EntityStore[<|"Types" -> <|"SWEETLEAD" -> <|"Entities" -> <|"1" -> <|"DatabaseID" -> "SW00001", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18407"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25061284], ExternalIdentifier["ChemSpiderID", 748]}, "IsomericSmiles" -> "C#N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hydrogen cyanide", "FDA Approved Drug" -> "FERRIC HEXACYANOFERRATE(II)"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 33190], ExternalIdentifier["PubChemCompoundID", 768]}, "Synonyms" -> {"cyclon", "cyclone b", "zaclondiscoids", "formonitrile", "evercyn", "prussic acid", "hydridonitridocarbon", "acide cyanhydrique[french]", "hydrocyanic acid[acd/iupac name]", "methanenitrile", "hydrocyanic acid", "zyklon b", "57-12-5[rn]", "blausaeure[german]", "cyanwasserstoff", "ammonium-ferric-cyano-ferrate(ii)", "341972-31-4[rn]", "ammonium iron (iii) hexacyanoferrate", "74-90-8[rn]", "blauwzuur[dutch]", "cyanwasserstoff[german]", "ammonium-ferric-ferrocyanide", "cyaanwaterstof[dutch]", "formic anammonide", "hydrogen cyanide", "cyjanowodor[polish]", "acido cianidrico[italian]", "acide hydrocyanique", "blausaeure; cyanwasserstoff; [chn];formonitrile; hydrocyanic acid; hydrogen cyanide", "ammonium iron(3+) hexakis(cyano-c)ferrate(4-)", "blausaeure", "cyanide*hydrocyanic acid", "ferric ammonium ferrocyanide", "191234-22-7[rn]", "giese salt", "na1613", "hydrogen cyanide[wiki]", "carbon hydride nitride", "blausaure[german]", "ai3-31100-x", "hydridonitridocarbon; hydrogen(nitridocarbonate); methanenitrile", "prussian blue[wiki]", "cyn", "6914-07-4[rn]", "ammonium iron hexacyanoferrate", "200-821-6[einecs]", "[chn]", "afcf", "hydrogen(nitridocarbonate)", "hcn", "4-02-00-00050 (beilstein handbook reference)[beilstein]", "einecs 247-304-1", "ac1l1p4k", "ferric hexacyanoferrate(ii)", "aero liquid hcn", "formic nitrile; hydrogen cyanide; methanenitrile; prussic acid"}|>, "2" -> <|"DatabaseID" -> "SW00002", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16480"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 127983]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00435"]}, "IsomericSmiles" -> "[N]=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00074"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NITRIC OXIDE"|>, "PharmGKBID" -> "PA450635", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 145068]}, "Synonyms" -> {"inomax", "nitrosyl radical", "nitrogen monooxide", "nitric oxide", "oxido nitrico", "mononitrogen monoxide", "nitrogen monoxide", "oxoazanyl", "oxyde azotique", "no", "amidogen oxo-", "monoxyde d'azote", "stickstoffmonoxid", "nitrosyl", "oxidonitrogen(.); oxoazanyl", "(.)no; (no)(.); no(.); stickstoff(ii)-oxid; stickstoffmonoxid;[no]; mononitrogenmonoxide; monoxido de nitrogeno; monoxyde d'azote; nitric oxide; nitrogen monooxide; nitrogen monoxide; nitrosyl; oxido de nitrogeno(ii); oxidonitrico;oxyde azotique; oxyde nitrique", "nmo", "nitric oxide[wiki]", "nitrogen oxide", "no(.)", "oxyde nitrique", "hoa", "(.)no", "nitricoxide", "233-271-0[einecs]", "oxidonitrogen(.)", "nitric oxide 10% by volume or more", "stickstoff(ii)-oxid", "nitric oxide trimer", "11129-69-4[rn]", "monoxido de nitrogeno", "nitrosyl[wiki]", "10102-43-9[rn]", "nitrogen oxide[acd/iupac name]", "oxoamino[acd/iupac name]", "[no]", "rcra waste number p076", "gcs-alpha-2", "oxido de nitrogeno(ii)", "nitrogen protoxide"}|>, "3" -> <|"DatabaseID" -> "SW00003", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16842"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 692]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03843"]}, "IsomericSmiles" -> "C=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00017"]}, "OfficialNames" -> <|"Indian Approved Name" -> "formalin;formaldehyde", "Australia Approved Name" -> "FORMALDEHYDE"|>, "PharmGKBID" -> "PA449703", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 712]}, "Synonyms" -> {"formalin", "methylene oxide", "oxymethylene", "formaldehyde", "methyl aldehyde", "oxomethane", "methanal", "formol", "formic aldehyde", "oxomethylene", "paraform", "1209228[beilstein]", "lp8925000 [rtecs]", "8013-13-6[rn]", "aldehyde formique[french][iso]", "f-gen", "formagene", "methylene ether", "110-88-3[rn]", "formaldehyde[wiki][usp][iso][bsi][acd/iupac name]", "hyperband", "200-001-8[einecs]", "aldehyd mravenci[czech]", "216-775-5[einecs]", "fordor", "dormol", "formaldehyd[czech]", "formo cresol (cresol + formaldehyde)_mixture", "formaldehyde; formaldehyd; formaldehyde", "8006-07-3[rn]", "d005557", "karsan[wiki]", "53026-80-5[rn]", "bfv", "methan 21", "lysoform", "9002-91-9[rn]", "floguard 1015", "fannoform", "superlysoform", "methaldehyde", "acetal resin", "veracur", "methanone", "30525-89-4[rn]", "aldacide", "aldeide formica[italian]", "dd-carboxypeptidase", "metaldehyde[wiki][iso][bsi]", "formalith", "duoplant plantar wart treatment (formaldehyde + lactic acid + salicylic acid)_mixture", "formol[wiki]", "paraformaldehyde", "ec 3.4.16.4", "dd- peptidase", "ch2o[formula]", "buckleys formo cresol liquid (cresol + formaldehyde)_mixture", "8005-38-7[rn]", "fyde", "flo-mor", "morbicid", "50-00-0[rn]", "methanal[wiki]", "formaldehyd[polish]", "203-812-5[einecs]", "d-alanyl-d-alanine carboxypeptidase precursor", "12795-06-1[rn]", "112068-71-0[rn]"}|>, "4" -> <|"DatabaseID" -> "SW00004", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29320"]}, "IsomericSmiles" -> "[Ca]", "OfficialNames" -> <|"NPC Approved Name" -> "calcium sulfocarbolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5460341]}, "Synonyms" -> {"un1401", "calcium(0)", "chebi:22984", "kalzium", "calcium", "7440-70-2", "calcium compounds", "einecs 231-179-5", "elemental calcium", "hsdb 273"}|>, "5" -> <|"DatabaseID" -> "SW00005", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28024"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 525]}, "IsomericSmiles" -> "C(#N)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cyanic acid"|>, "Synonyms" -> {"hydrogennitridooxocarbonate; hydroxidonitridocarbon;nitridooxocarbonicacid", "1732479[beilstein]", "bonide krab crabgrass killer", "p.c. 80 crabgrass killer", "zassol", "hocn", "cyansaeure; hocn; zyansaeure; [c(n)oh]", "cyanic acid[wiki][acd/iupac name]", "hydrogen nitridooxocarbonate", "[c(n)oh]", "hydroxidonitridocarbon", "alicyanate", "weedanol cyanol", "d and p double o crabgrass killer", "cyanol", "weedone crab grass killer", "nitridooxocarbonic acid", "dupont pc crabgrass killer", "hydrogen cyanate", "917-61-3[rn]", "green cross crabgrass killer", "miller p.c. weedkiller", "ded-weed crabgrass killer", "71000-82-3[rn]", "590-28-3[rn]", "cyansaeure", "zyansaeure", "aero cyanate weedkiller", "bulpur"}|>, "6" -> <|"DatabaseID" -> "SW00006", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22689]}, "IsomericSmiles" -> "N(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05865"]}, "OfficialNames" -> <|"China Approved Name" -> "sodium nitrite", "FDA Approved Drug" -> "SODIUM NITRITE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23668193]}, "Synonyms" -> {"filmerine", "anti-rust", "erinitrit", "sodium nitrite", "dusitan sodny[czech]", "diazotizing salts", "nitrous acid", "231-555-9[einecs]", "nano2[formula]", "nitrite", "nitrous acid sodium salt(1:1)", "nitrous acid sodium salt", "sodium nitrate(iii)", "caswell no. 782", "d012977", "nitrous acid sodium salt", "82497-43-6[rn]", "nitrite sodium", "2,4:3,5-di-o-benzylidene-aldehydo-d-ribose hydrate", "sodium nitrite[wiki][acd/iupac name]", "synfat 1004", "nitrito sodico[spanish]", "natrium nitrit[german]", "32863-15-3[rn]", "sodium nitrite solution", "7632-00-0", "32580-00-0 (anhydrous)", "sodiumnitrite", "nitrite de sodium[french]", "azotyn sodowy[polish]", "56227-20-4[rn]", "82998-40-1[rn]", "7632-00-0[rn]", "sodium nitrite [un1500] [oxidizer]"}|>, "7" -> <|"DatabaseID" -> "SW00007", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16236"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 682]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00898"]}, "IsomericSmiles" -> "CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00068"]}, "OfficialNames" -> <|"Indian Approved Name" -> "alcohol;absolute alcohol;polivinyl alcohol;ethyl alcohol;ethanol;lanolin alcohol", "WHO Essential Medicine" -> "ethanol", "Australia Approved Name" -> "ALCOHOL;ETHANOL", "Traditional Herbal Isolate" -> "ethyl alcohol;psyllostearyl alcohol pterosterone;trihydric alcohol", "FDA Approved Drug" -> "ALCOHOL"|>, "PharmGKBID" -> "PA448073", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 702]}, "Synonyms" -> {"methylcarbinol", "tecsol", "algrain", "alcohol", "anhydrol", "ethyl hydroxide", "ethylol", "aethanol", "aethylalkohol", "synasol", "jaysol", "ethanol absolute", "thanol", "absolute alcohol", "absolute ethanol", "denatured ethanol", "jaysol s", "dehydrated ethanol", "tecsol c", "pyro", "alkohol", "alcool ethylique", "ethanol", "ethyl alcohol", "ethyl hydrate", "grain alcohol", "denatured alcohol cd-5", "methylated spirit mineralised", "alcohol dehydrogenase gamma subunit", "envision conditioner pdd 9020", "ethyl alcohol & water 80%", "beta-aminoethyl alcohol", "alkoholu etylowego", "alcohol anhydrous", "hsdb 531", "ethyl alcohol denatured", "reagent alcohol", "denatured alcohol sd-23a", "ethyl alcohol & water 5%", "glycinol", "denatured alcohol", "ethyl alcohol & water 70%", "caswell no. 426", "usaf ek-1597", "denatured alcohol sd-39b", "ethanol silent spirit", "beta-aminoethanol", "ethyl alcohol & water 10%", "eta", "aminoethanol", "denatured alcohol cd-5a", "ethylolamine", "denatured alcohol sd-1", "ethyl alcohol & water 40%", "denatured alcohol sd-13a", "denatured alcohol sd-40m", "ethyl alcohol & water 95%", "colamine", "ethyl alcohol & water 20%", "ec 1.1.1.1", "ethyl alcohol anhydrous", "spirit", "ethanol anhydrous", "beta-hydroxyethylamine", "denatured alcohol sd-17", "beta-ethanolamine", "ethyl alcohol & water 60%", "ethyl alcohol & water 96%", "alcare hand degermer", "denatured alcohol sd-28", "ethyl alcohol & water 50%", "denatured alcohol cd-10", "ethanol extra pure", "denatured alcohol sd-3a", "alcohol diluted", "alcool etilico", "ethyl alcohol & water 30%", "etanolo", "denatured alcohol sd-30", "denatured alcohol sd-39c", "ethyl alcohol anhydrous", "thiofaco m-50", "ethanol 200 proof", "alcohol dehydrated", "ethanol absolute bp", "alkoholu etylowego[polish]", "8013-52-3[rn]", "alcohol ethyl[acd/index name]", "ethylalcohol[dutch]", "121182-78-3[rn]", "alcohol etilico", "alkohol[german]", "etoh[formula]", "potato alcohol", "alcohol grain", "silent spirit", "200-578-6[einecs]", "8024-45-1[rn]", "n-ethanol", "213-128-9[einecs]", "sy fresh m", "71076-86-3[rn]", "ethicap", "270-649-4[einecs]", "71329-38-9[rn]", "etylowy alkohol [polish]", "hydroxyethane[wiki]", "cologne spirits", "molasses alcohol", "1-hydroxyethane; aethanol;aethylalkohol; alkohol; c2h5oh; etoh; alcohol; alcoholetilico;alcool ethylique;etanol;ethanol;hydroxyethane; spiritus vini", "68475-56-9[rn]", "ru-tuss liquid", "etanol", "anhydrous ethanol", "spirits of wine", "ace", "1718733[beilstein]", "q2[wln]", "acy", "alcohol[wiki][usp]", "ethanol[wiki][jan][jp15][acd/iupac name]", "c2h5oh[formula]", "hinetoless", "8000-16-6[rn]", "alcool ethylique[french]", "alcohol rubbing", "methylated spirit", "aethylalkohol[german]", "sekundasprit", "216-162-2[einecs]", "64-17-5[rn]", "cologne spirit", "esumiru wk 88", "alkoholu etylowego [polish]", "ethyl alcohol[acd/iupac name]", "etylowy alkohol[polish]", "alcool etilico[italian]", "1-hydroxyethane", "ethanol (9ci)", "drinking alcohol", "etanolo[italian]", "d000431", "alcohol absolute", "spiritus vini", "infinity pure", "fermentation alcohol", "ethyl alcohol (6ci,7ci,8ci)", "lux", "eox", "ethyl-alcohol"}|>, "8" -> <|"DatabaseID" -> "SW00008", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16007"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 855]}, "IsomericSmiles" -> "CS", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl mercaptan;methanethiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 878]}, "Synonyms" -> {"thiomethyl alcohol", "mercaptomethane", "thiomethanol", "methyl mercaptan", "thiomethane", "methyl sulfhydrate", "methylmercaptan[wiki]", "methanthiol[german]", "methyl thiol", "17719-48-1[rn]", "methyl-mercaptan", "35029-96-0[rn]", "200-822-1[einecs]", "methane thiol", "metilmercaptano[italian]", "methaanthiol[dutch]", "methanethiole", "methylmercaptaan[dutch]", "methanthiol", "74-93-1[rn]", "methylsulfide", "methylmercaptan", "methvtiolo[italian]", "methvtiolo", "methanethiol", "methyl thioalcohol", "mercaptan methylique[french]", "methanethiol[wiki][acd/iupac name]", "252-324-9[einecs]"}|>, "9" -> <|"DatabaseID" -> "SW00009", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15347"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 175]}, "IsomericSmiles" -> "CC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02311"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 180]}, "Synonyms" -> {"acetone", "dimethylketal", "dimethyl ketone", "methyl ketone", "pyroacetic ether", "dimethylformaldehyde", "2-propanone", "aceton[wiki]", "isoflurane imp. f (ep)", "acetone [un1090] [flammable liquid]", "propanone", "211-563-9[einecs]", "dimethylketon", "acetone[wiki][nf][acd/iupac name]", "acetone ion", "b-ketopropane", "4-04-00-3180", "635680[beilstein]", "beta-ketopropane", "dimethylcetone", "d000096", "propanone[wiki]", "azeton", "ketone dimethyl", "propanon", "ketone dimethyl-", "dimethyl formaldehyde", "200-662-2[einecs]", "67-64-1[rn]", "propan-2-one", "dimethylketone", "chevron acetone"}|>, "10" -> <|"DatabaseID" -> "SW00010", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15366"], ExternalIdentifier["ChEBIID", "3310"], ExternalIdentifier["ChEBIID", "32029"], ExternalIdentifier["ChEBIID", "32954"], ExternalIdentifier["ChEBIID", "62984"], ExternalIdentifier["ChEBIID", "30089"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171], ExternalIdentifier["ChemSpiderID", 5890], ExternalIdentifier["ChemSpiderID", 118734], ExternalIdentifier["ChemSpiderID", 29104], ExternalIdentifier["ChemSpiderID", 29105], ExternalIdentifier["ChemSpiderID", 10719], ExternalIdentifier["ChemSpiderID", 16128276]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03166"], ExternalIdentifier["DrugBankID", "00258"]}, "IsomericSmiles" -> "CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00010"], ExternalIdentifier["KEGGID", "D00931"], ExternalIdentifier["KEGGID", "D01154"], ExternalIdentifier["KEGGID", "D01779"], ExternalIdentifier["KEGGID", "D06408"]}, "OfficialNames" -> <|"Indian Approved Name" -> "calcium acetate;acetic acid", "NPC Approved Name" -> "aluminum diacetate", "Traditional Herbal Isolate" -> "acetic acid", "Australia Approved Name" -> "ACETIC ACID;POTASSIUM ACETATE;SODIUM ACETATE", "WHO Essential Medicine" -> "acetic acid", "FDA Approved Drug" -> "ACETIC ACID GLACIAL;CALCIUM ACETATE;MAGNESIUM ACETATE TETRAHYDRATE;POTASSIUM ACETATE;SODIUM ACETATE;SODIUM ACETATE ANHYDROUS;ZINC ACETATE"|>, "PharmGKBID" -> {"PA448021", "PA164746897"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 176], ExternalIdentifier["PubChemCompoundID", 6116], ExternalIdentifier["PubChemCompoundID", 134717], ExternalIdentifier["PubChemCompoundID", 517044], ExternalIdentifier["PubChemCompoundID", 517045], ExternalIdentifier["PubChemCompoundID", 11192], ExternalIdentifier["PubChemCompoundID", 23665404], ExternalIdentifier["PubChemCompoundID", 71317469]}, "Synonyms" -> {"acetic acid", "glacial acetic acid", "acetasol", "acide acetique", "ethanoic acid", "essigsaeure", "ethylic acid", "methanecarboxylic acid", "potassium acetate", "lime pyrolignite", "brown acetate", "phoslo", "lime acetate", "teltozan", "gray acetate of lime", "sorbo-calcion", "gray acetate", "sodium acetate", "calcium acetate", "55896-93-0[rn]", "219-913-2[einecs]", "un2789", "cromosan", "etikkahappo[finnish]", "sodium ethanoate", "vosol", "brn 0506007", "anhydrous sodium acetate", "un2790", "orlex", "methyl carboxylic acid", "acoh; ch3-cooh; ch3co2h; essigsaeure; ethylicacid; hoac; meco2h; mecooh; methanecarboxylic acid; acide acetique; ethoic acid", "azido azetikoa[basque]", "sodii acetas", "506007[beilstein]", "octan barnaty", "4-02-00-00094 (beilstein handbook reference)[beilstein]", "1563-79-7[rn]", "pyroligneous acid", "64-19-7[rn]", "kyselina octova[czech]", "acy", "acido acetico[italian]", "acetasol[wiki]", "kwas octowy[polish]", "azijnzuur[dutch]", "aci-jel", "mecooh", "ch3cooh[formula]", "meco2h", "ch3co2h", "214-693-4[einecs]", "acetic acid[jan][acd/iupac name]", "acoh[formula]", "12/3/758", "aceticacid,glacial,acs,99.7+%", "hoac", "glacial acetic acid", "volsol", "acetic acid-d", "acetic acid sodium salt", "200-580-7[einecs]", "acid acetic", "otic tridesilon", "qv1[wln]", "d019342", "acetic acid glacial", "otic domeboro", "aceticacid", "vinegar acid", "pyrolignite of lime", "grey acetate", "acetic acid calcium salt", "procalamine", "sorbo-calcian", "brown acetate of lime", "calac", "vinegar salts", "diuretic salt", "calcium diacetate", "potassium ethanoate", "phoslo gelcaps", "natriumacetat[german]", "4-01-00-00715 (beilstein handbook reference)[beilstein]", "127-09-3[rn]", "ethanoic acid sodium salt", "galzin", "126-96-5[rn]", "acetic acid sodium salt (1:1)", "natriumazetat", "204-823-8[einecs]", "natrium aceticum[latin]", "octan sodny[czech]", "9/3/127", "204-814-9[einecs]", "3595639[beilstein]", "natriumazetat[german]", "sodiumacetate", "sodium acetate[wiki][acd/iupac name]", "123333-80-2[rn]", "acetic acid sodium salt", "325477-99-4[rn]", "k(acac)", "kaliumacetat[acd/iupac name]", "269-613-0[einecs]", "sodium acetate anhydrous", "chebi:32029", "acetate of lime", "254966-93-3[rn]", "lypholyte - liq iv (calcium acetate + magnesium acetate + potassium acetate + potassium chloride + sodium acetate + sodium gluconate)_mixture", "68649-07-0[rn]", "koac", "acetic acid calcium salt (2:1)", "9005-49-6", "potassium acetate (jan/usp)[usp][jan]", "magnesium diethanoate tetrahydrate", "electrolytes plus (calcium acetate + calcium d-pantothenate + choline bitartrate + folic acid + magnesium chloride + menadione (menadione sodium bisulfite) + nicotinamide + potassium chloride + sodium acetate + sodium chloride + sodium diacetate + vitamin a acetate + vitamin b12 + vitamin b2 + vitamin d3 + vitamin e)_mixture", "zinc(ii) acetate", "parvit ii (calcium acetate + folic acid + magnesium chloride + menadione sodium bisulfite (vitamin k3) + potassium (potassium bicarbonate) + sodium (sodium acetate sodium diacetate sodium chloride) + vitamin a + vitamin b12 + vitamin b6 (pyridoxine hydrochloride) + vitamin c (vitamin c) + vitamin d3 + vitamin e)_mixture", "potassium acetate acs reagent", "super electrolyte - pwr orl (calcium acetate + calcium d-pantothenate + choline bitartrate + folic acid + magnesium chloride + menadione (menadione sodium bisulfite) + nicotinamide + potassium chloride + sodium acetate + sodium chloride + sodium diacetate + vitamin a (vitamin a acetate) + vitamin b12 + vitamin b2 (riboflavin) + vitamin d3 (cholecalciferol) + vitamin e (dl-alpha tocopheryl acetate))_mixture", "114460-21-8[rn]", "hyperlyte (multi-electrolyte concentrate) (calcium acetate + magnesium acetate + potassium acetate + potassium chloride + sodium acetate + sodium gluconate)_mixture", "127-09-3", "phoslo (tn)", "ethanoic acid potassium salt", "8/2/127", "3595449", "electrovite (calcium acetate + calcium chloride + folic acid + magnesium acetate + menadione sodium bisulfite + potassium chloride + sodium acetate + sodium chloride + sodium diacetate + vitamin a + vitamin b12 + vitamin b6 + vitamin c + vitamin d3 + vitamin e)_mixture", "acetic acid potassium salt (1:1)[acd/index name]", "62-54-4[rn]", "134092-62-9[rn]", "koac[formula]", "zinc di(acetate)", "catacyst lb", "calcium acetate monohydrate", "acok", "dabco k 2008", "zinc acetate", "natrium aceticum", "octan draselny [czech]", "acok; ch3co2k; e261; koac;kaliumazetat; meco2k; potassium acetate", "octan draselny[czech]", "kaliumazetat", "calcium di(acetate)", "68307-87-9[rn]", "calcium diacetate[acd/iupac name]", "dabco k 2097", "calciumdiacetat", "dicarbomethoxyzinc", "electrolyte booster- soluble powder (biotin + calcium acetate + folic acid + magnesium chloride + menadione sodium bisulfite + potassium chloride + sodium acetate + sodium bicarbonate + sodium chloride + sodium diacetate + vitamin a (vitamin a acetate) + vitamin b12 + vitamin b2 (riboflavin) + vitamin b6 (pyridoxine hydrochloride) + vitamin c (ascorbic acid) + vitamin d3 (cholecalciferol) + vitamin e (dl-alpha tocopheryl acetate))_mixture", "renodoron - tablet (calcium acetate + silicon dioxide)_mixture", "siltex cl 4", "jugelect tab (calcium acetate + calcium citrate + magnesium acetate + magnesium citrate + potassium chloride + sodium chloride)_mixture", "meco2k", "ch3co2k", "acetic acid; potassium salt", "acetic acid potassium salt", "127-08-2", "potassiumacetate", "127-08-2[rn]", "acetic acid potassium salt", "lypholyte multi-electrolyte conc inj (calcium acetate + magnesium acetate + potassium acetate + potassium chloride + sodium acetate + sodium gluconate)_mixture", "e261", "3692527", "potassium acetate[wiki][jan][acd/iupac name]", "mineralytes plus (calcium acetate + calcium d-pantothenate + choline bitartrate + dl-alpha tocopheryl acetate + folic acid + magnesium chloride + menadione (menadione sodium bisulfite) + nicotinamide + potassium chloride + sodium acetate + sodium chloride + sodium diacetate + vitamin a acetate + vitamin b12 + vitamin b2 + vitamin d3)_mixture", "zinc acetate anhydrous", "200-540-9[einecs]", "anti stress (calcium acetate + folic acid + magnesium chloride + menadione sodium bisulfite + potassium (potassium bicarbonate) + pyridoxine hydrochloride + sodium acetate + sodium chloride + vitamin a + vitamin b12 + vitamin c + vitamin d3 + vitamin e)_mixture", "5743-26-0[rn]", "calcium acetate hydrate", "niacet calcium acetate tech", "204-822-2[einecs]", "calcium acetate[wiki]", "fema no. 2920", "dabco p 15", "medi-kool pak (aluminum sulfate + arnica + boric acid + calcium acetate + camphor + menthol + methyl salicylate + tannic acid)_mixture", "polycat 46", "calciumacetate", "calcium acetate [usan:jan][jan][usan]", "acetic acid magnesium salt hydrate (2:1:2)", "zincacetate", "zinc acetate hydrate", "acetic acid zinc salt", "5970-45-6[rn]", "cromosa", "ag-g-23286", "zinc acetate[wiki]", "557-34-6[rn]", "16674-78-5[rn]", "ctk3j2310", "sodium acetate (usp)", "zinkdiacetat", "acetic acid zinc salt (2:1)", "205-554-9[einecs]", "ac1l3544", "thomaegelin", "magnesiumacetatetetrahydrate", "zinc diacetate[acd/iupac name]", "128514-83-0[rn]", "3730605", "magnesium acetate tetrahydrate", "acmc-20alto", "magnesium acetate", "tutofusin", "ar-1j3632", "zn(oac)2", "zn(ii)ac2", "plasmafusin", "acetic acid zinc(ii) salt", "209-170-2[einecs]", "magnesium acetate hydrate(1:2:4)", "octan zinecnaty[czech]", "sodium acetate trihydrate", "acetic acid magnesium salt", "natrium acetate-3-wasser", "zinc diacetate", "sodium acetate hydrate", "aluminum diacetate", "magnesium diacetate tetrahydrate", "131853-00-4[rn]", "6131-90-4", "magnesium acetate hydrate (1:2:4)[acd/iupac name]", "sodium acetate (tn)", "56368-38-8[rn]"}|>, "11" -> <|"DatabaseID" -> "SW00011", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3311"], ExternalIdentifier["ChEBIID", "6504"], ExternalIdentifier["ChEBIID", "31793"], ExternalIdentifier["ChEBIID", "32139"], ExternalIdentifier["ChEBIID", "29377"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9708], ExternalIdentifier["ChemSpiderID", 147758], ExternalIdentifier["ChemSpiderID", 10654], ExternalIdentifier["ChemSpiderID", 10563], ExternalIdentifier["ChemSpiderID", 4891776], ExternalIdentifier["ChemSpiderID", 8609], ExternalIdentifier["ChemSpiderID", 9916]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06724"], ExternalIdentifier["DrugBankID", "01390"]}, "IsomericSmiles" -> "C(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00932"], ExternalIdentifier["KEGGID", "D04667"], ExternalIdentifier["KEGGID", "D00801"], ExternalIdentifier["KEGGID", "D01446"], ExternalIdentifier["KEGGID", "D01203"], ExternalIdentifier["KEGGID", "D05283"], ExternalIdentifier["KEGGID", "D03238"]}, "OfficialNames" -> <|"China Approved Name" -> "calcium carbonate;hydrotalcite", "Indian Approved Name" -> "calcium carbonate;lithium carbonate;mag carbonate;sodium bicarbonate;lanthanum carbonate", "WHO Essential Medicine" -> "lithium carbonate;sodium hydrogen carbonate", "Australia Approved Name" -> "LITHIUM CARBONATE;SODIUM BICARBONATE", "FDA Approved Drug" -> "CALCIUM CARBONATE;LANTHANUM CARBONATE;LITHIUM CARBONATE;MAGNESIUM CARBONATE;MAGNESIUM TRISILICATE;SODIUM BICARBONATE;SODIUM CARBONATE"|>, "PharmGKBID" -> "PA451375", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10112], ExternalIdentifier["PubChemCompoundID", 168924], ExternalIdentifier["PubChemCompoundID", 11125], ExternalIdentifier["PubChemCompoundID", 11029], ExternalIdentifier["PubChemCompoundID", 6336690], ExternalIdentifier["PubChemCompoundID", 516892], ExternalIdentifier["PubChemCompoundID", 10340], ExternalIdentifier["PubChemCompoundID", 56842000]}, "Synonyms" -> {"neut", "meylon", "sodium bicarbonate", "carbonic acid monosodium salt", "acidosan", "sodium acid carbonate", "sodium hydrogencarbonate", "bicarbonate of soda", "calcium carbonate", "precipitated calcium carbonate", "lithium carbonate", "sodium hydrocarbonate", "sodium hydrogen carbonate", "limas", "lithobid", "priadel", "micalith", "baking soda", "liskonum", "neoanticid", "aeromatt", "cal-sup", "lanthanum carbonate", "albacar", "agstone", "carbonic acid sodium salt", "207-838-8[einecs]", "144-55-8[rn]", "231-420-4[einecs]", "205-633-8[einecs]", "e-z-em prep lyte", "ceglution", "209-063-0[einecs]", "lithicarb", "monosodium hydrogen carbonate", "liticar", "li2co3", "baros", "gripe water", "bicarbonate concentrate d16000 (sodium bicarbonate + sodium chloride)_mixture", "jusonin", "glycoprep", "litho-carb", "nulytely", "dilithium trioxidocarbonate; lithium carbonate", "quilonum retard", "lithinate", "lithocarb", "hema bp-38", "nahco3", "colovage", "natron[wiki]", "natrium bicarbonicum", "peg-lyte", "litard", "monosodium carbonate", "lithotabs", "d017693", "lithane", "e-z-gas 2 (citric acid + sodium bicarbonate)_mixture", "plenur", "3999191[beilstein]", "sodiumbicarbonate", "dilanthanum tricarbonate", "dilithium carbonate", "bss plus", "carbonic acid lithium salt (1:2)", "lithane[wiki]", "elliotts b solution", "kimboshi", "lithonate[wiki]", "neurolepsin", "natrium hydrogencarbonicum", "co-lav", "carbonic acid dilithium salt", "endosol extra", "dilithium trioxidocarbonate", "dilithiumcarbonat[german]", "carbonic acid dilithium salt", "carbonic acid sodium salt (1:1)", "carbonic acid sodium salt", "carbonate de dilithium[french]", "phosbloc", "carbonate magnesium", "soda mint", "pfi-lithium", "eskalith (tn)", "sodium bicarbonate [usan:jan][jan][usan]", "teralithe[french]", "hydrogen carbonate sodium", "alka-seltzer flavoured (acetylsalicylic acid + citric acid + sodium bicarbonate)_mixture", "col-evac", "dilithium(1+) ion carbonate", "candamide", "lithium carbonate (li2co3)", "eskalith", "phasal", "lithobid[wiki]", "800 sodium bicarbonate powder", "destab", "5-17-01-00324 (beilstein handbook reference)[beilstein]", "baros effervescent granules (sodium bicarbonate + tartaric acid)_mixture", "lithonate", "lanthanum sesquicarbonate", "foznol", "ocl", "eskalith[wiki]", "soludal", "sodium bicarbonate in plastic container", "lithium carbonate [usan:jan][jan][usan]", "sandoz", "lithizine", "natrii hydrogencarbonas", "baros[wiki]", "sel de vichy", "soda baking", "maniprex[wiki]", "carbonic acid sodium salt (2:3)", "woodward's gripe water (oil of dill + sodium bicarbonate)_mixture", "natriumhydrogenkarbonat", "554-13-2[rn]", "208-580-9[einecs]", "lithionate", "lanthanum(3 ) carbonate", "pfl-lithium", "lithotabs[wiki]", "magnesium carbonate", "nahco3; natriumhydrogenkarbonat; sodium bicarbonate; baking soda; bicarbonate ofsoda; carbonic acid monosodium salt;sodium acid carbonate; sodium hydrogen carbonate", "sandoz sodium bicarbonate", "magmaster", "216964-61-3[rn]", "cp 15467-61", "carbonic acid lithium salt (li2co3)", "lithiumcarbonate", "bicarb", "lithium carbonate[wiki]", "camcolit[wiki]", "sodium hydrogen carbonate[acd/iupac name]", "carbolith[wiki]", "12767-19-0[rn]", "lithium phasal", "citrocarbonate", "magfy", "carbolitium", "carbonic acid monosodium salt", "554-14-3[rn]", "amo endosol extra (alcium chloride + dextrose + glutathione disulfide + magnesium chloride + potassium chloride + sodium bicarbonate + sodium chloride + sodium phosphate dibasic)_mixture", "10377-37-4[rn]", "cp-15467-61", "209-062-5[einecs]", "lithium carbonate extended release", "colyte", "sodium bicarbonate[wiki]", "manialith", "lithea", "go-evac", "bicarbonate concentrate d16001 (sodium bicarbonate + sodium chloride)_mixture", "bicarbonate sodium", "hypnorex", "colyte[wiki]", "dilithium carbonate[acd/iupac name]", "sodium bicarbonate liquid concentrate", "golytely", "carbonic acid lithium salt", "natrum bicarbonicum", "artrol (antipyrine + cimicifuga racemosa + methyl salicylate + sodium bicarbonate + sodium salicylate + taraxacum officinale weber)_mixture", "4153970", "eutimin", "hakuenka ccr", "kalziumkarbonat", "eskalon 1500", "carbium", "camel-wite", "p-lite 700", "marble white", "britomya m", "msk-po", "britomya s", "calcium carbonate precipitated", "hakuenka cc", "calopake pc", "calopake f", "calopake h", "camel-carb", "ccc no.aa oolitic", "calofort t", "calofort u", "allied whiting", "hydrocarb 60", "caltec", "hydrocarb 65", "calopake high opacity", "carbonic acid calcium salt (1:1)", "mc-t", "calofor u 50", "carbonic acid calcium salt (1:1)", "marble", "chemcarb", "albaglos sf", "calcene tm", "vaterite", "carbium mm", "calcicoll", "garolite sa", "calseeds", "calopake fs", "calcium carbonate (1:1)", "1317-65-3[rn]", "clefnon", "hydrocarb", "levigated chalk", "sohnhofen stone", "kotamite", "domolite", "caltrate[wiki]", "calcium trioxidocarbonate", "calofil b 1", "carbonato de calcio", "albaglos", "neolite f", "chalk[wiki]", "multifex mm", "dacote", "calofil e 2", "gilder's whiting", "carbital 90", "duramite", "limestone", "cal-sup (tn)", "calofil a 4", "calciumcarbonat", "d002119", "carusis p", "hakuenka dd", "atomite", "eskalon 400", "crystic prefil s", "kredafil 150 extra", "durcal 2nh", "carbonate calcium", "ncc-p", "microwhite 25", "caco3[formula]", "cal-light sa", "marblewhite 325", "brilliant br 15", "14791-73-2[rn]", "calmos", "carbonic acid calcium salt", "milk of calcium", "calwhite", "calibrite", "filtex white base", "calcite[wiki]", "microcarb", "t 130-2500", "calmote", "calcilit 8", "albafil", "calcidar 40", "207-439-9[einecs]", "egri m 5", "marfil[wiki]", "calcium milk", "hakuenka r 06", "homocal d", "durcal 10", "blackboard chalk", "ccc g-white", "titralac", "calofort s", "marble dust", "eskalon 100", "p-lite 500", "hakuenka t-dd", "chalk", "r jutan", "durcal c 640305", "brilliant 15", "calciumcarbonate", "limestone[wiki]", "caco3; calcium carbonate; calciumcarbonat; kalziumkarbonat; calcium carbonate (1:1); carbonate de calcium; carbonatode calcio; carbonic acid calcium salt (1:1);kohlensaurer kalk", "calcium monocarbonate", "finncarb 6002", "ccw", "ccr", "multiflex sc", "atomit", "hakuenka o", "215-279-6[einecs]", "brilliant 1500", "mylanta gelcaps", "aragonite[wiki]", "micromya", "calcium carbonate[wiki][usp]", "neolite tps", "durcal 40", "camel-tex", "akadama", "hakuenka pz", "hakuenka px", "eskalon 800", "carbonate de calcium", "calcilit 100", "carborex 2", "neolite sp", "monocalcium carbonate", "albacar 5970", "marble[wiki]", "non-fer-al", "micromic cr 16", "lithograpic stone", "pigment white 18", "camalox", "multiflex mm", "calcene nc", "calcitrel", "calcene co", "kohlensaurer kalk", "kredafil rm 5", "chooz[wiki]", "di-gel tablets", "purecal", "c.i. pigment white 18", "msk-v", "msk-p", "akadama[wiki]", "msk-k", "msk-g", "msk-c", "eskalon 200", "carbonic acid magnesium salt (1:1)", "dci light magnesium carbonate", "gastrocote", "apolda[wiki]", "magnesite", "lanthanum carbonate (2:3)", "magnesite dust", "apolda", "fosrenol[wiki]", "231-817-2[einecs]", "carbonic acid disodium salt", "alginic acid compound", "washing soda", "209-599-5[einecs]", "aac (combination)", "fosrenol", "mgco3[formula]", "587-26-8[rn]", "carbonic acid", "546-93-0[rn]", "magnesium(ii) carbonate (1:1)", "hydromagnesite[wiki]", "12143-96-3[rn]", "snowlite i", "12440-90-3[rn]", "soda", "magnesium carbonate basic", "magnesiumcarbonate; magnesium carbonate anhydrous; magnesiumkarbonat; mgco3", "calcined soda", "carbonic acid lanthanum salt (3:2)", "1784-39-0[rn]", "magnesium carbonate basic", "australian magnesite", "208-915-9[einecs]", "carbonic acid magnesium salt", "quigel", "magnesite[wiki]", "183480-27-5[rn]", "23389-33-5[rn]", "lanthanum carbonate (2:3)[acd/iupac name]", "sodium carbonate", "235-192-7[einecs]", "97660-38-3[rn]", "68973-26-2[rn]", "231-851-8[einecs]", "giobertite", "39409-82-0[rn]", "einecs 209-599-5", "disodium carbonate", "lanthanumcarbonate", "54451-24-0[rn]", "carbonic acid magnesium salt (1:1)", "soda ash", "lanthanum(3+) tricarbonate", "magnesium basic carbonate", "magnesium carbonate[wiki][acd/iupac name]", "lanthanum carbonate octahydrate", "12125-28-9[rn]", "carbonic acid lanthanum(3+) salt (3:2)", "carbonic acid magnesium salt basic", "6487-39-4[rn]", "7760-50-1[rn]", "7757-69-9[rn]", "13717-00-5[rn]", "magnesiumkarbonat", "light ash", "lanthanum carbonate hydrate", "hydromagnesite", "307-549-8[einecs]", "solvay soda", "4154566", "disodium trioxidocarbonate", "gaviscon[wiki]", "ac1o3sv3", "ls-186695", "trisodium hydrogendicarbonate", "66220-44-8", "sodium carbonate anhydrous granular", "gaviscon", "caswell n0 752", "natrium carbonicum siccatum[latin]", "aac", "carbonic acid disodium salt", "v soda", "natrium carbonicum calcinatum[latin]", "alginic acid", "dried sodium carbonate", "hydrotalcite", "suprapur 6395", "carbonic acid sodium salt (1:2)", "hydrotalcitum", "12304-65-3", "sodiumcarbonate", "533-96-0[rn]", "7542-12-3[rn]", "soda calcined", "bisodium carbonate", "crystol carbonate", "aluminum hydroxide mixture with magnesium carbonate", "497-19-8[rn]", "trona[wiki]", "soda ash light 4p", "dynamar l 13890", "1332-57-6[rn]", "alginic acid mixt. with aluminum hydroxide,silicic acid (h4si3o8) magnesium salt (1:2) and sodiumhydrogencarbonate", "na2co3[formula]", "hidrotalcita", "sodium carbonate[wiki][jp15]", "natriumkarbonat", "v 20n", "66220-44-8[rn]"}|>, "12" -> <|"DatabaseID" -> "SW00012", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16199"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1143]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03904"]}, "IsomericSmiles" -> "C(=O)(N)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00023"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urea", "Traditional Herbal Isolate" -> "urea", "Australia Approved Name" -> "UREA CREAM AQUEOUS;UREA CREAM CETOMACROGOL", "China Approved Name" -> "urea", "WHO Essential Medicine" -> "urea", "FDA Approved Drug" -> "UREA"|>, "PharmGKBID" -> "PA451831", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1176]}, "Synonyms" -> {"urea", "carbonyldiamine", "pastaron", "carbonyldiamide", "ureaphil", "ureophil", "carbamimidic acid", "urevert", "u-cort", "h2n-c(oh)=nh", "pastaron soft", "arf", "635724[beilstein]", "uree 20 cream", "e927b; h2nc(o)nh2;harnstoff; karbamid; carbonyldiamide; ur; urea; uree", "urepearl", "carbamide [inn_en]", "773698[beilstein]", "h2n-c(=nh)-oh; h2n-c(oh)=nh; ho-c(=nh)-nh2; isoharnstoff; carbamimic acid; carbonamidimidic acid; isourea; pseudourea", "215-857-8[einecs]", "aqua care hp", "pastaron 10", "sterile urea", "harnstoff[german]", "isoharnstoff", "supercel 3000", "nutraplus", "elaqua xx", "hyanit", "rubinol st 010", "carmol 40", "basodexan", "helicosol", "uree", "benural 70", "carbonamidimidic acid", "b-i-k", "ureacin-10 lotion", "57-13-6[rn]", "carbonyl diamine", "carbamide[wiki]", "optigen 1200", "aquacare hp", "carbonyl diamide", "urea (8ci,9ci)", "carbamimic acid", "ure", "aquacare", "alphadrate", "carbaderm", "h2n-c(=nh)-oh", "mocovina[czech]", "calmurid[wiki]", "urepeal", "carbamimidic acid (van)", "aqua care", "ultra mide 25", "ultra mide", "pastaron 20", "varioform ii", "ec 1.5.1.3", "onychomal", "ho-c(=nh)-nh2", "karbamid", "carmol", "200-315-5[einecs]", "d014508", "ureacin-20", "mocznik[polish]", "aquadrate", "h2nc(o)nh2", "calmurid hc", "urea[wiki][usp][jan][jp15][acd/iupac name]", "ureacin-40 creme", "506-89-8[rn]", "urepeal l", "carbamide; carbonyldiamide", "isourea", "carbamide", "pseudourea"}|>, "13" -> <|"DatabaseID" -> "SW00013", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "24435"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5540]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00536"]}, "IsomericSmiles" -> "C(=[NH2+])(N)N", "OfficialNames" -> <|"FDA Approved Drug" -> "GUANIDINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164781028", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3520]}, "Synonyms" -> {"guanidine hydrochloride", "guanidinium chloride", "guanidine", "guanidin", "carbamidine", "aminomethanamidine", "imidourea", "iminourea", "carbamamidine", "gucl", "aminoformamidine hydrochloride; aminomethanamidine hydrochloride; guanidinium chloride", "50-01-1[rn]", "106946-18-3[rn]", "guanidine hydrochloride mole-ready", "e grade", "guanidine chlorhydrate", "aminoformamidine hydrochloride", "15827-40-4[rn]", "87667-20-7[rn]", "ec 3.5.3.1", "420-13-3[rn]", "guanidine hydrochloride; guanidinium chloride", "aminoformamidine", "guanidine monohydrochloride", "iminourea hydrochloride", "143504-22-7[rn]", "carbamidine hydrochloride", "guanidine hydrochloride mole-ready form ultrapure grade", "guanidinium hydrochloride", "139693-44-0[rn]", "aminomethanamidine chloride", "guanidine hydrochloride (1:1)[acd/iupac name]", "113-00-8", "guanidinhydrochlorid", "guanidine hydrochloride (1:1)", "chebi:42820", "diaminomethaniminium chloride", "guanidine hydrochloride", "3591990", "guanidine monohydrochloride", "guanidine hydrochloride mole-ready form ultrapur", "200-002-3[einecs]", "guanidinehydrochloride", "amino(imino)methanaminium chloride", "guanidinium sulfate", "guanidine hydrochloride [for protein research]", "14317-32-9[rn]", "aminomethanamidine hydrochloride", "1950-01-1", "1/1/1950", "94369-44-5[rn]"}|>, "14" -> <|"DatabaseID" -> "SW00015", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17824"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3644]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02325"]}, "IsomericSmiles" -> "CC(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00137"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ISOPROPYL ALCOHOL"|>, "PharmGKBID" -> "PA450117", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3776]}, "Synonyms" -> {"dimethylcarbinol", "propan-2-ol", "2-hydroxypropane", "hartosol", "sec-propyl alcohol", "isopropyl alcohol", "isopro", "alkolave", "isopropanol", "alcolo", "2-propanol[acd/iupac name]", "ipa", "takineocol", "i-propylalkohol[german]", "alcohol isopropyl", "iso-propyl alcohol", "245-189-2[einecs]", "alcosolve 2", "1-methylethanol", "combi-schutz", "isopropyl alcohol[wiki][usp][usan]", "2-propanol", "alcosolve", "imsol a", "1-methylethyl alcohol", "i-propanol", "ioh", "isopropenol", "dimethyl carbinol", "isohol", "alcool isopropilico", "petrohol", "avantine", "alcohol rubbing", "spectrar", "635639[beilstein]", "iso-propanol", "isopropryl alcohol", "isopropylalcohol", "secondary propyl alcohol", "isopropylalkohol", "iso-propylalkohol[german]", "lutosol", "aliso", "i-propyl alcohol", "200-661-7[einecs]", "avantin", "tyzor tpt", "propane-2-ol", "propol", "ipr", "sterisol hand disinfectant", "i-propylalkohol", "2-propyl alcohol", "sec-propanol", "i-propanol[german]", "isopropanol[wiki][jp15]", "rubbing alcohol", "alcool isopropylique", "lavacol", "alcojel", "223-616-3[einecs]", "d019840", "4-01-00-01461 (beilstein handbook reference)[beilstein]", "lavaco", "67-63-0[rn]"}|>, "15" -> <|"DatabaseID" -> "SW00017", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63043"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "05260"]}, "IsomericSmiles" -> "[N+](=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00940"], ExternalIdentifier["KEGGID", "D01730"], ExternalIdentifier["KEGGID", "D02051"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "potassium nitrate", "Australia Approved Name" -> "SILVER NITRATE", "FDA Approved Drug" -> "GALLIUM NITRATE"|>, "PharmGKBID" -> "PA164781198", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61635], ExternalIdentifier["PubChemCompoundID", 24470], ExternalIdentifier["PubChemCompoundID", 24434]}, "Synonyms" -> {"ganite", "gallium nitrate", "silver nitrate", "nitric acid", "lunar caustic", "silbernitrat", "vicknite", "nitric acid potassium salt", "silver mononitrate", "kalii nitras", "potassium nitrate", "nitrate of potash", "kaliumnitrat", "argerol", "salt peter (van)", "nitric acid silver(i) salt", "collo-bo", "7757-79-1[rn]", "silver (i) nitrate (1:1)", "nitric acid silver(1+) salt", "potassium nitrate (jan/usp)[usp][jan]", "96193-83-8[rn]", "d012835", "nitric acid potassium salt (1:1)", "silver nitrate [un1493] [oxidizer]", "silver nitrate (tn)", "saltpetre", "gallium nitrate anhydrous", "nitric acid potassium salt", "silvernitrate", "saltpeter[wiki]", "ccris 4493", "kaliumnitrat[german][acd/iupac name]", "31890-20-7[rn]", "c023844", "nitre", "nitrato de plata[spanish]", "potassiumnitrate", "nitric acid silver(1+) salt", "agno3", "argenti nitras[latin]", "231-853-9[einecs]", "7761-88-8", "sensodyne", "niter[wiki]", "silver(i) nitrate (1:1)", "silver(i) nitrate", "silver nitrate[wiki][jan]", "silver(1+) nitrate", "potassium nitrate [un1486] [oxidizer]", "gallium trinitrate", "silver nitrate silver (2+) salt (2:1)", "nitre[wiki]", "8012-12-2[rn]", "potassium nitrate[wiki][jan][acd/iupac name]", "salt peter", "einecs 236-815-5", "gallium(iii) nitrate", "silver(1+) nitrate[acd/iupac name]", "nitric acid silver (1+) salt", "nitrate d'argent[french]", "13494-90-1", "nitrate d'argent", "argenti nitras", "7761-88-8[rn]", "potassiumato nitratato", "231-818-8[einecs]"}|>, "16" -> <|"DatabaseID" -> "SW00018", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35559"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7738]}, "IsomericSmiles" -> "c1ccoc1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8029]}, "Synonyms" -> {"divinylene oxide", "axole", "tetrole", "oxacyclopentadiene", "oxole", "110-00-9[rn]", "furane[wiki]", "c039281", "1,4-epoxy-1,3-butadiene", "furfuran", "110-00-9", "furfuran[wiki]", "1", "rcra waste no. u124", "divinyl oxide", "103221[beilstein]", "203-727-3[einecs]", "5-17-01-00291 (beilstein handbook reference)[beilstein]", "furan", "oxycyclopentadiene", "furan[wiki][acd/iupac name]", "furan [un2389] [flammable liquid]"}|>, "17" -> <|"DatabaseID" -> "SW00019", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35595"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8897]}, "IsomericSmiles" -> "c1cnoc1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoxazole alkaloid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9254]}, "Synonyms" -> {"1-oxa-2-azacyclopentadiene", "isooxazole", "ac1l1sny", "chebi:35595", "ag-e-93082", "isoxazole", "monoethanolamine[wiki]", "288-14-2", "206-018-7[einecs]", "1", "1,2-oxazole[acd/iupac name]", "isoxazoles", "isoxazol", "pubchem8623", "103773[beilstein]", "288-14-2[rn]", "isoxazole[wiki]"}|>, "18" -> <|"DatabaseID" -> "SW00020", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22446]}, "IsomericSmiles" -> "C=CC(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "carbomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4068533]}, "Synonyms" -> {"hiviswako 105", "rhotex gs", "acrysol lmw-45n", "polyco", "sodium prop-2-enoate", "c5h10o2", "9080-35-7[rn]", "39283-05-1[rn]", "77847-76-8[rn]", "113536-69-9[rn]", "9003-01-4[rn]", "138961-78-1[rn]", "72870-55-4[rn]", "2-propenoic acid", "56048-09-0[rn]", "6/9/9003", "2-propenoic acid sodium salt", "88895-33-4[rn]", "74434-55-2[rn]", "28603-11-4[rn]", "105287-10-3[rn]", "63993-69-1[rn]", "65852-59-7[rn]", "acrylic acid sodium salt", "polyacrylate sodium salt", "135842-81-8[rn]", "2-propenoic acid sodium salt", "124740-94-9[rn]", "100359-37-3[rn]", "95077-68-2[rn]", "231-209-7[einecs]", "64441-46-9[rn]", "39301-03-6[rn]", "114355-16-7[rn]", "170427-67-5[rn]", "sodiumacrylate", "67017-21-4[rn]", "acrylic acid sodium salt", "129979-04-0[rn]", "162122-62-5[rn]", "123140-08-9[rn]", "4/7/9003", "25052-79-3[rn]", "natriumacrylat", "7446-81-3[rn]", "126123-84-0[rn]", "199453-47-9[rn]", "acrylate de sodium", "67167-12-8[rn]", "65852-60-0[rn]", "83856-16-0[rn]", "sodium polyacrylate", "sodium acrylate", "75718-67-1[rn]", "87912-58-1[rn]", "25549-84-2[rn]", "44196-70-5[rn]", "88402-97-5[rn]", "9003-04-7[rn]", "183599-07-7[rn]", "sodium poly acrylate", "8049-78-3[rn]", "sodium acrylate[acd/iupac name]", "76559-77-8[rn]", "2-propenoic acid sodium salt (1:1)", "136753-34-9[rn]", "87210-28-4[rn]"}|>, "19" -> <|"DatabaseID" -> "SW00021", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "49073"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2275]}, "IsomericSmiles" -> "C1COC1=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05630"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PROPIOLACTONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2365]}, "Synonyms" -> {"betaprone", "propiolactone", "oxetan-2-one", "propanolide", "3-propanolide", "3-hydroxypropionic acid lactone", "propiolactonum[latin]", "1360[beilstein]", "b-propionolactone", "57-57-8[rn]", "beta-propiolactone", "5-17-09-00003", "5-17-09-00003 (beilstein handbook reference)[beilstein]", "3-hydroxypropionic acid lactone", "propiolactone [usan:ban:inn][inn][usan]", "^b-propionolide", "3-propiolactone", "propiolactona; propiolactone; propiolactonum", "1", "200-340-1[einecs]", "1,3-propiolactone", "57-57-8", "hydracrylic acid b-lactone", "propanolida", "propiolactone[wiki]", "propiolactone.", "3-hydroxypropanoic acid b-lactone", "b-propiolactone", "oxetanone", "bpl; hydroacrylic acid", "2-oxetanone", "2-oxetanone[acd/iupac name]", "1 3-propiolactone", "bpl", "propiolattone [dcit]", "beta-propionolactone", "propiolactona[spanish][inn]", "propionolactone"}|>, "20" -> <|"DatabaseID" -> "SW00022", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "33135"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29008]}, "IsomericSmiles" -> "C1CC[NH2+]C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pyrrolidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31268]}, "Synonyms" -> {"perhydropyrrole", "tetramethylenimine", "azolidine", "butylenimine", "azacyclopentane", "204-648-7[einecs]", "azacyclopentane; prolamine;tetrahydropyrrole; tetramethylenimine; azolidine", "102395[beilstein]", "pyrrole", "t5mtj[wln]", "trans-pyrrolidine", "123-75-1[rn]", "pyrrolidine", "123-56-8[rn]", "tetramethyleneimine", "tetrahydro pyrrole", "1-azacyclopentane", "prolamine", "pyrrolidin", "azolan", "123-75-1", "prolamine[wiki]", "tetramethyleneamine", "pyrrolidinepyrrolidine", "pyrrolidine [un1922] [flammable liquid]", "tetrahydropyrrole", "204-635-6[einecs]", "25150-61-2[rn]", "5-20-01-00162 (beilstein handbook reference)[beilstein]", "pyrrolidine[wiki][acd/iupac name]", "pyrrole tetrahydro-", "tetrahydropyrrole[wiki]"}|>, "21" -> <|"DatabaseID" -> "SW00023", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30768"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03766"]}, "IsomericSmiles" -> "CCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02310"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ellegic acids;methyl-acetic acid;platycodigenic acids;propionic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1032]}, "Synonyms" -> {"propanoic acid", "propionic acid", "monoprop", "methylacetic acid", "metacetonic acid", "ethylformic acid", "luprosil", "carboxyethane", "ethanecarboxylic acid", "pseudoacetic acid", "ec 5.1.1.1", "propionic acid[wiki][acd/iupac name]", "557-28-8[rn]", "ch3-ch2-cooh; pa;propionsaeure; acide propanoique; acide propionique; carboxyethane; ethanecarboxylic acid;ethylformic acid;metacetonic acid;methylacetic acid; propioic acid; propionicacid; propoic acid; pseudoacetic acid", "propionoic acid", "ppi", "propanoate[wiki]", "acide propionique[french]", "3349-08-4[rn]", "acide propanoique", "5489-14-5[rn]", "kyselina propionova[czech]", "[79-09-4]", "propkorn", "784139-72-6[rn]", "propanyl acid", "222-102-6[einecs]", "propionic acid [un1848] [corrosive]", "pa", "propionate[wiki][acd/iupac name]", "201-176-3[einecs]", "ch3-ch2-cooh", "antischim b", "acide propionique", "pyr", "273-598-6[einecs]", "506071[beilstein]", "1-hydroxy-1-oxopropane", "propionic acid grain preserver", "propioic acid", "propionicacid", "propionsaeure", "4-02-00-00695 (beilstein handbook reference)[beilstein]", "1979-09-4", "n-propionic acid", "68937-68-8[rn]", "68990-37-4[rn]", "hydroacrylic acid", "273-079-4[einecs]", "prozoin", "79-09-4[rn]", "methyl acetic acid", "flc", "propoic acid"}|>, "22" -> <|"DatabaseID" -> "SW00024", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28885"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 258]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02145"]}, "IsomericSmiles" -> "CCCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03200"]}, "OfficialNames" -> <|"Indian Approved Name" -> "butyl alcohol;n-butanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 263]}, "Synonyms" -> {"butan-1-ol", "1-hydroxybutane", "propylcarbinol", "n-butyl alcohol", "butyl alcohol", "butyl hydroxide", "d020001", "200-751-6[einecs]", "butanolen[dutch]", "butanolo", "225-201-2[einecs]", "n-butylalkohol", "213-995-3[einecs]", "n-butan-1-ol", "n-buoh[formula]", "ec 3.8.1.5", "1-butanol[wiki][acd/iupac name]", "1-butanol", "butylowy alkohol", "238-128-6[einecs]", "butyl alcohol[nf]", "1,3,4,6-tetrachloro-1,4- cyclohexadiene hydrolase", "propyl carbinol", "butyric alcohol", "propylmethanol", "1-butanol acs 99.4+%", "propyl methanol", "butanol", "buoh[formula]", "butanol 1-", "n-butanol", "methylolpropane", "200-889-7[einecs]", "n-propyl carbinol", "n-butanol[wiki]", "alcohol n-butyl", "71-36-3[rn]", "1,4-tcdn chlorohydrolase", "201-158-5[einecs]", "alcool butylique", "1-butyl alcohol", "969148[beilstein]", "201-148-0[einecs]", "butylalcohol"}|>, "23" -> <|"DatabaseID" -> "SW00025", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "43799"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03659"]}, "IsomericSmiles" -> "CCCC[NH3+]", "OfficialNames" -> <|"China Approved Name" -> "phthalocyanine butylamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8007]}, "Synonyms" -> {"1-aminobutane", "butylamine", "1-butanamine", "n-butylamine", "monobutylamine", "1-aminobutan", "candidapepsin-2 precursor", "aspartate protease 2", "norvalamine", "acp 2", "butan-1-amine", "mono-n-butylamine", "ec 3.4.23.24", "secreted aspartic protease 2", "n-butylamin"}|>, "24" -> <|"DatabaseID" -> "SW00026", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17497"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 737]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03085"]}, "IsomericSmiles" -> "C(C(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycolic acid", "Indian Approved Name" -> "glycolic acid"|>, "Synonyms" -> {"hydroxyacetic acid", "hydroxyethanoic acid", "259744-22-4[rn]", "glycolicacid", "cbm", "acetic acid hydroxy- (9ci)", "79-14-1[rn]", "glycolic acid[wiki]", "glycolic acid (ca. 70% in water ca. 12mol/l)", "35249-89-9[rn]", "glycol acid[acd/iupac name]", "goa", "1209322", "1932-50-9[rn]", "kyselina hydroxyoctova[czech]", "2836-32-0[rn]", "39663-84-8[rn]", "25904-89-6[rn]", "glycolic acid (7ci,8ci)", "ec 1.4.3.19", "glycolate[wiki]", "glypure", "kyselina glykolova[czech]", "996-23-6[rn]", "4-03-00-00571 (beilstein handbook reference)[beilstein]", "a-hydroxyacetic acid", "201-180-5[einecs]", "glycocide", "glycollic acid", "26124-68-5[rn]", "acetic acid hydroxy-", "2-hydroxyacetic acid", "acetic acid 2-hydroxy-", "acy", "glv"}|>, "25" -> <|"DatabaseID" -> "SW00027", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15428"], ExternalIdentifier["ChEBIID", "32508"], ExternalIdentifier["ChEBIID", "57305"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 730], ExternalIdentifier["ChemSpiderID", 8012845]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00145"]}, "IsomericSmiles" -> "C(C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00011"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycine", "Indian Approved Name" -> "glycine;alum glycinate;ferrous bisglycinate;capryloyl glycine;ferrous glycine sulph", "FDA Approved Drug" -> "GLYCINE"|>, "PharmGKBID" -> "PA449789", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 750], ExternalIdentifier["PubChemCompoundID", 26066], ExternalIdentifier["PubChemCompoundID", 9837124]}, "Synonyms" -> {"glycine", "aminoacetic acid", "aminoethanoic acid", "padil", "glicoamin", "glycocoll", "glycolixir", "glycosthene", "2-aminoacetic acid", "aciport", "gyn-hydralin", "glutathione synthase", "gsh synthetase", "gly", "ec 6.3.2.3", "gsh-s", "acidum aminoaceticum[latin]", "56-40-6[rn]", "h2n-ch2-cooh[formula]", "aminoessigsaeure", "corilin", "204-580-8[einecs]", "leimzucker", "glycine zwitterion", "glycin[german]", "glycinum[latin]", "glycoamin", "glycoll", "aminoazijnzuur", "hgly", "112898-03-0[rn]", "acetic acid amino-", "amino-acetic acid", "gly[formula]", "aminoessigsaeure;glycin; glycocoll;glykokoll; glyzin; h2n-ch2-cooh; hgly; leimzucker; aminoethanoic acid", "acido aminoacetico[spanish][inn]", "glycin", "aminoacetic acid; glycine", "amitone", "200-272-2[einecs]", "acide aminoacetique[french][inn]", "amino-aceticacid", "glycine[wiki][inn][acd/iupac name]", "225-518-6[einecs]", "glicina[spanish][inn]", "200-289-5[einecs]", "h-gly-oh", "glyzin", "glykokoll", "leimzucker[german]", "ferrous glycine", "20150-34-9[rn]", "athenon", "h2n-ch2-coo(-)", "chebi:32508", "aminoacetate", "akos015918296", "20150-34-9", "glycinate", "ac1l1ac3", "2-aminoacetate", "glycine anion", "ferrous bisglycinate", "ag-f-17058", "gly(-)", "i14-8082"}|>, "26" -> <|"DatabaseID" -> "SW00028", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27777"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1913]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00551"]}, "IsomericSmiles" -> "CC(=O)NO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00220"]}, "OfficialNames" -> <|"Indian Approved Name" -> "acetomenadione", "FDA Approved Drug" -> "ACETOHYDROXAMIC ACID"|>, "PharmGKBID" -> "PA164749213", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1990]}, "Synonyms" -> {"acetohydroxamic acid", "lithostat", "acetohydroximic acid", "acetylhydroxamic acid", "methylhydroxamic acid", "n-hydroxyacetamide", "acethydroxamsaure", "aha", "n-acetylhydroxylamine", "acetyl hydroxyamino", "cetohyroxamic acid", "acetic acid oxime", "macrophage metalloelastase precursor", "acetohydroxamate", "macrophage elastase", "ec 3.4.24.65", "546-88-3", "acetamide", "mmp-12", "hme", "acetic acid", "me", "matrix metalloproteinase-12", "acidum acetohydroxamicum[latin]", "546-88-3[rn]", "acetohydroxamic acid; acideacetohydroxamique; acido acetohidroxamico; acidum acetohydroxamicum", "lithostat (tn)", "acetohydroxamicacid", "acetohydroxamic acid[wiki][usp]", "acetohydroxamic acid [usan:inn][inn][usan]", "aha; acethydroxamsaeure; acethydroxamsaure; acetic acid oxime;acetylhydroxamicacid; cetohyroxamic acid; methylhydroxamic acid; n-acetyl hydroxyacetamide; n-acetylhydroxylamine;n-hydroxyacetamide", "acetylhydroxylamine", "208-913-8[einecs]", "acide acetohydroxamique[french]", "1739019[beilstein]", "hae", "sjx`hldmmah`", "acetic acid oxime", "(1e)-n-hydroxyethanimidic acid", "lithostat[wiki]", "acido acetohidroxamico[spanish]", "n-hydroxyacetimidic acid", "acidum acetohydroxamicum [inn_la]", "acethydroxamic acid", "acetamide n-hydroxy- (9ci)", "acethydroxamsaeure[german]", "acetamide n-hydroxy-", "mfcd00009994", "n-hydroxyethanimidic acid", "n-acetyl hydroxyacetamide", "114-83-0[rn]", "hydroxylamine n-acetyl-", "ethanimidic acid n-hydroxy- (1e)-", "n-hydroxyacetamide[acd/iupac name]"}|>, "27" -> <|"DatabaseID" -> "SW00029", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5816"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3530]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01005"]}, "IsomericSmiles" -> "C(=O)(N)NO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00341"]}, "OfficialNames" -> <|"China Approved Name" -> "hydroxyurea", "Indian Approved Name" -> "hydroxyurea", "WHO Essential Medicine" -> "hydroxycarbamide", "Australia Approved Name" -> "HYDROXYCARBAMIDE;HYDROXYUREA", "FDA Approved Drug" -> "HYDROXYUREA"|>, "PharmGKBID" -> "PA449942", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3657]}, "Synonyms" -> {"droxia", "biosupressin", "onco-carbide", "hidrix", "hydroxycarbamide", "hydroxyurea", "n-hydroxyurea", "oxyurea", "litalir", "hydrea", "carbamyl hydroxamate", "sterile urea", "carbamohydroxyamic acid", "carbamohydroxamic acid", "hydroxylurea", "hydura", "hydroxycarbamine", "hydurea", "hydroxicarbamidum", "litaler", "hydreia", "ureaphil", "carbamoyl oxime", "hu", "carbamohydroximic acid", "idrossicarbamide [dcit]", "n-carbamoylhydroxylamine", "127-07-1[rn]", "ribonucleoside-diphosphate reductase m1 subunit", "d006918", "droxia (tm)", "ec 1.17.4.1", "urea n-hydroxy-", "hydroxyurea (d4)", "urea hydroxy-", "1-hydroxyurea[acd/iupac name]", "7/1/127", "urea hydroxy- (8ci 9ci)", "nhy", "1-oxidanylurea", "hydroxyurea[wiki][usp]", "hydroxyurea [usan:ban][usan]", "sq-1089", "204-821-7[einecs]", "mylocel", "hydroxyharnstoff[german]", "ribonucleotide reductase large chain", "hydroxyaminomethanamide", "hidroxicarbamida[spanish][inn]", "hydroxycarbamid", "hydroxylamine n-(aminocarbonyl)-", "337376-15-5", "hydroxycarbamidum[latin]", "hydrixycarbamide", "1741548[beilstein]", "oncocarbide", "hydroxylamine n-carbamoyl-", "hydrea[wiki]", "hydroxycarbamide[wiki]", "hydroxyura", "1-hydroxyharnstoff", "4-03-00-00170 (beilstein handbook reference)[beilstein]", "4-03-00-00170", "1-(6-aminopurin-9-yl)propan-2-yloxymethylphosphonic acid", "n-hydroxymocovina[czech]", "tl8000673", "hydrea (tm)"}|>, "28" -> <|"DatabaseID" -> "SW00030", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16997"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13835224]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01839"]}, "IsomericSmiles" -> "CC(CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00078"]}, "OfficialNames" -> <|"Australia Approved Name" -> "PROPYLENE GLYCOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1030]}, "Synonyms" -> {"propylene glycol", "1", "trimethyl glycol", "2-hydroxypropanol", "monopropylene glycol", "methylethyl glycol", "sirlene", "1,2-propanediol", "methylethylene glycol", "1,2-propyleneglycol", "200-338-0[einecs]", "ppd", "(r)-(-)-1,2-propanediol", "propylene glycol[wiki]", "isopropylene glycol", "propylene glycol usp[usp]", "1,2-propylene glycol", "198333-86-7[rn]", "1,2-dihydroxypropane; 1,2-propyleneglycol; methylethylene glycol; propylene glycol", "ch3ch(oh)ch2oh", "propane-1,2-diol", "57-55-6 (123120-98-9)", "500-039-8[einecs]", "propan-1,2-diol", "1,2-(rs)-propanediol", "1,2-propane-diol", "hoch2ch(oh)me", "4254-15-3[rn]", "methyl glycol", "dl-propylene glycol", "solar winter ban", "propane-1", "sentry propylene glycol", "1,2-propylenglykol[german]", "propanediol[wiki]", "63625-56-9[rn]", "1,2-propylenglykol", "(^+)-propylene glycol", "1,2-propanediol (8ci,9ci)", "solargard p", "4254-14-2[rn]", "1340498", "(rs)-1,2-propanediol", "1,2-dihydroxypropane", "propyleneglycol", "dowfrost", "1000pg", "109-86-4[rn]", "57-55-6[rn]", "2,3-propanediol", "25322-69-4[rn]", "dl-1,2-propanediol", "mech(oh)ch2oh", "203-713-7[einecs]", "hoch2ch(oh)ch3"}|>, "29" -> <|"DatabaseID" -> "SW00030", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16997"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13835224]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01839"]}, "IsomericSmiles" -> "CC(CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00078"]}, "OfficialNames" -> <|"Australia Approved Name" -> "PROPYLENE GLYCOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1030]}, "Synonyms" -> {"propylene glycol", "1", "trimethyl glycol", "2-hydroxypropanol", "monopropylene glycol", "methylethyl glycol", "sirlene", "1,2-propanediol", "methylethylene glycol", "1,2-propyleneglycol", "200-338-0[einecs]", "ppd", "(r)-(-)-1,2-propanediol", "propylene glycol[wiki]", "isopropylene glycol", "propylene glycol usp[usp]", "1,2-propylene glycol", "198333-86-7[rn]", "1,2-dihydroxypropane; 1,2-propyleneglycol; methylethylene glycol; propylene glycol", "ch3ch(oh)ch2oh", "propane-1,2-diol", "57-55-6 (123120-98-9)", "500-039-8[einecs]", "propan-1,2-diol", "1,2-(rs)-propanediol", "1,2-propane-diol", "hoch2ch(oh)me", "4254-15-3[rn]", "methyl glycol", "dl-propylene glycol", "solar winter ban", "propane-1", "sentry propylene glycol", "1,2-propylenglykol[german]", "propanediol[wiki]", "63625-56-9[rn]", "1,2-propylenglykol", "(^+)-propylene glycol", "1,2-propanediol (8ci,9ci)", "solargard p", "4254-14-2[rn]", "1340498", "(rs)-1,2-propanediol", "1,2-dihydroxypropane", "propyleneglycol", "dowfrost", "1000pg", "109-86-4[rn]", "57-55-6[rn]", "2,3-propanediol", "25322-69-4[rn]", "dl-1,2-propanediol", "mech(oh)ch2oh", "203-713-7[einecs]", "hoch2ch(oh)ch3"}|>, "30" -> <|"DatabaseID" -> "SW00031", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02806"]}, "IsomericSmiles" -> "COCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05554"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHOXY POLYETHYLENE GLYCOL-EPOETIN BETA"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8019]}, "Synonyms" -> {"2-methoxyethanol", "2-methoxy-1-ethanol", "109-86-4", "dowanol em", "carbowax sentry methoxypolyethylene glycol", "methoxyhydroxyethane", "methyl cellosolve", "polyethylene glycol monomethyl ester", "ethylene glycol monomethyl ether", "ethanol", "methyl oxitol", "monomethyl glycol"}|>, "31" -> <|"DatabaseID" -> "SW00033", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28262"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 659]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01093"]}, "IsomericSmiles" -> "CS(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01043"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DIMETHYL SULFOXIDE"|>, "PharmGKBID" -> "PA449342", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 679]}, "Synonyms" -> {"domoso", "methylsulfinylmethane", "methyl sulfoxide", "dimethyl sulfoxide", "demasorb", "dimexide", "dimethyl sulphoxide", "sulfinyldimethane", "dipirartril-tropico", "kemsol", "dermasorb", "demeso", "dimethyl sulfur oxide", "doligur", "sclerosol", "dolicur", "durasorb", "dmso", "sulfinylbis-methane", "topsym", "somipront", "hyadur", "sulfinylbismethane", "demavet", "gamasol 90", "demsodrox", "dromisol", "syntexan", "infiltrina", "rimso 50", "rimso-50", "sq 9453", "dimetilsolfossido [dcit]", "dimethyl sulpoxide", "200-664-3[einecs]", "diemthyl sulfoxide", "(methylsulfinyl)methane[acd/iupac name]", "sulphoxide dimethyl", "sulfinylbis(methane)", "decap", "dimethyl sulfoxide[wiki][usp][inn][usan]", "dimethyli sulfoxidum[latin]", "methane sulfinylbis-", "dimethylsulfoxide", "(ch3)2so[formula]", "506008[beilstein]", "67-68-5[rn]", "9005-49-6", "rimso-5", "dimetil sulfoxido[spanish]", "dimethylsulphoxide", "tl8004767", "rheumabene", "d004121", "sulfinylbis-methane (9ci)", "sulfonium hydroxydimethyl- inner salt", "dimethylsulfoxid", "164071-41-4[rn]", "dimethyl sulfoxide bp", "methane 1,1'-sulfinylbis-", "dimethylsulfoxide[wiki]", "(methanesulfinyl)methane", "8070-53-9[rn]", "dimethylsulfoniumolate", "rimso", "dimethyl-sulfoxide", "dimethyli sulfoxidum", "rimso 100", "sulfoxide dimethyl", "dimexidum", "dimethylsulphinyl", "(methylsulfinyl)methan[german]", "methyl sulfoxide (8ci)", "dimetil sulfoxido", "dimethylsulfoxyde", "synotic otic solution (dimethyl sulfoxide + fluocinolone acetonide)_mixture", "dimethylsulfoxyde[french][inn]", "deltan", "methane", "218-617-0[einecs]"}|>, "32" -> <|"DatabaseID" -> "SW00034", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17141"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00847"]}, "IsomericSmiles" -> "C(CS)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03634"]}, "OfficialNames" -> <|"China Approved Name" -> "mercaptamine", "FDA Approved Drug" -> "CYSTEAMINE BITARTRATE"|>, "PharmGKBID" -> "PA449171", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6058]}, "Synonyms" -> {"cysteamine", "mercamine", "decarboxycysteine", "cysteinamine", "mercaptamine", "becaptan", "cysteamin", "thioethanolamine", "2-aminoethanethiol", "beta-mercaptoethylamine", "mea", "2-mercaptoethanamine", "2-aminoethyl mercaptan", "ethanethiolamine", "aminoethyl mercaptan", "lambraten", "cysteamide", "mercamin", "merkamin", "lambratene", "2-amino-1-ethanethiol", "mercaptamin", "(2-mercaptoethyl)amine", "riacon", "mecramine", "cysteamine bitartrate", "beta-mea", "cisteamina", "beta-aminoethanethiol", "npy-y2 receptor", "cystavision", "npy2-r", "cysteamine hydrochloride", "b-mercaptoethylamine", "205-858-1[einecs]", "2-amino-ethanethiol", "2-aminoethanthiol[german]", "cysteamine[wiki][ban][usan]", "2-aminoethanethiol[acd/iupac name]", "c-9500", "mercaptoethylamine", "b-aminoethanethiol", "cystagon[wiki]", "cystemamin", "ethanethiol 2-amino-", "2-mercaptoethylamine", "fcy", "200-463-0[einecs]", "mercaptamina[spanish]", "b-aminoethylthiol", "1-amino-2-mercaptoethylamine", "neh", "205-483-3[einecs]", "b-mea", "mercaptaminum[latin]", "xl1", "635649[beilstein]", "60-23-1[rn]", "cisteamina[italian]"}|>, "33" -> <|"DatabaseID" -> "SW00035", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16227"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1020]}, "IsomericSmiles" -> "c1ccncc1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pyridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1049]}, "Synonyms" -> {"azabenzene", "pirydyna", "piridina [italian]", "pyridin[german]", "pyridine [un1282] [flammable liquid]", "pyridine[wiki][acd/iupac name]", "230-720-2[einecs]", "py", "azine", "203-809-9[einecs]", "110-86-1", "piridina", "110-86-1[rn]", "pirydyna [polish]", "103233[beilstein]", "pyridin", "piridina[italian]", "pyridin [german]", "pyridine", "pirydyna[polish]"}|>, "34" -> <|"DatabaseID" -> "SW00037", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94619]}, "IsomericSmiles" -> "C1C=CNC=C1", "OfficialNames" -> <|"NPC Approved Name" -> "lemildipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 104822]}, "Synonyms" -> {"pyridine", "c5h7n", "ctk1c4727", "3337-17-5[rn]", "dihydropyridine[wiki]", "c038806", "pyridine 1,4-dihydro-", "surecn27199", "pyridine dihydro-", "lemildipine[inn]", "1", "27790-75-6[rn]", "ac1l2xkb", "pyridine,1,4-dihydro-", "1,4-dihydropyridine", "3337-17-5", "27790-75-6", "diidropiridina[portuguese]", "27790-86-9[rn]"}|>, "35" -> <|"DatabaseID" -> "SW00039", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5141"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3289]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01213"]}, "IsomericSmiles" -> "Cc1c[nH]nc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00707"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FOMEPIZOLE"|>, "PharmGKBID" -> "PA449697", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3406]}, "Synonyms" -> {"antizol", "fomepizole", "4-methylpyrazole", "4-methylpyrazol", "fomepizolum [inn-latin]", "fomepizol [inn-spanish]", "7554-65-6", "fomepizolum", "7554-65-6[rn]", "fomepizol[spanish][inn]", "1h-pyrazole 4-methyl-[acd/index name]", "fomepizole[wiki]", "fomepizole [usan:inn][inn][usan]", "antizol (tn)", "fomepizol", "fomepizole [usan:inn]", "ec 1.11.1.6", "t5mnj d1[wln]", "5-23-05-00031 (beilstein handbook reference)[beilstein]", "fomepizolum[latin][inn]", "4-mp", "105204[beilstein]", "4-methyl-1h-pyrazole", "4-methylpyrazole;antizol;antizol-vet;antizol", "4-methyl-1h-pyrazole[acd/iupac name]", "231-445-0[einecs]", "4-methyl-1h-pyrazol[german][acd/iupac name]"}|>, "36" -> <|"DatabaseID" -> "SW00040", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "41131"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552744]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02074"]}, "IsomericSmiles" -> "C/C=C/C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "crotonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 637090]}, "Synonyms" -> {"crotonic acid", "butenoic acid", "(e)-crotonic acid", "3-methylacrylic acid", "trans-crotonic acid", "trans-2-butenoic acid", "solid crotonic acid", "alpha-crotonic acid", "2-butenoic acid (e)-", "acrylic acid 3-methyl-", "crotonic acid solid [un2823] [corrosive]", "crotonic acid liquid [un2823] [corrosive]", "but-2-enoic acid", "(2e)-2-butenoic acid", "crotonicacid", "crotonate[wiki]", "(e)-2-butenoic acid", "2-butenoate", "2-butenoic acid (e)- (9ci)", "(e)-but-2-enoic acid", "2-butenoic acid", "(e)-crotonic acid;trans-2-butenoicacid; trans-crotonic acid", "3724-65-0[rn]", "alpha-butenoic acid", "503-64-0[rn]", "2-butenoic acid; 3-methylacrylic acid", "223-077-4[einecs]", "kyselina krotonova[czech]", "b-methylacrylic acid", "107-93-7[rn]", "(z)-2-butenoic acid (isocrotonic acid)", "2-butenoic acid[acd/iupac name]", "1719943[beilstein]", "(2e)-but-2-enoic acid", "beo", "4-02-00-01498 (beilstein handbook reference)[beilstein]", "crotonic acid (e)-", "2e-butenoic acid", "2-butenoic acid (2e)-", "a-crotonic acid", "3-methacrylic acid", "203-533-9[einecs]"}|>, "37" -> <|"DatabaseID" -> "SW00041", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7772]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01919"]}, "IsomericSmiles" -> "CCCCC=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "valeraldehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8063]}, "Synonyms" -> {"valeric aldehyde", "valeral", "amylaldehyde", "pentanal", "butyl formal", "valeric acid aldehyde", "valeryl aldehyde", "n-valeraldehyde", "n-pentanal", "valeraldehyde [un2058] [flammable liquid]", "ptl", "pentanaldehyde", "bu1", "1616304", "valerylaldehyde", "209-691-5[einecs]", "9004-99-3[rn]", "pentan-1-al", "peg-8stearate", "110-62-3[rn]", "pka c-alpha", "valeraldehyde", "valeraldehyde[acd/iupac name]", "pentanal[portuguese]", "4-01-00-03268 (beilstein handbook reference)[beilstein]", "valerianic aldehyde", "n-valeric aldehyde", "but", "pno", "c046012", "4-01-00-02515 (beilstein handbook reference)[beilstein]", "203-786-5[einecs]", "203-784-4[einecs]", "valericaldehyde", "pentyl aldehyde", "amyl aldehyde", "sucol b", "pentanal[wiki]"}|>, "38" -> <|"DatabaseID" -> "SW00042", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16638"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11065]}, "IsomericSmiles" -> "CC(C)CC=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-valeraldehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11552]}, "Synonyms" -> {"isovalerylaldehyde", "3-methylbutyraldehyde", "isovaleral", "isovaleraldehyde", "isopentanal", "isopentaldehyde", "isoamylaldehyde", "butanal 3-methyl-", "26140-47-6[rn]", "3-methylbutyraldehyde (natural)", "beta-methylbutanal", "3-methylbutylaldehyde", "3-methyl-butyraldehyde", "3-methyl butyraldehyde", "773692[beilstein]", "3-methylbutanal", "4-01-00-03291 (beilstein handbook reference)[beilstein]", "1-butanal 3-methyl-", "aldehyde isovalerianique[french]", "2-methylbutanal-4", "3-methylbutanal isoamylaldehyde", "iso-c4h9cho", "butanal", "590-86-3[rn]", "butyraldehyde 3-methyl-", "209-691-5[einecs]", "3-methyl-1-butanal", "3-methylbutanal[acd/iupac name]", "3-methyl-butanal", "isovaleric aldehyde", "isoamyl aldehyde", "3-methylbutan-1-al"}|>, "39" -> <|"DatabaseID" -> "SW00043", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18049"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7791]}, "IsomericSmiles" -> "C1CC[NH2+]CC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "piperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8082]}, "Synonyms" -> {"pentamethyleneimine", "azacyclohexane", "piperidine", "cyclopentimine", "hexazane", "hexahydropyridine", "perhydropyridine", "cypentil", "drewamine", "pip", "110-89-4[rn]", "110-89-4", "102438", "piperidine [un2401] [corrosive]", "piperidin", "4-27-00-00015 (beilstein handbook reference)[beilstein]", "p-isoxazine tetrahydro-", "pyridine hexahydro-", "piperidin[german]", "piperidine[wiki][acd/iupac name]", "tl8000330", "263-172-8[einecs]", "203-813-0[einecs]", "c032727", "pentamethylenimine", "tetrahydro-1,4-isoxazine"}|>, "40" -> <|"DatabaseID" -> "SW00044", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28568"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00592"]}, "IsomericSmiles" -> "C1CNCC[NH2+]1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00807"]}, "OfficialNames" -> <|"China Approved Name" -> "Piperazine", "Indian Approved Name" -> "piperazine;triptorelin;piperazine phos", "FDA Approved Drug" -> "PIPERAZINE CITRATE"|>, "PharmGKBID" -> "PA450977", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4837]}, "Synonyms" -> {"piperazine", "hexahydropyrazine", "piperazidine", "eraverm", "diethylenediamine", "pipersol", "vermizine", "antiren", "dispermine", "wurmirazin", "lumbrical", "dapotum", "diethyleneimine", "ripercol horse wormer (piperazine (piperazine hydrochloride) + tetramisole hcl)_mixture", "omca", "permitil", "uvilon", "piperazine hexahydrate", "tensofin", "antepan", "lyogen", "upixon", "antepar", "gaba(a", "worm-away", "canoids cap (aloin + areca catechu + arecoline hbr + benzocaine + piperazine citrate + santonin)_mixture", "dyrex t f (phenothiazine + piperazine + trichlorfon)_mixture", "asca-trol no. 3", "moditen", "diketopiperazine", "fluphenazine dihydrochloride", "entacyl", "glycine anhydride", "multi wormer for dogs (dichlorophene + piperazine (piperazine citrate))_mixture", "feloids tab (aloin + areca catechu + arecoline hbr + benzocaine + piperazine citrate + santonin)_mixture", "siqualone", "vermidol", "pacinol", "prolixin decanoate", "anatensol", "multi wormer for cats (dichlorophene + piperazine (piperazine citrate))_mixture", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "bryrel", "piperazine hydrate", "multifuge", "valamina", "piperazine citrate", "piperazin", "worm-a-ton", "tasnon", "vermex", "piperazin [germany]", "1,4-diazacyclohexane", "piperazin[german][wiki]", "bryel", "vermizine (tn)", "pipzine", "203-808-3[einecs]", "1,4-piperazine", "pipfuge pedatabs", "205-622-8[einecs]", "wormelix", "110-85-0[rn]", "jsp000824", "pyrazine hexahydride", "1,4-diazacyclohexane; diethylenediamine", "pipcide", "piperazine[wiki][usp]", "102555[beilstein]", "piperazina[portuguese]"}|>, "41" -> <|"DatabaseID" -> "SW00045", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30623"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64235]}, "IsomericSmiles" -> "C(=O)(C(=O)[O-])[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oxalate;oxalic acids"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6125], ExternalIdentifier["PubChemCompoundID", 516808]}, "Synonyms" -> {"ethanedioic acid", "ammonium oxalate", "338-70-5[rn]", "ethanedioate[wiki]", "diazanium oxalate hydrate", "oxalate ion", "ag-g-14850", "stavelan sodny [czech]", "disodium oxalate", "25403_riedel", "ammonium oxalate monohydrate", "1905970[beilstein]", "einecs 200-550-3", "ethanedioic acid ion(2-)", "nsc 77458", "oxalic acid ion(2-)", "oxalate", "oxalic acid diammonium salt", "oxalic acid disodium salt", "natriumoxalat [german]", "32304_riedel", "379743_aldrich", "oxalate[wiki][acd/iupac name]", "144-62-7[rn]", "ac1land4", "sodium oxalate", "oxalic acid*ethanedioic acid", "oxl", "09898_fluka", "ox", "oxalic acid", "oxalate(2-)"}|>, "42" -> <|"DatabaseID" -> "SW00046", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28358"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56149], ExternalIdentifier["ChemSpiderID", 592], ExternalIdentifier["ChemSpiderID", 55189], ExternalIdentifier["ChemSpiderID", 6049]}, "IsomericSmiles" -> "CC(C(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02920"], ExternalIdentifier["KEGGID", "D00111"], ExternalIdentifier["KEGGID", "D02183"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "sodium lactate;sodium lactate", "Indian Approved Name" -> "lactic acid;sodium lactate", "FDA Approved Drug" -> "AMMONIUM LACTATE;LACTIC ACID;POTASSIUM LACTATE;SODIUM LACTATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62358], ExternalIdentifier["PubChemCompoundID", 612], ExternalIdentifier["PubChemCompoundID", 61248], ExternalIdentifier["PubChemCompoundID", 23666456]}, "Synonyms" -> {"sodium lactate", "lacolin", "mediject l", "sodium (dl)-lactate", "monosodium 2-hydroxypropanoate", "monosodium lactate", "per-glycerin", "lactic acid sodium salt", "lactic acid", "natrium-2-hydroxypropanoat", "lactic acid monosodium salt", "propanoic acid 2-hydroxy- monosodium salt", "867-56-1[rn]", "lactic acid monosodium salt (8ci)", "312-85-6[rn]", "sodium lactate (7ci)", "2-hydroxypropanoic acid monosodium salt", "propanoic acid 2-hydroxy- monosodium salt (9ci)", "dl-lactic acid sodium salt", "dl-lactic acid monosodium salt", "lactic acid monosodium salt", "mediject l (tn)", "lactic acid sodium salt (van)", "312-85-6; 72-17-3", "sodium-dl-lactate", "sodiumlactate", "2-hydroxypropanoic acid monosodium salt", "l-lactic acid sodium salt solution", "212-762-3[einecs]", "purasal s/sp 60", "4332999", "lactic acid sodium salt", "sodium[wiki][acd/iupac name]", "sodium 2-hydroxypropionate[acd/iupac name]", "206-231-5[einecs]", "sodium lactate [usan:jan][jan][usan]", "sodium dl-lactate", "sodium 2-hydroxypropanoate[acd/iupac name]", "qy1&vq; &&na; salt[wln]", "2-hydroxypropanoate de sodium[french]", "2-hydroxypropanoic acid sodium salt", "72-17-3[rn]", "propanoic acid 2-hydroxy- sodium salt (1:1)[acd/index name]", "200-772-0[einecs]", "72-17-3", "sodium alpha-hydroxypropionate", "lactate", "acidum lacticum", "milk acid", "propanoic acid", "2-hydroxypropionic acid", "lac-hydrin", "dl-lactic acid", "milchsaeure", "lactovagan", "2-hydroxypropanoic acid", "lachydrin", "ammonium lactate", "monopotassium lactate", "814-81-3[rn]", "85895-78-9[rn]", "2-hydroxypropionicacid", "31981-04-1[rn]", "ammonium lactate[wiki][usan]", "paralactic acid", "2-hydroxy-2-methylacetic acid", "sarcolactic acid", "lac-hydrin (tn)", "ammonium lactate (usan)", "conclyte k", "1209341[beilstein]", "propanoic acid 2-hydroxy- monopotassium salt", "50-21-5[rn]", "espiritin", "598-82-3[rn]", "4-03-00-00633 (beilstein handbook reference)[beilstein]", "purac fcc 88", "200-018-0[einecs]", "ammonium 2-hydroxypropanoate[acd/iupac name]", "einecs 208-214-8", "potassium dl-lactate", "2501-35-1[rn]", "propanoic acid 2-hydroxy- ammonium salt", "lactasol", "lactic acid ammonium salt", "208-214-8[einecs]", "paramilchsaeure", "lactacyd", "ammoniumlactate", "(rs)-2-hydroxypropionsaeure[german]", "2-hydroxypropanoate d'ammonium", "a-hydroxypropionic acid", "52003-58-4[rn]", "monopotassium 2-hydroxypropanoate", "potassiumlactate", "qy1&vq;[wln]", "tisulac", "2-hydroxypropanoate de potassium", "515-98-0", "biolac", "dl-milchsaeure", "209-954-4[einecs]", "ammonium lactate [usan]", "propionic acid 2-hydroxy-", "racemic lactic acid", "jsp000339", "515-98-0[rn]", "propanoic acid 2-hydroxy- potassium salt (1:1)", "fleischmilchsaeure[german]", "2-hydroxypropanoic acid[acd/iupac name]", "dl-lactic acid ammonium salt", "acidum sarcolacticum", "propanoic acid 2-hydroxy-", "lactic acid monopotassium salt", "213-631-3[einecs]", "ag-f-76774", "l-lactic acid", "d,l-lactic acid", "laclotion", "996-31-6[rn]", "propanoic acid 2-hydroxy- monoammonium salt", "52003-58-4", "e270", "kyselina 2-hydroxypropanova[czech]", "monopotassium 2-hydroxypropanoate acid", "lactic acid potassium salt", "potassium 2-hydroxypropanoate[acd/iupac name]", "lactic acid[wiki][jan]", "kyselina mlecna[czech]", "tonsillosan", "bms-186091", "lac", "potassium lactate[wiki]", "e328", "lacticacid", "lactic acid (7ci,8ci)", "ammonium-2-hydroxypropanoat", "kalium-2-hydroxypropanoat", "26100-51-6[rn]"}|>, "43" -> <|"DatabaseID" -> "SW00046", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28358"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56149], ExternalIdentifier["ChemSpiderID", 592], ExternalIdentifier["ChemSpiderID", 55189], ExternalIdentifier["ChemSpiderID", 6049]}, "IsomericSmiles" -> "CC(C(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02920"], ExternalIdentifier["KEGGID", "D00111"], ExternalIdentifier["KEGGID", "D02183"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "sodium lactate;sodium lactate", "Indian Approved Name" -> "lactic acid;sodium lactate", "FDA Approved Drug" -> "AMMONIUM LACTATE;LACTIC ACID;POTASSIUM LACTATE;SODIUM LACTATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62358], ExternalIdentifier["PubChemCompoundID", 612], ExternalIdentifier["PubChemCompoundID", 61248], ExternalIdentifier["PubChemCompoundID", 23666456]}, "Synonyms" -> {"sodium lactate", "lacolin", "mediject l", "sodium (dl)-lactate", "monosodium 2-hydroxypropanoate", "monosodium lactate", "per-glycerin", "lactic acid sodium salt", "lactic acid", "natrium-2-hydroxypropanoat", "lactic acid monosodium salt", "propanoic acid 2-hydroxy- monosodium salt", "867-56-1[rn]", "lactic acid monosodium salt (8ci)", "312-85-6[rn]", "sodium lactate (7ci)", "2-hydroxypropanoic acid monosodium salt", "propanoic acid 2-hydroxy- monosodium salt (9ci)", "dl-lactic acid sodium salt", "dl-lactic acid monosodium salt", "lactic acid monosodium salt", "mediject l (tn)", "lactic acid sodium salt (van)", "312-85-6; 72-17-3", "sodium-dl-lactate", "sodiumlactate", "2-hydroxypropanoic acid monosodium salt", "l-lactic acid sodium salt solution", "212-762-3[einecs]", "purasal s/sp 60", "4332999", "lactic acid sodium salt", "sodium[wiki][acd/iupac name]", "sodium 2-hydroxypropionate[acd/iupac name]", "206-231-5[einecs]", "sodium lactate [usan:jan][jan][usan]", "sodium dl-lactate", "sodium 2-hydroxypropanoate[acd/iupac name]", "qy1&vq; &&na; salt[wln]", "2-hydroxypropanoate de sodium[french]", "2-hydroxypropanoic acid sodium salt", "72-17-3[rn]", "propanoic acid 2-hydroxy- sodium salt (1:1)[acd/index name]", "200-772-0[einecs]", "72-17-3", "sodium alpha-hydroxypropionate", "lactate", "acidum lacticum", "milk acid", "propanoic acid", "2-hydroxypropionic acid", "lac-hydrin", "dl-lactic acid", "milchsaeure", "lactovagan", "2-hydroxypropanoic acid", "lachydrin", "ammonium lactate", "monopotassium lactate", "814-81-3[rn]", "85895-78-9[rn]", "2-hydroxypropionicacid", "31981-04-1[rn]", "ammonium lactate[wiki][usan]", "paralactic acid", "2-hydroxy-2-methylacetic acid", "sarcolactic acid", "lac-hydrin (tn)", "ammonium lactate (usan)", "conclyte k", "1209341[beilstein]", "propanoic acid 2-hydroxy- monopotassium salt", "50-21-5[rn]", "espiritin", "598-82-3[rn]", "4-03-00-00633 (beilstein handbook reference)[beilstein]", "purac fcc 88", "200-018-0[einecs]", "ammonium 2-hydroxypropanoate[acd/iupac name]", "einecs 208-214-8", "potassium dl-lactate", "2501-35-1[rn]", "propanoic acid 2-hydroxy- ammonium salt", "lactasol", "lactic acid ammonium salt", "208-214-8[einecs]", "paramilchsaeure", "lactacyd", "ammoniumlactate", "(rs)-2-hydroxypropionsaeure[german]", "2-hydroxypropanoate d'ammonium", "a-hydroxypropionic acid", "52003-58-4[rn]", "monopotassium 2-hydroxypropanoate", "potassiumlactate", "qy1&vq;[wln]", "tisulac", "2-hydroxypropanoate de potassium", "515-98-0", "biolac", "dl-milchsaeure", "209-954-4[einecs]", "ammonium lactate [usan]", "propionic acid 2-hydroxy-", "racemic lactic acid", "jsp000339", "515-98-0[rn]", "propanoic acid 2-hydroxy- potassium salt (1:1)", "fleischmilchsaeure[german]", "2-hydroxypropanoic acid[acd/iupac name]", "dl-lactic acid ammonium salt", "acidum sarcolacticum", "propanoic acid 2-hydroxy-", "lactic acid monopotassium salt", "213-631-3[einecs]", "ag-f-76774", "l-lactic acid", "d,l-lactic acid", "laclotion", "996-31-6[rn]", "propanoic acid 2-hydroxy- monoammonium salt", "52003-58-4", "e270", "kyselina 2-hydroxypropanova[czech]", "monopotassium 2-hydroxypropanoate acid", "lactic acid potassium salt", "potassium 2-hydroxypropanoate[acd/iupac name]", "lactic acid[wiki][jan]", "kyselina mlecna[czech]", "tonsillosan", "bms-186091", "lac", "potassium lactate[wiki]", "e328", "lacticacid", "lactic acid (7ci,8ci)", "ammonium-2-hydroxypropanoat", "kalium-2-hydroxypropanoat", "26100-51-6[rn]"}|>, "44" -> <|"DatabaseID" -> "SW00047", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5735]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00160"]}, "IsomericSmiles" -> "C[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00012"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alanine"|>, "PharmGKBID" -> "PA448055", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5950]}, "Synonyms" -> {"alanine", "2-aminopropionic acid", "(2s)-2-aminopropanoic acid", "l-(+)-alanine", "l-alanine", "(s)-alanine", "l-2-aminopropanoic acid", "(s)-2-aminopropanoic acid", "l-2-aminopropionic acid", "l-a-alanine", "a-alanine", "ala", "l-a-aminopropionic acid", "(s)-(+)-alanine", "solute carrier family 36 member 1", "l-ala", "proton/amino acid transporter 1", "1720248[beilstein]", "l-2-aminopropionsaeure", "115967-49-2[rn]", "338-69-2[rn]", "2-aminopropanoic acid", "302-72-7[rn]", "alaninum[latin]", "l-alpha-alanine", "alanine (van)", "alanine l-", "130380-93-7[rn]", "(s)-2-amino-propanoic acid", "18875-37-1[rn]", "h-ala-oh", "renamin (amino acids) injection (glycine + histidine + l-alanine + l-arginine + l-isoleucine + l-leucine + l-lysine hydrochloride + l-phenylalanine + l-proline + l-threonine + l-tyrosine + l-valine + methionine + serine + tryptophan)_mixture", "travasol amino acid injection without electrolytes (dextrose + glycine + histidine + l-alanine + l-arginine + l-isoleucine + l-leucine hydrochloride + l-lysine hydrochloride + l-phenylalanine hydrochloride + l-proline + l-threonine + l-tyrosine + l-valine + methionine + tryptophan)_mixture", "1142-20-7[rn]", "(l)-alanine", "l-alanine (9ci)", "aminosyn ii (glutamic acid + glycine + histidine + l-alanine + l-arginine + l-aspartic acid + l-isoleucine + l-leucine + l-lysine (l-lysine acetate) + l-phenylalanine + l-proline + l-threonine + l-valine + methionine + n-acetyl-l-tyrosine + serine + tryptophan)_mixture", "l-alanin", "2-aminopropanoic acid l-", "monoalanine", "25191-17-7[rn]", "alanina[spanish]", "alanine l-", "(s)-2-aminopropionic acid", "propanoic acid 2-amino- (s)-", "4-04-00-02480", "(2s)-2-azanylpropanoic acid", "200-273-8[einecs]", "a-aminopropionic acid", "l-s-aminopropionic acid", "25281-63-4[rn]", "77160-91-9[rn]", "2749-11-3[rn]", "aminosyn (glycine + histidine + l-alanine + l-arginine + l-isoleucine + l-leucine + l-lysine (l-lysine acetate) + l-phenylalanine + l-proline + l-threonine + l-tyrosine + l-valine + methionine + serine + tryptophan)_mixture", "(s)-2-aminopropionsaeure", "alanine[wiki][usp][acd/iupac name]", "l-propargylglycine", "alanine [usan:inn][inn][usan]", "l-alaninol", "170805-71-7[rn]", "s-alanine", "107-95-9[rn]", "l-alanine[acd/iupac name]", "primene (glutamic acid + glycine + histidine + l-alanine + l-arginine + l-aspartic acid + l-cysteine + l-isoleucine + l-leucine + l-lysine + l-ornithine dihydrochloride + l-phenylalanine + l-proline + l-threonine + l-tyrosine + l-valine + methionine + serine + taurine + tryptophan)_mixture", "28854-76-4[rn]", "6898-94-8[rn]", "travasol amino acid injection with electrolytes (dextrose + glycine + histidine + l-alanine + l-arginine + l-isoleucine + l-leucine + l-lysine (l-lysine hydrochloride) + l-phenylalanine + l-proline + l-threonine + l-tyrosine + l-valine + magnesium chloride + methionine + potassium phosphate dibasic + serine + sodium acetate + sodium chloride + tryptophan)_mixture", "aspartic acid imp. d (pharmeuropa)", "56-41-7[rn]", "(s)-()-alanine", "propanoic acid 2-amino- (s)"}|>, "45" -> <|"DatabaseID" -> "SW00048", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 234]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03107"]}, "IsomericSmiles" -> "C(C[NH3+])C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07561"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-o-beta-glucosylplatycodigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 239]}, "Synonyms" -> {"abufene", "3-aminopropionic acid", "2-carboxyethylamine", "beta-alanine", "3-aminopropanoic acid", "3-aminopropionsaeure", "252-973-8[einecs]", "alanine", "b-aminopropanoic acid", "3-aminopropionsaeure[german]", "200-274-3[einecs]", "107-95-9", "b-alanine", "pantothenate synthetase", "bala[formula]", "[107-95-9]", "beta alanine", "107-95-9[rn]", "28854-76-4[rn]", "h-b-ala-oh", "87867-95-6[rn]", "b-aminopropionic acid", "h-^b-ala-oh", "56-45-1[rn]", "b-ala", "3-amino-propanoic acid", "4-04-00-02526[beilstein]", "39748-53-3[rn]", "906793[beilstein]", "3-ammoniopropanoate", "pantoate-activating enzyme", "203-536-5[einecs]", "36321-40-1[rn]", "propanoic acid 3-amino-", "beta-aminopropionic acid", "3-azaniumylpropanoate", "16690-93-0[rn]", "ec 6.3.2.1"}|>, "46" -> <|"DatabaseID" -> "SW00049", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17148"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13837702]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01917"]}, "IsomericSmiles" -> "C(CC[NH3+])C[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putrescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1045]}, "Synonyms" -> {"1", "putrescine", "tetramethyldiamine", "butylenediamine", "605282[beilstein]", "1,4-butanediamine", "1,4-butylenediamine", "1,4-tetramethylenediamine", "h2n(ch2)4nh2", "110-60-1[rn]", "butane-1,4-diamine", "putrescina", "203-782-3[einecs]", "333-93-7[rn]", "putreszin", "tetramethylenediamine[wiki]", "1,4-diamino butane", "putrescin", "1,4-diaminobutane; putrescine", "putrescine-binding periplasmic protein precursor", "p-7990", "\"1,4-diaminobutane\"", "1,4-butanediamine dihydrochloride", "tetramethylenediamine", "1,4-diaminobutane", "butan-1,4-diamin", "1,4-butandiamin", "putrescine[wiki]", "butane-1", "jsp000809", "1,4-butanediamine; putrescine; tetramethylenediamine", "putrescin[wiki]", "tetramethylendiamin"}|>, "47" -> <|"DatabaseID" -> "SW00050", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17522"], ExternalIdentifier["ChEBIID", "17754"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 733]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04077"]}, "IsomericSmiles" -> "C(C(CO)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00028"]}, "OfficialNames" -> <|"China Approved Name" -> "glycerol;Glycerol;glycerine", "Indian Approved Name" -> "glycerine;glycerol;glycerin;syr glycerine", "Australia Approved Name" -> "GLYCEROL", "FDA Approved Drug" -> "GLYCERIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 753]}, "Synonyms" -> {"glycerol", "osmoglyn", "glycyl alcohol", "trihydroxypropane", "1", "glycerin", "glyceritol", "1,2 3-trihydroxypropane", "glycerolum", "75398-78-6[rn]", "collyrium fresh-eye drops", "glysanin", "unigly g 2", "unigly g 6", "glicerol[spanish][inn]", "glicerina [dcit]", "glyceritol; glyzerin; gro;oelsuess;propanetriol; trihydroxypropane; glycerine;glycerol;glycyl alcohol", "propan-1,2,3-triol", "29796-42-7[rn]", "propanetriol (van)", "propanetriol", "2,3-dihydroxypropanol", "dagralax", "glycerin concentrated", "tryhydroxypropane", "gol", "200-289-5[einecs]", "glyrol", "ophthalgan", "glycerine", "glyzerin", "56-81-5[rn]", "bulbold", "25618-55-7[rn]", "cry", "glycerine[wiki]", "hp3", "30049-52-6[rn]", "37228-54-9[rn]", "gro", "glycerol[wiki][acd/iupac name]", "aci-jel", "propanetriol[wiki]", "glycerin[wiki][jan]", "8013-25-0[rn]", "cristal", "glycerol; glycerolum", "30918-77-5[rn]", "clyzerin wasserfrei[german]", "glyciterol", "propane-1,2,3-triol", "200-290-0[einecs]", "tegin m", "glycerolum [inn_la]", "614-33-5[rn]", "rg-s", "optim", "56-82-6[rn]", "8043-29-6[rn]", "citifluor af 2", "1,2,3-propanetriol", "emergy 916", "glycerinum", "1,2,3-trihydroxypropane*glycerin*1,2,3-trihydroxypropanol", "635685[beilstein]", "54-40-6", "grocolene", "ifp", "1,2,3-trihydroxypropane", "glyceol", "glycerolum[latin]", "64333-26-2[rn]", "auralgan", "alditol", "3h-glycerol", "78630-16-7[rn]", "oelsuess", "vitrosupos", "4-01-00-02751 (beilstein handbook reference)[beilstein]", "d005990", "mackstat h 66", "175385-78-1[rn]", "moon", "pricerine 9091", "concentrated glycerin"}|>, "48" -> <|"DatabaseID" -> "SW00051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140062]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00658"]}, "IsomericSmiles" -> "C1C(O1)CCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06642"], ExternalIdentifier["KEGGID", "D01983"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sevelamer hcl", "FDA Approved Drug" -> "SEVELAMER CARBONATE;SEVELAMER HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159247]}, "Synonyms" -> {"sevelamer hydrochloride", "renagel", "gt 16-026a", "sevelamer hcl", "sevelamer carbonate", "182683-00-7[rn]", "gt16-026a", "152751-57-0[rn]", "gt335-012", "renagel[wiki]", "152751-57-0", "198343-01-0[rn]", "poly(allylamine-co-n,n'-diallyl-1,3-diamino-2-hydroxypropane)", "sevelamer[wiki]", "2-propen-1-amine,compd. with 2-(chloromethyl)oxirane,hydrochloride (1:1:1)", "prop-2-en-1-amine-2-(chloromethyl)oxirane hydrochloride(1:1:1)", "prop-2-en-1-amine- 2-(chloromethyl)oxirane hydrochloride(1:1:1)", "unii-gls2pgi8qg", "sevelamer hydrochloride (jan/usan)[jan][usan]", "prop-2-en-1-amine- 2-(chloromethyl)oxirane hydrochloride (1:1:1)", "allylamine hydrochloride - epichlorhydrin copolymer", "phosblock", "2-propen-1-amine", "renagel (tn)", "c405346", "sevelamer"}|>, "49" -> <|"DatabaseID" -> "SW00051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140062]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00658"]}, "IsomericSmiles" -> "C1C(O1)CCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06642"], ExternalIdentifier["KEGGID", "D01983"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sevelamer hcl", "FDA Approved Drug" -> "SEVELAMER CARBONATE;SEVELAMER HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159247]}, "Synonyms" -> {"sevelamer hydrochloride", "renagel", "gt 16-026a", "sevelamer hcl", "sevelamer carbonate", "182683-00-7[rn]", "gt16-026a", "152751-57-0[rn]", "gt335-012", "renagel[wiki]", "152751-57-0", "198343-01-0[rn]", "poly(allylamine-co-n,n'-diallyl-1,3-diamino-2-hydroxypropane)", "sevelamer[wiki]", "2-propen-1-amine,compd. with 2-(chloromethyl)oxirane,hydrochloride (1:1:1)", "prop-2-en-1-amine-2-(chloromethyl)oxirane hydrochloride(1:1:1)", "prop-2-en-1-amine- 2-(chloromethyl)oxirane hydrochloride(1:1:1)", "unii-gls2pgi8qg", "sevelamer hydrochloride (jan/usan)[jan][usan]", "prop-2-en-1-amine- 2-(chloromethyl)oxirane hydrochloride (1:1:1)", "allylamine hydrochloride - epichlorhydrin copolymer", "phosblock", "2-propen-1-amine", "renagel (tn)", "c405346", "sevelamer"}|>, "50" -> <|"DatabaseID" -> "SW00052", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17296"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06728"]}, "IsomericSmiles" -> "c1ccc(cc1)N", "OfficialNames" -> <|"Indian Approved Name" -> "l-phenylamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6115]}, "Synonyms" -> {"aminobenzene", "anilin", "aminophen", "benzidam", "phenylamine", "benzenamine", "arylamine", "krystallin", "kyanol", "aniline", "rcra waste number u012", "benzene amino", "benzene,amino (aniline)", "anilin [czech]", "aniline acs", "nchembio.257-comp9", "huile d'aniline [french]", "bidd:er0581", "aniline oil phenylamine", "huile d'aniline", "ci oxidation base 1", "cyanol", "aniline oil", "benzamine", "phenyleneamine", "aniline hydrobromide", "anilinum", "c.i. oxidation base 1", "aniline(s#299)-liq", "benzeneamine", "anyvim", "rcra waste no. u012", "caswell no. 051c", "hsdb 43", "d'aniline", "anilina", "blue oil"}|>, "51" -> <|"DatabaseID" -> "SW00053", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15882"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03255"]}, "IsomericSmiles" -> "c1ccc(cc1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00033"]}, "OfficialNames" -> <|"China Approved Name" -> "phenol", "Indian Approved Name" -> "phenol", "Traditional Herbal Isolate" -> "monohydroxy phenol", "Australia Approved Name" -> "PHENOL"|>, "PharmGKBID" -> "PA450913", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 996]}, "Synonyms" -> {"phenol", "ec 2.4.2.21", "monophenol", "hydroxybenzene", "phenyl hydrate", "paoscle", "carbolic acid", "phenic acid", "n(1)-alpha-phosphoribosyltransferase", "liquefied phenol", "benzenol", "oxybenzene", "phenylic acid", "phenylic alcohol", "nn:dbi prt"}|>, "52" -> <|"DatabaseID" -> "SW00054", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34385"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1664]}, "IsomericSmiles" -> "c1c[nH+]ccc1N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04127"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DALFAMPRIDINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1727]}, "Synonyms" -> {"fampridine", "ampyra", "p-aminopyridine", "dalfampridine", "pyridin-4-amine", "4-pyridylamine", "neurelan", "avitrol", "4-amino pyridine", "fampridine-sr", "pyridine,4-amino", "1003-40-3[rn]", "pymadine", "vmi-103", "pyridine 4-amino-", "504-29-0[rn]", "amino-4 pyridine", "4-pyridinamine[acd/iupac name]", "mi w-3", "207-988-4[einecs]", "vmi103", "fampridine sr", "4-pyridinamine", "g-aminopyridine", "fampridine[inn]", "4 aminopyridine", "4-amino-pyridine", "207-322-2[einecs]", "207-987-9[einecs]", "phillips 1861", "5-22-09-00106 (beilstein handbook reference)[beilstein]", "vmi 103", "462-08-8[rn]", "mi-w-3", "philips 1861", "pymadin", "vmi-10-3", "105782", "fampyra", "4 ap", "4-pyridinamin", "504-24-5", "aminopyridine[wiki]", "4-pyridinamine; fampridine", "ampydin", "pyridin-4-amin", "vmi 10-3", "4-aminopyridine[wiki]", "4-aminopyridine", "d015761", "4-ap", "tl8003344", "dalfampridine[usan]", "avitrol 200", "pimadin (free base)", "504-24-5[rn]", "pyridine", "p-aminopyridine [un2671] [poison]", "pyridin-4-ylamine", "4-aminopyridine (4-ap)", "5-22-09-00106"}|>, "53" -> <|"DatabaseID" -> "SW00055", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64478], ExternalIdentifier["ChemSpiderID", 64319]}, "IsomericSmiles" -> "O[32P](=O)([O-])[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "CHROMIC PHOSPHATE P-32;SODIUM PHOSPHATE P-32"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71383], ExternalIdentifier["PubChemCompoundID", 71180]}, "Synonyms" -> {"disodium hydrogen phosphate (32p)", "phosphocol p32 (tn)", "sodium phosphate p 32", "phosphocol p32", "chromphosphotope", "ac1q1uz9", "ac1l2fos", "sodium hydrogen phosphate (p-32)", "moli001016", "24381-60-0", "disodium hydroxy-dioxido-oxo-", "sodium phosphate p 32 (usp)", "phosphoric-(sup 32)p acid disodium salt", "disodium hydroxy-dioxido-oxophosphorane", "chromic phosphate p 32[usp]", "chromium(3+); trioxido(oxo)-", "phosphotope (tn)", "unii-qho02lz4h2", "phosphocol", "disodium hydrogen phosphate labeled with 32p", "unii-o181101b5g", "sodium phosphate", "7635-46-3[rn]", "chromium phosphate-32p", "chromic phosphate-32p", "phosphoric-(sup 32)p acid chromium(3+) salt (1:1)", "disodium hydrogen phosphate (p32)", "chromic phosphate p 32", "phosphotope", "24381-60-0[rn]", "chromium(3+) phosphate-(sup 32)p (1:1)", "ac1l2g25", "(32p)-sodium hydrogen phosphate", "dibasic sodium phosphate-(sup 32)p", "phosphoric-32p acid disodiuk salt"}|>, "54" -> <|"DatabaseID" -> "SW00056", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "23414"], ExternalIdentifier["ChEBIID", "16189"], ExternalIdentifier["ChEBIID", "32599"], ExternalIdentifier["ChEBIID", "32036"], ExternalIdentifier["ChEBIID", "32149"], ExternalIdentifier["ChEBIID", "35176"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22870], ExternalIdentifier["ChemSpiderID", 22804], ExternalIdentifier["ChemSpiderID", 1085], ExternalIdentifier["ChemSpiderID", 94803], ExternalIdentifier["ChemSpiderID", 22515], ExternalIdentifier["ChemSpiderID", 25059765], ExternalIdentifier["ChemSpiderID", 22984], ExternalIdentifier["ChemSpiderID", 22915], ExternalIdentifier["ChemSpiderID", 22844], ExternalIdentifier["ChemSpiderID", 22833], ExternalIdentifier["ChemSpiderID", 22823]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00893"], ExternalIdentifier["DrugBankID", "00653"]}, "IsomericSmiles" -> "[O-]S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03613"], ExternalIdentifier["KEGGID", "D01725"], ExternalIdentifier["KEGGID", "D02141"], ExternalIdentifier["KEGGID", "D01108"], ExternalIdentifier["KEGGID", "D04854"], ExternalIdentifier["KEGGID", "D01726"], ExternalIdentifier["KEGGID", "D02224"], ExternalIdentifier["KEGGID", "D01732"], ExternalIdentifier["KEGGID", "D06371"], ExternalIdentifier["KEGGID", "D02052"], ExternalIdentifier["KEGGID", "D05877"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oleum lini;alum hydrox;zinc sulfate monohydrate;manganese sulphate;dihydroxy alum aminiacetate", "Traditional Herbal Isolate" -> "cathartic acid;methanolic", "Australia Approved Name" -> "MAGNESIUM SULFATE;PROTAMINE SULFATE;ZINC SULFATE", "China Approved Name" -> "sodium sulfate;magnesium sulfate;protamine sulfate;iron dextran;dihydralazing sulfate;barium sulfate", "WHO Essential Medicine" -> "barium sulfate;magnesium sulfate;protamine sulfate;zinc sulfate", "FDA Approved Drug" -> "CUPRIC SULFATE;FERROUS SULFATE;IOBENGUANE SULFATE I-123;IRON DEXTRAN;MAGNESIUM SULFATE;MAGNESIUM SULFATE ANHYDROUS;MANGANESE SULFATE;POTASSIUM SULFATE;PROTAMINE SULFATE;SODIUM SULFATE;SODIUM SULFATE ANHYDROUS;ZINC SULFATE"|>, "PharmGKBID" -> "PA450302", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24463], ExternalIdentifier["PubChemCompoundID", 24393], ExternalIdentifier["PubChemCompoundID", 105075], ExternalIdentifier["PubChemCompoundID", 24083], ExternalIdentifier["PubChemCompoundID", 24580], ExternalIdentifier["PubChemCompoundID", 24507], ExternalIdentifier["PubChemCompoundID", 1117], ExternalIdentifier["PubChemCompoundID", 62649], ExternalIdentifier["PubChemCompoundID", 24436], ExternalIdentifier["PubChemCompoundID", 24424], ExternalIdentifier["PubChemCompoundID", 23618813], ExternalIdentifier["PubChemCompoundID", 23615452], ExternalIdentifier["PubChemCompoundID", 24414], ExternalIdentifier["PubChemCompoundID", 1118], ExternalIdentifier["PubChemCompoundID", 24681], ExternalIdentifier["PubChemCompoundID", 16204526], ExternalIdentifier["PubChemCompoundID", 16211962], ExternalIdentifier["PubChemCompoundID", 25021874]}, "Synonyms" -> {"magnesium sulphate", "magnesium sulfate", "epsom salts", "magnesium sulfate anhydrous", "sel d'angleterre", "sulfate anion", "sal anglicum", "hair salt", "sal amarum", "epsom salt", "sal catharticum", "sal de sedlitz", "bitter salt", "sulfate(2-)", "sulfate anion(2-)", "tetraoxosulfate(2-)", "sal seidlitense", "sulfate ion", "salts of england", "sulfate dianion", "magnesium sulfate (1:1)", "sal angalis", "protamine sulfate", "sulfuric acid", "zinc sulfate", "bvs amino acid solution inj (arginine hcl + calcium chloride + dexpanthenol + dextrose + dl-isoleucine + l-cysteine hydrochloride + l-histidine hcl + l-lysine hydrochloride + leucine + magnesium sulfate + methionine + nicotinamide + phenylalanine + potassium chloride + pyridoxine hydrochloride + sodium acetate hemodialysis + sodium glutamate + threonine + tryptophan + valine + vitamin b1 + vitamin b12 + vitamin b2)_mixture", "kieserite [as monohydrate]", "so4(2-)[formula]", "scarlet pwr (calcium phosphate + ethylenediamine dihydroiodide + fenugreek + gentiana lutea + ginger + iron oxide + linum usitatissimum + magnesium carbonate + magnesium sulfate + sodium sulfate + sodium thiosulfate)_mixture", "voltage- gated calcium channel subunit alpha cav1.1", "3648446[beilstein]", "sul", "poultice powder (aluminum potassium sulfate + bentonite + magnesium sulfate + methyl salicylate)_mixture", "super multiple vitamins and min tab (biotin + calcium (calcium phosphate) + calcium d-pantothenate + copper (copper sulfate) + d-alpha tocopheryl acetate + folic acid + iron + magnesium sulfate + nicotinamide + phosphorus (calcium phosphate) + vitamin a (vitamin a palmitate) + vitamin b1 (thiamine mononitrate) + vitamin b12 + vitamin b2 + vitamin b6 (pyridoxine hydrochloride) + vitamin c + vitamin d)_mixture", "magnesium sulfate dried", "magnesium cap (magnesium oxide + magnesium sulfate)_mixture", "elliotts b solution", "flex capsules (calcium (calcium ascorbate) + magnesium sulfate + potassium (potassium sulfate))_mixture", "poultice - pst (acetic acid + kaolin + magnesium sulfate + sodium borate)_mixture", "iron dextran", "amino acid formula inj (alanine + arginine + calcium chloride + calcium d-pantothenate + dextrose + glutamic acid + glycine + histidine + isoleucine + l-aspartic acid + leucine + lysine + magnesium sulfate + methionine + nicotinamide + phenylalanine + potassium chloride + proline + pyridoxine hydrochloride + riboflavin-5-phosphate + serine + sodium acetate + sodium glutamate + thiamine hydrochloride + threonine + tryptophan + tyrosine + valine + vitamin b12)_mixture", "tetra fungistop (magnesium sulfate + silver + sodium chloride)_mixture", "medi-3-sulvita (calcium chloride + d-pantothenic acid + magnesium sulfate + nicotinamide + potassium chloride + sodium acetate + sodium chloride + sulfamerazine sodium + sulfamethazine sodium + sulfathiazole sodium + vitamin a + vitamin b12 + vitamin b2 + vitamin d3)_mixture", "so4--[formula]", "stress (calcium phosphate + cobalt sulfate + copper sulfate + ferrous gluconate + magnesium sulfate + manganese sulfate + potassium iodide + sodium phosphate monobasic + vitamin a + vitamin d3 + zinc sulfate)_mixture", "multiple electrolyte additive inj (calcium gluconate + magnesium sulfate + potassium chloride + sodium chloride)_mixture", "alsilax (boldo + cascara sagrada + magnesium sulfate + pancreatin + peptone)_mixture", "calcium lactate et magnesium sulfate (calcium lactate + magnesium sulfate)_mixture", "pro-lyte (calcium chloride + calcium d-pantothenate + dextrose + glycine + magnesium sulfate + potassium chloride + potassium citrate + potassium phosphate monobasic + sodium chloride + sodium phosphate monobasic + vitamin c)_mixture", "calf electrolytes (calcium lactate + ferrous sulfate + magnesium sulfate + potassium chloride + sodium chloride + vitamin a + vitamin b12)_mixture", "caswell no. 534", "sulfate (ion 2-)", "sulfate[wiki][acd/iupac name]", "amino solution inj (arginine + calcium chloride + calcium d-pantothenate + dextrose + dl-methionine + histidine + isoleucine + leucine + lysine + magnesium sulfate + nicotinamide + phenylalanine + sodium acetate + threonine + tryptophan + valine + vitamin b1 + vitamin b12 + vitamin b2 + vitamin b6)_mixture", "life guard oral (calcium phosphate (dibasic) + dextrose + glycine + magnesium sulfate + potassium chloride + protein + sodium bicarbonate + sodium chloride)_mixture", "sulfuric acid ion(2-)", "amino acid concentrate inj (arginine hcl + calcium chloride + dexpanthenol + dextrose + dl-methionine + glutamic acid + histidine hcl + isoleucine + l-cysteine hydrochloride + l-lysine hydrochloride + leucine + magnesium sulfate + nicotinamide + phenylalanine + potassium chloride + sodium acetate + threonine + tryptophan + valine + vitamin b1 (thiamine) + vitamin b12 + vitamin b2 (riboflavin) + vitamin b6 (pyridoxine))_mixture", "life guard pws twin-pak (calcium phosphate + dextrose + glycine + magnesium sulfate + potassium chloride + protein + sodium bicarbonate + sodium chloride)_mixture", "bylium liq (boldo + cascara sagrada + magnesium sulfate + pancreatin + peptone)_mixture", "10124-43-3[rn]", "laxabyl no109 (barberry root + boldo + cascara sagrada + magnesium sulfate + pancreatin + peptone + taraxacum officinale weber)_mixture", "amino acid inj (arginine + calcium chloride + d-pantothenic acid (calcium d-pantothenate) + dextrose + histidine + isoleucine + l-cysteine hydrochloride + leucine + lysine + magnesium sulfate + methionine + nicotinamide + phenylalanine + potassium chloride + pyridoxine hydrochloride + sodium acetate + threonine + tryptophan + valine + vitamin b1 + vitamin b12 + vitamin b2)_mixture", "solution carda (magnesium sulfate + potassium bicarbonate + sodium bicarbonate)_mixture", "tetraoxidosulfate(2-)", "amino lite (arginine + calcium chloride + dextrose + isoleucine + l-cysteine hydrochloride + l-histidine hcl + l-lysine hydrochloride + leucine + magnesium sulfate + methionine + nicotinic acid + phenylalanine + potassium chloride + pyridoxine hydrochloride + sodium glutamate + thiamine hydrochloride + threonine + tryptophan + valine + vitamin b12 + vitamin b2 (riboflavin 5'-phosphate sodium))_mixture", "disc-discovery tablets (calcium (calcium phosphate (dibasic) calcium ascorbate) + magnesium (magnesium sulfate magnesium oxide) + manganese (manganese sulfate) + potassium (potassium citrate) + vitamin b6 (pyridoxine hydrochloride) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 (cholecalciferol) + zinc sulfate)_mixture", "acti poultice (eucalyptus oil + magnesium sulfate + menthol + methyl salicylate + thymol)_mixture", "life-guard h.e. pwr (calcium phosphate + dextrose + glycine + magnesium sulfate + potassium chloride + sodium bicarbonate + sodium chloride)_mixture", "ion aid (calcium gluconate + dextrose + glycine + magnesium sulfate + potassium phosphate monobasic + sodium chloride)_mixture", "nutravit pst (calcium d-pantothenate + folic acid + iodine (potassium iodide) + iron (iron peptonized) + magnesium sulfate + manganese (manganese sulfate) + nicotinamide + pyridoxine hydrochloride + thiamine hydrochloride + vitamin a + vitamin b12 + vitamin b2 + vitamin d + vitamin e)_mixture", "anticoryzax (calcium lactophosphate + magnesium sulfate + ribonucleic acid + vitamin c)_mixture", "agobyl granule (magnesium sulfate + peptone)_mixture", "multi-vi-min capsules (biotin + chromium (chromium hvp chelate) + d-pantothenic acid (calcium d-pantothenate) + folic acid + iron (ferric ammonium citrate) + magnesium sulfate + manganese (manganese oxide) + molybdenum (sodium molybdate) + nicotinamide + potassium (potassium chloride) + selenium (sodium selenite) + vitamin a (vitamin a palmitate) + vitamin b1 (thiamine hydrochloride) + vitamin b12 + vitamin b2 (riboflavin-5-phosphate) + vitamin b6 (pyridoxal-5-phosphate) + vitamin b6 (pyridoxine hydrochloride) + vitamin c + vitamin e (dl-alpha tocopheryl acetate) + zinc sulfate)_mixture", "magnesium sulphate hydrate", "tomix ot", "sulphate[wiki]", "agobyl liquide (magnesium sulfate + peptone)_mixture", "magnesium sulphate heptahydrate", "multivitamins and minerals (biotin + calcium (calcium phosphate) + copper (copper sulfate) + d-pantothenic acid (calcium d-pantothenate) + folic acid + iron + magnesium sulfate + nicotinamide + phosphorus (calcium phosphate) + vitamin a (vitamin a palmitate) + vitamin b1 (thiamine mononitrate) + vitamin b12 + vitamin b2 + vitamin b6 (pyridoxine hydrochloride) + vitamin c + vitamin d + vitamin e (d-alpha tocopheryl acetate))_mixture", "amino acid formula inj (alanine + arginine + calcium chloride + calcium d-pantothenate + dextrose + dl-methionine + glutamic acid + glycine + histidine + isoleucine + l-aspartic acid + leucine + lysine + magnesium sulfate + nicotinamide + phenylalanine + potassium chloride + proline + pyridoxine hydrochloride + riboflavin 5'-phosphate sodium + serine + sodium acetate + sodium glutamate + thiamine hydrochloride + threonine + tryptophan + tyrosine + valine + vitamin b12)_mixture", "infed", "reducine medicated poultice pst (aluminum ammonium sulfate dodecahydrate + bentonite + glycerine + kaolin + magnesium sulfate + methyl salicylate + peppermint oil)_mixture", "sulfate (7ci,8ci,9ci)", "eau purgative riga (magnesium sulfate + sodium sulfate)_mixture", "[so4](2-)[formula]", "233-334-2[einecs]", "life guard h e pws (calcium phosphate (dibasic) + dextrose + glycine + magnesium sulfate + potassium chloride + sodium bicarbonate + sodium chloride)_mixture", "amino solution - liq (calcium chloride + calcium d-pantothenate + casein hydrolysate + dextrose + magnesium sulfate + nicotinamide + pyridoxine hydrochloride + sodium acetate + vitamin b1 (acetiamine) + vitamin b12 + vitamin b2)_mixture", "magnesium sulfate in 5%dextrose inj (20mg/ml) (dextrose + magnesium sulfate)_mixture", "18785-72-3[rn]", "tetraoxosulfate(vi)", "poultice (acetic acid + glycerine + kaolin + magnesium sulfate + menthol + sodium borate)_mixture", "multivitamins + minerals - tab (biotin + calcium d-pantothenate + calcium phosphate (dibasic) + copper sulfate + dl-alpha tocopheryl acetate + ferrous fumarate + folic acid + magnesium sulfate + nicotinamide + pyridoxine hydrochloride + thiamine mononitrate + vitamin a palmitate + vitamin b12 + vitamin b2 + vitamin c + vitamin d3)_mixture", "sulphate ion", "calcium/magnesium drink (calcium (calcium lactate calcium carbonate calcium glycerophosphate) + magnesium (magnesium citrate magnesium sulfate magnesium oxide))_mixture", "calcium channel l type alpha-1 polypeptide isoform 3 skeletal muscle", "formule 1705 - liq (magnesium sulfate + ox bile extract)_mixture", "poulti-paste (glycerine + magnesium sulfate + methyl salicylate)_mixture", "pro-laxol liq (boldo + cascara sagrada + magnesium sulfate)_mixture", "14808-79-8[rn]", "ratanhia comp. drops (calcium fluoride + esculin + krameria (triandra) + magnesium sulfate + myrrh + olea europea homeo chemical + silver nitrate)_mixture", "magnesium sulfate heptahydrate", "electrosul (calcium chloride + calcium d-pantothenate + cobalt sulfate + copper sulfate + ferrous sulfate + magnesium sulfate + manganese sulfate + nicotinic acid + potassium chloride + sodium chloride + sulfamerazine sodium + sulfathiazole sodium + vitamin a + vitamin b12 + vitamin b2 + vitamin d3 + zinc sulfate)_mixture", "calf-lyte (calcium chloride + calcium d-pantothenate + dextrose + glycine + magnesium sulfate + potassium chloride + potassium citrate + potassium phosphate monobasic + sodium chloride + sodium phosphate monobasic + vitamin c)_mixture", "stv amino acid sol inj (arginine hcl + calcium chloride + dexpanthenol + dextrose + dl-methionine + glutamic acid + histidine hcl + isoleucine + l-cysteine hydrochloride + l-lysine hydrochloride + leucine + magnesium sulfate + nicotinamide + phenylalanine + potassium chloride + pyridoxine hydrochloride + sodium acetate + threonine + tryptophan + valine + vitamin b1 (thiamine) + vitamin b12 + vitamin b2 (riboflavin))_mixture", "mgso4[formula]", "conclyte-mg", "18939-43-0[rn]", "magnesiumsulfate", "sulfuric acid magnesium salt (van)", "magnesium sulfate hydrate", "7487-88-9[rn]", "sulfate magnesium", "139939-75-6[rn]", "242-691-3[einecs]", "sulphate", "68081-97-0[rn]", "magnesium(2+) ion sulfate", "magnesium sulfate,anhydrous", "sulfate (ion)", "null", "231-298-2[einecs]", "sulfuric acid magnesium salt", "barium sulfate", "magnesiumsulfat", "268-365-0[einecs]", "isa (ionic strength adjustment solution: 1 m mgso4", "d008278", "sulfuric acid magnesium salt (1:1)", "sulfate ions", "sulfate radical anion", "sulfuric acid magnesium salt (1:1)", "magnesium sulfate[wiki][usp][acd/iupac name]", "magnesium(ii) sulfate", "medizinc", "sulfuric acid disodium salt", "bonazen", "disodium sulphate", "zinc sulfate (1:1)", "optraex", "glauber's salt", "baricon", "zinc sulphate", "sodium sulphate", "imferon", "optised", "orazinc", "bisodium sulfate", "manganese sulfate", "complexonat", "zinc sulfate anhydrous", "zinc sulfate solution", "231-665-7[einecs]", "sulfuric acid zinc salt (1:1)", "sulfuric acid zinc salt basic", "fero-gradumet", "zincate", "sulfate de zinc[french]", "sulfuric acid zinc salt", "actybaryte", "white copperas", "sulfuric acid zinc salt (van)", "zincsulphate", "visine-ac", "7446-20-0[rn]", "zinc (ii) sulfate", "dibasic sodium sulfate", "colonatrast", "zinkosite[wiki]", "sulfuric acid zinc salt", "sodium sulfate[wiki]", "7727-73-3[rn]", "sulfuric acid iron salt", "zinc(2+) sulfate", "white vitriol (van)", "zinci sulfas", "68140-10-3[rn]", "139939-71-2[rn]", "esophotrast", "7733-02-0[rn]", "nu-z", "baritop", "zincum sulfuricum", "glaubers salt", "231-820-9[einecs]", "sulfuric acid iron salt (1:1)", "zinklet", "thenardite[wiki]", "sulfate sodium", "op-thal-zin", "68813-94-5[rn]", "zinc vitriol", "sulfuric acid zinc salt(1:1)", "zincomed", "z span", "sodium sulfate", "7757-82-6[rn]", "neozin", "272-333-1[einecs]", "sulphuric acid iron salt", "zinc sulfate; zinc sulphate; zinc(ii) sulfate", "sodiumsulfate", "znso4", "zinksulfat[german]", "231-793-3[einecs]", "268-773-9[einecs]", "sulfuric acid disodium salt", "131315-46-3[rn]", "lactobaryt", "prefrin-z", "zinc sulfate (znso4)", "intropaque", "na2so4[formula]", "sulfuric acid iron(2+) salt (1:1)", "white vitriol", "zinc sulfate[wiki][jan][jp15][acd/iupac name]", "component of phenylzin", "disodium monosulfate", "zink-gro", "sulfuric acid zinc salt (1:1)", "15124-09-1[rn]", "d019287", "disodium sulfate[acd/iupac name]", "kemol", "270-211-2[einecs]", "bufopto zinc sulfate", "solvezinc", "68412-82-8[rn]", "solvezink", "zinc sulphate anhydrous", "10124-49-9[rn]", "citobaryum", "verazinc", "natriumsulfat", "231-550-1[einecs]", "zinc sulfate heptahydrate", "zincfrin", "feosol", "conferon", "68081-98-1[rn]", "67762-51-0[rn]", "sulfuric acid iron(2+) salt (1:1)", "zinc vitriol (van)", "zinc(ii) sulfate", "zincteral", "golytely", "barosperse", "manganese sulphate", "1337-28-6[rn]", "sulfate zinc", "268-366-6[einecs]", "10028-22-5[rn]", "aluminum potassium disulfate dodecahydrate", "gastropaque-s", "permanent white", "7784-24-9[rn]", "potassium sulphate", "epi-stat 57", "icar", "barytes[wiki]", "radiopaque[wiki]", "manganous sulfate", "kalinite[wiki]", "sulfuricacid aluminum potassium salt (2:1:1) dodecahydrate", "liquid polibar", "finemeal", "solbar", "potassium alum", "potash alum dodecahydrate", "microfanox", "basofor", "liquid polibar plus", "liquibarine", "barite (ba(so4))", "13462-86-7[rn]", "entrobar", "topcontral", "bariumsulfate", "barium sulphate", "barodense", "231-784-4[einecs]", "unit-pak", "tonojug 2000", "sorba-spray manganese", "readi-cat 2", "aluminum potassium sulfate dodecahydrate", "baryx colloidal", "barii sulphas", "microtrast", "potassium aluminum sulfate dodecahydrate (kal(so4)2.12h2o)", "ci pigment white 21", "kalium sulphuricum", "readi-cat", "barium 100", "baritop g powder", "baritogen deluxe", "macropaque", "man-gro", "enemark", "veri-o-pake", "oratrast", "liquipake", "manganese sulfate (1:1)", "e-z-paque", "sulferrous", "31395-94-5[rn]", "gel-unix", "sparkle granules", "e-z preparations", "imposil", "esopho-cat", "omni 2000tab (beta-carotene + biotin + calcium (bone meal) + choline + chromium (yeast) + d-pantothenic acid + folic acid + inositol + iodine (kelp) + iron (iron dextran complex) + magnesium (magnesium oxide) + manganese (manganese gluconate) + molybdenum (yeast) + nicotinamide + potassium (potassium gluconate) + selenium (yeast) + vitamin a (fish liver oil) + vitamin b1 + vitamin b12 + vitamin b2 + vitamin b6 (pyridoxine hydrochloride) + vitamin c (calcium ascorbate) + vitamin c (vitamin c) + vitamin d3 + vitamin e (d-alpha tocopheryl acetate) + zinc (zinc gluconate))_mixture", "alum potassium dodecahydrate", "baritop p", "travad", "combiron", "baritop 100", "236-664-5[einecs]", "radiobaryt", "oleum (fuming sulfuric acid)", "rugar", "micropaque", "enamel white", "12751-32-5[rn]", "e-z-paste esophageal cream", "barytgen", "blanc fixe", "liquid e-z-paque", "iron-dextran", "potassium aluminum disulfate dodecahydrate", "imfergen", "sol-o-pake", "raybar", "barosperse 110", "ferro-gradumet", "baraflave", "micropaque rd", "aluminum potassium sulfate (1:1:2) dodecahydrate", "x-opac", "alum potassium", "mol-iron", "feospan", "hitone[wiki]", "sodium sulfate dried", "fero gradumet", "bar-test", "bf 10 (sulfate)", "baricon (tn)", "sal polychrestum", "polibar", "ferritin l subunit", "barite[wiki]", "mikabarium f", "mikabarium b", "barosperse ii", "sulfuric acid fuming", "ferrous sulphate", "potash alum", "epi-stat 61", "oleum iodisum", "microbar[wiki]", "epi-c", "enecat", "10124-55-7[rn]", "manganese sulfate tetrahydrate", "sulfuric acid manganese salt", "hematran", "9004-66-4[rn]", "pigment white 22", "pigment white 21", "norferan", "233-336-3[einecs]", "wln: fe s-o4", "13978-93-3[rn]", "sorba-spray mn", "7785-87-7[rn]", "umbrasol a", "aluminium potassium sulfate 12-hydrate", "d007505", "baridol", "redi-flow", "7727-43-7[rn]", "eneset", "aluminium potassium sulfate dodecahydrate", "tonopaque", "unibaryt", "bf 1 (salt)", "neobalgin", "8054-35-1[rn]", "liquid barosperse", "novopaque", "iron; sulfuric acid", "recto barium", "barium sulfuricum", "esophotrast esophageal cream", "aluminium potassium sulphate 12-hydrate", "baroloid", "suspobar", "barocat", "e-z-hd", "danobaryt", "baryte", "baryxine", "radio-baryx", "ba147", "manganese monosulfate", "c.i. pigment white 21", "e-z-ac", "232-089-9[einecs]", "slow-fe", "liquid sol-o-pake", "ferrous sulfate", "barobag", "radimix colon", "mixobar", "baryum (sulfate de)", "barotrast", "hd 200 plus", "baryta white", "10124-49-9", "tixobar", "oesobar", "barium andreu", "barium(2+) sulfate", "233-141-3[einecs]", "fuming sulfuric acid", "ultra-r", "cupric sulfate", "prepcat", "alum[wiki]", "bayrites", "barium salt of sulfuric acid", "sulfuric acid (fuming)", "sulfuric acid dipotassium salt", "aluminum potassium sulfate 12-hydrate", "potassium aluminum sulfate dodecahydrate", "potassium alum dodecahydrate", "imperon", "supramike", "ferrosulfate", "sulfuric acid barium salt (1:1)", "eweiss", "proferdex", "neobar", "bakontal", "green vitriol", "manganese(2+) sulfate (1:1)", "sulfuric acid iron (2+) salt (1:1)", "iron(ii) sulfate", "sulfuric acid manganese(2+) salt (1:1)", "sulfate", "manganese monosulfate monohydrate", "ferrosulfat[german]", "ferobuff", "13444-72-9[rn]", "ferroinfant", "aktiferrin", "sulfuric acid mixture with sulfur trioxide", "copper (2+) sulfate(1:1)", "17107-61-8[rn]", "potassium sulfate[wiki][jan][jp15]", "139939-69-8[rn]", "sulfuric acid iron(2+) salt", "plastufer", "oxosulfane dioxide - sulfuric acid (1:1)", "manganous(ii)sulfate monohydrate", "kupfersulfat[german]", "blue copper (van)", "sodium sulfate decahydrate (na2so4.10h2o)", "sulfuric acid manganese(2+) salt (1:1)", "96495_fluka", "ferulen", "sulfuric acid mixt. with sulfur trioxide", "sulfur trioxide mixture with sulfuric acid", "231-753-5[einecs]", "barite", "10233-01-9[rn]", "eisen(2+)sulfat", "sulfuric acid fuming", "sorbifer durules", "13463-43-9[rn]", "hylinec", "fersolate", "sulfate cupric", "sulfuric acid manganese (ii) salt (1:1) (8ci)", "7782-63-0[rn]", "einecs 237-275-3", "incracide 10a", "8063-79-4[rn]", "bluestone", "10124-44-4[rn]", "sulfuric acid copper(2+) salt (1:1)", "copper (ii) sulfate pentahydrate", "ferogradumet", "manganese sulfate monohydrate", "manganese dipotassium bis(sulphate)", "winkler's solution #1.", "copper(ii) sulphate", "odophos", "fehling's reagent i for sugars", "d019327", "sulfur trioxide mixt. with sulfuric acid", "18939-61-2[rn]", "ferolix", "manganese(2+) sulfate", "307491_sial", "96495_sial", "iron (ii) sulfate (1:1)", "disodium sulfate decahydrate (na2so4.10h2o)", "monopotassium sulfate", "arcanum duplicatum", "kaliumsulfat", "caustic powder", "10034-96-5[rn]", "slow fe", "manganese (ii) sulfate monohydrate", "sulfane oxo- dioxide compd. with sulfuric acid (1:1)", "8060-18-2[rn]", "potassiumsulfate", "ferrous sulfate; iron(ii) sulfate; sulfuric acid iron(2+) salt", "glaubersalz", "magnesiumpotassium sulfate (k2mg(so4)2) (6ci", "iron(ii) sulfate (1:1)", "blue vicking", "ferusal", "incracide e 51", "242-692-9[einecs]", "10101-68-5[rn]", "10028-21-4[rn]", "monsels solution", "aqua maid permanent algaecide", "iron(2+) sulfate[acd/iupac name]", "36474-32-5[rn]", "mattling acid", "13718-34-8", "sulfuric acid copper (2+) salt (1:1)", "manganese sulfate (mnso4) monohydrate", "7758-99-8[rn]", "15244-36-7[rn]", "ferro-theron", "manganese potassium sulfate", "23254-43-5[rn]", "240-616-9[einecs]", "schwefelsaeure", "green salts", "oleum", "copper(2+) sulfate (1:1)", "manganese(2+) sulfate (1:1) monohydrate", "salt cake", "sulfuric acid manganese(2+) salt (1:1) monohydrate", "231-105-1[einecs]", "sulphuric acid copper salt", "vitaferro kapseln", "231-594-1[einecs]", "fer-in-sol", "hemobion", "copper(ii) sulfate[wiki]", "un1831", "7727-73-3", "iron sulphate", "7758-98-7[rn]", "cuso4[formula]", "sulfuric acid iron (2+) salt (1:1)", "triangle", "sulfuric acid dipotassium salt", "copper(2+) sulphate", "potassium sulfate (2:1)", "kendural", "231-915-5[einecs]", "c020748", "7778-80-5", "139939-61-0[rn]", "56172-58-8[rn]", "233-558-0[einecs]", "disodium sulfate decahydrate", "kesuka", "7778-80-5[rn]", "ferrous sulfate hydrate", "iron monosulfate", "cupric sulfate[usp]", "iron (2+) sulfate (1:1)", "sulfuric acid mixture with sulfur trioxide", "potassium sulfate", "oil of vitriol", "ferrograd", "7720-78-7[rn]", "iron vitriol", "copper(ii) sulfate", "ferrogamma", "ferodan", "blue stone", "7646-93-7[rn]", "copper sulfate", "sulfuric acid copper salt", "231-847-6[einecs]", "copper(2+) sulfate[acd/iupac name]", "iron(2+) sulfate (1:1)", "16547-58-3[rn]", "oil of vitreol", "sulfuric acid manganese(ii) salt", "oleum[wiki]", "139939-63-2[rn]", "copper(2+) sulfate pentahydrate", "sulfuric acid mixt with sulfur trioxide", "copper sulphate", "cupric sulfate pentahydrate", "ag-d-75669", "blue copperas", "caswell no. 702", "disodium sulfate", "manganese sulfate anhydrous", "sulfuric acid iron(2+) salt (1:1)", "sulfate de cuivre(2+)", "cupric sulfate anhydrous", "haemoprotect", "dipotassium sulfate", "ferrous sulfate (1:1)", "sodium sulfate decahydrate", "hemofer", "manganese sulfate potassium salt (3:2:2)", "eisensulfat stada", "eisendragees-ratiopharm", "8014-95-7[rn]", "duretter", "manganese sulfate manganese (+3) salt (3:2)", "manganese sulfate (mnso4)", "calcanthite", "sulfate de cuivre", "7487-89-0[rn]", "sulfuric acid manganese(2+) salt (1:1) tetrahydrate", "215-568-7[einecs]", "copper sulfate (1:1)", "hsdb 1236", "manganese(ii) sulfate[wiki]", "vitriol blue", "kupfer(2+)sulfat", "blue copper", "bonide root destroyer", "zinc sulfate monohydrate", "irospan", "fer-gen-sol", "sulfuric acid copper(2+) salt (1:1)", "12527-76-3[rn]", "all clear root destroyer", "duroferon", "copperas[wiki]", "sulfuric acid copper (2+) salt (1:1)", "233-342-6[einecs]", "32916-06-6[rn]", "sulphuric acid", "vencedor", "sal chalybis", "tetucur-s", "c039798", "iron(ii) sulfate[wiki]", "dipotassium sulfate[acd/iupac name]", "sodium sulfate (na2so4) decahydrate", "salzburg vitriol", "1332-14-5[rn]", "roman vitriol", "1344-73-6[rn]", "iron(2+) sulfate", "ferralyn", "7782-63-09", "thenardite", "manganese(ii) sulfate; manganese(ii)sulphate; sulfuric acid manganese(2+) salt;manganesesulfate;manganese sulfate(mnso4)", "dipping acid", "sulfuric acid manganese(2+) salt (1:1) monohydrate", "feratab", "blue vitriol", "sulfuric acid manganese(2+) salt", "cupric sulphate", "battery acid", "bcs copper fungicide", "sulfate copper", "sulfate de fer(2+)", "natrii sulfus", "aquatronics snail-a-cide dri-pac snail powder", "delcup", "manganese(2+) sulfate[acd/iupac name]", "electrolyte acid", "sulfuric acid copper(2+) salt", "sulfuric acid manganese salt (1:1) monohydrate", "manganese(ii) sulfate (1:1)", "trinagle", "sodium sulfate (2:1)", "ceferro", "ferrous sulfate dried", "ag-h-08860", "acidum sulfuricum", "iron(2+) sulphate", "sulfuric acid copper(2+) salt basic", "manganesesulphate", "manganese(ii) sulfate"}|>, "55" -> <|"DatabaseID" -> "SW00057", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28906"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 60307]}, "IsomericSmiles" -> "C=C1C=CC(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "protoanemonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66948]}, "Synonyms" -> {"5-methylenefuran-2(5h)-one", "4-methylenebut-2-en-4-olide", "cis-4-methylenebut-2-en-4-olide", "2(5h)-furanone", "105670[beilstein]", "2(5h)-furanone 5-methylene-", "ac1q6arg", "5-methylene-2-oxodihydrofuran", "5-methylene-2(5h)-furanone[acd/iupac name]", "5-methylidenefuran-2-one", "ac1q6arh", "protoanemonin[wiki]", "108-28-1", "protoanemonin", "5-methylene-2(5h)-furanone", "4-hydroxy-2,4-pentadienoic acid g-lactone", "5-methylidenefuran-2(5h)-one", "644-69-9[rn]", "108-28-1[rn]", "203-567-4[einecs]"}|>, "56" -> <|"DatabaseID" -> "SW00058", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13863629]}, "IsomericSmiles" -> "c1cc(oc1)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furfural"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7362]}, "Synonyms" -> {"artificial ant oil", "furan-2-carbaldehyde", "2-furaldehyde", "2-furancarbonal", "2-furancarboxaldehyde", "2-furfural", "fural", "2-furanaldehyde", "furan-2-carboxaldehyde 2-formylfuran", "furfural", "furaldehyde[wiki]", "t5oj bvh[wln]", "2-furylmethanal", "1/1/1998", "98-01-1[rn]", "furan-2-carboxaldehyde", "n / a", "202-627-7[einecs]", "2-furylcarboxaldehyde", "1998-1-1", "2-furanaldehyd", "56826-61-0[rn]", "furfural[wiki]", "2-formylfuran", "formylfuran", "pyromucic aldehyde", "1998-01-1", "furaldehyde", "35796", "2-formyl furan", "furfuraldehyde", "2-furfuraldehyde;fufurylaldehyde; furfural;2-furaldehyde; furfurol; furfurole;furyl-2-aldehyde;oxol-2-aldehyde; pyromucicaldehyde", "formyl furan", "fufural", "105755", "2-furfuraldehyde"}|>, "57" -> <|"DatabaseID" -> "SW00059", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22686]}, "IsomericSmiles" -> "[O-]P(=O)([O-])F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05864"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SODIUM MONOFLUOROPHOSPHATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24266]}, "Synonyms" -> {"sodium monofluorophosphate", "sodium phosphorofluoridate", "disodium fluorophosphate", "sodium fluorophosphate", "disodium monofluorophosphate", "disodium salt cas#: 10163-15-2", "7631-97-2[rn]", "mfp", "disodiummonofluorophosphate", "fluorophosphate de disodium", "disodiumfluorophosphate", "ccris 9129", "disodium phosphorofluoridate", "phosphorofluoridic acid", "233-433-0[einecs]", "7631-97-2", "componentcas#: 13537-32-1;sodium salt cas#:7631-97-2; disodium salt cas#: 10163-15-2", "disodium fluoro-dioxido-oxophosphorane", "disodium phosphorofluoridate[acd/iupac name]", "231-552-2[einecs]", "component cas#: 13537-32-1", "nsc 248", "15181-43-8[rn]", "10163-15-2[rn]", "phosphorofluoridic acid disodium salt", "sodium fluorophosphate (na2po3f)", "aim", "dinatriumfluorophosphat", "10163-15-2 (7631-97-2)", "sodium salt cas#: 7631-97-2", "phosphoranediolate 1-fluoro- oxide sodium salt (1:2)[acd/index name]"}|>, "58" -> <|"DatabaseID" -> "SW00060", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "19591"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444608]}, "IsomericSmiles" -> "CCC/C=C/C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hexylenaldehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281168]}, "Synonyms" -> {"2-trans-hexenal", "trans-hex-2-enal", "2-hexenal", "trans-2-hexen-1-al", "(e)-2-hexenal", "trans-2-hexenal", "leaf aldehyde", "(e)-hex-2-enal", "hexenal[wiki]", "(2e)hex-2-enal", "6728-26-3[rn]", "(2e)-hex-2-enal", "trans-2-hexenal natural", "3-propyl acrolein", "2-hexenal e", "2-hexenal (e)-", "trans-2-hexenal (leaf aldehyde) (natural)", "2-hexenal z-isomer", "2-hexenal (2e)-", "hex-2-enal", "208-014-0[einecs]", "2-hexen-1-al", "hex-2-en-1-al", "beta-propyl acrolein", "505-57-7[rn]", "4-01-00-03468 (beilstein handbook reference)[beilstein]", "c051750", "trans-2-hexenal (leaf aldehyde)", "6278-26-3", "2-hexenal[acd/iupac name]", "1699684", "(2e)-2-hexenal", "229-778-1[einecs]"}|>, "59" -> <|"DatabaseID" -> "SW00061", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9592"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 111629]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tiglic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 125468]}, "Synonyms" -> {"tiglinic acid", "tiglic acid", "cevadic acid", "trans-2-methylcrotonic acid", "trans-2-methyl-2-butenoic acid", "(e)-2-methylcrotonic acid", "1236500[beilstein]", "tiglinsaeure", "methyl methacrylic acid", "(e)-2-methyl-but-2-enoic acid", "2-methyl-(e)-2-butenoic acid", "2,3-dimethylacrylic acid", "e-tiglic acid", "2,3-dimethylacrylic acid (e)-", "2-methyl-2-butenoic acid (z)", "(e)-2,3-dimethylacrylic acid", "(e)-2", "(2e)-2-methylbut-2-enoic acid", "565-63-9[rn]", "2-butenoic acid 2-methyl- (2e)-", "tiglate", "2-methylbut-2-enoic acid", "(2e)-2-methyl-2-butenoic acid[acd/iupac name]", "(e)-2-methylbut-2-enoic acid", "trans-2-methyl-2-heptenoic acid", "201-295-0[einecs]", "2-methyl-2-butenoic acid (e)-", "2-methyl-2-butenoic acid", "80-59-1[rn]", "4-02-00-01552 (beilstein handbook reference)[beilstein]", "\"trans-2,3-dimethylacrylic acid\"", "tiglicacid", "2-methyl-2e-butenoic acid", "methyl-crotonic acid", "2-butenoic acid 2-methyl- (e)-", "trans-2", "trans-2,3-dimethylacrylic acid", "tiglinsaeure[german]", "(e)-2-methyl-2-butenoic acid"}|>, "60" -> <|"DatabaseID" -> "SW00062", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "36431"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559009]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "angelic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 643915]}, "Synonyms" -> {"cis-2-methyl-2-butenoic acid", "2-methylisocrotonic acid", "2-methyl-2z-butenoic acid", "(2z)-2-methylbut-2-enoic acid", "angelicasaeure", "angelic acid", "angelicacid", "z-2-methylcrotonic acid", "crotonic acid 2-methyl- (z)- (8ci)", "1720302[beilstein]", "crotonic acid 2-methyl- (z)-", "angelikasaeure", "st088024", "565-63-9[rn]", "cis-2-dimethylcrotonic acid", "2-butenoic acid", "(z)-2-methyl-2-butenoic acid", "acido angelico", "chebi:36431", "209-284-2[einecs]", "565-63-9", "80-59-1[rn]", "(z)-2-methylcrotonic acid", "2-butenoic acid 2-methyl- (z)-", "2-butenoic acid 2-methyl- (2z)-", "acide angelique", "cis-2,3-dimethylacrylic acid", "z-2-methyl-2-butenoic acid"}|>, "61" -> <|"DatabaseID" -> "SW00063", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21105854]}, "IsomericSmiles" -> "C=CCN=C=S", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02818"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allyl-disulpide;allyl isothiocyanate;mustard oil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5971]}, "Synonyms" -> {"allyl isothiocyanate", "allylsenevol", "oil of mustard", "mustard oil", "allyl mustard oil", "allylsevenolum", "allylsenfoel", "oleum sinapis", "redskin", "senfoel", "3-isothiocyanato-1-propene", "oleum sinapis volatile", "allyl isothiocyanate[usp]", "allylisothiocyanate", "3-isothiocyanato-propene", "1957-06-7", "57-06-7[rn]", "volatile oil of mustard", "2-propenyl isothiocyanate", "allyl isosulfocyanate", "c004471", "3-isothiocyanatopropene", "isothiocyanato-1-propene", "artificial oil of mustard", "200-309-2[einecs]", "redskin[wiki]", "1-propene 3-isothiocyanato-", "6/7/1957", "prop-2-enisothiocyanate", "allyl sevenolum", "carbospol", "8007-40-7[rn]", "artificial mustard oil", "isotiocianato de alila[portuguese]", "2-propenyl isothiocyanate;3-isothiocyanato-1-propylene; 3-isothiocyanatopropene;3-isothiocyanatopropylene;allyl isothiocyanate; isothiocyanicacid allyl ester;mustardoil", "aitk", "allyl isorhodanide", "aitc", "3-isothiocyanatoprop-1-ene", "isothiocyanic acid allyl ester", "oil of mustard bpc 1949", "synthetic mustard oil", "allyl isothiocyanate inhibited", "allyl thiocarbonimide", "propenyl isothiocyanate", "57--06--7", "volatile oil of mustard.", "alilisotiocianato"}|>, "62" -> <|"DatabaseID" -> "SW00064", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8000]}, "IsomericSmiles" -> "C(=C(F)F)(F)F", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYTETRAFLUOROETHYLENE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8301]}, "Synonyms" -> {"perfluoroethylene", "perfluoroethene", "fluoroplast 4", "perfluoraethylen", "f2c=cf2", "116-14-3", "tetrafluoroethene", "tetrafluoroethylene[wiki]", "tfe", "tetrafluoroethylene monomer", "ethylene", "9002-84-0[rn]", "ethene tetrafluoro-", "1,1,2,2-tetrakis(fluoranyl)ethene", "1,1,2,2-tetrafluoroethylene", "9014-83-9[rn]", "tetra-fluoro-ethylene", "1", "tetrafluorethene", "116-14-3[rn]", "tetrafluoroethylene", "tetrafluoraethylen", "204-126-9[einecs]", "tetrafluoroethene (9ci)", "tetrafluorethylene", "c2f4", "1098492[beilstein]", "tetrafluoraethen", "ethene 1,1,2,2-tetrafluoro-", "ethylene tetrafluoro-", "tetrafluoroethene[wiki][acd/iupac name]", "1740275[beilstein]", "1,1,2,2-tetrafluoroethene", "ethene", "tetrafluoroethylene inhibited [un1081] [flammable gas]"}|>, "63" -> <|"DatabaseID" -> "SW00065", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64276"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3365]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03266"]}, "IsomericSmiles" -> "C(CC=O)CC=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01120"]}, "OfficialNames" -> <|"Indian Approved Name" -> "glutaraldehyde", "WHO Essential Medicine" -> "glutaral", "Australia Approved Name" -> "GLUTARALDEHYDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3485]}, "Synonyms" -> {"pentanedial", "sonacide", "glutaric dialdehyde", "glutaric aldehyde", "cidex", "glutarol", "glutaral", "sterihyde l", "glutardialdehyde", "5-pentanedial", "hospex", "ptd", "ucarcide", "aldesen", "alhydex", "glutaraldehyde[wiki][acd/iupac name]", "1,3-diformylpropane; 1,5-pentanedione; glutaral; glutardialdehyde; glutaric aciddialdehyde; glutaric dialdehyde", "111-30-8", "aldesan", "glutaralum", "gluteraldehyde", "glutaral[wiki]", "glutaraldehyde", "1,5-pentanedial", "79215-57-9[rn]", "glutaraldehyd", "mfcd00007025", "glutaral [usan:inn:jan][inn][jan][usan]", "4-01-00-03659 (beilstein handbook reference)[beilstein]", "pentane-1,5-dial", "29257-65-6[rn]", "pentanedial-", "glutaral; glutaralum", "1,3-diformylpropane", "37245-61-7[rn]", "glutaric acid dialdehyde", "107950-89-0[rn]", "110-30-8", "glutaralum[latin]", "1,5-pentanedione", "111-30-8[rn]", "605390", "203-856-5[einecs]", "aldehyd glutarowy[polish]"}|>, "64" -> <|"DatabaseID" -> "SW00066", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7621]}, "IsomericSmiles" -> "CC(C)CC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04989"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl isobutyl ketone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7909]}, "Synonyms" -> {"methyl isobutyl ketone", "mibk", "isobutyl methyl ketone", "hexone", "isohexanone", "4-methyl-2-pentanone", "4-methyl-pentan-2-one", "isobutylmethyl ketone", "metyloizobutyloketon", "methylisobutylketon (dutch german)[dutch]", "2-pentanone,4-methyl methyl,isobutyl,ketone", "methyl 2-methylpropyl ketone", "methyl-isobutyl-cetone", "methyl isobutyl ketone (mibk)", "4-methylpentan-2-one; methyl 2-methylpropyl ketone; methyl isobutyl ketone; 2-methyl-4-pentanone; isobutyl methyl ketone", "metilisobutilchetone", "methyl 5-hydroxy-1-methyl-1h-pyrazole-3-carboxylate", "4-methyl-2-pentanone[acd/iupac name]", "shell mibk", "2-methyl-4-pentanone", "4-methylpentan-2-one", "mik", "methyl-isobutylketone", "4-methyl-2-pentanon", "2-pentanone", "jsp000704", "isopropyl acetone", "methylisobutylketon[german]", "methyl isobutyl ketone [un1245] [flammable liquid]", "4-methyl-pentan-2-on[german]", "4-01-00-03305 (beilstein handbook reference)[beilstein]", "4-methyl-2-pentanone (natural)", "108-10-1", "203-550-1[einecs]", "4-methyl-2-oxopentane", "isopropylacetone[wiki]", "ketone isobutyl methyl", "4-methyl 2-pentanone", "methylisobutylketone", "4-metilpentan-2-one", "isopropylacetone", "4-methylpentan-2-one[wiki]", "4-methyl-pentan-2-on (dutch german)[dutch]", "methyl iso-butyl ketone", "2-methyl-4-oxopentane", "isobutyl-methylketon", "2-methylpropyl methyl ketone", "4-01-00-03305", "605399", "10/1/108", "2-pentanone 4-methyl-", "108-10-1[rn]"}|>, "65" -> <|"DatabaseID" -> "SW00067", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22913]}, "IsomericSmiles" -> "OCl(=O)(=O)=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07232"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "POTASSIUM PERCHLORATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516900]}, "Synonyms" -> {"perchloracap", "peroidin", "astrumal", "potassium hyperchloride", "potassium perchlorate", "irenat", "potassium perchlorate (kclo4)", "spectrex fire extinguishant formulation a", "perchloric acid potassium salt (1:1)", "potassium perchlorate solution [un1489] [oxidizer]", "perchloric acid", "potassium perchlorate anh", "hsdb 1222", "potassium perchlorate; potassium perchlorate (kclo4)", "einecs 231-912-9", "231-912-9[einecs]", "potassiumperchlorate", "potassium perchlorate solid [un1489] [oxidizer]", "potassium perchlorate[wiki][acd/iupac name]", "7778-74-7", "7778-74-7[rn]", "c009006", "perchloric acid potassium salt", "perchloric acid potassium salt"}|>, "66" -> <|"DatabaseID" -> "SW00068", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11187510]}, "IsomericSmiles" -> "C=C(CO)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "2-hydroxymethyl prop-2-enoate"|>, "Synonyms" -> {"2-hydroxymethylacrylate"}|>, "67" -> <|"DatabaseID" -> "SW00069", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17418"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02406"]}, "IsomericSmiles" -> "CCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentanoic acid;valerianic acid;valeric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7991]}, "Synonyms" -> {"n-valeric acid", "pentoic acid", "butanecarboxylic acid", "n-pentanoic acid", "1-butanecarboxylic acid", "propylacetic acid", "valerianic acid", "pentanoic acid", "valeric acid", "109-52-4", "pentanic acid", "203-677-2[einecs]", "4-02-00-00868 (beilstein handbook reference)[beilstein]", "kyselina valerova[czech]", "4-oxopentanoic acid[acd/iupac name]", "valeric acid[wiki][acd/iupac name]", "109-52-4[rn]", "969454[beilstein]", "valeriansaeure", "valproic acid imp. a (ep)", "butane-1-carboxylic acid", "64118-37-2[rn]", "pei", "valericacid", "lea", "n-bucooh", "[109-52-4]", "valeric acid n-", "n-c4h9cooh", "1-butanecarboxylicacid; ch3-[ch2]3-cooh; valeriansaeure; n-bucooh; pentoic acid", "laevulinic acid", "shf", "20115-23-5[rn]", "1-pentanoic acid"}|>, "68" -> <|"DatabaseID" -> "SW00071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7684]}, "IsomericSmiles" -> "C[NH+]1CCOCC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-methylmorpholine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7972]}, "Synonyms" -> {"morpholine", "4-methylmorpholin", "211-678-4[einecs]", "morpholine n-methyl-", "3651-67-0[rn]", "109-02-4", "tl8000290", "2/4/109", "n-methylmorpholine", "methylmorpholine", "4-methylmorpholine", "109-02-4[rn]", "nmm", "4-methylmorfolin [czech]", "102719", "4-methylmorpholine[acd/iupac name]", "1-methylmorpholine", "203-640-0[einecs]", "4-methyl-1-oxa-4-azacyclohexane", "morpholine 4-methyl-", "n-methyl-morpholine", "n-methylmorpholine[wiki]", "4-methylmorfolin[czech]", "4-methylmorfolin"}|>, "69" -> <|"DatabaseID" -> "SW00072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7812]}, "IsomericSmiles" -> "CCCCCCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hexanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8103]}, "Synonyms" -> {"n-hexyl alcohol", "1-hydroxyhexane", "n-hexanol", "hexan-1-ol", "1-hexyl alcohol", "hexyl alcohol", "1-hexanol", "4-01-00-02540 (beilstein handbook reference)[beilstein]", "epal 6", "capryl alcohol", "hexanol[wiki]", "4-01-00-01694 (beilstein handbook reference)[beilstein]", "111-27-3[rn]", "247-346-0[einecs]", "203-854-4[einecs]", "1-hexanol[portuguese]", "203-852-3[einecs]", "hex", "caproic alcohol", "1-hexanol[wiki][acd/iupac name]", "caproyl alcohol", "n-hexan-1-ol", "hexanol", "969167", "amylcarbinol", "trans-hexan-1-ol", "jsp000849", "hexylalcohol"}|>, "70" -> <|"DatabaseID" -> "SW00073", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19991670]}, "IsomericSmiles" -> "CC(C)[NH2+]C(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "diisopropylamine sulfate (2:1)"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11320964]}, "Synonyms" -> {"molport-000-677-242", "nsc-1808", "diisopropylamine hydrochloride", "bis(methylethyl)amine", "diisopropylamine sulfate (2:1)", "st50327058", "nsc1808", "ctk8b2362", "819-79-4", "acmc-209pmp", "416460_aldrich"}|>, "71" -> <|"DatabaseID" -> "SW00074", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16724"], ExternalIdentifier["ChEBIID", "30830"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9983], ExternalIdentifier["ChemSpiderID", 9984]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01440"]}, "IsomericSmiles" -> "C(CC(=O)[O-])CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05866"], ExternalIdentifier["KEGGID", "C00989"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "gamma-Hydroxybutyric acid", "US Illegal/Scheduled Drug (Schedule 3)" -> "Xyrem ;sodium oxybate", "FDA Approved Drug" -> "SODIUM OXYBATE"|>, "PharmGKBID" -> "PA10819", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23663870], ExternalIdentifier["PubChemCompoundID", 3037032]}, "Synonyms" -> {"sodium oxybate", "xyrem", "somsanit", "anetamin", "ghb", "natrium 4-hydroxybutyrat", "sodium 4-hydroxybutyrate", "4-hydroxy-butanoic acid", "4-hydroxybutanoic acid", "4-hydroxybutanoate", "4-hydroxybutyric acid", "xyrem[wiki]", "oxybate sodium", "4-hydroxybutyric acid sodium salt", "4-hydroxybutanoate de sodium", "502-85-2[rn]", "butyric acid 4-hydroxy- monosodium salt", "juice", "gamma hydroxybutyric acid", "butanoic acid 4-hydroxy- monosodium salt", "liquid ecstasy", "sodium hydroxy butyrate", "sodium g-hydroxybutyrate", "butyric acid 3-hydroxy- sodium salt", "h-4040", "sodium gamma-hydroxybutyrate", "butanoic acid 4-hydroxy- sodium salt (1:1)", "sodium oxybutyrate", "butyric acid 4-hydroxy- sodium salt", "gamma oh", "butyric acid 4-hydroxy- monosodium salt (8ci)", "natrium-4-hydroxybutanoat", "207-953-3[einecs]", "gamma-hydroxybutyric acid", "4-hydroxybutyric acid monosodium salt", "sodium4-hydroxybutyrate", "sodium-4-hydroxybutyrate", "butanoic acid 4-hydroxy- sodium salt", "4-hydroxybuttersaeure natriumsalz", "4-hydroxybutanoic acid monosodium salt", "gaba(a", "4-hydroxybutyrate sodium", "gamma-aminobutyric-acid receptor subunit beta-1 precursor", "sodium 4-hydroxybutanoate", "oxybate", "52352-27-9[rn]", "butyric acid 4-hydroxy-", "3-carboxypropoxy acid", "butanoic acid 4-hydroxy-", "oxy-n-butyric acid", "gam-oh", "4-ohb", "4-hydroxyacid", "gamma-hydroxybutyrate", "30470-15-6[rn]", "4-hydroxy-butyric acid", "4-hydroxybuttersaeure", "591-81-1[rn]", "1720582[beilstein]", "4 hb", "4-03-00-00774 (beilstein handbook reference)[beilstein]", "shb"}|>, "72" -> <|"DatabaseID" -> "SW00075", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "40009"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5998]}, "IsomericSmiles" -> "C1[C@H](C(=O)NO1)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00877"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "cycloserine", "Indian Approved Name" -> "cycloserine", "FDA Approved Drug" -> "CYCLOSERINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6234]}, "Synonyms" -> {"seromycin", "d-cycloserine", "cycloserine", "oxamycin", "orientomycin", "wasserina", "tisomycin", "cyclorin", "closina", "d-4-amino-3-isoxazolidinone", "cyclo-d-serine", "200-688-4[einecs]", "d-(+)-cycloserine", "4-27-00-05549", "cycloserin", "c-9390", "cycloserine [ban:inn:jan][inn][jan]", "3-isoxazolidinone 4-amino- d", "cycloserine[wiki]", "4-amino-3-isoxazolidinone", "(+)-4-amino-3-isoxazolidinone", "ro-1-9213", "d-4-amino-3-isossazolidone[italian]", "(4r)-(+)-cycloserine", "3-isoxazolidinone 4-amino- (r)-", "(4r)-4-amino-1,2-oxazolidin-3-one[acd/iupac name]", "(r)-(+)-cycloserine", "t5omvtj dz &&d; or (4r)- form[wln]", "c-9400", "3-isoxazolidinone 4-amino- (4r)-", "3-isoxazolidinone 4-amino- (+)- (8ci)", "(4r)-4-amino-3-isoxazolidinone", "ro 1-9213", "miroseryn", "(r)-4-amino-3-isoxazolidinone", "a-cycloserine", "d cycloserine", "(4r)-4-aminoisoxazolidin-3-one", "68-41-7[rn]", "miroserina", "3-isoxazolidinone 4-amino- d-", "(r)-4-amino-3-isoxazolidone", "e 733-a", "tebemicina", "r-(+)-cycloserine", "(r)-4-amino-isoxazolidin-3-one", "closerin", "4ax", "(4r)-4-amino-2,4,5-trihydroisoxazol-3-one", "farmiserina", "r(+)-4-amino-3-isoxazolidinone", "oxamicina[italian]", "e-733-a", "3-isoxazolidinone 4-amino- (+)-", "d-cycloserine streptomyces orchidaceus", "3-isoxazolidinone 4-amino- (4r)- (9ci)", "cycloserinum[latin]", "80798[beilstein]", "(+)-cycloserine", "cicloserina[italian]", "(r)-3-isoxazolidinone 4-amino-", "d-4-amino-3-isoxazolidone", "serine cyclo-", "(r)-4-aminoisoxazolidin-3-one", "4-27-00-05549 (beilstein handbook reference)[beilstein]", "cyclomycin;", "cyclomycin;closina;micoserina;farmiserina;orientomycin;oxymycin;antibiotic 106-7;antibiotic 5915;antibiotic8217;antibiotic 17452;antibiotic e 733a;antibiotic i 1431;antibiotic k 300;antibiotic nj 21;antibiotic pa 94;antibiotic ro 1-9213;oxamycin;seromycin;orientmycin", "novoserin", "d- cycloserine - (powder form)"}|>, "73" -> <|"DatabaseID" -> "SW00076", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59888"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 116]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02530"]}, "IsomericSmiles" -> "C(CC(=O)[O-])C[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00058"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gamma-aminobutyric acid;gamma-dichroline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119]}, "Synonyms" -> {"gammalon", "gamma-aminobutyric acid", "piperidic acid", "4-aminobutyric acid", "piperidinic acid", "gaballon", "mielogen", "aminalon", "gaba", "transamidinase", "4-aminobutanoic acid", "l- arginine:glycine amidinotransferase", "gamma(amino)-butyric acid", "glycine amidinotransferase mitochondrial precursor", "ec 2.1.4.1", "at", "gammagee", "gamarex", "4-amino-butanoic acid", "w-aminobutyric acid", "butanoic acid 4-amino-", "butanoic acid amino-", "butanoic acid 4-amino- (9ci)", "immu-g", "906818[beilstein]", "200-258-6[einecs]", "4-amino-butyric acid", "aminobutyric acid", "aminobutanoic acid", "4-nh2-but", "a-5290", "4-aminobutanoic acid[acd/iupac name]", "20-79-1[rn]", "4-amino butyric acid", "56-12-2", "reanal", "mielomade", "g-amino-n-butyric acid", "g-aminobutyric acid", "gammalone", "gammar", "acide amino-4- butyrique[french]", "butanoic acid,4-amino", "gamulin", "4-amino-n-butyric acid", "4abu", "gamastan", "gammasol", "tl806167", "butyric acid 4-amino-", "4-nh3-but", "3-carboxypropylamine", "56-12-2[rn]", "4-aminobutyricacid", "butyric acid 4-amino- (7ci,8ci)"}|>, "74" -> <|"DatabaseID" -> "SW00077", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13839189]}, "IsomericSmiles" -> "CC(=O)OCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04662"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lanolin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10960]}, "Synonyms" -> {"ethylene glycol monoacetate", "lanolin", "glycol monoacetate", "2-hydroxyethyl acetate", "ethylene glycol acetate", "51901-33-8[rn]", "1,2-ethanediol monoacetate", "purified lanolin", "ethylene glycol", "beta-hydroxyethyl acetate", "ethylenediol", "1,2-ethanediol monoacetate", "1", "acetic acid 2-hydroxyethyl ester", "1,2-ethanediol acetate", "542-59-6", "ethanediol acetate", "2-acetoxyethanol", "257-506-1[einecs]", "542-59-6[rn]", "208-821-8[einecs]"}|>, "75" -> <|"DatabaseID" -> "SW00078", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27452"]}, "IsomericSmiles" -> "C=Cc1ccccc1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "styrene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7501]}, "Synonyms" -> {"benzene", "phenylethylene", "styrene", "ethenylbenzene", "phenethylene", "styrol", "cinnamene", "phenylethene", "vinylbenzene", "styrene monomer"}|>, "76" -> <|"DatabaseID" -> "SW00079", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15354"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 299]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00122"]}, "IsomericSmiles" -> "C[N+](C)(C)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07690"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "choline asparaginer", "Indian Approved Name" -> "choline"|>, "PharmGKBID" -> "PA448976", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 305]}, "Synonyms" -> {"cholinum", "choline ion", "choline", "choline cation", "bilineurine", "(2-hydroxyethyl)trimethylammonium", "(2-hydroxyethyl)trimethyl ammonium", "67-48-1[rn]", "2-hydroxy-n,n,n-trimethyl-ethanaminium", "ethanaminium 2-hydroxy-n,n,n-trimethyl-", "1736748[beilstein]", "trimethylethanolamine", "ec 3.1.3.75", "2-hydroxy-n,n,n-trimethylethanaminium", "123-41-1[rn]", "2-hydroxy-n", "gossypine", "139741-81-4[rn]", "(b-hydroxyethyl)trimethylammonium", "2-hydroxy-n,n,n-trimethylethanaminium[acd/iupac name]", "ethanaminium", "3-04-00-00651 (beilstein handbook reference)[beilstein]", "cht", "vidine", "(2-hydroxy-ethyl)-trimethyl-ammonium", "200-535-1[einecs]", "n-trimethylethanolamine", "sincaline", "1927-06-6[rn]", "fagine", "choline[wiki]", "ethanaminium 2-hydroxy-n,n,n-trimethyl- (9ci)", "n,n,n-trimethylethanolammonium", "luridine", "62-49-7[rn]", "choline (8ci)", "ccris 5847", "204-625-1[einecs]", "bursine", "n,n,n-trimethylethanol-ammonium", "chebi:15354", "(2-hydroxyethyl)-trimethyl-ammonium"}|>, "77" -> <|"DatabaseID" -> "SW00080", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17115"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5736]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00133"]}, "IsomericSmiles" -> "C([C@@H](C(=O)[O-])[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00016"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "serine"|>, "PharmGKBID" -> "PA451330", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5951]}, "Synonyms" -> {"serine", "(s)-2-amino-3-hydroxypropanoic acid", "(s)-serine", "l-serine", "2-amino-3-hydroxypropionic acid", "(-)-serine", "l-3-hydroxy-2-aminopropionic acid", "b-hydroxy-l-alanine", "l-ser", "l-(-)-serine", "(s)-a-amino-b-hydroxypropionic acid", "2-amino-3-hydroxypropanoic acid", "serina [spanish]", "(2s)-2-amino-3-hydroxypropanoic acid", "56-45-1[rn]", "s-serine", "serinum[latin]", "3-hydroxyalanine", "propanoic acid 2-amino-3-hydroxy- (s)", "200-274-3[einecs]", "(s)-2-amino-3-hydroxy-propanoic acid", "1145-80-8[rn]", "2-amino-3-hydroxypropanoic acid (s)-", "l-serine[wiki][acd/iupac name]", "25821-52-7[rn]", "serine [usan:inn][inn][usan]", "b-hydroxyalanine", "serinum [latin]", "ser[formula]", "4-04-00-03118 (beilstein handbook reference)[beilstein]", "302-84-1[rn]", "3-hydroxy-alanine", "l-2-amino-3-hydroxypropionic acid", "serine l-", "h-ser-oh", "ec 2.6.1.44", "spt", "ec 2.6.1.51", "632-13-3[rn]", "l-3-hydroxy-alanine", "1721404[beilstein]", "serine[wiki][usp][acd/iupac name]", "l-serin", "(s)-(-)-serine", "(2s)-2-ammonio-3-hydroxypropanoate", "312-84-5[rn]", "serine (van)", "206-130-6[einecs]", "agt", "beta-hydroxyalanine", "alanine-- glyoxylate aminotransferase", "l-serine zwitterion", "(s)-2-amino-3-hydroxypropionic acid", "propanoic acid 2-amino-3-hydroxy- (s)-", "2768-56-1[rn]", "s[formula]", "l-(-)-serine[wiki]", "serina[spanish]", "l-alanine 3-hydroxy-", "6898-95-9[rn]", "serine l-", "tl806218", "3-hydroxy-l-alanine"}|>, "78" -> <|"DatabaseID" -> "SW00081", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 313337]}, "IsomericSmiles" -> "CN(C(=O)NO)O", "OfficialNames" -> <|"Indian Approved Name" -> "dihydroxy methyl carbamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 352948]}, "Synonyms" -> {"1", "ac1l71cc", "nsc-529327", "nsc529327", "ac1q5qdi"}|>, "79" -> <|"DatabaseID" -> "SW00082", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16509"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4489]}, "IsomericSmiles" -> "C1=CC(=O)C=CC1=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "benzoquinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4650]}, "Synonyms" -> {"1", "cyclohexadienedione", "p-quinone", "chinone", "p-benzoquinone", "cyclohexadiene-1,4-dione", "1,4-cyclohexadiene dioxide", "p-dioxobenzene", "benzoquinone [un2587]", "203-405-2[einecs]", "para-quinone", "benzo-chinon[german]", "benzoquinone[wiki]", "jsp000586", "benzoquinone", "1,4-cyclohexadienedione", "benzoquinone [un2587] [poison]", "2", "1,4-dioxybenzene", "1,4-dihydrobenzoquinone", "106-51-4[rn]", "1,4-benzoquine", "1,4-benzoquinone[wiki][acd/iupac name]", "p-chinon[german]", "3225-29-4[rn]", "1,4-diossibenzene", "steara pbq", "19052-63-2[rn]", "benzo-1,4-quinone", "51226-74-5[rn]", "54560-36-0[rn]", "chinon[german]", "quinone", "cyclohexa-2,5-diene-1,4-dione", "1,4-benzochinon", "para-benzoquinone", "p-chinon", "chinon (dutch german)[dutch]", "1,4-quinone", "773967[beilstein]", "2,5-cyclohexadiene-1,4-dione", "1,4-dioxy-benzol"}|>, "80" -> <|"DatabaseID" -> "SW00083", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17847"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13839082]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01688"]}, "IsomericSmiles" -> "Cc1ccc(cc1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "p- cresol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2879]}, "Synonyms" -> {"p-methylphenol", "4-cresol", "p-tolyl alcohol", "p-oxytoluene", "4-hydroxytoluene", "p-hydroxytoluene", "p-cresol", "4-methylphenol[wiki]", "cresol p-isomer", "p-toluol", "ec 2.4.2.21", "p-kresol", "203-398-6[einecs]", "cresol[wiki]", "phenol 4-methyl-", "nn:dbi prt", "1-hydroxy-4-methylbenzene", "p-kresol[german]", "para-cresol", "215-293-2[einecs]", "phenol", "1305151[beilstein]", "paramethyl phenol", "4-methylphenol", "1-hydroxy-4-methylbenzene;4-methylphenol; p-kresol; p-methylphenol; p-tolyl alcohol; paracresol", "qr d1[wln]", "para-cresylic acid", "106-44-5[rn]", "cresol p-", "para-tolyl alcohol", "n(1)-alpha-phosphoribosyltransferase", "1-methyl-4-hydroxybenzene", "p-cresol[wiki]", "paracresol", "209-639-1[einecs]", "cresol para-", "p-cresylic acid", "p-methylhydroxybenzene"}|>, "81" -> <|"DatabaseID" -> "SW00084", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22179]}, "IsomericSmiles" -> "COc1cccnc1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-methoxypyridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23719]}, "Synonyms" -> {"3-methoxypyridine", "7295-76-3[rn]", "pyridine 3-methoxy-", "pubchem15370", "beta-methoxypyridine", ".beta.-methoxypyridine", "7295-76-3", "230-730-7[einecs]", "t6nj co1[wln]", "pyridine", "3-methoxypyridine[acd/iupac name]", "3-methoxy pyridine", "469890_aldrich", "ac1l2mw1"}|>, "82" -> <|"DatabaseID" -> "SW00085", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13459]}, "IsomericSmiles" -> "CC(=O)c1ccc[nH]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pyrryl--methyl ketone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14079]}, "Synonyms" -> {"methyl pyrrol-2-yl ketone", "1-(1h-pyrrol-2-yl)ethan-1-one", "2-pyrrolyl methyl ketone", "2-acetylpyrrole", "2-acetyl-1h-pyrrole", "214-016-2[einecs]", "1-(2-pyrrolyl)-1-ethanone", "1-(1h-pyrrol-2-yl)ethanone", "pyrrol-2-yl methyl ketone", "2-pyrrolylethanone", "1072-83-9", "1072-83-9[rn]", "ketone", "ethanone", "methyl 2-pyrrolyl ketone", "1-(1h-pyrrol-2-yl)-ethanone", "1-(1h-pyrrol-2-yl)ethanone[acd/iupac name]", "ethanone 1-(1h-pyrrol-2-yl)-", "1882", "5-21-07-00204 (beilstein handbook reference)[beilstein]", "2-acetyl pyrrole"}|>, "83" -> <|"DatabaseID" -> "SW00086", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17594"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 764]}, "IsomericSmiles" -> "c1cc(ccc1O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00073"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hydroquinone", "Indian Approved Name" -> "hydroquinone", "FDA Approved Drug" -> "HYDROQUINONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 785]}, "Synonyms" -> {"hydroquinol", "p-benzenediol", "eldopaque", "benzoquinol", "eldoquin", "1", "quinol", "p-hydroxyphenol", "hydroquinone", "p-dihydroxybenzene", "tecquinol", "1,4-dihydroxy-benzeen[dutch]", "tenox hq", "licostrata", "ultraquin", "he 5", "605970[beilstein]", "melanasa", "4-hydroxyphenol", "solaquin forte", "1,4-diidrobenzene", "hidroquinone", "elopaque", "hidroquilaude", "benzene-1", "123-31-9[rn]", "hydrop", "neostrata hq", "melquin", "1,4-dihydroxy-benzeen", "solaquin", "para-dihydroxybenzene", "hydroquinone gr", "hydrokinone.", "aida", "lustra", "57534-13-1[rn]", "p-hydroquinone", "c031927", "556-48-9[rn]", "bq(h)", "esoterica", "p-dioxybenzene", "1,4-benzoquinol", "benzol-1,4-diol", "hydrochinon[polish]", "idrochinone[italian]", "1,4-dihydroxybenzen[czech]", "para-dioxybenzene", "phiaquin", "b-quinol", "derma-blanch", "para-hydroxyphenol", "1 4-dihydroxy-benzol", "204-617-8[einecs]", "hydroquinone [un2662] [poison]", "168560-79-0[rn]", "diak 5", "8027-02-9[rn]", "hydroquinone[wiki][usp][acd/iupac name]", "dihydroquinone", "melanex", "p-dioxobenzene", "1,4-benzendil", "hidroquin", "p-quinol", "benzene-1,4-diol", "1,4-dihydroxy-benzol[german]", "hydrochinone", "melpaque", "artra", "black and white bleaching cream", "hydrochinon [czech polish][czech]", "benzene p-dihydroxy-", "hydroquinole", "idrochinone", "p-diphenol", "tequinol", "128-37-0[rn]", "p-dihydroquinone", "benzohydroquinone", "arctuvin", "pyrogentistic acid", "para-hydroquinone", "1,4-diidrobenzene[italian]", "1,4-dihydroxybenzene", "hydroquinone; 1,4-dihydroxybenzene", "p-benzenediol; 1", "dihydroxybenzene", "a-hydroquinone", "1,4-dihydroxybenzen", "hidroquinona isdin", "quinnone", "1,4-hydroxybenzene", "p-phenylenediol", "122-95-2[rn]", "1,4-benzenediol", "hydroquinoue"}|>, "84" -> <|"DatabaseID" -> "SW00087", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27810"]}, "IsomericSmiles" -> "c1cc(cc(c1)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00133"]}, "OfficialNames" -> <|"Australia Approved Name" -> "RESORCINOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5054]}, "Synonyms" -> {"resorcin", "1", "resorcinol", "108-46-3", "m-dihydroxybenzene", "dihydroxybenzol", "m-hydroxyphenol", "m-hydroquinone", "3-hydroxyphenol"}|>, "85" -> <|"DatabaseID" -> "SW00088", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18135"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13837760]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02232"]}, "IsomericSmiles" -> "c1ccc(c(c1)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "catechol;pyrocatechine acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289]}, "Synonyms" -> {"o-benzenediol", "1,2-dihydroxybenzene", "pyrocatechin", "1", "pyrocatechine", "o-dihydroxybenzene", "2,3-dihydroxybiphenyl dioxygenase", "12-80-9", "brenzcatechin", "o-hydroquinone", "hydroxyphenol", "1,2-benzenediol", "pyrocatechol", "benzene-1,2-diol", "pirocatecol (producto)", "204-427-5[einecs]", "1,2-benzoldiol[german]", "471401[beilstein]", "pyrocatechol[wiki]", "dhbd", "caq", "catechol[wiki]", "oxyphenic acid", "fouramine pch", "benzol-1,2-diol[german]", "23ohbp oxygenase", "2-hydroxyphenol", "benzcatechin", "pyrocatechol; 1,2-dihydroxybenzene; catechol", "benzene-1", "dihydroxybenzene", "guaiacol imp. a (ep)", "phthalhydroquinone", "o-phenylenediol", "catechol", "120-80-9[rn]", "c.i. oxidation base 26", "ec 1.13.11.39", "204-617-8[einecs]", "12385-08-9[rn]", "durafur developer c", "o-dioxybenzene", "123-31-9[rn]", "c034221", "o-hydroxyphenol", "catechin[wiki]", "benzenediol"}|>, "86" -> <|"DatabaseID" -> "SW00090", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "38358"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445644]}, "IsomericSmiles" -> "C/C=C/C=C/C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02411"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sorbic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 643460]}, "Synonyms" -> {"2", "potassium (e,e)-sorbate", "potassium (e,e)-2,4-hexadienoate", "2-propenylacrylic acid", "sorbistat", "hexadienoic acid", "hexa-2", "panosorb", "sorbistat-potassium", "2,4-hexadienoic acid (e,e')- potassium salt; 2,4-hexadienoicacid potassium salt", "potassium sorbate (e)", "potassium sorbate[wiki][usan][nf]", "2,4-hexadienoic acid potassium salt", "24634-61-5[rn]", "2,4-hexadienoic acid potassium salt", "potassium (2e,4e)-hexa-2,4-dienoate", "potassium sorbate", "2,4-hexadienoic acid potassium salt (2e,4e)- (1:1)", "2,4-hexadienoic acid potassium salt (2e,4e)-", "246-376-1[einecs]", "potassium (e,e)-hexa-2,4-dienoate", "(2e", "(2e,4e)-2,4-hexadienoic acid potassium salt", "sorbic acid", "potassium (e,e')-sorbate", "potassium (2e,4e)-2,4-hexadienoate", "2,4-hexadienoic acid potassium salt (e,e)- (9ci)", "potassiumsorbate", "trans,trans-2,4-hexadienoic acid potassium salt", "sorbic acid potassium salt (e,e)-", "potassium 2,4-hexadienoate[acd/iupac name]", "sorbic acid potassium salt", "sorbistat-k", "potassium 2,4-hexadienoate (e,e)-", "sorbic acid potassium salt", "potassium sorbate [for biochemical research]", "2,4-hexadienoic acid (e,e)- potassium salt", "trans"}|>, "87" -> <|"DatabaseID" -> "SW00091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 362943], ExternalIdentifier["ChemSpiderID", 6651]}, "IsomericSmiles" -> "C=CN1CCCC1=O", "OfficialNames" -> <|"China Approved Name" -> "polyvidone iodine", "Indian Approved Name" -> "povidone iodine;povidone;polyvidone", "FDA Approved Drug" -> "POVIDONE-IODINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 410087], ExternalIdentifier["PubChemCompoundID", 6917]}, "Synonyms" -> {"povidone iodine", "vinylpyrrolidone", "disphex", "pvp-iodine", "n-vinyl-2-pyrrolidone", "pvp-i", "1-vinyl-2-pyrrolidone", "25655-41-8[rn]", "pvp iodine", "isodine", "isobetadyne", "povidone-iodine", "bolinan", "bridine", "pvpp", "povadyne", "polyvidone", "ultradine", "povadyne antiseptic", "1-vinyl-2-pyrrolidinone", "n-vinylpyrrolidone", "2-pyrrolidinone 1-ethenyl- compd. with iodine (1:1)", "2-pyrrolidinone", "efo-dine", "povidone", "1-vinylpyrrolidin-2-one - iodine (1:1)", "1-vinyl-2-pyrrolidinone compound with iodine (1:1)", "betadine", "2-pyrrolidinone 1-ethenyl-", "143 rp", "subtosan", "201-800-4[einecs]", "ganex p 804", "1-vinylpyrrolidine-2-one", "kollidon 30", "vinyl-2-pyrrolidone", "1-vinylpyrrolidinone", "n-vinylpyrrolidinone", "n-vinylpyrrolidone[wiki]", "94800-10-9[rn]", "pyrrolidin-2-one 1-vinyl-", "hemodesis", "neocompensan", "1-vinyl-2-pyrrolidinone monomer", "vinylbutyrolactam", "peviston", "periston-n", "luviskol k-30", "antaron p 804", "v-pyrol", "9003-39-8[rn]", "1-ethenylpyrrolidin-2-one", "n-vinyl pyrrolidone", "1-vinyl-2-pyrrolidinone[acd/iupac name]", "n-vinylpyrrolidone-2", "periston", "1-vinyl-2-pyrrolidone; 1-vinyl-2-pyrrolidinone; n-vinyl-2-pyrrolidinone", "153631-60-8[rn]", "kollidon 17", "2-pyrrolidinone 1-vinyl-", "kollidon", "vinyl pyrrolidone", "hemodez", "n-vinylbutyrolactam", "vinylpyrrolidinone", "ganex p-804", "n-vinyl-2-pyrolidinone", "luviskol", "vinisil", "povidone (usp xix)[usp]", "1-ethenyl-2-pyrrolidinone (9ci)", "5-21-06-00330 (beilstein handbook reference)[beilstein]", "luviskol k 30", "albigen a", "peregal st", "peragal st", "1-ethenyl-2-pyrrolidinone", "88-12-0[rn]", "agent at-717", "1-vinylpyrrolidin-2-one", "25249-54-1[rn]", "sauflon", "protagent", "tolpovidone i-131", "povidone[wiki]", "n-vinilpirrolidona[portuguese]", "n-vinyl-2-pyrrolidinone", "luviskol k 90", "kollidon 25", "1-vinylpyrrolidone"}|>, "88" -> <|"DatabaseID" -> "SW00092", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17568"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1141]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03419"]}, "IsomericSmiles" -> "c1c[nH]c(=O)[nH]c1=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00027"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uracil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1174]}, "Synonyms" -> {"2", "uracil", "hybar x", "pyrod", "pirod", "2,4-dihydroxypyrimidine", "2,4(1h,3h)-pyrimidinedione (9ci)", "2 4 (1h,3h)-pyrimidinedione", "766-19-8[rn]", "2,4-pyrimidinediol", "66-22-8[rn]", "13078-39-7", "2(1h)-pyrimidinone 6-hydroxy-", "3,4-dihydrouracil", "16751-42-1[rn]", "24897-50-5[rn]", "2-hydroxy-4(1h)-pyrimidinone", "pyrimidin-2,4(1h,3h)-dion[german]", "606623[beilstein]", "2 4-dioxopyrimidine", "2,4-(1h,3h)-pyrimidinedione (9ci)", "fluorouracil imp. c (ep)", "16908-84-2[rn]", "51953-14-1[rn]", "200-621-9[einecs]", "1,3-dihydropyrimidine-2,4-dione", "4(3h)-pyrimidinone 2-hydroxy-", "4433-21-0[rn]", "pyrimidine-2,4-diol", "2,4-pyrimidinedione", "2,4-dioxopyrimidine", "66-22-8", "pynp", "1h-pyrimidine-2,4-dione", "66255-05-8[rn]", "2,4(1h,3h)-pyrimidinedione[acd/iupac name]", "4433-24-3[rn]", "2,4(1h,3h)-pyrimidindion[german]", "42910-77-0[rn]", "urazil", "uracil[wiki]", "51953-20-9[rn]", "144104-68-7[rn]", "2-hydroxy-4(3h)-pyrimidinone", "ec 2.4.2.2", "uracil (8ci)", "ura", "lamivudine imp. f (ep)", "2,4-dioxotetrahydropyrimidine", "uracil; 99%", "2(1h)-pyrimidinone 4-hydroxy-", "4(1h)-pyrimidinone 2-hydroxy-", "51953-19-6[rn]", "pyrimidine-2,4(1h,3h)-dione", "u", "uracil (jan/usan)[jan][usan]", "tl806199", "bms 205603-01", "4-hydroxy-2(1h)-pyrimidinone", "66224-60-0[rn]", "dihydro-pyrimidine-2,4-dione"}|>, "89" -> <|"DatabaseID" -> "SW00093", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62031]}, "IsomericSmiles" -> "C1C2N1C(=O)[NH+]=C2N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08932"]}, "OfficialNames" -> <|"NPC Approved Name" -> "imexon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68791]}, "Synonyms" -> {"4-imino-1", "imexon", "nsc 313425", "imexon[wiki][inn]", "59643-91-3[rn]", "mls002702958", "einecs 261-838-2", "imexonum [inn-latin]", "imexonum[latin]", "bm 06 002", "amplimexon", "1,3-diazabicyclo[3.1.0]hex-3-en-2-one 4-amino-", "261-838-2[einecs]", "4-imino-1,3-diazabicyclo(3.1.0)hexan-2-one", "4-imino-1,3-diaza-bicyclo[3.1.0]hexan-2-one", "4-imino-1,3-diazabicyclo[3.1.0]hexan-2-one", "1,3-diazabicyclo[3.1.0]hexan-2-one 4-imino-", "ncgc00181304-01", "4-amino-1,3-diazabicyclo(3.1.0)hex-3-en-2-one", "4-amino-1,3-diazabicyclo[3.1.0]hex-3-en-2-one[acd/iupac name]", "nsc313425", "59643-91-3", "4-imino-1,3-diazabicyclo-[3.1.0]-hexan-2-one"}|>, "90" -> <|"DatabaseID" -> "SW00093", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62031]}, "IsomericSmiles" -> "C1C2N1C(=O)[NH+]=C2N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08932"]}, "OfficialNames" -> <|"NPC Approved Name" -> "imexon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68791]}, "Synonyms" -> {"4-imino-1", "imexon", "nsc 313425", "imexon[wiki][inn]", "59643-91-3[rn]", "mls002702958", "einecs 261-838-2", "imexonum [inn-latin]", "imexonum[latin]", "bm 06 002", "amplimexon", "1,3-diazabicyclo[3.1.0]hex-3-en-2-one 4-amino-", "261-838-2[einecs]", "4-imino-1,3-diazabicyclo(3.1.0)hexan-2-one", "4-imino-1,3-diaza-bicyclo[3.1.0]hexan-2-one", "4-imino-1,3-diazabicyclo[3.1.0]hexan-2-one", "1,3-diazabicyclo[3.1.0]hexan-2-one 4-imino-", "ncgc00181304-01", "4-amino-1,3-diazabicyclo(3.1.0)hex-3-en-2-one", "4-amino-1,3-diazabicyclo[3.1.0]hex-3-en-2-one[acd/iupac name]", "nsc313425", "59643-91-3", "4-imino-1,3-diazabicyclo-[3.1.0]-hexan-2-one"}|>, "91" -> <|"DatabaseID" -> "SW00094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23250]}, "IsomericSmiles" -> "CC1CC=CC(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "parasorbic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24869]}, "Synonyms" -> {"parasorbic acid", "hexenollactone", "parascorbic acid", "sorbic oil", "5-hydroxy-2-hexenoic acid lactone", "kyselina paraskorbova [czech]", "5,6-dihydro-6-methyl-2h-pyran-2-one", "2h-pyran-2-one 5,6-dihydro-6-methyl- (8ci)(9ci)", "2h-pyran-2-one 5,6-dihydro-6-methyl-", "gamma-hexenolactone", "108-54-3[rn]", "(+)-parasorbinsaeure [german]", "kyselina paraskorbova[czech]", "2-hexen-5", "5-17-09-00130 (beilstein handbook reference)[beilstein]", "brn 0080685", "10048-32-5[rn]", "2-hexen-5,1-olide"}|>, "92" -> <|"DatabaseID" -> "SW00094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23250]}, "IsomericSmiles" -> "CC1CC=CC(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "parasorbic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24869]}, "Synonyms" -> {"parasorbic acid", "hexenollactone", "parascorbic acid", "sorbic oil", "5-hydroxy-2-hexenoic acid lactone", "kyselina paraskorbova [czech]", "5,6-dihydro-6-methyl-2h-pyran-2-one", "2h-pyran-2-one 5,6-dihydro-6-methyl- (8ci)(9ci)", "2h-pyran-2-one 5,6-dihydro-6-methyl-", "gamma-hexenolactone", "108-54-3[rn]", "(+)-parasorbinsaeure [german]", "kyselina paraskorbova[czech]", "2-hexen-5", "5-17-09-00130 (beilstein handbook reference)[beilstein]", "brn 0080685", "10048-32-5[rn]", "2-hexen-5,1-olide"}|>, "93" -> <|"DatabaseID" -> "SW00095", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55396], ExternalIdentifier["ChemSpiderID", 22885]}, "IsomericSmiles" -> "[O-]S(=O)(=S)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01091"]}, "OfficialNames" -> <|"China Approved Name" -> "sodium thiosulfate", "WHO Essential Medicine" -> "sodium thiosulfate", "FDA Approved Drug" -> "SODIUM THIOSULFATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61475]}, "Synonyms" -> {"sodium thiosulfate", "ametox", "disodium thiosulfate pentahydrate", "sulfactol", "detoxol", "nsc-45624", "10102-17-7[rn]", "sodium thiosulphate", "sodium hyposulfite pentahydrate", "ccris 3952", "sodium thiosulfate hydrate", "sodium hyposulfite", "sodium thiosulfate pentahydrate[wiki]", "10102-17-7", "sodium thiosulfate[wiki]", "7772-98-7[rn]", "thiosulfuric acid", "231-867-5[einecs]", "antichlor", "sodium thiosulfate pentahydrate", "thiosulfuric acid (h2s2o3) disodium salt", "s-hydril", "disodium thiosulphate", "sodothiol", "sodium thiosulphate (na2s2o3)", "thiosulfuric acid disodium salt", "chlorine control", "na2s2o3[formula]", "sodium oxide sulfide", "sodiumthiosulfate", "thiosulfuric acid disodium salt", "sodium thiosulfate (na2s2o3)", "disodium sulfurothioate[acd/iupac name]", "hypo", "disodium thiosulfate", "497-19-8[rn]", "13773-27-8[rn]", "chlorine cure", "declor-it", "sulfactol (tn)", "na2s2o3.5h2o", "o.o.o.o.[na+].[na+].o.[o-]s([o-])(=o)=s", "tinver", "sodium sulfurothioate--water (1/5)", "thiosulfuric acid (h2s2o3) disodium salt pentahydrate", "sodiumthiosulfatepentahydrate", "sodium sulfurothioate hydrate (2:1:5)[acd/iupac name]", "thiosulfuric acid disodium salt pentahydrate", "detoxol (tn)", "sodium thiosulfate [usan:jan][jan][usan]"}|>, "94" -> <|"DatabaseID" -> "SW00096", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31280"], ExternalIdentifier["ChEBIID", "59170"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482238], ExternalIdentifier["ChemSpiderID", 7455]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00272"]}, "IsomericSmiles" -> "c1c[nH]nc1CC[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01187"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BETAZOLE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164784036", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7741], ExternalIdentifier["PubChemCompoundID", 67412], ExternalIdentifier["PubChemCompoundID", 16051987]}, "Synonyms" -> {"ametazole", "betazolo [dcit]", "betazole hydrochloride", "histalog", "betazole", "betazole[wiki][inn]", "betazolum [inn-latin]", "betazol [inn-spanish]", "3-(2-aminoethyl)pyrazole", "1h-pyrazole-3-ethanamine", "dsstox_rid_82546", "ametazole dihydrochloride", "2-(1h-pyrazol-5-yl)ethanamine[acd/iupac name]", "203-278-3[einecs]", "1h-pyrazole-5-ethanamine", "surecn1237745", "betazole dihydrochloride", "dsstox_gsid_47789", "surecn1237742", "[2-(1h-pyrazol-3-yl)ethyl]amine dihydrochloride", "2-(3-pyrazolyl)ethylamine dihydrochloride", "chembl1200949", "gastric receptor i", "dsstox_cid_27769", "mls002154183", "3", "3-(2-aminoethyl)pyrazole dihydrochloride", "betazol", "einecs 205-345-2", "2-(1h-pyrazol-5-yl)ethanamin", "2-(3-pyrazolyl)ethylamine", "138-92-1", "2-(1h-pyrazol-3-yl)ethanamine", "betazol[spanish][inn]", "105-20-4[rn]", "hms1568i07", "h2r", "betazole [inn]", "histimin", "betazolum[latin]", "betazolum", "betazolum [inn_la]", "3-(b-aminoethyl)pyrazole", "3-beta-aminoethylpyrazole dihydrochloride", "gastramine"}|>, "95" -> <|"DatabaseID" -> "SW00097", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51193"], ExternalIdentifier["ChEBIID", "58432"], ExternalIdentifier["ChEBIID", "18295"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 753], ExternalIdentifier["ChemSpiderID", 58959]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00667"]}, "IsomericSmiles" -> "c1c([nH]cn1)CC[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04444"], ExternalIdentifier["KEGGID", "D04445"], ExternalIdentifier["KEGGID", "D08040"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HISTAMINE PHOSPHATE", "Traditional Herbal Isolate" -> "histamine", "Australia Approved Name" -> "HISTAMINE INHALATION TEST;HISTAMINE RAPID PROVOCATION"|>, "PharmGKBID" -> "PA449880", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 774], ExternalIdentifier["PubChemCompoundID", 5818], ExternalIdentifier["PubChemCompoundID", 65513], ExternalIdentifier["PubChemCompoundID", 120160], ExternalIdentifier["PubChemCompoundID", 134514]}, "Synonyms" -> {"histamine", "histamine phosphate", "1h-imidazole-4-ethanamine", "histamine biphosphate", "peremin", "histamine dihydrogen phosphate", "histamine diphosphate", "5-imidazoleethylamine", "histamine dihydrochloride", "ergamine", "51-74-1[rn]", "4-(2-aminoethyl)imidazole di-acid phosphate", "2-imidazol-4-ylethylamine", "ergotidine", "4-(2-aminoethyl)imidazole bis(dihydrogen phosphate)", "2-(4-imidazolyl)ethylamine", "eramin", "histamine acid phosphate", "histamine phosphate (1:2)", "theramine", "2-(1h-imidazol-4-yl)ethylamine dihydrochloride", "imidazole-4-ethylamine", "51-45-6[rn]", "200-118-4[einecs]", "9005-49-6", "imido diphosphate", "2-(1h-imidazol-4-yl)ethanamine dihydrochloride", "2-(1h-imidazol-4-yl)ethanamine bis(phosphate)", "4-(2-aminoethyl)imidazole", "200-100-6[einecs]", "2-(1h-imidazol-4-yl)ethylamine", "g-protein coupled receptor 105", "imidazole 4-(2-aminoethyl)-", "65592-96-3[rn]", "4-(2-aminoethyl)imidazole bis(dihydrogen phosphate); 4-(2-aminoethyl)imidazole di-acid phosphate; histamineacid phosphate; histamine biphosphate; histamine dihydrogen phosphate; histaminediphosphate; histamine phosphate (1:2)", "2-(1h-imidazol-4-yl)-ethylamine dihydrochloride", "2-(4-imidazolyl)ethanamine", "4-imidazoleethylamine", "53623-99-7[rn]", "ac1q5iw1", "axor35", "2-(4-imidazolyl)ethylamine dihydrochloride", "einecs 200-118-4", "2-(1", "histamine chloride", "histaminedium dichloride", "alpha-ethyl-1", "4-(2-aminoethyl)-1h-imidazole", "23297-93-0[rn]", "histamine dichloride", "imidazole", "sp9144", "2-(3h-imidazol-4-yl)-ethylamine", "imido", "2h-isoindole-2-acetamide", "ar-1l0952", "51-45-6", "gpcr105", "ethylamine 2-imidazol-4-yl-", "akos004896903", "b-aminoethylimidazole", "2-(1h-imidazol-5-yl)ethylamine", "2-(phthalimido)-butyramide", "23758-34-1", "2-(1h-imidazol-4-yl)-ethylamine", "2-imidazol-4-yl-ethylamine", "2-(1h-imidazol-5-yl)ethanamine[acd/iupac name]", "1h-imidazole-5-ethanamine", "histamine diphosphate hydrate", "b-aminoethylglyoxaline", "55-98-1[rn]", "b-imidazolyl-4-ethylamine", "2-(1h-imidazol-4-yl)ethanamine", "2-(1h-imidazol-4-yl)ethan-1-amine", "56-92-8", "gprv53", "2-(1h-imidazol-4-yl)ethanamine phosphate (1:2)", "histamine hydrochloride", "1h-imidazole-4-ethanamine phosphate (1:2)", "hh4r", "chlorhydrate d'histamine [french]", "56-92-8[rn]", "histamine hcl", "2-(1h-imidazol-5-yl)ethan-1-amine", "unii-qwb37t4wzz", "histamine positive", "2-imidazol-4-ylethylamine orthophosphoric acid (1:2)", "chlorhydrate d'histamine", "74-56-6[rn]", "free histamine", "histaminum", "ceplene", "2-(1h-imidazol-4-yl)ethanamin", "histamine[wiki]", "ac1l34qo", "istamina[italian]"}|>, "96" -> <|"DatabaseID" -> "SW00098", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29806"], ExternalIdentifier["ChEBIID", "18012"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10607713]}, "IsomericSmiles" -> "C(=C/C(=O)[O-])\\C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01194"]}, "OfficialNames" -> <|"China Approved Name" -> "ferruous fumarate", "Indian Approved Name" -> "ferrous fumarate;formeterol fumarate;ferous fumarate;feerous fumarate", "Traditional Herbal Isolate" -> "fumaric acid", "Australia Approved Name" -> "EFORMOTEROL FUMARATE DIHYDRATE", "FDA Approved Drug" -> "FERROUS FUMARATE"|>, "Synonyms" -> {"fumarate", "ferrous fumarate", "feostat", "lichenic acid", "ferronat", "ferrone", "iron(2+) (2e)-2-butenedioate", "fumar", "fumiron", "fumaric acid iron salt", "1/5/141", "ferrum", "galfer", "fumaric acid ferrous salt", "fumaric acid iron(2+) salt", "cpiron", "nephro-fer", "firon[wiki]", "iron(2+) (2e)-but-2-enedioate", "ferval", "ferrotemp", "boletic acid", "(e)-2-butenedioic acid iron(2+) salt", "iron(2+) fumarate", "tolifer", "iron fumarate", "238-433-4[einecs]", "toleron", "ferrocap", "erco-fer", "fumaric acid", "one-iron", "fumar f", "iron(ii) fumarate", "205-447-7[einecs]", "c031621", "141-01-5[rn]", "ircon", "trans-butenedioic acid", "iron (ii) fumarate", "2-butenedioic acid iron(2+) salt (2e)- (1:1)", "7705-12-6[rn]", "ferrousfumarate", "hemoton", "firon", "fumafer", "rulofer n", "tolferain", "fumaric acid iron(2+) salt (1:1)", "feroton", "14451-00-4[rn]", "fersamal", "fumaric acid iron salt", "ercoferro", "231-731-5[einecs]", "fersaday", "12/6/7705", "allomaleic acid", "ferrofume", "palafer", "butenedioic acid (e)-", "2-butenedioic acid[acd/iupac name]", "110-17-8[rn]", "2-butenedioic acid (e)-", "malic acid imp. a (ep)", "arat", "trans-2-butenedioic acid", "tumaric acid", "(2e)-2-butenedioic acid", "fumaric acid[wiki]", "2-butenedioic acid (2e)-", "fumarsaeure", "(e)-1,2-ethylenedicarboxylic acid", "maleic acid[wiki]", "allomalenic acid", "2-butenedioic acid (e)-", "605763[beilstein]", "203-742-5[einecs]", "trans-1,2-ethenedicarboxylic acid", "1,2-ethenedicarboxylic acid trans-", "(e)-butenedioic acid", "2-butenedioic acid", "aroat", "maleic acid", "203-743-0[einecs]", "2079-89-2[rn]", "(2e)-but-2-enedioic acid", "trans-but-2-enedioic acid", "trans-1,2-ethylenedicarboxylic acid", "fumaricacid", "6915-18-0[rn]", "e297", "(e)-2-butenedioic acid", "2-butenedioic acid (2e)-", "(2e)-2-butenedioicacid; (e)-2-butenedioic acid; e297;fumarsaeure; trans-1,2-ethylenedicarboxylicacid; trans-but-2-enedioicacid", "ec 2.6.1.57", "110-16-7[rn]", "aspartic acid imp. b (pharmeuropa)", "e-2-butenedioic acid", "fumaric acid (8ci)"}|>, "97" -> <|"DatabaseID" -> "SW00099", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12649]}, "IsomericSmiles" -> "CC1CCCC(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hexalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13204]}, "Synonyms" -> {"6-methylvalerolactone", "tetrahydro-6-methyl-2h-pyran-2-one", "5-hydroxyhexanoic acid lactone", "6-methyltetrahydro-2h-pyran-2-on", "823-22-3", "6-methyltetrahydro-2-pyranone", "delta-hexalactone", "2h-pyran-2-one", "delta-hexanolactone", "5-hexanolide", "5-hydroxy-hexanoic acid lactone", "823-22-3[rn]", "212-511-8[einecs]", "hexanoic acid 5-hydroxy- lactone", "d-hexalactone", "5-hexalactone", "5-methyl-delta-valerolactone", "delta-caprolactone", ".delta.-caprolactone", "80501", "hexanolactone", "d-hexanolactone", "2h-pyran-2-one tetrahydro-6-methyl-", "6-methyltetrahydro-2h-pyran-2-one[acd/iupac name]", "5-methyl-5-hydroxypentanoic acid lactone"}|>, "98" -> <|"DatabaseID" -> "SW00099", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12649]}, "IsomericSmiles" -> "CC1CCCC(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hexalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13204]}, "Synonyms" -> {"6-methylvalerolactone", "tetrahydro-6-methyl-2h-pyran-2-one", "5-hydroxyhexanoic acid lactone", "6-methyltetrahydro-2h-pyran-2-on", "823-22-3", "6-methyltetrahydro-2-pyranone", "delta-hexalactone", "2h-pyran-2-one", "delta-hexanolactone", "5-hexanolide", "5-hydroxy-hexanoic acid lactone", "823-22-3[rn]", "212-511-8[einecs]", "hexanoic acid 5-hydroxy- lactone", "d-hexalactone", "5-hexalactone", "5-methyl-delta-valerolactone", "delta-caprolactone", ".delta.-caprolactone", "80501", "hexanolactone", "d-hexanolactone", "2h-pyran-2-one tetrahydro-6-methyl-", "6-methyltetrahydro-2h-pyran-2-one[acd/iupac name]", "5-methyl-5-hydroxypentanoic acid lactone"}|>, "99" -> <|"DatabaseID" -> "SW00100", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 147444]}, "IsomericSmiles" -> "C=CCOCC1CO1", "OfficialNames" -> <|"China Approved Name" -> "diaphragms", "WHO Essential Medicine" -> "diaphragms"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 168558]}, "Synonyms" -> {"oxirane", "2-(allyloxymethyl)oxirane; 2-(chloromethyl)oxirane; oxirane", "ag-j-19838", "160769-93-7", "ar-1c8444", "ac1q3uc6", "epichlorohydrin", "26587-37-1[rn]", "2-(chloromethyl)oxirane; oxirane; 2-(prop-2-enoxymethyl)oxirane", "ac1l523r", "160769-93-7[rn]"}|>, "100" -> <|"DatabaseID" -> "SW00100", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 147444]}, "IsomericSmiles" -> "C=CCOCC1CO1", "OfficialNames" -> <|"China Approved Name" -> "diaphragms", "WHO Essential Medicine" -> "diaphragms"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 168558]}, "Synonyms" -> {"oxirane", "2-(allyloxymethyl)oxirane; 2-(chloromethyl)oxirane; oxirane", "ag-j-19838", "160769-93-7", "ar-1c8444", "ac1q3uc6", "epichlorohydrin", "26587-37-1[rn]", "2-(chloromethyl)oxirane; oxirane; 2-(prop-2-enoxymethyl)oxirane", "ac1l523r", "160769-93-7[rn]"}|>, "101" -> <|"DatabaseID" -> "SW00101", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50673"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1131173]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00763"]}, "IsomericSmiles" -> "Cn1cc[nH]c1=S", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00401"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHIMAZOLE"|>, "PharmGKBID" -> "PA450422", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1349907]}, "Synonyms" -> {"mercazole", "tapazole", "danantizol", "favistan", "mercazolyl", "mercaptazole", "methimazole", "strumazol", "thiamazole", "thymidazol", "thimazole", "merkazolil", "2-mercapto-1-methylimidazole", "methamazole", "thycapzol", "thycapsol", "metothyrine", "tapuzole", "basolan", "thacapzol", "merkastan", "metazolo", "strumazole", "metothyrin", "frentirox", "metotirin", "mercasolyl", "metizol", "methimazol", "methiamazole", "thiamazol", "thymidazole", "1,3-dihydro-1-methyl-2h-imidazol-2-thione", "1-methyl-imidazole-2-thiol", "tapazole[wiki]", "thyroid peroxidase precursor", "methyl-2-mercaptoimidazole", "thiamazole[jp15]", "metimazol", "1h-imidazole-2-thiol 1-methyl-", "1-methyl-2-mercaptoimidazole", "d008713", "3-methyl-imidazole-2-thione", "1-methyl-3h-imidazole-2-thione", "1-methyl-1,3-dihydro-imidazole-2-thione", "200-482-4[einecs]", "1 methyl 2 mercaptoimidazole", "13431-10-2[rn]", "methymazol", "thyrozol", "1-methylimidazole-2(3h)-thione", "metisol", "mmz", "1-methyl-1h-imidazole-2-thiol 2-mercapto-1-methyl-1h-imidazole", "1-methyl-4-imidazoline-2-thione", "2-mercapto-1-methyl-1h-imidazole", "thiamazolum[latin]", "tiamazol[spanish][inn]", "1-methyl-1h-imidazol-2-thiol", "tapazole (tn)", "tirodril", "85916-84-3[rn]", "1-methyl-1h-imidazole-2(3h)-thione", "imidazole 1-methyl-2-mercapto-", "mercazolylum", "108646[beilstein]", "223768-14-7[rn]", "methimazolum", "1-methyl-1,3-dihydro-2h-imidazole-2-thione", "tiamazolo [dcit]", "thimazol", "methizol", "1-metylo 2 merkaptoimidazolem[polish]", "1-methylimidazole-2-thiol", "2h-imidazole-2-thione 1,3-dihydro-1-methyl-", "1-methyl-2-imidazolethione", "methimazole[wiki][usp]", "n-methyl-2-mercaptoimidazole", "methimazole [usan:ban][usan]", "imidazole-2-thiol 1-methyl-", "basolan metazolo thiamazole", "1-methyl-2-mercapto-1h-imidazole", "methylmercaptoimidazole", "1-methyl-1h-imidazole-2-thiol", "thiamazole.", "n-methylimidazolethiol", "ec 1.11.1.8", "1-methylimidazole-2-thione", "4708-61-6[rn]", "1,3-dihydro-1-methyl-2h-imidazole-2-thione", "1-methyl-2-imidazolethiol", "basolan;metazolo;thiamazole;tapazole;northyx", "1-methyl-1,3-dihydroimidazole-2-thione", "tpo", "4-imidazoline-2-thione 1-methyl-", "mercazol", "60-56-0[rn]", "337376-15-5"}|>, "102" -> <|"DatabaseID" -> "SW00102", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11128]}, "IsomericSmiles" -> "C=CCSCC=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diallyl sulfide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11617]}, "Synonyms" -> {"diallyl thioether", "diallyl sulfide", "garlic oil", "allyl monosulfide", "allyl sulfide", "thioallyl ether", "oil garlic", "diallyl monosulfide", "sulfide diallyl", "2-propenyl sulphide", "3-(allylsulfanyl)-1-propene[acd/iupac name]", "dially monosulfide", "3,3'-thiobispropane", "592-88-1", "2-propenyl sulfide", "3,3-thiobis(1-propene)", "diallyl thioather", "c038491", "3-(allylsulfanyl)prop-1-ene", "allyl sulphide", "1-propene", "4-01-00-02097", "209-775-1[einecs]", "diallylsulfide", "bis(2-propenyl) sulfide", "3,3'-thiobis-1-propene", "592-88-1[rn]", "1736016", "4-01-00-02097 (beilstein handbook reference)[beilstein]", "3,3'-sulfanediylbis(prop-1-ene)", "3-(prop-2-en-1-ylsulfanyl)prop-1-ene", "3-allylsulfanyl-propene", "1-propene 3,3'-thiobis-", "1-propene 3 3'-thiobis-", "4-thiahepta-1,6-diene; allyl sulfide; di(2-propenyl) sulfide; thioallylether", "1-prop-2-enylthioprop-2-ene", "132879-26-6[rn]", "diallyl sulphide", "diprop-2-en-1-yl sulfide", "3,3'-thiobis(prop-1-ene)"}|>, "103" -> <|"DatabaseID" -> "SW00103", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "39150"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61907]}, "IsomericSmiles" -> "CC(=O)CCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03298"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cal levulinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68651]}, "Synonyms" -> {"ncgc00166102-01", "calcium levulinate (1:2) dihydrate", "calcium levulinate (usp)", "5743-49-7[rn]", "dsstox_rid_81703", "ac1l2a64", "calcium levulinate[usp]", "dsstox_gsid_46539", "calcium levulinate dihydrate", "pentanoic acid 4-oxo- calcium salt (2:1) dihydrate", "tox21_112315", "calcium levulinate", "dsstox_cid_26539", "unii-t6133so781", "calcium 4-oxopentanoate dihydrate"}|>, "104" -> <|"DatabaseID" -> "SW00104", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17203"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02853"], ExternalIdentifier["DrugBankID", "00172"]}, "IsomericSmiles" -> "C1C[C@H]([NH2+]C1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00035"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "proline", "Indian Approved Name" -> "l-proline"|>, "PharmGKBID" -> "PA451125", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 145742]}, "Synonyms" -> {"proline", "l-proline", "(-)-2-pyrrolidinecarboxylic acid", "(s)-2-pyrrolidinecarboxylic acid", "(-)-proline", "2-pyrrolidinecarboxylic acid", "l-(-)-proline", "(-)-(s)-proline", "prolinum", "(s)-proline", "(s)-2-carboxypyrrolidine", "(s)-(-)-proline", "prolina[spanish]", "1148-11-4[rn]", "proline [inn_en]", "l-prolin", "d-proline", "l-pro", "(2s)-pyrrolidinium-2-carboxylate", "4043-88-3[rn]", "4607-28-7[rn]", "proline [usan:inn][inn][usan]", "2-pyrrolidinecarboxylic acid (s)-", "proline[wiki][usp][acd/iupac name]", "(l)-proline", "l-proline zwitterion", "68832-13-3[rn]", "l-proline[acd/iupac name]", "prolinum[latin]", "acide (2s)-2-pyrrolidinecarboxylique", "(s)-pyrrolidine-2-carboxylic acid", "3,4-dihydro-l-proline", "(2s)-pyrrolidine-2-carboxylic acid", "(2s)-2-pyrrolidinecarboxylic acid", "80810[beilstein]", "l-pyrrolidine-2-carboxylic acid", "proline l-", "147-85-3[rn]", "18875-45-1[rn]", "37159-97-0[rn]", "cyclosporin a-binding protein", "ppiase a", "205-702-2[einecs]", "l-a-pyrrolidinecarboxylic acid", "(s)-(-)-pyrrolidine-2-carboxylic acid", "cyclophilin a", "rotamase a", "2-pyrrolidinecarboxylic acid; l(-)-proline", "d-prolinol", "609-36-9[rn]", "2-pyrrolidinecarboxylicacid", "344-25-2[rn]", "z-l-proline", "p", "ec 5.2.1.8", "4305-67-3[rn]", "proline (van)", "25191-13-3[rn]"}|>, "105" -> <|"DatabaseID" -> "SW00105", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30776"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8552]}, "IsomericSmiles" -> "CCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "capronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8892]}, "Synonyms" -> {"caproic acid", "n-hexoic acid", "capronic acid", "butylacetic acid", "n-hexanoic acid", "pentylformic acid", "hexoic acid", "n-hexylic acid", "n-caproic acid", "205-550-7[einecs]", "caproicacid", "pentiformic acid", "1-hexanoic acid", "1-pentanecarboxylic acid", "ch3-[ch2]4-cooh", "773837[beilstein]", "6na", "caproate (6:0)", "hexylic acid", "1-hexanoic acid; 1-pentanecarboxylicacid; 6:0; c6:0;ch3-[ch2]4-cooh; pentanecarboxylic acid; butylacetic acid; capronic acid; hexoicacid; n-hexanoic acid; n-hexoic acid; n-hexylic acid;pentiformic acid;pentylformic acid", "274-509-3[einecs]", "hexanoic acid", "271-676-4[einecs]", "pentanecarboxylic acid", "hexanoic acid[wiki][acd/iupac name]", "c6:0", "caproic acid [un2829] [corrosive]", "solustibosan", "4-02-00-00917 (beilstein handbook reference)[beilstein]", "2-butylacetic acid", "[142-62-1]", "oxyhexanol", "hexanoicacid", "kyselina kapronova[czech]", "hexacid 698", "142-62-1[rn]", "267-013-3[einecs]", "6:0", "lpa"}|>, "106" -> <|"DatabaseID" -> "SW00106", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8062727]}, "IsomericSmiles" -> "C1CC[C@H]([C@@H](C1)[NH3+])N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01790"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxaliplatin", "Australia Approved Name" -> "OXALIPLATIN", "FDA Approved Drug" -> "OXALIPLATIN"|>, "PharmGKBID" -> "PA131285527", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9887054]}, "Synonyms" -> {"eloxatin (tn)", "o0372", "61825-94-3", "platinum(2+) ethanedioate -(1r,2r)-1,2-cyclohexanediamine (1:1)", "eloxatin[wiki]", "15171-ep2275420a1", "oxaliplatin (jan/usan)[jan][usan]", "eloxatin", "ak-72813", "15171-ep2272827a1", "15171-ep2270008a1", "oxaliplatin", "cis-[(1r,2r)-1,2-cyclothexanediammine-n,n`][oxalato(2-)-o,o`]platinum", "61825-94-3[rn]", "oxaliplatin[wiki]", "oxaliplatin (jan/usan/inn)", "d01790", "platinum(2+) ethanedioate (1r,2r)-1,2-cyclohexanediamine (1:1)", "(1r,2r)-cyclohexane-1,2-diamine; 1,3-dioxa-2-platinacyclopentane-4,5-dione", "15171-ep2270018a1", "akos015920125", "15171-ep2292617a1"}|>, "107" -> <|"DatabaseID" -> "SW00107", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63675"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8669], ExternalIdentifier["ChemSpiderID", 8640173], ExternalIdentifier["ChemSpiderID", 1078], ExternalIdentifier["ChemSpiderID", 108792]}, "IsomericSmiles" -> "C(CC(=O)[O-])C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "ferrous succinate", "Traditional Herbal Isolate" -> "succinic acid", "Indian Approved Name" -> "hydroxypropyl methyl cellulose;succinic acid", "FDA Approved Drug" -> "SODIUM SUCCINATE"|>, "PharmGKBID" -> "PA164747739", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160419], ExternalIdentifier["PubChemCompoundID", 10464762], ExternalIdentifier["PubChemCompoundID", 1110], ExternalIdentifier["PubChemCompoundID", 121950]}, "Synonyms" -> {"butanedioic acid", "asuccin", "succinic acid", "dihydrofumaric acid", "amber acid", "katasuccin", "succinate", "bernsteinsaure", "wormwood acid", "1,2-ethanedicarboxylic acid", "spirit of amber", "ubicoenzyme (beet + cerium-oxalate + citric acid + hydrastis canadensis + lipoic acid + alpha + nadidum + oyster shells + selenium + silicon dioxide + succinic acid + sulfur + thuja occidentalis)_mixture", "qv2vq[wln]", "kyselina jantarova", "succinicacid", "acide butanedioique", "hnadc3", "butanedioic acid; succinic acid", "na(+)/dicarboxylate cotransporter 3", "1,4-butanedioic acid", "hydroxypropyl methylcellulose acetate succinate", "dicarboxylic acid", "110-15-6[rn]", "kyselina jantarova[czech]", "butandisaeure", "ethylenesuccinic acid", "hpmcas", "sodium-dependent high-affinity dicarboxylate transporter 2", "succinicun acidum", "ethanedicarboxylic acid", "ethylene dicarboxylic acid", "acid of amber", "1754069[beilstein]", "hooc-ch2-ch2-cooh[formula]", "203-740-4[einecs]", "[110-15-6]", "4-02-00-01908 (beilstein handbook reference)[beilstein]", "bernsteinsaeure", "bernsteinsaure; succinic acid", "ethylene succinic acid", "fmr", "succinicum acidum", "sal succini", "e363", "acide succinique", "hydroxypropylmethylcellulose acetate succinate", "succinellite", "fum", "acide succinique[french]", "acidum succinicum", "butanedionic acid", "nadc-3", "1", "1,2-ethanedicarboxylic acid; bernsteinsaeure;butandisaeure; dihydrofumaric acid;e363; hooc-ch2-ch2-cooh; acide butanedioique; acide succinique; acidumsuccinicum; amberacid; asuccin; spirit of amber", "sin", "mae", "wormwood[wiki]", "acide butanedioique[french]", "ferrous succinate", "bernsteinsaeure[german]", "succinate dianion", "butanedioate(2-)", "iron succinate", "6106-21-4[rn]", "ar-1h6418", "iron(2+) succinate", "150-90-3[rn]", "241-095-0[einecs]", "butanedioic acid sodium salt (1:2)[acd/index name]", "ag-d-05009", "succinic acid iron salt", "sodium succinate dibasic hexahydrate", "14047-56-4[rn]", "jantaran sodny[czech]", "anhydrous sodium succinate", "206-076-3[einecs]", "disodiurn succinate", "sodiumsuccinate", "ac1l3tpm", "succinicacid disodium salt; anhydrous disodium succinate; anhydrous sodium succinate; disodium succinate; disodium succinate(anh.); disodium succinate(anhydrous)", "succinic acid disodium salt", "ferplex", "10030-90-7[rn]", "soduxin", "sodium succinate", "disodium succinate[acd/iupac name]", "ironsuccinate (fe(o4c4h4)) (7ci); succinic acid", "succinate ion", "butanedioic acid disodium salt", "disodium succinate (anhydrous)", "succinate ion(2-)", "ac1l4nla", "disodium butanedioate", "71138-97-1", "10030-90-7", "acetic acid; methanol; propane-1", "anhydrous disodium succinate", "butanedioate", "cerevon", "disodium succinate (anh.)", "17022-52-5[rn]", "unii-24p2yxd2pw", "succinic acid disodium salt", "disodium succinate; sodium succinate", "ac1q5vr7", "einecs 205-778-7", "43212-87-9[rn]", "ferplex (tn)", "disodiumsuccinate", "monosuccinate", "sodium succinate (anhydrous)", "unii-6n003m473w", "205-778-7[einecs]", "monosodium succinate", "disodium succinate hexahydrate", "d08015", "sodium succinate dibasic", "butanedioic acid disodium salt", "56-14-4", "c4h4o4.2na", "cellulose 2-hydroxypropylmethyl ether acetate hydrogen butanedioate", "256-146-2[einecs]", "233-082-3[einecs]", "butanedioic acid iron(2+) salt (1:1)", "71138-97-1[rn]"}|>, "108" -> <|"DatabaseID" -> "SW00108", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1266393]}, "IsomericSmiles" -> "C=CCNC(=S)N", "OfficialNames" -> <|"Indian Approved Name" -> "thiosinamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1549517]}, "Synonyms" -> {"thiosinamin", "1-allyl-2-thiourea", "aminosin", "n-allylthiourea", "rhodallin", "rhodalline", "allyl thiourea", "thiosinamine", "4-04-00-01072 (beilstein handbook reference)[beilstein]", "allyl-thiourea", "allyl sulfourea", "tl8000919", "thiosinaminum", "urea allylthio-", "allylthiourea[inn]", "tiosinamine", "1-prop-2-enylthiourea", "1-allylthiourea", "4-04-00-01072", "aliltiourea[spanish][inn]", "thiocynamine", "thiourea 2-propenyl-", "tiosinamina[spanish][inn]", "2-propenylthiourea", "jsp000757", "allylthiourea", "tiosinaminum[latin]", "1071470", "thiourea n-2-propenyl-", "prop-2-enylthiourea", "109-57-9[rn]", "1-prop-2-en-1-ylthioharnstoff", "urea 1-allyl-2-thio-", "allylthiouree[french][inn]", "allylthiomocovina[czech]", "tiosinamin", "1415-73-2[rn]", "203-683-5[einecs]", "allylthiocarbamide", "amino(prop-2-enylamino)methane-1-thione", "(2-propenyl)thiourea", "thiourea n-2-propen-1-yl-", "thiourea", "1-prop-2-en-1-ylthiourea"}|>, "109" -> <|"DatabaseID" -> "SW00109", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10617861]}, "IsomericSmiles" -> "C[SiH]1CCCCO1", "OfficialNames" -> <|"Indian Approved Name" -> "methylpolysiloxane"|>, "Synonyms" -> {"methylpolysiloxane", "methylsiloxane", "9004-73-3[rn]"}|>, "110" -> <|"DatabaseID" -> "SW00109", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10617861]}, "IsomericSmiles" -> "C[SiH]1CCCCO1", "OfficialNames" -> <|"Indian Approved Name" -> "methylpolysiloxane"|>, "Synonyms" -> {"methylpolysiloxane", "methylsiloxane", "9004-73-3[rn]"}|>, "111" -> <|"DatabaseID" -> "SW00110", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16414"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6050]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00161"]}, "IsomericSmiles" -> "CC(C)[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00039"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "valine", "Indian Approved Name" -> "valine;l-valine"|>, "PharmGKBID" -> "PA451843", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6287]}, "Synonyms" -> {"valine", "l-valine", "2-amino-3-methylbutyric acid", "(s)-valine", "2-amino-3-methylbutanoic acid", "(s)-2-amino-3-methylbutyric acid", "(s)-2-amino-3-methylbutanoic acid", "(2s)-2-amino-3-methylbutanoic acid", "l-(+)-a-aminoisovaleric acid", "l-a-amino-b-methylbutyric acid", "ec 6.1.1.9", "(s)-a-amino-b-methylbutyric acid", "valinum [latin]", "protein g7a", "valrs", "valine--trna ligase", "valina [spanish]", "231-171-1[einecs]", "25609-85-2[rn]", "l-valin", "(s)-(+)-valine", "l-2-aminoisovaleric acid", "72-18-4[rn]", "(s)-(+)-2-amino-3-methylbutyric acid[acd/iupac name]", "2-amino-3-methylbutyric acid (s)-", "l-2-amino-3-methylbutyric acid", "h-val-oh", "valinum[latin]", "l-(+)-valine", "2-amino-3-methylbutanoic acid (van)", "qvyzy1&1 &&l; or s form[wln]", "146548-59-6[rn]", "valine l-", "2-amino-3-methylbutanoic acid (s)-", "benzenemethanamine,2,4,6-trimethoxy-,hcl", "l-valine[jp15][acd/iupac name]", "640-68-6[rn]", "l-alpha-amino-beta-methylbutyric acid", "l-2-amino-3-methylbutanoic acid", "butanoic acid 2-amino-3-methyl- (s)-", "16872-32-5[rn]", "1149-26-4[rn]", "7440-62-2[rn]", "1864-26-5", "200-773-6[einecs]", "2026-48-4[rn]", "butanoic acid 2-amino-3-methyl-", "val", "1721136[beilstein]", "v", "valine[wiki][usp][acd/iupac name]", "l-val", "v-1800", "valina[spanish]", "valine (van)"}|>, "112" -> <|"DatabaseID" -> "SW00111", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7762]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01612"]}, "IsomericSmiles" -> "CC(C)CCON=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00517"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amyl"|>, "PharmGKBID" -> "PA164750570", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8053]}, "Synonyms" -> {"aspiral", "3-methylbutanol nitrite", "vaporole", "pentanoli nitris", "amyl nitrite", "amilnitrite", "isoamyl nitrite", "nitramyl", "isopentyl nitrite", "ipn", "amyl nitrite i", "3-methylbutyl nitrite", "nitrous acid isopentyl ester", "nitrous acid 3-methylbutyl ester", "vaporole amyl nitrite", "nitrous acid", "guanylate cyclase", "npr-a", "ec 4.6.1.2", "isopentanol nitrite", "anp-a", "aspiral (tn)", "isopentyl alcohol nitrite", "anpra", "iso amyl nitrite 90%", "203-770-8[einecs]", "amilnitrit", "nitrous acid isopentyl ester", "969510[beilstein]", "110-49-6[rn]", "203-772-9[einecs]", "4-01-00-01683 (beilstein handbook reference)[beilstein]", "vaporole[wiki]", "4-02-00-00214 (beilstein handbook reference)[beilstein]", "isopentyl ester nitrous acid", "3-methylbutyl nitrite[acd/iupac name]", "pentyl nitrite", "atrial natriuretic peptide a-type receptor", "amyl nitrit", "vaporole (tn)", "gc-a", "isoamylnitrite", "isopentyl alcohol nitrite", "nitramyl (van)", "amyl nitrosum", "atrial natriuretic peptide receptor a precursor", "(3-methylbutyl) nitrite", "nitrous acid 3-methylbutyl ester", "110-46-3[rn]"}|>, "113" -> <|"DatabaseID" -> "SW00112", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "41139"], ExternalIdentifier["ChEBIID", "17750"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11058]}, "IsomericSmiles" -> "C[N+](C)(C)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03103"], ExternalIdentifier["KEGGID", "D07523"], ExternalIdentifier["KEGGID", "D03459"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betaine;l-(d)-isoleucine betaine;pepsin", "Indian Approved Name" -> "trimethyl glycine", "US Illegal/Scheduled Drug (Schedule 4)" -> "Chloral betaine", "FDA Approved Drug" -> "BETAINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11545], ExternalIdentifier["PubChemCompoundID", 247], ExternalIdentifier["PubChemCompoundID", 5702209], ExternalIdentifier["PubChemCompoundID", 16676], ExternalIdentifier["PubChemCompoundID", 248]}, "Synonyms" -> {"trimethyl glycine", "cystadane", "trimethylglycocoll", "acidol", "betaine hydrochloride", "aciventral forte", "abromine", "oxyneurine", "107-43-7[rn]", "acidogeno", "tl8003769", "betaine[wiki]", "betaine", "betaine chloride", "acidin", "acipepsol", "pluchine", "cystdane", "acidol-pepsin", "bet", "glycylbetaine", "acinorm", "chloral betaine", "achylin", "lycine[wiki]", "methanaminium 1-carboxy-n,n,n-trimethyl- inner salt,hydrochloride (1:1)", "glycocoll betaine", "(trimethylammonio)acetate hydrochloride (1:1)", "glycocollbetaine hydrochloride", "125883-10-5[rn]", "(carboxymethyl)trimethylammonium hydrochloride", "2-trimethylammonioacetate", "methanaminium 1-carboxy-n,n,n-trimethyl- chloride (1:1)", "590-46-5[rn]", "betainchloralum", "1-carboxy-n,n,n-trimethyl-methanaminium", "lycine", "1-carboxy-n,n,n-trimethylmethanaminium chloride", "glykokollbetain-chlorid[german]", "lycine hydrochloride", "590-46-5 141-58-2 107-43-7", "carboxy-n,n,n-trimethylmethanaminium chloride[acd/iupac name]", "somilan", "acidine", "(trimethylammonio)acetathydrochlorid", "glycine betaine", "2-(trimethylamino)acetic acid chloride", "67332-80-3[rn]", "methanaminium 1-carboxy-n,n,n-trimethyl- hydroxide,inner salt", "3916181", "trimethylglycine", "209-683-1[einecs]", "somnalchlor", "betainehydrochloride", "ammonium (carboxymethyl)trimethyl- chloride", "11042-13-0[rn]", "loramine amb-13", "glycine trimethylbetaine", "rubrine c hydrochloride", "betaine hcl", "methanaminium 1-carboxy-n,n,n-trimethyl- chloride", "(carboxymethyl)(trimethyl)ammonium chloride", "(trimethylammonio)acetate hydrochloride", "betaine hydrochloride[usp]", "141-58-2[rn]", "1-carboxy-n,n,n-trimethylmethanaminium chloride", "betaine hydrochloride", "alpha-earleine", "(carboxymethyl)trimethylammonium chloride", "1-carboxy-n,n,n-trimethylmethanaminium hydroxide innersalt compd. with2,2,2-trichloro-1,1-ethanediol (1:1)", "11042-12-9[rn]", "ncgc00015150-03", "hms1921p20", "24980-93-6[rn]", "(trimethylammonio)acetat", "betaine (8ci)", "beta-chlor", "betafin", "betaine compd. with chloral hydrate (1:1)", "cloral betaine", "ccg-40089", "methanaminium 1-carboxy-n,n,n-trimethyl- inner salt", "spectrum1503007", "1-carboxy-n", "n,n,n-trimethylglycinium", "b-chlor", "trimethylglycine[wiki]", "45631-77-4[rn]", "3537113[beilstein]", "trimethylglycine hydroxide inner salt", "2-(trimethylazaniumyl)acetate hydrochloride", "acidin-pepsin", "2-n,n,n-trimethylammonio acetate", "methanaminium carboxy-n,n,n-trimethyl- inner salt", "(trimethylammonio)acetate -2,2,2-trichloroethane-1,1-diol (1:1)", "(carboxymethyl)trimethylammonium inner salt", "17671-50-0[rn]", "jsp000666", "methanaminium 1-carboxy-n,n,n-trimethyl- inner salt (9ci)", "218-722-1[einecs]", "chloral hydrate-betaine adduct", "(trimethylammoniumyl)acetate", "(carboxymethyl)trimethylammonium hydroxide inner salt", "2-(trimethylammonio)ethanoic acid hydroxide inner salt", "betain hydrochloride", "1-carboxy-n,n,n-trimethylmethanaminium hydroxide inner salt", "betaine anhydrous", "1758492[beilstein]", "jortaine", "(carboxymethyl)trimethylammonium dihydrogen citrate", "chebi:41139", "aminocoat", "107-43-7", "cloral betaina [inn-spanish]", "betafin bp", "trimethylaminoacetate", "209-684-7[einecs]", "finnstim", "betafin bcr", "1r9l", "trimethylbetaine glycine", "2-(trimethylamino)acetic acid", "cloralum betainum [inn-latin]", "ncgc00094983-02", "ncgc00094983-01", "ac1nwaut", "2218-68-0[rn]", "trimethylammonioacetate", "methanaminium 1-carboxy-n,n,n-trimethyl- hydroxide,inner salt compd.with 2,2,2-trichloro-1,1-ethanediol(1:1)", "n,n,n-trimethylammonioacetate", "1sw2", "glykokollbetain[german]", "(carboxymethyl)trimethylammonium hydroxide inner salt", "bek", "trimethylaminoacetic acid", "b0458", "carboxy-n,n,n-trimethylmethanaminium[acd/iupac name]", "4-04-00-02369 (beilstein handbook reference)[beilstein]", "n,n,n-trimethylglycine", "1-carboxy-n,n,n-trimethylmethanaminium inner salt", "greenstim", "loramine amb 13", "dea no. 2460", "spectrum_001264", "590-30-7[rn]", "rubrine c", "1-carboxy-n,n,n-trimethylmethanaminium", "(carboxymethyl)trimethylammonium inner salt; oxyneurine", "590-47-6[rn]", "methanaminium 1-carboxy-n,n n-trimethyl- hydroxide,inner salt", "a-earleine", "1-carboxy-n,n,n-trimethylmethanaminium hydroxide inner salt", "ektasolve ee", "203-490-6[einecs]", "trimethylglycocoll anhydride", "(trimethylammonio)acetate[acd/iupac name]"}|>, "114" -> <|"DatabaseID" -> "SW00113", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16881"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 776]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04532"]}, "IsomericSmiles" -> "c1ccc2c(c1)cc[nH]2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indole;monomeric tertiary indol alkaloids"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 798]}, "Synonyms" -> {"benzopyrrole", "indole", "2", "1-benzazole", "1-azaindene", "ec 2.4.2.21", "120-72-9", "1h-indole (9ci)", "indol", "i-0800", "indol[german][wiki]", "3-benzopyrrole; 1h-indole", "1-benzo(b)pyrrole", "benzo[b]pyrrole", "1h-indol[german]", "204-420-7[einecs]", "n(1)-alpha-phosphoribosyltransferase", "107693[beilstein]", "2,3-benzopyrrole", "i-0810", "indole (8ci)", "120-72-9[rn]", "1h-indole[acd/iupac name]", "1h-benzo[b]pyrrole", "nn:dbi prt", "azaindole", "c030374", "ketole", "1h-indole", "benzazole", "indole[wiki]"}|>, "115" -> <|"DatabaseID" -> "SW00115", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16857"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6051]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00156"]}, "IsomericSmiles" -> "C[C@H]([C@@H](C(=O)[O-])[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00041"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "threonin;threonine", "Indian Approved Name" -> "threonine;l-threonine", "NPC Approved Name" -> "threoninum"|>, "PharmGKBID" -> "PA451673", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6288]}, "Synonyms" -> {"threonine", "l-threonine", "l-(-)-threonine", "2-amino-3-hydroxybutyric acid", "(s)-threonine", "threonin", "[r-(r*,s*)]-2-amino-3-hydroxybutanoic acid", "threonine--trna ligase", "ec 6.1.1.3", "threonine (van)", "threoninum [latin]", "thrrs", "threonyl-trna synthetase mitochondrial precursor", "threonyl-trna synthetase-like 1", "treonina [spanish]", "l-2-amino-3-hydroxybutyric acid", "butanoic acid 2-amino-3-hydroxy- (r-(r*,s*))-", "(2s,3r)-2-ammonio-3-hydroxybutanoate", "threonine [usan:inn][inn][usan]", "28954-12-3[rn]", "qy1&yzvq; &&l; or (2s,3r)- form[wln]", "h-thr-oh", "t[formula]", "l(+)-allo-threonine", "l-threonine[wiki][jp15][acd/iupac name]", "l-threonin", "l-thr", "l-threonine zwitterion", "(2s,3r)-2-amino-3-hydroxybutyric acid", "80-68-2[rn]", "threonin[acd/iupac name]", "1721646[beilstein]", "threoninum[latin]", "2-amino-3-hydroxybutanoic acid (r-(r*,s*))-", "72-19-5[rn]", "thr", "(r-(r*,s*))-2-amino-3-hydroxybutanoic acid", "200-774-1[einecs]", "(2s,3r)-(-)-threonine", "(2s,3r)-2-azaniumyl-3-hydroxybutanoate", "(2s,3r)-threonine", "threonine[wiki][usp][acd/iupac name][acd/index name]", "(2s,3r)-2-amino-3-hydroxybutanoic acid", "l-allo-threonine", "treonina[spanish]", "632-20-2[rn]", "d-threonine[acd/iupac name]", "72-19-5"}|>, "116" -> <|"DatabaseID" -> "SW00116", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16080"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2064]}, "IsomericSmiles" -> "C(C(C[NH3+])O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00174"]}, "OfficialNames" -> <|"NPC Approved Name" -> "4-amino-3-hydroxybutyric acid"|>, "Synonyms" -> {"206-518-5[einecs]", "gamibetal", "dl-4-amino-3-hydroxybutyricacid", "bogil[wiki]", "7013-07-2[rn]", "dl-4-amino-3-hydroxybutanoic acid", "924-49-2[rn]", "gabimex", "buxamine (van)", "(s)-(+)-4-amino-3-hydroxybutyric acid", "dl-4-amino-3-hydroxy butyric acid", "4-amino-3-hydroxybutyric acid", "gaboril", "buksamin", "gabomade", "(r)-4-amino-3-hydroxybutyric acid", "buxamin", "3-hydroxy-4-amino butyric acid", "d,l-4-amino-3-hydroxybutyric acid", "aminohydroxybutyric acid", "dl-4-amino-3-hydroxybutyric acid", "4-amino-3-hydroxybutyrate", "3-hydroxy-4-amino-butyric acid (gabob)", "idramina", "g-amino-b-hydroxybutyric acid", "buxamine", "1721708[beilstein]", "4-ammonio-3-hydroxybutanoate", "3-hydroxy-4-aminobutyric acid", "1752568[beilstein]", "4-amino-3-hydroxybutanoate", "gabobe", "butyric acid 4-amino-3-hydroxy-", "4-amino-3-hydroxybutanoic acid[acd/iupac name]", "352-21-6[rn]", "gaminal", "3-hydroxy-gaba", "4-azaniumyl-3-hydroxybutanoate", "butanoic acid 4-amino-3-hydroxy-", "3-hydroxy-4-amino-butyric acid", "gabob", "7013-05-0[rn]", "gamma-amino-beta-hydroxybutyric acid", "213-106-9[einecs]"}|>, "117" -> <|"DatabaseID" -> "SW00116", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16080"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2064]}, "IsomericSmiles" -> "C(C(C[NH3+])O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00174"]}, "OfficialNames" -> <|"NPC Approved Name" -> "4-amino-3-hydroxybutyric acid"|>, "Synonyms" -> {"206-518-5[einecs]", "gamibetal", "dl-4-amino-3-hydroxybutyricacid", "bogil[wiki]", "7013-07-2[rn]", "dl-4-amino-3-hydroxybutanoic acid", "924-49-2[rn]", "gabimex", "buxamine (van)", "(s)-(+)-4-amino-3-hydroxybutyric acid", "dl-4-amino-3-hydroxy butyric acid", "4-amino-3-hydroxybutyric acid", "gaboril", "buksamin", "gabomade", "(r)-4-amino-3-hydroxybutyric acid", "buxamin", "3-hydroxy-4-amino butyric acid", "d,l-4-amino-3-hydroxybutyric acid", "aminohydroxybutyric acid", "dl-4-amino-3-hydroxybutyric acid", "4-amino-3-hydroxybutyrate", "3-hydroxy-4-amino-butyric acid (gabob)", "idramina", "g-amino-b-hydroxybutyric acid", "buxamine", "1721708[beilstein]", "4-ammonio-3-hydroxybutanoate", "3-hydroxy-4-aminobutyric acid", "1752568[beilstein]", "4-amino-3-hydroxybutanoate", "gabobe", "butyric acid 4-amino-3-hydroxy-", "4-amino-3-hydroxybutanoic acid[acd/iupac name]", "352-21-6[rn]", "gaminal", "3-hydroxy-gaba", "4-azaniumyl-3-hydroxybutanoate", "butanoic acid 4-amino-3-hydroxy-", "3-hydroxy-4-amino-butyric acid", "gabob", "7013-05-0[rn]", "gamma-amino-beta-hydroxybutyric acid", "213-106-9[einecs]"}|>, "118" -> <|"DatabaseID" -> "SW00117", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35255"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5977]}, "IsomericSmiles" -> "C(Cl)(Cl)Cl", "OfficialNames" -> <|"Indian Approved Name" -> "chloroform"|>, "Synonyms" -> {"31717-44-9[rn]", "triclorometano", "trichloormethaan", "trichlormethan", "4-01-00-00042 (beilstein handbook reference)[beilstein]", "trichloromethane[wiki]", "chcl3[formula]", "tcm", "methane trichloride", "chloroforme[french]", "67-66-3[rn]", "d002725", "1,1,1-trichloromethane; trichlormethan; chloroforme; chloroformium pro narcosi; trichloromethane", "212-742-4[einecs]", "cloroformio", "trichloroform", "200-663-8[einecs]", "1,1,1-trichloromethane", "methyl trichloride", "methenyl chloride", "231-648-4[einecs]", "chloroform[wiki][acd/iupac name]", "chloroform [un1888] [poison]", "r 20 (refrigerant)", "chloroform (stabilized with ethanol) [for spectrophotometry]", "methylidyne trichloride", "ethylenediaminetetraphosphonate", "1731042[beilstein]", "chloroforme", "refrigerant r20", "methenyl trichloride", "methane trichloro-"}|>, "119" -> <|"DatabaseID" -> "SW00118", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "1883"]}, "IsomericSmiles" -> "C=Cc1ccc(cc1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "p-vinylphenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62453]}, "Synonyms" -> {"phenol", "poly(4-vinylphenol)", "p-hydroxystyrene", "4-vinylphenol", "p-vinylphenol", "poly(4-hydroxystyrene)", "chebi:1883", "4-hydroxystyrene", "4-ethenylphenol"}|>, "120" -> <|"DatabaseID" -> "SW00120", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6854"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56217]}, "IsomericSmiles" -> "CSSCC=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl allyldisulfide"|>, "Synonyms" -> {"methyl allyl disulfide", "3-(methyldithio)prop-1-ene", "disulfide allyl methyl", "3-(methyldisulfanyl)-1-propene[acd/iupac name]", "allyl methyl disulfide", "2070522[beilstein]", "disulfide methyl 2-propenyl", "2179-58-0[rn]", "methyl prop-2-en-1-yl disulfide", "4,5-dithia-1-hexene", "disulfide methyl 2-propen-1-yl", "allyl methyl disulphide", "218-549-1[einecs]", "methyl 2-propenyl disulfide", "methylallyl disulphide", "3-(methyldisulfanyl)prop-1-ene"}|>, "121" -> <|"DatabaseID" -> "SW00121", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30746"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10305], ExternalIdentifier["ChemSpiderID", 238]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02277"], ExternalIdentifier["KEGGID", "D00038"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "benzoic acid", "Indian Approved Name" -> "benzoic acid", "FDA Approved Drug" -> "SODIUM BENZOATE"|>, "PharmGKBID" -> "PA448578", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 517055], ExternalIdentifier["PubChemCompoundID", 243]}, "Synonyms" -> {"benzoic acid", "ucephan", "benzenemethanoic acid", "phenylcarboxylic acid", "retardex", "carboxybenzene", "dracylic acid", "benzeneformic acid", "benzenecarboxylic acid", "phenylformic acid", "benzoate", "sodium benzoate", "natrium benzoicum", "benzoic acid[wiki][jan][usan][acd/iupac name]", "flowers of benzoin", "d019817", "200-618-2[einecs]", "euxyl k 100", "chloroperoxidase t", "benzylicum", "214-089-0[einecs]", "acide benzoique[french]", "benzoic acid (7ci,8ci,9ci)", "benzoate of soda", "dracyclic acid", "phenyl formic acid", "185532-71-2[rn]", "65-85-0[rn]", "oracylic acid", "chloride peroxidase", "box", "glycopyrronium bromide imp. d (ep)", "phenyl carboxylic acid", "mbn", "636131[beilstein]", "8013-63-6[rn]", "alcohol bencilico[spanish][inn]", "benfluorex hydrochloride imp. c (ep)", "mefenamic acid imp. d (ep)", "phenylcarbinolum", "flowers of benjamin", "sobenate", "benzene carboxylic acid", "tenn-plas", "bez", "acid benzoic", "benzoesaeure", "acido benzoico[italian]", "unisept bza", "benzeneformic acid; benzenemethanoicacid; benzoesaeure; phenylcarboxylic acid; acide benzoique", "benzenemethonic acid", "cpo-t", "antimol", "acide benzoique", "4-06-00-02222 (beilstein handbook reference)[beilstein]", "phenolcarbinol", "metronidazole benzoate imp. c (ep)", "ec 1.11.1.10", "benzoesaeure[german]", "14659-60-0[rn]", "diacylic acid", "benzoan sodny[czech]", "benzoic acid sodium salt", "208-534-8[einecs]", "3572467", "sodium benzoate[wiki][acd/iupac name]", "natriumbenzolcarboxylat[german]", "benzotron", "sodiumbenzoate", "sodium benzoate [for biochemical research]", "benzoate sodium", "sodium benzoate (jp15/nf)[nf][jp15]", "sodiumato benzoatato", "benzoate sodium", "benzoate de sodium[french]", "benzoesaeure (na-salz)[german]", "metronidazolephosphatedisodiumsalt", "sodium benzoate [usan:jan][jan][usan]", "sodium; benzoate", "benzoic acid sodium salt", "sodium benzoate (tn)", "null", "532-32-1", "benzoic acid sodium salt (1:1)", "ammonul", "532-32-1[rn]"}|>, "122" -> <|"DatabaseID" -> "SW00122", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35235"], ExternalIdentifier["ChEBIID", "17561"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5653]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00151"]}, "IsomericSmiles" -> "C([C@@H](C(=O)[O-])[NH3+])S", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00026"], ExternalIdentifier["KEGGID", "D02326"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cysteine", "Indian Approved Name" -> "l-cysteine;carbocysteine", "FDA Approved Drug" -> "CYSTEINE HYDROCHLORIDE"|>, "PharmGKBID" -> {"PA449173", "PA448033"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5862], ExternalIdentifier["PubChemCompoundID", 12035], ExternalIdentifier["PubChemCompoundID", 60960], ExternalIdentifier["PubChemCompoundID", 23462]}, "Synonyms" -> {"l-cysteine", "thioserine", "l-(+)-cysteine", "(r)-cysteine", "cystein", "cysteine", "half-cystine", "2-amino-3-mercaptopropionic acid", "b-mercaptoalanine", "half cystine", "(r)-2-amino-3-mercaptopropanoic acid", "cys", "l-2-amino-3-mercaptopropionic acid", "l-cys", "3-mercapto-l-alanine", "glutathione synthase", "amino lite (arginine + calcium chloride + dextrose + isoleucine + l-cysteine hydrochloride + l-histidine hcl + l-lysine hydrochloride + leucine + magnesium sulfate + methionine + nicotinic acid + phenylalanine + potassium chloride + pyridoxine hydrochloride + sodium glutamate + thiamine hydrochloride + threonine + tryptophan + valine + vitamin b12 + vitamin b2 (riboflavin 5'-phosphate sodium))_mixture", "bvs amino acid solution inj (arginine hcl + calcium chloride + dexpanthenol + dextrose + dl-isoleucine + l-cysteine hydrochloride + l-histidine hcl + l-lysine hydrochloride + leucine + magnesium sulfate + methionine + nicotinamide + phenylalanine + potassium chloride + pyridoxine hydrochloride + sodium acetate hemodialysis + sodium glutamate + threonine + tryptophan + valine + vitamin b1 + vitamin b12 + vitamin b2)_mixture", "primene 10% (glutamic acid + glycine + histidine + l-alanine + l-arginine + l-aspartic acid + l-cysteine + l-isoleucine + l-leucine + l-lysine + l-ornithine dihydrochloride + l-phenylalanine + l-proline + l-threonine + l-tyrosine + l-valine + methionine + serine + taurine + tryptophan)_mixture", "cicatrin powder (bacitracin zinc + glycine + l-cysteine + neomycin sulfate + threonine)_mixture", "vamin 18 electrolyte-free (glutamic acid + glycine + histidine + l-alanine + l-arginine + l-aspartic acid + l-cysteine + l-isoleucine + l-leucine + l-lysine (lysine acetate) + l-phenylalanine + l-proline + l-threonine + l-tyrosine + l-valine + methionine + serine + tryptophan)_mixture", "vamin n (calcium chloride + glutamic acid + glycine + histidine + l-alanine + l-arginine + l-aspartic acid + l-cysteine (l-cysteine hydrochloride) + l-isoleucine + l-leucine + l-lysine (l-lysine hydrochloride) + l-phenylalanine + l-proline + l-threonine + l-tyrosine + l-valine + magnesium sulfate + methionine + potassium chloride + potassium hydroxide + serine + sodium hydroxide + tryptophan)_mixture", "carbocysteine", "gsh synthetase", "aminoderm poudre (glycine + l-cysteine + neomycin sulfate + threonine)_mixture", "ec 6.3.2.3", "primene 10%-liq iv (glutamic acid + glycine + histidine + l-alanine + l-arginine + l-aspartic acid + l-cysteine hydrochloride + l-isoleucine + l-leucine + l-lysine + l-ornithine + l-phenylalanine + l-proline + l-threonine + l-tyrosine + l-valine + methionine + serine + taurine + tryptophan)_mixture", "ecolan", "amino acid concentrate inj (arginine hcl + calcium chloride + dexpanthenol + dextrose + dl-methionine + glutamic acid + histidine hcl + isoleucine + l-cysteine hydrochloride + l-lysine hydrochloride + leucine + magnesium sulfate + nicotinamide + phenylalanine + potassium chloride + sodium acetate + threonine + tryptophan + valine + vitamin b1 (thiamine) + vitamin b12 + vitamin b2 (riboflavin) + vitamin b6 (pyridoxine))_mixture", "beta-mercaptoalanine", "nephramine liq iv (dl-methionine + histidine + isoleucine + l-cysteine (l-cysteine hydrochloride) + leucine + lysine (lysine acetate) + phenylalanine + sodium bisulfite + threonine + tryptophan + valine)_mixture", "stv amino acid sol inj (arginine hcl + calcium chloride + dexpanthenol + dextrose + dl-methionine + glutamic acid + histidine hcl + isoleucine + l-cysteine hydrochloride + l-lysine hydrochloride + leucine + magnesium sulfate + nicotinamide + phenylalanine + potassium chloride + pyridoxine hydrochloride + sodium acetate + threonine + tryptophan + valine + vitamin b1 (thiamine) + vitamin b12 + vitamin b2 (riboflavin))_mixture", "amino acid inj (arginine + calcium chloride + d-pantothenic acid (calcium d-pantothenate) + dextrose + histidine + isoleucine + l-cysteine hydrochloride + leucine + lysine + magnesium sulfate + methionine + nicotinamide + phenylalanine + potassium chloride + pyridoxine hydrochloride + sodium acetate + threonine + tryptophan + valine + vitamin b1 + vitamin b12 + vitamin b2)_mixture", "gsh-s", "l-cystein", "propanoic acid 2-amino-3-mercapto- (r)-", "3374-22-9[rn]", "h-cys-oh", "l-cysteine[wiki][acd/iupac name]", "(r)-2-amino-3-mercaptopropionic acid", "cys nh3+ cooh", "(2r)-2-amino-3-mercaptopropanoic acid", "a-amino-b-thiolpropionic acid", "cysteine[wiki][inn][acd/iupac name]", "7048-04-6[rn]", "d-cysteine[acd/iupac name]", "(2r)-2-amino-3-sulfanylpropanoic acid", "c", "(2r)-2-ammonio-3-sulfanylpropanoate", "hydrogen l-cysteinate", "01/07/0921", "4371-52-2[rn]", "cisteinum[latin]", "cysteine l-", "(r)-2-amino-3-mercapto-propanoic acid", "monocysteine", "345909-32-2[rn]", "l-2-amino-3-mercaptopropanoic acid", "2-amino-3-mercaptopropanoic acid (r)-", "1721408[beilstein]", "200-158-2[einecs]", "(2r)-2-amino-3-mercaptopropanoic acid; (2r)-2-amino-3-sulfanylpropanoicacid; (r)-2-amino-3-mercaptopropanoic acid; e920; freecysteine; l-cystein; l-zystein", "(2r)-l-cysteine", "cisteina[spanish][inn]", "(r)-2-amino-3-mercapto-propionic acid", "(2r)-2-ammonio-3-mercaptopropanoate", "(+)-2-amino-3-mercaptopropionic acid", "cysteinum[latin]", "fcy", "l-alanine 3-mercapto-", "(r)-(+)-cysteine", "52-90-4[rn]", "l-zystein[german]", "222-160-2[einecs]", "free cysteine", "cysteine hydrochloride", "l-cysteine hydrochloride hydrate", "l-cysteine hydrochloride monohydrate", "fluimucil", "mercapturic acid", "broncholysin", "l-cysteine monohydrate monochloride", "cysteine hcl", "n-acetylcysteine", "h-cys-ohhclh2o", "(r)-cysteine hydrochloride", "l-cysteine monohydrochloride", "fluprowit", "cysteine hydrochloride monohydrate", "l-(+)-cysteine hydrochloride", "l-cysteine hydrochloride", "cystein chloride", "parvolex", "7048-04-6", "cysteine monohydrochloride", "pubchem19010", "acetadote", "l-cysteine.hcl", "n-acetyl-l-cysteine", "cysteine hydrochloride (tn)", "52-89-1", "ac1l2med", "acetylcysteine", "mucomyst"}|>, "123" -> <|"DatabaseID" -> "SW00123", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8079901], ExternalIdentifier["ChemSpiderID", 8080400], ExternalIdentifier["ChemSpiderID", 5295272]}, "IsomericSmiles" -> "c1ccnc(c1)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "chromium picolinate;zinc picolinate;cromium picolinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60145880], ExternalIdentifier["PubChemCompoundID", 9904746], ExternalIdentifier["PubChemCompoundID", 6920223]}, "Synonyms" -> {"zinc picolinate", "pyridine-2-carboxylate", "2-picolinate", "2-pyridinecarboxylate", "zinc00039905", "33234-ep2371823a1", "chromium picolinate", "33234-ep2274983a1", "zinc pyridine-2-carboxylate", "zinc dipicolinate", "33234-ep2305655a2", "2-pyridine carboxylic acid", "chromium 2-pyridinecarboxylate", "17949-65-4", "pyridinecarboxylate", "33234-ep2311815a1", "4-picolinate", "zinc dipyridine-2-carboxylate", "98-98-6[rn]", "pubchem20107", "zinc 2-pyridinecarboxylate", "2-pyridinecarboxylic acid zinc salt (2:1)", "ac1ochvb", "pyridylcarboxylate", "zincpicolinate", "picolinate", "17949-65-4[rn]", "p-pyridinecarboxylate", "pyridine carboxylate", "a812451", "picolinicacid", "ag-e-29796", "i14-8074", "surecn177833", "akos015918238"}|>, "124" -> <|"DatabaseID" -> "SW00124", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15940"], ExternalIdentifier["ChEBIID", "32544"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 913]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00627"]}, "IsomericSmiles" -> "c1cc(cnc1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00049"]}, "OfficialNames" -> <|"China Approved Name" -> "niacin", "Indian Approved Name" -> "vitamin b3;benzy nicotinate;nicotinic acid", "Traditional Herbal Isolate" -> "nicotinic acid;lathyrol diacetate nicotinate;niacin", "Australia Approved Name" -> "NICOTINIC ACID", "FDA Approved Drug" -> "NIACIN"|>, "PharmGKBID" -> "PA450617", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 938]}, "Synonyms" -> {"niacin", "nicotinic acid", "apelagrin", "3-pyridinecarboxylic acid", "akotin", "pellagrin", "daskil", "pelonin", "acidum nicotinicum", "niaspan", "m-pyridinecarboxylic acid", "nicorol", "linic", "nicacid", "nico", "tinic", "vitaplex n", "nicosan 3", "nicodan", "vitamin b3", "pp factor", "naotin", "pellagra preventive factor", "nyclin", "nicodelmine", "nicovel", "simcor", "nicovasan", "nipellen", "nicyl", "p.p. factor", "nicotinipca", "nicoside", "sk-niacin", "diacin", "nicotamin", "nicocidin", "niconat", "niac", "nicocrisina", "nicotine acid", "davitamon pp", "nicotil", "efacin", "nico-span", "peviton", "nicovasen", "niacor", "niconacid", "nicangin", "tega-span", "pellagramin", "anti-pellagra vitamin", "nicosyl", "niconazid", "nicodon", "direktan", "wampocap", "no flush niacin with inositol (inositol (inositol hexanicotinate) + nicotinic acid)_mixture", "nicotene", "flush free niacin with inositol (inositol (inositol hexanicotinate) + nicotinic acid)_mixture", "kyselina nikotinova", "bionic", "pyridinecarboxylic acid", "ff formula niacin & inositol (inositol + nicotinic acid)_mixture", "niacin-niacinamide tab (nicotinamide + nicotinic acid)_mixture", "niacin and inositol (inositol + nicotinic acid)_mixture", "lipofactors & niacin (choline (choline bitartrate) + inositol + nicotinic acid)_mixture", "nicotinsaure", "niacin 500 mg and inositol (inositol + nicotinic acid)_mixture", "niacin capsules with chromium (chromium + nicotinic acid)_mixture", "primanol-borage with niacin and chromium tab (chromium (chromium hvp chelate) + gamma-linolenic acid (borage oil) + nicotinic acid)_mixture", "my favorite niacin and inositol tab (inositol + nicotinic acid)_mixture", "enduracin", "chromium with niacin and niacinamide-liq (chromium (chromic chloride) + nicotinamide + nicotinic acid)_mixture", "one a day advance high pot.b complex and c (beta-carotene + copper (cupric oxide) + d-pantothenic acid (calcium d-pantothenate) + dl-alpha tocopheryl acetate + folic acid + iron (ferrous fumarate) + nicotinamide (niacin ascorbate) + thiamine mononitrate + vitamin a acetate + vitamin b12 + vitamin b2 + vitamin b6 + vitamin c + vitamin d + zinc (zinc oxide))_mixture", "pyridylcarboxylic acid", "one tablet daily high potency b complex and c (beta-carotene + copper (cupric oxide) + d-pantothenic acid (calcium d-pantothenate) + folic acid + iron (ferrous fumarate) + nicotinamide (niacin ascorbate) + vitamin a (vitamin a acetate) + vitamin b1 (thiamine mononitrate) + vitamin b12 + vitamin b2 + vitamin b6 + vitamin c + vitamin d + vitamin e (dl-alpha tocopheryl acetate) + zinc (zinc oxide))_mixture", "vitamin c with niacin and niacinamide-liq (nicotinamide + nicotinic acid + vitamin c)_mixture", "nah", "ec 2.1.1.1", "acide nicotinique", "pyridine-3-carboxylic acid", "1976-28-9[rn]", "pyridine-5-carboxylic acid", "nah[formula]", "vitamin b", "nicotinic acid; pyridine-3-carboxylic acid", "nicolar", "823-77-8[rn]", "nicotinic acid[jp15][acd/iupac name]", "28029-53-0[rn]", "acide nicotinique;acido nicotinico;acidum nicotinicum; nicotinic acid", "acido nicotinico[spanish][inn]", "antipellagra vitamin", "niacin[wiki][usp]", "30827-46-4[rn]", "nicotinic acid [inn_en]", "nicagin", "t6nj cvq[wln]", "nicocap", "3pyrcooh", "123574-58-3[rn]", "3-picolinic acid", "nicotinate[acd/iupac name]", "niacine[wiki]", "pyridine-b-carboxylic acid", "kyselina nikotinova[czech]", "28029-54-1[rn]", "3-pyridylcarboxylic acid", "36321-41-2[rn]", "99148-57-9[rn]", "108-01-0[rn]", "nikotinsaeure", "niaspan[wiki]", "acide nicotinique[french][inn]", "pyridine-3-carbonic acid", "7069-06-9[rn]", "methyl nicotinate imp. a (ep)", "pyridine-3-carboxylic acid[acd/iupac name]", "acide pyridine-3-carboxylique[french][acd/iupac name]", "54-86-4[rn]", "16518-17-5[rn]", "nicotinsaure[german]", "niaspan titration starter pack", "slo-niacin", "5-22-02-00057", "vitamin- b3", "337376-15-5", "niacin td", "nicotene[wiki]", "109591[beilstein]", "acidum nicotinicum[latin][inn]", "niaspan er", "200-215-1[einecs]", "nicotinic acid (niacin)", "59-67-6", "3789-96-6[rn]", "nicamin", "p. p. factor", "nicotinicacid", "10361-13-4[rn]", "pyridinecarboxylic acid 3-", "vitamin b3 (niacin)", "pyridine-carboxylique-3[french]", "3-carboxylpyridine", "nicobid", "niacor (tn)", "636-79-3[rn]", "59-67-6[rn]", "200-441-0[einecs]", "p.p. factor-pellagra preventive factor", "bionic[wiki]", "5-22-02-00057 (beilstein handbook reference)[beilstein]", "s115", "53890-72-5[rn]", "pyridine-3-carboxylic acid; 3-carboxypyridine"}|>, "125" -> <|"DatabaseID" -> "SW00125", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17154"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 911]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02701"]}, "IsomericSmiles" -> "c1cc(cnc1)C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00036"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nicotinamide;niacinamide;niacinamide ip", "Traditional Herbal Isolate" -> "vitamin b", "Australia Approved Name" -> "NICOTINAMIDE;VITAMIN B", "China Approved Name" -> "nicotinamide", "WHO Essential Medicine" -> "nicotinamide", "FDA Approved Drug" -> "NIACINAMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 936]}, "Synonyms" -> {"nicotinamide", "amixicotyn", "nicotylamide", "nicotinic acid amide", "papulex", "vitamin pp", "endobion", "aminicotin", "niacinamide", "3-pyridinecarboxamide", "niavit pp", "inovitan pp", "enduramide", "nicotinamide[wiki][jp15][acd/iupac name]", "niozymin", "vitamin b", "nicotinamid", "202-713-4[einecs]", "niacevit", "delonin amide", "nicotinic acid[jp15][acd/iupac name]", "mediatric", "niacinamide[wiki][usp]", "pyridine-3-carboxylic acid amide", "vitamin b (van)", "3-pyridinecarboxylic acid amide", "383619[beilstein]", "endibion", "nicosan 2", "t6nj cvz[wln]", "nicovitina", "nicotine amide", "niko-tamin", "benicot", "vitamin b3", "nandervit-n", "nicotililamido", "nicamindon", "hansamid", "nicozymin", "pelmine", "niamide", "nicovel", "witamina pp", "dipigyl", "nicotol", "nicotilamide", "savacotyl", "vi-nicotyl", "vi-nivotyl", "nicasir", "nicotinamida[spanish][inn]", "nicotylamidum", "pelonin amide", "dipegyl", "m-(aminocarbonyl)pyridine", "nicogen", "pyridine-3-carboxamide", "nicomidol", "nicota", "nicosylamide", "qs3675000 [rtecs]", "vitamin- b3", "nicotinsaureamid[german]", "nicotinic amide", "98-92-0[rn]", "factor pp", "nicotine acid amide", "nicotamide", "mfcd00006395", "niacinamide;nicotinic acid amide", "nicovitinia", "vi-noctyl", "nicamina", "pyridine 3-carbamoyl-", "nam", "d009536", "nicovit", "pelmin", "niocinamide", "pp-faktor", "amid kyseliny nikotinove[czech]", "nicofort", "amnicotin", "austrovit pp", "nicobion", "nicotinsaeureamid", "nikotinamid", "nikotinsaeureamid", "nikotinsaeureamid[german]", "nicovitol", "niacotinamide", "nicotinamidum[latin]", "3-carbamoylpyridine", "bst- 1", "bone marrow stromal antigen 1", "cd157 antigen", "cyclic adp-ribose hydrolase 2", "ec 3.2.2.5", "adp-ribosyl cyclase 2 precursor", "cadpr hydrolase 2"}|>, "126" -> <|"DatabaseID" -> "SW00126", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9754"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6257]}, "IsomericSmiles" -> "C(C(CO)(CO)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00396"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TROMETHAMINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6503]}, "Synonyms" -> {"tham", "trometamol", "tris(hydroxymethyl)aminomethane", "tromethamine", "pehanorm", "talatrol", "trizma", "201-064-4[einecs]", "tris(hydroxymethyl)methylamine", "tris hydroxymethylaminomethane", "2-amino-2-(hydroxymethyl)-1,3-propanediol[acd/iupac name]", "tris-amino", "2-amino-2-methylol-1,3-propanediol", "tromethanmin", "2-amino-2-(hydroxymethyl)propane-1,3-diol[acd/iupac name]", "tl8005336", "tris[wiki]", "tris-steril", "tromethane", "tutofusin tris", "tromethamin", "tromethamine[usp]", "trimethylol aminomethane", "tromethamolum", "tham (tn)", "tris buffer", "1,1,1-tris(hydroxymethyl)methanamine", "77-86-1[rn]", "trizma base", "tri(hydroxymethyl)aminomethane", "methanamine 1,1,1-tris(hydroxymethyl)-", "addex-tham", "2-(hydroxymethyl)-2-amino-1,3-propanediol", "trisamine", "tris (hydroxymethyl) aminomethane", "tris", "tris (van)", "trisamin", "tmn", "q1xz1q1q[wln]", "741883[beilstein]", "trimethylolaminomethane", "tham-e", "1,1,1-tris(hydroxymethyl)methylamine", "1,3-propanediol 2-amino-2- (hydroxymethyl)-", "tris(hydroxymethyl)methanamine", "aminotris(hydroxymethyl)methane", "trometamole", "1,3-propanediol 2-amino-2-(hydroxymethyl)-[acd/index name]", "2-amino-2-(hydroxymethyl)propan-1,3-diol", "trometamolum[latin]", "tris(hydroxymethyly)amino methane", "2-amino-2-hydroxymethylpropane-1,3-diol", "1,1,1-tris(hydroxymethyl)-methanamine", "apiroserum tham", "tris-base", "trisaminol", "methylamine 1,1,1-tris(hydroxymethyl)-", "2-amino-2-hydroxymethyl-1,3-propanediol", "trs", "sigma 7-9", "aminotrimethylolmethane"}|>, "127" -> <|"DatabaseID" -> "SW00127", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7391]}, "IsomericSmiles" -> "CCOc1ccccc1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phenyl ethyl alcohol", "Indian Approved Name" -> "phenyl ethyl alcohol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7674]}, "Synonyms" -> {"benzene", "a phenoxyethane", "phenetole", "phenyl ethyl ether", "benzene ethoxy-", "ether", "ethyl phenyl ether; phenetole; phenyl ethyl ether", "2-methylmethoxybenzene", "203-139-7[einecs]", "103-73-1", "103-73-1[rn]", "phenylcthylether", "hsdb 112", "ether ethyl phenyl", "3-methylmethoxybenzene", "ethoxybenzene[acd/iupac name]", "ethyl phenyl ether", "benzene ethoxy", "phenetol", "1-phenyl ethyl alcohol", "ethyl phenyl ether[wiki]", "636270", "phenyl ethyl alcohol", "ethoxybenzene"}|>, "128" -> <|"DatabaseID" -> "SW00128", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "49000"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5830]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02192"]}, "IsomericSmiles" -> "c1ccc(cc1)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00192"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-phenylethyl alcohol;phenylethyl alcohol;beta-phenethyl alcohol", "Indian Approved Name" -> "phenylethyl alcohol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6054]}, "Synonyms" -> {"2-phenyl-ethanol", "benzeneethanol", "phenylethyl alcohol", "phenylethanol", "2-phenylethyl alcohol", "phenethanol", "benzyl carbinol", "phenylethyl alcohol[usp]", "(2-hydroxyethyl)benzene", "200-456-2[einecs]", "pte", "2-phenylethanol[acd/iupac name]", "nortropine", "64-04-0[rn]", "phenethyl alcohol", "natural phenethyl alcohol", "2-pea", "ec 3.1.8.1", "parathion hydrolase precursor", "phosphotriesterase", "1905732[beilstein]", "2-phenethyl alcohol", "beta-phenylethanol", "pel", "60-12-8[rn]", "orange oil", "2-hydroxyethylbenzene", "pea", "phenethylalcohol", "200-574-4[einecs]", "rose oil", "q2r[wln]", "1-phenyl-2-ethanol", "benzylmethanol", "b-phenylethyl alcohol", "ethanol 2-phenyl-", "2-phenylethanol", "b-pea", "538-09-0[rn]", "b-phenethanol", "phenethyl alcohol[acd/iupac name]", "1321-27-3[rn]", "b-phenylethanol", "li7", "phenyl ethanol", "4-06-00-03067 (beilstein handbook reference)[beilstein]", "1960-12-8", "b-hydroxyethylbenzene", "benzylcarbinol"}|>, "129" -> <|"DatabaseID" -> "SW00129", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18397"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13856352]}, "IsomericSmiles" -> "c1ccc(cc1)CC[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phenethylamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1001]}, "Synonyms" -> {"2-phenylethanamine", "2-phenylethylamine", "2-phenethylamine", "benzeneethanamine", "1-amino-2-phenylethane", "isovalerianic", "(2-aminoethyl)benzene", "o-pea", "1-phenyl-2-amino-athan[german]", "d-phenethylamine", "103-67-3[rn]", "2-amino-fenylethan[czech]", "65185-58-2[rn]", "beta-phenylethylamine", "2627-86-3[rn]", "3-methylbutyric acid", "220-098-0[einecs]", "acetic acid isopropyl-", "ethanamine 2-phenyl-", "phenethylammonium chloride", "phenethylamine-", "isovaleric acid", "507488[beilstein]", "phenethyl amine", "phenethylamine[wiki]", "(s)-phenethylamine", "phenethylamine", "isopentanoic acid", "delphinic acid", "isopropylacetic acid", "2-amino-1-phenylethane", "phenylethylamine[wiki]", "beta-phenethylamine", "1-phenyl-2-aminoethane hydrochloride", "3886-69-9[rn]", "2-aminoethylbenzene", "1-phenyl-2-aminoethane", "223-423-4[einecs]", "beta-aminoethylbenzene", "phenethylamine hydrochloride", "3-methylbutyrate", "?-phenylethylamine", "64-04-0[rn]", "2-phenylethan-1-amine", "2-phenylethylamine hydrochloride", "phenethylamine hydrochloride", "(2-aminoethyl)benzene; 1-amino-2-phenylethane", "benzeneethanamine hydrochloride", "phenylethylamine", "phenylethylamine(2)", "2-phenylethanamin", "200-574-4[einecs]", "butyric acid 3-methyl-", "polystyrene a-nh2", "ethylamine 2-phenyl-", "butanoic acid 3-methyl-", "2-fenylethylamin[czech]", "(2-aminoethyl)polystyrene"}|>, "130" -> <|"DatabaseID" -> "SW00130", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10269]}, "IsomericSmiles" -> "CC1=C(C2CCC1C2)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "santene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10720]}, "Synonyms" -> {"santene", "2", "529-16-8", "208-452-2[einecs]", "529-16-8[rn]", "2-norbornene 2,3-dimethyl-", "o-toluylaldehyde", "bicyclo[2.2.1]hept-2-ene 2,3-dimethyl-", "bicyclo(2.2.1)hept-2-ene", "2,3-dimethylbicyclo[2.2.1]hept-2-ene[acd/iupac name]", "2-toluenkarbonitril[czech]", "bicyclo(2.2.1)hept-2-ene 2,3-dimethyl-", "2-norbornene", "25550-22-5[rn]", "o-toluic nitrile", "529-20-4[rn]", "2,3-dimethyl-2-norbornene", "o-tolylaldehyde", "o-methylbenazldehyde", "bicyclo[2.2.1]hept-2-ene", "2-tolualdehyde", "208-451-7[einecs]", "529-19-1[rn]", "ac1l1vsz", "2,3-dimethylbicyclo(2.2.1)hept-2-ene", "o-tolylnitrile"}|>, "131" -> <|"DatabaseID" -> "SW00131", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "127780"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 40540]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00529"]}, "IsomericSmiles" -> "C(=O)([O-])P(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00579"]}, "OfficialNames" -> <|"Australia Approved Name" -> "FOSCARNET SODIUM", "FDA Approved Drug" -> "FOSCARNET SODIUM"|>, "PharmGKBID" -> "PA449706", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3415]}, "Synonyms" -> {"triapten", "foscavir", "foscarnet sodium", "phosphonoformate", "phgosphonocarboxylic acid", "foscarmet", "foscarnet", "carboxyphosphonic acid", "phosphonoformic acid", "forscarnet sodium", "trisodium dioxidophosphanecarboxylate oxide", "trisodium phosphonophormate", "phosphinecarboxylic acid dihydroxy- oxide trisodium salt", "63585-09-1[rn]", "foscarnet sodium [usan:ban:inn][inn][usan]", "formic acid", "dihydroxyphosphinecarboxylic acid oxide trisodium salt", "null", "foscarnet sodium[usan]", "foscavir[wiki]", "(phosphonoformate)trisodium phosphonoformate", "antiviralagent :inhibitorof reverse transcriptase of human t-cell lymphotropic virus type iii,useful inthe treatment ofhsv-1 infections", "trinatriumdioxidophosphancarboxylat-oxid", "foscavir (tn)", "ec 2.7.7.7", "phosphoranecarboxylic acid,dihydroxy- oxide trisodium salt", "trisodium phosphonoformate", "chebi:127780", "trisodium carboxyphostpate", "pfa", "foscarnetsodium;foscarnetsodium;trisodiumcarboxyphosphate;trisodium carboxyphosphate(anhydrous); trisodium dioxidophosphinecarboxylate oxide; trisodium phosphonoformate; trisodium phosphonoformate (anhydrous)", "foscarnet[wiki]", "virudin", "dioxidophosphanecarboxylate-oxyde de trisodium", "foscarnet sodico[spanish]", "trisodiumdioxidophosphinecarboxylate oxide with 6 molecules ofwater(foscarnet)", "foscarnet sodium [inn_en]", "phosphoranecarboxylic acid,1,1-dihydroxy- oxide sodium salt(1:3)", "foscarnetsodium", "foscarnetsodique;foscarnet sodium;foscarneto sodico; foscarnetum natricum", "trisodium dioxidophosphinecarboxylate oxide[acd/iupac name]", "foscarnetum natricum[latin]", "foscarneto sodico[spanish][inn]", "dihydroxyphosphinecarboxylic acid oxide", "phosphonoformic acid trisodium salt", "foscarnet sodique[french][inn]", "34156-56-4[rn]"}|>, "132" -> <|"DatabaseID" -> "SW00132", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18400"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 133103]}, "IsomericSmiles" -> "C1=CC(=O)C(=CC1=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "hydroxyquinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 151011]}, "Synonyms" -> {"hydroxybenzoquinone", "2-hydroxy-p-benzoquinone", "hydroxy-p-benzoquinone", "hydroxy-1", "2,5-cyclohexadiene-1,4-dione 2-hydroxy-", "unii-c7i5hv2jfi", "hydroxy-para-benzoquinone", "hydroxyquinone", "2474-72-8[rn]", "2-hydroxy-2,5-cyclohexadiene-1,4-dione", "hydroxy-1,4-benzoquinone[wiki]", "2474-72-8", "2-hydroxy-1", "2-hydroxycyclohexa-2,5-diene-1,4-dione", "hydroxybenzoquinones", "2-hydroxy-1,4-benzoquinone[acd/iupac name]", "2-hydroxycyclohexa-2"}|>, "133" -> <|"DatabaseID" -> "SW00133", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8656"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1017]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00339"]}, "IsomericSmiles" -> "c1cnc(cn1)C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00144"]}, "OfficialNames" -> <|"China Approved Name" -> "pyrazinamide", "Indian Approved Name" -> "pyrazinamide", "WHO Essential Medicine" -> "pyrazinamide", "Australia Approved Name" -> "PYRAZINAMIDE", "FDA Approved Drug" -> "PYRAZINAMIDE"|>, "PharmGKBID" -> "PA451182", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1046]}, "Synonyms" -> {"pyrazinamide", "pyrazinecarboxamide", "pirazinamid", "aldinamid", "aldinamide", "pirazimida", "pyrazinoic acid amide", "unipyranamide", "zinamide", "pezetamid", "pyrazinecarboxylic acid amide", "pyrazineamide", "pyrazinamdie", "pyrazine-2-carboxamide", "corsazinmid", "dipimide", "pza", "rozide", "braccopiral", "pyrazinamide bp 2000", "piraldina", "tebrazid", "tebrazio", "pyrazide", "prazina", "pyramide", "pms-pyrazinamide", "lynamide", "pyrazine carboxylamide", "farmizina", "pyrafat", "eprazin", "isopas", "pirilene", "novamid", "zinastat", "202-717-6[einecs]", "98-96-4[rn]", "pyrazin-2-carboxamid", "pyrazinamide [ban:inn:jan][inn][jan]", "2-carbamylpyrazine", "pyrazinoic acid amide.", "5-25-04-00178", "2-carbamyl pyrazine", "112306[beilstein]", "paz", "d-50 (van)", "pharozinamide", "rifater", "rifater - tab (isoniazid + pyrazinamide + rifampin)_mixture", "pyrazinoic acid amide; pyrazinamide; pza", "d011718", "pyz", "pyrazinamide[wiki]", "pyrazinamidum[latin]", "pirazinamida[spanish][inn]", "2-pyrazinecarboxamide[acd/iupac name]", "'pyrazinamide'", "pyrazinamide (tn)", "5-25-04-00178 (beilstein handbook reference)[beilstein]", "a-pyrazinamide", "4238-71-5[rn]", "74617-55-3[rn]", "2-(aminocarbonyl)pyrazine", "pezetamid;pyrafat;zinamide;tebrazid;pyrafat;pyrazinoicacid amide", "tisamid", "pyrazine carboxamide", "pyrazine-2-carboxylic acid amide", "pirazinamide [dcit]", "pyrazinoic acid amide pezetamid pyrafat"}|>, "134" -> <|"DatabaseID" -> "SW00134", "IsomericSmiles" -> "c1ccc(c(c1)CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05790"]}, "OfficialNames" -> <|"NPC Approved Name" -> "salicyl alcohol monosodium salt"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5146]}, "Synonyms" -> {"salicyl alcohol", "o-hydroxybenzyl alcohol", "saligenin", "diathesin", "2-hydroxybenzyl alcohol", "2-methylolphenol", "saligenol", "2-(hydroxymethyl)phenol", "benzenemethanol", "90-01-7"}|>, "135" -> <|"DatabaseID" -> "SW00135", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8665]}, "IsomericSmiles" -> "COc1ccc(cc1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04926"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MEQUINOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9015]}, "Synonyms" -> {"4-hydroxyanisole", "mechinolum", "mequinol", "p-methoxyphenol", "leucobasal", "p-hydroxyanisole", "bms-181158", "1122-93-6[rn]", "4-methoxyphenol", "hqmme", "150-76-5", "phenol p-methoxy-", "mequinol[wiki]", "205-769-8[einecs]", "mehq", "novo-dermoquinona", "p-hydroxyanisole; 4-methoxyphenol; hydroquinone mo", "150-78-7[rn]", "solage", "150-76-5[rn]", "4-methoxy-phenol", "4-methoxybenzolol[german]", "phenol", "hydroquinone monomethyl ether", "1-hydroxy-4-methoxybenzene", "205-771-9[einecs]", "507924", "guaiacol imp. g (ep)", "tl806296", "4-methoxyphenol[acd/iupac name]", "4-hydroxyanisole; hydroquinone monomethyl ether; mehq", "phenol 4-methoxy-", "para-methoxyphenol", "p-anisyl alcohol", "105-13-5[rn]", "hydroxyquinone methyl ether", "leucodine b", "anisyl alcohol", "phenol,4-methoxy", "p-hydroxyanisol[german]", "4ha", "1331-81-3[rn]", "203-273-6[einecs]", "p-guaiacol"}|>, "136" -> <|"DatabaseID" -> "SW00136", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28591"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 447]}, "IsomericSmiles" -> "COc1ccccc1O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00117"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guaiacol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 460]}, "Synonyms" -> {"o-methoxyphenol", "pyrocatechol monomethyl ether", "guaicolina", "2-hydroxyanisole", "creodon", "phenol", "guaiastil", "guaicol", "guaiacol", "1990-05-1", "o-methoxy-phenol", "1-hydroxy-2-methoxybenzene", "methylcatechol", "guiacol", "d006139", "o-guaiacol", "o-methyl catechol", "pyroguaiac acid", "232-419-1[einecs]", "508112", "creosote wood", "guaifenesin imp. a (ep)", "o-methylcatechol", "anastil", "catechol methyl", "o-hydroxyanisole", "ortho-methoxyphenol", "methylcatachol", "guasol", "2-methoxyphenol", "201-964-7[einecs]", "hydroxyanisole", "pyrocatechol monomethyl ether", "guajol", "methoxyphenol", "phenol 2-methoxy-", "creodon (tn)", "9009-62-5[rn]", "90-05-1[rn]", "2-hydroxy-anisole", "phenol methoxy-", "phenol o-methoxy-", "2-methoxyphenol; catechol monomethylether; pyrocatechol monomethyl ether", "2-methoxyphenol[acd/iupac name]", "guaiacol[wiki][jan]", "methyl catechol", "guajacol", "26638-03-9[rn]", "28930-19-0[rn]", "pyrocatechol methyl ester", "o-methoxy catechol", "guaiaco", "catechol monomethyl ether", "guajakol[czech]", "pyrocatechol monomethylether", "pyroguaic acid", "2-methoxy-phenol"}|>, "137" -> <|"DatabaseID" -> "SW00137", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64198"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2971]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06782"]}, "IsomericSmiles" -> "C(C(CS)S)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00167"]}, "OfficialNames" -> <|"China Approved Name" -> "dimercaprol", "WHO Essential Medicine" -> "dimercaprol", "Indian Approved Name" -> "dimercaprol", "FDA Approved Drug" -> "DIMERCAPROL"|>, "PharmGKBID" -> "PA165958406", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3080]}, "Synonyms" -> {"british anti-lewisite", "dimercaprol", "bal", "dicaptol", "2,3-dimercaptopropanol", "dimercaptopropanol", "sulfactin", "2", "dithioglycerine", "205-011-6[einecs]", "a,b-dithioglycerol", "dithioglycerol (van)", "dimercaprol[wiki][usp][inn][ban][jan][jp15]", "dimerkaprol[czech]", "2,3-disulfanylpropan-1-ol", "1,2-dimercapto-3-propanol", "59-52-9[rn]", "115-76-4[rn]", "dithioglycerol", "212-389-6[einecs]", "2,3-dimercaptopropan-1-ol", "2,3-disulfanyl-1-propanol[acd/iupac name]", "1,2-dithioglycerol", "204-103-3[einecs]", "2,3-dimercapro", "dimercaptol", "bal in oil injection", "131-11-3[rn]", "813-78-5[rn]", "dimercaprolo [dcit]", "98923-19-4[rn]", "dimersol", "anti-lewisite", "2,3-dithiopropanol", "british antilewisite", "2,3-dimercaptol-1-propanol", "1732058", "sulfactin (van)", "2,3-mercaptopropan-1-ol", "2,3-dithiopropan-1-ol", "dimercaprolum[latin]", "propanol 2,3-dimercapto-", "dimercaprolum", "3-hydroxy-1,2-propanedithiol", "200-433-7[einecs]", "antoxol", "1-propanol 2,3-dimercapto-", "31855-41-1[rn]", "dimercaprol; dimercaprolum", "67-51-6[rn]", "dmp", "200-657-5[einecs]", "1", "glycerol 1,2-dithio-", "dimercaptopropanol (van)", "panobal", "23102-35-4[rn]", "2,3-dimercapto-1-propanol", "2,3-bis-sulfanylpropan-1-ol", "4-01-00-02770 (beilstein handbook reference)[beilstein]", "81600-56-8[rn]"}|>, "138" -> <|"DatabaseID" -> "SW00137", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64198"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2971]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06782"]}, "IsomericSmiles" -> "C(C(CS)S)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00167"]}, "OfficialNames" -> <|"China Approved Name" -> "dimercaprol", "WHO Essential Medicine" -> "dimercaprol", "Indian Approved Name" -> "dimercaprol", "FDA Approved Drug" -> "DIMERCAPROL"|>, "PharmGKBID" -> "PA165958406", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3080]}, "Synonyms" -> {"british anti-lewisite", "dimercaprol", "bal", "dicaptol", "2,3-dimercaptopropanol", "dimercaptopropanol", "sulfactin", "2", "dithioglycerine", "205-011-6[einecs]", "a,b-dithioglycerol", "dithioglycerol (van)", "dimercaprol[wiki][usp][inn][ban][jan][jp15]", "dimerkaprol[czech]", "2,3-disulfanylpropan-1-ol", "1,2-dimercapto-3-propanol", "59-52-9[rn]", "115-76-4[rn]", "dithioglycerol", "212-389-6[einecs]", "2,3-dimercaptopropan-1-ol", "2,3-disulfanyl-1-propanol[acd/iupac name]", "1,2-dithioglycerol", "204-103-3[einecs]", "2,3-dimercapro", "dimercaptol", "bal in oil injection", "131-11-3[rn]", "813-78-5[rn]", "dimercaprolo [dcit]", "98923-19-4[rn]", "dimersol", "anti-lewisite", "2,3-dithiopropanol", "british antilewisite", "2,3-dimercaptol-1-propanol", "1732058", "sulfactin (van)", "2,3-mercaptopropan-1-ol", "2,3-dithiopropan-1-ol", "dimercaprolum[latin]", "propanol 2,3-dimercapto-", "dimercaprolum", "3-hydroxy-1,2-propanedithiol", "200-433-7[einecs]", "antoxol", "1-propanol 2,3-dimercapto-", "31855-41-1[rn]", "dimercaprol; dimercaprolum", "67-51-6[rn]", "dmp", "200-657-5[einecs]", "1", "glycerol 1,2-dithio-", "dimercaptopropanol (van)", "panobal", "23102-35-4[rn]", "2,3-dimercapto-1-propanol", "2,3-bis-sulfanylpropan-1-ol", "4-01-00-02770 (beilstein handbook reference)[beilstein]", "81600-56-8[rn]"}|>, "139" -> <|"DatabaseID" -> "SW00138", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8066]}, "IsomericSmiles" -> "Cc1c(c(=O)cco1)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pyromeconic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8369]}, "Synonyms" -> {"larixinic acid", "vetol", "larixic acid", "3-hydroxy-2-methyl-4-pyrone", "palatone", "maltol", "204-271-8[einecs]", "3-hydroxy-2-methylpyran-4-one", "3-hydroxy-2-methyl-g-pyrone", "3-hydroxy-2-methyl-4-pyranone", "3-hydroxy-2-methyl-pyran-4-one", "2-methyl pyromeconic acid", "5-18-01-00114 (beilstein handbook reference)[beilstein]", "118-71-8[rn]", "2-methyl-3-oxidanyl-pyran-4-one", "2-methyl-3-hydroxypyrone", "corps praline", "3-hydroxy-2-methyl-4h-pyran-4-one[acd/iupac name]", "118-71-8", "3-hydroxy-2-methylpyrone", "3-hydroxy-2-methyl-4h-pyran-4-one", "3-hydroxy-2-methyl-4h-pyran-4-on", "2-methylpyromeconic acid", "talmon", "4h-pyran-4-one 3-hydroxy-2-methyl-", "2-methyl-3-hydroxy-4-pyrone"}|>, "140" -> <|"DatabaseID" -> "SW00139", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15891"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1091]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01956"]}, "IsomericSmiles" -> "C(CS(=O)(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00047"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taurine", "Indian Approved Name" -> "taurine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1123]}, "Synonyms" -> {"taurine", "2-aminoethanesulfonic acid", "2-sulfoethylamine", "aminoethylsulfonic acid", "o-due", "2-aminoethylsulfonic acid", "tauphon", "taurine[wiki][inn]", "107-35-7[rn]", "2-aminoethane-1-sulfonic acid", "tau", "ethanesulfonic acid", "beta-aminoethylsulfonic acid", "conjugated bile acid hydrolase", "[107-35-7]", "2-aminoethylsulfonate", "l-taurine", "2-aminoetahanesulfonic acid", "taukard", "taurin[wiki]", "2-aminoethanesulphonic acid", "2-ammonioethanesulfonate", "b-aminoethylsulfonic acid", "2-aminoethyl sulfonate", "2-azaniumylethane-1-sulfonate", "1751215[beilstein]", "138-15-8[rn]", "aminoethanesulfonic acid", "1-aminoethane-2-sulfonic acid", "b-aminoethylsulfonate", "taurina[spanish]", "2-aminoethanesulfonic acid[acd/iupac name]", "taufon", "taurine (8ci)", "ethanesulfonic acid 2-amino- (9ci)", "bile salt hydrolase", "2-aminoethanesulfonate", "91105-79-2[rn]", "1-aminoethane-2-sulfonate", "tl8000260", "ethanesulfonic acid 2-amino-", "taurinum[latin]", "107-35-7", "203-483-8[einecs]", "taurine zwitterion", "cbah", "2-amino-ethanesulfonicacid", "ec 3.5.1.24", "aminoetylsulphonic acid"}|>, "141" -> <|"DatabaseID" -> "SW00141", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16204"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 352]}, "IsomericSmiles" -> "c1c(cc(cc1O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00152"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phloroglucinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 359]}, "Synonyms" -> {"dilospan s", "benzene-s-triol", "phloroglucinol", "phloroglucine", "1", "spasfon-lyoc", "1,3,5-trihydroxybenzene", "floroglucin[czech]", "floroglucinol[czech]", "sym-trihydroxybenzene", "benzol-1,3,5-triol[german]", "dilospan s (tn)", "1,3,5-trihydroxycyclohexatriene", "s-trihydroxybenzene", "108-73-6[rn]", "phloroglucin", "benzene-1", "5-hydroxyresorcinol", "1341907", "phloroglucinol[wiki]", "1,3,5-benzenetriol[acd/iupac name]", "203-611-2[einecs]", "benzene 1,3,5-trihydroxy-", "108-73-6", "tl8000285", "4-06-00-07361 (beilstein handbook reference)[beilstein]", "5-oxyresorcinol", "benzene-1,3,5-triol[wiki]", "floroglucinol[portuguese]", "1,3,5-thb"}|>, "142" -> <|"DatabaseID" -> "SW00142", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16164"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13835557]}, "IsomericSmiles" -> "c1cc(c(c(c1)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pyrogallol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1057]}, "Synonyms" -> {"1", "fourrine 85", "fourrine pg", "benzenetriol", "87-66-1[rn]", "fouramine base ap", "907431", "1,2,3-trihydroxybenzene", "acid pyrogallic", "gallol", "d011748", "35296-77-6[rn]", "201-762-9[einecs]", "benzene-1,2,3-triol", "pyrogallol", "1,2,3-benzenetriol", "533-73-3[rn]", "benzol-1,2,3-triol", "pyrogallic acid", "fouramine brown ap", "c.i. oxidation base 32", "87-66-1", "208-575-1[einecs]", "benzene-1", "pyro", "pyrogallol[wiki]", "tl8005703"}|>, "143" -> <|"DatabaseID" -> "SW00143", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17821"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1103]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03462"]}, "IsomericSmiles" -> "Cc1c[nH]c(=O)[nH]c1=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thymine", "NPC Approved Name" -> "bay t 7391"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1135]}, "Synonyms" -> {"thymine", "5-methyl uracil", "2", "5-methyluracil", "tdrpase", "ec 2.4.2.4", "thymin", "5-methylpyrimidine-2,4-diol", "t-3845", "4-hydroxy-5-methylpyrimidin-2(1h)-one", "2,4-pyrimidinediol 5-methyl-", "5-methyl-1,2,3,4-tetrahydropyrimidine-2,4-dione", "stavudine imp. a (ep)", "5-methyl-1,3-dihydropyrimidine-2,4-dione", "65-71-4", "65-74-1", "thymine (van) (8ci)", "5-methylpyrimidin-2,4(1h,3h)-dion", "2,4(1h,3h)-pyrimidinedione 5-methyl-", "(3h)methylthymidine", "89-83-8[rn]", "zidovudine imp. c (ep)", "65-71-4[rn]", "5-methyl-2", "5-methyl-2,4(1h,3h)-pyrimidinedione[acd/iupac name]", "2,4-dihydroxy-5-methylpyrimidine; 5-methyluracil", "5-methyl-2,4(1h,3h)-pyrimidindion", "5-methyl-2,4-dihydroxypyrimidine", "thymin (purine base)", "thymine[wiki]", "2,4-dihydroxy-5-methylpyrimidine", "2,4(1h,3h)-pyrimidinedione 5-methyl- (9ci)", "5-methyl-uracil", "2,4-dihydroxy-5-methylpyrimidine; 5-methyl-2,4(1h,3h)-pyrimidinedione; 5-methylpyrimidine-2,4(1h,3h)-dione;5-methyluracil; thy; thymin; thymine", "thy", "5-methylpyrimidine-2,4-dione", "200-616-1[einecs]", "tdr", "5-methylpyrimidine-2,4(1h,3h)-dione", "5-methyl-1h-pyrimidine-2,4-dione", "tl8004657", "thymine (8ci)", "607626[beilstein]", "thymine anhydrate", "80289-22-1[rn]", "t[formula]"}|>, "144" -> <|"DatabaseID" -> "SW00144", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2275869]}, "IsomericSmiles" -> "c1ccn(c(=S)c1)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01938"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PYRITHIONE ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3005837]}, "Synonyms" -> {"pyrithione zinc", "head and shoulders", "(t-4)-bis(1-hydroxy-2(1h)-pyridinethionato-o,s)zinc", "zinc pyrithione[wiki]", "zinc omadine", "bis(1-hydroxy-2(h)-pyridinethionato)zinc", "tomicide z 50", "zinc bis(2-pyridylthio)- 1,1'-dioxide", "zinc 1-oxidopyridin-1-ium-2-thiolate", "zinc - pyrion", "13463-41-7", "vancide zp", "236-671-3[einecs]", "zinc 1-oxidopyridine-2-thione", "2-mercaptopyridine n-oxide zinc salt", "zinc pyrethion", "evafine p 50", "pyrithione zinc (usan/inn)", "zinc pyrithione(usan", "zpt", "hokucide zpt", "ac1l1aa3", "top brass", "zinc 2-pyridinethiol 1-oxide", "zinc bis(1-hydroxy-2(1h)-pyridinethionato-o,s)-(t-4)-", "bis(1-hydroxy-2(1h)-pyridinethionato)zinc", "znpt", "vancide p", "zinc bis(2-pyridylthio)-n-oxide", "{bis[1-hydroxy-2(1h)-pyridinethionato]zinc}", "zinc pyrithione", "zinc pyrithione (jan)", "1-hydroxypyridine-2-thione zinc salt", "13463-41-7[rn]", "zinc bis(2-thioxopyridin-1(2h)-olate)", "2(1h)-pyridinethione 1-hydroxy- zinc salt (2:1)", "sebulon shampoo", "omadine zinc", "sebulon shampoo (tn)", "niccanon skt", "bis(2-thioxopyridin-1(2h)-olate) de zinc", "zn - pyrion", "zinc bis(2-pyridinylthio)- n,n'-dioxide", "wella crisan", "zinc pyridinethione", "finecide zpt", "mercaptopyridine n-oxide zinc salt; pyrithione", "ac1mhjff", "zincon dandruff shampoo", "breck one dandruff shampoo", "zinc bis(2-pyridylthio)- n,n'-dioxide", "pyrithione zinc derivative"}|>, "145" -> <|"DatabaseID" -> "SW00145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9478]}, "IsomericSmiles" -> "CC(=CCCC(=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylheptenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9862]}, "Synonyms" -> {"2-methyl-2-hepten-6-one", "6-methyl-5-heptene-2-one", "6-methyl-5-hepten-2-one", "methyl heptenone", "6-methylhept-5-en-2-one", "sulcatone", "methylheptenone", "jsp000828", "409-02-9[rn]", "5-hepten-2-one", "6-methyl-5-heptenone", "110-93-0", "6-methylheptan-5-ene-2-one", "1741705", "6-methyl-d5-hepten-2-one", "206-990-2[einecs]", "heptenone", "hept-5-en-2-one 6-methyl-", "129085-68-3[rn]", "6-methyl-5-hepten-2-one (natural)", "203-816-7[einecs]", "2-methyl-6-oxo-2-heptene", "5-hepten-2-one 6-methyl-", "heptenone methyl-", "4-01-00-03493 (beilstein handbook reference)[beilstein]", "110-93-0[rn]", "2-methyl-2-hepten-6-one (=6-methyl-5-hepten-2-one)", "6-methyl-hept-5-en-2-one", "132958-67-9[rn]", "2-oxo-6-methylhept-5-ene"}|>, "146" -> <|"DatabaseID" -> "SW00146", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 119193]}, "IsomericSmiles" -> "[123I-]", "OfficialNames" -> <|"NPC Approved Name" -> "ipriofenamine hydrochloride i-123"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 135300]}, "Synonyms" -> {"iodide (123i(1-))", "i-123", "iodide-123", "69239-56-1", "chembl1249", "ac1l366b", "iodine-123(1-)", "69239-56-1[rn]", "iodine-123"}|>, "147" -> <|"DatabaseID" -> "SW00147", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3412]}, "IsomericSmiles" -> "C1C[NH2+]CC(=C1)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guvacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3532]}, "Synonyms" -> {"1", "guvacine", "3-pyridinecarboxylic acid 1,2,5,6-tetrahydro-", "1,2,5,6-tetrahydropyridine-3-carboxylic acid", "498-96-4", "51884-11-8", "1,2,5,6-tetrahydro-3-pyridinecarboxylic acid[acd/iupac name]", "1,2,5,6-tetrahydronicotinic acid", "specplus_000808", "498-96-4[rn]", "lopac-g-007", "tocris-0234", "1,2,5,6-tetrahydro-pyridine-3-carboxylic acid", "spectrum_001426"}|>, "148" -> <|"DatabaseID" -> "SW00148", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7127]}, "IsomericSmiles" -> "C1CC(=O)N[C@@H]1C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "C02237"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pidolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18601084]}, "Synonyms" -> {"oxoproline", "a-aminoglutaric acid lactam", "pyrrolidonecarboxylic acid", "pidolic acid[inn]", "1698-60-8[rn]", "pidolic acid magnesium salt (2:1)", "l-2-pyrrolidone-5-carboxylic acid", "l-2-pyrrolidone-5-carboxylate", "64-12-0[rn]", "2-pyrrolidinone-5-carboxylate", "glutiminic acid", "(-)-pyroglutamic acid", "surecn7928170", "pca", "200-148-8[einecs]", "2-oxopyrrolidine-5(s)-carboxylic acid", "glutimic acid", "glutamic acid lactam", "acidum pidolicum[latin]", "l-5-oxoproline(2)", "498-91-9[rn]", "(2s)-5-oxopyrrolidine-2-carboxylic acid", "l-5-oxo-2-pyrrolidinecarboxylic acid", "2-pyrrolidone-5-carboxylic acid", "(5s)-2-oxopyrrolidine-5-carboxylic acid", "216-920-2[einecs]", "(s)-2-pyrrolidone-5-carboxylate", "pyroglutamate[wiki]", "pidolidone", "2-pyrrolidone-5-carboxylic acid (l)", "(s)-5-oxo-2-pyrrolidinecarboxylic acid", "magnesium pidolate", "(s)-(-)-2-pyrrolidone-5-carboxylic acid", "acide pidolique[french][inn]", "82132[beilstein]", "(s)-(-)-g-butyrolactam-g-carboxylate", "l-pyroglutamic acid; h-pyr-oh; 5-oxo-l-proline", "5-oxo-2-pyrrolidinecarboxylic acid", "202-700-3[einecs]", "98-79-3", "149-87-1[rn]", "l-pyroglutamic acid h-pyr-oh", "(-)-pyroglutamate", "(s)-5-oxo-2-pyrrolidinecarboxylate", "pyrrolidinonecarboxylate", "(5s)-2-oxopyrrolidine-5-carboxylate", "2-oxopyrrolidine-5-carboxylic acid", "2-l-pyrrolidone-5-carboxylate", "5-oxo-l-proline[acd/iupac name]", "29222-42-2[rn]", "l-5-pyrrolidone-2-carboxylic acid", "l-glutiminic acid", "l-pyrrolidonecarboxylate", "(2s)-5-oxopyrrolidine-2-carboxylic acid; 5-oxo-l-proline", "35255-51-7[rn]", "5-oxo-l-proline magnesium salt (2:1)", "(s)-pyroglutamate", "87430-62-4[rn]", "(s)-5-oxopyrrolidine-2-carboxylic acid", "l-pyroglutamic acid", "52-67-5[rn]", "proline 5-oxo- l-", "pyroglutamic acid (l)", "acido pidolico[spanish][inn]", "l-glutamic acid g-lactam", "2-l-pyrrolidone-5-carboxylic acid", "2-oxopyrrolidine-5(s)-carboxylate", "2-pyrrolidone-5-carboxylate", "5251861[beilstein]", "223-735-0[einecs]", "2-benzothiazolesulfenic acid morpholide", "2-benzothiazolesulfenemorpholide", "6886-28-8[rn]", "135701-98-3", "(s)-(-)-2-pyrrolidinone-5-carboxylic acid", "l-5-oxo-2-pyrrolidinecarboxylate", "p-8490", "ajidew a-100", "pyrrolidone-5-carboxylate", "98-79-3[rn]", "pidolate", "l-pyroglutamicacid", "pyroglutamic acid:", "(-)-2-pyrrolidone-5-carboxylic acid", "pyroglu", "2-pyrrolidinone-5-carboxylic acid", "(s)-2-pyrrolidone-5-carboxylic acid", "(s)-(-)-2-pyrrolidone-5-carboxylate", "(s)-(-)-g-butyrolactam-g-carboxylic acid", "5-pyrrolidinone-2-carboxylate", "(-)-2-pyrrolidone-5-carboxylate", "l-5-carboxy-2-pyrrolidinone", "5-pyrrolidinone-2-carboxylic acid", "16891-48-8[rn]", "pyrrolidone-5-carboxylic acid", "h-pyr-oh", "l-pyrrolidonecarboxylic acid", "ajidew a 100", "l-pyrrolidinonecarboxylate", "s-(-)-2-pyrrolidone-5-carboxylic acid", "pyrrolidinonecarboxylic acid", "l-proline", "l-glutimic acid", "pyroglutamic acid", "(2r)-5-oxopyrrolidin-2-ylcarboxylic acid", "202-760-0[einecs]", "(s)-pyroglutamic acid", "4042-36-8[rn]", "5-l-oxoproline", "l-pyrrolidinonecarboxylic acid", "5-carboxy-2-pyrrolidinone", "l-proline 5-oxo-", "5-pyrrolidone-2-carboxylic acid", "l-5-oxoproline", "5-oxoproline[acd/iupac name]", "proline 5-oxo-"}|>, "149" -> <|"DatabaseID" -> "SW00149", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31249"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8876]}, "IsomericSmiles" -> "c1ccc-2cccc2cc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09768"], ExternalIdentifier["KEGGID", "D01917"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "azulene", "Indian Approved Name" -> "azulene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9231]}, "Synonyms" -> {"cyclopentacycloheptene", "bicyclo(5.3.0)decapentaene", "bicyclo[5.3.0]decapentaene", "azunamic", "azulene", "bicyclo[5.3.0]deca-2,4,6,8,10-pentaene", "205-993-6[einecs]", "azulene[wiki][acd/iupac name]", "bicyclo[0.3.5]deca-1,3,5,7,9-pentaene", "az", "nsc 89248", "bicyclo(5.3.0)-1", "bicyclo(5.3.0)-deca-2,4,6,8,10-pentaene", "azotesin", "einecs 205-993-6", "bicyclo(0.3.5)deca-1,3,5,7,9-pentaene", "bicyclo[5.3.0]-1,3,5,7,9-decapentaene", "bicyclo(5.3.0)-1,3,5,7,9-decapentaene", "bicyclo(5.3.0)-deca-2", "275-51-4", "azunol", "azulen", "az (tn)", "275-51-4[rn]", "azotesin (tn)", "969517[beilstein]"}|>, "150" -> <|"DatabaseID" -> "SW00150", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17935"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 441]}, "IsomericSmiles" -> "CCCCCCCC=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-caprylaldehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 454]}, "Synonyms" -> {"caprylic aldehyde", "n-octaldehyde", "1-octanal", "caprylaldehyde", "1-octaldehyde", "1-octylaldehyde", "n-octanal", "n-octyl aldehyde", "n-caprylaldehyde", "octylaldehyd", "octanal[wiki][acd/iupac name]", "1744086[beilstein]", "4-01-00-03337 (beilstein handbook reference)[beilstein]", "octanaldehyde", "1-caprylaldehyde", "oktylaldehyd", "204-683-8[einecs]", "octanal[portuguese]", "octanoic aldehyde", "c031639", "kaprylaldehyd", "antifoam lf", "octanal", "octylaldehyde", "mfcd00007029", "capryl aldehyde", "124-13-0[rn]", "antifoam-lf", "octan-1-al", "octaldehyde", "oktanal", "caprylaldehyd", "n-octylal", "octyl aldehyde"}|>, "151" -> <|"DatabaseID" -> "SW00151", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28078"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13875219]}, "IsomericSmiles" -> "c1cc(ccc1O)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "4-chlorophenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 69671381]}, "Synonyms" -> {"para-chlorophenol", "4-chloro-1-hydroxybenzene", "p-chlorophenol liquid [un2021] [keep away from food]", "1-chloro-4-hydroxybenzene", "tl8000232", "phenol p-chloro-", "p-chlorophenol solid [un2020] [keep away from food]", "203-402-6[einecs]", "surecn6119005", "phenol 4-chloro-", "4-chlorbenzolol", "4-hydroxychlorobenzene", "parachlorophenol (jan/usp)[usp][jan]", "para-monochlorophenol", "parachlorophenol", "4-chloro-phenol", "p-hydroxychlorobenzene", "106-48-6", "4-chlorophenol", "p-chlorophenol", "507004[beilstein]", "106-48-9[rn]", "c029107", "4-monochlorophenol", "p-chlorophenic acid", "p-chlorfenol[czech]", "applied 3-78", "1-chloro-4-hydroxybenzene; p-chlorophenol", "4-chlorphenol"}|>, "152" -> <|"DatabaseID" -> "SW00152", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5100"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3249]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01099"]}, "IsomericSmiles" -> "c1c(c([nH]c(=O)n1)N)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00323"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLUCYTOSINE"|>, "PharmGKBID" -> "PA449654", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3366]}, "Synonyms" -> {"ancobon", "5-fluorocytosine", "flucytosine", "ancotil", "5-fluorocystosine", "5-fluorocytosin", "5-fc", "fluocytosine", "flucytosin", "5-flurocytosine", "fluorcytosine", "2 (1h)-pyrimidinone 4-amino-5-fluoro-", "flucytosine (ancobon)", "2(1h)-pyrimidinone 4-amino-5-fluoro-", "6-amino-5-fluorpyrimidin-2(1h)-on", "5-fluoro-4-imino-1,2,3,4-tetrahydropyrimidin-2-one", "5fc", "cytosine 5-fluoro- (6ci,7ci,8ci)", "5-fluoro-4-imino-3,4-dihydropyrimidin-2(1h)-one", "4-amino-5-fluoro-1h-pyrimidin-2-one", "2022-85-7[rn]", "117969-88-7[rn]", "6-amino-5-fluoro-2(1h)-pyrimidinone[acd/iupac name]", "4-amino-5-fluoro-2-pyrimidinol", "gl663142 & 5fc", "5-fluorocitosine", "4-amino-5-fluoro-3h-pyrimidin-2-one", "4-amino-5-fluoropyrimidin-2-ol", "fluorocytosine", "ancotyl", "flucytosine [usan:ban:inn:jan][inn][jan][usan]", "4-amino-5-fluoro-2-hyroxypyrimidine", "4-amino-5-fluoro-2(1h)-pyrimidinone; flucytosine", "4-amino-5-fluoro-2(1h)-pyrimidinone", "5-fluorocytosine-6-3h", "tsase", "flucytosine (jp14/usp)[usp]", "6-amino-2-oxo-5-fluoropyrimidine", "217-968-7[einecs]", "flucytosine[wiki][usan]", "5-fluoro-6-imino-1,3-dihydropyrimidin-2-one", "ha6040000", "ro-2-9915", "ancobon (tn)", "5-flucytosine", "4-amino-5-fluoropyrimidin-2(1h)-one", "6-amino-5-fluoropyrimidin-2(1h)-one", "337376-15-5", "ts", "6-amino-5-fluoro-1h-pyrimidin-2-one", "ancobon 5-fluorocytosine ancotil", "ro 29915 e/265601", "4-amino-2-hydroxy-5-fluoropyrimidine", "cytosine 5-fluoro-", "alcobon", "ro 2-9915", "2-pyrimidinol 4-amino-5-fluoro-", "5-fluoro cytosine", "flucitosina [dcit]", "2(1h)-pyrimidinone 4-amino-5-fluoro- (8ci)(9ci)", "2(1h)-pyrimidinone 5-fluoro-3,4-dihydro-4-imino-", "2(1h)-pyrimidinone 6-amino-5-fluoro-", "6-amino-5-fluoro-3-hydropyrimidin-2-one", "cas-2022-85-7", "ancoban", "flourocytosine", "4-amino-5-fluorpyrimidin-2(1h)-on", "2-hydroxy-4-amino-5-fluoropyrimidine", "5-fluorocytosine (flucytosine)", "4-amino-5-fluoro-1h-pyrimidin-2-one(5-fluorocytosine)", "flucytosinum[latin]", "ec 2.1.1.45", "tl8001667", "flucytosone"}|>, "153" -> <|"DatabaseID" -> "SW00153", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85983]}, "IsomericSmiles" -> "C1CC(=O)N(C1=O)CO", "OfficialNames" -> <|"NPC Approved Name" -> "n-hydroxymethylsuccinimide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95286]}, "Synonyms" -> {"n-methylolsuccinimide", "n-hydroxymethylsuccinimide", "n-(hydroxymethyl)succinimide", "5146-68-9", "2-21-00-00304[beilstein]", "n-hydroxy-methyl-succinimid[german]", "nsc 27352", "succinimide n-(hydroxymethyl)-", "2 5-pyrrolidinedione (9ci) 1-(hydroxymethyl)-", "succinimide (8ci)", "2-21-00-00304 (beilstein handbook reference)[beilstein]", "1-(hydroxymethyl)-2,5-pyrrolidinedione[acd/iupac name]", "1-(hydroxymethyl)pyrrolidine-2", "5146-68-9[rn]", "2,5-pyrrolidinedione 1-(hydroxymethyl)-", "succinimide", "n-hydroxy-methyl-succinimid [german]", "2,3-pyrrolidinedione 1-(hydroxymethyl)- (9ci)", "succinimide (8ci) n-(hydroxymethyl)-", "1-(hydroxymethyl)-2", "1-(hydroxymethyl)pyrrolidine-2,5-dione", "2,3-pyrrolidinedione 1-(hydroxymethyl)-", "1-(hydroxymethyl)azolidine-2,5-dione"}|>, "154" -> <|"DatabaseID" -> "SW00154", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17964"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 826]}, "IsomericSmiles" -> "C1CC[NH2+]C(C1)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pipecolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 849]}, "Synonyms" -> {"pipecolic acid", "homoproline", "dl-pipecolinic acid", "dl-pipecolic acid", "pipecolinic acid", "piperidine-2-carboxylic acid", "dihydrobaikiane", "81095[beilstein]", "dl-pipecolinicacid", "217-024-4[einecs]", "dihydrobaikiaine", "dl-homoproline; dl-pipecolinic acid;dl-2-piperidinecarboxylicacid", "d-pipecolinic acid", "a-pipecolinic acid", "56879-46-0[rn]", "2-piperidinecarboxylic acid[acd/iupac name]", "(-)-l-pipecolinic acid", "3105-95-1[rn]", "83680-83-5[rn]", "535-75-1[rn]", "c031345", "dl-2-piperidinecarboxylic acid", "dl-pipecolic acid; dl-homoproline", "homopipecolic acid", "112883[beilstein]", "1723-00-8[rn]", "piperolinic acid", "208-616-3[einecs]", "4043-87-2[rn]", "rac piperidine-2-carboxylic acid", "dl-pipecolinic acid", "pipecolate", "(^+)-piperidine-2-carboxylic acid", "dl-homoproline", "dl-piperidine-2-carboxylic acid", "221-462-1[einecs]", "tk6021000", "acide piperidine-carboxylique-2[french]", "223-737-1[einecs]", "pipecolic acid (+,-)-isomer", "6-carboxypiperidine", "hexahydropicolinic acid", "l -pipecolinicacid", "535-75-1", "2-piperidinecarboxylic acid", "2-carboxypiperidine", "tl806099", "acide pipecolique[french]"}|>, "155" -> <|"DatabaseID" -> "SW00154", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17964"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 826]}, "IsomericSmiles" -> "C1CC[NH2+]C(C1)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pipecolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 849]}, "Synonyms" -> {"pipecolic acid", "homoproline", "dl-pipecolinic acid", "dl-pipecolic acid", "pipecolinic acid", "piperidine-2-carboxylic acid", "dihydrobaikiane", "81095[beilstein]", "dl-pipecolinicacid", "217-024-4[einecs]", "dihydrobaikiaine", "dl-homoproline; dl-pipecolinic acid;dl-2-piperidinecarboxylicacid", "d-pipecolinic acid", "a-pipecolinic acid", "56879-46-0[rn]", "2-piperidinecarboxylic acid[acd/iupac name]", "(-)-l-pipecolinic acid", "3105-95-1[rn]", "83680-83-5[rn]", "535-75-1[rn]", "c031345", "dl-2-piperidinecarboxylic acid", "dl-pipecolic acid; dl-homoproline", "homopipecolic acid", "112883[beilstein]", "1723-00-8[rn]", "piperolinic acid", "208-616-3[einecs]", "4043-87-2[rn]", "rac piperidine-2-carboxylic acid", "dl-pipecolinic acid", "pipecolate", "(^+)-piperidine-2-carboxylic acid", "dl-homoproline", "dl-piperidine-2-carboxylic acid", "221-462-1[einecs]", "tk6021000", "acide piperidine-carboxylique-2[french]", "223-737-1[einecs]", "pipecolic acid (+,-)-isomer", "6-carboxypiperidine", "hexahydropicolinic acid", "l -pipecolinicacid", "535-75-1", "2-piperidinecarboxylic acid", "2-carboxypiperidine", "tl806099", "acide pipecolique[french]"}|>, "156" -> <|"DatabaseID" -> "SW00155", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63638"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5463]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01080"]}, "IsomericSmiles" -> "C=CC(CCC(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00535"]}, "OfficialNames" -> <|"Australia Approved Name" -> "VIGABATRIN", "FDA Approved Drug" -> "VIGABATRIN"|>, "PharmGKBID" -> "PA10231", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5665]}, "Synonyms" -> {"sabril", "vigabatrin", "vigabatrine", "4-aminohexenoic acid", "vigabatrine [french]", "sabril (tn)", "sabrilex", "gvg", "vigabatrinum", "4-amino-5-hexenoic acid", "gamma-vinyl gaba", "vigabatrina", "ec 2.6.1.22", "74046-07-4[rn]", "m071754", "vigabatrin[wiki][inn][ban][jan][usan]", "vigabatrinum [latin]", "gamma-vinyl-gaba", "g-vinyl gaba", "l-aibat", "vigabatrinum [inn_la]", "(s)-3-amino-2-methylpropionate transaminase", "vigabatrina [spanish]", "gaba-t", "5-hexenoic acid 4-amino-", "60643-86-9[rn]", "gaba-at", "gaba transaminase", "ec 2.6.1.19", "vigabatrina[spanish]", "vigabatrine[french]", "mdl 71,754", "vigabatrinum[latin]", "d020888", "vigabatrin; vigabatrina; vigabatrine; vigabatrinum", "g-vinyl-g-aminobutyric acid", "4-amino-hex-5-enoic acid", "4-aminohex-5-enoic acid", "gaba aminotransferase", "4-amino-5-hexenoic acid[acd/iupac name]", "4-aminobutyrate aminotransferase mitochondrial precursor", "hexenoic acid 4-amino", "gamma-amino-n-butyrate transaminase", "vigabatrin [usan:ban:inn]", "337376-15-5"}|>, "157" -> <|"DatabaseID" -> "SW00155", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63638"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5463]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01080"]}, "IsomericSmiles" -> "C=CC(CCC(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00535"]}, "OfficialNames" -> <|"Australia Approved Name" -> "VIGABATRIN", "FDA Approved Drug" -> "VIGABATRIN"|>, "PharmGKBID" -> "PA10231", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5665]}, "Synonyms" -> {"sabril", "vigabatrin", "vigabatrine", "4-aminohexenoic acid", "vigabatrine [french]", "sabril (tn)", "sabrilex", "gvg", "vigabatrinum", "4-amino-5-hexenoic acid", "gamma-vinyl gaba", "vigabatrina", "ec 2.6.1.22", "74046-07-4[rn]", "m071754", "vigabatrin[wiki][inn][ban][jan][usan]", "vigabatrinum [latin]", "gamma-vinyl-gaba", "g-vinyl gaba", "l-aibat", "vigabatrinum [inn_la]", "(s)-3-amino-2-methylpropionate transaminase", "vigabatrina [spanish]", "gaba-t", "5-hexenoic acid 4-amino-", "60643-86-9[rn]", "gaba-at", "gaba transaminase", "ec 2.6.1.19", "vigabatrina[spanish]", "vigabatrine[french]", "mdl 71,754", "vigabatrinum[latin]", "d020888", "vigabatrin; vigabatrina; vigabatrine; vigabatrinum", "g-vinyl-g-aminobutyric acid", "4-amino-hex-5-enoic acid", "4-aminohex-5-enoic acid", "gaba aminotransferase", "4-amino-5-hexenoic acid[acd/iupac name]", "4-aminobutyrate aminotransferase mitochondrial precursor", "hexenoic acid 4-amino", "gamma-amino-n-butyrate transaminase", "vigabatrin [usan:ban:inn]", "337376-15-5"}|>, "158" -> <|"DatabaseID" -> "SW00156", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "46345"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3268]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00544"]}, "IsomericSmiles" -> "c1c(c(=O)[nH]c(=O)[nH]1)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00584"]}, "OfficialNames" -> <|"Indian Approved Name" -> "5-fluorouracil;fluorouracil", "Traditional Herbal Isolate" -> "5-fluorouracil", "Australia Approved Name" -> "FLUOROURACIL", "China Approved Name" -> "fluorouracil", "WHO Essential Medicine" -> "fluorouracil", "FDA Approved Drug" -> "FLUOROURACIL"|>, "PharmGKBID" -> "PA128406956", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3385]}, "Synonyms" -> {"adrucil", "fluoroplex", "carac", "efudex", "fluorouracil", "5-fu", "fluracil", "fluoroblastin", "carzonal", "fluracilum", "fluril", "phtoruracil", "fluro uracil", "queroplex", "timazin", "5 fluorouracil", "ulup", "fluri", "efudix", "arumel", "kecimeton", "ftoruracil", "efurix", "fu", "phthoruracil", "urf", "5-fluorouracil", "5-fu lederle", "5-fluor-2,4-dihydroxypyrimidin[czech]", "51-21-8[rn]", "5-fluoro-2,4-(1h,3h)-pyrimidinedione", "fluorouracil 5-", "5-fluorpyrimidin-2,4(1h,3h)-dion[german]", "5-fluoropyrimidin-2,4-diol", "5-fluor-2,4-pyrimidindiol[czech]", "cinco fu", "5-fluor-2,4(1h,3h)-pyrimidindion[czech]", "5-fluoro-2,4-(1h,3h)pyrimidinedione", "5 hu hexal", "5-fluoro-1h-pyrimidine-2,4-dione", "5-fluoro uracil", "5 fu lederle", "effluderm", "ribofluor", "5-fluorouracil-6-3h", "fluracedyl", "5fu", "haemato-fu", "5-fluoropyrimidine-2,4(1h,3h)-dione", "29648-12-2[rn]", "2,4-dihydroxy-5-fluoropyrimidine", "fluorouracilo[spanish][inn]", "79871-89-9[rn]", "fluorouracil gry", "5 fu medac", "5-ftouracyl", "1004-03-1[rn]", "fluorouracile [dcit]", "5-fluoro-2,4-pyrimidinedione", "fluorouracil 5-fu carac efudex fluoroplex", "5-fluoruracil[german]", "haemato fu", "2,4-dioxo-5-fluoropyrimidine", "5-fluoro-1,3-dihydropyrimidine-2,4-dione", "5-faracil", "5-fluoropyrimidine-2,4-dione", "flucytosine imp. a (ep)", "127172[beilstein]", "fluoruracil", "fluroblastin", "2,4-dioxo-5-fluoropryimidine", "flurodex", "fluoro uracile icn", "neofluor", "191047-65-1[rn]", "200-085-6[einecs]", "uracil 5-fluoro-", "4921-97-5[rn]", "fluoro-uracilo", "5-fluoro-2,4(1h,3h)-pyrimidinedione[acd/iupac name]", "fluoro-uracile", "5-fu medac", "fluoro-uracile icn", "2,4(1h,3h)-pyrimidinedione 5-fluoro-", "5-fluoracyl", "5-flurouracil", "5-fluoracil[german]", "79108-01-3[rn]", "337376-15-5", "onkofluor", "fluorouracil-gry", "fluorouracil[wiki][inn][ban][jan][usan]", "5-hu hexal", "fluorouracilum", "2,4-pyrimidinediol 5-fluoro-", "51-21-8"}|>, "159" -> <|"DatabaseID" -> "SW00157", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390997]}, "IsomericSmiles" -> "C1C[NH2+]C[C@]1(C(=O)[O-])N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cucurbitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442634]}, "Synonyms" -> {"(3r)-3-aminopyrrolidine-3-carboxylic acid", "cucurbitine", "3-pyrrolidinecarboxylic acid 3-amino- (r)-", "ac1q4u6t", "molport-004-786-043", "mfcd08274553", "3-pyrrolidinecarboxylic acid 3-amino- (3r)-", "en300-88062", "ac1l9d4e", "cucurbitin[wiki]", "(+)-cucurbitine", "pyr351", "ag-a-04147", "6807-92-7", "ag-g-59548", "6807-92-7[rn]"}|>, "160" -> <|"DatabaseID" -> "SW00158", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16188"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 932]}, "IsomericSmiles" -> "CCCCCCCCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "octanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 957]}, "Synonyms" -> {"n-octyl alcohol", "octan-1-ol", "octyl alcohol", "n-octanol", "capryl alcohol", "caprylic alcohol", "heptyl carbinol", "d020003", "111-87-5[rn]", "epal 8", "1697461[beilstein]", "204-683-8[einecs]", "1-octanol", "1-oktanol", "1-octyl alcohol", "249-405-6[einecs]", "204-667-0[einecs]", "266-920-1[einecs]", "123-96-6[rn]", "68603-15-6[rn]", "264-844-3[einecs]", "n-heptyl carbinol", "lorol c8", "alcohol c-8", "124-13-0[rn]", "29063-28-3[rn]", "octanol[wiki]", "n-capryl alcohol", "octyl-alcohol", "octanol", "alcohol n-octyl", "n-caprylic alcohol", "n-octyl-alcohol", "alfol 8", "octilin", "220713-26-8[rn]", "203-917-6[einecs]", "oc9", "1-octanol[wiki][acd/iupac name]", "67700-96-3[rn]", "271-642-9[einecs]", "sipol l8", "n-octan-1-ol", "dytol m-83", "1-hydroxyoctane", "bog"}|>, "161" -> <|"DatabaseID" -> "SW00159", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17549"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 134], ExternalIdentifier["ChemSpiderID", 110200]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00855"]}, "IsomericSmiles" -> "C(CC(=O)[O-])C(=O)C[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02908"], ExternalIdentifier["KEGGID", "D07567"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "AMINOLEVULINIC ACID HYDROCHLORIDE"|>, "PharmGKBID" -> "PA10015", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 123608], ExternalIdentifier["PubChemCompoundID", 137]}, "Synonyms" -> {"levulan kerastick", "5-aminolevulinic acid hydrochloride", "aminolevulinic acid", "5-aminolevulinic acid", "aladerm", "levulan", "kerastick", "delta-aminolevulinic acid", "5-amino-levulinic acid hydrochloride", "5-amino-levulinate", "5-amino-4-oxopentanoic acid hydrochloride", "226-679-5[einecs]", "5-amino-4-oxovaleric acid", "aminolevulinate", "5-aminolevulinate", "aminolevulinic acid hydrochloride", "5451-09-2[rn]", "5-aminolevulinate hydrochloride", "106-60-5[rn]", "aminolevulinic acid hcl", "pentanoic acid 5-amino-4-oxo-", "a-6100", "pentanoic acid 5-amino-4-oxo", "ala", "5-amino-4-oxopentanoate", "pentanoic acid 5-amino-4-oxo- hydrochloride (1:1)", "5-amino-4-oxopentanoic acid hydrochloride (1:1)[acd/iupac name]", "a-6105", "aminolevulinic acid hydrochloride[usan]", "5-azaniumyl-4-oxidanylidene-pentanoate", "d-aminolevulinic acid[wiki]", "5-aminolaevulinic acid hydrochloride", "5-aminolevulinicacidhydrochloride", "3690651", "02/09/5451", "5-amino-levulinic acid", "5-ammoniolevulinate", "203-414-1[einecs]", "5-amino-4-oxo-pentanoic acid", "5-aminolaevulinic acid", "5-amino-4-oxopentanoic acidhydrochloride (5-aminolevulinic acid hydrochloride)", "porphobilinogen synthase", "levulinic acid 5-amino- hydrochloride", "5-amino-4-oxo-pentanoic acid hydrochloride", "5-ala", "delta-aminolevulinic acid hydrochloride", "pentanoic acid 5-amino-4-oxo- (9ci)", "dala", "5-amino-4-oxovalerate", "5451-09-2", "5-aminolaevulinate", "tpc-i025", "5-aminolevulinic acid hcl", "5-amino-4-oxopentanoic acid[acd/iupac name]", "5451-9-2", "5-ammonio-4-oxovalerate", "5-ammonio-4-oxopentanoate", "aladh", "5-azaniumyl-4-oxopentanoate", "levulinic acid 5-amino-", "1759139[beilstein]", "laevulinic acid 5-amino-", "9/2/5451", "4649-09-6[rn]", "5-amino-4-ketovaleric acid hydrochloride", "ec 4.2.1.24", "5-amino-4-oxo-pentanoate", "ala-pdt", "levulinic acid 5-amino- (8ci)", "levulan[wiki]", "5-aminolevulinic acid hydrochloride,5-amino-4-ketovaleric acidhydrochloride", "pentanoic acid 5-amino-4-oxo- hydrochloride", "5-amino-4-oxopentanoic acid chloride", "09/02/5451", "levulinic acid 5-amino- hydrochloride (8ci)", "5451/9/2", "5-amino-4-oxopentanoic acid"}|>, "162" -> <|"DatabaseID" -> "SW00160", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "58045"], ExternalIdentifier["ChEBIID", "17191"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00167"]}, "IsomericSmiles" -> "CC[C@H](C)[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00065"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laxanthone i;arjunatoside i;sisyphus saponins i;iso-leucine;iso-leucin;iso-valeric acid;zi yu glucoside i", "Indian Approved Name" -> "isoleucine;l-isoleucine"|>, "PharmGKBID" -> "PA164750430", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7043901], ExternalIdentifier["PubChemCompoundID", 6306]}, "Synonyms" -> {"l-isoleucine", "isoleucine", "l-(+)-isoleucine", "erythro-l-isoleucine", "(2s", "2-amino-3-methylvaleric acid", "(s)-isoleucine", "(2s,3s)-a-amino-b-methylvaleric acid", "(2s,3s)-a-amino-b-methyl-n-valeric acid", "(s,s)-isoleucine", "(2s,3s)-2-amino-3-methylpentanoic acid", "l-ile", "2s,3s-isoleucine", "ilers", "irs", "ec 6.1.1.5", "isoleucine--trna ligase", "ile", "zinc03581355", "(s", "73-32-5", "a826561", "chebi:58045", "ac1of27p", "2s", "a837787", "131598-62-4[rn]", "isoleucina[spanish]", "h-ile-oh", "24629-25-2[rn]", "443-79-8[rn]", "2-amino-3-methylpentanoic acid (s-(r*,r*))-", "(2s,3s)-2-amino-3-methyl-pentanoic acid", "h-lle-oh", "isoleucine l-", "isoleucine[wiki][usp][acd/iupac name][acd/index name]", "qvyzy2&1 &&(2s,3s)- or l(+)- form[wln]", "(s-(r*,r*))-2-amino-3-methylpentanoic acid", "73-32-5[rn]", "l-isoleucine[jp15][acd/iupac name]", "acetic acid amino(1-methylpropyl)- (r*,r*)-", "isoleucinum[latin]", "2-amino-3-methylpentanoic acid", "200-798-2[einecs]", "[s-(r*,r*)]-2-amino-3-methylpentanoic acid", "l-2-amino-3-methylvaleric acid; l-2-amino-3-methylpentanoic acid", "iso-leucine", "34464-35-2[rn]", "l-isoleucin", "pentanoic acid 2-amino-3-methyl- (s-(r*,r))-", "-2-amino-3-methylpentanoicacid", "isoleucine l- (8ci)", "87-89-8[rn]", "i", "l-norvaline 3-methyl- erythro-", "1721792[beilstein]", "acetic acid amino-sec-butyl-", "7004-09-3[rn]", "pentanoic acid 2-amino-3-methyl- (2s,3s)-", "norvaline 3-methyl-"}|>, "163" -> <|"DatabaseID" -> "SW00161", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16586"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 548]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00513"]}, "IsomericSmiles" -> "C(CCC(=O)[O-])CC[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00160"]}, "OfficialNames" -> <|"China Approved Name" -> "aminocaproic acid", "Traditional Herbal Isolate" -> "hexanoic acid", "Indian Approved Name" -> "aminocaproic acid", "FDA Approved Drug" -> "AMINOCAPROIC ACID"|>, "PharmGKBID" -> "PA164774947", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 564]}, "Synonyms" -> {"aminocaproic acid", "amicar", "acepramin", "caprocid", "epsamon", "hemocaprol", "capramol", "epsikapron", "6-aminohexanoic acid", "hemopar", "capranol", "acepramine", "caplamin", "6-aminocaproic acid", "epsilcapramin", "atsemin", "eaca", "eacs", "aminokapron", "capracid", "amikar", "acs", "aminocaproic", "afibrin", "respramin", "epsicapron", "epsilcapramine", "hepin", "caprolisin", "apolipoprotein(a) precursor", "ipsilon", "e-aminocaproic acid", "lp(a)", "ec 3.4.21.-", "epsilon-aminocaproic acid", "a", "apo(a)", "aminocaproate", "60-32-2[rn]", "hexanoic acid amino-", "^e-aminocaproic acid", "capralense", "acide aminocaproque; acidoaminocaproico; acidum aminocaproicum", "d015119", "acidum aminocaproicum", "acide aminocaproque [inn_en]", "eaca kabi", "e-aminocaproic acid[usp]", "acido aminocaproico[spanish][inn]", "93208-38-9[rn]", "aminocaproic acid[wiki][usp]", "aminohexanoic acid", "acide aminocaproique[french][inn]", "acide aminocaproque", "906872[beilstein]", "caproamin; epsicaprom", "hexanoic acid 6-amino-", "acid 6-aminocaproic", "w-aminohexanoic acid", "h-6-ahx-oh[formula]", "cy116", "177 j.d.", "caproamin", "87867-96-7[rn]", "4321-58-8[rn]", "acidum aminocaproicum[latin]", "amicar[wiki]", "acido aminocaproico", "6-amino-hexanoic acid", "6-aminohexanoic acid[acd/iupac name]", "h-eahx-oh[formula]", "ipsilon[wiki]", "epsicaprom", "h-6-aca-oh[formula]", "6-aminohexanoicacid", "tl8003819", "cl-10304", "acid 6-aminohexanoic", "acikaprin", "6-amino hexanoic acid", "6-amino-n-caproic acid", "6-amino-n-hexanoic acid", "6-aminocaproicacid", "aminocaproic acid [usan:ban:inn][inn][usan]", "1319-82-0[rn]", "200-469-3[einecs]", "e-amino-n-caproic acid", "w-aminocaproic acid", "4-04-00-02695 (beilstein handbook reference)[beilstein]", "hexanoic acid,6-amino"}|>, "164" -> <|"DatabaseID" -> "SW00162", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15603"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5880]}, "IsomericSmiles" -> "CC(C)C[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00030"]}, "OfficialNames" -> <|"Indian Approved Name" -> "leucine;l-leucine"|>, "Synonyms" -> {"206-328-2[einecs]", "112245-13-3[rn]", "20859-02-3[rn]", "2-amino-4-methylvaleric acid (l)", "21675-61-6[rn]", "l-(-)-2-amino-4-methylpentanoic acid", "61-90-5[rn]", "h-leu-oh", "200-522-0[einecs]", "l-leucine", "(2s)-2-amino-4-methylpentanoic acid", "7005-03-0[rn]", "1721722[beilstein]", "(s)-leucine", "leucine", "2-amino-4-methyl-valeric acid", "valeric acid 2-amino-4-methyl- (s)-", "126-58-9[rn]", "4-methyl-l-norvaline", "4-methylnorvaline", "leucin[german]", "l-norvaline 4-methyl-", "70-45-1[rn]", "(s)-(+)-leucine", "leucinum", "112245-09-7[rn]", "leucina[spanish][inn]", "s-leucine", "l-2-amino-4-methylpentanoicacid; (s)-2-amino-4-methylpentanoicacid; l-leu", "25248-98-0[rn]", "leucinum[latin][inn]", "l-leuzin", "2-amino-4-methylpentanoic acid (s)-", "(l)-leucine", "(s)-2-amino-4-methylvaleric acid", "l-leucine[wiki][jp15][acd/iupac name]", "328-38-1[rn]", "leucina [latin,spanish][spanish]", "2-aminoisobutylacetic acid", "l-leu", "pentanoic acid 2-amino-4-methyl- (s)-", "leucine (van)", "l-a-aminoisocaproic acid", "l-leucin", "l-(+)-leucine", "17016-87-4[rn]", "(s)-2-amino-4-methylpentanoic acid", "l", "2-amino-4-methylvaleric acid", "328-39-2[rn]", "leu", "qvyz1y1&1 &&l; or s form[wln]", "leucine [usan:inn][inn][usan]", "71000-80-1[rn]", "2-amino-4-methylpentanoic acid (l)", "l-2-amino-4-methylvaleric acid", "leucine l-", "l-2-amino-4-methylpentanoic acid"}|>, "165" -> <|"DatabaseID" -> "SW00163", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 834]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00149"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucine"|>, "PharmGKBID" -> "PA450197", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 857]}, "Synonyms" -> {"leucine", "2-amino-4-methylpentanoic acid", "(rs)-leucine", "2-amino-4-methylvaleric acid", "leucin", "dl-2-amino-4-methylpentanoic acid", "(s)-2-amino-4-methylpentanoic acid", "alpha-amino-gamma-methylvaleric acid", "(s)-leucine", "328-39-2", "l-(-)-2-amino-4-methylpentanoic acid", "l-a-aminoisocaproic acid", "328-38-1[rn]", "leucine--trna ligase", "25322-63-8[rn]", "(s)-(+)-leucine", "leurs", "2-ammonio-4-methylpentanoate", "pentanoic acid 2-amino-4-methyl-", "h-dl-leu-oh", "leuzin", "hi-test muscle octane bcaa's (anabol naturals) (l-leucine + l-isoleucine + l-valine)_mixture", "dl-2-amino-4-methylvaleric acid[acd/iupac name]", "6331-10-8[rn]", "(+-)-leucine", "leucin[german]", "ec 6.1.1.4", "leucine[wiki][usp][acd/iupac name]", "2-amino-4-methylpentanoic acid[acd/iupac name]", "dl-leucine", "25248-98-0[rn]", "leu", "(s)-2-amino-4-methylvaleric acid", "206-328-2[einecs]", "7005-03-0[rn]", "norvaline 4-methyl-", "alpha-aminoisocaproic acid", "valeric acid 2-amino-4-methyl-", "leucine dl-", "1-leucine", "l-(+)-leucine", "l-leucine", "328-39-2[rn]", "(2s)-2-amino-4-methylpentanoic acid", "qvyz1y1&1 &&dl; or (rs)- form[wln]", "hard body bcaa (mlo products) (l-leucine + l-isoleucine + l-valine)_mixture", "hleu", "636005[beilstein]", "poly-l-leucine"}|>, "166" -> <|"DatabaseID" -> "SW00163", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 834]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00149"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucine"|>, "PharmGKBID" -> "PA450197", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 857]}, "Synonyms" -> {"leucine", "2-amino-4-methylpentanoic acid", "(rs)-leucine", "2-amino-4-methylvaleric acid", "leucin", "dl-2-amino-4-methylpentanoic acid", "(s)-2-amino-4-methylpentanoic acid", "alpha-amino-gamma-methylvaleric acid", "(s)-leucine", "328-39-2", "l-(-)-2-amino-4-methylpentanoic acid", "l-a-aminoisocaproic acid", "328-38-1[rn]", "leucine--trna ligase", "25322-63-8[rn]", "(s)-(+)-leucine", "leurs", "2-ammonio-4-methylpentanoate", "pentanoic acid 2-amino-4-methyl-", "h-dl-leu-oh", "leuzin", "hi-test muscle octane bcaa's (anabol naturals) (l-leucine + l-isoleucine + l-valine)_mixture", "dl-2-amino-4-methylvaleric acid[acd/iupac name]", "6331-10-8[rn]", "(+-)-leucine", "leucin[german]", "ec 6.1.1.4", "leucine[wiki][usp][acd/iupac name]", "2-amino-4-methylpentanoic acid[acd/iupac name]", "dl-leucine", "25248-98-0[rn]", "leu", "(s)-2-amino-4-methylvaleric acid", "206-328-2[einecs]", "7005-03-0[rn]", "norvaline 4-methyl-", "alpha-aminoisocaproic acid", "valeric acid 2-amino-4-methyl-", "leucine dl-", "1-leucine", "l-(+)-leucine", "l-leucine", "328-39-2[rn]", "(2s)-2-amino-4-methylpentanoic acid", "qvyz1y1&1 &&dl; or (rs)- form[wln]", "hard body bcaa (mlo products) (l-leucine + l-isoleucine + l-valine)_mixture", "hleu", "636005[beilstein]", "poly-l-leucine"}|>, "167" -> <|"DatabaseID" -> "SW00164", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6801"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13583]}, "IsomericSmiles" -> "CN(C)C(=[NH2+])NC(=[NH2+])N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00944"], ExternalIdentifier["KEGGID", "D04966"]}, "OfficialNames" -> <|"Australia Approved Name" -> "METFORMIN HYDROCHLORIDE", "FDA Approved Drug" -> "METFORMIN HYDROCHLORIDE"|>, "Synonyms" -> {"metformin hydrochloride", "glufor", "glucophage riomet diabex", "glucomin", "dmgg hydrochloride", "d.b.i.", "glucofago", "glyformin", "n,n-dimethylimidodicarbonimidic diamidhydrochlorid", "glumin", "metforminhydrochloride", "glucophage 850", "biocos", "jsp000870", "gludepatic", "glucaminol", "metformin monohydrochloride", "n,n-dimethylimidodicarbonimidic diamide hydrochloride", "risidon", "metformin[wiki]", "imidodicarbonimidic diamide n,n-dimethyl- monohydrochloride", "n,n-dimethylbiguanide hydrochloride", "glucophage forte", "imidodicarbonimidic diamide n,n-dimethyl- monohydrochloride (9ci)", "diabesin", "fornidd", "glupermin", "diabex", "glycon", "biguanide 1,1-dimethyl- monohydrochloride (8ci)", "glyceriphage", "diabetmin", "fortamet", "glucomine", "meguan", "gluformin", "gluconil", "glibomet", "glyciphage", "dimethylbiguanide hydrochloride", "1115-70-4[rn]", "diaformin", "la-6023", "dimefor", "diaphage", "imidodicarbonimidic diamide n,n-dimethyl- hydrochloride (1:1)", "metforal", "biguanide 1,1-dimethyl- hydrochloride", "n1,n1-dimethylbiguanide hydrochloride", "metformin hcl", "diabetex", "diamin", "n,n-dimethylimidodicarbonimidic diamide hydrochloride (1:1)", "1,1-dimethylbiguanide hydrochloride", "metaglip", "biguanide 1,1-dimethyl- monohydrochloride", "214-230-6[einecs]", "janumet", "thiabet", "apo-metformin", "metomin", "metolmin", "diabefagos", "glucomet", "benofomin", "mescorit", "amino[(dimethylamino)iminomethyl]carboxamidine chloride", "n,n-dimethylimidodicarbonimidic diamide monohydrochloride", "riomet[wiki]", "glycoran", "glumetza", "walaphage", "glumeformin", "metiguanide monohydrochloride", "apophage", "novo-metformin", "dextin", "denkaform", "glucophage xr", "diformin retard", "metbay", "miformin", "dabex", "glucoform", "glucoliz", "glucophage retard", "meglucon", "geamet", "meglucon meguan", "islotin retard", "diabetosan", "siamformet", "glucophage-mite", "diformin", "diaberit", "muyzmyum&n1;&1 &&hcl;[wln]", "glucophage", "metformin"}|>, "168" -> <|"DatabaseID" -> "SW00165", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6650"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 510], ExternalIdentifier["ChemSpiderID", 146673], ExternalIdentifier["ChemSpiderID", 144374]}, "IsomericSmiles" -> "C(C(C(=O)[O-])O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04843"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "malic acid;calcium malate;potassium malate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 525], ExternalIdentifier["PubChemCompoundID", 164689]}, "Synonyms" -> {"malic acid", "pomalus acid", "deoxytetraric acid", "hydroxysuccinic acid", "2-hydroxybutanedioic acid", "dl-malic acid", "hydroxybutanedioic acid", "butanedioic acid", "potassium malate", "malate", "kyselina jablecna", "dipotassium malate[acd/iupac name]", "dl-hydroxybutanedioic acid", "41308-42-3[rn]", "6294-10-6[rn]", "a-hydroxysuccinic acid", "l(-)-malic acid", "calcium 2-hydroxybutanedioate", "butanedioic acid 2-hydroxy-", "202-601-5[einecs]", "241-498-1[einecs]", "d(+)malicacid", "butanedioic acid 2-hydroxy- potassium salt (1:2)", "97-67-6[rn]", "585-09-1", "r,s-malic acid", "676-46-0[rn]", "d(+)-malicacid", "617-48-1[rn]", "ag-k-61256", "(+)-d-malic acid[redirect]", "d-malic acid", "butanedioic acid hydroxy- dipotassium salt", "h2mal", "mlt", "teo", "210-514-9[einecs]", "l-malic acid", "kyselina jablecna[czech]", "d(+)-malic acid", "malic acid[wiki][acd/iupac name]", "1723540[beilstein]", "(r)-(+)-hydroxysuccinic acid[redirect]", "6915-15-7[rn]", "r,smalic acid", "78644-42-5[rn]", "2-hydroxyethane-1,2-dicarboxylic acid", "ac1l4v9j", "(^+)-hydroxysuccinic acid", "17482-42-7[rn]", "1723539[beilstein]", "2-hydroxy-succinic acid", "dl-hydroxysuccinicacid; dl-2-hydroxybutanedioic acid;dl-appleacid", "malic acid (dl)", "636-61-3[rn]", "230-022-8[einecs]", "succinic acid hydroxy-", "2-hydroxysuccinic acid", "monohydroxybernsteinsaeure", "musashi-no-ringosan", "apple acid", "6283-27-8[rn]", "kyselina hydroxybutandiova[czech]", "124501-05-9[rn]", "(l)-malic acid", "ar-1i6201", "malic acid calcium salt", "aepfelsaeure", "e296", "einecs 209-549-2", "m-0825", "211-262-2[einecs]", "calcium malate[acd/iupac name]", "butanedioic acid hydroxy-", "84781-39-5[rn]", "l(-)-malicacid", "oaa", "r-malic acid[redirect]", "dipotassium malate", "s-2-hydroxybutanedioic acid", "l-(-)-malic acid", "malic acid dl-", "498-37-3[rn]", "acide malique", "585-09-1[rn]", "malic acid d-[redirect]", "butanedioic acid 2-hydroxy- calcium salt (1:1)", "ac1q1ts3", "mal", "dipotassium 2-hydroxybutanedioate", "hydroxybutandisaeure", "dl-hydroxysuccinic acid", "209-549-2[einecs]"}|>, "169" -> <|"DatabaseID" -> "SW00165", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6650"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 510], ExternalIdentifier["ChemSpiderID", 146673], ExternalIdentifier["ChemSpiderID", 144374]}, "IsomericSmiles" -> "C(C(C(=O)[O-])O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04843"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "malic acid;calcium malate;potassium malate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 525], ExternalIdentifier["PubChemCompoundID", 164689]}, "Synonyms" -> {"malic acid", "pomalus acid", "deoxytetraric acid", "hydroxysuccinic acid", "2-hydroxybutanedioic acid", "dl-malic acid", "hydroxybutanedioic acid", "butanedioic acid", "potassium malate", "malate", "kyselina jablecna", "dipotassium malate[acd/iupac name]", "dl-hydroxybutanedioic acid", "41308-42-3[rn]", "6294-10-6[rn]", "a-hydroxysuccinic acid", "l(-)-malic acid", "calcium 2-hydroxybutanedioate", "butanedioic acid 2-hydroxy-", "202-601-5[einecs]", "241-498-1[einecs]", "d(+)malicacid", "butanedioic acid 2-hydroxy- potassium salt (1:2)", "97-67-6[rn]", "585-09-1", "r,s-malic acid", "676-46-0[rn]", "d(+)-malicacid", "617-48-1[rn]", "ag-k-61256", "(+)-d-malic acid[redirect]", "d-malic acid", "butanedioic acid hydroxy- dipotassium salt", "h2mal", "mlt", "teo", "210-514-9[einecs]", "l-malic acid", "kyselina jablecna[czech]", "d(+)-malic acid", "malic acid[wiki][acd/iupac name]", "1723540[beilstein]", "(r)-(+)-hydroxysuccinic acid[redirect]", "6915-15-7[rn]", "r,smalic acid", "78644-42-5[rn]", "2-hydroxyethane-1,2-dicarboxylic acid", "ac1l4v9j", "(^+)-hydroxysuccinic acid", "17482-42-7[rn]", "1723539[beilstein]", "2-hydroxy-succinic acid", "dl-hydroxysuccinicacid; dl-2-hydroxybutanedioic acid;dl-appleacid", "malic acid (dl)", "636-61-3[rn]", "230-022-8[einecs]", "succinic acid hydroxy-", "2-hydroxysuccinic acid", "monohydroxybernsteinsaeure", "musashi-no-ringosan", "apple acid", "6283-27-8[rn]", "kyselina hydroxybutandiova[czech]", "124501-05-9[rn]", "(l)-malic acid", "ar-1i6201", "malic acid calcium salt", "aepfelsaeure", "e296", "einecs 209-549-2", "m-0825", "211-262-2[einecs]", "calcium malate[acd/iupac name]", "butanedioic acid hydroxy-", "84781-39-5[rn]", "l(-)-malicacid", "oaa", "r-malic acid[redirect]", "dipotassium malate", "s-2-hydroxybutanedioic acid", "l-(-)-malic acid", "malic acid dl-", "498-37-3[rn]", "acide malique", "585-09-1[rn]", "malic acid d-[redirect]", "butanedioic acid 2-hydroxy- calcium salt (1:1)", "ac1q1ts3", "mal", "dipotassium 2-hydroxybutanedioate", "hydroxybutandisaeure", "dl-hydroxysuccinic acid", "209-549-2[einecs]"}|>, "170" -> <|"DatabaseID" -> "SW00166", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29993"], ExternalIdentifier["ChEBIID", "17053"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82652], ExternalIdentifier["ChemSpiderID", 5745]}, "IsomericSmiles" -> "C([C@@H](C(=O)[O-])[NH3+])C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "L‐aspartate amiodipine", "Traditional Herbal Isolate" -> "asparagic acid;asparaginic acid;l-propenylsulforic acid", "Indian Approved Name" -> "l-aspartic acid"|>, "PharmGKBID" -> "PA448494", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23672344], ExternalIdentifier["PubChemCompoundID", 5960]}, "Synonyms" -> {"l-aspartic acid", "aspartic acid", "l-asparaginic acid", "aspatofort", "asparagic acid", "asparaginic acid", "l-asparagic acid", "(2s)-aspartic acid", "h-asp-oh", "aminosuccinic acid", "(+)-aspartic acid", "l-aspartinsaeure", "(l)-aspartic acid", "acidum asparticum", "(s)-aminobutanedioic acid", "l-2-aminobutanedioic acid", "(s)-aspartic acid", "l-asparaginsyra", "l-(+)-aspartic acid", "l-asparaginsaeure", "l-aminosuccinic acid", "17090-93-6[rn]", "3792-50-5[rn]", "5598-53-8[rn]", "l-aspartate", "monosodium-l-aspartate", "aspartate", "ec 3.5.1.14", "monosodium l-aspartate", "acy-1", "asparaginsaeure [german]", "n-acyl-l-amino-acid amidohydrolase", "acido aspartico [inn-spanish]", "acide aspartique [inn-french]", "sodium hydrogen l-aspartate", "aspartate monosodium salt", "monosodium aspartate", "l-asp", "aspartic acid[wiki][usp][acd/iupac name]", "6899-03-2[rn]", "1723530[beilstein]", "aspartic acid monosodium salt l-", "39557-43-2[rn]", "254-507-9[einecs]", "butanedioate 2-amino- hydrogen sodium salt (2s)- (1:1:1)", "(s)-2-aminobutanedioic acid", "butanedioic acid amino- (s)-", "dl-aspartic acid monosodium salt", "l-asparticacid", "56-84-8[rn]", "(s)-2-aminobutanedioic acid; (s)-2-aminosuccinic acid;l-asparaginsaeure; l-aspartic acid", "200-291-6[einecs]", "2001-89-0[rn]", "27881-03-4[rn]", "aspara k", "k-flebo", "617-45-8[rn]", "l-aspartic acid sodium salt (1:1)", "237-814-2[einecs]", "1152-61-0[rn]", "sodium hydrogen (2s)-2-aminosuccinate (1:1:1)", "sodium (2s)-2-amino-3-carboxypropanoate[acd/iupac name]", "acide l-aspartique", "39162-75-9[rn]", "sodiuml-aspartate", "asparaginsaeure[german]", "221628-95-1[rn]", "l-aspartic acid monosodium salt", "asp", "223-264-0[einecs]", "56-84-8", "d,l-aspartic acid", "(s)-(+)-aspartic acid", "2-aminosuccinic acid", "l-aspartic acid monosodium salt", "(s)-2-aminosuccinic acid", "16079-55-3[rn]", "(s)-(+)-aminosuccinic acid; (s)-aminobutanedioic acid", "calciretard", "aspartic acid l-", "4-04-00-02998 (beilstein handbook reference)[beilstein]", "241-155-6[einecs]", "aspartic acid sodium salt l-", "aspartic acid l-", "l-aspartic acid[wiki][jp15][acd/iupac name]", "aspartic acid (van)", "(2s)-2-aminobutanedioic acid", "2068-80-6[rn]", "(s)-(+)-aminosuccinic acid", "(2s)-2-aminobutanedioic acid; l-aspartic acid", "21059-46-1[rn]", "(s)-amino-butanedioic acid", "asparaginic acid (van)", "25608-40-6[rn]", "26834-87-7[rn]", "aspartic acid [usan:inn][inn][usan]", "(2s)-2-aminosuccinic acid", "181119-34-6[rn]", "s-aspartic acid", "acido aspartico[spanish][inn]", "acide (2s)-2-aminosuccinique[french]", "210-513-3[einecs]", "l-aspartic acid (9ci)", "sodium hydrogen dl-aspartate", "14007-45-5[rn]", "asparagic acid (van)", "1783-96-6[rn]", "acide aspartique[french][inn]", "acidum asparticum[latin][inn]", "181119-33-5[rn]", "l-aspartic acid sodium salt", "einecs 223-264-0", "sodium (2s)-2-amino-3-carboxypropanoate", "ccris 7917"}|>, "171" -> <|"DatabaseID" -> "SW00167", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17196"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00174"]}, "IsomericSmiles" -> "C([C@@H](C(=O)[O-])[NH3+])C(=O)N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sitosterol asparagine;asparagine"|>, "PharmGKBID" -> "PA164776968", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6267]}, "Synonyms" -> {"asparagine", "aspartamic acid", "(s)-asparagine", "agedoite", "asparamide", "(-)-asparagine", "l-asparagine", "crystal vi", "altheine", "asparagine acid", "l-aspartamine", "l-2,4-diamino-4-oxobutanoic acid", "a-aminosuccinamic acid", "aspartic acid b-amide", "asn", "(s)-2,4-diamino-4-oxobutanoic acid", "2-aminosuccinamic acid", "l-b-asparagine", "ec 6.1.1.22", "asparagine-- trna ligase", "aspartic acid amide", "asnrs", "l-aspartic acid 4-amide", "1723527[beilstein]", "asparagine (van)", "328-41-6[rn]", "7006-34-0[rn]", "3130-87-8[rn]", "29880-22-6[rn]", "(2s)-2-ammonio-3-carbamoylpropanoate; (2s)-2-azaniumyl-3-carbamoylpropanoate; (2s)-4-amino-2-ammonio-4-oxobutanoate;l-asparagine", "204451-47-8[rn]", "l-asn", "221-521-1[einecs]", "2,4-diamino-4-oxobutanoic acid (s)-", "(s)-2-amino-3-carbamoylpropanoic acid", "28088-48-4[rn]", "l-2-aminosuccinamic acid", "butanoic acid 2,4-diamino-4-oxo- (s)-", "200-735-9[einecs]", "(s)-2-aminosuccinic acid 4-amide; l-aspartic acid 4-amide", "asparagine[wiki][acd/iupac name]", "70-47-3[rn]", "(2s)-4-amino-2-azaniumyl-4-oxobutanoate", "(2s)-2-amino-3-carbamoylpropanoic acid", "5794-13-8[rn]", "l-asparagine anhydrous", "s-asparagine", "l-asparatamine", "l-(-)-asparagine", "h-asn-oh", "2-aminosuccinamic acid l-", "(2s)-2,4-diamino-4-oxobutanoic acid", "(s)-2-aminosuccinic acid 4-amide", "l-asparagine zwitterion", "n", "l-asparagin", "32640-57-6[rn]", "l-asparagine (9ci)"}|>, "172" -> <|"DatabaseID" -> "SW00168", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27909"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21106173]}, "IsomericSmiles" -> "CC1OC(OC(O1)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00705"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Paraldehyde", "Australia Approved Name" -> "PARALDEHYDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31264]}, "Synonyms" -> {"paral", "paraldehyde", "acetaldehyde trimer", "elaldehyde", "paracetaldehyde", "123-63-7[rn]", "paraldehyd", "2", "204-639-8[einecs]", "paraldehyd[german]", "s-trimethyltrioxymethylene", "80142[beilstein]", "paraldeide", "2,4,6-trimethyl-s-trioxane", "pcho", "acetaldehyde", "123-63-7", "1,3,5-trimethyl-2,4,6-trioxane", "1,3,5-trioxane 2,4,6-trimethyl-", "paraldehyde[wiki][usp]", "2,4,6-trimethyl-1,3,5-trioxane", "paraacetaldehyde", "2,4,6-trimethyl-[1,3,5]trioxane", "acetaldehyde trimer; paracetaldehyde"}|>, "173" -> <|"DatabaseID" -> "SW00169", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16731"]}, "IsomericSmiles" -> "c1ccc(cc1)/C=C/C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cinnamic aldehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 637511]}, "Synonyms" -> {"3-phenylacrylaldehyde", "cinnamylaldehyde", "cassia aldehyde", "phenylacrolein", "zimtaldehyde", "cinnamal", "cinnamic aldehyde", "trans-cinnamaldehyde", "(e)-cinnamaldehyde", "cinnamaldehyde"}|>, "174" -> <|"DatabaseID" -> "SW00170", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55191]}, "IsomericSmiles" -> "CCCCCO[N+](=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "amyl nitrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61250]}, "Synonyms" -> {"brn 1702825", "nitric acid pentyl ester", "213-684-2[einecs]", "nitric acid pentyl ester", "pentyl nitrate[acd/iupac name]", "amyl nitrate", "einecs 213-684-2", "1002-16-0", "nitrate d'amyle[french]", "3-01-00-01605 (beilstein handbook reference)[beilstein]", "amyl nitrate [un1112] [flammable liquid]", "nitrate d'amyle [french]", "ai3-15292", "amylester kyseliny dusicne [czech]", "pentyl nitrate", "nitrate de pentyle", "amyl nitrate[wiki]", "1-pentyl nitrate", "1002-16-0[rn]", "un1112", "pentylnitrat", "amylester kyseliny dusicne[czech]", "nitric acid"}|>, "175" -> <|"DatabaseID" -> "SW00171", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16910"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10304]}, "IsomericSmiles" -> "c1ccc(cc1)C(C#N)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mandelonitrile"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10758]}, "Synonyms" -> {"phenylglycolonitrile", "benzaldehyde cyanohydrin", "mandelic acid nitrile", "amygdalonitrile", "2-hydroxy-2-phenylethanenitrile", "hydroxy(phenyl)acetonitrile[acd/iupac name]", "acetonitrile hydroxyphenyl-", "alpha-hydroxybenzeneacetonitrile", "208-532-7[einecs]", "mandelonitrile", "glycolonitrile phenyl-", "532-28-5", "benzaldehyde", "hydroxyphenylacetontrile", "532-28-5[rn]", "613-88-7[rn]", "4-10-00-00578 (beilstein handbook reference)[beilstein]", "glycolonitrile", "nitril kyseliny mandlove", "mandelonitrile; 2-hydroxy-2-phenylacetonitrile", "benzaldehydkyanhydrin", "benzaldehyde cyanohydrin", "mandelonitrile[wiki]", "2207122[beilstein]", "hydroxy(phenyl)acetonitrile"}|>, "176" -> <|"DatabaseID" -> "SW00171", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16910"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10304]}, "IsomericSmiles" -> "c1ccc(cc1)C(C#N)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mandelonitrile"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10758]}, "Synonyms" -> {"phenylglycolonitrile", "benzaldehyde cyanohydrin", "mandelic acid nitrile", "amygdalonitrile", "2-hydroxy-2-phenylethanenitrile", "hydroxy(phenyl)acetonitrile[acd/iupac name]", "acetonitrile hydroxyphenyl-", "alpha-hydroxybenzeneacetonitrile", "208-532-7[einecs]", "mandelonitrile", "glycolonitrile phenyl-", "532-28-5", "benzaldehyde", "hydroxyphenylacetontrile", "532-28-5[rn]", "613-88-7[rn]", "4-10-00-00578 (beilstein handbook reference)[beilstein]", "glycolonitrile", "nitril kyseliny mandlove", "mandelonitrile; 2-hydroxy-2-phenylacetonitrile", "benzaldehydkyanhydrin", "benzaldehyde cyanohydrin", "mandelonitrile[wiki]", "2207122[beilstein]", "hydroxy(phenyl)acetonitrile"}|>, "177" -> <|"DatabaseID" -> "SW00172", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17566]}, "IsomericSmiles" -> "C(C[C@@H](C(=O)[O-])[NH3+])C[NH3+]", "OfficialNames" -> <|"Indian Approved Name" -> "l-ornithine l-aspartate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18599]}, "Synonyms" -> {"ormeta", "l-ornithine l-aspartate", "ornithine aspartate", "ornithine l-form aspartate", "orparan", "hepa-merz", "hepamerz", "5-ammonio-l-norvaline (2s)-2-amino-3-carboxypropanoate[acd/iupac name]", "3230-94-2[rn]", "221-772-7[einecs]", "l-ornithine-l-aspartate", "ornithylaspartate", "91055-05-9[rn]", "3054-39-5[rn]", "einecs 221-772-7", "l-aspartic acid", "aspartic acid ornithine salt", "l-aspartic acid compd. with l-ornithine (1:1)", "l-aspartic acid compd. with l-ornithine (1:1)", "l-ornithine l-aspartate salt", "(s)-2,5-diaminopentanoic acid l-aspartate salt", "aspartic acid l- compd. with l-ornithine (1:1)"}|>, "178" -> <|"DatabaseID" -> "SW00173", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "70851"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4642]}, "IsomericSmiles" -> "c1ccc(c(c1)C=O)C=O", "OfficialNames" -> <|"NPC Approved Name" -> "12-benzenedicarboxaldehyde"|>, "Synonyms" -> {"1,2-phthalic dicarboxaldehyde", "benzol-1,2-dicarbaldehyd", "o-phthalaldialdehyde", "o-phthaldehyde", "benzene-1,2-dicarbaldehyde", "2-phthalaldehyde", "643-79-8[rn]", "1,2-benzenedicarboxaldehyde", "2-phthaldialdehyde", "4-07-00-02138 (beilstein handbook reference)[beilstein]", "p-benzenedicarboxaldehyde", "ortho-phthalaldehyde", "878317", "phthalic aldehyde", "1,2-diformylbenzene", "1,2-benzenedicarbaldehyde", "phthalic dicarboxaldehyde", "phthalaldialdehyde", "phthalic dialdehyde", "o-phthalicdicarboxaldehyde", "o-phthalaldehyde", "benzene-1,2-dicarboxaldehyde", "opa", "211-402-2[einecs]", "benzenedicarboxaldehyde", "o-phthaldialdehyde", "phthalaldehyde[wiki][acd/iupac name]", "tl8004558", "o-phthalic dicarboxaldehyde", "phthaldialdehyde", "opta", "phthalyldicarboxaldehyde", "o-phthalic aldehyde", "p-6600"}|>, "179" -> <|"DatabaseID" -> "SW00174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6621]}, "IsomericSmiles" -> "c1ccc2c(c1)COC2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phthalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6885]}, "Synonyms" -> {"phthalolactone", "1(3h)-isobenzofuranone", "1-phthalanone", "phthalide", "1-isobenzofuranone", "100-68-5[rn]", "isobenzofuranone", "nsc 1469", "3h-isobenzofuran-1-one", "5-17-10-00007 (beilstein handbook reference)[beilstein]", "3-hydroisobenzofuran-1-one", "87-41-2", "2-benzofuran-1(3h)-on", "2-benzofuran-1(3h)-one", "t56 bvo dhj[wln]", "ccris 3598", "2-benzofuran-1(3h)-one[acd/iupac name]", "o-hydroxymethyl benzoic acid lactone", "isobenzofuran-1(3h)-one", "phthalanone(phthalide)", "87-41-2[rn]", "phthalid", "114632", "201-744-0[einecs]"}|>, "180" -> <|"DatabaseID" -> "SW00175", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390176]}, "IsomericSmiles" -> "C(CON)[C@@H](C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "canaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441443]}, "Synonyms" -> {"l-canaline", "o-amino-l-homoserine", "canaline", "l-2-amino-4-(aminooxy)butyric acid", "l-2-amino-4-(aminooxy)butyrate", "l-a-amino-g-(aminooxy)-n-butyric acid", "496-93-5", "l-homoserine", "l-homoserine o-amino-", "496-93-5[rn]", "can", "ac1l9b6j", "ag-f-66393", "1-amino-3-amino-oxybutyric acid", "2-amino-4-(aminooxy)butyric acid"}|>, "181" -> <|"DatabaseID" -> "SW00176", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12485]}, "IsomericSmiles" -> "Cn1ccc(=O)c(c1)C#N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mallorepine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13027]}, "Synonyms" -> {"mallorepine", "3-cyano-1-methyl-4-pyridone", "3-pyridinecarbonitrile", "ac1l20vk", "1-methyl-4-oxopyridine-3-carbonitrile", "767-98-6[rn]", "1", "1,4-dihydro-1-methyl-4-oxo-3-pyridinecarbonitri*", "767-98-6", "nicotinonitrile", "3-pyridinecarbonitrile 1,4-dihydro-1-methyl-4-oxo-", "nicotinonitrile 1,4-dihydro-1-methyl-4-oxo-"}|>, "182" -> <|"DatabaseID" -> "SW00177", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7421]}, "IsomericSmiles" -> "c1ccc(cc1)CCC=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hydrocinnamic aldehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7707]}, "Synonyms" -> {"dihydrocinnamaldehyde", "hydrocinnamaldehyde", "benzylacetaldehyde", "benzenepropanal", "3-phenyl-1-propanal", "3-phenylpropionaldehyde", "hydrocinnamic aldehyde", "phenylpropyl aldehyde", "phenylpropylaldehyde", "3-phenylpropyl aldehyde", "203-211-8[einecs]", "propionaldehyde 3-phenyl-", "3-phenylpropylaldehyde", "propionaidehyde 3-phenyl-", "3-phenylpropanal[acd/iupac name]", "4-07-00-00692 (beilstein handbook reference)[beilstein]", "104-53-0[rn]", "propanal", "719304-66-2[rn]", "3-phenylpropanal", "3pl", "104-53-0", "215-620-9[einecs]", "1071910", "hydrocinnamylaldehyde", "1335-10-0[rn]"}|>, "183" -> <|"DatabaseID" -> "SW00178", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50158"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21105856]}, "IsomericSmiles" -> "C=CCc1ccc(cc1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chavicol"|>, "Synonyms" -> {"4-(prop-2-en-1-yl)phenol", "p-allylphenol", "p-hydroxyallylbenzene", "4-(2-propenyl)phenol", "phenol 4-(2-propen-1-yl)-", "501-92-8[rn]", "4-allylphenol", "4-(prop-2-enyl)-phenol", "p-chavicol", "1-allyl-4-hydroxybenzene", "2039682[beilstein]", "207-929-2[einecs]", "chavicol[wiki]"}|>, "184" -> <|"DatabaseID" -> "SW00179", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52052"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21106366]}, "IsomericSmiles" -> "CC(=O)Cc1ccccc1", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Phenylacetone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7678]}, "Synonyms" -> {"phenyl-2-propanone", "methyl benzyl ketone", "1-phenylpropan-2-one", "3-phenyl-2-propanone", "1-phenyl-2-propanone", "1-phenylacetone", "benzyl methyl ketone", "phenylacetone; phenylpropanone", "2-propanone 1-phenyl-", "phenyl acetone", "742120[beilstein]", "phenylacetone[wiki]", "136678-26-8", "103-79-7[rn]", "acetone 1-phenyl-", "2-propanone", "phenylmethyl methyl ketone", "1v1r[wln]", "103-79-7", "phenylacetone", "203-144-4[einecs]"}|>, "185" -> <|"DatabaseID" -> "SW00180", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00752"]}, "IsomericSmiles" -> "c1ccc(cc1)C2C[C@H]2[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00826"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRANYLCYPROMINE SULFATE"|>, "PharmGKBID" -> "PA451741", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441233]}, "Synonyms" -> {"parnate", "transamine", "tranylcypromine", "db00752", "ac1l9asr", "mao-b", "tranylcypromine sulfate", "ec 1.4.3.4", "tranylcypromine (inn)", "tranilcipromina", "(1r)-2-phenylcyclopropan-1-amine", "monoamine oxidase type b", "dl-tranylcypromine", "c07155", "d08625"}|>, "186" -> <|"DatabaseID" -> "SW00180", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00752"]}, "IsomericSmiles" -> "c1ccc(cc1)C2C[C@H]2[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00826"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRANYLCYPROMINE SULFATE"|>, "PharmGKBID" -> "PA451741", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441233]}, "Synonyms" -> {"parnate", "transamine", "tranylcypromine", "db00752", "ac1l9asr", "mao-b", "tranylcypromine sulfate", "ec 1.4.3.4", "tranylcypromine (inn)", "tranilcipromina", "(1r)-2-phenylcyclopropan-1-amine", "monoamine oxidase type b", "dl-tranylcypromine", "c07155", "d08625"}|>, "187" -> <|"DatabaseID" -> "SW00181", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28768"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7183]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cymene;p- cymene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7463]}, "Synonyms" -> {"dolcymene", "p-methylcumene", "p-cymol", "4-isopropyltoluene", "4-cymene", "cymol", "p-isopropyltoluene", "camphogen", "p-cymene", "p-cymene [un2046] [flammable liquid]", "99-87-6[rn]", "cymene[wiki]", "1-methyl-4-(1-methylethyl)-benzene", "1-methyl-4-(1-methylethyl)benzene", "1-isopropyl-4-methylbenzene", "p-i-propyltoluene", "4-methyl isopropylbenzene", "1-methyl-4-isopropylbenzene", "p-methyl cumene", "1-methyl-4-(propan-2-yl)benzene", "cumene p-methyl-", "202-796-7[einecs]", "4-methyl-1-isopropylbenzene", "p-cimene", "246-674-1[einecs]", "p-methylisopropylbenzene", "25155-15-1[rn]", "4-methylisopropylbenzene", "p-mentha-1,3,5-triene", "methyl-4-(1-methylethyl)benzene", "1-isopropyl-4-methylbenzene; 1-methyl-4-(1-methylethyl)benzene;1-methyl-4-isopropylbenzene; 4-cymene; p-cimene; p-cymol; p-isopropyltoluene; p-methylcumene; p-methylisopropylbenzene", "benzene 1-methyl-4- (1-methylethyl)-", "paracymol", "1903377[beilstein]", "p-methyl-cumene", "1-isopropyl-4-methylbenzol", "4-methyl-1-(methylethyl)benzene", "4-methyl-1-(propan-2-yl)benzene", "1-isopropyl-4-methylbenzene[acd/iupac name]", "4-isopropyl-1-methylbenzene", "p-isopropylmethylbenzene", "paracymene", "benzene 1-isopropyl-4-methyl-", "1-isopropyl-4-methyl-benzene", "benzene 1-methyl-4-(1-methylethyl)-", "p-cumidine", "para-cymene", "cymene p-"}|>, "188" -> <|"DatabaseID" -> "SW00183", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16708"]}, "IsomericSmiles" -> "c1[nH]c2c(n1)c(ncn2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00034"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dinucleotide dihydronicotinamide adenin"|>, "Synonyms" -> {"leucon", "adenine"}|>, "189" -> <|"DatabaseID" -> "SW00184", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30745"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7947], ExternalIdentifier["ChemSpiderID", 10181341]}, "IsomericSmiles" -> "c1ccc(cc1)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05867"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phenylacetic acid", "FDA Approved Drug" -> "SODIUM PHENYLACETATE"|>, "PharmGKBID" -> "PA165950342", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23690424]}, "Synonyms" -> {"benzeneacetic acid", "phenylacetic acid sodium salt", "103-82-2[rn]", "sodium phenylacetate", "sodium benzeneacetate", "natriumphenylacetat", "phenylacetate sodium salt", "204-052-7[einecs]", "nsc 3039", "sodium phenylethanoate", "benzeneacetic acid sodium salt", "phenylacetic acid sodium salt", "benzeneacetiic acid", "phenyllacetic acid", "einecs 204-052-7", "2-phenylethanoic acid", "phenyl acetic acid", "ucephan", "qv1r[wln]", "benzeneacetic acid sodium salt", "sodiumphenylacetate", "benzylformic acid", "benzeneaceticacid", "sodium 2-phenylethanoate", "114-70-5[rn]", "acetic acid phenyl-", "phenylacetic acid sodium salt; sodium phenylacetate", "2-phenylacetic acid", "hsdb 5581", "sodium phenylacetate[acd/iupac name]", "acetic acid phenyl- sodium salt", "benzeneacetic acid sodium salt (1:1)", "phenylacetic acid", "phenylaceticacid", "phenylessigsaure natrium-salz[german]", "acetic acid", "177985-34-1[rn]", "sodium 2-phenylacetate", "phenylethanoic acid", "203-148-6[einecs]", "kyselina fenyloctova[czech]", "benzylcarboxylic acid", "1099647[beilstein]"}|>, "190" -> <|"DatabaseID" -> "SW00185", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7191]}, "IsomericSmiles" -> "Cc1ccc(cc1)N(C)C", "OfficialNames" -> <|"Indian Approved Name" -> "phenyl mercuric nit"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7471]}, "Synonyms" -> {"n", "4-dimethylaminotoluene", "202-816-4[einecs]", "p-(dimethylamino)toluene", "c.i. developer 17", "215-618-8[einecs]", "dimethyl-p-toluidine", "15873-51-5[rn]", "4,n,n-trimethylaniline", "c.i. azoic diazo component 37", "fast red 2g base", "ci azoic diazo component 37", "202-810-1[einecs]", "1335-08-6[rn]", "developer p", "536-46-9[rn]", "devol red gg", "fast red 2g salt", "benzenamine n,n,4-trimethyl-[acd/index name]", "naphtoelan red gg base", "99-99-0[rn]", "1n1&r; d1[wln]", "p-toluidine", "6219-73-4[rn]", "4-10-00-00346 (beilstein handbook reference)[beilstein]", "62778-12-5[rn]", "dimethyl-p-tolyl-amine", "2052-46-2[rn]", "p-toluidine n,n-dimethyl-", "benzenamine", "n.n-dimethyl-p-toluidine", "diazo fast red gg", "52509-81-6[rn]", "dmpd", "dimethyl(4-methylphenyl)amine", "n,n-dimethyl-p-toluidine", "n,n-dimethyl-4-methylaniline", "p-methyl-n", "fast red p salt", "ann[german]", "99-97-8", "fast red base 2j", "60160-75-0[rn]", "24631-29-6[rn]", "n,n-dimethyl-p-tolylamine", "536-45-8[rn]", "azoic diazo component 37", "774409[beilstein]", "202-805-4[einecs]", "fast red p base", "fast red salt gg", "4-(dimethylamino)toluene", "fast red mp base", "1903-68-0[rn]", "pna", "ci developer 17", "p-methyl-n,n-dimethylaniline", "dimetil-p-toluidina[italian]", "shinnippon fast red gg base", "azoamine red zh[chinese]", "p-n,n-trimethylaniline", "613-48-9[rn]", "fast red salt 2j", "61645-93-0[rn]", "n,n-dimethylpiperidine-4-carboxamide", "536-47-0[rn]", "n,n,4-trimethylbenzenamine", "202-809-6[einecs]", "n,n,4-trimethylaniline", "fast red base gg", "azofix red gg salt", "100-07-2[rn]", "fast red gg base", "38013-32-0[rn]", "73424-02-9[rn]", "p-n", "99-97-8[rn]", "nit", "13806-04-7[rn]", "202-815-9[einecs]", "202-808-0[einecs]", "red 2g base", "66827-74-5[rn]", "fast red gg salt", "pna (van)", "100-00-5[rn]"}|>, "191" -> <|"DatabaseID" -> "SW00186", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 394204]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00828"]}, "IsomericSmiles" -> "C[C@H]1[C@H](O1)P(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00925"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FOSFOMYCIN TROMETHAMINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10199068]}, "Synonyms" -> {"monurol", "fosfocina", "veramina", "fosfonomycin", "fosfomycin", "phosphonomycin", "phosphomycin", "23155-02-4[rn]", "5-18-12-00526", "(1r,2s)-epoxypropylphosphonic acid", "1r-cis-(1,2-epoxypropyl)phosphonic acid", "(2r-cis)-(3-methyloxiranyl)phosphonic acid", "1,2-epoxypropylphosphonic acid", "d00925", "biofos", "phosphonic acid [(2r,3s)-3-methyloxiranyl]-", "fosfomycine", "fosmicin", "phosphonemycin", "fosfomycin disodium salt", "fosfomycin sodium", "883a", "9005-49-6", "(-)-(1r,2s)-(1,2-epoxypropyl)phosphonic acid", "enoylpyruvate transferase", "monurol (tn)", "udp-n-acetylglucosamine enolpyruvyl transferase", "priomicina", "fosfomicina", "fosfomycinum", "(1r,2s)-(-)-(1,2-epoxypropyl)phosphonic acid", "[(2r,3s)-3-methyloxiran-2-yl]phosphonic acid", "cis-(1r,2s)-epoxypropylphosphonic acid", "fosfomycin tromethamine", "fosfomicin", "245-463-1[einecs]", "brn 1680831 fosfocina", "fcm", "fcn", "phosphonic acid (1,2-epoxypropyl)- (1r,2s)-(-)-", "fosfomycin calcium[jp15]", "phosphomycin disodium salt", "ec 2.5.1.7", "ept", "l-cis-1,2-epoxypropylphosphonic acid", "fosfomycinum [inn_la]", "fosfomycin sodium[jp15]", "(-)-(cis-1,2-epoxypropyl)phosphonic acid", "26016-98-8[rn]", "antibiotic 833a"}|>, "192" -> <|"DatabaseID" -> "SW00187", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "40279"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2010]}, "IsomericSmiles" -> "c1c2c([nH]n1)ncnc2O", "OfficialNames" -> <|"Indian Approved Name" -> "allopurinol", "NPC Approved Name" -> "allopurinol", "Australia Approved Name" -> "ALLOPURINOL", "China Approved Name" -> "allopurinol", "WHO Essential Medicine" -> "allopurinol", "FDA Approved Drug" -> "ALLOPURINOL;ALLOPURINOL SODIUM"|>, "Synonyms" -> {"lysuron", "alloprin", "urtias 100", "aloral", "4-hydroxypyrazolyl(3,4-d)pyrimidine", "pureduct", "alopurinol[spanish][inn]", "urtias", "1,5-dihydro-1h-pyrazolo[3,4-d]pyrimidin-4-one", "zyloric", "4-hpp", "ledopur", "4h-pyrazolo(3,4-d)pyrimidin-4-one 1,5-dihydro-", "cellidrin", "2h-pyrazolo[3,4-d]pyrimidin-4-ol", "1,5-dihydro-4h-pyrazolo[3,4-d]pyrimidin-4-one (allopurinol)", "pan quimica", "allopur", "cosuric", "4-hydroxy-1h-pyrazolo[3,4-d]pyrimidine", "aloprim lopurin zyloprim", "7h-pyrazolo[3,4-d]pyrimidin-4-ol", "roucol", "apurol", "1,5-dihydro-4h-pyrazolo(3,4-d)pyrimidin-4-one", "rimapurinol", "bloxanth", "4h-pyrazolo[3,4-d]pyrimidin-4-one 1,2-dihydro-", "bw-56-158", "epuric", "miniplanor", "1,2-dihydropyrazolo[3,4-d]pyrimidin-4-one", "allopurinol[wiki][inn][ban][jan][usan]", "ketanrift", "progout", "riball", "alositol", "uritas", "1h-pyrazolo[3,4-d]pyrimidin-4(5h)-one", "atisuril", "gichtex", "nektrohan", "urosin", "allopurin", "22767-92-6[rn]", "dura al", "aluline", "4-hydroxypyrazolo(3,4-d)pyrimidine", "180749-08-0[rn]", "bleminol", "caplenal", "4h-pyrazolo[3,4-d]pyrimidin-4-one 1,7-dihydro-", "isopurinol", "uriprim", "sigapurol", "dabroson", "1,5-dihydro-pyrazolo[3,4-d]pyrimidin-4-one", "capurate", "3,5,7,8-tetrazabicyclo[4.3.0]nona-3,5,9-trien-2-one", "hamarin", "zyloprim[wiki]", "apulonga", "geapur", "4-hydroxy-1h-pyrazolo(3,4-d)pyrimidine", "uripurinol", "17795-21-0[rn]", "urolit", "tipuric", "lopurin", "184856-42-6[rn]", "aloprim", "916980-04-6[rn]", "1085-91-2[rn]", "epidropal", "monarch[wiki]", "allopurinolum[latin]", "urobenyl", "zyloprim;", "4-hydroxypyrazole[3,4-d]pyrimidine", "adenock", "uribenz", "39464-14-7[rn]", "anoprolin", "jenapurinol", "1h-pyrazolo(3,4-d)pyrimidin-4-ol", "4-hydroxypyrazolyl[3,4-d]pyrimidine", "hexanuret", "1,5-dihydro-4h-pyrazolo(3,4-d)pyrimidin-4-one (9ci)", "315-30-0[rn]", "ketobun-a", "pyrazolo[5,4-d]pyrimidin-4-ol", "4-hydroxypyrazolopyrimidine", "takanarumin", "allohexal", "allohexan", "7hp", "1h-pyrazolo[3,4-d]pyrimidin-4-ol", "uricemil", "embarin", "allorin", "suspendol", "purinol", "206-250-9[einecs]", "4-hydroxy-3,4-pyrazolopyrimidine", "allural", "allopurinol1h-pyrazolo[3,4-d]pyrimidin-4-ol", "4-hydroxypyrazolo[3,4-d]-pyrimidine", "allozym", "novopurol", "hpp", "allo-puren", "zygout", "quimica pan", "xanturat", "d000493", "xanturic", "uridocid", "180749-09-1[rn]", "milurite", "allpargin", "apurin", "bw 56-158", "1,5-dihydro-4h-pyrazolo(3,4-d)pyrimidine-4-one", "apo-allopurinol", "zyloprim; allohexal; allosig; progout;zyloric", "1-(2-allyl-phenoxy)-3-isopropylamino-propan-2-ol", "milurit", "urbol", "xanthomax", "foligan", "dabrosin", "anzief", "mfcd00599413", "ailural", "1,2-dihydro-4h-pyrazolo[3,4-d]pyrimidin-4-one[acd/iupac name]", "remid", "ailurial", "4h-pyrazolo[3,4-d]pyrimidin-4-one 1,5-dihydro-", "1,5-dihydro-4h-pyrazolo[3,4-d]pyrimidin-4-one", "n / a", "337376-15-5", "1,5-dihydro-4h-pyrazolo[3,4-d]pyrimidin-4-one[acd/iupac name]", "337376-15-5[rn]", "4h-pyrazolo[3,4-d]pyrimidin-4-one 1,5-dihydro-[acd/index name]", "1,5-dihydro-4h-pyrazolo[3,4-d]pyrimidin-4-one[french][acd/iupac name]", "1,5-dihydro-4h-pyrazolo[3,4-d]pyrimidin-4-on[german][acd/iupac name]", "alopurinol", "allopurinolum"}|>, "193" -> <|"DatabaseID" -> "SW00188", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16567"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4573598]}, "IsomericSmiles" -> "c1ccc(c(c1)C(=O)[O-])N", "OfficialNames" -> <|"NPC Approved Name" -> "ethyl 4-(bis (hydroxypropyl)) aminobenzoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459842]}, "Synonyms" -> {"2-aminobenzoate", "134-20-3[rn]", "118-92-3[rn]", "zinc00047985", "carboxyaniline", "2-amino-benzoate", "3904977[beilstein]", "o-amino-benzoate", "vitamin l", "c0345", "aminobenzoate", "vitamin l1", "o-carboxyaniline", "anthranic acid", "o-aminobenzoate", "anthranilate", "anthranilic acid*2-aminobenzoic acid*vitaminl1*o-aminobenzoicacid*2-aminobenzoate", "ac1nusfv", "ortho-aminobenzoate", "chebi:16567", "3302-ep1441224a2", "ctk3i7650", "1-amino-2-carboxybenzene", "o-anthranilate", "benzoic acid 2-amino- ion(1-)", "ortho-amidobenzoic acid", "205-132-4[einecs]", "2-azanylbenzoate"}|>, "194" -> <|"DatabaseID" -> "SW00189", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30753"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 953]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02362"]}, "IsomericSmiles" -> "c1cc(ccc1C(=O)[O-])N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02907"]}, "OfficialNames" -> <|"NPC Approved Name" -> "para-aminobenzoic acid"|>, "Synonyms" -> {"paba; vitamin bx; vitamin h1", "anticantic vitamin", "471605[beilstein]", "paraminobenzoic acid", "pabafilm", "vitamin bx", "anticanitic vitamin", "4-aminobenzoate[acd/iupac name]", "p-carboxyphenylamine", "4-carboxyaniline", "1-amino-4-carboxybenzene; p-aminobenzoic acid; paba", "pabacyd", "anti-gray-hair factor", "4-amino benzoic acid (p-anthranillic acid)", "aminobenzoate sodium", "4-aminobenzoic acid[wiki][acd/iupac name]", "1-amino-4-carboxybenzene", "trichochromogenic factor", "acido p-aminobenzoico[italian]", "aminobenzoic acid[usp]", "papacidum", "aminobenzoic acid para", "aminobenzoic acid usp grade[usp]", "p-aminobenzoesaeure", "actipol", "bacterial vitamin h1", "4-aminobenzoic acid", "trochromogenic factor", "benzoic acid 4-amino-", "pabanol", "205-753-0[einecs]", "h-4-abz-oh", "4-aminobenzoic acid", "paranate", "rvpaba", "anti-chromotrichia factor", "tl8001088", "4-aminobenzoesaeure", "sunbrella", "133-90-4[rn]", "p-aminobenzoic acid usp grade[usp]", "4-aminobenzoesaeure; paba;p-aminobenzoesaeure; p-aminobenzoicacid; para-aminobenzoic acid", "pab; p-aminobenzoic acid", "aniline-4-carboxylic acid", "pabagel", "benzoic acid p-amino-", "abee", "rvpaba lipstick", "amben", "p-amino-benzoic acid", "paraminol", "205-123-5[einecs]", "p-amino benzoic acid", "4-amino-benzoic acid", "ec 1.14.13.2", "paba", "p-aminobenzoate", "pabamine", "super shade by coppertone", "4-27-00-07875 (beilstein handbook reference)[beilstein]", "vitamin h1", "chromotrichia factor", "p-aminobenzoic acid", "1321-11-5[rn]", "hachemina", "4-hydroxybenzoate 3- monooxygenase", "potaba", "4-carboxyphenylamine", "p-carboxyaniline", "para-aminobenzoic acid", "vitamin h'", "2906-28-7[rn]", "150-13-0[rn]", "555-06-6[rn]", "pab", "antichromotrichia factor", "kyselina p-aminobenzoova[czech]", "4-aminobenzoicacid", "acidum paraminobenzoicum", "4-amino benzoic acid", "romavit", "8014-65-1[rn]"}|>, "195" -> <|"DatabaseID" -> "SW00190", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28032"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7189]}, "IsomericSmiles" -> "CC(=O)c1ccc(cc1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "p-hydroxyacetophenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7469]}, "Synonyms" -> {"4-acetylphenol", "piceol", "p-hydroxyacetophenone", "p-oxyacetophenone", "1-(4-hydroxyphenyl)ethanon", "4'-hydroxyacetophenone[acd/iupac name]", "4'-hydroxyacetophenone4-acetylphenol", "4'-hydroxyacetophenone", "acetophenone 4'-hydroxy-", "para-hydroxyacetophenone", "phenol p-acetyl-", "1-(4-hydroxyphenyl)ethanone[acd/iupac name]", "acetophenone p-hydroxy-", "1-acetyl-4-hydroxybenzene", "qr dv1[wln]", "1-(4-hydroxyphenyl)ethanone", "99-93-4[rn]", "ac6", "p-acetylphenol", "202-802-8[einecs]", "p-hydroxyphenyl methyl ketone", "774355", "ethanone", "99-93-4", "c031335", "(4-hydroxyphenyl)ethan-1-one", "ethanone 1-(4-hydroxyphenyl)-[acd/index name]", "4-hydroxyacetophenone", "acetophenone", "1-(4-hydroxyphenyl)ethan-1-one", "4'-hydroxy-acetophenone"}|>, "196" -> <|"DatabaseID" -> "SW00191", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "41531"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 27113]}, "IsomericSmiles" -> "COC(=O)[C@H](CS)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01574"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mecysteine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29145]}, "Synonyms" -> {"mecysteinum", "methyl cysteine", "methyl (r)-cysteinate", "mecisteina", "cysteine methyl ester", "methyl l-cysteinate", "44641-43-2[rn]", "2485-62-3", "(r)-methyl 2-amino-3-mercaptopropanoate", "1187-84-4[rn]", "visclair", "ncgc00166005-01", "h-cys(me)-oh", "24425-80-7[rn]", "mecysteine[inn]", "2485-62-3[rn]", "cysteine methyl ester l-", "mecysteinum[latin]", "methyl 2-amino-3-mercaptopropionate", "88806-98-8[rn]", "mecisteina[spanish]", "methyl ester of cysteine", "219-625-7[einecs]", "l-cysteine methyl ester", "o-methylcysteine", "methyl dl-cysteinate", "acthiol j", "mecysteine", "18598-63-5[rn]", "tl80073732", "l-cysteine methyl ester", "methyl (2r)-2-amino-3-sulfanylpropanoate", "l-cysteine", "mecisteina; mecysteine; mecysteinum", "methyl l-cysteine hydrochloride", "methyl l-cysteinate[acd/iupac name]", "256-161-4[einecs]"}|>, "197" -> <|"DatabaseID" -> "SW00192", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55051]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00780"]}, "IsomericSmiles" -> "c1ccc(cc1)CCNN", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00505"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PHENELZINE SULFATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61100]}, "Synonyms" -> {"phenelzine bisulfate", "phenelzine sulfate", "alacine", "nardil", "stinerval", "mao-rem", "alazine", "nardelzine", "alazin", "estinerval", "fenelzina [inn-spanish]", "phenelzine acid sulfate", "hydrazine phenethyl- sulfate (1:1)", "phenelezine", "156-51-4[rn]", "kalgan", "phenylethylhydrazine", "2-phenylethylhydrazine dihydrogen sulphate", "w 1544a", "phenethylhydrazine", "(2-phenethyl)hydrazine dihydrogen sulfate", "ec 4.1.1.15", "phenelzine[wiki]", "phenelzine sulphate", "beta-phenylethylhydrazine", "b-phenylethylhydrazine dihydrogen sulfate", "1-hydrazino-2-phenylethane hydrogen sulphate", "phenylaethyl-hydrazin", "phenelzin", "fenelzin", "hydrazine (2-phenylethyl)- sulfate (1:1)", "phenodyne", "phenelzine bisulphate", "felazine", "phenylethyl hydrazine-hcl", "phenalzine", "156-51-4 51-71-8", "kalgan[wiki]", "phenline", "(2-phenylethyl)hydrazinsulfat", "phenelzine sulfate salt", "phenodyn", "2-phenylethylhydrazine dihydrogen sulfate", "(2-phenylethyl)hydrazine sulfate (1:1)[acd/iupac name]", "phenylethylhydrazine sulfate", "phenethylhydrazine sulfate", "n-1544a", "phenethylhydrazin", "phenelzine dihydrogen sulfate", "51-71-8[rn]", "phenalzine dihydrogen sulfate", "nardil[wiki]", "n 1544a", "phenelzine sulfate[usp]", "phenelzine", "phelazin", "fenelzyne", "205-856-0[einecs]", "phenethylhydrazine sulphate", "(2-phenylethyl)hydrazine sulfate", "phenelzine hydrogen sulphate", "fenelzyna", "2-phenylethylhydrazine sulphate", "156-51-4 51-71-8 [phenelzine]", "phenelzinum [inn-latin]"}|>, "198" -> <|"DatabaseID" -> "SW00193", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13658]}, "IsomericSmiles" -> "Cc1c(nc(c(n1)C)C)C", "OfficialNames" -> <|"China Approved Name" -> "ligustrazine", "Traditional Herbal Isolate" -> "tetramethylpyrazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 156709], ExternalIdentifier["PubChemCompoundID", 14296]}, "Synonyms" -> {"tetramethylpyrazin", "2", "ligustrazine", "bs factor", "chuanxiongzine", "tmpz", "tetramethyl-1,4-diazine", "chuanxingzine", "liqustrazine", "1124-11-4[rn]", "113100", "\"2,3,5,6-tetramethylpyrazine\"", "c017953", "pyrazine", "214-391-2[einecs]", "tetramethylpyrazine[acd/iupac name]", "pyrazine 2,3,5,6-tetramethyl-", "ligustizine", "2,3,5,6,-tetramethyl-1,4-pyrazine", "2,3,5,6-tetramethylpyrazine", "11/4/1124", "ppyrazine tetramethyl-", "surecn583535", "tetramethylpyrazine", "ligustrazine hydrochloride", "fema no. 3237", "akos006227644", "76494-51-4", "ambotz76494-51-4", "tetrapyrazine", "1124-11-4 (parent)", "1124-11-4", "ac1l4gob", "chembl1939729"}|>, "199" -> <|"DatabaseID" -> "SW00194", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51064"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5621]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01576"], ExternalIdentifier["DrugBankID", "00182"]}, "IsomericSmiles" -> "C[C@@H](Cc1ccccc1)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03740"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DEXTROAMPHETAMINE ADIPATE;DEXTROAMPHETAMINE RESIN COMPLEX;DEXTROAMPHETAMINE SULFATE"|>, "PharmGKBID" -> {"PA448408", "PA449269"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5826]}, "Synonyms" -> {"dexamfetamine", "dextroamphetamine", "(+)-phenaminum", "(+)-amphetamine", "(s)-amphetamine", "d-amphetamine", "desamfetamina", "dexedrine", "dexadrine", "dexamphetamine", "dextrostat", "sympamin", "(s)-1-phenyl-2-propanamine", "(2s)-1-phenylpropan-2-amine", "d-2-amino-1-phenylpropane", "d-1-phenyl-2-aminopropane", "d-am", "desoxyn", "(s)-1-phenyl-2-propylamine", "d-(+)-amphetamine", "(s)-(+)-amphetamine", "(2s)-(+)-amphetamine", "1-methyl-2-phenylethylamine", "d-(s)-amphetamine", "(+)-(s)-amphetamine", "(s)-1-phenyl-2-aminopropane", "dexidrine", "alpha 1b-adrenoceptor", "d-1-phenyl-2-aminopropan [german]", "dextroamphetamine sulfate", "dexedrine spansule", "dephadren", "(s)-alpha-phenylethylamine", "alpha 1b- adrenoreceptor", "dexamfetamina [inn-spanish]", "dexamfetaminum [inn-latin]", "amsustain", "s(+)-amphetamine", "(+)-alpha-methylphenethylamine", "dexacaps", "d-alpha-methylphenethylamine", "dexamphetaminum [inn-latin]", "(s)-(+)-beta-phenylisopropylamine", "(s)-alpha-methylphenethylamine", "(s)-alpha-methylbenzeneethanamine", "adderall xr (amphetamine aspartate monohydrate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "(+)-alpha-methylphenylethylamine", "d-1-phenyl-2-aminopropan", "dexanfetamina [inn-spanish]", "propisamine", "benzebar", "isoamycin", "percomon", "actedron", "benzolone", "simpatina", "norephedrane", "psychedrine", "phenedrine", "ortedrine", "allodene", "rhinalator", "sympatedrine", "oktedrin", "isomyn", "sympamine", "ferndex", "weckamine", "simpatedrin", "anorexine", "finam", "phenamine", "isoamyne", "novydrine", "profamina", "adipan", "raphetamine", "anorexide", "mecodrin", "elastonon", "beta-phenyl-isopropylamine", "tar-1", "trace amine receptor 1", "(+)-a-methylphenethylamine", "methampex", "benzedrine", "dextroamphetamine resin complex", "dl-amphetamine", "2205872[beilstein]", "4-12-00-02587 (beilstein handbook reference)[beilstein]", "dexedrine[wiki]", "fenamin", "dexamphetamine[wiki]", "dexadrine[wiki]", "dexamfetamine[wiki]", "fenylo-izopropylaminyl", "m-methoxy-a-methylphenethylamine", "adderall xr 5mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "m-methoxyamphetamine", "(s)-(+)-b-phenylisopropylamine", "(as)-a-methylbenzeneethanamine", "1-phenyl-2-aminopropane", "adderall xr 30mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "(+/-)-desoxynorephedrine", "3-methoxy-a-methylbenzeneethanamine", "dexamfetamina[spanish][inn]", "d-a-methylphenethylamine", "adderall xr 20mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "dl-1-phenyl-2-aminopropane", "adderall xr 25mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "(+/-)-benzedrine", "(2s)-1-phenylpropan-2-amin", "dexamfetaminum[latin]", "benzedrine[wiki]", "paredrine", "dextroanfetamina[portuguese]", "dexanfetamina[spanish][inn]", "adderall xr 15mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "dexamphetaminum[latin]", "dl-alpha-methylphenethylamine", "dexampex", "3-methoxyphenylisopropylamine", "beta-aminopropylbenzene", "200-112-1[einecs]", "adderall xr 10mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "51-64-9[rn]", "adderall (amphetamine + dextroamphetamine)_mixture", "norephedrine deoxy-", "amfetamine", "dl-benzedrine", "(+/-)-beta-phenylisopropylamine", "300-62-9[rn]", "alpha-methylbenzeneethaneamine", "fenylo-izopropylaminyl[polish]", "desamfetamina [dcit]", "d-1-phenyl-2-aminopropan[german]", "phenylisopropylamine", "dextroamphetamine[wiki][usan]", "methamphetamine hcl", "[1-(3-methoxyphenyl)-2-propyl]amine", "amphetamine sulfate", "amphetamine", "337376-15-5", "3-methoxyamphetamine", "a-methylphenethylamine d-form"}|>, "200" -> <|"DatabaseID" -> "SW00195", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2679"], ExternalIdentifier["ChEBIID", "51063"], ExternalIdentifier["ChEBIID", "4469"], ExternalIdentifier["ChEBIID", "42724"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24997212], ExternalIdentifier["ChemSpiderID", 5831], ExternalIdentifier["ChemSpiderID", 11380154], ExternalIdentifier["ChemSpiderID", 30476]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02074"], ExternalIdentifier["KEGGID", "D07455"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Amphetamine", "FDA Approved Drug" -> "AMPHETAMINE RESIN COMPLEX;AMPHETAMINE ADIPATE;AMPHETAMINE SULFATE;AMPHETAMINE ASPARTATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6055], ExternalIdentifier["PubChemCompoundID", 56840857], ExternalIdentifier["PubChemCompoundID", 22382900], ExternalIdentifier["PubChemCompoundID", 44149306]}, "Synonyms" -> {"amphetamine aspartate", "benzpropamine", "benzedrine", "amphetamini sulfas", "dl-phenamine sulfate", "amphamine sulfate", "dl-amphetamine sulfate", "amphetamine sulfate", "amphetamine sulphate", "amphetaminium sulfuricum", "benzafinyl", "phenaminum", "25333-81-7", "adiparthrol", "propisamine", "beta-phenyl-isopropylamine", "benzies", "psychedrine", "aspartic acid - 1-phenylpropan-2-amine (1:1)", "benzebar", "trace amine receptor 1", "phenylisopropylamine", "adderall xr 20", "fenedrin", "methampex", "aspartic acid - (2r)-1-phenylpropan-2-amine (1:1)", "durophet", "actedron", "benzolone", "amfetamine", "dietamine", "phenamine", "adderall xr 30mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "norephedrane", "chembl1200377", "adderall 20", "benzedrine (tn)", "centramina", "sympatedrine", "euphobine", "oraldrina", "simpamina", "simpamine", "tar-1", "betafen", "dl-amphetamine hydrogen sulfate", "phenedrine", "ortedrine", "(+/-)-benzedrine", "benzedrine sulfate", "cartwheels[wiki]", "adderall 10", "adderall 15", "bennie[wiki]", "psychoton", "monetamine", "3-methoxyphenylisopropylamine", "phenamine sulfate", "desoxyn", "profamina", "fenopromin sulfate", "delcobese", "phenisopropylamine sulfate", "raphetamine", "fenylo-izopropylaminyl", "m-methoxy-a-methylphenethylamine", "razemisches phenylaminopropansulfat", "adderall xr 5mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "roses[wiki]", "m-methoxyamphetamine", "euphodine", "alentol", "bluzedrin", "euphodyn", "(+/-)-desoxynorephedrine", "200-111-6[einecs]", "3-methoxy-a-methylbenzeneethanamine", "l-aspartic acid", "oktedrin", "dl-1-phenyl-2-aminopropane", "isomyn", "noclon", "methamphetamine hcl", "fenara", "adderall xr 20mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "sympamine", "penamine", "60-15-1[rn]", "psychedryna", "adderall 5", "bis{1-phenylpropan-2-amine} sulfate", "adderall xr 25mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "desoxynorephedrine sulfate", "astedin", "fenamin", "dl-1-phenyl-2-aminopropane sulfate", "zedrine", "psychedrinum", "ferndex", "paredrine", "adderall 30", "1-methyl-2-phenylethylamine", "weckamine", "peaches[wiki]", "isoamycin", "dl-amphetamine", "percomon", "simpatedrin", "anorexine", "2-aminobutanedioic acid - 1-phenylpropan-2-amine (1:1)", "mimetina", "adderall xr 15mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "aktedrin", "dl-alpha-methylphenethylamine", "stimulan", "beta-aminopropylbenzene", "betaphen", "ortenal", "fabedrine", "phenopromin", "ibiozedrine", "rhinalator", "dexampex", "dextrostat", "isoamyne", "novydrine", "surecn1030966", "surecn1030967", "sympametin", "60-13-9[rn]", "adderall xr 15", "200-457-8[einecs]", "adderall xr 10mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "finam", "pharmamedrine", "1-phenyl-2-aminopropane", "adderall (amphetamine + dextroamphetamine)_mixture", "amphoids-s", "156-31-0[rn]", "dl-benzedrine", "(+/-)-beta-phenylisopropylamine", "alpha-methylbenzeneethaneamine", "anara[wiki]", "leodrin", "sympamin", "synsatedrine", "1-phenylpropan-2-amine sulfate (2:1)", "simpatina", "phenamine (sympathomimetic)", "anagrelide", "allodene", "adipan", "adderall xr 5", "penamine (van)", "sedolin", "[1-(3-methoxyphenyl)-2-propyl]amine", "vapedrine", "unii-h527kap6l5", "dextroamphetamine sulfate salt", "dexedrine", "theptine", "anorexide", "amphetamine", "mecodrin", "1-phenyl-2-propanamine sulfate (2:1)[acd/iupac name]", "adderall xr 10", "51-63-8[rn]", "phenpromin", "amphetamine sulfate[usp]", "25333-81-7[rn]", "elastonon", "halloo-wach", "3-methoxyamphetamine"}|>, "201" -> <|"DatabaseID" -> "SW00195", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2679"], ExternalIdentifier["ChEBIID", "51063"], ExternalIdentifier["ChEBIID", "4469"], ExternalIdentifier["ChEBIID", "42724"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24997212], ExternalIdentifier["ChemSpiderID", 5831], ExternalIdentifier["ChemSpiderID", 11380154], ExternalIdentifier["ChemSpiderID", 30476]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02074"], ExternalIdentifier["KEGGID", "D07455"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Amphetamine", "FDA Approved Drug" -> "AMPHETAMINE RESIN COMPLEX;AMPHETAMINE ADIPATE;AMPHETAMINE SULFATE;AMPHETAMINE ASPARTATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6055], ExternalIdentifier["PubChemCompoundID", 56840857], ExternalIdentifier["PubChemCompoundID", 22382900], ExternalIdentifier["PubChemCompoundID", 44149306]}, "Synonyms" -> {"amphetamine aspartate", "benzpropamine", "benzedrine", "amphetamini sulfas", "dl-phenamine sulfate", "amphamine sulfate", "dl-amphetamine sulfate", "amphetamine sulfate", "amphetamine sulphate", "amphetaminium sulfuricum", "benzafinyl", "phenaminum", "25333-81-7", "adiparthrol", "propisamine", "beta-phenyl-isopropylamine", "benzies", "psychedrine", "aspartic acid - 1-phenylpropan-2-amine (1:1)", "benzebar", "trace amine receptor 1", "phenylisopropylamine", "adderall xr 20", "fenedrin", "methampex", "aspartic acid - (2r)-1-phenylpropan-2-amine (1:1)", "durophet", "actedron", "benzolone", "amfetamine", "dietamine", "phenamine", "adderall xr 30mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "norephedrane", "chembl1200377", "adderall 20", "benzedrine (tn)", "centramina", "sympatedrine", "euphobine", "oraldrina", "simpamina", "simpamine", "tar-1", "betafen", "dl-amphetamine hydrogen sulfate", "phenedrine", "ortedrine", "(+/-)-benzedrine", "benzedrine sulfate", "cartwheels[wiki]", "adderall 10", "adderall 15", "bennie[wiki]", "psychoton", "monetamine", "3-methoxyphenylisopropylamine", "phenamine sulfate", "desoxyn", "profamina", "fenopromin sulfate", "delcobese", "phenisopropylamine sulfate", "raphetamine", "fenylo-izopropylaminyl", "m-methoxy-a-methylphenethylamine", "razemisches phenylaminopropansulfat", "adderall xr 5mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "roses[wiki]", "m-methoxyamphetamine", "euphodine", "alentol", "bluzedrin", "euphodyn", "(+/-)-desoxynorephedrine", "200-111-6[einecs]", "3-methoxy-a-methylbenzeneethanamine", "l-aspartic acid", "oktedrin", "dl-1-phenyl-2-aminopropane", "isomyn", "noclon", "methamphetamine hcl", "fenara", "adderall xr 20mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "sympamine", "penamine", "60-15-1[rn]", "psychedryna", "adderall 5", "bis{1-phenylpropan-2-amine} sulfate", "adderall xr 25mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "desoxynorephedrine sulfate", "astedin", "fenamin", "dl-1-phenyl-2-aminopropane sulfate", "zedrine", "psychedrinum", "ferndex", "paredrine", "adderall 30", "1-methyl-2-phenylethylamine", "weckamine", "peaches[wiki]", "isoamycin", "dl-amphetamine", "percomon", "simpatedrin", "anorexine", "2-aminobutanedioic acid - 1-phenylpropan-2-amine (1:1)", "mimetina", "adderall xr 15mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "aktedrin", "dl-alpha-methylphenethylamine", "stimulan", "beta-aminopropylbenzene", "betaphen", "ortenal", "fabedrine", "phenopromin", "ibiozedrine", "rhinalator", "dexampex", "dextrostat", "isoamyne", "novydrine", "surecn1030966", "surecn1030967", "sympametin", "60-13-9[rn]", "adderall xr 15", "200-457-8[einecs]", "adderall xr 10mg (amphetamine aspartate + amphetamine sulfate + dextroamphetamine saccharate + dextroamphetamine sulfate)_mixture", "finam", "pharmamedrine", "1-phenyl-2-aminopropane", "adderall (amphetamine + dextroamphetamine)_mixture", "amphoids-s", "156-31-0[rn]", "dl-benzedrine", "(+/-)-beta-phenylisopropylamine", "alpha-methylbenzeneethaneamine", "anara[wiki]", "leodrin", "sympamin", "synsatedrine", "1-phenylpropan-2-amine sulfate (2:1)", "simpatina", "phenamine (sympathomimetic)", "anagrelide", "allodene", "adipan", "adderall xr 5", "penamine (van)", "sedolin", "[1-(3-methoxyphenyl)-2-propyl]amine", "vapedrine", "unii-h527kap6l5", "dextroamphetamine sulfate salt", "dexedrine", "theptine", "anorexide", "amphetamine", "mecodrin", "1-phenyl-2-propanamine sulfate (2:1)[acd/iupac name]", "adderall xr 10", "51-63-8[rn]", "phenpromin", "amphetamine sulfate[usp]", "25333-81-7[rn]", "elastonon", "halloo-wach", "3-methoxyamphetamine"}|>, "202" -> <|"DatabaseID" -> "SW00196", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "42724"]}, "IsomericSmiles" -> "C[C@H](Cc1ccccc1)[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "levamfetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32893]}, "Synonyms" -> {"chebi:42724", "l-(r)-amphetamine", "levamfetamine", "levamphetaminum", "l-amphetamine", "(r)-amphetamine", "(-)-amphetamine", "l-alpha-methylphenethylamine", "levamphetamine", "(r)-alpha-methylphenethylamine"}|>, "203" -> <|"DatabaseID" -> "SW00197", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26910]}, "IsomericSmiles" -> "CC1(C2CCC1C(=C)C2)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-fenchene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 28930]}, "Synonyms" -> {"7", "norbornane", "242-060-2[einecs]", "bicyclo[2.2.1]heptane 7,7-dimethyl-2-methylene-", "471-84-1", "7,7-dimethyl-2-methylenebicyclo(2.2.1)heptane", "alpha-fenchene", "ac1l1gdg", "bicyclo(2.2.1)heptane", "18172-67-3[rn]", "7,7-dimethyl-2-methylenebicyclo[2.2.1]heptane[acd/iupac name]", "norbornane 7,7-dimethyl-2-methylene-", "7,7-dimethyl-2-methylidenebicyclo[2.2.1]heptane", "471-84-1[rn]", "cpd-12222", "bicyclo(2.2.1)heptane 7,7-dimethyl-2-methylene-", "bicyclo[2.2.1]heptane"}|>, "204" -> <|"DatabaseID" -> "SW00198", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48741"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10669]}, "IsomericSmiles" -> "CC(C)C1CCC(=C)C=C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-phellandrene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11142]}, "Synonyms" -> {"2-p-menthadiene", "4-isopropyl-1-methylene-2-cyclohexene", "3-isopropyl-6-methylene-1-cyclohexene", ".beta.-phellandrene", "2038351[beilstein]", "6153-17-9[rn]", "p-mentha-1 (7),2-diene", "51941-36-7[rn]", "209-081-9[einecs]", "cyclohexene", "3-methylidene-6-(propan-2-yl)cyclohexene", "555-10-2[rn]", "(+)-p-mentha-1(7),2-diene", "3-methylene-6-(1-methylethyl)cyclohexene", "cyclohexene 3-methylene-6- (1-methylethyl)-", "cyclohexene 3-methylene-6-(1-methylethyl)-", "p-mentha-1(7)", "phellandrene", "chebi:48741", "3-isopropyl-6-methylenecyclohexene[acd/iupac name]", "cyclohexene 3-methylene-6-(1-methylethyl)- (-)-", "b-phellandrene", "beta-phellandrene", "3-methylidene-6-(propan-2-yl)cyclohex-1-ene", "p-mentha-1(7),2-diene", "555-10-2"}|>, "205" -> <|"DatabaseID" -> "SW00198", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48741"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10669]}, "IsomericSmiles" -> "CC(C)C1CCC(=C)C=C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-phellandrene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11142]}, "Synonyms" -> {"2-p-menthadiene", "4-isopropyl-1-methylene-2-cyclohexene", "3-isopropyl-6-methylene-1-cyclohexene", ".beta.-phellandrene", "2038351[beilstein]", "6153-17-9[rn]", "p-mentha-1 (7),2-diene", "51941-36-7[rn]", "209-081-9[einecs]", "cyclohexene", "3-methylidene-6-(propan-2-yl)cyclohexene", "555-10-2[rn]", "(+)-p-mentha-1(7),2-diene", "3-methylene-6-(1-methylethyl)cyclohexene", "cyclohexene 3-methylene-6- (1-methylethyl)-", "cyclohexene 3-methylene-6-(1-methylethyl)-", "p-mentha-1(7)", "phellandrene", "chebi:48741", "3-isopropyl-6-methylenecyclohexene[acd/iupac name]", "cyclohexene 3-methylene-6-(1-methylethyl)- (-)-", "b-phellandrene", "beta-phellandrene", "3-methylidene-6-(propan-2-yl)cyclohex-1-ene", "p-mentha-1(7),2-diene", "555-10-2"}|>, "206" -> <|"DatabaseID" -> "SW00199", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3830"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6364]}, "IsomericSmiles" -> "CC1(C2CCC(C2)C1=C)C", "OfficialNames" -> <|"NPC Approved Name" -> "camphene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6616]}, "Synonyms" -> {"3", "2", "comphene", "hsdb 900", "6,6-dimethyl-5-methylidenebicyclo[2.2.1]heptane", "bicyclo[2.2.1]heptane 2,2-dimethyl-3-methylene- (1s)-", "2,2-dimethyl-3-methylenenorbornane", "3,3-dimethyl-2-methylenenorcamphene", "209-275-3[einecs]", "79-92-5[rn]", "dl-camphene", "fema no. 2229", "(-)-(1s,4r)-camphene", "bicyclo 2.2.1 heptane 2,2-dimethyl-3-methylene-", "3,3-dimethyl-2-methylenenorcamphane", "camphene", "5794-03-6[rn]", "bicyclo[2.2.1]heptane 2,2-dimethyl-3-methylene-", "565-00-4[rn]", "79-92-5", "camphene[wiki]", "2,2-dimethyl-3-methylene-bicyclo[2.2.1]heptane", "227-337-8[einecs]", "3,3-dimethyl-2-methylenenorbornane", "4/7/5794 12:00:00 am", "ccris 3783", "(-)-camphene", "bicyclo(2.2.1)heptane 2,2-dimethyl-3-methylene-", "2,2-dimethyl-3-methylenbicyclo[2.2.1]heptan", "2,2-dimethyl-3-methylenebicyclo[2.2.1]heptane[acd/iupac name]", "(+)-camphene", "201-234-8[einecs]", "camphen", "3,3-dimethyl-2-methylenebicyclo[2.2.1]heptane", "5794-04-7[rn]", "2,2-dimethyl-3-methylenebicyclo(2.2.1)heptane", "2,2-dimethyl-3-methylidenebicyclo[2.2.1]heptane"}|>, "207" -> <|"DatabaseID" -> "SW00200", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15382"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389747]}, "IsomericSmiles" -> "CC1=CC[C@@H](CC1)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "citrene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 440917]}, "Synonyms" -> {"(r)-(+)-limonene", "citrene", "(+)-carvene", "(+)-(4r)-limonene", "(+)-limonene", "(4r)-limonene", "(r)-limonene", "(+)-r-limonene", "d-(+)-limonene", "4-isopropenyl-1-methylcyclohexene[acd/iupac name]", "glidesafe", "d-limonene", "(4r)-1-methyl-4-(1-methylethenyl)cyclohexene", "(4r)-4-isopropenyl-1-methylcyclohexen", "(4r)-1-methyl-4-prop-1-en-2-ylcyclohexene", "(4r)-4-isopropenyl-1-methylcyclohexene", "cyclohexene 1-methyl-4-(1-methylethenyl)- (4r)-", "d-limonene[wiki][usp]", "(r)-1-methyl-4-(1-methylethenyl)cyclohexene", "biogenic se 374", "(4r)-1-methyl-4-(prop-1-en-2-yl)cyclohexene", "hemo-sol", "d-p-mentha-1,8-diene", "138-86-3[rn]", "(4r)-1-methyl-4-isopropenylcyclohex-1-ene", "ec 7", "(4r)-1-methyl-4-(1-methylvinyl)cyclohex-1-ene", "r-(+)-limonene", "d-limonen", "d-1,8-p-menthadiene", "1-methyl-4-prop-1-en-2-yl-cyclohexene", "(+)-dipentene", "galactan", "refchole", "limonene[wiki]", "(+)-a-limonene", "2204754[beilstein]", "(r)-1-methyl-4-(prop-1-en-2-yl)cyclohex-1-ene", "(+)-4-isopropenyl-1-methylcyclohexene", "(r)-4-isopropenyl-1-methyl-cyclohexene", "p-mentha-1,8-diene (r)-(+)-", "5989-27-5[rn]", "(+)-1,8-para-menthadiene", "(4r)-1-methyl-4-(prop-1-en-2-yl)cyclohexen", "(4r)-4-isopropenyl-1-methylcyclohexene (d-limonene)", "(+)-(r)-limonene", "carvene", "227-813-5[einecs]", "(r)-(+)-p-mentha-1,8-diene", "cyclohexene 1-methyl-4-(1-methylethenyl)-", "(r)-p-mentha-1,8-diene", "(r)-4-isopropenyl-1-methyl-1-cyclohexene", "-dipentene", "cyclohexene 1-methyl-4-(1-methylethenyl)- (r)-", "glidsafe", "(4r)-1-methyl-4-(prop-1-en-2-yl)cyclohex-1-ene"}|>, "208" -> <|"DatabaseID" -> "SW00201", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10334"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7182]}, "IsomericSmiles" -> "CC1=CC=C(CC1)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-terpinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7462]}, "Synonyms" -> {"terpilene", "alpha-terpinen", "99-86-5", "1-methyl-4-isopropylcyclohexadiene-1,3", "202-795-1[einecs]", "1-methyl-4-(1-methylethyl)-1,3-cyclohexadiene", "1", "4-methyl-1-(1-methylethyl)-1,3-cyclohexadiene", "p-mentha-1,3-diene", ".alpha.-terpinen", "alpha-terpinene", "a-terpinene", "p-mentha-1", "1-isopropyl-4-methyl-1,3-cyclohexadien", "1,3-cyclohexadiene 1-methyl-4-isopropyl-", "1-methyl-4-(propan-2-yl)cyclohexa-1,3-diene", "99-86-5[rn]", "1-isopropyl-4-methylcyclohexa-1,3-diene", "ccris 9058", "l6u cutj ay1&1 d1[wln]", "fema no. 3558", "1-isopropyl-4-methyl-1,3-cyclohexadiene[acd/iupac name]", "1-isopropyl-4-methyl-1", "1,3-cyclohexadiene 1-methyl-4-(1-methylethyl)-"}|>, "209" -> <|"DatabaseID" -> "SW00202", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "36740"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6402]}, "IsomericSmiles" -> "CC1=CCC2CC1C2(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-pinene;pinene;l-pinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6654]}, "Synonyms" -> {"acintene a", "2-pinene", "bicyclo(3.1.1)hept-2-ene 2,6,6-trimethyl-", "2,6,6-trimethyl-bicyclo[3.1.1]hept-2-ene", "25766-18-1[rn]", "2,6,6-trimethylbicyclo(3.1.1)hept-2-ene", "1s-.alpha.-pinene", "103657-08-5[rn]", "50815-61-7[rn]", "1r-.alpha.-pinene", "102640-64-2[rn]", "pin-2(3)-ene", "56833-58-0[rn]", "232-077-3[einecs]", "57762-87-5[rn]", "219-445-9[einecs]", "72510-05-5[rn]", "4,6,6-trimethylbicyklo(3,1,1)hept-3-en[czech]", "2,6,6-trimethyl-bicyclo(3.1.1)hept-2-ene", "3194807[beilstein]", "53569-35-0[rn]", "dl-pin-2(3)-ene", "80-56-8[rn]", "2437-95-8[rn]", "2,6,6-trimethylbicyclo(3.1.1)-2-hept-2-ene", "a-pinene", "68411-25-6[rn]", "2,6,6-trimethylbicyclo[3.1.1]hept-2-en[german]", "39423-40-0[rn]", "bicyclo(3.1.1)hept-2-ene 2,6,6-trimethyl", "alpha-pinene", "pinene", "7785-26-4[rn]", "267-032-7[einecs]", "67762-73-6[rn]", "bicyclo[3.1.1]hept-2-ene 2,6,6-trimethyl-", "cyclic dexadiene", "2-pinene (8ci)", "7785-70-8[rn]", "pin-2-ene", ".alpha.-pinene", "4-05-00-00456 (beilstein handbook reference)[beilstein]", "232-087-8[einecs]", "80-56-8", "pinene[wiki]", "201-291-9[einecs]", "pinene isomer", "acitene a", "39388-04-0[rn]", "2,6,6-trimethylbicyclo[3.1.1]hept-2-ene[acd/iupac name]", "(r)-.alpha.-pinene"}|>, "210" -> <|"DatabaseID" -> "SW00203", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10577"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7181]}, "IsomericSmiles" -> "CC1=CCC(=CC1)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "p-terpinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7461]}, "Synonyms" -> {"moslene", "crithmene", "1 4-cyclohexadiene 1-methyl-4- (1-methylethyl)-", "1-isopropyl-4-methyl-1,4-cyclohexadiene[acd/iupac name]", "1-methyl-4-isopropylcyclohexadiene-1,4", "202-794-6[einecs]", ".gamma.-terpinen", "1 4-cyclohexadiene 1-methyl-4-isopropyl-", "99-85-4", "4-isopropyl-1-methyl-1,4-cyclohexadiene", "terpinene", "1", "99-85-4[rn]", "34448-33-4[rn]", "1-methyl-4-(1-methylethyl)-1,4-cyclohexadiene", "1,4-cyclohexadiene 1-methyl-4-isopropyl-", "1-methyl-4-isopropyl-1,4-cyclohexadiene", "p-mentha-1", "1,4-cyclohexadiene 1-methyl-4-(1-methylethyl)-", "p-mentha-1,4-diene", "1-methyl-4-(propan-2-yl)cyclohexa-1,4-diene", "4-methyl-1-(1-methylethyl)-1,4-cyclohexadiene", "gamma-terpinen", "4-isopropyl-1-methyl-1", "gamma-terpinene", "252-034-2[einecs]", "1-isopropyl-4-methylcyclohexa-1,4-diene", "terpinene[wiki]", "1-isopropyl-4-methyl-1,4-cyclohexadien", "1,4-p-menthadiene", "g-terpinene"}|>, "211" -> <|"DatabaseID" -> "SW00204", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35661"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24263]}, "IsomericSmiles" -> "CC1=CCC2C(C1)C2(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carene;delta-3-carene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26049]}, "Synonyms" -> {"3-carene", "s-3-carene", "3,7,7-trimethylbicyclo[4.1.0]hept-3-ene[acd/iupac name]", "3,7,7-trimethylbicyclo[4.1.0]hept-3-en", "3,7,7-trimethylbicyclo(4.1.0)hept-3-ene", "bicyclo[4.1.0]hept-3-ene 3,7,7-trimethyl-", "13466-78-9", "3,7,7-trimethyl-bicyclo[4.1.0]hept-3-ene", "carene", "d3-carene", "car-3-ene", "3-norcarene 3,7,7-trimethyl-", "13466-78-9[rn]", "2-05-00-00095 (beilstein handbook reference)[beilstein]", "3", "(+-)-3-carene", "bicyclo(4.1.0)hept-3-ene 3,7,7-trimethyl-", "3,7,7(or 4,7,7)-trimethylbicyclo(4.1.0)hept-3-ene", "236-719-3[einecs]", "(+-)-delta3-carene", "1902766[beilstein]", "delta(sup 3)-carene", "isodiprene", "3,7,7-trimethyl-bicyclo(4.1.0)hept-3-ene", "(+)car-3-ene", "bicyclo(4.1.0)hept-3-ene 3,7,7(or 4,7,7)-trimethyl-", "3-karen[czech]", "4,7,7-trimethyl-3-norcarene", "3-karen [czech]", "carene[wiki]"}|>, "212" -> <|"DatabaseID" -> "SW00204", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35661"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24263]}, "IsomericSmiles" -> "CC1=CCC2C(C1)C2(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carene;delta-3-carene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26049]}, "Synonyms" -> {"3-carene", "s-3-carene", "3,7,7-trimethylbicyclo[4.1.0]hept-3-ene[acd/iupac name]", "3,7,7-trimethylbicyclo[4.1.0]hept-3-en", "3,7,7-trimethylbicyclo(4.1.0)hept-3-ene", "bicyclo[4.1.0]hept-3-ene 3,7,7-trimethyl-", "13466-78-9", "3,7,7-trimethyl-bicyclo[4.1.0]hept-3-ene", "carene", "d3-carene", "car-3-ene", "3-norcarene 3,7,7-trimethyl-", "13466-78-9[rn]", "2-05-00-00095 (beilstein handbook reference)[beilstein]", "3", "(+-)-3-carene", "bicyclo(4.1.0)hept-3-ene 3,7,7-trimethyl-", "3,7,7(or 4,7,7)-trimethylbicyclo(4.1.0)hept-3-ene", "236-719-3[einecs]", "(+-)-delta3-carene", "1902766[beilstein]", "delta(sup 3)-carene", "isodiprene", "3,7,7-trimethyl-bicyclo(4.1.0)hept-3-ene", "(+)car-3-ene", "bicyclo(4.1.0)hept-3-ene 3,7,7(or 4,7,7)-trimethyl-", "3-karen[czech]", "4,7,7-trimethyl-3-norcarene", "3-karen [czech]", "carene[wiki]"}|>, "213" -> <|"DatabaseID" -> "SW00204", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35661"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24263]}, "IsomericSmiles" -> "CC1=CCC2C(C1)C2(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carene;delta-3-carene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26049]}, "Synonyms" -> {"3-carene", "s-3-carene", "3,7,7-trimethylbicyclo[4.1.0]hept-3-ene[acd/iupac name]", "3,7,7-trimethylbicyclo[4.1.0]hept-3-en", "3,7,7-trimethylbicyclo(4.1.0)hept-3-ene", "bicyclo[4.1.0]hept-3-ene 3,7,7-trimethyl-", "13466-78-9", "3,7,7-trimethyl-bicyclo[4.1.0]hept-3-ene", "carene", "d3-carene", "car-3-ene", "3-norcarene 3,7,7-trimethyl-", "13466-78-9[rn]", "2-05-00-00095 (beilstein handbook reference)[beilstein]", "3", "(+-)-3-carene", "bicyclo(4.1.0)hept-3-ene 3,7,7-trimethyl-", "3,7,7(or 4,7,7)-trimethylbicyclo(4.1.0)hept-3-ene", "236-719-3[einecs]", "(+-)-delta3-carene", "1902766[beilstein]", "delta(sup 3)-carene", "isodiprene", "3,7,7-trimethyl-bicyclo(4.1.0)hept-3-ene", "(+)car-3-ene", "bicyclo(4.1.0)hept-3-ene 3,7,7(or 4,7,7)-trimethyl-", "3-karen[czech]", "4,7,7-trimethyl-3-norcarene", "3-karen [czech]", "carene[wiki]"}|>, "214" -> <|"DatabaseID" -> "SW00204", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35661"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24263]}, "IsomericSmiles" -> "CC1=CCC2C(C1)C2(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carene;delta-3-carene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26049]}, "Synonyms" -> {"3-carene", "s-3-carene", "3,7,7-trimethylbicyclo[4.1.0]hept-3-ene[acd/iupac name]", "3,7,7-trimethylbicyclo[4.1.0]hept-3-en", "3,7,7-trimethylbicyclo(4.1.0)hept-3-ene", "bicyclo[4.1.0]hept-3-ene 3,7,7-trimethyl-", "13466-78-9", "3,7,7-trimethyl-bicyclo[4.1.0]hept-3-ene", "carene", "d3-carene", "car-3-ene", "3-norcarene 3,7,7-trimethyl-", "13466-78-9[rn]", "2-05-00-00095 (beilstein handbook reference)[beilstein]", "3", "(+-)-3-carene", "bicyclo(4.1.0)hept-3-ene 3,7,7-trimethyl-", "3,7,7(or 4,7,7)-trimethylbicyclo(4.1.0)hept-3-ene", "236-719-3[einecs]", "(+-)-delta3-carene", "1902766[beilstein]", "delta(sup 3)-carene", "isodiprene", "3,7,7-trimethyl-bicyclo(4.1.0)hept-3-ene", "(+)car-3-ene", "bicyclo(4.1.0)hept-3-ene 3,7,7(or 4,7,7)-trimethyl-", "3-karen[czech]", "4,7,7-trimethyl-3-norcarene", "3-karen [czech]", "carene[wiki]"}|>, "215" -> <|"DatabaseID" -> "SW00205", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64280"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444881]}, "IsomericSmiles" -> "CC(=CC/C=C(\\C)/C=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ocimene;trans-beta-ocimene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281553]}, "Synonyms" -> {"ocimene", "trans-ocimene", "trans-3,7-dimethylocta-1,3,6-triene", "1856-63-9[rn]", "3,7-dimethyl-1,3e,6-octatriene", ".beta.-ocimene", "b-ocimene", "13877-91-3[rn]", "237-641-2[einecs]", "3779-61-1[rn]", "11009-78-2[rn]", "(e)-3,7-dimethyloctatriene", "b-trans-ocimene", "1", "3", "(e)-beta-ocimene", "27400-72-2[rn]", "(e)-ocimene", "(e)-3,7-dimethylocta-1,3,6-triene", "1,3,6-octatriene 3,7-dimethyl- (3e)-", "p-ocimene", "trans-b-ocimene", "ocimene[wiki]", "beta-ocimene", "1y1&u3uy1;&1u1 &&e; form[wln]", "(3e)-3,7-dimethyl-1,3,6-octatriene", "1,3,6-octatriene 3,7-dimethyl- (e)-", "trans-3,7-dimethyl-1,3,6-octatriene", "(3e)-3", "trans-beta-ocimene", "223-241-5[einecs]", ".beta.-trans-ocimene", "11022-64-3[rn]", "(3e)-3,7-dimethylocta-1,3,6-triene"}|>, "216" -> <|"DatabaseID" -> "SW00206", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50035"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7180]}, "IsomericSmiles" -> "CC1=CCC(C=C1)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-phellandrene;phellandrene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7460]}, "Synonyms" -> {"dihydro-p-cymene", "a-phellandrene", "menthadiene", "99-83-2[rn]", "menthane tetradehydro derivative", "4-isopropyl-1-methyl-1,5-cyclohexadiene", "1330-17-2[rn]", "p-mentha-1", "13811-01-3[rn]", "1", "1329-99-3[rn]", "isopropylmethylcyclohexane tetradehydro derivative", "224-167-6[einecs]", "34448-33-4[rn]", "1280394[beilstein]", "1,3-cyclohexadiene 2-methyl-5-(1-methylethyl)-", "alpha-phellandrene", "phellandrene", "3-05-00-00342 (beilstein handbook reference)[beilstein]", "1-methyl-4-isopropyl-1,5-cyclohexadiene", "2-methyl-5-(propan-2-yl)cyclohexa-1,3-diene", "2-methyl-5-(1-methylethyl)-1,3-cyclohexadiene", "(-)-2-methyl-5-(1-methylethyl)-1,3-cyclohexadiene", "2-methyl-5-(propan-2-yl)cyclohexa-1,3-diene;p-mentha-1,5-diene", "5-isopropyl-2-methylcyclohexa-1,3-diene", "alpha phellandrene", "215-532-0[einecs]", "alpha-fellandrene", ".alpha.-phellandrene", "1-isopropyl-4-methyl-2,4-cyclohexadiene", "202-792-5[einecs]", "252-034-2[einecs]", "p-mentha-1,5-diene", "2-methyl-5-isopropyl-1,3-cyclohexadiene", "1,3-cyclohexadiene 2-methyl-5-(1-methylethyl)- (r)-", "1-phellandrene", "4221-98-1[rn]", "5-isopropyl-2-methyl-1,3-cyclohexadiene[acd/iupac name]", "25377-78-0[rn]"}|>, "217" -> <|"DatabaseID" -> "SW00206", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50035"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7180]}, "IsomericSmiles" -> "CC1=CCC(C=C1)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-phellandrene;phellandrene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7460]}, "Synonyms" -> {"dihydro-p-cymene", "a-phellandrene", "menthadiene", "99-83-2[rn]", "menthane tetradehydro derivative", "4-isopropyl-1-methyl-1,5-cyclohexadiene", "1330-17-2[rn]", "p-mentha-1", "13811-01-3[rn]", "1", "1329-99-3[rn]", "isopropylmethylcyclohexane tetradehydro derivative", "224-167-6[einecs]", "34448-33-4[rn]", "1280394[beilstein]", "1,3-cyclohexadiene 2-methyl-5-(1-methylethyl)-", "alpha-phellandrene", "phellandrene", "3-05-00-00342 (beilstein handbook reference)[beilstein]", "1-methyl-4-isopropyl-1,5-cyclohexadiene", "2-methyl-5-(propan-2-yl)cyclohexa-1,3-diene", "2-methyl-5-(1-methylethyl)-1,3-cyclohexadiene", "(-)-2-methyl-5-(1-methylethyl)-1,3-cyclohexadiene", "2-methyl-5-(propan-2-yl)cyclohexa-1,3-diene;p-mentha-1,5-diene", "5-isopropyl-2-methylcyclohexa-1,3-diene", "alpha phellandrene", "215-532-0[einecs]", "alpha-fellandrene", ".alpha.-phellandrene", "1-isopropyl-4-methyl-2,4-cyclohexadiene", "202-792-5[einecs]", "252-034-2[einecs]", "p-mentha-1,5-diene", "2-methyl-5-isopropyl-1,3-cyclohexadiene", "1,3-cyclohexadiene 2-methyl-5-(1-methylethyl)- (r)-", "1-phellandrene", "4221-98-1[rn]", "5-isopropyl-2-methyl-1,3-cyclohexadiene[acd/iupac name]", "25377-78-0[rn]"}|>, "218" -> <|"DatabaseID" -> "SW00208", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16914"], ExternalIdentifier["ChEBIID", "30762"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 331], ExternalIdentifier["ChemSpiderID", 4964], ExternalIdentifier["ChemSpiderID", 15385], ExternalIdentifier["ChemSpiderID", 19278]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00936"]}, "IsomericSmiles" -> "c1ccc(c(c1)C(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00097"], ExternalIdentifier["KEGGID", "D00810"], ExternalIdentifier["KEGGID", "D07824"]}, "OfficialNames" -> <|"China Approved Name" -> "salicylic acid;Salicylic Acid", "WHO Essential Medicine" -> "salicylic acid", "Indian Approved Name" -> "salicylic acid;choline salicylate;salicylate acid;diethylamine salicylate", "Traditional Herbal Isolate" -> "hydroxybenzoic acid;salicylate"|>, "PharmGKBID" -> "PA451299", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 338], ExternalIdentifier["PubChemCompoundID", 56840887], ExternalIdentifier["PubChemCompoundID", 5148], ExternalIdentifier["PubChemCompoundID", 54678495]}, "Synonyms" -> {"salicylic acid", "o-hydroxybenzoic acid", "rutranex", "salonil", "keralyt", "2-carboxyphenol", "o-carboxyphenol", "retarder w", "2-hydroxybenzoic acid", "psoriacid-s-stift", "orthohydroxybenzoic acid", "phenol-2-carboxylic acid", "ionil", "stri-dex", "saligel", "duoplant", "sax", "2-hydroxybenzenecarboxylic acid", "69-72-7[rn]", "ec 1.3.1.20", "dr. scholl's wart remover kit", "retarder sax", "salicylic acid collodion", "salicyclic acid", "freezone", "duofil wart remover", "dihydrodiol dehydrogenase 1/2", "dr. scholl's corn removers", "mobilat ()_mixture", "dd1/dd2", "kyselina 2-hydroxybenzoova", "advanced pain relief callus removers", "hbab", "salicylic acid soap", "20-alpha-hsd", "dr. scholl's callus removers", "acido salicilico", "kyselina salicylova", "salicylate", "clear away wart remover", "ec 1.1.1.-", "chlordecone reductase homolog hakrc", "ec 1.1.1.149", "high- affinity hepatic bile acid-binding protein", "compound w", "advanced pain relief corn removers", "20-alpha- hydroxysteroid dehydrogenase", "trans- 1,2-dihydrobenzene-1,2-diol dehydrogenase", "sa", "benzoic acid o-hydroxy-", "pernox", "ortho-hydroxybenzoic acid", "acido o-idrossibenzoico[italian]", "aroall", "neo-salicyl", "4-10-00-00125 (beilstein handbook reference)[beilstein]", "kerosal", "salsonin", "acid o-hydroxybenzoic", "69-72-7", "kyselina 2-hydroxybenzoova[czech]", "acide salicylique[french]", "74449-51-7[rn]", "salicylic acid [usan:jan][jan][usan]", "2-hydroxybenzoic acid [for biochemical research]", "benzoic acid 2-hydroxy-", "hydroxybenzenecarboxylic acid", "hydroxybenzoic acid", "salisod", "acido salicilico[italian]", "acid 2-hydroxybenzoic", "29656-58-4[rn]", "nadisal", "fostex[wiki]", "2 hydroxybenzoic acid", "824-37-3[rn]", "acid ortho-hydroxybenzoic", "774890[beilstein]", "ionil plus", "sebucare", "duofilm", "7681-06-3[rn]", "trans-ver-sal", "2-carboxyphenol; o-carboxyphenol; o-hydroxybenzoic acid", "acid salicylic", "4-10-00-00125", "acidum salicylicum", "freezone[wiki]", "benzoic acid,2-hydroxy salicylic acid", "o hydroxybenzoic acid", "sebulex", "8052-31-1[rn]", "salicylic acid[wiki][acd/iupac name]", "2-hydroxy-benzoic acid", "domerine", "glutosalyl", "ortho hydroxybenzoic acid", "6944-68-9[rn]", "occlusal", "verrugon", "ionil-plus", "benzoic acid hydroxy-", "salicylic acid usp (100 micron)[usp]", "d020156", "kerasalicyl", "kyselina salicylova[czech]", "528-93-8[rn]", "entrosalyl", "200-712-3[einecs]", "salicylic acid; 2-carboxyphenol", "algesal", "benzoic acid", "2-hydroxybenzenecarboxylate", "salicylic acid ion(1-)", "salicylic acid*o-hydroxybenzoic acid", "o-hydroxybenzoate", "2-hydroxybenzoate", "2-hydroxy-benzoate", "diethylammonium salicylate", "benzoic acid 2-hydroxy- ion(1-)", "choline salicylate", "arthropan", "o-hydroxybenzoate anion", "63-36-5[rn]", "sal", "salicylate ion", "2-hydroxybenzoic acid ion(1-)", "salicylate[wiki][acd/iupac name]", "3605209[beilstein]", "benzoic acid 2-hydroxy- ion(1-) (9ci)", "25496-36-0[rn]", "phenol-2-carboxylate", "salicylic acid (-1 ion)", "salicylate anion", "cholin salicylate", "diethylamine salicylate;algesal;diethylazanium; 2-hydroxybenzoate;", "tricolsal", "salicylic acid ion(1-) choline", "algesal (tn)", "ag-f-55373", "artrogota", "4419-92-5[rn]", "basionic fs 65", "ethanaminium 2-hydroxy-n,n,n-trimethyl- salt with 2-hydroxybenzoic acid (1:1)", "66798-25-2", "col salicylat", "damsal", "cholini salicylas[latin]", "224-586-4[einecs]", "mundisal", "((1", "54391-51-4[rn]", "choline salicylate b", "surecn3079092", "audax", "choline salicylate [usan:ban:inn:jan][inn][jan][usan]", "choline salicylic acid salt", "salicylic acid complexed with 2-hydroxybenzoic acid", "2-hydroxy-n,n,n-trimethylethanaminium salicylate[acd/iupac name]", "salicilato de colina[spanish][inn]", "arthropan (tn)", "choline salicylate (jan/usan)[jan][usan]", "366803-09-0", "2-hydroxy-n,n,n-trimethylethanaminium 2-hydroxybenzoate", "217-948-8[einecs]", "salicylic acid choline salt", "einecs 224-586-4", "ac1l2gbs", "(2-hydroxyethyl)trimethylammonium salicylate", "satibon", "2016-36-6[rn]", "benzoic acid 2-hydroxy- compd. with n-ethylethanamine (1:1)", "diethylamine salicylate", "2-hydroxybenzoic acid - n-ethylethanamine (1:1)", "2-hydroxy-n,n,n-trimethylethanaminium salt with 2-hydroxybenzoic acid (1:1)", "salicol", "choline salicylate (salt) (8ci)", "syrap", "artrobione", "choline mixture with magnesium salicylate", "diethylazanium; 2-hydroxybenzoate", "salicylate de choline[french][inn]", "n-ethylethanaminium salicylate[acd/iupac name]", "actasal", "d07824"}|>, "219" -> <|"DatabaseID" -> "SW00209", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17879"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94748]}, "IsomericSmiles" -> "c1cc(ccc1C(=O)[O-])O", "OfficialNames" -> <|"Indian Approved Name" -> "parahydroxybenzoate"|>, "Synonyms" -> {"4-hydroxybenzoic acid ion(1-)", "4-hydroxybenzoate ion", "p-hydroxybenzoate anion", "456-23-5[rn]", "4-hydroxybenzoate*p-hydroxybenzoate", "benzoic acid p-hydroxy- ion(1-)", "4-hydroxybenzoic acid[acd/iupac name]", "benzoic acid 4-hydroxy- ion(1minus)", "p-hydroxybenzoic acid monoanion", "4-hydroxybenzoate[acd/iupac name]", "p-hydroxybenzoic acid", "p-hydroxybenzoic acid ion(1-)", "99-96-7[rn]", "p-hydroxy-benzoate", "3589159[beilstein]", "benzoic acid 4-hydroxy- ion(1-)", "4-hydroxy-benzoate", "p-hydroxybenzoate"}|>, "220" -> <|"DatabaseID" -> "SW00210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111785]}, "IsomericSmiles" -> "COC(=O)c1cccnc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04991"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methyl nicotinate"|>, "Synonyms" -> {"methyl nicotinate", "methylpyridin-3-carboxylat", "3-picolinic acid methyl estermethyl 3-pyridinecarboxylate", "3-picolinic acid methyl ester", "3-pyridinecarboxylic acid methyl ester", "heat spray", "tl8005930", "methyl pyridine-3-carboxylate", "methylnicotinate", "113951", "n / a", "93-60-7[rn]", "3-pyridinecarboxylic acid methyl ester", "nicotinic acid methyl ester", "nicotinic acid methyl ester", "nicometh", "202-261-8[einecs]", "123574-61-8[rn]"}|>, "221" -> <|"DatabaseID" -> "SW00211", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32114"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4963]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08797"]}, "IsomericSmiles" -> "c1ccc(c(c1)C(=O)N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01811"]}, "OfficialNames" -> <|"NPC Approved Name" -> "salicylamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5147]}, "Synonyms" -> {"salicylamide", "o-hydroxybenzamide", "allevin", "salicylic acid amide", "algiamida", "2-carbamoylphenol", "65-45-2", "algamon", "2-hydroxybenzamide", "36205-82-0[rn]", "salizell (van)", "salizell", "salicylamide (tn)", "raspberin", "2-hydroxybenzolcarboxamid", "ohb", "morsarinas", "salrin", "saliamin", "samid", "amid kyseliny salicylove[czech]", "sam", "salicylamideo-hydroxybenzamidesalamide", "saliamid", "cetamide", "salicilamida; salicylamide; salicylamidum", "anamid", "dropsprin", "oramid", "salicilamide[italian]", "benzoic acid 2-hydroxy- amide", "salicylamide[wiki][acd/iupac name]", "benzamide o-hydroxy-", "salicilamida[spanish][inn]", "h.p. 34", "urtosal", "eggosalil", "salymid", "bc powder (salicylamide + aspirin + caffeine)_mixture", "painaid (salicylamide + aspirin + caffeine)_mixture", "andasol", "algiamide", "salicylamidum[latin]", "cymidon", "cdial", "benzamide 2-hydroxy-", "200-609-3[einecs]", "2-hydroxy-benzamide", "cidal", "salicim", "afko-sal", "4-10-00-00169 (beilstein handbook reference)[beilstein]", "liquiprin", "amidosal", "salicylamide [ban:inn:jan][inn][jan]", "serramida", "acket", "rasperin", "salamide", "salicilamide [dcit]", "salipur[wiki]", "salamid", "dolomide", "cymidon (van)", "2-hydroxybenzoicacidamide", "65-45-2[rn]", "novecyl", "panithal", "benesal", "2-carboxamidophenol", "amid-sal", "flarpirina", "benzamide", "742439"}|>, "222" -> <|"DatabaseID" -> "SW00212", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6030"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3635]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00951"]}, "IsomericSmiles" -> "c1cnccc1C(=O)NN", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00346"]}, "OfficialNames" -> <|"China Approved Name" -> "isoniazid", "Indian Approved Name" -> "isoniazid", "WHO Essential Medicine" -> "isoniazid", "Australia Approved Name" -> "ISONIAZID", "FDA Approved Drug" -> "ISONIAZID"|>, "PharmGKBID" -> "PA450112", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3767]}, "Synonyms" -> {"rimifon", "mybasan", "cotinazin", "nicotibina", "isonicotinic acid hydrazide", "laniazid", "ditubin", "andrazide", "dinacrin", "isoniazid", "iscotin", "hidrasonil", "nidrazid", "isocotin", "isozide", "tuberian", "dibutin", "tebecid", "isonindon", "unicocyde", "niplen", "tubomel", "robiselin", "tebenic", "nicazide", "atcotibine", "neoxin", "tebilon", "ebidene", "sauterzid", "cortinazine", "inah", "tubecotubercid", "gink", "zonazide", "isotebezid", "eutizon", "cedin", "hia", "isonide", "isohydrazide", "sauterazid", "azuren", "ertuban", "tb-razide", "isonicotan", "isoniazide", "tebos", "isoniton", "isonikazid", "neumandin", "nicotibine", "fimalene", "nydrazid", "rimicid", "tibusan", "tibison", "isobicina", "tibazide", "armazide", "diforin", "pycazide", "isonicid", "tb-phlogin", "isonicazide", "nyscozid", "isonex", "defonin", "isonicotinic hydrazide", "nicotisan", "tekazin", "isonicotinyl hydrazide", "tubilysin", "isidrina", "hidrun", "inizid", "retozide", "hycozid", "ismazide", "tibivis", "isotamine", "pyricidin", "isoniacid", "nicizina", "tyvid", "tubicon", "isocidene", "isozyd", "zinadon", "isonidrin", "isotinyl", "nitadon", "isonilex", "tb-vis", "percin", "rimiphone", "raumanon", "sanohidrazina", "tubazid", "antituberkulosum", "teebaconin", "niconyl", "cemidon", "nicetal", "isonicotinhydrazid", "razide", "isolyn", "ido-tebin", "idrazil", "pyreazid", "isonicotinylhydrazine", "stanozide", "neo-tizide", "nicozide", "evalon", "fsr 3", "armacide", "vederon", "isonirit", "neoteben", "phthisen", "pelazid", "isoniazid sa", "unicozyde", "tubazide", "isotebe", "isonicotil", "tubeco", "isocid", "inh", "cotinizin", "hyzyd", "niadrin", "isonico", "isonerit", "vazadrine", "tebexin", "roxifen", "isonin", "isonicotinoyl hydrazide", "chemidon", "isonizide", "laniozid", "eralon", "chemiazid", "hidrulta", "tibemid", "zidafimia", "hyozid", "nikozid", "hidranizil", "rimitsid", "pyrizidin", "robisellin", "antimicina", "pyridicin", "armazid", "nidaton", "anidon", "isonicotinoylhydrazide", "fsr-3", "niazid", "tizide", "niteban", "isonicotinohydrazide", "cedin (aerosol)", "tibizide", "hydrazide", "5015 r.p.", "rifater (isoniazid + pyrazinamide + rifampin)_mixture", "isoniazida[spanish][inn]", "isoniazid [ban:inn:jan][inn][jan]", "tubizid laniazid nydrazid", "isonicotinate hydrazide", "isonizida", "4-pyridinecarboxylic acid hydrazide", "pyridine-4-carboxylic acid hydrazide", "idrazide dell'acido isonicotinico[italian]", "bacillin", "pyridine-4-carboxylic hydrazide", "frs-3", "inhd20", "ry-ef-tb", "200-214-6[einecs]", "anidrasona", "pms isoniazid", "tebemid", "isonicotinoylhydrazine", "tubizid", "4-pyridinecarboxylic acid hydrazide", "inh; isonicotinic acid hydrazide; isonicotinic hydrazide", "azt + isoniazid", "tubercid", "isopyrin", "hydrazide isonicotinic acid", "4-pyridinecarbonylhydrazine", "isoniazid[wiki]", "62229-51-0[rn]", "phthivazide", "4-pyridinecarboxylic hydrazide", "rifamate", "inh-burgthal", "ec 1.3.1.9", "hydra[wiki]", "tisin", "7640-37-1[rn]", "isotamine b 300 (isoniazid + pyridoxine hydrochloride)_mixture", "ftivazide[inn]", "tibiazide", "isonicotinohydrazide[acd/iupac name]", "lanizid", "isokin", "continazine", "isonicotinic", "i.a.i.", "nadh- dependent enoyl-acp reductase", "4-(hydrazinocarbonyl)pyridine", "abdizide", "d007538", "isozid", "41466-07-3[rn]", "isonicotinyl hydrazine", "zonazide.", "tisiodrazida", "fetefu", "119374[beilstein]", "isonicotinsaeurehydrazid[german]", "dow-isoniazid", "4-pyridylcarbonylhydrazide", "5015 rp", "isoniazidum[latin]", "preparation 6424", "pyridine-4-carbohydrazide", "hydrazid", "37271-10-6[rn]", "9005-80-5[rn]", "54-85-3[rn]", "nevin", "tibinide", "isoniazid;rimifon", "ru-ef-tb", "pyridin-4-carbohydrazid", "bacillen", "isonicotinsaeurehydrazid", "nitebannsc 9659", "nevin[wiki]", "4-pyridinecarbohydrazide"}|>, "223" -> <|"DatabaseID" -> "SW00213", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8355"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10481993]}, "IsomericSmiles" -> "C[n+]1ccccc1/C=N/O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00469"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PRALIDOXIME CHLORIDE"|>, "Synonyms" -> {"protopam", "pralidoxime chloride", "2-[(hydroxyimino)methyl]-1-methylpyridinium chloride", "pralidoxime chloride[usp]", "4359128[beilstein]", "pralidoxine chloride", "1-methylpyridinium-2-aldoxime chloride", "pyridinium 2-[(e)-(hydroxyimino)methyl]-1-methyl- chloride (1:1)", "1-methyl-2-formylpyridinium chloride oxime", "4163981", "2-[(e)-(hydroxyimino)methyl]-1-methylpyridinium chloride", "200-080-9[einecs]", "2-formyl-1-methylpyridinium chloride oxime", "pyridine-2-aldoxime methochloride", "pralidoxime[wiki]", "mfcd00011981", "2-[(e)-(hydroxyimino)methyl]-1-methylpyridiniumchlorid", "n-methylpyridinium-2-aldoxime chloride", "2-pyridinealdoximemethochloride", "pyridinium 2-[(e)-(hydroxyimino)methyl]-1-methyl- chloride", "2-[(1e)-(hydroxyimino)methyl]-1-methylpyridin-1-ium chloride", "2-pyridinealdoxime methochloride", "pralidoxime", "pyridinium 2-((hydroxyimino)methyl)-1-methyl- chloride", "protopam chloride", "pyridinium 2-[(hydroxyimino)methyl]-1-methyl- chloride (1:1)", "51-15-0[rn]", "2-hydroxyiminomethyl-1-methylpyridinium chloride", "2-pyridine aldoxime methyl chloride", "2-pam chloride"}|>, "224" -> <|"DatabaseID" -> "SW00214", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35677"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2276]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06698"]}, "IsomericSmiles" -> "C[NH2+]CCc1ccccn1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07522"]}, "OfficialNames" -> <|"China Approved Name" -> "betahistine", "Indian Approved Name" -> "betahistine"|>, "PharmGKBID" -> "PA165958372", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2366]}, "Synonyms" -> {"betahistine", "serc base", "serc", "5638-76-6", "2-pyridineethanamine", "2- pyridine", "betahistinum", "[2-(2-pyridyl)ethyl]methylamine", "112294[beilstein]", "2-[2-(methylamino)ethyl]pyridine", "2-(2-methylaminoethyl)pyridine", "5-22-09-00368 (beilstein handbook reference)[beilstein]", "pt 9 base", "n-methyl-2-(pyridin-2-yl)ethanamine", "pyridine 2-(2-(methylamino)ethyl)-", "(2-(2-pyridyl)ethyl)methylamine", "n-methyl-2-pyridineethylamine", "methyl-(2-pyridin-2-yl-ethyl)-amine", "sinmenier (free base)", "n-methyl-2-pyridineethanamine;", "5638-76-6[rn]", "n-methyl-n-(2-pyridin-2-ylethyl)amine", "betahistinum[latin]", "5579-84-0[rn]", "2-(b-methylaminoethyl)pyridine", "methyl(2-(2-pyridyl)ethyl)amine", "5006-62-2[rn]", "n-methyl-2-(2-pyridinyl)ethanamine[acd/iupac name]", "2-pyridineethanamine n-methyl-", "2-(2-(methylamino)ethyl)pyridine", "vasomotal", "vestibo", "n-methyl-2-pyridineethanamine", "n-methyl-2-pyridin-2-ylethanamine", "pyridine 2-[2- (methylamino)ethyl]-", "betahistina", "pyridine 2-(2-methylaminoethyl)-", "227-086-4[einecs]", "n-methyl-n-[2-(2-pyridyl)ethyl]amine", "g-protein coupled receptor 97", "methyl[2-(pyridin-2-yl)ethyl]amine", "betahistina[spanish][inn]", "54856-23-4[rn]", "betahistine[wiki]", "betaistina [dcit]", "suzutolon", "hh3r"}|>, "225" -> <|"DatabaseID" -> "SW00215", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2866]}, "IsomericSmiles" -> "Cc1c(c(=O)ccn1C)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07416"]}, "OfficialNames" -> <|"Indian Approved Name" -> "deferiprone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2972]}, "Synonyms" -> {"3-hydroxy-1", "ferriprox", "deferiprone", "cp20", "212-783-8[einecs]", "hk-1", "1,2-dimethyl-3-hydroxypyridine-4-one", "deferiprone[wiki][inn][ban]", "3-hydroxy-1,2-dimethylhydropyridin-4-one", "3-hydroxy-1,2-dimethylpyridin-4(1h)-one", "cp20 (chelating agent)", "5-21-12-00114 (beilstein handbook reference)[beilstein]", "4(1h)-pyridinone 1,2-dimethyl-3-hydroxy-", "1,2-dimethyl-3-hydroxy-4-pyridinone", "deferione", "3-hydroxy-1,2-dimethyl-1h-pyridin-4-one", "868-85-9[rn]", "1,2-dimethyl-3-hydroxypyrid-4-one", "1", "pyridin-4(1h)-one 3-hydroxy-1,2-dimethyl-", "4(1h)-pyridinone", "22013-33-8[rn]", "c044919", "deferiprone (inn)", "dmohpo", "deferum", "3-hydroxy-1,2-dimethyl-4(1h)-pyridinone[acd/iupac name]", "1,2-dimethyl-3-hydroxy-4-pyridone", "hdmpp cpd", "1,2-dimethyl-3-hydroxypyridin-4-one", "ferriprox[wiki]", "4(1h)-pyridinone 3-hydroxy-1,2-dimethyl-", "30652-11-0", "hdpp", "1,2-dimethyl-3-hydroxy-4(1h)-pyridinone", "3-hydroxy-1,2-dimethyl-4(1h)-pyridone", "3-hydroxy-1,2-dimethyl-4-pyridinone", "4(1h)-pyridone 3-hydroxy-1,2-dimethyl- (8ci)", "3-hydroxy-1,2-dimethyl-4 -pyridone", "kelfer", "dmhp", "l1", "30652-11-0[rn]"}|>, "226" -> <|"DatabaseID" -> "SW00216", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "1879"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9964]}, "IsomericSmiles" -> "c1cc(ccc1CCO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "p-tyrosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10393]}, "Synonyms" -> {"4-hydroxybenzeneethanol", "2-(4-hydroxyphenyl)ethanol", "4-hydroxyphenethyl alcohol", "4-hydroxyphenylethyl alcohol", "p-hydroxyphenethyl alcohol", "4-hydroxyphenylethanol", "4-(2-hydroxyethyl)phenol", "501-94-0[rn]", "tyrosol[wiki]", "2-(4-hydroxyphenyl)ethan-1-ol", "b-(4-hydroxyphenyl)ethanol", "50-94-0", "4-(2-hydroxyethyl)benzolol", "501-94-0", "benzeneethanol", "galactan", "phenethyl alcohol 4-hydroxy-", "4-hydroxyphenethyl alcohol; tyrosol", "2-(4-hydroxyphenyl)ethyl alcohol", "ethanol 2-(4-hydroxyphenyl)-", "1859884", "2-(p-hydroxyphenyl)ethanol", "207-930-8[einecs]", "b-(p-hydroxyphenyl)ethanol", "2-(4-hydroxyphenyl)ethylalcohol", "p-tyrosol", "4-hydroxyphenethylalcohol", "tyrosol", "benzeneethanol 4-hydroxy-", "p-thyrosol", "p-hydroxyphenylethanol", "tl8003328"}|>, "227" -> <|"DatabaseID" -> "SW00217", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64275"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13848467]}, "IsomericSmiles" -> "c1ccc(cc1)OCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08359"]}, "OfficialNames" -> <|"Indian Approved Name" -> "phenoxyethanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31236]}, "Synonyms" -> {"phenoxetol", "phenoxyethyl alcohol", "ethylene glycol monophenyl ether", "2-phenoxyethanol", "phenyl cellosolve", "phenoxyethanol", "ethanol 2-phenoxy-", "2-phenoxy ethanol", "phenoxyethanol[wiki]", "dowanol eph", "phenylglycol", "ethylene glycol monobenzyl ether", "204-589-7[einecs]", "1364011", "phenoxethol", "ethylene glycol phenyl ether", "112-99-6", "9004-78-8[rn]", "622-08-2[rn]", "1-hydroxy-2-phenoxyethane", "phenylmonoglycol ether", "dowanol ep", "phenoxytol", "rose ether", "glycol monophenyl ether", "ethanol", "jsp001544", "2-phenoxyethan-1-ol", "2-phenoxy-ethanol", "2-phenoxyethanol [for biochemical research]", "arosol", "122-99-6", "122-99-6[rn]", "fungal terminator "}|>, "228" -> <|"DatabaseID" -> "SW00218", "IsomericSmiles" -> "C1CCc2nnnn2CC1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07409"]}, "OfficialNames" -> <|"Indian Approved Name" -> "leptazol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5917]}, "Synonyms" -> {"pentetrazol", "metrazole", "pentylenetetrazol", "cardiol", "corazol", "pentylenetetrazole", "coryvet ", "cardiazol", "corasol", "pentetrazole", "cardiazole"}|>, "229" -> <|"DatabaseID" -> "SW00219", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15760"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5408]}, "IsomericSmiles" -> "c1cc(ccc1CC[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tyramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5610]}, "Synonyms" -> {"systogene", "tocosine", "tyramin", "uteramine", "tyrosamine", "4-hydroxyphenethylamine", "p-tyramine", "4-hydroxyphenylethylamine", "4-(2-amino-ethyl)-phenol", "2-p-hydroxyphenylethylamine", "tyramine", "200-115-8[einecs]", "4-hydroxy phenylethylamine", "4-(2-aminoethyl)phenol[acd/iupac name]", "4-13-00-01788 (beilstein handbook reference)[beilstein]", "tenosin-wirkstoff", "2-(4-hydroxyphenyl)ethylamine", "d014439", "4- (2-aminoethyl)-phenol", "51-67-2", "p-(2-aminoethyl)-phenol", "b-(4-hydroxyphenyl)ethylamine", "phenethylamine p-hydroxy-", "l-tyramine", "t-8910", "phenol 4-(2-aminoethyl)-", "p-hydroxy-b-phenethylamine", "4-(2-aminoethyl)phenol 4-hydroxyphenethylamine 2-(4-hydroxyphenyl)ethylamine", "phenol p- (2-aminoethyl)-", "phenol p-(2-aminoethyl)-", "z2r dq[wln]", "a-(4-hydroxyphenyl)-b-aminoethane", "4-(2-aminoethyl)phenol", "tyramine[wiki]", "tyloxapol[wiki]", "4-hydroxy-benzeneethanamine", "benzeneethanamine 4-hydroxy-", "tyramine base", "para-tyramine", "p-(2-aminoethyl)phenol", "60-19-5[rn]", "hydroxyphenethylamine", "2-(p-hydroxyphenyl)ethylamine", "p-hydroxyphenylethylamine", "4-hydroxy-phenethylamine", "p-b-aminoethylphenol", "25301-02-4[rn]", "51-67-2[rn]", "p-hydroxyphenethylamine", "1099914[beilstein]", "p-hydroxy-b-phenylethylamine", "tyramine free base"}|>, "230" -> <|"DatabaseID" -> "SW00220", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83754]}, "IsomericSmiles" -> "CC(C)C1CCC(=O)C=C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cryptone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92780]}, "Synonyms" -> {"cryptone", "4-isopropylcyclohex-2-en-1-one", "4-(1-methylethyl)-2-cyclohexen-1-one", "4-isopropyl-2-cyclohexenone", "2-cyclohexen-1-one", "500-02-7", "dl-kryptone", "crypton[wiki]", "crypton", "4-(propan-2-yl)cyclohex-2-en-1-one", "ac1l3otj", "2-cyclohexen-1-one 4-(1-methylethyl)-", "2158-61-4[rn]", "2-cyclohexen-1-one 4-isopropyl-", "4-iso-propyl-2-cyclohexenone", "2-cyclohexen-1-one 4- (1-methylethyl)-", "500-02-7[rn]", "21293-23-2[rn]", "207-898-5[einecs]"}|>, "231" -> <|"DatabaseID" -> "SW00220", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83754]}, "IsomericSmiles" -> "CC(C)C1CCC(=O)C=C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cryptone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92780]}, "Synonyms" -> {"cryptone", "4-isopropylcyclohex-2-en-1-one", "4-(1-methylethyl)-2-cyclohexen-1-one", "4-isopropyl-2-cyclohexenone", "2-cyclohexen-1-one", "500-02-7", "dl-kryptone", "crypton[wiki]", "crypton", "4-(propan-2-yl)cyclohex-2-en-1-one", "ac1l3otj", "2-cyclohexen-1-one 4-(1-methylethyl)-", "2158-61-4[rn]", "2-cyclohexen-1-one 4-isopropyl-", "4-iso-propyl-2-cyclohexenone", "2-cyclohexen-1-one 4- (1-methylethyl)-", "500-02-7[rn]", "21293-23-2[rn]", "207-898-5[einecs]"}|>, "232" -> <|"DatabaseID" -> "SW00221", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20367]}, "IsomericSmiles" -> "CC1=CCC(CC1)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "menthene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21671]}, "Synonyms" -> {"p-menth-1-ene", "1-methyl-4-isopropyl-1-cyclohexene", "carvomenthene", "1-p-menthene", "1-methyl-4-isopropylcyclohexene", "menthene", "249-579-3[einecs]", "1-methyl-4-propan-2-ylcyclohexene", "menth-1-en", "menthane didehydro derivative", "cyclohexene", "p-1-menthene", ".delta.(sup1)-p-menthene", "27966-26-3[rn]", "4-isopropyl-1-methylcyclohexene[acd/iupac name]", "cyclohexene 1-methyl-4- (1-methylethyl)-", "1-menthene", "cyclohexene 4-isopropyl-1-methyl-", "61585-35-1[rn]", "cyclohexene 1-methyl-4-(1-methylethyl)-", "5502-88-5[rn]", "29350-67-2[rn]", "226-841-5[einecs]", "33111-45-4[rn]", "1-methyl-4-(propan-2-yl)cyclohexene", "11028-39-0[rn]"}|>, "233" -> <|"DatabaseID" -> "SW00221", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20367]}, "IsomericSmiles" -> "CC1=CCC(CC1)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "menthene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21671]}, "Synonyms" -> {"p-menth-1-ene", "1-methyl-4-isopropyl-1-cyclohexene", "carvomenthene", "1-p-menthene", "1-methyl-4-isopropylcyclohexene", "menthene", "249-579-3[einecs]", "1-methyl-4-propan-2-ylcyclohexene", "menth-1-en", "menthane didehydro derivative", "cyclohexene", "p-1-menthene", ".delta.(sup1)-p-menthene", "27966-26-3[rn]", "4-isopropyl-1-methylcyclohexene[acd/iupac name]", "cyclohexene 1-methyl-4- (1-methylethyl)-", "1-menthene", "cyclohexene 4-isopropyl-1-methyl-", "61585-35-1[rn]", "cyclohexene 1-methyl-4-(1-methylethyl)-", "5502-88-5[rn]", "29350-67-2[rn]", "226-841-5[einecs]", "33111-45-4[rn]", "1-methyl-4-(propan-2-yl)cyclohexene", "11028-39-0[rn]"}|>, "234" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "235" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "236" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "237" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "238" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "239" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "240" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "241" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "242" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "243" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "244" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "245" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "246" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "247" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "248" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "249" -> <|"DatabaseID" -> "SW00222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7545]}, "IsomericSmiles" -> "C1CC2C(O2)CC1C3CO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7833]}, "Synonyms" -> {"4-vinylcyclohexene diepoxide", "vinyl cyclohexene diepoxide", "4-vinyl-1-cyclohexene diepoxide", "chissonox 206", "4-vinyl-1-cyclohexene dioxide", "vinyl cyclohexene dioxide", "vinylcyclohexene dioxide", "4-vinylcyclohexene dioxide", "unox epoxide 206", "3-(oxiran-2-yl)-7-oxabicyclo[4.1.0]heptane", "1-epoxyethyl-3,4-epoxycyclohexane", "3-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3", "37205-95-1[rn]", "araldite dy 032", "3-oxiranyl-7-oxabicylo(4.1.0)heptene", "4-vinlycyclohexene dioxide", "73752-15-5[rn]", "3-oxiranyl- 7-oxabicyclo(4.1.0)heptane", "1-epoxyethyl-3", "vinylcyclohexene dioxide.", "4-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "bakelite erl 4206", "cyclohexane 1,2-epoxy-4-(epoxyethyl)-", "vinylcyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo(4.1.0)heptane", "1-vinyl-3-cyclohexene dioxide", "rd4", "7-oxabicyclo(4.1.0)heptane 3-(epoxyethyl)-", "119418-67-6[rn]", "dy032", "vinyl cyclohexane diepoxide", "1,2-epoxy-4-(epoxyethyl)cyclohexane", "c012606", "3-(2-oxiranyl)-7-oxabicyclo[4.1.0]heptane[acd/iupac name]", "61489-53-0[rn]", "25086-25-3[rn]", "4-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "rd 4", "3-oxiran-2-yl-7-oxabicyclo[4.1.0]heptane", "106-87-6[rn]", "ucet textile finish 11-74 (obs.)", "4-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "7-oxabicyclo 4.1.0 heptane 3-oxiranyl-", "7-oxabicyclo[4.1.0]heptane 3-oxiranyl-", "25550-49-6[rn]", "4-vinyl cyclohexane dioxide", "7-oxabicyclo(4.1.0)heptane 3-oxiranyl-", "3-(epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "5-19-01-00295 (beilstein handbook reference)[beilstein]", "unox ep 206", "203-437-7[einecs]", "4-(1 2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane", "4-(epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "tissonox 206", "39283-09-5[rn]", "7-oxabicyclo[4.1.0]heptane 3- (epoxyethyl)-", "4-vinylcyclohexene diepoxide", "7-oxa-3-oxiranylbicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo(4.1.0)heptane", "1-ethyleneoxy-3,4-epoxycyclohexane", "7-oxabicyclo[4.1.0]heptane 3-(epoxyethyl)-", "7-oxa-3-oxiranylbicyclo(4.1.0)heptane", "60304-41-8[rn]", "144046-23-1[rn]", "vinyl-4-cyclohexene dioxide", "4-epoxy-cyclohexane; 4-vinylcyclohexene diepoxide; 4-vinyl-1-cyclohexene dioxide", "112721-27-4[rn]", "1-(epoxyethyl)-3,4-epoxycyclohexane", "4-vinyl-1,2-cyclohexene diepoxide", "3-oxiranyl-7-oxabicyclo[4.1.0]heptane", "39465-56-0[rn]", "araldite rd 4", "3-epoxyethyl-7-oxabicyclo[4.1.0]heptane", "3-(1,2-epoxyethyl)-7-oxabicyclo[4.1.0]heptane"}|>, "250" -> <|"DatabaseID" -> "SW00223", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "43572"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01759"]}, "IsomericSmiles" -> "c1c(occ(c1=O)[O-])CO", "OfficialNames" -> <|"Indian Approved Name" -> "kojic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3840]}, "Synonyms" -> {"5-hydroxy-2-(hydroxymethyl)-4h-pyran-4-one", "nsc1942", "2-hydroxymethyl-5-hydroxy-gamma-pyrone", "4h-pyran-4-one", "5-hydroxy-2-(hydroxymethyl)-4-pyrone", "501-30-4", "5-hydroxy-2-hydroxymethyl-4-pyrone", "ccris 4131", "kojic acid", "chebi:43572"}|>, "251" -> <|"DatabaseID" -> "SW00224", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 79608]}, "IsomericSmiles" -> "Cc1cc(no1)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "premnazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 88245]}, "Synonyms" -> {"methyl 5-methylisoxazole-3-carboxylate", "methyl5-methylisoxazole-3-carboxylate", "molport-000-142-405", "methyl 5-methyl-1", "19788-35-3[rn]", "methyl 5-methylisoxazole 3-carboxylate", "19788-35-8", "19788-35-3", "3-isoxazolecarboxylic acid 5-methyl- methyl ester", "zinc00158684", "methyl 5-methyl-1,2-oxazole-3-carboxylate[acd/iupac name]", "sbb053925", "ac1l3fbh", "5-methylisoxazole-3-carboxylic acid methyl ester", "methyl 5-methyl-3-isoxazole carboxylate", "einecs 243-311-9", "243-311-9[einecs]", "3-isoxazolecarboxylic acid", "methyl 5-methyl-3-isoxazolecarboxylate", "115704", "ac1q2qnn"}|>, "252" -> <|"DatabaseID" -> "SW00225", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4887"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3175]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00593"]}, "IsomericSmiles" -> "CCC1(CC(=O)NC1=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00539"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "ethosuximide", "FDA Approved Drug" -> "ETHOSUXIMIDE"|>, "PharmGKBID" -> "PA449533", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3291]}, "Synonyms" -> {"ethosuccimide", "suxinutin", "ethosuximide", "etosuximida", "ethymal", "suxilep", "petnidan", "ethosuccinimide", "zarontin", "emeside", "epileo petit mal", "zartalin", "zaraondan", "mesentol", "etomal", "pyknolepsinum", "ronton", "suxin", "thetamid", "pemalin", "succimal", "pemal", "suximal", "simatin", "piknolepsin", "zarodan", "ethosuxide", "capitus", "zarondan", "petinimid", "pentinimid", "atysmal", "thilopemal", "succimitin", "peptinimid", "asamid", "ethosuccimid", "voltage- gated calcium channel subunit alpha cav3.1", "etosuximida [inn_es]", "3-methyl-3-ethylsuccinimide", "zarontin[wiki]", "3-ethyl-3-methylpyrroline-2,5-dione", "201-048-7[einecs]", "a-ethyl-a-methylsuccinimide", "3-ethyl-3-methylazolidine-2,5-dione", "pyknole.psi.num", "3-ethyl-3-methylsuccinimide", "aethosuccimidum", "3-ethyl-3-methyl-pyrrolidine-2,5-dione", "cav3.1c", "3-ethyl-3-methylpyrrolidin-2,5-dion", "etosuximide", "3-ethyl-3-methylpyrrolidine-2,5-dione", "zarontin (tn)", "etosuximida[spanish][inn]", "simatin(e)", "ethosuximide [usan:inn:ban:jan][inn][jan][usan]", "3-methyl-3-ethylpyrrolidine-2,5-dione", "etosuccimide [dcit]", "cn-10,395", "d005013", "aethosuximide", "cn-10395", "succinimide 2-ethyl-2-methyl-", "ethylmethylsuccimide", "n-ethyl methylsuccinimide", "77-67-8[rn]", "2-methyl-2-ethylsuccinimide", "ethosuximide[wiki]", "ethosuximidum[latin]", "etosuximid", "piknole.psi.n", "nbr13", "aethosuximide[german]", "etosuximida faes", "ethosuximide [usan:ban:inn:jan][inn][jan][usan]", "2-ethyl-2-methylsuccinimide", "337376-15-5", "einecs 201-048-7", "suksilep", "5-21-09-00595 (beilstein handbook reference)[beilstein]", "3-ethyl-3-methyl-2,5-pyrrolidinedione[acd/iupac name]", "2,5-pyrrolidinedione 3-ethyl-3-methyl-"}|>, "253" -> <|"DatabaseID" -> "SW00225", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4887"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3175]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00593"]}, "IsomericSmiles" -> "CCC1(CC(=O)NC1=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00539"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "ethosuximide", "FDA Approved Drug" -> "ETHOSUXIMIDE"|>, "PharmGKBID" -> "PA449533", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3291]}, "Synonyms" -> {"ethosuccimide", "suxinutin", "ethosuximide", "etosuximida", "ethymal", "suxilep", "petnidan", "ethosuccinimide", "zarontin", "emeside", "epileo petit mal", "zartalin", "zaraondan", "mesentol", "etomal", "pyknolepsinum", "ronton", "suxin", "thetamid", "pemalin", "succimal", "pemal", "suximal", "simatin", "piknolepsin", "zarodan", "ethosuxide", "capitus", "zarondan", "petinimid", "pentinimid", "atysmal", "thilopemal", "succimitin", "peptinimid", "asamid", "ethosuccimid", "voltage- gated calcium channel subunit alpha cav3.1", "etosuximida [inn_es]", "3-methyl-3-ethylsuccinimide", "zarontin[wiki]", "3-ethyl-3-methylpyrroline-2,5-dione", "201-048-7[einecs]", "a-ethyl-a-methylsuccinimide", "3-ethyl-3-methylazolidine-2,5-dione", "pyknole.psi.num", "3-ethyl-3-methylsuccinimide", "aethosuccimidum", "3-ethyl-3-methyl-pyrrolidine-2,5-dione", "cav3.1c", "3-ethyl-3-methylpyrrolidin-2,5-dion", "etosuximide", "3-ethyl-3-methylpyrrolidine-2,5-dione", "zarontin (tn)", "etosuximida[spanish][inn]", "simatin(e)", "ethosuximide [usan:inn:ban:jan][inn][jan][usan]", "3-methyl-3-ethylpyrrolidine-2,5-dione", "etosuccimide [dcit]", "cn-10,395", "d005013", "aethosuximide", "cn-10395", "succinimide 2-ethyl-2-methyl-", "ethylmethylsuccimide", "n-ethyl methylsuccinimide", "77-67-8[rn]", "2-methyl-2-ethylsuccinimide", "ethosuximide[wiki]", "ethosuximidum[latin]", "etosuximid", "piknole.psi.n", "nbr13", "aethosuximide[german]", "etosuximida faes", "ethosuximide [usan:ban:inn:jan][inn][jan][usan]", "2-ethyl-2-methylsuccinimide", "337376-15-5", "einecs 201-048-7", "suksilep", "5-21-09-00595 (beilstein handbook reference)[beilstein]", "3-ethyl-3-methyl-2,5-pyrrolidinedione[acd/iupac name]", "2,5-pyrrolidinedione 3-ethyl-3-methyl-"}|>, "254" -> <|"DatabaseID" -> "SW00226", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 27663]}, "IsomericSmiles" -> "C(CS(=O)(=O)[O-])S", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01459"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "mesna", "FDA Approved Drug" -> "MESNA"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29769]}, "Synonyms" -> {"uromitexan", "mesnex", "sodium 2-mercapto-ethanesulfonate", "d-7093", "mitexan", "2-mercaptoethane sulfonate sodium", "2-mercaptoethanesulfonic acid sodium", "mesna", "ethanesulfonic acid 2-mercapto- sodium salt (1:1)", "3375-50-6[rn]", "sodium; 2-mercapto-ethanesulfonate", "19767-45-4[rn]", "2-mercapto-ethan-sulfonsaeure natrium-salz", "uromitexan;mesnex", "ambap19767-45-4", "2-mercaptoethanesulfonic acid monosodium salt", "243-285-9[einecs]", "sodium 2-sulfanylethane-1-sulfonate", "natrium 2-mercaptoethansulfonat", "2-mercapto-ethanesulfonate", "mesna [usan:ban:inn][inn][usan]", "sodium 2-sulfanylethanesulfonate[acd/iupac name]", "mesna (jan/usan)[jan][usan]", "mesnum", "mistabron", "sodium mercaptoethanesulfonate", "mfcd00007535", "ethanesulfonic acid 2-mercapto- monosodium salt", "natrium-2-sulfanylethansulfonat", "sodium 2-mercaptoethanesulfonate", "mistabronco", "mesna[wiki]", "2-mercaptoethanesulfonate sodium", "mucofluid", "sodium 2-mercaptoethane sulfonate"}|>, "255" -> <|"DatabaseID" -> "SW00227", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6824"]}, "IsomericSmiles" -> "C1[NH+]2CN3CN1CN(C2)C3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00393"]}, "OfficialNames" -> <|"NPC Approved Name" -> "methenamine sulfate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4101]}, "Synonyms" -> {"hexamine", "methenamine", "aminoform", "urotropin", "uritone", "hexamethylenetetramine", "1", "urotropine", "100-97-0", "methenamin"}|>, "256" -> <|"DatabaseID" -> "SW00228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4677]}, "IsomericSmiles" -> "C1CC(=O)N(C1)CC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01914"]}, "OfficialNames" -> <|"China Approved Name" -> "piracetam", "Indian Approved Name" -> "piracetam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4843]}, "Synonyms" -> {"pyracetam", "nootropyl", "gabacet", "myocalm", "ciclofalina", "normabrain", "pyramem", "piracetam", "pirazetam", "piracetrop", "piracetamum[latin]", "2-oxo-pyrrolidin-1-ylacetamide", "nootropil[wiki]", "2-(2-oxo-pyrrolidin-1-yl)acetamide", "1-pyrrolidineacetamide", "ucb6215", "sinapsan", "2-oxo-1-pyrrolidineacetamide", "5-21-06-00360 (beilstein handbook reference)[beilstein]", "231-312-7[einecs]", "1-pyrrolidineacetamide 2-oxo-", "cerebroforte", "2-(2-oxopyrrolidino)acetamide; 2-oxo-1-pyrrolidineacetamide", "piracetam abz", "2-(2-oxo-1-pyrrolidinyl)acetamide[acd/iupac name]", "euvifor", "2-pyrrolidone-n-acetamide", "2-(2-oxopyrrolidin-1-yl)acetamide", "(piracetam)2-(2-oxo-pyrrolidin-1-yl)-acetamide", "piracetam[wiki]", "memo puren", "7491-74-9", "cuxabrain", "cerepar n", "naofukang [chinese]", "piracetam (jan/usan)[jan][usan]", "d010889", "nootron", "2-(2-oxopyrrolidinyl)acetamide", "piracetam [usan:ban:inn][inn][usan]", "piracetam rph", "2-(2-oxo-pyrrolidin-1-yl)-acetamide(piracetam)", "genogris", "memo-puren", "nootrop", "2-(2-oxopyrrolidino)acetamide", "geram", "5-21-06-00360", "2-pyrrolidoneacetamide", "avigilen", "axonyl", "piracebral", "2-pyrrolidinoneacetamide", "2-ketopyrrolidine-1-ylacetamide", "piracetam-rph", "pirroxil", "7491-74-9[rn]", "2-(2-oxo-pyrrolidin-1-yl)-acetamide", "nootropil", "2-(2-oxo-1-pyrrolidinyl)acetamid", "dinagen", "ucb-6215"}|>, "257" -> <|"DatabaseID" -> "SW00229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141033]}, "IsomericSmiles" -> "COC(=O)C1=CCC[NH2+]C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guvacoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160492]}, "Synonyms" -> {"norarecoline", "guvacoline", "495-19-2", "ac1q5ylm", "ar-1j4242", "chebi:100893", "ar-1j4241", "495-19-2[rn]", "methyl 1,2,5,6-tetrahydropyridine-3-carboxylate", "3-pyridinecarboxylic acid 1,2,5,6-tetrahydro- methyl ester", "1,2,5,6-tetrahydro-pyridine-3-carboxylic acid methyl ester", "chembl268808", "methyl 1,2,5,6-tetrahydro-3-pyridinecarboxylate[acd/iupac name]", "ac1l4npv", "methyl 1", "1,2,5,6-tetrahydro-pyridine-3-carboxylic acidmethyl ester(norarecoline)"}|>, "258" -> <|"DatabaseID" -> "SW00230", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12252]}, "IsomericSmiles" -> "CCCC1CCCC(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "octalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12777]}, "Synonyms" -> {"5-hydroxyoctanoic acid lactone", "tetrahydro-6-propyl-2h-pyran-2-one", "5-octalactone", "5-octanolide", "delta-octanolactone", "tl8006605", "octanoic acid 5-hydroxy- lactone (6ci)", "2h-pyran-2-one", "698-76-0[rn]", "fema no. 3214", "6-propyloxan-2-one", "2h-pyran-2-one tetrahydro-6-propyl-", "104426-32-6[rn]", "octalactone", ".delta.-octalactone", "6-propyltetrahydro-2h-pyran-2-one[acd/iupac name]", "delta-octalactone", "5-17-09-00068 (beilstein handbook reference)[beilstein]", "211-820-5[einecs]", "5-propyl-5-hydroxypentanoic acid lactone"}|>, "259" -> <|"DatabaseID" -> "SW00230", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12252]}, "IsomericSmiles" -> "CCCC1CCCC(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "octalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12777]}, "Synonyms" -> {"5-hydroxyoctanoic acid lactone", "tetrahydro-6-propyl-2h-pyran-2-one", "5-octalactone", "5-octanolide", "delta-octanolactone", "tl8006605", "octanoic acid 5-hydroxy- lactone (6ci)", "2h-pyran-2-one", "698-76-0[rn]", "fema no. 3214", "6-propyloxan-2-one", "2h-pyran-2-one tetrahydro-6-propyl-", "104426-32-6[rn]", "octalactone", ".delta.-octalactone", "6-propyltetrahydro-2h-pyran-2-one[acd/iupac name]", "delta-octalactone", "5-17-09-00068 (beilstein handbook reference)[beilstein]", "211-820-5[einecs]", "5-propyl-5-hydroxypentanoic acid lactone"}|>, "260" -> <|"DatabaseID" -> "SW00231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21172044]}, "IsomericSmiles" -> "CC(=O)CC1CCCC[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pelletierine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92987]}, "Synonyms" -> {"pelletierine", "punicine", "isopelletierin", "2-propanone 1-(2-piperidinyl)-", "2-acetonylpiperidine", "4396-01-4[rn]", "1-piperidin-2-ylacetone", "1/4/4396", "1-(piperidin-2-yl)acetone", "isopelletierine", "dl-pelletierine", "2858-66-4[rn]", "isopunicine", "8-methylnorlobelone", "(r)-1-(2-piperidyl)acetone", "224-523-0[einecs]"}|>, "261" -> <|"DatabaseID" -> "SW00231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21172044]}, "IsomericSmiles" -> "CC(=O)CC1CCCC[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pelletierine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92987]}, "Synonyms" -> {"pelletierine", "punicine", "isopelletierin", "2-propanone 1-(2-piperidinyl)-", "2-acetonylpiperidine", "4396-01-4[rn]", "1-piperidin-2-ylacetone", "1/4/4396", "1-(piperidin-2-yl)acetone", "isopelletierine", "dl-pelletierine", "2858-66-4[rn]", "isopunicine", "8-methylnorlobelone", "(r)-1-(2-piperidyl)acetone", "224-523-0[einecs]"}|>, "262" -> <|"DatabaseID" -> "SW00232", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29029]}, "IsomericSmiles" -> "CCCCCCCCC=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-nonyl aldehyde;nonanal;nonyl aldehyde;nonylic aldehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31289]}, "Synonyms" -> {"nonylic aldehyde", "nonyl aldehyde", "1-nonanal", "1-nonaldehyde", "n-nonaldehyde", "nonaldehyde", "pelargonaldehyde", "nonanaldehyde", "n-nonanal", "nonanal", "nonanal[wiki][acd/iupac name]", "aldehyde c-9", "c-9 aldehyde", "124-19-6[rn]", "nonylaldehyde", "nonyl aldehyde,n-", "pergonal", "n-nonylaldehyde", "1-nonyl aldehyde", "n-nonyl aldehyde", "4-01-00-03352 (beilstein handbook reference)[beilstein]", "nonoic aldehyde", "c008664", "204-688-5[einecs]", "1236701", "nonanoic aldehyde", "pelargonic aldehyde", "278-296-8[einecs]", "nonanal[portuguese]"}|>, "263" -> <|"DatabaseID" -> "SW00233", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83770]}, "IsomericSmiles" -> "CC(CC1CCCC1)[NH2+]C", "OfficialNames" -> <|"NPC Approved Name" -> "cyclopentadrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92798]}, "Synonyms" -> {"cyclopentamine hydrochloride", "1-cyclopentyl-2-methylaminopropane hydrochloride", "2-methylamino-1-cyclopentylpropane hydrochloride", "clopane hydrochloride", "1-cyclopentyl-n-methylpropan-2-amine hydrochloride(1:1)", "cyclopentaneethylamine", "n", "einecs 208-681-8", "538-02-3", "3459-06-1[rn]", "12002-60-7[rn]", "(+-)-cyclopentamine hydrochloride"}|>, "264" -> <|"DatabaseID" -> "SW00233", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83770]}, "IsomericSmiles" -> "CC(CC1CCCC1)[NH2+]C", "OfficialNames" -> <|"NPC Approved Name" -> "cyclopentadrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92798]}, "Synonyms" -> {"cyclopentamine hydrochloride", "1-cyclopentyl-2-methylaminopropane hydrochloride", "2-methylamino-1-cyclopentylpropane hydrochloride", "clopane hydrochloride", "1-cyclopentyl-n-methylpropan-2-amine hydrochloride(1:1)", "cyclopentaneethylamine", "n", "einecs 208-681-8", "538-02-3", "3459-06-1[rn]", "12002-60-7[rn]", "(+-)-cyclopentamine hydrochloride"}|>, "265" -> <|"DatabaseID" -> "SW00234", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21146]}, "IsomericSmiles" -> "CC(CCC=C(C)C)[NH2+]C", "OfficialNames" -> <|"NPC Approved Name" -> "isometheptene hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22549]}, "Synonyms" -> {"2-methylaminoisooctane hydrochloride", "isomethepdrine chloride", "isometheptene hydrochloride", "methylamino-methylheptene hydrochloride", "4-hexenylamine", "4-hexenylamine n,1,5-trimethyl- hydrochloride", "6168-86-1[rn]", "n,1,5-trimethyl-4-hexenylamine hydrochloride", "(1,5-dimethylhex-4-enyl)methylammonium chloride", "octin", "(1", "isometheptene hcl", "5-hepten-2-amine n,6-dimethyl- hydrochloride", "5-hepten-2-amine n,6-dimethyl- hydrochloride (1:1)", "einecs 228-211-5", "6168-86-1", "n,6-dimethylhept-5-en-2-amine hydrochloride (1:1)", "228-211-5[einecs]", "5-hepten-2-amine n,6-dimethyl- hydrochloride (9ci)", "n,6-dimethyl-5-hepten-2-amine hydrochloride", "nsc 13066"}|>, "266" -> <|"DatabaseID" -> "SW00234", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21146]}, "IsomericSmiles" -> "CC(CCC=C(C)C)[NH2+]C", "OfficialNames" -> <|"NPC Approved Name" -> "isometheptene hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22549]}, "Synonyms" -> {"2-methylaminoisooctane hydrochloride", "isomethepdrine chloride", "isometheptene hydrochloride", "methylamino-methylheptene hydrochloride", "4-hexenylamine", "4-hexenylamine n,1,5-trimethyl- hydrochloride", "6168-86-1[rn]", "n,1,5-trimethyl-4-hexenylamine hydrochloride", "(1,5-dimethylhex-4-enyl)methylammonium chloride", "octin", "(1", "isometheptene hcl", "5-hepten-2-amine n,6-dimethyl- hydrochloride", "5-hepten-2-amine n,6-dimethyl- hydrochloride (1:1)", "einecs 228-211-5", "6168-86-1", "n,6-dimethylhept-5-en-2-amine hydrochloride (1:1)", "228-211-5[einecs]", "5-hepten-2-amine n,6-dimethyl- hydrochloride (9ci)", "n,6-dimethyl-5-hepten-2-amine hydrochloride", "nsc 13066"}|>, "267" -> <|"DatabaseID" -> "SW00235", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21106018]}, "IsomericSmiles" -> "Cc1cc(ccc1Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03468"]}, "OfficialNames" -> <|"Indian Approved Name" -> "chlorocresol"|>, "Synonyms" -> {"chlorocresol", "p-chlorocresol[wiki]", "tl8007001", "parol[wiki]", "4-chloro-3-methylphenol", "c006984", "2-chloro-5-hydroxytoluene", "59-50-7[rn]", "candaseptic", "phenol 4-chloro-3-methyl-[acd/index name]", "pcmc", "peritonan", "qr bg e1[wln]", "p-chloro-m-cresol", "1237629[beilstein]", "parmatol", "4-chloro-m-cresol", "aptal", "200-431-6[einecs]", "baktolan", "baktol"}|>, "268" -> <|"DatabaseID" -> "SW00238", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5374]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00347"]}, "IsomericSmiles" -> "CC1(C(=O)N(C(=O)O1)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00392"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRIMETHADIONE"|>, "PharmGKBID" -> "PA164744924", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5576]}, "Synonyms" -> {"tridione", "minoaleviatin", "troxidone", "absentol", "trimethadion", "trimethadione", "trimetadione", "trimetin", "absetil", "tridone", "convexina", "ptimal", "convenixa", "epixal", "trioxanona", "trimedal", "mino-aleviatin", "trimethin", "petidon", "epidione", "pitmal", "petilep", "tredione", "trimedone", "edion", "trilidona", "tromedone", "triozanona", "tioxanona", "tridilona", "trimethdione", "epidone", "minoaleuiatin", "petimalin", "tricione", "trimetadione [dcit]", "nbr13", "3,3,5-trimethyl-2 4-diketooxazolidine", "cav3.1c", "trimethinum", "3,5,5-trimethyl-1,3-oxazolidine-2,4-dione[acd/iupac name]", "3,5,5-trimethyl-2,4-oxazolidinedione", "tridione (tn)", "3,5,5-trojmetylooksazolidyno-2,4-dion[polish]", "petidion", "tridion[wiki]", "trimethadionum[latin]", "trioksal", "4-27-00-03237 (beilstein handbook reference)[beilstein]", "3,5,5-trimethyloxazolidine-2,4-dione", "2,4-oxazolidinedione 3,5,5-trimethyl-", "cas-127-48-0", "etydion", "3,5,5,-trimethyloxazolidine-2,4-dione", "3,5,5-trimethyl-oxazolidine-2,4-dione", "204-845-8[einecs]", "2 4-oxazolidinedione 3,5,5-trimethyl-", "3,5,5-trimethyl-2,4-dioxooxazolidine", "neo-absentol", "tridion", "trimethadione [inn:jan][inn][jan]", "121627", "trimetadiona[spanish][inn]", "trimethadione[wiki][jp15]", "127-48-0[rn]", "337376-15-5", "voltage- gated calcium channel subunit alpha cav3.1"}|>, "269" -> <|"DatabaseID" -> "SW00239", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538]}, "IsomericSmiles" -> "C[N+]1(CCCC1C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stachydrine;stachydrine chloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 554]}, "Synonyms" -> {"n", "stachydrine", "32039-73-9[rn]", "1,1-dimethylpyrrolidinium-2-carboxylate", "nsc655263", "ac1l19hv", "ac1q5bfi", "stachydrine hydrochloride", "471-87-4 (inner salt)", "1", "1195-94-4[rn]", "4136-37-2[rn]", "502-53-4", "cpd-821", "pyrrolidinium 2-carboxy-1,1-dimethyl- inner salt", "kst-1b4552", "pyrrolidinium 2-carboxy-1,1-dimethyl-", "471-87-4[rn]"}|>, "270" -> <|"DatabaseID" -> "SW00239", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538]}, "IsomericSmiles" -> "C[N+]1(CCCC1C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stachydrine;stachydrine chloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 554]}, "Synonyms" -> {"n", "stachydrine", "32039-73-9[rn]", "1,1-dimethylpyrrolidinium-2-carboxylate", "nsc655263", "ac1l19hv", "ac1q5bfi", "stachydrine hydrochloride", "471-87-4 (inner salt)", "1", "1195-94-4[rn]", "4136-37-2[rn]", "502-53-4", "cpd-821", "pyrrolidinium 2-carboxy-1,1-dimethyl- inner salt", "kst-1b4552", "pyrrolidinium 2-carboxy-1,1-dimethyl-", "471-87-4[rn]"}|>, "271" -> <|"DatabaseID" -> "SW00240", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 370]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04519"]}, "IsomericSmiles" -> "CCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caprylic"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 379]}, "Synonyms" -> {"n-caprylic acid", "n-octylic acid", "n-octoic acid", "n-octanoic acid", "octylic acid", "neo-fat 8", "octoic acid", "octanoic acid", "octic acid", "caprylsaeure", "enantic acid", "1-heptanecarboxylic acid", "kaprylsaeure", "caprylic acid", "octanoic acid[inn][usan][acd/iupac name]", "kyselina kaprylova[czech]", "capryloate", "acido octanoico[spanish]", "prifac 2901", "hexacid 898", "4-02-00-00982 (beilstein handbook reference)[beilstein]", "caprylic acid; octylic acid", "oca", "230-784-1[einecs]", "protease i", "n-octic acid", "271-676-4[einecs]", "acido octanoico", "ec 3.1.2.-", "octanoate", "7319-86-0[rn]", "124-07-2[rn]", "nuocure 28", "acidum octanocium[latin]", "caprylic acid[wiki]", "acide octanoique", "1747180[beilstein]", "1-heptanecarboxylate", "octanoicacid", "204-677-5[einecs]", "acide octanoique[french]", "1-octanoic acid", "lecithinase b", "octansaeure", "neo-fat 8s", "acidum octanocium", "lysophospholipase l1", "c8:0", "kortacid 0899", "68603-84-9[rn]", "lunac 8-95", "ec 3.1.1.5", "lunac 8-98"}|>, "272" -> <|"DatabaseID" -> "SW00241", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4667"], ExternalIdentifier["ChEBIID", "9925"], ExternalIdentifier["ChEBIID", "39867"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 48337], ExternalIdentifier["ChemSpiderID", 13428], ExternalIdentifier["ChemSpiderID", 3009], ExternalIdentifier["ChemSpiderID", 2788026]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00510"], ExternalIdentifier["DrugBankID", "00313"]}, "IsomericSmiles" -> "CCCC(CCC)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00304"], ExternalIdentifier["KEGGID", "D00399"]}, "OfficialNames" -> <|"China Approved Name" -> "valproic acid", "Indian Approved Name" -> "sodium valproate;divalproex;divalproex sodium;valproate", "WHO Essential Medicine" -> "valproic acid;sodium valproate", "Australia Approved Name" -> "SODIUM VALPROATE;VALPROATE SODIUM;VALPROATE", "FDA Approved Drug" -> "DIVALPROEX SODIUM;MAGNESIUM ACETATE;VALPROATE SODIUM;VALPROIC ACID"|>, "PharmGKBID" -> "PA451846", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23663956], ExternalIdentifier["PubChemCompoundID", 3121], ExternalIdentifier["PubChemCompoundID", 16760703], ExternalIdentifier["PubChemCompoundID", 57348960]}, "Synonyms" -> {"valproate semisodium", "depakote er", "divalproex sodium", "depakote", "delepsine", "epival", "valcote", "depakote cp", "n-dpa", "depakote sprinkle", "valproic acid", "depakene", "convulex", "sodium hydrogen divalproate", "valparin", "mylproin", "epilex", "dipropylacetic acid", "myproic acid", "sprinkle", "valproic acid[wiki][usp][inn][ban][usan]", "depakine", "ergenyl", "n-dipropylacetic acid", "avugane", "depakote[wiki]", "dpa", "di-n-propylacetic acid", "med valproic", "alti-valproic", "penta-valproic", "divalproex sodium[usp]", "deproic", "propylvaleric acid", "novo-valproic", "nu-valproic", "baceca", "pms-valproic acid", "ec 2.6.1.22", "valproatum seminatricum[latin]", "sodium 2-propylpentanoate 2-propylpentanoic acid (1:1)", "gaba transaminase", "divalproate", "sprinkle[wiki]", "depakote (tn)", "sodium 2-propylpentanoate 2-propylpentanoic acid (1:1:1)[acd/iupac name]", "epival[wiki]", "abbott-50711", "76584-70-8[rn]", "pentanoic acid 2-propyl- sodium salt (2:1)", "gaba-t", "natrium hydrogen bis(2-propylvalerat)", "ec 2.6.1.19", "sodium divalproate", "2-propylpentanoic acid sodium salt (2:1)", "pentanoic acid 2-propyl- sodium salt(2:1)", "valproic acid semisodium salt (2:1)", "gaba aminotransferase", "depakote;epival", "gamma-amino-n-butyrate transaminase", "valproato semisodico[spanish]", "sodium hydrogen bis(2-propylvalerate)", "sodium; 2-propylpentanoate; 2-propylpentanoic acid", "l-aibat", "(s)-3-amino-2-methylpropionate transaminase", "sodium 2-propylpentanoate - 2-propylpentanoic acid (1:1:1)", "gaba-at", "semisodium valproate", "abbott 50711", "divalproex", "sodium 2-propylpentanoate - 2-propylpentanoic acid (1:1)", "depakote,epival valproate semisodium", "d pakine chrono", "valproate semisodique[french]", "epilim", "valproate", "sodium hydrogen bis(2-propylpentanoate)", "4-aminobutyrate aminotransferase mitochondrial precursor", "337376-15-5", "99-66-1[rn]", "2-methylbutyryl-coenzyme a dehydrogenase", "valproate semisodique [french]", "valproato semisodico [spanish]", "ec 1.3.99.-", "short/branched chain specific acyl-coa dehydrogenase mitochondrial precursor", "valproic acid usp", "di-n-propylessigsaure", "valproic acid usp24", "2-methylbutyryl-coa dehydrogenase", "kyselina 2-propylvalerova", "2-mebcad", "dipropylacetate", "dom-valproic", "valproatum seminatricum [latin]", "sbcad", "2-methyl branched chain acyl-coa dehydrogenase", "2-propylpentanoic acid", "2-propylpentanoic acid[acd/iupac name]", "1069-66-5[rn]", "depakene[wiki]", "divalproex-500", "2-propylpentanoicacid", "sandoz valproic", "kyselina 2-propylvalerova[czech]", "epival er", "acido valproico[spanish][inn]", "acide valproique[french][inn]", "2-n-propylpentanoic acid", "acidum valproicum [inn_la]", "acidum valproicum", "2-propylvaleric acid", "263-770-9[einecs]", "gen-divalproex", "dom-divalproex", "pms-divalproex", "depakin chrono", "di-n-propylessigsaure[german]", "epiject i.v.", "acido valproico", "dom-valproic acid", "acetic acid dipropyl-", "g2m-777", "apo-valproic", "vpa", "apo-divalproex", "4-heptanecarboxylic acid", "savicol", "2-propyl-pentanoic acid", "valproic-250", "202-777-3[einecs]", "1750447[beilstein]", "valeric acid 2-propyl-", "3-02-00-00807 (beilstein handbook reference)[beilstein]", "valproinsaeure", "heptane-4-carboxylic acid", "pentanoic acid 2-propyl-", "abbott 44090", "acide valproique", "peac", "phl-valproic acid", "novo-divalproex", "acidum valproicum[latin][inn]", "2-n-propyl-n-valeric acid", "depakine chrono", "di-n-propylessigsaeure", "2-propylvalerate", "eurekene", "ag-f-12752", "2-propylpentanoate", "valproic acid sodium salt", "natrium valproat", "pentanoicacid", "labazene", "valerin", "sodium 2-propylvalerate", "valproate sodium[usan]", "sodium valproate", "sodium dipropylacetate", "2-propylpentanoic acid sodium salt", "valproinsaeure natrium", "selenica", "orfiril", "213-961-8[einecs]", "dipropylacetate sodium", "sodium n-dipropylacetate", "kw 6066n", "1069-66-5 99-66-1 [valproic acid]", "pentanoic acid 2-propyl- sodium salt (1:1)", "2-propylpentanoic acid sodium", "pentanoic acid 2-propyl- sodium salt", "sodium valeproate", "valproic acid sodium", "sodium bispropylacetate", "depakin", "a-44090", "sodium 2-propylpentanoate[acd/iupac name]", "valproic acid sodium salt (1:1)", "sodium 2-n-propyl-pentanoate", "depacon", "natrium-2-propylpentanoat", "2-propylvaleric acid sodium salt", "sodium2-propylpentanoate", "valeric acid 2-propyl- sodium salt", "valproic acid sodium salt", "valdisoval", "valproate sodium", "sodium valproate[jp15]", "2-propylpentanoate de sodium", "orfiril[wiki]", "sodium 2-propylpentanoate"}|>, "273" -> <|"DatabaseID" -> "SW00242", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30915"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 50]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02926"]}, "IsomericSmiles" -> "C(CC(=O)[O-])C(=O)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-ketoglutaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 51]}, "Synonyms" -> {"alphaketoglutaric acid", "2-ketoglutaric acid", "2-oxo-glutaric acid", "oxoglutaric acid", "2-oxoglutaric acid", "1705689[beilstein]", "ketoglutaric acid", "glutaric acid", "2-oxopentanedioic acid[acd/iupac name]", "glutaric acid 2-oxo-", "22202-68-2[rn]", "2-oxoglutaric acid[wiki]", "2-ketoglutaricacid", "fd-gogat", "34410-46-3[rn]", "2-oxoglutarate", "2-oxopentanedionic acid", "alpha-ketoglutaric acid", "997-43-3[rn]", "206-330-3[einecs]", "2-oxo-1,5-pentanedioic acid", "328-50-7[rn]", "2-oxyglutaric acid", "pentanedioic acid 2-oxo-", "2og", "27175-99-1[rn]", "2-oxo-1", "328-50-7", "pentanedioic acid 2-oxo- (9ci)", "305-72-6[rn]", "2-oxopentanedioic acid", "glutaric acid 2-oxo- (8ci)", "2-oxo-pentanedioic acid", "15303-07-8[rn]", "ec 1.4.7.1", "17091-15-5[rn]", "akg", "86248-59-1[rn]"}|>, "274" -> <|"DatabaseID" -> "SW00243", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30832"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 191]}, "IsomericSmiles" -> "C(CCC(=O)[O-])CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08839"]}, "OfficialNames" -> <|"NPC Approved Name" -> "adipic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196]}, "Synonyms" -> {"adipinic acid", "adipic acid", "1", "hexanedioic acid", "acinetten", "adilactetten", "acifloctin", "hexanedioicacid", "acide adipique[french]", "25666-61-9[rn]", "124-04-9", "inipol ds", "1,6-hexane-dioic acid", "1,6-hexanedioic acid", "[124-04-9]", "23311-84-4[rn]", "204-673-3[einecs]", "adipic acid[wiki][acd/iupac name]", "7486-38-6[rn]", "3385-41-9[rn]", "7486-39-7[rn]", "4-02-00-01956 (beilstein handbook reference)[beilstein]", "22322-28-7[rn]", "asapic", "1,4-butanedicarboxylic acid; 1,6-hexanedioicacid; adipinsaeure; adipicacid; adipinic acid", "1209788[beilstein]", "124-04-9[rn]", "adi-pure", "1,4-butanedicarboxylic acid", "kwas adypinowy[polish]", "adipate", "adipicacid", "butane-1,4-dicarboxylic acid"}|>, "275" -> <|"DatabaseID" -> "SW00244", "IsomericSmiles" -> "c1c(c(c[nH]c1=O)Cl)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01846"]}, "OfficialNames" -> <|"NPC Approved Name" -> "gimeracil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54679224]}, "Synonyms" -> {"gimeracil", "gimestat", "5-chloro-4-hydroxy-1h-pyridin-2-one", "5-chloropyridine-2", "5-chloro-4-hydroxy-2(1h)-pyridinone", "103766-25-2", "cdhp compound", "ncgc00181011-01", "gimeracil [inn]", "5-chloro-2"}|>, "276" -> <|"DatabaseID" -> "SW00245", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 295]}, "IsomericSmiles" -> "c1cc(c(cc1O)Cl)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hydroxyquinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 301]}, "Synonyms" -> {"chlorohydroquinone", "monochlorohydroquinone", "2-chloro-1", "2-chlorohydroquinone", "chloroquinol", "2-chlorbenzol-1,4-diol", "quinol 2-chloro-", "615-67-8[rn]", "2,5-dihydroxychlorobenzene", "2-chloro-1,4-hydroxyquinone", "2-chlorobenzene-1", "210-442-8[einecs]", "1,4-dihydroxyl-2-chlorobenzene", "1", "chq", "2-chloro-1,4-benzenediol[acd/iupac name]", "2", "2-chlorobenzene-1,4-diol", "68103-34-4[rn]", "140627-31-2[rn]", "hydroquinone chloro-", "hydroquinone", "1-chloro-2,5-dihydroxybenzene", "4-06-00-05767 (beilstein handbook reference)[beilstein]", "1,4-benzenediol 2-chloro-", "134900-92-8[rn]", "2-chloro-1,4-dihydroxybenzene", "1,4-dihydroxy-2-chlorobenzene"}|>, "277" -> <|"DatabaseID" -> "SW00246", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4882"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444534]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00189"]}, "IsomericSmiles" -> "CCC(/C=C/Cl)(C#C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00704"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Ethchlorvynol", "FDA Approved Drug" -> "ETHCHLORVYNOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281077]}, "Synonyms" -> {"ethychlorvynol", "ethclorvynol", "placidyl", "ethchlorvinol", "ethochlorvynol", "ethchlorvynol", "alvinol", "etchlorvinolo", "ethchlorvinyl", "ethchlorovynol", "aethyl-chlorvynol", "arvynol", "normoson", "serenil", "normosan", "normonson", "serenesil", "nostel", "roeridorm", "serensil", "ethyl b-chlorovinyl ethynyl carbinol", "placidil", "1-chloro-3-ethyl-pent-1-en-4-yn-3-ol", "1-penten-4-yn-3-ol 1-chloro-3-ethyl-", "aethchlorvynol", "113-18-8[rn]", "5-chloro-3-ethylpent-1-yn-4-en-3-ol", "4-01-00-02315 (beilstein handbook reference)[beilstein]", "placidil[wiki]", "placidyl (tn)", "1-chloro-3-ethyl-1-penten-4-yn-3-ol[acd/iupac name]", "etclorvinol[spanish][inn]", "serensiloline", "ethchlorvynol[wiki]", "ethchlorvynol [usan:ban:inn][inn][usan]", "1-chloro-3-ethylpent-1-4-yn-3-ol", "(1e)-1-chloro-3-ethylpent-1-en-4-yn-3-ol", "nromoson", "placidyl[wiki]", "1-penten-4-yn-3-ol 1-chloro-3-ethyl- (1e)-", "ethchlorvynolum[latin]", "gamma-aminobutyric-acid receptor subunit alpha-6 precursor"}|>, "278" -> <|"DatabaseID" -> "SW00246", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4882"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444534]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00189"]}, "IsomericSmiles" -> "CCC(/C=C/Cl)(C#C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00704"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Ethchlorvynol", "FDA Approved Drug" -> "ETHCHLORVYNOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281077]}, "Synonyms" -> {"ethychlorvynol", "ethclorvynol", "placidyl", "ethchlorvinol", "ethochlorvynol", "ethchlorvynol", "alvinol", "etchlorvinolo", "ethchlorvinyl", "ethchlorovynol", "aethyl-chlorvynol", "arvynol", "normoson", "serenil", "normosan", "normonson", "serenesil", "nostel", "roeridorm", "serensil", "ethyl b-chlorovinyl ethynyl carbinol", "placidil", "1-chloro-3-ethyl-pent-1-en-4-yn-3-ol", "1-penten-4-yn-3-ol 1-chloro-3-ethyl-", "aethchlorvynol", "113-18-8[rn]", "5-chloro-3-ethylpent-1-yn-4-en-3-ol", "4-01-00-02315 (beilstein handbook reference)[beilstein]", "placidil[wiki]", "placidyl (tn)", "1-chloro-3-ethyl-1-penten-4-yn-3-ol[acd/iupac name]", "etclorvinol[spanish][inn]", "serensiloline", "ethchlorvynol[wiki]", "ethchlorvynol [usan:ban:inn][inn][usan]", "1-chloro-3-ethylpent-1-4-yn-3-ol", "(1e)-1-chloro-3-ethylpent-1-en-4-yn-3-ol", "nromoson", "placidyl[wiki]", "1-penten-4-yn-3-ol 1-chloro-3-ethyl- (1e)-", "ethchlorvynolum[latin]", "gamma-aminobutyric-acid receptor subunit alpha-6 precursor"}|>, "279" -> <|"DatabaseID" -> "SW00247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299171]}, "IsomericSmiles" -> "c1cc2cccnc2c(c1)O", "OfficialNames" -> <|"Indian Approved Name" -> "iodochlorohydroxy quin", "FDA Approved Drug" -> "INDIUM IN-111 OXYQUINOLINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3034762], ExternalIdentifier["PubChemCompoundID", 56840841]}, "Synonyms" -> {"tris(oxinato)indium", "(111in)indium triquinolin-8-olate", "indium oxinate", "tris(8-hydroxyquinolinato)indium", "ac1o8loe", "14514-42-2[rn]", "indium tris(8-quinolinolato)-", "cunilate", "indium-111in tris(8-quinolinolato-n1,o8)-", "cuproquin", "milmer", "copper-oxine", "indium in 111 oxyquinoline", "quinondo", "indium(3+); quinolin-8-olate", "copper oxinate", "8-quinolinol indium salt (3:1)", "indium oxine", "67846-09-7", "indiumtrichinolin-8-olat", "65389-08-4[rn]", "quinolate", "fruitdo", "indium in-111 oxyquinoline", "8-quinolinol indium salt", "ac1mhy67", "indium triquinolin-8-olate", "dokirin", "indium", "copper oxine", "ac1q1hb2"}|>, "280" -> <|"DatabaseID" -> "SW00248", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18289"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04745"]}, "IsomericSmiles" -> "c1ccc2c(c1)ccc(=O)[nH]2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alkyl methyl quinolone alkaloids"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6038]}, "Synonyms" -> {"2(1h)-quinolinone", "2-hydroxyquinoline", "59-31-4", "2-oxoquinoline", "2-quinolinol", "2-quinolone", "quinolin-2(1h)-one", "alpha-quinolone", "quinolin-2-ol", "carbostyril", "quinolinol"}|>, "281" -> <|"DatabaseID" -> "SW00249", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16015"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00142"]}, "IsomericSmiles" -> "C(CC(=O)[O-])[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00007"]}, "OfficialNames" -> <|"China Approved Name" -> "VItamin E Nicotrnas", "Traditional Herbal Isolate" -> "buxanmine e;glutamic acid", "Indian Approved Name" -> "glutamic acid;vitamin e acet;l-glutamic acid"|>, "PharmGKBID" -> "PA449776", "Synonyms" -> {"l-glutamic acid", "glutamicol", "glutaton", "glutacid", "aciglut", "l-glutaminic acid", "glusate", "glutamidex", "glutaminol", "l-glutamate", "l-a-aminoglutaric acid", "(s)-(+)-glutamic acid", "(s)-2-aminopentanedioic acid", "l-(+)-glutamic acid", "(2s)-2-aminopentanedioic acid", "1-aminopropane-1,3-dicarboxylic acid", "glutaminic acid", "a-glutamic acid", "a-aminoglutaric acid", "2-aminopentanedioic acid", "2-aminoglutaric acid", "(s)-glutamic acid", "fgarat", "formylglycinamide ribotide amidotransferase", "glutamic acid", "fgam synthase", "formylglycinamide ribotide synthetase", "gulutamine", "ec 6.3.5.3", "fgams", "glutamic acid [inn_en]", "l-glutamicacid", "acido glutamico[spanish][inn]", "(s)-2-aminopentanedioic acid; (s)-glutamic acid; l-glu; l-glutaminsaeure", "acidum glutamicum", "hydrogen l-glutamate", "(s)-2-aminopentanedioic acid; glu", "acide glutamique", "acide l-glutamique", "l-glutaminsaeure", "acide glutamique;acido glutamico; acidum glutamicum;glutamicacid", "acidum glutamicum[latin]", "1723801[beilstein]", "l-2-aminopentanedioic acid", "s-(+)-glutamic acid", "l-glutamic adid", "(s)-1-aminopropane-1,3-dicarboxylic acid", "acido glutamico", "h-glu-oh", "(2s)-2-aminopentanedioic acid; l-glutamic acid", "qvyz2vq &&l; form", "l-2-aminoglutaric acid", "ggl", "l-glu", "pentanedioic acid 2-amino- (s)-", "aminoglutaric acid", "acide glutamique[french][inn]", "e", "(s)-2-aminoglutaric acid", "l-glutamic acid[wiki][acd/iupac name]", "56-86-0[rn]", "6106-04-3[rn]", "1-amino-propane-1,3-dicarboxylic acid", "glutamic acid[wiki][acd/iupac name]", "l-glutamic acid (jan/usp)[usp][jan]", "glutamic acid (s)-", "glutamic acid l-", "glutamic acid l-", "glu", "200-293-7[einecs]"}|>, "282" -> <|"DatabaseID" -> "SW00250", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12077]}, "IsomericSmiles" -> "C1[C@H]([C@@H]2[C@H](O1)[C@H](CO2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ISOSORBIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12597]}, "Synonyms" -> {"ismotic", "isobide", "isosorbide", "devicoran;", "hydronol", "(+)-d-isosorbide", "devicoran", "sorbid", "1,4-dianhydrosorbitol", "5-19-03-00201 (beilstein handbook reference)[beilstein]", "glucitol 1,4:3,6-dianhydro- d-", "1,4:3,6-dianhydro-d-glucitol[acd/iupac name]", "isosorbida[spanish][inn]", "42750-75-4[rn]", "(3r,3ar,6s,6ar)-hexahydrofuro[3,2-b]furan-3,6-diol", "(3s,3ar,6r,6ar)-hexahydro-furo[3,2-b]furan-3,6-diol", "1", "isosorbide [usan:ban:inn:jan][inn][jan][usan]", "dianhydrosorbitol", "50974-60-2[rn]", "sorbitol 1,4:3,6-dianhydro-", "d-1,4:3,6-dianhydroglucitol", "151380-60-8[rn]", "211-492-3[einecs]", "isosorbide[wiki]", "652-67-5[rn]", "dianhydro-d-glucitol", "7241-88-5[rn]", "152881-21-5[rn]", "isosorbidum[latin]", "hydronol (van)", "isobide (tn)", "49871-92-3[rn]", "d-glucitol 1,4:3,6-dianhydro-", "(3r,3ar,6s,6ar)-hexahydrofuro[3,2-b]furane-3,6-diol", "vascardin dinitrate", "tl8004635", "ismotic (tn)", "devicoran;hydronol;ismotic;isobide.isorgeng;sorbide(obsol.)"}|>, "283" -> <|"DatabaseID" -> "SW00251", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28794"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13848793]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04665"]}, "IsomericSmiles" -> "c1ccc2c(c1)ccc(=O)o2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chromone glycosides;chromone", "Indian Approved Name" -> "coumarin"|>, "Synonyms" -> {"2h-1-benzopyran-2-one", "p450 iia3", "coumarin 7-hydroxylase", "cypiia6", "p450(i)", "ec 1.14.14.1", "cyp2a3", "2h-benzopyran-2-one", "kumarin[czech]", "cumarin", "chromenone", "1-benzopyran-2-one", "benzopyrone", "cis-o-coumarinic acid lactone", "coumarinic anhydride", "2h-1-benzopyran 2-oxo-", "o-hydroxycinnamic acid lactone", "coumarinic lactone", "coumarinic acid lactone", "chromone[wiki]", "tonka bean camphor", "91-64-5[rn]", "coumarin[wiki]", "2-oxo-1,2-benzopyran", "5,6-benzo-2-pyrone", "2-oxo-2h-1-benzopyran", "benzo-2-pyrone", "2h-benzo[b]pyran-2-one", "coumarine[wiki]", "benzopyran-2-one", "cis-o-coumaric acid anhydride", "cumarina", "2h-chromen-2-one", "coumarinac lactone", "383644[beilstein]", "chromen-2-one", "1,2-benzopyrone", "benzo-a-pyrone", "2-propenoic acid 3-(2-hydroxyphenyl)- d-lactone", "o-hydroxyzimtsaure-lacton[german]", "o-coumaric acid lactone", "coumarin*cumarin*1,2-benzopyrone", "2h-chromen-2-on", "rattex", "2h-benzo(b)pyran-2-one", "103802-83-1[rn]", "o-hydroxycinnamic lactone", "202-086-7[einecs]", "cis-o-coumaric acid lactone", "c030123", "coumarin", "venalot mono"}|>, "284" -> <|"DatabaseID" -> "SW00252", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5746]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00130"]}, "IsomericSmiles" -> "C(CC(=O)N)[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00015"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glutamine", "Indian Approved Name" -> "l-glutamine;l-glutamine acid", "FDA Approved Drug" -> "GLUTAMINE"|>, "PharmGKBID" -> "PA10090", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5961], ExternalIdentifier["PubChemCompoundID", 6992086]}, "Synonyms" -> {"l-glutamine", "glutamine", "cebrogen", "stimulina", "glavamin", "2-aminoglutaramic acid", "nutrestore", "l-(+)-glutamine", "glumin", "levoglutamide", "levoglutamid", "l-glutamide", "aes-14", "ec 6.3.1.2", "gs", "glutamine fuel powder (twinlab)", "(2s)-5-amino-2-ammonio-5-oxopentanoate", "glutamine express (genetic evolutionary nutrition)", "saforis", "earthlink science glutamine chews chocolate (amerifit)", "glutamate--ammonia ligase", "glutamic acid amide", "glutamine fuel mega (twinlab)", "(2s)-5-amino-2-azaniumyl-5-oxopentanoate", "l-glutamine power (champion nutrition)", "4-04-00-03038 (beilstein handbook reference)[beilstein]", "(s)-2,5-diamino-5-oxopentanoic acid", "32640-56-5[rn]", "39537-23-0[rn]", "l-glutamine zwitterion", "1723797[beilstein]", "5959-95-5[rn]", "d-glutamine[acd/iupac name]", "levoglutamidum[latin]", "glutamic acid-5-amide", "miglu-p", "q[formula]", "levoglutamina", "l-glutamic acid g-amide", "c097188", "s(+)-glutamic acid 5-amide", "(2s)-2,5-diamino-5-oxopentanoic acid", "l-glutaminsaeure-5-amid", "l-(+)-glutamic acid-5-amide", "2-aminoglutaramic acid l-", "(2s)-2-amino-4-carbamoylbutanoic acid", "l-glutamin", "l-2-aminoglutaramidic acid", "2,5-diamino-5-oxopentanoic acid (s)-", "l-glutamid", "(s)-2,5-diamino-5-oxopentanoic acid; l-glutamic acid 5-amide", "glutaminic acid", "pentanoic acid 2,5-diamino-5-oxo- (s)-", "l-glutamine[wiki][jan][acd/iupac name]", "levoglutamide [dcf:inn][inn]", "56-85-9[rn]", "l-glutamic acid 5-amide", "l-gln[formula]", "glutamine[wiki][usp][acd/iupac name]", "h-gln-oh", "glutamic acid 5-amide", "l-aminoglutaramic acid", "levoglutamida[spanish][inn]", "l-2-aminoglutaramic acid", "(s)-(+)-glutamine", "gln[formula]", "200-292-1[einecs]", "glutamine-s", "glutamine l-", "26700-71-0[rn]", "56-85-9", "glum", "zinc01532526", "chebi:58359"}|>, "285" -> <|"DatabaseID" -> "SW00253", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "60641"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 138949]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00992"]}, "IsomericSmiles" -> "COC(=O)CCC(=O)C[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04988"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHYL AMINOLEVULINATE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036828]}, "Synonyms" -> {"metvixia", "methyl aminolevulinate hydrochloride", "methyl 5-amino-4-oxopentanoate hydrochloride", "methyl 5-amino-4-oxovalerate hydrochloride", "metvix pdt", "5-aminolevulinic acid methyl ester", "79416-27-6[rn]", "metvix", "methyl 5-aminolevulinate hydrochloride", "igg fc receptor i", "279-151-1[einecs]", "(5-methoxy-2,5-dioxopentyl)azanium chloride", "3-aminoacetylpropionic acid methyl ester hydrochloride", "chebi:60641", "5-amino-4-oxopentanoic acid methyl ester", "methyl aminolevulinate hcl", "5-aminolevulinicacidmethylesterhydrochloride", "5-aminolevulinic acid methyl ester hcl", "fc-gamma ri", "high affinity immunoglobulin gamma fc receptor i precursor", "pentanoicacid 5-amino-4-oxo- methyl ester,hydrochloride (1:1)", "cd64 antigen", "5-aminolevulinic acid methylester hydrochloride", "5-aminolevulinic acid methyl ester hydrochloride", "pentanoic acid 5-amino-4-oxo- methyl ester hydrochloride", "methyl 5-amino-4-oxopentanoate hydrochloride (1:1)[acd/iupac name]", "einecs 279-151-1", "aminolevulinic acid methyl ester", "fcri", "methyl aminolevulinate", "methyl delta-aminolevulinate hydrochloride", "a-6150", "pentanoic acid"}|>, "286" -> <|"DatabaseID" -> "SW00254", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15355"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5836]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03128"]}, "IsomericSmiles" -> "CC(=O)OCC[N+](C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00999"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ACETYLCHOLINE CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6060]}, "Synonyms" -> {"acetylcholine chloride", "miochol", "miochol-e", "chloroacetylcholine", "ach chloride", "azetylcholinchlorid", "acecholin", "arterocoline", "acecoline", "ovisot", "200-468-8[einecs]", "2-acetyloxy-n,n,n-trimethylethanium chloride", "acetylcholine chloride[wiki]", "acetylcholine", "2-(acetyloxy)-n,n,n-trimethylethanaminium chloride; ach", "(2-hydroxyethyl)trimethylammonium chloride acetate", "acetylcholine[wiki]", "acetylcholinium chloride", "choline chloride acetate", "ec 3.1.1.7", "ethanaminium 2-(acetyloxy)-n,n,n-trimethyl- chloride", "choline acetyl- chloride", "3571875", "o-acetylcholine chloride", "2-acetyloxy-n,n,n-trimethylethanaminium chloride", "acetylcholine chloride for injection", "2-(trimethylamino)ethyl acetate chloride", "2-acetoxy-n,n,n-trimethylethanium chloride", "ache", "acetylcholinechloride", "2-acetoxy-n,n,n-trimethylethanaminium chloride[acd/iupac name]", "2-acetoxyethyltrimethylammonium chloride", "2-acetyloxyethyl-trimethyl-azanium", "acetylcholinesterase precursor", "ammonium (2-hydroxyethyl)trimethyl- chloride acetate", "acetylcholine chloride [ban:inn:jan][inn][jan]", "60-31-1 51-84-3 [acetylcholine]", "choline acetate (ester) chloride", "ethanaminium 2-(acetyloxy)-n,n,n-trimethyl- chloride (1:1)", "acetylcholine hydrochloride", "51-84-3[rn]", "chlorure d'acetylcholine[french][inn]", "choline acetate (ester) chloride", "70623-44-8[rn]", "2-(acetyloxy)-n,n,n-trimethylethanaminium chloride", "cloruro de acetilcolina[spanish][inn]", "thiocoumarin", "2-(acetyloxy)-n,n,n-trimethylethanaminiumchlorid", "acetilcolina cloruro [dcit]", "acetyl choline chloride", "miochol (tn)", "ach", "483-63-6[rn]", "[2-(acetyloxy)ethyl]trimethylazanium chloride", "1784-29-8[rn]", "acetylcholini chloridum[latin]", "[60-31-1]", "60-31-1 51-84-3", "60-31-1[rn]", "2-acetoxy-n,n,n-trimethylethanaminiumchlorid"}|>, "287" -> <|"DatabaseID" -> "SW00255", "IsomericSmiles" -> "CCCC(C(CC)CO)O", "OfficialNames" -> <|"NPC Approved Name" -> "ethohexadiol (threo)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7211]}, "Synonyms" -> {"2-ethyl-1", "carbide 6-12", "repellent 612", "ethohexadiol", "ethylhexylene glycol", "94-96-2", "rutgers 612", "1", "2-ethylhexane-1", "octylene glycol"}|>, "288" -> <|"DatabaseID" -> "SW00255", "IsomericSmiles" -> "CCCC(C(CC)CO)O", "OfficialNames" -> <|"NPC Approved Name" -> "ethohexadiol (threo)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7211]}, "Synonyms" -> {"2-ethyl-1", "carbide 6-12", "repellent 612", "ethohexadiol", "ethylhexylene glycol", "94-96-2", "rutgers 612", "1", "2-ethylhexane-1", "octylene glycol"}|>, "289" -> <|"DatabaseID" -> "SW00255", "IsomericSmiles" -> "CCCC(C(CC)CO)O", "OfficialNames" -> <|"NPC Approved Name" -> "ethohexadiol (threo)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7211]}, "Synonyms" -> {"2-ethyl-1", "carbide 6-12", "repellent 612", "ethohexadiol", "ethylhexylene glycol", "94-96-2", "rutgers 612", "1", "2-ethylhexane-1", "octylene glycol"}|>, "290" -> <|"DatabaseID" -> "SW00255", "IsomericSmiles" -> "CCCC(C(CC)CO)O", "OfficialNames" -> <|"NPC Approved Name" -> "ethohexadiol (threo)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7211]}, "Synonyms" -> {"2-ethyl-1", "carbide 6-12", "repellent 612", "ethohexadiol", "ethylhexylene glycol", "94-96-2", "rutgers 612", "1", "2-ethylhexane-1", "octylene glycol"}|>, "291" -> <|"DatabaseID" -> "SW00256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23253597]}, "IsomericSmiles" -> "CC=CSSCC=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allyl-l-propenyl disulfide"|>, "Synonyms" -> {"1-(prop-2-en-1-yldisulfanyl)prop-1-ene", "disulfide allyl cis-prop-1-enyl", "disulfide allyl 1-propenyl", "33368-82-0[rn]", "disulfide 1-propen-1-yl 2-propen-1-yl", "122156-03-0[rn]", "disulfide allyl trans-prop-1-enyl", "prop-1-en-1-yl prop-2-en-1-yl disulfide"}|>, "292" -> <|"DatabaseID" -> "SW00256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23253597]}, "IsomericSmiles" -> "CC=CSSCC=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allyl-l-propenyl disulfide"|>, "Synonyms" -> {"1-(prop-2-en-1-yldisulfanyl)prop-1-ene", "disulfide allyl cis-prop-1-enyl", "disulfide allyl 1-propenyl", "33368-82-0[rn]", "disulfide 1-propen-1-yl 2-propen-1-yl", "122156-03-0[rn]", "disulfide allyl trans-prop-1-enyl", "prop-1-en-1-yl prop-2-en-1-yl disulfide"}|>, "293" -> <|"DatabaseID" -> "SW00257", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28618"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13866817]}, "IsomericSmiles" -> "c1cc(ccc1Cl)Cl", "OfficialNames" -> <|"Indian Approved Name" -> "paradichlorobenzene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4685]}, "Synonyms" -> {"paradichlorobenzene", "paramoth", "paradow", "paranuggets", "santochlor", "paracide", "persia-perazol", "p-dichlorobenzene", "dichlorobenzene 1,4-", "paradi", "dichlorocide", "parazene pdcb", "para-dichlorobenzene", "benzene 1,4-dichloro-", "1,4-dichlorobenzene[wiki]", "para crystals", "p-chlorophenyl chloride", "evola", "globol", "dichlorobenzene", "1", "1,4-dichlorbenzene", "1,4-dichlorbenzol", "para", "c018511", "dcb", "1,4-diclorobenzeno[portuguese]", "1.4-dichloro-benzene", "1680023[beilstein]", "dichloricide", "para-zene", "pdcb", "203-400-5[einecs]", "106-46-7[rn]", "p-dichlorobenzol", "di-chloricide", "pdb", "caii"}|>, "294" -> <|"DatabaseID" -> "SW00258", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15669"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392447], ExternalIdentifier["ChemSpiderID", 3142588]}, "IsomericSmiles" -> "c1ccc(cc1)/C=C/C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cinnamic;alpha-phenylpropyl cinnamyl cinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444539]}, "Synonyms" -> {"(e)-cinnamic acid", "phenylacrylic acid", "trans-cinnamic acid", "trans-3-phenylacrylic acid", "trans-cinnamate", "2-propenoic acid 3-phenyl- (e)-", "propenoic acid 3-phenyl- (trans)-", "210-708-3[einecs]", "trans-zimtsaeure", "cinnamate[wiki]", "2-propenoic acid 3-phenyl-,", "1905952[beilstein]", "cinnamic acid[wiki]", "2-propenoic acid", "cinnamic acid (trans)-(e)-isomer", "4151-45-5[rn]", "c029010", "(e)-3-phenylacrylic acid", "trans-b-carboxystyrene", "phenylethylenecarboxylic acid", "3904519[beilstein]", "cinnamic acid e-", "zimtsaeure", "3-phenylpropenoic acid", "3-phenylacrylate", "(2e)-3-phenylacrylic acid", "trans-3-phenyl-2-propenoic acid", "3-phenyl-2-propenoic acid ion(1-)", "2-propenoic acid 3-phenyl- (2e)-", "3-phenyl-2-propenoate", "(e)-3-phenyl-2-propenoic acid", "(2e)-3-phenylprop-2-enoic acid", "cinnamic acid ion(1-)", "3-phenylprop-2-enoate", "205-398-1[einecs]", "trans-cinnamicacid", "cinnamic acid", "3-phenyl-acrylic acid", "3-phenylacrylic acid", "(2e)-3-phenyl-2-propenoic acid", "(e)-3-phenylprop-2-enoic acid", "3-phenyl-2-propenoic acid", "621-82-9[rn]", "4-09-00-02002 (beilstein handbook reference)[beilstein]", "cin", "trans-3-phenylpropensaeure", "140-10-3[rn]", "kyselina skoricove[czech]", "b-phenylacrylic acid", "cinnamicacid"}|>, "295" -> <|"DatabaseID" -> "SW00259", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18019"], ExternalIdentifier["ChEBIID", "53633"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5747], ExternalIdentifier["ChemSpiderID", 62772]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00123"], ExternalIdentifier["DrugBankID", "03252"]}, "IsomericSmiles" -> "C(CC[NH3+])C[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02304"], ExternalIdentifier["KEGGID", "D02279"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lysine", "Indian Approved Name" -> "l-lysine hcl;l-lysine mono hcl;l-lysine;lysine hcl;lysine;l lysine;l-lysine monohdrt."|>, "PharmGKBID" -> "PA450280", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5962], ExternalIdentifier["PubChemCompoundID", 69568], ExternalIdentifier["PubChemCompoundID", 5460926]}, "Synonyms" -> {"lysine", "lysine acid", "l-lysine", "lysine hydrochloride", "l-lys", "enisyl", "657-27-2[rn]", "aminutrin", "l-gen", "darvyl", "(s)-lysine", "l-lysine monohydrochloride", "h-lys-oh", "2,6-diaminohexanoic acid", "lyamine", "lysion", "657-27-2", "(2s)-2", "l-lysine hydrochloride", "3563889", "l-lysine hydrochloride (1:1)[acd/iupac name]", "l-lysine hydrochloride solution", "233-234-9[einecs]", "93394-22-0[rn]", "lysine chloride h", "l-lysine hydrochloride (van)", "(r)-2,6-diaminohexanoic acid monohydrochloride", "h-d-lys-oh.hcl", "2,6-diaminohexanoic acid monohydrochloride", "4356907", "lysine hydrochloride (van)", "l-lysine hcl", "d-lysine", "l-lysine monohydrochloride", "l-(+)-lysine monohydrochloride", "7274-88-6[rn]", "56-87-1", "alpha-lysine", "10098-89-2[rn]", "tl8004659", "lysine monohydrochloride l-", "l-lysine hydrochloride (1:1)", "dap decarboxylase", "l-lysine hydrochloride", "l-lysine chlorhydrate", "(s)-2,6-diaminohexanoic acid monohydrochloride", "lysrs", "l-lysinhydrochlorid", "(2s)-2,6-diaminohexanoic acid hydrochloride", "ec 4.1.1.20", "h-lys-oh.hcl", "l-lysinemonohydrochloride;l(+)-lyshydrochloride; l(+)-2,6-diaminocaproic acidhydrochloride; l(+)-2,6-diaminohexanoic acidhydrochloride", "305-76-0[rn]", "lisina [spanish]", "l-lysine hidrochloride", "d-lysine hydrochloride", "lys", "ec 6.1.1.6", "l-lysine mono hydrochloride", "lysine hydrochloride [usan:jan][jan][usan]", "211-519-9[einecs]", "lysine--trna ligase", "l-lysinehydrochloride", "lysine monohydrochloride", "l-lysine hydrochloride usp grade[usp]", "l-lysine hydrochloride[jp15]", "230-691-6[einecs]", "lysinum [latin]", "l-lysine monohydrochloride usp grade[usp]", "(2s)-2,6-diaminohexanoic acid; l-lysine", "(s)-2,6-diamino-hexanoic acid", "4-04-00-02717 (beilstein handbook reference)[beilstein]", "hexanoic acid 2,6-diamino- (s)-", "(l)-lysine", "lys[formula]", "lysine[wiki][inn][usan][acd/iupac name]", "6899-06-5[rn]", "12798-06-0[rn]", "l-2,6-diainohexanoic acid", "(s)-2,6-diaminocaproic acid", "(l-lysinesalt)", "(2s)-2,6-diamino-hexanoic acid", "(s)-a,e-diaminocaproic acid", "2,6-diaminohexanoic acid (s)-", "l-lysinium", "39665-12-8[rn]", "k[formula]", "l-lysinium(1+)", "26714-32-9[rn]", "l-lysine (9ci)", "(s)2,6-diaminocaproic acid", "dly", "l-(+)-lysine", "lysine l-", "56-87-1[rn]", "20166-34-1[rn]", "48050-57-3[rn]", "l-2,6-diaminohexanoic acid", "(2s)-2,6-diaminohexanoic acid", "1lst", "280114-50-3[rn]", "gidrolizin", "6-amino-l-norleucine", "l-2,6-diaminocaproic acid", "ac1nutx8", "l-lysine[wiki][acd/iupac name]", "70-53-1[rn]", "l-lysin", "(s)-2,6-diaminohexanoic acid", "l-lysine monocation", "25104-18-1[rn]", "(s)-(+)-lysine", "200-294-2[einecs]", "(+)-s-lysine", "657-26-1[rn]", "1722531[beilstein]", "l-lysine base", "70-54-2[rn]"}|>, "296" -> <|"DatabaseID" -> "SW00260", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3385"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5626]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00411"]}, "IsomericSmiles" -> "C[N+](C)(C)CCOC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00524"]}, "OfficialNames" -> <|"Indian Approved Name" -> "carbachol", "FDA Approved Drug" -> "CARBACHOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5831]}, "Synonyms" -> {"miostat", "carbocholine", "carbachol", "carbamylcholine chloride", "doryl", "jestryl", "carbamoylcholine chloride", "carbacholine", "carbastat", "carbyl", "p. v. carbachol", "carcholin", "lentin", "rilentol", "choline chloride carbamate", "carbacholin", "carbachol chloride", "carbamiotin", "carbamoylcholine-hydrochloride", "carbacolina", "choline chlorine carbamate", "carbochol", "mistura c", "isopto carbachol", "lentine", "choline carbamate chloride", "moryl", "vasoperif", "carbaminocholine chloride", "coletyl", "carbacholine chloride", "carbocholin", "choline chloride carbamate(ester)", "2-(carbamoyloxy)-n,n,n-trimethylethanaminiumchlorid", "51-83-2[rn]", "carbacol [inn_es]", "doryl (van)", "cb", "carboptic", "2-(trimethylamino)ethyl aminooate chloride", "carbacholini chloridum", "2-((aminocarbonyl)oxy)-n,n,n-trimethylethanaminum chloride", "carbach", "carbachol hydrochloride", "200-127-3[einecs]", "carbacholinium chloratum", "carbacolo [dcit]", "choline chloride carbamate", "ethanaminium 2-[(aminocarbonyl)oxy]-n,n,n-trimethyl-,chloride", "ethanaminium 2-(aminocarbonyl)oxy-n,n,n-trimethyl- chloride", "ethanaminium 2-[(aminocarbonyl)oxy]-n,n,n-trimethyl-,chloride(1:1)", "carbahol", "karbachol", "carbacholum", "carbaminoylcholine chloride", "2-(carbamoyloxy)-n,n,n-trimethylethanaminium chloride[acd/iupac name]", "carbacol[spanish][inn]", "karbachol[czech]", "2-[(aminocarbonyl)oxy]-n,n,n-trimethylethanaminium chloride", "toxic solid organic n.o.s. (carbamoylcholine chloride)", "karbamoylcholin chlorid", "doryl (pharmaceutical)", "(2-hydroxyethyl)trimethylammonium chloride carbamate", "karbamoylcholin chlorid[czech]", "3917459[beilstein]", "miostat (tn)", "carbacholum chloratum", "carbachol usp27", "ethanaminium 2-((aminocarbonyl)oxy)-n,n,n-trimethyl-,chloride", "(2-carbamoyloxyethyl)trimethylammonium chloride", "(2-hydroxyethyl)trimethyl ammonium chloride carbamate", "choline chloride carbamate", "carbachol [ban:inn:jan][inn][jan]", "c-1770", "choline chloride carbamoyl-", "carbachol[wiki]", "carbacholinum", "2-((aminocarbonyl)oxy)-n,n,n-trimethylethanaminium chloride", "carbastat intraocular", "neuronal acetylcholine receptor subunit alpha-2 precursor"}|>, "297" -> <|"DatabaseID" -> "SW00261", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2443"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61533]}, "IsomericSmiles" -> "Cc1cncc2c1CC[C@@H]2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "actinidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68231]}, "Synonyms" -> {"5h-2-pyrindine", "actinidine", "524-03-8[rn]", "ac1l29b7", "ar-1g8268", "524-03-8", "chebi:2443", "5h-2-pyrindine 6,7-dihydro-4,7-dimethyl-,(s)-", "actinidine[wiki]", "c09910", "(7s)-4", "5h-cyclopenta[c]pyridine 6,7-dihydro-4,7-dimethyl- (7s)-", "81308[beilstein]", "(7s)-4,7-dimethyl-6,7-dihydro-5h-cyclopenta[c]pyridine[acd/iupac name]", "ac1q4wm8", "5h-2-pyrindine 6,7-dihydro-4,7-dimethyl- (s)-"}|>, "298" -> <|"DatabaseID" -> "SW00262", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15674"], ExternalIdentifier["ChEBIID", "30929"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 852], ExternalIdentifier["ChemSpiderID", 3033168]}, "IsomericSmiles" -> "C(C(C(=O)[O-])O)(C(=O)[O-])O", "OfficialNames" -> <|"Indian Approved Name" -> "tartaric acid", "Traditional Herbal Isolate" -> "tartaric acid;racemic acid;tartrate", "Australia Approved Name" -> "TARTRATE", "FDA Approved Drug" -> "TARTARIC ACID"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 875]}, "Synonyms" -> {"2", "racemic acid", "dl-tartaric acid", "uvic acid", "paratartaric aicd", "traubensaure", "dl-tartrate", "tartaric acid", "d-tartaric acid", "205-105-7[einecs]", "weinsaeure", "1336-18-1[rn]", "138508-61-9[rn]", "815-84-9[rn]", "acide tartarique", "dl-tartaricacid", "natrol", "212-425-0[einecs]", "tartaric acid [usan:jan][jan][usan]", "10390-80-4[rn]", "tartrol", "cremor tartari", "baros[wiki]", "cream of tartar", "201-766-0[einecs]", "acidum tartaricum", "kyselina 2,3-dihydroxybutandiova[czech]", "133-37-9[rn]", "kyselina vinna[czech]", "butanedioic acid 2,3-dihydroxy-", "1,2-dihydroxyethane-1,2-dicarboxylic acid", "1725148", "815-82-7[rn]", "2,3-dihydroxybutanedioic acid", "tartaric acid[wiki][acd/iupac name]", "succinic acid 2,3-dihydroxy-", "526-83-0[rn]", "147-73-9[rn]", "tartar cream", "8014-54-8[rn]", "threaric acid", "weinsteinsaeure", "868-19-9[rn]", "31586-77-3[rn]", "tartaric acid (van)", "87-69-4[rn]", "205-695-6[einecs]", "8059-77-6[rn]", "2,3-dihydroxy-succinic acid", "2,3-dihydroxysuccinic acid", "147-71-7[rn]", "d-tartrate", "2,3-dihydroxy-succinate", "tartrate[wiki]", "(+)-tartarate", "2,3-dihydroxybutanedioate", "1876435[beilstein]", "butanedioic acid 2,3-dihydroxy- ion(2-)", "tartarate", "(-)-tartrate", "l-tartarate", "3715-17-1[rn]", "tartrate(2-)", "2,3-dihydroxysuccinate", "(+)-tartrate", "l-tartrate"}|>, "299" -> <|"DatabaseID" -> "SW00262", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15674"], ExternalIdentifier["ChEBIID", "30929"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 852], ExternalIdentifier["ChemSpiderID", 3033168]}, "IsomericSmiles" -> "C(C(C(=O)[O-])O)(C(=O)[O-])O", "OfficialNames" -> <|"Indian Approved Name" -> "tartaric acid", "Traditional Herbal Isolate" -> "tartaric acid;racemic acid;tartrate", "Australia Approved Name" -> "TARTRATE", "FDA Approved Drug" -> "TARTARIC ACID"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 875]}, "Synonyms" -> {"2", "racemic acid", "dl-tartaric acid", "uvic acid", "paratartaric aicd", "traubensaure", "dl-tartrate", "tartaric acid", "d-tartaric acid", "205-105-7[einecs]", "weinsaeure", "1336-18-1[rn]", "138508-61-9[rn]", "815-84-9[rn]", "acide tartarique", "dl-tartaricacid", "natrol", "212-425-0[einecs]", "tartaric acid [usan:jan][jan][usan]", "10390-80-4[rn]", "tartrol", "cremor tartari", "baros[wiki]", "cream of tartar", "201-766-0[einecs]", "acidum tartaricum", "kyselina 2,3-dihydroxybutandiova[czech]", "133-37-9[rn]", "kyselina vinna[czech]", "butanedioic acid 2,3-dihydroxy-", "1,2-dihydroxyethane-1,2-dicarboxylic acid", "1725148", "815-82-7[rn]", "2,3-dihydroxybutanedioic acid", "tartaric acid[wiki][acd/iupac name]", "succinic acid 2,3-dihydroxy-", "526-83-0[rn]", "147-73-9[rn]", "tartar cream", "8014-54-8[rn]", "threaric acid", "weinsteinsaeure", "868-19-9[rn]", "31586-77-3[rn]", "tartaric acid (van)", "87-69-4[rn]", "205-695-6[einecs]", "8059-77-6[rn]", "2,3-dihydroxy-succinic acid", "2,3-dihydroxysuccinic acid", "147-71-7[rn]", "d-tartrate", "2,3-dihydroxy-succinate", "tartrate[wiki]", "(+)-tartarate", "2,3-dihydroxybutanedioate", "1876435[beilstein]", "butanedioic acid 2,3-dihydroxy- ion(2-)", "tartarate", "(-)-tartrate", "l-tartarate", "3715-17-1[rn]", "tartrate(2-)", "2,3-dihydroxysuccinate", "(+)-tartrate", "l-tartrate"}|>, "300" -> <|"DatabaseID" -> "SW00262", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15674"], ExternalIdentifier["ChEBIID", "30929"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 852], ExternalIdentifier["ChemSpiderID", 3033168]}, "IsomericSmiles" -> "C(C(C(=O)[O-])O)(C(=O)[O-])O", "OfficialNames" -> <|"Indian Approved Name" -> "tartaric acid", "Traditional Herbal Isolate" -> "tartaric acid;racemic acid;tartrate", "Australia Approved Name" -> "TARTRATE", "FDA Approved Drug" -> "TARTARIC ACID"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 875]}, "Synonyms" -> {"2", "racemic acid", "dl-tartaric acid", "uvic acid", "paratartaric aicd", "traubensaure", "dl-tartrate", "tartaric acid", "d-tartaric acid", "205-105-7[einecs]", "weinsaeure", "1336-18-1[rn]", "138508-61-9[rn]", "815-84-9[rn]", "acide tartarique", "dl-tartaricacid", "natrol", "212-425-0[einecs]", "tartaric acid [usan:jan][jan][usan]", "10390-80-4[rn]", "tartrol", "cremor tartari", "baros[wiki]", "cream of tartar", "201-766-0[einecs]", "acidum tartaricum", "kyselina 2,3-dihydroxybutandiova[czech]", "133-37-9[rn]", "kyselina vinna[czech]", "butanedioic acid 2,3-dihydroxy-", "1,2-dihydroxyethane-1,2-dicarboxylic acid", "1725148", "815-82-7[rn]", "2,3-dihydroxybutanedioic acid", "tartaric acid[wiki][acd/iupac name]", "succinic acid 2,3-dihydroxy-", "526-83-0[rn]", "147-73-9[rn]", "tartar cream", "8014-54-8[rn]", "threaric acid", "weinsteinsaeure", "868-19-9[rn]", "31586-77-3[rn]", "tartaric acid (van)", "87-69-4[rn]", "205-695-6[einecs]", "8059-77-6[rn]", "2,3-dihydroxy-succinic acid", "2,3-dihydroxysuccinic acid", "147-71-7[rn]", "d-tartrate", "2,3-dihydroxy-succinate", "tartrate[wiki]", "(+)-tartarate", "2,3-dihydroxybutanedioate", "1876435[beilstein]", "butanedioic acid 2,3-dihydroxy- ion(2-)", "tartarate", "(-)-tartrate", "l-tartarate", "3715-17-1[rn]", "tartrate(2-)", "2,3-dihydroxysuccinate", "(+)-tartrate", "l-tartrate"}|>, "301" -> <|"DatabaseID" -> "SW00263", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7827788]}, "IsomericSmiles" -> "C(C(C(=O)[O-])S)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "sodium aurothiomalate", "Australia Approved Name" -> "SODIUM AUROTHIOMALATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954225]}, "Synonyms" -> {"myochrysine (tn)", "succinic acid mercapto- gold sodium salt", "sodium aurothiomalate (jp16)", "d00992", "12244-57-4", "sodium aurothiomalate[jp15]", "gold sodium thiomalate (usp)", "butanedioic acid mercapto- monogold(1+) sodium salt", "monosodium aurothiomalate"}|>, "302" -> <|"DatabaseID" -> "SW00263", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7827788]}, "IsomericSmiles" -> "C(C(C(=O)[O-])S)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "sodium aurothiomalate", "Australia Approved Name" -> "SODIUM AUROTHIOMALATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954225]}, "Synonyms" -> {"myochrysine (tn)", "succinic acid mercapto- gold sodium salt", "sodium aurothiomalate (jp16)", "d00992", "12244-57-4", "sodium aurothiomalate[jp15]", "gold sodium thiomalate (usp)", "butanedioic acid mercapto- monogold(1+) sodium salt", "monosodium aurothiomalate"}|>, "303" -> <|"DatabaseID" -> "SW00264", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65215]}, "IsomericSmiles" -> "C1C[NH2+][C@@H]([C@H]([C@@H]1O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fagomine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72259]}, "Synonyms" -> {"fagomine", "1,2,5-trideoxy-1,5-imino-d-arabino-hexitol", "fag", "53185-12-9", "ac1l2hq7", "ac1q59gu", "kst-1a5607", "d-fagomine", "chebi:278859", "(2r", "1", "5406-61-1", "d-arabino-hexitol 1,2,5-trideoxy-1,5-imino-", "3,4-piperidinediol 2-(hydroxymethyl)- (2r,3r,4r)-", "(2r,3r,4r)-2-(hydroxymethyl)piperidine-3,4-diol", "(2r,3r,4r)-2-hydroxymethyl-piperidine-3,4-diol", "53185-12-9[rn]", "chembl108084"}|>, "304" -> <|"DatabaseID" -> "SW00265", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21106431]}, "IsomericSmiles" -> "CC(C)c1ccc(cc1)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cumaldehyde;cuminic aldehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 326]}, "Synonyms" -> {"cuminal", "cuminyl aldehyde", "benzaldehyde", "cuminic aldehyde", "4-isopropylbenzaldehyde", "p-cumic aldehyde", "cumaldehyde", "cumic aldehyde", "benzaldehyde p-isopropyl-", "p-isopropylbenzenecarboxaldehyde", "204-516-9[einecs]", "2/3/122", "03/02/0122", "4-isopropyl-benzaldehyde", "4-(propan-2-yl)benzaldehyde", "4-isopropylbenzenecarboxylate", "122-03-2[rn]", "cuminaldehyde[wiki]", "4-isopropylbenzaldehyd[german]", "p-isopropylbenzaldehyde", "benzaldehyde 4-(1-methylethyl)-", "3/2/122", "636547", "cuminaldehyde", "p-isopropyl benzaldehyde", "4-(methylethyl)benzaldehyde", "4-(1-methylethyl)benzaldehyde"}|>, "305" -> <|"DatabaseID" -> "SW00266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13850247]}, "IsomericSmiles" -> "COc1ccc(cc1)CC=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "estragole;estragol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8815]}, "Synonyms" -> {"p-allylanisole", "1-allyl-4-methoxybenzene", "isoanethole", "methyl chavicol", "4-allylanisole", "estragol", "3-(p-methoxyphenyl)propene", "estragole[wiki]", "estragole", "esdragon", "1-allyl-4-methoxybenzol[german][acd/iupac name]", "140-67-0", "1-methoxy-4-(2-propenyl)benzene", "205-427-8[einecs]", "benzene 1-methoxy-4-(2-propenyl)-", "esteragol", "tarragon", "benzene 1-methoxy-4-(2-propen-1-yl)-[acd/index name]", "tarragon.", "para-allylanisole", "140-67-0[rn]", "1-methoxy-4-(prop-2-en-1-yl)benzene[acd/iupac name]", "methylchavicol", "1u2r do1[wln]", "esdragol", "chavicol methyl ether", "3-(4-methoxyphenyl)-1-propene", "anisole", "4-allylphenyl methyl ether", "1-methoxy-4-(2-propen-1-yl)benzene", "p-methoxyallylbenzene", "1099454[beilstein]", "methyl 4-(prop-2-en-1-yl)phenyl ether", "4-methoxyallylbenzene", "tarragon[wiki]"}|>, "306" -> <|"DatabaseID" -> "SW00267", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35616"]}, "IsomericSmiles" -> "C/C=C/c1ccc(cc1)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02377"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anethol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 637563]}, "Synonyms" -> {"anethole", "trans-p-propenylanisole", "isoestragole", "(e)-anethole", "anise camphor", "p-anethole", "trans-anethol", "oil of aniseed", "4-propenylanisole", "trans-anethole"}|>, "307" -> <|"DatabaseID" -> "SW00268", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572189]}, "IsomericSmiles" -> "C(CNCC[NH2+]CCN)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00736"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRIENTINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5565]}, "Synonyms" -> {"trientine hydrochloride", "trientine", "syprine", "triethylenetetramine dihydrochloride", "n,n'-bis(2-aminoethyl)ethane-1,2-diamine hydrochloride (1:1)", "1,2-ethanediamine,n1,n2-bis(2-aminoethyl)-,hydrochloride (1:1)", "trientine dihydrochloride", "1", "trientine hcl", "4961-40-4[rn]", "triethylenetetramine", "araldite hardener hy 951", "tecza", "1,2-ethanediamine n1,n2-bis(2-aminoethyl)- hydrochloride(1:1)", "trien", "triethylenetetramine tetrahydrochloride", "triethylene tetramine", "112-24-3", "253-854-3[einecs]", "triethylenetetramine[wiki]", "38260-01-4[rn]", "teta", "deh 24", "n,n'-bis(2-aminoethyl)ethane-1,2-diamine"}|>, "308" -> <|"DatabaseID" -> "SW00269", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27404"]}, "IsomericSmiles" -> "c1c[nH]c2c1cc(c(c2)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "lutine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 114683]}, "Synonyms" -> {"5", "dhi", "chebi:27404", "1h-indole-5", "dopamine lutine", "3h-indole-5", "3id", "3131-52-0"}|>, "309" -> <|"DatabaseID" -> "SW00270", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476403]}, "IsomericSmiles" -> "C=Cc1cnccc1CCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gentialutine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317555]}, "Synonyms" -> {"2-(3-ethenylpyridin-4-yl)ethanol", "ac1nsvsf", "gentialutine"}|>, "310" -> <|"DatabaseID" -> "SW00271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474569]}, "IsomericSmiles" -> "CC1c2cnccc2CC1O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "venoterpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315179]}, "Synonyms" -> {"7-methyl-6", "ac1nsssa", "venoterpine"}|>, "311" -> <|"DatabaseID" -> "SW00271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474569]}, "IsomericSmiles" -> "CC1c2cnccc2CC1O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "venoterpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315179]}, "Synonyms" -> {"7-methyl-6", "ac1nsssa", "venoterpine"}|>, "312" -> <|"DatabaseID" -> "SW00271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474569]}, "IsomericSmiles" -> "CC1c2cnccc2CC1O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "venoterpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315179]}, "Synonyms" -> {"7-methyl-6", "ac1nsssa", "venoterpine"}|>, "313" -> <|"DatabaseID" -> "SW00271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474569]}, "IsomericSmiles" -> "CC1c2cnccc2CC1O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "venoterpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315179]}, "Synonyms" -> {"7-methyl-6", "ac1nsssa", "venoterpine"}|>, "314" -> <|"DatabaseID" -> "SW00272", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7959"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5643]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00859"]}, "IsomericSmiles" -> "CC(C)([C@H](C(=O)[O-])[NH3+])S", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00496"]}, "OfficialNames" -> <|"China Approved Name" -> "penicillamine", "Indian Approved Name" -> "d-penicillamine", "WHO Essential Medicine" -> "penicillamine", "Australia Approved Name" -> "PENICILLAMINE", "FDA Approved Drug" -> "PENICILLAMINE"|>, "PharmGKBID" -> "PA450840", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5852]}, "Synonyms" -> {"depen", "cuprimine", "penicillamin", "metalcaptase", "penicillamine", "cuprenil", "d-penicillamine", "artamine", "pendramine", "sufirtan", "d-penicyllamine", "3-mercapto-d-valine", "d-penicilamine", "penicillamina [dcit]", "d-penamine", "cupripen", "mercaptyl", "kuprenil", "depamine", "trolovol", "distamine", "perdolat", "mercaptovaline", "penicilllamine", "d-(-)-2-amino-3-mercapto-3-methylbutanoic acid", "(s)-2-amino-3-mercapto-3-methyl-butyric acid hydrochloride", "depen;distamine;d-mercaptovaline;d-penamine;kuprenil;cuprimine", "d-valine 3-mercapto-", "pca", "penicillaminum [inn_la]", "200-148-8[einecs]", "(2s)-2-amino-3-methyl-3-sulfanylbutanoic acid", "d-pencillamine", "2/6/5139", "penicillaminum[latin]", "3-mercaptovaline", "dmc (van)", "penicillamine [usan:ban:inn:jan][inn][jan][usan]", "2-amino-3-mercapto-3-methylbutanoic acid", "reduced penicillamine", "(s)-penicillamine", "(s)-2-amino-3-mercapto-3-methylbutanoic acid hydrochloride", "16414-54-3[rn]", "d-mercaptovaline", "penicilamina [inn-spanish]", "b,b-dimethylcysteine", "dimethylcysteine", "d,3-mercaptovaline", "beta-thiovaline", "52-67-5[rn]", "penicillamine d-", "cuprimine[wiki]", "d-(-)-penicillamine", "1722375[beilstein]", "pa", "maleimidosuccinimide", "(d)-penicillamine", "(-)-penicillamine", "(s)-3,3-dimethylcysteine", "valine 3-mercapto- d-", "52-66-4[rn]", "d penicillamine", "3,3-dimethyl-d-(-)-cysteine", "(s)-2-amino-3-mercapto-3-methylbutanoic acid", "p-1280", "phentolamine[wiki]", "penicillamine[wiki]", "sufortan", "(s)-penicillamin", "reduced d-penicillamine", "d mercaptovaline", "beta,beta-dimethylcysteine", "l-penicillamine", "penicilamina", "valine 3-mercapto-", "penicilamina[spanish][inn]", "3,3-dimethyl-d(-)-cysteine", "d-3-mercaptovaline", "cuprimine (tn)", "3,3-dimethyl-d-cysteine", "depen (tn)", "b-thiovaline", "penicillaminum [inn-latin]", "(s)-2-amino-3-mercapto-3-methyl-butyric acid", "penicillaminum", "3-sulfanyl-d-valine[acd/iupac name]", "2219-30-9[rn]", "h-d-pen-oh"}|>, "315" -> <|"DatabaseID" -> "SW00273", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00134"]}, "IsomericSmiles" -> "CSCC[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04983"], ExternalIdentifier["KEGGID", "D00019"]}, "OfficialNames" -> <|"Indian Approved Name" -> "l-methionine;methionine", "Australia Approved Name" -> "METHIONINE"|>, "PharmGKBID" -> "PA450423", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6137]}, "Synonyms" -> {"l-methionine", "methionine", "cymethion", "l-(-)-methionine", "(l)-methionine", "liquimeth", "l-methioninum", "s-methionine", "h-met-oh", "g-methylthio-a-aminobutyric acid", "a-amino-g-methylmercaptobutyric acid", "ec 2.1.1.5", "l-a-amino-g-methylthiobutyric acid", "2-amino-4-(methylthio)butyric acid", "(s)-2-amino-4-(methylthio)butanoic acid", "methilanin", "acimethin", "padameth", "racemethionine", "dl-methionine", "l-methionine z"}|>, "316" -> <|"DatabaseID" -> "SW00274", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64558"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 853]}, "IsomericSmiles" -> "CSCCC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Indian Approved Name" -> "dl-methionine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 876]}, "Synonyms" -> {"lobamine", "meonine", "mertionin", "acimetion", "cynaron", "dl-methionine", "banthionine", "methionin", "methionine (van)", "amurex", "methionine d-", "2-ammonio-4-(methylsulfanyl)butanoate; methionine", "h-dl-met-oh", "a-amino-g-methylmercaptobutyric acid", "59-51-8[rn]", "2-amino-4-(methylthio)-butyric acid", "35s-methionine", "dl methionine", "butyric acid 2-amino-4-(methylthio)-", "cymethion", "636185[beilstein]", "methilanin", "59-51-8", "7005-18-7[rn]", "acimethion", "348-67-4[rn]", "63-68-3[rn]", "26062-47-5[rn]", "206-483-6[einecs]", "neo-methidin", "2-azaniumyl-4-(methylsulfanyl)butanoate", "methilonin", "methionine", "7147-83-3[rn]", "2-amino-4-methylthiobutanoic acid", "methionine zwitterion", "dl-methioninum", "d008715", "metionina", "g-methylthio-a-aminobutyric acid", "2-ammonio-4-(methylsulfanyl)butanoate", "2-amino-4-methylsulfanyl-butyricacid", "metione", "lactet", "2-amino-4-(methylsulfanyl)butanoic acid", "26854-80-8[rn]", "2-amino-4-methylsulfanyl-butyric acid", "methionine dl isomer", "dl-2-amino-4-(methylthio)-butyric acid", "pedameth", "urimeth", "z00115", "dl-2-amino-4-(methylthio)butanoic acid", "liquimeth", "2-amino-4-(methylthio)butanoic acid", "2-amino-4-(methylthio)butyric acid", "200-562-9[einecs]", "24425-78-3[rn]", "200-432-1[einecs]", "dyprin", "neston[wiki]", "racemethionine", "methionine[wiki][usp][acd/iupac name]", "hmet", "methionine dl-"}|>, "317" -> <|"DatabaseID" -> "SW00274", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64558"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 853]}, "IsomericSmiles" -> "CSCCC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Indian Approved Name" -> "dl-methionine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 876]}, "Synonyms" -> {"lobamine", "meonine", "mertionin", "acimetion", "cynaron", "dl-methionine", "banthionine", "methionin", "methionine (van)", "amurex", "methionine d-", "2-ammonio-4-(methylsulfanyl)butanoate; methionine", "h-dl-met-oh", "a-amino-g-methylmercaptobutyric acid", "59-51-8[rn]", "2-amino-4-(methylthio)-butyric acid", "35s-methionine", "dl methionine", "butyric acid 2-amino-4-(methylthio)-", "cymethion", "636185[beilstein]", "methilanin", "59-51-8", "7005-18-7[rn]", "acimethion", "348-67-4[rn]", "63-68-3[rn]", "26062-47-5[rn]", "206-483-6[einecs]", "neo-methidin", "2-azaniumyl-4-(methylsulfanyl)butanoate", "methilonin", "methionine", "7147-83-3[rn]", "2-amino-4-methylthiobutanoic acid", "methionine zwitterion", "dl-methioninum", "d008715", "metionina", "g-methylthio-a-aminobutyric acid", "2-ammonio-4-(methylsulfanyl)butanoate", "2-amino-4-methylsulfanyl-butyricacid", "metione", "lactet", "2-amino-4-(methylsulfanyl)butanoic acid", "26854-80-8[rn]", "2-amino-4-methylsulfanyl-butyric acid", "methionine dl isomer", "dl-2-amino-4-(methylthio)-butyric acid", "pedameth", "urimeth", "z00115", "dl-2-amino-4-(methylthio)butanoic acid", "liquimeth", "2-amino-4-(methylthio)butanoic acid", "2-amino-4-(methylthio)butyric acid", "200-562-9[einecs]", "24425-78-3[rn]", "200-432-1[einecs]", "dyprin", "neston[wiki]", "racemethionine", "methionine[wiki][usp][acd/iupac name]", "hmet", "methionine dl-"}|>, "318" -> <|"DatabaseID" -> "SW00275", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8642]}, "IsomericSmiles" -> "CCN(CC)C(=S)S", "OfficialNames" -> <|"China Approved Name" -> "sodium diethyldithiocarbamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21192315]}, "Synonyms" -> {"dithiocarb", "cupral", "dedc", "thiocarb", "sodium dedt", "205-710-6[einecs]", "20624-25-3[rn]", "205-715-3[einecs]", "sodium diethyldithiocarbamaate", "na-ddtc", "sodiumdiethyldithiocarbamate", "ditiocarb sodium[inn]", "ditiocarbo sodico[spanish]", "carbamic acid diethyldithio- sodium salt", "diethyldithiocarbamate", "19622-06-1[rn]", "sodium diethyl-dithiocarbamate", "carbamodithioic acid diethyl- sodium salt", "ditiocarbum natricum[latin]", "diethylcarbamodithioic acid sodium salt", "sodium n", "imuthiol", "147-84-2[rn]", "4-08-00-01747 (beilstein handbook reference)[beilstein]", "diethyldithiocarbamate sodium", "diethyldithiocarbamic acid sodium", "sodium n,n-diethyldithiocarbamate", "ditiocarb", "149099-81-0[rn]", "sodium diethyldithiocarbamate", "soxinol esl", "diethyldithiocarbamic acid sodium salt", "diethyldithiocarbamate sodium", "usaf ek-2596", "diethyldithiocarbamic acid sodium salt", "diethylcarbamodithioic acid sodium salt", "sodium diethylcarbamodithioate[acd/iupac name]", "148-18-5[rn]", "gs 694a", "natriumdiethyldithiocarbamat", "carbamodithioic acid n,n-diethyl- sodium salt (1:1)", "ddtc", "nocceler sdc", "dtc", "sodium diethylaminocarbodithioate", "dedk", "143189-63-3[rn]", "n,n-diethyldithiocarbamic acid sodium salt", "kupral", "ditiocarbe sodique[french]", "dedtc", "sodium salt of diethyl-dithiocarbamic acid(ddc)"}|>, "319" -> <|"DatabaseID" -> "SW00276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 105277]}, "IsomericSmiles" -> "Cn1c(=O)cc(s1)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "5-chloro-2-methyl-4-isothiazolin-3-one hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 117809]}, "Synonyms" -> {"5-chloro-2-methyl-4-isothiazolin-3-one hydrochloride", "5-chloro-2-methyl-2h-isothiazol-3-one hydrochloride", "5-chloro-2-methyl-2-hydroisothiazol-3-one chloride h", "einecs 247-760-1", "247-760-1[einecs]", "5-chloro-2-methyl-2h-isothiazol-3-onehydrochloride", "5-chloro-2-methylisothiazol-3(2h)-one hydrochloride", "3(2h)-isothiazolone 5-chloro-2-methyl- hydrochloride (1:1)", "27356-57-6[rn]", "3(2h)-isothiazolone", "ac1q3b83", "26530-03-0[rn]", "ac1l3lme", "26172-55-4 (parent)", "3(2h)-isothiazolone 5-chloro-2-methyl- hydrochloride", "26172-55-4[rn]", "surecn677727", "5-chloro-2-methyl-4-isothiazolin-3-one", "116680-96-7[rn]", "5-chloro-2-methyl-1,2-thiazol-3(2h)-one hydrochloride (1:1)[acd/iupac name]", "26530-03-0", "ar-1e6257"}|>, "320" -> <|"DatabaseID" -> "SW00277", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 831]}, "IsomericSmiles" -> "C(C(C(C(C=O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 854]}, "Synonyms" -> {"d-xylose", "58-86-6[rn]", "l-(-)-xylose", "dl-arabinose", "31178-70-8[rn]", "d(-)-arabinose", "24259-59-4[rn]", "2,3,4,5-tetrahydroxypentanal", "d(+)-xylose", "9000-69-5[rn]", "217-763-2[einecs]", "d-ribofuranose", "nsc1941", "ribose", "1114-34-7[rn]", "141492-12-8[rn]", "pentose", "609-06-3[rn]", "arabinose", "d-ribose", "lyxose", "28697-53-2[rn]", "5328-37-0[rn]", "147-81-9[rn]", "d-(+)-xylose", "pentose[wiki][acd/iupac name]", "50-69-1[rn]", "10323-20-3[rn]"}|>, "321" -> <|"DatabaseID" -> "SW00277", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 831]}, "IsomericSmiles" -> "C(C(C(C(C=O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 854]}, "Synonyms" -> {"d-xylose", "58-86-6[rn]", "l-(-)-xylose", "dl-arabinose", "31178-70-8[rn]", "d(-)-arabinose", "24259-59-4[rn]", "2,3,4,5-tetrahydroxypentanal", "d(+)-xylose", "9000-69-5[rn]", "217-763-2[einecs]", "d-ribofuranose", "nsc1941", "ribose", "1114-34-7[rn]", "141492-12-8[rn]", "pentose", "609-06-3[rn]", "arabinose", "d-ribose", "lyxose", "28697-53-2[rn]", "5328-37-0[rn]", "147-81-9[rn]", "d-(+)-xylose", "pentose[wiki][acd/iupac name]", "50-69-1[rn]", "10323-20-3[rn]"}|>, "322" -> <|"DatabaseID" -> "SW00277", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 831]}, "IsomericSmiles" -> "C(C(C(C(C=O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 854]}, "Synonyms" -> {"d-xylose", "58-86-6[rn]", "l-(-)-xylose", "dl-arabinose", "31178-70-8[rn]", "d(-)-arabinose", "24259-59-4[rn]", "2,3,4,5-tetrahydroxypentanal", "d(+)-xylose", "9000-69-5[rn]", "217-763-2[einecs]", "d-ribofuranose", "nsc1941", "ribose", "1114-34-7[rn]", "141492-12-8[rn]", "pentose", "609-06-3[rn]", "arabinose", "d-ribose", "lyxose", "28697-53-2[rn]", "5328-37-0[rn]", "147-81-9[rn]", "d-(+)-xylose", "pentose[wiki][acd/iupac name]", "50-69-1[rn]", "10323-20-3[rn]"}|>, "323" -> <|"DatabaseID" -> "SW00277", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 831]}, "IsomericSmiles" -> "C(C(C(C(C=O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 854]}, "Synonyms" -> {"d-xylose", "58-86-6[rn]", "l-(-)-xylose", "dl-arabinose", "31178-70-8[rn]", "d(-)-arabinose", "24259-59-4[rn]", "2,3,4,5-tetrahydroxypentanal", "d(+)-xylose", "9000-69-5[rn]", "217-763-2[einecs]", "d-ribofuranose", "nsc1941", "ribose", "1114-34-7[rn]", "141492-12-8[rn]", "pentose", "609-06-3[rn]", "arabinose", "d-ribose", "lyxose", "28697-53-2[rn]", "5328-37-0[rn]", "147-81-9[rn]", "d-(+)-xylose", "pentose[wiki][acd/iupac name]", "50-69-1[rn]", "10323-20-3[rn]"}|>, "324" -> <|"DatabaseID" -> "SW00277", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 831]}, "IsomericSmiles" -> "C(C(C(C(C=O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 854]}, "Synonyms" -> {"d-xylose", "58-86-6[rn]", "l-(-)-xylose", "dl-arabinose", "31178-70-8[rn]", "d(-)-arabinose", "24259-59-4[rn]", "2,3,4,5-tetrahydroxypentanal", "d(+)-xylose", "9000-69-5[rn]", "217-763-2[einecs]", "d-ribofuranose", "nsc1941", "ribose", "1114-34-7[rn]", "141492-12-8[rn]", "pentose", "609-06-3[rn]", "arabinose", "d-ribose", "lyxose", "28697-53-2[rn]", "5328-37-0[rn]", "147-81-9[rn]", "d-(+)-xylose", "pentose[wiki][acd/iupac name]", "50-69-1[rn]", "10323-20-3[rn]"}|>, "325" -> <|"DatabaseID" -> "SW00277", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 831]}, "IsomericSmiles" -> "C(C(C(C(C=O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 854]}, "Synonyms" -> {"d-xylose", "58-86-6[rn]", "l-(-)-xylose", "dl-arabinose", "31178-70-8[rn]", "d(-)-arabinose", "24259-59-4[rn]", "2,3,4,5-tetrahydroxypentanal", "d(+)-xylose", "9000-69-5[rn]", "217-763-2[einecs]", "d-ribofuranose", "nsc1941", "ribose", "1114-34-7[rn]", "141492-12-8[rn]", "pentose", "609-06-3[rn]", "arabinose", "d-ribose", "lyxose", "28697-53-2[rn]", "5328-37-0[rn]", "147-81-9[rn]", "d-(+)-xylose", "pentose[wiki][acd/iupac name]", "50-69-1[rn]", "10323-20-3[rn]"}|>, "326" -> <|"DatabaseID" -> "SW00277", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 831]}, "IsomericSmiles" -> "C(C(C(C(C=O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 854]}, "Synonyms" -> {"d-xylose", "58-86-6[rn]", "l-(-)-xylose", "dl-arabinose", "31178-70-8[rn]", "d(-)-arabinose", "24259-59-4[rn]", "2,3,4,5-tetrahydroxypentanal", "d(+)-xylose", "9000-69-5[rn]", "217-763-2[einecs]", "d-ribofuranose", "nsc1941", "ribose", "1114-34-7[rn]", "141492-12-8[rn]", "pentose", "609-06-3[rn]", "arabinose", "d-ribose", "lyxose", "28697-53-2[rn]", "5328-37-0[rn]", "147-81-9[rn]", "d-(+)-xylose", "pentose[wiki][acd/iupac name]", "50-69-1[rn]", "10323-20-3[rn]"}|>, "327" -> <|"DatabaseID" -> "SW00277", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 831]}, "IsomericSmiles" -> "C(C(C(C(C=O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 854]}, "Synonyms" -> {"d-xylose", "58-86-6[rn]", "l-(-)-xylose", "dl-arabinose", "31178-70-8[rn]", "d(-)-arabinose", "24259-59-4[rn]", "2,3,4,5-tetrahydroxypentanal", "d(+)-xylose", "9000-69-5[rn]", "217-763-2[einecs]", "d-ribofuranose", "nsc1941", "ribose", "1114-34-7[rn]", "141492-12-8[rn]", "pentose", "609-06-3[rn]", "arabinose", "d-ribose", "lyxose", "28697-53-2[rn]", "5328-37-0[rn]", "147-81-9[rn]", "d-(+)-xylose", "pentose[wiki][acd/iupac name]", "50-69-1[rn]", "10323-20-3[rn]"}|>, "328" -> <|"DatabaseID" -> "SW00278", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "46983"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59687]}, "IsomericSmiles" -> "C([C@H]([C@H]([C@@H](C=O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arabinose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66308]}, "Synonyms" -> {"dl-arabinose", "(-)-arabinose", "d-(-)arabinose", "d-arabinose", "arabinose", "arabinose(d)", "d-(-)-arabinose", "aldehydo-d-arabinose", "(2s,3r,4r)-2,3,4,5-tetrahydroxypentanal", "d-ara", "d-(+)-arabinose", "5244984[beilstein]", "arabinose d- (8ci)", "1723079[beilstein]", "(2s", "aldehydo-d-arabino-pentose", "d-arabinose (9ci)", "d(-)-arabinose", "arabinose[wiki]", "ai3-18439", "arabinose d-", "d-ribose", "233-708-5[einecs]", "d-arabino-pentose", "28697-53-2[rn]", "147-81-9[rn]", "10323-20-3[rn]"}|>, "329" -> <|"DatabaseID" -> "SW00279", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15936"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559198]}, "IsomericSmiles" -> "C([C@H]([C@@H]([C@H](C=O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-xylose;xylose", "NPC Approved Name" -> "xylose", "FDA Approved Drug" -> "XYLOSE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 644160]}, "Synonyms" -> {"(d)-xylose", "d-xyl", "aldehydo-d-xylose", "chebi:15936", "(+)-xylose", "d-xylose", "58-86-6[rn]", "255-277-2[einecs]", "wood sugar", "(2r,3s,4r)-2,3,4,5-tetrahydroxypentanal", "6763-34-4[rn]", "31178-70-8[rn]", "d-xylose (9ci)", "xylose d-", "2,3,4,5-tetrahydroxypentanal", "bifs0118", "d-(+)-xylose", "200-400-7[einecs]", "xylose (van)", "ac1ld8on", "247-395-8[einecs]", "41247-05-6[rn]", "609-06-3[rn]", "d-xylo-pentose", "s2124_selleck", "xylose[wiki]", "x-7950", "210-174-1[einecs]", "xylose d- (8ci)", "25990-60-7[rn]", "xls", "pharmakon1600-01300048", "chebi:18222", "xylo-pentose", "ctk1a5869", "d-xylo-pentose; d-xylose", "dl-xylose", "25990-60-7"}|>, "330" -> <|"DatabaseID" -> "SW00280", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6182"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4573877]}, "IsomericSmiles" -> "C([C@@H]([C@@H]([C@H](C=O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-arabinose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5460291]}, "Synonyms" -> {"arabinose", "aldehydo-l-arabinose", "aldehydo-l-arabino-pentose", "water[wiki][acd/iupac name]", "l-arabino-pentose", "ac1nut1o", "(2r,3s,4s)-2,3,4,5-tetrahydroxypentanal", "5244985[beilstein]", "l-(+)-arabinose", "l(+)-arabinose", "226-214-6[einecs]", "dl-arabinose", "d-xylose", "5328-37-0", "(+)-arabinose", "(2r", "arabinose[wiki]", "1723085[beilstein]", "87-72-9[rn]", "l-ara", "243-619-3[einecs]", "87-92-9", "20235-19-2[rn]", "l-arabinose", "ambap147-81-9", "5328-37-0[rn]", "147-81-9[rn]", "25990-60-7[rn]"}|>, "331" -> <|"DatabaseID" -> "SW00281", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 167754]}, "IsomericSmiles" -> "C(C(CO)(C(C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-apiose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 193317]}, "Synonyms" -> {"639-97-4", "ac1l4w0q", "d-apiose", "3-c-hydroxymethyltetrose", "apiose", "2", "c01488", "ag-k-65986"}|>, "332" -> <|"DatabaseID" -> "SW00281", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 167754]}, "IsomericSmiles" -> "C(C(CO)(C(C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-apiose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 193317]}, "Synonyms" -> {"639-97-4", "ac1l4w0q", "d-apiose", "3-c-hydroxymethyltetrose", "apiose", "2", "c01488", "ag-k-65986"}|>, "333" -> <|"DatabaseID" -> "SW00282", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8240"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13859497]}, "IsomericSmiles" -> "c1cc2c(cc1C=O)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "piperonal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8438]}, "Synonyms" -> {"heliotropin", "heliotropine", "1", "piperonylaldehyde", "piperonyl aldehyde", "piperonaldehyde", "piperonal", "5-formyl-1,3-benzodioxole", "benzo[d][1,3]dioxole-5-carbaldehyde", "geliotropin", "piperonal[wiki]", "3,4-(methylenedioxy)benzaldehyde", "1,3-benzodioxol-5-carbaldehyd", "protocatechuic aldehyde methylene ether", "benzaldehyde 3,4-(methylenedioxy)-", "2h-1,3-benzodioxole-5-carbaldehyde", "120-57-0", "1,3-benzodioxole-5-carboxaldehyde", "2h-benzo[d]1,3-dioxolane-5-carbaldehyde", "1,3-benzodioxole-5-carbaldehyde", "3,4-dihydroxybenzaldehyde methylene ketal", "2h-benzo[d]1,3-dioxolene-5-carbaldehyde", "benzo[1,3]dioxole-5-carbaldehyde", "3,4-methylenedioxybenzaldehyde", "204-409-7[einecs]", "131691[beilstein]", "120-57-0[rn]"}|>, "334" -> <|"DatabaseID" -> "SW00283", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16394"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 60420]}, "IsomericSmiles" -> "CNc1ccccc1C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-methyl anthranilic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 67069]}, "Synonyms" -> {"o-(methylamino)benzoic acid", "n-methyl-2-aminobenzoic acid", "2-methylamino-benzoic acid", "n-methyl-o-aminobenzoic acid", "n-methylanthranilic acid", "730910-17-5[rn]", "benzoic acid 2-(methylamino)-", "119-68-6", "anthranilic acid", "119-68-6[rn]", "n-methylanthranilicacid", "kyselina n-methylanthranilova [czech]", "benzoic acid 2- (methylamino)-", "anthranilic acid n-methyl-", "benzoic acid", "kyselina 2-methylaminobenzoova[czech]", "2-(methylamino)benzoic acid", "2-methylaminobenzoic acid", "2-(methylamino)benzoic acid[acd/iupac name]", "n-methylanthranilate", "4-14-00-01015 (beilstein handbook reference)[beilstein]", "kyselina n-methylanthranilova[czech]", "204-343-9[einecs]", "2208135[beilstein]"}|>, "335" -> <|"DatabaseID" -> "SW00284", "IsomericSmiles" -> "CCC(=O)c1ccc(cc1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01870"]}, "OfficialNames" -> <|"NPC Approved Name" -> "para-hydroxypropiophenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6271]}, "Synonyms" -> {"paroxypropione", "mepal", "frenormon", "frenantol", "p-hydroxypropiophenone", "70-70-2", "frenohypon", "4'-hydroxypropiophenone", "paroxypropion", "proxiphenon", "4-hydroxypropiophenone"}|>, "336" -> <|"DatabaseID" -> "SW00285", "IsomericSmiles" -> "Cc1cccc(c1)OC(=O)C", "OfficialNames" -> <|"NPC Approved Name" -> "cresyl acetate m-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 67406]}, "Synonyms" -> {"acetic acid", "122-46-3", "m-cresyl acetate", "m-tolyl acetate", "cresatin", "acetic acid m-tolyl ester", "m-acetoxytoluene", "3-methylphenyl acetate", "kresatin"}|>, "337" -> <|"DatabaseID" -> "SW00286", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "42438"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 325]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03514"]}, "IsomericSmiles" -> "COc1cc(ccc1O)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "p-vinylguaiacol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 332]}, "Synonyms" -> {"p-vinylguaiacol", "4-ethenyl-2-methoxyphenol", "4-vinylguaiacol", "2-methoxy-4-vinyl-phenol", "4-hydroxy-3-methoxystyrene", "p-vinyl guaiacol", "7786-61-0[rn]", "232-101-2[einecs]", "2-methoxy-4-vinylphenol[wiki][acd/iupac name]", "phenol 4-vinyl-2-methoxy-", "2-methoxy-4-vinylphenol", "p-vinylcatechol-o-methyl ether", "7786-61-0", "3-methoxy-4-hydroxystyrene", "eug", "4-vinyl-guaiacol", "dxa", "phenol", "o-methoxy-p-vinylphenol", "2044521", "4-hydroxy-3-methoxyvinylbenzene", "vinylcatechol-o-methyl ether p-", "2-methoxy-4-ethenylphenol", "31853-85-7[rn]", "3-06-00-04981 (beilstein handbook reference)[beilstein]", "2-(4-hydroxy-3-methoxyphenyl)ethene;2m4vp; 4-ethenyl-2-methoxyphenol; 4-hydroxy-3-methoxyphenylethene; 4-hydroxy-3-methoxystyrene; 4-hydroxy-3-methoxyvinylbenzene; 4-vinyl-2-methoxyphenol;4-vinylguaiacol;o-methoxy-p-vinylphenol; p-vinylguaiacol; para-vinylguaiacol", "phenol 2-methoxy-4-vinyl-", "guaiacol 4-vinyl-", "guaiacol", "phenol 4-ethenyl-2-methoxy-"}|>, "338" -> <|"DatabaseID" -> "SW00287", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28621"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13835630]}, "IsomericSmiles" -> "C(CO)[NH+](CCO)CCO", "OfficialNames" -> <|"Indian Approved Name" -> "triethanolamine"|>, "Synonyms" -> {"triethanolamin-ng", "trihydroxytriethylamine", "alkanolamine 244", "2,2',2''-trihydroxytriethylamine", "2,2',2''-nitrilotrisethanol", "triethanolamine[wiki]", "sodium isa", "btb", "2,2',2\"-trihydroxy-triethylamine", "nitrilo-2,2',2\"-triethanol", "tris(hydroxyethyl)amine", "nitrilotriethanol;tri(2-hydroxyethanol)amine; triethanolamine;tris(2-hydroxyethyl)amine;2,2',2''-nitrilotriethanol", "sterolamide", "triethanolamin", "nitrilotriethanol", "202-619-3[einecs]", "tris(2-hydroxyethyl)amine", "2,2',2-nitrilotriethanol", "2,2',2\"-nitrilotrisethanol", "68-05-3[rn]", "200-676-9[einecs]", "2-[bis(2-hydroxyethyl)amino]ethan-1-ol", "thiofaco t-35", "daltogen", "nitrilotris(ethanol)", "102-71-6[rn]", "trolamine[nf]", "nitrilo-2,2',2''-triethanol", "n(ch2ch2oh)3", "2,2',2''-nitrilotris(ethanol)", "ethanol 2,2prime,2primeprime-nitrilotri-", "(2-hydroxyethyl)amine", "ethanol 2,2',2''-nitrilotri-", "tea[formula]", "97-93-8[rn]", "1699263", "ethanol 2,2',2''-nitrilotris-", "2,2',2''-nitrilotriethanol", "triethylolamine", "tri(hydroxyethyl)amine", "203-049-8[einecs]"}|>, "339" -> <|"DatabaseID" -> "SW00288", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4110"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01560"]}, "IsomericSmiles" -> "C[C@@H](C(=O)c1ccccc1)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "C08301"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cathinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62258]}, "Synonyms" -> {"d-cathinone", "cathinone", "dea no. 1235", "catinona [inn-spanish]", "cathinonum", "(2s)-2-amino-1-phenylpropan-1-one", "cathinonum [inn-latin]", "l-cathinone", "norephedrone", "catinona"}|>, "340" -> <|"DatabaseID" -> "SW00289", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15399"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15855]}, "IsomericSmiles" -> "CC1=CC[C@@H](CC1=O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-carvone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16724]}, "Synonyms" -> {"(s)-(+)-carvone", "(s)-carvone", "(+)-carvone", "(+)-(s)-carvone", "carvol", "d(+)-carvone", "d-carvone", "(s)-5-isopropenyl-2-methyl-2-cyclohexenone", "p-mentha-6,8-dien-2-one", "(5s)-5-isopropenyl-2-methyl-2-cyclohexen-1-on", "2-methyl-5-(1-methylethenyl)-2-cyclohexen-1-one", "3588498[beilstein]", "53763-73-8[rn]", "2244-16-8[rn]", "(s)-(+)-5-isopropenyl-2-methyl-2-cyclohexenone", "6767373[beilstein]", "(s)-(+)-p-mentha-6,8-dien-2-one", "2-cyclohexen-1-one 2-methyl-5-(1-methylethenyl)- (5s)-", "(4s)-p-mentha-1(6),8-dien-2-one; (5s)-2-methyl-5-(prop-1-en-2-yl)cyclohex-2-en-1-one", "5-isopropenyl-2-methylcyclohex-2-en-1-one", "(s)-2-methyl-5-(1-methylethenyl)-2-cyclohexen-1-one", "d-carvol", "2042970[beilstein]", "2-cyclohexen-1-one 2-methyl-5-(1-methylethenyl)-", "(5s)-5-isopropenyl-2-methylcyclohex-2-en-1-one", "p-mentha-6,8-dien-2-one (s)-(+)-", "(5s)-2-methyl-5-(1-methylethenyl)-2-cyclohexen-1-one", "(+)-(4s)-carvone", "d-1-methyl-4-isopropenyl-6-cyclohexen-2-one", "d-carvone (natural)", "2-cyclohexen-1-one 2-methyl-5-(1-methylethenyl)- (s)-", "(s)-()-carvone", "(5s)-2-methyl-5-(1-methylvinyl)cyclohex-2-en-1-one", "carvone (+)-", "2-methyl-4- -2-cyclohexene-1-one", "(5s)-2-methyl-5-(prop-1-en-2-yl)cyclohex-2-en-1-one", "(s)-5-isopropenyl-2-methylcyclohex-2-en-1-one", "2244-16-8", "(s)-2-methyl-5-(1-methylethenyl)-2-cyclohexene-1-one", "(s)-(+)-p-mentha-6", "(5s)-2-methyl-5-(1-methylethenyl)cyclohex-2-en-1-one", "(s)-d-p-mentha-6,8,(9)-dien-2-one", "d-(+)-carvone", "d-p-mentha-6,8,(9)-dien-2-one", "(+)-(4s)-carvone;(5s)-2-methyl-5-(1-methylethenyl)-2-cyclohexen-1-one;(s)-(+)-carvone; (s)-(+)-p-mentha-6,8-dien-2-one; (s)-2-methyl-5-(1-methylethenyl)-2-cyclohexen-1-one; (s)-2-methyl-5-(1-methylvinyl)cyclohex-2-en-1-one;(s)-5-isopropenyl-2-methylcyclohex-2-en-1-one; (s)-carvone; d-(+)-carvone; d-carvone", "218-827-2[einecs]", "(4s)-p-mentha-1(6),8-dien-2-one", "(5s)-5-isopropenyl-2-methyl-2-cyclohexen-1-one[acd/iupac name]", "(s)-2-methyl-5-(1-methylvinyl)cyclohex-2-en-1-one"}|>, "341" -> <|"DatabaseID" -> "SW00290", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478182]}, "IsomericSmiles" -> "Cc1ccoc1CCC(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-naginatene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319998]}, "Synonyms" -> {"3-methyl-2-(3-methylbut-3-enyl)furan", "ac1nsyxr"}|>, "342" -> <|"DatabaseID" -> "SW00291", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27607"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21105998]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02513"]}, "IsomericSmiles" -> "Cc1ccc(c(c1)O)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01039"]}, "OfficialNames" -> <|"Indian Approved Name" -> "thymol", "Traditional Herbal Isolate" -> "thymol", "Australia Approved Name" -> "THYMOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57350541], ExternalIdentifier["PubChemCompoundID", 6989]}, "Synonyms" -> {"thymol", "5-methyl-2-(1-methylethyl)phenol", "3-p-cymenol", "thyme camphor", "isopropyl cresol", "5-methyl-2-isopropylphenol", "2-isopropyl-5-methylphenol", "6-isopropyl-m-cresol", "6-isopropyl-3-methylphenol", "3-methyl-6-isopropylphenol", "1-methyl-3-hydroxy-4- isopropylbenzene", "201-944-8[einecs]", "thymol[wiki]", "phenol 5-methyl-2-(1-methylethyl)-", "1907135", "3-hydroxy-p-cymene", "d013943", "89-83-8[rn]", "5-methyl-2-(methylethyl)phenol", "thymol; 5-methyl-2-(1-methylethyl)phenol; 5-methyl-2-isopropylphenol", "3-hydroxy p-cymene", "apiguard", "2-isopropyl-5-methyl-phenol", "1-hydroxy-5-methyl-2-(1-methylethyl)benzene;2-isopropyl-5-methylphenol;5-methyl-2-isopropylphenol; thymol;p-cymen-3-ol", "5-methyl-2-(propan-2-yl)phenol", "1-hydroxy-5-methyl-2-isopropylbenzene", "5-methyl-2-(1-methylethyl)-phenol", "surecn250092", "phenol", "ag-j-28552", "89-83-8", "thymic acid"}|>, "343" -> <|"DatabaseID" -> "SW00292", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 76521]}, "IsomericSmiles" -> "Cc1ccoc1CC=C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-naginatene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 84825]}, "Synonyms" -> {"furan", "2-(3-methyl-2-butenyl)-3-methylfuran", "3-methyl-2-(3-methylbut-2-enyl)furan", "ar-1l3134", "15186-51-3", "t5oj b2uy1&1 c1[wln]", "ac1l389m", "furan 3-methyl-2-(3-methyl-2-butenyl)-", "2-(3'-methyl-2'-butenyl)-3-methylfuran", "3-methyl-2-prenylfuran", "rosefuran", "ac1q6zbi", "rosefuran[wiki]", "3-methyl-2-(3-methylbut-2-en-1-yl)furan", "15186-51-3[rn]"}|>, "344" -> <|"DatabaseID" -> "SW00293", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3440"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21105867]}, "IsomericSmiles" -> "Cc1ccc(cc1O)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carvacrol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10364]}, "Synonyms" -> {"2-hydroxy-p-cymene", "2-p-cymenol", "5-isopropyl-2-methylphenol", "o-thymol", "5-isopropyl-o-cresol", "antioxine", "isothymol", "1-hydroxy-2-methyl-5-(1-methylethyl)benzene;1-hydroxy-5-isopropyl-2-methylbenzene; 5-isopropyl-2-methylphenol; carvacrol; 2-methyl-5-isopropylphenol", "iso-thymol", "5-isopropyl-2-methyl-phenol", "2-methyl-5-(1-methylethyl)phenol", "207-889-6[einecs]", "499-75-2", "phenol 2-methyl-5-(1-methylethyl)-", "carvacrol[wiki]", "499-75-2[rn]", "isopropyl-o-cresol", "1-hydroxy-2-methyl-5-isopropylbenzene", "3-isopropyl-6-methylphenol", "119-36-8[rn]", "isopropyl cresol", "2-hydroxy-4-cymene", "1-methyl-2-hydroxy-4-isopropylbenzene", "p-cymen-2-ol", "2-methyl-5-(propan-2-yl)phenol", "carvacrol", "p-cymene-2-ol", "1-hydroxy-2-methyl-5-isopropylbenzene; 1-methyl-2-hydroxy-4-isopropylbenzene; 2-hydroxy-p-cymene; 2-methyl-5-(1-methylethyl)phenol; 2-methyl-5-isopropylphenol; 2-p-cymenol; 3-isopropyl-6-methylphenol; 5-isopropyl-2-methylphenol; 5-isopropyl-o-cresol; carvacrol", "2-methyl-5-(methylethyl)phenol", "4427-56-9[rn]", "2-methyl-5-isopropylphenol"}|>, "345" -> <|"DatabaseID" -> "SW00294", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94680]}, "IsomericSmiles" -> "CC(C)(C)c1ccc(cc1)O", "OfficialNames" -> <|"NPC Approved Name" -> "para-tertiary-butilphenol-formaldehyde resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 104912]}, "Synonyms" -> {"4-(1", "formaldehyde- 4-tert-butylphenol(1:1)", "59948-61-7[rn]", "50809-28-4[rn]", "55962-70-4[rn]", "formaldehyde; 4-tert-butylphenol", "75433-58-8[rn]", "39289-25-3[rn]", "79586-37-1[rn]", "114101-07-4[rn]", "ag-g-60074", "39355-39-0[rn]", "68130-76-7", "106441-81-0[rn]", "formaldehyde - 4-tert-butylphenol (1:1)", "93602-28-9[rn]", "p-tert-butylphenol", "108422-69-1[rn]", "formaldehyde compd. with 4-(1,1-dimethylethyl)phenol (1:1)", "52907-75-2[rn]", "135230-05-6[rn]", "66038-50-4[rn]", "87397-89-5[rn]", "p-tert-butylphenol formaldehyde resin", "26808-99-1[rn]", "37359-98-1[rn]", "68426-15-3[rn]", "formaldehyde", "p-(t-butyl)-phenol formaldehyde", "68130-76-7[rn]", "78041-31-3[rn]", "71281-91-9[rn]", "63284-43-5[rn]", "4-tert-butylphenol; formaldehyde", "ckm 1634", "52623-30-0[rn]", "25085-50-1[rn]", "65546-94-3[rn]", "39468-17-2[rn]"}|>, "346" -> <|"DatabaseID" -> "SW00295", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15589]}, "IsomericSmiles" -> "CC(=C)C1CCC(=CC1)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-perilla;l-perilla-aiuehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16441]}, "Synonyms" -> {"perillyl aldehyde", "perilla aldehyde", "perillic aldehyde", "dihydrocuminyl aldehyde", "perillal", "perillaldehyde", "1-perillaldehyde", "4-(1-methylethenyl)-1-cyclohexene-1-carboxaldehyde", "1,8-p-menthadien-7-al", "2111-75-3[rn]", "4-isopropenylcyclohex-1-enecarbaldehyde", "4-isopropenyl-1-cyclohexene-1-carbaldehyde[acd/iupac name]", "(-)-perillaldehyde", "dl-perillaldehyde", "4-isopropenyl-1-cyclohexene-1-carboxaldehyde", "l6utj avh dy1&u1;[wln]", "para-mentha-1,8-dien-7-al", "p-mentha-1,8-dien-7-al", "perillaldehyde[wiki]", "p-mentha-1", "perilaldehyde", "1-cyclohexene-1-carboxaldehyde 4-isopropenyl-", "1-cyclohexene-1-carboxaldehyde 4-(1-methylethenyl)-", "218-302-8[einecs]", "dihydrocuminic aldehyde", "dihydrocuminylaldehyde", "l-perillaldehyde", "4-(1-methylethenyl)-1-cyclohexene1-carboxyaldehyde", "4-(prop-1-en-2-yl)cyclohex-1-ene-1-carbaldehyde", "perillylaldehyde"}|>, "347" -> <|"DatabaseID" -> "SW00295", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15589]}, "IsomericSmiles" -> "CC(=C)C1CCC(=CC1)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-perilla;l-perilla-aiuehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16441]}, "Synonyms" -> {"perillyl aldehyde", "perilla aldehyde", "perillic aldehyde", "dihydrocuminyl aldehyde", "perillal", "perillaldehyde", "1-perillaldehyde", "4-(1-methylethenyl)-1-cyclohexene-1-carboxaldehyde", "1,8-p-menthadien-7-al", "2111-75-3[rn]", "4-isopropenylcyclohex-1-enecarbaldehyde", "4-isopropenyl-1-cyclohexene-1-carbaldehyde[acd/iupac name]", "(-)-perillaldehyde", "dl-perillaldehyde", "4-isopropenyl-1-cyclohexene-1-carboxaldehyde", "l6utj avh dy1&u1;[wln]", "para-mentha-1,8-dien-7-al", "p-mentha-1,8-dien-7-al", "perillaldehyde[wiki]", "p-mentha-1", "perilaldehyde", "1-cyclohexene-1-carboxaldehyde 4-isopropenyl-", "1-cyclohexene-1-carboxaldehyde 4-(1-methylethenyl)-", "218-302-8[einecs]", "dihydrocuminic aldehyde", "dihydrocuminylaldehyde", "l-perillaldehyde", "4-(1-methylethenyl)-1-cyclohexene1-carboxyaldehyde", "4-(prop-1-en-2-yl)cyclohex-1-ene-1-carbaldehyde", "perillylaldehyde"}|>, "348" -> <|"DatabaseID" -> "SW00296", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12789]}, "IsomericSmiles" -> "CCOC(=O)[C@H](CS)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01559"]}, "OfficialNames" -> <|"NPC Approved Name" -> "daiace"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2723617]}, "Synonyms" -> {"l-cysteine ethyl ester hydrochloride", "daiace (tn)", "h-cys-oet.hcl", "ethyl (2r)-2-amino-3-sulfanylpropanoate hydrochloride", "daiace", "ethyl dl-cysteinate hydrochloride", "ethyl l-cysteine hydrochloride[jp15]", "868-59-7[rn]", "l-cysteine ethyl ester hcl", "l-cystein ethyl ester hydrochloride", "ac1mc38l", "868-59-7", "3411-58-3[rn]", "212-779-6[einecs]", "(r)-ethyl 2-amino-3-mercaptopropanoate hydrochloride", "l-cysteine ethyl ester hydrochloride", "mucastine", "ethyl l-cysteine hydrochloride", "l-cysteine ethyl ester hydrochloride (1:1)", "teincy", "pubchem10909", "ethyl l-cysteinate hydrochloride (1:1)", "cysteine ethyl ester hydrochloride", "ethyl l-cysteinate hydrochloride", "300-920-5[einecs]", "cysteine ethyl ester hydrochloride (van)", "cysteine ethyl ester hydrochloride l-", "3562600", "l-cysteine ethyl ester monohydrochloride", "93964-73-9[rn]", "ncgc00166061-01", "l-cysteineethylesterhydrochloride", "dsstox_rid_81692", "taiciscon", "dsstox_cid_26527", "ethitanin"}|>, "349" -> <|"DatabaseID" -> "SW00297", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8080"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64130], ExternalIdentifier["ChemSpiderID", 4607]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00191"]}, "IsomericSmiles" -> "CC(C)(Cc1ccccc1)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05458"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Phentermine", "FDA Approved Drug" -> "PHENTERMINE HYDROCHLORIDE;PHENTERMINE RESIN COMPLEX"|>, "PharmGKBID" -> "PA164748099", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70969], ExternalIdentifier["PubChemCompoundID", 4771]}, "Synonyms" -> {"phentermine", "linyl", "lonamin", "normephentermine", "mirapront", "omnibex", "lipopill", "tora", "wilpo", "obestin-30", "ona-mast", "duromine", "inoamin", "obenix", "phentermine resin 30", "phentermine hcl", "pro-fast", "phentermine hydrochloride", "ionamin", "phentride", "phentercot", "zantryl", "ona mast", "oby-trim", "adipex-p", "fastin", "122-09-8[rn]", "wyamine sulfate", "pre-sate", "fen-phen (fenfluramine + phentermine)_mixture", "mao-b", "teramine", "monoamine oxidase type b", "(alpha,alpha)-dimethylphenethylamine", "uritone", "ec 1.4.3.4", "ona-mast hydrochloride", "a,a-dimethylphenethylamine", "1-(2-methylphenyl)-2-propylamin", "0970319[beilstein]", "ionamin[wiki]", "phentermyl wyncaps", "phentermine [usan:ban:inn][inn][usan]", "phentrol", "obermine", "2-methyl-1-phenylpropan-2-amine", "2-propylamine 1-(2-methylphenyl)-", "ortetamina", "phenyl-tert-butylamine", "204-522-1[einecs]", "fentermina[spanish][inn]", "1,1-dimethyl-2-phenylethylamine", "phentermine resin complex", "2-methyl-1-phenylpropan-2-amin", "122-09-8", "phenterminum[latin]", "phentrol 2", "phentrol 3", "phentrol 4", "phenyl-tertiary-butylamine", "4-12-00-02820 (beilstein handbook reference)[beilstein]", "phentermine[wiki]", "2-amino-2-methyl-1-phenylpropane", "duromine[wiki]", "a,a-dimethylbenzeneethanamine", "a-benzylisopropylamine", "phenteral", "9008-94-0[rn]", "12674-13-4[rn]", "ethanamine 1,1-dimethyl-2-phenyl-", "ortetaminum", "337376-15-5", "2-methyl-1-phenylpropan-2-aminhydrochlorid", "fastin[wiki]", "a,a-dimethylbenzeneethanamine hydrochloride", "a,a-dimethylphenethylamine hydrochloride", "a-benzylisopropylamine hydrochloride", "1-phenyl-2-methyl-2-aminopropane hydrochloride", "1197-21-3[rn]", "2-methyl-1-phenylpropan-2-aminium chloride", "phenyl-tert-butylamine hydrochloride", "wilpo (van)", "2-methyl-1-phenylpropan-2-amine hydrochloride", "1,1-dimethyl-2-phenylethylamine hydrochloride", "tl8000587", "2-methyl-1-phenylpropan-2-amine hydrochloride (1:1)", "3912379[beilstein]", "phenyl-t-butylamine hydrochloride", "2-methyl-1-phenyl-2-propanamine hydrochloride", "214-821-9[einecs]"}|>, "350" -> <|"DatabaseID" -> "SW00298", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6809"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1169]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01577"]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08187"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Methamphetamine", "FDA Approved Drug" -> "METHAMPHETAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450403", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9306], ExternalIdentifier["PubChemCompoundID", 1206], ExternalIdentifier["PubChemCompoundID", 10836]}, "Synonyms" -> {"(2-methylaminopropyl)benzene", "pervertin", "desoxedrine", "anadrex", "desamine", "dl-methamphetamin", "dl-methamphetamine", "dl-desoxyephedrine", "detrex", "300-42-5[rn]", "4-12-00-02589 (beilstein handbook reference)[beilstein]", "methylamphetamine[wiki]", "desoxyephedrine", "1-phenyl-2-methylamino-propan[german]", "1-phenyl-1-methyl-2-methylamino-aethan[german]", "component of fetamin", "ephedrine deoxy-", "amphedroxyn", "(+-)-methamphetamine", "desoxyephedrine[wiki]", "methamphetamine[wiki]", "225-433-4[einecs]", "2-(methylamino)-1-phenylpropane", "dee -5", "desossiefedrina", "fenprometamina[spanish][inn]", "methamphetamine hydrochloride", "deoxyephedrine", "n-methyl-1-phenylpropan-2-amine", "251-687-0[einecs]", "(+-)-desoxyephedrine", "phenpromethaminum[latin]", "mamp", "methampex", "4298-16-2[rn]", "rac-methamphetamine", "33817-09-3[rn]", "phenpromethamine [dcf:inn][inn]", "amphedroxy", "231-559-0[einecs]", "n-methylamphetamine", "des-oxa-d", "200-106-9[einecs]", "1-phenyl-2-methylaminopropane", "methyl-(1-methyl-2-phenyl-ethyl)-amine", "dexophrine", "3-12-00-02689 (beilstein handbook reference)[beilstein]", "desoxo-5", "ephedrine", "51-57-0[rn]", "daropervamin", "4846-07-5[rn]", "benzeneethanamine n,b-dimethyl-", "d,l-methamphetamine", "7632-10-2[rn]", "30639-16-8[rn]", "phenpromethadrinum", "93-88-9[rn]", "n,a-dimethylphenethylamine", "deoxyphedrine", "dee -10"}|>, "351" -> <|"DatabaseID" -> "SW00298", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6809"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1169]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01577"]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08187"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Methamphetamine", "FDA Approved Drug" -> "METHAMPHETAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450403", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9306], ExternalIdentifier["PubChemCompoundID", 1206], ExternalIdentifier["PubChemCompoundID", 10836]}, "Synonyms" -> {"(2-methylaminopropyl)benzene", "pervertin", "desoxedrine", "anadrex", "desamine", "dl-methamphetamin", "dl-methamphetamine", "dl-desoxyephedrine", "detrex", "300-42-5[rn]", "4-12-00-02589 (beilstein handbook reference)[beilstein]", "methylamphetamine[wiki]", "desoxyephedrine", "1-phenyl-2-methylamino-propan[german]", "1-phenyl-1-methyl-2-methylamino-aethan[german]", "component of fetamin", "ephedrine deoxy-", "amphedroxyn", "(+-)-methamphetamine", "desoxyephedrine[wiki]", "methamphetamine[wiki]", "225-433-4[einecs]", "2-(methylamino)-1-phenylpropane", "dee -5", "desossiefedrina", "fenprometamina[spanish][inn]", "methamphetamine hydrochloride", "deoxyephedrine", "n-methyl-1-phenylpropan-2-amine", "251-687-0[einecs]", "(+-)-desoxyephedrine", "phenpromethaminum[latin]", "mamp", "methampex", "4298-16-2[rn]", "rac-methamphetamine", "33817-09-3[rn]", "phenpromethamine [dcf:inn][inn]", "amphedroxy", "231-559-0[einecs]", "n-methylamphetamine", "des-oxa-d", "200-106-9[einecs]", "1-phenyl-2-methylaminopropane", "methyl-(1-methyl-2-phenyl-ethyl)-amine", "dexophrine", "3-12-00-02689 (beilstein handbook reference)[beilstein]", "desoxo-5", "ephedrine", "51-57-0[rn]", "daropervamin", "4846-07-5[rn]", "benzeneethanamine n,b-dimethyl-", "d,l-methamphetamine", "7632-10-2[rn]", "30639-16-8[rn]", "phenpromethadrinum", "93-88-9[rn]", "n,a-dimethylphenethylamine", "deoxyphedrine", "dee -10"}|>, "352" -> <|"DatabaseID" -> "SW00299", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10279]}, "IsomericSmiles" -> "c1ccc(cc1)C(C(=O)[O-])O", "OfficialNames" -> <|"NPC Approved Name" -> "ammonium mandelate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10732]}, "Synonyms" -> {"ammonium mandelate", "ammoket", "ammonium amygdalicum", "amdelate", "mandicid", "einecs 208-475-8", "ammonium hydroxy(phenyl)acetate", "mandelic acid ammonium salt", "benzeneacetic acid", "mandelic acid monoammonium salt (8ci)", "ai3-36574", "mandelic acid", "530-31-4[rn]", "alpha-hydroxybenzeneacetic acid monoammonium salt", "208-475-8[einecs]"}|>, "353" -> <|"DatabaseID" -> "SW00299", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10279]}, "IsomericSmiles" -> "c1ccc(cc1)C(C(=O)[O-])O", "OfficialNames" -> <|"NPC Approved Name" -> "ammonium mandelate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10732]}, "Synonyms" -> {"ammonium mandelate", "ammoket", "ammonium amygdalicum", "amdelate", "mandicid", "einecs 208-475-8", "ammonium hydroxy(phenyl)acetate", "mandelic acid ammonium salt", "benzeneacetic acid", "mandelic acid monoammonium salt (8ci)", "ai3-36574", "mandelic acid", "530-31-4[rn]", "alpha-hydroxybenzeneacetic acid monoammonium salt", "208-475-8[einecs]"}|>, "354" -> <|"DatabaseID" -> "SW00300", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8075"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18107]}, "IsomericSmiles" -> "c1ccc(cc1)OCC(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "phenoxyacetic acid"|>, "Synonyms" -> {"phenoxy acetic acid", "phenoxy-acetic acid", "phenylglycolic acid o-", "2,4,5-t", "poa", "2-phenoxyacetic acid", "122-59-8[rn]", "phenoxyacetic acid[wiki][acd/iupac name]", "phenoxyessigsaeure", "glycollic acid phenyl ether", "4-06-00-00634 (beilstein handbook reference)[beilstein]", "204-556-7[einecs]", "o-phenylglycolic acid", "phenoxacetic acid", "phenoxyethanoic acid", "acetic acid phenoxy-", "glycol acid phenyl ether", "glycolic acid phenyl ether", "phenylium", "907949[beilstein]", "p.o.a.", "phenoxyacetate", "acide phenoxyacetique[french]", "acetic acid 2-phenoxy-", "phenoxyaceticacid"}|>, "355" -> <|"DatabaseID" -> "SW00301", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "40813"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10181338]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02795"]}, "IsomericSmiles" -> "COc1ccc(cc1)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anisic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7478]}, "Synonyms" -> {"p-anisic acid", "anisic acid", "p-methoxybenzoic acid", "draconic acid", "methoxybenzoic acid", "4-anisic acid", "4-methoxybenzoic acid", "508910[beilstein]", "202-818-5[einecs]", "9/4/100", "spla(2)-iie", "1100-09-4", "4-methoxy benzoic acid", "qvr do1[wln]", "100-09-4", "1335-08-6[rn]", "anisicacid", "benzoic acid 4-methoxy-", "4-methoxybenzoic acid; p-anisic acid", "4/9/100", "p-anisate", "phosphatidylcholine 2-acylhydrolase giie", "4-10-00-00346 [beilstein][beilstein]", "benzoic acid", "100-09-4[rn]", "giie spla2", "para-anisic acid", "215-618-8[einecs]", "ann[german]", "100-09-04"}|>, "356" -> <|"DatabaseID" -> "SW00302", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2386"], ExternalIdentifier["ChEBIID", "46195"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1906]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00316"]}, "IsomericSmiles" -> "CC(=O)Nc1ccc(cc1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00217"]}, "OfficialNames" -> <|"China Approved Name" -> "paracetamol;Paracetamol", "WHO Essential Medicine" -> "paracetamol", "Indian Approved Name" -> "paracetamol;acetaminophen", "Traditional Herbal Isolate" -> "tymol", "FDA Approved Drug" -> "ACETAMINOPHEN"|>, "PharmGKBID" -> "PA448015", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1983]}, "Synonyms" -> {"tylenol", "lonarid", "acetaminofen", "apap", "paracetamol", "algotropyl", "naprinol", "datril", "acetaminophen", "doliprane", "janupap", "pedric", "lyteca", "liquagesic", "salzone", "4-acetamidophenol", "pacemo", "alpiny", "napap", "valadol", "valgesic", "panets", "korum", "panex", "accu-tap", "febrolin", "abenol", "pyrinazine", "anapap", "alvedon", "temlo", "eu-med", "apamid", "neopap", "anelix", "amadil", "dypap", "phendon", "nobedon", "febrinol", "anaflon", "conacetol", "gelocatil", "febridol", "dimindol", "apadon", "paracetanol", "lestemp", "exdol", "parapan", "injectapap", "clixodyne", "paracetamolo", "enelfa", "fevor", "alpinyl", "rounox", "acetagesic", "painex", "dularin", "dafalgan", "elixodyne", "bickie-mol", "acetalgin", "apacet", "napa", "hy-phen", "febrilix", "cetadol", "homoolan", "banesin", "acephen", "captin", "disprol", "paraspen", "abensanil", "phenaphen", "ortensan", "liquiprin", "anhiba", "parmol", "servigesic", "momentum", "tralgon", "tussapap", "nealgyl", "tempanal", "dolprone", "napafen", "apamide", "febro-gesic", "neotrend", "tabalgin", "suppap", "paldesic", "dirox", "eneril", "finimal", "fendon", "dymadon", "panofen", "rivalgyl", "multin", "hedex", "tapar", "anacin-3", "panaleve", "paedialgon", "norco", "paracetamol[wiki]", "pacimol", "stanback", "malex n", "arfen", "acetaminophen[wiki][usp][jp15]", "panadeine[wiki]", "103-90-2[rn]", "paracetamolum[latin]", "ornex severe cold formula", "maxadol", "polmofen", "oralgan", "paracenol", "nodolex", "n-(p-hydroxyphenyl)acetamide", "paramolan", "acamol", "lortab (acetaminophen + hydrocodone bitartrate)_mixture", "dristancito", "paranox", "acetamidophenol", "pacemol", "andox", "zolben", "neodol", "sinmol", "amacodone (acetaminophen + hydrocodone bitartrate)_mixture", "zebutal (acetaminophen + butalbital + caffeine)_mixture", "panacete", "asetam", "tazamol", "capital", "parelan", "actimol", "panado-co", "cogesic (acetaminophen + hydrocodone bitartrate)_mixture", "dolegrippin", "junior disprol", "prostaglandin h2 synthase 1", "calpol[wiki]", "pediatrix", "stopain", "genebs", "panadeine co", "propacet", "valdol", "vips", "propacet 100", "afebryl", "dolacet (acetaminophen + hydrocodone bitartrate)_mixture", "prompt", "tylenol (tn)", "paracod", "dolene ap-65", "4-(acetylamino)phenol", "dolefin", "actron", "roxicet (acetaminophen + oxycodone hydrochloride)_mixture", "para-tabs", "kratofin simplex", "apamide.", "p-acetaminophenol", "sedapap", "acetoaminophene", "paramol", "phenol p-acetamido-", "deminofen", "pyregesic-c", "asplin", "nina", "bancap", "fanalgic", "dolorol forte", "triaprin", "treupel n", "titralgan", "solpadeine", "parakapton", "dolorstop", "febrectal", "codicet", "tisiodrazida", "phs 1", "predimol", "prontina", "febrex", "toximer p", "acetaco", "ultracet", "panasorb", "paroma", "acetaminophene", "oxycet (acetaminophen + oxycodone hydrochloride)_mixture", "anuphen", "hydrocet (acetaminophen + hydrocodone bitartrate)_mixture", "cox-1", "paralief", "analter", "pediapirin", "excedrin", "lonarid mono", "255-881-6[einecs]", "lekadol", "n-acetyl-p-aminophenol", "paracetamolum", "apitrelal", "anolor (acetaminophen + butalbital + caffeine)_mixture", "anacin", "dolotec", "4'-hydroxyacetanilide", "tiffy", "liqiprine", "paedol", "cadafen", "prostaglandin g/h synthase 1 precursor", "duorol", "a.f. anacin", "tylenol (caplet)", "pe-tam", "calapol", "noral", "fioricet (acetaminophen + butalbital + caffeine)_mixture", "babikan", "genapap", "rubophen", "co-codamol (codeine + acetaminophen)_mixture", "co-gesic", "gripin bebe", "anacin 3", "pyrigesic", "neo-fepramol", "2208089[beilstein]", "bayer select", "dymadon co", "darvocet-n", "fortalidon p", "tycolet", "cosutone", "atasol", "actifed plus", "tapanol", "dorocoff", "roxilox (acetaminophen + oxycodone hydrochloride)_mixture", "allay", "dapa", "bancap (acetaminophen + hydrocodone bitartrate)_mixture", "robigesic", "hydroxyacetanilide", "paracodol", "codisal", "vermidon", "acetofen", "203-157-5[einecs]", "kinder finimal", "aspac", "setakop", "pasolind", "paralink", "acetamide n-(4-hydroxyphenyl)", "sinedol", "arthralgen", "sifenol", "pinex", "termalgin", "duaneo", "no-febril", "d000082", "dristan", "biocetamol", "tylenol allergy sinus", "actamin", "endecon", "margesic (acetaminophen + hydrocodone bitartrate)_mixture", "seskamol", "darvocet", "a-per", "percocet (acetaminophen + oxycodone hydrochloride)_mixture", "pghs-1", "parasedol", "algina", "kataprin", "tibizide", "para-hydroxyacetanilide", "phenipirin", "tylox[wiki]", "croix blanche", "asomal", "n-acetyl-4-aminophenol", "rockamol plus", "sanicet", "p-(acetylamino)phenol", "valorin extra", "para-suppo", "hydrogesic (acetaminophen + hydrocodone bitartrate)_mixture", "dolgesic", "paracet[wiki]", "febrin", "tylenol[wiki]", "upsanol", "nebs", "tyl", "inalgex", "gynospasmine", "codabrol", "dapa x-s", "scentalgyl", "minoset", "plicet", "volpan", "setol", "dolcor", "treuphadol", "algesidal", "sunetheton", "bucet", "demogripal", "esgic (acetaminophen + butalbital + caffeine)_mixture", "ecosetol", "p-hydroxyacetanilide", "tylenol (geltab)", "phrenilin forte", "doloreduct", "supramol-m", "paracetamole", "dial-a-gesic", "desfebre", "butapap", "paceco[wiki]", "neuridon", "acamol[wiki]", "lemgrip", "schmerzex", "oraphen-pd", "custodial", "valorin", "veralgina", "robitussin night relief", "labamol", "medinol paediatric", "perdolan mono", "paradrops", "cod-acamol forte", "spalt fur die nacht", "dol-stop", "treupel mon", "acertol", "panadiene", "st. joseph fever reducer", "infants\\' feverall", "curadon", "causalon", "dolofugin", "papa-deine", "phenaphen caplets", "ildamol", "4-hydroxyanilid kyseliny octove[czech]", "panamax[wiki]", "aceta elixir", "stagesic (acetaminophen + hydrocodone bitartrate)_mixture", "malidens", "codapane", "daygrip", "acetamide n-(p-hydroxyphenyl)-", "pirinasol", "anexsia (acetaminophen + hydrocodone bitartrate)_mixture", "ec 1.14.99.1", "vivimed", "puernol", "panodil[wiki]", "tylol", "pulmofen", "sedalito", "dolko", "tisin", "liquigesic co", "dresan", "viruflu", "paracetol", "infadrops", "tempra", "grippostad", "parcetol", "n-(4-hydroxy-phenyl)-acetamide", "verpol", "sinaspril", "lupocet", "prodol", "supofen", "tencon", "acenol", "tylex[wiki]", "aminofen", "democyl", "sk-apap", "tymol", "dolorfug", "tavist allergy/sinus/headache", "acetamide n-(4-hydroxyphenyl)-", "mono praecimed", "zatinol", "drixoral plus", "piramin", "sinutab", "proval #3", "rupemol", "ben-u-ron", "anodynos (acetaminophen + hydrocodone bitartrate)_mixture", "efferalgan", "acetominophen", "freka-cetamol", "atralidon", "duracetamol", "pamol", "calmanticold", "febricet", "helon n", "geralgine-p", "coricidin sinus", "paracin[wiki]", "calpol", "intensin", "p-acetylaminophenol", "4-hydroxyacetanilide", "afebrin", "lorcet (acetaminophen + hydrocodone bitartrate)_mixture", "panadol", "termacet", "empracet", "coricidin d", "lemsip[wiki]", "termalgine", "naldegesic", "curpol", "antidol", "parogal", "norcet (acetaminophen + hydrocodone bitartrate)_mixture", "tizide", "prostaglandin-endoperoxide synthase 1", "lyteca syrup", "febrectol", "anti-algos", "pgh synthase 1", "miralgin", "acetamol", "anacin3", "benmyo", "pyromed", "paralyoc", "cofamol", "paracet", "aceta tablets", "4-acetaminophenol", "duradyne (acetaminophen + hydrocodone bitartrate)_mixture", "influbene n", "setamol", "semolacin", "talacen", "snaplets-fr", "n-(4-hydroxyphenyl)acetanilide", "farmadol", "p-hydroxyphenolacetamide", "n-(4-hydroxyphenyl)acetamide[acd/iupac name]", "parador[wiki]", "fensum", "codoliprane", "scanol", "oltyl", "p-acetamidophenol", "tricoton", "aferadol", "codisal forte", "contra-schmerz p", "neodolito", "paracemol", "parasin", "pantalgin", "magnidol", "n-(4-hydroxyphenyl)acetamid", "redutemp", "tgesic (acetaminophen + hydrocodone bitartrate)_mixture", "medocodene", "sanicopyrine", "darocet", "bacetamol", "migraleve yellow", "paralen", "tachiprina", "excipain", "remedol", "fepanil", "panasorbe", "minafen", "gattaphen t", "finiweh", "4-13-00-01091 (beilstein handbook reference)[beilstein]", "demilets", "tylex cd", "neocitran[wiki]", "nilnocen", "feverall", "oxycocet", "codalgin", "acetanilide 4'-hydroxy-", "melabon infantil", "reliv", "spalt n", "phrenilin", "cuponol", "pasolind n", "abrolet", "synalgos-dc-a", "mexalen", "termofren", "predualito", "panadol[wiki]", "algomol", "anexsia[wiki]", "dhamol", "dymadon forte", "parake", "geluprane", "supadol mono", "durapan", "fluparmol", "dhcplus", "vicodin (acetaminophen + hydrocodone bitartrate)_mixture", "222 af", "wygesic", "supac", "tylox (acetaminophen + oxycodone hydrochloride)_mixture", "rubiemol", "tibinide", "abrol", "utragin", "zydone (acetaminophen + hydrocodone bitartrate)_mixture", "pacet", "cyclooxygenase- 1", "malgis", "endolor (acetaminophen + butalbital + caffeine)_mixture", "febranine", "acetaminophen; 4'-hydroxyacetanilide; 4-acetamidophenol; n-(4-hydroxyphenyl)acetamide; apap; paracetamol"}|>, "357" -> <|"DatabaseID" -> "SW00303", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 74136]}, "IsomericSmiles" -> "CS(=O)CC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methiin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25202909]}, "Synonyms" -> {"s-methylcysteine sulfoxide", "kale anemia factor", "methiin", "cpd-9277", "6853-87-8[rn]", "s-methyl-l-cycteine sulfoxide", "4740-94-7[rn]", "s-methylcysteine sulphoxide", "2-amino-3-(methylsulfinyl)propanoic acid", "3-methylsulfinyl-l-alanine", "s-methyl-l-cysteine sulfoxide(smcs)", "mcso", "alanine 3-(methylsulfinyl)-", "tl8003225", "3-(methylsulfinyl)alanin", "3-(methylsulfinyl)alanine[acd/iupac name]"}|>, "358" -> <|"DatabaseID" -> "SW00303", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 74136]}, "IsomericSmiles" -> "CS(=O)CC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methiin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25202909]}, "Synonyms" -> {"s-methylcysteine sulfoxide", "kale anemia factor", "methiin", "cpd-9277", "6853-87-8[rn]", "s-methyl-l-cycteine sulfoxide", "4740-94-7[rn]", "s-methylcysteine sulphoxide", "2-amino-3-(methylsulfinyl)propanoic acid", "3-methylsulfinyl-l-alanine", "s-methyl-l-cysteine sulfoxide(smcs)", "mcso", "alanine 3-(methylsulfinyl)-", "tl8003225", "3-(methylsulfinyl)alanin", "3-(methylsulfinyl)alanine[acd/iupac name]"}|>, "359" -> <|"DatabaseID" -> "SW00303", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 74136]}, "IsomericSmiles" -> "CS(=O)CC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methiin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25202909]}, "Synonyms" -> {"s-methylcysteine sulfoxide", "kale anemia factor", "methiin", "cpd-9277", "6853-87-8[rn]", "s-methyl-l-cycteine sulfoxide", "4740-94-7[rn]", "s-methylcysteine sulphoxide", "2-amino-3-(methylsulfinyl)propanoic acid", "3-methylsulfinyl-l-alanine", "s-methyl-l-cysteine sulfoxide(smcs)", "mcso", "alanine 3-(methylsulfinyl)-", "tl8003225", "3-(methylsulfinyl)alanin", "3-(methylsulfinyl)alanine[acd/iupac name]"}|>, "360" -> <|"DatabaseID" -> "SW00303", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 74136]}, "IsomericSmiles" -> "CS(=O)CC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methiin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25202909]}, "Synonyms" -> {"s-methylcysteine sulfoxide", "kale anemia factor", "methiin", "cpd-9277", "6853-87-8[rn]", "s-methyl-l-cycteine sulfoxide", "4740-94-7[rn]", "s-methylcysteine sulphoxide", "2-amino-3-(methylsulfinyl)propanoic acid", "3-methylsulfinyl-l-alanine", "s-methyl-l-cysteine sulfoxide(smcs)", "mcso", "alanine 3-(methylsulfinyl)-", "tl8003225", "3-(methylsulfinyl)alanin", "3-(methylsulfinyl)alanine[acd/iupac name]"}|>, "361" -> <|"DatabaseID" -> "SW00304", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6775"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3933]}, "IsomericSmiles" -> "c1cc(c(cc1N)C(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00377"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mesalazine", "Australia Approved Name" -> "MESALAZINE", "FDA Approved Drug" -> "MESALAMINE"|>, "PharmGKBID" -> "PA450384", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4075]}, "Synonyms" -> {"rowasa", "pentasa", "mesalazine", "canasa", "mesalamine", "lialda", "claversal", "asacol", "4-14-00-02058 (beilstein handbook reference)", "benzoic acid 5-amino-2-hydroxy-[acd/index name]", "asacolon", "mesalazina[spanish]", "4-14-00-02058", "salofalk[wiki]", "mesavance", "mesasal", "5-asa", "mesacol", "mezavant", "5-amino-2-hydroxybenzoic acid", "89-57-6", "5-amino-2-hydroxybenzoic acid[acd/iupac name]", "iialda", "salofalk", "mesalazinum", "zr dq cvq[wln]", "mesalazine[wiki]", "asacolitin", "salozinal", "fisalamine", "5-as", "5-aminosalicylic acid[acd/iupac name]", "pentasa[wiki]", "5-aminosalicylic acid", "5-amino-2-hydroxybenzene-1-carboxylic acid", "mesalazine mmx", "mesalazinum[latin]", "asacol[wiki]", "mesalazina", "201-919-1[einecs]", "mesalamine[wiki][usp]", "2090421[beilstein]", "lixacol", "5-aminosalicylicacid", "5-amino-salicylic acid"}|>, "362" -> <|"DatabaseID" -> "SW00305", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27565"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4488]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00233"]}, "IsomericSmiles" -> "c1cc(c(cc1N)O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00162"], ExternalIdentifier["KEGGID", "D00875"]}, "OfficialNames" -> <|"China Approved Name" -> "p‐aminosalicylic acid", "Indian Approved Name" -> "(5-amino salicylic acid)", "WHO Essential Medicine" -> "p-aminosalicylic acid", "Australia Approved Name" -> "PARA-AMINOSALICYLIC ACID", "FDA Approved Drug" -> "AMINOSALICYLATE SODIUM;AMINOSALICYLIC ACID;AMINOSALICYLIC ACID RESIN COMPLEX;POTASSIUM AMINOSALICYLATE"|>, "PharmGKBID" -> "PA448382", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4649], ExternalIdentifier["PubChemCompoundID", 2724368]}, "Synonyms" -> {"pamisyl", "aminosalicylic acid", "ferrosan", "deapasil", "aminopar", "parasalindon", "rezipas", "p-aminosalicylic acid", "4-aminosalicylic acid", "gabbropas", "hellipidyl", "pasalon", "apacil", "sanipriol-4", "para-pas", "pasnodia", "pasmed", "pask", "para-aminosalicylic acid", "pasem", "paramycin", "para-amino salicylic acid", "parasal", "propasa", "pasdium", "entepas", "pasara", "neopasalate", "apas", "amino-pas", "parasalicil", "pamacyl", "pasolac", "pas", "osacyl", "aminox", "pas-c", "pascorbic", "sanipirol-4", "aminosalicylate sodium", "kyselina p-aminosalicylova", "4-asa", "ec 2.7.6.3", "pasa", "hppk", "paser", "7,8-dihydro-6-hydroxymethylpterin-pyrophosphokinase", "pppk", "6-hydroxymethyl-7,8-dihydropterin pyrophosphokinase", "4-amino-2-hydroxybenzoic acid", "200-613-5[einecs]", "passodico", "bactylan", "sanipirol", "6018-19-5[rn]", "133-10-8[rn]", "lepasen", "tubersan", "65-49-6[rn]", "c7h7no3", "24979-78-0[rn]", "aminosalicylic", "pas (van)", "alumino-4-aminosalicylic acid", "133-15-3[rn]", "p-aminosalicylsaeure[german]", "aminacyl", "d010131", "paser[wiki]", "pamisyl (tn)", "3-hydroxy-4-carboxyaniline", "pasalon-rakeet", "zr dq cvq[wln]", "4-aminosalicylic acid[acd/iupac name]", "aminosalicylic acid[usp]", "paracipan", "mesalamine[wiki][usp]", "calcium bis(4-aminosalicylate)", "473071[beilstein]", "6018-18-4[rn]", "alumino 4 aminosalicylic acid", "89-57-6[rn]", "benzoic acid 4-amino-2-hydroxy-[acd/index name]", "4-14-00-01967 (beilstein handbook reference)[beilstein]", "2-hydroxy-4-aminobenzoic acid", "helipidyl", "para aminosalicylic acid", "kyselina p-aminosalicylova[czech]", "aminosalicylic acid [usp][usp]", "pasmicina", "bha", "4 aminosalicylic acid", "4-amino-2-hydroxybenzoic acid[acd/iupac name]", "salvis", "133-09-5[rn]", "4-amino-2-hydroxybenzoic acid; 4-amino salicylic a", "p aminosalicylic acid", "salicylic acid 4-amino-", "pasa[formula]", "einecs 200-613-5", "aminosalyl", "sodium 4-aminosalicylate", "monosodium 4-aminosalicylate dihydrate", "4-amino-2-hydroxybenzoic acid sodium salt hydrate hydrate", "sodiopas", "sodium 4-aminosalicylate dihydrate", "sodium 4-amino-2-hydroxybenzoate hydrate (1:1:2)", "sodium pas", "4-amino-salicylic acid sodium salt", "parasal sodium (tn)", "sodium aminosalicylate", "benzoic acid 4-amino-2-hydroxy- monosodium salt dihydrate", "4-amino-2-hydroxybenzoic acid sodium salt", "benzoic acid 4-amino-2-hydroxy- sodium salt hydrate(1:1:2)", "sodium4-aminosalicylatedihydrate", "sodium p-aminosalicylate", "aminosalicylate sodium[usp]", "parasal sodium"}|>, "363" -> <|"DatabaseID" -> "SW00306", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17151"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6646]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01904"]}, "IsomericSmiles" -> "C([C@H]([C@@H]([C@H](CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "xylitol"|>, "Synonyms" -> {"dowcide 2s", "newtol", "7643-75-6[rn]", "xylite", "xyl", "kannit", "1720523[beilstein]", "201-788-0[einecs]", "12426-00-5[rn]", "xylit", "(2r,3r,4s)-1,2,3,4,5-pentanpentol", "meso-xylitol", "(2r,3r,4s)-pentane-1,2,3,4,5-pentol", "mesidin", "xylitol[wiki]", "klinit", "eutrit", "ec 4.2.2.1", "hyaluronidase", "hyaluronate lyase precursor", "xylo-pentane-1,2,3,4,5-pentol", "torch[wiki]", "x-7000", "hyase", "(2r,3r,4s)-pentane-1,2,3,4,5-pentaol[acd/iupac name]", "xylitol usp", "87-99-0[rn]", "(2r,3r,4s)-1,2,3,4,5-pentanepentol", "xyliton", "d-xylitol", "q1yqyqyq1q &&xylo; form[wln]", "d-xylitol[acd/iupac name]", "l-xylitol", "xul", "xls"}|>, "364" -> <|"DatabaseID" -> "SW00307", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4879]}, "IsomericSmiles" -> "CC(=O)Oc1cccc(c1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02393"]}, "OfficialNames" -> <|"NPC Approved Name" -> "euresol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5055]}, "Synonyms" -> {"euresol", "remonol", "resorcitate", "m-hydroxyphenyl acetate", "acetylresorcinol", "resorcinol monoacetate", "3-acetoxyphenol", "1,3-benzenediol monoacetate", "102-29-4[rn]", "euresol (tn)", "4-06-00-05672 (beilstein handbook reference)[beilstein]", "1,3-benzenediol monoacetate", "1", "102-29-4", "203-022-0[einecs]", "resorcinol monoacetate", "4-06-00-05672[beilstein]", "3-hydroxyphenyl acetate[acd/iupac name]", "resorcinol monoacetate[usp]", "resorcinol", "resorcinol acetate", "3-hydroxyphenyl acetate", "resorcin acetate", "resorcin monoacetate"}|>, "365" -> <|"DatabaseID" -> "SW00308", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31832"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13848808]}, "IsomericSmiles" -> "COC(=O)c1ccccc1O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01087"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methyl salicylate;methyl hydroxy benzoate", "Traditional Herbal Isolate" -> "methyl-salicylate;methylsalicylate", "Australia Approved Name" -> "METHYL SALICYLATE", "FDA Approved Drug" -> "METHYL SALICYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4133]}, "Synonyms" -> {"methyl salicylate", "oil of wintergreen", "wintergreen oil", "methyl 2-hydroxybenzoate", "gaultheria oil", "rhodiaflor", "c033069", "teaberry oil", "linsal", "salicilato de metila[portuguese]", "971516", "birch oil sweet", "synthetic teaberry oil", "salicylic acid methylester", "methyl2-hydroxybenzoate", "methyl o-hydroxybenzoate", "119-36-8[rn]", "salicylic acid methyl ester", "birch oil", "68917-75-9[rn]", "methyl salicylate sodium salt", "spicewood oil", "204-317-7[einecs]", "hewedolor", "natural wintergreen oil", "betula oil", "2-(methoxycarbonyl)phenol", "metsal liniment", "o-hydroxybenzoic acid methyl ester", "2-carbomethoxyphenol", "methyl salicylate[wiki][jan]", "birch-me", "synthetic wintergreen oil", "methylsalicylate", "qr bvo1[wln]", "2-hydroxybenzoic acid methyl ester", "benzoic acid 2-hydroxy- methyl ester", "8001-88-5[rn]", "2- phenol", "synthetic sweet birch oil", "sweet birch oil", "rheumabal", "analgit", "119-36-8", "wintergruenoel", "gaultheriaoel", "flucarmit"}|>, "366" -> <|"DatabaseID" -> "SW00309", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13873]}, "IsomericSmiles" -> "CC(=O)c1ccc(c(c1)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "34-dihydroxyacetophenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14530]}, "Synonyms" -> {"4-acetylpyrocatechol", "qingxintong", "4-acetopyrocatechol", "acetophenone-3',4'-dihydroxy", "9/7/1197", "4-acetocatechol", "acetophenone-3'", "1-(3,4-dihydroxyphenyl)ethanone[acd/iupac name]", "3,4-dihydroxyacetophenone", "acetopyrocatechol", "1197-09-7[rn]", "3`,4`-dihydroxyacetophenone", "3", "3',4'-dihydroxyacetophenone", "acetylpyrocatechol", "3,4-dihydroxyacetophenone3',4'-dihydroxyacetophenone", "1-(3,4-dihydroxyphenyl)ethanon", "1-(3", "ethanone 1-(3,4-dihydroxyphenyl)-", "1-(3,4-dihydroxyphenyl)ethan-1-one", "ethanone", "1197-09-7", "1-[3,4-bis(oxidanyl)phenyl]ethanone", "1-acetyl-3,4-dihydroxybenzene", "10169-55-8[rn]", "3'"}|>, "367" -> <|"DatabaseID" -> "SW00310", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13860434]}, "IsomericSmiles" -> "COc1cc(ccc1O)C=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00091"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl-vanillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1183]}, "Synonyms" -> {"vanillin", "lioxin", "4-hydroxy-m-anisaldehyde", "vanilline", "4-hydroxy-3-methoxybenzaldehyde", "vanillic aldehyde", "vanillaldehyde", "p-vanillin", "zimco", "4-hydroxy-3-methoxy-benzaldehyde", "benzaldehyde 4-hydroxy-3-methoxy-", "vaniline", "472792[beilstein]", "3-methoxy-4-hydroxybenzaldehyde", "2080-75-3[rn]", "vanillin (natural)", "methyl vanillin", "204-465-2[einecs]", "p-hydroxy-m-methoxybenzaldehyde", "para-hydroxy-meta-methoxybenzaldehyde", "121-33-5", "4-hydroxy-3-methoxybenzaldehyd[german]", "15174-69-3[rn]", "vanillin[wiki]", "c100058", "4-formyl-2-methoxyphenol", "vanilla", "acetovanillone", "methylprotocatechuic aldehyde", "121-33-5[rn]", "498-02-2[rn]"}|>, "368" -> <|"DatabaseID" -> "SW00311", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7176]}, "IsomericSmiles" -> "COC(=O)c1ccc(cc1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01400"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methyl paraben;methylparaben"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7456]}, "Synonyms" -> {"methylparaben", "methyl paraben", "aseptoform", "methyl p-hydroxybenzoate", "methaben", "maseptol", "methyl parahydroxybenzoate", "metaben", "methyl para-hydroxybenzoate", "methyl-4-hydroxybenzoate", "p-hydroxybenzoic methyl ester", "preserval", "methylparaben (tn)", "nipagin m", "methyl chemosept", "septos", "solbrol m", "p-hydroxybenzoic acid methyl ester", "99-76-3", "solbrol", "mpb", "abiol", "4-hydroxy-benzoic acid methyl ester", "p-carbomethoxyphenol", "metoxyde", "509801", "methyl parasept", "4-hydroxybenzoic acid methyl ester", "p-oxybenzoesauremethylester[german]", "tegosept m", "4-hydroxybenzoic acid methyl ester", "p-hydroxybenzoic acid methyl ester", "methyl 4-hydroxybenzoate", "methyl 4-hydroxybenzoate [for biochemical research]", "methylhydroxybenzoate", "methyl parahydroxybenzoate[jp15]", "mekkings m", "moldex", "nifuroxazide imp. b (ep)", "methylben", "methyl ester of p-hydroxybenzoic acid", "metagin", "ethyl parahydroxybenzoate imp. b (ep)", "c015358", "p-methoxycarbonylphenol", "4-(methoxycarbonyl)phenol", "butyl parahydroxybenzoate imp. b (ep)", "preserval m", "4-hydroxy methyl benzoate", "killitol", "p-methoxycarbonylphenol", "methyl 4-hydroxybenzoate[acd/iupac name]", "4-(carbomethoxy)phenol", "nipagin", "4-10-00-00360 (beilstein handbook reference)[beilstein]", "methylparaben[wiki][nf]", "methylester kyseliny p-hydroxybenzoove[czech]", "202-785-7[einecs]", "benzoic acid p-hydroxy- methyl ester", "methyl butex", "paridol", "metilparabeno[portuguese]", "benzoic acid 4-hydroxy- methyl ester", "propyl parahydroxybenzoate imp. b (ep)", "benzoic acid,4-hydroxy,methyl ester", "p-hydroxybenzoic acid methyl ester", "methyl p-oxybenzoate", "methyl-4-hydroxybenzoat[german]", "99-76-3[rn]", "tegosept", "methyl parahydroxybenzoate (tn)", "nipagin[wiki]", "para m", "4-hydroxybenzoic acid methylester"}|>, "369" -> <|"DatabaseID" -> "SW00312", "IsomericSmiles" -> "c1[nH]c2c(n1)[nH]cnc2=S", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04931"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mercaptopurine", "WHO Essential Medicine" -> "mercaptopurine", "Australia Approved Name" -> "MERCAPTOPURINE", "FDA Approved Drug" -> "MERCAPTOPURINE"|>, "PharmGKBID" -> "PA450379", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 667490]}, "Synonyms" -> {"mercaptopurine", "purinethol", "mercapurin", "puri-nethol", "leupurin", "leukerin", "6-mercaptopurin", "6-thiopurine", "6-mercaptopurine", "mercaleukin"}|>, "370" -> <|"DatabaseID" -> "SW00313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9009]}, "IsomericSmiles" -> "CC(Cc1ccc(cc1)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04473"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HYDROXYAMPHETAMINE HYDROBROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9377]}, "Synonyms" -> {"hydroxyamphetamine hydrobromide", "p-hydroxyamphetamine hydrobromide", "paredrine", "4-(2-aminopropyl)phenol hydrobromide", "mycadrine", "3-(p-hydroxyphenyl)-2-aminopropane hydrobromide", "predrolon", "hydroxyamfetamin hydrobromid", "2-amino-1-(4-hydroxyphenyl)propane hydrobromide", "4-(2-aminopropyl)benzololhydrobromid", "phenol 4-(2-aminopropyl)- hydrobromide", "b-(p-hydroxyphenyl)isopropylamine hydrobromide", "phenol 4-(2-aminopropyl)- hydrobromide (1:1)", "306-21-8[rn]", "2-propanamine 1-(4-hydroxyphenyl)- hydrobromide", "206-181-4[einecs]", "4-(2-aminopropyl)phenol hydrobromide (1:1)", "paredrine[wiki]", "phenol 4- (2-aminopropyl)- hydrobromide", "phenol p-(2-aminopropyl)- hydrobromide", "p-(2-aminopropyl)phenol hydrobromide", "paredrine hydrobromide", "140-36-3[rn]", "dl-p-(2-aminopropyl)phenol hydrobromide", "1-p-hydroxyphenyl-2-aminopropane hydrobromide", "phenol p- (2-aminopropyl)- hydrobromide", "(+-)-paredrine hydrobromide", "paremyd[wiki]", "1518-86-1[rn]", "hydroxyamfetamine[inn]"}|>, "371" -> <|"DatabaseID" -> "SW00313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9009]}, "IsomericSmiles" -> "CC(Cc1ccc(cc1)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04473"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HYDROXYAMPHETAMINE HYDROBROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9377]}, "Synonyms" -> {"hydroxyamphetamine hydrobromide", "p-hydroxyamphetamine hydrobromide", "paredrine", "4-(2-aminopropyl)phenol hydrobromide", "mycadrine", "3-(p-hydroxyphenyl)-2-aminopropane hydrobromide", "predrolon", "hydroxyamfetamin hydrobromid", "2-amino-1-(4-hydroxyphenyl)propane hydrobromide", "4-(2-aminopropyl)benzololhydrobromid", "phenol 4-(2-aminopropyl)- hydrobromide", "b-(p-hydroxyphenyl)isopropylamine hydrobromide", "phenol 4-(2-aminopropyl)- hydrobromide (1:1)", "306-21-8[rn]", "2-propanamine 1-(4-hydroxyphenyl)- hydrobromide", "206-181-4[einecs]", "4-(2-aminopropyl)phenol hydrobromide (1:1)", "paredrine[wiki]", "phenol 4- (2-aminopropyl)- hydrobromide", "phenol p-(2-aminopropyl)- hydrobromide", "p-(2-aminopropyl)phenol hydrobromide", "paredrine hydrobromide", "140-36-3[rn]", "dl-p-(2-aminopropyl)phenol hydrobromide", "1-p-hydroxyphenyl-2-aminopropane hydrobromide", "phenol p- (2-aminopropyl)- hydrobromide", "(+-)-paredrine hydrobromide", "paremyd[wiki]", "1518-86-1[rn]", "hydroxyamfetamine[inn]"}|>, "372" -> <|"DatabaseID" -> "SW00314", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390189]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01486"]}, "IsomericSmiles" -> "C[C@@H]([C@H](c1ccccc1)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07627"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Cathine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441457]}, "Synonyms" -> {"(+)-norpseudoephedrine", "d-phenylpropanolamine", "d-cathine", "d-norephedrine", "(+)-norephedrin", "cathine", "pseudonorephedrine", "norpseudoephedrine", "(1s,2r)-(+)-norephedrine", "(1s,2s)-2-amino-1-phenylpropan-1-ol", "218-446-1[einecs]", "d-nor-psi-ephedrine", "katine", "norpseudoephedrine[wiki]", "2153-98-2[rn]", "(as)-a-((1s)-1-aminoethyl)benzenemethanol", "reduform", "minusin", "threo-2-amino-1-hydroxy-1-phenylpropane", "norpseudoephedrine hydrochloride", "norseudoefedrina", "ncgc00016416-01", "37577-28-9", "d-nor-y-ephedrine", "492-39-7[rn]", "cas-154-41-6", "adiposettin", "4-13-00-01874", "threo-1-phenyl-1-hydroxy-2-aminopropane", "beta-hydroxyamphetamine", "753492-51-2[rn]", "(1s", "37577-28-9[rn]", "207-754-1[einecs]", "cathine[wiki][inn]"}|>, "373" -> <|"DatabaseID" -> "SW00315", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00397"]}, "IsomericSmiles" -> "C[C@H]([C@H](c1ccccc1)O)[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "norpseudoephedrine", "Indian Approved Name" -> "phenylpropanolamine hcl;phenylpropanolamine", "FDA Approved Drug" -> "PHENYLPROPANOLAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164748965", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433169], ExternalIdentifier["PubChemCompoundID", 26934]}, "Synonyms" -> {"dexatrim", "rhindecon", "norephedrine", "phenylpropanolamine", "propagest", "mucorama", "monydrin", "nobese", "hydriatine", "propadrine hydrochloride", "acutrim", "mucron", "pseudonorephedrine", "triaminic", "obestat", "antitussive decong antihistamine syr (dextromethorphan hydrobromide + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "extra strength contac c - src (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "tussaminic dh forte syrup (hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "bronchodex d cap (chlorpheniramine maleate + pheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "(+-)-phenylpropanolamine", "triaminic cold and allergy syrup (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "triaminic expectorant dh syrup (guaifenesin + hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "dimetapp children's cold & allergy tablets (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "ornade", "vanex", "contuss", "decongestant antihistaminic syrup (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "coltalin tablet (acetaminophen + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "guaipax", "ornade liquid (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "oradrine tablets (acetaminophen + caffeine + codeine phosphate + diphenylpyraline hydrochloride + phenylpropanolamine hydrochloride)_mixture", "triaminicin colds & flu caplets (acetaminophen + caffeine + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "naldecon", "tussaminic c pediatric syrup (codeine phosphate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "cold relief dm (brompheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "dimetapp elixir (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "contac cough cold and flu caplets (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "caldomine dh adulte (hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "emertabs tab (acetaminophen + caffeine + phenylpropanolamine hydrochloride)_mixture", "dimetapp tab (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "phenylfenesin", "ornade spansule src (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "cold decongestant long acting cap (chlorpheniramine maleate + pheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "sine off nd extra strength caplet (acetaminophen + phenylpropanolamine hydrochloride)_mixture", "beta-1 adrenoreceptor", "sine-off n.d. tablet (acetaminophen + phenylpropanolamine hydrochloride)_mixture", "dimetapp dm elixir (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "conex", "cathine", "bronchosirum pour enfants (dextromethorphan hydrobromide + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "caldomine dh enfant (hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "partuss", "trisulfaminic sus (pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate + sulfadiazine + sulfamerazine + sulfamethazine)_mixture", "(+-)-norephedrine hydrochloride", "dimetapp extentabs (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "nolex", "(+/-)-norephedrin", "dimetapp cough & cold liqui-gels - cap (brompheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "beta-1 adrenoceptor", "alka-seltzer plus cold medicine - evt (acetylsalicylic acid + chlorpheniramine maleate + phenylpropanolamine bitartrate)_mixture", "contact c src (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "ornade dm 15 liq (chlorpheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "ornade dm 10 liq (chlorpheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "tantacol dm syr (dextromethorphan hydrobromide + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "dilotab (acetaminophen + phenylpropanolamine hydrochloride)_mixture", "ornade af liquid (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "propadrine", "chlor tripolon decongest syr (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "counteract sinus and allergy (acetaminophen + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "ornade dm 30 liq (chlorpheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "dimetapp cough cold & flu (acetaminophen + brompheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "ornade af spansule src (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "contac cold capsules (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "ppa", "coricidin nd tab (acetylsalicylic acid + phenylpropanolamine hydrochloride)_mixture", "pharmetapp elixir (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "sinutab sa tab (acetaminophen + phenylpropanolamine hydrochloride + phenyltoloxamine citrate)_mixture", "despec", "alka seltzer plus cold medicine evt (acetylsalicylic acid + chlorpheniramine maleate + phenylpropanolamine bitartrate)_mixture", "ornade expectorant cough formula (chlorpheniramine maleate + guaifenesin + phenylpropanolamine hydrochloride)_mixture", "tussaminic c forte syrup (codeine phosphate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "tussaminic dh pediatric syrup (hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "gentab", "entex la (guaifenesin + phenylpropanolamine hydrochloride)_mixture", "centracol dm - syr (dextromethorphan hydrobromide + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "phenylaminopropanol hydrochloride", "ami-tex", "cold relief (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dl-norephedrine", "phenoxine", "dimetane expectorant-c syr (brompheniramine maleate + codeine phosphate + guaifenesin + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetapp oral infant drops (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "tri-anamine cold syrup (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "coricidin d long acting tab (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "myminic", "snaplets", "cold & allergy relief - liq (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "ulr", "sine-off allergy tab (acetaminophen + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "emercidin d tab (acetaminophen + caffeine + diphenylpyraline hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetapp-c syr (brompheniramine maleate + codeine phosphate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "rhymed", "contac cold extra strength capsules (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "oradrine 2 tab (acetaminophen + caffeine + diphenylpyraline hydrochloride + phenylpropanolamine hydrochloride)_mixture", "cough cold & allergy relief (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "triaminic dm daytime syr (dextromethorphan hydrobromide + guaifenesin + phenylpropanolamine hydrochloride)_mixture", "154-41-6[rn]", "entex la tablets srt (guaifenesin + phenylpropanolamine hydrochloride)_mixture", "tantapp elixir (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "phenyldrine", "pharminicol dm syrup (dextromethorphan hydrobromide + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "sine-off n.d. tab (acetaminophen + phenylpropanolamine hydrochloride)_mixture", "tavist-d tablets (clemastine (clemastine hydrogen fumarate) + phenylpropanolamine hydrochloride)_mixture", "dimetapp liqui-gels cap (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dimetapp clear (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dimetapp children's cold & fever (acetaminophen + brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dura-vent", "dimetane expectorant liq (brompheniramine maleate + guaifenesin + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "trisulfaminic tab (pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate + sulfadiazine + sulfamerazine + sulfamethazine)_mixture", "corsym suspension (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dimetapp dm tab (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "cold & allergy (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "coricidin sinus headache tab (acetaminophen + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dristan capsules (acetylsalicylic acid + caffeine + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "tri-anamine expect antihist decong syrup (guaifenesin + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "coricidin d tab (acetylsalicylic acid + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "codimal", "dimetapp chewable tablets (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "pharmacol dm syr (dextromethorphan hydrobromide + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "dimetapp cold & sinus (acetaminophen + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "oradrine-2 tab (acetaminophen + caffeine + diphenylpyraline hydrochloride + phenylpropanolamine hydrochloride)_mixture", "triaminic time release tab (pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "entex", "dimetane expectorant-dc syr (brompheniramine maleate + guaifenesin + hydrocodone bitartrate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "(1s,2r)-2-amino-1-phenyl-1-propanol hydrochloride (1:1)", "(as)-rel-a-[(1r)-1-aminoethyl]benzenemethanol hydrochloride", "(1s,2r)-2-amino-1-phenylpropan-1-ol hydrochloride", "(1s,2r)-2-amino-1-phenylpropan-1-ol hydrochloride (1:1)", "erythro-norephedrine hydrochloride", "phenylpropanolamine hcl", "dimetapp children's chewable", "threo-2-amino-1-hydroxy-1-phenylpropane", "contac 12 hour caplets", "trind", "dl-phenylpropanolamine hydrochloride", "coricidin sinus", "(1s,2r)-(+)-norephedrine hydrochloride", "134-60-1[rn]", "erythro-2-amino-1-phenyl-1-propanol", "diet gard", "rhinex d-lay tablets", "naldecon-cx", "[s-(r*,s*)]-?-(1-aminoethyl)benzyl alcohol hydrochloride", "37577-28-9[rn]", "207-754-1[einecs]", "thinz-span", "d-norephedrine hydrochloride", "d-nor-psi-ephedrine", "dimetapp cold & flu", "permathene 16", "norephedrine[wiki]", "naldecon-ex", "205-826-7[einecs]", "contac severe cold formula maximum strength", "27818-48-0[rn]", "4345-16-8[rn]", "sine-off sinus medicine tablets-aspirin formula", "a.r.m.", "phenylpropanolamine hydrochloride [usan:ban:inn][inn][usan]", "naldecon-dx", "dl-norephedrine hydrochloride", "corsym capsules", "7587-43-1[rn]", "contac 12 hour capsules", "14838-15-4[rn]", "(+)-norephedrine", "robitussin cf", "dimetapp dm", "norpseudoephedrine[wiki]", "(as)-rel-a-[(1r)-1-aminoethyl]benzenemethanol", "dimetapp extentabs", "chlor-trimeton sinus", "255-008-9[einecs]", "4-13-00-01875 (beilstein handbook reference)[beilstein]", "238-900-2[einecs]", "ru-tuss hydrocodone liquid", "katine", "super odrinex", "benzenemethanol a-[(1r)-1-aminoethyl]- (as)- hydrochloride (1:1)", "6891-23-2[rn]", "d-cathine", "endecon", "phenylpropanolamine hydrochloride", "demilets", "phenylpropanolamine[wiki]", "(+)-norpseudoephedrine", "dl-1-phenyl-2-amino-1-propanol monohydrochloride", "16960-27-3[rn]", "492-39-7[rn]", "psi-norephedrine", "(1s,2r)-2-amino-1-phenylpropan-1-olhydrochlorid", "norephedrine hydrochloride", "threo-1-phenyl-1-hydroxy-2-aminopropane", "d-norephedrine", "demazin[wiki]", "teldrin timed-release allergy capsules", "dimetapp tablets", "(1s,2r)-(+)-norephedrine", "(1s,2r)-2-amino-1-phenyl-1-propanol[acd/iupac name]", "contac[wiki]", "d-(+)-norephedrine hydrochloride", "1926-74-5[rn]", "40626-29-7[rn]", "(1s,2r)-2-amino-1-phenyl-1-propanol hydrochloride", "d-phenylpropanolamine", "60092-26-4[rn]", "700-65-2[rn]", "(1r,2r)-2-amino-1-phenyl-propan-1-ol", "(+)-norephedrin", "coricidin d", "histalet forte", "1r,2s-phenylpropylamine", "36393-57-4[rn]", "(+)-phenylpropanolamine", "d- -norephedrine", "mydriatine", "ru-tuss tablets", "hycomine[wiki]", "(1s,2r)-2-amino-1-phenylpropan-1-ol", "211-850-9[einecs]", "trind-dm", "d-(+)-norephedrine", "d-norpseudoephedrine", "dimetapp elixir", "hycomine pediatric", "ornade[wiki]", "337376-15-5"}|>, "374" -> <|"DatabaseID" -> "SW00316", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9875]}, "IsomericSmiles" -> "C[C@@H]([C@@H](c1ccccc1)O)[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-norephedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10297]}, "Synonyms" -> {"(-)-norephedrin", "492-41-1", "l-norephedrine", "l-phenylpropanolamine", "(-)-norephedrine", "(1r", "l-(-)-ephedrine", "norephedrine (-)-", "492-41-1[rn]", "norephedrine[wiki]", "(1r,2s)-norephedrine", "(1r,2s)-2-amino-1-phenyl-1-propanol", "207-755-7[einecs]", "1-propanol 2-amino-1-phenyl- (-)- (9ci)", "(-)-erythro-2-amino-2-methyl-1-phenylethanol", "mydriatin", "[r-(r*,s*)]-a-(1-aminoethyl)benzenemethanol", "(r,s)-(-)-norephedrine", "(ar)-a-[(1s)-1-aminoethyl]benzenemethanol", "221-702-5[einecs]", "usaf cs-6", "[r-(r*,s*)]-?-(1-aminoethyl)benzyl alcohol", "(1r,2s)-2-amino-1-phenylpropan-1-ol", "1r,2s-(-)-norephedrine hydrochloride", "3198-15-0[rn]", "(1r,2s)-(-)-norephedrine", "[r-(r*,s*)]-?-(1-aminoethyl)benzyl alcohol hydrochloride", "(1r,2s)-2-amino-1-phenyl-1-propanol; l-(-)-norephedrine", "2-amino-1-phenyl-propan-1-ol", "erythro-(1r,2s)-norephedrine", "(-)-phenylpropanolamine", "norephedrine"}|>, "375" -> <|"DatabaseID" -> "SW00317", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17458"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9345]}, "IsomericSmiles" -> "C[NH2+]CCc1ccc(cc1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-methyltyramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9727]}, "Synonyms" -> {"4-hydroxy-n-methylphenethylamine", "4-[2-(methylamino)ethyl]phenol", "methyl-4-tyramine", "p-(2-(methylamino)ethyl)phenol", "p-(2-methylaminoethyl)phenol", "tyramine", "370-98-9", "206-731-3[einecs]", "p-[2-(methylamino)ethyl]phenol", "phenol p-[2-(methylamino)ethyl]-", "phenol p-(2-methylaminoethyl)-", "win 5582", "370-98-9[rn]", "4-(2-methylamino-ethyl)-phenol", "phenol 4-(2-(methylamino)ethyl)- (9ci)", "phenol 4-[2-(methylamino)ethyl]-", "tyramine n-methyl-", "einecs 206-731-3", "n-metiltiramina[portuguese]", "13062-76-5[rn]", "4-13-00-01790 (beilstein handbook reference)[beilstein]", "n-methyltyramine", "m-5170", "n-methyltyramine[wiki]", "4- -phenol"}|>, "376" -> <|"DatabaseID" -> "SW00318", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "165"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1013316]}, "IsomericSmiles" -> "C[C@]12CC[C@H](C1)C(C2=O)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-fenchone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1201521]}, "Synonyms" -> {"(1s", "d-fenchone", "(+)-fenchone", "(1s)-fenchone", "(+)-fenchan-2-one", "(1s)-(+)-fenchone", "(+)-2-fenchanone", "(1s,4r)-2-fenchanone", "(1s)-1,3,3-trimethylbicyclo(2.2.1)heptan-2-one", "d-1,3,3-trimethyl-2-norcamphanone", "(1s,4r)-(+)-2-fenchanone", "(1s,4r)-(+)-fenchone", "(1s,4r)-(-)-fenchone", "bicyclo(2.2.1)heptan-2-one 1,3,3-trimethyl- (1s,4r)-", "(1s,4r)-(+)-fenchan-2-one", "1,3,3-trimethylbicyclo(2.2.1)heptan-2-one", "(1s)-1,3,3-trimethylbicyclo[2.2.1]heptan-2-one", "(1s,4r)-1,3,3-trimethylbicyclo[2.2.1]heptan-2-on", "(s)-1,3,3-trimethylbicyclo[2.2.1]heptan-2-one", "(1s,4r)-1,3,3-trimethylbicyclo[2.2.1]heptan-2-one", "4695-62-9[rn]", "(1s,4r)-(+)-1,3,3-trimethylbicyclo(2.2.1)heptan-2-one;(1s,4r)-(+)-1,3,3-trimethyl-2-norbornanone;d-fenchone; d(+)-fenchone;(+)-fenchone", "chebi:165", "(1s,4r)-fenchan-2-one", "(+)-2-fenchanone;(+)-fenchan-2-one;(+)-fenchone; (1s)-(+)-fenchone; (1s)-fenchone; (1s,4r)-(+)-2-fenchanone; (1s,4r)-(+)-fenchan-2-one; (1s,4r)-(+)-fenchone; (1s,4r)-1,3,3-trimethylbicyclo[2.2.1]heptan-2-one; (1s,4r)-2-fenchanone; (1s,4r)-fenchan-2-one; d-fenchone", "(+)-1,3,3-trimethyl-2-norbornanone", "bicyclo[2.2.1]heptan-2-one 1,3,3-trimethyl- (1s,4r)-", "(1s,4r)-fenchone", "2-norbornanone 1,3,3-trimethyl- (1s,4r)-(+)-", "d-1,3,3-trimethyl-2-norbornanone", "(-)-fenchone", "225-160-0[einecs]", "(1s,4r)-1,3,3-trimethyl-bicyclo[2.2.1]heptan-2-one"}|>, "377" -> <|"DatabaseID" -> "SW00319", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8504920]}, "IsomericSmiles" -> "C[C@@H]1[C@H]2C[C@H](C2(C)C)CC1=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-pinocamphone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10329459]}, "Synonyms" -> {"(1r,2r,5s)-2,6,6-trimethylbicyclo[3.1.1]heptan-3-one", "15358-88-0[rn]", "isopinocamphone", "b-pinanone", "bicyclo[3.1.1]heptan-3-one 2,6,6-trimethyl- (1r,2r,5s)-", "iso-pinocamphone", "bicyclo(3.1.1)heptan-3-one,2,6,6-trimethyl-,(1r,2r,5s)-rel-"}|>, "378" -> <|"DatabaseID" -> "SW00320", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10137]}, "IsomericSmiles" -> "CC1(C2CC=C(C1C2)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "myrtenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10582]}, "Synonyms" -> {"( )-myrtenol", "2-pinen-10-ol", "(-)-pin-2-ene-10-ol", "myrtenol", "a-pinene-10-ol", "alpha-pinene-10-ol", "(6,6-dimethyl-bicyclo[3.1.1]hept-2-en-2-yl)-methanol", "208-193-5[einecs]", "(6,6-dimethylbicyclo[3.1.1]hept-2-en-2-yl)methanol[acd/iupac name]", "2-hydroxymethyl-6,6-dimethylbicyclo(3.1.1)hept-2-ene", "6,6-dimethylbicyclo[3.1.1]hept-2-ene-2-methanol", "6,6-dimethyl-2-(hydroxymethyl)bicyclo[3.1.1]hept-2-ene", "6,6-dimethylbicyclo(3.1.1)hept-2-ene-2-methanol", "bicyclo(3.1.1)hept-2-ene-2-methanol 6,6-dimethyl-", "bicyclo[3.1.1]hept-2-ene-2-methanol", "6", "bicyclo(3.1.1)hept-2-ene-2-methanol 6,6-dimethyl- (1s)-", "6,6-dimethyl-2-hydroxymethylbicyclo(3.1.1)hept-2-ene", "bicyclo[3.1.1]hept-2-ene-2-methanol 6,6-dimethyl-", "515-00-4", "(-)-myrtenol", "st50824367", "bicyclo[3.1.1]hept-2-ene-2-methanol 6,6-dimethyl- (1s)-", "6,6-dimethyl-2-oxymethylbicyclo[3.1.1]hept-2-ene", "515-00-4[rn]"}|>, "379" -> <|"DatabaseID" -> "SW00321", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "36773"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2441]}, "IsomericSmiles" -> "CC1(C2CCC1(C(=O)C2)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00098"]}, "OfficialNames" -> <|"China Approved Name" -> "camphor", "Traditional Herbal Isolate" -> "l-camphor;matricaria", "Indian Approved Name" -> "camphor"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2537]}, "Synonyms" -> {"gum camphor", "laurel camphor", "2-camphanone", "2-bornanone", "spirit of camphor", "root bark oil", "dl-camphor", "formosa camphor", "camphor", "1907611[beilstein]", "2-kamfanon[czech]", "heet", "bicyclo[2.2.1]heptan-2-one 1,7,7-trimethyl-", "207-354-7[einecs]", "kampfer[german]", "alcanfor", "kampfer", "bicyclo(2.2.1)heptan-2-one 1,7,7-trimethyl-", "2-camphonone", "dl-bornan-2-one", "4291747[beilstein]", "campho-phenique liquid", "8022-77-3[rn]", "1,7,7-trimethylbicyclo[2.2.1]heptan-2-on", "68546-28-1[rn]", "1,7,7-trimethylbicyclo[2.2.1]heptan-2-one[acd/iupac name]", "caladryl", "1", "camphor gum", "244-350-4[einecs]", "(1r,4r)-(+)-camphor", "6475830[beilstein]", "japan camphor", "3196099[beilstein]", "trans-p-oxocamphor", "207-355-2[einecs]", "1,7,7-trimethylnorcamphor", "464-49-3[rn]", "2-keto-1,7,7-trimethylnorcamphane", "dl-camphor[jp15]", "1,7,7-trimethyl-bicyclo[2.2.1]heptan-2-one", "(1r,4r)-1,7,7-trimethylbicyclo[2.2.1]heptan-2-one[acd/iupac name]", "1,7,7-trimethylbicyclo(2.2.1)heptan-2-one", "bornane 2-oxo-", "bornan-2-one", "4-07-00-00213 (beilstein handbook reference)[beilstein]", "464-48-2[rn]", "1,7,7-trimethylbicyclo(2.2.1)-2-heptanone", "76-22-2", "norcamphor 1,7,7-trimethyl-", "21368-68-3[rn]", "camphor[wiki][usp]", "alphanon", "0-07-00-00135 (beilstein handbook reference)[beilstein]", "huile de camphre[french]", "200-945-0[einecs]", "48113-22-0[rn]", "76-22-2[rn]", "1,7,7-trimethylnorbornan-2-one", "2-keto-1,7,7-trimethylnolcamphane", "2-dehydrocamphor", "8013-55-6[rn]", "dl-2-bornanone"}|>, "380" -> <|"DatabaseID" -> "SW00322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82263]}, "IsomericSmiles" -> "CC(C)CC(=O)C=C(C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tagetone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91103]}, "Synonyms" -> {"tagetone", "2", "2,6-dimethylocta-5,7-dien-4-one", "5,7-octadien-4-one 2,6-dimethyl-", "2,6-dimethyl-5,7-octadien-4-one[acd/iupac name]", "tagetone(6ci)", "23985-25-3[rn]", "23985-25-3", "(e)-2", "einecs 245-971-3", "(z)-2", "ag-e-70671", "ac1l3ldv", "245-971-3[einecs]"}|>, "381" -> <|"DatabaseID" -> "SW00322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82263]}, "IsomericSmiles" -> "CC(C)CC(=O)C=C(C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tagetone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91103]}, "Synonyms" -> {"tagetone", "2", "2,6-dimethylocta-5,7-dien-4-one", "5,7-octadien-4-one 2,6-dimethyl-", "2,6-dimethyl-5,7-octadien-4-one[acd/iupac name]", "tagetone(6ci)", "23985-25-3[rn]", "23985-25-3", "(e)-2", "einecs 245-971-3", "(z)-2", "ag-e-70671", "ac1l3ldv", "245-971-3[einecs]"}|>, "382" -> <|"DatabaseID" -> "SW00323", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "26137"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 92735]}, "IsomericSmiles" -> "CC1(C2CC1C(=C)C(C2)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinocarveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 102667]}, "Synonyms" -> {"2(10)-pinen-3-ol", "trans-pinocarveol", "isopinocarveol", "10-pinen-3-ol", "pinocarveol", "3-hydroxy-6", "223-483-1[einecs]", "bicyclo[3.1.1]heptan-3-ol", "6,6-dimethyl-2-methylene-bicyclo[3.1.1]heptan-3-ol", "6,6-dimethyl-2-methylenebicyclo(3.1.1)heptan-3-ol", "6", "5947-36-4", "bicyclo[3.1.1]heptan-3-ol 6,6-dimethyl-2-methylene-", "3-hydroxy-6,6-dimethyl-2-methylene-bicyclo(3.1.1)heptane", "19889-99-7[rn]", "19894-98-5[rn]", "3917-59-7[rn]", "243-410-7[einecs]", "1674-08-4[rn]", "243-406-5[einecs]", "6,6-dimethyl-2-methylenebicyclo[3.1.1]heptan-3-ol[acd/iupac name]", "3-hydroxy-6,6-dimethyl-2-methylenebicyclo(3.1.1)heptane", "216-813-0[einecs]", "227-705-8[einecs]", "6,6-dimethyl-2-methylidenebicyclo[3.1.1]heptan-3-ol", "5947-36-4[rn]"}|>, "383" -> <|"DatabaseID" -> "SW00323", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "26137"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 92735]}, "IsomericSmiles" -> "CC1(C2CC1C(=C)C(C2)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinocarveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 102667]}, "Synonyms" -> {"2(10)-pinen-3-ol", "trans-pinocarveol", "isopinocarveol", "10-pinen-3-ol", "pinocarveol", "3-hydroxy-6", "223-483-1[einecs]", "bicyclo[3.1.1]heptan-3-ol", "6,6-dimethyl-2-methylene-bicyclo[3.1.1]heptan-3-ol", "6,6-dimethyl-2-methylenebicyclo(3.1.1)heptan-3-ol", "6", "5947-36-4", "bicyclo[3.1.1]heptan-3-ol 6,6-dimethyl-2-methylene-", "3-hydroxy-6,6-dimethyl-2-methylene-bicyclo(3.1.1)heptane", "19889-99-7[rn]", "19894-98-5[rn]", "3917-59-7[rn]", "243-410-7[einecs]", "1674-08-4[rn]", "243-406-5[einecs]", "6,6-dimethyl-2-methylenebicyclo[3.1.1]heptan-3-ol[acd/iupac name]", "3-hydroxy-6,6-dimethyl-2-methylenebicyclo(3.1.1)heptane", "216-813-0[einecs]", "227-705-8[einecs]", "6,6-dimethyl-2-methylidenebicyclo[3.1.1]heptan-3-ol", "5947-36-4[rn]"}|>, "384" -> <|"DatabaseID" -> "SW00324", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13869]}, "IsomericSmiles" -> "CC1(C2CCC(C2)(C1=O)C)C", "OfficialNames" -> <|"NPC Approved Name" -> "fenchone (1s)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14525]}, "Synonyms" -> {"iso-fenchone", "1", "(+)-fenchone", "dl-fenchone", "1,3,3-trimethyl-2-norbornanone; 1,3,3-trimethyl-2-norcamphanone; 1,3,3-trimethylbicyclo[2.2.1]heptan-2-one;fenchone", "2-07-00-00093 (beilstein handbook reference)[beilstein]", "(+)-1,3,3-trimethylnorcamphor", "fenchon [german]", "18492-37-0[rn]", "fenchone", "-fenchone", "255-160-0", "fenchon[german]", "4695-62-9[rn]", "(1s)-1,3,3-trimethyl-norbornan-2-one", "1,3,3-trimethyl-bicyclo(2.2.1)heptan-2-one", "d-fenchone", "1,3,3-trimethylbicyclo[2.2.1]heptan-2-one[acd/iupac name]", "7787-20-4[rn]", "3,3-dimethyl-8,9-dinorbornan-2-one", "2-norbornanone", "(1r)-(-)-fenchone", "(1s)-(+)-1,3,3-trimethylbicyclo[2.2.1]heptan-2-one", "1,3,3-trimethylnorcamphor", "1,3 3-trimethyl-2-norbornanone", "1,3,3-trimethyl-2-norcamphanone", "bicyclo[2.2.1]heptan-2-one 1,3,3-trimethyl-", "1,3,3-trimethylbicyclo(2.2.1)heptan-2-one", "fenchone (also see cas no. 126-21-6)", "1,3,3-trimethyl-2-norbornanone; fenchone", "2-fenchanone d-", "alpha-fenchone", "232-107-5[einecs]", "fenchone[wiki]", "126-21-6[rn]", "1195-79-5[rn]", "bicyclo(2.2.1)heptan-2-one 1,3,3-trimethyl-", "2-norbornanone 1,3,3-trimethyl-", "2-fenchanone", "1,3,3-trimethyl-2-norbornanone", "fenchon", "(-)-fenchone", "225-160-0[einecs]", "fenchone(also see cas no. 1195-79-5)", "1,3,3-trimethylnorbornan-2-one", "1,3 3-trimethylbicyclo[2.2.1]heptan-2-one", "fenchan-2-one", "(-)-1,3,3-trimethylnorcamphor", "( -)-fenchone", "(1r)-(-)-1,3,3-trimethylbicyclo[2.2.1]heptan-2-one", "(-)-1,3,3-trimethyl-2-norbornanone", "214-804-6[einecs]"}|>, "385" -> <|"DatabaseID" -> "SW00325", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "23046"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7160]}, "IsomericSmiles" -> "CC1=CCC(CC1O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7438]}, "Synonyms" -> {"5-isopropenyl-2-methylcyclohex-2-en-1-ol", "1-methyl-4-isopropenyl-6-cyclohexen-2-ol", "6,8-p-menthadien-2-ol", "99-48-9", "202-757-4[einecs]", "2-cyclohexen-1-ol 2-methyl-5-(1-methylethenyl)-", "2-methyl-5-isopropenyl-2-cyclohexen-1-ol", "99-48-9[rn]", "1861032[beilstein]", "carveol", "2-methyl-5-(1-methylethenyl)cyclohex-2-en-1-ol", "p-mentha-6,8-dien-2-ol", "5-isopropenyl-2-methyl-2-cyclohexen-1-ol[acd/iupac name]", "fema no. 2247", "2-cyclohexen-1-ol", "5-isopropenyl-2-methyl-2-cyclohexen-1-ol", "p-mentha-6", "p-mentha-1", "2-methyl-5-(prop-1-en-2-yl)cyclohex-2-en-1-ol", "2-methyl-5-(1-methylvinyl)cyclohex-2-en-1-ol", "229-352-5[einecs]", "218-270-5[einecs]", "2-06-00-00102 (beilstein handbook reference)[beilstein]", "2-methyl-5-(1-methylethenyl)-2-cyclohexen-1-ol", "p-mentha-1(6),8-dien-2-ol", "carveol[wiki]", "4-07-00-00316 (beilstein handbook reference)[beilstein]", "p-mentha-1,8-dien-6-ol", "l-carveol"}|>, "386" -> <|"DatabaseID" -> "SW00325", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "23046"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7160]}, "IsomericSmiles" -> "CC1=CCC(CC1O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7438]}, "Synonyms" -> {"5-isopropenyl-2-methylcyclohex-2-en-1-ol", "1-methyl-4-isopropenyl-6-cyclohexen-2-ol", "6,8-p-menthadien-2-ol", "99-48-9", "202-757-4[einecs]", "2-cyclohexen-1-ol 2-methyl-5-(1-methylethenyl)-", "2-methyl-5-isopropenyl-2-cyclohexen-1-ol", "99-48-9[rn]", "1861032[beilstein]", "carveol", "2-methyl-5-(1-methylethenyl)cyclohex-2-en-1-ol", "p-mentha-6,8-dien-2-ol", "5-isopropenyl-2-methyl-2-cyclohexen-1-ol[acd/iupac name]", "fema no. 2247", "2-cyclohexen-1-ol", "5-isopropenyl-2-methyl-2-cyclohexen-1-ol", "p-mentha-6", "p-mentha-1", "2-methyl-5-(prop-1-en-2-yl)cyclohex-2-en-1-ol", "2-methyl-5-(1-methylvinyl)cyclohex-2-en-1-ol", "229-352-5[einecs]", "218-270-5[einecs]", "2-06-00-00102 (beilstein handbook reference)[beilstein]", "2-methyl-5-(1-methylethenyl)-2-cyclohexen-1-ol", "p-mentha-1(6),8-dien-2-ol", "carveol[wiki]", "4-07-00-00316 (beilstein handbook reference)[beilstein]", "p-mentha-1,8-dien-6-ol", "l-carveol"}|>, "387" -> <|"DatabaseID" -> "SW00325", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "23046"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7160]}, "IsomericSmiles" -> "CC1=CCC(CC1O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7438]}, "Synonyms" -> {"5-isopropenyl-2-methylcyclohex-2-en-1-ol", "1-methyl-4-isopropenyl-6-cyclohexen-2-ol", "6,8-p-menthadien-2-ol", "99-48-9", "202-757-4[einecs]", "2-cyclohexen-1-ol 2-methyl-5-(1-methylethenyl)-", "2-methyl-5-isopropenyl-2-cyclohexen-1-ol", "99-48-9[rn]", "1861032[beilstein]", "carveol", "2-methyl-5-(1-methylethenyl)cyclohex-2-en-1-ol", "p-mentha-6,8-dien-2-ol", "5-isopropenyl-2-methyl-2-cyclohexen-1-ol[acd/iupac name]", "fema no. 2247", "2-cyclohexen-1-ol", "5-isopropenyl-2-methyl-2-cyclohexen-1-ol", "p-mentha-6", "p-mentha-1", "2-methyl-5-(prop-1-en-2-yl)cyclohex-2-en-1-ol", "2-methyl-5-(1-methylvinyl)cyclohex-2-en-1-ol", "229-352-5[einecs]", "218-270-5[einecs]", "2-06-00-00102 (beilstein handbook reference)[beilstein]", "2-methyl-5-(1-methylethenyl)-2-cyclohexen-1-ol", "p-mentha-1(6),8-dien-2-ol", "carveol[wiki]", "4-07-00-00316 (beilstein handbook reference)[beilstein]", "p-mentha-1,8-dien-6-ol", "l-carveol"}|>, "388" -> <|"DatabaseID" -> "SW00325", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "23046"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7160]}, "IsomericSmiles" -> "CC1=CCC(CC1O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7438]}, "Synonyms" -> {"5-isopropenyl-2-methylcyclohex-2-en-1-ol", "1-methyl-4-isopropenyl-6-cyclohexen-2-ol", "6,8-p-menthadien-2-ol", "99-48-9", "202-757-4[einecs]", "2-cyclohexen-1-ol 2-methyl-5-(1-methylethenyl)-", "2-methyl-5-isopropenyl-2-cyclohexen-1-ol", "99-48-9[rn]", "1861032[beilstein]", "carveol", "2-methyl-5-(1-methylethenyl)cyclohex-2-en-1-ol", "p-mentha-6,8-dien-2-ol", "5-isopropenyl-2-methyl-2-cyclohexen-1-ol[acd/iupac name]", "fema no. 2247", "2-cyclohexen-1-ol", "5-isopropenyl-2-methyl-2-cyclohexen-1-ol", "p-mentha-6", "p-mentha-1", "2-methyl-5-(prop-1-en-2-yl)cyclohex-2-en-1-ol", "2-methyl-5-(1-methylvinyl)cyclohex-2-en-1-ol", "229-352-5[einecs]", "218-270-5[einecs]", "2-06-00-00102 (beilstein handbook reference)[beilstein]", "2-methyl-5-(1-methylethenyl)-2-cyclohexen-1-ol", "p-mentha-1(6),8-dien-2-ol", "carveol[wiki]", "4-07-00-00316 (beilstein handbook reference)[beilstein]", "p-mentha-1,8-dien-6-ol", "l-carveol"}|>, "389" -> <|"DatabaseID" -> "SW00326", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29020"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 558878]}, "IsomericSmiles" -> "CC(=CCC/C(=C\\C=O)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neral"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 643779]}, "Synonyms" -> {"neroli aldehyde", "2", "cis-citral", "citral b", "(z)-neral", "2,6-octadienal 3,7-dimethyl- (z)-", "(2z)-3,7-dimethyl-2,6-octadienal", "203-379-2[einecs]", "b-citral", "neral[wiki]", "(z)-3,7-dimethylocta-2,6-dienal", "106-26-3", "226-394-6[einecs]", "neral", "(2z)-3,7-dimethylocta-2,6-dienal", "(z)-citral", "(z)-3,7-dimethyl-2,6-octadienal", "beta-citral", "5392-40-5[rn]", "106-26-3[rn]", "(2z)-3", "(z)-3,7-dimethyl-octa-2,6-dienal", "2,6-octadienal 3,7-dimethyl- (2z)-", "3,7-dimethyl-2,6-octadienal(cis)", "citral[wiki]", ".beta.-citral", "geranial[wiki]", "cis-3,7-dimethyl-2,6-octadienal"}|>, "390" -> <|"DatabaseID" -> "SW00327", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16980"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 553578]}, "IsomericSmiles" -> "CC(=CCC/C(=C/C=O)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "geranial;camphorm citral"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 638011]}, "Synonyms" -> {"trans-citral", "lemsyn gb", "citral a", "geranialdehyde", "geranal", "205-476-5[einecs]", "citral", "(2e)-3,7-dimethylocta-2,6-dienal", "2,3-dihydrocitral", "(2e)-3,7-dimethyl-2,6-octadienal", "c007076", "tl8003535", "geranaldehyde", "citral-b", "2,6-octadienal 3,7-dimethyl-", "4-01-00-03569 (beilstein handbook reference)[beilstein]", "(e)-3,7-dimethyl-2,6-octadienal", "(2e)-3", "b-geranial", "2 6-octadienal 3,7-dimethyl-", "cis-citral*neroli aldehyde", "3,7-dimethyl-1,2 6-octadienal", "2,6-octadienal 3,7-dimethyl- (e)-", "3", "226-394-6[einecs]", "3,7-dimethyl-1,2,6-octadienal", "3,7-dimethyl-2,6-octadienal[acd/iupac name]", "5392-40-5", "(e)-citral", "3,7-dimethylocta-2,6-dienal", "(e)-3,7-dimethylocta-2,6-dienal", "(e)-geranial", "5392-40-5[rn]", "2,6-octadienal 3,7-dimethyl- (2e)-", "genanial", "(e)-neral", "natural citral", "141-27-5[rn]", "citral b", "3,7-dimethyl-2,6-octadienal(trans)", "trans-3,7-dimethyl-2,6-octadienal", "citral[wiki]", "2,6-dimethyloctadien-2,6-al-8", "lemarome n", "geranial[wiki]", "147060-73-9[rn]", "a-citral", "3-01-00-03053 (beilstein handbook reference)[beilstein]", "citral*geranialdehyde*geranal", "3,7-dimethyl-trans-2,6-octadienal", "geranial"}|>, "391" -> <|"DatabaseID" -> "SW00328", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 553579]}, "IsomericSmiles" -> "C[C@H]1CCC(=C(C)C)C(=O)C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-pulegone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 638012]}, "Synonyms" -> {"(-)-pulegone", "(s)-(-)-pulegone", "(s)-p-menth-4(8)-en-3-one", "(s)-2-isopropylidene-5-methylcyclohexanone", "ac1lcvgi", "3391-90-0[rn]", "(minus)-pulegone", "(s)-5-methyl-2-(1-methylethylidene)cyclohexanone", "ag-f-14821", "cyclohexanone 5-methyl-2-(1-methylethylidene)-", "(5s)-5-methyl-2-(propan-2-ylidene)cyclohexanone", "3391-90-0", "(s)-(-)-p-menth-4(8)-en-3-one", "89-82-7[rn]", "cyclohexanone 5-methyl-2-(1-methylethylidene)- (5s)-", "l-pulegone", "(5s)-2-isopropylidene-5-methylcyclohexanone", "chembl366136", "5-methyl-2-(1-methylethylidene)cyclohexanone", "(5s)-5-methyl-2-(2-propanyliden)cyclohexanon", "s-(-)-pulegone", "(s)-2-isopropylidene-5-methyl-cyclohexanone", "328847_aldrich", "(s)-pulegone", "cyclohexanone 5-methyl-2-(1-methylethylidene)- (s)-", "82579_fluka"}|>, "392" -> <|"DatabaseID" -> "SW00329", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "23733"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22881]}, "IsomericSmiles" -> "CC1CCC(CC1=O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrocarvone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24473]}, "Synonyms" -> {"2-methyl-5-(1-methylethenyl)cyclohexanone", "8-p-menthen-2-one", "2-methyl-5-(prop-1-en-2-yl)cyclohexanone", "p-menth-8(9)-en-2-one", "dihydrocarvone", "p-menth-8-en-2-one", "2-methyl-5-(1-methylvinyl)cyclohexan-1-one", "l6vtj b1 ey1&u1;[wln]", "carvone dihydro-", "cyclohexanone 2-methyl-5-(1-methylethenyl)-", "einecs 231-857-0", "1238596[beilstein]", "5524-05-0[rn]", "619-02-3[rn]", "2-methyl-5-(prop-1-en-2-yl)cyclohexanone; p-menth-8-en-2-one", "2-methyl-5-(1-methylethenyl)cyclohexanone; 2-methyl-5-isopropenylcyclohexanone; 5-isopropenyl-2-methylcyclohexanone;8-p-menthen-2-one;dihydrocarvone; p-menth-8(9)-en-2-one", "2-methyl-5-prop-1-en-2-ylcyclohexan-1-one", "(+)-dihydrocarvone", "5-isopropenyl-2-methylcyclohexanone[acd/iupac name]", "7764-50-3[rn]", "cyclohexanone 2-methyl-5-(1-methylethenyl)- (2", "2-methyl-5-isopropenylcyclohexanone", "cyclohexanone", "2-methyl-5-(prop-1-en-2-yl)cyclohexan-1-one", "231-857-0[einecs]"}|>, "393" -> <|"DatabaseID" -> "SW00329", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "23733"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22881]}, "IsomericSmiles" -> "CC1CCC(CC1=O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrocarvone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24473]}, "Synonyms" -> {"2-methyl-5-(1-methylethenyl)cyclohexanone", "8-p-menthen-2-one", "2-methyl-5-(prop-1-en-2-yl)cyclohexanone", "p-menth-8(9)-en-2-one", "dihydrocarvone", "p-menth-8-en-2-one", "2-methyl-5-(1-methylvinyl)cyclohexan-1-one", "l6vtj b1 ey1&u1;[wln]", "carvone dihydro-", "cyclohexanone 2-methyl-5-(1-methylethenyl)-", "einecs 231-857-0", "1238596[beilstein]", "5524-05-0[rn]", "619-02-3[rn]", "2-methyl-5-(prop-1-en-2-yl)cyclohexanone; p-menth-8-en-2-one", "2-methyl-5-(1-methylethenyl)cyclohexanone; 2-methyl-5-isopropenylcyclohexanone; 5-isopropenyl-2-methylcyclohexanone;8-p-menthen-2-one;dihydrocarvone; p-menth-8(9)-en-2-one", "2-methyl-5-prop-1-en-2-ylcyclohexan-1-one", "(+)-dihydrocarvone", "5-isopropenyl-2-methylcyclohexanone[acd/iupac name]", "7764-50-3[rn]", "cyclohexanone 2-methyl-5-(1-methylethenyl)- (2", "2-methyl-5-isopropenylcyclohexanone", "cyclohexanone", "2-methyl-5-(prop-1-en-2-yl)cyclohexan-1-one", "231-857-0[einecs]"}|>, "394" -> <|"DatabaseID" -> "SW00329", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "23733"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22881]}, "IsomericSmiles" -> "CC1CCC(CC1=O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrocarvone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24473]}, "Synonyms" -> {"2-methyl-5-(1-methylethenyl)cyclohexanone", "8-p-menthen-2-one", "2-methyl-5-(prop-1-en-2-yl)cyclohexanone", "p-menth-8(9)-en-2-one", "dihydrocarvone", "p-menth-8-en-2-one", "2-methyl-5-(1-methylvinyl)cyclohexan-1-one", "l6vtj b1 ey1&u1;[wln]", "carvone dihydro-", "cyclohexanone 2-methyl-5-(1-methylethenyl)-", "einecs 231-857-0", "1238596[beilstein]", "5524-05-0[rn]", "619-02-3[rn]", "2-methyl-5-(prop-1-en-2-yl)cyclohexanone; p-menth-8-en-2-one", "2-methyl-5-(1-methylethenyl)cyclohexanone; 2-methyl-5-isopropenylcyclohexanone; 5-isopropenyl-2-methylcyclohexanone;8-p-menthen-2-one;dihydrocarvone; p-menth-8(9)-en-2-one", "2-methyl-5-prop-1-en-2-ylcyclohexan-1-one", "(+)-dihydrocarvone", "5-isopropenyl-2-methylcyclohexanone[acd/iupac name]", "7764-50-3[rn]", "cyclohexanone 2-methyl-5-(1-methylethenyl)- (2", "2-methyl-5-isopropenylcyclohexanone", "cyclohexanone", "2-methyl-5-(prop-1-en-2-yl)cyclohexan-1-one", "231-857-0[einecs]"}|>, "395" -> <|"DatabaseID" -> "SW00329", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "23733"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22881]}, "IsomericSmiles" -> "CC1CCC(CC1=O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrocarvone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24473]}, "Synonyms" -> {"2-methyl-5-(1-methylethenyl)cyclohexanone", "8-p-menthen-2-one", "2-methyl-5-(prop-1-en-2-yl)cyclohexanone", "p-menth-8(9)-en-2-one", "dihydrocarvone", "p-menth-8-en-2-one", "2-methyl-5-(1-methylvinyl)cyclohexan-1-one", "l6vtj b1 ey1&u1;[wln]", "carvone dihydro-", "cyclohexanone 2-methyl-5-(1-methylethenyl)-", "einecs 231-857-0", "1238596[beilstein]", "5524-05-0[rn]", "619-02-3[rn]", "2-methyl-5-(prop-1-en-2-yl)cyclohexanone; p-menth-8-en-2-one", "2-methyl-5-(1-methylethenyl)cyclohexanone; 2-methyl-5-isopropenylcyclohexanone; 5-isopropenyl-2-methylcyclohexanone;8-p-menthen-2-one;dihydrocarvone; p-menth-8(9)-en-2-one", "2-methyl-5-prop-1-en-2-ylcyclohexan-1-one", "(+)-dihydrocarvone", "5-isopropenyl-2-methylcyclohexanone[acd/iupac name]", "7764-50-3[rn]", "cyclohexanone 2-methyl-5-(1-methylethenyl)- (2", "2-methyl-5-isopropenylcyclohexanone", "cyclohexanone", "2-methyl-5-(prop-1-en-2-yl)cyclohexan-1-one", "231-857-0[einecs]"}|>, "396" -> <|"DatabaseID" -> "SW00330", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478651]}, "IsomericSmiles" -> "C[C@H]1C2CC(C2(C)C)CC1=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-pinocamphone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320608]}, "Synonyms" -> {"(4s)-4", "l-pinocamphone", "ac1nszo2"}|>, "397" -> <|"DatabaseID" -> "SW00332", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2618"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 57724], ExternalIdentifier["ChemSpiderID", 2045]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00915"]}, "IsomericSmiles" -> "C1C2CC3CC1CC(C2)(C3)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00777"], ExternalIdentifier["KEGGID", "D07441"]}, "OfficialNames" -> <|"China Approved Name" -> "amantadine hydrochloride", "Indian Approved Name" -> "amantadine", "Australia Approved Name" -> "AMANTADINE", "FDA Approved Drug" -> "AMANTADINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448360", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64150], ExternalIdentifier["PubChemCompoundID", 2130]}, "Synonyms" -> {"amantadine hydrochloride", "adamantanamine", "symadine", "symmetrel", "adamantylamine", "aminoadamantane", "amantadine", "1-aminoadamantane", "amantadine base", "adamantanamine hydrochloride", "mantadine", "1-adamantanamine hydrochloride", "amantidine", "adamantamine", "amantadine hcl", "pk-merz", "adamantan-1-amine", "midantane", "adamantan-1-ylamine hydrochloride", "amazolon", "endantadine", "tricyclo[3.3.1.13,7]decan-1-amine hydrochloride", "211-560-2[einecs]", "amantadine[wiki]", "symmetrel[wiki]", "1-adamantylamine", "665-66-7[rn]", "1-aminoadamantane hydrochloride", "gen-amantadine", "exp-105-1", "dopamine d2 receptor", "midantan", "influenol", "amantan[wiki]", "768-94-5[rn]", "1-adamantylamine hydrochloride", "adamantine hydrochloride", "665-66-7 768-94-5 [amantadine]", "exp 105-1", "1-adamantamine", "1-aminoadamantanehydrochloride", "tricyclo[3.3.1.1(3,7)]decan-1-ylamine", "4198854[beilstein]", "amantadine hydrochloride [usan:jan][jan][usan]", "1-adamantanamine[acd/iupac name]", "1-adamantanaminehydrochloride", "trivaline", "tricyclo[3.3.1.13,7]decan-1-amine hydrochloride", "1-adamantanamine hydrochloride", "amantadina[spanish][inn]", "1-adamantanamine (8ci)", "tricyclo[3.3.1.1^3,7]decan-1-amine", "viregyt", "virofral", "amantan", "adamantan-1-aminium chloride", "tricyclo[3.3.1.13,7]decan-1-aminhydrochlorid", "tricyclo(3.3.1.1(sup 3,7))decan-1-amine hydrochloride (9ci)", "665-66-7 768-94-5", "tricyclo[3.3.1.1 3,7]decan-1-amine hydrochloride", "2204333[beilstein]", "1-aminoadamantan", "665-66-7 (hcl)", "adamantane,1-amino", "tricyclo[3.3.1.13,7]decan-1-amine hydrochloride (1:1)", "tl8005280", "768-94-5 (free base)", "1-aminotricyclo(3.3.1.1(sup 3,7))decane", "tricyclo[3.3.1.13,7]decan-1-aminium chloride", "adamantan-1-amine hydrochloride (1:1)", "aminoadamantane hydrochloride", "tricyclo(3.3.1.1(sup 3.7))decan-1-amine", "(3s,5s,7s)-adamantan-1-amine", "768-94-5", "tricyclo[3.3.1.1(3,7)]decan-1-aminium chloride", "1-aminodiamantane", "tricyclo[3.3.1.13,7]decan-1-amine,hydrochloride (1:1)[acd/index name]", "tricyclo(3.3.1.13,7)decan-1-amine hydrochloride", "tricyclo[3.3.1.13.7]decan-1-amine sulfate (amantadinesulfate)", "tcmdc-125869", "1-amantadine", "symmetrel (tn)", "tricyclo[3.3.1.13,7]decan-1-amine hydrochloride (1:1)", "tricyclo[3.3.1.13,7]decan-1-amin", "adamantan-1-ylamine", "1-adamantanamine", "tricyclo(3.3.1.13,7)decan-1-amine", "amant", "virosol", "tl8004713", "tricyclo[3.3.1.13,7]decan-1-amine", "1-adamantanamin", "virasol", "tricyclo(3.3.1.1(sup 3,7))decan-1-amine", "tricyclo[3.3.1.13,7]decan-1-aminehydrochloride (1:1)", "adamantylamine hydrochloride", "tricyclo(3.3.1.1(3,7))-decan-1-amine", "mydantane", "1-aminoadamantene hydrochlorid", "tricyclo[3.3.1.13,7]decan-1-amine[acd/index name]", "tricyclo[3.3.1.1 (sup3,7)]decan-1-amine", "amantadinum [inn_la]", "tricyclo[3.3.1.1(3,7)]decan-1-amine", "adamantanylamine", "adamantanylamine chloride", "adamantan-1-amine; tricyclo[3.3.1.13,7]decan-1-amine", "adamantyl amine", "31377-23-8[rn]", "amantadinum[latin]", "1-aminoadamantene hydrochloride", "26303-90-2[rn]", "(3s,5s,7s)-adamantan-1-amine hydrochloride", "tricyclo[3.3.1.1(3,7)]decane-1-amine", "212-201-2[einecs]", "1-aminotricyclo[3.3.1.13,7]decane", "adamantan-1-amine hydrochloride; tricyclo[3.3.1.13,7]decan-1-amine hydrochloride; amantadine hydrochloride"}|>, "398" -> <|"DatabaseID" -> "SW00333", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17189"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3350]}, "IsomericSmiles" -> "c1cc(c(cc1O)C(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "C00628"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dioxybenzoic acid;gentisic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3469]}, "Synonyms" -> {"gentisic acid", "5-hydroxysalicylic acid", "hydroquinonecarboxylic acid", "gentisate", "2", "gensigen", "gensigon", "2-carboxybenzene-1,4-diol", "mesalazine imp. g (ep)", "gentisinate", "5-hydroxy-salicylic acid", "450-79-9", "2209119", "2 5-dioxybenzoic acid", "207-718-5[einecs]", "2,5-dihydroxybenzoate[acd/iupac name]", "2,5-dioxybenzoic acid", "2,5-dhba", "kyselina 2,5-dihydroxybenzoova[czech]", "acido gentisico[spanish][inn]", "2,5-dihydroxybenzoic acid [matrix for maldi-tof/ms]", "acido 2,5-diidrossibenzoico[italian]", "2,5-dihydroxy-benzoicacid", "4-10-00-01441", "dhb", "4-10-00-01441 (beilstein handbook reference)[beilstein]", "490-79-9[rn]", "5-hydroxysalicylate", "2,5-dihydroxybenzoic acid[acd/iupac name]", "2,5-dioxybenzoate", "acide gentisique[french][inn]", "2-carboxyhydroquinone", "2,5-dihydroxybenzoicacid", "\"2,5-dihydroxybenzoic acid\"", "2,5-dihydroxybenzoic acid;", "5-hydroxy-salicylate", "hydroquinonecarboxylate", "3,6-dihydroxybenzoate", "benzoic acid", "gentisinic acid", "salicylic acid 5-hydroxy-", "2,5-dihydroxy benzoic acid", "acidum gentisicum[latin]", "kyselina gentisinova[czech]", "490-79-9", "2,5-dihydroxy-benzoic acid", "3,6-dihydroxybenzoic acid", "benzoic acid 2,5-dihydroxy-", "benzoic acid,2,5-dihydroxy", "genop", "carboxyhydroquinone"}|>, "399" -> <|"DatabaseID" -> "SW00334", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "36062"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 71]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03946"]}, "IsomericSmiles" -> "c1cc(c(cc1C(=O)[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "protocatechuic acid"|>, "Synonyms" -> {"3,4-dihydroxybenzoic acid", "4,5-dihydroxybenzoic acid", "89-86-1[rn]", "d-3487", "protocatechuate", "3,4-dihydroxybenzoate", "3,4-dihydrobenzoic acid", "dhb", "3,4-dihydroxybenzoicacid", "99-50-3[rn]", "protocatechuic acid", "c009091", "3,4-dihydroxy benzoic acid", "b-resorcylate", "4-carboxy-1,2-dihydroxybenzene", "4-10-00-01459 (beilstein handbook reference)[beilstein]", "202-760-0[einecs]", "benzoic acid 3,4-dihydroxy- (9ci)", "catechol-4-carboxylic acid", "3,4,5-trifluoro-benzamidine", "3,4-dihydroxybenzoic acid[acd/iupac name]", "protocatehuic acid", "3,4-dihydroxy-benzoic acid", "benzoic acid 3,4-dihydroxy-", "1448841"}|>, "400" -> <|"DatabaseID" -> "SW00335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470534]}, "IsomericSmiles" -> "Cc1cnc(c[n+]1[O-])C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07190"]}, "OfficialNames" -> <|"Indian Approved Name" -> "acipimox"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5310993]}, "Synonyms" -> {"5-carboxy-2-methylpyrazine 1-oxide", "acipimox", "olbetam", "5-methylpyrazinecarboxylic acid 4-oxide", "5-methylpyrazine-2-carboxylic acid 4-oxide", "dsstox_gsid_46202", "2-carboxy-5-methylpyrazine 4-oxide", "51037-30-0", "256-928-3[einecs]", "olbemox", "dsstox_cid_26202", "acipimox[wiki]", "5-methyl-4-oxy-pyrazine-2-carboxylic acid", "5-methyl-4-oxide-2-pyrazinecarboxylic acid", "t6n dnj ao b1 evq[wln]", "5-25-04-00200[beilstein]", "dsstox_rid_81433", "51037-30-0[rn]", "2-pyrazinecarboxylic acid 5-methyl- 4-oxide", "5-carboxy-2-methylpyrazin-1-ium-1-olate", "ncgc00160519-01", "k-9321;olbemox;olbetam", "5-methyl-2-pyrazinecarboxylic acid 4-oxide"}|>, "401" -> <|"DatabaseID" -> "SW00336", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21607]}, "IsomericSmiles" -> "CCCCOC(=O)C(=C)C#N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07893"]}, "OfficialNames" -> <|"Indian Approved Name" -> "enbucrilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23087]}, "Synonyms" -> {"histoacryl", "enbucrilate", "butyl cyanoacrylate", "2-propenoic acid", "n-butylcyanoacrylate", "229-552-2[einecs]", "enbucrilatum[latin]", "butyl 2-cyanoacrylate", "enbucrilate[inn][ban]", "2-cyano-2-propenoic acid butyl ester", "butyl 2-cyanoacrylate[wiki][acd/iupac name]", "butyl 2-cyanoacrylate polymers", "25154-80-7[rn]", "6606-65-1[rn]", "enbucrilato", "acrylic acid 2-cyano- butyl ester", "2-propenoic acid 2-cyano- butyl ester", "butyl 2-cyanoprop-2-enoate", "n-butyl cyanoacrylate", "enbucrilato[spanish]", "25154-80-7", "n-butyl-2-cyanoacrylate", "butyl 2-cyano-2-propenoate", "6606-65-1"}|>, "402" -> <|"DatabaseID" -> "SW00337", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18353"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56139]}, "IsomericSmiles" -> "COc1cc(ccc1O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vanillyl alcohol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62348]}, "Synonyms" -> {"3-methoxy-4-hydroxybenzyl alcohol", "4-hydroxy-3-methoxybenzyl alcohol", "4-hydroxy-3-methoxyphenyl methanol", "vanillic alcohol", "vanillyl alcohol", "4-hydroxy-3-methoxyphenylmethanol", "4-hydroxy-3-methoxybenzenemethanol", "vanillin alcohol", "4-hydroxy-3-methoxy-benzylalkohol", "benzenemethanol 4-hydroxy-3-methoxy-", "1910044", "4-hydroxy-3-methoxy-benzenemethanol", "207-852-4[einecs]", "o-vanillyl alcohol", "498-00-0", "498-00-0[rn]", "4-(hydroxymethyl)-2-methoxyphenol[acd/iupac name]", "4-hydroxy-3-methoxybenzylalcohol", "4-hydroxy-3-methoxy-benzyl alcohol", "v 0018 (alcohol)", "4-(hydroxymethyl)-2-methoxyphenol", "4-hydroxymethyl-2-methoxy-phenol"}|>, "403" -> <|"DatabaseID" -> "SW00338", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17134"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4420]}, "IsomericSmiles" -> "c1cc(ccc1C(C[NH3+])O)O", "OfficialNames" -> <|"NPC Approved Name" -> "octopamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4581]}, "Synonyms" -> {"octapamine", "norsympatol", "norfen", "norsynephrine", "octopaminum", "p-norsynephrin", "1211019[beilstein]", "octopamine", "octopaminum [latin]", "4-(2r-amino-1-hydroxyethyl)phenol", "octopaminum[latin]", "octopamine [inn]", "octopamine[wiki][inn]", "104-14-3[rn]", "norsympathol", "octopamin", "2039-62-5[rn]", "4-[2-amino-1-hydroxyethyl]phenol", "p-hydroxyphenylethanolamine", "1-(4-hydroxyphenyl)-2-aminoethanol", "4-(2-amino-1-hydroxyethyl)phenol", "c1=cc(=cc=c1c(cn)o)o", "203-179-5[einecs]", "paraoxyphenyl aminoethanol", "norden[wiki]", "770-05-8[rn]", "4-13-00-02656 (beilstein handbook reference)[beilstein]", "1-(p-hydroxyphenyl)-2-aminoethanol", "770-05-8", "a-(aminomethyl)-4-hydroxybenzenemethanol", "4-(2-amino-1-hydroxyethyl)phenol[acd/iupac name]", "2-amino-1-(4-hydroxyphenyl)ethanol", "octopamina[spanish][inn]", "analet", "4-(2-amino-1-hydroxy-ethyl)-phenol", "a-(aminomethyl)-p-hydroxybenzyl alcobol", "norphen"}|>, "404" -> <|"DatabaseID" -> "SW00338", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17134"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4420]}, "IsomericSmiles" -> "c1cc(ccc1C(C[NH3+])O)O", "OfficialNames" -> <|"NPC Approved Name" -> "octopamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4581]}, "Synonyms" -> {"octapamine", "norsympatol", "norfen", "norsynephrine", "octopaminum", "p-norsynephrin", "1211019[beilstein]", "octopamine", "octopaminum [latin]", "4-(2r-amino-1-hydroxyethyl)phenol", "octopaminum[latin]", "octopamine [inn]", "octopamine[wiki][inn]", "104-14-3[rn]", "norsympathol", "octopamin", "2039-62-5[rn]", "4-[2-amino-1-hydroxyethyl]phenol", "p-hydroxyphenylethanolamine", "1-(4-hydroxyphenyl)-2-aminoethanol", "4-(2-amino-1-hydroxyethyl)phenol", "c1=cc(=cc=c1c(cn)o)o", "203-179-5[einecs]", "paraoxyphenyl aminoethanol", "norden[wiki]", "770-05-8[rn]", "4-13-00-02656 (beilstein handbook reference)[beilstein]", "1-(p-hydroxyphenyl)-2-aminoethanol", "770-05-8", "a-(aminomethyl)-4-hydroxybenzenemethanol", "4-(2-amino-1-hydroxyethyl)phenol[acd/iupac name]", "2-amino-1-(4-hydroxyphenyl)ethanol", "octopamina[spanish][inn]", "analet", "4-(2-amino-1-hydroxy-ethyl)-phenol", "a-(aminomethyl)-p-hydroxybenzyl alcobol", "norphen"}|>, "405" -> <|"DatabaseID" -> "SW00339", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4379]}, "IsomericSmiles" -> "c1cc(cc(c1)O)C(C[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08286"]}, "OfficialNames" -> <|"NPC Approved Name" -> "norfenefrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4538]}, "Synonyms" -> {"normetol", "norfenefrine", "norphenylephrine", "metacardiol", "dl-m-octopamine", "normetasympathol", "norenol", "norphenephrine", "m-octopamine", "3-13-00-02235 (beilstein handbook reference)[beilstein]", "stagural", "zondel", "norfenefrine[wiki][inn]", "536-21-0[rn]", "1-(m-hydroxyphenyl)-2-aminoethanol", "4779-94-6[rn]", "208-626-8[einecs]", "a-(aminomethyl)-m-hydroxybenzyl alcohol", "m-hydroxyphenylethanolamine", "2-amino-1-(3-hydroxyphenyl)ethan-1-ol", "3-(2-amino-1-hydroxy-ethyl)-phenol", "a-(aminomethyl)-3-hydroxybenzene methanol", "3-(2-amino-1-hydroxyethyl)phenol", "13026-50-1[rn]", "1-(3'-hydroxyphenyl)-2-aminoethanol", "3-(2-amino-1-hydroxyethyl)phenol[acd/iupac name]", "novadral", "norfenefrinum[latin]", "norfenefrina[spanish][inn]", "15308-34-6[rn]", "1-(3-hydroxyphenyl)-1-hydroxy-2-aminoethane", "esbuphon", "r,s-norphenylephrine"}|>, "406" -> <|"DatabaseID" -> "SW00339", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4379]}, "IsomericSmiles" -> "c1cc(cc(c1)O)C(C[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08286"]}, "OfficialNames" -> <|"NPC Approved Name" -> "norfenefrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4538]}, "Synonyms" -> {"normetol", "norfenefrine", "norphenylephrine", "metacardiol", "dl-m-octopamine", "normetasympathol", "norenol", "norphenephrine", "m-octopamine", "3-13-00-02235 (beilstein handbook reference)[beilstein]", "stagural", "zondel", "norfenefrine[wiki][inn]", "536-21-0[rn]", "1-(m-hydroxyphenyl)-2-aminoethanol", "4779-94-6[rn]", "208-626-8[einecs]", "a-(aminomethyl)-m-hydroxybenzyl alcohol", "m-hydroxyphenylethanolamine", "2-amino-1-(3-hydroxyphenyl)ethan-1-ol", "3-(2-amino-1-hydroxy-ethyl)-phenol", "a-(aminomethyl)-3-hydroxybenzene methanol", "3-(2-amino-1-hydroxyethyl)phenol", "13026-50-1[rn]", "1-(3'-hydroxyphenyl)-2-aminoethanol", "3-(2-amino-1-hydroxyethyl)phenol[acd/iupac name]", "novadral", "norfenefrinum[latin]", "norfenefrina[spanish][inn]", "15308-34-6[rn]", "1-(3-hydroxyphenyl)-1-hydroxy-2-aminoethane", "esbuphon", "r,s-norphenylephrine"}|>, "407" -> <|"DatabaseID" -> "SW00340", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18243"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58820], ExternalIdentifier["ChemSpiderID", 661]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00988"]}, "IsomericSmiles" -> "c1cc(c(cc1CC[NH3+])O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07870"]}, "OfficialNames" -> <|"China Approved Name" -> "dopamine", "WHO Essential Medicine" -> "dopamine", "Indian Approved Name" -> "dopamine hcl", "Traditional Herbal Isolate" -> "dopamine", "FDA Approved Drug" -> "DOPAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449396", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65340], ExternalIdentifier["PubChemCompoundID", 681]}, "Synonyms" -> {"intropin", "dopamine", "hydroxytyramin", "oxytyramine", "hydroxytyramine", "dopamin", "dopamine hcl", "dophamine", "da", "deoxyepinephrine", "3-hydroxytyramine", "revivan", "revimine", "ec 1.14.17.1", "dopamine[wiki][inn]", "dopamine beta- monooxygenase", "dopamine beta-hydroxylase precursor", "51-61-6[rn]", "4-(2-aminoethyl)benzene-1", "3", "dopaminum", "medopa", "4-(2-aminoethyl)pyrocatechol", "ldp", "dopamina[spanish][inn]", "4-(2-aminoethyl)benzene-1,2-diol", "4-(2-amino-ethyl)-benzene-1,2-diol", "3-hydroxtyramine", "4-(2-aminoethyl)-pyrocatechol", "dopastat", "200-110-0[einecs]", "1,2-benzenediol 4-(2-aminoethyl)- (9ci)", "1,2-benzenediol 4-(2-aminoethyl)-", "dopamine chloride", "a-(3,4-dihydroxyphenyl)-b-aminoethane", "4-(2-aminoethyl)catechol", "pyrocatechol 4-(2-aminoethyl)- (8ci)", "2-(3,4-dihydroxyphenyl)ethylamine", "kw-3-060", "4-(2-aminoethyl)-1,2-benzenediol[acd/iupac name]", "4-(2-aminoethyl)-1,2-benzoldiol", "dopaminum[latin][inn]", "dopamin[wiki]", "dopamine.hcl", "3,4-dihydroxyphenethylamine", "3-hydroxytyramine hydrochloride", "dynatra", "pyrocatechol 4-(2-aminoethyl)-", "4-(2-aminoethyl)benzol-1,2-diolhydrochlorid", "4-(2-aminoethyl)-pyrocatechol hydrochloride", "4-(2-aminoethyl)benzene-1,2-diol chloride", "inotropin", "62-31-7[rn]", "203633-19-6[rn]", "1,2-benzenediol 4-(2-aminoethyl)- hydrochloride (1:1)", "asl 279;cardiosteril;dopamine fresenius;dopastat;intropin;rascordin;revivan;tensamin;inotropin", "3,4-dihydroxy-b-phenethylamine hydrochloride", "rascordin", "4-(2-aminoethyl)-1,2-benzenediol hydrochloride (1:1)[acd/iupac name]", "tensamin", "m-hydroxytyramine hydrochloride", "4-(2-aminoethyl)benzene-1,2-diol hydrochloride (1:1)", "noradrenaline tartrate imp. c (ep) as hydrochloride", "3,4-dihydroxyphenylethylamine", "4-(2-aminoethyl)pyrocatechol hydrochloride", "intropin (tn)", "3-hydroxytyraminehydrochloride", "3656720", "2-(3,4-dihydroxyphenyl)ethylamine hydrochloride", "pyrocatechol 4- (2-aminoethyl)- hydrochloride", "2-(3,4-dihydroxyphenyl)ethyl-1,1,2,2-d4-amine hydrochloride", "dopamine hydrochloride[usp][jan][usan][jp15]", "actopamin (tn)", "b-(3,4-dihydroxyphenyl)ethylamine hydrochloride", "sabax dopamin", "1,2-benzenediol 4- (2-aminoethyl)- hydrochloride", "actopamin", "pyrocatechol 4-(2-aminoethyl)- hydrochloride", "dobutamine hydrochloride imp. a (ep) as hydrochloride", "dopamin-natterman", "4-(2-aminoethyl)catechol hydrochloride", "inovan", "1477-71-0[rn]", "335081-04-4[rn]", "4-(2-aminoethyl)benzene-1,2-diol hydrochloride", "200-527-8[einecs]", "3,4-dihydroxyphenethylamine hydrochloride", "1,2-benzenediol 4-(2-aminoethyl)- hydrochloride", "4-(2-aminoethyl)-1,2-benzenediol hydrochloride", "dopamine hydrochloride", "62-31-7"}|>, "408" -> <|"DatabaseID" -> "SW00341", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390860]}, "IsomericSmiles" -> "C[C@@H]1CC[C@H]2[C@@H]1COC(=O)C2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "boschnialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442420]}, "Synonyms" -> {"boschnialactone", "17957-87-8", "c09772", "ac1l9csb", "17957-87-8[rn]", "(4ar"}|>, "409" -> <|"DatabaseID" -> "SW00342", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21244466]}, "IsomericSmiles" -> "C[NH+]1C2CCCC1CC(=O)C2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudopelletierine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11096]}, "Synonyms" -> {"pseudopelletierine", "9-methyl-9-azabicyclo[3.3.1]nonan-3-one", "pseudopelletierin", "209-021-1[einecs]", "9-methyl-9-azabicyclo[3.3.1]nonan-3-on", "pseudopelletrierin", "9-azabicyclo[3.3.1]nonan-3-one 9-methyl-", "psi-pelletierine", "9-methyl-9-aza-bicyclo[3.3.1]nonan-3-one", "granatan-3-one", "552-70-5", "(1r,5s)-9-methyl-9-azabicyclo[3.3.1]nonan-3-one", "pseudopunicine", "552-70-5[rn]", "pseudo-pelletierine", "9-methyl-3-granatanone", "granatonine"}|>, "410" -> <|"DatabaseID" -> "SW00343", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15393"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5026296]}, "IsomericSmiles" -> "C[C@@]12CC[C@@H](C1(C)C)C[C@@H]2O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "camphol;d-borneol", "Indian Approved Name" -> "borneol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6552009]}, "Synonyms" -> {"d-borneol", "(+)-borneol", "2038056[beilstein]", "ambap464-43-7", "chebi:15393", "(1r,2s,4r)-1,7,7-trimethylbicyclo[2.2.1]heptan-2-ol", "(1r-endo)-1,7,7-trimethylbicyclo[2.2.1]heptan-2-ol", "507-70-0[rn]", "(1r-endo)-1,7,7-trimethylbicyclo(2.2.1)heptan-2-ol", "dryobalanops camphor", "endo-(1r)-1,7,7-trimethylbicyclo[2.2.1]heptan-2-ol", "borneol[wiki]", "(1r,2s,4r)-rel-1,7,7-trimethylbicyclo(2.2.1)heptan-2-ol", "(1r-endo)-1", "207-352-6[einecs]", "(1r,2s,4r)-(+)-borneol", "2-borneol", "baros camphor", "b7888_sigma", "420247_aldrich", "(1r,2s,4r)-borneol", "borneol", "bhimsaim camphor", "sumatra camphor", "borneo camphor", "endo-borneol", "464-43-7[rn]", "bornyl alcohol", "malayan camphor", "bicyclo[2.2.1]heptan-2-ol 1,7,7-trimethyl- (1r,2s,4r)-", "borneocamphor", "(+)-borneol; (1r,2s,4r)-borneol; (1r-endo)-1,7,7-trimethylbicyclo[2.2.1]heptan-2-ol; d-borneol; d-borneol", "(1r", "camphol", "208-080-0[einecs]", "bicyclo(2.2.1)heptan-2-ol 1,7,7-trimethyl- (1r,2s,4r)-rel-", "endo-2-bornanol", "chembl486208", "surecn56713"}|>, "411" -> <|"DatabaseID" -> "SW00344", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15394"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1013314]}, "IsomericSmiles" -> "C[C@]12CC[C@H](C1(C)C)C[C@H]2O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-borneol"|>, "Synonyms" -> {"(1s,2r,4s)-1,7,7-trimethylbicyclo(2.2.1)heptan-2-ol", "464-45-9[rn]", "l -borneol", "[(1s)-endo]-(-)-borneol", "507-70-0[rn]", "2038053[beilstein]", "endo-1,7,7-trimethylbicyclo[2.2.1]heptan-2-ol", "2-bornanol endo-", "borneol[wiki]", "endo-2-camphanol", "3587558[beilstein]", "(1s-endo)-1,7,7-trimethylbicyclo(2.2.1)heptan-2-ol", "207-353-1[einecs]", "bicyclo(2.2.1)heptan-2-ol 1,7,7-trimethyl- endo-", "bicyclo(2.2.1)heptan-2-ol 1,7,7-trimethyl- (1s,2r,4s)-", "endo-2-hydroxycamphane", "(1s,2r,4s)-1,7,7-trimethylbicyclo[2.2.1]heptan-2-ol", "(1s,2r,4s)-borneol", "(1s,2r,4s)-(-)-borneol", "l(-)-borneol", "bicyclo(2.2.1)heptan-2-ol 1,7,7-trimethyl- (1s-endo)-", "(-)-borneol", "l-borneol", "208-080-0[einecs]", "(1s,2r,4s)-(-)-borneol; (1s,2r,4s)-borneol; (1s-endo)-1,7,7-trimethylbicyclo[2.2.1]heptan-2-ol; l-borneol; l-borneol", "(1s)-endo-(-)-borneol", "(1s-endo)-1,7,7-trimethylbicyclo[2.2.1]heptan-2-ol", "endo-2-bornanol", "bicyclo[2.2.1]heptan-2-ol 1,7,7-trimethyl- (1s-endo)-", "endo-(1s)-1,7,7-trimethylbicyclo[2.2.1]heptan-2-ol", "bicyclo[2.2.1]heptan-2-ol 1,7,7-trimethyl- (1s,2r,4s)-"}|>, "412" -> <|"DatabaseID" -> "SW00345", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15410"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24636]}, "IsomericSmiles" -> "C[C@@H]1CC[C@H](C(=O)C1)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-menthone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26447]}, "Synonyms" -> {"l-menthan-3-one", "p-menthan-3-one", "(-)-menthone", "l-menthone", "trans-p-menthan-3-one", "3648743[beilstein]", "(1r,4s)-p-menthan-3-one", "2041368[beilstein]", "5-methyl-2-(1-methylethyl)cyclohexanone", "(1r,4s)-p-menthan-3-one; (2s,5r)-2-isopropyl-5-methylcyclohexanone; (2s,5r)-5-methyl-2-(1-methylethyl)cyclohexanone;(2s,5r)-menthone;(2s-trans)-5-methyl-2-(1-methylethyl)cyclohexanone; l-menthone", "trans-menthone", "14073-97-3[rn]", "l-p-menthan-3-one", "menthone[wiki]", "(2s,5r)-5-methyl-2-(propan-2-yl)cyclohexan-1-one", "(-)-(2s,5r)-menthone", "menthone", "89-80-5[rn]", "(-)-5-methyl-2-(1-methylethyl)cyclohexanone", "(2s", "trans-2-methyl-5-isopropylcyclohexanone", "cyclohexanone 5-methyl-2-(1-methylethyl)- trans-", "3648744[beilstein]", "trans-menthan-3-one", "cyclohexanone 5-methyl-2-(1-methylethyl)- (2s-trans)-", "chebi:15410", "trans-2-isopropyl-5-methylcyclohexanone", "(2s,5r)-2-isopropyl-5-methyl-cyclohexanone", "(2s,5r)-5-methyl-2-(propan-2-yl)cyclohexanone", "(2s,5r)-5-methyl-2-(1-methylethyl)cyclohexanone", "(2s,5r)-2-isopropyl-5-methylcyclohexanon[german]", "4-menthan-3-one", "(2s-trans)-5-methyl-2-(1-methylethyl)cyclohexanone", "cyclohexanone 5-methyl-2-(1-methylethyl)- (2s,5r)-", "(minus)-menthone", "(-)-(2s", "(1r", "21060-23-1[rn]", "10458-14-7[rn]", "(2s,5r)-menthone", "237-926-1[einecs]", "(2s,5r)-2-isopropyl-5-methylcyclohexanone[acd/iupac name]", "p-menthan-3-one trans-"}|>, "413" -> <|"DatabaseID" -> "SW00346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25927]}, "IsomericSmiles" -> "CC1CCOC(C1)C=C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rosenoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27866]}, "Synonyms" -> {"2h-pyran", "trans-rose oxide", "rosenoxide", "rosoxide", "rose oxide", "876-18-6[rn]", "tetrahydro-4-methyl-2-(2-methylprop-1-enyl)pyran", "tetrahydro-4-methyl-2(2'-methyl propen- 1' -yl) - pyran", "pyran tetrahydro-2-(2-methyl-1-propenyl)-4-methyl-", "4-methyl-2-(2-methylprop-1-enyl)-2h-3,4,5,6-tetrahydropyran", "(2s-cis)-tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-2h-pyran", "cis-rose oxide", "brn 0111348", "4610-11-1[rn]", "o(c(c=c(c)c)cc(c1)c)c1", "(+)-rose oxide", "2h-pyran tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-", "2-isobutenyl-4-methyltetrahydropyran", "2h-pyran,tetrahydro-4-methyl-2-(2-methyl-1-propenyl)- (2s-cis)-", "2h-pyran tetrahydro-4-methyl-2-(2-methylpropenyl)-", "fema no. 3236", "16409-43-1", "2h-pyran tetrahydro-4-methyl-2-(2-methyl-1-propen-1-yl)-", "pyran 2-(2-methyl-1-propenyl)-4-methyltetrahydro-", "16409-43-1[rn]", "4-methyl-2-(2-methyl-1-propenyl)tetrahydro-2h-pyran", "tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-2h-pyran", "2h-pyran tetrahydro-4-methyl-2-(2-methylpropenyl)- (8ci)", "4-methyl-2-(2-methylprop-1-en-1-yl)tetrahydro-2h-pyran", "rose oxide (e)-", "225-017-2[einecs]", "rose oxide racemic", "tetrahydro-4-methyl-2-(2-methylpropenyl)-2h-pyran", "(2r-cis)-tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-2h-pyran", "16409-43-01", "pyran tetrahydro-4-methyl-2-(2-methylpropenyl)-", "tetrahydro-4-methyl-2-(2-methylpropen-1-yl)pyran", "221-217-9[einecs]", "einecs 240-457-5", "3033-23-6[rn]", "5-17-01-00256 (beilstein handbook reference)[beilstein]", "pyran tetrahydro-4-methyl-2-(2-methylpropenyl)- (6ci,7ci)", "4-methyl-2-(2-methyl-1-propenyl)-tetrahydropyran", "240-457-5[einecs]"}|>, "414" -> <|"DatabaseID" -> "SW00346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25927]}, "IsomericSmiles" -> "CC1CCOC(C1)C=C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rosenoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27866]}, "Synonyms" -> {"2h-pyran", "trans-rose oxide", "rosenoxide", "rosoxide", "rose oxide", "876-18-6[rn]", "tetrahydro-4-methyl-2-(2-methylprop-1-enyl)pyran", "tetrahydro-4-methyl-2(2'-methyl propen- 1' -yl) - pyran", "pyran tetrahydro-2-(2-methyl-1-propenyl)-4-methyl-", "4-methyl-2-(2-methylprop-1-enyl)-2h-3,4,5,6-tetrahydropyran", "(2s-cis)-tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-2h-pyran", "cis-rose oxide", "brn 0111348", "4610-11-1[rn]", "o(c(c=c(c)c)cc(c1)c)c1", "(+)-rose oxide", "2h-pyran tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-", "2-isobutenyl-4-methyltetrahydropyran", "2h-pyran,tetrahydro-4-methyl-2-(2-methyl-1-propenyl)- (2s-cis)-", "2h-pyran tetrahydro-4-methyl-2-(2-methylpropenyl)-", "fema no. 3236", "16409-43-1", "2h-pyran tetrahydro-4-methyl-2-(2-methyl-1-propen-1-yl)-", "pyran 2-(2-methyl-1-propenyl)-4-methyltetrahydro-", "16409-43-1[rn]", "4-methyl-2-(2-methyl-1-propenyl)tetrahydro-2h-pyran", "tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-2h-pyran", "2h-pyran tetrahydro-4-methyl-2-(2-methylpropenyl)- (8ci)", "4-methyl-2-(2-methylprop-1-en-1-yl)tetrahydro-2h-pyran", "rose oxide (e)-", "225-017-2[einecs]", "rose oxide racemic", "tetrahydro-4-methyl-2-(2-methylpropenyl)-2h-pyran", "(2r-cis)-tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-2h-pyran", "16409-43-01", "pyran tetrahydro-4-methyl-2-(2-methylpropenyl)-", "tetrahydro-4-methyl-2-(2-methylpropen-1-yl)pyran", "221-217-9[einecs]", "einecs 240-457-5", "3033-23-6[rn]", "5-17-01-00256 (beilstein handbook reference)[beilstein]", "pyran tetrahydro-4-methyl-2-(2-methylpropenyl)- (6ci,7ci)", "4-methyl-2-(2-methyl-1-propenyl)-tetrahydropyran", "240-457-5[einecs]"}|>, "415" -> <|"DatabaseID" -> "SW00346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25927]}, "IsomericSmiles" -> "CC1CCOC(C1)C=C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rosenoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27866]}, "Synonyms" -> {"2h-pyran", "trans-rose oxide", "rosenoxide", "rosoxide", "rose oxide", "876-18-6[rn]", "tetrahydro-4-methyl-2-(2-methylprop-1-enyl)pyran", "tetrahydro-4-methyl-2(2'-methyl propen- 1' -yl) - pyran", "pyran tetrahydro-2-(2-methyl-1-propenyl)-4-methyl-", "4-methyl-2-(2-methylprop-1-enyl)-2h-3,4,5,6-tetrahydropyran", "(2s-cis)-tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-2h-pyran", "cis-rose oxide", "brn 0111348", "4610-11-1[rn]", "o(c(c=c(c)c)cc(c1)c)c1", "(+)-rose oxide", "2h-pyran tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-", "2-isobutenyl-4-methyltetrahydropyran", "2h-pyran,tetrahydro-4-methyl-2-(2-methyl-1-propenyl)- (2s-cis)-", "2h-pyran tetrahydro-4-methyl-2-(2-methylpropenyl)-", "fema no. 3236", "16409-43-1", "2h-pyran tetrahydro-4-methyl-2-(2-methyl-1-propen-1-yl)-", "pyran 2-(2-methyl-1-propenyl)-4-methyltetrahydro-", "16409-43-1[rn]", "4-methyl-2-(2-methyl-1-propenyl)tetrahydro-2h-pyran", "tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-2h-pyran", "2h-pyran tetrahydro-4-methyl-2-(2-methylpropenyl)- (8ci)", "4-methyl-2-(2-methylprop-1-en-1-yl)tetrahydro-2h-pyran", "rose oxide (e)-", "225-017-2[einecs]", "rose oxide racemic", "tetrahydro-4-methyl-2-(2-methylpropenyl)-2h-pyran", "(2r-cis)-tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-2h-pyran", "16409-43-01", "pyran tetrahydro-4-methyl-2-(2-methylpropenyl)-", "tetrahydro-4-methyl-2-(2-methylpropen-1-yl)pyran", "221-217-9[einecs]", "einecs 240-457-5", "3033-23-6[rn]", "5-17-01-00256 (beilstein handbook reference)[beilstein]", "pyran tetrahydro-4-methyl-2-(2-methylpropenyl)- (6ci,7ci)", "4-methyl-2-(2-methyl-1-propenyl)-tetrahydropyran", "240-457-5[einecs]"}|>, "416" -> <|"DatabaseID" -> "SW00346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25927]}, "IsomericSmiles" -> "CC1CCOC(C1)C=C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rosenoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27866]}, "Synonyms" -> {"2h-pyran", "trans-rose oxide", "rosenoxide", "rosoxide", "rose oxide", "876-18-6[rn]", "tetrahydro-4-methyl-2-(2-methylprop-1-enyl)pyran", "tetrahydro-4-methyl-2(2'-methyl propen- 1' -yl) - pyran", "pyran tetrahydro-2-(2-methyl-1-propenyl)-4-methyl-", "4-methyl-2-(2-methylprop-1-enyl)-2h-3,4,5,6-tetrahydropyran", "(2s-cis)-tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-2h-pyran", "cis-rose oxide", "brn 0111348", "4610-11-1[rn]", "o(c(c=c(c)c)cc(c1)c)c1", "(+)-rose oxide", "2h-pyran tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-", "2-isobutenyl-4-methyltetrahydropyran", "2h-pyran,tetrahydro-4-methyl-2-(2-methyl-1-propenyl)- (2s-cis)-", "2h-pyran tetrahydro-4-methyl-2-(2-methylpropenyl)-", "fema no. 3236", "16409-43-1", "2h-pyran tetrahydro-4-methyl-2-(2-methyl-1-propen-1-yl)-", "pyran 2-(2-methyl-1-propenyl)-4-methyltetrahydro-", "16409-43-1[rn]", "4-methyl-2-(2-methyl-1-propenyl)tetrahydro-2h-pyran", "tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-2h-pyran", "2h-pyran tetrahydro-4-methyl-2-(2-methylpropenyl)- (8ci)", "4-methyl-2-(2-methylprop-1-en-1-yl)tetrahydro-2h-pyran", "rose oxide (e)-", "225-017-2[einecs]", "rose oxide racemic", "tetrahydro-4-methyl-2-(2-methylpropenyl)-2h-pyran", "(2r-cis)-tetrahydro-4-methyl-2-(2-methyl-1-propenyl)-2h-pyran", "16409-43-01", "pyran tetrahydro-4-methyl-2-(2-methylpropenyl)-", "tetrahydro-4-methyl-2-(2-methylpropen-1-yl)pyran", "221-217-9[einecs]", "einecs 240-457-5", "3033-23-6[rn]", "5-17-01-00256 (beilstein handbook reference)[beilstein]", "pyran tetrahydro-4-methyl-2-(2-methylpropenyl)- (6ci,7ci)", "4-methyl-2-(2-methyl-1-propenyl)-tetrahydropyran", "240-457-5[einecs]"}|>, "417" -> <|"DatabaseID" -> "SW00347", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17447"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13849989]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CO)/C)C", "OfficialNames" -> <|"NPC Approved Name" -> "geraniol"|>, "Synonyms" -> {"trans-geraniol", "2,6-dimethyl-2,6-octadien-8-ol", "3,7-dimethyl-2,6-octadien-1-ol(trans)", "2,6-octadien-1-ol 3,7-dimethyl-", "cis-3,7-dimethyl-2,6-octadien-1-ol", "lemonol", "3,7-dimethyl-2,6-octadien-1-ol[acd/iupac name]", "1722456[beilstein]", "trans-3,7-dimethyl-2,6-octadien-1-ol; geraniol", "203-378-7[einecs]", "(2e)-3,7-dimethylocta-2,6-dien-1-ol", "1722455[beilstein]", "geraniol (producto)", "105-86-2[rn]", "(2e)-3,7-dimethyl-2,6-octadienol", "meranol", "geranyl alcohol", "(e)-3,7-dimethyl-2,6-octadien-1-ol", "2-trans-3,7-dimethyl-2,6-octadien-1-ol", "jsp000567", "geraniol[wiki]", "3,7-dimethyl-trans-2,6-octadien-1-ol", "2,6-octadien-1-ol 3,7-dimethyl- (2e)-", "t-geraniol", "(2e)-3,7-dimethyl-2,6-octadien-1-ol;(e)-3,7-dimethyl-2,6-octadien-1-ol;(e)-geraniol; (e)-nerol; 2-trans-3,7-dimethyl-2,6-octadien-1-ol; 3,7-dimethyl-trans-2,6-octadien-1-ol; geraniol; geranyl alcohol; lemonol; t-geraniol; trans-3,7-dimethyl-2,6-octadien-1-ol;trans-geraniol", "(e)-geraniol", "(2e)-3,7-dimethyl-2,6-octadien-1-ol", "guaniol", "(e)-3,7-dimethylocta-2,6-dien-1-ol", "203-339-4[einecs]", "geraniol;2,6-dimethyl-2,6-octadien-8-ol", "neryl alcohol", "203-377-1[einecs]", "106-24-1[rn]", "3,7-dimethylocta-2,6-dien-1-ol", "3,7-dimethyl-octa-2,6-dien-1-ol", "trans-3,7-dimethyl-2,6-octadien-1-ol", "q2uy1&3uy1&1", "106-25-2[rn]", "(e)-nerol", "633-65-8[rn]", "16736-42-8[rn]"}|>, "418" -> <|"DatabaseID" -> "SW00348", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2656], ExternalIdentifier["ChemSpiderID", 102896]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03852"]}, "IsomericSmiles" -> "CC1(C2CCC(O1)(CC2)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04115"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cineole;eucalyptol;eucalyptole", "Indian Approved Name" -> "eucalyptol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2758]}, "Synonyms" -> {"cajeputol", "eucalyptole", "eucalyptol", "1", "limonene oxide", "terpan", "zineol", "1,8-cineol", "eucapur", "cineole", "2-oxabicyclo[2.2.2]octane 1,3,3-trimethyl-", "p-menthane 1,8-epoxy-", "p-cineole", "1,8-oxido-p-menthane", "2-oxa-1,3,3-trimethylbicyclo[2.2.2]octane", "1,8-epoxy-p-menthane", "1,8-cineole", "cnl", "1,3,3-trimethyl-2-oxabicyclo(2.2.2)octane", "2-oxa-1,3,3-trimethylbicyclo(2.2.2)octane", "2-oxabicyclo(2.2.2)octane 1,3,3-trimethyl-", "4,7,7-trimethyl-8-oxabicyclo[2.2.2]octane", "zedoary oil", "soledum", "1,8-cineol (eucalyptol)", "original antiseptic mouthwash (eucalyptol + menthol + thymol)_mixture", "coolmint antiseptic mouthwas (eucalyptol + menthol + thymol)_mixture", "wln: t66 a b aotj b1 b1 f1", "formule 12 (eucalyptol + menthol)_mixture", "bidd:er0481", "{1,3,3-trimethyl-2-oxabicyclo[2.2.2]octane}", "cineol", "valda pastilles (eucalyptol + guaiacol + menthol + terpin hydrate + thymol)_mixture", "physiorub plus (eucalyptol + menthol + methyl salicylate)_mixture", "listerine antiseptic tartar control mouthwash (eucalyptol + menthol + thymol + zinc chloride)_mixture", "democineol sup enfants (camphor + eucalyptol + guaiacol)_mixture", "fema no. 2465", "1,3,3-trimethyl-2-oxabicyclo[2.2.2]octane", "physio-rub (eucalyptol + menthol + methyl salicylate)_mixture", "carboseptol (eucalyptol + menthol + methyl salicylate + thymol + zinc oxide)_mixture", "eucalyptol (usan)", "listerine antiseptic mouthwash (eucalyptol + menthol + thymol)_mixture", "listerine antiseptic mouthwash with fluoride (eucalyptol + menthol + sodium fluoride + thymol)_mixture", "1,3,3-trimethyl-2-oxabicyclo[2,2,2]octan", "eukalyptol", "{2-oxabicyclo[2.2.2]octane,} 1,3,3-trimethyl-", "fresh taste antiseptic mouthwash (eucalyptol + menthol + thymol)_mixture", "demo cineol adulte (camphor + eucalyptol + guaiacol)_mixture", "majorana comp gelatum (beechwood creosote + calendula + citric acid + echinacea angustifolia + eucalyptol + lactic acid + origanum majorana + silver + thuja occidentalis + tiger lily)_mixture", "casella-med brand of cineole", "thermo rub ont (eucalyptol + menthol + methyl salicylate)_mixture", "plantago balm (camphor + drosera rotundifolia + eucalyptol + plantago major + resina laricis + tussilago petasites)_mixture", "p-menthane 1,8-epoxy- (van)", "cucalyptol", "balminil suppositories children (dibunate sodium + eucalyptol + menthol + niaouli oil)_mixture", "{2-oxa-1,3,3-trimethylbicyclo[2.2.2]octane}", "eucalyptus oil", "eucalyptol [usan]", "eukalyptol [czech]", "pin blanc compose syr (eucalyptol + honey + white pine)_mixture", "balminil suppositories infants (dibunate sodium + eucalyptol + menthol + niaouli oil)_mixture", "cal mo dol ont (camphor + eucalyptol + menthol + methyl salicylate + oil of turpentine + peppermint oil)_mixture", "democineol sup bebe (camphor + eucalyptol + guaiacol)_mixture", "star-vi-dol (ammonium chloride + eucalyptol + menthol + myroxylon balsamum + white pine + wild cherry)_mixture", "glenalgesic forte (camphor + eucalyptol + menthol + methyl salicylate)_mixture", "arthriflex (eucalyptol + menthol)_mixture", "vitarub ont (eucalyptol + menthol + methyl salicylate)_mixture", "naturub ont (eucalyptol + menthol + methyl salicylate)_mixture", "eucalyptol (natural)", "orthorub (eucalyptol + menthol + methyl salicylate)_mixture", "larynsol loz (benzoic acid + chlorobutanol + eucalyptol)_mixture", "inarub crm (eucalyptol + menthol + methyl salicylate)_mixture", "rhino-vaccin (camphor + chlorobutanol + eucalyptol + l-ephedrine hydrochloride + menthol)_mixture", "mielocol syrup (aralia racemosa + eucalyptol + guaifenesin + honey + poplar bud + sanguinaria canadensis + white pine + wild cherry)_mixture", "cineolum", "balminil suppositories adults (dibunate sodium + eucalyptol + menthol + niaouli oil)_mixture", "unii-rv6j6604tk", "1,3,3-trimethyl-2-oxabicyclo[2.2.2]octane (acd/name 4.0)", "cineole (van)", "1,3,3-trimethyl-2-oxabicyclo[2.2.2]octan[german]", "321-28-8[rn]", "cineole[wiki]", "1,3,3-trimethyl-2-oxabicyclo[2.2.2]octane[acd/iupac name]", "c010087", "8024-53-1[rn]", "207-431-5[einecs]", "cineole*1,8-epoxy-p-menthane*1,8-oxido-p-menthane*eucalyptol*cajeputol", "eucalyptol[wiki]", "eukalyptol[czech]", "470-82-6[rn]", "1,3,3-trimethyl-2-oxabicyclo[2,2,2]octane", "105109[beilstein]", "51273-66-6[rn]", "51374-39-1[rn]", "phenol 5-methyl-2-(1-methylethyl)-,mixt. with 5-methyl-2-(1-methylethyl)cyclohexanol and1,3,3-trimethyl-2-oxabicyclo(2.2.2)octane", "listerine[wiki]"}|>, "419" -> <|"DatabaseID" -> "SW00349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4303]}, "IsomericSmiles" -> "CC(=CCCC(=CCO)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "geraniol methyl cinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4458]}, "Synonyms" -> {"citrol", "ncistruc1_000041", "2,6-dimethyl-2,6-octadien-8-ol", "2,6-octadien-1-ol 3,7-dimethyl-", "3,7-dimethyl-(z)-2,6-octadien-1-ol", "3,7-dimethyl-2,6-octadien-1-ol[acd/iupac name]", "624-15-7", "ac1l1i7m", "203-377-1[einecs]", "203-378-7[einecs]", "(2e)-3,7-dimethylocta-2,6-dien-1-ol", "spectrum4_000441", "8132082[beilstein]", "spectrum3_001450", "ag-d-20529", "geraniol[wiki]", "3", "3,7-dimethyl-trans-2,6-octadien-1-ol", "2,6-octadien-1-ol 3,7-dimethyl- (2e)-", "2", "spectrum_000401", "210-831-2[einecs]", "3,7-dimethyl-2,6-octadienol", "2,6-dimethyl-trans-2,6-octadien-8-ol", "3,7-dimethylocta-2,6-dien-1-ol", "624-15-7[rn]", "106-25-2[rn]", "spectrum2_000784", "106-24-1[rn]"}|>, "420" -> <|"DatabaseID" -> "SW00349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4303]}, "IsomericSmiles" -> "CC(=CCCC(=CCO)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "geraniol methyl cinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4458]}, "Synonyms" -> {"citrol", "ncistruc1_000041", "2,6-dimethyl-2,6-octadien-8-ol", "2,6-octadien-1-ol 3,7-dimethyl-", "3,7-dimethyl-(z)-2,6-octadien-1-ol", "3,7-dimethyl-2,6-octadien-1-ol[acd/iupac name]", "624-15-7", "ac1l1i7m", "203-377-1[einecs]", "203-378-7[einecs]", "(2e)-3,7-dimethylocta-2,6-dien-1-ol", "spectrum4_000441", "8132082[beilstein]", "spectrum3_001450", "ag-d-20529", "geraniol[wiki]", "3", "3,7-dimethyl-trans-2,6-octadien-1-ol", "2,6-octadien-1-ol 3,7-dimethyl- (2e)-", "2", "spectrum_000401", "210-831-2[einecs]", "3,7-dimethyl-2,6-octadienol", "2,6-dimethyl-trans-2,6-octadien-8-ol", "3,7-dimethylocta-2,6-dien-1-ol", "624-15-7[rn]", "106-25-2[rn]", "spectrum2_000784", "106-24-1[rn]"}|>, "421" -> <|"DatabaseID" -> "SW00350", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10756]}, "IsomericSmiles" -> "CC1=CCC(CC1)(C(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "r-terpinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11230]}, "Synonyms" -> {"terpinene-4-ol", "p-menth-1-en-4-ol", "terpinenol-4", "1-terpinen-4-ol", "1-menthene-4-ol", "4-terpineol", "1-p-menthen-4-ol", "terpinen-4-ol", "terpene-4-ol", "4-carvomenthenol", "dl-4-terpineol", "4-methyl-1-(methylethyl)cyclohex-3-en-1-ol", "28219-82-1[rn]", "terpene", "4-methyl-1-isopropyl-3-cyclohexen-1-ol", "1336-05-6[rn]", "4-methyl-1-(1-methylethyl)-3-cyclohexen-1-ol", "1-(1-methylethyl)-4-methyl-3-cyclohexen-1-ol", "terpineol[wiki]", "3-cyclohexen-1-ol 4-methyl-1- (1-methylethyl)-", "4-methyl-1-[1-methylethyl]-3-cyclohexen-1-ol", "4-carvomenthenol (natural)", "4-06-00-00250 (beilstein handbook reference)[beilstein]", "(-)-terpinen-4-ol", "1-methyl-4-isopropyl-1-cyclohexene-4-ol", "1-isopropyl-4-methylcyclohex-3-en-1-ol", "(1)-1-(isopropyl)-4-methylcyclohex-3-en-1-ol", "562-74-3[rn]", "4-methyl-1-(1-methylethyl)-3-cyclohexene-1-ol", "4-terpinenol", "origanol", "para-menth-1-en-4-ol", "1-para-menthen-4-ol", "20126-76-5[rn]", "248-910-9[einecs]", "4-methyl-1-(propan-2-yl)cyclohex-3-en-1-ol", "1-methyl-4-isopropyl-1-cyclohexen-4-ol", "209-235-5[einecs]", "3-cyclohexen-1-ol 4-methyl-1-(1-methylethyl)-", "terpinenolu-4[czech]"}|>, "422" -> <|"DatabaseID" -> "SW00350", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10756]}, "IsomericSmiles" -> "CC1=CCC(CC1)(C(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "r-terpinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11230]}, "Synonyms" -> {"terpinene-4-ol", "p-menth-1-en-4-ol", "terpinenol-4", "1-terpinen-4-ol", "1-menthene-4-ol", "4-terpineol", "1-p-menthen-4-ol", "terpinen-4-ol", "terpene-4-ol", "4-carvomenthenol", "dl-4-terpineol", "4-methyl-1-(methylethyl)cyclohex-3-en-1-ol", "28219-82-1[rn]", "terpene", "4-methyl-1-isopropyl-3-cyclohexen-1-ol", "1336-05-6[rn]", "4-methyl-1-(1-methylethyl)-3-cyclohexen-1-ol", "1-(1-methylethyl)-4-methyl-3-cyclohexen-1-ol", "terpineol[wiki]", "3-cyclohexen-1-ol 4-methyl-1- (1-methylethyl)-", "4-methyl-1-[1-methylethyl]-3-cyclohexen-1-ol", "4-carvomenthenol (natural)", "4-06-00-00250 (beilstein handbook reference)[beilstein]", "(-)-terpinen-4-ol", "1-methyl-4-isopropyl-1-cyclohexene-4-ol", "1-isopropyl-4-methylcyclohex-3-en-1-ol", "(1)-1-(isopropyl)-4-methylcyclohex-3-en-1-ol", "562-74-3[rn]", "4-methyl-1-(1-methylethyl)-3-cyclohexene-1-ol", "4-terpinenol", "origanol", "para-menth-1-en-4-ol", "1-para-menthen-4-ol", "20126-76-5[rn]", "248-910-9[einecs]", "4-methyl-1-(propan-2-yl)cyclohex-3-en-1-ol", "1-methyl-4-isopropyl-1-cyclohexen-4-ol", "209-235-5[einecs]", "3-cyclohexen-1-ol 4-methyl-1-(1-methylethyl)-", "terpinenolu-4[czech]"}|>, "423" -> <|"DatabaseID" -> "SW00351", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17580"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13849981]}, "IsomericSmiles" -> "CC(=CCCC(C)(C=C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linalol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6549]}, "Synonyms" -> {"allo-ocimenol", "linalyl alcohol", "linalol", ".beta.-linalool", "dl-linalool", "11024-20-7[rn]", "201-134-4[einecs]", "linalool[wiki]", "(+-)-linalool", "p-linalool", "3", "78-70-6[rn]", "linalool", "245-083-6[einecs]", "2,6-dimethylocta-2,7-dien-6-ol", "242-358-2[einecs]", "licareol", "1721488", "3,7-dimethyl-1,6-octadien-3-ol", "3,7-dimethyl-octa-1,6-dien-3-ol", "linalool 6,7-dihydro-", "1362385[beilstein]", "1,6-octadien-3-ol 3,7-dimethyl-", "3,7-dimethylocta-1,6-dien-3-ol", "78-70-6", "beta-linalool", "6,7-dihydrolinalool", "coriandrol"}|>, "424" -> <|"DatabaseID" -> "SW00351", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17580"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13849981]}, "IsomericSmiles" -> "CC(=CCCC(C)(C=C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linalol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6549]}, "Synonyms" -> {"allo-ocimenol", "linalyl alcohol", "linalol", ".beta.-linalool", "dl-linalool", "11024-20-7[rn]", "201-134-4[einecs]", "linalool[wiki]", "(+-)-linalool", "p-linalool", "3", "78-70-6[rn]", "linalool", "245-083-6[einecs]", "2,6-dimethylocta-2,7-dien-6-ol", "242-358-2[einecs]", "licareol", "1721488", "3,7-dimethyl-1,6-octadien-3-ol", "3,7-dimethyl-octa-1,6-dien-3-ol", "linalool 6,7-dihydro-", "1362385[beilstein]", "1,6-octadien-3-ol 3,7-dimethyl-", "3,7-dimethylocta-1,6-dien-3-ol", "78-70-6", "beta-linalool", "6,7-dihydrolinalool", "coriandrol"}|>, "425" -> <|"DatabaseID" -> "SW00352", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29452"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 558917]}, "IsomericSmiles" -> "CC(=CCC/C(=C\\CO)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 643820]}, "Synonyms" -> {"neryl alcohol", "cis-geraniol", "(z)-geraniol", "neraniol", "cis-3,7-dimethyl-2,6-octadien-1-ol", "lemonol", "2,6-octadien-1-ol 3,7-dimethyl- (2z)-", "nerol (natural)", "(z)-3", "(2z)-3,7-dimethylocta-2,6-dien-1-ol", "203-378-7[einecs]", "(cis)3,7-dimethyl-2,6-octadien-1-ol", "1722455[beilstein]", "jsp000569", "2,6-octadien-1-ol 3,7-dimethyl- (z)-", "(2z)3,7-dimethyl-2,6-octadien-1-ol", "cis-3", "(2z)-3,7-dimethyl-1-octa-2,6-dienol", "2", "cis-2,6-dimethyl-2,6-octadien-8-ol", "(z)-3,7-dimethyl-2,6-octadien-1-ol", "2-cis-3,7-dimethyl-2,6-octadien-1-ol", "1722454[beilstein]", "106-25-2", "vernol", "(2z)-3", "(2z)-3,7-dimethyl-2,6-octadienol", "106-24-1[rn]", "nerol", "(z)3,7-dimethyl-2,6-octadien-1-ol", "guaniol", "(2z)-3,7-dimethyl-2,6-octadien-1-ol", "nerol[wiki]", "106-25-2[rn]", "(z)-nerol", "(z)-3,7-dimethylocta-2,6-dien-1-ol", "3,7-dimethyl-2,6-octadien-1-ol(cis)"}|>, "426" -> <|"DatabaseID" -> "SW00353", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "36742"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6720]}, "IsomericSmiles" -> "CC1CCC(C(=O)C1)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-menthone;iso-menthone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6986]}, "Synonyms" -> {"cyclohexanone", "p-menthan-3-one", "isomenthone", "5-methyl-2-(isopropylcyclo)hexanone", "2-isopropyl-5-methylcyclohexanone", "menthone", ".alpha.-isomenthone", "cyclohexan-1-one 2-isopropyl-5-methyl- racemic", "201-941-1[einecs]", "233-944-9[einecs]", "16883-45-7[rn]", "774527[beilstein]", "jsp000447", "dl-menthone", "cyclohexanone 2-isopropyl-5-methyl-", "5-methyl-2-(1-methylethyl)cyclohexanone", "240-917-5[einecs]", "36977-92-1[rn]", "2-isopropyl-5-methylcyclohexanone[acd/iupac name]", "214-813-5[einecs]", "l-menthone*p-menthan-3-one", "p-menthan-3-one dl-", "1-isopropyl-4-methyl-2-cyclohexanone", "253-295-5[einecs]", "4-07-00-00087 (beilstein handbook reference)[beilstein]", "89-80-5[rn]", "5-methyl-2-(1-methylethyl)-cyclohexanone", "neomenthone", "5-methyl-2-(methylethyl)cyclohexan-1-one", "207-727-4[einecs]", "iso-menthone", "3391-87-5[rn]", "1196-31-2[rn]", "222-227-6[einecs]", "5-methyl-2-(propan-2-yl)cyclohexanone", "1-methyl-4-isopropylcyclohexan-3-one", "1074-95-9[rn]", "2-isopropyl-5-methyl-cyclohexanone", "5-methyl-2-(isopropyl)cyclohexanone", "cyclohexanone 5-methyl-2- (1-methylethyl)-", "cyclohexanone 5-methyl-2-(1-methylethyl)-", "14073-97-3[rn]", "10458-14-7[rn]", "5-methyl-2-(1-methylethyl)cyclohexanone trans-", "214-049-2[einecs]", "237-926-1[einecs]", "p-menthone"}|>, "427" -> <|"DatabaseID" -> "SW00353", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "36742"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6720]}, "IsomericSmiles" -> "CC1CCC(C(=O)C1)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-menthone;iso-menthone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6986]}, "Synonyms" -> {"cyclohexanone", "p-menthan-3-one", "isomenthone", "5-methyl-2-(isopropylcyclo)hexanone", "2-isopropyl-5-methylcyclohexanone", "menthone", ".alpha.-isomenthone", "cyclohexan-1-one 2-isopropyl-5-methyl- racemic", "201-941-1[einecs]", "233-944-9[einecs]", "16883-45-7[rn]", "774527[beilstein]", "jsp000447", "dl-menthone", "cyclohexanone 2-isopropyl-5-methyl-", "5-methyl-2-(1-methylethyl)cyclohexanone", "240-917-5[einecs]", "36977-92-1[rn]", "2-isopropyl-5-methylcyclohexanone[acd/iupac name]", "214-813-5[einecs]", "l-menthone*p-menthan-3-one", "p-menthan-3-one dl-", "1-isopropyl-4-methyl-2-cyclohexanone", "253-295-5[einecs]", "4-07-00-00087 (beilstein handbook reference)[beilstein]", "89-80-5[rn]", "5-methyl-2-(1-methylethyl)-cyclohexanone", "neomenthone", "5-methyl-2-(methylethyl)cyclohexan-1-one", "207-727-4[einecs]", "iso-menthone", "3391-87-5[rn]", "1196-31-2[rn]", "222-227-6[einecs]", "5-methyl-2-(propan-2-yl)cyclohexanone", "1-methyl-4-isopropylcyclohexan-3-one", "1074-95-9[rn]", "2-isopropyl-5-methyl-cyclohexanone", "5-methyl-2-(isopropyl)cyclohexanone", "cyclohexanone 5-methyl-2- (1-methylethyl)-", "cyclohexanone 5-methyl-2-(1-methylethyl)-", "14073-97-3[rn]", "10458-14-7[rn]", "5-methyl-2-(1-methylethyl)cyclohexanone trans-", "214-049-2[einecs]", "237-926-1[einecs]", "p-menthone"}|>, "428" -> <|"DatabaseID" -> "SW00353", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "36742"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6720]}, "IsomericSmiles" -> "CC1CCC(C(=O)C1)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-menthone;iso-menthone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6986]}, "Synonyms" -> {"cyclohexanone", "p-menthan-3-one", "isomenthone", "5-methyl-2-(isopropylcyclo)hexanone", "2-isopropyl-5-methylcyclohexanone", "menthone", ".alpha.-isomenthone", "cyclohexan-1-one 2-isopropyl-5-methyl- racemic", "201-941-1[einecs]", "233-944-9[einecs]", "16883-45-7[rn]", "774527[beilstein]", "jsp000447", "dl-menthone", "cyclohexanone 2-isopropyl-5-methyl-", "5-methyl-2-(1-methylethyl)cyclohexanone", "240-917-5[einecs]", "36977-92-1[rn]", "2-isopropyl-5-methylcyclohexanone[acd/iupac name]", "214-813-5[einecs]", "l-menthone*p-menthan-3-one", "p-menthan-3-one dl-", "1-isopropyl-4-methyl-2-cyclohexanone", "253-295-5[einecs]", "4-07-00-00087 (beilstein handbook reference)[beilstein]", "89-80-5[rn]", "5-methyl-2-(1-methylethyl)-cyclohexanone", "neomenthone", "5-methyl-2-(methylethyl)cyclohexan-1-one", "207-727-4[einecs]", "iso-menthone", "3391-87-5[rn]", "1196-31-2[rn]", "222-227-6[einecs]", "5-methyl-2-(propan-2-yl)cyclohexanone", "1-methyl-4-isopropylcyclohexan-3-one", "1074-95-9[rn]", "2-isopropyl-5-methyl-cyclohexanone", "5-methyl-2-(isopropyl)cyclohexanone", "cyclohexanone 5-methyl-2- (1-methylethyl)-", "cyclohexanone 5-methyl-2-(1-methylethyl)-", "14073-97-3[rn]", "10458-14-7[rn]", "5-methyl-2-(1-methylethyl)cyclohexanone trans-", "214-049-2[einecs]", "237-926-1[einecs]", "p-menthone"}|>, "429" -> <|"DatabaseID" -> "SW00353", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "36742"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6720]}, "IsomericSmiles" -> "CC1CCC(C(=O)C1)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-menthone;iso-menthone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6986]}, "Synonyms" -> {"cyclohexanone", "p-menthan-3-one", "isomenthone", "5-methyl-2-(isopropylcyclo)hexanone", "2-isopropyl-5-methylcyclohexanone", "menthone", ".alpha.-isomenthone", "cyclohexan-1-one 2-isopropyl-5-methyl- racemic", "201-941-1[einecs]", "233-944-9[einecs]", "16883-45-7[rn]", "774527[beilstein]", "jsp000447", "dl-menthone", "cyclohexanone 2-isopropyl-5-methyl-", "5-methyl-2-(1-methylethyl)cyclohexanone", "240-917-5[einecs]", "36977-92-1[rn]", "2-isopropyl-5-methylcyclohexanone[acd/iupac name]", "214-813-5[einecs]", "l-menthone*p-menthan-3-one", "p-menthan-3-one dl-", "1-isopropyl-4-methyl-2-cyclohexanone", "253-295-5[einecs]", "4-07-00-00087 (beilstein handbook reference)[beilstein]", "89-80-5[rn]", "5-methyl-2-(1-methylethyl)-cyclohexanone", "neomenthone", "5-methyl-2-(methylethyl)cyclohexan-1-one", "207-727-4[einecs]", "iso-menthone", "3391-87-5[rn]", "1196-31-2[rn]", "222-227-6[einecs]", "5-methyl-2-(propan-2-yl)cyclohexanone", "1-methyl-4-isopropylcyclohexan-3-one", "1074-95-9[rn]", "2-isopropyl-5-methyl-cyclohexanone", "5-methyl-2-(isopropyl)cyclohexanone", "cyclohexanone 5-methyl-2- (1-methylethyl)-", "cyclohexanone 5-methyl-2-(1-methylethyl)-", "14073-97-3[rn]", "10458-14-7[rn]", "5-methyl-2-(1-methylethyl)cyclohexanone trans-", "214-049-2[einecs]", "237-926-1[einecs]", "p-menthone"}|>, "430" -> <|"DatabaseID" -> "SW00354", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391430]}, "IsomericSmiles" -> "CC(=CCC[C@](C)(C=C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-linalool"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443158]}, "Synonyms" -> {"(r)-linalool", "(-)-linalool", "(r)-(-)-linalool", "l-linalool", "201-134-4[einecs]", "(3r)-3,7-dimethylocta-1,6-dien-3-ol", "126-91-0[rn]", "(-)-3,7-dimethyl-1,6-octadien-3-ol", "(r)-(-)-3", "l-licareol", "(3r)-3,7-dimethyl-1,6-octadien-3-ol", "(3r)-3", "spectrum_000212", "(minus)-linalool", "4290982[beilstein]", "204-811-2[einecs]", "78-70-6[rn]", "(r)-linalyl alcohol", "licareol", "3,7-dimethyl-1,6-octadien-3-ol", "1,6-octadien-3-ol 3,7-dimethyl- (3r)-", "(-)-b-linalool", "(r)-3,7-dimethyl-1,6-octadien-3-ol", "linalool (+)", "(3s)-linalool", "1721487[beilstein]", "specplus_000909", "r-linalool", "(3r)-(-)-linalool", "(3r)-linalool"}|>, "431" -> <|"DatabaseID" -> "SW00355", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58234]}, "IsomericSmiles" -> "CC1(C2CCC1(C(C2)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bornol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64685]}, "Synonyms" -> {"sumatra camphor", "(-)-borneol", "(+)-borneol", "endo-2-bornanol", "2-hydroxybornane", "1,7,7-trimethylbicyclo(2.2.1)heptan-2-ol", "464-45-9[rn]", "bornyl alcohol", "bicyclo[2.2.1]heptan-2-ol 1,7,7-trimethyl-", "dl-2-bornanol", "dl-isoborneol", "6627-72-1[rn]", "507-70-0[rn]", "endo-1,7,7-trimethylbicyclo[2.2.1]heptan-2-ol", "10385-78-1[rn]", "borneol[wiki]", "1,7,7-trimethylbicyclo[2.2.1]heptan-2-ol[acd/iupac name]", "endo-2-camphanol", "1", "bicyclo(2.2.1)heptan-2-ol 1,7,7-trimethyl-", "d-borneol", "chebi:28093", "borneol", "isoborneol", "10385-78-1", "borneo camphor", "2-hydroxycamphane", "endo-2-hydroxycamphane", "1903042[beilstein]", "camphane 2-hydroxy-", "208-080-0[einecs]"}|>, "432" -> <|"DatabaseID" -> "SW00355", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58234]}, "IsomericSmiles" -> "CC1(C2CCC1(C(C2)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bornol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64685]}, "Synonyms" -> {"sumatra camphor", "(-)-borneol", "(+)-borneol", "endo-2-bornanol", "2-hydroxybornane", "1,7,7-trimethylbicyclo(2.2.1)heptan-2-ol", "464-45-9[rn]", "bornyl alcohol", "bicyclo[2.2.1]heptan-2-ol 1,7,7-trimethyl-", "dl-2-bornanol", "dl-isoborneol", "6627-72-1[rn]", "507-70-0[rn]", "endo-1,7,7-trimethylbicyclo[2.2.1]heptan-2-ol", "10385-78-1[rn]", "borneol[wiki]", "1,7,7-trimethylbicyclo[2.2.1]heptan-2-ol[acd/iupac name]", "endo-2-camphanol", "1", "bicyclo(2.2.1)heptan-2-ol 1,7,7-trimethyl-", "d-borneol", "chebi:28093", "borneol", "isoborneol", "10385-78-1", "borneo camphor", "2-hydroxycamphane", "endo-2-hydroxycamphane", "1903042[beilstein]", "camphane 2-hydroxy-", "208-080-0[einecs]"}|>, "433" -> <|"DatabaseID" -> "SW00356", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50215"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11575]}, "IsomericSmiles" -> "CC1CCC(CC1O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrocarveol"|>, "Synonyms" -> {"619-01-2[rn]", "2-methyl-5-isopropenylcyclohexanol", "2-methyl-5-(1-methylethenyl)cyclohexanol", "isodihydrocarveol", "8-p-menthen-2-ol", "22567-21-1[rn]", "p-menth-8(9)-en-2-ol", "1,6-dihydrocarveol", "210-575-1[einecs]", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol", "253-755-5[einecs]", "cyclohexanol 2-methyl-5-(1-methylethenyl)-", "38049-26-2[rn]", "p-menth-8-en-2-ol", "p-menth-8-en-2-ol cis-1,2,trans-1,4-", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol; p-menth-8-en-2-ol", "dihydrocarveol", "5-isopropenyl-2-methylcyclohexanol[acd/iupac name]", "carveol dihydro-", "neodihydrocarveol", "245-085-7[einecs]", "2-methyl-5-(1-methylvinyl)cyclohexan-1-ol", "2205768[beilstein]", "6-methyl-3-isopropenylcyclohexanol"}|>, "434" -> <|"DatabaseID" -> "SW00356", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50215"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11575]}, "IsomericSmiles" -> "CC1CCC(CC1O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrocarveol"|>, "Synonyms" -> {"619-01-2[rn]", "2-methyl-5-isopropenylcyclohexanol", "2-methyl-5-(1-methylethenyl)cyclohexanol", "isodihydrocarveol", "8-p-menthen-2-ol", "22567-21-1[rn]", "p-menth-8(9)-en-2-ol", "1,6-dihydrocarveol", "210-575-1[einecs]", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol", "253-755-5[einecs]", "cyclohexanol 2-methyl-5-(1-methylethenyl)-", "38049-26-2[rn]", "p-menth-8-en-2-ol", "p-menth-8-en-2-ol cis-1,2,trans-1,4-", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol; p-menth-8-en-2-ol", "dihydrocarveol", "5-isopropenyl-2-methylcyclohexanol[acd/iupac name]", "carveol dihydro-", "neodihydrocarveol", "245-085-7[einecs]", "2-methyl-5-(1-methylvinyl)cyclohexan-1-ol", "2205768[beilstein]", "6-methyl-3-isopropenylcyclohexanol"}|>, "435" -> <|"DatabaseID" -> "SW00356", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50215"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11575]}, "IsomericSmiles" -> "CC1CCC(CC1O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrocarveol"|>, "Synonyms" -> {"619-01-2[rn]", "2-methyl-5-isopropenylcyclohexanol", "2-methyl-5-(1-methylethenyl)cyclohexanol", "isodihydrocarveol", "8-p-menthen-2-ol", "22567-21-1[rn]", "p-menth-8(9)-en-2-ol", "1,6-dihydrocarveol", "210-575-1[einecs]", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol", "253-755-5[einecs]", "cyclohexanol 2-methyl-5-(1-methylethenyl)-", "38049-26-2[rn]", "p-menth-8-en-2-ol", "p-menth-8-en-2-ol cis-1,2,trans-1,4-", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol; p-menth-8-en-2-ol", "dihydrocarveol", "5-isopropenyl-2-methylcyclohexanol[acd/iupac name]", "carveol dihydro-", "neodihydrocarveol", "245-085-7[einecs]", "2-methyl-5-(1-methylvinyl)cyclohexan-1-ol", "2205768[beilstein]", "6-methyl-3-isopropenylcyclohexanol"}|>, "436" -> <|"DatabaseID" -> "SW00356", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50215"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11575]}, "IsomericSmiles" -> "CC1CCC(CC1O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrocarveol"|>, "Synonyms" -> {"619-01-2[rn]", "2-methyl-5-isopropenylcyclohexanol", "2-methyl-5-(1-methylethenyl)cyclohexanol", "isodihydrocarveol", "8-p-menthen-2-ol", "22567-21-1[rn]", "p-menth-8(9)-en-2-ol", "1,6-dihydrocarveol", "210-575-1[einecs]", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol", "253-755-5[einecs]", "cyclohexanol 2-methyl-5-(1-methylethenyl)-", "38049-26-2[rn]", "p-menth-8-en-2-ol", "p-menth-8-en-2-ol cis-1,2,trans-1,4-", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol; p-menth-8-en-2-ol", "dihydrocarveol", "5-isopropenyl-2-methylcyclohexanol[acd/iupac name]", "carveol dihydro-", "neodihydrocarveol", "245-085-7[einecs]", "2-methyl-5-(1-methylvinyl)cyclohexan-1-ol", "2205768[beilstein]", "6-methyl-3-isopropenylcyclohexanol"}|>, "437" -> <|"DatabaseID" -> "SW00356", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50215"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11575]}, "IsomericSmiles" -> "CC1CCC(CC1O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrocarveol"|>, "Synonyms" -> {"619-01-2[rn]", "2-methyl-5-isopropenylcyclohexanol", "2-methyl-5-(1-methylethenyl)cyclohexanol", "isodihydrocarveol", "8-p-menthen-2-ol", "22567-21-1[rn]", "p-menth-8(9)-en-2-ol", "1,6-dihydrocarveol", "210-575-1[einecs]", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol", "253-755-5[einecs]", "cyclohexanol 2-methyl-5-(1-methylethenyl)-", "38049-26-2[rn]", "p-menth-8-en-2-ol", "p-menth-8-en-2-ol cis-1,2,trans-1,4-", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol; p-menth-8-en-2-ol", "dihydrocarveol", "5-isopropenyl-2-methylcyclohexanol[acd/iupac name]", "carveol dihydro-", "neodihydrocarveol", "245-085-7[einecs]", "2-methyl-5-(1-methylvinyl)cyclohexan-1-ol", "2205768[beilstein]", "6-methyl-3-isopropenylcyclohexanol"}|>, "438" -> <|"DatabaseID" -> "SW00356", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50215"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11575]}, "IsomericSmiles" -> "CC1CCC(CC1O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrocarveol"|>, "Synonyms" -> {"619-01-2[rn]", "2-methyl-5-isopropenylcyclohexanol", "2-methyl-5-(1-methylethenyl)cyclohexanol", "isodihydrocarveol", "8-p-menthen-2-ol", "22567-21-1[rn]", "p-menth-8(9)-en-2-ol", "1,6-dihydrocarveol", "210-575-1[einecs]", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol", "253-755-5[einecs]", "cyclohexanol 2-methyl-5-(1-methylethenyl)-", "38049-26-2[rn]", "p-menth-8-en-2-ol", "p-menth-8-en-2-ol cis-1,2,trans-1,4-", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol; p-menth-8-en-2-ol", "dihydrocarveol", "5-isopropenyl-2-methylcyclohexanol[acd/iupac name]", "carveol dihydro-", "neodihydrocarveol", "245-085-7[einecs]", "2-methyl-5-(1-methylvinyl)cyclohexan-1-ol", "2205768[beilstein]", "6-methyl-3-isopropenylcyclohexanol"}|>, "439" -> <|"DatabaseID" -> "SW00356", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50215"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11575]}, "IsomericSmiles" -> "CC1CCC(CC1O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrocarveol"|>, "Synonyms" -> {"619-01-2[rn]", "2-methyl-5-isopropenylcyclohexanol", "2-methyl-5-(1-methylethenyl)cyclohexanol", "isodihydrocarveol", "8-p-menthen-2-ol", "22567-21-1[rn]", "p-menth-8(9)-en-2-ol", "1,6-dihydrocarveol", "210-575-1[einecs]", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol", "253-755-5[einecs]", "cyclohexanol 2-methyl-5-(1-methylethenyl)-", "38049-26-2[rn]", "p-menth-8-en-2-ol", "p-menth-8-en-2-ol cis-1,2,trans-1,4-", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol; p-menth-8-en-2-ol", "dihydrocarveol", "5-isopropenyl-2-methylcyclohexanol[acd/iupac name]", "carveol dihydro-", "neodihydrocarveol", "245-085-7[einecs]", "2-methyl-5-(1-methylvinyl)cyclohexan-1-ol", "2205768[beilstein]", "6-methyl-3-isopropenylcyclohexanol"}|>, "440" -> <|"DatabaseID" -> "SW00356", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50215"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11575]}, "IsomericSmiles" -> "CC1CCC(CC1O)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrocarveol"|>, "Synonyms" -> {"619-01-2[rn]", "2-methyl-5-isopropenylcyclohexanol", "2-methyl-5-(1-methylethenyl)cyclohexanol", "isodihydrocarveol", "8-p-menthen-2-ol", "22567-21-1[rn]", "p-menth-8(9)-en-2-ol", "1,6-dihydrocarveol", "210-575-1[einecs]", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol", "253-755-5[einecs]", "cyclohexanol 2-methyl-5-(1-methylethenyl)-", "38049-26-2[rn]", "p-menth-8-en-2-ol", "p-menth-8-en-2-ol cis-1,2,trans-1,4-", "2-methyl-5-(prop-1-en-2-yl)cyclohexanol; p-menth-8-en-2-ol", "dihydrocarveol", "5-isopropenyl-2-methylcyclohexanol[acd/iupac name]", "carveol dihydro-", "neodihydrocarveol", "245-085-7[einecs]", "2-methyl-5-(1-methylvinyl)cyclohexan-1-ol", "2205768[beilstein]", "6-methyl-3-isopropenylcyclohexanol"}|>, "441" -> <|"DatabaseID" -> "SW00357", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "22469"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13850142]}, "IsomericSmiles" -> "CC1=CCC(CC1)C(C)(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "terpineol"|>, "Synonyms" -> {"2-(4-methylcyclohex-3-enyl)propan-2-ol", "98-55-5[rn]", "1906604[beilstein]", "1-p-menthen-8-ol", "2-(4-methyl-cyclohex-3-enyl)-propan-2-ol", "l6utj a1 dxq1&1[wln]", "2-(4-methyl-3-cyclohexenyl)-2-propanol", "terpineol[wiki]", "2-(4-methyl-3-cylohexenyl)isopropanol", "terpineols", "202-680-6[einecs]", "1-methyl-4-isopropyl-1-cyclohexene-8-ol", "p-menth-1-en-8-ol", "2-(4-methylcyclohex-3-en-1-yl)propan-2-ol[acd/iupac name]", "2-(4-methyl-3-cyclohexen-1-yl)-2-propanol", "1-methyl-4-isopropyl-1-cyclohexen-8-ol", "1-menthene-8-ol"}|>, "442" -> <|"DatabaseID" -> "SW00357", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "22469"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13850142]}, "IsomericSmiles" -> "CC1=CCC(CC1)C(C)(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "terpineol"|>, "Synonyms" -> {"2-(4-methylcyclohex-3-enyl)propan-2-ol", "98-55-5[rn]", "1906604[beilstein]", "1-p-menthen-8-ol", "2-(4-methyl-cyclohex-3-enyl)-propan-2-ol", "l6utj a1 dxq1&1[wln]", "2-(4-methyl-3-cyclohexenyl)-2-propanol", "terpineol[wiki]", "2-(4-methyl-3-cylohexenyl)isopropanol", "terpineols", "202-680-6[einecs]", "1-methyl-4-isopropyl-1-cyclohexene-8-ol", "p-menth-1-en-8-ol", "2-(4-methylcyclohex-3-en-1-yl)propan-2-ol[acd/iupac name]", "2-(4-methyl-3-cyclohexen-1-yl)-2-propanol", "1-methyl-4-isopropyl-1-cyclohexen-8-ol", "1-menthene-8-ol"}|>, "443" -> <|"DatabaseID" -> "SW00358", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390927]}, "IsomericSmiles" -> "CC1=CC[C@@H](CC1)C(C)(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "terpinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442501]}, "Synonyms" -> {"(r)-p-menth-1-en-8-ol", "(+)-p-menth-1-en-8-ol", "2-[(1r)-4-methylcyclohex-3-en-1-yl]propan-2-ol", "(r)-2-(4-methyl-3-cyclohexenyl)isopropanol", "(r)-(+)-alpha-terpineol", "lily of valley", "7785-53-7[rn]", "l-alpha-terpineol", "alpha-terpinol", "alpha-terpineole", "2-[(1r)-4-methyl-1-cyclohex-3-enyl]propan-2-ol", "(+)-alpha-terpineol", "(6r)-p-menth-1-en-8-ol", "2041428[beilstein]", "(4r)-p-menth-1-en-8-ol", "232-081-5[einecs]", "(4r)-p-menth-1-en-8-ol; 2-[(1r)-4-methylcyclohex-3-en-1-yl]propan-2-ol", "5729447[beilstein]"}|>, "444" -> <|"DatabaseID" -> "SW00359", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "98"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 60523]}, "IsomericSmiles" -> "CC(=CCC[C@@](C)(C=C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-linalool;coriandrol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 67179]}, "Synonyms" -> {"(s)-(+)-linalool", "(s)-linalool", "coriandrol", "(+)-linalool", "(3s)-3,7-dimethylocta-1,6-dien-3-ol", "201-134-4[einecs]", "126-90-9[rn]", "(s)-linalol", "126-90-9; 21453-69-0", "(s)-3", "204-810-7[einecs]", "126-91-0[rn]", "1", "78-70-6[rn]", "(+)-(s)-3,7-dimethyl-1,6-octadien-3-ol", "linalool (d)", "(s)-3,7-dimethyl-1,6-octadien-3-ol", "s-linalool", "1,6-octadien-3-ol 3,7-dimethyl- (3s)-", "126-90-9", "1,6-octadien-3-ol 3,7-dimethyl-", "3,7-dimethylocta-1,6-dien-3-ol", "1721486[beilstein]", "(3s)-3", "(3r)-linalool", "(3s)-linalool", "d-linalool", "(3s)-(+)-linalool", "1,6-octadien-3-ol 3,7-dimethyl- (s)-", "(+)-b-linalool", "(3s)-3,7-dimethyl-1,6-octadien-3-ol[acd/iupac name]"}|>, "445" -> <|"DatabaseID" -> "SW00360", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80981]}, "IsomericSmiles" -> "c1c([nH]c(=O)[nH]c1=O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08304"]}, "OfficialNames" -> <|"Indian Approved Name" -> "calcium orotate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 89722]}, "Synonyms" -> {"calcium orotate", "245-009-2[einecs]", "akos015901955", "22454-86-0", "calora", "einecs 245-009-2", "calcium bis(2,6-dioxo-1,2,3,6-tetrahydropyrimidine-4-carboxylate)", "surecn422601", "4-pyrimidinecarboxylic acid 1,2,3,6-tetrahydro-2,6-dioxo- calcium salt(2:1)", "calciumorotat (tn)", "orotic acid calcium salt", "calciumorotat", "calcium 1,2,3,6-tetrahydro-2,6-dioxopyrimidine-4-carboxylate", "ac1l3igx", "22454-86-0[rn]", "calcium 1", "4-pyrimidinecarboxylic acid 1,2,3,6-tetrahydro-2,6-dioxo- calciumsalt(2:1)"}|>, "446" -> <|"DatabaseID" -> "SW00361", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17477"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 81524]}, "IsomericSmiles" -> "c1c(c(=O)[nH]c(=O)[nH]1)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steviolbioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 90301]}, "Synonyms" -> {"5-carboxyuracil", "uracil 5-carboxylic acid", "2", "uracil-5-carboxylic acid", "isoorotic acid", "5-uracilcarboxylic acid", "steviolbioside", "23945-44-0[rn]", "2,4-dihydroxy-5-pyrimidinecarboxylic acid", "2,4-dihydroxypyrimidine-5-carboxylic acid", "5-pyrimidinecarboxylic acid 2,4-dihydroxy-", "1,2,3,4-tetrahydro-2,4-dioxo-5-pyrimidinecarboxylic acid", "chebi:17477", "5-pyrimidinecarboxylic acid 1,2,3,4-tetrahydro-", "2,4-dioxo-1,2,3,4-tetrahydro-5-pyrimidinecarboxylic acid[acd/iupac name]", "23495-44-0", "2 4-dihydroxy-5-pyrimidinecarboxylic acid", "23945-44-0", "59299-01-3[rn]", "2,4-dioxo-1,2,3,4-tetrahydro-pyrimidine-5-carboxylic acid", "2,4-dihydroxy-pyrimidine-5-carboxylic acid"}|>, "447" -> <|"DatabaseID" -> "SW00362", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 752]}, "IsomericSmiles" -> "c1c([nH]cn1)CC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "histidine dl-", "Traditional Herbal Isolate" -> "histidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 773]}, "Synonyms" -> {"dl-histidine", "h-dl-his-oh", "2-amino-3-(1h-imidazol-4-yl)propanoic acid", "2-amino-3-(1h-imidazol-5-yl)propanoic acid", "l-(14c)histidine", "d-his-oh", "6027-02-7[rn]", "6459-59-2[rn]", "4998-57-6[rn]", "2-amino-3-(1h-imidazol-4-yl)propanoic acid; histidine", "histidina[spanish][inn]", "2-amino-3-(1h-imidazol-4-yl)-propionic acid", "6341-24-8[rn]", "hydrogen histidinate", "184709-11-3", "351-50-8[rn]", "histidine[wiki][usp][acd/iupac name]", "184709-11-3[rn]", "dl-histidine; histidin; histidina", "2-amino-3-(3h-imidazol-4-yl)-propionic acid", "26062-48-6[rn]", "7006-35-1[rn]", "645-35-2[rn]", "4-(2-amino-2-carboxyethyl)imidazole", "123333-71-1[rn]", "84087[beilstein]", "d-histidine; d-his-oh", "71-00-1[rn]", "histidina", "dl-2-amino-3-(4-imidazolyl)propionsaeure", "200-745-3[einecs]", "d-histidine[acd/iupac name]", "225-660-9[einecs]", "anti-rheuma", "histidin", "ag-f-67366", "4998-57-6", "glyoxaline-5-alanine"}|>, "448" -> <|"DatabaseID" -> "SW00362", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 752]}, "IsomericSmiles" -> "c1c([nH]cn1)CC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "histidine dl-", "Traditional Herbal Isolate" -> "histidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 773]}, "Synonyms" -> {"dl-histidine", "h-dl-his-oh", "2-amino-3-(1h-imidazol-4-yl)propanoic acid", "2-amino-3-(1h-imidazol-5-yl)propanoic acid", "l-(14c)histidine", "d-his-oh", "6027-02-7[rn]", "6459-59-2[rn]", "4998-57-6[rn]", "2-amino-3-(1h-imidazol-4-yl)propanoic acid; histidine", "histidina[spanish][inn]", "2-amino-3-(1h-imidazol-4-yl)-propionic acid", "6341-24-8[rn]", "hydrogen histidinate", "184709-11-3", "351-50-8[rn]", "histidine[wiki][usp][acd/iupac name]", "184709-11-3[rn]", "dl-histidine; histidin; histidina", "2-amino-3-(3h-imidazol-4-yl)-propionic acid", "26062-48-6[rn]", "7006-35-1[rn]", "645-35-2[rn]", "4-(2-amino-2-carboxyethyl)imidazole", "123333-71-1[rn]", "84087[beilstein]", "d-histidine; d-his-oh", "71-00-1[rn]", "histidina", "dl-2-amino-3-(4-imidazolyl)propionsaeure", "200-745-3[einecs]", "d-histidine[acd/iupac name]", "225-660-9[einecs]", "anti-rheuma", "histidin", "ag-f-67366", "4998-57-6", "glyoxaline-5-alanine"}|>, "449" -> <|"DatabaseID" -> "SW00363", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2220]}, "IsomericSmiles" -> "CCC1(CC(=O)NC(=O)C1)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01957"]}, "OfficialNames" -> <|"China Approved Name" -> "bemegride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2310]}, "Synonyms" -> {"agipnon", "ahypnon", "malysol", "bemegride", "bemegrid", "eukraton", "zentraleptin", "megibal", "antibarbi", "methetharimide", "9016-45-9[rn]", "megimide[wiki]", "etimid", "megimid", "megibal (tn)", "mikedimide", "np13", "bemigride", "benegrid", "64-65-3[rn]", "2,6-piperidinedione 4-ethyl-4-methyl-", "glutarimide 3-ethyl-3-methyl-", "4-methyl-4-ethyl-2,6-dioxopiperidine", "2 6-dioxo-4-methyl-4-ethylpiperidine", "4-ethyl-4-methyl-2,6-dioxopiperidine", "3-ethyl-3-methylglutarimide", "2,6-dioxo-4-methyl-4-ethylpiperidine", "cas-64-65-3", "3-methyl-3-ethylglutarimide", "bemegride[wiki]", "4-ethyl-4-methylpiperidine-2,6-dione", "4-ethyl-4-methylazaperhydroine-2,6-dione", "3,3-methylethylilotarimide", "b,b-methylethylglutarimide", "megimide", "4-ethyl-4-methyl-2 6-piperidinedione", "4-ethyl-4-methyl-2,6-piperidinedione[acd/iupac name]", "200-588-0[einecs]"}|>, "450" -> <|"DatabaseID" -> "SW00364", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13872064]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04365"]}, "IsomericSmiles" -> "C[NH+]1CCC=C(C1)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arecholine;arecoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2230]}, "Synonyms" -> {"arecholine", "methylarecaidin", "arecoline", "arecaline", "arecolin", "61-94-9[rn]", "63-75-2", "methyl 1-methyl-1,2,5,6-tetrahydro-3-pyridinecarboxylate", "methylarecaiden", "3-pyridinecarboxylic acid,1,2,5,6-tetrahydro-1-methyl- methylester", "methyl 1-methyl-1,2,5,6-tetrahydropyridine-3-carboxylate", "200-523-6[einecs]", "arecoline hydrochloride", "1-methyl-1,2,5,6-tetrahydro-pyridine-3-carboxylic acidmethyl ester(arecoline)", "-", "arekolin", "63-75-2[rn]", "3-pyridinecarboxylic acid", "(arecoline)1-methyl-1,2,5,6-tetrahydro-pyridine-3-carboxylic acid methylester", "arecoline base", "methyl-1-methyl-1,2,5,6-tetrahydro-3-pyridincarboxylat", "arecoline1-methyl-1,2,5,6-tetrahydro-pyridine-3-carboxylic acidmethyl ester", "1-methyl-1,2,5,6-tetrahydro-pyridine-3-carboxylic acidmethyl ester", "arecholin", "arecaidine methyl ester", "200-565-5[einecs]", "d001115", "arecoline[wiki]", "arecoline hydrobromide", "methyl methyl-1,2,5,6-tetrahydropyridine-3-carboxylate", "1-methyl-1,2,5,6-tetrahydro-pyridine-3-carboxylic acidmethyl ester (arecoline)"}|>, "451" -> <|"DatabaseID" -> "SW00364", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13872064]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04365"]}, "IsomericSmiles" -> "C[NH+]1CCC=C(C1)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arecholine;arecoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2230]}, "Synonyms" -> {"arecholine", "methylarecaidin", "arecoline", "arecaline", "arecolin", "61-94-9[rn]", "63-75-2", "methyl 1-methyl-1,2,5,6-tetrahydro-3-pyridinecarboxylate", "methylarecaiden", "3-pyridinecarboxylic acid,1,2,5,6-tetrahydro-1-methyl- methylester", "methyl 1-methyl-1,2,5,6-tetrahydropyridine-3-carboxylate", "200-523-6[einecs]", "arecoline hydrochloride", "1-methyl-1,2,5,6-tetrahydro-pyridine-3-carboxylic acidmethyl ester(arecoline)", "-", "arekolin", "63-75-2[rn]", "3-pyridinecarboxylic acid", "(arecoline)1-methyl-1,2,5,6-tetrahydro-pyridine-3-carboxylic acid methylester", "arecoline base", "methyl-1-methyl-1,2,5,6-tetrahydro-3-pyridincarboxylat", "arecoline1-methyl-1,2,5,6-tetrahydro-pyridine-3-carboxylic acidmethyl ester", "1-methyl-1,2,5,6-tetrahydro-pyridine-3-carboxylic acidmethyl ester", "arecholin", "arecaidine methyl ester", "200-565-5[einecs]", "d001115", "arecoline[wiki]", "arecoline hydrobromide", "methyl methyl-1,2,5,6-tetrahydropyridine-3-carboxylate", "1-methyl-1,2,5,6-tetrahydro-pyridine-3-carboxylic acidmethyl ester (arecoline)"}|>, "452" -> <|"DatabaseID" -> "SW00365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391310]}, "IsomericSmiles" -> "C[NH+]1C2CC3CC1C([C@H]2O)O3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scopoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443009]}, "Synonyms" -> {"scopoline", "487-27-4", "c10866", "ac1l9duq", "487-27-4[rn]"}|>, "453" -> <|"DatabaseID" -> "SW00365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391310]}, "IsomericSmiles" -> "C[NH+]1C2CC3CC1C([C@H]2O)O3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scopoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443009]}, "Synonyms" -> {"scopoline", "487-27-4", "c10866", "ac1l9duq", "487-27-4[rn]"}|>, "454" -> <|"DatabaseID" -> "SW00365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391310]}, "IsomericSmiles" -> "C[NH+]1C2CC3CC1C([C@H]2O)O3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scopoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443009]}, "Synonyms" -> {"scopoline", "487-27-4", "c10866", "ac1l9duq", "487-27-4[rn]"}|>, "455" -> <|"DatabaseID" -> "SW00365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391310]}, "IsomericSmiles" -> "C[NH+]1C2CC3CC1C([C@H]2O)O3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scopoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443009]}, "Synonyms" -> {"scopoline", "487-27-4", "c10866", "ac1l9duq", "487-27-4[rn]"}|>, "456" -> <|"DatabaseID" -> "SW00366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 241449]}, "IsomericSmiles" -> "C[NH+]1C2CC(CC1C3C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scopanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 274439]}, "Synonyms" -> {"9-methyl-3-oxa-9-azatricyclo[3.3.1.0^{2", "498-45-3", "ac-15492", "i14-2336", "ag-k-83856", "ac1q7a25", "3-oxa-9-azatricyclo[3.3.1.02,4]nonan-7-ol,9-methyl-", "ac1l6uha", "akos015961980", "scopine", "498-45-3[rn]", "9-methyl-3-oxa-9-azatricyclo[3.3.1.02,4]nonan-7-ol", "9-methyl-3-oxa-9-azatricyclo[3.3.1.02", "ar-1h5874"}|>, "457" -> <|"DatabaseID" -> "SW00366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 241449]}, "IsomericSmiles" -> "C[NH+]1C2CC(CC1C3C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scopanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 274439]}, "Synonyms" -> {"9-methyl-3-oxa-9-azatricyclo[3.3.1.0^{2", "498-45-3", "ac-15492", "i14-2336", "ag-k-83856", "ac1q7a25", "3-oxa-9-azatricyclo[3.3.1.02,4]nonan-7-ol,9-methyl-", "ac1l6uha", "akos015961980", "scopine", "498-45-3[rn]", "9-methyl-3-oxa-9-azatricyclo[3.3.1.02,4]nonan-7-ol", "9-methyl-3-oxa-9-azatricyclo[3.3.1.02", "ar-1h5874"}|>, "458" -> <|"DatabaseID" -> "SW00366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 241449]}, "IsomericSmiles" -> "C[NH+]1C2CC(CC1C3C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scopanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 274439]}, "Synonyms" -> {"9-methyl-3-oxa-9-azatricyclo[3.3.1.0^{2", "498-45-3", "ac-15492", "i14-2336", "ag-k-83856", "ac1q7a25", "3-oxa-9-azatricyclo[3.3.1.02,4]nonan-7-ol,9-methyl-", "ac1l6uha", "akos015961980", "scopine", "498-45-3[rn]", "9-methyl-3-oxa-9-azatricyclo[3.3.1.02,4]nonan-7-ol", "9-methyl-3-oxa-9-azatricyclo[3.3.1.02", "ar-1h5874"}|>, "459" -> <|"DatabaseID" -> "SW00366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 241449]}, "IsomericSmiles" -> "C[NH+]1C2CC(CC1C3C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scopanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 274439]}, "Synonyms" -> {"9-methyl-3-oxa-9-azatricyclo[3.3.1.0^{2", "498-45-3", "ac-15492", "i14-2336", "ag-k-83856", "ac1q7a25", "3-oxa-9-azatricyclo[3.3.1.02,4]nonan-7-ol,9-methyl-", "ac1l6uha", "akos015961980", "scopine", "498-45-3[rn]", "9-methyl-3-oxa-9-azatricyclo[3.3.1.02,4]nonan-7-ol", "9-methyl-3-oxa-9-azatricyclo[3.3.1.02", "ar-1h5874"}|>, "460" -> <|"DatabaseID" -> "SW00367", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 122259]}, "IsomericSmiles" -> "C1CCCCOC(=O)CCC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nonalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 138644]}, "Synonyms" -> {"oxecan-2-one", "2-oxecanone", "nonalactone", "ac1l3d9p", "6008-27-1[rn]", "6008-27-1"}|>, "461" -> <|"DatabaseID" -> "SW00368", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 78284]}, "IsomericSmiles" -> "CC(=O)CC1CCCC[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylisopelletierine;n-methyl-isopelletierine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 86786]}, "Synonyms" -> {"(1-methyl-2-piperidyl)acetone", "1-(1-methyl-2-piperidyl)acetone", "methyl-isopelletierin", "n-methylpelletierine", "1-(1-methylpiperidin-2-yl)acetone", "2-propanone 1-(1-methyl-2-piperidinyl)-", "c06184", "niosh/al6480000", "18747-42-7", "ac1l3cb2", "acetone (1-methyl-2-piperidyl)-", "al6480000", "2-propanone (1-methyl-2-piperidinyl)-", "methyl isopelletierine", "ac1q5h2o", "18747-42-7[rn]", "kst-1a2359"}|>, "462" -> <|"DatabaseID" -> "SW00368", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 78284]}, "IsomericSmiles" -> "CC(=O)CC1CCCC[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylisopelletierine;n-methyl-isopelletierine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 86786]}, "Synonyms" -> {"(1-methyl-2-piperidyl)acetone", "1-(1-methyl-2-piperidyl)acetone", "methyl-isopelletierin", "n-methylpelletierine", "1-(1-methylpiperidin-2-yl)acetone", "2-propanone 1-(1-methyl-2-piperidinyl)-", "c06184", "niosh/al6480000", "18747-42-7", "ac1l3cb2", "acetone (1-methyl-2-piperidyl)-", "al6480000", "2-propanone (1-methyl-2-piperidinyl)-", "methyl isopelletierine", "ac1q5h2o", "18747-42-7[rn]", "kst-1a2359"}|>, "463" -> <|"DatabaseID" -> "SW00368", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 78284]}, "IsomericSmiles" -> "CC(=O)CC1CCCC[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylisopelletierine;n-methyl-isopelletierine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 86786]}, "Synonyms" -> {"(1-methyl-2-piperidyl)acetone", "1-(1-methyl-2-piperidyl)acetone", "methyl-isopelletierin", "n-methylpelletierine", "1-(1-methylpiperidin-2-yl)acetone", "2-propanone 1-(1-methyl-2-piperidinyl)-", "c06184", "niosh/al6480000", "18747-42-7", "ac1l3cb2", "acetone (1-methyl-2-piperidyl)-", "al6480000", "2-propanone (1-methyl-2-piperidinyl)-", "methyl isopelletierine", "ac1q5h2o", "18747-42-7[rn]", "kst-1a2359"}|>, "464" -> <|"DatabaseID" -> "SW00368", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 78284]}, "IsomericSmiles" -> "CC(=O)CC1CCCC[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylisopelletierine;n-methyl-isopelletierine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 86786]}, "Synonyms" -> {"(1-methyl-2-piperidyl)acetone", "1-(1-methyl-2-piperidyl)acetone", "methyl-isopelletierin", "n-methylpelletierine", "1-(1-methylpiperidin-2-yl)acetone", "2-propanone 1-(1-methyl-2-piperidinyl)-", "c06184", "niosh/al6480000", "18747-42-7", "ac1l3cb2", "acetone (1-methyl-2-piperidyl)-", "al6480000", "2-propanone (1-methyl-2-piperidinyl)-", "methyl isopelletierine", "ac1q5h2o", "18747-42-7[rn]", "kst-1a2359"}|>, "465" -> <|"DatabaseID" -> "SW00369", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31457"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7883]}, "IsomericSmiles" -> "CCCCCCCCCC=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "decanal;decylic aldehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8175]}, "Synonyms" -> {"n-decaldehyde", "capric aldehyde", "1-decanal", "decyl aldehyde", "caprinaldehyde", "n-decanal", "decanaldehyde", "n-decyl aldehyde", "capraldehyde", "4-01-00-03366 (beilstein handbook reference)[beilstein]", "caprinic aldehyde", "112-31-2[rn]", "1362530[beilstein]", "c021170", "decaldehyde", "c-10 aldehyde", "decanal[portuguese]", "75718-12-6[rn]", "1-decyl aldehyde", "decanal[wiki][acd/iupac name]", "1112-31-2", "aldehyde c-10", "decanal", "aldehyde c10", "203-957-4[einecs]", "decylic aldehyde", "278-296-8[einecs]", "jsp000949"}|>, "466" -> <|"DatabaseID" -> "SW00370", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50462"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13850135]}, "IsomericSmiles" -> "CC(CCC=C(C)C)CCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "citronellol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8842]}, "Synonyms" -> {"cephrol", "3", "elenol", "26489-01-0[rn]", "3,7-dimethyl-6-octenol", "3,7-dimethyloct-6-en-1-ol", "68916-43-8[rn]", "26489-01-0?", "3,7-dimethyl-oct-6-en-1-ol", "citronellol[wiki]", "3,7-dimethyl-6-octen-1-ol", "1721507", "2,6-dimethyl-2-octen-8-ol", "beta-citronellol", "citronellol", "106-22-9", "dl-citronellol", "6-octen-1-ol 3,7-dimethyl-", ".beta.-citronellol", "106-22-9[rn]", "citronelol[portuguese]", "231-415-7[einecs]", "203-375-0[einecs]", "dihydrogeraniol", "rodinol", "7540-51-4[rn]", "1362474[beilstein]", "2,3-dihydrogeraniol", "247-737-6[einecs]"}|>, "467" -> <|"DatabaseID" -> "SW00370", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50462"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13850135]}, "IsomericSmiles" -> "CC(CCC=C(C)C)CCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "citronellol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8842]}, "Synonyms" -> {"cephrol", "3", "elenol", "26489-01-0[rn]", "3,7-dimethyl-6-octenol", "3,7-dimethyloct-6-en-1-ol", "68916-43-8[rn]", "26489-01-0?", "3,7-dimethyl-oct-6-en-1-ol", "citronellol[wiki]", "3,7-dimethyl-6-octen-1-ol", "1721507", "2,6-dimethyl-2-octen-8-ol", "beta-citronellol", "citronellol", "106-22-9", "dl-citronellol", "6-octen-1-ol 3,7-dimethyl-", ".beta.-citronellol", "106-22-9[rn]", "citronelol[portuguese]", "231-415-7[einecs]", "203-375-0[einecs]", "dihydrogeraniol", "rodinol", "7540-51-4[rn]", "1362474[beilstein]", "2,3-dihydrogeraniol", "247-737-6[einecs]"}|>, "468" -> <|"DatabaseID" -> "SW00371", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "88"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7505]}, "IsomericSmiles" -> "C[C@@H](CCC=C(C)C)CCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-citronellol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7793]}, "Synonyms" -> {"(s)-(-)-citronellol", "(3s)-3", "(-)-citronellol", "l-citronellol", "(-)-beta-citronellol", "6-octen-1-ol 3,7-dimethyl- (3s)-", "citronellol (natural)", "7540-51-4", "citronellol (ex. java citronella oil) (natural)", "(3s)-3,7-dimethyl-6-octen-1-ol[acd/iupac name]", "fema no. 2309", "cephrol", "203-375-0[einecs]", "(s)-3", "3,7-dimethyl-6-octen-1-ol", "2,6-dimethyl-2-octen-8-ol", "beta-rhodinol", "(-)-3,7-dimethyloct-6-en-1-ol", "1721505[beilstein]", "231-415-7[einecs]", "26489-01-0[rn]", "6-octen-1-ol 3,7-dimethyl- (s)-", "rhodinol[wiki]", "4-01-00-02188 (beilstein handbook reference)[beilstein]", "6-octen-1-ol 3,7-dimethyl-", "elenol", "106-22-9[rn]", "6812-78-8[rn]", "(s)-3,7-dimethyl-6-octen-1-ol", "(3s)-3,7-dimethyloct-6-en-1-ol", "rodinol", "7540-51-4[rn]", "1335-43-9[rn]", "citronellol[wiki]"}|>, "469" -> <|"DatabaseID" -> "SW00372", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15409"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15803]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00825"]}, "IsomericSmiles" -> "C[C@@H]1CC[C@H]([C@@H](C1)O)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00064"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "menthol", "Indian Approved Name" -> "menthol", "NPC Approved Name" -> "racementhol", "Australia Approved Name" -> "MENTHOL CREAM;MENTHOL LOTION", "FDA Approved Drug" -> "MENTHOL"|>, "PharmGKBID" -> "PA164776605", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16666]}, "Synonyms" -> {"l-menthol", "(-)-menthol", "l-(-)-menthol", "(r)-(-)-menthol", "menthacamphor", "levomenthol", "beech nut menthol cough drop (anethole + eucalyptus oil + menthol)_mixture", "lipsorex-gel (benzethonium chloride + menthol + thymol)_mixture", "tiger balm ultra (camphor + cinnamon oil + clove oil + menthol + oil of cajeput + peppermint oil)_mixture", "original antiseptic mouthwash (eucalyptol + menthol + thymol)_mixture", "formule 12 (eucalyptol + menthol)_mixture", "lakota topical pain reliever (capsaicin + menthol)_mixture", "lipsorex - gel (benzethonium chloride + menthol + thymol)_mixture", "absorbine analgesic creme (camphor + eucalyptus oil + menthol + methyl salicylate)_mixture", "(1r,3r,4s)-4-menthan-3-ol", "benylin first defense cough lozenges (echinacea (echinacea angustifolia echinacea purpurea) + menthol (peppermint oil))_mixture", "chloraseptic sore throat relief strips (benzocaine + menthol)_mixture", "gold bond medicated lotion (regular strength) (dimethicone + menthol)_mixture", "(-)-(1r,2s,5r)-menthol", "halls mentho lyptus tab coolmint (eucalyptus oil + menthol)_mixture", "lipsorex (benzethonium chloride + menthol + thymol)_mixture", "leavo-menthol", "chase coldsorex (benzoin + camphor + menthol + myrrh)_mixture", "pommade au the des bois (camphor + eucalyptol + menthol + methyl salicylate)_mixture", "medicated chest rub - ont (camphor + eucalyptus oil + menthol)_mixture", "menthacin lotion (capsaicin + menthol)_mixture", "natur 911 (camphor + eucalyptus oil + menthol + phenol + thymol)_mixture", "balminil camphorub (camphor + eucalyptol + menthol)_mixture", "buckley's pain relief rub (menthol + methyl salicylate)_mixture", "halls centres honey-lemon loz (eucalyptus oil + menthol)_mixture", "antiseptic mouth rinse - liq (eucalyptol + menthol + thymol)_mixture", "baumodyne gel (menthol + methyl salicylate)_mixture", "dr.'s cream (capsaicin + menthol + methyl salicylate)_mixture", "flexall stick (menthol + menthyl salicylate)_mixture", "extra strength gold bond (menthol + zinc oxide)_mixture", "antiseptic mouthwash cool mint (eucalyptol + menthol + thymol)_mixture", "menthol (1r,3r,4s)-(-)-", "leg solution (iodine + menthol + methyl salicylate + potassium iodide + thymol)_mixture", "honey lemon menthol eucalyptus cough dps (eucalyptus oil + menthol)_mixture", "anbesol liquid (benzocaine + camphor + menthol + phenol)_mixture", "analgesic sport stick (menthol + methyl salicylate)_mixture", "savex with sunscreen ont (camphor + menthol + salicylic acid)_mixture", "menthol", "gold bond medicated body powder (menthol + zinc oxide)_mixture", "lamberts syr (menthol + pine tar)_mixture", "pain buster 2000 (camphor + eucalyptus oil + menthol + methyl salicylate)_mixture", "absorbine junior patch (camphor + eucalyptus oil + menthol)_mixture", "absorbine jr extra strength liniment (chloroxylenol + menthol)_mixture", "(1r,3r,4s)-(-)-menthol", "beech nut black cough drop (menthol + oil of anise)_mixture", "chloraseptic sore throat lozenges - cherry (benzocaine + menthol)_mixture", "beech nut wild cherry cough drop (eucalyptus oil + menthol)_mixture", "pulmosirum plus expectorant (ammonium chloride + beechwood creosote + cocillana + eucalyptus oil + guaiacol + guaifenesin + ipecac + lobelia inflata + menthol + myroxylon balsamum + white pine)_mixture", "beech nut honey lemon cough drop (eucalyptus oil + menthol)_mixture", "triaminic vapour patch (camphor + eucalyptus oil + menthol)_mixture", "bengay muscle pain ultra strength (camphor + menthol + methyl salicylate)_mixture", "calmitol itching relief ont (camphor + chloral hydrate + hyoscyamine + menthol + zinc oxide)_mixture", "nose head clear (camphor + eucalyptus oil + menthol)_mixture", "menthol l-", "medi-kool titener (arnica + camphor + menthol + methyl salicylate + tannic acid)_mixture", "hexahydrothymol", "halls mentho lyptus cough tab black currant (eucalyptus oil + menthol)_mixture", "therapatch vapour - nose & chin (camphor + eucalyptus oil + menthol)_mixture", "biofreeze (camphor + menthol)_mixture", "halls mentho-lyptus cough tablets honey lemon (eucalyptus oil + menthol)_mixture", "salonpas - pls top (camphor + glycol salicylate + l-menthol + methyl salicylate + thymol)_mixture", "pain-a-trate cream (camphor + menthol + methyl salicylate)_mixture", "cal mo dol ont (camphor + eucalyptol + menthol + methyl salicylate + oil of turpentine + peppermint oil)_mixture", "star-vi-dol (ammonium chloride + eucalyptol + menthol + myroxylon balsamum + white pine + wild cherry)_mixture", "cyclohexanol 5-methyl-2-(1-methylethyl)- (1r,2s,5r)-", "therapatch vapor - chest (camphor + eucalyptus oil + menthol)_mixture", "choates veterinary horse liniment (camphor + capsicum + menthol)_mixture", "heat rub (camphor + eucalyptus oil + menthol + methyl salicylate)_mixture", "bentasil cherry (anethole + menthol)_mixture", "obus form therapeutic heat rub (menthol + methyl salicylate)_mixture", "vitarub ont (eucalyptol + menthol + methyl salicylate)_mixture", "arthro rheuma cream (camphor + menthol)_mixture", "(1r)-(-)-menthol", "halls mentho-lyptus cough tablets cool mint (eucalyptus oil + menthol)_mixture", "beech nut black cough drops (menthol + oil of anise)_mixture", "em eukal cough dps (eucalyptus oil + menthol)_mixture", "naturland sports cream (camphor + menthol)_mixture", "campho rex (camphor + menthol)_mixture", "pramegel 1% (menthol + pramoxine hydrochloride)_mixture", "broncho rub (camphor + menthol + oil of cajeput + turpentine)_mixture", "beech nut wild cherry cough dps (eucalyptus oil + menthol)_mixture", "(1r,2s,5r)-5-methyl-2-propan-2-yl-cyclohexan-1-ol", "thuna balsam salve ont (eucalyptus oil + menthol + methyl salicylate)_mixture", "camphro septhal ont (camphor + eucalyptus + menthol + methyl salicylate)_mixture", "(l)-menthol", "muscle liniment (camphor + isopropyl alcohol + menthol + oil of dwarf pine needles)_mixture", "ben-gay ultra strength pain relieving rub (camphor + menthol + methyl salicylate)_mixture", "herbon lemon honey flavour herbal throat drops (echinacea (echinacea angustifolia echinacea purpurea) + menthol)_mixture", "gold bond (menthol + zinc oxide)_mixture", "218-690-9[einecs]", "vapourizing colds rub (camphor + eucalyptus oil + menthol)_mixture", "deep heating ultra strength rub crm (menthol + methyl salicylate)_mixture", "buckley's bedtime (diphenhydramine hydrochloride + menthol)_mixture", "medi-kool pak (aluminum sulfate + arnica + boric acid + calcium acetate + camphor + menthol + methyl salicylate + tannic acid)_mixture", "benylin dm-e extra strength with menthactin (dextromethorphan hydrobromide + guaifenesin + menthol)_mixture", "bentasil yellow (anethole + menthol)_mixture", "bentasil green (anethole + eucalyptol + menthol)_mixture", "kor-1", "medicated chest rub - ont top (camphor + eucalyptus oil + menthol)_mixture", "arthricare for women nighttime (menthol + methyl nicotinate + methyl salicylate)_mixture", "marco rub camphorated ont (camphor + eucalyptol + menthol)_mixture", "herbal medicated lozenge (echinacea angustifolia + echinacea purpurea + menthol)_mixture", "lin o gel (camphor + clove oil + iodine + isopropyl alcohol + menthol + thymol + turpentine)_mixture", "[1r-(1a,2b,5a)]-5-methyl-2-(1-methylethyl)cyclohexanol", "chapstick medicated lip balm - tube (camphor + menthol + petrolatum + phenol)_mixture", "thunas salve for rheumatic pains (camphor + menthol + methyl salicylate)_mixture", "ben-gay arthritis pain rub ont (menthol + methyl salicylate)_mixture", "tiger balm white extra strength (camphor + clove oil + menthol + oil of cajeput + peppermint oil)_mixture", "absorbine power gel (chloroxylenol + menthol)_mixture", "rub a 535 ancient secret - natural source (camphor (cinnamomum camphora) + eucalyptus oil (eucalyptus globulus eucalyptus fructicetorum eucalyptus smithii) + menthol (peppermint) + methyl salicylate (wintergreen leaf))_mixture", "herbon wild cherry flavour throat drops (echinacea (echinacea angustifolia echinacea purpurea) + glycyrrhiza glabra + lime tree flower + menthol + sambucus nigra + wild cherry)_mixture", "cuticura medicated body powder (menthol + zinc oxide)_mixture", "antiseptic mouthwash mint (eucalyptol + menthol + thymol)_mixture", "239-388-3[einecs]", "rheumalan ont (belladonna + camphor + capsicum oleoresin + croton oil + eucalyptus oil + menthol + methyl salicylate + oil of mustard expressed + salicylic acid)_mixture", "r76 (aconite + ammi visnaga + convallaria majalis + drosera rotundifolia + lobelia inflata + menthol + potassium iodide + stramonium)_mixture", "polar ice paste (camphor + isopropyl alcohol + menthol)_mixture", "(-)-trans-p-menthan-cis-ol", "physiorub plus (eucalyptol + menthol + methyl salicylate)_mixture", "trialine (menthol + methyl salicylate)_mixture", "halls mentho-lyptus cough tablets black cherry (eucalyptus oil + menthol)_mixture", "eagle brand medicated oil (eucalyptus oil + menthol + methyl salicylate)_mixture", "halls centres cherry lozenges (eucalyptus oil + menthol)_mixture", "listerine antiseptic mouthwash (eucalyptol + menthol + thymol)_mixture", "tiger balm white regular (camphor + clove oil + menthol + oil of cajeput + peppermint oil)_mixture", "wrigley's alpine cherry (eucalyptus oil + menthol)_mixture", "menthol[wiki]", "mentholatum cough drops (eucalyptus oil + menthol)_mixture", "vaporisateur medicamente (camphor + eucalyptol + menthol + thymol)_mixture", "buckley's complete (acetaminophen + menthol)_mixture", "halls mentho-lyptus cough tablets regular (eucalyptus oil + menthol)_mixture", "kama sutra pleasure balm (benzocaine + camphor + menthol)_mixture", "minard's joint relief (menthol + methyl salicylate)_mixture", "fresh taste antiseptic mouthwash (eucalyptol + menthol + thymol)_mixture", "lip medex (camphor + menthol + phenol)_mixture", "adult formula (belladonna + bryonia + drosera rotundifolia + ipecac + menthol + oil of turpentine + peppermint + spongia tosta + sticta pulmonaria + wild thyme)_mixture", "lip conditioner lip balm (camphor + menthol + meradimate + padimate o + phenol)_mixture", "pulmoll menthol - eucalyptol pastilles (eucalyptus oil + menthol + peppermint oil)_mixture", "gouttes dentaires (benzocaine + camphor + clove oil + guaiacol + menthol)_mixture", "(1r,2s,5r)-5-methyl-2-(1-methylethyl)cyclohexanol", "thera patch (camphor + menthol + methyl salicylate)_mixture", "bentasil extra strength eucalyptus (eucalyptus oil + menthol)_mixture", "tiger balm patch warm (camphor + capsaicin + dementholised mint oil + eucalyptus oil + menthol)_mixture", "bronchilon cough pastilles (eucalyptus + menthol)_mixture", "denorex medicated shampoo - regular (chloroxylenol + coal tar + menthol)_mixture", "rub a 535 dual action (camphor + eucalyptus oil + menthol + methyl salicylate)_mixture", "201-939-0[einecs]", "(1r,2s,5r)-2-isopropyl-5-methylcyclohexanol[acd/iupac name]", "amber mouthwash - liq (eucalyptol + menthol + thymol)_mixture", "arthritis pain reliever herbalife (camphor + menthol + methyl salicylate)_mixture", "listerine antiseptic mouthwash with fluoride (eucalyptol + menthol + sodium fluoride + thymol)_mixture", "vicks vaporub lemon ointment (camphor + eucalyptus oil + menthol)_mixture", "eucamenth (eucalyptus oil + menthol + oil of camphor)_mixture", "pulmosirum decongestionnant sirop (beechwood creosote + cocillana + eucalyptus + guaiacol + ipecac + lobelia inflata + menthol + myroxylon balsamum + pseudoephedrine hydrochloride + white pine)_mixture", "youngflex massage ointment 168 (eucalyptus oil + menthol + oil of cajeput)_mixture", "sucrets cherry vapour action loz (hexylresorcinol + menthol)_mixture", "arthrocare lotion (camphor + eucalyptus oil + histamine dihydrochloride + menthol + methyl salicylate)_mixture", "halls mentho lyptus cough tab cherry (eucalyptus oil + menthol)_mixture", "tiger balm red strong (camphor + cinnamon oil + clove oil + menthol + oil of cajeput + peppermint oil)_mixture", "tiger balm arthritis rub (camphor + clove oil + dementholised mint oil + menthol + oil of cajeput)_mixture", "halls mentho-lyptus cough tablets strawberry (eucalyptus oil + menthol)_mixture", "expectorine (ammonium chloride + eucalyptus oil + menthol)_mixture", "bentasil red (anethole + menthol)_mixture", "strepsils cherry (amylmetacresol + dichlorobenzyl alcohol + menthol)_mixture", "myoflex ice cold plus - gel (menthol + trolamine salicylate)_mixture", "flexogan sport (camphor + menthol)_mixture", "cyclohexanol 2-isopropyl-5-methyl-", "salonpas gel-patch (camphor + glycol salicylate + l-menthol)_mixture", "artrikor creme analgesique (camphor + capsaicin + eucalyptus oil + menthol)_mixture", "halls centres regular (eucalyptus oil + menthol)_mixture", "mentholatum deep heating lot (menthol + methyl salicylate)_mixture", "(1r,2s,5r)-5-methyl-2-(propan-2-yl)cyclohexan-1-ol", "watkins analgesic balm (capsicum oleoresin + menthol + methyl salicylate + oil of turpentine)_mixture", "phytorub ont (eucalyptol + menthol + methyl salicylate)_mixture", "halls extra strong mentho-lyptus cough tab (eucalyptus oil + menthol)_mixture", "dentalgar liq (benzocaine + camphor + clove oil + guaiacol + menthol)_mixture", "2216-51-5", "cyclohexanol 5-methyl-2-(1-methylethyl)- (1r,3r,4s)-", "beech nut honey lemon cough drops (eucalyptus + menthol)_mixture", "beech nut wild cherry cough drops (eucalyptus oil + menthol)_mixture", "acti vapo (camphor + eucalyptus oil + menthol)_mixture", "medicated vapourizer fluid (camphor + eucalyptus oil + menthol)_mixture", "artritol creme rubefiante (menthol + methyl salicylate)_mixture", "myoflex extra strength ice (menthol + trolamine salicylate)_mixture", "pastilles valda (eucalyptol + guaiacol + menthol + terpin hydrate + thymol)_mixture", "beech-nut menthol cough drops (anethole + eucalyptus oil + menthol)_mixture", "lofthouse origin ext-strong fisherman friend (eucalyptus oil + menthol)_mixture", "penetrating rub ont (eucalyptus oil + menthol + methyl salicylate + oil of cajeput + oil of mustard expressed)_mixture", "1490-04-6[rn]", "benylin first defense herbal syrup (echinacea (echinacea angustifolia) + menthol (peppermint oil))_mixture", "herbon cough drops adventurous tingle with a hint of orange flavour (echinacea (echinacea angustifolia echinacea purpurea) + glycyrrhiza glabra + menthol)_mixture", "bengay arthritis extra strength (menthol + methyl salicylate)_mixture", "pulmoll pastilles (glycyrrhizin + menthol)_mixture", "sore throat lozenges menthol flavour (benzocaine + menthol)_mixture", "buckley's white rub (camphor + menthol + methyl salicylate + thymol)_mixture", "medicated chest rub (camphor + eucalyptus oil + menthol)_mixture", "halls mentho-lyptus cough tablets orange (eucalyptus oil + menthol)_mixture", "bronchodex vapo ont (camphor + eucalyptus oil + menthol)_mixture", "bigeloil (alcohol anhydrous + menthol + methyl salicylate + salicylic acid + thymol)_mixture", "valda pastilles (eucalyptol + guaiacol + menthol + terpin hydrate + thymol)_mixture", "(1r,2s,5r)-2-isopropyl-5-methyl-cyclohexanol", "acti poultice (eucalyptus oil + magnesium sulfate + menthol + methyl salicylate + thymol)_mixture", "muscle mist (clove oil + menthol)_mixture", "halls blueberry (eucalyptus oil + menthol)_mixture", "carboseptol (eucalyptol + menthol + methyl salicylate + thymol + zinc oxide)_mixture", "kiro rub ont (camphor + eucalyptus oil + menthol + methyl salicylate)_mixture", "medicated ointment (camphor + eucalyptus oil + menthol)_mixture", "(-)-trans-p-methan-cis-3-ol", "levomenthol[inn][ban]", "solucodan syrup (hydrocodone bitartrate + menthol + potassium guaiacol sulphonate + sodium citrate)_mixture", "orajel ultra canker sore medicine (benzocaine + menthol)_mixture", "prosync muscle rub (menthol + methyl salicylate)_mixture", "marathon deep heat rub (menthol + methyl salicylate)_mixture", "mentholatum deep heating rub (menthol + methyl salicylate)_mixture", "absorbine arthritis strength liquid (capsicum + menthol)_mixture", "infraline liq (eucalyptol + menthol + methyl salicylate)_mixture", "orajel denture plus (benzocaine + menthol)_mixture", "kwan tak hing plaster - pad-pls (borneol + menthol)_mixture", "valda pastilles lemon flavoured (eucalyptol + guaiacol + menthol + terpin hydrate + thymol)_mixture", "vaporisateur medicamente aero (camphor + eucalyptus oil + menthol + thymol)_mixture", "onguent camphre menthol alsi (camphor + eucalyptol + menthol)_mixture", "scalpicin (menthol + salicylic acid)_mixture", "vicks vaporub lotion (camphor + eucalyptus oil + menthol)_mixture", "lotion pour feux sauvages (benzoin + camphor + menthol + myrrh)_mixture", "flexogan muscle pain (camphor + menthol)_mixture", "rheila medicated cough dps (glycyrrhiza glabra + menthol)_mixture", "avon healthy remedies menthol & camphor soothing relief gel (camphor + menthol)_mixture", "tiger balm liniment (eucalyptus oil + menthol + methyl salicylate)_mixture", "wrigley's alpine (eucalyptus oil + menthol)_mixture", "herbal throat lozenges (camphor + elm bark + horehound + menthol + parsley + thyme)_mixture", "(-)-(1r,3r,4s)-menthol", "vaporizing colds rub - ont (camphor + eucalyptus oil + menthol)_mixture", "halls mentho lyptus cough tab honey lemon (eucalyptus oil + menthol)_mixture", "denorex medicated shampoo spring fresh (chloroxylenol + coal tar + menthol)_mixture", "vicks vapo steam medication (camphor + eucalyptus oil + lavender oil + menthol + methyl salicylate + peppermint oil)_mixture", "bronchyl syr (alcohol anhydrous + beechwood creosote + cocillana + eucalyptus + guaiacol oleate + ipecac + lobelia inflata + menthol + myroxylon balsamum + theophylline + white pine)_mixture", "médi-rub (eucalyptus oil + menthol + methyl salicylate)_mixture", "arthriflex (eucalyptol + menthol)_mixture", "inno rheuma massage oil (lavender oil + menthol + rosemary oil)_mixture", "halls mentho-lyptus cough tablets cherry (eucalyptus oil + menthol)_mixture", "kiro-rub (eucalyptol + menthol + methyl salicylate)_mixture", "flex-o-flex extra-fort (capsaicin + menthol)_mixture", "multi-freeze ont (camphor + isopropyl alcohol + menthol)_mixture", "solucodan-h (diphenylpyraline hydrochloride + hydrocodone bitartrate + menthol + potassium guaiacol sulphonate + sodium citrate)_mixture", "sore throat lozenges with benzocaine and menthol (benzocaine + menthol)_mixture", "halls extra strong mentho-lyptus cough tablets (eucalyptus oil + menthol)_mixture", "mentholatum extra strength ont (camphor + eucalyptus oil + menthol)_mixture", "orthorub (eucalyptol + menthol + methyl salicylate)_mixture", "(1r,2s,5r)-5-methyl-2-(propan-2-yl)cyclohexanol", "lakota topical pain reliever - extra strength (capsaicin + menthol)_mixture", "benylin dm-d-e extra strength with menthactin (dextromethorphan hydrobromide + guaifenesin + menthol + pseudoephedrine hydrochloride)_mixture", "halls lemon-lime (eucalyptus oil + menthol)_mixture", "watkins medicated ointment (camphor + menthol)_mixture", "koffex dm-d-e - liq (dextromethorphan hydrobromide + guaifenesin + pseudoephedrine hydrochloride)_mixture", "rhino-vaccin (camphor + chlorobutanol + eucalyptol + l-ephedrine hydrochloride + menthol)_mixture", "dr. c's itch not lotion (camphor + menthol)_mixture", "zev (ammonium carbonate + buckthorn + camphor + menthol + potassium bicarbonate + squill)_mixture", "kobi - crm (menthol + methyl salicylate)_mixture", "mentholatum ont (camphor + menthol)_mixture", "medicated body powder (menthol + zinc oxide)_mixture", "acti bleu lotion (camphor + menthol + methyl salicylate)_mixture", "chloraseptic sore throat lozenges - menthol (benzocaine + menthol)_mixture", "tiger balm red extra strength (camphor + cinnamon oil + clove oil + menthol + oil of cajeput + peppermint oil)_mixture", "98167-53-4[rn]", "chapstick medicated lip balm - stk (camphor + menthol + petrolatum + phenol)_mixture", "bronchodex-rub (camphor + eucalyptus oil + menthol + methyl salicylate)_mixture", "benylin e extra strength with menthactin (guaifenesin + menthol)_mixture", "flex-o-flex (capsaicin + menthol)_mixture", "buckley's mixture (ammonium carbonate + camphor + menthol + potassium bicarbonate)_mixture", "dermarest plus - gel (diphenhydramine hydrochloride + menthol)_mixture", "a.p.r 15 (lidocaine hydrochloride + menthol)_mixture", "kiro rub (menthol + methyl salicylate)_mixture", "flexogan sport ultra (camphor + menthol + methyl salicylate)_mixture", "orajel multi-action cold sore medicine (allantoin + benzocaine + camphor + dimethicone + menthol + white petrolatum)_mixture", "flexogan arthritis pain (camphor + menthol + methyl salicylate)_mixture", "anifen cough dps (fennel oil + menthol + oil of anise)_mixture", "(1r,2s,5r)-(-)-menthol", "bigeloil liquid gel (alcohol anhydrous + menthol + methyl salicylate + thymol)_mixture", "itch nix (camphor + menthol)_mixture", "dermoplast (benzocaine + menthol)_mixture", "bentasil extra strength menthol (eucalyptus oil + menthol)_mixture", "flex-o-flex kamu (camphor + menthol)_mixture", "listerine antiseptic tartar control mouthwash (eucalyptol + menthol + thymol + zinc chloride)_mixture", "cold sore lotion (benzoin + camphor + menthol)_mixture", "halls centres honey lemon (eucalyptus oil + menthol)_mixture", "physio-rub (eucalyptol + menthol + methyl salicylate)_mixture", "kwan loong oil (eucalyptus oil + menthol + methyl salicylate)_mixture", "vicks inhaler (camphor + menthol)_mixture", "menthacin - cream (capsaicin + menthol)_mixture", "multi rub (eucalyptol + menthol + methyl salicylate)_mixture", "leg paint & sweat (glycerine + iodine + isopropyl alcohol + menthol + phenol + potassium iodide)_mixture", "lotion bleu (camphor + menthol + methyl salicylate)_mixture", "chest rub ont (camphor + eucalyptus oil + menthol)_mixture", "absorbine jr antifungal liq (menthol + tolnaftate)_mixture", "tobtox (benzene + cactus grandiflorus + coffea tosta + daphne indica + delphinium staphisagria + eucalyptus + lobelia inflata + lycopodium clavatum + menthol + naphthalene + nitric acid + oats + phosphorus + potassium phosphate dibasic + tobacco)_mixture", "halls extra strong (eucalyptus oil + menthol)_mixture", "levomentholum[latin][inn]", "menthacin cream (capsaicin + menthol)_mixture", "l-menthol[jp15]", "arthricare for women ultra strength (capsaicin (capsicum oleoresin) + menthol)_mixture", "amol (cinnamon oil + clove oil + lavender oil + menthol + myristica oil + oil of citronella + oil of lemon + peppermint oil)_mixture", "cool mint antiseptic mouthwash (eucalyptol + menthol + thymol)_mixture", "pain relieving salonpas patch (camphor + l-menthol + methyl salicylate)_mixture", "banana boat sooth-a-caine spray gel (lidocaine + menthol)_mixture", "bronchex cough syrup (ammonia + ammonium carbonate + ammonium chloride + glycerine + glycyrrhiza glabra + menthol + oil of fir + white pine)_mixture", "onguent vaporisant (camphor + eucalyptus oil + menthol)_mixture", "medimentol ont (camphor + eucalyptus oil + menthol + oil of camphor + oil of fir + turpentine)_mixture", "89-78-1[rn]", "halls mentho lyptus cough tab (eucalyptus oil + menthol)_mixture", "thermo-gel (benzocaine + camphor + menthol + thymol)_mixture", "levo-menthol", "braceoil (alcohol anhydrous + camphor + menthol + methyl salicylate + salicylic acid + thymol)_mixture", "gold bond medicated cream 28g (menthol + pramoxine hydrochloride)_mixture", "kiroflex (camphor + eucalyptus oil + menthol + thymol)_mixture", "instant rub ointment (menthol + methyl salicylate)_mixture", "lipsorex plus (benzethonium chloride + lidocaine + menthol + thymol)_mixture", "zilactin-lip (regular and cherry flavour) (dimethicone + homosalate + menthol + octinoxate + oxybenzone)_mixture", "(-)-menthyl alcohol", "scarlet oil pump spray (eucalyptus oil + menthol + oil of camphor + oil of thyme + peruvian balsam + phenol + pine oil)_mixture", "dermoplast aerosol spray (benzethonium chloride + benzocaine + menthol + oxyquinoline benzoate)_mixture", "cou formula (belladonna + bryonia + drosera rotundifolia + ipecac + menthol + spongia tosta + sticta pulmonaria + wild thyme)_mixture", "balminil nasal ointment (camphor + chlorobutanol + ephedrine hydrochloride + eucalyptol + l-menthol)_mixture", "freeze liq (camphor + ethyl ether + glycerine + isopropyl alcohol + menthol)_mixture", "herbon cough drops glacial mint (chamomile + echinacea (echinacea angustifolia echinacea purpurea) + eucalyptus oil + fritillaria cirrhosa + horehound + menthol + salvia + thyme)_mixture", "bengay muscle pain regular strength (menthol + methyl salicylate)_mixture", "forshner's blue lotion (camphor + eucalyptus oil + menthol + methyl salicylate)_mixture", "myoflex ice plus - crm (menthol + trolamine salicylate)_mixture", "coolmint antiseptic mouthwash (eucalyptol + menthol + thymol)_mixture", "pain relieving ointment (camphor + cinnamon oil + clove oil + mentha arvensis + menthol + oil of cajeput)_mixture", "bite relief (benzocaine + camphor + menthol + phenol)_mixture", "2216-51-5[rn]", "white flower analgesic balm (camphor + eucalyptus oil + menthol + methyl salicylate + peppermint oil)_mixture", "bentasil honey-lemon (anethole + menthol)_mixture", "gold bond extra strength medicated body lotion (dimethicone + menthol)_mixture", "poudre (menthol + zinc oxide)_mixture", "halls mentho-lyptus cough tablets mountain menthol (eucalyptus oil + menthol)_mixture", "halls mentho-lyptus cough tablets black currant (eucalyptus oil + menthol)_mixture", "watkins medicated ont (camphor + eucalyptus oil + menthol + oil of camphor + phenol)_mixture", "camphorated ointment compound (camphor + eucalyptol + menthol)_mixture", "formula t.t. cold sore cream (camphor + menthol + phenol)_mixture", "tensol (iodine + menthol + potassium iodide)_mixture", "menthomenthol", "peppermint camphor", "levomentholum", "u.s.p. menthol", "(1r", "levomenthol; levomentholum", "l(-)-menthol"}|>, "470" -> <|"DatabaseID" -> "SW00373", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64333]}, "IsomericSmiles" -> "C[C@@H](CC1CCCCC1)[NH2+]C", "OfficialNames" -> <|"NPC Approved Name" -> "levopropylhexedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71197]}, "Synonyms" -> {"l-propylhexedrine", "propylhexedrine l-form", "(-)-n,a-dimethylcyclohexaneethylamine", "chembl2105014", "(2s)-1-cyclohexyl-n-methylpropan-2-amine", "levopropylhexedrinum[latin]", "surecn161851", "levopropilhexedrina", "unii-4r3l4tyv09", "levopropylhexedrinum", "levopropylhexedrine[inn]", "6192-97-8", "ac1l2fpy", "levopropilhexedrina[spanish]", "(-)-n,a-dimethylcyclohexaneethanamine", "6192-97-8[rn]", "228-245-0[einecs]", "levopropylhexedrine"}|>, "471" -> <|"DatabaseID" -> "SW00374", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21106017]}, "IsomericSmiles" -> "Cc1cc(cc(c1Cl)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03473"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "chloroxylenol", "Indian Approved Name" -> "chloroxylenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2723]}, "Synonyms" -> {"benzytol", "ottasept", "p-chloro-m-xylenol", "chloroxylenol", "pcmx", "4-chloro-3", "desson", "2-chloro-5-hydroxy-1,3-dimethylbenzene", "chloroxylenol[wiki][usp]", "dettol", "phenol 4-chloro-3,5-dimethyl-", "201-793-8[einecs]", "4-chloro-3,5-dimethyl phenol", "3,5-dimethyl-4-chlorophenol", "4-chloro-3,5-xylenol", "2-chloro-m-xylenol", "nipacide px", "4-chloro-3,5-dimethylphenol; 4-chloro-3,5-xylenol", "2-chloro-5-hydroxy-m-xylene", "1862539", "215-316-6[einecs]", "dettol[wiki]", "husept extra", "4-chloro-sym-m-xylenol", "88-04-0[rn]", "para-chloro-meta-xylenol", "1321-23-9[rn]", "4-chloro-3,5-dimethylphenol[wiki]", "88-04-0"}|>, "472" -> <|"DatabaseID" -> "SW00375", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "55368"], ExternalIdentifier["ChEBIID", "28925"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5722], ExternalIdentifier["ChemSpiderID", 3893]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00888"]}, "IsomericSmiles" -> "C[NH+](CCCl)CCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07671"]}, "OfficialNames" -> <|"China Approved Name" -> "chlormethine", "FDA Approved Drug" -> "MECHLORETHAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450336", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5935], ExternalIdentifier["PubChemCompoundID", 4033]}, "Synonyms" -> {"chlorethazine", "mustargen", "dichloren", "chlormethine", "caryolysine", "cloramin", "mechloroethamine", "nitrogen mustard", "embichin", "chlormethinum", "caryolysin", "mutagen", "mba", "mechlorethamine", "deoxyribonucleic acid", "nitrogen mustard hydrochloride", "chlormethine[wiki]", "embechine", "mustine", "hn2", "mustine hydrochloride", "2-chloro-n-(2-chloroethyl)-n-methylethanamine[acd/iupac name]", "carolysine", "azotoyperite", "nitrogranulogen", "nitol takeda", "chlorethamine", "bis(2-chloroethyl)methylamine hydrochloride", "mecloretamina", "chlormethine hydrochloride", "55-86-7[rn]", "bis(2-chloroethyl)methylamine", "mechlorethamine hydrochloride", "dichlor amine", "2-chloro-n-(2-chloroethyl)-n-methylethanamine; n-methylbis(2-chloroethyl)amine hydrochloride; bis(2-chloroethyl)methylamine; nitrogen mustard", "2-chloro-n-(2-chloroethyl)-n-methylethanaminehydrochloride (1:1)[acd/iupac name]", "n-methyl-di(2-chloro)-ethylamine", "mecloretamina[italian]", "dichloren hydrochloride", "kloramin", "2-chloro-n-(2-chloroethyl)-n-methylethanamine hydrochloride", "methyldi(2-chloroethyl)amine hydrochloride", "stickstofflost (ebewe)", "n-methyl-bis(2-chloroethyl)amine", "mba hydrochloride", "mechlorethamine chloridrate", "n,n-bis(2-chloroethyl)methylamine hydrochloride", "ethanamine 2-chloro-n-(2-chloroethyl)-n-methyl- hydrochloride", "n-methyl-di-2-chloroethylamine hydrochloride", "chloramin", "n-methyl bis(2-chloroethyl)amine", "methylbis(b-chloroethyl)amine", "dimitan", "mustine note", "mebichloramine", "nitrogen mustard hcl", "chlormethinium", "n,n-bis(2-chloroethyl)methylamine", "2-chloro-n-(2-chloroethyl)-n-methylethanamine hydrochlroide", "ethanamine 2-chloro-n-(2-chloroethyl)-n-methyl-", "5034-77-5[rn]", "mustine[wiki]", "mechlorethamine hcl", "n-methyl-2,2'-dichlorodiethylamine hydrochloride", "4-04-00-00446 (beilstein handbook reference)[beilstein]", "erasol", "b,b'-dichlorodiethyl-n-methylamine hydrochloride", "diethylamine 2,2'-dichloro-n-methyl-", "mustargen hydrochloride", "1,5-dichloro-3-methyl-3-azapentane hydrochloride", "159923-90-7[rn]", "stickstofflost", "n-mustard[german]", "ethanamine 2-chloro-n-(2-chloroethyl)-n-methyl- hydrochloride(1:1)", "erasol-ido", "dema", "n-methyl-bis-chloraethylamin[german]", "pliva[wiki]", "bis(2-chlorolthyl)amine hydrochloride", "hn2 hydrochloride", "51-75-2[rn]", "n,n-bis(2-chloroethyl)-n-methylamine", "methylbis(2-chloroethyl)amine", "embikhine", "methyldi(2-chloroethyl)amine", "di(chloroethyl)methylamine", "embichen", "erasol hydrochloride", "nitol", "stickstofflost-ebewe", "2,2'-dichlorodiethyl-methylamine", "n-methyl-2,2'-dichlorodiethylamine", "mitoxine", "nm", "n-methyl-bis(2-chloroethyl)amine hydrochloride", "mechlorethanamine", "n-methyl-lost[german]", "diethylamine 2,2'-dichloro-n-methyl hydrochloride", "antimit", "2,2'-dichloro-n-methyldiethylamine", "mechlorethamine[wiki]", "2,2'-dichloro-n-methyldiethylamine hydrochloride", "nitrogen mustard n-oxide hydrochloride", "n,n-bis(2-chloraethyl)methylamin-hydrochlorid[german]", "embiquine", "clormetina[spanish][inn]", "mustin hydrochloride", "n-methylbis(2-chloroethyl)amine hydrochloride", "37244-63-6[rn]", "200-246-0[einecs]", "bis(2-chloroethyl)methylamine chloride", "nitrogranulen", "methylbis(2-chloroethyl)amine hydrochloride", "200-120-5[einecs]", "ethanamine 2-chloro-n- (2-chloroethyl)-n-methyl- hydrochloride", "2-chlor-n-(2-chlorethyl)-n-methylethanaminhydrochlorid"}|>, "473" -> <|"DatabaseID" -> "SW00376", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7979]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00617"]}, "IsomericSmiles" -> "CCC1(C(=O)N(C(=O)O1)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00495"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PARAMETHADIONE"|>, "PharmGKBID" -> "PA164748880", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8280]}, "Synonyms" -> {"paradione", "paradione (tn)", "isoethadione", "paramethadione", "parametadione [dcit]", "parametadione", "parametadiona [inn-spanish]", "paramethadionum [inn-latin]", "2,4-oxazolidinedione 5-ethyl-3,5-dimethyl-", "paramethadione[wiki]", "paramethadione [ban:inn]", "parametadiona[spanish][inn]", "paramethadionum", "5-ethyl-3,5-dimethyl-oxazolidine-2,4-dione", "5-ethyl-3,5-dimethyl-1,3-oxazolidine-2,4-dione[acd/iupac name]", "115-67-3[rn]", "5-ethyl-3,5-dimethyl-2,4-oxazolidinedione", "paramethadionum[latin]", "parametadiona", "4-27-00-03255", "204-098-8[einecs]", "paramethadione [ban:inn][inn]", "ca(v)3.3", "5-ethyl-3,5-dimethyloxazolidine-2,4-dione", "3,5-dimethyl-5-ethyloxazolidine-2,4-dione", "4-27-00-03255 (beilstein handbook reference)[beilstein]", "337376-15-5", "voltage- gated calcium channel subunit alpha cav3.3"}|>, "474" -> <|"DatabaseID" -> "SW00376", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7979]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00617"]}, "IsomericSmiles" -> "CCC1(C(=O)N(C(=O)O1)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00495"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PARAMETHADIONE"|>, "PharmGKBID" -> "PA164748880", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8280]}, "Synonyms" -> {"paradione", "paradione (tn)", "isoethadione", "paramethadione", "parametadione [dcit]", "parametadione", "parametadiona [inn-spanish]", "paramethadionum [inn-latin]", "2,4-oxazolidinedione 5-ethyl-3,5-dimethyl-", "paramethadione[wiki]", "paramethadione [ban:inn]", "parametadiona[spanish][inn]", "paramethadionum", "5-ethyl-3,5-dimethyl-oxazolidine-2,4-dione", "5-ethyl-3,5-dimethyl-1,3-oxazolidine-2,4-dione[acd/iupac name]", "115-67-3[rn]", "5-ethyl-3,5-dimethyl-2,4-oxazolidinedione", "paramethadionum[latin]", "parametadiona", "4-27-00-03255", "204-098-8[einecs]", "paramethadione [ban:inn][inn]", "ca(v)3.3", "5-ethyl-3,5-dimethyloxazolidine-2,4-dione", "3,5-dimethyl-5-ethyloxazolidine-2,4-dione", "4-27-00-03255 (beilstein handbook reference)[beilstein]", "337376-15-5", "voltage- gated calcium channel subunit alpha cav3.3"}|>, "475" -> <|"DatabaseID" -> "SW00377", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48669"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482000]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00302"]}, "IsomericSmiles" -> "C1[C@@H](CC[C@H](C1)C(=O)[O-])C[NH3+]", "OfficialNames" -> <|"FDA Approved Drug" -> "TRANEXAMIC ACID"|>, "Synonyms" -> {"rikavarin", "anvitoff", "trans amcha", "amikapron", "trans-4-aminomethylcyclohexane-1-carboxylic acid", "amstat", "tranexan", "emorhalt", "tranexamsaeure", "tranexmic acid", "trasamlon", "cyklokapron", "tranhexamic acid", "ugurol", "transamin", "trans-amcha", "trans-tranexamic acid", "tranexamic acid", "frenolyse", "2207452[beilstein]", "4-(aminomethyl)cyclohexanecarboxylic acid[acd/iupac name]", "ahi", "tranexamic acid [inn_en]", "amcha[formula]", "tranexamicacid", "exacyl", "trans-4-(aminomethyl)cyclohexane-1-carboxylic acid", "cyclohexanecarboxylic acid 4- (aminomethyl)- trans-", "trans-1-(aminomethyl)cyclohexane-4-carboxylic acid", "trans-4-(aminomethyl)-1-cyclohexanecarboxylic acid", "trans-4-(aminomethyl)cyclohexanecarboxylic acid", "mastop", "tamcha", "cl-65336", "ec 3.4.21.7", "214-818-2[einecs]", "plasminogen precursor", "hexatron", "trans-p-(aminomethyl)cyclohexanecarboxylic acid", "acide tranexamique[french][inn]", "4-(aminomethyl)cyclohexane-1-carboxylic acid", "trans-1-aminomethylcyclohexane-4-carboxylic acid", "701-54-2[rn]", "spiramin", "cyclocapron", "acido tranexamico[spanish][inn]", "trans-4-(aminomethyl)cyclohexane-carboxylic acid", "cyclohexanecarboxylic acid 4-(aminomethyl)- trans-", "rikavarin-s", "hexapromin", "tranex", "acidum tranexamicum[latin]", "carxamin", "1197-18-8[rn]", "amcha"}|>, "476" -> <|"DatabaseID" -> "SW00378", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15676"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 199]}, "IsomericSmiles" -> "C1(C(=O)NC(=O)N1)NC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00121"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allantoin", "Indian Approved Name" -> "allantoin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 204]}, "Synonyms" -> {"allantoin", "glyoxyldiureide", "allantol", "cordianine", "sebical", "glyoxyldiureid", "avc/dienestrolcream", "5-ureidohydantoin", "alantan", "psoralon", "102364", "urea n-(2,5-dioxo-4-imidazolidinyl)-", "cordianin", "39669-95-9[rn]", "97-59-6[rn]", "1-(2,5-dioxo-4-imidazolidinyl)harnstoff", "paxyl[wiki]", "97-59-6?", "n-(2,5-dioxoimidazolidin-4-yl)urea", "7303-80-2[rn]", "1-(2,5-dioxoimidazolidin-4-yl)harnstoff", "allantoin (8ci)", "1-(2,5-dioxo-4-imidazolidinyl)urea[acd/iupac name]", "glyoxylic(acid) diureide", "allantoin (jan/usp)[usp][jan]", "4-ureido-2,5-imidazolidinedione", "(2,5-dioxo-4-imidazolidinyl)urea; 2,5-dioxo-4-imidazolidinyl-urea; 4-ureido-2,5-imidazolidinedione;5-ureido-2,4-imidazolidindione; n-(2,5-dioxo-4-imidazolidinyl)urea", "5-ureido-2,4-imidazolidinedione;glyoxylic diureide;5-ureidohydantoin;dermalex;cordianin;actinac;alphosyl", "97-59-6", "allantoin [usan:ban][usan]", "202-592-8[einecs]", "allantoin[wiki]", "4h-imidazole-2,5-diol 4-[(hydroxyiminomethyl)amino]-", "uniderm a", "(2,5-dioxo-4-imidazolidinyl)-urea", "n-(2,5-dioxo-4-imidazolidinyl)urea", "hydantoin 5-ureido-", "s-allantoin", "(2,5-dioxoimidazolidin-4-yl)urea", "urea (2 5-dioxo-4-imidazolidinyl)-", "5-ureido-2,4-imidazolidinedione;", "1-(2,5-dioxoimidazolidin-4-yl)urea", "dl-allantoin", "5-ureido-hydantoin", "5-ureido-2,4-imidazolidindion", "urea (2,5-dioxo-4-imidazolidinyl)-", "hemocane", "5-ureidohydrantoin", "(2,5-dioxo-imidazolidin-4-yl)-urea", "amino-n-(2,5-dioxo(1,3-diazolidin-4-yl))amide", "fancol toin", "urea (2,5-dioxo-4-imidazolidinyl)- (9ci)", "cutemol emollient", "(2,5-dioxo-4-imidazolidinyl)urea", "glyoxylic diureide", "allantoin; glyoxylic diureide; 5-ureidohydantoin", "ureidohydantoin.", "5-25-15-00338 (beilstein handbook reference)[beilstein]", "septalan", "2,5-dioxo-4-imidazolidinyl-urea"}|>, "477" -> <|"DatabaseID" -> "SW00378", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15676"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 199]}, "IsomericSmiles" -> "C1(C(=O)NC(=O)N1)NC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00121"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allantoin", "Indian Approved Name" -> "allantoin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 204]}, "Synonyms" -> {"allantoin", "glyoxyldiureide", "allantol", "cordianine", "sebical", "glyoxyldiureid", "avc/dienestrolcream", "5-ureidohydantoin", "alantan", "psoralon", "102364", "urea n-(2,5-dioxo-4-imidazolidinyl)-", "cordianin", "39669-95-9[rn]", "97-59-6[rn]", "1-(2,5-dioxo-4-imidazolidinyl)harnstoff", "paxyl[wiki]", "97-59-6?", "n-(2,5-dioxoimidazolidin-4-yl)urea", "7303-80-2[rn]", "1-(2,5-dioxoimidazolidin-4-yl)harnstoff", "allantoin (8ci)", "1-(2,5-dioxo-4-imidazolidinyl)urea[acd/iupac name]", "glyoxylic(acid) diureide", "allantoin (jan/usp)[usp][jan]", "4-ureido-2,5-imidazolidinedione", "(2,5-dioxo-4-imidazolidinyl)urea; 2,5-dioxo-4-imidazolidinyl-urea; 4-ureido-2,5-imidazolidinedione;5-ureido-2,4-imidazolidindione; n-(2,5-dioxo-4-imidazolidinyl)urea", "5-ureido-2,4-imidazolidinedione;glyoxylic diureide;5-ureidohydantoin;dermalex;cordianin;actinac;alphosyl", "97-59-6", "allantoin [usan:ban][usan]", "202-592-8[einecs]", "allantoin[wiki]", "4h-imidazole-2,5-diol 4-[(hydroxyiminomethyl)amino]-", "uniderm a", "(2,5-dioxo-4-imidazolidinyl)-urea", "n-(2,5-dioxo-4-imidazolidinyl)urea", "hydantoin 5-ureido-", "s-allantoin", "(2,5-dioxoimidazolidin-4-yl)urea", "urea (2 5-dioxo-4-imidazolidinyl)-", "5-ureido-2,4-imidazolidinedione;", "1-(2,5-dioxoimidazolidin-4-yl)urea", "dl-allantoin", "5-ureido-hydantoin", "5-ureido-2,4-imidazolidindion", "urea (2,5-dioxo-4-imidazolidinyl)-", "hemocane", "5-ureidohydrantoin", "(2,5-dioxo-imidazolidin-4-yl)-urea", "amino-n-(2,5-dioxo(1,3-diazolidin-4-yl))amide", "fancol toin", "urea (2,5-dioxo-4-imidazolidinyl)- (9ci)", "cutemol emollient", "(2,5-dioxo-4-imidazolidinyl)urea", "glyoxylic diureide", "allantoin; glyoxylic diureide; 5-ureidohydantoin", "ureidohydantoin.", "5-25-15-00338 (beilstein handbook reference)[beilstein]", "septalan", "2,5-dioxo-4-imidazolidinyl-urea"}|>, "478" -> <|"DatabaseID" -> "SW00379", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10217]}, "IsomericSmiles" -> "c1ccc2c(c1)C=CC(=O)C2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "naphthaquinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10667]}, "Synonyms" -> {"1", "o-naphthoquinone", "1,2-napthoquinone", "12679-43-5[rn]", "ortho-naphthoquinone", ".beta.-naphthoquinone", "1,2-hydronaphthoquinone", "1 2-naphthalenedione", "naphthalene-1,2-dione", "524-42-5[rn]", "b-naphthoquinone", "c040756", "[1,2]naphthoquinone", "1,2-naphthoquinone", "4-07-00-02417 (beilstein handbook reference)[beilstein]", "2-naphthoquinone", "1,2-naphthaquinone", "ccris 1558", "524-42-5", "208-360-2[einecs]", "1,2-naftochinon[czech]", "naphthalene-1", "beta-naphthoquinone", "1,2-dihydro-1,2-diketo-naphthalene", "1,2-naphthalenedione[acd/iupac name]"}|>, "479" -> <|"DatabaseID" -> "SW00380", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4954548]}, "IsomericSmiles" -> "C1C[NH+]2CC[C@H]([C@@H]2[C@H]1CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hastanecine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6452107]}, "Synonyms" -> {"hastanecine", "480-84-2", "(1r", "1h-pyrrolizine-1-methanol", "ac1o54py", "480-84-2[rn]"}|>, "480" -> <|"DatabaseID" -> "SW00381", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10145463]}, "IsomericSmiles" -> "CC(CC1CCCC[NH+]1C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-methyl-2-(beta-oh-propyl) piperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11972082]}, "Synonyms" -> {"tm8598680", "ls-115389"}|>, "481" -> <|"DatabaseID" -> "SW00381", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10145463]}, "IsomericSmiles" -> "CC(CC1CCCC[NH+]1C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-methyl-2-(beta-oh-propyl) piperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11972082]}, "Synonyms" -> {"tm8598680", "ls-115389"}|>, "482" -> <|"DatabaseID" -> "SW00381", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10145463]}, "IsomericSmiles" -> "CC(CC1CCCC[NH+]1C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-methyl-2-(beta-oh-propyl) piperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11972082]}, "Synonyms" -> {"tm8598680", "ls-115389"}|>, "483" -> <|"DatabaseID" -> "SW00381", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10145463]}, "IsomericSmiles" -> "CC(CC1CCCC[NH+]1C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-methyl-2-(beta-oh-propyl) piperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11972082]}, "Synonyms" -> {"tm8598680", "ls-115389"}|>, "484" -> <|"DatabaseID" -> "SW00381", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10145463]}, "IsomericSmiles" -> "CC(CC1CCCC[NH+]1C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-methyl-2-(beta-oh-propyl) piperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11972082]}, "Synonyms" -> {"tm8598680", "ls-115389"}|>, "485" -> <|"DatabaseID" -> "SW00381", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10145463]}, "IsomericSmiles" -> "CC(CC1CCCC[NH+]1C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-methyl-2-(beta-oh-propyl) piperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11972082]}, "Synonyms" -> {"tm8598680", "ls-115389"}|>, "486" -> <|"DatabaseID" -> "SW00381", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10145463]}, "IsomericSmiles" -> "CC(CC1CCCC[NH+]1C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-methyl-2-(beta-oh-propyl) piperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11972082]}, "Synonyms" -> {"tm8598680", "ls-115389"}|>, "487" -> <|"DatabaseID" -> "SW00381", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10145463]}, "IsomericSmiles" -> "CC(CC1CCCC[NH+]1C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-methyl-2-(beta-oh-propyl) piperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11972082]}, "Synonyms" -> {"tm8598680", "ls-115389"}|>, "488" -> <|"DatabaseID" -> "SW00382", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28903"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7882]}, "IsomericSmiles" -> "CCCCCCCCCCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "decanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8174]}, "Synonyms" -> {"royaltac", "decyl alcohol", "capric alcohol", "n-decyl alcohol", "n-decanol", "caprinic alcohol", "nonylcarbinol", "royaltac m-2", "emtrol 1630b", "kalcohl 10h", "1735221[beilstein]", "37909-25-4[rn]", "contak", "c029383", "nacol 10-99", "decan-1-ol", "112-30-1[rn]", "266-367-6[einecs]", "36729-58-5[rn]", "dytol s-91", "antak", "85566-12-7[rn]", "decanol[wiki]", "sprout-off", "118374-94-0[rn]", "1-decanol", "royaltac-85", "25339-17-7[rn]", "decylalcohol", "emtrol 1601", "70084-71-8[rn]", "sipol l10", "203-956-9[einecs]", "tobacco sucker control agent 504", "t-148 (van)", "capric alcohol; caprinic alcohol; n-decan-1-ol; n-decyl alcohol; nonylcarbinol", "287-621-2[einecs]", "253-173-1[einecs]", "decan-1-ol[wiki]", "26303-54-8[rn]", "n-decan-1-ol", "n-nonylcarbinol", "4-01-00-01815 (beilstein handbook reference)[beilstein]", "1-decanol[acd/iupac name]", "conol 10n", "1-hydroxydecane", "tobacco sucker control agent 148", "kalcohl 1098", "de1", "66455-17-2[rn]", "decanol", "cxe"}|>, "489" -> <|"DatabaseID" -> "SW00384", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474841]}, "IsomericSmiles" -> "CCCCOC(=O)[N-]C(=O)N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-butyl allophanate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315565]}, "Synonyms" -> {"butyl n-carbamoylcarbamate", "n-butyl allophanate", "ac1nst73"}|>, "490" -> <|"DatabaseID" -> "SW00385", "IsomericSmiles" -> "C[N+]1(CC(CC1C(=O)[O-])O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achilleine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 457906]}, "Synonyms" -> {"515-25-3", "4-hydroxy-1", "ac1lc30d", "betonicine", "ac1l9xfo", "ag-k-77164", "2-carboxy-4-hydroxy-1"}|>, "491" -> <|"DatabaseID" -> "SW00385", "IsomericSmiles" -> "C[N+]1(CC(CC1C(=O)[O-])O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achilleine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 457906]}, "Synonyms" -> {"515-25-3", "4-hydroxy-1", "ac1lc30d", "betonicine", "ac1l9xfo", "ag-k-77164", "2-carboxy-4-hydroxy-1"}|>, "492" -> <|"DatabaseID" -> "SW00385", "IsomericSmiles" -> "C[N+]1(CC(CC1C(=O)[O-])O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achilleine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 457906]}, "Synonyms" -> {"515-25-3", "4-hydroxy-1", "ac1lc30d", "betonicine", "ac1l9xfo", "ag-k-77164", "2-carboxy-4-hydroxy-1"}|>, "493" -> <|"DatabaseID" -> "SW00385", "IsomericSmiles" -> "C[N+]1(CC(CC1C(=O)[O-])O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achilleine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 457906]}, "Synonyms" -> {"515-25-3", "4-hydroxy-1", "ac1lc30d", "betonicine", "ac1l9xfo", "ag-k-77164", "2-carboxy-4-hydroxy-1"}|>, "494" -> <|"DatabaseID" -> "SW00386", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8074556]}, "IsomericSmiles" -> "COC(CNC(=O)C=C)OC", "OfficialNames" -> <|"NPC Approved Name" -> "polyacetal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9898899]}, "Synonyms" -> {"n-(2,2-dimethoxyethyl)acrylamide[acd/iupac name]", "poly(acryloylaminoacetaldehyde dimethyl acetal)", "n-(2,2-dimethoxyethyl)-2-propenamide", "34268-69-4", "2-propenamide", "akos010501524", "49707-23-5[rn]", "2-propenamide n-(2,2-dimethoxyethyl)-[acd/index name]", "n-(2,2-dimethoxyethyl)prop-2-enamide[acd/iupac name]", "1u1vm1yo1&o1;[wln]", "enzacryl polyacetal"}|>, "495" -> <|"DatabaseID" -> "SW00387", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 144333]}, "IsomericSmiles" -> "C[N+]1(C[C@@H](C[C@H]1C(=O)[O-])O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betonicine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 164642]}, "Synonyms" -> {"(-)-betonicine", "l-4-hydroxystachydrine", "betonicine", "nsc 655264", "pyrrolidinium 2-carboxy-4-hydroxy-1,1-dimethyl- hydroxide inner salt,(2s-trans)-", "ar-1j2910", "pyrrolidinium 2-carboxy-4-hydroxy-1,1-dimethyl- inner salt (2s,4r)-", "208-195-6[einecs]", "l-1-methyl-4-hydroxypyrrolidine-2-carboxylicacid methylbetaine", "(2s,4r)-4-hydroxy-1,1-dimethylpyrrolidinium-2-carboxylate", "einecs 208-195-6", "(2s,4r)-4-hydroxy-1,1-dimethyl-2-pyrrolidiniumcarboxylate[acd/iupac name]", "4-hydroxy-stachydrine", "(2s-trans)-2-carboxy-4-hydroxy-1,1-dimethylpyrrolidinium innersalt", "(2s,4r)-4-hydroxy-1,1-dimethyl-2-pyrrolidiniumcarboxylat", "ac1q5bf7", "ambap515-25-3", "pyrrolidinium 2-carboxy-4-hydroxy-1,1-dimethyl- inner salt (2s,4s)-", "515-25-3", "4-hydroxy-1,1-dimethylpyrrolidinium-2-carboxylate", "515-25-3[rn]", "ac1l4v67", "(2s-trans)-2-carboxylato-4-hydroxy-1,1-dimethylpyrrolidinium"}|>, "496" -> <|"DatabaseID" -> "SW00388", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64356"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4589156]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00230"]}, "IsomericSmiles" -> "CC(C)C[C@@H](CC(=O)[O-])C[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02716"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pregabalin", "FDA Approved Drug" -> "PREGABALIN"|>, "PharmGKBID" -> "PA164754814", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5486971]}, "Synonyms" -> {"pregabalin", "lyrica", "pregablin", "lyrica (tn)", "(3s)-3-(aminomethyl)-5-methylhexanoic acid", "3-isobutyl gaba", "ci-1008", "(r-)-3-isobutyl gaba", "(s+)-3-isobutyl gaba", "hexanoic acid 3-(aminomethyl)-5-methyl- (s)-", "(s)-3-aminomethyl-5-methyl-hexanoic acid", "148553-50-8", "(s)-3-(aminomethyl)-5-methylhexanoic acid", "lyrica[wiki]", "tl8001062", "(s)-3-isobutyl gaba", "c080245", "bi", "voltage- gated calcium channel subunit alpha cav2.1", "pd-144723", "pregabalin[wiki][inn][usan]", "3-(aminomethyl)-5-methylhexanoic acid", "148553-50-8[rn]", "brain calcium channel i", "hexanoic acid 3-(aminomethyl)-5-methyl- (3s)-", "ci 1008", "calcium channel l type alpha-1 polypeptide isoform 4"}|>, "497" -> <|"DatabaseID" -> "SW00389", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2374]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04830"]}, "IsomericSmiles" -> "CCCC/[NH+]=C(\\N)/[NH+]=C(N)N", "OfficialNames" -> <|"NPC Approved Name" -> "buformin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2468]}, "Synonyms" -> {"buformine", "glybigidum", "butformin", "glybigid", "butyldiguanide", "butylbiguanidum", "butylbiguanide", "1-butylbiguanide", "1-butyldiguanide", "adebit", "dbv", "n-butylbiguanide", "buformin", "andere", "4-04-00-00582 (beilstein handbook reference)[beilstein]", "2-butyl-1-(diaminomethylidene)guanidine", "n-butylimidodicarbonimidic diamide", "((1e)-1-amino-2-azahex-1-enyl)aminocarboxamidine", "sindiatil", "dbv hydrochloride", "buformin[wiki][usan]", "butyl guanylguanidine", "n-butylimidodicarbonimidic diamide(buformin)", "buformin [usan:inn][inn][usan]", "buformina[spanish][inn]", "guanidine n''-[(z)-amino(butylimino)methyl]-", "panformin", "211-726-4[einecs]", "butylbiguanide hydrochloride", "silubin", "diabrin", "buformina [inn-spanish]", "buformine hcl", "n-butylimidodicarbonimidic diamide (buformin)", "biforon", "692-13-7[rn]", "buforminum [inn-latin]", "n-butyldicarbonimido/ic diamide/imido", "buformin hydrochloride", "buforminum[latin]", "1190-53-0[rn]", "w37", "buformine [inn-french]", "biguanide 1-butyl-", "imidodicarbonimidic diamide n-butyl-"}|>, "498" -> <|"DatabaseID" -> "SW00390", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "37024"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 456]}, "IsomericSmiles" -> "C(CC(C(=O)[O-])[NH3+])CC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aminoadipic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 469]}, "Synonyms" -> {"dl-2-aminoadipic acid", "2-aminoadipic acid", "aminoadipic acid", "7620-28-2[rn]", "jsp000897", "2-amino adipic acid", "1118-90-7[rn]", "31137-74-3[rn]", "542-32-5[rn]", ".alpha.-aminoadipate", "2-aminohexanedioic acid[acd/iupac name]", "dl-2-aminohexanedioic acid", "a-4920", "(2s,4r)-4-methylglutamic acid", "2-aminohexanedioic acid", "dl-a-aminoadipic acid", "532-32-5", "2-aminoadipate", "hexanedioic acid", "a-aminoadipic acid", "2-04-00-00913 (beilstein handbook reference)[beilstein]", "1773077[beilstein]", "h-dl-2-aad-oh", "alpha-aminoadipic acid", "hexanedioic acid 2-amino-", "2-amino-hexanedioic acid", "aad", "dl-alpha-aminoadipic acid", "1724349[beilstein]", "alpha-aminoadipate", "208-809-2[einecs]", "adipic acid 2-amino-"}|>, "499" -> <|"DatabaseID" -> "SW00390", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "37024"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 456]}, "IsomericSmiles" -> "C(CC(C(=O)[O-])[NH3+])CC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aminoadipic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 469]}, "Synonyms" -> {"dl-2-aminoadipic acid", "2-aminoadipic acid", "aminoadipic acid", "7620-28-2[rn]", "jsp000897", "2-amino adipic acid", "1118-90-7[rn]", "31137-74-3[rn]", "542-32-5[rn]", ".alpha.-aminoadipate", "2-aminohexanedioic acid[acd/iupac name]", "dl-2-aminohexanedioic acid", "a-4920", "(2s,4r)-4-methylglutamic acid", "2-aminohexanedioic acid", "dl-a-aminoadipic acid", "532-32-5", "2-aminoadipate", "hexanedioic acid", "a-aminoadipic acid", "2-04-00-00913 (beilstein handbook reference)[beilstein]", "1773077[beilstein]", "h-dl-2-aad-oh", "alpha-aminoadipic acid", "hexanedioic acid 2-amino-", "2-amino-hexanedioic acid", "aad", "dl-alpha-aminoadipic acid", "1724349[beilstein]", "alpha-aminoadipate", "208-809-2[einecs]", "adipic acid 2-amino-"}|>, "500" -> <|"DatabaseID" -> "SW00391", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31672"], ExternalIdentifier["ChEBIID", "5775"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8985]}, "IsomericSmiles" -> "c1ccc2c(c1)cnnc2NN", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01302"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hydralazine sulph;hydralazine hcl", "WHO Essential Medicine" -> "hydralazine", "Australia Approved Name" -> "HYDRALAZINE HYDROCHLORIDE", "FDA Approved Drug" -> "HYDRALAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449894", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9351], ExternalIdentifier["PubChemCompoundID", 3637]}, "Synonyms" -> {"apresoline", "slow-apresolin", "1-hydrazinophthalazine hydrochloride", "dralzine", "hydralazine chloride", "hyperex", "aiselazine", "hyperazin", "hydralazine hydrochloride", "1(2h)-phthalazinone hydrazone", "apresoline (tn)", "h.h. 25/25", "rolazine", "apresoline hydrochloride", "1-hydrazinophthalazinhydrochlorid", "206-151-0[einecs]", "1-hydrazinylphthalazine hydrochloride (1:1)", "hydrallazine hydrochloride", "hydralazine hydrochloride[jan]", "304-20-1 86-54-4 [hydralazine]", "h.h. 50/50", "hydralazine[wiki]", "hydralazine monohydrochloride", "1-hydrazinophthalazine hydrochloride (1:1)[acd/iupac name]", "304-20-1[rn]", "mfcd00135998", "1-hydrazinophtalazine chlorhydrate", "phthalazinone hydrazone monohydrochloride", "3568329", "hydralazine hydrocloride", "apresazide", "40671-54-3[rn]", "1(2h)-phthalazinone hydrazone monohydrochloride", "apresoline-esidrix", "86-54-4[rn]", "phthalazine 1-hydrazino- monohydrochloride", "apresine", "bidil[wiki]", "phthalazine 1-hydrazinyl- hydrochloride (1:1)", "1(2h)-phthalazinone hydrazone hydrochloride", "304-20-1 86-54-4", "nor-press 25", "1-hydrazinophthalazine monohydrochloride", "hydralazine hcl", "lopress", "hydralazin", "hidralazin", "hydralazine", "apressin", "1-hydrazinophthalazine", "apresolin", "hypophthalin", "hydrazinophthalazine", "aprezolin"}|>, "501" -> <|"DatabaseID" -> "SW00392", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2484]}, "IsomericSmiles" -> "C[N+](C)(C)CCCC(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09752"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carpronium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2582]}, "Synonyms" -> {"carpronium", "ac1l1e02", "chembl1896433", "14075-13-9", "19075-28-6[rn]", "ammonium", "ammonium (3-carboxypropyl)trimethyl- methyl ester", "13254-33-6 (chloride)", "ncgc00181355-01", "14075-13-9[rn]", "unii-x6uk728glz", "carpronium chloride hydrate", "4-methoxy-n", "ac1q5zwm"}|>, "502" -> <|"DatabaseID" -> "SW00393", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50142"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5888]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06709"]}, "IsomericSmiles" -> "CC(C[N+](C)(C)C)OC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04970"]}, "OfficialNames" -> <|"Australia Approved Name" -> "METHACHOLINE CHLORIDE", "FDA Approved Drug" -> "METHACHOLINE CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6114]}, "Synonyms" -> {"provocholine", "methacholine chloride", "62-51-1", "amechol", "mecholine chloride", "methacholinium chloride", "metacolina cloruro [dcit]", "2-(acetyloxy)-n,n,n-trimethyl-1-propanaminium chloride", "(2-hydroxypropyl)trimethylammonium chloride acetate", "methacholini chloridum[latin]", "methacholine[wiki]", "acetyl-b-methylcholine chloride", "2410-07-3[rn]", "2-acetoxy-n,n,n-trimethyl-1-propanaminium chloride[acd/iupac name]", "(2-acetoxypropyl)trimethylammonium chloride", "o-acetyl-b-methylcholine chloride", "methacholine chloride usp grade[usp]", "b-methylacetylcholine chloride", "200-537-2[einecs]", "acetyl-2-methylcholine chloride", "mecholine", "chlorure de methacholine[french][inn]", "55-92-5[rn]", "chloride methacholine", "1-propanaminium 2-(acetyloxy)-n,n,n-trimethyl- chloride", "methacholine chloride [ban:inn][inn]", "provokit", "methacholine", "2-acetoxy-n,n,n-trimethylpropan-1-aminium chloride", "1-methyl-2-(trimethylamino)ethyl acetate chloride", "2-bromo-5-(methylsulfonyl)pyridine", "trimethyl-b-acetoxypropylammonium chloride", "mecholyl chloride", "o-acetyl-beta-methylcholine chloride", "methacoline chloride", "acetyl 2 methylcholine chloride", "2-(acetyloxy)-n,n,n-trimethylpropan-1-aminium chloride", "2-acetyloxy-n,n,n-trimethylpropan-1-aminium chloride", "a-1480", "1-propanaminium 2-(acetyloxy)-n,n,n-trimethyl- chloride (1:1)", "acetyl-beta-methylcholine chloride", "mecholyl", "cloruro de metacolina[spanish][inn]", "d016210", "62-51-1[rn]", "methylacetyl choline"}|>, "503" -> <|"DatabaseID" -> "SW00393", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50142"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5888]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06709"]}, "IsomericSmiles" -> "CC(C[N+](C)(C)C)OC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04970"]}, "OfficialNames" -> <|"Australia Approved Name" -> "METHACHOLINE CHLORIDE", "FDA Approved Drug" -> "METHACHOLINE CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6114]}, "Synonyms" -> {"provocholine", "methacholine chloride", "62-51-1", "amechol", "mecholine chloride", "methacholinium chloride", "metacolina cloruro [dcit]", "2-(acetyloxy)-n,n,n-trimethyl-1-propanaminium chloride", "(2-hydroxypropyl)trimethylammonium chloride acetate", "methacholini chloridum[latin]", "methacholine[wiki]", "acetyl-b-methylcholine chloride", "2410-07-3[rn]", "2-acetoxy-n,n,n-trimethyl-1-propanaminium chloride[acd/iupac name]", "(2-acetoxypropyl)trimethylammonium chloride", "o-acetyl-b-methylcholine chloride", "methacholine chloride usp grade[usp]", "b-methylacetylcholine chloride", "200-537-2[einecs]", "acetyl-2-methylcholine chloride", "mecholine", "chlorure de methacholine[french][inn]", "55-92-5[rn]", "chloride methacholine", "1-propanaminium 2-(acetyloxy)-n,n,n-trimethyl- chloride", "methacholine chloride [ban:inn][inn]", "provokit", "methacholine", "2-acetoxy-n,n,n-trimethylpropan-1-aminium chloride", "1-methyl-2-(trimethylamino)ethyl acetate chloride", "2-bromo-5-(methylsulfonyl)pyridine", "trimethyl-b-acetoxypropylammonium chloride", "mecholyl chloride", "o-acetyl-beta-methylcholine chloride", "methacoline chloride", "acetyl 2 methylcholine chloride", "2-(acetyloxy)-n,n,n-trimethylpropan-1-aminium chloride", "2-acetyloxy-n,n,n-trimethylpropan-1-aminium chloride", "a-1480", "1-propanaminium 2-(acetyloxy)-n,n,n-trimethyl- chloride (1:1)", "acetyl-beta-methylcholine chloride", "mecholyl", "cloruro de metacolina[spanish][inn]", "d016210", "62-51-1[rn]", "methylacetyl choline"}|>, "504" -> <|"DatabaseID" -> "SW00394", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9005]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01626"]}, "IsomericSmiles" -> "C[NH+](CC#C)Cc1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02564"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PARGYLINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9373]}, "Synonyms" -> {"eutonyl", "n-benzyl-n-methyl-2-propynylamine hydrochloride", "pargyline hydrochloride", "methylbenzylpropynylamine hydrochloride", "pargyline chloride", "eutonyl-ten", "n-methyl-n-2-propynylbenzylamine hydrochloride", "306-07-0", "benzylmethylpropynylamine hydrochloride", "pargyline (hydrochloride)", "pargyline", "benzyl-methyl-2-propinylamin", "n-methyl-n-(2-propynyl)benzylamine hydrochloride; n-methyl-n-propargylbenzylaminehydrochloride", "mao-a", "methylbenzylpropynylamine", "8055-70-7[rn]", "306-07-0 555-57-7 [pargyline]", "benzylamine n-methyl-n-2-propynyl- hydrochloride", "lopac-p-8013", "n-benzyl-n-methylprop-2-yn-1-amine hydrochloride (1:1)", "555-57-7[rn]", "n-methyl-n-propargylbenzylamine hydrochloride", "206-175-1[einecs]", "supirdyl", "pargylinehydrochloride", "methylbenzylprop-2-ynylamine chloride", "n-benzyl-n-methyl-2-propyn-1-amine", "monoamine oxidase type a", "usaf a-19120", "eudatin", "306-07-0[rn]", "n-methyl-n-benzyl-2-propynylamine hydrochloride", "pargyline[wiki]", "eutron", "pargyline hydrochloride[usan]", "n-methyl-n-2-propynylbenzenemethanamine hydrochloride", "n-methyl-n-2-propynylbenzylamine", "2-propynylamine n-benzyl-n-methyl- hydrochloride", "n-methyl-n-(2-propynyl)benzylamine hydrochloride", "paragyline", "n-benzyl-n-methyl-2-propynylamine", "306-07-0 555-57-7", "ec 1.4.3.4", "n-benzyl-n-methylprop-2-yn-1-amine hydrochloride", "pargylin", "eutonyl (tn)", "pargylamine", "benzenemethanamine n-methyl-n-2-propyn-1-yl- hydrochloride (1:1)", "n-methyl-n-(2-propyny)benzylamine hydrochloride"}|>, "505" -> <|"DatabaseID" -> "SW00394", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9005]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01626"]}, "IsomericSmiles" -> "C[NH+](CC#C)Cc1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02564"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PARGYLINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9373]}, "Synonyms" -> {"eutonyl", "n-benzyl-n-methyl-2-propynylamine hydrochloride", "pargyline hydrochloride", "methylbenzylpropynylamine hydrochloride", "pargyline chloride", "eutonyl-ten", "n-methyl-n-2-propynylbenzylamine hydrochloride", "306-07-0", "benzylmethylpropynylamine hydrochloride", "pargyline (hydrochloride)", "pargyline", "benzyl-methyl-2-propinylamin", "n-methyl-n-(2-propynyl)benzylamine hydrochloride; n-methyl-n-propargylbenzylaminehydrochloride", "mao-a", "methylbenzylpropynylamine", "8055-70-7[rn]", "306-07-0 555-57-7 [pargyline]", "benzylamine n-methyl-n-2-propynyl- hydrochloride", "lopac-p-8013", "n-benzyl-n-methylprop-2-yn-1-amine hydrochloride (1:1)", "555-57-7[rn]", "n-methyl-n-propargylbenzylamine hydrochloride", "206-175-1[einecs]", "supirdyl", "pargylinehydrochloride", "methylbenzylprop-2-ynylamine chloride", "n-benzyl-n-methyl-2-propyn-1-amine", "monoamine oxidase type a", "usaf a-19120", "eudatin", "306-07-0[rn]", "n-methyl-n-benzyl-2-propynylamine hydrochloride", "pargyline[wiki]", "eutron", "pargyline hydrochloride[usan]", "n-methyl-n-2-propynylbenzenemethanamine hydrochloride", "n-methyl-n-2-propynylbenzylamine", "2-propynylamine n-benzyl-n-methyl- hydrochloride", "n-methyl-n-(2-propynyl)benzylamine hydrochloride", "paragyline", "n-benzyl-n-methyl-2-propynylamine", "306-07-0 555-57-7", "ec 1.4.3.4", "n-benzyl-n-methylprop-2-yn-1-amine hydrochloride", "pargylin", "eutonyl (tn)", "pargylamine", "benzenemethanamine n-methyl-n-2-propyn-1-yl- hydrochloride (1:1)", "n-methyl-n-(2-propyny)benzylamine hydrochloride"}|>, "506" -> <|"DatabaseID" -> "SW00395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5752]}, "IsomericSmiles" -> "C[N+](C)(C)CC(CC(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03273"]}, "OfficialNames" -> <|"NPC Approved Name" -> "entomin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5970]}, "Synonyms" -> {"carnitine dl- hydrochloride", "carnitine hydrochloride", "entomin", "461-05-2[rn]", "dl-carnitine hydrochloride", "carnitine chloride", "monocamin", "541-14-0[rn]", "3-carboxy-2-hydroxy-n,n,n-trimethylpropan-1-aminium chloride", "1-propanaminium 3-carboxy-2-hydroxy-n,n,n-trimethyl-,chloride", "[461-05-2]", "200-305-0[einecs]", "461-06-3[rn]", "56-99-5[rn]", "4163212", "l-carnitinehydrochloride", "ammonium (3-carboxy-2-hydroxypropyl)trimethyl- chloride", "3-carboxy-2-hydroxy-n,n,n-trimethyl-1-propanaminium inner salt hydrochloride (1:1)", "l(-)-carnitinehydrochloride", "bicarnesine", "(r)-carnitine hydrochloride", "6645-46-1[rn]", "l-carnitine chloride", "3-hydroxy-4-(trimethylammonio)butanoate hydrochloride (1:1)", "(r)-3-carboxy-2-hydroxy-n,n,n-trimethylpropan-1-aminium chloride", "dl-carnitinehydrochloride", "3-hydroxy-4-(trimethylammonio)butanoate hydrochloride", "qv1yq1k1&1&1 &&anhydro; hcl[wln]", "541-14-0 16224-32-1", "1-propanaminium 3-carboxy-2-hydroxy-n,n,n-trimethyl-,chloride(1:1)", "levocarnitine chloride", "207-309-1[einecs]", "3-hydroxy-4-(trimethylamino)butanoic acid chloride", "10017-44-4[rn]", "carnitine (dl) hydrochloride", "d", "(s)-3-carboxy-2-hydroxy-n,n,n-trimethylpropan-1-aminium chloride", "1-propanaminium 3-carboxy-2-hydroxy-n,n,n-trimethyl-,inner salt hydrochloride(1:1)", "c-1990", "carnitine chloride[jan]", "3-hydroxy-4-(trimethylammonio)butyrate hydrochloride", "d,l-carnitine hydrochloride", "l-carnitine hydrochloirde (bovine)"}|>, "507" -> <|"DatabaseID" -> "SW00395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5752]}, "IsomericSmiles" -> "C[N+](C)(C)CC(CC(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03273"]}, "OfficialNames" -> <|"NPC Approved Name" -> "entomin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5970]}, "Synonyms" -> {"carnitine dl- hydrochloride", "carnitine hydrochloride", "entomin", "461-05-2[rn]", "dl-carnitine hydrochloride", "carnitine chloride", "monocamin", "541-14-0[rn]", "3-carboxy-2-hydroxy-n,n,n-trimethylpropan-1-aminium chloride", "1-propanaminium 3-carboxy-2-hydroxy-n,n,n-trimethyl-,chloride", "[461-05-2]", "200-305-0[einecs]", "461-06-3[rn]", "56-99-5[rn]", "4163212", "l-carnitinehydrochloride", "ammonium (3-carboxy-2-hydroxypropyl)trimethyl- chloride", "3-carboxy-2-hydroxy-n,n,n-trimethyl-1-propanaminium inner salt hydrochloride (1:1)", "l(-)-carnitinehydrochloride", "bicarnesine", "(r)-carnitine hydrochloride", "6645-46-1[rn]", "l-carnitine chloride", "3-hydroxy-4-(trimethylammonio)butanoate hydrochloride (1:1)", "(r)-3-carboxy-2-hydroxy-n,n,n-trimethylpropan-1-aminium chloride", "dl-carnitinehydrochloride", "3-hydroxy-4-(trimethylammonio)butanoate hydrochloride", "qv1yq1k1&1&1 &&anhydro; hcl[wln]", "541-14-0 16224-32-1", "1-propanaminium 3-carboxy-2-hydroxy-n,n,n-trimethyl-,chloride(1:1)", "levocarnitine chloride", "207-309-1[einecs]", "3-hydroxy-4-(trimethylamino)butanoic acid chloride", "10017-44-4[rn]", "carnitine (dl) hydrochloride", "d", "(s)-3-carboxy-2-hydroxy-n,n,n-trimethylpropan-1-aminium chloride", "1-propanaminium 3-carboxy-2-hydroxy-n,n,n-trimethyl-,inner salt hydrochloride(1:1)", "c-1990", "carnitine chloride[jan]", "3-hydroxy-4-(trimethylammonio)butyrate hydrochloride", "d,l-carnitine hydrochloride", "l-carnitine hydrochloirde (bovine)"}|>, "508" -> <|"DatabaseID" -> "SW00396", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16347"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10455], ExternalIdentifier["ChemSpiderID", 571006]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00583"]}, "IsomericSmiles" -> "C[N+](C)(C)C[C@@H](CC(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02176"]}, "OfficialNames" -> <|"Indian Approved Name" -> "l-carnitine;levo-carnitine", "FDA Approved Drug" -> "LEVOCARNITINE"|>, "PharmGKBID" -> "PA450154", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10917], ExternalIdentifier["PubChemCompoundID", 10219816]}, "Synonyms" -> {"carnitor", "(-)-carnitine", "vitamin bt", "l-carnitine", "karnitin", "(-)-l-carnitin", "carnitine", "carnitene", "(r)-carnitine", "levocarnitine", "(-)-l-carnitine", "xanthine oxidase", "xd", "(s)-carnitine", "6645-46-1[rn]", "229-663-6[einecs]", "461-05-2[rn]", "xo", "vitamin- bt", "levocarnitine chloride[jan]", "ec 1.17.3.2", "ec 1.17.1.4", "nicetile", "3-carboxy-2-hydroxy-n,n,n-trimethyl-1-propanaminium", "carnitine[wiki][inn]", "(-)-(r)-3-hydroxy-4-(trimethylammonio)butyrate", "c-1985", "tl8003552", "7634-98-2[rn]", "54623-24-4[rn]", "carnicor", "carnitor sf", "levocarnitine[wiki]", "carnitine (-)-", "l(-)-carnitine", "carniking", "3-carboxy-2-hydroxy-n,n,n-trimethyl-1-propanaminium hydroxide,inner salt", "1-propanaminium 3-carboxy-2-hydroxy-n,n,n-trimethyl-,hydroxide innersalt", "levocarnitine (jan/usp)[usp][jan]", "541-15-1[rn]", "l-(-)-carnitine", "208-768-0[einecs]", "levocarnitine;carnitor;vitamin bt;karnitin", "(3r)-3-hydroxy-4-(trimethylamino)butanoic acid", "4292315[beilstein]", "l-carnitine(levocarnitine)", "(3r)-3-hydroxy-4-(trimethylammonio)butanoate[acd/iupac name]", "1-propanaminium 3-carboxy-2-hydroxy-n,n,n-trimethyl-,hydroxide innersalt (r)-", "(3r)-3-hydroxy-4-(trimethylammonio)butanoat", "cardiogen-82", "g-trimethylammonium-b-hydroxybutirate", "(3r)-(-)-3-hydroxy-4-(trimethylammonio)butanoate 99+%", "3-hydroxy-4-(trimethylammonio)butanoate[acd/iupac name]", "1-propanaminium 3-carboxy-2-hydroxy-n,n,n-trimethyl-,inner salt (2r)-(9ci)", "carniking 50", "levocarnitine [usan:inn][inn][usan]", "1-propanaminium 3-carboxy-2-hydroxy-n,n,n-trimethyl-,inner salt (2r)-", "ammonium,(3-carboxy-2-hydroxypropyl)trimethyl- hydroxide,inner salt", "1-propanaminium 3-carboxy-2-hydroxy-n,n,n-trimethyl-,inner salt (r)-", "1-carnitine", "(3-carboxy-2-hydroxypropyl)trimethyl-ammoniumhydroxide innersalt", "(l-3-carboxy-2-hydroxypropyl)trimethylammonium hydroxide innersalt", "carnilean", "l-carnitine inner salt", "levocarnitine l carnitine", "carnitine l-", "cardiogen", "(l-3-carboxy-2-hydroxypropyl)trimethylammonium hydroxide innersalt", "carnitor (tn)", "levocarnitinum[latin]", "541-15-1", "bicarnesine", "levocarnitina[spanish]", "carnitine (l-form)", "9005-80-5[rn]", "3-carboxy-2-hydroxy-n,n,n-trimethyl-1-propanaminium hydroxide,innersalt", "3-carboxy-2-hydroxy-n,n,n-trimethyl-1-propanaminium[acd/iupac name]", "ammonium,(3-carboxy-2-hydroxypropyl)trimethyl- hydroxide inner salt,l-", "5732837[beilstein]", "(r)-3-carboxy-2-hydroxy-n,n,n-trimethyl-1-propanaminium hydroxide innersalt", "ammonium,(3-carboxy-2-hydroxypropyl)trimethyl- hydroxide inner salt,l- (8ci)", "l(-)-carnitine hydrochloride", "l-cartin (tn)", "l-(-)-carnitine hydrochloride", "(2r)-3-carboxy-2-hydroxy-n,n,n-trimethyl-1-propanaminium innersalt hydrochloride (1:1)", "(r)-(3-carboxy-2-hydroxypropyl)trimethylammonium chloride", "l-cartin", "1-propanaminium 3-carboxy-2-hydroxy-n,n,n-trimethyl-,inner salt (2r)- hydrochloride (1:1)", "(r)-3-hydroxy-4-(trimethylammonio)butanoate hydrochloride", "(3r)-3-hydroxy-4-(trimethylammonio)butanoate hydrochloride", "l-carnitine hcl", "l-carnitine hydrochloride", "10017-44-4[rn]", "(3r)-3-hydroxy-4-(trimethylammonio)butyrate hydrochloride", "(r)-3-hydroxy-4-(trimethylammonio)butyrate hydrochloride", "qv1yq1k1&1&1 &&chloride;[wln]", "(r)-3-carboxy-2-hydroxy-n,n,n-trimethyl-1-propanaminium chloride", "(3r)-3-hydroxy-4-(trimethylammonio)butanoatehydrochloride (1:1)", "(r)-carnitine hydrochloride"}|>, "509" -> <|"DatabaseID" -> "SW00397", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3157"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390933]}, "IsomericSmiles" -> "C[C@@H]1CCc2c1cncc2C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "boschniakine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442507]}, "Synonyms" -> {"(r)-6", "boschniakine", "(r)-6,7-dihydro-7-methyl-5h-2-pyrindine-4-carboxaldehyde", "18070-40-1", "5h-cyclopenta[c]pyridine-4-carboxaldehyde 6,7-dihydro-7-methyl- (7r)-", "c09915", "18070-40-1[rn]", "chebi:3157", "5h-2-pyrindine-4-carboxaldehyde", "(7r)-7-methyl-6", "3934[beilstein]", "(7r)-7-methyl-6,7-dihydro-5h-cyclopenta[c]pyridine-4-carbaldehyde", "(r)-6,7-dihydro-7-methyl-5h-2-pyrindinecarboxaldehyde", "ac1l9cz2"}|>, "510" -> <|"DatabaseID" -> "SW00398", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3084"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11061]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01019"]}, "IsomericSmiles" -> "CC(C[N+](C)(C)C)OC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01000"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bethanechol chloride", "FDA Approved Drug" -> "BETHANECHOL CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11548]}, "Synonyms" -> {"bethanechol chloride", "mecothane", "mechothane", "mictone", "urecholine", "besacholine", "mechotane", "myocholine", "urecholine chloride", "myotonachol", "btc", "bethaine choline chloride", "carbamylmethylcholine chloride", "uro-carb", "myotonine chloride", "[1-(trimethylaminiumyl)propan-2-yl] carbamate chloride", "1-propanaminium 2-((aminocarbonyl)oxy)-n,n,n-trimethyl- chloride", "590-63-6[rn]", "2-(carbamoyloxy)-n,n,n-trimethylpropan-1-aminiumchlorid", "21293-39-0[rn]", "590-63-6 674-38-4", "duvoid[wiki]", "(2-carbamoyloxypropyl)trimethylammonium chloride", "bethanechol", "1-propanaminium 2-[(aminocarbonyl)oxy]-n,n,n-trimethyl- chloride (1:1)", "amidopropyldimethylbetaine", "2-[(aminocarbonyl)oxy]-n,n,n-trimethylpropan-1-aminiumchloride", "590-63-6", "urethan of b-methylcholine chloride", "myotonine", "2-carbamoyloxypropyltrimethylammonium chloride", "duvoid", "209-686-8[einecs]", "bethanechol chloride [ban:jan][jan]", "2-[(aminocarbonyl)oxy]-n,n,n-trimethyl-1-propanaminiumchloride", "1-methyl-2-(trimethylamino)ethyl aminooate chloride", "urabeth", "beta-methyl carbachol chloride", "myotonachol[wiki]", "mfcd00055224", "1-propanaminium 2-[(aminocarbonyl)oxy]-n,n,n-trimethyl- chloride", "2-((aminocarbonyl)oxy)-n,n,n-trimethyl-1-propanaminiumchloride", "urecholine[wiki]", "674-38-4[rn]", "trimethyl(2-carbamoyloxypropyl)ammonium chloride", "bethanechol[wiki]", "(2-hydroxypropyl)trimethylammonium chloride carbamate", "590-63-6 674-38-4 [bethanechol]", "urecholine (tn)", "53516-76-0[rn]", "carbamate of (2-hydroxypropyl)trimethylammonium chloride", "mictrol", "2-(carbamoyloxy)-n,n,n-trimethylpropan-1-aminium chloride"}|>, "511" -> <|"DatabaseID" -> "SW00398", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3084"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11061]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01019"]}, "IsomericSmiles" -> "CC(C[N+](C)(C)C)OC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01000"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bethanechol chloride", "FDA Approved Drug" -> "BETHANECHOL CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11548]}, "Synonyms" -> {"bethanechol chloride", "mecothane", "mechothane", "mictone", "urecholine", "besacholine", "mechotane", "myocholine", "urecholine chloride", "myotonachol", "btc", "bethaine choline chloride", "carbamylmethylcholine chloride", "uro-carb", "myotonine chloride", "[1-(trimethylaminiumyl)propan-2-yl] carbamate chloride", "1-propanaminium 2-((aminocarbonyl)oxy)-n,n,n-trimethyl- chloride", "590-63-6[rn]", "2-(carbamoyloxy)-n,n,n-trimethylpropan-1-aminiumchlorid", "21293-39-0[rn]", "590-63-6 674-38-4", "duvoid[wiki]", "(2-carbamoyloxypropyl)trimethylammonium chloride", "bethanechol", "1-propanaminium 2-[(aminocarbonyl)oxy]-n,n,n-trimethyl- chloride (1:1)", "amidopropyldimethylbetaine", "2-[(aminocarbonyl)oxy]-n,n,n-trimethylpropan-1-aminiumchloride", "590-63-6", "urethan of b-methylcholine chloride", "myotonine", "2-carbamoyloxypropyltrimethylammonium chloride", "duvoid", "209-686-8[einecs]", "bethanechol chloride [ban:jan][jan]", "2-[(aminocarbonyl)oxy]-n,n,n-trimethyl-1-propanaminiumchloride", "1-methyl-2-(trimethylamino)ethyl aminooate chloride", "urabeth", "beta-methyl carbachol chloride", "myotonachol[wiki]", "mfcd00055224", "1-propanaminium 2-[(aminocarbonyl)oxy]-n,n,n-trimethyl- chloride", "2-((aminocarbonyl)oxy)-n,n,n-trimethyl-1-propanaminiumchloride", "urecholine[wiki]", "674-38-4[rn]", "trimethyl(2-carbamoyloxypropyl)ammonium chloride", "bethanechol[wiki]", "(2-hydroxypropyl)trimethylammonium chloride carbamate", "590-63-6 674-38-4 [bethanechol]", "urecholine (tn)", "53516-76-0[rn]", "carbamate of (2-hydroxypropyl)trimethylammonium chloride", "mictrol", "2-(carbamoyloxy)-n,n,n-trimethylpropan-1-aminium chloride"}|>, "512" -> <|"DatabaseID" -> "SW00399", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5825]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00797"]}, "IsomericSmiles" -> "c1ccc(cc1)CC2=[NH+]CCN2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00997"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TOLAZOLINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6048]}, "Synonyms" -> {"priscoline", "imidaline hydrochloride", "vasodilatan", "tolazoline chloride", "arterodyl", "tolavad", "tolazoline hydrochloride", "benzidazol", "priscoline hydrochloride", "priscol", "tolpal", "benzazoline hydrochloride", "2-benzyl-4,5-dihydro-1h-imidazolhydrochlorid", "2-benzyl-4,5-dihydro-1h-imidazole hydrochloride (1:1)[acd/iupac name]", "phenylmethylimidazoline", "peripherine", "tolazoline[wiki]", "2-(phenylmethyl)-4,5-dihydro-1h-imidazole hydrochloride", "2-benzyl-4,5-dihydro-1h-imidazolhydrochlorid(1:1)", "kasimid", "1h-imidazole 4,5-dihydro-2-(phenylmethyl)-,hydrochloride (1:1)", "59-97-2 59-98-3 [tolazoline]", "1h-imidazole 4,5-dihydro-2-(phenylmethyl)-,monohydrochloride", "2-benzyl-4,5-dihydro-1h-imidazole hydrochloride", "2-imidazoline", "2-benzyl-4,5-dihydro-1h-imidazole chlorhydrate", "tcmdc-125842", "benzolin", "2-benzyl-2-imidazolinehydrochloride", "divascol", "2-benzyl-2-imidazoline monohydrochloride", "imidaline", "lambril", "cloridrato di 2-benzil-4,5-imidazolina[italian]", "tolazolin", "59-97-2 59-98-3", "7380-28-1[rn]", "59-97-2", "benzylimidazoline hydrochloride", "tolazoline hydrochloride[jan]", "priscoline (tn)", "dilatol asi", "2-benzyl-4,5-dihydro-1h-imidazole chlorhydrate (1:1)", "benzazoline", "imidalin", "200-447-3[einecs]", "2-imidazoline 2-benzyl- monohydrochloride", "artonil", "vasimid", "benzylimidazoline", "59-97-2[rn]", "2-benzyl-2-imidazoline hydrochloride", "59-98-3[rn]", "prefaxil", "2-imidazoline 2-benzyl- hydrochloride", "vasodil", "4,5-dihydro-2-(phenylmethyl)-1h-imidazole monohydrochloride", "olitensol", "tolazoline"}|>, "513" -> <|"DatabaseID" -> "SW00400", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10327]}, "IsomericSmiles" -> "Cc1c(scn1)CCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07330"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clomethiazolum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10783]}, "Synonyms" -> {"clomethiazolum", "clomethiazol", "emineurina", "clometiazole", "somnevrin", "clomethiazole", "chlormethiazol", "distraneurin", "chlormethiazole[wiki]", "chloro-s.c.t.z", "clomethiazole[wiki][inn]", "chlormethiazole;heminevrin;nevrin", "d002719", "chlorethiazole", "mfcd00868012", "5-(2-chloroethyl)-4-methyl-1,3-thiazole[acd/iupac name]", "s.c.t.z.", "5-(2-chloro-ethyl)-4-methyl-thiazole", "clometiazolo [dcit]", "533-45-9", "4-27-00-00990[beilstein]", "chlormethiazole", "4-27-00-00990 (beilstein handbook reference)[beilstein]", "thiazole 5-(2-chloroethyl)-4-methyl-", "5-(2-chloroethyl)-4-methylthiazole", "no cas", "1867-58-9[rn]", "zendra", "4-methyl-5-(b-chloroethyl)thiazole", "heminevrin[wiki]", "chlorethiazol", "217-483-0[einecs]", "distraneurin[wiki]", "208-565-7[einecs]", "distraneurine", "clometiazol[spanish][inn]", "chlormethiazole heminevrin nevrin", "chloro-s.c.t.z.", "533-45-9[rn]"}|>, "514" -> <|"DatabaseID" -> "SW00402", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388378]}, "IsomericSmiles" -> "C1=C([C@@H]([C@H]([C@@H](O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lichenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439241]}, "Synonyms" -> {"lichenan", "ac1l96yh", "(2s", "c00478", "lichenin[wiki]", "1402-10-4[rn]"}|>, "515" -> <|"DatabaseID" -> "SW00403", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30997"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9587432]}, "IsomericSmiles" -> "C1[C@@H]2[C@H]([C@@H]([C@H]([C@H](O1)O2)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mannosan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2724705]}, "Synonyms" -> {"1", "anhydro-d-mannosan", "glucosan", "leucoglucosan", "levoglucosan", "1,6-anhydro-b-d-glucopyranose", "(1r,2s,3s,4r,5r)-6,8-dioxabicyclo[3.2.1]octane-2,3,4-triol", "(1r,2s,3s,4r,5r)-6,8-dioxabicyclo[3.2.1]octane-2,3,4-triol (non-preferred name)", "1,6-anhydro-d-glucose", "1,6-anhydro-b-d-glucose", "498-07-7[rn]", "80998[beilstein]", "levoglucosan (8ci)", "glucose 1,6-anhydro-", "7/7/498", "1,6-anhydroglucose", "498-07-7", "(1r,2s,3s,4r,5r)-6,8-dioxabicyclo[3.2.1]octan-2,3,4-triol (non-preferredname)", "(1r", "207-855-0[einecs]", "1,6-anhydro-d-glucopyranose", "1,6-anhydro-?-d-glucose", "7,8-dioxabicyclo[3.2.1]octane-2,3,4-triol"}|>, "516" -> <|"DatabaseID" -> "SW00404", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27510"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444774]}, "IsomericSmiles" -> "c1cc(cc2c1ccc(=O)o2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "umbelliferone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281426]}, "Synonyms" -> {"7-hydroxycoumarin", "hydrangine", "hydrangin", "skimmetin", "skimmetine", "1076-38-6[rn]", "7-oxidanylchromen-2-one", "umbeliferon[polish]", "202-240-3[einecs]", "7-hydroxycoumarine[french]", "7-hydroxychromen-2-one", "93-35-6[rn]", "umbelliferone[wiki]", "7-idrossicumarina[italian]", "umbelliferone", "7-hydroxy-2h-chromen-2-on[german]", "127683[beilstein]", "umbelliferon", "c031477", "coumarin", "7-hydroxy-2h-1-benzopyran-2-one", "7-hydroxycoumarin;", "5-18-01-00386 (beilstein handbook reference)[beilstein]", "7-hydroxy-2h-chromen-2-one", "nsc-019790", "7-hydroxy-chromen-2-one", "7-hydroxy-1-benzopyran-2-one", "umbelliferone[italian]", "93-35-6", "5-18-01-00386", "umbelliferon[german]", "coumarin 7-hydroxy-", "7-hydroxycoumarine", "7-oxycoumarin", "u-3000", "2h-1-benzopyran-2-one 7-hydroxy-", "tl8005916"}|>, "517" -> <|"DatabaseID" -> "SW00405", "IsomericSmiles" -> "CC1=CC(=O)[N-]S(=O)(=O)O1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08836"]}, "OfficialNames" -> <|"Indian Approved Name" -> "acesulfame potassium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11074431]}, "Synonyms" -> {"acesulfame potassium", "55589-62-3", "6-methyl-1", "dsstox_rid_78852", "acesulfame k", "st51037480", "cas-55589-62-3", "dsstox_gsid_30606", "ncgc00090729-01", "dsstox_cid_10606"}|>, "518" -> <|"DatabaseID" -> "SW00406", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390151]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cymarose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441417]}, "Synonyms" -> {"c08234", "cymarose", "3-methyldigitoxose", "beta-cymaropyranose", "(2r", "ag-g-04688", "579-04-4", "ac1l9b4j", "d-cymarose", "cymarose(6ci", "579-04-4[rn]"}|>, "519" -> <|"DatabaseID" -> "SW00407", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4574484]}, "IsomericSmiles" -> "C[C@@H]([C@@H]([C@H](CC=O)OC)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oleandrose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5461155]}, "Synonyms" -> {"oleandrose", "6786-76-1[rn]", "2,6-dideoxy-3-o-methyl-arabino-hexose", "chebi:10423", "2,6-dideoxy-3-o-methyl-d-galactose", "2,6-dideoxy-3-o-methyl-l-arabino-hexose", "cpd-12961", "(3s", "2", "ac1nuu95", "l-arabino-hexose 2,6-dideoxy-3-o-methyl-"}|>, "520" -> <|"DatabaseID" -> "SW00408", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21105944]}, "IsomericSmiles" -> "COC(=O)/C=C/c1ccccc1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl cinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 637520]}, "Synonyms" -> {"cinnamic acid methyl ester", "methyl trans-cinnamate", "methyl (e)-cinnamate", "methyl cinnamate", "103-29-4", "trans-cinnamic acid methyl ester", "cinnamic acid methyl ester", "cinnamic acid methylester", "methyl (2e)-3-phenylprop-2-enoate", "methyl (2e)-3-phenylacrylate", "103-26-4[rn]", "203-093-8[einecs]", "1754-62-7[rn]", "tl806143", "2-propenoic acid 3-phenyl- methyl ester (2e)-", "methyl 3-phenylpropenoate", "methylcinnamate", "methyl cinnamylate", "e-3-phenyl-acrylic acid methyl ester", "cinnamic acid", "methyl 3-phenylacrylate", "methyl-(2e)-3-phenylacrylat[german]", "trans-3-phenylacrylic acid methyl ester", "(e)-3-phenyl-acrylic acid methyl ester", "103-26-4", "(e)-cinnamic acid methyl ester", "(2e)-3-phenyl-2-propenoic acid methyl ester", "methyl cinnamate (natural)"}|>, "521" -> <|"DatabaseID" -> "SW00409", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6898]}, "IsomericSmiles" -> "CC(=O)CC(=O)c1ccccc1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "benzoyl acetone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7166]}, "Synonyms" -> {"acetylbenzoylmethane", "2-acetylacetophenone", "1-benzoylacetone", "1-benzoyl-2-propanone", "benzoylacetone", "acetoacetophenone", "4-07-00-02151 (beilstein handbook reference)[beilstein]", "1-phenyl-butane-1,3-dione", "butane-1,3-dione 1-phenyl-", "1-phenylbutane-1", "1,3-butanedione,1-phenyl benzoylacetone", "1", "1-phenyl-1,3-butanedione[acd/iupac name]", "1-phenyl-1", "93-91-4[rn]", "93-91-4", "1,3-butanedione 1-phenyl-", "benzoyl-aceton[german]", "742413", "benzoyl acetone", "2-propanone benzoyl-", "202-286-4[einecs]", "1-phenylbutane-1,3-dione", "1-phenyl-1,3-butanedion", "b-0690"}|>, "522" -> <|"DatabaseID" -> "SW00410", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 556586]}, "IsomericSmiles" -> "COc1ccc(cc1)/C=C/C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "p-methoxycinnamaldehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 641294]}, "Synonyms" -> {"4-methoxycinnamaldehyde", "p-methoxycinnamic aldehyde", "p-methoxycinnamaldehyde", "3-(4-methoxyphenyl)acrylaldehyde", "(2e)-3-(4-methoxyphenyl)-2-propenal", "3-(4-methoxyphenyl)-2-propenal", "cinnamaldehyde p-methoxy-", "24680-50-0[rn]", "para-methoxy cinnamic aldehyde", "cinnamaldehyde p-methoxy- (8ci)", "(2e)-3-(4-methoxyphenyl)prop-2-enal", "trans-4-methoxycinnamaldehyde", "cinnamaldehyde", "1963-36-6", "vh1u1r do1 &&trans; or e form[wln]", "1447540", "trans-p-methoxycinnamaldehyde", "(2e)-3-(4-methoxyphenyl)acrylaldehyde", "p-methoxy cinnamaldehyde", "2-propenal 3-(4-methoxyphenyl)- (2e)-", "(e)-3-(4-methoxyphenyl)acrylaldehyde", "2-propenal"}|>, "523" -> <|"DatabaseID" -> "SW00411", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884568]}, "IsomericSmiles" -> "CCCC=C=C=C1C=CC(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cumulene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6324998]}, "Synonyms" -> {"5-hexa-1", "cumulene[wiki]", "ac1o44m7"}|>, "524" -> <|"DatabaseID" -> "SW00412", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5283]}, "IsomericSmiles" -> "CC(C(=O)NCC(=O)[O-])S", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01430"]}, "OfficialNames" -> <|"China Approved Name" -> "tiopronin", "FDA Approved Drug" -> "TIOPRONIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5483]}, "Synonyms" -> {"acadione", "mucolysin", "n-(2-mercaptopropionyl)glycine", "thiosol", "capen", "captimer", "thiola", "epatiol", "thiopronine", "tiopronin", "glycine n-(2-mercapto-1-oxopropyl)- (9ci)", "(2-mercaptopropionyl)glycine", "n-(2-mercaptopropanoyl)glycine", "(2-mercapto-propionylamino)-acetic acid", "tiopronin [dcf:inn:jan][inn][jan]", "tioglis", "thiopronin", "217-778-4[einecs]", "tiopronin[wiki]", "6509-02-2", "glycine n-(2-mercaptopropionyl)-", "sutilan", "1953/2/2", "2-(2-sulfanylpropanamido)acetic acid", "mpg", "tiopronine[french][inn]", "meprin (detoxicant)", "n-(2-mercapto-1-oxopropyl)glycine", "glycine n-(2-mercapto-1-oxopropyl)-", "tiopronino[spanish][inn]", "2-(2-sulfanylpropanoylamino)acetic acid", "thiolpropionamidoacetic acid", "1953-02-2", "a-mercaptopropionylglycine", "vincol", "n-(2-sulfanylpropanoyl)glycine[acd/iupac name]", "1953-02-2[rn]", "thiola (tn)", "tioproninum[latin]", "thiola[wiki]", "953-02-2", "02/02/1953"}|>, "525" -> <|"DatabaseID" -> "SW00412", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5283]}, "IsomericSmiles" -> "CC(C(=O)NCC(=O)[O-])S", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01430"]}, "OfficialNames" -> <|"China Approved Name" -> "tiopronin", "FDA Approved Drug" -> "TIOPRONIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5483]}, "Synonyms" -> {"acadione", "mucolysin", "n-(2-mercaptopropionyl)glycine", "thiosol", "capen", "captimer", "thiola", "epatiol", "thiopronine", "tiopronin", "glycine n-(2-mercapto-1-oxopropyl)- (9ci)", "(2-mercaptopropionyl)glycine", "n-(2-mercaptopropanoyl)glycine", "(2-mercapto-propionylamino)-acetic acid", "tiopronin [dcf:inn:jan][inn][jan]", "tioglis", "thiopronin", "217-778-4[einecs]", "tiopronin[wiki]", "6509-02-2", "glycine n-(2-mercaptopropionyl)-", "sutilan", "1953/2/2", "2-(2-sulfanylpropanamido)acetic acid", "mpg", "tiopronine[french][inn]", "meprin (detoxicant)", "n-(2-mercapto-1-oxopropyl)glycine", "glycine n-(2-mercapto-1-oxopropyl)-", "tiopronino[spanish][inn]", "2-(2-sulfanylpropanoylamino)acetic acid", "thiolpropionamidoacetic acid", "1953-02-2", "a-mercaptopropionylglycine", "vincol", "n-(2-sulfanylpropanoyl)glycine[acd/iupac name]", "1953-02-2[rn]", "thiola (tn)", "tioproninum[latin]", "thiola[wiki]", "953-02-2", "02/02/1953"}|>, "526" -> <|"DatabaseID" -> "SW00413", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28939"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06151"]}, "IsomericSmiles" -> "CC(=O)N[C@@H](CS)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "n-acetylcysteine;acetylcysteine;n-acetylcystein", "Traditional Herbal Isolate" -> "1-acetyl-4- isopropylidenecyclopentene", "Australia Approved Name" -> "ACETYLCYSTEINE", "China Approved Name" -> "acetylcysteine", "WHO Essential Medicine" -> "acetylcysteine", "FDA Approved Drug" -> "ACETYLCYSTEINE"|>, "PharmGKBID" -> "PA448033", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12035]}, "Synonyms" -> {"fluimucil", "parvolex", "n-acetylcysteine", "acetadote", "acetylcysteine", "mucomyst", "mercapturic acid", "fluprowit", "broncholysin", "nac", "lysox", "acc", "n-acetyl-l-cysteine", "mucolysin", "19542-74-6[rn]", "63664-54-0[rn]", "exomuc", "mucolyticum", "mfcd00004880", "a-1100", "tixair", "acetilcisteina[spanish][inn]", "mucret", "acetylcysteinum[latin]", "(r)-mercapturic acid", "210-498-3[einecs]", "l-a-acetamido-b-mercaptopropionic acid", "308079-78-9[rn]", "mucosolvin", "n-acetyl-l-cystein", "n-acetyl-3-mercaptoalanine", "mucofilin", "cysteine n-acetyl- l-", "n-acetyl cysteine", "sc2", "mucosil-10", "acetylcysteine [usan:ban:inn][inn][usan]", "mucosil", "respaire", "l-acetylcysteine", "(2r)-2-acetamido-3-sulfanyl-propanoic acid", "tl8003928", "acetyl-l-cysteine", "18829-79-3[rn]", "1724426[beilstein]", "lysomucil", "(2r)-2-acetylamino-3-sulfanylpropanoic acid", "fabrol", "n-acetylcysteine[acd/iupac name]", "616-91-1[rn]", "nasgc", "fluatox", "mucosil-20", "(r)-2-acetylamino-3-mercaptopropanoic acid", "n-acetyl-l-cysteine[acd/iupac name]", "n-acetyl-cysteine", "acetylcysteine[wiki]", "mucolyticum lappe", "2-(acetylamino)-3-mercaptopropionic acid[acd/iupac name]", "inspir", "91918-35-3[rn]", "7218-04-4[rn]", "nac (van)", "flumucetin", "mucomyst[wiki]", "l-cysteine n-acetyl-", "7696-05-1[rn]", "acetein", "cysteine n-(1-hydroxyethylidene)- (z)-", "fluimicil infantil", "cysteine n-acetyl-", "(2r)-2-acetamido-3-sulfanylpropanoic acid[acd/iupac name]", "mercapturic acid (r)-", "l-cysteine n-acetyl-,", "230-609-9[einecs]", "n-acetyl-l-(+)-cysteine", "acetylcysteinum [inn_la]", "mucolator", "fluimucetin", "(r)-2-acetamido-3-mercaptopropanoic acid", "acetadote[wiki]", "mucolytikum lappe", "lnac", "brunac", "airbron", "(2r)-2-(acetylamino)-3-sulfanylpropanoic acid", "n-acetylcysteine n-acetyl-l-cysteine nac a", "l-cysteine n-acetyl- sodium salt", "243-143-6[einecs]", "l-cysteine n-acetyl- sodium salt (1:1)", "sodium n-acetyl-l-cysteinate", "acetylcysteine sodium", "sodium (2r)-2-acetamido-3-sulfanylpropanoate[acd/iupac name]"}|>, "527" -> <|"DatabaseID" -> "SW00414", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 512868]}, "IsomericSmiles" -> "CO[Si](C)(C)[Si](C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01540"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dimethicone", "Australia Approved Name" -> "DIMETHICONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 589984]}, "Synonyms" -> {"methoxypentamethyldisilane", "dimethicone", "dimethyl(trimethylsilyl)methoxysilane", "18107-29-4[rn]", "dimeticone (jan/inn)", "sentry dimethicone (tn)", "disilane 1-methoxy-1,1,2,2,2-pentamethyl-", "1-methoxy-1,1,2,2,2-pentamethyldisilane", "dimethicone (nf)", "1-methoxy-1", "ac1lbw1q", "ag-e-31171", "dimeticone", "d01540", "methoxy-dimethyl-trimethylsilylsilane", "sentry dimethicone"}|>, "528" -> <|"DatabaseID" -> "SW00415", "IsomericSmiles" -> "C[Si](C)(C)O[Si](C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05841"]}, "OfficialNames" -> <|"Indian Approved Name" -> "simethicone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9794495]}, "Synonyms" -> {"d05841", "simethicone", "simethicone (usp)", "gas-x (tn)", "gas-x"}|>, "529" -> <|"DatabaseID" -> "SW00416", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12073]}, "IsomericSmiles" -> "C(=O)(C(Cl)(Cl)Cl)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "sodium trichloroacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23681045]}, "Synonyms" -> {"tca sodium", "tca-sodium", "antiperz", "acp grass killer", "antyperz", "sodium tca inhibited", "stca", "sodium tca", "sodiumtrichloroacetate", "211-479-2[einecs]", "tca", "trichloroctan sodny[czech]", "trichloressigsaures natrium[german]", "650-51-1[rn]", "allied arcadian sodium tca", "varitox", "sodio(tricloroacetato di)[italian]", "weedmaster grass killer", "green cross couch grass killer", "trichloroacetic acid sodium salt", "sodium trichloroacetate[acd/iupac name]", "tca sodium salt", "3572664", "sodium (trichloracetate de)[french]", "sodium trichloroacetic acid", "acetic acid trichloro- sodium salt", "dow sodium tca inhibited", "acetic acid 2,2,2-trichloro- sodium salt (1:1)", "sodium trichloroacetate", "natriumtrichlooracetaat[dutch]", "natriumtrichloracetat[german]"}|>, "530" -> <|"DatabaseID" -> "SW00417", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18125"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 553146]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01650"]}, "IsomericSmiles" -> "c1ccc(c(c1)/C=C/C(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hydroxycinnamic acid"|>, "Synonyms" -> {"trans-o-coumaric acid", "trans-2-hydroxycinnamic acid", "o-hydroxycinnamic acid", "2-coumaric acid", "(2e)-3-(2-hydroxyphenyl)-2-propenoic acid", "(2e)-3-(2-hydroxyphenyl)acrylic acid", "trans-o-hydroxycinnamic acid", "(e)-o-hydroxycinnamic acid", "o-hydroxy-trans-cinnamic acid", "ortho-hydroxycinnamic acid", "(2e)-3-(2-hydroxyphenyl)prop-2-enoic acid", "2-hydroxycinnamic acid", "(e)-3-(2-hydroxyphenyl)-2-propenoic acid", "1100900[beilstein]", "(e)-o-coumaric acid", "614-60-8[rn]", "qv1u1r bq &&e; or trans form[wln]", "(e)-3-(2-hydroxyphenyl)acrylic acid", "coumaric acid", "2hc", "o-coumaric acid", "4-10-00-00999 (beilstein handbook reference)[beilstein]", "cinnamic acid o-hydroxy- (e)-", "2-propenoic acid 3-(2-hydroxyphenyl)- (e)-", "3-(2-hydroxyphenyl)prop-2-enoic acid", "3-(2-hydroxy-phenyl)-acrylicacid", "trans-2-hydroxycinnamate", "210-386-4[einecs]", "(e)-3-(2-hydroxyphenyl)prop-2-enoic acid", "o-coumaric acid[wiki]", "2-hydroxycinnamic acid (e)-", "3-(2-hydroxyphenyl)acrylic acid", "2-coumarate", "2-hydroxycinnamate", "trans-2-coumaric acid", "2-propenoic acid 3-(2-hydroxyphenyl)- (2e)-", "(e)-2-hydroxycinnamic acid", "ec 1.6.99.-", "frase i", "cinnamic acid o-hydroxy-"}|>, "531" -> <|"DatabaseID" -> "SW00418", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32374"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 553148]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04066"]}, "IsomericSmiles" -> "c1cc(ccc1/C=C/C(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "4-hydroxycinnamic acid;coumarinic acid;cumaric acid;o-cumaric acid;p- coumaric acid;p-hydroxycinnamic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 637542]}, "Synonyms" -> {"para-coumaric acid", "4-coumaric acid", "4-hydroxycinnamic acid", "p-hydroxycinnamic acid", "trans-p-coumaric acid", "p-cumaric acid", "p-coumaric acid", "trans-4-hydroxycinnamic acid", "naringeninic acid", "b-[4-hydroxyphenyl]acrylic acid", "0-10-00-00297 (beilstein handbook reference)[beilstein]", "501-98-4 7400-08-0", "7400-08-0[rn]", "2-propenoic acid 3-(4-hydroxyphenyl)- (2e)-", "501-98-4[rn]", "trans-p-coumarinic acid", "cinnamic acid p-hydroxy- (e)-", "trans-para-coumaric acid", "231-000-0[einecs]", "4-hydroxycinnamicacid", "(e)-3-(4-hydroxy-phenyl)-acrylic acid", "cinnamic acid p-hydroxy-", "trans-p-hydroxycinnamic acid", "trans-4-coumaric acid", "p-hydroxy-cinnamic acid", "p-coumaric acid,trans", "3-(4-hydroxyphenyl)-2-propenoic acid", "4'-hydroxycinnamic acid", "3-(4-hydroxy-phenyl)-acrylicacid", "para-hydroxycinnamic acid", "para coumaric acid", "(2e)-3-(4-hydroxyphenyl)acrylic acid", "4501-31-9[rn]", "3-(4-hydroxyphenyl)acrylic acid[acd/iupac name]", "2-propenoic acid 3-(4-hydroxyphenyl)-", "4-coumaric acid (z)-isomer", "2-propenoic acid 3-(4-hydroxyphenyl)- (e)- (9ci)", "2207383[beilstein]", "4-10-00-01005 (beilstein handbook reference)[beilstein]", "4-hydroxy cinnamic acid", "tl8005115", "(e)-p-coumaric acid", "hc4", "c032171", "501-97-3[rn]", "(e)-p-hydroxycinnamic acid", "2-propenoic acid 3- (4-hydroxyphenyl)-", "(e)-3-(4-hydroxyphenyl)acrylic acid", "(e)-3-(4-hydroxyphenyl)-2-propenoic acid", "2-propenoic acid 3-(4-hydroxyphenyl)- (e)-", "3-(4-hydroxyphenyl)prop-2-enoic acid", "hydroxycinnamic acid", "(2e)-3-(4-hydroxyphenyl)prop-2-enoic acid"}|>, "532" -> <|"DatabaseID" -> "SW00419", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 322125]}, "IsomericSmiles" -> "Cc1cc2c(cn1)C(=O)OCC2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gentianidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 362908]}, "Synonyms" -> {"6-methyl-3", "gentianidine", "akos006327911", "ag-k-98547", "ac1q6hrn", "ac1l7lll", "nsc627383", "ar-1h2192", "6-methyl-3,4-dihydro-1h-pyrano[3,4-c]pyridin-1-one", "1h-pyrano(3,4-c)pyridin-1-one 3,4-dihydro-6-methyl-", "6-methyl-3,4-dihydro-1h-pyrano(3,4-c)pyridin-1-one", "2202-12-2", "2202-12-2[rn]"}|>, "533" -> <|"DatabaseID" -> "SW00420", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5068]}, "IsomericSmiles" -> "c1ccc(cc1)CCCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05868"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SODIUM PHENYLBUTYRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5258]}, "Synonyms" -> {"buphenyl", "natrium-4-phenylbutanoat", "sodium 4-phenylbutyrate", "sodium phenylbutyrate", "ammonaps", "4-phenylbutyric acid sodium salt", "4-phenylbutyrate", "4-phenylbutanoic acid sodium salt", "1716-12-7[rn]", "sodium 4-phenylbutanoate[acd/iupac name]", "1821-12-1[rn]", "sodium 4-phenylbutanoate", "sodium phenylbutyrate[wiki]", "sodium4-phenylbutyrate", "1716-12-7", "ncgc00018113-03", "12/07/1716", "benzenebutanoic acid sodium salt", "4-phenylbutyrate sodium", "phenylbutyrate", "12/7/1716", "tl8001350", "tributyrate", "benzenebutanoic acid sodium salt (1:1)", "nsc 657802", "ammonapse"}|>, "534" -> <|"DatabaseID" -> "SW00421", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61581]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)N=C=S", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "benzoyl isothiocyanate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68284]}, "Synonyms" -> {"benzoic acid", "oxophenylmethanisothiocyanate", "benzoylthiocarbimide", "benzoylisothiocyanate", "benzoic acid anhydride with hncs", "sbb068862", "benzoic acid anhydride with isothiocyanic acid", "532-55-8[rn]", "benzoyl isothiocyanate[acd/iupac name]", "benzoylisothiocyante", "isothiocyanic acid benzoyl ester", "n-benzoyl isothiocyanate", "benzoyl isothiocyanate", "606716", "isothiocyanate de benzoyle", "benzoic acid anhydride with isothiocyanic acid", "208-540-0[einecs]", "532-55-8"}|>, "535" -> <|"DatabaseID" -> "SW00422", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15767]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01490"]}, "IsomericSmiles" -> "c1ccc(cc1)C2C[NH+]=C(O2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02909"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Aminorex;2-amino-5-phenyl-2- oxazoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16630]}, "Synonyms" -> {"apiquel", "aminorex", "aminoxaphen", "aminoxafen", "2-amino-5-phenyl-2-oxazoline", "mcn 742", "2-oxazolamine", "aminorexum [inn-latin]", "2-oxazoline", "monocil", "dea no. 1585", "2-amino-4,5-dihydro-5-phenyloxazol", "apiquel (tn)", "5-phenyl-2-imino-4-oxazolidine", "aminorex[wiki][usan]", "5-phenyl-4,5-dihydro-1,3-oxazol-2-amine[acd/iupac name]", "5-phenyl-oxazolidin-(2z)-ylideneamine", "2207-50-3[rn]", "aminorexum[latin]", "aminorex [usan:ban:inn][inn][usan]", "4,5-dihydro-5-phenyl-2-oxazolamine", "2-oxazolamine 4,5-dihydro-5-phenyl-", "2-oxazoline 2-amino-5-phenyl-"}|>, "536" -> <|"DatabaseID" -> "SW00422", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15767]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01490"]}, "IsomericSmiles" -> "c1ccc(cc1)C2C[NH+]=C(O2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02909"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Aminorex;2-amino-5-phenyl-2- oxazoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16630]}, "Synonyms" -> {"apiquel", "aminorex", "aminoxaphen", "aminoxafen", "2-amino-5-phenyl-2-oxazoline", "mcn 742", "2-oxazolamine", "aminorexum [inn-latin]", "2-oxazoline", "monocil", "dea no. 1585", "2-amino-4,5-dihydro-5-phenyloxazol", "apiquel (tn)", "5-phenyl-2-imino-4-oxazolidine", "aminorex[wiki][usan]", "5-phenyl-4,5-dihydro-1,3-oxazol-2-amine[acd/iupac name]", "5-phenyl-oxazolidin-(2z)-ylideneamine", "2207-50-3[rn]", "aminorexum[latin]", "aminorex [usan:ban:inn][inn][usan]", "4,5-dihydro-5-phenyl-2-oxazolamine", "2-oxazolamine 4,5-dihydro-5-phenyl-", "2-oxazoline 2-amino-5-phenyl-"}|>, "537" -> <|"DatabaseID" -> "SW00423", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17688"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80863]}, "IsomericSmiles" -> "C[NH+]1CCC[C@H]1c2cccnc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03365"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nicotine", "Australia Approved Name" -> "NICOTINE", "FDA Approved Drug" -> "NICOTINE;NICOTINE POLACRILEX"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 89594]}, "Synonyms" -> {"nicotine", "nicotrol", "(-)-nicotine", "nicoderm", "habitrol", "(s)-nicotine", "micotine", "prostep", "3-[(2s)-1-methyl-2-pyrrolidinyl]pyridine[acd/iupac name]", "(s)-3-(n-methylpyrrolidin-2-yl)pyridine", "nico-fume", "22083-74-5[rn]", "nicotrol ns", "3-[(2s)-1-methyl-2-pyrrolidinyl]pyridin", "3-((2s)-1-methylpyrrolidin-2-yl)pyridine", "destruxol", "pyridine 3-((2s)-1-methyl-2-pyrrolidinyl)-", "54-11-5[rn]", "(-)-nicotine; (s)-(-)-nicotine; (s)-3-(n-methylpyrrolidin-2-yl)pyridine;(s)-nicotine; 3-(2-(n-methylpyrrolidinyl))pyridine; 3-(n-methylpyrollidino)pyridine; l(-)-nicotine", "flux maag", "(-)-3-(1-methyl-2-pyrrolidyl)pyridine", "pyridine 3-(1-methyl-2-pyrrolidinyl)- (s)-", "nicotine polacrilex", "(s)-(-)-nicotine", "3-[(2s)-1-methylpyrrolidin-2-yl]pyridin", "niconil", "l-3-(1-methyl-2-pyrrolidyl)pyridine", "pyridine 3-[(2s)-1-methyl-2-pyrrolidinyl]-", "s-(-)-nicotine", "(s)-3-(1-methylpyrrolidin-2-yl)pyridine", "65-30-5[rn]", "fumeto bac", "nicotine[wiki][usp]", "200-606-7[einecs]", "nic-sal", "nicotrol inhaler", "1-methyl-2-(3-pyridyl)pyrrolidine", "l-nicotine", "3-[(2s)-1-methylpyrrolidin-2-yl]pyridine", "(s)-(-)-1-methyl-2-(3-pyridyl)pyrrolidine (+)-ditartrate salt", "(3s)-3-(1-methyl-2-pyrrolidinyl)pyridine", "t6nj c- bt5ntj a1 &&s; form[wln]", "nicotine [un1654]", "l(-)-nicotine", "habitrol (tn)", "nct", "65-31-6[rn]", "l-(-)-nicotine", "(s)-3-(1-methyl-2-pyrrolidinyl)pyridine", "3604351[beilstein]", "nicotine tartrate", "249-852-7[einecs]", "mach-nic", "29790-52-1[rn]", "82109[beilstein]", "pyridine 3- (1-methyl-2-pyrrolidinyl)- (s)-", "nico-dust", "emo-nik", "b-pyridyl-a-n-methylpyrrolidine", "3-((s)-1-methyl-pyrrolidin-2-yl)-pyridine", "nicotin", "li7", "fumetobac", "200-193-3[einecs]", "nicocide", "(-)-3-(n-methylpyrrolidino)pyridine", "tendust", "nicotine and salts", "nicoderm cq"}|>, "538" -> <|"DatabaseID" -> "SW00423", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17688"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80863]}, "IsomericSmiles" -> "C[NH+]1CCC[C@H]1c2cccnc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03365"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nicotine", "Australia Approved Name" -> "NICOTINE", "FDA Approved Drug" -> "NICOTINE;NICOTINE POLACRILEX"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 89594]}, "Synonyms" -> {"nicotine", "nicotrol", "(-)-nicotine", "nicoderm", "habitrol", "(s)-nicotine", "micotine", "prostep", "3-[(2s)-1-methyl-2-pyrrolidinyl]pyridine[acd/iupac name]", "(s)-3-(n-methylpyrrolidin-2-yl)pyridine", "nico-fume", "22083-74-5[rn]", "nicotrol ns", "3-[(2s)-1-methyl-2-pyrrolidinyl]pyridin", "3-((2s)-1-methylpyrrolidin-2-yl)pyridine", "destruxol", "pyridine 3-((2s)-1-methyl-2-pyrrolidinyl)-", "54-11-5[rn]", "(-)-nicotine; (s)-(-)-nicotine; (s)-3-(n-methylpyrrolidin-2-yl)pyridine;(s)-nicotine; 3-(2-(n-methylpyrrolidinyl))pyridine; 3-(n-methylpyrollidino)pyridine; l(-)-nicotine", "flux maag", "(-)-3-(1-methyl-2-pyrrolidyl)pyridine", "pyridine 3-(1-methyl-2-pyrrolidinyl)- (s)-", "nicotine polacrilex", "(s)-(-)-nicotine", "3-[(2s)-1-methylpyrrolidin-2-yl]pyridin", "niconil", "l-3-(1-methyl-2-pyrrolidyl)pyridine", "pyridine 3-[(2s)-1-methyl-2-pyrrolidinyl]-", "s-(-)-nicotine", "(s)-3-(1-methylpyrrolidin-2-yl)pyridine", "65-30-5[rn]", "fumeto bac", "nicotine[wiki][usp]", "200-606-7[einecs]", "nic-sal", "nicotrol inhaler", "1-methyl-2-(3-pyridyl)pyrrolidine", "l-nicotine", "3-[(2s)-1-methylpyrrolidin-2-yl]pyridine", "(s)-(-)-1-methyl-2-(3-pyridyl)pyrrolidine (+)-ditartrate salt", "(3s)-3-(1-methyl-2-pyrrolidinyl)pyridine", "t6nj c- bt5ntj a1 &&s; form[wln]", "nicotine [un1654]", "l(-)-nicotine", "habitrol (tn)", "nct", "65-31-6[rn]", "l-(-)-nicotine", "(s)-3-(1-methyl-2-pyrrolidinyl)pyridine", "3604351[beilstein]", "nicotine tartrate", "249-852-7[einecs]", "mach-nic", "29790-52-1[rn]", "82109[beilstein]", "pyridine 3- (1-methyl-2-pyrrolidinyl)- (s)-", "nico-dust", "emo-nik", "b-pyridyl-a-n-methylpyrrolidine", "3-((s)-1-methyl-pyrrolidin-2-yl)-pyridine", "nicotin", "li7", "fumetobac", "200-193-3[einecs]", "nicocide", "(-)-3-(n-methylpyrrolidino)pyridine", "tendust", "nicotine and salts", "nicoderm cq"}|>, "539" -> <|"DatabaseID" -> "SW00424", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18043"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10216]}, "IsomericSmiles" -> "Cn1ccc(c(c1=O)C#N)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ricinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10666]}, "Synonyms" -> {"ritsinin", "ricinine", "ricinin", "recinine", "ricidine", "1,2-dihydro-4-methoxy-1-methyl-2-oxonicotinonitrile", "1,2-dihydro-4-methoxy-1-methyl-2-oxo-3-pyridinecarbonitrile", "5-22-07-00318 (beilstein handbook reference)[beilstein]", "nsc642604", "4-methoxy-1-methyl-2-oxohydropyridine-3-carbonitrile", "nsc409913", "nicotinonitrile 1,2-dihydro-4-methoxy-1-methyl-2-oxo-", "3-pyridinecarbonitrile 1,2-dihydro-4-methoxy-1-methyl-2-oxo- (9ci)", "1", "einecs 208-359-7", "4-methoxy-1-methyl-2-oxo-1,2-dihydropyridine-3-carbonitrile", "524-40-3[rn]", "1,2-dihydro-1-methyl-4-methoxy-2-oxo-3-pyridine carbonitrile", "3-pyridinecarbonitrile 1,2-dihydro-4-methoxy-1-methyl-2-oxo-", "1,2-dihydro-4-methoxy-1-methyl-2-oxo-3-pyridimecarbonitrile", "cas-524-40-3", "208-359-7[einecs]", "4-methoxy-1-methyl-2-oxo-1,2-dihydro-pyridine-3-carbonitrile", "524-40-3", "1,2-dihydro-4-methoxy-1-methyl-2-oxo-3-pyridinecarbonitrile; 4-methoxy-2-oxo-1-methyl-1,2-dihydronicotinonitrile;3-cyano-4-methoxy-1-methyl-2-pyridone", "1,2-dihydro-4-methoxy-1-methyl-2-oxo-3-pyridinecarbonitrile; 4-methoxy-2-oxo-1-methyl-1,2-dihydronicotinonitrile;"}|>, "540" -> <|"DatabaseID" -> "SW00425", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56133]}, "IsomericSmiles" -> "CC(c1ccccc1)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "benzyl acetate;phenylethyl acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62341]}, "Synonyms" -> {"styrallyl acetate", "phenylmethylcarbinyl acetate", "methylphenylcarbinol acetate", "gardeniol ii", "methylphenylcarbinyl acetate", "gardenol", "styralyl acetate", "methylbenzyl acetate mixed o-,m-,p-", "methyl phenyl carbinyl acetate", "acetic acid 1-phenylethyl ester", "dl-1-phenylethyl acetate", "4-06-00-03037 (beilstein handbook reference)[beilstein]", "29759-11-3[rn]", "1-phenylethyl acetate[acd/iupac name]", "1335-75-7[rn]", "1-phenylethyl acetate", "sec-phenylethyl acetate", "styrylallyl acetate", "1yr&ov1;[wln]", "phenylethyl acetate", "93-92-5[rn]", "benzyl alcohol methyl- acetate", "202-288-5[einecs]", "50373-55-2[rn]", "sec-phenethyl acetate", "phenyl methyl carbinyl acetate", "alpha-methylbenzyl acetate"}|>, "541" -> <|"DatabaseID" -> "SW00425", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56133]}, "IsomericSmiles" -> "CC(c1ccccc1)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "benzyl acetate;phenylethyl acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62341]}, "Synonyms" -> {"styrallyl acetate", "phenylmethylcarbinyl acetate", "methylphenylcarbinol acetate", "gardeniol ii", "methylphenylcarbinyl acetate", "gardenol", "styralyl acetate", "methylbenzyl acetate mixed o-,m-,p-", "methyl phenyl carbinyl acetate", "acetic acid 1-phenylethyl ester", "dl-1-phenylethyl acetate", "4-06-00-03037 (beilstein handbook reference)[beilstein]", "29759-11-3[rn]", "1-phenylethyl acetate[acd/iupac name]", "1335-75-7[rn]", "1-phenylethyl acetate", "sec-phenylethyl acetate", "styrylallyl acetate", "1yr&ov1;[wln]", "phenylethyl acetate", "93-92-5[rn]", "benzyl alcohol methyl- acetate", "202-288-5[einecs]", "50373-55-2[rn]", "sec-phenethyl acetate", "phenyl methyl carbinyl acetate", "alpha-methylbenzyl acetate"}|>, "542" -> <|"DatabaseID" -> "SW00426", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9861]}, "IsomericSmiles" -> "CC1=CC(=O)C(=CC1=O)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "2-methyl-4-isopropyl-p-quinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10281]}, "Synonyms" -> {"thymoquinone", "2-isopropyl-5-methylbenzoquinone", "thymoquinon", "p-cymene-2,5-dione", "2,5-cyclohexadiene-1,4-dione 2-methyl-5-(1-methylethyl)-", "2-isopropyl-5-methylbenzo-1,4-quinone", "2-isopropyl-5-methyl-1,4-benzoquinone", "2,5-cyclohexadiene-1,4-dione 2-methyl-5- (1-methylethyl)-", "ccris 7152", "2", "490-91-5[rn]", "nsc2228", "2-methyl-5-(methylethyl)cyclohexa-2,5-diene-1,4-dione", "2-isopropyl-5-methylbenzo-1", "2,5-cyclohexadiene-1,4-dione 2-methyl-5-(1-meth", "p-mentha-3", "2-methyl-5-iso-propylbenzoquinone", "4-07-00-02100 (beilstein handbook reference)[beilstein]", "2-isopropyl-5-methyl-p-benzoquinone", "207-721-1[einecs]", "490-91-5", "p-cymene-2", "2,5-cyclohexadiene-1,4-dione 5-isopropyl-2-methyl-", "2-methyl-5-(propan-2-yl)cyclohexa-2,5-diene-1,4-dione", "p-mentha-3,6-diene-2,5-dione (8ci)", "thymoquinone 2-methyl-5-(prop-2-yl)cyclohexa-2,5-diene-1,4-dione"}|>, "543" -> <|"DatabaseID" -> "SW00427", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15965]}, "IsomericSmiles" -> "CCCOC(=O)c1ccccc1", "OfficialNames" -> <|"NPC Approved Name" -> "propyl benzoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16846]}, "Synonyms" -> {"n-propyl benzoate", "benzoic acid propyl ester", "benzoato de propila[portuguese]", "dsstox_cid_24878", "propyl benzoate", "219-020-8[einecs]", "propyl benzoate[acd/iupac name]", "dsstox_rid_80552", "ncgc00159383-02", "propyl benzenecarboxylate", "1-propyl benzoate; propyl benzoate", "benzoic acid", "benzoic acid propyl ester", "sbb061241", "2315-68-6", "n-propyl benzenecarboxylate", "ag-e-67320", "2315-68-6[rn]", "propylbenzoate"}|>, "544" -> <|"DatabaseID" -> "SW00428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477100]}, "IsomericSmiles" -> "CC(C)/C=C/C(=O)c1ccoc1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-egomaketone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318556]}, "Synonyms" -> {"isoegomaketone", "akos006279583", "2-penten-1-one 1-(3-furanyl)-4-methyl-", "(e)-1-(furan-3-yl)-4-methylpent-2-en-1-one", "34348-59-9[rn]", "34348-59-9", "2-penten-1-one", "ls-102183", "ac1nsx06"}|>, "545" -> <|"DatabaseID" -> "SW00429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21105938]}, "IsomericSmiles" -> "CC(=O)Cc1ccc(cc1)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anisic ketone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31231]}, "Synonyms" -> {"anisyl methyl ketone", "4-methoxybenzyl methyl ketone", "4-methoxyphenylacetone", "anisic ketone", "1-(p-methoxyphenyl)-2-propanone", "1-(4-methoxy-phenyl)-propan-2-one", "1-(4-methoxyphenyl)acetone", "122-84-9", "p-anisylactone", "2-propanone 1-(4-methoxyphenyl)-", "p-methoxyphenylacetone", "122-84-9[rn]", "1-(4-methoxyphenyl)propan-2-on", "1-(4-methoxyphenyl)propan-2-one", "1-(4-methoxyphenyl)-2-propanone", "tl8000610", "acetone 1-(4-methoxyphenyl)-", "para-methoxyphenylacetone", "2-propanone", "p-acetonylanisole", "2044332", "6698-71-1[rn]", "anisylacetone", "anisketone", "204-578-7[einecs]"}|>, "546" -> <|"DatabaseID" -> "SW00430", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4917"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13876103]}, "IsomericSmiles" -> "COc1cc(ccc1O)CC=C", "OfficialNames" -> <|"NPC Approved Name" -> "2-methoxy-4-(2-propenyl)phenol"|>, "Synonyms" -> {"2-methoxy-4-prop-2-enylphenol", "202-589-1[einecs]", "5-allylguaiacol", "fema no. 2467.", "4-allylcatechol-2-methyl ether", "2-methoxy-4-(prop-2-en-1-yl)phenol[acd/iupac name]", "phenol 2-methoxy-4-(2-propenyl)-", "97-53-0[rn]", "4-hydroxy-3-methoxyallylbenzene", "4-allyl-2-methoxyphenol; 4-allylguaiacol; eugenol; 2-methoxy-4-allylphenol", "4-hydroxy-3-methoxy-1-allylbenzene", "1-allyl-4-hydroxy-3-methoxybenzene", "4-allyl-2-methoxyphenol[german][acd/iupac name]", "2-methoxy-4-(prop-2-en-1-yl)phenol; 4-allyl-2-methoxyphenol", "4-allyl-1-hydroxy-2-methoxybenzene", "p-allylguaiacol", "53890-24-7[rn]", "caryophyllic acid", "2-methoxy-4-(2-propen-1-yl)phenol", "1366759[beilstein]", "2-methoxy-1-hydroxy-4-allylbenzene", "p-eugenol", "eugenol[wiki]", "phenol 2-methoxy-4-(2-propen-1-yl)-[acd/index name]", "4-allylguaiacol", "4-allyl-2-methoxy-phenol", "1-allyl-4-hydroxy-3-methoxybenzene;", "2-methoxy-4-(2-propenyl)phenol", "2u1r dq co1[wln]", "2-methoxy-4-allylphenol", "1-hydroxy-2-methoxy-4-prop-2-enylbenzene", "4-allyl-2-methoxyphenol[acd/iupac name]", "2-hydroxy-5-allylanisole", "eugenic acid", "d005054"}|>, "547" -> <|"DatabaseID" -> "SW00431", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50545"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21106129]}, "IsomericSmiles" -> "C/C=C/c1ccc(c(c1)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoeugenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 853433]}, "Synonyms" -> {"(e)-isoeugenol", "4-propenylguaiacol", "isoeugenol (i)", "isoeugenol trans-form", "isoeugenol", "trans-isoeugenol", "trans-p-propenylquaiacol", "2-methoxy-4-propenylphenol", "trans-2-methoxy-4-propenylphenol", "2-methoxy-4-((e)-propenyl)-phenol", "227-678-2[einecs]", "4-((1e)prop-1-enyl)-2-methoxyphenol", "trans-2-methoxy-4-(1-propenyl)phenol", "(e)-2-methoxy-4-(prop-1-en-1-yl)phenol", "202-590-7[einecs]", "phenol", "97-54-1[rn]", "4-hydroxy-3-methoxy-1-propenylbenzene", "1-hydroxy-2-methoxy-4-propenylbenzene", "2046156[beilstein]", "(e)-2-methoxy-4-(prop-1-enyl)phenol", "phenol 2-methoxy-4-[(1e)-1-propen-1-yl]-", "2-methoxy-4-[(1e)-1-propen-1-yl]phenol", "2-methoxy-4-[(1e)-prop-1-en-1-yl]phenol", "phenol 2-methoxy-4-(1-propenyl)- (e)-", "c036643", "2-methoxy-4-(1-propenyl)phenol", "5932-68-3[rn]", "1909602[beilstein]", "isoeugenol e", "iso-eugenol 2", "isoeugenol (e)-isomer"}|>, "548" -> <|"DatabaseID" -> "SW00432", "IsomericSmiles" -> "COCC1CNc2c1cccn2", "OfficialNames" -> <|"Indian Approved Name" -> "pyridine-3-carboxy.acid-n-hydrox.meth.nicotinamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673555]}, "Synonyms" -> {"surecn12148214"}|>, "549" -> <|"DatabaseID" -> "SW00432", "IsomericSmiles" -> "COCC1CNc2c1cccn2", "OfficialNames" -> <|"Indian Approved Name" -> "pyridine-3-carboxy.acid-n-hydrox.meth.nicotinamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673555]}, "Synonyms" -> {"surecn12148214"}|>, "550" -> <|"DatabaseID" -> "SW00433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1519]}, "IsomericSmiles" -> "CC(C(=O)c1ccccc1)[NH2+]C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Methcathinone;alpha-(methylamino)propiophenone;2-(methylamino)-1-phenylpropan-1-one;alpha-N-methylaminopropiophenone;monomethylpropion;ephedrone;N-methylcathinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1576]}, "Synonyms" -> {"n-methylcathinone", "2-(methylamino)-1-phenylpropan-1-one", "methylcathinone", "methcathinone", "monomethylpropion", "1-propanone 2-(methylamino)-1-phenyl-", "methcathinone[wiki]", "methacathinone (+-)", "1-propanone", "ephedrone", "ephedrone[wiki]", "227-092-7[einecs]", "5650-44-2[rn]", "ac1l1bro", "49656-78-2[rn]", "2-(methylamino)propiophenone", "methcathinone (unspecified)", "28521-94-0[rn]", "2-(methylamino)-1-phenyl-1-propanone[acd/iupac name]", "a-methylaminopropiophenone", "jee cocktail"}|>, "551" -> <|"DatabaseID" -> "SW00433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1519]}, "IsomericSmiles" -> "CC(C(=O)c1ccccc1)[NH2+]C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Methcathinone;alpha-(methylamino)propiophenone;2-(methylamino)-1-phenylpropan-1-one;alpha-N-methylaminopropiophenone;monomethylpropion;ephedrone;N-methylcathinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1576]}, "Synonyms" -> {"n-methylcathinone", "2-(methylamino)-1-phenylpropan-1-one", "methylcathinone", "methcathinone", "monomethylpropion", "1-propanone 2-(methylamino)-1-phenyl-", "methcathinone[wiki]", "methacathinone (+-)", "1-propanone", "ephedrone", "ephedrone[wiki]", "227-092-7[einecs]", "5650-44-2[rn]", "ac1l1bro", "49656-78-2[rn]", "2-(methylamino)propiophenone", "methcathinone (unspecified)", "28521-94-0[rn]", "2-(methylamino)-1-phenyl-1-propanone[acd/iupac name]", "a-methylaminopropiophenone", "jee cocktail"}|>, "552" -> <|"DatabaseID" -> "SW00434", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1266012]}, "IsomericSmiles" -> "CC/C=C\\CC1=C(CCC1=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jasmone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1549018]}, "Synonyms" -> {"jasmone", "3-methyl-2-(cis-2-penten-1-yl)-2-cyclopenten-1-one", "3-methyl-2-(2-pentenyl)-2-cyclopenten-1-one", "3-methyl-2-pent-2-enylcyclopent-2-enone", "(z)-jasmone", "cis-jasmone", "3-methyl-2-(cis-2-pentenyl)-2-cyclopenten-1-one", "1907713", "2-cyclopenten-1-one 3-methyl-2-[(2z)-2-penten-1-yl]-", "jasmone (6ci)", "488-10-8[rn]", "4-07-00-00337 (beilstein handbook reference)[beilstein]", "2-cyclopenten-1-one 3-methyl-2-(2-pentenyl)- (z)- (8ci)", "3-methyl-(cis-2-penten-1-yl)-2-cyclopenten-1-one", "2-cyclopenten-1-one 3-methyl-2-(2z)-2-pentenyl-", "3-methyl-2-[(2z)-pent-2-en-1-yl]cyclopent-2-en-1-one", "fema no. 3196", "einecs 207-668-4", "cis-3-methyl-2-(2-pentenyl)-2-cyclopenten-1-one", "(e)-jasmone", "3-methyl-2-(2-pentenyl)-2-cyclopenten-1-one (z)-", "3-methyl-2-n-penten-2'-ylcyclopenten-2-one", "2-cyclopenten-1-one 3-methyl-2-[(2z)-2-pentenyl]-", "3-methyl-2-(2-cis-pentenyl)-2-cyclopenten-1-one", "207-668-4[einecs]", "2-cyclopenten-1-one 3-methyl-2-(2-pentenyl)- (z)-", "2-cyclopenten-1-one", "2-cyclopenten-1-one 3-methyl-2-(2z)-2-pentenyl- (9ci)", "2-((2z)pent-2-enyl)-3-methylcyclopent-2-en-1-one"}|>, "553" -> <|"DatabaseID" -> "SW00435", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3221]}, "IsomericSmiles" -> "CCCCC(c1ccccc1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01751"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fenipentol (r)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3338]}, "Synonyms" -> {"fenipentol", "phenylbutylcarbinol", "phenylpentanol", "pancoral", "1-phenylpentan-1-ol", "1-phenylpentanol", "suiclisin", "583-03-9", "a-butylbenzenemethanol", "ph bc", "1-hydroxy-1-phenylpentane", "583-03-9[rn]", "pc 1", "1-pentanol 1-phenyl-", "pentanol 1-phenyl-", "1-phenyl-1-hydroxypentane", "1908761", "a-butylbenzyl alcohol", "phenylbutylcarbitol", "1-phenyl-1-pentanol[acd/iupac name]", "butyl hydroxy toluene", "fenipentol [inn:jan][inn][jan]", "21632-19-9[rn]", "fenipentolum[latin]", "alpha-butylbenzyl alcohol", "1-phenyl-1-pentanol(fenipentol)", "583-09-3", "209-493-9[einecs]", "phenylpentanol (van)", "4-06-00-03371 (beilstein handbook reference)[beilstein]", "n-butyl phenyl carbinol", "phenylamyl alcohol", "1-phenyl-1-pentanol", "136264-41-0[rn]"}|>, "554" -> <|"DatabaseID" -> "SW00435", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3221]}, "IsomericSmiles" -> "CCCCC(c1ccccc1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01751"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fenipentol (r)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3338]}, "Synonyms" -> {"fenipentol", "phenylbutylcarbinol", "phenylpentanol", "pancoral", "1-phenylpentan-1-ol", "1-phenylpentanol", "suiclisin", "583-03-9", "a-butylbenzenemethanol", "ph bc", "1-hydroxy-1-phenylpentane", "583-03-9[rn]", "pc 1", "1-pentanol 1-phenyl-", "pentanol 1-phenyl-", "1-phenyl-1-hydroxypentane", "1908761", "a-butylbenzyl alcohol", "phenylbutylcarbitol", "1-phenyl-1-pentanol[acd/iupac name]", "butyl hydroxy toluene", "fenipentol [inn:jan][inn][jan]", "21632-19-9[rn]", "fenipentolum[latin]", "alpha-butylbenzyl alcohol", "1-phenyl-1-pentanol(fenipentol)", "583-09-3", "209-493-9[einecs]", "phenylpentanol (van)", "4-06-00-03371 (beilstein handbook reference)[beilstein]", "n-butyl phenyl carbinol", "phenylamyl alcohol", "1-phenyl-1-pentanol", "136264-41-0[rn]"}|>, "555" -> <|"DatabaseID" -> "SW00436", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14209]}, "IsomericSmiles" -> "Cc1cc(ccc1C(C)(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "p-t-butyl-m-cresol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14912]}, "Synonyms" -> {"4-tert-butyl-3-methylphenol", "4-tert-butyl-m-cresol", "p-t-butyl-m-cresol", "ac1l24sc", "surecn1159790", "phenol 4-(1,1-dimethylethyl)-3-methyl-", "4-(tert-butyl)-m-cresol", "mono-tert-butyl-m-cresol", "218-732-6[einecs]", "nsc 3856", "unii-0462u14dui", "1333-13-7[rn]", "215-579-7[einecs]", "2219-72-9[rn]", "m-cresol", "m-cresol tert-butyl- (8ci)"}|>, "556" -> <|"DatabaseID" -> "SW00438", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9588]}, "IsomericSmiles" -> "CC[NH2+]C(C)Cc1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07114"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "N-ethylamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9982]}, "Synonyms" -> {"1-phenyl-2-ethylaminopropane", "etilamfetamine", "apetinil", "etilamfetamine[inn]", "d-n-ethylamphetamine", "n-ethyl-w-phenylisopropylamine", "etilamfetaminum[latin]", "3-12-00-02668 (beilstein handbook reference)[beilstein]", "n-ethyl-1-phenyl-2-propanamine", "1-phenyl-2-aethylamino-propan[german]", "dea no. 1475", "ethylamphetamine", "etilamfetaminum [inn-latin]", "amphetamine n-ethyl-", "etilanfetamina [spanish]", "etilamfetamina[spanish][inn]", "3-12-00-02668", "2-ethylamino-1-phenylpropane", "etilamfetaminum [latin]", "adiparthrol", "n-ethyl-1-phenylpropan-2-amine", "457-87-4[rn]", "n-ethyl-a-methylbenzeneethanamine", "dextro-n-ethylamphetamine", "33817-11-7[rn]", "n-ethylamphetamine[wiki]", "1858-47-5[rn]", "n-ethylamphetamine", "etilanfetamina[spanish]", "(r)ethyl-(1-methyl-2-phenyl-ethyl)-amine", "n-ethyl-a-methylphenethylamine", "ethylamphetamine[wiki]", "etilamfetamina [inn-spanish]"}|>, "557" -> <|"DatabaseID" -> "SW00438", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9588]}, "IsomericSmiles" -> "CC[NH2+]C(C)Cc1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07114"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "N-ethylamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9982]}, "Synonyms" -> {"1-phenyl-2-ethylaminopropane", "etilamfetamine", "apetinil", "etilamfetamine[inn]", "d-n-ethylamphetamine", "n-ethyl-w-phenylisopropylamine", "etilamfetaminum[latin]", "3-12-00-02668 (beilstein handbook reference)[beilstein]", "n-ethyl-1-phenyl-2-propanamine", "1-phenyl-2-aethylamino-propan[german]", "dea no. 1475", "ethylamphetamine", "etilamfetaminum [inn-latin]", "amphetamine n-ethyl-", "etilanfetamina [spanish]", "etilamfetamina[spanish][inn]", "3-12-00-02668", "2-ethylamino-1-phenylpropane", "etilamfetaminum [latin]", "adiparthrol", "n-ethyl-1-phenylpropan-2-amine", "457-87-4[rn]", "n-ethyl-a-methylbenzeneethanamine", "dextro-n-ethylamphetamine", "33817-11-7[rn]", "n-ethylamphetamine[wiki]", "1858-47-5[rn]", "n-ethylamphetamine", "etilanfetamina[spanish]", "(r)ethyl-(1-methyl-2-phenyl-ethyl)-amine", "n-ethyl-a-methylphenethylamine", "ethylamphetamine[wiki]", "etilamfetamina [inn-spanish]"}|>, "558" -> <|"DatabaseID" -> "SW00439", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18847]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH+](C)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "NN-alpha-trimethyl-benzeneethanamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20006]}, "Synonyms" -> {"n", "2-dimethylamino-1-phenylpropane", "1-phenyl-2-dimethylaminopropane", "n,n-dimethyl-1-phenylpropan-2-amine", "d-1-phenyl-2-dimethylaminopropan[german]", "alpha-phenyl-beta-dimethyl amino propane", "1-phenyl-2-dimethylamino-propan[german]", "3-12-00-02668 (beilstein handbook reference)[beilstein]", "4075-96-1[rn]", "n,n-dimethylamphetamine", "phenethylamine", "dimethylamphetamine", "st091601", "1009-69-4[rn]", "brn 1938312", "d-1-phenyl-2-dimethylaminopropane"}|>, "559" -> <|"DatabaseID" -> "SW00439", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18847]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH+](C)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "NN-alpha-trimethyl-benzeneethanamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20006]}, "Synonyms" -> {"n", "2-dimethylamino-1-phenylpropane", "1-phenyl-2-dimethylaminopropane", "n,n-dimethyl-1-phenylpropan-2-amine", "d-1-phenyl-2-dimethylaminopropan[german]", "alpha-phenyl-beta-dimethyl amino propane", "1-phenyl-2-dimethylamino-propan[german]", "3-12-00-02668 (beilstein handbook reference)[beilstein]", "4075-96-1[rn]", "n,n-dimethylamphetamine", "phenethylamine", "dimethylamphetamine", "st091601", "1009-69-4[rn]", "brn 1938312", "d-1-phenyl-2-dimethylaminopropane"}|>, "560" -> <|"DatabaseID" -> "SW00440", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64680], ExternalIdentifier["ChemSpiderID", 3549]}, "IsomericSmiles" -> "CC(C)(Cc1ccccc1)[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01018"], ExternalIdentifier["KEGGID", "D08180"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mephentermine", "FDA Approved Drug" -> "MEPHENTERMINE SULFATE"|>, "PharmGKBID" -> "PA164745533", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71611], ExternalIdentifier["PubChemCompoundID", 3677]}, "Synonyms" -> {"mephentermine", "wyamine", "mephetedrine", "mephine", "wyfentermina", "mefenterdrin", "vialin", "mephenterdrinum", "mefentermin", "mephenterdrine", "mephentermine hemisulfate", "wyamine sulfate", "mephentermine sulfate", "fentermin", "mephentermine sulphate", "n-methylphentermine", "4-12-00-02820 (beilstein handbook reference)[beilstein]", "1212-72-2[rn]", "alpha-1c adrenergic receptor", "einecs 214-923-3", "mefentermina[spanish][inn]", "n", "n,2-dimethyl-1-phenylpropan-2-amine", "4-12-00-02820", "(1,1-dimethyl-2-phenylethyl)methylamine", "1212-72-2", "202-901-6[einecs]", "n-methyl-w-phenyl-tert-butylamine", "phenethylamine", "benzeneethanamine", "mephentermine hemisulfate salt", "benzeneethanamine n,a,a-trimethyl-", "2-methyl-2-methylamino-1-phenylpropane", "214-923-3[einecs]", "alpha 1a- adrenoreceptor", "n,a,a-trimethylbenzeneethanamine", "100-92-5[rn]", "mephenterminum[latin]", "n,a,a-trimethylphenethylamine", "alpha 1a-adrenoceptor", "wyamine sulfate (tn)", "cas-1212-72-2", "n,2-dimethyl-1-phenylpropan-2-amine sulfate (2:1)", "alpha adrenergic receptor 1c", "n-methyl-w-phenyl-tert-butylamine sulfate (2:1)", "2-methylamino-2-methyl-1-phenylpropane", "mephentermine hemisulphate"}|>, "561" -> <|"DatabaseID" -> "SW00441", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3973]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01028"]}, "IsomericSmiles" -> "COC(C(Cl)Cl)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00544"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "nitrous oxide", "FDA Approved Drug" -> "METHOXYFLURANE"|>, "PharmGKBID" -> "PA450434", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4116]}, "Synonyms" -> {"penthrane", "methoxyfluran", "anecotan", "analgizer", "metoxfluran", "methoflurane", "inhalan", "pentrane", "ingalan", "methoxifluranum", "pentran", "methofane", "metossiflurano [dcit]", "methoxiflurane", "methoxyflurane", "methoxane", "mof", "metoxifluran", "metofane", "inhala", "2,2-dichloro-1,1-difluoroethyl methyl ether", "penthrane (van)", "1,1-difluoro-2,2-dichloroethyl methyl ether", "(2,2-dichloro-1,1-difluoroethyl) methyl ether", "ec 1.6.5.3", "metoxiflurano[spanish][inn]", "76-38-0[rn]", "ethane 2,2-dichloro-1,1-difluoro-1-methoxy-", "2,2-dichloro-1 1-difluoro-1-methoxyethane", "methyl 1,1-difluoro-2,2-dichloroethyl ether", "1,1-difluoro-2,2-dichloro-1-methoxyethane", "nadh dehydrogenase subunit 1", "200-956-0[einecs]", "methoxyflurane[wiki][usp][inn][ban][usan]", "methoxyfluorane", "methoxyfluoran", "ether 2,2-dichloro-1,1-difluoroethyl methyl", "metoxiflurano [inn-spanish]", "2,2-dichloro-1,1-difluoro-1-methoxyethane[acd/iupac name]", "metofane (van)", "4-02-00-00503 (beilstein handbook reference)[beilstein]", "da759", "methoxyfluranum [inn-latin]", "methoxyfluranum[latin]"}|>, "562" -> <|"DatabaseID" -> "SW00442", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16104"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 850]}, "IsomericSmiles" -> "c1ccc(c(c1)CCC(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melilotic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 873]}, "Synonyms" -> {"3-(2-hydroxyphenyl)propionic acid", "melilotate", "melilotic acid", "3-(o-hydroxyphenyl) propionic acid", "2-hydroxyhydrocinnamic acid", "o-hydroxyphenylpropionic acid", "2-hydroxyphenylpropanoate", "3480-87-3[rn]", "2hc", "495-78-3", "3-(2-hydroxyphenyl)propionicacid", "3-(2-hydroxyphenyl)propanoic acid[acd/iupac name]", "o-hydrocoumaric acid", "495-78-3[rn]", "1681601[beilstein]", "benzenepropanoic acid", "o-coumaric acid dihydro-", "2-hydroxybenzenepropanoic acid", "propanoic acid 3-(2-hydroxyphenyl)-", "3-(2-hydroxyphenyl)propanoate", "3-(2-hydroxyphenyl) propionate", "benzenepropanoic acid 2-hydroxy-", "3-(2-hydroxyphenyl) propanoic acid", "3-(2-hydroxyphenyl)propionate", "3-(2-hydroxyphenyl)propanoic acid"}|>, "563" -> <|"DatabaseID" -> "SW00443", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "58095"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5910]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00120"]}, "IsomericSmiles" -> "c1ccc(cc1)C[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00021"]}, "OfficialNames" -> <|"NPC Approved Name" -> "phenylalanine"|>, "PharmGKBID" -> "PA450931", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6140]}, "Synonyms" -> {"l-phenylalanine", "phenylalanine", "(s)-2-amino-3-phenylpropionic acid", "3-phenyl-l-alanine", "(s)-phenylalanine", "(l)-phenylalanine", "3-phenylalanine", "30394-07-1[rn]", "63-91-2[rn]", "l-alanine", "phenylalaninum[latin]", "(2s)-2-amino-3-phenylpropanoic acid; l-phenylalanine", "(2s)-2-amino-3-phenyl-propanoic acid", "6/3/673", "antibiotic fn 1636", "d,l-phe", "3182-95-4[rn]", "673-06-3[rn]", "h-phe-oh", "(s)-a-amino-b-phenylpropionic acid", "s-phenylalanine", "10549-09-4[rn]", "phenylalanine[wiki][usp][acd/iupac name]", "5297-02-9[rn]", "tyrosine 3-hydroxylase", "alanine 3-phenyl-", "149597-92-2[rn]", "(s)-a-aminohydrocinnamic acid", "(s)-alpha-amino-beta-phenylpropionic acid", "(2s)-2-ammonio-3-phenylpropanoate; l-phenylalanine", "l-phenylalanine zwitterion", "l-phe", "aminohydrocinnamic acid", "phenylalanine l-", "(s)-a-aminobenzenepropanoic acid", "phenylalanine (van)", "(s)-2-amino-3-phenylpropanoic acid", "l-phenylalinine", "l-fenylalanine", "2-amino-3-phenylpropionic acid l-", "l-phenylalanin", "fenilalanina[spanish]", "200-568-1[einecs]", "1161-13-3[rn]", "l-(-)-phenylalanine", "l-diphenylalanine", "th", "(s)-2-amino-3,3-diphenylpropanoic acid", "(2s)-2-ammonio-3-phenylpropanoate", "1910408[beilstein]", "z-phe-oh", "ec 1.14.16.2", "205-756-7[einecs]", "150-30-1[rn]", "3617-44-5[rn]", "l-antibiotic fn 1636", "f[formula]", "phe[formula]", "15099-85-1[rn]", "(2s)-2-azaniumyl-3-phenylpropanoate", "pal", "alanine phenyl- l-", "dl-phenylalanine", "l-2-amino-3-phenylpropionic acid", "pha", "beta-phenyl-l-alanine", "endophenyl", "63-91-2", "(-)-phenylalanine", "phenylalanine [usan:inn:jan][inn][jan][usan]", "(2s)-2-amino-3-phenylpropanoic acid", "(s)-(-)-phenylalanine", "67675-33-6[rn]"}|>, "564" -> <|"DatabaseID" -> "SW00444", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3167]}, "IsomericSmiles" -> "CCOc1ccccc1C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01466"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ethenzamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3282]}, "Synonyms" -> {"ethenzamide", "ethbenzamide", "ethosalicyl", "o-ethoxybenzamide", "pirosolvina", "etenzamide", "etamide", "anovigam", "938-73-8", "tl8005938", "2-ethoxybenzamide (ethenzamide)", "ethenzamide [inn:jan][inn][jan]", "benzamide 2-ethoxy-", "protopyrin", "katagrippe", "2-eethoxybenzamide", "ethenzamid", "phenetolcarbamide", "h.p. 209", "ethenzamidum[latin]", "ethenzamide[wiki][jp15]", "eusal", "213-346-4[einecs]", "etenzamide [dcit]", "lindatox", "ethoxybenzamide", "etocil", "2-ethoxybenzenecarbonamide", "4-10-00-00175 (beilstein handbook reference)[beilstein]", "938-73-8[rn]", "2-ethoxyphenylformamide", "etosalicil", "lucamide", "salicylamide o-ethyl ether", "2-ethoxybenzamide", "27043-22-7[rn]", "trancalgyl", "2-ethoxybenzamide[acd/iupac name]", "etenzamida[spanish][inn]", "benzamide", "benzamide o-ethoxy-", "2-ethoxybenzolcarboxamid", "etosalicyl"}|>, "565" -> <|"DatabaseID" -> "SW00445", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476406]}, "IsomericSmiles" -> "Cc1c2c(ccn1)CCOC2O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gentiatibetine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317559]}, "Synonyms" -> {"ac1nsvso", "gentiatibetine", "8-methyl-3"}|>, "566" -> <|"DatabaseID" -> "SW00445", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476406]}, "IsomericSmiles" -> "Cc1c2c(ccn1)CCOC2O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gentiatibetine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317559]}, "Synonyms" -> {"ac1nsvso", "gentiatibetine", "8-methyl-3"}|>, "567" -> <|"DatabaseID" -> "SW00446", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "116735"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13854242]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01086"]}, "IsomericSmiles" -> "CCOC(=O)c1ccc(cc1)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00552"]}, "OfficialNames" -> <|"Indian Approved Name" -> "benzocaine"|>, "PharmGKBID" -> "PA448576", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2337]}, "Synonyms" -> {"ethyl aminobenzoate", "orthesin", "ethyl p-aminobenzoate", "benzocaine", "anesthesin", "ethoform", "p-aminobenzoic acid ethyl ester", "americaine", "parathesin", "anaesthesin", "ethyl 4-aminobenzoate", "hurricaine", "arkodyne (benzalkonium chloride + benzocaine + oxyquinoline sulfate)_mixture", "4-amino-benzoic acid ethyl ester", "keloform", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "denti-care topical anesthetic liquid spray (benzocaine + tetracaine hydrochloride)_mixture", "zap topical anesthetic gel cool mint (benzocaine + tetracaine hydrochloride)_mixture", "94-09-7[rn]", "canoids cap (aloin + areca catechu + arecoline hbr + benzocaine + piperazine citrate + santonin)_mixture", "oxipor lotion (benzocaine + coal tar + salicylic acid)_mixture", "solarcaine medicated first aid lotion (benzocaine + triclosan)_mixture", "chloraseptic sore throat relief strips (benzocaine + menthol)_mixture", "amben ethyl ester", "cepacol extra strength lozenge (benzocaine + cetylpyridinium chloride)_mixture", "bye bye burn lot (allantoin + benzocaine + cetrimonium bromide + vitamin e)_mixture", "orajel multi-action cold sore medicine (allantoin + benzocaine + camphor + dimethicone + menthol + white petrolatum)_mixture", "panocaine gel (benzocaine + tetracaine hydrochloride)_mixture", "freezex ont (benzocaine + menthol + methyl salicylate)_mixture", "anestezin", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "balminil loz (benzocaine + cetylpyridinium chloride)_mixture", "anaesthan-syngala", "voltage-gated sodium channel subunit alpha nav1.8", "noivy ont (benzocaine + calamine + camphor + menthol)_mixture", "bye bye bite lot (benzocaine + diphenhydramine hydrochloride + menthol)_mixture", "sting eze (benzocaine + phenol)_mixture", "feloids tab (aloin + areca catechu + arecoline hbr + benzocaine + piperazine citrate + santonin)_mixture", "cetacaine", "thunas pile sup (benzocaine + bismuth subcarbonate (oxycarbonate) + ephedrine sulfate + zinc oxide)_mixture", "burn o sol spray (benzocaine + chlorhexidine acetate)_mixture", "cepacol sore throat extra strength sucrose-free lozenge (cherry flavour) (benzocaine + cetylpyridinium chloride)_mixture", "ethyl p-aminobenzoate; ethyl 4-aminobenzoate;norcain;benzocaine", "pommade midy (aesculus hippocastanum + amylocaine hydrochloride + benzocaine + hamamelis virginiana)_mixture", "cetacaine liquid (benzocaine + butamben + tetracaine hydrochloride)_mixture", "lanacane anti-bacterial first aid spray (benzethonium chloride + benzocaine)_mixture", "anivy (benzocaine + chlorphenesin + titanium dioxide + zinc oxide)_mixture", "sore throat lozenges with benzocaine and menthol (benzocaine + menthol)_mixture", "topcaine", "1994-09-7", "denture orajel gel (benzocaine + benzyl alcohol + clove oil)_mixture", "p-carbethoxyaniline", "antibiotic cold sore ointment (benzocaine + camphor + menthol + polymyxin b + tyrothricin)_mixture", "jiffy toothache drops (benzocaine + eugenol)_mixture", "zap liquid (benzocaine + tetracaine hydrochloride)_mixture", "emercreme no4 ont efa (bacitracin + benzocaine + cetylpyridinium chloride + diphenylpyraline hydrochloride + tyrothricin)_mixture", "zap topical anesthetic spray (benzocaine + tetracaine hydrochloride)_mixture", "auralgan eardrops (antipyrine + benzocaine)_mixture", "p-ethoxycarboxylic aniline", "dermaphy ont (benzocaine + phenol)_mixture", "appedrine (benzocaine + iron (ferrous fumarate) + nicotinamide + thiamine hydrochloride + vitamin a (vitamin a acetate) + vitamin b2 + vitamin c (sodium ascorbate) + vitamin d)_mixture", "pastilles antiseptiques jener (benzocaine + cetylpyridinium chloride)_mixture", "hpn3", "anbesol gel (benzocaine + phenol)_mixture", "ora-jel", "anesthone", "anbesol liquid (benzocaine + camphor + menthol + phenol)_mixture", "boil ease drawing salve ont (benzocaine + camphor + ichthammol + juniper tar + phenol + sulfur + thymol + zinc oxide)_mixture", "dentalgar liq (benzocaine + camphor + clove oil + guaiacol + menthol)_mixture", "dermoplast (benzocaine + menthol)_mixture", "anesthesine", "rectogel ont (benzocaine + zinc sulfate)_mixture", "sting-eze-liq (benzocaine + camphor + diphenhydramine hydrochloride + phenol)_mixture", "tanac liquid (benzalkonium chloride + benzocaine + tannic acid)_mixture", "orajel ultra canker sore medicine (benzocaine + menthol)_mixture", "norcaine", "09/07/1994", "extra strength lanacane (benzocaine + resorcinol)_mixture", "benzoic acid 4-amino- ethyl ester", "kama sutra pleasure balm (benzocaine + camphor + menthol)_mixture", "gouttes pour mal d'oreilles (benzocaine + camphor + chlorobutanol)_mixture", "cepacol extra strength orange citrus lozenge (benzocaine + cetylpyridinium chloride)_mixture", "slim-mint gum (benzocaine + methylcellulose)_mixture", "orajel mouth-aid (benzalkonium chloride + benzocaine + zinc chloride)_mixture", "denti-care topical anesthetic gel (benzocaine + tetracaine hydrochloride)_mixture", "cold sore lotion (benzocaine + benzoin + camphor + menthol + myrrh)_mixture", "solu h", "gouttes dentaires (benzocaine + camphor + clove oil + guaiacol + menthol)_mixture", "chloraseptic sore throat lozenges - cherry (benzocaine + menthol)_mixture", "sodium channel protein type x subunit alpha", "foille ont (benzocaine + benzyl alcohol)_mixture", "balzarol ont (allantoin + benzocaine + phenol)_mixture", "emercol loz (benzocaine + cetalkonium chloride + cetylpyridinium chloride)_mixture", "oralgar dps (benzocaine + camphor + chlorobutanol)_mixture", "94097", "202-303-5[einecs]", "aurisan dps (benzocaine + camphor + chlorobutanol)_mixture", "ethyl aminobenzoate[jp15]", "bionet lozenge (benzocaine + cetalkonium chloride)_mixture", "cepacol citrus extra strength lozenges (benzocaine + cetylpyridinium chloride)_mixture", "udder ointment with lanolin (benzocaine + camphor + eucalyptol + lanolin + methyl salicylate + phenol)_mixture", "benzocaina", "thermo-gel (benzocaine + camphor + menthol + thymol)_mixture", "dermoplast aer (benzethonium chloride + benzocaine + menthol + methylparaben + oxyquinoline benzoate)_mixture", "sore throat lozenges menthol flavour (benzocaine + menthol)_mixture", "dermoplast", "endospray (benzocaine + tetracaine hydrochloride)_mixture", "benzocainum [inn_la]", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "cora caine (benzocaine + methyl heptyl colamino formylmethyl pyridinium chl)_mixture", "ethyl p-aminophenylcarboxylate", "benzocaina; benzocaine; benzocainum", "amercaine", "extra strength vagisil (benzocaine + resorcinol)_mixture", "hemorro-dol ont (allantoin + belladonna + benzocaine + bismuth subcarbonate (oxycarbonate) + bismuth subnitrate + ephedrine sulfate + peruvian balsam + zinc oxide)_mixture", "1333-08-0[rn]", "anbesol maximum strength liquid (benzocaine + camphor + menthol + phenol)_mixture", "benzocaine bp98; anesthesin; parathesin; auralgan otic; ethyl aminobenzoate; ethyl 4-aminobenzoate", "638434", "ethylester kyseliny p-aminobenzoove", "baby anbesol", "kank-a liq (benzocaine + cetylpyridinium chloride)_mixture", "ethyl-4-amino benzoate", "benzocainum", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "osmopak plus (benzocaine + magnesium sulfate)_mixture", "peripheral nerve sodium channel 3", "ear clear (benzocaine + chlordan(e) + dichlorophene + methapyrilene hcl. + propylene glycol)_mixture", "benzocaine[wiki][usp]", "p-aminophenylacetic acid ethyl ester", "oti cal (antipyrine + benzocaine)_mixture", "dermoplast aerosol spray (benzethonium chloride + benzocaine + menthol + oxyquinoline benzoate)_mixture", "solarcaine first aid spray (benzocaine + triclosan)_mixture", "4-aminobenzoic acid ethyl ester", "5438-70-0[rn]", "vagisil crm medication (benzocaine + resorcinol)_mixture", "identhesin", "orajel mouth sore medicine (benzocaine + zinc chloride)_mixture", "sting kure - liq (benzocaine + camphor + diphenhydramine hydrochloride + phenol)_mixture", "h-4-abz-oet; 4-aminobenzoic acid ethyl ester", "lanacane crm medication (benzocaine + resorcinol)_mixture", "pastilles merol (benzocaine + cetylpyridinium chloride)_mixture", "h-4-abz-oet", "rectogel hc (benzocaine + hydrocortisone acetate + zinc sulfate)_mixture", "p-aminobenzoic ethyl ester", "anaesthin", "bite relief (benzocaine + camphor + menthol + phenol)_mixture", "orajel denture plus (benzocaine + menthol)_mixture", "solarcaine first aid cream (benzocaine + triclosan)_mixture", "topicale gel pump pina colada (benzalkonium chloride + benzocaine)_mixture", "9/7/1994", "aethoform", "dexatrim tablets (benzocaine + iron (ferrous fumarate) + nicotinamide + thiamine hydrochloride + vitamin a (vitamin a acetate) + vitamin b2 + vitamin c (sodium ascorbate) + vitamin d (vitamin d3))_mixture", "permathene-12 - caplet (benzocaine + iron (ferrous fumarate) + nicotinamide + thiamine hydrochloride + vitamin a + vitamin b2 + vitamin c (sodium ascorbate) + vitamin d)_mixture", "balsaris ont (allantoin + benzocaine + phenol)_mixture", "burncare kit (benzocaine + lidocaine hydrochloride)_mixture", "hemorro-dol sup (belladonna + benzocaine + bismuth subcarbonate (oxycarbonate) + bismuth subnitrate + boric acid + ephedrine sulfate + peruvian balsam + zinc oxide)_mixture", "chloraseptic sore throat lozenges - menthol (benzocaine + menthol)_mixture", "auralgan solution (antipyrine + benzocaine)_mixture", "throat lozenges (benzocaine + cetylpyridinium chloride)_mixture", "norcain", "onrectal (benzocaine + bismuth subcarbonate (oxycarbonate) + bismuth subgallate + hamamelis virginiana + naphazoline hydrochloride + zinc oxide)_mixture", "cetacaine spray (benzocaine + butamben + tetracaine hydrochloride)_mixture", "parathesine", "mites out (solution for dogs and cats) (benzocaine + docusate sodium + hydrocortisone + piperonyl butoxide + pyrethrins + tyrothricin)_mixture"}|>, "568" -> <|"DatabaseID" -> "SW00447", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13860074]}, "IsomericSmiles" -> "CCOC(=O)c1cccc(c1)N", "OfficialNames" -> <|"NPC Approved Name" -> "tricaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 261501]}, "Synonyms" -> {"ethyl3-aminobenzoate", "tl806455", "metacain", "886-86-2[rn]", "582-33-2[rn]", "ethyl 3-aminobenzoate methanesulfonate", "ethyl 3-aminobenzoate", "1101967", "benzoic acid 3-amino- ethyl ester", "ncgc00166020-01", "sbb066398", "tricaine[wiki]", "ethyl 3-aminobenzoate methanesulfonic acid salt", "ethyl-3-amino benzoate", "3-aminobenzoic acid ethyl ester methanesulfonate", "ethyl 3-aminobenzoate methane sulfonate", "tricaine mesylate", "tricaine", "209-482-9[einecs]", "3-aminobenzoic acid ethyl ester", "ethyl 3-aminobenzoate methanesulfonate salt", "886-86-2", "3-(ethoxycarbonyl)aniline"}|>, "569" -> <|"DatabaseID" -> "SW00448", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28142"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2606]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01563"]}, "IsomericSmiles" -> "C(C(Cl)(Cl)Cl)(O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00265"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Chloral hydrate"|>, "PharmGKBID" -> "PA448925", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2707]}, "Synonyms" -> {"chloral hydrate", "felsules", "chloradorm", "noctec", "aquachloral supprettes", "chloral monohydrate", "trichloroacetaldehyde hydrate", "somnote", "cohidrate", "nortec", "lycoral", "trichloracetaldehyd-hydrat", "d002697", "1,1,1-trichloro-2,2-dihydroxyethane", "hydrate chloral", "rectules", "knockout drops", "2,2,2-trichloro-1,1-ethanediol[acd/iupac name]", "notec", "1,1,1-trichloro-2,2-dihydroxyethane;1,1,1-trichloro-2,2-ethanediol; 2,2,2-trichloro-1,1-ethanediol; chloralhydrat; noctec; trichloracetaldehyd-hydrat; chloral monohydrate; knockout drops;trichloroacetaldehyde hydrate", "trichloracetaldehyd-hydrat[german]", "chloraldural [swiss]", "noctec (tn)", "phaldrone", "trichloro acetaldehyde hydrate", "kloralhydrat", "ethanediol 2,2,2-trichloro-", "oradrate", "noctec[wiki]", "trawotox", "2", "nycoton", "4-01-00-03143 (beilstein handbook reference)[beilstein]", "tosyl", "trichloroacetaldehyde monohydrate", "206-117-5[einecs]", "1,1,1-trichloro-2,2-ethanediol", "nycton", "chloraldurat[german]", "1,1-ethanediol 2,2,2-trichloro-", "chloralex", "escre", "chloralvan", "chloralhydrate", "trichloroacetaldehyde[wiki]", "hynos", "sontec", "chloraldurat", "chlorali hydras", "somni sed", "kessodrate", "lorinal", "chloralhydrat", "hydrate de chloral", "2,2,2-trichloro-ethane-1,1-diol", "chloral hydrate[wiki][usp][ban][jan][jp15]", "2,2,2-trichloroethane-1,1-diol", "novochlorhydrate", "aquachloral supprettes; noctec; somnote", "302-17-0[rn]", "somnos", "dormal", "hydral", "aquachloral", "trichloroacetaldehyde hydrated", "1698497[beilstein]"}|>, "570" -> <|"DatabaseID" -> "SW00449", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2781"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21106900]}, "IsomericSmiles" -> "CC(=O)c1ccc(c(c1)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetovanillone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2214]}, "Synonyms" -> {"1-(4-hydroxy-3-methoxyphenyl)ethanone", "apocynine", "acetovanillone", "4'-hydroxy-3'-methoxyacetophenone", "acetoguaiacone", "4-acetyl-2-methoxyphenol", "1-(4-hydroxy-3-methoxyphenyl)ethanon", "4-hydroxy-3-methoxyacetophenone", "acetoguaiacon", "apocynin[wiki]", "1-(4-hydroxy-3-methoxyphenyl)ethan-1-one acetovanillone", "4'-hydroxy-3'-methoxyacetophenone3-methoxy-4-hydroxyacetophenone3'-methoxy-4'-hydroxyacetophenone", "acetovanilone", "2/2/498", "1-acetyl-4-hydroxy-3-methoxybenzene", "acetovanillone; apocynin", "1-(4-hydroxy-3-methoxy-phenyl)-ethanone", "498-02-2", "acetophenone 4'-hydroxy-3'-methoxy-", "207-854-5[einecs]", "1-(4-hydroxy-3-methoxyphenyl)ethan-1-one", "637373[beilstein]", "4-hydroxy-3-methoxyphenyl methyl ketone", "acetovanillon", "ethanone 1-(4-hydroxy-3-methoxyphenyl)-", "c056165", "3-methoxy-4-hydroxyacetophenone", "1-(4-hydroxy-3-methoxyphenyl)-ethanone", "apocynin", "498-02-2[rn]"}|>, "571" -> <|"DatabaseID" -> "SW00450", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10621]}, "IsomericSmiles" -> "CC(=O)c1ccc(cc1O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "paeonol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11092]}, "Synonyms" -> {"2'-hydroxy-4'-methoxyacetophenone", "peonol", "2-hydroxy-4-methoxyacetophenone", "paeonol", "4-methoxy-2-hydroxyacetophenone", "resacetophenone-4-methyl ether", "4-o-methylresacetophenone", "paeonal", "1-(2-hydroxy-4-methoxyphenyl)ethanone[acd/iupac name]", "552-41-0[rn]", "1-(2-hydroxy-4-methoxy-phenyl)-ethanone", "4'-methoxy-2'-hydroxyacetophenone", "1282794", "acetophenone 2'-hydroxy-4'-methoxy- (7ci,8ci)", "1-[2-hydroxy-4-(methyloxy)phenyl]ethanone", "209-012-2[einecs]", "552-41-0", "4-08-00-01793 (beilstein handbook reference)[beilstein]", "paeonol (peonol)", "1-acetyl-2-hydroxy-4-methoxybenzene", "resacetophenone 4-o-methyl ester", "209-013-8[einecs]", "1-(2-hydroxy-4-methoxyphenyl)ethan-1-one", "552-45-4[rn]", "ethanone", "acetophenone 2'-hydroxy-4'-methoxy-", "4653-08-1[rn]", "1-(2-hydroxy-4-methoxyphenyl)ethanone", "2?-hydroxy-4?-methoxyacetophenone", "ethanone 1- (2-hydroxy-4-methoxyphenyl)-", "2-hydroxy-4-methoxy-acetophenon", "ethanone 1-(2-hydroxy-4-methoxyphenyl)-", "1-(2-hydroxy-4-methoxyphenyl)ethanon", "acetophenone", "ethanone 1-(2-hydroxy-4-methoxyphenyl)- (9ci)", "99765-61-4[rn]", "2-acetyl-5-methoxy-phenol"}|>, "572" -> <|"DatabaseID" -> "SW00451", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478263]}, "IsomericSmiles" -> "CC1COC(=O)C2=C(CCC12)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neo-nepetalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320104]}, "Synonyms" -> {"ac1nsz2j", "4", "neonepetalactone"}|>, "573" -> <|"DatabaseID" -> "SW00451", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478263]}, "IsomericSmiles" -> "CC1COC(=O)C2=C(CCC12)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neo-nepetalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320104]}, "Synonyms" -> {"ac1nsz2j", "4", "neonepetalactone"}|>, "574" -> <|"DatabaseID" -> "SW00451", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478263]}, "IsomericSmiles" -> "CC1COC(=O)C2=C(CCC12)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neo-nepetalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320104]}, "Synonyms" -> {"ac1nsz2j", "4", "neonepetalactone"}|>, "575" -> <|"DatabaseID" -> "SW00451", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478263]}, "IsomericSmiles" -> "CC1COC(=O)C2=C(CCC12)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neo-nepetalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320104]}, "Synonyms" -> {"ac1nsz2j", "4", "neonepetalactone"}|>, "576" -> <|"DatabaseID" -> "SW00452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 454670]}, "IsomericSmiles" -> "Cc1ccoc1C(=O)CC(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "elsholtzia ketone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 521240]}, "Synonyms" -> {"elsholtziaketone", "elsholtzia ketone", "3-methyl-1-(3-methyl-2-furyl)-1-butanone", "i14-22196", "488-05-1[rn]", "ac1lavbs", "3-methyl-1-(3-methylfuran-2-yl)butan-1-one", "488-05-1", "1-butanone", "ag-f-64742", "3-methyl-1-(3-methyl-furan-2-yl)-butan-1-one", "1-butanone 3-methyl-1-(3-methyl-2-furanyl)-"}|>, "577" -> <|"DatabaseID" -> "SW00453", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01472"]}, "IsomericSmiles" -> "CC(Cc1ccc(cc1)OC)[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "4-methoxyamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31721]}, "Synonyms" -> {"4-methoxyamphetamine", "p-methoxy-alpha-methylphenethylamine", "p-methoxyamphetamine", "para-methoxyamphetamine", "mao-b", "1-p-methoxyphenyl-2-aminopropane", "(+-)-p-methoxyamphetamine", "ec 1.4.3.4", "monoamine oxidase type b", "1-(4-methoxyphenyl)propan-2-amine", "1-p-methoxyphenyl-2-propylamine", "2-amino-1-(4'-methoxyphenyl)propane", "64-13-1"}|>, "578" -> <|"DatabaseID" -> "SW00453", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01472"]}, "IsomericSmiles" -> "CC(Cc1ccc(cc1)OC)[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "4-methoxyamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31721]}, "Synonyms" -> {"4-methoxyamphetamine", "p-methoxy-alpha-methylphenethylamine", "p-methoxyamphetamine", "para-methoxyamphetamine", "mao-b", "1-p-methoxyphenyl-2-aminopropane", "(+-)-p-methoxyamphetamine", "ec 1.4.3.4", "monoamine oxidase type b", "1-(4-methoxyphenyl)propan-2-amine", "1-p-methoxyphenyl-2-propylamine", "2-amino-1-(4'-methoxyphenyl)propane", "64-13-1"}|>, "579" -> <|"DatabaseID" -> "SW00454", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107873]}, "IsomericSmiles" -> "C[NH+](C)CC(c1ccccc1)O", "OfficialNames" -> <|"Indian Approved Name" -> "ephedrine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120845]}, "Synonyms" -> {"benzyl alcohol", "(+-)-ubine hydrochloride", "ar-1h9501", "939-44-6[rn]", "2-(dimethylamino)-1-phenylethanol hydrochloride", "ls-30715", "ac1l3rlj", "ac1q3f2s", "ephedrine hcl (l-form)", "benzenemethanol", "(+-)-alpha-((dimethylamino)methyl)benzenemethanol hydrochloride", "50-98-6[rn]"}|>, "580" -> <|"DatabaseID" -> "SW00454", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107873]}, "IsomericSmiles" -> "C[NH+](C)CC(c1ccccc1)O", "OfficialNames" -> <|"Indian Approved Name" -> "ephedrine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120845]}, "Synonyms" -> {"benzyl alcohol", "(+-)-ubine hydrochloride", "ar-1h9501", "939-44-6[rn]", "2-(dimethylamino)-1-phenylethanol hydrochloride", "ls-30715", "ac1l3rlj", "ac1q3f2s", "ephedrine hcl (l-form)", "benzenemethanol", "(+-)-alpha-((dimethylamino)methyl)benzenemethanol hydrochloride", "50-98-6[rn]"}|>, "581" -> <|"DatabaseID" -> "SW00455", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4759"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8006]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01010"]}, "IsomericSmiles" -> "CC[N+](C)(C)c1cccc(c1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00994"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "EDROPHONIUM CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8307]}, "Synonyms" -> {"edrophonium chloride", "enlon", "antirex", "enlon plus", "edrofonio cloruro [dcit]", "ethyl(m-hydroxyphenyl)dimethylammonium chloride", "tensilon", "edrophone chloride", "tensilon chloride", "n-ethyl-3-hydroxy-n,n-dimethylanilinium chloride[acd/iupac name]", "benzenaminium n-ethyl-3-hydroxy-n,n-dimethyl- chloride", "116-38-1", "enlon[wiki]", "tensilon (tn)", "edr", "cloruro de edrofonio[spanish][inn]", "edrophonium chloride preservative free", "edrophonium", "ammonium dimethylethyl(m-hydroxyphenyl)- chloride", "chlorure d'edrophonium[french][inn]", "edrophonium chloride [inn_en]", "butyrylcholine esterase", "tensilon[wiki]", "3-hydroxy-n,n-dimethyl-n-ethylanilinium chloride", "ethyl-(3-hydroxyphenyl)-dimethylammonium chloride", "(3-hydroxyphenyl)dimethylethylammonium chloride", "edrophonium ion", "reversol", "ec 3.1.1.8", "ethyl-(3-hydroxy-phenyl)-dimethyl-ammonium; chloride", "ethyl-(3-hydroxyphenyl)-dimethyl-azanium chloride", "tensilon preservative free", "edrophonii chloridum", "ethyl-(3-hydroxy-phenyl)-dimethyl-ammonium", "n-ethyl-3-hydroxy-n,n-dimethylbenzenaminium chloride", "reversol[wiki]", "204-138-4[einecs]", "ammonium ethyl(m-hydroxyphenyl)dimethyl- chloride", "cholinesterase precursor", "3-(ethyldimethylamino)phenol chloride", "edrophonium chloride [ban:inn:jan][inn][jan]", "312-48-1[rn]", "116-38-1[rn]", "edrophoniumchloride", "edrophonium[wiki]", "acylcholine acylhydrolase", "n-ethyl-3-hydroxy-n,n-dimethylaniliniumchlorid", "edrophonii chloridum[latin]", "chloride", "benzenaminium n-ethyl-3-hydroxy-n,n-dimethyl- chloride (1:1)", "ethyl-(3-hydroxyphenyl)-dimethyl-azanium", "chlorure d'edrophonium", "pseudocholinesterase", "cloruro de edrofonio", "edrophonum", "choline esterase ii", "enlon-plus", "116-38-1 312-48-1 [edrophonium]"}|>, "582" -> <|"DatabaseID" -> "SW00456", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15407"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8935]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01364"]}, "IsomericSmiles" -> "C[C@@H]([C@@H](c1ccccc1)O)[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00124"], ExternalIdentifier["KEGGID", "D01386"]}, "OfficialNames" -> <|"China Approved Name" -> "ephedrine;Ephedrine Hydrochloride;ephedrine hydrochloride;Ephedrine", "WHO Essential Medicine" -> "ephedrine", "Indian Approved Name" -> "ephedrine resinate;ephedrine", "Traditional Herbal Isolate" -> "l-ephedrin;l-ephedrine"|>, "PharmGKBID" -> "PA449466", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9294], ExternalIdentifier["PubChemCompoundID", 65326]}, "Synonyms" -> {"ephedrine", "l-ephedrine", "(-)-ephedrine", "mandrin", "ephedremal", "ephedrol", "biophedrin", "fedrin", "acetylcholinesterase precursor", "ache", "ec 3.1.1.7", "(l)-ephedrine", "l-(-)-ephedrine", "l(-)-ephedrine", "l-erythro-2-(methylamino)-1-phenylpropan-1-ol", "sanedrine", "ephedrital", "l-2-methylamino-1-phenylpropanol", "ephetonin", "n-methyl norephedrine", "(-)-ephedrin", "ephedrine hydrochloride", "vencipon", "ephedrin", "(1r,2s)-(-)-2-methylamino-1-phenyl-1-propanol", "racephedrine", "ephedrotal", "isofedrol", "(-)-a-(1-methylaminoethyl)benzyl alcohol", "ephendronal", "kratedyn", "(1r,2s)-1-phenyl-1-hydroxy-2-methylaminopropane", "ephoxamin", "(1r,2s)-2-(methylamino)-1-phenylpropan-1-ol", "(1r,2s)-2-methylamino-1-phenyl-1-propanol", "zephrol", "ephedrosan", "nasol", "manadrin", "1(r),2(s)-erythro-(-)-ephedrine", "(1r,2s)-ephedrine", "(ar)-a-[(1s)-1-(methylamino)ethyl]benzenemethanol", "(-)-(1r,2s)-ephedrine", "efedrin", "(1r,2s)-2-(methylamino)-1-phenyl-1-propanol[acd/iupac name]", "ephedsol", "ephedrine l-(-)-", "lexofedrin", "eciphin", "[r-(r*,s*)]-a-[1-(methylamino)ethyl]benzenemethanol", "206-080-5[einecs]", "ephedrine[wiki][usp][ban][usan]", "(1r,2s)-2-methylamino-1-phenyl-propan-1-ol", "(1r,2s)-(-)-ephedrine", "norephedrine n-methyl-", "299-42-3[rn]", "(-)-erythro-ephedrine", "ephedrin[wiki]", "(1r,2s)-1-hydroxy-2-(methylamino)-1-phenylpropane", "i-sedrin", "1-sedrin", "einecs 200-074-6", "(-)-ephedrin hydrochloride", "ephedronguent", "altusin", "1-ephedrine hydrochloride", "ephedrinium chloride", "l-ephedrine hydrochloride", "(-)-ephedrine hydrochloride"}|>, "583" -> <|"DatabaseID" -> "SW00457", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8604"], ExternalIdentifier["ChEBIID", "51209"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9205], ExternalIdentifier["ChemSpiderID", 6761], ExternalIdentifier["ChemSpiderID", 56662], ExternalIdentifier["ChemSpiderID", 7978435]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00852"]}, "IsomericSmiles" -> "C[C@@H]([C@H](c1ccccc1)O)[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00485"], ExternalIdentifier["KEGGID", "D05648"], ExternalIdentifier["KEGGID", "D05649"], ExternalIdentifier["KEGGID", "D08449"]}, "OfficialNames" -> <|"China Approved Name" -> "pseudophedrine;Pseudoephedrine Hydrochloride;pseudoephedrine hydrochloride;pseudoephedrine Hydrochloride", "Indian Approved Name" -> "pseudoephedrine;pseudoephedrine hcl;pseudoephedrine sulfate", "Traditional Herbal Isolate" -> "pseudo-withanine", "Australia Approved Name" -> "PSEUDOEPHEDRINE", "FDA Approved Drug" -> "PSEUDOEPHEDRINE HYDROCHLORIDE;PSEUDOEPHEDRINE POLISTIREX;PSEUDOEPHEDRINE SULFATE"|>, "PharmGKBID" -> "PA451170", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9581], ExternalIdentifier["PubChemCompoundID", 7028], ExternalIdentifier["PubChemCompoundID", 62945], ExternalIdentifier["PubChemCompoundID", 9802673]}, "Synonyms" -> {"sudafed", "isoephedrine", "d-pseudoephedrine", "d-isoephedrine", "trans-ephedrine", "psi-ephedrine", "psi-ephedrin", "pseudoephedrine", "dimetapp decongestant", "pseudoephedrine hcl", "novafed", "besan", "pseudoephedrine ephedrine", "pseudoephedrine d-form", "afrinol", "sinufed", "sudomyl", "tussaphed", "rhinalair", "first sign", "otrinol", "d-pseudoephedrine hydrochloride", "pseudo-12", "pseudoephedrine hydrochloride", "sudafed decongestant 12 hour", "sudafed decongestant extra strength", "efidac 24 pseudoephedrine hcl", "drixoral n.d.", "efidac/24", "triaminic infant oral decongestant drops", "sudafed 12 hour", "actifed tablets (pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "dimetapp decongestant pediatric drops", "actifed dm tablets (dextromethorphan hydrobromide + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "robidrine", "decofed", "sudafed decongestant", "drixoral nasal decongestant", "beta-1 adrenoceptor", "benylin decongestant", "beta-1 adrenoreceptor", "pseudoephedrine[wiki]", "pseudo 60's", "90-82-4[rn]", "(1s,2s)-2-(methylamino)-1-phenylpropan-1-ol hydrochloride", "eltor 120", "benadryl decongestant tablets (diphenhydramine hydrochloride + pseudoephedrine hydrochloride)_mixture", "pseudoefedrina [inn-spanish]", "bronchodex pediatrique (dextromethorphan hydrobromide + guaifenesin + pheniramine maleate + pseudoephedrine hydrochloride)_mixture", "balminil decongestant syrup", "allergy sinus medication - caplet (acetaminophen + chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "cenafed", "benylin codeine 3.3mg de syr (codeine phosphate + guaifenesin + pseudoephedrine hydrochloride)_mixture", "myfedrine", "actifed dm syrup (dextromethorphan hydrobromide + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "maxenal", "pseudoephedrinum [inn-latin]", "afrin", "chlor-trimeton", "genaphed", "actifed plus caplet (acetaminophen + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "actifed syrup (pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "pedia care", "pseudo", "benylin 4 flu - syrup (acetaminophen + dextromethorphan hydrobromide + guaifenesin + pseudoephedrine hydrochloride)_mixture", "triaminic am decongestant formula", "(+)-pseudoephedrine", "dristan cold maximum strength multi-symptom", "advil cold & sinus", "naldegesic", "contac day & night cold/flu night caplets", "robitussin severe congestion", "robitussin pe", "deconsal ii", "(1s,2s)-(+)-2-(methylamino)-1-phenylpropan-1-ol hydrochloride", "drixoral cough & congestion", "bayer select night time cold", "l-(+)-pseudoephedrine hydrochloride", "ornex severe cold formula", "(1s,2s)-(+)-pseudoephedrine hydrochloride", "symptom 2", "sudafed[wiki]", "besan[wiki]", "robitussin night relief", "- -pseudoephedrinehydrochloride", "intensin", "actifed plus", "contac severe cold formula non-drowsy", "(1r,2s)-2-methylamino-1-phenyl-propan-1-ol", "rondec dm", "tylenol flu no drowsiness gelcaps", "ru-tuss expectorant", "dorcol[wiki]", "pseudoephedrine hydrochloride[usp]", "tylenol allergy sinus night time caplets", "dristan allergy", "tylenol cold and flu no drowsiness", "dimacol", "pseudoephedrine hydrochloride l-(+)-", "actifed sinus nighttime", "dristan cold no drowsiness", "lodrane ld", "6272-89-5[rn]", "bayer select flu relief", "tylenol sinus medication maximum strength", "(1s,2s)-2-methylamino-1-phenylpropanol hydrochloride", "congestac", "sine-aid maximum strength", "tylenol cold and flu multi-symptom", "brexin l.a.", "d-[a-(1-methylamino)ethyl]benzyl alcohol hydrochloride", "(1s,2s)-2-methylamino-1-phenylpropan-1-ol hydrochloride", "pseudoephedrine hydrochloride (product)", "viro-med", "pediacare cough-cold formula", "206-462-1[einecs]", "345-78-8 90-82-4 [pseudoephedrine]", "bayer select sinus pain relief", "bayer select head & chest cold", "sudafed cough syrup", "robitussin pediatric cough & cold", "(1s,2s)-2-(methylamino)-1-phenylpropan-1-ol chloride", "(1s,2s)-2-(methylamino)-1-phenylpropan-1-olhydrochlorid", "tylenol flu night time gelcaps", "actifed with codeine cough syrup", "robitussin maximum strength cough & cold", "pseudophed", "contac day & night allergy sinus day caplets", "rondec", "sudafed (tn)", "deconamine", "robitussin pediatric night relief", "sine-off maximum strength no drowsiness formula caplets", "tylenol allergy sinus", "dristan sinus", "sudafed cold and cough", "contac nighttime cold medicine", "(+)-threo-ephedrine hydrochloride", "nasatab la", "sudafed plus", "contac day & night allergy sinus night caplets", "contac jr. non-drowsy formula", "sudafed severe cold formula", "tylenol flu night time powder", "tylenol cold medication caplets liquid and tablets", "pseudophedrine hydrochloride", "ru-tuss de tablets", "tylenol cough + decongestant liquid", "benzenemethanol a-[(1s)-1-(methylamino)ethyl]- (as)- hydrochloride (1:1)", "pediacare cold formula", "phenergan-d", "tylenol children's cold tablets", "robitussin cold & cough", "lodrane liquid", "contac day & night cold/flu day caplets", "56979-55-6[rn]", "[s-(r*,r*)]-a-[1-(methylamino)ethyl]benzenemethanol hydrochloride", "(1s,2s)-2-(methylamino)-1-phenylpropan-1-ol hydrochloride (1:1)", "1s,2s-(+)-pseudoephedrine hydrochloride", "l(+)-pseudoephedrine hydrochloride", "sine-off maximum strength allergy/sinus", "histalet x tablets", "tylenol cold no drowsiness", "hydrogenchloride(1s,2s)-2-(methylamino)-1-phenylpropan-1-ol (1:1:1)", "tussar dm", "3915112[beilstein]", "actifed sinus daytime", "sine-off sinus medicine caplets", "allent", "bayer select allergy-sinus", "co-pyronil 2", "novafed[wiki]", "(as)-a-[(1s)-1-(methylamino)ethyl]benzenemethanol hydrochloride", "sudafed liquid children's", "345-78-8", "actifed[wiki]", "ornex and maximum strength ornex", "nucofed", "tylenol children's cough cold chewable tablets", "theraflu[wiki]", "345-78-8[rn]", "coadvil", "sudafed sinus", "bayer select head cold", "mucinex d", "histalet syrup", "ephedrine hydrochloride imp. b (ep) as hydrochloride", "semprex-d", "(+)-pseudoephedrine hydrochloride", "pediacare decongestant drops", "brexin ex", "d-isoephedrine hydrochloride", "345-78-8 90-82-4", "sudafed hydrochloride", "pseudoephedrine sulfate", "pseudoefedrina[spanish][inn]", "l-(+)-pseudoephedrine", "(+)-psi-ephedrine", "d-y-ephedrine", "pseudoephedrinum[latin]", "2-methylamino-1-phenyl-propan-1-ol", "4125-58-0[rn]", "(1s,2s)-ephedrine", "d-pseudoephedrine base", "psi-ephedrine (+)-", "2414132[beilstein]", "pseudoephedrine (d)", "2-(methylamino)-1-phenyl-1-propanol[acd/iupac name]", "(+)-threo-ephedrine", "(as)-a-[(1s)-1-(methylamino)ethyl]benzenemethanol", "(1s,2s)-2-methylamino-1-phenyl-1-propanol", "[s-(r*,r*)]-a-[1-(methylamino)ethyl]benzenemethanol", "(1s,2s)-2-methylamino-1-phenyl-propan-1-ol", "202-018-6[einecs]", "(1s,2s)-(+)-pseudoephedrine", "(+)-(1s,2s)-pseudoephedrine", "l(+)-psi-ephedrine", "(1s,2s)-2-methylamino-1-phenylpropan-1-ol", "y-ephedrine", "30987-59-8[rn]", "d-psi-ephedrine", "(1s,2s)-pseudoephedrine", "(plusmn)-pseudoephedrine", "pseudoephedrine l-(+)-", "(1s,2s)-2-(methylamino)-1-phenylpropan-1-ol", "37577-31-4[rn]", "pseudoephedrine (+)-", "304-87-0[rn]", "d-psi-2-methylamino-1-phenyl-1-propanol", "l(+)-y-ephedrine", "90-82-4", "neodurasina", "acunaso", "drixoral nd", "chlor-trimeton nd", "7460-12-0[rn]", "d-isoephedrine sulfate", "afrin tablets", "duration tablets", "7460-12-0", "surecn41308", "pseudoephedrine polistirex", "(1s,2s)-2-(methylamino)-1-phenylpropan-1-ol sulfate (2:1) (salt)", "bis((s-(r*", "(1s,2s)-2-(methylamino)-1-phenylpropan-1-ol sulfate (2:1)", "drixoral[wiki]", "einecs 231-243-2", "(as)-a-((1s)-1-(methylamino)ethyl)benzenemethanol sulfate (2:1)(salt)", "(+)-pseudoephedrine sulfate (2:1) (salt)", "pseudoephedrine sulphate", "polaramine expectorant", "bis((s-(r*,r*))-(b-hydroxy-a-methylphenethyl)methylammonium) sulphate", "afrinol (tn)", "d05649", "sch-4855", "231-243-2[einecs]", "pseudoephedrine sulfate (usp)", "93778-69-9[rn]", "d-pseudoephedrine sulfate", "benzenemethanol", "trinalin", "claritin d", "afrinol[wiki]", "(1s,2s)-2-(methylamino)-1-phenylpropan-1-olsulfat(2:1)(salt)", "chlor-trimeton decongestant", "disophrol[wiki]"}|>, "584" -> <|"DatabaseID" -> "SW00458", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34292"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 608157]}, "IsomericSmiles" -> "c1ccc2c(c1)nc(s2)[S-]", "OfficialNames" -> <|"NPC Approved Name" -> "2-mercaptobenzothiazole"|>, "Synonyms" -> {"t56 bmysj cus[wln]", "1,3-benzothiazole-2(3h)-thione[acd/iupac name]", "mercaptobenzothiazol", "thiot,ax.", "dermacid", "2-mercaptobenzthiazole", "sulfadene", "accel m", "nocceler m", "2-sulfanyl-1,3-benzothiazole", "2-benzothiazolinethione", "nocceler ,m", "benzo[d]thiazole-2-thiol", "kaptaks"}|>, "585" -> <|"DatabaseID" -> "SW00459", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4885"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2041901]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00609"]}, "IsomericSmiles" -> "CCc1cc(ccn1)C(=S)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00591"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "ethionamide", "Indian Approved Name" -> "ethionamide", "FDA Approved Drug" -> "ETHIONAMIDE"|>, "PharmGKBID" -> "PA164768738", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2761171]}, "Synonyms" -> {"trecator-sc", "amidazine", "etionamid", "etioniamid", "ethionamide", "ethioniamide", "ethylisothiamide", "ethyonomide", "tio-mid", "etionamide [dcit]", "tubermin", "tianid", "ethina", "thiomid", "ethionamid prothionamid", "iridozin", "etionid", "ethinamide", "ethimide", "thioamide", "aethionamidum", "itiocide", "tuberoson", "nizotin", "trekator", "sertinon", "trescatyl", "etp", "trecator", "thioniden", "eth", "etiocidan", "etimid", "aetina", "fatoliamid", "nisotin", "rigenicid", "trescazide", "aetiva", "isotiamida", "nicotion", "iridocin", "tiomid", "tubenamide", "teberus", "amidazin", "isothin", "etionizina", "etionizine", "tuberoid", "etionizin", "2-ethyl-4-pyridinecarbothioamide", "2-ethylisonicotinic acid thiomide", "f.i. 58-30", "9005-49-6", "536-33-4[rn]", "2-ethyl-thioisonicotinamide", "ethionamide[wiki]", "4-pyridinecarbothioamide 2-ethyl-", "3-ethylisothionicotinamide", "cas-536-33-4", "a-ethylisonicotinoylthioamide", "2-ethylthioisonicotinamide", "536-33-4", "etionamida[spanish][inn]", "1314-th", "trecator sc", "1314th", "amino(2-ethyl(4-pyridyl))methane-1-thione", "catalase-peroxidase t", "et", "atina", "2-ethylpyridin-4-carbothioamid", "2-ethylisonicotinoylthioamide", "1314 th", "ethionamidum[latin]", "etimid (van)", "ethionamide & crl8131", "208-628-9[einecs]", "thianid", "5-22-02-00360 (beilstein handbook reference)[beilstein]", "ethionamide [usan:ban:inn:jan][inn][jan][usan]", "etionamide", "bayer5312", "trecator[wiki]", "116474[beilstein]", "2-ethyl-4-thioamidylpyridine", "2-ethylisonicotinic thioamide", "thianide", "2-ethylthioisonicotinamide trecator sc", "ethatyl", "etionamida [inn-spanish]", "2-ethylisonicotinic acid thioamide", "ethina (van)", "2-ethylisothionicotinamide", "bayer 5312", "trecator-sc (tn)", "2-ethylisonicotinothioamide", "2-ethyl-4-aminothiocarbonylpyridine", "ethyonomide.", "d005000", "2-ethylthioisonicotinamide;trecator sc;amidazine", "ec 1.11.1.6", "2-ethyl-4-thiocarbamoylpyridine", "atina[wiki]", "5261-38-1[rn]", "2-ethylpyridine-4-carbothioamide", "1314 tn", "ethionamidum [inn-latin]"}|>, "586" -> <|"DatabaseID" -> "SW00460", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477629]}, "IsomericSmiles" -> "CC1COC2(CCCC1C2=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "matatabiether"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319300]}, "Synonyms" -> {"ac1nsxw1", "2", "matatabiether"}|>, "587" -> <|"DatabaseID" -> "SW00460", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477629]}, "IsomericSmiles" -> "CC1COC2(CCCC1C2=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "matatabiether"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319300]}, "Synonyms" -> {"ac1nsxw1", "2", "matatabiether"}|>, "588" -> <|"DatabaseID" -> "SW00461", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "CHEMBL727"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2005804]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00352"]}, "IsomericSmiles" -> "c1[nH]c2c(n1)[nH]c(nc2=S)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06109"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "THIOGUANINE"|>, "PharmGKBID" -> "PA451663", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2723601], ExternalIdentifier["PubChemCompoundID", 23725046]}, "Synonyms" -> {"thioguanine", "lanvis", "tioguanin", "2-amino-6-mercaptopurine", "wellcome u3b", "6-thioguanine", "6-mercaptoguanine", "2-amino-6-purinethiol", "6-mercapto-2-aminopurine", "tabloid", "tioguanine", "2-aminopurine-6-thiol", "2-aminopurine-6(1h)-thione", "2-aminopurin-6-thiol", "2-amino 6mp", "thg", "205-827-2[einecs]", "tabloid[wiki]", "2-amino-6-merkaptopurin[czech]", "toxic solid organic n.o.s. (6-thioguanine)", "tioguanine[wiki]", "unii-ftk8u1gznx", "tioguaninum[latin]", "thioguanine [usan:ban][usan]", "2-amino-6-methoxypurine", "2-amino-6-mp", "tioguanina[spanish][inn]", "28128-40-7[rn]", "2-amino-1,9-dihydro-6h-purine-6-thione", "157765", "6h-purine-6-thione 2-amino-1,9-dihydro-", "154-42-7[rn]", "tg", "purine-6(1h)-thione 2-amino-", "5580-03-0", "6-thioguanine (6-tg)", "2-aminopurine-6-thiol hemihydrate", "2-thioguanine", "thioguanine (usp)", "2-amino-6-methoxy purine", "purine-6-thiol 2-amino-", "2-amino-9h-purine-6-thiol", "2-amino-1,7-dihydro-6h-purin-6-thion[czech]", "154-42-7 5580-03-0", "thioguanine[wiki]", "guanine thio-", "2-amino-6-merkaptopurin", "thioguanine hydrate", "d06109", "9h-purine-6-thiol 2-amino-", "tg[formula]", "6h-purine-6-thione 2-amino-1,7-dihydro-", "6-tg", "20535-83-5[rn]", "2-amino-1,7-dihydro-6h-purine-6-thione", "guanine thio- (van)", "thioguanine (tn)", "5580-03-0[rn]", "337376-15-5", "2-amino-1,7-dihydropurine-6-thione", "deoxyribonucleic acid", "2-amino-6-mercaptopurine 2-amino-6-purinethiol", "cobalt phosphonate"}|>, "589" -> <|"DatabaseID" -> "SW00462", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4884"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3169]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01031"]}, "IsomericSmiles" -> "C#CC1(CCCCC1)OC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00703"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Ethinamate", "FDA Approved Drug" -> "ETHINAMATE"|>, "PharmGKBID" -> "PA164745394", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3284]}, "Synonyms" -> {"valmidate", "volamin", "etinamate", "valmid", "ethinamat", "ethinamate", "valaminettae", "valaminetten", "ethinimate", "valamin", "valaminetta", "4-06-00-00349 (beilstein handbook reference)[beilstein]", "ec 4.2.1.1", "204-789-4[einecs]", "1-ethynylcyclohexyl carbamate", "1-ethinylcyclohexyl carbamate", "etinamato [inn_es]", "ethinamate[wiki]", "carbamic acid 1-ethynylcyclohexyl ester", "9005-49-6", "etinamato[spanish][inn]", "aethinyl-cyclohexyl-carbamat[german]", "1-ethynylcyclohexanol carbamate", "126-52-3[rn]", "cyclohexanol 1-ethynyl- carbamate", "carbonate dehydratase ii", "ethinamate [ban:inn:jan][inn][jan]", "usaf el-42", "valamin[wiki]", "ca-ii", "1-ethinylcyclohexyl carbonate", "carbonic anhydrase ii", "valmid (tn)", "carbonic anhydrase c", "carbamate de l'ethinylcyclohexanol[french]", "carbamic acid 1-ethynylcyclohexyl ester", "ethinamatum[latin]", "ethynylcyclohexyl carbamate", "valmid[wiki]", "1-ethynylcyclohexyl carbamate[acd/iupac name]"}|>, "590" -> <|"DatabaseID" -> "SW00463", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4439624]}, "IsomericSmiles" -> "CC(=CCC/C(=C/C(=O)[O-])/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "geranic"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5275520]}, "Synonyms" -> {"nerolic acid", "geranic acid", "3", "decaprenoic acid", "neric acid", "207-299-9[einecs]", "3-02-00-01469 (beilstein handbook reference)[beilstein]", "(2e)-3,7-dimethylocta-2,6-dienoic acid", "8/2/4698", "geranicacid", "(e)-3,7-dimethyl-octa-2,6-dienoic acid", "2", "2,6-octadienoic acid 3,7-dimethyl-", "3,7-dimethylocta-2,6-dienoic acid", "3,7-dimethyl-2e,6-octadienoic acid", "nsc 229335", "3,7-dimethyl-2,6-octadienoic acid", "4698-08-2[rn]", "brn 1763804", "einecs 207-299-9", "459-80-3[rn]", "1763804", "2,6-octadienoic acid 3,7-dimethyl- (2e)-", "3,7-dimethyl-2,6(and 2,7)-octadienoic acid"}|>, "591" -> <|"DatabaseID" -> "SW00464", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4445"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 38403]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01189"]}, "IsomericSmiles" -> "C(C(F)(F)F)(OC(F)F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00546"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DESFLURANE"|>, "PharmGKBID" -> "PA164749136", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 42113]}, "Synonyms" -> {"suprane", "desflurane", "desflurano [inn-spanish]", "desfluranum [inn-latin]", "suprane (tn)", "desflurano", "ec 1.6.5.3", "difluoromethyl1,2,2,2-tetrafluoroethylether", "i-653", "1,1,1,2-tetrafluoro-2-(difluoromethoxy)ethane", "r-e 236ea1", "2-(difluoromethoxy)-1,1,1,2-tetrafluoroethane[acd/iupac name]", "chebi:4445", "difluoromethyl 1,2,2,2-tetrafluoroethyl ether", "1-(difluoromethoxy)-1,2,2,2-tetrafluoroethane", "desfluranum[latin]", "57041-67-5[rn]", "9005-49-6", "ethane 2-(difluoromethoxy)-1,1,1,2-tetrafluoro-", "2-(difluoromethoxy)-1,1,1,2-tetrafluoroethane; 1h,3h-perfluoro(2-oxabutane); desflurane; suprane; fc-e236ea", "1,2,2,2-tetrafluoroethyl difluoromethyl ether; desflurane; r-e236eal; hfe 236; hfe 236me", "desfluranum", "desflurane [usan:inn][inn][usan]", "7286887[beilstein]", "fc-e236ea", "1h,3h-perfluoro(2-oxabutane)", "difluormethyl-1,2,2,2-tetrafluorethylether", "nadh dehydrogenase subunit 1", "1,2,2,2-tetrafluoroethyl difluoromethyl ether", "desflurano[spanish][inn]", "desflurane[wiki][usp]", "i 653", "2-(difluormethoxy)-1,1,1,2-tetrafluorethan"}|>, "592" -> <|"DatabaseID" -> "SW00464", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4445"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 38403]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01189"]}, "IsomericSmiles" -> "C(C(F)(F)F)(OC(F)F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00546"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DESFLURANE"|>, "PharmGKBID" -> "PA164749136", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 42113]}, "Synonyms" -> {"suprane", "desflurane", "desflurano [inn-spanish]", "desfluranum [inn-latin]", "suprane (tn)", "desflurano", "ec 1.6.5.3", "difluoromethyl1,2,2,2-tetrafluoroethylether", "i-653", "1,1,1,2-tetrafluoro-2-(difluoromethoxy)ethane", "r-e 236ea1", "2-(difluoromethoxy)-1,1,1,2-tetrafluoroethane[acd/iupac name]", "chebi:4445", "difluoromethyl 1,2,2,2-tetrafluoroethyl ether", "1-(difluoromethoxy)-1,2,2,2-tetrafluoroethane", "desfluranum[latin]", "57041-67-5[rn]", "9005-49-6", "ethane 2-(difluoromethoxy)-1,1,1,2-tetrafluoro-", "2-(difluoromethoxy)-1,1,1,2-tetrafluoroethane; 1h,3h-perfluoro(2-oxabutane); desflurane; suprane; fc-e236ea", "1,2,2,2-tetrafluoroethyl difluoromethyl ether; desflurane; r-e236eal; hfe 236; hfe 236me", "desfluranum", "desflurane [usan:inn][inn][usan]", "7286887[beilstein]", "fc-e236ea", "1h,3h-perfluoro(2-oxabutane)", "difluormethyl-1,2,2,2-tetrafluorethylether", "nadh dehydrogenase subunit 1", "1,2,2,2-tetrafluoroethyl difluoromethyl ether", "desflurano[spanish][inn]", "desflurane[wiki][usp]", "i 653", "2-(difluormethoxy)-1,1,1,2-tetrafluorethan"}|>, "593" -> <|"DatabaseID" -> "SW00465", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1142]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01696"]}, "IsomericSmiles" -> "c12c([nH]c(=O)[nH]1)[nH]c(=O)[nH]c2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1175]}, "Synonyms" -> {"2", "lithic acid", "1h-purine-2", "156158[beilstein]", "1111913[beilstein]", "purine-2,6,8(1h,3h,9h)-trione", "8620579[beilstein]", "200-720-7[einecs]", "42911-25-1[rn]", "33278-42-1[rn]", "7000-30-8[rn]", "69-93-2[rn]", "13154-20-6[rn]", "882687[beilstein]", "7,9-dihydro- (9ci) 1h-purine-2,6-8(3h)-trione", "2,6,8-trioxopurine", "1h-purine-2,6,8 (3h)-trione 7,9-dihydro-", "1h-purine-2,6,8(3h)-trione 7,9-dihydro- (9ci)", "530-13-2[rn]", "acid uric", "urate", "trioxopurine", "7", "7,9-dihydro-1h-purin-2,6,8(3h)-trion[german]", "1h-purine-2,6,8(3h,7h,9h)-trione", "lithate", "34318-07-5[rn]", "purine-2", "2,6,8-trioxypurine", "1,3,7-trihydropurine-2,6,8-trione", "6-hydroxy-1h-purine-2,8(7h,9h)-dione", "u-6050", "purine-2,6,8-(1h,3h,9h)-trione", "7,9-dihydro-3h-purine-2,6,8-trione", "42911-28-4[rn]", "uric acid[wiki]", "882682[beilstein]", "harnsaeure", "urc", "1h-purine-2,6,8(3h)-trione 7,9-dihydro-", "d014527", "42911-27-3[rn]", "uric acid (8ci)", "7,9-dihydro-1h-purine-2,6,8(3h)-trione[acd/iupac name]", "7,9-dihydro-1h-purine-2,6,8(3h)-trione", "uric acid", "ec 2.4.1.1"}|>, "594" -> <|"DatabaseID" -> "SW00466", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "21260"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23942]}, "IsomericSmiles" -> "C(C(C(=O)[O-])[NH3+])S(=O)(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cysteic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25701]}, "Synonyms" -> {"cysteate", "3-sulfoalanine", "cysteic acid", "dl-cysteic acid", "2-amino-3-sulfopropanoic acid", "alanine", "alanine 3-sulfo-", "chebi:21260", "3024-83-7[rn]", "c-9550", "beta-sulfoalanine", "2-amino-3-sulfopropionic acid", "cysteinic acid", "cysteinesulfonate", "cysterate", "cipteic acid", "a-amino-b-sulfopropionic acid", "cya", "cysteic acid (van)", "cysteinesulfonic acid", "cepteate", "cipteate", "cysteric acid", "2-amino-3-sulfopropanoate", "cepteic acid", "13100-82-8", "3024-83-7", "cysteine sulfonic acid", "2-amino-3-sulfopropionate", "498-40-8[rn]", "l-cysteic acid", "13100-82-8[rn]"}|>, "595" -> <|"DatabaseID" -> "SW00466", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "21260"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23942]}, "IsomericSmiles" -> "C(C(C(=O)[O-])[NH3+])S(=O)(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cysteic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25701]}, "Synonyms" -> {"cysteate", "3-sulfoalanine", "cysteic acid", "dl-cysteic acid", "2-amino-3-sulfopropanoic acid", "alanine", "alanine 3-sulfo-", "chebi:21260", "3024-83-7[rn]", "c-9550", "beta-sulfoalanine", "2-amino-3-sulfopropionic acid", "cysteinic acid", "cysteinesulfonate", "cysterate", "cipteic acid", "a-amino-b-sulfopropionic acid", "cya", "cysteic acid (van)", "cysteinesulfonic acid", "cepteate", "cipteate", "cysteric acid", "2-amino-3-sulfopropanoate", "cepteic acid", "13100-82-8", "3024-83-7", "cysteine sulfonic acid", "2-amino-3-sulfopropionate", "498-40-8[rn]", "l-cysteic acid", "13100-82-8[rn]"}|>, "596" -> <|"DatabaseID" -> "SW00467", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31038"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111723]}, "IsomericSmiles" -> "COc1cc(cc(c1)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01792"]}, "OfficialNames" -> <|"NPC Approved Name" -> "1,3,5-trimethoxybenzene"|>, "Synonyms" -> {"1,3,5-trimethoxybenzene", "210-673-4[einecs]", "o,o,o-1,3,5-trimethylresorcinol", "1,3,5-tri methoxy benzene", "phloroglucinol trimethyl ether*sym-trimethoxybenzene*tmb", "benzene 1,3,5-trimethoxy-", "\"1,3,5-trimethoxybenzene\"", "1,3,5-trimethoxy benzene", "1307993", "621-23-8[rn]", "phloroglucinol trimethyl ether", "621-2308", "621-23-08", "tl8004038", "1,3,5-trimethoxybenzol", "sym-trimethoxybenzene"}|>, "597" -> <|"DatabaseID" -> "SW00468", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3369"]}, "IsomericSmiles" -> "CC#CC#CC(=O)c1ccccc1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "capillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10321]}, "Synonyms" -> {"2", "brn 1865168", "nsc 113499", "495-74-9", "ag-j-34404", "capillin", "1-phenyl-2", "1-phenylhexa-2", "ac1l1uyh"}|>, "598" -> <|"DatabaseID" -> "SW00469", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6795"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00610"]}, "IsomericSmiles" -> "C[C@@H]([C@@H](c1cccc(c1)O)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01019"]}, "OfficialNames" -> <|"Australia Approved Name" -> "METARAMINOL BITARTRATE", "FDA Approved Drug" -> "METARAMINOL BITARTRATE"|>, "PharmGKBID" -> "PA164748761", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5906]}, "Synonyms" -> {"pressorol", "metaraminol bitartrate", "icoral b", "hydroxynorephedrine", "pressonex", "aramine", "l-metaraminol", "m-hydroxypropadrine", "metaradrine", "metaraminol", "m-hydroxy norephedrine", "alpha-1c adrenergic receptor", "metaraminolum [inn-latin]", "m-hydroxyphenylpropanolamine", "1-metaraminol", "alpha 1a- adrenoreceptor", "metaraminolum [latin]", "alpha 1a-adrenoceptor", "alpha adrenergic receptor 1c", "l-metaraminol bitartrate", "m-hydroxypropadrine bitartrate", "hydrogen(2r,3r)-2,3-dihydroxybutanedioate -3-[(1r,2s)-2-amino-1-hydroxypropyl]phenol (2:1:1)", "(-)-erythro-metaraminol bitartrate", "1-(m-hydroxyphenyl)-2-amino-1-propanol bitartrate", "m-hydroxyphenylpropanolamine bitartrate", "aramine (tn)", "(2r,3r)-2,3-dihydroxysuccinic acid -3-[(1r,2s)-2-amino-1-hydroxypropyl]phenol (1:1)", "3-[(1r,2s)-2-amino-1-hydroxypropyl]phenol 2,3-dihydroxybutanedioate (1:1)", "aramine[wiki]", "metaraminol (+)-bitartrate salt", "2-amino-1-(m-hydroxyphenyl)-1-propanol bitartrate", "metaradrine bitartrate", "[r-(r*,s*)]-a-(1-aminoethyl)-3-hydroxybenzenemethanolbitartrate", "33402-03-8[rn]", "m-hydroxynorephedrine bitartrate", "(-)-a-(1-aminoethyl)-m-hydroxybenzylalcoholtartrate(1:1) (salt)", "a-(m-hydroxyphenyl)-b-aminopropanol bitartrate", "m-hydroxy-a-(1-aminoethyl)benzyl alcohol bitartrate", "3-[(1r,2s)-2-amino-1-hydroxypropyl]phenol dihydrogen (2r,3r)-2,3-dihydroxybutanedioate", "metaraminol[wiki][inn]"}|>, "599" -> <|"DatabaseID" -> "SW00470", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8094"], ExternalIdentifier["ChEBIID", "8093"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390042], ExternalIdentifier["ChemSpiderID", 5818]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00388"]}, "IsomericSmiles" -> "C[NH2+]C[C@@H](c1cccc(c1)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08966"], ExternalIdentifier["KEGGID", "D00511"], ExternalIdentifier["KEGGID", "D08365"]}, "OfficialNames" -> <|"China Approved Name" -> "phenylephrine", "Indian Approved Name" -> "phenylephrine hcl.;phenylephrine", "FDA Approved Drug" -> "PHENYLEPHRINE BITARTRATE;PHENYLEPHRINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450935", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11573270], ExternalIdentifier["PubChemCompoundID", 5284443], ExternalIdentifier["PubChemCompoundID", 6041]}, "Synonyms" -> {"neosynephrine", "metasympatol", "mesaton", "metasynephrine", "m-sympatol", "mydfrin", "visadron", "phenylephrine", "dionephrine", "m-oxedrine", "metaoxedrinum", "mezaton", "neo-synephrine", "pyracort d", "i-phrine", "dilatair", "metaoxedrine", "neophryn", "isophrim", "isophrin", "prefrin", "doktors", "isopto frin", "neofrin", "ak-dilate", "minims phenylephrine", "l-phenylephrine", "biomydrin", "m-synephrine", "metaoxedrin", "ak-nefrin", "relief eye drops for red eyes", "adrianol", "mesatone", "spersaphrine", "m-sympathol", "mesatonum", "ocugestrin", "prefrin liquifilm", "rhinall", "m-methylaminoethanolphenol", "l-phenylephrine hydrochloride", "61-76-7[rn]", "59-42-7[rn]", "phenylephrine hydrochloride", "dimetapp oral infant cold drops (brompheniramine maleate + phenylephrine hydrochloride)_mixture", "soframycin nasal spray (framycetin sulfate + gramicidin + phenylephrine hydrochloride)_mixture", "vasosulf oph soln (phenylephrine hydrochloride + sulfacetamide sodium)_mixture", "decongestant antihistaminic syrup (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "occu-cal lotion (boric acid + phenylephrine hydrochloride + sodium borate)_mixture", "hemorrhoidal ointment (mineral oil + petrolatum + phenylephrine hydrochloride + shark liver oil)_mixture", "chemhisdine dm decongestant (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "neo-synephrine nasal jelly", "dimetapp (brompheniramine maleate + phenylephrine hydrochloride)_mixture", "neo citran powder (acetaminophen + pheniramine maleate + phenylephrine hydrochloride + vitamin c)_mixture", "neo synephrine nasal spray (phenylephrine hydrochloride + thenyldiamine hcl.)_mixture", "hot lemon relief dm adult (dextromethorphan hydrobromide + pheniramine maleate + phenylephrine hydrochloride)_mixture", "hot lemon relief for cold symptoms pws (acetaminophen + pheniramine maleate + phenylephrine hydrochloride + vitamin c)_mixture", "dimetapp elixir (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "alconefrin nasal drops 12", "dimetapp tab (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "nostril", "neo-synephrine nasal drops", "alpha 1d-adrenoceptor", "neo citran extra strength (acetaminophen + pheniramine maleate + phenylephrine hydrochloride)_mixture", "dimetapp dm elixir (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "alpha-1a adrenergic receptor", "occu-cal drops (boric acid + phenylephrine hydrochloride + sodium borate)_mixture", "phenergan vc expectorant w codeine liq (codeine phosphate + phenylephrine hydrochloride + potassium guaiacol sulphonate + promethazine hydrochloride)_mixture", "dimetapp extra strength (brompheniramine maleate + phenylephrine hydrochloride)_mixture", "alconefrin nasal drops 25", "dimetapp extentabs (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "alcon efrin", "hot lemon relief for cold symptoms ext str (acetaminophen + pheniramine maleate + phenylephrine hydrochloride + vitamin c)_mixture", "phenoptic", "dimetane", "cold & allergy (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "alpha 1d- adrenoreceptor", "pharmetapp elixir (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "neo citran a powder (pheniramine maleate + phenylephrine hydrochloride + vitamin c)_mixture", "neo-synephrine nasal spray (phenylephrine hydrochloride + thenyldiamine hcl.)_mixture", "lemon relief for adults (acetaminophen + pheniramine maleate + phenylephrine hydrochloride)_mixture", "dimetapp dm tab (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "neo citran nutrasweet (acetaminophen + pheniramine maleate + phenylephrine hydrochloride)_mixture", "citron chaud cumberland pws (acetaminophen + pheniramine maleate + phenylephrine hydrochloride + vitamin c)_mixture", "fenilefrina [inn-spanish]", "hot lemon relief pws (acetaminophen + pheniramine maleate + phenylephrine hydrochloride + vitamin c)_mixture", "dimetane expectorant-c syr (brompheniramine maleate + codeine phosphate + guaifenesin + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "ocu-phrin sterile eye drops", "nostril spray pump", "lemon time (acetaminophen + phenylephrine hydrochloride + pyrilamine maleate + vitamin c)_mixture", "duration", "alconefrin nasal drops 50", "dimetapp oral infant drops (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "cold & allergy relief - liq (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "nezger tab (acetylsalicylic acid + diphenylpyraline hydrochloride + guaifenesin + phenylephrine hydrochloride)_mixture", "citron chaud dm cumberland pws (dextromethorphan hydrobromide + pheniramine maleate + phenylephrine hydrochloride + vitamin c)_mixture", "dimetapp-c syr (brompheniramine maleate + codeine phosphate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "hot lemon for colds powder (acetaminophen + pheniramine maleate + phenylephrine hydrochloride + vitamin c)_mixture", "biohisdex dm decongestant (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "cough cold & allergy relief (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "alconefrin nasal spray 25", "oftalfrine", "novahistex c (codeine phosphate + phenylephrine hydrochloride)_mixture", "ak vernacon oph soln (pheniramine maleate + phenylephrine hydrochloride)_mixture", "novahistex dh expectorant (guaifenesin + hydrocodone bitartrate + phenylephrine hydrochloride)_mixture", "tantapp elixir (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dayquil (acetaminophen + dextromethorphan + phenylephrine)_mixture", "chemhisdex dm decongestant (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "dimetane expectorant liq (brompheniramine maleate + guaifenesin + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "l-phenylephedrine", "nostril spray pump mild", "alpha adrenergic receptor 1a", "fenilfar", "biohisdine dm decongestant (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "phenylephrinum [inn-latin]", "phenergan vc expectorant syr (phenylephrine hydrochloride + potassium guaiacol sulphonate + promethazine hydrochloride)_mixture", "neo-synephrine nasal spray", "dimetane expectorant-dc syr (brompheniramine maleate + guaifenesin + hydrocodone bitartrate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "codalin (codeine phosphate + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "vicks sinex", "metsatonum", "dimetapp cold & sinus (acetaminophen + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "l-(3-hydroxyphenyl)-n-methylethanolamine", "meta-synephrine hydrochloride", "(r)-(-)-1-(3-hydroxyphenyl)-2-methylaminoethanol hydrochloride", "61-76-7 59-42-7", "phenylephrinehydrochloride", "l-1-(m-hydroxyphenyl)-2-methylaminoethanol", "synephrine[wiki]", "(r)-(-)-phenylephrine", "r(-)-mezaton", "m-methylaminoethanolphenol hydrochloride", "phenylephrine.hcl", "dionephrine; mydfrin; neo-synephrine", "1416-03-1[rn]", "(r)-2-hydroxy-2-(3-hydroxyphenyl)-n-methylethylamine", "200-517-3[einecs]", "r-(-)-phenylephrine[wiki]", "3-[(1r)-1-hydroxy-2-(methylamino)ethyl]benzololhydrochlorid", "neosynephrine hydrochloride", "hydrogenchloride3-[(1r)-1-hydroxy-2-(methylamino)ethyl]phenol(1:1:1)", "(r)-3-hydroxy-a-[(methylamino)methyl]benzenemethanol hydrochloride", "r(-)-phenylephrine", "1-m-hydroxy-a-[(methylamino)methyl]benzyl alcohol hydrochloride", "r-(-)-phenylephrine hydrochloride", "215-810-1[einecs]", "3-[(1r)-1-hydroxy-2-(methylamino)ethyl]phenol[acd/iupac name]", "(-)-phenylephrine hydrochloride", "l-a-hydroxy-b-methylamino-3-hydroxy-1-ethylbenzene hydrochloride", "(r)-(-)-phenylephrine hydrochloride", "200-424-8[einecs]", "l-1-(m-hydroxyphenyl)-2-methylaminoethanol hydrochloride", "(-)-m-hydroxy-a-((methylamino)methyl)benzyl alcohol", "lexatol", "(r)-phenylephrine hydrochloride", "phenylephrine minims", "neo-synephrine (tn)", "phenylephrinum[latin]", "61-76-7 59-42-7 [phenylephrine]", "4158948[beilstein]", "3-[(1r)-1-hydroxy-2-(methylamino)ethyl]phenolhydrochloride (1:1)", "phenylephrine[wiki]", "59-42-7", "3-[(1r)-1-hydroxy-2-(methylamino)ethyl]phenol hydrochloride", "20368-45-0", "337376-15-5", "fenilefrina[spanish][inn]", "phenylephrine bitartrate", "synethenate", "stanephrin", "histabid", "consdrin", "almefrin", "neosympatol", "emagrin"}|>, "600" -> <|"DatabaseID" -> "SW00471", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29081"]}, "IsomericSmiles" -> "C[NH2+]CC(c1ccc(cc1)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08308"], ExternalIdentifier["KEGGID", "D07148"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "34-dihydroxyphenethyl alcohol;synephrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101532], ExternalIdentifier["PubChemCompoundID", 7172]}, "Synonyms" -> {"oxedrine", "parasympatol", "simpalon", "simpatol", "corvasymton", "simpadren", "analeptin", "sympatol", "sympaethamin", "sympaethamine", "p-synephrine", "1-(4-hydroxyphenyl)-(n-methylethanol)amine", "p-methylaminoethanolphenol", "sympatizin", "94-07-5 582-84-3", "pentedrin[german]", "sympathol", "cardiodinamin", "(-)-synephrine", "oxedrine [ban]", "16589-24-5[rn]", "4-[1-hydroxy-2-(methylamino)ethyl]phenol[acd/iupac name]", "ethaphene", "synephrinium tartaricum", "(rs)-1-(4-hydroxyphenyl)-2-(methylamino)ethanol", "methylaminomethyl 4-hydroxyphenyl carbinol", "94-07-5[rn]", "(+)-synephrine", "synephrin", "oxedrin", "4-hydroxy-a-[(methylamino)methyl]benzenemethanol", "oxedrine p-synephrine sympatol parasympatol sympaet", "dl-p-synephrine", "(+/-)-synephrine", "synefrin[czech]", "1-(4-hydroxyphenyl)-2-(methylamino)ethanol", "synthenate", "1-(4-hydroxyphenyl)-2-methylaminoethanol", "7c-aglycone", "1-(4-hydroxyphenyl)-2-(methylamino)ethan-1-ol", "p-oxedrine", "galactan", "94-07-5", "p-hydroxy-a-[(methylamino)methyl]benzyl alcohol", "synephrine", "synephrine[wiki]", "532-80-9[rn]", "p-[(methylamino)ethanol]phenol", "oxedrine tartrate", "1103010[beilstein]", "[(methylamino)methyl][(4-hydroxyphenyl)carbinol]", "7/5/1994", "sympalept", "dacryoboraline", "4-(1-hydroxy-2-(methylamino)ethyl)phenol", "1994-07-5", "s 38537-9", "202-300-9[einecs]", "575-81-5[rn]", "b-methylamino-a-(4-hydroxyphenyl)ethyl alcobol", "sympacor", "614-35-7[rn]", "parakorper[german]"}|>, "601" -> <|"DatabaseID" -> "SW00471", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29081"]}, "IsomericSmiles" -> "C[NH2+]CC(c1ccc(cc1)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08308"], ExternalIdentifier["KEGGID", "D07148"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "34-dihydroxyphenethyl alcohol;synephrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101532], ExternalIdentifier["PubChemCompoundID", 7172]}, "Synonyms" -> {"oxedrine", "parasympatol", "simpalon", "simpatol", "corvasymton", "simpadren", "analeptin", "sympatol", "sympaethamin", "sympaethamine", "p-synephrine", "1-(4-hydroxyphenyl)-(n-methylethanol)amine", "p-methylaminoethanolphenol", "sympatizin", "94-07-5 582-84-3", "pentedrin[german]", "sympathol", "cardiodinamin", "(-)-synephrine", "oxedrine [ban]", "16589-24-5[rn]", "4-[1-hydroxy-2-(methylamino)ethyl]phenol[acd/iupac name]", "ethaphene", "synephrinium tartaricum", "(rs)-1-(4-hydroxyphenyl)-2-(methylamino)ethanol", "methylaminomethyl 4-hydroxyphenyl carbinol", "94-07-5[rn]", "(+)-synephrine", "synephrin", "oxedrin", "4-hydroxy-a-[(methylamino)methyl]benzenemethanol", "oxedrine p-synephrine sympatol parasympatol sympaet", "dl-p-synephrine", "(+/-)-synephrine", "synefrin[czech]", "1-(4-hydroxyphenyl)-2-(methylamino)ethanol", "synthenate", "1-(4-hydroxyphenyl)-2-methylaminoethanol", "7c-aglycone", "1-(4-hydroxyphenyl)-2-(methylamino)ethan-1-ol", "p-oxedrine", "galactan", "94-07-5", "p-hydroxy-a-[(methylamino)methyl]benzyl alcohol", "synephrine", "synephrine[wiki]", "532-80-9[rn]", "p-[(methylamino)ethanol]phenol", "oxedrine tartrate", "1103010[beilstein]", "[(methylamino)methyl][(4-hydroxyphenyl)carbinol]", "7/5/1994", "sympalept", "dacryoboraline", "4-(1-hydroxy-2-(methylamino)ethyl)phenol", "1994-07-5", "s 38537-9", "202-300-9[einecs]", "575-81-5[rn]", "b-methylamino-a-(4-hydroxyphenyl)ethyl alcobol", "sympacor", "614-35-7[rn]", "parakorper[german]"}|>, "602" -> <|"DatabaseID" -> "SW00472", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2866"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10105]}, "IsomericSmiles" -> "CC(C)C12CCC(C=C1)(OO2)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ascaridol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10545]}, "Synonyms" -> {"1", "ascaricum", "askaridol", "cis-ascaridole", "ascaridol", "ascaridiol", "2,3-dioxabicyclo[2.2.2]oct-5-ene 1-methyl-4-(1-methylethyl)-", "ascarisin", "1-methyl-4-(1-methylethyl)-2,3-dioxabicyclo(2.2.2)oct-5-ene", "p-menth-2-ene 1,4-epidioxy-", "1,4-epidioxy-2-p-menthene", "2,3-dioxabicyclo(2.2.2)oct-5-ene 1-methyl-4-(1-methylethyl)- (9ci)", "4-methyl-1-(propan-2-yl)-2,3-dioxabicyclo[2.2.2]oct-5-ene", "1,4-peroxido-p-menthene-2", "1,4-epidioxy-p-menth-2-ene", "1,4-peroxy-p-menth-2-ene", "1-isopropyl-4-methyl-2,3-dioxabicyclo[2.2.2]oct-5-ene[acd/iupac name]", "208-147-4[einecs]", "1-isopropyl-4-methyl-2,3-dioxabicyclo[2.2.2]oct-5-en", "1 4-epidioxy-p-menth-2-ene", "121382[beilstein]", "1-methyl-4-(1-methylethyl)-2,3-dioxabicyclo[2.2.2]oct-5-ene", "2,3-dioxabicyclo(2.2.2)oct-5-ene 1-isopropyl-4-methyl-", "ascaridole", "1-methyl-4-(propan-2-yl)-2,3-dioxabicyclo[2.2.2]oct-5-ene", "512-85-6[rn]", "ascaridole[wiki]", "1 4-peroxy-p-menth-2-ene", "2,3-dioxabicyclo[2.2.2]oct-5-ene 1-isopropyl-4-methyl-"}|>, "603" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "604" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "605" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "606" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "607" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "608" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "609" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "610" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "611" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "612" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "613" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "614" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "615" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "616" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "617" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "618" -> <|"DatabaseID" -> "SW00473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86149]}, "IsomericSmiles" -> "CC1CCC2C1COC(=O)C2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridomyrmecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95453]}, "Synonyms" -> {"ac1l3ucr", "cyclopenta[c]pyran-3(1h)-one", "nsc7496", "iridomirmecina", "cyclopentaneacetic acid deriv", "1127-68-0", "iridomyrmecin", "iridomyrmexin", "cyclopentaneacetic acid derivative", "485-43-8"}|>, "619" -> <|"DatabaseID" -> "SW00474", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476319]}, "IsomericSmiles" -> "CC1COCC2=C(C(CC12)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317459]}, "Synonyms" -> {"allomatatabiol", "4", "ac1nsvmg"}|>, "620" -> <|"DatabaseID" -> "SW00474", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476319]}, "IsomericSmiles" -> "CC1COCC2=C(C(CC12)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317459]}, "Synonyms" -> {"allomatatabiol", "4", "ac1nsvmg"}|>, "621" -> <|"DatabaseID" -> "SW00474", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476319]}, "IsomericSmiles" -> "CC1COCC2=C(C(CC12)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317459]}, "Synonyms" -> {"allomatatabiol", "4", "ac1nsvmg"}|>, "622" -> <|"DatabaseID" -> "SW00474", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476319]}, "IsomericSmiles" -> "CC1COCC2=C(C(CC12)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317459]}, "Synonyms" -> {"allomatatabiol", "4", "ac1nsvmg"}|>, "623" -> <|"DatabaseID" -> "SW00474", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476319]}, "IsomericSmiles" -> "CC1COCC2=C(C(CC12)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317459]}, "Synonyms" -> {"allomatatabiol", "4", "ac1nsvmg"}|>, "624" -> <|"DatabaseID" -> "SW00474", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476319]}, "IsomericSmiles" -> "CC1COCC2=C(C(CC12)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317459]}, "Synonyms" -> {"allomatatabiol", "4", "ac1nsvmg"}|>, "625" -> <|"DatabaseID" -> "SW00474", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476319]}, "IsomericSmiles" -> "CC1COCC2=C(C(CC12)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317459]}, "Synonyms" -> {"allomatatabiol", "4", "ac1nsvmg"}|>, "626" -> <|"DatabaseID" -> "SW00474", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476319]}, "IsomericSmiles" -> "CC1COCC2=C(C(CC12)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317459]}, "Synonyms" -> {"allomatatabiol", "4", "ac1nsvmg"}|>, "627" -> <|"DatabaseID" -> "SW00475", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4781744]}, "IsomericSmiles" -> "CC/C=C\\CCC1CCC(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jasmolactone c"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6019677]}, "Synonyms" -> {"(z)-5-(3-hexenyl)dihydrofuran-2(3h)-one", "cis-7-decen-4-olide", "ac1o0lt5", "263-852-4[einecs]", "2(3h)-furanone", "cis-gamma-(3-hexen-1-yl)butyrolactone", "einecs 263-852-4", "5-[(z)-hex-3-enyl]oxolan-2-one", ".gamma.-jasmolactone", "5-[(3z)-hex-3-en-1-yl]dihydrofuran-2(3h)-one", "gamma-jasmolactone", "(z)-dec-7-en-4-olide", "56715_fluka", "93787-95-2[rn]", "2(3h)-furanone 5-[(3z)-3-hexen-1-yl]dihydro-", "63095-33-0[rn]", "2(3h)-furanone 5-(3z)-3-hexenyldihydro-"}|>, "628" -> <|"DatabaseID" -> "SW00475", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4781744]}, "IsomericSmiles" -> "CC/C=C\\CCC1CCC(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jasmolactone c"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6019677]}, "Synonyms" -> {"(z)-5-(3-hexenyl)dihydrofuran-2(3h)-one", "cis-7-decen-4-olide", "ac1o0lt5", "263-852-4[einecs]", "2(3h)-furanone", "cis-gamma-(3-hexen-1-yl)butyrolactone", "einecs 263-852-4", "5-[(z)-hex-3-enyl]oxolan-2-one", ".gamma.-jasmolactone", "5-[(3z)-hex-3-en-1-yl]dihydrofuran-2(3h)-one", "gamma-jasmolactone", "(z)-dec-7-en-4-olide", "56715_fluka", "93787-95-2[rn]", "2(3h)-furanone 5-[(3z)-3-hexen-1-yl]dihydro-", "63095-33-0[rn]", "2(3h)-furanone 5-(3z)-3-hexenyldihydro-"}|>, "629" -> <|"DatabaseID" -> "SW00476", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3892]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00657"]}, "IsomericSmiles" -> "CC1(C2CCC(C2)C1(C)[NH2+]C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00611"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MECAMYLAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450334", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4032]}, "Synonyms" -> {"mecamine", "mevasine", "3-methylaminoisocamphane", "mekamine", "revertina", "2-methylaminoisocamphane", "versamine", "2-methylamino-2,3,3-trimethylnorbornane", "mecamilamina [dcit]", "inversine", "mecamilamina", "mecamylamine hydrochloride", "mecamylamine", "plegangin", "(+)methyl-(2,3,3-trimethyl-bicyclo[2.2.1]hept-2-yl)-amine", "inversine hydrochloride", "200-476-1[einecs]", "n,2,3,3-tetramethyl-2-norcamphanamine", "mekamin hydrochloride", "3-methylaminoisokamfan[czech]", "3-methylaminoisocamphane hydrochloride", "methyl-(2,3,3-trimethyl-bicyclo[2.2.1]hept-2-yl)-amine", "methyl-(2,3,3-trimethyl-bicyclo[2.2.1]hept-2-yl)-amine(mecamylamine)", "mecamylamine[wiki]", "(-)methyl-(2,3,3-trimethyl-bicyclo[2.2.1]hept-2-yl)-amine", "bicyclo(2.2.1)heptan-2-amine n,2,3,3-tetramethyl-", "337376-15-5", "n,2,3,3-tetramethyl-2-norbornanamine", "neuronal acetylcholine receptor subunit alpha-2 precursor", "n-methyl-2-isocamphanamine", "2-norbornanamine n,2,3,3-tetramethyl-", "mecamine hydrochloride", "n,2,3,3-tetramethyl-2-norbornamine", "mecamylamine hydrochloride[usp]", "n,2,3,3-tetramethylbicyclo[2.2.1]heptan-2-amine[acd/iupac name]", "826-39-1[rn]", "mevasin hydrochloride", "212-555-8[einecs]", "60-40-2[rn]", "mecamylaminum[latin]", "bicyclo[2.2.1]heptan-2-amine n,2,3,3-tetramethyl-", "mecamilamina[italian]", "inversine[wiki]"}|>, "630" -> <|"DatabaseID" -> "SW00476", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3892]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00657"]}, "IsomericSmiles" -> "CC1(C2CCC(C2)C1(C)[NH2+]C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00611"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MECAMYLAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450334", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4032]}, "Synonyms" -> {"mecamine", "mevasine", "3-methylaminoisocamphane", "mekamine", "revertina", "2-methylaminoisocamphane", "versamine", "2-methylamino-2,3,3-trimethylnorbornane", "mecamilamina [dcit]", "inversine", "mecamilamina", "mecamylamine hydrochloride", "mecamylamine", "plegangin", "(+)methyl-(2,3,3-trimethyl-bicyclo[2.2.1]hept-2-yl)-amine", "inversine hydrochloride", "200-476-1[einecs]", "n,2,3,3-tetramethyl-2-norcamphanamine", "mekamin hydrochloride", "3-methylaminoisokamfan[czech]", "3-methylaminoisocamphane hydrochloride", "methyl-(2,3,3-trimethyl-bicyclo[2.2.1]hept-2-yl)-amine", "methyl-(2,3,3-trimethyl-bicyclo[2.2.1]hept-2-yl)-amine(mecamylamine)", "mecamylamine[wiki]", "(-)methyl-(2,3,3-trimethyl-bicyclo[2.2.1]hept-2-yl)-amine", "bicyclo(2.2.1)heptan-2-amine n,2,3,3-tetramethyl-", "337376-15-5", "n,2,3,3-tetramethyl-2-norbornanamine", "neuronal acetylcholine receptor subunit alpha-2 precursor", "n-methyl-2-isocamphanamine", "2-norbornanamine n,2,3,3-tetramethyl-", "mecamine hydrochloride", "n,2,3,3-tetramethyl-2-norbornamine", "mecamylamine hydrochloride[usp]", "n,2,3,3-tetramethylbicyclo[2.2.1]heptan-2-amine[acd/iupac name]", "826-39-1[rn]", "mevasin hydrochloride", "212-555-8[einecs]", "60-40-2[rn]", "mecamylaminum[latin]", "bicyclo[2.2.1]heptan-2-amine n,2,3,3-tetramethyl-", "mecamilamina[italian]", "inversine[wiki]"}|>, "631" -> <|"DatabaseID" -> "SW00477", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16709"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1025], ExternalIdentifier["ChemSpiderID", 5797]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00165"]}, "IsomericSmiles" -> "Cc1c(c(c(cn1)CO)CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08454"], ExternalIdentifier["KEGGID", "D02179"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pyridoxine;vitamin b6;pyridoxine hcl", "Traditional Herbal Isolate" -> "pyridoxin", "Australia Approved Name" -> "PYRIDOXINE HYDROCHLORIDE", "China Approved Name" -> "pyridoxine", "WHO Essential Medicine" -> "pyridoxine", "FDA Approved Drug" -> "PYRIDOXINE;PYRIDOXINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451897", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1054], ExternalIdentifier["PubChemCompoundID", 6019]}, "Synonyms" -> {"gravidox", "pyridoxine", "hydoxin", "vitaped", "vitamin b6", "pyridoxine hydrochloride", "hexavibex", "pyridoxol hydrochloride", "hexermin", "benadon", "alestrol", "hexobion", "becilan", "aderoxine", "pyridoxol", "adermine", "pyridoxine hydrogen chloride", "beesix", "pyridoxin hydrochloride", "pydox", "hexabione hydrochloride", "adermine hydrochloride", "pyridox", "aderomine hydrochloride", "piridossina [dcit]", "campoviton 6", "pyridoxolum", "pyridoxinium chloride", "pyridoxin", "pyridipca", "pyridoxine hcl", "bonasanit", "hexa-betalin", "pyridoxine chloride", "ec 1.2.1.31", "delta1-piperideine-6-carboxylate dehydrogenease", "aldehyde dehydrogenase family 7 member a1", "nestrex", "alpha-aasa dehydrogenase", "p6c dehydrogenase", "pyridoxinum hydrochloricum", "rodex td", "pyridoxine-hcl microencapsulated", "pn", "adermin hydrochloride", "antiquitin-1", "tex six t.r.", "hexermine", "58-56-0[rn]", "vitamin b6[wiki]", "pyridoxine[wiki]", "(5-hydroxy-6-methylpyridine-3,4-diyl)dimethanol hydrochloride", "piridoxina[spanish][inn]", "2-picoline-4,5-dimethanol 3-hydroxy-", "5-hydroxy-6-methyl-3,4-pyridinedimethanol", "piridossina", "3-hydroxy-2-picoline-4,5-dimethanol", "3,4-pyridinedimethanol 5-hydroxy-6-methyl-", "3-hydroxy-4,5-dimethylol-a-picoline", "pyridoxinum[latin]", "pirivitol", "bezatin", "4,5-bis(hydroxymethyl)-2-methylpyridin-3-ol", "232-503-8[einecs]", "4,5-bis(hydroxymethyl)-2-methyl-3-pyridinol[acd/iupac name]", "2-methyl-3-hydroxy-4,5-bis(hydroxymethyl)pyridine", "(5-hydroxy-6-methylpyridine-3,4-diyl)dimethanol", "vitamin v6", "200-603-0[einecs]", "hexabetalin", "mfcd00006335", "65-23-6[rn]", "3-hydroxy-4,5-bis(hydroxymethyl)-2-methylpyridine", "4,5-bis-hydroxymethyl-2-methyl-pyridin-3-ol", "2-methyl-3-hydroxy-4,5-dihydroxymethyl-pyridin[german]", "4,5-bis(hydroxymethyl)-2-methyl-pyridin-3-ol", "pyridoxine (vit b6)", "8059-24-3[rn]", "2-methyl-4,5-bis(hydroxymethyl)-3-hydroxypyridine", "vitamin b6*2-methyl-3-hydroxy-4,5-bis(hydroxy-methyl) pyridine", "2-methyl-3-hydroxy-4,5-di(hydroxymethyl)pyridine", "vitamin b6 complex", "2-methyl-3-hydroxy-4,5-dihydroxymethylpyridine", "139854[beilstein]", "hydroxin", "2-methyl-3-hydroxy-4,5-bis(hydroxy-methyl) pyridine", "337376-15-5", "pyridoxinhydrochlorid[german]", "pyridoxol hcl", "3,4-pyridinedimethanol 5-hydroxy-6-methyl-,hydrochloride (1:1)", "pyridoxine hydrochloride usp grade[usp]", "pyridoxine hydrochloride >99.5%", "pyridoxine hydrochloride (b6)", "pyridoxol hydrochloride", "8064-77-5[rn]", "spondylonal", "4,5-bis(hydroxymethyl)-2-methylpyridin-3-ol chloride h", "4,5-bis(hydroxymethyl)-2-methyl-3-pyridinol hydrochloride", "pn hcl", "pyridoxamine[wiki]", "godabion", "3632435[beilstein]", "3-hydroxy-4,5-dimethylol-a-picoline hydrochloride", "2-methyl-3-hydroxy-4,5-bis(hydroxymethyl)pyridine hydrochloride", "aderoxin", "pyridoxine hydrochloride [usan:jan][jan][usan]", "3,4-pyridinedimethanol 5-hydroxy-6-methyl- hydrochloride", "pyridoxine monohydrochloride", "bonadoxin", "4,5-bis(hydroxymethyl)-3-hydroxy-2-methylpyridine hydrochloride", "paxadon", "vitamin b 6", "pyridoxinum hydrochloricum (hungarian)", "pyridoxine hydrochloride", "vitamin b6 hydrochloride", "vitamin- b6 hydrochloride", "3-hydroxy-4,5-dihydroxymethyl-2-methylpyridine hydrochloride", "5-hydroxy-6-methyl-3,4-pyridinedimethanol hydrochloride", "5-hydroxy-6-methyl-3,4-pyridinedicarbinol hydrochloride", "200-386-2[einecs]", "pyridoxine chlorhydrate[french]", "bendectin[wiki]", "4,5-bis(hydroxymethyl)-2-methyl-3-pyridinol hydrochloride (1:1)[acd/iupac name]", "3,4-pyridinedimethanol 5 hydroxy-6-methyl-,hydrochloride uspgrade[usp]", "4,5-bis(hydroxymethyl)-2-methylpyridin-3-ol hydrochloride (1:1)", "pyridoxinehydrochloride", "4,5-bis(hydroxymethyl)-2-methylpyridin-3-ol chloride", "4,5-bis(hydroxymethyl)-2-methylpyridin-3-ol hydrochloride", "bendectin"}|>, "632" -> <|"DatabaseID" -> "SW00478", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9973]}, "IsomericSmiles" -> "CC(CCC=C(C)C)CC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "citronellic"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10402]}, "Synonyms" -> {"citronellic acid", "3", "rhodinolic acid", "6-octenoic acid 3,7-dimethyl-", "brn 1722960", "fema no. 3142", "57030-77-0[rn]", "502-47-6", "502-47-6[rn]", "3,7-dimethyl-6-octenoic acid", "citronellicacid", "einecs 207-939-7", "3,7-dimethyloct-6-enoic acid", "18951-85-4[rn]", "3,7-dimethyl-oct-6-enoic acid", "207-939-7[einecs]", "(+)-citronellic acid", "4-02-00-01610 (beilstein handbook reference)[beilstein]", "citronellate", "6-octenoic acid"}|>, "633" -> <|"DatabaseID" -> "SW00478", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9973]}, "IsomericSmiles" -> "CC(CCC=C(C)C)CC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "citronellic"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10402]}, "Synonyms" -> {"citronellic acid", "3", "rhodinolic acid", "6-octenoic acid 3,7-dimethyl-", "brn 1722960", "fema no. 3142", "57030-77-0[rn]", "502-47-6", "502-47-6[rn]", "3,7-dimethyl-6-octenoic acid", "citronellicacid", "einecs 207-939-7", "3,7-dimethyloct-6-enoic acid", "18951-85-4[rn]", "3,7-dimethyl-oct-6-enoic acid", "207-939-7[einecs]", "(+)-citronellic acid", "4-02-00-01610 (beilstein handbook reference)[beilstein]", "citronellate", "6-octenoic acid"}|>, "634" -> <|"DatabaseID" -> "SW00479", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2632]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00356"]}, "IsomericSmiles" -> "c1cc2c(cc1Cl)[nH]c(=O)o2", "OfficialNames" -> <|"China Approved Name" -> "chlorzoxazone", "Indian Approved Name" -> "chlorzoxazone", "FDA Approved Drug" -> "CHLORZOXAZONE"|>, "PharmGKBID" -> "PA448971", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2733]}, "Synonyms" -> {"escoflex", "chloroxazone", "pathorysin", "paraflex", "myoflexine", "biomioran", "myoflexin", "chlorzoxazon", "miotran", "mioran", "remular", "solaxin", "parafon forte dsc", "chlorzoxane", "neoflex", "chlorzoxazone", "eze-ds", "relaxazone", "remular-s", "5-chlorobenzoxazolone", "chlorzoxazonum [inn_la]", "gin pain pills - tab (acetaminophen + chlorzoxazone)_mixture", "back-aid forte - tab (acetaminophen + chlorzoxazone)_mixture", "2(3h)-benzoxazolone 5-chloro-[acd/index name]", "chlorzoxazone[wiki]", "5-chlorobenzoxazolidone", "5-chloro-2-benzoxazolol", "202-403-9[einecs]", "5-chloro-3h-benzooxazol-2-one", "clorzoxazona[spanish][inn]", "parafon forte", "5-chloro-1,3-benzoxazol-2(3h)-one[acd/iupac name]", "usaf ma-10", "5-chloro-3h-benzoxazol-2-one", "32850-84-3[rn]", "slo homolog", "slo1", "parafon forte tablets (acetaminophen + chlorzoxazone)_mixture", "5-chlorbenzoxazolin-2-one[acd/iupac name]", "5-chloro-2-hydroxybenzoxazole", "chlorzoxazone [ban:inn:jan][inn][jan]", "maxik", "acetazone forte c8 (acetaminophen + chlorzoxazone + codeine phosphate)_mixture", "5-chloro-2(3h)-benzoxazolone", "parafon-forte", "5-chloro-benzooxazol-2-ol", "5-chloro-3-hydrobenzoxazol-2-one", "bk channel", "2-benzoxazolinone 5-chloro-", "flexazone", "5-chlorobenzoxazol-2-one", "2-hydroxy-5-chlorobenzoxazole", "kca1.1", "maxi k channel", "5-chloro-2-benzoxazolinone", "5-chloro-1,3-benzoxazol-2-ol", "t56 bmvoj gg[wln]", "5-chlorobenzoksazolinon-2[polish]", "k(vca)alpha", "slowpoke homolog", "5-chlor-1,3-benzoxazol-2(3h)-on[german]", "strifon forte dsc", "d002753", "paraflex (tn)", "acetazone forte (acetaminophen + chlorzoxazone)_mixture", "5-chlorobenzoksazolon-2[polish]", "2-benzoxazolol 5-chloro-", "t56 bn doj cq gg[wln]", "clw", "95-25-0[rn]", "5-chloro-2-benzoxazolone", "parafon forte (acetaminophen + chlorzoxazone)_mixture", "parafon", "5-chloro-2(3h)-benzoxazolone; 5-chloro-2-hydroxybenzoxazole", "gin pain pills- chlorzoxazone & acetamin.tab (acetaminophen + chlorzoxazone)_mixture", "calcium-activated potassium channel subfamily m subunit alpha 1", "slo-alpha", "5-chloro-3(h)-2-benzoxazolone", "chlorzoxazonum[latin]", "chlorsoxazone", "hslo", "5-chlorbenzoxazolin-2-on", "bkca alpha", "5-chloro-2,3-dihydro-2-oxo-1,3-benzoxazole", "extra strength tylenol aches and strains (acetaminophen + chlorzoxazone)_mixture", "parafon forte c8 w codeine tab (acetaminophen + chlorzoxazone + codeine phosphate)_mixture", "337376-15-5", "5-chloro-3h-benzoxazol-2-one; 5-chloro-2,3-dihydro-2-oxo-1,3-benzoxazole"}|>, "635" -> <|"DatabaseID" -> "SW00480", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "14336"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 78639], ExternalIdentifier["ChemSpiderID", 14071]}, "IsomericSmiles" -> "C(C(COP(=O)([O-])[O-])O)O", "OfficialNames" -> <|"NPC Approved Name" -> "alpha-glycerophosphoric acid;sodium glycerophosphate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23672316], ExternalIdentifier["PubChemCompoundID", 14754]}, "Synonyms" -> {"sodium glycerophosphate", "57-03-4 (parent)", "57-03-4[rn]", "17603-42-8[rn]", "1", "rac-glycerol 1-phosphate disodium salt hexahydrate", "1,2,3-propentriol 1-(dihydrogen phosphate) sodium salt", "sodium alpha glycerophosphate", "ac1l24hf", "819-83-0[rn]", "sodium 3-phosphoroglycerate", "126-95-4", "241-577-0[einecs]", "1-(dihydrogen phosphate)-1,2,3-propanetriol sodium salt", "126-95-4[rn]", "glycerol 1-(dihydrogen phosphate) sodium salt (8ci)", "sodium a-glycerophosphate", "35898-83-0[rn]", "disodium alpha-glycerophosphate", "154804-51-0[rn]", "2,3-dihydroxypropyl (dihydrogen phosphate) sodium salt", "unii-g43e72677u", "212-464-3[einecs]", "dl-alpha-glycerophosphate disodium salt hexahydrate", "2", "disodium 3-(phosphonatooxy)propane-1,2-diol", "1555-56-2", "34363-28-5[rn]", "sodium-glycerophosphate", "g2138_sigma", "1,2,3-propanetriol 1-(dihydrogen phosphate) sodium salt", "55073-41-1[rn]", "disodium 2,3-dihydroxypropyl phosphate[acd/iupac name]", "216-304-3[einecs]", "3325-00-6[rn]", "glycerol phosphate disodium salt", "alpha-natrium glycerophosphat [german]", "sodium 3-phosphoglycerate", "89923-83-1[rn]", "1555-56-2[rn]", "sodium 2", "sodium 2,3-dihydroxypropyl hydrogen phosphate[acd/iupac name]", "einecs 241-577-0", "1300-25-0[rn]", "sodium glycerophosphate anhydrous", "1,2,3-propanetriol 1-(dihydrogen phosphate),sodium salt (1:2)[acd/index name]", "disodium glycerophosphate", "sodium dl-glycerophosphate"}|>, "636" -> <|"DatabaseID" -> "SW00480", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "14336"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 78639], ExternalIdentifier["ChemSpiderID", 14071]}, "IsomericSmiles" -> "C(C(COP(=O)([O-])[O-])O)O", "OfficialNames" -> <|"NPC Approved Name" -> "alpha-glycerophosphoric acid;sodium glycerophosphate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23672316], ExternalIdentifier["PubChemCompoundID", 14754]}, "Synonyms" -> {"sodium glycerophosphate", "57-03-4 (parent)", "57-03-4[rn]", "17603-42-8[rn]", "1", "rac-glycerol 1-phosphate disodium salt hexahydrate", "1,2,3-propentriol 1-(dihydrogen phosphate) sodium salt", "sodium alpha glycerophosphate", "ac1l24hf", "819-83-0[rn]", "sodium 3-phosphoroglycerate", "126-95-4", "241-577-0[einecs]", "1-(dihydrogen phosphate)-1,2,3-propanetriol sodium salt", "126-95-4[rn]", "glycerol 1-(dihydrogen phosphate) sodium salt (8ci)", "sodium a-glycerophosphate", "35898-83-0[rn]", "disodium alpha-glycerophosphate", "154804-51-0[rn]", "2,3-dihydroxypropyl (dihydrogen phosphate) sodium salt", "unii-g43e72677u", "212-464-3[einecs]", "dl-alpha-glycerophosphate disodium salt hexahydrate", "2", "disodium 3-(phosphonatooxy)propane-1,2-diol", "1555-56-2", "34363-28-5[rn]", "sodium-glycerophosphate", "g2138_sigma", "1,2,3-propanetriol 1-(dihydrogen phosphate) sodium salt", "55073-41-1[rn]", "disodium 2,3-dihydroxypropyl phosphate[acd/iupac name]", "216-304-3[einecs]", "3325-00-6[rn]", "glycerol phosphate disodium salt", "alpha-natrium glycerophosphat [german]", "sodium 3-phosphoglycerate", "89923-83-1[rn]", "1555-56-2[rn]", "sodium 2", "sodium 2,3-dihydroxypropyl hydrogen phosphate[acd/iupac name]", "einecs 241-577-0", "1300-25-0[rn]", "sodium glycerophosphate anhydrous", "1,2,3-propanetriol 1-(dihydrogen phosphate),sodium salt (1:2)[acd/index name]", "disodium glycerophosphate", "sodium dl-glycerophosphate"}|>, "637" -> <|"DatabaseID" -> "SW00481", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18357"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388394]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00368"]}, "IsomericSmiles" -> "c1cc(c(cc1[C@H](C[NH3+])O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00076"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "norepinephrine", "Indian Approved Name" -> "norepinephrine", "NPC Approved Name" -> "ecteinascidins", "Australia Approved Name" -> "NORADRENALINE;NOREPINEPHRINE", "FDA Approved Drug" -> "NOREPINEPHRINE BITARTRATE"|>, "PharmGKBID" -> "PA450649", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3047796], ExternalIdentifier["PubChemCompoundID", 439260]}, "Synonyms" -> {"arterenol", "l-noradrenaline", "norepinephrine", "l-norepinephrine", "noradrenaline", "levonor", "l-arterenol", "levophed", "(-)-norepinephrine", "nor adrenalin", "nor-epirenan", "norepinefrina", "norepirenamine", "(r)-(-)-norepinephrine", "norepinephirine", "norepinefrina; norepinephrine; norepinephrinum", "norepinephrine[wiki]", "69815-49-2[rn]", "levarterenol[wiki]", "norepinephrinum[latin]", "(-)-arterenol; (-)-noradrenaline; (-)-norepinephrine;(r)-(-)-norepinephrine; (r)-4-(2-amino-1-hydroxyethyl)-1,2-benzenediol;(r)-norepinephrine", "4-((r)-2-amino-1-hydroxy-ethyl)-benzene-1,2-diol", "4-[(1r)-2-amino-1-hydroxyethyl]benzol-1,2-diol", "(r)-4-(2-amino-1-hydroxyethyl)-1,2-benzenediol", "(-)-arterenol", "2804840[beilstein]", "1,2-benzenediol 4-(2-amino-1-hydroxyethyl)- (r)-(-)-", "levophed[wiki]", "levoarterenol", "aktamin", "200-096-6[einecs]", "1,2-benzenediol 4-((r)-2-amino-1-hydroxyethyl)-", "(-)-noradrenaline", "(r)-noradrenaline", "l-2-amino-1-(3,4-dihydroxyphenyl)ethanol", "(r)-4-(2-amino-1-hydroxyethyl)benzene-1,2-diol", "329-56-6[rn]", "138-65-8[rn]", "levonorepinephrine", "1,2-benzenediol 4-(2-amino-1-hydroxyethyl)- (r)-", "4-[(1r)-2-amino-1-hydroxyethyl]-1,2-benzenediol", "1,2-benzenediol 4-[(1r)-2-amino-1-hydroxyethyl]-", "norartrinal", "51-41-2", "noradrenalin[wiki]", "(r)-norepinephrine", "norepinephrinum [inn_la]", "206-345-5[einecs]", "levonoradrenaline", "sympathin e", "(-)-a-(aminomethyl)protocatechuyl alcohol", "205-750-4[einecs]", "l-1-(3,4-dihydroxyphenyl)-2-aminoethanol", "beta-3 adrenoreceptor", "l-3,4-dihydroxyphenylethanolamine", "l-arternol", "51-40-1[rn]", "4231961[beilstein]", "beta-3 adrenoceptor", "51-41-2[rn]", "4-[(1r)-2-amino-1-hydroxyethyl]benzene-1,2-diol", "(-)-(r)-norepinephrine", "5794-08-1[rn]", "adrenor", "noradrenaline[wiki][jp15]", "levarterenol", "levophed (tn)", "l-(-)-noradrenaline (+)-bitartrate salt monohydrate", "69815-49-2", "unii-ify5pe3zrw", "108341-18-0", "ac1milty", "l-norepinephrine hydrogen l-tartrate monohydrate", "l-arterenol hydrogen l-tartrate", "l-noradrenaline hydrogen l-tartrate monohydrate", "4-[(1r)-2-amino-1-hydroxyethyl]benzene-1"}|>, "638" -> <|"DatabaseID" -> "SW00482", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6437"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447633]}, "IsomericSmiles" -> "CC[C@@H](C(=O)N)N1CCCC1=O", "OfficialNames" -> <|"Indian Approved Name" -> "leviteracetam", "FDA Approved Drug" -> "LEVETIRACETAM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284583]}, "Synonyms" -> {"(2s)-2-(2-oxopyrrolidin-1-yl)butanamide", "levetiracetamum", "keppra xr", "ucb-l 059", "(s)-2-(2-oxopyrrolidin-1-yl)butanamide", "sib s1", "torleva", "(s)-2-(2-oxo-pyrrolidin-1-yl)-butyramide", "2-((s)-2-oxo-pyrrolidin-1-yl)-butyramide", "ucb l059", "levetiracetam; levetiracetamum", "ucb-l059", "2(s)-(2-oxopyrrolidin-1-yl)butyramide", "102767-28-2", "(2s)-2-(2-oxo-1-pyrrolidinyl)butanamide", "1-pyrrolidineacetamide a-ethyl-2-oxo- (as)-", "(2s)-2-(2-oxopyrrolidin-1-yl)butanamid[german]", "sib-s1", "(s)-alpha-ethyl-2-oxo-1-pyrrolidineacetamide", "levetiracetam", "tl8000131", "keppra[wiki]", "etiracetam levo-isomer", "ucb-22059", "levetiracetam[wiki][inn]", "102767-28-2[rn]", "(2s)-2-(2-oxopyrrolidinyl)butanamide", "(2s)-2-(2-oxidanylidenepyrrolidin-1-yl)butanamide", "(as)-a-ethyl-2-oxo-1-pyrrolidineacetamide", "keppra;keppra xr", "levetiracetamum [inn-latin]", "(2s)-(2-oxopyrrolidin-1-yl)butyramide", "keppra"}|>, "639" -> <|"DatabaseID" -> "SW00483", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8502"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 571424]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00550"]}, "IsomericSmiles" -> "CCCc1cc(=O)[nH]c(=S)[nH]1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00562"]}, "OfficialNames" -> <|"China Approved Name" -> "propylthiouracil;piperazine ferulate", "WHO Essential Medicine" -> "propylthiouracil", "Australia Approved Name" -> "PROPYLTHIOURACIL", "FDA Approved Drug" -> "PROPYLTHIOURACIL"|>, "PharmGKBID" -> "PA451156", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 657298]}, "Synonyms" -> {"propylthiouracil", "propycil", "propacil", "prothyran", "procasil", "protiural", "prothiucil", "prothiurone", "prothycil", "ptu", "thyreostat ii", "thiuragyl", "propyl-thyracil", "propythiouracil", "propyl-thiorit", "propilthiouracil", "propyl-thiorist", "6-propyl-2-thiouracil", "propylthiorit", "thyroid peroxidase precursor", "tpo", "ec 1.11.1.8", "6-propyl-2-thio-2,4(1h,3h)pyrimdinedione", "cas-51-52-5", "thyreostat propyl-thyracil.", "propylthiouracile", "6-(n-propyl)-2-thiouracil", "propylthiouracil[wiki]", "200-103-2[einecs]", "6-propyl-2-thioxo-2,3-dihydropyrimidin-4(1h)-on", "103-85-5[rn]", "6-propylthiouracil", "2-thio-6-propyl-1,3-pyrimidin-4-one", "propiltiouracilo", "130039[beilstein]", "500-50-5[rn]", "propylthiouracil [ban:inn:jan][inn][jan]", "propylthiouracile[french][inn]", "6 propyl 2 thiouracil", "propiltiouracile [dcit]", "6-propyl-2-thioxo-2,3-dihydro-4(1h)-pyrimidinone", "propylthiouracilum", "2,3-dihydro-6-propyl-2-thioxo-4(1h)-pyrimidinone", "6-propyl-2-thio-2,4(1h,3h)pyrimidinedione", "6-n-propyl-2-thiouracil", "6-propyl-2-sulfanylpyrimidin-4-ol", "51-52-5[rn]", "2-mercapto-6-propylpyrimidin-4-ol", "6-propyl-2-sulfanylidene-1,2,3,4-tetrahydropyrimidin-4-one", "6-propyl-2-thioxo-2,3-dihydropyrimidin-4(1h)-one", "6-n-propylthiouracil", "thyreostat", "2-mercapto-6-propylpyrimid-4-one", "203-151-2[einecs]", "d011441", "piperazine ferulate", "4(1h)-pyrimidinone 2,3-dihydro-6-propyl-2-thioxo-", "uracil 6-propyl-2-thio-", "6-propyl-2-thiopyrimidine-2,4(1h,3h)-dione", "4-hydroxy-2-mercapto-6-propylpyrimidine", "2-mercapto-4-hydroxy-6-n-propylpyrimidine", "6-propyl-2-sulfanylidene-2,3-dihydropyrimidin-4(1h)-one", "propylthiouracil (tn)", "4 (1h)-pyrimidinone 2,3-dihydro-6-propyl-2-thioxo-", "2 3-dihydro-6-propyl-2-thioxo-4(1h)-pyrimidinone", "6-thio-4-propyluracil", "6-propil-tiouracile[italian]", "2-thio-4-oxo-6-propyl-1,3-pyrimidine", "6-propyl-2-thio-2,4(1h,3h)-pyrimidinedione", "propylthiouracilum[latin]", "4-propyl-2-thiouracil", "propyl thiouracil", "2-mercapto-6-propyl-4-pyrimidone", "337376-15-5", "propiltiouracilo[spanish][inn]", "tegretol[wiki]", "2-thio-4-oxo-6-propyl-1 3-pyrimidine"}|>, "640" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "641" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "642" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "643" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "644" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "645" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "646" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "647" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "648" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "649" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "650" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "651" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "652" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "653" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "654" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "655" -> <|"DatabaseID" -> "SW00484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477143]}, "IsomericSmiles" -> "C[C@@H]1COC(C2C1CCC2C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-neomatatabiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318609]}, "Synonyms" -> {"(4s)-4", "isoneomatatabiol", "ac1nsx33"}|>, "656" -> <|"DatabaseID" -> "SW00485", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12285]}, "IsomericSmiles" -> "CCCCCCC1CCC(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "decalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12813]}, "Synonyms" -> {"4-hexyl-4-butanolide", "decan-4-olide", "4-decanolide", "2-decalactone", "117547", "gamma-decalactone", "g-decalactone", "4,5-dihydro-5-hexyl-2(3h)-furanone", "5-hexyltetrahydro-2-furanone", "2 (3h)-furanone 5-hexyldihydro-", "decanolactone", "5-17-09-00093 (beilstein handbook reference)[beilstein]", "2(3h)-furanone", "4-hexyl-4-hydroxybutanoic acid lactone", "1336-42-1[rn]", "5-hexyldihydro-2(3h)-furanone[acd/iupac name]", "5-hexyl-dihydro-furan-2-one", "706-14-9[rn]", "2825-92-5[rn]", "a-decanolactone", "tl8006612", "5-hexyldihydro-2(3h)-furanone", "5-hexyldihydrofuran-2(3h)-one", "5-hexyldihyro-2(3h)-furanone", "gamma-decanolactone", "2(3h)-furanone 5-hexyldihydro-", ".gamma.-decalactone", "decanolide-1", "decanolide-1,4", "211-892-8[einecs]"}|>, "657" -> <|"DatabaseID" -> "SW00485", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12285]}, "IsomericSmiles" -> "CCCCCCC1CCC(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "decalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12813]}, "Synonyms" -> {"4-hexyl-4-butanolide", "decan-4-olide", "4-decanolide", "2-decalactone", "117547", "gamma-decalactone", "g-decalactone", "4,5-dihydro-5-hexyl-2(3h)-furanone", "5-hexyltetrahydro-2-furanone", "2 (3h)-furanone 5-hexyldihydro-", "decanolactone", "5-17-09-00093 (beilstein handbook reference)[beilstein]", "2(3h)-furanone", "4-hexyl-4-hydroxybutanoic acid lactone", "1336-42-1[rn]", "5-hexyldihydro-2(3h)-furanone[acd/iupac name]", "5-hexyl-dihydro-furan-2-one", "706-14-9[rn]", "2825-92-5[rn]", "a-decanolactone", "tl8006612", "5-hexyldihydro-2(3h)-furanone", "5-hexyldihydrofuran-2(3h)-one", "5-hexyldihyro-2(3h)-furanone", "gamma-decanolactone", "2(3h)-furanone 5-hexyldihydro-", ".gamma.-decalactone", "decanolide-1", "decanolide-1,4", "211-892-8[einecs]"}|>, "658" -> <|"DatabaseID" -> "SW00486", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28012"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82587]}, "IsomericSmiles" -> "C1CC[NH+]2CCC[C@H]([C@H]2C1)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lupinine;rrechts-lupinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91461]}, "Synonyms" -> {"(1r-trans)-octahydro-2h-quinolizine-1-methanol", "(-)-lupinine", "octahydroquinolizine-1-methanol", "(1r,9ar)-octahydro-1h-quinolizin-1-yl-methanol", "(1r,9ar)-1-(octahydro-quinolizin-1-yl)-methanol hydrochloride", "einecs 207-638-0", "l-lupinine", "chebi:28012", "brn 0080447", "[1r-trans]-octahydro-2h-quinolizine-1-methanol", "486-70-4[rn]", "2h-quinolizine-1-methanol octahydro- (1r,9ar)-", "((1r,2r)-6-azabicyclo[4.4.0]dec-2-yl)methan-1-ol", "lupinine", "2h-quinolizine-1-methanol octahydro- (1r-trans)- (9ci)", "nsc 21723", "tos-bb-0712", "486-70-4", "1s-cis-octahydro-2h-quinolizine-1-methanol", "2h-quinolizine-1-methanol octahydro- (1r-trans)-", "(1r,9ar)-octahydro-2h-quinolizin-1-ylmethanol[acd/iupac name]", "octahydro-2h-quinolizin-1-ylmethanol", "lupinine[wiki]", "10248-30-3[rn]", "207-638-0[einecs]", "l-epi-lupinine", "(1r,9ar)-octahydro-2h-chinolizin-1-ylmethanol", "(1r", "5-21-01-00338 (beilstein handbook reference)[beilstein]", "((1r,9ar)-octahydro-1h-quinolizin-1-yl)methanol hydrochloride", "epi-lupinine"}|>, "659" -> <|"DatabaseID" -> "SW00487", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17700"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7871]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08688"]}, "IsomericSmiles" -> "CCCCCCCCCC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl n-nonyl ketone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8163]}, "Synonyms" -> {"undecan-2-one", "methyl nonyl ketone", "2-oxoundecane", "methyl n-nonyl ketone", "nonyl methyl ketone", "2-hendecanone", "methylnonylketone", "thioesterase superfamily member 2", "2-undecanone (natural)", "mnk", "undecane-2-one", "112-12-9", "2-undecanone[acd/iupac name]", "2-undecanon", "jsp000923", "rue ketone", "112-12-9[rn]", "203-937-5[einecs]", "53452-70-3[rn]", "ketone methyl nonyl", "4-01-00-03374 (beilstein handbook reference)[beilstein]", "methyl-n-nonylketone", "1749573", "mgk dog and cat repellent", "2-undecanone", "ketone", "acyl-coa thioesterase 13", "undecanone", "n-nonyl methyl ketone"}|>, "660" -> <|"DatabaseID" -> "SW00488", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32806"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392201]}, "IsomericSmiles" -> "C(/C(=C\\C(=O)[O-])/C(=O)[O-])C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "trans-aconitic acid"|>, "Synonyms" -> {"trans aconitic acid", "propene-1,2,3-tricarboxylic acid", "(e)-prop-1-ene-1,2,3-tricarboxylic acid", "trans-1-propene-1,2,3-tricarboxylic acid", "4023-65-8[rn]", "(1e)-1-propene-1,2,3-tricarboxylic acid", "1-propene-1,2,3-tricarboxylic acid (e)- (8ci)(9ci)", "223-688-6[einecs]", "1725830[beilstein]", "1-propene-1,trans-2,3-tricarboxylic acid", "(1e)-prop-1-ene-1,2,3-tricarboxylic acid", "trans-propene-1,2,3-tricarboxylic acid", "aconitic acid trans-", "a-2400", "(e)-1-propene-1,2,3-tricarboxylic acid", "1-propene-1,2,3-tricarboxylic acid (1e)-", "(e)-aconitic acid", "trans-aconiticacid", "trans-aconitic acid", "mfcd00002721", "(e)-3-carboxy-pent-2-enedioic acid", "(1e)1-propene-1,2,3-tricarboxylic acid", "prop-1-ene-1,2,3-tricarboxylic acid", "585-84-2[rn]", "aconitic acid trans"}|>, "661" -> <|"DatabaseID" -> "SW00489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "22211"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 303]}, "IsomericSmiles" -> "C(C(=CC(=O)[O-])C(=O)[O-])C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconitic acid", "NPC Approved Name" -> "1-propene-1,2,3-tricarboxylic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 309]}, "Synonyms" -> {"1725828[beilstein]", "propene-1,2,3-tricarboxylic acid", "specplus_000379", "spectrum_001377", "4023-65-8[rn]", "3-carboxyglutaconic acid", "585-84-2", "citridic acid", "spectrum2_001788", "2-pentenedioic acid 3-carboxy-", "achilleic acid", "(1z)-1-propene-1", "citridinic acid", "207-877-0[einecs]", "nsc7616", "prop-1-ene-1", "223-688-6[einecs]", "equisetic acid", "1-propene-1,2,3-tricarboxylic acid[acd/iupac name]", "499-12-7", "glutaconic acid 3-carboxy-", "4023-65-8", "499-12-7[rn]", "2-carboxy glutaconic acid", "aconitato (substrato)[portuguese]", "3-carboxy-2-pentenedioic acid", "prop-1-ene-1,2,3-tricarboxylic acid", "585-84-2[rn]", "aconitic acid", "1,2,3-propenetricarboxylic acid", "pyrocitric acid", "spectrum3_001348", "1-propene-1"}|>, "662" -> <|"DatabaseID" -> "SW00489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "22211"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 303]}, "IsomericSmiles" -> "C(C(=CC(=O)[O-])C(=O)[O-])C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconitic acid", "NPC Approved Name" -> "1-propene-1,2,3-tricarboxylic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 309]}, "Synonyms" -> {"1725828[beilstein]", "propene-1,2,3-tricarboxylic acid", "specplus_000379", "spectrum_001377", "4023-65-8[rn]", "3-carboxyglutaconic acid", "585-84-2", "citridic acid", "spectrum2_001788", "2-pentenedioic acid 3-carboxy-", "achilleic acid", "(1z)-1-propene-1", "citridinic acid", "207-877-0[einecs]", "nsc7616", "prop-1-ene-1", "223-688-6[einecs]", "equisetic acid", "1-propene-1,2,3-tricarboxylic acid[acd/iupac name]", "499-12-7", "glutaconic acid 3-carboxy-", "4023-65-8", "499-12-7[rn]", "2-carboxy glutaconic acid", "aconitato (substrato)[portuguese]", "3-carboxy-2-pentenedioic acid", "prop-1-ene-1,2,3-tricarboxylic acid", "585-84-2[rn]", "aconitic acid", "1,2,3-propenetricarboxylic acid", "pyrocitric acid", "spectrum3_001348", "1-propene-1"}|>, "663" -> <|"DatabaseID" -> "SW00490", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6909"], ExternalIdentifier["ChEBIID", "50687"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4029], ExternalIdentifier["ChemSpiderID", 61860]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00916"]}, "IsomericSmiles" -> "Cc1ncc(n1CCO)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00409"], ExternalIdentifier["KEGGID", "D05016"]}, "OfficialNames" -> <|"China Approved Name" -> "metronidazole", "Indian Approved Name" -> "metronidazole", "WHO Essential Medicine" -> "metronidazole", "Australia Approved Name" -> "MAGNESIUM HYDROXIDE GEL;LUBRICATING GEL;METRONIDAZOLE", "FDA Approved Drug" -> "METRONIDAZOLE;METRONIDAZOLE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450484", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4173], ExternalIdentifier["PubChemCompoundID", 68592]}, "Synonyms" -> {"metrogel-vaginal", "flagyl", "metronidazole", "vagilen", "metronidaz", "gineflavir", "novonidazol", "trichopol", "meronidal", "metronidazol", "clont", "flagyl i.v.", "noritate", "deflamon-wirkstoff", "nalox", "trichocide", "wagitran", "rathimed", "trichex", "klion", "metrolyl", "trichazol", "flagesol", "elyzol", "metrolag", "trivazol", "zadstat", "metro i.v.", "neo-tric", "metric 21", "giatricol", "metrotop", "acromona", "vertisal", "flagemona", "nida", "trikacide", "trimeks", "metrocream", "monasin", "flagil", "sanatrichom", "mexibol", "klont", "entizol", "trichomol", "tricom", "arilin", "apo-metronidazole", "tricocet", "anagiardil", "trikojol", "metronidazolo", "flagyl er", "nidagel", "atrivyl", "metromidol", "monagyl", "fossyol", "danizol", "deflamon", "tricowas b", "cont", "vagimid", "metrolotion", "tricho-gynaedron", "bexon", "eumin", "methronidazole", "efloran", "trichopal", "tricho cordes", "flegyl", "trikamon", "trikozol", "takimetol", "protostat", "orvagil", "metronidazole hcl", "metrogel", "metro cream", "bayer 5360", "metronidazole benzoate", "metro i.v. in plastic container", "helidac (metronidazole + bismuth subsalicylate + tetracycline hydrochloride)_mixture", "satric", "fe-only hydrogenase", "ec 1.12.7.2", "metronidazole in plastic container", "cpi", "flagyl[wiki]", "69198-10-3[rn]", "metronidazole (flagyl)", "2-methyl-5-nitro-1h-imidazole-1-ethanol", "1-(2-hydroxyethyl)-2-methyl-5-nitroimidazolen-(5-carboxy-5-aminopentane)carbamate", "metro gel", "metronidazole|metronidaz", "73334-05-1[rn]", "medazol", "metrogyl", "2-methyl-3-(2-hydroxyethyl)-4-nitroimidazole", "metronidazole[wiki]", "apmn", "2mn", "gel", "1-(b-hydroxyethyl)-2-methyl-5-nitroimidazole", "metryl", "metrozine", "rozex", "metronidazole usp[usp]", "metrogel[wiki]", "2-(2-methyl-5-nitro-1h-imidazol-1-yl)ethanol[acd/iupac name]", "flagyl 375", "611683[beilstein]", "2-methyl-5-nitro-1-imidazoleethanol", "metropol", "2-methyl-1-(2-hydroxyethyl)-5-nitroimidazole", "benzoylmetronildazole", "giniflavir", "1-(b-ethylol)-2-methyl-5-nitro-3-azapyrrole", "1h-imidazole-1-ethanol 2-methyl-5-nitro-", "2-(2-methyl-5-nitro-imidazol-1-yl)-ethanol", "99616-64-5[rn]", "flagyl i.v. rtu", "2-(2-methyl-5-nitroimidazolyl)ethan-1-ol", "nidagyl;mepagyl;anagiardil;bayer 5360;nsc 50364;nsc69587;flagyl", "trichomonacid 'pharmachim'", "1-(2-hydroxyethyl)-2-methyl-5-nitroimidazole", "helidac", "207-136-1[einecs]", "flagyl;elyzol;metrotop;midazol;torgyl;zadstat", "2-methyl-5-nitroimidazole-1-ethanol", "443-48-1 69198-10-3", "mtz", "noritate[wiki]", "lagyl nidagyl mepagyl anagiardil", "5-23-05-00063 (beilstein handbook reference)[beilstein]", "metronidazole 99+%", "2-(2-methyl-5-nitro-1h-imidazol-1-yl)ethan-1-ol", "2-(2- methyl- 5-nitro- 1h- imidazol- 1-yl) ethanol", "443-48-1[rn]", "128-13-2[rn]", "satric[wiki]", "metronidazolum[latin]", "443-48-1 69198-10-3 [metronidazole hydrochloride]", "imidazole-1-ethanol 2-methyl-5-nitro-", "metronidazole [usan:ban:inn:jan][inn][jan][usan]", "vertisal.", "5-23-05-00063", "metizol", "methyl-5-nitroimidazole-1-ethanol", "metro cream &", "1-hydroxyethyl-2-methyl-5-nitroimidazole", "klio", "metronidazole [inn_en]", "metronidazolo [dcit]", "metron[wiki]", "mexibol 'silanes'", "flagyl;", "2-(2-methyl-5-nitro-imidazol-1-yl)ethanol", "metronidazol; metronidazole; metronidazolum", "1-(2-hydroxy-1-ethyl)-2-methyl-5-nitroimidazole", "metronidazole hydrochloride", "2-methyl-5-nitroimidazole-1-ethanol monohydrochloride", "2-methyl-5-nitroimidazole-1-ethanol hydrochloride", "69198-10-3", "metronidazole hydrochloride (usan)", "2-(2-methyl-5-nitro-1h-imidazol-1-yl)ethanol hydrochloride(1:1)", "flagyl; flagyl i.v.", "sc-32642", "imidazole-1-ethanol 2-methyl-5-nitro- hydrochloride", "1h-imidazole-1-ethanol 2-methyl-5-nitro- chloride hydrogen salt (1:1)", "2-(2-methyl-5-nitro-1h-imidazol-1-yl)ethanolhydrochloride(1:1)", "11001903[beilstein]", "2-methyl-5-nitroimidazole-1-ethanolhydrochloride; 2-methyl-5-nitroimidazole-1-ethanol monohydrochloride; metronidazole hcl", "chebi:50687", "2-(2-methyl-5-nitro-1h-imidazol-1-yl)ethanol hydrochloride", "1h-imidazole-1-ethanol 2-methyl-5-nitro- hydrochloride", "hydrogenchloride2-(2-methyl-5-nitro-1h-imidazol-1-yl)ethanol(1:1:1)", "metronidazole hydrochloride [usan]"}|>, "664" -> <|"DatabaseID" -> "SW00491", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5876]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03120"]}, "IsomericSmiles" -> "Cc1ccc(cc1)S(=O)(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "(–)-12-cytisineacetic acid;p-hydroxylbenzoyl;p-methoxylcinnamic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6101]}, "Synonyms" -> {"p-tolylsulfonic acid", "para-toluene sulfonate", "p-toluenesulphonic acid", "eltesol", "tosic acid", "4-toluenesulfonic acid", "toluene sulfonic acid", "manro ptsa 65 ls", "p-toluolenesulfonic acid", "4-methylbenzenesulfonic acid", "472690[beilstein]", "4-methylbenzenesulphonic acid", "p-toluenesulfonicacid", "p-toluene sulfonic acid", "k-cure 040", "4-toluene sulfonic acid", "ar-toluenesulfonic acid", "toluene-4-sulfonic acid", "mfcd00064387", "203-180-0[einecs]", "cathepsin h mini chain", "benzenesulfonic acid 4-methyl- (1:1:1)", "manro ptsa 65 e", "p-toluenesulfonic acid", "aminomalononitrile p-toluenesulfonate", "4-methylbenzenesulfonic acid[acd/iupac name]", "p-toluensulfonic acid", "p-tsoh[formula]", "p-toluenesulfonic acid[wiki]", "tsu", "cathepsin h heavy chain", "4-11-00-00241 (beilstein handbook reference)[beilstein]", "cyclophil p t s a", "104-15-4", "toluen-4-sulfonsaeure", "benzenesulfonic acid", "para-toluenesulfonic acid", "benzenesulfonic acid 4-methyl-", "tsa-hp", "nacure 1040", "k-cure 1040", "tsoh[formula]", "jsp000415", "tosylic acid", "104-15-4[rn]", "toluenesulfonic acid", "p-toluene-sulfonic acid", "tsa-mh", "tos", "tl806147", "cathepsin h light chain", "kyselina p-toluensulfonova[czech]", "p-methylphenylsulfonic acid", "ptsa", "toluene-4-sulphonic acid", "toluene-4-sulfonate", "manro ptsa 65 h", "p-methylbenzenesulfonic acid"}|>, "665" -> <|"DatabaseID" -> "SW00492", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3328]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00996"]}, "IsomericSmiles" -> "C1CCC(CC1)(CC(=O)[O-])C[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00332"]}, "OfficialNames" -> <|"Indian Approved Name" -> "gabapentin", "Australia Approved Name" -> "GABAPENTIN", "FDA Approved Drug" -> "GABAPENTIN"|>, "PharmGKBID" -> "PA449720", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3446]}, "Synonyms" -> {"gabapentin", "gabapetin", "neurontin", "aclonium", "novo-gabapentin", "gabapentino [spanish]", "gabapentine", "1-(aminomethyl)cyclohexaneacetic acid", "2-(1-(aminomethyl)cyclohexyl)acetic acid", "gabapentin [usan:ban:inn][inn][usan]", "cyclohexaneacetic acid 1-(aminomethyl)-", "gabapentinum [inn-latin]", "2-[(aminomethyl)cyclohexyl]acetic acid", "60142-96-3[rn]", "mfcd00865286", "c040029", "2-[1-(aminomethyl)cyclohexyl]acetic acid", "gabapentinum[latin]", "gabapentin (jan/usan)[jan][usan]", "(1-aminomethyl-cyclohexyl)-acetic acid", "gralise", "gabapentin gr", "1-(aminomethyl)-cyclohexaneacetic acid", "262-076-3[einecs]", "gabapentino [inn-spanish]", "[1-(aminomethyl)cyclohexyl]acetic acid[acd/iupac name]", "neurontin[wiki]", "gabapentin[wiki]", "1-(aminomethyl)-cyclohexaneacetic acid; neurontin", "tl8003814", "gabapen", "gabapentinum", "pms-gabapentin", "gbn", "60142-96-3", "novo-gabapentine", "gabapentine [inn-french]", "2-[1-(aminomethyl)cyclohexyl]acetic acid(gabapentin)", "gabapentino[spanish][inn]", "gabapentino"}|>, "666" -> <|"DatabaseID" -> "SW00493", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30813"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2863]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03600"]}, "IsomericSmiles" -> "CCCCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "capric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2969]}, "Synonyms" -> {"capric acid", "decylic acid", "n-decylic acid", "decoic acid", "n-decoic acid", "n-capric acid", "decanoic acid", "n-decanoic acid", "203-852-3[einecs]", "subname: putative uncharacterized protein tcp14", "10:0", "c10:0", "kaprinsaeure", "caprynic acid", "334-48-5[rn]", "versatic 10", "1-nonanecarboxylic acid", "206-376-4[einecs]", "239-867-7[einecs]", "1754556[beilstein]", "capricacid", "hendecanoic acid", "tert-decanoic acid", "dekansaeure", "neo-fat 10", "4-02-00-01041 (beilstein handbook reference)[beilstein]", "decanoic acid[wiki][acd/iupac name]", "1-decanoic acid", "112-37-8[rn]", "kaprinsaeure[german]", "caprinic acid", "lunac 10-98", "dka", "lunac 10-95", "dir", "versatic 10 acid"}|>, "667" -> <|"DatabaseID" -> "SW00494", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15308]}, "IsomericSmiles" -> "C(P(=O)([O-])[O-])P(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04887"]}, "OfficialNames" -> <|"NPC Approved Name" -> "medronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16124]}, "Synonyms" -> {"methanediphosphonic acid", "medronic acid", "methylenediphosphonic acid", "1984-15-2", "mdn", "mdp-bracco", "1984-15-2[rn]", "acidum medronicum[latin]", "methylene diphosphonic acid", "methylenebis(phosphonic acid)[acd/iupac name]", "phosphonomethylphosphonic acid", "mdp", "disodiumhydroxy-[[hydroxy(oxido)phosphoryl]methyl]phosphinate", "methylene phosphonic acid", "acide medronique[french][inn]", "medronic acid [usan:ban:inn][inn][usan]", "acide medronique [inn-french]", "phosphonic acid", "acido medronico [inn-spanish]", "methylene diphosphonate", "15827-60-8[rn]", "1708494", "methane-1,1-diphosphonic acid", "methylene bis-phosphonic acid", "methylenebisphosphonic acid", "methanediylbis(phosphonic acid)", "medronic acid[wiki]", "217-851-0[einecs]", "phosphonic acid methylenebis-", "methylenebis(phosphonic acid)", "medronic acid; methanediylbis(phosphonic acid)", "acido medronico[spanish][inn]", "6145-29-5[rn]", "bis(dihydroxyphosphoryl)methane", "phosphonomethyl-phosphonic acid", "phosphonic acid methylenedi-", "methylenediphosphonicacid"}|>, "668" -> <|"DatabaseID" -> "SW00495", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28869"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3915]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00170"]}, "IsomericSmiles" -> "CC1=CC(=O)c2ccccc2C1=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02335"]}, "OfficialNames" -> <|"China Approved Name" -> "menadione hydroquinone", "FDA Approved Drug" -> "MENADIONE"|>, "PharmGKBID" -> "PA450358", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4055]}, "Synonyms" -> {"kappaxin", "vitamin k3", "menaphthone", "menadione", "panosine", "klottone", "kayklot", "thyloquinone", "kolklot", "kayquinone", "2-methyl-1,4-naphthalenedione", "vitamin k 3", "menadionum", "mnq", "2-methyl-1,4-dihydronaphthalene-1,4-dione", "methyl-1,4-naphthalenedione", "synkavite", "kipca", "2-methyl-1,4-naftochinon[czech]", "prokayvit", "kappaxan", "menadione (k3)", "vitamin k2 (0)", "1,4-dihydro-2-methylnaphthalene-1,4-dione", "kanone", "2-methyl-1,4-naphthochinon[german]", "vitamin k0", "2-methyl-[1,4]naphthoquinone", "1908453", "koaxin", "aquakay", "menadione[wiki][usp]", "2-methylnaphthoquinone", "mitenone", "1,4-naphthoquinone 2-methyl-", "\"2-methyl-1,4-naphthoquinone\"", "58-27-5[rn]", "57414-02-5[rn]", "kareon", "2-methylnaphthalene-1,4-dione", "klotogen", "k-thrombyl", "cas-58-27-5", "karcon", "b-methyl-1,4-naphthoquinone", "naphthoquinone methyl-", "kaergona", "2-methyl-1,4-naphthoquinone[acd/iupac name]", "menaphthon", "11032-49-8[rn]", "menaquinone[wiki]", "1,4-dhydro-1,4-dioxo-2-methylnaphthalene", "vitamin k3; 2-methyl-1,4-naphthoquinone", "methyl-1,4-naphthoquinone", "1,4-dihydro-1,4-dioxo-2-methylnaphthalene", "synkay", "kaykot", "1,4-naphthalenedione 2-methyl-", "3-methyl-1,4-naphthoquinone", "2-methyl-1,4-naphthodione", "vitamin- k3", "mitenon", "aquinone", "2-methyl-1,4-naphthalendione", "200-372-6[einecs]", "2-methyl-1,4-naphthochinon", "vitamin k-dependent protein s precursor", "kativ-g", "menaphtone", "synkayvite", "menadion", "menadione [usan:ban][usan]", "2-methyl-1,4-naphthochinone", "menaphthene", "vitamin k2(0)", "menaquinone o", "hykinone", "menadiona[portuguese]", "k-vitan", "2-methyl-1,4-naphthoquinone", "menadione vitamin k3", "hemodal", "memodol", "methylnaphthoquinone", "kaynone", "2-methyl-1,4-naphthochinon; 2-methyl-1,4-naphthalenedione", "juva-k", "14451-99-1[rn]", "2-methyl-1"}|>, "669" -> <|"DatabaseID" -> "SW00496", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444586]}, "IsomericSmiles" -> "CC#CC#CC#C/C=C/C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dehydromatricaria;dehydromatricaria ester"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281146]}, "Synonyms" -> {"cis-dehydromaticaria ester", "dehydromatricaria ester", "dehydromatricaria methyl ester", "cis-dehydromatricaria methyl ester", "trans-dehydromatricaria ester", "692-94-4[rn]", "methyl (e)-dec-2-en-4", "ac1nqy3t", "(e)-2-decene-4", "(e)-2-decene-4,6,8-triynoic acid methyl ester", "2-decene-4", "7329-73-9[rn]", "2-decene-4,6,8-triynoic acid methyl ester", "c08446", "692-94-4", "2-decene-4,6,8-triynoic acid methyl ester (e)-"}|>, "670" -> <|"DatabaseID" -> "SW00497", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "45373"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5142]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00259"]}, "IsomericSmiles" -> "c1cc(ccc1N)S(=O)(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08543"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFANILAMIDE"|>, "PharmGKBID" -> "PA451545", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5333]}, "Synonyms" -> {"streptasol", "exoseptoplix", "streptocid", "sulfonylamide", "bacteramid", "sulfamine", "estreptocida", "avc", "sulfanilamide", "p-aminophenylsulfonamide", "streptosil", "prontalbin", "sulfocidine", "bactesid", "white streptocide", "p-aminobenzenesulfamide", "streptocom", "septoplix", "orgaseptine", "proseptol", "streptocide", "streptocid album", "streptozone", "sulphanilamide gr", "therapol", "septanilam", "deseptyl", "ambeside", "gombardol", "antistrept", "strepamide", "prontosil album", "colsulanyde", "sulfanilimidic acid", "streptoclase", "p-aminobenzenesulfonylamide", "neococcyl", "tolder", "lusil", "sulfanalone", "pronzin album", "prontylin", "sulphonamide", "p-anilinesulfonamide", "streptozol", "p-sulfamidoaniline", "strepsan", "albexan", "streptamid", "proseptal", "streptocidum", "albosal", "lysococcine", "astreptine", "streptamin", "streptocide white", "pabs", "ergaseptine", "stramid", "septamide album", "streptagol", "septoplex", "p-sulfamoylaniline", "sulfanil", "sulfonamide p", "infepan", "stopton album", "gerison", "proseptine", "prontosil white", "sulfamidyl", "pysococcine", "septolix", "sulfana", "sulphanilamide", "strepton", "streptol", "desseptyl", "collomide", "streptopan", "p-aminobenzenesulfonamide", "septinal", "dipron", "erysipan", "sanamid", "sulfanidyl", "astrocid", "streptrocide", "p-aminobenzensulfonamide", "fourneau 1162", "rubiazol a", "sulfocidin", "prontosil i", "copticide", "sulfadimidine imp. d (pharmeuropa)", "ro13354", "pinkamin (methyl salicylate + o-phenylphenol + sodium thiosulfate + sulfanilamide + sulfur + zinc oxide)_mixture", "200-563-4[einecs]", "dhps", "hsdb 223", "sulfamethoxazole imp. e (ep)", "benzenesulfonamide p-amino-", "sulfa-urea-bolus (sulfanilamide + sulfathiazole + urea)_mixture", "sulfacetamide sodium imp. a (ep)", "sulfanilamide [dcf:inn][inn]", "sulfanilamide[wiki]", "solfanilamide [dcit]", "102489-34-9[rn]", "63-74-1[rn]", "sa; sulphanilamide", "1162 f", "aniline-p-sulfonic amide", "zswr dz[wln]", "4-aminophenylsulfonamide", "sulphanilamide[wiki]", "triple sulfa bolus 240gr (sulfamethazine + sulfanilamide + sulfathiazole)_mixture", "sulfanilamidum[latin]", "10103-15-8[rn]", "p-amino-benzenesulfonamide", "511852[beilstein]", "industrial sulfanilamide", "streptocide (van)", "sulfanilamide vaginal cream", "sulfa urea crm (sulfanilamide + sulfathiazole + urea)_mixture", "sulphanilamide extra pure", "scour bolus plus (calcium carbonate + magnesium oxide + menadione (menadione sodium bisulfite) + neomycin (neomycin sulfate) + potassium acetate + sodium acetate + sodium chloride + streptomycin (streptomycin sulfate) + sulfamerazine + sulfamethazine + sulfanilamide + sulfathiazole + vitamin a + vitamin d)_mixture", "129-56-6[rn]", "dihydropteroate pyrophosphorylase", "sulfonamide", "4-aminobenzolsulfonamid", "24706-25-0[rn]", "4-14-00-02658 (beilstein handbook reference)[beilstein]", "benzenesulfonamide 4-amino-", "sulfanilamida[spanish][inn]", "ec 2.5.1.15", "4-sulfamoylaniline", "6101-31-1[rn]", "san", "dirpon", "12765-80-9[rn]", "1337-36-6[rn]", "triple sulfa bolus (sulfamethazine + sulfanilamide + sulfathiazole)_mixture", "proud flesh dust (boric acid + copper sulfate + sulfanilamide + sulfathiazole + tannic acid)_mixture", "sulfaguanidine imp. a (ep)", "sulfadiazine imp. d (pharmeuropa)", "sulectim plus scour boluses (calcium carbonate + magnesium oxide + menadione sodium bisulfite + neomycin (neomycin sulfate) + potassium acetate + sodium acetate + sodium chloride + streptomycin (streptomycin sulfate) + sulfamerazine + sulfamethazine + sulfanilamide + sulfathiazole sodium + vitamin a + vitamin d)_mixture", "4-aminobenzenesulfonamide[acd/iupac name]", "cas-63-74-1", "4-aminobenzenesulphonamide", "after calf bolus (sulfanilamide + sulfathiazole + urea)_mixture", "p-amino-benzene-sulfonamide", "4-aminobenzenesulfonamide", "337376-15-5", "1337-39-9[rn]", "sa"}|>, "671" -> <|"DatabaseID" -> "SW00498", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2314553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01367"]}, "IsomericSmiles" -> "C#CC[NH2+][C@@H]1CCc2c1cccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08469"]}, "OfficialNames" -> <|"Indian Approved Name" -> "rasagiline mesylate", "FDA Approved Drug" -> "RASAGILINE MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3052775]}, "Synonyms" -> {"azilect", "ras", "rasagiline", "(r)-n-(2-propynyl)-2,3-dihydroinden-1-amine", "(r)-n-2-propynyl-1-indanamine methanesulfonate", "rasagiline mesylate[usan]", "1-indanamine n-2-propynyl- (r)-", "rasagiline mesylate (usan)", "(1r)-n-(prop-2-yn-1-yl)indan-1-amine", "161735-79-1", "tvp 1012", "1h-inden-1-amine", "rasagiline mesylate [usan]", "rasagiline [inn_en]", "rasagiline mesylate", "(1r)-n-propargylindan-1-amine; (r)-n-2-propynyl-1-indanamine; (r)-indan-1-yl-prop-2-ynyl-amine; ras", "(1r)-n-(prop-2-yn-1-yl)-2,3-dihydro-1h-inden-1-amine", "(r)-2,3-dihydro-n-2-propynyl-1h-inden-1-amine", "(r)-n-2-propynyl-1-indanamine", "n-propargyl-1(r)-aminondan", "rasagiline methanesulfonate", "1875-50-9[rn]", "(r)-indan-1-yl-prop-2-ynyl-amine", "tvp-1012", "(r)-n-(prop-2-ynyl)-2,3-dihydro-1h-inden-1-amine", "1h-inden-1-amine 2,3-dihydro-n-2-propynyl- (1r)", "(1r)-2,3-dihydro-n-2-propynyl-1h-inden-1-amine", "1h-inden-1-amine,2,3-dihydro-n-2-propyn-1-yl- (1r)-,methanesulfonate(1:1)", "rasagiline[wiki][inn]", "136236-51-6[rn]", "rasagiline mesilate", "1h-inden-1-amine 2,3-dihydro-n-2-propyn-1-yl- (1r)-", "161735-79-1[rn]", "(1r)-n-propargylindan-1-amine"}|>, "672" -> <|"DatabaseID" -> "SW00499", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53459"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7600]}, "IsomericSmiles" -> "CC(CCCC(C)(C)O)CC=O", "OfficialNames" -> <|"NPC Approved Name" -> "7-hydroxy-37-dimethyloctanal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7888]}, "Synonyms" -> {"hydroxycitronellal", "cyclalia", "cyclosia", "fixol", "laurine", "citronellal hydrate", "7-hydroxycitronellal", "phixia", "lilyl aldehyde", "7-hydroxy-3,7-dimethyloctanal[acd/iupac name]", "octanal 7-hydroxy-3,7-dimethyl-", "7-hydroxy-3,7-dimethyloctanol", "oxydihydrocitronellal", "muguet synthetic", "musuet synthetic", "4-01-00-04058 (beilstein handbook reference)[beilstein]", "citronellaldehyde", "203-518-7[einecs]", "107-75-5[rn]", "7-hydroxy-3,7-dimethyloctan-1-al", "citronellal 7-hydroxy-", "musuettine principle", "muguettine principle", "1-octanal 3,7-dimethyl-7-hydroxy-", "citronellal hydroxy-", "oxdihydrocitronellal", "3,7-dimethyl-7-hydroxyoctanal", "3 7-dimethyl-7-hydroxyoctanal", "7-hydroxy-3", "4-01-00-04058[beilstein]", "123238-75-5[rn]"}|>, "673" -> <|"DatabaseID" -> "SW00499", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53459"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7600]}, "IsomericSmiles" -> "CC(CCCC(C)(C)O)CC=O", "OfficialNames" -> <|"NPC Approved Name" -> "7-hydroxy-37-dimethyloctanal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7888]}, "Synonyms" -> {"hydroxycitronellal", "cyclalia", "cyclosia", "fixol", "laurine", "citronellal hydrate", "7-hydroxycitronellal", "phixia", "lilyl aldehyde", "7-hydroxy-3,7-dimethyloctanal[acd/iupac name]", "octanal 7-hydroxy-3,7-dimethyl-", "7-hydroxy-3,7-dimethyloctanol", "oxydihydrocitronellal", "muguet synthetic", "musuet synthetic", "4-01-00-04058 (beilstein handbook reference)[beilstein]", "citronellaldehyde", "203-518-7[einecs]", "107-75-5[rn]", "7-hydroxy-3,7-dimethyloctan-1-al", "citronellal 7-hydroxy-", "musuettine principle", "muguettine principle", "1-octanal 3,7-dimethyl-7-hydroxy-", "citronellal hydroxy-", "oxdihydrocitronellal", "3,7-dimethyl-7-hydroxyoctanal", "3 7-dimethyl-7-hydroxyoctanal", "7-hydroxy-3", "4-01-00-04058[beilstein]", "123238-75-5[rn]"}|>, "674" -> <|"DatabaseID" -> "SW00500", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18760]}, "IsomericSmiles" -> "CC(C)CCCC(C)[NH2+]C(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "iproheptina"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19917]}, "Synonyms" -> {"metron s", "iproheptinum", "2-heptanamine 6-methyl-n-(1-methylethyl)-", "iproheptina[spanish]", "iproheptinum [inn-latin]", "iproheptinum[latin]", "13946-02-6", "iproheptina [inn-spanish]", "237-726-4[einecs]", "iproheptine", "6-methyl-n-(1-methylethyl)-2-heptanamine", "iproheptina", "13946-02-6[rn]", "ac1l2f5b", "ncgc00160594-02", "n-isopropyl-1,5-dimethylhexylamine", "iproheptine[inn]", "2-isopropylamino-6-methylheptane", "dsstox_cid_26248", "n-isopropyl-6-methylheptan-2-amine"}|>, "675" -> <|"DatabaseID" -> "SW00500", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18760]}, "IsomericSmiles" -> "CC(C)CCCC(C)[NH2+]C(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "iproheptina"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19917]}, "Synonyms" -> {"metron s", "iproheptinum", "2-heptanamine 6-methyl-n-(1-methylethyl)-", "iproheptina[spanish]", "iproheptinum [inn-latin]", "iproheptinum[latin]", "13946-02-6", "iproheptina [inn-spanish]", "237-726-4[einecs]", "iproheptine", "6-methyl-n-(1-methylethyl)-2-heptanamine", "iproheptina", "13946-02-6[rn]", "ac1l2f5b", "ncgc00160594-02", "n-isopropyl-1,5-dimethylhexylamine", "iproheptine[inn]", "2-isopropylamino-6-methylheptane", "dsstox_cid_26248", "n-isopropyl-6-methylheptan-2-amine"}|>, "676" -> <|"DatabaseID" -> "SW00501", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16119"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8412]}, "IsomericSmiles" -> "C1[C@H]([C@@H]([C@@H](C=C1C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "shikimic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8742]}, "Synonyms" -> {"(-)-shikimic acid", "l-shikimic acid", "(3r,4s,5r)-3,4,5-trihydroxy-1-cyclohexene-1-carboxylic acid[acd/iupac name]", "138-59-0[rn]", "(3r,4s,5r)-(-)-3,4,5-trihydroxy-1-cyclohexenecarboxylic acid", "(3r,4s,5r)-3,4,5-trihydroxy-cyclohex-1-enecarboxylic acid", "205-334-2[einecs]", "3,4,5-trihydroxycyclohex-1-ene-1-carboxylic acid", "(-)-shikimate", "chebi:16119", "3,4,5-trihydroxy-1-cyclohexenecarboxylic acid", "tl8000880", "hsdb 3537", "skikimic acid", "(4s,3r,5r)-3,4,5-trihydroxycyclohex-1-enecarboxylic acid", "skm", "l-shikimate", "1-cyclohexene-1-carboxylicacid 3,4,5-trihydroxy- (3r,4s,5r)-", "1-cyclohexene-1-carboxylic acid 3,4,5-trihydroxy-", "[3r-(3a,4a,5b)]-3,4,5-trihydroxy-1-cyclohexene-1-carboxylic acid", "(-)-3,4,5-trihydroxy-1-cyclohexene-1-carboxylic acid", "(3r,4s,5r)-3,4,5-trihydroxycyclohex-1-enecarboxylic acid", "()-shikimic acid", "shikimic acid[wiki]", "2210055[beilstein]", "shikimic acid", "(-)shikimic acid", "4782717", "138-59-0", "(3r,4s,5r)-3,4,5-trihydroxycyclohex-1-ene-1-carboxylic acid", "shikimate", "bracken fern toxic component", "3alpha", "ccris 7681", "3,4,5-trihydroxy-1-cyclohexene-1-carboxylic acid[acd/iupac name]", "skikimate", "1-cyclohexene-1-carboxylicacid 3,4,5-trihydroxy- (3r,4s,5r)-(9ci)"}|>, "677" -> <|"DatabaseID" -> "SW00502", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31530"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3881]}, "IsomericSmiles" -> "CC1=NN(C(=O)C1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01552"]}, "OfficialNames" -> <|"Indian Approved Name" -> "edaravone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4021]}, "Synonyms" -> {"radicut", "3-methyl-1-phenyl-2-pyrazolin-5-one", "phenylmethylpyrazolone", "c.i. developer 1", "1-phenyl-3-methyl-5-pyrazolone", "methylphenylpyrazolone", "norphenazone", "developer z", "edaravone", "norantipyrine", "edaravone[wiki][jan]", "3-methyl-1-phenyl-2-pyrazolin-5-one (mci-186)", "edaravone (mci-186)", "19735-89-8[rn]", "201-891-0[einecs]", "206195-95-1[rn]", "12235-58-4[rn]", "62495-97-0[rn]", "3-methyl-1-phenyl-1h-pyrazol-5(4h)-one", "radicut mci-186", "1-phenyl-3-methylpyrazolone-5", "c005435", "1-phenyl-3-methyl-5-pyrazalone", "1-fenyl-3-methyl-2-pyrazolin-5-on[czech]", "phenyl methyl pyrazolone", "609575[beilstein]", "5-methyl-2-phenyl-2,4-dihydro-3h-pyrazol-3-one[acd/iupac name]", "1-phenyl-3-methyl-5-oxopyrazole", "3h-pyrazol-3-one 2,4-dihydro-5-methyl-2-phenyl-", "3-methyl-1-phenyl-2-pyrazoline-5-one", "ci developer 1", "5-methyl-2-phenyl-2,4-dihydro-pyrazol-3-one", "radicut;mci-186", "3-methyl-1-phenylpyrazol-5-one", "72134-66-8[rn]", "89-25-8[rn]", "3-methyl-1-phenyl-4,5-dihydro-1h-pyrazol-5-one", "2,4-dihydro-5-methyl-2-phenyl-3h-pyrazol-3-one", "115566-83-1[rn]", "2-pyrazolin-5-one 3-methyl-1-phenyl-", "5-pyrazolone 3-methyl-1-phenyl-", "3-methyl-1-phenyl-5-pyrazolone", "1-phenyl-3-methyl-5-oxo-2-pyrazoline", "5-methyl-2-phenyl-1,2-dihydropyrazol-3-one", "52224-17-6[rn]", "3h-pyrazol-3-one 2 4-dihydro-5-methyl-2-phenyl-", "1-phenyl-3-methylpyrazolone"}|>, "678" -> <|"DatabaseID" -> "SW00503", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474925]}, "IsomericSmiles" -> "CC(CC#CCc1ccccc1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "capillanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315669]}, "Synonyms" -> {"capillanol", "6-phenylhex-4-yn-2-ol", "ac1nstck", "c17783"}|>, "679" -> <|"DatabaseID" -> "SW00503", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474925]}, "IsomericSmiles" -> "CC(CC#CCc1ccccc1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "capillanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315669]}, "Synonyms" -> {"capillanol", "6-phenylhex-4-yn-2-ol", "ac1nstck", "c17783"}|>, "680" -> <|"DatabaseID" -> "SW00504", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8949]}, "IsomericSmiles" -> "C[C@H]1[C@@H](C[C@H](O1)C[N+](C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muscarine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9308]}, "Synonyms" -> {"muscarin", "muskarin", "l-(+)-muscarine", "(+)-muscarine", "300-54-9[rn]", "((2s,4r,5s)-4-hydroxy-5-methyl-tetrahydrofuran-2-yl)-n,n,n-trimethylmethanaminium", "2-furanmethanaminium", "d-ribo-hexitol 2,5-anhydro-1,4,6-trideoxy-6-(trimethylammonio)-", "206-094-1[einecs]", "(+)-(2s", "((2s,4r,5s)-4-hydroxy-5-methyl-tetrahydro-furan-2-ylmethyl)-trimethyl-ammonium", "(4-hydroxy-5-methyl-tetrahydro-furan-2-ylmethyl)-trimethyl-ammonium (muscarine)", "d-ribo-hexitol 2,5-anhydro-1,4,6-trideoxy-6-(trimethylamino)-", "muscarine[wiki]", "muscarine (alkaloid)", "d-ribo-hexitol 2,5-anhydro-1,4,6-trideoxy-6-(trimethyl)ammonio)-", "einecs 206-094-1", "muscarine (the alkaloid)", "2,5-anhydro-1,4,6-trideoxy-6-(trimethylammonio)-d-ribo-hexitol[acd/iupac name]", "muscarina[portuguese]", "(+)-(2s,4r,5s)-muscarine", "ammonium trimethyl(tetrahydro-4-hydroxy-5-methylfurfuryl)-", "(4-hydroxy-5-methyl-tetrahydro-furan-2-ylmethyl)-trimethyl-ammonium", "(4-hydroxy-5-methyl-tetrahydro-furan-2-ylmethyl)-trimethyl-ammonium(muscarine)", "muscarine", "[2s-(2a,4b,5a)]-tetrahydro-4-hydroxy-n,n,n,5-tetramethyl-2-furanmethanaminium", "muscarine ii"}|>, "681" -> <|"DatabaseID" -> "SW00505", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17208"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10189562], ExternalIdentifier["ChemSpiderID", 16736174], ExternalIdentifier["ChemSpiderID", 102746]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00126"]}, "IsomericSmiles" -> "C([C@@H]([C@@H]1C(=C(C(=O)O1)O)[O-])O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00018"], ExternalIdentifier["KEGGID", "D07575"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ascorbate 6-palmitate", "Indian Approved Name" -> "vitamin c;ascorbic acid;calcium ascorbate", "Traditional Herbal Isolate" -> "and ascorbic acid", "Australia Approved Name" -> "ASCORBIC ACID", "China Approved Name" -> "ascorbic acid", "WHO Essential Medicine" -> "ascorbic acid", "FDA Approved Drug" -> "ASCORBIC ACID;SODIUM ASCORBATE"|>, "PharmGKBID" -> "PA451898", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54670067], ExternalIdentifier["PubChemCompoundID", 5785]}, "Synonyms" -> {"ascoltin", "ascorbicap", "ascorbic acid", "cevitamic acid", "l-ascorbic acid", "allercorb", "hybrin", "adenex", "cenolate", "l-xyloascorbic acid", "cevitamin", "cergona", "cetemican", "celin", "l-lyxoascorbic acid", "ascorbutina", "cebicure", "ciamin", "cescorbat", "cevimin", "concemin", "duoscorb", "cevatine", "laroscorbine", "cereon", "cevitan", "cebion", "catavin c", "ascorteal", "cenetone", "vitacee", "cevalin", "lemascorb", "ascorin", "cecon", "vitace", "l-ascorbate", "cemagyl", "testascorbic", "scorbacid", "cewin", "c-vimin", "proscorbin", "celaskon", "scorbu-c", "cetamid", "cipca", "cantan", "planavit c", "ascorvit", "davitamon c", "cetebe", "vicelat", "aa", "cevex", "cevitex", "ascorb", "cegiolan", "colascor", "ceglion", "vicin", "cantaxin", "vitacimin", "vitacin", "vitascorbol", "vitamin c", "ascorbajen", "ascorbate", "xitix", "natrascorb", "sodascorbate", "ascorbicin", "ascorbin", "cevi-bid", "viforcit", "cetane-caps td", "cetane-caps tc", "dopamine beta-hydroxylase precursor", "ascor-b.i.d.", "cetane", "citriscorb", "c-span", "ce lent", "hicee", "kyselina askorbova", "cevital", "c-long", "c-level", "cemill", "roscorbic", "arco-cee", "ec 1.14.17.1", "liqui-cee", "cee-vite", "cebid", "meri-c", "dopamine beta- monooxygenase", "secorbate", "ido-c", "ascorbicab", "ribena", "cebione", "viscorin", "cee-caps td", "redoxon", "antiscorbic vitamin", "antiscorbutic vitamin", "vitamisin", "c-quin", "vicomin c", "sodium ascorbate", "acide ascorbique[french][inn]", "(5r)-5-[(1s)-1,2-dihydroxyethyl]-3,4-dihydroxyfuran-2(5h)-one", "acidum ascorbicum", "acidum ascorbinicum", "3-oxo-l-gulofuranolactone (enol form)", "cetane[wiki]", "l-3-ketothreohexuronic acid lactone", "84272[beilstein]", "ascorbinsaeure", "acide ascorbique", "cebid[wiki]", "ascrobin", "vitamin c quant test strips", "(5r)-5-[(1s)-1,2-dihydroxyethyl]-3,4-dihydroxy-2(5h)-furanone", "l -ascorbicacid", "l-threoascorbic acid", "l-threoascorbic acid; antiscorbutic factor; vitamin c", "ahi", "l,3-ketothreohexuronic acid", "ce-vi-sol", "acido ascorbico", "l-threo-hex-2-enono-1,4-lactone", "ascorbicap; ascorbinsaeure;l-(+)-ascorbic acid; vitamin c; acidum ascorbinicum", "calscorbate", "ascorbic acid[wiki]", "4-18-00-03038[beilstein]", "l-(+)-ascorbic acid", "acido ascorbico[spanish][inn]", "(5r)-5-[(1s)-1,2-dihydroxyethyl]-3,4-dihydroxyfuran-2(5h)-one;l-threo-hex-2-enono-1,4-lactone", "acide ascorbique;acido ascorbico; acidum ascorbicum;ascorbicacid", "acidum ascorbicum[latin]", "(5r)-5-[(1s)-1,2-dihydroxyethyl]-3,4-dihydroxy-2(5h)-furanon", "ascorbic acid [inn_en]", "50-81-7[rn]", "redoxon[wiki]", "3-keto-l-gulofuranolactone", "vitamin c[wiki]", "200-066-2[einecs]", "3-oxo-l-gulofuranolactone", "2-(1,2-dihydroxyethyl)-4,5-dihydroxyfuran-3-one", "vitamin c (ascorbic acid)", "calcium ascorbate", "205-126-1[einecs]", "(+)-sodium l-ascorbate", "l-ascorbic acid sodium salt", "calcium ascorbate (tn)", "5743-27-1", "vitamin c sodium", "cebitate", "vitamin c sodium salt", "3767246", "sodiumascorbate", "l-ascorbic acid monosodium salt", "sodium (2r)-2-[(1s)-1,2-dihydroxyethyl]-4-hydroxy-5-oxo-2,5-dihydrofuran-3-olate", "ascorbic acid calcium salt", "134-03-2[rn]", "l-ascorbic acid sodium salt", "natrium-(2r)-2-[(1s)-1,2-dihydroxyethyl]-4-hydroxy-5-oxo-2,5-dihydrofuran-3-olat", "monosodium ascorbate", "ascorbic acid sodium salt", "d07575", "iskia-c", "sodium l-ascorbate", "sodium (2r)-2-[(1s)-1,2-dihydroxyethyl]-4-hydroxy-5-oxo-2,5-dihydrofuran-3-olate(non-preferred name)", "vitamin- c sodium salt", "ask-p 10kr", "3-oxo-l-gulofuranolactone sodium", "natri-c"}|>, "682" -> <|"DatabaseID" -> "SW00506", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2270]}, "IsomericSmiles" -> "C(C(C(=O)[O-])[NH3+])NC(=O)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dencichine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2360]}, "Synonyms" -> {"ox-dapro", "neurotoxin (lathyrus sativus)", "boaa", "2-amino-3-(oxaloamino)propanoic acid", "dencichin", "dencichine", "120963-05-5[rn]", "oxalyldiaminopropionic acid", "alanine 3-((carboxycarbonyl)amino)-", "3-oxalylamino-2-aminopropionic acid", "lathyrus neurotoxin", "118267-16-6[rn]", "3-[(carboxycarbonyl)amino]alanine", "5302-45-4[rn]", "7554-90-7[rn]", "3-((carboxycarbonyl)amino)alanine", "odap", "nbeta-oxalylamino-l-alanine", "73207-95-1[rn]", "oxamic acid (2-amino-2-carboxyethyl)-", "3-((carboxycarbonyl)amino)-l-alanine", "oxalylaminoalanine", "l-dencichin"}|>, "683" -> <|"DatabaseID" -> "SW00506", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2270]}, "IsomericSmiles" -> "C(C(C(=O)[O-])[NH3+])NC(=O)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dencichine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2360]}, "Synonyms" -> {"ox-dapro", "neurotoxin (lathyrus sativus)", "boaa", "2-amino-3-(oxaloamino)propanoic acid", "dencichin", "dencichine", "120963-05-5[rn]", "oxalyldiaminopropionic acid", "alanine 3-((carboxycarbonyl)amino)-", "3-oxalylamino-2-aminopropionic acid", "lathyrus neurotoxin", "118267-16-6[rn]", "3-[(carboxycarbonyl)amino]alanine", "5302-45-4[rn]", "7554-90-7[rn]", "3-((carboxycarbonyl)amino)alanine", "odap", "nbeta-oxalylamino-l-alanine", "73207-95-1[rn]", "oxamic acid (2-amino-2-carboxyethyl)-", "3-((carboxycarbonyl)amino)-l-alanine", "oxalylaminoalanine", "l-dencichin"}|>, "684" -> <|"DatabaseID" -> "SW00507", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16349"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9367]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00155"]}, "IsomericSmiles" -> "C(C[C@@H](C(=O)[O-])[NH3+])CNC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07706"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "citrulline"|>, "PharmGKBID" -> "PA164747225", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9750]}, "Synonyms" -> {"n5-carbamoyl-l-ornithine", "l-citrulline", "n5-(aminocarbonyl)ornithine", "sitrulline", "citrulline", "2-amino-5-uredovaleric acid", "l-ornithine n5-(aminocarbonyl)-", "l-cytrulline", "n5-carbamoylornithine", "n5-carbamylornithine", "delta-ureidonorvaline", "d-ureidonorvaline", "(2s)-2-azaniumyl-5-(carbamoylamino)pentanoate; l-citrulline", "l(+)-2-amino-5-ureidovalerate", "ndelta-carbamy-ornithine", "n5-(aminocarbonyl)-ornithine", "n(5)-carbamoyl-l-ornithine", "(s)-2-amino-5-ureidopentanoate", "nd-carbamylornithine", "n5-(aminocarbonyl)-l-ornithine", "1725416[beilstein]", "l-n5-carbamoyl-ornithine", "(s)-2-amino-5-ureidopentanoic acid;l-2-amino-5-ureidovaleric acid", "l-2-amino-5-ureidovalerate", "l-(+)-2-amino-5-ureidovaleric acid", "cytrulline", "l-citrulline zwitterion", "a-amino-d-ureidovalerate", "citrulina", "6055157[beilstein]", "ornithine n5-carbamoyl- l- (8ci)", "l-2-amine-5-ureidovaieric acid", "citrulline[wiki]", "n(delta)-carbamylornithine", "a-amino-d-ureidovaleric acid", "(2s)-2-amino-5-(carbamoylamino)pentanoic acid; l-citrulline; n(5)-carbamoyl-l-ornithine", "(2s)-2-azaniumyl-5-(carbamoylamino)pentanoate", "2-amino-5-ureidovaleric acid", "ec 3.5.3.15", "ngamma-carbamylornithine", "n5-carbamoyl-l-ornithin", "l-2-amino-5-ureidovaleric acid", "citrulline l-", "l(+)-2-amino-5-ureidovaleric acid", "627-77-0[rn]", "l-2-amino-5-ureido-valeric acid", "protein-arginine deiminase type vi", "(2s)-2-amino-5-(carbamoylamino)pentanoic acid", "372-75-8[rn]", "l(+)-citrulline", "54940-97-5[rn]", "ndelta-carbamylornithine", "206-759-6[einecs]", "ornithine n5-(aminocarbonyl)-", "2-amino-5-ureidovalerate", "h-cit-oh", "l-2-amino-5-ureido-valerate", "ornithine n5-carbamoyl- l-", "(2s)-2-amino-5-(aminocarbonylamino)pentanoic acid", "cir", "peptidylarginine deiminase vi", "l-ornithine n5- (aminocarbonyl)-", "cit", "2-amino-5-uredovalerate", "(s)-2-amino-5-ureidopentanoic acid", "n(5)-(aminocarbonyl)-l-ornithine", "(s)-2-amino-5-(aminocarbonyl)aminopentanoic acid", "gammaureidonorvaline"}|>, "685" -> <|"DatabaseID" -> "SW00508", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29016"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 227]}, "IsomericSmiles" -> "C(CC(C(=O)[O-])[NH3+])CNC(=[NH2+])N", "OfficialNames" -> <|"China Approved Name" -> "arginine", "Traditional Herbal Isolate" -> "arginine", "Indian Approved Name" -> "arginine"|>, "Synonyms" -> {"1725411[beilstein]", "a-8570", "2-amino-5-guanidinovaleric acid", "2-amino-5-carbamimidamidopentanoic acid", "200-811-1[einecs]", "dl-arginine", "ornithine n5-(diaminomethylene)-", "n5-(diaminomethylene)ornithine[acd/iupac name]", "2-amino-5-(carbamimidamido)pentanoicacid; 2-amino-5-guanidinopentanoicacid; arginin; harg", "arginine[wiki][usp]", "2-azanyl-5-[bis(azanyl)methylideneamino]pentanoic acid", "norvaline 5-[(aminoiminomethyl)amino]-", "n5-(diaminomethylidene)ornithine", "dl-2-amino-5-guanidinopentanoic acid", "2-amino-5-(carbamimidamido)pentanoic acid", "2-amino-5-(diaminomethylideneamino)pentanoic acid", "2-amino-5-guanidinopentanoic acid", "7200-25-1[rn]", "pentanoic acid 2-amino-5-[(aminoiminomethyl)amino]-", "241-479-8[einecs]", "arginin", "2-amino-5-guanidino-valeric acid", "h-dl-arg-oh", "3-04-00-01359", "ornithine n5-(aminoiminomethyl)-", "2-amino-5-guanidino-pentanoic acid", "230-571-3[einecs]"}|>, "686" -> <|"DatabaseID" -> "SW00508", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29016"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 227]}, "IsomericSmiles" -> "C(CC(C(=O)[O-])[NH3+])CNC(=[NH2+])N", "OfficialNames" -> <|"China Approved Name" -> "arginine", "Traditional Herbal Isolate" -> "arginine", "Indian Approved Name" -> "arginine"|>, "Synonyms" -> {"1725411[beilstein]", "a-8570", "2-amino-5-guanidinovaleric acid", "2-amino-5-carbamimidamidopentanoic acid", "200-811-1[einecs]", "dl-arginine", "ornithine n5-(diaminomethylene)-", "n5-(diaminomethylene)ornithine[acd/iupac name]", "2-amino-5-(carbamimidamido)pentanoicacid; 2-amino-5-guanidinopentanoicacid; arginin; harg", "arginine[wiki][usp]", "2-azanyl-5-[bis(azanyl)methylideneamino]pentanoic acid", "norvaline 5-[(aminoiminomethyl)amino]-", "n5-(diaminomethylidene)ornithine", "dl-2-amino-5-guanidinopentanoic acid", "2-amino-5-(carbamimidamido)pentanoic acid", "2-amino-5-(diaminomethylideneamino)pentanoic acid", "2-amino-5-guanidinopentanoic acid", "7200-25-1[rn]", "pentanoic acid 2-amino-5-[(aminoiminomethyl)amino]-", "241-479-8[einecs]", "arginin", "2-amino-5-guanidino-valeric acid", "h-dl-arg-oh", "3-04-00-01359", "ornithine n5-(aminoiminomethyl)-", "2-amino-5-guanidino-pentanoic acid", "230-571-3[einecs]"}|>, "687" -> <|"DatabaseID" -> "SW00509", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16467"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6082]}, "IsomericSmiles" -> "C(C[C@@H](C(=O)[O-])[NH3+])C[NH+]=C(N)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02982"]}, "OfficialNames" -> <|"Indian Approved Name" -> "l-arginine", "FDA Approved Drug" -> "ARGININE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448478", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66250], ExternalIdentifier["PubChemCompoundID", 6322]}, "Synonyms" -> {"arginine", "l-arg", "arginine (van)", "l-(+)-arginine", "(l)-arginine", "r-gene", "qvyz3myzum &&l; or s form[wln]", "(s)-2-amino-5-((aminoiminomethyl)amino)pentanoic acid", "l-arginin", "5-[(aminoiminomethyl)amino]-l-norvaline", "2-amino-5-guanidinovaleric acid", "(2s)-2-amino-5-(carbamimidamido)pentanoic acid", "arginine l- (8ci)", "arg", "n5-(diaminomethylen)-l-ornithin", "l-a-amino-d-guanidinovaleric acid", "200-811-1[einecs]", "arginine l-", "n5-(aminoiminomethyl)-l-ornithine", "arginina[spanish][inn]", "(s)-2-amino-5-guanidinovaleric acid", "l-arginine[wiki][jp15]", "arginine[wiki][usp]", "(2s)-2-amino-5-guanidinopentanoic acid", "l -arginine", "l(+)-arginine", "s-(+)-2-amino-5-[(aminoiminomethyl)amino]pentanoic acid", "(s)-2-amino-5-[(aminoiminomethyl)amino]pentanoic acid[acd/iupac name]", "l-arginine (9ci)", "l-norvaline 5-[(aminoiminomethyl)amino]-", "arginine l-", "arginine [usan:inn][inn][usan]", "4-04-00-02648 (beilstein handbook reference)[beilstein]", "214-275-1[einecs]", "4-04-00-02648", "1-amino-4-guanidovaleric acid", "(2s)-2-amino-5-(carbamimidamido)pentanoic acid; (2s)-2-amino-5-guanidinopentanoicacid; (s)-2-amino-5-guanidinopentanoic acid;arg; l-(+)-arginine; l-arg; l-arginin; r", "h-arg-oh", "1725413[beilstein]", "l-norvaline 5-((aminoiminomethyl)amino)-", "pentanoic acid 2-amino-5-[(aminoiminomethyl)amino]- (s)-", "(2s)-2-amino-5-carbamimidamidopentanoic acid", "l-ornithine n5-(diaminomethylene)-", "l-2-amino-5-guanidinopentanoic acid", "l-ornithine n5-(aminoiminomethyl)-", "r", "n5-(diaminomethylene)-l-ornithine[acd/iupac name]", "argininum[latin]", "74-79-3[rn]", "(s)-2-amino-5-guanidinopentanoic acid", "pentanoic acid 2-amino-5-((aminoiminomethyl)amino)- (s)-", "l-arginine", "arginine monochloride", "arginine hydrochloride", "74-79-3", "arginina", "arginine monohydrochloride", "detoxargin", "argivene", "argamine", "polyarginine", "levargin", "minophagen a"}|>, "688" -> <|"DatabaseID" -> "SW00510", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59020"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01446"]}, "IsomericSmiles" -> "CC(Cc1c[nH]c2c1cccc2)[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Alpha-methyltryptamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9287]}, "Synonyms" -> {"alpha-methyltryptamine", "1-(1h-indol-3-yl)propan-2-amine", "dl-alfa-methyltryptamine", "299-26-3", "indopan", "chebi:59020", "1-(1h-indol-3-yl)-2-propanamine", "dl-3-(2-aminopropyl)indole", "3-(2-aminopropyl)indole", "alpha-methyl-beta-indoleethylamine"}|>, "689" -> <|"DatabaseID" -> "SW00510", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59020"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01446"]}, "IsomericSmiles" -> "CC(Cc1c[nH]c2c1cccc2)[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Alpha-methyltryptamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9287]}, "Synonyms" -> {"alpha-methyltryptamine", "1-(1h-indol-3-yl)propan-2-amine", "dl-alfa-methyltryptamine", "299-26-3", "indopan", "chebi:59020", "1-(1h-indol-3-yl)-2-propanamine", "dl-3-(2-aminopropyl)indole", "3-(2-aminopropyl)indole", "alpha-methyl-beta-indoleethylamine"}|>, "690" -> <|"DatabaseID" -> "SW00511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938389]}, "IsomericSmiles" -> "CS(=O)/C=C/CCN=C=S", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raphanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433206]}, "Synonyms" -> {"sulforaphene", "sulforaphen", "sulphoraphen", "sativin", "4-isothiocyanato-1-(methylsulfinyl)-1-butene", "isothiocyanic acid 4-(methylsulfinyl)-3-butenyl ester", "raphanin[wiki]", "(e)-4-isothiocyanato-1-methanesulfinyl-but-1-ene", "raphanin", "(e)-4-isothiocyanato-1-methylsulfinylbut-1-ene", "592-95-0", "592-95-0[rn]", "ac1o5fsi", "s-sulforaphene", "isothiocyanic acid", "1-butene 4-isothiocyanato-1-(methylsulfinyl)- (9ci)"}|>, "691" -> <|"DatabaseID" -> "SW00511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938389]}, "IsomericSmiles" -> "CS(=O)/C=C/CCN=C=S", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raphanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433206]}, "Synonyms" -> {"sulforaphene", "sulforaphen", "sulphoraphen", "sativin", "4-isothiocyanato-1-(methylsulfinyl)-1-butene", "isothiocyanic acid 4-(methylsulfinyl)-3-butenyl ester", "raphanin[wiki]", "(e)-4-isothiocyanato-1-methanesulfinyl-but-1-ene", "raphanin", "(e)-4-isothiocyanato-1-methylsulfinylbut-1-ene", "592-95-0", "592-95-0[rn]", "ac1o5fsi", "s-sulforaphene", "isothiocyanic acid", "1-butene 4-isothiocyanato-1-(methylsulfinyl)- (9ci)"}|>, "692" -> <|"DatabaseID" -> "SW00512", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18268"]}, "IsomericSmiles" -> "C(=O)[C@@H]([C@@H]1[C@@H]([C@@H](C(=O)O1)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01800"]}, "OfficialNames" -> <|"China Approved Name" -> "glucurolactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92283]}, "Synonyms" -> {"glucurolactone", "glucuronolactone", "guronsan", "d-glucuronic acid lactone", "glucuronolactone (van)", "glucurono-6", "d-glucuronolactone", "guronsan (van)", "glucurone", "d-glucurono-3"}|>, "693" -> <|"DatabaseID" -> "SW00513", "IsomericSmiles" -> "[O-]S(=O)(=O)OS(=O)(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "gluthione disulphate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57349336]}, "Synonyms" -> {"ag-f-26130", "chromium(3+) sodium disulphate;sulfuric acid"}|>, "694" -> <|"DatabaseID" -> "SW00514", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17224"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444190]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "07118"]}, "IsomericSmiles" -> "Cc1cc(=O)oc2c1ccc(c2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00170"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cantabiline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280567]}, "Synonyms" -> {"mendiaxon", "4-methylumbelliferone", "7-hydroxy-4-methylcoumarin", "coumarin 4", "imecromone", "cholestil", "hymecromone", "cantabiline", "4-methyl-7-hydroxycoumarin", "7-hydroxy-4-methyl-2h-1-benzopyren-2-one", "7-hydroxy-4-methyl-2h-chromen-2-on[acd/iupac name]", "b-methylumbelliferone", "cholonerton", "eurogale", "4-methyl-umbelliferone", "7-hydroxy-4-methyl-2-oxo-2h-chromene", "7-hydroxy-4-methyl-2-oxo-3-chromene", "c489431", "7-hydroxy-4-methyl-chromen-2-one; (7-hydroxy-4-methylcoumarin)", "tl8005812", "2h-1-benzopyran 7-hydroxy-4-methyl-2-oxo-", "7-hydroxy-4-methyl-chromen-2-one", "hymecromon", "m-5410", "bilicante", "himecromona[spanish][inn]", "medilla", "201-986-7[einecs]", "resocyanine", "d006923", "227-790-1[einecs]", "7-hydroxy-4-methyl-2-oxo-3-chrom,ene", "7-hydroxy-4-methylchromen-2-one", "7-hydroxy-4-methyl-2h-chromen-2-one;7-hydroxy-4-methyl-2-oxo-2h-chromene; 4-methylumbelliferone", "142217", "methylumbelliferone", "cumarote-c", "7-hydroxy-4-methyl coumarin", "cantabiline (tn)", "7-hydroxy-4-methyl-2h-chromen-2-on[german][acd/iupac name]", "7-hydroxy-4-methylbenzpyrone", "5980-33-6[rn]", "4-mu", "7-hydroxy-4-methyl-2h-1-benzopyran-2-one", "7-hydroxy-4-methyl-2h-chromen-2-one", "7-hydroxy-4-methyl-coumarin", "zz1", "5-18-01-00439 (beilstein handbook reference)[beilstein]", "imecromone [dcit]", "2h-1-benzopyren-2-one 7-hydroxy-4-methyl-", "7-hydroxy-4-methyl-2h-2-chromenone", "coumarin 7-hydroxy-4-methyl-", "2h-1-benzopyran-2-one 7-hydroxy-4-methyl-[acd/index name]", "7-hydroxy-4-methyl-2h-chromen-2-one[acd/iupac name]", "4-methylumbelliferone;coumarin 4;hymecromone;cantabiline;pilot447;hymechromone", "hymecromone[wiki][inn][jan][usan][jp15]", "beta-methylumbelliferone", "4-methylumbeliferone", "90-33-5[rn]", "4-methylumbelliferon", "90-33-5", "himecromona; hymecromone; hymecromonum", "hymecromonum[latin]", "7-hydroxy-4-methyl-2-oxo-2h-1-benzopyran", "crodimon", "hymecromonum [inn_la]", "cantabilin", "bilcolic"}|>, "695" -> <|"DatabaseID" -> "SW00515", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5679"]}, "IsomericSmiles" -> "COc1ccc2ccc(=O)oc2c1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "herniarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10748]}, "Synonyms" -> {"ayapanin", "531-59-9", "herniarine", "herniarin", "2h-1-benzopyran-2-one", "coumarin", "methoxycourmarin", "7-methoxychromen-2-one", "7-methoxycoumarin", "methylumbelliferone"}|>, "696" -> <|"DatabaseID" -> "SW00516", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445319]}, "IsomericSmiles" -> "CC(=O)OC/C=C/c1ccccc1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cinnamyl acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282110]}, "Synonyms" -> {"3-phenylallyl acetate", "3-phenyl-2-propen-1-yl acetate", "(2e)-3-phenyl-2-propenyl acetate", "3-phenyl-2-propenyl acetate", "gamma-phenylallyl acetate", "cinnamylacetate", "103-54-8", "acetic acid cinnamylester", "203-121-9[einecs]", "(e)-cinnamyl acetate", "2-06-00-00527 (beilstein handbook reference)[beilstein]", "3-phenyl-2-propen-1-ol acetate", "acetic acid (e)-cinnamyl ester", "acetic acid", "2-propen-1-ol", "103-54-8[rn]", "1-acetoxy-3-phenyl-2-propene", "(2e)-3-phenyl-2-propen-1-ylacetat", "cinnamyl acetate", "2-propen-1-ol 3-phenyl- acetate (e)-", "21040-45-9[rn]", "cinnamyl alcohol", "cinnamyl acetate", "jsp000358", "(2e)-3-phenylprop-2-enyl acetate", "acetic acid cinnamyl ester", "2-propen-1-ol 3-phenyl- acetate", "(2e)-3-phenylprop-2-en-1-yl acetate", "cinnamyl alcohol acetate", "2-propen-1-ol 3-phenyl- acetate (2e)-", "(2e)-3-phenyl-2-propen-1-ol acetate", "(2e)-3-phenyl-2-propen-1-yl acetate", "cinnamyl acetate[acd/iupac name]"}|>, "697" -> <|"DatabaseID" -> "SW00517", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29546]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01506"]}, "IsomericSmiles" -> "c1ccc(cc1)C2(CCCCC2)[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "1-phenylcyclohexylamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31862]}, "Synonyms" -> {"1-phenylcyclohexylamine", "1-phenylcyclohexan-1-amine", "precusor of pcp", "1934-71-0[rn]", "1-phenyl-cyclohexylamine", "2201-24-3", "ai3-05775", "dea no. 7460", "1-amino-1-phenylcyclohexane", "cyclohexanamine", "ac1l1mhh", "1-phenylcyclohexanamine", "ncgc00247718-01", "cyclohexanamine 1-phenyl-", "2201-24-3[rn]", "1-phenylcyclohexanamine[acd/iupac name]"}|>, "698" -> <|"DatabaseID" -> "SW00518", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 60503]}, "IsomericSmiles" -> "C[N+](C)(C)CC(C[N+](C)(C)C)O", "OfficialNames" -> <|"China Approved Name" -> "prolonium iodide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 67158]}, "Synonyms" -> {"intraiodine", "endojodin", "hexamethyldiaminoisopropanol diiodide", "soluyodina", "hexayodina", "intrajodin", "endoyodina", "endoiodin", "endoiodine", "123-47-7[rn]", "1,3-bis(trimethylamino)-2-propanol diiodide", "prolonium iodide[inn]", "prolonii iodidum[latin]", "(2-hydroxytrimethylene)bis[trimethylammonium] iodide", "iodisan", "ammonium,(2-hydroxytrimethylene)bis(trimethyl- diiodide (8ci)", "prolonium iodide", "endoton", "1,3-propanediaminium 2-hydroxy-n1,n1,n1,n3,n3,n3-hexamethyl- iodide(1:2)", "204-630-9[einecs]", "2-hydroxy-n,n,n,n',n',n'-hexamethyl-1,3-propanediaminium diiodide[acd/iupac name]", "iodure de prolonium[french]", "(2-hydroxytrimethylene)bis(trimethylammonium)iodide", "1,3-propanediaminium 2-hydroxy-n,n,n,n',n',n'-hexamethyl- diiodide (9ci)", "prolonium", "iodoxil", "ioduro de prolonio[spanish]", "espectona-gotas", "di(iodohexamethyl)diaminoisopropanol", "esoiodine", "2-hydroxy-n,n,n,n',n',n'-hexamethylpropane-1,3-diaminium diiodide", "yodorgan", "1,3-propanediaminium 2-hydroxy-n,n,n,n',n',n'-hexamethyl- diiodide", "1,3-bis(trimethylamino)propan-2-ol iodide iodide", "hydroxytriethoium iodide", "propiodal", "(2-hydroxytrimethylene)bis(trimethylammonium iodide)", "yodanodia", "iodo-fluothymina", "2-hydroxy-n,n,n,n',n',n'-hexamethyl-1,3-propane diaminium diiodide", "hydroxytrimethonium iodide", "entodon"}|>, "699" -> <|"DatabaseID" -> "SW00519", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48220"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14918]}, "IsomericSmiles" -> "c1cc(c(cc1Cl)Cl)CO", "OfficialNames" -> <|"Indian Approved Name" -> "dichlorobenzyl alcohol"|>, "Synonyms" -> {"4-06-00-02597 (beilstein handbook reference)[beilstein]", "benzenemethanol 2,4-dichloro- (9ci)", "(2,4-dichlorophenyl)methanol[acd/iupac name]", "rapidosept", "(2,4-dichlorophenyl)methan-1-ol", "benzenemethanol 2,4-dichloro-", "2,4-dichlorobenzenemethanol", "2,4-dichlorobenzylalcohol", "dichlorobenzyl alcohol", "(2,4-dichlorphenyl)methanol", "12041-76-8[rn]", "benzyl alcohol 2,4-dichloro-", "2,4-dichlorobenzyl alcohol", "217-210-5[einecs]", "dybenal", "benzyl alcohol 2 4-dichloro-", "1777-82-8[rn]", "myacide sp", "1448652[beilstein]"}|>, "700" -> <|"DatabaseID" -> "SW00520", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4944495]}, "IsomericSmiles" -> "COc1ccc(cc1)/C=C/C(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "diethanolamine methoxycinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6440189]}, "Synonyms" -> {"dea-methoxycinnamate", "2-propenoic acid", "73560-31-3[rn]", "3-(4-methoxyphenyl)-2-propenoic acid compd. with 2", "260-082-0[einecs]", "2-propenoic acid,3-(4-methoxyphenyl)- compd. with 2,2'-iminobis(ethanol) (1:1)", "ac1o5t5r", "2-(2-hydroxyethylamino)ethanol; (e)-3-(4-methoxyphenyl)prop-2-enoic acid", "56265-46-4[rn]", "p-methoxycinnamic acid", "3-(4-methoxyphenyl)-2-propenoic acidcompd. with 2,2'-iminobis(ethanol)", "einecs 260-082-0", "p-methoxycinnamicacid compound with 2,2'-iminodiethanol (1:1)", "surecn936503", "2-propenoic acid,3-(4-methoxyphenyl)- compd. with 2,2'-iminobis(ethanol)", "diethanolamine methoxycinnamate"}|>, "701" -> <|"DatabaseID" -> "SW00521", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4561]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01230"]}, "IsomericSmiles" -> "c1ccc(cc1)C2C(=O)[NH+]=C(O2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00744"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Pemoline", "FDA Approved Drug" -> "PEMOLINE"|>, "PharmGKBID" -> "PA450836", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4723]}, "Synonyms" -> {"pemoline", "fenoxazol", "azoksodon", "phenoxazole", "tradon", "azoxodone", "cylert", "azoxodon", "phenylisohydantoin", "betanamin", "phenylpseudohydantoin", "deltamin", "dantromin", "kethamed", "stimul", "hyton", "fio", "endolin", "juston-wirkstoff", "cylert chewable", "pemolin", "tradone", "pomoline", "pioxol", "volital", "notair", "stimulol", "myamin", "volitol", "sistral", "npl 1", "yh 1", "sigmadyn", "pheniminooxazolidinone", "sistra", "okodon", "ronyl", "pio", "pondex", "constimol", "hyton asa", "nitan", "centramin", "phenilone", "senior", "deltamine", "5-phenylisohydantion", "2-amino-5-phenyl-1,3-oxazol-4-one", "4 (5h)-oxazolone 2-amino-5-phenyl-", "2-amino-5-phenyl-4-oxazolone", "abbott 13397", "pemoline [usan:ban:inn:jan][inn][jan][usan]", "2-amin-5-phenyl-4(5h)-oxazolone", "pemoline (jan/usan)[jan][usan]", "2-amino-5-phenyl-1,3-oxazolin-4-one", "deltamin (van)", "2-inino-5-phenyloxazolidin-4-one", "2933-45-1[rn]", "pemolina[italian]", "2-imino-5-phenyl-4-oxazolidinone", "5-phenyl-2-imino-4-oxooxazolidine", "2152-34-3[rn]", "2-imino-4-keto-5-phenyltetrahydrooxazole", "c- 293", "pemolina", "bebia ointment pommade (magnesium pemoline + magnesium silicate + zinc oxide)_mixture", "cylert (tn)", "[2152-34-3]", "pemolinum[latin]", "2-amino-5-phenyl-4(5h)-oxazolone", "4-oxazolidinone 2-imino-5-phenyl-", "4(5h)-oxazolone 2-amino-5-phenyl-", "pn/135", "pemolina [dcit]", "pemoline(including organometallic complexesand chelates thereof)", "cylert[wiki]", "phenalone", "pemoline[wiki]", "2-azanyl-5-phenyl-1,3-oxazol-4-one", "218-438-8[einecs]", "5-phenyl-2-imino-4-oxazolidinone", "2-imino-5-phenyl-oxazolidin-4-one", "2153-34-3", "2-amino-5-phenyl-1,3-oxazol-4(5h)-one[acd/iupac name]", "101053-01-4[rn]", "2-amino-5-phenyl-1,3-oxazol-4(5h)-on"}|>, "702" -> <|"DatabaseID" -> "SW00521", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4561]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01230"]}, "IsomericSmiles" -> "c1ccc(cc1)C2C(=O)[NH+]=C(O2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00744"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Pemoline", "FDA Approved Drug" -> "PEMOLINE"|>, "PharmGKBID" -> "PA450836", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4723]}, "Synonyms" -> {"pemoline", "fenoxazol", "azoksodon", "phenoxazole", "tradon", "azoxodone", "cylert", "azoxodon", "phenylisohydantoin", "betanamin", "phenylpseudohydantoin", "deltamin", "dantromin", "kethamed", "stimul", "hyton", "fio", "endolin", "juston-wirkstoff", "cylert chewable", "pemolin", "tradone", "pomoline", "pioxol", "volital", "notair", "stimulol", "myamin", "volitol", "sistral", "npl 1", "yh 1", "sigmadyn", "pheniminooxazolidinone", "sistra", "okodon", "ronyl", "pio", "pondex", "constimol", "hyton asa", "nitan", "centramin", "phenilone", "senior", "deltamine", "5-phenylisohydantion", "2-amino-5-phenyl-1,3-oxazol-4-one", "4 (5h)-oxazolone 2-amino-5-phenyl-", "2-amino-5-phenyl-4-oxazolone", "abbott 13397", "pemoline [usan:ban:inn:jan][inn][jan][usan]", "2-amin-5-phenyl-4(5h)-oxazolone", "pemoline (jan/usan)[jan][usan]", "2-amino-5-phenyl-1,3-oxazolin-4-one", "deltamin (van)", "2-inino-5-phenyloxazolidin-4-one", "2933-45-1[rn]", "pemolina[italian]", "2-imino-5-phenyl-4-oxazolidinone", "5-phenyl-2-imino-4-oxooxazolidine", "2152-34-3[rn]", "2-imino-4-keto-5-phenyltetrahydrooxazole", "c- 293", "pemolina", "bebia ointment pommade (magnesium pemoline + magnesium silicate + zinc oxide)_mixture", "cylert (tn)", "[2152-34-3]", "pemolinum[latin]", "2-amino-5-phenyl-4(5h)-oxazolone", "4-oxazolidinone 2-imino-5-phenyl-", "4(5h)-oxazolone 2-amino-5-phenyl-", "pn/135", "pemolina [dcit]", "pemoline(including organometallic complexesand chelates thereof)", "cylert[wiki]", "phenalone", "pemoline[wiki]", "2-azanyl-5-phenyl-1,3-oxazol-4-one", "218-438-8[einecs]", "5-phenyl-2-imino-4-oxazolidinone", "2-imino-5-phenyl-oxazolidin-4-one", "2153-34-3", "2-amino-5-phenyl-1,3-oxazol-4(5h)-one[acd/iupac name]", "101053-01-4[rn]", "2-amino-5-phenyl-1,3-oxazol-4(5h)-on"}|>, "703" -> <|"DatabaseID" -> "SW00522", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388342]}, "IsomericSmiles" -> "C(CO[NH+]=C(N)N)[C@@H](C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "canavanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439202]}, "Synonyms" -> {"l-canavanine", "o-((aminoiminomethyl)amino)homoserine", "l-canavanine sulfate", "ggb", "2-amino-4-(guanidinooxy)butyric acid", "canavanin", "[eur.j.pharmacol. 269:269; 271:87 (1994)]", "butyric acid 2-amino-4-(guanidinooxy)- l", "l-homoserine o-[(diaminomethylene)amino]-", "o-carbamimidamido-l-homoserine", "o-((aminoiminomethyl)amino)-l-homoserine", "dxa", "l(+)-canavanine", "2219-31-0[rn]", "l-homoserine o-[(aminoiminomethyl)amino]-", "218-728-4[einecs]", "1,2-hydro-1-oxy-3,4-hydro-3-(1-methoxy-2-oxy-3,4-dihydroxypentyl)-8,9-dihydroxy-7-(sec-butyl)-anthracene", "2219-31-0 (sulfate)", "o-{[amino(imino)methyl]amino}-l-homoserine", "(l)-canavanine", "chebi:609827", "l-homoserine o-((aminoiminomethyl)amino)-", "[2219-31-0]", "canavanine[wiki]", "canavanine", "o-[(diaminomethylen)amino]-l-homoserin", "543-38-4[rn]", "o-[(diaminomethylene)amino]-l-homoserine", "543-38-4 (free base)", "o-guanidino-l-homoserine", "l-2-amino-4-(guanidinooxy)butyric acid", "543-38-4"}|>, "704" -> <|"DatabaseID" -> "SW00523", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28790"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5013]}, "IsomericSmiles" -> "c1cc2c(cc1O)c(c[nH]2)CC[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "5-hydroxytryptamine;serotonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5202]}, "Synonyms" -> {"serotonine", "antemoqua", "antemovis", "thrombocytin", "5-ht", "5-hydroxytryptamine", "thrombotonin", "61-47-2[rn]", "hippophain", "5-hydroxy-tryptamine", "5-22-12-00016 (beilstein handbook reference)[beilstein]", "3-(2-amino-ethyl)-1h-indol-5-ol adipic acid adipate", "serotonin[wiki]", "indol-5-ol 3-(2-aminoethyl)-", "5-22-12-00016", "5-hydroxyltryptamine", "tryptamine 5-hydroxy-", "h-8000", "3-(2-aminoethyl)-1h-indol-5-ol", "5-hydoxytryptamine", "5-hydroxy-3-(b-aminoethyl)indole", "5-ht; serotonine; thrombocytin; thrombotonin", "substance ds", "3-(2-amino-ethyl)-1h-indol-5-ol", "5-hydroxytriptamine", "cas-153-98-0", "serotonin", "65099-56-1[rn]", "5-hta", "143524[beilstein]", "enteramine", "3-(2-aminoethyl)-1h-indol-5-ol adipate", "substanz ds", "cid5202", "3-(2-aminoethyl)-1h-indol-5-ol[acd/iupac name]", "50-67-9", "200-058-9[einecs]", "50-67-9[rn]", "ds substance", "enteramin", "enteramine[wiki]", "1h-indol-5-ol 3-(2-aminoethyl)-", "3-(b-aminoethyl)-5-hydroxyindole", "3-(2-aminoethyl)indol-5-ol"}|>, "705" -> <|"DatabaseID" -> "SW00524", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 68493]}, "IsomericSmiles" -> "c1ccc(cc1)C[NH+]2CCNCC2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "N-benzylpiperazine;1-benzylpiperazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 75994]}, "Synonyms" -> {"4-benzylpiperazine", "n-benzylpiperazine", "piperazine", "1-(phenylmethyl)piperazine", "piperazine 1-benzyl- (8ci)", "n-(phenylmethyl)piperaine", "226-188-6[einecs]", "10510-56-2[rn]", "5321-63-1[rn]", "1-benzyl-piperazine", "piperazine n-benzyl-", "1-benzylpiperazine[acd/iupac name]", "piperazine 1-(phenylmethyl)-", "tl8000324", "benzylpiperazine[wiki]", "110475-31-5[rn]", "n / a", "piperazine 1-benzyl-", "nsc 40889", "2759-17-3[rn]", "piperazine 1- (phenylmethyl)-", "860027-50-5[rn]", "1-benzylpiperazin[german]", "2759-28-6", "220-423-6[einecs]", "2759-28-6[rn]", "einecs 220-423-6", "benzylpiperazine", "106133-22-6[rn]", "1-benzylpiperazine"}|>, "706" -> <|"DatabaseID" -> "SW00525", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13842993]}, "IsomericSmiles" -> "CC(C)(C(Cl)(Cl)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01942"]}, "OfficialNames" -> <|"Indian Approved Name" -> "chlorobutanol"|>, "Synonyms" -> {"chloretone", "249-042-3[einecs]", "'acetone chloroform'", "6001-64-5[rn]", "1,1,1-trichloro-2-methylpropan-2-ol[wiki]", "chlorobutanol", "2-trichloromethyl-2-propanol", "2-(trichloromethyl)propan-2-ol", "215-305-6[einecs]", "tert-trichlorobutyl alcohol", "chlorbutol", "acetone chloroform", "trichlorisobutylalcohol", "878167", "'chlorobutanol'", "1320-66-7[rn]", "28471-22-9[rn]", "1,1,1-trichloro-2-methyl-2-propanol", "1,1,1-trichloro-2-methyl-2-propanol", "chloreton", "sedaform", "trichloro-tert-butanol", "chlorobutanol[wiki]", "200-317-6[einecs]", "chlorbutanol", "mfcd00004461", "b,b,b-trichloro-t-butanol", "57-15-8[rn]", "trichloro-2-methylpropan-2-ol", "2,2,2-trichloro-1,1-dimethylethanol", "1,1,1-trichloro-tert-butyl alcohol", "chlortran", "2-propanol 1,1,1-trichloro-2-methyl-", "1,1,1-trichloro-2-methyl-2-propanol hemihydrate", "trichloro-tert-butyl alcohol"}|>, "707" -> <|"DatabaseID" -> "SW00526", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16217"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6760]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04564"]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H](C(=O)O1)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04332"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ebelin lactone", "FDA Approved Drug" -> "GLUCONOLACTONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7027]}, "Synonyms" -> {"gluconolactone", "d-gluconolactone", "d-gluconic acid lactone", "gluconic acid lactone", "gluconic lactone", "glucono 1,5-lactone", "glc", "gluconic acid lactone (6ci)", "delta-gluconolactone", "glucarolactone", "1335-57-5[rn]", "71033-49-3[rn]", "83286[beilstein]", "90-80-2[rn]", "54910-68-8[rn]", "4253-68-3[rn]", "glucono delta lactone", "d-(+)-glucono-1,5-lactone", "(3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-one", "d-gluconic acid-1,5-lactone", "3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-one", "fujiglucon", "d-glucono-d-lactone", "d-gluconic acid d-lactone", "d-aldonolactone", "1", "(3s,4r,5r,6s)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-one", "1,5-d-gluconolactone", "d-(+)-gluconic acid d-lactone", "202-016-5[einecs]", "(3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-on(non-preferred name)", "gluconolactone[wiki]", "phlorizin hydrolase", "d-glucono-1,5-lactone", "d-threo-aldono-1,5-lactone", "(3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-one (non-preferred name)[acd/iupac name]", "lactase", "1,5-gluconolactone", "glucono delta-lactone", "deltagluconolactone", "gluconic acid-1,5-lactone", "lactase-glycosylceramidase", "d-glucono-1", "(3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-one", "d-gluconic acid 1,5-lactone", "\"d-glucono-1,5-lactone\""}|>, "708" -> <|"DatabaseID" -> "SW00527", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "490095"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444764]}, "IsomericSmiles" -> "c1cc(=O)oc2c1cc(c(c2)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aesculetin;dihydroxycoumarin;esculetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281416]}, "Synonyms" -> {"esculin aglucon", "esculetol", "cichoriin aglucon", "esculetin", "cichorigenin", "esculatin", "esculin aglycon", "asculetine", "2h-1-benzopyran-2-one 6,7-dihydroxy- (9ci)", "6,7-dihydroxy-2h-chromen-2-one", "5-18-03-00202 (beilstein handbook reference)[beilstein]", "2h-1-benzopyran-2-one 6,7-dihydroxy-", "305-01-1", "aesculetin", "305-01-1[rn]", "6,7-dihydroxy-2-benzopyrone", "e-3400", "6,7-dihydroxy-chromen-2-one", "aesculetin[wiki]", "6,7-dihydroxy-2h-1-benzopyran-2-one", "206-161-5[einecs]", "6", "cichoriin aglycon", "123-31-9[rn]", "coumarin 6,7-dihydroxy-", "6,7-dihydroxychromen-2-one", "c007628", "1/1/305", "6,7-dihydroxycoumarin", "152788", "6,7-dihydroxy-2h-chromen-2-on"}|>, "709" -> <|"DatabaseID" -> "SW00528", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20623]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)NCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00855"]}, "OfficialNames" -> <|"Australia Approved Name" -> "HEXAMINE HIPPURATE", "FDA Approved Drug" -> "METHENAMINE HIPPURATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21945]}, "Synonyms" -> {"hiprex", "methenamine hippurate", "viapta", "hexamethylenetetramine hippurate", "hexamine hippurate", "haiprex", "hippramine", "r-657", "227-206-5[einecs]", "hiprex (tn)", "n-benzoylglycine,compoundwith 1,3,5,7-tetraazatricyclo(3.3.1.13,7)decane (1:1)", "hexamethylenetetramine monohippurate", "einecs 227-206-5", "n-(phenylcarbonyl)glycine - 1,3,5,7-tetraazatricyclo[3.3.1.13,7]decane (1:1)", "urex (tn)", "hexamethylene tetramine hippurate", "5714-73-8[rn]", "glycine,n-benzoyl compd.with 1,3,5,7-tetraazatricyclo(3.3.1.1(sup 3,7))decane(1:1)", "n-benzoylglycine compd. with 1,3,5,7-tetraazatricyclo[3.3.1.13,7]decane(1:1)", "urex", "glycine n-benzoyl- compd. with 1,3,5,7-tetraazatricyclo[3.3.1.13,7]decane (1:1)", "[(phenylcarbonyl)amino]acetic acid - 1,3,5,7-tetraazatricyclo[3.3.1.13,7]decane (1:1)", "n-benzoylglycine - 1,3,5,7-tetraazatricyclo[3.3.1.13,7]decane (1:1)[acd/iupac name]", "hippuric acid compd. with hexamethylenetetramine (1:1)"}|>, "710" -> <|"DatabaseID" -> "SW00529", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16163"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 168055]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04339"]}, "IsomericSmiles" -> "C([C@@H](C(=O)[O-])[NH3+])SCC(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "carbocisteine", "Indian Approved Name" -> "carbocisteine"|>, "Synonyms" -> {"lisomucil", "29433-95-2[rn]", "mucodyne (tn)", "(l)-2-amino-3-(carboxymethylthio)propionic acid", "1725012[beilstein]", "l-cysteine s-(carboxymethyl)-", "l-3-((carboxymethyl)thio)alanine", "3-[(carboxymethyl)thio]-l-alanine", "(2r)-2-amino-3-[(carboxymethyl)sulfanyl]propanoic acid", "l-carbocisteine[jp15]", "mucocis", "carbocysteine[usan]", "2387-59-9[rn]", "gstp1-1", "3-(carboxymethylthio)-l-alanine", "(r)-s-(carboxymethyl)cysteine", "211-327-5[einecs]", "s-carboxymethylcysteine", "fluifort", "muciclar", "pscmc", "dl-cysteine s-(carboxymethyl)-", "dl-carbocisteine", "3-carboxymethylthio-l-alanine", "4-04-00-03150", "transbronchin", "thiodril", "carbocystein", "25390-17-4[rn]", "(2r)-2-amino-3-(carboxymethylthio)propanoic acid", "s-(carboxymethyl)-(r)-cysteine", "reomucil", "rhinathiol", "s-(carboxymethyl)-dl-cysteine", "bek", "ec 2.5.1.18", "alanine 3-((carboxymethyl)thio)- l-", "loviscol", "s-(carboxymethyl)-l-cysteine", "l-cysteine s- (carboxymethyl)-", "mucodyne", "s-carboxymethyl-l-cysteine", "c-1850", "gst class-pi", "carbocisteine", "638-23-3[rn]", "186537-58-6[rn]", "carbocistein", "carboxymethylenecysteine"}|>, "711" -> <|"DatabaseID" -> "SW00530", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4589]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01121"]}, "IsomericSmiles" -> "c1ccc(cc1)CC(=O)NC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00504"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PHENACEMIDE"|>, "PharmGKBID" -> "PA164745309", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4753]}, "Synonyms" -> {"phenacalum", "fenacemide", "fenostenyl", "phenuron", "fenacetamide", "carbanmide", "phenurone", "comitiadone", "acetylureum", "cetylureum", "phenacemide", "phenyrit", "phenylacetylurea", "eferon", "phetylureum", "phenicarb", "efron", "epheron", "fenacetil-karbamide", "neophenal", "felurea", "fenural", "fenurea", "neophedan", "phenacetylurea", "phenarone", "fenilep", "phenutal", "fenytan", "phenacetylcarbamide", "fenacemid", "phacetur", "epiclase", "phenacetur", "phenacereum", "fenurone", "fenised", "phenylacetyluree", "phenacemidum", "benzeneacetamide n-(aminocarbonyl)-", "sodium channel protein brain i subunit alpha", "trioxanona", "sodium channel protein type i subunit alpha", "phenylacetyl-urea", "pa", "fenacemida[spanish][inn]", "phenurone (tn)", "fenacemide [dcit]", "phenacemide [ban:inn][inn]", "carbamide phenylacetate", "amino-n-(2-phenylacetyl)amide", "(phenylacetyl)urea", "200-570-2[einecs]", "(2-phenylacetyl)urea", "voltage-gated sodium channel subunit alpha nav1.1", "n-(aminocarbonyl)-2-phenylacetamide", "204-845-8[einecs]", "63-98-9[rn]", "urea (phenylacetyl)-", "n-carbamoyl-2-phenylacetamide[acd/iupac name]", "fenylacetylmocovina", "phenacerum", "n-(aminocarbonyl)benzeneacetamide", "fenylacetylmocovina[czech]", "127-48-0[rn]", "337376-15-5", "phenacemide[wiki]", "4-09-00-01636 (beilstein handbook reference)[beilstein]", "benzeneacetamide n- (aminocarbonyl)-", "phenylacetyluree[french]"}|>, "712" -> <|"DatabaseID" -> "SW00531", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4918"]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl eugenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7127]}, "Synonyms" -> {"eugenyl methyl ether", "4-allyl-1", "methyl eugenol ether", "methyl eugenol", "o-methyleugenol", "methyleugenol", "3", "4-allylveratrole", "eugenol methyl ether", "93-15-2"}|>, "713" -> <|"DatabaseID" -> "SW00532", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54968]}, "IsomericSmiles" -> "CC(=O)CCc1ccc(cc1)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "p-methoxybenzylacetone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61007]}, "Synonyms" -> {"anisylacetone", "4-(4-methoxyphenyl)butan-2-one", "raspberry ketone methyl ether", "methyl oxanone", "4-methoxybenzylacetone", "2-butanone", "rasberry ketone methyl ether", "jsp000420", "bramble ketone", "4-(p-methoxyphenyl)-2-butanone", "203-184-2[einecs]", "2-butanone 4- (p-methoxyphenyl)-", "104-20-1", "4-(4-methoxyphenyl)-2-butanon", "4-(4-methoxyphenyl)-2-butanone[acd/iupac name]", "2-butanone 4-(p-methoxyphenyl)-", "p-methoxybenzylacetone", "4-(4-methoxy-phenyl)-butan-2-one", "anisylacetone p-", "4-(4-methoxyphenyl)-2-butanone", "2-butanone 4-(p-methoxyphenyl)- (6ci,7ci,8ci)", "butan-2-one 4-(4-methoxyphenyl)-", "2-butanone 4-(4-methoxyphenyl)-", "104-20-1[rn]", "1869592", "1-(p-methoxyphenyl)-3-butanone-", "p-anisylacetone", "methoxybenzylacetone p-", "4-08-00-00506 (beilstein handbook reference)[beilstein]", "methyloxanone", "2-butanone 4- (4-methoxyphenyl)-", "4-(p-methoxyphenyl)-2-butanone (natural)", "anisyl acetone", "1-(4-methoxyphenyl)-3-butanone"}|>, "714" -> <|"DatabaseID" -> "SW00533", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6877"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 553362]}, "IsomericSmiles" -> "C/C=C/c1ccc(c(c1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-eugenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 637776]}, "Synonyms" -> {"trans-methylisoeugenol", "methylisoeugenol", "isohomogenol", "4-trans-propenylveratrole", "isoeugenyl methyl ether", "(e)-methyl isoeugenol", "trans-4-propenylveratrole", "isomethyleugenol", "228-958-7[einecs]", "1-(3 4-dimethoxyphenyl)-1-propene", "benzene 1,2-dimethoxy-4-[(1e)-1-propen-1-yl]-", "1,2-dimethoxy-4-[(1e)-1-propen-1-yl]benzene", "o-methylisoeugenol", "benzene 1,2-dimethoxy-4-(1-propenyl)-", "(e)-1,2-dimethoxy-4-(1-propenyl)benzene", "chebi:6877", "6379-72-2[rn]", "methyl isoeugenol", "benzene 1,2-dimethoxy-4- (1-propenyl)-", "benzene 1,2-dimethoxy-4-propenyl-", "4-(1-propenyl)-1,2-dimethoxybenzene", "1,2-dimethoxy-4-[(1e)-prop-1-en-1-yl]benzene", "3 4-dimethoxypropenylbenzene", "iso-eugenol", "(e)-1,2-dimethoxy-4-(prop-1-en-1-yl)benzene", "93-16-3[rn]", "1,3,4-isoeugenol methyl ether", "1,2-dimethoxy-4-prop-1-en-1-ylbenzene", "benzene 1,2-dimethoxy-4-propenyl- (e)-", "4-((1e)prop-1-enyl)-1,2-dimethoxybenzene", "1,2-dimethoxy-4-propenylbenzene", "benzene 1,2-dimethoxy-4-(1-propen-1-yl)-", "880472[beilstein]", "benzene 1 2-dimethoxy-4-propenyl-", "54349-79-0[rn]", "4-propenyl-1,2-dimethoxybenzene", "1,2-dimethoxy-4-(prop-1-en-1-yl)benzene", "4-propenylveratrole", "4-06-00-06325 (beilstein handbook reference)[beilstein]", "benzene 1,2-dimethoxy-4-propenyl", "1-propene 1-(3,4-dimethoxyphenyl)-", "1,2-dimethoxy-4-((e)-propenyl)-benzene", "202-224-6[einecs]", "benzene", "trans-isomethyleugenol"}|>, "715" -> <|"DatabaseID" -> "SW00534", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4473486]}, "IsomericSmiles" -> "C/C=C/c1ccc(cc1OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nothosmyrnol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5314067]}, "Synonyms" -> {"2", "benzene", "ac1nsqi7", "ghl.pd_mitscher_leg0.56", "829-39-0", "nothosmyrnol", "2,4-dimethoxy-1-(1-propenyl)benzene", "829-39-0[rn]", "benzene 2,4-dimethoxy-1-(1-propenyl)-"}|>, "716" -> <|"DatabaseID" -> "SW00535", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83204], ExternalIdentifier["ChemSpiderID", 4598]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00830"]}, "IsomericSmiles" -> "CC1C(OCC[NH2+]1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05454"], ExternalIdentifier["KEGGID", "C07432"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Phenmetrazine", "FDA Approved Drug" -> "PHENMETRAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164747188", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92159], ExternalIdentifier["PubChemCompoundID", 4762]}, "Synonyms" -> {"phenmetrazine hydrochloride", "phenmetrazine", "phenmetraline hydrochloride", "oxazimedrine", "preludin", "neo-zine", "fenmetrazin", "phenmetrazin", "mefolin", "probese-p", "dexphenmetrazine", "psychamine a 66", "probese-p hydrochloride", "defenmetrazin", "2-phenyl-3-methylmorpholine", "cafilon", "psychamine a 66 hydrochloride", "usaf ge-1", "marsin", "3-methyl-2-phenylmorpholine", "a 66 hydrochloride", "1707-14-8[rn]", "phenmetrazinum [inn-latin]", "da transporter", "bromadryl", "dat", "216-950-6[einecs]", "3-methyl-2-phenylmorpholine hydrochloride", "fenmetrazina [inn-spanish]", "preludin hydrochloride", "154-40-5[rn]", "phenmetrazinum[latin]", "3-methyl-2-phenyltetrahydro-2h-1,4-oxazine hydrochloride", "3-methyl-2-phenylmorpholine[acd/iupac name]", "237-701-8[einecs]", "phenmetrazine teoclate", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "21288-73-3[rn]", "preludin[wiki]", "phenmetrazine chloride", "dl-2-phenyl-3-methyltetrahydro-1,4-oxazine hydrochloride", "3-methyl-2-phenyltetrahydro-2h-1,4-oxazine", "morpholine 3-methyl-2-phenyl- hydrochloride", "2-fenyl-3-methylmorfolin[czech]", "13931-75-4[rn]", "3-methyl-2-phenylmorpholine hydrochloride (1:1)[acd/iupac name]", "phenmetraline", "morpholine 3-methyl-2-phenyl- hydrochloride (1:1)", "2-phenyl-3-methyltetrahydro-1,4-oxazine hydrochloride", "fenmetrazina[spanish][inn]", "2-phenyl-3-methyltetrahydro-1,4-oxazine", "morpholine 3-methyl-2-phenyl-", "dl-2-phenyl-3-methyltetrahydro-1,4-oxazine", "134-49-6[rn]", "3-methyl-2-phenyl-morpholine", "marsin[wiki]", "phenmetrazine[wiki]", "337376-15-5", "205-143-4[einecs]"}|>, "717" -> <|"DatabaseID" -> "SW00535", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83204], ExternalIdentifier["ChemSpiderID", 4598]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00830"]}, "IsomericSmiles" -> "CC1C(OCC[NH2+]1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05454"], ExternalIdentifier["KEGGID", "C07432"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Phenmetrazine", "FDA Approved Drug" -> "PHENMETRAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164747188", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92159], ExternalIdentifier["PubChemCompoundID", 4762]}, "Synonyms" -> {"phenmetrazine hydrochloride", "phenmetrazine", "phenmetraline hydrochloride", "oxazimedrine", "preludin", "neo-zine", "fenmetrazin", "phenmetrazin", "mefolin", "probese-p", "dexphenmetrazine", "psychamine a 66", "probese-p hydrochloride", "defenmetrazin", "2-phenyl-3-methylmorpholine", "cafilon", "psychamine a 66 hydrochloride", "usaf ge-1", "marsin", "3-methyl-2-phenylmorpholine", "a 66 hydrochloride", "1707-14-8[rn]", "phenmetrazinum [inn-latin]", "da transporter", "bromadryl", "dat", "216-950-6[einecs]", "3-methyl-2-phenylmorpholine hydrochloride", "fenmetrazina [inn-spanish]", "preludin hydrochloride", "154-40-5[rn]", "phenmetrazinum[latin]", "3-methyl-2-phenyltetrahydro-2h-1,4-oxazine hydrochloride", "3-methyl-2-phenylmorpholine[acd/iupac name]", "237-701-8[einecs]", "phenmetrazine teoclate", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "21288-73-3[rn]", "preludin[wiki]", "phenmetrazine chloride", "dl-2-phenyl-3-methyltetrahydro-1,4-oxazine hydrochloride", "3-methyl-2-phenyltetrahydro-2h-1,4-oxazine", "morpholine 3-methyl-2-phenyl- hydrochloride", "2-fenyl-3-methylmorfolin[czech]", "13931-75-4[rn]", "3-methyl-2-phenylmorpholine hydrochloride (1:1)[acd/iupac name]", "phenmetraline", "morpholine 3-methyl-2-phenyl- hydrochloride (1:1)", "2-phenyl-3-methyltetrahydro-1,4-oxazine hydrochloride", "fenmetrazina[spanish][inn]", "2-phenyl-3-methyltetrahydro-1,4-oxazine", "morpholine 3-methyl-2-phenyl-", "dl-2-phenyl-3-methyltetrahydro-1,4-oxazine", "134-49-6[rn]", "3-methyl-2-phenyl-morpholine", "marsin[wiki]", "phenmetrazine[wiki]", "337376-15-5", "205-143-4[einecs]"}|>, "718" -> <|"DatabaseID" -> "SW00535", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83204], ExternalIdentifier["ChemSpiderID", 4598]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00830"]}, "IsomericSmiles" -> "CC1C(OCC[NH2+]1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05454"], ExternalIdentifier["KEGGID", "C07432"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Phenmetrazine", "FDA Approved Drug" -> "PHENMETRAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164747188", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92159], ExternalIdentifier["PubChemCompoundID", 4762]}, "Synonyms" -> {"phenmetrazine hydrochloride", "phenmetrazine", "phenmetraline hydrochloride", "oxazimedrine", "preludin", "neo-zine", "fenmetrazin", "phenmetrazin", "mefolin", "probese-p", "dexphenmetrazine", "psychamine a 66", "probese-p hydrochloride", "defenmetrazin", "2-phenyl-3-methylmorpholine", "cafilon", "psychamine a 66 hydrochloride", "usaf ge-1", "marsin", "3-methyl-2-phenylmorpholine", "a 66 hydrochloride", "1707-14-8[rn]", "phenmetrazinum [inn-latin]", "da transporter", "bromadryl", "dat", "216-950-6[einecs]", "3-methyl-2-phenylmorpholine hydrochloride", "fenmetrazina [inn-spanish]", "preludin hydrochloride", "154-40-5[rn]", "phenmetrazinum[latin]", "3-methyl-2-phenyltetrahydro-2h-1,4-oxazine hydrochloride", "3-methyl-2-phenylmorpholine[acd/iupac name]", "237-701-8[einecs]", "phenmetrazine teoclate", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "21288-73-3[rn]", "preludin[wiki]", "phenmetrazine chloride", "dl-2-phenyl-3-methyltetrahydro-1,4-oxazine hydrochloride", "3-methyl-2-phenyltetrahydro-2h-1,4-oxazine", "morpholine 3-methyl-2-phenyl- hydrochloride", "2-fenyl-3-methylmorfolin[czech]", "13931-75-4[rn]", "3-methyl-2-phenylmorpholine hydrochloride (1:1)[acd/iupac name]", "phenmetraline", "morpholine 3-methyl-2-phenyl- hydrochloride (1:1)", "2-phenyl-3-methyltetrahydro-1,4-oxazine hydrochloride", "fenmetrazina[spanish][inn]", "2-phenyl-3-methyltetrahydro-1,4-oxazine", "morpholine 3-methyl-2-phenyl-", "dl-2-phenyl-3-methyltetrahydro-1,4-oxazine", "134-49-6[rn]", "3-methyl-2-phenyl-morpholine", "marsin[wiki]", "phenmetrazine[wiki]", "337376-15-5", "205-143-4[einecs]"}|>, "719" -> <|"DatabaseID" -> "SW00535", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83204], ExternalIdentifier["ChemSpiderID", 4598]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00830"]}, "IsomericSmiles" -> "CC1C(OCC[NH2+]1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05454"], ExternalIdentifier["KEGGID", "C07432"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Phenmetrazine", "FDA Approved Drug" -> "PHENMETRAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164747188", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92159], ExternalIdentifier["PubChemCompoundID", 4762]}, "Synonyms" -> {"phenmetrazine hydrochloride", "phenmetrazine", "phenmetraline hydrochloride", "oxazimedrine", "preludin", "neo-zine", "fenmetrazin", "phenmetrazin", "mefolin", "probese-p", "dexphenmetrazine", "psychamine a 66", "probese-p hydrochloride", "defenmetrazin", "2-phenyl-3-methylmorpholine", "cafilon", "psychamine a 66 hydrochloride", "usaf ge-1", "marsin", "3-methyl-2-phenylmorpholine", "a 66 hydrochloride", "1707-14-8[rn]", "phenmetrazinum [inn-latin]", "da transporter", "bromadryl", "dat", "216-950-6[einecs]", "3-methyl-2-phenylmorpholine hydrochloride", "fenmetrazina [inn-spanish]", "preludin hydrochloride", "154-40-5[rn]", "phenmetrazinum[latin]", "3-methyl-2-phenyltetrahydro-2h-1,4-oxazine hydrochloride", "3-methyl-2-phenylmorpholine[acd/iupac name]", "237-701-8[einecs]", "phenmetrazine teoclate", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "21288-73-3[rn]", "preludin[wiki]", "phenmetrazine chloride", "dl-2-phenyl-3-methyltetrahydro-1,4-oxazine hydrochloride", "3-methyl-2-phenyltetrahydro-2h-1,4-oxazine", "morpholine 3-methyl-2-phenyl- hydrochloride", "2-fenyl-3-methylmorfolin[czech]", "13931-75-4[rn]", "3-methyl-2-phenylmorpholine hydrochloride (1:1)[acd/iupac name]", "phenmetraline", "morpholine 3-methyl-2-phenyl- hydrochloride (1:1)", "2-phenyl-3-methyltetrahydro-1,4-oxazine hydrochloride", "fenmetrazina[spanish][inn]", "2-phenyl-3-methyltetrahydro-1,4-oxazine", "morpholine 3-methyl-2-phenyl-", "dl-2-phenyl-3-methyltetrahydro-1,4-oxazine", "134-49-6[rn]", "3-methyl-2-phenyl-morpholine", "marsin[wiki]", "phenmetrazine[wiki]", "337376-15-5", "205-143-4[einecs]"}|>, "720" -> <|"DatabaseID" -> "SW00536", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2278]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00217"]}, "IsomericSmiles" -> "CN/C(=[NH+]\\C)/NCc1ccccc1", "OfficialNames" -> <|"FDA Approved Drug" -> "BETHANIDINE SULFATE"|>, "Synonyms" -> {"betanidin", "betanidine", "bethanid", "n,n'-dimethyl-n''-(phenylmethyl)-guanidine", "bw 467c60", "guanidine 2-benzyl-1,3-dimethyl-", "2088068[beilstein]", "bethanidine", "1,2-dimethyl-3-(phenylmethyl)guanidine", "55-73-2[rn]", "tenathan (tn)", "1-benzyl-2,3-dimethylguanidine[acd/iupac name]", "benzanidin", "potassium channel inwardly rectifying subfamily j member 1", "atp-regulated potassium channel rom-k", "tenathan", "bethanidine sulfate", "9005-49-6", "bw467c60", "kir1.1", "guanidine n,n'-dimethyl-n''-(phenylmethyl)-", "2-benzyl-1,3-dimethylguanidine", "bethanidine[wiki][inn]", "guanidine n,n''-dimethyl-n'-(phenylmethyl)-", "2181-76-2[rn]", "betanidole", "regulin", "bw-467-c-60", "n,n'-dimethyl-n''-(phenylmethyl)guanidine", "benzanidine", "n-benzyl-n',n''-dimethylguanidine", "2937259[beilstein]", "betanidina[spanish][inn]", "esbatal", "guanidine 1-benzyl-2,3-dimethyl- (8ci)", "2092860[beilstein]", "batel", "betanidinum[latin][inn]"}|>, "721" -> <|"DatabaseID" -> "SW00537", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "44915"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4774]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00818"]}, "IsomericSmiles" -> "CC(C)c1cccc(c1O)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00549"]}, "OfficialNames" -> <|"China Approved Name" -> "propofol", "Indian Approved Name" -> "propofol", "WHO Essential Medicine" -> "propofol", "Australia Approved Name" -> "PROPOFOL", "FDA Approved Drug" -> "PROPOFOL"|>, "PharmGKBID" -> "PA451141", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4943]}, "Synonyms" -> {"diisopropylphenol", "propofol", "diprivan", "disoprofol", "disoprivan", "fresofol", "2", "rapinovet", "propofolum", "1866484[beilstein]", "2,6-bis(methylethyl)phenol", "aquavan", "2,6-bis(isopropyl)phenol", "cas-2078-54-8", "\"2,6-diisopropylphenol\"", "2,6-bis(1-methylethyl)phenol", "2078-54-8[rn]", "phenol 2,6-diisopropyl-", "ivofol", "2,6-diisopropylphenol", "hbsc ii", "2,6-di(propan-2-yl)phenol", "dipravan", "27923-56-4[rn]", "2,6-bis(1-methylethyl)benzolol", "50356-15-5[rn]", "phenol 2,6-bis(1-methylethyl)-", "propofol (ici 35868)", "toxic liquid organic n.o.s. (propofol)", "sodium channel protein brain ii subunit alpha", "propofol[wiki][inn]", "ici-35,868", "4-06-00-03435 (beilstein handbook reference)[beilstein]", "voltage-gated sodium channel subunit alpha nav1.2", "propofol (jan/usan)[jan][usan]", "ampofol", "[2078-54-8]", "ici35868", "2,6-di-iso-propylphenol", "propofolum[latin]", "2,6-diisopropyl-phenol", "pfl", "propofol (diprivan)", "2,6-bis(isopropyl)-phenol", "2,6-dipropan-2-ylphenol", "2,6-bis(propan-2-yl)phenol", "28449-97-0[rn]", "2,6 diisopropylphenol", "diprivan 10", "ici 35,868", "sodium channel protein type ii subunit alpha", "diprivan[wiki]", "d015742", "2,6-diisopropylphenol[acd/iupac name]", "recofol", "propofol(2,6-diisopropylphenol)", "2078-54-8", "propofol [usan:ban:inn][inn][usan]", "218-206-6[einecs]", "aquafol", "2 6-diisopropylphenol", "propofol [inn_en]", "ici35,868", "diprivan (tn)"}|>, "722" -> <|"DatabaseID" -> "SW00538", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48213"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14076]}, "IsomericSmiles" -> "CCCCCc1ccc(cc1O)C", "OfficialNames" -> <|"Indian Approved Name" -> "amylmetacresol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14759]}, "Synonyms" -> {"amylmetacresol", "6-n-amyl-m-cresol", "amylmetacresolum", "6-pentyl-m-cresol", "6-n-pentyl-m-cresol", "6-amyl-m-cresol", "amylmetacresol [ban:inn][inn]", "5-methyl-2-pentylphenol", "amylmetacresolum[latin]", "m-cresol 6-n-pentyl-", "amilmetacresol [spanish]", "5-methyl-2-(pent-1-yl)phenol", "amilmetacresol[spanish]", "53043-14-4[rn]", "215-094-0[einecs]", "5-methyl-2-pentylphenol[acd/iupac name]", "3-methyl-6-pentylphenol", "phenol 5-methyl-2-pentyl-", "amylmetacresolum [latin]", "1300-94-3[rn]", "mac", "3-06-00-02005 (beilstein handbook reference)[beilstein]", "m-cresol 6-pentyl-", "m-cresol", "5-methyl-2-n-pentylphenol", "phenol 5-methyl-2-pentyl- (9ci)", "a.m.c.", "2440952[beilstein]"}|>, "723" -> <|"DatabaseID" -> "SW00539", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938661]}, "IsomericSmiles" -> "CO[Si](C)(C)O[Si](C)(C)C", "OfficialNames" -> <|"Australia Approved Name" -> "SILICONE", "FDA Approved Drug" -> "SIMETHICONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433516]}, "Synonyms" -> {"rioplus", "di-gel", "silicone antifoam emulsions se 6 and se 9", "antifoam a", "dc antifoam a", "silicone antifoam agent s 184", "asidopan plus", "simeco", "phazyme[wiki]", "8050-81-5[rn]", "kudrox", "gelusil", "riopan plus", "hsdb 3906", "wydrate plus", "maalox plus", "mixture name", "phazyme", "mylanta gas relief", "simethicone", "sentry simethicone emulsion", "mylicon infant's drops", "sentry simethicone", "simethicone[wiki]", "maalox hrf", "mylanta[wiki]", "gas-x"}|>, "724" -> <|"DatabaseID" -> "SW00540", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 600426]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01880"]}, "IsomericSmiles" -> "c1cc(c(cc1/C=C/C(=O)[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "34-dihydroxycinnamic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 689043]}, "Synonyms" -> {"3", "caffeic acid", "3,4-dihydroxycinnamic acid", "2-propenoic acid 3-(3,4-dihydroxyphenyl)- (e)-", "trans-caffeate", "331-89-5[rn]", "2-propenoic acid 3-(3,4-dihydroxyphenyl)- (9ci)", "4-(2'-carboxyvinyl)-1,2-dihydroxybenzene", "(2e)-3-(3,4-dihydroxyphenyl)-2-propenoic acid", "3-(3,4-dihydroxyphenyl)acrylic acid[acd/iupac name]", "3-(3 4-dihydroxy phenyl)-2-propenoic acid", "3-(3,4-dihydroxyphenyl)prop-2-enoic acid", "2-propenoic acid", "2-propenoic acid 3-(3,4-dihydroxyphenyl)- (2e)-", "331-39-5", "caffeic acid natural", "3-(3,4-dihydroxy phenyl)-2-propenoic acid", "3,4-dihydroxycynnamic acid", "3,4-dihydroxybenzeneacrylic acid", "501-16-6[rn]", "(e)-3-(3,4-dihydroxyphenyl)-2-propenoic acid", "mif", "gif", "2210883[beilstein]", "glycosylation-inhibiting factor", "3,4-dihydroxy-cinnamic acid", "kop", "caffeic acid trans-", "3-(3,4-dihydroxy-phenyl)-acrylic acid", "ec 5.3.2.1", "(e)-3-(3,4-dihydroxyphenyl)acrylic acid", "331-39-5[rn]", "(e)-3-(3,4-dihydroxy-phenyl)-acrylic acid", "trans-caffeic acid", "2-propenoic acid 3- (3,4-dihydroxyphenyl)-", "3-(3,4-dihydroxyphenyl)-2-propenoic acid", "(2e)-3-(3,4-dihydroxyphenyl)prop-2-enoic acid", "3-(3,4-dihydroxyphenyl)propenoic acid", "cinnamic acid 3,4-dihydroxy-", "cinnamic acid", "caffeicacid", "phenylpyruvate tautomerase", "2-propenoic acid 3-(3,4-dihydroxyphenyl)-", "caffeic acid[wiki]", "c-1500", "3-(3", "3-(3 4-dihydroxyphenyl)propenoic acid", "(2e)-3-(3", "4-(2-carboxyethenyl)-1 2-dihydroxybenzene", "(2e)-3-(3,4-dihydroxyphenyl)acrylic acid", "206-361-2[einecs]", "1954563[beilstein]", "4-(2-carboxyethenyl)-1,2-dihydroxybenzene", "4-(2'-carboxyvinyl)-1,2-dihydroxybenzene"}|>, "725" -> <|"DatabaseID" -> "SW00541", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15365"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2157], ExternalIdentifier["ChemSpiderID", 82731]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00945"]}, "IsomericSmiles" -> "CC(=O)Oc1ccccc1C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00109"]}, "OfficialNames" -> <|"China Approved Name" -> "Aspisol;acetylsalicylic acid;aspirin", "WHO Essential Medicine" -> "acetylsalicylic acid", "Indian Approved Name" -> "aspirin;acetyl salicylic acid", "Traditional Herbal Isolate" -> "acetylsalicylic acid", "FDA Approved Drug" -> "ASPIRIN"|>, "PharmGKBID" -> "PA448497", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2244], ExternalIdentifier["PubChemCompoundID", 91626]}, "Synonyms" -> {"acetosal", "acylpyrin", "easprin", "acetylsalicylic acid", "ecotrin", "aspirin", "colfarit", "acenterine", "polopiryna", "pharmacin", "bi-prin", "decaten", "o-acetoxybenzoic acid", "solpyron", "enterosarein", "a.s.a.", "ecolen", "asteric", "acesal", "o-carboxyphenyl acetate", "acisal", "bialpirinia", "levius", "enterophen", "claradin", "contrheuma retard", "endydol", "asatard", "acetilsalicilico", "2-acetoxybenzoic acid", "salicylic acid acetate", "acetysalicylic acid", "acetosalic acid", "rhonal", "solfrin", "rhodine", "acetophen", "aspec", "adiro", "cemirit", "yasta", "ecm", "asa", "supac", "acidum acetylsalicylicum", "acetosalin", "pirseal", "extren", "solprin", "acetilum acidulatum", "caprin", "entrophen", "acetol", "globoid", "o-acetylsalicylic acid", "acetylin", "delgesic", "clariprin", "idragin", "aceticyl", "aspalon", "benaspir", "enterosarine", "asagran", "salacetin", "persistin", "micristin", "tasprin", "aspirdrops", "2-acetoxybenzenecarboxylic acid", "saletin", "solprin acid", "crystar", "acetoxybenzoic acid", "2-(acetyloxy)benzoic acid", "triple-sal", "premaspin", "novid", "acido acetilsalicilico", "temperal", "bialpirina", "acetisal", "entericin", "acetylsal", "salcetogen", "xaxa", "triaminicin", "globentyl", "rheumintabletten", "empirin", "acimetten", "spira-dine", "bayer extra strength aspirin for migraine pain", "aspergum", "azetylsalizylsaeure", "ec 1.3.1.20", "st. joseph", "o-accetylsalicylic acid", "2-carboxyphenyl acetate", "acido acetilsalicilico[italian]", "779271[beilstein]", "acetylsalicylzuur", "50-78-2[rn]", "measurin[wiki]", "acidum acetylsalicylicum[latin][inn]", "acetylsalycilic acid", "acesan", "kyselina acetylsalicylova[czech]", "miniasal", "equi-prin", "polopirin", "salospir", "rodine", "acide acetylsalicylique (french)", "axotal[wiki]", "rhodine nc rp", "helicon", "easprin (tn)", "high- affinity hepatic bile acid-binding protein", "acetonyl", "synalgos", "vanquish", "dihydrodiol dehydrogenase 1/2", "2-acetyloxybenzoic acid", "ec 1.1.1.149", "duramax", "cardioaspirina", "aspirin with stomach guard (acetylsalicylic acid + calcium carbonate + magnesium carbonate + magnesium oxide)_mixture", "ascoden-30", "equagesic[wiki]", "acetysal", "kyselina acetylsalicylova", "aspirin[wiki][usp][ban][jan][jp15]", "dd1/dd2", "2-acetoxybenzoic acid[acd/iupac name]", "aspirin with stomach guard extra strength - tab (acetylsalicylic acid + calcium carbonate + magnesium carbonate + magnesium oxide)_mixture", "aspirine[wiki]", "acetyonyl", "istopirin", "acetylsalicylsaure (german)", "melhoral", "extra strength aspirin backache (acetylsalicylic acid + methocarbamol)_mixture", "doril", "aspirina[basque]", "hbab", "vanquish[wiki]", "acetylsalicylate", "aspirin plus stomach guard ext.stgth.caplet (acetylsalicylic acid + calcium carbonate + magnesium carbonate + magnesium oxide)_mixture", "acide acetylsalicylique", "duramax[wiki]", "aspergum[wiki]", "robaxisal", "anacin[wiki]", "acetard", "acetyl salycylic acid", "dispril", "acetylsalicylsaeure", "rheumin tabletten", "bufferin", "aspropharm", "aspro[wiki]", "o-(acetyloxy)benzoic acid", "helicon[wiki]", "dolean ph 8", "nu-seals aspirin", "acido o-acetil-benzoico[italian]", "acetyl-sal", "200-064-1[einecs]", "aloxiprimum", "ec 1.1.1.-", "2-carboxyphenyl acetate[spanish]", "measurin", "acido o-acetil-benzoico", "kyselina 2-acetoxybenzoova", "medisyl", "ronal", "kapsazal", "neuronika", "zorprin", "ain", "st. joseph aspirin for adults", "aspro", "bufferin[wiki]", "ascriptin", "solupsan", "qvr bov1[wln]", "a.s.a. empirin", "acetyl salicylic acid", "salicylic acid acetyl-", "kyselina 2-acetoxybenzoova[czech]", "acetylsalicylicacid", "nu-seals", "endosprin", "acide 2-(acetyloxy)benzoique", "acetal", "acetylsalicylsaure[german]", "percodan[wiki]", "aspirin plus stomach guard (acetylsalicylic acid + calcium carbonate + magnesium carbonate + magnesium oxide)_mixture", "aspirine", "toldex", "20-alpha-hsd", "20-alpha- hydroxysteroid dehydrogenase", "4-10-00-00138[beilstein]", "benzoic acid 2-(acetyloxy)-", "salicylic acid acetate", "aspirin (van)", "aspirin plus stomach guard extra strength (acetylsalicylic acid + calcium carbonate + magnesium carbonate + magnesium oxide)_mixture", "acetylsaliycilic acid", "chlordecone reductase homolog hakrc", "aspirin plus stomach guard tab (acetylsalicylic acid + calcium carbonate + magnesium carbonate + magnesium oxide)_mixture", "8-hour bayer", "pravigard pac", "coricidin", "trans- 1,2-dihydrobenzene-1,2-diol dehydrogenase", "acetyl-salicylsyra", "magnecyl", "asetilsalisilik asit[turkish][wiki]", "solusprin", "l-lysine o-acetoxybenzoate", "lysine-acetylsalicylic acid", "flectadol", "37933-78-1[rn]", "aspiryl-polylysine", "253-723-0[einecs]", "lysine-aspirin", "2-acetoxybenzoic acid - l-lysine (1:1)[acd/iupac name]", "qvr bov1 &z4yzvq; &&l; or s form[wln]", "l-lysine 2-(acetyloxy)benzoate", "aspirin lysinate", "l-lysine compd. with 2-(acetyloxy)benzoic acid (1:1)", "acetylsalicylic acid lysinate", "einecs 253-723-0", "ac1l3mga"}|>, "726" -> <|"DatabaseID" -> "SW00542", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8617691]}, "IsomericSmiles" -> "Cn1c-2ncnc2c(nc1OC)N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mucronatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10442272]}, "Synonyms" -> {"mucronatine"}|>, "727" -> <|"DatabaseID" -> "SW00543", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4606]}, "IsomericSmiles" -> "c1ccc(cc1)CCCOC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01824"]}, "OfficialNames" -> <|"NPC Approved Name" -> "phenprobamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4770]}, "Synonyms" -> {"actiphan", "ansepron", "palmita", "proformiphen", "nelaxan", "spantol", "phenprobamate", "actozine", "eirenal", "extacol", "phenprobamatum[latin]", "3-phenylpropyl carbamate", "3-phenyl-1-propanol carbamate", "quamaquil", "carbamic acid 3-phenylpropyl ester", "benzenepropanol carbamate (9ci)", "211-606-1[einecs]", "benzenepropanol carbamate", "mh532", "tranquil[wiki]", "fenprobamato", "benzenepropanol carbamate", "phenprobamate [ban:dcf:inn:jan][inn][jan]", "gamaquil", "phenprobamate[wiki]", "qumamquil", "3-phenylpropyl carbamate[acd/iupac name]", "673-31-4[rn]", "phenoprobamate", "g-phenylpropyl carbamate", "spantol (tn)", "1-carbamoyloxy-3-phenylpropane", "1-propanol 3-phenyl- carbamate", "carbamic acid 3-phenylpropyl ester"}|>, "728" -> <|"DatabaseID" -> "SW00544", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 118692]}, "IsomericSmiles" -> "C(CO)CSC[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01845"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fudosteine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 134669]}, "Synonyms" -> {"cleanal", "fudosteine", "ss320a", "(-)-3-((3-hydroxypropyl)thio)-l-alanine", "s-(3-hydroxypropyl)cysteine", "l-cysteine s-(3-hydroxypropyl)-", "alanine", "s-(3-hydroxypropyl)-l-cysteine", "alanine 3-((3-hydroxypropyl)thio)- l- (8ci)", "spelear", "l-cysteine", "ncgc00164556-01", "s-(3-hydroxypropyl)-l-cysteine[acd/iupac name]", "13189-98-5", "(2r)-2-amino-3-(3-hydroxypropylthio)propanoic acid", "ss-320a", "alanine 3-((3-hydroxypropyl)thio)- l-", "13189-98-5[rn]", "cleanal (tn)"}|>, "729" -> <|"DatabaseID" -> "SW00545", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2715]}, "IsomericSmiles" -> "c1cc2c(ccc(c2nc1)O)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03572"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cloxiquine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2817]}, "Synonyms" -> {"cloxiquine", "5-chloro-8-hydroxyquinoline", "5-chloroquinolin-8-ol", "dermofongin", "chlorisept", "cloxyquin", "5-chlorooxine", "5-chloro-8-hydroxy quinoline", "8-quinolinol,5-chloro-", "5-21-03-00279 (beilstein handbook reference)[beilstein]", "5-chloro-8-oxychinolin", "8-quinolinol 5-chloro-", "25395-13-5[rn]", "5-chlor-8-chinolinol", "130-16-5[rn]", "halquinol", "dermofungin", "8067-69-4[rn]", "5-chloro-8-oxyquinoline", "cloxiquina[spanish][inn]", "8-quinolinol", "5-chloro-8-quinolinol[acd/iupac name]", "204-978-1[einecs]", "5-chloro-quinolin-8-ol", "cloxyquin[usan]", "5-chloro-8-quinolinol", "130-16-5", "clioquinol imp. a (ep)", "dermofongin a", "quinolin-8-ol 5-chloro-", "cloxiquinum[latin]", "8-hydroxy-5-chloroquinoline"}|>, "730" -> <|"DatabaseID" -> "SW00546", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388775]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@](O1)(CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "levulose", "Indian Approved Name" -> "fructooligosaccharides"|>, "PharmGKBID" -> "PA449716", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439709]}, "Synonyms" -> {"d(-)-fructose", "dsstox_cid_3081", "fructose[wiki][jan]", "furucton", "beta-d-arabino-hexulose", "200-333-3[einecs]", "57-48-7[rn]", "53188-23-1[rn]", "dxa", "beta-levulose", "1239004[beilstein]", "fructooligosaccharides", "fructon", "fruit sugar", "laevoral", "b-d-fructose", "laevosan", "16711-66-3[rn]", "fru", "fructosteril", "levugen", "fructose furanose form", "beta-d-fructofuranose", "beta-d-fructose", "st50407024", "beta-fruit sugar", "d-fructose[acd/iupac name]", "levulose", "1680732[beilstein]", "d-levulose", "chebi:28645"}|>, "731" -> <|"DatabaseID" -> "SW00547", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17266"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6638]}, "IsomericSmiles" -> "C([C@@H]([C@H]([C@@H](C(=O)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sorbose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6904]}, "Synonyms" -> {"esorben", "l-xylo-2-hexulose", "sorbinose", "einecs 201-771-8", "sorbin", "l-sorbinose", "l-xylo-hexulose", "hsdb 780", "sorbose[wiki]", "sorbose", "10597-69-0[rn]", "3615-56-3[rn]", "sorbose l- (van)", "nsc 97195", "l-sorbose", "keto-l-sorbose", "(3s,4r,5s)-1,3,4,5,6-pentahydroxyhexan-2-one", "sorbose l- (van) (8ci)", "sorbose (van)", "201-771-8[einecs]", "87-79-6[rn]", "l-1,3,4,5,6-pentahydroxyhexan-2-one", "1724554[beilstein]", "l-sorbitol", "l- -sorbose", "3615-39-2[rn]", "l-xylo-hex-2-ulose", "l-1,2,3,4,5,6-pentahydroxyhexan-2-one", "3588863[beilstein]", "l-sorbose[acd/iupac name]", "sorbose l-", "l-sor", "l-(-)-sorbose"}|>, "732" -> <|"DatabaseID" -> "SW00548", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17268"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10239179]}, "IsomericSmiles" -> "[C@@H]1([C@@H]([C@@H]([C@@H]([C@H]([C@@H]1O)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08079"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inositol;mesoinositol", "Indian Approved Name" -> "inositol"|>, "Synonyms" -> {"inosital", "i-inositol", "mesoinosite", "inositene", "dambose", "cyclohexitol", "cyclohexanehexol", "488-58-4[rn]", "mouse antialopecia factor", "ins", "hexahydroxycyclohexane", "mesoinosit", "cyclohexane-1,2,3,4,5,6-hexol", "mesol", "inositina", "inositol", "inosite", "1,2,3,5/4,6-cyclohexanehexol", "nucite", "1907328", "6917-35-7[rn]", "mesoinositol", "phaseomannitol", "myoinositol; inositol", "inositol[wiki]", "230-024-9[einecs]", "cis-1,2,3,5-trans-4,6-cyclohexanehexol", "myoinosite", "(1r,2s,3r,4r,5s,6s)-cyclohexane-1,2,3,4,5,6-hexol", "1,2,3,4,5,6-cyclohexanehexol (1a,2a,3a,4b,5a,6b)-", "meat sugar", "isoinositol", "mesovit", "phaseomannite", "1907329[beilstein]", "inositol (van)", "l-myo-inositol", "d-myo-inositol", "(1r,2r,3s,4s,5r,6s)-cyclohexane-1,2,3,4,5,6-hexol", "(1r,2r,3r,4r,5s,6s)-cyclohexane-1,2,3,4,5,6-hexol", "1l-myo-inositol", "bios i", "1d-myo-inositol", "1,2,3,4,5,6-hexahydroxy-cyclohexane", "iso-inositol", "201-781-2[einecs]", "myo-inositol", "87-89-8[rn]", "(1r,2s,3r,4r,5s,6s)-1,2,3,4,5,6-cyclohexanhexol", "1,2,3,5/4,6-hexahydroxycyclohexane", "mi", "(1r,2r,3s,4s,5r,6s)-cyclohexane-1,2,3,4,5,6-hexol; 1,2,3,5/4,6-cyclohexanehexol;ins; myoinositol;cis-1,2,3,5-trans-4,6-cyclohexanehexol; i-inositol; inosite; myo-inositol", "rat antispectacled eye factor", "(1r,2s,3r,4r,5s,6s)-1,2,3,4,5,6-cyclohexanehexol", "1,2,3,5/4,6-inositol", "meso-inositol", "myo-inositol fcc grade", "i-inositol fcc grade", "myoinositol", "scyllite"}|>, "733" -> <|"DatabaseID" -> "SW00549", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28757"], ExternalIdentifier["ChEBIID", "48095"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5764]}, "IsomericSmiles" -> "C([C@H]([C@H]([C@@H](C(=O)CO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00114"]}, "OfficialNames" -> <|"China Approved Name" -> "fructose", "Traditional Herbal Isolate" -> "fructose;d-fructose", "Indian Approved Name" -> "fructose"|>, "Synonyms" -> {"fructon", "fructose", "krystar 300", "furucton", "d-(-)-levulose", "arabino-hexulose", "hi-fructo 970", "nevulose", "d(-)-fructose", "fructose[wiki][jan]", "5732297[beilstein]", "arabino-2-hexulose", "d-(-)-fructose", "200-333-3[einecs]", "57-48-7[rn]", "53188-23-1[rn]", "1239004[beilstein]", "30237-26-4[rn]", "fruit sugar", "laevoral", "laevosan", "fru", "levugen", "fructose (van)", "fructose d-", "d-fructose[acd/iupac name]", "keto-d-fructose", "(3s,4r,5r)-1,3,4,5,6-pentahydroxy-2-hexanon", "methose", "krystar", "frutabs", "(3s,4r,5r)-1,3,4,5,6-pentahydroxy-2-hexanone", "d -fructose", "sugar", "fructose solution"}|>, "734" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "735" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "736" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "737" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "738" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "739" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "740" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "741" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "742" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "743" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "744" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "745" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "746" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "747" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "748" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "749" -> <|"DatabaseID" -> "SW00550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 450884]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)(O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-rhamnose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 516811]}, "Synonyms" -> {"l-(-)-rhamnose", "ac1landd", "6-methyloxane-2"}|>, "750" -> <|"DatabaseID" -> "SW00551", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5814]}, "IsomericSmiles" -> "C([C@@H]1[C@@H]([C@@H]([C@H](C(O1)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-galactose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6036]}, "Synonyms" -> {"d-(+)-galactose", "galactopyranose", "galactose", "d-galactose", "1281605[beilstein]", "ai3-18440", "d(+)-galactose", "233-595-2[einecs]", "d-galactopyranose", "200-416-4[einecs]", "39665-52-6[rn]", "3812-56-4[rn]", "chebi:4139", "147-76-2[rn]", "gal", "galactose[wiki]", "d-galactopyranose[acd/iupac name]", "d-(+)-galactose anhydrous", "26566-61-0[rn]", "59-23-4[rn]", "galactopyranoside", "4-01-00-04336 (beilstein handbook reference)[beilstein]", "10257-28-0[rn]"}|>, "751" -> <|"DatabaseID" -> "SW00551", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5814]}, "IsomericSmiles" -> "C([C@@H]1[C@@H]([C@@H]([C@H](C(O1)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-galactose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6036]}, "Synonyms" -> {"d-(+)-galactose", "galactopyranose", "galactose", "d-galactose", "1281605[beilstein]", "ai3-18440", "d(+)-galactose", "233-595-2[einecs]", "d-galactopyranose", "200-416-4[einecs]", "39665-52-6[rn]", "3812-56-4[rn]", "chebi:4139", "147-76-2[rn]", "gal", "galactose[wiki]", "d-galactopyranose[acd/iupac name]", "d-(+)-galactose anhydrous", "26566-61-0[rn]", "59-23-4[rn]", "galactopyranoside", "4-01-00-04336 (beilstein handbook reference)[beilstein]", "10257-28-0[rn]"}|>, "752" -> <|"DatabaseID" -> "SW00552", "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H](C(O1)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00009"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "glucose", "Traditional Herbal Isolate" -> "glucose;vitexin-22-o-beta-d- glucopyranoside;d-glucose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5793]}, "Synonyms" -> {"glucose", "meritose", "glucodin", "roferose st", "d-glucose", "grape sugar", "d-glucopyranose", "clintose l", "cpc hydrate", "dextrose", "80206-31-1[rn]", "d-glucopyranose[acd/iupac name][acd/index name]", "staleydex 130", "1281604[beilstein]", "165659-51-8[rn]", "traubenzucker", "162222-91-5[rn]", "492-62-6[rn]", "9037-91-6[rn]", "50-99-7[rn]", "glucolin", "glucopyranose", "200-075-1[einecs]", "dextrose 25%", "d-glcp", "meritose 200", "218-914-5[einecs]", "staleydex 95m", "2280-44-6[rn]", "dextropur", "50933-92-1[rn]", "cartose cerelose", "d-(+)-glucose", "dextrose 60%", "d-glc", "4-01-00-04302 (beilstein handbook reference)[beilstein]", "glc", "glupyranose", "dextrose[usp]", "8030-23-7[rn]", "glucose[wiki][jp15]", "8012-24-6[rn]", "d-glucopyranose ion(1-)", "glucopyranoside", "d-glucopyranoside", "(3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-olate (non-preferredname)"}|>, "753" -> <|"DatabaseID" -> "SW00552", "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H](C(O1)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00009"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "glucose", "Traditional Herbal Isolate" -> "glucose;vitexin-22-o-beta-d- glucopyranoside;d-glucose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5793]}, "Synonyms" -> {"glucose", "meritose", "glucodin", "roferose st", "d-glucose", "grape sugar", "d-glucopyranose", "clintose l", "cpc hydrate", "dextrose", "80206-31-1[rn]", "d-glucopyranose[acd/iupac name][acd/index name]", "staleydex 130", "1281604[beilstein]", "165659-51-8[rn]", "traubenzucker", "162222-91-5[rn]", "492-62-6[rn]", "9037-91-6[rn]", "50-99-7[rn]", "glucolin", "glucopyranose", "200-075-1[einecs]", "dextrose 25%", "d-glcp", "meritose 200", "218-914-5[einecs]", "staleydex 95m", "2280-44-6[rn]", "dextropur", "50933-92-1[rn]", "cartose cerelose", "d-(+)-glucose", "dextrose 60%", "d-glc", "4-01-00-04302 (beilstein handbook reference)[beilstein]", "glc", "glupyranose", "dextrose[usp]", "8030-23-7[rn]", "glucose[wiki][jp15]", "8012-24-6[rn]", "d-glucopyranose ion(1-)", "glucopyranoside", "d-glucopyranoside", "(3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-olate (non-preferredname)"}|>, "754" -> <|"DatabaseID" -> "SW00553", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "42758"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 96749]}, "IsomericSmiles" -> "C([C@H]([C@H]([C@@H]([C@H](C=O)O)O)O)O)O", "OfficialNames" -> <|"FDA Approved Drug" -> "DEXTROSE"|>, "Synonyms" -> {"cartose", "goldsugar", "9050-36-6[rn]", "d(+)-glucose", "glucosteril", "1724615[beilstein]", "maxim energy gel", "492-62-6[rn]", "4-01-00-04302", "224-118-9[einecs]", "grape sugar", "aldehydo-d-glucose", "vadex", "d-gulose[acd/iupac name]", "58367-01-4[rn]", "50-99-7[rn]", "dextrosol", "corn sugar", "glucolin", "cerelose", "cerelose 2001", "staleydex 333", "dxa", "200-075-1[einecs]", "232-940-4[einecs]", "207-757-8[einecs]", "tabfine 097(hs)", "218-914-5[einecs]", "d-glucose", "2280-44-6[rn]", "gulose[wiki]", "d-glucose grape sugar", "(2r,3s,4r,5r)-2,3,4,5,6-pentahydroxyhexanal", "sirup[wiki]", "19030-38-7[rn]", "d-(+)-glucose", "aldehydo-d-gluco-hexose", "dextrose 60%", "glo", "14431-43-7[rn]", "815-92-9[rn]", "d -glucose", "dextrose[usp]", "28823-03-2[rn]", "staleydex 111", "glucose[wiki][jp15]", "dextropur", "(+)-glucose"}|>, "755" -> <|"DatabaseID" -> "SW00554", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17893]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@@H](C(O1)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-mannose;mannose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18950]}, "Synonyms" -> {"d(+)-mannose", "mannose (van)", "d-mannopyranose", "seminose", "(+)-mannose", "carubinose", "d-(+)-mannose", "1564373[beilstein]", "mannose d-", "208-474-2[einecs]", "mannose[wiki]", "d-mannose[acd/iupac name]", "manosa", "3458-28-4[rn]", "50986-23-7[rn]", "mannopyranose", "50986-24-8[rn]", "530-26-7[rn]", "222-392-4[einecs]", "carubinose (van)", "40866-07-7[rn]", "man", "31103-86-3[rn]", "dl-mannose", "mannose", "147-74-0[rn]", "(+-)-mannose", "1423215[beilstein]", "mannopyranose d-"}|>, "756" -> <|"DatabaseID" -> "SW00554", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17893]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@@H](C(O1)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-mannose;mannose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18950]}, "Synonyms" -> {"d(+)-mannose", "mannose (van)", "d-mannopyranose", "seminose", "(+)-mannose", "carubinose", "d-(+)-mannose", "1564373[beilstein]", "mannose d-", "208-474-2[einecs]", "mannose[wiki]", "d-mannose[acd/iupac name]", "manosa", "3458-28-4[rn]", "50986-23-7[rn]", "mannopyranose", "50986-24-8[rn]", "530-26-7[rn]", "222-392-4[einecs]", "carubinose (van)", "40866-07-7[rn]", "man", "31103-86-3[rn]", "dl-mannose", "mannose", "147-74-0[rn]", "(+-)-mannose", "1423215[beilstein]", "mannopyranose d-"}|>, "757" -> <|"DatabaseID" -> "SW00555", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28177"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9062], ExternalIdentifier["ChemSpiderID", 19384]}, "IsomericSmiles" -> "Cn1c2c(c(=O)n(c1=O)C)[nH]cn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00227"], ExternalIdentifier["KEGGID", "D02017"], ExternalIdentifier["KEGGID", "D00371"]}, "OfficialNames" -> <|"China Approved Name" -> "aminophylline;theophylline;Theophyline", "Indian Approved Name" -> "theophylline;choline theophyllinate;aminophylline", "Australia Approved Name" -> "THEOPHYLLINE", "FDA Approved Drug" -> "AMINOPHYLLINE;OXTRIPHYLLINE;THEOPHYLLINE;THEOPHYLLINE SODIUM GLYCINATE"|>, "PharmGKBID" -> {"PA164781029", "PA451647"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9433], ExternalIdentifier["PubChemCompoundID", 2153], ExternalIdentifier["PubChemCompoundID", 23663537]}, "Synonyms" -> {"theolair", "elixophyllin", "theophylline", "somophyllin", "aminophyllin", "metaphylline", "theodur g", "cardiofilina", "ethophylline", "truphylline", "cardophyllin", "uniphyl", "aminophylline", "quibron-t", "theo-24", "aminodur", "theophylline ethylenediamine", "theo-dur", "respbid", "elixophylline", "theocin", "nuelin", "theophyllin", "1", "choline theophyllinate", "theophylline compd with ethylenediamine (2:1)", "neophyiline", "metaphyllin", "novophyllin", "theophylline ethylenediamine (tn)", "12767-26-9[rn]", "minaphil", "ethylenediamine compd. with theophylline (1:2)", "lixaminol", "1,2-ethanediaminecompd. with 3,7-dihydro-1,3-dimethyl-1h-purine-2,6-dione (1:2)", "somophyllin-o", "thephyldine", "pecram", "etilen-xantisan tabl.", "theomin", "etilen-xantisan", "dura-tab sm aminophylline", "theophyllaminum", "phyllocontin", "variaphylline", "cidophylline", "cariomin", "euufillin", "norofilina", "aminophylline ethylenediamine", "1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione- ethane-1,2-diamine (2:1)", "ammophyllin", "mudrane gg-2 tablets", "aminocardol", "theophylline hemiethylenediamine complex", "miofilin", "euphylline", "inophylline", "euphyllinum", "3,7-dihydro-1,3-dimethyl-1h-purine-2,6-dione,cmpd. with 1,2-ethanediamine (2:1)", "euphyllin", "phylcardin", "1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione- 1,2-ethanediamine (2:1)", "somophyllin (tn)", "aminophylline[wiki][usp]", "mudrane tablets", "mudrane gg tablets", "cardiomin", "diophyllin", "diaphylline", "phyllindon", "th/100", "1,3-dimethyl-3,7-dihydro-1h-purin-2,6-dion-ethan-1,2-diamin(2:1)", "genophyllin", "317-34-0[rn]", "grifomin", "theolamine", "206-264-5[einecs]", "aminodur dura-tabs", "cas-317-34-0", "1h-purine-2,6-dione 3,7-dihydro-1,3-dimethyl- compd.with 1,2-ethanediamine (2:1) mixt.with 3,7-dihydro-1,3-dimethyl-1h-purine-2,6-dione", "pulmophyllin (new)", "stenovasan", "8013-40-9[rn]", "1h-purine-2,6-dione 3,7-dihydro-1,3-dimethyl- compdwith 1,2-ethanediamine (2:1)", "theophylline compound with ethylenediamine (2:1)", "dobo", "95646-60-9[rn]", "aminophyllinum[latin]", "euufilin", "carena", "theophyldine", "carine", "eurphyllin", "novphyllin", "ethylenediamine compd. with theophylline (1:2)", "phyllocontin-350", "theophyllamine", "theophyllinum et ethylendiaminum", "1,3-dimethyl-3,9-dihydro-1h-purine-2,6-dione- ethane-1,2-diamine (2:1)", "somophyllin o", "1,3-dimethyl-1,3-dihydropurine-2,6-dione 1,3-dimethyl-1,3-dihydropurine-2,6-dione ethane-1,2-diamine", "rectalad-aminophylline", "theophyline ethylenediamine", "(theophylline)2 ethylenediamine", "theophyllaminium", "dura-tab s.m. aminophylline", "lasodex", "rectalad aminophylline", "80186-94-3[rn]", "eufilina[polish]", "phyllocontin[wiki]", "diuxanthine", "aminofilina[spanish][inn]", "tad", "3,7-dihydro-1,3-dimethyl-1h-purine-2,6-dionecompd. with 1,2-ethanediamine (2:1)", "tefamin", "cardophylin", "diophllin", "variaphylline la", "linampheta", "theolone", "mudrane-2 tablets", "aminofillina [dcit]", "1h-purine-2,6-dione 3,7-dihydro-1,3-dimethyl- compd.with 1,2-ethanediamine (2:1)", "somopphyllin aminocadol phyllocontin", "null", "pulmophylline (new)", "methophylline", "aminophylline [ban:inn:jan][inn][jan]", "diaphilline", "theophylline compd. with ethylenediamine (2:1)", "theodrox", "1h-purine-2,6-dione 3,9-dihydro-1,3-dimethyl- compd.with 1,2-ethanediamine (2:1)", "peterphyllin", "vasofilina", "syntophyllin", "337376-15-5", "aminophylline(phyllocontin truphylline)", "(2-hydroxyethyl)trimethylammonium compound with theophylline", "13930-27-3[rn]", "1h-purine-2,6-dione 3,7-dihydro-1,3-dimethyl- ion(1-) 2-hydroxy-n,n,n-trimethylethanaminium", "4499-40-5[rn]", "theophylline cholinate", "ethanaminium 2-hydroxy-n,n,n-trimethyl- salt with 3,7-dihydro-1,3-dimethylpurine-2,6-dione", "choline salt with theophylline (1:1)", "cholegyl", "theocolin", "theophylline salt of choline", "sabidal", "oxtriphylline", "theoxylline", "choline compd. with theophylline (1:1)", "choline theophylline", "choledyl sa 400", "cholinophylline", "choline theophylline salt", "teofilcolina", "colina teofillinato [dcit]", "theophyllinate de choline[french][inn]", "theophylline compd. with choline", "cholini theophyllinas[latin]", "ethanaminium 2-hydroxy-n,n,n-trimethyl- salt with 3,7-dihydro-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "brondecon", "cholinophyllin", "teokolin", "soliphylline", "filoral", "teofilinato de colina[spanish][inn]", "56553-57-2[rn]", "oxtriphylline[wiki][usp]", "oxtrimethylline", "choledyl[wiki]", "146-71-4[rn]", "224-798-7[einecs]", "glycine", "10092-68-9", "pemophyllin", "sodium theophylline glycinate", "8000-10-0", "theophylline sodium glycinate", "chembl1200578", "c7h7n4o2.c2h5no2.na", "unii-2s36n8t753", "asbron (tn)"}|>, "758" -> <|"DatabaseID" -> "SW00556", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28946"]}, "IsomericSmiles" -> "Cn1cnc2c1c(=O)[nH]c(=O)n2C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "theobromine"|>, "PharmGKBID" -> "PA451646", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5429]}, "Synonyms" -> {"teobromin", "santheose", "theobromine", "theosalvose", "diurobromine", "83-67-0", "theostene", "thesal", "3", "thesodate"}|>, "759" -> <|"DatabaseID" -> "SW00557", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47977"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388352]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01296"]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H](C(O1)O)[NH3+])O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04334"]}, "OfficialNames" -> <|"China Approved Name" -> "glucosamine", "Indian Approved Name" -> "glucosamine sulph;glucosamine"|>, "PharmGKBID" -> "PA164747613", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439213]}, "Synonyms" -> {"glucosamine", "d-(+)-glucosamine", "d-glucosamine", "2-amino-2-deoxy-d-glucose", "chitosamine", "ec 3.2.1.132", "chitosanase precursor", "1423209[beilstein]", "(3r,4r,5s,6r)-3-amino-6-(hydroxymethyl)oxane-2,4,5-triol", "(+)-2-amino-2-deoxy-d-glucopyranose", "ac1q4ubh", "3416-24-8[rn]", "2-amino-2-deoxy-d-glucopyranose", "mfcd09025572", "glucosamine[wiki]", "glucosamine (usan/inn)", "(3r,4r,5s,6r)-3-amino-6-(hydroxymethyl)tetrahydro-2h-pyran-2,4,5-triol", "90-77-7[rn]", "stk801823", "glucosamine [usan:inn]", "(3r,4r,5s,6r)-3-amino-6-hydroxymethyl-tetrahydro-pyran-2,4,5-triol", "d-glucopyranose 2-amino-2-deoxy-", "2-amino-2-deoxyglucose"}|>, "760" -> <|"DatabaseID" -> "SW00557", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47977"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388352]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01296"]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H](C(O1)O)[NH3+])O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04334"]}, "OfficialNames" -> <|"China Approved Name" -> "glucosamine", "Indian Approved Name" -> "glucosamine sulph;glucosamine"|>, "PharmGKBID" -> "PA164747613", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439213]}, "Synonyms" -> {"glucosamine", "d-(+)-glucosamine", "d-glucosamine", "2-amino-2-deoxy-d-glucose", "chitosamine", "ec 3.2.1.132", "chitosanase precursor", "1423209[beilstein]", "(3r,4r,5s,6r)-3-amino-6-(hydroxymethyl)oxane-2,4,5-triol", "(+)-2-amino-2-deoxy-d-glucopyranose", "ac1q4ubh", "3416-24-8[rn]", "2-amino-2-deoxy-d-glucopyranose", "mfcd09025572", "glucosamine[wiki]", "glucosamine (usan/inn)", "(3r,4r,5s,6r)-3-amino-6-(hydroxymethyl)tetrahydro-2h-pyran-2,4,5-triol", "90-77-7[rn]", "stk801823", "glucosamine [usan:inn]", "(3r,4r,5s,6r)-3-amino-6-hydroxymethyl-tetrahydro-pyran-2,4,5-triol", "d-glucopyranose 2-amino-2-deoxy-", "2-amino-2-deoxyglucose"}|>, "761" -> <|"DatabaseID" -> "SW00558", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5687]}, "IsomericSmiles" -> "C[NH+]1CC(C2=CC(=O)C(=O)C=C21)O", "OfficialNames" -> <|"NPC Approved Name" -> "adrenochrome"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5898]}, "Synonyms" -> {"adraxone", "1-adrenochrome", "2h-indolium 3,5-dihydro-3,6-dihydroxy-1-methyl-5-oxo- inner salt", "54-06-8", "3-hydroxy-1-methylindoline-5", "usaf uctl-7", "1h-indole-5,6-dione 2,3-dihydro-3-hydroxy-1-methyl-", "54-06-8[rn]", "einecs 200-192-8", "3-hydroxy-1-methylindoline-5,6-dione", "nsc407840", "adrenochrome[wiki]", "a-3200", "1954-06-8", "5", "pink adrenaline", "adrenochrome", "3-hydroxy-1-methyl-5-oxo-3,5-dihydro-2h-indolium-6-olate", "5,6-indolinedione 3-hydroxy-1-methyl-", "3-hydroxy-1-methyl-5", "1h-indole-5,6-dione 2,3-dihydro-3-hydroxy-1-methyl- (9ci)", "7506-92-5[rn]", "3-hydroxy-1-methyl-5,6-indolinedione[acd/iupac name]", "2,3-dihydro-3-hydroxy-1-methyl-1h-indole-5,6-dione", "200-192-8[einecs]"}|>, "762" -> <|"DatabaseID" -> "SW00558", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5687]}, "IsomericSmiles" -> "C[NH+]1CC(C2=CC(=O)C(=O)C=C21)O", "OfficialNames" -> <|"NPC Approved Name" -> "adrenochrome"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5898]}, "Synonyms" -> {"adraxone", "1-adrenochrome", "2h-indolium 3,5-dihydro-3,6-dihydroxy-1-methyl-5-oxo- inner salt", "54-06-8", "3-hydroxy-1-methylindoline-5", "usaf uctl-7", "1h-indole-5,6-dione 2,3-dihydro-3-hydroxy-1-methyl-", "54-06-8[rn]", "einecs 200-192-8", "3-hydroxy-1-methylindoline-5,6-dione", "nsc407840", "adrenochrome[wiki]", "a-3200", "1954-06-8", "5", "pink adrenaline", "adrenochrome", "3-hydroxy-1-methyl-5-oxo-3,5-dihydro-2h-indolium-6-olate", "5,6-indolinedione 3-hydroxy-1-methyl-", "3-hydroxy-1-methyl-5", "1h-indole-5,6-dione 2,3-dihydro-3-hydroxy-1-methyl- (9ci)", "7506-92-5[rn]", "3-hydroxy-1-methyl-5,6-indolinedione[acd/iupac name]", "2,3-dihydro-3-hydroxy-1-methyl-1h-indole-5,6-dione", "200-192-8[einecs]"}|>, "763" -> <|"DatabaseID" -> "SW00558", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5687]}, "IsomericSmiles" -> "C[NH+]1CC(C2=CC(=O)C(=O)C=C21)O", "OfficialNames" -> <|"NPC Approved Name" -> "adrenochrome"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5898]}, "Synonyms" -> {"adraxone", "1-adrenochrome", "2h-indolium 3,5-dihydro-3,6-dihydroxy-1-methyl-5-oxo- inner salt", "54-06-8", "3-hydroxy-1-methylindoline-5", "usaf uctl-7", "1h-indole-5,6-dione 2,3-dihydro-3-hydroxy-1-methyl-", "54-06-8[rn]", "einecs 200-192-8", "3-hydroxy-1-methylindoline-5,6-dione", "nsc407840", "adrenochrome[wiki]", "a-3200", "1954-06-8", "5", "pink adrenaline", "adrenochrome", "3-hydroxy-1-methyl-5-oxo-3,5-dihydro-2h-indolium-6-olate", "5,6-indolinedione 3-hydroxy-1-methyl-", "3-hydroxy-1-methyl-5", "1h-indole-5,6-dione 2,3-dihydro-3-hydroxy-1-methyl- (9ci)", "7506-92-5[rn]", "3-hydroxy-1-methyl-5,6-indolinedione[acd/iupac name]", "2,3-dihydro-3-hydroxy-1-methyl-1h-indole-5,6-dione", "200-192-8[einecs]"}|>, "764" -> <|"DatabaseID" -> "SW00558", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5687]}, "IsomericSmiles" -> "C[NH+]1CC(C2=CC(=O)C(=O)C=C21)O", "OfficialNames" -> <|"NPC Approved Name" -> "adrenochrome"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5898]}, "Synonyms" -> {"adraxone", "1-adrenochrome", "2h-indolium 3,5-dihydro-3,6-dihydroxy-1-methyl-5-oxo- inner salt", "54-06-8", "3-hydroxy-1-methylindoline-5", "usaf uctl-7", "1h-indole-5,6-dione 2,3-dihydro-3-hydroxy-1-methyl-", "54-06-8[rn]", "einecs 200-192-8", "3-hydroxy-1-methylindoline-5,6-dione", "nsc407840", "adrenochrome[wiki]", "a-3200", "1954-06-8", "5", "pink adrenaline", "adrenochrome", "3-hydroxy-1-methyl-5-oxo-3,5-dihydro-2h-indolium-6-olate", "5,6-indolinedione 3-hydroxy-1-methyl-", "3-hydroxy-1-methyl-5", "1h-indole-5,6-dione 2,3-dihydro-3-hydroxy-1-methyl- (9ci)", "7506-92-5[rn]", "3-hydroxy-1-methyl-5,6-indolinedione[acd/iupac name]", "2,3-dihydro-3-hydroxy-1-methyl-1h-indole-5,6-dione", "200-192-8[einecs]"}|>, "765" -> <|"DatabaseID" -> "SW00559", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17745"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1266063]}, "IsomericSmiles" -> "COc1cc(ccc1O)/C=C/CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coniferyl alcohol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1549095]}, "Synonyms" -> {"4-hydroxy-3-methoxycinnamyl alcohol", "4-(3-hydroxy-1-propenyl)-2-methoxyphenol", "coniferol", "3-(4-hydroxy-3-methoxyphenyl)-2-propen-1-ol", "4-[(1e)-3-hydroxyprop-1-en-1-yl]-2-methoxyphenol", "coniferyl alcohol", "4-[(1e)-3-hydroxy-1-propenyl]-2-methoxyphenol; coniferol", "phenol 4-(3-hydroxy-1-propenyl)-2-methoxy-", "4-hydroxy-3-methoxycinnamic alcohol", "g-hydroxyisoeugenol", "chebi:17745", "458-35-5[rn]", "4-[(1e)-3-hydroxy-1-propen-1-yl]-2-methoxyphenol", "4-(3-hydroxyprop-1-en-1-yl)-2-methoxyphenol", "e-coniferyl alcohol", "coniferylalcohol;4-hydroxy-3-methoxycinnamyl alcohol; coniferol", "2048963[beilstein]", "coniferylalcohol", "4-[(1e)-3-hydroxy-1-propenyl]-2-methoxyphenol", "4-((1e)-3-hydroxy-1-propenyl)-2-methoxyphenol", "2-propen-1-ol 3-(4-hydroxy-3-methoxyphenyl)-", "phenol 4-[(1e)-3-hydroxy-1-propen-1-yl]-2-methoxy-", "4-hydroxy-3-methoxycinnamylic alcohol", "2048961", "207-277-9[einecs]", "4-(3-hydroxyprop-1-enyl)-2-methoxyphenol", "(e)-4-(3-hydroxyprop-1-enyl)-2-methoxyphenol", "gamma-hydroxyisoeugenol", "coniferyl-alcohol", "2-propen-1-ol 3-(4-hydroxy-3-methoxyphenyl) (e)-"}|>, "766" -> <|"DatabaseID" -> "SW00560", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62310]}, "IsomericSmiles" -> "CCCOC(=O)c1ccccc1O", "OfficialNames" -> <|"Indian Approved Name" -> "propyl hydroxy benzoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 69092]}, "Synonyms" -> {"propyl o-hydroxybenzoate", "2-hydroxy-benzoic acid propyl ester", "surecn39575", "benzoic acid 2-hydroxy- propyl ester", "salicylic acid n-propyl ester", "210-145-3[einecs]", "salicylic acid propyl ester", "salicylic acid propyl ester (8ci)", "propyl salicylate[acd/iupac name]", "benzoic acid", "607-90-9", "propyl 2-hydroxybenzoate", "ncgc00180996-01", "salicylic acid", "propyl salicylate", "607-90-9[rn]", "29468-39-1[rn]", "ac1q66na", "ac1l2b3m"}|>, "767" -> <|"DatabaseID" -> "SW00561", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32063"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6907], ExternalIdentifier["ChemSpiderID", 34047]}, "IsomericSmiles" -> "CCCOC(=O)c1ccc(cc1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01422"]}, "OfficialNames" -> <|"Indian Approved Name" -> "propyl paraben;sodium propyl paraben"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7175], ExternalIdentifier["PubChemCompoundID", 37104]}, "Synonyms" -> {"propyl parahydroxybenzoate", "nipasol p", "propyl p-hydroxybenzoate", "n-propyl p-hydroxybenzoate", "propylparaben", "4-hydroxybenzoic acid propyl ester", "nipazol", "propyl paraben", "betacide p", "4-hydroxybenzoic acid propylester", "sodium propyl hydroxybenzoate", "nipasol m", "n-propylparaben", "protaben p", "202-307-7[einecs]", "propyl butex", "1103245", "propyl p-hydroxybenzoate sodium salt", "252-488-1[einecs]", "betacine p", "4-10-00-00374[beilstein]", "propylparaben sodium salt", "propylester kyseliny p-hydroxybenzoove[czech]", "aseptoform p", "propylparaben sodium salt", "4-hydroxybenzoicacidpropylestersodiumsalt", "4-hydroxybenzoic acid propyl ester sodium salt", "4-hydroxybenzoic acid propyl ester;4-hydroxybenzoic acid propyl ester;propyl p-hydroxybenzoate;propyl parahydroxybenzoate;n-propyl4-hydroxybenzoate; n-propyl p-hydroxybenzoate; p-hydroxybenzoic acid propyl ester; p-hydroxybenzoic propylester; p-hydroxypropyl benzoate; p-oxybenzoesaeurepropylester;propyl paraben", "nipasol", "tegosept p", "4-hydroxy-benzoic acid propyl ester", "nipagin p", "sodium 4-(propoxycarbonyl)phenolate[acd/iupac name]", "94-13-3[rn]", "bayer d 206", "propylparaben (tn)", "sodium propyl parahydroxybenzoate", "propyl parahydroxybenzoate (tn)", "p-hydroxy propyl benzoate", "propyl 4-hydroxybenzoate [for biochemical research]", "propilparabeno[portuguese]", "p-hydroxybenzoic acid propyl ester", "propyl 4-hydroxybenzoate sodium salt", "bonomold op", "c006068", "propyl parasept", "natrium propyl 4-hydroxybenzoat", "butyl parahydroxybenzoate imp. d (ep)", "benzoic acid 4-hydroxy- propyl ester", "4-hydroxybenzoic acid propyl ester sodium salt", "sodium propylparaben", "benzoic acid 4-hydroxy- propyl ester sodium salt (1:1)", "solbrol p", "p-oxybenzoesaurepropylester[german]", "propyl chemosept", "propylparasept", "propyl para hydroxy benzoate", "4-hydroxybenzoate de propyle", "propylparaben[wiki][nf]", "propyl-4-hydroxybenzoat", "sodium 4-propoxycarbonylphenoxide", "n-propyl 4-hydroxybenzoate", "chemacide pk", "35285-69-9[rn]", "p-oxybenzoesaeurepropylester", "94-13-3", "parasept", "paseptol", "propyl 4-hydroxybenzoate[acd/iupac name]", "propylparaben sodium[nf]", "p-hydroxypropyl benzoate", "benzoic acid p-hydroxy- propyl ester", "peph", "mekkings p", "p-hydroxybenzoic propyl ester", "4-hydroxybenzoic acid propyl ester", "propyl chemsept", "propyl 4-hydroxybenzoate", "methyl parahydroxybenzoate imp. c (ep)", "propyl aseptoform", "propagin", "preserval p", "4-hydroxybenzoic acid n-propyl ester", "sodium propyl 4-hydroxybenzoate", "chemocide pk", "ethyl parahydroxybenzoate imp. c (ep)"}|>, "768" -> <|"DatabaseID" -> "SW00562", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8988], ExternalIdentifier["ChemSpiderID", 2316428]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00566"]}, "IsomericSmiles" -> "C(C(C(=O)[O-])S)(C(=O)[O-])S", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00572"]}, "OfficialNames" -> <|"China Approved Name" -> "dimercaptosuccinic acid", "WHO Essential Medicine" -> "succimer", "FDA Approved Drug" -> "SUCCIMER"|>, "PharmGKBID" -> "PA451521", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9354]}, "Synonyms" -> {"succimer", "dmsa", "dimercaptosuccinic acid", "chemet", "2", "mpi dmsa kidney reagent", "suximer", "dimercatposuccinic acid", "dimercaptosuccinicacid", "2418-14-6", "meso-2", "succinic acid meso-2,3-dimercapto-", "71799-86-5[rn]", "2 3-dimercaptosuccinic acid", "2,3-disulfanylbutanedioic acid", "(dmsa) 2,3-dimercapto-succinic acid", "meso-2,3-dimercaptosuccinic acid", "(r*,s*)-2,3-dimercaptobutanedioic acid", "butanedioic acid 2,3-dimercapto- (r*,s*)-", "butanedioic acid 2,3-dimercapto-", "meso-dimercaptosuccinic acid", "meso-2,3-dimercaptosuccinic acid sodium salt", "succinic acid 2,3-dimercapto-", "succimerum[latin][inn]", "succinic acid 2,3-dimercapto- sodium salt meso-", "2,3-disulfanylsuccinic acid[acd/iupac name]", "206-155-2[einecs]", "chemet[wiki]", "ro 1-7977", "2,3-dimercaptobutanedioic acid", "succinic acid 2,3-dimercapto- meso-", "succimero[spanish][inn]", "3-03-00-01033 (beilstein handbook reference)[beilstein]", "succimer monosodium salt", "succimer[wiki][inn][ban][usan]", "2418-14-6[rn]", "dimercaptocuccinic acid", "2,3-dithio-meso-tartaric acid", "2,3-dimercaptosuccinic acid", "219-334-5[einecs]", "c4h5o4s2.na", "sodium dimercaptosuccinate", "dms", "butanedioic acid 2 3-dimercapto-", "304-55-2[rn]"}|>, "769" -> <|"DatabaseID" -> "SW00562", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8988], ExternalIdentifier["ChemSpiderID", 2316428]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00566"]}, "IsomericSmiles" -> "C(C(C(=O)[O-])S)(C(=O)[O-])S", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00572"]}, "OfficialNames" -> <|"China Approved Name" -> "dimercaptosuccinic acid", "WHO Essential Medicine" -> "succimer", "FDA Approved Drug" -> "SUCCIMER"|>, "PharmGKBID" -> "PA451521", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9354]}, "Synonyms" -> {"succimer", "dmsa", "dimercaptosuccinic acid", "chemet", "2", "mpi dmsa kidney reagent", "suximer", "dimercatposuccinic acid", "dimercaptosuccinicacid", "2418-14-6", "meso-2", "succinic acid meso-2,3-dimercapto-", "71799-86-5[rn]", "2 3-dimercaptosuccinic acid", "2,3-disulfanylbutanedioic acid", "(dmsa) 2,3-dimercapto-succinic acid", "meso-2,3-dimercaptosuccinic acid", "(r*,s*)-2,3-dimercaptobutanedioic acid", "butanedioic acid 2,3-dimercapto- (r*,s*)-", "butanedioic acid 2,3-dimercapto-", "meso-dimercaptosuccinic acid", "meso-2,3-dimercaptosuccinic acid sodium salt", "succinic acid 2,3-dimercapto-", "succimerum[latin][inn]", "succinic acid 2,3-dimercapto- sodium salt meso-", "2,3-disulfanylsuccinic acid[acd/iupac name]", "206-155-2[einecs]", "chemet[wiki]", "ro 1-7977", "2,3-dimercaptobutanedioic acid", "succinic acid 2,3-dimercapto- meso-", "succimero[spanish][inn]", "3-03-00-01033 (beilstein handbook reference)[beilstein]", "succimer monosodium salt", "succimer[wiki][inn][ban][usan]", "2418-14-6[rn]", "dimercaptocuccinic acid", "2,3-dithio-meso-tartaric acid", "2,3-dimercaptosuccinic acid", "219-334-5[einecs]", "c4h5o4s2.na", "sodium dimercaptosuccinate", "dms", "butanedioic acid 2 3-dimercapto-", "304-55-2[rn]"}|>, "770" -> <|"DatabaseID" -> "SW00562", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8988], ExternalIdentifier["ChemSpiderID", 2316428]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00566"]}, "IsomericSmiles" -> "C(C(C(=O)[O-])S)(C(=O)[O-])S", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00572"]}, "OfficialNames" -> <|"China Approved Name" -> "dimercaptosuccinic acid", "WHO Essential Medicine" -> "succimer", "FDA Approved Drug" -> "SUCCIMER"|>, "PharmGKBID" -> "PA451521", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9354]}, "Synonyms" -> {"succimer", "dmsa", "dimercaptosuccinic acid", "chemet", "2", "mpi dmsa kidney reagent", "suximer", "dimercatposuccinic acid", "dimercaptosuccinicacid", "2418-14-6", "meso-2", "succinic acid meso-2,3-dimercapto-", "71799-86-5[rn]", "2 3-dimercaptosuccinic acid", "2,3-disulfanylbutanedioic acid", "(dmsa) 2,3-dimercapto-succinic acid", "meso-2,3-dimercaptosuccinic acid", "(r*,s*)-2,3-dimercaptobutanedioic acid", "butanedioic acid 2,3-dimercapto- (r*,s*)-", "butanedioic acid 2,3-dimercapto-", "meso-dimercaptosuccinic acid", "meso-2,3-dimercaptosuccinic acid sodium salt", "succinic acid 2,3-dimercapto-", "succimerum[latin][inn]", "succinic acid 2,3-dimercapto- sodium salt meso-", "2,3-disulfanylsuccinic acid[acd/iupac name]", "206-155-2[einecs]", "chemet[wiki]", "ro 1-7977", "2,3-dimercaptobutanedioic acid", "succinic acid 2,3-dimercapto- meso-", "succimero[spanish][inn]", "3-03-00-01033 (beilstein handbook reference)[beilstein]", "succimer monosodium salt", "succimer[wiki][inn][ban][usan]", "2418-14-6[rn]", "dimercaptocuccinic acid", "2,3-dithio-meso-tartaric acid", "2,3-dimercaptosuccinic acid", "219-334-5[einecs]", "c4h5o4s2.na", "sodium dimercaptosuccinate", "dms", "butanedioic acid 2 3-dimercapto-", "304-55-2[rn]"}|>, "771" -> <|"DatabaseID" -> "SW00563", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51042"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64300]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00659"]}, "IsomericSmiles" -> "CC(=O)NCCCS(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02780"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ACAMPROSATE CALCIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155434]}, "Synonyms" -> {"acamprosate", "acamprosate calcium", "n-acetylhomotaurine", "3-(acetylamino)propanesulphonic acid", "campral", "calcium(2+) 3-(acetylamino)propanesulphonate", "77337-72-5[rn]", "acamprosato[spanish][inn]", "calcium 3-(acetylamino)propane-1-sulfonate", "aotal", "77337-73-6", "campral ec", "77337-74-7[rn]", "77337-71-4[rn]", "3-acetamido-1-propanesulfonic acid[acd/iupac name]", "campral[wiki]", "acamprosate calcium [usan]", "3-acetamido-1-propanesulfonic acid", "278-667-4[einecs]", "acamprosate[wiki]", "3-(acetylamino)propane-1-sulfonic acid", "acamprosate 6473[inn]", "77337-76-9[rn]", "einecs 278-665-3", "sobriol", "3-acetamidopropane-1-sulfonic acid", "1-propanesulfonic acid 3-(acetylamino)-", "acamprosatum[latin]", "77337-70-3[rn]", "metabotropic glutamate receptor 3 precursor", "mglur3", "alcomed"}|>, "772" -> <|"DatabaseID" -> "SW00564", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "100592"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1555]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01509"]}, "IsomericSmiles" -> "CC(Cc1ccc2c(c1)OCO2)[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "34-methylenedioxyamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1614]}, "Synonyms" -> {"3", "tenamfetamine", "methylenedioxyamphetamine", "dea no. 7400", "3,4-methylenedioxy-amphetamine", "1-[3 4-(methylenedioxy)phenyl]-2-aminopropane", "051497-09-7[rn]", "mda", "1-(3,4-methylenedioxyphenyl)-2-aminopropane", "(r,s)-3,4-methylenedioxyamphetamine", "5-(2-aminopropyl)-1,3-benzodioxole", "3,4-methylenedioxyamphetamine", "rac-mda", "tenamfetamina[spanish]", "3,4-methylenedioxyamphetamine[wiki]", "13673-99-9[rn]", "tenamfetaminum [latin]", "tenamphetamine", "tenamfetamine[inn]", "1", "(-)2-benzo[1,3]dioxol-5-yl-1-methyl-ethylamine", "brn 0150196", "51497-09-7[rn]", "1-(3,4-methylenedioxyphenyl)-2-propylamine", "1-(1,3-benzodioxol-5-yl)propan-2-amine", "202-974-4[einecs]", "3,4-methylenedioxy-a-methyl-b-phenylethylamine", "rac-3,4-methylenedioxyamphetamine", "2-benzo[1,3]dioxol-5-yl-1-methyl-ethylamine", "4764-17-4[rn]", "tenamfetamina [spanish]", "tenamfetaminum[latin]", "mda (pharmaceutical)", "a-methyl-1,3-benzodioxole-5-ethanamine", "5-19-08-00417 (beilstein handbook reference)[beilstein]", "101-77-9[rn]", "6292-91-7[rn]"}|>, "773" -> <|"DatabaseID" -> "SW00564", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "100592"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1555]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01509"]}, "IsomericSmiles" -> "CC(Cc1ccc2c(c1)OCO2)[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "34-methylenedioxyamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1614]}, "Synonyms" -> {"3", "tenamfetamine", "methylenedioxyamphetamine", "dea no. 7400", "3,4-methylenedioxy-amphetamine", "1-[3 4-(methylenedioxy)phenyl]-2-aminopropane", "051497-09-7[rn]", "mda", "1-(3,4-methylenedioxyphenyl)-2-aminopropane", "(r,s)-3,4-methylenedioxyamphetamine", "5-(2-aminopropyl)-1,3-benzodioxole", "3,4-methylenedioxyamphetamine", "rac-mda", "tenamfetamina[spanish]", "3,4-methylenedioxyamphetamine[wiki]", "13673-99-9[rn]", "tenamfetaminum [latin]", "tenamphetamine", "tenamfetamine[inn]", "1", "(-)2-benzo[1,3]dioxol-5-yl-1-methyl-ethylamine", "brn 0150196", "51497-09-7[rn]", "1-(3,4-methylenedioxyphenyl)-2-propylamine", "1-(1,3-benzodioxol-5-yl)propan-2-amine", "202-974-4[einecs]", "3,4-methylenedioxy-a-methyl-b-phenylethylamine", "rac-3,4-methylenedioxyamphetamine", "2-benzo[1,3]dioxol-5-yl-1-methyl-ethylamine", "4764-17-4[rn]", "tenamfetamina [spanish]", "tenamfetaminum[latin]", "mda (pharmaceutical)", "a-methyl-1,3-benzodioxole-5-ethanamine", "5-19-08-00417 (beilstein handbook reference)[beilstein]", "101-77-9[rn]", "6292-91-7[rn]"}|>, "774" -> <|"DatabaseID" -> "SW00565", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21647]}, "IsomericSmiles" -> "C[N+](C)(C)CCc1ccc(cc1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "candicine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23135]}, "Synonyms" -> {"candicine", "candicin", "n-candicine", "3761-58-8", "candicine iodide", "6656-13-9[rn]", "4-hydroxy-n,n,n-trimethylbenzeneethanaminium", "ammonium", "ac1l2lqa", "benzeneethanaminium 4-hydroxy-n,n,n-trimethyl- (9ci)", "3761-58-8[rn]", "4-hydroxy-n", "brn 4133224", "1976-98-3[rn]", "candicine chloride", "ammonium (p-hydroxyphenethyl)trimethyl-", "6656-13-9"}|>, "775" -> <|"DatabaseID" -> "SW00566", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58315]}, "IsomericSmiles" -> "C[C@@H]([C@@H](c1ccccc1)O)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08206"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-methylephedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64782]}, "Synonyms" -> {"methylephedrine", "(-)-n-methylephedrine", "methylephedrine [ban]", "tybraine", "n-methylephedrine", "n-methyl-l-ephedrine", "(1r,2s)-3-dimethylamino-1-phenyl-1-propanol", "l-n-methylephedrine", "51018-28-1[rn]", "n-methyl(-)ephedrine", "(ar)-a-[(1s)-1-(dimethylamino)ethyl]benzenemethanol", "17605-71-9[rn]", "ncgc00095782-01", "n-methyl (-)ephedrine", "(1s,2s)-(+)-n-methylephedrine", "942-46-1[rn]", "(1r,2s)-2-dimethylamino-1-phenylpropanol", "ephedrine n-methyl-", "[r-(r*,s*)]-a-[1-(dimethylamino)ethyl]benzenemethanol", "(1r,2s)-n-methylephedrine", "(1r,2s)-methylephedrine", "(1r,2s)-(-)-n-methylephedrine", "erythro-a-[1-(dimethylamino)ethyl]benzyl alcohol", "209-022-7[einecs]", "n,n-dimethylnorephedrine", "(1r,2s)-2-dimethylamino-1-phenyl-1-propanol", "methylephedrine (ban)", "552-79-4[rn]", "(1s", "(1r,2s)-2-(dimethylamino)-1-phenylpropan-1-ol", "l-erythro-2-dimethylamino-1-phenylpropanol", "552-79-4", "einecs 209-022-7"}|>, "776" -> <|"DatabaseID" -> "SW00567", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3974]}, "IsomericSmiles" -> "CC(Cc1ccccc1OC)[NH2+]C", "OfficialNames" -> <|"China Approved Name" -> "methoxyphenamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4117]}, "Synonyms" -> {"euspirol", "methoxifenaminio", "ortodrinex", "asmi", "methoxyphenamine", "orthoxine", "oxalacetic acid orthoxine", "metossifenamina [dcit]", "proasma", "methoxiphenadrinum", "a-(2-methoxyphenyl)-b-methylaminopropane", "methoxyphenamine hydrochloride[jan]", "2-methoxy-n,a-dimethylbenzeneethanamime", "b-(o-methoxyphenyl)isopropylmethylamine", "methoxiphenadrin hydrochloride", "methoxyphenaminum[latin]", "2-methoxy-n,a-dimethylbenzeneethanamime hydrochloride", "benzeneethanamine 2-methoxy-n,a-dimethyl-", "93-30-1[rn]", "1-(2-methoxyphenyl)-n-methylpropan-2-amine", "n-methyl-1-[2-(methyloxy)phenyl]propan-2-amine", "b-(o-methoxyphenyl)isopropylmethylamine hydrochloride", "o-methoxy-n,a-dimethylphenethylamine", "5588-10-3[rn]", "metoxifenaminio[spanish][inn]", "202-237-7[einecs]", "226-993-2[einecs]"}|>, "777" -> <|"DatabaseID" -> "SW00567", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3974]}, "IsomericSmiles" -> "CC(Cc1ccccc1OC)[NH2+]C", "OfficialNames" -> <|"China Approved Name" -> "methoxyphenamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4117]}, "Synonyms" -> {"euspirol", "methoxifenaminio", "ortodrinex", "asmi", "methoxyphenamine", "orthoxine", "oxalacetic acid orthoxine", "metossifenamina [dcit]", "proasma", "methoxiphenadrinum", "a-(2-methoxyphenyl)-b-methylaminopropane", "methoxyphenamine hydrochloride[jan]", "2-methoxy-n,a-dimethylbenzeneethanamime", "b-(o-methoxyphenyl)isopropylmethylamine", "methoxiphenadrin hydrochloride", "methoxyphenaminum[latin]", "2-methoxy-n,a-dimethylbenzeneethanamime hydrochloride", "benzeneethanamine 2-methoxy-n,a-dimethyl-", "93-30-1[rn]", "1-(2-methoxyphenyl)-n-methylpropan-2-amine", "n-methyl-1-[2-(methyloxy)phenyl]propan-2-amine", "b-(o-methoxyphenyl)isopropylmethylamine hydrochloride", "o-methoxy-n,a-dimethylphenethylamine", "5588-10-3[rn]", "metoxifenaminio[spanish][inn]", "202-237-7[einecs]", "226-993-2[einecs]"}|>, "778" -> <|"DatabaseID" -> "SW00568", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6917"], ExternalIdentifier["ChEBIID", "6916"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20175], ExternalIdentifier["ChemSpiderID", 4034]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00379"]}, "IsomericSmiles" -> "Cc1cccc(c1OCC(C)[NH3+])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00639"], ExternalIdentifier["KEGGID", "D08215"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MEXILETINE", "FDA Approved Drug" -> "MEXILETINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450488", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21467], ExternalIdentifier["PubChemCompoundID", 4178]}, "Synonyms" -> {"mexitil", "mexiletine hydrochloride", "mexiletine", "mexiletine hcl", "mexilitine", "mexiletinum [inn-latin]", "mexiletina [inn-spanish]", "mexiletinum", "class e basic helix-loop-helix protein 76", "ahr", "ah receptor", "2-propanamine", "bhlhe76", "31828-71-4[rn]", "mexiletine[wiki]", "5370-01-4[rn]", "mexitil[wiki]", "mexiletene hydrochloride", "mexiletina", "1-(2,6-dimethylphenoxy)-2-propanamine hydrochloride", "1-methyl-2-(2,6-xylyloxy)ethanamine", "2-(2,6-dimethyl-phenoxy)-1-methyl-ethylamine(mexiletine)", "einecs 226-362-1", "180966-61-4[rn]", "2-(2-aminopropoxy)-1,3-dimethylbenzene", "mexityl", "2-(2,6-dimethyl-phenoxy)-1-methyl-ethylamine", "226-362-1[einecs]", "mexilitene hydrochloride", "1-methyl-2-(2,6-xylyloxy)ethylammonium chloride", "ko-1173-cl", "mexiletinum [inn_la]", "1-(2,6-dimethylphenoxy)prop-2-ylamine chloride", "1-(2,6-xylyloxy)-2-propylamine", "(2rs)-1-(2,6-dimethylphenoxy)-2-aminopropane", "1-(2,6-dimethylphenoxy)prop-2-ylamine", "250-825-7[einecs]", "2-propanamine 1-(2,6-dimethylphenoxy)- hydrochloride", "1-(2,6-dimethylphenoxy)propan-2-amine hydrochloride", "1-(2,6-dimethylphenoxy)propan-2-amine hydrochloride (1:1)", "1-(2,6-dimethylphenoxy)-2-aminopropane", "5370-01-4", "1-methyl-2-(2,6-xylyloxy)ethylamine", "1-(2,6-dimethylphenoxy)propan-2-aminium chloride", "mexiletine hydrochloride [usan:jan][jan][usan]", "2-propanamine 1-(2,6-dimethylphenoxy)-", "mexiletina[spanish][inn]", "1/4/5370", "ethylamine 1-methyl-2-(2,6-xylyloxy)- hydrochloride", "1-(2", "dsstox_cid_25783", "mexitil (tn)", "1-methyl-2-(2,6-xylyloxy)ethylamine hydrochloride", "337376-15-5", "1-(2,6-dimethylphenoxy)propan-2-amine", "mexiletinehydrochloride", "1-(2',6'-dimethylphenoxy)-2-aminopropane", "1-(2,6-dimethylphenoxy)-2-propanamine[acd/iupac name]", "ko 1173 cl", "2-propanamine 1-(2,6-dimethylphenoxy)- hydrochloride (1:1)", "1-(2,6-dimethylphenoxy)propan-2-aminhydrochlorid", "ethylamine 1-methyl-2-(2,6-xylyloxy)-", "5370/1/4", "mfcd00792471", "tl8000021", "mexiletene", "1-(2,6-xylyloxy)-2-aminopropane", "2-(2-aminopropoxy)-1,3-dimethylbenzene hydrochloride", "2-(2-azaniumylpropoxy)-1,3-dimethylbenzene chloride", "7-bromo-5-pyridin-2-yl-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "ncgc00094121-01", "1-(2,6-xylyloxy)-2-aminopropane hydrochloride", "2-(2-aminopropoxy)-1,3-dimethyl-benzene hydrochloride", "1-(2,6-dimethylphenoxy)-2-aminopropane hydrochloride", "mexiletinum[latin]"}|>, "779" -> <|"DatabaseID" -> "SW00568", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6917"], ExternalIdentifier["ChEBIID", "6916"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20175], ExternalIdentifier["ChemSpiderID", 4034]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00379"]}, "IsomericSmiles" -> "Cc1cccc(c1OCC(C)[NH3+])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00639"], ExternalIdentifier["KEGGID", "D08215"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MEXILETINE", "FDA Approved Drug" -> "MEXILETINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450488", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21467], ExternalIdentifier["PubChemCompoundID", 4178]}, "Synonyms" -> {"mexitil", "mexiletine hydrochloride", "mexiletine", "mexiletine hcl", "mexilitine", "mexiletinum [inn-latin]", "mexiletina [inn-spanish]", "mexiletinum", "class e basic helix-loop-helix protein 76", "ahr", "ah receptor", "2-propanamine", "bhlhe76", "31828-71-4[rn]", "mexiletine[wiki]", "5370-01-4[rn]", "mexitil[wiki]", "mexiletene hydrochloride", "mexiletina", "1-(2,6-dimethylphenoxy)-2-propanamine hydrochloride", "1-methyl-2-(2,6-xylyloxy)ethanamine", "2-(2,6-dimethyl-phenoxy)-1-methyl-ethylamine(mexiletine)", "einecs 226-362-1", "180966-61-4[rn]", "2-(2-aminopropoxy)-1,3-dimethylbenzene", "mexityl", "2-(2,6-dimethyl-phenoxy)-1-methyl-ethylamine", "226-362-1[einecs]", "mexilitene hydrochloride", "1-methyl-2-(2,6-xylyloxy)ethylammonium chloride", "ko-1173-cl", "mexiletinum [inn_la]", "1-(2,6-dimethylphenoxy)prop-2-ylamine chloride", "1-(2,6-xylyloxy)-2-propylamine", "(2rs)-1-(2,6-dimethylphenoxy)-2-aminopropane", "1-(2,6-dimethylphenoxy)prop-2-ylamine", "250-825-7[einecs]", "2-propanamine 1-(2,6-dimethylphenoxy)- hydrochloride", "1-(2,6-dimethylphenoxy)propan-2-amine hydrochloride", "1-(2,6-dimethylphenoxy)propan-2-amine hydrochloride (1:1)", "1-(2,6-dimethylphenoxy)-2-aminopropane", "5370-01-4", "1-methyl-2-(2,6-xylyloxy)ethylamine", "1-(2,6-dimethylphenoxy)propan-2-aminium chloride", "mexiletine hydrochloride [usan:jan][jan][usan]", "2-propanamine 1-(2,6-dimethylphenoxy)-", "mexiletina[spanish][inn]", "1/4/5370", "ethylamine 1-methyl-2-(2,6-xylyloxy)- hydrochloride", "1-(2", "dsstox_cid_25783", "mexitil (tn)", "1-methyl-2-(2,6-xylyloxy)ethylamine hydrochloride", "337376-15-5", "1-(2,6-dimethylphenoxy)propan-2-amine", "mexiletinehydrochloride", "1-(2',6'-dimethylphenoxy)-2-aminopropane", "1-(2,6-dimethylphenoxy)-2-propanamine[acd/iupac name]", "ko 1173 cl", "2-propanamine 1-(2,6-dimethylphenoxy)- hydrochloride (1:1)", "1-(2,6-dimethylphenoxy)propan-2-aminhydrochlorid", "ethylamine 1-methyl-2-(2,6-xylyloxy)-", "5370/1/4", "mfcd00792471", "tl8000021", "mexiletene", "1-(2,6-xylyloxy)-2-aminopropane", "2-(2-aminopropoxy)-1,3-dimethylbenzene hydrochloride", "2-(2-azaniumylpropoxy)-1,3-dimethylbenzene chloride", "7-bromo-5-pyridin-2-yl-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "ncgc00094121-01", "1-(2,6-xylyloxy)-2-aminopropane hydrochloride", "2-(2-aminopropoxy)-1,3-dimethyl-benzene hydrochloride", "1-(2,6-dimethylphenoxy)-2-aminopropane hydrochloride", "mexiletinum[latin]"}|>, "780" -> <|"DatabaseID" -> "SW00569", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 579891]}, "IsomericSmiles" -> "CCCc1cc(ccn1)C(=S)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01195"]}, "OfficialNames" -> <|"Indian Approved Name" -> "prothionamide;protionamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 666418]}, "Synonyms" -> {"trevintix", "protionamide", "prothionamide", "tuberex", "protionamid", "ektebin", "peteha", "prothionamidum", "14222-60-7", "protionamida", "5-22-02-00376 (beilstein handbook reference)[beilstein]", "protionamide [dcf:inn][inn]", "trevintix (tn)", "protionamidum[latin]", "2-propylisonicotinylthioamide", "9778 r.p.", "14222-60-7[rn]", "2-propyl-4-pyridinecarbothioamide", "238-093-7[einecs]", "protionamida[spanish][inn]", "4-pyridinecarbothioamide 2-propyl-", "2-propyl-thioisonicotinamide", "2-propylthioisonicotinamide", "protionizina", "amino(2-propyl(4-pyridyl))methane-1-thione", "5-22-02-00376", "2-propyl-4-thiocarbamoylpyridine", "tebeform", "1321 th", "4-pyridinecarbothioamide 2-propyl- (9ci)", "prothionamide[jp15]", "2-propylpyridine-4-carbothioamide"}|>, "781" -> <|"DatabaseID" -> "SW00570", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14435]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00478"]}, "IsomericSmiles" -> "CC(C12CC3CC(C1)CC(C3)C2)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00901"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "RIMANTADINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15165]}, "Synonyms" -> {"flumadine", "rimantadine hydrochloride", "rimantadine hcl", "1-(1-adamantyl)ethylamine hydrochloride", "1-(1-aminoethyl)adamantane hydrochloride", "meradane", "meradan", "rimantadine", "1-(tricyclo[3.3.1.13,7]dec-1-yl)ethanaminehydrochloride (1:1)", "jp 61", "remantadine hydrochloride", "rimantadine hydrochloride[usan]", "rimantadine hydrochloride (product)", "1-(1-adamantyl)ethanamine hydrochloride", "1-tricyclo[3.3.1.13,7]dec-1-ylethanamine hydrochloride", "1501-84-4[rn]", "a-methyl-1-adamantanemethylamine hydrochloride", "1-(adamantan-1-yl)ethylamine hydrochloride rimantadine hydrochloride", "exp 126", "13392-28-4[rn]", "1-(adamantan-1-yl)ethanamine hydrochloride (1:1)[acd/iupac name]", "[1-(1-adamantyl)ethyl]amine hydrochloride", "flumadine (tn)", "roflual", "1-tricyclo[3.3.1.13,7]dec-1-ylethanaminhydrochlorid", "rimantadine[wiki]", "mfcd00072023", "1501-84-4", "1-adamantanylethylamine chloride", "adamantane 1-(1-aminoethyl)- hydrochloride", "a-methyltricyclo[3.3.1.13,7]decane-1-methanamine hydrochloride", "exp-126", "oclovir", "proton channel protein m2", "tricyclo[3.3.1.13,7]decane-1-methanamine a-methyl- hydrochloride"}|>, "782" -> <|"DatabaseID" -> "SW00570", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14435]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00478"]}, "IsomericSmiles" -> "CC(C12CC3CC(C1)CC(C3)C2)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00901"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "RIMANTADINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15165]}, "Synonyms" -> {"flumadine", "rimantadine hydrochloride", "rimantadine hcl", "1-(1-adamantyl)ethylamine hydrochloride", "1-(1-aminoethyl)adamantane hydrochloride", "meradane", "meradan", "rimantadine", "1-(tricyclo[3.3.1.13,7]dec-1-yl)ethanaminehydrochloride (1:1)", "jp 61", "remantadine hydrochloride", "rimantadine hydrochloride[usan]", "rimantadine hydrochloride (product)", "1-(1-adamantyl)ethanamine hydrochloride", "1-tricyclo[3.3.1.13,7]dec-1-ylethanamine hydrochloride", "1501-84-4[rn]", "a-methyl-1-adamantanemethylamine hydrochloride", "1-(adamantan-1-yl)ethylamine hydrochloride rimantadine hydrochloride", "exp 126", "13392-28-4[rn]", "1-(adamantan-1-yl)ethanamine hydrochloride (1:1)[acd/iupac name]", "[1-(1-adamantyl)ethyl]amine hydrochloride", "flumadine (tn)", "roflual", "1-tricyclo[3.3.1.13,7]dec-1-ylethanaminhydrochlorid", "rimantadine[wiki]", "mfcd00072023", "1501-84-4", "1-adamantanylethylamine chloride", "adamantane 1-(1-aminoethyl)- hydrochloride", "a-methyltricyclo[3.3.1.13,7]decane-1-methanamine hydrochloride", "exp-126", "oclovir", "proton channel protein m2", "tricyclo[3.3.1.13,7]decane-1-methanamine a-methyl- hydrochloride"}|>, "783" -> <|"DatabaseID" -> "SW00571", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64312"], ExternalIdentifier["ChEBIID", "64323"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3914], ExternalIdentifier["ChemSpiderID", 157849]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01043"]}, "IsomericSmiles" -> "CC12CC3CC(C1)(CC(C3)(C2)[NH3+])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08174"], ExternalIdentifier["KEGGID", "D04905"]}, "OfficialNames" -> <|"Indian Approved Name" -> "memantine", "FDA Approved Drug" -> "MEMANTINE;MEMANTINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA10364", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4054], ExternalIdentifier["PubChemCompoundID", 181458]}, "Synonyms" -> {"memantine", "memantine hydrochloride", "ebixa", "memantinum [inn-latin]", "namenda", "memantine hcl", "dmaa", "memantina [inn-spanish]", "tricyclo[3.3.1.13,7]decan-1-amine 3,5-dimethyl-", "3,5-dimethyltricyclo[3.3.1.13,7]decan-1-amine", "ebixa[wiki]", "41100-52-1[rn]", "19982-08-2[rn]", "namenda[wiki]", "1-amino-3", "memantine [inn]", "(3,5-dimethyl-1-adamantyl)amine hydrochloride", "exiba", "1-amino-3,5-dimethyladamantane", "memantine (inn)", "1,3-dimethyl-5-adamantanamine", "3,5-dimethyl-1-adamantylamine", "memantin", "1", "memantine[wiki][inn]", "tricyclo(3.3.1.1(3,7))decan-1-amine 3,5-dimethyl-", "3", "memantinum", "memantina[spanish][inn]", "memantinum[latin]", "3,5-dimethyladamantan-1-ylamine", "3,5-dimethyltricyclo[3.3.1.13,7]decan-1-amine hydrochloride", "memantina; memantine; memantinum", "3,5-dimethyl-adamantan-1-ylamine", "3,5-dimethyl-1-adamantanamine[acd/iupac name]", "1-aminoadamantane,3,5-dimethyl", "3,5-dimethyl-1-aminoadamantane", "3,5-dimethyladamantanylamine", "3,5-dimethyltricyclo(3.3.1.1(3,7))decan-1-amine", "3,5-dimethyladamantan-1-amine", "memantina", "1,3-dimethyl-5-adamantanamine; 1-amino-3,5-dimethyladamantane;3,5-dimethyl-1-adamantanamine; 3,5-dimethyl-1-aminoadamantane;3,5-dimethyltricyclo(3.3.1.1(3,7))decan-1-amine", "41100-52-1", "1-amino-3,5-dimethyladamantane hydrochloride;3,5-dimethyl-1-adamantanamine hydrochloride;3,5-dimethyladamantan-1-aminium chloride; 3,5-dimethyltricyclo(3.3.1.1(3,7))decan-1-aminehydrochloride; memantine hcl; memantine.hcl", "axura[wiki]", "akatinol", "memantinehcl", "ebixza", "d-145", "tricyclo[3.3.1.13,7]decan-1-amine,3,5-dimethyl- hydrochloride", "tricyclo[3.3.1.13,7]decan-1-amine,3,5-dimethyl- hydrochloride (1:1)", "1,3-dimethylaminoadamantane hydrochloride", "3,5-dimethyladamantan-1-amine hydrochloride", "3,5-dimethyladamantan-1-amine hydrochloride (1:1)", "3,5-dimethyl-1-adamantanamine hydrochloride", "1-amino-3,5-dimethyladamantane hydrochloride", "3,5-dimethylamantadine hydrochloride", "ebixia", "255-219-6[einecs]", "sun-y7017", "memantinehydrochloride", "tricyclo(3.3.1.1(3,7))decan-1-amine,3,5-dimethyl- hydrochloride", "memary", "sun y7017", "3,5-dimethyladamantanylamine chloride", "3,5-dimethyltricyclo[3.3.1.13,7]decan-1-amine hydrochloride (1:1)", "[19982-08-2]", "3,5-dimethyltricyclo(3.3.1.13,7)decan-1-amine hydrochloride", "3,5-dimethyl-tricyclo[3.3.1.13,7]decan-1-amine hydrochloride", "3,5-dimethyltricyclo[3.3.1.13,7]decan-1-aminhydrochlorid", "akatinol[wiki]", "axura"}|>, "784" -> <|"DatabaseID" -> "SW00572", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "296881"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6854]}, "IsomericSmiles" -> "COc1ccc(cc1OC)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "veratric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7121]}, "Synonyms" -> {"3", "dimethylprotocatechuic acid", "veratric acid", "\"3,4-dimethoxybenzoic acid\"", "einecs 202-215-7", "3,4-dimethoxy-benzoic acid", "1993-07-2", "518285", "3,4-dimethoxybenzoicacid", "benzoic acid 3,4-dimethoxy- monohydrate", "3,4-dimethoxybenzoes", "tl8000030", "4-10-00-01460 (beilstein handbook reference)[beilstein]", "3,4-dimethylprotocatechuic acid", "93-07-2[rn]", "6159-60-0[rn]", "benzoic acid 3,4-dimethoxy-", "202-215-7[einecs]", "veratricacid", "7/2/1993", "93-07-2", "3,4-dimethoxybenzoic acid; veratric acid", "3,4-dimethoxybenzoic acid[acd/iupac name]", "3,4-dimethoxyenzioc acid", "mebeverine hydrochloride imp. d (pharmeuropa)", "nsc 7721", "chebi:296881", "benzoic acid", "21150-12-9[rn]", "193-07-2"}|>, "785" -> <|"DatabaseID" -> "SW00573", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2339390], ExternalIdentifier["ChemSpiderID", 5833]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "05259"], ExternalIdentifier["DrugBankID", "00135"]}, "IsomericSmiles" -> "c1cc(ccc1C[C@@H](C(=O)[O-])[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04318"], ExternalIdentifier["KEGGID", "D00022"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tyrosine", "Indian Approved Name" -> "glatiramer acetate;glatiramer acetrate", "FDA Approved Drug" -> "GLATIRAMER ACETATE;TYROSINE"|>, "PharmGKBID" -> {"PA449760", "PA451822"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3081884], ExternalIdentifier["PubChemCompoundID", 6057], ExternalIdentifier["PubChemCompoundID", 65370]}, "Synonyms" -> {"tyrosine", "l-tyrosine", "copaxone", "glatiramer acetate", "tyrosine (van)", "(s)-tyrosine", "l-p-tyrosine", "p-tyrosine", "4-hydroxy-l-phenylalanine", "tyrosine [usan:inn][inn][usan]", "a-amino-p-hydroxyhydrocinnamic acid", "unii-5m691hl4bo", "tyrosinum[latin]", "l-tyrosin", "l-2-amino-3-p-hydroxyphenylpropanoic acid", "ac1mixqc", "ec 2.6.1.5", "2-amino-3-(p-hydroxyphenyl)propionic acid", "l-tyrosine[wiki][acd/iupac name]", "propanoic acid 2-amino-3-(4-hydroxyphenyl)-(s)-", "mhc class i antigen drb1*1", "3-(4-hydroxyphenyl)-l-alanine", "2-amino-3-(4-hydroxyphenyl)propanoic acid (s)-", "tyrosine power", "h-tyr-oh", "b-(p-hydroxyphenyl)alanine", "(s)-2-amino-3-(p-hydroxyphenyl)propionic acid", "levodopa imp. b (ep)", "55520-40-6[rn]", "dr1", "tyrosine l-", "556-03-6[rn]", "l-tyr", "(s)-3-(p-hydroxyphenyl)alanine", "l-tyrosine:2-oxoglutarate aminotransferase", "(s)-2-amino-3-(4-hydroxyphenyl)propanoic acid", "cop-1", "tirosina[spanish]", "copolymer 1", "392441[beilstein]", "propanoic acid 2-amino-3-(4-hydroxyphenyl)- (s)-", "ls-186971", "tyrosine[wiki][usp][acd/iupac name]", "y[formula]", "(s)-2-amino-3-(4-hydroxyphenyl)propionic acid; 3-(4-hydroxyphenyl)-l-alanine", "tyrosine-", "l-tyrosine (9ci)", "l-phenylalanine-4-hydroxy-", "(s)-2-amino-3-(4-hydroxy-phenyl)-propionic acid", "l-(-)-tyrosine", "tirosina [spanish]", "(s)-a-amino-4-hydroxybenzenepropanoic acid", "ls-71889", "60-18-4[rn]", "3-(p-hydroxyphenyl)alanine", "69558-55-0[rn]", "tat", "(2s)-2-amino-3-(4-hydroxyphenyl)propanoic acid", "(s)-2-amino-3-(4-hydroxyphenyl)propionic acid", "tyrosinum [latin]", "2-amino-3-(4-hydroxyphenyl)propanoic acid-(s)-", "(s)-a-amino-4-hydroxy-benzenepropanoic acid", "glatiramer acetate [usan]", "hydrogen l-tyrosinate", "25619-78-7[rn]", "1991-85-1[rn]", "16870-43-2[rn]", "l-phenylalanine 4-hydroxy-", "dr-1", "copolymer-1", "s-amino-3-(4-hydroxyphenyl)propanoic acid", "tyr", "free-form l-tyrosine", "140-43-2[rn]", "46209-14-7[rn]", "rxosine", "200-460-4[einecs]", "(s)-(-)-tyrosine", "hla class ii histocompatibility antigen drb1-1 beta chain precursor", "(t", "synthetic peptide copolymer i", "cop 1", "copolymer i (synthetic peptide)", "copolymer i", "poly-l-(tyr", "multideterminant antigen (t", "tgal copolymer", "glatiramer", "glat copolymer"}|>, "786" -> <|"DatabaseID" -> "SW00574", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7269], ExternalIdentifier["ChemSpiderID", 4817]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00545"]}, "IsomericSmiles" -> "C[n+]1cccc(c1)OC(=O)N(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00487"]}, "OfficialNames" -> <|"China Approved Name" -> "pyridostigmine", "WHO Essential Medicine" -> "pyridostigmine", "Indian Approved Name" -> "pyridostigmine", "FDA Approved Drug" -> "PYRIDOSTIGMINE BROMIDE"|>, "PharmGKBID" -> "PA451185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7550], ExternalIdentifier["PubChemCompoundID", 4991]}, "Synonyms" -> {"pyridostigmine bromide", "pyridostigminum", "mestinon", "pyridostigmine bromine", "mestinon-sr", "pyridostigmine", "regonol", "mestinon[wiki]", "butyrylcholine esterase", "acylcholine acylhydrolase", "pseudocholinesterase", "cholinesterase precursor", "ec 3.1.1.8", "regonol[wiki]", "155-97-5[rn]", "choline esterase ii", "pyridine n-oxide", "3-dimethylcarbamoyloxy-1-methyl-pyridinium", "spectrum3_001909", "ac1l1jdc", "spectrum_001603", "5-21-02-00078 (beilstein handbook reference)[beilstein]", "spectrum5_001046", "pyridinium 3-(((dimethylamino)carbonyl)oxy)-1-methyl- (9ci)", "pyridostigmine[wiki]", "3-(((dimethylamino)carbonyl)oxy)-1-methylpyridinium", "dimethyl-carbamic acid 1-methyl-pyridin-3-yl ester", "3-dimethylcarbamoyloxy-1-methyl-pyridinium(pyridostigmine)", "1-methyl-3-pyridiniumyl dimethylcarbamate", "spectrum2_000861", "pyridinium 3-[[(dimethylamino)carbonyl]oxy]-1-methyl-", "337376-15-5", "3-[(dimethylcarbamoyl)oxy]-1-methylpyridinium[acd/iupac name]", "regonal", "kalymin", "kalimin", "piridostigmina bromuro [dcit]", "3-dimethylcarbamoyloxy-1-methyl-pyridinium; bromide", "3-(((dimethylamino)carbonyl)oxy)-1-methylpyridinium bromide", "mestinon;regonol", "3-[(dimethylcarbamoyl)oxy]-1-methylpyridin-1-ium bromide", "ccris 6798", "101-26-8[rn]", "carbamicacid dimethyl- ester with3-hydroxy-1-methylpyridinium bromide", "3-{[(dimethylamino)carbonyl]oxy}-1-methylpyridinium bromide", "101-26-8", "bromure de pyridostigmine[french][inn]", "n,n-dimethyl(1-methyl(3-pyridyloxy))carboxamide bromide", "bromide[wiki][acd/iupac name]", "3-dimethylcarbamoyloxypyridine", "3-(dimethylaminocarbonyloxy)-1-methylpyridinium bromide", "3-hydroxy-1-methylpyridinium bromide dimethylcarbamate", "pyridostigmini bromidum[latin]", "mestinon (tn)", "101-26-8 155-97-5 [pyridostigmine]", "pyridinium 3-hydroxyl-1-methyl- bromide dimethylcarbamate", "pyridinium 3-(((dimethylamino)carbonyl)oxy)-1-methyl- bromide", "ro 1-5130", "pyridinium 3-[[(dimethylamino)carbonyl]oxy]-1-methyl- bromide", "dimethylcarbamic acid esterof 3-hydroxy-1-methylpyridinium bromide", "202-929-9[einecs]", "bromuro de piridostigmina[spanish][inn]", "hsdb 3924", "3-(dimethylcarbamyloxy)-1-methylpyridinium bromide", "pyridostigmine bromide [usan:ban:inn:jan][inn][jan][usan]", "1-methyl-3-hydroxypyridinium bromide dimethylcarbamate", "3-hydroxy-1-methylpyridinium bromidedimethylcarbamate(ester)", "pyridinium 3-[[(dimethylamino)carbonyl]oxy]-1-methyl- bromide(1:1)", "3-[(dimethylcarbamoyl)oxy]-1-methylpyridiniumbromid", "101-26-8 155-97-5", "pyridostigmine bromide mestinon", "(1-methylpyridin-5-yl) n,n-dimethylcarbamate", "3-[(dimethylcarbamoyl)oxy]-1-methylpyridinium bromide[acd/iupac name]", "3-[[(dimethylamino)carbonyl]oxy]-1-methylpyridinium bromide", "mestinon bromide", "mestinon regonol"}|>, "787" -> <|"DatabaseID" -> "SW00575", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392923]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@H](O1)O)F)O)O)O", "OfficialNames" -> <|"FDA Approved Drug" -> "FLUDEOXYGLUCOSE F-18"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 445226]}, "Synonyms" -> {"fludeoxyglucose (18f)-", "18fdg", "covalently linked to asp 52", "2-fluoro-2-deoxy-d-glucose", "fludeoxyglucose f-18", "dxa", "ac1l9hml", "2-deoxy-2fluoro-glucose", "1,2-hydro-1-oxy-3,4-hydro-3-(1-methoxy-2-oxy-3,4-dihydroxypentyl)-8,9-dihydroxy-7-(sec-butyl)-anthracene", "105851-17-0[rn]", "2-deoxy-2-fluoro-alpha-d-glucopyranose", "fludeoxyglucose f 18", "2-(fluoro-18f)-2-deoxy-alpha-glucopyranose", "chebi:49132", "fludeoxyglucose f 18[usp]", "chembl1086863", "alpha-d-glucopyranose", "g2f", "29702-43-0[rn]", "covalently linked to enzymatic glu352", "1907387[beilstein]"}|>, "788" -> <|"DatabaseID" -> "SW00576", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16813"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11357]}, "IsomericSmiles" -> "C([C@H]([C@@H]([C@@H]([C@H](CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dulcite;dulcitol;galactitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11850]}, "Synonyms" -> {"euonymit", "meso-galactitol", "dulcitol", "dulcose", "melampyrin", "melampyrit", "galactitol", "dulcite", "(2r,3s,4r,5s)-1,2,3,4,5,6-hexanehexol", "210-165-2[einecs]", "d-dulcitol", "(2r,3s,4r,5s)-1,2,3,4,5,6-hexanhexol", "melampyrite", "69-65-8[rn]", "melampyrum", "hexitol[acd/iupac name]", "608-66-2[rn]", "d-galactitol[acd/iupac name]", "dag", "dsstox_cid_26051", "d-mannitol[wiki][jp15][acd/iupac name]", "d-galactitol", "1721903"}|>, "789" -> <|"DatabaseID" -> "SW00577", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17924"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5576]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01638"]}, "IsomericSmiles" -> "C([C@H]([C@H]([C@@H]([C@H](CO)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00096"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sorbitol;sorbitol sol", "Australia Approved Name" -> "SORBITOL", "FDA Approved Drug" -> "SORBITOL"|>, "PharmGKBID" -> "PA451455", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5780]}, "Synonyms" -> {"d-sorbitol", "sorbilande", "diakarmon", "glucarine", "sorbitol", "multitol", "esasorb", "kyowa powder 50m", "sorbitol s", "sorbex m", "sionit", "1721899[beilstein]", "d-(-)-sorbitol", "neosorb p 20/60", "sorbex s", "cholaxine", "sorbite", "sorbicolan", "sorbex x", "neosorb p 60", "(2r,3r,4r,5s)-hexane-1,2,3,4,5,6-hexol", "sorbo", "sorbex r", "neosorb 20/60dc", "sor", "sorbostyl", "neosorb", "sorbit d 70", "sorbilax", "sionit k", "sorbit dp 50", "200-061-5[einecs]", "iso-sorbide", "sionite", "sorvilande", "d-sorbit", "608-66-2[rn]", "d-galactitol[acd/iupac name]", "sorbit t 70", "neosorb p 60w", "neosorb 70/70", "glucitol[wiki]", "karion", "sorbit w-powder 50", "sorbitol 3% in plastic container", "sorbogem 712", "sorbit kyowa powder 50m", "sorbit wp", "d-sorbite", "sorbitol[wiki][nf]", "sorbit w-powder", "gulitol", "siosan", "sorbitol(glucitol)", "d-sorbol", "glucitol d-", "sorbitol fk", "sorbitur", "sorbit w 70", "sorbit", "ec 2.3.3.9", "nivitin", "sionon", "sorbit l 70", "probilagol", "sorbol", "hexahydric alcohol", "sorbit dp", "4656395[beilstein]", "sorbex rp", "sorbit d-powder", "glo", "msg", "resulax", "foodol d 70", "50-70-4[rn]", "d-glucitol[acd/iupac name]", "(2r,3r,4r,5s)-hexan-1,2,3,4,5,6-hexol", "neosorb 70/02", "sorbit s", "cystosol", "glucitol", "l-gulitol", "d-glucitol"}|>, "790" -> <|"DatabaseID" -> "SW00578", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16899"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6015]}, "IsomericSmiles" -> "C([C@H]([C@H]([C@@H]([C@@H](CO)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00062"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mannitol", "Traditional Herbal Isolate" -> "mannitol;cordycepic acid;mannit", "Australia Approved Name" -> "MANNITOL", "China Approved Name" -> "mannitol", "WHO Essential Medicine" -> "mannitol", "FDA Approved Drug" -> "MANNITOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6251]}, "Synonyms" -> {"osmitrol", "mannitol", "osmofundin", "mannogem 2080", "d-mannitol", "mannite", "marine crystal", "invenex", "cordycepic acid", "manna sugar", "osmosal", "diosmol", "cordycepate", "87-78-5[rn]", "manicol", "1721898[beilstein]", "69-65-8[rn]", "4-01-00-02841 (beilstein handbook reference)[beilstein]", "osmosal.", "mannit", "(2r,3r,4r,5r)-1,2,3,4,5,6-hexanehexol", "mushroom sugar", "(2r,3r,4r,5r)-hexane-1,2,3,4,5,6-hexol", "d-mannite", "mannit p", "mannidex 16700", "mannitol (van)", "mannidex", "d(-)-mannitol", "mannitol[wiki][usp]", "200-711-8[einecs]", "d-(-)-mannitol", "mannitol d-", "mannistol", "d-mannitol[wiki][jp15][acd/iupac name]", "resectisol", "201-770-2[einecs]", "man", "mannazucker", "osmitrol (tn)", "d-mannitol(osmitrol)", "maniton s", "maniton-s", "(2r,3r,4r,5r)-hexan-1,2,3,4,5,6-hexol", "tl806434", "85085-15-0[rn]", "manita", "mannisol", "mtl", "tobrex", "mannigen", "d-mannit", "isotol"}|>, "791" -> <|"DatabaseID" -> "SW00579", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8333]}, "IsomericSmiles" -> "COc1cc(cc(c1O)OC)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "syringic aldehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8655]}, "Synonyms" -> {"syringic aldehyde", "syringylaldehyde", "3", "syringealdehyde", "4-hydroxy-3 5-dimethoxybenzaldehyde", "tl8000818", "4-hydroxy-3", "3 5-dimethoxy-4-hydroxybenzene carbonal", "134-96-3[rn]", "784514", "syringaldehyde", "benzaldehyde 3,5-dimethoxy-4-hydroxy-", "benzaldehyde 4-hydroxy-3,5-dimethoxy-", "3,5-dimethoxy-4-hydroxybenzaldehyde", "3,5-dimethoxy-4-hydroxybenzene carbonal", "benzaldehyde", "205-167-5[einecs]", "springaldehyde", "134-96-3", "4-hydroksy-3,5-dwumetoksybenzaldehyd [polish]", "4-hydroxy-3,5-dimethoxy-benzaldehyde", "gallaldehyde 3", "4-hydroxy-3,5-dimethoxybenzaldehyde[acd/iupac name]", "benzaldehyde 4-hydroxy-3 5-dimethoxy-", "syringaldehyde[wiki]", "4-hydroksy-3,5-dwumetoksybenzaldehyd[polish]", "3,5-dimethoxy-4-hydroxy-benzaldehyde", "4-hydroxy-3,5-dimethoxybenzaldehyd", "4-hydroxy-3,5-dimethoxybenzolcarbaldehyd", "4-08-00-02718 (beilstein handbook reference)[beilstein]", "gallaldehyde 3,5-dimethyl ether", "3,5-dimethoxy-4-hydroxybenzaldehyde;4-hydroxy-3,5-dimethoxybenzaldehyde"}|>, "792" -> <|"DatabaseID" -> "SW00580", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6616]}, "IsomericSmiles" -> "c1ccc(c(c1)C(=O)OCCO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01557"]}, "OfficialNames" -> <|"Indian Approved Name" -> "glycol salicylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6880]}, "Synonyms" -> {"glysal", "sarocol", "norgesic", "ethylene glycol salicylate", "ethylene glycol monosalicylate", "rheumacyl", "espirosal", "phlogont", "spirosal", "2-hydroxyethyl 2-hydroxybenzoate", "glycol monosalicylate", "glycol salicylate", "benzoic acid 2-hydroxy- 2-hydroxyethyl ester", "aethylenglykolsalicylat", "salicylic acid 2-hydroxyethyl ester (8ci)", "traumasenex", "kytta-gel", "salicylic acid 2-hydroxyethyl ester", "monoglycol salicylate", "87-28-5[rn]", "salicylic acid 2-hydroxyethyl ester", "ethylenglycol-monosalicylsaeureester", "ethylene glycol salicylate", "phlogont (tn)", "1,2-ethylene glycol monosalicylate", "salicylic acid ethylene glycol ester", "2-hydroxyethyl salicylate[acd/iupac name]", "2-hydroxyethyl salicylate", "2-hydroxybenzoic acid 2-hydroxyethyl ester", "2-hydroxy-benzoic acid 2-hydroxy-ethyl ester", "201-737-2[einecs]", "glykolsalicylat", "nsc-72097", "gl 7", "ethylene glycol monosalicylate", "2-hydroxybenzoic acid 2-hydroxyethyl ester", "norgesic (tn)"}|>, "793" -> <|"DatabaseID" -> "SW00581", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10481959]}, "IsomericSmiles" -> "CN(C)/N=N/c1c(nc[nH]1)C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00288"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "dacarbazine", "Indian Approved Name" -> "dacarbazine", "FDA Approved Drug" -> "DACARBAZINE"|>, "Synonyms" -> {"dtic-dome", "5(or 4)-(dimethyltriazeno)imidazole-4(or 5)-carboxamide", "4-(dimethyltriazeno)imidazole-5-carboxamide", "5-(3,3-dimethyl-1-triazeno)imidazole-4-carboxamide(dtic)", "dtie", "carboxamide dimethyl imidazole", "icdmt", "imidazole-4(or 5)-carboxamide 5(or4)-(3,3-dimethyl-1-triazeno)-.", "4-[(1e)-3,3-dimethyltriaz-1-en-1-yl]-1h-imidazole-5-carboxamide", "dimethyl triazeno imidazole carboxamide", "dtic", "5-[(1e)-3,3-dimethyltriaz-1-enyl]-1h-imidazole-4-carboxamide(dacarbazine)", "5-(3,3-dimethyltriazeno)-imidazole-4-carbamide", "5-(3,3-dimethyl-1-triazenyl)-1h-imidazole-4-carboxamide", "5-(3,3-dimethyl-1-triazeno)imidazole-4-carboxamide", "imidazole-4-carboxamide 5-(3,3-dimethyl-1-triazenyl)-", "d003606", "dtic;dtic-dome", "211-743-7[einecs]", "4-(3,3-dimethyltriazeno)imidazole-5-carboxamide", "di-methyl-triazenoimidazolecarboxamide", "decarbazine", "5-[(1e)-3,3-dimethyltriaz-1-enyl]-1h-imidazole-4-carboxamide", "4(5)-(3,3-dimethyl-1-triazeno)imidazole-5(4)-carboxamide", "5-[(dimethylamino)diazenyl]imidazole-4-carboxamide", "icdt", "5-[(1e)-3,3-dimethyltriaz-1-en-1-yl]-1h-imidazole-4-carboxamide", "biocarbazine r", "dticdome", "dtic dtic-dome", "1h-imidazole-4-carboxamide 5- (3,4-dimethyl-1-triazenyl)-", "dacarbazine[wiki]", "693-13-0[rn]", "3-methyl-4-oxo-4,5-dihydro-3h-pyrazolo[4,3-d][1,2,3]triazine-7-carboxylic acid methylamide", "5-(dimethyltriazeno)imidazole-4-carboxamide", "imidazole carboxamide dimethyl", "deticene", "dimethyl imidazole carboxamide", "5-(dimethyltriazeno)imidazole-4-carboximide", "4-(or 5)-(3,3-dimethyl-1-triazeno)imidazole-5(or 4)-carboxamide", "5-(3,3-dimethyltriaz-1-en-1-yl)-1h-imidazole-4-carboxamide", "5-(3,3-dimethyltriazeno)imidazole-4-carboxamide", "1h-imidazole-4-carboxamide 5- (3,3-dimethyl-1-triazenyl)-", "5-(dimethyltriazeno)-4-imidazolecarboxamide", "dtic dome", "5-(3,3-dimethyl-1-triazenyl)imidazole-4-carboxamide", "dacarbazine", "imidazol-4-conh2-5(33dime-1-triazeno)", "1h-imidazole-5-carboxamide,4-[(1e)-3,3-dimethyl-1-triazenyl]-", "dic", "4342-03-4[rn]", "dacatic", "1h-imidazole-4-carboxamide 5-(3,3-dimethyl-1-triazenyl)-", "4-[(1e)-3,3-dimethyl-1-triazen-1-yl]-1h-imidazole-5-carboxamide", "891986", "1h-imidazole-4-carboxamide,5-[(1e)-3,3-dimethyl-1-triazen-1-yl]-", "biocarbazine", "224-396-1[einecs]"}|>, "794" -> <|"DatabaseID" -> "SW00582", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3919]}, "IsomericSmiles" -> "Cc1ccccc1OCC(CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02595"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mephenesin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4059]}, "Synonyms" -> {"decontractyl", "decontractil", "lissenphan", "cresodiol", "lissephen", "mefenesina", "mephenesin", "tolserol", "anatensin", "memphenesin", "myodetensine", "myasinmyastenin", "component of tolagesic", "myoserol", "3-o-toloxy-1,2-propanediol", "thoxidil", "1-o-tolylglycerol ether", "mianesina", "glukresin", "dioloxal", "oranixon", "thioxidil", "3-(o-tolyloxy)propane-1,2-diol", "relaxil", "mefensina", "mephson", "1,2-dihydroxy-3-(2-methylphenoxy)propane", "myoxane", "myolysin", "proloxin", "avosyl", "mephenesinum[latin]", "relaxar", "mephenesin [ban:inn][inn]", "curythan", "3-(o-methylphenoxy)-1,2-propanediol", "ageflex cge", "myoten", "3-[(2-methylphenyl)oxy]propane-1,2-diol", "tolbart", "tokerol", "toloxyn", "3-(2-tolyloxy)-1 2-propanediol", "mephensin", "myopen", "myosera", "o-cresyl glycerol ether", "ortol (van)", "4-06-00-01952", "torulox", "saserol", "1,2-propanediol-3-(2-tolyloxy)", "cresossipropandiolo", "renarcol", "3-(2-methylphenoxy)-1,2-propanediol[acd/iupac name]", "rex regulans", "nephelor", "mephenesine", "sinan[wiki]", "kresoxypropandiol", "walko-nesin", "tolax", "myopna", "glytol", "mephelor", "xeral", "tolulox", "halabar", "200-427-4[einecs]", "avoxil", "tolulexin", "myasin", "daserd", "miolisina", "glykresin", "atensin", "rhex 'hobeino'", "tolofren", "tolyspaz", "mephedan", "4-06-00-01952 (beilstein handbook reference)[beilstein]", "mervaldin", "mephenesin[wiki]", "1,2-propanediol 3-(o-tolyloxy)-", "myanesin", "curaril", "myanil", "mephelor mephensin", "3-(ortho-tolyloxy)-1,2-propanediol", "cresoxypropanediol", "tolhart", "mephesin", "3-(2-methylphenoxy)propane-1,2-diol", "myocuran", "myolyseen", "findolar", "tolynol", "1,2-propanediol 3- (2-methylphenoxy)-", "myodetensin", "daserol", "cresoxydiol", "1,2-propanediol 3- (o-tolyloxy)-", "avoxyl", "mephin", "tolseron", "3-(2-methylphenoxy)-1,2-propanediol;mephenesin; 3-(o-tolyloxy)-1,2-propanediol", "noctynol", "mepherol", "findolor", "walco-nesin", "prolaxin", "glyotol", "avesyl", "stilalgin", "myolax", "1 2-dihydroxy-3-(2-methylphenoxy)propane", "relaxyl", "nembusen", "myopan", "1-ortho-tolylglycerol ether", "tolserol (tn)", "kinavosyl", "tolcil", "1,2-propanediol 3-(2-methylphenoxy)-", "sansdolor", "a,b-dihydroxy-g-(2-methylphenoxy)propane", "mycocuran", "spartoloxin", "temian", "spasmolyn", "myanol", "spartoloxyn", "myastenin", "moctynol", "tolosate", "relaxant", "3-(o-tolyloxy)-1 2-propanediol", "ortol", "o-cresyl a-glyceryl ether", "o-kresol-glycerinaether[german]", "walconesin", "mephosal", "dioloxol", "tolydrin", "byk-m 1", "diloxol", "mephate", "59-47-2[rn]", "rhex regulans", "cresossidiolo", "3-(2-tolyloxy)-1,2-propanediol", "tolansin", "seconesinz", "tolsil", "myoxyl", "tolsin", "prolax", "3-(o-tolyloxy)-1,2-propanediol", "anxine", "curarythan"}|>, "795" -> <|"DatabaseID" -> "SW00582", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3919]}, "IsomericSmiles" -> "Cc1ccccc1OCC(CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02595"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mephenesin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4059]}, "Synonyms" -> {"decontractyl", "decontractil", "lissenphan", "cresodiol", "lissephen", "mefenesina", "mephenesin", "tolserol", "anatensin", "memphenesin", "myodetensine", "myasinmyastenin", "component of tolagesic", "myoserol", "3-o-toloxy-1,2-propanediol", "thoxidil", "1-o-tolylglycerol ether", "mianesina", "glukresin", "dioloxal", "oranixon", "thioxidil", "3-(o-tolyloxy)propane-1,2-diol", "relaxil", "mefensina", "mephson", "1,2-dihydroxy-3-(2-methylphenoxy)propane", "myoxane", "myolysin", "proloxin", "avosyl", "mephenesinum[latin]", "relaxar", "mephenesin [ban:inn][inn]", "curythan", "3-(o-methylphenoxy)-1,2-propanediol", "ageflex cge", "myoten", "3-[(2-methylphenyl)oxy]propane-1,2-diol", "tolbart", "tokerol", "toloxyn", "3-(2-tolyloxy)-1 2-propanediol", "mephensin", "myopen", "myosera", "o-cresyl glycerol ether", "ortol (van)", "4-06-00-01952", "torulox", "saserol", "1,2-propanediol-3-(2-tolyloxy)", "cresossipropandiolo", "renarcol", "3-(2-methylphenoxy)-1,2-propanediol[acd/iupac name]", "rex regulans", "nephelor", "mephenesine", "sinan[wiki]", "kresoxypropandiol", "walko-nesin", "tolax", "myopna", "glytol", "mephelor", "xeral", "tolulox", "halabar", "200-427-4[einecs]", "avoxil", "tolulexin", "myasin", "daserd", "miolisina", "glykresin", "atensin", "rhex 'hobeino'", "tolofren", "tolyspaz", "mephedan", "4-06-00-01952 (beilstein handbook reference)[beilstein]", "mervaldin", "mephenesin[wiki]", "1,2-propanediol 3-(o-tolyloxy)-", "myanesin", "curaril", "myanil", "mephelor mephensin", "3-(ortho-tolyloxy)-1,2-propanediol", "cresoxypropanediol", "tolhart", "mephesin", "3-(2-methylphenoxy)propane-1,2-diol", "myocuran", "myolyseen", "findolar", "tolynol", "1,2-propanediol 3- (2-methylphenoxy)-", "myodetensin", "daserol", "cresoxydiol", "1,2-propanediol 3- (o-tolyloxy)-", "avoxyl", "mephin", "tolseron", "3-(2-methylphenoxy)-1,2-propanediol;mephenesin; 3-(o-tolyloxy)-1,2-propanediol", "noctynol", "mepherol", "findolor", "walco-nesin", "prolaxin", "glyotol", "avesyl", "stilalgin", "myolax", "1 2-dihydroxy-3-(2-methylphenoxy)propane", "relaxyl", "nembusen", "myopan", "1-ortho-tolylglycerol ether", "tolserol (tn)", "kinavosyl", "tolcil", "1,2-propanediol 3-(2-methylphenoxy)-", "sansdolor", "a,b-dihydroxy-g-(2-methylphenoxy)propane", "mycocuran", "spartoloxin", "temian", "spasmolyn", "myanol", "spartoloxyn", "myastenin", "moctynol", "tolosate", "relaxant", "3-(o-tolyloxy)-1 2-propanediol", "ortol", "o-cresyl a-glyceryl ether", "o-kresol-glycerinaether[german]", "walconesin", "mephosal", "dioloxol", "tolydrin", "byk-m 1", "diloxol", "mephate", "59-47-2[rn]", "rhex regulans", "cresossidiolo", "3-(2-tolyloxy)-1,2-propanediol", "tolansin", "seconesinz", "tolsil", "myoxyl", "tolsin", "prolax", "3-(o-tolyloxy)-1,2-propanediol", "anxine", "curarythan"}|>, "796" -> <|"DatabaseID" -> "SW00583", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "41308"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2991]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01878"]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "benzophenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3102]}, "Synonyms" -> {"benzoylbenzene", "phenyl ketone", "diphenylmethanone", "diphenyl ketone", "benzophenone", "diphenylketone", "benzene", "119-61-9[rn]", "a-oxoditane", "benzophenone[wiki][acd/iupac name]", "speedcure bp", "a-oxodiphenylmethane", "ph2co", "methanone diphenyl-", "methanone", "ketone diphenyl", "kayacure bp", "adjutan 6016", "204-337-6[einecs]", "rvr[wln]", "119-61-9", "benzene benzoyl-", "ketone", "benzophenon", "diphenyl-methanone", "1238185[beilstein]"}|>, "797" -> <|"DatabaseID" -> "SW00584", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5623"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444755]}, "IsomericSmiles" -> "Cc1c2c(ccn1)c3ccccc3[nH]2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "loturine;harmane;harman"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281404]}, "Synonyms" -> {"aribine", "1-methylnorharman", "harmane", "locuturin", "passiflorin", "locuturine", "aribin", "loturine", "486-84-0", "h-1150", "harman[wiki]", "1-methyl-9h-pyrido(3,4-b)indole", "methylbeta-carboline", "1-methyl-9h-pyrido[3,4-b]indole", "3-methyl-4-carboline", "5-23-08-00261 (beilstein handbook reference)[beilstein]", "1-methyl-9h-pyrid[3,4-b]indole", "486-84-0[rn]", "9h-pyrido(3,4-b)indole 1-methyl-", "207-642-2[einecs]", "9h-pyrido[3,4-b]indole 1-methyl-", "harman", "2-methyl-b-carboline"}|>, "798" -> <|"DatabaseID" -> "SW00585", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3190]}, "IsomericSmiles" -> "CC[NH2+]CC(c1cccc(c1)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07931"]}, "OfficialNames" -> <|"NPC Approved Name" -> "etilefrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3306]}, "Synonyms" -> {"etilefrine", "etilephrine", "ethyladrianol", "phetanol", "racemic etilefrine", "ethylphenylephrine", "etilefrin", "ethyl noradrianol", "1-(3-hydroxyphenyl)-2-(ethylamino)ethanol", "a-[(ethylamino)methyl]-m-hydroxybenzyl alcohol", "effortil", "85750-39-6[rn]", "funasol", "3-(2-ethylamino-1-hydroxy-ethyl)-phenol", "etilefrinum[latin]", "etilefrina[spanish]", "etilefrin dl-form", "3-[2-(ethylamino)-1-hydroxyethyl]phenol[acd/iupac name]", "42145-91-5[rn]", "a-(m-hydroxyphenyl)-b-(ethylamino)ethanol", "943-17-9[rn]", "10128-36-6[rn]", "1-(3'-hydroxyphenyl)-2-ethylaminoethanol", "s 40032-7", "etilefrina [dcit]", "ethyl adrianol", "709-55-7[rn]", "n-ethylnorphenylephrine", "m-hydroxy-a-(ethylaminomethyl)benzyl alcohol", "a-[(ethylamino)methyl]-3-hydroxybenzenemethanol", "m-hydroxyphenylethanolethylamine", "corcanfol", "updormin", "etiladrianol", "etilefrine dl-form", "211-910-4[einecs]", "233-359-9[einecs]", "etilefrine[inn]"}|>, "799" -> <|"DatabaseID" -> "SW00585", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3190]}, "IsomericSmiles" -> "CC[NH2+]CC(c1cccc(c1)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07931"]}, "OfficialNames" -> <|"NPC Approved Name" -> "etilefrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3306]}, "Synonyms" -> {"etilefrine", "etilephrine", "ethyladrianol", "phetanol", "racemic etilefrine", "ethylphenylephrine", "etilefrin", "ethyl noradrianol", "1-(3-hydroxyphenyl)-2-(ethylamino)ethanol", "a-[(ethylamino)methyl]-m-hydroxybenzyl alcohol", "effortil", "85750-39-6[rn]", "funasol", "3-(2-ethylamino-1-hydroxy-ethyl)-phenol", "etilefrinum[latin]", "etilefrina[spanish]", "etilefrin dl-form", "3-[2-(ethylamino)-1-hydroxyethyl]phenol[acd/iupac name]", "42145-91-5[rn]", "a-(m-hydroxyphenyl)-b-(ethylamino)ethanol", "943-17-9[rn]", "10128-36-6[rn]", "1-(3'-hydroxyphenyl)-2-ethylaminoethanol", "s 40032-7", "etilefrina [dcit]", "ethyl adrianol", "709-55-7[rn]", "n-ethylnorphenylephrine", "m-hydroxy-a-(ethylaminomethyl)benzyl alcohol", "a-[(ethylamino)methyl]-3-hydroxybenzenemethanol", "m-hydroxyphenylethanolethylamine", "corcanfol", "updormin", "etiladrianol", "etilefrine dl-form", "211-910-4[einecs]", "233-359-9[einecs]", "etilefrine[inn]"}|>, "800" -> <|"DatabaseID" -> "SW00586", "IsomericSmiles" -> "CC(=CCC/C(=C/OC(=O)C)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "geranoil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832062]}, "Synonyms" -> {"(e)-3", "3", "ls-392", "geranoil acetate", "trans-3"}|>, "801" -> <|"DatabaseID" -> "SW00587", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1403270]}, "IsomericSmiles" -> "C/C=C/C=C/CCCCCCCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "24-dienol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1787910]}, "Synonyms" -> {"pherocon cm", "8", "codlemone", "codlelure", "trans-8", "dodecan-8e,10e-dien-1-ol", "(8e,10e)dodeca-8,10-dien-1-ol", "(8e,10e)-dodeca-8,10-dien-1-ol", "(8e,10e)-dodeca-8,10-dienol", "8,10-dodecadien-1-ol (e,e)-", "(e,e)-dodeca-8,10-dien-1-ol", "(e,e)-8,10-dodecadien-1-ol", "(8e", "76600-88-9[rn]", "e,z-8,10-dodecadien-1-ol", "8,10-dodecadien-1-ol (8e,10e)-", "8e,10e-dodecadien-1-ol", "8e", "8,10-dodecadien-1-ol[acd/iupac name]", "(8e,10e)-8,10-dodecadien-1-ol", "trans-8,trans-10-dodecadien-1-ol", "trans,trans-8,10-dodecadien-1-ol", "ccris 9118", "33956-49-9[rn]", "251-761-2[einecs]", "dodeca-8,10-dienol", "(e,e)-8,10-dddol", "trans-8 trans-10-dodecadienol"}|>, "802" -> <|"DatabaseID" -> "SW00588", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "37712"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 104]}, "IsomericSmiles" -> "C(C(C(=O)[O-])[NH3+])OP(=O)([O-])[O-]", "OfficialNames" -> <|"China Approved Name" -> "bambuterol HCI"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 106]}, "Synonyms" -> {"serophen", "serine phosphate", "dl-o-phosphoserine", "p-serine", "dl-serine dihydrogen phosphate", "o-phospho-dl-serine", "energoserina", "407-41-0[rn]", "17885-08-4[rn]", "241-834-7[einecs]", "1726828[beilstein]", "serine o-phosphono-", "phosphorylserine", "phosphoserine[wiki]", "dl-serine dihydrogen phosphate (ester)", "o-phosphoserine", "serine dihydrogen phosphate (ester)", "serine-3-phosphate", "dl-2-amino-3-hydroxypropanoic acid 3-phosphate", "2-amino-3-(oxyphosphinyloxyphosphinyl)propanoic acid", "dl-sop", "serine-3-p", "hca", "dl-o-serine phosphate", "3-p-serine", "dihydrocinnamic acid", "dl-o-phosphorylserine", "fosforina b12", "4-09-00-01752 (beilstein handbook reference)[beilstein]", "3pp", "p-ser", "serine dihydrogen phosphate (ester) dl- (8ci)", "vitasprint b12", "(2s)-2-amino-3-(oxyphosphinyloxyphosphinyl)propanoic acid", "hci", "dl-serine dihydrogen phosphate (ester)", "serine dihydrogen phosphate (ester) (9ci)", "o-phosphonoserine", "o-phospho-l-serine", "2-amino-3-(phosphonooxy)propanoic acid", "3-phospho-serine", "dl-serine monophosphoric acid", "o-phosphonoserine[acd/iupac name]", "3-phospho-1-serine"}|>, "803" -> <|"DatabaseID" -> "SW00588", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "37712"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 104]}, "IsomericSmiles" -> "C(C(C(=O)[O-])[NH3+])OP(=O)([O-])[O-]", "OfficialNames" -> <|"China Approved Name" -> "bambuterol HCI"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 106]}, "Synonyms" -> {"serophen", "serine phosphate", "dl-o-phosphoserine", "p-serine", "dl-serine dihydrogen phosphate", "o-phospho-dl-serine", "energoserina", "407-41-0[rn]", "17885-08-4[rn]", "241-834-7[einecs]", "1726828[beilstein]", "serine o-phosphono-", "phosphorylserine", "phosphoserine[wiki]", "dl-serine dihydrogen phosphate (ester)", "o-phosphoserine", "serine dihydrogen phosphate (ester)", "serine-3-phosphate", "dl-2-amino-3-hydroxypropanoic acid 3-phosphate", "2-amino-3-(oxyphosphinyloxyphosphinyl)propanoic acid", "dl-sop", "serine-3-p", "hca", "dl-o-serine phosphate", "3-p-serine", "dihydrocinnamic acid", "dl-o-phosphorylserine", "fosforina b12", "4-09-00-01752 (beilstein handbook reference)[beilstein]", "3pp", "p-ser", "serine dihydrogen phosphate (ester) dl- (8ci)", "vitasprint b12", "(2s)-2-amino-3-(oxyphosphinyloxyphosphinyl)propanoic acid", "hci", "dl-serine dihydrogen phosphate (ester)", "serine dihydrogen phosphate (ester) (9ci)", "o-phosphonoserine", "o-phospho-l-serine", "2-amino-3-(phosphonooxy)propanoic acid", "3-phospho-serine", "dl-serine monophosphoric acid", "o-phosphonoserine[acd/iupac name]", "3-phospho-1-serine"}|>, "804" -> <|"DatabaseID" -> "SW00589", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "41948"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 51397], ExternalIdentifier["ChemSpiderID", 2902]}, "IsomericSmiles" -> "C(CC(C(F)F)(C(=O)[O-])[NH3+])C[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00829"], ExternalIdentifier["KEGGID", "D07883"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "eflornithine", "FDA Approved Drug" -> "EFLORNITHINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57004], ExternalIdentifier["PubChemCompoundID", 3009]}, "Synonyms" -> {"dfmo", "eflornithine", "ornidyl", "eflornithine hydrochloride", "a-difluoromethylornithine", "67037-37-0[rn]", "96020-91-6[rn]", "70050-56-5[rn]", "2,5-diamino-2-(difluoromethyl)pentanoic acid", "einecs 269-532-0", "eflornithine hydrochloride[usan]", "2-(difluoromethyl)-dl-ornithine hydrochloride", "2250529[beilstein]", "eflornitina [spanish]", "2-(difluoromethyl)-dl-ornithine", "eflornithinum [latin]", "2-(difluoromethyl)ornithine[acd/iupac name]", "67037-37-0 (free base)", "dl-ornithine 2-(difluoromethyl)-", "eflornithine hydrochloride hydrate", "68278-23-9", "2-(difluoromethyl)ornithine", "n-difluoromethylornithine", "dfmo hydrochloride", "ncgc00093850-01", "eflornithine[wiki]", "dfmo (growth regulator)", "difluromethylornithine", "eflornithine hcl", "dfmo hcl", "d", "eflornithinum[latin]", "eflornitina", "eflornithine ,eflornithine hydrochloride hydrate", "eflornitina[spanish]", "ornithine 2-(difluoromethyl)-", "eflornithinum", "70052-12-9[rn]", "68278-23-9[rn]", "mdl 71,782 a", "ccris 5805"}|>, "805" -> <|"DatabaseID" -> "SW00589", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "41948"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 51397], ExternalIdentifier["ChemSpiderID", 2902]}, "IsomericSmiles" -> "C(CC(C(F)F)(C(=O)[O-])[NH3+])C[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00829"], ExternalIdentifier["KEGGID", "D07883"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "eflornithine", "FDA Approved Drug" -> "EFLORNITHINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57004], ExternalIdentifier["PubChemCompoundID", 3009]}, "Synonyms" -> {"dfmo", "eflornithine", "ornidyl", "eflornithine hydrochloride", "a-difluoromethylornithine", "67037-37-0[rn]", "96020-91-6[rn]", "70050-56-5[rn]", "2,5-diamino-2-(difluoromethyl)pentanoic acid", "einecs 269-532-0", "eflornithine hydrochloride[usan]", "2-(difluoromethyl)-dl-ornithine hydrochloride", "2250529[beilstein]", "eflornitina [spanish]", "2-(difluoromethyl)-dl-ornithine", "eflornithinum [latin]", "2-(difluoromethyl)ornithine[acd/iupac name]", "67037-37-0 (free base)", "dl-ornithine 2-(difluoromethyl)-", "eflornithine hydrochloride hydrate", "68278-23-9", "2-(difluoromethyl)ornithine", "n-difluoromethylornithine", "dfmo hydrochloride", "ncgc00093850-01", "eflornithine[wiki]", "dfmo (growth regulator)", "difluromethylornithine", "eflornithine hcl", "dfmo hcl", "d", "eflornithinum[latin]", "eflornitina", "eflornithine ,eflornithine hydrochloride hydrate", "eflornitina[spanish]", "ornithine 2-(difluoromethyl)-", "eflornithinum", "70052-12-9[rn]", "68278-23-9[rn]", "mdl 71,782 a", "ccris 5805"}|>, "806" -> <|"DatabaseID" -> "SW00590", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 148572]}, "IsomericSmiles" -> "C=Cc1ccccc1S(=O)(=O)[O-]", "OfficialNames" -> <|"Australia Approved Name" -> "SODIUM POLYSTYRENE"|>, "PharmGKBID" -> "PA164749386", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 169893]}, "Synonyms" -> {"kalimate", "kmp-ca", "kayexalate", "calcium styrene sulfonate", "benzenesulfonic acid", "sodium polystyrene sulfonate", "28210-41-5[rn]", "ac1l54md", "calcium polystyrene sulfonate", "kionex", "calcium 2-ethenylbenzenesulfonate", "sodium polystyrene sulfonic acid", "37286-92-3[rn]"}|>, "807" -> <|"DatabaseID" -> "SW00591", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4018]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01107"]}, "IsomericSmiles" -> "CCC1(C(=O)C(CNC1=O)C)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01150"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Methyprylon", "FDA Approved Drug" -> "METHYPRYLON"|>, "PharmGKBID" -> "PA164746748", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4162]}, "Synonyms" -> {"noludar", "methyprylon", "metiprilone", "methyprolon", "noctan", "dimerin", "metiprilon", "methyprylone", "methyprylon [inn]", "nodular", "methprylon", "3,3-diethyl-5-methylpiperidine-2,4-dione", "methyprylonum [inn-latin]", "metiprilona[spanish][inn]", "2,4-dioxo-3,3-diethyl-5-methylpiperidine", "nodular[wiki]", "2,4-dioxy-3,3-diethyl-5-methylpiperidine", "2,4-piperidinedione 3,3-diethyl-5-methyl-", "dea no. 2575", "methyprylon[wiki][inn]", "3,3-diethyl-2,4-dioxo-5-methylpiperidine", "methyprylonum[latin]", "3,3-diethyl-5-methyl-2,4-piperidinedione[acd/iupac name]", "metiprilona [inn-spanish]", "methyprylone [inn-french]", "5-21-09-00615 (beilstein handbook reference)[beilstein]", "3 3-diethyl-2,4-dioxo-5-methylpiperidine", "125-64-4[rn]", "noludar (tn)", "3,3-diethyl-5-methyl-2 4-piperidinedione", "ro 1-6463", "5-21-09-00615", "204-745-4[einecs]", "gamma-aminobutyric-acid receptor subunit alpha-1 precursor", "methyprylone[french][inn]"}|>, "808" -> <|"DatabaseID" -> "SW00591", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4018]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01107"]}, "IsomericSmiles" -> "CCC1(C(=O)C(CNC1=O)C)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01150"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Methyprylon", "FDA Approved Drug" -> "METHYPRYLON"|>, "PharmGKBID" -> "PA164746748", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4162]}, "Synonyms" -> {"noludar", "methyprylon", "metiprilone", "methyprolon", "noctan", "dimerin", "metiprilon", "methyprylone", "methyprylon [inn]", "nodular", "methprylon", "3,3-diethyl-5-methylpiperidine-2,4-dione", "methyprylonum [inn-latin]", "metiprilona[spanish][inn]", "2,4-dioxo-3,3-diethyl-5-methylpiperidine", "nodular[wiki]", "2,4-dioxy-3,3-diethyl-5-methylpiperidine", "2,4-piperidinedione 3,3-diethyl-5-methyl-", "dea no. 2575", "methyprylon[wiki][inn]", "3,3-diethyl-2,4-dioxo-5-methylpiperidine", "methyprylonum[latin]", "3,3-diethyl-5-methyl-2,4-piperidinedione[acd/iupac name]", "metiprilona [inn-spanish]", "methyprylone [inn-french]", "5-21-09-00615 (beilstein handbook reference)[beilstein]", "3 3-diethyl-2,4-dioxo-5-methylpiperidine", "125-64-4[rn]", "noludar (tn)", "3,3-diethyl-5-methyl-2 4-piperidinedione", "ro 1-6463", "5-21-09-00615", "204-745-4[einecs]", "gamma-aminobutyric-acid receptor subunit alpha-1 precursor", "methyprylone[french][inn]"}|>, "809" -> <|"DatabaseID" -> "SW00592", "IsomericSmiles" -> "C=CCCCCCCCCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02159"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cruex"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5634]}, "Synonyms" -> {"undecylenic acid", "renselin", "cruex", "10-undecenoic acid", "undec-10-enoic acid", "undecenoic acid", "declid", "desenex", "10-hendecenoic acid", "sevinon", "112-38-9"}|>, "810" -> <|"DatabaseID" -> "SW00593", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17941"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5723]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00677"]}, "IsomericSmiles" -> "CC(C)OP(=O)(OC(C)C)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00043"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ISOFLUROPHATE"|>, "PharmGKBID" -> "PA164748933", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5936]}, "Synonyms" -> {"floropryl", "diflurophate", "neoglaucit", "isofluorphate", "diisopropyl fluorophosphate", "isoflurophosphate", "isoflurophate", "dyflos", "fluorodiisopropyl phosphate", "o,o-diisopropyl fluorophosphate", "disiopropyl fluorophosphonate", "fluoropryl", "dfp", "fluropryl", "diisopropyl fluorophosphonate", "diisopropyl phosphofluoridate", "fluostigmine", "isofluorophate", "isopropyl fluophosphate", "pf-3", "isopropyl phosphorofluoridate", "diisopropoxyphosphoryl fluoride", "diisopropyl fluoridophosphate", "diflupyl", "o,o-diisopropyl phosphorofluoridate", "diisopropyl phosphorofluoridate[acd/iupac name]", "55-91-4", "dipropan-2-yl phosphorofluoridate", "floropryl (tn)", "difp", "fluophosphoric acid diisopropyl ester", "phosphorofluoridic acid bis(1-methylethyl) ester", "200-247-6[einecs]", "diisopropylfluorfosfat", "4-01-00-01480 (beilstein handbook reference)[beilstein]", "phosphorofluoridic acid diisopropyl ester", "diisopropylphosphofluoridate", "phosphorofluoridic acid bis(1-methylethyl) ester", "diisopropylfluorophosphoric acid ester", "pf 3", "choline esterase ii", "diisopropylfluorophosphate", "diisopropylfluorfosfat[czech]", "diisopropylphosphorofluoridate", "55-91-4[rn]", "37209-35-1[rn]", "pseudocholinesterase", "phosphoric acid diisopropyl ester fluoride", "fluorostigmine", "diisopropylfluorphosphorsaeureester[german]", "dff", "cholinesterase precursor", "butyrylcholine esterase", "di-isopropylphosphorofluoridate", "o,o'-diisopropyl phosphoryl fluoride", "diflos", "diisopropyl phosphorofluoridate", "4-01-00-01480", "ec 3.1.1.8", "acylcholine acylhydrolase", "diisopropylfluorophosphate[wiki]", "di isopropylphosphorofluoridate", "dipf", "bis(1-methylethyl) phosphorofluoridate", "bis(propan-2-yl) fluorophosphate", "fluorophosphoric acid diisopropyl ester", "isoflurophate[wiki][usp]", "d007531", "difluorophate", "phosphorofluoridic acid diisopropyl ester", "humorsol", "fluostigmine[wiki]"}|>, "811" -> <|"DatabaseID" -> "SW00594", "IsomericSmiles" -> "COC(=O)[C@H](c1ccc(cc1)F)[NH3+]", "OfficialNames" -> <|"Indian Approved Name" -> "l-cisteine hcl."|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57415665]}, "Synonyms" -> {"methyl l-2-(4-fluorophenyl)glycinate hcl", "916602-09-0", "a-2224", "surecn1432766"}|>, "812" -> <|"DatabaseID" -> "SW00595", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31252"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2206]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01483"]}, "IsomericSmiles" -> "CCC1(C(=O)NC(=O)NC1=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01740"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Barbital"|>, "PharmGKBID" -> "PA448538", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2294]}, "Synonyms" -> {"barbital", "uronal", "vesperal", "malonal", "ethylbarbital", "diemal", "sedeval", "2,4,6 (1h,3h,5h)-pyrimidinetrione 5,5-diethyl-", "2,4,6(1h,3h,5h)-pyrimidinetrione 5,5-diethyl-", "kyselina 5,5-diethylbarbiturova[czech]", "barbitone[wiki]", "barbitalum[latin]", "diethylmalonylurea[wiki]", "barbitonum", "glutamate receptor 2 precursor", "verolettin", "57-44-3[rn]", "barbitale [dcit]", "barbital (tn)", "hypnogene", "d001462", "glur-k2", "barbituric acid 5,5-diethyl-", "diemalum", "dormileno", "medinal", "5", "glur-b", "veroletten", "diethylbarbitone", "diethylmalonylurea", "veronal[wiki]", "5,5-diethyl-2,4,6(1h,3h,5h)-pyrimidinetrione[acd/iupac name]", "hypnogegravene", "deba", "dormonal", "diethylbarbituric acid", "5,5-diethyl-1,3,5-trihydropyrimidine-2,4,6-trione", "barbitone", "barbital[wiki][jp15]", "2,4,6(1h,3h,5h)-pyrimidinetrione 5,5-diethyl- (9ci)", "5,5-diethylpyrimidine-2,4,6(1h,3h,5h)-trione", "vespeacuteral", "ampa-selective glutamate receptor 2", "5-24-09-00137 (beilstein handbook reference)[beilstein]", "163999[beilstein]", "veronal", "glutamate receptor ionotropic ampa 2", "glur-2", "5,5-diethylbarbituric acid", "barbital (van)", "seacutedeval", "5,5-diethylhexahydropyrimidine-2,4,6-trione", "barbital [inn:jan][inn][jan]", "200-331-2[einecs]"}|>, "813" -> <|"DatabaseID" -> "SW00596", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28918"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5611], ExternalIdentifier["ChemSpiderID", 5610]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00668"]}, "IsomericSmiles" -> "C[NH2+]C[C@@H](c1ccc(c(c1)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00095"], ExternalIdentifier["KEGGID", "D02149"]}, "OfficialNames" -> <|"China Approved Name" -> "epinephrine;adrenaline", "Indian Approved Name" -> "adrenaline", "WHO Essential Medicine" -> "epinephrine;adrenaline", "Australia Approved Name" -> "ADRENALINE;EPINEPHRINE", "FDA Approved Drug" -> "EPINEPHRINE;EPINEPHRINE BITARTRATE"|>, "PharmGKBID" -> "PA449470", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5816], ExternalIdentifier["PubChemCompoundID", 5815]}, "Synonyms" -> {"epipen", "epinephrine", "adrenaline", "adrenalin", "l-epinephrine", "renostypticin", "epifrin", "adrenal", "l-adrenaline", "asmatane mist", "medihaler-epi", "levoepinephrine", "epitrate", "supranol", "adrenine", "vasotonin", "sindrenina", "renagladin", "epirenin", "intranefrin", "adrenapax", "adrenasol", "styptirenal", "adrenor", "levorenen", "renoform", "asthmanefrin", "epinephran", "l-adrenalin", "tolhart", "epiglaufrin", "suprarenin", "epi ez pen jr", "myosthenine", "micronefrin", "vasoton", "sympathin i", "glauposine", "sus-phrine", "renostypricin", "esphygmogenina", "surrenine", "mytrate", "soladren", "supranephrane", "nephridine", "drenamist", "hektalin", "adrenodis", "hemostatin", "dylephrin", "susphrine", "adrop", "scurenaline", "vaponefrin", "twinject", "corisol", "suprarenaline", "adnephrine", "hypernephrin", "paranephrin", "nieraline", "epirenan", "chelafrin", "suprel", "sympathin e", "lyophrin", "surenine", "supranefran", "biorenine", "adrenosan", "epipen jr.", "renostyptin", "renaglandin", "levonor", "adrenatrate", "hyporenin", "bosmin", "adrenutol", "adrenalinum", "iontocaine", "astmahalin", "renaleptine", "tolansin", "supracapsulin", "bernarenin", "glaucosan", "primatene mist", "astminhal", "haemostatin", "glaucon", "levorenin", "kidoline", "balmadren", "tokamina", "brevirenin", "citanest forte", "supranephrine", "vasoconstrictine", "aktamin", "iop", "tolcil", "epirenamine", "hemostasin", "asthma meter mist", "antiasthmatique", "adrine", "isoptoepinal", "renaglandulin", "tolax", "nephron", "l-epirenamine", "lidocaton", "haemostasin", "tonogen", "adrenan", "asthmahaler mist", "supradin", "l-epinephine", "metanephrin", "vasodrine", "adrenamine", "adrin", "hemisine", "mucidrina", "simplene", "duranest", "glycirenan", "epipen jr. auto-injector", "epipen auto-injector", "sphygmogenin", "asthma-nefrin", "renalina", "eppy", "ana-guard", "epipen ez pen", "takamina", "adrenohorma", "levorenine", "adrenalin-medihaler", "stryptirenal", "exadrin", "epinephrine bitartrate", "e-pilo-1 oph soln (epinephrine bitartrate + pilocarpine hydrochloride)_mixture", "alphacaine hcl 2% w epineph 1:50000 (epinephrine + lidocaine hydrochloride)_mixture", "spinal anesthesia tray (dextrose + ephedrine sulfate + epinephrine + lidocaine hydrochloride + tetracaine hydrochloride)_mixture", "racepinefrine", "racord two no 10 (racemic epinephrine hydrochloride + zinc phenolsulphonate)_mixture", "chemtox (barberry root + belladonna + burdock + cascarilla + charcoal activated + couch grass + epinephrine + glycerine + glycyrrhiza glabra + iodine + liverwort + lycopodium clavatum + nitric acid + phosphoric acid + phosphorus + phytolacca decandra + pulsatilla + stillingia + trifolium pratense + xanthoxylum)_mixture", "r63 (aesculus hippocastanum + cupric acetate + epinephrine + potentilla anserina + tobacco)_mixture", "xylocaine 1% w epinephrine 1:100000 (epinephrine + lidocaine hydrochloride)_mixture", "sil trax plus no 8 (racemic epinephrine hydrochloride + zinc phenolsulphonate)_mixture", "ultracaine d-s injection (articaine hydrochloride + epinephrine)_mixture", "lidocaine hcl 2% epinephrine inj (epinephrine + lidocaine hydrochloride)_mixture", "alphacaine hcl 2% w epineph 1:100000 (epinephrine + lidocaine hydrochloride)_mixture", "xylocaine 1.5% w epinephrine 1:200000 (epinephrine + lidocaine hydrochloride)_mixture", "universaltox (alfalfa + buckthorn + charcoal activated + coffea tosta + comfrey + epinephrine + fucus vesiculosus + iodine + liverwort + lycopodium clavatum + manganese + oats + oyster shells + poison ivy + pulsatilla + sepia officinalis l + sodium chloride + spigelia anthelmia + water cress)_mixture", "ultracaine ds inj (articaine hydrochloride + epinephrine)_mixture", "marcaine e 5.0 mg/ml (bupivacaine hydrochloride + epinephrine bitartrate)_mixture", "1% lidocaine hydrochloride and epinephrine 1:100000 inj usp (epinephrine + lidocaine hydrochloride)_mixture", "super sulpak r 45 (aluminum potassium sulfate + racemic epinephrine hydrochloride)_mixture", "d-epinephrine", "xylocaine 1.5% w epinephrine 1:200000 test dose (epinephrine + lidocaine hydrochloride)_mixture", "xylocaine 0.5% w epinephrine 1:100000 (epinephrine + lidocaine hydrochloride)_mixture", "2% lidocaine hydrochloride and epinephrine 1:100000 inj usp (epinephrine + lidocaine hydrochloride)_mixture", "lidocaine hcl 2% w epinephrine 1:50000 (epinephrine + lidocaine hydrochloride)_mixture", "epinefrin [czech]", "nor-epirenan", "xylocaine 0.5% w epinephrine 1:200000 (epinephrine + lidocaine hydrochloride)_mixture", "andropt (astragalus menziesii + echinacea angustifolia + epinephrine + juniper berries + oats + phosphoric acid + picric acid + pulsatilla + saw palmetto + selenium + sodium hexafluorosilicate + thuja occidentalis + vitex agnus castus)_mixture", "xylocaine 2% w epinephrine 1:100000 (epinephrine + lidocaine hydrochloride)_mixture", "crc-plex (arnica montana + barium chloride + calcium lactate + charcoal activated + cholesterol + convallaria majalis + epinephrine + iodine + magnesium carbonate + nitroglycerin + phosphorus + picric acid + potassium iodide + strophanthus hispidus)_mixture", "e-pilo 2 ophthalmic solution (epinephrine bitartrate + pilocarpine hydrochloride)_mixture", "all-ii (epinephrine + euphrasia officinalis + goldenrod + histamine + liverwort + modified ragweed tyrosine adsorbate + phosphorus + potassium iodide + pulsatilla + sulfur)_mixture", "endoplex f (bovine ovaries dried + charcoal activated + cimicifuga racemosa + epinephrine + fucus vesiculosus + glycyrrhiza glabra + iodine + murex purpurea + pituitary posterior + pulsatilla + sabina + sepia officinalis l + xanthoxylum)_mixture", "gingibraid w epineph and alum 1e (aluminum potassium sulfate + racemic epinephrine hydrochloride)_mixture", "lidocaine 2% sterile injectable solution (epinephrine racemic + lidocaine hydrochloride)_mixture", "e-pilo-6 oph soln (epinephrine bitartrate + pilocarpine hydrochloride)_mixture", "lidocaine hcl 2% (epinephrine + lidocaine hydrochloride)_mixture", "xylocaine 1% w epinephrine 1:200000 (epinephrine + lidocaine hydrochloride)_mixture", "neuplex (agaricus muscarius + arnica montana + charcoal activated + diadem spider + epinephrine + hypericum perforatum + iodine + passion flower + plumbum metallicum + trifolium pratense)_mixture", "panplex (celandine + charcoal activated + common bean garden + epinephrine + eugenia jambolana + ginger + glycyrrhiza glabra + hydrastis canadensis + iodine + liverwort + nux moschata + pancreas + phosphoric acid + phosphorus + pituitary posterior + rhubarb + taraxacum officinale weber)_mixture", "sensorcaine 0.5% with epinephrine (bupivacaine hydrochloride + epinephrine (epinephrine bitartrate))_mixture", "ad plex (celandine + echinacea angustifolia + epinephrine + lycopodium clavatum + milk thistle + phosphoric acid + propolis + sodium chloride)_mixture", "l-adrenaline base", "tyd-plex (charcoal activated + epinephrine + ferrous iodide + fucus vesiculosus + iodine + oyster shells + phosphoric acid + pituitary posterior + potassium iodide + spongia tosta)_mixture", "adrenalina", "epinephrinum [inn-latin]", "septanest sp (articaine hydrochloride + epinephrine (epinephrine bitartrate))_mixture", "gynopt (angelica + beechwood creosote + boric acid + bovine ovaries dried + charcoal activated + cimicifuga racemosa + epinephrine + iodine + nitric acid + placenta + potassium acetate + pulsatilla + sepia officinalis l + sodium chloride + sulfur)_mixture", "octocaine 100 needleject inj (epinephrine + lidocaine hydrochloride)_mixture", "racord two 7 (racemic epinephrine hydrochloride + zinc phenolsulphonate)_mixture", "anakit insect sting treatment kit (chlorpheniramine maleate + epinephrine)_mixture", "immplex (astragalus menziesii + calcium sulfide crude + echinacea angustifolia + epinephrine + eupatorium perfoliatum + ferrum phosphoricum + hydrastis canadensis + myrrh + phosphoric acid + propolis + silicon dioxide + water cress)_mixture", "2% xylocaine dental with epinephrine 1:100,000 (epinephrine + lidocaine hydrochloride)_mixture", "cv tox (astragalus menziesii + barberry root + diadem spider + echinacea angustifolia + epinephrine + gelsemium sempervirens + hydrastis canadensis + hydrochloric acid + ipecac + lycopodium clavatum + nitric acid + phosphoric acid + poison ivy + scurvy grass + silicon dioxide)_mixture", "bronkaid", "sil trax plus no 9 (racemic epinephrine hydrochloride + zinc phenolsulphonate)_mixture", "marcaine e 0.25% liq prt (bupivacaine hydrochloride + epinephrine bitartrate)_mixture", "fml-tox (angelicae sinensis radix + beechwood creosote + boric acid + cimicifuga racemosa + epinephrine + iodine + oophorinum + oyster shells + placenta + pulsatilla + sepia officinalis l + sodium chloride + sulfur + zinc)_mixture", "ad tonic (charcoal activated + epinephrine + glycyrrhiza glabra + iodine + lycopodium clavatum + oats + phosphoric acid + potassium phosphate dibasic + sarsaparilla + sodium chloride)_mixture", "ec 1.14.16.1", "marcaine e 2.5 mg/ml (bupivacaine hydrochloride + epinephrine bitartrate)_mixture", "f alleropt (aethusa cynapium + belladonna + capsicum + charcoal activated + comfrey + echinacea angustifolia + epinephrine + gentiana cruciata + histamine + lycopodium clavatum + phosphorus + potassium dichromate + pulsatilla)_mixture", "septocaine", "lidocaine and epinephrine inj.usp2% 1:100000 (epinephrine + lidocaine hydrochloride)_mixture", "d-adrenaline", "4% citanest forte dental with epinephrine 1:200,000 (epinephrine (epinephrine bitartrate) + prilocaine hydrochloride)_mixture", "candopt (astragalus menziesii + echinacea angustifolia + epinephrine + fucus vesiculosus + hydrastis canadensis + lycopodium clavatum + phosphoric acid + platanus occidentalis + pulsatilla + sepia officinalis l + sodium chloride)_mixture", "adr adrenaline", "xylocaine 2% w epinephrine 1:200000 (epinephrine + lidocaine hydrochloride)_mixture", "gingibraid w epineph and alum 3e (aluminum potassium sulfate + racemic epinephrine hydrochloride)_mixture", "bac (astragalus menziesii + baptisia tinctoria + belladonna + charcoal activated + echinacea angustifolia + epinephrine + ferrum phosphoricum + hydrastis canadensis + hypericum perforatum + iodine + myrrh + phosphorus + phytolacca decandra + propolis + silicon dioxide + water cress)_mixture", "xylocaine mpf 1.5% with epinephrine (epinephrine + lidocaine hydrochloride)_mixture", "racepinefrinum [inn-latin]", "e-pilo 4 ophthalmic solution (epinephrine bitartrate + pilocarpine hydrochloride)_mixture", "racepinefrina [inn-spanish]", "gingicord w epineph and alum size no 1 (aluminum potassium sulfate + racemic epinephrine hydrochloride)_mixture", "racepinephrine", "adrenalin chloride", "systopt (barberry root + burdock + calcium sulfide crude + celandine + charcoal activated + conium maculatum + diadem spider + epinephrine + glycyrrhiza glabra + goldenrod + hydrastis canadensis + lycopodium clavatum + tarentula cubensis + thuja occidentalis + trifolium pratense)_mixture", "spinal anesthesia tray (dextrose + epinephrine + lidocaine hydrochloride + tetracaine hydrochloride)_mixture", "e-pilo-4 oph soln (epinephrine bitartrate + pilocarpine hydrochloride)_mixture", "spinal anaesthesia tray (dextrose + epinephrine + lidocaine hydrochloride + povidone-iodine + tetracaine hydrochloride)_mixture", "radopt (brassica napus + cadmium iodatum + cadmium sulphuricum + capsicum + charcoal activated + diadem spider + epinephrine + fucus vesiculosus + goldenrod + iodine + ipecac + iridium metallicum + phosphoric acid + phosphorus + uranium nitrate + x-ray)_mixture", "ev tox (astragalus menziesii + belladonna + charcoal activated + diadem spider + echinacea angustifolia + epinephrine + hydrastis canadensis + hydrochloric acid + ipecac + lycopodium clavatum + nitric acid + poison ivy + propolis + scurvy grass + silicon dioxide)_mixture", "adaptagen (capsicum + charcoal activated + conium maculatum + copper + elaeis guineensis + epinephrine + ginkgo biloba + ginseng + glycyrrhiza glabra + iodine + ledum palustre + oats + phosphoric acid + picric acid + pituitary posterior + selenium + sepia officinalis l + silicon dioxide + sodium carbonate (anhydrous) + thuja occidentalis + vitamin b1 + vitamin b2)_mixture", "octocaine hcl 2% epinephrine 1:50000inj (epinephrine hcl + lidocaine hydrochloride)_mixture", "super sulpak r 46 (aluminum potassium sulfate + racemic epinephrine hydrochloride)_mixture", "super sulpak r 44 (aluminum potassium sulfate + racemic epinephrine hydrochloride)_mixture", "epinefrina [inn-spanish]", "alopt (baptisia tinctoria + echinacea angustifolia + epinephrine + euphrasia officinalis + garlic + goldenrod + histamine + modified ragweed tyrosine adsorbate + onion + phosphorus + potassium dichromate + pulsatilla + sulfur)_mixture", "lidocaine hcl 2% w epinephrine 1:100000 (epinephrine + lidocaine hydrochloride)_mixture", "systox (barberry root + boldo + burdock + calcium sulfide crude + celandine + charcoal activated + conium maculatum + diadem spider + epinephrine + hydrastis canadensis + lycopodium clavatum + sarsaparilla + taraxacum officinale weber + tarentula cubensis + thuja occidentalis + trifolium pratense)_mixture", "virotox (astragalus menziesii + belladonna + echinacea angustifolia + epinephrine + eupatorium perfoliatum + gelsemium sempervirens + hydrastis canadensis + lycopodium clavatum + myrrh + phytolacca decandra + water cress)_mixture", "endoplex m (clematis erecta + conium maculatum + epinephrine + ginseng + juniper berries + lycopodium clavatum + parsley + picric acid + pituitary posterior + pulsatilla + saw palmetto + thuja occidentalis + uva ursi + vitex agnus castus + xanthoxylum)_mixture", "e-pilo 1 ophthalmic solution (epinephrine bitartrate + pilocarpine hydrochloride)_mixture", "prilocaine hcl 4% epineph 1:200000inj (epinephrine + prilocaine hydrochloride)_mixture", "pah", "lidocaine inj 2% (epinephrine hcl + lidocaine hydrochloride)_mixture", "lignospan speciale inj (epinephrine + lidocaine hydrochloride)_mixture", "ultracaine d-s forte injection (articaine hydrochloride + epinephrine)_mixture", "septanest n (articaine hydrochloride + epinephrine (epinephrine bitartrate))_mixture", "racord two no 8 (racemic epinephrine hydrochloride + zinc phenolsulphonate)_mixture", "octocaine hcl 2% epinephrine 1:100000inj (epinephrine hcl + lidocaine hydrochloride)_mixture", "ultracaine ds forte inj (articaine hydrochloride + epinephrine)_mixture", "endangitin (aesculus hippocastanum + cupric acetate + epinephrine + ergot + potentilla anserina + tobacco + white hellebore root)_mixture", "gingicord w/epineph and alum size 2 (aluminum potassium sulfate + racemic epinephrine hydrochloride)_mixture", "marcaine e liq prt 0.50% (bupivacaine hydrochloride + epinephrine bitartrate)_mixture", "zorcaine (articaine hydrochloride + epinephrine (epinephrine bitartrate))_mixture", "lidocaine 2% with epinephrine 1:100000 (epinephrine + lidocaine hydrochloride)_mixture", "e-pilo-2 oph soln (epinephrine bitartrate + pilocarpine hydrochloride)_mixture", "levoadrenaline", "spinal anaesthesia tray (dextrose + epinephrine + iodine (povidone-iodine) + lidocaine hydrochloride + tetracaine hydrochloride)_mixture", "bronkaid suspension mist", "allforce (aralia racemosa + cantharides + charcoal activated + epinephrine + ginger + glycyrrhiza glabra + iodine + onion + oyster shells + phosphorus + poison ivy + sarsaparilla + sodium carbonate (anhydrous))_mixture", "fng ii (astragalus menziesii + candida parapsilosis + charcoal activated + echinacea angustifolia + epinephrine + hydrastis canadensis + iodine + lycopodium clavatum + phosphoric acid + pulsatilla + sepia officinalis l + silver + sodium chloride + water cress)_mixture", "lignospan standard (epinephrine + lidocaine hydrochloride)_mixture", "fng i (astragalus menziesii + condurango + echinacea angustifolia + epinephrine + ginkgo biloba + hydrastis canadensis + lycopodium clavatum + phosphoric acid + phosphorus + phytolacca decandra + propolis + sepia officinalis l + sodium chloride + water cress)_mixture", "lido-2 liq (epinephrine hcl + lidocaine hydrochloride)_mixture", "norartrinal", "e-pilo 6 ophthalmic solution (epinephrine bitartrate + pilocarpine hydrochloride)_mixture", "gingicord w epineph and alum size no 3 (aluminum potassium sulfate + racemic epinephrine hydrochloride)_mixture", "all- i (charcoal activated + epinephrine + histamine + liverwort + lycopodium clavatum + phosphorus + potassium phosphate dibasic + pulsatilla + silicon dioxide + sodium phosphate dibasic)_mixture", "gingibraid w alum pot sulf and epin 0e (aluminum potassium sulfate + racemic epinephrine hydrochloride)_mixture", "2% xylocaine dental with epinephrine 1:50,000 (epinephrine + lidocaine hydrochloride)_mixture", "sensorcaine 0.25% with epinephrine (bupivacaine hydrochloride + epinephrine (epinephrine bitartrate))_mixture", "sensorcaine forte (bupivacaine hydrochloride + epinephrine (epinephrine bitartrate))_mixture", "ana-kit (2mg/tab orl 1mg/ml liq sc im) (chlorpheniramine maleate + epinephrine)_mixture", "gingibraid w epineph and alum 2e (aluminum potassium sulfate + racemic epinephrine hydrochloride)_mixture", "d-epifrin", "vactox (arnica montana + astragalus menziesii + baptisia tinctoria + belladonna + calendula + celandine + echinacea angustifolia + epinephrine + gelsemium sempervirens + german chamomile + hydrastis canadensis + lycopodium clavatum + phytolacca decandra + poison ivy + propolis + silicon dioxide + taraxacum officinale weber + thuja occidentalis + trifolium pratense + urtica urens + water cress)_mixture", "scandonest 2% special inj (epinephrine + mepivacaine hydrochloride)_mixture", "racord two no 9 (racemic epinephrine hydrochloride + zinc phenolsulphonate)_mixture", "nasal spray (echinacea angustifolia + epinephrine + gelsemium sempervirens + modified ragweed tyrosine adsorbate + onion + potassium iodide + sanguinaria canadensis + sticta pulmonaria)_mixture", "phe-4- monooxygenase", "bronkaid mist", "sil trax plus no 10 (racemic epinephrine hydrochloride + zinc phenolsulphonate)_mixture", "lignospan forte (epinephrine + lidocaine hydrochloride)_mixture", "takamine", "siltrax plus 7 (racemic epinephrine hydrochloride + zinc phenolsulphonate)_mixture", "ana-kit (chlorpheniramine maleate + epinephrine hcl)_mixture", "lidocaine hcl 2% w epinephrine (epinephrine + lidocaine hydrochloride)_mixture", "rdn-tox (cadmium iodatum + cadmium sulphuricum + capsicum + cetraria islandica + charcoal activated + epinephrine + fucus vesiculosus + hydrangea arborescens + iodine + phosphoric acid + phosphorus + pulsatilla + strontium carbonate + uranium nitrate + x-ray)_mixture", "lidocaine hcl 2% w epineph 1:100000inj (epinephrine + lidocaine hydrochloride)_mixture", "51-42-3[rn]", "l-arterenol", "l-1-(3,4-dihydroxyphenyl)-2-methylaminoethanol", "1-adrenalin", "1,2-benzenediol 4-[1-hydroxy-2-(methylamino)ethyl]- (r)-", "noradrenaline tartrate imp. a (ep)", "(-)-(r)-epinephrine", "epinefrin", "epinephrine [usan:inn:jan][inn][jan][usan]", "4-[(1r)-1-hydroxy-2-(methylamino)ethyl]benzene-1,2-diol", "epinephrinum[latin]", "4-(1-hydroxy-2-(methylamino)ethyl)-1,2-benzenediol", "1,2-benzenediol 4-[(1r)-1-hydroxy-2-(methylamino)ethyl]-", "lyodrin", "adrenaline;d-adrenaline;adnephrine;adrenalin;chelafrin;epinefrina;epinephran;epirenan;exadri;epinephrine", "l-1l(3,4-dihydroxyphenyl)-2-methylaminoethanol", "epinephrinum [inn_la]", "r-adrenaline", "4-(1-hydroxy-2-methylamino-ethyl)benzene-1,2-diol", "(-)-3,4-dihydroxy-a-[(methylamino)methyl]-benzyl alcohol", "epinefrin[czech]", "(r)-(-)-adrenaline", "1-1-(3,4-dihydroxyphenyl)-2-methylaminoethanol", "(r)-(-)-epirenamine", "1,2-benzenediol 4-(1-hydroxy-2-(methylamino)ethyl)-", "r-(-)-epinephrine", "epinephrin", "epinefrina[spanish][inn]", "2368277[beilstein]", "l(-)-epinephrine", "(r)-4-(1-hydroxy-2-(methylamino)ethyl)benzene-1,2-diol", "4-[(1r)-1-hydroxy-2-(methylamino)ethyl]benzol-1,2-diol", "methylarterenol", "1,2-benzenediol 4-(1-hydroxy-2-(methylamino)ethyl)- (r)-", "dyspne-inhal", "ana-kit", "adrenalin[wiki]", "primatene", "levophed[wiki]", "(r)-adrenaline", "epinephrine[wiki][usp]", "51028-73-0[rn]", "(r)-(-)-adnephrine", "septocaine[wiki]", "levo-methylaminoethanolcatechol", "arterenol", "(-)-adrenalin", "adrenalin; epipen; epipen jr; primatene", "levoreninum", "4-[(1r)-1-hydroxy-2-(methylamino)ethyl]-1,2-benzenediol[acd/iupac name]", "(-)-adrenaline", "l-epinehphrine", "1,2-benzenediol 4-((1r)-1-hydroxy-2-(methylamino)ethyl)-", "adrenalina [dcit]", "(r)-(-)-epinephrine", "epipen jr", "200-098-7[einecs]", "337376-15-5", "(-)-r-epinephrine", "epinefrina", "epipen[wiki]", "epinefrina; epinephrine; epinephrinum", "51-43-4[rn]", "(r)-4-[1-hydroxy-2-(methylamino)ethyl]-1,2-benzenediol", "(-)-3,4-dihydroxy-a-[(methylamino)methyl]benzyl alcohol", "l-methylaminoethanolcatechol", "(r)-epinephrine", "(-)-epinephrine", "1-epinephrine", "octocaine", "4-((r)-1-hydroxy-2-methylamino-ethyl)-benzene-1,2-diol", "adrenaline[wiki][jp15]", "adrenalin (tn)", "l-epinephrine d-bitartrate", "l-epinephrine tartrate", "(-)-adrenaline tartrate", "l-adrenaline d-bitartrate", "epinephrine d-bitartrate", "adrenaline acid tartrate", "bronitin mist", "l-epinephrine bitartrate", "l-adrenaline tartrate", "8028-06-6[rn]", "adrenaline tartrate", "5502-52-3[rn]", "16536-89-3[rn]", "(2r,3r)-2,3-dihydroxysuccinic acid -4-[(1r)-1-hydroxy-2-(methylamino)ethyl]benzene-1,2-diol (1:1)", "(-)-adrenaline acid tartrate", "(-)-adrenaline hydrogen tartrate", "4-[(1r)-1-hydroxy-2-(methylamino)ethyl]benzene-1,2-diol 2,3-dihydroxybutanedioate(1:1)", "(r)-4-(1-hydroxy-2-(methylamino)ethyl)-1,2-benzenediol(r-(r*,r*))-2,3-dihydroxybutanedioate (1:1)(salt)", "(-)-adrenaline bitartrate", "adrenaline hydrogen tartrate", "3506-10-3[rn]", "epinephrine tartrate", "4-[(1r)-1-hydroxy-2-(methylamino)ethyl]benzene-1,2-diol (2r,3r)-2,3-dihydroxybutanedioicacid", "(2r,3r)-2,3-dihydroxysuccinic acid -4-[(1r)-1-hydroxy-2-(methylamino)ethyl]-1,2-benzenediol (1:1)[acd/iupac name]", "bronkaid mist suspension", "4-[(1r)-1-hydroxy-2-(methylamino)ethyl]benzene-1,2-diol 2,3-dihydroxybutanedioate(salt)", "l-(-)-epinephrine-(+)-bitartrate", "adrenaline bitartrate", "l-adrenaline hydrogen tartrate", "(r)-(-)-epinephrine bitartrate", "epinephrine bitartrate [usan:jan][jan][usan]", "l-adrenaline d-hydrogentartrate", "l-adrenaline bitartrate", "asthmahaler", "butanedioic acid,2,3-dihydroxy- (2r,3r)- compd. with 4-[(1r)-1-hydroxy-2-(methylamino)ethyl]-1,2-benzenediol (1:1)", "epinephrine hydrogen tartrate", "e-pilo", "epinephrine acid tartrate", "adrenaline acid tartrate l-", "l-epinephrine d-hydrogentartrate", "epinephrine bitartrate (adrenalinium)", "asmatane mist (tn)", "(-)-epinephrine bitartrate", "200-097-1[einecs]", "primatene mist suspension", "(r)-(+)-2-amino-4-hydroxybutyric acid", "(-)-3,4-dihydroxy-a-((methylamino)methyl)benzyl alcohol (+)-tartrate (1:1) salt", "(-)-epinephrine (+)-bitartrate", "(-)-epinephrine (+)-bitartrate salt", "1,2-benzenediol 4-(1-hydroxy-2-(methylamino)ethyl)-,(r)- (r-(r*,r*))-2,3-dihydroxybutanedioate (1:1) (salt)"}|>, "814" -> <|"DatabaseID" -> "SW00597", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 144416]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06707"]}, "IsomericSmiles" -> "C[C@@H]([C@@H](c1ccc(c(c1)O)O)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02388"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LEVONORDEFRIN"|>, "PharmGKBID" -> "PA165958380", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 164739]}, "Synonyms" -> {"nordefrin", "corbadrine", "levonordefrin", "neo-cobefrin", "cas-829-74-3", "829-74-3 18829-78-2 [replaced]", "4-((2s,1r)-2-amino-1-hydroxypropyl)benzene-1,2-diol", "norepinephrine transporter", "neo-cobefrin (tn)", "4-(2-amino-1-hydroxypropyl)-1,2-benzenediol[acd/iupac name]", "(r-(r*,s*))-4-(2-amino-1-hydroxypropyl)-1,2-benzenediol", "corbadrina[spanish][inn]", "(-)-nordefrin", "1,2-benzenediol 4-(2-amino-1-hydroxypropyl)- (r-(r*,s*))-", "829-74-3[rn]", "1,2-benzenediol 4-[(1r,2s)-2-amino-1-hydroxypropyl]-", "net", "4-[(1r,2s)-2-amino-1-hydroxypropyl]benzene-1,2-diol", "(-)-a-(1-aminoethyl)-3,4-dihydroxybenzyl alcohol", "st049172", "levonordefrin[wiki][usp]", "corbadrina [inn-spanish]", "corbadrinum [inn-latin]", "alpha-methylnoradrenaline", "corbadrinum[latin]", "nordefrin (-)-", "829-74-3 18829-78-2", "18829-78-2[rn]", "l-4-(2-amino-1-hydroxypropyl)-1,2-benzenediol", "4-[(1r,2s)-2-amino-1-hydroxypropyl]benzol-1,2-diol", "(-)-3,4-dihydroxynorephedrine"}|>, "815" -> <|"DatabaseID" -> "SW00598", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "23681"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2915]}, "IsomericSmiles" -> "c1ccc2c(c1)c3ccccc3s2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03777"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dibenzothiophene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3023]}, "Synonyms" -> {"diphenylene sulfide", "a-thiafluorene", "9-thiafluorene", "dibenzothiophene", "dibenzo[b,d]thiophene[acd/iupac name]", "121101[beilstein]", "8-thiatricyclo[7.4.0.02,7]trideca-1(9),2(7),3,5,10,12-hexaene", "dibenzo(b,d)thiophene", "c1ccc2c(c1)sc3ccccc23", "2", "205-072-9[einecs]", "(1,1'-biphenyl)-2,2'-diyl sulfide", "dibenzothiophene[wiki][usan]", "tl8000774", "132-65-0[rn]", "[1", "[1,1'-biphenyl]-2,2'-diyl sulfide", "dibenzo[b", "2,2'-biphenylylene sulfide", "dibenzo(b", "alpha-thiafluorene", "benzo[b]benzo[b]thiophene", "dibenzo[b,d]thiophen", "132-65-0"}|>, "816" -> <|"DatabaseID" -> "SW00599", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4792"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3113]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00228"]}, "IsomericSmiles" -> "C(C(OC(F)F)(F)F)(F)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00543"]}, "OfficialNames" -> <|"China Approved Name" -> "enflurane", "FDA Approved Drug" -> "ENFLURANE"|>, "PharmGKBID" -> "PA449461", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3226]}, "Synonyms" -> {"ethrane", "anesthetic compound no. 347", "alyrane", "compound 347", "methylflurether", "anesthetic 347", "efrane", "enflurane", "enfluranum [inn-latin]", "chlorotrifluoroethyldifluoromethylether2", "ec 1.6.5.3", "237-553-4[einecs]", "enfluranum[latin]", "enflurane [anaesthetics volatile]", "2-chloro-1-(difluoromethoxy)-1,1,2-trifluoroethane[acd/iupac name]", "enflurano[spanish][inn]", "ethane 2-chloro-1- (difluoromethoxy)-1,1 2-trifluoro-", "2-chloro-1-(difluoromethoxy)-1", "2-trifluoroethane; 2-chloro-1", "ether 2-chloro-1,1,2-trifluoroethyl difluoromethyl", "13838-16-9[rn]", "enflurano [inn-spanish]", "1-(difluoromethoxy)-2-chloro-1,1,2-trifluoroethane", "enflurane; 2-chloro-1,1,2-trifluoroethyl difluoromethyl ether", "2-trifluoroethyl difluoromethyl ether; ethrane", "enflurane [usan:ban:inn:jan][inn][jan][usan]", "enflurane[wiki][usan]", "nadh dehydrogenase subunit 1", "ethrane (tn)", "ethane 2-chloro-1-(difluoromethoxy)-1,1,2-trifluoro-", "ohio 347", "etran", "337376-15-5", "1903921[beilstein]", "2-chloro-1,1,2-trifluoroethyl difluoromethyl ether", "2-chloro-1-(difluoromethoxy)-1,1,2-trifluoroethane; enflurane;ethrane;methylflurether"}|>, "817" -> <|"DatabaseID" -> "SW00599", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4792"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3113]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00228"]}, "IsomericSmiles" -> "C(C(OC(F)F)(F)F)(F)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00543"]}, "OfficialNames" -> <|"China Approved Name" -> "enflurane", "FDA Approved Drug" -> "ENFLURANE"|>, "PharmGKBID" -> "PA449461", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3226]}, "Synonyms" -> {"ethrane", "anesthetic compound no. 347", "alyrane", "compound 347", "methylflurether", "anesthetic 347", "efrane", "enflurane", "enfluranum [inn-latin]", "chlorotrifluoroethyldifluoromethylether2", "ec 1.6.5.3", "237-553-4[einecs]", "enfluranum[latin]", "enflurane [anaesthetics volatile]", "2-chloro-1-(difluoromethoxy)-1,1,2-trifluoroethane[acd/iupac name]", "enflurano[spanish][inn]", "ethane 2-chloro-1- (difluoromethoxy)-1,1 2-trifluoro-", "2-chloro-1-(difluoromethoxy)-1", "2-trifluoroethane; 2-chloro-1", "ether 2-chloro-1,1,2-trifluoroethyl difluoromethyl", "13838-16-9[rn]", "enflurano [inn-spanish]", "1-(difluoromethoxy)-2-chloro-1,1,2-trifluoroethane", "enflurane; 2-chloro-1,1,2-trifluoroethyl difluoromethyl ether", "2-trifluoroethyl difluoromethyl ether; ethrane", "enflurane [usan:ban:inn:jan][inn][jan][usan]", "enflurane[wiki][usan]", "nadh dehydrogenase subunit 1", "ethrane (tn)", "ethane 2-chloro-1-(difluoromethoxy)-1,1,2-trifluoro-", "ohio 347", "etran", "337376-15-5", "1903921[beilstein]", "2-chloro-1,1,2-trifluoroethyl difluoromethyl ether", "2-chloro-1-(difluoromethoxy)-1,1,2-trifluoroethane; enflurane;ethrane;methylflurether"}|>, "818" -> <|"DatabaseID" -> "SW00600", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6015"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3631]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00753"]}, "IsomericSmiles" -> "C(C(F)(F)F)(OC(F)F)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00545"]}, "OfficialNames" -> <|"China Approved Name" -> "isoflurane", "Indian Approved Name" -> "isoflurane", "WHO Essential Medicine" -> "isoflurane", "Australia Approved Name" -> "ISOFLURANE", "FDA Approved Drug" -> "ISOFLURANE"|>, "PharmGKBID" -> "PA450106", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3763]}, "Synonyms" -> {"forane", "isoflurane", "aerrane", "forene", "isofluranum [inn-latin]", "isoflo", "26675-46-7[rn]", "1-chloro-2", "1-(difluoromethoxy)-1-chloro-2,2,2-trifluoroethane", "ethane 2-chloro-2-(difluoromethoxy)-1,1,1-trifluoro-", "isoflurane [usan:ban:inn:jan][inn][jan][usan]", "isoflurane[wiki]", "isofluranum[latin]", "1-chloro-2,2,2-trifluoroethyl difluoromethyl ether", "isofluorane", "26675-46-7", "2-chloro-2-difluoromethoxy-1,1,1-trifluoroethane", "ether 1-chloro-2,2,2-trifluoroethyl difluoromethyl", "ethane", "isofluranum", "isoflurane [usan:ban:inn:jan]", "247-897-7[einecs]", "r-e 235dal", "1-chloro-2,2,2-trifluoroethyldifluoromethyl ether", "1-chloro-1-(difluoromethoxy)-2,2,2-trifluoroethane", "isoflurano", "2-chloro-2-(difluoromethoxy)-1,1,1-trifluoroethane[acd/iupac name]", "1-chlor-2,2,2-trifluorethyl-difluormethylether", "isoflurano[spanish][inn]", "2-chlor-2-(difluormethoxy)-1,1,1-trifluorethan", "d007530", "cam", "337376-15-5"}|>, "819" -> <|"DatabaseID" -> "SW00600", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6015"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3631]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00753"]}, "IsomericSmiles" -> "C(C(F)(F)F)(OC(F)F)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00545"]}, "OfficialNames" -> <|"China Approved Name" -> "isoflurane", "Indian Approved Name" -> "isoflurane", "WHO Essential Medicine" -> "isoflurane", "Australia Approved Name" -> "ISOFLURANE", "FDA Approved Drug" -> "ISOFLURANE"|>, "PharmGKBID" -> "PA450106", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3763]}, "Synonyms" -> {"forane", "isoflurane", "aerrane", "forene", "isofluranum [inn-latin]", "isoflo", "26675-46-7[rn]", "1-chloro-2", "1-(difluoromethoxy)-1-chloro-2,2,2-trifluoroethane", "ethane 2-chloro-2-(difluoromethoxy)-1,1,1-trifluoro-", "isoflurane [usan:ban:inn:jan][inn][jan][usan]", "isoflurane[wiki]", "isofluranum[latin]", "1-chloro-2,2,2-trifluoroethyl difluoromethyl ether", "isofluorane", "26675-46-7", "2-chloro-2-difluoromethoxy-1,1,1-trifluoroethane", "ether 1-chloro-2,2,2-trifluoroethyl difluoromethyl", "ethane", "isofluranum", "isoflurane [usan:ban:inn:jan]", "247-897-7[einecs]", "r-e 235dal", "1-chloro-2,2,2-trifluoroethyldifluoromethyl ether", "1-chloro-1-(difluoromethoxy)-2,2,2-trifluoroethane", "isoflurano", "2-chloro-2-(difluoromethoxy)-1,1,1-trifluoroethane[acd/iupac name]", "1-chlor-2,2,2-trifluorethyl-difluormethylether", "isoflurano[spanish][inn]", "2-chlor-2-(difluormethoxy)-1,1,1-trifluorethan", "d007530", "cam", "337376-15-5"}|>, "820" -> <|"DatabaseID" -> "SW00601", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58929]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01556"]}, "IsomericSmiles" -> "CC(C)(Cc1ccc(cc1)Cl)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03476"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CHLORPHENTERMINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65477]}, "Synonyms" -> {"pre-sate", "apsedon", "dezopimon", "lucofene", "nilgana", "chlorphentermine hydrochloride", "clomina", "chlorphenterminum hydrochloride", "chlorophentermine hydrochloride", "lukofen hydrochloride", "desopimon", "p-chlorphentermine hydrochloride", "avipron", "1-(p-chlorophenyl)-2-methyl-2-aminopropane hydrochloride", "lucofen", "alpha,alpha-dimethyl-p-chlorophenethylamine", "chlorophentermine", "461-78-9[rn]", "4-chloro-alpha,alpha-dimethylphenethylamine", "1-(p-chlorophenyl)-2-methyl-2-aminopropane", "a,a-dimethyl-p-chlorophenethylamine hydrochloride", "chlorphenterminum [inn-latin]", "chlorpentermine", "chlorphenteramine", "avicol pharmaceutical (van)", "p-chloro-alpha,alpha-dimethylphenethylamine", "effox", "chlorphentermine hydrochloride[usan]", "teramine", "chlorphentermine", "151-06-4[rn]", "beta-(p-chlorophenyl)-alpha,alpha-dimethylethylamine", "teramine hydrochloride", "chlorphentermine[wiki]", "1-(4-chlorophenyl)-2-methylpropan-2-amine hydrochloride (1:1)", "1-(4-chlorophenyl)-2-methyl-2-propanamine", "4-chloro-alpha,alpha-dimethylbenzeneethanamine", "53529-57-0[rn]", "s 62-2", "w-2426", "[2-(4-chlorophenyl)-1,1-dimethylethyl]amine hydrochloride", "clorfentermina [inn-spanish]", "pre-sate (tn)", "205-782-9[einecs]"}|>, "821" -> <|"DatabaseID" -> "SW00602", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64839]}, "IsomericSmiles" -> "Cc1ncc(n1CC(C)O)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07353"]}, "OfficialNames" -> <|"Indian Approved Name" -> "secnidazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71815]}, "Synonyms" -> {"secnidazole", "1-(2-methyl-5-nitro-1-imidazolyl)-2-propanol", "flagentyl", "1-(2-methyl-5-nitro-imidazol-1-yl)-propan-2-ol", "222-134-0[einecs]", "secnidazolum [inn-latin]", "a,2-dimethyl-5-nitro-1h-imidazole-1-ethanol", "secnidazol [inn-spanish]", "secnidazolum[latin]", "rp 14539", "3366-95-8", "secnidazolum", "secnidazole [ban:dcf:inn][inn]", "1-(2-hydroxypropyl)-2-methyl-5-nitroimidazol", "apex;", "1-(2-methyl-5-nitroimidazolyl)propan-2-ol", "1-(2-methyl-5-nitroimidazol-1-yl)-2-propanol", "1-(2-methyl-5-nitro-1h-imidazol-1-yl)propan-2-ol", "secnidazol", "secnidazol[spanish][inn]", "3366-95-8[rn]", "1-(2-hydroxypropyl)-2-methyl-5-nitroimidazole", "1h-imidazole-1-ethanol a,2-dimethyl-5-nitro-", "apex;daksol;famide;flagentyl;flow;secnidal", "secnidal", "pm 185184"}|>, "822" -> <|"DatabaseID" -> "SW00602", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64839]}, "IsomericSmiles" -> "Cc1ncc(n1CC(C)O)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07353"]}, "OfficialNames" -> <|"Indian Approved Name" -> "secnidazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71815]}, "Synonyms" -> {"secnidazole", "1-(2-methyl-5-nitro-1-imidazolyl)-2-propanol", "flagentyl", "1-(2-methyl-5-nitro-imidazol-1-yl)-propan-2-ol", "222-134-0[einecs]", "secnidazolum [inn-latin]", "a,2-dimethyl-5-nitro-1h-imidazole-1-ethanol", "secnidazol [inn-spanish]", "secnidazolum[latin]", "rp 14539", "3366-95-8", "secnidazolum", "secnidazole [ban:dcf:inn][inn]", "1-(2-hydroxypropyl)-2-methyl-5-nitroimidazol", "apex;", "1-(2-methyl-5-nitroimidazolyl)propan-2-ol", "1-(2-methyl-5-nitroimidazol-1-yl)-2-propanol", "1-(2-methyl-5-nitro-1h-imidazol-1-yl)propan-2-ol", "secnidazol", "secnidazol[spanish][inn]", "3366-95-8[rn]", "1-(2-hydroxypropyl)-2-methyl-5-nitroimidazole", "1h-imidazole-1-ethanol a,2-dimethyl-5-nitro-", "apex;daksol;famide;flagentyl;flow;secnidal", "secnidal", "pm 185184"}|>, "823" -> <|"DatabaseID" -> "SW00603", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32918"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6601]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01750"]}, "IsomericSmiles" -> "c1ccc2c(c1)cccc2CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01558"]}, "OfficialNames" -> <|"NPC Approved Name" -> "1-naphthaleneacetic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6862]}, "Synonyms" -> {"phyomone", "planofix", "1-naphthylacetic acid", "alphaspra", "tip-off", "stop-drop", "klingtite", "fruitofix", "transplantone", "rasin[wiki]", "1-naphthaleneacetic acid", "1308415[beilstein]", "naphthaleneacetic acid", "alman[wiki]", "ocp-ii", "nla", "celmone", "naphthalen-1-yl-aceticacid", "rootone", "stimolante 66f", "fruitone", "siii", "1-naphthaleneaceticacid", "transcription elongation factor b", "kyselina 1-naftyloctova[czech]", "1-naphthaleneacetic acid[wiki]", "stik", "planofixe", "86-87-3[rn]", "hormofix", "naphthaleneacetic acid (van)", "acetic acid 1-naphthyl-", "l66j b1vq[wln]", "ocp-2", "1-naa", "tekkam", "nu-tone", "n-1420", "fruitone n", "regenasol", "fruit fix", "stafast", "niagara-stik", "2-(1-naphthyl)acetic acid", "rhodofix", "biokor", "organ of corti protein 2", "pomoxon", "naphthalen-1-ylacetic acid", "agronaa", "201-705-8[einecs]", "naphthalen-1-yl-acetic acid", "1-naphthylessigsaeure[german]", "1-naphthylacetic acid[jan][acd/iupac name]", "vardhak", "cyclin a/cdk2-associated protein p19", "floramon[wiki]", "pimacol-sol", "acide naphtylacetique[french]", "acide naphthylacetique[french]", "germon", "naphthalene-1-acetic acid", "liqui-stik", "primacol", "parmone", "p19a", "phymone", "nafusaku", "rhizopon b", "etifix", "p19skp1", "rna polymerase ii elongation factor-like protein", "plucker[wiki]", "tre-hold", "naphthyl-1-essigsaeure[german]"}|>, "824" -> <|"DatabaseID" -> "SW00604", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4743"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82586]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01525"]}, "IsomericSmiles" -> "C[NH+]1[C@H]2CC[C@@H]1[C@H]([C@H](C2)O)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ecgonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91460]}, "Synonyms" -> {"ekgonin", "1-ecgonine", "l-ecgonine", "(-)-ecgonine", "ecgonine", "3beta-hydroxy-2beta-tropanecarboxylic acid", "[1r-(exo,exo)]-3-hydroxy-8-methyl-8-azabicyclo[3.2.1]octane-2-carboxylicacid", "8-azabicyclo[3.2.1]octane-2-carboxylic acid,3-hydroxy-8-methyl- (exo,exo)-", "(1r,2r,3s,5s)-3-hydroxy-8-methyl-8-azabicyclo[3.2.1]octane-2-carboxylicacid[acd/iupac name]", "dea no. 9180", "481-37-8[rn]", "8-azabicyclo[3.2.1]octane-2-carboxylic acid,3-hydroxy-8-methyl- (1r,2r,3s,5s)-", "1alphah", "207-565-4[einecs]", "8-azabicyclo(3.2.1)octane-2-carboxylic acid,3-hydroxy-8-methyl- (1r,2r,3s,5s)-", "ecgonine (6ci,7ci)", "8-azabicyclo[3.2.1]octane-2-carboxylic acid,3-hydroxy-8-methyl- [1r-(exo,exo)]-", "einecs 207-565-4", "8-azabicyclo(3.2.1)octane-2-carboxylic acid,3-hydroxy-8-methyl- (1r-(exo,exo))-", "[1r*-(exo,exo)]-3-hydroxy-8-methyl-8-azabicyclo[3.2.1]octane-2-carboxylic acid", "cocaine precusor in coca leaves", "ecgonine[wiki]"}|>, "825" -> <|"DatabaseID" -> "SW00604", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4743"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82586]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01525"]}, "IsomericSmiles" -> "C[NH+]1[C@H]2CC[C@@H]1[C@H]([C@H](C2)O)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ecgonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91460]}, "Synonyms" -> {"ekgonin", "1-ecgonine", "l-ecgonine", "(-)-ecgonine", "ecgonine", "3beta-hydroxy-2beta-tropanecarboxylic acid", "[1r-(exo,exo)]-3-hydroxy-8-methyl-8-azabicyclo[3.2.1]octane-2-carboxylicacid", "8-azabicyclo[3.2.1]octane-2-carboxylic acid,3-hydroxy-8-methyl- (exo,exo)-", "(1r,2r,3s,5s)-3-hydroxy-8-methyl-8-azabicyclo[3.2.1]octane-2-carboxylicacid[acd/iupac name]", "dea no. 9180", "481-37-8[rn]", "8-azabicyclo[3.2.1]octane-2-carboxylic acid,3-hydroxy-8-methyl- (1r,2r,3s,5s)-", "1alphah", "207-565-4[einecs]", "8-azabicyclo(3.2.1)octane-2-carboxylic acid,3-hydroxy-8-methyl- (1r,2r,3s,5s)-", "ecgonine (6ci,7ci)", "8-azabicyclo[3.2.1]octane-2-carboxylic acid,3-hydroxy-8-methyl- [1r-(exo,exo)]-", "einecs 207-565-4", "8-azabicyclo(3.2.1)octane-2-carboxylic acid,3-hydroxy-8-methyl- (1r-(exo,exo))-", "[1r*-(exo,exo)]-3-hydroxy-8-methyl-8-azabicyclo[3.2.1]octane-2-carboxylic acid", "cocaine precusor in coca leaves", "ecgonine[wiki]"}|>, "826" -> <|"DatabaseID" -> "SW00605", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 37115]}, "IsomericSmiles" -> "Cc1ccc(=O)n(c1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01583"]}, "OfficialNames" -> <|"NPC Approved Name" -> "5-methyl-1-phenyl-2-(1h)-pyridone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 40632]}, "Synonyms" -> {"pirfenidone", "5-methyl-1-phenyl-2-(1h)-pyridone", "deskar", "53179-13-8[rn]", "pirfenidonum [inn-latin]", "pirfenidonum[latin]", "5-21-07-00197 (beilstein handbook reference)[beilstein]", "5-methyl-1-phenylpyridin-2(1h)-one", "[53179-13-8]", "5-methyl-1-phenyl-2(1h)-pyridinone[acd/iupac name]", "c093844", "pirfenidone (jan/usan)[jan][usan]", "53179-13-8", "esbriet", "pirfenidona", "2(1h)-pyridinone 5-methyl-1-phenyl-", "2(1h)-pyridone 5-methyl-1-phenyl-", "pirfenidone [usan:inn][inn][usan]", "pirfenidonum", "53179-13-8/", "pirfenidona[spanish][inn]", "5-methyl-1-phenyl-1h-pyridin-2-one", "pirespa", "amr-69"}|>, "827" -> <|"DatabaseID" -> "SW00606", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27616"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5964]}, "IsomericSmiles" -> "c1cc(=O)oc2c1cc3ccoc3c2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08450"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "psoralen;ficusin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6199]}, "Synonyms" -> {"psoralene", "ficusin", "psorline-p", "manaderm", "7h-furo(3", "furocoumarin[wiki]", "furo(3", "7h-furo(3,2-g)(1)benzopyran-7-one", "furocoumarin", "furano[3,2-g]chromen-2-one", "200-639-7[einecs]", "psoralen", "p-7850", "furo[2'.3':7.6]coumarin", "7h-furo[3", "7h-furo[3 2-g][1]benzopyran-7-one", "furo[4',5':6,7]coumarin", "66-97-7", "7h-furo[3,2-g]benzopyran-7-one", "152784[beilstein]", "furo(2',3',7,6)coumarin", "furo(3,2-g)-coumarin", "furo[4',5':6 7]coumarin", "7h-furo[3,2-g]chromen-7-one[acd/iupac name]", "psoralen[wiki]", "furo[3,2-g]chromen-7-one", "furo[3", "7h-furo[3,2-g][1]benzopyran-7-one", "7h-furo[3,2-g]chromen-7-on[german]", "furo[2',3':7,6]coumarin", "furo(4',5',6,7)coumarin", "6,7-furanocoumarin", "furo[3,2-g]coumarin", "ficusin;", "5-19-04-00445 (beilstein handbook reference)[beilstein]", "66-97-7[rn]", "d005363", "psoraleno[portuguese]"}|>, "828" -> <|"DatabaseID" -> "SW00607", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10208]}, "IsomericSmiles" -> "c1cc2c(cco2)c3c1ccc(=O)o3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "angelicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10658]}, "Synonyms" -> {"angelicin (coumarin deriv)", "isopsoralen", "angecin", "angelicin (coumarin derivative)", "furo(2", "523-50-2[rn]", "furo(5',4':7,8)coumarin", "angelicin (van)", "ccris 4276", "c011659", "t b566 eo lvoj[wln]", "2h-furo[2,3-h]chromen-2-one[acd/iupac name]", "angelicin", "sopsoralen;", "201-480-6[einecs]", "153970[beilstein]", "petersiliencampher", "furo(2,3-h)coumarin", "furano[2,3-h]chromen-8-one", "39310-13-9[rn]", "furo[5',4':7,8]coumarin", "83-46-5[rn]", "furo[2,3-h]chromen-2-one", "2h-furo[2,3-h][1]benzopyran-2-one", "furo[2", "2h-furo[2 3-h]-1-benzopyran-2-one", "2h-furo(2,3-h)(1)benzopyran-2-one", "parsley apiol", "sopsoralen;furo[5',4':7,8]coumarin; bakuchicin", "2h-furo(2,3-h)-1-benzopyran-2-one", "5-19-03-00307 (beilstein handbook reference)[beilstein]", "2h-furo[2,3-h]-1-benzopyran-2-one", "apiole[wiki]", "2-oxo-(2h)-furo(2,3-h)-1-benzopyran", "chebi:28928", "furo(5'", "angelicin plus ultraviolet a radiation [angelicins]", "523-50-2", "5-19-04-00447 (beilstein handbook reference)[beilstein]", "83382-66-5[rn]"}|>, "829" -> <|"DatabaseID" -> "SW00608", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48131"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2179]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00548"]}, "IsomericSmiles" -> "C(CCCC(=O)[O-])CCCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03034"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "azelaic acid", "Indian Approved Name" -> "azelaic acid", "FDA Approved Drug" -> "AZELAIC ACID"|>, "PharmGKBID" -> "PA164754850", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2266]}, "Synonyms" -> {"azelex", "nonanedioic acid", "anchoic acid", "emerox 1110", "azelaic acid", "lepargylic acid", "finacea", "skinoren", "heptanedicarboxylic acid", "finevin", "azelainic acid", "emerox 1144", "azalaic acid", "n-nonanedioic acid", "nonanedioc acid", "204-669-1[einecs]", "123-99-9[rn]", "32733-99-6[rn]", "17356-30-8[rn]", "19619-43-3[rn]", "nonanedioicacid", "dicarboxylic acid c9; nonanedioic acid; aza", "ec 2.7.7.7", "38900-29-7[rn]", "1101094[beilstein]", "azelaic acid [usan:inn][inn][usan]", "1", "azelaicacidtech", "26776-28-3[rn]", "9005-49-6", "a-9800", "finacea[wiki]", "acidum azelaicum[latin]", "acide azelaique[french]", "az1", "27825-99-6[rn]", "52457-54-2[rn]", "ahi", "azelainsaeure", "emery's l-110", "1,9-nonanedioic acid", "pol i", "azelaicacid", "azelaate", "azelaic acid (rabbit)", "4-02-00-02055 (beilstein handbook reference)[beilstein]", "nonandisaeure", "1,7-heptanedicarboxylic acid", "acido azelaico[spanish]", "nonanedionic acid", "azelaic acid[wiki][usan][acd/iupac name]", "skinorem", "17265-13-3[rn]", "1,7-dicarboxyheptane"}|>, "830" -> <|"DatabaseID" -> "SW00609", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91448]}, "IsomericSmiles" -> "Cc1ccc2c(c1)C(=O)C(=CC2=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chimaphilin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101211]}, "Synonyms" -> {"chimaphilin", "chimaphylin", "2", "1,4-naphthalenedione 2,7-dimethyl- (9ci)", "ar-1d5220", "ac1l2qci", "2,7-dimethyl-1,4-naphthoquinone[acd/iupac name]", "1 4-naphthoquinone 2,7-dimethyl-", "482-70-2", "2,7-dimethyl-1,4-naphthalenedione", "chembl495277", "1", "482-70-2[rn]", "2,7-dimethyl-1 4-naphthoquinone", "2,7-dimethylnaphthalene-1,4-dione", "ac1q6b19", "1,4-naphthalenedione 2,7-dimethyl-", "2,7-dimethyl-1,4-napthoquinone", "1,4-naphthoquinone 2,7-dimethyl- (8ci)"}|>, "831" -> <|"DatabaseID" -> "SW00610", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "617099"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28829]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00389"]}, "IsomericSmiles" -> "CCOC(=O)n1ccn(c1=S)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07616"]}, "OfficialNames" -> <|"Indian Approved Name" -> "carbimazole"|>, "PharmGKBID" -> "PA164742970", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31072]}, "Synonyms" -> {"carbotiroid", "neo-thyreostat", "neo-mercazole", "carbimazol", "athyromazole", "atirozidina", "basolest", "carbethoxymethimazole", "neomercazole", "carbimazole", "carbimazol spofa", "cg1", "tyrazol", "carbinazole", "mertiran", "neo-tireol", "4-imidazoline-1-carboxylicacid 3-methyl-2-thioxo- ethyl ester", "144339", "thyroid peroxidase precursor", "2,3-dihydro-3-methyl-2-thioxo-1h-imidazole-1-carboxylic acid ethyl ester", "ethyl 3-methyl-2-thionoimidazoline-1-carboxylate", "1-ethoxycarbonyl-3-methyl-2-thio-4-imidazoline", "cg 1", "4-24-00-00064", "ec 1.11.1.8", "4-24-00-00064 (beilstein handbook reference)[beilstein]", "carbimazolum [inn-latin]", "1-methyl-3-carbethoxy-2-thioglyoxalone", "cas-22232-54-8", "3-methyl-2-thioxo-4-imidazoline-1-carboxylicacid ethyl ester", "1-ethoxycarbonyl-3-methyl-2-thioimidazol", "carbimazol [inn-spanish french]", "22232-54-8[rn]", "1h-imidazole-1-carboxylic acid 2,3-dihydro-3-methyl-2-thioxo,ethyl ester", "3-methyl-2-thionoimidazoline-1-carboxylic acid ethyl ester", "carbimazol henning", "ethyl 3-methyl-2-thioxo-2,3-dihydro-1h-imidazole-1-carboxylate[acd/iupac name]", "ethyl 3-methyl-2-thioimidazoline-1-carboxylate", "tpo", "244-854-4[einecs]", "1h-imidazole-1-carboxylic acid 2,3-dihydro-3-methyl-2-thioxo-,ethyl ester", "carbimazole [ban:dcf:inn][inn]", "337376-15-5", "ethyl 3-methyl-2-thioxo-4-imidazolinecarboxylate", "carbimazolum[latin]", "carbimazole[wiki]", "carbimazol [inn-spanish french][spanish][inn]"}|>, "832" -> <|"DatabaseID" -> "SW00611", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8273"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9790]}, "IsomericSmiles" -> "CC1=CC(=O)c2c(cccc2[O-])C1=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "plumbagin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10205]}, "Synonyms" -> {"plumbagin", "plumbagone", "plumbaein", "plumbagine", "5-hydroxy-2-methyl-1", "2-methyljuglone", "ophioxylin", "5-hydroxy-2-methyl-1,4-naphthoquinone", "1,4-naphthalenedione 5-hydroxy-2-methyl- (9ci)", "c014758", "5-hydroxy-2-methyl-1,4-naphthalenedione", "1,4-naphthalenedione 5-hydroxy-2-methyl-", "l66 bv evj c1 gq [wln][wln]", "5-hydroxy-2-methylnaphthalene-1,4-dione", "1870475[beilstein]", "5-hydroxy-2-methyl-1,4-naphthoquinone*plumbagin", "plumbagin from plumbago indica", "5-hydroxy-2-methyl-[1,4]naphthoquinone", "481-42-5", "481-42-5[rn]", "207-569-6[einecs]", "5-hydroxy-2-methylnaphthoquinone", "2-methyl-5-hydroxy-1", "4-08-00-02376 (beilstein handbook reference)[beilstein]", "1,4-dihydro-1,4-dioxo-5-hydroxy-2-methylnaphthalene", "2-methyl-5-hydroxy-1,4-naphthoquinone", "5-hydroxy-2-methylnaphthalene-1", "5-hydroxy-2-methyl-naphthalene-1,4-dione", "5-hydroxy-2-methyl-1,4-naphthochinone"}|>, "833" -> <|"DatabaseID" -> "SW00612", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23836]}, "IsomericSmiles" -> "CC(=O)NC(CCC(=O)N)C(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "aceglutamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25561]}, "Synonyms" -> {"n-acetyl-l-glutamine", "acetylglutamine", "n2-acetylglutamine", "n(sup2)-acetyl-l-glutamine", "aceglutamide", "n2-acetyl-l-glutamine", "aceglutamid", "l-glutamine", "n-acetylglutamine", "7577-60-8[rn]", "glutamine n2-acetyl- l- (8ci)", "2-(acetylamino)-4-carbamoylbutanoic acid", "4-carbamoyl-2-acetamidobutanoic acid", "l-glutamine n2-acetyl-", "30703-24-3[rn]", "2490-97-3[rn]", "glutamine n2-acetyl-", "aceglutamida[spanish][inn]", "219-647-7[einecs]", "glutamine n-acetyl-", "n2-acetylglutamin", "aceglutamida [inn-spanish]", "l-2-acetamidoglutaramic acid", "mfcd01882990", "aceglutamidum[latin]", "aceglutamidum [inn-latin]"}|>, "834" -> <|"DatabaseID" -> "SW00612", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23836]}, "IsomericSmiles" -> "CC(=O)NC(CCC(=O)N)C(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "aceglutamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25561]}, "Synonyms" -> {"n-acetyl-l-glutamine", "acetylglutamine", "n2-acetylglutamine", "n(sup2)-acetyl-l-glutamine", "aceglutamide", "n2-acetyl-l-glutamine", "aceglutamid", "l-glutamine", "n-acetylglutamine", "7577-60-8[rn]", "glutamine n2-acetyl- l- (8ci)", "2-(acetylamino)-4-carbamoylbutanoic acid", "4-carbamoyl-2-acetamidobutanoic acid", "l-glutamine n2-acetyl-", "30703-24-3[rn]", "2490-97-3[rn]", "glutamine n2-acetyl-", "aceglutamida[spanish][inn]", "219-647-7[einecs]", "glutamine n-acetyl-", "n2-acetylglutamin", "aceglutamida [inn-spanish]", "l-2-acetamidoglutaramic acid", "mfcd01882990", "aceglutamidum[latin]", "aceglutamidum [inn-latin]"}|>, "835" -> <|"DatabaseID" -> "SW00613", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3570]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01427"]}, "IsomericSmiles" -> "c1cnccc1c2cc(c(=O)[nH]c2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00231"]}, "OfficialNames" -> <|"Indian Approved Name" -> "amrinone", "FDA Approved Drug" -> "INAMRINONE LACTATE"|>, "PharmGKBID" -> "PA164746803", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3698]}, "Synonyms" -> {"amrinone", "amcoral", "cartonic", "wincoram", "inamrinone", "cordemcura", "amrinona [inn-spanish]", "amrinonum [inn-latin]", "inocor", "5-amino-3,4'-bipyridin-6(1h)-one[acd/iupac name]", "amrinone [usan:ban:inn][inn][usan]", "amirinone", "5-amino-[3,4'-bipyridin]-6(1h)-one", "262-390-0[einecs]", "5-amino-(3,4'-bipyridin)-6(1h)-one", "inamrinone;inocor", "[3,4'-bipyridin]-6-ol 5-amino-", "awd 08-250", "5-amino-1h-[3,4']bipyridinyl-6-one(amrinone)", "5-amino-1h-[3,4']bipyridinyl-6-one (amrinone)", "amrinone[wiki]", "5-amino-1h-[3,4']bipyridinyl-6-one", "5-25-15-00181", "tnf-alpha", "tumor necrosis factor ligand superfamily member 2", "inamrinone lactate", "60719-84-8[rn]", "[3,4'-bipyridin]-6(1h)-one 5-amino-", "amrinonum[latin]", "3-amino-5-(pyridin-4-yl)pyridin-2-ol", "5-25-15-00181 (beilstein handbook reference)[beilstein]", "tumor necrosis factor precursor", "tnf-a", "inocor[wiki]", "5-amino-3,4'-bipyridin-6-ol", "inamrinone[wiki][usp]", "3-amino-5-(4-pyridinyl)-2(1h)-pyridinone", "cordarex", "5-amino-[3,4'-bipyridin]-6[1h]-one", "inamrinone;", "(amrinone)5-amino-1h-[3,4']bipyridinyl-6-one", "cas-60719-84-8", "cachectin", "3-amino-5-(4-pyridyl)hydropyridin-2-one", "amcoral (tn)", "amrinon", "3-amino-5-pyridin-4-yl-1h-pyridin-2-one", "(3,4'-bipyridin)-6(1h)-one 5-amino-", "3-amino-5-(pyridin-4-yl)-1,2-dihydropyridin-2-one", "amrinona[spanish][inn]"}|>, "836" -> <|"DatabaseID" -> "SW00614", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23856]}, "IsomericSmiles" -> "c1cc(ccc1C[NH3+])S(=O)(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01166"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MAFENIDE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25590]}, "Synonyms" -> {"mafenide acetate", "winthrocine", "p-aminomethylbenzenesulfonamide acetate", "sulfamilon", "mafatate", "4-(aminomethyl)benzenesulfonamide acetate", "maphenide acetate", "4-(aminomethyl)benzenesulfonamide monoacetate", "sulfamylon", "4-(aminomethyl)benzenesulfonamide acetic acid", "mafenide acetate [usan:jan][jan][usan]", "benzenesulfonamide 4-(aminomethyl)- monoacetate", "p-(aminomethyl)benzenesulfonamide acetate", "4-(aminomethyl)benzolsulfonamidacetat", "4-(aminomethyl)-benzenesulfoamide monoacetate", "a-amino-p-toluenesulfonamide monoacetate", "4-(aminomethyl)benzenesulfonamide[acd/iupac name]", "mafenamide acetate", "13009-99-9[rn]", "sulfamylon acetate", "mafenideacetate;4-(aminomethyl)-benzenesulfoamide monoacetate", "benzenesulfonamide 4-(aminomethyl)- acetate (1:1)", "4-(aminomethyl)benzenesulfonamide acetate (1:1)", "sulfamylon (tn)", "?-aminotoluene-4-sulphonamide monoacetate", "235-855-0[einecs]", "13009-99-9"}|>, "837" -> <|"DatabaseID" -> "SW00615", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82643]}, "IsomericSmiles" -> "CC1c2c(c3ccccc3[nH]2)CC[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tetrahydroharman"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91522]}, "Synonyms" -> {"1-methyl-2", "calligonine", "methtryptoline", "tetrahydroharman", "eleagnine", "1,2,3,4-tetrahydroharmane", "2,3,4,9-tetrahydro-1-methyl-1h-pyrido[3,4-b]indole", "2506-10-7[rn]", "dl-eleagnin", "2506-10-7", "1h-pyrido[3 4-b]indole 2,3,4,9-tetrahydro-1-methyl-", "st039153", "2,3,4,9-tetrahydro-1-methyl-1h-pyrido(3,4-b)indole", "1-methyl-1,2,3,4-tetrahydrobeta-carboline", "525-40-6", "1h-pyrido[3,4-b]indole 2,3,4,9-tetrahydro-1-methyl-", "219-711-4[einecs]", "harman 1,2,3,4-tetrahydro-", "1,2,3,4-tetrahydroharman", "tetrahydroharmane", "525-40-6[rn]", "1h-pyrido(3,4-b)indole 2,3,4,9-tetrahydro-1-methyl- (8ci)(9ci)", "harman", "10/7/2506", "1 2,3,4-tetrahydroharman"}|>, "838" -> <|"DatabaseID" -> "SW00615", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82643]}, "IsomericSmiles" -> "CC1c2c(c3ccccc3[nH]2)CC[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tetrahydroharman"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91522]}, "Synonyms" -> {"1-methyl-2", "calligonine", "methtryptoline", "tetrahydroharman", "eleagnine", "1,2,3,4-tetrahydroharmane", "2,3,4,9-tetrahydro-1-methyl-1h-pyrido[3,4-b]indole", "2506-10-7[rn]", "dl-eleagnin", "2506-10-7", "1h-pyrido[3 4-b]indole 2,3,4,9-tetrahydro-1-methyl-", "st039153", "2,3,4,9-tetrahydro-1-methyl-1h-pyrido(3,4-b)indole", "1-methyl-1,2,3,4-tetrahydrobeta-carboline", "525-40-6", "1h-pyrido[3,4-b]indole 2,3,4,9-tetrahydro-1-methyl-", "219-711-4[einecs]", "harman 1,2,3,4-tetrahydro-", "1,2,3,4-tetrahydroharman", "tetrahydroharmane", "525-40-6[rn]", "1h-pyrido(3,4-b)indole 2,3,4,9-tetrahydro-1-methyl- (8ci)(9ci)", "harman", "10/7/2506", "1 2,3,4-tetrahydroharman"}|>, "839" -> <|"DatabaseID" -> "SW00616", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 108744]}, "IsomericSmiles" -> "C[NH+]1CCc2c3ccccc3[nH]c2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "2-methyl-1,2,3,4-tetrahydro-beta-carboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 121896]}, "Synonyms" -> {"2-methyltryptoline", "2-methyl-1", "1h-pyrido[3,4-b]indole 2,3,4,9-tetrahydro-2-methyl-", "ac1q1it4", "stock1n-48784", "oprea1_539196", "chembl69618", "13100-00-0[rn]", "2-methyl-9h-1,2,3,4-tetrahydropyrido(3,4-b) indole", "13100-00-0", "nsc683435", "ac1l3tlp", "mls001049128"}|>, "840" -> <|"DatabaseID" -> "SW00616", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 108744]}, "IsomericSmiles" -> "C[NH+]1CCc2c3ccccc3[nH]c2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "2-methyl-1,2,3,4-tetrahydro-beta-carboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 121896]}, "Synonyms" -> {"2-methyltryptoline", "2-methyl-1", "1h-pyrido[3,4-b]indole 2,3,4,9-tetrahydro-2-methyl-", "ac1q1it4", "stock1n-48784", "oprea1_539196", "chembl69618", "13100-00-0[rn]", "2-methyl-9h-1,2,3,4-tetrahydropyrido(3,4-b) indole", "13100-00-0", "nsc683435", "ac1l3tlp", "mls001049128"}|>, "841" -> <|"DatabaseID" -> "SW00617", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32350"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 125940]}, "IsomericSmiles" -> "CCCCCCCCCC(=O)NO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01443"]}, "OfficialNames" -> <|"NPC Approved Name" -> "decanohydroxamic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 142752]}, "Synonyms" -> {"decanohydroxamic acid", "caprinohydroxamic acid", "n-decanohydroxamic acid", "35440-53-0[rn]", "1705337[beilstein]", "brn 1705337", "n-hydroxydecanamide[acd/iupac name]", "2259-85-0", "decanamide", "n-hydroxydecanamide", "decanamide n-hydroxy-", "dsstox_cid_26883", "ac1l3ls0", "2259-85-0[rn]", "ncgc00181165-02", "3-02-00-00846 (beilstein handbook reference)[beilstein]"}|>, "842" -> <|"DatabaseID" -> "SW00618", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "888"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18848]}, "IsomericSmiles" -> "C(C(CS(=O)(=O)[O-])S)S", "OfficialNames" -> <|"NPC Approved Name" -> "dmps"|>, "Synonyms" -> {"286-098-8[einecs]", "antidote", "85168-98-5[rn]", "2,3-dimercaptopropane sodium sulphonate", "dmps", "sodium 2,3-dimercaptopropane-1-sulfonate", "sodium 2,3-disulfanylpropane-1-sulfonate", "1-propanesulfonic acid 2,3-dimercapto- monosodium salt", "37260-06-3[rn]", "2,3-dimercapto-1-propanesulfonic acid sodium salt", "223-796-3[einecs]", "propane-1-sulfonic acid 2,3-dimercapto- sodium salt", "sodium 2,3-dithiolpropanesulfonate", "unithiol[wiki]", "4076-02-2[rn]", "285-941-7[einecs]", "2,3-dimercaptopropanesulfonic acid sodium salt", "85187-11-7[rn]", "85549-76-4[rn]", "4076022 74613", "2/2/4076", "dps", "unitiol", "sodium dl-2,3-dithiopropanesulfonate monohydrate", "sodium 2,3-dimercaptopropanesulphonate", "1-propanesulfonic acid 2,3-dimercapto- sodium salt (1:1)", "dimaval", "sodium 2,3-dimercapto-1-propanesulfonate"}|>, "843" -> <|"DatabaseID" -> "SW00618", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "888"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18848]}, "IsomericSmiles" -> "C(C(CS(=O)(=O)[O-])S)S", "OfficialNames" -> <|"NPC Approved Name" -> "dmps"|>, "Synonyms" -> {"286-098-8[einecs]", "antidote", "85168-98-5[rn]", "2,3-dimercaptopropane sodium sulphonate", "dmps", "sodium 2,3-dimercaptopropane-1-sulfonate", "sodium 2,3-disulfanylpropane-1-sulfonate", "1-propanesulfonic acid 2,3-dimercapto- monosodium salt", "37260-06-3[rn]", "2,3-dimercapto-1-propanesulfonic acid sodium salt", "223-796-3[einecs]", "propane-1-sulfonic acid 2,3-dimercapto- sodium salt", "sodium 2,3-dithiolpropanesulfonate", "unithiol[wiki]", "4076-02-2[rn]", "285-941-7[einecs]", "2,3-dimercaptopropanesulfonic acid sodium salt", "85187-11-7[rn]", "85549-76-4[rn]", "4076022 74613", "2/2/4076", "dps", "unitiol", "sodium dl-2,3-dithiopropanesulfonate monohydrate", "sodium 2,3-dimercaptopropanesulphonate", "1-propanesulfonic acid 2,3-dimercapto- sodium salt (1:1)", "dimaval", "sodium 2,3-dimercapto-1-propanesulfonate"}|>, "844" -> <|"DatabaseID" -> "SW00619", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31980"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6192]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00556"]}, "IsomericSmiles" -> "C(C(F)(F)F)(C(F)(F)F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01738"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PERFLUTREN"|>, "PharmGKBID" -> "PA164781354", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6432]}, "Synonyms" -> {"perflutren", "genetron 218", "definity", "perfluoropropane", "freon 218", "perfluoropropaneminimum", "perflutren [usan]", "propane octafluoro-", "octafluoropropane", "optison", "liposome-encapsulated perfluoropane microsphere", "76-19-7[rn]", "fc 218 (refrigerant)", "octafluoropropane[wiki][acd/iupac name]", "2,2-dihydroperfluoropropane", "218599-63-4[rn]", "definity[wiki]", "octafluoropropane-lipid microsphere", "1", "200-941-9[einecs]", "propane 1,1,1,2,2,3,3,3-octafluoro-", "1704032[beilstein]", "fs069", "perflutren (jan/usan)[jan][usan]", "freon 218; perfluoropropane; fc 218; r 218; refrigerant 218", "300408-51-9[rn]", "octafluoropropaneor refrigerant gasr 218 [un2424] [nonflammable gas]", "propane", "dmp-115", "perfluoropropane[wiki]", "octafluorpropan", "definity (tn)", "ym454", "1,1,1,2,2,3,3,3-octafluoropropane", "oktafluorpropan", "perflutren-lipid microsphere", "meforex 218", "fs-069", "perfluoropropane 99+%"}|>, "845" -> <|"DatabaseID" -> "SW00620", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 37038]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02999"]}, "IsomericSmiles" -> "C([C@@H](C(=O)[O-])[NH3+])n1c(=O)[n-]c(=O)o1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "quisqualic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 40539]}, "Synonyms" -> {"quisqualate", "52809-07-1", "qus", "(+)-quisqualic acid", "quisqualic acid", "(s)-2-amino-3-(3,5-dioxo-[1,2,4]oxadiazolidin-2-yl)-propionic acid", "eaa4", "glutamate receptor ionotropic kainate 2 precursor", "(l)-(+)-a-amino-3,5-dioxo-1,2,4-oxadiazolidine-2-propanoic acid", "b-(3,5-dioxo-1,2,4-oxodiazolidin-2-yl)-l-alanine", "1", "(2s)-2-amino-3-(3", "glur6", "quisqualic acid l-", "l-quisqualic acid", "(s)-2-amino-3-(3", "51821-59-1[rn]", "52284-24-9[rn]", "(s)-a-amino-3,5-dioxo-1,2,4-oxadiazolidine-2-propanoic acid", "excitatory amino acid receptor 4", "l-alanine 3-(3,5-dioxo-1,2,4-oxadiazolidin-2-yl)-", "52809-07-1[rn]", "3-(3,5-dioxo-1,2,4-oxadiazolidin-2-yl)-l-alanine[acd/iupac name]", "3-(3", "glur-6", "st50825297", "glutamate receptor 6"}|>, "846" -> <|"DatabaseID" -> "SW00621", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31225"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2121], ExternalIdentifier["ChemSpiderID", 9776]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01435"], ExternalIdentifier["DrugBankID", "01495"]}, "IsomericSmiles" -> "Cc1cc(=O)n(n1C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01776"], ExternalIdentifier["KEGGID", "D03785"]}, "OfficialNames" -> <|"China Approved Name" -> "antipyrine", "US Illegal/Scheduled Drug (Schedule 4)" -> "Dichloraphenazone", "Indian Approved Name" -> "dichloraphenazone"|>, "PharmGKBID" -> "PA448453", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2206], ExternalIdentifier["PubChemCompoundID", 10188]}, "Synonyms" -> {"dichloralphenazone", "welldorm", "dichloralantipyrine", "ibiodorm", "sedor", "kloralfenazon", "dichloralantipyrin", "dormuphar", "sominat", "anodynine", "antipyrine", "analgesine", "anodynin", "apirelina", "phenazone", "dichloralphenazone[wiki][usp][ban]", "auralgan", "antipirin", "480-30-8[rn]", "phenazon", "1,5-dimethyl-2-phenyl-1,2-dihydro-3h-pyrazol-3-one - 2,2,2-trichloroethane-1,1-diol (1:2)", "antipyrine compound with chloral hydrate (1:2)", "3h-pyrazol-3-one,1,2-dihydro-1,5-dimethyl-2-phenyl-,compd. with 2,2,2-trichloro-1,1-ethanediol (1:2)", "1,2-dihydro-1,5-dimethyl-2-phenyl-3h-pyrazol-3-one compound with 2,2,2-trichloroethane-1,1-diol (1:2)", "antipyrin", "phenozone", "fenazone", "1,2-dihydro-1,5-dimethyl-2-phenyl-3h-pyrazol-3-one compd. with2,2,2-trichloro-1,1-ethanediol (1:2)", "antipyrine compound with chloral hydrate (1:2)", "1,2-dihydro-1,5-dimethyl-2-phenyl-3h-pyrazol-3-one compound with 2,2,2-trichloroethane-1,1-diol (1:2)", "azophen", "sedatin", "antipyrinum", "azophenum", "207-546-0[einecs]", "antipyrine compd. with chloral hydrate (1:2)", "sedatine", "480-30-8", "phenyldimethylpyrazolon", "prostaglandin-endoperoxide synthase 1", "1-phenyl-2,3-dimethylpyrazole-5-one", "1,2-dihydro-1,5-dimethyl-2-phenyl-3h-pyrazol-3-one", "prostaglandin g/h synthase 1 precursor", "fenazona [inn-spanish]", "fenazona", "dimethyloxyquinazine", "pgh synthase 1", "pyramidone", "parodyne", "fenazon [czech]", "3h-pyrazol-3-one 1,2-dihydro-1,5-dimethyl-2-phenyl-", "60-80-0[rn]", "oxydimethylquinizine", "antipyrine[wiki][jan]", "1,5-dimethyl-2-phenyl-3-pyrazolone", "cox-1", "oxydimethylquinazine", "hloralantipyrine", "phenylon", "acetasol", "1,5-dimethyl-2-phenyl-2,3-dihydro-1h-pyrazol-3-one", "157775[beilstein]", "antipyrin[wiki]", "2,3-dimethyl-1-phenylpyrazol-5-one", "ec 1.14.99.1", "123175-91-7[rn]", "prostaglandin h2 synthase 1", "dimethyloxychinizin", "5779-41-9[rn]", "phenyldimethylpyrazolone", "2,3-dimethyl-1-phenyl-3-pyrazolin-5-one; phenazone", "azophene", "1-phenyl-2,3-dimethyl-5-pyrazolone", "2 3-dimethyl-1-phenyl-3-pyrazolin-5-one", "2,3-dimethyl-1-phenyl-5-pyrazolone", "1,5-dimethyl-2-phenyl-1,2-dihydro-3h-pyrazol-3-one[acd/iupac name]", "phenylone", "fenazon[czech]", "pyrazoline", "methozin", "603-63-4[rn]", "pghs-1", "3-antipyrine", "200-486-6[einecs]", "cas-60-80-0", "2,3-dimethyl-1-phenyl-3-pyrazolin-5-one", "phenazone[wiki]", "2 3-dimethyl-1-phenyl-5-pyrazolone", "pyrazophyl", "d000983", "phenazone (van)", "fenazona[spanish][inn]", "formule l2 (antipyrine + sodium salicylate)_mixture", "artrol (antipyrine + cimicifuga racemosa + methyl salicylate + sodium bicarbonate + sodium salicylate + taraxacum officinale weber)_mixture", "auralgan solution (antipyrine + benzocaine)_mixture", "phs 1", "cyclooxygenase- 1", "phenazonum"}|>, "847" -> <|"DatabaseID" -> "SW00622", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55690]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01550"]}, "IsomericSmiles" -> "CC(Cc1ccccc1)NCCC#N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07947"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Fenproporex"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61810]}, "Synonyms" -> {"fenproporex", "femproporex [inn-spanish]", "fenproporexum [inn-latin]", "(+-)-3-((alpha-methylphenethyl)amino)propionitrile", "brn 3082794", "240-444-4[einecs]", "fenorex", "16359-54-9[rn]", "16397-28-7", "dea no. 1575", "16397-28-7[rn]", "15686-61-0[rn]", "239-772-0[einecs]", "propionitrile", "ifa diety", "c026013", "fenproporexum[latin]", "3-((1-methyl-2-phenylethyl)amino)propiononitrile", "femproporex[spanish][inn]", "einecs 239-772-0", "18305-29-8[rn]", "15686-61-0", "4-12-00-02612 (beilstein handbook reference)[beilstein]", "3-[(1-methyl-2-phenylethyl)amino]propiononitrile", "3-[(1-phenylpropan-2-yl)amino]propanenitrile", "propanenitrile 3-[(1-methyl-2-phenylethyl)amino]-", "fenproporex [dcf:inn][inn]"}|>, "848" -> <|"DatabaseID" -> "SW00622", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55690]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01550"]}, "IsomericSmiles" -> "CC(Cc1ccccc1)NCCC#N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07947"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Fenproporex"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61810]}, "Synonyms" -> {"fenproporex", "femproporex [inn-spanish]", "fenproporexum [inn-latin]", "(+-)-3-((alpha-methylphenethyl)amino)propionitrile", "brn 3082794", "240-444-4[einecs]", "fenorex", "16359-54-9[rn]", "16397-28-7", "dea no. 1575", "16397-28-7[rn]", "15686-61-0[rn]", "239-772-0[einecs]", "propionitrile", "ifa diety", "c026013", "fenproporexum[latin]", "3-((1-methyl-2-phenylethyl)amino)propiononitrile", "femproporex[spanish][inn]", "einecs 239-772-0", "18305-29-8[rn]", "15686-61-0", "4-12-00-02612 (beilstein handbook reference)[beilstein]", "3-[(1-methyl-2-phenylethyl)amino]propiononitrile", "3-[(1-phenylpropan-2-yl)amino]propanenitrile", "propanenitrile 3-[(1-methyl-2-phenylethyl)amino]-", "fenproporex [dcf:inn][inn]"}|>, "849" -> <|"DatabaseID" -> "SW00623", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9086"], ExternalIdentifier["ChEBIID", "9087"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24930], ExternalIdentifier["ChemSpiderID", 24931]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01037"]}, "IsomericSmiles" -> "C[C@H](Cc1ccccc1)[NH+](C)CC#C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03731"], ExternalIdentifier["KEGGID", "D00785"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SELEGILINE;SELEGILINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451316", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26757], ExternalIdentifier["PubChemCompoundID", 26758]}, "Synonyms" -> {"selegiline", "zelapar", "carbex", "emsam", "eldepryl", "l-deprenalin", "nu-selegiline", "apo-selegiline", "sd deprenyl", "selegiline hydrochloride", "gen-selegiline", "novo-selegiline", "jumex", "eldepryl[wiki]", "14611-52-0[rn]", "2079-54-1[rn]", "jumex hydrochloride", "selegeline hcl", "selegilinum [inn-latin]", "selegilina [inn-spanish]", "mao-a", "l-deprenyl hydrochloride", "(-)-deprenyl hydrochloride", "monoamine oxidase type a", "(-)-deprenil hydrochloride", "eldepryl hydrochloride", "ec 1.4.3.4", "selegiline hcl", "n-methyl-n-[(1r)-1-methyl-2-phenylethyl]prop-2-yn-1-aminium chloride", "(-)-selegiline", "n-methyl-n-[(1r)-1-methyl-2-phenylethyl]prop-2-in-1-amin", "fpf1100", "selegilina", "n-methyl-n-[(1r)-1-methyl-2-phenylethyl]prop-2-in-1-aminhydrochlorid", "selegyline", "methyl-((r)-1-methyl-2-phenyl-ethyl)-prop-2-ynyl-amine", "vivapryl", "selegilinum[latin]", "jumex[wiki]", "l-(-)-n,a-dimethyl-n-2-propynylphenethylamine", "n-methyl-n-[(2r)-1-phenylpropan-2-yl]prop-2-yn-1-aminehydrochloride (1:1)", "(r)-(-)-n-a-dimethyl-n-2-propynylbenzeneethanamine hydrochloride", "(r)-(-)-n-methyl-n-(1-phenyl-2-propyl)-2-propinylamin", "n-methyl-n-[(2r)-1-phenylpropan-2-yl]prop-2-yn-1-aminehydrochloride", "otrasel", "n-methyl-n-[(1r)-1-methyl-2-phenylethyl]prop-2-yn-1-amine", "(-)-deprenil", "benzeneethanamine,n,a-dimethyl-n-2-propyn-1-yl- (ar)- hydrochloride (1:1)", "eldepryl l-deprenyl zelapar anipryl", "n-methyl-n-[(2r)-1-phenylpropan-2-yl]prop-2-yn-1-amine", "(r)-(-)-n,a-dimethyl-n-2-propynylbenzeneethanamine", "6001504[beilstein]", "n-methyl-n-[(2r)-1-phenyl-2-propanyl]-2-propyn-1-aminehydrochloride (1:1)[acd/iupac name]", "emsam[wiki]", "(-)-phenylisopropylmethylpropynylamine", "(-)-e-250 hydrochloride", "deprenyl hydrochloride (r)-(-)-", "selegilinum", "14611-51-9[rn]", "(r)-n-methyl-n-(1-phenylpropan-2-yl)prop-2-yn-1-aminehydrochloride", "(r)-(-)-deprenyl hydrochloride", "xilopar", "selegilina[spanish][inn]", "5863318[beilstein]", "zydis selegiline", "selegiline[wiki][usan]", "eldepryl; zelapar", "l-e 250", "l-deprenyl", "n-methyl-n-[(1r)-1-methyl-2-phenylethyl]prop-2-yn-1-amine hydrochloride", "seledat", "n-methyl-n-[(2r)-1-phenyl-2-propanyl]-2-propin-1-aminhydrochlorid (1:1)[german][acd/iupac name]", "(r)-selegiline hydrochloride", "(r)-n-methyl-n-(1-phenylpropan-2-yl)prop-2-yn-1-amine", "plurimen", "40602-63-9[rn]", "337376-15-5"}|>, "850" -> <|"DatabaseID" -> "SW00623", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9086"], ExternalIdentifier["ChEBIID", "9087"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24930], ExternalIdentifier["ChemSpiderID", 24931]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01037"]}, "IsomericSmiles" -> "C[C@H](Cc1ccccc1)[NH+](C)CC#C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03731"], ExternalIdentifier["KEGGID", "D00785"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SELEGILINE;SELEGILINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451316", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26757], ExternalIdentifier["PubChemCompoundID", 26758]}, "Synonyms" -> {"selegiline", "zelapar", "carbex", "emsam", "eldepryl", "l-deprenalin", "nu-selegiline", "apo-selegiline", "sd deprenyl", "selegiline hydrochloride", "gen-selegiline", "novo-selegiline", "jumex", "eldepryl[wiki]", "14611-52-0[rn]", "2079-54-1[rn]", "jumex hydrochloride", "selegeline hcl", "selegilinum [inn-latin]", "selegilina [inn-spanish]", "mao-a", "l-deprenyl hydrochloride", "(-)-deprenyl hydrochloride", "monoamine oxidase type a", "(-)-deprenil hydrochloride", "eldepryl hydrochloride", "ec 1.4.3.4", "selegiline hcl", "n-methyl-n-[(1r)-1-methyl-2-phenylethyl]prop-2-yn-1-aminium chloride", "(-)-selegiline", "n-methyl-n-[(1r)-1-methyl-2-phenylethyl]prop-2-in-1-amin", "fpf1100", "selegilina", "n-methyl-n-[(1r)-1-methyl-2-phenylethyl]prop-2-in-1-aminhydrochlorid", "selegyline", "methyl-((r)-1-methyl-2-phenyl-ethyl)-prop-2-ynyl-amine", "vivapryl", "selegilinum[latin]", "jumex[wiki]", "l-(-)-n,a-dimethyl-n-2-propynylphenethylamine", "n-methyl-n-[(2r)-1-phenylpropan-2-yl]prop-2-yn-1-aminehydrochloride (1:1)", "(r)-(-)-n-a-dimethyl-n-2-propynylbenzeneethanamine hydrochloride", "(r)-(-)-n-methyl-n-(1-phenyl-2-propyl)-2-propinylamin", "n-methyl-n-[(2r)-1-phenylpropan-2-yl]prop-2-yn-1-aminehydrochloride", "otrasel", "n-methyl-n-[(1r)-1-methyl-2-phenylethyl]prop-2-yn-1-amine", "(-)-deprenil", "benzeneethanamine,n,a-dimethyl-n-2-propyn-1-yl- (ar)- hydrochloride (1:1)", "eldepryl l-deprenyl zelapar anipryl", "n-methyl-n-[(2r)-1-phenylpropan-2-yl]prop-2-yn-1-amine", "(r)-(-)-n,a-dimethyl-n-2-propynylbenzeneethanamine", "6001504[beilstein]", "n-methyl-n-[(2r)-1-phenyl-2-propanyl]-2-propyn-1-aminehydrochloride (1:1)[acd/iupac name]", "emsam[wiki]", "(-)-phenylisopropylmethylpropynylamine", "(-)-e-250 hydrochloride", "deprenyl hydrochloride (r)-(-)-", "selegilinum", "14611-51-9[rn]", "(r)-n-methyl-n-(1-phenylpropan-2-yl)prop-2-yn-1-aminehydrochloride", "(r)-(-)-deprenyl hydrochloride", "xilopar", "selegilina[spanish][inn]", "5863318[beilstein]", "zydis selegiline", "selegiline[wiki][usan]", "eldepryl; zelapar", "l-e 250", "l-deprenyl", "n-methyl-n-[(1r)-1-methyl-2-phenylethyl]prop-2-yn-1-amine hydrochloride", "seledat", "n-methyl-n-[(2r)-1-phenyl-2-propanyl]-2-propin-1-aminhydrochlorid (1:1)[german][acd/iupac name]", "(r)-selegiline hydrochloride", "(r)-n-methyl-n-(1-phenylpropan-2-yl)prop-2-yn-1-amine", "plurimen", "40602-63-9[rn]", "337376-15-5"}|>, "851" -> <|"DatabaseID" -> "SW00624", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30769"], ExternalIdentifier["ChEBIID", "64733"], ExternalIdentifier["ChEBIID", "53258"], ExternalIdentifier["ChEBIID", "16947"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8276802], ExternalIdentifier["ChemSpiderID", 305], ExternalIdentifier["ChemSpiderID", 13804], ExternalIdentifier["ChemSpiderID", 58893], ExternalIdentifier["ChemSpiderID", 12932], ExternalIdentifier["ChemSpiderID", 12775], ExternalIdentifier["ChemSpiderID", 5989], ExternalIdentifier["ChemSpiderID", 21161768], ExternalIdentifier["ChemSpiderID", 20872], ExternalIdentifier["ChemSpiderID", 12584], ExternalIdentifier["ChemSpiderID", 8606], ExternalIdentifier["ChemSpiderID", 13198946], ExternalIdentifier["ChemSpiderID", 4891337], ExternalIdentifier["ChemSpiderID", 10558], ExternalIdentifier["ChemSpiderID", 16044797], ExternalIdentifier["ChemSpiderID", 15871363]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04272"]}, "IsomericSmiles" -> "C(C(=O)[O-])C(CC(=O)[O-])(C(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09739"], ExternalIdentifier["KEGGID", "D00037"], ExternalIdentifier["KEGGID", "D01644"], ExternalIdentifier["KEGGID", "D04171"], ExternalIdentifier["KEGGID", "D04749"], ExternalIdentifier["KEGGID", "D05578"], ExternalIdentifier["KEGGID", "D05855"]}, "OfficialNames" -> <|"Indian Approved Name" -> "citric acid monohydrate;citric acid;calcium citrate;disodium hydrogen citrate;di-sodium hydrogen citrate;sodium citrate;potassium citrate;magnesium citrate;tricholine citrate;anhydrous citric acid;iron choline citrate;tripotassium dicitrato bismuthate;piperazine cit;ferric ammonium citrate", "NPC Approved Name" -> "acetyltributyl citrate", "Traditional Herbal Isolate" -> "citric acid", "Australia Approved Name" -> "CITRIC ACID;POTASSIUM CITRATE;SODIUM CITRATE", "China Approved Name" -> "bismuth potassium citrate", "FDA Approved Drug" -> "BISMUTH SUBCITRATE POTASSIUM;CITRIC ACID;FERRIC AMMONIUM CITRATE;FERROUS CITRATE FE-59;GALLIUM CITRATE GA-67;LITHIUM CITRATE;POTASSIUM CITRATE;SODIUM CITRATE"|>, "PharmGKBID" -> "PA449021", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6335486], ExternalIdentifier["PubChemCompoundID", 311], ExternalIdentifier["PubChemCompoundID", 14457], ExternalIdentifier["PubChemCompoundID", 23724905], ExternalIdentifier["PubChemCompoundID", 65430], ExternalIdentifier["PubChemCompoundID", 13520], ExternalIdentifier["PubChemCompoundID", 13344], ExternalIdentifier["PubChemCompoundID", 6224], ExternalIdentifier["PubChemCompoundID", 10198516], ExternalIdentifier["PubChemCompoundID", 22230], ExternalIdentifier["PubChemCompoundID", 5282392], ExternalIdentifier["PubChemCompoundID", 23676744], ExternalIdentifier["PubChemCompoundID", 16212302], ExternalIdentifier["PubChemCompoundID", 6099959], ExternalIdentifier["PubChemCompoundID", 11024], ExternalIdentifier["PubChemCompoundID", 31348]}, "Synonyms" -> {"citric acid", "citro", "citretten", "aciletten", "anhydrous citric acid", "hydrocerol a", "chemfill", "1", "flc", "citr", "sodium citrate", "citrate", "trisodium citrate", "citric acid[wiki][jp15]", "citrosodine", "citrosodina", "citreme", "citnatin", "citrosodna", "201-069-1[einecs]", "ferric ammonium citrate", "natrocitral", "sodium citrate anhydrous", "5949-29-1[rn]", "citric acid [usan:jan][jan][usan]", "b-hydroxytricarballylic acid", "3-carboxy-3-hydroxypentane-1,5-dioic acid", "acide citrique[french]", "1,2,3-propanetricarboxylic acid 2-hydroxy- (9ci)", "77-92-9[rn]", "222-536-6[einecs]", "12262-73-6[rn]", "782061[beilstein]", "k-lyte ds", "kyselina citronova[czech]", "citric acid (8ci)", "kyselina 2-hydroxy-1,2,3-propantrikarbonova[czech]", "citric acid anhydrous", "acide 2-hydroxy-1,2,3-propanetricarboxylique[french]", "2-hydroxytricarballylic acid", "h3cit", "3522-50-7[rn]", "2-hydroxy-1,2,3-propanenetricarboxylic acid", "celenex 3p6", "citricacid", "k-lyte", "bek", "iron ammonium citrate", "citraclean", "suby g", "citronensaeure", "2-hydroxypropane-1,2,3-tricarboxylic acid", "3-carboxy-3-hydroxy-pentanedioic acid", "2-hydroxy-1,2,3-propanetricarboxylic acid[acd/iupac name]", "1,2,3-propanetricarboxylic acid 2-hydroxy-", "urologic g", "bismuth subcitrate potassium", "citronensaeure; h3cit; citric acid", "2-hydroxypropanetricarboxylic acid", "k-lyte/cl", "uro-trainer", "citralite", "cit", "4-03-00-01272 (beilstein handbook reference)[beilstein]", "citric acid anhydrous", "tripotassium citrate", "205-623-3[einecs]", "kaliksir", "polycitra k", "ammonium ferric citrate", "urocit k", "porekal", "seltz-k", "kajos", "144-33-2[rn]", "bismuth tripotassium dicitrate", "potassium citrate", "potassium citrate anhydrous", "litocit", "bismuth potassium citrate", "1,2,3-propanetricarboxylicacid 2-hydroxy-,potassiumsalt (1:3)", "trikalium-2-hydroxy-1,2,3-propantricarboxylat[german]", "citric acid hydrate", "sodium citrate,anhydrous", "tripotassium 2-hydroxypropane-1,2,3-tricarboxylate", "isolyte e", "6100-05-6[rn]", "buffer solution from sodium citrate", "citric acid trisodium salt anhydrous", "citric acid trisodium salt", "tripotassium 2-hydroxy-1,2,3-propanetricarboxylate[acd/iupac name]", "5/6/6100", "2-hydroxypropane-1", "trisodium citrate anhydrous", "potassiumcitrate", "1,2,3-propanetricarboxylicacid 2-hydroxy-,sodium salt (1:3)", "anhydrouspotassium citrate; anhydrous tripotassium citrate; citric acidtripotassium salt(anh.);citric acid tripotassium salt (anhydrous); potassium citrate; potassiumcitrate (anh.); potassium citrate anhydrous;tripotassium cirtate; tripotassium citrate (anh.); tripotassiumcitrate(anhydrous)", "buffer solution ph 6.0 (20 - c)", "231-905-0[einecs]", "buffer solution hpce ph 3.0", "buffer solution hpce ph 3.5", "2-hydroxy-1,2,3-propanetricarboxylate de tripotassium[french]", "sodium citrate[wiki]", "ammonii ferri citras", "2-hydroxy-1,2,3-propanenetricarboxylic acid trisodiumsalt dihydrate", "4/3/6132", "citric acid tripotassium salt", "buffer solution hpce ph 5.0", "1,2,3-propanetricarboxylic acid 2-hydroxy- trisodium salt", "citrate solution", "sodium 2-hydroxy-1,2,3-propanetricarboxylate", "iron(iii) ammonium citrate", "potassium tribasic citrate", "buffer solution ph 6.0 (20- - c)", "citric acid potassium salt", "potassium citrate[wiki]", "sodium citrate buffer solution", "2-hydroxy-1,2,3-propanetricarboxylic acid trisodium salt", "1,2,3-propanetricarboxylicacid 2-hydroxy-,tripotassium salt", "242-734-6[einecs]", "trisodium 2-hydroxy-1,2,3-propanetricarboxylate[acd/iupac name]", "ferriseltz", "citrate concentrated solution", "trisodium citrate hydrate", "4/2/1968", "200-675-3[einecs]", "866-83-1[rn]", "trikalium-2-hydroxypropan-1,2,3-tricarboxylat[german]", "sodium citrate (na3c6h5o7)", "trisodium 2-hydroxypropane-1,2,3-tricarboxylate", "lithium citrate", "18996-35-5[rn]", "ferri seltz", "2-hydroxy-1,2,3-propanenetricarboxylic acid trisodium salt", "sodium citrate tribasic hydrate", "buffer solution ph 5.0 (20- - c)", "bismuth(3+) tripotassium bis[2-hydroxypropane-1,2,3-tricarboxylate]", "citric acid trisodium salt anhydrous usp/fcc grade[usp]", "urocit-k", "citric acid tripotassium salt", "19287-96-8[rn]", "citric acid trisodium salt", "chebi:53258", "212-755-5[einecs]", "2-hydroxy-1,2,3-propanetricarboxylic acid trisodium salt", "2-hydroxypropane-1,2,3-tricarboxylate de tripotassium[french]", "866-84-2[rn]", "sodium citrate buffer", "[6132-04-3]", "8055-55-8[rn]", "ammonium iron(3+) citrate", "buffer solution hpce ph 2.5", "buffer solution hpce ph 5.5", "citric acid-naoh buffer solution", "57644-54-9[rn]", "buffer solution hpce ph 6.0", "buffer solution hpce ph 4.0", "buffer solution hpce ph 4.5", "7778-49-6[rn]", "68-04-2[rn]", "6858-44-2[rn]", "magnesium citrate", "potassium citrate (anhydrous)", "sodiumcitrate", "6132-04-3[rn]", "buffer solution ph 5.0 (20 - c)", "sodium citrate anhydrous usp/fcc grade[usp]", "citric acid disodium salt sesquihydrate", "di-sodium hydrogen citrate sesquihydrate", "cit(3-)", "ac1l1lg8", "citric acid monohydrate", "trilithium citrate tetrahydrate", "gallium (67 ga) citrate", "6100-05-6", "trilithium citrate", "citric acid disodium salt", "(67-ga)gallium citrate", "gastrodenol", "akos015960977", "gallium citrate ga-67", "2-hydroxy-1", "bismuth(3+) tripotassium bis(2-hydroxypropane-1", "1185-57-5[rn]", "1,2,3-propanetricarboxylicacid 2-hydroxy-,bismuth(3+) potassium salt(2:1:3)", "de-noltab", "mosapride base;", "einecs 260-872-5", "pharmakon1600-01300031", "citrate anion", "bismuth(3+) potassium 2-hydroxypropane-1,2,3-tricarboxylate (1:3:2)", "gallium citrate (ga67)", "sodium hydrogencitrate sesquihydrate", "nsc-760107", "litarex", "bismuth subcitrate", "nsc760107", "2-hydroxypropane-1,2,3-tricarboxylicacid 2-hydroxypropane-1,2,3-tricarboxyli cacid potassium salt bismuth salt,potassiumsalt potassium salt", "sodium citrate dibasic sesquihydrate", "ammoniumferriccitrate", "ferri-ammoniumcitrat", "214-686-6[einecs]", "1185-57-5", "calloidal bismuth subcitrate", "tripotassium dicitratobismuthate", "gallium-67 citrate", "citric acid (tn)", "bismuth(3+) tripotassium bis(2-hydroxypropane-1,2,3-tricarboxylate)", "chebi:16947", "disodium hydrogen citrate sesquihydrate", "demalit", "tricalcium citrate", "de-nol", "iron ammonium citrate green", "tricalcium dicitrate", "citrate de gallium (67 ga)[french][inn]", "ag-g-04465", "lithium citrate anhydrous", "1336-80-7[rn]", "15226-45-6[rn]", "citrato de galio (67 ga)[spanish][inn]", "hydrogensodium 2-hydroxypropane-1,2,3-tricarboxylate(1:2:1)", "919-16-4", "citric acid ammonium iron salt green", "tribasic calcium citrate", "2-hydroxyethyl(trimethyl)azanium; 2-hydroxypropane-1", "calcium 2-hydroxy-1,2,3-propanetricarboxylate (3:2)[acd/iupac name]", "trimagnesiumdicitrat", "ferric ammonium citrate green", "212-391-7[einecs]", "1,2,3-propanetricarboxylic acid 2-hydroxy- disodium salt", "5949-29-1", "iron choline citrate", "255-248-4[einecs]", "1,2,3-propanetricarboxylic acid 2-hydroxy- trilithium salt", "choline dihydrogencitrate salt", "citrato de galio (67 ga) [inn-spanish]", "260-872-5[einecs]", "natrium citricum[german]", "citric acid disodium salt", "magnesium di citrate", "sodium citrate hydrate", "ethanaminium", "disodium citrate sesquihydrate", "ac1o1lkz", "3344-18-1", "calcium citrate[wiki][usp]", "ferrous citrate fe-59", "49847-84-9[rn]", "2-hydroxy-1,2,3-propanetricarboxylic acid hydrate (1:1)[acd/iupac name]", "2-hydroxy-1,2,3-propanetricarboxylic acid disodium salt", "1,2,3-propanetricarboxylicacid 2-hydroxy-,sodium salt (1:2)[acd/index name]", "1,2,3-propanetricarboxylic acid 2-hydroxy- gallium-67ga salt (1:1)", "1,2,3-propanetricarboxylic acid 2-hydroxy- monohydrate", "ferrous citrate", "citracal[wiki]", "208-907-5[einecs]", "gallium citrate ga 67[usp]", "neoscan", "citrical[wiki]", "disodium hydrogen citrate; disodium citrate", "52260-70-5[rn]", "6080-58-6[rn]", "calcium citrate tetrahydrate", "disodium hydrogen citrate", "citric acid trilithium salt", "magnesium citrate mg3(c6h5o7)2", "acicontral", "gallii (67 ga) citras [inn-latin]", "citric acid trilithium salt", "1,2,3-propanetricarboxylicacid 2-hydroxy-,gallium-(sup 67)ga(1:1) salt", "disodium citrate", "trilithium-2-hydroxypropan-1,2,3-tricarboxylat", "sbb068612", "1333-00-2[rn]", "einecs 213-045-8", "1,2,3-propanetricarboxylicacid 2-hydroxy-,magnesiumsalt (2:3) (9ci)", "7050-19-3[rn]", "6080-58-6 919-16-4 [anhydrous]", "gallium-(sup 67)ga citrate (1:1)", "2-hydroxy-1,2,3-propanetricarboxylic acid monohydrate", "tricalcium 2-hydroxypropane-1", "neoscan (tn)", "2-hydroxypropane-1,2,3-tricarboxylic acid hydrate", "71635_fluka", "tectlol (tn)", "gallium citrate ga 67 [usan:jan][jan][usan]", "71635_sial", "lithonate", "calcium dicitrate", "gallium citrate (67ga) injection[jp15]", "d00933", "ammoniumiron(3+)2-hydroxy-1,2,3-propanetricarboxylate (3:1:2)", "7693-13-2[rn]", "142469-11-2[rn]", "5785-44-4[rn]", "(67ga)gallium 2-hydroxypropane-1,2,3-tricarboxylate", "77-91-8[rn]", "ferri-ammoniumcitrat braunes", "citric acid ammonium iron(3+) salt", "einecs 255-248-4", "choline citrate;ethanaminium", "calcium citrate (usp)", "ammonium iron(iii) citrate", "akos015965394", "ac1mw499", "acide 2-hydroxy-1,2,3-propanetricarboxylique hydrate", "trimagnesium 2-hydroxypropane-1", "139892-14-1", "10377-38-5[rn]", "359084_aldrich", "813-94-5[rn]", "citralka", "42608-37-7[rn]", "anh. lithium citrate; anhydrous lithium citrate; citric acid trilithiumsalt; lithium citrate; lithium citrate (anh.); trilithium citrate", "citric acid magnesium salt (2:3) (8ci)", "1,2,3-propanetricarboxylicacid 2-hydroxy-,ammoniumiron(3+)salt (2:3:1)", "tectlol", "2-hydroxy-1,2,3-propanetricarboxylic acid calcium salt", "2-hydroxypropane-1,2,3-tricarboxylate de trilithium", "2-hydroxypropane-1,2,3-tricarboxylic acid hydrate (1:1)", "ammonium iron(3+) 2-hydroxy-1,2,3-propanetricarboxylate", "2-hydroxypropane-1,2,3-tricarboxylic acid hydrate", "citricacidmonohydrate", "6132-05-4[rn]", "5785-44-4", "lithium citrate tribasic tetrahydrate", "ferrous citrate fe 59", "6080-58-6 919-16-4", "tris(2-hydroxy-n", "2-hydroxy-1,2,3-propanetricarboxylic acid hydrate", "ferrum citricum ammoniatum fuscum", "trilithium 2-hydroxypropane-1,2,3-tricarboxylate", "ac1nqzzs", "trilithium 2-hydroxypropane-1", "213-045-8[einecs]", "disodium 2-(carboxymethyl)-2-hydroxysuccinate[acd/iupac name]", "tricholine citrate", "ag-d-43750", "calcium citrate tribasic", "222-093-9[einecs]", "calciumcitrate", "1,2,3-propanetricarboxylicacid 2-hydroxy-,lithium salt (1:3)[acd/index name]", "ferriseltz (tn)", "sodium citrate acid", "citric acid hydrate citricacid 2-hydroxy-1,2,3-propanetricarboxylic acid monohydrate", "disodiumcitrate", "139892-14-1[rn]", "choline citrate", "calcium 2-hydroxypropane-1,2,3-tricarboxylate (3:2)", "d04171", "2-hydroxypropane-1,2,3-tricarboxylate de (67ga)gallium", "disodium 3-carboxy-3-hydroxypentanedioate[acd/iupac name]", "tris(2-hydroxy-n,n,n-trimethylethanaminium) citrate", "1,2,3-propanetricarboxylate 2-hydroxy- hydrogen sodium salt (1:1:2)", "919-16-4[rn]", "gallium citrate ga67", "magnesium citrate (van)", "citric acid monohydrate[usp]", "41183-64-6[rn]", "lithium citrate anhydrous", "einecs 208-907-5", "citracal", "51776-32-0[rn]", "disodium monohydrogen citrate", "ferrous citrate fe 59 (usan)", "ac-20199", "ethanaminium 2-hydroxy-n,n,n-trimethyl- salt with 2-hydroxy-1,2,3-propanetricarboxylic acid (3:1)", "ac1l1wgt", "6680-58-6[rn]", "ag-f-90425", "(67ga)gallium-2-hydroxypropan-1,2,3-tricarboxylat", "1,2,3-propanetricarboxylic acid 2-hydroxy- calcium salt", "citrate de gallium (67 ga) [inn-french]", "citracal (tn)", "546-63-4[rn]", "142469-11-2", "unii-eh8n140tj7", "iron choline citrate complex", "disodium 2-hydroxy-1,2,3-propanetricarboxylate", "sodium acid citrate", "citric acid monohydrate", "3344-18-1[rn]", "alkacitron", "ac1l2jzq", "magnesium citrate (jan/usp)", "gallium citrate ga 67", "gallii (67 ga) citras[latin]", "1,2,3-propanetricarboxylic acid 2-hydroxy- hydrate (1:1)", "lithium citrate (anhydrous)", "trimagnesium dicitrate", "calcium citrate", "12405-04-8[rn]", "1,2,3-propanetricarboxylicacid 2-hydroxy-,ammoniumiron(3+)salt"}|>, "852" -> <|"DatabaseID" -> "SW00625", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "44557"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03040"]}, "IsomericSmiles" -> "C(C(=O)[O-])[NH+](CC(=O)[O-])CC(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "lactoferrin"|>, "Synonyms" -> {"lactoferrin", "talalactoferrin alfa", "lactotransferrin precursor", "nitrilotriacetic acid", "ec 3.4.21.-"}|>, "853" -> <|"DatabaseID" -> "SW00626", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16553], ExternalIdentifier["ChemSpiderID", 27837]}, "IsomericSmiles" -> "c1cc(c(cc1O)S(=O)(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01282"], ExternalIdentifier["KEGGID", "D07427"]}, "OfficialNames" -> <|"China Approved Name" -> "etamsylate", "Indian Approved Name" -> "ethamsylate;calcium dobesilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17506], ExternalIdentifier["PubChemCompoundID", 29963]}, "Synonyms" -> {"etamsylate", "dicynene", "altodor", "dicynone", "ethamsylate", "eselin", "cyclonamine", "aglumin", "doxium", "2,5-dihydroxybenzenesulfonic acid diethylamine", "calcium dobesilate", "benzenesulfonic acid 2,5-dihydroxy- compd.with n-ethylethanamine(1:1)", "cas-2624-44-4", "2624-44-4[rn]", "2,5-dihydroxybenzenesulfonic acid compd. withn-ethylethanamine", "220-090-7[einecs]", "diethylammonium 2,5-dihydroxybenzenesulfonate", "ethamsylate[usan]", "etamsylatum [inn-latin]", "ciclonamina [italian]", "2,5-dihydroxybenzenesulfonic acid n-ethylethanamine (1:1)", "dexium", "benzenesulfonic acid 2,5-dihydroxy- compd.with n-ethylethanamine (1:1)", "1-hydroxy-4-oxo-2,5-cyclohexadiene-1-sulfonicacid compd with diethylamine", "etamsilato[spanish][inn]", "ciclonamina[italian]", "diidroxi-1,4-benzenesulfonato-3-di-etilammonium[italian]", "diethylammonium cyclohexadien-4-ol-1-one-4-sulfonate", "etamsylatum[latin]", "benzenesulfonic acid 2,5-dihydroxy- compd.with diethylamine", "2,5-dihydroxybenzenesulfonic acid compd withn-ethylethanamine", "2,5-dihydroxybenzenesulfonic acid - n-ethylethanamine (1:1)[acd/iupac name]", "dobesilate calcium", "2,5-dihydroxybenzenesulfonic acid compound with diethylamine (1:1)", "ethamsylate [usan:ban][usan]", "dobesilate de calcium[french][inn]", "dobesilato calcico", "2,5-dihydroxybenzenesulfonic acid calcium salt", "benzenesulfonic acid 2,5-dihydroxy- calcium salt (2:1)", "rasexinium", "calcium 2,5-dihydroxybenzenesulfonate", "calcium bis(2,5-dihydroxybenzenesulfonate)[acd/iupac name]", "243-531-5[einecs]", "205 e", "dobesilato calcico[spanish]", "toraxine", "calcii dobesilas[latin]", "calcium doxybensylate", "dobesilato di calcio [dcit]", "nugatex", "calcium dobesilate[wiki][inn]", "calcii dobesilas", "20123-80-2[rn]", "21799-87-1[rn]", "calcium 2"}|>, "854" -> <|"DatabaseID" -> "SW00627", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6578]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00832"]}, "IsomericSmiles" -> "CN1C(=O)CC(C1=O)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00508"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PHENSUXIMIDE"|>, "PharmGKBID" -> "PA164771230", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6839]}, "Synonyms" -> {"milontin", "fensuccimide [dcit]", "fenosuccimide", "succitimal", "phenylsuximide", "epimid", "methylphenylsuccinimide", "lifene", "phensuximide", "phensuximid", "milontin (tn)", "mirotin;7 phenosuccimide", "succinimide n-methyl-2-phenyl-", "mirontin", "n-methyl-2-phenylsuccinimide", "milonton", "(+/-)-n-methyl-2-phenylsuccinimide", "fensuximida[spanish][inn]", "5-21-11-00188", "phensuximide [inn:ban][inn]", "phensuximidum[latin]", "n-methyl-alpha-phenylsuccinimide", "phensuximide [ban:inn]", "1-methyl-3-phenyl-2,5-pyrrolidinedione[acd/iupac name]", "1-methyl-3-phenylpyrrolidin-2,5-dione", "einecs 201-664-6", "phensuximide[wiki][usp]", "5-21-11-00188 (beilstein handbook reference)[beilstein]", "n-methyl-alpha-phenolsuccinimide", "mirotin", "201-664-6[einecs]", "phensuximide (usp)", "1-methyl-3-phenyl-pyrrolidine-2,5-dione", "fensuximida [inn-spanish]", "1-methyl-3-phenylpyrrolidine-2,5-dione", "337376-15-5", "7 phenosuccimide", "86-34-0[rn]", "phensuximide [ban:inn][inn]", "succinimide", "c11h11no2", "n-methyl-2-phenyl succinimide", "phensuccimide", "phensuximidum [inn-latin]", "n-methyl-a-phenylsuccinimide", "2,5-pyrrolidinedione 1-methyl-3-phenyl-", "1-methyl-3-phenyl-pyrrolidine-2,5-dione(phensuximide)", "1-methyl-3-phenylsuccinimide"}|>, "855" -> <|"DatabaseID" -> "SW00627", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6578]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00832"]}, "IsomericSmiles" -> "CN1C(=O)CC(C1=O)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00508"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PHENSUXIMIDE"|>, "PharmGKBID" -> "PA164771230", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6839]}, "Synonyms" -> {"milontin", "fensuccimide [dcit]", "fenosuccimide", "succitimal", "phenylsuximide", "epimid", "methylphenylsuccinimide", "lifene", "phensuximide", "phensuximid", "milontin (tn)", "mirotin;7 phenosuccimide", "succinimide n-methyl-2-phenyl-", "mirontin", "n-methyl-2-phenylsuccinimide", "milonton", "(+/-)-n-methyl-2-phenylsuccinimide", "fensuximida[spanish][inn]", "5-21-11-00188", "phensuximide [inn:ban][inn]", "phensuximidum[latin]", "n-methyl-alpha-phenylsuccinimide", "phensuximide [ban:inn]", "1-methyl-3-phenyl-2,5-pyrrolidinedione[acd/iupac name]", "1-methyl-3-phenylpyrrolidin-2,5-dione", "einecs 201-664-6", "phensuximide[wiki][usp]", "5-21-11-00188 (beilstein handbook reference)[beilstein]", "n-methyl-alpha-phenolsuccinimide", "mirotin", "201-664-6[einecs]", "phensuximide (usp)", "1-methyl-3-phenyl-pyrrolidine-2,5-dione", "fensuximida [inn-spanish]", "1-methyl-3-phenylpyrrolidine-2,5-dione", "337376-15-5", "7 phenosuccimide", "86-34-0[rn]", "phensuximide [ban:inn][inn]", "succinimide", "c11h11no2", "n-methyl-2-phenyl succinimide", "phensuccimide", "phensuximidum [inn-latin]", "n-methyl-a-phenylsuccinimide", "2,5-pyrrolidinedione 1-methyl-3-phenyl-", "1-methyl-3-phenyl-pyrrolidine-2,5-dione(phensuximide)", "1-methyl-3-phenylsuccinimide"}|>, "856" -> <|"DatabaseID" -> "SW00628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04572"]}, "IsomericSmiles" -> "C1CN1P(=S)(N2CC2)N3CC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00583"]}, "OfficialNames" -> <|"China Approved Name" -> "thiotepa", "FDA Approved Drug" -> "THIOTEPA"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5453]}, "Synonyms" -> {"thiotepa", "tespamin", "thiofozil", "triethylenethiophosphoramide", "thioplex", "tiofozil", "tiofosyl", "thio-tepa", "girostan", "oncotepa", "thiophosphamide", "tiofosfamid", "deoxyribonucleic acid", "n,n' n''-triethylenethiophosphamide", "aziridine 1,1',1''-phosphinothioylidynetris-", "n,n',n''-triethylenethiophosphortriamide", "4-20-00-00052", "triethylene thiophosphoramide", "tris(1-aziridinyl)phosphine sulphide", "n n',n''-tri-1,2-ethanediylthiophosphoramide", "tiofosyl;tiofosfamid;triethylenethiophosphoramide;thioplex", "tri-1-aziridinylphosphine sulfide", "1,1',1''-phosphinothioylidynetrisaziridine", "d013852", "stepa", "oncothio-tepa", "200-135-7[einecs]", "phosphorothioic triamide n,n',n''-tri-1,2-ethanediyl-", "n,n',n''-triethylenephosphorothioic triamide", "thio-tepa s", "n,n',n''-triethylenethiophosphoramide", "ai3 24916", "phosphine sulfide tris (1-aziridinyl)-", "tris(ethylenimino)thiophosphate", "phosphorothioic tri(ethyleneamide)", "thiotriethylenephosphoramide", "tiotepa[spanish][inn]", "tifosyl", "n,n',n\"-triethylenethiophosphamide", "1,1',1''-phosphorothioyltriaziridine[acd/iupac name]", "phosphorothioic acid triethylenetriamide", "n,n:n',n':n'',n''-tri-1,2-ethanediylphosphorothioic triamide(thio-tepa)", "1,1',1''-phosphorothioyltriaziridin", "aziridine 1-[bis(1-aziridinyl)phosphinothioyl]-", "tris(aziridinyl)phosphine sulfide", "ledertepa", "thio tepa", "thiophosphamidum", "tio tef", "triethylenethiophosphorotriamide", "thioplex tiofosyl tiofosfamid", "thiophosphoramide n,n',n''-tri-1,2-ethanediyl-", "phosphorothioic triamide n,n',n''-triethylene", "thiophosphoramide n n',n''-tri-1,2-ethanediyl-", "thioplex (tn)", "triethylenethiophosphoramide(thiotepa)", "n,n',n''-triethylenethiophosphamide", "n,n' n''-triethylenephosphorothioic triamide", "thiotef", "thio-tep", "n,n' n''-triethylenethiophosphoramide", "thiotepum[latin]", "4-20-00-00052 (beilstein handbook reference)[beilstein]", "tespa", "tiofosyl.", "phosphorothioic triamide n,n',n''-tri-1 2-ethanediyl-", "thiophosphoramide n,n',n\"-triethylene-", "phosphoric tri(ethyleneamide)", "thio-tepa[n,n:n',n':n'',n''-tri-1,2-ethanediyl-phosphorothioictriamide]", "ai324916", "thiotepa [usan:ban:inn:jan][inn][jan][usan]", "tespamine", "thio-tpea", "tris(aziridinyl)phosphine sulphide", "52-24-4[rn]", "tspa", "tris(aziridinyl)-phosphine sulfide (thio-tepa)", "tris(1-aziridinyl)phosphine sulfide", "1,1',1\"-phosphinothioylidynetrisaziridine", "pespamine", "thiotepa[wiki]", "oncotiotepa", "phosphorothioic triamide n,n',n\"-triethylene-", "thiophosphoramide n,n',n'' -triethylene-", "cbc 806495;girostan", "n,n',n''-tri-1,2-ethanediylthiophosphoramide", "n,n',n\"-triethylenethiophosphoramide", "n,n',n''-tri-1,2-ethanediylphosphorothioic triamide", "tio-tef", "tri(ethyleneimino)thiophosphoramide", "t3ntj aps&- at3ntj&- at3ntj[wln]"}|>, "857" -> <|"DatabaseID" -> "SW00629", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65485]}, "IsomericSmiles" -> "c1ccc2c(c1)CN3CCC(C3=[NH+]2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peganine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72610]}, "Synonyms" -> {"vasicine", "tos-bb-0711", "peganine", "pyrrolo[2,1-b]quinazolin-3-ol 1,2,3,9-tetrahydro-", "pyrrolo(2,1-b)quinazolin-3-ol 1,2,3,9-tetrahydro-", "ac1q1hm3", "nsc685523", "1", "tl8003900", "ac1l2icq", "6159-56-4", "ag-g-81501", "molport-002-933-121", "4,5-dihydropyrrolidino[2,1-b]quinazolin-1-ol", "l-peganine", "1,2,3,9-tetrahydropyrrolo[2,1-b]chinazolin-3-ol", "vasicine hydrochloride", "228-180-8[einecs]", "1,2,3,9-tetrahydropyrrolo[2,1-b]quinazolin-3-ol", "6159-55-3[rn]"}|>, "858" -> <|"DatabaseID" -> "SW00629", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65485]}, "IsomericSmiles" -> "c1ccc2c(c1)CN3CCC(C3=[NH+]2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peganine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72610]}, "Synonyms" -> {"vasicine", "tos-bb-0711", "peganine", "pyrrolo[2,1-b]quinazolin-3-ol 1,2,3,9-tetrahydro-", "pyrrolo(2,1-b)quinazolin-3-ol 1,2,3,9-tetrahydro-", "ac1q1hm3", "nsc685523", "1", "tl8003900", "ac1l2icq", "6159-56-4", "ag-g-81501", "molport-002-933-121", "4,5-dihydropyrrolidino[2,1-b]quinazolin-1-ol", "l-peganine", "1,2,3,9-tetrahydropyrrolo[2,1-b]chinazolin-3-ol", "vasicine hydrochloride", "228-180-8[einecs]", "1,2,3,9-tetrahydropyrrolo[2,1-b]quinazolin-3-ol", "6159-55-3[rn]"}|>, "859" -> <|"DatabaseID" -> "SW00630", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140379]}, "IsomericSmiles" -> "C[N+](C)(C)CCCCC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laminine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159659]}, "Synonyms" -> {"laminine", "(5-amino-5-carboxylato-pentyl)-trimethyl-ammonium", "19253-88-4[rn]", "5-amino-5-carboxypentyltrimethylammonium", "2-amino-6-(trimethylazaniumyl)hexanoate", "ag-e-40656", "ar-1a6233", "ar-1a6234", "1-pentanaminium 5-amino-5-carboxy-n,n,n-trimethyl- hydroxide,inner salt", "ac1q22a0", "kst-1a3412", "kst-1a3411", "2408-79-9[rn]", "ac1l4m89"}|>, "860" -> <|"DatabaseID" -> "SW00630", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140379]}, "IsomericSmiles" -> "C[N+](C)(C)CCCCC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laminine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159659]}, "Synonyms" -> {"laminine", "(5-amino-5-carboxylato-pentyl)-trimethyl-ammonium", "19253-88-4[rn]", "5-amino-5-carboxypentyltrimethylammonium", "2-amino-6-(trimethylazaniumyl)hexanoate", "ag-e-40656", "ar-1a6233", "ar-1a6234", "1-pentanaminium 5-amino-5-carboxy-n,n,n-trimethyl- hydroxide,inner salt", "ac1q22a0", "kst-1a3412", "kst-1a3411", "2408-79-9[rn]", "ac1l4m89"}|>, "861" -> <|"DatabaseID" -> "SW00631", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01546"]}, "IsomericSmiles" -> "CCC(Cc1c[nH]c2c1cccc2)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04092"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Alpha-Ethyltryptamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8367]}, "Synonyms" -> {"alpha-ethyltryptamine", "indole", "(+-)-etryptamine", "etriptamina [dcit]", "etryptamine acetate", "3-indolylbutylamine", "etryptamine [inn:ban]", "ethyltryptamine", "3-(2-aminobutyl)indole", "etryptamine", ".alpha.-ethyltryptamine"}|>, "862" -> <|"DatabaseID" -> "SW00631", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01546"]}, "IsomericSmiles" -> "CCC(Cc1c[nH]c2c1cccc2)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04092"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Alpha-Ethyltryptamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8367]}, "Synonyms" -> {"alpha-ethyltryptamine", "indole", "(+-)-etryptamine", "etriptamina [dcit]", "etryptamine acetate", "3-indolylbutylamine", "etryptamine [inn:ban]", "ethyltryptamine", "3-(2-aminobutyl)indole", "etryptamine", ".alpha.-ethyltryptamine"}|>, "863" -> <|"DatabaseID" -> "SW00632", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28969"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5864]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01488"]}, "IsomericSmiles" -> "C[NH+](C)CCc1c[nH]c2c1cccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "C08302"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Dimethyltryptamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6089]}, "Synonyms" -> {"dimethyltryptamine", "n", "2-(3-indolyl)ethyldimethylamine", "3-(2-dimethylaminoethyl)indole", "61-50-7[rn]", "2-(1h-indol-3-yl)-n", "sr31747-binding protein", "[2-(1h-indol-3-yl)-ethyl]-dimethyl-; amine", "n,n-dimethyl-1h-indole-3-ethylamine", "sig-1r", "amine", "tryptamine dimethyl-", "1h-indole-3-ethanamine", "1h-indole-3-ethanamine n,n-dimethyl-", "n,n-dimethyltryptamine[wiki]", "d-5500", "61-50-7", "hsigmar1", "sigma1r", "sr-bp", "5599-69-9[rn]", "sigma1-receptor", "138259[beilstein]", "dmt (psychogenic)", "3-[2-(dimethylamino)ethyl]indole", "2-(1h-indol-3-yl)-n,n-dimethylethanamine[acd/iupac name]", "chebi:28969", "1h-indole-3-ethanamine n,n-dimethyl- (9ci)", "aging-associated gene 8 protein", "dimethyltryptamine[wiki]", "(2-indol-3-ylethyl)dimethylamine", "n,n-dimethyl-1h-indole-3-ethanamine", "5-22-10-00048 (beilstein handbook reference)[beilstein]", "200-508-4[einecs]", "indole 3-(2-(dimethylamino)ethyl)-", "indole 3-[2- (dimethylamino)ethyl]-", "[2-(1h-indol-3-yl)-ethyl]-dimethyl-", "dmt", "68677-25-8[rn]"}|>, "864" -> <|"DatabaseID" -> "SW00633", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171770]}, "IsomericSmiles" -> "c1ccc2c(c1)c(nnc2NN)NN", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07170"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dihydralazine sulph;dihydralazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10230]}, "Synonyms" -> {"dihydralazine", "dihydrallazin", "hypopresol", "dihydrallazine", "nepressol", "nepresolin", "ophthazin", "nepresol", "dihydralazin", "tonolysin", "1,4-dihydrazono-1,2,3,4-tetrahydrophthalazinehydrochloride (1:1)", "246-817-8[einecs]", "2,3-dihydrophthalazine-1,4-dione dihydrazonemonohydrochloride", "2,3-dihydrophthalazine-1,4-dione dihydrazone hydrochloride", "264-519-6[einecs]", "25316-27-2[rn]", "1,4-phthalazinedione 2,3-dihydro-,dihydrazone hydrochloride(1:1)", "1,4-dihydrazinophthalazine hydrochloride", "phthalazine 1,4-dihydrazino- hydrochloride", "dihydralazine hydrochloride", "63868-75-7[rn]"}|>, "865" -> <|"DatabaseID" -> "SW00634", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4435547]}, "IsomericSmiles" -> "CCCOC(=O)/C=C/c1ccccc1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phenyl propyl cinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5270647]}, "Synonyms" -> {"n-propyl cinnamate", "propyl 3-phenyl-2-propenoate", "propyl cinnamate", "propyl 3-phenylpropenoate", "propyl beta-phenylacrylate", "propyl (2e)-3-phenylacrylate", "propylester kyseliny skoricove[czech]", "7778-83-8[rn]", "propyl (2e)-3-phenylprop-2-enoate", "einecs 231-916-0", "2-propenoic acid 3-phenyl- propyl ester (2e)-", "fema no. 2938", "231-916-0[einecs]", "propyl (e)-3-phenylprop-2-enoate", "cinnamic acid", "cinnamic acid propyl ester", "nsc 406146", "cinnamic acid n-propyl ester", "7778-83-8", "2-propenoic acid 3-phenyl- propyl ester", "2044816"}|>, "866" -> <|"DatabaseID" -> "SW00635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477434]}, "IsomericSmiles" -> "CCC/C=C\\1/C2=C(C=CCC2)C(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ligustilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319022]}, "Synonyms" -> {"ligustilide", "trans-ligustilide", "(e)-ligustilide", "1(3h)-isobenzofuranone 3-butylidene-4,5-dihydro- (3z)-", "ac1nsxkh", "4431-01-0[rn]", "z-ligustilide", "ligustilide (z)-", "spectrum5_000551", "1(3h)-isobenzofuranone 3-butylidene-4,5-dihydro-", "ligustilide a", "(3z)-3-butylidene-4", "4431-01-0", "ligustilide (e)-", "(3z)-3-butylidene-4,5-dihydro-2-benzofuran-1(3h)-one"}|>, "867" -> <|"DatabaseID" -> "SW00636", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55293]}, "IsomericSmiles" -> "CCCCC1c2ccccc2C(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-butyl phthalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61361]}, "Synonyms" -> {"3-butyl-1(3h)-isobenzofuranone", "butylphthalide", "3-n-butylphthalide", "3-butylphthalide", "6066-49-5[rn]", "einecs 228-000-8", "fema no. 3334", "3-butyl-phthalide", "tl8003845", "3-butylisobenzofuran-1(3h)-one", "1(3h)-isobenzofuranone 3-butyl-", "nbp", "6066-49-5", "phthalide", "3-butyl-2-benzofuran-1(3h)-one[acd/iupac name]", "phthalide 3-butyl-", "ccris 7107", "1(3h)-isobenzofuranone", "228-000-8[einecs]", "93133-67-6[rn]", "3-butyl-2-benzofuran-1(3h)-on"}|>, "868" -> <|"DatabaseID" -> "SW00636", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55293]}, "IsomericSmiles" -> "CCCCC1c2ccccc2C(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-butyl phthalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61361]}, "Synonyms" -> {"3-butyl-1(3h)-isobenzofuranone", "butylphthalide", "3-n-butylphthalide", "3-butylphthalide", "6066-49-5[rn]", "einecs 228-000-8", "fema no. 3334", "3-butyl-phthalide", "tl8003845", "3-butylisobenzofuran-1(3h)-one", "1(3h)-isobenzofuranone 3-butyl-", "nbp", "6066-49-5", "phthalide", "3-butyl-2-benzofuran-1(3h)-one[acd/iupac name]", "phthalide 3-butyl-", "ccris 7107", "1(3h)-isobenzofuranone", "228-000-8[einecs]", "93133-67-6[rn]", "3-butyl-2-benzofuran-1(3h)-on"}|>, "869" -> <|"DatabaseID" -> "SW00637", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8302]}, "IsomericSmiles" -> "Cc1cc(c(c(c1Cl)C)Cl)O", "OfficialNames" -> <|"Indian Approved Name" -> "dichloroxylenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8621]}, "Synonyms" -> {"decasept", "prinsyl", "hewsol", "2", "dixol", "dcmx", "ottacide", "dichloroxylenol", "benzene 2,4-dichloro-1,3-dimethyl-5-hydroxy-", "3,5-xylenol 2,4-dichloro-", "2,4-dichloro-3,5-xelenol (dcmx)", "133-53-9", "dichlorxylenolum", "2,4-dichloro-m,5-xylenol", "dichloroxylenolum[latin]", "133-53-9[rn]", "dicloroxilenolo [dcit]", "2,4-dichloro-3,5-xylenol", "3,5-dimethyl-2 4-dichlorophenol", "3,5-dimethyl-2,4-dichlorophenol", "205-109-9[einecs]", "2,4-dichloro-3 5-dimethylphenol", "2209273", "phenol 2,4-dichloro-3,5-dimethyl-", "3,5-xylenol 2,4-dichloro- (8ci)", "2,4-dichloro-3,5-dimethylphenol[acd/iupac name]", "2,4-dichloro-3,5-xylenol; 2,4-dichloro-5-hydroxy-m-xylene", "dicloroxilenol[spanish]", "phenol 2,4-dichloro-3,5-dimethyl", "dichloroxylenol [ban:dcf:inn][inn]", "dichlorometaxylenol"}|>, "870" -> <|"DatabaseID" -> "SW00638", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6062"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25736]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01020"]}, "IsomericSmiles" -> "C1[C@@H]([C@@H]2[C@H](O1)[C@@H](CO2)O[N+](=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00630"]}, "OfficialNames" -> <|"China Approved Name" -> "isosorbide mononitrate", "Indian Approved Name" -> "isosorbide-5 mononitrate", "Australia Approved Name" -> "ISOSORBIDE MONONITRATE", "FDA Approved Drug" -> "ISOSORBIDE MONONITRATE"|>, "PharmGKBID" -> "PA450126", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27661]}, "Synonyms" -> {"isosorbide mononitrate", "ismo", "imdur", "imtrate", "corangin", "monosordil", "monoket", "ismexin", "monosorbitrate", "elantan", "mononit", "monocord 40", "isopen-20", "mono corax", "multitab", "ismn heumann", "imazin", "percorina", "monisid", "is 5mn", "mono mack", "monosorb", "ismn abz", "isomon", "vasdilat", "corangin sr", "iturol", "monoket od", "ismn", "monizid", "olicardin", "pentacard", "monolong", "conpin", "uniket", "mono-sanorania", "monocedocard", "epicordin", "sigacora", "mononit 40", "titarane", "elantan long", "monodur durules", "edistol", "ismn lannacher", "duride", "imodur", "turimonit", "monolong 60", "ismn hexal", "ismn apogepha", "pertil", "sorbimon", "ihd", "mono-mack", "monoclair", "ismox", "elantan retard", "olicard", "mononit 20", "ismn al", "monopront", "nitramin", "conpin retardkaps", "monolong 40", "monoket retard", "monotrate", "monosigma", "imdur durules", "monocord 50 sr", "monicor", "medocor", "nitex", "fem-mono", "mono corax retard", "ismn stada", "plodin", "ismn atid", "pentacard 20", "orasorbil", "monit", "ismn basics", "etimonis", "mononit retard 50", "monocord 20", "monis", "isomonat", "isosorbidi mononitras[latin]", "monosorb xl 60", "elan", "bm 22-145", "imdur 60", "mononitrato de isosorbida [spanish]", "ahr-4698", "(2s,5s,1r,6r)-6-(nitrooxy)-4,8-dioxabicyclo[3.3.0]octan-2-ol", "isosorbide mononitrate er", "isosorbidi mononitras", "isomonit[wiki]", "16051-77-7[rn]", "1,4:3,6-dianhydro-5-o-nitro-d-erythro-hexitol", "isomonit", "mononitrate d'isosorbide", "bm 22.145", "isosorbide 5-mononitrate", "mononitrato de isosorbida", "5851319[beilstein]", "(3r,3as,6s,6ar)-6-hydroxyhexahydrofuro[3,2-b]furan-3-yl nitrate", "240-197-2[einecs]", "isosorbide dinitrate imp. c (ep)", "isosorbide mononitrate (jan/usan)[jan][usan]", "monocord", "glucitol 1,4:3,6-dianhydro- 5-nitrate d-", "gcs-alpha-2", "mononitrate d'isosorbide [french]", "ismo (tn)", "isosobide-5-mononitrate [un3251] [flammable solid]", "mononitrate d'isosorbide[french]", "monomax", "promocard", "(3r,3as,6s,6ar)-6-hydroxyhexahydrofuro[3,2-b]fur-3-ylnitrat", "isosorbidi mononitras [latin]", "bm-22-145", "isosorbide mononitrate [usan:ban:inn:jan][inn][jan][usan]", "isorsorbide mononitrate extended-release", "imdur[wiki]", "d-glucitol 1,4:3,6-dianhydro- 5-nitrate", "isosorbide5-mononitrate", "monit 20", "1,4:3,6-dianhydro-5-o-nitro-d-glucitol[acd/iupac name]", "vasotrate", "1,4:3,6-dianhydro-d-glucitol 5-mononitrate", "promocard[wiki]", "337376-15-5", "isosorbide 5-nitrate", "nitrate de (3r,3as,6s,6ar)-6-hydroxyhexahydrofuro[3,2-b]fur-3-yle", "1,4:3,6-dianhydro-d-glucitol 5-nitrate", "isosorbide-5-mononitrate", "ismo-20", "mononitrato de isosorbida[spanish]", "5-ismn"}|>, "871" -> <|"DatabaseID" -> "SW00639", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14516]}, "IsomericSmiles" -> "CC(C)Cc1ccc(cc1)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01963"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ibufenac"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15250]}, "Synonyms" -> {"ibufenac", "dytransin", "4-isobutylphenylacetic acid", "ibunac", "medirex", "(p-isobutylphenyl)acetic acid", "isodilan", "ibufenac [usan:ban:inn][inn][usan]", "(4-isobutylphenyl)acetic acid[acd/iupac name]", "1553-60-2", "mfcd00864374", "[4-(2-methylpropyl)phenyl]acetic acid", "(4-isobutyl-phenyl)-acetic acid", "1553-60-2[rn]", "benzeneacetic acid 4-(2-methylpropyl)-", "kyselina p-isobutylfenyloctova[czech]", "ibufenacum[latin]", "ibufenac (jan/usan)[jan][usan]", "001553-60-2[rn]", "(p-isobutylphenyl)aceticacid", "ibufenaco[spanish][inn]", "ibufenacum [inn-latin]", "4-(2-methylpropyl)benzeneacetic acid", "benzeneacetic acid 4- (2-methylpropyl)-", "216-302-2[einecs]", "rd 11654", "dytransin (tn)", "p-isobutyl-a-toluic acid", "acetic acid (p-isobutylphenyl)-", "4-iso-butylphenylacetic acid"}|>, "872" -> <|"DatabaseID" -> "SW00640", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9818]}, "IsomericSmiles" -> "c1cc2n(c(=O)c1)C[C@H]3C[C@@H]2C[NH2+]C3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cytisine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10235]}, "Synonyms" -> {"tsitizin", "baptitoxine", "cytitone", "citizin", "cytiton", "cystisine", "cytizin", "baptitoxin", "sophorine", "207-616-0[einecs]", "1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one 1,2,3,4,5,6-hexahydro-,(1r,5s)-", "cas-485-35-8", "(1r,9s)-7,11-diazatricyclo[7.3.1.02,7]trideca-2,4-dien-6-on", "1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one 1,2,3,4,5,6-hexahydro-", "(1r)-1,2,3,4,5,6-hexahydro-1,5-methano-8h-pyrido-[1,2-a][1,5]diazocin-8-one", "tabex[wiki]", "(1r-5s)-1,2,3,4,5,6-hexahydro-1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one", "(-)-cytisine; (1r,5s)-1,2,3,4,5,6-hexahydro-1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one", "1,2,3,4,5,6-hexahydro-8h-1,5-methanopyrido[1,2-a][1,5]diazocin-8-one", "485-35-8", "4 (-)-cytisine", "cytisine", "tabax", "sophorin", "tabex", "tsitafat", "1,5-methano-8h-pyrido(1,2-a)(1,5)diazocin-8-one 1,2,3,4,5,6-hexahydro-", "5-24-02-00535", "(1r,5s)-1,2,3,4,5,6-hexahydro-8h-1,5-methanopyrido[1,2-a][1,5]diazocin-8-one", "cytisine (-)-", "laburnin", "485-35-8[rn]", "(1r,9s)-7,11-diazatricyclo[7.3.1.02,7]trideca-2,4-dien-6-one", "(1r,5s)-1,2,3,4,5,6-hexahydro-1,5-methano-pyrido[1,2-a][1,5]diazocin-8-one", "baphitoxine sophorine", "ulexin", "5-24-02-00535 (beilstein handbook reference)[beilstein]", "cytisin", "(1r,5s)-1,2,3,4,5,6-hexahydro-1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one", "alkaloid solid n.o.s. ((-)-cytisine)", "6047-01-4[rn]", "1,2,3,4,5,6-hexahydro-1,5-methano-8h-pyrido(1,2-a)(1,5)diazocin-8-one", "sophorin (van)", "1,5-methano-8h-pyrido(1,2-a)(1,5)diazocin-8-one 1,2,3,4,5,6-hexahydro-,(1r,5s)-", "(-)-cytisine", "cytisine (-)", "[485-35-8]", "ulexine", "cytisine[wiki]", "tl8003259"}|>, "873" -> <|"DatabaseID" -> "SW00641", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341690]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00375"]}, "IsomericSmiles" -> "C(C[NH2+]CCNCC[NH2+]CCN)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02113"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "COLESTIPOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084661]}, "Synonyms" -> {"colestid", "colestipol hydrochloride", "cholestabyl", "u-26597a", "tetraethylenepentamine pentahydrochloride", "lestid", "unii-x7d10k905g", "colestipolum [inn-latin]", "t2033_sigma", "flavored colestid", "tepa", "37296-80-3[rn]", "colestipol", "ac1mj2zs", "4961-41-5[rn]"}|>, "874" -> <|"DatabaseID" -> "SW00642", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29112]}, "IsomericSmiles" -> "c1ccc(cc1)S(=O)(=O)NCl", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chlorogen acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4347343]}, "Synonyms" -> {"chlordetal", "khloramin b", "annogen", "chloramin b", "neomagnol", "monochloramine b", "chlorogen", "chloramine-b", "chloramine b", "127-52-6[rn]", "sodium n-chlorobenzenesulphonamide", "sodium benzosulfochloramide", "benzenesulfochloramide n-chloro- sodium salt", "sodium chloro(phenylsulfonyl)amide hydrate", "204-847-9[einecs]", "72793-58-9[rn]", "67973-18-6[rn]", "sodium [chloro(phenylsulfonyl)amino]-", "sodium (chloro(phenylsulfonyl)amino)-", "benzenesulfochloramide sodium", "80-16-0[rn]", "sodium benzenesulfochloramine", "chloramine b hydrate", "benzene chloramine", "sodium benzenesulfonchloramide", "sodium chloro(phenylsulfonyl)azanide[acd/iupac name]", "benzenesulfo-sodium chloramide", "n-chlorobenzenesulfonamide sodium salt", "136687-81-5[rn]", "benzenesulfonamide n-chloro- sodium salt (1:1)", "sodium benzenesulfonchloramine", "n-chloro-n-sodiobenzenesulfonamide"}|>, "875" -> <|"DatabaseID" -> "SW00643", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17084]}, "IsomericSmiles" -> "Cc1c(c(=O)c(c([nH]1)C)Cl)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "4-pyridinol,3,5-dichloro-26-dimethyl-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18087]}, "Synonyms" -> {"methylchloropindol", "clopindol", "metichlorpindol", "methylchlorpindol", "coccidiostat c", "lerbek", "coyden", "meticlorpindol", "clopidol", "2,6-dimethyl-3,5-dichloro-4-pyridinol", "clopidolum[latin]", "11116-46-4[rn]", "4-pyridinol 3 5-dichloro-2,6-dimethyl-", "coyden 25", "clopidolo [dcit]", "3,5-dichloro-2,6-dimethyl-4-pyridinol", "221-008-2[einecs]", "68821-99-8[rn]", "2971-90-6[rn]", "3 5-dichloro-4-hydroxy-2,6-dimethylpyridine", "3,5-dichloro-4-hydroxy-2,6-dimethylpyridine", "3,5-dichloro-2,6-dimethylpyridin-4-ol", "3,5-dichloro-2,6-dimethylhydropyridin-4-one", "4-pyridinol 3,5-dichloro-2,6-dimethyl-", "rigekokcin (rigecoccin)", "3,5-dichloro-2,6-dimethylpyridin-4(1h)-one", "clopidol[wiki][inn][ban][usan]"}|>, "876" -> <|"DatabaseID" -> "SW00644", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190929]}, "IsomericSmiles" -> "C1C2C(C(C(C(O1)(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sedoheptulosan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 220189]}, "Synonyms" -> {"sedoheptulose anhydride", "sedoheptulosan", "cpd-3614", "nsc2553", ".beta.-d-altro-2-heptulopyranose", "5-(hydroxymethyl)-6", "nsc226929", "nsc-226929", "nsc-2553", "ac1l58ds"}|>, "877" -> <|"DatabaseID" -> "SW00644", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190929]}, "IsomericSmiles" -> "C1C2C(C(C(C(O1)(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sedoheptulosan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 220189]}, "Synonyms" -> {"sedoheptulose anhydride", "sedoheptulosan", "cpd-3614", "nsc2553", ".beta.-d-altro-2-heptulopyranose", "5-(hydroxymethyl)-6", "nsc226929", "nsc-226929", "nsc-2553", "ac1l58ds"}|>, "878" -> <|"DatabaseID" -> "SW00644", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190929]}, "IsomericSmiles" -> "C1C2C(C(C(C(O1)(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sedoheptulosan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 220189]}, "Synonyms" -> {"sedoheptulose anhydride", "sedoheptulosan", "cpd-3614", "nsc2553", ".beta.-d-altro-2-heptulopyranose", "5-(hydroxymethyl)-6", "nsc226929", "nsc-226929", "nsc-2553", "ac1l58ds"}|>, "879" -> <|"DatabaseID" -> "SW00644", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190929]}, "IsomericSmiles" -> "C1C2C(C(C(C(O1)(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sedoheptulosan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 220189]}, "Synonyms" -> {"sedoheptulose anhydride", "sedoheptulosan", "cpd-3614", "nsc2553", ".beta.-d-altro-2-heptulopyranose", "5-(hydroxymethyl)-6", "nsc226929", "nsc-226929", "nsc-2553", "ac1l58ds"}|>, "880" -> <|"DatabaseID" -> "SW00644", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190929]}, "IsomericSmiles" -> "C1C2C(C(C(C(O1)(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sedoheptulosan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 220189]}, "Synonyms" -> {"sedoheptulose anhydride", "sedoheptulosan", "cpd-3614", "nsc2553", ".beta.-d-altro-2-heptulopyranose", "5-(hydroxymethyl)-6", "nsc226929", "nsc-226929", "nsc-2553", "ac1l58ds"}|>, "881" -> <|"DatabaseID" -> "SW00644", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190929]}, "IsomericSmiles" -> "C1C2C(C(C(C(O1)(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sedoheptulosan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 220189]}, "Synonyms" -> {"sedoheptulose anhydride", "sedoheptulosan", "cpd-3614", "nsc2553", ".beta.-d-altro-2-heptulopyranose", "5-(hydroxymethyl)-6", "nsc226929", "nsc-226929", "nsc-2553", "ac1l58ds"}|>, "882" -> <|"DatabaseID" -> "SW00644", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190929]}, "IsomericSmiles" -> "C1C2C(C(C(C(O1)(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sedoheptulosan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 220189]}, "Synonyms" -> {"sedoheptulose anhydride", "sedoheptulosan", "cpd-3614", "nsc2553", ".beta.-d-altro-2-heptulopyranose", "5-(hydroxymethyl)-6", "nsc226929", "nsc-226929", "nsc-2553", "ac1l58ds"}|>, "883" -> <|"DatabaseID" -> "SW00644", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190929]}, "IsomericSmiles" -> "C1C2C(C(C(C(O1)(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sedoheptulosan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 220189]}, "Synonyms" -> {"sedoheptulose anhydride", "sedoheptulosan", "cpd-3614", "nsc2553", ".beta.-d-altro-2-heptulopyranose", "5-(hydroxymethyl)-6", "nsc226929", "nsc-226929", "nsc-2553", "ac1l58ds"}|>, "884" -> <|"DatabaseID" -> "SW00645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477791]}, "IsomericSmiles" -> "Cc1cc(=O)oc2c1cc(c(c2)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-methylaesculetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319502]}, "Synonyms" -> {"6", "4-methylaesculetin", "4-methylesculetol", "4-methylesculetin", "methylesculetin", "4-methyl-6", "529-84-0[rn]", "5-18-03-00231 (beilstein handbook reference)[beilstein]", "einecs 208-470-0", "6 7-dihydroxy-4-methylcoumarin", "6,7-dihydroxy-4-methyl-chromen-2-one", "aesculetin 4-methyl-", "2h-1-benzopyran-2-one 6,7-dihydroxy-4-methyl-", "208-470-0[einecs]", "6,7-dihydroxy-4-methyl-2h-benzopyran-2-one", "6,7-dihydroxy-4-methyl-2h-chromen-2-on", "6,7-dihydroxy-4-methylchromen-2-one", "6,7-dihydroxy-4-methyl-2h-1-benzopyran-2-one", "529-84-0", "5-18-03-00231", "162550", "6,7-dihydroxy-4-methylcoumarin", "6,7-dihydroxy-4-methyl-2h-chromen-2-one", "coumarin 6,7-dihydroxy-4-methyl-", "4-methyl-6,7-dihydroxycoumarin", "4-methyl-6 7-dihydroxycoumarin"}|>, "885" -> <|"DatabaseID" -> "SW00646", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10064]}, "IsomericSmiles" -> "C1CC2(C13C=CC(=O)O3)C=CC(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anemonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10496]}, "Synonyms" -> {"1", "anemone camphor", "anemonin", "pulsatilla camphor", "brn 0009390", "508-44-1[rn]", "5-19-05-00101", "1,7-dioxadispiro(4.0.4.2)dodeca-3,9-diene-2,8-dione", "1,2-dihydroxy-1,2-cyclobutanediacrylic acid di-g-lactone", "1,7-dioxadispiro[4.0.4.2]dodeca-3,9-diene-2,8-dione[acd/iupac name]", "1,7-dioxadispiro(4.0.4.2)dodeca-3,9-diene-2,8-dione trans-", "90921-11-2", "nsc94101", "5-19-05-00101 (beilstein handbook reference)[beilstein]", "90921-11-2[rn]"}|>, "886" -> <|"DatabaseID" -> "SW00647", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64711]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)NCCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01331"]}, "OfficialNames" -> <|"NPC Approved Name" -> "betamipronum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71651]}, "Synonyms" -> {"betamipron", "3-benzamidopropanoic acid", "3-(benzoylamino)propionic acid", "3-benzamidopropionic acid", "3440-28-6", "n-benzoyl-beta-alanine", "betamipron[wiki][inn][jan]", "3-(phenylcarbonylamino)propanoic acid", "4-09-00-00796 (beilstein handbook reference)[beilstein]", "benzoyl-beta-alanine", "betamipronum[latin]", "betamipronum [inn-latin]", "3440-28-6[rn]", "n-benzoyl-b-alanine", "n-(phenylcarbonyl)-beta-alanine", "beta-alanine"}|>, "887" -> <|"DatabaseID" -> "SW00648", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1941]}, "IsomericSmiles" -> "CC(=O)Nc1ccc(cc1)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01395"]}, "OfficialNames" -> <|"Indian Approved Name" -> "actarit"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2018]}, "Synonyms" -> {"actarit", "(p-acetamidophenyl)acetic acid", "[4-(acetylamino)phenyl]acetic acid", "4-n-acetylaminophenylacetic acid", "4-acetylaminophenylacetic acid", "orcl", "4-acetamidophenylacetic acid", "benzeneacetic acid 4-(acetylamino)-", "2-14-00-00281 (beilstein handbook reference)[beilstein]", "actaritum[latin]", "(4-acetamidophenyl)acetic acid[acd/iupac name]", "actarit [inn:jan][inn][jan]", "(4-acetamidophenyl)acetic acid", "4-(acetylamino)benzeneacetic acid", "242-511-3[einecs]", "18699-02-0[rn]", "mfcd00196165", "actaritum [inn-latin]", "018699-02-0[rn]", "2-[4-(acetylamino)phenyl]acetic acid", "acetic acid (p-acetamidophenyl)- (6ci,8ci)", "ccris 3777", "18699-02-0", "4-acetamido-phenylacetic acid", "orcl (tn)", "mover[wiki]"}|>, "888" -> <|"DatabaseID" -> "SW00649", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 494002]}, "IsomericSmiles" -> "COCC(C(C(C=O)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 568203]}, "Synonyms" -> {"ac1lc23i", "2-hydroxy-3", "3", "d-xylose", "3,4,5-tri-o-methylpentose"}|>, "889" -> <|"DatabaseID" -> "SW00649", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 494002]}, "IsomericSmiles" -> "COCC(C(C(C=O)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 568203]}, "Synonyms" -> {"ac1lc23i", "2-hydroxy-3", "3", "d-xylose", "3,4,5-tri-o-methylpentose"}|>, "890" -> <|"DatabaseID" -> "SW00649", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 494002]}, "IsomericSmiles" -> "COCC(C(C(C=O)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 568203]}, "Synonyms" -> {"ac1lc23i", "2-hydroxy-3", "3", "d-xylose", "3,4,5-tri-o-methylpentose"}|>, "891" -> <|"DatabaseID" -> "SW00649", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 494002]}, "IsomericSmiles" -> "COCC(C(C(C=O)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 568203]}, "Synonyms" -> {"ac1lc23i", "2-hydroxy-3", "3", "d-xylose", "3,4,5-tri-o-methylpentose"}|>, "892" -> <|"DatabaseID" -> "SW00649", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 494002]}, "IsomericSmiles" -> "COCC(C(C(C=O)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 568203]}, "Synonyms" -> {"ac1lc23i", "2-hydroxy-3", "3", "d-xylose", "3,4,5-tri-o-methylpentose"}|>, "893" -> <|"DatabaseID" -> "SW00649", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 494002]}, "IsomericSmiles" -> "COCC(C(C(C=O)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 568203]}, "Synonyms" -> {"ac1lc23i", "2-hydroxy-3", "3", "d-xylose", "3,4,5-tri-o-methylpentose"}|>, "894" -> <|"DatabaseID" -> "SW00649", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 494002]}, "IsomericSmiles" -> "COCC(C(C(C=O)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 568203]}, "Synonyms" -> {"ac1lc23i", "2-hydroxy-3", "3", "d-xylose", "3,4,5-tri-o-methylpentose"}|>, "895" -> <|"DatabaseID" -> "SW00649", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 494002]}, "IsomericSmiles" -> "COCC(C(C(C=O)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpentose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 568203]}, "Synonyms" -> {"ac1lc23i", "2-hydroxy-3", "3", "d-xylose", "3,4,5-tri-o-methylpentose"}|>, "896" -> <|"DatabaseID" -> "SW00650", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4125]}, "IsomericSmiles" -> "COc1cc(cc2c1OCO2)CC=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "myristicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4276]}, "Synonyms" -> {"benzene", "6-allyl-4-methoxy-1,3-benzodioxol", "4-methoxy-6-prop-2-en-1-yl-1,3-benzodioxole", "607-91-0", "607-91-0[rn]", "myristicin", "myristicin (6ci)", "6-allyl-4-methoxy-1", "4-methoxy-6-prop-2-enyl-2h-benzo[d]1,3-dioxolene", "210-146-9[einecs]", "benzene 5-allyl-1-methoxy-2,3-(methylenedioxy)-", "4-methoxy-6-(2-propenyl)-1,3-benzodioxole", "1", "hsdb 3516", "4-methoxy-6(2-propenyl)-1,3-benzodioxole", "1,3-benzodioxole 4-methoxy-6-(2-propenyl)- (9ci)", "5-allyl-2,3-(methylendioxy)anisole", "5-allyl-1-methoxy-2,3-(methylenedioxy)benzene", "myristicin[wiki]", "1,3-benzodioxole 4-methoxy-6-(2-propenyl)-", "ccris 6782", "5-19-02-00631 (beilstein handbook reference)[beilstein]", "sbb014760", "4-methoxy-6-(2-propenyl)-1", "myristicin with gc", "einecs 210-146-9", "4-methoxy-6-(prop-2-en-1-yl)-1,3-benzodioxole", "1,3-benzodioxole 4-methoxy-6-(2-propen-1-yl)-", "6-allyl-4-methoxy-1,3-benzodioxole[acd/iupac name]"}|>, "897" -> <|"DatabaseID" -> "SW00651", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11950]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01579"]}, "IsomericSmiles" -> "CC1C(OCC[NH+]1C)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "phendimetrazine"|>, "PharmGKBID" -> "PA450902", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12460]}, "Synonyms" -> {"x-trozine", "hyrex", "(+)-phendimetrazine", "dyrexan", "wehless", "phendimetrazine", "mephenmetrazine", "antapentan", "bacarate", "sedafamen", "adphen", "d-2-phenyl-3,4-dimethylmorpholine", "bontril", "(+)-3,4-dimethyl-2-phenylmorpholine", "7635-51-0[rn]", "3-phenyl-2-methylmorpholine", "3,4-dimethyl-2-phenylmorpholine[acd/iupac name]", "21784-30-5[rn]", "3,4-dimethyl-2-phenyltetrahydro-1,4-oxazine", "phendimetrazine[wiki]", "634-03-7[rn]", "morpholine 3,4-dimethyl-2-phenyl-", "alpha 1b-adrenoceptor", "prelu-2", "3,4-dimethyl-2-phenylmorpholine", "3", "211-204-6[einecs]", "morpholine 3,4-dimethyl-2-phenyl- (2s-trans)-", "cis-3,4-dimethyl-2-phenylmorpholine", "morpholine 3,4-dimethyl-2-phenyl- (+ )-", "231-566-9[einecs]", "(2s,3s)-3,4-dimethyl-2-phenylmorpholine", "adphen (base)", "38323-36-3[rn]", "morpholine 3,4-dimethyl-2-phenyl- (+)-", "17140-98-6[rn]", "alpha 1b- adrenoreceptor"}|>, "898" -> <|"DatabaseID" -> "SW00651", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11950]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01579"]}, "IsomericSmiles" -> "CC1C(OCC[NH+]1C)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "phendimetrazine"|>, "PharmGKBID" -> "PA450902", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12460]}, "Synonyms" -> {"x-trozine", "hyrex", "(+)-phendimetrazine", "dyrexan", "wehless", "phendimetrazine", "mephenmetrazine", "antapentan", "bacarate", "sedafamen", "adphen", "d-2-phenyl-3,4-dimethylmorpholine", "bontril", "(+)-3,4-dimethyl-2-phenylmorpholine", "7635-51-0[rn]", "3-phenyl-2-methylmorpholine", "3,4-dimethyl-2-phenylmorpholine[acd/iupac name]", "21784-30-5[rn]", "3,4-dimethyl-2-phenyltetrahydro-1,4-oxazine", "phendimetrazine[wiki]", "634-03-7[rn]", "morpholine 3,4-dimethyl-2-phenyl-", "alpha 1b-adrenoceptor", "prelu-2", "3,4-dimethyl-2-phenylmorpholine", "3", "211-204-6[einecs]", "morpholine 3,4-dimethyl-2-phenyl- (2s-trans)-", "cis-3,4-dimethyl-2-phenylmorpholine", "morpholine 3,4-dimethyl-2-phenyl- (+ )-", "231-566-9[einecs]", "(2s,3s)-3,4-dimethyl-2-phenylmorpholine", "adphen (base)", "38323-36-3[rn]", "morpholine 3,4-dimethyl-2-phenyl- (+)-", "17140-98-6[rn]", "alpha 1b- adrenoreceptor"}|>, "899" -> <|"DatabaseID" -> "SW00651", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11950]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01579"]}, "IsomericSmiles" -> "CC1C(OCC[NH+]1C)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "phendimetrazine"|>, "PharmGKBID" -> "PA450902", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12460]}, "Synonyms" -> {"x-trozine", "hyrex", "(+)-phendimetrazine", "dyrexan", "wehless", "phendimetrazine", "mephenmetrazine", "antapentan", "bacarate", "sedafamen", "adphen", "d-2-phenyl-3,4-dimethylmorpholine", "bontril", "(+)-3,4-dimethyl-2-phenylmorpholine", "7635-51-0[rn]", "3-phenyl-2-methylmorpholine", "3,4-dimethyl-2-phenylmorpholine[acd/iupac name]", "21784-30-5[rn]", "3,4-dimethyl-2-phenyltetrahydro-1,4-oxazine", "phendimetrazine[wiki]", "634-03-7[rn]", "morpholine 3,4-dimethyl-2-phenyl-", "alpha 1b-adrenoceptor", "prelu-2", "3,4-dimethyl-2-phenylmorpholine", "3", "211-204-6[einecs]", "morpholine 3,4-dimethyl-2-phenyl- (2s-trans)-", "cis-3,4-dimethyl-2-phenylmorpholine", "morpholine 3,4-dimethyl-2-phenyl- (+ )-", "231-566-9[einecs]", "(2s,3s)-3,4-dimethyl-2-phenylmorpholine", "adphen (base)", "38323-36-3[rn]", "morpholine 3,4-dimethyl-2-phenyl- (+)-", "17140-98-6[rn]", "alpha 1b- adrenoreceptor"}|>, "900" -> <|"DatabaseID" -> "SW00651", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11950]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01579"]}, "IsomericSmiles" -> "CC1C(OCC[NH+]1C)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "phendimetrazine"|>, "PharmGKBID" -> "PA450902", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12460]}, "Synonyms" -> {"x-trozine", "hyrex", "(+)-phendimetrazine", "dyrexan", "wehless", "phendimetrazine", "mephenmetrazine", "antapentan", "bacarate", "sedafamen", "adphen", "d-2-phenyl-3,4-dimethylmorpholine", "bontril", "(+)-3,4-dimethyl-2-phenylmorpholine", "7635-51-0[rn]", "3-phenyl-2-methylmorpholine", "3,4-dimethyl-2-phenylmorpholine[acd/iupac name]", "21784-30-5[rn]", "3,4-dimethyl-2-phenyltetrahydro-1,4-oxazine", "phendimetrazine[wiki]", "634-03-7[rn]", "morpholine 3,4-dimethyl-2-phenyl-", "alpha 1b-adrenoceptor", "prelu-2", "3,4-dimethyl-2-phenylmorpholine", "3", "211-204-6[einecs]", "morpholine 3,4-dimethyl-2-phenyl- (2s-trans)-", "cis-3,4-dimethyl-2-phenylmorpholine", "morpholine 3,4-dimethyl-2-phenyl- (+ )-", "231-566-9[einecs]", "(2s,3s)-3,4-dimethyl-2-phenylmorpholine", "adphen (base)", "38323-36-3[rn]", "morpholine 3,4-dimethyl-2-phenyl- (+)-", "17140-98-6[rn]", "alpha 1b- adrenoreceptor"}|>, "901" -> <|"DatabaseID" -> "SW00651", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11950]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01579"]}, "IsomericSmiles" -> "CC1C(OCC[NH+]1C)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "phendimetrazine"|>, "PharmGKBID" -> "PA450902", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12460]}, "Synonyms" -> {"x-trozine", "hyrex", "(+)-phendimetrazine", "dyrexan", "wehless", "phendimetrazine", "mephenmetrazine", "antapentan", "bacarate", "sedafamen", "adphen", "d-2-phenyl-3,4-dimethylmorpholine", "bontril", "(+)-3,4-dimethyl-2-phenylmorpholine", "7635-51-0[rn]", "3-phenyl-2-methylmorpholine", "3,4-dimethyl-2-phenylmorpholine[acd/iupac name]", "21784-30-5[rn]", "3,4-dimethyl-2-phenyltetrahydro-1,4-oxazine", "phendimetrazine[wiki]", "634-03-7[rn]", "morpholine 3,4-dimethyl-2-phenyl-", "alpha 1b-adrenoceptor", "prelu-2", "3,4-dimethyl-2-phenylmorpholine", "3", "211-204-6[einecs]", "morpholine 3,4-dimethyl-2-phenyl- (2s-trans)-", "cis-3,4-dimethyl-2-phenylmorpholine", "morpholine 3,4-dimethyl-2-phenyl- (+ )-", "231-566-9[einecs]", "(2s,3s)-3,4-dimethyl-2-phenylmorpholine", "adphen (base)", "38323-36-3[rn]", "morpholine 3,4-dimethyl-2-phenyl- (+)-", "17140-98-6[rn]", "alpha 1b- adrenoreceptor"}|>, "902" -> <|"DatabaseID" -> "SW00651", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11950]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01579"]}, "IsomericSmiles" -> "CC1C(OCC[NH+]1C)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "phendimetrazine"|>, "PharmGKBID" -> "PA450902", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12460]}, "Synonyms" -> {"x-trozine", "hyrex", "(+)-phendimetrazine", "dyrexan", "wehless", "phendimetrazine", "mephenmetrazine", "antapentan", "bacarate", "sedafamen", "adphen", "d-2-phenyl-3,4-dimethylmorpholine", "bontril", "(+)-3,4-dimethyl-2-phenylmorpholine", "7635-51-0[rn]", "3-phenyl-2-methylmorpholine", "3,4-dimethyl-2-phenylmorpholine[acd/iupac name]", "21784-30-5[rn]", "3,4-dimethyl-2-phenyltetrahydro-1,4-oxazine", "phendimetrazine[wiki]", "634-03-7[rn]", "morpholine 3,4-dimethyl-2-phenyl-", "alpha 1b-adrenoceptor", "prelu-2", "3,4-dimethyl-2-phenylmorpholine", "3", "211-204-6[einecs]", "morpholine 3,4-dimethyl-2-phenyl- (2s-trans)-", "cis-3,4-dimethyl-2-phenylmorpholine", "morpholine 3,4-dimethyl-2-phenyl- (+ )-", "231-566-9[einecs]", "(2s,3s)-3,4-dimethyl-2-phenylmorpholine", "adphen (base)", "38323-36-3[rn]", "morpholine 3,4-dimethyl-2-phenyl- (+)-", "17140-98-6[rn]", "alpha 1b- adrenoreceptor"}|>, "903" -> <|"DatabaseID" -> "SW00651", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11950]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01579"]}, "IsomericSmiles" -> "CC1C(OCC[NH+]1C)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "phendimetrazine"|>, "PharmGKBID" -> "PA450902", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12460]}, "Synonyms" -> {"x-trozine", "hyrex", "(+)-phendimetrazine", "dyrexan", "wehless", "phendimetrazine", "mephenmetrazine", "antapentan", "bacarate", "sedafamen", "adphen", "d-2-phenyl-3,4-dimethylmorpholine", "bontril", "(+)-3,4-dimethyl-2-phenylmorpholine", "7635-51-0[rn]", "3-phenyl-2-methylmorpholine", "3,4-dimethyl-2-phenylmorpholine[acd/iupac name]", "21784-30-5[rn]", "3,4-dimethyl-2-phenyltetrahydro-1,4-oxazine", "phendimetrazine[wiki]", "634-03-7[rn]", "morpholine 3,4-dimethyl-2-phenyl-", "alpha 1b-adrenoceptor", "prelu-2", "3,4-dimethyl-2-phenylmorpholine", "3", "211-204-6[einecs]", "morpholine 3,4-dimethyl-2-phenyl- (2s-trans)-", "cis-3,4-dimethyl-2-phenylmorpholine", "morpholine 3,4-dimethyl-2-phenyl- (+ )-", "231-566-9[einecs]", "(2s,3s)-3,4-dimethyl-2-phenylmorpholine", "adphen (base)", "38323-36-3[rn]", "morpholine 3,4-dimethyl-2-phenyl- (+)-", "17140-98-6[rn]", "alpha 1b- adrenoreceptor"}|>, "904" -> <|"DatabaseID" -> "SW00651", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11950]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01579"]}, "IsomericSmiles" -> "CC1C(OCC[NH+]1C)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "phendimetrazine"|>, "PharmGKBID" -> "PA450902", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12460]}, "Synonyms" -> {"x-trozine", "hyrex", "(+)-phendimetrazine", "dyrexan", "wehless", "phendimetrazine", "mephenmetrazine", "antapentan", "bacarate", "sedafamen", "adphen", "d-2-phenyl-3,4-dimethylmorpholine", "bontril", "(+)-3,4-dimethyl-2-phenylmorpholine", "7635-51-0[rn]", "3-phenyl-2-methylmorpholine", "3,4-dimethyl-2-phenylmorpholine[acd/iupac name]", "21784-30-5[rn]", "3,4-dimethyl-2-phenyltetrahydro-1,4-oxazine", "phendimetrazine[wiki]", "634-03-7[rn]", "morpholine 3,4-dimethyl-2-phenyl-", "alpha 1b-adrenoceptor", "prelu-2", "3,4-dimethyl-2-phenylmorpholine", "3", "211-204-6[einecs]", "morpholine 3,4-dimethyl-2-phenyl- (2s-trans)-", "cis-3,4-dimethyl-2-phenylmorpholine", "morpholine 3,4-dimethyl-2-phenyl- (+ )-", "231-566-9[einecs]", "(2s,3s)-3,4-dimethyl-2-phenylmorpholine", "adphen (base)", "38323-36-3[rn]", "morpholine 3,4-dimethyl-2-phenyl- (+)-", "17140-98-6[rn]", "alpha 1b- adrenoreceptor"}|>, "905" -> <|"DatabaseID" -> "SW00652", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32319"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445317]}, "IsomericSmiles" -> "CC1=CCCC(C1/C=C/C(=O)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-ionone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282108]}, "Synonyms" -> {"ionone", "irisone", "iraldeine", "8013-90-9[rn]", "(3e)-4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-3-buten-2-on", "(e)-4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-3-buten-2-one", ".alpha.-cyclocitrylideneacetone", "alpha-ionone (natural)", "250-293-6[einecs]", "(3e)-4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-3-buten-2-one", "230-010-2[einecs]", "(e)-(1)-4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-3-buten-2-one", "4-(2,6,6-trimethyl-1-cyclohex-2-enyl)but-3-en-2-one", "ionone[wiki]", "79-77-6[rn]", "3-buten-2-one 4-(2,6,6-trimethyl-2-cyclohexen-1-yl)- (e)-", "4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-3-buten-2-one", "(3e)-4-(2,6,6-trimethylcyclohex-2-en-1-yl)but-3-en-2-one", "3-buten-2-one 4-(2,6,6-trimethyl-2-cyclohexen-1-yl)- (3e)-", "238-362-9[einecs]", "3-buten-2-one 4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-", "beta-lonone (natural)", "ionone apha", "3-buten-2-one 4- (2,6 6-trimethyl-2-cyclohexen-1-yl)-", "204-841-6[einecs]", "beta-lonone", "127-47-3", "lonone (mixed isomers)", "14901-07-6[rn]", "127-41-3[rn]", "232-396-8[einecs]", "(3e)-4-(2,6,6-trimethylcyclohex-2-enyl)but-3-en-2-one", "a-ionone", "alpha-ionone", "2046084", "(s-(e))-4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-3-buten-2-one", "2046085[beilstein]"}|>, "906" -> <|"DatabaseID" -> "SW00652", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32319"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445317]}, "IsomericSmiles" -> "CC1=CCCC(C1/C=C/C(=O)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-ionone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282108]}, "Synonyms" -> {"ionone", "irisone", "iraldeine", "8013-90-9[rn]", "(3e)-4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-3-buten-2-on", "(e)-4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-3-buten-2-one", ".alpha.-cyclocitrylideneacetone", "alpha-ionone (natural)", "250-293-6[einecs]", "(3e)-4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-3-buten-2-one", "230-010-2[einecs]", "(e)-(1)-4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-3-buten-2-one", "4-(2,6,6-trimethyl-1-cyclohex-2-enyl)but-3-en-2-one", "ionone[wiki]", "79-77-6[rn]", "3-buten-2-one 4-(2,6,6-trimethyl-2-cyclohexen-1-yl)- (e)-", "4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-3-buten-2-one", "(3e)-4-(2,6,6-trimethylcyclohex-2-en-1-yl)but-3-en-2-one", "3-buten-2-one 4-(2,6,6-trimethyl-2-cyclohexen-1-yl)- (3e)-", "238-362-9[einecs]", "3-buten-2-one 4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-", "beta-lonone (natural)", "ionone apha", "3-buten-2-one 4- (2,6 6-trimethyl-2-cyclohexen-1-yl)-", "204-841-6[einecs]", "beta-lonone", "127-47-3", "lonone (mixed isomers)", "14901-07-6[rn]", "127-41-3[rn]", "232-396-8[einecs]", "(3e)-4-(2,6,6-trimethylcyclohex-2-enyl)but-3-en-2-one", "a-ionone", "alpha-ionone", "2046084", "(s-(e))-4-(2,6,6-trimethyl-2-cyclohexen-1-yl)-3-buten-2-one", "2046085[beilstein]"}|>, "907" -> <|"DatabaseID" -> "SW00653", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32325"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 553581]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)/C=C/C(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-ionone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 638014]}, "Synonyms" -> {"4-(2,6,6-trimethyl-1-cyclohexen-1-yl)-3-buten-2-one[acd/iupac name]", "(3e)-4-(2,6,6-trimethylcyclohex-1-enyl)but-3-en-2-one", "b-ionone", "1909545[beilstein]", "(3e)-4-(2,6,6-trimethylcyclohex-1-en-1-yl)but-3-en-2-one", "35031-06-2[rn]", "(e)-4-(2,6,6-trimethyl-cyclohex-1-enyl)-but-3-en-2-one", "(e)-4-(2,6,6-trimethyl-1-cyclohexen-1-yl)-3-buten-2-one", "1909544", "4-(2,6,6-trimethylcyclohex-1-ene-1-yl)-but-3-ene-2-one", "14901-07-6; 8013-90-9; 79-77-6", "(3e)-4-(2,6,6-trimethyl-1-cyclohexen-1-yl)-3-buten-2-on", "(z)-4-(2,6,6-trimethyl-1-cyclohexen-1-yl)-3-buten-2-one", "(e)-b-ionone", "3-buten-2-one 4-(2,6,6-trimethyl-1-cyclohexen-1-yl)- (e)", "4-(2,6 6-trimethyl-1-cyclohexen-1-yl)-3-buten-2-one", "3-buten-2-one 4- (2 6,6-trimethyl-1-cyclohexen-1-yl)-", "14901-07-6 ; 8013-90-9 ; 79-77-6", "irisone", "beta-cyclocitrylideneacetone", "79-77-6[rn]", "ionone[wiki]", "(3e)-4-(2", "4-(2,6,6-trimethyl-1-cyclohexenyl)but-3-en-2-one", "14901-07-6", "3-buten-2-one 4-(2,6,6-trimethyl-1-cyclohexen-1-yl)- (e)-", "(3e)-4-(2,6,6-trimethyl-1-cyclohexen-1-yl)-3-buten-2-one", "trans-4-(2,6,6-trimethyl-1-cyclohexen-1-yl)-3-buten-2-one", "3-buten-2-one 4- (2,6,6-trimethyl-1-cyclohexen-1-yl)-", "4-(2,6 6-trimethyl-1-cyclohexenyl)-3-buten-2-one", "ccris 6249", ".beta.-ionone isomer # 1", "8013-90-9[rn]", "beta-ionone", ".beta.-ionone isomer # 2", "238-969-9[einecs]", "3-buten-2-one 4-(2,6,6-trimethyl-1-cyclohexen-1-yl)-", "3-buten-2-one", "trans-b-ionone", "14901-07-6[rn]", "trans-.beta.-ionone", "3-buten-2-one 4-(2,6,6-trimethyl-1-cyclohexen-1-yl)- (3e)-", "201-224-3[einecs]", "252-325-4[einecs]", ".beta.-ionone", "(e)-4-(2,6,6-trimethylcyclohex-1-en-1-yl)but-3-en-2-one", "4-(2,6,6-trimethyl-1-cyclohexenyl)-3-buten-2-one", "cc1=c(/c=c/c(c)=o)c(c)(c)ccc1"}|>, "908" -> <|"DatabaseID" -> "SW00654", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56302]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01539"]}, "IsomericSmiles" -> "C1CCC(CC1)(C#N)N2CCCCC2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "1-piperidinocyclohexanecarbonitrile"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62529]}, "Synonyms" -> {"1-piperidinocyclohexanecarbonitrile", "piperidinocyclohexanecarbonitrile", "1-(1-cyanocyclohexyl)piperidine", "cyclohexanecarbonitrile", "1-piperidin-1-ylcyclohexanecarbonitrile", "cyclohexanecarbonitrile 1-piperidino-", "1-(piperidin-1-yl)cyclohexanecarbonitrile", "3867-15-0[rn]", "3867-15-0", "cyclohexanecarbonitrile 1-(1-piperidinyl)-", "1-piperidylcyclohexanecarbonitrile", "nsc 97072", "cyclohexanecarbonitrile 1- (1-piperidinyl)-", "dea no. 8603", "1-(1-piperidinyl)cyclohexanecarbonitrile[acd/iupac name]", "brn 0134530", "pcc", "5-20-03-00060 (beilstein handbook reference)[beilstein]", "1-(piperidin-1-yl)cyclohexane-1-carbonitrile", "cyclohexanecarbonitrile 1-(1-piperidinyl)- (9ci)"}|>, "909" -> <|"DatabaseID" -> "SW00655", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390200]}, "IsomericSmiles" -> "[C@@H]1([C@H]([C@H](O[C@H]([C@@H]1O)O)C(=O)[O-])O)O", "OfficialNames" -> <|"Indian Approved Name" -> "ascorbylmethylsllanol pectinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441476]}, "Synonyms" -> {"gtr", "db03511", "c08348", "1427743[beilstein]", "chebi:47954", "oligogalacturonide", "hmdb03402", "8136236[beilstein]", "pectin", "beta-d-galactopyranuronic acid", "ac1l9b8m", "surecn3407163", "14982-50-4[rn]"}|>, "910" -> <|"DatabaseID" -> "SW00656", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47953"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58552]}, "IsomericSmiles" -> "C(=O)[C@@H]([C@H]([C@@H]([C@@H](C(=O)[O-])O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01625"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucuronic acid", "NPC Approved Name" -> "glucuronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65041]}, "Synonyms" -> {"aldehydo-d-glucuronic acid", "2050314[beilstein]", "d-glucuronicacid", "229-486-4[einecs]", "12758-41-7[rn]", "(2s,3s,4s,5r)-2,3,4,5-tetrahydroxy-6-oxohexanoic acid", "6556-12-3[rn]", "36116-79-7[rn]", "dl-glucuronic acid", "87090-89-9[rn]", "sodium glucuronate hydrate", "d-(+)-glucuronic acid", "576-37-4[rn]", "1727083[beilstein]", "1700-90-8", "d020723", "guronsan", "87246-82-0[rn]", "12/3/6556", "glucuronic acid[wiki]", "209-401-7[einecs]", "d-glucuronic acid[acd/iupac name]", "bp-12303", "ac1l22gk", "einecs 209-401-7", "576-37-4", "(2s", "unii-8a5d83q4rw", "akos006271885", "einecs 229-486-4", "chebi:47953"}|>, "911" -> <|"DatabaseID" -> "SW00657", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47962"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 76444]}, "IsomericSmiles" -> "C(=O)[C@@H]([C@H]([C@H]([C@@H](C(=O)[O-])O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-galacturonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 84740]}, "Synonyms" -> {"galacturonic acid", "aldehydo-d-galacturonic acid", "dl-galacturonic acid", "91510-62-1", "hmdb02545", "25249-06-3[rn]", "91510-62-2[rn]", "1727087[beilstein]", "chebi:47962", "14982-50-4[rn]", "6294-16-2[rn]", "d-galacturonicacid", "d-galacturonic acid[acd/iupac name]", "(2s", "d(+)-galacturonic acid", "d-galactopyranuronic acid", "685-73-4[rn]", "11100-11-1[rn]", "211-682-6[einecs]", "ac1l383g", "d-galacturonic acid (9ci)", "239-061-5[einecs]", "d-galacturonic acid", "(2s,3r,4s,5r)-2,3,4,5-tetrahydroxy-6-oxohexanoic acid", "11100-11-1", "galacturonic acid d-"}|>, "912" -> <|"DatabaseID" -> "SW00658", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "07109"]}, "IsomericSmiles" -> "COc1ccc(cc1O)/C=C/C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-ferulic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 736186]}, "Synonyms" -> {"3-hydroxy-4-methoxycinnamic acid", "(2e)-3-(3-hydroxy-4-methoxyphenyl)prop-2-enoic acid", "hesperetate", "537-73-5", "hesperetic acid", "isoferulic acid", "3-hydroxy-4-methoxy-cinnamic acid", "2-propenoic acid", "3-(3-hydroxy-4-methoxyphenyl)prop-2-enoic acid"}|>, "913" -> <|"DatabaseID" -> "SW00659", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479130]}, "IsomericSmiles" -> "COc1cc(ccc1O)/C=C/C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "sodium ferulic"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23669636]}, "Synonyms" -> {"tl8001997", "sodium ferulic", "24276-84-4[rn]", "sodium (2e)-3-(4-hydroxy-3-methoxyphenyl)acrylate", "3-(4-hydroxy-3-methoxyphenyl)-2-propenoic acid monosodium salt", "akos015890674", "cinnamic acid 4-hydroxy-3-methoxy- monosodium salt", "monosodium 3-(4-hydroxy-3-methoxyphenyl)-2-propenoate", "24276-84-4", "surecn81855", "sodium (2e)-3-(4-hydroxy-3-methoxyphenyl)prop-2-enoate", "natrium-(2e)-3-(4-hydroxy-3-methoxyphenyl)prop-2-enoat", "monosodium 4-hydroxy-3-methoxycinnamate", "st51052151", "sodium ferulate", "ferulic acid sodium salt", "2-propenoic acid,3-(4-hydroxy-3-methoxyphenyl)- monosodium salt", "2-propenoic acid,3-(4-hydroxy-3-methoxyphenyl)- sodium salt,(2e)- (1:1)", "i01-7022", "(2e)-3-(4-hydroxy-3-methoxyphenyl)prop-2-enoic acid sodium salt", "sodium 3-methoxy-4-hydroxycinnamate"}|>, "914" -> <|"DatabaseID" -> "SW00660", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6910]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00345"]}, "IsomericSmiles" -> "c1cc(ccc1C(=O)NCC(=O)[O-])N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01421"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "AMINOHIPPURATE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443971]}, "Synonyms" -> {"sodium p-aminohippurate", "aminohippurate sodium", "amino-hippurate-sodium", "p-aminohippurate sodium", "monosodium p-aminohippurate", "ammohippurate sodium", "sodium para-aminohippurate", "sodium 4-aminohippurate", "p-aminohippuric acid sodium salt", "natrium 4-aminohippurat", "paraaminohippurate", "sodium[(4-aminobenzoyl)amino]acetate", "para-aminohippurate", "hippuric acid p-amino- monosodium salt", "aminohippuric acid sodium salt", "aminohippuric acid", "pah", "paraaminohippurate injection", "2-[(4-aminophenyl)carbonylamino]acetic acid sodium salt", "4-aminohippursaeure natriumsalz", "202-309-8[einecs]", "glycine n-(4-aminobenzoyl)- monosodium salt", "n-(4-aminobenzoyl)glycine monosodium salt", "p-aminohippuricacidsodiumsalt", "sodium p-aminophippurate", "4-aminohippursaeure natriumsalz; aminohippurate sodium; aminohippurate sodium (tn); aminohippuric acid sodium salt; monosodiump-aminohippurate;n-(4-aminobenzoyl)glycinemonosodium salt; natrium 4-aminohippurat; pah; paraaminohippurate; sodium para-aminohippurate; p-aminohippurate sodium; p-aminohippurate sodium(tn); p-aminohippuric acidsodium salt; sodium 4-aminohippurate; sodium[(4-aminobenzoyl)amino]acetate", "p-aminohippurate sodium (tn)", "aminohippurate sodium (tn)", "94-16-6[rn]", "aminohippurate", "sodium n-(4-aminobenzoyl)glycinate"}|>, "915" -> <|"DatabaseID" -> "SW00661", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476405]}, "IsomericSmiles" -> "CC1C2=C(CCO1)C(C(=O)N=C2)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gentianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317557]}, "Synonyms" -> {"gentianol", "ac1nsvsl", "1-methyl-6-oxo-1"}|>, "916" -> <|"DatabaseID" -> "SW00661", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476405]}, "IsomericSmiles" -> "CC1C2=C(CCO1)C(C(=O)N=C2)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gentianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317557]}, "Synonyms" -> {"gentianol", "ac1nsvsl", "1-methyl-6-oxo-1"}|>, "917" -> <|"DatabaseID" -> "SW00661", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476405]}, "IsomericSmiles" -> "CC1C2=C(CCO1)C(C(=O)N=C2)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gentianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317557]}, "Synonyms" -> {"gentianol", "ac1nsvsl", "1-methyl-6-oxo-1"}|>, "918" -> <|"DatabaseID" -> "SW00661", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476405]}, "IsomericSmiles" -> "CC1C2=C(CCO1)C(C(=O)N=C2)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gentianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317557]}, "Synonyms" -> {"gentianol", "ac1nsvsl", "1-methyl-6-oxo-1"}|>, "919" -> <|"DatabaseID" -> "SW00662", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2388]}, "IsomericSmiles" -> "CCCCOC(=O)c1ccc(cc1)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00730"]}, "OfficialNames" -> <|"NPC Approved Name" -> "butyl aminobenzoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2482]}, "Synonyms" -> {"butesin", "butesine", "butamben", "scuroform", "butylcaine", "butoform", "butyl aminobenzoate", "planoform", "p-aminobenzoic acid butyl ester", "4-(butoxycarbonyl)aniline", "butyl keloform", "butanylcaine", "4-amino-benzoic acid butyl ester", "n-butyl p-aminobenzoate", "butyl 4-aminobenzoate", "butyl p-aminobenzoate", "butamben picrate[usan]", "butesin (tn)", "butylester kyseliny p-aminobenzoove[czech]", "cas-94-25-7", "para-aminobenzoic acid butyl ester", "202-317-1[einecs]", "c004605", "butamben[wiki][usp]", "butyl4-aminobenzoate", "benzoic acid 4-amino- butyl ester", "4-amino butylbenzoate", "butyl-4-aminobenzoat", "4-aminobenzoic acid butyl ester", "4-aminobenzoate de butyle", "p-aminobenzoic acid butyl ester", "94-25-7", "4-14-00-01130 (beilstein handbook reference)[beilstein]", "butyl-p-aminobenzoate", "butyl 4-aminobenzoate[acd/iupac name]", "zyljectin", "4-aminobenzoic acid n-butyl ester", "n-butyl-p-aminobenzoate", "butyl paba", "scuroforme", "benzoic acid p-amino- butyl ester", "94-25-7[rn]"}|>, "920" -> <|"DatabaseID" -> "SW00663", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 149177]}, "IsomericSmiles" -> "CCNc1ccc(cc1)C(=O)OCC", "OfficialNames" -> <|"Indian Approved Name" -> "ethylaminobenzoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 170628]}, "Synonyms" -> {"ac1l55xw", "ethyl 4-(ethylamino)benzoate", "4-(ethylamino)benzoicacid ethyl ester; ethyl 4-ethylaminobenzoate", "ag-f-50308", "ethyl 4-(ethylamino)benzoate[acd/iupac name]", "surecn3083718", "benzoic acid", "akos009048618", "einecs 255-740-9", "42265-58-7[rn]", "benzoic acid 4-(ethylamino)- ethyl ester", "255-740-9[einecs]", "42265-58-7"}|>, "921" -> <|"DatabaseID" -> "SW00664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 97254]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01056"]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)C(C)[NH3+])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02088"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TOCAINIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 108173]}, "Synonyms" -> {"tonocard", "tocainide hydrochloride", "2-amino-n-(2", "tocainida [inn-spanish]", "35891-93-1[rn]", "tocainide-hydrochloride", "tonocard (tn)", "tocainide hcl", "2-amino-n-(2,6-dimethylphenyl)propanamide monohydrochloride", "35891-93-1", "sodium channel protein type v subunit alpha", "propanamide", "n-(2,6-dimethylphenyl)alaninamide hydrochloride (1:1)[acd/iupac name]", "2-amino-n-(2,6-dimethylphenyl)propanamide hydrochloride", "tocainide", "voltage-gated sodium channel subunit alpha nav1.5", "(1)-2-amino-n-(2,6-dimethylphenyl)propionamide hydrochloride", "hh1", "propanamide 2-amino-n-(2,6-dimethylphenyl)-,monohydrochloride ( -)-", "propanamide 2-amino-n-(2,6-dimethylphenyl)-,monohydrochloride", "(+)-2-amino-n-(2,6-dimethylphenyl)propanamidemonohydrochloride", "propanamide 2-amino-n-(2,6-dimethylphenyl)-,hydrochloride (1:1)", "unii-2k7i38ckn5", "71395-14-7[rn]", "(-)-2-amino-n-(2,6-dimethylphenyl)propanamidemonohydrochloride", "n-(2", "2-amino-2',6'-propionoxylidide hydrochloride", "tocainidum [inn-latin]", "tocainide hydrochloride[usp]", "sodium channel protein cardiac muscle alpha-subunit", "xylotocan"}|>, "922" -> <|"DatabaseID" -> "SW00664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 97254]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01056"]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)C(C)[NH3+])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02088"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TOCAINIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 108173]}, "Synonyms" -> {"tonocard", "tocainide hydrochloride", "2-amino-n-(2", "tocainida [inn-spanish]", "35891-93-1[rn]", "tocainide-hydrochloride", "tonocard (tn)", "tocainide hcl", "2-amino-n-(2,6-dimethylphenyl)propanamide monohydrochloride", "35891-93-1", "sodium channel protein type v subunit alpha", "propanamide", "n-(2,6-dimethylphenyl)alaninamide hydrochloride (1:1)[acd/iupac name]", "2-amino-n-(2,6-dimethylphenyl)propanamide hydrochloride", "tocainide", "voltage-gated sodium channel subunit alpha nav1.5", "(1)-2-amino-n-(2,6-dimethylphenyl)propionamide hydrochloride", "hh1", "propanamide 2-amino-n-(2,6-dimethylphenyl)-,monohydrochloride ( -)-", "propanamide 2-amino-n-(2,6-dimethylphenyl)-,monohydrochloride", "(+)-2-amino-n-(2,6-dimethylphenyl)propanamidemonohydrochloride", "propanamide 2-amino-n-(2,6-dimethylphenyl)-,hydrochloride (1:1)", "unii-2k7i38ckn5", "71395-14-7[rn]", "(-)-2-amino-n-(2,6-dimethylphenyl)propanamidemonohydrochloride", "n-(2", "2-amino-2',6'-propionoxylidide hydrochloride", "tocainidum [inn-latin]", "tocainide hydrochloride[usp]", "sodium channel protein cardiac muscle alpha-subunit", "xylotocan"}|>, "923" -> <|"DatabaseID" -> "SW00665", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5201]}, "IsomericSmiles" -> "Cn1c(=O)n2cnc(c2nn1)C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06067"]}, "OfficialNames" -> <|"Indian Approved Name" -> "temozolomide", "FDA Approved Drug" -> "TEMOZOLOMIDE"|>, "PharmGKBID" -> "PA451609", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5394]}, "Synonyms" -> {"temozolomide", "temozolamide", "methazolastone", "temodal", "8-carbamoyl-3-methylimidazo(5,1-d)-1,2,3,5-tetrazin-4(3h)-one", "temozolodida [spanish]", "3-methyl-4-oxo-3,4-dihydroimidazo[5,1-d][1,2,3,5]tetrazin-8-carboxamid", "tl8005593", "85622-93-1", "3-methyl-4-oxoimidazo[5,1-d]1,2,3,5-tetraazine-8-carboxamide", "imidazo[5,1-d]-1,2,3,5-tetrazine-8-carboxamide 3,4-dihydro-3-methyl-4-oxo-", "temozolodida[spanish]", "temozolomidum [latin]", "3-methyl-4-oxo-3h,4h-imidazo[4,3-d][1,2,3,5]tetrazine-8-carboxamide", "c047246", "m & b 39831", "temodal[wiki]", "m&b; 39831", "temozolomidum[latin]", "3,4-dihydro-3-methyl-4-oxoimidazo(5,1-d)-as-tetrazine-8-carboxamide", "3,4-dihydro-3-methyl-4-oxoimidazo[5,1-d]-1,2,3,5-tetrazine-8-carboxamide", "3,4-dihydro-3-methyl-4-oxoimidazo(5,1-d)-1,2,3,5-tetrazine-8-carboxamide", "methazolastone;", "3-methyl-4-oxo-3,4-dihydro-imidazo[5,1-d][1,2,3,5]tetrazine-8-carboxylicacid amide", "3-methyl-4-oxo-3,4-dihydroimidazo[5,1-d][1,2,3,5]tetraazine-8-carboxamide", "ccrg-81045", "85622-93-1[rn]", "{imidazo[5,1-d]-1,2,3,5-tetrazine-8-carboxamide,} 3 4-dihydro-3-methyl-4-oxo-", "3-methyl-4-oxo-3,4-dihydroimidazo[5,1-d][1,2,3,5]tetrazine-8-carboxamide[acd/iupac name]", "4-methyl-5-oxo-2,3,4,6,8-pentazabicyclo[4.3.0]nona-2,7,9-triene-9-carboxamide", "3-methyl-4-oxo-3,4-dihydroimidazo(5,1-d)(1,2,3,5)tetrazine-8-carboxamide", "m&b-39831;", "temozolimide", "imidazo(5,1-d)(1,2,3,5)tetrazine-8-carboxamide 3,4-dihydro-3-methyl-4-oxo-", "imidazo[5,1-d]-1,2,3,5-tetrazine-8-carboxamide 3 4-dihydro-3-methyl-4-oxo-", "8-carbamoyl-3-methylimidazo[5,1-d]-1,2,3,5-tetrazin-4(3h)-one", "methazolastone;temodal;temodar", "temodar[wiki]", "temodar", "temozolodida", "temozolomide [ban:inn][inn]", "temozolomide[wiki][inn][ban]", "temozolomide[wiki]", "3-methyl-4-oxo-3,4-dihydro-imidazo[5,1-d][1,2,3,5]tetrazine-8-carboxylicacid amide(temozolomide)", "ccrg 81045"}|>, "924" -> <|"DatabaseID" -> "SW00666", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58473]}, "IsomericSmiles" -> "CO[C@@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bergenine glucoside;glucoside;maluidin glucoside;saponartin-4′-0-glucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64947]}, "Synonyms" -> {"o1-methyl-glucose", "methyl hexopyranoside[acd/iupac name]", "methyl alpha-d-glucoside", "81568", "6817-79-4[rn]", "97-30-3[rn]", "methyl alpha-d-glucopyranoside", "methyl-alpha-d-glucopyranoside", "methyl-a-d-glucopyranoside", "methyl alpha-d-glucoside (van)", "25360-06-9[rn]", "mgl", "1321-19-3[rn]", "gyp", "alpha-d-glucoside", "15941-70-5[rn]", "alpha-methyl d-glucose ether", "84368-39-8[rn]", "alpha-methylglucoside", "alpha-methyl-d-glucoside", "202-571-3[einecs]", "alpha-d-glucopyranoside", "25281-47-4[rn]", "97-30-3"}|>, "925" -> <|"DatabaseID" -> "SW00667", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18266"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21864849]}, "IsomericSmiles" -> "CO[C@H]1[C@@H]([C@H]([C@@H]([C@@H]([C@@H]1O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ononitol"|>, "Synonyms" -> {"(1r,2s,3s,4s,5s,6s)-6-methoxycyclohexane-1,2,3,4,5-pentol", "1d-4-o-methyl-myo-inositol", "ononitol[wiki]", "4-o-methyl-myo-inositol"}|>, "926" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "927" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "928" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "929" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "930" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "931" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "932" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "933" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "934" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "935" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "936" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "937" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "938" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "939" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "940" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "941" -> <|"DatabaseID" -> "SW00668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2024]}, "IsomericSmiles" -> "COC1C(C(C(C(O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycoside alpha-paristyphnin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2108]}, "Synonyms" -> {"glucopyranoside", "75398-85-5[rn]", "2-(hydroxymethyl)-6-methoxyoxane-3,4,5-triol", "30326-25-1[rn]", "methyl .alpha.-d-glucoside", "oc1c(c(o)c(oc1oc)co)o", "methylgalactoside", "210-502-3[einecs]", ".alpha.-methylglucoside", "2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", "1824-94-8[rn]", "methyl .beta.-d-galactopyranoside", "methyl hexopyranoside[acd/iupac name]", "25281-48-5[rn]", "709-50-2[rn]", "2-(hydroxymethyl)-6-methoxytetrahydro-2h-pyran-3,4,5-triol", "246-894-8[einecs]", "27939-29-3[rn]", "97-30-3[rn]", "211-909-9[einecs]", ".alpha.-d-glucopyranoside", "115794-08-6[rn]", "hexopyranoside methyl", ".alpha.-d-galactopyranoside", "3396-99-4[rn]", "(3s,4r,6r)-2-hydroxymethyl-6-methoxy-tetrahydro-pyran-3,4,5-triol", ".beta.-d-glucopyranoside", "617-04-9[rn]", "methyl galactoside", "methyl hexopyranoside", "25360-07-0[rn]", "81566[beilstein]"}|>, "942" -> <|"DatabaseID" -> "SW00669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 201127]}, "IsomericSmiles" -> "COC1C(C(C(C(C1O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 230881]}, "Synonyms" -> {"pinitol", "sennitol", "pinit", "matezit", "quebrachit", "1,2,3,4,5-cyclohexanepentol 6-methoxy-[acd/index name]", "sennit[wiki]", "pinite (inositol derivative)", "quebrachitol[wiki]", "6-methoxycyclohexane-1,2,3,4,5-pentaol*inzitol*3-o-methyl-d-chiro-inositol", "d-ononitol", "6-methoxycyclohexane-1", "6-methoxycyclohexane-1,2,3,4,5-pentaol", "642-38-6[rn]", "(+)-pinitol", "quebrachitol", "1d-4-o-methyl-myo-inositol*4-methyl-myo-inositol", "6-methoxycyclohexane-1,2,3,4,5-pentol", "60537-25-9[rn]", "484-68-4[rn]", "6-methoxy-cyclohexane-1,2,3,4,5-pentaol", "sennit", "10284-63-6[rn]", "d-pinitol"}|>, "943" -> <|"DatabaseID" -> "SW00669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 201127]}, "IsomericSmiles" -> "COC1C(C(C(C(C1O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 230881]}, "Synonyms" -> {"pinitol", "sennitol", "pinit", "matezit", "quebrachit", "1,2,3,4,5-cyclohexanepentol 6-methoxy-[acd/index name]", "sennit[wiki]", "pinite (inositol derivative)", "quebrachitol[wiki]", "6-methoxycyclohexane-1,2,3,4,5-pentaol*inzitol*3-o-methyl-d-chiro-inositol", "d-ononitol", "6-methoxycyclohexane-1", "6-methoxycyclohexane-1,2,3,4,5-pentaol", "642-38-6[rn]", "(+)-pinitol", "quebrachitol", "1d-4-o-methyl-myo-inositol*4-methyl-myo-inositol", "6-methoxycyclohexane-1,2,3,4,5-pentol", "60537-25-9[rn]", "484-68-4[rn]", "6-methoxy-cyclohexane-1,2,3,4,5-pentaol", "sennit", "10284-63-6[rn]", "d-pinitol"}|>, "944" -> <|"DatabaseID" -> "SW00669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 201127]}, "IsomericSmiles" -> "COC1C(C(C(C(C1O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 230881]}, "Synonyms" -> {"pinitol", "sennitol", "pinit", "matezit", "quebrachit", "1,2,3,4,5-cyclohexanepentol 6-methoxy-[acd/index name]", "sennit[wiki]", "pinite (inositol derivative)", "quebrachitol[wiki]", "6-methoxycyclohexane-1,2,3,4,5-pentaol*inzitol*3-o-methyl-d-chiro-inositol", "d-ononitol", "6-methoxycyclohexane-1", "6-methoxycyclohexane-1,2,3,4,5-pentaol", "642-38-6[rn]", "(+)-pinitol", "quebrachitol", "1d-4-o-methyl-myo-inositol*4-methyl-myo-inositol", "6-methoxycyclohexane-1,2,3,4,5-pentol", "60537-25-9[rn]", "484-68-4[rn]", "6-methoxy-cyclohexane-1,2,3,4,5-pentaol", "sennit", "10284-63-6[rn]", "d-pinitol"}|>, "945" -> <|"DatabaseID" -> "SW00669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 201127]}, "IsomericSmiles" -> "COC1C(C(C(C(C1O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 230881]}, "Synonyms" -> {"pinitol", "sennitol", "pinit", "matezit", "quebrachit", "1,2,3,4,5-cyclohexanepentol 6-methoxy-[acd/index name]", "sennit[wiki]", "pinite (inositol derivative)", "quebrachitol[wiki]", "6-methoxycyclohexane-1,2,3,4,5-pentaol*inzitol*3-o-methyl-d-chiro-inositol", "d-ononitol", "6-methoxycyclohexane-1", "6-methoxycyclohexane-1,2,3,4,5-pentaol", "642-38-6[rn]", "(+)-pinitol", "quebrachitol", "1d-4-o-methyl-myo-inositol*4-methyl-myo-inositol", "6-methoxycyclohexane-1,2,3,4,5-pentol", "60537-25-9[rn]", "484-68-4[rn]", "6-methoxy-cyclohexane-1,2,3,4,5-pentaol", "sennit", "10284-63-6[rn]", "d-pinitol"}|>, "946" -> <|"DatabaseID" -> "SW00669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 201127]}, "IsomericSmiles" -> "COC1C(C(C(C(C1O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 230881]}, "Synonyms" -> {"pinitol", "sennitol", "pinit", "matezit", "quebrachit", "1,2,3,4,5-cyclohexanepentol 6-methoxy-[acd/index name]", "sennit[wiki]", "pinite (inositol derivative)", "quebrachitol[wiki]", "6-methoxycyclohexane-1,2,3,4,5-pentaol*inzitol*3-o-methyl-d-chiro-inositol", "d-ononitol", "6-methoxycyclohexane-1", "6-methoxycyclohexane-1,2,3,4,5-pentaol", "642-38-6[rn]", "(+)-pinitol", "quebrachitol", "1d-4-o-methyl-myo-inositol*4-methyl-myo-inositol", "6-methoxycyclohexane-1,2,3,4,5-pentol", "60537-25-9[rn]", "484-68-4[rn]", "6-methoxy-cyclohexane-1,2,3,4,5-pentaol", "sennit", "10284-63-6[rn]", "d-pinitol"}|>, "947" -> <|"DatabaseID" -> "SW00669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 201127]}, "IsomericSmiles" -> "COC1C(C(C(C(C1O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 230881]}, "Synonyms" -> {"pinitol", "sennitol", "pinit", "matezit", "quebrachit", "1,2,3,4,5-cyclohexanepentol 6-methoxy-[acd/index name]", "sennit[wiki]", "pinite (inositol derivative)", "quebrachitol[wiki]", "6-methoxycyclohexane-1,2,3,4,5-pentaol*inzitol*3-o-methyl-d-chiro-inositol", "d-ononitol", "6-methoxycyclohexane-1", "6-methoxycyclohexane-1,2,3,4,5-pentaol", "642-38-6[rn]", "(+)-pinitol", "quebrachitol", "1d-4-o-methyl-myo-inositol*4-methyl-myo-inositol", "6-methoxycyclohexane-1,2,3,4,5-pentol", "60537-25-9[rn]", "484-68-4[rn]", "6-methoxy-cyclohexane-1,2,3,4,5-pentaol", "sennit", "10284-63-6[rn]", "d-pinitol"}|>, "948" -> <|"DatabaseID" -> "SW00669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 201127]}, "IsomericSmiles" -> "COC1C(C(C(C(C1O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 230881]}, "Synonyms" -> {"pinitol", "sennitol", "pinit", "matezit", "quebrachit", "1,2,3,4,5-cyclohexanepentol 6-methoxy-[acd/index name]", "sennit[wiki]", "pinite (inositol derivative)", "quebrachitol[wiki]", "6-methoxycyclohexane-1,2,3,4,5-pentaol*inzitol*3-o-methyl-d-chiro-inositol", "d-ononitol", "6-methoxycyclohexane-1", "6-methoxycyclohexane-1,2,3,4,5-pentaol", "642-38-6[rn]", "(+)-pinitol", "quebrachitol", "1d-4-o-methyl-myo-inositol*4-methyl-myo-inositol", "6-methoxycyclohexane-1,2,3,4,5-pentol", "60537-25-9[rn]", "484-68-4[rn]", "6-methoxy-cyclohexane-1,2,3,4,5-pentaol", "sennit", "10284-63-6[rn]", "d-pinitol"}|>, "949" -> <|"DatabaseID" -> "SW00669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 201127]}, "IsomericSmiles" -> "COC1C(C(C(C(C1O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 230881]}, "Synonyms" -> {"pinitol", "sennitol", "pinit", "matezit", "quebrachit", "1,2,3,4,5-cyclohexanepentol 6-methoxy-[acd/index name]", "sennit[wiki]", "pinite (inositol derivative)", "quebrachitol[wiki]", "6-methoxycyclohexane-1,2,3,4,5-pentaol*inzitol*3-o-methyl-d-chiro-inositol", "d-ononitol", "6-methoxycyclohexane-1", "6-methoxycyclohexane-1,2,3,4,5-pentaol", "642-38-6[rn]", "(+)-pinitol", "quebrachitol", "1d-4-o-methyl-myo-inositol*4-methyl-myo-inositol", "6-methoxycyclohexane-1,2,3,4,5-pentol", "60537-25-9[rn]", "484-68-4[rn]", "6-methoxy-cyclohexane-1,2,3,4,5-pentaol", "sennit", "10284-63-6[rn]", "d-pinitol"}|>, "950" -> <|"DatabaseID" -> "SW00669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 201127]}, "IsomericSmiles" -> "COC1C(C(C(C(C1O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 230881]}, "Synonyms" -> {"pinitol", "sennitol", "pinit", "matezit", "quebrachit", "1,2,3,4,5-cyclohexanepentol 6-methoxy-[acd/index name]", "sennit[wiki]", "pinite (inositol derivative)", "quebrachitol[wiki]", "6-methoxycyclohexane-1,2,3,4,5-pentaol*inzitol*3-o-methyl-d-chiro-inositol", "d-ononitol", "6-methoxycyclohexane-1", "6-methoxycyclohexane-1,2,3,4,5-pentaol", "642-38-6[rn]", "(+)-pinitol", "quebrachitol", "1d-4-o-methyl-myo-inositol*4-methyl-myo-inositol", "6-methoxycyclohexane-1,2,3,4,5-pentol", "60537-25-9[rn]", "484-68-4[rn]", "6-methoxy-cyclohexane-1,2,3,4,5-pentaol", "sennit", "10284-63-6[rn]", "d-pinitol"}|>, "951" -> <|"DatabaseID" -> "SW00669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 201127]}, "IsomericSmiles" -> "COC1C(C(C(C(C1O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 230881]}, "Synonyms" -> {"pinitol", "sennitol", "pinit", "matezit", "quebrachit", "1,2,3,4,5-cyclohexanepentol 6-methoxy-[acd/index name]", "sennit[wiki]", "pinite (inositol derivative)", "quebrachitol[wiki]", "6-methoxycyclohexane-1,2,3,4,5-pentaol*inzitol*3-o-methyl-d-chiro-inositol", "d-ononitol", "6-methoxycyclohexane-1", "6-methoxycyclohexane-1,2,3,4,5-pentaol", "642-38-6[rn]", "(+)-pinitol", "quebrachitol", "1d-4-o-methyl-myo-inositol*4-methyl-myo-inositol", "6-methoxycyclohexane-1,2,3,4,5-pentol", "60537-25-9[rn]", "484-68-4[rn]", "6-methoxy-cyclohexane-1,2,3,4,5-pentaol", "sennit", "10284-63-6[rn]", "d-pinitol"}|>, "952" -> <|"DatabaseID" -> "SW00670", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61717]}, "IsomericSmiles" -> "COc1ccc2c(c1OC)C(=O)OC2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "meconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68437]}, "Synonyms" -> {"6", "opianyl", "maconine", "meconin", "mekonin", "meconine", "phthalide 6,7-dimethoxy-", "nsc35547", "6,7-dimethoxy-1,3-dihydro-2-benzofuran-1-one", "209-311-8[einecs]", "6,7-dimethoxy-1,3-dihydroisobenzofuran-1-one", "6,7-dimethoxyphthalide", "6,7-dimethoxy-3-hydroisobenzofuran-1-one", "569-31-3[rn]", "6,7-dimethoxy-1(3h)-isobenzofuranone", "meconinic acid lactone", "meconic lactone", "1(3h)-isobenzofuranone 6,7-dimethoxy-", "6,7-dimethoxy-2-benzofuran-1(3h)-one[acd/iupac name]", "6,7-dimethoxyisobenzofuran-1(3h)-one", "569-31-3", "1 (3h)-isobenzofuranone 6 7-dimethoxy-"}|>, "953" -> <|"DatabaseID" -> "SW00671", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27732"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6005], ExternalIdentifier["ChemSpiderID", 2424]}, "IsomericSmiles" -> "Cn1cnc2c1c(=O)n(c(=O)n2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07603"], ExternalIdentifier["KEGGID", "D00528"]}, "OfficialNames" -> <|"China Approved Name" -> "caffeine", "WHO Essential Medicine" -> "caffeine citrate", "Indian Approved Name" -> "caffeine;caffeine citrate", "Traditional Herbal Isolate" -> "caffeine", "FDA Approved Drug" -> "CAFFEINE CITRATE"|>, "PharmGKBID" -> "PA448710", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6241], ExternalIdentifier["PubChemCompoundID", 2519]}, "Synonyms" -> {"caffeine", "caffeine citrate", "citrated caffein", "anhydrous caffeine", "caffeina citrate", "alert-pep", "thein", "1", "mateina", "caffeine citrate (1:1)", "cafeina", "7-methyltheophylline", "shape plus", "kofein[czech]", "69-22-7", "tri-aqua", "8003-10-9[rn]", "200-362-1[einecs]", "caffein", "3,7-dihydro-1,3,7-trimethyl-1h-purine-2,6-dione", "nodaca", "dhcplus", "5-26-13-00558[beilstein]", "no-doz", "ag-g-69156", "cafcit[wiki]", "coffeinum n", "methylxanthine theophylline", "synalgos", "guaranine[wiki]", "58-08-2[rn]", "1-methyl-theobromine", "caffeine[wiki][ban][jan]", "methyltheobromine", "caffeine citrated[usan]", "xanthine 1,3,7-trimethyl", "1h-purine-2,6-dione 3,7-dihydro-1,3,7-trimethyl- 2-hydroxy-1,2,3-propanetricarboxylate (1:1) (salt)", "coffeine[wiki]", "phensal", "quick-pep", "trimethylxanthine", "coffein[german]", "2406-91-9[rn]", "69-22-7[rn]", "1,3,7-trimethyl-1h-purine-2,6(3h,7h)-dione", "durvitan", "percoffedrinol n", "koffein", "synalgos-dc", "caffeina[italian]", "cafcit", "1,3,7-trimethylxanthine", "caffeine citrate (1:1)", "1,3,7-trimethyl-3,7-dihydro-1h-purine-2,6-dione 2-hydroxypropane-1,2,3-tricarboxylate (1:1)", "caffine", "vanquish[wiki]", "dimenhydrinate imp. c (ep)", "17705[beilstein]", "3,7-dihydro-1,3,7-trimethyl-1h-purine (9ci)", "lanorinal", "anacin[wiki]", "citric acid compd. with caffeine (1:1)", "dexitac", "cafecon", "cafergot[wiki]", "1h-purine-2,6-dione 3,7-dihydro-1,3,7-trimethyl-", "d002110", "caffeine citrated", "caffenium", "1,3,7-trimethyl-2,6-dioxo-1,2,3,6-tetrahydropurine", "1,3,7-trimethyl-2,3,6,7-tetrahydro-1h-purine-2,6-dione", "coffeinum purrum", "wigraine", "caffein[wiki]", "3,7-dihydro-1,3,7-trimethyl-1h-purine", "cafipel", "koffein[german]", "nix nap", "teina", "3,7-dihydro-1,3,7-trimethyl-1h-purin-2,6-dion", "no doz", "caffedrine", "1,3,7-trimethyl-3,7-dihydro-purine-2,6-dione", "theophylline imp. a (ep)", "vivarin[wiki]", "refresh'n", "caffeine (citrated)", "cafamil", "1,3,7-trimethyl-3,7-dihydro-1h-purine-2,6-dione[acd/iupac name]", "theobromine 1-methyl-", "guaranine", "1-methyltheobromine", "1,3,7-trimethyl-2,6-dioxopurine", "dasin", "theophylline 7-methyl", "stim", "norgesic", "1,3,7-trimethylpurine-2,6-dione", "1,3,7-trimethyl-3,7-dihydro-1h-purin-2,6-dion", "hycomine[wiki]", "citric acid", "1,3,7-trimethyl-1,3,7-trihydropurine-2,6-dione", "pentoxifylline imp. f (ep)", "methyltheobromine[wiki]", "theine[wiki]", "midol maximum strength", "organex", "coffeinum", "methyltheobromide", "cafeine", "7-methyl theophylline", "eldiatric c", "tirend"}|>, "954" -> <|"DatabaseID" -> "SW00672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88979]}, "IsomericSmiles" -> "CC(Cc1ccc2c(c1)OCO2)N[O-]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "N-hydroxy-34-methylenedioxyamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98528]}, "Synonyms" -> {"n-hydroxy mda", "n-hydroxy methylenedioxyamphetamine", "n-oh-mda", "akos006283222", "1-(1,3-benzodioxol-5-yl)-n-hydroxypropan-2-amine", "dea no. 7402", "-n-hydroxy-34-methylenedioxyamphe&", "ac1l408g", "ncgc00247701-01", "chembl127313", "n-hydroxy-1-(3,4-methylenedioxyphenyl)-2-aminopropane", "n-hydroxy-alpha-methyl-1", "n-(2-benzo[1,3]dioxol-5-yl-1-methyl-ethyl)-hydroxylamine", "114562-59-3[rn]", "74698-47-8[rn]", "n-hydroxy-3,4-methylenedioxyamphetamine", "n-hydroxy-3"}|>, "955" -> <|"DatabaseID" -> "SW00672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88979]}, "IsomericSmiles" -> "CC(Cc1ccc2c(c1)OCO2)N[O-]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "N-hydroxy-34-methylenedioxyamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98528]}, "Synonyms" -> {"n-hydroxy mda", "n-hydroxy methylenedioxyamphetamine", "n-oh-mda", "akos006283222", "1-(1,3-benzodioxol-5-yl)-n-hydroxypropan-2-amine", "dea no. 7402", "-n-hydroxy-34-methylenedioxyamphe&", "ac1l408g", "ncgc00247701-01", "chembl127313", "n-hydroxy-1-(3,4-methylenedioxyphenyl)-2-aminopropane", "n-hydroxy-alpha-methyl-1", "n-(2-benzo[1,3]dioxol-5-yl-1-methyl-ethyl)-hydroxylamine", "114562-59-3[rn]", "74698-47-8[rn]", "n-hydroxy-3,4-methylenedioxyamphetamine", "n-hydroxy-3"}|>, "956" -> <|"DatabaseID" -> "SW00673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6916]}, "IsomericSmiles" -> "CCCCOC(=O)c1ccc(cc1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01420"]}, "OfficialNames" -> <|"NPC Approved Name" -> "butyl-p-hydroxybenzoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7184]}, "Synonyms" -> {"butylparaben", "n-butyl p-hydroxybenzoate", "butyl parahydroxybenzoate", "butyl p-hydroxybenzoate", "butyl parasept", "butyl chemosept", "butoben", "nipabutyl", "butyl paraben", "p-hydroxy butyl benzoate", "butyl-4-hydroxybenzoat", "butyl 4-hydroxybenzoate; butyl p-hydroxybenzoate", "p-hydroxybenzoic acid n-butyl ester", "p-hydroxybenzoic acid butyl ester", "butyl par,asept", "ethyl parahydroxybenzoate imp. d (ep)", "n-butyl 4-hydroxybenzoate", "4-(butoxycarbonyl)phenol", "butyl parahydroxybenzoate (tn)", "tegosept butyl.", "solbrol b", "butylparaben[wiki][nf]", "spf", "4-hydroxybenzoic acid butyl ester", "benzoic acid p-hydroxy- butyl ester", "butyl parahydroxybenzoate[jp15]", "tegosept butyl", "94-26-8", "202-318-7[einecs]", "94-26-8[rn]", "propyl parahydroxybenzoate imp. d (ep)", "butyl 4-hydroxybenzoate", "n-butyl-p-hydroxybenzoate", "mekkings b", "4-hydroxybenzoic acid butyl ester", "butyl 4-hydroxybenzoate [for biochemical research]", "1103741", "butyl-p-hydroxybenzoate", "preserval b", "butylparaben (tn)", "butyl-4-hydroxybenzoate", "benzoic acid 4-hydroxy- butyl ester", "n-butyl parahydroxybenzoate", "4-hydroxybenzoic acid n-butyl ester", "p-hydroxybenzoic butyl ester", "butyl tegosept", "butyl 4-hydroxybenzoate[acd/iupac name]", "butyl-parasept", "4-hydroxybenzoate de butyle[french]", "tegosept b", "c038091", "aseptoform butyl", "p-hydroxybenzoic acid butyl ester", "butilparabeno[portuguese]", "methyl parahydroxybenzoate imp. d (ep)", "4-10-00-00375 (beilstein handbook reference)[beilstein]", "butyl butex"}|>, "957" -> <|"DatabaseID" -> "SW00674", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "40753"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10278]}, "IsomericSmiles" -> "c1ccc2c(c1)cc3ccccc3c2O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anthranol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10731]}, "Synonyms" -> {"anthranol", "9-anthranol", "anf", "9-anthracenol", "anthracen-9-ol", "9-hydroxyanthracene", "9-anthrol[acd/iupac name]", "anthracene 9-hydroxy-", "1-anthranol", "529-86-2[rn]", "2bjm", "9-anthryl alcohol", "529-86-2", "1869416[beilstein]", "9-anthrol", "9-anthrol (8ci)", "9-anthracenol (9ci)", "anthracene"}|>, "958" -> <|"DatabaseID" -> "SW00675", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "1391"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01454"]}, "IsomericSmiles" -> "CC(Cc1ccc2c(c1)OCO2)[NH2+]C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "34-methylenedioxymethamphetamine"|>, "PharmGKBID" -> "PA131887008", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1615]}, "Synonyms" -> {"mdma", "ecstasy", "(rs)-3", "dea no. 7405", "n-methyl-3", "norepinephrine transporter", "methylenedioxymethamphetamine", "3", "3,4-methylenedioxymethamphetamine", "chebi:1391", "mdma (unspecified)", "net", "dl-(3"}|>, "959" -> <|"DatabaseID" -> "SW00675", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "1391"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01454"]}, "IsomericSmiles" -> "CC(Cc1ccc2c(c1)OCO2)[NH2+]C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "34-methylenedioxymethamphetamine"|>, "PharmGKBID" -> "PA131887008", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1615]}, "Synonyms" -> {"mdma", "ecstasy", "(rs)-3", "dea no. 7405", "n-methyl-3", "norepinephrine transporter", "methylenedioxymethamphetamine", "3", "3,4-methylenedioxymethamphetamine", "chebi:1391", "mdma (unspecified)", "net", "dl-(3"}|>, "960" -> <|"DatabaseID" -> "SW00676", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 42492]}, "IsomericSmiles" -> "CC1c2cc(c(cc2CC[NH2+]1)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "salsoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46695]}, "Synonyms" -> {"7-methoxy-1-methyl-1", "salsoline", "7-methoxy-1-methyl-1,2,3,4-tetrahydroisoquinoline-6-ol", "salosonine hydrochloride", "89-31-6[rn]", "(+,-)-salsoline", "76419-97-1", "salsoline (-)", "101467-40-7", "st023754", "101467-40-7[rn]", "76419-97-1[rn]", "7-methoxy-1-methyl-1,2,3,4-tetrahydro-isoquinolin-", "881-26-5[rn]", "6-hydroxy-7-methoxy-1-methyl-1,2,3,4-tetrahydroisoquinoline", "tos-bb-0713", "salsoline hydrochloride", "201-897-3[einecs]", "64047-43-4[rn]", "(+", "7-methoxy-1-methyl-1,2,3,4-tetrahydroisoquinolin-6-ol", "1,2,3,4-tetrahydro-7-methoxy-1-methyl-6-isoquinolinol", "spectrum_001463", "89-31-6", "6-isoquinolinol 1,2,3,4-tetrahydro-7-methoxy-1-methyl-", "6-ol", "7-methoxy-1-methyl-1,2,3,4-tetrahydro-isoquinolin-6-ol", "7-methoxy-1-methyl-1,2,3,4-tetrahydro-6-isoquinolinol[acd/iupac name]"}|>, "961" -> <|"DatabaseID" -> "SW00676", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 42492]}, "IsomericSmiles" -> "CC1c2cc(c(cc2CC[NH2+]1)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "salsoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46695]}, "Synonyms" -> {"7-methoxy-1-methyl-1", "salsoline", "7-methoxy-1-methyl-1,2,3,4-tetrahydroisoquinoline-6-ol", "salosonine hydrochloride", "89-31-6[rn]", "(+,-)-salsoline", "76419-97-1", "salsoline (-)", "101467-40-7", "st023754", "101467-40-7[rn]", "76419-97-1[rn]", "7-methoxy-1-methyl-1,2,3,4-tetrahydro-isoquinolin-", "881-26-5[rn]", "6-hydroxy-7-methoxy-1-methyl-1,2,3,4-tetrahydroisoquinoline", "tos-bb-0713", "salsoline hydrochloride", "201-897-3[einecs]", "64047-43-4[rn]", "(+", "7-methoxy-1-methyl-1,2,3,4-tetrahydroisoquinolin-6-ol", "1,2,3,4-tetrahydro-7-methoxy-1-methyl-6-isoquinolinol", "spectrum_001463", "89-31-6", "6-isoquinolinol 1,2,3,4-tetrahydro-7-methoxy-1-methyl-", "6-ol", "7-methoxy-1-methyl-1,2,3,4-tetrahydro-isoquinolin-6-ol", "7-methoxy-1-methyl-1,2,3,4-tetrahydro-6-isoquinolinol[acd/iupac name]"}|>, "962" -> <|"DatabaseID" -> "SW00677", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 246770]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2C1)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl-corypalline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 280225]}, "Synonyms" -> {"corypalline", "ag-j-17574", "ac1l5rwr", "450-14-6[rn]", "nsc-131674", "ap-123/40765222", "6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-ol", "nsc131674", "ac1q79qu", "ar-1h2003", "chembl593001", "6-methoxy-2-methyl-1", "7-isoquinolinol 1,2,3,4-tetrahydro-6-methoxy-2-methyl-"}|>, "963" -> <|"DatabaseID" -> "SW00677", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 246770]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2C1)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl-corypalline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 280225]}, "Synonyms" -> {"corypalline", "ag-j-17574", "ac1l5rwr", "450-14-6[rn]", "nsc-131674", "ap-123/40765222", "6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-ol", "nsc131674", "ac1q79qu", "ar-1h2003", "chembl593001", "6-methoxy-2-methyl-1", "7-isoquinolinol 1,2,3,4-tetrahydro-6-methoxy-2-methyl-"}|>, "964" -> <|"DatabaseID" -> "SW00678", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341004]}, "IsomericSmiles" -> "CCCC[C@H]1[C@@H]2CCCC=C2C(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neocnidilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083857]}, "Synonyms" -> {"neocnidilide", "(3s", "1(3h)-isobenzofuranone 3-butyl-3a,4,5,6-tetrahydro-,cis-(-)-", "c17002", "4567-33-3", "4567-33-3[rn]", "1(3h)-isobenzofuranone", "123049-49-0", "ac1mj1f9"}|>, "965" -> <|"DatabaseID" -> "SW00679", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141211]}, "IsomericSmiles" -> "CCCC[C@H]1[C@H]2CCC=C[C@H]2C(=O)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cnidilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160710]}, "Synonyms" -> {"cnidilide", "kst-1a0287", "ag-j-30170", "kst-1a0288", "3674-03-1[rn]", "ar-1a4563", "(3s", "ac1q6h2p", "3674-03-1", "3-butyl-3a,4,5,7a-tetrahydro-1(3h)-isobenzofuranone", "ar-1a4564", "ac1l4o3x"}|>, "966" -> <|"DatabaseID" -> "SW00680", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "33198"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2339828], ExternalIdentifier["ChemSpiderID", 76397], ExternalIdentifier["ChemSpiderID", 8932], ExternalIdentifier["ChemSpiderID", 391659], ExternalIdentifier["ChemSpiderID", 19953133]}, "IsomericSmiles" -> "C([C@H]([C@H]([C@@H]([C@H](C(=O)[O-])O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05859"], ExternalIdentifier["KEGGID", "D05862"], ExternalIdentifier["KEGGID", "D00935"], ExternalIdentifier["KEGGID", "D02390"], ExternalIdentifier["KEGGID", "D02394"]}, "OfficialNames" -> <|"China Approved Name" -> "zinc gluconate;ferrous gluconate;calcium gluconate;Calcium Gluconate", "WHO Essential Medicine" -> "calcium gluconate", "Indian Approved Name" -> "calcium gluconate;ferrous gluconate;zinc gluconate", "FDA Approved Drug" -> "SODIUM FERRIC GLUCONATE COMPLEX;SODIUM GLUCONATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23693558], ExternalIdentifier["PubChemCompoundID", 23672301], ExternalIdentifier["PubChemCompoundID", 9290], ExternalIdentifier["PubChemCompoundID", 443445], ExternalIdentifier["PubChemCompoundID", 198008]}, "Synonyms" -> {"calcium gluconate", "calciofon", "calcipur", "ebucin", "calcicol", "glucobiogen", "calglucol", "calglucon", "glucal", "dragocal", "d-gluconic acid", "18016-24-5[rn]", "calcium gluconate [usan:jan][jan][usan]", "3414-35-5[rn]", "calcium hexagluconate", "calcicol (tn)", "gluconic acid calcium salt", "d-gluconic acid calcium salt (2:1)", "kalpren", "calcium d-gluconate monohydrate", "d-gluconic acid calcium salt", "calciumgluconate", "calciumbis[(2r,3s,4r,5r)-2,3,4,5,6-pentahydroxyhexanoat]", "299-28-5[rn]", "calcium bis(d-gluconate)", "gluconate de calcium[french]", "calcet", "gluconic acid zinc salt", "gluconic acid calcium salt d-", "calcium bis[(2r,3s,4r,5r)-2,3,4,5,6-pentahydroxyhexanoate] (non-preferred name)", "calcium gluconate monohydrate", "calcium di(d-gluconate)[acd/iupac name]", "gluconato di calcio[italian]", "calcium bis[(2r,3s,4r,5r)-2,3,4,5,6-pentahydroxyhexanoate]", "novocal", "calcium d-gluconate", "206-075-8[einecs]", "gluconic acid calcium salt (2:1) d-", "bis[(2r,3s,4r,5r)-2,3,4,5,6-pentahydroxyhexanoate] decalcium", "sodium gluconate", "sodium ferric gluconate complex", "ferrlecit", "18829-42-0[rn]", "iron(2+); (2r", "enterued (tn)", "ferrous gluconate[usp]", "zinc bis(d-gluconato-ko1,ko2)-", "299-29-6[rn]", "22830-45-1[rn]", "iron(ii) gluconate[wiki]", "sodium ferric gluconate", "ccris 7332", "ab1009332", "526-95-4 (parent)", "enterued", "206-076-3[einecs]", "4468-02-4[rn]", "299-29-6 (18829-42-0)", "akos015951235", "zinc bis[(2r,3s,4r,5r)-2,3,4,5,6-pentahydroxyhexanoate] (non-preferred name)", "ac1l9eo2", "zinc di(d-gluconate)", "zinc (2r", "zinc(ii) gluconate", "zinc gluconate hydrate", "224-736-9[einecs]", "iron(2+)bis[(2r,3s,4r,5r)-2,3,4,5,6-pentahydroxyhexanoate] (non-preferred name)", "gluconic acid", "d-gluconic acid sodium salt", "gluconic acid sodium salt", "4468/2/4", "d-gluconic acid iron(2+) salt (2:1)", "zinc(ii) gluconate hydrate", "d-gluconate sodium salt", "zinc gluconate[usp]", "6047-12-7", "ferrous gluconate", "zinc gluconate (usp)", "4468-02-4", "ac1l54g5", "ac1l9qnm", "iron gluconate", "d-gluconic acid zinc salt (2:1)", "ferrous gluconate (usp)", "2/4/4468", "zinc gluconate", "ferrous gluconate dihydrate", "ferrousgluconate", "gluconic acid zinc(ii) salt", "iron(2+) di(d-gluconate)", "12/7/6047", "ferrlecit (tn)", "527-07-1", "gluconic acid sodium salt", "natrium-(2r,3s,4r,5r)-2,3,4,5,6-pentahydroxyhexanoat", "2,3,4,5,6-pentahydroxycaproic acid sodium salt", "gluconic aci iron(3+) sodium salt d-", "d-gluconic acid monosodium salt", "7/1/527", "sodium d-gluconate[acd/iupac name]", "(2r,3s,4r,5r)-2,3,4,5,6-pentahydroxyhexanoate de sodium", "sodiumgluconate", "sodium ferric gluconate complex (usan)", "d-gluconic acid monosodium salt", "d-gluconic acid iron(3+) sodium salt", "16916-78-2[rn]", "monosodium gluconate", "527-07-1[rn]", "sodium d-gluconate", "sodium (2r,3s,4r,5r)-2,3,4,5,6-pentahydroxyhexanoate", "d-gluconic acid sodium salt", "33135-40-9[rn]", "sodium (2r,3s,4r,5r)-2,3,4,5,6-pentahydroxyhexanoate (non-preferred name)", "238-976-7[einecs]", "d-gluconic acid sodium salt (1:1)", "208-407-7[einecs]", "14906-97-9[rn]", "gluconic acid monosodium salt d-", "monosodium d-gluconate", "gluconic aci", "sodium ferric gluconate complex[usan]", "glonsen", "sodium ferric gluconate complex [usan]", "34089-81-1", "sodium gluconate usp", "2,3,4,5,6-pentahydroxycaproic acid sodium salt; sodiumd-gluconate", "3919651", "34089-81-1[rn]", "ncgc00164076-01", "unii-cc9149u2qx"}|>, "967" -> <|"DatabaseID" -> "SW00681", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6912"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390103]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00765"]}, "IsomericSmiles" -> "C[C@](Cc1ccc(cc1)O)(C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00762"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METYROSINE"|>, "PharmGKBID" -> "PA450487", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441350]}, "Synonyms" -> {"demser", "methyltyrosine", "metyrosine", "metirosine", "metirosina", "metirosinum", "(s)-alpha-methyltyrosine", "metirosina; metirosine; metirosinum", "tyrosine 3-hydroxylase", "th", "a-methyl-l-tyrosine", "l-588357-0", "alpha-methyl-l-tyrosine", "658-48-1", "l-ampt", "l-tyrosine a-methyl-", "l-alpha-methyl-p-tyrosine", "658-48-0[rn]", "672-87-7[rn]", "ec 1.14.16.2", "demser (tn)", "9005-80-5[rn]", "l-2-methyl-3-(4-hydroxyphenyl)alanine", "mk-781", "a-methyl-3-(p-hydroxyphenyl)alanine", "alpha-methyl-l-p-tyrosine", "a-methyl-p-tyrosine", "a-mpt", "(-)-(s)-2-amino-3-(4-hydroxyphenyl)-2-methylpropionsaeure", "metyrosine[usp]", "(2s)-2-amino-3-(4-hydroxyphenyl)-2-methylpropanoic acid", "metirosine[wiki]", "l-2-methyl-3-(4-hydroxy phenyl)alanine", "l 588357-0", "211-599-5[einecs]", "l-2-methyl-3-(4-hydroxy- phenyl)alanine", "l-a-mt"}|>, "968" -> <|"DatabaseID" -> "SW00682", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 87747]}, "IsomericSmiles" -> "Cc1cc(=O)nc([nH]1)N2CCOCC2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "2-methyl-3-morpholino-1"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 97218]}, "Synonyms" -> {"6-methyl-2-(morpholin-4-yl)pyrimidin-4-ol", "6-methyl-2-(4-morpholinyl)-4-pyrimidinol", "6-methyl-2-morpholino-4-pyrimidinol", "6-methyl-2-(morpholin-4-yl)pyrimidin-4(3h)-one", "6-methyl-2-morpholinopyrimidin-4-ol", "6-methyl-2-morpholin-4-yl-pyrimidin-4-ol", "19810-74-3[rn]", "1h-pyrimidin-4-one 6-methyl-2-morpholin-4-yl-", "6-methyl-2-(morpholin-4-yl)pyrimidin-4(1h)-one", "5340-56-7[rn]", "4(1h)-pyrimidinone", "4-pyrimidinol", "19810-74-3", "nsc 106583", "4-pyrimidinol 6-methyl-2-morpholino-", "4 (1h)-pyrimidinone 6-methyl-2-(4-morpholinyl)-", "6-methyl-2-morpholin-4-ylhydropyrimidin-4-one", "4(1h)-pyrimidinone 6-methyl-2-(4-morpholinyl)- (9ci)", "4(1h)-pyrimidinone 6-methyl-2-(4-morpholinyl)-", "brn 0523275", "6-methyl-2-morpholin-4-yl-3h-pyrimidin-4-one", "6-methyl-2-morpholin-4-ylpyrimidin-4-ol", "4-pyrimidinol 6-methyl-2-(4-morpholinyl)-"}|>, "969" -> <|"DatabaseID" -> "SW00683", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8322], ExternalIdentifier["ChemSpiderID", 22568]}, "IsomericSmiles" -> "c1ccc2c(c1)c(c3ccccc3[nH+]2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02905"], ExternalIdentifier["KEGGID", "D02759"]}, "OfficialNames" -> <|"Indian Approved Name" -> "aminacrine hcl", "NPC Approved Name" -> "acrisorcinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8643], ExternalIdentifier["PubChemCompoundID", 24144]}, "Synonyms" -> {"monacrin", "akrinol", "bis(9-aminoacridinium)salz des hexylresorcine", "acridin-9-amine hydrochloride", "acrisorcin", "9-aminoacridine hydrochloride", "aminoakridin", "acramine yellow", "aminacrine hydrochloride", "aminoacridine hydrochloride", "9-aminoacridine compd. with 4-hexylresorcinol (1:1)", "9-aminoacridinium chloride", "4-hexyl-1,3-benzenediol compd with 9-acridinamine (1:1)", "quench", "akrinol (tn)", "9-acridinamine[acd/iupac name]", "sch-7056", "9-acridinamine monohydrochloride", "acridine 9-amino- monohydrochloride", "acrisorcin [usan:inn][inn][usan]", "acrisorcina[spanish][inn]", "acridin-9-aminium chloride", "7527-91-5", "7527-91-5[rn]", "acridine-9-ylamine chloride", "4-hexylresorcinol compound with 9-aminoacridine (1:1)", "9-acridinamine hydrochloride (1:1)", "einecs 231-389-7", "231-389-7[einecs]", "9-aminoacridine hydrochloride monohydrate", "205-145-5[einecs]", "monacrin hydrochloride", "4-hexylbenzene-1,3-diol - acridin-9-amine (1:1)", "monacrin (tn)", "acridin-9-amine hydrochloride (1:1)", "9-aminoacridine hydrochloride hydrate; >98%", "9-acridinamine monohydrochloride", "acrisorcina [inn-spanish]", "acrisorcin[wiki][usan]", "52417-22-8[rn]", "acridine 9-amino- hydrochloride", "9-acridinamine hydrochloride (1:1)[acd/iupac name]", "acrisorcinum[latin]", "aminacrine hydrochloride[usan]", "acrisorcinum [inn-latin]", "quench[wiki]", "1,3-benzenediol 4-hexyl- compd. with 9-acridinamine (1:1)", "sch 7056", "acridine 9-amino- monohydrochloride (8ci)", "9-acridamine monohydrochloride monohydrate", "9-aminoacridine monohydrochloride", "mycosert", "5-aminoacridine hydrochloride", "9-aminoacridine compd with 4-hexylresorcinol", "bis(9-aminoacridinium 4-hexyl-1", "134-50-9[rn]"}|>, "970" -> <|"DatabaseID" -> "SW00684", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "62621"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59637], ExternalIdentifier["ChemSpiderID", 94765]}, "IsomericSmiles" -> "C[Se]CC[C@@H](C(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "(s)-2-amino-4-(methylselenyl-(sup 75)se)butyric acid", "Indian Approved Name" -> "selenomethionine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66254]}, "Synonyms" -> {"butanoic acid 2-amino-4-(methylseleno)- (2s)-", "selenium-l-methionine", "l-selenomethionine", "butyric acid 2-amino-4-(methylselenyl)- l-", "(s)-2-amino-4-(methylseleno)butyric acid", "(2s)-2-amino-4-(methylseleno)butanoic acid", "(2s)-2-amino-4-(methylselanyl)butanoic acid[acd/iupac name]", "seleno-l-methionine", "l-selenomethioninum", "l-(+)-selenomethionine", "butanoic acid 2-amino-4-(methylseleno)- (s)-", "l-selenomethionine zwitterion", "methionine seleno-", "(s)-2-amino-4-(methylseleno)butanoic acid", "(2s)-2-ammonio-4-(methylselanyl)butanoate", "(2s)-2-azaniumyl-4-(methylselanyl)butanoate", "selenomethionine[wiki]", "1464-42-2[rn]", "3211-76-5[rn]", "mse"}|>, "971" -> <|"DatabaseID" -> "SW00685", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5140855]}, "IsomericSmiles" -> "C[C@]12C3CCC([C@]1(C(=O)OC2=O)C)O3", "OfficialNames" -> <|"NPC Approved Name" -> "cantharidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6708701]}, "Synonyms" -> {"cantharidin[wiki]", "specplus_000537", "cantharidine", "(2r,6s)-2,6-dimethyl-4,10-dioxatricyclo[5.2.1.02,6]decane-3,5-dione", "ncgc00016247-01", "(2r,6s)-2,6-dimethyl-4,10-dioxatricyclo[5.2.1.02,6]decan-3,5-dion", "4,7-epoxyisobenzofuran-1,3-dione hexahydro-3a,7a-dimethyl- (3ar,7as)-", "cantharidin", "(3ar,7as)-3a,7a-dimethylhexahydro-4,7-epoxy-2-benzofuran-1,3-dione", "(2s,6r)-2,6-dimethyl-4,10-dioxa-tricyclo[5.2.1.0*2,6*]decane-3,5-dione", "cas-56-25-7", "cantharides camphor", "prestwick0_000885", "7a-dimethylhexahydro-3a,4,7-epoxyisobenzofuran", "exo-1,2-cis-dimethyl-3,6-epoxyhexahydrophthalic anhydride", "200-263-3[einecs]", "spanish fly[spanish]", "3a,7a-dimethylhexahydro-4,7-epoxyisobenzofuran-1,3-dione", "56-25-7[rn]", "prestwick2_000885", "56-25-7", "prestwick1_000885", "7a-dimethylhexahydro-3a", "spectrum_001114", "hexahydro-3a,7a-dimethyl-4,7-epoxyisobenzofuran-1,3-dione"}|>, "972" -> <|"DatabaseID" -> "SW00685", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5140855]}, "IsomericSmiles" -> "C[C@]12C3CCC([C@]1(C(=O)OC2=O)C)O3", "OfficialNames" -> <|"NPC Approved Name" -> "cantharidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6708701]}, "Synonyms" -> {"cantharidin[wiki]", "specplus_000537", "cantharidine", "(2r,6s)-2,6-dimethyl-4,10-dioxatricyclo[5.2.1.02,6]decane-3,5-dione", "ncgc00016247-01", "(2r,6s)-2,6-dimethyl-4,10-dioxatricyclo[5.2.1.02,6]decan-3,5-dion", "4,7-epoxyisobenzofuran-1,3-dione hexahydro-3a,7a-dimethyl- (3ar,7as)-", "cantharidin", "(3ar,7as)-3a,7a-dimethylhexahydro-4,7-epoxy-2-benzofuran-1,3-dione", "(2s,6r)-2,6-dimethyl-4,10-dioxa-tricyclo[5.2.1.0*2,6*]decane-3,5-dione", "cas-56-25-7", "cantharides camphor", "prestwick0_000885", "7a-dimethylhexahydro-3a,4,7-epoxyisobenzofuran", "exo-1,2-cis-dimethyl-3,6-epoxyhexahydrophthalic anhydride", "200-263-3[einecs]", "spanish fly[spanish]", "3a,7a-dimethylhexahydro-4,7-epoxyisobenzofuran-1,3-dione", "56-25-7[rn]", "prestwick2_000885", "56-25-7", "prestwick1_000885", "7a-dimethylhexahydro-3a", "spectrum_001114", "hexahydro-3a,7a-dimethyl-4,7-epoxyisobenzofuran-1,3-dione"}|>, "973" -> <|"DatabaseID" -> "SW00686", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 60021]}, "IsomericSmiles" -> "CC(=O)c1c(cc(cc1OC)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthoxylin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66654]}, "Synonyms" -> {"brevifolin (zanthoxylum)", "xanthoxylin", "xanthoxyline", "phloracetophenone dimethyl ether", "brevifolin (van)", "4',6'-dimethoxy-2'-hydroxyacetophenone", "2'-hydroxy-4'", "2,4-dimethoxy-6-hydroxyacetophenone", "1-(2-hydroxy-4,6-dimethoxyphenyl)ethanone[acd/iupac name]", "acetophenone der.", "90-24-4[rn]", "acetophenone 2'-hydroxy-4',6'-dimethoxy- (8ci)", "2?-hydroxy-4?,6?-dimethoxyacetophenone", "90-24-4", "phloroacetophenone 2,4-dimethyl ether", "2,4-di-o-methylphloroacetophenone", "1-acetyl-2-hydroxy-4,6-dimethoxybenzene", "2", "phloracetophenone 4,6-dimethyl ether", "2-hydroxy-4,6-dimethoxyacetophenone", "201-978-3[einecs]", "2-hydroxy-4", "ethanone", "1285013", "1-(2-hydroxy-4,6-dimethoxyphenyl)ethan-1-one", "acetophenone 2'-hydroxy-4',6'-dimethoxy-", "ethanone 1-(2-hydroxy-4,6-dimethoxyphenyl)-", "brevifolin; 4',6'-dimethoxy-2'-hydroxyacetophenone", "ethanone 1- (2-hydroxy-4 6-dimethoxyphenyl)-", "4 6-dimethoxy-2-hydroxyacetophenone", "2`-hydroxy-4`,6`-dimethoxyacetophenone", "4,6-dimethoxy-2-hydroxyacetophenone", "brevifolin", "2'-hydroxy-4',6'-dimethoxyacetophenone", "2-hydroxy-4 6-dimethoxyacetophenone", "brevifolin(van)"}|>, "974" -> <|"DatabaseID" -> "SW00687", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2313302]}, "IsomericSmiles" -> "CC(C)(C(=O)c1ccc(c(c1)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "2'4'6'-trihydroxypropiophenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3051378]}, "Synonyms" -> {"1-(3", "propiophenone", "2-methyl-2", "67464-98-6", "propiophenone 2-methyl-2,3',4'-trihydroxy-", "brn 2577842", "ac1mhh6g", "ls-125445", "2-methyl-2,3',4'-trihydroxypropiophenone", "67464-98-6[rn]"}|>, "975" -> <|"DatabaseID" -> "SW00688", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "37647"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6753]}, "IsomericSmiles" -> "c1ccc2c(c1)c(=O)c3ccccc3o2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-hydroxy-2,3,4,7-tetramethoxy xanthone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7020]}, "Synonyms" -> {"xanthenone", "9-xanthenone", "9-oxoxanthene", "diphenylene ketone oxide", "xanthen-9-one", "genicide", "benzophenone oxide", "9h-xanthen-9-one", "9-oxo-xanthene", "9h-xanthene 9-oxo-", "e 6", "90-47-1[rn]", "9h-xanthen-9-one[acd/iupac name]", "90-47-1", "9-xanthone", "xanthone[wiki]", "201-997-7[einecs]", "xanthene 9-oxo-", "140443[beilstein]", "xanthone", "9h-xanthen-9-on", "dibenzo-g-pyrone", "genicide benzophenone oxide diphenylene ketone oxide", "492-22-8[rn]", "xanthone (9-xanthenone)"}|>, "976" -> <|"DatabaseID" -> "SW00689", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59732"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8249], ExternalIdentifier["ChemSpiderID", 58479]}, "IsomericSmiles" -> "C[NH2+]C[C@@H]([C@H]([C@@H]([C@@H](CO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01796"]}, "OfficialNames" -> <|"China Approved Name" -> "meglumine antimoniate", "WHO Essential Medicine" -> "meglumine antimoniate", "Indian Approved Name" -> "meglumine", "FDA Approved Drug" -> "MEGLUMINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8567], ExternalIdentifier["PubChemCompoundID", 20056601]}, "Synonyms" -> {"methylglucamin", "n-methyl-d-glucamine", "glucantime[wiki]", "meglumine", "n-methylglucamine", "meglumin", "jsp002040", "133-51-7", "n-methyl glucamine", "166943-39-1[rn]", "1-deoxy-1-methylaminosorbitol", "meglumine antimonate", "megluminum[latin]", "(2r,3r,4r,5s)-6-(methylamino)-1,2,3,4,5-hexanepentol", "d-glucamine n-methyl-", "(2r", "meglumine; d-1-deoxy-1-(methylamino)glucitol", "megluminum [inn_la]", "6284-40-8[rn]", "meglumina[spanish][inn]", "glucitol 1-deoxy-1- (methylamino)- d-", "n-methylglucamine antimoniate", "methylglucamine", "205-108-3[einecs]", "2168-rp", "d-(-)-n-methylglucamine", "glucitol,1-deoxy-1-(methylamino)-,compd. with antimonic acid(1:1) d-", "n-methyl-d(-)-glucamine", "meglumina", "meglumine[wiki][usp][inn][ban][jan][jp15]", "d-glucitol 1-deoxy-1- (methylamino)-", "d-glucitol 1-deoxy-1-(methylamino)-", "megluminum", "1-deoxy-1-(methylamino)glucitol antimonate(v)", "hydroxy(oxo)stibane oxide -1-deoxy-1-(methylamino)-d-glucitol(1:1)", "tl8004284", "d-1-deoxy-1-(methylamino)glucitol", "meglumine antimoniate", "molport-006-110-894", "(2r,3r,4r,5s)-6-(methylamino)hexane-1,2,3,4,5-pentol", "6284-40-8", "n-methylsorbitylamine", "glucantime", "228-506-9[einecs]", "n-methyl-4-nitrophenethylaminehcl", "protostib", "n-methyl glucamine antimonate", "1-deoxy-1-(methylamino)-d-glucitol[acd/iupac name]", "hydroxy(oxo)stibane oxide-1-deoxy-1-(methylamino)-d-glucitol(1:1)", "d-glucitol 1-deoxy-1-(methylamino)- compd.with hydroxyoxostibine oxide (1:1)", "glucitol 1-deoxy-1-(methylamino)- d- (8ci)"}|>, "977" -> <|"DatabaseID" -> "SW00690", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90666]}, "IsomericSmiles" -> "C[C@@]12C[C@H](CC(C1=CC(=O)O2)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "loliolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100332]}, "Synonyms" -> {"loliolide", "loliolide (b712568k091)", "ac1l2ojm", "2(4h)-benzofuranone", "2/6/5989", "zinc01565391", "11028-27-6[rn]", "nsc 289632", "chembl227113", "1", "2(4h)-benzofuranone 5,6,7,7a-tetrahydro-6-hydroxy-4,4,7a-trimethyl- (6s-cis)-", "(6s,7ar)-6-hydroxy-4,4,7a-trimethyl-5,6,7,7a-tetrahydro-1-benzofuran-2(4h)-one[acd/iupac name]", "5989-02-6", "(6s", "2(4h)-benzofuranone 5,6,7,7a-tetrahydro-6-hydroxy-4,4,7a-trimethyl- (6s,7ar)-", "1,3-dihydroxy-3,5,5-trimethylcyclohexylidene-4-aceticacid lactone", "5989-02-6[rn]"}|>, "978" -> <|"DatabaseID" -> "SW00691", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171980]}, "IsomericSmiles" -> "C1CCN(CC1)C(=O)[C@H]2CCC(=O)N2", "KEGGID" -> {ExternalIdentifier["KEGGID", "C13311"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fasoracetam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 198695]}, "Synonyms" -> {"ns 105 (pharmaceutical)", "(r)-1-((5-oxo-2-pyrrolidinyl)carbonyl)piperidine", "n-(5-oxo-d-prolyl)piperidine", "piperidine", "2-pyrrolidinone 5-(1-piperidinylcarbonyl)- (5r)-", "ncgc00182992-01", "fasoracetam [inn]", "110958-19-5", "unii-42o8uf5cjb", "piperidine 1-((5-oxo-2-pyrrolidinyl)carbonyl)- (r)-", "(5r)-5-(piperidin-1-ylcarbonyl)pyrrolidin-2-one", "surecn194770", "fasoracetam[wiki][inn]", "fasoracetam", "110958-19-5[rn]"}|>, "979" -> <|"DatabaseID" -> "SW00692", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56526]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01465"]}, "IsomericSmiles" -> "CC(Cc1cc(ccc1OC)OC)[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "25-dimethoxyamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62787]}, "Synonyms" -> {"2", "1-(2", "2,5-dimethoxyamphetamine", "dimethoxyamphetamine 2,5-", "dimethoxyamphetamine", "1-(2,5-dimethoxyphenyl)propan-2-amine", "einecs 220-540-2", "13641-74-2[rn]", "220-540-2[einecs]", "2-(2,5-dimethoxy-phenyl)-1-methyl-ethylamine", "dea no. 7396", "24973-25-9[rn]", "amphetamine 2,5-dimethoxy-", "u-10,648", "2-(2-aminopropyl)hydroquinone dimethyl ether", "2-(2,5-dimethoxy-phenyl)-1-methyl-ethylamine(2,5-dma)", "1-(2,5-dimethoxyphenyl)-2-aminopropane", "16094-57-8[rn]", "2801-68-5[rn]"}|>, "980" -> <|"DatabaseID" -> "SW00692", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56526]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01465"]}, "IsomericSmiles" -> "CC(Cc1cc(ccc1OC)OC)[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "25-dimethoxyamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62787]}, "Synonyms" -> {"2", "1-(2", "2,5-dimethoxyamphetamine", "dimethoxyamphetamine 2,5-", "dimethoxyamphetamine", "1-(2,5-dimethoxyphenyl)propan-2-amine", "einecs 220-540-2", "13641-74-2[rn]", "220-540-2[einecs]", "2-(2,5-dimethoxy-phenyl)-1-methyl-ethylamine", "dea no. 7396", "24973-25-9[rn]", "amphetamine 2,5-dimethoxy-", "u-10,648", "2-(2-aminopropyl)hydroquinone dimethyl ether", "2-(2,5-dimethoxy-phenyl)-1-methyl-ethylamine(2,5-dma)", "1-(2,5-dimethoxyphenyl)-2-aminopropane", "16094-57-8[rn]", "2801-68-5[rn]"}|>, "981" -> <|"DatabaseID" -> "SW00693", "IsomericSmiles" -> "CC(=O)O[C@H]1CC2CCC1(C2(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09740"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bornyl acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443131]}, "Synonyms" -> {"bicyclo[2.2.1]heptan-2-ol", "ac1l9e2t", "(1r", "lmpr0102120020", "c11338", "isobornyl acetate", "bornyl acetate (usan)", "bornyl acetate", "d09740", "[(3s)-4"}|>, "982" -> <|"DatabaseID" -> "SW00694", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13850082]}, "IsomericSmiles" -> "CC(=CCCC(C)(C=C)OC(=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linalylacetate;linalyl acetate"|>, "Synonyms" -> {"bergamol", "licareol acetate", "linalool acetate", "linalylacetate", "acetic acid linalylester", "115-95-7[rn]", "254-806-4[einecs]", "257-347-8[einecs]", "jsp001150", "3,7-dimethylocta-1,6-dien-3-yl acetate", "3,7-dimethyl-1,6-octadien-3-ol acetate", "1,5-dimethyl-1-vinyl-4-hexenyl acetate", "linalyl acetate[wiki]", "1,6-octadien-3-ol 3,7-dimethyl- acetate", "1,5-dimethyl-1-ethenylhex-4-enyl acetate", "3,7-dimethyl-1,6-octadien-3-ylacetat", "3,7-dimethyl-1,6-octadien-3-yl acetate", "acetic acid linalyl ester", "1,5-dimethyl-1-vinylhex-4-en-1-yl acetate", "bergamot mint oil", "linalyl acetate", "lynalyl acetate", "acetic acid linalool ester", "bergamiol", "linalol acetate", "115-95-7"}|>, "983" -> <|"DatabaseID" -> "SW00694", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13850082]}, "IsomericSmiles" -> "CC(=CCCC(C)(C=C)OC(=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linalylacetate;linalyl acetate"|>, "Synonyms" -> {"bergamol", "licareol acetate", "linalool acetate", "linalylacetate", "acetic acid linalylester", "115-95-7[rn]", "254-806-4[einecs]", "257-347-8[einecs]", "jsp001150", "3,7-dimethylocta-1,6-dien-3-yl acetate", "3,7-dimethyl-1,6-octadien-3-ol acetate", "1,5-dimethyl-1-vinyl-4-hexenyl acetate", "linalyl acetate[wiki]", "1,6-octadien-3-ol 3,7-dimethyl- acetate", "1,5-dimethyl-1-ethenylhex-4-enyl acetate", "3,7-dimethyl-1,6-octadien-3-ylacetat", "3,7-dimethyl-1,6-octadien-3-yl acetate", "acetic acid linalyl ester", "1,5-dimethyl-1-vinylhex-4-en-1-yl acetate", "bergamot mint oil", "linalyl acetate", "lynalyl acetate", "acetic acid linalool ester", "bergamiol", "linalol acetate", "115-95-7"}|>, "984" -> <|"DatabaseID" -> "SW00695", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29063"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01055"]}, "IsomericSmiles" -> "c1cn(cc(c1=O)[O-])C[C@@H](C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mimosine;leucaenine;minosine"|>, "PharmGKBID" -> "PA164752445", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 440473]}, "Synonyms" -> {"l-mimosine", "leucenine", "leucaenol", "leucaenine", "mimosin", "leucenol", "l-mimosine from koa hoale seeds", "tumor rejection antigen ab", "ec 1.14.18.1", "monophenol monooxygenase", "minosine", "mimosine", "lb24-ab", "500-44-7", "chebi:29063", "sk29-ab", "tyrosinase precursor", "(2s)-2-amino-3-[3-hydroxy-4-oxo-1(4h)-pyridyl]propanoic acid", "(s)-2-amino-3-(3-hydroxy-4-oxo-4h-pyridin-1-yl)propanoate", "500-44-7[rn]", "(2s)-2-amino-3-(3-hydroxy-4-oxopyridin-1(4h)-yl)propanoic acid", "m-7300", "mimosine[wiki]"}|>, "985" -> <|"DatabaseID" -> "SW00696", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15765"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5824]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01235"]}, "IsomericSmiles" -> "c1cc(c(cc1C[C@@H](C(=O)[O-])[NH3+])O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00059"]}, "OfficialNames" -> <|"Indian Approved Name" -> "levodopa", "Traditional Herbal Isolate" -> "l-camphen;l-curcamene;l-phellandrine;l-sesamen", "Australia Approved Name" -> "LEVODOPA", "China Approved Name" -> "levodopa", "WHO Essential Medicine" -> "levodopa", "FDA Approved Drug" -> "LEVODOPA"|>, "PharmGKBID" -> "PA450213", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6047]}, "Synonyms" -> {"dopar", "levodopa", "dopalina", "l-dopa", "larodopa", "levopa", "dopaidan", "cidandopa", "deadopa", "dopal-fher", "ledopa", "eldopal", "eldopatec", "eurodopa", "syndopa", "eldopar", "levedopa", "insulamina", "bendopa", "laradopa", "dopaflex", "doparl", "veldopa", "3,4-dihydroxyphenylalanine", "maipedopa", "weldopa", "prodopa", "dopal", "brocadopa", "dopastral", "doprin", "dopasol", "helfo-dopa", "doparkine", "pardopa", "dopaston", "parda", "levadopa", "88250-23-1[rn]", "dopastone", "l-3,4-dihydroxyphenylalanine", "(-)-dopa", "sinemet cr (carbidopa + levodopa)_mixture", "dihydroxy-l-phenylalanine", "b-(3,4-dihydroxyphenyl)alanine", "l-(-)-dopa", "3,4-dihydroxy-l-phenylalanine", "(s)-2-amino-3-(3,4-dihydroxy-phenyl)-propionic acid", "europdopa", "5796-17-8[rn]", "dah", "dopa", "90638-38-3[rn]", "3-(3,4-dihydroxyphenyl)-l-alanine", "34241-25-3[rn]", "dihydroxyphenylalanine[wiki]", "alanine 3-(3,4-dihydroxyphenyl)-", "3-hydroxy-l-tyrosin", "23734-74-9[rn]", "59-92-7[rn]", "dopaston se", "2215169[beilstein]", "d(2c) dopamine receptor", "apo-levocarb cr controlled-release tablets (carbidopa + levodopa)_mixture", "levodopa[wiki][inn][ban][jan][usan]", "biodopa", "dom-levo-carbidopa (carbidopa + levodopa)_mixture", "b-(3,4-dihydroxyphenyl)-l-alanine", "2-amino-3-(3,4-dihydroxyphenyl)-propanoic acid", "(-)-3,4-dihydroxyphenylalanine", "200-445-2[einecs]", "helfo dopa", "l(-)-dopa", "bendopa;", "3,4-dihydroxyl-phenylalanine", "(-)-3-(3,4-dihydroxyphenyl)-l-alanine", "l-b-(3,4-dihydroxyphenyl)-a-alanine", "alanine 3-(3,4-dihydroxyphenyl)- l-", "l-(o-dihydroxyphenyl)alanine", "dopar (tn)", "l-3-(3,4-dihydroxyphenyl)-alanine", "levodopum[latin]", "pro-lecarb-100/25 - tab (carbidopa + levodopa)_mixture", "levodopum", "sinemet (carbidopa + levodopa)_mixture", "l-4,5-dihydroxyphenylalanine", "ro 4-6316", "levodopum [inn_la]", "alanine 3-(3 4-dihydroxyphenyl)- (-)-", "72572-99-7[rn]", "59-92-7", "(s)-2-amino-3-(3,4-dihydroxyphenyl)propanoic acid", "b-(3,4-dihydroxyphenyl)-a-l-alanine", "l-tyrosine 3-hydroxy-", "72573-00-3[rn]", "ratio-levodopa/carbidopa (carbidopa + levodopa)_mixture", "6060047[beilstein]", "cerepap", "cerepar", "3-hydroxy-l-tyrosine", "(2s)-2-amino-3-(3,4-dihydroxyphenyl)propanoic acid", "l dopa", "dopicar", "novo-levocarbidopa (carbidopa + levodopa)_mixture", "alanine 3- (3,4-dihydroxyphenyl)- l-", "l-3-(3,4-dihydroxyphenyl)alanine", "63-84-3[rn]", "3-hydroxy-l-tyrosine[acd/iupac name]", "3-(3,4-dihydroxyphenyl)-l-alanine; l-3-hydroxytyrosine; l-dopa;levodopa", "madopa", "587-45-1[rn]", "3,4-l-dihydroxyphenylalanine", "dopamine d4 receptor", "pro-lecarb-100/10 - tab (carbidopa + levodopa)_mixture", "prolopa cap 50-12.5 (benserazide + levodopa)_mixture", "sobiodopa", "alanine 3-(3,4-dihydroxyphenyl)-,", "19472-47-3", "l-dihydroxyphenylalanine", "337376-15-5", "l-3-hydroxytyrosine", "25525-15-9[rn]"}|>, "986" -> <|"DatabaseID" -> "SW00697", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445857]}, "IsomericSmiles" -> "CCCCCCC/C=C/CCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linderic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282730]}, "Synonyms" -> {"linderic acid", "4-dodecenoic acid", "lmfa01030038", "ac1nr0o9", "c12:1n-8", "(e)-dodec-4-enoic acid"}|>, "987" -> <|"DatabaseID" -> "SW00698", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5615"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3441]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01159"]}, "IsomericSmiles" -> "C(C(F)(F)F)(Cl)Br", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00542"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "halothane", "Indian Approved Name" -> "halothane", "FDA Approved Drug" -> "HALOTHANE"|>, "PharmGKBID" -> "PA449845", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3562]}, "Synonyms" -> {"fluothane", "narcotane", "fluorotane", "fluktan", "narcotan", "phthorothanum", "anestan", "rhodialothan", "halothane", "freon 123b1", "halotan", "bromochlorotrifluoroethane", "ftorotan [russian]", "alotano [dcit]", "bromchlortrifluoraethanum", "fluorothane", "ftorotan", "cf3chclbr", "chalothane", "ftuorotan", "narkotan", "narcotann ne-spofa [russian]", "halsan", "halothan", "1,1 1-trifluoro-2-chloro-2-bromoethane", "2-bromo-2-chloro-1,1,1-trifluoroethane[acd/iupac name]", "alotano", "ethane 2-bromo-2-chloro-1,1 1-trifluoro-", "2-brom-2-chlor-1,1,1-trifluorethan", "halan", "halothanum[latin]", "halothanum [inn-latin]", "fluothane (tn)", "potassium channel inwardly rectifying subfamily j member 6", "(r)-halothane", "halothane [ban:inn:jan][inn][jan]", "51230-17-2[rn]", "halothane[wiki]", "halotano [inn-spanish]", "halan[wiki]", "halotano", "halotano[spanish][inn]", "2,2,2-trifluoro-1-chloro-1-bromoethane", "2-bromo-2-chloro-1,1 1-trifluoroethane", "1-trifluoro-2-bromo-2-chloroethane; 2", "girk2", "narcotann ne-spofa[russian]", "r 123b1", "1736947[beilstein]", "2-trifluoro-1-bromo-1-chloroethane", "ethane 1-bromo-1-chloro-2,2,2-trifluoro-", "1,1,1-trifluoro-2-bromo-2-chloroethane; 1-bromo-1-chloro-2,2,2-trifluoroethane; halothane;narcotane; r 123b1; refrigerant 123b1", "1,1,1-trifluoro-2-bromo-2-chloroethane", "2-bromo-2-chloro-1,1,1-trifluoroethane", "2-trifluoroethane; 2-bromo-2-chloro-1", "inward rectifier k(+) channel kir3.2", "ethane 2-bromo-2-chloro-1,1,1-trifluoro-", "d006221", "bir1", "1,1,1-trifluoro-2-chloro-2-bromoethane", "205-796-5[einecs]", "2-chloro-2-bromo-1,1,1-trifluoroethane", "rhidialothan", "151-67-7[rn]", "katp-2", "1-bromo-1-chloro-2,2,2-trifluoroethane", "4-01-00-00156 (beilstein handbook reference)[beilstein]"}|>, "988" -> <|"DatabaseID" -> "SW00698", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5615"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3441]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01159"]}, "IsomericSmiles" -> "C(C(F)(F)F)(Cl)Br", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00542"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "halothane", "Indian Approved Name" -> "halothane", "FDA Approved Drug" -> "HALOTHANE"|>, "PharmGKBID" -> "PA449845", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3562]}, "Synonyms" -> {"fluothane", "narcotane", "fluorotane", "fluktan", "narcotan", "phthorothanum", "anestan", "rhodialothan", "halothane", "freon 123b1", "halotan", "bromochlorotrifluoroethane", "ftorotan [russian]", "alotano [dcit]", "bromchlortrifluoraethanum", "fluorothane", "ftorotan", "cf3chclbr", "chalothane", "ftuorotan", "narkotan", "narcotann ne-spofa [russian]", "halsan", "halothan", "1,1 1-trifluoro-2-chloro-2-bromoethane", "2-bromo-2-chloro-1,1,1-trifluoroethane[acd/iupac name]", "alotano", "ethane 2-bromo-2-chloro-1,1 1-trifluoro-", "2-brom-2-chlor-1,1,1-trifluorethan", "halan", "halothanum[latin]", "halothanum [inn-latin]", "fluothane (tn)", "potassium channel inwardly rectifying subfamily j member 6", "(r)-halothane", "halothane [ban:inn:jan][inn][jan]", "51230-17-2[rn]", "halothane[wiki]", "halotano [inn-spanish]", "halan[wiki]", "halotano", "halotano[spanish][inn]", "2,2,2-trifluoro-1-chloro-1-bromoethane", "2-bromo-2-chloro-1,1 1-trifluoroethane", "1-trifluoro-2-bromo-2-chloroethane; 2", "girk2", "narcotann ne-spofa[russian]", "r 123b1", "1736947[beilstein]", "2-trifluoro-1-bromo-1-chloroethane", "ethane 1-bromo-1-chloro-2,2,2-trifluoro-", "1,1,1-trifluoro-2-bromo-2-chloroethane; 1-bromo-1-chloro-2,2,2-trifluoroethane; halothane;narcotane; r 123b1; refrigerant 123b1", "1,1,1-trifluoro-2-bromo-2-chloroethane", "2-bromo-2-chloro-1,1,1-trifluoroethane", "2-trifluoroethane; 2-bromo-2-chloro-1", "inward rectifier k(+) channel kir3.2", "ethane 2-bromo-2-chloro-1,1,1-trifluoro-", "d006221", "bir1", "1,1,1-trifluoro-2-chloro-2-bromoethane", "205-796-5[einecs]", "2-chloro-2-bromo-1,1,1-trifluoroethane", "rhidialothan", "151-67-7[rn]", "katp-2", "1-bromo-1-chloro-2,2,2-trifluoroethane", "4-01-00-00156 (beilstein handbook reference)[beilstein]"}|>, "989" -> <|"DatabaseID" -> "SW00700", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4566720]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00336"]}, "IsomericSmiles" -> "c1cc(oc1/C=N/NC(=O)N)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00862"]}, "OfficialNames" -> <|"China Approved Name" -> "nitrofurazone", "Indian Approved Name" -> "nitrofurazone", "FDA Approved Drug" -> "NITROFURAZONE"|>, "PharmGKBID" -> "PA164754877", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5447130]}, "Synonyms" -> {"furacin", "becafurazone", "furacilin", "nitrofural", "nitrofurazone", "furacillin", "furacine", "aldomycin", "monofuracin", "cocafurin", "furan-ofteno", "hemofuran", "actin-n", "babrocid", "furaskin", "furacin-hc", "furatsilin", "monafuracis", "furagent", "otofural", "otofuran", "nifurid", "fedacin", "dynazone", "nefco", "furacort", "ibiofural", "furacinetten", "chixin", "furosem", "furacycline", "nfs", "furacoccid", "nfz", "chemofuran", "furazin", "eldezol", "furazol w", "vadrocid", "furametral", "fracine", "spray-dermis", "nifuzon", "sanfuran", "eldezol f-6", "yatrocin", "furaldon", "flavazone", "nifucin", "spray-foral", "furacin-e", "mammex", "nitrofurol", "furazyme", "nitrozone", "furalone", "mastofuran", "coxistat", "amifur", "monafuracin", "furaseptyl", "dermofural", "furaplast", "vabrocid", "furaziline", "furesol", "fuvacillin", "5-nitro-2-furaldehyde semicarbazone", "furazone", "furfurin", "biofuracina", "biofurea", "furazina", "alfucin", "furaderm", "nitrofurazan", "5-nitro-2-furfuraldehyde semicarbazone", "yatrocin.", "nitrofural furacilin actin-n otofuran", "ec 6.2.1.22", "5-nitrofuraldehyde semicarbazide", "1-(5-nitro-2-furfurylidene)semicarbazide", "nitrofuralum[latin]", "59-87-0[rn]", "2((5-nitro-2-furanyl)methylene)hydrazinecarboxamide", "furacilinum", "semikarbazon 5-nitrofurfuralu[polish]", "5-nitro-2-furaldehyde semicarbazone", "86403", "5-nitrofurfural semicarbazone", "furacin topical cream", "rivopon-5", "nitrofural;furacilin;actin-n;otofuran", "2-furaldehyde 5-nitro- semicarbazole", "nitrofurazone[wiki][usp][ban]", "5-nitrofurazone", "dyanazone", "furacin soluble dressing", "nf-7", "nitrofuran", "(5-nitro-2-furfurylideneamino)urea", "200-443-1[einecs]", "(2e)-2-[(5-nitrofuran-2-yl)methylidene]hydrazinecarboxamide", "acutol", "5-nitrofuraldehyde semicarbazone", "2-[(5-nitro-2-furanyl)methylene]-hydrazinecarboxamide", "6-nitrofuraldehyde semicarbazide", "n-[(1e)-2-(5-nitro(2-furyl))-1-azavinyl]aminoamide", "2-furancarboxaldehyde 5-nitro- semicarbazone", "5-nitrofuran-2-aldehyde semicarbazone", "furalcyn", "5-nitro-2-furfurylidene semicarbazone", "5-17-09-00335 (beilstein handbook reference)[beilstein]", "rivafurazon", "furacin (tn)", "59-87-0", "dymazone", "2-[(5-nitro-2-furyl)methylene]hydrazinecarboxamide[acd/iupac name]", "nitrofuraldehyde semicarbazone", "hydrazinecarboxamide 2-[(5-nitro-2-furanyl)methylene]-", "nitrorural", "nitrofurazonum", "hydrazinecarboxamide 2-((5-nitro-2-furanyl)methylene)-", "(2e)-2-[(5-nitro-2-furyl)methylen]hydrazincarboxamid", "furacin topical solution", "acetate:sh-citrate lyase ligase", "5-nitro-2-furancarboxaldehyde semicarbazone", "nf-7[nf]", "5-nitro-2-furfural semicarbazone", "60051-85-6[rn]", "citrate lyase synthetase", "nf[nf]", "5-nitrofuran-2-carbaldehyde semicarbazone", "nf", "8027-71-2[rn]", "nitrofural[wiki][inn]", "nitrofurane", "(5-nitro-2-furfurylidenamino)urea", "hydrazinecarboxamide 2-[(5-nitro-2-furanyl)methylene]- (2e)-", "(2e)-2-[(5-nitro-2-furyl)methylene]hydrazinecarboxamide", "2-furaldehyde 5-nitro- semicarbazone"}|>, "990" -> <|"DatabaseID" -> "SW00701", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3736"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4939512], ExternalIdentifier["ChemSpiderID", 4444466]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00766"]}, "IsomericSmiles" -> "C1[C@@H]2N(C1=O)[C@H](/C(=C/CO)/O2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02370"], ExternalIdentifier["KEGGID", "D07711"]}, "OfficialNames" -> <|"China Approved Name" -> "clavulanic acid;clavulanate potassium", "Indian Approved Name" -> "clavulanic acid", "WHO Essential Medicine" -> "clavulanic acid", "Australia Approved Name" -> "CLAVULANIC ACID", "FDA Approved Drug" -> "CLAVULANATE POTASSIUM"|>, "PharmGKBID" -> "PA164742987", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280980], ExternalIdentifier["PubChemCompoundID", 23665591]}, "Synonyms" -> {"clavulanic acid", "clavulanate", "antibiotic mm 14151", "ciblor (potassium clavulanate + amoxicillin)_mixture", "mm 14151", "sodium clavulanate", "beta-lactamase precursor", "clavulansaeure", "acidum clavulanicum", "penicillinase", "clavulansaeure [inn]", "ec 3.5.2.6", "clavulanate potassium", "acide clavulanique", "klavocin (potassium clavulanate + amoxicillin)_mixture", "amoksiklav (potassium clavulanate + amoxicillin)_mixture", "augmentin (potassium clavulanate + amoxicillin)_mixture", "acido clavulanico", "neo-duplamox (potassium clavulanate + amoxicillin)_mixture", "[2r-(2a,3z,5a)]-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "787059[beilstein]", "261-069-2[einecs]", "clavulox", "(z)-(2r,5r)-3-(2-hydroxyethyliden)-7-oxo-4-oxa-1-azabicyclo(3.2.0)heptan-2-carbonsaeure", "clavulanic acid [ban:inn][inn]", "4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylicacid 3-(2-hydroxyethylidene)-7-oxo- (2r,3z,5r)-", "3008-b", "acidum clavulanicum[latin]", "clavulansaeure[inn]", "58001-44-8[rn]", "clavulinic acid", "clavulanate[wiki]", "(2r,3z,5r)-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "(z)-(2r,5r)-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "acide clavulanique[french][inn]", "acido clavulanico[spanish][inn]", "clavulanic acid potassium salt", "potassium clavulanate", "amonate", "brl 14151k", "262-640-9[einecs]", "61177-45-5[rn]", "potassium; (2r,5r)-3-[2-hydroxy-eth-(z)-ylidene]-7-oxo-4-oxa-1-aza-bicyclo[3.2.0]heptane-2-carboxylate", "(2r-(2a,3z,5a))-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylic acid monopotassium salt", "tl8003882", "4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylicacid 3-(2-hydroxyethylidene)-7-oxo- monopotassium salt (2r,3z,5r)-", "(2r,5r)-3-[2-hydroxy-eth-(z)-ylidene]-7-oxo-4-oxa-1-aza-bicyclo[3.2.0]heptane-2-carboxylate", "potassium[wiki][acd/iupac name]", "brl-14151k", "kalium-(2r,3z,5r)-3-(2-hydroxyethyliden)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptan-2-carboxylat", "potassium(z)-(2r,5r)-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo(3.2.0)heptane-2-carboxylate", "potassium(z)-(2r,5r)-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylate", "clavulanate potassium [usan:jan][jan][usan]", "potassium[2r-(2?,3z,5?)]-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylate", "timentin[wiki]", "potassium(2r,3z,5r)-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylate", "4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylicacid 3-(2-hydroxyethylidene)-7-oxo- potassium salt,(2r,3z,5r)- (1:1)", "potassium(2r-(2a,3z,5a))-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylate", "cva", "58001-44-8 (parent)", "clavulanate+amoxicillin", "4-oxa-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "potassium (2r-(2alpha", "einecs 262-640-9", "61177-45-5"}|>, "991" -> <|"DatabaseID" -> "SW00702", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3396]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00874"]}, "IsomericSmiles" -> "COc1ccccc1OCC(CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00337"]}, "OfficialNames" -> <|"China Approved Name" -> "Guaifenesin", "Indian Approved Name" -> "guaiphenesin", "FDA Approved Drug" -> "GUAIFENESIN"|>, "PharmGKBID" -> "PA449818", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3516]}, "Synonyms" -> {"guaifenesin", "aresol", "guaiacol glyceryl ether", "methphenoxydiol", "glycerol guaiacolate", "aeronesin", "flartussin", "hustosil", "bronchol", "breonesin", "robitussin", "guaiphenesin", "guaiacol glycerol ether", "ritussin", "scot-tussin expectorant", "guiaphenesin", "propanosedyl", "relaxil g", "humibid sprinkle", "myorelax", "metossipropandiolo", "gaiamar", "myoscaine", "guaiacolglicerinetere", "naldecon senior ex", "myocain", "anti-tuss", "hustodil", "guaia-rom", "gee-gee", "respil", "tenntus", "resil", "dorassin", "guaiacurane", "reduton", "humibid l.a", "creson", "amonidrin", "glycero-guaiacol ether", "glyceryl guaicolate", "glycodex", "guiatuss", "guaiacuran", "mintosyl", "glyceryl guaiacolate ether", "guaianesin", "respenyl", "myoscain", "guaiphenesine", "dilyn", "guajacuran", "genatuss", "guaiphesin", "relaxyl-g", "reorganin", "cortussin", "guaiamar", "muskurelax", "miocurin", "tolyn", "miorelax", "guayanesin", "sinumist-sr", "gnaifenesin", "guaiacyl glyceryl ether", "fenesin", "hytuss", "miocaina", "guaicol glyceryl ether", "gvaja", "calmipan", "halotussin", "balminil expectorant", "equicol", "oresol", "oreson", "glyceryl guaiacolate", "guaicol glycerine ether", "myocaine", "organidin nr", "sirotol", "tenntuss", "mucostop", "neurotone", "touro ex", "guaiacol glycerin ether", "amonidren", "glycerin guaiacolate", "resyl", "hytuss-2x", "guajamar", "glyceryl guiacolate", "glycotuss", "tulyl", "tulyn", "metfenossidiolo", "benylin-e", "uni-tussin", "pneumomist", "guanar", "glytuss", "calmylin expectorant", "glycerin monoguaiacol ether", "diabetic tussin ex", "glyceryl guaiacyl ether", "actifed-c", "methoxypropanediol", "guajacol-glycerinaether", "glyceryl guaiacol", "colrex expectorant", "babys own cough syr (ammonium chloride + guaifenesin + pyrilamine maleate)_mixture", "tolseron", "benylin codeine 3.3mg de syr (codeine phosphate + guaifenesin + pseudoephedrine hydrochloride)_mixture", "bronchodex pediatrique (dextromethorphan hydrobromide + guaifenesin + pheniramine maleate + pseudoephedrine hydrochloride)_mixture", "neuroton", "glyceryl guaiacol ether", "o-methoxyphenyl glyceryl ether", "mucinex", "broncho tuss adult (guaifenesin + l-ephedrine hydrochloride + sodium camsylate)_mixture", "broncho tuss infant (guaifenesin + l-ephedrine hydrochloride + sodium camsylate)_mixture", "benylin 4 flu - syrup (acetaminophen + dextromethorphan hydrobromide + guaifenesin + pseudoephedrine hydrochloride)_mixture", "glycerol a-monoguaiacol ether", "guaiphenesin glyceryl guaiacolate", "robitussin severe congestion", "amonidron", "3-o-methoxyphenoxypropane 1:2-diol", "component of hycotuss", "tussi-organidin dm-s nr", "tussi-organidin dm nr", "guaifenesina[spanish][inn]", "9005-49-6", "brexin ex", "gecolate", "actifed c", "aether glycerinoguaiacolicus", "naldecon-cx", "guaifenesinum[latin]", "mucinex[wiki]", "glycerinmonoguaiacol ether", "sudafed cold and cough", "4-06-00-05576 (beilstein handbook reference)[beilstein]", "isoclor expectorant c", "tedral expectorant", "neothylline-gg", "contac cough & sore throat formula", "3-(2-methoxyphenoxy)-1 2-propanediol", "3-(2-methoxyphenoxy)propane-1,2-diol", "robitussin pe", "13429-83-9[rn]", "tussi-organidin nr", "sudafed cough syrup", "glycerol a-guiacyl ether", "(2r)-3-(2-methoxyphenoxy)propane-1,2-diol", "2/g", "128707-44-8[rn]", "hustosil (tn)", "(1s)-(-)-camphanic acid", "robitussin[wiki]", "bronkaid caplets", "polaramine expectorant", "glycerin ether", "tussar sf", "3-(2-methoxyphenoxy)propane-1,2-diol 99+%", "robitussin dm", "component of trind", "1,2,3-propanetriol ether with 2-methoxyphenol", "colrex", "ru-tuss expectorant", "congestac", "gge", "ggg", "202-222-5[einecs]", "glycerol mono(2-methoxyphenyl)ether", "hycotuss", "a-glyceryl guaiacol ether", "guajacol-glycerinaether[german]", "bayer select head & chest cold", "3-(2-methoxyphenoxy)-1,2-propanediol[acd/iupac name]", "robitussin (tn)", "guaifenesin[wiki]", "4-06-00-05576", "1,2-dihydroxy-3-(2-methoxyphenoxy)propane", "guaiphenesin;glyceryl guaiacolate", "glycerol a-(2-methoxyphenyl) ether", "guaifenesine[french][inn]", "1,2-propanediol 3- (2-methoxyphenoxy)-", "2049375", "2-g", "3-(2-methoxy-phenoxy)-propane-1,2-diol", "(component of) deconsal ii", "slo-phyllin gg", "pv tussin tablet", "glyc", "theolair plus", "glycerol a-(o-methoxyphenyl)ether", "guaiphenesin[wiki]", "component of trind-dm", "kwelcof", "coricidin syrup", "3-(o-methoxyphenoxy)-1,2-propanediol", "1,2-propanediol 3-(o-methoxyphenoxy)-", "a-glyceryl guaiacolate ether", "ru-tuss de tablets", "glycerol mono(2-methoxyphenyl) ether", "dilor g", "component of quibron", "contac cough formula", "93-14-1[rn]", "humabid", "robitussin cf", "1,2-propanediol 3- (o-methoxyphenoxy)-", "component of quibron plus", "dimacol", "histalet x tablets", "nasatab la", "lufyllin-gg", "naldecon-dx", "tussi-organidin-s nr", "3-{[2-(methyloxy)phenyl]oxy}propane-1,2-diol", "tussar-2", "glycerol-a-guajakolether", "12041-73-5[rn]", "guaifenesin;guaiphenesine;glyceryl guaiacolate", "glycerol a-guaiacyl ether", "guaiacolic acid ester with glycerol", "pneumotussin hc", "robitussin cold & cough", "trecid", "triaminic", "naldecon-ex", "guaifenesin [usan:inn:jan][inn][jan][usan]", "1,2-propanediol 3-(2-methoxyphenoxy)-", "mucinex d", "1336-67-0[rn]", "3-(o-methoxyphenoxy)-propanediol-1,2", "guaiphenesin; 1,2-dihydroxy-3-(2-methoxyphenoxy)propane; 2-(2,3-dihydroxypropoxy)anisole"}|>, "992" -> <|"DatabaseID" -> "SW00702", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3396]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00874"]}, "IsomericSmiles" -> "COc1ccccc1OCC(CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00337"]}, "OfficialNames" -> <|"China Approved Name" -> "Guaifenesin", "Indian Approved Name" -> "guaiphenesin", "FDA Approved Drug" -> "GUAIFENESIN"|>, "PharmGKBID" -> "PA449818", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3516]}, "Synonyms" -> {"guaifenesin", "aresol", "guaiacol glyceryl ether", "methphenoxydiol", "glycerol guaiacolate", "aeronesin", "flartussin", "hustosil", "bronchol", "breonesin", "robitussin", "guaiphenesin", "guaiacol glycerol ether", "ritussin", "scot-tussin expectorant", "guiaphenesin", "propanosedyl", "relaxil g", "humibid sprinkle", "myorelax", "metossipropandiolo", "gaiamar", "myoscaine", "guaiacolglicerinetere", "naldecon senior ex", "myocain", "anti-tuss", "hustodil", "guaia-rom", "gee-gee", "respil", "tenntus", "resil", "dorassin", "guaiacurane", "reduton", "humibid l.a", "creson", "amonidrin", "glycero-guaiacol ether", "glyceryl guaicolate", "glycodex", "guiatuss", "guaiacuran", "mintosyl", "glyceryl guaiacolate ether", "guaianesin", "respenyl", "myoscain", "guaiphenesine", "dilyn", "guajacuran", "genatuss", "guaiphesin", "relaxyl-g", "reorganin", "cortussin", "guaiamar", "muskurelax", "miocurin", "tolyn", "miorelax", "guayanesin", "sinumist-sr", "gnaifenesin", "guaiacyl glyceryl ether", "fenesin", "hytuss", "miocaina", "guaicol glyceryl ether", "gvaja", "calmipan", "halotussin", "balminil expectorant", "equicol", "oresol", "oreson", "glyceryl guaiacolate", "guaicol glycerine ether", "myocaine", "organidin nr", "sirotol", "tenntuss", "mucostop", "neurotone", "touro ex", "guaiacol glycerin ether", "amonidren", "glycerin guaiacolate", "resyl", "hytuss-2x", "guajamar", "glyceryl guiacolate", "glycotuss", "tulyl", "tulyn", "metfenossidiolo", "benylin-e", "uni-tussin", "pneumomist", "guanar", "glytuss", "calmylin expectorant", "glycerin monoguaiacol ether", "diabetic tussin ex", "glyceryl guaiacyl ether", "actifed-c", "methoxypropanediol", "guajacol-glycerinaether", "glyceryl guaiacol", "colrex expectorant", "babys own cough syr (ammonium chloride + guaifenesin + pyrilamine maleate)_mixture", "tolseron", "benylin codeine 3.3mg de syr (codeine phosphate + guaifenesin + pseudoephedrine hydrochloride)_mixture", "bronchodex pediatrique (dextromethorphan hydrobromide + guaifenesin + pheniramine maleate + pseudoephedrine hydrochloride)_mixture", "neuroton", "glyceryl guaiacol ether", "o-methoxyphenyl glyceryl ether", "mucinex", "broncho tuss adult (guaifenesin + l-ephedrine hydrochloride + sodium camsylate)_mixture", "broncho tuss infant (guaifenesin + l-ephedrine hydrochloride + sodium camsylate)_mixture", "benylin 4 flu - syrup (acetaminophen + dextromethorphan hydrobromide + guaifenesin + pseudoephedrine hydrochloride)_mixture", "glycerol a-monoguaiacol ether", "guaiphenesin glyceryl guaiacolate", "robitussin severe congestion", "amonidron", "3-o-methoxyphenoxypropane 1:2-diol", "component of hycotuss", "tussi-organidin dm-s nr", "tussi-organidin dm nr", "guaifenesina[spanish][inn]", "9005-49-6", "brexin ex", "gecolate", "actifed c", "aether glycerinoguaiacolicus", "naldecon-cx", "guaifenesinum[latin]", "mucinex[wiki]", "glycerinmonoguaiacol ether", "sudafed cold and cough", "4-06-00-05576 (beilstein handbook reference)[beilstein]", "isoclor expectorant c", "tedral expectorant", "neothylline-gg", "contac cough & sore throat formula", "3-(2-methoxyphenoxy)-1 2-propanediol", "3-(2-methoxyphenoxy)propane-1,2-diol", "robitussin pe", "13429-83-9[rn]", "tussi-organidin nr", "sudafed cough syrup", "glycerol a-guiacyl ether", "(2r)-3-(2-methoxyphenoxy)propane-1,2-diol", "2/g", "128707-44-8[rn]", "hustosil (tn)", "(1s)-(-)-camphanic acid", "robitussin[wiki]", "bronkaid caplets", "polaramine expectorant", "glycerin ether", "tussar sf", "3-(2-methoxyphenoxy)propane-1,2-diol 99+%", "robitussin dm", "component of trind", "1,2,3-propanetriol ether with 2-methoxyphenol", "colrex", "ru-tuss expectorant", "congestac", "gge", "ggg", "202-222-5[einecs]", "glycerol mono(2-methoxyphenyl)ether", "hycotuss", "a-glyceryl guaiacol ether", "guajacol-glycerinaether[german]", "bayer select head & chest cold", "3-(2-methoxyphenoxy)-1,2-propanediol[acd/iupac name]", "robitussin (tn)", "guaifenesin[wiki]", "4-06-00-05576", "1,2-dihydroxy-3-(2-methoxyphenoxy)propane", "guaiphenesin;glyceryl guaiacolate", "glycerol a-(2-methoxyphenyl) ether", "guaifenesine[french][inn]", "1,2-propanediol 3- (2-methoxyphenoxy)-", "2049375", "2-g", "3-(2-methoxy-phenoxy)-propane-1,2-diol", "(component of) deconsal ii", "slo-phyllin gg", "pv tussin tablet", "glyc", "theolair plus", "glycerol a-(o-methoxyphenyl)ether", "guaiphenesin[wiki]", "component of trind-dm", "kwelcof", "coricidin syrup", "3-(o-methoxyphenoxy)-1,2-propanediol", "1,2-propanediol 3-(o-methoxyphenoxy)-", "a-glyceryl guaiacolate ether", "ru-tuss de tablets", "glycerol mono(2-methoxyphenyl) ether", "dilor g", "component of quibron", "contac cough formula", "93-14-1[rn]", "humabid", "robitussin cf", "1,2-propanediol 3- (o-methoxyphenoxy)-", "component of quibron plus", "dimacol", "histalet x tablets", "nasatab la", "lufyllin-gg", "naldecon-dx", "tussi-organidin-s nr", "3-{[2-(methyloxy)phenyl]oxy}propane-1,2-diol", "tussar-2", "glycerol-a-guajakolether", "12041-73-5[rn]", "guaifenesin;guaiphenesine;glyceryl guaiacolate", "glycerol a-guaiacyl ether", "guaiacolic acid ester with glycerol", "pneumotussin hc", "robitussin cold & cough", "trecid", "triaminic", "naldecon-ex", "guaifenesin [usan:inn:jan][inn][jan][usan]", "1,2-propanediol 3-(2-methoxyphenoxy)-", "mucinex d", "1336-67-0[rn]", "3-(o-methoxyphenoxy)-propanediol-1,2", "guaiphenesin; 1,2-dihydroxy-3-(2-methoxyphenoxy)propane; 2-(2,3-dihydroxypropoxy)anisole"}|>, "993" -> <|"DatabaseID" -> "SW00703", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65693]}, "IsomericSmiles" -> "c1ccc2c(c1)C(c3ccccc3O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72861]}, "Synonyms" -> {"9-xanthenol", "xanthen-9-ol", "9-xanthydrol", "9-hydroxyxanthene", "xanthanol", "9h-xanthen-9-ol", "ccris 1640", "xanthydrol[wiki]", "55190-46-0[rn]", "xanthene", "90-46-0[rn]", "h-9000", "10395", "5-17-04-00502 (beilstein handbook reference)[beilstein]", "90-46-0", "201-996-1[einecs]", "xanthydrol"}|>, "994" -> <|"DatabaseID" -> "SW00704", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3957]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00463"]}, "IsomericSmiles" -> "CCC1(C(=O)NC(=O)N(C1=O)C)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01382"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHARBITAL"|>, "PharmGKBID" -> "PA164746525", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4099]}, "Synonyms" -> {"gemonil", "metabarbital", "endiemalum", "metharbutal", "metharbitone", "n-methylbarbital", "methylbarbital", "metharbital", "endiemal", "methabarbital", "gemonit", "metarbitale [dcit]", "gemonal", "methabarbitone", "ampa-selective glutamate receptor 2", "5,5-diethyl-1-methyl-pyrimidine-2,4,6-trione", "metharbital[wiki]", "barbituric acid 5,5-diethyl-1-methyl-", "metharbitone5,5-diethyl-1-methyl-pyrimidine-2,4,6-trione", "5-24-09-00144 (beilstein handbook reference)[beilstein]", "5,5-diethyl-1-methyl-2,4,6(1h,3h,5h)-pyrimidinetrione[acd/iupac name]", "5,5-diethyl-1-methyl-barbituric-acid", "50-11-3[rn]", "metharbitalum [inn-latin]", "1-methylbarbital", "metharbitalum[latin]", "metarbital[spanish][inn]", "glur-b", "glur-k2", "5 5-diethyl-1-methylbarbituric acid", "2,4,6(1h,3h,5h)-pyrimidinetrione 5,5-diethyl-1-methyl-", "metharbital [inn:jan]", "5-24-09-00144", "5,5-diethyl-1-methylpyrimidine-2,4,6(1h,3h,5h)-trione", "metarbital [inn-spanish]", "200-011-2[einecs]", "metharbital [inn:jan][inn][jan]", "gemonil (tn)", "5,5-diethyl-1-methylbarbituric acid", "glutamate receptor ionotropic ampa 2", "glur-2", "2,4,6 (1h,3h 5h)-pyrimidinetrione 5,5-diethyl-1-methyl-", "glutamate receptor 2 precursor"}|>, "995" -> <|"DatabaseID" -> "SW00705", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80663]}, "IsomericSmiles" -> "CC1CCC(CC1OC(=O)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydro-carveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 89383]}, "Synonyms" -> {"neocarvomenthyl acetate", "neoisocarvomenthyl acetate", "neo-dihydro carveol acetate", "carvomenthyl acetate", "51407-20-6[rn]", "257-265-2[einecs]", "257-268-9[einecs]", "2-methyl-5-(propan-2-yl)cyclohexyl acetate", "51446-60-7[rn]", "257-212-3[einecs]", "51546-61-3[rn]", "257-179-5[einecs]", "ac1q60uy", "257-177-4[einecs]", "einecs 257-265-2", "51547-99-0[rn]", "einecs 244-027-8", "257-213-9[einecs]", "51407-21-7[rn]", "ac1l3hqu", "20777-43-9[rn]", "51446-59-4[rn]", "cyclohexanol", "7460-78-8[rn]", "244-027-8[einecs]"}|>, "996" -> <|"DatabaseID" -> "SW00705", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80663]}, "IsomericSmiles" -> "CC1CCC(CC1OC(=O)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydro-carveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 89383]}, "Synonyms" -> {"neocarvomenthyl acetate", "neoisocarvomenthyl acetate", "neo-dihydro carveol acetate", "carvomenthyl acetate", "51407-20-6[rn]", "257-265-2[einecs]", "257-268-9[einecs]", "2-methyl-5-(propan-2-yl)cyclohexyl acetate", "51446-60-7[rn]", "257-212-3[einecs]", "51546-61-3[rn]", "257-179-5[einecs]", "ac1q60uy", "257-177-4[einecs]", "einecs 257-265-2", "51547-99-0[rn]", "einecs 244-027-8", "257-213-9[einecs]", "51407-21-7[rn]", "ac1l3hqu", "20777-43-9[rn]", "51446-59-4[rn]", "cyclohexanol", "7460-78-8[rn]", "244-027-8[einecs]"}|>, "997" -> <|"DatabaseID" -> "SW00705", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80663]}, "IsomericSmiles" -> "CC1CCC(CC1OC(=O)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydro-carveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 89383]}, "Synonyms" -> {"neocarvomenthyl acetate", "neoisocarvomenthyl acetate", "neo-dihydro carveol acetate", "carvomenthyl acetate", "51407-20-6[rn]", "257-265-2[einecs]", "257-268-9[einecs]", "2-methyl-5-(propan-2-yl)cyclohexyl acetate", "51446-60-7[rn]", "257-212-3[einecs]", "51546-61-3[rn]", "257-179-5[einecs]", "ac1q60uy", "257-177-4[einecs]", "einecs 257-265-2", "51547-99-0[rn]", "einecs 244-027-8", "257-213-9[einecs]", "51407-21-7[rn]", "ac1l3hqu", "20777-43-9[rn]", "51446-59-4[rn]", "cyclohexanol", "7460-78-8[rn]", "244-027-8[einecs]"}|>, "998" -> <|"DatabaseID" -> "SW00705", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80663]}, "IsomericSmiles" -> "CC1CCC(CC1OC(=O)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydro-carveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 89383]}, "Synonyms" -> {"neocarvomenthyl acetate", "neoisocarvomenthyl acetate", "neo-dihydro carveol acetate", "carvomenthyl acetate", "51407-20-6[rn]", "257-265-2[einecs]", "257-268-9[einecs]", "2-methyl-5-(propan-2-yl)cyclohexyl acetate", "51446-60-7[rn]", "257-212-3[einecs]", "51546-61-3[rn]", "257-179-5[einecs]", "ac1q60uy", "257-177-4[einecs]", "einecs 257-265-2", "51547-99-0[rn]", "einecs 244-027-8", "257-213-9[einecs]", "51407-21-7[rn]", "ac1l3hqu", "20777-43-9[rn]", "51446-59-4[rn]", "cyclohexanol", "7460-78-8[rn]", "244-027-8[einecs]"}|>, "999" -> <|"DatabaseID" -> "SW00705", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80663]}, "IsomericSmiles" -> "CC1CCC(CC1OC(=O)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydro-carveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 89383]}, "Synonyms" -> {"neocarvomenthyl acetate", "neoisocarvomenthyl acetate", "neo-dihydro carveol acetate", "carvomenthyl acetate", "51407-20-6[rn]", "257-265-2[einecs]", "257-268-9[einecs]", "2-methyl-5-(propan-2-yl)cyclohexyl acetate", "51446-60-7[rn]", "257-212-3[einecs]", "51546-61-3[rn]", "257-179-5[einecs]", "ac1q60uy", "257-177-4[einecs]", "einecs 257-265-2", "51547-99-0[rn]", "einecs 244-027-8", "257-213-9[einecs]", "51407-21-7[rn]", "ac1l3hqu", "20777-43-9[rn]", "51446-59-4[rn]", "cyclohexanol", "7460-78-8[rn]", "244-027-8[einecs]"}|>, "1000" -> <|"DatabaseID" -> "SW00705", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80663]}, "IsomericSmiles" -> "CC1CCC(CC1OC(=O)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydro-carveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 89383]}, "Synonyms" -> {"neocarvomenthyl acetate", "neoisocarvomenthyl acetate", "neo-dihydro carveol acetate", "carvomenthyl acetate", "51407-20-6[rn]", "257-265-2[einecs]", "257-268-9[einecs]", "2-methyl-5-(propan-2-yl)cyclohexyl acetate", "51446-60-7[rn]", "257-212-3[einecs]", "51546-61-3[rn]", "257-179-5[einecs]", "ac1q60uy", "257-177-4[einecs]", "einecs 257-265-2", "51547-99-0[rn]", "einecs 244-027-8", "257-213-9[einecs]", "51407-21-7[rn]", "ac1l3hqu", "20777-43-9[rn]", "51446-59-4[rn]", "cyclohexanol", "7460-78-8[rn]", "244-027-8[einecs]"}|>, "1001" -> <|"DatabaseID" -> "SW00705", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80663]}, "IsomericSmiles" -> "CC1CCC(CC1OC(=O)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydro-carveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 89383]}, "Synonyms" -> {"neocarvomenthyl acetate", "neoisocarvomenthyl acetate", "neo-dihydro carveol acetate", "carvomenthyl acetate", "51407-20-6[rn]", "257-265-2[einecs]", "257-268-9[einecs]", "2-methyl-5-(propan-2-yl)cyclohexyl acetate", "51446-60-7[rn]", "257-212-3[einecs]", "51546-61-3[rn]", "257-179-5[einecs]", "ac1q60uy", "257-177-4[einecs]", "einecs 257-265-2", "51547-99-0[rn]", "einecs 244-027-8", "257-213-9[einecs]", "51407-21-7[rn]", "ac1l3hqu", "20777-43-9[rn]", "51446-59-4[rn]", "cyclohexanol", "7460-78-8[rn]", "244-027-8[einecs]"}|>, "1002" -> <|"DatabaseID" -> "SW00705", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80663]}, "IsomericSmiles" -> "CC1CCC(CC1OC(=O)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydro-carveol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 89383]}, "Synonyms" -> {"neocarvomenthyl acetate", "neoisocarvomenthyl acetate", "neo-dihydro carveol acetate", "carvomenthyl acetate", "51407-20-6[rn]", "257-265-2[einecs]", "257-268-9[einecs]", "2-methyl-5-(propan-2-yl)cyclohexyl acetate", "51446-60-7[rn]", "257-212-3[einecs]", "51546-61-3[rn]", "257-179-5[einecs]", "ac1q60uy", "257-177-4[einecs]", "einecs 257-265-2", "51547-99-0[rn]", "einecs 244-027-8", "257-213-9[einecs]", "51407-21-7[rn]", "ac1l3hqu", "20777-43-9[rn]", "51446-59-4[rn]", "cyclohexanol", "7460-78-8[rn]", "244-027-8[einecs]"}|>, "1003" -> <|"DatabaseID" -> "SW00706", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6379]}, "IsomericSmiles" -> "CC1CCC(CC1)C(C)(C)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "menthyl acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6631]}, "Synonyms" -> {"p-menthan-8-yl acetate", "p-8-menthanyl acetate", "acetic acid", "menthyl acetate", "dihydro-alpha-terpinyl acetate", "terpineol", "acetic acid dihydroterpinyl ester", "trans-p-menthan-8-ol acetate", "cis-p-menthan-8-yl acetate", "58985-18-5[rn]", "261-543-9[einecs]", "80-25-1[rn]", "dihydroterpinyl acetate", "p-menthan-8-ol", "trans-p-menthan-8-yl acetate", "cis-p-menthan-8-ol", "cis-p-menthan-8-ol acetate", "201-264-1[einecs]", "p-menthan-8-ol acetate", "terpineol dihydro- acetate", "einecs 201-264-1", "89-48-5[rn]", "trans-p-menthan-8-ol", "acetic acid p-menthan-8-ol ester"}|>, "1004" -> <|"DatabaseID" -> "SW00707", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5550"]}, "IsomericSmiles" -> "Cc1ccc(cc-2c(ccc12)C)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01037"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "s-guaiazulene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3515]}, "Synonyms" -> {"eucazulen", "7-isopropyl-1", "guiazulene", "guaiazulene", "cuteazul", "gurjunazulen", "azulon", "1", "azunol", "vetivazulen", "guajazulene", "1,4-dimethyl-7-isopropylazulene"}|>, "1005" -> <|"DatabaseID" -> "SW00708", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9389"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00382"]}, "IsomericSmiles" -> "c1ccc2c(c1)c(c3c([nH+]2)CCCC3)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08555"]}, "OfficialNames" -> <|"Australia Approved Name" -> "TETRAHYDROAMINACRINE", "FDA Approved Drug" -> "TACRINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451576", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2723754], ExternalIdentifier["PubChemCompoundID", 1935]}, "Synonyms" -> {"tacrine", "cognex", "1", "romotal", "tetrahydroaminocrine", "tetrahydroaminoacridine", "tetrahydroaminocrin", "tetrahydroaminacrine", "butyrylcholine esterase", "acylcholine acylhydrolase", "tenakrin", "cholinesterase precursor", "ec 3.1.1.8", "choline esterase ii", "pseudocholinesterase", "tha", "ci-970", "tacrinal", "tacrine hcl", "mls000758202", "smr000059105", "1684-40-8", "321-64-2", "tacrine hydrochloride", "9-amino-1"}|>, "1006" -> <|"DatabaseID" -> "SW00710", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 77986]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01170"]}, "IsomericSmiles" -> "C1CCCN(CCC1)CC[NH+]=C(N)N", "OfficialNames" -> <|"FDA Approved Drug" -> "GUANETHIDINE MONOSULFATE"|>, "PharmGKBID" -> "PA449823", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3518]}, "Synonyms" -> {"ismelin", "guanethidine", "abapresin", "oktadin", "guanethidine monosulfate", "eutensol", "(2-(hexahydro-(2h)-azocin-1-yl)ethyl)guanidinium sulphate", "2-[2-(azocan-1-yl)ethyl]guanidine", "guanidine n-[2-(hexahydro-1(2h)-azocinyl)ethyl]- sulfate (1:1)", "guanidine (2-(hexahydro-1(2h)-azocinyl)ethyl)- sulfate (2:1)", "octadine", "1-[2-(azocan-1-yl)ethyl]guanidinsulfat", "norepinephrine transporter", "isobarin", "55-65-2[rn]", "1-[2-(azocan-1-yl)ethyl]guanidine sulfate", "guanethidine sulfate", "guanidine (2-(hexahydro-1(2h)-azocinyl)ethyl)- sulfate (1:1)", "60-02-6 55-65-2 [guanethidine]", "guanethidine sulphae", "1-[2-(azocan-1-yl)ethyl]guanidine sulfate (1:1)", "guanetidina", "net", "guanethidinum", "guanethidinesulfate", "1-(2-azocan-1-ylethyl)guanidinsulfat", "n-(2-guanidino ethyl)heptamethylenimine sulfate", "(2-(hexahydro-1(2h)-azocinyl)ethyl)guanidine sulfate (1:1)", "sanotensin", "200-452-0[einecs]", "guanethidine[wiki]", "2-(octahydro-1-azocinyl)ethyl guanidine sulphate", "1-(2-azocan-1-ylethyl)guanidine sulfate", "guanethidine sulphate", "esimil", "211-442-0[einecs]", "(2-(hexahydro-1(2h)-azocinyl)ethyl)guanidinehydrogensulfate", "tl8004587", "ismelin sulfate", "60-02-6 55-65-2", "apo-guanethidine", "1-[2-(1-azocanyl)ethyl]guanidine sulfate", "645-43-2[rn]", "sulphate(guanethidine sulfate)", "60-02-6[rn]"}|>, "1007" -> <|"DatabaseID" -> "SW00711", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2356]}, "IsomericSmiles" -> "C(C(CO)([N+](=O)[O-])Br)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01577"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bronopol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2450]}, "Synonyms" -> {"bronopol", "bronocot", "onyxide 500", "bronidiol", "bronosol", "lexgard bronopol", "bronotak", "133248-96-1[rn]", "2-brom-2-nitro-1,3-propandiol", "1,3-propanediol 2-bromo-2-nitro-", "2-bromo-2-nitropropane-1", "bronopol [ban:inn:jan][inn][jan]", "52-51-7", "2-bromo-2-nitropropane-1,3-diol [un3241] [flammable solid]", "2-nitro-2-bromo-1,3-propanediol", "b-bromo-b-nitrotrimethyleneglycol", "bronopolu[polish]", "200-143-0[einecs]", "2-bromo-2-nitropropane -1.3-diol", "2-bromo-2-nitro-1,3-propanediol[acd/iupac name]", "1705868", "2-bromo-2-nitro-1", "bronopolu", "52-51-71", "2-brom-2-nitropropan-1,3-diol", "bnpd; bnpk; bronopol", "52-51-7[rn]", "2-bromo-2-nitropropane-1,3-diol", "bronopolum[latin]", "bronopolum", "bronopol[wiki][jan][usan]", "4-01-00-02501 (beilstein handbook reference)[beilstein]"}|>, "1008" -> <|"DatabaseID" -> "SW00712", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9130"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5017]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01236"]}, "IsomericSmiles" -> "C(OC(C(F)(F)F)C(F)(F)F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00547"]}, "OfficialNames" -> <|"China Approved Name" -> "sevoflurane", "Australia Approved Name" -> "SEVOFLURANE", "FDA Approved Drug" -> "SEVOFLURANE"|>, "PharmGKBID" -> "PA451341", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5206]}, "Synonyms" -> {"sevoflurane", "sevorane", "sevofluran", "ultane", "sevoflurano [inn-spanish]", "sevofluranum [inn-latin]", "ec 1.6.5.3", "1,1,1,3,3,3-hexafluoro-2-(fluoromethoxy)propane[acd/iupac name]", "fluoromethyl 2,2,2-trifluoro-1-(trifluoromethyl)ethyl ether", "sevofluranum[latin]", "fluoromethyl 1,1,1,3,3,3-hexafluoropropan-2-yl ether", "28523-86-6", "sevoflurano", "000-000-0[einecs]", "ether fluoromethyl 2,2,2-trifluoro-1-(trifluoromethyl)ethyl-", "fluoromethyl 1,1,1,3,3,3-hexafluoroisopropyl ether", "sevofrane", "1,1,1,3,3,3-hexafluor-2-(fluormethoxy)propan", "propane 1,1,1,3,3,3-hexafluoro-2-(fluoromethoxy)-", "ultane (tn)", "fluormethyl-2,2,2-trifluor-1-(trifluormethyl)ethylether", "sevoflurane [usan:ban:inn:jan][inn][jan][usan]", "mr_6s4", "2,2,2-trifluoro-1-(fluoromethoxy)-1-(trifluoromethyl)ethane", "28523-86-6[rn]", "sevoflurano[spanish][inn]", "ko0737000", "sevoflurane (jan/usan)[jan][usan]", "nadh dehydrogenase subunit 1", "sevoflurane[wiki]", "ultane[wiki]", "337376-15-5", "mr6s4", "sevoflurane; sevoflurano; sevofluranum", "sojourn", "sevofluranum", "fluoromethyl1,1,1,3,3,3-hexafluoroisopropylether", "fluoromethyl 1,1,1,3,3,3-hexafluoro-2-propyl ether", "fluoromethyl 2,2,2-trifluoro-1-(trifluoromethyl)ethylether; sevoflurane; ultane"}|>, "1009" -> <|"DatabaseID" -> "SW00713", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4891285]}, "IsomericSmiles" -> "c1c(c(=O)[nH]c(=O)n1C2CCCO2)F", "OfficialNames" -> <|"China Approved Name" -> "tegafur", "Indian Approved Name" -> "tegafur"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5386]}, "Synonyms" -> {"154239-56-2[rn]", "coparogin", "ts-1 cpd", "s-1 (combination)", "ftorafur", "futraful", "s-1", "bms247616", "ts 1", "franroze", "718632-66-7[rn]", "fluorofur", "sinoflurol", "c079198", "s 1 (combination)", "150863-82-4[rn]", "tegafur", "furofutran", "s1-tegafur-oxonate combination", "s1-fluoropyrimidine oxoonate combination", "citofur", "neberk", "s-1 cpd", "1,3,5-triazine-2-carboxylicacid 1,4,5,6-tetrahydro-4,6-dioxo- monopotassium salt mixt.with 5-chloro-4-hydroxy-2(1h)-pyridine and 5-fluoro-1-(tetrahydro-2-furanyl)-2,4(1h,3h)-pyrimidinedione", "1,4,5,6-tetrahydro-4,6-dioxo-1,3,5-triazine-2-carboxylic acid monopotassium salt,mixt. with 5-chloro-4-hydroxy-2(1h)-pyridineand 5-fluoro-1-(tetrahydro-2-furanyl)-2,4(1h,3h)-pyrimidinedione"}|>, "1010" -> <|"DatabaseID" -> "SW00713", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4891285]}, "IsomericSmiles" -> "c1c(c(=O)[nH]c(=O)n1C2CCCO2)F", "OfficialNames" -> <|"China Approved Name" -> "tegafur", "Indian Approved Name" -> "tegafur"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5386]}, "Synonyms" -> {"154239-56-2[rn]", "coparogin", "ts-1 cpd", "s-1 (combination)", "ftorafur", "futraful", "s-1", "bms247616", "ts 1", "franroze", "718632-66-7[rn]", "fluorofur", "sinoflurol", "c079198", "s 1 (combination)", "150863-82-4[rn]", "tegafur", "furofutran", "s1-tegafur-oxonate combination", "s1-fluoropyrimidine oxoonate combination", "citofur", "neberk", "s-1 cpd", "1,3,5-triazine-2-carboxylicacid 1,4,5,6-tetrahydro-4,6-dioxo- monopotassium salt mixt.with 5-chloro-4-hydroxy-2(1h)-pyridine and 5-fluoro-1-(tetrahydro-2-furanyl)-2,4(1h,3h)-pyrimidinedione", "1,4,5,6-tetrahydro-4,6-dioxo-1,3,5-triazine-2-carboxylic acid monopotassium salt,mixt. with 5-chloro-4-hydroxy-2(1h)-pyridineand 5-fluoro-1-(tetrahydro-2-furanyl)-2,4(1h,3h)-pyrimidinedione"}|>, "1011" -> <|"DatabaseID" -> "SW00714", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34380"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7356]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00600"]}, "IsomericSmiles" -> "c1ccc(cc1)COc2ccc(cc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05072"]}, "OfficialNames" -> <|"Indian Approved Name" -> "monobenzone", "FDA Approved Drug" -> "MONOBENZONE"|>, "PharmGKBID" -> "PA164764582", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7638]}, "Synonyms" -> {"benoquin", "monobenzon", "agerite alba", "agerite", "dermochinona", "hydroquinone monobenzyl ether", "monobenzone", "pigmex", "alba", "monobenzyl ether hydroquinone", "4-benzyloxyphenol", "benzyl hydroquinone", "monobenzyl hydroquinone", "leucodinine", "alba-dome", "depigman", "benzyl p-hydroxyphenyl ether", "superlite", "carmifal", "benzoquin", "monobenzyl ether of hydroquinone", "p-hydroxyphenyl benzyl ether", "4-benzyloxy phenol", "tumor rejection antigen ab", "phenol 4-(phenylmethoxy)-", "c006429", "9005-80-5[rn]", "ec 1.14.18.1", "103-16-2[rn]", "135-88-6[rn]", "novo-depigman", "monobenzone[wiki][inn]", "4-(benzyloxy)phenol", "phenol p- (benzyloxy)-", "phenol 4-benzyloxy-", "p-benzyloxyphenol", "lb24-ab", "4-benzyloxyl-phenol", "205-223-9[einecs]", "monobenzona; monobenzone; monobenzonum", "4-06-00-05728 (beilstein handbook reference)[beilstein]", "tl806329", "4-(phenylmethoxy)phenol", "hydrochinon monobenzylether [czech]", "4-(benzyloxyl)phenol; 4-(phenylmethoxy)phenol; 4-benzyloxyphenol; benzylp-hydroxyphenyl ether; hydroquinonebenzyl ether; hydroquinonemonobenzyl ether;monobenzone; monobenzyl hydroquinone; p-(benzyloxy)phenol; p-hydroxyphenyl benzyl ether", "monobenzonum [inn-latin]", "p-(benzyloxy)phenol", "203-083-3[einecs]", "jsp000332", "monobenzona[spanish][inn]", "monobenzone [inn]", "4-phenylmethoxyphenol", "4-benzyloxy-phenol", "monobenzonum[latin]", "4-benzyloxyphenol 98+%", "monobenzona [inn-spanish]", "monophenol monooxygenase", "1958305", "sk29-ab", "hydrochinon monobenzylether[czech]", "p-(benzyloxy) phenol", "hydroquinone benzyl ether", "phenol p-(benzyloxy)-", "4-(benzyloxy)benzolol", "hydroquinone monobenzyl ether; monobenzone; pbp", "4-(benzyl-oxy)phenol", "4-(benzyloxy)phenol[acd/iupac name]", "phenol 4- (phenylmethoxy)-", "4-(benzyloxyl)phenol", "tyrosinase precursor", "benzylhydroquinone"}|>, "1012" -> <|"DatabaseID" -> "SW00715", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 76040]}, "IsomericSmiles" -> "CCCCCCCC(=O)NCC(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "lipacide c8g"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 84290]}, "Synonyms" -> {"lipacide c 8g", "n-(1-oxooctyl)glycine", "capryloylglycine", "2-(octanoylamino)acetic acid", "n-octanoyl-glycine", "2-octanamidoacetic acid", "n-octanoylglycine[acd/iupac name]", "14246-53-8[rn]", "glycine octanoyl-", "(octanoylamino)acetic acid", "n-octanoylglycine (unlabelled)", "capryloyl glycine", "238-122-3[einecs]", "n-(1-oxooctyl)-glycine", "caprylylglycine", "glycine n-(1-oxooctyl)-", "st50976868", "n-octanoylglycine"}|>, "1013" -> <|"DatabaseID" -> "SW00716", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4466"]}, "IsomericSmiles" -> "Cc1cccc(c1C)[C@H](C)c2c[nH]cn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00514"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dexmedetomidine"|>, "Synonyms" -> {"dexmedetomidine", "dexdor", "precedex"}|>, "1014" -> <|"DatabaseID" -> "SW00717", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4466"], ExternalIdentifier["ChEBIID", "31472"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470605], ExternalIdentifier["ChemSpiderID", 5293298]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00633"]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)COP(=O)([O-])[O-])O)C)O)F)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00514"], ExternalIdentifier["KEGGID", "D01205"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DEXMEDETOMIDINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311068], ExternalIdentifier["PubChemCompoundID", 6918081]}, "Synonyms" -> {"precedex", "dexmedetomidine hydrochloride", "dexmedetomidine", "mpv-1440", "primadex", "dexmedetomidine hcl", "dexdor", "145108-58-3[rn]", "alpha-2a adrenoreceptor", "4-[(1s)-1-(2,3-dimethylphenyl)ethyl]-1h-imidazole", "1h-imidazole 5-[(1s)-1-(2,3-dimethylphenyl)ethyl]-", "tocris-2023", "surecn406837", "1h-imidazole 4-[(1s)-1-(2,3-dimethylphenyl)ethyl]- monohydrochloride", "1h-imidazole 5-[(1s)-1-(2,3-dimethylphenyl)ethyl]- hydrochloride (1:1)", "ac1nsjxt", "chebi:4466", "4-[(1s)-1-(2,3-dimethylphenyl)ethyl]-1h-imidazole hydrochloride", "4-[(1s)-1-(2,3-dimethylphenyl)ethyl]-1h-imidazolhydrochlorid", "4-[(1s)-1-(2,3-dimethylphenyl)ethyl]-1h-imidazole hydrochloride(1:1)", "dexmedetomidine[wiki][usan]", "medetomidinum [latin]", "145108-58-3", "5-[(1s)-1-(2,3-dimethylphenyl)ethyl]-1h-imidazole hydrochloride(1:1)", "medetomidina [spanish]", "alpha-2 adrenergic receptor subtype c10", "(s)-4-(1-(2,3-dimethylphenyl)ethyl)-1h-imidazole monohydrochloride", "dexmedetomidine hcl", "5-[(1s)-1-(2", "chembl778", "dex", "dexmedetomidinum[latin]", "4-((s)-alpha", "8937629[beilstein]", "[145108-58-3]", "4-( imidazolemonohydrochloride", "dexmedetomidine (usan/inn)", "1h-imidazole 4-[(1s)-1-(2,3-dimethylphenyl)ethyl]- hydrochloride (1:1)", "1h-imidazole 4-[(1s)-1-(2,3-dimethylphenyl)ethyl]-", "medetomidine", "alpha-2a adrenoceptor", "dexmedetomidina[spanish][inn]", "dexmedetomidinum", "alpha-2aar", "dexmedetomidina", "(+)-4-((s)-a,2,3-trimethylbenzyl)imidazole", "precedex (tn)", "tl8000998", "113775-47-6[rn]", "5906875[beilstein]", "4-((s)-a,2,3-trimethylbenzyl)imidazole monohydrochloride"}|>, "1015" -> <|"DatabaseID" -> "SW00718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14687], ExternalIdentifier["ChemSpiderID", 2944]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00711"]}, "IsomericSmiles" -> "CCN(CC)C(=O)N1CC[NH+](CC1)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00803"], ExternalIdentifier["KEGGID", "D07825"]}, "OfficialNames" -> <|"China Approved Name" -> "diethylcarbamazine", "WHO Essential Medicine" -> "diethylcarbamazine", "Indian Approved Name" -> "diethyl carbamazine citrate", "FDA Approved Drug" -> "DIETHYLCARBAMAZINE CITRATE"|>, "PharmGKBID" -> "PA164748883", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15432], ExternalIdentifier["PubChemCompoundID", 3052]}, "Synonyms" -> {"hetrazan", "carbilazine", "caracide", "diethylcarbamazine", "bitirazine", "cypip", "caricide", "ethodryl", "carbamazine", "diethyl carbamazine", "banocide", "carbam palatabs", "diethylcarbamazine citrate", "notezine", "spatonin", "ditrazine base", "decacide", "prostaglandin-endoperoxide synthase 1", "diethylcarbamazine citrate", "pgh synthase 1", "filazine", "diethylcarbamazine[wiki]", "dec chewable", "ec 1.14.99.1", "dicarocide", "loxuran", "franocide", "prostaglandin g/h synthase 1 precursor", "franozan", "pghs-1", "caritrol", "ethodryl citrate", "filaribits plus 180/136mg chewable tablet (diethylcarbamazine citrate + oxibendazole)_mixture", "phs 1", "eosinopin", "90-89-1[rn]", "cox-1", "prostaglandin h2 synthase 1", "cyclooxygenase- 1", "1-diethylcarbamoyl-4-methylpiperazine dihydrogen citrate", "diethylcarbamaxine citrate", "1-piperazinecarboxamide n,n-diethyl-4-methyl-", "n,n-diethyl-4-methyl-1-piperazinecarboxamidedihydrogen citrate(1:1)", "diethylcarbamazine dihydrogen citrate", "n,n-diethyl-4-methyl-1-piperazinecarboxamide citrate", "1-piperazinecarboxamide n,n-diethyl-4-methyl- citrate (1:1)", "n,n-diethyl-4-methyl-1-piperazinecarboxamide citrate (1:1)", "compoundwith 4-methyl-piperazine-1-carboxylic acid diethylamide", "diethylcarbamazine citrate [usan:jan][jan][usan]", "3-carboxy-3-hydroxy-pentanedioic acid; compound with 4-methyl-piperazine-1-carboxylic aciddiethylamide", "1-piperazinecarboxamide n,n-diethyl-4-methyl- 2-hydroxy-1,2,3-propanetricarboxylate (1:1) (salt)", "1642-54-2[rn]", "diro-form", "diethylcarbamazini citras", "4-23-00-00225 (beilstein handbook reference)[beilstein]", "n,n-diethyl-4-methyl-1-piperazinecarboxamidedihydrogen citrate", "dietilcarbamazina[spanish][inn]", "84l", "ditrazin citrate", "ditrazine", "n,n-diethyl-4-methyl-piperazine-1-carboxamide", "1642-54-2 90-89-1", "n,n-diethyl(4-methylpiperazinyl)carboxamide", "1-piperazinecarboxamide n,n-diethyl-4-methyl- 2-hydroxy-1,2,3-propanetricarboxylate", "216-696-6[einecs]", "diethylcarbamazinum[latin]", "4-methyl-piperazine-1-carboxylic acid diethylamide", "n n-diethyl-4-methyl-1-piperazinecarboxamidedihydrogen citrate", "1-diethylcarbamyl-4-methylpiperazine", "n,n-diethyl-4-methyl-1-piperazincarboxamid", "dirocide", "notezine[wiki]", "compoundwith 4-methyl-piperazine-1-carboxylic acid diethylamide (dec)", "camin", "n,n-diethyl-4-methyl-1-piperazinecarboxamide[acd/iupac name]", "cas-1642-54-2", "1-diethylcarbamoyl-4-methylpiperazine", "n,n-diethyl-4-methylpiperazine-1-carboxamide2-hydroxypropane-1,2,3-tricarboxylate (1:1)", "carricide citrate", "hetrazan (tn)", "1-methyl-4-diethylcarbamoylpiperazine citrate", "3-carboxy-3-hydroxy-pentanedioic acid", "ditrazine citrate", "ditrazini citras", "4-methyl-piperazine-1-carboxylic acid diethylamide(dec)", "1-piperazinecarboxamide n,n-diethyl-4-methyl- citrate", "diethylcarbamazine hydrogen citrate", "diethylcarbamazane citrate", "nn-diethyl-4-methyl-1-piperazinecarboxamide", "dec", "diethylcarbamazine acid citrate", "n,n-diethyl-4-methyl-1-piperazine carboxamide citrate", "nemacide", "n,n-diethyl-4-methylpiperazine-1-carboxamide", "202-023-3[einecs]", "4-23-00-00225", "91-17-8[rn]", "filarabits", "longicid", "202-046-9[einecs]", "d.e.c. sol", "1642-54-2 90-89-1 [diethylcarbamazine]", "diaethylcarbamazinum", "difil", "1-piperazinecarboxamide n,n-diethyl-4-methyl- 2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "4-methyl-piperazine-1-carboxylic acid diethylamide(diethylcarbamazine)", "ditrazinum", "dek-tabs"}|>, "1016" -> <|"DatabaseID" -> "SW00719", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 75707]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00185"]}, "IsomericSmiles" -> "C[C@@H]1O[C@]2(C[NH+]3CCC2CC3)CS1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00661"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEVIMELINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164754754", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 83898]}, "Synonyms" -> {"saligren", "cevimeline hydrochloride", "evoxac", "cevimeline", "cevimeline hydrochloride hydrate", "cevimeline hydrochloride hemihydrate", "af 102b", "af-102b", "cis-2'-methylspiro[4-azabicyclo[2.2.2]octane-2,5'-[1,3]oxathiolane]", "spiro(1-azabicyclo(2.2.2)octane-3,5'-(1,3)-oxathiolane) 2'-methyl- (2'r,3r)-rel-", "cevimeline (inn)", "2-methyspiro(1,3-oxathiolane-5,3)quinuclidine", "fks 508", "spiro[1-azabicyclo[2.2.2]octane-3,5'-[1,3]oxathiolane] 2'-methyl- (2'r,3r)-", "(2r,2'r)-2'-methylspiro[4-azabicyclo[2.2.2]octane-2,5'-[1,3]oxathiolane][acd/iupac name]", "af102b", "cevimeline [inn]", "spiro(1-azabicyclo(2.2.2)octane-3,5'-(1,3)-oxathiolane) 2'-methyl- cis-", "153504-70-2[rn]", "evoxac[wiki]", "107223-08-9", "cevimeline[wiki][inn]", "107233-08-9[rn]", "(2r,2'r)-2'-methylspiro[4-azabicyclo[2.2.2]octan-2,5'-[1,3]oxathiolan]", "cevimeline hc", "337376-15-5", "(2r,2'r)-rel-2'-methylspiro[4-azabicyclo[2.2.2]octane-2,5'-[1,3]oxathiolane]"}|>, "1017" -> <|"DatabaseID" -> "SW00720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140701]}, "IsomericSmiles" -> "C[N+](C)(C)CCCCCC[NH2+]CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03582"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "COLESEVELAM HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449095", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160051]}, "Synonyms" -> {"welchol", "colesevelam hydrochloride", "gt 31-104hb", "6-(allylamino)hexyl-trimethyl-ammonium; n-allyldecan-1-amine; 2-(chloromethyl)oxirane; prop-2-en-1-amine; chloride; hydrochloride", "cholestagel", "colesevelam", "182815-44-7", "gt 31-104", "1-hexaminium", "gt31-104"}|>, "1018" -> <|"DatabaseID" -> "SW00721", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 143606]}, "IsomericSmiles" -> "c1cc(ncc1Cl)C(=O)NCC[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01097"]}, "OfficialNames" -> <|"NPC Approved Name" -> "lazabemide hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 163727]}, "Synonyms" -> {"tempium", "lazabemide hydrochloride", "lazabemide monohydrochloride", "ro 19-6327/001", "ro 19-6327", "n-(2-aminoethyl)-5-chloro-2-pyridinecarboxamide monohydrochloride", "n-(2-aminoethyl)-5-chloropyridine-2-carboxamide hydrochloride(1:1)", "103878-83-7[rn]", "lazabemide hydrochloride (jan/usan)[jan][usan]", "103878-83-7", "n-(2-aminoethyl)-5-chloropicolinamide hydrochloride", "n-(2-aminoethyl)-5-chloropyridine-2-carboxamide hydrochloride (1:1)", "2-pyridinecarboxamide n-(2-aminoethyl)-5-chloro- hydrochloride", "2-pyridinecarboxamide n-(2-aminoethyl)-5-chloro- hydrochloride (1:1)", "tempium (tn)", "ro-19-6327/001", "ncgc00167737-01", "[103878-83-7]", "2-pyridinecarboxamide", "pakio", "ro 19-6327 |", "lazabemide", "n-(2-aminoethyl)-5-chloro-2-pyridinecarboxamide hydrochloride"}|>, "1019" -> <|"DatabaseID" -> "SW00722", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3390"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5899]}, "IsomericSmiles" -> "CNC(=O)Oc1cccc2c1cccc2", "OfficialNames" -> <|"NPC Approved Name" -> "1-naphthalenol methylcarbamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6129]}, "Synonyms" -> {"caprolin", "carylderm", "carpolin", "1-naphthyl n-methylcarbamate", "carbatox", "carbavur", "panam[wiki]", "200-555-0[einecs]", "joseph lyddy", "nac (insecticide)", "karbosep", "1-naphthyl-methylcarbamat", "naphthyl methylcarbamate", "devicarb", "methyl-carbamic acid naphthalen-1-yl ester", "rylam", "murvin", "atoxan", "sevin[wiki]", "carbarilum[latin]", "sok", "gamonil", "olititox", "menaphtam", "septene", "sewin[wiki]", "tricarnam", "methylcarbamate 1-naphthol", "ravyon", "tercyl", "g-wizz", "tigal", "bug master", "karbatox 75", "denapon", "1-naftylester kyseliny methylkarbaminove[czech]", "suleo", "carbamine", "d012721", "dyna-carbyl", "vetox", "arylam", "carbomate", "1-naphthalenyl methylcarbamate", "1-naphthyl methylcarbamate[acd/iupac name]", "carbamic acid methyl- 1-naphthyl ester (8ci)", "carbaril[inn]", "prosevor 85", "sevin 4", "karbatox zawiesinowy", "1-naphthalenol", "1-naphthol methylcarbamate", "carbatox 75", "sevimol", "g wizz", "methylcarbamic acid 1-naphthyl ester", "skatta tick flea louse powder", "o-(1-naphthyl)-n-methylcarbamat", "cekubaryl", "gwizz", "dicarbament 23969", "union carbide 7744", "carbarilo[spanish][inn]", "carbatox-75", "antigale", "union carbide 7,744", "mugan", "vo 18 concentrat", "carbamic acid methyl- naphthalenyl ester", "1-naphthalenol methylcarbamate", "carbamic acid methyl- 1-naphthyl ester", "methyl carbamic acid 1-naphthyl ester", "671-04-5[rn]", "hexavin", "carbaril", "n-methyl-1-naftyl-carbamaat", "carbaryl [ansi][iso][bsi]", "bercema nmc50", "carbaryl", "arilat", "savit", "n-methylcarbamate de 1-naphtyle", "seffein", "lyddy joseph", "oltitox", "carbaryl[wiki]", "dicarbam", "naphthyl n-methylcarbamate", "sevin", "1-naphthalenol methylcarbamate", "carbyl", "n-methylnaphthyloxycarboxamide", "fido's freeitch", "naphthalen-1-yl methylcarbamate", "fido's free itch", "63-25-2[rn]", "1-naphthol n-methylcarbamate", "karbaspray", "dicarbament 23,969", "pomex", "1-naphthyl-n-methylcarbamate", "germain's", "carbatox-60", "crag sevin", "nac", "karbatox", "methylcarbamic acid 1-naphthyl ester", "toxan", "naphthalen-1-yl n-methylcarbamate", "11095-11-7[rn]", "noflo 5 vet", "arilate", "karbaryl [polish]", "monsur", "methylcarbamate 1-naphthalenol", "poutic", "naphthalenol methylcarbamate (9ci)", "1-naphthyl-n-methyl-karbamat[german]", "sevinol", "karbaryl", "n-methyl-1-naphthyl carbamate", "vioxan", "n-metil-1-naftil-carbammato", "4-06-00-04219 (beilstein handbook reference)[beilstein]", "carbaryl[portuguese]", "mfcd00021467", "fido's free-itch"}|>, "1020" -> <|"DatabaseID" -> "SW00723", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "45979"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 79483]}, "IsomericSmiles" -> "c1ccc2c(c1)[nH]c(n2)c3cscn3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00372"]}, "OfficialNames" -> <|"Australia Approved Name" -> "THIABENDAZOLE;TIABENDAZOLE"|>, "PharmGKBID" -> "PA164746466", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5430]}, "Synonyms" -> {"tiabendazole", "thiabendazole", "mintezol", "omnizole", "tiabendazol", "thiabendazol", "thiabenzole", "thibenzole", "lombristop", "mintesol", "mk 360 hydrochloride", "2-(4-thiazolyl)benzimidazole hydrochloride", "tiabendazole hydrochloride", "2-(1,3-thiazol-4-yl)-1h-benzimidazole hydrochloride (1:1)[acd/iupac name]", "243-132-6[einecs]", "thiabendazole hydrochloride", "19525-20-3[rn]", "1h-benzimidazole 2-(4-thiazolyl)- hydrochloride (1:1)", "mintezol hydrochloride", "benzimidazole 2-(4-thiazolyl)- hydrochloride", "2-(4-thiazolyl)benzimidazole monohydrochloride"}|>, "1021" -> <|"DatabaseID" -> "SW00724", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56289]}, "IsomericSmiles" -> "C[NH+]1CCC(CC1)(C#N)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "4-cyano-1-methyl-4-phenylpiperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62513]}, "Synonyms" -> {"pethidine - intermediate-a", "1-methyl-4-phenylpiperidine-4-carbonitrile", "1-methyl-4-phenyl-4-piperidine carbonitrile", "4-cyano-1-methyl-4-phenylpiperidine", "ac1q4rmi", "3627-62-1", "4-piperidinecarbonitrile 1-methyl-4-phenyl-", "st057745", "1-methyl-4-phenyl-piperidine-4-carbonitrile", "3627-62-1[rn]", "prepethidine", "222-847-7[einecs]", "4-piperidinecarbonitrile", "nsc28344", "ac1l1x9q"}|>, "1022" -> <|"DatabaseID" -> "SW00725", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10200]}, "IsomericSmiles" -> "c1ccc2c(c1)CCCC2C3=[NH+]CCN3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01023"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TETRAHYDROZOLINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10648]}, "Synonyms" -> {"tetrahydrozoline hydrochloride", "tyzine", "tyzanol hydrochloride", "vasopos", "tetryzoline hydrochloride", "tetrahydrozoline nitrate", "2-(1,2,3,4-tetrahydro-1-naphthyl)-2-imidazoline hydrochloride", "2-tetralin-1-yl-4,5-dihydro-1h-imidazolehydrochloride", "murine plus", "522-48-5", "2-(1,2,3,4-tetrahydronaphthalen-1-yl)-4,5-dihydro-1h-imidazolehydrochloride (1:1)", "tetrahydrozoline hydrochloride [usan:ban][usan]", "2-(1,2,3,4-tetrahydronaphthalen-1-yl)-4,5-dihydro-1h-imidazolehydrochloride", "collyrium fresh-eye drops", "33067-94-6[rn]", "2-imidazoline 2-(1,2,3,4-tetrahydro-1-naphthyl)- hydrochloride", "1h-imidazole 4,5-dihydro-2-(1,2,3,4-tetrahydro-1-naphthalenyl)- monohydrochloride", "ai3-50165", "1h-imidazole 4,5-dihydro-2-(1,2,3,4-tetrahydro-1-naphthalenyl)- hydrochloride (1:1)", "2-tetralin-1-yl-4,5-dihydro-1h-imidazole hydrochloride", "visine", "522-48-5 84-22-0 [tetrahydrozoline]", "124638-40-0[rn]", "soothe[wiki]", "8059-87-8[rn]", "tyzine (tn)", "tetryzoline", "st013854", "84-22-0[rn]", "522-48-5 84-22-0", "visine[wiki]", "2-(1,2,3,4-tetrahydro-1-naphthyl)-2-imidazoline monohydrochloride", "tyzine pediatric", "522-48-5[rn]", "2-(1,2,3,4-tetrahydronaphthalen-1-yl)-4,5-dihydro-1h-imidazolhydrochlorid", "208-329-3[einecs]", "einecs 208-329-3"}|>, "1023" -> <|"DatabaseID" -> "SW00725", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10200]}, "IsomericSmiles" -> "c1ccc2c(c1)CCCC2C3=[NH+]CCN3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01023"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TETRAHYDROZOLINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10648]}, "Synonyms" -> {"tetrahydrozoline hydrochloride", "tyzine", "tyzanol hydrochloride", "vasopos", "tetryzoline hydrochloride", "tetrahydrozoline nitrate", "2-(1,2,3,4-tetrahydro-1-naphthyl)-2-imidazoline hydrochloride", "2-tetralin-1-yl-4,5-dihydro-1h-imidazolehydrochloride", "murine plus", "522-48-5", "2-(1,2,3,4-tetrahydronaphthalen-1-yl)-4,5-dihydro-1h-imidazolehydrochloride (1:1)", "tetrahydrozoline hydrochloride [usan:ban][usan]", "2-(1,2,3,4-tetrahydronaphthalen-1-yl)-4,5-dihydro-1h-imidazolehydrochloride", "collyrium fresh-eye drops", "33067-94-6[rn]", "2-imidazoline 2-(1,2,3,4-tetrahydro-1-naphthyl)- hydrochloride", "1h-imidazole 4,5-dihydro-2-(1,2,3,4-tetrahydro-1-naphthalenyl)- monohydrochloride", "ai3-50165", "1h-imidazole 4,5-dihydro-2-(1,2,3,4-tetrahydro-1-naphthalenyl)- hydrochloride (1:1)", "2-tetralin-1-yl-4,5-dihydro-1h-imidazole hydrochloride", "visine", "522-48-5 84-22-0 [tetrahydrozoline]", "124638-40-0[rn]", "soothe[wiki]", "8059-87-8[rn]", "tyzine (tn)", "tetryzoline", "st013854", "84-22-0[rn]", "522-48-5 84-22-0", "visine[wiki]", "2-(1,2,3,4-tetrahydro-1-naphthyl)-2-imidazoline monohydrochloride", "tyzine pediatric", "522-48-5[rn]", "2-(1,2,3,4-tetrahydronaphthalen-1-yl)-4,5-dihydro-1h-imidazolhydrochlorid", "208-329-3[einecs]", "einecs 208-329-3"}|>, "1024" -> <|"DatabaseID" -> "SW00726", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4907"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3189], ExternalIdentifier["ChemSpiderID", 110371]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01077"]}, "IsomericSmiles" -> "CC(O)(P(=O)([O-])[O-])P(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00314"], ExternalIdentifier["KEGGID", "D02373"]}, "OfficialNames" -> <|"Indian Approved Name" -> "etidronate disodium;etidronate", "FDA Approved Drug" -> "ETIDRONATE DISODIUM;TECHNETIUM TC-99M ETIDRONATE KIT"|>, "PharmGKBID" -> "PA449548", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3305], ExternalIdentifier["PubChemCompoundID", 123827]}, "Synonyms" -> {"turpinal sl", "acetodiphosphonic acid", "dequest z 010", "dequest 2015", "etidronate disodium", "hedp", "etidronsaeure", "etidronate", "ehdp", "etidronic acid", "dequest 2010", "didronel", "osteoscan", "ferrofos 510", "cintichem technetium 99m hedspa", "oxyethylidenediphosphonic acid", "didronel iv", "mpi stannous diphosphonate", "hydroxyethanediphosphonic acid", "didrocal (etidronate disodium + calcium carbonate)_mixture", "acide etidronique [inn-french]", "v-atpase subunit a", "vacuolar atpase isoform va68", "acido etidronico [inn-spanish]", "vacuolar proton pump subunit alpha", "v-atpase 69 kda subunit", "acidum etidronicum [inn-latin]", "1000sl", "technetium hedp", "(1-hydroxyethane-1,1-diyl)diphosphonic acid disodium salt", "acidum etidronicum", "7414-83-7[rn]", "(1-hydroxyethylidene)bisphosphonic acid", "ethane-1-hydroxy-1,1-diphosphonic acid", "(1-hydroxyethane-1,1-diyl)diphosphonic acid", "106908-76-3[rn]", "ethane-1-hydroxy-1,1-bisphosphonate", "2809-21-4 (free acid)", "1-hydroxyethane-1,1-diphosphonic acid", "100511-44-2[rn]", "1-hydroxyethylidene-1,1-diphosphonic acid", "0-02-00-00171 (beilstein handbook reference)[beilstein]", "1-hydroxyethane-1,1,-diphosphonic acid", "acido etidronico[spanish][inn]", "phosphonic acid (1-hydroxyethylidene)di-", "acide etidronique", "1-hydroxyethanediphosphonic acid", "ethane-1-hydroxy-1,1-bisphosphonic acid", "129130-42-3[rn]", "etidronate;", "etidronic acid monohydrate", "phosphonic acid 1-hydroxyethylidenedi-", "1,1,1-ethanetriol diphosphonate", "etidronic acid[usan]", "phosphonic acid (1-hydroxyethylidene)bis-", "(1-hydroxyethylidene)bis-phosphonicacid 1-hydroxyethane-1,1-diphosphonic acid", "acido etidronico", "220-552-8[einecs]", "(1-hydroxy-1-phosphono-ethyl)-phosphonic acid", "51888-66-5[rn]", "1-hydroxyethylidenediphosphonic acid", "acide etidronique[french][inn]", "etidronate;ksidifon;xidiphone", "14860-53-8[rn]", "1-hydroxyethylidene-1,1-biphosphonate", "(1-hydroxyethylidene)bisphosphonic acid; hedp; xidiphone", "1-hydroxyethylidene-1,1-diphosphonicacid", "technetium tc 99m hedp", "(1-hydroxyethylidene)diphosphonic acid", "etidronic acid [usan:ban:inn][inn][usan]", "9005-49-6", "acide etidronique;acido etidronico;acidum etidronicum; etidronic acid", "(1-hydroxyethylene)diphosphonic acid", "1-hydroxyethane-1 1-bisphosphonic acid", "(1-hydroxy-1,1-ethanediyl)bis(phosphonic acid)[acd/iupac name]", "ethane-1-hydroxy-1,1-diphosphonate", "acidum etidronicum[latin]", "1-hydroxy-1,1-diphosphonoethane", "didronel[wiki]", "29329-71-3[rn]", "(hydroxyethylidene)diphosphonic acid", "technetium osteoscan", "(1-hydroxyethylidene)bis(phosphonic acid)", "2809-21-4[rn]", "phosphonic acid 1-hydroxy-1,1-ethanediyl ester", "tc-99m-fe(ii)-hedp", "etidronic acid (product)", "(1-hydroxyethylidene)diphoshonic acid", "technetium tc 99m edhp", "diphosphonate (base)", "tc-99m-hedp", "85985-26-8[rn]", "1-hydroxyethylidene-1 1-diphosphonic acid", "66216-98-6[rn]", "1-hydroxyethane-1,1-diphosphonic acid (ca. 60% in water ca. 4.2mol/l)", "1-hydroxyethane-1,1-bisphosphonic acid", "86159-18-4[rn]", "tc-99m-cu(1)-ehdp", "etidronic acid [inn_en]", "25211-86-3[rn]", "tc-99m-ehdp", "(1-hydroxyethane-1,1-diyl)bis(phosphonic acid)", "hydroxyethane-1,1-diphosphonic acid", "tc-99m-sn(ii)-hedp", "1-hydroxyethylidene-1,1-bisphosphonate", "ethane-1-hydroxy-1 1-diphosphonate", "(1-hydroxyethylidene)bisphonic acid", "249-559-4[einecs]", "1-hydroxyethane-1,1-diphosphonate", "phosphonic acid (1-hydroxyethylidene)bis- technetium-(99)tc salt", "technetium hydroxyethylidine diphosphonate", "no cas", "63347-65-9[rn]", "technetium tc 99m cuprous etidronate", "technetium tc 99m etidronate", "tc-sodium etidronate", "etidronate (didronel)", "tc-ethane-1-hydroxyl-1,1-diphosphonate"}|>, "1025" -> <|"DatabaseID" -> "SW00727", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4953624]}, "IsomericSmiles" -> "C(CS(=O)(=O)[O-])CS(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04039"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nc-503"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6451143]}, "Synonyms" -> {"eprodisate disodium", "kiacta", "eprodisate sodium", "3767479", "nc 503", "1,3-propanedisulfonic acid disodium salt", "disodium 1,3-propanedisulfonate", "disodium propane-1,3-disulfonate", "nc-503", "fibrillex", "1,3-propanedisulfonic acid sodium salt (1:2)", "1", "36589-58-9[rn]", "disodium 1", "1,3-pds", "eprodisate disodium (usan)", "disodium propane-1", "36589-58-9"}|>, "1026" -> <|"DatabaseID" -> "SW00728", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391238]}, "IsomericSmiles" -> "c1ccc2c(c1)c(=O)n3c(n2)[C@H](CC3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vasicinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442935]}, "Synonyms" -> {"vasicinone", "486-64-6[rn]", "ac1l9don", "c10744", "(3s)-3-hydroxy-2", "zinc00265484", "486-64-6"}|>, "1027" -> <|"DatabaseID" -> "SW00729", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64938]}, "IsomericSmiles" -> "COc1cc(cn[n+]1c2ccccc2)N", "OfficialNames" -> <|"NPC Approved Name" -> "amezinium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56973695]}, "Synonyms" -> {"5-25-12-00411 (beilstein handbook reference)[beilstein]", "4-amino-6-methoxy-1-phenylpyridazinium", "amezinium methyl sulfate", "41658-78-0[rn]", "amezinium", "pyridazinium 4-amino-6-methoxy-1-phenyl-"}|>, "1028" -> <|"DatabaseID" -> "SW00730", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83185]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(C)CCC=C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha- curcumene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92139]}, "Synonyms" -> {"2-methyl-6-p-tolyl-2-heptene", "aromatic curcumene", "aryl-curcumene", "1-methyl-4-(6-methylhept-5-en-2-yl)benzene", "ar-curcumene", "curcumene", "benzene", "2-heptene", "1-(1", "644-30-4[rn]", "benzene 1-(1,5-dimethyl-4-hexen-1-yl)-4-methyl-", "a-curcumene", "1-(1,5-dimethyl-4-hexenyl)-4-methylbenzene", "2-heptene 2-methyl-6-p-tolyl-2-methyl-6-p-tolyl-2-heptene", "alpha-curcumene", "2-heptene 2-methyl-6-p-tolyl-", "benzene 1-(1,5-dimethyl-4-hexenyl)-4-methyl-"}|>, "1029" -> <|"DatabaseID" -> "SW00730", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83185]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(C)CCC=C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha- curcumene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92139]}, "Synonyms" -> {"2-methyl-6-p-tolyl-2-heptene", "aromatic curcumene", "aryl-curcumene", "1-methyl-4-(6-methylhept-5-en-2-yl)benzene", "ar-curcumene", "curcumene", "benzene", "2-heptene", "1-(1", "644-30-4[rn]", "benzene 1-(1,5-dimethyl-4-hexen-1-yl)-4-methyl-", "a-curcumene", "1-(1,5-dimethyl-4-hexenyl)-4-methylbenzene", "2-heptene 2-methyl-6-p-tolyl-2-methyl-6-p-tolyl-2-heptene", "alpha-curcumene", "2-heptene 2-methyl-6-p-tolyl-", "benzene 1-(1,5-dimethyl-4-hexenyl)-4-methyl-"}|>, "1030" -> <|"DatabaseID" -> "SW00731", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3478]}, "IsomericSmiles" -> "C[N+](C)(C)CCCCCC[N+](C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02204"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexamethonium bromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5938]}, "Synonyms" -> {"hexamethonium bromide", "hexameton", "esametina", "simpatoblock", "60-26-4[rn]", "hexon", "hb", "n,n,n,n',n',n'-hexamethylhexane-1,6-diaminium", "hexametonio", "hexamethylenebis(trimethylammonium)", "n,n,n,n'',n'',n''-hexamethylhexane-1,4-diaminium", "hexathonide", "n,n,n,n',n',n'-hexamethylhexane-1,6-diaminium dichloride", "hexamethonium dibromide", "hexamethionium bromide", "gangliostat", "vegolysin", "n1,n1,n1,n6,n6,n6-hexamethylhexane-1,6-diaminium", "1,6-hexanediaminium n,n,n,n',n',n'-hexamethyl-", "hexonium dibromide", "hexonium", "1,6-hexanediaminium n1,n1,n1,n6,n6,n6-hexamethyl-", "n,n,n,n',n',n'-hexamethyl-1,6-hexanediaminium[acd/iupac name]", "vegolysen", "a,w-bis(trimethylammonium)hexane", "hexamethone", "hexamethonium[wiki]", "hexanium", "n,n,n,n',n',n'-hexamethylhexane-1,6-diaminium(hexamethonium)"}|>, "1031" -> <|"DatabaseID" -> "SW00732", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13868426]}, "IsomericSmiles" -> "c1cc(c(cc1[N+](=O)[O-])[N+](=O)[O-])Cl", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "66′-dimethoxylgossypol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6]}, "Synonyms" -> {"2", "cdnb", "dncb", "benzene", "1-chloro-2", "dncb.", "202-551-4[einecs]", "97-00-7[rn]", "dinitrochlorobenzene", "1,3-dinitro-4-chlorobenzene", "1-chloro-2,4-dinitrobenzene", "chlorodinitrobenzene", "2,4-dinitro-1-chlorobenzene", "dinitrochlorobenzene[wiki]", "613161", "4-chloro-1,3-dinitrobenzene", "benzene 1-chloro-2,4-dinitro-", "2,4-dinitrochlorobenzene", "97-00-7", "92-00-7", "2.4-dinitrochlorobenzene", "2,4-dinitrophenyl chloride", "1-chloro-2,4-dinitro-benzene", "dinitrochlorobenzol", "4-chloro-1"}|>, "1032" -> <|"DatabaseID" -> "SW00733", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3642"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00856"]}, "IsomericSmiles" -> "c1cc(ccc1OCC(CO)O)Cl", "OfficialNames" -> <|"Indian Approved Name" -> "chlorphenesin"|>, "PharmGKBID" -> "PA164784022", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7697]}, "Synonyms" -> {"chlorphenesin", "demykon", "mycil", "adermykon", "gecophen", "chlorophenesin", "anivy (benzocaine + chlorphenesin + titanium dioxide + zinc oxide)_mixture", "3-(4-chlorophenoxy)-1", "maolate", "clorfenesina", "chlorphenesine", "p-chlorophenyl", "chlorphenesinum", "chlorphenesinum [inn-latin]", "chlorphenesine [inn-french]", "p-chlorophenyl glyceryl ether", "gechophen", "alpha-glyceryl ether", "clorfenesina [inn-spanish]"}|>, "1033" -> <|"DatabaseID" -> "SW00733", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3642"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00856"]}, "IsomericSmiles" -> "c1cc(ccc1OCC(CO)O)Cl", "OfficialNames" -> <|"Indian Approved Name" -> "chlorphenesin"|>, "PharmGKBID" -> "PA164784022", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7697]}, "Synonyms" -> {"chlorphenesin", "demykon", "mycil", "adermykon", "gecophen", "chlorophenesin", "anivy (benzocaine + chlorphenesin + titanium dioxide + zinc oxide)_mixture", "3-(4-chlorophenoxy)-1", "maolate", "clorfenesina", "chlorphenesine", "p-chlorophenyl", "chlorphenesinum", "chlorphenesinum [inn-latin]", "chlorphenesine [inn-french]", "p-chlorophenyl glyceryl ether", "gechophen", "alpha-glyceryl ether", "clorfenesina [inn-spanish]"}|>, "1034" -> <|"DatabaseID" -> "SW00734", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6231]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "05246"]}, "IsomericSmiles" -> "CC1(CC(=O)N(C1=O)C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00404"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHSUXIMIDE"|>, "PharmGKBID" -> "PA164743145", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6476]}, "Synonyms" -> {"celontin", "petinutin", "metosuccimmide [dcit]", "methsuximide", "metsuccimide", "mesuximide", "methsuximid", "(rs)-1,3-dimethyl-3-phenyl-2,5-pyrrolidindion", "mesuximidum", "1,3-dimethyl-3-phenylsuccinimide", "1,3-dimethyl-3-phenyl-pyrrolidin-2,5-dione", "alpha-methylphensuximide", "1,3-dimethyl-3-phenyl-2,5-dioxopyrrolidine", "n,2-dimethyl-2-phenylsuccinimide", "mesuximid", "201-026-7[einecs]", "nbr13", "1,3-dimethyl-3-phenyl-2,5-pyrrolidinedione[acd/iupac name]", "einecs 201-026-7", "methsuximide[wiki][usp]", "77-41-8[rn]", "mesuximida[spanish][inn]", "c12h13no2", "1,3-dimethyl-3-phenylpyrrolidine-2,5-dione", "cav3.1c", "mesuximida [inn-spanish]", "5-21-11-00209", "2,5-pyrrolidinedione,1,3-dimethyl-3-phenyl-", "mesuximide[wiki]", "5-21-11-00209 (beilstein handbook reference)[beilstein]", "succinimide n,2-dimethyl-2-phenyl-", "1,3-dimethyl-3-phenyl-pyrrolidine-2,5-dione", "1,3-dimethyl-3-phenylpyrrolidin-2,5-dion", "celontin (tn)", "1,3-dimethyl-3-phenyl-2,5-pyrrolidinedione", "alpha-methyl-alpha-phenyl n-methyl succinimide", "methsuximide [ban]", "mesuximidum [inn-latin]", "2,5-pyrrolidinedione 1,3-dimethyl-3-phenyl-", "mesuximidum[latin][inn]", "voltage- gated calcium channel subunit alpha cav3.1", "n-methyl-alpha-methyl-alpha-phenylsuccinimide"}|>, "1035" -> <|"DatabaseID" -> "SW00734", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6231]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "05246"]}, "IsomericSmiles" -> "CC1(CC(=O)N(C1=O)C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00404"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHSUXIMIDE"|>, "PharmGKBID" -> "PA164743145", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6476]}, "Synonyms" -> {"celontin", "petinutin", "metosuccimmide [dcit]", "methsuximide", "metsuccimide", "mesuximide", "methsuximid", "(rs)-1,3-dimethyl-3-phenyl-2,5-pyrrolidindion", "mesuximidum", "1,3-dimethyl-3-phenylsuccinimide", "1,3-dimethyl-3-phenyl-pyrrolidin-2,5-dione", "alpha-methylphensuximide", "1,3-dimethyl-3-phenyl-2,5-dioxopyrrolidine", "n,2-dimethyl-2-phenylsuccinimide", "mesuximid", "201-026-7[einecs]", "nbr13", "1,3-dimethyl-3-phenyl-2,5-pyrrolidinedione[acd/iupac name]", "einecs 201-026-7", "methsuximide[wiki][usp]", "77-41-8[rn]", "mesuximida[spanish][inn]", "c12h13no2", "1,3-dimethyl-3-phenylpyrrolidine-2,5-dione", "cav3.1c", "mesuximida [inn-spanish]", "5-21-11-00209", "2,5-pyrrolidinedione,1,3-dimethyl-3-phenyl-", "mesuximide[wiki]", "5-21-11-00209 (beilstein handbook reference)[beilstein]", "succinimide n,2-dimethyl-2-phenyl-", "1,3-dimethyl-3-phenyl-pyrrolidine-2,5-dione", "1,3-dimethyl-3-phenylpyrrolidin-2,5-dion", "celontin (tn)", "1,3-dimethyl-3-phenyl-2,5-pyrrolidinedione", "alpha-methyl-alpha-phenyl n-methyl succinimide", "methsuximide [ban]", "mesuximidum [inn-latin]", "2,5-pyrrolidinedione 1,3-dimethyl-3-phenyl-", "mesuximidum[latin][inn]", "voltage- gated calcium channel subunit alpha cav3.1", "n-methyl-alpha-methyl-alpha-phenylsuccinimide"}|>, "1036" -> <|"DatabaseID" -> "SW00735", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31439"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 599515]}, "IsomericSmiles" -> "CCN(c1ccccc1C)C(=O)/C=C/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01381"]}, "OfficialNames" -> <|"China Approved Name" -> "crotamiton", "Indian Approved Name" -> "crotamiton", "FDA Approved Drug" -> "CROTAMITON"|>, "PharmGKBID" -> "PA164745460", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 688020]}, "Synonyms" -> {"eurax", "eurasil", "n-ethyl-o-crotonotoluidide", "euraxil", "crotamitex", "veteusan", "crotalgin", "crotamiton", "crotamitone", "3-12-00-01856 (beilstein handbook reference)[beilstein]", "(2e)-n-ethyl-n-(2-methylphenyl)but-2-enamide", "2-butenamide n-ethyl-n-(2-methylphenyl)- (2e)-", "crotamiton [ban:inn:jan][inn][jan]", "483-63-6[rn]", "o-crotonotoluidide n-ethyl-", "2-butenamide n-ethyl-n-(2-methylphenyl)-", "n-ethyl-n-(2-methylphenyl)-2-butenamide[acd/iupac name]", "crotan", "124236-29-9[rn]", "crotonyl-n-ethyl-o-toluidine", "207-596-3[einecs]", "crotamitonum[latin]", "crotamiton[wiki]", "but-2-enoic acid ethyl-2-tolylamide", "56-92-8[rn]", "(2e)-n-ethyl-n-(2-methylphenyl)but-2-enamid", "eurax (tn)", "3-12-00-01856"}|>, "1037" -> <|"DatabaseID" -> "SW00736", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4888"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3176]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00754"]}, "IsomericSmiles" -> "CCN1C(=O)C(NC1=O)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00708"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETHOTOIN"|>, "PharmGKBID" -> "PA164768735", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3292]}, "Synonyms" -> {"peganone", "ethotoin", "accenon", "ethotoinum [inn-latin]", "etotoina [inn-spanish]", "3-ethyl-5-phenylhydantoin", "pegoanone", "ethotoine [inn-french]", "accenon (tn)", "ethotoin[wiki]", "c084606", "ethotoinum[latin]", "ethotoinum", "86-35-1[rn]", "ethotoine", "peganone (tn)", "3-ethyl-5-phenylimidazolidin-2,4-dion", "9005-49-6", "sodium channel protein type v subunit alpha", "ethotoine[french][inn]", "voltage-gated sodium channel subunit alpha nav1.5", "3-ethyl-5-phenyl-imidazolidine-2,4-dione", "1-ethyl-2,5-dioxo-4-phenylimidazolidine", "hh1", "201-665-1[einecs]", "ethotoin [ban:inn:jan][inn][jan]", "hydantoin", "2,4-imidazolidinedione 3-ethyl-5-phenyl-", "3-ethyl-5-phenyl-2,4-imidazolidinedione[acd/iupac name]", "3-ethyl-5-phenylimidazolidin-2,4-dione", "etotoina[spanish][inn]", "5-24-08-00005 (beilstein handbook reference)[beilstein]", "3-ethyl-5-phenylimidazolidine-2,4-dione", "etotoina [inn_es]", "hydantoin 3-ethyl-5-phenyl-", "sodium channel protein cardiac muscle alpha-subunit", "etotoina"}|>, "1038" -> <|"DatabaseID" -> "SW00736", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4888"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3176]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00754"]}, "IsomericSmiles" -> "CCN1C(=O)C(NC1=O)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00708"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETHOTOIN"|>, "PharmGKBID" -> "PA164768735", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3292]}, "Synonyms" -> {"peganone", "ethotoin", "accenon", "ethotoinum [inn-latin]", "etotoina [inn-spanish]", "3-ethyl-5-phenylhydantoin", "pegoanone", "ethotoine [inn-french]", "accenon (tn)", "ethotoin[wiki]", "c084606", "ethotoinum[latin]", "ethotoinum", "86-35-1[rn]", "ethotoine", "peganone (tn)", "3-ethyl-5-phenylimidazolidin-2,4-dion", "9005-49-6", "sodium channel protein type v subunit alpha", "ethotoine[french][inn]", "voltage-gated sodium channel subunit alpha nav1.5", "3-ethyl-5-phenyl-imidazolidine-2,4-dione", "1-ethyl-2,5-dioxo-4-phenylimidazolidine", "hh1", "201-665-1[einecs]", "ethotoin [ban:inn:jan][inn][jan]", "hydantoin", "2,4-imidazolidinedione 3-ethyl-5-phenyl-", "3-ethyl-5-phenyl-2,4-imidazolidinedione[acd/iupac name]", "3-ethyl-5-phenylimidazolidin-2,4-dione", "etotoina[spanish][inn]", "5-24-08-00005 (beilstein handbook reference)[beilstein]", "3-ethyl-5-phenylimidazolidine-2,4-dione", "etotoina [inn_es]", "hydantoin 3-ethyl-5-phenyl-", "sodium channel protein cardiac muscle alpha-subunit", "etotoina"}|>, "1039" -> <|"DatabaseID" -> "SW00737", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16828"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6066]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00150"]}, "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)C[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00020"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tryptophane", "Indian Approved Name" -> "l-tryptophan"|>, "PharmGKBID" -> "PA10323", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6305]}, "Synonyms" -> {"l-tryptophane", "l-tryptophan", "(s)-tryptophan", "tryptophan", "pacitron", "3-indol-3-ylalanine", "ardeytropin", "tryptacin", "l-b-3-indolylalanine", "(-)-tryptophan", "lyphan", "(s)-a-amino-1h-indole-3-propanoic acid", "l-(-)-tryptophan", "2-amino-3-indolylpropanoic acid", "trofan", "(s)-a-aminoindole-3-propionic acid", "tryptophane", "l-a-aminoindole-3-propionic acid", "(s)-a-amino-b-indolepropionic acid", "73-22-3[rn]", "2-amino-3-(1h-indol-3-yl)propanoic acid", "d(+)-tryptophan", "h-trp-oh", "(s)-2-amino-3-(1h-indol-3-yl)propanoic acid", "l-(-)-tryptophane", "153-94-6[rn]", "optimax", "alanine 3-indol-3-yl", "tryptophan[wiki][usp][acd/iupac name]", "1h-indole-3-alanine (van)", "l-alanine 3-(1h-indol-3-yl)-", "l-trytophan", "(2s)-2-azaniumyl-3-(1h-indol-3-yl)propanoate", "hwrs", "tryptophanum[latin]", "l-tryptophan[jp15][acd/iupac name]", "tryptophane[french]", "triptofano[spanish]", "tryptophan (van)", "mt1", "(l)-tryptophan", "li7", "alanine 3-indol-3-yl-", "trprs", "(s)-2-amino-3-(1h-indol-3-yl)-propionic acid", "1h-indole-3-alanine", "l-tryptofaan", "alpha-amino-beta-(3-indolyl)-propionic acid", "(s)-1h-indole-3-alanine", "200-795-6[einecs]", "ec 6.1.1.2", "(2s)-2-ammonio-3-(1h-indol-3-yl)propanoate; l-tryptophan", "tryptophan-- trna ligase", "l-tryptophan zwitterion", "tryptan", "(2s)-2-amino-3-(1h-indol-3-yl)propanoic acid", "sedanoct", "alti-tryptophan", "l-a-amino-3-indolepropionic acid", "1h-indole-3-propanoic acid", "l-tryptofan", "27813-82-7[rn]", "ltr", "l-tryptophan (9ci)", "1h-indole-3-alanine (s)-", "indole-3-alanine", "tryptophan l- (8ci)", "l-trp", "86197[beilstein]", "w[formula]", "propionic acid 2-amino-3-indol-3-yl", "tryptophan [usan:inn][inn][usan]", "tryptophan l-", "trp nh3+ cooh", "3652069[beilstein]", "ifp53", "trp", "(s)-2-amino-3-(3-indolyl)propionic acid", "propionic acid 2-amino-3-indol-3-yl-", "l-ttp", "tryptophane[wiki]"}|>, "1040" -> <|"DatabaseID" -> "SW00738", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141161]}, "IsomericSmiles" -> "C1C[C@@H]2C34C[C@H]([NH+]2C1)C=CC3=CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "norsecurinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160648]}, "Synonyms" -> {"norsecurinine", "a-norsecurinan-11-one", "ent-norsecurinine", "kst-1a3762", "kst-1a3761", "ar-1a6984", "ar-1a6983", "ag-j-25601", "2650-35-3[rn]", "(6s", "ac1l4o00"}|>, "1041" -> <|"DatabaseID" -> "SW00739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475872]}, "IsomericSmiles" -> "C[N+](C)(CCc1c[nH]c2c1cccc2)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nn-dimethyltryptamine oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316905]}, "Synonyms" -> {"2-(1h-indol-3-yl)-n", "n,n-dimethyltryptamine n-oxide", "ac1nsuwa", "chembl1779164"}|>, "1042" -> <|"DatabaseID" -> "SW00740", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4940735]}, "IsomericSmiles" -> "CC(=O)/C=C/C=C\\1/C2CCC(C2)C1(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03148"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bornelone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436059]}, "Synonyms" -> {"bornelone", "uv absorber-4", "3-penten-2-one", "2226-11-1[rn]", "bornelone [usan:inn][inn][usan]", "5-(3,3-dimethylbicyclo(2.2.1)hept-2-ylidene)-3-penten-2-one", "5-(3,3-dimethyl-2-norbornyliden)-3-penten-2-one", "(3e,5z)-5-(3,3-dimethylbicyclo[2.2.1]hept-2-ylidene)pent-3-en-2-one", "2226-11-1", "bornelonum", "bornelona[spanish]", "218-757-2[einecs]", "3-penten-2-one 5-(3,3-dimethylbicyclo[2.2.1]hept-2-ylidene)-,(3e,5z)-", "bornelona", "(3e,5z)-5-(3,3-dimethyl-8,9,10-trinorborn-2-yliden)-3-penten-2-on", "bornelone (usan/inn)", "bornelonum [inn-latin]", "bornelona [inn-spanish]", "11/1/2226", "bornelonum[latin]", "bornelone[usan]", "3-penten-2-one 5-(3,3-dimethylbicyclo(2.2.1)hept-2-ylidene)-", "5-(3,3-dimethyl-2-norbornylidene)-3-penten-2-one"}|>, "1043" -> <|"DatabaseID" -> "SW00741", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "49263"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8279897]}, "IsomericSmiles" -> "CC1=CC[C@H](CC1)C(=C)CCC=C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-bisabolene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10104370]}, "Synonyms" -> {"(s)-1-methyl-4-(5-methyl-1-methylene-4-hexenyl)cyclohexene", "(1s)-bisabola-4,7(11),10(15)-triene", "1,5-heptadiene 6-methyl-2-(4-methyl-3-cyclohexen-1-yl)- (s)-(-)-", "2044625[beilstein]", "(4s)-1-methyl-4-(6-methylhepta-1,5-dien-2-yl)cyclohexene", "l-beta-bisabolene", "cyclohexene 1-methyl-4-(5-methyl-1-methylene-4-hexenyl)- (s)-", "(4s)-1-methyl-4-(5-methyl-1-methylenehex-4-en-1-yl)cyclohexene", "(s)-(-)-6-methyl-2-(4-methyl-3-cyclohexen-1-yl)-1", "chembl1077088", "(s)-1-methyl-4-(5-methyl-1-methylene-4-hexenyl)-1-cyclohexene", "495-61-4", "l-b-bisabolene", "495-61-4[rn]", "(s)-(-)-6-methyl-2-(4-methyl-3-cyclohexen-1-yl)-1,5-heptadiene", "chebi:49263", "(-)-beta-bisabolene", "beta-bisabolene", "cpd-8246", "cyclohexene 1-methyl-4-(5-methyl-1-methylene-4-hexen-1-yl)- (4s)-", "(s)-beta-bisabolene", "b-bisabolene", "(-)-b-bisabolene"}|>, "1044" -> <|"DatabaseID" -> "SW00742", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15385"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389830]}, "IsomericSmiles" -> "CC1=C[C@H]2[C@@H](CCC(=C2CC1)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-cadinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441005]}, "Synonyms" -> {"d-cadinene", "(1s", "chembl445759", "483-76-1[rn]", "delta-cadinene", "(+)-delta-cadinene", "naphthalene 1,2,3,5,6,8a-hexahydro-4,7-dimethyl-1-(1-methylethyl)- (1s-cis)-", "cadina-1(10),4-diene", "chebi:15385", "(1s,8ar)-1-isopropyl-4,7-dimethyl-1,2,3,5,6,8a-hexahydronaphthalene", "delta-amorphene", "ac1l9adp", "483-76-1", "(+)-d-cadinene", "naphthalene 1,2,3,5,6,8a-hexahydro-4,7-dimethyl-1-(1-methylethyl)- (1s,8ar)-", "unii-7848ki47os", "(1s,8ar)-4,7-dimethyl-1-(propan-2-yl)-1,2,3,5,6,8a-hexahydronaphthalene", "cadina-1(10)"}|>, "1045" -> <|"DatabaseID" -> "SW00743", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10357"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444848]}, "IsomericSmiles" -> "C/C/1=C\\CCC(=C)[C@H]2CC([C@@H]2CC1)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene;l-caryophyllene;trans-caryophyllene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281515]}, "Synonyms" -> {"(-)-trans-caryophyllene", "trans-caryophyllene", "l-caryophyllene", "87-44-5[rn]", "(1r,4e,9s)-4,11,11-trimethyl-8-methylidenebicyclo[7.2.0]undec-4-ene", "2-methylene-6,10,10-trimethylbicyclo(7.2.0)undec-5-ene", "bicyclo(7.2.0)undec-4-ene,4,11,11-trimethyl-8-methylene- (1r-(1r*,4e,9s*))-", "8-methylene-4,11,11-(trimethyl)bicyclo(7.2.0)undec-4-ene", "[1r-(1r*,4e,9s*)]-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undec-4-ene", "caryophyllene (van)", "4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undec-4-ene (1r-(1r*,4e,9s))-", "b-caryophyllene", "(e)-caryophyllene", "caryophyllene[wiki]", "trans-(1r,9s)-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undec-4-ene", "(1s,9r)-6,10,10-trimethyl-2-methylenebicyclo[7.2.0]undec-5-ene", "bicyclo(7.2.0)undec-4-ene,8-methylene-4,11,11-trimethyl- (e)-(1r,9s)-(-)-", "bicyclo[7.2.0]undec-4-ene,8-methylene-4,11,11-trimethyl- (e)-(1r,9s)-(-)-", "(1r,4e,9s)-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undec-4-ene", "bicyclo(7.2.0)undec-4-ene,4,11,11-trimethyl-8-methylene- (1r,4e,9s)-", "13877-93-5[rn]", "bicyclo[7.2.0]undec-4-ene,4,11,11-trimethyl-8-methylene- (1r,4e,9s)-", "(-)-caryophyllene", "201-746-1[einecs]", "trans-(1r,9s)-8-methylene-4,11,11-trimethylbicyclo[7.2.0]undec-4-ene", "caryophyllene", "chebi:10357", "87-44-5", "beta-caryophyllene", "beta-caryophyllen", ".beta.-(e)-caryophyllene", "st072181"}|>, "1046" -> <|"DatabaseID" -> "SW00744", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10115"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83751]}, "IsomericSmiles" -> "CC1=CC[C@@H](C=C1)[C@@H](C)CCC=C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-zingiberene;zingiberene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92776]}, "Synonyms" -> {"zingiberene from ginger", "chebi:10115", "alpha-zingiberene", "(5r)-5-[(1s)-1,5-dimethylhex-4-en-1-yl]-2-methylcyclohexa-1,3-diene", "einecs 207-804-2", "l6u cutj b1 ey1&3uy1&1 &&(1s)-(5r)- form[wln]", "ac1l3ota", "a-zingiberene", "l-zingiberene", "495-60-3[rn]", "1,3-cyclohexadiene 5-(1,5-dimethyl-4-hexenyl)-2-methyl- [s-(r*,s*)]-", "(-)-zingiberene", "zingiberene[wiki]", "zingiberene", "495-60-3", "(5r)-2-methyl-5-[(2s)-6-methylhept-5-en-2-yl]cyclohexa-1", "1,3-cyclohexadiene 5-[(1s)-1,5-dimethyl-4-hexen-1-yl]-2-methyl- (5r)-", "207-804-2[einecs]", "[s-(r*,s*)]-5-(1,5-dimethylhexen-4-yl)-2-methyl-1,3-cyclohexa-1,3-diene", "(5r)-5-[(1s)-1,5-dimethyl-4-hexenyl]-2-methyl-1,3-cyclohexadiene", "(-)-alpha-zingiberene", "(5r)-2-methyl-5-[(2s)-6-methylhept-5-en-2-yl]cyclohexa-1,3-diene", "lmpr0103060002"}|>, "1047" -> <|"DatabaseID" -> "SW00745", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390838]}, "IsomericSmiles" -> "CC(=C)[C@@H]1CC[C@]2(CCCC(=C)[C@@H]2C1)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-selinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442393]}, "Synonyms" -> {"(4ar,7r,8as)-4a-methyl-1-methylene-7-(prop-1-en-2-yl)decahydronaphthalene", "c09723", ".beta.-selinene", "(4ar,7r,8as)-7-isopropenyl-4a-methyl-1-methylenedecahydronaphthalene", "[4ar-(4aalpha", "(4ar,7r,8as)-4a-methyl-1-methylidene-7-(prop-1-en-2-yl)decahydronaphthalene; eudesma-4(14),11-diene", "(4ar,7r,8as)-4a-methyl-1-methylidene-7-(prop-1-en-2-yl)decahydronaphthalene", "b-eudesmene", "(4ar", "naphthalene decahydro-4a-methyl-1-methylene-7-(1-methylethenyl)- (4ar,7r,8as)-", "eudesma-4(14),11-diene", "2044561[beilstein]", "(+)-b-selinene", "b-selinene", "eudesma-4(14)", "ac1l9cqh", "beta-eudesmene", "beta-selinene", "(+)-beta-selinene", "selina-4(14),11-diene", "17066-67-0[rn]", "4664142[beilstein]", "chebi:10443"}|>, "1048" -> <|"DatabaseID" -> "SW00746", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "62855"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293588]}, "IsomericSmiles" -> "CC(=C)[C@@H]1CC[C@@]([C@@H](C1)C(=C)C)(C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-elemene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918391]}, "Synonyms" -> {"(1s", "(1s,2s,4r)-1-ethenyl-1-methyl-2,4-di(prop-1-en-2-yl)cyclohexane", "(1s,2s,4r)-(-)-1-methyl-1-vinyl-2,4-diisopropenylcyclohexane", "sdp-111", "33880-83-0", "cyclohexane 2,4-diisopropenyl-1-methyl-1-vinyl- (1s,2s,4r)-", "515-13-9[rn]", "(-)-beta-elemene", "(1s,2s,4r)-2,4-diisopropenyl-1-methyl-1-vinylcyclohexane", "ac1ocfde", "chebi:62855", "2,4-diisopropenyl-1-methyl-1-vinylcyclohexane[acd/iupac name]", "beta-elemene", "chembl448502", "cyclohexane 1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)- (1s,2s,4r)-", "c17094", "elemene", "(1s,2s,4r)-1-methyl-2,4-di(prop-1-en-2-yl)-1-vinylcyclohexane"}|>, "1049" -> <|"DatabaseID" -> "SW00747", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9485210]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00965"]}, "IsomericSmiles" -> "C[C@H]1CCC=C([C@]12CC[C@H](C2)C(=C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04082"], ExternalIdentifier["KEGGID", "D05783"]}, "OfficialNames" -> <|"China Approved Name" -> "Oenothera Biennis Oil", "Traditional Herbal Isolate" -> "chuaa oil;allyl sinapic oil;hydnocarpus oil", "Indian Approved Name" -> "oenothera biennis oil;linseed oil;olive oil;arachis oil", "FDA Approved Drug" -> "ETHIODIZED OIL;SAFFLOWER OIL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11310242]}, "Synonyms" -> {"oil", "olive oil", "ethiodol", "ethiodized oil", "eoe 13", "safflower oil", "liposyn"}|>, "1050" -> <|"DatabaseID" -> "SW00748", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10094]}, "IsomericSmiles" -> "CC(=CCCC1(C2CCC(C2)C1=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-santalene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10534]}, "Synonyms" -> {"(1s-exo)-2-methyl-3-methylene-2-(4-methyl-3-pentenyl)bicyclo(2.2.1)heptane", "bicyclo[2.2.1]heptane", "norbornane", "(-)-epi-beta-santalene", "(+)-epi-beta-santalene", "norbornane 2-methyl-3-methylene-2-(4-methyl-3-pentenyl)-", "bicyclo[2.2.1]heptane 2-methyl-3-methylene-2-(4-methyl-3-pentenyl)- (1s-endo)-", "(-)-beta-santalene", "511-59-1", "bicyclo[2.2.1]heptane 2-methyl-3-methylene-2-(4-methyl-3-pentenyl)- (1s-exo)-", "beta-santalene", "ac1l1vej", "511-59-1[rn]", "208-130-1[einecs]"}|>, "1051" -> <|"DatabaseID" -> "SW00748", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10094]}, "IsomericSmiles" -> "CC(=CCCC1(C2CCC(C2)C1=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-santalene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10534]}, "Synonyms" -> {"(1s-exo)-2-methyl-3-methylene-2-(4-methyl-3-pentenyl)bicyclo(2.2.1)heptane", "bicyclo[2.2.1]heptane", "norbornane", "(-)-epi-beta-santalene", "(+)-epi-beta-santalene", "norbornane 2-methyl-3-methylene-2-(4-methyl-3-pentenyl)-", "bicyclo[2.2.1]heptane 2-methyl-3-methylene-2-(4-methyl-3-pentenyl)- (1s-endo)-", "(-)-beta-santalene", "511-59-1", "bicyclo[2.2.1]heptane 2-methyl-3-methylene-2-(4-methyl-3-pentenyl)- (1s-exo)-", "beta-santalene", "ac1l1vej", "511-59-1[rn]", "208-130-1[einecs]"}|>, "1052" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1053" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1054" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1055" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1056" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1057" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1058" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1059" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1060" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1061" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1062" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1063" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1064" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1065" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1066" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1067" -> <|"DatabaseID" -> "SW00749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477147]}, "IsomericSmiles" -> "CC1CCC2C1CC3C=CC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318620]}, "Synonyms" -> {"isopatrinene"}|>, "1068" -> <|"DatabaseID" -> "SW00750", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9718]}, "IsomericSmiles" -> "CC1=CCCC2(C1CC(CC2)C(=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "selinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10123]}, "Synonyms" -> {"epi-a-selinene", "7-epi--.alpha.-selinene", "7-epi-.alpha.-selinene", ".alpha.-selinene", "2-isopropenyl-4a,8-dimethyl-1,2,3,4,4a,5,6,8a-octahydronaphthalene", "473-13-2", "473-13-2[rn]", "ac1l1ujh", "naphthalene 3,4,4a,5,6,7,8,8a-octahydro-7-isopropylene-1,4a-dimethyl-", "2-isopropenyl-4a", "ac1q29z4", "(2r-(2alpha", "alpha-selinene"}|>, "1069" -> <|"DatabaseID" -> "SW00750", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9718]}, "IsomericSmiles" -> "CC1=CCCC2(C1CC(CC2)C(=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "selinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10123]}, "Synonyms" -> {"epi-a-selinene", "7-epi--.alpha.-selinene", "7-epi-.alpha.-selinene", ".alpha.-selinene", "2-isopropenyl-4a,8-dimethyl-1,2,3,4,4a,5,6,8a-octahydronaphthalene", "473-13-2", "473-13-2[rn]", "ac1l1ujh", "naphthalene 3,4,4a,5,6,7,8,8a-octahydro-7-isopropylene-1,4a-dimethyl-", "2-isopropenyl-4a", "ac1q29z4", "(2r-(2alpha", "alpha-selinene"}|>, "1070" -> <|"DatabaseID" -> "SW00750", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9718]}, "IsomericSmiles" -> "CC1=CCCC2(C1CC(CC2)C(=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "selinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10123]}, "Synonyms" -> {"epi-a-selinene", "7-epi--.alpha.-selinene", "7-epi-.alpha.-selinene", ".alpha.-selinene", "2-isopropenyl-4a,8-dimethyl-1,2,3,4,4a,5,6,8a-octahydronaphthalene", "473-13-2", "473-13-2[rn]", "ac1l1ujh", "naphthalene 3,4,4a,5,6,7,8,8a-octahydro-7-isopropylene-1,4a-dimethyl-", "2-isopropenyl-4a", "ac1q29z4", "(2r-(2alpha", "alpha-selinene"}|>, "1071" -> <|"DatabaseID" -> "SW00750", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9718]}, "IsomericSmiles" -> "CC1=CCCC2(C1CC(CC2)C(=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "selinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10123]}, "Synonyms" -> {"epi-a-selinene", "7-epi--.alpha.-selinene", "7-epi-.alpha.-selinene", ".alpha.-selinene", "2-isopropenyl-4a,8-dimethyl-1,2,3,4,4a,5,6,8a-octahydronaphthalene", "473-13-2", "473-13-2[rn]", "ac1l1ujh", "naphthalene 3,4,4a,5,6,7,8,8a-octahydro-7-isopropylene-1,4a-dimethyl-", "2-isopropenyl-4a", "ac1q29z4", "(2r-(2alpha", "alpha-selinene"}|>, "1072" -> <|"DatabaseID" -> "SW00750", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9718]}, "IsomericSmiles" -> "CC1=CCCC2(C1CC(CC2)C(=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "selinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10123]}, "Synonyms" -> {"epi-a-selinene", "7-epi--.alpha.-selinene", "7-epi-.alpha.-selinene", ".alpha.-selinene", "2-isopropenyl-4a,8-dimethyl-1,2,3,4,4a,5,6,8a-octahydronaphthalene", "473-13-2", "473-13-2[rn]", "ac1l1ujh", "naphthalene 3,4,4a,5,6,7,8,8a-octahydro-7-isopropylene-1,4a-dimethyl-", "2-isopropenyl-4a", "ac1q29z4", "(2r-(2alpha", "alpha-selinene"}|>, "1073" -> <|"DatabaseID" -> "SW00750", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9718]}, "IsomericSmiles" -> "CC1=CCCC2(C1CC(CC2)C(=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "selinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10123]}, "Synonyms" -> {"epi-a-selinene", "7-epi--.alpha.-selinene", "7-epi-.alpha.-selinene", ".alpha.-selinene", "2-isopropenyl-4a,8-dimethyl-1,2,3,4,4a,5,6,8a-octahydronaphthalene", "473-13-2", "473-13-2[rn]", "ac1l1ujh", "naphthalene 3,4,4a,5,6,7,8,8a-octahydro-7-isopropylene-1,4a-dimethyl-", "2-isopropenyl-4a", "ac1q29z4", "(2r-(2alpha", "alpha-selinene"}|>, "1074" -> <|"DatabaseID" -> "SW00750", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9718]}, "IsomericSmiles" -> "CC1=CCCC2(C1CC(CC2)C(=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "selinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10123]}, "Synonyms" -> {"epi-a-selinene", "7-epi--.alpha.-selinene", "7-epi-.alpha.-selinene", ".alpha.-selinene", "2-isopropenyl-4a,8-dimethyl-1,2,3,4,4a,5,6,8a-octahydronaphthalene", "473-13-2", "473-13-2[rn]", "ac1l1ujh", "naphthalene 3,4,4a,5,6,7,8,8a-octahydro-7-isopropylene-1,4a-dimethyl-", "2-isopropenyl-4a", "ac1q29z4", "(2r-(2alpha", "alpha-selinene"}|>, "1075" -> <|"DatabaseID" -> "SW00750", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9718]}, "IsomericSmiles" -> "CC1=CCCC2(C1CC(CC2)C(=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "selinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10123]}, "Synonyms" -> {"epi-a-selinene", "7-epi--.alpha.-selinene", "7-epi-.alpha.-selinene", ".alpha.-selinene", "2-isopropenyl-4a,8-dimethyl-1,2,3,4,4a,5,6,8a-octahydronaphthalene", "473-13-2", "473-13-2[rn]", "ac1l1ujh", "naphthalene 3,4,4a,5,6,7,8,8a-octahydro-7-isopropylene-1,4a-dimethyl-", "2-isopropenyl-4a", "ac1q29z4", "(2r-(2alpha", "alpha-selinene"}|>, "1076" -> <|"DatabaseID" -> "SW00751", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4937378]}, "IsomericSmiles" -> "CC1=CCC2C3C1[C@]2(CC[C@H]3C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ylangene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6432119]}, "Synonyms" -> {"ylangene", "tricyclo[4.4.0.0(2,7)]dec-3-ene 1,3-dimethyl-8-(1-methylethyl)- stereoisomer", "tricyclo[4.4.0.0(2"}|>, "1077" -> <|"DatabaseID" -> "SW00752", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "62760"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26332858]}, "IsomericSmiles" -> "CC1=CCC(=CC1)[C@H](C)CCC=C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- curcumene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14014430]}, "Synonyms" -> {"1-methyl-4-[(2r)-6-methylhept-5-en-2-yl]cyclohexa-1,4-diene", "cpd-11392", "1-methyl-4-[(2r)-6-methyl-5-hepten-2-yl]-1,4-cyclohexadien[german][acd/iupac name]", "1-methyl-4-[(2r)-6-methylhept-5-en-2-yl]cyclohexa-1", "beta-curcumene", "chebi:62760", "1-methyl-4-[(2r)-6-methyl-5-hepten-2-yl]-1,4-cyclohexadiene[acd/iupac name]", "1,4-cyclohexadiene 1-[(1r)-1,5-dimethyl-4-hexen-1-yl]-4-methyl-[acd/index name]", "(-)-beta-curcumene"}|>, "1078" -> <|"DatabaseID" -> "SW00753", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "62755"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 78115]}, "IsomericSmiles" -> "CC1=CCC2CC1C2(C)CCC=C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-bergamotene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 86608]}, "Synonyms" -> {"2-norpinene", "2", "bicyclo(3.1.1)hept-2-ene 2,6-dimethyl-6-(4-methyl-3-pentenyl)-", "2,6-dimethyl-6-(4-methyl-3-pentenyl)bicyclo[3.1.1]hept-2-ene", "bicyclo[3.1.1]hept-2-ene 2,6-dimethyl-6-(4-methyl-3-penten-1-yl)-", "bicyclo[3.1.1]hept-2-ene", "241-702-9[einecs]", "2-norpinene 2,6-dimethyl-6-(4-methyl-3-pentenyl)-", "alpha-bergamotene", "2,6-dimethyl-6-(4-methyl-3-pentenyl)bicyclo(3.1.1)hept-2-ene", "17699-05-7", "17699-05-7[rn]", "(1r*,5r*,6r*)-2,6-dimethyl-6-(4-methylpent-3-en-1-yl)bicyclo[3.1.1]hept-2-ene", ".alpha.-trans-bergamotene", "2-norpinene 2,6-dimethyl-6-(4-methyl-3-pentenyl)", "bicyclo[3.1.1]hept-2-ene 2,6-dimethyl-6-(4-methyl-3-pentenyl)-", "2,6-dimethyl-6-(4-methyl-3-pentenyl)-2-norpinene", "2,6-dimethyl-6-(4-methylpent-3-en-1-yl)bicyclo[3.1.1]hept-2-ene", "bicyclo(3.1.1)hept-2-ene", "ac1l3bwz"}|>, "1079" -> <|"DatabaseID" -> "SW00753", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "62755"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 78115]}, "IsomericSmiles" -> "CC1=CCC2CC1C2(C)CCC=C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-bergamotene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 86608]}, "Synonyms" -> {"2-norpinene", "2", "bicyclo(3.1.1)hept-2-ene 2,6-dimethyl-6-(4-methyl-3-pentenyl)-", "2,6-dimethyl-6-(4-methyl-3-pentenyl)bicyclo[3.1.1]hept-2-ene", "bicyclo[3.1.1]hept-2-ene 2,6-dimethyl-6-(4-methyl-3-penten-1-yl)-", "bicyclo[3.1.1]hept-2-ene", "241-702-9[einecs]", "2-norpinene 2,6-dimethyl-6-(4-methyl-3-pentenyl)-", "alpha-bergamotene", "2,6-dimethyl-6-(4-methyl-3-pentenyl)bicyclo(3.1.1)hept-2-ene", "17699-05-7", "17699-05-7[rn]", "(1r*,5r*,6r*)-2,6-dimethyl-6-(4-methylpent-3-en-1-yl)bicyclo[3.1.1]hept-2-ene", ".alpha.-trans-bergamotene", "2-norpinene 2,6-dimethyl-6-(4-methyl-3-pentenyl)", "bicyclo[3.1.1]hept-2-ene 2,6-dimethyl-6-(4-methyl-3-pentenyl)-", "2,6-dimethyl-6-(4-methyl-3-pentenyl)-2-norpinene", "2,6-dimethyl-6-(4-methylpent-3-en-1-yl)bicyclo[3.1.1]hept-2-ene", "bicyclo(3.1.1)hept-2-ene", "ac1l3bwz"}|>, "1080" -> <|"DatabaseID" -> "SW00754", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18581]}, "IsomericSmiles" -> "CC1=CCC2C3C1C2(CCC3C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "copaene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19725]}, "Synonyms" -> {"ylangene", "ac1l2eq8", "10-39-9[rn]", "tricyclo[4.4.0.0(2", "copaene[wiki]", "3856-25-5[rn]", "(−)-alpha-copaene", "27814_fluka", "14912-44-8[rn]", "tricyclo[4.4.0.02,7]dec-3-ene 1,3-dimethyl-8-(1-methylethyl)-,stereoisomer", "tricyclo[4.4.0.0(2,7)]dec-3-ene 1,3-dimethyl-8-(1-methylethyl)- stereoisomer", "223-364-4[einecs]", "8-isopropyl-1,3-dimethyltricyclo(4.4.0.02,7)dec-3-ene", "copaene", "8-isopropyl-1,3-dimethyltricyclo[4.4.0.02,7]dec-3-ene", "tricyclo(4.4.0.0(2", "27814_aldrich", "8-isopropyl-1,3-dimethyltricyclo[4.4.0.02,7]dec-3-ene[acd/iupac name]", ".alpha.-copaene", "(-)-alpha-copaene", "tricyclo(4.4.0.0(2,7))dec-3-ene 1,3-dimethyl-8-(1-methylethyl)- stereoisomer"}|>, "1081" -> <|"DatabaseID" -> "SW00754", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18581]}, "IsomericSmiles" -> "CC1=CCC2C3C1C2(CCC3C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "copaene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19725]}, "Synonyms" -> {"ylangene", "ac1l2eq8", "10-39-9[rn]", "tricyclo[4.4.0.0(2", "copaene[wiki]", "3856-25-5[rn]", "(−)-alpha-copaene", "27814_fluka", "14912-44-8[rn]", "tricyclo[4.4.0.02,7]dec-3-ene 1,3-dimethyl-8-(1-methylethyl)-,stereoisomer", "tricyclo[4.4.0.0(2,7)]dec-3-ene 1,3-dimethyl-8-(1-methylethyl)- stereoisomer", "223-364-4[einecs]", "8-isopropyl-1,3-dimethyltricyclo(4.4.0.02,7)dec-3-ene", "copaene", "8-isopropyl-1,3-dimethyltricyclo[4.4.0.02,7]dec-3-ene", "tricyclo(4.4.0.0(2", "27814_aldrich", "8-isopropyl-1,3-dimethyltricyclo[4.4.0.02,7]dec-3-ene[acd/iupac name]", ".alpha.-copaene", "(-)-alpha-copaene", "tricyclo(4.4.0.0(2,7))dec-3-ene 1,3-dimethyl-8-(1-methylethyl)- stereoisomer"}|>, "1082" -> <|"DatabaseID" -> "SW00755", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10138]}, "IsomericSmiles" -> "CC(=C)C1CCC(C(C1)C(=C)C)(C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "elemene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10583]}, "Synonyms" -> {"cyclohexane", "(- )-bete-elemene", "elemene", "levo-beta-elemene", "154028-29-2[rn]", "(1r*,2r*,4s*)-2,4-diisopropenyl-1-methyl-1-vinylcyclohexane", "11033-44-6[rn]", "20296-36-0[rn]", "2", "515-13-9[rn]", "100762-52-5", "(-)-beta-elemene", "251-713-0[einecs]", "2,4-diisopropenyl-1-methyl-1-vinyl-cyclohexane", "cyclohexane 1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-", "beta-elemen", "100762-52-5[rn]", "elemene*2,4-diisopropenyl-1-methyl-1-vinylcyclohexane*1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-cyclohexane", "1-ethenyl-1-methyl-2,4-di(prop-1-en-2-yl)cyclohexane", "2,4-diisopropenyl-1-methyl-1-vinylcyclohexane[acd/iupac name]", "beta-elemene", "33880-83-0[rn]"}|>, "1083" -> <|"DatabaseID" -> "SW00755", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10138]}, "IsomericSmiles" -> "CC(=C)C1CCC(C(C1)C(=C)C)(C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "elemene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10583]}, "Synonyms" -> {"cyclohexane", "(- )-bete-elemene", "elemene", "levo-beta-elemene", "154028-29-2[rn]", "(1r*,2r*,4s*)-2,4-diisopropenyl-1-methyl-1-vinylcyclohexane", "11033-44-6[rn]", "20296-36-0[rn]", "2", "515-13-9[rn]", "100762-52-5", "(-)-beta-elemene", "251-713-0[einecs]", "2,4-diisopropenyl-1-methyl-1-vinyl-cyclohexane", "cyclohexane 1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-", "beta-elemen", "100762-52-5[rn]", "elemene*2,4-diisopropenyl-1-methyl-1-vinylcyclohexane*1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-cyclohexane", "1-ethenyl-1-methyl-2,4-di(prop-1-en-2-yl)cyclohexane", "2,4-diisopropenyl-1-methyl-1-vinylcyclohexane[acd/iupac name]", "beta-elemene", "33880-83-0[rn]"}|>, "1084" -> <|"DatabaseID" -> "SW00755", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10138]}, "IsomericSmiles" -> "CC(=C)C1CCC(C(C1)C(=C)C)(C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "elemene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10583]}, "Synonyms" -> {"cyclohexane", "(- )-bete-elemene", "elemene", "levo-beta-elemene", "154028-29-2[rn]", "(1r*,2r*,4s*)-2,4-diisopropenyl-1-methyl-1-vinylcyclohexane", "11033-44-6[rn]", "20296-36-0[rn]", "2", "515-13-9[rn]", "100762-52-5", "(-)-beta-elemene", "251-713-0[einecs]", "2,4-diisopropenyl-1-methyl-1-vinyl-cyclohexane", "cyclohexane 1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-", "beta-elemen", "100762-52-5[rn]", "elemene*2,4-diisopropenyl-1-methyl-1-vinylcyclohexane*1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-cyclohexane", "1-ethenyl-1-methyl-2,4-di(prop-1-en-2-yl)cyclohexane", "2,4-diisopropenyl-1-methyl-1-vinylcyclohexane[acd/iupac name]", "beta-elemene", "33880-83-0[rn]"}|>, "1085" -> <|"DatabaseID" -> "SW00755", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10138]}, "IsomericSmiles" -> "CC(=C)C1CCC(C(C1)C(=C)C)(C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "elemene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10583]}, "Synonyms" -> {"cyclohexane", "(- )-bete-elemene", "elemene", "levo-beta-elemene", "154028-29-2[rn]", "(1r*,2r*,4s*)-2,4-diisopropenyl-1-methyl-1-vinylcyclohexane", "11033-44-6[rn]", "20296-36-0[rn]", "2", "515-13-9[rn]", "100762-52-5", "(-)-beta-elemene", "251-713-0[einecs]", "2,4-diisopropenyl-1-methyl-1-vinyl-cyclohexane", "cyclohexane 1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-", "beta-elemen", "100762-52-5[rn]", "elemene*2,4-diisopropenyl-1-methyl-1-vinylcyclohexane*1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-cyclohexane", "1-ethenyl-1-methyl-2,4-di(prop-1-en-2-yl)cyclohexane", "2,4-diisopropenyl-1-methyl-1-vinylcyclohexane[acd/iupac name]", "beta-elemene", "33880-83-0[rn]"}|>, "1086" -> <|"DatabaseID" -> "SW00755", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10138]}, "IsomericSmiles" -> "CC(=C)C1CCC(C(C1)C(=C)C)(C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "elemene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10583]}, "Synonyms" -> {"cyclohexane", "(- )-bete-elemene", "elemene", "levo-beta-elemene", "154028-29-2[rn]", "(1r*,2r*,4s*)-2,4-diisopropenyl-1-methyl-1-vinylcyclohexane", "11033-44-6[rn]", "20296-36-0[rn]", "2", "515-13-9[rn]", "100762-52-5", "(-)-beta-elemene", "251-713-0[einecs]", "2,4-diisopropenyl-1-methyl-1-vinyl-cyclohexane", "cyclohexane 1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-", "beta-elemen", "100762-52-5[rn]", "elemene*2,4-diisopropenyl-1-methyl-1-vinylcyclohexane*1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-cyclohexane", "1-ethenyl-1-methyl-2,4-di(prop-1-en-2-yl)cyclohexane", "2,4-diisopropenyl-1-methyl-1-vinylcyclohexane[acd/iupac name]", "beta-elemene", "33880-83-0[rn]"}|>, "1087" -> <|"DatabaseID" -> "SW00755", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10138]}, "IsomericSmiles" -> "CC(=C)C1CCC(C(C1)C(=C)C)(C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "elemene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10583]}, "Synonyms" -> {"cyclohexane", "(- )-bete-elemene", "elemene", "levo-beta-elemene", "154028-29-2[rn]", "(1r*,2r*,4s*)-2,4-diisopropenyl-1-methyl-1-vinylcyclohexane", "11033-44-6[rn]", "20296-36-0[rn]", "2", "515-13-9[rn]", "100762-52-5", "(-)-beta-elemene", "251-713-0[einecs]", "2,4-diisopropenyl-1-methyl-1-vinyl-cyclohexane", "cyclohexane 1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-", "beta-elemen", "100762-52-5[rn]", "elemene*2,4-diisopropenyl-1-methyl-1-vinylcyclohexane*1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-cyclohexane", "1-ethenyl-1-methyl-2,4-di(prop-1-en-2-yl)cyclohexane", "2,4-diisopropenyl-1-methyl-1-vinylcyclohexane[acd/iupac name]", "beta-elemene", "33880-83-0[rn]"}|>, "1088" -> <|"DatabaseID" -> "SW00755", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10138]}, "IsomericSmiles" -> "CC(=C)C1CCC(C(C1)C(=C)C)(C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "elemene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10583]}, "Synonyms" -> {"cyclohexane", "(- )-bete-elemene", "elemene", "levo-beta-elemene", "154028-29-2[rn]", "(1r*,2r*,4s*)-2,4-diisopropenyl-1-methyl-1-vinylcyclohexane", "11033-44-6[rn]", "20296-36-0[rn]", "2", "515-13-9[rn]", "100762-52-5", "(-)-beta-elemene", "251-713-0[einecs]", "2,4-diisopropenyl-1-methyl-1-vinyl-cyclohexane", "cyclohexane 1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-", "beta-elemen", "100762-52-5[rn]", "elemene*2,4-diisopropenyl-1-methyl-1-vinylcyclohexane*1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-cyclohexane", "1-ethenyl-1-methyl-2,4-di(prop-1-en-2-yl)cyclohexane", "2,4-diisopropenyl-1-methyl-1-vinylcyclohexane[acd/iupac name]", "beta-elemene", "33880-83-0[rn]"}|>, "1089" -> <|"DatabaseID" -> "SW00755", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10138]}, "IsomericSmiles" -> "CC(=C)C1CCC(C(C1)C(=C)C)(C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "elemene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10583]}, "Synonyms" -> {"cyclohexane", "(- )-bete-elemene", "elemene", "levo-beta-elemene", "154028-29-2[rn]", "(1r*,2r*,4s*)-2,4-diisopropenyl-1-methyl-1-vinylcyclohexane", "11033-44-6[rn]", "20296-36-0[rn]", "2", "515-13-9[rn]", "100762-52-5", "(-)-beta-elemene", "251-713-0[einecs]", "2,4-diisopropenyl-1-methyl-1-vinyl-cyclohexane", "cyclohexane 1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-", "beta-elemen", "100762-52-5[rn]", "elemene*2,4-diisopropenyl-1-methyl-1-vinylcyclohexane*1-ethenyl-1-methyl-2,4-bis(1-methylethenyl)-cyclohexane", "1-ethenyl-1-methyl-2,4-di(prop-1-en-2-yl)cyclohexane", "2,4-diisopropenyl-1-methyl-1-vinylcyclohexane[acd/iupac name]", "beta-elemene", "33880-83-0[rn]"}|>, "1090" -> <|"DatabaseID" -> "SW00756", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 84980]}, "IsomericSmiles" -> "CC(=CCCC1(C2CC3C1(C3C2)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-santalene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94164]}, "Synonyms" -> {"santalene", "ac1q28hd", "kst-1b4822", "512-61-8[rn]", "ac1l3rn5", "1", "tricyclo[2.2.1.0(2,6)]heptane 1,7-dimethyl-7-(4-methyl-3-pentenyl)- (-)-", "(+)-alpha-santalene", ".alpha.-santalene", "1,7-dimethyl-7-(4-methyl-3-pentenyl)-tricyclo[2.2.1.0(2,6)]heptane", "512-61-8", "tricyclo[2.2.1.0(2", "tricyclo(2.2.1.0(2,6))heptane 1,7-dimethyl-7-(4-methyl-3-pentenyl)- (-)-", "tricyclo(2.2.1.0(2"}|>, "1091" -> <|"DatabaseID" -> "SW00756", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 84980]}, "IsomericSmiles" -> "CC(=CCCC1(C2CC3C1(C3C2)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-santalene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94164]}, "Synonyms" -> {"santalene", "ac1q28hd", "kst-1b4822", "512-61-8[rn]", "ac1l3rn5", "1", "tricyclo[2.2.1.0(2,6)]heptane 1,7-dimethyl-7-(4-methyl-3-pentenyl)- (-)-", "(+)-alpha-santalene", ".alpha.-santalene", "1,7-dimethyl-7-(4-methyl-3-pentenyl)-tricyclo[2.2.1.0(2,6)]heptane", "512-61-8", "tricyclo[2.2.1.0(2", "tricyclo(2.2.1.0(2,6))heptane 1,7-dimethyl-7-(4-methyl-3-pentenyl)- (-)-", "tricyclo(2.2.1.0(2"}|>, "1092" -> <|"DatabaseID" -> "SW00757", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90221]}, "IsomericSmiles" -> "CC1CCC2CC3=C(CCC13C2(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-cyperene;beta-cyperene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 99856]}, "Synonyms" -> {"cyperene", "2387-78-2", "1,4,9,9-tetramethyl-2,4,5,6,7,8-hexahydro-3h-3a,7-methanoazulene", "3h-3a.beta.", "98537-53-2", "ac1l416z", "(-)-cyperene", "1", "ac1q29wb", "92724-70-4[rn]", "2387-78-2[rn]", "3h-3a"}|>, "1093" -> <|"DatabaseID" -> "SW00757", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90221]}, "IsomericSmiles" -> "CC1CCC2CC3=C(CCC13C2(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-cyperene;beta-cyperene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 99856]}, "Synonyms" -> {"cyperene", "2387-78-2", "1,4,9,9-tetramethyl-2,4,5,6,7,8-hexahydro-3h-3a,7-methanoazulene", "3h-3a.beta.", "98537-53-2", "ac1l416z", "(-)-cyperene", "1", "ac1q29wb", "92724-70-4[rn]", "2387-78-2[rn]", "3h-3a"}|>, "1094" -> <|"DatabaseID" -> "SW00758", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478516]}, "IsomericSmiles" -> "CC1=CCC2C1CC3CCC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320427]}, "Synonyms" -> {"patrinene"}|>, "1095" -> <|"DatabaseID" -> "SW00758", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478516]}, "IsomericSmiles" -> "CC1=CCC2C1CC3CCC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320427]}, "Synonyms" -> {"patrinene"}|>, "1096" -> <|"DatabaseID" -> "SW00758", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478516]}, "IsomericSmiles" -> "CC1=CCC2C1CC3CCC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320427]}, "Synonyms" -> {"patrinene"}|>, "1097" -> <|"DatabaseID" -> "SW00758", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478516]}, "IsomericSmiles" -> "CC1=CCC2C1CC3CCC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320427]}, "Synonyms" -> {"patrinene"}|>, "1098" -> <|"DatabaseID" -> "SW00758", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478516]}, "IsomericSmiles" -> "CC1=CCC2C1CC3CCC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320427]}, "Synonyms" -> {"patrinene"}|>, "1099" -> <|"DatabaseID" -> "SW00758", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478516]}, "IsomericSmiles" -> "CC1=CCC2C1CC3CCC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320427]}, "Synonyms" -> {"patrinene"}|>, "1100" -> <|"DatabaseID" -> "SW00758", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478516]}, "IsomericSmiles" -> "CC1=CCC2C1CC3CCC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320427]}, "Synonyms" -> {"patrinene"}|>, "1101" -> <|"DatabaseID" -> "SW00758", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478516]}, "IsomericSmiles" -> "CC1=CCC2C1CC3CCC2(C3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "patrinene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320427]}, "Synonyms" -> {"patrinene"}|>, "1102" -> <|"DatabaseID" -> "SW00759", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56330]}, "IsomericSmiles" -> "CC(C)[C@@H]1CC[C@@]2([C@H]1[C@@H]3[C@H]2CCC3=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bourbonene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62566]}, "Synonyms" -> {"decahydroisopropylmethylmethylenecyclobuta(1,2:3,4)dicyclopentene", "lmpr0103870001", "cyclobuta(1", "5208-59-3", "bourbonene", "13833-27-7", "decahydroisopropylmethylmethylenecyclobuta(1", "1", "ac1l1xcz", "(-)-beta-bourbonene", "5208-59-3[rn]", "13833-27-7[rn]", "beta-bourbonene"}|>, "1103" -> <|"DatabaseID" -> "SW00760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 255043]}, "IsomericSmiles" -> "CC1(CCCC2(C3C1C(C2=C)CC3)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "longifolene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289151]}, "Synonyms" -> {"3,3,7-trimethyl-8-methylenetricyclo[5.4.0.02,9]undecane", "kuromatsuene", "junipen", "kuromatsuen", "junipene", "4,8,8-trimethyl-9-methylidenedecahydro-1,4-methanoazulene", "475-20-7[rn]", "d-longifolene", "longifolene", "1 4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "207-491-2[einecs]", "3", "(+)-longifolene", "4", "longifolen", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene", "2044262[beilstein]"}|>, "1104" -> <|"DatabaseID" -> "SW00760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 255043]}, "IsomericSmiles" -> "CC1(CCCC2(C3C1C(C2=C)CC3)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "longifolene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289151]}, "Synonyms" -> {"3,3,7-trimethyl-8-methylenetricyclo[5.4.0.02,9]undecane", "kuromatsuene", "junipen", "kuromatsuen", "junipene", "4,8,8-trimethyl-9-methylidenedecahydro-1,4-methanoazulene", "475-20-7[rn]", "d-longifolene", "longifolene", "1 4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "207-491-2[einecs]", "3", "(+)-longifolene", "4", "longifolen", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene", "2044262[beilstein]"}|>, "1105" -> <|"DatabaseID" -> "SW00760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 255043]}, "IsomericSmiles" -> "CC1(CCCC2(C3C1C(C2=C)CC3)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "longifolene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289151]}, "Synonyms" -> {"3,3,7-trimethyl-8-methylenetricyclo[5.4.0.02,9]undecane", "kuromatsuene", "junipen", "kuromatsuen", "junipene", "4,8,8-trimethyl-9-methylidenedecahydro-1,4-methanoazulene", "475-20-7[rn]", "d-longifolene", "longifolene", "1 4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "207-491-2[einecs]", "3", "(+)-longifolene", "4", "longifolen", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene", "2044262[beilstein]"}|>, "1106" -> <|"DatabaseID" -> "SW00760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 255043]}, "IsomericSmiles" -> "CC1(CCCC2(C3C1C(C2=C)CC3)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "longifolene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289151]}, "Synonyms" -> {"3,3,7-trimethyl-8-methylenetricyclo[5.4.0.02,9]undecane", "kuromatsuene", "junipen", "kuromatsuen", "junipene", "4,8,8-trimethyl-9-methylidenedecahydro-1,4-methanoazulene", "475-20-7[rn]", "d-longifolene", "longifolene", "1 4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "207-491-2[einecs]", "3", "(+)-longifolene", "4", "longifolen", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene", "2044262[beilstein]"}|>, "1107" -> <|"DatabaseID" -> "SW00760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 255043]}, "IsomericSmiles" -> "CC1(CCCC2(C3C1C(C2=C)CC3)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "longifolene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289151]}, "Synonyms" -> {"3,3,7-trimethyl-8-methylenetricyclo[5.4.0.02,9]undecane", "kuromatsuene", "junipen", "kuromatsuen", "junipene", "4,8,8-trimethyl-9-methylidenedecahydro-1,4-methanoazulene", "475-20-7[rn]", "d-longifolene", "longifolene", "1 4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "207-491-2[einecs]", "3", "(+)-longifolene", "4", "longifolen", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene", "2044262[beilstein]"}|>, "1108" -> <|"DatabaseID" -> "SW00760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 255043]}, "IsomericSmiles" -> "CC1(CCCC2(C3C1C(C2=C)CC3)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "longifolene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289151]}, "Synonyms" -> {"3,3,7-trimethyl-8-methylenetricyclo[5.4.0.02,9]undecane", "kuromatsuene", "junipen", "kuromatsuen", "junipene", "4,8,8-trimethyl-9-methylidenedecahydro-1,4-methanoazulene", "475-20-7[rn]", "d-longifolene", "longifolene", "1 4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "207-491-2[einecs]", "3", "(+)-longifolene", "4", "longifolen", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene", "2044262[beilstein]"}|>, "1109" -> <|"DatabaseID" -> "SW00760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 255043]}, "IsomericSmiles" -> "CC1(CCCC2(C3C1C(C2=C)CC3)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "longifolene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289151]}, "Synonyms" -> {"3,3,7-trimethyl-8-methylenetricyclo[5.4.0.02,9]undecane", "kuromatsuene", "junipen", "kuromatsuen", "junipene", "4,8,8-trimethyl-9-methylidenedecahydro-1,4-methanoazulene", "475-20-7[rn]", "d-longifolene", "longifolene", "1 4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "207-491-2[einecs]", "3", "(+)-longifolene", "4", "longifolen", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene", "2044262[beilstein]"}|>, "1110" -> <|"DatabaseID" -> "SW00760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 255043]}, "IsomericSmiles" -> "CC1(CCCC2(C3C1C(C2=C)CC3)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "longifolene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289151]}, "Synonyms" -> {"3,3,7-trimethyl-8-methylenetricyclo[5.4.0.02,9]undecane", "kuromatsuene", "junipen", "kuromatsuen", "junipene", "4,8,8-trimethyl-9-methylidenedecahydro-1,4-methanoazulene", "475-20-7[rn]", "d-longifolene", "longifolene", "1 4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "207-491-2[einecs]", "3", "(+)-longifolene", "4", "longifolen", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene", "2044262[beilstein]"}|>, "1111" -> <|"DatabaseID" -> "SW00760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 255043]}, "IsomericSmiles" -> "CC1(CCCC2(C3C1C(C2=C)CC3)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "longifolene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289151]}, "Synonyms" -> {"3,3,7-trimethyl-8-methylenetricyclo[5.4.0.02,9]undecane", "kuromatsuene", "junipen", "kuromatsuen", "junipene", "4,8,8-trimethyl-9-methylidenedecahydro-1,4-methanoazulene", "475-20-7[rn]", "d-longifolene", "longifolene", "1 4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene-", "207-491-2[einecs]", "3", "(+)-longifolene", "4", "longifolen", "1,4-methanoazulene decahydro-4,8,8-trimethyl-9-methylene", "2044262[beilstein]"}|>, "1112" -> <|"DatabaseID" -> "SW00761", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10418"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444850]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CCC(=C)C=C)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-farnesene;trans-beta-farnesene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281517]}, "Synonyms" -> {"(6e)-7", "(e)-beta-farnesene", "502-60-3[rn]", "18452-58-9[rn]", "(e)-7,11-dimethyl-3-methylene-1,6,10-dodecatriene", "1,6,10-dodecatriene 7,11-dimethyl-3-methylene-", "trans-beta-farnesene", "502-61-4[rn]", "b-farnesene", "1", "28973-97-9[rn]", "beta-farnesene", "(6e)-7,11-dimethyl-3-methylenedodeca-1,6,10-triene", "7,11-dimethyl-3-methylene-1,6,10-dodecatriene", "1,6,10-dodecatriene 7,11-dimethyl-3-methylene- (6e)-", "1,3,6,10-dodecatetraene 3,7,11-trimethyl- (3e,6e)-", "7", "(e)-7", "7,11-dimethyl-3-methylenedodeca-1,6,10-triene", "(e)-7,11-dimethyl-3-methylenedodeca-1,6,10-triene", "278-628-1[einecs]", "butyrylcholine bromide", "18794-84-8[rn]", "21499-64-9[rn]", "trans-7,11-dimethyl-3-methylene-1,6,10-dodecatriene", "(e)-b-farnesene", ".beta.-farnesene", "18641-70-8[rn]", "242-582-0[einecs]", "207-948-6[einecs]", "18794-84-8", "1,6,10-dodecatriene 7,11-dimethyl-3-methylene- (e)-", "(6e)-7,11-dimethyl-3-methylene-1,6,10-dodecatriene", "1721510[beilstein]", "(6e)-7,11-dimethyl-3-methylidenedodeca-1,6,10-triene", "77129-48-7[rn]", "farnesene[wiki]", "trans-b-farnesene", "3,7,11-trimethyl-1,3,6,10-dodecatetraene", "2,6,10-trimethyldodeca-2,6,9,11-tetraene"}|>, "1113" -> <|"DatabaseID" -> "SW00762", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5768"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444853]}, "IsomericSmiles" -> "C/C/1=C\\CC(/C=C/C/C(=C/CC1)/C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-humulene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281520]}, "Synonyms" -> {"6753-98-6", "alpha-caryophyllene", "6753-98-6[rn]", "brn 3240075", "(1e,4e,8e)-2,6,6,9-tetramethyl-1,4,8-cycloundecatrien", "caryophyllene:; 1,4,8-cycloundecatriene,2,6,6,9-tetramethyl- (e,e,e)-,", "1,4,8-cycloundecatriene 2,6,6,9-tetramethyl- (e,e,e)-", "4-05-00-01171 (beilstein handbook reference)[beilstein]", "(1e,4e,8e)-humula-1(11),4,8-triene", ".alpha.-caryophyllene", "1", "(e,e,e)-2,6,6,9-tetramethyl-1,4,8-cycloundecatriene", "3", "(1e,4e,8e)-2,6,6,9-tetramethyl-1,4,8-cycloundecatriene", "a-humulene", "trans,trans,trans-2,6,6,9-tetramethyl-1,4,8-cycloundecatriene", "229-816-7[einecs]", "chebi:5768", "humulene[wiki]", "caryophyllene:", "1864446[beilstein]", "einecs 229-816-7", "1,4,8-cycloundecatriene,2,6,6,9-tetramethyl- (e,e,e)-,", "(1e,4e,8e)-2,6,6,9-tetramethylcycloundeca-1,4,8-triene", "humulene", "a-caryophyllene", "alpha-humulene", "1,4,8-cycloundecatriene 2,6,6,9-tetramethyl- (1e,4e,8e)-", "2,6,6,9-tetramethyl-1,4,8-cycloundecatriene (e,e,e)-"}|>, "1114" -> <|"DatabaseID" -> "SW00763", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4953362]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@H]2[C@@H](C2(C)C)[C@H]3[C@@H]1CCC3=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-gurjunene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6450812]}, "Synonyms" -> {"1h-cycloprop[e]azulene decahydro-1,1,4-trimethyl-7-methylene-,(1ar,4r,4ar,7ar,7br)-", "cpd-8753", "1h-cycloprop(e)azulene", "73464-47-8[rn]", "(1ar,4r,4ar,7ar,7br)-1,1,4-trimethyl-7-methylidenedecahydro-1h-cyclopropa[e]azulene", "(1ar-(1aalpha", "c17120", "beta-gurjunene", "(1ar", "ac1o52e0", "73464-47-8"}|>, "1115" -> <|"DatabaseID" -> "SW00764", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9270876]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@H]2[C@@H]1[C@H]3[C@H](C3(C)C)CCC2=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aromadendrene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11095734]}, "Synonyms" -> {"(+)-aromadendrene", "(1ar,4ar,7r,7ar,7bs)-1,1,7-trimethyl-4-methylidenedecahydro-1h-cyclopropa[e]azulene", "i14-45301", "(1ar,4ar,7r,7ar,7bs)-1,1,7-trimethyl-4-methylendecahydro-1h-cyclopropa[e]azulen", "ft-0082294", "aromadendr-7(15)-ene", "10(14)-aromadendrene", "zinc49708061", "207-694-6[einecs]", "aromadendrene", "1h-cycloprop[e]azulene decahydro-1,1,7-trimethyl-4-methylene-,(1ar,4ar,7r,7ar,7bs)-", "11067_fluka", "()-aromadendrene", "stock1n-53714", "(1r,2s,8r,11r)-7-methylene-3,3,11-trimethyltricyclo[6.3.0.02.4]undecane", "1h-cycloprop[e]azulene decahydro-1,1,7-trimethyl-4-methylene-,(1ar,4ar,7r,7ar,7bs)-(+)-", "489-39-4[rn]", "(1r", "(1ar,4ar,7r,7ar,7bs)-1,1,7-trimethyl-4-methylenedecahydro-1h-cyclopropa[e]azulene", "molport-002-526-860", "11067_aldrich"}|>, "1116" -> <|"DatabaseID" -> "SW00765", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391237]}, "IsomericSmiles" -> "c1cc2c(cc1O)CN3CC[C@@H](C3=[NH+]2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vasicinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442934]}, "Synonyms" -> {"vasicinol", "pyrrolo(2", "5081-51-6", "ac1l9dok", "(3s)-1", "c10743", "pyrrolo(2,1-b)quinazoline-3,7-diol,1,2,3,9-tetrahydro- (r)-", "5081-51-6[rn]"}|>, "1117" -> <|"DatabaseID" -> "SW00766", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516]}, "IsomericSmiles" -> "CC(C)(CO)C(C(=O)NCCCO)O", "OfficialNames" -> <|"Indian Approved Name" -> "panthenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4678]}, "Synonyms" -> {"dl-pantothenol", "urupan", "bepanthen", "dl-pantothenyl alcohol", "panthenolum", "pantothenol", "dl-panthenol", "panthenol[wiki][usp]", "n-pantoyl-propanolamine", "201-327-3[einecs]", "component of pantho-f", "ilopan", "alcool dl-pantotenilico[italian]", "penthenol", "panthenol [usan:ban:inn:jan][inn][jan][usan]", "d-pantothenol", "panthenol (+ )-", "pantol", "cozyme", "compnent of ilopan-choline", "panthenol dl-form", "bepantol", "pantenyl", "16485-10-2[rn]", "motilyn", "dexpanthenol", "2 4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutyramide", "panthenol", "dexpanthenolum[latin]", "propanolamine n-pantoyl-", "pantenolo [dcit]", "pantenol[spanish][inn]", "galactan", "fancol dl", "pantenol[portuguese]", "component of zentinic", "dexpanthenol[wiki][usp]", "thenalton", "panthoderm", "alcopan-250", "dl-2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutyramide", "81-13-0[rn]", "62507-76-0[rn]", "bepanthene", "zentinic", "panthenol dl-form", "butanamide 2 4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethyl-", "butyramide 2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethyl- dl-", "varitan", "provitamin b5", "provitamin b", "dexpantenol[spanish][inn]", "synapan", "pantenolo", "1724947[beilstein]", "240-540-6[einecs]", "dexpanthenol [usan:ban:inn][inn][usan]", "2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutanamid", "n-pantoyl-3-propanolamine", "4-04-00-01652 (beilstein handbook reference)[beilstein]", "dextro pantothenyl alcohol", "butanamide 2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethyl-", "1113-70-8[rn]", "2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutyramide", "17307-32-3[rn]", "intrapan", "panadon", "2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutanamide[acd/iupac name]"}|>, "1118" -> <|"DatabaseID" -> "SW00766", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516]}, "IsomericSmiles" -> "CC(C)(CO)C(C(=O)NCCCO)O", "OfficialNames" -> <|"Indian Approved Name" -> "panthenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4678]}, "Synonyms" -> {"dl-pantothenol", "urupan", "bepanthen", "dl-pantothenyl alcohol", "panthenolum", "pantothenol", "dl-panthenol", "panthenol[wiki][usp]", "n-pantoyl-propanolamine", "201-327-3[einecs]", "component of pantho-f", "ilopan", "alcool dl-pantotenilico[italian]", "penthenol", "panthenol [usan:ban:inn:jan][inn][jan][usan]", "d-pantothenol", "panthenol (+ )-", "pantol", "cozyme", "compnent of ilopan-choline", "panthenol dl-form", "bepantol", "pantenyl", "16485-10-2[rn]", "motilyn", "dexpanthenol", "2 4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutyramide", "panthenol", "dexpanthenolum[latin]", "propanolamine n-pantoyl-", "pantenolo [dcit]", "pantenol[spanish][inn]", "galactan", "fancol dl", "pantenol[portuguese]", "component of zentinic", "dexpanthenol[wiki][usp]", "thenalton", "panthoderm", "alcopan-250", "dl-2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutyramide", "81-13-0[rn]", "62507-76-0[rn]", "bepanthene", "zentinic", "panthenol dl-form", "butanamide 2 4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethyl-", "butyramide 2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethyl- dl-", "varitan", "provitamin b5", "provitamin b", "dexpantenol[spanish][inn]", "synapan", "pantenolo", "1724947[beilstein]", "240-540-6[einecs]", "dexpanthenol [usan:ban:inn][inn][usan]", "2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutanamid", "n-pantoyl-3-propanolamine", "4-04-00-01652 (beilstein handbook reference)[beilstein]", "dextro pantothenyl alcohol", "butanamide 2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethyl-", "1113-70-8[rn]", "2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutyramide", "17307-32-3[rn]", "intrapan", "panadon", "2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutanamide[acd/iupac name]"}|>, "1119" -> <|"DatabaseID" -> "SW00767", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27373"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 115991]}, "IsomericSmiles" -> "CC(C)(CO)[C@H](C(=O)NCCCO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00193"]}, "OfficialNames" -> <|"Indian Approved Name" -> "d-panthenol;d-pantothenol", "FDA Approved Drug" -> "DEXPANTHENOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 131204]}, "Synonyms" -> {"ilopan", "d-panthenol", "provitamin b", "cozyme", "dexpanthenol", "d-pantothenyl alcohol", "synapan", "pantothenol", "panthoderm", "pantenyl", "(d)-(+)-2 4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutyramide", "n-pantoyl-propanolamine", "201-327-3[einecs]", "d-(+)-2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutyramide", "component of pantho-f", "(r)-(+)-2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutanamide", "d(+)-panthenol", "(2r)-2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutanamid", "propanolamine n-pantoyl-", "panthenol (+ )-", "pantol", "d-pantothenol", "(r)-(+)-2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutyramide", "(r)-2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutanamide", "d(+)-pantothenyl alcohol", "dexpanthenol[wiki][usp]", "(r)-2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutyramide", "d-(+)-panthenol", "(+)-panthenol", "(2r)-2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutyramide", "panthenol", "q3mvyqx1&1&1q &&r; form[wln]", "pantothenyl alcohol", "component of zentinic", "motilyn", "ilopan (tn)", "81-13-0[rn]", "panthenol (d)", "thenalton", "zentinic", "butanamide 2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethyl- (2r)-[acd/index name]", "dexpanthenol [inn_en]", "butanamide 2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethyl- (r)-[acd/index name]", "bepanthen", "1724947[beilstein]", "urupan", "dextro pantothenyl alcohol", "(r)-2,4-dihydroxy-3,3-dimethylbutyric 3-hydroxypropylamide", "bepantol", "n-pantoyl-3-propanolamine", "penthenol", "(2r)-2,4-dihydroxy-n-(3-hydroxypropyl)-3,3-dimethylbutanamide[acd/iupac name]", "bepanthene", "alcopan-250", "4-04-00-01652", "d-p-a injection", "intrapan", "panadon"}|>, "1120" -> <|"DatabaseID" -> "SW00768", "IsomericSmiles" -> "CCN(CC)c1cc(nc2n1ncn2)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01220"]}, "OfficialNames" -> <|"NPC Approved Name" -> "trapidil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5531]}, "Synonyms" -> {"trapidil", "rocornal", "einecs 239-434-2", "15421-84-8", "brn 0186842", "trapidilum [inn-latin]", "ncgc00016715-01", "(1", "trapymin", "ar 12008"}|>, "1121" -> <|"DatabaseID" -> "SW00769", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5855"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3544], ExternalIdentifier["ChemSpiderID", 8039028]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01050"]}, "IsomericSmiles" -> "CC(C)Cc1ccc(cc1)C(C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00126"], ExternalIdentifier["KEGGID", "D06606"]}, "OfficialNames" -> <|"China Approved Name" -> "ibuprofen", "Indian Approved Name" -> "ibuprofen", "WHO Essential Medicine" -> "ibuprofen", "Australia Approved Name" -> "IBUPROFEN", "FDA Approved Drug" -> "IBUPROFEN;IBUPROFEN LYSINE"|>, "PharmGKBID" -> "PA449957", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3672], ExternalIdentifier["PubChemCompoundID", 9841440]}, "Synonyms" -> {"ibuprofen", "dolgit", "butylenin", "buburone", "anflagen", "liptan", "motrin", "amersol", "advil liqui-gels", "apsifen", "junior strength advil", "amibufen", "urem", "apo-ibuprofen", "dolgin", "children's motrin", "ibu-slo", "ibuprocin", "ibu-attritin", "ibu-tab 200", "haltran", "nobgen", "trendar", "ibu", "ebufac", "medipren", "rafen", "ibutid", "lidifen", "tabalon", "femadon", "pediatric advil", "rebugen", "ibuprohm", "lebrufen", "pediaprofen", "pantrop", "inabrin", "advil", "nobfen", "anco", "novoprofen", "ibumetin", "andran", "brufen", "inoven", "rufen", "epobron", "napacetin", "novogent n", "nuprin", "roidenin", "lamidon", "artril 300", "p-isobutylhydratropic acid", "seclodin", "junior strength motrin", "nobfelon", "dolocyl", "brufanic", "mynosedin", "ibuprin", "junior strength ibuprofen", "cap-profen", "brufort", "ibufen", "dolo-dolgit", "paxofen", "para-isobutylhydratropic acid", "suspren", "children's advil", "tab-profen", "dolgirid", "ifen", "profen", "ibu-tab", "bluton", "neoprofen", "children's ibuprofen", "midol 200", "prostaglandin h2 synthase 1", "actiprofen", "nurofen", "phs 1", "prostaglandin g/h synthase 1 precursor", "pgh synthase 1", "fenbid spansule", "cox-1", "pghs-1", "codral", "children's elixsure", "midol", "adran", "ec 1.14.99.1", "ibuprophen", "prostaglandin-endoperoxide synthase 1", "pedia-profen", "apsifen-f", "cyclooxygenase- 1", "algofen", "advil cold & sinus", "15687-27-1", "dolibu", "children\\'s advil-flavored", "librofem", "ibuflamar", "tabalon 400", "jenaprofen", "solufen", "2-(4-isobutylphenyl)propionic acid", "trauma dolgit gel", "advil (tn)", "nagifen-d", "ergix", "dolofin", "ibumed", "ak+c2278tren", "femidol", "balkaprofen", "children\\'s motrin", "dolmaral", "codral period pain", "31121-93-4[rn]", "adran[wiki]", "ranofen", "dura-ibu", "dolormin", "duafen", "ostofen", "zofen", "u-18573", "bufeno", "antarene", "children's elixsure ib", "combunox", "ozonol", "fibraflex", "dysdolen", "trauma-dolgit gel", "dentigoa", "lopane", "proartinal", "fenbid", "hemagene tailleur", "upfen", "togal n", "ibugel", "ibugen", "salivia", "children\\'s ibuprofen", "novadol", "dolomax", "15687-27-1[rn]", "midol ib cramp relief", "ibumetin[wiki]", "bloom[wiki]", "suprafen", "children\\'s elixsure", "proflex", "antiflam", "tl8001184", "grefen", "tempil", "p-isobutylhyudratropic acid", "uprofen", "(rs)-ibuprofen", "sadefen", "nuprin[wiki]", "brofen", "ibulgan", "ibupirac", "bayer select pain relief", "carol[wiki]", "butacortelone", "emflam", "acide (isobutyl-4-phenyl)-2 propionique[french]", "dolofen-f", "ibuprofeno[spanish][inn]", "femapirin", "247-525-3[einecs]", "cobo", "noritis", "advil children's", "ibusal", "benzeneacetic acid a-methyl-4-(2-methylpropyl)-", "dolofort", "buprofen", "novo-profen", "79261-49-7[rn]", "deep relief", "ibuprofenum[latin][inn]", "dolo puren", "artofen", "motrin ib", "tofen", "dristan sinus", "seklodin", "antalfene", "ibufug", "duobrus", "brufen 400", "malafene", "dularbuprofen", "dibufen", "cesra", "motrin[wiki]", "ibuhexal", "nerofen", "2-(4-isobutylphenyl)propanoic acid[acd/iupac name]", "mensoton", "rufin", "nurofen[wiki]", "motrin migraine pain", "neo-mindol", "kratalgin", "r.d. 13621", "neo-helvagit", "p-isobutyl-2-phenylpropionic acid", "donjust b", "alaxan", "exneural", "sine-aid ib caplets", "antagil", "kontagripp mono", "4-isobutyl-a-methylphenylacetic acid", "rupan", "syntofene", "act-3", "bukrefen", "eputex", "ibubeta", "rhinadvil", "fenspan", "burana", "ip82", "141505-32-0[rn]", "buracaps", "dolven", "am-fam 400", "hydratropic acid p-isobutyl-", "esprenit", "femafen", "dignoflex", "neobrufen", "unipron", "advil[wiki]", "provon", "ibudolor", "15687-27-1,58560-75-1", "58560-75-1[rn]", "ipren[wiki]", "doltibil", "ibol", "518-82-1[rn]", "solpaflex", "dorival[wiki]", "dologel", "salprofen", "acide (isobutyl-4 phenyl)-2 propionique", "2049713[beilstein]", "artril", "ibren", "stelar", "panafen", "perofen", "quadrax", "narfen", "ibulagic", "dansida", "isodol", "novo dioxadol", "ibudol", "siyafen", "brufen retard", "2-(p-isobutylphenyl)propionic acid", "junifen", "inflam", "melfen", "irfen", "easifon", "zafen", "drin", "337376-15-5", "26225-79-6[rn]", "combiflam", "2-(4-isobutylphenyl)-propionic acid", "betaprofen", "u-18,573", "emflam-200", "daiprophen", "ibu-slow", "2-[4-(2-methylpropyl)phenyl]propanoic acid", "ibugesic", "brufen[wiki]", "dl-ibuprofen", "opturem", "bupron", "norton[wiki]", "gofen", "manypren", "faspic", "ibumerck", "citalgan", "4-isobutylhydratropic acid", "sugafen", "duralbuprofen", "bruflam", "tatanal", "traumadolgit gel", "apsifen;", "kesan[wiki]", "paduden", "seskafen", "children\\'s advil", "ibubest", "nobafon", "anafen", "ostarin", "sednafen", "fendol", "doloren", "schmerz-dolgit", "aches-n-pain", "advil migraine liqui-gels", "ibulav", "novogent", "ibular", "oralfene", "relcofen", "nuprilan", "d007052", "ibuprofen[wiki][inn][ban][jan][usan]", "2-(4-isobutyl-phenyl)-propionic acid", "noalgil", "dalsy", "optifen", "rofen", "bufigen", "gynofug", "ibucasen", "dolofen", "208-258-8[einecs]", "239-784-6[einecs]", "ibuprofene[french][inn]", "gelufene", "tonal[wiki]", "ibuleve", "motrin ib gelcaps", "cunil", "ibuprofen lysine", "ibuprofen lysine-supplied by selleck chemicals", "2,6-diaminohexanoic acid -2-[4-(2-methylpropyl)phenyl]propanoic acid (1:1)", "2-(4-isobutylphenyl)propanoic acid - lysine (1:1)", "neoprofen (tn)", "57469-77-9[rn]", "57469-76-8[rn]", "5-amino-5-carboxypentan-1-aminium 2-[4-(2-methylpropyl)phenyl]propanoate", "ibuprofen lysine (usan)", "benzeneacetic acid a-methyl-4-(2-methylpropyl)- compd. with lysine (1:1)", "s1518_selleck", "ibuprofen lysine salt", "ab2000139", "bcp9000769", "57469-77-9", "chembl1201141", "2-[4-(2-methylpropyl)phenyl]propanoic acid - lysine (1:1)"}|>, "1122" -> <|"DatabaseID" -> "SW00769", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5855"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3544], ExternalIdentifier["ChemSpiderID", 8039028]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01050"]}, "IsomericSmiles" -> "CC(C)Cc1ccc(cc1)C(C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00126"], ExternalIdentifier["KEGGID", "D06606"]}, "OfficialNames" -> <|"China Approved Name" -> "ibuprofen", "Indian Approved Name" -> "ibuprofen", "WHO Essential Medicine" -> "ibuprofen", "Australia Approved Name" -> "IBUPROFEN", "FDA Approved Drug" -> "IBUPROFEN;IBUPROFEN LYSINE"|>, "PharmGKBID" -> "PA449957", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3672], ExternalIdentifier["PubChemCompoundID", 9841440]}, "Synonyms" -> {"ibuprofen", "dolgit", "butylenin", "buburone", "anflagen", "liptan", "motrin", "amersol", "advil liqui-gels", "apsifen", "junior strength advil", "amibufen", "urem", "apo-ibuprofen", "dolgin", "children's motrin", "ibu-slo", "ibuprocin", "ibu-attritin", "ibu-tab 200", "haltran", "nobgen", "trendar", "ibu", "ebufac", "medipren", "rafen", "ibutid", "lidifen", "tabalon", "femadon", "pediatric advil", "rebugen", "ibuprohm", "lebrufen", "pediaprofen", "pantrop", "inabrin", "advil", "nobfen", "anco", "novoprofen", "ibumetin", "andran", "brufen", "inoven", "rufen", "epobron", "napacetin", "novogent n", "nuprin", "roidenin", "lamidon", "artril 300", "p-isobutylhydratropic acid", "seclodin", "junior strength motrin", "nobfelon", "dolocyl", "brufanic", "mynosedin", "ibuprin", "junior strength ibuprofen", "cap-profen", "brufort", "ibufen", "dolo-dolgit", "paxofen", "para-isobutylhydratropic acid", "suspren", "children's advil", "tab-profen", "dolgirid", "ifen", "profen", "ibu-tab", "bluton", "neoprofen", "children's ibuprofen", "midol 200", "prostaglandin h2 synthase 1", "actiprofen", "nurofen", "phs 1", "prostaglandin g/h synthase 1 precursor", "pgh synthase 1", "fenbid spansule", "cox-1", "pghs-1", "codral", "children's elixsure", "midol", "adran", "ec 1.14.99.1", "ibuprophen", "prostaglandin-endoperoxide synthase 1", "pedia-profen", "apsifen-f", "cyclooxygenase- 1", "algofen", "advil cold & sinus", "15687-27-1", "dolibu", "children\\'s advil-flavored", "librofem", "ibuflamar", "tabalon 400", "jenaprofen", "solufen", "2-(4-isobutylphenyl)propionic acid", "trauma dolgit gel", "advil (tn)", "nagifen-d", "ergix", "dolofin", "ibumed", "ak+c2278tren", "femidol", "balkaprofen", "children\\'s motrin", "dolmaral", "codral period pain", "31121-93-4[rn]", "adran[wiki]", "ranofen", "dura-ibu", "dolormin", "duafen", "ostofen", "zofen", "u-18573", "bufeno", "antarene", "children's elixsure ib", "combunox", "ozonol", "fibraflex", "dysdolen", "trauma-dolgit gel", "dentigoa", "lopane", "proartinal", "fenbid", "hemagene tailleur", "upfen", "togal n", "ibugel", "ibugen", "salivia", "children\\'s ibuprofen", "novadol", "dolomax", "15687-27-1[rn]", "midol ib cramp relief", "ibumetin[wiki]", "bloom[wiki]", "suprafen", "children\\'s elixsure", "proflex", "antiflam", "tl8001184", "grefen", "tempil", "p-isobutylhyudratropic acid", "uprofen", "(rs)-ibuprofen", "sadefen", "nuprin[wiki]", "brofen", "ibulgan", "ibupirac", "bayer select pain relief", "carol[wiki]", "butacortelone", "emflam", "acide (isobutyl-4-phenyl)-2 propionique[french]", "dolofen-f", "ibuprofeno[spanish][inn]", "femapirin", "247-525-3[einecs]", "cobo", "noritis", "advil children's", "ibusal", "benzeneacetic acid a-methyl-4-(2-methylpropyl)-", "dolofort", "buprofen", "novo-profen", "79261-49-7[rn]", "deep relief", "ibuprofenum[latin][inn]", "dolo puren", "artofen", "motrin ib", "tofen", "dristan sinus", "seklodin", "antalfene", "ibufug", "duobrus", "brufen 400", "malafene", "dularbuprofen", "dibufen", "cesra", "motrin[wiki]", "ibuhexal", "nerofen", "2-(4-isobutylphenyl)propanoic acid[acd/iupac name]", "mensoton", "rufin", "nurofen[wiki]", "motrin migraine pain", "neo-mindol", "kratalgin", "r.d. 13621", "neo-helvagit", "p-isobutyl-2-phenylpropionic acid", "donjust b", "alaxan", "exneural", "sine-aid ib caplets", "antagil", "kontagripp mono", "4-isobutyl-a-methylphenylacetic acid", "rupan", "syntofene", "act-3", "bukrefen", "eputex", "ibubeta", "rhinadvil", "fenspan", "burana", "ip82", "141505-32-0[rn]", "buracaps", "dolven", "am-fam 400", "hydratropic acid p-isobutyl-", "esprenit", "femafen", "dignoflex", "neobrufen", "unipron", "advil[wiki]", "provon", "ibudolor", "15687-27-1,58560-75-1", "58560-75-1[rn]", "ipren[wiki]", "doltibil", "ibol", "518-82-1[rn]", "solpaflex", "dorival[wiki]", "dologel", "salprofen", "acide (isobutyl-4 phenyl)-2 propionique", "2049713[beilstein]", "artril", "ibren", "stelar", "panafen", "perofen", "quadrax", "narfen", "ibulagic", "dansida", "isodol", "novo dioxadol", "ibudol", "siyafen", "brufen retard", "2-(p-isobutylphenyl)propionic acid", "junifen", "inflam", "melfen", "irfen", "easifon", "zafen", "drin", "337376-15-5", "26225-79-6[rn]", "combiflam", "2-(4-isobutylphenyl)-propionic acid", "betaprofen", "u-18,573", "emflam-200", "daiprophen", "ibu-slow", "2-[4-(2-methylpropyl)phenyl]propanoic acid", "ibugesic", "brufen[wiki]", "dl-ibuprofen", "opturem", "bupron", "norton[wiki]", "gofen", "manypren", "faspic", "ibumerck", "citalgan", "4-isobutylhydratropic acid", "sugafen", "duralbuprofen", "bruflam", "tatanal", "traumadolgit gel", "apsifen;", "kesan[wiki]", "paduden", "seskafen", "children\\'s advil", "ibubest", "nobafon", "anafen", "ostarin", "sednafen", "fendol", "doloren", "schmerz-dolgit", "aches-n-pain", "advil migraine liqui-gels", "ibulav", "novogent", "ibular", "oralfene", "relcofen", "nuprilan", "d007052", "ibuprofen[wiki][inn][ban][jan][usan]", "2-(4-isobutyl-phenyl)-propionic acid", "noalgil", "dalsy", "optifen", "rofen", "bufigen", "gynofug", "ibucasen", "dolofen", "208-258-8[einecs]", "239-784-6[einecs]", "ibuprofene[french][inn]", "gelufene", "tonal[wiki]", "ibuleve", "motrin ib gelcaps", "cunil", "ibuprofen lysine", "ibuprofen lysine-supplied by selleck chemicals", "2,6-diaminohexanoic acid -2-[4-(2-methylpropyl)phenyl]propanoic acid (1:1)", "2-(4-isobutylphenyl)propanoic acid - lysine (1:1)", "neoprofen (tn)", "57469-77-9[rn]", "57469-76-8[rn]", "5-amino-5-carboxypentan-1-aminium 2-[4-(2-methylpropyl)phenyl]propanoate", "ibuprofen lysine (usan)", "benzeneacetic acid a-methyl-4-(2-methylpropyl)- compd. with lysine (1:1)", "s1518_selleck", "ibuprofen lysine salt", "ab2000139", "bcp9000769", "57469-77-9", "chembl1201141", "2-[4-(2-methylpropyl)phenyl]propanoic acid - lysine (1:1)"}|>, "1123" -> <|"DatabaseID" -> "SW00770", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "43415"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 36498]}, "IsomericSmiles" -> "C[C@@H](c1ccc(cc1)CC(C)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03715"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dexibuprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39912]}, "Synonyms" -> {"(2s)-2-[4-(2-methylpropyl)phenyl]propanoic acid", "(s)-(+)-ibuprofen", "(s)-2-(4-isobutylphenyl)propanoic acid", "s(+)-ibuprofen", "(s)-(+)-2-(4-isobutylphenyl)propionic acid", "seractil", "dexibuprofen", "u-18573", "s-(+)-2-(4-isobutylphenyl)propionic acid", "51146-56-6[rn]", "benzeneacetic acid ?-methyl-4-(2-methylpropyl)- (?s)-", "51146-56-6", "d-ibuproten", "(2s)-2-(4-isobutylphenyl)propanoic acid[acd/iupac name]", "dexibuprofeno[spanish]", "dexoptifen", "dexibuprofen[usan]", "dolomin", "(s)-a-methyl-4-(2-methylpropyl)benzeneacetic acid", "s-(+)-ibuprofen", "(s)-(+)-4-isobutyl-alpha-methylphenylacetic acid", "(+)-ibuprofen", "chebi:43415", "aches-n-pain", "3590020[beilstein]", "3590022[beilstein]", "dexibuprofenum[latin]", "(+)-(s)-ibuprofen", "dexibuprofene[french]", "(+)-ibuprophen", "2-(4-isobutylphenyl)propionic acid", "(s)-ibuprofen", "atriscal", "(s)-(+)-2-(4-isobutylphenyl)propanoic acid", "(+)-(s)-p-isobutylhydratropic acid", "d-ibuprofen", "(s)-2-(4-isobutylphenyl)propionic acid", "(s)-2-(p-isobutylphenyl)propionic acid", "(2s)-2-[4-(2-methylpropyl)phenyl]propionic acid", "ibuprofen (s)-(+)-", "ibuprofen[wiki][inn][ban][jan][usan]"}|>, "1124" -> <|"DatabaseID" -> "SW00771", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204591]}, "IsomericSmiles" -> "C[NH+]1CC2CC(C1)c3cccc(=O)n3C2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl-cytisine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234566]}, "Synonyms" -> {"cytisine", "caulophylline", "1", "n-methylcytisine", "486-86-2[rn]", "207-643-8[einecs]", "(1r)-11-methyl-7,11-diazatricyclo[7.3.1.02,7]trideca-2,4-dien-6-one", "(1r)-3-methyl-1,2,3,4,5,6-hexahydro-8h-1,5-methanopyrido[1,2-a][1,5]diazocin-8-one", "3-methyl-1", "63699-79-6", "63699-79-6[rn]", "1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one 1,2,3,4,5,6-hexahydro-3-methyl-", "3-methyl-1,2,3,4,5,6-hexahydro-1,5-methano-pyrido[1,2-a][1,5]diazocin-8-one", "nsc34656", "(1r)-1,2,3,4,5,6-hexahydro-1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one", "ac1l5shz", "3-methyl-1,2,3,4,5,6-hexahydro-8h-1,5-methanopyrido[1,2-a][1,5]diazocin-8-one", "1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one 1,2,3,4,5,6-hexahydro-3-methyl-,(1r)-", "1,2,3,4,5,6-hexahydro-3-methyl-1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one", "cytisine n-methyl-", "(1s,9s)-11-methyl-7,11-diazatricyclo[7.3.1.0<2,7>]trideca-2,4-dien-6-one"}|>, "1125" -> <|"DatabaseID" -> "SW00771", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204591]}, "IsomericSmiles" -> "C[NH+]1CC2CC(C1)c3cccc(=O)n3C2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl-cytisine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234566]}, "Synonyms" -> {"cytisine", "caulophylline", "1", "n-methylcytisine", "486-86-2[rn]", "207-643-8[einecs]", "(1r)-11-methyl-7,11-diazatricyclo[7.3.1.02,7]trideca-2,4-dien-6-one", "(1r)-3-methyl-1,2,3,4,5,6-hexahydro-8h-1,5-methanopyrido[1,2-a][1,5]diazocin-8-one", "3-methyl-1", "63699-79-6", "63699-79-6[rn]", "1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one 1,2,3,4,5,6-hexahydro-3-methyl-", "3-methyl-1,2,3,4,5,6-hexahydro-1,5-methano-pyrido[1,2-a][1,5]diazocin-8-one", "nsc34656", "(1r)-1,2,3,4,5,6-hexahydro-1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one", "ac1l5shz", "3-methyl-1,2,3,4,5,6-hexahydro-8h-1,5-methanopyrido[1,2-a][1,5]diazocin-8-one", "1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one 1,2,3,4,5,6-hexahydro-3-methyl-,(1r)-", "1,2,3,4,5,6-hexahydro-3-methyl-1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one", "cytisine n-methyl-", "(1s,9s)-11-methyl-7,11-diazatricyclo[7.3.1.0<2,7>]trideca-2,4-dien-6-one"}|>, "1126" -> <|"DatabaseID" -> "SW00771", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204591]}, "IsomericSmiles" -> "C[NH+]1CC2CC(C1)c3cccc(=O)n3C2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl-cytisine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234566]}, "Synonyms" -> {"cytisine", "caulophylline", "1", "n-methylcytisine", "486-86-2[rn]", "207-643-8[einecs]", "(1r)-11-methyl-7,11-diazatricyclo[7.3.1.02,7]trideca-2,4-dien-6-one", "(1r)-3-methyl-1,2,3,4,5,6-hexahydro-8h-1,5-methanopyrido[1,2-a][1,5]diazocin-8-one", "3-methyl-1", "63699-79-6", "63699-79-6[rn]", "1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one 1,2,3,4,5,6-hexahydro-3-methyl-", "3-methyl-1,2,3,4,5,6-hexahydro-1,5-methano-pyrido[1,2-a][1,5]diazocin-8-one", "nsc34656", "(1r)-1,2,3,4,5,6-hexahydro-1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one", "ac1l5shz", "3-methyl-1,2,3,4,5,6-hexahydro-8h-1,5-methanopyrido[1,2-a][1,5]diazocin-8-one", "1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one 1,2,3,4,5,6-hexahydro-3-methyl-,(1r)-", "1,2,3,4,5,6-hexahydro-3-methyl-1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one", "cytisine n-methyl-", "(1s,9s)-11-methyl-7,11-diazatricyclo[7.3.1.0<2,7>]trideca-2,4-dien-6-one"}|>, "1127" -> <|"DatabaseID" -> "SW00771", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204591]}, "IsomericSmiles" -> "C[NH+]1CC2CC(C1)c3cccc(=O)n3C2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl-cytisine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234566]}, "Synonyms" -> {"cytisine", "caulophylline", "1", "n-methylcytisine", "486-86-2[rn]", "207-643-8[einecs]", "(1r)-11-methyl-7,11-diazatricyclo[7.3.1.02,7]trideca-2,4-dien-6-one", "(1r)-3-methyl-1,2,3,4,5,6-hexahydro-8h-1,5-methanopyrido[1,2-a][1,5]diazocin-8-one", "3-methyl-1", "63699-79-6", "63699-79-6[rn]", "1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one 1,2,3,4,5,6-hexahydro-3-methyl-", "3-methyl-1,2,3,4,5,6-hexahydro-1,5-methano-pyrido[1,2-a][1,5]diazocin-8-one", "nsc34656", "(1r)-1,2,3,4,5,6-hexahydro-1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one", "ac1l5shz", "3-methyl-1,2,3,4,5,6-hexahydro-8h-1,5-methanopyrido[1,2-a][1,5]diazocin-8-one", "1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one 1,2,3,4,5,6-hexahydro-3-methyl-,(1r)-", "1,2,3,4,5,6-hexahydro-3-methyl-1,5-methano-8h-pyrido[1,2-a][1,5]diazocin-8-one", "cytisine n-methyl-", "(1s,9s)-11-methyl-7,11-diazatricyclo[7.3.1.0<2,7>]trideca-2,4-dien-6-one"}|>, "1128" -> <|"DatabaseID" -> "SW00772", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3210"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9839]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01445"]}, "IsomericSmiles" -> "C[NH+](C)CCc1c[nH]c2c1cc(cc2)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Bufotenine", "Traditional Herbal Isolate" -> "bufotenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10257]}, "Synonyms" -> {"bufotenin", "cinobufotenine", "bufotenine", "dimethylserotonin", "mappin", "mapine", "mappine", "n", "5-hydroxy-n,n-dimethyltryptamine", "3-[2-(dimethylamino)ethyl]-1h-indol-5-ol", "5-22-12-00026 (beilstein handbook reference)[beilstein]", "cohoba", "3-(2-(dimethylamino)ethyl)-1h-indol-5-ol", "n,n-dimethylserotonin", "n,n-dimethyl-5-hydroxytryptamine", "207-667-9[einecs]", "3-[(2-dimethylamino)ethyl]-5-indolol", "bufotenine[wiki]", "160628[beilstein]", "1h-indol-5-ol 3-[2-(dimethylamino)ethyl]-", "3-(b-dimethylaminoethyl)-5-hydroxyindole", "cohoba[wiki]", "dm5-ht", "indol-5-ol 3-[2-(dimethylamino)ethyl]-", "1h-indol-5-ol 3-(2-(dimethylamino)ethyl)-", "3-(2-dimethylaminoethyl)-5-indolol", "487-93-4[rn]", "3-[2-(dimethylamino)ethyl]-5-indolol", "3-(2-dimethylamino-ethyl)-1h-indol-5-ol", "3-[2-(dimethylamino)ethyl]indol-5-ol", "indol-5-ol 3-(2-(dimethylamino)ethyl)-", "1h-indol-5-ol 3-[2- (dimethylamino)ethyl]-", "5-hydroxy-n n-dimethyltryptamine", "3-(2-dimethylaminoethyl)indol-5-ol", "n n-dimethylserotonin"}|>, "1129" -> <|"DatabaseID" -> "SW00773", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8613"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4807]}, "IsomericSmiles" -> "C[NH+](C)CCc1c[nH]c2c1c(ccc2)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Psilocyn"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4980]}, "Synonyms" -> {"psilocyn", "psilocin solution", "3-(2-(dimethylamino)ethyl)indol-4-ol", "n,n-dimethyl-4-hydroxytryptamine", "chebi:8613", "4-hydroxy-n,n-dimethyltryptamine psilocin", "3-(2-(dimethylamino)ethyl)-1h-indol-4-ol", "psilotsin", "einecs 208-296-5", "208-296-5[einecs]", "dea no. 7438", "indol-4-ol 3-(2-(dimethylamino)ethyl)-", "520-53-6[rn]", "psilocin", "3-[2-(dimethylamino)ethyl]-1h-indol-4-ol[acd/iupac name]", "4-hydroxy-n", "5-22-12-00014 (beilstein handbook reference)[beilstein]", "160503[beilstein]", "psilocine[wiki]", "psilocine", "psilocin[wiki]", "520-53-6", "1h-indol-4-ol 3-[2-(dimethylamino)ethyl]-", "cx-59", "psilotsin[wiki]", "4-hydroxy-n,n-dimethyltryptamine", "p-7800"}|>, "1130" -> <|"DatabaseID" -> "SW00774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20000860]}, "IsomericSmiles" -> "Cc1ccc2n(c1=O)C[C@H]3C[C@@H]2C[NH2+]C3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-methylcytisine"|>, "Synonyms" -> {"cytisine 3-methyl-", "cytisine 3-methyl"}|>, "1131" -> <|"DatabaseID" -> "SW00775", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25996], ExternalIdentifier["ChemSpiderID", 25037]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00848"]}, "IsomericSmiles" -> "c1ccc(cc1)[C@H]2CN3CCSC3=[NH+]2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00750"], ExternalIdentifier["KEGGID", "D08114"]}, "OfficialNames" -> <|"China Approved Name" -> "levamisole", "Indian Approved Name" -> "levamisole", "WHO Essential Medicine" -> "levamisole", "Australia Approved Name" -> "LEVAMISOLE", "FDA Approved Drug" -> "LEVAMISOLE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450205", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27944], ExternalIdentifier["PubChemCompoundID", 26879]}, "Synonyms" -> {"ketrax", "levamisole", "vermisol 150", "lepuron", "levomysol", "levamisol", "wormicid", "l-tetramisole", "tramisol", "phenyl imidothiazole", "dl-tetramisol", "nilverm base", "tetramisole", "dl-tetramisole", "levamisole base", "levamisole hydrochloride", "ergamisol", "spartakon", "tetramisol", "14769-73-4[rn]", "ec 3.1.3.1", "alkaline phosphatase nagao isozyme", "alkaline phosphatase placental-like precursor", "ergamisol[wiki]", "levamisole[wiki]", "nilverm", "germ-cell alkaline phosphatase", "plap-like", "levamisol [inn-spanish]", "alp-1", "levasole", "levamisolum [inn-latin]", "gcap", "levamisole hydrochloride[usp]", "(6s)-6-phenyl-2,3,5,6-tetrahydroimidazo[2,1-b][1,3]thiazole[acd/iupac name]", "(6s)-2,3,5,6-tetrahydro-6-phenylimidazo[2,1-b]thiazole", "l-2,3,5,6-tetrahyro-6-phenylimidazo(2,1-b)thiazole", "(-)-2,3,5,6-tetrahydro-6-phenylimidazo[2,1-b]thiazole(-)-tetramisole", "imidazo[2,1-b]thiazole 2,3,5,6-tetrahydro-6-phenyl- (s)-", "l(-)-levamisole", "53096-13-2[rn]", "ergamisole", "imidazo(2,1-b)thiazole 2,3,5,6-tetrahydro-6-phenyl- (6s)-", "tetramisol[spanish]", "rid o worm", "indicol", "imidazo(2,1-b)thiazole 2,3,5,6-tetrahydro-6-phenyl- (s)-", "(s)-6-phenyl-2,3,5,6-tetrahydroimidazo[2,1-b]thiazole", "levamisol[spanish][inn]", "14769-73-4 (free base)", "(s)-(-)-levamisole", "verban-h", "imidazo[2,1-b]thiazole 2,3,5,6-tetrahydro-6-phenyl- (6s)-", "2,3,5,6-tetrahydro-6-phenyl-imidazo[2,1-b]thiazole (s)-", "levotetramisole", "totalon", "levicon", "p00039", "6151-25-3[rn]", "238-836-5[einecs]", "l-2,3,5,6-tetrahydro-6-phenylimidazo[2,1-b]thiazole", "(-)-tetramisole", "(6s)-6-phenyl-2,3,5,6-tetrahydroimidazo[2,1-b][1,3]thiazol", "tcmdc-125847", "(s)-2,3,5,6-tetrahydro-6-phenylimidazo(2,1-b)thiazole", "levamisole tetramisole", "9005-80-5[rn]", "ripercol", "levamisolum[latin]", "tl8001042", "telskoot", "decaris", "ascaridil", "tramisole", "dekaris", "(-)-tetramisole hydrochloride", "niratic hydrochloride", "levacide", "(s)-2,3,5,6-tetrahydro-6-phenylimidazo[2,1-b]thiazolemonohydrochloride", "l-tetramisole hydrochloride", "citarin l", "(6s)-6-phenyl-2,3,5,6-tetrahydroimidazo[2,1-b][1,3]thiazole hydrochloride", "l-(-)-2,3,5,6-tetrahydro-6-phenyl-imidazo(2,1-b)thiazole hydrochloride", "(6s)-6-phenyl-2,3,5,6-tetrahydroimidazo[2,1-b][1,3]thiazolhydrochlorid", "74191-78-9[rn]", "meglum", "imidazo(2,1-b)thiazole 2,3,5,6-tetrahydro-6-phenyl-,monohydrochloride,(-)- (8ci)", "240-654-6[einecs]", "r 12,564", "tetramisole hydrochloride", "(-)-2,3,5,6-tetrahydro-6-phenylimidazo[2,1-b]thiazolemonohydrochloride", "16595-80-5 14769-73-4 [levamisole]", "6-phenyl-2,3,5,6-tetrahydroimidazo[2,1-b][1,3]thiazolehydrochloride (1:1)[acd/iupac name]", "tl8001274", "kw-2-le-t", "levomysol hydrochloride", "levadin", "nilverm forte", "solaskil", "(-)-2,3,5,6-tetrahydro-6-phenylimidazo[2,1-b]thiazolehydrochloride", "imidazo(2,1-b)thiazole 2,3,5,6-tetrahydro-6-phenyl-,monohydrochloride,l-(-)-", "(-)-2,3,5,6-tetrahydro-6-phenylimidazo(2,1-b)thiazolemonohydrochloride", "r-12,564", "ergamisol (tn)", "stimamizol hydrochloride", "ripercol-l", "(6s)-6-phenyl-2,3,5,6-tetrahydroimidazo[2,1-b][1,3]thiazole hydrochloride (1:1)[acd/iupac name]", "kw 2le-t", "(s)-(-)-6-phenyl-2,3,5,6-tetrahydroimidazo[2,1-b]thiazole hydrochloride;l(-)-2,3,5,6-tetrahydro-6-phenylimidazo(2,1-b)thiazole hydrochloride; levamisolehydrochloride", "levamisole hydrochloride [for biochemical research]", "levamisol hydrochloride", "16595-80-5[rn]", "nemicide", "levamisole hydrochloride [usan 1993][usan]", "niratic-puron hydrochloride", "lecamisole hcl", "r-12564", "imidazo[2,1-b]thiazole 2,3,5,6-tetrahydro-6-phenyl-,(6s)- hydrochloride (1:1)", "worm-chek", "39170-95-1[rn]", "imidazo(2,1-b)thiazole 2,3,5,6-tetrahydro-6-phenyl-,monohydrochloride,(s)-", "l-(-)-2,3,5,6-tetrahydro-6-phenylimidazo[2,1-b]thiazole monohydrochloride", "l[-]-2,3,5,6-tetrahydro-6-phenylimidazo[2,1-b]thiazole", "16595-80-5 14769-73-4", "24593-45-1[rn]"}|>, "1132" -> <|"DatabaseID" -> "SW00776", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30314"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1266105]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00166"]}, "IsomericSmiles" -> "C1CSS[C@@H]1CCCCC(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "alphalipoic acid"|>, "PharmGKBID" -> "PA164776929", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6112]}, "Synonyms" -> {"heparlipon", "biletan", "thioctic acid", "lipoic acid", "na(+)-dependent multivitamin transporter", "1077-28-7[rn]", "r-lipoate", "thioctic acid d-form", "(r)-1,2-dithiolane-3-pentanoate", "1", "1,2-dithiolane-3r-pentanoic acid", "thioctsan", "r-lipoic acid", "lipoate", "1200-22-2", "(+)-alpha-lipoic acid", "alpha-lipoic acid"}|>, "1133" -> <|"DatabaseID" -> "SW00777", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16494"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 841]}, "IsomericSmiles" -> "C1CSSC1CCCCC(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "lipoic acid"|>, "Synonyms" -> {"biomolipon", "alphalipoic acid", "juthiac", "dl-lipoic acid", "6,8-dihydrothioctic acid", "thioctsaeure", "verlalipon", "thioctic acid[jan]", "acetate-replacing factor", "liponic acid", "verla lipon", "lip(s2)", "1200-22-2[rn]", "1077-28-7[rn]", "5-(dithiolan-3-yl)valeric acid", "dl-6,8-dithiooctanoic acid", "62-46-4[rn]", "alphaliponsaure sofotec", "liposan", "dl-6-thioctic acid", "alphalipogamma", "6,8-thiotic acid", "lipoate", "liponsaureratiopharm", "thioctic acid dl-form", "6-thiotic acid", "5-19-07-00237 (beilstein handbook reference)[beilstein]", "5-(1,2-dithiolan-3-yl)-pentanoate", "(rs)-lipoic acid", "1077-24-7", "thioctacide t", "alphalipon stada", "biletan", "122410[beilstein]", "liponsaure-ratiopharm", "alphaflam", "200-534-6[einecs]", "thioktsaeure", "alphavibolex", "lipoic acid[wiki]", "thioctansaeure", "tromlipon", "dl-1,2-dithiolane-3-valeric acid", "duralipon", "6,8-dithiooctanoic acid", "alphaliponaure heumann", "pleomixalpha", "biomo lipon", "6,8-thioctic acid", "espa-lipon", "6-thioctic acid", "dl-1,2-dithiolan-3-valeriansaeure[german]", "verla-lipon", "thiooctic acid", "1077-27-6[rn]", "neurium", "mtwalphaliponsaure", "dl-thiocticacid", "d008063", "dl-thioctic acid", "1,2-dithiolane-3-valeric acid", "injekt thiogamma", "thioctacid", "espalipon", "pleomixalpha n", "thiotomin", "thiogamma oral", "lipothion", "fenint", "5-(1,2-dithiolan-3-yl)pentanoic acid[acd/iupac name]", "r-(+)-alpa lipoic acid", "espa lipon", "liponsaure ratiopharm", "alphalippon al", "biomo-lipon", "5-(1,2-dithiolan-3-yl)valeric acid", "dl-6,8-thioctic acid", "rac-lipoate", "thiogamma injekt", "l-thioctic acid", "5-[3-(1,2-dithiolanyl)]pentanoic acid", "5-[1,2]dithiolan-3-yl-pentanoic acid", "214-071-2[einecs]", "81853[beilstein]", "azulipont", "lipoicacid", "1,2-dithiolane-3-pentanoic acid"}|>, "1134" -> <|"DatabaseID" -> "SW00777", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16494"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 841]}, "IsomericSmiles" -> "C1CSSC1CCCCC(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "lipoic acid"|>, "Synonyms" -> {"biomolipon", "alphalipoic acid", "juthiac", "dl-lipoic acid", "6,8-dihydrothioctic acid", "thioctsaeure", "verlalipon", "thioctic acid[jan]", "acetate-replacing factor", "liponic acid", "verla lipon", "lip(s2)", "1200-22-2[rn]", "1077-28-7[rn]", "5-(dithiolan-3-yl)valeric acid", "dl-6,8-dithiooctanoic acid", "62-46-4[rn]", "alphaliponsaure sofotec", "liposan", "dl-6-thioctic acid", "alphalipogamma", "6,8-thiotic acid", "lipoate", "liponsaureratiopharm", "thioctic acid dl-form", "6-thiotic acid", "5-19-07-00237 (beilstein handbook reference)[beilstein]", "5-(1,2-dithiolan-3-yl)-pentanoate", "(rs)-lipoic acid", "1077-24-7", "thioctacide t", "alphalipon stada", "biletan", "122410[beilstein]", "liponsaure-ratiopharm", "alphaflam", "200-534-6[einecs]", "thioktsaeure", "alphavibolex", "lipoic acid[wiki]", "thioctansaeure", "tromlipon", "dl-1,2-dithiolane-3-valeric acid", "duralipon", "6,8-dithiooctanoic acid", "alphaliponaure heumann", "pleomixalpha", "biomo lipon", "6,8-thioctic acid", "espa-lipon", "6-thioctic acid", "dl-1,2-dithiolan-3-valeriansaeure[german]", "verla-lipon", "thiooctic acid", "1077-27-6[rn]", "neurium", "mtwalphaliponsaure", "dl-thiocticacid", "d008063", "dl-thioctic acid", "1,2-dithiolane-3-valeric acid", "injekt thiogamma", "thioctacid", "espalipon", "pleomixalpha n", "thiotomin", "thiogamma oral", "lipothion", "fenint", "5-(1,2-dithiolan-3-yl)pentanoic acid[acd/iupac name]", "r-(+)-alpa lipoic acid", "espa lipon", "liponsaure ratiopharm", "alphalippon al", "biomo-lipon", "5-(1,2-dithiolan-3-yl)valeric acid", "dl-6,8-thioctic acid", "rac-lipoate", "thiogamma injekt", "l-thioctic acid", "5-[3-(1,2-dithiolanyl)]pentanoic acid", "5-[1,2]dithiolan-3-yl-pentanoic acid", "214-071-2[einecs]", "81853[beilstein]", "azulipont", "lipoicacid", "1,2-dithiolane-3-pentanoic acid"}|>, "1135" -> <|"DatabaseID" -> "SW00778", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4878"], ExternalIdentifier["ChEBIID", "4877"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482205], ExternalIdentifier["ChemSpiderID", 13433]}, "IsomericSmiles" -> "CC[C@@H](CO)[NH2+]CCN[C@@H](CC)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00878"], ExternalIdentifier["KEGGID", "D07925"]}, "OfficialNames" -> <|"China Approved Name" -> "ethambutol", "WHO Essential Medicine" -> "ethambutol", "Indian Approved Name" -> "ethambutol", "FDA Approved Drug" -> "ETHAMBUTOL HYDROCHLORIDE"|>, "Synonyms" -> {"myambutol", "ethambutol & eep", "ethambutol", "ethambutol dihydrochloride", "213-970-7[einecs]", "1070-11-7[rn]", "emb", "ethambutol[wiki]", "tibutol", "eb", "(+)-2,2'-(ethylenediimino)di-1-butanol", "1-butanol 2,2'-(1,2-ethanediyldiimino)bis- (2s,2's)-", "(s)-2-[2-((s)-1-hydroxymethyl-propylamino)-ethylamino]-butan-1-ol", "dadibutol", "[s-(r*,r*)]-2,2'-(1,2-ethanediyldiimino)bis-1-butanol", "d-n,n'-bis(1-hydroxymethylpropyl)ethylenediamine", "isobutol", "etambutolo", "servambutol", "ethambutolum", "purderal", "sural", "2,2'-(ethylenediimino)di-1-butanol", "(2s,2's)-2,2'-(ethane-1,2-diyldiimino)dibutan-1-ol", "1070-11-7(dihydrochloride)", "servambutol (tn)", "ethambutol & propolis", "etambutol", "cl 40881 (dihydrochloride)", "myambutol (dihydrochloride)", "(+)-(s,s)-2,2'-(1,2-ethylenediimino)-di-1-butanol", "[s-(r*,r*)]-2,2'-(ethylenediimino)dibutan-1-ol dihydrochloride", "(+)-s", "(2s,7s)-2,7-diethyl-3,6-diazaoctane-1,8-diol", "(+)-ethambutol", "ethambutol & crl8131", "74-55-5[rn]", "etibi", "200-810-6[einecs]", "mycobutol", "ethambutolum [inn_la]", "ethambutol hydrochloride", "cl-40881", "(2s,2's)-2,2'-(ethane-1,2-diyldiimino)dibutan-1-ol hydrochloride (1:1)", "(2s,2's)-2,2'-(ethane-1,2-diyldiimino)dibutan-1-ol hydrochloride", "1-butanol 2,2'-(1,2-ethanediyldiimino)bis-,(2s,2's)- hydrochloride (1:1)", "ethambutol hcl", "2,2'-(1,2-ethanediyldiimino)bis-1-butanol dihydrochloride", "(2s,2's)-2,2'-(ethan-1,2-diyldiimino)dibutan-1-olhydrochlorid", "1-butanol 2,2'-(1,2-ethanediyldiimino)bis-,(2s,2's)- monohydrochloride"}|>, "1136" -> <|"DatabaseID" -> "SW00779", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7843391]}, "IsomericSmiles" -> "C/C(=N\\NC(=O)c1ccncc1)/C(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "pyruvic acid calcium isoniazid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9568684]}, "Synonyms" -> {"pyruvic acid calcium isoniazone", "unii-m4q640072z", "isonicotinic acid", "pyruvic acid calcium isoniazid heptahydrate", "pyruvic acid calcium isoniazid[jan]", "3428-05-5[rn]", "4-pyridinecarboxylic acid,(1-carboxyethylidene)hydrazine calcium salt(2:1)", "3428-05-5", "isonicotinic acid,(1-carboxyethylidene)hydrazide calcium salt(2:1)", "isoniazid calcium pyruvate", "isoniazid calcium pyruvinate (jan)", "pyruvic acid calcium isoniazid", "4-pyridinecarboxylic acid", "pyruvic acid calcium isoniazid [jan]", "chembl2107174", "isoniazid calcium pyruvinate"}|>, "1137" -> <|"DatabaseID" -> "SW00780", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6869]}, "IsomericSmiles" -> "CC(=O)Oc1ccc(cc1OC)CC=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetyleugenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7136]}, "Synonyms" -> {"aceteugenol", "4-allyl-2-methoxyphenol acetate", "acetyl eugenol", "phenol", "eugenol acetate", "acetyleugenol", "eugenyl acetate", "acetic acid eugenyl ester", "eugenolacetate", "1-acetoxy-2-methoxy-4-allylbenzene", "4-allyl-2-methoxyphenyl acetate[acd/iupac name]", "phenol 4-allyl-2-methoxy- acetate", "93-28-7", "phenol 2-methoxy-4-(2-propen-1-yl)- acetate", "o-acetyleugenol", "202-235-6[einecs]", "4-allyl-2-methoxyphenylacetat", "2-methoxy-4-(2-propen-1-yl)phenyl acetate", "1,3,4-eugenol acetate", "phenol 2-methoxy-4-(2-propenyl)- acetate", "3-06-00-05029 (beilstein handbook reference)[beilstein]", "2-methoxy-4-(2-propenyl)phenol acetate", "2-methoxy-4-(prop-2-en-1-yl)phenyl acetate", "93-28-7[rn]", "phenol 2-methoxy-4- (2-propenyl)- acetate", "2-methoxy-4-(2-propenyl)phenyl acetate", "acetic acid 4-allyl-2-methoxy-phenyl ester", "4-allyl-2-methoxyphenyl acetate", "2-methoxy-4-prop-2-enylphenyl acetate"}|>, "1138" -> <|"DatabaseID" -> "SW00781", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53074"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58568]}, "IsomericSmiles" -> "c1ccc(cc1)c2c(c2=O)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "diphenylcyclopropenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65057]}, "Synonyms" -> {"2", "diphencyprone", "cyclopropenone", "diphenylcyclopropenone", "dpcp", "cyclopropenone 2,3-diphenyl-", "cyclopropenone diphenyl-", "1,2-diphenylcyclopropenone", "2-cyclopropen-1-one 2,3-diphenyl- (9ci)", "886-38-4[rn]", "2-cyclopropen-1-one 2,3-diphenyl-", "2,3-diphenylcyclopropenone", "212-948-4[einecs]", "nsc 57541", "2-cyclopropen-1-one", "dpc (van)", "1,2-diphenylcyclopropenone; diphenylcyclopropenone", "2,3-diphenylcycloprop-2-en-1-on", "608049", "cyclopropenone diphenyl- (8ci)", "886-38-4", "2,3-diphenylcycloprop-2-en-1-one", "1,2-diphenylcyclopropen-3-one", "einecs 212-948-4", "dpc", "888-38-4", "2,3-diphenyl-2-cyclopropen-1-one[acd/iupac name]"}|>, "1139" -> <|"DatabaseID" -> "SW00782", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "453011"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2647], ExternalIdentifier["ChemSpiderID", 35605]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01188"]}, "IsomericSmiles" -> "Cc1cc(n(c(=O)c1)[O-])C2CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03488"], ExternalIdentifier["KEGGID", "D01364"]}, "OfficialNames" -> <|"China Approved Name" -> "ciclopirox olamine", "Indian Approved Name" -> "ciclopirox;ciclopirox olamine", "FDA Approved Drug" -> "CICLOPIROX"|>, "PharmGKBID" -> "PA164747060", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2749], ExternalIdentifier["PubChemCompoundID", 38911]}, "Synonyms" -> {"loprox", "ciclopirox", "ciclopiroxolamine", "penlac", "penlac nail lacquer", "hoe 296b", "ciclopirox olamine", "hoe-296b", "ciclopiroxum [inn-latin]", "ciclopirox olamin", "cpo", "ciclopirox-olamin", "stieprox", "batrafen", "loprox shampoo", "ciclopirox ethanolamine", "terit", "ciclopiroxolamin", "ciclopiroxethanolamine salt", "29342-05-0", "2(1h)-pyridone 6-cyclohexyl-1-hydroxy-4-methyl-", "brumixol", "29342-05-0[rn]", "6-cyclohexyl-1-hydroxy-4-methyl-2(1h)-pyridone 2-aminoethanolsalt", "6-cyclohexyl-1-hydroxy-4-methyl-2(1h)-pyridinone[acd/iupac name]", "249-577-2[einecs]", "6-cyclohexyl-1-hydroxy-4-methylpyridin-2(1h)-one", "ciclopirox [usan:ban:inn][inn][usan]", "41621-49-2[rn]", "tl8002303", "penlac (tn)", "6-cyclohexyl-1-hydroxy-4-methyl-1h-pyridin-2-one 2-amino-ethanol", "(6-cyclohexyl-1-hydroxy-4-methyl-2(1h)-pyridone)", "9005-49-6", "penlac[wiki]", "6-cyclohexyl-1-hydroxy-4-methylpyridin-2(1h)-one compound with2-aminoethanol (1:1)", "6-cyclohexyl-1-hydroxy-4-methyl-2(1h)-pyridone ethanolamine salt", "41621-49-2", "ciclochem", "6-cyclohexyl-1-hydroxy-4-methylpyridin-2(1h)-on--2-aminoethanol(1:1)", "hoe 296", "6-cyclohexyl-1-hydroxy-4-methylpyridin-2(1h)-on", "2(1h)-pyridinone,6-cyclohexyl-1-hydroxy-4-methyl- compd. with2-aminoethanol (1:1)[acd/index name]", "loprox (tn)", "micoxolamina", "ciclopiroxum [inn_la]", "6-cyclohexyl-1-hydroxy-4-methyl-2 (1h)-pyridone compound with 2-aminoethanol (1:1)", "2-aminoethanol; 6-cyclohexyl-1-hydroxy-4-methyl-pyridin-2-one", "2 (1h)-pyridinone,6-cyclohexyl-1-hydroxy-4-methyl- compd. with 2-aminoethanol (1:1)", "6-cyclohexyl-1-hydroxy-4-methyl-2(1h)-pyridinone compd. with 2-aminoethanol (1:1)", "6-cyclohexyl-1-hydroxy-4-methylpyridin-2(1h)-one - 2-aminoethanol (1:1)", "ciclopirox ethanolamine salt (1:1)", "ciclopiroxum", "ciclobirox olamine", "6-cyclohexyl-1-hydroxy-4-methyl-2(1h)-pyridon 2-aminoethanol-salz[german]", "mycoster", "6-cyclohexyl-1-hydroxy-4-methyl-2(1h)-pyridone compound with 2-aminoethanol (1:1)", "dafnegin-csc", "ciclopirox olamine [usan:jan][jan][usan]", "6-cyclohexyl-1-hydroxy-4-methyl-1h-pyridin-2-one", "255-464-9[einecs]", "6-cyclohexyl-1-hydroxy-4-methyl-2-(1h)-pyridone", "cyclopyroxolamine", "2(1h)-pyridinone 6-cyclohexyl-1-hydroxy-4-methyl-", "mls003170863", "cas-41621-49-2", "cyclopirox", "6-cyclohexyl-1-hydroxy-4-methyl-2(1h)-pyridone", "2-aminoethanol compd. with6-cyclohexyl-1-hydroxy-4-methyl-2(1h)-pyridinone (1:1)", "batrafen; loprox;mycoster;stieprox;hoe 296b;penlac", "ciclopiroxum[latin]", "ciclopirox[wiki][usp]", "6-cyclohexyl-1-hydroxy-4-methylhydropyridin-2-one 2-aminoethan-1-ol"}|>, "1140" -> <|"DatabaseID" -> "SW00783", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4530"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82571], ExternalIdentifier["ChemSpiderID", 6762]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00937"]}, "IsomericSmiles" -> "CC[NH+](CC)C(C)C(=O)c1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03801"], ExternalIdentifier["KEGGID", "D07444"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Diethylpropion", "FDA Approved Drug" -> "DIETHYLPROPION HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164778098", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91442], ExternalIdentifier["PubChemCompoundID", 7029]}, "Synonyms" -> {"tepanil ten-tab", "tenuate dospan", "amfepramone", "neobes", "tepanil", "diethylpropion hydrochloride", "adiposon", "anorex", "diethylpropione", "amfepramon", "diethylpropion", "tenuate", "amphepramone", "nopropiophenone", "moderatan", "amfepramone hydrochloride", "reginon", "amphepramonum hydrochloride", "amfepramone hcl", "parabolin", "regenon", "cegramine", "modulor", "danylen", "prefamone", "frekentine", "diethylpropione hydrochloride", "keramik", "keramin", "diethylpropion hcl", "dobesin", "obesitex", "derfon", "tylinal", "silutin", "anfamon", "magrene", "amphepramon", "dea no. 1610", "amfepramonum [inn-latin]", "diethylpropion[wiki]", "alpha-benzoyltriethylamine", "alpha-diethylaminopropiophenone", "134-80-5[rn]", "diethylcathinone", "regenon hydrochloride", "amfepramone[wiki][inn]", "anfepramona [inn-spanish]", "nu-dispoz", "magrex retard", "tenuate hydrochloride", "menutil", "tenuate-dospan", "lineal-rivo", "da transporter", "dat", "fenyl-(1-diethylaminoethyl)keton[czech]", "1-propanone 2-(diethylamino)-1-phenyl- hydrochloride", "9005-49-6", "202-019-1[einecs]", "2-(diethylamino)propiophenone", "2-diethylaminopropiophenone hydrochloride", "1-phenyl-2-diethylaminopropanone-1 hydrochloride", "tenuate[wiki]", "a-benzoyltriethylamine", "amfepramon hydrochloride", "a-benzoyltriethylamine hydrochloride", "a-diethylaminopropiophenone", "2-(diethylamino)-1-phenylpropan-1-onhydrochlorid", "amfepramonum[latin]", "diethylpropin", "anfepramona[spanish][inn]", "diethylpropion hydrochloride[usp]", "2-(diethylamino)-1-phenyl-1-propanone[acd/iupac name]", "diethylpropion hcl immediate-release", "90-84-6[rn]", "1-phenyl-2-diethylamino-1-propanone", "1-propanone 2-(diethylamino)-1-phenyl- hydrochloride (1:1)", "4-14-00-00144 (beilstein handbook reference)[beilstein]", "4-14-00-00144", "2-(diethylamino)-1-phenyl-1-propanone hydrochloride (1:1)[acd/iupac name]", "diethylpropion hcl controlled-release", "tenuate (tn)", "2-(diethylamino)-1-phenylpropan-1-one", "2-(diethylamino)-1-phenylpropan-1-one hydrochloride (1:1)", "2-(diethylamino)-1-phenylpropan-1-one hydrochloride", "2-(diethylamino)propiophenone hydrochloride", "1-propanone 2-(diethylamino)-1-phenyl-", "205-156-5[einecs]", "propiophenone 2-(diethylamino)- hydrochloride", "2-(diethylamino)-1-phenyl-1-propanone hydrochloride"}|>, "1141" -> <|"DatabaseID" -> "SW00783", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4530"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82571], ExternalIdentifier["ChemSpiderID", 6762]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00937"]}, "IsomericSmiles" -> "CC[NH+](CC)C(C)C(=O)c1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03801"], ExternalIdentifier["KEGGID", "D07444"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Diethylpropion", "FDA Approved Drug" -> "DIETHYLPROPION HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164778098", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91442], ExternalIdentifier["PubChemCompoundID", 7029]}, "Synonyms" -> {"tepanil ten-tab", "tenuate dospan", "amfepramone", "neobes", "tepanil", "diethylpropion hydrochloride", "adiposon", "anorex", "diethylpropione", "amfepramon", "diethylpropion", "tenuate", "amphepramone", "nopropiophenone", "moderatan", "amfepramone hydrochloride", "reginon", "amphepramonum hydrochloride", "amfepramone hcl", "parabolin", "regenon", "cegramine", "modulor", "danylen", "prefamone", "frekentine", "diethylpropione hydrochloride", "keramik", "keramin", "diethylpropion hcl", "dobesin", "obesitex", "derfon", "tylinal", "silutin", "anfamon", "magrene", "amphepramon", "dea no. 1610", "amfepramonum [inn-latin]", "diethylpropion[wiki]", "alpha-benzoyltriethylamine", "alpha-diethylaminopropiophenone", "134-80-5[rn]", "diethylcathinone", "regenon hydrochloride", "amfepramone[wiki][inn]", "anfepramona [inn-spanish]", "nu-dispoz", "magrex retard", "tenuate hydrochloride", "menutil", "tenuate-dospan", "lineal-rivo", "da transporter", "dat", "fenyl-(1-diethylaminoethyl)keton[czech]", "1-propanone 2-(diethylamino)-1-phenyl- hydrochloride", "9005-49-6", "202-019-1[einecs]", "2-(diethylamino)propiophenone", "2-diethylaminopropiophenone hydrochloride", "1-phenyl-2-diethylaminopropanone-1 hydrochloride", "tenuate[wiki]", "a-benzoyltriethylamine", "amfepramon hydrochloride", "a-benzoyltriethylamine hydrochloride", "a-diethylaminopropiophenone", "2-(diethylamino)-1-phenylpropan-1-onhydrochlorid", "amfepramonum[latin]", "diethylpropin", "anfepramona[spanish][inn]", "diethylpropion hydrochloride[usp]", "2-(diethylamino)-1-phenyl-1-propanone[acd/iupac name]", "diethylpropion hcl immediate-release", "90-84-6[rn]", "1-phenyl-2-diethylamino-1-propanone", "1-propanone 2-(diethylamino)-1-phenyl- hydrochloride (1:1)", "4-14-00-00144 (beilstein handbook reference)[beilstein]", "4-14-00-00144", "2-(diethylamino)-1-phenyl-1-propanone hydrochloride (1:1)[acd/iupac name]", "diethylpropion hcl controlled-release", "tenuate (tn)", "2-(diethylamino)-1-phenylpropan-1-one", "2-(diethylamino)-1-phenylpropan-1-one hydrochloride (1:1)", "2-(diethylamino)-1-phenylpropan-1-one hydrochloride", "2-(diethylamino)propiophenone hydrochloride", "1-propanone 2-(diethylamino)-1-phenyl-", "205-156-5[einecs]", "propiophenone 2-(diethylamino)- hydrochloride", "2-(diethylamino)-1-phenyl-1-propanone hydrochloride"}|>, "1142" -> <|"DatabaseID" -> "SW00784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936629]}, "IsomericSmiles" -> "CC1([C@@H]2CCC3(CCC=C[C@]3(C2)O1)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-agarofuran"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6431303]}, "Synonyms" -> {".beta.-agarofuran"}|>, "1143" -> <|"DatabaseID" -> "SW00785", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64483]}, "IsomericSmiles" -> "CC(C)(C)CC(C)(C)c1ccc(cc1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03261"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TYLOXAPOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71388]}, "Synonyms" -> {"alevaire", "tyloxypal", "triton w.r.1339", "triton a-20", "superinone", "triton wr 1339", "macrocyclon", "tyloxapol", "component of alevaire", "formaldehyde[wiki][usp][iso][bsi][acd/iupac name]", "tyloxapol [usan:ban:inn][inn][usan]", "1003-90-3[rn]", "tiloxapol[spanish][inn]", "9014-50-0[rn]", "9015-10-5[rn]", "tyloxapolum [inn-latin]", "4-(2,4,4-trimethylpentan-2-yl)phenol", "oxirane[wiki][acd/iupac name]", "triton wr-1339", "tiloxapol [inn-spanish]", "tyloxapol[wiki]", "superiuone", "exosurf", "enuclene", "25301-02-4[rn]", "tyloxapolum[latin]", "9014-66-8[rn]", "methanal[wiki]"}|>, "1144" -> <|"DatabaseID" -> "SW00786", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19953446]}, "IsomericSmiles" -> "C[C@H]1CC[C@H]([C@H]2C1=CC[C@@H](C2)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-cadinene;r-cadinene;sesquiterpene ketones;sesquiterpene alkaloids;sesquiterpene glucosides"|>, "Synonyms" -> {"naphthalene 1,2,3,4,4a,5,6,7-octahydro-1,6-dimethyl-4-(1-methylethyl)-,(1s,4s,4as,6s)-", "cadinene", "l-cadinene", "(1s,4s,4as,6s)-1,6-dimethyl-4-(propan-2-yl)-1,2,3,4,4a,5,6,7-octahydronaphthalene", "29350-73-0[rn]", "sesquiterpene[wiki]"}|>, "1145" -> <|"DatabaseID" -> "SW00787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25930]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)N(C)C(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-phenylethyl alcohol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27869]}, "Synonyms" -> {"n-acetylephedrine", "n-acetylpseudoephedrine", "n-(2-hydroxy-1-methyl-2-phenylethyl)-n-methylacetamide", "n-(1-hydroxy-1-phenylpropan-2-yl)-n-methylacetamide", "2272-83-5", "akos005361232", "16413-75-5", "2272-83-5[rn]", "ac1l1e4y", "16413-75-5[rn]", "acetamide", "ls-9725", "phenethylamine", "acetamide n-(2-hydroxy-1-methyl-2-phenylethyl)-n-methyl-", "benzyl alcohol"}|>, "1146" -> <|"DatabaseID" -> "SW00787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25930]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)N(C)C(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-phenylethyl alcohol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27869]}, "Synonyms" -> {"n-acetylephedrine", "n-acetylpseudoephedrine", "n-(2-hydroxy-1-methyl-2-phenylethyl)-n-methylacetamide", "n-(1-hydroxy-1-phenylpropan-2-yl)-n-methylacetamide", "2272-83-5", "akos005361232", "16413-75-5", "2272-83-5[rn]", "ac1l1e4y", "16413-75-5[rn]", "acetamide", "ls-9725", "phenethylamine", "acetamide n-(2-hydroxy-1-methyl-2-phenylethyl)-n-methyl-", "benzyl alcohol"}|>, "1147" -> <|"DatabaseID" -> "SW00787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25930]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)N(C)C(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-phenylethyl alcohol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27869]}, "Synonyms" -> {"n-acetylephedrine", "n-acetylpseudoephedrine", "n-(2-hydroxy-1-methyl-2-phenylethyl)-n-methylacetamide", "n-(1-hydroxy-1-phenylpropan-2-yl)-n-methylacetamide", "2272-83-5", "akos005361232", "16413-75-5", "2272-83-5[rn]", "ac1l1e4y", "16413-75-5[rn]", "acetamide", "ls-9725", "phenethylamine", "acetamide n-(2-hydroxy-1-methyl-2-phenylethyl)-n-methyl-", "benzyl alcohol"}|>, "1148" -> <|"DatabaseID" -> "SW00787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25930]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)N(C)C(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-phenylethyl alcohol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27869]}, "Synonyms" -> {"n-acetylephedrine", "n-acetylpseudoephedrine", "n-(2-hydroxy-1-methyl-2-phenylethyl)-n-methylacetamide", "n-(1-hydroxy-1-phenylpropan-2-yl)-n-methylacetamide", "2272-83-5", "akos005361232", "16413-75-5", "2272-83-5[rn]", "ac1l1e4y", "16413-75-5[rn]", "acetamide", "ls-9725", "phenethylamine", "acetamide n-(2-hydroxy-1-methyl-2-phenylethyl)-n-methyl-", "benzyl alcohol"}|>, "1149" -> <|"DatabaseID" -> "SW00788", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12708]}, "IsomericSmiles" -> "c1ccc(cc1)CCNC(=[NH2+])NC(=[NH2+])N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08352"]}, "OfficialNames" -> <|"Indian Approved Name" -> "phenformin hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7953]}, "Synonyms" -> {"debei", "n-phenethylbiguanide hydrochloride (van)", "phenformin.hcl", "n-phenethylbiguanide hydrochloride", "n-(2-phenylethyl)imidodicarbonimidic diamide hydrochloride", "1-(2-phenylethyl)biguanide hydrochloride", "phenformin hydrochloride", "phenformin hcl", "212-637-3[einecs]", "n-(2-phenylethyl)imidodicarbonimidicdiamidehydrochloride (1:1)", "biguanide 1-phenethyl- monohydrochloride", "phenformini hydrochloride", "phenforminhydrochloride", "n'-b-phenethylformamidinyliminourea hydrochloride", "biguanide 1-phenethyl- hydrochloride", "phenformin hydrochloride", "meltrol", "phenformin hcl no. 9113", "imidodicarbonimidic diamide n-(2-phenylethyl)- monohydrochloride", "1-phenethylbiguanide hydrochloride", "phenethylbiguanide hydrochloride", "1-phenylaethylbiguanid hydrochlorid[german]", "21228-47-7[rn]", "imidodicarbonimidic diamide n-(2-phenylethyl)- hydrochloride(1:1)", "phenethylbiguanide hydrochloride (van)", "dipar", "1-fenetilbiguanide cloridrato[italian]", "dbi-td", "834-28-6[rn]", "phenethylbiguanide", "dbi monohydrochloride", "amino{imino[(2-phenylethyl)amino]methyl}carboxamidine,chloride", "1-carbamimidamido-n-(2-phenylethyl)methanimidamide hydrochloride", "meltrol-50", "1,1-benzylmethylbiguanide hydrochloride"}|>, "1150" -> <|"DatabaseID" -> "SW00789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 618121]}, "IsomericSmiles" -> "CN1CCC[NH+]=C1/C=C/c2cccs2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08451"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "pyrantel"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 708857]}, "Synonyms" -> {"pyrantel", "pyrequan", "pirantele [dcit]", "pyrimidine 1,4,5,6-tetrahydro-1-methyl-2-(2-(2-thienyl)ethenyl)- (e)-", "hsdb 3252", "1-methyl-2-[(e)-2-(2-thienyl)vinyl]-1,4,5,6-tetrahydropyrimidine", "15686-83-6", "1-methyl-2-[(e)-2-thiophen-2-ylethenyl]-1,4,5,6-tetrahydropyrimidine", "15686-83-6[rn]", "cp-10,423-16", "239-774-1[einecs]", "1-methyl-2-[2-(thiophen-2-yl)ethenyl]-1,4,5,6-tetrahydropyrimidine", "(e)-1,4,5,6-tetrahydro-1-methyl-2-[2-(2-thienyl)ethenyl]pyrimidine", "pirantel[spanish][inn]", "pyrimidine 1,4,5,6-tetrahydro-1-methyl-2-(2-(2-thienyl)vinyl)- (e)-", "e-1,4,5,6-tetrahydro-1-methyl-2-(2-(2-thienyl)vinyl)pyrimidine", "pyrantelum [inn-latin]", "1-methyl-2-[(e)-2-(2-thienyl)vinyl]-1,4,5,6-tetrahydropyrimidin", "pyrimidine 1,4,5,6-tetrahydro-1-methyl-2-[2-(2-thienyl)ethenyl]-", "2-[(1e)-2-(3-methyl(3,4,5,6-tetrahydropyrimidin-2-yl))vinyl]thiophene", "1-methyl-2-[(e)-2-(thiophen-2-yl)ethenyl]-1,4,5,6-tetrahydropyrimidine", "pyrante", "pyrimidine 1,4,5,6-tetrahydro-1-methyl-2-(2-(2-thienyl)ethenyl)- (e)-(9ci)", "pyrimidine 1,4,5,6-tetrahydro-1-methyl-2-[(e)-2-(2-thienyl)ethenyl]-", "pirantel [inn-spanish]", "1-methyl-2-[(e)-2-(2-thienyl)ethenyl]-1,4,5,6-tetrahydropyrimidine", "d011715", "pyrantel [inn:ban]", "strongid", "konvermex", "pyrantelum[latin]", "einecs 239-774-1"}|>, "1151" -> <|"DatabaseID" -> "SW00790", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30852"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2301286], ExternalIdentifier["ChemSpiderID", 13081031]}, "IsomericSmiles" -> "[C@@H]([C@@H]([C@H](C(=O)[O-])O)O)([C@@H](C(=O)[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mucic acid", "Indian Approved Name" -> "isometheptene mucate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3037582], ExternalIdentifier["PubChemCompoundID", 15605556]}, "Synonyms" -> {"galactarate", "d-galactaric acid", "galactaric acid", "mucic acid", "galactosaccharic acid", "isometheptene mucate", "tetrahydroxyhexanedioic acid", "tetrahydroxyadipic acid", "saccharolactic acid", "meso-galactaric acid", "5-hepten-2-amine,n,6-dimethyl- compd. withd-galactaric acid(2:1)", "acido galactarico", "7492-31-1[rn]", "galactaric acid compound with n,1,5-trimethylhex-4-en-1-ylamine (1:2)", "schleimsaure[german]", "schleimsaure", "saccharolactate", "ncgc00017158-02", "isocom", "isometheptene mucate (usp)", "dsstox_cid_28788", "(2s,3r,4s,5r)-2,3,4,5-tetrahydroxyhexane-1,6-dioic acid", "acido mucico", "galactaric acid mucic acid", "n,6-dimethylhept-5-en-2-amine - d-galactaric acid (2:1)", "hexaric acid[acd/iupac name]", "208-404-0[einecs]", "galaktarsaeure", "dsstox_gsid_48862", "isometheptene mucate (2:1)", "galactaric acid compd. withn,1,5-trimethyl-4-hexenylamine (1:2)", "231-315-3[einecs]", "mucinsaeure", "dsstox_rid_83057", "526-99-8[rn]", "tox21_113355", "(2r,3s,4r,5s)-2,3,4,5-tetrahydroxyhexanedioic acid", "1728117[beilstein]", "schleimsaeure", "mucicacid", "octin mucate", "n,1,5-trimethyl-4-hexenylamine compd. with galactaricacid (2:1)", "d07097", "galactarsaeure", "galactaric acid d-", "galactosaccharate", "cas-7492-31-1"}|>, "1152" -> <|"DatabaseID" -> "SW00791", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16002"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21230290], ExternalIdentifier["ChemSpiderID", 30577]}, "IsomericSmiles" -> "[C@H]([C@@H]([C@@H](C(=O)[O-])O)O)([C@H](C(=O)[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-glucaric acid", "FDA Approved Drug" -> "DEXTROAMPHETAMINE SACCHARATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44149306], ExternalIdentifier["PubChemCompoundID", 33037]}, "Synonyms" -> {"d-glucosaccharic acid", "dl-glucaric acid", "glucaric acid", "d-saccharic acid", "d-glucarate", "glucosaccharic acid", "saccharic acid", "tetrahydroxyadipic acid", "l-gularic acid", "adderall 10", "adderall 30", "adderall 15", "(2r,3s,4s,5s)-2,3,4,5-tetrahydroxyhexanedioic acid", "delcobese", "glucarate", "adderall xr 20", "25525-21-7[rn]", "87-73-0[rn]", "d-glucaric acid", "bis[(2s)-1-phenylpropan-2-aminium] (2r,3s,4s,5s)-2,3,4,5-tetrahydroxyhexanedioate", "bis[(2s)-1-phenylpropan-2-aminium]-(2r,3s,4s,5s)-2,3,4,5-tetrahydroxyhexandioat", "gkr", "l-gularate", "adderall 20", "adderall xr 5", "d-glucaric acid[acd/iupac name]", "d-(+)-saccharic acid", "d-saccharate", "1728113[beilstein]", "acide d-glucarique", "bis[(2s)-1-phenylpropan-2-aminium] (2r,3s,4s,5s)-2,3,4,5-tetrahydroxyhexanedioate(non-preferred name)", "57030-41-8[rn]", "adderall xr 15", "adderall xr 10", "adderall 5", "84710-58-7[rn]", "d-glucosaccharate", "201-768-1[einecs]", "d-tetrahydroxyadipic acid", "d-(+)-saccharate", "dextroamphetamine saccharate"}|>, "1153" -> <|"DatabaseID" -> "SW00792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884691]}, "IsomericSmiles" -> "CCO[C@]1([C@H]([C@@H]([C@@H](CO1)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ethyl beta-fructopyranoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325163]}, "Synonyms" -> {"ac1o3da5", "(2r"}|>, "1154" -> <|"DatabaseID" -> "SW00793", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10254650]}, "IsomericSmiles" -> "CO[C@H]1[C@@H]([C@H]([C@@H]([C@H]([C@H]1O)OC)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dambonitol"|>, "Synonyms" -> {"dambonitol"}|>, "1155" -> <|"DatabaseID" -> "SW00794", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27949"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444359]}, "IsomericSmiles" -> "COc1cc(cc(c1O)OC)/C=C/C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinapyl aldehyde"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280802]}, "Synonyms" -> {"sinapinaldehyde", "sinapoyl aldehyde", "sinapaldehyde", "(2e)-3-(4-hydroxy-3", "sinapyl aldehyde", "chebi:27949", "4206-58-0[rn]", "(2e)-3-(4-hydroxy-3,5-dimethoxyphenyl)-2-propenal", "trans-3,5-dimethoxy-4-hydroxycinnamaldehyde", "2-propenal 3-(4-hydroxy-3,5-dimethoxyphenyl)- (2e)-", "(2e)-3-(4-hydroxy-3,5-dimethoxyphenyl)acrylaldehyd", "(2e)-3-(4-hydroxy-3,5-dimethoxyphenyl)acrylaldehyde", "(e)-3-(4-hydroxy-3", "3", "20649-43-8[rn]", "(e)-3-(4-hydroxy-3,5-dimethoxyphenyl)-2-propenal", "(e)-3-(4-hydroxy-3,5-dimethoxyphenyl)acrylaldehyde", "4206-58-0", "(2e)-3-(4-hydroxy-3,5-dimethoxyphenyl)prop-2-enal", "2215799[beilstein]", "3,5-dimethoxy-4-hydroxycinnamaldehyde", "2-propenal 3-(4-hydroxy-3,5-dimethoxyphenyl)- (e)-", "3,5-dimethoxy-4-hydroxycinnamaldehyde (e)"}|>, "1156" -> <|"DatabaseID" -> "SW00795", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390074]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00491"]}, "IsomericSmiles" -> "C1[C@@H]([C@H]([C@@H]([C@H]([NH+]1CCO)CO)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "miglitol", "FDA Approved Drug" -> "MIGLITOL"|>, "PharmGKBID" -> "PA164776726", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441314]}, "Synonyms" -> {"glyset", "seibule", "diastabol", "miglitol", "plumarol", "bay-m-1099", "glyset (tn)", "bay m 1099", "(2r,3r,4r,5s)-1-(2-hydroxyethyl)-2-(hydroxymethyl)piperidin-3,4,5-triol", "(2r,3r,4r,5s)-1-(2-hydroxyethyl)-2-(hydroxymethyl)piperidine-3,4,5-triol", "n -hydroxyethyl-1-desoxynojirimycin;diastabol;glyset", "276-661-6[einecs]", "n-(b-hydroxyethyl)-1-deoxynojirimycin", "1,5-dideoxy-1,5-[(2-hydroxyethyl)imino]-d-glucitol", "chembl1561", "72432-03-2[rn]", "(2r,3r,4r,5s)-1-(2-hydroxyethyl)-2-(hydroxymethyl)-3,4,5-piperidinetriol", "miglitol[wiki]", "9005-80-5[rn]", "n-(2-hydroxyethyl)moranoline", "ac1l9ayd", "miglitol (jan/usan)[jan][usan]", "(2r,3r,4r,5s)-1-ethoxy-2-(hydroxymethyl)piperidine-3,4,5-triol", "72432-03-2", "(2r,3r,4r,5s)-1-(2-hydroxy-ethyl)-2-hydroxymethyl-piperidine-3,4,5-triol", "3,4,5-piperidinetriol 1-(2-hydroxyethyl)-2-(hydroxymethyl)- (2r,3r,4r,5s)-", "n -hydroxyethyl-1-desoxynojirimycin;"}|>, "1157" -> <|"DatabaseID" -> "SW00795", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390074]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00491"]}, "IsomericSmiles" -> "C1[C@@H]([C@H]([C@@H]([C@H]([NH+]1CCO)CO)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "miglitol", "FDA Approved Drug" -> "MIGLITOL"|>, "PharmGKBID" -> "PA164776726", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441314]}, "Synonyms" -> {"glyset", "seibule", "diastabol", "miglitol", "plumarol", "bay-m-1099", "glyset (tn)", "bay m 1099", "(2r,3r,4r,5s)-1-(2-hydroxyethyl)-2-(hydroxymethyl)piperidin-3,4,5-triol", "(2r,3r,4r,5s)-1-(2-hydroxyethyl)-2-(hydroxymethyl)piperidine-3,4,5-triol", "n -hydroxyethyl-1-desoxynojirimycin;diastabol;glyset", "276-661-6[einecs]", "n-(b-hydroxyethyl)-1-deoxynojirimycin", "1,5-dideoxy-1,5-[(2-hydroxyethyl)imino]-d-glucitol", "chembl1561", "72432-03-2[rn]", "(2r,3r,4r,5s)-1-(2-hydroxyethyl)-2-(hydroxymethyl)-3,4,5-piperidinetriol", "miglitol[wiki]", "9005-80-5[rn]", "n-(2-hydroxyethyl)moranoline", "ac1l9ayd", "miglitol (jan/usan)[jan][usan]", "(2r,3r,4r,5s)-1-ethoxy-2-(hydroxymethyl)piperidine-3,4,5-triol", "72432-03-2", "(2r,3r,4r,5s)-1-(2-hydroxy-ethyl)-2-hydroxymethyl-piperidine-3,4,5-triol", "3,4,5-piperidinetriol 1-(2-hydroxyethyl)-2-(hydroxymethyl)- (2r,3r,4r,5s)-", "n -hydroxyethyl-1-desoxynojirimycin;"}|>, "1158" -> <|"DatabaseID" -> "SW00796", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9830]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)CC=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "elemicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10248]}, "Synonyms" -> {"benzene", "benzene 1,2,3-trimethoxy-5-(2-propenyl)- (9ci)", "1,2,3-trimethoxy-5-prop-2-enylbenzene", "nsc 16704", "benzene 1,2,3-trimethoxy-5-(2-propenyl)-", "5-allyl-1,2,3-trimethoxybenzene", "1", "3", "benzene 1,2,3-trimethoxy-5- (2-propenyl)-", "ccris 6783", "benzene 5-allyl-1,2,3-trimethoxy-", "elemicin[wiki]", "487-11-6", "elemicin 5-(prop-2-en-1-yl)-1,2,3-trimethoxybenzene", "207-649-0[einecs]", "3,4 5-trimethoxyallylbenzene", "1,2,3-trimethoxy-5-(2-propenyl)benzene", "487-11-6[rn]", "benzene 1,2,3-trimethoxy-5-(2-propen-1-yl)-", "1,2,3-trimethoxy-5-(prop-2-en-1-yl)benzene", "3-(3,4,5-trimethoxyphenyl)-1-propene", "elemicin", "einecs 207-649-0", "4-06-00-07478 (beilstein handbook reference)[beilstein]", "5-allyl-1"}|>, "1159" -> <|"DatabaseID" -> "SW00797", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552532]}, "IsomericSmiles" -> "C/C=C/c1cc(c(cc1OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asarone;beta-asarone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636822]}, "Synonyms" -> {"cis-asarone", "trans-asarone", "asarum camphor", "cis-isoasarone", "etherophenol", "(e)-1,2,4-trimethoxy-5-(prop-1-en-1-yl)benzene", "azaron", "benzene 1,2,4-trimethoxy-5-propenyl- (e)-", "benzene 1,2,4-trimethoxy-5-[(1e)-1-propen-1-yl]-", "(z)-1,2,4-trimethoxy-5-(1-propenyl)benzene", "220-743-6[einecs]", "benzene 1,2,4-trimethoxy-5-(1-propenyl)- (z)-", "1,2,4-trimethoxy-5-[(1e)-prop-1-en-1-yl]benzene", "asarone", "1,2,4-trimethoxy-5-[(1e)-1-propen-1-yl]benzene", "1-((1e)prop-1-enyl)-2,4,5-trimethoxybenzene", "asarone[wiki]", "benzene 1,2,4-trimethoxy-5-(1-propenyl)-", "asaron", "(z)-5-propenyl-1,2,4-trimethoxybenzene", "(e)-1,2,4-trimethoxy-5-prop-1-enylbenzene", "trans-isoasarone", "trans-1,2,4-trimethoxy-5-(1-propenyl)benzene", "benzene 1,2,4-trimethoxy-5-(1-propenyl)- (z)- (9ci)", "2883-98-9[rn]", "a-asarone", "benzene 1,2,4-trimethoxy-5-propenyl- (z)-", "alpha-asarone", "1,2,4-trimethoxy-5-trans-propenyl-benzene", "5273-86-9[rn]", "1,2,4-trimethoxy-5-propenyl-benzene", "benzene 1,2,4-trimethoxy-5-propenyl-", "226-096-6[einecs]", "2,4 5-trimethoxy-1-propenylbenzene", "trans-2,4,5-trimethoxypropenylbenzene", "benzene 1,2,4-trimethoxy-5- (1-propenyl)-", "trans-1-propenyl-2,4,5-trimethoxybenzene", "trans-isoasaron", "(e)-asarone", "asarabacca camphor", "3-06-00-06440 (beilstein handbook reference)[beilstein]", "(z)-asarone", "(e)-1,2,4-trimethoxy-5-(1-propenyl)benzene", "1,2,4-trimethoxy-5-(1-propenyl)benzene", "1,2,4-trimethoxy-5-[(1e)-1-propen-1-yl]benzol", "benzene 1,2,4-trimethoxy-5-(1-propenyl)- (e)-", "benzene 1,2,4-trimethoxy-5-[(1e)-1-propenyl]-"}|>, "1160" -> <|"DatabaseID" -> "SW00798", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8207"], ExternalIdentifier["ChEBIID", "39462"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5699], ExternalIdentifier["ChemSpiderID", 5698]}, "IsomericSmiles" -> "CC[C@H]1[C@H](COC1=O)Cc2cncn2C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00525"]}, "OfficialNames" -> <|"China Approved Name" -> "pilocarpine", "Indian Approved Name" -> "pilocarpine", "WHO Essential Medicine" -> "pilocarpine", "Australia Approved Name" -> "PILOCARPINE", "FDA Approved Drug" -> "PILOCARPINE;PILOCARPINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450962", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5910], ExternalIdentifier["PubChemCompoundID", 5909]}, "Synonyms" -> {"ocusert pilo-20", "salagen", "pilocarpine", "isoptocarpine", "pilocarpin", "ocusert pilo", "syncarpine", "pilokarpol", "pilokarpin", "pilocarpol", "pilocarpine muriate", "sno pilo", "54-71-7[rn]", "pilocar", "isopto carpine", "mi-pilo ophth sol", "pilopine hs", "(3s,4r)-3-ethyldihydro-4-((1-methyl-1h-imidazol-5-yl)methyl)-2(3h)-furanone", "mi-pilo", "92-13-7", "(3s,4r)-3-ethyl-4-[(1-methyl-1h-imidazol-5-yl)methyl]dihydro-2(3h)-furanone[acd/iupac name]", "(+)-pilocarpine", "spersacarpine", "(3s-cis)-3-ethyldihydro-4-((1-methyl-1h-imidazol-5-yl)methyl)-2(3h)-furanone", "pilocarpine[wiki]", "minims pilocarpine", "p.v. carpine liquifilm", "(3s,4s)-3-ethyl-4-[(3-methylimidazol-4-yl)methyl]oxolan-2-one", "ocusert pilo-20 (tn)", "92-13-7[rn]", "ocu-carpine", "ocusert p 20", "piloptic-4", "2(3h)-furanone 3-ethyldihydro-4-[(1-methyl-1h-imidazol-5-yl)methyl]- (3s,4r)-", "3-ethyl-4-[(1-methyl-1h-imidazol-5-yl)methyl]dihydrofuran-2(3h)-one", "ocusert pilo-40", "(3s,4r)-3-ethyl-4-[(1-methyl-1h-imidazol-5-yl)methyl]dihydrofuran-2(3h)-one", "2(3h)-furanone 3-ethyldihydro-4-[(1-methyl-1h-imidazol-5-yl)methyl]- (3s-cis)-", "piloptic-3", "piloptic-2", "piloptic-1", "piloptic-6", "(3s,4r)-3-ethyl-4-[(1-methylimidazol-5-yl)methyl]-3,4,5-trihydrofuran-2-one", "(3s,4r)-3-ethyl-4-[(1-methyl-1h-imidazol-5-yl)methyl]dihydro-2(3h)-furanon", "92-13-7 (free base)", "pilocarpine nitrate salt", "pilocarpine [usan:ban:jan][jan][usan]", "202-128-4[einecs]", "2(3h)-furanone 3-ethyldihydro-4-((1-methyl-1h-imidazol-5-yl)methyl)- (3s-cis)-", "miocarpine", "86187[beilstein]", "2(3h)-furanone 3-ethyldihydro-4-((1-methyl-1h-imidazol-5-yl)methyl)- (3s,4r)-", "piloptic-1/2", "(3s-cis)-3-ethyldihydro-4-[(1-methyl-1h-imidazol-5-yl)methyl]-2(3h)-furanone", "pilovisc", "almocarpine", "pilocel", "pilocarpal", "pilocar smp", "mistura p", "pilocarpine hydrochloride", "pilomiotin", "2(3h)-furanone 3-ethyldihydro-4-((1-methyl-1h-imidazol-5-yl)methyl)- monohydrochloride,(3s-cis)-", "(3s-cis)-3-ethyldihydro-4-[(1-methyl-1h-imidazol-5-yl)methyl]-2(3h)-furanone monohydrochloride", "pilocarpine hydrochloride", "pilocarpine hydrochloride [usan:jan][jan][usan]", "e-pilo", "2(3h)-furanone 3-ethyldihydro-4-[(1-methyl-1h-imidazol-5-yl)methyl]- (3s,4r)-,hydrochloride (1:1)", "(3s,4r)-3-ethyl-4-[(1-methyl-1h-imidazol-5-yl)methyl]dihydrofuran-2(3h)-one hydrochloride(1:1)", "epicar", "sanpilo", "akarpine", "[54-71-7]", "pilocarpine hcl", "pilocarpine monohydrochloride", "-pilocarpinehydrochloride", "2(3h)-furanone 3-ethyldihydro-4-((1-methyl-1h-imidazol-5-yl)methyl)- monohydrochloride,(3s,4r)-", "(3s,4r)-3-ethyl-4-[(1-methyl-1h-imidazol-5-yl)methyl]dihydrofuran-2(3h)-onhydrochlorid", "(3s-cis)-3-ethyldihydro-4-[(1-methyl-1h-imidazol-5-yl)methyl]-2(3h)-furanone hydrochloride", "pilokarpin monohydrochloride", "(3s,4r)-3-ethyl-4-[(1-methylimidazol-5-yl)methyl]-3,4,5-trihydrofuran-2-one chloride", "(+)-pilocarpine hydrochloride", "pilocarpine monohydrochloride", "isopto-carpine", "spersacarpine hydrochloride", "(3s,4r)-3-ethyl-4-[(1-methyl-1h-imidazol-5-yl)methyl]dihydrofuran-2(3h)-one hydrochloride", "adsorbocarpine", "amistura p", "ami-pilo", "2(3h)-furanone 3-ethyldihydro-4-[(1-methyl-1h-imidazol-5-yl)methyl]- (3s,4r)-,monohydrochloride", "3-ethyl-4-[(1-methyl-1h-imidazol-5-yl)methyl]dihydro-2(3h)-furanone hydrochloride", "isopto p-es", "pilopine hs gel", "(3s,4r)-4,5-dihydro-3-ethyl-4-(1-methyl-1h-imidazol-5-ylmethyl)-2(3h)-furanone hydrochloride", "sanpilo (tn)", "isopto carpine (tn)", "pilostat", "200-212-5[einecs]"}|>, "1161" -> <|"DatabaseID" -> "SW00799", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11634]}, "IsomericSmiles" -> "c1ccc(cc1)Cc2[nH]c3ccccc3n2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07504"]}, "OfficialNames" -> <|"China Approved Name" -> "bendazol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12132]}, "Synonyms" -> {"bendazol", "dibazol", "2-benzyl-1h-benzoimidazole", "bendazole", "2-benzylbenzimidazole", "bendazolo [dcit]", "dibasol", "dibazole", "tromasedan", "621-72-7[rn]", "bendazolum[latin]", "5-23-08-00498 (beilstein handbook reference)[beilstein]", "2-benzylbenziminazole", "59373-32-9[rn]", "214-921-2[einecs]", "210-703-6[einecs]", "benzimidazole 2-benzyl-", "1h-benzimidazole 2-(phenylmethyl)- (9ci)", "1212-48-2[rn]", "2-benzyl-1h-benzimidazole monohydrochloride", "2-benzyl-1h-benzimidazole", "2-benzyl-1h-benzimidazole[acd/iupac name]", "bendazol [dcf:inn][inn]", "5-23-08-00498", "2-benzyl-1h-benzo[d]imidazole", "1h-benzimidazole 2-(phenylmethyl)-", "1h-benzimidazole 2- (phenylmethyl)-", "2-(phenylmethyl)-1h-benzimidazole", "2-benzyl benzimidazole", "2-benzyl-1h-1,3-benzodiazole", "bendazol hydrochloride"}|>, "1162" -> <|"DatabaseID" -> "SW00800", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94775]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01566"]}, "IsomericSmiles" -> "CC[NH2+]C(C)Cc1ccc2c(c1)OCO2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "34-methylenedioxy-N-ethylamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 105039]}, "Synonyms" -> {"3", "3,4-methylenedioxy-n-ethylamphetamine", "eve (amphetamine)", "mdea", "n-mde", "n-ethyl-mda", "n-ethyl-a-methyl-1,3-benzodioxole-5-ethanamine", "mde (+-)", "n-ethyl-3,4-methylenedioxyphenylisopropylamine", "82801-81-8[rn]", "tenamphetamine n-ethyl-", "74341-78-9[rn]", "(2-benzo[1,3]dioxol-5-yl-1-methyl-ethyl)-ethyl-amine", "tenamfetamine n-ethyl-", "1-(1", "n-ethyl-3", "1-(1,3-benzodioxol-5-yl)-n-ethylpropan-2-amine", "1-(1,3-benzodioxol-5-yl)-n-ethyl-2-propanamin", "1-(1,3-benzodioxol-5-yl)-n-ethyl-2-propanamine[acd/iupac name]", "14089-52-2[rn]", "3,4-methylenedioxyethamphetamine"}|>, "1163" -> <|"DatabaseID" -> "SW00800", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94775]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01566"]}, "IsomericSmiles" -> "CC[NH2+]C(C)Cc1ccc2c(c1)OCO2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "34-methylenedioxy-N-ethylamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 105039]}, "Synonyms" -> {"3", "3,4-methylenedioxy-n-ethylamphetamine", "eve (amphetamine)", "mdea", "n-mde", "n-ethyl-mda", "n-ethyl-a-methyl-1,3-benzodioxole-5-ethanamine", "mde (+-)", "n-ethyl-3,4-methylenedioxyphenylisopropylamine", "82801-81-8[rn]", "tenamphetamine n-ethyl-", "74341-78-9[rn]", "(2-benzo[1,3]dioxol-5-yl-1-methyl-ethyl)-ethyl-amine", "tenamfetamine n-ethyl-", "1-(1", "n-ethyl-3", "1-(1,3-benzodioxol-5-yl)-n-ethylpropan-2-amine", "1-(1,3-benzodioxol-5-yl)-n-ethyl-2-propanamin", "1-(1,3-benzodioxol-5-yl)-n-ethyl-2-propanamine[acd/iupac name]", "14089-52-2[rn]", "3,4-methylenedioxyethamphetamine"}|>, "1164" -> <|"DatabaseID" -> "SW00801", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9880]}, "IsomericSmiles" -> "CC1c2cc(c(cc2CC[NH2+]1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "salsolidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10302]}, "Synonyms" -> {"salsolidin", "salsolidine", "6", "1-methyl-6,7-dimethoxy-1,2,3,4-tetrahydroisoquinoline", "st023755", "n-norcarnegine", "6,7-dimethoxy-1-methyl-1,2,3,4-tetrahydroisoquinoline", "(-)-salsolidine", "63283-42-1[rn]", "isoquinoline 1,2,3,4-tetrahydro-6,7-dimethoxy-1-methyl-", "(s)-(-)-salsolidine", "5784-74-7[rn]", "1", "5784-74-7", "493-48-1[rn]", "883-87-4[rn]", "1,2,3,4-tetrahydro-6,7-dimethoxy-1-methylisoquinoline", "38520-68-2[rn]", "(s)-salsolidine", "6,7-dimethoxy-1-methyl-1,2,3,4-tetrahydro-isoquinoline"}|>, "1165" -> <|"DatabaseID" -> "SW00801", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9880]}, "IsomericSmiles" -> "CC1c2cc(c(cc2CC[NH2+]1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "salsolidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10302]}, "Synonyms" -> {"salsolidin", "salsolidine", "6", "1-methyl-6,7-dimethoxy-1,2,3,4-tetrahydroisoquinoline", "st023755", "n-norcarnegine", "6,7-dimethoxy-1-methyl-1,2,3,4-tetrahydroisoquinoline", "(-)-salsolidine", "63283-42-1[rn]", "isoquinoline 1,2,3,4-tetrahydro-6,7-dimethoxy-1-methyl-", "(s)-(-)-salsolidine", "5784-74-7[rn]", "1", "5784-74-7", "493-48-1[rn]", "883-87-4[rn]", "1,2,3,4-tetrahydro-6,7-dimethoxy-1-methylisoquinoline", "38520-68-2[rn]", "(s)-salsolidine", "6,7-dimethoxy-1-methyl-1,2,3,4-tetrahydro-isoquinoline"}|>, "1166" -> <|"DatabaseID" -> "SW00802", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7070]}, "IsomericSmiles" -> "CN(C)C(=S)SC(=S)N(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "tetramethylthiuram monosulfide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7347]}, "Synonyms" -> {"cyuram ms", "mono-thiurad", "aceto tmtm", "tetramethylthiuram monosulfide", "ekagom tm", "thiuram mm", "tetramethylthiuram sulfide", "unads", "monothiuram", "n,n,n',n'-tetramethyldicarbonotrithioic diamide[acd/iupac name]", "bis(dimethylthiocarbamyl) sulfide", "pennac ms", "monosulfure de tetramethylthiurame[french]", "tetramethylthiuram", "bis(dimethylthiocarbamyl)sulfide", "carbamic acid dimethyldithio- anhydrosulfide", "97-74-5", "n,n,n',n'-tetramethylthiuram monosulfide", "(dimethylamino)[(dimethylamino)thioxomethylthio]methane-1-thione", "tetramethyldithiocarbamic acid anhydrosulfide", "202-605-7[einecs]", "tetramethylthiuramonosulfide", "4-04-00-00238 (beilstein handbook reference)[beilstein]", "tetramethylthiuramide sulfide", "n,n,n' n'-tetramethylthiuram monosulfide", "carbamic anhydride tetramethyltrithio-", "tetramethylthiuram monosulphide", "bis(dimethylthiocarbamyl) monosulfide", "vulkacit thiuram ms", "97-74-5[rn]", "1775650", "sulfide bis((dimethylamino)thioxomethyl)", "sulfide bis (dimethylthiocarbamoyl)", "sulfide bis[(dimethylamino)thioxomethyl]", "vulkacit thiuram ms/c", "bis(dimethylthiocarbamoyl)sulfide", "tmtms", "bis sulfide", "bis(dimethylthiocarbamoyl) sulfide", "thiuram monosulfide tetramethyl-", "thiodicarbonic diamide ([(h2n)c(s)]2s) tetramethyl-", "sulfide bis(dimethylthiocarbamoyl)", "thionex rubber accelerator", "carbamodithioic acid dimethyl- anhydrosulfide", "trithiodicarbonic diamide n,n,n',n'-tetramethyl-", "tetramethylthiurammonium sulfide", "vulkacit ms"}|>, "1167" -> <|"DatabaseID" -> "SW00803", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7845543]}, "IsomericSmiles" -> "CN(CC(=O)[O-])/C(=[NH+]/P(=O)([O-])[O-])/N", "OfficialNames" -> <|"China Approved Name" -> "creatine phosphate sodium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9571077]}, "Synonyms" -> {"creatine phosphate disodium salt tetrahydrate", "sodium creatine phosphate dibasic tetrahydrate", "creatine phosphate sodium salt", "disodium2-{[iminiumyl(phosphonatoamino)methyl](methyl)amino}acetate", "922-32-7[rn]", "sarcosine n-(phosphonoamidino)- disodium salt", "disodium creatine phosphate", "2-{[imino(phosphonoamino)methyl]methylamino}acetic acid sodiumsalt sodium salt", "phosphocreatine disodium salt", "glycine,n-[imino(phosphonoamino)methyl]-n-methyl- sodium salt(1:2)[acd/index name]", "19333-65-4[rn]", "phosphocreatine", "27920_fluka", "27920_sigma", "phospho creatine sodium", "disodium n-methyl-n-(n-phosphonatocarbamimidoyl)glycine", "creatinephosphatedisodiumsalthexahydrate", "glycine,n-(imino(phosphonoamino)methyl)-n-methyl- disodium salt", "disodium phosphocreatine", "67-07-2 (parent)", "phosphocreatine analogue", "creatine phosphate disodium salt", "creatine phosphate disodium salt", "6190-45-0[rn]", "disodium[n'-(hydroxyphosphinato)-n-methylcarbamimidamido]acetate", "213-074-6[einecs]", "sodium creatine phosphate hydrate", "disodium{[iminio(phosphonatoamino)methyl](methyl)amino}acetate", "chembl7649"}|>, "1168" -> <|"DatabaseID" -> "SW00804", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8452"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01123"]}, "IsomericSmiles" -> "c1cc(cc2c1cc3ccc(cc3n2)N)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "C11181"]}, "OfficialNames" -> <|"Indian Approved Name" -> "proflavine"|>, "PharmGKBID" -> "PA164748742", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7099]}, "Synonyms" -> {"3", "isoflav base", "proflavine", "proflavin", "proflavina", "pro-gen", "progesic", "2", "triple dye (brilliant green + gentian violet + proflavine hemisulfate)_mixture", "acridine-3", "profoliol-b", "progarmed", "profura", "proflavinum", "proformiphen"}|>, "1169" -> <|"DatabaseID" -> "SW00805", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6942"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10438564]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00350"]}, "IsomericSmiles" -> "c1c([n+](c(nc1N2CCCCC2)N)[O-])N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00418"]}, "OfficialNames" -> <|"Indian Approved Name" -> "minoxidil", "Australia Approved Name" -> "MINOXIDIL", "FDA Approved Drug" -> "MINOXIDIL"|>, "Synonyms" -> {"minoxidil", "prexidil", "lonolox", "normoxidil", "minoximen", "loniten", "theroxidil", "tricoxidil", "alostil", "riup", "alopexil", "pdp", "rogaine", "apo-gain", "2,6-diamino-4-piperidylpyrimidin-1-ol", "2,4-diamino-6-piperidino-pyrimidine-3-oxide", "6-(1-piperidinyl)pyrimidine-2,4-diamine 3-oxide", "regaine avacor and mintop", "gen-minoxidil", "6-piperidin-1-ylpyrimidin-2,4-diamin-3-oxid", "2,4-diamino-6-piperidinopyrimidine-3-oxide", "prostaglandin-endoperoxide synthase 1", "253-874-2[einecs]", "38304-91-5[rn]", "minoxigaine", "phs 1", "pyrimidine 2,4-diamino-6-piperidino- 3-oxide", "cyclooxygenase- 1", "regaine", "minoxidilne", "3-hydroxy-2-imino-6-(1-piperidyl)pyrimidin-4-amine", "5-25-12-00317", "rogaine extra strength for men", "trocoxidil", "pghs-1", "regaine[wiki]", "6-(1-piperidinyl)-2,4-pyrimidinediamine 3-oxide", "cox-1", "6-piperidino-2,4-diaminopyrimidine 3-oxide", "ec 1.14.99.1", "pgh synthase 1", "pierminox", "prostaglandin h2 synthase 1", "rogaine[wiki]", "minodyl", "6-piperidin-1-ylpyrimidine-2,4-diamine 3-oxide", "minoxidilum [inn-latin]", "rogaine for women", "minoxidil[wiki][usp]", "minossidile [italian]", "6-(piperidin-1-yl)pyrimidine-2,4-diamine 3-oxide", "2,4-pyrimidinediamine 6-(1-piperidinyl)- 3-oxide", "prostaglandin g/h synthase 1 precursor", "rogaine for men", "loniten[wiki]", "2,4-diamino-6-piperidinopyrimidine 3-oxide"}|>, "1170" -> <|"DatabaseID" -> "SW00806", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2791"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6221]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01352"]}, "IsomericSmiles" -> "CC(C)C1(C(=O)NC(=O)NC1=O)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00698"]}, "OfficialNames" -> <|"NPC Approved Name" -> "aprobarbital"|>, "PharmGKBID" -> "PA164754809", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6464]}, "Synonyms" -> {"alurate", "aprobarbital", "allional", "allypropymal", "aprozal", "aprobarbita", "allonal", "allylpropymal", "aprobarbitone", "numal", "5-allyl-5-isopropylbarbituric acid", "alurate (tn)", "5-24-09-00224 (beilstein handbook reference)[beilstein]", "aprobarbitalum[latin]", "isonal (swedish)", "ampa-selective glutamate receptor 2", "77-02-1[rn]", "180858[beilstein]", "aprobarbital[wiki]", "glutamate receptor 2 precursor", "aprotal", "5-(propan-2-yl)-5-(prop-2-en-1-yl)pyrimidine-2,4,6(1h,3h,5h)-trione", "oramon", "barbituric acid 5-allyl-5-isopropyl-", "barital", "isonal", "5-allyl-5-isopropylpyrimidine-2,4,6(1h,3h,5h)-trione", "5-(propan-2-yl)-5-(prop-2-en-1-yl)-pyrimidine-2,4,6(1h,3h,5h)-trione", "aprobarbital [dcf:inn][inn]", "allypropymalum", "5-allyl-5-isopropylbarbiturate", "5-allyl-5-isopropyl-barbituric acid", "200-997-4[einecs]", "5-(1-methylethyl)-5-(2-propenyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(1-methylethyl)-5-(2-propenyl)- (9ci)", "allylisopropylmalonylurea", "2,4,6 (1h,3h,5h)-pyrimidinetrione 5-(1-methylethyl)-5-(2-propenyl)-", "5-(methylethyl)-5-prop-2-enyl-1,3,5-trihydropyrimidine-2,4,6-trione", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(1-methylethyl)-5-(2-propenyl)-", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(1-methylethyl)-5-(2-propen-1-yl)-", "5-24-09-00224[beilstein]", "somnipron", "arbatal", "5-propan-2-yl-5-prop-2-enyl-1,3-diazinane-2,4,6-trione", "glur-b", "5-(1-methylethyl)-5-prop-2-en-1-ylpyrimidine-2,4,6(1h,3h,5h)-trione", "alubarb", "125-88-2[rn]", "glur-2", "alurate elixir verdum", "glur-k2", "5-isopropyl-5-allylbarbituric acid", "aprobarbitale [dcit]", "glutamate receptor ionotropic ampa 2"}|>, "1171" -> <|"DatabaseID" -> "SW00807", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24386]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01442"]}, "IsomericSmiles" -> "CC(Cc1cc2c(c(c1)OC)OCO2)[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "5-methoxy-34-methylenedioxyamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26175]}, "Synonyms" -> {"mmda", "dea no. 7401", "amphetamine 3,4-methylenedioxy-5-methoxy", "5-methoxy-3,4-methylenedioxyamphetamine", "(+-)-mmda", "3-methoxy-methylenedioxyamphetamine", "64638-02-4[rn]", "mao-b", "beta-methoxy-alpha-methyl-4", "1,3-benzodioxole-5-ethanamine 7-methoxy-a-methyl- (9ci)", "3-methoxy-4", "5-methoxy-3", "3-methoxy-4,5-methylenedioxyphenylisopropylamine", "3-methoxy-alpha-methyl-4,5-methylenedioxyphenethylamine", "60676-84-8[rn]", "monoamine oxidase type b", "phenethylamine", "brn 1246630", "1-(7-methoxy-1,3-benzodioxol-5-yl)propan-2-amine", "2-(7-methoxy-benzo[1,3]dioxol-5-yl)-1-methyl-ethylamine", "amphetamine", "13674-05-0[rn]", "ec 1.4.3.4", "3-methoxy-alpha-methyl-4", "5-19-08-00550 (beilstein handbook reference)[beilstein]"}|>, "1172" -> <|"DatabaseID" -> "SW00807", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24386]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01442"]}, "IsomericSmiles" -> "CC(Cc1cc2c(c(c1)OC)OCO2)[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "5-methoxy-34-methylenedioxyamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26175]}, "Synonyms" -> {"mmda", "dea no. 7401", "amphetamine 3,4-methylenedioxy-5-methoxy", "5-methoxy-3,4-methylenedioxyamphetamine", "(+-)-mmda", "3-methoxy-methylenedioxyamphetamine", "64638-02-4[rn]", "mao-b", "beta-methoxy-alpha-methyl-4", "1,3-benzodioxole-5-ethanamine 7-methoxy-a-methyl- (9ci)", "3-methoxy-4", "5-methoxy-3", "3-methoxy-4,5-methylenedioxyphenylisopropylamine", "3-methoxy-alpha-methyl-4,5-methylenedioxyphenethylamine", "60676-84-8[rn]", "monoamine oxidase type b", "phenethylamine", "brn 1246630", "1-(7-methoxy-1,3-benzodioxol-5-yl)propan-2-amine", "2-(7-methoxy-benzo[1,3]dioxol-5-yl)-1-methyl-ethylamine", "amphetamine", "13674-05-0[rn]", "ec 1.4.3.4", "3-methoxy-alpha-methyl-4", "5-19-08-00550 (beilstein handbook reference)[beilstein]"}|>, "1173" -> <|"DatabaseID" -> "SW00808", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "24564"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2038]}, "IsomericSmiles" -> "CN(C)c1nc(nc(n1)N(C)C)N(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02841"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ALTRETAMINE"|>, "PharmGKBID" -> "PA164743136", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2123]}, "Synonyms" -> {"hexalen", "hexastat", "1,3,5-triazine-2,4,6-triamine n,n,n',n',n'',n''-hexamethyl-", "1,3,5-triazine-2,4,6-triamine n2,n2,n4,n4,n6,n6-hexamethyl-", "hexamethylmelamine", "altretamine", "hexinawas", "altretaminum [inn-latin]", "altretaminum", "645-05-6", "n,n,n',n',n'',n''-hexamethyl-1,3,5-triazine-2,4,6-triamine[acd/iupac name]", "4-26-00-01256 (beilstein handbook reference)[beilstein]", "2,4 6-tris(dimethylamino)-1,3,5-triazine", "645-05-6[rn]", "altretamine [usan:ban:inn][inn][usan]", "05/06/0645", "[4,6-bis(dimethylamino)(1,3,5-triazin-2-yl)]dimethylamine", "altretamine[wiki][usp]", "5/6/645", "htm", "2,4,6-tris(dimethylamino)-s-triazine", "melamine", "195058[beilstein]", "n,n,n',n',n'',n''-hexamethyl-1,3,5-triazin-2,4,6-triamin", "hemel", "15468-34-5[rn]", "2,4,6-tris(dimethylamino)-1,3,5-triazine", "hmm", "altretaminum[latin]", "altretamina[spanish][inn]", "hxm", "melamine hexamethyl-", "altretamina", "211-428-4[einecs]", "d006585", "hexalen (tn)", "n2,n2,n4,n4,n6,n6-hexamethyl-1,3,5-triazine-2,4,6-triamine", "hexamethyl melamine", "s-triazine 2,4,6-tris(dimethylamino)-"}|>, "1174" -> <|"DatabaseID" -> "SW00809", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141336]}, "IsomericSmiles" -> "C[N+](C)(C)CCc1ccc(c(c1)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "salicifoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160877]}, "Synonyms" -> {"salicifoline", "3-hydroxy-4-methoxy-n,n,n-trimethylbenzeneethanaminium", "benzeneethanaminium 3-hydroxy-4-methoxy-n,n,n-trimethyl-", "2-(3-hydroxy-4-methoxyphenyl)ethyl-trimethylazanium", "c17063", "benzeneethanaminium", "ac1q79y6", "ac1l4ods", "6882-07-1[rn]", "6882-07-1", "3-hydroxy-4-methoxy-n", "ar-1h8545", "ar-1h8546"}|>, "1175" -> <|"DatabaseID" -> "SW00810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20633]}, "IsomericSmiles" -> "CCCC[NH2+]CC(c1ccc(cc1)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01673"]}, "OfficialNames" -> <|"NPC Approved Name" -> "butyl-sympatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21955]}, "Synonyms" -> {"bamethan sulfate", "rotesar", "cyclate", "vascunicol", "bascurat", "bupatol", "butedrin", "periphetol", "butibatol", "bamethan sulfate [usan:jan][jan][usan]", "bamethan sulphate", "butylnorsympatol", "eclern", "a-((butylamino)methyl)-4-hydroxybenzenemethanol sulfate (2:1) (salt)", "vasculat", "vaskulat", "227-214-9[einecs]", "garmian[wiki]", "vasculit", "bamethane hemisulfate salt", "bamethan sulfate (jp15/usan)[usan][jp15]", "5716-20-1[rn]", "garmian", "4-[2-(butylamino)-1-hydroxyethyl]phenol sulfate (2:1)", "butyl-nor-sympatol"}|>, "1176" -> <|"DatabaseID" -> "SW00810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20633]}, "IsomericSmiles" -> "CCCC[NH2+]CC(c1ccc(cc1)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01673"]}, "OfficialNames" -> <|"NPC Approved Name" -> "butyl-sympatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21955]}, "Synonyms" -> {"bamethan sulfate", "rotesar", "cyclate", "vascunicol", "bascurat", "bupatol", "butedrin", "periphetol", "butibatol", "bamethan sulfate [usan:jan][jan][usan]", "bamethan sulphate", "butylnorsympatol", "eclern", "a-((butylamino)methyl)-4-hydroxybenzenemethanol sulfate (2:1) (salt)", "vasculat", "vaskulat", "227-214-9[einecs]", "garmian[wiki]", "vasculit", "bamethane hemisulfate salt", "bamethan sulfate (jp15/usan)[usan][jp15]", "5716-20-1[rn]", "garmian", "4-[2-(butylamino)-1-hydroxyethyl]phenol sulfate (2:1)", "butyl-nor-sympatol"}|>, "1177" -> <|"DatabaseID" -> "SW00811", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01528"]}, "IsomericSmiles" -> "Cc1cc(c(cc1OC)CC(C)[NH3+])OC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "4-methyl-25-dimethoxyamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 85875]}, "Synonyms" -> {"2", "4-methyl-2", "(rs)-dom", "dea no. 7395", "dom", "dl-4-methyl-2", "(+-)-dom", "stp (hallucinogen)", "dl-2", "4-methyl-2,5-dimethoxyamphetamine"}|>, "1178" -> <|"DatabaseID" -> "SW00811", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01528"]}, "IsomericSmiles" -> "Cc1cc(c(cc1OC)CC(C)[NH3+])OC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "4-methyl-25-dimethoxyamphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 85875]}, "Synonyms" -> {"2", "4-methyl-2", "(rs)-dom", "dea no. 7395", "dom", "dl-4-methyl-2", "(+-)-dom", "stp (hallucinogen)", "dl-2", "4-methyl-2,5-dimethoxyamphetamine"}|>, "1179" -> <|"DatabaseID" -> "SW00812", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OP(=O)([O-])[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "caldibasic phos"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57357319]}, "Synonyms" -> {"surecn463226", "ag-d-23042", "y(tm)-phosphate bis(2-amino-2-methyl-1"}|>, "1180" -> <|"DatabaseID" -> "SW00813", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86597]}, "IsomericSmiles" -> "CC(C)OC(=O)NP(=O)(OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prolamin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95924]}, "Synonyms" -> {"phosphonocarbamic acid c-isopropyl dimethyl ester", "1-methylethyl (dimethoxyphosphinyl)carbamate", "avenin (pesticide)", "carbamic acid", "carbamic acid phosphono- isopropyl dimethyl ester (6ci)", "carbamicacid phosphono-,c-isopropyl p,p-dimethyl ester (7ci)", "isopropyl (dimethoxyphosphoryl)carbamate[acd/iupac name]", "nsc 43003", "carbamic acid (dimethoxyphosphinyl)- 1-methylethyl ester", "6309-98-4", "brn 1785625", "isopropyl(dimethoxyphosphoryl)carbamate", "avenin[wiki]", "4-03-00-00054 (beilstein handbook reference)[beilstein]", "avenin", "ai3-31943", "carbamic acid n-(dimethoxyphosphinyl)- 1-methylethyl ester", "6309-98-4[rn]", "carbamic acid phosphono- c-isopropyl dimethyl ester (8ci)"}|>, "1181" -> <|"DatabaseID" -> "SW00814", "IsomericSmiles" -> "c1cc(cnc1)C(=O)NCCO[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01810"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nicorandil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47528]}, "Synonyms" -> {"nicorandil", "sigmart", "dancor", "adancor", "sg-75", "2-nicotinamidoethyl nitrate", "65141-46-0", "nicorandilum", "ikorel", "sg 75"}|>, "1182" -> <|"DatabaseID" -> "SW00815", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61058"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 35562]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00968"]}, "IsomericSmiles" -> "C[C@](Cc1ccc(c(c1)O)O)(C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08205"], ExternalIdentifier["KEGGID", "D00405"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methyldopa", "WHO Essential Medicine" -> "methyldopa", "Australia Approved Name" -> "METHYLDOPA", "FDA Approved Drug" -> "METHYLDOPA"|>, "PharmGKBID" -> "PA450453", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 38853]}, "Synonyms" -> {"aldomet", "methyldopa", "sedometil", "dopegyt", "hyperpax", "alphamethyldopa", "sembrina", "baypresol", "presolisin", "dopamet", "medomet", "grospisk", "mk. b51", "aldometil", "aldoril 15", "amd", "medopren", "novomedopa", "becanta", "hypolag", "methoplain", "aldoril 25", "aldoril d50", "medopal", "nu-medopa", "bayer 1440 l", "methyldopa anhydrous", "aldoclor-250", "aldoclor-150", "presinol", "apo-methyldopa", "aldomin", "dopamethyperpax", "aldoril d30", "l-methyl dopa", "medopa", "dopatec", "alpha-2a adrenoreceptor", "supres 250 tab (chlorothiazide + methyldopa)_mixture", "novo-doparil 15 tab (hydrochlorothiazide + methyldopa)_mixture", "methyldopate hcl", "novo-doparil 25 tab (hydrochlorothiazide + methyldopa)_mixture", "supres 150 tab (chlorothiazide + methyldopa)_mixture", "methyldopate", "pms-dopazide 15 tab (hydrochlorothiazide + methyldopa)_mixture", "apo methazide 25 (hydrochlorothiazide + methyldopa)_mixture", "alpha-2aar", "pms-dopazide-25 tab (hydrochlorothiazide + methyldopa)_mixture", "apo methazide 15 (hydrochlorothiazide + methyldopa)_mixture", "alpha-2a adrenoceptor", "alpha-2 adrenergic receptor subtype c10", "aldoril 15 tab (hydrochlorothiazide + methyldopa)_mixture", "aldoril 25 tab (hydrochlorothiazide + methyldopa)_mixture", "alpha medopa", "methyldopa hydrate", "methyl l-dopa", "l-(-)-a-methyldopa", "l-a-methyl-3,4-dihydroxyphenylalanine", "3-(3,4-dihydroxyphenyl)-2-methyl-l-alanine sesquihydrate", "nr.c 2294", "alanine 3- (3,4-dihydroxyphenyl)-2-methyl- l-", "3-(3,4-dihydroxyphenyl)-a-methyl-l-alanine", "mk-351", "sedometril", "methyl dopa", "l-(-)-b-(3,4-dihydroxyphenyl)-a-methylalanine", "3-(3,4-dihydroxyphenyl)-2-methyl-l-alanine", "metildopa", "methyldopa[wiki]", "2-amino-3-(3,4-dihydroxyphenyl)-2-methyl-propanoic acid", "(-)-methyldopa", "l-3-(3,4-dihydroxyphenyl)-2-methylalanine", "(2s)-2-amino-3-(3,4-dihydroxyphenyl)-2-methylpropanoic acid", "methyldopa (l,-)", "dopamet[wiki]", "aldomet[wiki]", "2-amino-3-(3,4-dihydroxy-phenyl)-2-methyl-propionic acid", "3-hydroxy-?-methyl-l-tyrosine", "l-(a-md)", "a-methyl dopa", "dopegit", "elanpres", "a-methyl-b-(3,4-dihydroxyphenyl)-l-alanine", "aldomine", "bayer 1440l", "209-089-2[einecs]", "alanine 3-(3,4-dihydroxyphenyl)-2-methyl- d-", "aldoril dopamet dopegyt", "medoba", "(s)-a-methyldopa", "(s)-2-amino-3-(3,4-dihydroxy-phenyl)-2-methyl-propionic acid", "methyldopum", "methyl-l-dopa", "l-a-methyldopa", "l-2-amino-2-methyl-3-(3,4-dihydroxyphenyl)propionic acid", "(s)-(-)-a-methyldopa", "l-(-)-a-methyl-b-(3,4-dihydroxyphenyl)alanine", "555-30-6[rn]", "41372-08-1[rn]", "dopa methyl-", "a-methyl-l-dopa", "2-methyl-3-(3,4-dihydroxyphenyl)-l-alanine", "l-methyldopa", "2799-15-7[rn]", "aldoril;dopamet;dopegyt;aldomet", "9005-80-5[rn]", "methyldopa (levorotatory)", "l-(-)-3-(3,4-dihydroxyphenyl)-2-methylalanine", "levo-3-(3,4-dihydroxyphenyl)-2-methylalanine", "modomet", "metildopa [inn_es]", "aldometial", "alanine 3-(3,4-dihydroxyphenyl)-2-methyl- l-(-)-"}|>, "1183" -> <|"DatabaseID" -> "SW00816", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10101"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22498]}, "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2CC[C@H](O2)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00412"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ZALCITABINE"|>, "PharmGKBID" -> "PA451950", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24066]}, "Synonyms" -> {"zalcitabine", "zalcitibine", "ddc", "hivid", "dideoxycytidine", "7481-89-2", "ddcyd", "3'-azido-3'-deoxythymidine", "hivid[wiki]", "ddc (van)", "7481-89-2[rn]", "zalcitabine [usan:ban:inn][inn][usan]", "4-amino-1-[(2r,5s)-5-(hydroxymethyl)tetrahydrofuran-2-yl]pyrimidin-2(1h)-one", "hivid;dideoxycytidine;nsc 606170", "2(1h)-pyrimidinone 4-amino-1-[(2r,5s)-tetrahydro-5-(hydroxymethyl)-2-furanyl]-", "4-amino-1-(5-hydroxymethyl-tetrahydro-furan-2-yl)-1h-pyrimidin-2-one", "4-amino-1-[(2r,5s)-5-(hydroxymethyl)oxolan-2-yl]-1,2-dihydropyrimidin-2-one", "4-amino-1-[(2r,5s)-5-(hydroxymethyl)tetrahydro-2-furanyl]-2(1h)-pyrimidinone[acd/iupac name]", "cytidine 2',3'-dideoxy-", "\"2',3'-dideoxycytidine\"", "2'", "hivid dideoxycytidine nsc 606170", "d2c", "4-amino-1-[5-(hydroxymethyl)tetrahydrofuran-2-yl]-1,2-dihydropyrimidin-2-one", "5-25-14-00313 (beilstein handbook reference)[beilstein]", "201-208-6[einecs]", "ddc (antiviral)", "ro-24-2027-000", "ro-24-2027/000", "cytidine", "3-[(5s,2r)-5-(hydroxymethyl)oxolan-2-yl]-6-amino-3-hydropyrimidin-2-one", "ddc (ddc)", "cytidine 2',3'-dideoxy- & colony-stimulating factor", "5-25-14-00313", "zalcitabine[wiki]", "654956", "4-amino-1-[(2r,5s)-5-(hydroxymethyl)oxolan-2-yl]pyrimidin-2-one", "79-44-7[rn]", "2',3'-dideoxycytidine", "4-amino-1-((2r,5s)-5-hydroxymethyl-tetrahydro-furan-2-yl)-1h-pyrimidin-2-one", "ro 24-2027/000", "337376-15-5", "4-amino-1-(5-(hydroxymethyl)-tetrahydrofuran-2-yl)pyrimidin-2(1h)-one", "hivid (tn)", "4-amino-1-[(2r,5s)-5-(hydroxymethyl)tetrahydrofuran-2-yl]pyrimidin-2(1h)-on"}|>, "1184" -> <|"DatabaseID" -> "SW00817", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34850"], ExternalIdentifier["ChEBIID", "50693"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4052], ExternalIdentifier["ChemSpiderID", 150588]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00235"]}, "IsomericSmiles" -> "Cc1c(cc(c(=O)[nH]1)C#N)c2ccncc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00417"]}, "OfficialNames" -> <|"China Approved Name" -> "milrinone", "Australia Approved Name" -> "MILRINONE LACTATE", "FDA Approved Drug" -> "MILRINONE LACTATE"|>, "PharmGKBID" -> "PA164749171", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4197]}, "Synonyms" -> {"milrila", "milrinone", "corotrope", "corotrop", "primacor", "milrinone lactate", "cyclic gmp-inhibited phosphodiesterase a", "78415-72-2", "ec 3.1.4.17", "primacor[wiki]", "milrinona [spanish]", "milrinonum [latin]", "milrinonum", "milrinona", "cgi-pde a", "milrila (tn)", "1,6-dihydro-2-methyl-6-oxo-[3,4'-bipyridine]-5-carbonitrile", "win 47203-2", "cas-78415-72-2", "3-cyano-6-methyl-5-(4-pyridyl)-2-pyridone", "(3,4'-bipyridine)-5-carbonitrile 6-dihydro-2-methyl-6-oxo-", "milrinone(primacor)", "null", "3546821[beilstein]", "milrinone (jan/usan)[jan][usan]", "milrinone [usan:ban:inn][inn][usan]", "6-methyl-2-oxo-5-(pyridin-4-yl)-1,2-dihydropyridine-3-carbonitrile", "78415-72-2[rn]", "2-methyl-6-oxo-1,6-dihydro-3,4'-bipyridine-5-carbonitrile[acd/iupac name]", "milrinone[wiki]", "milrinonum[latin]", "1,2-dihydro-6-methyl-2-oxo-5-pyridin-4-ylnicotinonitrile", "1,6-dihydro-2-methyl-6-oxo(3,4'-bipyridine)-5-carbonitrile", "win-47203-2", "1,2-dihydro-6-methyl-2-oxo-5-(4-pyridinyl)nicotinonitrile", "toxic solid organic n.o.s. (milrinone)", "337376-15-5", "278-903-6[einecs]", "6-methyl-2-oxo-5-pyridin-4-yl-1h-pyridine-3-carbonitrile", "1,6-dihydro-2-methyl-6-oxo-3,4'-bipyridine-5-carbonitrile", "6-methyl-2-oxo-5-(4-pyridyl)hydropyridine-3-carbonitrile", "(3,4'-bipyridine)-5-carbonitrile 1,6-dihydro-2-methyl-6-oxo-", "1,6-dihydro-2-methyl-6-oxo-(3,4'-bipyridine)-5-carbonitrile", "[78415-72-2]", "2-methyl-6-oxo-1,6-dihydro-3,4'-bipyridin-5-carbonitril", "1-(1h-indol-3-ylcarbonyl)-1h-imidazole", "2-methyl-6-oxo-1,6-dihydro-[3,4'-bipyridine]-5-carbonitrile", "milrinona[spanish]", "99445-26-8[rn]", "[3,4'-bipyridine]-5-carbonitrile 1,6-dihydro-2-methyl-6-oxo-", "hydrogen2-hydroxypropanoate 2-methyl-6-oxo-1,6-dihydro-3,4'-bipyridine-5-carbonitrile (1:1:1)", "milrinone lactate in dextrose", "1,6-dihydro-2-methyl-6-oxo(3,4'-bipyridine)-5-carbonitrile compd. with2-hydroxypropionicacid", "1,2-dihydro-6-methyl-2-oxo-5-(4-pyridinyl)nicotinonitrile lactate", "100286-97-3[rn]", "2-hydroxypropanoicacid - 2-methyl-6-oxo-1,6-dihydro-3,4'-bipyridine-5-carbonitrile (1:1)[acd/iupac name]", "propanoicacid 2-hydroxy-,compd. with 1,6-dihydro-2-methyl-6-oxo(3,4'-bipyridine)-5-carbonitrile", "2-hydroxypropanoicacid; 6-methyl-2-oxo-5-pyridin-4-yl-1h-pyridine-3-carbonitrile", "propanoicacid 2-hydroxy-,compd. with 1,6-dihydro-2-methyl-6-oxo[3,4'-bipyridine]-5-carbonitrile(1:1)", "jsp000082", "primacor (tn)"}|>, "1185" -> <|"DatabaseID" -> "SW00818", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31597"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3215]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "07477"]}, "IsomericSmiles" -> "c1ccc(cc1)c2ccc(cc2)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01675"]}, "OfficialNames" -> <|"NPC Approved Name" -> "felbinac"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3332]}, "Synonyms" -> {"dolinac", "felbinac", "4-carboxymethylbiphenyl", "traxam", "4-biphenylacetic acid", "napageln", "p-biphenylylacetic acid", "227-233-2[einecs]", "cathepsin l precursor", "tl8003689", "napagel", "4-biphenylacetic acid(methoxymethyl)-1,1'-biphenyl", "2-([1,1'-biphenyl]-4-yl)acetic acid", "bpaa", "seltouch", "emec", "1211592[beilstein]", "ledergel", "felbinacum[latin]", "biphenyl-4-ylacetic acid", "4-biphenylylacetic acid[acd/iupac name]", "(1,1'-biphenyl)-4-acetic acid", "felbinac[wiki][inn][ban][jan][usan]", "selspot", "5728-52-9[rn]", "2-(4-phenylphenyl)acetic acid", "572-52-9", "51317-25-0[rn]", "38289-29-1[rn]", "felbinaco[spanish]", "[1,1'-biphenyl]-4-ylacetic acid", "(biphenyl-4-yl)acetic acid", "p-biphenylacetic acid", "major excreted protein", "biphenylylacetic acid", "4-biphenylylacetic acid", "target[wiki]", "mep", "4-09-00-02520 (beilstein handbook reference)[beilstein]", "zenol exum", "dolonac", "ec 3.4.22.15", "biphenylacetic acid", "4-(carboxymethyl)biphenyl", "target", "dolinac (tn)", "5728-52-9", "ljc 10,141", "c012776", "biphenyl-4-yl-acetaldehyde", "[1,1'-biphenyl]-4-acetic acid", "3-biphenylylacetic acid[acd/iupac name]", "felbinac (tn)", "biphenyl-4-acetic acid", "b-2700", "acetic acid (4-biphenylyl)-"}|>, "1186" -> <|"DatabaseID" -> "SW00819", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10608], ExternalIdentifier["ChemSpiderID", 4283]}, "IsomericSmiles" -> "c1ccc2c(c1)cccc2CC3=[NH+]CCN3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00743"], ExternalIdentifier["KEGGID", "D08253"]}, "OfficialNames" -> <|"Indian Approved Name" -> "naphazoline;naphazoline nit", "FDA Approved Drug" -> "NAPHAZOLINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA165958384", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11079], ExternalIdentifier["PubChemCompoundID", 4436]}, "Synonyms" -> {"albalon", "vasocon", "albalon liquifilm", "rinofug", "stricylon", "naphazoline", "rhinantin", "niazol", "opcon", "rhinoperd", "208-989-2[einecs]", "naphcon", "835-31-4[rn]", "clearine", "prizole hydrochloride", "naphazoline nitrate[jp15]", "antan", "550-99-2[rn]", "2-(naphthalen-1-ylmethyl)-4,5-dihydro-1h-imidazole hydrochloride", "naphazoline hydrochloride[jan]", "naphthizine", "naphazoline[wiki]", "nafazair", "nafazolina [dcit]", "naphcon-a", "naphazoline hydrochloride", "vasocon-a", "2-(naphthalen-1-ylmethyl)-4,5-dihydro-1h-imidazole", "4,5-dihydro-2-(1-naphthalenylmethyl)-1h-imidazole", "2-imidazoline 2-(1-naphthylmethyl)-", "2-naphthalen-1-ylmethyl-4,5-dihydro-1h-imidazole", "5-23-08-00293 (beilstein handbook reference)[beilstein]", "nafazoline[spanish]", "2-naphthalen-1-ylmethyl-4,5-dihydro-1h-imidazole (naphazoline)", "naphazolinum[latin]", "alpha-2a adrenoreceptor", "privine hydrochloride", "clera", "cas-550-99-2", "alpha-2aar", "visine-a", "opcon-a", "albacon[wiki]", "naphcon-a (naphazoline hydrochloride pheniramine maleate)_mixture", "component of nasocon", "2-(1-naphthylmethyl)imidazoline", "naphazoline2-naphthalen-1-ylmethyl-4,5-dihydro-1h-imidazole", "1h-imidazole 4,5-dihydro-2-(1-naphthalenylmethyl)-", "2-(1-naphthylmethyl)-2-imidazoline", "sanorin", "4,5-dihydro-2-(1-naphthylmethyl)imidazole", "5144-52-5[rn]", "212-641-5[einecs]", "alpha-2a adrenoceptor", "coldan", "2-(1-naphthylmethyl)-4,5-dihydro-1h-imidazole[acd/iupac name]", "alpha-2 adrenergic receptor subtype c10", "2-(naphthyl-(1')-methyl)imidazolin[german]", "2-(naphthylmethyl)-2-imidazoline", "ciba 2020/r", "naphazoliniumchlorid", "vasoclear", "naphcon;albalon", "1h-imidazole 4,5-dihydro-2- (1-naphthalenylmethyl)-,monohydrochloride", "vasoclear a", "naphazolinum [latin]", "1h-imidazole 4,5-dihydro-2-(1-naphthalenylmethyl)- hydrochloride (1:1)", "comfort eye drops", "550-99-2 835-31-4", "2-(1-naphthylmethyl)-4,5-dihydro-1h-imidazolehydrochloride (1:1)[acd/iupac name]", "3716843", "2-imidazoline 2- (1-naphthylmethyl)- monohydrochloride", "2-imidazoline 2-(1-naphthylmethyl)- monohydrochloride", "2-(naphthylmethyl)-2-imidazoline chloride", "degest-2", "4-way nasal spray regular and menthol", "550-99-2 835-31-4 [naphazoline]", "nafazoline [spanish]", "albalon (tn)", "naphazolini chloridum", "naphazolinum", "nafazoline", "nafazolina", "2-(naphthalen-1-ylmethyl)-4,5-dihydro-1h-imidazolhydrochlorid", "naphazoline chloride", "2-(naphthalen-1-ylmethyl)-4,5-dihydro-1h-imidazole hydrochloride (1:1)", "nafazolin", "clera hydrochloride", "naphthylmethylimidazolinhydrochlorid", "2-(1-naphthylmethyl)imidazoline hydrochloride", "naphthasolium chloride", "clear eyes", "2-(1-naphthylmethyl)-4,5-dihydro-1h-imidazole hydrochloride", "naphcon forte", "2-(1-naphthylmethyl)-2-imidazoline monohydrochloride", "35412-62-5[rn]", "naphthazoline hydrochloride", "2-(1-naphthylmethyl)-2-imidazoline hydrochloride", "1h-imidazole 4,5-dihydro-2-(1-naphthalenylmethyl)- monohydrochloride"}|>, "1187" -> <|"DatabaseID" -> "SW00821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4723509]}, "IsomericSmiles" -> "C=CC(C=O)C\\1(CCOC(=O)/C1=C\\[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "enicoflavine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5853730]}, "Synonyms" -> {"enicoflavine", "ac1nyfm2", "2h-pyran-4-acetaldehyde", "56050-08-9", "nsc734792", "nsc-734792", "56050-08-9[rn]", "2-[(3z)-3-(aminomethylidene)-4-hydroxy-2-oxooxan-4-yl]but-3-enal"}|>, "1188" -> <|"DatabaseID" -> "SW00821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4723509]}, "IsomericSmiles" -> "C=CC(C=O)C\\1(CCOC(=O)/C1=C\\[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "enicoflavine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5853730]}, "Synonyms" -> {"enicoflavine", "ac1nyfm2", "2h-pyran-4-acetaldehyde", "56050-08-9", "nsc734792", "nsc-734792", "56050-08-9[rn]", "2-[(3z)-3-(aminomethylidene)-4-hydroxy-2-oxooxan-4-yl]but-3-enal"}|>, "1189" -> <|"DatabaseID" -> "SW00821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4723509]}, "IsomericSmiles" -> "C=CC(C=O)C\\1(CCOC(=O)/C1=C\\[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "enicoflavine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5853730]}, "Synonyms" -> {"enicoflavine", "ac1nyfm2", "2h-pyran-4-acetaldehyde", "56050-08-9", "nsc734792", "nsc-734792", "56050-08-9[rn]", "2-[(3z)-3-(aminomethylidene)-4-hydroxy-2-oxooxan-4-yl]but-3-enal"}|>, "1190" -> <|"DatabaseID" -> "SW00821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4723509]}, "IsomericSmiles" -> "C=CC(C=O)C\\1(CCOC(=O)/C1=C\\[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "enicoflavine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5853730]}, "Synonyms" -> {"enicoflavine", "ac1nyfm2", "2h-pyran-4-acetaldehyde", "56050-08-9", "nsc734792", "nsc-734792", "56050-08-9[rn]", "2-[(3z)-3-(aminomethylidene)-4-hydroxy-2-oxooxan-4-yl]but-3-enal"}|>, "1191" -> <|"DatabaseID" -> "SW00822", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31746"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9837]}, "IsomericSmiles" -> "CC(=C)[C@H]1C[NH2+][C@@H]([C@H]1CC(=O)[O-])C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-kainic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10255]}, "Synonyms" -> {"helminal", "digenic acid", "digenin", "4-22-00-01523 (beilstein handbook reference)[beilstein]", "()-kainic acid", "[2s-(2a,3b,4b)]-2-carboxy-4-(1-methylethenyl)-3-pyrrolidineacetic acid", "chebi:31746", "acido kainico[spanish][inn]", "kainic acid [inn:jan][inn][jan]", "(2s,3s,4s)-3-(carboxymethyl)-4-(prop-1-en-2-yl)pyrrolidine-2-carboxylicacid", "2-carboxy-3-carboxymethyl-4-isopropenylpyrrolidine", "3-pyrrolidineacetic acid 2-carboxy-4-isopropenyl-", "2-carboxy-4-isopropenyl-3-pyrrolidineacetic acid", "(-)-kainic acid", "(3s,4r)-3-(carboxymethyl)-4-(prop-1-en-2-yl)-l-proline", "digensaeure", "l-alpha-kainic acid", "kainate[wiki]", "(2s,3s,4s)-3-(carboxymethyl)-4-isopropenyl-2-pyrrolidinecarboxylic acid", "kainsaeure", "86660[beilstein]", "(3s,4s)-3-(carboxymethyl)-4-isopropenyl-l-proline", "()-a-kainic acid", "acidum kainicum", "a-kainic acid", "kainate", "487-79-6", "kai", "(3s,4s)-3-(carboxymethyl)-4-prop-1-en-2-yl-l-proline", "kainic acid[jp15]", "(3s,4s)-3-(carboxymethyl)-4-isopropenyl-l-prolin", "487-79-6[rn]", "59905-23-6[rn]", "l-proline 3-(carboxymethyl)-4-(1-methylethenyl)- (3s,4s)-", "(2s,3s,4s)-carboxy-4-(1-methylethenyl)-3-pyrrolidineacetic acid", "acidum kainicum[latin]", "acido kainico", "(-)-a-kainic acid", "kainic acid", "acide kainique", "acide kainique[french][inn]", "ls-xylo-kainic acid"}|>, "1192" -> <|"DatabaseID" -> "SW00823", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10127"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5532]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00909"]}, "IsomericSmiles" -> "c1ccc2c(c1)c(no2)CS(=O)(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00538"]}, "OfficialNames" -> <|"Indian Approved Name" -> "zonisamide", "Australia Approved Name" -> "ZONISAMIDE", "FDA Approved Drug" -> "ZONISAMIDE"|>, "PharmGKBID" -> "PA451978", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5734]}, "Synonyms" -> {"excegran", "zonisamide", "excegram", "exceglan", "zonisamida [spanish]", "zonisamidum [latin]", "zonegran", "256-138-9[einecs]", "zonisamida[spanish]", "excegran (tn)", "zopiclone[wiki]", "benzo[d]isoxazol-3-yl-methanesulfonamide", "43200-80-2[rn]", "1-(1,2-benzoxazol-3-yl)methanesulphonamide", "1-(1,2-benzisoxazol-3-yl)methansulfonamid", "benzo[d]isoxazol-3-ylmethanesulfonamide", "ad-810", "zonisamida", "pd-110843", "1-(1,2-benzoxazol-3-yl)methanesulfonamide[acd/iupac name]", "zonisamidum [inn_la]", "mfcd00865316", "337376-15-5", "4-methyl-1-piperazinecarboxylic acid6-(5-chloro-2-pyridinyl)-6,7-dihydro-7-oxo-5h-pyrrolo[3,4-b]pyrazin-5-yl ester;imovane", "1-(1,2-benzisoxazol-3-yl)methanesulfonamide", "68291-97-4[rn]", "1,2-benzoxazol-3-ylmethanesulfonamide", "zonisamidum", "aleviatin", "1,2-benzisoxazole-3-methanesulfonamide", "benzo[d]isoxazole-3-sulfonic acid amide", "3-(sulfamoylmethyl)-1,2-benzisoxazole", "zonisamidum[latin]", "tremode", "68291-98-5[rn]", "zonisamide[wiki][inn][ban][jan]"}|>, "1193" -> <|"DatabaseID" -> "SW00824", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "41237"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13856959]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00676"]}, "IsomericSmiles" -> "c1ccc(cc1)COC(=O)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01138"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "benzyl benzoate", "Indian Approved Name" -> "benzyl benzoate", "Traditional Herbal Isolate" -> "benzyl benzoate", "FDA Approved Drug" -> "BENZYL BENZOATE"|>, "PharmGKBID" -> "PA164748881", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2345]}, "Synonyms" -> {"benzyl benzoate", "benylate", "ascabiol", "benzylets", "scabanca", "peruscabin", "novoscabin", "colebenz", "benzoic acid benzyl ester", "benzyl phenylformate", "scabagen", "ascabin", "scobenol", "venzonate", "benzoic acid benzyl ester", "benzyl benzenecarboxylate", "vanzoate", "benzoic acid phenylmethyl ester", "204-402-9[einecs]", "benzyl ester", "benzylbenzoat[german]", "benzyl benzoate 99+ %", "benzoic acid phenylmethyl ester", "benzoic acid phenylmethylester", "dermadex crm (benzoic acid + benzyl benzoate + lindane + salicylic acid + zinc oxide + zinc undecylenate)_mixture", "benzoic acid benzyl ester;benzyl benzoate; phenylmethanol benzoate", "120-51-4[rn]", "benzyl alcohol benzoic ester", "phenylmethyl benzoate", "benzylbenzoate", "benzoate de benzyle[french]", "benzoic acid", "venzoate", "scabide", "scabitox", "benzylester kyseliny benzoove", "scabiozon", "mange treatment", "2049280[beilstein]"}|>, "1194" -> <|"DatabaseID" -> "SW00825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8093]}, "IsomericSmiles" -> "c1ccc(cc1)C(C(=O)c2ccccc2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "balsam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8400]}, "Synonyms" -> {"phenylbenzoyl carbinol", "2-hydroxy-2-phenylacetophenone", "benzoylphenylcarbinol", "benzoin tincture", "bitter almond oil camphor", "nisso cure mb", "204-331-3[einecs]", "391839", "ethanone 2-hydroxy-1,2-diphenyl-", "119-53-9[rn]", "579-44-2[rn]", "benzoin siam", "benzoyl phenyl carbinol", "119-53-9", "2-hydroxy-1,2-diphenyl ethanone", "styrax benzoin", "siam benzoin", "alpha-hydroxybenzyl phenyl ketone", "9000-73-1[rn]", "2-hydroxy-1,2-diphenylethanon", "resin benzoin", "1,2-diphenyl-1-hydroxy-2-ethanone", "benjamin gum", "gum benjamin", "91845-21-5[rn]", "phch(oh)coph", "benzoin[wiki]", "2-hydroxy-1,2-diphenylethan-1-one", "benzoin (van) (8ci)", "4-08-00-01279 (beilstein handbook reference)[beilstein]", "sumatra benzoin", "anxixang", "2-hydroxy-1,2-diphenyl-ethanone", "(rs)-benzoin", "acetophenone 2-hydroxy-2-phenyl-", "2-hydroxy-1", "benzoin malasia", "hydroxy-2-phenyl acetophenone", "ethanone", "9000-05-9[rn]", "9000-72-0[rn]", "232-523-7[einecs]", "dl-benzoin", "benzoin gum", "benzoin", "desyl alcohol", "8050-35-9[rn]", "5928-66-5[rn]", "209-441-5[einecs]", "gum benzoin siam", "phcoch(oh)ph", "gum sumatra", "resin benjamin", "2-hydroxy-1,2-diphenylethanone[acd/iupac name]", "2-hydroxy-2-pheylacetophenone", "benzoin sumatra"}|>, "1195" -> <|"DatabaseID" -> "SW00825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8093]}, "IsomericSmiles" -> "c1ccc(cc1)C(C(=O)c2ccccc2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "balsam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8400]}, "Synonyms" -> {"phenylbenzoyl carbinol", "2-hydroxy-2-phenylacetophenone", "benzoylphenylcarbinol", "benzoin tincture", "bitter almond oil camphor", "nisso cure mb", "204-331-3[einecs]", "391839", "ethanone 2-hydroxy-1,2-diphenyl-", "119-53-9[rn]", "579-44-2[rn]", "benzoin siam", "benzoyl phenyl carbinol", "119-53-9", "2-hydroxy-1,2-diphenyl ethanone", "styrax benzoin", "siam benzoin", "alpha-hydroxybenzyl phenyl ketone", "9000-73-1[rn]", "2-hydroxy-1,2-diphenylethanon", "resin benzoin", "1,2-diphenyl-1-hydroxy-2-ethanone", "benjamin gum", "gum benjamin", "91845-21-5[rn]", "phch(oh)coph", "benzoin[wiki]", "2-hydroxy-1,2-diphenylethan-1-one", "benzoin (van) (8ci)", "4-08-00-01279 (beilstein handbook reference)[beilstein]", "sumatra benzoin", "anxixang", "2-hydroxy-1,2-diphenyl-ethanone", "(rs)-benzoin", "acetophenone 2-hydroxy-2-phenyl-", "2-hydroxy-1", "benzoin malasia", "hydroxy-2-phenyl acetophenone", "ethanone", "9000-05-9[rn]", "9000-72-0[rn]", "232-523-7[einecs]", "dl-benzoin", "benzoin gum", "benzoin", "desyl alcohol", "8050-35-9[rn]", "5928-66-5[rn]", "209-441-5[einecs]", "gum benzoin siam", "phcoch(oh)ph", "gum sumatra", "resin benjamin", "2-hydroxy-1,2-diphenylethanone[acd/iupac name]", "2-hydroxy-2-pheylacetophenone", "benzoin sumatra"}|>, "1196" -> <|"DatabaseID" -> "SW00826", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6229]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01353"]}, "IsomericSmiles" -> "CCCCC1(C(=O)NC(=O)NC1=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02618"]}, "OfficialNames" -> <|"NPC Approved Name" -> "butobarbitone"|>, "PharmGKBID" -> "PA164748035", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6473]}, "Synonyms" -> {"butobarbital", "butobarbitural", "longanoct", "neonal", "monodorm", "budorm", "sonerile", "hyperbutal", "butobarbitalum", "butobarbitone", "meonal", "5-ethyl-5-butylbarbituric acid", "5-ethyl-5-n-butylbarbituric acid", "soneryl", "etoval", "5-butyl-5-ethylbarbituric acid", "butethal", "butobarbital[wiki]", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-butyl-5-ethyl- (9ci)", "5-butyl-5-ethyl-1,3-diazinane-2,4,6-trione", "butethal[usan]", "glutamate receptor 2 precursor", "5-butyl-5-ethylpyrimidine-2,4,6(1h,3h,5h)-trione", "77-28-1[rn]", "5-butyl-5-ethyl-barbituric acid", "glur-k2", "aethylbutylbarbitursaeure", "5-24-09-00161 (beilstein handbook reference)[beilstein]", "5-butyl-5-ethyl-2,4,6(1h,3h,5h)-pyrimidinetrione", "glur-b", "neonal (tn)", "butisol", "5-butyl-5-ethyl-2,4,6(1h,3h,5h)-pyrimidinetrione[acd/iupac name]", "35763-44-1[rn]", "butobarbitone[wiki]", "butyl,5-ethylbarbituric acid", "5-butyl-5-ethyl-2,4,6(1h,3h,5h)pyrimidinetrione", "barbituric acid 5-butyl-5-ethyl-", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-butyl-5-ethyl-", "2,4,6 (1h,3h,5h)-pyrimidinetrione 5-butyl-5-ethyl-", "201-019-9[einecs]", "ampa-selective glutamate receptor 2", "5-butyl-5-ethyl-2,4,6(1h,3h,5h)-pyrimidintrion", "glutamate receptor ionotropic ampa 2", "glur-2", "5-24-09-00161[beilstein]", "butabarbitol"}|>, "1197" -> <|"DatabaseID" -> "SW00827", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3228"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2385]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00237"]}, "IsomericSmiles" -> "CCC(C)C1(C(=O)NC(=O)NC1=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03180"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BUTABARBITAL SODIUM"|>, "PharmGKBID" -> "PA164743463", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2479]}, "Synonyms" -> {"butabarb", "butatal", "butatab", "butisol", "butabarbital", "butabarbitone", "buticaps", "secbutobarbitone", "secbubarbital", "sarisol no. 1", "unicelles", "medarsed", "nilox", "sarisol", "secbutabarbital", "butalan", "secbutobarbital", "pyridium plus", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-ethyl-5-(1-methylpropyl)-", "ampa-selective glutamate receptor 2", "199127[beilstein]", "butisol sodium", "97164-73-3[rn]", "5-ethyl-5-(1-methylpropyl)pyrimidine-2,4,6(1h,3h,5h)-trione", "butabarbital[wiki][usp]", "5-(butan-2-yl)-5-ethylpyrimidine-2,4,6(1h,3h,5h)-trione", "5-24-09-00164 (beilstein handbook reference)[beilstein]", "204-738-6[einecs]", "barbituric acid 5-sec-butyl-5-ethyl-", "butabarbital secbutabarbital", "butrate", "glur-2", "barbituric acid 5-ethyl-5-s-butyl-", "sodium butabarbital", "2,4 6 (1h,3h,5h)-pyrimidinetrione,5-ethyl-5-(1-methylpropyl)-", "glur-b", "glur-k2", "5-sec-butyl-5-ethylpyrimidine-2,4,6(1h,3h,5h)-trione", "5-sec-butyl-5-ethylmalonylurea", "secbutabarbital[inn]", "5-sec-butyl-5-ethyl-2,4,6(1h,3h,5h)-pyrimidinetrione[acd/iupac name]", "secbutabarbitalum[latin]", "143-81-7[rn]", "butabarbital sodium", "125-40-6[rn]", "butabarbital (van)", "5-ethyl-5-(1-methylpropyl)barbiturate", "5-sec-butyl-5-ethylmalonyl urea", "5-sec-butyl-5-ethylbarbituric acid", "glutamate receptor ionotropic ampa 2", "soneryl[wiki]", "sec-butobarbitone", "5-24-09-00162 (beilstein handbook reference)[beilstein]", "205-611-8[einecs]", "5-ethyl-5-(1-methylpropyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "1135-61-1[rn]", "secbutabarbitale [dcit]", "5-ethyl-5-(1-methylpropyl)barbituric acid", "glutamate receptor 2 precursor"}|>, "1198" -> <|"DatabaseID" -> "SW00827", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3228"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2385]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00237"]}, "IsomericSmiles" -> "CCC(C)C1(C(=O)NC(=O)NC1=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03180"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BUTABARBITAL SODIUM"|>, "PharmGKBID" -> "PA164743463", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2479]}, "Synonyms" -> {"butabarb", "butatal", "butatab", "butisol", "butabarbital", "butabarbitone", "buticaps", "secbutobarbitone", "secbubarbital", "sarisol no. 1", "unicelles", "medarsed", "nilox", "sarisol", "secbutabarbital", "butalan", "secbutobarbital", "pyridium plus", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-ethyl-5-(1-methylpropyl)-", "ampa-selective glutamate receptor 2", "199127[beilstein]", "butisol sodium", "97164-73-3[rn]", "5-ethyl-5-(1-methylpropyl)pyrimidine-2,4,6(1h,3h,5h)-trione", "butabarbital[wiki][usp]", "5-(butan-2-yl)-5-ethylpyrimidine-2,4,6(1h,3h,5h)-trione", "5-24-09-00164 (beilstein handbook reference)[beilstein]", "204-738-6[einecs]", "barbituric acid 5-sec-butyl-5-ethyl-", "butabarbital secbutabarbital", "butrate", "glur-2", "barbituric acid 5-ethyl-5-s-butyl-", "sodium butabarbital", "2,4 6 (1h,3h,5h)-pyrimidinetrione,5-ethyl-5-(1-methylpropyl)-", "glur-b", "glur-k2", "5-sec-butyl-5-ethylpyrimidine-2,4,6(1h,3h,5h)-trione", "5-sec-butyl-5-ethylmalonylurea", "secbutabarbital[inn]", "5-sec-butyl-5-ethyl-2,4,6(1h,3h,5h)-pyrimidinetrione[acd/iupac name]", "secbutabarbitalum[latin]", "143-81-7[rn]", "butabarbital sodium", "125-40-6[rn]", "butabarbital (van)", "5-ethyl-5-(1-methylpropyl)barbiturate", "5-sec-butyl-5-ethylmalonyl urea", "5-sec-butyl-5-ethylbarbituric acid", "glutamate receptor ionotropic ampa 2", "soneryl[wiki]", "sec-butobarbitone", "5-24-09-00162 (beilstein handbook reference)[beilstein]", "205-611-8[einecs]", "5-ethyl-5-(1-methylpropyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "1135-61-1[rn]", "secbutabarbitale [dcit]", "5-ethyl-5-(1-methylpropyl)barbituric acid", "glutamate receptor 2 precursor"}|>, "1199" -> <|"DatabaseID" -> "SW00828", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28121"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444445]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "07919"]}, "IsomericSmiles" -> "Cc1c2c(ccn1)c3ccc(cc3[nH]2)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hallucinogenic;harmine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280953]}, "Synonyms" -> {"yageine", "yajeine", "6-methoxyharman", "banisterine", "leucoharmine", "442-51-3", "7-methoxy-1-methyl-9h-beta-carboline", "cas-343-27-1", "banisterine monohydrate", "9h-pyrido[3,4-b]indole- 7-methoxy-1-methyl-", "telepathine;yageine;banisterine", "mao-a", "banisterinemonohydrate", "banisterine; harmine; leucoharmine; telepathine; yageine", "monoamine oxidase type a", "7-methoxy-1-methylbeta-carboline", "h-1200", "telepathine[wiki]", "9h-pyrido(3,4-b)indole 7-methoxy-1-methyl-", "442-51-3 (free base)", "harmine hydrochloride", "harmine[wiki]", "7-methoxy-1-methyl-9h-pyrido[3", "harmina[portuguese]", "442-51-3[rn]", "harmine", "6-methoxyharmane", "207-131-4[einecs]", "harmine derivative", "telepathine;", "7-methoxy-1-methyl-9h-pyrido[3,4-b]indole", "tl8003082", "telepathine", "9h-pyrido[3,4-b]indole 7-methoxy-1-methyl-", "5-23-12-00237 (beilstein handbook reference)[beilstein]", "ec 1.4.3.4", "harmin hydrochloride", "7-methoxy-1-methyl-9h-pyrido(3,4-b)indole", "343-27-1 (hcl)"}|>, "1200" -> <|"DatabaseID" -> "SW00829", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64317"], ExternalIdentifier["ChEBIID", "6046"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5602], ExternalIdentifier["ChemSpiderID", 3647]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01064"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(c1ccc(c(c1)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01390"], ExternalIdentifier["KEGGID", "D02066"]}, "OfficialNames" -> <|"Indian Approved Name" -> "isoprenaline", "Australia Approved Name" -> "ISOPRENALINE HYDROCHLORIDE", "FDA Approved Drug" -> "ISOPROTERENOL HYDROCHLORIDE;ISOPROTERENOL SULFATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5807], ExternalIdentifier["PubChemCompoundID", 656677]}, "Synonyms" -> {"aerolone", "vapo-iso", "medihaler-iso", "aludrine", "norisodrine aerotrol", "norisodrine", "novodrin", "bellasthman", "isadrine", "assiprenol", "asiprenol", "isopropydrin", "isoprenalin", "isoproterenol", "isopropylarterenol", "isuprel mistometer", "isonorene", "isorenin", "respifral", "isupren", "neodrenal", "isonorin", "euspiran", "epinephrine isopropyl homolog", "neo-epinine", "saventrine", "isopropylnoradrenaline", "aleudrine", "ipa", "aleudrin", "asmalar", "proternol", "isopropylnorepinephrine", "isopropyladrenaline", "n-isopropylnorepinephrine", "aludrin", "n-isopropylnoradrenaline", "isoproterenol hcl", "isoprenaline", "izadrin", "isuprel", "isoprenaline hydrochloride", "dl-isoprenaline hydrochloride", "dl-isoproterenol hydrochloride", "ptdins-3-kinase p85-gamma", "949-36-0[rn]", "isoproterenol hydrochloride[usp]", "dl-isadrine hydrochloride", "aerotrol", "7683-59-2[rn]", "isopropylnorepinephrine-hydrochloride", "p55pik", "isoprenaline[wiki]", "dl-isopropylnorepinephrine hydrochloride", "51-30-9[rn]", "4-[1-hydroxy-2-(propan-2-ylamino)ethyl]benzene-1,2-diol", "200-089-8[einecs]", "isoproterenol chloride", "bronkephrine", "l-isoproterenol", "isuprel[wiki]", "pi3-kinase p85-subunit gamma", "n-isopropyl-dl-noradrenaline hydrochloride", "l-isopropylnoradrenaline", "component of aerolone compound", "1,2-benzenediol 4-[1-hydroxy-2-[ (1-methylethyl)amino]ethyl]-,hydrochloride (.+ -.)-", "dihydroxyphenylethanolisopropylamine", "isoprop", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)-", "aerolone solution", "1-(3,4-dihydroxyphenyl)-2-isopropylaminoethanol", "4-(1-hydroxy-2(isopropylamino)ethyl)-benzene 1,2-diol", "n-isopropyl-b-dihydroxyphenyl-b-hydroxyethylamine", "51-30-9(hcl)", "(+ -)-isopropylnoradrenaline hydrochloride", "racemic isoprenaline", "231-687-7[einecs]", "46388-38-9[rn]", "1,2-benzenediol 4-[1-hydroxy-2-[ (1-methylethyl)amino]ethyl]-,hydrochloride", "dl-n-isopropylnoradrenaline", "dl-isopropylnorepinephrine", "isomenyl", "4-{1-hydroxy-2-[(methylethyl)amino]ethyl}benzene-1,2-diol", "isoproterenolum", "isopropylaminomethyl(3 4-dihydroxyphenyl)carbinol", "6700-39-6[rn]", "1,2-benzenediol 4-[1-hydroxy-2-[ (1-methylethyl)amino]ethyl]-", "racemic isoproterenol", "sooner[wiki]", "4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}benzol-1,2-diol", "dl-ipr", "isoprenalina; isoprenaline; isoprenalinum", "4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}benzene-1,2-diol", "2213857[beilstein]", "isadrine-hydrochloride", "149-53-1[rn]", "isoprenalinesulphate", "isoprenalinum[latin]", "4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)-1,2-benzenediol", "2964-04-7[rn]", "4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-1,2-benzenediol", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-", "dl-isadrine", "vapo-n-iso", "a-(isopropylaminomethyl)protocatechuyl alcohol", "1-(3,4-dihydroxyphenyl)-2-(isopropylamino)ethanol", "isoprenalina[spanish][inn]", "3-13-00-02387 (beilstein handbook reference)[beilstein]", "(.+ -.)-isopropylnoradrenaline hydrochloride", "dl-isopropylnoradrenaline", "isopropyl noradrenaline", "component of naxid", "dl-isopropylnoradrenaline hydrochloride", "lomupren", "4-(1-hydroxy-2-(isopropylamino)ethyl)benzene-1,2-diolhydrochloride", "(-)-isoproterenol", "4-(1-hydroxy-2-(isopropylamino)ethyl)benzene-1,2-diol", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)", "4-(1-hydroxy-2-isopropylamino-ethyl)-benzene-1,2-diolhydrochloride", "7683-59-2", "3,4-dihydroxy-a-[(isopropylamino)methyl]benzyl alcohol", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)- (9ci)", "4-[1-hydroxy-2-(isopropylamino)ethyl]benzene-1,2-diol", "iprenol", "337376-15-5", "isopropylarterenol hydrochloride", "luf-iso", "isoproterenol hydrochloride", "proternol-s", "4-[1-hydroxy-2-(isopropylamino)ethyl]-1,2-benzenediolhydrochloride (1:1)[acd/iupac name]", "isuprel (tn)", "isoprenaline hydrochloride (van)", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-,hydrochloride (1:1)", "isoprenalinehydrochloride", "luf-iso (tn)", "4-(1-hydroxy-2-(isopropylamino)ethyl)pyrocatechol hydrochloride", "pyrocatechol 4-(1-hydroxy-2-(isopropylamino)ethyl)-,hydrochloride", "ac1lcve4", "4-[1-hydroxy-2-(isopropylamino)ethyl]benzene-1,2-diolhydrochloride (1:1)", "proternol-s (tn)", "isoproterenol monohydrochloride", "4-[1-hydroxy-2-(isopropylamino)ethyl]benzene-1,2-diolhydrochloride", "medihaler iso", "5984-95-2[rn]", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-,hydrochloride", "isoprenaline sulfate", "duo-medihaler", "isoproterenol sulfate hydrate", "71249-42-8[rn]", "4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}benzene-1,2-diol hydrochloride", "213-438-4[einecs]", "4-[1-hydroxy-2-(propan-2-ylamino)ethyl]benzene-1,2-diol hydrochloride (1:1)", "medihaler-iso (tn)", "1-(3',4'-dihydroxyphenyl)-2-isopropylaminoethanol hydrochloride", "l-isoprenaline hydrochloride[jp15]", "isoprenaline chloride", "4-{1-hydroxy-2-[(methylethyl)amino]ethyl}benzene-1,2-diol chloride", "6700-39-6", "isoproterenol sulfate", "ux1780000", "norisodrine hydrochloride", "51-30-9", "4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}benzol-1,2-diolhydrochlorid", "dl-4-(2-(isopropylamino)-1-hydroxyethyl)pyrocatechol hydrochloride", "isoproterenol dl-form sulfate dihydrate", "n-[2-(3,4-dihydroxyphenyl)-2-hydroxyethyl]propan-2-aminium chloride", "1336-89-6[rn]", "imuprel", "1", "oriconazole", "isuprel hydrochloride", "asthpul", "4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-1,2-benzenediol hydrochloride", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)-,hydrochloride"}|>, "1201" -> <|"DatabaseID" -> "SW00829", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64317"], ExternalIdentifier["ChEBIID", "6046"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5602], ExternalIdentifier["ChemSpiderID", 3647]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01064"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(c1ccc(c(c1)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01390"], ExternalIdentifier["KEGGID", "D02066"]}, "OfficialNames" -> <|"Indian Approved Name" -> "isoprenaline", "Australia Approved Name" -> "ISOPRENALINE HYDROCHLORIDE", "FDA Approved Drug" -> "ISOPROTERENOL HYDROCHLORIDE;ISOPROTERENOL SULFATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5807], ExternalIdentifier["PubChemCompoundID", 656677]}, "Synonyms" -> {"aerolone", "vapo-iso", "medihaler-iso", "aludrine", "norisodrine aerotrol", "norisodrine", "novodrin", "bellasthman", "isadrine", "assiprenol", "asiprenol", "isopropydrin", "isoprenalin", "isoproterenol", "isopropylarterenol", "isuprel mistometer", "isonorene", "isorenin", "respifral", "isupren", "neodrenal", "isonorin", "euspiran", "epinephrine isopropyl homolog", "neo-epinine", "saventrine", "isopropylnoradrenaline", "aleudrine", "ipa", "aleudrin", "asmalar", "proternol", "isopropylnorepinephrine", "isopropyladrenaline", "n-isopropylnorepinephrine", "aludrin", "n-isopropylnoradrenaline", "isoproterenol hcl", "isoprenaline", "izadrin", "isuprel", "isoprenaline hydrochloride", "dl-isoprenaline hydrochloride", "dl-isoproterenol hydrochloride", "ptdins-3-kinase p85-gamma", "949-36-0[rn]", "isoproterenol hydrochloride[usp]", "dl-isadrine hydrochloride", "aerotrol", "7683-59-2[rn]", "isopropylnorepinephrine-hydrochloride", "p55pik", "isoprenaline[wiki]", "dl-isopropylnorepinephrine hydrochloride", "51-30-9[rn]", "4-[1-hydroxy-2-(propan-2-ylamino)ethyl]benzene-1,2-diol", "200-089-8[einecs]", "isoproterenol chloride", "bronkephrine", "l-isoproterenol", "isuprel[wiki]", "pi3-kinase p85-subunit gamma", "n-isopropyl-dl-noradrenaline hydrochloride", "l-isopropylnoradrenaline", "component of aerolone compound", "1,2-benzenediol 4-[1-hydroxy-2-[ (1-methylethyl)amino]ethyl]-,hydrochloride (.+ -.)-", "dihydroxyphenylethanolisopropylamine", "isoprop", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)-", "aerolone solution", "1-(3,4-dihydroxyphenyl)-2-isopropylaminoethanol", "4-(1-hydroxy-2(isopropylamino)ethyl)-benzene 1,2-diol", "n-isopropyl-b-dihydroxyphenyl-b-hydroxyethylamine", "51-30-9(hcl)", "(+ -)-isopropylnoradrenaline hydrochloride", "racemic isoprenaline", "231-687-7[einecs]", "46388-38-9[rn]", "1,2-benzenediol 4-[1-hydroxy-2-[ (1-methylethyl)amino]ethyl]-,hydrochloride", "dl-n-isopropylnoradrenaline", "dl-isopropylnorepinephrine", "isomenyl", "4-{1-hydroxy-2-[(methylethyl)amino]ethyl}benzene-1,2-diol", "isoproterenolum", "isopropylaminomethyl(3 4-dihydroxyphenyl)carbinol", "6700-39-6[rn]", "1,2-benzenediol 4-[1-hydroxy-2-[ (1-methylethyl)amino]ethyl]-", "racemic isoproterenol", "sooner[wiki]", "4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}benzol-1,2-diol", "dl-ipr", "isoprenalina; isoprenaline; isoprenalinum", "4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}benzene-1,2-diol", "2213857[beilstein]", "isadrine-hydrochloride", "149-53-1[rn]", "isoprenalinesulphate", "isoprenalinum[latin]", "4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)-1,2-benzenediol", "2964-04-7[rn]", "4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-1,2-benzenediol", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-", "dl-isadrine", "vapo-n-iso", "a-(isopropylaminomethyl)protocatechuyl alcohol", "1-(3,4-dihydroxyphenyl)-2-(isopropylamino)ethanol", "isoprenalina[spanish][inn]", "3-13-00-02387 (beilstein handbook reference)[beilstein]", "(.+ -.)-isopropylnoradrenaline hydrochloride", "dl-isopropylnoradrenaline", "isopropyl noradrenaline", "component of naxid", "dl-isopropylnoradrenaline hydrochloride", "lomupren", "4-(1-hydroxy-2-(isopropylamino)ethyl)benzene-1,2-diolhydrochloride", "(-)-isoproterenol", "4-(1-hydroxy-2-(isopropylamino)ethyl)benzene-1,2-diol", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)", "4-(1-hydroxy-2-isopropylamino-ethyl)-benzene-1,2-diolhydrochloride", "7683-59-2", "3,4-dihydroxy-a-[(isopropylamino)methyl]benzyl alcohol", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)- (9ci)", "4-[1-hydroxy-2-(isopropylamino)ethyl]benzene-1,2-diol", "iprenol", "337376-15-5", "isopropylarterenol hydrochloride", "luf-iso", "isoproterenol hydrochloride", "proternol-s", "4-[1-hydroxy-2-(isopropylamino)ethyl]-1,2-benzenediolhydrochloride (1:1)[acd/iupac name]", "isuprel (tn)", "isoprenaline hydrochloride (van)", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-,hydrochloride (1:1)", "isoprenalinehydrochloride", "luf-iso (tn)", "4-(1-hydroxy-2-(isopropylamino)ethyl)pyrocatechol hydrochloride", "pyrocatechol 4-(1-hydroxy-2-(isopropylamino)ethyl)-,hydrochloride", "ac1lcve4", "4-[1-hydroxy-2-(isopropylamino)ethyl]benzene-1,2-diolhydrochloride (1:1)", "proternol-s (tn)", "isoproterenol monohydrochloride", "4-[1-hydroxy-2-(isopropylamino)ethyl]benzene-1,2-diolhydrochloride", "medihaler iso", "5984-95-2[rn]", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-,hydrochloride", "isoprenaline sulfate", "duo-medihaler", "isoproterenol sulfate hydrate", "71249-42-8[rn]", "4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}benzene-1,2-diol hydrochloride", "213-438-4[einecs]", "4-[1-hydroxy-2-(propan-2-ylamino)ethyl]benzene-1,2-diol hydrochloride (1:1)", "medihaler-iso (tn)", "1-(3',4'-dihydroxyphenyl)-2-isopropylaminoethanol hydrochloride", "l-isoprenaline hydrochloride[jp15]", "isoprenaline chloride", "4-{1-hydroxy-2-[(methylethyl)amino]ethyl}benzene-1,2-diol chloride", "6700-39-6", "isoproterenol sulfate", "ux1780000", "norisodrine hydrochloride", "51-30-9", "4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}benzol-1,2-diolhydrochlorid", "dl-4-(2-(isopropylamino)-1-hydroxyethyl)pyrocatechol hydrochloride", "isoproterenol dl-form sulfate dihydrate", "n-[2-(3,4-dihydroxyphenyl)-2-hydroxyethyl]propan-2-aminium chloride", "1336-89-6[rn]", "imuprel", "1", "oriconazole", "isuprel hydrochloride", "asthpul", "4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-1,2-benzenediol hydrochloride", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)-,hydrochloride"}|>, "1202" -> <|"DatabaseID" -> "SW00830", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28346"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3934]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)CC[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Mescaline;Peyote"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4076]}, "Synonyms" -> {"3", "tmpea", "mezcaline", "mezcalin", "200-190-7[einecs]", "54-04-6", "mescaline[wiki]", "mescalin[german][wiki]", "2-(3,4,5-trimethoxyphenyl)ethanamine[acd/iupac name]", "mezcline", "3,4,5-trimethoxy-b-phenethylamine", "phenethylamine 3,4,5-trimethoxy- (8ci)", "mescline", "mescaline hydrochloride salt", "3,4,5-triaminopyridine", "2-(3,4,5-trimethoxyphenyl)-ethylamine", "mescalin", "ethane 1-amino-2-(3,4,5-trimethoxyphenyl)-", "phenethylamine", "3,4,5-trimethoxybenzeneethanamine", "benzeneethanamine", "benzeneethanamine 3,4,5-trimethoxy-", "benzeneethanamine 3,4,5-trimethoxy- (9ci)", "mescaline", "4-13-00-02919 (beilstein handbook reference)[beilstein]", "2-(3,4,5-trimethoxyphenyl)ethylamine", "phenethylamine 3,4,5-trimethoxy-", "3,4,5-trimethoxyphenethylamine", "3,4,5-trimethoxy-phenylethylamine", "832-92-8[rn]", "ethane 1-amino-2-(3 4,5-trimethoxyphenyl)-", "mescaline hydrochloride", "3,4 5-trimethoxyphenethylamine", "constituent of \"peyote\" cacti", "54-04-6[rn]"}|>, "1203" -> <|"DatabaseID" -> "SW00831", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3944], ExternalIdentifier["ChemSpiderID", 8037148]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00816"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(c1cc(cc(c1)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00685"], ExternalIdentifier["KEGGID", "D08300"]}, "OfficialNames" -> <|"Indian Approved Name" -> "orciprenaline sulphate;orciprenaline", "FDA Approved Drug" -> "METAPROTERENOL SULFATE"|>, "PharmGKBID" -> "PA450390", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4086], ExternalIdentifier["PubChemCompoundID", 24835641]}, "Synonyms" -> {"metaproterenol sulfate", "metaproterenol polistirex", "prometa", "orciprenaline", "alupent", "metaproterenol", "alotec", "metaprel", "orciprenalina [inn-spanish]", "orciprenaline sulfate", "orciprenalinum [inn-latin]", "novasmasol", "5874-97-5[rn]", "metaproterenol[wiki]", "orciprenalina[spanish][inn]", "metaproterenol(orciprenaline)", "m-3070", "1,3-benzenediol 5-(1-hydroxy-2-((1-methylethyl)amino)ethyl)- (9ci)", "5-(1-hydroxy-2-isopropylamino-ethyl)-benzene-1,3-diol", "209-569-1[einecs]", "5-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-1,3-benzenediol", "5-[1-hydroxy-2-(propan-2-ylamino)ethyl]benzene-1,3-diol", "586-06-1 5874-97-5", "1-(3", "alupent[wiki]", "1,3-benzenediol 5-(1-hydroxy-2-((1-methylethyl)amino)ethyl)-", "1-(3,5-dihydroxyphenyl)-1-hydroxy-2-isopropylaminoethane", "(rs)-1-(3,5-dihydroxyphenyl)-2-isopropylaminoethanol", "astmopent", "beta-2 adrenoceptor", "1,3-benzenediol 5-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-", "1-(3,5-dihydroxyphenyl)-2-isopropylaminoethanol", "orciprenaline[wiki][inn]", "586-06-1 5874-97-5 [metaproterenol sulfate]", "orciprenalinum[latin]", "orciprenaline sulphate", "3,5-dihydroxy-a-[(isopropylamino)methyl]benzyl alcohol", "586-06-1[rn]", "5-[1-hydroxy-2-(isopropylamino)ethyl]benzene-1,3-diol", "337376-15-5", "beta-2 adrenoreceptor", "orciprenaline sulfate[jp15]", "3", "227-539-6[einecs]", "th-152", "metaproterenol sulfate[usp]", "1-(3,5-dihydroxyphenyl)-1-hydroxy-2-isopropylaminoethane sulfate", "einecs 227-539-6", "1-(3,5-dihydroxyphenyl)-2-(isopropylamino)ethanol sulfate"}|>, "1204" -> <|"DatabaseID" -> "SW00831", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3944], ExternalIdentifier["ChemSpiderID", 8037148]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00816"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(c1cc(cc(c1)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00685"], ExternalIdentifier["KEGGID", "D08300"]}, "OfficialNames" -> <|"Indian Approved Name" -> "orciprenaline sulphate;orciprenaline", "FDA Approved Drug" -> "METAPROTERENOL SULFATE"|>, "PharmGKBID" -> "PA450390", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4086], ExternalIdentifier["PubChemCompoundID", 24835641]}, "Synonyms" -> {"metaproterenol sulfate", "metaproterenol polistirex", "prometa", "orciprenaline", "alupent", "metaproterenol", "alotec", "metaprel", "orciprenalina [inn-spanish]", "orciprenaline sulfate", "orciprenalinum [inn-latin]", "novasmasol", "5874-97-5[rn]", "metaproterenol[wiki]", "orciprenalina[spanish][inn]", "metaproterenol(orciprenaline)", "m-3070", "1,3-benzenediol 5-(1-hydroxy-2-((1-methylethyl)amino)ethyl)- (9ci)", "5-(1-hydroxy-2-isopropylamino-ethyl)-benzene-1,3-diol", "209-569-1[einecs]", "5-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-1,3-benzenediol", "5-[1-hydroxy-2-(propan-2-ylamino)ethyl]benzene-1,3-diol", "586-06-1 5874-97-5", "1-(3", "alupent[wiki]", "1,3-benzenediol 5-(1-hydroxy-2-((1-methylethyl)amino)ethyl)-", "1-(3,5-dihydroxyphenyl)-1-hydroxy-2-isopropylaminoethane", "(rs)-1-(3,5-dihydroxyphenyl)-2-isopropylaminoethanol", "astmopent", "beta-2 adrenoceptor", "1,3-benzenediol 5-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]-", "1-(3,5-dihydroxyphenyl)-2-isopropylaminoethanol", "orciprenaline[wiki][inn]", "586-06-1 5874-97-5 [metaproterenol sulfate]", "orciprenalinum[latin]", "orciprenaline sulphate", "3,5-dihydroxy-a-[(isopropylamino)methyl]benzyl alcohol", "586-06-1[rn]", "5-[1-hydroxy-2-(isopropylamino)ethyl]benzene-1,3-diol", "337376-15-5", "beta-2 adrenoreceptor", "orciprenaline sulfate[jp15]", "3", "227-539-6[einecs]", "th-152", "metaproterenol sulfate[usp]", "1-(3,5-dihydroxyphenyl)-1-hydroxy-2-isopropylaminoethane sulfate", "einecs 227-539-6", "1-(3,5-dihydroxyphenyl)-2-(isopropylamino)ethanol sulfate"}|>, "1205" -> <|"DatabaseID" -> "SW00832", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5856]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00723"]}, "IsomericSmiles" -> "CC(C(c1cc(ccc1OC)OC)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01020"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHOXAMINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6081]}, "Synonyms" -> {"vasoxyl", "methoxamine hydrochloride", "methoxamini hydrochloridum", "vasoxine", "idasal", "61-16-5 390-28-3 [methoxamine]", "200-499-7[einecs]", "b-(2,5-dimethoxyphenyl)-b-hydroxyisopropylamine hydrochloride", "methoxamine hydrochloride[jan]", "methoxamine", "vasoxyl (tn)", "methoxaminehydrochloride", "a-(1-aminoethyl)-2,5-dimethoxybenzyl alcohol hydrochloride", "benzenemethanol a-(1-aminoethyl)-2,5-dimethoxy- hydrochloride(1:1)", "vasoxyl hydrochloride", "2-amino-1-(2", "2-amino-1-(2,5-dimethoxyphenyl)-1-propanol hydrochloride", "dl-2-amino-1-(2,5-dimethoxyphenyl)propanol hydrochloride", "61-16-5", "methoxaminum [inn-latin]", "methoxamin", "vasylox hydrochloride", "61-16-5[rn]", "metossamina [dcit]", "2,5-dimethoxynorephedrine hydrochloride", "alpha 1b-adrenoceptor", "2-amino-1-(2,5-dimethoxyphenyl)propan-1-ol hydrochloride (1:1)", "hsdb 3362", "methoxamine hcl", "2-amino-1-(2,5-dimethoxyphenyl)propan-1-ol", "2-amino-1-(2,5-dimethoxyphenyl)propan-1-ol chloride", "a-(1-aminoethyl)-2,5-dimethoxybenzenemethanol hydrochloride", "pressomin hydrochloride", "pseudomethoxamine", "pressomin", "metoxamina [inn-spanish]", "b-hydroxy-b-(2,5-dimethoxyphenyl)isopropylamine hydrochloride", "methoxamine[wiki]", "einecs 200-499-7", "61-16-5 390-28-3", "alpha 1b- adrenoreceptor", "methoxamedrine", "390-28-3[rn]"}|>, "1206" -> <|"DatabaseID" -> "SW00832", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5856]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00723"]}, "IsomericSmiles" -> "CC(C(c1cc(ccc1OC)OC)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01020"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHOXAMINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6081]}, "Synonyms" -> {"vasoxyl", "methoxamine hydrochloride", "methoxamini hydrochloridum", "vasoxine", "idasal", "61-16-5 390-28-3 [methoxamine]", "200-499-7[einecs]", "b-(2,5-dimethoxyphenyl)-b-hydroxyisopropylamine hydrochloride", "methoxamine hydrochloride[jan]", "methoxamine", "vasoxyl (tn)", "methoxaminehydrochloride", "a-(1-aminoethyl)-2,5-dimethoxybenzyl alcohol hydrochloride", "benzenemethanol a-(1-aminoethyl)-2,5-dimethoxy- hydrochloride(1:1)", "vasoxyl hydrochloride", "2-amino-1-(2", "2-amino-1-(2,5-dimethoxyphenyl)-1-propanol hydrochloride", "dl-2-amino-1-(2,5-dimethoxyphenyl)propanol hydrochloride", "61-16-5", "methoxaminum [inn-latin]", "methoxamin", "vasylox hydrochloride", "61-16-5[rn]", "metossamina [dcit]", "2,5-dimethoxynorephedrine hydrochloride", "alpha 1b-adrenoceptor", "2-amino-1-(2,5-dimethoxyphenyl)propan-1-ol hydrochloride (1:1)", "hsdb 3362", "methoxamine hcl", "2-amino-1-(2,5-dimethoxyphenyl)propan-1-ol", "2-amino-1-(2,5-dimethoxyphenyl)propan-1-ol chloride", "a-(1-aminoethyl)-2,5-dimethoxybenzenemethanol hydrochloride", "pressomin hydrochloride", "pseudomethoxamine", "pressomin", "metoxamina [inn-spanish]", "b-hydroxy-b-(2,5-dimethoxyphenyl)isopropylamine hydrochloride", "methoxamine[wiki]", "einecs 200-499-7", "61-16-5 390-28-3", "alpha 1b- adrenoreceptor", "methoxamedrine", "390-28-3[rn]"}|>, "1207" -> <|"DatabaseID" -> "SW00832", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5856]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00723"]}, "IsomericSmiles" -> "CC(C(c1cc(ccc1OC)OC)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01020"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHOXAMINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6081]}, "Synonyms" -> {"vasoxyl", "methoxamine hydrochloride", "methoxamini hydrochloridum", "vasoxine", "idasal", "61-16-5 390-28-3 [methoxamine]", "200-499-7[einecs]", "b-(2,5-dimethoxyphenyl)-b-hydroxyisopropylamine hydrochloride", "methoxamine hydrochloride[jan]", "methoxamine", "vasoxyl (tn)", "methoxaminehydrochloride", "a-(1-aminoethyl)-2,5-dimethoxybenzyl alcohol hydrochloride", "benzenemethanol a-(1-aminoethyl)-2,5-dimethoxy- hydrochloride(1:1)", "vasoxyl hydrochloride", "2-amino-1-(2", "2-amino-1-(2,5-dimethoxyphenyl)-1-propanol hydrochloride", "dl-2-amino-1-(2,5-dimethoxyphenyl)propanol hydrochloride", "61-16-5", "methoxaminum [inn-latin]", "methoxamin", "vasylox hydrochloride", "61-16-5[rn]", "metossamina [dcit]", "2,5-dimethoxynorephedrine hydrochloride", "alpha 1b-adrenoceptor", "2-amino-1-(2,5-dimethoxyphenyl)propan-1-ol hydrochloride (1:1)", "hsdb 3362", "methoxamine hcl", "2-amino-1-(2,5-dimethoxyphenyl)propan-1-ol", "2-amino-1-(2,5-dimethoxyphenyl)propan-1-ol chloride", "a-(1-aminoethyl)-2,5-dimethoxybenzenemethanol hydrochloride", "pressomin hydrochloride", "pseudomethoxamine", "pressomin", "metoxamina [inn-spanish]", "b-hydroxy-b-(2,5-dimethoxyphenyl)isopropylamine hydrochloride", "methoxamine[wiki]", "einecs 200-499-7", "61-16-5 390-28-3", "alpha 1b- adrenoreceptor", "methoxamedrine", "390-28-3[rn]"}|>, "1208" -> <|"DatabaseID" -> "SW00832", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5856]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00723"]}, "IsomericSmiles" -> "CC(C(c1cc(ccc1OC)OC)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01020"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHOXAMINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6081]}, "Synonyms" -> {"vasoxyl", "methoxamine hydrochloride", "methoxamini hydrochloridum", "vasoxine", "idasal", "61-16-5 390-28-3 [methoxamine]", "200-499-7[einecs]", "b-(2,5-dimethoxyphenyl)-b-hydroxyisopropylamine hydrochloride", "methoxamine hydrochloride[jan]", "methoxamine", "vasoxyl (tn)", "methoxaminehydrochloride", "a-(1-aminoethyl)-2,5-dimethoxybenzyl alcohol hydrochloride", "benzenemethanol a-(1-aminoethyl)-2,5-dimethoxy- hydrochloride(1:1)", "vasoxyl hydrochloride", "2-amino-1-(2", "2-amino-1-(2,5-dimethoxyphenyl)-1-propanol hydrochloride", "dl-2-amino-1-(2,5-dimethoxyphenyl)propanol hydrochloride", "61-16-5", "methoxaminum [inn-latin]", "methoxamin", "vasylox hydrochloride", "61-16-5[rn]", "metossamina [dcit]", "2,5-dimethoxynorephedrine hydrochloride", "alpha 1b-adrenoceptor", "2-amino-1-(2,5-dimethoxyphenyl)propan-1-ol hydrochloride (1:1)", "hsdb 3362", "methoxamine hcl", "2-amino-1-(2,5-dimethoxyphenyl)propan-1-ol", "2-amino-1-(2,5-dimethoxyphenyl)propan-1-ol chloride", "a-(1-aminoethyl)-2,5-dimethoxybenzenemethanol hydrochloride", "pressomin hydrochloride", "pseudomethoxamine", "pressomin", "metoxamina [inn-spanish]", "b-hydroxy-b-(2,5-dimethoxyphenyl)isopropylamine hydrochloride", "methoxamine[wiki]", "einecs 200-499-7", "61-16-5 390-28-3", "alpha 1b- adrenoreceptor", "methoxamedrine", "390-28-3[rn]"}|>, "1209" -> <|"DatabaseID" -> "SW00833", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470510]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01273"]}, "IsomericSmiles" -> "c1cnc2cc3c(cc2n1)[C@@H]4C[C@H]3C[NH2+]C4", "OfficialNames" -> <|"FDA Approved Drug" -> "VARENICLINE TARTRATE", "Indian Approved Name" -> "varenicline"|>, "PharmGKBID" -> "PA164781343", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5310966]}, "Synonyms" -> {"varenicline", "chembl1396", "(1r,12s)-5,8,14-triazatetracyclo[10.3.1.02,11.04,9]hexadeca-2(11),3,5,7,9-pentaene", "hsdb 7591", "unii-w6hs99o8zo", "varenicline[wiki]", "6,10-methano-6h-azepino[4,5-g]quinoxaline 7,8,9,10-tetrahydro- (6r,10s)-", "varenicline tartrate", "champix", "ac1l55h0", "chebi:430452", "chantix", "7,8,9,10-tetrahydro-6,10-methano-6h-pyrazino[2,3-h][3]benzazepine tartrate", "ar-1h2911", "cp-526,555", "(6r,10s)-7,8,9,10-tetrahydro-6h-6,10-methanoazepino[4,5-g]quinoxaline", "249296-44-4[rn]", "(1r,12s)-5,8,14-triazatetracyclo[10.3.1.02,11.04,9]hexadeca-2,4(9),5,7,10-pentaene", "varenicline (inn)", "akos005145561", "375815-87-5[rn]", "ac1q4w6h"}|>, "1210" -> <|"DatabaseID" -> "SW00834", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51147"], ExternalIdentifier["ChEBIID", "8356"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106770]}, "IsomericSmiles" -> "CCC[NH2+][C@H]1CCc2c(sc(n2)N)C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05575"], ExternalIdentifier["KEGGID", "D00559"]}, "OfficialNames" -> <|"Australia Approved Name" -> "PRAMIPEXOLE HYDROCHLORIDE", "FDA Approved Drug" -> "PRAMIPEXOLE DIHYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119570]}, "Synonyms" -> {"pramipexolum", "pramipexol", "pramipexole", "2,6-benzothiazolediamine 4,5,6,7-tetrahydro-n6-propyl- (6s)-", "(s)-n6-propyl-4,5,6,7-tetrahydrobenzothiazole-2,6-diamine", "(6s)-n(6)-propyl-4,5,6,7-tetrahydro-1,3-benzothiazole-2,6-diamine", "pramipexole hydrochloride", "pramipexole hydrochloride hydrate", "(-)-pramipexole", "mirapexin", "(s)-2-amino-4,5,6,7-tetrahydro-6-(propylamino)benzothiazole", "pramipexole[wiki]", "6479326[beilstein]", "104632-26-0[rn]", "2,6-benzothiazolediamine 4,5,6,7-tetrahydro-n(sup 6)-propyl-,(s)-", "((6s)-2-amino(4,5,6,7-tetrahydrobenzothiazol-6-yl))propylamine", "pramipexol [spanish]", "u 98528e", "sud919cl2y", "(+)-pramipexole", "mirapex", "chebi:8356", "(6s)-n6-propyl-4,5,6,7-tetrahydro-1,3-benzothiazole-2,6-diamine[acd/iupac name]", "104632-26-0", "pramipexolum [latin]", "pramipexolum[latin]", "(s)-4,5,6,7-tetrahydro-n6-propyl-2,6-benzothiazolediamine", "(6s)-n6-propyl-4,5,6,7-tetrahydro-1,3-benzothiazole-2,6-diamine", "sifrol"}|>, "1211" -> <|"DatabaseID" -> "SW00835", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20467]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH2+]CCCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07891"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Mefenorex"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21777]}, "Synonyms" -> {"mefenorex", "n-(3-chloropropyl)-alpha-methylphenethylamine", "3-chloro-n-(1-phenylpropan-2-yl)propan-1-amine", "241-279-0[einecs]", "mefenorexum[latin]", "n-(3-chloropropyl)-alpha-methylbenzeneethanamine", "r 4-5282", "einecs 241-279-0", "ro 4-5282", "n-(3-chloropropyl)-a-methylphenethylamine", "pondinil", "226-985-9[einecs]", "24954-70-9[rn]", "phenethylamine", "1-phenyl-2-(3-chloropropylamino)propane", "n- (3-chlorpropyl)-1-methyl-2-phenyl-aethylamin-hydrochlorid", "17243-57-1[rn]", "brn 2833093", "doracil", "5586-87-8[rn]", "mefenorex [inn]", "rondimen", "dea no. 1580", "17243-57-1", "mefenorex[inn]", "mefenorexum [inn-latin]", "n-(3-chloropropyl)-?-methylphenethylamine hydrochloride"}|>, "1212" -> <|"DatabaseID" -> "SW00835", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20467]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH2+]CCCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07891"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Mefenorex"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21777]}, "Synonyms" -> {"mefenorex", "n-(3-chloropropyl)-alpha-methylphenethylamine", "3-chloro-n-(1-phenylpropan-2-yl)propan-1-amine", "241-279-0[einecs]", "mefenorexum[latin]", "n-(3-chloropropyl)-alpha-methylbenzeneethanamine", "r 4-5282", "einecs 241-279-0", "ro 4-5282", "n-(3-chloropropyl)-a-methylphenethylamine", "pondinil", "226-985-9[einecs]", "24954-70-9[rn]", "phenethylamine", "1-phenyl-2-(3-chloropropylamino)propane", "n- (3-chlorpropyl)-1-methyl-2-phenyl-aethylamin-hydrochlorid", "17243-57-1[rn]", "brn 2833093", "doracil", "5586-87-8[rn]", "mefenorex [inn]", "rondimen", "dea no. 1580", "17243-57-1", "mefenorex[inn]", "mefenorexum [inn-latin]", "n-(3-chloropropyl)-?-methylphenethylamine hydrochloride"}|>, "1213" -> <|"DatabaseID" -> "SW00836", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391994]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06262"]}, "IsomericSmiles" -> "c1cc(c(cc1[C@@H]([C@H](C(=O)[O-])[NH3+])O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01277"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "catecholamines"|>, "PharmGKBID" -> "PA164748386", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443940]}, "Synonyms" -> {"dops", "droxidopa", "dops (tn)", "l-dops", "l-dihydroxyphenylserine", "droxydopa", "beta-3 adrenoreceptor", "l-threo-3", "23651-95-8[rn]", "droxidopa (jp16/inn)", "(2r", "l-threo-3,4-dihydroxyphenylserine", "23651-95-8", "3916-18-5[rn]", "ac1l9ffx", "beta-3 adrenoceptor"}|>, "1214" -> <|"DatabaseID" -> "SW00837", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 399955]}, "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@@H]2CO[C@@H](O2)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06255"]}, "OfficialNames" -> <|"NPC Approved Name" -> "troxacitabine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 454194]}, "Synonyms" -> {"cis-dioxolane-c", "s1535_selleck", "4-amino-1-((2s", "l-1,3-dioxolane-cytidine", "(-)-(2s,4s)-1-[2-hydroxymethyl)-1,3-dioxolan-4-yl]cytosine", "4-amino-1-[(2s,4s)-2-(hydroxymethyl)-1,3-dioxolan-4-yl]-1h-pyrimidin-2-one", "troxacitabine", "4-amino-1-(2-hydroxymethyl-[1,3]dioxolan-4-yl)-1h-pyrimidin-2-one", "2(1h)-pyrimidinone 4-amino-1-[(2s,4s)-2-(hydroxymethyl)-1,3-dioxolan-4-yl]-", "4-amino-1-[(2s", "ac1l9rgx", "145918-75-8[rn]", "(-)-l-.b.-dioxolanec", "2(1h)-pyrimidinone 4-amino-1-((2s,4s)-2-(hydroxymethyl)-1,3-dioxolan-4-yl)-", "4-amino-1-[(2s,4s)-2-(hydroxymethyl)-1,3-dioxolan-4-yl]pyrimidin-2(1h)-one", "surecn18548", "nsc668281", "4-amino-1-((2s,4s)-2-(hydroxymethyl)-1,3-dioxolan-4-yl)pyrimidin-2(1h)-one", "bch-4556", "troxacitabine[wiki]", "145918-75-8", "ltt"}|>, "1215" -> <|"DatabaseID" -> "SW00838", "IsomericSmiles" -> "c1ccc(cc1)COC(=O)c2cccnc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01419"]}, "OfficialNames" -> <|"Indian Approved Name" -> "benzyl nicotinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7191]}, "Synonyms" -> {"benzyl nicotinate", "nicotinsaeurebenzylester", "pykaryl", "niacin benzyl ester", "94-44-0", "benzylis nicotinas", "nicotinic acid benzyl ester", "benzyl pyridine-3-carboxylate", "pycaril", "rubriment"}|>, "1216" -> <|"DatabaseID" -> "SW00839", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63845"], ExternalIdentifier["ChEBIID", "63858"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5129], ExternalIdentifier["ChemSpiderID", 3240129]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00634"]}, "IsomericSmiles" -> "CC(=O)[N-]S(=O)(=O)c1ccc(cc1)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05947"], ExternalIdentifier["KEGGID", "D00871"]}, "OfficialNames" -> <|"China Approved Name" -> "sulphacetamide sodium", "Indian Approved Name" -> "sulphacetamide sod", "FDA Approved Drug" -> "SULFACETAMIDE;SULFACETAMIDE SODIUM"|>, "PharmGKBID" -> "PA451536", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320]}, "Synonyms" -> {"sulfacetamide", "sulfanilacetamide", "sulfacetimide", "n-acetylsulfanilamide", "sulphacetamide", "n-sulphanilylacetamide", "acetosulfamine", "acetosulfamin", "n-sulfanilylacetamide", "klaron", "cetamide", "isopto cetamide", "sulfex", "n-acetylsulfanilamine", "sulfanilazetamid", "isopto-cetamide", "sulamyd", "sulfacet", "steri-units sulfacetamide", "acetocid", "trysul", "ak-sulf", "p-aminobenzenesulfonacetamide", "urosulfone", "op-sulfa 30", "sebizon", "formosulfacetamide", "albamine", "sulfair-15", "urosulfon", "n'-acetylsulfanilamide", "alesten", "sulfair forte", "sulten-10", "bleph-10 liquifilm", "i-sulfacet", "sulfair", "sulfacyl", "ocusulf-10", "sultrin", "sulfacel-15", "sulphasil", "steramide", "p-aminobenzenesulfonoacetamide", "albucid", "sulfair 10", "sulfair 15", "gyne-sulf", "oclucid", "ophthacet", "ophthel-s", "sulfacetamide sodium anhydrous", "sulphacetamidum", "sodium sulfacetamide", "sulphacetamide sodium", "sulfacetamide sodium", "sulf-10", "sulf-15", "blephamide opht suspension (prednisolone acetate + sulfacetamide sodium)_mixture", "bleph-10", "cocci bol o tab jr (calcium carbonate + charcoal activated + cobalt gluconate + copper sulfate + ferrous gluconate + sodium arsanilate + sulfabenzamide sodium + sulfacetamide sodium + sulfaquinoxaline + tannic acid)_mixture", "vasosulf oph soln (phenylephrine hydrochloride + sulfacetamide sodium)_mixture", "sultrin triple sulfa crm (sulfacetamide + sulfanilylbenzamide + sulfathiazole + urea)_mixture", "sulfacet r lotion (sulfacetamide sodium + sulfur (sulfur))_mixture", "sodium sulamyd", "blephamide oph ont (prednisolone acetate + sulfacetamide sodium)_mixture", "metimyd oph sus (prednisolone acetate + sulfacetamide sodium)_mixture", "sulfacetamide sodium usp", "sulfamide", "sulfacet-r lotion (sulfacetamide sodium + sulfur)_mixture", "medicocci-jr (arsenic (sodium arsanilate) + calcium carbonate + charcoal activated + cobalt gluconate + copper sulfate + ferrous gluconate + sulfabenzamide sodium + sulfacetamide sodium + sulfaquinoxaline + tannic acid)_mixture", "vasocidin ophthalmic solution (prednisolone sodium phosphate + sulfacetamide sodium)_mixture", "dioptimyd suspension (prednisolone acetate + sulfacetamide sodium)_mixture", "dioptimyd ointment (prednisolone acetate + sulfacetamide sodium)_mixture", "neo atropec c tab (aluminum hydroxide + atropine methylnitrate + kaolin + neomycin sulfate + pectin + sulfacetamide + sulfaguanidine)_mixture", "region", "neo atropec tab (aluminum hydroxide + atropine methylnitrate + kaolin + neomycin sulfate + pectin + sulfacetamide + sulfaguanidine)_mixture", "ak cide oph soln (prednisolone acetate + sulfacetamide sodium)_mixture", "cocci bol-o-tab (calcium carbonate + charcoal activated + cobalt gluconate + copper sulfate + ferrous gluconate + sodium arsanilate + sulfabenzamide sodium + sulfacetamide sodium + sulfaquinoxaline + tannic acid)_mixture", "neo atropec 25 tab (aluminum hydroxide + atropine methylnitrate + kaolin + neomycin sulfate + pectin + sulfacetamide + sulfaguanidine)_mixture", "medicocci-sr (arsenic (sodium arsanilate) + calcium carbonate + charcoal activated + cobalt gluconate + copper sulfate + ferrous gluconate + sulfabenzamide sodium + sulfacetamide sodium + sulfaquinoxaline + tannic acid)_mixture", "127-56-0[rn]", "sulfacetamide sodium[usp]", "n-(4-aminobenzenesulfonyl)acetamide", "sulfacetamide [usan:inn][inn][usan]", "locula", "acetamide n-[(4-aminophenyl)sulfonyl]-", "albucid soluble", "sulfacetamida", "triple sulfa", "n-(4-aminophenylsulfonyl)acetamide", "n(1)-acetyl-4-aminophenylsulfonamide", "144-80-9 (neutral)[rn]", "n-acetyl-4-amino-benzenesulfonamide", "sulfacylum", "n-(p-aminobenzenesulfonyl)acetamide", "bleph-30", "acetamide n-((4-aminophenyl)sulfonyl)-", "prontamid", "n-((p-aminophenyl)sulfonyl)acetamide", "sulster", "sulfacetamida; sulfacetamide; sulfacetamidum", "n-[(p-aminophenyl)sulfonyl]acetamide", "solfacetamide [dcit]", "sulfacetamidum", "ocusulf-30", "sulfacetamidum [inn_la]", "205-640-6[einecs]", "204-848-4[einecs]", "n-[(4-aminophenyl)sulfonyl]acetamid", "n-acetyl-4-aminobenzenesulfonamide", "blephamide", "fml-s", "acetamide n-[ (4-aminophenyl)sulfonyl]-", "144-80-9[rn]", "6209-17-2[rn]", "n1-acetylsulfanilamide", "n-(4-aminobenzenesulfonyl)acetamide;n-(4-aminophenylsulfonyl)acetamide;n1-acetylsulfanilamide", "n1-acetylsulfanylamide", "region[wiki]", "sulfadimidine imp. e (pharmeuropa)", "beocid-isoptal", "121-61-9[rn]", "cetapred", "n(1)-acetylsulfanilamide", "acetosulfamine; n'-acetylsulfanilamide; n(1)-acetyl-4-aminophenylsulfonamide; n(1)-acetylsulfanilamide; n-((p-aminophenyl)sulfonyl)acetamide; n-(p-aminobenzenesulfonyl)acetamide; n-acetyl-4-aminobenzenesulfonamide; n-acetylsulfanilamide; n-sulfanilylacetamide;n-sulphanilylacetamide; n-[(p-aminophenyl)sulfonyl]acetamide; sulfanilazetamid; sulphacetamide; sulphacetamidum; p-aminobenzenesulfonacetamide;p-aminobenzenesulfonoacetamide", "metimyd", "n-[(4-aminophenyl)sulfonyl]acetamide[acd/iupac name]", "n-acetyl-4-aminophenylsulfonamide", "predsulfair", "sulphrin", "4-14-00-02662 (beilstein handbook reference)[beilstein]", "vasocidin", "n-((4-aminophenyl)sulfonyl)acetamide", "predamide", "sulfacetamida[spanish][inn]", "981718", "sulfanilazetamid[german]", "sulfacetamidum[latin]", "acetamide n-sulfanilyl-", "antebor", "337376-15-5", "5414-91-5[rn]", "bleph", "acetamide n-[(4-aminophenyl)sulfonyl]- sodium salt (1:1)", "sodium n-sulfanilylacetamide", "sulf 10", "sodium sulfanilylacetamide", "natriumacetyl[(4-aminophenyl)sulfonyl]azanid", "n(1)-acetylsulfanilamide sodium; n(1)-acetylsulfanilamide sodium salt; n-sulfanilylacetamide sodium salt; sodium n-sulfanilylacetamide; sodiumsulfacetamide; sodium sulfanilylacetamide; sulfacetamide sodium; sulfacetamide sodium anhydrous; sulphacetamide sodium", "sodium acetyl[(4-aminophenyl)sulfonyl]azanide", "sulfacetamide sodium salt hydrate", "n(1)-acetylsulfanilamide sodium salt", "n(1)-acetylsulfanilamide sodium", "acetamide n-[(4-aminophenyl)sulfonyl]- monosodium salt", "n-sulfanilylacetamide sodium salt"}|>, "1217" -> <|"DatabaseID" -> "SW00840", "IsomericSmiles" -> "c1ccc(cc1)/N=N/c2ccc(nc2N)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05450"], ExternalIdentifier["KEGGID", "D08346"]}, "OfficialNames" -> <|"Indian Approved Name" -> "phenazopyridine", "FDA Approved Drug" -> "PHENAZOPYRIDINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164746899", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8691], ExternalIdentifier["PubChemCompoundID", 4756]}, "Synonyms" -> {"phenazopyridine", "phenazopyridine hydrochloride", "gastrotest", "urogesic", "azodyne", "fenazopiridina", "urodine", "gastracid", "pyridiate", "phenazodine", "baridium", "geridium", "azomine", "pyrazodine", "mallophene", "bisteril", "3-(phenylazo)-2", "pyrazofen", "viridium", "diridone", "pyripyridium"}|>, "1218" -> <|"DatabaseID" -> "SW00841", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2972"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2197]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00181"]}, "IsomericSmiles" -> "c1cc(ccc1C(CC(=O)[O-])C[NH3+])Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "baclofen", "FDA Approved Drug" -> "BACLOFEN"|>, "PharmGKBID" -> "PA448533", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2284]}, "Synonyms" -> {"kemstro", "lioresal", "baclon", "lioresal intrathecal", "baclofen", "pms-baclofen", "dl-baclofen", "214-486-9[einecs]", "4-amino-3-[4-chlorophenyl]butanoic acid", "baclofen [usan:ban:inn:jan][inn][jan][usan]", "gaba-b-r2", "baclofene[french][inn]", "z1yr dg&1vq[wln]", "baclofen awd", "gb2", "gen-baclofen", "nu-baclo", "(3r)-4-amino-3-(4-chlorophenyl)butanoic acid[acd/iupac name]", "4-amino-3-(4-chlorophenyl)butyric acid", "kemstro[wiki]", "apo-baclofen", "dl-4-amino-3-p-chlorophenylbutanoic acid", "(r)-baclofen", "baclofene", "baclofeno", "b-(aminomethyl)-p-chlorohydrocinnamic acid", "gababr2", "4-amino-3-(4-chlorophenyl)butanoic acid", "(r,s)-baclofen", "baclofen[wiki]", "apobaclofen", "genbaclofen", "ba-34647", "gaba-b receptor 2", "g-protein coupled receptor 51", "4-amino-3-(4-chlorophenyl)butanoic acid[acd/iupac name]", "nu-baclofen", "toxic solid organic n.o.s. ((rs)-baclofen)", "ba-34,647", "(rs)-baclofen", "b-(aminomethyl)-4-chlorobenzenepropanoic acid", "pcp-gaba", "g-amino-b-(p-chlorophenyl)butyric acid", "ba34647", "baclospas", "b-(4-chlorophenyl)gaba", "benzenepropanoic acid b-(aminomethyl)-4-chloro-", "chlorophenyl gaba", "baclofenum", "gaba chlorophenyl", "(rs)-4-amino-3-(4-chlorophenyl)butanoic acid", "baclofenum[latin]", "gabalon", "[1134-47-0]", "apo baclofen", "ba34,647", "nu baclo", "lebic", "gamma-aminobutyric acid type b receptor subunit 2 precursor", "ciba-34,647-ba", "2104494[beilstein]", "genpharm", "bacolfen", "ciba 34,647-ba", "butanoic acid 4-amino-3-(4-chlorophenyl)-", "1134-47-0[rn]", "baclofenum [inn_la]", "gen baclofen", "pmsbaclofen", "lioresal[wiki]", "4-amino-3-(4-chlorophenyl)-butanoic acid", "nubaclo", "pms baclofen", "69308-37-8[rn]", "baclofen (rs)-", "lioresal (tn)", "baclofeno[spanish][inn]", "hg20", "ciba 34647-ba", "ciba34,647ba", "clofen", "atrofen", "baclophen", "d001418", "4-amino-3-(4-chloro-phenyl)-butyric acid", "c 34647ba"}|>, "1219" -> <|"DatabaseID" -> "SW00841", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2972"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2197]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00181"]}, "IsomericSmiles" -> "c1cc(ccc1C(CC(=O)[O-])C[NH3+])Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "baclofen", "FDA Approved Drug" -> "BACLOFEN"|>, "PharmGKBID" -> "PA448533", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2284]}, "Synonyms" -> {"kemstro", "lioresal", "baclon", "lioresal intrathecal", "baclofen", "pms-baclofen", "dl-baclofen", "214-486-9[einecs]", "4-amino-3-[4-chlorophenyl]butanoic acid", "baclofen [usan:ban:inn:jan][inn][jan][usan]", "gaba-b-r2", "baclofene[french][inn]", "z1yr dg&1vq[wln]", "baclofen awd", "gb2", "gen-baclofen", "nu-baclo", "(3r)-4-amino-3-(4-chlorophenyl)butanoic acid[acd/iupac name]", "4-amino-3-(4-chlorophenyl)butyric acid", "kemstro[wiki]", "apo-baclofen", "dl-4-amino-3-p-chlorophenylbutanoic acid", "(r)-baclofen", "baclofene", "baclofeno", "b-(aminomethyl)-p-chlorohydrocinnamic acid", "gababr2", "4-amino-3-(4-chlorophenyl)butanoic acid", "(r,s)-baclofen", "baclofen[wiki]", "apobaclofen", "genbaclofen", "ba-34647", "gaba-b receptor 2", "g-protein coupled receptor 51", "4-amino-3-(4-chlorophenyl)butanoic acid[acd/iupac name]", "nu-baclofen", "toxic solid organic n.o.s. ((rs)-baclofen)", "ba-34,647", "(rs)-baclofen", "b-(aminomethyl)-4-chlorobenzenepropanoic acid", "pcp-gaba", "g-amino-b-(p-chlorophenyl)butyric acid", "ba34647", "baclospas", "b-(4-chlorophenyl)gaba", "benzenepropanoic acid b-(aminomethyl)-4-chloro-", "chlorophenyl gaba", "baclofenum", "gaba chlorophenyl", "(rs)-4-amino-3-(4-chlorophenyl)butanoic acid", "baclofenum[latin]", "gabalon", "[1134-47-0]", "apo baclofen", "ba34,647", "nu baclo", "lebic", "gamma-aminobutyric acid type b receptor subunit 2 precursor", "ciba-34,647-ba", "2104494[beilstein]", "genpharm", "bacolfen", "ciba 34,647-ba", "butanoic acid 4-amino-3-(4-chlorophenyl)-", "1134-47-0[rn]", "baclofenum [inn_la]", "gen baclofen", "pmsbaclofen", "lioresal[wiki]", "4-amino-3-(4-chlorophenyl)-butanoic acid", "nubaclo", "pms baclofen", "69308-37-8[rn]", "baclofen (rs)-", "lioresal (tn)", "baclofeno[spanish][inn]", "hg20", "ciba 34647-ba", "ciba34,647ba", "clofen", "atrofen", "baclophen", "d001418", "4-amino-3-(4-chloro-phenyl)-butyric acid", "c 34647ba"}|>, "1220" -> <|"DatabaseID" -> "SW00842", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59477"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2621]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01243"]}, "IsomericSmiles" -> "c1cc2c(cc(c(c2nc1)O)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03472"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CHLOROXINE"|>, "PharmGKBID" -> "PA164754879", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2722]}, "Synonyms" -> {"capitrol", "chlorquinol", "chloroxine", "quixalin", "dikhloroskin", "endiaron", "clofuzid", "quinolor", "chq", "dichloroxin", "5", "quesyl", "chlofucid", "5,7-dichlorooxine", "5-21-03-00286 (beilstein handbook reference)[beilstein]", "5,7-dichloro-8-quinoliol", "5,7-dichloro-8-oxyquinoline", "chloroxine[usan]", "5,7-dichloroxine", "5,7-dichloro-8-hydroxyquinoline", "5,7-dichloro-8-quinolinol[acd/iupac name]", "72-80-0[rn]", "chlorohydroxyquinoline", "septiderm-hydrochloride", "clioquinol imp. b (ep)", "58962-45-1[rn]", "212-258-3[einecs]", "9005-49-6", "quinolin-8-ol 5,7-dichloro-", "3,5-xylenol 4-chloro-", "54983-54-9[rn]", "773-76-2[rn]", "capitrol (tn)", "5 7-dichloro-8-quinolinol", "5 7-dichloro-8-hydroxyquinoline", "8-quinolinol 5,7-dichloro-", "5,7-dichlor-8-hydroxychinolin[german]", "4-06-00-03152 (beilstein handbook reference)[beilstein]", "dichlorohydroxyquinoline", "5,7-dichloroquinolin-8-ol", "5-21-03-00286", "cloroxilenol[spanish][inn]", "4-chloro-3 5-xylenol", "5,7-dichloro-8-hydroquinoline", "dichloroquinolinol", "3 5-dimethyl-4-chlorophenol", "ottasept extra", "p-chloro-3,5-xylenol", "5,7-dichlorchinolin-8-ol[german]", "chloroxyquinoline", "clorossilenolo [dcit]", "153606"}|>, "1221" -> <|"DatabaseID" -> "SW00843", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3423"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2480]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00262"]}, "IsomericSmiles" -> "C(CCl)NC(=O)N(CCCl)N=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00254"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carmustine"|>, "PharmGKBID" -> "PA448810", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2578]}, "Synonyms" -> {"bicnu", "carmustin", "bcnu", "gliadel", "bi cnu", "carmubris", "carmustine", "nitrumon", "gliadel wafer", "becenun", "154-93-8", "urea 1,3-bis(2-chloroethyl)-1-nitroso-", "1,3-bis(2-chloroethyl)-1-nitrosourea[acd/iupac name]", "urea n,n'-bis(2-chloroethyl)-n-nitroso-[acd/index name]", "154-93-8[rn]", "urea 1 3-bis (2-chloroethyl)-1-nitroso-", "bischlorethylnitrosurea", "n,n'-bis(2-chloroethyl)-n-nitrosourea", "d002330", "carmustinum[latin]", "becenum;carmubris;nitrumon", "1,3-bis(2-chloroethyl)nitrosourea", "337376-15-5[rn]", "becenum;", "carmustina[spanish][inn]", "1", "1,3-bis(2-chlorethyl)-1-nitrosourea", "carmustine [usan:ban:inn][inn][usan]", "carmustine(bicnu)", "1,3-bis(2-chlorethyl)-1-nitrosoharnstoff[acd/iupac name]", "205-838-2[einecs]", "bicnu (tn)", "bis-n,n'-(chloroethyl)nitrosourea", "bcnu [chloroethyl nitrosoureas]", "bcnu; 1,3-bis(2-chloroethyl)-1-nitrosourea", "bischlorethylnitrosourea", "1,3-bis(2-chlorethyl)-1-nitrosoharnstoff[german][acd/iupac name]", "carmustine[wiki][usan]", "gliadel;bcnu;nsc-409962;becenun;bicnu", "1,3-bis(2-chloroet)-1-nitrosourea", "urea n,n'-bis (2-chloroethyl)-n-nitroso-", "becenum", "fivb"}|>, "1222" -> <|"DatabaseID" -> "SW00844", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34918"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8058]}, "IsomericSmiles" -> "c1ccc(cc1)OC(=O)c2ccccc2O", "OfficialNames" -> <|"NPC Approved Name" -> "phenyl salicylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8361]}, "Synonyms" -> {"phenyl-2-hydroxybenzoate", "musol", "phenyl 2-hydroxybenzoate", "salphenyl", "2-phenoxycarbonylphenol", "phenol salicylate", "salol", "phenyl salicylate; 2-(phenoxycarbonyl)phenol; salol", "204-259-2[einecs]", "phenyl o-hydroxybenzoate; salicylicacid phenyl ester;salol; phenyl salicylate", "salicylic acid phenyl ester", "seesorb 201", "2-hydroxybenzoic acid phenyl ester", "seesorb k 201", "4-10-00-00154 (beilstein handbook reference)[beilstein]", "118-55-8", "salicylic acid phenyl ester", "4-10-00-00154[beilstein]", "118-55-8[rn]", "2-hydroxybenzoic acid phenyl ester", "salol[wiki]", "2-hydroxy-benzoic acid phenyl ester", "phenyl salicylate[wiki][acd/iupac name]", "393969", "phenyl salicylate", "phenyl-2-hydroxybenzoat", "fenylester kyseliny salicylove[czech]", "salicylic acid", "benzoic acid 2-hydroxy- phenyl ester"}|>, "1223" -> <|"DatabaseID" -> "SW00845", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2636"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2056], ExternalIdentifier["ChemSpiderID", 130594]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01143"]}, "IsomericSmiles" -> "C(C[NH3+])C[NH2+]CCSP(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00226"]}, "OfficialNames" -> <|"Indian Approved Name" -> "amifostine", "FDA Approved Drug" -> "AMIFOSTINE"|>, "PharmGKBID" -> "PA448365", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2141]}, "Synonyms" -> {"amifostine", "ethyol", "apaetp", "gammaphos", "sapep", "ethiofos", "aminopropylaminoethyl thiophosphate", "amifostine ethiofos", "wr 2721", "amifostine[wiki][usp]", "ethyol (tn)", "20537-88-6", "112901-68-5[rn]", "e- npp 1", "nsc296961", "nucleotide pyrophosphatase", "phosphodiesterase i/nucleotide pyrophosphatase 1", "ec 3.6.1.9", "wr-1065", "plasma-cell membrane glycoprotein pc-1", "ec 3.1.4.1", "s-{2-[(3-aminopropyl)amino]ethyl} dihydrogenphosphorothioate[acd/iupac name]", "ethanethiol 2-[ (3-aminopropyl)amino]- dihydrogen phosphate (ester)", "amifostinum[latin]", "ethanethiol 2-[(3-aminopropyl)amino]- dihydrogen phosphate (ester)", "s-(2-(3-aminopropylamino)ethyl) phosphorothioate", "ethanethiol {s-[(3-aminopropyl)amino]-,} dihydrogen phosphate-(ester)", "2-(3-aminopropylamino)ethylsulfanylphosphonicacid trihydrate", "amifostina[spanish][inn]", "ethanethiol 2-[(3-aminopropyl)amino]- dihydrogen phosphate (ester) hydrate (1:3)", "2088122[beilstein]", "s-2-(3-aminopropylamino)ethylphosphorothioic acid", "amifostine monohydrate", "phosphorothioic acid s-[2-[ (3-aminopropyl)amino]ethyl] ester", "53028-04-9[rn]", "63717-27-1[rn]", "2-(3-aminopropyl)aminoethyl phosphorothioate", "wr2721", "amifostine [usan:inn:ban][inn][usan]", "acide ((amino-3 propylamino)-2 ethyl)-s-phosphorothioique[french]", "wr 2721c", "s-{2-[(3-aminopropyl)amino]ethyl} dihydrogen thiophosphate", "ethanethiol 2-((3-aminopropyl)amino)- dihydrogen phosphate (ester)", "2-((3-aminopropyl)amino)-ethanethiol dihydrogen phosphate ester (9ci)", "2-(3-aminopropyl)aminoethyl phosphorothioate; wr2721", "ethanethiol s-[ (3-aminopropyl)amino]- dihydrogen phosphate-(ester)", "s-[2-(3-aminopropylamino)ethyl] phosphorothioate", "phosphorothioic acid s-[2-[ (3-aminopropyl)amino]ethyl]ester", "ethanethiol 2-((3-aminopropyl)amino)- dihydrogen phosphate (ester) trihydrate", "s,2-(3-aminopropylamino)ethyl-phosphorothioic acid", "{s-[2-[(3-aminopropyl)amino]ethyl]}dihydrogen phosphorothioate", "59178-37-9[rn]", "amifostinum [inn_la]", "{s-[2-(3-aminopropylamino)ethyl]} phosphorothioate", "s-(2-((3-aminopropyl)amino)ethyl) dihydrogenphosphorothioate", "20537-88-6[rn]", "phosphorothioic acid s-(2-(3-aminopropylamino)ethyl) ester", "(3-aminopropyl)[2-(phosphonothio)ethyl]amine", "amifostine [usan:ban:inn][inn][usan]", "anifostine trihydrate", "s-2-(3-aminopropylamino)ethyl phosphorothioic acid", "amifostine trihydrate or monohydrate", "337376-15-5", "s-[2-[(3-aminopropyl)amino]ethyl] dihydrogenphosphorothioate", "s-{2-[(3-aminopropyl)amino]ethyl}dihydrogen-thiophosphat", "s-{2-[(3-aminopropyl)amino]ethyl} dihydrogenphosphorothioate trihydrate[acd/iupac name]"}|>, "1224" -> <|"DatabaseID" -> "SW00846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5133]}, "IsomericSmiles" -> "c1cc(ccc1N)S(=O)(=O)N=C(N)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02437"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sulphaguanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5324]}, "Synonyms" -> {"n1-amidinosulfanilamide", "guanicil", "sulfanilguanidine", "sulfaguanil", "n-guanylsulfanilamide", "sulfaguanidin", "orgaguanidon", "sulfanilylguanidine", "sulfaguine", "sulfaguanidine", "((p-aminophenyl)sulfonyl)guanidine", "guanidan", "sulginum", "shigatox", "6190-55-2[rn]", "sulfaguamidine", "c7h10n4o2s", "einecs 200-345-9", "sulfaguanidine monohydrate", "57-67-0[rn]", "sulfanilamide n1-amidino- (8ci)", "57-67-0 26002-80-2; 26046-85-5", "(4-aminophenylsulfonyl)guanidine", "n(sup 1)-amidinosulfanilamide", "p-aminobenzenesulfonylguanidine", "ruocid", "p-aminobenzenesulfoguanidide", "[(4-aminophenyl)sulfonyl]guanidine", "61116-95-8[rn]", "guanidine sulfanilyl-", "benzenesulfonamide 4-amino-n- (aminoiminomethyl)-", "resulfon", "benzenesulfonamide 4-amino-n-(diaminomethylene)-", "4-amino-n-(diaminomethylene)benzenesulfonamide[acd/iupac name]", "sulfoguanil", "sulfanilyl guanadine", "cas-57-67-0", "solfaguanidina [dcit]", "sulfoquanidine", "1-((p-aminophenyl)sulfonyl)guanidine", "4-amino-n-[amino(imino)methyl]benzenesulfonamide", "s-guanidine", "1-sulfanilylguanidine", "sulfaguanidine[inn]", "diacta", "sulfoguenil", "sulfadimidine imp. c (pharmeuropa)", "sulfentidine", "n(sup1)-amidinosulfanilamide", "sulfoguanidine", "sulphaguanidine", "sulfanilamide n(sup 1)-amidino-", "n(sup 1)-(diaminomethylene)sulfanilamide", "1-[(p-aminophenyl)sulfonyl]guanidine", "sulfaguanidina[spanish][inn]", "((4-aminophenyl)sulfonyl)guanidine", "sulfaguanidinum[latin]", "n(sup1)-guanylsulfanilamide", "1n-amino(imino)methyl-4-amino-1-benzenesulfonamide", "solfaguanidina", "silfanilyl-guanidine", "4-amino-n-(diaminomethylidene)benzenesulfonamide", "4-amino-n-carbamimidoylbenzenesulfonamide", "n-p-aminobenzenesulphonylguanidine monohydrate", "sulfoguanyl", "n(sup 1)-guanylsulfanilamide", "emerin", "shigatix", "sulfanilamide n(sup1)-amidino-", "aterian[wiki]", "4-amino-n-guanylbenzenesulfonamide", "abiguanil", "emerin (pharmaceutical) (van)", "200-345-9[einecs]", "emerin (pharmaceutical)", "amino[(4-aminophenyl)sulfonyl]carboxamidine", "1-[(4-aminobenzene)sulfonyl]guanidine", "sulgin", "[(p-aminophenyl)sulfonyl]guanidine", "ganidan", "suganyl", "sulfoguanidine", "4-amino-n-(aminoiminomethyl)benzenesulfonamide", "4-amino-n-carbamimidoylbenzolsulfonamid", "guamide", "benzenesulfonamide 4-amino-n-(aminoiminomethyl)-", "sulfanilamide n1-amidino-"}|>, "1225" -> <|"DatabaseID" -> "SW00847", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9404682]}, "IsomericSmiles" -> "c1ccc(cc1)COOCc2ccccc2", "OfficialNames" -> <|"Indian Approved Name" -> "benzyl peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11229634]}, "Synonyms" -> {"13822-09-8[rn]", "peroxide bis(phenylmethyl)", "13822-09-8", "dibenzyl peroxide", "peroxide", "bis(phenylmethyl) peroxide", "1,1'-[dioxybis(methylene)]dibenzene"}|>, "1226" -> <|"DatabaseID" -> "SW00848", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 35305]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00226"]}, "IsomericSmiles" -> "C1CCC2(CC1)OCC(O2)C[NH+]=C(N)N", "OfficialNames" -> <|"FDA Approved Drug" -> "GUANADREL SULFATE"|>, "PharmGKBID" -> "PA164745308", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 38521]}, "Synonyms" -> {"hylorel", "guanadrelum [inn-latin]", "guanadrel", "hyloride", "guanadrelum", "(1,4-dioxaspiro[4.5]dec-2-ylmethyl)guanidine", "cl 1388r", "guanadrel (inn)", "norepinephrine transporter", "guanadrel [inn]", "hylorel (tn)", "guanidine n-(1,4-dioxaspiro[4.5]dec-2-ylmethyl)-", "1-(1,4-dioxaspiro[4.5]dec-2-ylmethyl)guanidine", "40580-59-4[rn]", "guanadrel[inn]", "22195-34-2[rn]", "9005-49-6", "guanadrelum[latin]", "guanadrel sulfate[usp]", "net", "guanadrel sulfate", "u 28288d", "(1", "chebi:5555", "8325419[beilstein]", "(1,4-dioxaspiro(4.5)dec-2-ylmethyl)guanidine"}|>, "1227" -> <|"DatabaseID" -> "SW00848", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 35305]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00226"]}, "IsomericSmiles" -> "C1CCC2(CC1)OCC(O2)C[NH+]=C(N)N", "OfficialNames" -> <|"FDA Approved Drug" -> "GUANADREL SULFATE"|>, "PharmGKBID" -> "PA164745308", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 38521]}, "Synonyms" -> {"hylorel", "guanadrelum [inn-latin]", "guanadrel", "hyloride", "guanadrelum", "(1,4-dioxaspiro[4.5]dec-2-ylmethyl)guanidine", "cl 1388r", "guanadrel (inn)", "norepinephrine transporter", "guanadrel [inn]", "hylorel (tn)", "guanidine n-(1,4-dioxaspiro[4.5]dec-2-ylmethyl)-", "1-(1,4-dioxaspiro[4.5]dec-2-ylmethyl)guanidine", "40580-59-4[rn]", "guanadrel[inn]", "22195-34-2[rn]", "9005-49-6", "guanadrelum[latin]", "guanadrel sulfate[usp]", "net", "guanadrel sulfate", "u 28288d", "(1", "chebi:5555", "8325419[beilstein]", "(1,4-dioxaspiro(4.5)dec-2-ylmethyl)guanidine"}|>, "1228" -> <|"DatabaseID" -> "SW00849", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477448]}, "IsomericSmiles" -> "Cc1coc2c1CC3C(=C)CC=C[C@@]3(C2)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lindestrene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319038]}, "Synonyms" -> {"ac1nsxl4", "lindestrene", "(8as)-3"}|>, "1229" -> <|"DatabaseID" -> "SW00849", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477448]}, "IsomericSmiles" -> "Cc1coc2c1CC3C(=C)CC=C[C@@]3(C2)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lindestrene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319038]}, "Synonyms" -> {"ac1nsxl4", "lindestrene", "(8as)-3"}|>, "1230" -> <|"DatabaseID" -> "SW00850", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21845]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(c1ccccc1Cl)O", "OfficialNames" -> <|"NPC Approved Name" -> "clorprenaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23360]}, "Synonyms" -> {"clorprenaline hydrochloride", "n-isopropyl-2-hydroxy-2-(o-chlorophenyl)ethylamine hydrochloride", "isoprophenamine hydrochloride", "1-(2-chlorophenyl)-2-(isopropylamino)ethanol hydrochloride", "1-(2-chlorophenyl)-2-(isopropylamino)ethanolhydrochloride (1:1)[acd/iupac name]", "230-058-4[einecs]", "clorprenaline hydrochloride anhydrous", "6933-90-0[rn]", "nsc 334693", "einecs 230-058-4", "1-(2-chlorophenyl)-2-(propan-2-ylamino)ethanol hydrochloride (1:1)", "6933-90-0", "usaf el-50", "isoprophenamine (van)", "clorprealine hcl"}|>, "1231" -> <|"DatabaseID" -> "SW00850", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21845]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(c1ccccc1Cl)O", "OfficialNames" -> <|"NPC Approved Name" -> "clorprenaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23360]}, "Synonyms" -> {"clorprenaline hydrochloride", "n-isopropyl-2-hydroxy-2-(o-chlorophenyl)ethylamine hydrochloride", "isoprophenamine hydrochloride", "1-(2-chlorophenyl)-2-(isopropylamino)ethanol hydrochloride", "1-(2-chlorophenyl)-2-(isopropylamino)ethanolhydrochloride (1:1)[acd/iupac name]", "230-058-4[einecs]", "clorprenaline hydrochloride anhydrous", "6933-90-0[rn]", "nsc 334693", "einecs 230-058-4", "1-(2-chlorophenyl)-2-(propan-2-ylamino)ethanol hydrochloride (1:1)", "6933-90-0", "usaf el-50", "isoprophenamine (van)", "clorprealine hcl"}|>, "1232" -> <|"DatabaseID" -> "SW00852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3698]}, "IsomericSmiles" -> "c1cc(oc1)CNc2c3c(nc[nH]3)ncn2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cytokinin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3830]}, "Synonyms" -> {"6-furfuryladenine", "n6-(furfurylamino)purine", "6-(furfurylamino)purine", "n6-furfuryladenine", "n-furfuryladenine", "2-furanmethanamine n-1h-purin-6-yl-", "n6-(2-furylmethyl)-9h-purin-6-amine", "n-(2-furylmethyl)-1h-purin-6-amin[german]", "9001-54-1[rn]", "9h-purin-6-amine n-(2-furanylmethyl)-", "kinetin", "n-(furan-2-ylmethyl)-7h-purin-6-amine", "furfuryl(purin-6-yl)amine", "6-furfurylaminopurine; n-(2-furanylmethyl)-1h-puri", "177966-68-6[rn]", "n-(2-furylmethyl)-1h-purin-6-amine", "6-furfurylaminopurine[wiki]", "k-4000", "cytokinin", "25-79-1", "kinetin (van)", "n6-(2-furylmethyl)-9h-6-purinamine", "33446-70-7[rn]", "6046-79-3[rn]", "208-382-2[einecs]", "n-(furan-2-ylmethyl)-1h-purin-6-amine", "adenine", "525-79-1", "7h-purin-6-amine n-(2-furanylmethyl)-", "cytex", "1h-purin-6-amine n-(2-furanylmethyl)-", "n(6)-furfuryladenine", "t56 bm dn gn inj fm1- bt5oj[wln]", "525-80-4[rn]", "n-(2-furanylmethyl)-1h-purin-6-amine", "n-(2-furylmethyl)-9h-purin-6-amine", "(2-furylmethyl)purin-6-ylamine", "t56 bm dn fn hnj im1- bt5oj[wln]", "n-(furan-2-ylmethyl)-9h-purin-6-amine", "n-(2-furylmethyl)-3h-purin-6-amine", "furfurylaminopurine", "6-[(fur-2-ylmethyl)amino]purine", "adenine n-furfuryl-", "525-79-1[rn]", "6-furfurylaminopurine", "kinetin[wiki]", "21703", "furan-2-ylmethyl-(9h-purin-6-yl)-amine", "232-614-1[einecs]"}|>, "1233" -> <|"DatabaseID" -> "SW00853", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59607"]}, "IsomericSmiles" -> "C1N2CN3CN1C[N+](C2)(C3)C/C=C/Cl", "OfficialNames" -> <|"NPC Approved Name" -> "1-(3-chloroallyl)-hexaminium chloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433396]}, "Synonyms" -> {"dowicil 75", "cinartc 200", "quaternium-15", "1-(3-chloroallyl)-3", "4080-31-3", "methenamine 3-chloroallylochloride", "n-(3-chloroallyl)hexaminium chloride", "hexamethylenetetramine chloroallyl chloride", "quaternium 15", "dowicide q"}|>, "1234" -> <|"DatabaseID" -> "SW00855", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2265]}, "IsomericSmiles" -> "COc1c2ccc(=O)oc2cc3c1cco3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07521"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furanocoumarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2355]}, "Synonyms" -> {"bergaptene", "5-methoxyfuranocoumarin", "majudin", "5-methoxypsoralen", "heraclin", "psoraderm", "o-methylbergaptol", "bergaptan", "4-methoxy-7h-furo[3,2-g]chromen-7-one[acd/iupac name]", "7h-furo[3,2-g][1]benzopyran-7-one 4-methoxy-", "207-604-5[einecs]", "4-methoxy-7h-furo[3,2-g]chromen-7-on[german]", "5-mop", "4-methoxy-7h-furo(3,2-g)(1)benzopyran-7-one", "5-methoxyfurano[3,2-g]chromen-2-one", "5-methoxy-2h-furo[3,2-g]chromen-2-one", "bergapten[wiki]", "7h-furo(3,2-g)(1)benzopyran-7-one 4-methoxy-", "pentaderm", "5-19-06-00004 (beilstein handbook reference)[beilstein]", "4-methoxyfuro[3,2-g]benzopyrane-7-one", "5-methoxy-6,7-furanocoumarin", "4-methoxy-7h-furo[3,2-g][1]benzopyran-7-one", "4-methoxy psoralen", "484-20-8[rn]", "4-methoxyfuro(3,2-g)chromen-7-one", "bergapten", "5-methoxy psoralen", "484-20-8", "4-methoxy-furo[3,2-g]chromen-7-one"}|>, "1235" -> <|"DatabaseID" -> "SW00856", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18358"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3971]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00553"]}, "IsomericSmiles" -> "COc1c2c(ccc(=O)o2)cc3c1occ3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00139"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthotoxine", "FDA Approved Drug" -> "METHOXSALEN"|>, "PharmGKBID" -> "PA450433", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4114]}, "Synonyms" -> {"meloxine", "meladinin", "xanthotoxin", "oxypsoralen", "meladinine", "ammoidin", "puvalen", "methoxsalen", "oxsoralen", "8-methoxypsoralen", "new-meladinin", "methoxalen", "ultra mop", "meladoxen", "zanthotoxin", "puvamet", "proralone-mop", "methoxaten", "ultramop lotion", "xanthotoxine", "oxoralen", "psoralen-mop", "uvadex", "methoxa-dome", "ammodin", "9-methoxy-7h-furo[3,2-g]chromen-7-one[acd/iupac name]", "8-mp", "methoxsalen[wiki]", "deoxyribonucleic acid", "8 mop", "8-mop", "8-methoxypsoralene", "dermox", "oxsoralen lotion", "8-methoxy-2',3',6,7-furocoumarin", "7h-furo[3,2-g][1]benzopyran-7-one 9-methoxy- (8ci 9ci)", "8-methoxy-2',3',6 7-furocoumarin", "geroxalen", "oxsoralen[wiki]", "8 methoxypsoralen", "xanthotoxin metoxaleno dltasoralen", "xanthoxin", "9-methoxyfuro[3,2-g][1]benzopyran-7-one", "methoxsalen 8-", "8-methoxy-(furano-3'.2':6.7-coumarin)", "9-methoxy-7h-furo[3,2-g]chromen-7-on", "9-methoxy-7h-furo(3,2-g)(1)benzopyran-7-one", "d008730", "psoralon-mop", "8-methoxy-[furano-3'.2':6.7-coumarin]", "206-066-9[einecs]", "8-methoxyfuranocoumarin*methoxsalen*o-methylxanthotoxol", "oxsoralen-ultra", "methoxy-8-psoralen", "298-81-7[rn]", "meladinina", "8-methoxy-4',5',6,7-furocoumarin", "9-methoxyfurano[3,2-g]chromen-2-one", "ultramop", "9-methoxyfuro[3,2-g]chromen-7-one", "methoxa dome", "56-93-9[rn]", "7h-furo[3,2-g][1]benzopyran-7-one 9-methoxy-", "oxsoralen (tn)", "9-methoxy-7h-furo[3,2-g][1]benzopyran-7-one", "o-methylxanthotoxol", "8-methoxy (furano-3'.2':6.7-coumarin)", "deltasoralen", "8-methoxyfuranocoumarin", "9-(methyloxy)-7h-furo[3,2-g]chromen-7-one", "meladinin (van)", "9-methoxypsoralen", "7-furocoumarin", "196453[beilstein]", "xanthotoxin;metoxaleno; dltasoralen;meladinine;uvadex,;oxsoralen", "9-methoxy-7h-furo(3,2-g)benzopyran-7-one", "methoxsalen [ban:jan][jan]", "8-methoxy[furano-3',2':6,7-coumarin]", "6-hydroxy-7-methoxy-5-benzofuranacrylic acid d-lactone", "8mop", "7h-furo(3,2-g)(1)benzopyran-7-one 9-methoxy-", "8mo", "9-methoxy-2h-furo[3,2-g]chromen-2-one", "8-methoxy-4',5':6,7-furocoumarin", "5-19-06-00015 (beilstein handbook reference)[beilstein]", "9-methoxyfuro(3,2-g)chromen-7-one", "8-methoxy"}|>, "1236" -> <|"DatabaseID" -> "SW00857", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91060]}, "IsomericSmiles" -> "Cc1cc2cccc(c2c(c1C(=O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nepodin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100780]}, "Synonyms" -> {"nepodin", "dianellidin", "musizin", "1-(1", "3785-24-8", "ethanone 1-(1,8-dihydroxy-3-methyl-2-naphthalenyl)-", "ar-1i3800", "chembl508681", "1-(1,8-dihydroxy-3-methyl-naphthalen-2-yl)-", "1-(1,8-dihydroxy-3-methyl-2-naphthalenyl)ethanone", "ac1l2pgu", "1-(1,8-dihydroxy-3-methyl-naphthalen-2-yl)-ethanone", "ac1q5g99", "1-(1,8-dihydroxy-3-methyl-naphthalen-2-yl)-ethanon", "ethanone", "molport-000-165-356", "1-(1,8-dihydroxy-3-methyl-2-naphthyl)ethanone[acd/iupac name]", "3785-24-8[rn]", "e"}|>, "1237" -> <|"DatabaseID" -> "SW00858", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3380"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 40130]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01197"]}, "IsomericSmiles" -> "C[C@H](CS)C(=O)N1CCC[C@H]1C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00251"]}, "OfficialNames" -> <|"China Approved Name" -> "captopril", "Indian Approved Name" -> "captopril"|>, "PharmGKBID" -> "PA448780", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44093]}, "Synonyms" -> {"captolane", "dilabar", "l-captopril", "captopril", "hypertil", "cesplon", "captopryl", "capoten", "captoril", "acepress", "apopril", "alopresin", "tenosbon", "lopril", "acepril", "lopirin", "hipertil", "tensoprel", "1-[(2s)-2-methyl-3-sulfanylpropanoyl]-l-proline[acd/iupac name]", "92 kda gelatinase", "1-[(2s)-3-mercapto-2-methyl-1-oxopropyl]-l-proline", "capozide (captopril + hydrochlorothiazide)_mixture", "(s)-1-((s)-3-mercapto-2-methyl-propionyl)-pyrrolidine-2-carboxylic acid", "novocaptopril", "1-(d-3-mercapto-2-methyl-1-oxopropyl)-l-proline (s,s)", "gelatinase b", "d-3-mercapto-2-methylpropionylproline", "matrix metalloproteinase-9 precursor", "62657-86-2", "ec 3.4.24.35", "capoten[wiki]", "3-mercapto-2-methylpropionyl-proline", "(2s)-1-[(2s)-2-methyl-3-sulfanylpropanoyl]pyrrolidine-2-carboxylic acid", "1-(3-mercapto-2-methyl-1-oxopropyl)-l-proline", "62571-86-2[rn]", "1-((2s)-3-mercapto-2-methylpropionyl)-l-proline", "477887[beilstein]", "captopril[wiki]", "(2s)-1-(3-mercapto-2-methylpropionyl)-l-proline", "captoprilum [inn_la]", "(-)-captopril", "captoprilum [inn-latin]", "(2s)-1-[(2r)-2-methyl-3-sulfanyl-propanoyl]pyrrolidine-2-carboxylic acid", "l-proline 1-((2s)-3-mercapto-2-methyl-1-oxopropyl)-", "l-proline 1-(3-mercapto-2-methyl-1-oxopropyl)- (s)-", "s-captopril", "(s)-1-(3-mercapto-2-methyl-1-oxo-propyl)-l-proline", "mco", "(2s)-1-((2s)-2-methyl-3-sulfanylpropanoyl)pyrrolidine-2-carboxylic acid", "acediur", "337376-15-5", "aceplus", "d-3-mercapto-2-methylpropanoyl-l-proline", "(s)-1-(3-mercapto-2-methyl-1-oxopropyl)-l-proline", "d-2-methyl-3-mercaptopropanoyl-l-proline", "92 kda type iv collagenase", "captopril [usan:ban:inn:jan][inn][jan][usan]", "tensiomin", "1-(o-3-mercapto-2-methyl-1-oxypropyl)-l-proline (s,s)", "n-[(s)-3-mercapto-2-methylpropionyl]-l-proline", "tensobon", "l-proline 1-[(2s)-3-mercapto-2-methyl-1-oxopropyl]-", "sq 14,225", "263-607-1[einecs]", "garranil", "acediur (captopril + hydrochlorothiazide)_mixture", "captoprilum[latin]", "1-pyrrolidinecarboxylic acid 1-(d-3-mercapto-2-methyl-1-propionyl)- l-(s,s)-", "garranil (discontinued)", "gelb", "(s)-1-((s)-3-mercapto-2-methylpropanoyl)pyrrolidine-2-carboxylic acid", "mmp-9", "aceplus (captopril + hydrochlorothiazide)_mixture", "acenorm;", "captril"}|>, "1238" -> <|"DatabaseID" -> "SW00859", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938271]}, "IsomericSmiles" -> "CCCCCCOC(=O)CCC(=O)C[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04436"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HEXAMINOLEVULINATE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433082]}, "Synonyms" -> {"hexaminolevulinate hydrochloride", "hexyl 5-amino-4-oxopentanoate hydrochloride", "hexvix", "unii-d4f329sl1o", "140898-91-5[rn]", "140898-91-5", "a-6140", "pentanoic acid 5-amino-4-oxo- hexyl ester hydrochloride", "pentanoicacid 5-amino-4-oxo- hexyl ester,hydrochloride (1:1)", "5-aminolevulinic acid hexylester hydrochloride", "5-aminolevulinic acid hexyl ester hydrochloride", "ac1o5fj4", "chembl1201785", "hexvisr", "cysview", "or1924", "hexyl 5-amino-4-oxopentanoate hydrochloride (1:1)"}|>, "1239" -> <|"DatabaseID" -> "SW00860", "IsomericSmiles" -> "c1cc2c(c(c1)NC3=[NH+]CCN3)CCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08624"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tramazoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5524]}, "Synonyms" -> {"tramazoline", "1082-57-1", "tramazoline hydrochloride", "tramazolina", "muconasal (tn)", "muconasal", "tramazoline (inn)", "towk", "2-((5", "tramazolinum", "1h-imidazol-2-amine"}|>, "1240" -> <|"DatabaseID" -> "SW00861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10278459]}, "IsomericSmiles" -> "Cc1coc2c1C/C=C(/CC/C=C(/C2)\\C)\\C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furanodiene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636458]}, "Synonyms" -> {"chembl324514", "(5e", "cyclodeca(b)furan,4,7,8,11-tetrahydro-3,6,10-trimethyl- (e,e)-", "(5e)-3,6,10-trimethyl-4,7,8,11-tetrahydrocyclodeca[b]furan", "3,6,10-trimethyl-4,7,8,11-tetrahydrocyclodeca[b]furan", "c16959", "19912-61-9", "inchi=1/c15h20o/c1-11-5-4-6-12(2)9-15-14(8-7-11)13(3)10-16-15/h6-7", "germacra-1(10),4,7,11-tetraene 8,12-epoxy- (z,e)-", "furanodiene", "3", "(5e)-3", "ac1lcs9w", "cyclodeca[b]furan", "cyclodeca[b]furan,4,7,8,11-tetrahydro-3,6,10-trimethyl- (5e)-"}|>, "1241" -> <|"DatabaseID" -> "SW00862", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 469838]}, "IsomericSmiles" -> "CC1=CC(=O)C=C(C12CCC(C2)C(=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rotunol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 539544]}, "Synonyms" -> {"inchi=1/c15h20o/c1-10(2)13-5-6-15(9-13)11(3)7-14(16)8-12(15)4/h7-8", "anhydro-.beta.-rotunol", "2-isopropenyl-6", "ag-j-65666", "6,10-dimethyl-2-(prop-1-en-2-yl)spiro[4.5]deca-6,9-dien-8-one", "6", "ac1lbooa", "2-isopropenyl-6,10-dimethylspiro[4.5]deca-6,9-dien-8-one", "spiro[4.5]deca-6,9-dien-8-one 6,10-dimethyl-2-(1-methylethenyl)-"}|>, "1242" -> <|"DatabaseID" -> "SW00862", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 469838]}, "IsomericSmiles" -> "CC1=CC(=O)C=C(C12CCC(C2)C(=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rotunol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 539544]}, "Synonyms" -> {"inchi=1/c15h20o/c1-10(2)13-5-6-15(9-13)11(3)7-14(16)8-12(15)4/h7-8", "anhydro-.beta.-rotunol", "2-isopropenyl-6", "ag-j-65666", "6,10-dimethyl-2-(prop-1-en-2-yl)spiro[4.5]deca-6,9-dien-8-one", "6", "ac1lbooa", "2-isopropenyl-6,10-dimethylspiro[4.5]deca-6,9-dien-8-one", "spiro[4.5]deca-6,9-dien-8-one 6,10-dimethyl-2-(1-methylethenyl)-"}|>, "1243" -> <|"DatabaseID" -> "SW00863", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478195]}, "IsomericSmiles" -> "CC1=CC(=O)C=C2C1(C[C@@H](C=C2)C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-nardostachone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320015]}, "Synonyms" -> {"(6r)-4", "nardostachone", "ac1nsyyo"}|>, "1244" -> <|"DatabaseID" -> "SW00863", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478195]}, "IsomericSmiles" -> "CC1=CC(=O)C=C2C1(C[C@@H](C=C2)C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-nardostachone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320015]}, "Synonyms" -> {"(6r)-4", "nardostachone", "ac1nsyyo"}|>, "1245" -> <|"DatabaseID" -> "SW00864", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141048]}, "IsomericSmiles" -> "Cc1ccc(cc1)[C@@H](C)CC(=O)C=C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "turmerone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160512]}, "Synonyms" -> {"turmerone", "(6s)-2-methyl-6-(4-methylphenyl)hept-2-en-4-one", "ar-turmerone", "zinc06071066", "ac-20332", "chembl1668333", "ac1l4nr4", "2-hepten-4-one 2-methyl-6-(4-methylphenyl)- (6s)-", "chebi:1166965", "532-65-0[rn]", "2-hepten-4-one 2-methyl-6-(4-methylphenyl)- (s)-", "(s)-ar-turmerone", "c078098", "(+)-ar-turmerone", "82508-15-4[rn]", "akos015965498", "532-65-0"}|>, "1246" -> <|"DatabaseID" -> "SW00865", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338385]}, "IsomericSmiles" -> "Cc1coc2c1C[C@H]3C(=C)CCC[C@@]3(C2)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "atractylol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3080635]}, "Synonyms" -> {"atractylon", "chebi:543894", "6989-21-5", "atractylol", "6989-21-5[rn]", "atractylone", "atractyloxide", "chembl486189", "naphtho(2,3-b)furan 4,4a,5,6,7,8,8a,9-octahydro-3,8a-dimethyl-5-methylene- (4as-trans)-", "98309-94-5[rn]", "(4as,8ar)-3,8a-dimethyl-5-methylidene-4,4a,5,6,7,8,8a,9-octahydronaphtho[2,3-b]furan", "c16919", "(4as", "(4as,8ar)-3,8a-dimethyl-5-methylidene-4h,4ah,5h,6h,7h,8h,8ah,9h-naphtho[2,3-b]furan", "ac1mivel", "naphtho[2,3-b]furan 4,4a,5,6,7,8,8a,9-octahydro-3,8a-dimethyl-5-methylene- (4as,8ar)-"}|>, "1247" -> <|"DatabaseID" -> "SW00866", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13922]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01463"]}, "IsomericSmiles" -> "CC[NH2+]C1C2CCC(C2)C1c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07343"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Fencamfamin"|>, "PharmGKBID" -> "PA164747055", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14584]}, "Synonyms" -> {"reactivan", "euvitol", "fencamfamina [dcit]", "fencamfamin", "fenacamfamin", "fencamfaminum [inn-latin]", "fencamfaminum", "glucoenergan", "fencamfamine [inn-french]", "fencamfamin hydrochloride", "fencamfamine", "2-ethylamino-3-phenylnorbornane", "fencamfamin[wiki]", "2-phenyl-3-ethylaminobicyclo(2.2.1)heptane", "bicyclo[2.2.1]heptan-2-amine n-ethyl-3-phenyl-", "2-ethylamino-3-phenylnorcamphane hydrochloride", "2-aethylamino-3-phenyl-nor-camphan[german]", "3-phenyl-n-ethyl-2-norbornanamine", "2-ethylamino-3-phenyl-norcamphane hydrochloride", "2-aethylamino-3-phenyl-nor-camphan", "fencanfamina[spanish][inn]", "n-ethyl-3-phenyl-2-norbornanamine", "norcamphane", "2240-14-4[rn]", "fencamfamine hydrochloride", "femcamfamine", "2-phenyl-3-ethylaminonorbornane", "da transporter", "dat", "1209-98-9[rn]", "fencanfamina [inn-spanish]", "bicyclo(2.2.1)heptan-2-amine n-ethyl-3-phenyl-", "218-805-2[einecs]", "fencamfamine[wiki]", "2-norbornanamine n-ethyl-3-phenyl-", "n-ethyl-3-phenylbicyclo[2.2.1]heptan-2-amine[acd/iupac name]", "2-ethylamino-3-phenylbicyclo[2.2.1]heptane", "2-ethylamino-3-phenylnorcamphane"}|>, "1248" -> <|"DatabaseID" -> "SW00866", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13922]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01463"]}, "IsomericSmiles" -> "CC[NH2+]C1C2CCC(C2)C1c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07343"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Fencamfamin"|>, "PharmGKBID" -> "PA164747055", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14584]}, "Synonyms" -> {"reactivan", "euvitol", "fencamfamina [dcit]", "fencamfamin", "fenacamfamin", "fencamfaminum [inn-latin]", "fencamfaminum", "glucoenergan", "fencamfamine [inn-french]", "fencamfamin hydrochloride", "fencamfamine", "2-ethylamino-3-phenylnorbornane", "fencamfamin[wiki]", "2-phenyl-3-ethylaminobicyclo(2.2.1)heptane", "bicyclo[2.2.1]heptan-2-amine n-ethyl-3-phenyl-", "2-ethylamino-3-phenylnorcamphane hydrochloride", "2-aethylamino-3-phenyl-nor-camphan[german]", "3-phenyl-n-ethyl-2-norbornanamine", "2-ethylamino-3-phenyl-norcamphane hydrochloride", "2-aethylamino-3-phenyl-nor-camphan", "fencanfamina[spanish][inn]", "n-ethyl-3-phenyl-2-norbornanamine", "norcamphane", "2240-14-4[rn]", "fencamfamine hydrochloride", "femcamfamine", "2-phenyl-3-ethylaminonorbornane", "da transporter", "dat", "1209-98-9[rn]", "fencanfamina [inn-spanish]", "bicyclo(2.2.1)heptan-2-amine n-ethyl-3-phenyl-", "218-805-2[einecs]", "fencamfamine[wiki]", "2-norbornanamine n-ethyl-3-phenyl-", "n-ethyl-3-phenylbicyclo[2.2.1]heptan-2-amine[acd/iupac name]", "2-ethylamino-3-phenylbicyclo[2.2.1]heptane", "2-ethylamino-3-phenylnorcamphane"}|>, "1249" -> <|"DatabaseID" -> "SW00866", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13922]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01463"]}, "IsomericSmiles" -> "CC[NH2+]C1C2CCC(C2)C1c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07343"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Fencamfamin"|>, "PharmGKBID" -> "PA164747055", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14584]}, "Synonyms" -> {"reactivan", "euvitol", "fencamfamina [dcit]", "fencamfamin", "fenacamfamin", "fencamfaminum [inn-latin]", "fencamfaminum", "glucoenergan", "fencamfamine [inn-french]", "fencamfamin hydrochloride", "fencamfamine", "2-ethylamino-3-phenylnorbornane", "fencamfamin[wiki]", "2-phenyl-3-ethylaminobicyclo(2.2.1)heptane", "bicyclo[2.2.1]heptan-2-amine n-ethyl-3-phenyl-", "2-ethylamino-3-phenylnorcamphane hydrochloride", "2-aethylamino-3-phenyl-nor-camphan[german]", "3-phenyl-n-ethyl-2-norbornanamine", "2-ethylamino-3-phenyl-norcamphane hydrochloride", "2-aethylamino-3-phenyl-nor-camphan", "fencanfamina[spanish][inn]", "n-ethyl-3-phenyl-2-norbornanamine", "norcamphane", "2240-14-4[rn]", "fencamfamine hydrochloride", "femcamfamine", "2-phenyl-3-ethylaminonorbornane", "da transporter", "dat", "1209-98-9[rn]", "fencanfamina [inn-spanish]", "bicyclo(2.2.1)heptan-2-amine n-ethyl-3-phenyl-", "218-805-2[einecs]", "fencamfamine[wiki]", "2-norbornanamine n-ethyl-3-phenyl-", "n-ethyl-3-phenylbicyclo[2.2.1]heptan-2-amine[acd/iupac name]", "2-ethylamino-3-phenylbicyclo[2.2.1]heptane", "2-ethylamino-3-phenylnorcamphane"}|>, "1250" -> <|"DatabaseID" -> "SW00866", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13922]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01463"]}, "IsomericSmiles" -> "CC[NH2+]C1C2CCC(C2)C1c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07343"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Fencamfamin"|>, "PharmGKBID" -> "PA164747055", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14584]}, "Synonyms" -> {"reactivan", "euvitol", "fencamfamina [dcit]", "fencamfamin", "fenacamfamin", "fencamfaminum [inn-latin]", "fencamfaminum", "glucoenergan", "fencamfamine [inn-french]", "fencamfamin hydrochloride", "fencamfamine", "2-ethylamino-3-phenylnorbornane", "fencamfamin[wiki]", "2-phenyl-3-ethylaminobicyclo(2.2.1)heptane", "bicyclo[2.2.1]heptan-2-amine n-ethyl-3-phenyl-", "2-ethylamino-3-phenylnorcamphane hydrochloride", "2-aethylamino-3-phenyl-nor-camphan[german]", "3-phenyl-n-ethyl-2-norbornanamine", "2-ethylamino-3-phenyl-norcamphane hydrochloride", "2-aethylamino-3-phenyl-nor-camphan", "fencanfamina[spanish][inn]", "n-ethyl-3-phenyl-2-norbornanamine", "norcamphane", "2240-14-4[rn]", "fencamfamine hydrochloride", "femcamfamine", "2-phenyl-3-ethylaminonorbornane", "da transporter", "dat", "1209-98-9[rn]", "fencanfamina [inn-spanish]", "bicyclo(2.2.1)heptan-2-amine n-ethyl-3-phenyl-", "218-805-2[einecs]", "fencamfamine[wiki]", "2-norbornanamine n-ethyl-3-phenyl-", "n-ethyl-3-phenylbicyclo[2.2.1]heptan-2-amine[acd/iupac name]", "2-ethylamino-3-phenylbicyclo[2.2.1]heptane", "2-ethylamino-3-phenylnorcamphane"}|>, "1251" -> <|"DatabaseID" -> "SW00868", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 108691]}, "IsomericSmiles" -> "c1cc(c2c(c1F)non2)S(=O)(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "calcium polystrene sulphonate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 121825]}, "Synonyms" -> {"ammonium 7-fluorobenzofurazan-4-sulfonate", "sbd-f", "sulphonate", "afsbf", "7-fluorobenzofurazan-4-sulfonic acid ammonium salt", "4-fluoro-7-sulfobenzofurazan ammonium salt", "7-fluorobenzo-2-oxa-1,3-diazole-4-sulfonate", "4-benzofurazansulfonic acid 7-fluoro- ammonium salt", "7-fluorobenzo-2-oxa-1,3-diazole-4-sulfonicacidammoniumsalt", "2,1,3-benzoxadiazole-4-sulfonic acid 7-fluoro- ammonium salt", "2,1,3-benzoxadiazole-4-sulfonate 7-fluoro-,ammoniumsalt (1:1)", "ammonium-7-fluorobenzo-2-oxa-1,3-diazole-4-sulfonate", "7-fluorobenz-2,1,3-oxadiazole-4-sulfonic acid ammonium salt", "ammonium 7-fluoro-2,1,3-benzoxadiazole -4-sulphonate", "7-fluoro-2", "7-fluorobenz-2", "84806-27-9[rn]", "7-fluoro-4-benzofurazansulfonic acid ammonium salt", "7-fluorobenzo[c]1,2,5-oxadiazole-4-sulfonic acid azamethane", "ammonium 4-fluoro-7-sulfobenzofurazan", "ammonium 7-fluoro-2,1,3-benzoxadiazole-4-sulfonate", "ammonium 7-fluoro-2", "ammonium 7-fluoro-2,1,3-benzoxadiazole-4-sulphonate", "ammonium 7-fluoro-2,1,3-benzoxadiazole-4-", "ac1l3tha"}|>, "1252" -> <|"DatabaseID" -> "SW00869", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3367]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01437"]}, "IsomericSmiles" -> "CCC1(CCC(=O)NC1=O)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00532"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Glutethimide", "FDA Approved Drug" -> "GLUTETHIMIDE"|>, "PharmGKBID" -> "PA164749505", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3487]}, "Synonyms" -> {"alfimid", "noxiron", "glutetimide", "glutethimide", "gluthetimide", "doriden", "glutathimid", "sarodormin", "glutethimid", "glutetimid", "rigenox", "noxyron", "glimid", "elrodorm", "gimid", "ondasil", "phenyl-aethyl-glutarsaeureimid[german]", "3-ethyl-3-phenyl-2 6-diketopiperidine", "3-phenyl-3-ethyl-2,6-dioxopiperidine", "dorimide", "glutethimide [ban:inn][inn]", "3-ethyl-3-phenyl-piperidine-2,6-dione", "glutethimide[wiki]", "201-012-0[einecs]", "3-ethyl-3-phenylpiperidine-2,6-dione", "glutetimidu[polish]", "glutarimide 2-ethyl-2-phenyl-", "3-ethyl-3-phenyl-2,6-diketopiperidine", "3-phenyl-3-ethyl-2,6-diketopiperidine", "d005984", "3-ethyl-3-phenyl-2,6-dioxopiperidine", "glutetimide [dcit]", "doriden[wiki]", "doriden (tn)", "dl-glutethimide", "glutethimidum[latin]", "2-ethyl-2-phenylgluterimide", "doriden-sed", "glutetimida[spanish][inn]", "2,6-piperidinedione 3-ethyl-3-phenyl-", "a-ethyl-a-phenylglutarimide", "3-phenyl-3-ethyl-2 6-diketopiperidine", "3-ethyl-3-phenyl-2,6-piperidinedione[acd/iupac name]", "77-21-4[rn]", "2-phenyl-2-ethylglutaric acid imide", "gamma-aminobutyric-acid receptor subunit alpha-1 precursor", "2-ethyl-2-phenylglutarimide"}|>, "1253" -> <|"DatabaseID" -> "SW00869", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3367]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01437"]}, "IsomericSmiles" -> "CCC1(CCC(=O)NC1=O)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00532"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Glutethimide", "FDA Approved Drug" -> "GLUTETHIMIDE"|>, "PharmGKBID" -> "PA164749505", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3487]}, "Synonyms" -> {"alfimid", "noxiron", "glutetimide", "glutethimide", "gluthetimide", "doriden", "glutathimid", "sarodormin", "glutethimid", "glutetimid", "rigenox", "noxyron", "glimid", "elrodorm", "gimid", "ondasil", "phenyl-aethyl-glutarsaeureimid[german]", "3-ethyl-3-phenyl-2 6-diketopiperidine", "3-phenyl-3-ethyl-2,6-dioxopiperidine", "dorimide", "glutethimide [ban:inn][inn]", "3-ethyl-3-phenyl-piperidine-2,6-dione", "glutethimide[wiki]", "201-012-0[einecs]", "3-ethyl-3-phenylpiperidine-2,6-dione", "glutetimidu[polish]", "glutarimide 2-ethyl-2-phenyl-", "3-ethyl-3-phenyl-2,6-diketopiperidine", "3-phenyl-3-ethyl-2,6-diketopiperidine", "d005984", "3-ethyl-3-phenyl-2,6-dioxopiperidine", "glutetimide [dcit]", "doriden[wiki]", "doriden (tn)", "dl-glutethimide", "glutethimidum[latin]", "2-ethyl-2-phenylgluterimide", "doriden-sed", "glutetimida[spanish][inn]", "2,6-piperidinedione 3-ethyl-3-phenyl-", "a-ethyl-a-phenylglutarimide", "3-phenyl-3-ethyl-2 6-diketopiperidine", "3-ethyl-3-phenyl-2,6-piperidinedione[acd/iupac name]", "77-21-4[rn]", "2-phenyl-2-ethylglutaric acid imide", "gamma-aminobutyric-acid receptor subunit alpha-1 precursor", "2-ethyl-2-phenylglutarimide"}|>, "1254" -> <|"DatabaseID" -> "SW00870", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 172372]}, "IsomericSmiles" -> "CCOc1ccc2c(c1)C(=CC(N2)(C)C)C", "OfficialNames" -> <|"NPC Approved Name" -> "santoquin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 199144]}, "Synonyms" -> {"quinol edk sulfate", "6-ethoxy-2", "santoquin sulfate", "ls-141848", "ag-f-32402", "3763-77-7", "quinoline 1,2-dihydro-6-ethoxy-2,2,4-trimethyl- sulfate (1:1)", "ctk1c2730", "ac1l56s7", "3763-77-7[rn]", "quinoline"}|>, "1255" -> <|"DatabaseID" -> "SW00871", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5865]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01460"]}, "IsomericSmiles" -> "CC[NH+](CC)CCc1c[nH]c2c1cccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Diethyltryptamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6090]}, "Synonyms" -> {"3-(2-diethylaminoethyl)indole", "diethyltryptamine", "d.e.t.", "det", "n", "63938-63-6[rn]", "1h-indole-3-ethanamine n,n-diethyl- (9ci)", "indole 3-(2-(diethylamino)ethyl)-", "61-51-8[rn]", "indole", "tryptamine n,n-diethyl", "5-22-10-00050 (beilstein handbook reference)[beilstein]", "n,n-diethyl-2-(1h-indol-3-yl)ethanamine", "diethyl-[2-(1h-indol-3-yl)-ethyl]-amine", "1h-indole-3-ethanamine n,n-diethyl-", "20671-78-7", "20671-78-7[rn]", "n,n-diethyl-2-(1h-indol-3-yl)ethanamine[acd/iupac name]", "brn 0153320", "diethyltryptamine[wiki]", "n,n-diethyltryptamine[wiki]", "dea no. 7434", "stk368075"}|>, "1256" -> <|"DatabaseID" -> "SW00872", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "46905"], ExternalIdentifier["ChEBIID", "29032"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6361], ExternalIdentifier["ChemSpiderID", 9952024]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01783"]}, "IsomericSmiles" -> "CC(C)(CO)[C@H](C(=O)NCCC(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07413"], ExternalIdentifier["KEGGID", "D01082"]}, "OfficialNames" -> <|"Indian Approved Name" -> "vitamin b5;calcium pantothenate;cal pantothenate;pantothenic acid;ca pantothenate;calcium d pantothenate", "FDA Approved Drug" -> "PANTOTHENIC ACID"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6613], ExternalIdentifier["PubChemCompoundID", 443753], ExternalIdentifier["PubChemCompoundID", 11777341]}, "Synonyms" -> {"pantothenic acid", "calcium pantothenate", "(r)-pantothenate", "pantothenoic acid", "chick antidermatitis factor", "79-83-4", "vitamin b5", "n-[(2r)-2,4-dihydroxy-3,3-dimethylbutanoyl]-beta-alanine", "rts protein", "pantothenic acid kinase", "ec 2.7.1.33", "(+)-pantothenic acid", "vitamin b 5", "calpan", "pantothenic acid d-", "b-alanine n-[(2r)-2,4-dihydroxy-3,3-dimethyl-1-oxobutyl]- (9ci)", "pantothenic acid d- (8ci)", "1727064[beilstein]", "d(+)-n-(2,4-dihydroxy-3,3-dimethylbutyryl)-b-alanine", "pantothenate", "kyselina pantothenova[czech]", "d-pantothenic acid", "79-83-4[rn]", "3-[(2r)-2,4-dihydroxy-3,3-dimethylbutanamido]propanoic acid", "hsdb 1020", "pantothenate;vitamin b5", "pantothenate[wiki]", "10-20-8[rn]", "d-pantothenic acid[wiki]", "201-229-0[einecs]", "4-04-00-02569 (beilstein handbook reference)[beilstein]", "(d)-(+)-pantothenic acid", "kyselina pantothenova [czech]", "pantothenic acid[wiki]", "calpanate", "(r)-n-(2,4-dihydroxy-3,3-dimethyl-1-oxobutyl)-b-alanine", "d-(+)-pantothenyl alcohol", "(r)-pantothenic acid", "3563-85-7[rn]", "li7", "pantothenylol", "pantothen pharmaselect", "calpan (tn)", "vitamin-?b5", "(r)-(+)-n-(2", "calcium d-pantothenate", "ncgc00183031-01", "nsc-36292", "(r)-()-n-(2", "nsc36292", "137-08-6", "d-calcium pantothenate", "vitamin- b5", "vitamin b-5", "panthoject", "d-pantothenic acid hemicalcium salt"}|>, "1257" -> <|"DatabaseID" -> "SW00873", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3924]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00371"]}, "IsomericSmiles" -> "CCCC(C)(COC(=O)N)COC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00376"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Meprobamate", "FDA Approved Drug" -> "MEPROBAMATE"|>, "PharmGKBID" -> "PA450377", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4064]}, "Synonyms" -> {"tranmep", "amepromat", "dapaz", "meprobamate", "anathylmon", "miltown", "equanil", "meprocompren", "coprobate", "my-trans", "milprem", "placitate", "procalmadiol", "setran", "perequil", "seril", "andaxin", "calmadin", "apasil", "reostral", "sadanyl", "trankvilan", "aneusral", "milpath", "carbaxin", "restenyl", "panediol", "apascil", "vio-bamate", "tranquinol", "hartol", "arcoban", "meprobamat", "meprodil", "andaksin", "mepro-aspirin", "meprotan", "tranquiline", "enorden", "cyrpon", "pan-tranquil", "trelmar", "miltuan", "ayeramate", "quanane", "trancot", "solevione anastress", "ansiowas", "meprospan", "cirponyl", "quanil", "pimal", "meprotil", "atraxin", "edenal", "spantran", "sedoquil", "misedant", "quietidon", "meprosin", "fas-cile 200", "quaname", "anastress", "ansiatan", "wyseals", "miltamato", "meproban", "neo-tran", "neuramate", "mepantin", "tensol", "protran", "calmiren", "canquil 400", "dormabrol", "meproleaf", "meprosa", "miltann", "oasil", "equitar", "aneuxral", "mepiosine", "promate", "ansil", "diveron", "metranquil", "promato", "shalvaton", "meprozine", "diron", "meprovan", "prequil", "epicur", "aneuxal", "mesmar", "perequietil", "metractyl", "restenil", "procalmidol", "appetrol-sr", "cirpon", "harmonin", "multaun", "meposed", "robamate", "ansietan", "larten", "brobamate", "meprobam", "mepavlon", "sedabamate", "dicandiol", "meprol", "klort", "perquietil", "despasmol", "gadexyl", "pertranquil", "anural", "bamate", "micrainin", "tamate", "orlevol", "anatimon", "anxietil", "meprocon", "meprin", "pancalma", "lepenil", "ataraxine", "meprosan", "ecuanil", "equatrate", "appetrol", "optarket", "procarbamide", "pathibamate", "vistabamate", "probate", "meprotanum", "procalmadol", "placidon", "equinil", "lepetown", "wardamate", "tranquilate", "paxin", "mepriam", "pankalma", "urbil", "meprodiol", "equazine-m", "quivet", "anzil", "deprol", "crestanil", "meprindon", "nervonus", "nephentine", "cypron", "3p bamate", "meproten", "arpon", "sedazil", "scolazil", "meprotabs", "sedoselecta", "tranquilan", "restinal", "meprocon cmc", "apo-meprobamate", "auxietil", "miltaun", "tranquilsan", "tensonal", "ipsotian", "probamato", "libiolan", "tranquilax", "zirpon", "canquil-400", "restinil", "mepranil", "estasil", "biobamat", "aneural", "probamyl", "q-gesic", "aneurol", "miltrate", "proquanil", "biobamate", "mepro-analgesic", "sedanil", "artolon", "morbam", "stensolo", "holbamate", "meptran", "letyl", "sedanyl", "urbilat", "ayermate", "calmax", "tranlisant", "rastenil", "kesso-bamate", "amosene", "sk-bamate", "mar-bate", "orolevol", "margonil", "meprospan 400", "sowell", "4-03-00-00073", "tranquillin", "epikur", "carbamic acid 2-carbamoyloxymethyl-2-methyl-pentyl ester", "carisoprodol[wiki]", "2-metil-2-n-propil-1,3-propanediol dicarbamato[spanish]", "2-[(carbamoyloxy)methyl]-2-methylpentyl carbamate[acd/iupac name]", "meprospan-400", "meprobamic acid", "milprem-400", "2-[(carbamoyloxy)methyl]-2-methylpentylcarbamat", "restran", "meprovanmeprozine", "57-53-4[rn]", "2-[(carbamoyloxy)methyl]-2-methylpentyl carbamate (non-preferred name)", "meprobamato [italian]", "dea no. 2820", "equagesic tablets (acetylsalicylic acid + ethoheptazine citrate + meprobamate)_mixture", "erina[wiki]", "meprobamate [usan:ban:inn:jan][inn][jan][usan]", "meprobamate methanol solution", "equanil[wiki]", "meptranactylmilprem", "gamma-aminobutyric-acid receptor subunit alpha-6 precursor", "[2-(carbamoyloxymethyl)-2-methyl-pentyl] carbamate", "85713-62-8[rn]", "tranquil", "miltown-600", "(meprobamate)carbamic acid2-carbamoyloxymethyl-2-methyl-pentylester", "sowell[wiki]", "mepamtin", "bamo 400", "milprem-200", "2,2-di(carbamoyloxymethyl)pentane; meprobamate", "meprobamato[italian]", "equagesic[wiki]", "meprobamato[spanish][inn]", "equilium", "2-methyl-2-n-propyl-1,3-propanediol dicarbamate", "bamd 400", "mpb", "mepron", "1,3-propanediol 2-methyl-2-propyl- dicarbamate", "282 mep tab (acetylsalicylic acid + caffeine citrate + codeine phosphate + meprobamate)_mixture", "2-methyl-2-propylpropane-1,3-diol dicarbamate", "meprospan[wiki]", "selene", "selene[wiki]", "cap-o-tran", "meprobamat[german]", "200-337-5[einecs]", "diurnal", "miltown[wiki]", "meprospan-200", "meprobamat [german]", "tranquisan", "meprobamatum [inn-latin]", "carbamic acid 2-methyl-2-propyltrimethylene ester", "equagesic", "carbamic acid 2-methyl-2-propyltrimethylene ester", "meprobamatum[latin]", "erina", "diurnal[wiki]", "2,2-di(carbamoyloxymethyl)pentane", "fas-cile", "kessobamate", "miltown 600", "mendel[wiki]", "mepronil", "madiol", "miltown-400", "pensive[wiki]", "pensive", "gagexyl", "2-methyl-2-propyl-1,3-propanediol dicarbamate", "9005-80-5[rn]", "meprobamate[wiki]", "mendel", "282 mep (acetylsalicylic acid + caffeine citrate + codeine phosphate + meprobamate)_mixture", "meprospan 200", "diurnaldiverondormabrol", "miltwon", "2-methyl-2-propyltrimethylene carbamate", "meprobamate (jan/usp)[usp][jan]", "miltown-200", "meprobamato [inn-spanish]", "4-03-00-00073 (beilstein handbook reference)[beilstein]", "{2-[(carbamoyloxy)methyl]-2-methylpentyl} carbamate"}|>, "1258" -> <|"DatabaseID" -> "SW00874", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "58058"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 167647]}, "IsomericSmiles" -> "C[C@H](C(=O)[O-])[NH2+][C@@H](CCCC[NH3+])C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lysopine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 193187]}, "Synonyms" -> {"d-lysopine", "n2-(d-1-carboxyethyl)-l-lysine", "lysopine", "(r)-n(2)-(1-carboxyethyl)-l-lysine", "ac1l4vrw", "ar-1k5094", "34522-31-1", "n(2)-[(1r)-1-carboxyethyl]-l-lysine", "34522-31-1[rn]", "n(2)-(d-1-carboxyethyl)-l-lysine", "chebi:17213", "n2-[(1r)-1-carboxyethyl]-l-lysine", "ac1q5r1d"}|>, "1259" -> <|"DatabaseID" -> "SW00875", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4740]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00794"]}, "IsomericSmiles" -> "CCC1(C(=O)NCNC1=O)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00474"]}, "OfficialNames" -> <|"Indian Approved Name" -> "primidone", "FDA Approved Drug" -> "PRIMIDONE"|>, "PharmGKBID" -> "PA451105", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4909]}, "Synonyms" -> {"mizodin", "primaclone", "misodine", "lepimidin", "primidone", "lepsiral", "mysoline", "mylepsinum", "hexadiona", "prilepsin", "prysoline", "majsolin", "apo-primidone", "primacione", "medi-pets", "primacone", "midone", "milepsin", "pms primidone", "primakton", "primidon", "primoline", "misolyne", "mysedon", "sertan", "resimatil", "cyral", "mizolin", "desoxyphenobarbitone", "myidone", "mylepsin", "hexamidine", "neurosyn", "5-ethylhexahydro-4,6-dioxo-5-phenylpyrimidine", "prilepsin.", "mysoline[wiki]", "5-ethyl-5-phenyldihydropyrimidine-4,6(1h,5h)-dione", "glur-2", "desoxyphenobarbital", "5-ethyl-5-phenyl-dihydro-pyrimidine-4,6-dione", "ampa-selective glutamate receptor 2", "mysoline;neurosyn;mylepsin", "glutamate receptor 2 precursor", "5-ethyldihydro-5-phenyl-4,6(1h,5h)-pyrimidinedione", "5-24-08-00102 (beilstein handbook reference)[beilstein]", "[125-33-7]", "4,6(1h,5h)-pyrimidinedione 5-ethyldihydro-5-phenyl-", "mysoline neurosyn mylepsin", "4,6 (1h,5h)-pyrimidinedione 5-ethyldihydro-5-phenyl-", "d011324", "glur-k2", "204-737-0[einecs]", "cas-125-33-7", "5-phenyl-5-ethylhexahydropyrimidine-4,6-dione", "5-aethyl-5-phenyl-hexahydropyrimidin-4,6-dion[german]", "pyrimidone \"medi-pets\"", "2-deoxyphenobarbital", "primidone[wiki]", "primidone methanol solution", "liskantin[wiki]", "5-ethyl-5-phenyl-dihydro-pyrimidine-4,6-dione(primidone)", "primidonum[latin]", "5-ethyl-5-phenyldihydro-4,6(1h,5h)-pyrimidinedione[acd/iupac name]", "337376-15-5", "125-33-7[rn]", "5-ethyl-5-phenyl-1,3-diazinane-4,6-dione", "5-ethylhexahydro-5-phenylpyrimidine-4,6-dione", "sertan[wiki]", "liskantin", "primidone [usan:ban:inn:jan][inn][jan][usan]", "primidona[spanish][inn]", "5-phenyl-5-ethyl-hexahydropyrimidine-4,6-dione", "5-ethyl-5-phenyldihydropyrimidin-4,6(1h,5h)-dion", "5-ethyl-5-phenyl-1,2,3,5-tetrahydropyrimidine-4,6-dione", "5-ethyl-5-phenyl-dihydropyrimidine-4,6(1h,5h)-dione", "glutamate receptor ionotropic ampa 2", "4 4'-(hexamethylenedioxy)dibenzamidine", "5-ethyl-5-phenyl-hexahydropyrimidine-4,6-dione", "glur-b", "pyrimidone medi-pets", "2-desoxyphenobarbital", "5-phenyl-5-aethylhexahydropyrimidindion-(4,6)[german]", "5-ethyl-5-phenylhexahydropyrimidine-4,6-dione", "mysoline (tn)", "primidon holsten"}|>, "1260" -> <|"DatabaseID" -> "SW00876", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3920]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00532"]}, "IsomericSmiles" -> "CCC1(C(=O)N(C(=O)N1)C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00375"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MEPHENYTOIN"|>, "PharmGKBID" -> "PA450373", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4060]}, "Synonyms" -> {"sedantoinal", "sedantoin", "insulton", "mesantoin", "epiazin", "methoin", "mephenytoin", "triantoin", "phenantoin", "methylphenetoin", "mesdontoin", "metydan", "methyl hydantoin", "sedantional", "sacerno", "mephentoin", "gerot-epilan", "mesontoin", "50-12-4[rn]", "mephenytoin[wiki][usp]", "mesantoin (tn)", "5-ethyl-3-methyl-5-phenyl-imidazolidine-2,4-dione", "component of hydantal", "mephenytoin [usan:inn][inn][usan]", "3-methyl-5 5-ethylphenylhydantoin", "5-ethyl-3-methyl-5-phenylimidazolidin-2,4-dion", "5-24-08-00093 (beilstein handbook reference)[beilstein]", "phenetoin methyl", "5-ethyl-5-fenyl-3-methylhydantoin[czech]", "sodium channel protein type v subunit alpha", "fenantoin", "phentytoin", "3-methyl-5,5-phenylethylhydantoin", "5-ethyl-3-methyl-5-phenyl-2,4(3h,5h)-imidazoledione", "hydantoin 5-ethyl-3-methyl-5-phenyl-", "2,4-imidazolidinedione 5-ethyl-3-methyl-5-phenyl-", "-mephenytoin", "5 ethyl 3 methyl 5 phenylhydantoin", "mefenitoina[spanish][inn]", "3-ethylnirvanol", "voltage-gated sodium channel subunit alpha nav1.5", "5-ethyl-3-methyl-5-phenylhydantoin", "mefenetoin", "hh1", "3-methyl-5-ethyl-5-phenylhydantoin", "methyl phenetoin", "5-ethyl-3-methyl-5-phenyl-2,4-imidazolidinedione[acd/iupac name]", "mephenytoinum[latin]", "mephenetoinum", "mephenytoine[french][inn]", "2 4-imidazolidinedione 5-ethyl-3-methyl-5-phenyl-", "5-ethyl-3-methyl-5-phenylimidazolidine-2,4-dione", "5-ethyl-3-methyl-5-phenylimidazolidin-2,4-dione", "[50-12-4]", "phenylethylmethylhydantoin", "337376-15-5", "5-ethyl-3-methyl-5-phenyl-imidazolidine-2,4-dione(mephenytoin)", "sodium channel protein cardiac muscle alpha-subunit", "epilan", "d008617", "200-012-8[einecs]"}|>, "1261" -> <|"DatabaseID" -> "SW00876", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3920]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00532"]}, "IsomericSmiles" -> "CCC1(C(=O)N(C(=O)N1)C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00375"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MEPHENYTOIN"|>, "PharmGKBID" -> "PA450373", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4060]}, "Synonyms" -> {"sedantoinal", "sedantoin", "insulton", "mesantoin", "epiazin", "methoin", "mephenytoin", "triantoin", "phenantoin", "methylphenetoin", "mesdontoin", "metydan", "methyl hydantoin", "sedantional", "sacerno", "mephentoin", "gerot-epilan", "mesontoin", "50-12-4[rn]", "mephenytoin[wiki][usp]", "mesantoin (tn)", "5-ethyl-3-methyl-5-phenyl-imidazolidine-2,4-dione", "component of hydantal", "mephenytoin [usan:inn][inn][usan]", "3-methyl-5 5-ethylphenylhydantoin", "5-ethyl-3-methyl-5-phenylimidazolidin-2,4-dion", "5-24-08-00093 (beilstein handbook reference)[beilstein]", "phenetoin methyl", "5-ethyl-5-fenyl-3-methylhydantoin[czech]", "sodium channel protein type v subunit alpha", "fenantoin", "phentytoin", "3-methyl-5,5-phenylethylhydantoin", "5-ethyl-3-methyl-5-phenyl-2,4(3h,5h)-imidazoledione", "hydantoin 5-ethyl-3-methyl-5-phenyl-", "2,4-imidazolidinedione 5-ethyl-3-methyl-5-phenyl-", "-mephenytoin", "5 ethyl 3 methyl 5 phenylhydantoin", "mefenitoina[spanish][inn]", "3-ethylnirvanol", "voltage-gated sodium channel subunit alpha nav1.5", "5-ethyl-3-methyl-5-phenylhydantoin", "mefenetoin", "hh1", "3-methyl-5-ethyl-5-phenylhydantoin", "methyl phenetoin", "5-ethyl-3-methyl-5-phenyl-2,4-imidazolidinedione[acd/iupac name]", "mephenytoinum[latin]", "mephenetoinum", "mephenytoine[french][inn]", "2 4-imidazolidinedione 5-ethyl-3-methyl-5-phenyl-", "5-ethyl-3-methyl-5-phenylimidazolidine-2,4-dione", "5-ethyl-3-methyl-5-phenylimidazolidin-2,4-dione", "[50-12-4]", "phenylethylmethylhydantoin", "337376-15-5", "5-ethyl-3-methyl-5-phenyl-imidazolidine-2,4-dione(mephenytoin)", "sodium channel protein cardiac muscle alpha-subunit", "epilan", "d008617", "200-012-8[einecs]"}|>, "1262" -> <|"DatabaseID" -> "SW00877", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15334"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141047]}, "IsomericSmiles" -> "C[NH2+][C@@H](Cc1c[nH]c2c1cccc2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-abrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160511]}, "Synonyms" -> {"l-abrine", "(2s)-3-indol-3-yl-2-(methylamino)propanoic acid", "abrine", "(2s)-3-(1h-indol-3-yl)-2-(methylamino)propanoic acid", "n-methyl-l-tryptophane", "526-31-8", "526-31-8[rn]", "nalpha-methyl-l-tryptophan", "dl-tryptophan methyl-", "n-metil-l-triptofano", "n-methyl-l-tryptophan", "a-methylamino-b-(3-indole)propionic acid", "l-tryptophan n-methyl-", "l-2-methyltryptophan", "dl-tryptophan n-methyl-", "208-388-5[einecs]", "n-methyl-l-tryptophan[acd/iupac name]", "st066888", "a-0100", "() abrine", "chebi:15334"}|>, "1263" -> <|"DatabaseID" -> "SW00878", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2013]}, "IsomericSmiles" -> "CC(c1ccc(cc1)NCC(=C)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01513"]}, "OfficialNames" -> <|"NPC Approved Name" -> "alminoprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2097]}, "Synonyms" -> {"alminoprofen", "minalfene", "minalfen", "275-648-2[einecs]", "alminoprofene[french][inn]", "acide (methallylamino-4 phenyl)-2 propionique[french]", "alminoprofen [inn:jan][inn][jan]", "2-(p-methylallylaminophenyl)propionic acid", "propionic acid 2-(4-(methallylamino)phenyl)-", "2-{4-[(2-methylprop-2-en-1-yl)amino]phenyl}propanoic acid", "alminoprofeno[spanish][inn]", "p-((2-methylallyl)amino)hydratropic acid", "2-(4-(methallylamino)phenyl)propionic acid", "4-((2-methylallyl)amino)hydratropasaeure", "alminoprofeno [inn-spanish]", "alminoprofenum [inn-latin]", "eb-382", "benzeneacetic acid a-methyl-4-[(2-methyl-2-propen-1-yl)amino]-", "2-(4-((2-methylallyl)amino)phenyl)propansaeure", "54362-71-9[rn]", "71589-39-4[rn]", "a-methyl-4-[(2-methyl-2-propenyl)amino]benzeneacetic acid", "alminoprofeno [spanish]", "(-)-alminoprofen", "74370-52-8[rn]", "minalfen (tn)", "alminoprofene [inn-french]", "eb 382", "alminoprofenum[latin]", "254-604-6[einecs]", "39718-89-3[rn]", "(+)-alminoprofen"}|>, "1264" -> <|"DatabaseID" -> "SW00878", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2013]}, "IsomericSmiles" -> "CC(c1ccc(cc1)NCC(=C)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01513"]}, "OfficialNames" -> <|"NPC Approved Name" -> "alminoprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2097]}, "Synonyms" -> {"alminoprofen", "minalfene", "minalfen", "275-648-2[einecs]", "alminoprofene[french][inn]", "acide (methallylamino-4 phenyl)-2 propionique[french]", "alminoprofen [inn:jan][inn][jan]", "2-(p-methylallylaminophenyl)propionic acid", "propionic acid 2-(4-(methallylamino)phenyl)-", "2-{4-[(2-methylprop-2-en-1-yl)amino]phenyl}propanoic acid", "alminoprofeno[spanish][inn]", "p-((2-methylallyl)amino)hydratropic acid", "2-(4-(methallylamino)phenyl)propionic acid", "4-((2-methylallyl)amino)hydratropasaeure", "alminoprofeno [inn-spanish]", "alminoprofenum [inn-latin]", "eb-382", "benzeneacetic acid a-methyl-4-[(2-methyl-2-propen-1-yl)amino]-", "2-(4-((2-methylallyl)amino)phenyl)propansaeure", "54362-71-9[rn]", "71589-39-4[rn]", "a-methyl-4-[(2-methyl-2-propenyl)amino]benzeneacetic acid", "alminoprofeno [spanish]", "(-)-alminoprofen", "74370-52-8[rn]", "minalfen (tn)", "alminoprofene [inn-french]", "eb 382", "alminoprofenum[latin]", "254-604-6[einecs]", "39718-89-3[rn]", "(+)-alminoprofen"}|>, "1265" -> <|"DatabaseID" -> "SW00879", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 235351]}, "IsomericSmiles" -> "C1CC[NH+]2C(C1)C34CC2C=CC3=CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allosecurinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 267769]}, "Synonyms" -> {"securinin", "allosecurinine", "virosecurinine", "phyllochrysine", "allosecurinin", "securinan-11-one", "securan-11-one", "8h-6,11b-methanofuro[2,3-c]pyrido[1,2-a]azepin-2(6h)-one 9,10,11,11a-tetrahydro-", "5610-40-2[rn]", "14-oxa-7-azatetracyclo[6.6.1.01,11.02,7]pentadeca-9,11-dien-13-one", "2-allosecurinine", "securinine[inn]", "1857-30-3[rn]", "nsc107415", "nsc107414", "securinine", "884-68-4[rn]", "6704-68-3[rn]", "2-oxo-2,6,9,10,11,11a-hexahydro-8h-6,11b-methanofuro(2,3-c)pyrido(1,2-a)azepin", "9,10,11,11a-tetrahydro-8h-6,11b-methanofuro[2,3-c]pyrido[1,2-a]azepin-2(6h)-one"}|>, "1266" -> <|"DatabaseID" -> "SW00879", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 235351]}, "IsomericSmiles" -> "C1CC[NH+]2C(C1)C34CC2C=CC3=CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allosecurinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 267769]}, "Synonyms" -> {"securinin", "allosecurinine", "virosecurinine", "phyllochrysine", "allosecurinin", "securinan-11-one", "securan-11-one", "8h-6,11b-methanofuro[2,3-c]pyrido[1,2-a]azepin-2(6h)-one 9,10,11,11a-tetrahydro-", "5610-40-2[rn]", "14-oxa-7-azatetracyclo[6.6.1.01,11.02,7]pentadeca-9,11-dien-13-one", "2-allosecurinine", "securinine[inn]", "1857-30-3[rn]", "nsc107415", "nsc107414", "securinine", "884-68-4[rn]", "6704-68-3[rn]", "2-oxo-2,6,9,10,11,11a-hexahydro-8h-6,11b-methanofuro(2,3-c)pyrido(1,2-a)azepin", "9,10,11,11a-tetrahydro-8h-6,11b-methanofuro[2,3-c]pyrido[1,2-a]azepin-2(6h)-one"}|>, "1267" -> <|"DatabaseID" -> "SW00879", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 235351]}, "IsomericSmiles" -> "C1CC[NH+]2C(C1)C34CC2C=CC3=CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allosecurinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 267769]}, "Synonyms" -> {"securinin", "allosecurinine", "virosecurinine", "phyllochrysine", "allosecurinin", "securinan-11-one", "securan-11-one", "8h-6,11b-methanofuro[2,3-c]pyrido[1,2-a]azepin-2(6h)-one 9,10,11,11a-tetrahydro-", "5610-40-2[rn]", "14-oxa-7-azatetracyclo[6.6.1.01,11.02,7]pentadeca-9,11-dien-13-one", "2-allosecurinine", "securinine[inn]", "1857-30-3[rn]", "nsc107415", "nsc107414", "securinine", "884-68-4[rn]", "6704-68-3[rn]", "2-oxo-2,6,9,10,11,11a-hexahydro-8h-6,11b-methanofuro(2,3-c)pyrido(1,2-a)azepin", "9,10,11,11a-tetrahydro-8h-6,11b-methanofuro[2,3-c]pyrido[1,2-a]azepin-2(6h)-one"}|>, "1268" -> <|"DatabaseID" -> "SW00879", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 235351]}, "IsomericSmiles" -> "C1CC[NH+]2C(C1)C34CC2C=CC3=CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allosecurinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 267769]}, "Synonyms" -> {"securinin", "allosecurinine", "virosecurinine", "phyllochrysine", "allosecurinin", "securinan-11-one", "securan-11-one", "8h-6,11b-methanofuro[2,3-c]pyrido[1,2-a]azepin-2(6h)-one 9,10,11,11a-tetrahydro-", "5610-40-2[rn]", "14-oxa-7-azatetracyclo[6.6.1.01,11.02,7]pentadeca-9,11-dien-13-one", "2-allosecurinine", "securinine[inn]", "1857-30-3[rn]", "nsc107415", "nsc107414", "securinine", "884-68-4[rn]", "6704-68-3[rn]", "2-oxo-2,6,9,10,11,11a-hexahydro-8h-6,11b-methanofuro(2,3-c)pyrido(1,2-a)azepin", "9,10,11,11a-tetrahydro-8h-6,11b-methanofuro[2,3-c]pyrido[1,2-a]azepin-2(6h)-one"}|>, "1269" -> <|"DatabaseID" -> "SW00880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170676]}, "IsomericSmiles" -> "C1CC[NH+]2[C@@H](C1)C34C[C@@H]2C=CC3=CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "viroallosecurinine;virosecurinin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197074]}, "Synonyms" -> {"securinan-11-one", "virosecurinin", "virosecurinine", "ls-162242", "6704-68-3", "2-alpha", "6704-68-3[rn]", "nsc 107414", "ac1l52u5", "(2-alpha"}|>, "1270" -> <|"DatabaseID" -> "SW00881", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391181]}, "IsomericSmiles" -> "C1CC[NH+]2[C@H](C1)[C@]34C[C@H]2C=CC3=CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "securinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442872]}, "Synonyms" -> {"securinin", "securinine", "virosecurinine", "5610-40-2", "securinan-11-one", "(1s,2r,8s)-14-oxa-7-azatetracyclo[6.6.1.01,11.02,7]pentadeca-9,11-dien-13-onenitrate", "()-securinine", "8h-6,11b-methanofuro[2,3-c]pyrido[1,2-a]azepin-2(6h)-one 9,10,11,11a-tetrahydro- (6s,11ar,11bs)-", "(1s,8s,14r)-2-oxa-9-azatetracyclo[6.6.1.01,5.09,14]pentadeca-4,6-dien-3-one(securinine)", "5610-40-2[rn]", "(6s,11ar,11bs)-9,10,11,11a-tetrahydro-8h-6,11b-methanofuro[2,3-c]-pyrido[1,2-a]azepin-2(6h)-one", "securinine[inn]", "(6s,11ar,11bs)-9,10,11,11a-tetrahydro-8h-6,11b-methanofuro(2,3-c)pyrido(1,2-a)azepin-2(6h)-one", "(6s,11ar,11bs)-6,8,9,10,11,11a-hexahydro-2h-6,11b-methanofuro[2,3-c]pyrido[1,2-a]azepin-2-one nitrate", "securinan-11-one (9ci)", "cas-5610-40-2", "(1s,8s,14r)-2-oxa-9-azatetracyclo[6.6.1.0<1,5>.0<9,14>]pentadeca-4,6-dien-3-one", "ncgc00095172-01", "nsc107413", "5588-52-3[rn]", "(-)-securinine", "(1s,2r,8s)-14-oxa-7-azatetracyclo[6.6.1.01,11.02,7]pentadeca-9,11-dien-13-one", "(6s,11ar,11bs)-9,10,11,11a-tetrahydro-8h-6,11b-methanofuro[2,3-c]pyrido[1,2-a]azepin-2(6h)-one", "(1s", "\"securinine\"", "securinine (-)-"}|>, "1271" -> <|"DatabaseID" -> "SW00882", "IsomericSmiles" -> "CCCCCCCC(=O)OCC(CO)O", "OfficialNames" -> <|"FDA Approved Drug" -> "MONOCTANOIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3033877]}, "Synonyms" -> {"monocaprylin", "ncgc00166144-02", "unii-tm2tzd4g4a", "moctanin", "glyceryl monooctanoate", "monoctanoin", "2", "capmul 8210", "glycerol-1-monooctanoate", "capmul"}|>, "1272" -> <|"DatabaseID" -> "SW00882", "IsomericSmiles" -> "CCCCCCCC(=O)OCC(CO)O", "OfficialNames" -> <|"FDA Approved Drug" -> "MONOCTANOIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3033877]}, "Synonyms" -> {"monocaprylin", "ncgc00166144-02", "unii-tm2tzd4g4a", "moctanin", "glyceryl monooctanoate", "monoctanoin", "2", "capmul 8210", "glycerol-1-monooctanoate", "capmul"}|>, "1273" -> <|"DatabaseID" -> "SW00883", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 145077]}, "IsomericSmiles" -> "C[C@@H]1CCCC2=CC(=O)[C@@H]3[C@H]([C@@]12C)C3(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aristolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 165536]}, "Synonyms" -> {"aristolone", "2h-cyclopropa(a)naphthalen-2-one", "aristol-9-en-8-one", "chembl512374", "ac1q6im5", "ar-1h7538", "ac1l4wtl", "(1ar", "6831-17-0[rn]"}|>, "1274" -> <|"DatabaseID" -> "SW00884", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4940991]}, "IsomericSmiles" -> "C/C/1=C\\CC(=C(C)C)C(=O)C/C(=C/CC1)/C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "germacron"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436348]}, "Synonyms" -> {"germacrone", "germacron", "(e,e)-germacra-3,7(11),9-trien-6-one", "ambotz6902-91-6", "3,7-cyclodecadien-1-one 3,7-dimethyl-10-(1-methylethylidene)-,(e,e)-", "3,7-cyclodecadien-1-one 3,7-dimethyl-10-(1-methylethylidene)-,(7e)-", "(3e", "6902-91-6[rn]", "ac1o5lhn", "(3e,7e)-10-isopropylidene-3,7-dimethylcyclodeca-3,7-dien-1-one", "c16966", "(7e)-3,7-dimethyl-10-(propan-2-ylidene)cyclodeca-3,7-dien-1-one", "6902-91-6", "3", "ls-55947", "3,7-dimethyl-10-(1-methylethylidene)cyclodeca-3,7-dien-1-one", "3,7-cyclodecadien-1-one 3,7-dimethyl-10-(1-methylethylidene)-,(3e,7e)-", "(3e,7e)-3,7-dimethyl-10-(propan-2-ylidene)cyclodeca-3,7-dien-1-one"}|>, "1275" -> <|"DatabaseID" -> "SW00885", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476295]}, "IsomericSmiles" -> "Cc1coc2c1CC3(C(CCCC3C2)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furanoeremophilane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317426]}, "Synonyms" -> {"3", "ac1nsvks", "furanoeremophilane"}|>, "1276" -> <|"DatabaseID" -> "SW00885", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476295]}, "IsomericSmiles" -> "Cc1coc2c1CC3(C(CCCC3C2)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furanoeremophilane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317426]}, "Synonyms" -> {"3", "ac1nsvks", "furanoeremophilane"}|>, "1277" -> <|"DatabaseID" -> "SW00885", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476295]}, "IsomericSmiles" -> "Cc1coc2c1CC3(C(CCCC3C2)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furanoeremophilane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317426]}, "Synonyms" -> {"3", "ac1nsvks", "furanoeremophilane"}|>, "1278" -> <|"DatabaseID" -> "SW00885", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476295]}, "IsomericSmiles" -> "Cc1coc2c1CC3(C(CCCC3C2)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furanoeremophilane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317426]}, "Synonyms" -> {"3", "ac1nsvks", "furanoeremophilane"}|>, "1279" -> <|"DatabaseID" -> "SW00885", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476295]}, "IsomericSmiles" -> "Cc1coc2c1CC3(C(CCCC3C2)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furanoeremophilane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317426]}, "Synonyms" -> {"3", "ac1nsvks", "furanoeremophilane"}|>, "1280" -> <|"DatabaseID" -> "SW00885", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476295]}, "IsomericSmiles" -> "Cc1coc2c1CC3(C(CCCC3C2)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furanoeremophilane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317426]}, "Synonyms" -> {"3", "ac1nsvks", "furanoeremophilane"}|>, "1281" -> <|"DatabaseID" -> "SW00885", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476295]}, "IsomericSmiles" -> "Cc1coc2c1CC3(C(CCCC3C2)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furanoeremophilane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317426]}, "Synonyms" -> {"3", "ac1nsvks", "furanoeremophilane"}|>, "1282" -> <|"DatabaseID" -> "SW00885", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476295]}, "IsomericSmiles" -> "Cc1coc2c1CC3(C(CCCC3C2)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furanoeremophilane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317426]}, "Synonyms" -> {"3", "ac1nsvks", "furanoeremophilane"}|>, "1283" -> <|"DatabaseID" -> "SW00886", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63892"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4580581]}, "IsomericSmiles" -> "C/C/1=C\\CC(/C=C/C(=O)/C(=C/CC1)/C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "zerumbone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5470187]}, "Synonyms" -> {"zerumbone", "2", "2,6,10-cycloundecatrien-1-one 2,6,9,9-tetramethyl- (2e,6e,10e)-", "2,6,9,9-tetramethylcycloundeca-2,6,10-trien-1-one", "471-05-6[rn]", "chembl245412", "chebi:507810", "(2e,6e,10e)-2,6,9,9-tetramethylcycloundeca-2,6,10-trien-1-one", "chebi:63892", "(e,e,e)-2,6,9,9-tetramethyl-2,6,10-cycloundecatrien-1-one; zerumbone", "2,6,10-cycloundecatrien-1-one 2,6,9,9-tetramethyl- (e,e,e)-", "(2e", "471-05-6", "ac1nv6ul", "(e,e,e)-2,6,9,9-tetramethyl-2,6,10-cycloundecatrien-1-one", "(e"}|>, "1284" -> <|"DatabaseID" -> "SW00887", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478514]}, "IsomericSmiles" -> "CC1CCC2C(=O)C3=C(CCC13C2(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "patchoulenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320424]}, "Synonyms" -> {"patchoulenone"}|>, "1285" -> <|"DatabaseID" -> "SW00887", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478514]}, "IsomericSmiles" -> "CC1CCC2C(=O)C3=C(CCC13C2(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "patchoulenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320424]}, "Synonyms" -> {"patchoulenone"}|>, "1286" -> <|"DatabaseID" -> "SW00888", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478902]}, "IsomericSmiles" -> "C[C@H]1CC[C@H](CC2=C1C(=O)C[C@@H]2C)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rotundone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321003]}, "Synonyms" -> {"1(2h)-azulenone 3,4,5,6,7,8-hexahydro-3,8-dimethyl-5-(1-methylethenyl)- (3s,5r,8s)-", "rotundone", "(3s,5r,8s)-3,8-dimethyl-5-(prop-1-en-2-yl)-3,4,5,6,7,8-hexahydroazulen-1(2h)-one", "(3s", "ac1nt035", "(-)-rotundone"}|>, "1287" -> <|"DatabaseID" -> "SW00889", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474553]}, "IsomericSmiles" -> "CC1CCC(C2=C(CCC12)C)/C=C(/C)\\C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "valerenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315159]}, "Synonyms" -> {"ac1nssr6", "valerenone", "(z)-3-(3"}|>, "1288" -> <|"DatabaseID" -> "SW00889", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474553]}, "IsomericSmiles" -> "CC1CCC(C2=C(CCC12)C)/C=C(/C)\\C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "valerenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315159]}, "Synonyms" -> {"ac1nssr6", "valerenone", "(z)-3-(3"}|>, "1289" -> <|"DatabaseID" -> "SW00889", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474553]}, "IsomericSmiles" -> "CC1CCC(C2=C(CCC12)C)/C=C(/C)\\C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "valerenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315159]}, "Synonyms" -> {"ac1nssr6", "valerenone", "(z)-3-(3"}|>, "1290" -> <|"DatabaseID" -> "SW00889", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474553]}, "IsomericSmiles" -> "CC1CCC(C2=C(CCC12)C)/C=C(/C)\\C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "valerenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315159]}, "Synonyms" -> {"ac1nssr6", "valerenone", "(z)-3-(3"}|>, "1291" -> <|"DatabaseID" -> "SW00889", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474553]}, "IsomericSmiles" -> "CC1CCC(C2=C(CCC12)C)/C=C(/C)\\C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "valerenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315159]}, "Synonyms" -> {"ac1nssr6", "valerenone", "(z)-3-(3"}|>, "1292" -> <|"DatabaseID" -> "SW00889", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474553]}, "IsomericSmiles" -> "CC1CCC(C2=C(CCC12)C)/C=C(/C)\\C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "valerenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315159]}, "Synonyms" -> {"ac1nssr6", "valerenone", "(z)-3-(3"}|>, "1293" -> <|"DatabaseID" -> "SW00889", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474553]}, "IsomericSmiles" -> "CC1CCC(C2=C(CCC12)C)/C=C(/C)\\C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "valerenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315159]}, "Synonyms" -> {"ac1nssr6", "valerenone", "(z)-3-(3"}|>, "1294" -> <|"DatabaseID" -> "SW00889", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474553]}, "IsomericSmiles" -> "CC1CCC(C2=C(CCC12)C)/C=C(/C)\\C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "valerenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315159]}, "Synonyms" -> {"ac1nssr6", "valerenone", "(z)-3-(3"}|>, "1295" -> <|"DatabaseID" -> "SW00890", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8118]}, "IsomericSmiles" -> "c1ccc(cc1)Cc2cc(ccc2O)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03564"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ortho-benzyl-para-chlorophenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8425]}, "Synonyms" -> {"clorophene", "septiphene", "bio-clave", "chlorophene", "o-benzyl-p-chlorophenol", "neosabenyl", "benzylchlorophenol", "santophen 1", "clorofene", "4-chloro-2-benzyl phenol", "204-385-8[einecs]", "ketolin h", "benzyl-p-chlorophenol", "clorofeno[spanish][inn]", "p-chloro-o-benzylphenol", "4-06-00-04636[beilstein]", "orthobenzyl-p-chlorophenol", "santophen i germicide", "8013-49-8[rn]", "santophen", "neosobenil", "santophen i", "2-benzyl-4-chlorophenol", "4-chloro-a-phenyl-o-cresol", "144246-47-9[rn]", "phenol 4-chloro-2-benzyl-", "4-chloro-2-benzylphenol", "35471-49-9[rn]", "1959194", "phenol 4-chloro-2- (phenylmethyl)-", "4-06-00-04636 (beilstein handbook reference)[beilstein]", "clorophene[usan]", "phenol 4-chloro-2-(phenylmethyl)-", "5-chloro-2-hydroxydiphenylmethane", "3184-65-4[rn]", "clorofenum[latin]", "santophen 1 solution", "santophen 1 (tn)", "4-chloro-2-(phenylmethyl)phenol", "septiphene.", "120-32-1", "4-chloranyl-2-(phenylmethyl)phenol", "orthobenzylparachlorophenol", "120-32-1[rn]", "2-benzyl-4-chlorophenol[acd/iupac name]", "preventol b", "santophen 1 flake", "ketolin-h", "sentiphene"}|>, "1296" -> <|"DatabaseID" -> "SW00891", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47943"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2111]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04599"]}, "IsomericSmiles" -> "COc1ccc(cc1)C(=O)N2CCCC2=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01883"]}, "OfficialNames" -> <|"NPC Approved Name" -> "aniracetam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2196]}, "Synonyms" -> {"sarpul", "draganon", "aniracetam", "1-p-anisoyl-2-pyrrolidinone", "ampamet", "ro 13-5057", "1-(4-methoxybenzoyl)pyrrolidin-2-one", "aniracetam [usan:inn:jan][inn][jan][usan]", "aniracetam (jan/usan)[jan][usan]", "ampamet;", "1-(4-methoxybenzoyl)-2-pyrrolidinone", "c036466", "1-anisoyl-2-pyrrolidinone", "ampa-selective glutamate receptor 3", "1-[(4-methoxyphenyl)carbonyl]pyrrolidin-2-one", "1-p-anisoylpyrrolidin-2-one", "[72432-10-1]", "aniracetam[wiki]", "tl8005061", "reset[wiki]", "glur-k3", "1-(4-methoxybenzoyl)-2-pyrrolidinon[acd/iupac name]", "1-(4-methoxy-benzoyl)-pyrrolidin-2-one", "72432-10-1", "1-[(4-methoxyphenyl)carbonyl]pyrrolidin-2-on", "1-(4-methoxybenzoyl)-2-pyrrolidinone[acd/iupac name]", "ro-13-5057", "glur-c", "draganon;sarpul;ampamet", "72432-10-1[rn]", "aniracetamun [inn-latin]", "1-(p-methoxybenzoyl)-2-pyrrolidinon[german]", "ampamet;draganon;reset;sarpol", "4mp", "aniracetamun[latin]", "glutamate receptor 3 precursor", "draganon sarpul ampamet", "glur-3", "glutamate receptor ionotropic ampa 3", "4807205[beilstein]", "aniracetam 1-p-anisoyl-2-pyrrolidinone", "2-pyrrolidinone 1-(4-methoxybenzoyl)-[acd/index name]", "1-(4-methoxybenzoyl)-2-pyrrolidinon[german][acd/iupac name]"}|>, "1297" -> <|"DatabaseID" -> "SW00892", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2086"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1766]}, "IsomericSmiles" -> "C[NH+](C)CCc1c[nH]c2c1cc(cc2)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-n-dimethyl-5-methoxytryptamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1832]}, "Synonyms" -> {"meodmt", "methylbufotenine", "5-methoxydimethyltryptamine", "o-methylbufotenine", "3-(2-dimethylaminoethyl)-5-methoxyindole", "methoxybufotenin", "164771[beilstein]", "5-methoxy-3-n,n-dissopropylamino-ethylindole", "[2-(5-methoxyindol-3-yl)ethyl]dimethylamine", "methoxydimethyltryptamine", "5-meo-dmt", "5-methoxy-n,n-dimethyltryptamine", "n,n-dimethyl-5-methoxytryptamine", "5-methoxy-n,n-dimethyltryptamine(5-meo-dmt)", "5-methoxy-dmt", "[2-(5-methoxy-1h-indol-3-yl)-ethyl]-dimethyl-amine", "bufotenine 5-methoxydimethyltryptamine", "n,n-dimethyl-5-methoxy tryptamine", "1019-45-0[rn]", "5-meo-dmt[wiki]", "213-813-2[einecs]", "bufotenine o-methyl-", "3-(2-dimethylaminoethyl)-5-methoxyindole; 3-[2-(dimethylamino)ethyl]-5-methoxyindole; 5-meo-dmt; 5-methoxy-dmt; 5-ome-dmt", "5-methoxy-n,n-dimethyl-1h-indole-3-ethanamine", "3-[2-(dimethylamino)ethyl]-5-methoxyindole", "5-22-12-00027 (beilstein handbook reference)[beilstein]", "[2-(5-methoxy-1h-indol-3-yl)ethyl]dimethylamine", "bufotenine", "indole 3-(2-(dimethylamino)ethyl)-5-methoxy- (8ci)", "5-methoxy-n", "indole 3-(2-(n,n-dimethylamino)ethyl)-5-methoxy", "2-(5-methoxy-1h-indol-3-yl)-n,n-dimethylethanamine[acd/iupac name]", "5-methoxy-n,n-dimethyl-1h-indole-3-ethylamine", "d-5380", "tl8000106", "indole 3-(2-(dimethylamino)ethyl)-5-methoxy-", "n-[2-(5-methoxy-1h-indol-3-yl)ethyl]-n,n-dimethylamine", "5-methoxyindole 3-(2-(n,n-dimethylamino)ethyl)", "3-(2-(n,n-dimethyl)aminoethyl)-5-methoxyindole", "1h-indole-3-ethanamine 5-methoxy-n,n-dimethyl- (9ci)", "n", "indole 3-[2- (dimethylamino)ethyl]-5-methoxy-", "2-(5-methoxy-1h-indol-3-yl)-n,n-dimethylethanamin", "1h-indole-3-ethanamine 5-methoxy-n,n-dimethyl-", "indole 3-(2-(n,n-dimethylamino)ethyl)-5-methoxy-"}|>, "1298" -> <|"DatabaseID" -> "SW00893", "IsomericSmiles" -> "Cc1ncc(n1CC(CCl)O)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05274"]}, "OfficialNames" -> <|"China Approved Name" -> "ornidazole", "Indian Approved Name" -> "ornidazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 28061]}, "Synonyms" -> {"ornidazole", "madelen", "16773-42-5", "ornidazolum [inn-latin]", "tiberal", "ornidazol [inn-spanish]", "ro 7-0207", "ornidazolum", "1-(3-chloro-2-hydroxypropyl)-2-methyl-5-nitroimidazole", "ornidazol"}|>, "1299" -> <|"DatabaseID" -> "SW00893", "IsomericSmiles" -> "Cc1ncc(n1CC(CCl)O)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05274"]}, "OfficialNames" -> <|"China Approved Name" -> "ornidazole", "Indian Approved Name" -> "ornidazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 28061]}, "Synonyms" -> {"ornidazole", "madelen", "16773-42-5", "ornidazolum [inn-latin]", "tiberal", "ornidazol [inn-spanish]", "ro 7-0207", "ornidazolum", "1-(3-chloro-2-hydroxypropyl)-2-methyl-5-nitroimidazole", "ornidazol"}|>, "1300" -> <|"DatabaseID" -> "SW00894", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15356]}, "IsomericSmiles" -> "c1cc(c(cc1Cl)Cl)OCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aminol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16180]}, "Synonyms" -> {"morselect", "herbitex", "aminol", "spraygraze", "amisol", "dma-4 herbicide", "phordene", "hormin", "acetic acid (2,4-dichlorophenoxy)-,compd. with n-methylmethanamine (1:1)", "dimethylamine 2,4-dichlorophenoxyacetate", "methanamine n-methyl- (2,4-dichlorophenoxy)acetate", "n-methylmethanamine2,4-dichlorophenoxyacetate", "brabant 2,4-d amine", "acetic acid (2,4-dichlorophenoxy)-,cmpd with n-methylmethanamine (1:1)", "2,4-d dma", "demise[wiki]", "dikamin d", "dimethylamine (2,4-dichlorophenoxy)acetate", "217-915-8[einecs]", "dimethylamine (2,4-dichlorophenoxy)acetate", "2008-39-1[rn]", "(2,4-dichlorophenoxy)acetic acid dimethylamine salt", "dma 6", "ded-weed sulv", "dma 4", "2,4-d amine", "chipman 2,4-d amine no. 4", "spritz-hormin", "dma [van][formula]", "aminopielek 720", "diamond shamrock amine 6d", "amicide", "2,4-d dimethylamine salt", "2,4-d dimethylamine salt", "monosan", "n-methylmethanaminium (2,4-dichlorophenoxy)acetate", "n-methylmethanamine 2,4-dichlorophenoxyacetate", "bladex g", "desormone", "dma-4", "banvel-720", "formula 40", "demise", "aminopielik 600sl", "u 46d fluid", "2,4-dichlorophenoxyacetic acid dimethylamine salt", "123950-90-3[rn]", "barber's weed killer", "norkem 40t", "dow dma-4", "2,4-d dimethylamine", "aminoprelik 39", "64296-19-1[rn]", "59644-62-1[rn]", "2,4-d amine salt", "shirweed 500", "(2,4-dichlorophenoxy)aceticacid cmpd with n-methylmethanamine(1:1)", "acetic acid (2,4-dichlorophenoxy)-,cmpd with dimethylamine (1:1)", "(2,4-dichlorophenoxy)acetic acid dimethylamine", "(2,4-dichlorophenoxy)acetic acid - n-methylmethanamine (1:1)[acd/iupac name]", "acetic acid (2,4-dichlorophenoxy)-,compd. with dimethylamine(1:1)", "acetic acid 2-(2,4-dichlorophenoxy)- compd.with n-methylmethanamine (1:1)", "dimethylammonium 2,4-dichlorophenoxyacetate"}|>, "1301" -> <|"DatabaseID" -> "SW00895", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390972]}, "IsomericSmiles" -> "C[C@H]1c2cncc(c2CC(=O)N1)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alkaloid jasminine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442551]}, "Synonyms" -> {"jasminine", "ag-e-43443", "19634-30-1", "c09985", "19634-30-1[rn]", "2", "ac1l9d2b", "methyl (8s)-8-methyl-6-oxo-7"}|>, "1302" -> <|"DatabaseID" -> "SW00896", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 87712]}, "IsomericSmiles" -> "c1ccc2c(c1)c3ccnc4c3n2c(=O)cc4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "canthin-6-one"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 97176]}, "Synonyms" -> {"canthin-6-one", "nsc-103003", "6h-indolo(3", "6h-indolo(3,2,1-de)(1,5)naphthyridin-6-one", "6h-indolo[3,2,1-de][1,5]naphthyridin-6-one[acd/iupac name]", "479-43-6[rn]", "indolo[3", "indolo[3,2,1-de][1,5]naphthyridin-6-one", "ac1q6i4g", "6h-indolo[3", "c09098", "nciopen2_007333", "ac1l3xyx", "479-43-6"}|>, "1303" -> <|"DatabaseID" -> "SW00897", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35606"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12046]}, "IsomericSmiles" -> "CC1(C=Cc2cc(c(cc2O1)OC)OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agerato-chromene"|>, "Synonyms" -> {"precocen 2", "5-17-05-00288 (beilstein handbook reference)[beilstein]", "6,7-dimethoxy-2,2-dimethyl-2h-chromene[acd/iupac name]", "644-06-4[rn]", "preconene ii", "precocene ii", "ageratochromene", "2h-1-benzopyran 6,7-dimethoxy-2,2-dimethyl-", "pricocene ii", "6,7-dimethoxy-2,2-dimethyl-2h-1-benzopyran", "6,7-dimethoxy-2,2-dimethyl2h-1-benzopyran", "6,7-dimethoxy-2,2-dimethylchromene", "6,7-dimethoxy-2,2-dimethyl-2h-benzo(b)pyran", "211-408-5[einecs]", "precocene 2", "6,7-dimethoxy-2,2-dimethyl-2h-chromen", "160683[beilstein]", "precocene"}|>, "1304" -> <|"DatabaseID" -> "SW00898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18406]}, "IsomericSmiles" -> "CC(=O)N(CC(=O)N(C)C)c1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01508"]}, "OfficialNames" -> <|"NPC Approved Name" -> "n-phenyl-n-acetylglycine dimethylamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19536]}, "Synonyms" -> {"n-((dimethylcarbamoyl)methyl)acetanilide", "ralgin", "n-phenyl-n-acetylglycine dimethylamide", "acetamide 2-(acetylphenylamino)-n,n-dimethyl- (9ci)", "brn 2808578", "acetamide 2-(acetylphenylamino)-n,n-dimethyl-", "3738-06-5", "phenylacetylglycine dimethylamide", "3738-06-5[rn]", "gb-105", "phenylacetylglycine dimethylamide (jan)", "acetamide", "2-(acetylphenylamino)-n,n-dimethylacetamide", "phenylacetylglycine dimethylamide [jan]", "acetanilide n-((dimethylcarbamoyl)methyl)-", "acetanilide", "2-(acetylphenylamino)-n"}|>, "1305" -> <|"DatabaseID" -> "SW00899", "IsomericSmiles" -> "c1ccc(cc1)c2c(nc[nH]2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02067"]}, "OfficialNames" -> <|"NPC Approved Name" -> "diphenylimidazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 69588]}, "Synonyms" -> {"4", "diphenylimidazole", "smr000036666", "1h-imidazole", "668-94-0", "ncgc00063561-02", "mls000737353", "imidazole"}|>, "1306" -> <|"DatabaseID" -> "SW00900", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50381"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 46764]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00419"]}, "IsomericSmiles" -> "CCCC[NH+]1C[C@@H]([C@H]([C@@H]([C@H]1CO)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05032"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MIGLUSTAT"|>, "PharmGKBID" -> "PA10140", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 51634]}, "Synonyms" -> {"miglustat", "zavesca", "budnj", "nb-dnj", "butyldeoxynojirimycin", "n-(n-butyl)deoxynojirimycin", "n-butyl dnj", "n-butyl deoxynojirimycin", "n-butyldeoxynojirimycin", "n-butylmoranoline", "miglustatum", "nojirimycin n-butyldeoxy-", "ec 2.4.1.80", "d-glucitol 1,5-(butylimino)-1,5-dideoxy-", "n-butyl-dnj", "udp-glucose:n-acylsphingosine d-glucosyltransferase", "miglustat hydrochloride", "n-butyl-1-deoxynojirimycin", "134282-77-2[rn]", "72599-27-0[rn]", "n-butyl-deoxynojirimycin", "5862029[beilstein]", "glct-1", "gcs", "1,5-(butylimino)-1,5-dideoxy-d-glucitol", "9005-80-5[rn]", "1,5-dideoxy-1,5-n-butylimino-d-glucitol", "glucosylceramide synthase", "n-(n-butyl)-1,5-dideoxy-1,5-imino-d-glucitol", "udp- glucose ceramide glucosyltransferase", "n-bu-dnj", "(2r,3r,4r,5s)-1-butyl-2-(hydroxymethyl)piperidine-3,4,5-triol", "3,4,5-piperidinetriol 1-butyl-2-(hydroxymethyl)- (2r,3r,4r,5s)-", "vevesca"}|>, "1307" -> <|"DatabaseID" -> "SW00900", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50381"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 46764]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00419"]}, "IsomericSmiles" -> "CCCC[NH+]1C[C@@H]([C@H]([C@@H]([C@H]1CO)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05032"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MIGLUSTAT"|>, "PharmGKBID" -> "PA10140", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 51634]}, "Synonyms" -> {"miglustat", "zavesca", "budnj", "nb-dnj", "butyldeoxynojirimycin", "n-(n-butyl)deoxynojirimycin", "n-butyl dnj", "n-butyl deoxynojirimycin", "n-butyldeoxynojirimycin", "n-butylmoranoline", "miglustatum", "nojirimycin n-butyldeoxy-", "ec 2.4.1.80", "d-glucitol 1,5-(butylimino)-1,5-dideoxy-", "n-butyl-dnj", "udp-glucose:n-acylsphingosine d-glucosyltransferase", "miglustat hydrochloride", "n-butyl-1-deoxynojirimycin", "134282-77-2[rn]", "72599-27-0[rn]", "n-butyl-deoxynojirimycin", "5862029[beilstein]", "glct-1", "gcs", "1,5-(butylimino)-1,5-dideoxy-d-glucitol", "9005-80-5[rn]", "1,5-dideoxy-1,5-n-butylimino-d-glucitol", "glucosylceramide synthase", "n-(n-butyl)-1,5-dideoxy-1,5-imino-d-glucitol", "udp- glucose ceramide glucosyltransferase", "n-bu-dnj", "(2r,3r,4r,5s)-1-butyl-2-(hydroxymethyl)piperidine-3,4,5-triol", "3,4,5-piperidinetriol 1-butyl-2-(hydroxymethyl)- (2r,3r,4r,5s)-", "vevesca"}|>, "1308" -> <|"DatabaseID" -> "SW00901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475723]}, "IsomericSmiles" -> "C1CC[NH+]2[C@@H](C1)C34CC2CC=C3CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrosecurinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316736]}, "Synonyms" -> {"dihydrosecurinine"}|>, "1309" -> <|"DatabaseID" -> "SW00901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475723]}, "IsomericSmiles" -> "C1CC[NH+]2[C@@H](C1)C34CC2CC=C3CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrosecurinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316736]}, "Synonyms" -> {"dihydrosecurinine"}|>, "1310" -> <|"DatabaseID" -> "SW00902", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475244]}, "IsomericSmiles" -> "CC12CCCC(=C)[C@H]1C[C@@H](CC2)C(=C)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "costol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316107]}, "Synonyms" -> {"costol", "ac1nstvs", "2-[(2r"}|>, "1311" -> <|"DatabaseID" -> "SW00902", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475244]}, "IsomericSmiles" -> "CC12CCCC(=C)[C@H]1C[C@@H](CC2)C(=C)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "costol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316107]}, "Synonyms" -> {"costol", "ac1nstvs", "2-[(2r"}|>, "1312" -> <|"DatabaseID" -> "SW00903", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10441"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20118119]}, "IsomericSmiles" -> "C/C(=C/CC[C@@]1([C@H]2CC[C@H](C2)C1=C)C)/CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-santalol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6857681]}, "Synonyms" -> {"2-methyl-5-(2-methyl-3-methylene-2-norbornyl)-2-penten-1-ol", "(2z)-2-methyl-5-[(1s", "einecs 201-027-2", "(2z)-2-methyl-5-[(1s,2r,4r)-2-methyl-3-methylidenebicyclo[2.2.1]hept-2-yl]pent-2-en-1-ol", "(1s-(1alpha", "beta-santalenol", "77-42-9[rn]", "2-penten-1-ol 2-methyl-5-((1s,2r,4r)-2-methyl-3-methylenebicyclo(2.2.1)hept-2-yl)- (2z)-", "cpd-13497", "santalol", "2-penten-1-ol 2-methyl-5-[(1s,2r,4r)-2-methyl-3-methylenebicyclo[2.2.1]hept-2-yl]- (2z)-", "chebi:10441", "lmpr0103800003", "beta-santalol", "()-b-santalol"}|>, "1313" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1314" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1315" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1316" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1317" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1318" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1319" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1320" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1321" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1322" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1323" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1324" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1325" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1326" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1327" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1328" -> <|"DatabaseID" -> "SW00904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13711]}, "IsomericSmiles" -> "CC1(CC2C1CCC3(C(O3)CCC2=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caryophyllene oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14350]}, "Synonyms" -> {"epoxycaryophyllene", "caryophyllene epoxide", "caryophylene oxide", "trans-caryophyllene oxide", "isocaryophyllene oxide", "caryophyllene oxide", "17627-43-9[rn]", "(-)-epoxydihydrocaryophyllene", "5-oxatricyclo(8.2.0.04,6)dodecane 4,12,12-trimethyl-9-methylene-", "105120-46-5[rn]", "5-oxatricyclo[8.2.0.04,6]dodecane,4,12,12-trimethyl-9-methylene-", "13877-94-6[rn]", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo(7.2.0)undecane", "(10s,1r,4r,6r)-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.0<4,6>]dodecane", "(1r-(1r*,4r*,6r*,10s*))-4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "4,12,12-trimethyl-9-methylene-5-oxatricyclo(8.2.0.04,6)dodecane", "hsdb 5466", "beta-caryophyllene oxide", "4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane[acd/iupac name]", "4,5-epoxy-4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecane", "[1r-(1r*,4r*,6r*,10s*)]-4,12,12-trimethyl-9-methylene-5-oxatricyclo[8.2.0.04,6]dodecane", "1139-30-6[rn]", "241-609-3[einecs]", "5-oxatricyclo[8.2.0.0(4,6)-]dodecane 4,12,12-trimethyl-9-methylene- [1r-(1r*,4r*,6r*,10s*)]-", "32095-03-7[rn]", "237-642-8[einecs]", "11023-55-5[rn]", "einecs 214-519-7", "214-519-7[einecs]"}|>, "1329" -> <|"DatabaseID" -> "SW00905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20152978]}, "IsomericSmiles" -> "C/C(=C/CC[C@@]1(C2CC3C1(C3C2)C)C)/CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-santalol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6857559]}, "Synonyms" -> {"(2z)-5-[(2r,3r,4s)-2,3-dimethyltricyclo[2.2.1.0(2,6)]hept-3-yl]-2-methylpent-2-en-1-ol", "sandal", "d-alpha-santalol", "(+)-alpha-santalol", "cis-alpha-santalol", "alpha-santalol", "chebi:10330", "(2z)-5-[(2r", "santalol a", "[r(z)]-5-(2", "(z)-alpha-santalol"}|>, "1330" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1331" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1332" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1333" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1334" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1335" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1336" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1337" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1338" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1339" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1340" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1341" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1342" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1343" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1344" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1345" -> <|"DatabaseID" -> "SW00906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99999]}, "IsomericSmiles" -> "CC1CCC2C3(C1(C4C(C4(C)C)CC3)C)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calarene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111446]}, "Synonyms" -> {"calarene epoxide", "decahydro-1,7,7,7b-tetramethyl-cyclopropa(5,6)naphth(1,8a-b)oxirane", "cyclopropa(5,6)naphth(1,8a-b)oxirene decahydro-1,7,7,7b-tetramethyl- (1r,3as,4ar,6ar,7as,7br)-", "ac1l39lp", "einecs 272-995-1", "68926-75-0", "decahydro-1", "1", "cyclopropa(5", "68926-75-0[rn]", "(1r-(1alpha", "272-995-1[einecs]"}|>, "1346" -> <|"DatabaseID" -> "SW00907", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13835296]}, "IsomericSmiles" -> "Cc1cc(c(c(c1)C(C)(C)C)O)C(C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02413"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "destrose di-p-coumaroylmethane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31404]}, "Synonyms" -> {"bht", "dbpc", "impruvol", "butylated hydroxytoluene", "2", "butylhydroxytoluene", "ionol", "dibunol", "catalin cao-3", "128-37-0[rn]", "2,6-di-t-butyl-4-hydroxytoluene", "phenol 2,6-bis(1,1-dimethylethyl)-4-methyl", "embanox bht", "phenol 2,6-bis(1,1-dimethylethyl)-4-methyl-", "tonarol", "butylated hydroxytoluene[wiki][nf]", "4-hydroxy-3,5-di-tert-butyltoluene", "128-37-0", "1911640[beilstein]", "methyl di-tert-butyl phenol", "4 methyl 2,6 ditertbutylphenol", "d002084", "annulex bht", "263-702-8[einecs]", "2,6-di-tert-butyl-4-cresol", "2,6-di-(tert.-butyl)-4-methylphenol", "antracine 8", "2,6-di-tert-butyl-1-hydroxy-4-methylbenzene", "2,6-di(tert-butyl)-4-methylphenol", "50-78-2[rn]", "4-methyl-2,6-bis(2-methyl-2-propanyl)phenol", "hydroxytoluene butylated", "hydagen deo", "2,6-di-tert-butyl-p-cresol", "217-752-2[einecs]", "topanol", "4-cresol 2,6-di-t-butyl-", "4-methyl-2,6-ditert-butyl-phenol", "2,6-bis(tert-butyl)-4-methylphenol", "62698-56-0[rn]", "2,6-di-t-butyl-p-cresol", "dalpac", "dibutylated hydroxytoluene", "4-methyl-2,6-ditertbutylphenol", "tenox bht", "di-tert-butyl-p-cresol", "3,5-di-tert-butyl-4-hydroxytoluene", "246-911-9[einecs]", "tl8006085", "97123-41-6[rn]", "2,6-di-tert-butyl-4-methylphenol", "2,6-di-tert-butyl-4-methyl phenol", "2,6-bis(1,1-dimethylethyl)-4-methylphenol", "950-56-1[rn]", "25377-21-3[rn]", "sustane", "204-881-4[einecs]", "ionol cp", "720-39-8[rn]", "vianol", "1948-33-0[rn]", "2,6-di-t-butyl-4-methylphenol", "4-methyl-2,6-di-t-butyl-phenol"}|>, "1347" -> <|"DatabaseID" -> "SW00908", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15894"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444210]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CC/C(=C/C=O)/C)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "farnesal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280598]}, "Synonyms" -> {"(2e", "farnesal", "trans-farnesal", "e,e-farnesal", "trans,trans-2,6-farnesal", "19317-11-4[rn]", "2-trans,6-trans-farnesal", "(2-trans,6-trans)-3,7,11-trimethyldodeca-2,6,10-trienal", "(e", "3,7,11-trimethyldodeca-2,6,10-trienal", "2,6,10-dodecatrienal 3,7,11-trimethyl- (e,e)-", "(e,e)-3,7,11-trimethyl-2,6,10-dodecatrienal", "(2e,6e)-3,7,11-trimethyl-2,6,10-dodecatrienal", "502-67-0[rn]", "242-957-9[einecs]", "(2e,6e)-farnesal", "3,7,11-trimethyl-2,6,10-dodecatrienal[acd/iupac name]", "2,6,10-dodecatrienal 3,7,11-trimethyl- (z,e)-", "2,6,10-dodecatrienal 3,7,11-trimethyl- (2e,6e)-", "19317-11-4", "vh1uy1&3uy1&3uy1&1", "e", "(2-trans,6-trans)-farnesal", "2,6,10-dodecatrienal 3,7,11-trimethyl-", "2-trans", "1723428[beilstein]", "(e,e)-farnesal", "(2e,6e)-3,7,11-trimethyldodeca-2,6,10-trienal", "trans"}|>, "1348" -> <|"DatabaseID" -> "SW00909", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2931]}, "IsomericSmiles" -> "COP(=O)(OC)OC=C(Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03791"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "des-o-methyl-licariine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3039]}, "Synonyms" -> {"dichlorvos", "vapona", "dichlorophos", "dichlorman", "atgard", "brevinyl", "divipan", "chlorvinphos", "canogard", "dichlorphos", "ddvp", "insectigas d", "no-pest", "nuva", "(2,2-dichloor-vinyl)-dimethyl-fosfaat[dutch]", "dichlorfos", "mafu", "devikol", "11096-21-2[rn]", "dichlorvos [bsi:iso]", "200-547-7[einecs]", "insectigas d", "o,o-dimethyl o-2,2-dichlorovinyl phosphate", "o,o-dimethyl o-(2,2-dichlorovinyl) phosphate", "dichlofos", "dedevap", "o-(2 2-dichlorvinyl)-o,o-dimethylphosphat", "8023-22-1[rn]", "equigard", "equiguard", "herkol", "2,2-dichlorovinyl dimethyl phosphate[acd/iupac name]", "novotox", "unifos", "o-(2,2-dichlorvinyl)-o,o-dimethylphosphat[german]", "nogos 50 ec", "ethenol 2 2-dichloro- dimethyl phosphate", "oko", "o,o-dimethyl-o-2,2-dichlorovinyl phosphate", "nuvan", "estrosol", "mafu strip", "diclorvos", "phosphoric acid 2,2-dichlorovinyl dimethyl ester", "delevap", "62139-95-1[rn]", "phosphate 2-2-dichlorovinyl dimethyl", "lindanmafu", "verdisol", "derriban", "estrosel", "4-01-00-02063 (beilstein handbook reference)[beilstein]", "dechlorvos", "vapora ii", "nogos g", "vaponite", "apavap", "brevinyl e 50", "herkal", "duravos", "benfos", "aquagard", "szklarniak", "2,2-dichlorovinyl-o,o-dimethyl phosphate", "krecalvin", "atgard v", "cypona", "dimethyl dichlorovinyl phosphate", "atgard c", "2,2-dichlorovinyl alcohol dimethyl phosphate", "verdican", "ddvf", "vinylofos", "nuvan 100 ec", "bay-b 4986", "fly fighter", "mopari", "(2 2-dichloro-vinil)dimetil-fosfato", "equigel", "winylophos", "2,2-dichloroethenyl phosphoric acid dimethyl ester", "dichlorfos(polish)", "8072-39-7[rn]", "vinyl alcohol 2,2-dichloro- dimethyl phosphate", "1709141[beilstein]", "dichlorvosum[latin]", "deriban", "verdipor", "nuvan 7", "116788-91-1[rn]", "2,2-dichloroethenol dimethyl phosphate", "fly-die", "dichlorvos [usan:ban:inn][inn][usan]", "cekusan", "denkavepon", "(2 2-dichlor-vinyl)-dimethyl-phosphat", "fekama", "equigand", "phosvit", "dimethyl 2,2-dichloroethenyl phosphate", "nefrafos", "62-73-7[rn]", "d004006", "12772-40-6[rn]", "dichlorovos", "2,2-dichlorovinyl dimethyl phosphoric acid ester", "brevinyl e-50", "phosphate de dimethyle et de 2,2-dichlorovinyle", "tetravos", "phosphoric acid 2,2-dichloroethenyl dimethyl ester", "derribante", "atgard (tn)", "nuvan 100ec", "11126-72-0[rn]", "fecama", "o,o-dwumetylo-o-dwuchlorowinylofosforan[polish]", "uniphos", "bibesol", "dichloroethenyl dimethyl phosphate", "panaplate", "phosphoric acid 2,2-dichloroethenyl dimethyl ester", "vinylophos", "o,o-dimethyl dichlorovinyl phosphate", "dichlorvos[wiki][usan]", "nogos", "no-pest strip", "62655-59-8[rn]", "marvex", "dimethyl-2,2-dichlorovinyl phosphate", "phosphoric acid 2,2-dichloroethenyl dimethyl ester", "dichloorvo", "8072-21-7[rn]", "algard[wiki]", "2,2-dichloroethenyl dimethyl phosphate", "dimethyl 2,2-dichlorovinyl phosphate", "task tabs", "o,o-dimethyl-o-(2 2-dichlor-vinyl)-phosphat", "(2,2-dichlor-vinyl)-dimethyl-phosphat[german]", "nerkol", "prentox", "dichlorovas", "8076-16-2[rn]", "duo-kill", "o,o-dimethyl-o- (2 2-dichlor-vinyl)-phosphat", "dichlorvos (ddvp)", "2-dichlorovinyl dimethyl phosphate", "55819-32-4[rn]", "11095-17-3[rn]", "2,2-dichlorvinyl-dimethylphosphat[german]", "astrobot", "11111-31-2[rn]", "phosphoric acid 2,2 dichloroethenyl dimethyl ester", "task", "dedevap", "(2,2-dichloro-vinil)dimetil-fosfato[italian]", "dimethyldichlorovinyl phosphate", "phosphoric acid 2,2-dichlorovinyl dimethyl ester", "95828-55-0[rn]", "dichlorvos (vapona)", "brevinyl e50", "o,o-dimethyl 2,2-dichlorovinyl phosphate", "udvf", "tap 9vp"}|>, "1349" -> <|"DatabaseID" -> "SW00910", "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H](C(O[C@H]1O)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "n-acetylmannosamine (l)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46780034]}, "Synonyms" -> {"beta-d-mannopyranose", "ctk8g1541", "n-acetyl-d-mannosamine", "ag-f-25860"}|>, "1350" -> <|"DatabaseID" -> "SW00910", "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H](C(O[C@H]1O)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "n-acetylmannosamine (l)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46780034]}, "Synonyms" -> {"beta-d-mannopyranose", "ctk8g1541", "n-acetyl-d-mannosamine", "ag-f-25860"}|>, "1351" -> <|"DatabaseID" -> "SW00911", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 76020]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@H]([C@H](O[C@@H]1O)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-guereitol;d-lupaine;d-pseudoephedrinem;d-sesamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 84265]}, "Synonyms" -> {"galnac", "n-acetyl-d-galactosamine", "a2g", "n-acetyl-2-deoxy-2-amino-galactose", "tn antigen saccharide", "a-d-2-acetamido-2-deoxy-galactopyranose", "2-deoxy-2-acetamido-a-d-galactopyranose", "2-(acetylamino)-2-deoxy-a-d-galactopyranose", "n-acetylgalactosamin", "n-acetyl-a-d-galactosamine", "tn saccharide component", "14215-68-0[rn]", "a-n-acetylgalactosamine", "2-acetamino-2-desoxy-d-galaktose", "n-acetilgalactosamina[portuguese]", "tn", "2-acetamido-2-deoxy-a-d-galactopyranose", "nga", "n-(2,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-3-yl)-acetamide", "acetylgalactosamine", "n-acetylgalactosamine", "2-acetylamino-2-desoxy-a-d-galaktose", "tn antigen saccharide component", "1811-31-0[rn]", "n-acetylgalactosamine[wiki]", "103618-08-2[rn]", "2-acetylamino-2-deoxy-a-d-galactopyranose", "tn saccharide", "a-2-acetamido-2-deoxy-d-galactose", "2-acetylamino-d-2-deoxy-galactose", "a-n-acetyl-d-galactosamine", "n-acetyl-d-allosamine", "2-acetylamino-a-d-2-deoxy-galactopyranose", "n-acetyl-a-d-glucosamine", "2-acetylamino-l-2-deoxy-galactose", "31258-50-1[rn]", "n-acetyl-d-chondrosamine", "alpha-galnac", "alpha-d-galactopyranose"}|>, "1352" -> <|"DatabaseID" -> "SW00912", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14709]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00660"]}, "IsomericSmiles" -> "Cc1cc(cc(c1)OCC2CNC(=O)O2)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00773"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methoxolone", "FDA Approved Drug" -> "METAXALONE"|>, "PharmGKBID" -> "PA164747189", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15459]}, "Synonyms" -> {"zorane", "skelaxin", "methaxalonum", "metaxalon", "metassalone [dcit]", "metaxalone", "methoxolone", "metazalone", "metaxalonum [latin]", "metazolone", "2-oxazolidinone 5-[ (3 5-dimethylphenoxy)methyl]-", ".meta.xalone", "skelaxin[wiki]", "{5-[(3,} 5-xylyloxy)methyl\\]-2-oxazolidinone", "5-{[(3,5-dimethylphenyl)oxy]methyl}-1,3-oxazolidin-2-one", "metaxalona [inn-spanish]", "1665-48-1[rn]", "metaxolone", "5-[(3,5-dimethylphenoxy)methyl]-1,3-oxazolidin-2-one[acd/iupac name]", "5-((3,5-dimethylphenoxy)methyl)oxazolidin-2-one", "metaxalona[spanish][inn]", "216-777-6[einecs]", "105801-80-7[rn]", "2-oxazolidinone {5-[(3,} 5-dimethylphenoxy)methyl\\]-", "2-oxazolidinone 5-((3,5-dimethylphenoxy)methyl)-", "cl 39,148", "5-[(3 5-xylyloxy)methyl]-2-oxazolidinone", "ahr-438", "{5-[(3,5-dimethylphenoxy)methyl]-2-oxazolidinone}", "5-((3,5-dimethylphenoxy)methyl)-2-oxazolidinone", "2-oxazolidinone {5-[(3,} 5-xylyloxy)methyl\\]-", "5-(3,5-dimethylphenoxymethyl)-2-oxazolidinone", "metaxalonum[latin]", "2-oxazolidinone 5-((3,5-xylyloxy)methyl)-", "5-(3,5-xyloloxymethyl)oxazolidin-2-one", "2-oxazolidinone 5-[(3,5-dimethylphenoxy)methyl]-", ".meta.xalon", "5-((3,5-xylyloxy)methyl)-2-oxazolidinone", ".meta.zalone", "skelaxin (tn)", "5-[(3,5-dimethylphenoxy)methyl]-1,3-oxazolidin-2-on", "metaxalonum [inn-latin]", "metaxalone [usan:ban:inn][inn][usan]", "1665-48-1", "5-((3,5-dimethylphenoxy)methyl)-1,3-oxazolidin-2-one", ".meta.zolone", "2-oxazolidinone 5-[ (3 5-xylyloxy)methyl]-", "337376-15-5", "5-[(3,5-dimethylphenoxy)methyl]-2-oxazolidinone", "metaxalone[wiki][usan]"}|>, "1353" -> <|"DatabaseID" -> "SW00912", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14709]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00660"]}, "IsomericSmiles" -> "Cc1cc(cc(c1)OCC2CNC(=O)O2)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00773"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methoxolone", "FDA Approved Drug" -> "METAXALONE"|>, "PharmGKBID" -> "PA164747189", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15459]}, "Synonyms" -> {"zorane", "skelaxin", "methaxalonum", "metaxalon", "metassalone [dcit]", "metaxalone", "methoxolone", "metazalone", "metaxalonum [latin]", "metazolone", "2-oxazolidinone 5-[ (3 5-dimethylphenoxy)methyl]-", ".meta.xalone", "skelaxin[wiki]", "{5-[(3,} 5-xylyloxy)methyl\\]-2-oxazolidinone", "5-{[(3,5-dimethylphenyl)oxy]methyl}-1,3-oxazolidin-2-one", "metaxalona [inn-spanish]", "1665-48-1[rn]", "metaxolone", "5-[(3,5-dimethylphenoxy)methyl]-1,3-oxazolidin-2-one[acd/iupac name]", "5-((3,5-dimethylphenoxy)methyl)oxazolidin-2-one", "metaxalona[spanish][inn]", "216-777-6[einecs]", "105801-80-7[rn]", "2-oxazolidinone {5-[(3,} 5-dimethylphenoxy)methyl\\]-", "2-oxazolidinone 5-((3,5-dimethylphenoxy)methyl)-", "cl 39,148", "5-[(3 5-xylyloxy)methyl]-2-oxazolidinone", "ahr-438", "{5-[(3,5-dimethylphenoxy)methyl]-2-oxazolidinone}", "5-((3,5-dimethylphenoxy)methyl)-2-oxazolidinone", "2-oxazolidinone {5-[(3,} 5-xylyloxy)methyl\\]-", "5-(3,5-dimethylphenoxymethyl)-2-oxazolidinone", "metaxalonum[latin]", "2-oxazolidinone 5-((3,5-xylyloxy)methyl)-", "5-(3,5-xyloloxymethyl)oxazolidin-2-one", "2-oxazolidinone 5-[(3,5-dimethylphenoxy)methyl]-", ".meta.xalon", "5-((3,5-xylyloxy)methyl)-2-oxazolidinone", ".meta.zalone", "skelaxin (tn)", "5-[(3,5-dimethylphenoxy)methyl]-1,3-oxazolidin-2-on", "metaxalonum [inn-latin]", "metaxalone [usan:ban:inn][inn][usan]", "1665-48-1", "5-((3,5-dimethylphenoxy)methyl)-1,3-oxazolidin-2-one", ".meta.zolone", "2-oxazolidinone 5-[ (3 5-xylyloxy)methyl]-", "337376-15-5", "5-[(3,5-dimethylphenoxy)methyl]-2-oxazolidinone", "metaxalone[wiki][usan]"}|>, "1354" -> <|"DatabaseID" -> "SW00913", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3199]}, "IsomericSmiles" -> "CCCCCCOc1ccccc1C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01585"]}, "OfficialNames" -> <|"NPC Approved Name" -> "exalamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3316]}, "Synonyms" -> {"exalamide", "2-hexyloxybenzamide", "o-hexyloxybenzamide", "2-n-hexyloxybenzamide", "hyperan", "o-(hexyloxy)benzamide", "h.p. 216", "exalamide [inn:jan][inn][jan]", "exalamida", "exalamida[spanish][inn]", "2-(hexyloxy)benzamid", "258-504-3[einecs]", "exalamidum[latin]", "53370-90-4[rn]", "benzamide o-hexyloxy-", "hba", "exalamidum", "2-(hexyloxy)benzamide", "53370-90-4", "4-10-00-00177 (beilstein handbook reference)[beilstein]", "benzamide 2-(hexyloxy)-", "2-(hexyloxy)benzamide[acd/iupac name]"}|>, "1355" -> <|"DatabaseID" -> "SW00914", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9322], ExternalIdentifier["ChemSpiderID", 4746]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01168"]}, "IsomericSmiles" -> "CC(C)NC(=O)c1ccc(cc1)CNNC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00478"], ExternalIdentifier["KEGGID", "D08423"]}, "OfficialNames" -> <|"China Approved Name" -> "procarbazine", "WHO Essential Medicine" -> "procarbazine", "Indian Approved Name" -> "procarbazine", "FDA Approved Drug" -> "PROCARBAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451112", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9703], ExternalIdentifier["PubChemCompoundID", 4915]}, "Synonyms" -> {"natulan", "ibenzmethyzine", "procarbazine", "ibenzmethyzin", "procarbazine hydrochloride", "ibenzmethyzine hydrochloride", "natunalar", "mih hydrochloride", "nathulane", "pcb hydrochloride", "mbh", "natulan hydrochloride", "pcx", "procarbazinum [inn-latin]", "procarbazin", "ibz", "procarbazina [inn-spanish]", "natulanar", "mih", "procarbazin [german]", "matulane", "deoxyribonucleic acid", "pcb", "366-70-1[rn]", "1-methyl-2-(p-isopropylcarbamoylbenzyl)hydrazine hydrochloride", "206-678-6[einecs]", "procarbazine[wiki]", "2-(p-(isopropylcarbamoyl)benzyl)-1-methylhydrazine hydrochloride", "p-(n'-methylhydrazinomethyl)-n-isopropylbenzamide hydrochloride", "1-(p-isopropylcarbamoylbenzyl)-2-methylhydrazine hydrochloride", "n-isopropyl-p-(2-methylhydrazinomethyl)benzamide hydrochloride", "matulane[wiki]", "benzamide n-(1-methylethyl)-4-[(2-methylhydrazinyl)methyl]-", "benzamide n-(1-methylethyl)-4-[(2-methylhydrazino)methyl]-", "cas-366-70-1", "4-[(2-methylhydrazinyl)methyl]-n-propan-2-ylbenzamide", "n-isopropyl-alpha-(2-methylhydrazino)-p-toluamide hydrochloride", "procarbazina", "benzamide n- (1-methylethyl)-4-[(2-methylhydrazino) methyl]-,monohydrochloride", "ro 4-6467", "procarbazinum", "n-4-isopropylcarbamoylbenzyl-n'-methylhydrazine", "211-582-2[einecs]", "p-(n1-methylhydrazinomethyl)-n-isopropylbenzamide", "ro 4 6467/1", "procarbazin[german]", "n-isopropyl-p-(2-methylhydrazinomethyl)-benzamide", "n-isopropyl-a-(2-methylhydrazino)-p-toluamide", "n-(1-methylethyl)-4-((2-methylhydrazino)methyl)benzamide monohydrochloride", "cb 400-497", "n-(1-methylethyl)-4-[(2-methylhydrazino)methyl]benzamide", "1-methyl-2-p-(isopropylcarbamoyl)benzohydrazide hydrochloride", "p-(n'-methylhydrazinomethyl)-n-isopropylbenzamide", "n-(1-methylethyl)-4-((2-methylhydrazino)methyl)benzamide", "4-((2-methylhydrazino)methyl)-n-isopropylbenzamide", "p-(2-methylhydrazinomethyl)-n-isopropylbenzamide", "n-isopropyl-4-[(2-methylhydrazino)methyl]benzamide[acd/iupac name]", "procarbazina[spanish][inn]", "671-16-9[rn]", "2-(p-isopropylcarbamoylbenzyl)-1-methylhydrazine", "1-methyl-2-(p-(isopropylcarbamoyl)benzyl)hydrazine", "n-isopropyl-4-(n'-methyl-hydrazinomethyl)-benzamide", "4-[(2-methylhydrazinyl)methyl]-n-(propan-2-yl)benzamide", "procarbazinum[latin]", "benzamide n-(1-methylethyl)-4-((2-methylhydrazino)methyl)- (9ci)", "benzamide n-(1-methylethyl)-4-((2-methylhydrazino)methyl)-", "ro 4-6467.", "procarbazine.hcl", "n-(1-methylethyl)-4-((2-methylhydrazino)methyl)*", "procarbazine hydrochloride [usan:jan][jan][usan]", "p-(n1-methylhydrazinomethyl)-n-isopropylbenzamide hydrochloride", "1-methyl-2-p-(isopropylcarbamoyl)benzohydrazine hydrochloride", "4-[(2-methylhydrazinyl)methyl]-n-(propan-2-yl)benzamide hydrochloride (1:1)", "4-[(2-methylhydrazinyl)methyl]-n-propan-2-yl-benzamide", "366-70-1", "benzamide n-(1-methylethyl)-4-[(2-methylhydrazinyl)methyl]- hydrochloride (1:1)", "procarbazine chloridrate", "ro 4-6467/1", "n-isopropyl-4-[(2-methylhydrazino)methyl]benzamide hydrochloride (1:1)", "n-isopropyl-a-(2-methylhydrazino)-p-toluamidemonohydrochloride", "procarbazine hydrochloride (matulane)", "n-(1-methylethyl)-4-[(2-methylhydrazino)methyl]benzamide hydrochloride", "chlorhydrate de 1-methyl 2p (isopropylcarbamoyl)benzyl-hydrazine[french]", "procarbazine hcl", "ro-4-6467/1", "n-4-isopropylcarbamoylbenzyl-n'-methylhydrazine monohydrochloride", "benzamide n-(1-methylethyl)-4-[(2-methylhydrazino)methyl]- monohydrochloride", "procarbazinehydrochloride", "benzamide n-(1-methylethyl)-4-((2-methylhydrazino)methyl)- monohydrochloride", "ibenzmethyzin hydrochloride", "matulane (tn)"}|>, "1356" -> <|"DatabaseID" -> "SW00915", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8404"], ExternalIdentifier["ChEBIID", "32053"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4737], ExternalIdentifier["ChemSpiderID", 83207]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00750"]}, "IsomericSmiles" -> "CCC[NH2+]C(C)C(=O)Nc1ccccc1C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00553"], ExternalIdentifier["KEGGID", "D01243"]}, "OfficialNames" -> <|"Indian Approved Name" -> "prilocaine", "Australia Approved Name" -> "PRILOCAINE;PRILOCAINE HYDROCHLORIDE", "FDA Approved Drug" -> "PRILOCAINE;PRILOCAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451101", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4906], ExternalIdentifier["PubChemCompoundID", 92163]}, "Synonyms" -> {"propitocaine", "citanest plain", "prilocaine", "citanest", "astra 1515", "o-methyl-2-propylaminopropionanilide", "propitocaine hydrochloride", "citanest forte", "sodium channel protein type v subunit alpha", "astra 1512", "voltage-gated sodium channel subunit alpha nav1.5", "hh1", "721-50-6[rn]", "sodium channel protein cardiac muscle alpha-subunit", "xylonest", "prilocaine chloride", "n-(2-methylphenyl)-n2-propylalaninamide hydrochloride", "n-(2-methylphenyl)-2-(propylamino)propanamide hydrochloride", "prilocaine hydrochloride", "prilocaine hcl", "emla cream", "n-(2-methylphenyl)-n2-propylalaninamide", "n-(2-methylphenyl)-2-propylamino-propanamide", "prilocaina", "propanamide n- (2-methylphenyl)-2-(propylamino)-", "n-(2-methylphenyl)-2-(propylamino)propanamide", "2-(propylamino)-n-o-tolylpropanamide", "prilocainum[latin]", "prilocainum [inn_la]", "n-(2-methylphenyl)-n2-propylalaninamide[acd/iupac name]", "chebi:8404", "n-(a-propylaminopropionyl)-o-toluidine", "prilocainum", "prilocainebase", "14289-31-7[rn]", "propanamide n-(2-methylphenyl)-2-(propylamino)- (9ci)", "o-propionotoluidide 2-propylamino-", "o-propionotuluidide 2-propylamino-", "337376-15-5", "o-propionotoluidide 2-(propylamino)-", "propanamide n-(2-methylphenyl)-2-(propylamino)-", "n-(2-methylphenyl)-2-(propylamino)propanamid", "oraqix", "emla", "o-propionotoluidide 2- (propylamino)-", "prilocaina[spanish][inn]", "211-957-0[einecs]", "propanamide", "prilocaine[wiki][usp]", "2-(propylamino)-o-propionotoluidide", "14289-32-8[rn]", "n-(2-methylphenyl)-2-(propylamino)propanamide chloride", "1786-81-8 721-50-6 [prilocaine]", "2-(propylamino)-o-propionotoluidide hydrochloride", "o-propionotoluidide 2-(propylamino)- monohydrochloride", "propanamide n-(2-methylphenyl)-2-(propylamino)- hydrochloride(1:1)", "citanest plain (tn)", "n-{1-[(2-methylphenyl)amino]-1-oxopropan-2-yl}propan-1-aminiumchloride", "einecs 217-244-0", "citanest hydrochloride", "2-(propylamino)-o-propionotoluidide monohydrochloride", "1786-81-8 721-50-6", "n-(2-methylphenyl)-n2-propylalaninamide hydrochloride (1:1)[acd/iupac name]", "217-244-0[einecs]", "citanest[wiki]", "propitocainehydrochloride", "n-(2-methylphenyl)-2-(propylamino)propanamidhydrochlorid", "1786-81-8", "n-(a-propylaminopropionyl)-o-toluidine hydrochloride", "n-(2-methylphenyl)-n(2)-propylalaninamide hydrochloride", "propanamide n-(2-methylphenyl)-2-(propylamino)- monohydrochloride", "prilocaine hydrochloride[usp]", "721-50-6", "1786-81-8[rn]", "prilocaine base"}|>, "1357" -> <|"DatabaseID" -> "SW00915", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8404"], ExternalIdentifier["ChEBIID", "32053"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4737], ExternalIdentifier["ChemSpiderID", 83207]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00750"]}, "IsomericSmiles" -> "CCC[NH2+]C(C)C(=O)Nc1ccccc1C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00553"], ExternalIdentifier["KEGGID", "D01243"]}, "OfficialNames" -> <|"Indian Approved Name" -> "prilocaine", "Australia Approved Name" -> "PRILOCAINE;PRILOCAINE HYDROCHLORIDE", "FDA Approved Drug" -> "PRILOCAINE;PRILOCAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451101", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4906], ExternalIdentifier["PubChemCompoundID", 92163]}, "Synonyms" -> {"propitocaine", "citanest plain", "prilocaine", "citanest", "astra 1515", "o-methyl-2-propylaminopropionanilide", "propitocaine hydrochloride", "citanest forte", "sodium channel protein type v subunit alpha", "astra 1512", "voltage-gated sodium channel subunit alpha nav1.5", "hh1", "721-50-6[rn]", "sodium channel protein cardiac muscle alpha-subunit", "xylonest", "prilocaine chloride", "n-(2-methylphenyl)-n2-propylalaninamide hydrochloride", "n-(2-methylphenyl)-2-(propylamino)propanamide hydrochloride", "prilocaine hydrochloride", "prilocaine hcl", "emla cream", "n-(2-methylphenyl)-n2-propylalaninamide", "n-(2-methylphenyl)-2-propylamino-propanamide", "prilocaina", "propanamide n- (2-methylphenyl)-2-(propylamino)-", "n-(2-methylphenyl)-2-(propylamino)propanamide", "2-(propylamino)-n-o-tolylpropanamide", "prilocainum[latin]", "prilocainum [inn_la]", "n-(2-methylphenyl)-n2-propylalaninamide[acd/iupac name]", "chebi:8404", "n-(a-propylaminopropionyl)-o-toluidine", "prilocainum", "prilocainebase", "14289-31-7[rn]", "propanamide n-(2-methylphenyl)-2-(propylamino)- (9ci)", "o-propionotoluidide 2-propylamino-", "o-propionotuluidide 2-propylamino-", "337376-15-5", "o-propionotoluidide 2-(propylamino)-", "propanamide n-(2-methylphenyl)-2-(propylamino)-", "n-(2-methylphenyl)-2-(propylamino)propanamid", "oraqix", "emla", "o-propionotoluidide 2- (propylamino)-", "prilocaina[spanish][inn]", "211-957-0[einecs]", "propanamide", "prilocaine[wiki][usp]", "2-(propylamino)-o-propionotoluidide", "14289-32-8[rn]", "n-(2-methylphenyl)-2-(propylamino)propanamide chloride", "1786-81-8 721-50-6 [prilocaine]", "2-(propylamino)-o-propionotoluidide hydrochloride", "o-propionotoluidide 2-(propylamino)- monohydrochloride", "propanamide n-(2-methylphenyl)-2-(propylamino)- hydrochloride(1:1)", "citanest plain (tn)", "n-{1-[(2-methylphenyl)amino]-1-oxopropan-2-yl}propan-1-aminiumchloride", "einecs 217-244-0", "citanest hydrochloride", "2-(propylamino)-o-propionotoluidide monohydrochloride", "1786-81-8 721-50-6", "n-(2-methylphenyl)-n2-propylalaninamide hydrochloride (1:1)[acd/iupac name]", "217-244-0[einecs]", "citanest[wiki]", "propitocainehydrochloride", "n-(2-methylphenyl)-2-(propylamino)propanamidhydrochlorid", "1786-81-8", "n-(a-propylaminopropionyl)-o-toluidine hydrochloride", "n-(2-methylphenyl)-n(2)-propylalaninamide hydrochloride", "propanamide n-(2-methylphenyl)-2-(propylamino)- monohydrochloride", "prilocaine hydrochloride[usp]", "721-50-6", "1786-81-8[rn]", "prilocaine base"}|>, "1358" -> <|"DatabaseID" -> "SW00916", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938929]}, "IsomericSmiles" -> "CCC(C)NC(=O)/C=C/C=C/CC/C=C/C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spilanthol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433895]}, "Synonyms" -> {"2", "ac1o5gyr", "ls-59410", "affinin", "spilanthol", "n-isobutyl-2e-decenamide", "2,6,8-decatrienamide n-(2-methylpropyl)- (e,e,z)- (9ci)", "(2e", "(e"}|>, "1359" -> <|"DatabaseID" -> "SW00916", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938929]}, "IsomericSmiles" -> "CCC(C)NC(=O)/C=C/C=C/CC/C=C/C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spilanthol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433895]}, "Synonyms" -> {"2", "ac1o5gyr", "ls-59410", "affinin", "spilanthol", "n-isobutyl-2e-decenamide", "2,6,8-decatrienamide n-(2-methylpropyl)- (e,e,z)- (9ci)", "(2e", "(e"}|>, "1360" -> <|"DatabaseID" -> "SW00917", "IsomericSmiles" -> "Cc1ccsc1/C=C/C2=[NH+]CCCN2C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08230"]}, "OfficialNames" -> <|"NPC Approved Name" -> "morantel"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5353792]}, "Synonyms" -> {"morantel", "einecs 243-890-8", "paratect flex ", "morantelum", "morantelum [inn-latin]", "(e)-1", "uk 2964-18", "pyrimidine", "1-methyl-2-[2-(3-methylthiophen-2-yl)ethenyl]-1", "trans-1", "morantel [inn:ban]"}|>, "1361" -> <|"DatabaseID" -> "SW00918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 300231]}, "IsomericSmiles" -> "CC1=C(C(=O)c2c(cccc2[O-])C1=O)Cl", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-chloroplumbagin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 338719]}, "Synonyms" -> {"chloroplumbagin", "3-chloro-5-hydroxy-2-methylnaphthalene-1", "21890-57-3", "21890-57-3[rn]", "3-chloroplumbagin", "nsc-362426", "ac1l7ofa", "nsc362426"}|>, "1362" -> <|"DatabaseID" -> "SW00919", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80508]}, "IsomericSmiles" -> "CC(=O)NC(Cc1ccc(cc1)O)C(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "n-acetyltyrosine (dl)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 89216]}, "Synonyms" -> {"n-acetyl-4-hydroxyphenylalanine", "n-acetyl-dl-tyrosine", "2-acetamido-3-(4-hydroxyphenyl)propanoic acid", "2-(acetylamino)-3-(4-hydroxyphenyl)propanoicacid; n-acetyltyrosine", "l-tyrosine", "19764-32-0[rn]", "537-55-3[rn]", "2-(acetylamino)-3-(4-hydroxyphenyl)propanoic acid", "n-acetyl-tyrosine", "n-acetyltyrosine", "2-acetylamino-3-(4-hydroxy-phenyl)-propionic acid", "n-acetyl tyrosine", "aa-516/30012044", "nsc10853", "n-acetyltyrosine[acd/iupac name]", "n-acetyltyrosine (van)", "n-acetyl-l-tyrosine[acd/iupac name]", "ac1l3hdy", "acetyl tyrosine", "nsc-10853", "243-279-6[einecs]", "tyrosine n-acetyl-", "acetyl-l-tyrosine"}|>, "1363" -> <|"DatabaseID" -> "SW00919", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80508]}, "IsomericSmiles" -> "CC(=O)NC(Cc1ccc(cc1)O)C(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "n-acetyltyrosine (dl)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 89216]}, "Synonyms" -> {"n-acetyl-4-hydroxyphenylalanine", "n-acetyl-dl-tyrosine", "2-acetamido-3-(4-hydroxyphenyl)propanoic acid", "2-(acetylamino)-3-(4-hydroxyphenyl)propanoicacid; n-acetyltyrosine", "l-tyrosine", "19764-32-0[rn]", "537-55-3[rn]", "2-(acetylamino)-3-(4-hydroxyphenyl)propanoic acid", "n-acetyl-tyrosine", "n-acetyltyrosine", "2-acetylamino-3-(4-hydroxy-phenyl)-propionic acid", "n-acetyl tyrosine", "aa-516/30012044", "nsc10853", "n-acetyltyrosine[acd/iupac name]", "n-acetyltyrosine (van)", "n-acetyl-l-tyrosine[acd/iupac name]", "ac1l3hdy", "acetyl tyrosine", "nsc-10853", "243-279-6[einecs]", "tyrosine n-acetyl-", "acetyl-l-tyrosine"}|>, "1364" -> <|"DatabaseID" -> "SW00920", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34698"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13837303]}, "IsomericSmiles" -> "CCOC(=O)c1ccccc1C(=O)OCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03804"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diethyl phthalate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6781]}, "Synonyms" -> {"neantine", "palatinol a", "phthalol", "phthalic acid diethyl ester", "diethyl phthalate", "anozol", "c007379", "diethyl ester of phthalic acid", "ftalato de dietila[portuguese]", "diethylphthalate", "solvanol", "diethyl benzene-1,2-dicarboxylate", "benzenedicarboxylic acid diethyl ester", "diethyl 1,2-benzenedicarboxylate", "phthalsaeurediaethylester[german]", "84-66-2", "1,2-benzenedicarboxylic acid diethyl ester", "1912500", "84-66-2[rn]", "diethyl phthalate[nf]", "phthalic acid diethyl ester", "diethyl phthalate;phthalicacid diethyl ester; diethyl 1,2-benzenedicarboxylate", "ethyl 2-(ethoxycarbonyl)benzoate", "diethyl o-phthalate", "placidol e", "201-550-6[einecs]", "1,2-benzenedicarboxylic acid diethyl ester", "ethyl phthalate", "benzene-1,2-dicarboxylic acid diethyl ester"}|>, "1365" -> <|"DatabaseID" -> "SW00921", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9814]}, "IsomericSmiles" -> "COc1c(cc2c(c1OC)OCO2)CC=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dillapiole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10231]}, "Synonyms" -> {"dill apiol", "apiole (dill)", "dill apiole", "benzene", "1-allyl-2,3-dimethoxy-4,5-(methylenedioxy)benzene", "6-allyl-4,5-dimethoxy-1,3-benzodioxole", "dillapiole", "sbb012709", "1", "4,5-dimethoxy-6-(prop-2-en-1-yl)-1,3-benzodioxole", "484-31-1[rn]", "dillapiol[wiki]", "1,3-benzodioxole 4,5-dimethoxy-6-(2-propen-1-yl)-", "4,5-dimethoxy-6-(2-propenyl)-1,3-benzodioxole", "benzene 1-allyl-2,3-dimethoxy-4,5-(methylenedioxy)-", "1,3-benzodioxole 4,5-dimethoxy-6-(2-propenyl)- (9ci)", "dillapiol", "5-19-03-00307 (beilstein handbook reference)[beilstein]", "1,3-benzodioxole 4,5-dimethoxy-6-(2-propenyl)-", "brn 0196037", "4,5-dimethoxy-6-prop-2-enyl-2h-benzo[d]1,3-dioxolene", "6-allyl-4,5-dimethoxy-1,3-benzodioxol", "dillapiole[wiki]", "484-31-1"}|>, "1366" -> <|"DatabaseID" -> "SW00922", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "42491"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "07776"]}, "IsomericSmiles" -> "c1ccc(cc1)c2cc(=O)c3ccccc3o2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10680]}, "Synonyms" -> {"2-phenyl-4h-chromen-4-one", "flavone", "mitomalcin", "4h-1-benzopyran-4-one", "ncs", "mmc", "2-phenylchromone", "asmacoril", "2-phenylchromen-4-one", "2-phenyl-4-chromone", "525-82-6", "chromocor", "2-phenyl-4-benzopyron"}|>, "1367" -> <|"DatabaseID" -> "SW00923", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18220"]}, "IsomericSmiles" -> "c1ccc(cc1)c2coc3ccccc3c2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-flavone", "Indian Approved Name" -> "soya isoflavone;isoflavone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72304]}, "Synonyms" -> {"sbb068618", "chebi:18220", "iso-flavone", "nsc135405", "4h-1-benzopyran-4-one", "574-12-9", "isoflavones", "nsc-135405", "isoflavone", "3-phenylchromen-4-one"}|>, "1368" -> <|"DatabaseID" -> "SW00924", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8066"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4596]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00498"]}, "IsomericSmiles" -> "c1ccc(cc1)C2C(=O)c3ccccc3C2=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08354"]}, "OfficialNames" -> <|"Indian Approved Name" -> "phenindione", "FDA Approved Drug" -> "PHENINDIONE"|>, "PharmGKBID" -> "PA164784031", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4760]}, "Synonyms" -> {"pindione", "phenindione", "phenyline", "phenhydren", "phenylindione", "fenilin", "hedulin", "dindevan", "diophindane", "phenylindanedione", "emandion", "phenylin", "phenyllin", "bindan", "indon", "phenylen", "fenindion", "phenillin", "fenhydren", "thrombasal", "indema", "emandione", "indion", "tromazal", "danedion", "pid", "dineval", "theradione", "athrombon", "diadilan", "cronodione", "hemolidione", "trombol", "eridione", "danilone", "rectadione", "2-phenylindan-1,3-dione", "2-fenyloindandion-1,3[polish]", "2-phenyl-1,3(2h)-indenedione", "2-phenyl-1,3-indanedione", "fenindiona[spanish][inn]", "2-phenyl-1h-indene-1,3(2h)-dione[acd/iupac name]", "1983-12-5", "2-phenylindane-1,3-dione", "2-phenyl-1 3-indandione", "1h-indene-1,3(2h)-dione 2-phenyl-", "phenindione[wiki]", "1h-indene-1,3 (2h)-dione 2-phenyl-", "2-phenyl-1", "phenindione [ban:inn][inn]", "phenindionum[latin]", "2-phenyl-2-hydrocyclopenta[1,2-a]benzene-1,3-dione", "1911699[beilstein]", "2-phenyl-1,3-diketohydrindene", "201-454-4[einecs]", "83-12-5[rn]", "1,3-indandione 2-phenyl-", "2-phenyl-1,3-indandione", "dindevan,rectadione", "ec 1.1.4.1", "2-phenylindandione", "2-phenyl-indan-1,3-dione", "vitamin k1 2,3-epoxide reductase subunit 1", "dindevan,rectadione;rectadione", "337376-15-5", "danilon"}|>, "1369" -> <|"DatabaseID" -> "SW00925", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27690"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1909]}, "IsomericSmiles" -> "CC(=O)Nc1nnc(s1)S(=O)(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00218"]}, "OfficialNames" -> <|"China Approved Name" -> "acetazolamide", "Indian Approved Name" -> "acetazolamide", "WHO Essential Medicine" -> "acetazolamide", "Australia Approved Name" -> "ACETAZOLAMIDE", "FDA Approved Drug" -> "ACETAZOLAMIDE;ACETAZOLAMIDE SODIUM"|>, "PharmGKBID" -> "PA448018", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1986]}, "Synonyms" -> {"glaupax", "diluran", "diacarb", "acetazolamide", "dehydratin", "acetazolamid", "nephramide", "edemox", "diamox", "defiltran", "carbonic anhydrase inhibitor 6063", "fonurit", "59-66-5[rn]", "1,3,4-thiadiazole-2-sulfonamide 5-acetamido-", "acetamide n-[5- (aminosulfonyl)-1,3,4-thiadiazol-2-yl]-", "cas-59-66-5", "n-(5-sulfamoyl-1,3,4-thiadiazol-2-yl)acetamid", "cidamex", "n-[5-(aminosulfonyl)-1,3,4-thiadiazol-2-yl]acetamide", "acetazolam", "dazamide", "storzolamide", "diuriwas", "acetamide n-[5-(aminosulfonyl)-1,3,4-thiadiazol-2-yl]-", "acetazolamide [ban:inn:jan][inn][jan]", "carbonic anhydrase inhibitor", "n-[5-(aminosulfonyl)-1,3,5-thiadiazol-2-yl]acetamide", "atenezol", "5-acetylamino-1,3,4-thiadiazole-2-sulfonamide", "nephramid", "diamox[wiki]", "212994[beilstein]", "5-acetamido-1,3,4-thiadiazole-2-sulfonamide", "ak-zol", "didoc", "acetazolamine", "acetazolamidum [inn_la]", "n-(5-sulfamoyl-1,3,4-thiadiazol-2-yl)acetamide[acd/iupac name]", "apo-acetazolamide", "acetamox", "4-diamox", "5-acetamide-1,3,4-thiadiazole-2-sulfonamide", "5661-25-6[rn]", "acetazolamida[spanish][inn]", "ahi", "phonurit", "acetazolamidum[latin]", "donmox", "2-acetylamino-1,3,4-thiadiazole-5-sulfonamide", "diuramid", "n-(5-(aminosulfonyl)-1,3,4-thiadiazol-2-yl)acetamide", "eumicton", "duiramid", "natrionex", "diamox (tn)", "azm", "diamox sequels", "8017-69-4[rn]", "1424-27-7[rn]", "n-[5-(aminosulfonyl)-1,3,4-thiadiozol-2-yl]-acetamide", "acetazoleamide", "n-(5-[aminosulfonyl]-1,3,4-thiadiazol-2-yl)acetamide", "glupax", "acetazolamide[wiki]", "2-acetamido-5-sulfonamido-1,3,4-thiadiazole", "acetamide n- (5-sulfamoyl-1,3,4-thiadiazol-2-yl)-", "sk-acetazolamide", "carbonic anhydrase inhibitor no. 6063", "200-440-5[einecs]", "vetamox", "337376-15-5", "diureticum-holzinger", "diakarb", "diutazol", "n-(5-sulfamoyl-[1,3,4]thiadiazol-2-yl)-acetamide", "acetamide n-(5-(aminosulfonyl)-1,3,4-thiadiazol-2-yl)-", "59-66-5", "acetozalamide", "acetamide n-(5-sulfamoyl-1,3,4-thiadiazol-2-yl)-"}|>, "1370" -> <|"DatabaseID" -> "SW00926", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15931779]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c(c2C1)OC)OCO3", "OfficialNames" -> <|"NPC Approved Name" -> "hydrocotarnine hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6419942]}, "Synonyms" -> {"5985-00-2", "ncgc00016666-01", "1,3-dioxolo[4,5-g]isoquinoline 5,6,7,8-tetrahydro-4-methoxy-6-methyl-,hydrochloride (1:1)", "nsc99784", "ac1o4wgo", "hydrocofarmine hbr", "hydrocotarnine hydrochloride[jp15]", "4-methoxy-6-methyl-5,6,7,8-tetrahydro[1,3]dioxolo[4,5-g]isoquinoline hydrochloride (1:1)", "cas-5985-00-2", "surecn4281040", "hydrocotarnine hydrobromide", "unii-xsr2nnv6tm", "prestwick_267"}|>, "1371" -> <|"DatabaseID" -> "SW00926", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15931779]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c(c2C1)OC)OCO3", "OfficialNames" -> <|"NPC Approved Name" -> "hydrocotarnine hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6419942]}, "Synonyms" -> {"5985-00-2", "ncgc00016666-01", "1,3-dioxolo[4,5-g]isoquinoline 5,6,7,8-tetrahydro-4-methoxy-6-methyl-,hydrochloride (1:1)", "nsc99784", "ac1o4wgo", "hydrocofarmine hbr", "hydrocotarnine hydrochloride[jp15]", "4-methoxy-6-methyl-5,6,7,8-tetrahydro[1,3]dioxolo[4,5-g]isoquinoline hydrochloride (1:1)", "cas-5985-00-2", "surecn4281040", "hydrocotarnine hydrobromide", "unii-xsr2nnv6tm", "prestwick_267"}|>, "1372" -> <|"DatabaseID" -> "SW00927", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 570965]}, "IsomericSmiles" -> "CC(C)(C(=O)N[C@@H](CS)C(=O)[O-])S", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01809"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bucillamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656604]}, "Synonyms" -> {"bucilant", "rimatil", "thiobutarit", "bucillamine", "tiobutarit", "dsstox_gsid_48587", "n-(2-mercapto-2-methylpropanoyl)-l-cysteine", "l-cysteine n-(2-mercapto-2-methyl-1-oxopropyl)-", "65002-17-7[rn]", "n-(2-methyl-2-sulfanylpropanoyl)-l-cysteine", "bucilant (tn)", "n-(2-mercaptoisobutyryl)-l-cysteine", "bucillamine[wiki][inn][jan][usan][jp15]", "dsstox_rid_82785", "bucilamina[spanish][inn]", "n-(2-mercapto-2-methylpropionyl)-l-cysteine", "(2r)-2-(2-methyl-2-sulfanylpropanoylamino)-3-sulfanylpropanoicacid", "3-mercapto-2-(2-mercapto-2-methyl-propionylamino)-propionic acid", "n-(2-mercapto-2-methyl-1-oxopropyl)-l-cysteine", "chembl80830", "dsstox_cid_28513", "de-019", "bucillaminum[latin][inn]", "l-cysteine"}|>, "1373" -> <|"DatabaseID" -> "SW00928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8013742]}, "IsomericSmiles" -> "CC[C@@H](c1cccc(c1)O)[C@@H](C)C[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06007"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tapentadol", "FDA Approved Drug" -> "TAPENTADOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9838022]}, "Synonyms" -> {"tapentadol", "3-(1-dimethylamino-2-methyl-pentan-3-yl)phenol", "3-[(2r,3r)-1-(dimethylamino)-2-methylpentan-3-yl]phenol", "175591-23-8", "phenol 3-[(1r,2r)-3-(dimethylamino)-1-ethyl-2-methylpropyl]-", "175591-09-0[rn]", "3-((1r,2r)-3-(dimethylamino)-1-ethyl-2-methylpropyl)phenol", "(r", "bn 200", "tapentadol (usan/inn)", "175591-23-8[rn]", "tapentadol hydrochloride", "3-[(1r,2r)-3-(dimethylamino)-1-ethyl-2-methylpropyl]phenol", "unii-h8a007m585", "nucynta", "dea no. 9780", "tapentadol[inn]", "3-((2r,3r)-1-(dimethylamino)-2-methylpentan-3-yl)phenol", "3-(3-dimethylamino-1-ethyl-2-methylpropyl)phenol", "surecn116924", "cg5503"}|>, "1374" -> <|"DatabaseID" -> "SW00929", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 149890]}, "IsomericSmiles" -> "CC(C)[C@H]1CC[C@]2(CCCC(=O)[C@]2(C1)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "valeranone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 171455]}, "Synonyms" -> {"yatamanson", "valeranone", "55528-90-0[rn]", "(4aalpha", "ls-95105", "ac1l57jt", "c16813", "55528-90-0", "(4ar"}|>, "1375" -> <|"DatabaseID" -> "SW00930", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4955276]}, "IsomericSmiles" -> "C[C@@]12CCC[C@H]3C1[C@@](CCC2)(OC3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maalioxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6452862]}, "Synonyms" -> {"(-)-maalioxide", "53625-18-6[rn]", "53625-18-6", "2h-naphtho(1"}|>, "1376" -> <|"DatabaseID" -> "SW00930", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4955276]}, "IsomericSmiles" -> "C[C@@]12CCC[C@H]3C1[C@@](CCC2)(OC3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maalioxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6452862]}, "Synonyms" -> {"(-)-maalioxide", "53625-18-6[rn]", "53625-18-6", "2h-naphtho(1"}|>, "1377" -> <|"DatabaseID" -> "SW00931", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10417"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82584]}, "IsomericSmiles" -> "C[C@]12CCCC(=C)[C@@H]1C[C@@H](CC2)C(C)(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-eudesmol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91457]}, "Synonyms" -> {"2-naphthalenemethanol", "b-eudesmol", "eudesm-4(14)-en-11-ol", "beta-eudesmol", "rel-2-[(2r,4ar,8as)-4a-methyl-8-methylenedecahydronaphthalen-2-yl]propan-2-ol", "(+)-b-eudesmol", "beta-selinenol", "2-naphthalenemethanol decahydro-?,?,4a-trimethyl-8-methylene-,(2r,4ar,8as)-", "(2r", "473-15-4[rn]", "1,2a,3,4,4a,5,6,7,8,8aa-decahydro-a,a,4ab-trimethyl-8-methylene-2-naphthalenemethanol", "b-selinenol", "2-[(2r,4ar,8as)-4a-methyl-8-methylidenedecahydronaphthalen-2-yl]propan-2-ol", "chebi:10417", "eudesm-4(14)-en-11-ol (8ci)", "2-((2r,4ar,8as)-4a-methyl-8-methylene-decahydro-naphthalen-2-yl)-propan-2-ol", "473-15-4", "c09664", "2-[(2r,4ar,8as)-4a-methyl-8-methylenedecahydronaphthalen-2-yl]propan-2-ol"}|>, "1378" -> <|"DatabaseID" -> "SW00932", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91869]}, "IsomericSmiles" -> "CC1=CCC2(CC[C@@H](C2(CC1)O)C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carotol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101679]}, "Synonyms" -> {"(3r)-6", "(+)-carotol", "kst-1a5051", "carotol[wiki]", "carotol", "ac1q79e0", "3aalpha(1h)-azulenol", "465-28-1", "ac1l2rbn", "465-28-1[rn]", "ar-1a4321"}|>, "1379" -> <|"DatabaseID" -> "SW00932", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91869]}, "IsomericSmiles" -> "CC1=CCC2(CC[C@@H](C2(CC1)O)C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carotol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101679]}, "Synonyms" -> {"(3r)-6", "(+)-carotol", "kst-1a5051", "carotol[wiki]", "carotol", "ac1q79e0", "3aalpha(1h)-azulenol", "465-28-1", "ac1l2rbn", "465-28-1[rn]", "ar-1a4321"}|>, "1380" -> <|"DatabaseID" -> "SW00932", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91869]}, "IsomericSmiles" -> "CC1=CCC2(CC[C@@H](C2(CC1)O)C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carotol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101679]}, "Synonyms" -> {"(3r)-6", "(+)-carotol", "kst-1a5051", "carotol[wiki]", "carotol", "ac1q79e0", "3aalpha(1h)-azulenol", "465-28-1", "ac1l2rbn", "465-28-1[rn]", "ar-1a4321"}|>, "1381" -> <|"DatabaseID" -> "SW00932", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91869]}, "IsomericSmiles" -> "CC1=CCC2(CC[C@@H](C2(CC1)O)C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carotol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101679]}, "Synonyms" -> {"(3r)-6", "(+)-carotol", "kst-1a5051", "carotol[wiki]", "carotol", "ac1q79e0", "3aalpha(1h)-azulenol", "465-28-1", "ac1l2rbn", "465-28-1[rn]", "ar-1a4321"}|>, "1382" -> <|"DatabaseID" -> "SW00933", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19903]}, "IsomericSmiles" -> "CC(C)[C@@H]1CCC2(CCCC(=O)C2(C1)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jatamansone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21164]}, "Synonyms" -> {"jatamansone", "(-)-valeranone", "ls-95102", "1(2h)-naphthalenone", "5090-54-0[rn]", "valeranone", "(7r)-4a", "ac1l2hrh", "5090-54-0"}|>, "1383" -> <|"DatabaseID" -> "SW00933", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19903]}, "IsomericSmiles" -> "CC(C)[C@@H]1CCC2(CCCC(=O)C2(C1)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jatamansone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21164]}, "Synonyms" -> {"jatamansone", "(-)-valeranone", "ls-95102", "1(2h)-naphthalenone", "5090-54-0[rn]", "valeranone", "(7r)-4a", "ac1l2hrh", "5090-54-0"}|>, "1384" -> <|"DatabaseID" -> "SW00933", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19903]}, "IsomericSmiles" -> "CC(C)[C@@H]1CCC2(CCCC(=O)C2(C1)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jatamansone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21164]}, "Synonyms" -> {"jatamansone", "(-)-valeranone", "ls-95102", "1(2h)-naphthalenone", "5090-54-0[rn]", "valeranone", "(7r)-4a", "ac1l2hrh", "5090-54-0"}|>, "1385" -> <|"DatabaseID" -> "SW00933", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19903]}, "IsomericSmiles" -> "CC(C)[C@@H]1CCC2(CCCC(=O)C2(C1)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jatamansone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21164]}, "Synonyms" -> {"jatamansone", "(-)-valeranone", "ls-95102", "1(2h)-naphthalenone", "5090-54-0[rn]", "valeranone", "(7r)-4a", "ac1l2hrh", "5090-54-0"}|>, "1386" -> <|"DatabaseID" -> "SW00934", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478283]}, "IsomericSmiles" -> "CC(=CCC/C(=C\\CCC(C)(C=C)O)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerolidiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320128]}, "Synonyms" -> {"1", "nerolidol cis-form", "nerolidol isomer", "cis-nerolidol", "1,6,10-dodecatrien-3-ol 3,7,11-trimethyl- [s-(z)]-", "(z)-nerolidol", "230-597-5[einecs]", "3,7,11-trimethyldodeca-1,6,10-trien-3-ol", "nerolidol[wiki]", "dsstox_cid_27239", "1,6,10-dodecatrien-3-ol 3,7,11-trimethyl- (6z)-", "cis-3", "3,7,11-trimethyl-1,6,10-dodecatrien-3-ol[acd/iupac name]", "nerolidol", "(cis+trans)-nerolidol", "7212-44-4[rn]", "(6z)-nerolidol", "(z)-3,7,11-trimethyldodeca-1,6,10-trien-3-ol", "(6z)-3,7,11-trimethyldodeca-1,6,10-trien-3-ol", "nerolidiol", "(6z)-3", "3790-78-1[rn]", "z-nerolidol", "ac1nsz3p", "223-263-5[einecs]", "cis-3,7,11-trimethyl-1,6,10-dodecatrien-3-ol", "142-50-7[rn]", "1,6,10-dodecatrien-3-ol 3,7,11-trimethyl-"}|>, "1387" -> <|"DatabaseID" -> "SW00934", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478283]}, "IsomericSmiles" -> "CC(=CCC/C(=C\\CCC(C)(C=C)O)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerolidiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320128]}, "Synonyms" -> {"1", "nerolidol cis-form", "nerolidol isomer", "cis-nerolidol", "1,6,10-dodecatrien-3-ol 3,7,11-trimethyl- [s-(z)]-", "(z)-nerolidol", "230-597-5[einecs]", "3,7,11-trimethyldodeca-1,6,10-trien-3-ol", "nerolidol[wiki]", "dsstox_cid_27239", "1,6,10-dodecatrien-3-ol 3,7,11-trimethyl- (6z)-", "cis-3", "3,7,11-trimethyl-1,6,10-dodecatrien-3-ol[acd/iupac name]", "nerolidol", "(cis+trans)-nerolidol", "7212-44-4[rn]", "(6z)-nerolidol", "(z)-3,7,11-trimethyldodeca-1,6,10-trien-3-ol", "(6z)-3,7,11-trimethyldodeca-1,6,10-trien-3-ol", "nerolidiol", "(6z)-3", "3790-78-1[rn]", "z-nerolidol", "ac1nsz3p", "223-263-5[einecs]", "cis-3,7,11-trimethyl-1,6,10-dodecatrien-3-ol", "142-50-7[rn]", "1,6,10-dodecatrien-3-ol 3,7,11-trimethyl-"}|>, "1388" -> <|"DatabaseID" -> "SW00935", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 255836]}, "IsomericSmiles" -> "CC1CCC=C(C12CCC(C2)C(C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarospirol;hinesol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289964]}, "Synonyms" -> {"agaruspirol", "hinesol", "agarospirol", "1460-73-7[rn]", "23811-08-7", "nsc152472", "2-(6,10-dimethylspiro[4.5]dec-6-en-2-yl)-2-propanol", "59331-07-6[rn]", "ac1l6cvk", "1460-73-7", "ac1q76lw", "2-(6", "ar-1c8198"}|>, "1389" -> <|"DatabaseID" -> "SW00935", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 255836]}, "IsomericSmiles" -> "CC1CCC=C(C12CCC(C2)C(C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarospirol;hinesol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289964]}, "Synonyms" -> {"agaruspirol", "hinesol", "agarospirol", "1460-73-7[rn]", "23811-08-7", "nsc152472", "2-(6,10-dimethylspiro[4.5]dec-6-en-2-yl)-2-propanol", "59331-07-6[rn]", "ac1l6cvk", "1460-73-7", "ac1q76lw", "2-(6", "ar-1c8198"}|>, "1390" -> <|"DatabaseID" -> "SW00935", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 255836]}, "IsomericSmiles" -> "CC1CCC=C(C12CCC(C2)C(C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarospirol;hinesol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289964]}, "Synonyms" -> {"agaruspirol", "hinesol", "agarospirol", "1460-73-7[rn]", "23811-08-7", "nsc152472", "2-(6,10-dimethylspiro[4.5]dec-6-en-2-yl)-2-propanol", "59331-07-6[rn]", "ac1l6cvk", "1460-73-7", "ac1q76lw", "2-(6", "ar-1c8198"}|>, "1391" -> <|"DatabaseID" -> "SW00935", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 255836]}, "IsomericSmiles" -> "CC1CCC=C(C12CCC(C2)C(C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarospirol;hinesol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 289964]}, "Synonyms" -> {"agaruspirol", "hinesol", "agarospirol", "1460-73-7[rn]", "23811-08-7", "nsc152472", "2-(6,10-dimethylspiro[4.5]dec-6-en-2-yl)-2-propanol", "59331-07-6[rn]", "ac1l6cvk", "1460-73-7", "ac1q76lw", "2-(6", "ar-1c8198"}|>, "1392" -> <|"DatabaseID" -> "SW00936", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447568]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CCC(C)(C=C)O)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerolidol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284507]}, "Synonyms" -> {"trans-nerolidol", "fci 119b", "(e)-3,7,11-trimethyl-1,6,10-dodecatrien-3-ol", "6,7-dihydronerolidol", "nerolidol (natural)", "255-053-4[einecs]", ".alpha.-nerolidol", "(6e)-3,7,11-trimethyl-1,6,10-dodecatrien-3-ol", "(6e)-nerolidol", "peruviol[wiki]", "230-597-5[einecs]", "3,7,11-trimethyldodeca-1,6,10-trien-3-ol", "205-540-2[einecs]", "3-hydroxy-3,7,11-trimethyl-1,6,10-dodecatriene", "nerolidol[wiki]", "nerolidol 2", "nerolidol 1", "10,11-dihydronerolidol", "3,7,11-trimethyl-1,6,10-dodecatrien-3-ol[acd/iupac name]", ".beta.-nerolidol", "1", "nerolidol", "3", "methylvinylhomogeranyl carbinol", "1724135", "e-nerolidol", "35944-21-9[rn]", "nerolidol (e)", "(6e)-3,7,11-trimethyldodeca-1,6,10-trien-3-ol; 3-hydroxy-3,7,11-trimethyl-1,6,10-dodecatriene", "1,6,10-dodecatrien-3-ol 3,7,11-trimethyl- (6e)-", "trans-3,7,11-trimethyl-1,6,10-dodecatrien-3-ol", "stirrup", "(6e)-3,7,11-trimethyldodeca-1,6,10-trien-3-ol", "3790-78-1[rn]", "nerolidol trans-form", "(e)-3,7,11-trimethyldodeca-1,6,10-trien-3-ol", "223-263-5[einecs]", "(6e)-3", "7212-44-4[rn]", "1,6,10-dodecatrien-3-ol 3,7,11-trimethyl- (e)-", "142-50-7[rn]", "1,6,10-dodecatrien-3-ol 3,7,11-trimethyl-", "3-01-00-02042 (beilstein handbook reference)[beilstein]", "nerolidol (van)", "nerolidol (6ci)", "(e)-3,7,11-trimethyl-dodeca-1,6,10-trien-3-ol", "dl-nerolidol", "(e)-nerolidol", ".+/-.-trans-nerolidol", "40716-66-3[rn]"}|>, "1393" -> <|"DatabaseID" -> "SW00936", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447568]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CCC(C)(C=C)O)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerolidol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284507]}, "Synonyms" -> {"trans-nerolidol", "fci 119b", "(e)-3,7,11-trimethyl-1,6,10-dodecatrien-3-ol", "6,7-dihydronerolidol", "nerolidol (natural)", "255-053-4[einecs]", ".alpha.-nerolidol", "(6e)-3,7,11-trimethyl-1,6,10-dodecatrien-3-ol", "(6e)-nerolidol", "peruviol[wiki]", "230-597-5[einecs]", "3,7,11-trimethyldodeca-1,6,10-trien-3-ol", "205-540-2[einecs]", "3-hydroxy-3,7,11-trimethyl-1,6,10-dodecatriene", "nerolidol[wiki]", "nerolidol 2", "nerolidol 1", "10,11-dihydronerolidol", "3,7,11-trimethyl-1,6,10-dodecatrien-3-ol[acd/iupac name]", ".beta.-nerolidol", "1", "nerolidol", "3", "methylvinylhomogeranyl carbinol", "1724135", "e-nerolidol", "35944-21-9[rn]", "nerolidol (e)", "(6e)-3,7,11-trimethyldodeca-1,6,10-trien-3-ol; 3-hydroxy-3,7,11-trimethyl-1,6,10-dodecatriene", "1,6,10-dodecatrien-3-ol 3,7,11-trimethyl- (6e)-", "trans-3,7,11-trimethyl-1,6,10-dodecatrien-3-ol", "stirrup", "(6e)-3,7,11-trimethyldodeca-1,6,10-trien-3-ol", "3790-78-1[rn]", "nerolidol trans-form", "(e)-3,7,11-trimethyldodeca-1,6,10-trien-3-ol", "223-263-5[einecs]", "(6e)-3", "7212-44-4[rn]", "1,6,10-dodecatrien-3-ol 3,7,11-trimethyl- (e)-", "142-50-7[rn]", "1,6,10-dodecatrien-3-ol 3,7,11-trimethyl-", "3-01-00-02042 (beilstein handbook reference)[beilstein]", "nerolidol (van)", "nerolidol (6ci)", "(e)-3,7,11-trimethyl-dodeca-1,6,10-trien-3-ol", "dl-nerolidol", "(e)-nerolidol", ".+/-.-trans-nerolidol", "40716-66-3[rn]"}|>, "1394" -> <|"DatabaseID" -> "SW00937", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2339626]}, "IsomericSmiles" -> "C[C@H]1CCC[C@@]2(C13C[C@@H](CC2)C(O3)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydroagarofuran"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3082158]}, "Synonyms" -> {"dihydroagarofuran", "20053-66-1", "2h-3", "alpha-dihydroagarofuran", "ac1miy9y", "20053-66-1[rn]"}|>, "1395" -> <|"DatabaseID" -> "SW00938", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10217"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59018]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@H]2[C@]13CC[C@@]([C@H](C3)C2(C)C)(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "eudesmol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65575]}, "Synonyms" -> {"eudesmol", "a-cedrol", "(+)-cedrol", "cedarwood oil alcohols", "(8r)-cedran-8-ol", "cedrol", "cedrol (natural)", "alpha-cedrol", "201-035-6[einecs]", "cedar camphor", "[3r-(3a,3ab,6a,7b,8aa)]-octahydro-3,6,8,8-tetramethyl-1h-3a,7-methanoazulen-6-ol", "cedrol;", "cedrol (6ci", "(1s,2r,5s,7r,8r)-2,6,6,8-tetramethyltricyclo[5.3.1.01,5]undecan-8-ol", "(1s,2r,5r,7r,8r)-2,6,6,8-tetramethyltricyclo[5.3.1.0<1,5>]undecan-8-ol", "8bh-cedran-8-ol", "(1s,2r,5s,7r,8r)-2,6,6,8-tetramethyltricyclo[5.3.1.01.5]undecan-8-ol", "1h-3a,7-methanoazulen-6-ol,octahydro-3,6,8,8-tetramethyl- (3r,3as,6r,7r,8as)-", "2206347[beilstein]", "cypress camphor", "cedrol (6ci,7ci)", "77-53-2[rn]", "8betah-cedran-8-ol"}|>, "1396" -> <|"DatabaseID" -> "SW00939", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5552"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 198233]}, "IsomericSmiles" -> "C[C@H]1CC[C@H](CC2=C1CC[C@@H]2C)C(C)(C)O", "OfficialNames" -> <|"Australia Approved Name" -> "GUAIAC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 227829]}, "Synonyms" -> {"champacol", "(-)-guaiol", "guai-1(5)-en-11-ol", "guaiac alcohol", "champaca camphor", "cuajol", "489-86-1[rn]", "[3s-(3a,5a,8a)]-1,2,3,4,5,6,7,8-octahydro-a,a,3,8-tetramethyl-5-azulenemethanol", "2-[(3s,5r,8s)-3,8-dimethyl-1,2,3,4,5,6,7,8-octahydroazulen-5-yl]propan-2-ol", "nsc19941", "2-[(3s", "2-((3s,8s)-1,2,3,4,5,6,7,8-octahydro-3,8-dimethylazulen-5-yl)propan-2-ol", "guaiol[wiki]", "-guaiol", "2-[(3s,5r,8s)-3,8-dimethyl-1,2,3,4,5,6,7,8-octahydro-5-azulenyl]-2-propanol", "guai-1(5)-en-11-ol (8ci)", "3,8-dimethyl-5-(a-hydroxyisopropyl)-d9-octahydroazulene", "natural guaiol", "guaiol(-)", "chebi:5552", "guai-1 (5)-en-11-ol", "2047993[beilstein]", "207-702-8[einecs]", "guaiol"}|>, "1397" -> <|"DatabaseID" -> "SW00940", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8035037]}, "IsomericSmiles" -> "C[C@@H]1CCC=C2[C@]1(C[C@@H](CC2)C(C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "valerianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9859337]}, "Synonyms" -> {"20489-45-6[rn]", "valerianol", "2-[(2r,8r,8as)-8,8a-dimethyl-1,2,3,4,6,7,8,8a-octahydronaphthalen-2-yl]propan-2-ol"}|>, "1398" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1399" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1400" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1401" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1402" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1403" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1404" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1405" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1406" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1407" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1408" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1409" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1410" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1411" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1412" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1413" -> <|"DatabaseID" -> "SW00941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4936097]}, "IsomericSmiles" -> "CC1CCCC2C1(CC(CC2)C(=C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1 (10) eremophilen-11-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430758]}, "Synonyms" -> {".delta.-9", "ac1o5b1t", "2-(8"}|>, "1414" -> <|"DatabaseID" -> "SW00942", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "38728"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4522053]}, "IsomericSmiles" -> "C/C(=C\\C(=O)NC)/OP(=O)(OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "azadrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5371562]}, "Synonyms" -> {"bilobran", "apadrin", "crisodrin", "nuvacron", "pillardrin", "corophos", "aimocron", "biloborn", "azodrin", "o,o-dimethyl-o-(2-n-methylcarbamoyl-1-methyl)-vinyl-phosphat[german]", "3-hydroxy-n-methylcrotonamide dimethylphosphate", "o,o-dimethyl-o-(1-methyl-2-n-methyl-carbamoyl)-vinyl-phosphat[german]", "dimethyl (2e)-4-(methylamino)-4-oxobut-2-en-2-yl phosphate", "monocrotophos", "dimethyl 1-methyl-2-(methylcarbamoyl)vinyl phosphate cis", "azodrin insecticide", "3-dimethoxyphosphinoyloxy-n-methylisocrotonamide", "dimethyl 2-methylcarbamoyl-1-methylvinyl phosphate", "azodrin 202r", "nuvacron 20", "croton 36", "o,o-dimethyl cis-1-methyl-2-methylcarbamoylvinylphosphate", "parryfos", "phosphoric acid dimethyl ester ester with 3-hydroxy-n-methylcrotonamide (e)-", "glore phos 36", "6923-22-4[rn]", "n-desmethyl bidrin", "phosphoric acid dimethyl (1e)-1-methyl-3-(methylamino)-3-oxo-1-propenylester", "phosphoric acid dimethyl 1-methyl-3-(methylamino)-3-oxo-1-propenyl ester (e)-", "phosphoric acid dimethyl ester ester with cis-3-hydroxy-n-methylcrotonamide", "dimethyl phosphate of 3-hydroxy-n-methyl-cis-crotonamide", "2157-98-4[rn]", "phosphoric acid dimethyl ester ester with (e)-3-hydroxy-n-methylcrotonamide", "3-hydroxy-n-methyl-cis-crotonamide dimethyl phosphate ester", "o,o-dimethyl-o-(2-n-methylcarbamoyl-1-methyl-vinyl) phosphate", "sd9,129", "dimethyl (e)-3-hydroxy-n-methylcrotonamide", "83857-41-4[rn]", "ulvair", "azodrin-71", "dimethyl-(2e)-4-(methylamino)-4-oxobut-2-en-2-ylphosphat", "sd 9,129", "pandar", "dimethyl(1e)-1-methyl-3-(methylamino)-3-oxoprop-1-en-1-yl phosphate", "crisodin", "susvin", "plantdrin", "shell sd 9129", "sd-9,129", "dimethyl (e)-1-methyl-2-(methylcarbamoyl)vinyl phosphate", "dimethylphosphateester of3-hydroxy-n-methyl-cis-crotonamide", "crotonamide 3-hydroxy-n-methyl- dimethylphosphate (e)-", "monodrin", "monocrotophos [bsi:iso]", "monokrotofosz (hungarian)", "monocrotophos[wiki]", "d008999", "3-(dimethoxyphosphinyloxy)-n-methyl-cis-crotonamide", "monocrotophos 40 ec", "2331934[beilstein]", "phosphatede dimethyle et de 2-methylcarbamoyl 1-methylvinyle[french]", "phosphoric acid dimethyl (1e)-1-methyl-3-(methylamino)-3-oxo-1-propen-1-yl ester", "monocil", "3-(dimethoxyphosphinyloxy)n-methyl-cis-crotonamide", "(e)-phosphoric acid dimethyl ester ester with3-hydroxy-n-methylcrotonamide", "rapid x", "hazodrin", "dimethylphosphateester with (e)-3-hydroxy-n-methylcrotonamide", "230-042-7[einecs]", "monostar", "o,o-dimetil-o-(2-n-metilcarbamoil-1-metil-vinil)-fosfato[italian]", "phosphoric acid dimethyl (e)-1-methyl-3-(methylamino)-3-oxo-1-propenylester", "azadrin", "monocil 40", "monocron", "crotos", "(e)-dimethyl 1-methyl-3-(methylamino)-3-oxo-1-propenylphosphate", "o,o-dimethyl-o-(2-n-methylcarbamoyl-1-methyl-vinyl)-fosfaat[dutch]", "dimethyl (2e)-4-(methylamino)-4-oxo-2-buten-2-yl phosphate", "(e)-1-methyl-2-(methylcarbamoyl)vinyl dimethyl phosphate", "dimethyl-(2e)-4-(methylamino)-4-oxo-2-buten-2-ylphosphat"}|>, "1415" -> <|"DatabaseID" -> "SW00943", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 553361]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08587"]}, "IsomericSmiles" -> "COc1cc(cc(c1O)OC)/C=C/C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinapic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 637775]}, "Synonyms" -> {"sinapinate", "synapoic acid", "sinapic acid", "sinapinic acid", "sinapate", "2-propenoic acid 3-(4-hydroxy-3,5-dimethoxyphenyl)- (e)-", "(2e)-3-(4-hydroxy-3,5-dimethoxyphenyl)prop-2-enoic acid", "4-hydroxy-3", "c073734", "3-(4-hydroxy-3,5-dimethoxyphenyl)acrylic acid[acd/iupac name]", "(2e)-3-(4-hydroxy-3,5-dimethoxyphenyl)-2-propenoic acid; sinapinic acid", "2-propenoic acid 3-(4-hydroxy-3,5-dimethoxyphenyl)- (2e)-", "7362-37-0[rn]", "2-propenoic acid", "sxx", "xylanase y", "sinapic acid trans-", "3,5-dimethoxy-4-hydroxycinnamic acid; 4-hydroxy-3,5-dimethoxy-cinnamic acid; sinapinic acid", "2699118[beilstein]", "2-propenoic acid 3-(4-hydroxy-3,5-dimethoxyphenyl)-", "3 5-dimethoxy-4-hydroxycinnamic acid", "2130006", "cinnamic acid 4-hydroxy-3,5-dimethoxy- (e)-", "3-(4-hydroxy-3,5-dimethoxyphenyl)prop-2-enoic acid", "chebi:15714", "3,5-dimethoxy-4-hydroxycinnamicacid", "3", "3,5-dimethoxy-4-hydroxycinnamic acid(sinapinic acid)", "(2e)-3-(4-hydroxy-3,5-dimethoxyphenyl)-2-propenoic acid", "1,4-beta-d-xylan xylanohydrolase y", "xyly", "530-59-6[rn]", "3,5-dimethoxy-4-hydroxycinnamic acid", "endo-1,4-beta-xylanase y precursor", "530-59-6", "4-hydroxy-3,5-dimethoxycinnamic acid", "(2e)-3-(4-hydroxy-3,5-dimethoxyphenyl)acrylic acid", "3-(4-hydroxy-3,5-dimethoxyphenyl)-2-propenoic acid", "(e)-3-(4-hydroxy-3,5-dimethoxyphenyl)acrylic acid", "4-hydroxy-3,5-dimethoxycinnamicacid", "(e)-3-(4-hydroxy-3,5-dimethoxyphenyl)-2-propenoic acid", "ec 3.2.1.8", "(sinapinic acid)", "cinnamic acid,3,5-dimethoxy,4-hydroxy", "208-487-3[einecs]", "3-(4-hydroxy-3,5-dimethoxy-phenyl)-acrylic acid", "4-hydroxy-3,5-dimethoxy-cinnamic acid", "trans-3,5-dimethoxy-4-hydroxycinnamic acid"}|>, "1416" -> <|"DatabaseID" -> "SW00944", "IsomericSmiles" -> "CCCCOCCOC(=O)c1cccnc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01677"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nicoboxil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14866]}, "Synonyms" -> {"nicoboxil", "beta-butoxyethyl nicotinate", "unii-gsd5b9us0w", "nicoboxilo", "1322-29-8", "nicoboxil (inn)", "butoxyethyl nicotinate", "3-pyridinecarboxylic acid", "nicoboxilum", "13912-80-6"}|>, "1417" -> <|"DatabaseID" -> "SW00945", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13507]}, "IsomericSmiles" -> "CCOc1ccc(cc1)NC(=O)CC(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01116"]}, "OfficialNames" -> <|"NPC Approved Name" -> "n-(beta-hydroxybutyryl)-p-phenetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14130]}, "Synonyms" -> {"bucetin", "3-hydroxy-p-butyrophenetidide", "betadid", "4'-ethoxy-3-hydroxybutyranilide", "bucetin (jan/usan)[jan][usan]", "butyranilide 4'-ethoxy-3-hydroxy-", "11/6/8067", "butylon", "p-butyrophenetidide", "n-[4-(ethyloxy)phenyl]-3-hydroxybutanamide", "4-13-00-01216 (beilstein handbook reference)[beilstein]", "bucetalon", "n-(4-ethoxyphenyl)-3-hydroxybutanamide[acd/iupac name]", "butyramide n-(4-ethoxyphenyl)-3-hydroxy-", "n-(4-ethoxyphenyl)-3-hydroxybutanamide", "bucetina[spanish][inn]", "156674-12-3[rn]", "bucetinum [inn-latin]", "bucetinum[latin]", "bucetina [inn-spanish]", "214-109-8[einecs]", "p-butyrophenetidide 3-hydroxy-", "1083-57-4", "bucetine [inn-french]", "p-ethoxy-n-(b-hydroxybutyryl)aniline", "bucetine[french][inn]", "1083-57-4[rn]", "b-hydroxybutyric acid p-phenetidide", "4-13-00-01216[beilstein]", "3-hydroxy-p-butyrophenetidine", "bucetin [ban:inn:jan][inn][jan]", "butanamide n- (4-ethoxyphenyl)-3-hydroxy-", "butanamide n-(4-ethoxyphenyl)-3-hydroxy-"}|>, "1418" -> <|"DatabaseID" -> "SW00945", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13507]}, "IsomericSmiles" -> "CCOc1ccc(cc1)NC(=O)CC(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01116"]}, "OfficialNames" -> <|"NPC Approved Name" -> "n-(beta-hydroxybutyryl)-p-phenetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14130]}, "Synonyms" -> {"bucetin", "3-hydroxy-p-butyrophenetidide", "betadid", "4'-ethoxy-3-hydroxybutyranilide", "bucetin (jan/usan)[jan][usan]", "butyranilide 4'-ethoxy-3-hydroxy-", "11/6/8067", "butylon", "p-butyrophenetidide", "n-[4-(ethyloxy)phenyl]-3-hydroxybutanamide", "4-13-00-01216 (beilstein handbook reference)[beilstein]", "bucetalon", "n-(4-ethoxyphenyl)-3-hydroxybutanamide[acd/iupac name]", "butyramide n-(4-ethoxyphenyl)-3-hydroxy-", "n-(4-ethoxyphenyl)-3-hydroxybutanamide", "bucetina[spanish][inn]", "156674-12-3[rn]", "bucetinum [inn-latin]", "bucetinum[latin]", "bucetina [inn-spanish]", "214-109-8[einecs]", "p-butyrophenetidide 3-hydroxy-", "1083-57-4", "bucetine [inn-french]", "p-ethoxy-n-(b-hydroxybutyryl)aniline", "bucetine[french][inn]", "1083-57-4[rn]", "b-hydroxybutyric acid p-phenetidide", "4-13-00-01216[beilstein]", "3-hydroxy-p-butyrophenetidine", "bucetin [ban:inn:jan][inn][jan]", "butanamide n- (4-ethoxyphenyl)-3-hydroxy-", "butanamide n-(4-ethoxyphenyl)-3-hydroxy-"}|>, "1419" -> <|"DatabaseID" -> "SW00946", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31317"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2372]}, "IsomericSmiles" -> "CCCCOc1ccc(cc1)CC(=O)NO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01271"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bufexamac"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2466]}, "Synonyms" -> {"anderm", "parfenac", "bufexamac", "malipuran", "droxaryl", "flogicid", "feximac", "bufexamic acid", "2-(4-butoxy-phenyl)-n-hydroxy-acetamide", "benzeneacetamide 4-butoxy-n-hydroxy-", "j3", "parfenal", "bufexamacum[latin]", "mofenar", "2-(p-butoxyphenyl)acetohydroxamic acid", "bufexamac[wiki]", "219-451-1[einecs]", "flogocid n plastigel", "bufessamac [dcit]", "4-butoxy-n-hydroxybenzeneacetamide", "2-[p-(butyloxy)phenyl]acetohydroxamic acid", "2-(4-butoxyphenyl)ethanehydroxamic acid", "bufexamac; bufexamaco; bufexamacum", "anderm (tn)", "p-butoxyphenylacetohydroxamic acid", "bufexamac [ban:dcf:inn:jan][inn][jan]", "2-(4-butoxyphenyl)-n-hydroxyacetamide[acd/iupac name]", "bufexamaco", "acide p-butoxyphenylacethydroxamique[french]", "butoxyphenylacethydroxamic acid", "2-(p-butoxyphenyl)-acetohydroxamic acid", "acide p-butoxyphenylacethydroxamique", "norfemac", "2438-72-4", "2438-72-4[rn]", "acetohydroxamic acid 2-(p-butoxyphenyl)-", "4-butoxyphenylacetohydroxamic acid", "j 3", "befexamac", "bufexamacum", "benzeneacetamide 4-butoxy-n-hydroxy- (9ci)", "bufexamaco[spanish][inn]", "bufexamac (jp15/usan)[usan][jp15]", "cas-2438-72-4", "cp 1044 j3"}|>, "1420" -> <|"DatabaseID" -> "SW00947", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7514"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4301]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01400"]}, "IsomericSmiles" -> "CN(C)C(=O)Oc1cccc(c1)[N+](C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08261"]}, "OfficialNames" -> <|"China Approved Name" -> "neostigmine;Neostigmine", "WHO Essential Medicine" -> "neostigmine", "Indian Approved Name" -> "neostigmine"|>, "PharmGKBID" -> "PA450611", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4456]}, "Synonyms" -> {"neostigmine", "prostigmin", "neostigminum", "prostigmine", "eustigmin", "eustigmine", "benzenaminium 3-[[(dimethylamino)carbonyl]oxy]-n,n,n-trimethyl-", "benzenaminium 3-(((dimethylamino)carbonyl)oxy)-n,n,n-trimethyl-", "m-trimethylammoniumphenyldimethylcarbamate", "neostigmine omega", "3-trimethylammoniumphenyl n,n-dimethylcarbamate", "3-[(dimethylcarbamoyl)oxy]-n,n,n-trimethylanilinium[acd/iupac name]", "intrastigmina", "neostigmine[wiki]", "syntostigmine", "(3-dimethylcarbamoyloxy-phenyl)-trimethyl-ammonium", "3-(dimethylcarbamoyloxy)-n,n,n-trimethylbenzenaminium", "ec 3.1.1.7", "59-99-4[rn]", "ache", "juvastigmin", "3-{[(dimethylamino)carbonyl]oxy}-n,n,n-trimethylanilinium", "neostigmin", "vagostigmine", "benzenaminium 3-(((dimethylamino)carbonyl)oxy)-n,n,n-trimethyl- (9ci)", "acetylcholinesterase precursor", "3-(((dimethylamino)carbonyl)oxy)-n,n,n-trimethylbenzenaminium"}|>, "1421" -> <|"DatabaseID" -> "SW00948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83861]}, "IsomericSmiles" -> "CC[NH+](CC)CCOC(=O)c1cccnc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01232"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nicametate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71650]}, "Synonyms" -> {"nicametate citrate", "provasan", "nicotinic acid", "nicametatum [inn-latin]", "brn 0164971", "nicametate dihydrogen citrate", "nicametato [dcit]", "nicotinic acid 2-(diethylamino)ethyl ester citrate (1:1)", "ethyl amine citrate tobacco", "53-11 c", "3-pyridinecarboxylic acid,2-(diethylamino)ethyl ester 2-hydroxy-1,2,3-propanetricarboxylate (1:1)(9ci)", "manlate", "soclidan {citrate}", "3-pyridinecarboxylic acid", "1641-74-3[rn]", "216-694-5[einecs]", "diethyl[2-(3-pyridiniocarbonyloxy)ethyl]ammonium hydrogen citrate", "3-pyridinecarboxylic acid,2- (diethylamino)ethyl ester 2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "2-(diethylamino)ethyl nicotinate 2-hydroxypropane-1,2,3-tricarboxylate", "53 iic", "3-pyridinecarboxylic acid,2-(diethylamino)ethyl ester citrate(1:1)", "diethyl(2-(3-pyridiniocarbonyloxy)ethyl)ammonium hydrogen citrate", "1641-74-3 {citrate}", "euclidan citrate", "nicotinic acid 2- (diethylamino)ethyl ester citrate (1:1)", "einecs 221-452-7", "2-(diethylamino)ethyl nicotinate", "euclidan {citrate}", "2-diethylaminoethyl nicotinate citrate", "nicametate", "3099-52-3", "nicametato", "216-694-5 {citrate}"}|>, "1422" -> <|"DatabaseID" -> "SW00949", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "37510"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2117]}, "IsomericSmiles" -> "c1cc2c(c(c1)[O-])C(=O)c3c(cccc3[O-])C2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00233"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "dithranol", "Indian Approved Name" -> "dithranol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2202]}, "Synonyms" -> {"dithranol", "1", "anthralin", "dithranol[wiki]", "chrysodermol", "cigthranol", "batridol", "1,8-dihydroxy-9-anthrone", "anthralin[wiki]", "480-22-8[rn]", "1143-38-0[rn]", "psoriacid-stift", "9(10h)-anthracenone 1,8-dihydroxy-", "2054360[beilstein]", "480-22-8 1143-38-0", "anthrone", "1,8-dihydroxyanthrone", "1143-38-0", "1,8-dihydroxyanthracen-9(10h)-one", "anthraderm", "214-538-0[einecs]", "1,8-dihydroxy-9(10h)-anthracenone[acd/iupac name]"}|>, "1423" -> <|"DatabaseID" -> "SW00950", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63581"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17270]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00649"]}, "IsomericSmiles" -> "Cc1cn(c(=O)[nH]c1=O)[C@H]2C=C[C@H](O2)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00445"]}, "OfficialNames" -> <|"China Approved Name" -> "stavudine", "Indian Approved Name" -> "stavudine", "WHO Essential Medicine" -> "stavudine;stavudine", "Australia Approved Name" -> "STAVUDINE", "FDA Approved Drug" -> "LAMIVUDINE NEVIRAPINE AND STAVUDINE;STAVUDINE"|>, "PharmGKBID" -> "PA451494", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18283]}, "Synonyms" -> {"stavudine", "sanilvudine", "zerit", "zerut xr", "3056-17-5", "2'", "ddethd", "3'-deoxy-2'-thymidinene", "estavudina", "zerit xr", "stavudinum", "2',3'-didehydro-3'-deoxythimidine", "stv", "stavudinum [inn-latin]", "estavudina [inn-spanish]", "stavudine [usan:ban:inn]", "d 4t", "1-[(2r,5s)-5-(hydroxymethyl)-2,5-dihydro-2-furanyl]-5-methyl-2,4(1h,3h)-pyrimidinedione[acd/iupac name]", "1-[(2r,5s)-5-(hydroxymethyl)-2,5-dihydrofuran-2-yl]-5-methylpyrimidin-2,4(1h,3h)-dion", "stavudine[wiki][usan]", "stavudinum [inn_la]", "2'-thymidinene 3'-deoxy-", "1-[(2r,5s)-5-(hydroxymethyl)-2,5-dihydrofuran-2-yl]-5-methylpyrimidine-2,4(1h,3h)-dione", "1-[5-(hydroxymethyl)-2,5-dihydro-2-furanyl]-5-methyl-2,4(1h,3h)-pyrimidinedione[acd/iupac name]", "null", "2,4(1h,3h)-pyrimidinedione,1-[(2r,5s)-2,5-dihydro-5-(hydroxymethyl)-2-furanyl]-5-methyl-", "d 4t (nucleoside)", "1-(5-hydroxymethyl-2,5-dihydro-furan-2-yl)-5-methyl-1h-pyrimidine-2,4-dione (ddethd)", "3'- azido-3'-deoxythymidine& granulocyte-macrophage colony-stimulatingfactor", "zerit[wiki]", "1-[(2r,5s)-5-(hydroxymethyl)-2,5-dihydrofuran-2-yl)-5-methylpyrimidine-2,4(1h,3h)-dione", "ddetyd", "d4t (2',3'-didehydro-3'-deoxythymidine)", "zidovudine imp. a (ep)", "337376-15-5", "estavudina[spanish][inn]", "stavudine [usan:ban:inn][inn][usan]", "d4t", "dideoxydidehydrothymidine", "3056-17-5[rn]", "stavudinum[latin]", "thymidine 2',3'-didehydro- 3'-deoxy-", "1-(5-hydroxymethyl-2,5-dihydro-furan-2-yl)-5-methyl-1h-pyrimidine-2,4-dione", "1-[(2r,5r)-5-(hydroxymethyl)-2,5-dihydrofuran-2-yl]-5-methyl-pyrimidine-2,4-dione", "2',3'-anhydrothymidine; d4t", "thymidine 2',3'-didehydro-3'-deoxy-", "dth", "2'-3'-didehydro-2'-3'-dideoxythymidine", "d4tmby-27857-3", "zerit (tn)", "d4t & gm-csf", "dht", "3'-deoxy-2',3'-didehydrothymidine", "1-((2r,5s)-5-hydroxymethyl-2,5-dihydro-furan-2-yl)-5-methyl-1h-pyrimidine-2,4-dione", "1-[5-(hydroxymethyl)-2,5-dihydro-2-furanyl]-5-methyl-2,4(1h,3h)-pyrimidinedione &colony-stimulating factor 2", "2',3'-dideoxy-2',3'-didehydrothymidine", "1-((2r,5s)-5-(hydroxymethyl)-2,5-dihydrofuran-2-yl)-5-methylpyrimidine-2,4(1h,3h)-dione", "1-(2,3-dideoxy-b-glycero-pent-2-enofuranosyl)thymine", "132425-31-1[rn]", "estavudina; stavudine; stavudinum", "2',3'-didehydro-3'-deoxythymidine"}|>, "1424" -> <|"DatabaseID" -> "SW00951", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 172659]}, "IsomericSmiles" -> "CCc1nc2c(n1O)c(=O)n(c(=O)n2C)C", "OfficialNames" -> <|"Indian Approved Name" -> "hydroxyethyltheophylline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 199469]}, "Synonyms" -> {"8-ethyl-7-hydroxytheophylline", "7-hydroxy-8-aethyltheophyllin [german]", "ac1l57g7", "theophylline", "ag-f-50323", "7-hydroxy-8-aethyltheophyllin", "hydroxyethyltheophylline", "theophylline 8-ethyl-7-hydroxy-", "5-26-14-00181 (beilstein handbook reference)[beilstein]", "4227-23-0[rn]", "gd 073", "ls-149550", "brn 0618907", "7-hydroxy-8-aethyltheophyllin[german]", "surecn3455609"}|>, "1425" -> <|"DatabaseID" -> "SW00952", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109505]}, "IsomericSmiles" -> "CCCC(=O)c1c(cc(c(c1O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aspidinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122841]}, "Synonyms" -> {"4-butyryl-2-methylphloroglucinol 1-methyl ether", "aspidinol b", "aspidinol", "aspidinol-b", "1-(2,6-dihydroxy-4-methoxy-3-methylphenyl)butan-1-one", "chembl214690", "chebi:457931", "2',6'-dihydroxy-4'-methoxy-3'-methylbutyrophenone", "butyrophenone 2',6'-dihydroxy-4'-methoxy-3'-methyl-", "1-(2,6-dihydroxy-4-methoxy-3-methylphenyl)-1-butanone[acd/iupac name]", "ar-1g1404", "c10673", "2'", "1-(2,6-dihydroxy-4-methoxy-3-methylphenyl)-1-butanon", "ac1l3vd6", "ac1q5d4w", "4-butyryl-3,5-dihydroxy-1-methoxy-2-methylbenzene", "2',6'-dihydroxy-4'-methoxy-3'-methyl-1-butyrophenone", "1-butanone 1-(2,6-dihydroxy-4-methoxy-3-methylphenyl)-", "519-40-4[rn]"}|>, "1426" -> <|"DatabaseID" -> "SW00953", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7976]}, "IsomericSmiles" -> "CCC(C)C1(C(=O)NC(=O)NC1=O)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06887"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TALBUTAL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8275]}, "Synonyms" -> {"talbutale [dcit]", "talbutal", "talbumalum", "barbituric acid allyl,sec-butyl", "barbituric acid 5-allyl-5-s-butyl-", "talbutalum [inn-latin]", "talbutal [inn]", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(1-methylpropyl)-5-(2-propen-1-yl)-", "5-(1-methylpropyl)-5-(2-propenyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "115-44-6[rn]", "204-090-4[einecs]", "2", "5-allyl-5-(1-methylpropyl) barbituric acid", "5-(1-methylpropyl)-5-prop-2-en-1-ylpyrimidine-2,4,6(1h,3h,5h)-trione", "talbutal[wiki][inn]", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(1-methylpropyl)-5-(2-propenyl)-", "5-allyl-5-(1-methylpropyl)-barbituric acid", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(1-methypropyl)-5-(2-propenyl)-", "lotusate[wiki]", "talbutale", "talbutalum[latin]", "profundol", "lotusate", "5-allyl-5-(1-methylpropyl)barbituric acid", "talbutal (inn)", "hsdb 3397", "5-(butan-2-yl)-5-(prop-2-en-1-yl)pyrimidine-2,4,6(1h,3h,5h)-trione", "win 5095", "barbituric acid 5-allyl-5-sec-butyl-", "einecs 204-090-4", "5-allyl-5-sec-butylbarbituric acid"}|>, "1427" -> <|"DatabaseID" -> "SW00953", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7976]}, "IsomericSmiles" -> "CCC(C)C1(C(=O)NC(=O)NC1=O)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06887"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TALBUTAL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8275]}, "Synonyms" -> {"talbutale [dcit]", "talbutal", "talbumalum", "barbituric acid allyl,sec-butyl", "barbituric acid 5-allyl-5-s-butyl-", "talbutalum [inn-latin]", "talbutal [inn]", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(1-methylpropyl)-5-(2-propen-1-yl)-", "5-(1-methylpropyl)-5-(2-propenyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "115-44-6[rn]", "204-090-4[einecs]", "2", "5-allyl-5-(1-methylpropyl) barbituric acid", "5-(1-methylpropyl)-5-prop-2-en-1-ylpyrimidine-2,4,6(1h,3h,5h)-trione", "talbutal[wiki][inn]", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(1-methylpropyl)-5-(2-propenyl)-", "5-allyl-5-(1-methylpropyl)-barbituric acid", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(1-methypropyl)-5-(2-propenyl)-", "lotusate[wiki]", "talbutale", "talbutalum[latin]", "profundol", "lotusate", "5-allyl-5-(1-methylpropyl)barbituric acid", "talbutal (inn)", "hsdb 3397", "5-(butan-2-yl)-5-(prop-2-en-1-yl)pyrimidine-2,4,6(1h,3h,5h)-trione", "win 5095", "barbituric acid 5-allyl-5-sec-butyl-", "einecs 204-090-4", "5-allyl-5-sec-butylbarbituric acid"}|>, "1428" -> <|"DatabaseID" -> "SW00954", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "102524"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2387]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00241"]}, "IsomericSmiles" -> "CC(C)CC1(C(=O)NC(=O)NC1=O)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03182"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BUTALBITAL"|>, "PharmGKBID" -> "PA448695", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2481]}, "Synonyms" -> {"allylbarbital", "butalbital", "butalbarbital", "itobarbital", "allylbarbitone", "butalbital m (oh)", "alisobumal", "sandoptal", "tetrallobarbital", "alisobumalum", "lanorinal", "allylisobutylbarbital", "5-allyl-5-isobutyl-barbituric acid", "ampa-selective glutamate receptor 2", "sandoptal (tn)", "fiorinal c1/2 cap (acetylsalicylic acid + butalbital + caffeine + codeine phosphate)_mixture", "triaprin", "5-(2-methylpropyl)-5-(prop-2-en-1-yl)pyrimidine-2,4,6(1h,3h,5h)-trione", "glur-k2", "fioricet[wiki]", "5-allyl-5-isobutylbarbituric acid", "optalidon", "esgic-plus", "5-(2-methylpropyl)-5-prop-2-en-1-ylpyrimidin-2,4,6(1h,3h,5h)-trion", "butapap", "5-(2-methylpropyl)-5-(2-propenyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "butalbital[wiki][usp]", "5-(2-methylpropyl)-5-prop-2-en-1-ylpyrimidine-2,4,6(1h,3h,5h)-trione", "glur-2", "5-isobutyl-5-allylbarbituric acid", "femcet", "anoquan", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(2-methylpropyl)-5-(2-propenyl)-", "5-allyl-5-isobutylpyrimidine-2,4,6(1h,3h,5h)-trione", "allylbarbituric acid", "butalbitalum [inn_la]", "23554-70-3[rn]", "201-017-8[einecs]", "ratio-tecnal c 1/2 (acetylsalicylic acid + butalbital + caffeine + codeine phosphate)_mixture", "butalbitalum", "ratio-tecnal c1/4 (acetylsalicylic acid + butalbital + caffeine + codeine phosphate)_mixture", "butalbitale [dcit]", "trianal tablet (acetylsalicylic acid + butalbital + caffeine)_mixture", "glutamate receptor 2 precursor", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(2-methylpropyl)-5-(2-propen-1-yl)-", "axotal[wiki]", "337376-15-5", "sedapap", "fiorinal tab (acetylsalicylic acid + butalbital + caffeine)_mixture", "butalbital [usan:inn][inn][usan]", "5-allyl-5-isobutyl-pyrimidine-2,4,6-trione", "phrenilin", "butalbitalum[latin]", "77-26-9[rn]", "barbituric acid 5-allyl-5-isobutyl-", "profundal[wiki]", "fiorinal c1/4 cap (acetylsalicylic acid + butalbital + caffeine + codeine phosphate)_mixture", "glur-b", "5-allyl-5-(2-methylpropyl)barbituric acid", "trianal capsules (acetylsalicylic acid + butalbital + caffeine)_mixture", "tencon", "glutamate receptor ionotropic ampa 2", "60382-50-5[rn]", "bucet", "bancap", "5-(2-methylpropyl)-5-prop-2-enyl-1,3-diazinane-2,4,6-trione", "5-allyl-5-(2'-methyl-n-propyl) barbituric acid", "esgic", "triad", "profundal", "trianal-c 1/2 capsule (acetylsalicylic acid + butalbital + caffeine + codeine phosphate)_mixture", "fiorinal[wiki]", "ratio-tecnal (acetylsalicylic acid + butalbital + caffeine)_mixture", "7-chloro-1-ethyl-6-fluoro-4-oxo-1,4-dihydroquinoline-3-carboxylic acid"}|>, "1429" -> <|"DatabaseID" -> "SW00955", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24533977]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2[nH]c3ccccc3n2)O", "OfficialNames" -> <|"China Approved Name" -> "hydrobenzole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5792]}, "Synonyms" -> {"50-97-5[rn]", "1h-benzimidazol-2-yl(phenyl)methanol", "1h-benzimidazol-2-yl(phenyl)methanol hydrochloride (1:1)", "nsc 31798", "(1h-benzoimidazol-2-yl)-phenyl-methanol", "2-(hydroxyphenylmethyl)benzimidazole", "hbb", "hydrobenzole hydrochloride", "2-(alpha-hydroxybenzyl)benzimidazole", "alpha-phenyl-2-benzimidazolemethanol", "2-hydroxybenzylbenzimidazole", "brn 0198236", "einecs 200-073-0"}|>, "1430" -> <|"DatabaseID" -> "SW00955", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24533977]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2[nH]c3ccccc3n2)O", "OfficialNames" -> <|"China Approved Name" -> "hydrobenzole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5792]}, "Synonyms" -> {"50-97-5[rn]", "1h-benzimidazol-2-yl(phenyl)methanol", "1h-benzimidazol-2-yl(phenyl)methanol hydrochloride (1:1)", "nsc 31798", "(1h-benzoimidazol-2-yl)-phenyl-methanol", "2-(hydroxyphenylmethyl)benzimidazole", "hbb", "hydrobenzole hydrochloride", "2-(alpha-hydroxybenzyl)benzimidazole", "alpha-phenyl-2-benzimidazolemethanol", "2-hydroxybenzylbenzimidazole", "brn 0198236", "einecs 200-073-0"}|>, "1431" -> <|"DatabaseID" -> "SW00956", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "383703"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391386], ExternalIdentifier["ChemSpiderID", 6581]}, "IsomericSmiles" -> "C[n+]1c2cc(ccc2cc3c1cc(cc3)N)N", "OfficialNames" -> <|"Indian Approved Name" -> "acriflavine", "NPC Approved Name" -> "acriflavinium chloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443101], ExternalIdentifier["PubChemCompoundID", 6842]}, "Synonyms" -> {"euflavine", "assiflavine", "flavosan", "gonocrin", "choliflavin", "8048-52-0[rn]", "buroflavin", "neutroflavine", "burnol", "gonacrine", "trypaflavin", "bialflavina", "xanthacridine", "acriflavon", "bovoflavin", "bioacridin", "chromoflavine", "acriflavine[wiki]", "af", "flavinetten", "8018-07-3[rn]", "8063-24-9[rn]", "3,6-diaminoacridine mixturewith 3,6-diamino-10-methylacridinium chloride", "isravin", "3,6-diamino-10-methylacridinium chloride mixtwith 3,6-acridinediamine", "acridinium 3,6-diamino-10-methyl- chloride (1:1)", "acridinium 3,6-diamino-10-methyl- chloride", "angiflan", "flavine[wiki]", "xanthacridinum", "vetaflavin", "acriflavine (mixture of 3,6-diamino-10-methylacridinium chloride and 3,6-diaminoacridine)", "3,6-diamino-10-methylacridinium chloride 3,6-acridinediamine (1:1)", "avlon", "acridinium 3,6-diamino-10-methyl-,chloride,mixt. with 3,6-acridinediamine", "acriflavinium hydrochloride", "neutral acriflavine", "acriflavine neutral", "3,6-diamino-10-methylacridinium chloride - acridine-3,6-diamine(1:1:1)", "acriflavine", "65589-70-0[rn]", "mediflavin", "3,6-diamino-10-methylacridinium chloride mixt. with 3,6-diaminoacridine(proflavine)", "10-methylacridine-3,6-diamine chloride", "acriflavine hydrochloride", "92680-93-8[rn]", "flavioform", "zoriflavin", "65431-33-6[rn]", "3,6-diamino-10-methylacridinium chloride[acd/iupac name]", "acriflavin", "pantonsiletten", "86-40-8[rn]", "3,6-diamino-10-methylacridin-10-iumacridine-3,6-diamine chloride", "panflavin", "837-73-0[rn]", "tolivalin", "201-668-8[einecs]", "3,6-diamino-10-methylacridinium chloride mixture with3,6-acridinediamine", "trachosept", "3,6-diamino-10-methylacridinium chloride - 3,6-acridinediamine(1:1:1)", "trypaflavine", "acriflavinium chloride", "avlon[wiki]"}|>, "1432" -> <|"DatabaseID" -> "SW00957", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15929"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445210]}, "IsomericSmiles" -> "CC/C=C\\C[C@@H]1[C@H](CCC1=O)CC(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl jasmonate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281929]}, "Synonyms" -> {"methyl jasmonic acid", "methyl jasmonate", "methyl (-)-jasmonate", "(-)-methyl jasmonate", "jasmonic acid methyl ester", "(-)-jasmonic acid methyl ester", "methyl 3-oxo-2-(2-pentenyl)cyclopentaneacetate", "3-oxo-2-(2-pentenyl)cyclopentaneacetic acid methyl ester", "methyl cis-jasmonate", "cyclopentaneaceticacid 3-oxo-trans-2-(cis-2-pentenyl) methylester", "methyl dl-jasmonate", "cyclopentaneaceticacid 3-oxo-2-[(2z)-2-penten-1-yl]- methylester (1r,2r)-", "(3r,7r)-methyl jasmonate", "methyljasmonate", "cyclopentaneaceticacid 3-oxo-2-[(2z)-2-pentenyl]- methyl ester (1r,2r)-", "(-)-jasmonic acid", "1211-29-6", "cyclopentaneaceticacid 3-oxo-2-(2z)-2-pentenyl- methyl ester (1r,2r)-", "ac1nqzav", "(3r,7r)-(?)-methyl jasmonate", "methyl (2-pent-2-enyl-3-oxo-1-cyclopentyl)acetate", "3-oxo-2-(2-pentenyl)cyclopentaneacetic acid methyl ester", "cyclopentaneaceticacid 3-oxo-2-(2-pentenyl)- methylester (z)-trans-", "1211-29-6[rn]", "20073-13-6[rn]", "methyl 3-oxo-2-(2-pentenyl)cyclopentaneacetate (z)-trans-", "243-497-1[einecs]", "(-)-jasmonic acid methyl ester (trans)", "cyclopentaneaceticacid 3-oxo-2-(2z)-2-pentenyl- methyl ester (1r,2r)-rel-", "cyclopentaneaceticacid 3-oxo-2-(2z)-2-pentenyl- methyl ester (1r,2r)- (9ci)", "cyclopentaneaceticacid 3-oxo-2-(2-pentenyl)- methylester (z)-trans-(8ci)", "methyl {(1r,2r)-3-oxo-2-[(2z)-pent-2-en-1-yl]cyclopentyl}acetate", "3-oxo-2-(2-pentenyl)cyclopentaneacetic acid methyl ester; methyl 3-oxo-2-(2-pentenyl)cyclopentaneacetate"}|>, "1433" -> <|"DatabaseID" -> "SW00959", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 197740]}, "IsomericSmiles" -> "c1cc(ccc1CS(=O)(=O)Cl)Cl", "OfficialNames" -> <|"Indian Approved Name" -> "methyl sulphonyl methane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 227304]}, "Synonyms" -> {"4-chlorobenzylsulfonyl chloride", "(4-chlorophenyl)methanesulfonyl chloride", "chloro[(4-chlorophenyl)methyl]sulfone", "-methanesulfonylchloride", "benzenemethanesulfonyl chloride 4-chloro-", "4-chlorobenzenemethanesulfonyl chloride", "6966-45-6[rn]", "sbb018191", "88704-51-2", "[(4-chlorophenyl)methyl]sulphonyl chloride", "[(4-chlorophenyl)methyl]sulfonyl chloride", "(4-chloro-phenyl)-methanesulfonylchloride", "6966-45-6", "[(4-chlorophenyl)methyl]sulfonylchloride", "nsc18788", "ac1l5feb", "pubchem5503", "wsg1r dg[wln]", "(4-chloro-phenyl)-methanesulfonyl chloride", "(4-chlorophenyl)methanesulphonyl chloride"}|>, "1434" -> <|"DatabaseID" -> "SW00960", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5195"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4481255]}, "IsomericSmiles" -> "c1cc(oc1/C=N/N2CCOC2=O)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00830"]}, "OfficialNames" -> <|"China Approved Name" -> "furazolidone", "Indian Approved Name" -> "furazolidone", "FDA Approved Drug" -> "FURAZOLIDONE"|>, "PharmGKBID" -> "PA164746760", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5323714]}, "Synonyms" -> {"furazolidone", "furoxone", "nifulidone", "nitrofuroxon", "nitrofurazolidone", "furazolidon", "furazol", "furozolidine", "nitrofurazolidonum", "furazolidine", "3-{[(e)-(5-nitro-2-furyl)methylene]amino}-1,3-oxazolidin-2-one", "roptazol", "nifuran", "medaron", "topazone", "enterotoxon", "furox aerosol powder (veterinary)", "furazolidone [ban:inn][inn]", "tricoron", "2-furanmethanimine 5-nitro-n-(2-oxo-3-oxazolidinyl)-", "puradin", "sclaventerol", "200-653-3[einecs]", "furoxane", "furall", "nifurazolidonum", "3-((5-nitrofurfurylidene)amino)-2-oxazolidone", "furazon", "tricofuron", "nicolen", "3-(((5-nitro-2-furanyl)methylene)amino)-2-oxazolidinone", "3-{[(e)-(5-nitrofuran-2-yl)methylidene]amino}-1,3-oxazolidin-2-one", "giardil", "3-((5-nitrofurylidene)amino)-2-oxazolidone", "furoxone;", "neftin", "furox", "2-oxazolidinone 3-[[(1e)-(5-nitro-2-furanyl)methylene]amino]-", "coryzium", "5-nitro-n-(2-oxo-3-oxazolidinyl)-2-furanmethanimine", "giarlam", "furoxone swine mix", "furaxon", "furoxone;nifulidone;neftin", "diafuron", "3-{[1-(5-nitro-furan-2-yl)-meth-(e)-ylidene]-amino}-oxazolidin-2-one", "2-oxazolidinone 3-(((5-nitro-2-furanyl)methylene)amino)-", "3-[(1e)-2-(5-nitro(2-furyl))-1-azavinyl]-1,3-oxazolidin-2-one", "furazolum", "viofuragyn", "2-oxazolidinone 3-[[(5-nitro-2-furanyl)methylene]amino]-", "furazolidona[spanish][inn]", "furoxon", "furoxone (tn)", "trichofuron", "ortazol", "furidon", "67-45-8[rn]", "n-(5-nitro-2-furfurylidene)-3-amino-2-oxazolidone", "3-(5'-nitrofurfuralamino)-2-oxazolidone", "2-oxazolidinone 3-((5-nitrofurfurylidine)amino)-", "tikofuran", "3-(5-nitrofurfurylideneamino)-2-oxazolidinone", "f-8900", "optazol", "nf 180 custom mix ten[nf]", "8027-73-4[rn]", "corizium", "2-oxazolidinone 3-((5-nitrofurfurylidene)amino)-", "bifuron", "3-[(5-nitrofurfurylidene)amino]-2-oxazolidinone", "furazolidonum[latin]", "furoxone[wiki]", "furazolidone[usp][inn]", "(e)-3-(((5-nitrofuran-2-yl)methylene)amino)oxazolidin-2-one", "trifurox", "3-((5-nitrofurfurylidene)amino)-2-oxazolidinone", "8023-25-4[rn]", "furaxone", "furoxal", "3-[(5-nitrofurfurylidene)amino]-2-oxazolidone", "furovag", "3-[[(5-nitro-2-furanyl)methylene]amino]-2-oxazolidinone"}|>, "1435" -> <|"DatabaseID" -> "SW00961", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2982]}, "IsomericSmiles" -> "Cc1c(cc(cc1[N+](=O)[O-])[N+](=O)[O-])C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07857"]}, "OfficialNames" -> <|"NPC Approved Name" -> "coccidot"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3092]}, "Synonyms" -> {"dinitolmide", "zoalene [ansi]", "zoalene", "coccidine a", "methyldinitrobenzamide", "dinitrotoluamide", "zoamix", "coccidot", "1/6/148", "3-09-00-02316[beilstein]", "3-09-00-02316 (beilstein handbook reference)[beilstein]", "d.o.t.", "205-706-4[einecs]", "dinitolmide [ban:inn][inn]", "benzamide 2-methyl-3,5-dinitro-", "o-toluamide 3,5-dinitro-", "amide 3,5-dinitro-o-toluic acid", "dinitolmidum[latin]", "2-methyl-3", "3", "5-dinitrobenzamide; zoalene", "dinitolmida[spanish][inn]", "3,5-dinitro-o-toluamide solution", "dinitolmide solution", "3,5-dinitro-o-toluamide", "2-methyl-3,5-dinitrobenzamide solution", "5-dinitro-o-toluamide; 2-methyl-3", "2-methyl-3,5-dinitrobenzamide[acd/iupac name]", "148-01-6[rn]", "3,5-dinitro-2-methylbenzamide"}|>, "1436" -> <|"DatabaseID" -> "SW00962", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2453"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1945]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00787"]}, "IsomericSmiles" -> "c1nc2c(n1COCCO)[nH]c(nc2=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00222"], ExternalIdentifier["KEGGID", "D02764"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ACYCLOVIR;ACYCLOVIR SODIUM"|>, "PharmGKBID" -> "PA448045", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2022], ExternalIdentifier["PubChemCompoundID", 23709358]}, "Synonyms" -> {"zovirax", "aciclovir", "vipral", "acyclovir", "virorax", "wellcome-248u", "acycloguanosine", "zovir", "ac2", "9-hyroxyethoxymethylguanine", "aciclovier", "acyclovir sodium", "avirax", "alti-acyclovir", "aciclovir sodium", "2-amino-9-[(2-hydroxyethoxy)methyl]hydropurin-6-one", "ec 2.7.7.7", "bw-248u", "2-amino-1,9-dihydro-9-[(2-hydroxyethoxy)methyl]-6h-purin-6-one", "genvir", "6h-purin-6-one 2-amino-1,9-dihydro-9-[(2-hydroxyethoxy)methyl]-", "aciclovirum [inn_la]", "6h-purin-6-one 2-amino-3,9-dihydro-9-[(2-hydroxyethoxy)methyl]-", "2-amino-9-[(2-hydroxyethoxy)methyl]-3,9-dihydro-6h-purin-6-one[acd/iupac name]", "zovirax topical", "acyclovir lauriad", "herpevir", "2-amino-9-{[(2-hydroxyethyl)oxy]methyl}-1,9-dihydro-6h-purin-6-one", "zovirax (tn)", "cas-59277-89-3", "gerpevir", "aciclovirum", "6h-purin-6-one 2-amino-1,9-dihydro-9-((2-hydroxyethoxy)-methyl)-", "zovirax injection (zovirax sodium)_mixture", "activir", "9-[(2-hydroxyethoxy)-methyl]guanine", "9-[(2-hydroxyethoxy)methyl]guanine", "2-amino-1,9-dihydro-9-((2-hydroxyethoxy)methyl)-6h-purin-6-one", "aciclovir[wiki]", "wellcome 248u", "2-amino-9-(2-hydroxy-ethoxymethyl)-1,9-dihydro-purin-6-one", "2-amino-9-((2-hydroxyethoxy)methyl)-1h-purin-6(9h)-one", "cargosil", "aciclovir acycloguanosine zovirax", "zovirax[wiki]", "acg", "9-(2-hydroxyethyloxymethyl)guanine", "zyclir", "ab3", "viropump", "acv", "69657-51-8[rn]", "maynar", "2-amino-9-[(2-hydroxyethoxy)methyl]-1,9-dihydro-6h-purin-6-one", "aciclovirum[latin]", "59277-89-3", "9-(2-hydroxyethoxy)methylguanine", "9-((2-hydroxyethoxy)methyl)guanine", "zovirax wellstat pac", "59277-89-3[rn]", "1219402[beilstein]", "viroraxl", "bw 248u", "261-685-1[einecs]", "6h-purin-6-one 1,9-dihydro-2-amino-9-((2-hydroxyethoxy)methyl)-", "w-248-u", "6h-purin-6-one 2-amino-1,9-dihydro-9-((2-hydroxyethoxy)methyl)-", "acycloguanosine[wiki]", "poviral", "acv & pluronic f-68", "cyclovir", "zovirax zostab pac", "bw-248-u", "2-amino-9-[(2-hydroxyethoxy)methyl]-1,9-dihydro-6h-purin-6-on", "acyclo-v", "acyclovir[wiki][usp]", "tl8003779", "azone[wiki]", "337376-15-5", "acyclovir sodium [usan]", "acyclovir sodium salt", "acyclovir in sodium chloride 0.9% preservative free", "aciclovir natrium", "acycloguanosine sodium (obs.)", "acyclovir sodium (usan)", "sodium acyclovir", "69657-51-8"}|>, "1437" -> <|"DatabaseID" -> "SW00963", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "39585"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31640]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00190"]}, "IsomericSmiles" -> "C[C@](Cc1ccc(c(c1)O)O)(C(=O)[O-])NN", "OfficialNames" -> <|"China Approved Name" -> "carbidopa", "Indian Approved Name" -> "carbidopa", "WHO Essential Medicine" -> "carbidopa", "Australia Approved Name" -> "CARBIDOPA"|>, "PharmGKBID" -> "PA448794", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 34359]}, "Synonyms" -> {"lodosyn", "lodosin", "carbidopa anhydrous", "carbidopa monohydrate", "carbidopa", "atamet", "s-(-)-carbidopa", "hmd", "carbidopum [inn-latin]", "n-aminomethyldopa", "alpha-methyldopahydrazine", "carbidopa-levodopa", "207-098-6[einecs]", "(s)-carbidopa", "(2s)-3-(3,4-dihydroxyphenyl)-2-hydrazino-2-methylpropanoic acid[acd/iupac name]", "1-a-(3,4-dihydroxybenzyl)-a-hydrazinopropionic acid", "sinemet cr (carbidopa + levodopa)_mixture", "l-a-methyldopahydrazine", "lodosyn;", "27925-91-3[rn]", "lodosyn;lodysin;menesit;neo-dopaston", "apo-levocarb cr controlled-release tablets (carbidopa + levodopa)_mixture", "434-07-1[rn]", "3-(3,4-dihydroxyphenyl)-2-hydrazino-2-methylpropanoic acid[acd/iupac name]", "mk-486", "kinson 3-(3,4-dihydroxy-phenyl)-2-hydrazino-2-methyl-propionicacid", "(2s)-3-(3,4-dihydroxyphenyl)-2-hydrazinyl-2-methylpropanoic acid", "dopa decarboxylase", "atamet (carbidopa + levodopa)_mixture", "carbidopa[wiki]", "(-)-l-a-hydrazino-3,4-dihydroxy-a-methylhydrocinnamic acid", "novo-levocarbidopa (carbidopa + levodopa)_mixture", "(s)-(-)-carbidopa", "a-methyldopahydrazine", "249-271-9[einecs]", "sinemet (carbidopa + levodopa)_mixture", "l-alpha-methyldopahydrazine", "ddc", "nu-levocarb (carbidopa + levodopa)_mixture", "aadc", "hydrazino-a-methyldopa", "(2s)-3-(3,4-dihydroxyphenyl)-2-hydrazinyl-2-methyl-propanoic acid", "38821-49-7[rn]", "31823-41-3[rn]", "carbidopum", "s(-)-carbidopa", "carbidopa [usan:ban:inn:jan][inn][jan][usan]", "l-3-(3,4-dihydroxyphenyl)-2-methyl-2-hydrazinopropionic acid", "benzenepropanoic acid a-hydrazinyl-3,4-dihydroxy-a-methyl- (as)-", "ec 4.1.1.28", "(s)-a-hydrazino-a-methyl-b-(3,4-dihydroxyphenyl)propionic acid", "(as)-a-hydrazino-3,4-dihydroxy-a-methylbenzenepropanoic acid", "(s)-(-)-carbidopamonohydrate", "dom-levo-carbidopa (carbidopa + levodopa)_mixture", "[28860-95-9]", "(s)-3-(3,4-dihydroxyphenyl)-2-hydrazinyl-2-methylpropanoic acid", "337376-15-5", "c-dopa", "28860-95-9[rn]", "apo-levocarb (carbidopa + levodopa)_mixture", "carbidopum[latin]"}|>, "1438" -> <|"DatabaseID" -> "SW00964", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31183"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28714]}, "IsomericSmiles" -> "C=CCOc1ccc(cc1Cl)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01252"]}, "OfficialNames" -> <|"NPC Approved Name" -> "alclofenac"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 30951]}, "Synonyms" -> {"alclofenac", "mervan", "medifenac", "allopydin", "zumaril", "neoston", "prinalgin", "reufenac", "neosten", "(4-allyloxy-3-chlorphenyl)essigsaeure", "alclofenacum[latin]", "(4-(allyloxy)-3-chlorophenyl)acetic acid", "alclofenac [usan:ban:inn:jan][inn][jan][usan]", "alclophenac", "benzeneacetic acid 3-chloro-4-(2-propenyloxy)-", "argun[wiki]", "epinal[wiki]", "[3-chloro-4-(prop-2-en-1-yloxy)phenyl]acetic acid", "244-795-4[einecs]", "3-chloro-4-(2-propenyloxy)benzeneacetic acid", "desinflam", "(4-allyloxy-3-chloro-phenyl)-acetic acid", "22131-80-2[rn]", "alclofenaco[spanish][inn]", "alclofenaco", "acetic acid 4-allyloxy-3-chlorophenyl-", "22131-79-9[rn]", "3-chlor-4-allyloxy-phenylacetic acid", "alcofenac", "alclofenac; alclofenaco; alclofenacum", "marvan forte", "34c", "[4-(allyloxy)-3-chlorophenyl]acetic acid[acd/iupac name]", "mervan (tn)", "2-(3-chloro-4-prop-2-enyloxyphenyl)acetic acid", "kyselina 4-allyloxy-3-chlorfenyloctova[czech]", "benzeneacetic acid 3-chloro-4-(2-propen-1-yloxy)-"}|>, "1439" -> <|"DatabaseID" -> "SW00965", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10306]}, "IsomericSmiles" -> "CCCCOC(=O)C1=CC(=O)CC(O1)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesityl oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10760]}, "Synonyms" -> {"indalone", "butyl mesityl oxide", "n-butyl mesityl oxide oxalate", "butopyronoxyl", "bmoo", "dihydropyrone", "n-butylmesityloxid oxalate", "butyl mesityl oxide oxalate", "4-pyrone-2-carboxylic acid,5,6-dihydro-6,6-dimethyl-,butyl ester", "butyl-2,2-dimethyl-4-oxo-3,4-dihydro-2h-pyran-6-carboxylat", "n-butyl-3,4-dihydro-2,2-dimethyl-4-oxo-1,2h-pyran-6-carboxylate", "8039-36-9[rn]", "2h-pyran-6-carboxylic acid,3,4-dihydro-2,2-dimethyl-4-oxo- butyl ester", "butyl 3,4-dihydro-2,2-dimethyl-4-oxo-1-2h-pyran-6-carboxylate", "2-carbo-n-butoxy-6,6-dimethyl-5,6-dihydro-1,4-pyrone", "532-34-3[rn]", "4-18-00-05345", "1341-44-2[rn]", "butyl 5,6-dihydro-6,6-dimethyl-4-oxo-4h-pyran-2-carboxylate", "butyl dimethyl dihydro-pyrone carboxylate", "butyl 3,4-dihydro-2,2-dimethyl4-oxo-2h-pyran-6-carboxylate", "3,4-dihydro-2,2-dimethyl-4-oxo-2h-pyran-6-carboxylic acid butylester", "n-butyl ester of 3,4-dihydro-2 2-dimethyl-4-oxo-2h-pyran-6-carboxylic acid", "ent 9", "butyl 6,6-dimethyl-4-oxo-5h-6-hydropyran-2-carboxylate", "a,a-dimethyl-a'-carbobutoxy-dihydro-g-pyrone", "caswell no. 128", "2,2-dimethyl-6-carbobutoxy-2,3-dihydro-4-pyrone", "butyl 3,4-dihydro-2 2-dimethyl-4-oxo-1-2h-pyran-6-carboxylate", "4-18-00-05345 (beilstein handbook reference)[beilstein]", "3,4-dihydro-2,2-dimethyl-4-oxo-2h-pyran-6-carboxylic acid n-butyl ester", "butyl 2,2-dimethyl-4-oxo-3,4-dihydro-2h-pyran-6-carboxylate[acd/iupac name]", "208-535-3[einecs]", "butyl 3,4-dihydro-2,2-dimethyl-4-oxo-2h-pyran-6-carboxylate", "n-butyl ester of 3,4-dihydro-2,2-dimethyl-4-oxo-2h-pyran-6-carboxylic acid", "2 2-dimethyl-6-carbobutoxy-2,3-dihydro-4-pyrone", "butyl 3,4-dihydro-2 2-dimethyl-4-oxo-2h-pyran-6-carboxylate", "3,4-dihydro-2 2-dimethyl-4-oxo-2h-pyran-6-carboxylicacid n-butyl ester", "butylmesityl oxide oxalate"}|>, "1440" -> <|"DatabaseID" -> "SW00966", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2673"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2079]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01351"]}, "IsomericSmiles" -> "CCC1(C(=O)NC(=O)NC1=O)CCC(C)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Amobarbital", "US Illegal/Scheduled Drug (Schedule 3)" -> "Amobarbital"|>, "PharmGKBID" -> "PA448401", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2164]}, "Synonyms" -> {"isomytal", "barbamyl", "barbamil", "pentymal", "eunoctal", "amobarbital", "amylobarbitone[wiki]", "amsebarb", "mylodorm", "barbituric acid 5-ethyl-5-isopentyl-", "amobarbital [inn:jan][inn][jan]", "ampa-selective glutamate receptor 2", "dormytal", "5-ethyl-5-(3-methylbutyl)pyrimidine-2,4,6(1h,3h,5h)-trione", "amobarbitalum[latin]", "somnal", "glutamate receptor 2 precursor", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-ethyl-5-(3-methylbutyl)-", "dorminal", "sumital", "5-ethyl-5-isopentylbarbitursaeure", "glur-k2", "amytal[wiki]", "amobarbitone", "barbamyl acid", "5-ethyl-5-isoamylmalonyl urea", "talamo", "amobarbitale [dcit]", "amal", "amytal", "inmetal", "64-43-7[rn]", "pentymalum", "5-ethyl-5-isopentylbarbituric acid", "amylobarbitone", "amobarbital sodium", "isomyl", "200-330-7[einecs]", "5-ethyl-5-(3-methylbutyl)-2,4,6(1h,3h,5h)-pyrimidinetrione[acd/iupac name]", "57-43-2[rn]", "5-ethyl-5-isoamylbarbituric acid", "binoctal", "sodium amytal", "stadadorm", "amylbarbitone[wiki]", "amasust", "amylbarbitone", "5-isoamyl-5-ethylbarbituric acid", "dorlotyn", "glur-b", "211172[beilstein]", "amital", "glutamate receptor ionotropic ampa 2", "glur-2", "amobarbitone[wiki]", "amospan", "schiwanox", "robarb", "sednotic", "amobarbital[wiki]", "5-ethyl-5-(3-methylbutyl)barbituric acid", "amybal", "amytal sodium", "5-ethyl-5-isopentyl-barbituric acid", "amylobarbital[wiki]"}|>, "1441" -> <|"DatabaseID" -> "SW00967", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7983"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4575]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00312"]}, "IsomericSmiles" -> "CCCC(C)C1(C(=O)NC(=O)NC1=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00499"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Pentobarbital", "US Illegal/Scheduled Drug (Schedule 2)" -> "Pentobarbital", "FDA Approved Drug" -> "PENTOBARBITAL;PENTOBARBITAL SODIUM"|>, "PharmGKBID" -> "PA450859", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4737]}, "Synonyms" -> {"pentobarbital", "pentobarbitone", "neodorm", "mebubarbital", "rivadorm", "nembutal", "mebumal", "ethaminal", "dorsital", "pentobarbituric acid", "pentobarbiturate", "pentabarbitone", "nebralin", "pentabarbital", "5-ethyl-5-(1-methylbutyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "glur-2", "aethaminalum", "76-74-4", "diabutal", "7563-42-0[rn]", "5-ethyl-5-(1-methylbutyl)-barbituric acid", "5-ethyl-5-(sec-pentyl)barbituric acid", "sotyl", "component of fetamin", "87067[beilstein]", "5-24-09-00168 (beilstein handbook reference)[beilstein]", "barbituric acid 5-ethyl-5-(2-pentyl)-", "pentobarbitale [dcit]", "sagatal", "cafergot pb tab (belladonna + caffeine + ergotamine tartrate + pentobarbital sodium)_mixture", "pentobarbital monosodium salt", "repocal", "monosodium salt pentobarbital", "sodital", "barpental", "barbituric acid 5-ethyl-5-(1-methylbutyl)-", "d010424", "glur-k2", "sodium pentobarbital", "5-ethyl-5-(pentan-2-yl)pyrimidine-2,4,6(1h,3h,5h)-trione", "4,6(1h,5h)-pyrimidinedione,5-ethyl-2-hydroxy-5-(1-methylbutyl)-", "pentobarbital sodium", "glutamate receptor 2 precursor", "component of carbrital", "pentobarbital sodium[jan]", "glur-b", "pentobarbital suppository dosage form", "200-983-8[einecs]", "pentobarbital calcium[jp15]", "component of sedalixir", "5-ethyl-5-pentan-2-yl-1,3-diazinane-2,4,6-trione", "5767-32-8[rn]", "nembutal sodium", "pentobarbitalum", "nembutal[wiki]", "5-24-09-00168", "phetobarbitone", "pentobarbital (van)", "component of synirin", "nembutal (tn)", "76-74-4[rn]", "neodorm (van)", "5-ethyl-2-hydroxy-5-(1-methylbutyl)pyrimidine-4,6(1h,5h)-dione", "component of emesert", "(rs)-pentobarbital", "neodorm (new)", "cafergot pb sup (belladonna + caffeine + ergotamine tartrate + pentobarbital)_mixture", "ampa-selective glutamate receptor 2", "pentobarbitone (van)", "nembutal na salt", "5-ethyl-5-(1-methylbutyl)malonylurea", "5-ethyl-5-(sec-pentyl)barbituric acid calcium salt", "5-ethyl-5-(1-methylbutyl)barbituric acid", "etaminal", "barbituric acid 5-ethyl-5- (1-methylbutyl)-", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-ethyl-5-(1-methylbutyl)-", "2,4,6 (1h,3h,5h)-pyrimidinetrione 5-ethyl-5-(1-methylbutyl)-", "glutamate receptor ionotropic ampa 2", "pentobarbital[wiki][usp][inn]"}|>, "1442" -> <|"DatabaseID" -> "SW00967", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7983"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4575]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00312"]}, "IsomericSmiles" -> "CCCC(C)C1(C(=O)NC(=O)NC1=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00499"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Pentobarbital", "US Illegal/Scheduled Drug (Schedule 2)" -> "Pentobarbital", "FDA Approved Drug" -> "PENTOBARBITAL;PENTOBARBITAL SODIUM"|>, "PharmGKBID" -> "PA450859", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4737]}, "Synonyms" -> {"pentobarbital", "pentobarbitone", "neodorm", "mebubarbital", "rivadorm", "nembutal", "mebumal", "ethaminal", "dorsital", "pentobarbituric acid", "pentobarbiturate", "pentabarbitone", "nebralin", "pentabarbital", "5-ethyl-5-(1-methylbutyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "glur-2", "aethaminalum", "76-74-4", "diabutal", "7563-42-0[rn]", "5-ethyl-5-(1-methylbutyl)-barbituric acid", "5-ethyl-5-(sec-pentyl)barbituric acid", "sotyl", "component of fetamin", "87067[beilstein]", "5-24-09-00168 (beilstein handbook reference)[beilstein]", "barbituric acid 5-ethyl-5-(2-pentyl)-", "pentobarbitale [dcit]", "sagatal", "cafergot pb tab (belladonna + caffeine + ergotamine tartrate + pentobarbital sodium)_mixture", "pentobarbital monosodium salt", "repocal", "monosodium salt pentobarbital", "sodital", "barpental", "barbituric acid 5-ethyl-5-(1-methylbutyl)-", "d010424", "glur-k2", "sodium pentobarbital", "5-ethyl-5-(pentan-2-yl)pyrimidine-2,4,6(1h,3h,5h)-trione", "4,6(1h,5h)-pyrimidinedione,5-ethyl-2-hydroxy-5-(1-methylbutyl)-", "pentobarbital sodium", "glutamate receptor 2 precursor", "component of carbrital", "pentobarbital sodium[jan]", "glur-b", "pentobarbital suppository dosage form", "200-983-8[einecs]", "pentobarbital calcium[jp15]", "component of sedalixir", "5-ethyl-5-pentan-2-yl-1,3-diazinane-2,4,6-trione", "5767-32-8[rn]", "nembutal sodium", "pentobarbitalum", "nembutal[wiki]", "5-24-09-00168", "phetobarbitone", "pentobarbital (van)", "component of synirin", "nembutal (tn)", "76-74-4[rn]", "neodorm (van)", "5-ethyl-2-hydroxy-5-(1-methylbutyl)pyrimidine-4,6(1h,5h)-dione", "component of emesert", "(rs)-pentobarbital", "neodorm (new)", "cafergot pb sup (belladonna + caffeine + ergotamine tartrate + pentobarbital)_mixture", "ampa-selective glutamate receptor 2", "pentobarbitone (van)", "nembutal na salt", "5-ethyl-5-(1-methylbutyl)malonylurea", "5-ethyl-5-(sec-pentyl)barbituric acid calcium salt", "5-ethyl-5-(1-methylbutyl)barbituric acid", "etaminal", "barbituric acid 5-ethyl-5- (1-methylbutyl)-", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-ethyl-5-(1-methylbutyl)-", "2,4,6 (1h,3h,5h)-pyrimidinetrione 5-ethyl-5-(1-methylbutyl)-", "glutamate receptor ionotropic ampa 2", "pentobarbital[wiki][usp][inn]"}|>, "1443" -> <|"DatabaseID" -> "SW00968", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6911"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4030]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01011"]}, "IsomericSmiles" -> "CC(C)(c1cccnc1)C(=O)c2cccnc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00410"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METYRAPONE"|>, "PharmGKBID" -> "PA450486", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4174]}, "Synonyms" -> {"metopirone", "metyrapon", "metopiron", "methopyrinine", "methapyrapone", "metyrapone", "methopirapone", "methopyrapone", "methopyrone", "metopyrone", "methbipyranone", "metapyron", "metapirone", "metapyrone", "mepyrapone", "metroprione", "1-propanone 2-methyl-1,2-di-3-pyridyl-", "metyrapone [usan:ban:inn:jan][inn][jan][usan]", "2-methyl-1,2-dipyridin-3-ylpropan-1-one", "metyrapone[wiki]", "4885 su", "2-methyl-1,2-dipyridin-3-ylpropan-1-on", "2-methyl-1,2-di(3-pyridyl)propan-1-one", "metyraponum [inn_la]", "p450cam", "cas-54-36-4", "2-methyl-1,2-di-3-pyridyl-1-propanone", "metirapona[spanish][inn]", "2-methyl-1,2-di-3-pyridinyl-1-propanone", "metopirone (tn)", "37245-80-0[rn]", "camphor 5-monooxygenase", "[54-36-4]", "1-propanone 2-methyl-1,2-di-3-pyridinyl-", "ec 1.14.15.1", "200-206-2[einecs]", "2-methyl-1,2-di(pyridin-3-yl)propan-1-one", "2-methyl-1,2-bis(3-pyridyl)-1-propanone", "163023[beilstein]", "54-36-4[rn]", "2-methyl-1 2-di-3-pyridyl-1-propanone", "d008797", "9005-80-5[rn]", "myt", "1,2-di-3-pyridyl-2-methyl-1-propanone", "1-propanone 1,2-di-3-pyridyl-2-methyl-", "li7", "metyraponum[latin]"}|>, "1444" -> <|"DatabaseID" -> "SW00969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 571427], ExternalIdentifier["ChemSpiderID", 21490685], ExternalIdentifier["ChemSpiderID", 5210], ExternalIdentifier["ChemSpiderID", 29323]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00871"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(c1cc(cc(c1)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08570"]}, "OfficialNames" -> <|"Indian Approved Name" -> "terbutaline sulph.;terbutaline;terbutaline sulphate;terbutaline sulph", "FDA Approved Drug" -> "TERBUTALINE SULFATE"|>, "PharmGKBID" -> "PA451616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5403], ExternalIdentifier["PubChemCompoundID", 441334]}, "Synonyms" -> {"terbutaline", "terbutaline sulfate", "brethine", "bricar", "bricyn", "brican", "terbutalin", "bricaril", "bricanyl", "brethaire", "terbutalina [dcit]", "terbutalino [inn-spanish]", "terbutalinum [inn-latin]", "beta-2 adrenoceptor", "beta-2 adrenoreceptor", "terbutaline hemisulfate", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1,3-diolsulfate(2:1)", "terbutalina", "23031-32-5[rn]", "23031-25-6[rn]", "brethine (tn)", "brethaire[wiki]", "asthmasian", "2-t-butylamino-1-(3,5-dihydroxyphenyl)ethanol", "bricanyl[wiki]", "brethine[wiki]", "1-(3,5-dihydroxyphenyl)-2-tert-butylaminoethanol sulphate", "3-hydroxy-2-phenyl-propionic acid 8-methyl-8-aza-bicyclo[3.2.1]oct-3-ylester", "5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,3-benzenediolsulfate(2:1) (salt)", "terbutaline sulfate [usan:jan][jan][usan]", "5-(2-tert-butylamino-1-hydroxy-ethyl)-benzene-1,3-diol", "245-386-3[einecs]", "surecn26462", "23031-25-6", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1,3-diolsulfate(1:1)", "1,3-benzenediol 5-(2-((1,1-dimethylethyl)amino)-1-hydroxyethyl)- sulfate (2:1)(salt)", "1,3-benzenediol 5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]- sulfate (1:1)(salt)", "1-(3,5-dihydroxyphenyl)-2-(tert-butylamino)ethanol", "-", "98225-49-1[rn]", "1,3-benzenediol 5-(2-((1,1-dimethylethyl)amino)-1-hydroxyethyl)-", "2-t-butylamino-1-(3", "2-t-butylamino-1-[3", "245-385-8[einecs]", "ac1l9azm", "terbutalino[spanish][inn]", "kwd-2019", "5-{1-hydroxy-2-[(2-methyl-2-propanyl)amino]ethyl}-1,3-benzoldiol", "5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,3-benzenediol", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1,3-diolsulfate(2:1) (salt)", "5-[1-hydroxy-2-(tert-butylamino)ethyl]benzene-1,3-diol", "terbutalinum[latin]", "23031-32-5 23031-25-6", "a-[(tert-butylamino)methyl]-3,5-dihydroxybenzyl alcohol", "23031-32-5", "5-{2-[(tert-butyl)amino]-1-hydroxyethyl}benzene-1,3-diol", "46719-29-3[rn]", "1,3-benzenediol 5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]- sulfate (2:1)(salt)", "prestwick_598", "5-{1-hydroxy-2-[(2-methyl-2-propanyl)amino]ethyl}-1,3-benzenediol[acd/iupac name]", "1,3-benzenediol 5-(2-((1,1-dimethylethyl)amino)-1-hydroxyethyl)- (9ci)", "terbutaline hemisulfate salt", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1,3-diol", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzol-1,3-diolsulfat(2:1)(salt)", "5-(2-((1,1-dimethylethyl)amino)-1-hydroxyethyl)-1,3-benzenediol", "1,3-benzenediol 5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1", "terbutaline sulphate", "23031-32-5 23031-25-6 [terbutaline]", "5-{2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl}benzene-1,3-diol"}|>, "1445" -> <|"DatabaseID" -> "SW00969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 571427], ExternalIdentifier["ChemSpiderID", 21490685], ExternalIdentifier["ChemSpiderID", 5210], ExternalIdentifier["ChemSpiderID", 29323]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00871"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(c1cc(cc(c1)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08570"]}, "OfficialNames" -> <|"Indian Approved Name" -> "terbutaline sulph.;terbutaline;terbutaline sulphate;terbutaline sulph", "FDA Approved Drug" -> "TERBUTALINE SULFATE"|>, "PharmGKBID" -> "PA451616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5403], ExternalIdentifier["PubChemCompoundID", 441334]}, "Synonyms" -> {"terbutaline", "terbutaline sulfate", "brethine", "bricar", "bricyn", "brican", "terbutalin", "bricaril", "bricanyl", "brethaire", "terbutalina [dcit]", "terbutalino [inn-spanish]", "terbutalinum [inn-latin]", "beta-2 adrenoceptor", "beta-2 adrenoreceptor", "terbutaline hemisulfate", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1,3-diolsulfate(2:1)", "terbutalina", "23031-32-5[rn]", "23031-25-6[rn]", "brethine (tn)", "brethaire[wiki]", "asthmasian", "2-t-butylamino-1-(3,5-dihydroxyphenyl)ethanol", "bricanyl[wiki]", "brethine[wiki]", "1-(3,5-dihydroxyphenyl)-2-tert-butylaminoethanol sulphate", "3-hydroxy-2-phenyl-propionic acid 8-methyl-8-aza-bicyclo[3.2.1]oct-3-ylester", "5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,3-benzenediolsulfate(2:1) (salt)", "terbutaline sulfate [usan:jan][jan][usan]", "5-(2-tert-butylamino-1-hydroxy-ethyl)-benzene-1,3-diol", "245-386-3[einecs]", "surecn26462", "23031-25-6", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1,3-diolsulfate(1:1)", "1,3-benzenediol 5-(2-((1,1-dimethylethyl)amino)-1-hydroxyethyl)- sulfate (2:1)(salt)", "1,3-benzenediol 5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]- sulfate (1:1)(salt)", "1-(3,5-dihydroxyphenyl)-2-(tert-butylamino)ethanol", "-", "98225-49-1[rn]", "1,3-benzenediol 5-(2-((1,1-dimethylethyl)amino)-1-hydroxyethyl)-", "2-t-butylamino-1-(3", "2-t-butylamino-1-[3", "245-385-8[einecs]", "ac1l9azm", "terbutalino[spanish][inn]", "kwd-2019", "5-{1-hydroxy-2-[(2-methyl-2-propanyl)amino]ethyl}-1,3-benzoldiol", "5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,3-benzenediol", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1,3-diolsulfate(2:1) (salt)", "5-[1-hydroxy-2-(tert-butylamino)ethyl]benzene-1,3-diol", "terbutalinum[latin]", "23031-32-5 23031-25-6", "a-[(tert-butylamino)methyl]-3,5-dihydroxybenzyl alcohol", "23031-32-5", "5-{2-[(tert-butyl)amino]-1-hydroxyethyl}benzene-1,3-diol", "46719-29-3[rn]", "1,3-benzenediol 5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]- sulfate (2:1)(salt)", "prestwick_598", "5-{1-hydroxy-2-[(2-methyl-2-propanyl)amino]ethyl}-1,3-benzenediol[acd/iupac name]", "1,3-benzenediol 5-(2-((1,1-dimethylethyl)amino)-1-hydroxyethyl)- (9ci)", "terbutaline hemisulfate salt", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1,3-diol", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzol-1,3-diolsulfat(2:1)(salt)", "5-(2-((1,1-dimethylethyl)amino)-1-hydroxyethyl)-1,3-benzenediol", "1,3-benzenediol 5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1", "terbutaline sulphate", "23031-32-5 23031-25-6 [terbutaline]", "5-{2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl}benzene-1,3-diol"}|>, "1446" -> <|"DatabaseID" -> "SW00970", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392017]}, "IsomericSmiles" -> "C[NH+](C)[C@H](Cc1ccccc1)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "lefetamina"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443970]}, "Synonyms" -> {"lephetamine", "lefetamine", "(-)-n,n-dimethyl-1,2-diphenylethylamine", "ncgc00181084-01", "7262-75-1", "lefetamina", "(-)-n,n-dimethyl-a-phenylphenethylamine", "lefetaminum", "14148-99-3[rn]", "(r)-n,n-dimethyl-a-phenylbenzeneethanamine", "n", "(1r)-n,n-dimethyl-1,2-diphenylethanamine", "spa", "lefetaminum [inn-latin]", "lefetamine [inn]", "lefetamine[wiki][inn]", "ac1l9fhp", "7262-75-1[rn]"}|>, "1447" -> <|"DatabaseID" -> "SW00971", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28787"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4354]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00727"]}, "IsomericSmiles" -> "C(C(CO[N+](=O)[O-])O[N+](=O)[O-])O[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00515"]}, "OfficialNames" -> <|"China Approved Name" -> "glyceryl trinitrate", "Indian Approved Name" -> "glyceryl trinitrate;glyceryl trinitrate(nitroglycerine);nitroglycerine", "WHO Essential Medicine" -> "glyceryl trinitrate", "Australia Approved Name" -> "GLYCERYL TRINITRATE;NITROGLYCERIN", "FDA Approved Drug" -> "NITROGLYCERIN"|>, "PharmGKBID" -> "PA450644", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4510]}, "Synonyms" -> {"nitro-dur", "nitroglycerin", "nitroglycerine", "nitrospan", "minitran", "glyceryl trinitrate", "transderm nitro", "nitrostat", "trinitroglycerin", "cellegesic", "ntg", "nitronet", "nitro-bid", "natispray", "nitrocap", "transderm-nitro", "tng", "ng", "nitromist", "rectogesic", "1,2,3-propanetriol trinatrate", "sutonit", "orient oil yellow gg", "nitroglin", "deponit tts 5", "nitrolan", "petrol yellow wt", "nitro rorer", "nitroglicerina[spanish]", "l.122 - liq orl (bryonia + cactus grandiflorus + nitroglycerin + potassium carbonate)_mixture", "from time to time (belladonna + bryonia + charcoal activated + gelsemium sempervirens + lycopodium clavatum + melilot + nitroglycerin + silicon dioxide + sodium chloride + spigelia marylandica)_mixture", "nitrong parenteral", "nitrolar", "niglin", "gilucor nitro", "hercon 2", "glonoin", "buccard", "nitrodyl tts", "cardiodisco", "homeodel 24 (belladonna + charcoal activated + gelsemium sempervirens + iris versicolor + lycopodium + nitroglycerin + spigelia)_mixture", "nitroletten", "gtn", "nitroretard", "nitrek", "nitro-pflaster", "nitroderm tts ext", "transiderm-nitro", "trinitrina erba", "nitro-lent", "aquo-trimitrosan", "nitroderm", "nitro-gesanit retard", "hpb complex dps (barium chloride + gold + mistletoe + nitroglycerin)_mixture", "tridil", "nitora", "glycerol trinitrate", "iper-bosan b44 - liq (baryta iodata + cactus grandiflorus + gelsemium sempervirens + nitroglycerin)_mixture", "nitro-dur 5", "coro-nitro", "cordipatch", "trinitrin", "temponitrin", "nitromint", "epinitril", "1,2,3-trinitrooxypropane", "plastranit", "diafusor", "nitro-mack retard", "nitrolande", "sustak", "homeo-form mi-tab (aluminum oxide + antimony trisulfide + cyclamen europaeum l. + lycopodium clavatum + melilot + nitroglycerin + silver nitrate)_mixture", "nitrodisc", "nitroard", "percutol oint.", "nitropront", "suscard", "1802063[beilstein]", "atrial natriuretic peptide a-type receptor", "nitrogliceryna[polish]", "nitroglycerol[wiki]", "cere bosan b36 - liq (belladonna + hamamelis virginiana + nitroglycerin + saffron + trillium pendulum)_mixture", "sustonit", "willong", "minitran (tn)", "trinalgon", "herzer", "nitro dur tts", "propan-1,2,3-triyltrinitrat", "deponit tts 10", "alchemed np-03 (aconite + apis mellifica + arnica montana + barberry root + calendula + cantharides + charcoal activated + echinacea angustifolia + hahnemann's causticum + hypericum perforatum + nitroglycerin + urtica urens)_mixture", "corangil", "nitrobid", "nitromel", "susadrin", "nitradisc", "triniplas", "anpra", "gilucor \"nitro\"", "explosive gum", "guanylate cyclase", "adesitrin", "nitro dur", "aldonitrin", "cactus compositum dps (cactus grandiflorus + nitroglycerin + potassium carbonate + spigelia)_mixture", "discotrine", "nitrong retard", "nitromex", "nitro-dur 10", "hercosplit wr", "nitromack retard", "herwicard", "nitrong-sr", "nitro bid", "niong retard", "nitro-prn", "nitrobid oint", "neos nitro opt", "trinitrin tablets", "nitrorectal", "aquo-trinitrosan", "trinitroglicerina fabra", "nitrocot", "nova - 7041 - liq (belladonna + cantharides + german chamomile + nitroglycerin + phosphorus + sepia officinalis l + silver nitrate + valerian + zinc)_mixture", "nitroglycerin [usan:jan][jan][usan]", "nitrosigma", "r-12 dps (arnica montana + barium chloride + calcium iodide + conium maculatum + lead acetate + nitroglycerin + phosphorus + potassium iodide)_mixture", "nitroderm tts", "perganit", "gepan nitroglicerin", "200-240-8[einecs]", "nirmin", "trinitrate 1,2,3-propanetriol", "1,2,3-propanetrioltrinitrate; 1,2,3-propanetriyl nitrate; ng; nitrostat;glycerintrinitrate; glycerol trinitrate; glycerol nitric acid triester; nitroglycerine;nitroglycerol; propane-1,2,3-triyltrinitrate; trinitroglycerin; trinitroglycerol", "vasolator", "nitrogard", "sustac", "trinipatch", "nts", "nova 7025 - liq (aconite + apis mellifica + arnica montana + barberry root + calendula + cantharides + charcoal activated + echinacea angustifolia + hahnemann's causticum + hypericum perforatum + nitroglycerin + urtica urens)_mixture", "105469-31-6[rn]", "nitroglicerina[italian]", "216-428-8[einecs]", "angiolingual", "nitrolingual spray", "nitriderm tts", "glytrin", "globuli no 51 (barium carbonate + cactus grandiflorus + gelsemium sempervirens + nitroglycerin)_mixture", "propane-1,2,3-triyl trinitrate", "nitronal", "nitrolin", "glonoine oil", "nitradisc tts", "l.15 dps (aconitinum + apocynum cannabinum + arnica montana + cactus grandiflorus + nitroglycerin)_mixture", "nitrolingual", "glycerintrinitrate[czech]", "glycerol nitric acid triester", "r 47 dps (asafetida + coffee + musk + nitroglycerin + pulsatilla)_mixture", "nitroderm tts-5", "transderm-n tts", "glyceroltrinitraat[dutch]", "trinitrine simple laleuf", "r12 (arnica montana + barium chloride + calcium iodide + conium maculatum + lead acetate + nitroglycerin + phosphorus + potassium iodide)_mixture", "complex 12 (aesculus hippocastanum + apis mellifica + arnica montana + barium carbonate + barium chloride + belladonna + calcium fluoride + celandine + charcoal activated + cinchona officinalis + collinsonia canadensis + conium maculatum + echinacea angustifolia + hamamelis virginiana + lycopodium clavatum + nitroglycerin + phosphorus + ruta graveolens + sepia officinalis l + sodium chloride + strophanthus hispidus + sulfur + tobacco)_mixture", "s.n.g.", "nitrostabilin", "alchemed np-21 (belladonna + cantharides + german chamomile + nitroglycerin + phosphorus + sepia officinalis l + silver nitrate + valerian + zinc)_mixture", "1,2,3-propanetriyl trinitrate[acd/iupac name]", "d005996", "aribosan b31 - liq (apis mellifica + barberry root + colchicine + convallaria majalis + nitroglycerin + poison oak + potassium iodide + quinine dihyrochloride)_mixture", "myovin", "nitran", "nitropercuten", "perglottal", "deponit 5", "1,2,3-propanetriol trinitrate", "sn2", "nitroclyn", "vasoglyn", "hercon 2x", "perlinganit", "nitriderm", "mionitrat", "glycerol trinitrate; nitroglycerin", "angorin", "glycerylnitrat", "gilustenon", "trinitroglycerin[wiki]", "sk-106n", "minitram", "r47 (asafetida + coffee + musk + nitroglycerin + pulsatilla)_mixture", "minitro", "4-01-00-02762 (beilstein handbook reference)[beilstein]", "ratiopharm[wiki]", "hercol 2", "nitro mack", "turicard", "nysconitrine", "nitropen", "reminitrol", "nitrogliceryna [polish]", "dynamite", "cardinit", "nitro mack retard", "minitran;natispray; nitro-dur; nitrolingual;nitromist; rectogesic; transderm nitro", "nitroprontan", "crc-plex (arnica montana + barium chloride + calcium lactate + charcoal activated + cholesterol + convallaria majalis + epinephrine + iodine + magnesium carbonate + nitroglycerin + phosphorus + picric acid + potassium iodide + strophanthus hispidus)_mixture", "minitran[wiki]", "lentonitrina", "55-63-0[rn]", "nitrocapt.d.", "ero-bosan b20-liq (nitroglycerin + pulsatilla + sanguinaria canadensis + sepia officinalis l + vitex agnus castus)_mixture", "l.73 liq (belladonna + cocculus indicus + lead acetate + mugwort + nitroglycerin + periwinkle + pulsatilla + silver nitrate + valerian)_mixture", "unigel", "spirit of glyceryl trinitrate", "glycerin trinitrate", "vernies", "angised", "myoglycerin", "nitrocontin continus", "anglix", "nitric acid triester of glycerol", "1,2,3-propanetriyl nitrate", "nitrovis", "glycerol nitric acid triester", "alchemed np-04 (aesculus hippocastanum + arnica montana + barium carbonate + belladonna + celandine + cinchona officinalis + nitroglycerin + oyster shells + sepia officinalis l + strophanthus hispidus)_mixture", "klavikordal", "nitrocontin", "nitrangin", "blasting gelatin", "nitrobaat", "glycerol (trinitrate de)[french]", "l2 (apis mellifica + belladonna + juglans cinerea + nitroglycerin + phytolacca decandra + pulsatilla + spongia tosta + vitex agnus castus)_mixture", "angonist", "nitrocine", "top-nitro", "nitro-m-bid", "1,2,3-propanetriol trinitrate", "trinitrate de propane-1,2,3-triyle", "gilucor", "percutol", "8013-23-8[rn]", "nitrodur", "atrial natriuretic peptide receptor a precursor", "anginine", "trinitrol", "trinitroglycerol", "nitrorex", "9010-02-0[rn]", "niglycon", "homeo-form mi - liquid (aluminum oxide + antimony trisulfide + cyclamen europaeum l. + lycopodium clavatum + melilot + nitroglycerin + silver nitrate)_mixture", "trinitron[wiki]", "polnitrin", "tridil[wiki]", "pekana - complex nr. 47 (clematis erecta + cynara scolymus + dulcamara + euphrasia officinalis + ivy + nitroglycerin + ruta graveolens + tobacco)_mixture", "nitrong", "nitrolingual pump spray", "nitro-span", "npr-a", "nitroglycerol", "nitroglycerin ointment", "nitrocard", "glycerol(trinitrate de)[french]", "nitrocor", "colenitral", "nitro-time", "hercol 2x", "nitrodyl", "1,2,3-propanetrioltrinitrate", "trinitrosan", "cardamist", "nitropatch", "nitrine-tdc", "nitrobukal", "nitrocerin", "nitrol creme", "nitroglyn", "spirit of trinitroglycerin", "anp-a", "nitrol", "nitroject", "1582-09-8[rn]", "tridil sublin", "blasting oil", "nitroglycerin (ng)", "niong", "nova 7028 - liq (aesculus hippocastanum + arnica montana + barium carbonate + belladonna + calcium carbonate + celandine + cinchona officinalis + nitroglycerin + sepia officinalis l + strophanthus hispidus)_mixture", "cardabid", "nitro-par", "nitric acid triester of gylcerol", "nit-ret", "deponit", "complex 15 (belladonna + cimicifuga racemosa + cinchona officinalis + glycyrrhiza glabra + nitroglycerin + oyster shells + platinum + pulsatilla + sanguinaria canadensis + sepia officinalis l + sulfur + tiger lily + vitex agnus castus)_mixture", "gtn-pohl", "nova 7037 - liq (belladonna + calcium carbonate + cinchona officinalis + nitroglycerin + platinum + pulsatilla + sanguinaria canadensis + sulfur + tiger lily + tin)_mixture", "sng", "nitradisc pad", "millisrol", "angibid", "ingr-bosan b34 - liq (belladonna + cimicifuga racemosa + gelsemium sempervirens + iris versicolor + nitroglycerin + spigelia anthelmia)_mixture", "nitromint aerosol", "nitro retard", "spirit of glonoin", "nitrogard-sr", "buccal[wiki]", "myocon", "nitrozell retard", "nitrocine 5", "dauxona", "homeopathic remedy thc no.4 (aconite + arnica montana + belladonna + bryonia + cocculus indicus + gelsemium sempervirens + iris versicolor + lycopodium clavatum + nitroglycerin + potassium dichromate + pulsatilla + sanguinaria canadensis + silicon dioxide + silver nitrate + sodium chloride + spigelia marylandica + thuja occidentalis)_mixture", "transderm-nitro tts", "nitromint retard", "corangin nitrokapseln", "80066-48-4[rn]", "anogesic", "corditrine", "chitamite", "gc-a", "spirits of nitroglycerin", "trinitrolong", "nitroplast", "nitroglycerin[wiki]", "lenitral", "deponit-5", "mi-trates", "nitroprol", "angiplex", "337376-15-5", "nitroperlinit", "nitrolowe", "ec 4.6.1.2", "trinitrate glyceryl"}|>, "1448" -> <|"DatabaseID" -> "SW00972", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 51989], ExternalIdentifier["ChemSpiderID", 51990]}, "IsomericSmiles" -> "Cc1cccn2c1ncc(c2=O)c3[n-]nnn3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01088"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pemirolast", "FDA Approved Drug" -> "PEMIROLAST POTASSIUM"|>, "PharmGKBID" -> "PA164781018", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443866], ExternalIdentifier["PubChemCompoundID", 57697]}, "Synonyms" -> {"pemirolast potassium", "pemilaston", "alamast", "pemirolast potassium salt", "alegysal", "tbx", "pemilaston (tn)", "4h-pyrido[1,2-a]pyrimidin-4-one 9-methyl-3-(1h-tetrazol-5-yl)- potassium salt (1:1)[acd/index name]", "bmy-26517", "kalium-5-(9-methyl-4-oxo-4h-pyrido[1,2-a]pyrimidin-3-yl)tetrazol-1-id[acd/iupac name]", "potassium5-(9-methyl-4-oxo-4h-pyrido[1,2-a]pyrimidin-3-yl)tetrazol-1-ide[acd/iupac name]", "pemirolast potassium (jan/usan)[jan][usan]", "4h-pyrido(1", "100299-08-9", "9-methyl-3-(1h-tetrazol-5-yl)-4h-pyrido[1,2-a]pyrimidin-4-one potassiumsalt", "pemirolastpotassium", "alegysal (tn)", "pemirolast[inn]", "1400299-08-9", "4h-pyrido[1,2-a]pyrimidin-4-one 9-methyl-3-(1h-tetrazol-5-yl)- potassium salt", "100299-08-9[rn]", "ccris 3562", "bmy 26517", "pemirolast potassium [usan:jan][jan][usan]"}|>, "1449" -> <|"DatabaseID" -> "SW00973", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445594]}, "IsomericSmiles" -> "c1cc(ccc1Cn2ccnc2)/C=C/C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01684"]}, "OfficialNames" -> <|"China Approved Name" -> "ozagrel"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282440]}, "Synonyms" -> {"(e)-3-(4-imidazol-1-ylmethyl-phenyl)-acrylic acid", "(e)-3-[4-(1h-imidazol-1-ylmethyl)phenyl]-2-propenoic acid", "82571-53-7", "2-propenoic acid", "(e)-4-(imidazol-1-ylmethyl)cinnamic acid", "tl8005457", "xanbon", "(e)-3-(4-(1h-imidiazol-1-ylmethyl)phenyl)-2-propenic acid", "oky-046", "2-propenoic acid,3-(4-(1h-imidazol-1-ylmethyl)phenyl)- (e)-", "(e)-3-[4-(imidazol-1-ylmethyl)phenyl]prop-2-enoic acid", "82571-53-7[rn]", "ozagrel[inn]", "ozagrelum", "(2e)-3-[4-(1h-imidazol-1-ylmethyl)phenyl]prop-2-enoic acid", "(e)-p-(imidazol-1-ylmethyl)cinnamic acid", "ozagrel sodium", "cataclot", "ozapen", "(2e)-3-[4-(imidazolylmethyl)phenyl]prop-2-enoic acid", "ozagrel (e)", "2-propenoic acid,3-[4-(1h-imidazol-1-ylmethyl)phenyl]- (2e)-", "ozagrel", "3-(4-imidazol-1-ylmethyl-phenyl)-acrylic acid", "(2e)-3-[4-(1h-imidazol-1-ylmethyl)phenyl]acrylic acid", "ozagrelum[latin]", "ozagrel (inn)", "ozagrelum [latin]", "oky 046", "ozagrel [inn]"}|>, "1450" -> <|"DatabaseID" -> "SW00974", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28875"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10539]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08231"]}, "IsomericSmiles" -> "CCCCCCCCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "myristic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11005]}, "Synonyms" -> {"n-tetradecoic acid", "tetradecanoic acid", "crodacid", "1-tridecanecarboxylic acid", "n-tetradecan-1-oic acid", "n-tetradecanoic acid", "myristic acid", "hydrofol acid 1495", "p1a", "p1b", "p1c", "p1d", "myristate", "5129-57-7[rn]", "p3b", "p3c", "myr", "4-02-00-01126 (beilstein handbook reference)[beilstein]", "tetradecoic acid", "14:0", "protease 3c", "acide tetradecanoique", "n-tetradecan-1-oate", "univol u 316s", "philacid 1400", "protein 2c", "p2c", "208-875-2[einecs]", "protein 2b", "protein 2a", "prifac 2942", "virion protein 2", "kortacid 1499", "1-tridecanecarboxylic acid; myristic acid; neo-fat 14", "vp4-vp2", "myristinsaeure", "myristicacid", "virion protein 1", "p3a", "p2a", "picornain 3c", "32112-52-0[rn]", "p2b", "544-63-8", "1-tridecanecarboxylate", "picornain 2a", "n-tetradecanoicacid", "tetradecanoic acid (9ci)", "vpg", "protein vp3", "neo-fat 14", "virion protein 3", "methyl 11-methyldodecanoate", "myristate[wiki]", "1-tetradecanecarboxylic acid", "250-924-5[einecs]", "protein vp0", "protein vp1", "myristate (14:0)", "508624[beilstein]", "protein vp4", "protein vp2", "protein 3a", "protein 3b", "544-63-8[rn]", "n-myristic acid", "virion protein 4", "n-tetradecanoate", "myristic acid[wiki][acd/iupac name]", "myristic acid (8ci)", "tetradecanoate", "rna-directed rna polymerase 3d-pol", "p3d-pol", "hystrene 9014"}|>, "1451" -> <|"DatabaseID" -> "SW00975", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5362], ExternalIdentifier["ChemSpiderID", 10482258]}, "IsomericSmiles" -> "C(C(Cl)(Cl)Cl)OP(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00388"]}, "OfficialNames" -> <|"Indian Approved Name" -> "triclofos;triclofos sodium", "FDA Approved Drug" -> "TRICLOFOS SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23677832], ExternalIdentifier["PubChemCompoundID", 5563]}, "Synonyms" -> {"tricloryl", "triclofos sodium", "trichloryl", "trichloroethyl phosphate", "triclos", "trichlophos", "triclofoso [dcit]", "206-185-6[einecs]", "2,2,2-trichloroethanol dihydrogen phosphate", "306-52-5[rn]", "2,2,2-trichloroethanol dihydrogen phosphate", "triclofosa[spanish][inn]", "8060-81-9[rn]", "ethanol 2,2,2-trichloro- dihydrogen phosphate", "sodium 2,2,2-trichloroethyl hydrogen phosphate", "2,2,2-trichloroethyl dihydrogen phosphate[acd/iupac name]", "phosphoric acid 2,2,2-trichloroethyl ester", "triclofos[wiki]", "trichloroethanol-1-phosphate", "triclofosum[latin]", "7246-20-0[rn]", "7246-20-0", "sch-10159", "triclofos sodium (jp16/usan)", "tricloryl (tn)", "d00388", "triclofos", "triclofosum [inn-latin]", "triclofos [inn:ban]", "chembl1200789", "2"}|>, "1452" -> <|"DatabaseID" -> "SW00976", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6062]}, "IsomericSmiles" -> "Cc1ccc2c(cc(c(c2n1)O)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07208"]}, "OfficialNames" -> <|"NPC Approved Name" -> "chlorquinaldol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6301]}, "Synonyms" -> {"chlorquinaldol", "5", "chloroquinaldol", "sterosan", "siasteran", "clorchinaldolo [dcit]", "5,7-dichloro-8-hydroxy-2-methylquinoline", "chlorchinaldolum", "hydroxydichloroquinaldine", "5,7-dichlor-2-methylchinolin-8-ol", "steroxin", "5,7-dichloro-2-methyl-8-hydroxyquinoline", "72-80-0[rn]", "5-21-03-00346 (beilstein handbook reference)[beilstein]", "5,7-dichloro-8-hydroxyquinaldine", "siogene", "saprosan", "clorchinaldolo", "chlorquinaldol [ban:dcf:inn][inn]", "8-quinolinol 5,7-dichloro-2-methyl-", "chlorchinaldolum[latin]", "5,7-dichloro-8-hydroxyquinaldine 5,7-dichloro-2-methylquinolin-8-ol chlorquinaldol", "72-80-0", "gynotherax", "5,7-dichloro-2-methylquinolin-8-ol", "200-789-3[einecs]", "gyno-sterosan", "bcm", "5,7-dichloro-2-methyl-8-quinolinol[acd/iupac name]", "chlorquinaldol[wiki]", "chlorquinaldolum[latin]", "5,7-dichloro-8-quinaldinol", "siosteran", "5,7-dichlor-2-methyl-8-chinolinol[german]", "clorquinaldol", "clorquinaldol[spanish][inn]", "tl8005075", "afungil"}|>, "1453" -> <|"DatabaseID" -> "SW00977", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4957393]}, "IsomericSmiles" -> "c1c(cc(c(c1[N+](=O)[O-])[O-])[N+](=O)[O-])[N+](=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "poly-2-methyl-5-vinylpyridine picrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6455117]}, "Synonyms" -> {"pmvp picrate", "poly-2-methyl-5-vinylpyridine picrate", "65345-93-9", "65345-93-9[rn]", "ac1o5at3", "pyridine", "5-ethenyl-2-methylpyridine; 2"}|>, "1454" -> <|"DatabaseID" -> "SW00978", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50131"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 397844]}, "IsomericSmiles" -> "c1nc(nc(=O)n1[C@H]2C[C@@H]([C@H](O2)CO)O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03665"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DECITABINE"|>, "PharmGKBID" -> "PA164749631", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 451668]}, "Synonyms" -> {"dacogen", "2'-deoxy-5-azacytidine", "5-aza-dc", "5-aza-cdr", "5-azadeoxycytidine", "dacogen (tn)", "azadc", "decitabine", "5-aza-2'-deoxycytidine", "dezocitidine", "219-089-4[einecs]", "decitabine[wiki][usan]", "1-[(4s,2r,5r)-4-hydroxy-5-(hydroxymethyl)oxolan-2-yl]-4-amino-1,3,5-triazin-2-one", "tl8001944", "dac", "2-desoxy-5-azacytidine", "5-azadc", "4-amino-1-(2-deoxy-b-d-erythro-pentofuranosyl)-s-triazin-2(1h)-one", "dacogen 5-aza-2'-deoxycytidine", "2353-33-5[rn]", "4-amino-1-(2-deoxy-b-d-erythro-pentofuranosyl)-1,3,5-triazin-2(1h)-one", "4-amino-1-[(2r,4s,5r)-4-hydroxy-5-(hydroxymethyl)tetrahydro-2-furanyl]-1,3,5-triazin-2(1h)-one", "617982[beilstein]"}|>, "1455" -> <|"DatabaseID" -> "SW00979", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6912]}, "IsomericSmiles" -> "c1ccc(cc1)COC(=O)c2ccc(cc2)O", "OfficialNames" -> <|"NPC Approved Name" -> "benzylparaben"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71586812]}, "Synonyms" -> {"5434-76-4[rn]", "solbrol z", "5693-29-8", "4-hxdroxybenzoic acid benzyl ester", "phenylmethyl 4-hydroxybenzoate", "parosept", "4-hydroxybenzoic acid phenylmethyl ester", "4-hydroxy benzoic acid benzyl ester", "benzoic acid p-hydroxy- benzyl ester", "benzoic acid p-hydroxy- benzyl ester (8ci)", "benzoic acid 4-hydroxy- phenylmethyl ester", "benzyl parahydroxybenzoate", "unii-82w7i990an", "benzoic acid 4-hydroxy- benzyl ester", "nipabenzyl", "benzylparaben[wiki]", "202-311-9[einecs]", "benzyl-parasept", "94-18-8[rn]", "benzyl4-hydroxybenzoate", "p-hydroxybenzoic acid benzyl ester", "benzylparaben sodium", "4-hydroxybenzoic acid benzyl ester", "benzyl 4-hydroxybenzoate[acd/iupac name]", "2115995", "benzyl p-hydroxybenzoate", "benzyl parasept", "benzyl paraben", "benzyl tegosept"}|>, "1456" -> <|"DatabaseID" -> "SW00980", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34283"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4471]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01428"]}, "IsomericSmiles" -> "COc1ccc(c(c1)O)C(=O)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05309"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxybenzone", "FDA Approved Drug" -> "OXYBENZONE"|>, "PharmGKBID" -> "PA164742933", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4632]}, "Synonyms" -> {"4-methoxy-2-hydroxybenzophenone", "oxybenzone", "2-hydroxy-4-methoxybenzophenone", "2-benzoyl-5-methoxyphenol", "(2-hydroxy-4-methoxyphenyl)phenylmethanone", "uvinul 9", "anuvex", "advastab 45", "benzophenone-3", "chimassorb 90", "oxybenzon", "(2-hydroxy-4-methoxy-phenyl)-phenyl-methanone", "2-hydroxy-4-methoxy benzophenone", "uvinul 40", "presun 15", "oxybenzone [usan:inn][inn][usan]", "solaquin", "uvinul m 40", "eusolex 4360", "sunscreen uv-15", "escalol 567", "uvistat 24", "4-methoxy-2-hydroxybenzophenone butyric acid", "cas-131-57-7", "solbar", "131-57-1", "hmbp", "2-hydroxy-4-methoxyphenyl phenyl ketone", "uvinul m-40", "1913145", "205-031-5[einecs]", "4-08-00-02442 (beilstein handbook reference)[beilstein]", "153859-73-5[rn]", "131-57-7", "eusolex-4360", "oxibenzona[portuguese]", "durascreen", "oxybenzone[wiki]", "(2-hydroxy-4-methoxyphenyl)(phenyl)methanone[acd/iupac name]", "benzophenone 2-hydroxy-4-methoxy-", "131-57-7[rn]", "methanone (2-hydroxy-4-methoxyphenyl)phenyl-", "uv 9", "oxibenzona", "uvinul m40", "presun 46", "mob", "oxybenzonum", "oxibenzona[spanish][inn]", "2-hydroxy-4-methoxy-benzophenone", "oxibenzonum", "spectra-sorb uv 9", "cyasorb uv 9", "14375-37-2[rn]", "oxybenzonum [inn_la]", "58392-22-6[rn]", "58392-15-7[rn]", "oxybenzonum [inn-latin]", "oxibenzona [inn-spanish]", "ongrostab hmb", "oxybenzonum[latin]", "uf 3", "c005290", "syntase 62"}|>, "1457" -> <|"DatabaseID" -> "SW00981", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28329"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04571"]}, "IsomericSmiles" -> "Cc1cc(=O)oc2c1cc3cc(oc3c2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01034"]}, "OfficialNames" -> <|"Indian Approved Name" -> "trioxsalen", "FDA Approved Drug" -> "TRIOXSALEN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5585]}, "Synonyms" -> {"trisoralen", "trioxysalen", "trioxsalen", "trimethylpsoralen", "3902-71-4", "deoxyribonucleic acid", "trioxysalene", "trioxisaleno", "4", "elder 8011", "trioxysalenum"}|>, "1458" -> <|"DatabaseID" -> "SW00982", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27881"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392875]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02709"]}, "IsomericSmiles" -> "c1cc(ccc1/C=C/c2cc(cc(c2)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "resveratrol"|>, "PharmGKBID" -> "PA165291843", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 445154]}, "Synonyms" -> {"resveratrol", "3", "(e)-resveratrol", "trans-resveratrol", "(e)-5-(p-hydroxystyryl)resorcinol", "3,4',5-stilbenetriol", "3,4',5-trihydroxy-stilbene", "(e)-5-(2-(4-hydroxyphenyl)ethenyl)-1,3-benzenediol", "(e)-5-[2-(4-hydroxyphenyl)ethenyl]-1,3-benzenediol", "(e)-5-[2-(4-hydroxyphenyl)ethenyl]-1,3-benzendiol", "3,4',5-trihydroxystilbene", "5-[(e)-2-(4-hydroxyphenyl)vinyl]-1,3-benzoldiol", "[501-36-0]", "5-[2-(4-hydroxyphenyl)vinyl]-1,3-benzenediol[acd/iupac name]", "3,5,4'-trihydroxystilbene", "5-[(e)-2-(4-hydroxyphenyl)ethenyl]benzol-1,3-diol", "5-[(1e)-2-(4-hydroxyphenyl)vinyl]benzene-1,3-diol", "trans-3,4',5-trihydroxystilbene", "5-[(e)-2-(4-hydroxyphenyl)ethenyl]benzene-1,3-diol", "prostaglandin-endoperoxide synthase 2", "501-36-0", "5-[(e)-2-(4-hydroxyphenyl)vinyl]benzene-1,3-diol", "5-[(1e)-2-(4-hydroxyphenyl)ethenyl]-1,3-benzenediol", "5-[(e)-2-(4-hydroxyphenyl)vinyl]-1,3-benzenediol", "trans-3,4',5 - trihydroxystilbene", "(e)-5-(4-hydroxystyryl)benzene-1,3-diol", "1912434[beilstein]", "5-((1e)-2-(4-hydroxyphenyl)ethenyl)-1,3-benzenediol", "resveratrol[wiki]", "resvida", "tl8003323", "pghs-2", "5-[(1e)-2-(4-hydroxyphenyl)ethenyl]benzene-1,3-diol", "501-36-0[rn]", "cox-2", "prostaglandin g/h synthase 2 precursor", "ec 1.14.99.1", "1,3-benzenediol 5-[(e)-2-(4-hydroxyphenyl)ethenyl]-", "pgh synthase 2", "resveratrol e-", "prostaglandin h2 synthase 2", "phs ii", "3,4',5-trihydroxy-trans-stilbene; 5-[(1e)-2-(4-hydroxyphenyl)ethenyl]-1,3-benzenediol", "cyclooxygenase- 2", "5-[2-(4-hydroxyphenyl)ethenyl]benzene-1,3-diol", "1,3-benzenediol 5-(2-(4-hydroxyphenyl)ethenyl)- (e)-", "3,5,4'-trihydroxy-trans-stilbene", "trans-resveratrol;3,4',5-trihydroxy-trans-stilbene; trans-stilbene-3,4',5-triol;5-[(e)-2-(4-hydroxyphenyl)ethenyl]benzene-1,3-diol"}|>, "1459" -> <|"DatabaseID" -> "SW00983", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477331]}, "IsomericSmiles" -> "CC(=C)C1Cc2c(ccc3c2oc(=O)cc3)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "angenomalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318874]}, "Synonyms" -> {"angenomalin", "8-prop-1-en-2-yl-8", "np-013130", "molport-019-937-260", "ac1nsxdu"}|>, "1460" -> <|"DatabaseID" -> "SW00983", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477331]}, "IsomericSmiles" -> "CC(=C)C1Cc2c(ccc3c2oc(=O)cc3)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "angenomalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318874]}, "Synonyms" -> {"angenomalin", "8-prop-1-en-2-yl-8", "np-013130", "molport-019-937-260", "ac1nsxdu"}|>, "1461" -> <|"DatabaseID" -> "SW00984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4256]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00461"]}, "IsomericSmiles" -> "CC(=O)CCc1ccc2cc(ccc2c1)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00425"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nabumetone", "FDA Approved Drug" -> "NABUMETONE"|>, "PharmGKBID" -> "PA450572", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4409]}, "Synonyms" -> {"listran", "mebutan", "nabumetone", "relif", "relifex", "arthaxan", "relifen", "consolan", "dolsinal", "relafen", "balmox", "unimetone", "flambate", "prodac", "nabumetona", "nabuser", "arthraxan", "42924-53-8[rn]", "c035605", "2-butanone 4-(6-methoxy-2-naphthalenyl)-", "4-(6-methoxynaphthalen-2-yl)butan-2-on", "prostaglandin-endoperoxide synthase 1", "pghs-1", "42924-53-8", "nabucox", "gen-nabumetone", "phs 1", "prostaglandin g/h synthase 1 precursor", "4-(6-methoxy-2-naphthyl)-butan-2-one", "apo-nabumetone", "cyclooxygenase- 1", "nabumeton", "nabumetone [usan:ban:inn:jan][inn][jan][usan]", "4-(6-methoxy-naphthalen-2-yl)-butan-2-one", "relafen (tn)", "9005-80-5[rn]", "cox-1", "4-(6-methoxy-2-naphthyl)-2-butanone[acd/iupac name]", "ec 1.14.99.1", "relafen[wiki]", "pgh synthase 1", "nabumetone[wiki]", "4-(6-methoxynaphthalen-2-yl)butan-2-one", "prostaglandin h2 synthase 1", "4-(6-methoxy-2-naphthalenyl)-2-butanone", "nabumetonum [inn-latin]", "rhoxal-nabumetone", "nabumetonum[latin]", "4-(6-methoxy-2-naphthyl)butan-2-one", "4-(2-methoxynaphthalen-6-yl)butan-2-one"}|>, "1462" -> <|"DatabaseID" -> "SW00985", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7964]}, "IsomericSmiles" -> "CCS(=O)(=O)C(C)(C)S(=O)(=O)CC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Sulfonmethane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8262]}, "Synonyms" -> {"sulfonomethane", "diethylsulfondimethylmethane", "204-074-7[einecs]", "acetone bis(ethyl sulfone)", "acetone diethylsulfone", "propanediethyl sulfone", "2-propanone bis(ethyl sulfone)", "propane-diethyl sulfone", "3-01-00-02754 (beilstein handbook reference)[beilstein]", "2,2-bis(ethylsulfonyl)propane[acd/iupac name]", "propane 2,2-bis(ethylsulfonyl)-", "sulphonal", "2", "acetone bis (ethyl sulfone)", "2,2-bis(ethylsulphonyl)propane", "propane", "propellant c318", "propane 2,2-bis (ethylsulfonyl)-", "sulfonmethane[wiki]", "sulfonmethane", "178459-70-6[rn]", "acetone", "acetone diethyl sulfone", "sulphonal[wiki]", "sulfonal[wiki]", "sulfonal", "115-24-2[rn]", "1,1-bis(ethylsulfonyl)-1-methylethane"}|>, "1463" -> <|"DatabaseID" -> "SW00986", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5404]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(c1ccccc1Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02151"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tulobuterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5606]}, "Synonyms" -> {"tulobuterol", "hokunalin", "hokunalin (tn)", "2-tert-butylamino-1-(2-chlorphenyl)ethanol", "atenos (tn)", "tulobuterolum[latin]", "41570-61-0", "2-chloro-a-[[(1,1-dimethylethyl)amino]methyl]benzenemethanol", "2-chloro-alpha-(((1", "alpha-((tert-butylamino)methyl)-o-chlorobenzyl alcohol", "56776-01-3[rn]", "a-[(tert-butylamino)methyl]-o-chlorobenzyl alcohol", "atenos", "hn-078", "tulobuterol [ban:inn:jan][inn][jan]", "tulobuterolum [inn-latin]", "tulobuterol bane", "tulobuterol hcl", "respacal", "2-(tert-butylamino)-1-(2-chlorophenyl)ethanol", "berachin", "tulobuterol hydrochloride[jp15]", "41570-61-0[rn]"}|>, "1464" -> <|"DatabaseID" -> "SW00986", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5404]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(c1ccccc1Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02151"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tulobuterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5606]}, "Synonyms" -> {"tulobuterol", "hokunalin", "hokunalin (tn)", "2-tert-butylamino-1-(2-chlorphenyl)ethanol", "atenos (tn)", "tulobuterolum[latin]", "41570-61-0", "2-chloro-a-[[(1,1-dimethylethyl)amino]methyl]benzenemethanol", "2-chloro-alpha-(((1", "alpha-((tert-butylamino)methyl)-o-chlorobenzyl alcohol", "56776-01-3[rn]", "a-[(tert-butylamino)methyl]-o-chlorobenzyl alcohol", "atenos", "hn-078", "tulobuterol [ban:inn:jan][inn][jan]", "tulobuterolum [inn-latin]", "tulobuterol bane", "tulobuterol hcl", "respacal", "2-(tert-butylamino)-1-(2-chlorophenyl)ethanol", "berachin", "tulobuterol hydrochloride[jp15]", "41570-61-0[rn]"}|>, "1465" -> <|"DatabaseID" -> "SW00987", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4441]}, "IsomericSmiles" -> "c1ccc(c(c1)C(=O)Nc2ccc(cc2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01579"]}, "OfficialNames" -> <|"NPC Approved Name" -> "osalmid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4602]}, "Synonyms" -> {"osalmid", "osalmide", "oksafenamid", "dribazil", "salmidochol", "oxaphenamid", "enidran", "4'-hydroxysalicylanilide", "oxaphenamide", "auxobil", "(2-hydroxyphenyl)-n-(4-hydroxyphenyl)carboxamide", "driol", "benzamide 2-hydroxy-n-(4-hydroxyphenyl)-", "driol-labaz", "p'-hydroxysalicylanilide", "benzamide 2-hydroxy-n- (4-hydroxyphenyl)-", "osalmid [inn:jan][inn][jan]", "3-13-00-01137 (beilstein handbook reference)[beilstein]", "2-hydroxy-n-(4-hydroxyphenyl)-benzamide", "osalmida[spanish][inn]", "n'-salicyloyl-p-aminophenol", "n-(4-hydroxyphenyl)salicylamide", "hydroxyphenyl salicylamide", "n-salicoylaminophenol", "benzamide 2-hydroxy-n-(4-hydroxyphenyl)- (9ci)", "2-hydroxy-n-(4-hydroxy phenyl)benzamide", "n-(p-hydroxyphenyl)salicylamide", "208-385-9[einecs]", "p-hydroxyphenylsalicylamide", "osalmide[french][inn]", "c13h11no3", "osalmidum[latin]", "oksafenamide", "bilocol", "bilene[wiki]", "salicylanilide 4'-hydroxy-", "einecs 208-385-9", "2-hydroxy-n-(4-hydroxyphenyl)benzamide[acd/iupac name]", "oxaphenamidum", "saryuurin", "526-18-1[rn]", "3-13-00-01137[beilstein]", "phps"}|>, "1466" -> <|"DatabaseID" -> "SW00988", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8290]}, "IsomericSmiles" -> "c1ccc(cc1)OC(=O)c2ccc(cc2O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05460"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PHENYL AMINOSALICYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8609]}, "Synonyms" -> {"fenamisal", "pheny-pas-tebamin", "phenyl aminosalicylate", "tebanyl", "tebamin-leo", "tebamyn", "phenyl pas", "tebamin", "p-aminosalol", "phenyl 4-aminosalicylate", "phenyl p-aminosalicylate", "phenyl 4-aminosalicylate(phenyl pas)", "phenyl-4-aminosalicylate", "fr 7", "fenamisalum[latin]", "salicylic acid 4-amino- phenyl ester (8ci)", "p-aminosalicylic acid phenyl ester", "salicyclic acid 4-amino- phenyl ester", "205-092-8[einecs]", "4-amino-2-hydroxybenzoic acid phenyl ester", "phenyl-pas-tebamin", "133-11-9[rn]", "phenyl 4-amino-2-hydroxybenzoate[acd/iupac name]", "salicylic acid 4-amino- phenyl ester", "benzoic acid 4-amino-2-hydroxy- phenyl ester", "p-aminosalicylic acid phenyl ester", "11/9/133", "phenyl p-aminosalicylic acid", "phenyl aminosalicylate [usan:ban][usan]", "pas-tebamin"}|>, "1467" -> <|"DatabaseID" -> "SW00989", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7476"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 137720]}, "IsomericSmiles" -> "C[C@@H](c1ccc2cc(ccc2c1)OC)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00118"]}, "OfficialNames" -> <|"China Approved Name" -> "naproxen", "Indian Approved Name" -> "naproxen", "Australia Approved Name" -> "NAPROXEN", "FDA Approved Drug" -> "NAPROXEN;NAPROXEN SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 156391]}, "Synonyms" -> {"naprosyn", "22204-53-1", "axer", "calosen", "(+)-naproxen", "(s)-naproxen", "d-naproxen", "equiproxen", "naproxen", "(s)-(+)-2-(6-methoxy-2-naphthyl)propionic acid; naproxen", "saritilron", "artagen", "lasers", "napxen", "naproxi 500", "naposin", "acusprain", "(+)-(s)-naproxen", "ec-naprosyn", "nalyxan", "congex", "244-838-7[einecs]", "naprosyn lle", "naprelan", "apronax", "naproxeno[spanish][inn]", "naprontag", "naprius", "naproxen(+)", "daprox", "napflam", "piproxen", "fuxen", "napren e", "clinosyn", "2-naphthaleneacetic acid 6-methoxy-a-methyl- (as)-", "(+)-2-(6-methoxy-2-naphthyl)propionic acid", "nafasol", "anax", "(2s)-2-(6-methoxynaphthalen-2-yl)propanoic acid", "narma", "56547-15-0[rn]", "anexopen", "floginax", "mnpa", "naprosyn lle forte", "cas-22204-53-1", "proxen le", "85502-23-4[rn]", "naproxenum[latin]", "(s)-(+)-2-(6-methoxy-2-naphthyl)propionic acid", "naprosyne", "proxen lle", "sinartrin", "(s)-(+)-naproxen; d-naproxen; naproxen", "napren", "22204-53-1[rn]", "danaprox", "3591067", "naxen", "sutony", "2-(6-methoxy-2-naphthyl)propanoic acid[acd/iupac name]", "nycopren", "flexipen", "prafena", "anaprox[wiki]", "bonyl", "soproxen", "napratec", "lefaine", "priaxen", "aleve[wiki]", "naproxen delayed-release", "naproxi 250", "naprosyn[wiki]", "vinsen", "(2s)-2-(6-methoxy-2-naphthyl)propanoic acid[acd/iupac name]", "reuxen", "duk", "naxen f", "equiproxen (veterinary)", "dl-naproxen", "d-2-(6'-methoxy-2'-naphthyl)-propionsaeure[german]", "laraflex", "(2s)-2-(6-methoxynaphth-2-yl)propanoic acid", "velsay", "naproxen [usan:ban:inn:jan][inn][jan][usan]", "traumox", "pronaxen", "headlon", "narocin", "xenar", "tl8003659", "laser", "tohexen", "naxid", "naproxenum [inn_la]", "sinton[wiki]", "(s)-2-(6-methoxynaphthalen-2-yl)propanoic acid", "u-ritis", "bipronyl", "naixan", "flanax forte", "apo-naproxen", "naproxen[wiki]", "dysmenalgit n", "arthrisil", "noflam", "patxen", "artroxen", "napmel", "novonaprox", "(s)-2-(6-methoxy-naphthalen-2-yl)-propionic acid", "naxopren", "artrixen", "2-(6-methoxy-naphthalen-2-yl)-propionic acid", "(s)-2-(6-methoxy-2-naphthyl)propionic acid", "rahsen", "atiflan", "flexen", "genoxen", "leniartil", "naxyn", "veradol", "(s)-(+)-naproxen", "naproxene[french][inn]", "(+)naproxen", "sutolin", "d-2-(6-methoxy-2-naphthyl)propionic acid", "rheumaflex", "propionic acid 2-(6-methoxy-2-naphthyl)- (+)-", "(s)-2-(6-methoxy-2-naphthyl)propanoic acid", "prexan", "naproxene"}|>, "1468" -> <|"DatabaseID" -> "SW00990", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63577"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54812]}, "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@@H]2CS[C@@H](O2)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00353"]}, "OfficialNames" -> <|"China Approved Name" -> "lamivudine", "WHO Essential Medicine" -> "lamivudine;lamivudine", "Indian Approved Name" -> "lamivudine", "FDA Approved Drug" -> "LAMIVUDINE"|>, "PharmGKBID" -> "PA450163", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60825]}, "Synonyms" -> {"heptivir", "gr-109714x", "lamivudine", "heptodin", "heptovir", "hepitec", "zeffix", "epivir", "(-)-bch 189", "3-[(5s,2r)-2-(hydroxymethyl)(1,3-oxathiolan-5-yl)]-6-amino-3-hydropyrimidin-2- one", "4-amino-1-[(2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl]-2(1h)-pyrimidinone[acd/iupac name]", "(-)-2'-deoxy-3'-thiacytidine", "2(1h)-pyrimidinone 4-amino-1-(2-(hydroxymethyl)-1,3-oxathiolan-5-yl)-,(2r-cis)-", "epivir;", "134678-17-4", "134978-17-4", "lamivudine [usan:ban:inn][inn][usan]", "4-amino-1-((2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl)-2(1h)-pyrimidinone", "lamivir", "2(1h)-pyrimidinone 4-amino-1-[(2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl]-", "134678-17-4[rn]", "3tc", "(-)-bch-189", "(-)ngpb-21", "combivir[wiki]", "gr 109714x", "3'-thia-2',3'-dideoxycytidine", "2'-deoxy-3'-thiacytidine", "2(1h)-pyrimidinone 4-amino-1-((2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl)-", "bch 189 (-)-", "4-amino-1-((1s,3r)-2-hydroxymethyl-[1,3]oxathiolan-5-yl)-1h-pyrimidin-2-one", "4-amino-1-[(2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl]pyrimidin-2(1h)-one", "epivir;zeffix", "(-)-sddc", "lmv", "lamivudine[wiki]", "(-)-1-((2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl)cytosine", "3-[(5s,2r)-2-(hydroxymethyl)(1,3-oxathiolan-5-yl)]-6-amino-3-hydropyrimidin-2-one", "2(1h)-pyrimidinone 4-amino-1-[2-(hydroxymethyl)-1,3-oxathiolan-5-yl] (-)(2r,5s)", "(-)-1-((2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl)cystosine", "lamivudine [inn_en]", "dthc", "4-amino-1-((2r,5s)-2-hydroxymethyl-[1,3]oxathiolan-5-yl)-1h-pyrimidin-2-one", "epivir[wiki]", "4-amino-1-(2-hydroxymethyl-[1,3]oxathiolan-5-yl)-1h-pyrimidin-2-one", "3tc zeffix heptovir epivir epivir-hbv", "4-amino-1-((2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl)pyrimidin-2(1h)-one", "epivir-hbv"}|>, "1469" -> <|"DatabaseID" -> "SW00991", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3637]}, "IsomericSmiles" -> "c1cnccc1C(=O)NNCS(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08198"]}, "OfficialNames" -> <|"NPC Approved Name" -> "methaniazide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3769]}, "Synonyms" -> {"methaniazide", "isoniazid methanesulfonate", "metaniazide [dcit]", "metaniazida[spanish]", "13447-95-5[rn]", "methaniazide[inn]", "metaniazide", "neoiscotin", "isonicotinic acid hydrazide methane sulfonate", "6059-26-3[rn]", "metaniazida", "methaniazidum[latin]", "13447-95-5", "neotizide", "(2-isonicotinoylhydrazino)methanesulfonic acid[acd/iupac name]", "3804-89-5[rn]", "2'-(sulphomethyl)isonicotinohydrazide monosodium salt", "isoniazid mesylate", "bis[2'-(sulphomethyl)isonicotinohydrazide] calcium salt", "ac1q5qbm", "isonicotinic acid 2-sulfomethylhydrazide", "neo-tizide", "methaniazide (inn)", "4-pyridinecarboxylic acid 4-[2-(sulfomethyl)hydrazide]", "ncgc00181167-01", "236-605-3[einecs]", "methaniazidum", "4-pyridinecarboxylic acid 2-(sulfomethyl)hydrazide"}|>, "1470" -> <|"DatabaseID" -> "SW00992", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2272143]}, "IsomericSmiles" -> "c1cc(ccc1N)S(=O)(=O)[N-]C(=S)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01127"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sulfatolamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3034019]}, "Synonyms" -> {"sulfatolamide", "4-amino-n-(aminothioxomethyl)benzenesulfonamide", "sulfanilthiourea", "sulphathiourea", "salvoseptyl", "badional", "p-aminophenylsulfonylthiourea", "2-sulfanilamidothiokarbamid[german]", "p-aminobenzenesulfonylthiourea", "sulfathiocarbamide", "benzenesulfonamide 4-amino-n-(aminothioxomethyl)-", "1161-88-2[rn]", "4-amino-n-(aminothioxomethyl)-benzenesulfonamide", "sulfanilamide n(sup1)-(thiocarbamoyl)-", "benzenesulfonamide 4-amino-n-(aminothioxomethyl)- (9ci)", "urea 1-sulfanilyl-2-thio-", "marbaletten", "1-sulfanilyl-2-thiourea", "fontamide", "sulfathiourea", "208-201-7[einecs]", "sulfathiourea [dcf:inn][inn]", "sulfanilthiocarbamide", "baldinol", "4-amino-n-carbamothioylbenzenesulfonamide", "515-49-1[rn]", "sulfatolamid", "sulfathiocarbamidum", "sulfatolamida", "sulfanilthiocarbamid", "1161-88-2", "sulfotolamidum", "r.p. 2255", "sulfathiocarbamid", "sulphatolamide", "sulfathiouree[french][inn]", "4-14-00-02671 (beilstein handbook reference)[beilstein]", "benzenesulfonamide 4-amino-n- (aminothioxomethyl)-", "4-14-00-02671[beilstein]", "marbadal", "solufontamide", "sulfatolamidum", "solfatiourea [dcit]", "sulfatiourea[spanish][inn]"}|>, "1471" -> <|"DatabaseID" -> "SW00993", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52242"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6848]}, "IsomericSmiles" -> "c1ccc(cc1)c2ccc(cc2)c3ccccc3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pyrogallol tannin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7115]}, "Synonyms" -> {"p-diphenylbenzene", "1", "santowax p", "pyrogallol tannin", "p-triphenyl", "4-phenylbiphenyl", "p-terphenyl", "4-phenyldiphenyl", "92-94-4", "75831-65-1[rn]", "1,4-diphenylbenzene; p-terphenyl", "p-diphenylbenzene; 1", "4-diphenylbenzene; 4-phenylbiphenyl; 1", "202-205-2[einecs]", "1,1':4',1''-terphenyl[acd/iupac name]", "ptp", "247-477-3[einecs]", "para-terphenyl", "4',1'']terphenyl", "terphenyl", "terphenyls", "tannin from pyrogallol", "pt[portuguese]", "[1,1';4',1'']terphenyl", "einecs 202-205-2", "1 1':4',1''-terphenyl", "94363-13-0[rn]", "[1,1'", "1,1'-biphenyl 4-phenyl-", "26140-60-3[rn]", "biphenyl 4-phenyl-", "1908447[beilstein]", "1,4-diphenylbenzene", "4-terphenyl; para-terphenyl; p-triphenyl", "tl806128", "92-94-4[rn]"}|>, "1472" -> <|"DatabaseID" -> "SW00994", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "135538"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3646]}, "IsomericSmiles" -> "Cc1c(c(=O)n(n1C)c2ccccc2)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01380"]}, "OfficialNames" -> <|"Indian Approved Name" -> "propyphenazone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3778]}, "Synonyms" -> {"isopropylphenazone", "propyphenazone", "larodon", "yoshipyrin", "isopropyrine", "479-92-5", "isopropylantipyrinum", "4-isopropylantipyrine", "isopropylantipyrine", "antipyrine 4-isopropyl-", "207-539-2[einecs]", "arantil p", "budirol", "3-pyrazolin-5-one 4-isopropyl-2,3-dimethyl-1-phenyl-", "1,5-dimethyl-2-phenyl-4-(propan-2-yl)-1,2-dihydro-3h-pyrazol-3-one", "4-isopropyl-1,5-dimethyl-2-phenyl-1,2-dihydro-3h-pyrazol-3-one[acd/iupac name]", "propifenazona[spanish][inn]", "propyfenazone", "5-24-01-00408", "null", "2,3-dimethyl-4-isopropyl-1-phenyl-3h-pyrazolin-5-one", "2,3-dimethyl-4-(methylethyl)-1-phenyl-3-pyrazolin-5-one", "isopropchin", "propyphenazone[wiki]", "88205-06-5[rn]", "propifenazone", "3h-pyrazol-3-one 1,2-dihydro-1,5-dimethyl-4-(1-", "cibalgina", "propyphenazonum [inn_la]", "yoshipyrin (tn)", "3-pyrazolin-5-one 2,3-dimethyl-4-isopropyl-1-phenyl-", "propyphenazonum", "5-pyrazolone 1-phenyl-2,3-dimethyl-4-isopropyl-", "1,2-dihydro-1,5-dimethyl-4-(1-methylethyl)-2-phenyl-3h-pyrazol-3-one", "128065-64-5[rn]", "isopyrine", "1,2-dihydro-1,5-dimethyl-4-(isopropyl)-2-phenyl-pyrazol-3-one", "1,5-dimethyl-2-phenyl-4-(propan-2-yl)-2,3-dihydro-1h-pyrazol-3-one", "propyphenazonum[latin]", "1,5-dimethyl-4-(1-methylethyl)-2-phenyl-1,2-dihydro-3h-pyrazol-3-one", "4-isopropyl-2,3-dimethyl-1-phenyl-3-pyrazolin-5-one", "1-phenyl-2,3-dimethyl-4-isopropylpyrazol-5-one", "12542-35-7[rn]", "eufibron", "propifenazona", "isopropylphenazone", "5-24-01-00408 (beilstein handbook reference)[beilstein]", "isopropylantipyrin", "isopropylantipyrine[wiki][jp15]", "4-isopropyl-1,5-dimethyl-2-phenyl-1,2-dihydro-pyrazol-3-one", "479-92-5[rn]", "propifenazone [dcit]", "causyth", "2,3-dimethyl-1-phenyl-4-isopropylpyrazolone", "1-phenyl-2,3-dimethyl-4-isopropyl-3-pyrazolin-5-one", "propyphenazone [ban:dcf:inn][inn]", "3h-pyrazol-3-one,1,2-dihydro-1,5-dimethyl-4-(1-methylethyl)-2-phenyl-"}|>, "1473" -> <|"DatabaseID" -> "SW00995", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3543]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "05266"]}, "IsomericSmiles" -> "CC(C)c1c(c2ccccn2n1)C(=O)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01385"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ibudilast"|>, "PharmGKBID" -> "PA165958351", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3671]}, "Synonyms" -> {"ketas", "ibudilast", "ke tas", "eyevinal", "ketas (tn)", "tocris-1694", "ibudilastum [latin]", "ibudilastum", "3-isobutyryl-2-isopropylpyrazolo[1,5-a]pyridine", "3-isobutyryl-2-isopropylpyrazolo(1,5-a)pyridine", "pyrazolo(1,5-a)pyridine 3-isobutyryl-2-isopropyl-", "2-methyl-1-[2-(1-methylethyl)pyrazolo[1,5-a]pyridin-3-yl] 1-propanone", "[50847-11-5]", "cyclic gmp-inhibited phosphodiesterase a", "lopac-i-0157", "1-(2-isopropylpyrazolo(1,5-a)pyridin-3-yl)-2-methyl-1-propanone", "1-(2-isopropylpyrazolo[1,5-a]pyridin-3-yl)-2-methylpropan-1-one(ibudilast)", "av-411", "cgi-pde a", "unii-m0tth61xc5", "(ibudilast)1-(2-isopropyl-pyrazolo[1,5-a]pyridin-3-yl)-2-methyl-propan-1-one", "ec 3.1.4.17", "ibudilast [inn:jan][inn][jan]", "2-isopropyl-3-isobutyrylpyrazolo(1,5-a)pyridine", "2-methyl-1-[2-(propan-2-yl)pyrazolo[1,5-a]pyridin-3-yl]propan-1-one", "2-methyl-1-[2-(1-methylethyl)pyrazolo[1,5-a]pyridin-3-yl]-1-propanone", "1-(2-isopropylpyrazolo[1,5-a]pyridin-3-yl)-2-methyl-1-propanone[acd/iupac name]", "2-methyl-1-[2-(methylethyl)(8-hydropyrazolo[1,5-a]pyridin-3-yl)]propan-1-one", "50847-11-5", "mn-166", "ibudilastum[latin]", "5-24-03-00396 (beilstein handbook reference)[beilstein]", "50847-11-5[rn]", "c038366", "1-propanone 2-methyl-1-(2-(1-methylethyl)pyrazolo(1,5-a)pyridin-3-yl)-", "1-propanone 2-methyl-1-[2-(1-methylethyl)pyrazolo[1,5-a]pyridin-3-yl]-[acd/index name]", "ibudilast (jan/inn)", "kc-404", "1-(2-isopropylpyrazolo[1,5-a]pyridin-3-yl)-2-methylpropan-1-one", "ibudilast [inn:jan]", "1-(2-isopropylpyrazolo[1,5-a]pyridin-3-yl)-2-methyl-1-propanon[german][acd/iupac name]", "kc-404 |", "i0157_sigma", "1-(2-isopropyl-pyrazolo[1,5-a]pyridin-3-yl)-2-methyl-propan-1-one"}|>, "1474" -> <|"DatabaseID" -> "SW00996", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2639"], ExternalIdentifier["ChEBIID", "2640"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15402], ExternalIdentifier["ChemSpiderID", 15403]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00549"]}, "IsomericSmiles" -> "c1(c(nc(c(n1)Cl)N)N)C(=O)NC(=[NH2+])N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00649"], ExternalIdentifier["KEGGID", "D07447"]}, "OfficialNames" -> <|"China Approved Name" -> "amiloride hydrochloride", "FDA Approved Drug" -> "AMILORIDE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448368", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16231], ExternalIdentifier["PubChemCompoundID", 16230], ExternalIdentifier["PubChemCompoundID", 68540]}, "Synonyms" -> {"amiloride hcl", "midamor", "amiloride hydrochloride", "amipramizid", "zafirlukast", "amiloride hydrochloride[usp]", "amipramizide", "2016-88-8[rn]", "amiloride[wiki]", "3,5-diamino-6-chloro-n-(diaminomethylidene)pyrazine-2-carboxamide", "217-958-2[einecs]", "2609-46-3[rn]", "amipramidin", "c6h8cln7o.hcl", "amiloride chloride", "amiloride", "guanamprazin", "modamide", "guanamprazine", "amiclaran", "amiloride hci", "unii-fzj37245uc", "midamor;colectril;amipramizide;guanamprazine hydrochloride", "pyrazinecarboxamide n-amidino-3,5-diamino-6-chloro-,monohydrochloride", "nirulid", "amiloride hydrochloride anhydrous", "amiloridum", "n-amidino-3,5-diamino-6-chloropyrazinecarboxamide hydrochloride", "n-amidino-3,5-diamino-6-chloropyrazinamide", "n-(3,5-diamino-6-chloro-pyrazine-2-carbonyl)-guanidine", "3,5-diamino-n-carbamimidoyl-6-chloropyrazine-2-carboxamide hydrochloride(1:1)", "n-amido-3,5-diamino-6-chloropyrazinecarboxamide hydrochloridedihydrate", "cysltr1", "2-pyrazinecarboxamide 3,5-diamino-n-(aminoiminomethyl)-6-chloro- hydrochloride(1:1)", "n-amidino-3,5-diamino-6-chlorpyrazincarboxamid", "amilorida[spanish][inn]", "3,5-diamino-n-[amino(imino)methyl]-6-chloropyrazine-2-carboxamide hydrochloride", "3,5-diamino-6-chloro-n-(diaminomethylene)pyrazine-2-carboxamide", "2016-88-8", "3,5-diamino-n-(aminoiminomethyl)-6-chloropyrazinecarboxamide", "amr", "17440-83-4", "amiloride hydrochloride hydrate", "dsstox_cid_4452", "pyrazinecarboxamide 3,5-diamino-n-(aminoiminomethyl)-6-chloro- monohydrochloride", "3,5-diamino-n-carbamimidoyl-6-chloro-2-pyrazinecarboxamide hydrochloride(1:1)", "amiprazidine", "hmtmf81", "3,5-diamino-n-(aminoiminomethyl)-6-chloropyrazine carboxamide hydrochloride", "2-pyrazinecarboxamide 3,5-diamino-n-(aminoiminomethyl)-6-chloro-", "3,5-diamino-n-carbamimidoyl-6-chloropyrazine-2-carboxamide hydrochloride", "pyrazinecarboxamide 3,5-diamino-n-(aminoiminomethyl)-6-chloro-", "dsstox_rid_77402", "1-(3,5-diamino-6-chloropyrazinecarboxyl)guanidine", "3", "amiloride hydrochloride dihydrate", "(3,5-diamino-6-chloropyrazin-2-yl)-n-(???methyl)carboxamide chloride", "ltd4 receptor", "mk 870", "2-pyrazinecarboxamide 3,5-diamino-6-chloro-n-(diaminomethylene)-", "(3,5-diamino-6-chloropyrazin-2-yl)-n-(???methyl)carboxamide", "amilorida", "3,5-diamino-n-carbamimidoyl-6-chlorpyrazin-2-carboxamid", "accolate", "2-pyrazinecarboxamide 3,5-diamino-n-(aminoiminomethyl)-6-chloro- monohydrochloride", "amiloridum [inn_la]", "amiloridum [inn-latin]", "n-amidino-3,5-diamino-6-chloropyrazinecarboxamide monohydrochloride", "616612[beilstein]", "amiloridum[latin]", "n-amido-3,5-diamino-6-chloropyrazine carboxamide", "n-amidino-3,5-diamino-6-chloropyrazinecarboxamide", "ccris 5959", "hydrochloride", "amipramidin;amipramizid; amipramizide; amiprazidine; guanamprazin; guanamprazine;midamor", "dsstox_gsid_24452", "3,5-diamino-n-(aminomethyl)-6-chloropyrazine", "midamor colectril amipramizide", "17440-83-4 2016-88-8 [anhydrous] 2609-46-3 [amiloride]", "hg55", "17440-83-4[rn]", "1-(3,5-diamino-6-chloropyrazinoyl)guanidine", "3,5-diamino-n-[amino(imino)methyl]-6-chloropyrazine-2-carboxamide", "220-024-7[einecs]", "3,5-diamino-n-carbamimidoyl-6-chloropyrazine-2-carboxamide chlorhydrate", "3,5-diamino-n-carbamimidoyl-6-chlorpyrazin-2-carboxamidhydrochlorid", "amipramidin;", "einecs 217-958-2", "cysteinyl leukotriene d4 receptor", "3,5-diamino-n-(aminoiminomethyl)-6-chloropyrazinecarboxamide hydrochloride", "3,5-diamino-n-carbamimidoyl-6-chloropyrazine-2-carboxamide", "17440-83-4 2016-88-8 2609-46-3", "amilorid hydrochlorid-2-wasser", "[2016-88-8]"}|>, "1475" -> <|"DatabaseID" -> "SW00997", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2911]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01119"]}, "IsomericSmiles" -> "CC1=NS(=O)(=O)c2cc(ccc2N1)Cl", "OfficialNames" -> <|"FDA Approved Drug" -> "DIAZOXIDE"|>, "PharmGKBID" -> "PA449285", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3019]}, "Synonyms" -> {"proglicem", "eudemine", "proglycem", "hypertonalum", "mutabase", "hyperstat", "dizoxide", "diazoxide", "hyperstat (tn)", "thiazide-sensitive sodium-chloride cotransporter", "diazossido; diazoxide", "diazossido [dcit]", "523907[beilstein]", "206-668-1[einecs]", "diazoxide; diazoxido; diazoxidum", "diazoxide [usan:ban:inn][inn][usan]", "diazossido", "diazoxidum[latin]", "2h-1,2,4-benzothiadiazine 7-chloro-3-methyl- 1,1-dioxide", "124-benzthidiazn-1,1-o2-3-me-7-cl", "9005-49-6", "diazoxido[spanish][inn]", "eudimine", "364-98-7[rn]", "diazoxidum [inn_la]", "diazossido[italian]", "7-chloro-3-methyl-2h-1,2,4-benzothiadiazine 1,1-dioxide", "d003981", "diazoxide[wiki][usp]", "sch-6783", "na-cl symporter", "diazoxido", "2h-1,2 4-benzothiadiazine 7-chloro-3-methyl- 1,1-dioxide", "3-methyl-7-chloro-1,2,4-benzothiadiazine 1,1-dioxide", "srg-95213", "7-cloro-3-metil-2h-1,2,4-benzotiodiazina-1,1-diossido[italian]", "7-chlor-3-methyl-2h-1,2,4-benzothiadiazin-1,1-dioxid"}|>, "1476" -> <|"DatabaseID" -> "SW00998", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "46631"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2701], ExternalIdentifier["ChemSpiderID", 19006]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00575"]}, "IsomericSmiles" -> "c1cc(c(c(c1)Cl)NC2=[NH+]CCN2)Cl", "OfficialNames" -> <|"China Approved Name" -> "clonidine", "Indian Approved Name" -> "clonidine hcl", "FDA Approved Drug" -> "CLONIDINE;CLONIDINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449051", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2803], ExternalIdentifier["PubChemCompoundID", 20179]}, "Synonyms" -> {"duraclon", "catapressan", "catapres-tts", "catarpresan", "chlornidinum", "clonidin", "catarpres", "adesipress", "catapresan", "clonidine", "ipotensium", "st 155bs", "clonidinhydrochlorid", "duraclont", "clonistada", "clonidine hcl", "dixarit", "tenso-timelets", "clonidine hydrochloride", "isoglaucon", "catapres", "clonidinum [inn-latin]", "alpha-2 adrenergic receptor subtype c4", "alpha-2c adrenoceptor", "alpha-2c adrenoreceptor", "combipres 0.1/15 tab (chlorthalidone + clonidine hydrochloride)_mixture", "4205-90-7[rn]", "4205-91-8[rn]", "n-(2,6-dichlorophenyl)-4,5-dihydro-1h-imidazol-2-amine[acd/iupac name]", "clonidine[wiki]", "atensina", "2,6-dichloro-n-(imidazolidin-2-ylidene)aniline", "2,6-dichloro-n-2-imidazolidinylidenebenzenamine", "734571a", "2,6-dichlor-n-imidazolidin-2-ylidenanilin", "clonidine (jan/usan)[jan][usan]", "4205-90-7", "2-imidazoline 2-(2,6-dichlorophenylamino)-", "57066-25-8[rn]", "m-5041t", "m 5041t", "clonidine (imino form)", "224-119-4[einecs]", "1h-imidazol-2-amine n-(2,6-dichlorophenyl)-4,5-dihydro- (9ci)", "2-(2,6-dichloroanilino)-1,3-diazacyclopentene-(2)", "2-(2,6-dichloroanilino)-2-imidazoline", "2-(2,6-dichlorophenylamino)-2-imidazoline", "katapresan", "catarpres-tts", "st-155-bs", "clonidinum[latin]", "2,6-dichloro-n-2-imidazolidinylidenebenzenamide", "2-[(2,6-dichlorophenyl)amino]-2-imidazoline", "746077[beilstein]", "2,6-dichloro-n-imidazolidin-2-ylideneaniline", "normopresan", "clonidina[spanish][inn]", "cas-4205-91-8", "2-(2,6-dichlorophenylimino)imidazolidine", "barclyd", "746076[beilstein]", "2-imidazoline 2-(2,6-dichloroanilino)-", "2-imidazoline 2-(2,6-dichloroanilino)- (7ci,8ci)", "883415[beilstein]", "dispaclonidin", "2-((2,6-dichlorophenyl)imino)imidazolidine", "catarpres-tts (tn)", "clonidine (amino form)", "benzenamine 2,6-dichloro-n-2-imidazolidinylidene-", "1h-imidazol-2-amine n-(2,6-dichlorophenyl)-4,5-dihydro-", "2-[(2,6-dichlorophenyl)imino]imidazoline", "337376-15-5", "clonidine [usan:ban:inn][inn][usan]", "haemitom", "haemiton", "4205-91-8 4205-90-7", "catanidin", "clonidinehydrochloride", "caprysin", "apo-clonidine", "1h-imidazol-2-amine n-(2,6-dichlorophenyl)-4,5-dihydro- hydrochloride(1:1)", "1h-imidazol-2-amine n-(2,6-dichlorophenyl)-4,5-dihydro- monohydrochloride (9ci)", "2,6-dichloro-n-imidazolidin-2-ylideneaniline hydrochloride", "clofelin", "clonisin", "dcai", "224-121-5[einecs]", "2,6-dichloro-n-2-imidazolidinylidenebenzenamine monohydrochloride", "66073-52-7[rn]", "n-(2,6-dichlorophenyl)-4,5-dihydro-1h-imidazol-2-aminehydrochloride (1:1)[acd/iupac name]", "57665-50-6[rn]", "64638-22-8[rn]", "iporel", "clonilou", "7555-15-9[rn]", "2,6-dichloro-n-(imidazolidin-2-ylidene)aniline hydrochloride (1:1)", "clonidine monohydrochloride", "n-(2,6-dichlorophenyl)-4,5-dihydro-1h-imidazol-2-aminehydrochloride", "[4205-91-8]", "toxic solid organic n.o.s. (clonidine hydrochloride)", "hemiton", "edolglau", "n-(2,6-dichlorophenyl)imidazolidin-2-imine hydrochloride (1:1)", "clonid-ophal", "capresin", "glausine", "catapres[wiki]", "4205-91-8 4205-90-7 [clonidine]", "2,6-dichlor-n-imidazolidin-2-ylidenanilinhydrochlorid", "dichloranilino imidazolin", "73121-65-0[rn]", "benzenamine 2,6-dichloro-n-2-imidazolidinylidene- hydrochloride (1:1)", "clonidine hydrochloride [usan:ban:jan][jan][usan]", "2-(2,6-dichlorophenylamino)-2-imidazolin hydrochlorid[german]", "1h-imidazol-2-amine n-(2,6-dichlorophenyl)-4,5-dihydro- monohydrochloride", "(2,6-dichlorophenyl)-2-imidazolin-2-ylamine chloride", "benzenamine 2,6-dichloro-n-2-imidazolidinylidene- hydrochloride", "nu-clonidine", "2-(2,6-dichloroanilino)-2-imidazoline hydrochloride", "2-((2,6-dichlorophenyl)imino)imidazolidine monohydrochloride", "2-[(2,6-dichlorophenyl)amino-2-imidazoline hydrochloride", "benzenamine 2,6-dichloro-n-2-imidazolidinylidene- monohydrochloride", "clonidil-riker", "combipres", "2-((2,6-dichlorophenyl)amino)-2-imidazoline hydrochloride", "2-imidazoline 2-(2,6-dichloroanilino)- monohydrochloride", "klophelin", "novo-clonidine", "chlophazolin", "catapres (tn)", "chlophazolin[wiki]", "66009-47-0[rn]", "isaglaucon", "4205-91-8"}|>, "1477" -> <|"DatabaseID" -> "SW00999", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10128616]}, "IsomericSmiles" -> "c1cc(cc(c1)NC(=O)C(=O)[O-])c2n[n-]nn2", "OfficialNames" -> <|"NPC Approved Name" -> "acitazanolast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2006]}, "Synonyms" -> {"acitazanolast", "wp-871", "acitazanolast hydrate", "oxanilic acid", "mtcc", "919293-83-7[rn]", "ncgc00188429-01", "acetic acid 2-oxo-2-[[3-(2h-tetrazol-5-yl)phenyl]amino]- hydrate (1:1)", "n-(3-(1h-tetrazol-5-yl)phenyl)oxamic acid", "zepelin (tn)", "ccris 7505", "3'-(1h-tetrazol-5-yl)oxanilic acid monohydrate", "114607-46-4", "wp 871"}|>, "1478" -> <|"DatabaseID" -> "SW01000", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "100147"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4268]}, "IsomericSmiles" -> "CCn1cc(c(=O)c2c1nc(cc2)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00183"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nalidixic acid", "FDA Approved Drug" -> "NALIDIXIC ACID"|>, "PharmGKBID" -> "PA164746384", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4421]}, "Synonyms" -> {"nalidixic acid", "nalidixan", "sicmylon", "innoxalon", "nalitucsan", "neggram", "1,4-dihydro-1-ethyl-7-methyl-4-oxo-1,8-naphthyridine-3-carboxylic acid", "uronidix", "nevigramon", "nalidixin", "unaserus", "1-ethyl-7-methyl-4-oxo-1,4-dihydro-1,8-naphthyridine-3-carboxylic acid[acd/iupac name]", "1-ethyl-7-methyl-1,4-dihydro-1,8-naphthyridin-4-one-3-carboxylic acid", "1-aethyl-7-methyl-1,8-naphthyridin-4-on-3-karbonsaeure[german]", "uropan", "wintomylon", "n-1200", "1-aethyl-7-methyl-1,8-naphthyridin-4-on-3-karbonsaeure", "nalidixic acid [usan:ban:inn:jan][inn][jan][usan]", "wintron", "1-ethyl-7-methyl-4-oxo-1 4-dihydro-1,8-naphthyridine-3-carboxylic acid", "neggram;nevigramon;nalidixin;uronidix", "acidum nalidixicum[latin]", "acide nalidixique[french][inn]", "1 4-dihydro-1-ethyl-7-methyl-4-oxo-1,8-naphthyridine-3-carboxylic acid", "acide nalidixico[italian]", "389-08-2[rn]", "betaxina", "uriclar", "poleon", "acide 1-etil-7-metil-1,8-naftiridin-4-one-3-carbossilico[italian]", "specifen", "ethyl-7-methyl-1,8-naphthyridin-4-one-3-carboxylic acid", "3-carboxy-1-ethyl-7-methyl-1,8-naphthidin-4-one", "nalidixic acid [inn_en]", "acido nalidixico", "1-ethyl-7-methyl-4-oxohydropyridino[2,3-b]pyridine-3-carboxylicacid", "negram", "urodixin", "neggram (tn)", "neg gram", "nicelate", "222-159-7[einecs]", "naragix", "1-ethyl-1,4-dihydro-7-methyl-4-oxo-1,8-napthyridine-3-carboxylic acid", "1-ethyl-7-methyl-4-oxo-1,8-naphthyridine-3-carboxylic acid", "urisal", "1,4-dihydro-1-ethyl-7-methyl-1,8-naphthyridin-4-one-3-carboxylic acid", "1-ethyl-7-methyl-4-oxo-1,4-dihydro[1,8]naphthyridine-3-carboxylic acid[acd/iupac name]", "1-ethyl-7-methyl-1,4-dihydro-1 8-naphthyridin-4-one-3-carboxylic acid", "uroneg", "5-25-07-00384 (beilstein handbook reference)[beilstein]", "530-78-9[rn]", "nalix", "dixiben", "eucisten", "win-18320", "acido nalidissico [dcit]", "1-ethyl-1,4-dihydro-7-methyl-4-oxo-1,8-naphthyridine-3-carboxylic acid", "1-ethyl-7-methyl-4-oxo-1,4-dihydro-[1,8]naphthyridine-3-carboxylic acid", "dixinal", "206-864-7[einecs]", "naxuril", "3-carboxy-1-ethyl-7-methyl-1,8-naphthyridin-4-one", "jicsron", "acido nalidixico[spanish][inn]", "kusnarin", "acide nalidixique", "nalidicron", "nalurin", "t66 bv en gnj cvq e2 h1[wln]", "narigix", "cybis", "nalidixane", "uroman", "uralgin", "acidum nalidixicum", "nogram", "nalidixate", "1,8-naphthyridine-3-carboxylic acid,1-ethyl-1,4-dihydro-7-methyl-4-oxo-[acd/index name]", "nalituscan", "uriben", "specifin", "2/8/389"}|>, "1479" -> <|"DatabaseID" -> "SW01001", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01247"]}, "IsomericSmiles" -> "Cc1cc(no1)C(=O)NNCc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02580"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ISOCARBOXAZID"|>, "PharmGKBID" -> "PA450101", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3759]}, "Synonyms" -> {"marplan", "isocarboxazid", "isocarboxazide", "isocarboxyzid", "maraplan", "benazide", "enerzer", "marplon", "isocarbonazid", "monoamine oxidase type b", "bmih", "ec 1.4.3.4", "isocarboxazidum [inn-latin]", "isocarbossazide [dcit]", "mao-b", "isocarboxazida [inn-spanish]", "isocarboxazide [inn-french]", "isocarbossazide"}|>, "1480" -> <|"DatabaseID" -> "SW01002", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "160246"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5787]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01424"]}, "IsomericSmiles" -> "Cc1c(c(=O)n(n1C)c2ccccc2)N(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00556"]}, "OfficialNames" -> <|"China Approved Name" -> "aminopyrine;aminophenazone"|>, "PharmGKBID" -> "PA164748135", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6009]}, "Synonyms" -> {"4-dimethylaminoantipyrine", "dipyrine", "aminopyrine", "aminophenazone", "3-keto-1,5-dimethyl-4-dimethylamino-2-phenyl-2,3-dihydropyrazole", "amidopyrine", "amidophen", "amidazophen", "dimethylaminophenazone", "eufibron", "febron", "(dimethylamino)phenazone", "pyramidon", "aminophenazone[wiki]", "novamidon", "4-(dimethylamino)-1,2-dihydro-1,5-dimethyl-2-phenyl-3h-pyrazol-3-one", "aminophenazonum [inn_la]", "anafebrina", "antipyrine 4-(dimethylamino)-", "4-dimethylamino-2,3-dimethyl-1-phenyl-3-pyrazolin-5-one; aminopyrine", "4-dimethylamino-2,3-dimethyl-1-phenyl-5-pyrazolone", "pirazon", "dimethylaminoazophene", "3h-pyrazol-3-one,4-(dimethylamino)-1,2-dihydro-1,5-dimethyl-2-phenyl-", "piridol", "dap", "aminofenazone", "piramidon", "amidazofen", "itamidone", "amidophenazone", "aminopyrin", "4-dimethylamino-1-phenyl-2,3-dimethylpyrazolone", "144574-10-7[rn]", "aminopyrinum", "aminopyrine[jan]", "4-dimethylamino-2,3-dimethyl-1-phenyl-3-pyrazolin-5-one", "mamallet-a", "dimethylaminophenyldimethylpyrazolone", "dimethyl-n-aminoantipyrine", "aminophenazonum[latin]", "2,3-dimethyl-4-dimethylamino-1-phenyl-5-pyrazolone", "4-(dimethylamino)-1,5-dimethyl-2-phenyl-1,2-dihydro-3h-pyrazol-3-one[acd/iupac name]", "dimethylaminoanalgesine", "amidofen", "dipirin", "amidopyrazoline", "amidopyrin", "4-(dimethylamino)-2,3-dimethyl-1-phenyl-3-pyrazolin-5-one", "piromidina", "amidazophene", "netsusarin", "amidofebrin", "4-(dimethylamino)-2,3-dimethyl-1-phenyl-1,2-dihydropyrazol-5-one", "dimethyl n aminoantipyrine", "aminofenazone[italian]", "3-pyrazolin-5-one 4-(dimethylamino)-2,3-dimethyl-1-phenyl-", "dimethylaminoantipyrine", "dimethylamino-analgesine", "polinalin", "hyparon", "dimethylaminophenyldimethylpyrazolone", "4-(dimethylamino)antipyrine", "amidophenazon", "brufaneuxol", "amidazophenum", "1,5-dimethyl-4-dimethylamino-2-phenyl-3-pyrazolone", "dereuma", "200-365-8[einecs]", "1-phenyl-2,3-dimethyl-4-(dimethylamino)-5-pyrazolone", "aminofenazona[spanish][inn]", "4-dimethylamino-1,5-dimethyl-2-phenyl-1,2-dihydro-pyrazol-3-one", "4-dimethylamino-2,3-dimethyl-1-phenylpyrazol-5-one", "1-phenyl-2,3-dimethyl-4-dimethylaminopyrazol-5-one", "febrinina", "pyramidone", "dimethylaminophenazon[german]", "aminophenazon[german]", "4-dimethylaminophenazone", "4-(dimethylamino)-1,2-dihydro-1,5-dimethyl-2-phenyl-3h-pyrazol-3-one", "d000632", "dimapyrin", "pyradone", "amidopyrinum", "dimethylaminophenyldimethylpyrazolin", "dipyrin", "58-15-1[rn]", "dimethylamnioantipyrine"}|>, "1481" -> <|"DatabaseID" -> "SW01003", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2297863]}, "IsomericSmiles" -> "CS(=O)(=O)CCCCCCCCCC#N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rorifone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3033049]}, "Synonyms" -> {"rorifone", "10-(methylsulfonyl)decanenitrile", "53078-90-3", "ac1mhv52", "decanenitrile 10-(methylsulfonyl)-", "10-methylsulfonyldecanenitrile", "ls-59271", "decanenitrile", "53078-90-3[rn]"}|>, "1482" -> <|"DatabaseID" -> "SW01004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54408], ExternalIdentifier["ChemSpiderID", 4512]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00282"]}, "IsomericSmiles" -> "C(C[NH3+])C(O)(P(=O)([O-])[O-])P(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00941"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pamidronate;lypholised pamidronate", "FDA Approved Drug" -> "PAMIDRONATE DISODIUM"|>, "PharmGKBID" -> "PA450767", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4674], ExternalIdentifier["PubChemCompoundID", 25202696]}, "Synonyms" -> {"pamidronic acid", "aminomux", "aredia", "apd", "amidronate", "acidum pamidronicum [inn-latin]", "acido pamidronico [inn-spanish]", "acide pamidronique [inn-french]", "pamidronate", "pamidronate disodium", "ahprbp", "(3-amino-1-hydroxy-1-phosphono-propyl)phosphonic acid", "(3-amino-1-hydroxy-1-phosphonopropyl)phosphonic acid", "40391-99-9 (free acid)", "hydrogen (3-ammonio-1-hydroxy-1-phosphonopropyl)phosphonate", "pamidronic acid [ban:inn][inn]", "pamidronic acid disodium", "gcp 23339a", "57248-88-1[rn]", "(3-amino-1-hydroxypropylidene)diphosphonic acid", "(3-amino-1-hydroxy-1,1-propanediyl)bis(phosphonic acid)[acd/iupac name]", "1-hydroxy-3-aminopropane-1,1-diphosphonic acid", "acide pamidronique[french][inn]", "(3-amino-1-hydroxypropane-1,1-diyl)bis(phosphonic acid)", "acidum pamidronicum[latin]", "(3-amino-1-hydroxypropylidene)bisphosphonic acid", "amidronic acid", "40391-99-9[rn]", "acido pamidronico[spanish][inn]", "c019248", "40391-99-9", "aredia[wiki]", "phosphonic acid (3-amino-1-hydroxypropylidene)bis-", "pamidronatedisodium", "3-amino-1-hydroxypropane-1,1-diphosphonic acid", "3-amino-1,1-diphosphonopropan-1-ol", "40391-99-9 57248-88-1", "pamidronate[wiki]", "cgp 23339a", "254-905-2[einecs]", "disodium(3-amino-1-hydroxypropylidene)bisphosphonatepentahydrate", "aredia (tn)", "sodium(3-amino-1-hydroxypropane-1,1-diyl)bis[hydrogen(phosphonate)] hydrate(2:1:5)", "pamidronate disodium (jan/usan)[jan][usan]", "pamidronate disodium hydrate", "pamidronate disodium pentahydrate", "chebi:407576", "pamidronate disodium [usan:jan][jan][usan]", "109522-15-0", "disodium-3-amino-1-hydroxypropylidene-1,1-diphosphonate pentahydrate", "disodiumdihydrogen (3-amino-1-hydroxypropylidene)diphosphonate pentahydrate", "phosphonic acid (3-amino-1-hydroxypropylidene)bis- disodium salt pentahydrate", "disodium pamidronate pentahydrate"}|>, "1483" -> <|"DatabaseID" -> "SW01005", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4642445]}, "IsomericSmiles" -> "c1cc(c(c(c1)Cl)/C=N/[NH+]=C(N)N)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "guanabenz"|>, "PharmGKBID" -> "PA164774903", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702063]}, "Synonyms" -> {"wy 8678 base", "wytensin", "guanabenz acetate", "guanabenzo [inn-spanish]", "hydrazinecarboximidamide 2-[(2,6-dichlorophenyl)methylene]-", "guanabenz[wiki][usan]", "guanabenzum [inn-latin]", "n''-[(1e)-(2,6-dichlorophenyl)methylene]carbonohydrazonic diamide", "3-[(2,6-dichlorophenyl)methylene]carbazamidine monoacetate", "((2,6-dichlorobenzylidene)amino)guanidine", "n-(2,6-dichlorobenzylidene)-n'-amidinohydrazine", "n-((2,6-dichlorobenzylidene)amino)guanidine", "guanabenz", "6-dimethylamino-5,6,7,8-tetrahydro-naphthalene-1,2-diol (guanabenz)", "5051-62-7[rn]", "guanabenzo[spanish][inn]", "hydrazinecarboximidamide 2-[ (2,6-dichlorophenyl)methylene]-", "guanabenz(2e)-2-(2,6-dichlorobenzylidene)hydrazinecarboximidamide(guanabenz)", "guanabenz [usan:inn]", "1-(2,6-dichlorobenzylideneamino)guanidine", "guanabenz(usan)", "hydrazinecarboximidamide 2-((2,6-dichlorophenyl)methylene)-", "2-[(2,6-dichlorophenyl)methylene]hydrazinecarboximidamide", "guanidine [ (2,6-dichlorobenzylidene)amino]-", "guanabenzum[latin]", "wy 8678", "guanabenz monoacetate", "guanabenz [usan:inn][inn][usan]", "guanidine ((2,6-dichlorobenzylidene)amino)- (8ci)", "34817-44-2[rn]", "(2e)-2-(2,6-dichlorobenzylidene)hydrazinecarboximidamide", "hydrazinecarboximidamide 2-[(2,6-dichlorophenyl)methylene]- (2e)-", "2-((2,6-dichlorophenyl)methylene)-hydrazinecarboximidamide", "[(2,6-dichlorobenzylidene)amino]guanidine", "23256-50-0[rn]", "245-534-7[einecs]", "225-750-8[einecs]", "5051-62-7", "gbz"}|>, "1484" -> <|"DatabaseID" -> "SW01006", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9321"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1(=O)=O)CC2=O)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02223"], ExternalIdentifier["KEGGID", "D08533"]}, "OfficialNames" -> <|"China Approved Name" -> "sulbactam;Sulbactam", "Indian Approved Name" -> "sulbactam;sulbactam sodium", "FDA Approved Drug" -> "SULBACTAM SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23663973], ExternalIdentifier["PubChemCompoundID", 130313]}, "Synonyms" -> {"(2s", "sulbactam", "sulbactam sodium", "chebi:9321", "sulbactamum", "penicillanic acid sulfone", "sulbactam;penicillanic acid sulfone", "cp 45899", "sulbactam free acid", "68373-14-8", "penicillanic acid 1", "69388-84-7", "chembl1200944", "combactam", "sulbactam sodium (jp16/usp)", "sodium sulbactam", "sulbactam sodium salt", "stock1n-08421", "surecn667857", "molport-002-510-666"}|>, "1485" -> <|"DatabaseID" -> "SW01007", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8069"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4599]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01174"]}, "IsomericSmiles" -> "CCC1(C(=O)NC(=O)NC1=O)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00506"]}, "OfficialNames" -> <|"Indian Approved Name" -> "phenobarbitone;phenobarb", "US Illegal/Scheduled Drug (Schedule 4)" -> "Phenobarbital", "Australia Approved Name" -> "PHENOBARBITAL;PHENOBARBITONE", "China Approved Name" -> "phenobarbital", "WHO Essential Medicine" -> "phenobarbital", "US Illegal/Scheduled Drug (Schedule 3)" -> "Barbituric acid"|>, "PharmGKBID" -> "PA450911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4763]}, "Synonyms" -> {"phenemal", "luminal", "fenobarbital", "hysteps", "adonal", "phenobarbital", "nunol", "gardenal", "fenosed", "aephenal", "lephebar", "seda-tablinen", "somnosan", "nova-pheno", "starilettae", "epilol", "luramin", "phenoluric", "dormiral", "bardorm", "somnoletten", "spasepilin", "epidorm", "cardenal", "aphenyletten", "epanal", "damoral", "stental extentabs", "thenobarbital", "barbophen", "phenyletten", "molinal", "hennoletten", "bartol", "sedlyn", "gardepanyl", "barbita", "sedicat", "barbinal", "solfoton talpheno", "somnolens", "blu-phen", "cabronal", "fenylettae", "hypno-tablinetten", "agrypnal", "haplos", "pharmetten", "lumofridetten", "barbenyl", "henotal", "phob", "etilfen", "phenolurio", "promptonal", "lubrokal", "somonal", "sedonal", "barbiphenyl", "barbivis", "lixophen", "lubergal", "luphenil", "solfoton", "lepinaletten", "dormital", "teoloxin", "cratecil", "lefebar", "starifen", "coronaletta", "fenbital", "barbonal", "hypnoltol", "dezibarbitur", "zadonal", "dormina", "codibarbita", "lepinal", "hypnaletten", "noptil", "linasen", "versomnal", "duneryl", "phenoturic", "polcominal", "calmetten", "liquital", "phenemalum", "episedal", "phenobarbituric acid", "amylofene", "phenobal", "euneryl", "ensobarb", "parkotal", "hypnette", "neurobarb", "phenylethylbarbiturate", "eskabarb", "haplopan", "phenomet", "lumesyn", "phenyral", "helional", "phenylethylbarbituric acid", "triphenatol", "phenaemal", "sedabar", "glysoletten", "doscalun", "barbiphen", "fenemal", "sedizorin", "epsylone", "phenylethylmalonylurea", "theoloxin", "solu-barb", "aphenylbarbit", "ensodorm", "talpheno", "calminal", "zadoletten", "sevenal", "lumesettes", "leonal", "phen-bar", "sombutol", "phenobarbitol", "hypnolone", "phenobarbitone", "nirvonal", "phenonyl", "bialminal", "sedonettes", "teolaxin", "phenobarbyl", "sedofen", "chinoin", "triabarb", "barbipil", "tridezibarbitur", "5-phenyl-5-ethylbarbituric acid", "luminal (tn)", "gustase-plus", "glur-k2", "phenylethylbarbitursaeure", "5-ethyl-5-phenylpyrimidine-2,4,6(1h,3h,5h)-trione", "5-ethyl-5-phenyl-2,4,6-(1h,3h,5h)pyrimidinetrione", "bardorm.", "5-ethyl-5-phenyl-2,4,6(1h,3h,5h)-pyrimidinetrione[acd/iupac name]", "phenobarb", "5-ethyl-5-phenyl-barbituric acid", "phenylaethylbarbitursaeure", "50-06-6[rn]", "quadrinal", "stental", "phenylral", "ampa-selective glutamate receptor 2", "50-06-6", "donphen", "sedophen", "glutamate receptor ionotropic ampa 2", "levsin pb drops and tablets", "donnazyme", "phenobarbital[wiki]", "barbellen", "1950-06-6", "barbilehae", "elixir of phenobarbital", "phazyme-pb", "acido 5-fenil-5-etilbarbiturico[italian]", "phenobarbitol[wiki]", "phenobarbital [usan:inn:jan][inn][jan][usan]", "pamine pb", "4,6(1h,5h)-pyrimidinedione 5-ethyl-2-hydroxy-5-phenyl-", "phenobar", "barbipenyl", "valprin 50-pb", "233363[beilstein]", "5-ethyl-5-phenylbarbituric acid; phenobarbital", "barbidonna", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-ethyl-5-phenyl-[acd/index name]", "tedral", "lumen[wiki]", "46755-67-3[rn]", "lumen", "barbellon", "kinesed", "phenobarbitalum[inn]", "hypnogen", "barbapil", "theominal", "5-ethyl-5-phenylpyrimidine-2,4,6-trione", "sinoratox", "337376-15-5", "glur-2", "bronkotabs", "5-ethyl-2-hydroxy-5-phenylpyrimidine-4,6(1h,5h)-dione", "11097-06-6[rn]", "2,4,6 (1h,3h,5h)-pyrimidinetrione 5-ethyl-5-phenyl-", "luminal[wiki]", "phenobarbitonum", "hypnogen[wiki]", "glutamate receptor 2 precursor", "donnatal", "5-ethyl-5-phenyl-2,4,6(1h,3h,5h)-pyrimidintrion[german][acd/iupac name]", "sedonal (sedative)", "antrocol", "200-007-0[einecs]", "5-ethyl-5-phenylbarbituric acid", "glur-b", "fenobarbitale [dcit]", "phenobarbital [inn_en]", "chardonna-2", "5-ethyl-5-phenyl-2,4,6-pyrimidinetrione", "austrominal", "barbituric acid 5-ethyl-5-phenyl-", "6/6/1950", "5-ethyl-5-phenyl-pyrimidine-2,4,6-trione", "sk-phenobarbital", "phenobarbitone[wiki]", "arco-lase plus"}|>, "1486" -> <|"DatabaseID" -> "SW01008", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5300]}, "IsomericSmiles" -> "CCOC(=O)NNc1c2ccccc2cnn1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08613"]}, "OfficialNames" -> <|"NPC Approved Name" -> "todralazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5501]}, "Synonyms" -> {"todralazine", "carboethoxyphthalazinohydrazine", "n-carboethoxy-n'-phthalazino-hydrazine", "ethyl 3-(1-phthalazinyl)carbazate", "2-(1-phthalazinyl)hydrazinecarboxylic acid ethyl ester", "todralazinum [inn-latin]", "todralazina[spanish][inn]", "ethyl 2-(phthalazin-1-yl)hydrazinecarboxylate", "todralacina[spanish]", "todralacina [spanish]", "3-(1-phthalazinyl)carbazic acid ethyl ester", "hydrazinecarboxylic acid 2-(1-phthalazinyl)- ethyl ester", "5-25-17-00414[beilstein]", "carbazic acid 3-(1-phthalazinyl)- ethyl ester", "hydrazinecarboxylic acid 2-(1-phthalazinyl)- ethyl ester (9ci)", "cas-3778-76-5", "ecarazine", "carbazic acid", "todralazinum[latin]", "3778-76-5[rn]", "bt 621", "todralazina [inn-spanish]", "14679-73-3[rn]", "binazine", "n1-carbethoxy-n2-phthalazinehydrazine", "brn 0233300", "todralazine [ban:inn][inn]", "5-25-17-00414 (beilstein handbook reference)[beilstein]"}|>, "1487" -> <|"DatabaseID" -> "SW01009", "IsomericSmiles" -> "CC(C)(CO)[C@H](C(=O)NCCCC(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08042"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hopantenic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 28281]}, "Synonyms" -> {"hopantenic acid", "hopanteninsaeure", "18679-90-8", "hopantenic acid (inn)", "hopantenic acid [inn]", "acido hopantenico [inn-spanish]", "d-homopantothenic acid", "pantocalcin", "acide hopantenique [inn-french]", "homopantothenic acid", "acidum hopantenicum [inn-latin]"}|>, "1488" -> <|"DatabaseID" -> "SW01010", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5000"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3220]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00574"]}, "IsomericSmiles" -> "CC[NH2+]C(C)Cc1cccc(c1)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07945"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Fenfluramine", "Indian Approved Name" -> "fenfluramine"|>, "PharmGKBID" -> {"PA164747936", "PA449592"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3337]}, "Synonyms" -> {"fenfluramina [dcit]", "fenfluramine", "fenfluramine hydrochloride", "dextrofenfluramine", "ponderax pa", "adifax", "rotondin", "fenfluramine[wiki]", "levofenfluraminum[latin]", "levofenfluramine[inn]", "5-htr2c", "3239-44-9[rn]", "()-fenfluramine hydrochloride", "ponderax", "fenfluraminum", "2-ethylamino-1-(3-trifluoromethylphenyl)propane", "dexfenfluramina[spanish]", "dexfenfluramine", "dexfenfluramine[wiki]", "n-ethyl-1-(3-(trifluoromethyl)phenyl)propan-2-amine", "dexafenfluramine", "pondimin", "458-24-2[rn]", "5ht-1c", "dea no. 1670", "16105-77-4", "isomeride", "n-ethyl-1-(3-(trifluoromethyl)phenyl)-propan-2-amine", "n-ethyl-a-methyl-3-(trifluoromethyl)benzeneethanamine", "16105-77-4[rn]", "fenfluraminum[latin]", "5220-89-3[rn]", "obedrex", "5- ht2c", "ponderex", "adipomin", "337376-15-5", "5-ht-2c", "n-ethyl-1-[3-(trifluoromethyl)phenyl]propan-2-amine", "levofenfluramina[spanish]", "fenfluraminum [inn_la]", "dexfenfluraminum[latin]", "fen-phen (fenfluramine + phentermine)_mixture", "d-fenfluramine", "404-82-0[rn]", "n-ethyl-a-methyl-m-(trifluoromethyl)phenethylamine", "dl-fenfluramine", "207-276-3[einecs]", "fenfluraminum [inn-latin]", "dexfenfluraminum [latin]", "pesos", "(+-)-fenfluramine", "ethyl-[1-methyl-2-(3-trifluoromethyl-phenyl)-ethyl]-amine", "1-(meta-trifluoromethyl-phenyl)-2 ethylaminopropane", "acino", "serotonin receptor 2c"}|>, "1489" -> <|"DatabaseID" -> "SW01010", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5000"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3220]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00574"]}, "IsomericSmiles" -> "CC[NH2+]C(C)Cc1cccc(c1)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07945"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Fenfluramine", "Indian Approved Name" -> "fenfluramine"|>, "PharmGKBID" -> {"PA164747936", "PA449592"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3337]}, "Synonyms" -> {"fenfluramina [dcit]", "fenfluramine", "fenfluramine hydrochloride", "dextrofenfluramine", "ponderax pa", "adifax", "rotondin", "fenfluramine[wiki]", "levofenfluraminum[latin]", "levofenfluramine[inn]", "5-htr2c", "3239-44-9[rn]", "()-fenfluramine hydrochloride", "ponderax", "fenfluraminum", "2-ethylamino-1-(3-trifluoromethylphenyl)propane", "dexfenfluramina[spanish]", "dexfenfluramine", "dexfenfluramine[wiki]", "n-ethyl-1-(3-(trifluoromethyl)phenyl)propan-2-amine", "dexafenfluramine", "pondimin", "458-24-2[rn]", "5ht-1c", "dea no. 1670", "16105-77-4", "isomeride", "n-ethyl-1-(3-(trifluoromethyl)phenyl)-propan-2-amine", "n-ethyl-a-methyl-3-(trifluoromethyl)benzeneethanamine", "16105-77-4[rn]", "fenfluraminum[latin]", "5220-89-3[rn]", "obedrex", "5- ht2c", "ponderex", "adipomin", "337376-15-5", "5-ht-2c", "n-ethyl-1-[3-(trifluoromethyl)phenyl]propan-2-amine", "levofenfluramina[spanish]", "fenfluraminum [inn_la]", "dexfenfluraminum[latin]", "fen-phen (fenfluramine + phentermine)_mixture", "d-fenfluramine", "404-82-0[rn]", "n-ethyl-a-methyl-m-(trifluoromethyl)phenethylamine", "dl-fenfluramine", "207-276-3[einecs]", "fenfluraminum [inn-latin]", "dexfenfluraminum [latin]", "pesos", "(+-)-fenfluramine", "ethyl-[1-methyl-2-(3-trifluoromethyl-phenyl)-ethyl]-amine", "1-(meta-trifluoromethyl-phenyl)-2 ethylaminopropane", "acino", "serotonin receptor 2c"}|>, "1490" -> <|"DatabaseID" -> "SW01011", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110550]}, "IsomericSmiles" -> "CC1=C2C(=O)O[C@H]([C@@]2(CCC1)C)c3ccoc3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fraxinellone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124039]}, "Synonyms" -> {"fraxinellone", "28808-62-0[rn]", "ac1l3xsa", "28808-62-0", "chembl257170", "phthalide 3-(3-furyl)-3a,4,5,6-tetrahydro-3a,7-dimethyl-", "3-furan-3-yl-3a,7-dimethyl-3a,4,5,6-tetrahydro-3h-isobenzofuran-1-one", "zinc00265490", "phthalide", "(3r,3ar)-3-(furan-3-yl)-3a,7-dimethyl-3a,4,5,6-tetrahydro-2-benzofuran-1(3h)-one", "nsc638730", "1(3h)-isobenzofuranone 3-(3-furanyl)-3a,4,5,6-tetrahydro-3a,7-dimethyl- (3r,3ar)-", "ls-109400", "nsc-638730", "(3r,3ar)-3-(3-furyl)-3a,7-dimethyl-3a,4,5,6-tetrahydro-2-benzofuran-1(3h)-one[acd/iupac name]", "1(3h)-isobenzofuranone 3-(3-furanyl)-3a,4,5,6-tetrahydro-3a,7-dimethyl- (3r-cis)- (9ci)", "nci60_012928"}|>, "1491" -> <|"DatabaseID" -> "SW01012", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5919]}, "IsomericSmiles" -> "CCC(C)C(C)(COC(=O)N)COC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01807"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Mebutamate", "FDA Approved Drug" -> "MEBUTAMATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6151]}, "Synonyms" -> {"mebutamate", "dormate", "capla", "ipotensivo", "preminex", "vallene", "encapla", "sigmafon", "mebutamat", "carbuten", "mebutina", "2-[(carbamoyloxy)methyl]-2,3-dimethylpentyl carbamate[acd/iupac name]", "1 3-propanediol 2-sec-butyl-2-methyl- dicarbamate", "1,3-propanediol 2-sec-butyl-2-methyl- dicarbamate", "component of caplaril", "2-sec-butyl-2-methyltrimethylenecarbamate", "1,3-propanediol 2-methyl-2-(1-methylpropyl)- dicarbamate", "2-methyl-2-(1-methylpropyl)-1,3-propanediol dicarbamate", "2 2-dicarbamyloxymethyl-3-methylpentane", "butatensin", "2-methyl-2-sec-butyl-1,3-propanediol dicarbamate", "200-587-5[einecs]", "no-press", "mebutamatum[latin]", "carbamic acid 2-sec-butyl-2-methyltrimethylene ester", "carbamic acid 2-sec-butyl-2-methyltrimethylene ester", "2,2-dicarbamoyloxymethyl-3-methylpentane", "axiten", "4-03-00-00074 (beilstein handbook reference)[beilstein]", "mebutamato[spanish][inn]", "dicamoylmethtane", "mebutamate [usan:ban:inn:jan][inn][jan][usan]", "mebutamate (jan/usan)[jan][usan]", "2,2-dicarbamyloxymethyl-3-methylpentane", "caplaril", "2-[(carbamoyloxy)methyl]-2,3-dimethylpentyl carbamate(non-preferred name)", "2-sec-butyl-2-methyl-1,3-propanediol dicarbamate", "mega", "capla (tn)", "4-03-00-00074", "1 3-propanediol 2-methyl-2- (1-methylpropyl)- dicarbamate", "prean", "mioartrina", "2-sec-butyl-2-methyltrimethylene dicarbamate", "dormate (tn)", "64-55-1[rn]"}|>, "1492" -> <|"DatabaseID" -> "SW01012", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5919]}, "IsomericSmiles" -> "CCC(C)C(C)(COC(=O)N)COC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01807"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Mebutamate", "FDA Approved Drug" -> "MEBUTAMATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6151]}, "Synonyms" -> {"mebutamate", "dormate", "capla", "ipotensivo", "preminex", "vallene", "encapla", "sigmafon", "mebutamat", "carbuten", "mebutina", "2-[(carbamoyloxy)methyl]-2,3-dimethylpentyl carbamate[acd/iupac name]", "1 3-propanediol 2-sec-butyl-2-methyl- dicarbamate", "1,3-propanediol 2-sec-butyl-2-methyl- dicarbamate", "component of caplaril", "2-sec-butyl-2-methyltrimethylenecarbamate", "1,3-propanediol 2-methyl-2-(1-methylpropyl)- dicarbamate", "2-methyl-2-(1-methylpropyl)-1,3-propanediol dicarbamate", "2 2-dicarbamyloxymethyl-3-methylpentane", "butatensin", "2-methyl-2-sec-butyl-1,3-propanediol dicarbamate", "200-587-5[einecs]", "no-press", "mebutamatum[latin]", "carbamic acid 2-sec-butyl-2-methyltrimethylene ester", "carbamic acid 2-sec-butyl-2-methyltrimethylene ester", "2,2-dicarbamoyloxymethyl-3-methylpentane", "axiten", "4-03-00-00074 (beilstein handbook reference)[beilstein]", "mebutamato[spanish][inn]", "dicamoylmethtane", "mebutamate [usan:ban:inn:jan][inn][jan][usan]", "mebutamate (jan/usan)[jan][usan]", "2,2-dicarbamyloxymethyl-3-methylpentane", "caplaril", "2-[(carbamoyloxy)methyl]-2,3-dimethylpentyl carbamate(non-preferred name)", "2-sec-butyl-2-methyl-1,3-propanediol dicarbamate", "mega", "capla (tn)", "4-03-00-00074", "1 3-propanediol 2-methyl-2- (1-methylpropyl)- dicarbamate", "prean", "mioartrina", "2-sec-butyl-2-methyltrimethylene dicarbamate", "dormate (tn)", "64-55-1[rn]"}|>, "1493" -> <|"DatabaseID" -> "SW01013", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2654"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2060]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00357"]}, "IsomericSmiles" -> "CCC1(CCC(=O)NC1=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00574"]}, "OfficialNames" -> <|"China Approved Name" -> "Aminoglutethimide", "FDA Approved Drug" -> "AMINOGLUTETHIMIDE"|>, "PharmGKBID" -> "PA448375", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2145]}, "Synonyms" -> {"cytadren", "dl-aminoglutethimide", "p-aminoglutethimide", "aminoglutethimide", "elipten", "orimeten", "aminoglutetimida [inn_es]", "cytadren;elipten;orimeten", "3-(p-aminophenyl)-3-ethylpiperidine-2,6-dione", "aminoglutethimidum", "glutethimide para-amino", "3-(4-aminophenyl)-3-ethylpiperidin-2,6-dion", "3-(4-aminophenyl)-3-ethylpiperidine-2,6-dione", "cytadren (tn)", "3-ethyl-3-phenyl-piperidine-2,6-dione", "ag-1", "c 16038-ba", "125-84-8[rn]", "2-(p-aminophenyl)-2-ethylglutarimide", "aminoglutethimidum[latin]", "3-(4-aminophenyl)-3-ethyl-2,6-piperidindion", "(rs)-aminoglutethimide", "3-(4-amino-phenyl)-3-ethyl-piperidine-2,6-dione", "204-756-4[einecs]", "aminoglutethimide[wiki][usp]", "3-(4-aminophenyl)-3-ethylpiperidine-2", "3-(2-amino-phenyl)-3-ethyl-piperidine-2,6-dione", "2,6-piperidinedione 3- (4-aminophenyl)-3-ethyl-", "glutarimide 2- (p-aminophenyl)-2-ethyl-", "aminoglutethimide [ban:inn][inn]", "cytochrome p450 11a1", "d000616", "3-ethyl-3-(p-aminophenyl)-2,6-dioxopiperidine", "3-(4-aminophenyl)-3-ethyl-2,6-piperidinedione[acd/iupac name]", "3-(4-aminophenyl)-3-ethyl-piperidine-2,6-dione", "mfcd00010122", "5-22-13-00297 (beilstein handbook reference)[beilstein]", "cypxia1", "cytadren;", "2,6-piperidinedione 3-(4-aminophenyl)-3-ethyl- (+)-", "p450(scc)", "2,6-piperidinedione 3-(4-aminophenyl)-3-ethyl-", "aminoglutetimida[spanish][inn]", "3-(4-aminophenyl)-3-ethylazaperhydroine-2,6-dione", "cholesterol desmolase", "125-84-8", "aminoglutetimida", "glutarimide 2-(p-aminophenyl)-2-ethyl-", "aminoglutethimide(ag)", "aminoglutethimide (cytadren)"}|>, "1494" -> <|"DatabaseID" -> "SW01013", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2654"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2060]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00357"]}, "IsomericSmiles" -> "CCC1(CCC(=O)NC1=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00574"]}, "OfficialNames" -> <|"China Approved Name" -> "Aminoglutethimide", "FDA Approved Drug" -> "AMINOGLUTETHIMIDE"|>, "PharmGKBID" -> "PA448375", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2145]}, "Synonyms" -> {"cytadren", "dl-aminoglutethimide", "p-aminoglutethimide", "aminoglutethimide", "elipten", "orimeten", "aminoglutetimida [inn_es]", "cytadren;elipten;orimeten", "3-(p-aminophenyl)-3-ethylpiperidine-2,6-dione", "aminoglutethimidum", "glutethimide para-amino", "3-(4-aminophenyl)-3-ethylpiperidin-2,6-dion", "3-(4-aminophenyl)-3-ethylpiperidine-2,6-dione", "cytadren (tn)", "3-ethyl-3-phenyl-piperidine-2,6-dione", "ag-1", "c 16038-ba", "125-84-8[rn]", "2-(p-aminophenyl)-2-ethylglutarimide", "aminoglutethimidum[latin]", "3-(4-aminophenyl)-3-ethyl-2,6-piperidindion", "(rs)-aminoglutethimide", "3-(4-amino-phenyl)-3-ethyl-piperidine-2,6-dione", "204-756-4[einecs]", "aminoglutethimide[wiki][usp]", "3-(4-aminophenyl)-3-ethylpiperidine-2", "3-(2-amino-phenyl)-3-ethyl-piperidine-2,6-dione", "2,6-piperidinedione 3- (4-aminophenyl)-3-ethyl-", "glutarimide 2- (p-aminophenyl)-2-ethyl-", "aminoglutethimide [ban:inn][inn]", "cytochrome p450 11a1", "d000616", "3-ethyl-3-(p-aminophenyl)-2,6-dioxopiperidine", "3-(4-aminophenyl)-3-ethyl-2,6-piperidinedione[acd/iupac name]", "3-(4-aminophenyl)-3-ethyl-piperidine-2,6-dione", "mfcd00010122", "5-22-13-00297 (beilstein handbook reference)[beilstein]", "cypxia1", "cytadren;", "2,6-piperidinedione 3-(4-aminophenyl)-3-ethyl- (+)-", "p450(scc)", "2,6-piperidinedione 3-(4-aminophenyl)-3-ethyl-", "aminoglutetimida[spanish][inn]", "3-(4-aminophenyl)-3-ethylazaperhydroine-2,6-dione", "cholesterol desmolase", "125-84-8", "aminoglutetimida", "glutarimide 2-(p-aminophenyl)-2-ethyl-", "aminoglutethimide(ag)", "aminoglutethimide (cytadren)"}|>, "1495" -> <|"DatabaseID" -> "SW01014", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16796"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 872]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01065"]}, "IsomericSmiles" -> "CC(=O)NCCc1c[nH]c2c1cc(cc2)OC", "OfficialNames" -> <|"Indian Approved Name" -> "melatonin"|>, "PharmGKBID" -> "PA164752558", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 896]}, "Synonyms" -> {"melatonine", "melatonex", "n-acetyl-5-methoxytryptamine", "melovine", "melatol", "circadin", "melatonin", "5-methoxy-n-acetyltryptamine", "mt6", "ethanimidic acid,n-[2-(5-methoxy-1h-indol-3-yl)ethyl]- (1e)-", "n-[2-(5-methoxy-1h-indol-3-yl)ethyl]acetamide[acd/iupac name]", "mela-t", "5-methoxy-n-acetyltryptamine; n-[2-(5-methoxyindol-3-yl)ethyl]acetamide;melatonin; melatonine", "plenovit melatonina (melatonin + vitamin b6)_mixture", "n-(2-(5-methoxyindol-3-yl)ethyl)acetamide", "n-(2-(5-methoxy-1h-indol-3-yl)ethyl)acetamide", "205542[beilstein]", "n-[2-(5-methoxy-1h-indol-3-yl)-ethyl]-acetamide", "73-31-4", "{n-[2-(5-methoxyindol-3-yl)ethyl]-} acetamide", "n-(2-(5-methoxyindol-3-yl)ethyl)-acetamide", "acetamide {n-[2-(5-methoxyindol-3-yl)ethyl]-}", "5-22-12-00042 (beilstein handbook reference)[beilstein]", "n-acetyl-5-methoxy-tryptamine", "asmt", "n -[2-(5-methoxy-1 h -indol-3-yl)ethyl]acetamide;", "acetamide n-[2-(5-methoxy-1h-indol-3-yl)ethyl]-", "acetamide n-[2-(5-methoxyindol-3-yl)ethyl]- (6ci,8ci)", "acetamide n-[2-(5-methoxyindol-3-yl)ethyl]-", "acetamide n-[2-(5-methoxy-1h-indol-3-yl)ethyl]- (9ci)", "acetylserotonin o-methyltransferase", "acetamide {n-[2-(5-methoxy-1h-indol-3-yl)ethyl]-}", "n-[2-(5-methoxyindol-3-yl)ethyl]-acetamide", "n-[2-(5-methoxy-1h-indol-3-yl)ethyl]acetamide", "mlt", "night rest", "nature's harmony", "mel", "melatonin[wiki]", "revital melatonin", "acetamide n-(2-(5-methoxyindol-3-yl)ethyl)-", "n-[2-(5-methoxy-1h-indol-3-yl)ethyl]-acetamide", "m-1250", "n-[2-(5-methoxyindol-3-yl)ethyl]acetamide", "hiomt", "8041-44-9[rn]", "66521-38-8[rn]", "sleep right", "pineal hormone", "regulin", "acetamide n-[2- (5-methoxy-1h-indol-3-yl)ethyl]-", "acetamide n-[2- (5-methoxyindol-3-yl)ethyl]-", "rx balance", "vivitas", "acetamide n-(2-(5-methoxy-1h-indol-3-yl)ethyl)- (9ci)", "m-1200", "73-31-4[rn]", "n-[2-(5-methoxy-1h-indol-3-yl)ethyl]acetamid", "200-797-7[einecs]", "acetamide n-(2-(5-methoxy-1h-indol-3-yl)ethyl)-", "d008550"}|>, "1496" -> <|"DatabaseID" -> "SW01015", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3900"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444782]}, "IsomericSmiles" -> "C/C/1=C\\CC/C(=C/[C@@H]2[C@@H](CC1)C(=C)C(=O)O2)/C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "costunolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281437]}, "Synonyms" -> {"costunlide", "costus lactone", "costunolid", "(+)-costunolide", "costundide", "chebi:3900", "costunolide[wiki]", "nsc106404", "cyclodeca[b]furan-2(3h)-one 3a,4,5,8,9,11a-hexahydro-6,10-dimethyl-3-methylene-,(3as,6e,10e,11ar)-", "553-21-9", "553-21-9[rn]", "pubchem6258", "(3as,6e,10e,11ar)-6,10-dimethyl-3-methylene-3a,4,5,8,9,11a-hexahydrocyclodeca[b]furan-2(3h)-one", "(3as,11ar)-6,10-dimethyl-3-methylidene-2h,3h,3ah,4h,5h,8h,9h,11ah-cyclodeca[b]furan-2-one", "(3as,6e,10e,11ar)-6,10-dimethyl-3-methylidene-3a,4,5,8,9,11a-hexahydrocyclodeca[b]furan-2(3h)-one", "(3as,6e,10e,11ar)-6,10-dimethyl-3-methylene-3,3a,4,5,8,9-hexahydrocyclodeca[b]furan-2(11ah)-one", "costunolide", "(10s,1r)-3,7-dimethyl-11-methylene-13-oxabicyclo[8.3.0]trideca-2,6-dien-12-one", "(3as,6e,10e,11ar)-3a,4,5,8,9,11a-hexahydro-6,10-dimethyl-3-methylene-cyclodeca[b]furan-2(3h)-one", "(6e,10e)-(3as,11ar)-6,10-dimethyl-3-methylene-3a,4,5,8,9,11a-hexahydro-3h-cyclodeca[b]furan-2-one", "(3as,6e,10e,11ar)-6,10-dimethyl-3-methylen-3a,4,5,8,9,11a-hexahydrocyclodeca[b]furan-2(3h)-on"}|>, "1497" -> <|"DatabaseID" -> "SW01016", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165801]}, "IsomericSmiles" -> "CC(C)c1cc(cc2c1CCC2(C)O)C(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cylindrene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190914]}, "Synonyms" -> {"ethanone", "cylindrene", "ethanone,1-[2,3-dihydro-3-hydroxy-3-methyl-7-(1-methylethyl)-1h-inden-5-yl]-", "ac1q5dbr", "1-[3-hydroxy-3-methyl-7-(propan-2-yl)-2", "ar-1i7699", "chembl470669", "1-(3-hydroxy-3-methyl-7-propan-2-yl-1", "158204-49-0", "ethanone,1-(2,3-dihydro-3-hydroxy-3-methyl-7-(1-methylethyl)-1h-inden-5-yl)- (-)-", "158204-49-0[rn]", "ac1l4rib", "1-[3-hydroxy-3-methyl-7-(propan-2-yl)-2,3-dihydro-1h-inden-5-yl]ethanone"}|>, "1498" -> <|"DatabaseID" -> "SW01016", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165801]}, "IsomericSmiles" -> "CC(C)c1cc(cc2c1CCC2(C)O)C(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cylindrene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190914]}, "Synonyms" -> {"ethanone", "cylindrene", "ethanone,1-[2,3-dihydro-3-hydroxy-3-methyl-7-(1-methylethyl)-1h-inden-5-yl]-", "ac1q5dbr", "1-[3-hydroxy-3-methyl-7-(propan-2-yl)-2", "ar-1i7699", "chembl470669", "1-(3-hydroxy-3-methyl-7-propan-2-yl-1", "158204-49-0", "ethanone,1-(2,3-dihydro-3-hydroxy-3-methyl-7-(1-methylethyl)-1h-inden-5-yl)- (-)-", "158204-49-0[rn]", "ac1l4rib", "1-[3-hydroxy-3-methyl-7-(propan-2-yl)-2,3-dihydro-1h-inden-5-yl]ethanone"}|>, "1499" -> <|"DatabaseID" -> "SW01017", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2540"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65564]}, "IsomericSmiles" -> "C[C@H]1CCC[C@]2(C1=C[C@H]3[C@@H](C2)OC(=O)C3=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alantolactone;helenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72724]}, "Synonyms" -> {"eupatal", "inula camphor", "alantolactone", "elecampane camphor", "helenine", "alant camphor", "[3ar-(3aa,5b,8ab,9aa)]-3a,5,6,7,8,8a,9,9a-octahydro-5,8a-dimethyl-3-methylenenaphtho[2,3-b]furan-2(3h)-one", "8b-hydroxy-4ah-eudesm-5-en-12-oic acid g-lactone", "einecs 208-899-3", "80367-94-8 (steriochemistry unspecified)", "5,8a-dimethyl-3-methylene-3a,5,6,7,8,8a,9,9a-octahydro-3h-naphtho[2,3-b]furan-2-one", "naphtho[2,3-b]furan-2(3h)-one 3a,5,6,7,8,8a,9,9a-octahydro-5,8a-dimethyl-3-methylene- (3ar,5s,8ar,9ar)-", "546-43-0[rn]", "(13s,3r,7r,9r)-9,13-dimethyl-4-methylene-6-oxatricyclo[7.4.0.0<3,7>]tridec-1-en-5-one", "ai3-31147", "(3ar,5s,8ar,9ar)-5,8a-dimethyl-3-methylene-3,3a,6,7,8,8a,9,9a-octahydronaphtho[2,3-b]furan-2(5h)-one", "(3ar,5s,8ar,9ar)-5,8a-dimethyl-3-methylene-3a,5,6,7,8,8a,9,9a-octahydronaphtho[2,3-b]furan-2(3h)-one", "(3ar,5s,8ar,9ar)-5,8a-dimethyl-3-methylidene-3a,5,6,7,8,8a,9,9a-octahydronaphtho[2,3-b]furan-2(3h)-one", "chebi:2540", "(3ar,5s,8ar,9ar)-5,8a-dimethyl-3-methylen-3a,5,6,7,8,8a,9,9a-octahydronaphtho[2,3-b]furan-2(3h)-on", "208-899-3[einecs]", "helenin", "nsc93131", "(3ar,5s,8ar,9ar)-5,8a-dimethyl-3-methylene-3a,5,6,7,8,8a,9,9a-octahydro-3h-naphtho[2,3-b]furan-2-one"}|>, "1500" -> <|"DatabaseID" -> "SW01018", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5981"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66028]}, "IsomericSmiles" -> "C[C@]12CCCC(=C)[C@@H]1C[C@H]3[C@@H](C2)OC(=O)C3=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoalantolactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73285]}, "Synonyms" -> {"iso-alantolactone", "isoalantolactone", "nsc 241036", "brn 0013402", "naphtho[2,3-b]furan-2(3h)-one decahydro-8a-methyl-3,5-bis(methylene)-,(3ar,4as,8ar,9ar)-", "470-17-7[rn]", "470-17-7", "(3ar,4as,8ar,9ar)-8a-methyl-3,5-dimethylene-decahydro-naphtho[2,3-b]furan-2-one", "4-17-00-05031 (beilstein handbook reference)[beilstein]", "chebi:5981", "iso-alantolacton", "nsc241036", "nsc 601353", "ai3-31148", "(3ar,4as,8ar,9ar)-8a-methyl-3,5-bis(methylene)decahydronaphtho[2,3-b]furan-2(3h)-one[acd/iupac name]", "(3ar,4as,8ar,9ar)-8a-methyl-3,5-dimethylenedecahydronaphtho[2,3-b]furan-2(3h)-one", "eudesma-4(14)", "(3ar,4as,8ar,9ar)-8a-methyl-3,5-dimethylidenedecahydronaphtho[2,3-b]furan-2(3h)-one"}|>, "1501" -> <|"DatabaseID" -> "SW01019", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2305268]}, "IsomericSmiles" -> "C[C@@]12CC[NH+](C[C@@H](C1)Cc3c2cc(cc3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01879"]}, "OfficialNames" -> <|"NPC Approved Name" -> "eptazocine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3042090]}, "Synonyms" -> {"sedapain", "chembl70566", "72522-13-5[rn]", "(1s,9s)-1,11-dimethyl-11-azatricyclo[7.4.1.02,7]tetradeca-2,4,6-trien-4-ol", "(1s,9r)-1,11-dimethyl-11-aza-tricyclo[7.4.1.0*2,7*]tetradeca-2(7),3,5-trien-4-ol", "72522-13-5", "1,6-methano-1h-4-benzazonin-10-ol 2,3,4,5,6,7-hexahydro-1,4-dimethyl-,(1s,6s)-", "(1s,6s)-1,4-dimethyl-2,3,4,5,6,7-hexahydro-1h-1,6-methano-4-benzazonin-10-ol", "eptazocine[inn]", "d07904", "eptazocine hydrobromide", "eptazocine (inn)", "72150-17-5[rn]", "surecn25862", "(-)-(1s,6s)-2,3,4,5,6,7-hexahydro-1,4-dimethyl-1,6-methano-1h-4-benzazonin-10-ol", "eptazocine"}|>, "1502" -> <|"DatabaseID" -> "SW01019", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2305268]}, "IsomericSmiles" -> "C[C@@]12CC[NH+](C[C@@H](C1)Cc3c2cc(cc3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01879"]}, "OfficialNames" -> <|"NPC Approved Name" -> "eptazocine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3042090]}, "Synonyms" -> {"sedapain", "chembl70566", "72522-13-5[rn]", "(1s,9s)-1,11-dimethyl-11-azatricyclo[7.4.1.02,7]tetradeca-2,4,6-trien-4-ol", "(1s,9r)-1,11-dimethyl-11-aza-tricyclo[7.4.1.0*2,7*]tetradeca-2(7),3,5-trien-4-ol", "72522-13-5", "1,6-methano-1h-4-benzazonin-10-ol 2,3,4,5,6,7-hexahydro-1,4-dimethyl-,(1s,6s)-", "(1s,6s)-1,4-dimethyl-2,3,4,5,6,7-hexahydro-1h-1,6-methano-4-benzazonin-10-ol", "eptazocine[inn]", "d07904", "eptazocine hydrobromide", "eptazocine (inn)", "72150-17-5[rn]", "surecn25862", "(-)-(1s,6s)-2,3,4,5,6,7-hexahydro-1,4-dimethyl-1,6-methano-1h-4-benzazonin-10-ol", "eptazocine"}|>, "1503" -> <|"DatabaseID" -> "SW01020", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23255469]}, "IsomericSmiles" -> "C[C@]1([C@H]2[C@@]([C@@H]3[C@@H](CC2)CCCC3)(C=CC1)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "podocarpene"|>, "Synonyms" -> {"phenanthrene 1,2,4a,4b,5,6,7,8,8a,9,10,10a-dodecahydro-1,1,4a-trimethyl- (4ar,4bs,8ar,10as)-", "podocarpene", "podocarp-1-ene"}|>, "1504" -> <|"DatabaseID" -> "SW01021", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 147874]}, "IsomericSmiles" -> "c1(=O)n(c(=O)n(c(=O)n1Cl)Cl)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "symclosene sodium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 169072]}, "Synonyms" -> {"1", "einecs 249-771-7", "1,3,5-trichloro-1,3,5-triazine-2,4,6(1h,3h,5h)-trione,sodium salt", "ac1q1vs3", "kst-1b0631", "131074-66-3", "ar-1b6262", "1,3,5-triazine-2,4,6(1h,3h,5h)-trione 1,3,5-trichloro- sodiumsalt", "249-771-7[einecs]", "131074-66-3[rn]", "87-90-1 (parent)", "29680-41-9", "ac1l532o", "29680-41-9[rn]"}|>, "1505" -> <|"DatabaseID" -> "SW01022", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10390670]}, "IsomericSmiles" -> "C1CCN2[C@@H](C1)[C@]34C[C@H](O2)C=CC3=CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phyllantidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12314211]}, "Synonyms" -> {"phyllantidine", "9h-6,12b-methanofuro[2,3-d]pyrido[1,2-b][1,2]oxazocin-2(6h)-one 10,11,12,12a-tetrahydro-,(6s,12as,12bs)-", "(6s,12as,12bs)-10,11,12,12a-tetrahydro-9h-6,12b-methanofuro[2,3-d]pyrido[1,2-b][1,2]oxazocin-2(6h)-one", "chembl398499"}|>, "1506" -> <|"DatabaseID" -> "SW01023", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4954041]}, "IsomericSmiles" -> "C[C@]12CCCC(=C)[C@@H]1C[C@@H](CC2)C(=C)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "costic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6451579]}, "Synonyms" -> {"costic acid", "2-[(2r", "2-naphthaleneacetic acid", "2-[(2r,4ar,8as)-4a-methyl-8-methylidenedecahydronaphthalen-2-yl]prop-2-enoic acid", "3650-43-9", "ac1o53ni", "3650-43-9[rn]", "chembl486398"}|>, "1507" -> <|"DatabaseID" -> "SW01024", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478966]}, "IsomericSmiles" -> "C/C(=C/CCC1(C2CC3C1(C3C2)C)C)/C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "santalic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321104]}, "Synonyms" -> {"santalic acid"}|>, "1508" -> <|"DatabaseID" -> "SW01024", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478966]}, "IsomericSmiles" -> "C/C(=C/CCC1(C2CC3C1(C3C2)C)C)/C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "santalic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321104]}, "Synonyms" -> {"santalic acid"}|>, "1509" -> <|"DatabaseID" -> "SW01025", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3813]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01206"]}, "IsomericSmiles" -> "C1CCC(CC1)NC(=O)N(CCCl)N=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00363"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lomustine", "FDA Approved Drug" -> "LOMUSTINE"|>, "PharmGKBID" -> "PA164749407", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3950]}, "Synonyms" -> {"ceenu", "lomustine", "ccnu", "cinu", "belustine", "cecenu", "lomustinum [inn-latin]", "chloroethylcyclohexylnitrosourea", "lomustine [usan:ban:inn][inn][usan]", "ceenu ccnu", "rb3", "235-859-2[einecs]", "ceenu (tn)", "1-(2-chloroethyl)-3-cyclohexyl-1-nitrosourea", "urea n- (2-chloroethyl)-n'-cyclohexyl-n-nitroso-", "lomustine[wiki][usan]", "lomustina[spanish][inn]", "1-(2-chloroethyl)-3-cyclohexylnitrosourea", "lomustina [inn-spanish]", "13010-47-4", "n-(2-chloroethyl)-n'-cyclohexyl-n-nitrosourea", "stathmin-like protein b3", "13010-47-4[rn]", "urea n-(2-chloroethyl)-n'-cyclohexyl-n-nitroso-", "urea 1-(2-chloroethyl)-3-cyclohexyl-1-nitroso-", "d008130", "(cloro-2-etil)-1-cicloesil-3-nitrosourea[italian]", "lomustinum[latin]", "1-(2-chloroethyl)-3-cyclohexyl-1-nitrosourea[acd/iupac name]", "n-cyclohexyl-n'-2-ethylchloride-n'-nirtraso urea", "ccnu;ceenu", "337376-15-5", "1-(2-chlorethyl)-3-cyclohexyl-1-nitrosoharnstoff", "urea 1-(2-chloroethyl)-3-cyclohexyl)-1-nitroso-", "urea 1- (2-chloroethyl)-3-cyclohexyl-1-nitroso-", "1-nitrosourea 1-(2-chloroethyl)-3-cyclohexyl-"}|>, "1510" -> <|"DatabaseID" -> "SW01026", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4892]}, "IsomericSmiles" -> "c1cc2c(cc1OC(F)(F)F)sc(n2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00775"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "RILUZOLE"|>, "PharmGKBID" -> "PA451251", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5070]}, "Synonyms" -> {"rilutek", "2-amino-6-(trifluoromethoxy)benzothiazole", "riluzole", "6-trifluoromethoxy-benzothiazol-2-ylamine(riluzole)", "6-(trifluoromethoxy)benzothiazol-2-amine", "riluzol[spanish][inn]", "riluzolum [inn-latin]", "riluzolum", "6-trifluoromethoxy-benzothiazol-2-ylamine", "riluzole (jan/usan)[jan][usan]", "riluzole [usan:inn][inn][usan]", "1744-22-5[rn]", "pk-26124 rp-54274 rilutek", "riluzol", "riluzole hcl", "riluzol [inn-spanish]", "2-amino-6-(trifluoromethoxy)-benzothiazole", "6-(trifluoromethoxy)benzo[d]thiazol-2-amine", "6-(trifluoromethoxy)-1,3-benzothiazol-2-amine[acd/iupac name]", "riluzole[wiki]", "1744-22-5", "riluzole (pk 26124)", "2-benzothiazolamine 6-(trifluoromethoxy)-", "2-amino-6-(trifluoromethoxy)-1,3-benzothiazole", "6-(trifluoromethoxy)-1", "riluzolum[latin]", "benzothiazole 2-amino-6-trifluoromethoxy-", "6-(trifluoromethoxy)benzothiazole-2-ylamine", "6-(trifluormethoxy)-1,3-benzothiazol-2-amin", "2-amino-6-trifluoromethoxybenzothiazole", "2-amino-6-(trifluoromethoxy)benzothiazole; 6-trifluoromethoxy-2-aminobenzothiazole; 6-(trifluoromethoxy)-1,3-benzothiazol-2-amine", "amino-2 trifluoromethoxy-6 benzothiazole[french]", "riluzole(rilutek)", "337376-15-5", "6-(trifluoromethoxy)-2-benzothiazolamine", "rilutek[wiki]"}|>, "1511" -> <|"DatabaseID" -> "SW01027", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3129]}, "IsomericSmiles" -> "Cc1cc(nc(n1)n2c(cc(n2)C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01394"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pyrimidine 4-methoxy-2-(5-methoxy-3-methyl-1h-pyrazol-1-yl)-6-methyl-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3242]}, "Synonyms" -> {"mebron", "methopyrimazole", "epirizole", "mepirizole", "epirizol [inn-spanish]", "2-(3-methyl-5-methoxy-1-pyrazolyl)-4-methoxy-6-methylpyrimidine", "epirizole[wiki][usp][inn][jan][usan][jp15]", "mebron (tn)", "18694-40-1", "4-methoxy-2-(5-methoxy-3-methylpyrazol-1-yl)-6-methylpyrimidin[german]", "242-507-1[einecs]", "18694-40-1[rn]", "pyrimidine 4-methoxy-2-(5-methoxy-3-methyl-1h-pyrazol-1-yl)-6-methyl-", "mepirizol [german]", "2-(3-methoxy-5-methylpyrazol-2-yl)-4-methoxy-6-methylpyrimidine", "da-398", "einecs 242-507-1", "18589-27-0[rn]", "epirizol[spanish][inn]", "mepirizol[german]", "4-methoxy-2-(5-methoxy-3-methylpyrazol-1-yl)-6-methylpyrimidine", "5-25-18-00012 (beilstein handbook reference)[beilstein]", "4-methoxy-2-(5-methoxy-3-methyl-1h-pyrazol-1-yl)-6-methylpyrimidine[acd/iupac name]", "1-(4-methoxy-6-methyl-2-pyrimidinyl)-3-methyl-5-methoxypyrazole", "epirizolum [inn-latin]", "5-methoxy-1-(6-methoxy-4-methylpyrimidin-2-yl)-3-methylpyrazole", "epirizolum[latin][inn]"}|>, "1512" -> <|"DatabaseID" -> "SW01028", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470940]}, "IsomericSmiles" -> "CC(C)(C)C(/C=C/c1ccc2c(c1)OCO2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05928"]}, "OfficialNames" -> <|"NPC Approved Name" -> "stiripentol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311454]}, "Synonyms" -> {"stiripentol", "diacomit", "bcx 2600", "brn 1313047", "1-(1", "1-(1,3-benzodioxol-5-yl)-4,4-dimethyl-1-penten-3-ol[acd/iupac name]", "ncgc00185769-01", "stiripentolum[latin]", "4,4-dimethyl-1-((3,4-methylenedioxy)phenyl)-1-penten-3-ol", "1-penten-3-ol 1-(1,3-benzodioxol-5-yl)-4,4-dimethyl-", "estiripentol [inn-spanish]", "1-penten-3-ol 4,4-dimethyl-1-(3,4-methylenedioxyphenyl)-", "stiripentol[wiki]", "stiripentol [usan:inn][inn][usan]", "256-480-9[einecs]", "estiripentol[spanish][inn]", "5-19-02-00640 (beilstein handbook reference)[beilstein]", "49763-96-4", "einecs 256-480-9", "stiripentolum [inn-latin]", "49763-96-4[rn]"}|>, "1513" -> <|"DatabaseID" -> "SW01028", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470940]}, "IsomericSmiles" -> "CC(C)(C)C(/C=C/c1ccc2c(c1)OCO2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05928"]}, "OfficialNames" -> <|"NPC Approved Name" -> "stiripentol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311454]}, "Synonyms" -> {"stiripentol", "diacomit", "bcx 2600", "brn 1313047", "1-(1", "1-(1,3-benzodioxol-5-yl)-4,4-dimethyl-1-penten-3-ol[acd/iupac name]", "ncgc00185769-01", "stiripentolum[latin]", "4,4-dimethyl-1-((3,4-methylenedioxy)phenyl)-1-penten-3-ol", "1-penten-3-ol 1-(1,3-benzodioxol-5-yl)-4,4-dimethyl-", "estiripentol [inn-spanish]", "1-penten-3-ol 4,4-dimethyl-1-(3,4-methylenedioxyphenyl)-", "stiripentol[wiki]", "stiripentol [usan:inn][inn][usan]", "256-480-9[einecs]", "estiripentol[spanish][inn]", "5-19-02-00640 (beilstein handbook reference)[beilstein]", "49763-96-4", "einecs 256-480-9", "stiripentolum [inn-latin]", "49763-96-4[rn]"}|>, "1514" -> <|"DatabaseID" -> "SW01029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30039]}, "IsomericSmiles" -> "CCOC(=O)C1(CC[NH2+]CC1)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "ethyl-4-phenylpiperidine-4-carboxylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32414]}, "Synonyms" -> {"nordemerol", "nordolsin", "normeperidine", "ethyl 4-phenylpiperidine-4-carboxylate", "norpethidine", "77-17-8[rn]", "4-(ethoxycarbonyl)-4-phenylpiperidine", "4-phenylpiperidine-4-carboxylic acid ethyl ester", "4-phenyl-4-carbethoxypiperidine", "normeperidine[wiki]", "4-carbethoxy-4-phenylpiperidine", "201-008-9[einecs]", "ethyl-4-phenyl-4-piperidincarboxylat[german][acd/iupac name]", "ethyl 4-phenyl-4-piperidinecarboxylate[acd/iupac name]", "isonipecotic acid", "pethidine - intermediate-b", "4-phenyl-piperidine-4-carboxylic acid ethyl ester", "isonipecotic acid 4-phenyl- ethyl ester (6ci,7ci,8ci)", "4-phenylisonipecotic acid ethyl ester", "77-17-8", "4-piperidinecarboxylic acid 4-phenyl- ethyl ester[acd/index name]", "isonipecotic acid 4-phenyl- ethyl ester", "st087418", "24465-45-0[rn]", "norpethidin", "4-piperidinecarboxylic acid", "ethyl 4-phenylisonipecotate", "pethidine intermediate b", "4-phenyl-4-piperidinecarboxylic acid ethyl ester", "norpethidine (normeperidine)"}|>, "1515" -> <|"DatabaseID" -> "SW01030", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6887"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4015], ExternalIdentifier["ChemSpiderID", 8923]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00422"]}, "IsomericSmiles" -> "COC(=O)C(c1ccccc1)C2CCCC[NH2+]2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04999"]}, "OfficialNames" -> <|"Australia Approved Name" -> "METHYLPHENIDATE HYDROCHLORIDE", "US Illegal/Scheduled Drug (Schedule 2)" -> "Methylphenidate", "FDA Approved Drug" -> "METHYLPHENIDATE;METHYLPHENIDATE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450464", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4158], ExternalIdentifier["PubChemCompoundID", 9280]}, "Synonyms" -> {"methylphenidate", "daytrana", "ritalin-sr", "centedrin", "centedrine", "calocain", "plimasine", "phenidylate", "meridil", "methylphenidan", "metadate", "metadate er", "methylin er", "metilfenidat hydrochloride", "ritalin hydrochloride", "methylin", "methylphenidate hcl", "centredin", "pms-methylphenidate", "methylphenidate hydrochloride", "focalin xr", "ritcher works", "methylphen", "4311/b ciba", "methylphenidylacetate hydrochloride", "centedein", "ritalin sr", "methyl phenidyl acetate", "ritalin la", "riphenidate", "methylofenidan", "metadate cd", "ritaline", "methypatch", "concerta", "ritalin", "5htt", "methylphenidatum [inn-latin]", "206-065-3[einecs]", "5ht transporter", "metilfenidato [inn-spanish]", "focalin", "298-59-9[rn]", "metilfenidato [italian]", "methylin[wiki]", "d-methylphenidate hcl", "rilaline", "methylphenidate.hcl", "2-piperidineacetic acid a-phenyl- methyl ester", "35652-13-2[rn]", "methylphenyl(piperidin-2-yl)acetathydrochlorid", "metilfenidato[spanish][inn]", "methyl phenyl(piperidin-2-yl)acetate", "meridil hydrochloride", "a-phenyl-2-piperidineacetic acid methyl ester hydrochloride", "a-phenyl-a-(2-piperidyl)acetic acidmethyl ester hydrochloride", "200061[beilstein]", "methyl phenyl(2-piperidinyl)acetate hydrochloride (1:1)[acd/iupac name]", "methyl phenyl(2-piperidinyl)acetate[acd/iupac name]", "methyl phenidylacetate", "methyl 2-phenyl-2-(2-piperidyl)acetate", "methyl (2-phenyl-2-(2-piperidyl)acetate)", "6492989[beilstein]", "methylphenidatehydrochloride", "methyl a-phenyl-a-(2-piperidyl)acetate hydrochloride", "204-028-6[einecs]", "methylphenidatum[latin][inn]", "113-45-1[rn]", "methyl phenidate hydrochloride", "focalin[wiki]", "methyl phenyl(piperidin-2-yl)acetate hydrochloride", "a-phenyl-a-(2-piperidyl)acetic acid methyl ester", "ritalin[wiki]", "a-phenyl-2-piperidineacetic acid methyl ester", "methyl a-phenyl-a-(2-piperidyl)acetate", "2-(2-methoxy-2-oxo-1-phenylethyl)piperidinium chloride", "concerta[wiki]", "methyl phenyl(piperidin-2-yl)acetate hydrochloride (1:1)", "metilfenidato[italian]", "ciba 4311b", "113-45-1", "methylphenidate hydrochloride (jan/usp)[usp][jan]", "methylphenidate hydrochloride [usan:jan][jan][usan]", "methylphenyl(piperidin-2-yl)acetat[german]", "methylphenyl(piperidin-2-yl)acetat", "methylphenidate hydrochloride[usp][jan][usan]"}|>, "1516" -> <|"DatabaseID" -> "SW01030", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6887"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4015], ExternalIdentifier["ChemSpiderID", 8923]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00422"]}, "IsomericSmiles" -> "COC(=O)C(c1ccccc1)C2CCCC[NH2+]2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04999"]}, "OfficialNames" -> <|"Australia Approved Name" -> "METHYLPHENIDATE HYDROCHLORIDE", "US Illegal/Scheduled Drug (Schedule 2)" -> "Methylphenidate", "FDA Approved Drug" -> "METHYLPHENIDATE;METHYLPHENIDATE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450464", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4158], ExternalIdentifier["PubChemCompoundID", 9280]}, "Synonyms" -> {"methylphenidate", "daytrana", "ritalin-sr", "centedrin", "centedrine", "calocain", "plimasine", "phenidylate", "meridil", "methylphenidan", "metadate", "metadate er", "methylin er", "metilfenidat hydrochloride", "ritalin hydrochloride", "methylin", "methylphenidate hcl", "centredin", "pms-methylphenidate", "methylphenidate hydrochloride", "focalin xr", "ritcher works", "methylphen", "4311/b ciba", "methylphenidylacetate hydrochloride", "centedein", "ritalin sr", "methyl phenidyl acetate", "ritalin la", "riphenidate", "methylofenidan", "metadate cd", "ritaline", "methypatch", "concerta", "ritalin", "5htt", "methylphenidatum [inn-latin]", "206-065-3[einecs]", "5ht transporter", "metilfenidato [inn-spanish]", "focalin", "298-59-9[rn]", "metilfenidato [italian]", "methylin[wiki]", "d-methylphenidate hcl", "rilaline", "methylphenidate.hcl", "2-piperidineacetic acid a-phenyl- methyl ester", "35652-13-2[rn]", "methylphenyl(piperidin-2-yl)acetathydrochlorid", "metilfenidato[spanish][inn]", "methyl phenyl(piperidin-2-yl)acetate", "meridil hydrochloride", "a-phenyl-2-piperidineacetic acid methyl ester hydrochloride", "a-phenyl-a-(2-piperidyl)acetic acidmethyl ester hydrochloride", "200061[beilstein]", "methyl phenyl(2-piperidinyl)acetate hydrochloride (1:1)[acd/iupac name]", "methyl phenyl(2-piperidinyl)acetate[acd/iupac name]", "methyl phenidylacetate", "methyl 2-phenyl-2-(2-piperidyl)acetate", "methyl (2-phenyl-2-(2-piperidyl)acetate)", "6492989[beilstein]", "methylphenidatehydrochloride", "methyl a-phenyl-a-(2-piperidyl)acetate hydrochloride", "204-028-6[einecs]", "methylphenidatum[latin][inn]", "113-45-1[rn]", "methyl phenidate hydrochloride", "focalin[wiki]", "methyl phenyl(piperidin-2-yl)acetate hydrochloride", "a-phenyl-a-(2-piperidyl)acetic acid methyl ester", "ritalin[wiki]", "a-phenyl-2-piperidineacetic acid methyl ester", "methyl a-phenyl-a-(2-piperidyl)acetate", "2-(2-methoxy-2-oxo-1-phenylethyl)piperidinium chloride", "concerta[wiki]", "methyl phenyl(piperidin-2-yl)acetate hydrochloride (1:1)", "metilfenidato[italian]", "ciba 4311b", "113-45-1", "methylphenidate hydrochloride (jan/usp)[usp][jan]", "methylphenidate hydrochloride [usan:jan][jan][usan]", "methylphenyl(piperidin-2-yl)acetat[german]", "methylphenyl(piperidin-2-yl)acetat", "methylphenidate hydrochloride[usp][jan][usan]"}|>, "1517" -> <|"DatabaseID" -> "SW01030", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6887"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4015], ExternalIdentifier["ChemSpiderID", 8923]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00422"]}, "IsomericSmiles" -> "COC(=O)C(c1ccccc1)C2CCCC[NH2+]2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04999"]}, "OfficialNames" -> <|"Australia Approved Name" -> "METHYLPHENIDATE HYDROCHLORIDE", "US Illegal/Scheduled Drug (Schedule 2)" -> "Methylphenidate", "FDA Approved Drug" -> "METHYLPHENIDATE;METHYLPHENIDATE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450464", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4158], ExternalIdentifier["PubChemCompoundID", 9280]}, "Synonyms" -> {"methylphenidate", "daytrana", "ritalin-sr", "centedrin", "centedrine", "calocain", "plimasine", "phenidylate", "meridil", "methylphenidan", "metadate", "metadate er", "methylin er", "metilfenidat hydrochloride", "ritalin hydrochloride", "methylin", "methylphenidate hcl", "centredin", "pms-methylphenidate", "methylphenidate hydrochloride", "focalin xr", "ritcher works", "methylphen", "4311/b ciba", "methylphenidylacetate hydrochloride", "centedein", "ritalin sr", "methyl phenidyl acetate", "ritalin la", "riphenidate", "methylofenidan", "metadate cd", "ritaline", "methypatch", "concerta", "ritalin", "5htt", "methylphenidatum [inn-latin]", "206-065-3[einecs]", "5ht transporter", "metilfenidato [inn-spanish]", "focalin", "298-59-9[rn]", "metilfenidato [italian]", "methylin[wiki]", "d-methylphenidate hcl", "rilaline", "methylphenidate.hcl", "2-piperidineacetic acid a-phenyl- methyl ester", "35652-13-2[rn]", "methylphenyl(piperidin-2-yl)acetathydrochlorid", "metilfenidato[spanish][inn]", "methyl phenyl(piperidin-2-yl)acetate", "meridil hydrochloride", "a-phenyl-2-piperidineacetic acid methyl ester hydrochloride", "a-phenyl-a-(2-piperidyl)acetic acidmethyl ester hydrochloride", "200061[beilstein]", "methyl phenyl(2-piperidinyl)acetate hydrochloride (1:1)[acd/iupac name]", "methyl phenyl(2-piperidinyl)acetate[acd/iupac name]", "methyl phenidylacetate", "methyl 2-phenyl-2-(2-piperidyl)acetate", "methyl (2-phenyl-2-(2-piperidyl)acetate)", "6492989[beilstein]", "methylphenidatehydrochloride", "methyl a-phenyl-a-(2-piperidyl)acetate hydrochloride", "204-028-6[einecs]", "methylphenidatum[latin][inn]", "113-45-1[rn]", "methyl phenidate hydrochloride", "focalin[wiki]", "methyl phenyl(piperidin-2-yl)acetate hydrochloride", "a-phenyl-a-(2-piperidyl)acetic acid methyl ester", "ritalin[wiki]", "a-phenyl-2-piperidineacetic acid methyl ester", "methyl a-phenyl-a-(2-piperidyl)acetate", "2-(2-methoxy-2-oxo-1-phenylethyl)piperidinium chloride", "concerta[wiki]", "methyl phenyl(piperidin-2-yl)acetate hydrochloride (1:1)", "metilfenidato[italian]", "ciba 4311b", "113-45-1", "methylphenidate hydrochloride (jan/usp)[usp][jan]", "methylphenidate hydrochloride [usan:jan][jan][usan]", "methylphenyl(piperidin-2-yl)acetat[german]", "methylphenyl(piperidin-2-yl)acetat", "methylphenidate hydrochloride[usp][jan][usan]"}|>, "1518" -> <|"DatabaseID" -> "SW01030", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6887"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4015], ExternalIdentifier["ChemSpiderID", 8923]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00422"]}, "IsomericSmiles" -> "COC(=O)C(c1ccccc1)C2CCCC[NH2+]2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04999"]}, "OfficialNames" -> <|"Australia Approved Name" -> "METHYLPHENIDATE HYDROCHLORIDE", "US Illegal/Scheduled Drug (Schedule 2)" -> "Methylphenidate", "FDA Approved Drug" -> "METHYLPHENIDATE;METHYLPHENIDATE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450464", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4158], ExternalIdentifier["PubChemCompoundID", 9280]}, "Synonyms" -> {"methylphenidate", "daytrana", "ritalin-sr", "centedrin", "centedrine", "calocain", "plimasine", "phenidylate", "meridil", "methylphenidan", "metadate", "metadate er", "methylin er", "metilfenidat hydrochloride", "ritalin hydrochloride", "methylin", "methylphenidate hcl", "centredin", "pms-methylphenidate", "methylphenidate hydrochloride", "focalin xr", "ritcher works", "methylphen", "4311/b ciba", "methylphenidylacetate hydrochloride", "centedein", "ritalin sr", "methyl phenidyl acetate", "ritalin la", "riphenidate", "methylofenidan", "metadate cd", "ritaline", "methypatch", "concerta", "ritalin", "5htt", "methylphenidatum [inn-latin]", "206-065-3[einecs]", "5ht transporter", "metilfenidato [inn-spanish]", "focalin", "298-59-9[rn]", "metilfenidato [italian]", "methylin[wiki]", "d-methylphenidate hcl", "rilaline", "methylphenidate.hcl", "2-piperidineacetic acid a-phenyl- methyl ester", "35652-13-2[rn]", "methylphenyl(piperidin-2-yl)acetathydrochlorid", "metilfenidato[spanish][inn]", "methyl phenyl(piperidin-2-yl)acetate", "meridil hydrochloride", "a-phenyl-2-piperidineacetic acid methyl ester hydrochloride", "a-phenyl-a-(2-piperidyl)acetic acidmethyl ester hydrochloride", "200061[beilstein]", "methyl phenyl(2-piperidinyl)acetate hydrochloride (1:1)[acd/iupac name]", "methyl phenyl(2-piperidinyl)acetate[acd/iupac name]", "methyl phenidylacetate", "methyl 2-phenyl-2-(2-piperidyl)acetate", "methyl (2-phenyl-2-(2-piperidyl)acetate)", "6492989[beilstein]", "methylphenidatehydrochloride", "methyl a-phenyl-a-(2-piperidyl)acetate hydrochloride", "204-028-6[einecs]", "methylphenidatum[latin][inn]", "113-45-1[rn]", "methyl phenidate hydrochloride", "focalin[wiki]", "methyl phenyl(piperidin-2-yl)acetate hydrochloride", "a-phenyl-a-(2-piperidyl)acetic acid methyl ester", "ritalin[wiki]", "a-phenyl-2-piperidineacetic acid methyl ester", "methyl a-phenyl-a-(2-piperidyl)acetate", "2-(2-methoxy-2-oxo-1-phenylethyl)piperidinium chloride", "concerta[wiki]", "methyl phenyl(piperidin-2-yl)acetate hydrochloride (1:1)", "metilfenidato[italian]", "ciba 4311b", "113-45-1", "methylphenidate hydrochloride (jan/usp)[usp][jan]", "methylphenidate hydrochloride [usan:jan][jan][usan]", "methylphenyl(piperidin-2-yl)acetat[german]", "methylphenyl(piperidin-2-yl)acetat", "methylphenidate hydrochloride[usp][jan][usan]"}|>, "1519" -> <|"DatabaseID" -> "SW01031", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51860"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 135807], ExternalIdentifier["ChemSpiderID", 135806]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06701"]}, "IsomericSmiles" -> "COC(=O)[C@H](c1ccccc1)[C@H]2CCCC[NH2+]2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07806"], ExternalIdentifier["KEGGID", "D03721"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DEXMETHYLPHENIDATE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 154101], ExternalIdentifier["PubChemCompoundID", 154100]}, "Synonyms" -> {"2-piperidineacetic acid", "focalin", "dexmethylphenidate", "d-threo-methylphenidate", "19262-68-1[rn]", "dexmethylphenidate hydrochloride", "threo-methylphenydate", "methyl (2r)-phenyl((2r)-piperidin-2-yl)acetate hydrochloride", "focalin xr", "40431-64-9", "alpha-phenyl-2-piperidineacetic acid methyl ester (threo isomer)", "20748-11-2[rn]", "52760-39-1[rn]", "35652-13-2[rn]", "6116309[beilstein]", "dexmethylphenidate hydrochloride [usan]", "19262-68-1", "focalin[wiki]", "methyl-(2r)-phenyl[(2r)-piperidin-2-yl]ethanoathydrochlorid", "dexmethylphenidate[wiki]", "dexmethylphenidate (inn)", "dex methylphenidate", "dexmethylphenidate [inn]", "methyl (2r)-phenyl[(2r)-piperidin-2-yl]ethanoate hydrochloride", "d-threo-methylphenidate hydrochloride", "chebi:51860", "23655-65-4[rn]", "methyl (2r)-phenyl[(2r)-piperidin-2-yl]acetate", "5htt", "(r)-2-((r)-methoxycarbonyl-phenyl-methyl)-piperidinium; chloride", "dexmethylphenidate hydrochloride (usan)", "methylphenidate hydrochloride[usp][jan][usan]", "methyl (r)-phenyl[(r)-piperidin-2-yl]acetate", "dexmethylphenidate hydrochloride[usan]", "40431-64-9[rn]", "5ht transporter"}|>, "1520" -> <|"DatabaseID" -> "SW01032", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576298]}, "IsomericSmiles" -> "C/C/1=C/CCC2(C(O2)CC(/C=C/C1=O)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "zerumbone epoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463724]}, "Synonyms" -> {"zerumbone epoxide", "(4e", "ac1nuyfj"}|>, "1521" -> <|"DatabaseID" -> "SW01032", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576298]}, "IsomericSmiles" -> "C/C/1=C/CCC2(C(O2)CC(/C=C/C1=O)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "zerumbone epoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463724]}, "Synonyms" -> {"zerumbone epoxide", "(4e", "ac1nuyfj"}|>, "1522" -> <|"DatabaseID" -> "SW01032", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576298]}, "IsomericSmiles" -> "C/C/1=C/CCC2(C(O2)CC(/C=C/C1=O)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "zerumbone epoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463724]}, "Synonyms" -> {"zerumbone epoxide", "(4e", "ac1nuyfj"}|>, "1523" -> <|"DatabaseID" -> "SW01032", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576298]}, "IsomericSmiles" -> "C/C/1=C/CCC2(C(O2)CC(/C=C/C1=O)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "zerumbone epoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463724]}, "Synonyms" -> {"zerumbone epoxide", "(4e", "ac1nuyfj"}|>, "1524" -> <|"DatabaseID" -> "SW01033", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 340245]}, "IsomericSmiles" -> "Cc1coc2c1[C@H]([C@@]3([C@H](CCC[C@@H]3C2)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "petasalbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383983]}, "Synonyms" -> {"nci60_025867", "nsc-672986", "petasalbin", "nsc672986", "(4s", "ac1l8mjx"}|>, "1525" -> <|"DatabaseID" -> "SW01034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65414]}, "IsomericSmiles" -> "C[C@]12CCCC([C@@H]1CC=C([C@@H]2C=O)C=O)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tadeonal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72503]}, "Synonyms" -> {"tadeonal", "poligodial", "(-)-polygodial", "(-)-tadeonal", "6754-20-7[rn]", "(1r,4as,8as)-5,5,8a-trimethyl-1,4,4a,5,6,7,8,8a-octahydronaphthalene-1,2-dicarbaldehyde", "6754-20-7", "1", "1,2-naphthalenedicarboxaldehyde 1,4,4a,5,6,7,8,8a-octahydro-5,5,8a-trimethyl- (2r,4as,8as)-", "tadeodal", "(1r,4as,8as)-1,4,4a,5,6,7,8,8a-octahydro-5,5,8a-trimethyl-1,2-naphthalenedicarboxaldehyde", "nsc372407", "polygodial[wiki]", "polygodial", "[1r-(1a,4ab,8aa)]-1,4,4a,5,6,7,8,8a-octahydro-5,5,8a-trimethyl-1,2-naphthalenedicarboxaldehyde", "drim-7-ene-11", "(1r", "drim-7-ene-11,12-dial", "1,2-naphthalenedicarboxaldehyde 1,4,4a,5,6,7,8,8a-octahydro-5,5,8a-trimethyl- (1r,4as,8as)-", "1,4,4a,5,6,7,8,8a-octahydro-5,5,8a-trimethyl-1,2-naphthalenedicarboxaldehyde"}|>, "1526" -> <|"DatabaseID" -> "SW01035", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 164275]}, "IsomericSmiles" -> "CC1=CC(=O)C(=C(C)C)C[C@H]2[C@H]1CC[C@]2(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "procurcumenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 189061]}, "Synonyms" -> {"procurcumenol", "(3s", "inchi=1/c15h22o2/c1-9(2)12-8-13-11(5-6-15(13", "ac1l4nzk", "ac1q697a", "21698-40-8[rn]", "ag-j-66815", "ar-1a4565", "6(1h)-azulenone 2,3,3a,7,8,8a-hexahydro-1-hydroxy-1,4-dimethyl-7-(1-methylethylidene)- (1s,3ar,8as)-", "rhbohexdguviiy-whofxgatsa-", "kst-1a3112", "(3s,3as,8ar)-3-hydroxy-5-isopropylidene-3,8-dimethyl-2,3,3a,4,5,8a-hexahydroazulen-6(1h)-one"}|>, "1527" -> <|"DatabaseID" -> "SW01036", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390695]}, "IsomericSmiles" -> "C[C@]12CCCC([C@@H]1CCC3=C2COC3=O)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "confertifolin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442187]}, "Synonyms" -> {"confertifolin", "(+)-confertifolin", "confertifoline", "(5as", "ccg-36438", "ccg-35649", "nsc375294", "1811-23-0", "1811-23-0[rn]", "naphtho(1,2-c)furan-3(1h)-one 4,5,5a,6,7,8,9,9a-octahydro-6,6,9a-trimethyl- (5as-trans)-", "ac1l9ceh", "c09376"}|>, "1528" -> <|"DatabaseID" -> "SW01037", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58932]}, "IsomericSmiles" -> "CCC1(CCCC[NH+](C1)C)c2cccc(c2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04924"]}, "OfficialNames" -> <|"NPC Approved Name" -> "riemser brand of meptazinol hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65483]}, "Synonyms" -> {"meptazinol hydrochloride", "3-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)phenol hydrochloride", "meptazinol hcl", "3-(3-ethyl-1-methylazepan-3-yl)phenol hydrochloride (1:1)", "3-(3-ethyl-1-methylperhydroazepin-3-yl)phenol hydrochloride", "59263-76-2", "meptid", "il 22811", "[59263-76-2]", "phenol 3-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)-,hydrochloride (1:1)", "59263-76-2[rn]", "phenol 3-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)-,hydrochloride", "phenol m-(3-ethyl-1-methyl-hexahydro-1h-azepin-3-yl)- hydrochloride", "meptazinol hydrochloride (usan)", "261-683-0[einecs]", "m-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)phenol hydrochloride", "meptazinol hydrochloride [usan]", "wy 22811", "m-(3-ethyl-1-methyl-hexahydro-1h-azepin-3-yl)phenol hydrochloride", "einecs 261-683-0"}|>, "1529" -> <|"DatabaseID" -> "SW01037", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58932]}, "IsomericSmiles" -> "CCC1(CCCC[NH+](C1)C)c2cccc(c2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04924"]}, "OfficialNames" -> <|"NPC Approved Name" -> "riemser brand of meptazinol hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65483]}, "Synonyms" -> {"meptazinol hydrochloride", "3-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)phenol hydrochloride", "meptazinol hcl", "3-(3-ethyl-1-methylazepan-3-yl)phenol hydrochloride (1:1)", "3-(3-ethyl-1-methylperhydroazepin-3-yl)phenol hydrochloride", "59263-76-2", "meptid", "il 22811", "[59263-76-2]", "phenol 3-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)-,hydrochloride (1:1)", "59263-76-2[rn]", "phenol 3-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)-,hydrochloride", "phenol m-(3-ethyl-1-methyl-hexahydro-1h-azepin-3-yl)- hydrochloride", "meptazinol hydrochloride (usan)", "261-683-0[einecs]", "m-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)phenol hydrochloride", "meptazinol hydrochloride [usan]", "wy 22811", "m-(3-ethyl-1-methyl-hexahydro-1h-azepin-3-yl)phenol hydrochloride", "einecs 261-683-0"}|>, "1530" -> <|"DatabaseID" -> "SW01037", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58932]}, "IsomericSmiles" -> "CCC1(CCCC[NH+](C1)C)c2cccc(c2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04924"]}, "OfficialNames" -> <|"NPC Approved Name" -> "riemser brand of meptazinol hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65483]}, "Synonyms" -> {"meptazinol hydrochloride", "3-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)phenol hydrochloride", "meptazinol hcl", "3-(3-ethyl-1-methylazepan-3-yl)phenol hydrochloride (1:1)", "3-(3-ethyl-1-methylperhydroazepin-3-yl)phenol hydrochloride", "59263-76-2", "meptid", "il 22811", "[59263-76-2]", "phenol 3-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)-,hydrochloride (1:1)", "59263-76-2[rn]", "phenol 3-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)-,hydrochloride", "phenol m-(3-ethyl-1-methyl-hexahydro-1h-azepin-3-yl)- hydrochloride", "meptazinol hydrochloride (usan)", "261-683-0[einecs]", "m-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)phenol hydrochloride", "meptazinol hydrochloride [usan]", "wy 22811", "m-(3-ethyl-1-methyl-hexahydro-1h-azepin-3-yl)phenol hydrochloride", "einecs 261-683-0"}|>, "1531" -> <|"DatabaseID" -> "SW01037", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58932]}, "IsomericSmiles" -> "CCC1(CCCC[NH+](C1)C)c2cccc(c2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04924"]}, "OfficialNames" -> <|"NPC Approved Name" -> "riemser brand of meptazinol hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65483]}, "Synonyms" -> {"meptazinol hydrochloride", "3-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)phenol hydrochloride", "meptazinol hcl", "3-(3-ethyl-1-methylazepan-3-yl)phenol hydrochloride (1:1)", "3-(3-ethyl-1-methylperhydroazepin-3-yl)phenol hydrochloride", "59263-76-2", "meptid", "il 22811", "[59263-76-2]", "phenol 3-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)-,hydrochloride (1:1)", "59263-76-2[rn]", "phenol 3-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)-,hydrochloride", "phenol m-(3-ethyl-1-methyl-hexahydro-1h-azepin-3-yl)- hydrochloride", "meptazinol hydrochloride (usan)", "261-683-0[einecs]", "m-(3-ethylhexahydro-1-methyl-1h-azepin-3-yl)phenol hydrochloride", "meptazinol hydrochloride [usan]", "wy 22811", "m-(3-ethyl-1-methyl-hexahydro-1h-azepin-3-yl)phenol hydrochloride", "einecs 261-683-0"}|>, "1532" -> <|"DatabaseID" -> "SW01038", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514405]}, "IsomericSmiles" -> "C[N+]1=CC(=O)c2c1cc(c(c2)N[NH+]=C(N)N)O", "OfficialNames" -> <|"NPC Approved Name" -> "adrenochrome monoguanylhydrazone methanesulfonate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359957]}, "Synonyms" -> {"ls-83031", "ac1nseam", "methanesulfonic acid compd. with (3-hydroxy-1-methyl-6-oxo-5(6h)-indolinyleneamino)guanidine", "5,6-indoledione 3-hydroxy-1-methyl- 5-(amidinohydrazone) monomethanesulfonate(salt)", "adrenochrome guanylhydrazone mesilate [jan]", "adrenochrome monoguanylhydrazone methanesulfonate", "adchnon s", "s-adchnone", "5,6-indoledione 3-hydroxy-1-methyl- 5-(amidinohydrazone) monomethanesulfonate", "4009-68-1[rn]", "adrenochrome guanylhydrazone mesilate[jan]", "30500-64-2[rn]", "2-[(6-hydroxy-1-methyl-3-oxoindol-1-ium-5-yl)amino]guanidine; methanesulfonate", "s-adchnon"}|>, "1533" -> <|"DatabaseID" -> "SW01039", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 197696]}, "IsomericSmiles" -> "CCC1(C(=O)NC(=O)CS1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05466"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PHENYLPROPANOLAMINE POLISTIREX"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 227260]}, "Synonyms" -> {"phenylpropanolamine polistirex", "phenylthilone", "thimorlone", "ac1l5fd3", "2-ethyl-2-phenylthiomorpholine-3", "ac1q6lvm", "115-55-9", "2-ethyl-2-phenyl-3,5-thiamorpholinedione", "3,5-thiomorpholinedione 2-ethyl-2-phenyl-", "3", "phenylthilone [usan]", "115-55-9[rn]", "nsc18713", "2-ethyl-2-phenylthiomorpholine-3,5-dione"}|>, "1534" -> <|"DatabaseID" -> "SW01039", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 197696]}, "IsomericSmiles" -> "CCC1(C(=O)NC(=O)CS1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05466"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PHENYLPROPANOLAMINE POLISTIREX"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 227260]}, "Synonyms" -> {"phenylpropanolamine polistirex", "phenylthilone", "thimorlone", "ac1l5fd3", "2-ethyl-2-phenylthiomorpholine-3", "ac1q6lvm", "115-55-9", "2-ethyl-2-phenyl-3,5-thiamorpholinedione", "3,5-thiomorpholinedione 2-ethyl-2-phenyl-", "3", "phenylthilone [usan]", "115-55-9[rn]", "nsc18713", "2-ethyl-2-phenylthiomorpholine-3,5-dione"}|>, "1535" -> <|"DatabaseID" -> "SW01040", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80159]}, "IsomericSmiles" -> "CC(C)CCOC(=O)c1ccc(cc1)N(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "escalol 506"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 88836]}, "Synonyms" -> {"4-dimethylaminobenzoic acid isoamyl ester", "spectraban", "isoamyl 4-(dimethylamino)benzoate", "3-methylbutyl-4-dimethylaminobenzoate", "4-(dimethylamino)benzoic acid 3-methylbutyl ester", "79762-84-8[rn]", "padimate a", "isoamyl 4-(dimethylamino)benzoate [contains 2-methylbutyl 4-(dimethylamino)benzoate]", "isoamyl para-n", "padimatum", "padimate[wiki]", "padimatum [inn-latin]", "isopentyl 4-(dimethylamino)benzoate", "3-methylbutyl-4-(dimethylamino)benzoat", "3-methylbutyl 4-(dimethylamino)benzoate", "padimato", "ncgc00166258-01", "3-methylbutyl 4-(dimethylamino)benzoate[acd/iupac name]", "padimato[spanish]", "benzoic acid p-(dimethylamino-) isopentyl ester", "21245-01-2", "21245-01-2[rn]", "3-methylbutyl 4-dimethylaminobenzoate", "isoamyl para-n,n-dimethylaminobenzoate", "90803-54-6[rn]", "benzoic acid 4-(dimethylamino)- 3-methylbutyl ester", "244-288-8[einecs]"}|>, "1536" -> <|"DatabaseID" -> "SW01041", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6456"], ExternalIdentifier["ChEBIID", "50512"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3548], ExternalIdentifier["ChemSpiderID", 6075]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00281"]}, "IsomericSmiles" -> "CC[NH+](CC)CC(=O)Nc1c(cccc1C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00358"], ExternalIdentifier["KEGGID", "D02086"], ExternalIdentifier["KEGGID", "D04052"]}, "OfficialNames" -> <|"China Approved Name" -> "lidocaine", "Indian Approved Name" -> "lignocaine hcl;lidocaine;lignocaine", "WHO Essential Medicine" -> "lidocaine", "Australia Approved Name" -> "LIDOCAINE;LIGNOCAINE", "FDA Approved Drug" -> "LIDOCAINE;LIDOCAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450226", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3676], ExternalIdentifier["PubChemCompoundID", 6314]}, "Synonyms" -> {"xylocaine", "esracaine", "anestacon", "maricaine", "leostesin", "gravocain", "cappicaine", "lidocaine", "alphacaine", "xylocaine test dose", "octocaine-100", "octocaine-50", "lignocaine", "xylocaine viscous", "lidoject-1", "lidoject-2", "dilocaine", "solcain", "dermaflex", "isicaina", "anestacon jelly", "after burn spray", "xylocaine dental ointment", "octocaine", "norwood sunburn spray", "xylocaine-mpf", "xylocaine endotracheal", "lidoderm", "duncaine", "emla", "zilactin-l", "lanabiotic", "2-diethylamino-n-(2,6-dimethylphenyl)acetamide", "broncaine;", "dentipatch", "dalcaine", "xylocard", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "alphacaine hcl 2% w epineph 1:50000 (epinephrine + lidocaine hydrochloride)_mixture", "after burn double strength spray", "xylocaine-mpf with glucose", "genetic amniocentesis tray kit (iodine (povidone-iodine) + lidocaine hydrochloride)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b (polymyxin b sulfate))_mixture", "ec 2.7.10.1", "family medic first aid treatment - liq (benzalkonium chloride + lidocaine hydrochloride)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b (polymyxin b sulfate))_mixture", "percutaneous sheath intro kit ak-09810-s (iodine (povidone-iodine) + lidocaine hydrochloride (povidone-iodine))_mixture", "lidocaine hcl 2% (epinephrine + lidocaine hydrochloride)_mixture", "lidocaine 2% with epinephrine 1:100000 (epinephrine + lidocaine hydrochloride)_mixture", "central venous catheter expanded kit (lidocaine hydrochloride + povidone-iodine)_mixture", "baciguent plus pain reliever ont (bacitracin + lidocaine)_mixture", "percutaneous sheath introducer kit (iodine (povidone-iodine) + lidocaine hydrochloride)_mixture", "octocaine 100 needleject inj (epinephrine + lidocaine hydrochloride)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b (polymyxin b sulfate))_mixture", "expanded multi-med kit (lidocaine hydrochloride + povidone-iodine)_mixture", "xylocaine 5% spinal", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b (polymyxin b sulfate))_mixture", "caustinerf (camphor + chlorophenol + lidocaine + paraformaldehyde)_mixture", "lidocaine hcl 2% epinephrine inj (epinephrine + lidocaine hydrochloride)_mixture", "alphacaine hcl 2% w epineph 1:100000 (epinephrine + lidocaine hydrochloride)_mixture", "xylocaine[wiki]", "l-caine", "epidermal growth factor receptor precursor", "arrow two-lumen central venous cathetar kit (lidocaine hydrochloride + povidone-iodine)_mixture", "jamshidi menghini soft tissue biopsy tray (lidocaine hydrochloride + povidone-iodine + sodium chloride)_mixture", "rocephin kit", "jamshidi bone marrow biopsy tray (lidocaine hydrochloride + povidone-iodine)_mixture", "hydrocath central venous catheter kit (lidocaine hydrochloride + povidone-iodine)_mixture", "central venous catetherization kit (lidocaine hydrochloride + povidone-iodine)_mixture", "arrow pneumothorax kit (lidocaine hydrochloride + povidone-iodine)_mixture", "paracentesis tray w boasberg catheter set (lidocaine hydrochloride + povidone-iodine)_mixture", "continuous epidural anesthesia tray (lidocaine hydrochloride + sodium chloride)_mixture", "xylocaine - mpf 5% with glucose 7.5% (dextrose + lidocaine hydrochloride)_mixture", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "percutaneous sheath introducer tray (lidocaine hydrochloride + povidone-iodine)_mixture", "two-lumen central venous catheter kit (iodine (povidone-iodine) + lidocaine hydrochloride)_mixture", "pleura-seal thoracentesis kit (iodine (povidone-iodine) + lidocaine hydrochloride)_mixture", "200-803-8[einecs]", "epidural anesthesia tray (iodine (povidone-iodine) + lidocaine hydrochloride + sodium chloride)_mixture", "lidocaine hcl 2% w epinephrine 1:50000 (epinephrine + lidocaine hydrochloride)_mixture", "arrow multi-lumen central venous catheter kit (lidocaine hydrochloride + povidone-iodine)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b (polymyxin b sulfate))_mixture", "arrow two-lumen jugular catheterization kit (lidocaine hydrochloride + povidone-iodine)_mixture", "otizol hc liq (hydrocortisone (hydrocortisone acetate) + lidocaine (lidocaine hydrochloride) + neomycin (neomycin sulfate))_mixture", "solarcaine", "solarcaine aloe extra burn relief cream", "multi-lumen central venous cathet kit (iodine (povidone-iodine) + lidocaine hydrochloride)_mixture", "after burn double strength gel", "receptor tyrosine-protein kinase erbb-1", "racestyptine cord (aluminum chloride + lidocaine + oxyquinoline sulfate)_mixture", "lidocaine hcl 2% w epinephrine 1:100000 (epinephrine + lidocaine hydrochloride)_mixture", "137-58-6[rn]", "pacing catheter introducer kit acp-001px (lidocaine hydrochloride + povidone-iodine)_mixture", "xylocaine 0.5% w epinephrine 1:200000 (epinephrine + lidocaine hydrochloride)_mixture", "xylocaine mpf 1.5% with epinephrine (epinephrine + lidocaine hydrochloride)_mixture", "after burn gel", "peritoneal lavage kit inj (iodine (povidone-iodine) + lidocaine hydrochloride)_mixture", "arrow central venous catheterization kit (lidocaine hydrochloride + povidone-iodine)_mixture", "0.4% lidocaine hydrochloride and 5% dextrose injection usp (dextrose + lidocaine hydrochloride)_mixture", "central venous catheterization kit (lidocaine hydrochloride + povidone-iodine)_mixture", "central vein catheterization kit (lidocaine hydrochloride + povidone-iodine)_mixture", "lidocaine and epinephrine inj.usp2% 1:100000 (epinephrine + lidocaine hydrochloride)_mixture", "xylonor spray (cetrimonium bromide + lidocaine)_mixture", "zingo", "xylocaine oral spray (cetylpyridinium chloride + lidocaine hydrochloride)_mixture", "xylocaine 0.5% w epinephrine 1:100000 (epinephrine + lidocaine hydrochloride)_mixture", "lidocaine inj 2% (epinephrine hcl + lidocaine hydrochloride)_mixture", "lidocaine 0.2% in 5% dextrose inj (dextrose + lidocaine hydrochloride)_mixture", "pharmassist soothenel gel (benzethonium chloride + lidocaine hydrochloride)_mixture", "bactine first aid spray liq (benzalkonium chloride + lidocaine hydrochloride)_mixture", "lidothesin", "burncare kit (benzocaine + lidocaine hydrochloride)_mixture", "lidocaine 2% sterile injectable solution (epinephrine racemic + lidocaine hydrochloride)_mixture", "banana boat sooth-a-caine w.moist.aloe v.gel (lidocaine + menthol)_mixture", "lidocaine hcl 2% w epinephrine (epinephrine + lidocaine hydrochloride)_mixture", "lidocaine hcl 2% w epineph 1:100000inj (epinephrine + lidocaine hydrochloride)_mixture", "2',6'-acetoxylidide 2-(diethylamino)-", "lignostab", "n-(2,6-dimethylphenyl)-n2,n2-diethylglycinamide[acd/iupac name]", "lida-mantle", "2-(diethylamino)-2',6'-acetoxylidide", "isicaine", "alphacaine;xylocaine;lignocaine", "xilocaina[italian]", "n1-(2,6-dimethylphenyl)-2-(diethylamino)acetamide", "4-12-00-02538 (beilstein handbook reference)[beilstein]", "xilina", "emla cream", "2-diethylamino-2',6'-acetoxylidide", "oraqix", "lidocaine[wiki]", "n-(2,6-dimethylphenyl)-n2,n2-diethylglycinamid", "lmx", "w-diethylamino-2,6-dimethylacetanilide", "2-(diethylamino)-n-(2,6-dimethylphenyl)acetamide", "cito optadren", "n-(2,6-dimethylphenyl)-n2,n2-diethylglycinamide", "xylocain", "2215784[beilstein]", "xylocitin", "2-diethylamino-n-(2,6-dimethyl-phenyl)-acetamide", "205-302-8[einecs]", "lidocaine [usan:inn:jan][inn][jan][usan]", "lidocaina[spanish][inn]", "rucaina", "neosporin plus", "xylotox", "acetamide 2- (diethylamino)-n-(2,6-dimethylphenyl)-", "lignocainum", "lignocaine[wiki]", "lidoderm[wiki]", "lidocainum[latin]", "xylestesin", "n1-(2,6-dimethylphenyl)-n2,n2-diethylglycinamide", "2-(diethylamino)-n-(2,6-dimethylphenyl)acetamid", "lidamantle-hc", "xycaine", "xllina", "lignocaine hcl", "n-(2,6-dimethylphenyl)-n(2),n(2)-diethylglycinamide", "acetamide 2-(diethylamino)-n-(2,6-dimethylphenyl)-", "lidaform-hc", "diethylaminoaceto-2,6-xylidide", "lidocaine (van)", "lidocaine hydrochloride", "xycaine hydrochloride", "xylotox hydrochloride", "n-(2,6-dimethylphenyl)-n2,n2-diethylglycinamide hydrochloride", "lidocaton", "laryng-o-jet", "xilina hydrochloride", "rucaina hydrochloride", "irtopan", "6108-05-0 73-78-9 137-58-6", "acetamide 2-(diethylamino)-n-(2,6-dimethylphenyl)- hydrochloride (1:1)", "n-(2,6-dimethylphenyl)-n(2),n(2)-diethylglycinamide hydrochloride", "2-(diethylamino)-n-(2,6-dimethylphenyl)acetamidhydrochlorid", "lidocain hydrochloride", "lidocaine injection", "xylocitin hydrochloride", "acetamide 2-(diethylamino)-n-(2,6-dimethylphenyl)- monohydrochloride", "xylocaine hydrochloride", "lidoca ne hydrochloride", "2n2&1vmr b1 f1 &&hcl; [wln][wln]", "lidopen", "2-(diethylamino)-n-(2,6-dimethylphenyl)-acetamide hydrochloride", "6108-05-0 73-78-9 [anhydrous] 137-58-6 [lidocaine]", "3917968[beilstein]", "isicaine hydrochloride", "2-(diethylamino)-n-(2,6-dimethylphenyl)acetamide hydrochloride", "2-(diethylamino)-n-(2,6-dimethylphenyl)acetamide hydrochloride(1:1)", "2',6'-acetoxylidide 2-(diethylamino)- monohydrochloride (8ci)", "73-78-9[rn]", "xylocaine mpf", "lignocaine hydrochloride", "2-diethylamino-2',6'-acetoxylidide hydrochloride", "2-(diethylamino)-n-(2,6-dimethylphenyl)acetamide monohydrochloride", "n-(diethylaminoacetyl)-2,6-dimethylaniline hydrochloride", "leostesin hydrochloride", "2',6'-acetoxylidide 2-(diethylamino)- hydrochloride", "duncaine hydrochloride", "lidocaine hydrochloride (jan/usp)[usp][jan]", "n-(2,6-dimethylphenyl)-n2,n2-diethylglycinamide hydrochloride (1:1)[acd/iupac name]", "lidocaine hcl", "(diethylamino)-2',6'-acetoxylidide monohydrochloride", "acetamide 2-(diethylamino)-n-(2,6-dimethylphenyl)- chloride,hydrogensalt (1:1)", "linocaine hydrochloride", "xylestesin hydrochloride", "metaclopramide hydrochloride", "diocaine", "lidothesin hydrochloride", "hydrogen chloride n-(2,6-dimethylphenyl)-n2,n2-diethylglycinamide (1:1:1)", "lidocaine hydrochloride anhydrous", "gravocain hydrochloride", "anestacon hydrochloride", "xyloneural", "6108-05-0[rn]", "dalcaine (tn)", "metaclopromide hydrochloride"}|>, "1537" -> <|"DatabaseID" -> "SW01042", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6061"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6619]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00883"]}, "IsomericSmiles" -> "C1[C@H]([C@@H]2[C@H](O1)[C@H](CO2)O[N+](=O)[O-])O[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00516"]}, "OfficialNames" -> <|"Indian Approved Name" -> "isosorbide dinitrate", "Traditional Herbal Isolate" -> "iso-allorattlerin;iso-pterocarpolone;iso-adiantone;iso-quercitrine;iso-bergaten;iso-beturudin;iso-dexyelephantopin;iso-dydrone-petalactol;iso-furanogermacrene;iso-ginketine;iso-hydrocarveol;iso-hyperine;iso-linderoxide;iso-liquiritigenen;iso-lobelamine;iso-maculosindine;iso-propylidere;iso-ramanone;iso-talatizidine;iso-thalidenzine;iso-thamnetin;iso-vanihyperzine a", "Australia Approved Name" -> "SORBIDE NITRATE;ISOSORBIDE DINITRATE", "China Approved Name" -> "isosorbide dinitrate", "WHO Essential Medicine" -> "isosorbide dinitrate", "FDA Approved Drug" -> "ISOSORBIDE DINITRATE"|>, "PharmGKBID" -> "PA450125", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6883]}, "Synonyms" -> {"dilatrate-sr", "sorbidnitrate", "isotrate", "isoket", "isosorbide dinitrate", "nitrosorbide", "isordil", "carvasin", "sorbidilat", "dinitrosorbide", "vasorbate", "claodical", "sorquad", "harrical", "nitrosorbid", "difutrat", "isostat", "vasodilat", "sorbonit", "isorbid", "resoidan", "rigedal", "cardio 10", "corosorbide", "sorbide t.d.", "nitrosorbon", "sorbide nitrate", "coronex", "flindix", "titradose", "nosim", "dianhydrosorbitol 2,5-dinitrate", "cedocard", "isd", "korodil", "vascardin", "tinidil", "sorbislo", "carvanil", "rifloc retard", "xanyl", "isordil tembids", "sorbangil", "lomilan", "cardis", "cornilat", "sorbide dinitrate", "myorexon", "isdn", "iso-bid", "maycor", "isochron", "dilatrate", "emoper", "sorbitrate", "isosorbide 2,5-dinitrate", "1,4:3,6-dianhydrosorbitol 2 5-dinitrate", "npr-a", "dinitrate d'isosorbide[french][inn]", "201-740-9[einecs]", "isosorbide dinitrate [usan:ban:inn:jan][inn][jan][usan]", "bidil[wiki]", "sorate-5", "dinitrato de isosorbida", "isorbide dinitrate", "laserdil", "isordil (tn)", "atrial natriuretic peptide a-type receptor", "iso-puren", "isoket retard 40", "sorquat", "d-isosorbide dinitrate", "dignionitrat", "anpra", "sorbidi nitras", "1,4:3,6-dianhydro-2,5-di-o-nitro-d-glucitol[acd/iupac name]", "dinitratede (3r,3as,6s,6as)-hexahydrofuro[3,2-b]furane-3,6-diyle", "d-glucitol 1,4:3,6-dianhydro- dinitrate", "87-33-2[rn]", "angidil", "200-240-8[einecs]", "dinitrate d'isosorbide", "canranil", "1,4:3 6-dianhydro-d-glucitol dinitrate", "isosorbide dinitrato [dcit]", "isosorbide dinitrate[wiki][usan]", "dilatrate sr", "bidil (isosorbide dinitrate + hydralazine hydrochloride)_mixture", "eurecor", "sorbidinitrate", "isosorbidi nitras", "astridine", "(3r,3as,6s,6as)-hexahydrofuro[3,2-b]furan-3,6-diyldinitrat", "54650-95-2[rn]", "glucitol 1,4:3 6-dianhydro- dinitrate d-", "1,4:3,6-dianhydrosorbitol 2,5-dinitrate", "ibd 20", "ismotic", "corovliss", "sorbitrate[wiki]", "55-63-0[rn]", "guanylate cyclase", "ec 4.6.1.2", "[(1s,2s,5s,6r)-6-nitrooxy-4,8-dioxabicyclo[3.3.0]oct-2-yl] nitrate", "isosorbidi dinitras[latin]", "iso-mack", "atrial natriuretic peptide receptor a precursor", "isodinit", "1,4:3,6-dianhydro-d-glucitol dinitrate", "6659-58-1[rn]", "langoran", "disorlon", "(3r,3as,6s,6as)-hexahydrofuro[3,2-b]furan-3,6-diyl dinitrate", "anp-a", "vasotrate", "nitrol", "sorate-10", "nitrol (van)", "diniket", "isosorbidi dinitras", "glucitol 1,4:3,6-dianhydro- dinitrate d-", "88225[beilstein]", "sorbide", "isordil[wiki]", "frandol", "dinitrato de isosorbida[spanish][inn]", "cedocard retard", "gc-a", "dinitroisosorbide", "337376-15-5"}|>, "1538" -> <|"DatabaseID" -> "SW01043", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "490877"]}, "IsomericSmiles" -> "c1[nH]c(=O)c2c(n1)n(cn2)[C@H]3CC[C@H](O3)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00296"]}, "OfficialNames" -> <|"China Approved Name" -> "didanosine", "WHO Essential Medicine" -> "didanosine", "Indian Approved Name" -> "didanosine", "FDA Approved Drug" -> "DIDANOSINE"|>, "Synonyms" -> {"videx", "didanosine"}|>, "1539" -> <|"DatabaseID" -> "SW01044", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5706"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01355"]}, "IsomericSmiles" -> "CC1(C(=O)NC(=O)N(C1=O)C)C2=CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01071"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hexenal"|>, "Synonyms" -> {"hexobarbital", "evipan", "glur-2", "cyclopan", "cyclopal", "ampa-selective glutamate receptor 2", "evipal", "glutamate receptor 2 precursor", "somnalert", "glur-k2", "5-(1-cyclohexen-1-yl)-1,5-dimethylbarbituric acid", "sombulex", "glur-b", "sombucaps", "citopan", "noctivane", "glutamate receptor ionotropic ampa 2", "hexobarbitone", "methylhexabital", "barbidorm", "methexenyl"}|>, "1540" -> <|"DatabaseID" -> "SW01044", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5706"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01355"]}, "IsomericSmiles" -> "CC1(C(=O)NC(=O)N(C1=O)C)C2=CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01071"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hexenal"|>, "Synonyms" -> {"hexobarbital", "evipan", "glur-2", "cyclopan", "cyclopal", "ampa-selective glutamate receptor 2", "evipal", "glutamate receptor 2 precursor", "somnalert", "glur-k2", "5-(1-cyclohexen-1-yl)-1,5-dimethylbarbituric acid", "sombulex", "glur-b", "sombucaps", "citopan", "noctivane", "glutamate receptor ionotropic ampa 2", "hexobarbitone", "methylhexabital", "barbidorm", "methexenyl"}|>, "1541" -> <|"DatabaseID" -> "SW01045", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56805]}, "IsomericSmiles" -> "c1ccc(cc1)Cc2[nH]c3ccccc3c(=O)n2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycosminine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 63121]}, "Synonyms" -> {"2-benzylquinazolin-4(3h)-one", "2-benzyl-4(3h)-quinazolinone", "glycosminine", "2-benzyl-1h-quinazolin-4-one", "oprea1_647835", "4765-56-4[rn]", "2-benzyl-3h-quinazolin-4-one", "2-benzylquinazolin-4(1h)-one", "4765-56-4", "4(1h)-quinazolinone 2-(phenylmethyl)-", "mls000715273", "2-phenylmethyl-4(1h)-quinazolinone", "2-benzyl-4(1h)-quinazolinone", "st015805", "2-benzyl-3-hydroquinazolin-4-one", "4(3h)-quinazolinone 2-(phenylmethyl)-", "ac1l1yf1"}|>, "1542" -> <|"DatabaseID" -> "SW01046", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3387"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2457]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00564"]}, "IsomericSmiles" -> "c1ccc2c(c1)C=Cc3ccccc3N2C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00252"]}, "OfficialNames" -> <|"China Approved Name" -> "carbamazepine", "WHO Essential Medicine" -> "carbamazepine", "Indian Approved Name" -> "carbamazepine", "FDA Approved Drug" -> "CARBAMAZEPINE"|>, "PharmGKBID" -> "PA448785", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2554]}, "Synonyms" -> {"carbamazepine", "tegretal", "carbamezepine", "carbamazepen", "neurotol", "tegretol", "equetro", "carbazepine", "carbatrol", "taro-carbamazepine cr", "taro-carbamazepine", "karbamazepin", "biston", "tegretol-xr", "carbelan", "sirtal", "tegretol cr", "nu-carbamazepine", "novo-carbamaz", "calepsin", "stazepin", "teril", "epitol", "atretol", "finlepsin", "apo-carbamazepine", "finlepsin[wiki]", "5-carbamoyl-5h-dibenz(b,f)azepine; 5-carbamoyl-5h-dibenzo(b,f)azepine; 5-carbamyl-5h-dibenzo(b,f)azepine; 5-carbamoyl-5h-dibenz[b,f]azepine; 5h-dibenz(b,f)azepine-5-carboxamide; carbamazepen; carbamazepine", "5h-dibenzo[b,f]azepine-5-carboxamide[acd/iupac name]", "hh1", "5h-dibenz(b,f)azepine-5-carboxamide", "5h-dibenzo[b,f]azepin-5-carboxamid", "biston[wiki]", "298-46-4[rn]", "tegretol chewtabs", "dibenzo[b,f]azepine-5-carboxamide", "sodium channel protein type v subunit alpha", "5h-dibenzb,fazepine-5-carboxamide", "5-20-08-00247 (beilstein handbook reference)[beilstein]", "5h-dibenz[b,f]azepine-5-carboxamide", "telesmin", "5h-dibenz[b,f]azepine-5-carboximidic acid", "epitol[wiki]", "337376-15-5", "tegretol - xr", "carbamazepin", "206-062-7[einecs]", "5-carbamoyl-5h-dibenz[b,f]azepine", "atretol;", "5-carbamoyl-5h-dibenzo(b,f)azepine", "voltage-gated sodium channel subunit alpha nav1.5", "2-azatricyclo[9.4.0.03,8]pentadeca-1(11),3(8),4,6,9,12,14-heptaene-2-carboxamide", "epitol equetro tegretol biston calepsin", "dibenzo[b,f]azepine-5-carboxylic acid amide", "telesmin[wiki]", "stazepine[wiki]", "timonil", "5-carbamoyl-5h-dibenz(b,f)azepine", "carbamazepina[spanish][inn]", "carbamazepine[wiki]", "85756-57-6[rn]", "stazepine", "carbamazepine [usan:ban:inn:jan][inn][jan][usan]", "5-carbamoyldibenzo(b,f)azepine", "5h-dibenz[h,f]azepine-5-carboxamide", "bipotrol", "lexin[wiki]", "carbamazepinum[latin]", "tegretol xr", "298-46-4", "5-carbamyldibenzo(b,f)azepine", "tegretol[wiki]", "carbamzepine", "timonil[wiki]", "5-carbamyl-5h-dibenzo(b,f)azepine", "amizepin", "tegretol (tn)", "sodium channel protein cardiac muscle alpha-subunit", "5h-dibenzob,fazepine-5-carboxamide", "lexin"}|>, "1543" -> <|"DatabaseID" -> "SW01047", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3958]}, "IsomericSmiles" -> "CC(=O)/N=c\\1/n(nc(s1)S(=O)(=O)N)C", "OfficialNames" -> <|"FDA Approved Drug" -> "METHAZOLAMIDE"|>, "PharmGKBID" -> "PA450413", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4100]}, "Synonyms" -> {"neptazaneat", "metazolamide [dcit]", "n-[3-methyl-5-sulfamoyl-3h-[1,3,4]thiadiazol-(2z)-ylidene]-acetamide", "n-[5-(aminosulfonyl)-3-methyl-1,3,4-triadiazol-2(3h)-ylidene]acetamide", "metazolamida", "n1-[5-(aminosulfonyl)-3-methyl-2,3-dihydro-1,3,4-thiadiazol-2-yliden]acetamide", "metazolamide", "mzm", "n-methylacetazolamide", "n-(3-methyl-5-sulfamoyl-3h-[1,3,4]thiadiazol-2-ylidene)-acetamide", "metazolamida[spanish][inn]", "554-57-4", "3-methyl-2-(2-oxo-1-azapropylidene)-1,3,4-thiadiazoline-5-sulfonamide", "n-[(2z)-5-(aminosulfonyl)-3-methyl-1,3,4-thiadiazol-2(3h)-ylidene]acetamide", "554-57-4[rn]", "methazolamidum", "n-[3-methyl-5-sulfamoyl-3h-[1,3,4]thiadiazol-(2e)-ylidene]-acetamide", "209-066-7[einecs]", "n-[(2z)-3-methyl-5-sulfamoyl-1,3,4-thiadiazol-2(3h)-ylidene]acetamide[acd/iupac name]", "naptazane", "methazolamide (jan/usp)[usp][jan]", "methenamide", "acetamide n-(5-(aminosulfonyl)-3-methyl-1,3,4-thiadiazol-2(3h)-ylidene)-", "methazolamide [ban:inn:jan][inn][jan]", "methazolamide", "n-[(2z)-3-methyl-5-sulfamoyl-1,3,4-thiadiazol-2(3h)-yliden]acetamid", "methazolamide[wiki]", "acetamide n-[(2z)-5-(aminosulfonyl)-3-methyl-1,3,4-thiadiazol-2(3h)-ylidene]-", "4-27-00-08221 (beilstein handbook reference)[beilstein]", "neptazane[wiki]", "5-acetylamino-4-methyl-d2-1,3,4-thiadiazoline-2-sulfonamide", "n-(4-methyl-2-sulfamoyl-d2-1,3,4-thiadiazolin-5-ylidene)acetamide", "methazolamidum[latin]", "neptazane", "acetamide n-[5-(aminosulfonyl)-3-methyl-1,3,4-thiadiazol-2(3h)-ylidene]-"}|>, "1544" -> <|"DatabaseID" -> "SW01048", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28285286]}, "IsomericSmiles" -> "C1CC[NH+]2[C@H](C1)[C@@]34C[C@@H]([C@@H]2CC3=CC(=O)O4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "virosine"|>, "Synonyms" -> {"(1r,2r,8s,15s)-15-hydroxy-13-oxa-7-azatetracyclo[6.5.2.01,10.02,7]pentadec-10-en-12-one[acd/iupac name]", "(1r,2r,8s,15s)-15-hydroxy-13-oxa-7-azatetracyclo[6.5.2.01,10.02,7]pentadec-10-en-12-on[german][acd/iupac name]", "7h-5,10b-ethano-2h-furo[2,3-a]quinolizin-2-one 4,5,8,9,10,10a-hexahydro-12-hydroxy- (5s,10ar,10br,12s)-[acd/index name]", "virosine a"}|>, "1545" -> <|"DatabaseID" -> "SW01049", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10112"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00744"]}, "IsomericSmiles" -> "CC(c1cc2ccccc2s1)N(C(=O)N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00414"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ZILEUTON"|>, "PharmGKBID" -> "PA451955", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60490]}, "Synonyms" -> {"zileuton", "zyflo", "zileutonum [inn-latin]", "zyflo cr", "leutrol", "5-lipoxygenase", "chebi:10112", "abbott 64077", "ziluton", "ec 1.13.11.34", "zileutonum", "111406-87-2", "5-lo"}|>, "1546" -> <|"DatabaseID" -> "SW01049", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10112"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00744"]}, "IsomericSmiles" -> "CC(c1cc2ccccc2s1)N(C(=O)N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00414"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ZILEUTON"|>, "PharmGKBID" -> "PA451955", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60490]}, "Synonyms" -> {"zileuton", "zyflo", "zileutonum [inn-latin]", "zyflo cr", "leutrol", "5-lipoxygenase", "chebi:10112", "abbott 64077", "ziluton", "ec 1.13.11.34", "zileutonum", "111406-87-2", "5-lo"}|>, "1547" -> <|"DatabaseID" -> "SW01050", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59008"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24541334]}, "IsomericSmiles" -> "Cc1cc(n(c(=O)c1)[O-])CC(C)CC(C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05505"]}, "OfficialNames" -> <|"Indian Approved Name" -> "piroctone olamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 50258]}, "Synonyms" -> {"piroctone olamine", "1-hydroxy-4-methyl-6-(2", "octopirox", "piroctone ethanolamine salt", "einecs 272-574-2", "2-hydroxyethanaminium 4-methyl-2-oxo-6-(2,4,4-trimethylpentyl)pyridin-1(2h)-olate", "1-hydroxy-4-methyl-6-(2,4,4-trimethylpentyl)-2(1h)-pyridone ethanolammonium salt", "2(1h)-pyridinone", "piroctone olamine [usan]", "68890-66-4[rn]", "octopirox (tn)", "1-hydroxy-4-methyl-6-(2,4,4-trimethylpentyl)-2-(1h)pyridinone 2-aminoethanol salt", "1-hydroxy-4-methyl-6-(2,4,4-trimethylpentyl)hydropyridin-2-one,2-aminoethan-1-ol", "piroctone olamine (usan)"}|>, "1548" -> <|"DatabaseID" -> "SW01050", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59008"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24541334]}, "IsomericSmiles" -> "Cc1cc(n(c(=O)c1)[O-])CC(C)CC(C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05505"]}, "OfficialNames" -> <|"Indian Approved Name" -> "piroctone olamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 50258]}, "Synonyms" -> {"piroctone olamine", "1-hydroxy-4-methyl-6-(2", "octopirox", "piroctone ethanolamine salt", "einecs 272-574-2", "2-hydroxyethanaminium 4-methyl-2-oxo-6-(2,4,4-trimethylpentyl)pyridin-1(2h)-olate", "1-hydroxy-4-methyl-6-(2,4,4-trimethylpentyl)-2(1h)-pyridone ethanolammonium salt", "2(1h)-pyridinone", "piroctone olamine [usan]", "68890-66-4[rn]", "octopirox (tn)", "1-hydroxy-4-methyl-6-(2,4,4-trimethylpentyl)-2-(1h)pyridinone 2-aminoethanol salt", "1-hydroxy-4-methyl-6-(2,4,4-trimethylpentyl)hydropyridin-2-one,2-aminoethan-1-ol", "piroctone olamine (usan)"}|>, "1549" -> <|"DatabaseID" -> "SW01051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 92086]}, "IsomericSmiles" -> "CCC[NH2+]C(C)(C)COC(=O)c1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01417"]}, "OfficialNames" -> <|"NPC Approved Name" -> "meprylcaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101925]}, "Synonyms" -> {"meprylcaine hydrochloride", "oracaine", "2-methyl-2-(propylamino)-1-propanolbenzoate(ester) hydrochloride", "956-03-6[rn]", "213-475-6[einecs]", "e-17-2", "2-methyl-2-(propylamino)propyl benzoate chloride", "oracaine (tn)", "1-propanol", "(2-(benzoyloxy)-1,1-dimethylethyl)propylammonium chloride", "956-03-6", "2-methyl-2-(propylamino)propyl benzoate", "2-methyl-2-(propylamino)-1-propanol benzoate hydrochloride", "oracaine hydrochloride", "einecs 213-475-6", "sbb058164", "(2-(benzoyloxy)-1", "[2-(benzoyloxy)-1,1-dimethylethyl]propylammonium chloride"}|>, "1550" -> <|"DatabaseID" -> "SW01052", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8429"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59458]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01035"]}, "IsomericSmiles" -> "CC[NH+](CC)CCNC(=O)c1ccc(cc1)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00477"]}, "OfficialNames" -> <|"Australia Approved Name" -> "PROCAINAMIDE HYDROCHLORIDE", "FDA Approved Drug" -> "PROCAINAMIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66068], ExternalIdentifier["PubChemCompoundID", 657275]}, "Synonyms" -> {"procanbid", "procan sr", "pronestyl", "procapan", "procainamide hcl", "procainamide hydrochloride", "novocainamid", "novocamid", "procamide", "pronestyl-sr", "procainii chloridum", "procainhydrochlorid", "4-amino-n-[2-(diethylamino)ethyl]benzamide hydrochloride", "614-39-1[rn]", "procaine amide hydrochloride", "procainamidehydrochloride", "procan sr (tn)", "4-amino-n-(2-diethylaminoethyl)benzamide hydrochloride", "4-aminobenzoesaeure-2-diethylaminoethylester hydrochlorid", "[2-(4-amino-benzoylamino)-ethyl]-diethyl-ammonium; chloride(procainamidehcl)", "m.hsai", "2-[(4-aminobenzoyl)amino]-n,n-diethylethanaminium chloride", "[2-(4-amino-benzoylamino)-ethyl]-diethyl-ammonium", "4-amino-n-[2-(diethylamino)ethyl]benzamide monohydrochloride", "benzamide 4-amino-n-[2-(diethylamino)ethyl]- hydrochloride (1:1)", "4-amino-n-[2-(diethylamino)ethyl]benzolcarboxamidhydrochlorid", "benzamide 4-amino-n-[2-(diethylamino)ethyl]- monohydrochloride", "4-amino-n-[2-(diethylamino)ethyl]benzamide hydrochloride (1:1)[acd/iupac name]", "procaini hydrochloridum", "dnmt1", "procainamide", "4-aminobenzoic acid 2-diethylaminoethylamide", "procamide; procan; procanbid; procapan; pronestyl", "(4-aminophenyl)-n-[2-(diethylamino)ethyl]carboxamide,chloride", "51-06-9[rn]", "procan", "ec 2.1.1.37", "benzamide 4-amino-n-(2-(diethylamino)ethyl)- monohydrochloride", "p-amino-n-(2-(diethylamino)ethyl)benzamide hydrochloride", "chloride", "p-amino-n-(2-(diethylamino)ethyl)benzamide monohydrochloride", "procainamide hydrochloride [usan:jan][jan][usan]", "3729517[beilstein]", "chloride(procainamide hcl)", "614-39-1 51-06-9", "pronestyl[wiki]", "chloride(procainamide)", "promine", "novocaine amide", "4-amino-n-(2-(diethylamino)ethyl)benzamide hydrochloride", "p-amino-n-(2-diethylaminoethyl)benzamide hydrochloride", "procainamide[wiki]", "procamide hydrochloride", "210-381-7[einecs]", "hydrogenchloride4-amino-n-[2-(diethylamino)ethyl]benzamide (1:1:1)", "benzamide 4-amino-n-[2-(diethylamino)ethyl]- chloride hydrogen salt (1:1)", "novocainamide", "pronestyl (tn)", "supicane amide hydrochloride", "procan[wiki]", "biocoryl", "benzamide p-amino-n-(2-(diethylamino)ethyl)- hydrochloride", "amidoprocain", "promide", "4-amino-n-(2-(diethylamino)ethyl)benzamide monohydrochloride", "mcmt", "supicaine amide hydrochloride", "procaine amide", "614-39-1 51-06-9 [procainamide]", "dna methyltransferase hsai", "dna mtase hsai", "procapan hydrochloride", "chebi:8429", "ac1lcwa9", "4-amino-n-(2-diethylaminoethyl)benzamide; hydron; chloride", "promide hydrochloride", "surecn341750"}|>, "1551" -> <|"DatabaseID" -> "SW01053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4945563]}, "IsomericSmiles" -> "C[C@H]1CC/C=C(/CC(=O)[C@@H](CC1=O)C(C)C)\\C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "curdione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6441391]}, "Synonyms" -> {"curdione", "6-cyclodecene-1", "13657-68-6", "ac1o5v88", "(3s,6e,10s)-3-isopropyl-6,10-dimethylcyclodec-6-ene-1,4-dione", "cyclodecene-1,4-dione 6,10-dimethyl-3-(1-methylethyl)- (3s-(3r*,6e,10r*))-", "cyclodecene-1", "(3s,10s)-3-isopropyl-6,10-dimethylcyclodec-6-ene-1,4-dione", "13657-68-6[rn]", "6-cyclodecene-1,4-dione 6,10-dimethyl-3-(1-methylethyl)- (3s,10s)-", "(3s", "c17493", "6-cyclodecene-1,4-dione 6,10-dimethyl-3-(1-methylethyl)- (3s,6e,10s)-", "ls-71176", "(3s,10s)-6,10-dimethyl-3-(propan-2-yl)cyclodec-6-ene-1,4-dione", "germacr-1(10)-ene-5,8-dione", "germacr-1(10)-ene-5", "6-cyclodecene-1,4-dione 6,10-dimethyl-3-(1-methylethyl)- (3s-(3r*,6e,10r*))- (9ci)", "(3s,6e,10s)-6,10-dimethyl-3-(propan-2-yl)cyclodec-6-ene-1,4-dione"}|>, "1552" -> <|"DatabaseID" -> "SW01054", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141263]}, "IsomericSmiles" -> "C[C@H]1CC[C@@H]2C13C[C@H]([C@@](O3)(CC2=C)O)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "curcumol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160771]}, "Synonyms" -> {"curcumol", "(3s,5s,6s,8as)-3-methyl-8-methylidene-5-(propan-2-yl)octahydro-6h-3a,6-epoxyazulen-6-ol", "5444-59-7", "ar-1a4632", "ac1l4o86", "(3s", "ag-j-67825", "4871-97-0[rn]", "kst-1a5790", "kst-1a5791", "ac1q59dx", "ar-1a4633"}|>, "1553" -> <|"DatabaseID" -> "SW01055", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2040193]}, "IsomericSmiles" -> "[C-]#[N+]CCN1CCC(CC1)CC[NH+]2CCCC2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "1-(1-methyl-2-phenylethyl)-4-(N-propanilido) piperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2759444]}, "Synonyms" -> {"1-(2-isocyanoethyl)-4-(2-pyrrolidinoethyl)-", "1-(2-isocyanoethyl)-4-(2-pyrrolidin-1-ylethyl)piperidine", "1-(2-isocyanoethyl)-4-[2-(pyrrolidin-1-yl)ethyl]piperidine", "piperidine[wiki][acd/iupac name]", "1-(2-isocyanoethyl)-4-(2-pyrrolidinoethyl)-piperidine", "piperidine 1-(2-isocyanoethyl)-4-[2-(1-pyrrolidinyl)ethyl]-", "ac1mc0f6", "ag-a-12724"}|>, "1554" -> <|"DatabaseID" -> "SW01056", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28827"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559096]}, "IsomericSmiles" -> "C1CC[NH+]2C[C@@H]3C[C@H]([C@H]2C1)C[NH+]4[C@H]3CCCC4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lupinidin;sparteine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 644020]}, "Synonyms" -> {"(-)-lupinidine", "lupinidine", "l-sparteine", "(-)-sparteine", "smr000059203", "90-39-1", "[7s-(7alpha", "90-39-1[rn]", "5253541[beilstein]", "[7s-(7a,7aa,14a,14ab)]-dodecahydro-7,14-methano-2h,6h-dipyrido[1,2-a:1',2'-e][1,5]diazocine", "spartein", "6beta", "sparteine[wiki][inn][acd/iupac name]", "d-sparteine", "(1s,2r,9s,10s)-7,15-diazatetracyclo[7.7.1.02,7.010,15]heptadecan", "7,14-methano-2h,6h-dipyrido[1,2-a:1',2'-e][1,5]diazocine dodecahydro-,(7s,7ar,14s,14as)-", "lupinidin", "82447[beilstein]", "sparteine", "7744881[beilstein]", "201-988-8[einecs]", "(1s,2r,9s,10s)-7,15-diazatetracyclo[7.7.1.02,7.010,15]heptadecane", "(7s,7as,14s,14ar)-dodecahydro-7,14-methano-2h,6h-dipyrido[1,2-a:1',2'-e][1,5]diazocine", "tl8005816", "sparteine (-)"}|>, "1555" -> <|"DatabaseID" -> "SW01057", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06727"]}, "IsomericSmiles" -> "C1CC[NH+]2CC3C[C@H]([C@@H]2C1)C[NH+]4[C@H]3CCCC4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "genisteine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46937024]}, "Synonyms" -> {"lupinidine", "sparteinum", "esparteina", "(-)-sparteine", "sparteinum sulfuricum", "genisteine", "d-sparteine", "aurumheel (arnica + convallaria majalis + hawthorn + sodium tetrachloroaurate(iii) + sparteine + valerian)_mixture", "pachycarpine", "db06727", "sparteine"}|>, "1556" -> <|"DatabaseID" -> "SW01057", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06727"]}, "IsomericSmiles" -> "C1CC[NH+]2CC3C[C@H]([C@@H]2C1)C[NH+]4[C@H]3CCCC4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "genisteine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46937024]}, "Synonyms" -> {"lupinidine", "sparteinum", "esparteina", "(-)-sparteine", "sparteinum sulfuricum", "genisteine", "d-sparteine", "aurumheel (arnica + convallaria majalis + hawthorn + sodium tetrachloroaurate(iii) + sparteine + valerian)_mixture", "pachycarpine", "db06727", "sparteine"}|>, "1557" -> <|"DatabaseID" -> "SW01058", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31498"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23101]}, "IsomericSmiles" -> "C[Si](C)(C)O[Si](C)(C)O[Si](C)(C)C", "OfficialNames" -> <|"Indian Approved Name" -> "activated dimethicone;dimethylpolysiloxane;polydimethylsiloxane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24705]}, "Synonyms" -> {"dimeticone", "dimeticona", "octamethyltrisiloxane", "dimeticonum", "sentry dimethicone", "trisiloxane", "viscasil 5m", "dimethicone", "dimethicones", "polysilane", "poly ,hydroxyterminated", "dimethicone[wiki][nf]", "8050-81-5[rn]", "octamethyltrisiloxan", "dimethicone 350[usan]", "trisiloxane 1,1,1,3,3,5,5,5-octamethyl-", "polydimethylsiloxane[wiki]", "dimethicone macromolecule", "dimethylpolysiloxane[wiki]", "203-497-4[einecs]", "trisiloxane octamethyl-", "pdms", "pentamethyl(trimethylsilyloxy)disiloxane", "107-51-7[rn]", "dimethyl-bis(trimethylsilyloxy)silane", "dimethyl polysiloxane bis(trimethylsilyl)-terminated"}|>, "1558" -> <|"DatabaseID" -> "SW01059", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514501]}, "IsomericSmiles" -> "C[NH+]1CC(C2=C/C(=N/NC(=O)N)/C(=O)C=C21)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01864"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carbazochrome", "China Approved Name" -> "carbazochrome adenochrome semicarbazone", "Indian Approved Name" -> "adrenochrome monosemicarbazone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5360410]}, "Synonyms" -> {"adrenoxyl", "sangostazin", "carbazochrome", "adchnon", "carbazochrom", "adrenochrome semicarbazone", "sangostasin", "cromadrenal", "adedolon", "adrenostazin", "hydrazinecarboxamide 2-(1,2,3,6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-", "adroxon", "cartabes", "carbazochromum[latin]", "adrokson", "carbazochrome[wiki][inn][jan][usan]", "(2z)-2-(3-hydroxy-1-methyl-6-oxo-1,2,3,6-tetrahydro-5h-indol-5-ylidene)hydrazinecarboxamide", "adrenochrome monosemicarbazon", "2-(3-hydroxy-1-methyl-6-oxo-2,3-dihydro-1h-indol-5(6h)-ylidene)hydrazinecarboxamide", "3-hydroxy-1-methyl-5,6-indolinedione semicarbazone", "3-hydroxy-1-methyl-5-semicarbazono-6(5h)-indolinon", "adenocrome monosemicarbazone", "200-717-0[einecs]", "hydrazinecarboxamide 2-(1,2,3,6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-(9ci)", "carbazocromo[spanish][inn]", "3-hydroxy-1-methyl-5,6-inodlindionsemicarbazon", "hydrazinecarboxamide 2- (1,2,3 6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-", "hydrazinecarboxamide 2-(1,2,3,6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-,(2z)-", "69-81-8[rn]", "5,6-indolinedione 3-hydroxy-1-methyl- 5-semicarbazone", "adrezon", "amino-n-[(3-hydroxy-1-methyl-6-oxo(2,3-dihydroindol-5-ylidene))azamethyl]amide", "adrenochrome monosemicarbazone"}|>, "1559" -> <|"DatabaseID" -> "SW01059", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514501]}, "IsomericSmiles" -> "C[NH+]1CC(C2=C/C(=N/NC(=O)N)/C(=O)C=C21)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01864"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carbazochrome", "China Approved Name" -> "carbazochrome adenochrome semicarbazone", "Indian Approved Name" -> "adrenochrome monosemicarbazone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5360410]}, "Synonyms" -> {"adrenoxyl", "sangostazin", "carbazochrome", "adchnon", "carbazochrom", "adrenochrome semicarbazone", "sangostasin", "cromadrenal", "adedolon", "adrenostazin", "hydrazinecarboxamide 2-(1,2,3,6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-", "adroxon", "cartabes", "carbazochromum[latin]", "adrokson", "carbazochrome[wiki][inn][jan][usan]", "(2z)-2-(3-hydroxy-1-methyl-6-oxo-1,2,3,6-tetrahydro-5h-indol-5-ylidene)hydrazinecarboxamide", "adrenochrome monosemicarbazon", "2-(3-hydroxy-1-methyl-6-oxo-2,3-dihydro-1h-indol-5(6h)-ylidene)hydrazinecarboxamide", "3-hydroxy-1-methyl-5,6-indolinedione semicarbazone", "3-hydroxy-1-methyl-5-semicarbazono-6(5h)-indolinon", "adenocrome monosemicarbazone", "200-717-0[einecs]", "hydrazinecarboxamide 2-(1,2,3,6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-(9ci)", "carbazocromo[spanish][inn]", "3-hydroxy-1-methyl-5,6-inodlindionsemicarbazon", "hydrazinecarboxamide 2- (1,2,3 6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-", "hydrazinecarboxamide 2-(1,2,3,6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-,(2z)-", "69-81-8[rn]", "5,6-indolinedione 3-hydroxy-1-methyl- 5-semicarbazone", "adrezon", "amino-n-[(3-hydroxy-1-methyl-6-oxo(2,3-dihydroindol-5-ylidene))azamethyl]amide", "adrenochrome monosemicarbazone"}|>, "1560" -> <|"DatabaseID" -> "SW01059", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514501]}, "IsomericSmiles" -> "C[NH+]1CC(C2=C/C(=N/NC(=O)N)/C(=O)C=C21)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01864"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carbazochrome", "China Approved Name" -> "carbazochrome adenochrome semicarbazone", "Indian Approved Name" -> "adrenochrome monosemicarbazone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5360410]}, "Synonyms" -> {"adrenoxyl", "sangostazin", "carbazochrome", "adchnon", "carbazochrom", "adrenochrome semicarbazone", "sangostasin", "cromadrenal", "adedolon", "adrenostazin", "hydrazinecarboxamide 2-(1,2,3,6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-", "adroxon", "cartabes", "carbazochromum[latin]", "adrokson", "carbazochrome[wiki][inn][jan][usan]", "(2z)-2-(3-hydroxy-1-methyl-6-oxo-1,2,3,6-tetrahydro-5h-indol-5-ylidene)hydrazinecarboxamide", "adrenochrome monosemicarbazon", "2-(3-hydroxy-1-methyl-6-oxo-2,3-dihydro-1h-indol-5(6h)-ylidene)hydrazinecarboxamide", "3-hydroxy-1-methyl-5,6-indolinedione semicarbazone", "3-hydroxy-1-methyl-5-semicarbazono-6(5h)-indolinon", "adenocrome monosemicarbazone", "200-717-0[einecs]", "hydrazinecarboxamide 2-(1,2,3,6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-(9ci)", "carbazocromo[spanish][inn]", "3-hydroxy-1-methyl-5,6-inodlindionsemicarbazon", "hydrazinecarboxamide 2- (1,2,3 6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-", "hydrazinecarboxamide 2-(1,2,3,6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-,(2z)-", "69-81-8[rn]", "5,6-indolinedione 3-hydroxy-1-methyl- 5-semicarbazone", "adrezon", "amino-n-[(3-hydroxy-1-methyl-6-oxo(2,3-dihydroindol-5-ylidene))azamethyl]amide", "adrenochrome monosemicarbazone"}|>, "1561" -> <|"DatabaseID" -> "SW01059", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514501]}, "IsomericSmiles" -> "C[NH+]1CC(C2=C/C(=N/NC(=O)N)/C(=O)C=C21)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01864"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carbazochrome", "China Approved Name" -> "carbazochrome adenochrome semicarbazone", "Indian Approved Name" -> "adrenochrome monosemicarbazone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5360410]}, "Synonyms" -> {"adrenoxyl", "sangostazin", "carbazochrome", "adchnon", "carbazochrom", "adrenochrome semicarbazone", "sangostasin", "cromadrenal", "adedolon", "adrenostazin", "hydrazinecarboxamide 2-(1,2,3,6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-", "adroxon", "cartabes", "carbazochromum[latin]", "adrokson", "carbazochrome[wiki][inn][jan][usan]", "(2z)-2-(3-hydroxy-1-methyl-6-oxo-1,2,3,6-tetrahydro-5h-indol-5-ylidene)hydrazinecarboxamide", "adrenochrome monosemicarbazon", "2-(3-hydroxy-1-methyl-6-oxo-2,3-dihydro-1h-indol-5(6h)-ylidene)hydrazinecarboxamide", "3-hydroxy-1-methyl-5,6-indolinedione semicarbazone", "3-hydroxy-1-methyl-5-semicarbazono-6(5h)-indolinon", "adenocrome monosemicarbazone", "200-717-0[einecs]", "hydrazinecarboxamide 2-(1,2,3,6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-(9ci)", "carbazocromo[spanish][inn]", "3-hydroxy-1-methyl-5,6-inodlindionsemicarbazon", "hydrazinecarboxamide 2- (1,2,3 6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-", "hydrazinecarboxamide 2-(1,2,3,6-tetrahydro-3-hydroxy-1-methyl-6-oxo-5h-indol-5-ylidene)-,(2z)-", "69-81-8[rn]", "5,6-indolinedione 3-hydroxy-1-methyl- 5-semicarbazone", "adrezon", "amino-n-[(3-hydroxy-1-methyl-6-oxo(2,3-dihydroindol-5-ylidene))azamethyl]amide", "adrenochrome monosemicarbazone"}|>, "1562" -> <|"DatabaseID" -> "SW01060", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14224]}, "IsomericSmiles" -> "CCC(=O)OCCNC(=O)C[n+]1ccccc1", "OfficialNames" -> <|"FDA Approved Drug" -> "UNDECOYLIUM CHLORIDE IODINE COMPLEX"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14930]}, "Synonyms" -> {"undecoylium chloride", "undecoylium chloride-iodine", "1337-59-3[rn]", "emulsept", "1338-54-1[rn]", "1337-59-3", "virac", "ac1l24tf", "acylcolaminoformylnethylpyridinium chloride complex with iodine", "undecoylium chloride complex with iodine", "ls-63878", "unii-hm7xoi3u8i"}|>, "1563" -> <|"DatabaseID" -> "SW01061", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8430"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5591], ExternalIdentifier["ChemSpiderID", 4745]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00721"]}, "IsomericSmiles" -> "CC[NH+](CC)CCOC(=O)c1ccc(cc1)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00740"], ExternalIdentifier["KEGGID", "D08422"]}, "OfficialNames" -> <|"Australia Approved Name" -> "PROCAINE;PROCAINE HYDROCHLORIDE;PROCAINE BENZYPENICILLIN", "NPC Approved Name" -> "procaine merethoxylline", "FDA Approved Drug" -> "PROCAINE HYDROCHLORIDE;PROCAINE MERETHOXYLLINE"|>, "PharmGKBID" -> "PA451110", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4914]}, "Synonyms" -> {"procaine", "duracaine", "vitamin h3", "procain", "nissocaine", "spinocaine", "novocain", "procaine hcl", "procaine hydrochloride", "gerovital", "novocaine", "anticort", "procaine base", "jenacain", "duracillin a.s.", "norocaine", "p-aminobenzoyldiethylaminoethanol", "gerovital h-3", "jenacaine", "neocaine", "allocaine", "scurocaine", "penicillin g procaine", "diethylaminoethyl p-aminobenzoate", "neuronal acetylcholine receptor subunit alpha-2 precursor", "pfizerpen-as", "chloroprocaine hcl", "nesacaine", "westocaine", "51-05-8[rn]", "anestil", "novocaine[wiki]", "4-aminobenzoic acid 2-diethylaminoethyl ester", "59-46-1[rn]", "2-(diethylamino)ethyl 4-aminobenzoate hydrochloride", "913480[beilstein]", "2-diethylaminoethyl 4-aminobenzoate", "factor h3", "stoff h3", "4-14-00-01138 (beilstein handbook reference)[beilstein]", "2-diethylaminoethyl p-aminobenzoate", "4-aminobenzoic acid 2-(diethylamino)ethyl ester", "benzoic acid 4-amino- 2- (diethylamino)ethyl ester", "benzoic acid p-amino- 2-(diethylamino)ethyl ester", "4-amino-benzoic acid 2-diethylamino-ethyl ester", "2-(diethylamino)ethyl p-aminobenzoate", "benzoic acid p-amino- 2- (diethylamino)ethyl ester", "procaine base", "149-13-3[rn]", "2-(diethylamino)ethyl 4-aminobenzoate[acd/iupac name]", "91484-72-9[rn]", "procaine[wiki]", "p-aminobenzoic acid 2-diethylaminoethyl ester", "2-diethylaminoethylester kyseliny p-aminobenzoove[czech]", "procaine borate", "2-diethylaminoethyl 4-aminobenzoate;4-aminobenzoic acid diethylaminoethyl ester;diethylaminoethylp-aminobenzoate;procaine;vitaminh3", "200-426-9[einecs]", "procainum[latin]", "procaina[spanish][inn]", "gerovital[wiki]", "benzoic acid 4-amino- 2-(diethylamino)ethyl ester", "isocaine-heisler", "anesthesol", "neotonocaine", "12663-50-2[rn]", "novocainum", "paracain", "atoxicocaine", "benzoic acid 4-amino- 2-(diethylamino)ethylester monohydrochloride", "4-14-00-01138", "p-aminobenzoic acid 2-diethylaminoethyl ester hydrochloride", "2-(diethylamino)ethyl-4-aminobenzoathydrochlorid", "bernacaine", "procaine hydrochloride", "procainehydrochloride", "2-(diethylamino)ethyl p-aminobenzoate monohydrochloride", "benzoic acid 4-amino- 2-(diethylamino)ethylester hydrochloride (1:1)", "topokain", "2-(diethylamino)ethyl-4-aminobenzolcarboxylathydrochlorid", "bernocaine", "4-aminobenzoic acid 2-diethylaminoethyl ester; p-aminobenzoic acid diethylaminoethyl esterhydrochloride; novocaine hydrochloride", "51-05-8 59-46-1", "ethocaine", "herocaine", "59-46-1 (free base)", "irocaine", "chlorocaine", "2-diethylaminoethyl p-aminobenzoate hydrochloride", "geriocaine", "novocaine hydrochloride", "eugerase", "planocaine", "5/8/1951", "juvocaine", "procaine hydrochloride [usan:jan][jan][usan]", "syncaine", "alocaine", "p-aminobenzoyldiethylaminoethanol hydrochloride", "200-077-2[einecs]", "cetain", "4-aminobenzoic acid 2-(diethylamino)ethyl ester hydrochloride", "sevicaine", "1951-05-8", "p-aminobenzoic acid diethylaminoethyl ester hydrochloride", "18756", "51-05-8 59-46-1 [procaine]", "2-(diethylamino)ethyl 4-aminobenzoate hydrochloride (1:1)[acd/iupac name]", "2-(diethylamino)ethyl 4-aminobenzoate chloride h", "benzoic acid 4-amino-2-(diethylamino)ethyl ester monohydrochloride; 2-diethylaminoethyl p-aminobenzoate hydrochloride; diethylaminoethanol 4-aminobenzoate hydrochloride; novocainehydrochloride; procaine hydrochloride; chlorocaine; procaine monohydrochloride", "flo-cillin (veterinary)", "naucaine", "omnicain", "4-aminobenzoic acid 2-(diethylamino)ethyl ester monohydrochloride", "lactocaine", "2-(diethylamino)ethyl 4-aminobenzoate chloride", "benzoic acid p-amino- 2-(diethylamino)ethylester monohydrochloride", "4-amino-benzoic acid 2-diethylamino-ethyl ester hydrochloride", "anadolor", "aminocaine", "gerovital h3", "kerocaine", "isocaine-asid", "procaina; procaine; procainum", "solution of novocain", "4-14-00-01138[beilstein]"}|>, "1564" -> <|"DatabaseID" -> "SW01062", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59270]}, "IsomericSmiles" -> "c1ccc(cc1)N2CC[NH+](CC2)C[C@@H](CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08119"]}, "OfficialNames" -> <|"Indian Approved Name" -> "levodropropizine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65859]}, "Synonyms" -> {"levdropropizine", "rapitux", "levodropropizine", "(-)-dropropizine", "levotuss", "1,2-propanediol 3-(4-phenyl-1-piperazinyl)- (2s)-", "levodropropizina [inn-spanish]", "levodropropizinum[latin]", "danka[wiki]", "(2s)-3-(4-phenylpiperazin-1-yl)propane-1", "s(-)-3-(4-phenylpiperazin-1-yl)propane-1,2-diol", "(s)-dropropizine", "levopront", "levodropropizine dropropizine", "danka", "(s)-3-(4-phenyl-1-piperazinyl)-1,2-propanediol", "99291-25-5[rn]", "levodropropizine[inn]", "(-)-(s)-3-(4-phenyl-1-piperazinyl)-1,2-propanediol", "levodropropizinum [inn-latin]", "levodropropizina[spanish][inn]", "1,2-propanediol 3-(4-phenylpiperazin-1-yl)- s(-)-", "99291-25-5", "99291-24-4/99291-25-1", "99291-24-4[rn]", "cas-17692-31-8", "salvituss", "(2s)-3-(4-phenylpiperazin-1-yl)propane-1,2-diol", "(s)-3-(4-phenylpiperazin-1-yl)propane-1,2-diol"}|>, "1565" -> <|"DatabaseID" -> "SW01063", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5036498]}, "IsomericSmiles" -> "c1cc(oc1/C=N/N2CC(=O)NC2=O)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00439"]}, "OfficialNames" -> <|"China Approved Name" -> "nitrofurantoin", "WHO Essential Medicine" -> "nitrofurantoin", "Indian Approved Name" -> "nitrofurantoin", "FDA Approved Drug" -> "NITROFURANTOIN;NITROFURANTOIN SODIUM;NITROFURANTOIN MACROCRYSTALLINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6604200]}, "Synonyms" -> {"furadoninum", "nitrofurantoin", "furantoin", "furadoine", "furadantin", "furadantine", "nitrofuradantin", "furadonine", "furadontin", "dantafur", "1-[(5-nitrofurfurylidene)amino]imidazolidine-2,4-dione sodiumsalt", "1-[[(5-nitro-2-furanyl)methylene]amino]-2,4-imidazolidinedione", "n-(5-nitro-2-furfurylideno)-1-aminohydantoina[polish]", "macrodantina", "nitrofurantoin macrocrystalline", "nitrex", "furadantine-mc", "hydantoin 1-(5-nitro-furfurylideneamino)-", "67-20-9[rn]", "sodium salt nitrofurantoin", "furadoin", "furadantin[wiki]", "urizept", "furatoin", "furophen t", "urodil", "urodin", "macrofuran", "berkfurin", "nitrofurantoina [dcit]", "uro-tablinen", "n-toin", "uro-tablineu", "orafuran", "macrofurin", "berkfuran", "fua-med", "furobactina", "fur-ren", "furadantoin", "1-[(1e)-2-(5-nitro(2-furyl))-1-azavinyl]-1,3-diazolidine-2,4-dione", "novofuran", "54-87-5[rn]", "n-(5-nitro-2-furfurylidene)-1-aminohydantoin", "urofurin", "furophen", "nitrofurantoinum[latin]", "furina[wiki]", "furachel", "nifurantin", "nitrofurantoin sodium salt", "furagin", "trantoin", "asmanex twisthaler", "2,4-imidazolidinedione 1-[[(1e)-(5-nitro-2-furanyl)methylene]amino]-", "piyeloseptyl", "ivadantin", "furabid", "2,4-imidazolidinedione 1-(((5-nitro-2-furanyl)methylene)amino)-", "furantoina", "phenurin", "1-{[(e)-(5-nitrofuran-2-yl)methylidene]amino}imidazolidine-2,4-dione", "nierofu", "nifuretten", "siraliden", "macrodantin", "5-nitrofurantoin", "furedan", "alfuran", "furadonin", "17140-81-7[rn]", "1-(((5-nitrofuran-2-yl)methylene)amino)imidazolidine-2,4-dione", "furalan", "ceduran", "nitrofurantoin macrocrystalline", "furaloid", "furazidin", "fua med", "urantoin", "200-216-7[einecs]", "gerofuran", "nitrofurantoine[french][inn]", "monohydrate nitrofurantoin", "parfuran", "zoofurin", "200-646-5[einecs]", "1-[(5-nitro-furan-2-ylmethylene)-amino]-imidazolidine-2,4-dione", "1-{[(1e)-(5-nitrofuran-2-yl)methyliden]amino}imidazolidin-2,4-dion", "1-[(5-nitro-furan-2-ylmethylene)-amino]-imidazolidine-2,4-dione(furadantin)", "2,4-imidazolidinedione 1-[[(5-nitro-2-furanyl)methylene]amino]-", "1-(((5-nitro-2-furanyl)methylene)amino)-2,4-imidazolidinedione", "1-((5-nitrofuran-2-yl)methyleneamino)imidazolidine-2,4-dione", "nitrofurantoin (jan/usp)[usp][jan]", "nitrofurantoin [usan:ban:inn:jan][inn][jan][usan]", "nitoin", "1-[[(5-nitro-2-furanyl)methylene]mino]-2,4-imidazolidinedione", "furadantin;berkfurin;macrodantin;urantoin", "cistofuran", "67-20-9,54-87-5 [nitrofurantoin sodium] 17140-81-7 [monohydrate]", "urofuran", "macrodantin[wiki]", "welfurin", "n-(5-nitrofurfurylidene)-1-aminohydantoin", "1-(5-nitro-2-furfurylidenamino)hydantoin", "(e)-1-(((5-nitrofuran-2-yl)methylene)amino)imidazolidine-2,4-dione", "1-{[(5-nitro-2-furyl)methylene]amino}-2,4-imidazolidinedione[acd/iupac name]", "2,4-imidazolidenedione 1-(((5-nitro-2-furanyl)methylene)amino)-", "1-[(5-nitrofurfurylidene)amino]hydantoin", "d009582", "1-((5-nitrofurfurylidene)amino)hydantoin", "urolisa", "1-{[(e)-(5-nitro-2-furyl)methylene]amino}imidazolidine-2,4-dione", "ro-antoin", "macrobid[wiki]", "nitrofurantoin monohydrate", "furadantin retard", "cyantin", "1-{[(1e)-(5-nitrofuran-2-yl)methylidene]amino}imidazolidine-2,4-dione", "furodantin", "furadantina mc", "chemiofuran", "cystit", "hydantoin 1-((5-nitrofurfurylidene)amino)-", "ituran", "nitrofur-c", "furadantin;", "uerineks", "nitrofurantoin[wiki]", "urolong", "furophen t-caps", "1-{[1-(5-nitro-furan-2-yl)-meth-(e)-ylidene]-amino}-imidazolidine-2,4-dione", "macpac[wiki]", "1-(5-nitro-2-furfurylideneamino)hydantoin", "1-{[(e)-(5-nitro-2-furyl)methylene]amino}-2,4-imidazolidinedione", "uro-selz"}|>, "1566" -> <|"DatabaseID" -> "SW01064", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 114471]}, "IsomericSmiles" -> "c1cc(c(c(c1)F)Cn2cc(nn2)C(=O)N)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05775"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "RUFINAMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 129228]}, "Synonyms" -> {"banzel", "xilep", "rufinamide", "inovelon", "ac1l2v8c", "ate ii", "1-[(2,6-difluorophenyl)methyl]-1,2,3-triazole-4-carboxamide", "106308-44-5", "1-(2,6-difluorobenzyl)-1h-1,2,3-triazole-4-carboxamide[acd/iupac name]", "1-[(2,6-difluorophenyl)methyl]-4-triazolecarboxamide", "1-((2,6-difluorophenyl)methyl)-1h-1,2,3-triazole-4-carboxamide", "1h-1,2,3-triazole-4-carboxamide 1-((2,6-difluorophenyl)methyl)-", "cgp-33101", "1h-1,2,3-triazole-4-carboxamide 1-[(2,6-difluorophenyl)methyl]-", "1-[(2,6-difluorophenyl)methyl]-1h-1,2,3-triazole-4-carboxamide", "rufinamide(banzel)", "rufinamide[wiki]", "cgp 33101", "[106308-44-5]", "s1256_selleck", "1-[[2,6-bis(fluoranyl)phenyl]methyl]-1,2,3-triazole-4-carboxamide", "106308-44-5[rn]"}|>, "1567" -> <|"DatabaseID" -> "SW01065", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3682"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2845]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04816"]}, "IsomericSmiles" -> "c1cc2c(c(c1)[O-])C(=O)c3c(cccc3[O-])C2=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07107"]}, "OfficialNames" -> <|"NPC Approved Name" -> "18-dihydroxyanthraquinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2950]}, "Synonyms" -> {"dantron", "danivac", "diaquone", "dionone", "antrapurol", "laxanthreen", "chrysazin", "chrysazine", "1,8-dihydroxy-9,10-anthracenedione", "danthron", "laxipurin", "pastomin", "duolax", "neokutin s", "dorbantyl", "1,8-dihydroxyanthrachinon", "dorbanex", "laxanorm", "1,4,5,8-tetroxyantraquinone", "zwitsalax", "1,8-dihydroxyanthra-9,10-quinone", "dorbane", "laxipur", "ltan", "prugol", "bancon", "1,8-dihydroxyanthracene-9,10-dione", "dioxyanthrachinonum", "roydan", "istin", "scatron d", "istizin", "1,8-dihydroxyanthraquinone", "117-10-2", "danthro-lax", "dantrona[spanish][inn]", "usaf nd-59", "1,8-dihydroxy-9,10-anthraquinone[french][acd/iupac name]", "1,8-bis(oxidanyl)anthracene-9,10-dione", "117-10-2[rn]", "criasazin", "istan[wiki]", "1,8-dihydroxyanthrachinon [czech]", "dihydroxyanthraquinone", "1,8-dihydroxyanthrachinon[german]", "dantronum[latin]", "dantrone [inn-french]", "1,8-dioxyanthraquinone", "dhaq", "1,8-dihydroxy-9,10-anthraquinone[acd/iupac name]", "1", "1 8-dihydroxyanthrachinon[german]", "altan[wiki]", "dantronum [inn-latin]", "dantrone[french][inn]", "9,10-anthracenedione 1,8-dihydroxy-[acd/index name]", "danthron [ban]", "dianthon", "istan", "altan", "204-173-5[einecs]", "laxapur", "1,8-dihydroxy-9,10-anthrachinon[german][acd/iupac name]", "anthraquinone 1,8-dihydroxy-", "dantrona [inn-spanish]", "modane[wiki]", "regulin", "1,8-dihydroanthraquinone", "dantron[wiki][inn]", "modane", "1,8-dihydroxy-9,10-anthraquinone", "2054727[beilstein]", "pilules vinchy n.f.", "danthron[wiki]", "danthrone"}|>, "1568" -> <|"DatabaseID" -> "SW01066", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3686"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61419]}, "IsomericSmiles" -> "Cc1cc2c(c(c1)[O-])C(=O)c3c(cccc3[O-])C2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysarobin;rhein chrysarobin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68111]}, "Synonyms" -> {"chrysophanic acid 9-anthrone", "chrysothrone", "chrysophanic acid-9-anthrone", "chrysophanol-9-anthrone", "chrysophanol anthrone", "5150-93-6", "chebi:3686", "1", "spectrum_001297", "specplus_000166", "1,8-dihydroxy-3-methylanthrone", "2333642[beilstein]", "1,8-dihydroxy-3-methyl-9(10h)-anthracenone[acd/iupac name]", "anthrone 1,8-dihydroxy-3-methyl-", "207-740-5[einecs]", "chrysarobin", "9(10h)-anthracenone 1,8-dihydroxy-3-methyl-", "chrysarobin (pure substance)", "491-58-7[rn]", "1,8-dihydroxy-3-methylanthracen-9(10h)-one", "chrysophanic acid-9-anthrone*chrysothrone*chrysarobin*chrysophanol-9-anthrone", "3-methyl-1,8-dihydroxy-9,10-dihydro-9-oxoanthracen"}|>, "1569" -> <|"DatabaseID" -> "SW01067", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4995"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3214]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00949"]}, "IsomericSmiles" -> "c1ccc(cc1)C(COC(=O)N)COC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00536"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FELBAMATE"|>, "PharmGKBID" -> "PA449590", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3331]}, "Synonyms" -> {"taloxa", "felbamate", "felbamyl", "felbatol", "[25451-15-4]", "2-phenyl-1,3-propanediol dicarbamate", "felbamate[wiki][usan]", "(3-carbamoyloxy-2-phenyl-propyl) carbamate", "carbamic acid 3-carbamoyloxy-2-phenyl-propyl ester", "felbamato[spanish]", "felbamato [spanish]", "1,3-propanediol 2-phenyl- 1,3-dicarbamate", "felamate", "nr2a", "nmdar2a", "2-phenyl-1,3-propanedioldicarbamate", "3-(aminocarbonyloxy)-2-phenylpropyl aminooate", "felbamatum[latin]", "felbatol[wiki]", "felbamatum [inn_la]", "hnr2a", "2-phenyl-1,3-propanediyl dicarbamate[acd/iupac name]", "carbamic acid 2-phenyltrimethylene ester", "2-phenylpropane-1,3-diyl dicarbamate", "25451-15-4", "felbamato", "25451-15-4[rn]", "felbamatum [latin]", "1,3-propanediol 2-phenyl- dicarbamate", "felbamatum", "247-001-4[einecs]", "glutamate receptor subunit epsilon-1 precursor", "4-06-00-05993 (beilstein handbook reference)[beilstein]", "2-phenyl-1", "felbamate [usan:inn][inn][usan]", "337376-15-5", "n-methyl d- aspartate receptor subtype 2a", "felbatol (tn)"}|>, "1570" -> <|"DatabaseID" -> "SW01068", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4806]}, "IsomericSmiles" -> "CC(Cn1cnc2c1c(=O)n(c(=O)n2C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01771"]}, "OfficialNames" -> <|"NPC Approved Name" -> "proxyphylline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4977]}, "Synonyms" -> {"proxyphylline", "purophyllin", "monophylline", "thean", "sanwaphyllin", "brontyl", "1h-purine-2,6-dione 3,7-dihydro-7-(2-hydroxypropyl)-1,3-dimethyl-", "proxiphylline", "spasmolysin", "monophyllin", "sigophyl", "proxyphylline [ban:inn:jan][inn][jan]", "monophyllin (tn)", "210-028-7[einecs]", "proxifilina[spanish][inn]", "proxyphyllinum[latin]", "603-00-9[rn]", "diprophylline imp. d (ep)", "1h-purine-2,6-dione 3,7-dihydro-7-(2-hydroxypropyl)-1,3-dimethyl- (9ci)", "7-[(2rs)-2-hydroxypropyl]-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione", "7-(2-hydroxypropyl)theophylline", "proxy-retardoral", "2-hydroxypropyl-7-theophylline", "7-(2-hydroxy-propyl)-1,3-dimethyl-3,7-dihydro-purine-2,6-dione(proxyphylline)", "7-(2-hydroxypropyl)-1,3-dimethyl-1,3,7-trihydropurine-2,6-dione", "1,3-dimethyl-7-(2-hydroxypropyl)xanthine", "mt", "1h-purine-2,6-dione 3,7-dihydro-1,3-dimethyl-7-(2-hydroxypropyl)-", "theoden[wiki]", "7-(2-hydroxypropyl)-1,3-dimethyl-2,3,6,7-tetrahydro-1h-purine-2,6-dione", "3,7-dihydro-7-(2-hydroxypropyl)-1 3-dimethyl-1h-purine-2,6-dione", "7-(2-hydroxypropyl)-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione[acd/iupac name]", "1h-purine-2,6-dione 3 7-dihydro-1,3-dimethyl-7-(2-hydroxypropyl)-", "oxypropyltheophylline", "theophylline 7-(2-hydroxypropyl)-", "theophylline 7- (2-hydroxypropyl)-", "7-(2-hydroxy-propyl)-1,3-dimethyl-3,7-dihydro-purine-2,6-dione", "6003-00-9", "3,7-dihydro-7-(2-hydroxypropyl)-1,3-dimethyl-1h-purine-2,6-dione", "proxiphyllinum", "theoden"}|>, "1571" -> <|"DatabaseID" -> "SW01068", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4806]}, "IsomericSmiles" -> "CC(Cn1cnc2c1c(=O)n(c(=O)n2C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01771"]}, "OfficialNames" -> <|"NPC Approved Name" -> "proxyphylline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4977]}, "Synonyms" -> {"proxyphylline", "purophyllin", "monophylline", "thean", "sanwaphyllin", "brontyl", "1h-purine-2,6-dione 3,7-dihydro-7-(2-hydroxypropyl)-1,3-dimethyl-", "proxiphylline", "spasmolysin", "monophyllin", "sigophyl", "proxyphylline [ban:inn:jan][inn][jan]", "monophyllin (tn)", "210-028-7[einecs]", "proxifilina[spanish][inn]", "proxyphyllinum[latin]", "603-00-9[rn]", "diprophylline imp. d (ep)", "1h-purine-2,6-dione 3,7-dihydro-7-(2-hydroxypropyl)-1,3-dimethyl- (9ci)", "7-[(2rs)-2-hydroxypropyl]-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione", "7-(2-hydroxypropyl)theophylline", "proxy-retardoral", "2-hydroxypropyl-7-theophylline", "7-(2-hydroxy-propyl)-1,3-dimethyl-3,7-dihydro-purine-2,6-dione(proxyphylline)", "7-(2-hydroxypropyl)-1,3-dimethyl-1,3,7-trihydropurine-2,6-dione", "1,3-dimethyl-7-(2-hydroxypropyl)xanthine", "mt", "1h-purine-2,6-dione 3,7-dihydro-1,3-dimethyl-7-(2-hydroxypropyl)-", "theoden[wiki]", "7-(2-hydroxypropyl)-1,3-dimethyl-2,3,6,7-tetrahydro-1h-purine-2,6-dione", "3,7-dihydro-7-(2-hydroxypropyl)-1 3-dimethyl-1h-purine-2,6-dione", "7-(2-hydroxypropyl)-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione[acd/iupac name]", "1h-purine-2,6-dione 3 7-dihydro-1,3-dimethyl-7-(2-hydroxypropyl)-", "oxypropyltheophylline", "theophylline 7-(2-hydroxypropyl)-", "theophylline 7- (2-hydroxypropyl)-", "7-(2-hydroxy-propyl)-1,3-dimethyl-3,7-dihydro-purine-2,6-dione", "6003-00-9", "3,7-dihydro-7-(2-hydroxypropyl)-1,3-dimethyl-1h-purine-2,6-dione", "proxiphyllinum", "theoden"}|>, "1572" -> <|"DatabaseID" -> "SW01069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4437893]}, "IsomericSmiles" -> "c1ccc(cc1)COC(=O)/C=C/c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "benzyl cinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5273469]}, "Synonyms" -> {"benzylcinnamate", "benzyl cinnamate", "benzyl 3-phenylpropenoate", "cinnamic acid benzyl ester", "benzylcinnamoate", "cinnamein", "203-109-3[einecs]", "ethyl cinnamate[wiki]", "103-36-6[rn]", "benzyl g-phenylacrylate", "(e)-3-phenyl-2-propenoic acid (phenylmethyl) ester", "benzyl-(2e)-3-phenylacrylat", "benzyl alcohol cinnamate", "103-41-3[rn]", "2-propenoic acid", "benzyl (2e)-3-phenylacrylate", "benzyl 3-phenylprop-2-enoate", "benzyl alcohol", "3-phenyl-acrylic acid benzyl ester", "2-propenoic acid 3-phenyl- phenylmethyl ester", "benzyl 3-phenylacrylate[acd/iupac name]", "benzyl (2e)-3-phenylprop-2-enoate", "phenylmethyl (2e)-3-phenylprop-2-enoate", "trans-cinnamic acid benzyl ester", "cinnamic acid benzylester", "(e)-3-phenyl-acrylic acid benzyl ester", "benzyl cinnamate; cinnamic acid benzyl ester", "benzyl alcohol cinnamate", "benzyl alcohol cinnamic ester", "(phenylmethyl) (e)-3-phenylprop-2-enoate", "3-phenyl-2-propenoic acid phenylmethyl ester", "phenylmethyl 3-phenyl-2-propenoate", "benzyl-3-phenylpropenoate", "benzylester kyseliny skoricove[czech]", "2-propenoic acid 3-phenyl- phenylmethyl ester (e)-", "2-propenoic acid 3-phenyl- phenylmethyl ester (2e)-", "benzyl (2e)-3-phenyl-2-propenoate", "cinnamic acid benzyl ester"}|>, "1573" -> <|"DatabaseID" -> "SW01070", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9073"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5005]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00418"]}, "IsomericSmiles" -> "CCCC(C)C1(C(=O)NC(=O)NC1=O)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00430"], ExternalIdentifier["KEGGID", "D01310"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Secobarbital", "US Illegal/Scheduled Drug (Schedule 2)" -> "Secobarbital", "FDA Approved Drug" -> "SECOBARBITAL SODIUM"|>, "PharmGKBID" -> "PA164784035", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5193], ExternalIdentifier["PubChemCompoundID", 31143], ExternalIdentifier["PubChemCompoundID", 14148199]}, "Synonyms" -> {"meballymal", "meballymalum", "secobarbitone", "secobarbital", "seconal", "5-allyl-5-(1-methylbutyl)barbituric acid", "bipanal", "barbosec", "immenox", "quinalbarbital", "hypotrol", "evrronal", "trisomnin", "somosal", "hyptran", "quinalbarbitone", "synate", "secobarbitale [dcit]", "evronal", "seco 8", "secobarbitalum[latin]", "barbituric acid", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(1-methylbutyl)-5-(2-propenyl)-", "quinalbarbitone[wiki]", "seconal (tn)", "5-(1-methylbutyl)-5-(2-propenyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "200-982-2[einecs]", "225330[beilstein]", "secobarbital [usan:inn][inn][usan]", "barbituric acid 5-allyl-5-(1-methylbutyl)-", "76-73-3[rn]", "5-allyl-5-(1-methylbutyl)malonylurea", "secobarbitalum", "5-(pentan-2-yl)-5-(prop-2-en-1-yl)-pyrimidine-2,4,6(1h,3h,5h)-trione", "seconal[wiki]", "5-allyl-5-(1-methylbutyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "5-(pentan-2-yl)-5-(prop-2-en-1-yl)pyrimidine-2,4,6(1h,3h,5h)-trione", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(1-methylbutyl)-5-(2-propen-1-yl)-", "(+-)-secobarbital", "5-24-09-00235 (beilstein handbook reference)[beilstein]", "5-allyl-5-(1-methylbutyl)pyrimidine-2,4,6(1h,3h,5h)-trione", "5-allyl-5-(1-methylbutyl)barbiturate", "5-allyl-5-(1-methylbutyl)-barbituric acid", "quinobarbitone", "5-pentan-2-yl-5-prop-2-enyl-1,3-diazinane-2,4,6-trione", "secobarbital[wiki][usp]", "29071-21-4[rn]", "imesonal", "quinalspan", "seotal", "immenoctal", "pramil", "seconal sodium", "secobarbital sodium", "r(+)-secobarbital", "(+/-)-secobarbital", "(+)-secobarbital", "glutamate receptor 2 precursor", "evronal sodium", "sodium quinalbarbitone", "dormona", "sodium secobarbital", "ampa-selective glutamate receptor 2", "glur-b", "glutamate receptor ionotropic ampa 2", "meballymal sodium", "sodium seconal", "sebar", "bipinal sodium", "dormatylan", "novosecobarb", "glur-2", "sedutain", "(r)-(+)-seconal", "quinalbarbitone sodium", "secobarbitalum [inn-latin]", "glur-k2"}|>, "1574" -> <|"DatabaseID" -> "SW01070", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9073"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5005]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00418"]}, "IsomericSmiles" -> "CCCC(C)C1(C(=O)NC(=O)NC1=O)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00430"], ExternalIdentifier["KEGGID", "D01310"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Secobarbital", "US Illegal/Scheduled Drug (Schedule 2)" -> "Secobarbital", "FDA Approved Drug" -> "SECOBARBITAL SODIUM"|>, "PharmGKBID" -> "PA164784035", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5193], ExternalIdentifier["PubChemCompoundID", 31143], ExternalIdentifier["PubChemCompoundID", 14148199]}, "Synonyms" -> {"meballymal", "meballymalum", "secobarbitone", "secobarbital", "seconal", "5-allyl-5-(1-methylbutyl)barbituric acid", "bipanal", "barbosec", "immenox", "quinalbarbital", "hypotrol", "evrronal", "trisomnin", "somosal", "hyptran", "quinalbarbitone", "synate", "secobarbitale [dcit]", "evronal", "seco 8", "secobarbitalum[latin]", "barbituric acid", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(1-methylbutyl)-5-(2-propenyl)-", "quinalbarbitone[wiki]", "seconal (tn)", "5-(1-methylbutyl)-5-(2-propenyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "200-982-2[einecs]", "225330[beilstein]", "secobarbital [usan:inn][inn][usan]", "barbituric acid 5-allyl-5-(1-methylbutyl)-", "76-73-3[rn]", "5-allyl-5-(1-methylbutyl)malonylurea", "secobarbitalum", "5-(pentan-2-yl)-5-(prop-2-en-1-yl)-pyrimidine-2,4,6(1h,3h,5h)-trione", "seconal[wiki]", "5-allyl-5-(1-methylbutyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "5-(pentan-2-yl)-5-(prop-2-en-1-yl)pyrimidine-2,4,6(1h,3h,5h)-trione", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-(1-methylbutyl)-5-(2-propen-1-yl)-", "(+-)-secobarbital", "5-24-09-00235 (beilstein handbook reference)[beilstein]", "5-allyl-5-(1-methylbutyl)pyrimidine-2,4,6(1h,3h,5h)-trione", "5-allyl-5-(1-methylbutyl)barbiturate", "5-allyl-5-(1-methylbutyl)-barbituric acid", "quinobarbitone", "5-pentan-2-yl-5-prop-2-enyl-1,3-diazinane-2,4,6-trione", "secobarbital[wiki][usp]", "29071-21-4[rn]", "imesonal", "quinalspan", "seotal", "immenoctal", "pramil", "seconal sodium", "secobarbital sodium", "r(+)-secobarbital", "(+/-)-secobarbital", "(+)-secobarbital", "glutamate receptor 2 precursor", "evronal sodium", "sodium quinalbarbitone", "dormona", "sodium secobarbital", "ampa-selective glutamate receptor 2", "glur-b", "glutamate receptor ionotropic ampa 2", "meballymal sodium", "sodium seconal", "sebar", "bipinal sodium", "dormatylan", "novosecobarb", "glur-2", "sedutain", "(r)-(+)-seconal", "quinalbarbitone sodium", "secobarbitalum [inn-latin]", "glur-k2"}|>, "1575" -> <|"DatabaseID" -> "SW01071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4486260]}, "IsomericSmiles" -> "Cc1cc([nH]c1/C=C\\2/c3ccccc3NC2=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08990"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ROMIPLOSTIM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5329098]}, "Synonyms" -> {"semoxind", "semaxinib", "su5416", "(3z)-3-[(3,5-dimethyl-1h-pyrrol-2-yl)methylene]-1,3-dihydro-2h-indol-2-one", "3-(3,5-dimethyl-3h-pyrrol-2-ylmethylene)-1,3-dihydro-indol-2-one(su 5416)", "3-((3,5-dimethyl-1h-pyrrol-2-yl)methylene)indolin-2-one", "(3z)-3-[(3,5-dimethyl-1h-pyrrol-2-yl)methylidene]-1,3-dihydro-2h-indol-2-one", "2h-indol-2-one 3-((3,5-dimethyl-1h-pyrrol-2-yl)methylene)-1,3-dihydro-,(z)-", "(z)-3-((3,5-dimethyl-1h-pyrrol-2-yl)methylene)indolin-2-one", "3-(3,5-dimethyl-1h-pyrrol-2-ylmethylene)-1,3-dihydro-indol-2-one", "c116890", "3-[(3,5-dimethyl-1h-pyrrol-2-yl)methylene]-1,3-dihydro-2h-indol-2-one[acd/iupac name]", "semaxnib", "romiplostim", "3-[(2,4-dimethylpyrrol-5-yl)methylidenyl]indolin-2-one", "3-((z)-(3,5-dimethylpyrrol-2-yl)methylene)-2-indolinone", "2h-indol-2-one 3-[(3,5-dimethyl-1h-pyrrol-2-yl)methylene]-1,3-dihydro-,(3z)-", "tsu-16", "romiplostim (genetical recombination)", "semaxanib", "1,3-dihydro-3-[(3,5-dimethyl-1h-pyrrol-2-yl)methylene]-2h-indol-2-one", "su 5416", "1,3-dihydro-3-[(3,5-dimethyl-1h-pyrrol-2-yl);methylene]-2h-indol-2-one", "3-(3,5-dimethyl-1h-pyrrol-2-ylmethylene)-1,3-dihydro-indol-2-one ( su 5416)", "194413-58-6[rn]", "204005-46-9[rn]", "3-(3,5-dimethyl-1h-pyrrol-2-ylmethylene)-1,3-dihydroindol-2-one", "nplate", "2h-indol-2-one 3-[(3,5-dimethyl-2-pyrrolyl)methylene]-", "nsc-696819", "3-(2,4-dimethylpyrrol-5-yl)methylidene-indolin-2-one", "(3z)-3-[(3,5-dimethyl-1h-pyrrol-2-yl)methylidene]-2,3-dihydro-1h-indol-2-one", "su-5416", "3-(1-(3,5-dimethyl-1h-pyrrol-2-yl)meth-(z)-ylidene)-2-oxo-2,3-dihydroindole", "semaxanib[wiki][inn]", "semaxanib (usan/inn)", "3-[1-(3,5-dimethyl-1h-pyrrol-2-yl)-meth-(z)-ylidene]-1,3-dihydro-indol-2-one", "h-indol-2-one 3-((3,5-dimethyl-1h-pyrrol-2-yl)methylene)-1,3-dihydro-", "romiplate", "2h-indol-2-one 3-((3,5-dimethyl-1h-pyrrol-2-yl)methylene)-1,3-dihydro-,(3z)-"}|>, "1576" -> <|"DatabaseID" -> "SW01072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62073]}, "IsomericSmiles" -> "CCC(=C(c1ccccc1)c2ccccc2)C[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01837"]}, "OfficialNames" -> <|"NPC Approved Name" -> "etifelmine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68840]}, "Synonyms" -> {"etifelmin", "etifelmine hydrochloride", "1-butanamine 2-(diphenylmethylene)-", "edpa", "2-benzhydrylidenebutan-1-amine", "etifelmina [inn-spanish]", "2-(diphenylmethylene)butan-1-amine", "etifelminum[latin]", "gilutensin", "etifelminum", "unii-1zfb1fr98e", "na iii", "2-ethyl-3,3-diphenyl-2-propenylamine", "surecn309131", "ac1l2ajy", "1146-95-8[rn]", "2-diphenylmethylenebutylamine", "etifelmina[spanish]", "341-00-4[rn]", "etifelminum [inn-latin]", "etifelmine[inn]", "2-(diphenylmethylene)butylamine", "etifelmine", "tensinase d", "etifelmina"}|>, "1577" -> <|"DatabaseID" -> "SW01073", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478760]}, "IsomericSmiles" -> "CC12CC[C@H](C[C@@H]1C(=C)CC(C2)O)C(C)(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pterocarpol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320774]}, "Synonyms" -> {"ac1nszu4", "pterocarpol", "(4ar"}|>, "1578" -> <|"DatabaseID" -> "SW01073", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478760]}, "IsomericSmiles" -> "CC12CC[C@H](C[C@@H]1C(=C)CC(C2)O)C(C)(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pterocarpol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320774]}, "Synonyms" -> {"ac1nszu4", "pterocarpol", "(4ar"}|>, "1579" -> <|"DatabaseID" -> "SW01073", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478760]}, "IsomericSmiles" -> "CC12CC[C@H](C[C@@H]1C(=C)CC(C2)O)C(C)(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pterocarpol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320774]}, "Synonyms" -> {"ac1nszu4", "pterocarpol", "(4ar"}|>, "1580" -> <|"DatabaseID" -> "SW01073", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478760]}, "IsomericSmiles" -> "CC12CC[C@H](C[C@@H]1C(=C)CC(C2)O)C(C)(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pterocarpol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320774]}, "Synonyms" -> {"ac1nszu4", "pterocarpol", "(4ar"}|>, "1581" -> <|"DatabaseID" -> "SW01074", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390815]}, "IsomericSmiles" -> "CC(C)[C@H]1CC[C@]2([C@]13CC[C@](O3)([C@H](C2)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "daucol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442363]}, "Synonyms" -> {"daucol", "887-08-1[rn]", "c09652", "ac1l9cok", "887-08-1"}|>, "1582" -> <|"DatabaseID" -> "SW01075", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "650657"], ExternalIdentifier["ChEBIID", "6121"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15065], ExternalIdentifier["ChemSpiderID", 3689]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01221"]}, "IsomericSmiles" -> "C[NH2+]C1(CCCCC1=O)c2ccccc2Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00711"], ExternalIdentifier["KEGGID", "D08098"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ketamine", "Australia Approved Name" -> "KETAMINE HYDROCHLORIDE", "China Approved Name" -> "ketamine", "WHO Essential Medicine" -> "ketamine", "US Illegal/Scheduled Drug (Schedule 3)" -> "Ketamine", "FDA Approved Drug" -> "KETAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450144", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15851], ExternalIdentifier["PubChemCompoundID", 3821]}, "Synonyms" -> {"ketamine", "ketaject", "ketolar", "ketalar", "clsta 20", "ketanest", "ci 581 base", "ketalar base", "ketamine base", "ketamine hcl", "ketamine hydrochloride", "esketamine", "cetamina", "special k", "dl-ketamine", "vetalar", "ketavet", "ketamine[wiki]", "(s)-ketamine", "l-ketamine", "217-484-6[einecs]", "1867-66-9[rn]", "dopamine d2 receptor", "ketalar[wiki]", "ketanest[wiki]", "(s)-(-)-ketamine", "(-)-ketamine", "2-(2-chlorophenyl)-2-(methylamino)cyclohexanone hydrochloride", "calypsol", "2-(o-chlorophenyl)-2-(methylamino)cyclohexanone", "kalipsol", "cyclohexanone 2- (o-chlorophenyl)-2-(methylamino)-", "2-(methylamino)-2-(2-chlorophenyl)cyclohexanone", "ketaset[wiki]", "006740-88-1[rn]", "cyclohexanone 2-(2-chlorophenyl)-2-(methylamino)-", "cetamina[spanish][inn]", "special k [street name]", "79499-51-7[rn]", "2-(2-chloro-phenyl)-2-methylamino-cyclohexanone", "2-(2-chloro-phenyl)-2-methylamino-cyclohexanone(ketamine)", "6740-88-1", "nmda", "229-804-1[einecs]", "cyclohexanone 2-(o-chlorophenyl)-2-(methylamino)-", "ketamina; ketamine; ketaminum", "ketamine chloride", "ketaminum", "tekam", "cyclohexanone 2-(2-chlorophenyl)-2-(methylamino)- (9ci)", "ketavet 100", "6740-88-1[rn]", "2-(2-chlorophenyl)-2-(methylamino)cyclohexan-1-one", "100477-72-3[rn]", "2-(2-chlorophenyl)-2-(methylamino)cyclohexanone[acd/iupac name]", "33643-45-7[rn]", "ketaminum [inn_la]", "ketaminum[latin]", "337376-15-5", "2-(o-chlorophenyl)-2-(methylamino)-cyclohexanone", "33643-46-8[rn]", "calipsol", "81771-21-3[rn]", "100477-73-4[rn]", "2-(2-chlorophenyl)-2-(methylamino)cyclohexanone hydrochloride (1:1)[acd/iupac name]", "96448-41-8[rn]", "ketaminehydrochloride", "ketaset plus (veterinary)", "(+-)-ketamine hydrochloride", "anaket-v", "ketamine hydrochloride [usan:jan][jan][usan]", "79499-52-8[rn]", "2-(2-chlorphenyl)-2-(methylamino)cyclohexanonhydrochlorid", "ketaset", "ketalar (tn)", "42551-62-2[rn]", "[1867-66-9]", "cyclohexanone 2-(2-chlorophenyl)-2-(methylamino)- hydrochloride", ".; ketamine hydrochloride", "ketavet (veterinary)", "cn-52,372-2", "cn-52372-2", "cl-369", "ci-581", "cyclohexanone 2-(2-chlorophenyl)-2-(methylamino)- hydrochloride (1:1)"}|>, "1583" -> <|"DatabaseID" -> "SW01075", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "650657"], ExternalIdentifier["ChEBIID", "6121"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15065], ExternalIdentifier["ChemSpiderID", 3689]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01221"]}, "IsomericSmiles" -> "C[NH2+]C1(CCCCC1=O)c2ccccc2Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00711"], ExternalIdentifier["KEGGID", "D08098"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ketamine", "Australia Approved Name" -> "KETAMINE HYDROCHLORIDE", "China Approved Name" -> "ketamine", "WHO Essential Medicine" -> "ketamine", "US Illegal/Scheduled Drug (Schedule 3)" -> "Ketamine", "FDA Approved Drug" -> "KETAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450144", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15851], ExternalIdentifier["PubChemCompoundID", 3821]}, "Synonyms" -> {"ketamine", "ketaject", "ketolar", "ketalar", "clsta 20", "ketanest", "ci 581 base", "ketalar base", "ketamine base", "ketamine hcl", "ketamine hydrochloride", "esketamine", "cetamina", "special k", "dl-ketamine", "vetalar", "ketavet", "ketamine[wiki]", "(s)-ketamine", "l-ketamine", "217-484-6[einecs]", "1867-66-9[rn]", "dopamine d2 receptor", "ketalar[wiki]", "ketanest[wiki]", "(s)-(-)-ketamine", "(-)-ketamine", "2-(2-chlorophenyl)-2-(methylamino)cyclohexanone hydrochloride", "calypsol", "2-(o-chlorophenyl)-2-(methylamino)cyclohexanone", "kalipsol", "cyclohexanone 2- (o-chlorophenyl)-2-(methylamino)-", "2-(methylamino)-2-(2-chlorophenyl)cyclohexanone", "ketaset[wiki]", "006740-88-1[rn]", "cyclohexanone 2-(2-chlorophenyl)-2-(methylamino)-", "cetamina[spanish][inn]", "special k [street name]", "79499-51-7[rn]", "2-(2-chloro-phenyl)-2-methylamino-cyclohexanone", "2-(2-chloro-phenyl)-2-methylamino-cyclohexanone(ketamine)", "6740-88-1", "nmda", "229-804-1[einecs]", "cyclohexanone 2-(o-chlorophenyl)-2-(methylamino)-", "ketamina; ketamine; ketaminum", "ketamine chloride", "ketaminum", "tekam", "cyclohexanone 2-(2-chlorophenyl)-2-(methylamino)- (9ci)", "ketavet 100", "6740-88-1[rn]", "2-(2-chlorophenyl)-2-(methylamino)cyclohexan-1-one", "100477-72-3[rn]", "2-(2-chlorophenyl)-2-(methylamino)cyclohexanone[acd/iupac name]", "33643-45-7[rn]", "ketaminum [inn_la]", "ketaminum[latin]", "337376-15-5", "2-(o-chlorophenyl)-2-(methylamino)-cyclohexanone", "33643-46-8[rn]", "calipsol", "81771-21-3[rn]", "100477-73-4[rn]", "2-(2-chlorophenyl)-2-(methylamino)cyclohexanone hydrochloride (1:1)[acd/iupac name]", "96448-41-8[rn]", "ketaminehydrochloride", "ketaset plus (veterinary)", "(+-)-ketamine hydrochloride", "anaket-v", "ketamine hydrochloride [usan:jan][jan][usan]", "79499-52-8[rn]", "2-(2-chlorphenyl)-2-(methylamino)cyclohexanonhydrochlorid", "ketaset", "ketalar (tn)", "42551-62-2[rn]", "[1867-66-9]", "cyclohexanone 2-(2-chlorophenyl)-2-(methylamino)- hydrochloride", ".; ketamine hydrochloride", "ketavet (veterinary)", "cn-52,372-2", "cn-52372-2", "cl-369", "ci-581", "cyclohexanone 2-(2-chlorophenyl)-2-(methylamino)- hydrochloride (1:1)"}|>, "1584" -> <|"DatabaseID" -> "SW01076", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170598]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3cc(cc(c3C2=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthopurpurine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196978]}, "Synonyms" -> {"purpuroxathine", "xanthopurpurin", "1", "xanthopurpin", "purpuroxathin", "purpuro", "anthraquinone", "purpuroxanthine", "518-83-2[rn]", "1,3-dihydroxyanthraquinone", "4-08-00-03259 (beilstein handbook reference)[beilstein]", "anthraquinone 1,3-dihydroxy-", "1,3-dihydroxyanthracene-9,10-dione", "1,3-dihydroxy-9,10-anthraquinone", "ccris 3523", "purpuroxanthin", "9,10-anthracenedione 1,3-dihydroxy-", "chebi:37502", "1979394[beilstein]", "1,3-dihydroxy-9,10-anthracenedione", "9,10-anthracenedione 1,3-dihydroxy- (9ci)"}|>, "1585" -> <|"DatabaseID" -> "SW01077", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16866"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6056]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3ccc(c(c3C2=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alizarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6293]}, "Synonyms" -> {"alizarine red", "turkey red", "mordant red 11", "alizarin red", "alizarina", "1", "alizarin b", "alizarine lake red 3p", "athraquinones a", "turkey red w", "c.i. pigment red 83", "ln: l c666 bv ivj eq fq1", "turkey red (van)", "4-08-00-03256 (beilstein handbook reference)[beilstein]", "alizarin", "alizarine 3b", "9 10-anthracenedione 1,2-dihydroxy-", "204-173-5[einecs]", "c.i. mordant red 11c", "alizerine nac", "eljon madder m", "acid mordant red b", "sanyo carmine l2bt", "certiqual alizarine", "1322-60-7[rn]", "1332-37-2[rn]", "d and c orange number 15", "200-782-5[einecs]", "65271-80-9[rn]", "117-10-2[rn]", "alizarine red ipp", "dihydroxyanthraquinone", "c ext. red 62", "tl8005063", "1,2-dihydroxyanthracen-9,10-dion[german]", "sanyo carmine l2b", "acid metachrome red b", "mitsui alizarine bs", "alizarine lake red 2p", "c.i. pigment red 83c", "deep crimson madder 10821", "alizarine red l", "pigment red 83", "alizarinprimeveroside", "alizarine red b", "certiqual alizarine d", "d & c orange no. 15", "1,2-dihydroxy-anthraquinone", "d and c orange number 15d", "c.i. mordant red 11", "alizarine red b2", "hystazarin", "215-570-8[einecs]", "1914037[beilstein]", "1309-37-1[rn]", "alizarine b", "alizarine[wiki]", "d and c orange no. 15", "1,2-dihydroxy-9,10-anthraquinone[acd/iupac name]", "deep crimson madder 10821e", "1,2-dihydroxy-9,10-anthracenedione", "mitsui alizarine b", "anthraquinone 1,2-dihydroxy-", "1,2-dihydroxyanthra-9,10-quinone", "alizarine red ip", "9,10-anthracenedione 1,2-dihydroxy-", "eljon madder", "215-168-2[einecs]", "dihydroxy-9,10-anthracenedione", "9,10-anthracenedione", "alizarine", "204-981-8[einecs]", "c010078", "alizarine lake red ipx", "1,2-dihydroxyanthrachinon", "1,2-dihydroxy-9,10-anthrachinon[german]", "1,2-dihydroxyanthracene-9,10-dione", "alizarin[wiki]", "alizerine red ipp", "alizarine nac", "1 2-anthraquinonediol", "130-22-3[rn]", "72-48-0[rn]", "1,2-anthraquinonediol", "1,2-dihydroxy anthraquinone", "1,2-dihydroxyanthraquinone"}|>, "1586" -> <|"DatabaseID" -> "SW01078", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106382]}, "IsomericSmiles" -> "C[C@@H]([C@@H](C1=Nc2c([nH]c(nc2=O)N)NC1)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "quinonoid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119055]}, "Synonyms" -> {"q-bh2", "l-erythro-q-dihydrobiopterin", "7", "dihydrobiopterin", "l-erythro-dihydrobiopterin", "quinonoid dihydrobiopterin", "l-erythro-7", "7,8-dihydrobiopterin", "1,2-propanediol 1-(2-amino-7,8-dihydro-4-hydroxy-6-pteridinyl)- l-erythro-", "t-705 & guanosine", "6779-87-9", "l-erythro-7,8-dihydrobiopterin", "6779-87-9[rn]", "2-amino-6-((1r,2s)-1,2-dihydroxypropyl)-7,8-dihydro-4(1h)-pteridinone", "4(1h)-pteridinone,2-amino-6-[(1r,2s)-1,2-dihydroxypropyl]-7,8-dihydro-", "7,8-dihydro-l-biopterin", "4(1h)-pteridinone,2-amino-6-(1,2-dihydroxypropyl)-7,8-dihydro- (s-(r*,s*))-", "hbl", "hbi", "dihydrobiopterin;l-erythro-7,8-dihydrobiopterin; l-erythro-q-dihydrobiopterin; quinonoiddihydrobiopterin;q-bh2", "4(1h)-pteridinone,2-amino-6-((1r,2s)-1,2-dihydroxypropyl)-7,8-dihydro-", "4(1h)-pteridinone,2-amino-6-(1,2-dihydroxypropyl)-7,8-dihydro- [s-(r*,s*)]-", "2-amino-6-((1r"}|>, "1587" -> <|"DatabaseID" -> "SW01079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3108]}, "IsomericSmiles" -> "CCOc1c(cnn(c1=O)C)N2CCOCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01353"]}, "OfficialNames" -> <|"NPC Approved Name" -> "emorfazone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3221]}, "Synonyms" -> {"emorfazone", "pentoil", "nandron", "m73101", "emorfazone [inn-french]", "4-ethoxy-2-methyl-5-morpholin-4-ylpyridazin-3(2h)-one", "4-ethoxy-2-methyl-5-(morpholin-4-yl)pyridazin-3(2h)-one", "4-ethoxy-2-methyl-5-morpholino-3(2h)-pyridazinone", "3(2h)-pyridazinone 4-ethoxy-2-methyl-5-morpholino-", "emorfazonum [inn-latin]", "emorfazona [inn-spanish]", "38957-41-4[rn]", "emorfazone(jan)", "3(2h)-pyridazinone 4-ethoxy-2-methyl-5-(4-morpholinyl)-", "emorfazone [inn:jan][inn][jan]", "38957-41-4", "4-(ethyloxy)-2-methyl-5-morpholin-4-ylpyridazin-3(2h)-one", "emorfazona[spanish][inn]", "pentoil (tn)", "brn 0995465", "254-220-9[einecs]", "emorfazonum[latin]", "4-ethoxy-2-methyl-5-(4-morpholinyl)-3(2h)-pyridazinone[acd/iupac name]", "einecs 254-220-9"}|>, "1588" -> <|"DatabaseID" -> "SW01081", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16350]}, "IsomericSmiles" -> "CCOC(=O)[C@](C)(Cc1ccc(c(c1)O)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04997"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHYLDOPATE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17276]}, "Synonyms" -> {"methyldopate hydrochloride", "aldomet ester hydrochloride", "methyldopa ethyl hydrochloride", "aldomet", "unii-7px435dn5a", "methyldopate", "einecs 219-720-3", "219-720-3[einecs]", "l-3-(3,4-dihydroxyphenyl)-2-methylalanine ethyl esterhydrochloride", "ethyl-(2s)-2-amino-3-(3,4-dihydroxyphenyl)-2-methylpropanoathydrochlorid", "ethyl (2s)-2-amino-3-(3,4-dihydroxyphenyl)-2-methylpropanoate hydrochloride", "2508-79-4[rn]", "dsstox_cid_25370", "ac1l29oh", "methyldopate hcl", "methyldopa ethyl ester hydrochloride", "2508-79-4", "dsstox_rid_80832"}|>, "1589" -> <|"DatabaseID" -> "SW01082", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3904]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00784"]}, "IsomericSmiles" -> "Cc1cccc(c1C)Nc2ccccc2C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00151"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anthranilic acid", "Indian Approved Name" -> "mefenamic acid", "FDA Approved Drug" -> "MEFENAMIC ACID"|>, "PharmGKBID" -> "PA450347", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4044]}, "Synonyms" -> {"parkemed", "ponalar", "mefenamic acid", "mefacit", "bonabol", "ponstel", "vialidon", "coslan", "lysalgo", "ponstil", "ponstan", "mephenaminic acid", "namphen", "bafameritin-m", "mephenamic acid", "ponstyl", "tanston", "methenamic acid", "mefenacid", "mefanamic acid", "ponstan forte", "in-m", "hl 1", "bafhameritin-m", "tamany bonsan", "benzoic acid {2-[(2,3-dimethylphenyl)amino]-}", "2',3'-dimethyl-n-phenylanthranilic acid", "contraflam", "prostaglandin-endoperoxide synthase 1", "n-2,3-xylylanthranilic acid", "apo-mefenamic", "ponstan[wiki]", "ac. mefenamico[italian]", "apo mefenamic", "prostaglandin g/h synthase 1 precursor", "anthranilic acid n-(2,3-xylyl)-", "acide mefenamique[french][inn]", "2-diphenylaminecarboxylic acid 2',3'-dimethyl-", "61-68-7[rn]", "2-(2,3-dimethyl-phenylamino)-benzoic acid", "anthranilic acid n-2,3-xylyl-", "n-(2,3-xylyl)anthranilic acid", "n-(2,3-xylyl)-2-aminobenzoic acid", "pgh synthase 1", "mefenamic acid[wiki]", "ponalgic", "rolan", "pontal", "mefenaminic acid", "numefenamic", "acido mefenamico[spanish][inn]", "61-68-7", "nu mefenamic", "mycasaal", "mefenaminsaeure[german]", "mefac", "dysman", "ec 1.14.99.1", "mefic", "prostaglandin h2 synthase 1", "pontal[wiki]", "acidum mefenamicum[latin]", "2-(2,3-dimethylanilino)benzoic acid", "mefenamate", "pms mefenamic acid", "acid mefenamic", "mefenamic acid [usan:ban:inn:jan][inn][jan][usan]", "acide mefenamique", "acid mefenaminic", "forte ponstan", "ponstel[wiki]", "mefenamicacid", "nu-mefenamic", "n-(2,3-dimethylphenyl)anthranilic acid", "apomefenamic", "d008528", "mefenamic_acid", "2-[(2 3-dimethylphenyl)amino]benzoic acid", "benzoic acid 2-[ (2,3-dimethylphenyl)amino]-", "mefenaminsaeure", "200-513-1[einecs]", "benzoic acid 2-((2,3-dimethylphenyl)amino)-", "2-((2,3-dimethylphenyl)amino)benzoic acid", "ponstel (tn)", "pghs-1", "phs 1", "2-(2,3-dimethylphenylamino)benzoic acid", "2-[(2,3-dimethylphenyl)amino]benzoic acid[acd/iupac name]", "ponsyl", "2',3'-dimethyl-2-diphenylaminecarboxylic acid", "ponmel", "cox-1", "pms-mefenamic acid", "n-(2 3-dimethylphenyl)anthranilic acid", "{2-[(2,} 3-dimethylphenyl)amino\\]benzoic acid", "cyclooxygenase- 1", "pinalgesic", "mefedolo", "benzoic acid 2-[(2,3-dimethylphenyl)amino]-"}|>, "1590" -> <|"DatabaseID" -> "SW01083", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24627]}, "IsomericSmiles" -> "CCOC(=O)Cc1ccc(cc1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01841"]}, "OfficialNames" -> <|"NPC Approved Name" -> "felbinac ethyl ester"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26436]}, "Synonyms" -> {"felbinac ethyl", "ethyl p-biphenylylacetate", "ethyl 2-(biphenyl-4-yl)acetate", "felbinac ethyl ester", "ethyl (4-biphenylyl)acetate", "lm-001", "14062-23-8[rn]", "daitac", "ethyl biphenyl-4-ylacetate", "(1,1'-biphenyl)-4-acetic acid ethyl ester", "brn 2052035", "ethyl 4-biphenylacetate", "4-biphenylylacetic acid ethyl ester", "4-biphenylacetic acid ethyl ester", "ethyl 2-(4-phenylphenyl)acetate", "ethyl 2-(4-phenylphenyl)ethanoate", "lm 001", "4-biphenylacetic acid ethyl ester", "acetic acid (4-biphenylyl)- ethyl ester", "14062-23-8", "[1,1'-biphenyl]-4-acetic acid ethyl ester", "2-(4-phenylphenyl)acetic acid ethyl ester", "3-09-00-03321 (beilstein handbook reference)[beilstein]"}|>, "1591" -> <|"DatabaseID" -> "SW01084", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1706308]}, "IsomericSmiles" -> "c1ccc(cc1)CCCNC(=O)c2ccncc2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cymarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2282572]}, "Synonyms" -> {"ac1m4hbd", "n-(3-phenylpropyl)pyridine-4-carboxamide", "mls000110342", "n-(3-phenylpropyl)isonicotinamide", "hms2386m09", "ag-g-41167", "6429-42-1", "smr000106272", "akos003873183", "cymarol", "6429-42-1[rn]"}|>, "1592" -> <|"DatabaseID" -> "SW01085", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 60997]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00138"]}, "IsomericSmiles" -> "C([C@@H](C(=O)[O-])[NH3+])SSC[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03636"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cystine"|>, "PharmGKBID" -> "PA449176", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 67678]}, "Synonyms" -> {"l-dicysteine", "cysteine disulfide", "cystine acid", "oxidized l-cysteine", "(-)-cystine", "l-cystine", "cystin", "349-46-2[rn]", "3,3'-dithiobis[2-amino-[r-(r*,r*)]-propanoate", "propanoic acid 3,3'-dithiobis(2-amino- (r-(r*,r*))-", "l-cystine zwitterion", "l-cysteine disulfide", "d(+)-3,3'-dithiobis(2-aminopropanoate", "l-(-)-cystine", "213-094-5[einecs]", "(-)-3,3'-dithiobis(2-aminopropionic acid)", "(r,r)-3,3'-dithiobis(2-aminopropanoic acid)", "dicysteine", "cystine[wiki][acd/iupac name]", "d2h", "(2r,2'r)-3,3'-disulfanediylbis(2-aminopropanoic acid);l-cystine", "3,3'-dithiobis(2-aminopropanoic acid)", "d(+)-3,3'-dithiobis(2-aminopropanoic acid", "l-cystin[german]", "gelucystine", "3", "(r,r)-3,3'-dithiobis(2-aminopropionicacid)", "l-alpha-diamino-beta-dithiolactic acid", "(r-(r*,r*))-3,3'-dithiobis(2-aminopropanoic acid)", "206-486-2[einecs]", "200-296-3[einecs]", "3,3'-dithiobis(2-aminopropanoic acid) (r-(r*,r*))-", "cystine", "3,3'-dithiobis-l-alanine", "l-cystine[acd/iupac name]", "cystine (l)-", "3,3'-dithiobis[2-amino-[r-(r*,r*)]-propanoic acid", "2-amino-3-(2-amino-2-carboxy-ethyl)disulfanyl-propanoic acid", "h-(cys)2-oh", "(2r,2'r)-3,3'-disulfanediylbis(2-ammoniopropanoate)", "2-amino-3-(2-amino-2-carboxy-ethyl)disulfanyl-propanoate", "beta", "l-cystine (9ci)", "(2r,2'r)-3,3'-disulfanediylbis(2-aminopropanoic acid)", "1728094[beilstein]", "3,3'-dithiodialanine", "l-cystin", "(r,r)-3,3'-dithiobis(2-aminopropionic acid)", "b,b'-diamino-b,b'-dicarboxydiethyl disulfide", "(2r)-2-amino-3-{[(2r)-2-amino-2-carboxyethyl]disulfanyl}propanoic acid", "2-amino-3-[(2-amino-2-carboxyethyl)dithio]propanoic acid", "cystine l- (8ci)", "l-alanine 3,3'-dithiobis-", "2-amino-3-[(2-amino-2-carboxyethyl)dithio]propanoate", "1888247[beilstein]", "1-cystine", "(h-cys-oh)2", "(2r,2'r)-3,3'-dithiobis(2-ammoniopropanoate)", "56-89-3[rn]", "bis(b-amino-b-carboxyethyl) disulfide", "nbat", "b(0,+)-type amino acid transport protein", "cystine l-"}|>, "1593" -> <|"DatabaseID" -> "SW01086", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "36704"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 51809]}, "IsomericSmiles" -> "CC(C)Cn1cnc2c1c3ccccc3nc2N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02500"]}, "OfficialNames" -> <|"Indian Approved Name" -> "imiquimod", "Australia Approved Name" -> "IMIQUIMOD", "FDA Approved Drug" -> "IMIQUIMOD"|>, "PharmGKBID" -> "PA449972", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57469]}, "Synonyms" -> {"zyclara", "aldara", "imiquimod", "zartra", "tl8006059", "9050-31-1[rn]", "r-837", "imiquimod (jan/usan)[jan][usan]", "aldara (tn)", "aldara[wiki]", "4-amino-1-isobutyl-1h-imidazo(4,5-c)quinoline", "1h-imidazo(4,5-c)quinolin-4-amine 1-(2-methylpropyl)-", "99011-02-6", "4-amino-1-isobutyl-1h-imidazo[4,5-c]quinoline", "c056493", "chebi:36704", "beselna", "1-(2-methylpropyl)-1h-imidazo[4,5-c]quinolin-4-amine", "1-isobutyl-1h-imidazo[4,5-c]quinolin-4-ylamine", "1h-imidazo[4,5-c]quinolin-4-amine 1-(2-methylpropyl)-", "1-isobutyl-1h-imidazo(4,5-c)quinolin-4-amine", "4-amino- 1-isobutyl-1h-imidazo(4,5-c)quinoline", "s-26308", "99011-02-6[rn]", "1-(2-methylpropyl)imidazo[4,5-c]quinoline-4-ylamine", "1-(2-methylpropyl)-1h-imidazo[4,5-c]chinolin-4-amin", "toxic solid organic n.o.s (imiquimod)", "1-(2-methylpropyl)-1h-imidazole[4,5-c]quinoline-4-amine", "imiquimod [usan:inn][inn][usan]", "1-isobutyl-1h-imidazo[4,5-c]quinolin-4-amine[acd/iupac name]", "imiquimod[wiki]", "7710060[beilstein]"}|>, "1594" -> <|"DatabaseID" -> "SW01087", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445052]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC[C@@H]1[C@H]2CCC[NH+]2C[C@@H]1O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "macrophylline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281737]}, "Synonyms" -> {"macrophylline", "ac1nqyzp", "27841-97-0[rn]", "c10348", "27841-97-0", "[(1s"}|>, "1595" -> <|"DatabaseID" -> "SW01088", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2549"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1999]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01001"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(c1ccc(c(c1)CO)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02147"]}, "OfficialNames" -> <|"China Approved Name" -> "salbutamol", "Indian Approved Name" -> "salbutamol;albuterol sulph;salbutamol sulph", "WHO Essential Medicine" -> "salbutamol", "Australia Approved Name" -> "ROTAHALER;SALBUTAMOL;VENTOLIN", "FDA Approved Drug" -> "ALBUTEROL;ALBUTEROL SULFATE;LEVALBUTEROL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448068", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2083]}, "Synonyms" -> {"proventil", "aerolin", "sultanol", "asthalin", "broncovaleas", "albuterol", "buventol", "xopenex", "salamol", "proventil hfa", "airomir", "salbulin", "cobutolin", "salbutamol", "butotal", "gerivent", "cetsim", "asmanil", "bumol", "ventodisks", "albuterol sulphate", "a1-[(tert-butylamino)methyl]-4-hydroxy-m-xylene-a,a'-diol", "dl-n-tert-butyl-2-(4-hydroxy-3-hydroxymethylphenyl)-2-hydroxyethylamine", "gen-combo sterinebs (ipratropium bromide + salbutamol sulfate)_mixture", "r,s-albuterol", "51022-70-9[rn]", "salbusian", "volma", "proair hfa", "xopenex hfa", "eolene", "solbutamol", "libretin", "farcolin", "salbutamol[wiki]", "4-{2-[(tert-butyl)amino]-1-hydroxyethyl}-2-(hydroxymethyl)phenol", "salbuvent", "respax", "proair", "pneumolat", "novosalmol[wiki]", "dl-albuterol", "combivent (ipratropium bromide + salbutamol sulfate)_mixture", "volmax", "beta-1 adrenoceptor", "ventoline", "4-(2-tert-butylamino-1-hydroxy-ethyl)-2-hydroxymethyl-phenol", "levalbuterol", "18559-94-9[rn]", "salbuterol", "beta-1 adrenoreceptor", "4-[2-(tert-butylamino)-1-hydroxyethyl]-2-(hydroxymethyl)phenol", "proventil (tn)", "grafalin", "asmasal", "ventolin[wiki]", "vencronyl", "salvent", "salbutamol sulfate", "theosal", "accuneb", "spreor", "salbupur", "salbutard", "sabutamol", "tobybron", "salbron", "asmatol", "volmax[wiki]", "butohaler", "asmidon", "ventamol", "salbutine", "sultanol n", "servitamol", "sabutal", "butovent", "ventilan", "dl-salbutamol", "zaperin", "256-916-8[einecs]", "ventalin inhaler", "salmaplon[wiki]", "salomol[wiki]", "ventolin", "sallbupp", "242-424-0[einecs]", "suxar", "suprasma", "rotahaler", "34391-04-3[rn]", "salbutol[wiki]", "ecovent", "mozal", "respolin", "ventolin hfa", "medolin", "albuterol[wiki][usp]", "ventolin rotacaps", "anebron", "asthavent", "salbuven[wiki]", "asmol", "asmol[wiki]", "4-[2-(tert-butylamino)-1-hydroxyethyl]-2-(hydroxymethyl)benzolol", "almotex", "bronter", "proventil[wiki]", "asmadil", "bugonol", "salbutan[wiki]", "ventolin inhaler", "albuterol sulfate", "2-(tert-butylamino)-1-(4-hydroxy-3-hydroxymethylphenyl)ethanol", "buto-asma", "broncho-spray", "loftan", "4-{2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl}-2-(hydroxymethyl)phenol", "4-hydroxy-3-hydroxymethyl-a-[(tert-butylamino)methyl]benzyl alcohol", "salbutamol sulphate", "butamol", "dilatamol", "asmaven", "salbutalan", "salbetol", "salbuvent[wiki]", "2-(hydroxymethyl)-4-{1-hydroxy-2-[(2-methyl-2-propanyl)amino]ethyl}phenol[acd/iupac name]", "4-(2-(tert-butylamino)-1-hydroxyethyl)-2-(hydroxymethyl)phenol", "venetlin", "saventol", "novosalmol"}|>, "1596" -> <|"DatabaseID" -> "SW01088", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2549"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1999]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01001"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(c1ccc(c(c1)CO)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02147"]}, "OfficialNames" -> <|"China Approved Name" -> "salbutamol", "Indian Approved Name" -> "salbutamol;albuterol sulph;salbutamol sulph", "WHO Essential Medicine" -> "salbutamol", "Australia Approved Name" -> "ROTAHALER;SALBUTAMOL;VENTOLIN", "FDA Approved Drug" -> "ALBUTEROL;ALBUTEROL SULFATE;LEVALBUTEROL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448068", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2083]}, "Synonyms" -> {"proventil", "aerolin", "sultanol", "asthalin", "broncovaleas", "albuterol", "buventol", "xopenex", "salamol", "proventil hfa", "airomir", "salbulin", "cobutolin", "salbutamol", "butotal", "gerivent", "cetsim", "asmanil", "bumol", "ventodisks", "albuterol sulphate", "a1-[(tert-butylamino)methyl]-4-hydroxy-m-xylene-a,a'-diol", "dl-n-tert-butyl-2-(4-hydroxy-3-hydroxymethylphenyl)-2-hydroxyethylamine", "gen-combo sterinebs (ipratropium bromide + salbutamol sulfate)_mixture", "r,s-albuterol", "51022-70-9[rn]", "salbusian", "volma", "proair hfa", "xopenex hfa", "eolene", "solbutamol", "libretin", "farcolin", "salbutamol[wiki]", "4-{2-[(tert-butyl)amino]-1-hydroxyethyl}-2-(hydroxymethyl)phenol", "salbuvent", "respax", "proair", "pneumolat", "novosalmol[wiki]", "dl-albuterol", "combivent (ipratropium bromide + salbutamol sulfate)_mixture", "volmax", "beta-1 adrenoceptor", "ventoline", "4-(2-tert-butylamino-1-hydroxy-ethyl)-2-hydroxymethyl-phenol", "levalbuterol", "18559-94-9[rn]", "salbuterol", "beta-1 adrenoreceptor", "4-[2-(tert-butylamino)-1-hydroxyethyl]-2-(hydroxymethyl)phenol", "proventil (tn)", "grafalin", "asmasal", "ventolin[wiki]", "vencronyl", "salvent", "salbutamol sulfate", "theosal", "accuneb", "spreor", "salbupur", "salbutard", "sabutamol", "tobybron", "salbron", "asmatol", "volmax[wiki]", "butohaler", "asmidon", "ventamol", "salbutine", "sultanol n", "servitamol", "sabutal", "butovent", "ventilan", "dl-salbutamol", "zaperin", "256-916-8[einecs]", "ventalin inhaler", "salmaplon[wiki]", "salomol[wiki]", "ventolin", "sallbupp", "242-424-0[einecs]", "suxar", "suprasma", "rotahaler", "34391-04-3[rn]", "salbutol[wiki]", "ecovent", "mozal", "respolin", "ventolin hfa", "medolin", "albuterol[wiki][usp]", "ventolin rotacaps", "anebron", "asthavent", "salbuven[wiki]", "asmol", "asmol[wiki]", "4-[2-(tert-butylamino)-1-hydroxyethyl]-2-(hydroxymethyl)benzolol", "almotex", "bronter", "proventil[wiki]", "asmadil", "bugonol", "salbutan[wiki]", "ventolin inhaler", "albuterol sulfate", "2-(tert-butylamino)-1-(4-hydroxy-3-hydroxymethylphenyl)ethanol", "buto-asma", "broncho-spray", "loftan", "4-{2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl}-2-(hydroxymethyl)phenol", "4-hydroxy-3-hydroxymethyl-a-[(tert-butylamino)methyl]benzyl alcohol", "salbutamol sulphate", "butamol", "dilatamol", "asmaven", "salbutalan", "salbetol", "salbuvent[wiki]", "2-(hydroxymethyl)-4-{1-hydroxy-2-[(2-methyl-2-propanyl)amino]ethyl}phenol[acd/iupac name]", "4-(2-(tert-butylamino)-1-hydroxyethyl)-2-(hydroxymethyl)phenol", "venetlin", "saventol", "novosalmol"}|>, "1597" -> <|"DatabaseID" -> "SW01089", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5587], ExternalIdentifier["ChemSpiderID", 22163]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00221"]}, "IsomericSmiles" -> "CCC(C(c1ccc(c(c1)O)O)O)[NH2+]C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02093"], ExternalIdentifier["KEGGID", "D04626"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ISOETHARINE HYDROCHLORIDE;ISOETHARINE MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5791], ExternalIdentifier["PubChemCompoundID", 23702]}, "Synonyms" -> {"isoetharine mesylate", "bronkometer", "isoetharine hcl", "isoetarine mesilate", "neosuprel hydrochloride", "isoetarine hydrochloride", "isotharine mesylate", "dilabron hydrochloride", "isoethraine hydrochloride", "isoetarin hydrochloride", "bronkosol", "neoisuprel hydrochloride", "isoetharine mesylate salt", "isothurin hydrochloride", "isoctarine hydrochloride", "beta-2", "beta-1 adrenoreceptor", "isoetarine", "7279-75-6", "dey-lute isoetharine", "smr000058457", "63550-80-1[rn]", "4-[1-hydroxy-2-(propan-2-ylamino)butyl]benzene-1,2-diol; methanesulfonicacid", "7279-75-6[rn]", "etyprenaline", "dilabron", "neoisuprel", "4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-1,2-benzenediol mesylate salt", "isoetharine mesylate [usan:ban][usan]", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-,hydrochloride (1:1)", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)-butyl)-,methanesulfonate(salt)", "1", "einecs 230-695-8", "numotac hydrochloride", "isoetarina [inn-spanish]", "isoetharine", "isoetharine hydrochloride[usp]", "3,4-dihydroxy-a-(1-(isopropylamino)propyl)benzyl alcohol hydrochloride", "230-695-8[einecs]", "4-[1-hydroxy-2-(propan-2-ylamino)butyl]benzene-1,2-diol hydrochloride (1:1)", "4-[1-hydroxy-2-(isopropylamino)butyl]benzene-1,2-diolmethanesulfonate (1:1)", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)butyl)-,hydrochloride", "219-927-9[einecs]", "(r,*)-()-4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]pyrocatechol hydrochloride", "bronkometer (tn)", "2576-92-3[rn]", "4-[1-hydroxy-2-(isopropylamino)butyl]benzene-1,2-diolhydrochloride (1:1)", "1-(3,4-dihydroxyphenyl)-2-isopropylamino-1-butanol hydrochloride", "etyprenaline hydrochloride", "4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-1,2-benzenediol mesylate", "50-96-4[rn]", "isoetharine hydrochloride", "isoetarinum [inn-latin]", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-,methanesulfonate (1:1) (salt)", "isoetharine hcl s/f", "beta-1 adrenoceptor", "3,4-dihydroxy-a-(1-(isopropylamino)propyl)benzyl alcohol methanesulfonate (salt)", "isoetarin"}|>, "1598" -> <|"DatabaseID" -> "SW01089", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5587], ExternalIdentifier["ChemSpiderID", 22163]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00221"]}, "IsomericSmiles" -> "CCC(C(c1ccc(c(c1)O)O)O)[NH2+]C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02093"], ExternalIdentifier["KEGGID", "D04626"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ISOETHARINE HYDROCHLORIDE;ISOETHARINE MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5791], ExternalIdentifier["PubChemCompoundID", 23702]}, "Synonyms" -> {"isoetharine mesylate", "bronkometer", "isoetharine hcl", "isoetarine mesilate", "neosuprel hydrochloride", "isoetarine hydrochloride", "isotharine mesylate", "dilabron hydrochloride", "isoethraine hydrochloride", "isoetarin hydrochloride", "bronkosol", "neoisuprel hydrochloride", "isoetharine mesylate salt", "isothurin hydrochloride", "isoctarine hydrochloride", "beta-2", "beta-1 adrenoreceptor", "isoetarine", "7279-75-6", "dey-lute isoetharine", "smr000058457", "63550-80-1[rn]", "4-[1-hydroxy-2-(propan-2-ylamino)butyl]benzene-1,2-diol; methanesulfonicacid", "7279-75-6[rn]", "etyprenaline", "dilabron", "neoisuprel", "4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-1,2-benzenediol mesylate salt", "isoetharine mesylate [usan:ban][usan]", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-,hydrochloride (1:1)", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)-butyl)-,methanesulfonate(salt)", "1", "einecs 230-695-8", "numotac hydrochloride", "isoetarina [inn-spanish]", "isoetharine", "isoetharine hydrochloride[usp]", "3,4-dihydroxy-a-(1-(isopropylamino)propyl)benzyl alcohol hydrochloride", "230-695-8[einecs]", "4-[1-hydroxy-2-(propan-2-ylamino)butyl]benzene-1,2-diol hydrochloride (1:1)", "4-[1-hydroxy-2-(isopropylamino)butyl]benzene-1,2-diolmethanesulfonate (1:1)", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)butyl)-,hydrochloride", "219-927-9[einecs]", "(r,*)-()-4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]pyrocatechol hydrochloride", "bronkometer (tn)", "2576-92-3[rn]", "4-[1-hydroxy-2-(isopropylamino)butyl]benzene-1,2-diolhydrochloride (1:1)", "1-(3,4-dihydroxyphenyl)-2-isopropylamino-1-butanol hydrochloride", "etyprenaline hydrochloride", "4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-1,2-benzenediol mesylate", "50-96-4[rn]", "isoetharine hydrochloride", "isoetarinum [inn-latin]", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-,methanesulfonate (1:1) (salt)", "isoetharine hcl s/f", "beta-1 adrenoceptor", "3,4-dihydroxy-a-(1-(isopropylamino)propyl)benzyl alcohol methanesulfonate (salt)", "isoetarin"}|>, "1599" -> <|"DatabaseID" -> "SW01089", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5587], ExternalIdentifier["ChemSpiderID", 22163]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00221"]}, "IsomericSmiles" -> "CCC(C(c1ccc(c(c1)O)O)O)[NH2+]C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02093"], ExternalIdentifier["KEGGID", "D04626"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ISOETHARINE HYDROCHLORIDE;ISOETHARINE MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5791], ExternalIdentifier["PubChemCompoundID", 23702]}, "Synonyms" -> {"isoetharine mesylate", "bronkometer", "isoetharine hcl", "isoetarine mesilate", "neosuprel hydrochloride", "isoetarine hydrochloride", "isotharine mesylate", "dilabron hydrochloride", "isoethraine hydrochloride", "isoetarin hydrochloride", "bronkosol", "neoisuprel hydrochloride", "isoetharine mesylate salt", "isothurin hydrochloride", "isoctarine hydrochloride", "beta-2", "beta-1 adrenoreceptor", "isoetarine", "7279-75-6", "dey-lute isoetharine", "smr000058457", "63550-80-1[rn]", "4-[1-hydroxy-2-(propan-2-ylamino)butyl]benzene-1,2-diol; methanesulfonicacid", "7279-75-6[rn]", "etyprenaline", "dilabron", "neoisuprel", "4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-1,2-benzenediol mesylate salt", "isoetharine mesylate [usan:ban][usan]", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-,hydrochloride (1:1)", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)-butyl)-,methanesulfonate(salt)", "1", "einecs 230-695-8", "numotac hydrochloride", "isoetarina [inn-spanish]", "isoetharine", "isoetharine hydrochloride[usp]", "3,4-dihydroxy-a-(1-(isopropylamino)propyl)benzyl alcohol hydrochloride", "230-695-8[einecs]", "4-[1-hydroxy-2-(propan-2-ylamino)butyl]benzene-1,2-diol hydrochloride (1:1)", "4-[1-hydroxy-2-(isopropylamino)butyl]benzene-1,2-diolmethanesulfonate (1:1)", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)butyl)-,hydrochloride", "219-927-9[einecs]", "(r,*)-()-4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]pyrocatechol hydrochloride", "bronkometer (tn)", "2576-92-3[rn]", "4-[1-hydroxy-2-(isopropylamino)butyl]benzene-1,2-diolhydrochloride (1:1)", "1-(3,4-dihydroxyphenyl)-2-isopropylamino-1-butanol hydrochloride", "etyprenaline hydrochloride", "4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-1,2-benzenediol mesylate", "50-96-4[rn]", "isoetharine hydrochloride", "isoetarinum [inn-latin]", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-,methanesulfonate (1:1) (salt)", "isoetharine hcl s/f", "beta-1 adrenoceptor", "3,4-dihydroxy-a-(1-(isopropylamino)propyl)benzyl alcohol methanesulfonate (salt)", "isoetarin"}|>, "1600" -> <|"DatabaseID" -> "SW01089", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5587], ExternalIdentifier["ChemSpiderID", 22163]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00221"]}, "IsomericSmiles" -> "CCC(C(c1ccc(c(c1)O)O)O)[NH2+]C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02093"], ExternalIdentifier["KEGGID", "D04626"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ISOETHARINE HYDROCHLORIDE;ISOETHARINE MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5791], ExternalIdentifier["PubChemCompoundID", 23702]}, "Synonyms" -> {"isoetharine mesylate", "bronkometer", "isoetharine hcl", "isoetarine mesilate", "neosuprel hydrochloride", "isoetarine hydrochloride", "isotharine mesylate", "dilabron hydrochloride", "isoethraine hydrochloride", "isoetarin hydrochloride", "bronkosol", "neoisuprel hydrochloride", "isoetharine mesylate salt", "isothurin hydrochloride", "isoctarine hydrochloride", "beta-2", "beta-1 adrenoreceptor", "isoetarine", "7279-75-6", "dey-lute isoetharine", "smr000058457", "63550-80-1[rn]", "4-[1-hydroxy-2-(propan-2-ylamino)butyl]benzene-1,2-diol; methanesulfonicacid", "7279-75-6[rn]", "etyprenaline", "dilabron", "neoisuprel", "4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-1,2-benzenediol mesylate salt", "isoetharine mesylate [usan:ban][usan]", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-,hydrochloride (1:1)", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)-butyl)-,methanesulfonate(salt)", "1", "einecs 230-695-8", "numotac hydrochloride", "isoetarina [inn-spanish]", "isoetharine", "isoetharine hydrochloride[usp]", "3,4-dihydroxy-a-(1-(isopropylamino)propyl)benzyl alcohol hydrochloride", "230-695-8[einecs]", "4-[1-hydroxy-2-(propan-2-ylamino)butyl]benzene-1,2-diol hydrochloride (1:1)", "4-[1-hydroxy-2-(isopropylamino)butyl]benzene-1,2-diolmethanesulfonate (1:1)", "1,2-benzenediol 4-(1-hydroxy-2-((1-methylethyl)amino)butyl)-,hydrochloride", "219-927-9[einecs]", "(r,*)-()-4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]pyrocatechol hydrochloride", "bronkometer (tn)", "2576-92-3[rn]", "4-[1-hydroxy-2-(isopropylamino)butyl]benzene-1,2-diolhydrochloride (1:1)", "1-(3,4-dihydroxyphenyl)-2-isopropylamino-1-butanol hydrochloride", "etyprenaline hydrochloride", "4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-1,2-benzenediol mesylate", "50-96-4[rn]", "isoetharine hydrochloride", "isoetarinum [inn-latin]", "1,2-benzenediol 4-[1-hydroxy-2-[(1-methylethyl)amino]butyl]-,methanesulfonate (1:1) (salt)", "isoetharine hcl s/f", "beta-1 adrenoceptor", "3,4-dihydroxy-a-(1-(isopropylamino)propyl)benzyl alcohol methanesulfonate (salt)", "isoetarin"}|>, "1601" -> <|"DatabaseID" -> "SW01090", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8746"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482310], ExternalIdentifier["ChemSpiderID", 110192]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]C[C@@H](c1ccc(c(c1)CO)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04703"], ExternalIdentifier["KEGGID", "D08124"]}, "OfficialNames" -> <|"Indian Approved Name" -> "levosalbutamol", "FDA Approved Drug" -> "LEVALBUTEROL TARTRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10349032], ExternalIdentifier["PubChemCompoundID", 123600]}, "Synonyms" -> {"levosalbutamol", "(-)-albuterol", "4-[(1r)-2-(tert-butylamino)-1-hydroxyethyl]-2-(hydroxymethyl)phenol", "r-salbutamol", "(-)-salbutamol", "levalbuterol tartrate", "r-albuterol", "18559-94-9[rn]", "(r)-4-(2-(tert-butylamino)-1-hydroxyethyl)-2-(hydroxymethyl)phenol sulfate", "levolin", "(r)-salbutamol", "arubendol-salbutamol", "asmol[wiki]", "asmanil", "asmol uni-dose", "5741175[beilstein]", "sallbupp", "4-((r)-2-tert-butylamino-1-hydroxy-ethyl)-2-hydroxymethyl-phenol", "bronter", "asmadil", "34391-04-3", "levalbuterol tartrate (usan)", "vencronyl", "4-((r)-2-tert-butylamino-1-hydroxy-ethyl)-2-hydroxymethyl-phenol sulfate", "ventamol", "broncovaleas", "asmasal", "novosalmol[wiki]", "(a1r)-a1-[[(1,1-dimethylethyl)amino]methyl]-4-hydroxy-1,3-benzenedimethanol", "bugonol", "(r)-albuterol", "chebi:8746", "theosal", "alti-salbutamol", "xopenex hfa", "2-(tert-butylamino)-1-(4-hydroxy-3-hydroxymethylphenyl)ethanol", "anebron", "4-[(1r)-2-(tert-butylamino)-1-hydroxyethyl]-2-(hydroxymethyl)phenol 2,3-dihydroxybutanedioate (salt)", "suxar", "sultanol n", "(l)-albuterol", "suprasma", "34391-04-3[rn]", "(-)-a1-(((1,1-dimethylethyl)amino)methyl)-4-hydroxy-1,3-benzenedimethanol", "salbutamol sulphate", "aerolin", "cas-18559-94-9", "2,6-bis(hydroxymethyl)-p-cresol", "1,3-benzenedimethanol ?1-[[(1,1-dimethylethyl)amino]methyl]-4-hydroxy-,(?1r)-", "respax", "xopenex", "(r)-a1-((tert-butylamino)methyl)-4-hydroxy-m-xylene-a,a'-diol", "tobybron", "respolin", "51022-70-9", "sabutal", "d04703", "asmatol", "xopenex hfa (tn)", "91-04-3[rn]", "albuterol sulfate", "asmidon", "(r)-4-(2-(tert-butylamino)-1-hydroxyethyl)-2-(hydroxymethyl)phenol", "parasma", "levalbuterol[wiki]", "asthalin", "levalbuterol"}|>, "1602" -> <|"DatabaseID" -> "SW01091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16742421]}, "IsomericSmiles" -> "CCCN(C(CC)C(=O)N(C)C)C(=O)C=CC", "OfficialNames" -> <|"Indian Approved Name" -> "prethcamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71672]}, "Synonyms" -> {"micoren", "respirot", "miconen", "prethcamide", "gycoren", "n-[1-(dimethylamino)-1-oxobutan-2-yl]-n-ethylbut-2-enamide - n-[1-(dimethylamino)-1-oxobutan-2-yl]-n-propylbut-2-enamide (1:1)", "8015-51-8[rn]", "2-butenamide", "cropropamide combination with crotethamide", "ac1l2gll", "g 5668", "2-butenamide n-[1-[(dimethylamino)carbonyl]propyl]-n-ethyl- compd. with n-[1-[(dimethylamino)carbonyl]propyl]-n-propyl-2-butenamide (1:1)", "unii-41a1fcw148"}|>, "1603" -> <|"DatabaseID" -> "SW01091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16742421]}, "IsomericSmiles" -> "CCCN(C(CC)C(=O)N(C)C)C(=O)C=CC", "OfficialNames" -> <|"Indian Approved Name" -> "prethcamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71672]}, "Synonyms" -> {"micoren", "respirot", "miconen", "prethcamide", "gycoren", "n-[1-(dimethylamino)-1-oxobutan-2-yl]-n-ethylbut-2-enamide - n-[1-(dimethylamino)-1-oxobutan-2-yl]-n-propylbut-2-enamide (1:1)", "8015-51-8[rn]", "2-butenamide", "cropropamide combination with crotethamide", "ac1l2gll", "g 5668", "2-butenamide n-[1-[(dimethylamino)carbonyl]propyl]-n-ethyl- compd. with n-[1-[(dimethylamino)carbonyl]propyl]-n-propyl-2-butenamide (1:1)", "unii-41a1fcw148"}|>, "1604" -> <|"DatabaseID" -> "SW01091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16742421]}, "IsomericSmiles" -> "CCCN(C(CC)C(=O)N(C)C)C(=O)C=CC", "OfficialNames" -> <|"Indian Approved Name" -> "prethcamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71672]}, "Synonyms" -> {"micoren", "respirot", "miconen", "prethcamide", "gycoren", "n-[1-(dimethylamino)-1-oxobutan-2-yl]-n-ethylbut-2-enamide - n-[1-(dimethylamino)-1-oxobutan-2-yl]-n-propylbut-2-enamide (1:1)", "8015-51-8[rn]", "2-butenamide", "cropropamide combination with crotethamide", "ac1l2gll", "g 5668", "2-butenamide n-[1-[(dimethylamino)carbonyl]propyl]-n-ethyl- compd. with n-[1-[(dimethylamino)carbonyl]propyl]-n-propyl-2-butenamide (1:1)", "unii-41a1fcw148"}|>, "1605" -> <|"DatabaseID" -> "SW01091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16742421]}, "IsomericSmiles" -> "CCCN(C(CC)C(=O)N(C)C)C(=O)C=CC", "OfficialNames" -> <|"Indian Approved Name" -> "prethcamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71672]}, "Synonyms" -> {"micoren", "respirot", "miconen", "prethcamide", "gycoren", "n-[1-(dimethylamino)-1-oxobutan-2-yl]-n-ethylbut-2-enamide - n-[1-(dimethylamino)-1-oxobutan-2-yl]-n-propylbut-2-enamide (1:1)", "8015-51-8[rn]", "2-butenamide", "cropropamide combination with crotethamide", "ac1l2gll", "g 5668", "2-butenamide n-[1-[(dimethylamino)carbonyl]propyl]-n-ethyl- compd. with n-[1-[(dimethylamino)carbonyl]propyl]-n-propyl-2-butenamide (1:1)", "unii-41a1fcw148"}|>, "1606" -> <|"DatabaseID" -> "SW01092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00865"]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH+](C)Cc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07514"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENZPHETAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448586", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2341]}, "Synonyms" -> {"benzfetamine", "didrex", "benzfetamina [dcit]", "benzphetamine", "n-benzylmethamphetamin", "n-methyl-1-phenyl-n-(phenylmethyl)propan-2-amine", "n,a-dimethyl-n-(phenylmethyl)benzeneethanamine", "benzfetaminum [latin]", "156-08-1[rn]", "benzfetamina [spanish]", "101-47-3[rn]", "4-12-00-02594 (beilstein handbook reference)[beilstein]", "d-benzphetamine", "benzofetamina[spanish][inn]", "benzfetaminum[latin]", "da transporter", "n-benzyl-n,a-dimethylphenethylamine", "benzphetamine hydrochloride", "benzfetamina", "benzfetamina[spanish][inn]", "dat", "benzamphetamine", "n-benzyl-n-methyl-1-phenyl-2-propanamine[acd/iupac name]", "benzylamphetamine", "n-benzyl-n-methyl-1-phenylpropan-2-amine", "benzfetaminum", "benzphetamine[wiki]", "benzphetaminum[latin]"}|>, "1607" -> <|"DatabaseID" -> "SW01092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00865"]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH+](C)Cc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07514"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENZPHETAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448586", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2341]}, "Synonyms" -> {"benzfetamine", "didrex", "benzfetamina [dcit]", "benzphetamine", "n-benzylmethamphetamin", "n-methyl-1-phenyl-n-(phenylmethyl)propan-2-amine", "n,a-dimethyl-n-(phenylmethyl)benzeneethanamine", "benzfetaminum [latin]", "156-08-1[rn]", "benzfetamina [spanish]", "101-47-3[rn]", "4-12-00-02594 (beilstein handbook reference)[beilstein]", "d-benzphetamine", "benzofetamina[spanish][inn]", "benzfetaminum[latin]", "da transporter", "n-benzyl-n,a-dimethylphenethylamine", "benzphetamine hydrochloride", "benzfetamina", "benzfetamina[spanish][inn]", "dat", "benzamphetamine", "n-benzyl-n-methyl-1-phenyl-2-propanamine[acd/iupac name]", "benzylamphetamine", "n-benzyl-n-methyl-1-phenylpropan-2-amine", "benzfetaminum", "benzphetamine[wiki]", "benzphetaminum[latin]"}|>, "1608" -> <|"DatabaseID" -> "SW01092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00865"]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH+](C)Cc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07514"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENZPHETAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448586", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2341]}, "Synonyms" -> {"benzfetamine", "didrex", "benzfetamina [dcit]", "benzphetamine", "n-benzylmethamphetamin", "n-methyl-1-phenyl-n-(phenylmethyl)propan-2-amine", "n,a-dimethyl-n-(phenylmethyl)benzeneethanamine", "benzfetaminum [latin]", "156-08-1[rn]", "benzfetamina [spanish]", "101-47-3[rn]", "4-12-00-02594 (beilstein handbook reference)[beilstein]", "d-benzphetamine", "benzofetamina[spanish][inn]", "benzfetaminum[latin]", "da transporter", "n-benzyl-n,a-dimethylphenethylamine", "benzphetamine hydrochloride", "benzfetamina", "benzfetamina[spanish][inn]", "dat", "benzamphetamine", "n-benzyl-n-methyl-1-phenyl-2-propanamine[acd/iupac name]", "benzylamphetamine", "n-benzyl-n-methyl-1-phenylpropan-2-amine", "benzfetaminum", "benzphetamine[wiki]", "benzphetaminum[latin]"}|>, "1609" -> <|"DatabaseID" -> "SW01092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00865"]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH+](C)Cc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07514"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENZPHETAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448586", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2341]}, "Synonyms" -> {"benzfetamine", "didrex", "benzfetamina [dcit]", "benzphetamine", "n-benzylmethamphetamin", "n-methyl-1-phenyl-n-(phenylmethyl)propan-2-amine", "n,a-dimethyl-n-(phenylmethyl)benzeneethanamine", "benzfetaminum [latin]", "156-08-1[rn]", "benzfetamina [spanish]", "101-47-3[rn]", "4-12-00-02594 (beilstein handbook reference)[beilstein]", "d-benzphetamine", "benzofetamina[spanish][inn]", "benzfetaminum[latin]", "da transporter", "n-benzyl-n,a-dimethylphenethylamine", "benzphetamine hydrochloride", "benzfetamina", "benzfetamina[spanish][inn]", "dat", "benzamphetamine", "n-benzyl-n-methyl-1-phenyl-2-propanamine[acd/iupac name]", "benzylamphetamine", "n-benzyl-n-methyl-1-phenylpropan-2-amine", "benzfetaminum", "benzphetamine[wiki]", "benzphetaminum[latin]"}|>, "1610" -> <|"DatabaseID" -> "SW01093", "IsomericSmiles" -> "COc1ccc(cc1)c2cc(=S)ss2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01584"]}, "OfficialNames" -> <|"China Approved Name" -> "anetholtrithione", "Indian Approved Name" -> "trithioparamethoxyphenylpropene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2194]}, "Synonyms" -> {"anetholtrithion", "felviten", "bilitherap", "anethole trithione", "trithioanethole", "mucinol", "tiotrifar", "athenentol", "heporal", "sulfarlem", "tiopropen"}|>, "1611" -> <|"DatabaseID" -> "SW01094", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "55326"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5640]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01090"]}, "IsomericSmiles" -> "C[N+]1(CCCC1)CCCCC[N+]2(CCCC2)C", "OfficialNames" -> <|"FDA Approved Drug" -> "PENTOLINIUM TARTRATE"|>, "PharmGKBID" -> "PA164777033", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5850]}, "Synonyms" -> {"pentolinium", "ansolysen", "pentolinium tartrate", "pentolonum", "pentolonium", "ac1q28r1", "pentapyrrolidinium bitartrate", "pentolinium tartrate [ban]", "pentolinio tartrato [dcit]", "chebi:347401", "pentapyrrolidium bitartrate", "200-146-7[einecs]", "recuryl", "56614-93-8[rn]", "pentolonii tartras[latin]", "pentolinium bitartrate", "pyrrolidinium 1,1'-(1,5-pentanediyl)bis-(1-methyl- (r-(r*,r*))-2,3-dihydroxybutanedioate", "ansolysen bitartrate", "tartrate de pentolonium[french][inn]", "1", "pentolinium ditartrate", "pentolineum", "pentolonum bitartrate", "pentolonium bitartrate", "pentamethylene-1,5-bis(1'-methylpyrrolidinium tartrate)", "52-62-0[rn]", "1,1'-pentamethylenebis(1-methylpyrrolidiniumhydrogentartrate)", "1,1'-pentane-1,5-diylbis(1-methylpyrrolidinium) bis[(2r,3r)-3-carboxy-2,3-dihydroxypropanoate]", "tartaricacid ion(1-) 1,1'-pentamethylenebis(1-methylpyrrolidinium) (2:1)", "pentilium", "ansolysen tartrate", "pendine[wiki]", "pentamethylene-1,5-bis(1-methylpyrrolidinium)hydrogentartrate", "tensilest", "1,1'-pentamethylenebis(1-methylpyrrolidinium tartrate)", "tartrato de pentolonio[spanish][inn]", "mb 2050a", "pyrrolidinium 1,1'-(1,5-pentanediyl)bis(1-methyl- salt with (r-(r*,r*))-2,3-dihydroxybutanedioicacid (1:2)", "ac1l1l9t", "unii-ull76wpu5x", "pentolonium tartrate", "1,1'-(1,5-pentanediyl)bis(1-methylpyrrolidinium) bis[(2r,3r)-3-carboxy-2,3-dihydroxypropanoate][acd/iupac name]", "m & b 2050a", "butanoicacid 2,3-dihydroxy- (2r,3r)- ion(1-) 1,1'-(1,5-pentanediyl)bis(1-methylpyrrolidinium) (2:1)", "chembl1271", "pentalinium tartrate", "pentolinium di[l(+)-tartrate]", "1,1'-(1,5-pentanediyl)bis[1-methylpyrrolidinium] saltwith [r-(r*,r*)]-2,3-dihydroxybutanedioic acid (1:2)"}|>, "1612" -> <|"DatabaseID" -> "SW01095", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9495"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5256]}, "IsomericSmiles" -> "CN(C)C(=S)SSC(=S)N(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06114"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nobecutan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5455]}, "Synonyms" -> {"rezifilm", "pomarsol", "aapirol", "nobecutan", "tetramethylthiuram disulfide", "thiram", "thirame", "thirasan", "tmtd", "tetramethylenethiuram disulfide", "accelerator thiuram", "bis-(dimethyl-dithiocarbamic acid)", "tetramethyl thiuramdisulfide", "tetramethyl thiurane disulphide", "n n'- (dithiodicarbonothioyl)bis(n-methylmethanamine)", "tetramethylthiuram", "hermal[wiki]", "thiuram m rubber accelerator", "n,n-tetramethylthiuram disulfide", "thimar", "tetramethylthiurane disulfide", "accel tmt", "normersan", "arasan-sf-x", "thioperoxydicarbonic diamide ([(h2n)c(s)]2s2) tetramethyl-", "tripomol", "vulkacit th", "tersan 75", "137-26-8[rn]", "tulisan", "thiurad", "thirampa", "4-04-00-00242 (beilstein handbook reference)[beilstein]", "sadoplon 75", "thioknock", "tetrathiuram disulfide", "disulfide bis (dimethylthiocarbamoyl)", "panoram 75", "thiuram", "1,1'-dithiobis(n,n-dimethylthioformamide)", "thiram[wiki][iso][bsi]", "disulfide bis(dimethylthiocarbamoyl)", "tetramethylthioramdisulfide", "kregasan", "tetramethyldiurane sulphite", "tetramethyl thiouram disulfide", "tetramethylthirium disulfide", "tirampa", "tiuram", "disulfure de tetramethylthiourame", "tuex", "heryl", "accelerator t", "cunitex", "n,n'-(dithiodicarbonothioyl)bis(n-methylmethanamine)", "tmtd[russian]", "chipco thiram 75", "anles", "arasan 42s", "bacteriostat", "arasan 70", "[dithiobis(carbonothioylnitrilo)]tetramethane", "spotrete", "tetramethyl thiuram disulfide", "arasan 75", "tetramethylthiuram disulphide", "disulfide tetramethylthiuram", "tetramethylenethiuram disulphide", "bis(dimethylthiocarbamoyl) disulphide", "orac tmtd", "tetramethylthiouram disulfide", "56645-31-9[rn]", "bis((dimethylamino)carbonothioyl) disulfide", "tetramethylthiuran disulfide", "arasan; nomersan; pomarsol; rezifilm", "metiurac", "tyradin", "tetramethyl-thiuram-disulfide", "thiramum", "tersantetramethyldiurane sulfide", "bis(dimethylthiocarbamyl) disulfide", "n,n,n',n'-tetramethylthiuram disulfide", "[disulfanediylbis(carbonothioylnitrilo)]tetramethane[acd/iupac name]", "arasan 70-s red", "thillate", "thimer", "radothiram", "nomersan", "12680-07-8[rn]", "royal tmtd", "tetramethylthiurum disulfide", "tetramethyl-thiram disulfid[german]", "arasan-sf", "tntd", "fermide", "tuads", "trametan", "tetramethylthiuram bisulfide", "hermat tmt", "bis(dimethylthiocarbamyl)disulfide", "tetramethyldiurane sulfite", "thiotex", "205-286-2[einecs]", "methyl thiram", "bis(dimethylthiocarbamoyl) disulfide", "thirame[french][inn][iso]", "arasan-m", "methane [dithiobis(carbonothioylnitrilo)]tetrakis-", "vulkacit mtic", "sadoplon", "disulfide tmt", "vancida tm-95", "arasan 42-s", "tetramethylthiuram bisulphide", "methyl tuads", "delsan", "betoxin", "tetrathiuram disulphide", "vulcafor tmtd", "falitiram", "(dimethylamino){[(dimethylamino)thioxomethyl]disulfanyl}methane-1-thione", "tetramethylthiuramdisulfide", "tetramethylenethiuram disulfide", "mercuram", "bis(dimethyl-thiocarbamoyl)-disulfid", "thianosan", "tetramethylthiurum disulphide", "puralin", "polyram ultra", "basultra", "thiotox (fungicide)", "disulfuro di tetrametiltiourame[italian]", "thiramum[latin]", "[me2nc(s)s]2", "tersan", "spotrete-f", "tetramethylthioperoxydicarbonic diamide", "tiuramyl", "methyl thiuramdisulfide", "bis((dimethylamino)carbonothioyl) disulphide", "tet,ramethylthiuram disulfide", "vulkacit thiuram", "tetrasipton", "d013893", "thiulix", "thylate", "12680-62-5[rn]", "aatiram", "137-26-8", "n,n,n' n'-tetramethylthiuram disulfide", "tutan", "atiram", "pomarsol forte", "1n1&yus;&ssyus;&n1;&1[wln]", "tetramethylthiocarbamoyldisulfide", "thiuram d", "methylthiuram disulfide", "n,n-tetramethylthiuram disulphide", "vuagt-i-4", "bis(dimethylthiocarbamoyl)disulfide; bis(dimethylthiocarbamyl)disulfide; thiram", "formalsol", "micropearls", "tmt disulfide", "hexathir", "[disulfanediylbis(carbonothioylnitrilo)]tetramethan", "aules", "tetrapom", "fernasan a", "39456-80-9[rn]", "sranan-sf-x", "tetramethyl thiurane disulfide", "vanguard gf", "fermide 850", "93196-73-7[rn]", "fernasan", "bis(dimethyl-thiocarbamoyl)-disulfid[german]", "tetramethy,lthiuram", "aceto tetd", "fernide", "ekagom tb", "teramethylthiuram disulfide", "thiram; thirame; thiramum", "thiuram-m", "bis(dimethylthiocarbamoyl)disulfide", "bis(dimethyl thiocarbamoyl)disulfide", "pomasol", "methane,1,1',1'',1'''-[dithiobis(carbonothioylnitrilo)]tetrakis-[acd/index name]", "bis (dimethyl-thiocarbamoyl)-disulfid[german]", "1725821", "tridipam", "thiuram m", "nsc-1771", "thiuram disulfide tetramethyl-", "zaprawa nasienna t", "fernacol", "thioperoxydicarbonic diamide tetramethyl-", "flo pro t seed protectant", "pol-thiuram", "tetramethylthiuran disulphide", "cyuram ds", "tetramethyl-thiram disulfid", "tetramethylthioperoxydicarbonicdiamine", "disolfuro di tetrametiltiourame", "nocceler tt", "66173-72-6[rn]", "bis[(dimethylamino)carbonothioyl] disulfide", "hy-vic", "thiulin", "thiuramyl", "thiramad", "vulcafor tmt"}|>, "1613" -> <|"DatabaseID" -> "SW01096", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3219"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10157062], ExternalIdentifier["ChemSpiderID", 56612]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01156"]}, "IsomericSmiles" -> "CC(C(=O)c1cccc(c1)Cl)[NH2+]C(C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07938"], ExternalIdentifier["KEGGID", "D00817"], ExternalIdentifier["KEGGID", "D07591"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bupropion hcl", "FDA Approved Drug" -> "BUPROPION HYDROBROMIDE;BUPROPION HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448687", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11984562], ExternalIdentifier["PubChemCompoundID", 62884], ExternalIdentifier["PubChemCompoundID", 444]}, "Synonyms" -> {"wellbutrin sr", "wellbutrin xl", "bupropion hcl", "zyban", "bupropion", "wellbutrin", "wellbatrin", "amfebutamone", "bupropion hydrobromide", "elontril", "amfebutamone hydrochloride", "34841-39-9[rn]", "bupropion hydrochloride", "bupropion hydrochloride extended-release", "bupropion[wiki][usan]", "250-759-9[einecs]", "2-(tert-butylamino)-1-(3-chlorophenyl)propan-1-one hcl", "bw-323", "bupropionhydrochloride", "31677-93-7 (hydrochloride)", "bupropion hydrochloride[usp]", "wellbutrin;zyban;voxra;budeprion;aplenzin;bupropion", "1-(3-chlorophenyl)-2-(tert-butylamino)propan-1-one", "amfebutamone hydrochloride;1-(3-chlorophenyl)-2-[(1,1-dimethylethyl)amino]-1-propanone hydrochloride; 2-tert-butylamino-1-(3-chlorophenyl)-propan-1-onehydrochloride", "2-(tert-butylamino)-1-(3-chlorophenyl)propan-1-onehydrochloride", "bw-323u66", "quomem", "bupropion wellbutrin zyban voxra", "wellbutrin (tn)", "2-(tert-butylamino)-1-(3-chlorophenyl)propan-1-one hydrochloride (1:1)", "aplenzin", "amfebutamon hydrochlorid", "1-(3-chlorophenyl)-2-[(1,1-dimethylethyl)amino]-1-propanone hydrochloride", "wellbutrin xr", "34841-36-6[rn]", "252-243-9[einecs]", "2-(tert-butylamino)-1-(3-chlorophenyl)propan-1-one hydrochloride", "voxra", "zyban[wiki]", "2-[(tert-butyl)amino]-1-(3-chlorophenyl)propan-1-one,chloride", "31677-93-7[rn]", "1-propanone 1-(3-chlorophenyl)-2-[(1,1-dimethylethyl)amino]-,hydrochloride", "2-(tert-butylamino)-1-(3-chlorphenyl)propan-1-onhydrochlorid", "34911-55-2[rn]", "2-(tert-butylamino)-3'-chloropropiophenone hydrochloride", "1-propanone 1-(3-chlorophenyl)-2-[(1,1-dimethylethyl)amino]-,hydrochloride (1:1)", "wellbutrin retard", "wellbutrin[wiki]", "amfebutamone[wiki]", "[31677-93-7]", "i14-9201", "905818-69-1[rn]", "unii-e70g3g5863", "bupropion hydrocloride", "bupropion hydrobromide (usan)", "nsc 315851", "1-propanone 1-(3-chlorophenyl)-2-[(1,1-dimethylethyl)amino]-,hydrobromide (1:1)", "2-(tert-butylamino)-1-(3-chlorophenyl)propan-1-one hydrobromide", "amfebutamonum", "chebi:3219", "amfebutamon", "d07938", "31677-93-7", "amfebutamona", "chembl1201735", "905818-69-1", "elont", "(+-)-bupropion", "zyban (pharmaceutical)"}|>, "1614" -> <|"DatabaseID" -> "SW01096", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3219"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10157062], ExternalIdentifier["ChemSpiderID", 56612]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01156"]}, "IsomericSmiles" -> "CC(C(=O)c1cccc(c1)Cl)[NH2+]C(C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07938"], ExternalIdentifier["KEGGID", "D00817"], ExternalIdentifier["KEGGID", "D07591"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bupropion hcl", "FDA Approved Drug" -> "BUPROPION HYDROBROMIDE;BUPROPION HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448687", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11984562], ExternalIdentifier["PubChemCompoundID", 62884], ExternalIdentifier["PubChemCompoundID", 444]}, "Synonyms" -> {"wellbutrin sr", "wellbutrin xl", "bupropion hcl", "zyban", "bupropion", "wellbutrin", "wellbatrin", "amfebutamone", "bupropion hydrobromide", "elontril", "amfebutamone hydrochloride", "34841-39-9[rn]", "bupropion hydrochloride", "bupropion hydrochloride extended-release", "bupropion[wiki][usan]", "250-759-9[einecs]", "2-(tert-butylamino)-1-(3-chlorophenyl)propan-1-one hcl", "bw-323", "bupropionhydrochloride", "31677-93-7 (hydrochloride)", "bupropion hydrochloride[usp]", "wellbutrin;zyban;voxra;budeprion;aplenzin;bupropion", "1-(3-chlorophenyl)-2-(tert-butylamino)propan-1-one", "amfebutamone hydrochloride;1-(3-chlorophenyl)-2-[(1,1-dimethylethyl)amino]-1-propanone hydrochloride; 2-tert-butylamino-1-(3-chlorophenyl)-propan-1-onehydrochloride", "2-(tert-butylamino)-1-(3-chlorophenyl)propan-1-onehydrochloride", "bw-323u66", "quomem", "bupropion wellbutrin zyban voxra", "wellbutrin (tn)", "2-(tert-butylamino)-1-(3-chlorophenyl)propan-1-one hydrochloride (1:1)", "aplenzin", "amfebutamon hydrochlorid", "1-(3-chlorophenyl)-2-[(1,1-dimethylethyl)amino]-1-propanone hydrochloride", "wellbutrin xr", "34841-36-6[rn]", "252-243-9[einecs]", "2-(tert-butylamino)-1-(3-chlorophenyl)propan-1-one hydrochloride", "voxra", "zyban[wiki]", "2-[(tert-butyl)amino]-1-(3-chlorophenyl)propan-1-one,chloride", "31677-93-7[rn]", "1-propanone 1-(3-chlorophenyl)-2-[(1,1-dimethylethyl)amino]-,hydrochloride", "2-(tert-butylamino)-1-(3-chlorphenyl)propan-1-onhydrochlorid", "34911-55-2[rn]", "2-(tert-butylamino)-3'-chloropropiophenone hydrochloride", "1-propanone 1-(3-chlorophenyl)-2-[(1,1-dimethylethyl)amino]-,hydrochloride (1:1)", "wellbutrin retard", "wellbutrin[wiki]", "amfebutamone[wiki]", "[31677-93-7]", "i14-9201", "905818-69-1[rn]", "unii-e70g3g5863", "bupropion hydrocloride", "bupropion hydrobromide (usan)", "nsc 315851", "1-propanone 1-(3-chlorophenyl)-2-[(1,1-dimethylethyl)amino]-,hydrobromide (1:1)", "2-(tert-butylamino)-1-(3-chlorophenyl)propan-1-one hydrobromide", "amfebutamonum", "chebi:3219", "amfebutamon", "d07938", "31677-93-7", "amfebutamona", "chembl1201735", "905818-69-1", "elont", "(+-)-bupropion", "zyban (pharmaceutical)"}|>, "1615" -> <|"DatabaseID" -> "SW01097", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59586"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28937]}, "IsomericSmiles" -> "C(P(=O)([O-])[O-])(P(=O)([O-])[O-])(Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03544"]}, "OfficialNames" -> <|"Australia Approved Name" -> "SODIUM CLODRONATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724874]}, "Synonyms" -> {"clodronate disodium", "dmdp", "disodium clodronate", "disodium (dichloromethylene)bis[hydrogen (phosphonate)][acd/iupac name]", "dichloromethylene diphosphonate disodium salt", "chlodronate sodium", "clodronate disodium (usan)", "sodium clodronate", "disodium clodronate tetrahydrate", "phosphonic acid (dichloromethylene)bis- disodium salt", "chebi:59587", "88416-50-6", "clodronate", "ag-e-64478", "molport-000-704-429", "bonefos (tn)", "sodium clodronate hydrate (jan)", "disodium dihydrogen (dichloromethylene)diphosphonate", "clodronic acid", "cl2mdp", "phosphonic acid (dichloromethylene)bis- sodium salt (1:2)", "phosphonic acid (dichloromethylene)di- disodium salt (8ci)", "bonefos", "disodium (dichloromethanediyl)bis[hydrogen (phosphonate)]", "clodronate disodium salt", "clodronate disodium tetrahydrate", "dichloromethylenediphosphonic acid disodium salt", "disodium (dichloromethylene)diphosphonate", "disodium[dichloro-(hydroxy-oxidophosphoryl)methyl]-hydroxyphosphinate", "disodium-dichloromethylene-diphosphonate", "d03544", "disodium (dichloromethylene)bisphosphonate", "clodronate disodium; clodronate sodium; clodronic aciddisodiumsalt; disodium (dichloromethylene)bisphosphonate; disodium (dichloromethylene)diphosphonate; disodium clodronate; disodium dichloromethylene diphosphonate; disodium dihydrogen (dichloromethylene)diphosphonate; sodium clodronate", "22560-50-5[rn]", "clodronic acid disodium salt", "cl2mdp; clodronic acid disodium magnesium salt; dmdp", "sodium clodronate hydrate", "clodronate sodium"}|>, "1616" -> <|"DatabaseID" -> "SW01098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3964]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00423"]}, "IsomericSmiles" -> "COc1ccccc1OCC(COC(=O)N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00402"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methocarbamol", "FDA Approved Drug" -> "METHOCARBAMOL"|>, "PharmGKBID" -> "PA164749506", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4107]}, "Synonyms" -> {"lumirelax", "parabaxin", "metocarbamolo", "metocarbamol", "robaxin", "miolaxene", "delaxin", "metofenia", "methocal", "methocarbamol", "etroflex", "robaxan", "miowas", "robamol", "robinax", "glycerylguajacol-carbamat", "glycerylguaiacolate carbamate", "guaiphenesin carbamate", "metofenina", "reflexyn", "robaxine", "forbaxin", "avetil", "miorilas", "guaiacol glyceryl ether carbamate", "tresortil", "robaxon", "neuraxin", "relestrid", "surquetil", "traumacut", "romethocarb", "guaiphenesine carbamate", "myolaxene", "1,2-propanediol 3-(2-methoxyphenoxy)- 1-carbamate", "extra strength muscle & back pain asa (acetylsalicylic acid + methocarbamol)_mixture", "2-hydroxy-3-(o-methoxyphenoxy)propyl carbamate", "3-(o-methoxyphenoxy)-2-hydroxypropyl 1-carbamate", "2-hydroxy-3-(o-methoxyphenoxy)propyl 1-carbamate", "1 2-propanediol 3- (2-methoxyphenoxy)- 1-carbamate", "guiacol-gliceriletere monocarbammato", "methocarbamol[wiki]", "perilax", "muscle and back pain relief with asa (acetylsalicylic acid + methocarbamol)_mixture", "2-hydroxy-3-(2-methoxyphenoxy)propylcarbamat", "methocarbamolum[latin]", "guaiamar carbamate", "muscle & back pain relief extra strength (acetylsalicylic acid + methocarbamol)_mixture", "145308-03-8[rn]", "1 2-propanediol 3- (o-methoxyphenoxy)- 1-carbamate", "robaxin (tn)", "ca-i", "muscle & back pain asa (acetylsalicylic acid + methocarbamol)_mixture", "metocarbamolo [dcit]", "methocarbamo", "carbonic anhydrase i", "3-(o-methoxyphenoxy)-1,2-propanediol 1-carbamate", "methocarbamol [ban:inn:jan][inn][jan]", "carbamic acid 2-hydroxy-3-(o-methoxyphenoxy)propyl ester", "carbonate dehydratase i", "muscle & back pain relief caplets (acetaminophen + methocarbamol)_mixture", "robaxisal", "4-06-00-05577", "ec 4.2.1.1", "3967-43-9[rn]", "2-hydroxy-3-(2-methoxyphenoxy)propyl aminooate", "racemic-methocarbamol", "3-(2-methoxyphenoxy)-1,2-propanediol 1-carbamate", "3/6/532", "3-(o-methoxyphenoxy)-2-hydroxypropyl carbamate", "robaxin[wiki]", "1,2-propanediol 3-(2-methoxyphenoxy)- 1-carbam", "3-(2-methoxyphenoxy)-1-glyceryl carbamate", "2-hydroxy-3-(2-methoxyphenoxy)propyl carbamate[acd/iupac name]", "muscle relaxant and analgesic (acetylsalicylic acid + methocarbamol)_mixture", "methoxacet extra strength (acetaminophen + methocarbamol)_mixture", "muscle and back pain relief-8 (acetaminophen + codeine phosphate + methocarbamol)_mixture", "2-hydroxy-3-{[2-(methyloxy)phenyl]oxy}propyl carbamate", "robaxisol", "1,2-propanediol 3-(o-methoxyphenoxy)- 1-carbamate", "208-524-3[einecs]", "robaxacet (methocarbamol + acetaminophen)_mixture", "component of robaxisal", "4-06-00-05577 (beilstein handbook reference)[beilstein]", "9005-80-5[rn]", "miolaxin", "532-03-6[rn]", "ahr 85"}|>, "1617" -> <|"DatabaseID" -> "SW01098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3964]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00423"]}, "IsomericSmiles" -> "COc1ccccc1OCC(COC(=O)N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00402"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methocarbamol", "FDA Approved Drug" -> "METHOCARBAMOL"|>, "PharmGKBID" -> "PA164749506", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4107]}, "Synonyms" -> {"lumirelax", "parabaxin", "metocarbamolo", "metocarbamol", "robaxin", "miolaxene", "delaxin", "metofenia", "methocal", "methocarbamol", "etroflex", "robaxan", "miowas", "robamol", "robinax", "glycerylguajacol-carbamat", "glycerylguaiacolate carbamate", "guaiphenesin carbamate", "metofenina", "reflexyn", "robaxine", "forbaxin", "avetil", "miorilas", "guaiacol glyceryl ether carbamate", "tresortil", "robaxon", "neuraxin", "relestrid", "surquetil", "traumacut", "romethocarb", "guaiphenesine carbamate", "myolaxene", "1,2-propanediol 3-(2-methoxyphenoxy)- 1-carbamate", "extra strength muscle & back pain asa (acetylsalicylic acid + methocarbamol)_mixture", "2-hydroxy-3-(o-methoxyphenoxy)propyl carbamate", "3-(o-methoxyphenoxy)-2-hydroxypropyl 1-carbamate", "2-hydroxy-3-(o-methoxyphenoxy)propyl 1-carbamate", "1 2-propanediol 3- (2-methoxyphenoxy)- 1-carbamate", "guiacol-gliceriletere monocarbammato", "methocarbamol[wiki]", "perilax", "muscle and back pain relief with asa (acetylsalicylic acid + methocarbamol)_mixture", "2-hydroxy-3-(2-methoxyphenoxy)propylcarbamat", "methocarbamolum[latin]", "guaiamar carbamate", "muscle & back pain relief extra strength (acetylsalicylic acid + methocarbamol)_mixture", "145308-03-8[rn]", "1 2-propanediol 3- (o-methoxyphenoxy)- 1-carbamate", "robaxin (tn)", "ca-i", "muscle & back pain asa (acetylsalicylic acid + methocarbamol)_mixture", "metocarbamolo [dcit]", "methocarbamo", "carbonic anhydrase i", "3-(o-methoxyphenoxy)-1,2-propanediol 1-carbamate", "methocarbamol [ban:inn:jan][inn][jan]", "carbamic acid 2-hydroxy-3-(o-methoxyphenoxy)propyl ester", "carbonate dehydratase i", "muscle & back pain relief caplets (acetaminophen + methocarbamol)_mixture", "robaxisal", "4-06-00-05577", "ec 4.2.1.1", "3967-43-9[rn]", "2-hydroxy-3-(2-methoxyphenoxy)propyl aminooate", "racemic-methocarbamol", "3-(2-methoxyphenoxy)-1,2-propanediol 1-carbamate", "3/6/532", "3-(o-methoxyphenoxy)-2-hydroxypropyl carbamate", "robaxin[wiki]", "1,2-propanediol 3-(2-methoxyphenoxy)- 1-carbam", "3-(2-methoxyphenoxy)-1-glyceryl carbamate", "2-hydroxy-3-(2-methoxyphenoxy)propyl carbamate[acd/iupac name]", "muscle relaxant and analgesic (acetylsalicylic acid + methocarbamol)_mixture", "methoxacet extra strength (acetaminophen + methocarbamol)_mixture", "muscle and back pain relief-8 (acetaminophen + codeine phosphate + methocarbamol)_mixture", "2-hydroxy-3-{[2-(methyloxy)phenyl]oxy}propyl carbamate", "robaxisol", "1,2-propanediol 3-(o-methoxyphenoxy)- 1-carbamate", "208-524-3[einecs]", "robaxacet (methocarbamol + acetaminophen)_mixture", "component of robaxisal", "4-06-00-05577 (beilstein handbook reference)[beilstein]", "9005-80-5[rn]", "miolaxin", "532-03-6[rn]", "ahr 85"}|>, "1618" -> <|"DatabaseID" -> "SW01099", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552166], ExternalIdentifier["ChemSpiderID", 40270]}, "IsomericSmiles" -> "C[C@@H]([C@@H]([C@H]1CNc2c(c(=O)nc([nH]2)N)N1)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01798"], ExternalIdentifier["KEGGID", "D08505"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sapropterin", "FDA Approved Drug" -> "SAPROPTERIN DIHYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636369], ExternalIdentifier["PubChemCompoundID", 44257]}, "Synonyms" -> {"r-thbp", "biopten", "sapropterin hydrochloride", "kuvan", "sapropterin", "l-erythro-tetrahydrobiopterin", "(6r)-tetrahydrobiopterin dihydrochloride", "sapropterina", "sapropterin dihydrochloride", "(6r)-tetrahydrobiopterin hydrochloride", "biobuden", "sapropterin[inn]", "sapropterinum", "62989-33-7[rn]", "-5,6,7,8-tetrahydro-l-biopterindihydrochloride", "dapropterin", "sapropterin dihydrochloride[usan]", "bipten", "chebi:32120", "(6r)-l-erythro-tetrahydrobiopterin", "(6r)-tetrahydrobiopterin dihydrochloride; (6r)-tetrahydrobiopterin hydrochloride;sapropterin 2hcl;sapropterin dihydrochloride; sapropterin hydrochloride", "sapropterin (inn)", "(6r)-2-amino-6-[(1r,2s)-1,2-dihydroxypropyl]-5,6,7,8-tetrahydropteridin-4(1h)-one", "69056-38-8", "5,6,7,8-tetrahydrobiopterin", "6r-5", "(6r)-2-amino-6-[(1r,2s)-1,2-dihydroxypropyl]-5,6,7,8-tetrahydropteridin-4(1h)-onedihydrochloride", "27070-47-9[rn]", "chebi:59560", "biopterin 5,6,7,8-tetrahydro-", "(6r)-2-amino-6-[(1r,2s)-1,2-dihydroxypropyl]-5,6,7,8-tetrahydropteridin-4(3h)-onedihydrochloride", "(r)-2-amino-6-((1r,2s)-1,2-dihydroxypropyl)-5,6,7,8-tetrahydropteridin-4(3h)-onedihydrochloride", "4(1h)-pteridinone,2-amino-6-[(1r,2s)-1,2-dihydroxypropyl]-5,6,7,8-tetrahydro- (6r)-", "4(1h)-pteridinone,2-amino-6-[(1r,2s)-1,2-dihydroxypropyl]-5,6,7,8-tetrahydro- (6r)- dihydrochloride", "6r-l-5,6,7,8-tetrahydrobiopterin", "tetrahydrobiopterin", "r-thbp6r-bh4", "(6r)-2-amino-6-[(1r,2s)-1,2-dihydroxypropyl]-5,6,7,8-tetrahydropteridin-4(1h)-ondihydrochlorid", "h4b", "phenoptin", "(-)-(6r)-2-amino-6-((1r,2s)-1,2-dihydroxypropyl)-5,6,7,8-tetrahydro-4(3h)-pteridinone", "69056-38-8[rn]", "tetrahydro-l-biopterin dihydrochloride", "sapropterin 2hcl", "6r-bh4", "[6r-[6r*(1r*,2s*)]]-2-amino-6-(1,2-dihydroxypropyl)-5,6,7,8-tetrahydro-4(1h)-pteridinone", "(-)-(6r)-2-amino-6-((1r,2s)-1,2-dihydroxypropyl)-5,6,7,8-tetrahydro-4(3h)-pteridinone; (6r)-l-erythro-tetrahydrobiopterin; 6r-5,6,7,8-tetrahydrobiopterin; 6r-bh4;6r-l-5,6,7,8-tetrahydrobiopterin; l-erythro-tetrahydrobiopterin; r-thbp; tetrahydrobiopterin", "sapropterinum[latin]", "sapropterina[spanish]", "bek", "6r-5,6,7,8-tetrahydrobiopterin", "sapropterinum [inn_la]", "sapropterin; sapropterina; sapropterinum", "6r-l-5", "tetrahydrobiopterin[wiki]", "(6r-(6r*(1r*,2s*)))-5,6,7,8-tetrahydro-2-amino-6-(1,2-dihydroxypropyl)-4(1h)-pteridinone dihydrochloride", "dapropterin dihydrochloride", "tetrahydrobiopterin dihydrochloride", "(6r)-2-amino-6-[(1r,2s)-1,2-dihydroxypropyl]-5,6,7,8-tetrahydropteridin-4(3h)-one", "(6r)-5,6,7,8-tetrahydrobiopterin dihydrochloride", "(6r,1'r,2's)-5,6,7,8 tetrahydrobiopterin", "bh4", "thb"}|>, "1619" -> <|"DatabaseID" -> "SW01100", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5004"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3225]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00573"]}, "IsomericSmiles" -> "CC(c1cccc(c1)Oc2ccccc2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00968"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FENOPROFEN CALCIUM"|>, "PharmGKBID" -> "PA449597", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3342]}, "Synonyms" -> {"nalfon", "fenoprofen calcium", "feprona", "nalgesic", "fenoprofen", "31879-05-7[rn]", "fenoprofen calcium hydrate", "fenoprofene", "250-850-3[einecs]", "2-(3-phenoxy-phenyl)-propionic acid", "2-(3-phenoxyphenyl)propanoic acid", "fenoprofeno", "prostaglandin-endoperoxide synthase 1", "fenopron", "ec 1.14.99.1", "pghs-1", "2-(3-phenoxyphenyl)propionic acid", "phs 1", "a-dl-2-(3-phenoxyphenyl)propionic acid", "prostaglandin g/h synthase 1 precursor", "2-[3-(phenyloxy)phenyl]propanoic acid", "fenoprofene[french][inn]", "cyclooxygenase- 1", "9005-49-6", "29679-58-1[rn]", "fenoprofenum[latin]", "53858", "2-(3-phenoxyphenyl)propanoic acid[acd/iupac name]", "cox-1", "fenoprofen [usan:ban:inn][inn][usan]", "progesic", "fenoprofen[usan]", "34597-40-5[rn]", "pgh synthase 1", "prostaglandin h2 synthase 1", "lilly 53838", "32953-79-0[rn]", "fenoprofenum [inn_la]", "feneprofen calcium salt dihydrate", "249-770-1[einecs]", "a-methyl-3-phenoxybenzeneacetic acid", "fenoprofeno[spanish][inn]", "fenoprofenum", "31879-05-7", "53746-45-5[rn]"}|>, "1620" -> <|"DatabaseID" -> "SW01100", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5004"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3225]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00573"]}, "IsomericSmiles" -> "CC(c1cccc(c1)Oc2ccccc2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00968"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FENOPROFEN CALCIUM"|>, "PharmGKBID" -> "PA449597", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3342]}, "Synonyms" -> {"nalfon", "fenoprofen calcium", "feprona", "nalgesic", "fenoprofen", "31879-05-7[rn]", "fenoprofen calcium hydrate", "fenoprofene", "250-850-3[einecs]", "2-(3-phenoxy-phenyl)-propionic acid", "2-(3-phenoxyphenyl)propanoic acid", "fenoprofeno", "prostaglandin-endoperoxide synthase 1", "fenopron", "ec 1.14.99.1", "pghs-1", "2-(3-phenoxyphenyl)propionic acid", "phs 1", "a-dl-2-(3-phenoxyphenyl)propionic acid", "prostaglandin g/h synthase 1 precursor", "2-[3-(phenyloxy)phenyl]propanoic acid", "fenoprofene[french][inn]", "cyclooxygenase- 1", "9005-49-6", "29679-58-1[rn]", "fenoprofenum[latin]", "53858", "2-(3-phenoxyphenyl)propanoic acid[acd/iupac name]", "cox-1", "fenoprofen [usan:ban:inn][inn][usan]", "progesic", "fenoprofen[usan]", "34597-40-5[rn]", "pgh synthase 1", "prostaglandin h2 synthase 1", "lilly 53838", "32953-79-0[rn]", "fenoprofenum [inn_la]", "feneprofen calcium salt dihydrate", "249-770-1[einecs]", "a-methyl-3-phenoxybenzeneacetic acid", "fenoprofeno[spanish][inn]", "fenoprofenum", "31879-05-7", "53746-45-5[rn]"}|>, "1621" -> <|"DatabaseID" -> "SW01101", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3747]}, "IsomericSmiles" -> "CC(=CCC1=C(c2ccccc2C(=O)C1=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tecomin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3884]}, "Synonyms" -> {"taigu wood", "greenhartin", "lapachol", "lapachol wood", "c.i. natural yellow 16", "ipe-tobacco wood", "tecomin", "bethabarra wood", "taiguic acid", "201-563-7[einecs]", "1,4-naphthalenedione 2-hydroxy-3-(3-methyl-2-butenyl)- (9ci)", "1,2-naphthalenedione 4-hydroxy-3-(3-methyl-2-buten-1-yl)-", "4-hydroxy-3-(3-methyl-2-buten-1-yl)-1,2-naphthalendion", "tecomin (van)", "2-hydroxy-3-(3-methylbut-2-enyl)-1,4-naphthoquinone", "2-hydroxy-3-(3-methyl-2-butenyl)-1,4-naphthoquinone", "cancer chemother rep (part 2) 4: 11 (1974)", "1,4-naphthoquinone 2-hydroxy-3-(3-methyl-2-butenyl)-", "lapachic acid", "greenharten", "2-hydroxy-3-(3-methyl-2-butenyl)-1,4-naphthalenedione", "84-79-7[rn]", "zlut prirodni 16[czech]", "84-79-7", "surinam greenheart wood", "4-08-00-02487 (beilstein handbook reference)[beilstein]", "1,4-naphthoquinone 2-hydroxy-3- (3-methyl-2-butenyl)-", "4-hydroxy-3-(3-methyl-2-buten-1-yl)-1,2-naphthalenedione[acd/iupac name]", "57414-00-3[rn]", "1,4-naphthalenedione 2-hydroxy-3- (3-methyl-2-butenyl)-", "1,4-naphthalenedione 2-hydroxy-3-(3-methyl-2-butenyl)-"}|>, "1622" -> <|"DatabaseID" -> "SW01102", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 150073]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01291"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(c1ccc(c(n1)CO)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00686"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PIRBUTEROL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 171674]}, "Synonyms" -> {"maxair", "pirbuterol", "maxair (tn)", "pirbuterol acetate", "pirbuterol acetate (usan)", "beta-1 adrenoreceptor", "cp-24,314-14", "65652-44-0[rn]", "38677-81-5 (parent)", "6-[2-(tert-butylamino)-1-hydroxyethyl]-2-(hydroxymethyl)pyridin-3-ol acetate (1:1)", "maxair[wiki]", "6-[2-(tert-butylamino)-1-hydroxyethyl]-2-(hydroxymethyl)pyridin-3-ol acetate (salt)", "einecs 265-862-4", "cp-24314-14", "?6-[(tert-butylamino)methyl]-3-hydroxypyridine-2,6-dimethanol monoacetate", "2", "cp 24314-14", "a6-[[(1,1-dimethylethyl)amino]methyl]-3-hydroxy-2,6-pyridinedimethanol monoacetate (salt)", "pirbuterolum [inn-latin]", "65652-44-0", "pirbuterol acetate [usan]", "pirbuterol hydrochloride", "pirbuterol acetate[usan]", "2-hydroxymethyl-3-hydroxy-6-(1-hydroxy-2-tert-butylaminoethyl)pyridine monoacetate", "265-862-4[einecs]", "alpha6-((tert-butylamino)methyl)-3-hydroxypyridine-2", "beta-1 adrenoceptor", "6-[2-(tert-butylamino)-1-hydroxyethyl]-2-(hydroxymethyl)pyridin-3-olacetat(salt)"}|>, "1623" -> <|"DatabaseID" -> "SW01102", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 150073]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01291"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(c1ccc(c(n1)CO)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00686"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PIRBUTEROL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 171674]}, "Synonyms" -> {"maxair", "pirbuterol", "maxair (tn)", "pirbuterol acetate", "pirbuterol acetate (usan)", "beta-1 adrenoreceptor", "cp-24,314-14", "65652-44-0[rn]", "38677-81-5 (parent)", "6-[2-(tert-butylamino)-1-hydroxyethyl]-2-(hydroxymethyl)pyridin-3-ol acetate (1:1)", "maxair[wiki]", "6-[2-(tert-butylamino)-1-hydroxyethyl]-2-(hydroxymethyl)pyridin-3-ol acetate (salt)", "einecs 265-862-4", "cp-24314-14", "?6-[(tert-butylamino)methyl]-3-hydroxypyridine-2,6-dimethanol monoacetate", "2", "cp 24314-14", "a6-[[(1,1-dimethylethyl)amino]methyl]-3-hydroxy-2,6-pyridinedimethanol monoacetate (salt)", "pirbuterolum [inn-latin]", "65652-44-0", "pirbuterol acetate [usan]", "pirbuterol hydrochloride", "pirbuterol acetate[usan]", "2-hydroxymethyl-3-hydroxy-6-(1-hydroxy-2-tert-butylaminoethyl)pyridine monoacetate", "265-862-4[einecs]", "alpha6-((tert-butylamino)methyl)-3-hydroxypyridine-2", "beta-1 adrenoceptor", "6-[2-(tert-butylamino)-1-hydroxyethyl]-2-(hydroxymethyl)pyridin-3-olacetat(salt)"}|>, "1624" -> <|"DatabaseID" -> "SW01103", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445339]}, "IsomericSmiles" -> "C[NH+](C)CCC(c1ccccc1)c2ccccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01174"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pheniramine maleate", "FDA Approved Drug" -> "PHENIRAMINE MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282139]}, "Synonyms" -> {"pheniramine maleate", "naphcon a", "pheniramine maleate salt", "132-20-7 86-21-5 [pheniramine]", "86-21-5[rn]", "chembl1653", "ac1nqzje", "mls001148181", "132-20-7[rn]", "205-051-4[einecs]", "prestwick_769", "1-phenyl-1-(2-pyridyl)-3-dimethylaminopropane maleate", "1-(n,n-dimethylamino)-3-(phenyl-3-a-pyridyl)propane maleate", "inhiston", "dimethyl(3-phenyl-3-(2-pyridyl)propyl)amine,(2z)but-2-enedioicacid", "p6902_sigma", "n,n-dimethyl-3-phenyl-3-(pyridin-2-yl)propan-1-amine (2z)-but-2-enedioate (1:1)", "n,n-dimethyl-3-phenyl-3-pyridin-2-ylpropan-1-amine (2z)-but-2-enedioate", "daneral", "n,n-dimethyl-3-phenyl-3-(2-pyridinyl)-1-propanamine (2z)-2-butenedioate(1:1)", "pheniramine hydrogen maleate", "132-20-7 86-21-5", "metron[wiki]", "trimeton", "3-phenyl-3-(2-pyridyl)-n,n-dimethylpropylamine maleate", "pheniramine maleate [usan]", "trimetose", "prophenpyridamine maleate", "spectrum1500478", "surecn25318"}|>, "1625" -> <|"DatabaseID" -> "SW01103", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445339]}, "IsomericSmiles" -> "C[NH+](C)CCC(c1ccccc1)c2ccccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01174"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pheniramine maleate", "FDA Approved Drug" -> "PHENIRAMINE MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282139]}, "Synonyms" -> {"pheniramine maleate", "naphcon a", "pheniramine maleate salt", "132-20-7 86-21-5 [pheniramine]", "86-21-5[rn]", "chembl1653", "ac1nqzje", "mls001148181", "132-20-7[rn]", "205-051-4[einecs]", "prestwick_769", "1-phenyl-1-(2-pyridyl)-3-dimethylaminopropane maleate", "1-(n,n-dimethylamino)-3-(phenyl-3-a-pyridyl)propane maleate", "inhiston", "dimethyl(3-phenyl-3-(2-pyridyl)propyl)amine,(2z)but-2-enedioicacid", "p6902_sigma", "n,n-dimethyl-3-phenyl-3-(pyridin-2-yl)propan-1-amine (2z)-but-2-enedioate (1:1)", "n,n-dimethyl-3-phenyl-3-pyridin-2-ylpropan-1-amine (2z)-but-2-enedioate", "daneral", "n,n-dimethyl-3-phenyl-3-(2-pyridinyl)-1-propanamine (2z)-2-butenedioate(1:1)", "pheniramine hydrogen maleate", "132-20-7 86-21-5", "metron[wiki]", "trimeton", "3-phenyl-3-(2-pyridyl)-n,n-dimethylpropylamine maleate", "pheniramine maleate [usan]", "trimetose", "prophenpyridamine maleate", "spectrum1500478", "surecn25318"}|>, "1626" -> <|"DatabaseID" -> "SW01104", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51344"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4573118]}, "IsomericSmiles" -> "c1ccc(cc1)C[NH2+]CCNCc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03705"]}, "OfficialNames" -> <|"China Approved Name" -> "benzathine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8793]}, "Synonyms" -> {"1", "n", "benzathine tenuazonate", "benzathine", "sulbactam benzathine", "ethylenediamine", "benzatin", "dbed", "140-28-3", "usaf do-53"}|>, "1627" -> <|"DatabaseID" -> "SW01105", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 133106]}, "IsomericSmiles" -> "CC(C)CCCCCCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylmyristate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 151014]}, "Synonyms" -> {"13-methyl-tetradecansaeure", "13-methyl-tetradecanoic acid", "13-methylmyristate", "isopentadecylic acid", "13-methylmyristic acid", "13-mtd", "chebi:39250", "2485-71-4[rn]", "tetradecanoic acid 13-methyl-", "ac1l45ho", "13-methyltetradecanoic acid[acd/iupac name]", "50973-09-6[rn]", "2485-71-4", "13-methyltetradecanoic acid", "27836-87-9[rn]", "13-methyltetradecanoicacid", "isopentadecanoic acid (van)", "[2485-71-4]", "256-870-9[einecs]", "13-methyl tetradecanoic acid", "isopentadecanoic acid"}|>, "1628" -> <|"DatabaseID" -> "SW01106", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6919]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)OOC(=O)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03093"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "benzoyl peroxide", "Indian Approved Name" -> "benzoyl peroxide", "Traditional Herbal Isolate" -> "benzoyl ramanone", "FDA Approved Drug" -> "BENZOYL PEROXIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7187]}, "Synonyms" -> {"benzoyl peroxide", "benzoperoxide", "benzol peroxide", "benzoyl superoxide", "benzoylperoxyde", "dibenzoyl peroxide", "peroxide", "benzoylperoxid", "panoxyl", "94-36-0", "desquam e", "oxy 5", "benzoylperoxid[german]", "luperox afr40", "cadat bpo", "benzac w", "luperox a98", "benzaknen", "aksil 5", "diphenylperoxyanhydrid", "epi clear antiseptic lotion", "garox", "benzoyl peroxide 27%", "b 75w", "debroxide", "luperox a75", "37370-29-9[rn]", "benzagel 10", "dibenzoylperoxyde", "143928-58-9[rn]", "luperco ast", "perossido di benzoile", "bpo", "xerac bp", "tcba", "akneroxide l", "nayper bo", "phisoac bp", "novadelox", "benzoyl benzenecarboperoxoate", "triaz dibenzoyl peroxide", "cadox bs", "94-36-0[rn]", "g20", "benbel c", "fostex bpo", "cadox b 40e", "desanden", "clearasil antibacterial acne lotion", "acne-aid cream", "cadox b", "dry and clear", "benoxyl", "xerac", "oxy-10 cover", "desquam-x", "lucidol 50p", "brevoxyl[wiki]", "asidopan", "luperox a70s", "benzoyl peroxide[wiki][usp]", "lucidol g 20", "117989-71-6[rn]", "lucidol kl 50", "oxylite", "50-31-7[rn]", "acnegel", "mytolac", "aztec bpo", "sulfoxyl", "benzoylperoxide", "cadox b-ch 50", "nericur", "lucidol", "clear by design", "desquam x", "loroxide", "benzaclin", "incidol", "cadox 40e", "akneroxid 5", "lucidol b 50", "theraderm", "luperox atc50", "benzac", "cadox b 50p", "nayper b and bo", "132323-44-5[rn]", "200-026-4[einecs]", "epi-clear", "duresthin 5", "norox bzp-c-35", "stri-dex b.p.", "lucidol-70", "topex", "superox 744", "quinolor compound", "persadox", "fostex[wiki]", "resdan akne", "panoxyl[wiki]", "eloxyl", "benzagel", "luperco aa", "oxy-5", "diphenylglyoxal peroxide", "202-327-6[einecs]", "luperox fl", "norox bzp-250", "chaloxyd bp 50ft", "vanoxide", "luperox a75fp", "acetoxyl", "cadox b 70w", "benzashave", "clearasil bp acne treatment cream", "diphenylperoxyanhydride[acd/iupac name]", "peroxydex", "persa-gel"}|>, "1629" -> <|"DatabaseID" -> "SW01107", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63624"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140081]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01265"]}, "IsomericSmiles" -> "Cc1cn(c(=O)[nH]c1=O)[C@@H]2C[C@H]([C@@H](O2)CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06675"]}, "OfficialNames" -> <|"Australia Approved Name" -> "TELBIVUDINE", "FDA Approved Drug" -> "TELBIVUDINE"|>, "PharmGKBID" -> "PA164760861", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159269]}, "Synonyms" -> {"tyzeka", "telbivudine", "epavudine", "l-deoxythymidine", "sebivo", "l-dt", "telbivudin", "2'-deoxy-l-thymidine", "l-thymidine", "beta-l-thymidine", "ldt", "telbivudine[wiki]", "tyzeka sebivo", "deoxyribonucleic acid", "2,4(1h,3h)-pyrimidinedione,1-(2-deoxy-b-l-erythro-pentofuranosyl)-5-methyl-", "1-[(2s,4r,5s)-4-hydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]-5-methylpyrimidin-2,4(1h,3h)-dion", "nv-02b", "nv 02b", "nb 02b", "1-[(2s,4r,5s)-4-hydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]-5-methylpyrimidine-2,4(1h,3h)-dione", "ldt600", "3424-98-4[rn]", "telbivudine [inn_en]", "thymidine[wiki]", "1-[(2s,4r,5s)-4-hydroxy-5-(hydroxymethyl)oxolan-2-yl]-5-methyl-1,2,3,4-tetrahydropyrimidine-2,4-dione", "sebivo;tyzeka"}|>, "1630" -> <|"DatabaseID" -> "SW01108", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293457]}, "IsomericSmiles" -> "c1c2=N/C(=C/3\\C=CON3)/N=c2c4c(n1)CCOC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09314"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "OFATUMUMAB"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918251]}, "Synonyms" -> {"ofatumumab", "ofatumumab (genetical recombination)", "chembl99516", "chebi:257771", "dcl000582", "arzerra"}|>, "1631" -> <|"DatabaseID" -> "SW01109", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4410675]}, "IsomericSmiles" -> "CC1=C2C(=CC3=C(C(=O)OC3C1)C)C(=CC2=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5241825]}, "Synonyms" -> {"taraxacin", "1", "ac1nrjqi", "chembl449951"}|>, "1632" -> <|"DatabaseID" -> "SW01109", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4410675]}, "IsomericSmiles" -> "CC1=C2C(=CC3=C(C(=O)OC3C1)C)C(=CC2=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5241825]}, "Synonyms" -> {"taraxacin", "1", "ac1nrjqi", "chembl449951"}|>, "1633" -> <|"DatabaseID" -> "SW01110", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477408]}, "IsomericSmiles" -> "c1ccc(cc1)C2C(C(c3ccccc3O2)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucoanthocyanidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318979]}, "Synonyms" -> {"3", "flavan-3", "2h-1-benzopyran-3", "2-phenyl-3", "ac1nsxis", "chebi:60835", "leucoanthocyanidin", "leucoanthocyanidins", "3,4-dihydroxyflavan"}|>, "1634" -> <|"DatabaseID" -> "SW01110", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477408]}, "IsomericSmiles" -> "c1ccc(cc1)C2C(C(c3ccccc3O2)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucoanthocyanidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318979]}, "Synonyms" -> {"3", "flavan-3", "2h-1-benzopyran-3", "2-phenyl-3", "ac1nsxis", "chebi:60835", "leucoanthocyanidin", "leucoanthocyanidins", "3,4-dihydroxyflavan"}|>, "1635" -> <|"DatabaseID" -> "SW01110", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477408]}, "IsomericSmiles" -> "c1ccc(cc1)C2C(C(c3ccccc3O2)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucoanthocyanidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318979]}, "Synonyms" -> {"3", "flavan-3", "2h-1-benzopyran-3", "2-phenyl-3", "ac1nsxis", "chebi:60835", "leucoanthocyanidin", "leucoanthocyanidins", "3,4-dihydroxyflavan"}|>, "1636" -> <|"DatabaseID" -> "SW01110", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477408]}, "IsomericSmiles" -> "c1ccc(cc1)C2C(C(c3ccccc3O2)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucoanthocyanidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318979]}, "Synonyms" -> {"3", "flavan-3", "2h-1-benzopyran-3", "2-phenyl-3", "ac1nsxis", "chebi:60835", "leucoanthocyanidin", "leucoanthocyanidins", "3,4-dihydroxyflavan"}|>, "1637" -> <|"DatabaseID" -> "SW01110", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477408]}, "IsomericSmiles" -> "c1ccc(cc1)C2C(C(c3ccccc3O2)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucoanthocyanidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318979]}, "Synonyms" -> {"3", "flavan-3", "2h-1-benzopyran-3", "2-phenyl-3", "ac1nsxis", "chebi:60835", "leucoanthocyanidin", "leucoanthocyanidins", "3,4-dihydroxyflavan"}|>, "1638" -> <|"DatabaseID" -> "SW01110", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477408]}, "IsomericSmiles" -> "c1ccc(cc1)C2C(C(c3ccccc3O2)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucoanthocyanidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318979]}, "Synonyms" -> {"3", "flavan-3", "2h-1-benzopyran-3", "2-phenyl-3", "ac1nsxis", "chebi:60835", "leucoanthocyanidin", "leucoanthocyanidins", "3,4-dihydroxyflavan"}|>, "1639" -> <|"DatabaseID" -> "SW01110", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477408]}, "IsomericSmiles" -> "c1ccc(cc1)C2C(C(c3ccccc3O2)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucoanthocyanidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318979]}, "Synonyms" -> {"3", "flavan-3", "2h-1-benzopyran-3", "2-phenyl-3", "ac1nsxis", "chebi:60835", "leucoanthocyanidin", "leucoanthocyanidins", "3,4-dihydroxyflavan"}|>, "1640" -> <|"DatabaseID" -> "SW01110", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477408]}, "IsomericSmiles" -> "c1ccc(cc1)C2C(C(c3ccccc3O2)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucoanthocyanidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318979]}, "Synonyms" -> {"3", "flavan-3", "2h-1-benzopyran-3", "2-phenyl-3", "ac1nsxis", "chebi:60835", "leucoanthocyanidin", "leucoanthocyanidins", "3,4-dihydroxyflavan"}|>, "1641" -> <|"DatabaseID" -> "SW01111", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9561"], ExternalIdentifier["ChEBIID", "102166"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2272258]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00599"]}, "IsomericSmiles" -> "CCCC(C)C1(C(=O)NC(=S)NC1=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00714"]}, "OfficialNames" -> <|"China Approved Name" -> "thiopental", "Indian Approved Name" -> "thiopentone", "Australia Approved Name" -> "THIOPENTAL;THIOPENTONE", "FDA Approved Drug" -> "THIOPENTAL SODIUM"|>, "PharmGKBID" -> "PA451664", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3000715], ExternalIdentifier["PubChemCompoundID", 23665410], ExternalIdentifier["PubChemCompoundID", 608283]}, "Synonyms" -> {"thiopentobarbital", "intraval", "pentothiobarbital", "thiothal", "penthiobarbital", "thiomebumal", "trapanal", "thiopentone", "thiopental", "nesdonal", "thionembutal", "thiopentobarbituric acid", "thiopentobarbitone", "pentothal", "tiopentale [italian]", "4,6,(1h,5h)-pyrimidinedione 5-ethyldihydro-5-(1-methylbutyl)-2-thioxo-(9ci)", "4,6(1h,5h)-pyrimidinedione,5-ethyl-2-mercapto-5-(1-methylbutyl)-", "200-984-3[einecs]", "ampa-selective glutamate receptor 2", "5-ethyl-5-(pentan-2-yl)-2-thioxo-dihydropyrimidine-4,6(1h,5h)-dione", "pentothal[wiki]", "glutamate receptor 2 precursor", "thiopental[wiki]", "4,6(1h,5h)-pyrimidinedione,5-ethyldihydro-5-(1-methylbutyl)-2-thioxo-", "glur-k2", "59709-53-4[rn]", "glur-b", "-thiopental", "farmotal", "2-thio-5-ethyl-5-sec-pentylbarbituric acid", "5-ethyl-5-(1-methylbutyl)-2-thioxodihydropyrimidine-4,6(1h,5h)-dione", "5-ethyl-5-pentan-2-yl-2-sulfanylidene-1,3-diazinane-4,6-dione", "5-ethyl-5-(1-methylbutyl)-2-thiobarbituric acid", "5-ethyl-5-(1-methyl-butyl)-2-thioxo-dihydro-pyrimidine-4,6-dione", "barbituric acid 5-ethyl-5-(1-methylbutyl)-2-thio-", "76-75-5[rn]", "76-75-5 (free acid)", "glutamate receptor ionotropic ampa 2", "glur-2", "thiopentone[wiki]", "5-24-09-00172 (beilstein handbook reference)[beilstein]", "5-ethyl-5-(1-methylbutyl)-2-sulfanylpyrimidine-4,6(1h,5h)-dione", "5-ethyl-5-(pentan-2-yl)-2-thioxodihydropyrimidine-4,6(1h,5h)-dione", "tiopentale[italian]", "5-ethyl-2-mercapto-5-(1-methylbutyl)pyrimidine-4,6(1h,5h)-dione", "thiotal 5g (thiopental sodium + water)_mixture", "thiopental sodium", "5-ethyl-1", "ac1lcx6o", "penthiobarbital sodium", "thiopentone sodium", "sodium thiopentobarbital", "sodium thiopentone", "sodium thiopental", "thiomebumal sodium", "thiopental + diazomethane", "sodium pentothal", "sodium pentothiobarbital"}|>, "1642" -> <|"DatabaseID" -> "SW01111", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9561"], ExternalIdentifier["ChEBIID", "102166"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2272258]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00599"]}, "IsomericSmiles" -> "CCCC(C)C1(C(=O)NC(=S)NC1=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00714"]}, "OfficialNames" -> <|"China Approved Name" -> "thiopental", "Indian Approved Name" -> "thiopentone", "Australia Approved Name" -> "THIOPENTAL;THIOPENTONE", "FDA Approved Drug" -> "THIOPENTAL SODIUM"|>, "PharmGKBID" -> "PA451664", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3000715], ExternalIdentifier["PubChemCompoundID", 23665410], ExternalIdentifier["PubChemCompoundID", 608283]}, "Synonyms" -> {"thiopentobarbital", "intraval", "pentothiobarbital", "thiothal", "penthiobarbital", "thiomebumal", "trapanal", "thiopentone", "thiopental", "nesdonal", "thionembutal", "thiopentobarbituric acid", "thiopentobarbitone", "pentothal", "tiopentale [italian]", "4,6,(1h,5h)-pyrimidinedione 5-ethyldihydro-5-(1-methylbutyl)-2-thioxo-(9ci)", "4,6(1h,5h)-pyrimidinedione,5-ethyl-2-mercapto-5-(1-methylbutyl)-", "200-984-3[einecs]", "ampa-selective glutamate receptor 2", "5-ethyl-5-(pentan-2-yl)-2-thioxo-dihydropyrimidine-4,6(1h,5h)-dione", "pentothal[wiki]", "glutamate receptor 2 precursor", "thiopental[wiki]", "4,6(1h,5h)-pyrimidinedione,5-ethyldihydro-5-(1-methylbutyl)-2-thioxo-", "glur-k2", "59709-53-4[rn]", "glur-b", "-thiopental", "farmotal", "2-thio-5-ethyl-5-sec-pentylbarbituric acid", "5-ethyl-5-(1-methylbutyl)-2-thioxodihydropyrimidine-4,6(1h,5h)-dione", "5-ethyl-5-pentan-2-yl-2-sulfanylidene-1,3-diazinane-4,6-dione", "5-ethyl-5-(1-methylbutyl)-2-thiobarbituric acid", "5-ethyl-5-(1-methyl-butyl)-2-thioxo-dihydro-pyrimidine-4,6-dione", "barbituric acid 5-ethyl-5-(1-methylbutyl)-2-thio-", "76-75-5[rn]", "76-75-5 (free acid)", "glutamate receptor ionotropic ampa 2", "glur-2", "thiopentone[wiki]", "5-24-09-00172 (beilstein handbook reference)[beilstein]", "5-ethyl-5-(1-methylbutyl)-2-sulfanylpyrimidine-4,6(1h,5h)-dione", "5-ethyl-5-(pentan-2-yl)-2-thioxodihydropyrimidine-4,6(1h,5h)-dione", "tiopentale[italian]", "5-ethyl-2-mercapto-5-(1-methylbutyl)pyrimidine-4,6(1h,5h)-dione", "thiotal 5g (thiopental sodium + water)_mixture", "thiopental sodium", "5-ethyl-1", "ac1lcx6o", "penthiobarbital sodium", "thiopentone sodium", "sodium thiopentobarbital", "sodium thiopentone", "sodium thiopental", "thiomebumal sodium", "thiopental + diazomethane", "sodium pentothal", "sodium pentothiobarbital"}|>, "1643" -> <|"DatabaseID" -> "SW01112", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6193]}, "IsomericSmiles" -> "CCC(C)(S(=O)(=O)CC)S(=O)(=O)CC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Sulfonethylmethane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433]}, "Synonyms" -> {"methylsulfonalum", "diethylsulfonmethylethylmethane", "trionalon", "methylsulfonal", "sulfonethylmethane", "metilosulfonal", "sulfonethylmethanum", "methylsulphonal", "trional[wiki]", "3-01-00-02790 (beilstein handbook reference)[beilstein]", "trional", "76-20-0[rn]", "ethylsulfonal", "3-01-00-02790", "2", "2,2-bis(ethylsulphonyl)butane", "butane 2,2-bis(ethylsulfonyl)-", "1,1-bis(ethylsulfonyl)-1-methylpropane", "2,2-bis(ethylsulfonyl)butane[acd/iupac name]", "200-942-4[einecs]", "butane 2,2-bis (ethylsulfonyl)-", "tional"}|>, "1644" -> <|"DatabaseID" -> "SW01113", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16125"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2581]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00099"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cetyl alcohol;cetylalcohol", "Indian Approved Name" -> "cetyl alcohol", "FDA Approved Drug" -> "CETYL ALCOHOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2682]}, "Synonyms" -> {"cetanol", "hexadecyl alcohol", "hexadecanol", "palmityl alcohol", "cetyl alcohol", "cetaffine", "n-cetyl alcohol", "crodacol c95nf", "cetylic alcohol", "cetalcos", "epal 16nf", "1-hexadecyl alcohol", "cyclal cetyl alcohol", "cetostearyl alcohol", "siponol cc", "hexadecanol (van)", "cetanol[wiki][jp15]", "249-583-5[einecs]", "crodacol c", "4-01-00-01876 (beilstein handbook reference)[beilstein]", "philcohol 1600", "cetal", "alcohol c-16", "ceraphyl ica", "n-hexadecan-1-ol", "loxanwax sk", "crodacol cas", "hexadecan-1-ol[wiki]", "dytop f-11", "crodacol cat", "laurex 16", "elfacos c", "hyfatol 16", "adol 52 nf[nf]", "michel xo-150-16", "dehydag wax 16", "16-hexadecanol", "siponol wax a", "loxanwachs sk", "cetylalkohol", "tego alkanol 16", "1-hexadecanol[acd/iupac name]", "eutanol g16", "cetyl alcohol[nf]", "palmitic alcohol", "adol 52nf", "n-hexadecyl alcohol", "ethal[wiki]", "lipocol c", "loroll 24", "kalcohl 60", "1748475", "crodacol c70", "fancol ca", "hexadecan-1-ol", "loxiol vpg 1743", "loxanol k", "1-hydroxyhexadecane", "1-cetanol", "ethol", "lorol c 16", "1-hexanedecanol", "lanette 16", "siponol wax-a", "253-149-0[einecs]", "36653-82-4[rn]", "lanol c", "lorol c16", "atalco c", "cetalol ca", "kalcol 68", "267-009-1[einecs]", "hyfatol", "cetylol", "dytol f-11", "n-1-hexadecanol", "1-hexadecanol", "267-006-5[einecs]", "252-964-9[einecs]", "cachalot c-50 nf[nf]", "cachalot c 51"}|>, "1645" -> <|"DatabaseID" -> "SW01114", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4645]}, "IsomericSmiles" -> "Cc1nc(c(c(n1)Cl)NC2=[NH+]CCN2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05087"]}, "OfficialNames" -> <|"Indian Approved Name" -> "moxonidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4810]}, "Synonyms" -> {"moxonidine", "cynt", "75438-57-2", "norcynt", "physiotens", "nucynt", "75438-57-2[rn]", "moxonidinum [latin]", "4-chloro-5-(2-imidazolin-2-ylamino)-6-methoxy-2-methylpyrimidine", "moxonidine[wiki]", "75438-58-3[rn]", "75438-58-3 (hcl salt)", "bdf 5895", "normoxocin", "moxon", "moxonidinum[latin]", "4-chloro-n-(imidazolidin-2-ylidene)-6-methoxy-2-methylpyrimidin-5-amine", "moxonidine [usan:ban:inn][inn][usan]", "2-(4-chloro-6-methoxy-2-methylpyrimidin-5-ylamino)-2-imidazoline", "5-pyrimidinamine,4-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-6-methoxy-2-methyl-", "5-pyrimidinamine,4-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-6-methoxy-2-methyl- (9ci)", "(4-chloro-6-methoxy-2-methyl-pyrimidin-5-yl)-imidazolidin-2-ylidene-amine", "4-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-6-methoxy-2-methyl-5-pyrimidinamine[acd/iupac name]", "t6n cnj b1 do1 fg em- bt5m cn butj [wln]", "moxonidine hydrochloride", "be 5895", "moxonidina [spanish]", "moxonidina[spanish]", "t6n cnj b1 do1 fg enu- bt5mymtj [wln]", "lomox", "4-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-6-methoxy-2-methylpyrimidin-5-amine"}|>, "1646" -> <|"DatabaseID" -> "SW01115", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3750"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2694]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00636"]}, "IsomericSmiles" -> "CCOC(=O)C(C)(C)Oc1ccc(cc1)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00279"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CLOFIBRATE"|>, "PharmGKBID" -> "PA449045", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2796]}, "Synonyms" -> {"atromid-s", "atromid", "ethyl clofibrate", "angiokapsul", "arterioflexin", "antilipid", "antilipide", "anparton", "arterosol", "clofibrate", "lobetrin", "clobrat", "liprin", "atromid s", "clofibate", "negalip", "clofibram", "bresit", "liposid", "atromida", "novofibrate", "epib", "clofibrat", "atheromide", "cpib", "athebrate", "klofibrat", "normalip", "atheropront", "sklerolip", "robigram", "hyclorate", "dura clofibrat", "fibralem", "liprinal", "lipamid", "elpi", "atrovis", "yoclo", "ateriosan", "citiflus", "serotinex", "bioscleran", "neo-atromid", "chlorfenisate", "ethyl p-chlorophenoxyisobutyrate", "sklerepmexe", "claripex cpib", "artevil", "lipavil", "ethyl chlorophenoxyisobutyrate", "klofiran", "thillate", "clobren-sf", "azionyl", "apolan", "clofar", "ethyl para-chlorophenoxyisobutyrate", "liporeduct", "lipofacton", "cartagyl", "xyduril", "regardin", "sklero-tablinene", "clobren-5f", "sklero-tablinen", "skerolip", "ticlobran", "cloberat", "skleromexe", "neo-atomid", "lipomid", "vincamin compositum", "tetrasipton", "miscleron", "athranid-wirkstoff", "sklero", "deliva", "ateculon", "normolipol", "gerastop", "persantinat", "regelan n", "serofinex", "lipide 500", "clofibratum", "levatrom", "liporil", "lipavlon", "clofipront", "sklero-tabuls", "amotril s", "atromidin", "claripex", "skleromex", "amotril", "chlorphenisate", "scrobin", "normat", "clofinit", "lipidsenker", "atrolen", "clofibrato", "regelan", "4-06-00-00851 (beilstein handbook reference)[beilstein]", "2-(4-chlorophenoxy)-2-methylpropionic acid ethyl ester", "211-277-4[einecs]", "ethyl 2-(4-chlorophenoxy)-2-methylpropanoate[acd/iupac name]", "delipid", "athromidin", "2-(p-chlorophenoxy)-2-methylpropionic acid ethyl ester", "liponorm", "ethyl 2-(para-chlorophenoxy)-2-methylpropionate (iupac)", "ethyl 2-(p-chlorophenoxy)isobutyrate", "1913459[beilstein]", "normet", "ppar-alpha", "ethyl 2-(4-chlorophenoxy)-2-methyl-propanoate", "cinnarizin", "miskleron", "oxan 600", "propionic acid 2-(4-chlorophenoxy)-2-methyl- ethyl ester", "637-07-0[rn]", "clofibrate[wiki][inn][ban][jan]", "chlorophenoxyisobutyrate ethyl", "clofibric acid ethyl ester", "ethyl 2-[(4-chlorophenyl)oxy]-2-methylpropanoate", "propanoic acid 2-(p-chlorophenoxy)-2-methyl- ethyl ester", "ethyl-2-(4-chlorphenoxy)-2-methylpropanoat", "propanoic acid 2-(4-chlorophenoxy)-2-methyl- ethyl ester", "ethyl 2-(4-chlorophenoxy)-2-methylpropionate", "acetic acid (p-chlorophenoxy)dimethyl- ethyl ester", "thiosan", "propionic acid 2-(p-chlorophenoxy)-2-methyl- ethyl ester", "misclerone", "abitrate", "d002994", "ethyl 2-(p-chlorophenoxy)-2-methylpropionate", "2-(4-chlorophenoxy)-2-methylpropanoic acid ethyl ester", "atromid-s (tn)", "recolip", "artes", "ethyl 2-(4-chlorophenoxy)isobutyrate", "tl8004467"}|>, "1647" -> <|"DatabaseID" -> "SW01116", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3172"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5875]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01158"]}, "IsomericSmiles" -> "CC[N+](C)(C)Cc1ccccc1Br", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00645"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BRETYLIUM TOSYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6100]}, "Synonyms" -> {"bretylol", "darentin", "bretylan", "bretylium tosilate", "bretylate", "bretylium tosylate", "darenthin", "ornid", "bretylium p-toluenesulfonate", "bretylium tosylate[usp][usan]", "tosilato de bretilio [inn_en]", "n-(2-bromobenzyl)-n,n-dimethylethanaminium 4-methylbenzenesulfonate[acd/iupac name]", "bretylium tosylate [usan:ban][usan]", "benzenemethanaminium 2-bromo-n-ethyl-n,n-dimethyl- salt with4-methylbenzenesulfonic acid", "n-[(2-bromophenyl)methyl]-n,n-dimethylethanaminium 4-methylbenzenesulfonate", "ammonium (o-bromobenzyl)ethyldimethyl- p-toluenesulfonate", "n-ethyl-n-o-bromobenzyl-n,n-dimethylammonium tosylate", "61-75-6[rn]", "bretylum", "bretylol (tn)", "bretylii tosilas[latin]", "tosilate de bretylium; tosilato de bretilio", "bretylol bretylium", "ec 3.6.3.9", "bretyliumtosylate", "benzenemethanaminium 2-bromo-n-ethyl-n,n-dimethyl- salt with4-methylbenzenesulfonic acid (1:1)", "asl-603", "sodium pump subunit alpha 1", "bretylii tosilas", "cas-61-75-6", "200-516-8[einecs]", "retylium tosylate", "sodium/potassium-transporting atpase alpha-1 chain precursor", "bretylium tolsylate", "bretylol[wiki]", "(2-bromobenzyl)ethyldimethylammonium toluene-4-sulphonate", "(2-bromobenzyl)ethyldimethylammoniumtoluene-4-sulfonate; (2-bromobenzyl)ethyldimethylammonium tosylate; (o-bromobenzyl)ethyldimethylammonium p-toluenesulfonate;2-bromo-n-ethyl-n,n-dimethylbenzenemethanaminium 4-methylbenzenesulfonate; n-ethyl-n-o-bromobenzyl-n,n-dimethylammonium tosylate; bretylii tosilas; dimethylethyl-o-bromobenzylammonium-p-toluenesulphonate", "bretilio tosilato [dcit]", "tosilate de bretylium[french][inn]", "2-bromo-n-ethyl-n,n-dimethylbenzenemethanaminium 4-methyl-benzenesulfontate", "bretylium", "tosilato de bretilio[spanish][inn]", "dimethylethyl-o-bromobenzylammonium-p-toluenesulphonate", "(o-bromobenzyl)ethyldimethylammonium p-toluenesulfonate", "na(+)/k(+) atpase alpha-1 subunit", "2-bromo-n-ethyl-n,n-dimethylbenzenemethanaminium 4-methylbenzenesulfonate"}|>, "1648" -> <|"DatabaseID" -> "SW01117", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28680"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6017]}, "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2[C@H]([C@@H]([C@H](O2)CO)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00168"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "cytarabine", "Indian Approved Name" -> "cytosine arabinoside", "FDA Approved Drug" -> "CYTARABINE", "China Approved Name" -> "arabinosylcytosin"|>, "PharmGKBID" -> "PA449177", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6253]}, "Synonyms" -> {"cytarabine", "alexan", "cytarabin", "cytosine arabinoside", "arabinosylcytosine", "arabinocytidine", "aracytidine", "ara-c", "udicil", "cytosar", "depocyt", "ar3", "1-arabinofuranosylcytosine", "depocyt (liposomal)", "1-b-d-arabinofuranosyl-4-amino-2(1h)pyrimidinone", "cytarabina", "arabinocytosine", "cytosinearabinoside", "200-133-6[einecs]", "147-94-4", "4-amino-1-[3,4-dihydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]pyrimidin-2(1h)-one", "205-705-9[einecs]", "4-amino-1-[(2r,3s,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]pyrimidin-2(1h)-one", "spongocytidine", "iretin", "erpalfa", "cytarabine [usan:ban:inn:jan][inn][jan][usan]", "147-94-4 (free base)", "4-amino-1-[(2r,3s,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]pyrimidin-2(1h)-on", "citozar", "cytarabinum[latin]", "arabinofuranosylcytosine[wiki]", "69-74-9[rn]", "4-amino-1-[(2r,3s,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)oxolan-2-yl]-1,2-dihydropyrimidin-2-one", "4-amino-1-b-d-arabinofuranosyl-2(1h)-pyrimidinone", "ara-c cytosine arabinoside cytosar-u", "u-19,920", "cytosine-1-b-d-arabinofuranoside", "4-amino-1-arabinofuranosyl-2-oxo-1,2-dihydropyrimidin[czech]", "4-amino-1-arabinofuranosyl-2-oxo-1,2-dihydropyrimidine", "1-(b-d-arabinofuranosyl)cytosine", "147-94-4[rn]", "cytosine arabinoside (van)", "cytosar-u", "citarabina[spanish][inn]", "arabinocyridine", "b-cytosine arabinoside", "aracytine", "arabinoside c", "depocyt (tn)", "cytosine-1-b-arabinofuranoside", "1-b-d-arabinosylcytosine", "1-b-d-arabinofuranosylcytosine", "tarabine", "ara-cytosine", "4-amino-1-[(2r,3s,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydro-2-furanyl]-2(1h)-pyrimidinone", "cytarabine (jp14/usp)[usp]", "cytosine b-d-arabinoside", "arac", "cytarabine[wiki][usan]", "cytarbel", "tl8001048", "337376-15-5", "52-01-7[rn]", "ara-cytidine", "arafcyt", "(arabinofuranosyl)cytosine", "1-b-arabinofuranosylcytosine", "aracytin", "89175[beilstein]", "depocyt[wiki]", "depocyte", "cytosine b-d-arabinofuranoside", "arabitin", "cytarabinoside", "cytidine[wiki][acd/iupac name]"}|>, "1649" -> <|"DatabaseID" -> "SW01118", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4091]}, "IsomericSmiles" -> "CCOC(=O)Nc1c[n+](no1)N2CCOCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01320"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sydnone imine n-(ethoxycarbonyl)-3-(4-morpholinyl)-"|>, "Synonyms" -> {"molsidomine", "sydnone imine n-(ethoxycarbonyl)-3-(4-morpholinyl)-"}|>, "1650" -> <|"DatabaseID" -> "SW01119", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "42446"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65084]}, "IsomericSmiles" -> "C[C@@H](c1ccc(c(c1)F)c2ccccc2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D10254"]}, "OfficialNames" -> <|"NPC Approved Name" -> "esflurbiprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72099]}, "Synonyms" -> {"(s)-flurbiprofen", "esflurbiprofen", "(2s)-2-(2-fluorobiphenyl-4-yl)propanoic acid", "257-263-1[einecs]", "(r)-flurbiprofen", "flurbiprofen[wiki]", "(2s)-2-(2-fluoro-[1,1'-biphenyl-4-yl])propanoic acid", "esflurbiprofeno[spanish]", "(s)-2-(2-fluoro-[1,1'-biphenyl]-4-yl)propanoic acid", "526-85-2", "esflurbiprofen (s)", "4686156[beilstein]", "s-flurbiprofen", "esflurbiprofenum[latin]", "[1,1'-biphenyl]-4-acetic acid 2-fluoro-a-methyl- (as)-", "(s)-(+)-flurbiprofen", "esflurbiprofen [ban:inn][inn]", "(s)-(+)-2-fluoro-alpha-methyl-4-biphenylacetic acid", "smr000471846", "51543-39-6", "esflurbiprofene[french]", "flp", "chebi:42446", "51543-39-6[rn]"}|>, "1651" -> <|"DatabaseID" -> "SW01120", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5130"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3277], ExternalIdentifier["ChemSpiderID", 38291]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00712"]}, "IsomericSmiles" -> "CC(c1ccc(c(c1)F)c2ccccc2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00330"]}, "OfficialNames" -> <|"Indian Approved Name" -> "flurbiprofen;flubiprofen sodium", "FDA Approved Drug" -> "FLURBIPROFEN;FLURBIPROFEN SODIUM"|>, "PharmGKBID" -> "PA449683", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3394], ExternalIdentifier["PubChemCompoundID", 23684814]}, "Synonyms" -> {"ansaid", "ocufen", "cebutid", "antadys", "flurbiprofen", "zepolas", "flurofen", "apo-flurbiprofen", "adfeed", "flurbiprofen axetil", "froben", "froben sr", "novo-flurprofen", "flp", "nu-flurbiprofen", "stayban", "flubiprofen", "adofeed", "fluriproben", "flugalin", "flurbiprofen sodium", "phs ii", "prostaglandin-endoperoxide synthase 2", "pgh synthase 2", "flurbiprofenum [inn-latin]", "56767-76-1[rn]", "ec 1.14.99.1", "flurbiprofene [inn-french]", "260-373-2[einecs]", "prostaglandin h2 synthase 2", "pghs-2", "flurbiprofeno [inn-spanish]", "cox-2", "prostaglandin g/h synthase 2 precursor", "cyclooxygenase- 2", "2-fluoro-a-methyl-[1,1'-biphenyl]-4-acetic acid", "neo artrol", "2-(3-fluoro-4-phenyl-phenyl)propanoic acid", "2-(2-fluoro-biphenyl-4-yl)-propionic acid", "ratio flurbiprofen", "2-fluoro-a-methyl[1,1'-biphenyl]-4-acetic acid", "u 27,182", "anmetarin", "51012-27-2[rn]", "2,5-bis(trifluoromethyl)benzonitrile", "3-fluoro-4-phenylhydratropic acid", "ratio-flurbiprofen", "flurbiprofeno[spanish][inn]", "bts18322", "froben;ocufen", "5104-49-4[rn]", "2-(2-fluoro-[1,1'-biphenyl-4-yl])propanoic acid", "flurbiprofen[wiki]", "flurbiprofen,2-(2-fluorobiphenyl-4-yl)propanoic acid", "yakuban", "dl-flurbiprofen", "51543-40-9[rn]", "e7869", "strefen", "2054451[beilstein]", "froben;", "5104-49-4", "dobrofen", "flurbiprofen [usan:ban:inn:jan][inn][jan][usan]", "flurbiprofene[french][inn]", "anside", "ansaid (tn)", "2-fluoro-a-methyl-4-biphenylacetic acid", "[1,1'-biphenyl]-4-acetic acid 2-fluoro-a-methyl-", "froben[wiki]", "2-(2-fluoro-[1,1'-biphenyl]-4-yl)propanoic acid", "3-fluoro-4-phenylhydratropic acid; flurbiprofen", "flurbiprofenum[latin]", "[5104-49-4]", "novo flurprofen", "51543-38-5[rn]", "2-(2-fluorobiphenyl-4-yl)propanoic acid", "2-(3-fluoro-4-phenylphenyl)propanoic acid", "nu flurbiprofen", "51543-39-6[rn]", "257-263-1[einecs]", "flurbiprophen", "apo flurbiprofen", "ocuflur", "d005480", "257-262-6[einecs]", "rac-flurbiprofen", "e 7869", "2-(2-fluoro-4-biphenylyl)propionic acid", "toxic solid organic n.o.s. (flurbiprofen)", "2-(2-fluoro-4-biphenylyl)propanoic acid[acd/iupac name]", "225-827-6[einecs]", "sodium flurbiprofen", "sodium 3-fluoro-4-phenylhydratropate", "flurbiprofen sodium salt", "natrium-2-(2-fluorbiphenyl-4-yl)propanoat", "einecs 260-373-2", "sodium 2-fluoro-alpha-methyl-(1", "2-fluoro-alpha-methyl-4-diphenylacetic acid sodium salt", "flurbiprofen sodium[usp]", "sodium 2-(2-fluorobiphenyl-4-yl)propanoate", "(1", "sodium 2-fluoro-alpha-methyl(1", "occufen"}|>, "1652" -> <|"DatabaseID" -> "SW01120", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5130"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3277], ExternalIdentifier["ChemSpiderID", 38291]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00712"]}, "IsomericSmiles" -> "CC(c1ccc(c(c1)F)c2ccccc2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00330"]}, "OfficialNames" -> <|"Indian Approved Name" -> "flurbiprofen;flubiprofen sodium", "FDA Approved Drug" -> "FLURBIPROFEN;FLURBIPROFEN SODIUM"|>, "PharmGKBID" -> "PA449683", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3394], ExternalIdentifier["PubChemCompoundID", 23684814]}, "Synonyms" -> {"ansaid", "ocufen", "cebutid", "antadys", "flurbiprofen", "zepolas", "flurofen", "apo-flurbiprofen", "adfeed", "flurbiprofen axetil", "froben", "froben sr", "novo-flurprofen", "flp", "nu-flurbiprofen", "stayban", "flubiprofen", "adofeed", "fluriproben", "flugalin", "flurbiprofen sodium", "phs ii", "prostaglandin-endoperoxide synthase 2", "pgh synthase 2", "flurbiprofenum [inn-latin]", "56767-76-1[rn]", "ec 1.14.99.1", "flurbiprofene [inn-french]", "260-373-2[einecs]", "prostaglandin h2 synthase 2", "pghs-2", "flurbiprofeno [inn-spanish]", "cox-2", "prostaglandin g/h synthase 2 precursor", "cyclooxygenase- 2", "2-fluoro-a-methyl-[1,1'-biphenyl]-4-acetic acid", "neo artrol", "2-(3-fluoro-4-phenyl-phenyl)propanoic acid", "2-(2-fluoro-biphenyl-4-yl)-propionic acid", "ratio flurbiprofen", "2-fluoro-a-methyl[1,1'-biphenyl]-4-acetic acid", "u 27,182", "anmetarin", "51012-27-2[rn]", "2,5-bis(trifluoromethyl)benzonitrile", "3-fluoro-4-phenylhydratropic acid", "ratio-flurbiprofen", "flurbiprofeno[spanish][inn]", "bts18322", "froben;ocufen", "5104-49-4[rn]", "2-(2-fluoro-[1,1'-biphenyl-4-yl])propanoic acid", "flurbiprofen[wiki]", "flurbiprofen,2-(2-fluorobiphenyl-4-yl)propanoic acid", "yakuban", "dl-flurbiprofen", "51543-40-9[rn]", "e7869", "strefen", "2054451[beilstein]", "froben;", "5104-49-4", "dobrofen", "flurbiprofen [usan:ban:inn:jan][inn][jan][usan]", "flurbiprofene[french][inn]", "anside", "ansaid (tn)", "2-fluoro-a-methyl-4-biphenylacetic acid", "[1,1'-biphenyl]-4-acetic acid 2-fluoro-a-methyl-", "froben[wiki]", "2-(2-fluoro-[1,1'-biphenyl]-4-yl)propanoic acid", "3-fluoro-4-phenylhydratropic acid; flurbiprofen", "flurbiprofenum[latin]", "[5104-49-4]", "novo flurprofen", "51543-38-5[rn]", "2-(2-fluorobiphenyl-4-yl)propanoic acid", "2-(3-fluoro-4-phenylphenyl)propanoic acid", "nu flurbiprofen", "51543-39-6[rn]", "257-263-1[einecs]", "flurbiprophen", "apo flurbiprofen", "ocuflur", "d005480", "257-262-6[einecs]", "rac-flurbiprofen", "e 7869", "2-(2-fluoro-4-biphenylyl)propionic acid", "toxic solid organic n.o.s. (flurbiprofen)", "2-(2-fluoro-4-biphenylyl)propanoic acid[acd/iupac name]", "225-827-6[einecs]", "sodium flurbiprofen", "sodium 3-fluoro-4-phenylhydratropate", "flurbiprofen sodium salt", "natrium-2-(2-fluorbiphenyl-4-yl)propanoat", "einecs 260-373-2", "sodium 2-fluoro-alpha-methyl-(1", "2-fluoro-alpha-methyl-4-diphenylacetic acid sodium salt", "flurbiprofen sodium[usp]", "sodium 2-(2-fluorobiphenyl-4-yl)propanoate", "(1", "sodium 2-fluoro-alpha-methyl(1", "occufen"}|>, "1653" -> <|"DatabaseID" -> "SW01121", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59004"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7827515]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC=O)C(=O)[O-])C", "OfficialNames" -> <|"Indian Approved Name" -> "penicillin g sod", "NPC Approved Name" -> "6-aminopenicillanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9548591]}, "Synonyms" -> {"chebi:17334", "penicillins", "dnc001109", "hypericum", "(2s", "6-formamido-2", "dnc000752", "chebi:59004", "dnc000760", "penicillin", "(2s,5r,6r)-6-formamido-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "ctk2f8101", "core structure of penicillin", "6-formamidopenicillanic acid"}|>, "1654" -> <|"DatabaseID" -> "SW01122", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15956"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 149962]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00121"]}, "IsomericSmiles" -> "C1[C@H]2[C@@H]([C@@H](S1)CCCCC(=O)[O-])NC(=O)N2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00029"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "biotin", "Indian Approved Name" -> "biotin;vitamin 6", "FDA Approved Drug" -> "BIOTIN"|>, "PharmGKBID" -> "PA448625", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 171548]}, "Synonyms" -> {"vitamin b7", "bioepiderm", "bios ii", "vitamin h", "biodermatin", "coenzyme r", "factor s", "d-biotin", "biotin", "biotinum", "meribin", "(+)-cis-hexahydro-2-oxo-1h-thieno[3,4]imidazole-4-valeric acid", "d(+)-biotin", "cis-(+)-tetrahydro-2-oxothieno[3,4]imidazoline-4-valeric acid", "rovimix h2", "lutavit h2", "(+)-biotin", "8059-24-3[rn]", "5-((4s)-2-oxohexahydro-1h-thieno[3,4-d]imidazol-4-yl)pentanoicacid", "rovimix h 2", "(3as,4s,6ar)-hexahydro-2-oxo-1h-thieno(3,4-d)imidazole-4-valeric acid", "1h-thieno[3,4-d]imidazole-4-pentanoic acid hexahydro-2-oxo- (3as,4s,6ar)-", "tl8003761", "1h-thieno(3,4-d)imidazole-4-pentanoic acid hexahydro-2-oxo- (3as,4s,6ar)-", "3h-biotin", "biotin (jan/usp)[usp][jan]", "56846-45-8[rn]", "cis-tetrahydro-2-oxothieno(3,4-d)imidazoline-4-valeric acid", "hexahydro-2-oxo-[3as-(3aa,4b,6aa)]-1h-thieno[3,4-d]imidazole-4-pentanoicacid", "58-85-5[rn]", "biotinum [inn_la]", "86838[beilstein]", "biotin[wiki]", "(3as,4s,6ar)-hexahydro-2-oxo-1h-thieno[3,4-d]imidazole-4-valeric acid", "5-((3ar,6s,6as)-2-oxo-hexahydro-thieno[3,4-d]imidazol-6-yl)-pentanoic acid", "bios h", "5-[(3as,4s,6ar)-2-oxohexahydro-1h-thieno[3,4-d]imidazol-4-yl]pentanoic acid[acd/iupac name]", "biotine", "biotina", "biotin 100", "5-(2-oxohexahydro-1h-thieno[3,4-d]imidazol-4-yl)pentanoic acid[acd/iupac name]", "cis-hexahydro-2-oxo-1h-thieno(3,4)imidazole-4-valeric acid", "injacom h", "5-[(1s,2s,5s)-7-oxo-3-thia-6,8-diazabicyclo[3.3.0]oct-2-yl]pentanoic acid", "2'-keto-3,4-imidazolido-2-tetrahydrothiophene-n-valeric acid", "22879-79-4[rn]", "d-(+)-biotin", "5-((3as,4s,6ar)-2-oxohexahydro-1h-thieno[3,4-d]imidazol-4-yl)pentanoic acid", "200-399-3[einecs]", "biotin forte", "acc-alpha", "ec 6.4.1.2"}|>, "1655" -> <|"DatabaseID" -> "SW01123", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3571883]}, "IsomericSmiles" -> "C/C=C/1\\[C@H]2Cc3c(ccc(=O)[nH]3)[C@@]1(CC(=C2)C)[NH3+]", "OfficialNames" -> <|"China Approved Name" -> "huperzine A", "Traditional Herbal Isolate" -> "huperzine a", "NPC Approved Name" -> "huperzine a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4369233]}, "Synonyms" -> {"102518-79-6[rn]", "5,9-methanocycloocta[b]pyridin-2(1h)-one 5-amino-11-ethylidene-5,6,9,10-tetrahydro-7-methyl- (5s,9s)-", "1gpk", "hup", "molport-003-983-877", "(1s,9s)-1-amino-13-ethylidene-11-methyl-6-azatricyclo[7.3.1.02,7]trideca-2(7),3,10-trien-5-one", "huperzine a[wiki]", "huperaine a"}|>, "1656" -> <|"DatabaseID" -> "SW01124", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66070]}, "IsomericSmiles" -> "CCCc1ncc(c(n1)N)C[n+]2ccccc2C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02928"]}, "OfficialNames" -> <|"NPC Approved Name" -> "amprolio"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73341]}, "Synonyms" -> {"1-((4-amino-2-propyl-5-pyrimidinyl)methyl)-2-picolinium chloride", "amprovine", "amprolium", "1-((4-amino-2-propyl-5-pyrimidinyl)methyl)-2-methylpyridinium chloride", "2-picolinium", "amprolium[ban:inn]", "amprolium [ban:inn][inn]", "5-[(2-methylpyridyl)methyl]-2-propylpyrimidine-4-ylamine chloride", "amprocidum", "204-458-4[einecs]", "thiacoccid", "pyridinium", "einecs 204-458-4", "1-[(4-amino-2-propyl-5-pyrimidinyl)methyl]-2-methylpyridinium chloride[acd/iupac name]", "2-picolinium 1-((4-amino-2-propyl-5-pyrimidinyl)methyl)- chloride", "amprolio [inn-spanish]", "amprolium[inn:ban]; 1-((4-amino-2-propyl-5-pyrimidinyl)methyl)-2-methylpyridinium chloride; 1-((4-amino-2-propyl-5-pyrimidinyl)methyl)-2-methylpyridinium chloride monohydrochloride; 1-((4-amino-2-propyl-5-pyrimidinyl)methyl)-2-picolinium chloride; 1-(([inn]", "amprolium [inn-latin]", "amprolium[wiki][usp]", "1-[(4-amino-2-propylpyrimidin-5-yl)methyl]-2-methylpyridinium chloride", "1-([4-amino-2-propyl-5-pyrimidinyl]methyl)-2-methylpyridinium chloride", "pyridinium 1-[(4-amino-2-propyl-5-pyrimidinyl)methyl]-2-methyl- chloride (1:1)", "1-(4-amino-2-propyl-pyrimidin-5-ylmethyl)-2-methyl-pyridinium", "121-25-5", "mepyrium", "amprolio[spanish][inn]", "pyridinium 1-((4-amino-2-propyl-5-pyrimidinyl)methyl)-2-methyl- chloride", "205-307-5[einecs]", "121-25-5[rn]", "amprolium[ban:inn][inn]", "137-88-2[rn]", "1-[(4-amino-2-propyl-5-pyrimidinyl)methyl]-2-picolinium chloride", "corid", "amprol", "amprolium hydrochloride"}|>, "1657" -> <|"DatabaseID" -> "SW01125", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16704"]}, "IsomericSmiles" -> "c1cn(c(=O)[nH]c1=O)[C@H]2[C@@H]([C@@H]([C@H](O2)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uridine"|>, "PharmGKBID" -> "PA130230921", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6029]}, "Synonyms" -> {"uridin", "uracil riboside", "uracil", "ai3-52690", "1-beta-d-ribofuranosyluracil", "einecs 200-407-5", "chebi:16704", "uridine", "nsc 20256", "58-96-8"}|>, "1658" -> <|"DatabaseID" -> "SW01126", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2038"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9072]}, "IsomericSmiles" -> "c1nc(nc(=O)n1[C@H]2[C@@H]([C@@H]([C@H](O2)CO)O)O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03021"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "AZACITIDINE"|>, "PharmGKBID" -> "PA451996", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9444]}, "Synonyms" -> {"5-azacytidine", "320-67-2", "azacitidine", "vidaza", "mylosar", "azacytidine", "azacitidine[wiki]", "5-ac", "1,3,5-triazin-2(1h)-one 4-amino-1-b-d-ribofuranosyl-", "5-azcr", "azacitidina[spanish][inn]", "[320-67-2]", "azacitidine [usan:inn][inn][usan]", "9005-49-6", "4-amino-1-[(2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]-1,3,5-triazin-2(1h)-on", "4-amino-1-[(2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]-1,3,5-triazin-2(1h)-one", "206-280-2[einecs]", "azacitidinum", "5 azc", "azacitidina [inn-spanish]", "320-67-2[rn]", "5-azacytidine;mylosar;ladakamycin;vidaza", "4-amino-1-[(2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydro-2-furanyl]-1,3,5-triazin-2(1h)-one", "azacytidine 5-", "1-[(4s,2r,3r,5r)-3,4-dihydroxy-5-(hydroxymethyl)oxolan-2-yl]-4-amino-1,3,5-tri azin-2-one", "4-amino-1-b-d-ribofuranosyl-1,3,5-triazin-2(1h)-one", "azacitidina", "1-[(4s,2r,3r,5r)-3,4-dihydroxy-5-(hydroxymethyl)oxolan-2-yl]-4-amino-1,3,5-triazin-2-one", "4-amino-1-[(2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)oxolan-2-yl]-1,3,5-triazin-2-one", "antibiotic u 18496", "azacitidinum [inn-latin]", "4-amino-1-(b-d-ribofuranosyl)-1,3,5-triazin-2(1h)-one", "vidaza[wiki]", "ladakamycin", "5-azac", "5-aza-cr", "azacitidinum[latin]", "4-amino-1-b-d-ribofuranosyl-1,3,5-triazine-2(1h)-one", "tl80073599", "ladakamycin[wiki]", "5-azacytidine mylosar ladakamycin vidaza"}|>, "1659" -> <|"DatabaseID" -> "SW01127", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63580"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34439]}, "IsomericSmiles" -> "c1nc(nn1[C@H]2[C@@H]([C@@H]([C@H](O2)CO)O)O)C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00423"]}, "OfficialNames" -> <|"China Approved Name" -> "ribavirin", "WHO Essential Medicine" -> "ribavirin", "Australia Approved Name" -> "RIBAVIRIN;PEGASYS RBV", "FDA Approved Drug" -> "RIBAVIRIN"|>, "PharmGKBID" -> "PA451241", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37542]}, "Synonyms" -> {"copegus", "rebetol", "virazole", "ribavirin", "ribasphere", "vilona", "ribamidil", "ribamide", "viramid", "tribavirin", "36791-04-5", "1-[(2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]-1h-1,2,4-triazole-3-carboxamide", "1-[(2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)oxolan-2-yl]-1h-1,2,4-triazole-3-carboxamide", "1-[(2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]-1h-1,2,4-triazol-3-carboxamid", "rtc", "ribav", "ribavirinum", "1-(b-d-ribofuranosyl)-1h-1,2,4-triazole-3-carboxamide", "ribavirin-tp", "rtp", "ribamidyl", "ribavirinum[latin]", "1-b-d-ribofuranosyl-1h-1,2,4-triazole-3-carboxamide", "1-((2r,3r,4s,5r)-3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1h-[1,2,4]triazole-3-carboxylic acid amide", "ribofluranosyl carboxamide", "ribavirin; ribavirina; ribavirine; ribavirinum", "varazid", "virazide", "1h-1,2,4-triazole-3-carboxamide 1-b-d-ribofuranosyl-", "rtca", "36791-04-5[rn]", "ribavirine;", "1-[(2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)oxolan-2-yl]-1,2,4-triazole-3-carboxamide", "1-((2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl)-1h-1,2,4-triazole-3-carboxamide", "1-[(4s,2r,3r,5r)-3,4-dihydroxy-5-(hydroxymethyl)oxolan-2-yl]-1,2,4-triazole-3- carboxamide", "ribavirinum [inn_la]", "66510-90-5[rn]", "ribasphere[wiki]", "virazole 5'-triphosphate", "ribavarin", "ribavirine", "ribavirina", "virazid", "ribavirine[french][inn]", "copegus rebetol ribasphere", "437710-49-1[rn]", "15956-28-2[rn]", "rbv", "ribapak", "ribavirina[spanish][inn]", "ribavirin[wiki][usp][inn][usan]", "mfcd00058564", "337376-15-5", "rebetron"}|>, "1660" -> <|"DatabaseID" -> "SW01128", "IsomericSmiles" -> "COc1ccc(c(c1)O)C(=O)c2ccccc2O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03853"]}, "OfficialNames" -> <|"NPC Approved Name" -> "22'-dihydroxy-4-methoxybenzophenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8569]}, "Synonyms" -> {"dioxybenzone", "dioxibenzonum", "spectra-sorb uv 24", "benzophenone-8", "2", "cyasorb uv 24 light absorber", "advastab 47", "dioxybenzon", "131-53-3", "cyasorb uv 24"}|>, "1661" -> <|"DatabaseID" -> "SW01129", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444873]}, "IsomericSmiles" -> "C/C=C/C=C/1\\C=Cc2c1c(=O)occ2C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fulvoplumierin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281541]}, "Synonyms" -> {"fulvoplumierin", "plumiera rubra", "cyclopenta[c]pyran-4-carboxylic acid", "3-(2-butenylidene)-2-carboxy-a-(hydroxymethylene)-1,4-cyclopentadiene-1-acetic acid d-lactone methyl ester", "nsc609064", "nsc661970", "20867-01-0[rn]", "chembl445545", "cyclopenta[c]pyran-4-carboxylic acid 7- (2-butenylidene)-1,7-dihydro-1-oxo- methyl ester (e,e)-(8ci 9ci)", "20867-01-0", "cyclopenta[c]pyran-4-carboxylic acid 7- (2-butenylidene)-1,7-dihydro-1-oxo- methyl ester (e,e)-", "cyclopenta[c]pyran-4-carboxylic acid 7-[(2e)-2-buten-1-ylidene]-1,7-dihydro-1-oxo- methyl ester,(7e)-", "methyl 7-crotonylidenecyclopenta[c]pyran-1-(7h)-one-4-carboxylate", "nsc 609064", "(e,e)-7-(2-butenylidene)-1,7-dihydro-1-oxocyclopenta[c]pyran-4-carboxylic acid methyl ester", "cyclopenta(c)pyran-4-carboxylic acid 7-(2-butenylidene)-1,7-dihydro-1-oxo- methyl ester,(e,e)-", "ac1nqylv", "iridoid[wiki]", "methyl (7e)-7-[(2e)-but-2-en-1-ylidene]-1-oxo-1,7-dihydrocyclopenta[c]pyran-4-carboxylate", "nsc 661970"}|>, "1662" -> <|"DatabaseID" -> "SW01130", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4952808]}, "IsomericSmiles" -> "Cc1coc2c1[C@H]3C=C(CC/C=C(/C2)\\C)C(=O)O3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linderalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6450191]}, "Synonyms" -> {"linderalactone", "i07-0309", "np-013325", "c17425", "6h-4", "molport-005-945-802", "6h-4,7-methenofuro(3,2-c)oxacycloundecin-6-one 4,8,9,12-tetrahydro-3,11-dimethyl- (4r,10e)-", "akos015897170", "6h-4,7-methenofuro[3,2-c]oxacycloundecin-6-one 4,8,9,12-tetrahydro-3,11-dimethyl- (4r)-", "728-61-0[rn]", "zinc13532008", "chembl1080239", "6h-4,7-methenofuro(3,2-c)oxacycloundecin-6-one 4,8,9,12-tetrahydro-3,11-dimethyl- (r-(e))-", "728-61-0", "32663-41-5[rn]"}|>, "1663" -> <|"DatabaseID" -> "SW01131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9811]}, "IsomericSmiles" -> "CC(=CCc1c(ccc2c1oc(=O)cc2)OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "osthol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10228]}, "Synonyms" -> {"osthole", "osthol", "ostole", "8-(3-methyl-2-butenyl)herniarin", "ostol", "7-methoxy-8-isopentenylcoumarin", "7-methoxy-8-(3-methyl-but-2-enyl)-chromen-2-one", "7-methoxy-8-(3-methyl-2-butenyl)-2h-1-benzopyran-2-one", "coumarin 7-methoxy-8- (3-methyl-2-butenyl)-", "2h-1-benzopyran-2-one", "2h-1-benzopyran-2-one 7-methoxy-8-(3-methyl-2-butenyl)- (9ci)", "7-methoxy-8-(3-methylbut-2-enyl)-2h-chromen-2-one", "2h-1-benzopyran-2-one 7-methoxy-8- (3-methyl-2-butenyl)-", "8/12/484", "7-methoxy-8-(3-methyl-2-butenyl)coumarin", "coumarin", "484-12-8[rn]", "7-methoxy-8-(3-methyl-2-butenyl)-coumarin", "7-methoxy-8-(3-methyl-2-buten-1-yl)-2h-chromen-2-one", "7-methoxy-8-(3-methyl-2-buten-1-yl)-2h-chromen-2-on", "7-methoxy-8-prenylcoumarin", "osthenol methylether", "7-methoxy-8-(3-methylbut-2-enyl)chromen-2-one", "484-12-8", "12/8/484", "osthol ostole ostol", "coumarin 7-methoxy-8-(3-methyl-2-butenyl)-", "7-methoxy-8-(3-methylbut-2-en-1-yl)-2h-chromen-2-one", "2h-1-benzopyran-2-one 7-methoxy-8-(3-methyl-2-butenyl)-", "2h-1-benzopyran-2-one 7-methoxy-8-(3-methyl-2-buten-1-yl)-"}|>, "1664" -> <|"DatabaseID" -> "SW01132", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477124]}, "IsomericSmiles" -> "Cc1coc2c1[C@H]3[C@H](C(=C)C(=O)O3)[C@@](C2)(C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-linderalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318587]}, "Synonyms" -> {"np-013327", "isolinderalactone", "ac1nsx1x", "chembl1927943", "(3as", "zinc13532023"}|>, "1665" -> <|"DatabaseID" -> "SW01133", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33418]}, "IsomericSmiles" -> "CCOC(=O)c1cncn1C(C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00548"]}, "OfficialNames" -> <|"China Approved Name" -> "Etomidate", "FDA Approved Drug" -> "ETOMIDATE"|>, "PharmGKBID" -> "PA164743987", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36339]}, "Synonyms" -> {"amidate", "(d)-etomidate", "etomidate", "d-etomidate", "radenarcon", "hypnomidate", "absele", "33125-97-2[rn]", "1h-imidazole-5-carboxylic acid 1-(1-phenylethyl", "1-(1-phenylethyl)-imidazole-5-carboxylic acid ethyl ester", "1h-imidazole-5-carboxylic acid 1-(1-phenylethyl)- ethyl ester (+)-", "etomidate[wiki][usan]", "15301-65-2[rn]", "amidate (tn)", "ethomidate", "1-(1-phenylethyl)-1h-imidazole-5-carboxylic acid ethyl ester", "ethyl 1-(1-phenylethyl)-1h-imidazole-5-carboxylate[acd/iupac name]", "9005-49-6", "5-25-04-00085 (beilstein handbook reference)[beilstein]", "mfcd00867535", "251-385-9[einecs]", "r-(+)-ethyl 1-(1-phenylethyl)-1h-imidazole-5-carboxylate", "ethyl 1-(phenylethyl)imidazole-5-carboxylate", "amidate (pharmaceutical)", "1h-imidazole-5-carboxylic acid 1-(1-phenylethyl)- ethyl ester", "(+)-etomidate", "(2-ethyl 1-(1-phenylethyl)-1h-imidazole-5-carboxylate", "ethnor", "amidate;", "etomidatum[latin]", "17321-47-0[rn]", "(etomidate)3-(1-phenyl-ethyl)-3h-imidazole-4-carboxylic acid ethyl ester", "radenarkon", "1-(1-phenylethyl)-imidazole-5-carboxylic acid ethyl ester", "etomidato[spanish][inn]", "3-(1-phenyl-ethyl)-3h-imidazole-4-carboxylicacid ethyl ester", "5-25-04-00085", "(r)-(+)-1-(a-methylbenzyl)imidazole-5-carboxylic acidethyl ester", "241-342-2[einecs]", "etomidate [usan:ban:inn][inn][usan]"}|>, "1666" -> <|"DatabaseID" -> "SW01133", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33418]}, "IsomericSmiles" -> "CCOC(=O)c1cncn1C(C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00548"]}, "OfficialNames" -> <|"China Approved Name" -> "Etomidate", "FDA Approved Drug" -> "ETOMIDATE"|>, "PharmGKBID" -> "PA164743987", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36339]}, "Synonyms" -> {"amidate", "(d)-etomidate", "etomidate", "d-etomidate", "radenarcon", "hypnomidate", "absele", "33125-97-2[rn]", "1h-imidazole-5-carboxylic acid 1-(1-phenylethyl", "1-(1-phenylethyl)-imidazole-5-carboxylic acid ethyl ester", "1h-imidazole-5-carboxylic acid 1-(1-phenylethyl)- ethyl ester (+)-", "etomidate[wiki][usan]", "15301-65-2[rn]", "amidate (tn)", "ethomidate", "1-(1-phenylethyl)-1h-imidazole-5-carboxylic acid ethyl ester", "ethyl 1-(1-phenylethyl)-1h-imidazole-5-carboxylate[acd/iupac name]", "9005-49-6", "5-25-04-00085 (beilstein handbook reference)[beilstein]", "mfcd00867535", "251-385-9[einecs]", "r-(+)-ethyl 1-(1-phenylethyl)-1h-imidazole-5-carboxylate", "ethyl 1-(phenylethyl)imidazole-5-carboxylate", "amidate (pharmaceutical)", "1h-imidazole-5-carboxylic acid 1-(1-phenylethyl)- ethyl ester", "(+)-etomidate", "(2-ethyl 1-(1-phenylethyl)-1h-imidazole-5-carboxylate", "ethnor", "amidate;", "etomidatum[latin]", "17321-47-0[rn]", "(etomidate)3-(1-phenyl-ethyl)-3h-imidazole-4-carboxylic acid ethyl ester", "radenarkon", "1-(1-phenylethyl)-imidazole-5-carboxylic acid ethyl ester", "etomidato[spanish][inn]", "3-(1-phenyl-ethyl)-3h-imidazole-4-carboxylicacid ethyl ester", "5-25-04-00085", "(r)-(+)-1-(a-methylbenzyl)imidazole-5-carboxylic acidethyl ester", "241-342-2[einecs]", "etomidate [usan:ban:inn][inn][usan]"}|>, "1667" -> <|"DatabaseID" -> "SW01134", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 134800]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00998"]}, "IsomericSmiles" -> "C[NH2+][C@@H]1CCc2c(c3cc(ccc3[nH]2)C(=O)N)C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07997"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FROVATRIPTAN SUCCINATE"|>, "PharmGKBID" -> "PA164754891", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 77992]}, "Synonyms" -> {"frovatriptan", "frovelan", "miguard", "frovatriptan succinate", "frova", "butanedioic acid,compd. with (3r)-2,3,4,9-tetrahydro-3-(methylamino)-1h-carbazole-6-carboxamide (1:1)", "5-ht-1b", "vml 251 {succinate}", "allegro", "158930-17-7 {succinate}", "allergo filmtabletten", "1h-carbazole-6-carboxamide,2,3,4,9-tetrahydro-3-(methylamino)- (3r)-,butanedioate (1:1)", "serotonin 1d beta receptor", "5-ht-1d-beta", "(3r)-3-(methylamino)-2,3,4,9-tetrahydro-1h-carbazole-6-carboxamide succinate (1:1)", "sb-209509ax", "5- ht1b", "auradol", "1h-carbazole-6-carboxamide,2,3,4,9-tetrahydro-3-(methylamino)- (r)- butanedioate (1:1)", "sb-209509-ax", "hsdb 7363", "rilamig", "s12", "serotonin receptor 1b", "158930-09-7[rn]", "migard", "frova[wiki]", "(3r)-3-(methylamino)-2,3,4,9-tetrahydro-1h-carbazole-6-carboxamide butanedioate", "frovatriptan (inn)"}|>, "1668" -> <|"DatabaseID" -> "SW01135", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444589]}, "IsomericSmiles" -> "CCCCCCC/C=C\\CC#CC#C[C@@H](C=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxynol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281149]}, "Synonyms" -> {"panaxynol", "(-)-panaxynol", "carotatoxin[wiki]", "(-)-falcarinol", "(3r,9z)-1,9-heptadecadiene-4,6-diyn-3-ol", "1,9-heptadecadiene-4,6-diyn-3-ol (3r,9z)-", "1,9-heptadecadiene-4,6-diyn-3-ol[acd/iupac name]", "()-falcarinol", "falcarinol", "1", "hsdb 7070", "(z)-(r)-heptadeca-1,9-diene-4,6-diyn-3-ol", "chembl71260", "21852-80-2", "c08450", "(3r", "ac1nqy42", "(3r,9z)-heptadeca-1,9-diene-4,6-diyn-3-ol", "(r)-(-)-falcarinol", "falcarinol[wiki]", "21852-80-2[rn]"}|>, "1669" -> <|"DatabaseID" -> "SW01136", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6224]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03575"]}, "IsomericSmiles" -> "c1ccc(cc1)C2(CCCCC2)[NH+]3CCCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "C07575"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "phencyclidine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Phencyclidine"|>, "PharmGKBID" -> "PA128406980", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6468]}, "Synonyms" -> {"doa", "supergrass", "stardust", "pcp", "phencyclidine", "1-(1-phenylcyclohexyl)piperidine", "tranks", "cadillac", "surfer", "dust", "angel dust", "crystal", "phencyclidinum[latin]", "sr31747-binding protein", "magic mist", "piperidine 1-(1-phenylcyclohexyl)-", "sernyl", "sig-1r", "1-(1-phenylcyclohexyl)piperidine[acd/iupac name]", "5-20-02-00078 (beilstein handbook reference)[beilstein]", "phenylcyclidine hydrochloride", "1-(phenyl-1-cyclohexyl)piperidine", "cycline", "crystal[wiki]", "fenciclidina[spanish][inn]", "sr-bp", "60124-79-0", "1-(1-phenylcyclohexyl)piperidine hydrochloride", "1pc", "cjs", "sigma1r", "1-(1-phenylcyclohexyl)-piperidine", "whack", "tic", "zombie dust", "cn-25,253-2", "sigma1-receptor", "trank", "elephant tranquilizer", "rocket fuel", "phencyclidine hydrochloride", "aging-associated gene 8 protein", "hsigmar1", "busy bee", "sernylan", "phencyclidine[wiki]", "fenciclidina [inn-spanish]", "2981-31-9[rn]", "77-10-1[rn]", "phencyclidinum [inn-latin]", "sernylar", "60124-79-0[rn]"}|>, "1670" -> <|"DatabaseID" -> "SW01138", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18405"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14889867]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00114"]}, "IsomericSmiles" -> "Cc1c(c(c(cn1)COP(=O)([O-])[O-])C=O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00006"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pyridoxal 5-phosphate;pyridoxal-5 phosphate"|>, "PharmGKBID" -> "PA164749650", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1051], ExternalIdentifier["PubChemCompoundID", 20234555]}, "Synonyms" -> {"pyridoxal 5?-phosphate", "pyridoxal-5?-phosphate", "pidopidon", "pyridoxal phosphate hydrate", "pyridoxal phosphate", "hiadelon", "codecarboxylase", "pyridoxal 5-phosphate", "vitazechs", "hairoxal", "pyromijin", "biosechs", "pyridoxal p", "hipyridoxin", "odc", "pyridoxal-5p", "pyridoxal 5'-phosphate", "pyridoxal-p", "plp", "ec 4.1.1.17", "himitan", "vitamin b6"}|>, "1671" -> <|"DatabaseID" -> "SW01139", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 76653]}, "IsomericSmiles" -> "CCP(=O)(OC)Oc1ccc(cc1)[N+](=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "p-nitrophenyl-o-ethyl ethylphosphonate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 84974]}, "Synonyms" -> {"methyl p-nitrophenyl ethylphosphonate", "ls-106611", "phosphonic acid p-ethyl- methyl 4-nitrophenyl ester", "15536-01-3", "phosphonic acid", "ac1l38k6", "brn 3330986", "4-06-00-01319 (beilstein handbook reference)[beilstein]", "phosphonic acid ethyl- methyl p-nitrophenyl ester", "1-[ethyl(methoxy)phosphoryl]oxy-4-nitrobenzene", "methyl 4-nitrophenyl ethylphosphonate[acd/iupac name]", "methyl 4-nitrophenyl ethylphosphonate", "15536-01-3[rn]"}|>, "1672" -> <|"DatabaseID" -> "SW01139", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 76653]}, "IsomericSmiles" -> "CCP(=O)(OC)Oc1ccc(cc1)[N+](=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "p-nitrophenyl-o-ethyl ethylphosphonate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 84974]}, "Synonyms" -> {"methyl p-nitrophenyl ethylphosphonate", "ls-106611", "phosphonic acid p-ethyl- methyl 4-nitrophenyl ester", "15536-01-3", "phosphonic acid", "ac1l38k6", "brn 3330986", "4-06-00-01319 (beilstein handbook reference)[beilstein]", "phosphonic acid ethyl- methyl p-nitrophenyl ester", "1-[ethyl(methoxy)phosphoryl]oxy-4-nitrobenzene", "methyl 4-nitrophenyl ethylphosphonate[acd/iupac name]", "methyl 4-nitrophenyl ethylphosphonate", "15536-01-3[rn]"}|>, "1673" -> <|"DatabaseID" -> "SW01140", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3828]}, "IsomericSmiles" -> "CC(c1ccc(cc1)CC2CCCC2=O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08149"]}, "OfficialNames" -> <|"China Approved Name" -> "loxoprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3965]}, "Synonyms" -> {"koloxo", "loxoprofen", "2-[4-[(2-oxocyclopentan-1-yl)methyl]phenyl]propionic acid", "2-{4-[(2-oxocyclopentyl)methyl]phenyl}propanoic acid[acd/iupac name]", "a-methyl-4-[(2-oxocyclopentyl)methyl]benzeneacetic acid", "loxoprofeno[spanish]", "68767-14-6", "loxoprofene [french]", "loxoprofen [inn]", "loxoprofenum[latin]", "loxoprofenum [latin]", "2-(4-((2-oxocyclopentyl)methyl)phenyl)propanoic acid", "loxoprofen[wiki][inn]", "loxoprofene[french]", "loxoprofen sodium[jp15]", "2-[4-(2-oxo-cyclopentylmethyl)-phenyl]-propionic acid", "loxonin", "sodium loxoprofen", "loxoprofen sodium", "2-[4-(2-oxo-cyclopentylmethyl)-phen; yl]-propionic acid", "loxomac", "68767-14-6[rn]", "loxoprofeno [spanish]", "80382-23-6[rn]", "oxeno", "loxoprofen (inn)"}|>, "1674" -> <|"DatabaseID" -> "SW01140", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3828]}, "IsomericSmiles" -> "CC(c1ccc(cc1)CC2CCCC2=O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08149"]}, "OfficialNames" -> <|"China Approved Name" -> "loxoprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3965]}, "Synonyms" -> {"koloxo", "loxoprofen", "2-[4-[(2-oxocyclopentan-1-yl)methyl]phenyl]propionic acid", "2-{4-[(2-oxocyclopentyl)methyl]phenyl}propanoic acid[acd/iupac name]", "a-methyl-4-[(2-oxocyclopentyl)methyl]benzeneacetic acid", "loxoprofeno[spanish]", "68767-14-6", "loxoprofene [french]", "loxoprofen [inn]", "loxoprofenum[latin]", "loxoprofenum [latin]", "2-(4-((2-oxocyclopentyl)methyl)phenyl)propanoic acid", "loxoprofen[wiki][inn]", "loxoprofene[french]", "loxoprofen sodium[jp15]", "2-[4-(2-oxo-cyclopentylmethyl)-phenyl]-propionic acid", "loxonin", "sodium loxoprofen", "loxoprofen sodium", "2-[4-(2-oxo-cyclopentylmethyl)-phen; yl]-propionic acid", "loxomac", "68767-14-6[rn]", "loxoprofeno [spanish]", "80382-23-6[rn]", "oxeno", "loxoprofen (inn)"}|>, "1675" -> <|"DatabaseID" -> "SW01140", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3828]}, "IsomericSmiles" -> "CC(c1ccc(cc1)CC2CCCC2=O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08149"]}, "OfficialNames" -> <|"China Approved Name" -> "loxoprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3965]}, "Synonyms" -> {"koloxo", "loxoprofen", "2-[4-[(2-oxocyclopentan-1-yl)methyl]phenyl]propionic acid", "2-{4-[(2-oxocyclopentyl)methyl]phenyl}propanoic acid[acd/iupac name]", "a-methyl-4-[(2-oxocyclopentyl)methyl]benzeneacetic acid", "loxoprofeno[spanish]", "68767-14-6", "loxoprofene [french]", "loxoprofen [inn]", "loxoprofenum[latin]", "loxoprofenum [latin]", "2-(4-((2-oxocyclopentyl)methyl)phenyl)propanoic acid", "loxoprofen[wiki][inn]", "loxoprofene[french]", "loxoprofen sodium[jp15]", "2-[4-(2-oxo-cyclopentylmethyl)-phenyl]-propionic acid", "loxonin", "sodium loxoprofen", "loxoprofen sodium", "2-[4-(2-oxo-cyclopentylmethyl)-phen; yl]-propionic acid", "loxomac", "68767-14-6[rn]", "loxoprofeno [spanish]", "80382-23-6[rn]", "oxeno", "loxoprofen (inn)"}|>, "1676" -> <|"DatabaseID" -> "SW01140", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3828]}, "IsomericSmiles" -> "CC(c1ccc(cc1)CC2CCCC2=O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08149"]}, "OfficialNames" -> <|"China Approved Name" -> "loxoprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3965]}, "Synonyms" -> {"koloxo", "loxoprofen", "2-[4-[(2-oxocyclopentan-1-yl)methyl]phenyl]propionic acid", "2-{4-[(2-oxocyclopentyl)methyl]phenyl}propanoic acid[acd/iupac name]", "a-methyl-4-[(2-oxocyclopentyl)methyl]benzeneacetic acid", "loxoprofeno[spanish]", "68767-14-6", "loxoprofene [french]", "loxoprofen [inn]", "loxoprofenum[latin]", "loxoprofenum [latin]", "2-(4-((2-oxocyclopentyl)methyl)phenyl)propanoic acid", "loxoprofen[wiki][inn]", "loxoprofene[french]", "loxoprofen sodium[jp15]", "2-[4-(2-oxo-cyclopentylmethyl)-phenyl]-propionic acid", "loxonin", "sodium loxoprofen", "loxoprofen sodium", "2-[4-(2-oxo-cyclopentylmethyl)-phen; yl]-propionic acid", "loxomac", "68767-14-6[rn]", "loxoprofeno [spanish]", "80382-23-6[rn]", "oxeno", "loxoprofen (inn)"}|>, "1677" -> <|"DatabaseID" -> "SW01141", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9828]}, "IsomericSmiles" -> "c1cc2n(c(=O)c1)CC3CC2C[NH+]4[C@@H]3CCCC4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anagyrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10246]}, "Synonyms" -> {"rhombinine", "anagyrine", "monolupine", "(-)-anagyrine", "st057698", "ac1l1usk", "486-89-5", "7", "(10r)-7,15-diazatetracyclo[7.7.1.0<2,7>.0<10,15>]heptadeca-2,4-dien-6-one", "7,14-methano-2h,11h-dipyrido[1,2-a:1',2'-e][1,5]diazocin-11-one 1,3,4,6,7,13,14,14a-octahydro- (14ar)-", "brn 0086776", "7,7a,8,9,10,11,13,14-octahydro-7,14-memethano-4h,6h-dipyrido(1,2-a:1',2'-e)(1,5)diazocin-4-one", "5-24-03-00410 (beilstein handbook reference)[beilstein]", "486-89-5[rn]", "11,12,13,14-tetradehydrospartein-15-one", "oprea1_709034"}|>, "1678" -> <|"DatabaseID" -> "SW01141", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9828]}, "IsomericSmiles" -> "c1cc2n(c(=O)c1)CC3CC2C[NH+]4[C@@H]3CCCC4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anagyrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10246]}, "Synonyms" -> {"rhombinine", "anagyrine", "monolupine", "(-)-anagyrine", "st057698", "ac1l1usk", "486-89-5", "7", "(10r)-7,15-diazatetracyclo[7.7.1.0<2,7>.0<10,15>]heptadeca-2,4-dien-6-one", "7,14-methano-2h,11h-dipyrido[1,2-a:1',2'-e][1,5]diazocin-11-one 1,3,4,6,7,13,14,14a-octahydro- (14ar)-", "brn 0086776", "7,7a,8,9,10,11,13,14-octahydro-7,14-memethano-4h,6h-dipyrido(1,2-a:1',2'-e)(1,5)diazocin-4-one", "5-24-03-00410 (beilstein handbook reference)[beilstein]", "486-89-5[rn]", "11,12,13,14-tetradehydrospartein-15-one", "oprea1_709034"}|>, "1679" -> <|"DatabaseID" -> "SW01141", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9828]}, "IsomericSmiles" -> "c1cc2n(c(=O)c1)CC3CC2C[NH+]4[C@@H]3CCCC4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anagyrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10246]}, "Synonyms" -> {"rhombinine", "anagyrine", "monolupine", "(-)-anagyrine", "st057698", "ac1l1usk", "486-89-5", "7", "(10r)-7,15-diazatetracyclo[7.7.1.0<2,7>.0<10,15>]heptadeca-2,4-dien-6-one", "7,14-methano-2h,11h-dipyrido[1,2-a:1',2'-e][1,5]diazocin-11-one 1,3,4,6,7,13,14,14a-octahydro- (14ar)-", "brn 0086776", "7,7a,8,9,10,11,13,14-octahydro-7,14-memethano-4h,6h-dipyrido(1,2-a:1',2'-e)(1,5)diazocin-4-one", "5-24-03-00410 (beilstein handbook reference)[beilstein]", "486-89-5[rn]", "11,12,13,14-tetradehydrospartein-15-one", "oprea1_709034"}|>, "1680" -> <|"DatabaseID" -> "SW01141", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9828]}, "IsomericSmiles" -> "c1cc2n(c(=O)c1)CC3CC2C[NH+]4[C@@H]3CCCC4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anagyrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10246]}, "Synonyms" -> {"rhombinine", "anagyrine", "monolupine", "(-)-anagyrine", "st057698", "ac1l1usk", "486-89-5", "7", "(10r)-7,15-diazatetracyclo[7.7.1.0<2,7>.0<10,15>]heptadeca-2,4-dien-6-one", "7,14-methano-2h,11h-dipyrido[1,2-a:1',2'-e][1,5]diazocin-11-one 1,3,4,6,7,13,14,14a-octahydro- (14ar)-", "brn 0086776", "7,7a,8,9,10,11,13,14-octahydro-7,14-memethano-4h,6h-dipyrido(1,2-a:1',2'-e)(1,5)diazocin-4-one", "5-24-03-00410 (beilstein handbook reference)[beilstein]", "486-89-5[rn]", "11,12,13,14-tetradehydrospartein-15-one", "oprea1_709034"}|>, "1681" -> <|"DatabaseID" -> "SW01142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5507], ExternalIdentifier["ChemSpiderID", 13968]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06694"]}, "IsomericSmiles" -> "Cc1cc(cc(c1CC2=[NH+]CCN2)C)C(C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08684"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "xylometazoline", "Indian Approved Name" -> "xylometazoline hcl"|>, "PharmGKBID" -> "PA165958368", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5709], ExternalIdentifier["PubChemCompoundID", 14634]}, "Synonyms" -> {"otrivine", "xylomethazoline", "otrix", "otriven", "xylometazoline", "otrivin", "rhinactin", "neo-synephrine ii", "alpha-2c adrenoreceptor", "alpha-2c adrenoceptor", "olynth", "1218-35-5[rn]", "alpha-2 adrenergic receptor subtype c4", "526-36-3[rn]", "2-[[4-(1,1-dimethylethyl)-2,6-dimethylphenyl]methyl]-4,5-dihydro-1h-imidazole", "2-(4-tert-butyl-2,6-dimethylbenzyl)-4,5-dihydro-1h-imidazole hydrochloride", "xylometazolinum[latin]", "208-390-6[einecs]", "1h-imidazole 2-((4-(1,1-dimethylethyl)-2,6-dimethylphenyl)methyl)-4,5-dihydro- (9ci)", "1h-imidazole 2-((4-(1,1-dimethylethyl)-2,6-dimethylphenyl)methyl)-4,5-dihydro-,monohydrochloride", "xylometazoline hydrochloride 2-(4-tert-butyl-2,6-dimethylbenzyl)-2-imidazoline hydrochloride", "2-[(4-tert-butyl-2,6-dimethyl-phenyl)methyl]-4,5-dihydro-1h-imidazole hydrochloride", "xylometazoline[wiki]", "2-imidazoline", "1h-imidazole 2-[[4-(1,1-dimethylethyl)-2,6-dimethylphenyl]methyl]-4,5-dihydro-,hydrochloride (1:1)", "unii-x5s84033nz", "2-(4-tert-butyl-2,6-dimethylbenzyl)-4,5-dihydro-1h-imidazole hydrochloride (1:1)", "xylometazoline hcl", "28096-10-8[rn]", "mfcd00242956", "1h-imidazole 2-[[4-(1,1-dimethylethyl)-2,6-dimethylphenyl]methyl]-4,5-dihydro-", "1218-35-5 526-36-3 [xylometazoline]", "2-(4-tert-butyl-2", "novorin", "xylometazolinum", "balminil", "1218-35-5 526-36-3", "2-(4-tert-butyl-2,6-dimethylbenzyl)-2-imidazoline monohydrochloride", "neo-synephrine ii (tn)", "otrivin[wiki]", "2-(4-tert-butyl-2,6-dimethylbenzyl)-4,5-dihydro-1h-imidazole", "2-(4-tert-butyl-2,6-dimethyl-benzyl)-4,5-dihydro-1h-imidazole", "(r)-3-(methylamino)pyrrolidine", "1h-imidazole", "xilometazolina", "einecs 214-936-4", "2-imidazoline 2-(4-tert-butyl-2,6-dimethylbenzyl)-", "214-936-4[einecs]", "xilometazolina[spanish][inn]", "xylometazoline hydrochloride[usp]", "5-23-07-00109 (beilstein handbook reference)[beilstein]", "8057-34-9[rn]", "xylometazolinum [inn-latin]", "2-imidazoline 2-(4-tert-butyl-2,6-dimethylbenzyl)- monohydrochloride", "2-{[4-(tert-butyl)-2,6-dimethylphenyl]methyl}-2-imidazoline", "2-(4-tert-butyl-2,6-dimethylbenzyl)-2-imidazoline hydrochloride", "surecn1652771", "2-[(4-tert-butyl-2,6-dimethylphenyl)methyl]-4,5-dihydro-1h-imidazole hydrochloride", "2-(4-tert-butyl-2,6-dimethylbenzyl)-2-imidazoline"}|>, "1682" -> <|"DatabaseID" -> "SW01143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6236]}, "IsomericSmiles" -> "CC(C)C(CC(C)[NH+](C)C)(C#N)c1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08088"]}, "OfficialNames" -> <|"NPC Approved Name" -> "isoaminile"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6481]}, "Synonyms" -> {"peracon", "nullatuss", "aprecon", "isoaminil", "4-(dimethylamino)-2-isopropyl-2-phenylvaleronitrile", "isoaminile", "mucalan", "4-(dimethylamino)-2-isopropyl-2-phenylpentanenitrile[acd/iupac name]", "201-033-5[einecs]", "dimyril", "10075-36-2[rn]", "249-011-4[einecs]", "a-[2-(dimethylamino)propyl]-a-(1-methylethyl)benzeneacetonitrile", "233-207-1[einecs]", "77-51-0", "brn 2849321", "77-51-0[rn]", "isoaminilum[latin]", "tat-1", "einecs 201-033-5", "3-cyano-5-dimethylamino-3-phenyl-2-methylhexane", "(3-cyano-2-methyl-3-phenylhexane-5-yl)dimethylammoniumdihydrogen (2-hydroxypropane-1,2,3-tricarboxylate)", "isoaminilo[spanish][inn]", "benzeneacetonitrile a-[2-(dimethylamino)propyl]-a-(1-methylethyl)-", "isoaminile[wiki]", "isoaminile [ban:dcf:inn][inn]", "isoaminilo [inn-spanish]", "a-(b-dimethylaminopropyl)-a-isopropylphenylacetonitrile", "4-(dimethylamino)-2-phenyl-2-(propan-2-yl)pentanenitrile", "28416-66-2[rn]", "isoaminilum [inn-latin]", "valeronitrile 4-(dimethylamino)-2-isopropyl-2-phenyl-", "4-dimethylamino-2-isopropyl-2-phenylvaleronitrile"}|>, "1683" -> <|"DatabaseID" -> "SW01143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6236]}, "IsomericSmiles" -> "CC(C)C(CC(C)[NH+](C)C)(C#N)c1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08088"]}, "OfficialNames" -> <|"NPC Approved Name" -> "isoaminile"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6481]}, "Synonyms" -> {"peracon", "nullatuss", "aprecon", "isoaminil", "4-(dimethylamino)-2-isopropyl-2-phenylvaleronitrile", "isoaminile", "mucalan", "4-(dimethylamino)-2-isopropyl-2-phenylpentanenitrile[acd/iupac name]", "201-033-5[einecs]", "dimyril", "10075-36-2[rn]", "249-011-4[einecs]", "a-[2-(dimethylamino)propyl]-a-(1-methylethyl)benzeneacetonitrile", "233-207-1[einecs]", "77-51-0", "brn 2849321", "77-51-0[rn]", "isoaminilum[latin]", "tat-1", "einecs 201-033-5", "3-cyano-5-dimethylamino-3-phenyl-2-methylhexane", "(3-cyano-2-methyl-3-phenylhexane-5-yl)dimethylammoniumdihydrogen (2-hydroxypropane-1,2,3-tricarboxylate)", "isoaminilo[spanish][inn]", "benzeneacetonitrile a-[2-(dimethylamino)propyl]-a-(1-methylethyl)-", "isoaminile[wiki]", "isoaminile [ban:dcf:inn][inn]", "isoaminilo [inn-spanish]", "a-(b-dimethylaminopropyl)-a-isopropylphenylacetonitrile", "4-(dimethylamino)-2-phenyl-2-(propan-2-yl)pentanenitrile", "28416-66-2[rn]", "isoaminilum [inn-latin]", "valeronitrile 4-(dimethylamino)-2-isopropyl-2-phenyl-", "4-dimethylamino-2-isopropyl-2-phenylvaleronitrile"}|>, "1684" -> <|"DatabaseID" -> "SW01143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6236]}, "IsomericSmiles" -> "CC(C)C(CC(C)[NH+](C)C)(C#N)c1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08088"]}, "OfficialNames" -> <|"NPC Approved Name" -> "isoaminile"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6481]}, "Synonyms" -> {"peracon", "nullatuss", "aprecon", "isoaminil", "4-(dimethylamino)-2-isopropyl-2-phenylvaleronitrile", "isoaminile", "mucalan", "4-(dimethylamino)-2-isopropyl-2-phenylpentanenitrile[acd/iupac name]", "201-033-5[einecs]", "dimyril", "10075-36-2[rn]", "249-011-4[einecs]", "a-[2-(dimethylamino)propyl]-a-(1-methylethyl)benzeneacetonitrile", "233-207-1[einecs]", "77-51-0", "brn 2849321", "77-51-0[rn]", "isoaminilum[latin]", "tat-1", "einecs 201-033-5", "3-cyano-5-dimethylamino-3-phenyl-2-methylhexane", "(3-cyano-2-methyl-3-phenylhexane-5-yl)dimethylammoniumdihydrogen (2-hydroxypropane-1,2,3-tricarboxylate)", "isoaminilo[spanish][inn]", "benzeneacetonitrile a-[2-(dimethylamino)propyl]-a-(1-methylethyl)-", "isoaminile[wiki]", "isoaminile [ban:dcf:inn][inn]", "isoaminilo [inn-spanish]", "a-(b-dimethylaminopropyl)-a-isopropylphenylacetonitrile", "4-(dimethylamino)-2-phenyl-2-(propan-2-yl)pentanenitrile", "28416-66-2[rn]", "isoaminilum [inn-latin]", "valeronitrile 4-(dimethylamino)-2-isopropyl-2-phenyl-", "4-dimethylamino-2-isopropyl-2-phenylvaleronitrile"}|>, "1685" -> <|"DatabaseID" -> "SW01143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6236]}, "IsomericSmiles" -> "CC(C)C(CC(C)[NH+](C)C)(C#N)c1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08088"]}, "OfficialNames" -> <|"NPC Approved Name" -> "isoaminile"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6481]}, "Synonyms" -> {"peracon", "nullatuss", "aprecon", "isoaminil", "4-(dimethylamino)-2-isopropyl-2-phenylvaleronitrile", "isoaminile", "mucalan", "4-(dimethylamino)-2-isopropyl-2-phenylpentanenitrile[acd/iupac name]", "201-033-5[einecs]", "dimyril", "10075-36-2[rn]", "249-011-4[einecs]", "a-[2-(dimethylamino)propyl]-a-(1-methylethyl)benzeneacetonitrile", "233-207-1[einecs]", "77-51-0", "brn 2849321", "77-51-0[rn]", "isoaminilum[latin]", "tat-1", "einecs 201-033-5", "3-cyano-5-dimethylamino-3-phenyl-2-methylhexane", "(3-cyano-2-methyl-3-phenylhexane-5-yl)dimethylammoniumdihydrogen (2-hydroxypropane-1,2,3-tricarboxylate)", "isoaminilo[spanish][inn]", "benzeneacetonitrile a-[2-(dimethylamino)propyl]-a-(1-methylethyl)-", "isoaminile[wiki]", "isoaminile [ban:dcf:inn][inn]", "isoaminilo [inn-spanish]", "a-(b-dimethylaminopropyl)-a-isopropylphenylacetonitrile", "4-(dimethylamino)-2-phenyl-2-(propan-2-yl)pentanenitrile", "28416-66-2[rn]", "isoaminilum [inn-latin]", "valeronitrile 4-(dimethylamino)-2-isopropyl-2-phenyl-", "4-dimethylamino-2-isopropyl-2-phenylvaleronitrile"}|>, "1686" -> <|"DatabaseID" -> "SW01144", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3643"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2623]}, "IsomericSmiles" -> "c1cc(ccc1OCC(COC(=O)N)O)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00770"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CHLORPHENESIN CARBAMATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2724]}, "Synonyms" -> {"maolate", "chlorphenesin carbamate", "chlorphensin carbamate", "rinlaxer", "3-(p-chlorophenoxy)-2-hydroxypropyl carbamate", "u-19,646", "hsdb 3031", "1,2-propanediol-3-(p-chlorophenoxy)-1-carbamate", "3-(p-chlorophenoxy)-1,2-propanediol-1-carbamate", "1,2-propanediol 3- (p-chlorophenoxy)- 1-carbamate", "carbamic acid 3-(p-chlorophenoxy)-2-hydroxypropyl ester", "3-(4-chlorophenoxy)-2-hydroxypropyl carbamate", "chlorphenesin carbamate [usan:jan][jan][usan]", "chebi:3643", "3-(p-chlorophenoxy)-1 2-propanediol-1-carbamate", "3-[(4-chlorophenyl)oxy]-2-hydroxypropyl carbamate", "u-19646", "3-(4-chlorophenoxy)-2-hydroxypropyl carbamate[acd/iupac name]", "1,2-propanediol 3-(4-chlorophenoxy)- 1-carbamate", "1,2-propanediol 3- (4-chlorophenoxy)- 1-carbamate", "886-74-8", "3-(4-chlorophenoxy)-1,2-propanediol-1-carbamate", "carbamic acid 3-(p-chlorophenoxy)-2-hydroxypropyl ester", "886-74-8[rn]", "1,2-propanediol 3-(p-chlorophenoxy)- 1-carbamate", "3-(p-chlorophenoxy)-1 2-propanediol 1-carbamate", "chlorphenesin", "1,2-propanediol 3-(p-chlorophenoxy)- 1-carbamate (8ci)", "kolpicortin-sine", "maolate (tn)", "866-74-8", "3-(p-chlorophenoxy)-1,2-propanediol 1-carbamate", "212-954-7[einecs]", "chlorphenesin carbamate (jp15/usan)[usan][jp15]"}|>, "1687" -> <|"DatabaseID" -> "SW01144", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3643"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2623]}, "IsomericSmiles" -> "c1cc(ccc1OCC(COC(=O)N)O)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00770"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CHLORPHENESIN CARBAMATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2724]}, "Synonyms" -> {"maolate", "chlorphenesin carbamate", "chlorphensin carbamate", "rinlaxer", "3-(p-chlorophenoxy)-2-hydroxypropyl carbamate", "u-19,646", "hsdb 3031", "1,2-propanediol-3-(p-chlorophenoxy)-1-carbamate", "3-(p-chlorophenoxy)-1,2-propanediol-1-carbamate", "1,2-propanediol 3- (p-chlorophenoxy)- 1-carbamate", "carbamic acid 3-(p-chlorophenoxy)-2-hydroxypropyl ester", "3-(4-chlorophenoxy)-2-hydroxypropyl carbamate", "chlorphenesin carbamate [usan:jan][jan][usan]", "chebi:3643", "3-(p-chlorophenoxy)-1 2-propanediol-1-carbamate", "3-[(4-chlorophenyl)oxy]-2-hydroxypropyl carbamate", "u-19646", "3-(4-chlorophenoxy)-2-hydroxypropyl carbamate[acd/iupac name]", "1,2-propanediol 3-(4-chlorophenoxy)- 1-carbamate", "1,2-propanediol 3- (4-chlorophenoxy)- 1-carbamate", "886-74-8", "3-(4-chlorophenoxy)-1,2-propanediol-1-carbamate", "carbamic acid 3-(p-chlorophenoxy)-2-hydroxypropyl ester", "886-74-8[rn]", "1,2-propanediol 3-(p-chlorophenoxy)- 1-carbamate", "3-(p-chlorophenoxy)-1 2-propanediol 1-carbamate", "chlorphenesin", "1,2-propanediol 3-(p-chlorophenoxy)- 1-carbamate (8ci)", "kolpicortin-sine", "maolate (tn)", "866-74-8", "3-(p-chlorophenoxy)-1,2-propanediol 1-carbamate", "212-954-7[einecs]", "chlorphenesin carbamate (jp15/usan)[usan][jp15]"}|>, "1688" -> <|"DatabaseID" -> "SW01145", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2567"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00630"]}, "IsomericSmiles" -> "C(CC(O)(P(=O)([O-])[O-])P(=O)([O-])[O-])C[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00939"]}, "OfficialNames" -> <|"China Approved Name" -> "alendronate", "Indian Approved Name" -> "alendronate sod", "Australia Approved Name" -> "ALENDRONATE SODIUM", "FDA Approved Drug" -> "ALENDRONATE SODIUM"|>, "PharmGKBID" -> "PA448082", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2088]}, "Synonyms" -> {"alendronate sodium", "fosamax", "alendronate", "alendronic acid", "acide alendronique [inn-french]", "arendal", "acidum alendronicum [inn-latin]", "vacuolar proton pump subunit alpha", "acido alendronico [inn-spanish]", "onclast", "66376-36-1", "acide alendronique", "v-atpase subunit a", "acidum alendronicum", "alendros", "fosamax plus d", "vacuolar atpase isoform va68", "acido alendronico", "adronat", "v-atpase 69 kda subunit", "fosavance (alendronate sodium + cholecalciferol)_mixture", "alendronate sodium hydrate", "fosamax[wiki]", "alendronic acid [inn_en]", "acidum alendronicum[latin]", "ahd", "2275403[beilstein]", "(4-amino-1-hydroxybutylidene)bisphosphonic acid", "alendronic acid[wiki][inn][ban]", "acido alendronico[spanish][inn]", "66376-36-1[rn]", "4-amino-1-hydroxybutylidene-1,1-bis(phosphonic acid)", "hydrogen (4-ammonio-1-hydroxy-1-phosphonobutyl)phosphonate", "(4-amino-1-hydroxy-1-phosphonobutyl)phosphonic acid", "4-amino-1,1-diphosphonobutan-1-ol", "abdp", "4-amino-1-hydroxybutylidene-1,1-bisphosphonate", "arendal[wiki]", "alendronate[wiki]", "phosphonic acid (4-amino-1-hydroxybutylidene)bis-", "(4-amino-1-hydroxybutylidene)diphosphonic acid", "4-amino-1-hydroxybutane-1,1-diphosphonate", "acide alendronique[french][inn]", "(4-amino-1-hydroxybutane-1,1-diyl)bis(phosphonic acid)", "alendronicacid", "(4-amino-1-hydroxybutane-1,1-diyl)diphosphonic acid"}|>, "1689" -> <|"DatabaseID" -> "SW01146", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2788"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 46848], ExternalIdentifier["ChemSpiderID", 2130]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00964"], ExternalIdentifier["DrugBankID", "06692"]}, "IsomericSmiles" -> "c1c(cc(c(c1Cl)NC2=[NH+]CCN2)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01008"], ExternalIdentifier["KEGGID", "D02971"]}, "OfficialNames" -> <|"Indian Approved Name" -> "apraclonidine hcl", "FDA Approved Drug" -> "APRACLONIDINE HYDROCHLORIDE;APROTININ"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 51763]}, "Synonyms" -> {"apraclonidine hydrochloride", "p-aminoclonidine hydrochloride", "apraclonidine hcl", "iopidine ophthalmic solution", "nc 14 hydrochloride", "iopidine", "aprotinin", "73218-79-8[rn]", "66711-21-5[rn]", "iopidine[wiki]", "2-(4-amino-2,6-dichloroanilino)-2-imidazoline hydrochloride", "aplonidine", "apraclonidinum [inn_la]", "apraclonidine[wiki]", "trasylol", "apraclonidine", "iopidine (tn)", "2,6-dichlor-n1-imidazolidin-2-ylidenbenzol-1,4-diaminhydrochlorid", "alpha-1c adrenergic receptor", "aplonidine hydrochloride", "apraclonidinum [inn-latin]", "73218-79-8", "2-(4-amino-2", "2,6-dichloro-n1-(imidazolidin-2-ylidene)benzene-1,4-diamine hydrochloride (1:1)", "2-(4-amino-2,6-dichlorophenylimino)imidazolidine hydrochloride", "apraclonidine chlorhydrate", "ncgc00093552-01", "chebi:2789", "3,5-dichloro-4-(2-imidazolidinylidenimino)aniline hydrochloride", "87913-86-8[rn]", "2,6-dichloro-n(sup1)-(2-imidazolidinylidene)-1,4-benzenediamine hydrochloride", "1,4-benzenediamine 2,6-dichloro-n(sup 1)-(4,5-dihydro-1h-imidazol-2-yl)- monohydrochloride", "2-((4-amino-2,6-dichlorophenyl)imino)imidazolidine monohydrochloride", "alpha 1a- adrenoreceptor", "iopidine eye", "alo-2145", "alpha 1a-adrenoceptor", "2,6-dichloro-n1-imidazolidin-2-ylidenebenzene-1,4-diamine hydrochloride", "1,4-benzenediamine 2,6-dichloro-n1-2-imidazolidinylidene- monohydrochloride", "al-02145", "2,6-dichloro-n(sup1)-(4,5-dihydro-1h-imidazol-2-yl)-1,4-benzenediaminemonohydrochloride", "apraclonidina [inn-spanish]", "1,4-benzenediamine 2,6-dichloro-n1-2-imidazolidinylidene- hydrochloride (1:1)", "1,4-benzenediamine 2,6-dichloro-n(sup 1)-2-imidazolidinylidene- monohydrochloride", "alpha adrenergic receptor 1c", "4-aminoclonidine", "tissue kallikrein", "2,6-dichloro-n-imidazolidin-2-ylidene-benzene-1,4-diamine (p-aminoclonidine)", "ec 3.4.21.35", "tisseel kit vh 5.0 (aprotinin (bovine) + calcium chloride + factor xiii + fibrinogen (human) + plasmafibronectin (cig) + plasminogen + thrombin (human) + total protein)_mixture", "p-aminoclonidine2,6-dichloro-n-imidazolidin-2-ylidene-benzene-1,4-diamine", "c red no 1", "2,6-dichloro-n-imidazolidin-2-ylidene-benzene-1,4-diamine(p-aminoclonidine)", "1,4-benzenediamine 2,6-dichloro-n1-(4,5-dihydro-1h-imidazol-2-yl)-", "2,6-dichloro-n1-(4,5-dihydro-1h-imidazol-2-yl)benzene-1,4-diamine", "apraclonidinum[latin]", "2,6-dichloro-n1-(imidazolidin-2-ylidene)benzene-1,4-diamine", "2,6-dichloro-n-imidazolidin-2-ylidene-benzene-1,4-diamine", "tisseel kit vh 2.0 (aprotinin (bovine) + calcium chloride + factor xiii + fibrinogen (human) + plasmafibronectin (cig) + plasminogen + thrombin (human) + total protein)_mixture", "aprotinin solution", "1,4-benzenediamine 2,6-dichloro-n1-2-imidazolidinylidene-", "kallikrein-1 precursor", "2-[(4-amino-2,6-dichlorophenyl)imino]imidazolidine", "apraclonidina[spanish][inn]", "9087-70-1[rn]", "tisseel kit vh 1.0 (aprotinin (bovine) + calcium chloride + factor xiii + fibrinogen (human) + plasmafibronectin (cig) + plasminogen + thrombin (human) + total protein)_mixture", "2,6-dichloro-n1-(4,5-dihydro-1h-imidazol-2-yl)-1,4-benzenediamine", "2,6-dichloro-n'-2-imidazolidinylidene-1,4-benzenediamine", "kidney/pancreas/salivary gland kallikrein", "2,6-dichloro-n1-(4,5-dihydro-1h-imidazol-2-yl)-1,4-benzenediamine[acd/iupac name]", "337376-15-5", "p-aminoclonidine", "fd &"}|>, "1690" -> <|"DatabaseID" -> "SW01147", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "60761"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5586]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00322"]}, "IsomericSmiles" -> "c1c(c(=O)[nH]c(=O)n1[C@H]2C[C@@H]([C@H](O2)CO)O)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04197"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLOXURIDINE"|>, "PharmGKBID" -> "PA449652", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5790]}, "Synonyms" -> {"fudr", "deoxyfluorouridine", "fluorodeoxyuridine", "fdurd", "floxuridine", "floxuridin", "fluoruridine deoxyribose", "5-fluorodeoxyuridine", "5 fluorodeoxyuridine", "5fdu", "fdur", "floxuridine [usan:inn][inn][usan]", "5-fluoro-1-[(2r,4s,5r)-4-hydroxy-5-(hydroxymethyl)tetrahydro-2-furanyl]-2,4(1h,3h)-pyrimidinedione", "floxuridine[wiki]", "200-072-5[einecs]", "5-fluoro-2-desoxyuridine", "floxuridinum [inn_la]", "5-fluoro-1-[(2r,4s,5r)-4-hydroxy-5-(hydroxymethyl)oxolan-2-yl]pyrimidine-2,4-dione", "2664-63-3[rn]", "floxuridinum [inn-latin]", "5-fudr", "5-fluorouracil 2'-deoxyriboside", "5-fluoro-1-(4-hydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1h-pyrimidine-2,4-dione", "tsase", "5-fluoro-1-[(2r,4s,5r)-4-hydroxy-5-(hydroxymethyl)oxolan-2-yl]-1,2,3,4-tetrahydropyrimidine-2,4-dione", "5-fluorodesoxyuridine", "5-fluoro-1-[(2r,4s,5r)-4-hydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]pyrimidine-2,4(1h,3h)-dione", "2'-deoxy-5-fluorouridine", "5-24-06-00291 (beilstein handbook reference)[beilstein]", "1-(2-deoxy-b-d-ribofuranosyl)-5-fluorouracil", "5-fluoro-2'-deoxy-b-uridine", "5-fluoro-2-deoxyuridine", "5-fluoro-durd", "ts", "floxiridina [inn-spanish]", "2`-deoxy-5-fluorouridine", "50-91-9", "(+)-5-fluoro-2'-deoxyuridine", "tl8003380", "5-fluoro-1-((2r,4s,5r)-4-hydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1h-pyrimidine-2,4-dione", "uridine 2'-deoxy-5-fluoro-", "5-fluoro-2'-deoxyuridine", "5-fluoro-1-((2r,4s,5r)-4-hydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl)pyrimidine-2,4(1h,3h)-dione", "220-197-9[einecs]", "5-fluoro-1-((2r,4s,5r)-4-hydroxy-5-(hydroxymethyl)-tetrahydrofuran-2-yl)pyrimidine-2,4(1h,3h)-dione", "floxuridine (fludara)", "2'-deoxy-5-fluorouridine[acd/iupac name]", "5-fluor-1-[(2r,4s,5r)-4-hydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]pyrimidin-2,4(1h,3h)-dion", "50-91-9[rn]", "ro 5-0360", "ec 2.1.1.45", "1-[(4s,2r,5r)-4-hydroxy-5-(hydroxymethyl)oxolan-2-yl]-5-fluoro-1,3-dihydropyrimidine-2,4-dione", "5-fluorouracil deoxyriboside", "5-fdurd", "floxiridina[spanish][inn]", "floxuridinum[latin]"}|>, "1691" -> <|"DatabaseID" -> "SW01148", "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H]([C@@H](O1)n2cc(c(=O)[nH]c2=O)F)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01309"]}, "OfficialNames" -> <|"Indian Approved Name" -> "doxifluridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18343]}, "Synonyms" -> {"furtulon", "doxifluridine", "5'dfurd", "flutron", "5'-doxifluridine", "5'-dfur", "uridine", "5'-deoxy-5-fluorouridine", "5-fluoro-5'-deoxyuridine", "uridine-5'-deoxy-5-fluoro-"}|>, "1692" -> <|"DatabaseID" -> "SW01149", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28853"]}, "IsomericSmiles" -> "COc1c2ccc(=O)oc2c(c3c1cco3)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-pimpinellin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68079]}, "Synonyms" -> {"5", "4", "482-27-9", "nsc401288", "isopimpinellin", "chebi:28853", "ccris 4347", "nsc 217988"}|>, "1693" -> <|"DatabaseID" -> "SW01150", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 403218]}, "IsomericSmiles" -> "c1cc(c(cc1C(=O)c2ccc(c(c2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "2,4,4′t-tetrahydroxybenzophenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 458191]}, "Synonyms" -> {"bis(3", "3,3',4,4'-tetrahydroxybenzophenone", "ac1l9xyo", "chebi:808652", "3", "chembl1269420"}|>, "1694" -> <|"DatabaseID" -> "SW01151", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "49083"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24509]}, "IsomericSmiles" -> "CC(C)([C@H]1Cc2cc3ccc(=O)oc3cc2O1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nodakenetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26305]}, "Synonyms" -> {"nodakenetin", "(s)-marmesin", "(-)-marmesin", "7h-furo(3", "2-(1-hydroxy-1-methylethyl)-2,3-dihydro-7h-furo[3,2-g]chromen-7-one", "7h-furo[3,2g][1]-benzopyran-7-one (-2,3-dihydro-2-(1-hydroxy-1-hydroxymethylethyl)- (r)", "7h-furo(3,2-g)(1)benzopyran-7-one 2,3-dihydro-2-(1-hydroxy-1-methylethyl)- (s)", "mls001163827", "13849-08-6[rn]", "nodakenitin", "marmesin", "nsc 340840", "(r)-2-(1-hydroxy-1-methylethyl)-2,3-dihydro-7h-furo(3,2-g)(1)benzopyran-7-one", "495-32-9", "(2r)-2-(2-hydroxypropan-2-yl)-2,3-dihydro-7h-furo[3,2-g]chromen-7-one", "7h-furo[3,2-g][1]benzopyran-7-one 2,3-dihydro-2-(1-hydroxy-1-methylethyl)-", "7h-furo(3,2-g)(1)benzopyran-7-one 2,3-dihydro-2-(1-hydroxy-1-methylethyl)- (r)-", "85845[beilstein]", "7h-furo(3,2-g)(1)benzopyran-7-one 2,3-dihydro-2-(1-hydroxy-1-methylethyl)- (s)-(+)-", "1/c14h14o4/c1-14(2,16)12-6-9-5-8-3-4-13(15)18-10(8)7-11(9)17-12/h3-5,7,12,16h,6h2,1-2h", "ac1l1aux", "495-32-9[rn]", "7h-furo[3,2-g][1]benzopyran-7-one 2,3-dihydro-2-(1-hydroxy-1-methylethyl)- (2r)-", "marmesine", "(2r)-2-(1-hydroxy-1-methylethyl)-2,3-dihydro-7h-furo[3,2-g]chromen-7-one", "stock1n-61085", "ccris 5728"}|>, "1695" -> <|"DatabaseID" -> "SW01152", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6695"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 296611]}, "IsomericSmiles" -> "CC(C)([C@@H]1Cc2cc3ccc(=O)oc3cc2O1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-marmesin;marmesin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 334704]}, "Synonyms" -> {"marmesin", "s-(+)-marmesin", "(7s)-marmesin", "s(+)-marmesin", "(+)-marmesin", "spectrum_001516", "chebi:6695", "specplus_000918", "ac1l7fyq", "13849-08-6", "(s)-2,3-dihydro-2-(1-hydroxy-1-methylethyl)-7h-furo[3,2-g][1]benzopyran-7-one", "7h-furo[3,2-g][1]benzopyran-7-one 2,3-dihydro-2-(1-hydroxy-1-methylethyl)- (s)-", "(2s)-2-(1-hydroxy-1-methylethyl)-2,3-dihydro-7h-furo[3,2-g]chromen-7-one", "13849-08-6[rn]", "7h-furo[3,2-g][1]benzopyran-7-one 2,3-dihydro-2-(1-hydroxy-1-methylethyl)- (s)-(+)-", "7h-furo[3 2-g][1]benzopyran-7-one,2,3-dihydro-2- (1-hydroxy-1-methylethyl)- (s)-", "(s)-marmesin", "marmesin (+)-", "(+)-2,3-dihydro-2-(1-hydroxy-1-methylethyl)-7h-furo[3,2-g][1]benzopyran-7-one", "7h-furo(3,2-g)(1)benzopyran-7-one 2,3-dihydro-2-(1-hydroxy-1-methylethyl)- (s)-(+)-", "7h-furo[3,2-g][1]benzopyran-7-one 2 3-dihydro-2- (1-hydroxy-1-methylethyl)- (s)-(+)-", "(s)-(+)-2,3-dihydro-2-(1-hydroxy-1-methylethyl)-7h-furo[3,2-g][1]benzopyran-7-one", "85844[beilstein]", "7h-furo[3 2-g][1]benzopyran-7-one,2,3-dihydro-2-(1-hydroxy-1-methylethyl)- (+)-"}|>, "1696" -> <|"DatabaseID" -> "SW01153", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "437678"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83241]}, "IsomericSmiles" -> "CC(C)([C@@H]1Cc2c(ccc3c2oc(=O)cc3)O1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "o-isovaleryl columbianetin"|>, "Synonyms" -> {"2h-furo[2,3-h]-1-benzopyran-2-one 8,9-dihydro-8-(1-hydroxy-1-methylethyl)- (s)-", "(s)-columbianetin", "(8s)-8-(2-hydroxypropan-2-yl)-8,9-dihydro-2h-furo[2,3-h]chromen-2-one", "2h-furo(2,3-h)-1-benzopyran-2-one 8,9-dihydro-8-(1-hydroxy-1-methylethyl)- (s)-", "(+)-columbianetin", "(8s)-8,9-dihydro-8-(1-hydroxy-1-methylethyl)-2h-furo[2,3-h]1-benzopyran-2-one", "2h-furo[2,3-h]-1-benzopyran-2-one 8,9-dihydro-8-(1-hydroxy-1-methylethyl)- (s)-(+)-", "columbianetin", "2h-furo[2,3-h]-1-benzopyran-2-one 8,9-dihydro-8-(1-hydroxy-1-methylethyl)- (8s)-", "3804-70-4[rn]"}|>, "1697" -> <|"DatabaseID" -> "SW01154", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59948"]}, "IsomericSmiles" -> "CC(C)(C1Cc2c(ccc3c2oc(=O)cc3)O1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "columbianetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 150888]}, "Synonyms" -> {"1147-29-1", "chebi:59948", "(+-)-columbianetin", "ac1l4583", "8-(2-hydroxypropan-2-yl)-8", "molport-005-945-782", "cpd-9799", "8-(1-hydroxy-1-methyl-ethyl)-8", "np-013281", "2h-furo[2"}|>, "1698" -> <|"DatabaseID" -> "SW01154", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59948"]}, "IsomericSmiles" -> "CC(C)(C1Cc2c(ccc3c2oc(=O)cc3)O1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "columbianetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 150888]}, "Synonyms" -> {"1147-29-1", "chebi:59948", "(+-)-columbianetin", "ac1l4583", "8-(2-hydroxypropan-2-yl)-8", "molport-005-945-782", "cpd-9799", "8-(1-hydroxy-1-methyl-ethyl)-8", "np-013281", "2h-furo[2"}|>, "1699" -> <|"DatabaseID" -> "SW01155", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6758"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7972]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00849"]}, "IsomericSmiles" -> "CCC1(C(=O)NC(=O)N(C1=O)C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00700"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Methylphenobarbital;mephobarbital", "Australia Approved Name" -> "METHYLPHENOBARBITONE"|>, "PharmGKBID" -> "PA450374", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8271]}, "Synonyms" -> {"mebaral", "prominal", "enfenemal", "metylfenemal", "enphenemalum", "mephobarbitone", "mephobarbital", "n-methylphenobarbital", "enphenemal", "menta-bal", "methyl-calminal", "meberal", "phemetone", "methylphenolbarbital", "phemiton", "metyna", "metilfenobarbitale [dcit]", "morbusan", "n-methylethylphenylbarbituric acid", "phemitone", "methylphenylbarbituric acid", "methyl phenobarbitone", "phenmiton", "mephytal", "methylphenobarbitone", "mebroin", "n-methylphenolbarbitol", "methylphenobarbital", "methylphenobarbitonum", "glur-2", "204-085-7[einecs]", "5-ethyl-1-methyl-5-phenyl-1,3,5-trihydropyrimidine-2,4,6-trione", "n-ethylmethylphenylbarbituric acid", "ampa-selective glutamate receptor 2", "methylphenobarbitalum [inn-latin]", "phenobarbital mono-methyl", "256144[beilstein]", "prominaletten", "5-24-09-00294 (beilstein handbook reference)[beilstein]", "5-phenyl-5-ethyl-3-methylbarbituric acid", "metilfenobarbital[spanish][inn]", "1-methyl-5-phenyl-5-ethylbarbituric acid", "glur-k2", "r-mephobarbital", "5-ethyl-1-methyl-5-phenyl-1,3-diazinane-2,4,6-trione", "barbituric acid 5-ethyl-1-methyl-5-phenyl-", "5-ethyl-1-methyl-5-phenyl-barbituric acid", "glutamate receptor 2 precursor", "5-ethyl-1-methyl-5-phenyl-pyrimidine-2,4,6-trione", "1-methylphenobarbital", "5-ethyl-1-methyl-5-phenyl-2,4,6(1h,3h,5h)-pyrimidinetrione[acd/iupac name]", "5-ethyl-n-methyl-5-phenylbarbituric acid", "mefobarbital", "n-methyl-5-phenyl-5-ethylbarbital", "isonal (roussel)", "5-ethyl-5-phenyl-n-methyl-bartituric acid", "mebaral (tn)", "metilfenobarbital [inn-spanish]", "methylphenobarbitalum[latin]", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-ethyl-1-methyl-5-phenyl-", "prominalum", "glur-b", "5-24-09-00294", "glutamate receptor ionotropic ampa 2", "1-methyl-5-ethyl-5-phenylbarbituric acid", "5-ethyl-1-methyl-5-phenylbarbituric acid", "d008618", "mephobarbital[wiki][jan]", "115-38-8[rn]", "337376-15-5", "5-ethyl-1-methyl-5-phenylpyrimidine-2,4,6(1h,3h,5h)-trione", "methylphenobarbital[wiki]", "isonal"}|>, "1700" -> <|"DatabaseID" -> "SW01155", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6758"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7972]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00849"]}, "IsomericSmiles" -> "CCC1(C(=O)NC(=O)N(C1=O)C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00700"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Methylphenobarbital;mephobarbital", "Australia Approved Name" -> "METHYLPHENOBARBITONE"|>, "PharmGKBID" -> "PA450374", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8271]}, "Synonyms" -> {"mebaral", "prominal", "enfenemal", "metylfenemal", "enphenemalum", "mephobarbitone", "mephobarbital", "n-methylphenobarbital", "enphenemal", "menta-bal", "methyl-calminal", "meberal", "phemetone", "methylphenolbarbital", "phemiton", "metyna", "metilfenobarbitale [dcit]", "morbusan", "n-methylethylphenylbarbituric acid", "phemitone", "methylphenylbarbituric acid", "methyl phenobarbitone", "phenmiton", "mephytal", "methylphenobarbitone", "mebroin", "n-methylphenolbarbitol", "methylphenobarbital", "methylphenobarbitonum", "glur-2", "204-085-7[einecs]", "5-ethyl-1-methyl-5-phenyl-1,3,5-trihydropyrimidine-2,4,6-trione", "n-ethylmethylphenylbarbituric acid", "ampa-selective glutamate receptor 2", "methylphenobarbitalum [inn-latin]", "phenobarbital mono-methyl", "256144[beilstein]", "prominaletten", "5-24-09-00294 (beilstein handbook reference)[beilstein]", "5-phenyl-5-ethyl-3-methylbarbituric acid", "metilfenobarbital[spanish][inn]", "1-methyl-5-phenyl-5-ethylbarbituric acid", "glur-k2", "r-mephobarbital", "5-ethyl-1-methyl-5-phenyl-1,3-diazinane-2,4,6-trione", "barbituric acid 5-ethyl-1-methyl-5-phenyl-", "5-ethyl-1-methyl-5-phenyl-barbituric acid", "glutamate receptor 2 precursor", "5-ethyl-1-methyl-5-phenyl-pyrimidine-2,4,6-trione", "1-methylphenobarbital", "5-ethyl-1-methyl-5-phenyl-2,4,6(1h,3h,5h)-pyrimidinetrione[acd/iupac name]", "5-ethyl-n-methyl-5-phenylbarbituric acid", "mefobarbital", "n-methyl-5-phenyl-5-ethylbarbital", "isonal (roussel)", "5-ethyl-5-phenyl-n-methyl-bartituric acid", "mebaral (tn)", "metilfenobarbital [inn-spanish]", "methylphenobarbitalum[latin]", "2,4,6(1h,3h,5h)-pyrimidinetrione 5-ethyl-1-methyl-5-phenyl-", "prominalum", "glur-b", "5-24-09-00294", "glutamate receptor ionotropic ampa 2", "1-methyl-5-ethyl-5-phenylbarbituric acid", "5-ethyl-1-methyl-5-phenylbarbituric acid", "d008618", "mephobarbital[wiki][jan]", "115-38-8[rn]", "337376-15-5", "5-ethyl-1-methyl-5-phenylpyrimidine-2,4,6(1h,3h,5h)-trione", "methylphenobarbital[wiki]", "isonal"}|>, "1701" -> <|"DatabaseID" -> "SW01156", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475311]}, "IsomericSmiles" -> "Cc1coc2c1C(=O)C3=C(CCC(C3(C2)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "curcolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316208]}, "Synonyms" -> {"ac1nsu0j", "curcolone", "8-hydroxy-3"}|>, "1702" -> <|"DatabaseID" -> "SW01156", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475311]}, "IsomericSmiles" -> "Cc1coc2c1C(=O)C3=C(CCC(C3(C2)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "curcolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316208]}, "Synonyms" -> {"ac1nsu0j", "curcolone", "8-hydroxy-3"}|>, "1703" -> <|"DatabaseID" -> "SW01156", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475311]}, "IsomericSmiles" -> "Cc1coc2c1C(=O)C3=C(CCC(C3(C2)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "curcolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316208]}, "Synonyms" -> {"ac1nsu0j", "curcolone", "8-hydroxy-3"}|>, "1704" -> <|"DatabaseID" -> "SW01156", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475311]}, "IsomericSmiles" -> "Cc1coc2c1C(=O)C3=C(CCC(C3(C2)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "curcolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316208]}, "Synonyms" -> {"ac1nsu0j", "curcolone", "8-hydroxy-3"}|>, "1705" -> <|"DatabaseID" -> "SW01157", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 191779]}, "IsomericSmiles" -> "C[C@H]1[C@@H]2CC[C@]3(C=CC(=O)C(=C3[C@H]2OC1=O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00154"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-beta-santonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 221071]}, "Synonyms" -> {"santonin", "(-)-santonin", "santoninic anhydride", "89489[beilstein]", "481-06-1", "(3s,3as,5as,9bs)-3,5a,9-trimethyl-3a,5,5a,9b-tetrahydronaphtho[1,2-b]furan-2,8(3h,4h)-dione", "(3s,3as,5as,9bs)-3,5a,9-trimethyl-3a,5,5a,9b-tetrahydronaphtho[1,2-b]furan-2,8(3h,4h)-dion", "(3s,3as,5as,9bs)-3,5a,9-trimethyl-3a,5,5a,9b-tetrahydro-3h,4h-naphtho[1,2-b]furan-2,8-dione", "alpha-santonin", "3a,5,5a,9b-tetrahydro-3,5a,9-trimethyl-naphtho[1,2-b]puran-2,8(3h,4h)-dione", "santonin (tn)", "207-560-7[einecs]", "(-)-alpha-santonin", "481-06-1[rn]", "(3s,3as,5as,9bs)-3a,5,5a,9b-tetrahydro-3,5a,9-trimethylnaphtho[1,2-b]furan-2,8(3h,4h)-dione", "[3s-(3a,3aa,5ab,9bb)]-3a,5,5a,9b-tetrahydro-3,5a,9-trimethylnaphtho[1,2-b]furan-2,8(3h,4h)-dione", "nsc4900", "santonin[wiki][jan][jp15]", ".alpha.-santonin", "semenen", "3,5a,9-trimethyl-2,3,3a,4,5,5a,8,9b-octahydronaphtho[1,2-b]furan-2,8-dione", "l-santonin", "(-)-a-santonin", "naphtho[1,2-b]furan-2,8(3h,4h)-dione 3a,5,5a,9b-tetrahydro-3,5a,9-trimethyl- (3as,5as,9bs)-", "chebi:16363", "naphtho[1,2-b]puran-2,8(3h,4h)-dione 3a,5,5a 9b-tetrahydro-3,5a,9-trimethyl-", "(3s,5as,9bs)-3a,5,5a,9b-tetrahydro-3,5a,9-trimethylnaphtho[1,2-b]furan-2,8(3h,4h)dione", "1/6/481", "a-santonin", "(3s", "santonine", "1,2,3,4,4a,7-hexahydro-1-hydroxy-a,4a,8-trimethyl-7-oxo-2-naphthaleneacetic acidg-lactone", "naphtho[1,2-b]furan-2,8(3h,4h)-dione 3a,5,5a,9b-tetrahydro-3,5a,9-trimethyl- (3s,3as,5as,9bs)-", "(-)-santonine", "(3s,3as,5as,9bs)-3,5a,9-trimethyl-3a,4,5,5a-tetrahydronaphtho[1,2-b]furan-2,8(3h,9bh)-dione", "(3s,3as,5as,9bs)-2,3,3a,4,5,5a,8,9b-octahydro-3,5a,9-trimethylnaphtho(1,2-b)furan-2,8-dione", "naphtho(1,2-b)furan-2,8(3h,4h)-dione 3a,5,5a,9b-tetrahydro-3,5a,9-trimethyl- (3s,3as,5as,9bs)-", "(11s)-6a-hydroxy-3-oxoeudesma-1,4-dien-12-oic acid g-lactone", "(3s,3as,5as,9bs)-2,3,3a,4,5,5a,8,9b-octahydro-3,5a,9-trimethylnaphtho[1,2-b]furan-2,8-dione"}|>, "1706" -> <|"DatabaseID" -> "SW01158", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474743]}, "IsomericSmiles" -> "Cc1coc2c1C(=O)C3[C@](O3)(CC/C=C(/C2)\\C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "zederone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315431]}, "Synonyms" -> {"zederone"}|>, "1707" -> <|"DatabaseID" -> "SW01158", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474743]}, "IsomericSmiles" -> "Cc1coc2c1C(=O)C3[C@](O3)(CC/C=C(/C2)\\C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "zederone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315431]}, "Synonyms" -> {"zederone"}|>, "1708" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1709" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1710" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1711" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1712" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1713" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1714" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1715" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1716" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1717" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1718" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1719" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1720" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1721" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1722" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1723" -> <|"DatabaseID" -> "SW01159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 256958]}, "IsomericSmiles" -> "CC1C2CCC(=C3C(C2OC1=O)C(=CC3=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "achillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 291264]}, "Synonyms" -> {"achillin", "ac1q6o5q", "st024726", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.0<2,6>]trideca-9,12-diene-4,11-dione", "5,9,13-trimethyl-3-oxatricyclo[8.3.0.02,6]trideca-9,12-diene-4,11-dione", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydroazuleno[4,5-b]furan-2,7-dione", "ac1q2qho", "ac1l6fh4", "mls003106431", "3", "5", "3,6,9-trimethyl-3,3a,4,5,9a,9b-hexahydro-azuleno[4,5-b]furan-2,7-dione", "5956-04-7", "nsc156236", "5956-04-7[rn]"}|>, "1724" -> <|"DatabaseID" -> "SW01160", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28901"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2384]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01008"]}, "IsomericSmiles" -> "CS(=O)(=O)OCCCCOS(=O)(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00248"]}, "OfficialNames" -> <|"China Approved Name" -> "busulfan", "Indian Approved Name" -> "busulphan"|>, "PharmGKBID" -> "PA448691", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2478]}, "Synonyms" -> {"busulfan", "leucosulfan", "mylecytan", "busulphan", "mielucin", "mitostan", "myeloleukon", "myelosan", "myleran", "misulban", "busulphane", "busulfex", "tetramethylene dimethane sulfonate", "mileran", "buzulfan", "mielevcin", "mitosan", "myleran tablets", "citosulfan", "butanedioldimethanesulfonate", "milecitan", "mablin", "myeleukon", "mielosan", "sulphabutin", "sulfabutin", "methanesulfonic acid tetramethylene ester", "4-((methylsulfonyl)oxy)butyl methanesulfonate", "deoxyribonucleic acid", "1 4-dimethanesulfonoxybutane", "1,4-dimethanesulfonoxybutane", "1,4-butanediyl dimethanesulfonate[acd/iupac name]", "1,4-butanediol dimethylsulfonate", "1,4-butanediol dimethanesulfonate", "busulfan[wiki]", "1 {4-bis[methanesulfonoxy]butane}", "mylerlan", "busulfan [inn:jan][inn][jan]", "methanesulfonic acid tetramethylene ester", "butane-1,4-diyl dimethanesulfonate", "1,4-bis(methylsulfonyloxy)butane", "1,4-butanediol dimethanesulphonate", "x 149.", "200-250-2[einecs]", "(1,4-bis(methanesulfonyloxy)butane)", "1 4-bis[methanesulfonoxy]butane", "1,4-bis(methanesulfonyloxy)butane", "4-methylsulfonyloxybutyl methanesulfonate", "1,4-dimethanesulfonoxylbutane", "134-63-4[rn]", "1,4-dimethanesulphonyloxybutane", "1 4-dimethylsulfonoxybutane", "myleran[wiki]", "1,4-butanediyl dimethanesulfonate", "myelosanum", "g.t. 41", "1,4-dimethane sulfonyl oxybutane", "1,4-dimethanesulfonyloxybutane", "tetramethylene bis[methanesulfonate]", "1,4-butanediol dimethanesulphonate", "d002066", "4-04-00-00019 (beilstein handbook reference)[beilstein]", "1,4-butanediol dimethanesulfonate esters", "2041 c. b.", "55-98-1[rn]", "1,4-dimesyloxybutane", "myleran busulfex", "glyzophrol", "tetramethylenester kyseliny methansulfonove[czech]", "1,4-di(methylsulfonoxy)butane", "myelosanum busulphan", "1791786[beilstein]", "1,4-di(methanesulfonyloxy)butane", "busulfanum[latin]", "1,4-butanediol dimesylate", "1,4-dimethylsulfonoxybutane", "1,4-butanediol dimethanesulfonate", "n-butane-1,3-di(methylsulfonate)", "myleran;busulfex", "2041 c.b.", "tetramethylene bis(methanesulfonate)", "tetramethylenester kyseliny methansulfonove", "1,4-bis(methanesulfonoxy)butane", "busulfano[spanish][inn]", "tetramethylene {bis[methanesulfonate]}", "butan-1,4-diyldimethansulfonat", "1,4-dimethylsulfonyloxybutane", "1,4-butanediol dimethanesulfonate (8ci 9ci)", "myleran (tn)"}|>, "1725" -> <|"DatabaseID" -> "SW01161", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141029]}, "IsomericSmiles" -> "C[N+](C)(C)[C@H](Cc1c[nH]c2c1cccc2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hypaphorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160488]}, "Synonyms" -> {"(2r)-3-(1h-indol-3-yl)-2-(trimethylazaniumyl)propanoate", "lenticin", "hypaphorine", "hypaforin", "ag-j-52845", "12673-47-1[rn]", "487-58-1", "zinc01678615", "ac1l4npj", "chembl503867", "487-58-1[rn]", "97045-39-1[rn]", "63767-89-5[rn]", "(2r)-3-(1h-indol-3-yl)-2-(trimethylammonio)propanoate[acd/iupac name]", "1h-indole-3-ethanaminium"}|>, "1726" -> <|"DatabaseID" -> "SW01162", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4660]}, "IsomericSmiles" -> "CC(C(C)(C)C)/N=C(\\NC#N)/Nc1cc[nH+]cc1", "OfficialNames" -> <|"FDA Approved Drug" -> "PINACIDIL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4826]}, "Synonyms" -> {"pinacidil", "85371-64-8 60560-33-0 [anhydrous]", "guanidine n-cyano-n'-4-pyridinyl-n''-(1,2,2-trimethylpropyl)-", "pinacidil anhydrous", "(r", "einecs 262-294-9", "guanidine n''-cyano-n-4-pyridinyl-n'-(1,2,2-trimethylpropyl)-", "60560-33-0[rn]", "85371-64-8 60560-33-0", "(+-)-pinacidil", "pinacidilum [inn-latin]", "1-cyano-2-(3,3-dimethylbutan-2-yl)-3-pyridin-4-ylguanidine", "85371-64-8[rn]", "pinacidilum[latin]", "p 1134", "2-cyano-1-(3,3-dimethylbutan-2-yl)-3-pyridin-4-ylguanidine", "prestwick_396", "2-cyano-3-(4-pyridinyl)-1-(1,2,2-trimethylpropyl)guanidine", "guanidine n-cyano-n''-4-pyridinyl-n'-(1,2,2-trimethylpropyl)-", "113563-69-2[rn]", "pinacidil monohydrate", "s 1230", "n''-cyano-n-pyridin-4-yl-n'-(1,2,2-trimethylpropyl)guanidine", "n-cyano-n'-4-pyridinyl-n''-(1,2,2-trimethylpropyl)guanidine", "1-cyano-3-(3,3-dimethylbutan-2-yl)-2-pyridin-4-ylguanidine", "pinacidilum"}|>, "1727" -> <|"DatabaseID" -> "SW01162", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4660]}, "IsomericSmiles" -> "CC(C(C)(C)C)/N=C(\\NC#N)/Nc1cc[nH+]cc1", "OfficialNames" -> <|"FDA Approved Drug" -> "PINACIDIL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4826]}, "Synonyms" -> {"pinacidil", "85371-64-8 60560-33-0 [anhydrous]", "guanidine n-cyano-n'-4-pyridinyl-n''-(1,2,2-trimethylpropyl)-", "pinacidil anhydrous", "(r", "einecs 262-294-9", "guanidine n''-cyano-n-4-pyridinyl-n'-(1,2,2-trimethylpropyl)-", "60560-33-0[rn]", "85371-64-8 60560-33-0", "(+-)-pinacidil", "pinacidilum [inn-latin]", "1-cyano-2-(3,3-dimethylbutan-2-yl)-3-pyridin-4-ylguanidine", "85371-64-8[rn]", "pinacidilum[latin]", "p 1134", "2-cyano-1-(3,3-dimethylbutan-2-yl)-3-pyridin-4-ylguanidine", "prestwick_396", "2-cyano-3-(4-pyridinyl)-1-(1,2,2-trimethylpropyl)guanidine", "guanidine n-cyano-n''-4-pyridinyl-n'-(1,2,2-trimethylpropyl)-", "113563-69-2[rn]", "pinacidil monohydrate", "s 1230", "n''-cyano-n-pyridin-4-yl-n'-(1,2,2-trimethylpropyl)guanidine", "n-cyano-n'-4-pyridinyl-n''-(1,2,2-trimethylpropyl)guanidine", "1-cyano-3-(3,3-dimethylbutan-2-yl)-2-pyridin-4-ylguanidine", "pinacidilum"}|>, "1728" -> <|"DatabaseID" -> "SW01163", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4474"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2297867]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01209"]}, "IsomericSmiles" -> "C[C@]12CCCCC[C@H]([C@@H]1[NH3+])Cc3c2cc(cc3)O", "OfficialNames" -> <|"FDA Approved Drug" -> "DEZOCINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3033053], ExternalIdentifier["PubChemCompoundID", 171575]}, "Synonyms" -> {"dalgan", "dezocine", "surecn3072", "(5r,11s,13s)-13-amino-5-methyl-5,6,7,8,9,10,11,12-octahydro-5,11-methanobenzo[10]annulen-3-ol", "um 972", "nih 8834", "c16h23no.hbr", "dezocine[usan]", "dezocinum", "dezocinum [inn-latin]", "53648-55-8[rn]", "chebi:618361", "dezocina", "(1r,9s,15s)-15-amino-1-methyltricyclo[7.5.1.02,7]pentadeca-2,4,6-trien-4-ol", "ac1mhv5e", "5", "dezocinum [inn_la]", "(-)-13b-amino-5,6,7,8,9,10,11a,12-octahydro-5a-methyl-5,11-methanobenzocyclodecen-3-ol", "mcv 4206", "chembl1685", "wy-16225", "ac1l57rd", "dezocine hydrobromide", "dezocina [inn-spanish]", "chebi:4474", "(-)-[5r-(5a,11a,13s*)]-13-amino-5,6,7,8,9,10,11,12-octahydro-5-methyl-5,11-methanobenzocyclodecen-3-ol", "5,11-methanobenzocyclodecen-3-ol 13-amino-5,6,7,8,9,10,11,12-octahydro-5-methyl- (5r,11s,13s)-", "dezocine monohydrobromide", "ls-90702", "surecn10528173", "kor-1"}|>, "1729" -> <|"DatabaseID" -> "SW01164", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5310]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(=O)C(C)C[NH+]2CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08617"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tolperisone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5511]}, "Synonyms" -> {"tolperisone", "besnoline (free base)", "mideton", "mydetone", "roystajin (free base)", "atmosgen (free base)", "1-propanone 2-methyl-1-(4-methylphenyl)-3-(1-pi", "menopatol", "mydeton[wiki]", "propiophenone 2,4'-dimethyl-3-piperidino-", "tolperisone[wiki]", "tolperisone [ban:inn][inn]", "tolperisonum[latin]", "211-976-4[einecs]", "mydocalm", "1-propanone 2-methyl-1-(4-methylphenyl)-3-(1-piperidinyl)- (9ci)", "5-20-02-00357 (beilstein handbook reference)[beilstein]", "1-propanone 2-methyl-1- (4-methylphenyl)-3-(1-piperidinyl)-", "tolperisona[spanish][inn]", "728-88-1[rn]", "musclex", "2,4'-dimethyl-3-piperidinopropiophenone", "roystajin", "2-methyl-3-piperidino-1-p-tolylpropan-1-one", "2-methyl-1-(4-methylphenyl)-3-(1-piperidinyl)-1-propanone[acd/iupac name]", "728-88-1", "5-20-02-00357", "1-propanone 2-methyl-1-(4-methylphenyl)-3-(1-piperidinyl)-", "2 4'-dimethyl-3-piperidinopropiophenone", "1-piperidino-2-methyl-3-(p-tolyl)-3-propanone", "2-methyl-1-(4-methylphenyl)-3-(piperidin-1-yl)propan-1-one", "mydeton", "2-methyl-1-(4-methylphenyl)-3-piperidin-1-ylpropan-1-one", "2-methyl-1-(4-methylphenyl)-3-piperidylpropan-1-one"}|>, "1730" -> <|"DatabaseID" -> "SW01164", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5310]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(=O)C(C)C[NH+]2CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08617"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tolperisone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5511]}, "Synonyms" -> {"tolperisone", "besnoline (free base)", "mideton", "mydetone", "roystajin (free base)", "atmosgen (free base)", "1-propanone 2-methyl-1-(4-methylphenyl)-3-(1-pi", "menopatol", "mydeton[wiki]", "propiophenone 2,4'-dimethyl-3-piperidino-", "tolperisone[wiki]", "tolperisone [ban:inn][inn]", "tolperisonum[latin]", "211-976-4[einecs]", "mydocalm", "1-propanone 2-methyl-1-(4-methylphenyl)-3-(1-piperidinyl)- (9ci)", "5-20-02-00357 (beilstein handbook reference)[beilstein]", "1-propanone 2-methyl-1- (4-methylphenyl)-3-(1-piperidinyl)-", "tolperisona[spanish][inn]", "728-88-1[rn]", "musclex", "2,4'-dimethyl-3-piperidinopropiophenone", "roystajin", "2-methyl-3-piperidino-1-p-tolylpropan-1-one", "2-methyl-1-(4-methylphenyl)-3-(1-piperidinyl)-1-propanone[acd/iupac name]", "728-88-1", "5-20-02-00357", "1-propanone 2-methyl-1-(4-methylphenyl)-3-(1-piperidinyl)-", "2 4'-dimethyl-3-piperidinopropiophenone", "1-piperidino-2-methyl-3-(p-tolyl)-3-propanone", "2-methyl-1-(4-methylphenyl)-3-(piperidin-1-yl)propan-1-one", "mydeton", "2-methyl-1-(4-methylphenyl)-3-piperidin-1-ylpropan-1-one", "2-methyl-1-(4-methylphenyl)-3-piperidylpropan-1-one"}|>, "1731" -> <|"DatabaseID" -> "SW01165", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64493], ExternalIdentifier["ChemSpiderID", 3399]}, "IsomericSmiles" -> "c1cc(c(c(c1)Cl)CC(=O)[NH+]=C(N)N)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "guanfacine", "FDA Approved Drug" -> "GUANFACINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449825", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71401], ExternalIdentifier["PubChemCompoundID", 3519]}, "Synonyms" -> {"estulic", "tenex", "249-443-3[einecs]", "n (aminoiminomethyl)-2,6-dichlorobenzeneacetamide", "tenex (tn)", "guanfacine hcl", "guanfacine[wiki]", "29110-47-2[rn]", "connexyn", "29110-48-3[rn]", "intuniv", "guanfacine hydrochloride", "29110-47-2", "guanfacinen-[2-(2,6-dichloro-phenyl)-acetyl]-guanidine", "lon 798", "n-carbamimidoyl-2-(2,6-dichlorophenyl)acetamide", "n-(aminoiminomethyl)-2,6-dichlorophenylacetamide monohydrochloride", "[29110-48-3]", "29520-14-7[rn]", "guanfacinum[latin]", "n-(aminoiminomethyl)-2,6-dichlorobenzeneacetamide", "n-carbamimidoyl-2-(2,6-dichlorphenyl)acetamidhydrochlorid", "n-amidino-2-(2,6-dichlorophenyl)acetamide hydrochloride", "guanfacinum [inn-latin]", "guanfacinum", "benzeneacetamide,n-(aminoiminomethyl)-2,6-dichloro-,monohydrochloride", "n-carbamimidoyl-2-(2,6-dichlorophenyl)acetamide hydrochloride", "prestwick_740", "n-(aminoiminomethyl)-2,6-dichlorobenzeneacetamide hydrochloride", "337376-15-5[rn]", "guanfacina[spanish][inn]", "n-carbamimidoyl-2-(2,6-dichlorphenyl)acetamid[german]", "estulic guanfacine hydrochloride", "n-carbamimidoyl-2-(2,6-dichlorophenyl)acetamide hydrochloride (1:1)", "guanfacine", "guanfacina", "benzeneacetamide n-(aminoiminomethyl)-2,6-dichloro-", "n-amidino-2-(2,6-dichlorophenyl) acetamide monohydrochloride", "bs 100-141", "[(2,6-dichlorophenyl)acetyl]guanidine hydrochloride", "249-442-8[einecs]", "n-amidino-2-(2,6-dichlorophenyl)acetamide monohydrochloride", "tenex[wiki]", "benzeneacetamide,n-(aminoiminomethyl)-2,6-dichloro-,hydrochloride (1:1)", "guanfacinehcl", "[(2,6-dichlorophenyl)acetyl]guanidine", "einecs 249-443-3", "lon798", "n-(aminoiminomethyl)-2,6-dichloro-benzeneacetamide hydrochloride", "n-amidino-2-(2,6-dichlorophenyl)acetamide", "c9h9cl2n3o.hcl", "guanfacine [inn:ban]", "guanfacine hydrochloride [usan:jan][jan][usan]", "guanfacina [inn-spanish]", "toxic solid organic n.o.s. (guanfacine hydrochloride)", "bs-100-141"}|>, "1732" -> <|"DatabaseID" -> "SW01166", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18335"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1024]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02142"]}, "IsomericSmiles" -> "Cc1c(c(c(cn1)COP(=O)([O-])[O-])C[NH3+])O", "OfficialNames" -> <|"NPC Approved Name" -> "pyridoxamine-p"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1053]}, "Synonyms" -> {"pyridoxamine-5'-phosphate", "pyridoxamine", "pyridoxamine 5'-phosphate", "pyridoxamine 5-phosphate", "pyridoxamine-p", "[4-(aminomethyl)-5-hydroxy-6-methylpyridin-3-yl]methyldihydrogen phosphate", "pyridoxamine 3-(dihydrogen phosphate)", "placental protein 18", "pyridoxamine phosphate[jan]", "pyridoxamine phosphate [jan]", "pyridoxal 5(prime)-phosphate", "pp18", "ec 2.6.1.42", "[4-(aminomethyl)-5-hydroxy-6-methylpyridin-3-yl]methyldihydrogen-phosphat", "ph7", "4-22-00-06065[beilstein]", "pyridoxamine dihydrogen phosphate", "chebi:18335", "pyridoxamine 5'-phosphic acid", "plp", "529-96-4[rn]", "pyridoxamine-5p", "branched-chain-amino-acid aminotransferase mitochondrial precursor", "4-aminomethyl-5-hydroxy-6-methyl-3-pyridylmethyl phosphate", "plp forms a schiff base with lys680", "plr", "4-(aminomethyl)-5-hydroxy-6-methyl-3-pyridinemethanola-(dihydrogen phosphate)", "233653[beilstein]", "951-83-7[rn]", "pyridoxamine phosphate", "pyridoxamine 5'-phospate", "bcat(m)", "208-471-6[einecs]", "4-22-00-06065 (beilstein handbook reference)[beilstein]", "pyridoxamine 5'-(dihydrogen phosphate)", "brn 0233653", "pyridoxal-5'-phosphate", "4'-deoxy-4'-aminopyridoxal-5'-phosphate"}|>, "1733" -> <|"DatabaseID" -> "SW01167", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552171]}, "IsomericSmiles" -> "c1cn(c(n1)[N+](=O)[O-])CO[C@H](CO)[C@H](CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01834"]}, "OfficialNames" -> <|"NPC Approved Name" -> "doranidazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636376]}, "Synonyms" -> {"doranidazole", "149838-23-3", "1", "doranidazole (jan/inn)", "(2s", "ctk0a9660", "d01834", "161903-09-9", "ac1lcs4q", "149838-23-3[rn]", "surecn8279382"}|>, "1734" -> <|"DatabaseID" -> "SW01168", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16441"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10657]}, "IsomericSmiles" -> "CC(C)(C#N)O[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linamarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11128]}, "Synonyms" -> {"phaseolunatin[wiki]", "linamarin", "brn 0019237", "propanenitrile", "2-(beta-d-glucopyranosyloxy)-2-methylpropanenitrile", "554-35-8[rn]", "5-17-07-00397 (beilstein handbook reference)[beilstein]", "2-(b-d-glucopyranosyloxy)-2-methylpropanenitrile", "hydrolyzed linamarin", "hsdb 3507", "linamarin[wiki]", "554-35-8", "spectrum_001946", "2-(beta-d-glucopyranosyloxy)isobutyronitrile", "alpha-hydroxyisobutyronitrile-beta-d-glucose", "phaseolunatin"}|>, "1735" -> <|"DatabaseID" -> "SW01169", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31536"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54859]}, "IsomericSmiles" -> "c1c(c(nc(=O)n1[C@@H]2CS[C@@H](O2)CO)N)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01199"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "emtricitabine;emtricitabine", "FDA Approved Drug" -> "EMTRICITABINE"|>, "PharmGKBID" -> "PA10069", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60877]}, "Synonyms" -> {"emtricitabine", "racivir", "emtriva", "bw524w91", "dotfc", "(-)-ftc", "524w91", "bw-524w91", "2-ftc", "(-)-cis-4-amino-5-fluoro-1-(2-hydroxymethyl-1,3-oxathiolan-5-yl)-(1h)-pyrimidin-2-one", "truvada[wiki]", "2',3',5-ftc", "4-amino-5-fluoro-1-(2-hydroxymethyl-[1,3]oxathiolan-5-yl)-1h-pyrimidin-2-one", "4-amino-5-fluoro-1-((2r,5s)-2-hydroxymethyl-[1,3]oxathiolan-5-yl)-1h-pyrimidin-2-one", "2(1h)-pyrimidinone 4-amino-5-fluoro-1-(2-(hydroxymethyl)-1,3-oxathiolan-5-yl)-,cis-", "atripla", "2'-deoxy-5-fluoro-3'-oxa-4'-thiocytidine", "4-amino-5-fluoro-1-[(2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl]pyrimidin-2(1h)-one", "143491-57-0", "emtricitabine (jan/usan)[jan][usan]", "bw 524w91", "4-amino-5-fluoro-1-((2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl)pyrimidin-2(1h)-one", "2(1h)-pyrimidinone 4-amino-5-fluoro-1-(2-(hydroxymethyl)-1,3-oxathiolan-5-yl)-,(2r-cis)-", "5-fluoro-2'-deoxy-3'-thiacytidine [fda 233a]", "coviracil(tm)", "ftc", "2',3'-dideoxy-5-fluoro-3'-thiacytidine", "4-amino-5-fluoro-1-(2-(hydroxymethyl)-1,3-oxathiolan-5-yl)-(2r-cis)-2(1h)-pyrimidinone", "coviracil[wiki]", "143491-57-0[rn]", "4-amino-5-fluor-1-[(2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl]pyrimidin-2(1h)-on", "-amino-5-fluoro-1-((2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl)pyrimidin-2(1h)-one", "4-amino-5-fluoro-1-[(2r,5s)-(hydroxymethyl)-1,3-oxathiolan-5-yl]-2(1h)-pyrimidinone", "145213-48-5[rn]", "143491-54-7[rn]", "2'-deoxy-5-fluoro-3'-thiacytidine", "2(1h)-pyrimidinone 4-amino-5-fluoro-1-((2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl)- rel-", "emtriva[wiki]", "(2r-cis)-4-amino-5-fluoro-1-(2-(hydroxymethyl)-1,3-oxathiolan-5-yl)-2(1h)-pyrimidinone", "3'-thia-2'.3'-dideoxy-5-fluorocytidine", "5-fluoro-1-((2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl)cytosine", "(-)-(2r,5s)-5-fluoro-1-[2-(hydroxymethyl)-1,3-oxathiolan-5-yl]cytosine", "emtriva (tn)", "coviracil", "3-[(5s,2r)-2-(hydroxymethyl)(1,3-oxathiolan-5-yl)]-6-amino-5-fluoro-3-hydropyrimidin-2-one", "2(1h)-pyrimidinone 4-amino-5-fluoro-1-[(2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl]-", "(-)-2'-deoxy-5-fluoro-3'-thiacytidine", "4-amino-5-fluoro-1-[(2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl]-2(1h)-pyrimidinone[acd/iupac name]", "ftc (-)-", "5-fluoro-1-(2-(hydroxymethyl)-1,3-oxathiolan-5-yl)cytosine", "tl8000958", "337376-15-5", "(-)-2',3'-dideoxy-5-fluoro-3'-thiacytidine", "ftc-(-)", "emtriva(tm)"}|>, "1736" -> <|"DatabaseID" -> "SW01170", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63627"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5279]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00911"]}, "IsomericSmiles" -> "CCS(=O)(=O)CCn1c(ncc1[N+](=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01426"]}, "OfficialNames" -> <|"China Approved Name" -> "tinidazole", "Indian Approved Name" -> "tinidazole", "Australia Approved Name" -> "TINIDAZOLE", "FDA Approved Drug" -> "TINIDAZOLE"|>, "PharmGKBID" -> "PA10813", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5479]}, "Synonyms" -> {"tinidazole", "tindamax", "fasigyn", "simplotan", "bioshik", "tinidazol", "fasigin", "haisigyn", "tricolam", "1-[2-(ethylsulfonyl)ethyl]-2-methyl-5-nitro-1h-imidazole[acd/iupac name]", "deoxyribonucleic acid", "19387-91-8", "cp-12574", "ethyl (2-(2-methyl-5-nitro-1-imidazolyl)ethyl)sulfone", "1h-imidazole 1-(2-(ethylsulfonyl)ethyl)-2-methyl-5-nitro-", "imidazole 1-(2-(ethylsulfonyl)ethyl)-2-methyl-5-nitro-", "1h-imidazole 1-[2-(ethylsulfonyl)ethyl]-2-methyl-5-nitro-", "cp12,574", "pletil", "timidazole", "sorquetan", "1-(2-ethanesulfonyl-ethyl)-2-methyl-5-nitro-1h-imidazole", "243-014-4[einecs]", "1-(2-ethanesulfonyl-ethyl)-2-methyl-5-nitro-1h-imidazole (tinidazole)", "tinidazolum", "d014011", "fasigyne;simplotan;tricolam;glongyn;bioshik", "ethyl[2-(2-methyl-5-nitro-1-imidazoiyl)ethyl]sulfone", "1-[2-(ethylsulfonyl)ethyl]-2-methyl-5-nitroimidazole", "haisigyn (tn)", "symplotan", "cp-12,574", "cp12574", "19387-91-8[rn]", "tinidazolum[latin]", "5-23-05-00067 (beilstein handbook reference)[beilstein]", "cp 12,574", "trimonase", "1-(2-(ethylsulfonyl)ethyl)-2-methyl-5-nitro-1h-imidazole", "1-[2-(ethylsulfonyl)ethyl]-2-methyl-5-nitro-1h-imidazol", "tinidazole[wiki]", "fasygin", "1-(2-(ethylsulfonyl)ethyl)-2-methyl-5-nitroimidazole", "cas-19387-91-8", "fasigyne", "1-(ethylsulfonyl)-2-(2-methyl-5-nitroimidazolyl)ethane", "tinidazole [usan:ban:inn:jan][inn][jan][usan]"}|>, "1737" -> <|"DatabaseID" -> "SW01171", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6760"], ExternalIdentifier["ChEBIID", "6759"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59460], ExternalIdentifier["ChemSpiderID", 3922]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00961"]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)C2CCCC[NH+]2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00738"], ExternalIdentifier["KEGGID", "D08181"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MEPIVACAINE", "FDA Approved Drug" -> "MEPIVACAINE HYDROCHLORIDE;ROPIVACAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164748741", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66070], ExternalIdentifier["PubChemCompoundID", 4062]}, "Synonyms" -> {"polocaine", "scandonest plain", "mepivacaine", "carbocain", "polocaine-mpf", "dl-mepivacaine", "mepivacaine hydrochloride", "carbocaine", "scandicaine", "scandicain", "mepivacainum [inn-latin]", "arestocaine hcl", "scandicane", "s-ropivacaine mesylate", "mepivacaine hcl", "mepivicaine", "96-88-8[rn]", "mepivacaine[wiki]", "carbocaine[wiki]", "1-methyl-piperidine-2-carboxylic acid (2,6-dimethyl-phenyl)-amide", "n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide", "carbocaina", "202-543-0[einecs]", "mepivastesin", "peripheral nerve sodium channel 3", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-", "dl-n-methylhexahydropicolinic acid 2,6-dimethylanilide", "scandonest 2% special inj (epinephrine + mepivacaine hydrochloride)_mixture", "2',6'-pipecoloxylidide 1-methyl-", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl-", "arestocaine hcl 2% w levonordefrin 1:20000 (levonordefrin hydrochloride + mepivacaine hydrochloride)_mixture", "34811-66-0[rn]", "mepivacaina", "1-methyl-2',6'-pipecoloxylidide", "voltage-gated sodium channel subunit alpha nav1.8", "carboplyin dental", "carbocaine 2% neo-cobefrin 1:20,000 liq (levonordefrin hydrochloride + mepivacaine hydrochloride)_mixture", "mepivacainum[latin]", "carbocaine 2% with neo-cobefrin (corbadrine + mepivacaine hydrochloride)_mixture", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide hydrochloride", "sodium channel protein type x subunit alpha", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide[acd/iupac name]", "sabol", "5-22-01-00223", "n-methyl-2-pipecolic acid 2,6-dimethylanilide", "scandinibsa", "mepivacaina[spanish][inn]", "mepivacainum", "n-methylhexahydro-2-picolinic acid 2,6-dimethylanilide", "n-methyl-2-pipecolic acid 2,6-xylidide", "meaverin", "2% polocaine dental with levonordefrin 1:20,000 (corbadrine + mepivacaine hydrochloride)_mixture", "mepivacaina [inn-spanish]", "hpn3", "mepivacaine hcl 2% w levonordefrin inj (levonordefrin hydrochloride + mepivacaine hydrochloride)_mixture", "22801-44-1[rn]", "isocaine hcl inj 2% (levonordefrin hydrochloride (levonordefrin hydrochloride) + mepivacaine hydrochloride)_mixture", "dl-n-methylpipecolic acid 2,6-dimethylanilide", "isocaine hcl", "mepivacainum [inn_la]", "9005-80-5[rn]", "mepivacainebase", "5-22-01-00223 (beilstein handbook reference)[beilstein]", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl- hydrochloride(1:1)", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide monohydrochloride", "scandonest", "1722-62-9[rn]", "n-(2,6-dimethylphenyl)(1-methyl(2-piperidyl))carboxamide chloride", "1-methyl-2',6'-pipecoloxylidine hydrochloride", "38423-99-3[rn]", "mepivacaine hydrochloride [usan:jan][jan][usan]", "mepivacainehydrochloride", "n-(2,6-dimethylphenyl)-1-methylpiperidin-2-carboxamidhydrochlorid", "217-023-9[einecs]", "1-methyl-2',6'-pipecoloxylidide monohydrochloride", "n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide hydrochloride (1:1)", "16452-56-5[rn]", "2',6'-pipecoloxylidide 1-methyl - monohydrochloride", "pipecoloxylidide 1-methyl-,hydrochloride", "n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide hydrochloride", "(1-methyl-dl-piperidine-2-carboxylicacid)-2,6-dimethylanilidehydrochloride", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl- monohydrochloride", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide hydrochloride (1:1)[acd/iupac name]", "1722-62-9 96-88-8 [mepivacaine]", "mepivicaine hydrochloride", "1-methyl-2',6'-pipecoloxylidide hydrochloride", "carbocaine (tn)", "1722-62-9 96-88-8"}|>, "1738" -> <|"DatabaseID" -> "SW01171", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6760"], ExternalIdentifier["ChEBIID", "6759"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59460], ExternalIdentifier["ChemSpiderID", 3922]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00961"]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)C2CCCC[NH+]2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00738"], ExternalIdentifier["KEGGID", "D08181"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MEPIVACAINE", "FDA Approved Drug" -> "MEPIVACAINE HYDROCHLORIDE;ROPIVACAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164748741", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66070], ExternalIdentifier["PubChemCompoundID", 4062]}, "Synonyms" -> {"polocaine", "scandonest plain", "mepivacaine", "carbocain", "polocaine-mpf", "dl-mepivacaine", "mepivacaine hydrochloride", "carbocaine", "scandicaine", "scandicain", "mepivacainum [inn-latin]", "arestocaine hcl", "scandicane", "s-ropivacaine mesylate", "mepivacaine hcl", "mepivicaine", "96-88-8[rn]", "mepivacaine[wiki]", "carbocaine[wiki]", "1-methyl-piperidine-2-carboxylic acid (2,6-dimethyl-phenyl)-amide", "n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide", "carbocaina", "202-543-0[einecs]", "mepivastesin", "peripheral nerve sodium channel 3", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-", "dl-n-methylhexahydropicolinic acid 2,6-dimethylanilide", "scandonest 2% special inj (epinephrine + mepivacaine hydrochloride)_mixture", "2',6'-pipecoloxylidide 1-methyl-", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl-", "arestocaine hcl 2% w levonordefrin 1:20000 (levonordefrin hydrochloride + mepivacaine hydrochloride)_mixture", "34811-66-0[rn]", "mepivacaina", "1-methyl-2',6'-pipecoloxylidide", "voltage-gated sodium channel subunit alpha nav1.8", "carboplyin dental", "carbocaine 2% neo-cobefrin 1:20,000 liq (levonordefrin hydrochloride + mepivacaine hydrochloride)_mixture", "mepivacainum[latin]", "carbocaine 2% with neo-cobefrin (corbadrine + mepivacaine hydrochloride)_mixture", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide hydrochloride", "sodium channel protein type x subunit alpha", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide[acd/iupac name]", "sabol", "5-22-01-00223", "n-methyl-2-pipecolic acid 2,6-dimethylanilide", "scandinibsa", "mepivacaina[spanish][inn]", "mepivacainum", "n-methylhexahydro-2-picolinic acid 2,6-dimethylanilide", "n-methyl-2-pipecolic acid 2,6-xylidide", "meaverin", "2% polocaine dental with levonordefrin 1:20,000 (corbadrine + mepivacaine hydrochloride)_mixture", "mepivacaina [inn-spanish]", "hpn3", "mepivacaine hcl 2% w levonordefrin inj (levonordefrin hydrochloride + mepivacaine hydrochloride)_mixture", "22801-44-1[rn]", "isocaine hcl inj 2% (levonordefrin hydrochloride (levonordefrin hydrochloride) + mepivacaine hydrochloride)_mixture", "dl-n-methylpipecolic acid 2,6-dimethylanilide", "isocaine hcl", "mepivacainum [inn_la]", "9005-80-5[rn]", "mepivacainebase", "5-22-01-00223 (beilstein handbook reference)[beilstein]", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl- hydrochloride(1:1)", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide monohydrochloride", "scandonest", "1722-62-9[rn]", "n-(2,6-dimethylphenyl)(1-methyl(2-piperidyl))carboxamide chloride", "1-methyl-2',6'-pipecoloxylidine hydrochloride", "38423-99-3[rn]", "mepivacaine hydrochloride [usan:jan][jan][usan]", "mepivacainehydrochloride", "n-(2,6-dimethylphenyl)-1-methylpiperidin-2-carboxamidhydrochlorid", "217-023-9[einecs]", "1-methyl-2',6'-pipecoloxylidide monohydrochloride", "n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide hydrochloride (1:1)", "16452-56-5[rn]", "2',6'-pipecoloxylidide 1-methyl - monohydrochloride", "pipecoloxylidide 1-methyl-,hydrochloride", "n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide hydrochloride", "(1-methyl-dl-piperidine-2-carboxylicacid)-2,6-dimethylanilidehydrochloride", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl- monohydrochloride", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide hydrochloride (1:1)[acd/iupac name]", "1722-62-9 96-88-8 [mepivacaine]", "mepivicaine hydrochloride", "1-methyl-2',6'-pipecoloxylidide hydrochloride", "carbocaine (tn)", "1722-62-9 96-88-8"}|>, "1739" -> <|"DatabaseID" -> "SW01171", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6760"], ExternalIdentifier["ChEBIID", "6759"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59460], ExternalIdentifier["ChemSpiderID", 3922]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00961"]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)C2CCCC[NH+]2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00738"], ExternalIdentifier["KEGGID", "D08181"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MEPIVACAINE", "FDA Approved Drug" -> "MEPIVACAINE HYDROCHLORIDE;ROPIVACAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164748741", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66070], ExternalIdentifier["PubChemCompoundID", 4062]}, "Synonyms" -> {"polocaine", "scandonest plain", "mepivacaine", "carbocain", "polocaine-mpf", "dl-mepivacaine", "mepivacaine hydrochloride", "carbocaine", "scandicaine", "scandicain", "mepivacainum [inn-latin]", "arestocaine hcl", "scandicane", "s-ropivacaine mesylate", "mepivacaine hcl", "mepivicaine", "96-88-8[rn]", "mepivacaine[wiki]", "carbocaine[wiki]", "1-methyl-piperidine-2-carboxylic acid (2,6-dimethyl-phenyl)-amide", "n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide", "carbocaina", "202-543-0[einecs]", "mepivastesin", "peripheral nerve sodium channel 3", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-", "dl-n-methylhexahydropicolinic acid 2,6-dimethylanilide", "scandonest 2% special inj (epinephrine + mepivacaine hydrochloride)_mixture", "2',6'-pipecoloxylidide 1-methyl-", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl-", "arestocaine hcl 2% w levonordefrin 1:20000 (levonordefrin hydrochloride + mepivacaine hydrochloride)_mixture", "34811-66-0[rn]", "mepivacaina", "1-methyl-2',6'-pipecoloxylidide", "voltage-gated sodium channel subunit alpha nav1.8", "carboplyin dental", "carbocaine 2% neo-cobefrin 1:20,000 liq (levonordefrin hydrochloride + mepivacaine hydrochloride)_mixture", "mepivacainum[latin]", "carbocaine 2% with neo-cobefrin (corbadrine + mepivacaine hydrochloride)_mixture", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide hydrochloride", "sodium channel protein type x subunit alpha", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide[acd/iupac name]", "sabol", "5-22-01-00223", "n-methyl-2-pipecolic acid 2,6-dimethylanilide", "scandinibsa", "mepivacaina[spanish][inn]", "mepivacainum", "n-methylhexahydro-2-picolinic acid 2,6-dimethylanilide", "n-methyl-2-pipecolic acid 2,6-xylidide", "meaverin", "2% polocaine dental with levonordefrin 1:20,000 (corbadrine + mepivacaine hydrochloride)_mixture", "mepivacaina [inn-spanish]", "hpn3", "mepivacaine hcl 2% w levonordefrin inj (levonordefrin hydrochloride + mepivacaine hydrochloride)_mixture", "22801-44-1[rn]", "isocaine hcl inj 2% (levonordefrin hydrochloride (levonordefrin hydrochloride) + mepivacaine hydrochloride)_mixture", "dl-n-methylpipecolic acid 2,6-dimethylanilide", "isocaine hcl", "mepivacainum [inn_la]", "9005-80-5[rn]", "mepivacainebase", "5-22-01-00223 (beilstein handbook reference)[beilstein]", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl- hydrochloride(1:1)", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide monohydrochloride", "scandonest", "1722-62-9[rn]", "n-(2,6-dimethylphenyl)(1-methyl(2-piperidyl))carboxamide chloride", "1-methyl-2',6'-pipecoloxylidine hydrochloride", "38423-99-3[rn]", "mepivacaine hydrochloride [usan:jan][jan][usan]", "mepivacainehydrochloride", "n-(2,6-dimethylphenyl)-1-methylpiperidin-2-carboxamidhydrochlorid", "217-023-9[einecs]", "1-methyl-2',6'-pipecoloxylidide monohydrochloride", "n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide hydrochloride (1:1)", "16452-56-5[rn]", "2',6'-pipecoloxylidide 1-methyl - monohydrochloride", "pipecoloxylidide 1-methyl-,hydrochloride", "n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide hydrochloride", "(1-methyl-dl-piperidine-2-carboxylicacid)-2,6-dimethylanilidehydrochloride", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl- monohydrochloride", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide hydrochloride (1:1)[acd/iupac name]", "1722-62-9 96-88-8 [mepivacaine]", "mepivicaine hydrochloride", "1-methyl-2',6'-pipecoloxylidide hydrochloride", "carbocaine (tn)", "1722-62-9 96-88-8"}|>, "1740" -> <|"DatabaseID" -> "SW01171", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6760"], ExternalIdentifier["ChEBIID", "6759"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59460], ExternalIdentifier["ChemSpiderID", 3922]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00961"]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)C2CCCC[NH+]2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00738"], ExternalIdentifier["KEGGID", "D08181"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MEPIVACAINE", "FDA Approved Drug" -> "MEPIVACAINE HYDROCHLORIDE;ROPIVACAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164748741", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66070], ExternalIdentifier["PubChemCompoundID", 4062]}, "Synonyms" -> {"polocaine", "scandonest plain", "mepivacaine", "carbocain", "polocaine-mpf", "dl-mepivacaine", "mepivacaine hydrochloride", "carbocaine", "scandicaine", "scandicain", "mepivacainum [inn-latin]", "arestocaine hcl", "scandicane", "s-ropivacaine mesylate", "mepivacaine hcl", "mepivicaine", "96-88-8[rn]", "mepivacaine[wiki]", "carbocaine[wiki]", "1-methyl-piperidine-2-carboxylic acid (2,6-dimethyl-phenyl)-amide", "n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide", "carbocaina", "202-543-0[einecs]", "mepivastesin", "peripheral nerve sodium channel 3", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-", "dl-n-methylhexahydropicolinic acid 2,6-dimethylanilide", "scandonest 2% special inj (epinephrine + mepivacaine hydrochloride)_mixture", "2',6'-pipecoloxylidide 1-methyl-", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl-", "arestocaine hcl 2% w levonordefrin 1:20000 (levonordefrin hydrochloride + mepivacaine hydrochloride)_mixture", "34811-66-0[rn]", "mepivacaina", "1-methyl-2',6'-pipecoloxylidide", "voltage-gated sodium channel subunit alpha nav1.8", "carboplyin dental", "carbocaine 2% neo-cobefrin 1:20,000 liq (levonordefrin hydrochloride + mepivacaine hydrochloride)_mixture", "mepivacainum[latin]", "carbocaine 2% with neo-cobefrin (corbadrine + mepivacaine hydrochloride)_mixture", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide hydrochloride", "sodium channel protein type x subunit alpha", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide[acd/iupac name]", "sabol", "5-22-01-00223", "n-methyl-2-pipecolic acid 2,6-dimethylanilide", "scandinibsa", "mepivacaina[spanish][inn]", "mepivacainum", "n-methylhexahydro-2-picolinic acid 2,6-dimethylanilide", "n-methyl-2-pipecolic acid 2,6-xylidide", "meaverin", "2% polocaine dental with levonordefrin 1:20,000 (corbadrine + mepivacaine hydrochloride)_mixture", "mepivacaina [inn-spanish]", "hpn3", "mepivacaine hcl 2% w levonordefrin inj (levonordefrin hydrochloride + mepivacaine hydrochloride)_mixture", "22801-44-1[rn]", "isocaine hcl inj 2% (levonordefrin hydrochloride (levonordefrin hydrochloride) + mepivacaine hydrochloride)_mixture", "dl-n-methylpipecolic acid 2,6-dimethylanilide", "isocaine hcl", "mepivacainum [inn_la]", "9005-80-5[rn]", "mepivacainebase", "5-22-01-00223 (beilstein handbook reference)[beilstein]", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl- hydrochloride(1:1)", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide monohydrochloride", "scandonest", "1722-62-9[rn]", "n-(2,6-dimethylphenyl)(1-methyl(2-piperidyl))carboxamide chloride", "1-methyl-2',6'-pipecoloxylidine hydrochloride", "38423-99-3[rn]", "mepivacaine hydrochloride [usan:jan][jan][usan]", "mepivacainehydrochloride", "n-(2,6-dimethylphenyl)-1-methylpiperidin-2-carboxamidhydrochlorid", "217-023-9[einecs]", "1-methyl-2',6'-pipecoloxylidide monohydrochloride", "n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide hydrochloride (1:1)", "16452-56-5[rn]", "2',6'-pipecoloxylidide 1-methyl - monohydrochloride", "pipecoloxylidide 1-methyl-,hydrochloride", "n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide hydrochloride", "(1-methyl-dl-piperidine-2-carboxylicacid)-2,6-dimethylanilidehydrochloride", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl- monohydrochloride", "n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide hydrochloride (1:1)[acd/iupac name]", "1722-62-9 96-88-8 [mepivacaine]", "mepivicaine hydrochloride", "1-methyl-2',6'-pipecoloxylidide hydrochloride", "carbocaine (tn)", "1722-62-9 96-88-8"}|>, "1741" -> <|"DatabaseID" -> "SW01172", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59245]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04896"]}, "IsomericSmiles" -> "CCN(CC)C(=O)[C@@]1(C[C@@H]1C[NH3+])c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08222"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MILNACIPRAN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 163701]}, "Synonyms" -> {"milnacipran", "midalcipran", "ixel", "cyclopropanecarboxamide", "cis-(+-)-2-(aminomethyl)-n", "norepinephrine transporter", "92623-85-3[rn]", "105310-09-6[rn]", "1-phenyl-1-(diethylaminocarbonyl)-2-(aminomethyl)cyclopropane hydrochloride", "(1r,2s)-2-(aminomethyl)-n,n-diethyl-1-phenylcyclopropanecarboxamide[acd/iupac name]", "f 2207", "cyclopropanecarboxamide 2-(aminomethyl)-n,n-diethyl-1-phenyl-,(1r,2s)-", "milnacipranum[latin]", "net", "( -)-milnacipran", "milnacipranum [latin]", "toledomin", "101152-94-7", "dalcipran", "smr000449266", "(-)-milnacipran", "milnacipran hydrochloride", "savella"}|>, "1742" -> <|"DatabaseID" -> "SW01173", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2297689]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)[C@@H]2CCCC[NH+]2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03719"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dexivacaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3032799]}, "Synonyms" -> {"(+)-mepivacaine", "dexivacain", "(s)-mepivacaine", "l(+)-mepivacaine", "dexivacaine", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl- (2s)-", "l-(+)-1-methyl-2',6'-pipecoloxylidide", "dexivacaina[spanish][inn]", "( )-1", "dexivacaina [inn-spanish]", "2',6'-pipecoloxylidide 1-methyl- l-(+)-", "(2s)-n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide", "2',6'-pipecoloxylidide 1-methyl- (+)- (8ci)", "2'", "dexivacainum [inn-latin]", "dexivacainum[latin]", "(s)-n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide", "dexivacaine [usan:inn][inn][usan]", "5-22-01-00223 (beilstein handbook reference)[beilstein]", "dexivacaine[usan]", "(+)-1-methyl-2',6'-pipecoloxylidide", "2-piperidinecarboxamide", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl- (s)-", "(+)-1,2',6'-trimethyl-2-piperidincarboxanilide", "24358-84-7[rn]"}|>, "1743" -> <|"DatabaseID" -> "SW01173", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2297689]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)[C@@H]2CCCC[NH+]2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03719"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dexivacaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3032799]}, "Synonyms" -> {"(+)-mepivacaine", "dexivacain", "(s)-mepivacaine", "l(+)-mepivacaine", "dexivacaine", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl- (2s)-", "l-(+)-1-methyl-2',6'-pipecoloxylidide", "dexivacaina[spanish][inn]", "( )-1", "dexivacaina [inn-spanish]", "2',6'-pipecoloxylidide 1-methyl- l-(+)-", "(2s)-n-(2,6-dimethylphenyl)-1-methylpiperidine-2-carboxamide", "2',6'-pipecoloxylidide 1-methyl- (+)- (8ci)", "2'", "dexivacainum [inn-latin]", "dexivacainum[latin]", "(s)-n-(2,6-dimethylphenyl)-1-methyl-2-piperidinecarboxamide", "dexivacaine [usan:inn][inn][usan]", "5-22-01-00223 (beilstein handbook reference)[beilstein]", "dexivacaine[usan]", "(+)-1-methyl-2',6'-pipecoloxylidide", "2-piperidinecarboxamide", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-methyl- (s)-", "(+)-1,2',6'-trimethyl-2-piperidincarboxanilide", "24358-84-7[rn]"}|>, "1744" -> <|"DatabaseID" -> "SW01174", "IsomericSmiles" -> "CC1CCC(CC1)NC(=O)N(CCCl)N=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05822"]}, "OfficialNames" -> <|"China Approved Name" -> "semustine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5198]}, "Synonyms" -> {"semustine", "lomustine", "methyl-ccnu", "methyl ccnu", "trans-methyl-ccnu", "meccnu", "13909-09-6", "1-(2-chloroethyl)-3-(4-methylcyclohexyl)-1-nitrosourea", "nsc95441"}|>, "1745" -> <|"DatabaseID" -> "SW01175", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66232]}, "IsomericSmiles" -> "c1ccc2c(c1)c(=O)n-3c(n2)C(=O)c4c3cccc4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tryptanthrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73549]}, "Synonyms" -> {"tryptanthrine", "tryptanthrin", "tryptantherin", "indolo[2", "tcmdc-125859", "gnf-pf-2691", "couroupitine a", "13220-57-0", "indolo(2,1-b)quinazoline-6,12-dione", "11-hydrobenzo[d]quinazolino[3,2-a]azolidine-6,12-dione", "nsc349447", "c046243", "indolo[2,1-b]quinazoline-6,12-dione[acd/iupac name]", "indolo(2,1-b)quinazolin-6,12-dione", "indolo(2", "13220-57-0[rn]", "indolo(2,1-b)quinazoline-6,12-dione (8ci)(9ci)"}|>, "1746" -> <|"DatabaseID" -> "SW01176", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1922]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)NC(=O)NC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01409"]}, "OfficialNames" -> <|"NPC Approved Name" -> "crampol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1999]}, "Synonyms" -> {"acetylpheneturide", "crampol", "crampole", "1-acetyl-3-(2-phenylbutyryl)urea", "1-acetyl-3-(2-phenyl-butyryl)-urea", "urea 1-acetyl-3-(2-phenylbutyryl)-", "1-acetyl-3-phenylethylacetylurea", "13402-08-9[rn]", "n-(acetylcarbamoyl)-2-phenylbutanamide[acd/iupac name]", "brn 1987746", "n-(a-ethylphenylacetyl)-n'-acetylurea", "einecs 236-493-6", "13402-08-9", "n-[(acetylamino)carbonyl]-a-ethylbenzeneacetamide", "urea", "n-[(acetylamino)carbonyl]-2-phenylbutanamide", "n-((acetylamino)carbonyl)-2-phenylbutanamide", "13492-24-5[rn]", "crampol (tn)", "236-493-6[einecs]", "n-alpha-ethylphenylacetyl-n'-acetyl urea"}|>, "1747" -> <|"DatabaseID" -> "SW01176", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1922]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)NC(=O)NC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01409"]}, "OfficialNames" -> <|"NPC Approved Name" -> "crampol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1999]}, "Synonyms" -> {"acetylpheneturide", "crampol", "crampole", "1-acetyl-3-(2-phenylbutyryl)urea", "1-acetyl-3-(2-phenyl-butyryl)-urea", "urea 1-acetyl-3-(2-phenylbutyryl)-", "1-acetyl-3-phenylethylacetylurea", "13402-08-9[rn]", "n-(acetylcarbamoyl)-2-phenylbutanamide[acd/iupac name]", "brn 1987746", "n-(a-ethylphenylacetyl)-n'-acetylurea", "einecs 236-493-6", "13402-08-9", "n-[(acetylamino)carbonyl]-a-ethylbenzeneacetamide", "urea", "n-[(acetylamino)carbonyl]-2-phenylbutanamide", "n-((acetylamino)carbonyl)-2-phenylbutanamide", "13492-24-5[rn]", "crampol (tn)", "236-493-6[einecs]", "n-alpha-ethylphenylacetyl-n'-acetyl urea"}|>, "1748" -> <|"DatabaseID" -> "SW01177", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "132842"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5145]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00891"]}, "IsomericSmiles" -> "c1ccnc(c1)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02434"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFAPYRIDINE"|>, "PharmGKBID" -> "PA164779050", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5336]}, "Synonyms" -> {"sulfapyridine", "coccoclase", "streptosilpyridine", "septipulmon", "2-sulfapyridine", "sulfidin", "sulphapyridine", "sulfidine", "2-sulfanilamidopyridine", "relbapiridina", "adiplon", "trianon", "eubasinum", "ronin", "haptocil", "n1-2-pyridylsulfanilamide", "m and b 693", "2-sulfanilylaminopyridine", "eubasin", "dagenan", "piridazol", "4-(2-pyridinylsulfonyl)aniline", "4-[(2-pyridylamino)sulfonyl]aniline", "thioseptal", "plurazol", "pyridazol", "n-2-pyridylsulfanilamide", "pyriamid", "n(1)-2-pyridylsulfanilamide", "sulfapyridinum[latin]", "4-amino-n-(pyridin-2-yl)benzenesulfonamide", "coccoclase;eubasin;eubasinum;haptocil;dagenan", "sulfapiridina[spanish][inn]", "neutral sulfa 50 (sulfamethazine + sulfapyridine + sulfathiazole)_mixture", "sulfanilamide n1-2-pyridyl- (8ci)", "solfapiridina", "4-((2-pyridylamino)sulfonyl)aniline", "4-amino-n-[2-pyridyl]benzene sulfonamide", "m & b 693", "foot rot boluses (ethylenediamine dihydroiodide + sulfapyridine)_mixture", "sulfanilamide n(sup 1)-2-pyridyl-", "4-amino-n-pyridin-2-yl-benzenesulfonamide", "cas-144-83-2", "n(1)-pyridylsulfanilamide", "n(sup 1)-2-pyridylsulfanilamide", "benzenesulfonamide 4-amino-n-2-pyridinyl-", "205-642-7[einecs]", "trisulfa g liq (sulfamethazine + sulfapyridine + sulfathiazole)_mixture", "2-(p-aminobenzenesulphonamido)pyridine", "sulfapyridinum [inn_la]", "m + b 693", "144-83-2[rn]", "4-amino-n-pyridin-2-ylbenzenesulfonamide", "n1-(pyridin-2-yl)sulfanilamide", "4-amino-n-2-pyridinylbenzenesulfonamide", "[(4-aminophenyl)sulfonyl]-2-pyridylamine", "2-sulfanilamidopyridin", "sulfanilamide n1-2-pyridyl-", "sulfapyridine[wiki][usp]", "4-amino-n-(2-pyridinyl)benzenesulfonamide[acd/iupac name]", "4-amino-n,2-pyridinylbenzenesulfonamide", "m+b 693", "m&b; 693", "2-sulfanilamidopyridin[german]", "2-sulfanilyl aminopyridine", "neutral sulfa 7 (sulfamethazine + sulfapyridine + sulfathiazole)_mixture", "sulfapyridine [usan:ban:inn][inn][usan]", "solfapiridina [dcit]", "337376-15-5", "n(sup1)-pyridylsulfanilamide"}|>, "1749" -> <|"DatabaseID" -> "SW01178", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479045]}, "IsomericSmiles" -> "CO[C@H]1CC[NH+]2C(C1)C34CC2C=CC3=CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "securitininephyllanthine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321223]}, "Synonyms" -> {"securitinine", "phyllanthine", "ac1lc959", "securinan-11-one", "ag-j-52484"}|>, "1750" -> <|"DatabaseID" -> "SW01178", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479045]}, "IsomericSmiles" -> "CO[C@H]1CC[NH+]2C(C1)C34CC2C=CC3=CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "securitininephyllanthine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321223]}, "Synonyms" -> {"securitinine", "phyllanthine", "ac1lc959", "securinan-11-one", "ag-j-52484"}|>, "1751" -> <|"DatabaseID" -> "SW01178", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479045]}, "IsomericSmiles" -> "CO[C@H]1CC[NH+]2C(C1)C34CC2C=CC3=CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "securitininephyllanthine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321223]}, "Synonyms" -> {"securitinine", "phyllanthine", "ac1lc959", "securinan-11-one", "ag-j-52484"}|>, "1752" -> <|"DatabaseID" -> "SW01178", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479045]}, "IsomericSmiles" -> "CO[C@H]1CC[NH+]2C(C1)C34CC2C=CC3=CC(=O)O4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "securitininephyllanthine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321223]}, "Synonyms" -> {"securitinine", "phyllanthine", "ac1lc959", "securinan-11-one", "ag-j-52484"}|>, "1753" -> <|"DatabaseID" -> "SW01179", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59073]}, "IsomericSmiles" -> "C1CSC(=O)C1NC(=O)CSCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07383"]}, "OfficialNames" -> <|"China Approved Name" -> "erdosteine", "Indian Approved Name" -> "erdosteine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65632]}, "Synonyms" -> {"vectrine", "erdosteine", "84661-23-4[rn]", "rv 144", "pv 144", "84611-23-4[rn]", "[[2-oxo-2-[(tetrahydro-2-oxo-3-thienyl)amino]ethyl]thio]aceticacid", "dithiosteine", "erdosteine[inn]", "c048498", "erdotin", "2-{[n-(2-oxo-3-3,4,5-trihydrothienyl)carbamoyl]methylthio}acetic acid", "s-(2-(n-3-(2-oxo-tetrahydrothienyl)acetamido))thioglycolic acid", "erdosteinum[latin]", "edirel", "erdosteine (inn)", "({2-oxo-2-[(2-oxotetrahydrothiophen-3-yl)amino]ethyl}sulfanyl)acetic acid", "n-(carboxymethylthioacetyl)homocysteine thiolactone", "((2-oxo-2-((tetrahydro-2-oxo-3-thienyl)amino)ethyl)thio)aceticacid", "({2-oxo-2-[(2-oxotetrahydro-3-thiophenyl)amino]ethyl}sulfanyl)acetic acid[acd/iupac name]", "rv-144", "dl-s-(2-(n-3-(2-oxotetrahydrotheinyl)acetamido))thioglycolic acid", "dl-s-[2-[n-3-(2-oxotetrahydrothienyl)acetamido]]thioglycolic acid", "erdosteine [inn]", "acetic acid 2-[[2-oxo-2-[(tetrahydro-2-oxo-3-thienyl)amino]ethyl]thio]-", "ncgc00185774-01", "acide ((2-oxo-3-tetrahydrothienylcarbamoyl)-methylthio)acetique[french]", "acetic acid ((2-oxo-2-((tetrahydro-2-oxo-3-thienyl)amino)ethyl)thio)-", "dostein", "84611-23-4", "tl8005524", "2-[2-oxo-2-(2-oxo-tetrahydrothiophen-3-ylamino)ethylthio]aceticacid", "105426-14-0[rn]", "mucotec", "erdosteinum [latin]", "esteclin"}|>, "1754" -> <|"DatabaseID" -> "SW01179", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59073]}, "IsomericSmiles" -> "C1CSC(=O)C1NC(=O)CSCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07383"]}, "OfficialNames" -> <|"China Approved Name" -> "erdosteine", "Indian Approved Name" -> "erdosteine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65632]}, "Synonyms" -> {"vectrine", "erdosteine", "84661-23-4[rn]", "rv 144", "pv 144", "84611-23-4[rn]", "[[2-oxo-2-[(tetrahydro-2-oxo-3-thienyl)amino]ethyl]thio]aceticacid", "dithiosteine", "erdosteine[inn]", "c048498", "erdotin", "2-{[n-(2-oxo-3-3,4,5-trihydrothienyl)carbamoyl]methylthio}acetic acid", "s-(2-(n-3-(2-oxo-tetrahydrothienyl)acetamido))thioglycolic acid", "erdosteinum[latin]", "edirel", "erdosteine (inn)", "({2-oxo-2-[(2-oxotetrahydrothiophen-3-yl)amino]ethyl}sulfanyl)acetic acid", "n-(carboxymethylthioacetyl)homocysteine thiolactone", "((2-oxo-2-((tetrahydro-2-oxo-3-thienyl)amino)ethyl)thio)aceticacid", "({2-oxo-2-[(2-oxotetrahydro-3-thiophenyl)amino]ethyl}sulfanyl)acetic acid[acd/iupac name]", "rv-144", "dl-s-(2-(n-3-(2-oxotetrahydrotheinyl)acetamido))thioglycolic acid", "dl-s-[2-[n-3-(2-oxotetrahydrothienyl)acetamido]]thioglycolic acid", "erdosteine [inn]", "acetic acid 2-[[2-oxo-2-[(tetrahydro-2-oxo-3-thienyl)amino]ethyl]thio]-", "ncgc00185774-01", "acide ((2-oxo-3-tetrahydrothienylcarbamoyl)-methylthio)acetique[french]", "acetic acid ((2-oxo-2-((tetrahydro-2-oxo-3-thienyl)amino)ethyl)thio)-", "dostein", "84611-23-4", "tl8005524", "2-[2-oxo-2-(2-oxo-tetrahydrothiophen-3-ylamino)ethylthio]aceticacid", "105426-14-0[rn]", "mucotec", "erdosteinum [latin]", "esteclin"}|>, "1755" -> <|"DatabaseID" -> "SW01180", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 48492]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04880"]}, "IsomericSmiles" -> "Cc1c([nH]c(=O)[nH]1)C(=O)c2ccc(cc2)SC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04004"]}, "OfficialNames" -> <|"NPC Approved Name" -> "enoximonum"|>, "PharmGKBID" -> "PA164768794", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 53708]}, "Synonyms" -> {"enoximone", "perfan", "perfane", "fenoximone", "1,3-dihydro-4-methyl-5-[4-methylthiobenzoyl]-2h-imidazol-2-one", "cyclic gmp-inhibited phosphodiesterase a", "enoximone[wiki][usan]", "77671-31-9", "2h-imidazol-2-one,1,3-dihydro-4-methyl-5-(4-(methylthio)benzoyl)-", "mdl 17,043", "1,3-dihydro-4-methyl-5-(4-methylthiobenzoyl)-2h-imidazol-2-one", "enoximona[spanish]", "(enoximone)4-methyl-5-(4-methylsulfanyl-benzoyl)-1,3-dihydro-imidazol-2-one", "ec 3.1.4.17", "2h-imidazol-2-one,1,3-dihydro-4-methyl-5-[4-(methylthio)benzoyl]-", "enoximona", "77671-31-9[rn]", "4-methyl-5-(p-(methylthio)benzoyl)-4-imidazolin-2-one", "1,3-dihydro-4-methyl-5-[4-(methylthio)benzoyl]-2h-imidazol-2-one", "4-methyl-5-(4-methylsulfanyl-benzoyl)-1,3-dihydro-imidazol-2-one (enoximone)", "4-methyl-5-(4-methylsulfanyl-benzoyl)-1,3-dihydro-imidazol-2-one", "4-methyl-5-(4-methylsulfanyl-benzoyl)-1,3-dihydro-imidazol-2-one(fenoximone mdl-17043)", "enoximonum [latin]", "enoximonum[latin]", "enoximone [usan:ban:inn][inn][usan]", "4-methyl-5-[4-(methylsulfanyl)benzoyl]-1,3-dihydro-2h-imidazol-2-one[acd/iupac name]", "5-methyl-4-(4-(methylthio)benzoyl)-1h-imidazol-2(3h)-one", "enoximona [spanish]", "mdl-17043", "4-methyl-5-(4-methylsulfanyl-benzoyl)-1,3-dihydro-imidazol-2-one(enoximone)", "4-methyl-5-(4-methylsulfanylbenzoyl)-1,3-dihydroimidazol-2-one", "enoximonum", "[77671-31-9]", "perfan (tn)", "4-methyl-5-[p-(methylthio)benzoyl]-4-imidazolin-2-one", "cgi-pde a"}|>, "1756" -> <|"DatabaseID" -> "SW01181", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4325"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2849]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00250"]}, "IsomericSmiles" -> "c1cc(ccc1N)S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00592"]}, "OfficialNames" -> <|"China Approved Name" -> "dapsone", "WHO Essential Medicine" -> "dapsone", "Indian Approved Name" -> "dapsone", "FDA Approved Drug" -> "DAPSONE"|>, "PharmGKBID" -> "PA449211", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2955]}, "Synonyms" -> {"dapsone", "diaphenylsulfone", "avlosulfone", "sulfadione", "diphenasone", "sulfona", "diaphenylsulfon", "dds diaphenylsulfone", "sulfanona-mae", "eporal", "p,p-sulphonylbisbenzamine", "dumitone", "dapsonum", "avlosulfon", "sulphadione", "tarimyl", "avlosulphone", "dadps", "sulfon-mere", "croysulphone", "diaphenylsulphon", "aczone", "dds", "dss", "dapson", "dubronax", "p,p-diaminodiphenyl sulphone", "p-aminophenyl sulfone", "sulphon-mere", "sulfone ucb", "novophone", "diaphenylsulphone", "p,p-sulfonylbisbenzamine", "p,p-sulphonyldianiline", "araldite ht", "croysulfone", "diaminodiphenyl sulfone", "p p'-sulfonyldianiline", "sulfonyldianiline", "n n'-diphenyl sulfondiamide", "p,p'-diaminodiphenyl sulfone", "p,p-sulfonylbisbenzenamine", "dds pharmaceutical", "udolac", "sumicure s", "sulfona-mae", "p,p-sulphonylbisbenzenamine", "4", "disulone", "dss (van)", "4-(4-aminophenyl)sulfonylaniline", "4,4'-sulphonyldianiline", "aniline 4,4'-sulfonyldi-", "4,4'-diaminodiphenylsulfone", "maloprim", "sulfone 4,4'-diaminophenyl", "4,4'-dapsone", "4,4-sulfonyldianiline", "di(4-aminophenyl)sulphone", "d003622", "diaminodiphenylsulfone", "diphone", "dihydropteroate pyrophosphorylase 1", "4-amino-n-(5-methyl-isoxazol-3-yl)-benzenesulfonamide", "bis(p-aminophenyl)sulfone", "aradur 976-1", "bis(p-aminophenyl) sulfone", "dapsonum [inn_la]", "araldite ht 976", "4-[(4-aminophenyl)sulfonyl]aniline", "4,4'-diaminodiphenyl sulfone; 4,4'-sulfonyldianiline", "4-(4-aminophenylsulfonyl)benzenamine", "wr 448.", "788055", "zr dswr dz[wln]", "4,4'-sulphonylbisbenzenamine", "bis(4-aminophenyl) sulfone", "protogen", "14548-46-0[rn]", "ici", "4-[(4-aminophenyl)sulfonyl]phenylamine", "80-08-0[rn]", "diamino-4,4'-diphenyl sulfone", "dapson-fatol", "sulphonyldianiline", "4,4'-sulfonyldianilin", "normet", "n,n'-diphenyl sulfondiamide", "dubronaz", "246-917-1[einecs]", "4-(4-amino-benzenesulfonyl)-phenylamine", "4-((4-aminophenyl)sulfonyl)phenylamine", "1,1'-sulfonylbis(4-aminobenzene)", "4,4'-sulfonyldianiline[acd/iupac name]", "dapsone [usan:ban][usan]", "4,4-diaminodifenylsulfon[czech]", "205-791-8[einecs]", "dapsoderm-x", "4,4' diaminophenyl sulfone", "bis(p-aminophenyl)sulphone", "bis(3-aminophenyl) sulfone", "dapsona", "di(4-aminophenyl) sulfone", "diaminodifenilsulfona[spanish]", "acedapsone[wiki][usan]", "di(4-aminophenyl)sulfone", "4,4'-sulphonylbisbenzamine", "acedapsone", "di(p-aminophenyl)sulfone", "4-[(4-aminobenzene)sulfonyl]aniline", "cas-80-08-0", "sulfone diphenyl 4,4'-diamino-", "diamino-4,4'-diphenyl sulphone", "aczone (tn)", "3-[(4-aminophenyl)sulfonyl]aniline[acd/iupac name]", "4,4'-diaminodiphenyl sulphone[acd/iupac name]", "metabolite c", "1,1'-sulfonylbis[4-aminobenzene]", "4,4'-sulfonylbisbenzenamine", "4-(4-aminophenylsulfonyl)aniline", "dhps 1", "ec 2.5.1.15", "4,4'-sulfonylbisaniline", "\"4,4'-diaminodiphenyl sulfone\"", "diphone[wiki]", "4,4'-sulfonylbisbenzeneamine", "4-aminophenylsulfone", "di(p-aminophenyl) sulfone", "4,4'-diaminodiphenyl suphone", "4,4'-sulfonylbisbenzamine", "seikacure s", "p,p'-sulfonyldianiline", "avsulfor", "di(p-aminophenyl)sulphone", "benzenamine 4,4'-sulfonylbis-[acd/index name]", "diamino-diphenyl sulphone", "hardener ht 976", "4,4'-diaminophenyl sulfone", "337376-15-5", "4-13-00-01306 (beilstein handbook reference)[beilstein]", "4-aminophenyl sulfone", "recolip", "201-248-4[einecs]", "tl8005401", "bis(4-aminophenyl)sulfone", "dimitone", "4,4'-diaminodiphenyl sulfone[acd/iupac name]", "1,1'-sulphonylbis(4-aminobenzene)", "diaminodifenilsulfona", "1358f", "25377-73-5[rn]", "bis(4-aminophenyl)sulphone", "151-41-7[rn]"}|>, "1757" -> <|"DatabaseID" -> "SW01182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1266578]}, "IsomericSmiles" -> "CC(C)CCOC(=O)/C=C/c1ccc(cc1)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02904"]}, "OfficialNames" -> <|"NPC Approved Name" -> "3-(4-methoxyphenyl)-2-propenoic acid 3-methylbutyl ester"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1549789]}, "Synonyms" -> {"isopentyl 3-(4-methoxyphenyl)acrylate", "neo heliopan (tn)", "isoamyl 4-methoxycinnamate", "2-propenoic acid,3-(4-methoxyphenyl)- 3-methylbutylester (2e)-", "isopentyl p-methoxycinnamate", "71617-10-2", "surecn15764", "amiloxate[usp]", "chembl1476782", "amiloxate", "amiloxate (usp/inn)", "isoamyl p-methoxycinnamate", "3-methylbutyl (2e)-3-(4-methoxyphenyl)prop-2-enoate", "neo heliopan", "3-methylbutyl 3-(4-methoxyphenyl)acrylate[acd/iupac name]", "isopentyl 4-methoxycinnamate", "ncgc00159435-02", "3-methylbutyl (2e)-3-(4-methoxyphenyl)acrylate", "275-702-5[einecs]", "71617-10-2[rn]", "3-methylbutyl 3-(4-methoxyphenyl)-2-propenoate", "ac1lu8m0", "2-propenoic acid 3-(4-methoxyphenyl)- 3-methylbutyl ester", "3-(4-methoxyphenyl)-2-propenoic acid 3-methylbutyl ester", "pubchem8188"}|>, "1758" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1759" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1760" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1761" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1762" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1763" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1764" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1765" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1766" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1767" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1768" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1769" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1770" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1771" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1772" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1773" -> <|"DatabaseID" -> "SW01183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475722]}, "IsomericSmiles" -> "CC1CC2c3c(coc3C1O)C(=O)CC2C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316735]}, "Synonyms" -> {"agarol"}|>, "1774" -> <|"DatabaseID" -> "SW01184", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20126246]}, "IsomericSmiles" -> "C/C/1=C\\CC[C@@]2([C@@H](O2)[C@@H]3[C@@H](CC1)C(=C)C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "parthenolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6473881]}, "Synonyms" -> {"20554-84-1[rn]", "[1ar-(1ar*,4e,7as*,10as*,-10br*)]-2,3-6,7,7a,8,10a,10b-octahydro-1a,5-dimethyl-8-methyleneoxireno[9,10]cyclodeca[1,2-b]furan-9(1ah)-one", "ncgc00016748-01", "dsstox_cid_20579", "(-)-parthenolide", "20554-84-1", "nsc157035", "(e)-(1s,2s,4r,11s)-4,8-dimethyl-12-methylene-3,14-dioxa-tricyclo[9.3.0.0*2,4*]tetradec-7-en-13-one", "parthenolide[wiki]", "s2341_selleck", "(1ar,7as,10as,10bs,e)-1a,5-dimethyl-8-methylene-2,3,6,7,7a,8,10a,10b-octahydrooxireno[2',3':9,10]cyclodeca[1,2-b]furan-9(1ah)-one", "nsc-157035", "oxireno(9,10)cyclodeca(1,2-b)furan-9(1ah)-one 2,3,6,7,7a,8,10a,10b-octahydro-1a,5-dimethyl-8-methylene- (1ar,4e,7as,10as,10bs)-", "[20554-84-1]", "(1ar", "(1ar,4e,7as,10as,10bs)-1a,5-dimethyl-8-methylene-2,3,6,7,7a,8,10a,10b-octahydrooxireno[9,10]cyclodeca[1,2-b]furan-9(1ah)-one", "oxireno[9,10]cyclodeca[1,2-b]furan-9(1ah)-one 2,3,6,7,7a,8,10a,10b-octahydro-1a,5-dimethyl-8-methylene- (1ar,4e,7as,10as,10bs)-", "cas-20554-84-1", "parthenolide"}|>, "1775" -> <|"DatabaseID" -> "SW01185", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911173]}, "IsomericSmiles" -> "C[C@H]1[C@@H]2CC[C@]3(C(=O)CCC(=C3[C@@H]2OC1=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "finitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398543]}, "Synonyms" -> {"(3s", "finitin", "ac1o4qks", "deoxy-pseudo-santonin"}|>, "1776" -> <|"DatabaseID" -> "SW01186", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390752]}, "IsomericSmiles" -> "CC1=C2CC[C@@]([C@@H]2[C@@H]3[C@@H](CC1)C(=C)C(=O)O3)(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "micheliolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442279]}, "Synonyms" -> {"mecheliolide", "micheliolide", "chembl449579", "68370-47-8", "(3as", "c09507", "68370-47-8[rn]", "ac1l9cjb"}|>, "1777" -> <|"DatabaseID" -> "SW01187", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9023"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 163664]}, "IsomericSmiles" -> "CC1=CC[C@H]([C@]2([C@H]1[C@@H]3[C@@H](CC2)C(=C)C(=O)O3)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "santamarine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 188297]}, "Synonyms" -> {"santamarin", "(3as", "santamarine", "balchanin", "(+)-santamarine", "4290-13-5", "11016-81-2[rn]", "80460-33-9", "(3as,5ar,6r,9as,9bs)-6-hydroxy-5a,9-dimethyl-3-methylidene-3a,4,5,5a,6,7,9a,9b-octahydronaphtho[1,2-b]furan-2(3h)-one", "6895-45-0[rn]", "4290-13-5[rn]", "chebi:9023", "ac1l4mjc", "naphtho[1,2-b]furan-2(3h)-one 3a,4,5,5a,6,7,9a,9b-octahydro-6-hydroxy-5a,9-dimethyl-3-methylene-,(3as,5ar,6r,9as,9bs)-", "naphtho(1,2-b)furan-2(3h)-one 3a,4,5,5a,6,7,9a,9b-octahydro-6-hydroxy-5a,9-dimethyl-3-methylene-,(3as,5ar,6r,9as,9bs)-", "(3as,5ar,6r,9as,9bs)-6-hydroxy-5a,9-dimethyl-3-methylene-3a,4,5,5a,6,7,9a,9b-octahydro-3h-naphtho[1,2-b]furan-2-one"}|>, "1778" -> <|"DatabaseID" -> "SW01188", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444802]}, "IsomericSmiles" -> "C/C/1=C\\[C@@H]2[C@@H]([C@@H](C/C(=C/CC1)/C)O)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "eupatolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281460]}, "Synonyms" -> {"eupatolide", "c09440", "ac1nqyhv", "6750-25-0[rn]", "(3ar", "6750-25-0", "chembl485296"}|>, "1779" -> <|"DatabaseID" -> "SW01189", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5548], ExternalIdentifier["ChemSpiderID", 3918]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00454"]}, "IsomericSmiles" -> "CCOC(=O)C1(CC[NH+](CC1)C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01383"], ExternalIdentifier["KEGGID", "D08343"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phetidine", "Indian Approved Name" -> "pethidine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Pethidine;1-methyl-4-phenylpiperidine-4-carboxylic acid", "FDA Approved Drug" -> "MEPERIDINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450369", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5750], ExternalIdentifier["PubChemCompoundID", 4058]}, "Synonyms" -> {"pethidine", "meperidol", "phetidine", "pethidineter", "pipersal", "pethidin", "demerol", "lydol", "isonipecaine", "pethanol", "meperidine", "dolcontral", "nemerol", "methyl phenylpiperidine carbonic acid ethyl ester", "dolsin", "piperosal", "demarol", "meperidine hcl", "centralgin", "dispadol", "petantin", "piridosal", "eb11", "n-methyl d- aspartate receptor subtype 2d", "dolosal", "glutamate receptor subunit epsilon-4 precursor", "lidol", "operidine", "synelaudine", "dolantin", "nr2d", "petydyna", "nmdar2d", "mefedina[wiki]", "algil[wiki]", "50-13-5[rn]", "lidol[wiki]", "mialgin", "meperidine[wiki]", "ethyl 1-methyl-4-phenylpiperidyl-4-carboxylate hydrochloride", "chlorbicyclene", "pethidine dbl", "dolantin[wiki]", "dispadol[wiki]", "alodan (gerot)", "dolestine[wiki]", "centralgin[wiki]", "dolin[wiki]", "isonipecaine[wiki]", "demerol[wiki]", "piridosal[wiki]", "meperidine hydrochloride[usp]", "200-013-3[einecs]", "pethidine[wiki]", "dolargan[wiki]", "dolosal[wiki]", "200-329-1[einecs]", "1-methyl-4-phenyl-4-piperidinecarboxylic acid ethyl ester", "meperidine solution", "petidina[spanish][inn]", "1-methyl-4-phenyl-piperidin-4-carbon-saeure-aethylester[german]", "pethidine derivatives", "operidine epj i", "pethidinum[latin]", "1-methyl-4-phenyl-piperidine-4-carboxylic acid ethyl ester(meperidine)", "1-methyl-4-phenylpiperidine-4-carboxylic acid ethyl ester", "1-methyl-4-phenylisonipecotic acid ethyl ester", "yisonipecotic acid 1-methyl-4-phenyl- ethyl ester (8ci)", "dolvanolendolatethyl 1-methyl-4-phenylpiperidine-4-carboxylatehydrochloride", "isonipecotic acid 1-methyl-4-phenyl- ethyl ester", "operidine epj-i", "57-42-1[rn]", "petydyna[polish]", "petidin dolargan", "isonipecain", "ethyl 1-methyl-4-phenylisonipecotate", "4-ethoxycarbonyl-1-methyl-4-phenylpiperidinemeperidine,demerol", "4-piperidinecarboxylic acid 1-methyl-4-phenyl- ethyl ester", "1-methyl-4-phenyl-piperidine-4-carboxylic acid ethyl ester", "1-methyl-4-phenylisonipecotic acid ethyl ester", "4-carbethoxy-1-methyl-4-phenylpiperidine", "alodan[wiki]", "pethanol[wiki]", "dolantol", "ethyl 1-methyl-4-phenylpiperidine-4-carboxylate", "n-methyl-4-phenyl-4-carbethoxypiperidine", "337376-15-5", "d008614", "chlorbycyclen", "antidurol", "meperidine hydrochloride", "pethidine hydrochloride", "antiduol", "doloneurine", "dolantal", "pethidine hydrochloride[jp15]", "isonipecotic acid,1-methyl-4-phenyl- ethylester hydrochloride", "4-piperidinecarboxylic acid 1-methyl-4-phenyl- ethylester hydrochloride", "ethyl 1-methyl-4-phenylpiperidine-4-carboxylate hydrochloride", "petidin", "synlaudine", "1-methyl-4-phenylisonipecotic acid ethyl ester hydrochloride", "meperidine hydrochloride preservative free", "mepadin", "1-methyl-4-phenyl-4-carboethoxypiperidine hydrochloride", "n-methyl-4-phenyl-4-carbethoxypiperidine hydrochloride", "endolat", "spasmodolin", "ethyl 1-methyl-4-phenylpiperidine-4-carboxylate hydrochloride", "doloneurin", "petantin hydrochloride", "sauteralgyl", "ethyl 1-methyl-4-phenylisonipecotate hydrochloride", "piperidine n-methyl-4-phenyl-4-carbethoxy- hydrochloride", "ethyl 1-methyl-4-phenyl-4-piperidinecarboxylate hydrochloride (1:1)[acd/iupac name]", "pethidine hydrochloride", "4-piperidinecarboxylic acid 1-methyl-4-phenyl- ethylester hydrochloride (1:1)", "dolaren", "1-methyl-4-phenyl-4-piperidinecarboxylic acidethyl ester hydrochloride", "55989-09-8[rn]", "demerol (tn)", "mephedine", "dolenol", "1-methyl-4-carbethoxy-4-phenylpiperidine hydrochloride", "ethyl-1-methyl-4-phenylpiperidin-4-carboxylathydrochlorid", "2793-00-2[rn]", "dolvanol", "spasmedal", "dolopethin", "mepergan", "spasmodlin", "ethyl 1-methyl-4-phenylpiperidine-4-carboxylate,hydrochloride", "dolenal", "pantalgine", "50-13-5", "ethyl 1-methyl-4-phenylpiperidine-4-carboxylate hydrochloride (1:1)", "1-methyl-4-phenylpiperidine-4-carboxylic acidethyl ester hydrochloride", "pethidine chloride"}|>, "1780" -> <|"DatabaseID" -> "SW01190", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55493]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01478"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "1-methyl-4-phenyl-4-propionoxypiperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61583]}, "Synonyms" -> {"1-methyl-4-phenyl-4-propionoxypiperidine", "4-propionyloxy-4-phenyl-n-methylpiperidine", "3-demethylprodine", "propionic acid 1-methyl-4-phenyl-4-piperidyl ester", "4-propionyloxy-4-phenyl-n-methyl piperidine", "1-methyl-4-phenyl-4-piperidinol propionate", "ppmp", "desmethylprodine", "13147-09-6", "4-piperidinol 1-methyl-4-phenyl- propanoate (ester)", "4-piperidinol 1-methyl-4-phenyl- propionate (7ci)", "13147-09-6[rn]", "desmethylprodine[wiki]", "1-methyl-4-phenyl-4-propionyloxypiperidine", "mppp", "4-piperidinol", "propionic acid 1-methyl-4-phenyl-piperidin-4-yl ester", "ncgc00247683-01", "1-methyl-4-phenylpiperidin-4-yl propanoate", "synthetic heroin", "ik 13", "propionic acid 1-methyl-4-phenyl-4-piperidyl ester (6ci)"}|>, "1781" -> <|"DatabaseID" -> "SW01191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9697]}, "IsomericSmiles" -> "CCC(=O)C1(CC[NH+](CC1)C)c2cccc(c2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08100"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Ketobemidone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10101]}, "Synonyms" -> {"cetobemidon", "ketobemidone", "ketobemidonum", "cliradone", "cetobemidone", "cliradon", "1-propanone 1-[4-(3-hydroxyphenyl)-1-methyl-4-piperidinyl]-", "hoechst 10720", "a 21 lundbeck", "1-propanone 1-(4-(m-hydroxyphenyl)-1-methyl-4-piperidyl)- (8ci)", "1-[4-(3-hydroxyphenyl)-1-methylpiperidin-4-yl]propan-1-one", "5965-49-1[rn]", "ciba 7115", "ethyl [4-(m-hydroxyphenyl)-1-methyl]-4-piperidyl ketone", "4-(m-hydroxyphenyl)-1-methyl-4-piperidyl ethyl ketone", "ketogan[wiki]", "ketobemidone hydrochloride", "cetobemidonum[latin]", "cetobemidona[spanish][inn]", "4-21-00-06106 (beilstein handbook reference)[beilstein]", "1-[4-(3-hydroxy-phenyl)-1-methyl-piperidin-4-yl]-propan-1-one", "ethyl (4-(m-hydroxyphenyl)-1-methyl)-4-piperidyl ketone", "ketobemidone[wiki]", "ketogin", "ketobemidone1-[4-(3-hydroxy-phenyl)-1-methyl-piperidin-4-yl]-propan-1-one", "1-[4-(3-hydroxyphenyl)-1-methyl-4-piperidyl]-1-propanone", "cymidon", "227-749-8[einecs]", "4-21-00-06106", "1-propanone 1-[4-(m-hydroxyphenyl)-1-methyl-4-piperidyl]-", "1-[4-(3-hydroxy-phenyl)-1-methyl-piperidin-4-yl]-propan-1-one(ketobemidone)", "1-[4-(3-hydroxyphenyl)-1-methylhexahydro-4-pyridinyl]-1-propanone", "ketone ethyl 4-(m-hydroxyphenyl)-1-methylpiperidyl", "chetobemidone [dcit]", "1-propanone 1-(4-(3-hydroxyphenyl)-1-methyl-4-piperidinyl)- (9ci)", "469-79-4[rn]", "1-[4-(m-hydroxyphenyl)-1-methyl-4-piperidyl]-1-propanone", "1-propanone 1-[4- (m-hydroxyphenyl)-1-methyl-4-piperidyl]-", "207-421-0[einecs]", "1-(4-(3-hydroxyphenyl)-1-methyl-4-piperidinyl)-1-propanone"}|>, "1782" -> <|"DatabaseID" -> "SW01192", "IsomericSmiles" -> "CCCCOC(CC)OC(C)COC(CC)O", "OfficialNames" -> <|"Indian Approved Name" -> "polythylene glycol;polyethyylene glycol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60196418]}, "Synonyms" -> {"tripropylene glycol butyl ether", "dsstox_gsid_42503", "cas-55934-93-5", "tox21_301304", "ncgc00255810-01", "dsstox_cid_22503", "dsstox_rid_80042"}|>, "1783" -> <|"DatabaseID" -> "SW01192", "IsomericSmiles" -> "CCCCOC(CC)OC(C)COC(CC)O", "OfficialNames" -> <|"Indian Approved Name" -> "polythylene glycol;polyethyylene glycol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60196418]}, "Synonyms" -> {"tripropylene glycol butyl ether", "dsstox_gsid_42503", "cas-55934-93-5", "tox21_301304", "ncgc00255810-01", "dsstox_cid_22503", "dsstox_rid_80042"}|>, "1784" -> <|"DatabaseID" -> "SW01192", "IsomericSmiles" -> "CCCCOC(CC)OC(C)COC(CC)O", "OfficialNames" -> <|"Indian Approved Name" -> "polythylene glycol;polyethyylene glycol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60196418]}, "Synonyms" -> {"tripropylene glycol butyl ether", "dsstox_gsid_42503", "cas-55934-93-5", "tox21_301304", "ncgc00255810-01", "dsstox_cid_22503", "dsstox_rid_80042"}|>, "1785" -> <|"DatabaseID" -> "SW01192", "IsomericSmiles" -> "CCCCOC(CC)OC(C)COC(CC)O", "OfficialNames" -> <|"Indian Approved Name" -> "polythylene glycol;polyethyylene glycol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60196418]}, "Synonyms" -> {"tripropylene glycol butyl ether", "dsstox_gsid_42503", "cas-55934-93-5", "tox21_301304", "ncgc00255810-01", "dsstox_cid_22503", "dsstox_rid_80042"}|>, "1786" -> <|"DatabaseID" -> "SW01192", "IsomericSmiles" -> "CCCCOC(CC)OC(C)COC(CC)O", "OfficialNames" -> <|"Indian Approved Name" -> "polythylene glycol;polyethyylene glycol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60196418]}, "Synonyms" -> {"tripropylene glycol butyl ether", "dsstox_gsid_42503", "cas-55934-93-5", "tox21_301304", "ncgc00255810-01", "dsstox_cid_22503", "dsstox_rid_80042"}|>, "1787" -> <|"DatabaseID" -> "SW01192", "IsomericSmiles" -> "CCCCOC(CC)OC(C)COC(CC)O", "OfficialNames" -> <|"Indian Approved Name" -> "polythylene glycol;polyethyylene glycol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60196418]}, "Synonyms" -> {"tripropylene glycol butyl ether", "dsstox_gsid_42503", "cas-55934-93-5", "tox21_301304", "ncgc00255810-01", "dsstox_cid_22503", "dsstox_rid_80042"}|>, "1788" -> <|"DatabaseID" -> "SW01192", "IsomericSmiles" -> "CCCCOC(CC)OC(C)COC(CC)O", "OfficialNames" -> <|"Indian Approved Name" -> "polythylene glycol;polyethyylene glycol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60196418]}, "Synonyms" -> {"tripropylene glycol butyl ether", "dsstox_gsid_42503", "cas-55934-93-5", "tox21_301304", "ncgc00255810-01", "dsstox_cid_22503", "dsstox_rid_80042"}|>, "1789" -> <|"DatabaseID" -> "SW01192", "IsomericSmiles" -> "CCCCOC(CC)OC(C)COC(CC)O", "OfficialNames" -> <|"Indian Approved Name" -> "polythylene glycol;polyethyylene glycol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60196418]}, "Synonyms" -> {"tripropylene glycol butyl ether", "dsstox_gsid_42503", "cas-55934-93-5", "tox21_301304", "ncgc00255810-01", "dsstox_cid_22503", "dsstox_rid_80042"}|>, "1790" -> <|"DatabaseID" -> "SW01193", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6597"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10194155]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2CC(=O)[C@H]3CCC[NH+]4[C@]3(C1)[C@@H]2CCC4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycopodine"|>, "Synonyms" -> {"14682[beilstein]", "1,9-ethanobenzo[i]quinolizin-14-one,dodecahydro-11-methyl- (1s,8ar,9s,11r,12ar)-", "lycopodine", "(15r)-15-methyllycopodan-5-one", "lycopodan-5-one 15-methyl- (15r)-", "466-61-5[rn]"}|>, "1791" -> <|"DatabaseID" -> "SW01194", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10335"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58578]}, "IsomericSmiles" -> "c1cc(sc1)c2ccc(s2)c3cccs3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-terthienyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65067]}, "Synonyms" -> {"2", "[2,2';5',2'']terthiophene", "2,2':5',2''-terthienyl", "alpha-terthienyl", "terthiophene", "2,2':5'2''-terthiophene", "1081-34-1", "2,2':5',2-terthienyl", "2,5-di(2-thienyl)thiophene", "chebi:10335", "5-(2-thienyl)-2,2'-bithiophene", "st50307309", "2,2',5',2''-terthienyl", "alpha-terthiophene", "tl8000275", "825-55-8[rn]", "1081-34-1[rn]", "2,2',5',2''-terthiophene", "178604[beilstein]", "8392779[beilstein]", "2,5-bis(thiophen-2-yl)thiophene", "a-terthienyl", "2,2':5',2''-terthiophen", "2,2':5',2\"-terthiophene", "2,2':5',2' '-terthiophene", "2,2,5,2''-terthiophene", "terthienyl", "terthiophene[wiki]", "2,5-thiophenyl-thiophene", "2,2'-5',2''-terthiophene", "2,2' :5'-2''-terthiophene", "2,5-bis(2-thienyl)thiophene", "2,2':5',2''-terthiophene[acd/iupac name]"}|>, "1792" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1793" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1794" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1795" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1796" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1797" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1798" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1799" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1800" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1801" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1802" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1803" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1804" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1805" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1806" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1807" -> <|"DatabaseID" -> "SW01195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1076]}, "IsomericSmiles" -> "C1CC2CCC3C4CCC(CC4CCC3C2C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1107]}, "Synonyms" -> {"2", "sterol[wiki]", "ac1l1aqq", "gonan-3-ol", "c00370"}|>, "1808" -> <|"DatabaseID" -> "SW01196", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8673"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4819]}, "IsomericSmiles" -> "CCc1c(c(nc(n1)N)N)c2ccc(cc2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00488"]}, "OfficialNames" -> <|"China Approved Name" -> "pyrimethamine", "Indian Approved Name" -> "pyrimethamine", "WHO Essential Medicine" -> "pyrimethamine", "Australia Approved Name" -> "PYRIMETHAMINE", "FDA Approved Drug" -> "PYRIMETHAMINE"|>, "PharmGKBID" -> "PA451193", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4993]}, "Synonyms" -> {"daraprim", "pirimetamin", "erbaprelina", "chloridine", "pirimecidan", "chloridin", "pyrimethamine", "malocide", "diaminopyritamin", "pirimetamina", "daraprin", "tindurin", "ethylpyrimidine", "5-(p-chlorophenyl)-6-ethyl-2,4-diaminopyrimidine", "2,4-diamino-5-(p-chlorophenyl)-6-ethylpyrimidine", "2,4-diamino-5-(4-chlorophenyl)-6-ethylpyrimidine; 2,4-diamino-5-(p-chlorophenyl)-6-ethylpyrimidine;2,4-diamino-5-chlorophenyl-6-ethylpyrimidine; 5-(4'-chlorophenyl)-2,4-diamino-6-ethylpyrimidine; 5-(4-chlorophenyl)-6-ethyl-2,4-diaminopyrimidine; 5-(4-chlorophenyl)-6-ethyl-2,4-pyrimidinediamine;cd; chloridine; chloridyn;diaminopyritamin;ethylpyrimidine; primethamine; pyrimethamine", "primethamine", "daraclor", "maloprim", "2,4-diamino-5-(4-chlorophenyl)-6-ethylpyrimidine", "pyrimethamin", "chloridyn", "5-(4-chlorophenyl)-6-ethyl-2,4-pyrimidinediamine[acd/iupac name]", "58-14-0[rn]", "tcmdc-125860", "pyrimidine 2,4-diamino-5-(p-chlorophenyl)-6-ethyl-", "5-(4-chlorophenyl)-6-ethylpyrimidine-2,4-diamine", "darapram", "khloridin", "2,4-diamino-5-p-chlorophenyl-6-ethylpyrimidine", "fansidar", "5-25-12-00255 (beilstein handbook reference)[beilstein]", "malocid", "daraprim malocide pirimecidan", "pyrimethaminum[latin]", "daraprim[wiki]", "tindurine", "malacide", "2,4-pyrimidinediamine 5-(p-chlorophenyl)-6-ethyl-", "wr 2978.", "malacid", "d011739", "4753 r.p.", "pyremethamine", "daraprim;malocide; pirimecidan", "200-364-2[einecs]", "5-(4-chlorophenyl)-6-ethyl-pyrimidine-2,4-diamine", "2,4-pyrimidinediamine 5-(4-chlorophenyl)-6-ethyl-", "pyrimethamine[wiki][usp][inn][ban][jan][usan]", "t6n cnj bz dz er dg& f2[wln]", "37338-39-9[rn]", "tcmdc-123831", "bw 50-63", "daraprime", "5-(4-chlorphenyl)-6-ethylpyrimidin-2,4-diamin", "pirimetamina; pyrimethamine; pyrimethaminum", "5-(4-chlorophenyl)-2,4-diamino-6-ethylpyrimidine", "darachlor"}|>, "1809" -> <|"DatabaseID" -> "SW01197", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "39669"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2951]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00861"]}, "IsomericSmiles" -> "c1cc(c(cc1c2ccc(cc2F)F)C(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00130"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DIFLUNISAL"|>, "PharmGKBID" -> "PA449313", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3059]}, "Synonyms" -> {"diflunisal", "fluniget", "dolobid", "adomal", "flustar", "dolobis", "fluodonil", "flovacil", "22494-42-4", "dolobil", "dolisal", "difludol", "2',4'-difluoro-4-hydroxy-(1,1'-biphenyl)-3-carboxylic acid", "d004061", "algobid", "2',4'-difluoro-4-hydroxy-biphenyl-3-carboxylicacid", "2',4'-difluoro-4-hydroxy[1,1'-biphenyl]-3-carboxylic acid", "mk647", "9005-49-6", "3-biphenylcarboxylic acid 2',4'-difluoro-4-hydroxy-", "prostaglandin-endoperoxide synthase 1", "diflunisal[wiki]", "diflunisal [usan:ban:inn:jan][inn][jan][usan]", "dolobid[wiki]", "(1,1'-biphenyl)-3-carboxylic acid 2',4'-difluoro-4-hydroxy-", "1fl", "2654431[beilstein]", "phs 1", "prostaglandin g/h synthase 1 precursor", "2',4'-difluoro-4-hydroxy-biphenyl-3-carboxylic aci", "5-(2,4-difluorophenyl)-2-hydroxybenzoic acid", "[1,1'-biphenyl]-3-carboxylic acid 2',4'-difluoro-4-hydroxy-", "5-(2,4-difluorophenyl)salicylic acid", "2',4'-difluoro-4-hydroxybiphenyl-3-carboxylic acid", "245-034-9[einecs]", "22494-42-4[rn]", "2',4'-difluoro-4-hydroxy-[1',1-diphenyl]-3-carboxylic acid", "pghs-1", "novo-diflunisal", "nu-diflunisal", "2',4'-difluoro-4-hydroxy-3-biphenylcarboxylic acid[acd/iupac name]", "cox-1", "2',4'-difluoro-4-hydroxy-biphenyl-3-carboxylic acid", "diflunisal (jan/usp)[usp][jan]", "ec 1.14.99.1", "2-(hydroxy)-5-(2,4-difluorophenyl)benzoic acid", "diflunisalum[latin]", "pgh synthase 1", "apo-diflunisal", "prostaglandin h2 synthase 1", "2',4'-difluoro-4-hydroxy-[1,1'-biphenyl]-3-carboxylic acid", "dolocid", "d", "5-(2,4-difluorophenyl)-2-hydroxy-benzoic acid", "cyclooxygenase- 1"}|>, "1810" -> <|"DatabaseID" -> "SW01198", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6594]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)Oc2cccc3c2nccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03092"]}, "OfficialNames" -> <|"NPC Approved Name" -> "benzoxiquine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6855]}, "Synonyms" -> {"benzoxiquine", "benzoxyquine", "benzoxyline", "8-benzoyloxyquinoline", "8-quinolyl benzoate", "dioxyline", "benzoxiquine [usan:inn][inn][usan]", "8-quinolinol benzoate (ester)", "5-21-03-00259 (beilstein handbook reference)[beilstein]", "8-oxyquinoline der.", "oxyquinoline benzoate", "benzoic acid 8-quinolyl ester", "dioxyline (van)", "230-395-7[einecs]", "benzoxiquinum[latin]", "8-quinolinol", "8-quinolinyl benzoate[acd/iupac name]", "201-697-6[einecs]", "8-quinolinol benzoate (ester)", "dioxyline (tn)", "86-75-9[rn]", "benzoxiquine[usan]", "oxyquinoline benzoate (van)", "benzoxiquina[spanish][inn]", "8-(benzoyloxy)quinoline", "8-hydroxyquinoline benzoate", "quinolin-8-yl benzoate", "7091-57-8[rn]", "paveril", "benzoic acid quinolin-8-yl ester", "5-21-03-00259[beilstein]", "8-hydroxyquinoline benzoate (ester)"}|>, "1811" -> <|"DatabaseID" -> "SW01199", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4461]}, "IsomericSmiles" -> "CCCOc1ccc2c(c1)nc([nH]2)NC(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05293"]}, "OfficialNames" -> <|"NPC Approved Name" -> "oxibendazole"|>, "Synonyms" -> {"anthelcide eq", "methyl (6-propoxy-1h-benzimidazol-2-yl)carbamate[acd/iupac name]", "methyl 5-propoxy-1h-benzimidazol-2-ylcarbamate", "n-(2-(5-propoxybenzimidazolyl)) methyl carbamate", "carbamicacid (5-propoxy-1h-benzimidazol-2-yl)- methyl ester", "20559-55-1[rn]", "loditac", "oxibendazolo[spanish][inn]", "carbamicacid n-(6-propoxy-1h-benzimidazol-2-yl)- methyl ester", "5-propoxy-2-(carbomethoxyamino)benzimidazole", "n-(propoxy-5 benzimidazolyl)-2 carbamate de methyle[french]", "oxibendazole", "methyl 5-n-propoxy-2-benzimidazole carbamate", "oxibendazole[wiki]", "carbamicacid n-(5-propoxy-1h-benzimidazol-2-yl)- methyl ester", "5-propoxy-2-benzimidazolecarbamic acid methyl ester", "oxibendazole [usan:ban:inn][inn][usan]", "filaribits plus", "tl8001701", "sk&f-30310;", "2-benzimidazolecarbamic acid 5-propoxy- methyl ester", "oxybendazole", "methyl-(5-propoxy-1h-benzimidazol-2-yl)carbamat", "(5-propoxy-1h-benzimidazol-2-yl)carbamic acid methyl ester", "243-877-7[einecs]", "sk&f; 30310", "methyl n-(6-propoxy-1h-benzoimidazol-2-yl)carbamate", "oxibendazolum[latin]", "methyl (5-propoxy-1h-benzimidazol-2-yl)carbamate"}|>, "1812" -> <|"DatabaseID" -> "SW01200", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9142"], ExternalIdentifier["ChEBIID", "9328"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390017], ExternalIdentifier["ChemSpiderID", 5026], ExternalIdentifier["ChemSpiderID", 10565]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "05245"], ExternalIdentifier["DrugBankID", "00359"]}, "IsomericSmiles" -> "c1cnc(nc1)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00433"], ExternalIdentifier["KEGGID", "D00587"], ExternalIdentifier["KEGGID", "D05949"]}, "OfficialNames" -> <|"China Approved Name" -> "sulfadiazine;silver sulfadiazine", "Indian Approved Name" -> "silver sulphadiazine;sulphadiazine", "WHO Essential Medicine" -> "silver sulfadiazine;sulfadiazine", "Australia Approved Name" -> "SILVER SULFADIAZINE", "FDA Approved Drug" -> "SILVER SULFADIAZINE;SULFADIAZINE;SULFADIAZINE SODIUM"|>, "PharmGKBID" -> {"PA164744951", "PA451539"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441244], ExternalIdentifier["PubChemCompoundID", 5215], ExternalIdentifier["PubChemCompoundID", 15899898]}, "Synonyms" -> {"flamazine", "sulfadiazine", "sulfadiazine silver", "silver sulphadiazine", "silver sulfadiazinate", "silver sulfadiazine", "silvadene", "sulphadiazine", "ssd", "thermazene", "sulfapyrimidine", "sulfazine", "eskadiazine", "sulfadiazin", "cremodiazine", "liquadiazine", "microsulfon", "sulfadiazene", "dermazin", "sulfadiazine silver salt", "lantrisul", "sulfapirimidin", "metha-meridiazine", "adiazin", "diazovit", "trisem", "sulfolex", "sulfatryl", "spofadrizine", "terfonyl", "sulfose", "triple sulfa", "sulfa-triple #2", "deltazina", "truozine", "triple sulfas", "sterazine", "sulfonsol", "22199-08-2[rn]", "cocodiazine", "honey diazine", "palatrize", "cremotres", "trifonamide", "lipo-diazine", "diazyl", "sildaflo", "sulfanilamidopyrimidine", "neotrizine", "sulfacombin", "tri-sulfameth", "piridisir", "sda", "lipo-levazine", "pyrimal", "neazine", "debenal", "silvadene[wiki]", "adiazine", "diazolone", "sanodiazine", "quadetts", "codiazine", "pirimal", "sulfaloid", "theradiazine", "diazin", "sulfonamides duplex", "triple sulfoid", "quadramoid", "coco-diazine", "pecta-diazine", "deoxyribonucleic acid", "sulfapyrimidin", "924042[beilstein]", "silver(i) sulfadiazine", "silber(1+)-[(4-aminophenyl)sulfonyl](pyrimidin-2-yl)azanid", "silver(1+) [(4-aminophenyl)sulfonyl](pyrimidin-2-yl)azanide", "tl8001845", "benzenesulfonamide 4-amino-n-2-pyrimidinyl-,monosilver(1+) salt", "sulfadiazine silver[usp]", "sulfadiazine silver[jp15]", "benzenesulfonamide 4-amino-n-2-pyrimidinyl-,silver(1+) salt (1:1)", "silver(1+) sulfadiazinate", "sulfadiazine silver", "ec 2.5.1.15", "suthogen", "silvadene (tn)", "soludiazine", "silversulfadiazine", "ssd (1% silver sulfadiazine cream usp)", "silver(1+) [(4-aminophenyl)sulfonyl](2-pyrimidinyl)azanide", "208-919-0[einecs]", "sulfadiazine sodium", "c10h10n4o2s", "547-32-0[rn]", "2-sulfapyrimidine", "4-amino-n-pyrimidin-2-ylbenzenesulfonamide", "sulfanilamide n1-2-pyrimidinyl-", "4-amino-n-2-pyrimidinyl-benzenesulfonamide", "n(1)-2-pyrimidinylsulfanilamide", "sulfadiazina[spanish][inn]", "2-sulfanilamidopyrimidine", "n(sup1)-2-pyrimidylsulfanilamide", "sulfadiazine[wiki]", "sulfanilamide n(sup 1)-2-pyrimidinyl-", "n(1)-2-pyrimidylsulfanilamide", "thi-di-mer", "5-25-10-00067", "s. n. 112", "4-amino-n-(pyrimidin-2-yl)benzenesulfonamide", "[(4-aminophenyl)sulfonyl]pyrimidin-2-ylamine", "200-685-8[einecs]", "benzenesulfonamide 4-amino-n-2-pyrimidinyl-", "a-306 (van)", "116-44-9[rn]", "adiazin adiazine debenal liquadiazine", "sulfonamide duplex", "cas-68-35-9", "diazyl (van)", "4-amino-n-(2-pyrimidinyl)benzenesulfonamide[acd/iupac name]", "sulfazin", "sulfadimidine imp. b (pharmeuropa)", "68-35-9[rn]", "2-sulfanilamidopyrimidin[german]", "4-amino-n-2-pyrimidinylbenzenesulfonamide", "2-sulfanilamido-pyrimidine", "n(1)-(2-pyrimidyl)sulfanilamide", "adiazin;adiazine;debenal;liquadiazine;microsulfon;sulfazine;sulfolex", "n(sup1)-2-pyrimidinylsulfanilamide", "sulfadiazine [usan:inn:jan][inn][jan][usan]", "rbpi21 & sulfa", "pyrimidine 2-sulfanilamido-", "sulfanilamide n1-2(1h)-pyrimidinylidene-", "244-834-5[einecs]", "einecs 200-685-8", "tl80073596", "s.n. 112", "5-25-10-00067 (beilstein handbook reference)[beilstein]", "di-azo-mul", "235192[beilstein]", "sulfadiazinum[latin]", "4-amino-n-pyrimidin-2-yl-benzenesulfonamide", "sulphadiazine e", "sulfapyrimidin[german]", "n1-(pyrimidin-2-yl)sulfanilamide", "zinc sulfadiazine", "sulfadiazine (tn)", "solfadiazina [dcit]", "sulfanilamide n1-2-pyrimidinyl- (8ci)", "n(1)-(2-pyrimidinyl)sulfanilamide", "n1-2-pyrimidinylsulfanilamide", "ultradiazin", "141582-64-1[rn]", "n1-2-pyrimidylsulfanilamide", "2-sulfanilylaminopyrimidine", "n(sup 1)-2-pyrimidinylsulfanilamide", "337376-15-5", "sodium sulfadiazine", "sulfadiazin-natrium", "sodium sulfapyrimidine", "soluble sulfadiazine", "sulfadiazine sodique[french][inn]", "sulfadiazina sodica", "sodium [(4-aminophenyl)sulfonyl](2-pyrimidinyl)azanide[acd/iupac name]", "sulfanilamide n1-2-pyrimidinyl- monosodium salt (8ci)", "benzenesulfonamide 4-amino-n-2-pyrimidinyl-,monosodium salt", "sulfadiazinum natricum[latin]", "n(sup 1)-2-pyrimidinylsulfanilamide monosodium salt", "monosodium 2-sulfanilamidopyrimidine", "sulfadiazine sodique", "sulfanilamide n(sup 1)-2-pyrimidinyl- monosodium salt", "solfadiazina sodica [dcit]", "sulfanilamide n(sup 1)-2-pyrimidinyl- n(sup1)-sodium deriv", "sulfadiazine sodium [usan:inn][inn][usan]", "solfadiazina sodica", "sulfadiazina sodica[spanish][inn]", "sodium (n(sup 1)-2-pyrimidinylsulfanilamido)-", "einecs 208-919-0", "sulfanilamide n1-2-pyrimidinyl- monosodium salt", "2-sulfanilamidopyrimidine sodium salt", "n1-2-pyrimidinylsulfanilamide monosodium salt", "benzenesulfonamide 4-amino-n-2-pyrimidinyl-,sodium salt (1:1)", "sodium [(4-aminophenyl)sulfonyl](pyrimidin-2-yl)azanide", "sulphadiazine sodium"}|>, "1813" -> <|"DatabaseID" -> "SW01201", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5296"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3345]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01241"]}, "IsomericSmiles" -> "Cc1ccc(c(c1)OCCCC(C)(C)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00334"]}, "OfficialNames" -> <|"China Approved Name" -> "gemfibrozil", "Indian Approved Name" -> "gemfibrozil", "Australia Approved Name" -> "GEMFIBROZIL", "FDA Approved Drug" -> "GEMFIBROZIL"|>, "PharmGKBID" -> "PA449750", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3463]}, "Synonyms" -> {"jezil", "cholespid", "apo-gemfibrozil", "bolutol", "fibratol", "gemfibrozil", "decrelip", "lipur", "fibrocit", "lopid", "hipolixan", "lipozid", "gevilon", "genlip", "gemfibril", "gen-fibro", "nu-gemfibrozil", "gemfibromax", "novo-gemfibrozil", "gemlipid", "pms gemfibrozil", "2,2-dimethyl-5-(2,5-dimethylphenoxy)pentanoic acid", "gemfibrozil genrx", "ipolipid", "gemfi 1a pharma", "pms-gemfibrozil", "gevilon uno", "gemd", "novo gemfibrozil", "25812-30-0[rn]", "trialmin", "gemfibrozilum[latin]", "clearol", "innogen[wiki]", "1881200[beilstein]", "gem", "healthsense gemfibrozil", "247-280-2[einecs]", "lipira", "25812-30-0", "25812-30-3", "5-(2,5-dimethylphenoxy)-2,2-dimethylpentanoic acid[acd/iupac name]", "reducel", "gemfibrosil", "bexal gemfibrozilo", "lopid[wiki]", "gfz", "5-[(2,5-dimethylphenyl)oxy]-2,2-dimethylpentanoic acid", "lipazil", "gemnpid", "ci719", "emfib;gemcor;hipolixan;lipozid;lipur;lopid;organolipid", "polyxit", "5-(2,5-dimethylphenoxy)-2,2-dimethyl-pentanoic acid", "ausgem", "2,2-dimethyl-5-(2,5-xylyloxy)valeriansaeure", "lanaterom", "gemfibrozilo bayvit", "sinelip", "gemcor lopid jezil gen-fibro", "ppar-alpha", "lipox gemfi", "progemzal", "gemfibrozil sbpa", "sbpa gemfibrozil", "pentanoic acid 5-(2,5-dimethylphenoxy)-2,2-dimethyl-", "gemfibrozil healthsense", "dbl gemfibrozil", "valeric acid 2,2-dimethyl-5-(2,5-xylyloxy)-", "low-lip", "brozil", "lopid r", "lifibron", "nu gemfibrozil", "nugemfibrozil", "lipigem", "taborcil", "fetinor", "d015248", "gemcor;jezil;gen-fibro;lopid", "2,2-dimethyl-5-(2,5-dimethylphenoxy)valeriansaeure", "teva-a", "apo gemfibrozil", "normolip", "apogemfibrozil", "gemfibrozil [usan:ban:inn][inn][usan]", "hidil", "gemhexal", "renabrazin", "wl-gemfibrozil", "lipizyl", "emfib;", "gemfibrozilo[spanish][inn]", "tentroc", "gem-s", "gemfibrozilo ur", "gemfibrozilo bexal", "tl8002081", "synbrozil", "2,2-dimethyl-5-(2,5-xylyloxy)valeric acid", "micolip", "regulip", "pilder", "5-(2,5-dimethyl-phenoxy)-2,2-dimethyl-pentanoic acid", "elmogan", "litarek", "337376-15-5", "gemfibrozil[wiki]", "gozid"}|>, "1814" -> <|"DatabaseID" -> "SW01202", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8214"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4662]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00960"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1cccc2c1cc[nH]2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00513"]}, "OfficialNames" -> <|"Australia Approved Name" -> "PINDOLOL", "FDA Approved Drug" -> "PINDOLOL"|>, "PharmGKBID" -> "PA450966", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4828]}, "Synonyms" -> {"visken", "carvisken", "betapindol", "durapindol", "pinbetol", "pindolol", "decreten", "pectobloc", "calvisken", "prinodolol", "glauco-visken", "cardilate", "blockin l", "pynastin", "blocklin l", "blocklin-l", "244-623-8[einecs]", "1-(1h-indol-4-yloxy)-3-(isopropylamino)-2-propanol[acd/iupac name]", "pindolol (rs)-", "2-propanol 1-(4-indolyloxy)-3-(isopropylamino)-", "5- ht1b", "5-ht-1b", "dl-pindolol", "glauco-viskin", "(plusmn)-pindolol", "5-21-03-00017 (beilstein handbook reference)[beilstein]", "4-[2-hydroxy-3-(isopropylamino)propoxy]indole", "3-indol-4-yloxy-1-[(methylethyl)amino]propan-2-ol", "1-(1h-indol-4-yloxy)-3-(propan-2-ylamino)-propan-2-ol", "pindololum", "1-(1h-indol-4-yloxy)-3-[(propan-2-yl)amino]propan-2-ol", "(1)-1-(1h-indol-4-yloxy)-3-(isopropylamino)propan-2-ol", "2-propanol 1-(1h-indol-4-yloxy)-3-((1-methylethyl)amino)-,", "5-ht-1d-beta", "serotonin 1d beta receptor", "lb-46", "236-867-9[einecs]", "pindololum[latin]", "1-(1h-indol-4-yloxy)-3-((1-methylethyl)amino)-2-propanol", "1-(1h-indol-4-yloxy)-3-(propan-2-ylamino)propan-2-ol", "2-propanol 1-(1h-indol-4-yloxy)-3-[(1-methylethyl)amino]-", "(rs)-pindolol", "4-(3-(isopropylamino)-2-hydroxypropoxy)indole", "13523-86-9", "2-propanol 1-(1h-indol-4-yloxy)-3-((1-methylethyl)amino)-", "viskazide 10/25tab (hydrochlorothiazide + pindolol)_mixture", "s12", "4-(2-hydroxy-3-isopropylaminopropoxy)-indole", "1-(indol-4-yloxy)-3-(isopropylamino)-2-propanol", "serotonin receptor 1b", "viskazide 10/50tab (hydrochlorothiazide + pindolol)_mixture", "1-(1h-indol-4-yloxy)-3-isopropylamino-propan-2-ol", "1-(1h-indol-4-yloxy)-3-(isopropylamino)propan-2-ol", "28813-39-0 (hcl)", "prindolol", "1-((1h-indol-4-yl)oxy)-3-(isopropylamino)propan-2-ol", "lb46", "pindolol[wiki][usp][inn][ban][jan][usan][jp15]", "1-(1h-indol-4-yloxy)-3-[(1-methylethyl)amino]-2-propanol", "dl-4-[2-hydroxy-3-(isopropylamino)propoxy]indole", "dl-lb 46", "prindolol;", "13523-86-9[rn]", "1-((1-methylethyl)amino)-3-(4-indolyloxy)-2-propanol", "26328-11-0", "cid4828", "1-(1h-indol-4-yloxy)-3-[(1-methylethyl)amino]propan-2-ol", "1536506[beilstein]", "21870-06-4[rn]", "p-6820", "d010869"}|>, "1815" -> <|"DatabaseID" -> "SW01202", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8214"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4662]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00960"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1cccc2c1cc[nH]2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00513"]}, "OfficialNames" -> <|"Australia Approved Name" -> "PINDOLOL", "FDA Approved Drug" -> "PINDOLOL"|>, "PharmGKBID" -> "PA450966", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4828]}, "Synonyms" -> {"visken", "carvisken", "betapindol", "durapindol", "pinbetol", "pindolol", "decreten", "pectobloc", "calvisken", "prinodolol", "glauco-visken", "cardilate", "blockin l", "pynastin", "blocklin l", "blocklin-l", "244-623-8[einecs]", "1-(1h-indol-4-yloxy)-3-(isopropylamino)-2-propanol[acd/iupac name]", "pindolol (rs)-", "2-propanol 1-(4-indolyloxy)-3-(isopropylamino)-", "5- ht1b", "5-ht-1b", "dl-pindolol", "glauco-viskin", "(plusmn)-pindolol", "5-21-03-00017 (beilstein handbook reference)[beilstein]", "4-[2-hydroxy-3-(isopropylamino)propoxy]indole", "3-indol-4-yloxy-1-[(methylethyl)amino]propan-2-ol", "1-(1h-indol-4-yloxy)-3-(propan-2-ylamino)-propan-2-ol", "pindololum", "1-(1h-indol-4-yloxy)-3-[(propan-2-yl)amino]propan-2-ol", "(1)-1-(1h-indol-4-yloxy)-3-(isopropylamino)propan-2-ol", "2-propanol 1-(1h-indol-4-yloxy)-3-((1-methylethyl)amino)-,", "5-ht-1d-beta", "serotonin 1d beta receptor", "lb-46", "236-867-9[einecs]", "pindololum[latin]", "1-(1h-indol-4-yloxy)-3-((1-methylethyl)amino)-2-propanol", "1-(1h-indol-4-yloxy)-3-(propan-2-ylamino)propan-2-ol", "2-propanol 1-(1h-indol-4-yloxy)-3-[(1-methylethyl)amino]-", "(rs)-pindolol", "4-(3-(isopropylamino)-2-hydroxypropoxy)indole", "13523-86-9", "2-propanol 1-(1h-indol-4-yloxy)-3-((1-methylethyl)amino)-", "viskazide 10/25tab (hydrochlorothiazide + pindolol)_mixture", "s12", "4-(2-hydroxy-3-isopropylaminopropoxy)-indole", "1-(indol-4-yloxy)-3-(isopropylamino)-2-propanol", "serotonin receptor 1b", "viskazide 10/50tab (hydrochlorothiazide + pindolol)_mixture", "1-(1h-indol-4-yloxy)-3-isopropylamino-propan-2-ol", "1-(1h-indol-4-yloxy)-3-(isopropylamino)propan-2-ol", "28813-39-0 (hcl)", "prindolol", "1-((1h-indol-4-yl)oxy)-3-(isopropylamino)propan-2-ol", "lb46", "pindolol[wiki][usp][inn][ban][jan][usan][jp15]", "1-(1h-indol-4-yloxy)-3-[(1-methylethyl)amino]-2-propanol", "dl-4-[2-hydroxy-3-(isopropylamino)propoxy]indole", "dl-lb 46", "prindolol;", "13523-86-9[rn]", "1-((1-methylethyl)amino)-3-(4-indolyloxy)-2-propanol", "26328-11-0", "cid4828", "1-(1h-indol-4-yloxy)-3-[(1-methylethyl)amino]propan-2-ol", "1536506[beilstein]", "21870-06-4[rn]", "p-6820", "d010869"}|>, "1816" -> <|"DatabaseID" -> "SW01203", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2379]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(COc1ccccc1C#N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01444"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bunitrolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2473]}, "Synonyms" -> {"2-nitrilo-n-tert-butylphenoxypropanolamine", "stresson", "benzonitrile o-(3-(tert-butylamino)-2-hydroxypropoxy)-", "23093-74-5[rn]", "2-propanol", "2-[3-(tert-butylamino)-2-hydroxypropoxy]benzonitrile", "brn 2374567", "2-(3-tert-butylamino-2-hydroxy-propoxy)-benzonitrile(bunitrolol)", "34915-68-9", "34915-68-9[rn]", "2-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]benzonitrile", "bunitrolol[inn]", "ko 1366", "bunitrolol hydrochloride", "benzonitrile 2-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)- (9ci)", "2-({3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl}oxy)benzonitrile", "o-(3-(tert-butylamino)-2-hydroxypropoxy)benzonitrile", "bunitrolol [inn]", "ko-1366", "2-(3-tert-butylamino-2-hydroxy-propoxy)-benzonitrile", "1-(2-cyanophenoxy)-2-hydroxy-3-tert-butylaminopropane", "bunitrololum[latin]", "245-427-5[einecs]", "o-[3-(tert-butylamino)-2-hydroxypropoxy]benzonitrile", "bunitrolol", "betrilol", "bunitrololum [inn-latin]", "benzonitrile 2-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-"}|>, "1817" -> <|"DatabaseID" -> "SW01203", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2379]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(COc1ccccc1C#N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01444"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bunitrolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2473]}, "Synonyms" -> {"2-nitrilo-n-tert-butylphenoxypropanolamine", "stresson", "benzonitrile o-(3-(tert-butylamino)-2-hydroxypropoxy)-", "23093-74-5[rn]", "2-propanol", "2-[3-(tert-butylamino)-2-hydroxypropoxy]benzonitrile", "brn 2374567", "2-(3-tert-butylamino-2-hydroxy-propoxy)-benzonitrile(bunitrolol)", "34915-68-9", "34915-68-9[rn]", "2-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]benzonitrile", "bunitrolol[inn]", "ko 1366", "bunitrolol hydrochloride", "benzonitrile 2-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)- (9ci)", "2-({3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl}oxy)benzonitrile", "o-(3-(tert-butylamino)-2-hydroxypropoxy)benzonitrile", "bunitrolol [inn]", "ko-1366", "2-(3-tert-butylamino-2-hydroxy-propoxy)-benzonitrile", "1-(2-cyanophenoxy)-2-hydroxy-3-tert-butylaminopropane", "bunitrololum[latin]", "245-427-5[einecs]", "o-[3-(tert-butylamino)-2-hydroxypropoxy]benzonitrile", "bunitrolol", "betrilol", "bunitrololum [inn-latin]", "benzonitrile 2-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-"}|>, "1818" -> <|"DatabaseID" -> "SW01204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 135852]}, "IsomericSmiles" -> "CS(=O)(=O)CCCCCCCCCC(=O)N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rorifamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 154173]}, "Synonyms" -> {"rorifamide", "10-methylsulfonyldecanamide", "53078-91-4", "ag-f-81687", "decanamide", "ac1l4bsr", "rorifamide;10-methylsulfonyldecanamide;", "10-(methylsulfonyl)decanamide[acd/iupac name]", "53078-91-4[rn]", "decanamide 10-(methylsulfonyl)-", "10-(methylsulfonyl)decanamide"}|>, "1819" -> <|"DatabaseID" -> "SW01205", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82596]}, "IsomericSmiles" -> "C1CC[NH+]2C[C@@H]3C[C@H]([C@@H]2C1)CN4[C@@H]3CCCC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-lupanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91471]}, "Synonyms" -> {"lupanine", "lupanin", "(+)-lupanine", "d-lupanine", "2-oxosparteine", "lupanine d-form", "(+)-2-oxosparteine", "spartein-2-one[acd/iupac name]", "oxosparteine", "ac1q6lqi", "7,14-methano-2h,11h-dipyrido[1,2-a:1',2'-e][1,5]diazocin-11-one dodecahydro- (7s,7ar,14s,14as)-", "chebi:28193", "550-90-3[rn]", "ac1l3m54", "(7s,7ar,14s,14as)-dodecahydro-7,14-methano-2h,11h-dipyrido[1,2-a:1',2'-e][1,5]diazocin-11-one"}|>, "1820" -> <|"DatabaseID" -> "SW01206", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82591]}, "IsomericSmiles" -> "C1C[C@@H]2[C@H]3CCC[NH+]4[C@H]3[C@@H](CCC4)CN2C(=O)C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "matrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91466]}, "Synonyms" -> {"(+)-matrine", "matrine", "matridin-15-one", "matrene (+)-", "1h,5h,10h-dipyrido[2,1-f:3',2',1'-ij][1,6]naphthyridin-10-one,dodecahydro- (7as,13ar,13br,13cs)-[acd/index name]", "519-02-8[rn]", "5-24-02-00301 (beilstein handbook reference)[beilstein]", "matrine[wiki]", "matridin-15-one (9ci)", "(7as,13ar,13br,13cs)-dodecahydro-1h,5h,10h-dipyrido[2,1-f:3',2',1'-ij][1,6]naphthyridin-10-one", "sophoridine", "11,12,13,14-tetrahydromatridin-15-one", "matridin-15-one;", "matrene", "matridin-15-one[acd/iupac name]", "519-02-8", "nsc 146051", "(6as,11ar,11br,11cs)-dodecahydro-3a,7a-diaza-benzo[de]anthracen-8-one", ".alpha.-matrine", "t c6666 1a q gvn nntj &&stereoisomer;[wln]", "lupanidine"}|>, "1821" -> <|"DatabaseID" -> "SW01207", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21374385]}, "IsomericSmiles" -> "Cc1c2c(cc(c1OC)OC)oc(=O)cc2OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "4,6,7-trimethoxy-5-methylchromene-2-one"|>, "Synonyms" -> {"4,6,7-trimethoxy-5-methylchromen-2-one"}|>, "1822" -> <|"DatabaseID" -> "SW01208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293251]}, "IsomericSmiles" -> "Cc1c(cc(c(=O)[nH]1)C#N)c2ccc3nccn3c2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02042"]}, "OfficialNames" -> <|"NPC Approved Name" -> "olprinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4593]}, "Synonyms" -> {"coretec", "c14h10n4o", "106730-54-5", "119615-63-3[rn]", "ac1l1iig", "olprinone [inn]", "ac1q4q1u", "unii-4y8bmi9ygc", "olprinonehydrochloride", "olprinone", "surecn27661", "olprinone hydrochloride hydrate", "olprinone (inn)"}|>, "1823" -> <|"DatabaseID" -> "SW01209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4523729]}, "IsomericSmiles" -> "CCOCCOC(=O)/C=C/c1ccc(cc1)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03512"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cinoxate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5373773]}, "Synonyms" -> {"phiasol", "give-tan", "sundare", "giv-tan f", "cinoxate", "2-ethoxyethyl p-methoxycinnamate", "giv tanf", "cinoxate[wiki][usan]", "cinoxatum [inn-latin]", "2-propenoic acid 3-(4-methoxyphenyl)- 2-ethoxy", "2-ethoxyethyl (2e)-3-(4-methoxyphenyl)acrylate", "cinoxatum[latin]", "cinoxato [inn-spanish]", "propenoic acid 3-(4-methoxyphenyl)- 2-ethoxyethyl ester", "cinoxato[spanish][inn]", "caswell no. 427e", "203-191-0[einecs]", "giv tan f", "cinnamic acid p-methoxy- 2-ethoxyethyl ester", "2-ethoxyethyl (2e)-3-(4-methoxyphenyl)prop-2-enoate", "104-28-9[rn]", "3-(4-methoxyphenyl)-2-propenoic acid 2-ethoxyethyl ester", "1322-65-2[rn]", "2-propenoic acid 3-(4-methoxyphenyl)- 2-ethoxyethyl ester", "p-methoxycinnamic acid 2-ethoxyethyl ester", "cinoxate [usan:inn][inn][usan]", "2-propenoic acid,3-(4-methoxyphenyl)- 2-ethoxyethylester (2e)-"}|>, "1824" -> <|"DatabaseID" -> "SW01210", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00009"], ExternalIdentifier["DrugBankID", "00015"]}, "IsomericSmiles" -> "CN(C)c1cccc2c1ccc(c2)S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02837"], ExternalIdentifier["KEGGID", "D05721"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ALTEPLASE;RETEPLASE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4474224]}, "Synonyms" -> {"5-(dimethylamino)naphthalene-2-sulfonic acid", "endothelial plasminogen activator inhibitor", "reteplase", "db07684", "pai", "plasminogen activator inhibitor 1 precursor", "pai-1", "alteplase", "ac1nbv3o", "alteplase (genetical recombination)", "activase (genentech inc)", "retavase (centocor)", "retevase", "retavase (roche)", "activase"}|>, "1825" -> <|"DatabaseID" -> "SW01211", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 189902]}, "IsomericSmiles" -> "CC(=O)N[C@H](COC)C(=O)NCc1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07299"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lacosamide", "FDA Approved Drug" -> "LACOSAMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219078]}, "Synonyms" -> {"vimpat", "lacosamide", "harkoseride", "n2-acetyl-n-benzyl-o-methyl-d-serinamide", "erlosamide [inn]", "lacosamide [usan]", "erlosamide", "(r)-2-acetylamino-n-benzyl-3-methoxy-propionamide", "175481-36-4[rn]", "erlosamide[inn]", "erlosamide vimpat", "s1253_selleck", "lacosamide (usan/inn)", "2-(acetylamino)-3-methoxy-n-(phenylmethyl)propanamide (2r)-", "(r)-2-acetamido-n-benzyl-3-methoxypropanamide", "175481-36-4", "(r)-2-(acetylamino)-3-methoxy-n-(phenylmethyl)-propanamide", "2-acetylamino-n-benzyl-3-methoxy-propionamide", "(s)-2-acetamido-n-benzyl-3-methoxypropanamide", "propanamide 2-(acetylamino)-3-methoxy-n-(phenylmethyl)- (2r)-", "add 243037", "175481-37-5[rn]", "spm 927"}|>, "1826" -> <|"DatabaseID" -> "SW01212", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56807]}, "IsomericSmiles" -> "Cn1c2ccccc2c(=O)nc1Cc3ccccc3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycosine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 63123]}, "Synonyms" -> {"glycosine", "glycosin", "arborine", "arborin", "4 (1h)-quinazolinone 1-methyl-2-(phenylmethyl)-", "chembl448122", "2-benzyl-1-methylquinazolin-4(1h)-one", "4 (1h)-quinazolinone 2-benzyl-1-methyl-", "ac1l1yf7", "mls002919960", "1-methyl-2-(phenylmethyl)-4(1h)-quinazolinone", "6873-15-0[rn]", "2-benzyl-1-methyl-quinazolin-4-one", "ag-g-65584", "4(1h)-quinazolinone 1-methyl-2-(phenylmethyl)-", "4(1h)-quinazolinone 1-methyl-2-(phenylmethyl)- (9ci)", "6873-15-0", "4(1h)-quinazolinone 2-benzyl-1-methyl- (8ci)", "2-benzyl-1-methylquinazol-4-one"}|>, "1827" -> <|"DatabaseID" -> "SW01213", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6055]}, "IsomericSmiles" -> "Cc1ccccc1n2c(nc3ccccc3c2=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00557"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Methaqualone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6292]}, "Synonyms" -> {"methaqualone", "fadormir[wiki]", "qu.lovin.a.lovin.alude", "metolquizolone[wiki]", "2-methyl-3-o-tolyl-4(3h)-chinazolinon[german]", "somnafac[wiki]", "dormogen[wiki]", "dormigoa[wiki]", "quaalude[wiki]", "omnyl[wiki]", "dormigoa-schlafmittel", "hyptor base", "metaqualone [dcit]", "2-methyl-3-o-tolyl-4-quinazolone", "sopor[wiki]", "cateudyl", "tuazolone[wiki]", "2-methyl-3-o-tolyl-4(3h)-quinazolinone", "holodorm[wiki]", "sonal", "4 (3h)-quinazolinone 2-methyl-3-(2-methylphenyl)-", "orthonal", "hypocol", "2-methyl-3-(2-tolyl)quinazol-4-one", "2-methyl-3-(2-methylphenyl)quinazolin-4(3h)-one", "normi-nox", "5-24-03-00132 (beilstein handbook reference)[beilstein]", "dorsedin", "200-780-4[einecs]", "dormogen", "somberol[wiki]", "mollinox[wiki]", "methaqualone (jan/usan)[jan][usan]", "2-methyl-3-o-tolyl-3h-quinazolin-4-one", "hypcol", "4(3h)-quinazolinone 2-methyl-3-(2-methylphenyl)-", "dormutil[wiki]", "maoa", "72-44-6[rn]", "2-methyl-3-o-tolyl-4 (3h)-chinazolinon", "4(3h)-quinazolinone 2-methyl-3-o-tolyl-", "methaqualon", "parest[wiki]", "aqual", "methachalonum", "optinoxan[wiki]", "methaqualone [usan:ban:inn][inn][usan]", "3,4-dihydro-2-methyl-4-oxo-3-o-tolylquinazoline", "methaqualoneinone", "metakvalon", "qz 2", "2-methyl-3-(o-tolyl)-3,4-dihydro-4-quinazolinone", "ipnofil[wiki]", "dormigoa", "melsomin[wiki]", "mequin[wiki]", "2-methyl-3-tolyl-4-oxybensdiazine", "4 (3h)-quinazolinone 2-methyl-3-o-tolyl-", "metolquizolone", "ortonal[wiki]", "quaalude", "mozambin", "motolon[wiki]", "2-methyl-3-o-tolyl-4(3h)-chinazolone", "nobedorm[wiki]", "cateudyl[wiki]", "93240-42-7[rn]", "2-methyl-3-(2-methylphenyl)-4(3h)-quinazolinone[acd/iupac name]", "hyptor[wiki]", "methaqualonum[latin]", "pro-dorm", "mtq", "soverin[wiki]", "metaqualon", "torinal[wiki]", "melsed", "hyminal[wiki]", "dormutil", "4(3h)-quinazolinone 2-methyl-3-o--tolyl-", "2-methyl-3-(2-methylphenyl)-3,4-dihydroquinazolin-4-one", "qz-2", "sindesvel[wiki]", "tuazole", "ortonal", "methaqualone[wiki]", "rouqualone[wiki]", "dorsedin[wiki]", "somnomed[wiki]", "metachalon[czech]", "2-methyl-3-(2-methylphenyl)-4-quinazolinone", "nethaqualone", "methyl-o-tolylquinazolone", "citexal[wiki]", "metacualona[spanish][inn]", "noctilene[wiki]", "parminal[wiki]", "roulone", "fadormir"}|>, "1828" -> <|"DatabaseID" -> "SW01214", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51032"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3128]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00751"]}, "IsomericSmiles" -> "c1ccc2c(c1)Cc3ccccc3N4C2C[NH+]=C4N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01713"]}, "OfficialNames" -> <|"Indian Approved Name" -> "epinastine", "FDA Approved Drug" -> "EPINASTINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164764489", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3241]}, "Synonyms" -> {"epinastine", "elestat", "epinastina", "alesion", "epinastinum", "epinastinum [latin]", "epinastina [spanish]", "epinastine hydrochloride", "80012-43-7[rn]", "134507-59-8[rn]", "3-amino-9,13b-dihydro-1h-dibenz[c,f]imidazo[1,5-a]azepine", "3-amino-9,13b-dihydro-1h-dibenz(c,f)imidazo(1,5-a)azepine", "epinastina[spanish]", "3593307[beilstein]", "5-ht- x", "5-ht-7", "wal-80 cl", "9,13b-dihydro-1h-dibenz[c,f]imidazo[1,5-a]azepin-3-amine", "chebi:51032", "epinastine (inn)", "108929-04-0[rn]", "5ht7", "1h-dibenz[c,f]imidazo[1,5-a]azepin-3-amine 9,13b-dihydro-", "epinastine hcl", "1h-dibenz(c,f)imidazo(1,5-a)azepin-3-amino 9,13b-dihydro-", "9,13b-dihydro-1h-dibenzo[c,f]imidazo[1,5-a]azepin-3-amine[acd/iupac name]", "epinastinum[latin]", "8h,3ah-dibenzo[c,f]2-imidazolino[1,5-a]azaperhydroepinylamine", "serotonin receptor 7", "(+-)-epinastine", "wal 801", "337376-15-5", "elestat[wiki]", "epinastine[wiki][inn]"}|>, "1829" -> <|"DatabaseID" -> "SW01214", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51032"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3128]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00751"]}, "IsomericSmiles" -> "c1ccc2c(c1)Cc3ccccc3N4C2C[NH+]=C4N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01713"]}, "OfficialNames" -> <|"Indian Approved Name" -> "epinastine", "FDA Approved Drug" -> "EPINASTINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164764489", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3241]}, "Synonyms" -> {"epinastine", "elestat", "epinastina", "alesion", "epinastinum", "epinastinum [latin]", "epinastina [spanish]", "epinastine hydrochloride", "80012-43-7[rn]", "134507-59-8[rn]", "3-amino-9,13b-dihydro-1h-dibenz[c,f]imidazo[1,5-a]azepine", "3-amino-9,13b-dihydro-1h-dibenz(c,f)imidazo(1,5-a)azepine", "epinastina[spanish]", "3593307[beilstein]", "5-ht- x", "5-ht-7", "wal-80 cl", "9,13b-dihydro-1h-dibenz[c,f]imidazo[1,5-a]azepin-3-amine", "chebi:51032", "epinastine (inn)", "108929-04-0[rn]", "5ht7", "1h-dibenz[c,f]imidazo[1,5-a]azepin-3-amine 9,13b-dihydro-", "epinastine hcl", "1h-dibenz(c,f)imidazo(1,5-a)azepin-3-amino 9,13b-dihydro-", "9,13b-dihydro-1h-dibenzo[c,f]imidazo[1,5-a]azepin-3-amine[acd/iupac name]", "epinastinum[latin]", "8h,3ah-dibenzo[c,f]2-imidazolino[1,5-a]azaperhydroepinylamine", "serotonin receptor 7", "(+-)-epinastine", "wal 801", "337376-15-5", "elestat[wiki]", "epinastine[wiki][inn]"}|>, "1830" -> <|"DatabaseID" -> "SW01215", "IsomericSmiles" -> "CCCCC(CC)COC(=O)c1ccccc1O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05226"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octisalate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8364]}, "Synonyms" -> {"sunarome o", "2-ethylhexyl 2-hydroxybenzoate", "benzoic acid", "usaf do-11", "einecs 204-263-4", "ethyl hexyl salicylate", "octisalate", "salicylic acid", "2-ethylhexyl salicylate", "sunarome wmo", "uvinul", "118-60-5"}|>, "1831" -> <|"DatabaseID" -> "SW01215", "IsomericSmiles" -> "CCCCC(CC)COC(=O)c1ccccc1O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05226"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octisalate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8364]}, "Synonyms" -> {"sunarome o", "2-ethylhexyl 2-hydroxybenzoate", "benzoic acid", "usaf do-11", "einecs 204-263-4", "ethyl hexyl salicylate", "octisalate", "salicylic acid", "2-ethylhexyl salicylate", "sunarome wmo", "uvinul", "118-60-5"}|>, "1832" -> <|"DatabaseID" -> "SW01216", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51211"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2035]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00866"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccccc1CC=C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07156"]}, "OfficialNames" -> <|"NPC Approved Name" -> "alprenolol"|>, "PharmGKBID" -> "PA164750541", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2119]}, "Synonyms" -> {"alfeprol [russian]", "yobir", "aptine", "alprenolol", "alpheprol", "regletin", "alprenololum [inn-latin]", "apllobal", "aptol duriles", "gubernal", "alfeprol", "1-(o-allylphenoxy)-3-(isopropylamino)-2-propanol", "1-(propan-2-ylamino)-3-[2-(prop-2-en-1-yl)phenoxy]propan-2-ol", "alprenolol[wiki]", "1-(2-allylphenoxy)-3-(isopropylamino)-2-propanol[acd/iupac name]", "5- ht1a", "13655-52-2[rn]", "alfeprol[russian]", "1-(2-allylphenoxy)-3-isopropylamino-2-propanol", "2-propanol 1-((1-methylethyl)amino)-3-(2-(2-propenyl)phenoxy)-", "g-21", "2-propanol 1-[(1-methylethyl)amino]-3-[2-(2-propen-1-yl)phenoxy]-", "1-(2-allylphenoxy)-3-(isopropylamino)propan-2-ol", "alprenololum", "13707-88-5[rn]", "23846-72-2[rn]", "5-ht-1a", "alprenololum[latin]", "237-140-9[einecs]", "1-[2-(propen-2-ylphenoxy)]-3-(isopropylamino)propan-2-ol", "1-[(1-methylethyl)amino]-3-[2-(2-propenyl)phenoxy]-2-propanol", "h 56/28", "2-propanol 1-(o-allylphenoxy)-3-(isopropylamino)-", "2-propanol 1-[(1-methylethyl)amino]-3-[2-(2-propenyl)phenoxy]-", "serotonin receptor 1a", "alprenolol [inn:ban]"}|>, "1833" -> <|"DatabaseID" -> "SW01216", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51211"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2035]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00866"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccccc1CC=C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07156"]}, "OfficialNames" -> <|"NPC Approved Name" -> "alprenolol"|>, "PharmGKBID" -> "PA164750541", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2119]}, "Synonyms" -> {"alfeprol [russian]", "yobir", "aptine", "alprenolol", "alpheprol", "regletin", "alprenololum [inn-latin]", "apllobal", "aptol duriles", "gubernal", "alfeprol", "1-(o-allylphenoxy)-3-(isopropylamino)-2-propanol", "1-(propan-2-ylamino)-3-[2-(prop-2-en-1-yl)phenoxy]propan-2-ol", "alprenolol[wiki]", "1-(2-allylphenoxy)-3-(isopropylamino)-2-propanol[acd/iupac name]", "5- ht1a", "13655-52-2[rn]", "alfeprol[russian]", "1-(2-allylphenoxy)-3-isopropylamino-2-propanol", "2-propanol 1-((1-methylethyl)amino)-3-(2-(2-propenyl)phenoxy)-", "g-21", "2-propanol 1-[(1-methylethyl)amino]-3-[2-(2-propen-1-yl)phenoxy]-", "1-(2-allylphenoxy)-3-(isopropylamino)propan-2-ol", "alprenololum", "13707-88-5[rn]", "23846-72-2[rn]", "5-ht-1a", "alprenololum[latin]", "237-140-9[einecs]", "1-[2-(propen-2-ylphenoxy)]-3-(isopropylamino)propan-2-ol", "1-[(1-methylethyl)amino]-3-[2-(2-propenyl)phenoxy]-2-propanol", "h 56/28", "2-propanol 1-(o-allylphenoxy)-3-(isopropylamino)-", "2-propanol 1-[(1-methylethyl)amino]-3-[2-(2-propenyl)phenoxy]-", "serotonin receptor 1a", "alprenolol [inn:ban]"}|>, "1834" -> <|"DatabaseID" -> "SW01217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475186]}, "IsomericSmiles" -> "CC1CC2C[C@H](C3CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "complanatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316027]}, "Synonyms" -> {"complanatine"}|>, "1835" -> <|"DatabaseID" -> "SW01217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475186]}, "IsomericSmiles" -> "CC1CC2C[C@H](C3CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "complanatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316027]}, "Synonyms" -> {"complanatine"}|>, "1836" -> <|"DatabaseID" -> "SW01217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475186]}, "IsomericSmiles" -> "CC1CC2C[C@H](C3CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "complanatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316027]}, "Synonyms" -> {"complanatine"}|>, "1837" -> <|"DatabaseID" -> "SW01217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475186]}, "IsomericSmiles" -> "CC1CC2C[C@H](C3CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "complanatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316027]}, "Synonyms" -> {"complanatine"}|>, "1838" -> <|"DatabaseID" -> "SW01217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475186]}, "IsomericSmiles" -> "CC1CC2C[C@H](C3CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "complanatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316027]}, "Synonyms" -> {"complanatine"}|>, "1839" -> <|"DatabaseID" -> "SW01217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475186]}, "IsomericSmiles" -> "CC1CC2C[C@H](C3CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "complanatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316027]}, "Synonyms" -> {"complanatine"}|>, "1840" -> <|"DatabaseID" -> "SW01217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475186]}, "IsomericSmiles" -> "CC1CC2C[C@H](C3CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "complanatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316027]}, "Synonyms" -> {"complanatine"}|>, "1841" -> <|"DatabaseID" -> "SW01217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475186]}, "IsomericSmiles" -> "CC1CC2C[C@H](C3CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "complanatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316027]}, "Synonyms" -> {"complanatine"}|>, "1842" -> <|"DatabaseID" -> "SW01218", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17256"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13135]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)[C@H]3C[C@@H]([C@H](O3)CO)O)N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "2′-deoxyadenosine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13730]}, "Synonyms" -> {"adenine deoxyribose", "adenine deoxy nucleoside", "adenyldeoxyriboside", "adenine deoxyribonucleoside", "desoxyadenosine", "40627-14-3[rn]", "91015[beilstein]", "adenosine 2'-deoxy- (6ci,7ci,8ci,9ci)", "(2r,3s,5r)-5-(6-amino-9h-purin-9-yl)-2-(hydroxymethyl)oxolan-3-ol", "adenosine-5'-(dithio)phosphate", "2'-deoxyadenosine monohydrate", "96893-70-8[rn]", "deoxyadenosine[wiki]", "tl8005998", "adenosine 2'-deoxy-", "2'-deoxyadenosine-5'-monophosphate", "2'-deoxyformycin a", "5-(6-amino-purin-9-yl)-2-hydroxymethyl-tetrahydro-furan-3-ol", "958-09-8[rn]", "(3s,2r,5r)-5-(6-aminopurin-9-yl)-2-(hydroxymethyl)oxolan-3-ol", "(2r,3s,5r)-5-(6-amino-9h-purin-9-yl)-2-(hydroxymethyl)tetrahydrofuran-3-ol", "(2r,3s,5r)-5-(6-amino-9h-purin-9-yl)-2-(hydroxymethyl)tetrahydro-3-furanol", "(2r,3s,5r)-5-(6-amino-purin-9-yl)-2-hydroxymethyl-tetrahydro-furan-3-ol", "2'-da", "2'-deoxyadenosine hydrate", "2'-deoxyadenosine monohydrate", "(2r,3s,5r)-5-(6-aminopurin-9-yl)-2-(hydroxymethyl)oxolan-3-ol", "3d1", "7005-15-4[rn]", "ccris 1782", "213-488-7[einecs]", "deoxyadenosine", "16373-93-6", "16373-93-6[rn]", "9-(2-deoxy-b-d-erythro-pentofuranosyl)adenine", "da", "d5m", "9-(2-deoxy-b-d-ribofuranosyl)-9h-purin-6-amine", "4-26-00-03589 (beilstein handbook reference)[beilstein]", "2-deoxyadenosine", "adenine-9 2-deoxy-b-d-erythro-pentofuranoside", "2'-deoxyadenosine", "adenosine", "2'-deoxyadenosine[acd/iupac name]", "1-(6-amino-9h-purin-9-yl)-1,2-dideoxy-b-d-ribofuranose", "9-(2-deoxy-b-d-erythro-pentofuranosyl)-9h-purin-6-amine"}|>, "1843" -> <|"DatabaseID" -> "SW01219", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29014"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6064]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)[C@H]3[C@@H](C[C@H](O3)CO)O)N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cordycepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6303]}, "Synonyms" -> {"cordycepine", "9-cordyceposidoadenine", "cordycepin[wiki]", "ccris 3233", "73-03-0", "2'-hydroxy-3'-deoxyadenosine erythro", "chebi:29014", "einecs 200-791-4", "adenosine 3'-deoxy-", "3'-deoxyadenosine[acd/iupac name]", "0035194[beilstein]", "73-03-0[rn]", "cordycepin", "9-(beta-d-3'-deoxyribofuranosyl)adenine", "200-791-4[einecs]", "3ad", "2'-oh-3'-da erythro", "3'-deoxyadenosine", "4-26-00-03594 (beilstein handbook reference)[beilstein]", "adenosine"}|>, "1844" -> <|"DatabaseID" -> "SW01220", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8874"], ExternalIdentifier["ChEBIID", "64358"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 70377]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00989"]}, "IsomericSmiles" -> "CCN(C)C(=O)Oc1cccc(c1)[C@H](C)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03822"]}, "OfficialNames" -> <|"Indian Approved Name" -> "rivastigmine", "FDA Approved Drug" -> "RIVASTIGMINE;RIVASTIGMINE TARTRATE"|>, "PharmGKBID" -> "PA451262", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 77991]}, "Synonyms" -> {"rivastigmine", "exelon", "ena 713 free base", "carbamicacid ethylmethyl- 3-(1-(dimethylamino)ethyl)phenyl ester (s)-", "rivastigmine hydrogen tartrate", "(s)-3-(1-(dimethylamino)ethyl)phenyl ethyl(methyl)carbamate", "123441-03-2[rn]", "hms2089h18", "ethyl-methyl-carbamic acid3-(1-dimethylamino-ethyl)-phenyl ester", "acylcholine acylhydrolase", "unii-pki06m3iw0", "carbamicacid ethyl(methyl)- 3-[(1s)-1-(dimethylamino)ethyl]phenyl ester", "exelon patch", "3-[(1s)-1-(dimethylamino)ethyl]phenyl-ethyl(methyl)carbamat", "3-((1s)-1-(dimethylamino)ethyl)phenyl ethylmethylcarbamate", "(s)-n-ethyl-3-[(1-dimethylamino)ethyl]-n-methylphenylcarbamate", "carbamicacid n-ethyl-n-methyl- 3-[(1s)-1-(dimethylamino)ethyl]phenylester", "rivastigmine (jan/usan/inn)", "butyrylcholine esterase", "rivastigimine", "ac1l2u92", "ethyl-methyl-carbamic acid3-((s)-1-dimethylamino-ethyl)-phenylester", "rivastigmine [usan:inn]", "cholinesterase precursor", "chembl636", "ethylmethylcarbamic acid 3-[(1s)-1-(dimethylamino)ethyl]phenylester", "bidd:gt0316", "sdz-ena-713", "sdz-212-713", "carbamicacid ethylmethyl- 3-((1s)-1-(dimethylamino)ethyl)phenyl ester", "choline esterase ii", "3-[(1s)-1-(dimethylamino)ethyl]phenyl ethyl(methyl)carbamate[acd/iupac name]", "exelon[wiki]", "(s)-3-(1-(dimethylamino)ethyl)phenylethylmethylcarbamate; rivastigmine;m-((s)-1-(dimethylamino)ethyl)phenyl ethylmethylcarbamate", "123441-03-2", "rivastigmine [usan:inn][inn][usan]", "exelon; rivastigmine hydrogen tartrate; 3-((1s)-1-(dimethylamino)ethyl)phenyl n-ethyl-n-methylcarbamate; ethylmethylcarbamic acid 3-((1s)-1-(dimethylamino)ethyl)phenyl ester; 3-((1s)-1-(dimethylamino)ethyl)phenyl ethylmethylcarbamate;ethylmethyl-carbami", "pseudocholinesterase", "ec 3.1.1.8", "rivastigmine[wiki][usan]"}|>, "1845" -> <|"DatabaseID" -> "SW01221", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9884"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5959]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00791"]}, "IsomericSmiles" -> "c1c(c(=O)[nH]c(=O)[nH]1)N(CCCl)CCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06265"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "URACIL MUSTARD"|>, "PharmGKBID" -> "PA451830", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6194]}, "Synonyms" -> {"uracil mustard", "aminouracil mustard", "uracillost", "chlorethaminacil", "uracilmostaza", "demethyldopan", "uramustin", "nordopan", "uramustine", "desmethyldopan", "haemanthamine", "uracil nitrogen mustard", "uracil lost[german]", "deoxyribonucleic acid", "5-bis(2-chloroethyl)aminouracil", "5-(bis(2-chlorethyl)amino)-2,4(1h,3h)pyrimidinedione", "2 6-dihydroxy-5-bis[2-chloroethyl]aminopyrimidine", "deoxyuridine[wiki]", "2,6-dihydroxy-5-bis[2-chloroethyl]aminopyrimidine", "5-[bis(2-chloroethyl)amino]uracil", "2,4(1h,3h)-pyrimidinedione 5-[bis(2-chloroethyl)amino]-", "2,4(1h,3h)-pyrimidinedione 5-(bis(2-chloroethyl)amino)-", "5-[bis(2-chloroethyl)amino]pyrimidine-2,4(1h,3h)-dione", "uramustine[wiki]", "5-[bis(2-chlorethyl)amino]-2,4(1h,3h)pyrimidinedione", "5-(bis(2-chloroethyl)amino)-2,4(1h,3h)pyrimidinedione", "uracil 5-[bis (2-chloroethyl)amino]-", "5-(di-2-chloroethyl)aminouracil", "5-[di(b-chloroethyl)amino]uracil", "5-(bis(2-chloroethyl)amino)uracil", "5-[di(2-chloroethyl)amino]uracil", "2,4 (1h 3h)-pyrimidinedione 5-[bis(2-chloroethyl)amino]-", "66-75-1[rn]", "5-n,n-bis(2-chloroethyl)aminouracil", "2,6-dihydroxy-5-bis[2-chloroethyl]aminopyramidine", "1-[(4s,5r)-4-hydroxy-5-(hydroxymethyl)oxolan-2-yl]pyrimidine-2,4-dione", "5-[bis(2-chloroethyl)amino]-2,4(1h,3h)-pyrimidinedione[acd/iupac name]", "uramustina[spanish][inn]", "uramustinum[latin]", "uracil 5-(bis(2-chloroethyl)amino)-", "2,6-dihydroxy-5-bis(2-chloroethyl)aminopyrimidine", "5-aminouracil mustard", "200-631-3[einecs]", "337376-15-5"}|>, "1846" -> <|"DatabaseID" -> "SW01222", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3687"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9793]}, "IsomericSmiles" -> "Cc1cc2c(c(c1)[O-])C(=O)c3c(cccc3[O-])C2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysophanein;chrysophanic acid;chrysophanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10208]}, "Synonyms" -> {"chrysophanol", "chrysophanic acid", "chrysophanein", "c.i. natural yellow 23", "crysophanic acid", "3-methylchrysazin", "9,10-anthracenedione 1 8-dihydroxy-3-methyl-", "481-74-3", "4 5-dihydroxy-2-methylanthraquinone", "3-methyl-1 8-dihydroxyanthraquinone", "1,8-dihydroxy-3-methylanthraquinone", "3-methyl-1,8-dihydroxyanthraquinone", "4,5-dihydroxy-2-methylanthraquinone", "turkey rhubarb", "1,8-dihydroxy-3-methyl-9,10-dihydroanthracene-9,10-dione", "9,10-anthracenedione 1,8-dihydroxy-3-methyl- (9ci)", "1,8-dihydroxy-3-methylanthracene-9,10-dione", "9,10-anthracenedione 1,8-dihydroxy-3-methyl-", "1", "chrysophansaeure", "4", "1,8-dihydroxy-3-methylanthra-9,10-quinone", "481-74-3[rn]", "1,8-dihydroxy-3-methyl-9,10-anthrachinon[german]", "chrysophanic acid (1,8-dihydroxy-3-methylanthraquinone)", "chrysophansaeure[german]", "1,8-dihydroxy-3-methyl-anthraquinone", "1,8-dihydroxy-3-methyl-9,10-anthracenedione", "chrysophanol:9,10-anthracenedione,1,8-dihydroxy-3-methyl", "crysophanol", "chrysophanic acid (chrysophanol)", "anthraquinone 1,8-dihydroxy-3-methyl-", "1252300[beilstein]", "1,8-dihydroxy-3-methyl-9,10-anthraquinone", "2-methyl-4,5-dihydroxyanthraquinone", "rhenic acid", "207-572-2[einecs]"}|>, "1847" -> <|"DatabaseID" -> "SW01223", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65864]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3ccc4c(c3C2=O)OCO4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "morindaparvin-a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73072]}, "Synonyms" -> {"morindaparvin a", "anthra(1,2-d)-1,3-dioxole-6,11-dione", "naphtho[2", "anthra[1,2-d]-1,3-dioxole-6,11-dione", "41621-32-3[rn]", "41621-32-3", "anthra[1", "1", "ac1q6nkj", "1,2-methylenedioxyanthraquinone", "ar-1h7419", "nsc363177", "ac1l2j7z", "chembl452754", "anthra[1,2-d][1,3]dioxole-6,11-dione"}|>, "1848" -> <|"DatabaseID" -> "SW01224", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "133809"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2112]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01125"]}, "IsomericSmiles" -> "COc1ccc(cc1)C2C(=O)c3ccccc3C2=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07457"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ANISINDIONE"|>, "PharmGKBID" -> "PA164746467", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2197]}, "Synonyms" -> {"miradon", "anisin indandione", "unidone", "anisindione", "3-08-00-02931 (beilstein handbook reference)[beilstein]", "2-[4-(methyloxy)phenyl]-1h-indene-1,3(2h)-dione", "1,3-indandione 2-(p-methoxyphenyl)-", "anisindionum", "anisindione [ban:inn][inn]", "chebi:133809", "gamma-glutamyl carboxylase", "anisindionum[latin]", "2-(p-methoxyphenyl)-1,3-indandione", "anisindiona[spanish][inn]", "vitamin k gamma glutamyl carboxylase", "1,3-indanedione 2-(4-methoxyphenyl)-", "2-(4-methoxyphenyl)indan-1,3-dione", "1h-indene-1,3(2h)-dione 2-(4-methoxyphenyl)-", "2-p-anisyl-1", "204-186-6[einecs]", "miradon; 2- p -anisyl-1,3-indanedione", "2-para-anisyl-1,3-indandione", "2-(4-methoxy-phenyl)-indan-1,3-dione", "2-(4-methoxyphenyl)indane-1,3-dione", "2-para-anisyl-1", "2-(4-methoxyphenyl)-2-hydrocyclopenta[1,2-a]benzene-1,3-dione", "2-(4-methoxyphenyl)-1h-indene-1", "2-(4-methoxyphenyl)-1h-indene-1,3(2h)-dione[acd/iupac name]", "3-08-00-02931", "2-p-anisyl-1,3-indandione", "117-37-3[rn]", "anisindione[wiki]", "anisindionum [inn_la]", "anisindiona", "ec 6.4.-.-", "miradon;", "miradon[wiki]", "2-(p-methoxyphenyl)indane-1,3-dione"}|>, "1849" -> <|"DatabaseID" -> "SW01225", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8107"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1710], ExternalIdentifier["ChemSpiderID", 175131]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00252"]}, "IsomericSmiles" -> "c1ccc(cc1)C2(C(=O)NC(=O)N2)c3ccccc3", "OfficialNames" -> <|"Indian Approved Name" -> "phenytoin sodium;phenytoin", "NPC Approved Name" -> "benzeneacetamide n-(aminocarbonyl)-.alpha.-ethyl-", "Australia Approved Name" -> "PHENYTOIN SODIUM;PHENYTOIN", "China Approved Name" -> "phenytoin;phenytoinum natricum", "WHO Essential Medicine" -> "phenytoin", "FDA Approved Drug" -> "PHENYTOIN;PHENYTOIN SODIUM"|>, "PharmGKBID" -> "PA450947", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1775], ExternalIdentifier["PubChemCompoundID", 202231]}, "Synonyms" -> {"aleviatin", "fenylepsin", "diphantoin", "zentropil", "phenytoine", "epamin", "fentoin", "tacosal", "phenatine", "phenytoin", "diphenylhydantoin", "dilantin", "ictalis simple", "dihydantoin", "elepsindon", "citrulliamon", "citrullamon", "lepsin", "hidantina", "saceril", "phenhydanin", "diphenylan", "gerot-epilan-d", "diphentyn", "dintoin", "iphenylhydantoin", "zentronal", "hidantina senosian", "phenytoin-gerot", "dantoinal klinos", "sodantoin", "kessodanten", "oxylan", "sodanthon", "fenytoine", "lepitoin", "diphenine", "causoin", "hindatal", "hidantal", "enkelfel", "epelin", "phenytex", "minetoin", "epifenyl", "silantin", "ditoinate", "epised", "phentytoin", "dilantine", "thilophenyl", "fenidantoin s", "dilabid", "difhydan", "di-hydan", "epilantin", "diphenylhydatanoin", "diphentoin", "epinat", "idantoin", "idantoil", "didan tdc 250", "labopal", "dantoine", "epihydan", "antisacer", "sinergina", "sylantoic", "phenitoin", "sodanton", "diphenin", "diphenat", "solantin", "fenantoin", "eptoin", "neos-hidantoina", "phanatine", "di-phetine", "om-hydantoine", "hydantol", "eptal", "dintoina", "dantoinal", "neosidantoina", "danten", "dantinal", "di-lan", "epanutin", "denyl", "epdantoin simple", "epasmir 5", "dilantin acid", "epilan d", "hydantin", "convul", "difetoin", "comitoina", "dillantin", "dihycon", "auranile", "ritmenal", "hidantilo", "hydantoinal", "epilan-d", "solantoin", "phenatoine", "phanantin", "hydantal", "diphedal", "dilantin-125", "diphedan", "phenhydan", "lehydan", "novophenytoin", "phentoin", "5,5-diphenylhydantoin", "hidantomin", "novantoina", "fenytoin dak", "epilan", "hidantina vitoria", "sanepil", "solantyl", "om hidantoina simple", "difenin", "toin", "difenilhidantoina", "sodium channel protein brain i subunit alpha", "difenilhidantoina [spanish]", "prompt phenytoin sodium", "ekko", "phenytoin sodium", "5", "5,5-dwufenylohydantoina", "dph", "diphenylan sodium", "phenytoinum [inn-latin]", "dilantin w phenobarbital 15mg (phenobarbital + phenytoin sodium)_mixture", "voltage-gated sodium channel subunit alpha nav1.1", "comital", "epdantoine simple", "toin unicelles", "mesantoin", "hidan", "phenytoin awd", "phenytoine [inn-french]", "diphenylhydantoine [french]", "fenitoina [inn-spanish]", "hydantoin", "sodium channel protein type i subunit alpha", "dilantin w phenobarbital 30mg cap (phenobarbital + phenytoin sodium)_mixture", "didan-tdc-250", "5,5-diphenylimidazolidine-2,4-dione", "phenytoinum[latin]", "di-len", "epileptin", "ditomed", "epasmir \"5\"", "novodiphenyl", "2-hydroxy-5,5-diphenyl-3,5-dihydro-4h-imidazol-4-one", "alepsin", "4h-imidazol-4-one 1,5-dihydro-2-hydroxy-5,5-diphenyl-", "aleviatin;", "5,5-diphenyl-2,4-imidazolidinedione[acd/iupac name]", "dilantin-30", "ditoin", "fenantoin mn pharma", "epsolin", "fenidantoin \"s\"", "5,5-dwufenylohydantoina[polish]", "diphenylhydantoine[french]", "ekko capsules", "5,5-diphenyltetrahydro-1h-2,4-imidazoledione", "5,5-diphenylhydantoin (iupac)", "5,5-diphenylimidazolidin-2,4-dione", "5,5-diphenyl hydantoin", "4h-imidazol-4-one 3,5-dihydro-2-hydroxy-5,5-diphenyl-", "episar", "epasmir ''5''", "211-148-2[einecs]", "5,5-diphenyl-imidazolidine-2,4-dione", "389-08-2[rn]", "hidantin", "dilantin infatabs", "derizene", "384532", "fenitoina[spanish][inn]", "epdantoin", "fenigramon", "metinal idantoina", "12619-61-3[rn]", "dilantin (tn)", "5,5-diphenylimidazolidin-2,4-dion", "diphenylhydantoin (van)", "57-41-0[rn]", "dilantin injection", "fenidantoin", "muldis", "5 5-diphenylhydantoin", "phenytoine[french][inn]", "cumatil", "125-59-7[rn]", "aurantin", "200-328-6[einecs]", "eptolin", "hydantoin 5,5-diphenyl-", "dilantin suspension", "fenitron", "630-93-3[rn]", "enkefal", "phenytoin sodium[jan]", "epilantin-e", "5,5-diphenyl-1,3-diazolidine-2,4-dione", "phenytoin5,5-diphenyl-imidazolidine-2,4-dione", "citrullanon", "2-hydroxy-5,5-diphenyl-1,5-dihydro-4h-imidazol-4-one", "phenytek", "hydantoin 5,5-diphenyl- (8ci)", "di-lan (van)", "fenitoina", "2,4-imidazolidinedione 5,5-diphenyl- (9ci)", "difenilhidantoina[spanish]", "phenytoin[wiki]", "phenilep", "pht", "mebroin", "phanatin", "decatona", "337376-15-5", "sdph", "2,4-imidazolidinedione 5,5-diphenyl-", "trinurid h", "trinuride", "trinuride hydrogen", "trinuride h", "8057-97-4[rn]", "8057-97-4", "n-carbamoyl-2-phenylbutanamide; 5", "benzeneacetamide", "ac1l484a", "ls-28471"}|>, "1850" -> <|"DatabaseID" -> "SW01226", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7824"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31608]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00776"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(=O)c3ccccc3N2C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00533"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxcarbazepine", "Australia Approved Name" -> "OXCARBAZEPINE", "FDA Approved Drug" -> "OXCARBAZEPINE"|>, "PharmGKBID" -> "PA450732", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 34312]}, "Synonyms" -> {"oxcarbazepine", "trileptal", "oxcarbamazepine", "oxacarbazepine", "timox", "oxcarbazepina", "oxcarbazepinum", "oxcarbazepine[wiki][inn][usan]", "oxcarb", "epilexter", "5h-dibenz(b,f)azepine-5-carboxamide 10,11-dihydro-10-oxo-", "sodium channel protein type v subunit alpha", "oxcarbazepina; oxcarbazepine; oxcarbazepinum", "trileptal (tn)", "10-oxo-11h-dibenzo[b,f]azaperhydroepine-5-carboxamide", "10,11-dihydro-10-oxo-5h-dibenz[b,f]azepine-5-carboxamide; oxacarbazepine", "oxcarbazepime", "oxcarbazepinum[latin]", "voltage-gated sodium channel subunit alpha nav1.5", "10-oxo-10,11-dihydro-dibenzo[b,f]azepine-5-carboxylicacid amide", "trileptal[wiki]", "28721-07-5", "hh1", "249-188-8[einecs]", "10,11-dihydro-10-oxo-5h-dibenz[b,f]azepine-5-carboxamide", "10-oxo-10,11-dihydro-5h-dibenzo[b,f]azepine-5-carboxamide[acd/iupac name]", "28721-07-5[rn]", "c036006", "10,11-dihydro-10-oxo-5h-dibenz(b,f)azepine-5-carboxamide", "sodium channel protein cardiac muscle alpha-subunit", "10-oxo-10,11-dihydro-5h-dibenzo[b,f]azepin-5-carboxamid", "10,11-dihydro-10-oxo-5h-dibenzo[b,f]azepine-5-carboxamide", "10,11-dihydro-10-oxo-5h-dibenz(b,f)azepine-5-carboxamide; oxcarbazepine", "oxcarb;", "5h-dibenz[b,f]azepine-5-carboxamide 10,11-dihydro-10-oxo-", "oxaprozine[french][inn]", "oxcarbazepina[spanish][inn]"}|>, "1851" -> <|"DatabaseID" -> "SW01227", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9332"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5138]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01015"]}, "IsomericSmiles" -> "Cc1cc(no1)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00447"]}, "OfficialNames" -> <|"China Approved Name" -> "sulfamethoxazole", "Indian Approved Name" -> "sulphamethoxazole", "WHO Essential Medicine" -> "sulfamethoxazole", "Australia Approved Name" -> "SULFAMETHOXAZOLE"|>, "PharmGKBID" -> "PA451544", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5329]}, "Synonyms" -> {"gantanol", "sulfamethoxazole", "radonil", "simsinomin", "sinomin", "sulfamethoxazol", "metoxal", "sulfamethylisoxazole", "sulphamethoxazole", "sulfisomezole", "bactrimel", "gantanol-ds", "sulphamethylisoxazole", "septran", "sulfamethalazole", "sulphisomezole", "azo-gantanol", "apo-sulfamethoxazole", "sulphamethoxazol", "gamazole", "azo gantanol", "urobak", "trib", "sulphamethalazole", "sulfamethoxizole", "sim", "sulphamethoxazole bp 98", "sulpha-methoxizole", "novo-trimel ds tab (sulfamethoxazole + trimethoprim)_mixture", "septra pediatric suspension (sulfamethoxazole + trimethoprim)_mixture", "folylpoly-gamma-glutamate synthetase", "apo sulfatrim ds tab (sulfamethoxazole + trimethoprim)_mixture", "roubac tab 160/800 (sulfamethoxazole + trimethoprim)_mixture", "novo-trimel tab (sulfamethoxazole + trimethoprim)_mixture", "novo-trimel oral sus (sulfamethoxazole + trimethoprim)_mixture", "septra injection (sulfamethoxazole + trimethoprim)_mixture", "riva-sep ds (sulfamethoxazole + trimethoprim)_mixture", "ec 6.3.2.17", "bactrim ds roche tab (sulfamethoxazole + trimethoprim)_mixture", "septra (sulfamethoxazole + trimethoprim)_mixture", "apo sulfatrim pediatric (sulfamethoxazole + trimethoprim)_mixture", "apo sulfatrim tab (sulfamethoxazole + trimethoprim)_mixture", "bactrim roche tab (sulfamethoxazole + trimethoprim)_mixture", "sulfamethoxazole and trimethoprim tablets (sulfamethoxazole + trimethoprim)_mixture", "bactrim roche inj (sulfamethoxazole + trimethoprim)_mixture", "protrin df tab (sulfamethoxazole + trimethoprim)_mixture", "roubac tab 80/400 (sulfamethoxazole + trimethoprim)_mixture", "bactrim roche suspension paediatric (sulfamethoxazole + trimethoprim)_mixture", "protrin tab (sulfamethoxazole + trimethoprim)_mixture", "tetrahydrofolate synthase", "septra ds tablets (sulfamethoxazole + trimethoprim)_mixture", "fpgs", "sulfamethoxazole [usan:inn:jan][inn][jan][usan]", "4-amino-n-(5-methylisoxazol-3-yl)benzenesulphonamide", "septra", "4-amino-n-(5-methyl-isoxazol-3-yl)-benzenesulfonamide", "sulfatrim", "d013420", "5-methyl-3-sulfanilamidoisoxazole", "co-trimoxazole", "4-amino-n-(5-methyl-3-isoxazolyl)benzenesulfonamide", "723-46-6[rn]", "sulmeprim pediatric", "129378-89-8[rn]", "cas-723-46-6", "211-963-3[einecs]", "sulfisomezole[wiki]", "3-sulfanilamido-5-methylisoxazole", "8064-90-2[rn]", "sulfamethoxazolum[latin]", "bactrim[wiki]", "n1-(5-methyl-3-isoxazolyl)sulfanilamide", "ro 6-2580/11", "uroplus ds", "smz", "smx", "uroplus ss", "ro 4-2130", "4-amino-n-(5-methyl-3-isoxazolyl)benzenesulfonamide; n1-(5-methylisoxazol-3-yl)sulfanilamide", "sulfanilamide n1- (5-methyl-3-isoxazolyl)-", "acetylsulfamethoxazole", "sulfanilamide n(1)-(5-methyl-3-isoxazolyl)-", "3-(p-aminophenylsulfonamido)-5-methylisoxazole", "sulfanilamide n'-(5-methyl-3-isoxazolyl)-", "n1-(5-methylisoxazol-3-yl)-4-aminobenzene-1-sulfonamide", "4-27-00-04685 (beilstein handbook reference)[beilstein]", "septrin[wiki]", "sulfametoxazol[spanish][inn]", "component of bactrim", "4-amino-n-(5-methyl-3-isoxazolyl)-benzenesulfonamide", "4-amino-n-(5-methylisoxazol-3-yl)benzolsulfonamid", "sulfanilamide n1-(5-methyl-3-isoxazolyl)- (8ci)", "[(4-aminophenyl)sulfonyl](5-methylisoxazol-3-yl)amine", "gantanol gantanol ds", "3-(4-aminophenylsulfonamido)-5-methylisoxazole", "ro-4-2130", "sulfamethoprim", "sulmeprim", "n1-(5-methylisoxazol-3-yl)sulfanilamide", "cotrim d.s.", "sulfamethoxazole[wiki]", "a047", "4-amino-n-(5-methyl-1,2-oxazol-3-yl)benzolsulfonamid", "sulfomethoxazole", "benzenesulfonamide 4-amino-n- (5-methyl-3-isoxazolyl)-", "eusaprim", "n'-(5-methyl-3-isoxazole)sulfanilamide", "sulfamethoxazole; n(1)-(5-methyl-3-isoxazolyl)sulfanilamide", "n'-(5-methylisoxazol-3-yl)sulphanilamide", "4-amino-n-(5-methylisoxazol-3-yl)benzenesulfonamide", "n(sup1)-(5-methyl-3-isoxazolyl)sulfanilamide", "solfametossazolo [dcit]", "n'-(5-methyl-3-isoxazolyl)sulfanilamide", "benzenesulfonamide 4-amino-n-(5-methyl-3-isoxazolyl)-", "cotrim[wiki]", "5-methyl-3-sulphanil-amidoisoxazole", "sulphamethoxazole[wiki]", "4-amino-n-(5-methyl-1,2-oxazol-3-yl)benzenesulfonamide[acd/iupac name]", "component of azo gantanol", "sulfamethoxazole sodium", "sulfamethoprim-ds", "3-(para-aminophenylsulphonamido)-5-methylisoxazole", "n(sup 1)-(5-methyl-3-isoxazolyl)sulphanilamide", "4-amino-n-(5-methyl-3-isoxazoyl)benzenesulfonamide", "smz/tmp", "gantanol (tn)", "4-amino-n-[5-methyl-3-isoxazolyl]benzenesulfonamide", "tl8005058", "3-sulphanilamido-5-methylisoxazole", "suphamethoxazole", "5-methyl-3-sulfanylamidoisoxazole", "337376-15-5", "fectrim"}|>, "1852" -> <|"DatabaseID" -> "SW01228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 36030]}, "IsomericSmiles" -> "c1cc[n+](c(c1)SSc2cccc[n+]2[O-])[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "dipyrithione magnesium sulfate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39387]}, "Synonyms" -> {"omadine mds", "einecs 256-115-3", "70849-05-7[rn]", "43143-11-9[rn]", "256-115-3[einecs]", "ls-148222", "magnesium 1-oxido-2-[(1-oxidopyridin-1-ium-2-yl)disulfanyl]pyridin-1-ium sulfate", "sulfuricacid magnesium salt (1:1),compd. with 2,2'-dithiobis(pyridine) 1,1'-oxide", "(2", "magnesium sulfate adduct of 2,2-dithio-bis-pyridine 1-oxide", "magnesium sulfate adduct of 2", "magnesium sulfate compound with 2", "ac1l21mv", "magnesiumsulfatecompoundwith 2,2'-dithio-bis-(pyridine-1-oxide)", "sulfuric acid", "(2,2'-dithiobis(pyridine) 1,1'-dioxide-o,o',s)(sulphato(2-)-o)magnesium", "bis(2-pyridyl-1-oxide)disulfide magnesium sulfa*", "n", "n,n-dioxydipyridyl2,2-disulfide compd. withmagnesium sulfatetrihydrate", "71724-05-5[rn]"}|>, "1853" -> <|"DatabaseID" -> "SW01229", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3699"], ExternalIdentifier["ChEBIID", "50362"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2654], ExternalIdentifier["ChemSpiderID", 46196]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00501"]}, "IsomericSmiles" -> "Cc1c(nc[nH]1)CSCCN/C(=N/C#N)/NC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00295"], ExternalIdentifier["KEGGID", "D03503"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CIMETIDINE;CIMETIDINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449001", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2756], ExternalIdentifier["PubChemCompoundID", 50963], ExternalIdentifier["PubChemCompoundID", 24883446]}, "Synonyms" -> {"cimetidine hcl", "acibilin", "gastromet", "cimetidine hydrochloride", "tagamet", "eureceptor", "dyspamet", "cimetag", "cimetidine", "cimetidine[wiki]", "peptol", "n''-cyano-n-methyl-n'-(2-{[(5-methyl-1h-imidazol-4-yl)methyl]thio}ethyl)guanidine(cimetidine)", "ulcedin", "cimetidine a/ab", "ulcedine", "tametin", "ulcimet", "ulcomet", "acinil", "ulhys", "tagamet hb", "ulcerfen", "cimal", "ulcomedina", "cimetidinum", "chebi:50362", "cimetex", "cimetidina", "cimetum", "tagamet[wiki]", "edalene", "3-cyano-2-methyl-1-[2-[(5-methyl-1h-imidazol-4-yl)methylsulfanyl]ethyl]guanidine", "tagamet liquid", "ulcofalk", "tagamet hb 200", "tratul", "n-tert-butyl-n'-[4-(1h-imidazol-4-yl)-phenyl]-formamidine(cimetidine)", "51481-61-9[rn]", "n-methyl-n-[2-(5-methyl-1h-4-imidazolylmethylsulfanyl)ethyl]-1-cyanoiminomethanediamine", "2-methyl-8-phenethyl-imidazo[1,2-a]pyridine-3-carboxylic acid methyl ester(cimetidine)", "cimetidina; cimetidine; cimetidinum", "tl8003410", "akos015898228", "n-methyl-n-[2-(5-methyl-1h-4-imidazolylmethylsulfanyl)ethyl]imino(-n-cyano)methanediaminem", "n''-cyano-n-methyl-n'-({[(5-methyl-1h-imidazol-4-yl)methyl]thio}methyl)guanidine(cimetidine)", "guanidine n''-cyano-n-methyl-n'-[2-[[(4-methyl-1h-imidazol-5-yl)methyl]thio]ethyl]-", "guanidine n-cyano-n''-methyl-n'-[2-[[(5-methyl-1h-imidazol-4-yl)methyl]thio]ethyl]-", "skf-92334; tagamet", "n-cyano-n'-methyl-n''-(2-(((5-methyl-1h-imidazol-4-yl)methyl)thio)ethyl)guanidine", "(2-butyl-benzofuran-3-yl)-[4-(2-diethylamino-ethoxy)-3,5-diiodo-phenyl]-methanone", "acitak;acinil;altramet;azucimet;cedine;cimagen;cimal;cimetag;cime;cimeldine;cimetimax;durah2;dyspamet;edalene;galenamet;gastromet;magicul;metracin;neutromed;neutronorm;peptimax;peptol;phimetin;sigmetadine;tagamet;tametin;ulcedin;ultek;ulcometin;ulcostad;venopex;zita", "cimetidina[spanish][inn]", "2-cyano-1-methyl-3-[2-(5-methyl-1h-imidazol-4-yl-methylthio)ethyl]guanidine", "cimetag; tagamet hb 200; ulcerfen", "guanidine n-cyano-n''-methyl-n'-[2-[[(4-methyl-1h-imidazol-5-yl)methyl]thio]ethyl]-", "n-methyl-n-[2-(5-methyl-1h-4-imidazolylmethylsulfanyl)ethyl]cyanoiminomethanediamine (cimetidine)", "{(1e)-1-(methylamino)-4-[(4-methylimidazol-5-yl)methylthio]-2-azabut-1-enyl}am inocarbonitrile", "guanidine", "1-cyano-2-methyl-3-(2-{[(4-methyl-1h-imidazol-5-yl)methyl]sulfanyl}ethyl)guanidine hydrochloride", "2-cyano-1-methyl-3-(2-{[(5-methyl-1h-imidazol-4-yl)methyl]sulfanyl}ethyl)guanidine", "n-methyl-n'-[2-(5-methyl-1h-imidazol-4-ylmethylsulfanyl)-ethyl]-n''-cyano-guanidine(cimetidine)", "274-297-2[einecs]", "metracin", "n-cyano-n'-methyl-n''-(2-(((5-methyl-1h-imidazol-4-yl) methyl)thio)ethyl)guanidine", "2-cyano-1-methyl-3-(2-{[(5-methyl-1h-imidazol-4-yl)methyl]sulfanyl}ethyl)guanidine hydrochloride (1:1)", "n-cyano-n'-methyl-n''-(2-(((5-methyl-1h-imidazol-4-yl)methyl)thio)ethyl)guanidine(cimetidine)", "ulcedine.", "n-cyano-n'-methyl-n''-[2-[[(5-methyl-1h-imidazol-4-yl)methyl]thio]ethyl]guanidine", "(z)-2-cyano-1-methyl-3-(2-((5-methyl-1h-imidazol-4-yl)methylthio)ethyl)guanidine", "70059-30-2", "guanidine n''-cyano-n-methyl-n'-[2-[[(5-methyl-1h-imidazol-4-yl)methyl]thio]ethyl]- monohydrochloride", "(cimetidine) n-methyl-n'-[2-(5-methyl-1h-imidazol-4-ylmethylsulfanyl)-ethyl]-guanidine,cyanide", "2-cyan-1-methyl-3-(2-{[(5-methyl-1h-imidazol-4-yl)methyl]sulfanyl}ethyl)guanidin", "acitak;", "1-cyano-2-methyl-3-(2-(((5-methyl-4-imidazolyl)methyl)thio)ethyl)guanidine", "guanidine n''-cyano-n-methyl-n'-(2-(((5-methyl-1h-imidazol-4-yl)methyl)thio)ethyl)- monohydrochloride", "2-cyano-1-methyl-3-(2-(((5-methylimidazol-4-yl)methyl)thio)ethyl)guanidine", "guanidine n-cyano-n'-methyl-n''-[2-[[(4-methyl-1h-imidazol-5-yl)methyl]thio]ethyl]-", "(z)-2-cyano-1-methyl-3-(2-(((5-methyl-1h-imidazol-4-yl)methyl)thio)ethyl)guanidine", "n-cyano-n'-methyl-n''-(2-([(5-methyl-1h-imidazol-4-yl)methyl]sulfanyl)ethyl)guanidine", "n-cyano-n'-methyl-n''-[2-[[(5-methyl-1h-imidazol-4-yl)methyl]thio]ethyl]guanidinehydrochloride", "magicul", "n''-cyano-n-methyl-n'-(2-(((5-methyl-1h-imidazol-4-yl)methyl)thio)-ethyl)guanidine", "n-cyano-n'-methyl-n''-(2-(((5-methyl-1h-imidazol-4-yl)methyl)thio)ethyl)guanidine monohydrochloride", "cimetadine", "gastrobitan", "2-cyano-1-methyl-3-(2-(((5-methylimidazol-4-yl)methyl)thio)ethyl)guanidine monohydrochloride", "n-cyano-n'-methyl-n''-[2-[[(5-methyl-1h-imidazol-4-yl)methyl]thio]ethyl]guanidinemonohydrochloride", "guanidine n-cyano-n'-methyl-n''-(2-(((5-methyl-1h-imidazol-4-yl)methyl)thio)ethyl)-", "tl8004938", "endo", "sigmetadine", "2984-61-4[rn]", "cimetum", "1-cyano-3-methyl-2-(2-{[(5-methyl-1h-imidazol-4-yl)methyl]sulfanyl}ethyl)guanidine hydrochloride (1:1)", "n-cyano-n'-methyl-n''-(2-(((5-methyl-1h-imidazol-4-yl)methyl)thio)ethyl)guanidinemonohydrochloride", "1-cyano-2-methyl-3-(2-{[(5-methyl-1h-imidazol-4-yl)methyl]sulfanyl}ethyl)guanidine hydrochloride", "biomet[wiki]", "cimetidine hydrochloride[usp]", "n''-cyano-n-methyl-n'-(2-{[(5-methyl-1h-imidazol-4-yl)methyl]thio}ethyl)guanidine", "n-methyl-n'-cyano-n''-[2-(5-methyl-1h-imidazol-4-ylmethylsulfanyl)-ethyl]-guanidine", "valmagen", "guanidine n''-cyano-n-methyl-n'-[2-[[(5-methyl-1h-imidazol-4-yl)methyl]thio]ethyl]- hydrochloride(1:1)", "51481-61-9", "tagamet (tn)", "gastric receptor i", "(cimetidine) n-methyl-n-[2-(5-methyl-1h-4-imidazolylmethylsulfanyl)ethyl]cyanoiminomethanediamine", "guanidine n-cyano-n'-methyl-n''-[2-[[(5-methyl-1h-imidazol-4-yl)methyl]thio]ethyl]- hydrochloride(1:1)", "fpf 1002", "(cimetidine)n-methyl-n-[2-(5-methyl-1h-4-imidazolylmethylsulfanyl)ethyl]cyanomethyliminomethanediamine", "2-cyano-1-methyl-3-(2-{[(4-methyl-1h-imidazol-5-yl)methyl]sulfanyl}ethyl)guanidine", "n-cyano-n'-methyl-n''-[2-[(5-methyl-1h-imidazol-4-yl)methyl]thio]ethyl]guanidine", "1-cyano-2-methyl-3-(2-{[(4-methyl-1h-imidazol-5-yl)methyl]sulfanyl}ethyl)guanidine", "n-cyano-n'-methyl-n''-(2-(((5-methyl-1h-imidazol-4-yl)methyl)thio)ethyl)guanidinehydrochloride", "257-232-2[einecs]", "n-methyl-n'-[2-(5-methyl-1h-imidazol-4-ylmethylsulfanyl)-ethyl]-n''-cyano-guanidine", "tagamet skf-92334 tratul tametin", "1-cyano-2-methyl-3-(2-((5-methyl-1h-imidazol-4-yl)methylthio)ethyl)guanidine", "venopex", "cimetidine [usan:ban:inn:jan][inn][jan][usan]", "2-methylamino-2-[2-(4-methyl-1h-5-imidazolylmethylsulfanyl)ethylamino]-(e)-1-imino cyanide", "n-cyanomethyl-n'-methyl-n''-[2-(5-methyl-1h-imidazol-4-ylmethylsulfanyl)-ethyl]-guanidine( cimetidine)", "histodil", "2-cyan-1-methyl-3-(2-{[(5-methyl-1h-imidazol-4-yl)methyl]sulfanyl}ethyl)guanidinhydrochlorid", "2-chloro-5-(1-hydroxy-3-oxo-2,3-dihydro-1h-isoindol-1-yl)-benzenesulfonamide(cimetidine)", "n''''-cyano-n-methyl-n''-(2-{[(5-methyl-1h-imidazol-4-yl)methyl]thio}ethyl)guanidine", "{(1e)-1-(methylamino)-4-[(4-methylimidazol-5-yl)methylthio]-2-azabut-1-enyl}aminocarbonitrile", "einecs 274-297-2", "71989-90-7[rn]", "n-methyl-n'-[2-(5-methyl-1h-imidazol-4-ylmethylsulfanyl)-ethyl]-cyanoguanidine(cimetidine)", "guanidine n''-cyano-n-methyl-n'-[2-[[(5-methyl-1h-imidazol-4-yl)methyl]thio]ethyl]-", "2-cyano-1-methyl-3-(2-{[(5-methyl-1h-imidazol-4-yl)methyl]thio}ethyl)guanidine", "brumetidina", "276-264-8[einecs]", "2-methylamino-2-[2-(5-methyl-1h-4-imidazolylmethylsulfanyl)ethylamino]-(z)-1-imino cyanide(cimetidine)", "1-cyano-2-methyl-3-(2-{[(5-methyl-1h-imidazol-4-yl)methyl]sulfanyl}ethyl)guanidine[acd/iupac name]", "2-cyano-1-methyl-3-(2-{[(5-methyl-1h-imidazol-4-yl)methyl]sulfanyl}ethyl)guanidine hydrochloride", "70059-30-2[rn]", "coenzyme q0", "i11-0521", "[51481-61-9]", "brumetadina", "hydrogenchloride2-cyano-1-methyl-3-(2-{[(5-methyl-1h-imidazol-4-yl)methyl]sulfanyl}ethyl)guanidine (1:1:1)", "guanidine n''-cyano-n-methyl-n'-[2-[[(5-methyl-1h-imidazol-4-yl)methyl]thio]ethyl]- chloride hydrogen salt (1:1)", "h2r", "cimetidinum[latin]", "337376-15-5", "guanidine n''-cyano-n-methyl-n'-(2-(((5-methyl-1h-imidazol-4-yl)methyl)thio)ethyl)-"}|>, "1854" -> <|"DatabaseID" -> "SW01230", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7337]}, "IsomericSmiles" -> "c1ccc2c(c1)nc(s2)SN3CCOCC3", "OfficialNames" -> <|"NPC Approved Name" -> "2-(4-morpholino)thiobenzothiazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7619]}, "Synonyms" -> {"nobs special", "santocure mor", "vulkacit moz", "vulcafor bsm", "amax", "2-(morpholinothio)benzothiazole", "sulfenax mor", "sulfenamide m", "2-(morpholin-4-ylthio)-1,3-benzothiazole", "n-oxydiethylenebenzothiazole-2-sulfenamide", "2-(4-morpholinothio)benzothiazole", "35309-99-0[rn]", "4-27-00-01868 (beilstein handbook reference)[beilstein]", "2-(4-morpholinylthio)benzothiazole", "n,n-(oxydiethylene)-2-benzothiazylsulfenamide", "2-benzothiazolyl n-morpholino sulfide", "31440-29-6[rn]", "mbs", "2-morpholin-4-ylthiobenzothiazole", "2-(4-morpholino)thiobenzothiazole", "n n-(oxydiethylene)-2-benzothiazylsulfenamide", "(2-morpholinothio)benzothiazole", "n n-(oxydiethylene)-2-benzothiazolesulfenamide", "benzothiazolyl-2-sulfenmorpholide", "108251-60-1[rn]", "203-052-4[einecs]", "2-benzothiazolesulfenemorpholide", "n-(oxodiethylene)-2-benzothiazolesulfenamide", "usaf cy-7", "2-morpholinothiobenzothiazole", "cure-rite obts", "morpholine 4-(2-benzothiazolylthio)-", "n,n-(oxydiethylene)benzothiazole-2-sulfenamide", "vulcafor ssm", "40860-79-5[rn]", "delac mor", "n-oxydiethyl-2-benzthiazolsulfenamid", "n-(oxydiethylene)benzothiazylsulfenamide", "n-(oxydiethylene)-2-benzothiazolesulfenamide", "2-(4-morpholinylthio)-1,3-benzothiazole", "morpholine 4- (2-benzothiazolylthio)-", "4-(2-benzothiazolylthio)morpholine", "4-(benzo[d]thiazol-2-ylthio)morpholine", "benzothiazole-2-sulfenamide n-(oxydiethylene)-", "meramide m", "2-(4-morpholinylsulfanyl)-1,3-benzothiazole[acd/iupac name]", "sulfenax mob", "accel ns", "benzothiazole 2- (morpholinothio)-", "benzothiazole 2-(morpholinothio)-", "2-benzothiazolesulfenamide n-morphol", "morpholine", "n-(oxydiethylene)benzothiazole-2-sulfenamide", "102-77-2[rn]", "n n-(oxydiethylene)benzothiazole-2-sulfenamide", "n-oxydiethylene-2-benzothiazylsulfenamide", "n-oxydiethylene-2-benzothiazole sulfenamide", "benzothiazole 2-(4-morpholinylthio)-", "2-(morpholin-4-ylsulfanyl)-1,3-benzothiazole"}|>, "1855" -> <|"DatabaseID" -> "SW01231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9087243]}, "IsomericSmiles" -> "C[C@@H]1CC[C@H]([NH2+][C@H]1CCC(C)(C)O)c2ccoc2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nupharamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10911986]}, "Synonyms" -> {"nupharamine", "()-nupharamine", "c17464"}|>, "1856" -> <|"DatabaseID" -> "SW01232", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444926]}, "IsomericSmiles" -> "c1ccc(cc1)c2cc(=O)c3c(cc(cc3o2)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281607]}, "Synonyms" -> {"nsc-407436", "chrysine", "5", "5,7-dihydroxy-2-phenyl-4h-benzo(b)pyran-4-one", "chrysin[wiki]", "chrysidenon 1438", "5,7-dihydroxy-2-phenyl-4h-chromen-4-on", "crisina[portuguese]", "c-5980", "5 7-dihydroxyflavone", "4h-1-benzopyran-4-one 5,7-dihydroxy-2-phenyl- (9ci)", "s00112", "nsc407436", "chrysinic acid;", "galangin flavanone", "480-40-4", "chrysin", "480-40-0", "5,7-dihydroxy flavone", "5,7-dihydroxy-2-phenylchromen-4-one", "chrysinic acid;5,7-dihydroxyflavone", "5,7-dihydroxy-2-phenyl-chromen-4-one(chrysin)", "5,7-dihydroxy-2-phenyl-chromen-4-one", "5,7-dihydroxy-2-phenyl-4h-chromen-4-one", "4h-1-benzopyran-4-one 5,7-dihydroxy-2-phenyl-", "5,7-dioh-flavone", "207-549-7[einecs]", "5,7-dihydroxy-2-phenyl-4h-1-benzopyran-4-one", "flavone", "4h-1-benzopyran-4-one", "5,7-dihydroxy-flavone", "flavone 5,7-dihydroxy-", "5,7-hydroxyflavone", "480-40-0[rn]", "c043561", "einecs 207-549-7", "5,7-dihydroxyflavone", "5-18-04-00076 (beilstein handbook reference)[beilstein]"}|>, "1857" -> <|"DatabaseID" -> "SW01233", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63928"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8219]}, "IsomericSmiles" -> "CC1(CC(=O)c2ccccc2C1=O)S(=O)(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "menadione sodium bisulfite", "Australia Approved Name" -> "SULFONATE SODIUM"|>, "Synonyms" -> {"kavitan", "klotogen", "kavitamin", "hemoklot", "kawitan", "hykinone", "vikasol", "dohyfral", "vikasolum", "vitamin k3 sodium bisulfite", "menadione sodium bisulfite", "2-naphthalenesulfonic acid,1,2,3,4-tetrahydro-2-methyl-1,4-dioxo- sodium salt", "menadioni natrii bisulfis", "menadion sodium bisulfite", "menadione sodio bisolfito [dcit]", "menadione sodium bisulfite[inn]", "hemodal", "bisulfite sodique de menadione[french][inn]", "8028-24-8[rn]", "2-methyl-1,4-naphthoquinone sodium hydrogen sulfite", "8053-08-5[rn]", "bisulfito sodico de menadiona[spanish][inn]", "6147-37-1[rn]", "sodium dihydromenadione-2-sulfonate", "204-987-0[einecs]", "130-37-0[rn]", "1,2,3,4-tetrahydro-2-methyl-1,4-dioxo-2-naphthalenesulfonic acid sodiumsalt", "8017-97-8[rn]", "hetroge k premix", "57414-02-5[rn]", "menadioni natrii hydrogensulfis", "golagen k", "menadione sodium bisulfite anhydrous", "1,2,3,4-tetrahydro-2-methyl-1,4-dioxo-2-naphthalenesulfonic acid sodiumsalt trihydrate", "klotogen f 227", "bisulfito sodico de menadiona", "kalzon", "hetrogen k", "sodium 1,2,3,4-tetrahydro-2-methyl-1,4-dioxo-2-naphthalenesulfonate", "natrium menadionsulfonicum", "sodium menadione bisulfite", "2-methyl-1,4-naphthoquinone sodiumbisulfite", "menadioni natrii bisulfis[latin]", "2-methylnaphthoquinone sodium hydrogen sulfite", "2-naphthalenesulfonic acid,1,2,3,4-tetrahydro-2-methyl-1,4-dioxo- sodium salt (1:1)", "bisulfitesodiquede menadione; bisulfito sodico de menadiona;menadionesodium bisulfite;menadioni natriibisulfis", "menachinonum natrium bisulfurosum", "2-methyl-1,4-naphthoquinone sodium bisulfate", "menadioni natrii bisulfis [inn_en]", "klotogen f 16", "klotogen f", "k-trombina", "sodium 2-methyl-1,4-dioxo-1,2,3,4-tetrahydronaphthalene-2-sulfonate", "8012-53-1[rn]", "2-naphthalenesulfonic acid,1,2,3,4-tetrahydro-2-methyl-1,4-dioxo- sodium", "msbc", "ido-k", "1,4-naphthoquinone 2-methyl- sodium bisulfite", "menadione sodium sulfonate", "2-methyl-1,4-naphthoquinone sodium bisulfite", "2-methyl-1,4-naphthochinon-natrium-bisulfit trihydrat[german]", "menaphthone sodium bisulphite", "menadionesodiumdisulfite", "bisulfite sodique de menadione", "2-methyl-1,4-dioxo-2,3-dihydronaphthalene-2-sulfonic acid sodium salt", "130-36-9[rn]", "2,3-dihydro-2-methyl-1,4-naphthoquinone-2-sulfonate sodium", "vitamin k injection", "menaphthone sodium bisulfite", "menadione sodium hydrogen sulfite", "k-50"}|>, "1858" -> <|"DatabaseID" -> "SW01233", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63928"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8219]}, "IsomericSmiles" -> "CC1(CC(=O)c2ccccc2C1=O)S(=O)(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "menadione sodium bisulfite", "Australia Approved Name" -> "SULFONATE SODIUM"|>, "Synonyms" -> {"kavitan", "klotogen", "kavitamin", "hemoklot", "kawitan", "hykinone", "vikasol", "dohyfral", "vikasolum", "vitamin k3 sodium bisulfite", "menadione sodium bisulfite", "2-naphthalenesulfonic acid,1,2,3,4-tetrahydro-2-methyl-1,4-dioxo- sodium salt", "menadioni natrii bisulfis", "menadion sodium bisulfite", "menadione sodio bisolfito [dcit]", "menadione sodium bisulfite[inn]", "hemodal", "bisulfite sodique de menadione[french][inn]", "8028-24-8[rn]", "2-methyl-1,4-naphthoquinone sodium hydrogen sulfite", "8053-08-5[rn]", "bisulfito sodico de menadiona[spanish][inn]", "6147-37-1[rn]", "sodium dihydromenadione-2-sulfonate", "204-987-0[einecs]", "130-37-0[rn]", "1,2,3,4-tetrahydro-2-methyl-1,4-dioxo-2-naphthalenesulfonic acid sodiumsalt", "8017-97-8[rn]", "hetroge k premix", "57414-02-5[rn]", "menadioni natrii hydrogensulfis", "golagen k", "menadione sodium bisulfite anhydrous", "1,2,3,4-tetrahydro-2-methyl-1,4-dioxo-2-naphthalenesulfonic acid sodiumsalt trihydrate", "klotogen f 227", "bisulfito sodico de menadiona", "kalzon", "hetrogen k", "sodium 1,2,3,4-tetrahydro-2-methyl-1,4-dioxo-2-naphthalenesulfonate", "natrium menadionsulfonicum", "sodium menadione bisulfite", "2-methyl-1,4-naphthoquinone sodiumbisulfite", "menadioni natrii bisulfis[latin]", "2-methylnaphthoquinone sodium hydrogen sulfite", "2-naphthalenesulfonic acid,1,2,3,4-tetrahydro-2-methyl-1,4-dioxo- sodium salt (1:1)", "bisulfitesodiquede menadione; bisulfito sodico de menadiona;menadionesodium bisulfite;menadioni natriibisulfis", "menachinonum natrium bisulfurosum", "2-methyl-1,4-naphthoquinone sodium bisulfate", "menadioni natrii bisulfis [inn_en]", "klotogen f 16", "klotogen f", "k-trombina", "sodium 2-methyl-1,4-dioxo-1,2,3,4-tetrahydronaphthalene-2-sulfonate", "8012-53-1[rn]", "2-naphthalenesulfonic acid,1,2,3,4-tetrahydro-2-methyl-1,4-dioxo- sodium", "msbc", "ido-k", "1,4-naphthoquinone 2-methyl- sodium bisulfite", "menadione sodium sulfonate", "2-methyl-1,4-naphthoquinone sodium bisulfite", "2-methyl-1,4-naphthochinon-natrium-bisulfit trihydrat[german]", "menaphthone sodium bisulphite", "menadionesodiumdisulfite", "bisulfite sodique de menadione", "2-methyl-1,4-dioxo-2,3-dihydronaphthalene-2-sulfonic acid sodium salt", "130-36-9[rn]", "2,3-dihydro-2-methyl-1,4-naphthoquinone-2-sulfonate sodium", "vitamin k injection", "menaphthone sodium bisulfite", "menadione sodium hydrogen sulfite", "k-50"}|>, "1859" -> <|"DatabaseID" -> "SW01234", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4816]}, "IsomericSmiles" -> "CNC(=O)OCc1cccc(n1)COC(=O)NC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01396"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pyricarbate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4990]}, "Synonyms" -> {"anginin", "pyridinol carbamate", "angioxine", "parmidine r", "sospitan 500", "colesterinex", "parmidine", "prodectin", "atover", "angioxine (tn)", "vasagin", "vasoverin", "pyricarbatum[latin]", "5-21-04-00441[beilstein]", "pyricarbate", "pyricarbate[inn]", "1882-26-4[rn]", "veranterol", "carbamic acid methyl- 2,6-pyridinediyldimethylene ester", "pyridinolcarbamate", "5-21-04-00441 (beilstein handbook reference)[beilstein]", "vasapril", "duvaline", "aterosan", "pyridine-2,6-diyldi(methylene) bis(methylcarbamate)", "pyricarbato[spanish][inn]", "cicloven", "51527-88-9[rn]", "piridinol carbamato[spanish]", "2,6-pyridinedimethanol bis(methylcarbamate) ester", "methylcarbamic acid 2,6-pyridinediyldimethylene ester", "movecil", "2,6-pyridinylenebis[methyl-n-methylcarbamate]", "anginine", "vasocil", "pyridine-2,6-diylbis(methylene) bis(methylcarbamate)", "2,6-pyridinedimethanol bis(methylcarbamate) (ester)", "217-538-9[einecs]", "pyridine-2,6-diyldimethanediyl bis(methylcarbamate)", "anginin (tn)", "2,6-pyridinedimethanol bis(methylcarbamate) (ester)", "ravenil"}|>, "1860" -> <|"DatabaseID" -> "SW01235", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 571040]}, "IsomericSmiles" -> "c1nc2c(n1CCC(CO)CO)[nH]c(nc2=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02124"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PENCICLOVIR SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23678982]}, "Synonyms" -> {"penciclovir sodium", "denavir", "9-[4-hydroxy-3-(hydroxymethyl)but-1-yl]guanine monosodium salt", "sodium 4-(2-amino-6-oxo-3,6-dihydro-9h-purin-9-yl)-2-(hydroxymethyl)butan-1-olate", "penciclovir sodium [usan]", "97845-62-0[rn]", "unii-p06226385l", "9-(4-hydroxy-3-(hydroxymethyl)butyl)guanine monosodium salt", "97845-62-0", "2-amino-1,9-dihydro-9-[4-hydroxy-3-(hydroxymethyl)butyl]-6h-purin-6-onemonosodium salt", "penciclovir sodium[usan]", "vectavir", "brl 39123-d", "pcv", "1", "6h-purin-6-one 2-amino-3,9-dihydro-9-[4-hydroxy-3-(hydroxymethyl)butyl]- sodiumsalt (1:1)", "chembl1200849", "2-amino-1", "penciclovir", "penciclovir sodium (usan)", "c10h14n5o3.na", "denavir (tn)", "brl 39123a"}|>, "1861" -> <|"DatabaseID" -> "SW01236", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5345]}, "IsomericSmiles" -> "c1ccc(cc1)c2c(nc3c(n2)c(nc(n3)N)N)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00386"]}, "OfficialNames" -> <|"Indian Approved Name" -> "triamterene", "FDA Approved Drug" -> "TRIAMTERENE"|>, "PharmGKBID" -> "PA451752", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5546]}, "Synonyms" -> {"triampur", "ademin", "dyrenium", "dytac", "pterophene", "triamterene", "taturil", "pterofen", "jatropur", "noridil", "6-phenyl-2,4,7-triaminopteridine", "hidiurese", "dytac;", "triamterene[wiki]", "2,4,7-triamino-6-phenylteridine", "6-phenylpteridine-2,4,7-triamine", "nephral", "dyrenium[wiki]", "renezide", "d014223", "sk-8542", "jenateren", "turfa", "triamthiazid", "sk&f-8542;", "6-phenyl-pteridine-2,4,7-triamine", "dazid", "triurene", "dyazide[wiki]", "apo-triazide", "triamterena[spanish][inn]", "kalspare", "tricilone", "anjal", "206-904-3[einecs]", "component of dyazide", "diurene", "diren", "ditak", "teridin", "amteren", "trispan", "triteren", "5-26-17-00447 (beilstein handbook reference)[beilstein]", "hypertorr", "triamteren", "2,4,7-pteridinetriamine 6-phenyl-", "396-01-0[rn]", "diuteren", "6-phenylpteridin-2,4,7-triamin", "tri-span", "isobar[wiki]", "dyrenium (tn)", "diarol", "noridyl", "uretren", "reviten", "hydrene", "triamterenum[latin]", "thiazid wolff", "dyren", "diucelpin", "esiteren", "6-phenyl-2,4,7-pteridinetriamine[acd/iupac name]", "triamterene usp[usp]", "trizid", "2,4,7-triamino-6-phenyl pteridine", "masuharmin", "urocaudal.", "pteridine 2,4,7-triamino-6-phenyl-", "sali-puren", "urocaudal", "maxzide-25", "sk&f; 8542", "dinazide", "teriam", "dyberzide", "dytac;dyrenium;jatropur;urocaudal;triampur;tri-span;pterophene;pterofen;adernine", "dytenzide", "triamterene [usan:ban:inn:jan][inn][jan][usan]", "diutensat", "266723", "2 4,7-pteridinetriamine 6-phenyl-", "pteridine deriv. 11", "cas-396-01-0", "ademine", "triamterine", "maxzide", "skandf 8542", "2,4 7-triamino-6-phenylpteridine", "2,4,7-triamino-6-fenilpteridina[italian]", "337376-15-5", "2,4,7-triamino-6-phenylpteridine", "triamizide", "triamteril"}|>, "1862" -> <|"DatabaseID" -> "SW01237", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6128"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3693]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01009"]}, "IsomericSmiles" -> "CC(c1cccc(c1)C(=O)c2ccccc2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00132"]}, "OfficialNames" -> <|"Australia Approved Name" -> "KETOPROFEN", "FDA Approved Drug" -> "KETOPROFEN"|>, "PharmGKBID" -> "PA450149", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3825]}, "Synonyms" -> {"alrheumat", "epatec", "profenid", "orudis", "alrheumun", "capisten", "ketoprofen", "2-(3-benzoylphenyl)propionic acid", "actron", "orudis kt", "toprek", "22071-15-4", "toprec", "orugesic", "ketopron", "meprofen", "fastum", "kefenid", "oruvail", "lertus", "oscorel", "menamin", "m-benzoylhydratropic acid", "dexal", "iso-k", "rp-19583", "orudis;oruvail;ketoflam;orudis kt;actron", "racemic ketoprofen", "aneol", "ketoprofen [usan:ban:inn:jan][inn][jan][usan]", "ketoprofen (actron)", "2-(m-benzoylphenyl)propionic acid", "2-(3-benzoyl-phenyl)-propionic acid", "orudis oruvail ketoflam orudis kt", "15962-46-6[rn]", "19583 rp", "alrheumat;orudis;oruvail;alrheumun", "ketoprophene[wiki]", "ketoprofeno[spanish][inn]", "ketoprofene", "ketoprofenum[latin]", "172964-50-0[rn]", "ketoprofen[wiki]", "2-(3-benzoylphenyl)propanoic acid[acd/iupac name]", "156604-79-4[rn]", "acide (benzoyl-3-phenyl)-2-propionique[french]", "cxcr-1", "244-759-8[einecs]", "orudis (tn)", "l'acide (benzoyl-3-phenyl)-2-propionique", "oruvail[wiki]", "il-8r a", "2-[3-(phenylcarbonyl)phenyl]propanoic acid", "ketoprophen", "9005-80-5[rn]", "(s)-(+)-ketoprofen", "alrheumat;", "racemic-ketoprofen", "22161-86-0[rn]", "57469-78-0[rn]", "ketoprofen lysine", "cd181 antigen", "dexketoprofen trometamol", "enantyum", "propionic acid 2-(3-benzoylphenyl)-", "3-benzoylhydratropic acid", "cdw128a", "22071-15-4[rn]", "ketoprofen lysinate", "orudis[wiki]", "benzeneacetic acid 3-benzoyl-a-methyl-", "ketoprofen extended-release", "r.p. 19583", "il-8 receptor type 1", "22161-81-5[rn]"}|>, "1863" -> <|"DatabaseID" -> "SW01237", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6128"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3693]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01009"]}, "IsomericSmiles" -> "CC(c1cccc(c1)C(=O)c2ccccc2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00132"]}, "OfficialNames" -> <|"Australia Approved Name" -> "KETOPROFEN", "FDA Approved Drug" -> "KETOPROFEN"|>, "PharmGKBID" -> "PA450149", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3825]}, "Synonyms" -> {"alrheumat", "epatec", "profenid", "orudis", "alrheumun", "capisten", "ketoprofen", "2-(3-benzoylphenyl)propionic acid", "actron", "orudis kt", "toprek", "22071-15-4", "toprec", "orugesic", "ketopron", "meprofen", "fastum", "kefenid", "oruvail", "lertus", "oscorel", "menamin", "m-benzoylhydratropic acid", "dexal", "iso-k", "rp-19583", "orudis;oruvail;ketoflam;orudis kt;actron", "racemic ketoprofen", "aneol", "ketoprofen [usan:ban:inn:jan][inn][jan][usan]", "ketoprofen (actron)", "2-(m-benzoylphenyl)propionic acid", "2-(3-benzoyl-phenyl)-propionic acid", "orudis oruvail ketoflam orudis kt", "15962-46-6[rn]", "19583 rp", "alrheumat;orudis;oruvail;alrheumun", "ketoprophene[wiki]", "ketoprofeno[spanish][inn]", "ketoprofene", "ketoprofenum[latin]", "172964-50-0[rn]", "ketoprofen[wiki]", "2-(3-benzoylphenyl)propanoic acid[acd/iupac name]", "156604-79-4[rn]", "acide (benzoyl-3-phenyl)-2-propionique[french]", "cxcr-1", "244-759-8[einecs]", "orudis (tn)", "l'acide (benzoyl-3-phenyl)-2-propionique", "oruvail[wiki]", "il-8r a", "2-[3-(phenylcarbonyl)phenyl]propanoic acid", "ketoprophen", "9005-80-5[rn]", "(s)-(+)-ketoprofen", "alrheumat;", "racemic-ketoprofen", "22161-86-0[rn]", "57469-78-0[rn]", "ketoprofen lysine", "cd181 antigen", "dexketoprofen trometamol", "enantyum", "propionic acid 2-(3-benzoylphenyl)-", "3-benzoylhydratropic acid", "cdw128a", "22071-15-4[rn]", "ketoprofen lysinate", "orudis[wiki]", "benzeneacetic acid 3-benzoyl-a-methyl-", "ketoprofen extended-release", "r.p. 19583", "il-8 receptor type 1", "22161-81-5[rn]"}|>, "1864" -> <|"DatabaseID" -> "SW01238", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293536]}, "IsomericSmiles" -> "C[C@@H](c1cccc(c1)C(=O)c2ccccc2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dexketoprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 667550]}, "Synonyms" -> {"dexketoprofen", "quiralam", "dexketoprofen (inn)", "dexketoprofen trometamol", "(+)-ketoprofen", "(+)-3-benzoylhydratropic acid", "22161-81-5", "nosatel", "dexketoprofen [inn]", "(s)-ketoprofen", "(s)-(+)-ketoprofen", "ketesse", "viaxal", "(s)-(+)-ketoprofen trometamol", "st066909", "keral", "hydratropic acid"}|>, "1865" -> <|"DatabaseID" -> "SW01239", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31599"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3218]}, "IsomericSmiles" -> "c1ccc(cc1)c2ccc(cc2)C(=O)CCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01344"]}, "OfficialNames" -> <|"China Approved Name" -> "fenbufen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3335]}, "Synonyms" -> {"fenbufen", "lederfen", "3-(4-phenylbenzoyl)propionic acid", "napanol", "bufemid", "cinopal", "4-(4-biphenylyl)-4-oxobutyric acid", "3-10-00-03334", "4-(biphenyl-4-yl)-4-oxobutanoic acid", "fenbufen [usan:ban:inn:jan][inn][jan][usan]", "b-p-phenylbenzoylpropionic acid", "cas-36330-85-5", "cybufen", "butyric acid 4-(4-biphenyl)-4-oxo-", "g-oxo-[1,1'-biphenyl]-4-butanoic acid", "252-979-0[einecs]", "[1,1'-biphenyl]-4-butanoic acid g-oxo-", "gamma-oxo(1", "fenbufene [inn-french]", "4-(4-biphenylyl)-4-oxobutanoic acid[acd/iupac name]", "2378560[beilstein]", "reugast", "fenbufen (jp15/usan)[usan][jp15]", "propionic acid 3-(4-biphenylylcarbonyl)-", "3-(4-biphenylcarbonyl)propionic acid", "fenbufene[french][inn]", "4-[1,1'-biphenyl-4-yl]-4-oxobutanoic acid", "4-biphenyl-4-yl-4-oxobutanoic acid", "diphenyl-4-g-oxo-g-butyric acid", "4-(4-biphenyl)-4-oxobutyric acid", "4-(1,1'-biphenyl-4-yl)-4-oxobutanoic acid", "36330-85-5[rn]", "fenbufenum[latin]", "3-(4-biphenylylcarbonyl)propionic acid", "4-([1,1'-biphenyl]-4-yl)-4-oxobutanoic acid", "3-10-00-03334 (beilstein handbook reference)[beilstein]", "4-oxo-4-(4-phenylphenyl)butanoic acid", "chebi:31599", "36330-85-5", "cepal"}|>, "1866" -> <|"DatabaseID" -> "SW01240", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17606"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 785]}, "IsomericSmiles" -> "II", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00108"]}, "OfficialNames" -> <|"Indian Approved Name" -> "iodine", "WHO Essential Medicine" -> "iodine", "Australia Approved Name" -> "IODINE", "Traditional Herbal Isolate" -> "iodine", "FDA Approved Drug" -> "IODINE POVACRYLEX"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 807]}, "Synonyms" -> {"molecular iodine", "iodine", "vistarin", "diiodine", "eranol", "iodio", "8012-81-5[rn]", "cadex", "jood[dutch]", "12190-71-5[rn]", "7789-33-5[rn]", "iodine sublimed", "diiodane", "3587194[beilstein]", "actomar", "24503-90-0[rn]", "iode[french]", "231-442-4[einecs]", "iodine[wiki][jan][acd/iupac name]", "7553-56-2[rn]", "tincture iodine", "iodine crystals", "8031-47-8[rn]", "iodine tincture", "d007455", "8012-85-9[rn]", "jod[polish]", "iodine solution", "i2", "diiodan[german]", "eosin[wiki]", "diiodan"}|>, "1867" -> <|"DatabaseID" -> "SW01241", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8645"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6431]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3c(cc(c(c3C2=O)[O-])O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "purpurin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6683]}, "Synonyms" -> {"1", "hydroxylizaric acid", "verantin", "smoke brown g", "purpurine", "1,2,4-trihydroxy-9,10-anthracenedione", "1,2,4-trihydroxyanthraquinone[wiki]", "81-54-9", "81-54-9[rn]", "1,2,4-trihydroxy-anthraquinone", "1,2 4-trihydroxyanthraquinone", "1,2,4-trihydroxyanthra-9,10-quinone", "4-08-00-03568 (beilstein handbook reference)[beilstein]", "anthraquinone 1,2,4-trihydroxy-", "purpurin[wiki]", "anthraquinone", "1,2,4-trihydroxy-9 10-anthraquinone", "c.i. natural red 8", "purpurin madder root", "c410870", "purpurin", "1,2,4-trihydroxy-9,10-anthraquinone[acd/iupac name]", "1,2,4-trihydroxyanthracene-9,10-dione", "9,10-anthracenedione 1,2,4-trihydroxy- (9ci)", "1,2,4-trihydroxyanthrachinon", "c.i. natural red 16", "9,10-anthracenedione 1,2,4-trihydroxy-", "9,10-anthracenedione 1,2 4-trihydroxy-", "201-359-8[einecs]", "1887127[beilstein]"}|>, "1868" -> <|"DatabaseID" -> "SW01242", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28197"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445025]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(ccc3c2=O)O)O", "OfficialNames" -> <|"China Approved Name" -> "daidzein", "Traditional Herbal Isolate" -> "diadzein;daidzein", "Indian Approved Name" -> "diadzein"|>, "Synonyms" -> {"diadzein", "7-hydroxy-3-(4-hydroxyphenyl)-4h-1-benzopyran-4-one", "daidzeol", "7-hydroxy-3-(4-hydroxyphenyl)chromen-4-one", "7-hydroxy-3-(4-hydroxyphenyl)-4-benzopyrone", "7,4'-dihydroxyisoflavone", "5-18-04-00089 (beilstein handbook reference)[beilstein]", "k 251b", "231523[beilstein]", "7-hydroxy-3-(4-hydroxy- phenyl)-4h-1-benzo- pyran-4-one", "s00273", "c004742", "486-66-8[rn]", "7-hydroxy-3-(4-hydroxyphenyl)-4h-chromen-4-on", "isoflavone 4',7-dihydroxy- (8ci)", "485-72-3[rn]", "daidzein (6ci)", "4',7-dihydroxy-iso-flavone", "7-hydroxy-3-(4-hydroxy phenyl) chromone", "7-hydroxy-3-(4-hydroxy phenyl)-4h-1-benzo pyran-4-one", "7-hydroxy-3-(4-hydroxyphenyl)-4h-chromen-4-one", "7,4-dihydroxyisoflavone", "7-hydroxy-3-(4-hydroxy- phenyl)- chromone", "7-hydroxy-3-(4-hydroxy-phenyl)-chromen-4-one", "7-hydroxy-3-(4-hydroxy-phenyl)-chromen-4-one daidzein", "207-635-4[einecs]", "formononetin", "4h-1-benzopyran-4-one 7-hydroxy-3-(4-hydroxyphenyl)-", "daidzein[wiki]", "4',7-dihydroxyisoflavone", "daidzein", "4'", "isoaurostatin", "7", "486-66-8", "4' 7-dihydroxyisoflavone", "4,7-dihydroxyisoflavone", "dihydroxyflavone", "dimethylbiochanin b;", "daidzein (4',7-dihydroxyisoflavone)", "ccris 7600", "4',7-dihydroxyisoflavone; 7-hydroxy-3-(4-hydroxy-phenyl)-chromone; 7-hydroxy-3-(4-hydroxy-phenyl)-4h-1-benzo-pyran-4-one", "daidzein 7-hydroxy-3-(4-hydroxyphenyl)-4h-chromen-4-one", "dimethylbiochanin b;daizeol;daidzeol", "isoflavone"}|>, "1869" -> <|"DatabaseID" -> "SW01243", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4728"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3070]}, "IsomericSmiles" -> "Cn1c2c(c(=O)n(c1=O)C)n(cn2)CC(CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00691"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DYPHYLLINE"|>, "PharmGKBID" -> "PA164748027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3182]}, "Synonyms" -> {"diprophylline", "corphyllin", "glyphylline", "astrophyllin", "lufyllin", "dyphylline", "aristophyllin", "asthmolysin", "diprofilline", "diprofillin", "diprophyllin", "1h-purine-2,6-dione 7-(2,3-dihydroxypropyl)-3,7-dihydro-1,3-dimethyl", "lufyllin (tn)", "52756-53-3[rn]", "theophylline 7- (2,3-dihydroxypropyl)-", "7-(2,3-dihydroxypropyl)-1,3-dimethyl-2,3,6,7-tetrahydro-1h-purine-2,6-dione", "neothylline lufyllin diprophylline", "dihydroxypropyl theopylin[german]", "1,3-dimethyl-7-(2,3-dihydroxypropyl)xanthine", "neotilina", "1h-purine-2,6-dione 7- (2,3-dihydroxypropyl)-3,7-dihydro-1 3-dimethyl-", "lufyllin-400", "1h-purine-2,6-dione 7-(2,3-dihydroxypropyl)-3,7-dihydro-1,3-dimethyl-", "cor-theophylline", "hiphyllin", "astmamasit", "purifilin", "neophyllin", "dihydroxypropyl theophylline", "dt", "diprophyllinum [inn_la]", "dilor", "7-(2,3-dioxypropyl)theophylline", "dyphylline[usp]", "neutraphyllin", "diprophyllinum[latin]", "7-(2,3-dihydroxypropyl)-3,7-dihydro-1,3-dimethyl-1h-purine-2,6-dione", "5-26-14-00070", "neutrafil", "5-26-14-00070 (beilstein handbook reference)[beilstein]", "479-18-5", "coronarin", "propyphyllin", "7-(2,3-dihydroxypropyl)-1,3-dimethyl-1h-purine-2,6(3h,7h)-dione", "neufil", "(1,2-dihydroxy-3-propyl)thiophyllin", "thefylan", "soluphyllin", "teofen", "neophyl", "7-(b,g-dihydroxypropyl)theophylline", "coronal[wiki]", "7-(2,3-dihydroxypropyl) theophylline", "207-526-1[einecs]", "circair", "circain", "(1,2-dihydroxy-3-propyl)theophylline", "neutraphylline", "protheophylline", "30913-64-5[rn]", "7-(2,3-dihydroxypropyl)-1,3-dimethylxanthine", "68350-70-9[rn]", "neophyllin m", "diprofillina [dcit]", "479-18-5[rn]", "neutrafillina", "7-(2,3-dihydroxy-propyl)-1,3-dimethyl-3,7-dihydro-purine-2,6-dione", "neutroxantina", "dihydroxypropyl theopylin", "7-(2,3-dihydroxypropyl)-1,3-dimethyl-3,7-dihydro-1h-purin-2,6-dion", "glyphyllinum", "tefilan", "solufilin", "7-(2 3-dihydroxypropyl)theophylline", "afi-phyllin", "silbephyllin", "hyphylline", "glyphyllin", "14168-01-5[rn]", "theal ampules", "dyphylline(dilor)", "7-(2,3-dihydroxypropyl)-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione[acd/iupac name]", "tesfen", "dilor g", "synthophylline", "neothylline", "asthmolysine", "dipropylline", "liactemin", "dyflex", "iphyllin", "neo-vasophylline", "7-(2,3-dihydroxypropyl)-1,3-dimethyl-1,3,7-trihydropurine-2,6-dione", "hidroxiteofillina", "droxine[wiki]", "silbephylline", "neothylline-gg", "neostenovasan", "theophylline 7-(2,3-dihydroxypropyl)-", "7-(2,3-dihydroxypropyl)theophylline", "solufyllin", "neophylline", "diprofilina[spanish][inn]", "glyfyllin", "isophyllen"}|>, "1870" -> <|"DatabaseID" -> "SW01243", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4728"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3070]}, "IsomericSmiles" -> "Cn1c2c(c(=O)n(c1=O)C)n(cn2)CC(CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00691"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DYPHYLLINE"|>, "PharmGKBID" -> "PA164748027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3182]}, "Synonyms" -> {"diprophylline", "corphyllin", "glyphylline", "astrophyllin", "lufyllin", "dyphylline", "aristophyllin", "asthmolysin", "diprofilline", "diprofillin", "diprophyllin", "1h-purine-2,6-dione 7-(2,3-dihydroxypropyl)-3,7-dihydro-1,3-dimethyl", "lufyllin (tn)", "52756-53-3[rn]", "theophylline 7- (2,3-dihydroxypropyl)-", "7-(2,3-dihydroxypropyl)-1,3-dimethyl-2,3,6,7-tetrahydro-1h-purine-2,6-dione", "neothylline lufyllin diprophylline", "dihydroxypropyl theopylin[german]", "1,3-dimethyl-7-(2,3-dihydroxypropyl)xanthine", "neotilina", "1h-purine-2,6-dione 7- (2,3-dihydroxypropyl)-3,7-dihydro-1 3-dimethyl-", "lufyllin-400", "1h-purine-2,6-dione 7-(2,3-dihydroxypropyl)-3,7-dihydro-1,3-dimethyl-", "cor-theophylline", "hiphyllin", "astmamasit", "purifilin", "neophyllin", "dihydroxypropyl theophylline", "dt", "diprophyllinum [inn_la]", "dilor", "7-(2,3-dioxypropyl)theophylline", "dyphylline[usp]", "neutraphyllin", "diprophyllinum[latin]", "7-(2,3-dihydroxypropyl)-3,7-dihydro-1,3-dimethyl-1h-purine-2,6-dione", "5-26-14-00070", "neutrafil", "5-26-14-00070 (beilstein handbook reference)[beilstein]", "479-18-5", "coronarin", "propyphyllin", "7-(2,3-dihydroxypropyl)-1,3-dimethyl-1h-purine-2,6(3h,7h)-dione", "neufil", "(1,2-dihydroxy-3-propyl)thiophyllin", "thefylan", "soluphyllin", "teofen", "neophyl", "7-(b,g-dihydroxypropyl)theophylline", "coronal[wiki]", "7-(2,3-dihydroxypropyl) theophylline", "207-526-1[einecs]", "circair", "circain", "(1,2-dihydroxy-3-propyl)theophylline", "neutraphylline", "protheophylline", "30913-64-5[rn]", "7-(2,3-dihydroxypropyl)-1,3-dimethylxanthine", "68350-70-9[rn]", "neophyllin m", "diprofillina [dcit]", "479-18-5[rn]", "neutrafillina", "7-(2,3-dihydroxy-propyl)-1,3-dimethyl-3,7-dihydro-purine-2,6-dione", "neutroxantina", "dihydroxypropyl theopylin", "7-(2,3-dihydroxypropyl)-1,3-dimethyl-3,7-dihydro-1h-purin-2,6-dion", "glyphyllinum", "tefilan", "solufilin", "7-(2 3-dihydroxypropyl)theophylline", "afi-phyllin", "silbephyllin", "hyphylline", "glyphyllin", "14168-01-5[rn]", "theal ampules", "dyphylline(dilor)", "7-(2,3-dihydroxypropyl)-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione[acd/iupac name]", "tesfen", "dilor g", "synthophylline", "neothylline", "asthmolysine", "dipropylline", "liactemin", "dyflex", "iphyllin", "neo-vasophylline", "7-(2,3-dihydroxypropyl)-1,3-dimethyl-1,3,7-trihydropurine-2,6-dione", "hidroxiteofillina", "droxine[wiki]", "silbephylline", "neothylline-gg", "neostenovasan", "theophylline 7-(2,3-dihydroxypropyl)-", "7-(2,3-dihydroxypropyl)theophylline", "solufyllin", "neophylline", "diprofilina[spanish][inn]", "glyfyllin", "isophyllen"}|>, "1871" -> <|"DatabaseID" -> "SW01244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2051]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)c2cccc(c2N)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07443"]}, "OfficialNames" -> <|"NPC Approved Name" -> "amfenac"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2136]}, "Synonyms" -> {"amfenac", "61941-56-8[rn]", "amfenac (inn)", "amfenaco", "(2-amino-3-benzoylphenyl)acetic acid[acd/iupac name]", "ac1q5enx", "2-(2-amino-3-benzoylphenyl)acetic acid", "2-amino-3-benzoylphenylacetic acid", "515579-82-9", "2-amino-3-benzoylbenzeneacetic acid", "nsc 309467", "6312-68-1[rn]", "amfenaco[spanish]", "amfenacum [inn-latin]", "51579-82-9", "amfenacum[latin]", "61618-27-7[rn]", "(2-amino-3-benzoyl-phenyl)-acetic acid(amfenac)", "amfenac [inn:ban]", "(2-amino-3-benzoylphenyl)essigsaeure", "(2-amino-3-benzoylphenyl)acetic acid", "amfenacum", "benzeneacetic acid 2-amino-3-benzoyl-", "51579-82-9[rn]"}|>, "1872" -> <|"DatabaseID" -> "SW01245", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 75795], ExternalIdentifier["ChemSpiderID", 3694]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00465"]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)c2ccc3n2CCC3C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00813"], ExternalIdentifier["KEGGID", "D08104"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ketorolac", "FDA Approved Drug" -> "KETOROLAC TROMETHAMINE"|>, "PharmGKBID" -> "PA450150", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 84003], ExternalIdentifier["PubChemCompoundID", 3826]}, "Synonyms" -> {"toradol", "acular ls", "acular", "ketorolac tromethamine", "ketoralac", "ketorolac", "acular preservative free", "ketorolaco [spanish]", "ketorolacum [latin]", "ketorolac tromethamine[usp]", "ketorolac[wiki]", "acular[wiki]", "prostaglandin-endoperoxide synthase 1", "ketorolac tris salt", "phs 1", "74103-07-4", "toradol[wiki]", "acular pf", "pghs-1", "5-benzoyl-2,3-dihydro-1h-pyrrolizine-1-carboxylic acid[acd/iupac name]", "cox-1", "ec 1.14.99.1", "toradol (tn)", "pgh synthase 1", "74103-07-4[rn]", "acuvail", "prostaglandin h2 synthase 1", "cyclooxygenase- 1", "prostaglandin g/h synthase 1 precursor", "74103-06-3[rn]", "syntex", "syntex[wiki]", "exodol", "ketorolac (inn)", "5-benzoyl-2,3-dihydro-1h-pyrrolizine-1-carboxylic acid- 2-amino-2-(hydroxymethyl)propane-1,3-diol(1:1)", "droal", "toradol acular ketorolac tris salt", "ketorlac tromethamine", "ketorolaco[spanish]", "5-(phenylcarbonyl)-2,3-dihydropyrrolizinecarboxylic acid", "lixidol", "acular;ketorolac tris salt;toradol", "5-(phenylcarbonyl)-2,3-dihydropyrrolizinecarboxylic acid 2-amino-2-(hydroxymethyl)propane-1,3-diol", "74103-06-3", "ketorolacum[latin]", "ketoprofen[wiki]", "bppc", "toratex", "(+-)-ketorolac", "5-(phenylcarbonyl)-2,3-dihydro-1h-pyrrolizine-1-carboxylic acid", "ketorolacum", "ketrolac.tromethamine salt", "5-benzoyl-2,3-dihydro-1h-pyrrolizine-1-carboxylic acid(ketorolac)", "ketorolac (tromethamine salt)", "1h-pyrrolizine-1-carboxylic acid 5-benzoyl-2,3-dihydro-", "5-benzoyl-1,2-dihydro-3h-pyrrolo[1,2-a]pyrrole-1-carboxylic acid", "dolac", "1h-pyrrolizine-1-carboxylic acid 5-benzoyl-2,3-dihydro", "5-benzoyl-1,2-dihydro-3h-pyrrolo(1,2a)pyrrole-1-carboxylic acid", "d020910", "macril", "74103-07-4 74103-06-3 [ketorolac]", "5-(phenylcarbonyl)-2,3-dihydro-1h-pyrrolizine-1-carboxylic acid- 2-amino-2-(hydroxymethyl)propane-1,3-diol(1:1)", "ketorolac trometamol", "ketorolaco", "ketorolac (old rn)", "1,3-dihydroxy-2-(hydroxymethyl)propan-2-aminium 5-benzoyl-2,3-dihydro-1h-pyrrolizine-1-carboxylate", "9005-80-5[rn]", "74103-07-4 74103-06-3", "66635-83-4[rn]", "tora-dol", "acide 5-benzoyl-2,3-dihydro-1h-pyrrolizine-1-carboxylique", "1h-pyrrolizine-1-carboxylicacid 5-benzoyl-2,3-dihydro- compd. with 2-amino-2-(hydroxymethyl)-1,3-propanediol (1:1)", "sprix", "ketorolac (toradol)"}|>, "1873" -> <|"DatabaseID" -> "SW01245", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 75795], ExternalIdentifier["ChemSpiderID", 3694]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00465"]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)c2ccc3n2CCC3C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00813"], ExternalIdentifier["KEGGID", "D08104"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ketorolac", "FDA Approved Drug" -> "KETOROLAC TROMETHAMINE"|>, "PharmGKBID" -> "PA450150", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 84003], ExternalIdentifier["PubChemCompoundID", 3826]}, "Synonyms" -> {"toradol", "acular ls", "acular", "ketorolac tromethamine", "ketoralac", "ketorolac", "acular preservative free", "ketorolaco [spanish]", "ketorolacum [latin]", "ketorolac tromethamine[usp]", "ketorolac[wiki]", "acular[wiki]", "prostaglandin-endoperoxide synthase 1", "ketorolac tris salt", "phs 1", "74103-07-4", "toradol[wiki]", "acular pf", "pghs-1", "5-benzoyl-2,3-dihydro-1h-pyrrolizine-1-carboxylic acid[acd/iupac name]", "cox-1", "ec 1.14.99.1", "toradol (tn)", "pgh synthase 1", "74103-07-4[rn]", "acuvail", "prostaglandin h2 synthase 1", "cyclooxygenase- 1", "prostaglandin g/h synthase 1 precursor", "74103-06-3[rn]", "syntex", "syntex[wiki]", "exodol", "ketorolac (inn)", "5-benzoyl-2,3-dihydro-1h-pyrrolizine-1-carboxylic acid- 2-amino-2-(hydroxymethyl)propane-1,3-diol(1:1)", "droal", "toradol acular ketorolac tris salt", "ketorlac tromethamine", "ketorolaco[spanish]", "5-(phenylcarbonyl)-2,3-dihydropyrrolizinecarboxylic acid", "lixidol", "acular;ketorolac tris salt;toradol", "5-(phenylcarbonyl)-2,3-dihydropyrrolizinecarboxylic acid 2-amino-2-(hydroxymethyl)propane-1,3-diol", "74103-06-3", "ketorolacum[latin]", "ketoprofen[wiki]", "bppc", "toratex", "(+-)-ketorolac", "5-(phenylcarbonyl)-2,3-dihydro-1h-pyrrolizine-1-carboxylic acid", "ketorolacum", "ketrolac.tromethamine salt", "5-benzoyl-2,3-dihydro-1h-pyrrolizine-1-carboxylic acid(ketorolac)", "ketorolac (tromethamine salt)", "1h-pyrrolizine-1-carboxylic acid 5-benzoyl-2,3-dihydro-", "5-benzoyl-1,2-dihydro-3h-pyrrolo[1,2-a]pyrrole-1-carboxylic acid", "dolac", "1h-pyrrolizine-1-carboxylic acid 5-benzoyl-2,3-dihydro", "5-benzoyl-1,2-dihydro-3h-pyrrolo(1,2a)pyrrole-1-carboxylic acid", "d020910", "macril", "74103-07-4 74103-06-3 [ketorolac]", "5-(phenylcarbonyl)-2,3-dihydro-1h-pyrrolizine-1-carboxylic acid- 2-amino-2-(hydroxymethyl)propane-1,3-diol(1:1)", "ketorolac trometamol", "ketorolaco", "ketorolac (old rn)", "1,3-dihydroxy-2-(hydroxymethyl)propan-2-aminium 5-benzoyl-2,3-dihydro-1h-pyrrolizine-1-carboxylate", "9005-80-5[rn]", "74103-07-4 74103-06-3", "66635-83-4[rn]", "tora-dol", "acide 5-benzoyl-2,3-dihydro-1h-pyrrolizine-1-carboxylique", "1h-pyrrolizine-1-carboxylicacid 5-benzoyl-2,3-dihydro- compd. with 2-amino-2-(hydroxymethyl)-1,3-propanediol (1:1)", "sprix", "ketorolac (toradol)"}|>, "1874" -> <|"DatabaseID" -> "SW01246", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 133160]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06802"]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)c2cccc(c2N)CC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05143"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nepafenac", "FDA Approved Drug" -> "NEPAFENAC"|>, "PharmGKBID" -> "PA165958407", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 151075]}, "Synonyms" -> {"nevanac", "nepafenac", "amfenac amide", "2-amino-3-benzoylbenzeneacetamide", "phs ii", "2-[2-amino-3-(phenylcarbonyl)phenyl]acetamide", "2-(2-amino-3-benzoyl-phenyl)-acetamide", "78281-72-8[rn]", "ncgc00185741-01", "2-[2-amino-3-(benzoyl)phenyl]acetamide", "prostaglandin-endoperoxide synthase 2", "benzeneacetamide", "tl8005351", "benzeneacetamide 2-amino-3-benzoyl-", "2-[2-amino-3-(phenylcarbonyl)phenyl]acetamid", "nepafanac", "pghs-2", "cox-2", "prostaglandin g/h synthase 2 precursor", "2-(2-amino-3-benzoylphenyl)acetamide[acd/iupac name]", "78281-72-8", "pgh synthase 2", "2-amino-3-benzoyl-benzeneacetamide", "al 6515", "ahr-9434", "prostaglandin h2 synthase 2", "al-6515", "cyclooxygenase- 2", "2-(2-amino-3-benzoylphenyl)acetamide", "ec 1.14.99.1"}|>, "1875" -> <|"DatabaseID" -> "SW01247", "IsomericSmiles" -> "c1ccc2c(c1)C[C@@H](c3ccccc3N2C(=O)N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09215"]}, "OfficialNames" -> <|"Indian Approved Name" -> "eslicarbazepine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9881504]}, "Synonyms" -> {"zinc00896938", "(s)-10-monohydroxy-dihydro-carbamazepin", "eslicarbazepine", "chembl315985", "surecn418933", "tx-010213", "d09215", "sbb062931", "eslicarbazepine (usan/inn)", "unii-s5vxa428r4", "104746-04-5"}|>, "1876" -> <|"DatabaseID" -> "SW01248", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15012]}, "IsomericSmiles" -> "CCOc1ccc2c(c1)c(c3ccc(cc3[nH+]2)N)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01248"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ethacridine lactate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15789]}, "Synonyms" -> {"rivinol", "flavitrol", "hectalin", "acrinolum", "amoebin", "ethacridine lactate", "metifex", "2-ethoxy-6,9-diaminoacridine lactate", "1837-57-6[rn]", "7-ethoxyacridine-3,9-diamine 2-hydroxypropanoic acid", "1837-57-6; 6402-23-9 (hydrate)", "acridine 6,9-diamino-2-ethoxy- lactate", "2-hydroxypropanoicacid compd. with7-ethoxy-3,9-acridinediamine (1:1)", "acrinol hydrate[jp15]", "acridine 6 9-diamino-2-ethoxy- monolactate", "7-ethoxyacridine-3,9-diamine; 2-hydroxypropanoic acid", "antidiar 200 (tn)", "2-ethoxy-6,9-diaminoacridinium lactate", "tcmdc-123983", "6402-23-9[rn]", "acrinol", "acridine,6,9-diamino-2-ethoxy- compd. withlactic acid (1:1)", "lactic acid compd. with 6 9-diamino-2-ethoxyacridine (1:1)", "acrinol monohydrate", "akron[wiki]", "6 9-diamino-2-ethoxyacridine lactate", "acridine 6,9-diamino-2-ethoxy- monolactate", "rivanol", "acrolactine", "lactic acid compd. with 6,9-diamino-2-ethoxyacridine (1:1)", "217-408-1[einecs]", "6,9-acridinediamine 2-ethoxy- 2-hydroxypropanoate (1:1)", "propanoicacid 2-hydroxy-,compd. with 7-ethoxy-3,9-acridinediamine (1:1)", "acrinol hydrate", "antidian 200", "6,9-diamino-2-ethoxyacridine lactate", "antidiar 200", "acridine 6,9-diamino-2-ethoxy- cpd with lactic acid (1:1)", "2-hydroxypropanoic acid - 7-ethoxyacridine-3,9-diamine (1:1)", "2-aethoxy-6,9-diaminoacridinlactat[german]", "2-ethoxy-6 9-diaminoacridinium lactate", "3,9-diamino-7-ethoxyacridinium lactate"}|>, "1877" -> <|"DatabaseID" -> "SW01249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4295]}, "IsomericSmiles" -> "C[NH+]1CCOC(c2ccccc2C1)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08258"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nefopam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4450]}, "Synonyms" -> {"nefopam", "sinalgico", "fenazoxine", "acupan", "3,4,5,6-tetrahydro-5-methyl-1-phenyl-(1h)2,5-be*", "120056-57-7[rn]", "3-methyl-7-phenyl-6-oxa-3-azabicyclo[6.4.0]dodeca-8,10,12-triene", "23327-57-3 13669-70-0", "1h-2", "nefopam [inn:ban]", "23327-57-3 13669-70-0 [nefopam]", "nefopamum[latin]", "13669-70-0", "237-148-2[einecs]", "5-methyl-1-phenyl-3,4,5,6-tetrahydro-1h-2,5-benzoxazocine[acd/iupac name]", "1h-2,5-benzoxazocine 3,4,5,6-tetrahydro-5-methyl-1-phenyl-", "ajan", "3,4,5,6-tetrahydro-5-methyl-1-phenyl-1h-2,5-benzoxazocin", "23327-57-3[rn]", "5-methyl-1-phenyl-3,4,5,6-tetrahydro-1h-benzo[f][1,4]oxazocine", "5-methyl-1-phenyl-1", "5-methyl-1-phenyl-3", "5-methyl-1-phenyl-1,3,4,6-tetrahydro-2,5-benzoxazocine", "3,4,5,6-tetrahydro-5-methyl-1-phenyl-1h-2,5-benzoxazocine", "(1s)-5-methyl-1-phenyl-3,4,5,6-tetrahydro-1h-2,5-benzoxazocine", "1h-2,5-benzoxazocine 3,4,5,6-tetrahydro-5-methyl-1-phenyl- (8ci,9ci)", "13669-70-0[rn]", "nefopamum [inn-latin]", "einecs 237-148-2"}|>, "1878" -> <|"DatabaseID" -> "SW01249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4295]}, "IsomericSmiles" -> "C[NH+]1CCOC(c2ccccc2C1)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08258"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nefopam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4450]}, "Synonyms" -> {"nefopam", "sinalgico", "fenazoxine", "acupan", "3,4,5,6-tetrahydro-5-methyl-1-phenyl-(1h)2,5-be*", "120056-57-7[rn]", "3-methyl-7-phenyl-6-oxa-3-azabicyclo[6.4.0]dodeca-8,10,12-triene", "23327-57-3 13669-70-0", "1h-2", "nefopam [inn:ban]", "23327-57-3 13669-70-0 [nefopam]", "nefopamum[latin]", "13669-70-0", "237-148-2[einecs]", "5-methyl-1-phenyl-3,4,5,6-tetrahydro-1h-2,5-benzoxazocine[acd/iupac name]", "1h-2,5-benzoxazocine 3,4,5,6-tetrahydro-5-methyl-1-phenyl-", "ajan", "3,4,5,6-tetrahydro-5-methyl-1-phenyl-1h-2,5-benzoxazocin", "23327-57-3[rn]", "5-methyl-1-phenyl-3,4,5,6-tetrahydro-1h-benzo[f][1,4]oxazocine", "5-methyl-1-phenyl-1", "5-methyl-1-phenyl-3", "5-methyl-1-phenyl-1,3,4,6-tetrahydro-2,5-benzoxazocine", "3,4,5,6-tetrahydro-5-methyl-1-phenyl-1h-2,5-benzoxazocine", "(1s)-5-methyl-1-phenyl-3,4,5,6-tetrahydro-1h-2,5-benzoxazocine", "1h-2,5-benzoxazocine 3,4,5,6-tetrahydro-5-methyl-1-phenyl- (8ci,9ci)", "13669-70-0[rn]", "nefopamum [inn-latin]", "einecs 237-148-2"}|>, "1879" -> <|"DatabaseID" -> "SW01249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4295]}, "IsomericSmiles" -> "C[NH+]1CCOC(c2ccccc2C1)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08258"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nefopam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4450]}, "Synonyms" -> {"nefopam", "sinalgico", "fenazoxine", "acupan", "3,4,5,6-tetrahydro-5-methyl-1-phenyl-(1h)2,5-be*", "120056-57-7[rn]", "3-methyl-7-phenyl-6-oxa-3-azabicyclo[6.4.0]dodeca-8,10,12-triene", "23327-57-3 13669-70-0", "1h-2", "nefopam [inn:ban]", "23327-57-3 13669-70-0 [nefopam]", "nefopamum[latin]", "13669-70-0", "237-148-2[einecs]", "5-methyl-1-phenyl-3,4,5,6-tetrahydro-1h-2,5-benzoxazocine[acd/iupac name]", "1h-2,5-benzoxazocine 3,4,5,6-tetrahydro-5-methyl-1-phenyl-", "ajan", "3,4,5,6-tetrahydro-5-methyl-1-phenyl-1h-2,5-benzoxazocin", "23327-57-3[rn]", "5-methyl-1-phenyl-3,4,5,6-tetrahydro-1h-benzo[f][1,4]oxazocine", "5-methyl-1-phenyl-1", "5-methyl-1-phenyl-3", "5-methyl-1-phenyl-1,3,4,6-tetrahydro-2,5-benzoxazocine", "3,4,5,6-tetrahydro-5-methyl-1-phenyl-1h-2,5-benzoxazocine", "(1s)-5-methyl-1-phenyl-3,4,5,6-tetrahydro-1h-2,5-benzoxazocine", "1h-2,5-benzoxazocine 3,4,5,6-tetrahydro-5-methyl-1-phenyl- (8ci,9ci)", "13669-70-0[rn]", "nefopamum [inn-latin]", "einecs 237-148-2"}|>, "1880" -> <|"DatabaseID" -> "SW01249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4295]}, "IsomericSmiles" -> "C[NH+]1CCOC(c2ccccc2C1)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08258"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nefopam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4450]}, "Synonyms" -> {"nefopam", "sinalgico", "fenazoxine", "acupan", "3,4,5,6-tetrahydro-5-methyl-1-phenyl-(1h)2,5-be*", "120056-57-7[rn]", "3-methyl-7-phenyl-6-oxa-3-azabicyclo[6.4.0]dodeca-8,10,12-triene", "23327-57-3 13669-70-0", "1h-2", "nefopam [inn:ban]", "23327-57-3 13669-70-0 [nefopam]", "nefopamum[latin]", "13669-70-0", "237-148-2[einecs]", "5-methyl-1-phenyl-3,4,5,6-tetrahydro-1h-2,5-benzoxazocine[acd/iupac name]", "1h-2,5-benzoxazocine 3,4,5,6-tetrahydro-5-methyl-1-phenyl-", "ajan", "3,4,5,6-tetrahydro-5-methyl-1-phenyl-1h-2,5-benzoxazocin", "23327-57-3[rn]", "5-methyl-1-phenyl-3,4,5,6-tetrahydro-1h-benzo[f][1,4]oxazocine", "5-methyl-1-phenyl-1", "5-methyl-1-phenyl-3", "5-methyl-1-phenyl-1,3,4,6-tetrahydro-2,5-benzoxazocine", "3,4,5,6-tetrahydro-5-methyl-1-phenyl-1h-2,5-benzoxazocine", "(1s)-5-methyl-1-phenyl-3,4,5,6-tetrahydro-1h-2,5-benzoxazocine", "1h-2,5-benzoxazocine 3,4,5,6-tetrahydro-5-methyl-1-phenyl- (8ci,9ci)", "13669-70-0[rn]", "nefopamum [inn-latin]", "einecs 237-148-2"}|>, "1881" -> <|"DatabaseID" -> "SW01250", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9536"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2297298]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01154"]}, "IsomericSmiles" -> "CCCC(C)C1(C(=O)NC(=S)NC1=O)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06106"]}, "OfficialNames" -> <|"NPC Approved Name" -> "thiamylal"|>, "PharmGKBID" -> "PA164746997", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3032285]}, "Synonyms" -> {"thioseconal", "surital", "5-allyl-5-(1-methylbutyl)-2-thiobarbituric acid", "thiamylal", "337376-15-5[rn]", "77-27-0[rn]", "225331[beilstein]", "dihydro-5-(1-methylbutyl)-5-(2-propenyl)-2-thioxo-4,6(1h,5h)-pyrimidinedione", "dihydro-5-(1-methylbutyl)-5-(2-propenyl)-2-thioxo-4,6-(1h,5h)-pyrimidinedione", "5-(pentan-2-yl)-5-(prop-2-en-1-yl)-2-sulfanylidenedihydropyrimidine-4,6(1h,5h)-dione", "4,6 (1h,5h)-pyrimidinedione dihydro-5-(1-methylbutyl)-5-(2-propenyl)-2-thioxo-", "barbituric acid 5-allyl-5- (1-methylbutyl)-2-thio-", "1340-07-4[rn]", "ac1q2ujp", "4,6(1h,5h)-pyrimidinedione,dihydro-5-(1-methylbutyl)-5-(2-propenyl)-2-thioxo-", "barbituric acid 5-allyl-5-(1-methylbutyl)-2-thio- (van) (8ci)", "potassium channel inwardly rectifying subfamily j member 11", "5-(pentan-2-yl)-5-(prop-2-en-1-yl)-2-thioxodihydropyrimidine-4,6(1h,5h)-dione", "chebi:9536", "thiamylal [usan]", "thiamylal[wiki]", "4,6(1h,5h)-pyrimidinedione,dihydro-5-(1-methylbutyl)-5-(2-propen-1-yl)-2-thioxo-", "biotal", "4,6(1h,5h)-pyrimidinedione,dihydro-5-(1-methylbutyl)-5-(2-propenyl)-2-thioxo- (9ci)", "spectrum_001812", "ikatp", "5-allyl-5-(pentan-2-yl)-2-thioxodihydropyrimidine-4,6(1h,5h)-dione", "5-allyl-5-(1-methylbutyl)-2-thioxodihydro-4,6(1h,5h)-pyrimidinedione", "ac1mhtv0", "5-allyl-5-[1-methylbutyl]-2-thiobarbituric acid", "anestatal", "5-allyl-5-(1-methylbutyl)-2-thioxodihydropyrimidine-4,6(1h,5h)-dione", "5-pentan-2-yl-5-prop-2-enyl-2-sulfanylidene-1,3-diazinane-4,6-dione", "7187-63-5[rn]", "thioquinalbarbitone", "inward rectifier k(+) channel kir6.2", "5-allyl-5-(1-methylbutyl)-2-thiobarbitursaeure", "201-018-3[einecs]"}|>, "1882" -> <|"DatabaseID" -> "SW01250", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9536"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2297298]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01154"]}, "IsomericSmiles" -> "CCCC(C)C1(C(=O)NC(=S)NC1=O)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06106"]}, "OfficialNames" -> <|"NPC Approved Name" -> "thiamylal"|>, "PharmGKBID" -> "PA164746997", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3032285]}, "Synonyms" -> {"thioseconal", "surital", "5-allyl-5-(1-methylbutyl)-2-thiobarbituric acid", "thiamylal", "337376-15-5[rn]", "77-27-0[rn]", "225331[beilstein]", "dihydro-5-(1-methylbutyl)-5-(2-propenyl)-2-thioxo-4,6(1h,5h)-pyrimidinedione", "dihydro-5-(1-methylbutyl)-5-(2-propenyl)-2-thioxo-4,6-(1h,5h)-pyrimidinedione", "5-(pentan-2-yl)-5-(prop-2-en-1-yl)-2-sulfanylidenedihydropyrimidine-4,6(1h,5h)-dione", "4,6 (1h,5h)-pyrimidinedione dihydro-5-(1-methylbutyl)-5-(2-propenyl)-2-thioxo-", "barbituric acid 5-allyl-5- (1-methylbutyl)-2-thio-", "1340-07-4[rn]", "ac1q2ujp", "4,6(1h,5h)-pyrimidinedione,dihydro-5-(1-methylbutyl)-5-(2-propenyl)-2-thioxo-", "barbituric acid 5-allyl-5-(1-methylbutyl)-2-thio- (van) (8ci)", "potassium channel inwardly rectifying subfamily j member 11", "5-(pentan-2-yl)-5-(prop-2-en-1-yl)-2-thioxodihydropyrimidine-4,6(1h,5h)-dione", "chebi:9536", "thiamylal [usan]", "thiamylal[wiki]", "4,6(1h,5h)-pyrimidinedione,dihydro-5-(1-methylbutyl)-5-(2-propen-1-yl)-2-thioxo-", "biotal", "4,6(1h,5h)-pyrimidinedione,dihydro-5-(1-methylbutyl)-5-(2-propenyl)-2-thioxo- (9ci)", "spectrum_001812", "ikatp", "5-allyl-5-(pentan-2-yl)-2-thioxodihydropyrimidine-4,6(1h,5h)-dione", "5-allyl-5-(1-methylbutyl)-2-thioxodihydro-4,6(1h,5h)-pyrimidinedione", "ac1mhtv0", "5-allyl-5-[1-methylbutyl]-2-thiobarbituric acid", "anestatal", "5-allyl-5-(1-methylbutyl)-2-thioxodihydropyrimidine-4,6(1h,5h)-dione", "5-pentan-2-yl-5-prop-2-enyl-2-sulfanylidene-1,3-diazinane-4,6-dione", "7187-63-5[rn]", "thioquinalbarbitone", "inward rectifier k(+) channel kir6.2", "5-allyl-5-(1-methylbutyl)-2-thiobarbitursaeure", "201-018-3[einecs]"}|>, "1883" -> <|"DatabaseID" -> "SW01251", "IsomericSmiles" -> "Cc1ccc(cc1)/C=C\\2/C3CCC(C2=O)(C3(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04013"]}, "OfficialNames" -> <|"NPC Approved Name" -> "enzacamene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6440721]}, "Synonyms" -> {"enzacamene", "ac1o5u39", "36861-47-9", "st50827105", "1", "3-(4-methylbenzylidene)bornan-2-one", "uvinul mbc 95", "eusolex 6300", "surecn83090", "enzacamene (usp/inn)", "eusolex"}|>, "1884" -> <|"DatabaseID" -> "SW01252", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63629"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102826], ExternalIdentifier["ChemSpiderID", 5287]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00697"]}, "IsomericSmiles" -> "c1cc(c(c2c1nsn2)NC3=[NH+]CCN3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08611"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tizanidine", "FDA Approved Drug" -> "TIZANIDINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451701", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 114869], ExternalIdentifier["PubChemCompoundID", 5487]}, "Synonyms" -> {"tizanidine", "sirdalud", "ternelin", "tizanidine hcl", "zanaflex", "tizanidinum [inn-latin]", "tizanidina [inn-spanish]", "tizanidina", "sirdalud[wiki]", "i1r candidate protein", "imidazoline-1 receptor candidate protein", "51322-75-9", "ds 103-282", "imidazoline receptor antisera-selected protein", "imidazoline-1 receptor", "i1r", "tizanidinum", "i-1", "imidazoline receptor 1", "hiras", "i-1 receptor candidate protein", "tizanidine hydrochloride", "ir1", "zanaflex[wiki]", "51322-75-9[rn]", "2,1,3-benzothiadiazole-4-amine 5-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-", "5-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)benzo[c][1,2,5]thiadiazol-4-amine hydrochloride", "5-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-2,1,3-benzothiadiazol-4-aminehydrochloride", "5-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-2,1,3-benzothiadiazol-4-aminechlorhydrate (1:1)", "(5-chloro-benzo[1,2,5]thiadiazol-4-yl)-(4,5-dihydro-1h-imidazol-2-yl)-amine hydrochloride", "2,1,3-benzothiadiazol-4-amine 5-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)- hydrochloride (1:1)", "5-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-2,1,3-benzothiadiazol-4-aminechlorhydrate", "smr000499584", "2,1,3-benzothiadiazol-4-amine 5-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)- monohydrochloride", "5-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-2,1,3-benzothiadiazole-4-aminehydrochloride", "4-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-8-thia-7,9-diazabicyclo(4.3.0)nona-2,4,6,9-tetraen-5-amine", "5-chloro-4-(2-imidazolin-2-ylamino)-2", "tizanidinum [inn_la]", "an-021a", "5-chloro-n-(4,5-dihydro-1h-imidazoi-2-yl)-2,1,3-benzothiadiazol-4-amine", "2", "5-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-2,1,3-benzothiadiazol-4-amine[acd/iupac name]", "5-(chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-2,1,3-benzothiadiazol-4-aminehydrochloride", "(5-chlorobenzo[2,3-c]1,2,5-thiadiazol-4-yl)-2-imidazolin-2-ylamine chloride", "tizanidine hydrochloride (jp15/usan)[usan][jp15]", "5-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-2,1,3-benzothiadiazol-4-aminehydrochloride (1:1)[acd/iupac name]", "an-021", "64461-82-1", "(5-chloro-benzo[1,2,5]thiadiazol-4-yl)-(4,5-dihydro-1h-imidazol-2-yl)-amine", "5-chloro-4-(2-imidazolin-2-ylamino)-2,1,3-benzothiadiazole hydrochloride", "2,1,3-benzothiadiazole 5-chloro-4-(2-imidazolin-2-ylamino)-", "tizanidine[wiki]", "tizanidinum[latin]", "337376-15-5", "2,1,3-benzothiadiazol-4-amine 5-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-", "mfcd00798231", "ds-103-282", "[64461-82-1]", "tizanidina; tizanidine; tizanidinum", "sirdalud (tn)", "ds-103282 ch", "5-chloro-4-(2-imidazolin-2-ylamino)-2,1,3-benzothiadiazole", "5-chlor-n-(4", "5-chloro-n-(4,5-dihydro-1h-imidazol-2-yl)-2,1,3-benzothiadiazol-4-aminemonohydrochloride", "5-chlor-n-(4,5-dihydro-1h-imidazol-2-yl)-2,1,3-benzothiadiazol-4-aminhydrochlorid", "tizanidina[spanish][inn]", "5-chloro-4-(2-imidazolin-2-ylamino)-2,1,3-benzothiadiazole monohydrochloride", "tizanidine hydrochloride [usan:jan][jan][usan]", "tizanidinehydrochloride", "zanaflex;sirdalud", "5-chloro-n-(4", "64461-82-1[rn]"}|>, "1885" -> <|"DatabaseID" -> "SW01253", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "465284"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3336]}, "IsomericSmiles" -> "c1nc2c(=O)[nH]c(nc2n1COC(CO)CO)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00333"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ganciclovir", "Australia Approved Name" -> "GANCICLOVIR", "FDA Approved Drug" -> "GANCICLOVIR;GANCICLOVIR SODIUM"|>, "Synonyms" -> {"vitrasert", "ganciclovir [usan:ban:inn:jan][inn][jan][usan]", "86357-12-2[rn]", "gancyclovir", "mb3795", "9-(1,3-dihydroxy-2-propoxymethyl)guanine;", "t56 bn dn fvm inj b1oy1q1q hz[wln]", "2-amino-9-((1,3-dihydroxypropan-2-yloxy)methyl)-3h-purin-6(9h)-one", "ga2", "cymevene", "2-amino-1,9-dihydro-9-((2-hydroxy-1-(hydroxymethyl)ethoxy)methyl)-6h-purin-6-one", "ganciclovir[wiki]", "2-amino-9-{[(1,3-dihydroxypropan-2-yl)oxy]methyl}-3,9-dihydro-6h-purin-6-one", "ganciclovirum[latin]", "t56 bn dn fn hnj d1oy1q1q gz iq[wln]", "ganciclovir (jan/usp)[usp][jan]", "virgan", "2-(6-amino-purin-9-ylmethoxy)-propane-1,3-diol", "9-(1,3-dihydroxy-2-propoxymethyl)guanine; 2'-nor-2'-deoxyguanosine;cytovene", "dxa", "2-amino-9-((1,3-dihydroxypropan-2-yloxy)methyl)-1h-purin-6(9h)-one", "6h-purin-6-one 2-amino-1,9-dihydro-9-[[2-hydroxy-1-(hydroxymethyl)ethoxy]methyl]-", "2-amino-9-(((1,3-dihydroxypropan-2-yl)oxy)methyl)-1h-purin-6(9h)-one", "2-amino-1,9-((2-hydroxy-1-(hydroxymethyl)ethoxy)methyl)-6-h-purin-6-one", "cytovene[wiki]", "cytovene-iv", "96551-29-0[rn]", "2-amino-9-{[(1,3-dihydroxypropan-2-yl)oxy]methyl}-1,9-dihydro-6h-purin-6-one", "gcv", "1,2-hydro-1-oxy-3,4-hydro-3-(1-methoxy-2-oxy-3,4-dihydroxypentyl)-8,9-dihydroxy-7-(sec-butyl)-anthracene", "106931-35-5[rn]", "107910-75-8[rn]", "bw-759u", "2-amino-9-{[(1,3-dihydroxy-2-propanyl)oxy]methyl}-1,9-dihydro-6h-purin-6-one", "9-((2-hydroxy-1-(hydroxymethyl)ethoxy)methyl)guanine", "cytovene", "2-amino-9-{[(1,3-dihydroxypropan-2-yl)oxy]methyl}-6,9-dihydro-3h-purin-6-one", "2-amino-9-((1,3-dihydroxypropan-2-yloxy)methyl)-9h-purin-6-ol", "9-[(1,3-dihydroxy-2-propoxy)methyl]guanine", "6h-purin-6-one 2-amino-1,9-dihydro-9-((2-hydroxy-1-(hydroxymethyl)ethoxy)methyl)-", "cytovene iv", "ganciclovir", "cytovene (tn)", "hhemg", "dhpg", "ganciclovirum", "valcyte[wiki]", "citovirax", "bw-b 759u", "9-(1,3-dihydroxy-propoxymethane)guanine", "bw 759u", "gcv & msl", "2-amino-9-{[2-hydroxy-1-(hydroxymethyl)ethoxy]methyl}hydropurin-6-one", "cymeven", "2-amino-1,9-[[2-hydroxy-1-(hydroxymethyl)ethoxy]methyl]-6h-purin-6-one", "2'-ndg", "cymevan", "9-[[2-hydroxy-1-(hydroxy-methyl)ethoxy]methylguanine", "82410-32-0[rn]", "6h-purin-6-one 2-amino-3,9-dihydro-9-[[2-hydroxy-1-(hydroxymethyl)ethoxy]methyl]-", "2-amino-9-(2-hydroxy-1-hydroxymethylethoxymethyl)-6,9-dihydro-1h-6-purinone", "guanine 9-((2-hydroxy-1-(hydroxymethyl)ethoxy)methyl)-", "2-amino-9-{[(1,3-dihydroxypropan-2-yl)oxy]methyl}-6,9-dihydro-1h-purin-6-one", "337376-15-5", "bw b759u", "2-amino-9-(2-hydroxy-1-hydroxymethyl-ethoxymethyl)-1,9-dihydro-purin-6-one", "mfcd12197280", "vitrasert (tn)", "hydroxyacyclovir"}|>, "1886" -> <|"DatabaseID" -> "SW01254", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106486]}, "IsomericSmiles" -> "c1cc2c(c(c1)[O-])C(=O)OC(C2)c3ccc(cc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hydrangenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119199]}, "Synonyms" -> {"ac1l3odh", "8-hydroxy-3-(4-hydroxyphenyl)-3,4-dihydroisochromen-1-one", "hydrangenol", "480-47-7", "c10262", "chembl69299", "8-hydroxy-3-(4-hydroxyphenyl)-3,4-dihydro-1h-isochromen-1-one[acd/iupac name]", "3,4-dihydro-8-hydroxy-3-(4-hydroxyphenyl)-1h-2-benzopyran-1-one", "8-hydroxy-3-(4-hydroxyphenyl)-3", "hydrangenol[wiki]", "480-47-7[rn]", "ac1q6mgo", "ag-f-63587", "ccris 8569", "8-hydroxy-3-(4-hydroxy-phenyl)-isochroman-1-one", "1h-2-benzopyran-1-one 3,4-dihydro-8-hydroxy-3-(4-hydroxyphenyl)-", "ar-1h4605"}|>, "1887" -> <|"DatabaseID" -> "SW01254", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106486]}, "IsomericSmiles" -> "c1cc2c(c(c1)[O-])C(=O)OC(C2)c3ccc(cc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hydrangenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119199]}, "Synonyms" -> {"ac1l3odh", "8-hydroxy-3-(4-hydroxyphenyl)-3,4-dihydroisochromen-1-one", "hydrangenol", "480-47-7", "c10262", "chembl69299", "8-hydroxy-3-(4-hydroxyphenyl)-3,4-dihydro-1h-isochromen-1-one[acd/iupac name]", "3,4-dihydro-8-hydroxy-3-(4-hydroxyphenyl)-1h-2-benzopyran-1-one", "8-hydroxy-3-(4-hydroxyphenyl)-3", "hydrangenol[wiki]", "480-47-7[rn]", "ac1q6mgo", "ag-f-63587", "ccris 8569", "8-hydroxy-3-(4-hydroxy-phenyl)-isochroman-1-one", "1h-2-benzopyran-1-one 3,4-dihydro-8-hydroxy-3-(4-hydroxyphenyl)-", "ar-1h4605"}|>, "1888" -> <|"DatabaseID" -> "SW01255", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476740]}, "IsomericSmiles" -> "c1cc(c(c(c1)O)C(=O)[O-])/C=C/c2ccc(cc2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hydrangeic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318116]}, "Synonyms" -> {"2-hydroxy-6-[(e)-2-(4-hydroxyphenyl)ethenyl]benzoic acid", "benzoic acid 2-hydroxy-6-[(e)-2-(4-hydroxyphenyl)ethenyl]-", "chembl248347", "ac1nsweb", "2-(4-hydroxystyryl)-6-hydroxybenzoic acid", "hydrangeic acid"}|>, "1889" -> <|"DatabaseID" -> "SW01256", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6933"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17320]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00211"]}, "IsomericSmiles" -> "COc1ccc(c(c1)C(CNC(=O)C[NH3+])O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01307"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MIDODRINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18340]}, "Synonyms" -> {"midodrine hydrochloride", "proamatine", "metligene", "pro-amatine", "midodrine hcl", "3092-17-9[rn]", "gutron", "hipertan", "n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]glycinamidehydrochloride (1:1)[acd/iupac name]", "hydrogenchloride- n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]glycinamide (1:1:1)", "alphamine", "2-amino-n-(2-(2,5-dimethoxyphenyl)-2-hydroxyethyl)acetamide monohydrochloride", "n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]glycinamidhydrochlorid", "3092-17-9 42794-76-3", "n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]glycinamidehydrochloride", "midodrina [inn-spanish]", "tl8002369", "amatine", "midodrine[wiki]", "2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]acetamide monohydrochloride", "st. peter 224", "midodrine hydrochloride (jan/usan)[jan][usan]", "2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]acetamide hydrochloride", "midodrinum [inn-latin]", "alpha 1b-adrenoceptor", "42794-76-3[rn]", "acetamide 2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]-,monohydrochloride", "a-4020 linz", "( -)-midodrine hydrochloride", "acetamide 2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]-,hydrochloride (1:1)", "2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]acetamide chloride", "2-amino-n-(2-(2,5-dimethoxyphenyl)-2-hyyroxyethyl)acetamide monohydrochloride", "1-(2',5'-dimethoxyphenyl)-2-glycinamidoethanol hydrochloride", "acetamide 2-amino-n-(2-(2,5-dimethoxyphenyl)-2-hydroxyethyl)-,monohydrochloride", "midamine", "256-148-3[einecs]", "acetamide 2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]-,chloride hydrogen salt (1:1)", "midodrine hydrochloride [usan:jan][jan][usan]", "midodrin", "pro-amatine (tn)", "( -)-midodrin hydrochloride", "midodrine", "alpha 1b- adrenoreceptor", "3092-17-9 42794-76-3 [midodrine]", "2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]acetamidhydrochlorid", "43218-56-0[rn]", "st-1085"}|>, "1890" -> <|"DatabaseID" -> "SW01256", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6933"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17320]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00211"]}, "IsomericSmiles" -> "COc1ccc(c(c1)C(CNC(=O)C[NH3+])O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01307"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MIDODRINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18340]}, "Synonyms" -> {"midodrine hydrochloride", "proamatine", "metligene", "pro-amatine", "midodrine hcl", "3092-17-9[rn]", "gutron", "hipertan", "n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]glycinamidehydrochloride (1:1)[acd/iupac name]", "hydrogenchloride- n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]glycinamide (1:1:1)", "alphamine", "2-amino-n-(2-(2,5-dimethoxyphenyl)-2-hydroxyethyl)acetamide monohydrochloride", "n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]glycinamidhydrochlorid", "3092-17-9 42794-76-3", "n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]glycinamidehydrochloride", "midodrina [inn-spanish]", "tl8002369", "amatine", "midodrine[wiki]", "2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]acetamide monohydrochloride", "st. peter 224", "midodrine hydrochloride (jan/usan)[jan][usan]", "2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]acetamide hydrochloride", "midodrinum [inn-latin]", "alpha 1b-adrenoceptor", "42794-76-3[rn]", "acetamide 2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]-,monohydrochloride", "a-4020 linz", "( -)-midodrine hydrochloride", "acetamide 2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]-,hydrochloride (1:1)", "2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]acetamide chloride", "2-amino-n-(2-(2,5-dimethoxyphenyl)-2-hyyroxyethyl)acetamide monohydrochloride", "1-(2',5'-dimethoxyphenyl)-2-glycinamidoethanol hydrochloride", "acetamide 2-amino-n-(2-(2,5-dimethoxyphenyl)-2-hydroxyethyl)-,monohydrochloride", "midamine", "256-148-3[einecs]", "acetamide 2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]-,chloride hydrogen salt (1:1)", "midodrine hydrochloride [usan:jan][jan][usan]", "midodrin", "pro-amatine (tn)", "( -)-midodrin hydrochloride", "midodrine", "alpha 1b- adrenoreceptor", "3092-17-9 42794-76-3 [midodrine]", "2-amino-n-[2-(2,5-dimethoxyphenyl)-2-hydroxyethyl]acetamidhydrochlorid", "43218-56-0[rn]", "st-1085"}|>, "1891" -> <|"DatabaseID" -> "SW01257", "IsomericSmiles" -> "CCCC(C)C1(C(=O)NC(=[NH+]C1=O)S)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00713"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "THIAMYLAL SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23677058]}, "Synonyms" -> {"thiamylal sodium", "surital sodium salt", "ncgc00095772-01", "5-allyl-5-(1-methylbutyl)-2-thiobarbiturate sodium", "thioseconal sodium", "surital", "sodium thiamylal", "thiamylal sodium salt", "thiomylal sodium", "einecs 206-415-5", "surital sodium"}|>, "1892" -> <|"DatabaseID" -> "SW01257", "IsomericSmiles" -> "CCCC(C)C1(C(=O)NC(=[NH+]C1=O)S)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00713"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "THIAMYLAL SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23677058]}, "Synonyms" -> {"thiamylal sodium", "surital sodium salt", "ncgc00095772-01", "5-allyl-5-(1-methylbutyl)-2-thiobarbiturate sodium", "thioseconal sodium", "surital", "sodium thiamylal", "thiamylal sodium salt", "thiomylal sodium", "einecs 206-415-5", "surital sodium"}|>, "1893" -> <|"DatabaseID" -> "SW01257", "IsomericSmiles" -> "CCCC(C)C1(C(=O)NC(=[NH+]C1=O)S)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00713"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "THIAMYLAL SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23677058]}, "Synonyms" -> {"thiamylal sodium", "surital sodium salt", "ncgc00095772-01", "5-allyl-5-(1-methylbutyl)-2-thiobarbiturate sodium", "thioseconal sodium", "surital", "sodium thiamylal", "thiamylal sodium salt", "thiomylal sodium", "einecs 206-415-5", "surital sodium"}|>, "1894" -> <|"DatabaseID" -> "SW01257", "IsomericSmiles" -> "CCCC(C)C1(C(=O)NC(=[NH+]C1=O)S)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00713"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "THIAMYLAL SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23677058]}, "Synonyms" -> {"thiamylal sodium", "surital sodium salt", "ncgc00095772-01", "5-allyl-5-(1-methylbutyl)-2-thiobarbiturate sodium", "thioseconal sodium", "surital", "sodium thiamylal", "thiamylal sodium salt", "thiomylal sodium", "einecs 206-415-5", "surital sodium"}|>, "1895" -> <|"DatabaseID" -> "SW01258", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "ferrous sulph;ferrous aminoacetosulphate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56842415]}, "Synonyms" -> {"36215-91-5", "hexadecanoicacid", "ag-f-26113", "einecs 252-921-4", "iron(2+) palmitate"}|>, "1896" -> <|"DatabaseID" -> "SW01259", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514300], ExternalIdentifier["ChemSpiderID", 4754]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01131"]}, "IsomericSmiles" -> "CC(C)/[NH+]=C(\\N)/[NH+]=C(\\N)/Nc1ccc(cc1)Cl", "OfficialNames" -> <|"FDA Approved Drug" -> "PROGUANIL HYDROCHLORIDE", "WHO Essential Medicine" -> "proguanil"|>, "PharmGKBID" -> "PA451124", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9570076], ExternalIdentifier["PubChemCompoundID", 4923]}, "Synonyms" -> {"chloroquanil", "chloroguanide hydrochloride", "paludrine", "palusil hydrochloride", "tirian hydrochloride", "guanatol hydrochloride", "bigumalum", "proguanil hydrochloride", "drinupal hydrochloride", "n-4-chlorophenyl-n(sup 5)-isopropyldiguanide hydrochloride", "n-(4-chlorophenyl)-n'-propan-2-ylimidodicarbonimidic diamide hydrochloride (1:1)", "imidodicarbonimidic diamide n-(4-chlorophenyl)-n'-(1-methylethyl)- monohydrochloride (9ci)", "proguanil chloride", "palusil (hydrochloride)", "sn 12,837", "n-(4-chlorophenyl)-n(sup5)-isopropyldiguanide hydrochloride", "n-(4-chlorophenyl)-n'-isopropylimidodicarbonimidic diamide hydrochloride(1:1)", "chlorguanide hydrochloride", "imidodicarbonimidic diamide n-(4-chlorophenyl)-n'-(1-methylethyl)- monohydrochloride", "211-283-7[einecs]", "diguanyl", "biguanide 1- (p-chlorophenyl)-5-isopropyl-,monohydrochloride", "imidodicarbonimidic diamide n-(4-chlorophenyl)-n'-(1-methylethyl)- hydrochloride (1:1)", "proguanilhydrochloride", "n-(4-chlorophenyl)-n'-(1-methylethyl)imidodicarbonimidic diamide hydrochloride", "biguanide 1-(p-chlorophenyl)-5-isopropyl- monohydrochloride", "tirian (hydrochloride)", "paludrine (tn)", "1-(p-chlorophenyl)-5-isopropylbiguanide hydrochloride", "3359 rp", "drinupal (hydrochloride)", "n-(4-chlorphenyl)-n'-(1-methylethyl)imidodicarbonimidic diamidhydrochlorid", "637-32-1[rn]", "diguanyl (hydrochloride)"}|>, "1897" -> <|"DatabaseID" -> "SW01259", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514300], ExternalIdentifier["ChemSpiderID", 4754]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01131"]}, "IsomericSmiles" -> "CC(C)/[NH+]=C(\\N)/[NH+]=C(\\N)/Nc1ccc(cc1)Cl", "OfficialNames" -> <|"FDA Approved Drug" -> "PROGUANIL HYDROCHLORIDE", "WHO Essential Medicine" -> "proguanil"|>, "PharmGKBID" -> "PA451124", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9570076], ExternalIdentifier["PubChemCompoundID", 4923]}, "Synonyms" -> {"chloroquanil", "chloroguanide hydrochloride", "paludrine", "palusil hydrochloride", "tirian hydrochloride", "guanatol hydrochloride", "bigumalum", "proguanil hydrochloride", "drinupal hydrochloride", "n-4-chlorophenyl-n(sup 5)-isopropyldiguanide hydrochloride", "n-(4-chlorophenyl)-n'-propan-2-ylimidodicarbonimidic diamide hydrochloride (1:1)", "imidodicarbonimidic diamide n-(4-chlorophenyl)-n'-(1-methylethyl)- monohydrochloride (9ci)", "proguanil chloride", "palusil (hydrochloride)", "sn 12,837", "n-(4-chlorophenyl)-n(sup5)-isopropyldiguanide hydrochloride", "n-(4-chlorophenyl)-n'-isopropylimidodicarbonimidic diamide hydrochloride(1:1)", "chlorguanide hydrochloride", "imidodicarbonimidic diamide n-(4-chlorophenyl)-n'-(1-methylethyl)- monohydrochloride", "211-283-7[einecs]", "diguanyl", "biguanide 1- (p-chlorophenyl)-5-isopropyl-,monohydrochloride", "imidodicarbonimidic diamide n-(4-chlorophenyl)-n'-(1-methylethyl)- hydrochloride (1:1)", "proguanilhydrochloride", "n-(4-chlorophenyl)-n'-(1-methylethyl)imidodicarbonimidic diamide hydrochloride", "biguanide 1-(p-chlorophenyl)-5-isopropyl- monohydrochloride", "tirian (hydrochloride)", "paludrine (tn)", "1-(p-chlorophenyl)-5-isopropylbiguanide hydrochloride", "3359 rp", "drinupal (hydrochloride)", "n-(4-chlorphenyl)-n'-(1-methylethyl)imidodicarbonimidic diamidhydrochlorid", "637-32-1[rn]", "diguanyl (hydrochloride)"}|>, "1898" -> <|"DatabaseID" -> "SW01259", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514300], ExternalIdentifier["ChemSpiderID", 4754]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01131"]}, "IsomericSmiles" -> "CC(C)/[NH+]=C(\\N)/[NH+]=C(\\N)/Nc1ccc(cc1)Cl", "OfficialNames" -> <|"FDA Approved Drug" -> "PROGUANIL HYDROCHLORIDE", "WHO Essential Medicine" -> "proguanil"|>, "PharmGKBID" -> "PA451124", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9570076], ExternalIdentifier["PubChemCompoundID", 4923]}, "Synonyms" -> {"chloroquanil", "chloroguanide hydrochloride", "paludrine", "palusil hydrochloride", "tirian hydrochloride", "guanatol hydrochloride", "bigumalum", "proguanil hydrochloride", "drinupal hydrochloride", "n-4-chlorophenyl-n(sup 5)-isopropyldiguanide hydrochloride", "n-(4-chlorophenyl)-n'-propan-2-ylimidodicarbonimidic diamide hydrochloride (1:1)", "imidodicarbonimidic diamide n-(4-chlorophenyl)-n'-(1-methylethyl)- monohydrochloride (9ci)", "proguanil chloride", "palusil (hydrochloride)", "sn 12,837", "n-(4-chlorophenyl)-n(sup5)-isopropyldiguanide hydrochloride", "n-(4-chlorophenyl)-n'-isopropylimidodicarbonimidic diamide hydrochloride(1:1)", "chlorguanide hydrochloride", "imidodicarbonimidic diamide n-(4-chlorophenyl)-n'-(1-methylethyl)- monohydrochloride", "211-283-7[einecs]", "diguanyl", "biguanide 1- (p-chlorophenyl)-5-isopropyl-,monohydrochloride", "imidodicarbonimidic diamide n-(4-chlorophenyl)-n'-(1-methylethyl)- hydrochloride (1:1)", "proguanilhydrochloride", "n-(4-chlorophenyl)-n'-(1-methylethyl)imidodicarbonimidic diamide hydrochloride", "biguanide 1-(p-chlorophenyl)-5-isopropyl- monohydrochloride", "tirian (hydrochloride)", "paludrine (tn)", "1-(p-chlorophenyl)-5-isopropylbiguanide hydrochloride", "3359 rp", "drinupal (hydrochloride)", "n-(4-chlorphenyl)-n'-(1-methylethyl)imidodicarbonimidic diamidhydrochlorid", "637-32-1[rn]", "diguanyl (hydrochloride)"}|>, "1899" -> <|"DatabaseID" -> "SW01259", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514300], ExternalIdentifier["ChemSpiderID", 4754]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01131"]}, "IsomericSmiles" -> "CC(C)/[NH+]=C(\\N)/[NH+]=C(\\N)/Nc1ccc(cc1)Cl", "OfficialNames" -> <|"FDA Approved Drug" -> "PROGUANIL HYDROCHLORIDE", "WHO Essential Medicine" -> "proguanil"|>, "PharmGKBID" -> "PA451124", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9570076], ExternalIdentifier["PubChemCompoundID", 4923]}, "Synonyms" -> {"chloroquanil", "chloroguanide hydrochloride", "paludrine", "palusil hydrochloride", "tirian hydrochloride", "guanatol hydrochloride", "bigumalum", "proguanil hydrochloride", "drinupal hydrochloride", "n-4-chlorophenyl-n(sup 5)-isopropyldiguanide hydrochloride", "n-(4-chlorophenyl)-n'-propan-2-ylimidodicarbonimidic diamide hydrochloride (1:1)", "imidodicarbonimidic diamide n-(4-chlorophenyl)-n'-(1-methylethyl)- monohydrochloride (9ci)", "proguanil chloride", "palusil (hydrochloride)", "sn 12,837", "n-(4-chlorophenyl)-n(sup5)-isopropyldiguanide hydrochloride", "n-(4-chlorophenyl)-n'-isopropylimidodicarbonimidic diamide hydrochloride(1:1)", "chlorguanide hydrochloride", "imidodicarbonimidic diamide n-(4-chlorophenyl)-n'-(1-methylethyl)- monohydrochloride", "211-283-7[einecs]", "diguanyl", "biguanide 1- (p-chlorophenyl)-5-isopropyl-,monohydrochloride", "imidodicarbonimidic diamide n-(4-chlorophenyl)-n'-(1-methylethyl)- hydrochloride (1:1)", "proguanilhydrochloride", "n-(4-chlorophenyl)-n'-(1-methylethyl)imidodicarbonimidic diamide hydrochloride", "biguanide 1-(p-chlorophenyl)-5-isopropyl- monohydrochloride", "tirian (hydrochloride)", "paludrine (tn)", "1-(p-chlorophenyl)-5-isopropylbiguanide hydrochloride", "3359 rp", "drinupal (hydrochloride)", "n-(4-chlorphenyl)-n'-(1-methylethyl)imidodicarbonimidic diamidhydrochlorid", "637-32-1[rn]", "diguanyl (hydrochloride)"}|>, "1900" -> <|"DatabaseID" -> "SW01260", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3621]}, "IsomericSmiles" -> "c1cc(c(cc1Cl)c2nc(nc(n2)N)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01658"]}, "OfficialNames" -> <|"NPC Approved Name" -> "6-(25-dichlorophenyl)-24-diamino-1,3,5-triazine"|>, "Synonyms" -> {"irsogladine maleate", "84504-69-8[rn]", "2',5'-dichlorobenzoguanamine", "dicloguamine", "irsogladina[spanish]", "6-(2,5-dichlorophenyl)-1,3,5-triazine-2,4-diamine[acd/iupac name]", "gaslon", "2,4-diamino-6-(2,5-dichlorophenyl)-1,3,5-triazine", "1,3,5-triazine-2,4-diamine 6-(2,5-dichlorophenyl)-", "irsogladine[inn]", "irsogladinum[latin]", "6-(2,5-dichloro-phenyl)-[1,3,5]triazine-2,4-diamine", "57381-26-7[rn]", "2,4-diamino-6-(2,5-dichlorophenyl)-s-triazine", "gaslon n", "6-(2,5-dichlorophenyl)-1,3,5-triazine-2,4-diamine maleate"}|>, "1901" -> <|"DatabaseID" -> "SW01261", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6367"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3741]}, "IsomericSmiles" -> "c1cc(c(c(c1)Cl)Cl)c2c(nc(nn2)N)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00354"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lamotrigine", "Australia Approved Name" -> "LAMOTRIGINE", "FDA Approved Drug" -> "LAMOTRIGINE"|>, "PharmGKBID" -> "PA450164", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3878]}, "Synonyms" -> {"lamictal", "labileno", "lamotrigina", "lamotrigine", "lamictal cd", "lamotriginum", "lamiktal", "3,5-diamino-6-(2,3-dichlorophenyl)-1,2,4-triazine", "lamictal;", "6-(2,3-dichlorophenyl)-1,2,4-triazine-3,5-diamine[acd/iupac name]", "3,5-diamino-6-(2,3-dichlorophenyl)-as-triazine", "ltg", "crisomet", "lamotriginum [latin]", "6-(2,3-dichloro-phenyl)-[1,2,4]triazine-3,5-diamine", "toxic solid organic n.o.s. (lamotrigine)", "6-(2", "bw-430c", "bw 430c", "84057-84-1", "c047781", "84057-84-1[rn]", "lamotrigina[spanish]", "6-(2,3-dichlorphenyl)-1,2,4-triazin-3,5-diamin", "lamictal xr", "lamotrigine[wiki][inn][ban][jan][usan]", "1,2,4-triazine-3,5-diamine 6-(2,3-dichlorophenyl)-", "gi 267119x", "26303-90-2[rn]", "lamotrigin", "337376-15-5", "lamotriginum[latin]", "281-901-8[einecs]"}|>, "1902" -> <|"DatabaseID" -> "SW01262", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "310312"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 553829]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03285"]}, "IsomericSmiles" -> "c1cc(ccc1/C=C/C(=O)c2ccc(cc2O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-liquiritigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 638278]}, "Synonyms" -> {"2',4,4'-trihydroxychalcone", "gu 17", "2-propen-1-one 1-(2,4-dihydroxyphenyl)-3-(4-hydroxyphenyl)-", "(e)-1-(2,4-dihydroxyphenyl)-3-(4-hydroxyphenyl)-2-propen-1-one", "isoliquiritigenin[wiki]", "1-08-00-00707 (beilstein handbook reference)[beilstein]", "ccris 7676", "6'-deoxychalcone", "961-29-5", "einecs 237-316-5", "(2e)-1-(2,4-dihydroxyphenyl)-3-(4-hydroxyphenyl)prop-2-en-1-on", "2'", "4", "(2e)-1-(2,4-dihydroxyphenyl)-3-(4-hydroxyphenyl)prop-2-en-1-one", "chalcone", "(e)-1-(2,4-dihydroxy-phenyl)-3-(4-hydroxy-phenyl)-propenone", "2-propen-1-one 1-(2,4-dihydroxyphenyl)-3-(4-hydroxyphenyl)- (e)-", "chalcone 2',4,4'-trihydroxy-", "1-(2,4-dihydroxyphenyl)-3-(4-hydroxyphenyl)-2-propen-1-one[acd/iupac name]", "13745-20-5[rn]", "961-29-5[rn]", "c040920", "acrylophenone 2',4'-dihydroxy-3-(p-hydroxyphenyl)-", "chebi:310312", "1-(2,4-dihydroxyphenyl)-3-(4-hydroxyphenyl)prop-2-en-1-one", "(2e)-1-(2,4-dihydroxyphenyl)-3-(4-hydroxyphenyl)-2-propen-1-one", "brn 1914295", "trans-2',4,4'-trihydroxychalcone", "iso-liquiritigenin", "gu-17", "isoliquiritigenin", "(e)-2',4'-dihydroxy-2-(4-hydroxybenzylidene)acetophenone", "2',4',4-trihydroxychalcone", "2-propen-1-one 1-(2,4-dihydroxyphenyl)-3-(4-hydroxyphenyl)- (2e)-", "237-316-5[einecs]", "4,2',4'-trihydroxychalcone", "42'4'-trihydroxychalcone", "(2e)-1-(2,4-dihydroxyphenyl)-3-(4-hydroxyphenyl)-2-propen-1-on"}|>, "1903" -> <|"DatabaseID" -> "SW01263", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28777"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102790]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03601"]}, "IsomericSmiles" -> "c1cc(ccc1[C@@H]2CC(=O)c3ccc(cc3O2)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "liquiritigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 114829]}, "Synonyms" -> {"7-hydroxy-2-(4-hydroxy-phenyl)-chroman-4-one", "(2s)-7-hydroxy-2-(4-hydroxyphenyl)-2", "liquiritigenin", "5-deoxyflavanone", "(2s)-7-hydroxy-2-(4-hydroxyphenyl)-2,3-dihydro-4h-1-benzopyran-4-one", "578-86-9[rn]", "7,4'-dihydroxyflavanone", "4h-1-benzopyran-4-one 2,3-dihydro-7-hydroxy-2-(4-hydroxyphenyl)- (2s)-", "17002-53-8[rn]", "4',7-dihydroxyflavanone", "(2s)-liquiritigenin", "chebi:28777", "41680-09-5[rn]", "4'", "(2s)-7-hydroxy-2-(4-hydroxyphenyl)-3", "(2s)-7-hydroxy-2-(4-hydroxyphenyl)-2,3-dihydro-4h-chromen-4-one[acd/iupac name]", "578-86-9", "4h-1-benzopyran-4-one 2,3-dihydro-7-hydroxy-2-(4-hydroxyphenyl)- (s)-", "16006-91-0[rn]", "liquirtigenin", "(2s)-2-(4-hydroxyphenyl)-7-oxidanyl-2", "2885-30-5[rn]", "(2s)-7-hydroxy-2-(4-hydroxyphenyl)-2,3-dihydro-4h-chromen-4-on"}|>, "1904" -> <|"DatabaseID" -> "SW01264", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43143]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00500"]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(=O)c2ccc(n2C)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00158"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TOLMETIN SODIUM"|>, "PharmGKBID" -> "PA451721", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5509]}, "Synonyms" -> {"tolectin", "tolmetin sodium", "tolmetinum [inn-latin]", "tolmetina [dcit]", "tolmetin", "tolmetine [inn-french]", "tolmetino [inn-spanish]", "tolmetine", "252-687-3[einecs]", "sodium 2-[1-methyl-5-(4-methylbenzoyl)pyrrol-2-yl]acetate", "prostaglandin-endoperoxide synthase 1", "64490-92-2 26171-23-3", "64490-92-2[rn]", "1h-pyrrole-2-acetic acid 1-methyl-5-(4-methylbenzoyl)- sodiumsalt", "phs 1", "64490-92-2 26171-23-3 [tolmetin]", "26171-23-3[rn]", "sodium {1-methyl-5-[(4-methylphenyl)carbonyl]-1h-pyrrol-2-yl}acetate", "1h-pyrrole-2-acetic acid 1-methyl-5-(4-methylbenzoyl)- sodiumsalt (1:1)", "sodium [1-methyl-5-(4-methylbenzoyl)-1h-pyrrol-2-yl]acetate[acd/iupac name]", "1h-pyrrole-2-acetic acid 1-methyl-5-(p-toluoyl)- sodium salt", "toleclin", "tolmetin sodium [usan:jan][jan][usan]", "pghs-1", "sodium 1-methyl-5-(4-methylbenzoyl)-1h-pyrrole-2-acetate", "1-methyl-5-p-toluoylpyrrole-2-acetic acid", "cox-1", "sodium tolmetin", "26171-23-3", "ec 1.14.99.1", "pgh synthase 1", "prostaglandin h2 synthase 1", "tolectin ds", "tolmetinum", "35711-34-3[rn]", "cyclooxygenase- 1", "prostaglandin g/h synthase 1 precursor", "mcn-2559-21-98", "natrium-{1-methyl-5-[(4-methylphenyl)carbonyl]-1h-pyrrol-2-yl}acetat"}|>, "1905" -> <|"DatabaseID" -> "SW01265", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8630"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445042]}, "IsomericSmiles" -> "COc1cc(cc(c1)OC)/C=C/c2ccc(cc2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pterostilbene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281727]}, "Synonyms" -> {"3", "trans-pterostilbene", "18259-15-9[rn]", "3',5'-dimethoxy-resveratrol", "(e)-1-hydroxy-4-(3,5-dimethoxy)styrylbenzene;(e)-3',5'-dimethoxy-4-stilbenol; (e)-4'-hydroxy-3,5-dimethoxystilbene;3',5'-dimethoxy-4-stilbenol; 3,5-dimethoxy-4'-hydroxy-trans-stilbene; 3,5-dimethoxy-4'-hydroxy-trans-stilbene; 4-(2-(3,5-dimethoxyphenyl)ethenyl)phenol;4-[(e)-2-(3,5-dimethoxyphenyl)vinyl]phenol; pterostilbene; pterostilbene; trans-pterostilbene", "4-[2-(3,5-dimethoxy-phenyl)-vinyl]-phenol", "537-42-8", "4-[(e)-2-(3,5-dimethoxyphenyl)vinyl]phenol", "c107773", "537-42-8[rn]", "4-[(1e)-2-(3,5-dimethoxyphenyl)ethenyl]phenol", "4-[(1e)-2-(3,5-dimethoxyphenyl)vinyl]phenol", "4-(2-(3", "pterostilbene", "3',5'-dimethoxy-4-stilbenol", "3',5'-dimethoxy-4e-stilbenol", "4trans-(2-(3,5-dimethoxyphenyl)ethenyl)phenol", "pterostilbene pterocarpus marsupium", "4-[(e)-2-(3,5-dimethoxyphenyl)ethenyl]phenol", "3',5'-dimethoxy-4-stilbenol; 4-[(1e)-2-(3,5-dimethoxyphenyl)ethenyl]phenol", "4-[(e)-2-(3", "pterocarpus marsupium", "3',5'-dimethoxy-4trans-stilbenol", "pterostilbene[wiki]", "phenol 4-[(e)-2-(3,5-dimethoxyphenyl)ethenyl]-", "4-(3,5-dimethoxystyryl)phenol", "4-[(e)-2-(3,5-dimethoxy-phenyl)-vinyl]-phenol", "(e)-1-hydroxy-4-(3,5-dimethoxy)styrylbenzene", "(e)-3',5'-dimethoxy-4-stilbenol", "(e)-4'-hydroxy-3,5-dimethoxystilbene", "phenol 4-(2-(3,5-dimethoxyphenyl)ethenyl)- (e)-", "4e-(2-(3,5-dimethoxyphenyl)ethenyl)phenol", "e 4-[2-(3,5-dimethoxy-phenyl)-vinyl]-phenol", "pteropure", "4-(2-(3,5-dimethoxyphenyl)ethenyl)phenol", "4-stilbenol 3',5'-dimethoxy- (e)-", "3,5-dimethoxy-4'-hydroxy-trans-stilbene", "4-((e)-2-(3,5-dimethoxyphenyl)ethenyl)phenol", "pterostilben", "3'", "(e)-4-(3,5-dimethoxystyryl)phenol", "3,5-dimethoxy-4'-hydroxystilbene", "smr000440694"}|>, "1906" -> <|"DatabaseID" -> "SW01266", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4753"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10107]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01057"]}, "IsomericSmiles" -> "CCOP(=O)(OCC)SCC[N+](C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02193"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ECHOTHIOPHATE IODIDE"|>, "PharmGKBID" -> "PA164743139", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10547]}, "Synonyms" -> {"phospholine iodide", "echodide", "echothiophate iodide", "ecostigmini jodidum", "ecothiophate iodide", "ecothiopate iodide", "208-152-1[einecs]", "iodure d'ecothiopate", "iodide ecothiopate", "diethoxyphosphinylthiocholine iodide", "ecostigmine iodide", "diethoxyphosphoryl-thiocholine iodide", "yoduro de ecotiofato", "6736-03-4[rn]", "s-ester of (2-mercaptoethyl)trimethylammoniumiodide with o,o-diethyl phosphorothioate", "ecothiopati iodidum[latin]", "ammonium,(2-(o,o-diethylphosphorothio)ethyl)trimethyl- iodide", "o,o-diethyl s-(2-trimethylammoniumethyl)phosphorothioate iodide", "iodure d'ecothiopate [inn_fr]", "butyrylcholine esterase", "ammonium,(2-mercaptoethyl)trimethyl- iodide s-esterwith o,o-diethylphosphorothioate", "echothiophate", "(2-mercaptoethyl)trimethylammonium iodide o,o-diethylphosphorothioate", "ethanaminium 2-[(diethoxyphosphinyl)thio]-n,n,n-trimethyl- iodide (1:1)", "d004456", "9005-49-6", "n-(2-(diethoxyphosphinylthio)ethyl)trimethylammonium iodide", "2-[(diethoxyphosphoryl)sulfanyl]-n,n,n-trimethylethanaminiumiodid", "pseudocholinesterase", "2-[(diethoxyphosphinyl)thio]-n,n,n-trimethylethanaminium iodide", "ioduro de ecotiopato[spanish][inn]", "iodure d'ecothiopate[french][inn]", "echothiophate iodide[usp]", "phospholine", "2-diaethoxyphosphinyl-thioaethyl-trimethyl-ammonium-jodid[german]", "phospholine (the pharmaceutical)", "2-diethoxyphosphinylthioethyltrimethylammonium iodide", "cholinesterase precursor", "ec 3.1.1.8", "ioduro de ecotiopato", "phospholine iodide pws 3mg/5ml (diluent + echothiophate iodide)_mixture", "phospholine iodide (tn)", "3/4/6736", "s-(2-(n,n,n-trimethylammonio)ethyl)o,o-diethylphosphorothiolate iodide", "s-b-dimethylaminoethyl-o,o-diethylthionophosphate methiodide", "ethanaminium 2-((diethoxyphosphinyl)thio)-n,n,n-trimethyl- iodide", "acylcholine acylhydrolase", "ecothiopati iodidum", "iodide echothiophate", "echothiophate[wiki]", "ethanaminium 2-[(diethoxyphosphinyl)thio]-n,n,n-trimethyl- iodide", "choline esterase ii", "iodide ecothiophate", "217-mi", "513-10-0[rn]", "2-{[bis(ethyloxy)phosphoryl]thio}-n,n,n-trimethylethanaminium iodide", "iodide phospholine", "2-((diethoxyphosphinyl)thio)-n,n,n,-trimethylethanaminium iodide", "217 mi", "2-[(diethoxyphosphoryl)sulfanyl]-n,n,n-trimethylethanaminium iodide[acd/iupac name]", "o,o-diethyl s-2-trimethylammonium ethylphosphonothiolate iodide", "(2-mercaptoethyl)trimethylammonium iodide s-ester witho,o-diethyl phosphorothioate", "ecothiopate iodide[jp15]", "2-diethoxy-phosphinylthioethyl-trimethylammonium iodide"}|>, "1907" -> <|"DatabaseID" -> "SW01267", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4604"], ExternalIdentifier["ChEBIID", "4637"], ExternalIdentifier["ChEBIID", "4636"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10210], ExternalIdentifier["ChemSpiderID", 2989], ExternalIdentifier["ChemSpiderID", 8632]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00985"], ExternalIdentifier["DrugBankID", "01075"]}, "IsomericSmiles" -> "C[NH+](C)CCOC(c1ccccc1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00520"], ExternalIdentifier["KEGGID", "D00300"], ExternalIdentifier["KEGGID", "D00669"]}, "OfficialNames" -> <|"China Approved Name" -> "dimenhydrinate", "Indian Approved Name" -> "diphenhydramine hcl;dimenhydrinate", "FDA Approved Drug" -> "DIMENHYDRINATE;DIPHENHYDRAMINE CITRATE;DIPHENHYDRAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> {"PA449338", "PA449349"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441281], ExternalIdentifier["PubChemCompoundID", 174697], ExternalIdentifier["PubChemCompoundID", 8980], ExternalIdentifier["PubChemCompoundID", 3100]}, "Synonyms" -> {"restamin", "allergival", "alledryl", "dramalen", "dramarin", "allergina", "diamarin", "dimenest", "supremal", "silphen", "beldin", "bena", "chloranautine", "dramyl", "vicks formula 44", "dimenhydrinate", "teodramin", "dibondrin", "diphen", "amosyt", "diphantine", "troversin", "dromyl", "hydramine", "aviomarin", "antemin", "xamamina", "permital", "bagodryl", "belix", "vena", "syntedril", "dabylen", "hydrinate", "menhydrinate", "novamine", "dimate", "neo-navigan", "diphenhydramine", "dimentabs", "gravinol", "dramamin", "reise-engletten", "diphenhydrinate", "travelin", "vomex a", "dibenil", "anautine", "andramine", "eldodram", "travelmin", "dramilin", "diphenhydramine hydrochloride", "diphenhydramine hcl", "antistominum", "benzhydroamina", "benadryl preservative free", "benzhydraminum", "antitussive", "diphenylhydramine", "benadryl", "probedryl", "benzhydramine", "dihidral", "genahist", "syntodril", "nervine nighttime sleep-aid", "denydryl", "nausen", "difenhydramin", "benapon", "histaxin", "hyrexin", "sominex", "aleryl", "ibiodral", "dimedrol", "allergeval", "dermistina", "diabenyl", "bendylate", "benadrin", "medidryl", "difedryl", "rigidil", "drylistan", "twilite caplets", "ambenyl", "allerdryl", "mephadryl", "dimedryl", "allergan b", "benzantine", "benylan", "antomin", "diabylen", "amidryl", "desentol", "sleep-eze d", "dermodrin", "allergical", "betramin", "debendrin", "benadryl allergy", "compoz", "rigidyl", "benzhydril", "ben-allergin", "unisom sleepgels maximum strength", "banophen caplets", "diphenhist captabs", "diphenhydramine base", "dylamon", "benodine", "novamina", "aller-med", "nytol quickgels", "automin", "baramine", "dormarex 2", "etanautine", "allermax caplets", "benodin", "banophen", "siladryl", "dibendrin", "nytol quickcaps", "sleep-eze d extra strength", "dryistan", "hyadrine", "diphenhist", "diphen cough", "benachlor", "bye bye bite lot (benzocaine + diphenhydramine hydrochloride + menthol)_mixture", "dimenhydrinatum[latin]", "ac1l9avv", "ethylamine 2-(diphenylmethoxy)-n n-dimethyl- compd.with 8-chlorothiophylline(1:1)", "benzehist", "dramamine (tn)", "133294-22-1[rn]", "dimenhydrinate[wiki]", "ethylamine 2- (diphenylmethoxy)-n,n-dimethyl- compd.with 8-chlorotheophylline (1:1)", "chebi:4604", "2-(benzhydryloxy)-n,n-dimethylethylamine compd. with 8-chlorotheophylline", "1h-purine-2 6-dione 8-chloro-3,7-dihydro-1,3-dimethyl- compd. with 2-(diphenylmethoxy)-n,n-dimethylethanamine (1:1)", "epha", "benadryl[wiki]", "(o-benzhydryl(dimethylamino)ethanol) 8-chlorotheophyllinate", "2-(diphenylmethoxy)-n,n-dimethylethanamine and 8-chloro-1,3-dimethyl-3,9-dihydro-1h-purine-2,6-dione", "db00985", "difenidramina", "theophylline 8-chloro- compd. with2- (diphenylmethoxy)-n,n-dimethylethylamine(1:1)", "benylin", "dramamine[wiki]", "resmin", "gravol", "benzhydryl", "theophylline 8-chloro- compd. with2- (diphenylmethoxy)-n n-(dimethylethyl)amine (1:1)", "novamin (van)", "diphenhydramine theoclate", "diphenhydramine hydrochloride [ban:jan][jan]", "emedyl", "dimedrol[wiki]", "lomarin", "dimenhydrinate [ban:inn:jan][inn][jan]", "calamine lotion with antih lot (calamine + diphenhydramine hydrochloride + zinc oxide)_mixture", "8-chlorotheophylline compound with2-(diphenylmethoxy)-n,n-dimethylethylamine (1:1)", "ambenyl cough syrup (ammonium chloride + bromodiphenhydramine hydrochloride + codeine phosphate + diphenhydramine hydrochloride + potassium guaiacol sulphonate)_mixture", "39831-55-5[rn]", "sekundal-d", "2-(diphenylmethoxy)-n", "allergan[wiki]", "dimenidrinato [dcit]", "dramocen", "histacyl", "o-benzhydryldimethylaminoethanol 8-chlorotheophyllinate", "8-chloro-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione- 2-(diphenylmethoxy)-n,n-dimethylethanamine(1:1)[acd/iupac name]", "novamin", "1h-purine-2,6-dione 8-chloro-3,7-dihydro-1,3-dimethyl- compd.with 2-(diphenylmethoxy)-n,n-dimethylethanamine (1:1)", "calamine w antihistamine lotion (calamine + diphenhydramine hydrochloride)_mixture", "dommanate", "faston[wiki]", "travel-gum", "emes", "ncgc00017026-01", "1h-pyrine-2,6-dione 8-chloro-3,7-dihydro-1,3-dimethyl- compd.with 2-(diphenylmethoxy)-n,n-dimethylethanamine (1:1)", "254-648-6[einecs]", "n,n-dimethyl-2-diphenylmethoxyethylamine 8-chlorotheophyllinate", "carphenamine", "halbmond", "8-chlorotheophylline compd. with 2-(diphenylmethoxy)-n,n-dimethylethylamine (1:1)", "523-87-5[rn]", "valdrene", "eldadryl", "cathejell", "bax", "cas-523-87-5", "diphenhydramine 8-chlorotheophyllinate", "ambodryl", "theophylline 8-chloro- compd. with2-(diphenylmethoxy)-n,n-dimethylethylamine (1:1)", "theophylline 8-chloro- compd with2-(diphenylmethoxy)-n,n-dimethyethylamine (1:1)", "fenylhist", "diphenhydramine salicylate", "diphamine", "2-(benzhydryloxy)-n,n-dimethylethylamine 8-chlorotheophyllinate", "diphenhydramine 8-chlorotheophylline", "benadryl decongestant tablets (diphenhydramine hydrochloride + pseudoephedrine hydrochloride)_mixture", "gravinol (antiemetic)", "[o-benzhydryl(dimethylamino)ethanol] 8-chlorotheophyllinate", "caladryl lotion (calamine + diphenhydramine hydrochloride)_mixture", "dolestan", "2-(diphenylmethoxy)-n,n-dimethylethylamine 8-chlorotheophyllinate", "d00520", "8-chloro-1,3-dimethyl-3,9-dihydro-1h-purine-2,6-dione- 2-(diphenylmethoxy)-n,n-dimethylethanamine(1:1)", "soverin", "gravol[wiki]", "1h-purine-2,6-dione 8-chloro-3,9-dihydro-1,3-dimethyl- compd.with 2-(diphenylmethoxy)-n,n-dimethylethanamine (1:1)", "147-24-0[rn]", "benzantin", "dramamine", "calamine lotion w antihistamine (calamine + diphenhydramine hydrochloride)_mixture", "torinal", "reidamine", "ethylamine n,n-dimethyl-2-(diphenylmethoxy)- compd.with 8-chlorotheophylline", "felben", "ethanamine 2-(diphenylmethoxy)-n,n-dimethyl- compd.with 8-chloro-3,7-dihydro-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "removine", "allergin", "noctomin", "208-350-8[einecs]", "dimenhidrinato[spanish][inn]", "caladryl cream (calamine + diphenhydramine hydrochloride)_mixture", "prestwick_892", "ethylamine 2-(diphenylmethoxy)-n,n-dimethyl-,compd with 8-chlorotheophylline (1:1)", "hms1568f12", "carphenex", "[147-24-0]", "ethylamine 2- (diphenylmethoxy)-n,n-dimethyl- hydrochloride", "8052-21-9[rn]", "2-(benzhydryloxy)-n,n-dimethylethylamine hydrochloride", "diphenhydramine hydrochloride injection", "dimethylamine benzhydryl ester hydrochloride", "dimedrolum[wiki]", "2-diphenylmethoxy-n,n-dimethylethanamine hydrochloride", "2-diphenylmethoxy-n,n-dimethylethylamine hydrochloride", "bayer select night time pain relief", "tylenol flu night time powder", "diphenhydraminehcl", "[2-(diphenylmethoxy)ethyl]dimethylamine chloride h", "2-(diphenylmethoxy)-n,n-dimethylethanaminhydrochlorid", "2-[(diphenylmethyl)oxy]-n,n-dimethylethanamine hydrochloride", "sleep-eze-3", "diphenhydramine hydrochloride preservative free", "2-benzhydryloxy-n,n-dimethyl-ethanamine", "tylenol pm tablets/caplets", "dobacen hydrochloride", "diphenhydramine.hcl", "difenhydramine hydrochloride", "diphenhydraminehydrochloride", "quiet world", "halbmond rohydra", "midol pm night time formula", "2-(benzhydryloxy)-n,n-dimethylethanamine hydrochloride", "n-(2-diphenylmethoxyethyl)-n,n-dimethylamine hydrochloride", "b-dimethylaminoethyl benzhydryl ether hydrochloride", "ziradryl", "2-(diphenylmethoxy)-n,n-dimethylethanamine hydrochloride (1:1)[acd/iupac name]", "bena-fedrin", "a-(2-dimethylaminoethoxy)diphenylmethane hydrochloride", "orphenadrine hydrochloride imp. d (ep) as hydrochloride", "actifed sinus nighttime", "diphenylhydramine hydrochloride", "205-687-2[einecs]", "tylenol allergy sinus night time caplets", "benzhydramine hydrochloride", "ethanamine 2-(diphenylmethoxy)-n,n-dimethyl- hydrochloride (1:1)", "tl8001037", "benacine", "ethanamine 2-(diphenylmethoxy)-n,n-dimethyl- hydrochloride", "contac day & night allergy sinus night caplets", "2-(benzhydryloxy)-n,n-dimethylethylamine hydrochloride", "dytuss", "52232-04-9[rn]", "tylenol cold night time liquid", "ethylamine n,n-dimethyl-2-(diphenylmethoxy)- hydrochloride", "paradryl", "contac day & night cold/flu night caplets", "sedopretten", "benadryl dimedrol daedalon", "benadril hydrochloride", "[2-(diphenylmethoxy)ethyl]dimethylamine chloride", "tylenol flu night time gelcaps", "o-benzhydryldimethylaminoethanol hydrochloride", "n,n-dimethyl-2-(diphenylmethoxy)-ethylamine hydrochloride", "prodryl", "[2-(diphenylmethoxy)ethyl]dimethylamine hydrochloride", "2-diphenylmethoxy-n,n-dimethylethylamine hydrochloride; n-(2-diphenylmethoxyethyl)-n,ndimethylaminehydrochloride", "wehydryl", "caladryl", "ethanamine 2- (diphenylmethoxy)-n,n-dimethyl- hydrochloride", "2-(diphenylmethoxy)-n,n-dimethylethanamine hydrochloride", "benadryl (tn)", "d03854", "ethylamine 2-(diphenylmethoxy)-n,n-dimethyl-", "1720-32-7[rn]", "200-328-6[einecs]", "einecs 289-432-0", "s51", "allergin[wiki]", "dph (van)", "o-benzhydryldimethylaminoethanol", "chembl1201089", "2-(diphenylmethoxy)-n,n-dimethylethanamin", "difenidramina[italian]", "secundal-d", "hydryllin", "far 90x2", "dimehydrinate", "tl8003758", "rohydra", "[2-(diphenylmethoxy)ethyl]dimethylamine", "200-396-7[einecs]", "57-41-0[rn]", "diphenhydramine citrate (usp)", "diphenhydramine tannate", "n-[2-(benzhydryloxy)ethyl]-n,n-dimethylamine", "a-(2-dimethylaminoethoxy)diphenylmethane", "ethylamine n,n-dimethyl-2-(diphenylmethoxy)-", "58-73-1[rn]", "difenhidramina[spanish][inn]", "diphenhydramine citrate", "unii-4od433s209", "benylin[wiki]", "2-(diphenylmethoxy)-n,n-dimethylethanamine[acd/iupac name]", "2-[(diphenylmethyl)oxy]-n,n-dimethylethanamine", "88637-37-0", "2-diphenylmethoxy-n,n-dimethylethanamine", "2-(diphenylmethoxy)-n,n-dimethylethylamine", "4-10-00-00125 (beilstein handbook reference)[beilstein]", "ac1l5bia", "dph", "diphenydramine", "2pm", "diphenhydraminum[latin]", "diphenhydramine laurylsulfate", "s 8", "ethanamine 2-(diphenylmethoxy)-n,n-dimethyl-", "dihydral", "antamin", "sk-diphenhydramine", "2-benzhydryloxyethyl-n,n-dimethylammonium", "b-dimethylaminoethyl benzhydryl ether", "n-(2-(diphenylmethoxy)ethyl)-n,n-dimethylamine", "cetamin", "restamin (tn)", "n-(benzhydryloksy-etylo)dwumetyloamina[polish]", "diphenhydramine[wiki][jp15]", "benocten", "2-(benzhydryloxy)-n,n-dimethylethylamine", "217-011-3[einecs]"}|>, "1908" -> <|"DatabaseID" -> "SW01268", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "331697"], ExternalIdentifier["ChEBIID", "127342"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49515], ExternalIdentifier["ChemSpiderID", 49516]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00289"]}, "IsomericSmiles" -> "Cc1ccccc1O[C@H](CC[NH2+]C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02574"]}, "OfficialNames" -> <|"Indian Approved Name" -> "atomoxetine", "FDA Approved Drug" -> "ATOMOXETINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA134688071", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54840], ExternalIdentifier["PubChemCompoundID", 54841]}, "Synonyms" -> {"strattera", "atomoxetine hydrochloride", "tomoxetine", "tomoxetinum [latin]", "tomoxetine [inn]", "tomoxetina [spanish]", "atomoxetine", "5htt", "(-)-tomoxetine", "strattera[wiki]", "atomoxetine[wiki][inn]", "tomoxetine [inn_en]", "82248-59-7[rn]", "(r)-tomoxetine hydrochloride", "atomoxetine hcl", "tomoxetine hydrochloride", "tomoxetine[wiki][inn]", "5ht transporter", "[(3r)-3-(2-methylphenoxy)-3-phenylpropyl]methylamine,chloride,h", "benzenepropanamine n-methyl-?-(2-methylphenoxy)- (?r)-", "ly-139603", "tomoxetinum[latin]", "(r)-n-methyl-g-(2-methylphenoxy)-benzenepropanamine hydrochloride", "methyl-((r)-3-phenyl-3-o-tolyloxy-propyl)-amine", "benzenepropanamine n-methyl-g-(2-methylphenoxy)- (gr)-", "strattera (tn)", "tomoxetina", "82248-59-7", "(gr)-n-methyl-g-(2-methylphenoxy)benzenepropanamine", "(r)-(-)-tomoxetine hydrochloride", "chebi:127342", "ly-139602 [(+)-isomer]", "atomoxetine (inn)", "atomoxetine hydrochloride (jan/usan)[jan][usan]", "(r)-n-methyl-3-phenyl-3-(o-tolyloxy)propan-1-amine", "tomoxetina[spanish]", "(r)-tomoxetine", "ly 139603", "[82248-59-7]", "83015-26-3[rn]", "(3r)-n-methyl-3-(2-methylphenoxy)-3-phenylpropan-1-amine hydrochloride (1:1)", "(r)-n-methyl-3-phenyl-3-(o-tolyloxy)propan-1-amine hydrochloride", "(3r)-n-methyl-3-(2-methylphenoxy)-3-phenylpropan-1-amine", "(gr)-n-methyl-g-(2-methylphenoxy)benzenepropanamine hydrochloride", "(3r)-n-methyl-3-(2-methylphenoxy)-3-phenylpropan-1-aminhydrochlorid", "(3r)-n-methyl-3-(2-methylphenoxy)-3-phenyl-1-propanamine hydrochloride (1:1)[acd/iupac name]", "(3r)-n-methyl-3-(2-methylphenoxy)-3-phenylpropan-1-amine hydrochloride", "tomoxetinum", "atomoxitine"}|>, "1909" -> <|"DatabaseID" -> "SW01269", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21127]}, "IsomericSmiles" -> "C[NH+](C)CCOc1ccccc1Cc2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "nn-dimethyl-2-(alpha-phenyl-o-tolyloxy)ethylamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7077]}, "Synonyms" -> {"antin", "phentoloxamine", "ethylamine 2-(o-benzylphenoxy)-n,n-dimethyl- hydrochloride", "histionex", "phenoxadrin", "bistrimin", "feniltoloxamina [inn-spanish]", "6152-43-8[rn]", "phenyltoloxamine", "phenyltoloxamine hydrochloride", "n-(2'-dimethylaminoaethyl)-(o-benzylphenol)-aether hydrochlorid[german]", "phenoxadrine", "bristamin hydrochloride", "bristamin", "feniltolossamina [dcit]"}|>, "1910" -> <|"DatabaseID" -> "SW01270", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170671], ExternalIdentifier["ChemSpiderID", 8713]}, "IsomericSmiles" -> "C[NH+](C)CCN(Cc1ccccc1)c2ccccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06246"], ExternalIdentifier["KEGGID", "D02091"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRIPELENNAMINE CITRATE;TRIPELENNAMINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197066], ExternalIdentifier["PubChemCompoundID", 9066]}, "Synonyms" -> {"dehistin monohydrochloride", "stanzamine", "pyribenzamine citrate", "ahistamin", "pyribenzamine hydrochloride", "pbz (tn)", "piristin", "tri-tumine", "tripelennamine citrate", "recovr", "antiallergicum medivet", "tripelennamine hydrochloride", "pyridine,2-(benzyl(2-(dimethylamino)ethyl)amino)- monohydrochloride", "pyrinamine", "22306-05-4[rn]", "2-[benzyl[2-(dimethylamino)ethyl]amino]pyridine hydrochloride", "205-833-5[einecs]", "6138-56-3 91-81-6 [tripelennamine]", "pyridine,2-[benzyl[2- (dimethylamino)ethyl]amino]- monohydrochloride", "ncgc00095775-01", "2-(benzyl[2-dimethylaminoethyl]amino)pyridine", "154-69-8[rn]", "re-covr injectable (veterinary)", "1,2-ethanediamine,n,n-dimethyl-n'-(phenylmethyl)-n'-2-pyridinyl- hydrochloride", "tripelennamine chloride", "pyridine,2-(benzyl(2-(dimethylamino)ethyl)amino)- hydrochloride", "n-benzyl-n',n'-dimethyl-n-(2-pyridinyl)-1,2-ethanediamine hydrochloride(1:1)[acd/iupac name]", "ethylenediamine n-benzyl-n',n'-dimethyl-n-(2-pyridyl)- hydrochloride", "tripelennamine monohydrochloride", "tripelennamine hydrochloride[usp]", "ac1l52tq", "pyribenzamine monohydrochloride", "6138-56-3", "1", "1,2-ethanediamine,n,n-dimethyl-n'-(phenylmethyl)-n'-2-pyridinyl- 2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "[2-(dimethylamino)ethyl]benzyl-2-pyridylamine chloride", "2-(benzyl(2-(dimethylamino)ethyl)amino)pyridine citrate (1:1)", "1,2-ethanediamine n1,n1-dimethyl-n2-(phenylmethyl)-n2-2-pyridinyl- 2-hydroxy-1,2,3-propanetricarboxylate (1:1) (salt)", "2-(benzyl(2-(dimethylamino)ethyl)amino)pyridine hydrochloride", "einecs 228-121-6", "228-121-6[einecs]", "dsstox_cid_25989", "tripelennaminehydrochloride", "tripelennamine[wiki][inn]", "6138-56-3[rn]", "n-benzyl-n',n'-dimethyl-n-(pyridin-2-yl)ethane-1,2-diamine 2-hydroxypropane-1,2,3-tricarboxylate (1:1)", "6138-56-3 91-81-6", "pyridine", "n-benzyl-n',n'-dimethyl-n-(pyridin-2-yl)ethane-1,2-diamine hydrochloride(1:1)", "2-(benzyl(2-(dimethylamino)ethyl)amino)pyridine monohydrochloride", "n-benzyl-n',n'-dimethyl-n-pyridin-2-ylethane-1,2-diamine hydrochloride", "1,2-ethanediamine,n,n-dimethyl-n'-(phenylmethyl)-n'-2-pyridinyl- monohydrochloride", "1,2-ethanediamine,n1,n1-dimethyl-n2-(phenylmethyl)-n2-2-pyridinyl- hydrochloride (1:1)", "pbz-sr", "pbz", "1,2-ethanediamine n1,n1-dimethyl-n2-(phenylmethyl)-n2-2-pyridinyl- hydrochloride(1:1)", "91-81-6[rn]", "n-benzyl-n',n'-dimethyl-n-pyridin-2-yl-ethane-1,2-diamine", "pyridine,2-(benzyl(2-(dimethylamino)ethyl)amino)- citrate (1:1)", "n,n-dimethyl-n'-(2-pyridyl)-n'-benzylethylenediamine hydrochloride", "tripelennamine hcl"}|>, "1911" -> <|"DatabaseID" -> "SW01271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479180]}, "IsomericSmiles" -> "CC(=CCCC(C)(C=C)/C=C/c1ccc(cc1)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-backuchiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321439]}, "Synonyms" -> {"4-(3", "bakuchiol[wiki]", "4-(3-ethenyl-3,7-dimethyl-1,6-octadienyl)phenol", "4-(3,7-dimethyl-3-vinyl-1,6-octadienyl)phenol", "backuchiol", "4-[(1e)-3-ethenyl-3,7-dimethylocta-1,6-dien-1-yl]phenol", "nsc671195", "phenol 4-(3,7-dimethyl-3-ethenylocta-1,6-dienyl)-", "c012765", "phenol 4-[(1e)-3-ethenyl-3,7-dimethyl-1,6-octadien-1-yl]-", "(+)-bakuchiol", "phenol", "ac1nt0iv", "4-[(1e)-3-ethenyl-3", "ag-d-13337", "10309-37-2[rn]"}|>, "1912" -> <|"DatabaseID" -> "SW01271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479180]}, "IsomericSmiles" -> "CC(=CCCC(C)(C=C)/C=C/c1ccc(cc1)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-backuchiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321439]}, "Synonyms" -> {"4-(3", "bakuchiol[wiki]", "4-(3-ethenyl-3,7-dimethyl-1,6-octadienyl)phenol", "4-(3,7-dimethyl-3-vinyl-1,6-octadienyl)phenol", "backuchiol", "4-[(1e)-3-ethenyl-3,7-dimethylocta-1,6-dien-1-yl]phenol", "nsc671195", "phenol 4-(3,7-dimethyl-3-ethenylocta-1,6-dienyl)-", "c012765", "phenol 4-[(1e)-3-ethenyl-3,7-dimethyl-1,6-octadien-1-yl]-", "(+)-bakuchiol", "phenol", "ac1nt0iv", "4-[(1e)-3-ethenyl-3", "ag-d-13337", "10309-37-2[rn]"}|>, "1913" -> <|"DatabaseID" -> "SW01272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735785]}, "IsomericSmiles" -> "Cc1ccc2c(c1)[C@]34CCCC[C@@H]3[C@H](C2)[NH+](CC4)C", "OfficialNames" -> <|"NPC Approved Name" -> "dimemorfan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3037918]}, "Synonyms" -> {"252-963-3[einecs]", "dimemorfan phosphate[jp15]", "dimemorfano", "dimemorfan[inn]", "dimemorphan", "astomin", "dimemorfan", "d-3-methyl-n-methylmorphinan", "3", "dimemorfanum [inn-latin]", "dimemorfane [inn-french]", "36309-01-0[rn]", "dimemorfan phosphate", "36309-01-0", "dimemorfane", "252-958-6[einecs]", "dimemorfanum", "(9a,13a,14a)-3,17-dimethylmorphinan", "36304-84-4[rn]"}|>, "1914" -> <|"DatabaseID" -> "SW01272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735785]}, "IsomericSmiles" -> "Cc1ccc2c(c1)[C@]34CCCC[C@@H]3[C@H](C2)[NH+](CC4)C", "OfficialNames" -> <|"NPC Approved Name" -> "dimemorfan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3037918]}, "Synonyms" -> {"252-963-3[einecs]", "dimemorfan phosphate[jp15]", "dimemorfano", "dimemorfan[inn]", "dimemorphan", "astomin", "dimemorfan", "d-3-methyl-n-methylmorphinan", "3", "dimemorfanum [inn-latin]", "dimemorfane [inn-french]", "36309-01-0[rn]", "dimemorfan phosphate", "36309-01-0", "dimemorfane", "252-958-6[einecs]", "dimemorfanum", "(9a,13a,14a)-3,17-dimethylmorphinan", "36304-84-4[rn]"}|>, "1915" -> <|"DatabaseID" -> "SW01273", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83840]}, "IsomericSmiles" -> "CC(C[NH+](C)C)C(C)(Cc1ccc(cc1)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01608"]}, "OfficialNames" -> <|"NPC Approved Name" -> "petoxil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92876]}, "Synonyms" -> {"clobutinol hydrochloride", "2-(p-chlorobenzyl)-3-dimethylaminomethyl-2-butanol hydrochloride", "petoxil", "silomat", "pertoxil", "214-931-7[einecs]", "biotertussin", "kat 256", "silomat (tn)", "einecs 214-931-7", "silom", "clobutinol hydrochloride(jan)", "1215-83-4[rn]", "1-(4-chlorophenyl)-4-(dimethylamino)-2,3-dimethylbutan-2-ol hydrochloride (1:1)", "1-p-chlorophenyl-2,3-dimethyl-4-dimethylamino-2-butanol hydrochloride", "silom[wiki]"}|>, "1916" -> <|"DatabaseID" -> "SW01273", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83840]}, "IsomericSmiles" -> "CC(C[NH+](C)C)C(C)(Cc1ccc(cc1)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01608"]}, "OfficialNames" -> <|"NPC Approved Name" -> "petoxil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92876]}, "Synonyms" -> {"clobutinol hydrochloride", "2-(p-chlorobenzyl)-3-dimethylaminomethyl-2-butanol hydrochloride", "petoxil", "silomat", "pertoxil", "214-931-7[einecs]", "biotertussin", "kat 256", "silomat (tn)", "einecs 214-931-7", "silom", "clobutinol hydrochloride(jan)", "1215-83-4[rn]", "1-(4-chlorophenyl)-4-(dimethylamino)-2,3-dimethylbutan-2-ol hydrochloride (1:1)", "1-p-chlorophenyl-2,3-dimethyl-4-dimethylamino-2-butanol hydrochloride", "silom[wiki]"}|>, "1917" -> <|"DatabaseID" -> "SW01273", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83840]}, "IsomericSmiles" -> "CC(C[NH+](C)C)C(C)(Cc1ccc(cc1)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01608"]}, "OfficialNames" -> <|"NPC Approved Name" -> "petoxil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92876]}, "Synonyms" -> {"clobutinol hydrochloride", "2-(p-chlorobenzyl)-3-dimethylaminomethyl-2-butanol hydrochloride", "petoxil", "silomat", "pertoxil", "214-931-7[einecs]", "biotertussin", "kat 256", "silomat (tn)", "einecs 214-931-7", "silom", "clobutinol hydrochloride(jan)", "1215-83-4[rn]", "1-(4-chlorophenyl)-4-(dimethylamino)-2,3-dimethylbutan-2-ol hydrochloride (1:1)", "1-p-chlorophenyl-2,3-dimethyl-4-dimethylamino-2-butanol hydrochloride", "silom[wiki]"}|>, "1918" -> <|"DatabaseID" -> "SW01273", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83840]}, "IsomericSmiles" -> "CC(C[NH+](C)C)C(C)(Cc1ccc(cc1)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01608"]}, "OfficialNames" -> <|"NPC Approved Name" -> "petoxil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92876]}, "Synonyms" -> {"clobutinol hydrochloride", "2-(p-chlorobenzyl)-3-dimethylaminomethyl-2-butanol hydrochloride", "petoxil", "silomat", "pertoxil", "214-931-7[einecs]", "biotertussin", "kat 256", "silomat (tn)", "einecs 214-931-7", "silom", "clobutinol hydrochloride(jan)", "1215-83-4[rn]", "1-(4-chlorophenyl)-4-(dimethylamino)-2,3-dimethylbutan-2-ol hydrochloride (1:1)", "1-p-chlorophenyl-2,3-dimethyl-4-dimethylamino-2-butanol hydrochloride", "silom[wiki]"}|>, "1919" -> <|"DatabaseID" -> "SW01274", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13314]}, "IsomericSmiles" -> "c1cc(c(c(c1)Cl)[N+](=O)[O-])c2c[nH]cc2Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01094"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pirrolnitrina"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13916]}, "Synonyms" -> {"pyrrolnitrin", "3-chloro-4-(3-chloro-2-nitrophenyl)pyrrole", "pyrrolnitrine", "pyroace", "5-20-07-00373[beilstein]", "nsc107654", "5-20-07-00373 (beilstein handbook reference)[beilstein]", "pyrrolnitrinum", "pyrrolnitrine [inn-french]", "pyrrolnitrin [usan:inn:jan][inn][jan][usan]", "pyrrole 3-chloro-4- (3-chloro-2-nitrophenyl)-", "213-812-7[einecs]", "3-chloro-4-(3-chloro-2-nitrophenyl)-1h-pyrrole[acd/iupac name]", "pyrrolnitrinum[latin]", "3-chloro-4-(2'-nitro-3'-chlorophenyl)pyrrole", "1h-pyrrole 3-chloro-4-(3-chloro-2-nitrophenyl)-", "1018-71-9[rn]", "nsc-107654", "pn", "pyrrolnitrin microbial", "pyrrole 3-chloro-4-(3-chloro-2-nitrophenyl)-", "pyrollnitrin", "pirrolnitrin", "3-chloro-4-(3-chloro-2-nitro-phenyl)-1h-pyrrole", "fr 005759", "1h-pyrrole 3-chloro-4- (3-chloro-2-nitrophenyl)-", "pirrolnitrina[spanish][inn]", "pyrrolnitrica", "pirrolnitrina", "pyrrolnitrin (jp15/usan)[usan][jp15]"}|>, "1920" -> <|"DatabaseID" -> "SW01275", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "55345"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00261"]}, "IsomericSmiles" -> "c1cc(c(c2c1[NH+]=C3NC(=O)CN3C2)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02933"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ANAGRELIDE HYDROCHLORIDE"|>, "Synonyms" -> {"agrylin", "anagrelide hydrochloride", "bl-4162a", "cyclic gmp-inhibited phosphodiesterase a", "anagrelide hcl", "anagrelide", "xagrid", "ec 3.1.4.17", "cgi-pde a"}|>, "1921" -> <|"DatabaseID" -> "SW01276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4977]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01399"]}, "IsomericSmiles" -> "c1ccc(c(c1)C(=O)Oc2ccccc2C(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00428"]}, "OfficialNames" -> <|"NPC Approved Name" -> "salsalate"|>, "PharmGKBID" -> "PA164745462", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5161]}, "Synonyms" -> {"sasapyrine", "disalcid", "salsalate", "salicylsalicylic acid", "sasapyrinum", "saloxium", "diacesal", "disalicylic acid", "diplosal", "disalyl", "salsalatum[latin]", "2-(2-hydroxyphenylcarbonyloxy)benzoic acid", "2-[(2-hydroxybenzoyl)oxy]benzoic acid[acd/iupac name]", "salicylic acid salicylate", "disalcid (tn)", "prostaglandin-endoperoxide synthase 1", "pghs-1", "salina[wiki]", "salsalate[usp]", "2-{[(2-hydroxyphenyl)carbonyl]oxy}benzoic acid", "disalicylsaeure", "4-10-00-00165[beilstein]", "209-027-4[einecs]", "4-10-00-00165 (beilstein handbook reference)[beilstein]", "prostaglandin g/h synthase 1 precursor", "cyclooxygenase- 1", "salicylic acid bimolecular ester", "salicyloylsalicylic acid", "2-carboxyphenyl 2-hydroxybenzoate", "salsalato[spanish][inn]", "salysal", "salicylic acid bimolecular ester", "persistin", "nobacid", "cox-1", "o-salicylcylsalicylsaeure", "salsalatum [inn-latin]", "2-((2-hydroxybenzoyl)oxy)benzoic acid", "salicylic acid salicylate", "pgh synthase 1", "2-hydroxybenzoic acid 2-carboxyphenyl ester", "prostaglandin h2 synthase 1", "salical", "sasapirin", "2-carboxyphenyl salicylate", "benzoic acid 2-hydroxy- 2-carboxyphenyl ester", "sasapyrin", "552-94-3[rn]", "sal ester sal", "salsalate [usan:ban:inn][inn][usan]", "phs 1", "552-94-3", "disalicylic acid;; salsalate", "ec 1.14.99.1"}|>, "1922" -> <|"DatabaseID" -> "SW01277", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141785]}, "IsomericSmiles" -> "c1cc(c(c(c1)O)C(=O)[O-])CCc2ccc(cc2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lunularic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161413]}, "Synonyms" -> {"lunularic acid", "6-(p-hydroxyphenethyl)salicylic acid", "2-hydroxy-6-(2-(4-hydroxyphenyl)ethyl)benzoic acid", "23255-59-6[rn]", "2-hydroxy-6-[2-(4-hydroxyphenyl)ethyl]benzoic acid[acd/iupac name]", "6-[2'-(4''-hydroxyphenyl)ethyl]salicylic acid", "ac1q5thc", "chembl240495", "benzoic acid 2-hydroxy-6-[2-(4-hydroxyphenyl)ethyl]-", "ac1l4pdv", "2-hydroxy-6-[2-(4-hydroxyphenyl)ethyl]benzoic acid", "benzoic acid 2-hydroxy-6-(2-(4-hydroxyphenyl)ethyl)-", "ar-1h0083", "ar-1h0084", "23255-59-6"}|>, "1923" -> <|"DatabaseID" -> "SW01278", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2479]}, "IsomericSmiles" -> "CCCCCCNC(=O)n1cc(c(=O)[nH]c1=O)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01784"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carmofur"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2577]}, "Synonyms" -> {"mifurol", "hcfu", "carmofur", "1-(n-hexylcarbamoyl)-5-fluorouracil", "1-hexylcarbamoyl-5-fluorouracil", "yamaful", "2,4-dioxo-5-fluoro-n-hexyl-3,4-dihydro-1(2h)-pyrimidinecarboxamidme", "1-pyrimidinecarboxamide 1,2,3,4-tetrahydro-2,4-dioxo-5-fluoro-n-hexyl-", "1(2h)-pyrimidinecarboxamide 3,4-dihydro-2,4-dioxo-5-fluoro-n-hexyl-", "1(2h)-pyrimidinecarboxamide 5-fluoro-n-hexyl-3,4-dihydro-2,4-dioxo-", "(5-fluoro-2,4-dioxo(1,3-dihydropyrimidinyl))-n-hexylcarboxamide", "61422-45-5", "2,4-dioxo-5-fluoro-n-hexyl-1,2,3,4-tetrahydro-1-pyrimidinecarboxamide", "5-fluoro-n-hexyl-2,4-dioxo-3,4-dihydropyrimidine-1(2h)-carboxamide", "hcfutm", "5-fluoro-n-hexyl-3,4-dihydro-2,4-dioxo-1(2h)-pyrimidinecarboxamide", "mifurol (tn)", "carmofurum [inn-latin]", "6275-92-9[rn]", "4-methylbenzotrifluoride", "carmofur[wiki][inn][jan][jp15]", "5-fluoro-1-(hexylcarbamoyl)uracil", "61422-45-5[rn]", "5-24-06-00277 (beilstein handbook reference)[beilstein]", "6140-17-6[rn]", "yamafur", "carmofurum[latin]", "uracil 5-fluoro-1-hexylcarbamoyl-", "hexylcarbamoyl fluorouracil", "ccris 2759"}|>, "1924" -> <|"DatabaseID" -> "SW01279", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16412]}, "IsomericSmiles" -> "CN(C=O)C(=O)CSP(=S)(OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-formyl-n-deacetylcolchine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17345]}, "Synonyms" -> {"anthio 25", "anthio", "toprose", "formothion", "aflix", "formothion 25 ec", "antio", "afliz [sandoz]", "spencer s-6900", "phosphorodithioicacid o,o-dimethylester s-ester with n-formyl-2-mercapto-n-methyl-acetamide", "o,o-dimethyl dithiophosphorylaceticacid n-methyl-n-formylamide", "sandoz s-6900", "san 7107 i", "s-{2-[formyl(methyl)amino]-2-oxoethyl}-o,o-dimethyldithiophosphat", "s-{2-[formyl(methyl)amino]-2-oxoethyl} o,o-dimethyl phosphorodithioate[acd/iupac name]", "spencer s 6900", "s-(2-(formylmethylamino)-2-oxoethyl)o,o-dimethyl phosphorodithioate", "phosphorodithioicacid s-(2-(formylmethylamino)-2-oxoethyl) o,o-dimethyl ester", "formothion [bsi:iso]", "219-818-6[einecs]", "s-[2-(formylmethylamino)-2-oxoethyl]o,o-dimethyl dithiophosphate", "phosphorodithioicacid o,o-dimethylester n-formyl-2-mercapto-n-methylacetamides-ester", "o,o-dimethyl phosphorodithioate s-ester withn-formyl-2-mercapto-n-methylacetamide", "o,o-dimethyl s-(n-formyl-n-methylcarbamoylmethyl) phosphorodithioate", "2540-82-1[rn]", "sandoz s 6900", "san 6913 i", "n-formyl-n-methylcarbamoylmethyl o,o-dimethylphosphorodithioate", "o,o-dimethyl s-(n-methyl-n-formylcarbamoylmethyl)phosphorodithioate", "phosphorodithioicacid s-[2-(formylmethylamino)-2-oxoethyl] o,o-dimethyl ester", "s-(formyl(methyl)carbamoylmethyl) o,o-dimethyl phosphorodithioate", "o,o-dimetil-s-(n-formil-n-metil-carbamoil-metil)-ditiofosfato[italian]", "phosphorodithioicacid o,o-dimethylester s-ester withn-formyl-2-mercapto-n-methylacetamide", "2540-32-1[rn]", "2-dimethoxyphosphinothioylthio-n-formyl-n-methylacetamide", "san 244 i", "s-(n-formyl-n-methylcarbamoylmethyl)dimethylphosphorothiolothionate", "o,o-dimethyl phosphorodithioate n-formyl-2-mercapto-n-methylacetamide s-ester", "caswell no. 366c", "p 1", "o,o-dimethyl-s-(3-methyl-2,4-dioxo-3-aza-butyl)-dithiofosfaat[dutch]", "formothion solution", "acetamide n-formyl-2-mercapto-n-methyl- s-ester witho,o-dimethyl phosphorodithioate", "phosphorodithioicacid s-(2-(formylmethylamino)-2-oxoethyl) o,o-dimethylester", "s-(n-formyl-n-methylcarbamoylmethyl)o,o-dimethyl phosphorodithioate", "phosphorodithioicacid s-[2-(formylmethylamino)-2-oxoethyl] o,o-dimethylester"}|>, "1925" -> <|"DatabaseID" -> "SW01280", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445391]}, "IsomericSmiles" -> "CC(c1ccc(cc1)/C=C/2\\CCCCC2=O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01865"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pelubiprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282203]}, "Synonyms" -> {"pelubiprofen", "2-ocmpp", "69956-77-0[rn]", "2-(4-((2-oxocyclohexylidene)methyl)phenyl)propionic acid", "69956-79-0", "pelubiprofen (jan/inn)", "dsstox_gsid_48795", "ac1nqznm", "2-{4-[(e)-(2-oxocyclohexylidene)methyl]phenyl}propanoic acid", "surecn188062", "69956-77-0", "ncgc00183010-01", "dsstox_rid_82990", "2-[4-(2-oxo-cyclohexylidenemethyl)-phenyl]-propionic acid", "dsstox_cid_28721"}|>, "1926" -> <|"DatabaseID" -> "SW01280", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445391]}, "IsomericSmiles" -> "CC(c1ccc(cc1)/C=C/2\\CCCCC2=O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01865"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pelubiprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282203]}, "Synonyms" -> {"pelubiprofen", "2-ocmpp", "69956-77-0[rn]", "2-(4-((2-oxocyclohexylidene)methyl)phenyl)propionic acid", "69956-79-0", "pelubiprofen (jan/inn)", "dsstox_gsid_48795", "ac1nqznm", "2-{4-[(e)-(2-oxocyclohexylidene)methyl]phenyl}propanoic acid", "surecn188062", "69956-77-0", "ncgc00183010-01", "dsstox_rid_82990", "2-[4-(2-oxo-cyclohexylidenemethyl)-phenyl]-propionic acid", "dsstox_cid_28721"}|>, "1927" -> <|"DatabaseID" -> "SW01281", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6908"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5644]}, "IsomericSmiles" -> "COP(=O)(C(C(Cl)(Cl)Cl)O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00805"]}, "OfficialNames" -> <|"NPC Approved Name" -> "metrifonate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5853]}, "Synonyms" -> {"trichlorfon", "metrifonate", "trichlorphon", "chlorofos", "foschlor", "bilarcil", "metriphonate", "dipterex", "dylox", "chlorophos", "chlorophthalm", "o,o dimetil 2,2,2-trichloro1 hidroxietil fosfonato (portugese)", "4-01-00-03147 (beilstein handbook reference)[beilstein]", "o,o-dimethyl (1-hydroxy-2,2 2-trichloroethyl)phosphate", "trichlorofon", "metrifonate[usp]", "trichlorophone", "methyl(14c)methyl(2,2,2-trichloro-1-hydroxyethyl)phosphonate", "trichlorphon fn", "foschlor r-50 (van)", "o,o-dimetil- (2,2,2-tricloro-1-idrossi-etil)-fosfonato", "methyl chlorophos", "dimethyl-(2,2,2-trichlor-1-hydroxyethyl)phosphonat", "o,o-dimetil-(2,2,2-tricloro-1-idrossi-etil)-fosfonato[italian]", "o,o-dimethyl (1-oxy-2,2 2-trichloroethyl)phosphonate", "(1-hydroxy-2,2,2-trichloroethyl)phosphonic acid dimethyl ester", "1709434[beilstein]", "foschlorem", "dimethyl (1-hydroxy-2,2 2-trichloroethyl)phosphonate", "flibol e", "216-542-8[einecs]", "dioxaphos", "bovinox", "agroforotox", "o,o-dimethyl-1-oxy-2,2,2-trichloroethyl phosphonate", "chloroftalm", "52-68-6[rn]", "o,o-dimethyl-(1-hydroxy-2,2,2-trichloraethyl)phosphosaeure ester", "(2,2,2-trichloro-1-hydroxy)phosphonic acid dimethyl ester", "trichlorfon[german]", "foschlor r", "201-550-6[einecs]", "tri chlorfon", "neguvon", "bay-l 1359", "combot[wiki]", "dipterax", "1-hydroxy-2,2,2-trichloroethylphosphonic acid dimethyl ester", "dimethyltrichlorohydroxyethyl phosphonate", "dep (van)", "foschlor 25", "detf", "trichlorfon [bsi:iso]", "foschlor r-50", "combot equine", "1-hydroxy-2,2 2-trichloro-ethyle phosphonate de dimethyle", "proxol", "1-hydroxy-2,2,2-trichloro-ethyle phosphonate de dimethyle[french]", "4-01-00-03147[beilstein]", "o,o-dimethyl (2,2 2-trichlorohydroxyethyl)phosphonate", "khloroftalm", "o o-dimethyl- (2,2,2-trichloor-1-hydroxy-ethyl)-fosfonaat", "0,0-dimethyl (2,2 2-trichloro-1-hydroxyethyl)phosphonate", "dimethyl 1-hydroxy-2,2,2-trichloroethyl phosphonate", "britten[wiki]", "ciclosom", "mazoten", "chlorophosciclosom", "forotox", "dimethoxy-(2,2 2-trichloro-1-hydroxyethyl)phosphine oxide", "phoschlor", "diptevur", "chlorak", "o,o-dimethyl-(1-hydroxy-2,2,2-trichloraethyl)phosphonsaeure ester[german]", "trichloorfon", "sotipox", "dimethyl 2,2,2-trichloro-1-hydroxyethylphosphonate", "wotexit", "dep (pesticide)", "o,o-dimethyl-(2,2,2-trichloor-1-hydroxy-ethyl)-fosfonaat[dutch]", "ditriphon 50", "bay-a 9826", "volfartol", "fliegenteller", "memobay", "tugon", "chlorphos", "o,o-dimethyl- (1-hydroxy-2,2 2-trichloraethyl)phosphosaeure ester", "trinex", "briten", "o,o-dimethyl-1-hydroxy-2,2,2-trichloroethylphosphonate", "phosphonic acid (1-hydroxy-2,2,2-trichloroethyl)- dimethyl ester", "dicontal fort", "equino-aid", "vermicide bayer 2349", "37333-09-8[rn]", "tugon stable spray", "masoten", "dimetox", "(2,2 2-trichloro-1-hydroxyethyl)phosphonate dimethyl ester", "o,o-dimethyl 2,2,2-trichloro-1-hydroxyethylphosphonate", "clorofos", "ritsifon", "dimethyl (1-hydroxy-2,2,2-trichloroethyl)phosphonate", "o,o-dimethyl (1-oxy-2,2,2-trichloroethyl)phosphonate", "56042-26-3[rn]", "ditrifon", "chlorfos", "satox 20wsc", "metrifonato[spanish][inn]", "nevugon", "metifonate", "204-103-3[einecs]", "dimethoxy-2,2,2-trichloro-1-hydroxy-ethyl-phosphine oxide", "denkaphon", "dyvon", "phoschlor r.50", "84-66-2[rn]", "dimethoxy-2,2,2-trichloro-1-hydroxy-ethyl phosphine oxide", "dylox metrifonate", "(2,2,2-trichloro-1-hydroxyethyl)phosphonic acid dimethyl ester", "o,o-dimethyl (1-hydroxy-2,2 2-trichloroethyl)phosphonate", "o,o-dimethyl (2,2 2-trichloro-1-hydroxyethyl)phosphonate", "aerol 1 (pesticide)", "(2,2,2-trichloro-1-hydroxyethyl)-phosphonic acid dimethyl ester", "trichlorofon (tn)", "hypodermacid", "dyrex", "phosphonic acid (2,2,2-trichloro-1-hydroxyethyl)- dimethyl ester", "dep", "(2,2 2-trichloro-1-hydroxyethyl)phosphonic acid dimethyl ester", "o,o-dimethyl (2,2,2-trichloro-1-hydroxyethyl)phosphonate", "phosphonic acid (2,2 2-trichloro-1-hydroxyethyl)- dimethyl ester", "votexit", "bayer l 13/59", "dipterex wp 80", "metriniphate", "promem", "soldep", "loisol", "bay-a-9826", "tugon fly bait", "bayer l 1359", "danex", "dimethyl (2,2,2-trichloro-1-hydroxyethyl)phosphonate[acd/iupac name]", "briton[wiki]", "115-76-4[rn]", "trichlorphon [iso]", "o,o-dimethyl-(1-hydroxy-2,2,2-trichlorathyl)-phosphat[german]", "phosphonic acid p-(2,2,2-trichloro-1-hydroxyethyl)-,dimethylester", "dimethyl (2,2 2-trichloro-1-hydroxyethyl)phosphonate", "1609-47-8[rn]", "aerol 1", "trichlorphene", "200-149-3[einecs]", "o o-dimethyl- (1-hydroxy-2,2,2-trichlorathyl)-phosphat", "50924-44-2[rn]", "metriphonatum", "neguron", "leivasom", "anthon[wiki]", "depthon", "foschlor r 50", "dimethyl 1-hydroxy-2,2,2-trichloroethylphosphonate", "66758-31-4[rn]", "dipterex 80", "cekufon", "phoschlor r50", "o,o-dimethyl (2,2,2-trichloro-1-hydroxyethyl)phosponate", "dipterex 50", "56042-25-2[rn]", "[(2,2 2-trichloro-1-hydroxyethyl) dimethylphosphonate]", "o o-dimethyl- (2,2,2-trichlor-1-hydroxy-aethyl)phosphonat", "onefon", "chloroxyphos", "polfoschlor", "1-hydroxy-2,2,2-trichloroethylphosphonate-o,o-dimethyl ester", "metrifonatum[latin]", "dipterex sl", "ricifon", "trichlorophon", "phosphonic acid (1-hydroxy-2,2 2-trichloroethyl)- dimethyl ester", "o,o-dimethyl (1-hydroxy-2,2,2-trichloroethyl)phosphonate"}|>, "1928" -> <|"DatabaseID" -> "SW01281", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6908"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5644]}, "IsomericSmiles" -> "COP(=O)(C(C(Cl)(Cl)Cl)O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00805"]}, "OfficialNames" -> <|"NPC Approved Name" -> "metrifonate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5853]}, "Synonyms" -> {"trichlorfon", "metrifonate", "trichlorphon", "chlorofos", "foschlor", "bilarcil", "metriphonate", "dipterex", "dylox", "chlorophos", "chlorophthalm", "o,o dimetil 2,2,2-trichloro1 hidroxietil fosfonato (portugese)", "4-01-00-03147 (beilstein handbook reference)[beilstein]", "o,o-dimethyl (1-hydroxy-2,2 2-trichloroethyl)phosphate", "trichlorofon", "metrifonate[usp]", "trichlorophone", "methyl(14c)methyl(2,2,2-trichloro-1-hydroxyethyl)phosphonate", "trichlorphon fn", "foschlor r-50 (van)", "o,o-dimetil- (2,2,2-tricloro-1-idrossi-etil)-fosfonato", "methyl chlorophos", "dimethyl-(2,2,2-trichlor-1-hydroxyethyl)phosphonat", "o,o-dimetil-(2,2,2-tricloro-1-idrossi-etil)-fosfonato[italian]", "o,o-dimethyl (1-oxy-2,2 2-trichloroethyl)phosphonate", "(1-hydroxy-2,2,2-trichloroethyl)phosphonic acid dimethyl ester", "1709434[beilstein]", "foschlorem", "dimethyl (1-hydroxy-2,2 2-trichloroethyl)phosphonate", "flibol e", "216-542-8[einecs]", "dioxaphos", "bovinox", "agroforotox", "o,o-dimethyl-1-oxy-2,2,2-trichloroethyl phosphonate", "chloroftalm", "52-68-6[rn]", "o,o-dimethyl-(1-hydroxy-2,2,2-trichloraethyl)phosphosaeure ester", "(2,2,2-trichloro-1-hydroxy)phosphonic acid dimethyl ester", "trichlorfon[german]", "foschlor r", "201-550-6[einecs]", "tri chlorfon", "neguvon", "bay-l 1359", "combot[wiki]", "dipterax", "1-hydroxy-2,2,2-trichloroethylphosphonic acid dimethyl ester", "dimethyltrichlorohydroxyethyl phosphonate", "dep (van)", "foschlor 25", "detf", "trichlorfon [bsi:iso]", "foschlor r-50", "combot equine", "1-hydroxy-2,2 2-trichloro-ethyle phosphonate de dimethyle", "proxol", "1-hydroxy-2,2,2-trichloro-ethyle phosphonate de dimethyle[french]", "4-01-00-03147[beilstein]", "o,o-dimethyl (2,2 2-trichlorohydroxyethyl)phosphonate", "khloroftalm", "o o-dimethyl- (2,2,2-trichloor-1-hydroxy-ethyl)-fosfonaat", "0,0-dimethyl (2,2 2-trichloro-1-hydroxyethyl)phosphonate", "dimethyl 1-hydroxy-2,2,2-trichloroethyl phosphonate", "britten[wiki]", "ciclosom", "mazoten", "chlorophosciclosom", "forotox", "dimethoxy-(2,2 2-trichloro-1-hydroxyethyl)phosphine oxide", "phoschlor", "diptevur", "chlorak", "o,o-dimethyl-(1-hydroxy-2,2,2-trichloraethyl)phosphonsaeure ester[german]", "trichloorfon", "sotipox", "dimethyl 2,2,2-trichloro-1-hydroxyethylphosphonate", "wotexit", "dep (pesticide)", "o,o-dimethyl-(2,2,2-trichloor-1-hydroxy-ethyl)-fosfonaat[dutch]", "ditriphon 50", "bay-a 9826", "volfartol", "fliegenteller", "memobay", "tugon", "chlorphos", "o,o-dimethyl- (1-hydroxy-2,2 2-trichloraethyl)phosphosaeure ester", "trinex", "briten", "o,o-dimethyl-1-hydroxy-2,2,2-trichloroethylphosphonate", "phosphonic acid (1-hydroxy-2,2,2-trichloroethyl)- dimethyl ester", "dicontal fort", "equino-aid", "vermicide bayer 2349", "37333-09-8[rn]", "tugon stable spray", "masoten", "dimetox", "(2,2 2-trichloro-1-hydroxyethyl)phosphonate dimethyl ester", "o,o-dimethyl 2,2,2-trichloro-1-hydroxyethylphosphonate", "clorofos", "ritsifon", "dimethyl (1-hydroxy-2,2,2-trichloroethyl)phosphonate", "o,o-dimethyl (1-oxy-2,2,2-trichloroethyl)phosphonate", "56042-26-3[rn]", "ditrifon", "chlorfos", "satox 20wsc", "metrifonato[spanish][inn]", "nevugon", "metifonate", "204-103-3[einecs]", "dimethoxy-2,2,2-trichloro-1-hydroxy-ethyl-phosphine oxide", "denkaphon", "dyvon", "phoschlor r.50", "84-66-2[rn]", "dimethoxy-2,2,2-trichloro-1-hydroxy-ethyl phosphine oxide", "dylox metrifonate", "(2,2,2-trichloro-1-hydroxyethyl)phosphonic acid dimethyl ester", "o,o-dimethyl (1-hydroxy-2,2 2-trichloroethyl)phosphonate", "o,o-dimethyl (2,2 2-trichloro-1-hydroxyethyl)phosphonate", "aerol 1 (pesticide)", "(2,2,2-trichloro-1-hydroxyethyl)-phosphonic acid dimethyl ester", "trichlorofon (tn)", "hypodermacid", "dyrex", "phosphonic acid (2,2,2-trichloro-1-hydroxyethyl)- dimethyl ester", "dep", "(2,2 2-trichloro-1-hydroxyethyl)phosphonic acid dimethyl ester", "o,o-dimethyl (2,2,2-trichloro-1-hydroxyethyl)phosphonate", "phosphonic acid (2,2 2-trichloro-1-hydroxyethyl)- dimethyl ester", "votexit", "bayer l 13/59", "dipterex wp 80", "metriniphate", "promem", "soldep", "loisol", "bay-a-9826", "tugon fly bait", "bayer l 1359", "danex", "dimethyl (2,2,2-trichloro-1-hydroxyethyl)phosphonate[acd/iupac name]", "briton[wiki]", "115-76-4[rn]", "trichlorphon [iso]", "o,o-dimethyl-(1-hydroxy-2,2,2-trichlorathyl)-phosphat[german]", "phosphonic acid p-(2,2,2-trichloro-1-hydroxyethyl)-,dimethylester", "dimethyl (2,2 2-trichloro-1-hydroxyethyl)phosphonate", "1609-47-8[rn]", "aerol 1", "trichlorphene", "200-149-3[einecs]", "o o-dimethyl- (1-hydroxy-2,2,2-trichlorathyl)-phosphat", "50924-44-2[rn]", "metriphonatum", "neguron", "leivasom", "anthon[wiki]", "depthon", "foschlor r 50", "dimethyl 1-hydroxy-2,2,2-trichloroethylphosphonate", "66758-31-4[rn]", "dipterex 80", "cekufon", "phoschlor r50", "o,o-dimethyl (2,2,2-trichloro-1-hydroxyethyl)phosponate", "dipterex 50", "56042-25-2[rn]", "[(2,2 2-trichloro-1-hydroxyethyl) dimethylphosphonate]", "o o-dimethyl- (2,2,2-trichlor-1-hydroxy-aethyl)phosphonat", "onefon", "chloroxyphos", "polfoschlor", "1-hydroxy-2,2,2-trichloroethylphosphonate-o,o-dimethyl ester", "metrifonatum[latin]", "dipterex sl", "ricifon", "trichlorophon", "phosphonic acid (1-hydroxy-2,2 2-trichloroethyl)- dimethyl ester", "o,o-dimethyl (1-hydroxy-2,2,2-trichloroethyl)phosphonate"}|>, "1929" -> <|"DatabaseID" -> "SW01282", "IsomericSmiles" -> "CC(=O)O[C@@H]1[C@@H]2[C@@H]([C@@H](C(=O)O2)OC(=O)C)OC1=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01805"]}, "OfficialNames" -> <|"NPC Approved Name" -> "aceglatone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636372]}, "Synonyms" -> {"glucaron", "aceglatone", "ncgc00183831-01", "aceglatonum", "glucaron (tn)", "aceglatonum [inn-latin]", "aceglaton", "ccris 2774", "aceglatona [inn-spanish]", "aceglatona"}|>, "1930" -> <|"DatabaseID" -> "SW01283", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9513"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5233]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01041"]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)N(C2=O)C3CCC(=O)NC3=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00754"]}, "OfficialNames" -> <|"Australia Approved Name" -> "THALIDOMIDE", "FDA Approved Drug" -> "THALIDOMIDE"|>, "PharmGKBID" -> "PA451644", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5426]}, "Synonyms" -> {"thalidomide", "sedoval", "talimol", "neurosedin", "gastrinide", "thalomid", "corronarobetin", "enterosediv", "distaval", "kedavon", "telargan", "calmorex", "neurosedyn", "neurosedym", "calmore", "asmadion", "pantosediv", "thalin", "nerosedyn", "quietoplex", "hippuzon", "quetimid", "bonbrain", "kevadon", "pangul", "imidene", "psychotablets", "profarmil", "ectiluran", "sedisperil", "glutanon", "neo", "slipro", "valgis", "telargean", "neosedyn", "imida-lab", "sandormin", "isomin", "noctosediv", "glupan", "sedalis sedi-lab", "sleepan", "sedalis", "neaufatin", "theophilcholine", "pro-ban m", "talismol", "valgraine", "asmaval", "shin-naito s", "nevrodyn", "telagan", "neufatin", "distaxal", "n-phthalylglutamic acid imide", "algosediv", "grippex", "nibrol", "predni-sediv", "softenil", "neosydyn", "talargan", "noxodyn", "asidon 3", "distoval", "sedin", "tensival", "psycholiquid", "thalinette", "yodomin", "neurodyn", "shinnibrol", "sedimide", "n-phthaloylglutamimide", "softenon", "d013792", "phs ii", "softenon[wiki]", "phthalimide n-(2,6-dioxo-3-piperidyl)-", "prostaglandin-endoperoxide synthase 2", "5-22-13-00224 (beilstein handbook reference)[beilstein]", "talidomida[spanish][inn]", "2-phthalimidoglutarimide", "pgh synthase 2", "actimid", "2,6-dioxo-3-phthalimidopiperidine", "(r,s)-2-(2,6-dioxo-3-piperidinyl)-1h-isoindole-1,3(2h)-dione", "1h-isoindole-1,3(2h)-dione 2-(2,6-dioxo-3-piperidinyl)-", "841-67-8[rn]", "toxic solid organic n.o.s. (thalidomide)", "50-35-1[rn]", "2-(2,6-dioxo-3-piperidinyl)-1h-isoindole-1,3(2h)-dione[acd/iupac name]", "thalidomidum", "1,3-dioxo-2-(2,6-dioxopiperidin-3-yl)isoindoline", "3-phthalimidoglutarimide", "n-phthalimidoglutamic acid imide", "n-(2,6-dioxo-3-piperidinyl)phthalimide", "731-40-8[rn]", "thalomide", "2-(2,6-dioxopiperidin-3-yl)isoindoline-1,3-dione", "n-(2,6-dioxo-3-piperidyl)phthalimide", "pro-bam m", "prostaglandin h2 synthase 2", "a-phthalimidoglutarimide", "synovir", "thalomid[wiki]", "ec 1.14.99.1", "2614-06-4[rn]", "talidomida", "alpha-phthalimidoglutarimide", "suaramide", "glutarimide 2-phthalimido-", "thalidomidum[latin]", "polygripan", "n-phthalyl-glutaminsaeure-imid[german]", "2-(2,6-dioxoazaperhydroin-3-yl)benzo[c]azoline-1,3-dione", "thaled", "talidomide [dcit]", "imidan", "14088-68-7[rn]", "poly-giron", "imidan (peyta)", "contergan[wiki]", "pghs-2", "n-phthalyl-glutaminsaeure-imid", "contergan", "2-(2,6-dioxopiperidin-3-yl)-1h-isoindol-1,3(2h)-dion", "1h-isoindole-1,3(2h)-dione,2-(2,3,4,5-tetrahydro-6-hydroxy-2-oxo-3-pyridinyl)-", "cox-2", "thalidomine usp26", "prostaglandin g/h synthase 2 precursor", "talizer", "200-031-1[einecs]", "2-(2,6-dioxo-piperidin-3-yl)-isoindole-1,3-dione", "lulamin", "cyclooxygenase- 2", "2-(2,6-dioxopiperidin-3-yl)-1h-isoindole-1,3(2h)-dione", "bonbrrin"}|>, "1931" -> <|"DatabaseID" -> "SW01283", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9513"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5233]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01041"]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)N(C2=O)C3CCC(=O)NC3=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00754"]}, "OfficialNames" -> <|"Australia Approved Name" -> "THALIDOMIDE", "FDA Approved Drug" -> "THALIDOMIDE"|>, "PharmGKBID" -> "PA451644", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5426]}, "Synonyms" -> {"thalidomide", "sedoval", "talimol", "neurosedin", "gastrinide", "thalomid", "corronarobetin", "enterosediv", "distaval", "kedavon", "telargan", "calmorex", "neurosedyn", "neurosedym", "calmore", "asmadion", "pantosediv", "thalin", "nerosedyn", "quietoplex", "hippuzon", "quetimid", "bonbrain", "kevadon", "pangul", "imidene", "psychotablets", "profarmil", "ectiluran", "sedisperil", "glutanon", "neo", "slipro", "valgis", "telargean", "neosedyn", "imida-lab", "sandormin", "isomin", "noctosediv", "glupan", "sedalis sedi-lab", "sleepan", "sedalis", "neaufatin", "theophilcholine", "pro-ban m", "talismol", "valgraine", "asmaval", "shin-naito s", "nevrodyn", "telagan", "neufatin", "distaxal", "n-phthalylglutamic acid imide", "algosediv", "grippex", "nibrol", "predni-sediv", "softenil", "neosydyn", "talargan", "noxodyn", "asidon 3", "distoval", "sedin", "tensival", "psycholiquid", "thalinette", "yodomin", "neurodyn", "shinnibrol", "sedimide", "n-phthaloylglutamimide", "softenon", "d013792", "phs ii", "softenon[wiki]", "phthalimide n-(2,6-dioxo-3-piperidyl)-", "prostaglandin-endoperoxide synthase 2", "5-22-13-00224 (beilstein handbook reference)[beilstein]", "talidomida[spanish][inn]", "2-phthalimidoglutarimide", "pgh synthase 2", "actimid", "2,6-dioxo-3-phthalimidopiperidine", "(r,s)-2-(2,6-dioxo-3-piperidinyl)-1h-isoindole-1,3(2h)-dione", "1h-isoindole-1,3(2h)-dione 2-(2,6-dioxo-3-piperidinyl)-", "841-67-8[rn]", "toxic solid organic n.o.s. (thalidomide)", "50-35-1[rn]", "2-(2,6-dioxo-3-piperidinyl)-1h-isoindole-1,3(2h)-dione[acd/iupac name]", "thalidomidum", "1,3-dioxo-2-(2,6-dioxopiperidin-3-yl)isoindoline", "3-phthalimidoglutarimide", "n-phthalimidoglutamic acid imide", "n-(2,6-dioxo-3-piperidinyl)phthalimide", "731-40-8[rn]", "thalomide", "2-(2,6-dioxopiperidin-3-yl)isoindoline-1,3-dione", "n-(2,6-dioxo-3-piperidyl)phthalimide", "pro-bam m", "prostaglandin h2 synthase 2", "a-phthalimidoglutarimide", "synovir", "thalomid[wiki]", "ec 1.14.99.1", "2614-06-4[rn]", "talidomida", "alpha-phthalimidoglutarimide", "suaramide", "glutarimide 2-phthalimido-", "thalidomidum[latin]", "polygripan", "n-phthalyl-glutaminsaeure-imid[german]", "2-(2,6-dioxoazaperhydroin-3-yl)benzo[c]azoline-1,3-dione", "thaled", "talidomide [dcit]", "imidan", "14088-68-7[rn]", "poly-giron", "imidan (peyta)", "contergan[wiki]", "pghs-2", "n-phthalyl-glutaminsaeure-imid", "contergan", "2-(2,6-dioxopiperidin-3-yl)-1h-isoindol-1,3(2h)-dion", "1h-isoindole-1,3(2h)-dione,2-(2,3,4,5-tetrahydro-6-hydroxy-2-oxo-3-pyridinyl)-", "cox-2", "thalidomine usp26", "prostaglandin g/h synthase 2 precursor", "talizer", "200-031-1[einecs]", "2-(2,6-dioxo-piperidin-3-yl)-isoindole-1,3-dione", "lulamin", "cyclooxygenase- 2", "2-(2,6-dioxopiperidin-3-yl)-1h-isoindole-1,3(2h)-dione", "bonbrrin"}|>, "1932" -> <|"DatabaseID" -> "SW01284", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16560]}, "IsomericSmiles" -> "c1nc(c(n1[C@H]2[C@@H]([C@@H]([C@H](O2)CO)O)O)N)C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02742"]}, "OfficialNames" -> <|"NPC Approved Name" -> "acadesine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17513]}, "Synonyms" -> {"acadesine", "aica-riboside", "aic-riboside", "gp-1-110", "aicar", "protara", "5-amino-1-[(2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)oxolan-2-yl]-1h-imidazole-4-carboxamide", "acadesina[spanish]", "aica riboside", "5-amino-4-imidazolecarboxamide ribonucleoside", "gp 1-110", "acadesine[wiki][inn][ban][usan]", "2627-69-2[rn]", "5-aminoimidazole-4-carboxamide ribonucleoside", "220-097-5[einecs]", "5-amino-1-beta-d-ribofuranosyl-1h-imidazole-4-carboxamide", "5-amino-1-b-d-ribofuranosyl-1h-imidazole-4-carboxamide", "n1-(b-d-ribofuranosyl)-5-aminoimidazole-4-carboxamide", "2627-69-2", "acadesinum[latin]", "arasine"}|>, "1933" -> <|"DatabaseID" -> "SW01285", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64187"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2237], ExternalIdentifier["ChemSpiderID", 25109]}, "IsomericSmiles" -> "c1cc(c(c(c1CNNC(=O)C(CO)[NH3+])O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03082"]}, "OfficialNames" -> <|"China Approved Name" -> "benserazide hydrochlorideseradie", "Indian Approved Name" -> "benserazide", "Australia Approved Name" -> "BENSERAZIDE"|>, "PharmGKBID" -> "PA165360203", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2327], ExternalIdentifier["PubChemCompoundID", 656727]}, "Synonyms" -> {"benserazide", "serazide", "benserazidum", "ro 4-4602", "benserazida", "dl-seryltrihydroxybenzylhydrazine", "benseraszide", "14919-77-8[rn]", "benserazide hydrochloride[jp15]", "322-35-0[rn]", "benserazide[wiki][usan]", "serine 2-(2,3,4-trihydroxybenzyl)hydrazide dl-", "madopa", "dl-serine 2-((2,3,4-trihydroxyphenyl)methyl))hydrazide", "benserazide [usan:inn:ban][inn][usan]", "benserazidum[latin]", "benserazidum [inn-latin]", "2-amino-3-hydroxy-n'-(2,3,4-trihydroxybenzyl)propanehydrazide", "benserazide [usan:ban:inn][inn][usan]", "serine 2-(2,3,4-trihydroxybenzyl)hyrazide dl-", "benserazida [inn-spanish]", "seryltrihydroxy benzylhydrazine", "seryltrihydroxybenzylhydrazine", "mixture name", "ro 44602", "dl-serine 2-(2,3,4-trihydroxybenzyl)hydrazide", "dl-serine 2-[(2,3,4-trihydroxyphenyl)methyl] hydrazide", "dl-serine 2-((2,3,4-trihydroxyphenyl)methyl)hydrazide", "dl-serine 2-[(2,3,4-trihydroxyphenyl)methyl]hydrazide", "benserazida; benserazide; benserazidum", "n-(dl-seryl)-n'-(2,3,4-trihydroxybenzyl) hydrazine", "2-amino-3-hydroxy-n'-(2,3,4-trihydroxybenzyl)propanohydrazide", "c10h15n3o5", "2-amino-3-hydroxy-2'-(2,3,4-trihydroxybenzyl)propionohydrazide", "benserazida[spanish][inn]", "2-amino-3-hydroxy-n'-(2,3,4-trihydroxybenzyl)propanehydrazide (non-preferred name)[acd/iupac name]", "322-35-0", "dl-serine2-(2,3,4-trihydroxybenzyl)hydrazide; dl-serine 2-[(2,3,4-trihydroxyphenyl)methyl]hydrazide; ro 4-4602; ro 44602", "benzerazide hydrochloride", "dl-serine 2-((2,3,4-trihydroxyphenyl)methyl)hydrazide monohydrochloride (9ci)", "c10h15n3o5.hcl", "madopar (tn)", "dl-serine 2-[(2,3,4-trihydroxyphenyl)methyl]hydrazidehydrochloride", "madopa (hoffmann-laroche)", "benserazide hcl (ro 4-4602)", "(2s)-2-amino-3-(3", "14046-64-1[rn]", "3-hydroxy-1-oxo-1-[2-(2,3,4-trihydroxybenzyl)hydrazinyl]propan-2-aminiumchloride", "levodopa - benserazide hydrochloride mixt", "2-amino-3-hydroxy-n'-(2,3,4-trihydroxybenzyl)propanehydrazide hydrochloride (1:1)(non-preferred name)[acd/iupac name]", "ro 4-4602/001", "dl-serine 2-((2,3,4-trihydroxyphenyl)methyl)hydrazide monohydrochloride", "benparizde", "2'-(2,3,4-trihydroxybenzyl)-dl-serinohydrazide monohydrochloride; 3-hydroxy-1-oxo-1-[2-(2,3,4-trihydroxybenzyl)hydrazinyl]propan-2-aminium chloride; benserazide hydrochloride; dl-serine 2-(2,3,4-trihydroxybenzyl)hydrazine hydrochloride; ro 4-4602/001;benserazide hcl", "serazide;ro 4-4602", "ac1lcvhh", "benserazide hcl", "d02135", "serine 2-(2,3,4-trihydroxybenzyl)hydrazide,monohydrochloride,dl-", "serazide ro 4-4602", "238-991-9[einecs]", "31796-68-6[rn]", "2-amino-3-hydroxy-n'-(2,3,4-trihydroxybenzyl)propanehydrazide hydrochloride", "dl-serine 2-(2,3,4-trihydroxybenzyl)hydrazide hydrochloride", "2'-(2,3,4-trihydroxybenzyl)-dl-serinohydrazide monohydrochloride", "dl-serine 2-(2,3,4-trihydroxybenzyl)hydrazine hydrochloride", "einecs 238-991-9"}|>, "1934" -> <|"DatabaseID" -> "SW01285", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64187"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2237], ExternalIdentifier["ChemSpiderID", 25109]}, "IsomericSmiles" -> "c1cc(c(c(c1CNNC(=O)C(CO)[NH3+])O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03082"]}, "OfficialNames" -> <|"China Approved Name" -> "benserazide hydrochlorideseradie", "Indian Approved Name" -> "benserazide", "Australia Approved Name" -> "BENSERAZIDE"|>, "PharmGKBID" -> "PA165360203", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2327], ExternalIdentifier["PubChemCompoundID", 656727]}, "Synonyms" -> {"benserazide", "serazide", "benserazidum", "ro 4-4602", "benserazida", "dl-seryltrihydroxybenzylhydrazine", "benseraszide", "14919-77-8[rn]", "benserazide hydrochloride[jp15]", "322-35-0[rn]", "benserazide[wiki][usan]", "serine 2-(2,3,4-trihydroxybenzyl)hydrazide dl-", "madopa", "dl-serine 2-((2,3,4-trihydroxyphenyl)methyl))hydrazide", "benserazide [usan:inn:ban][inn][usan]", "benserazidum[latin]", "benserazidum [inn-latin]", "2-amino-3-hydroxy-n'-(2,3,4-trihydroxybenzyl)propanehydrazide", "benserazide [usan:ban:inn][inn][usan]", "serine 2-(2,3,4-trihydroxybenzyl)hyrazide dl-", "benserazida [inn-spanish]", "seryltrihydroxy benzylhydrazine", "seryltrihydroxybenzylhydrazine", "mixture name", "ro 44602", "dl-serine 2-(2,3,4-trihydroxybenzyl)hydrazide", "dl-serine 2-[(2,3,4-trihydroxyphenyl)methyl] hydrazide", "dl-serine 2-((2,3,4-trihydroxyphenyl)methyl)hydrazide", "dl-serine 2-[(2,3,4-trihydroxyphenyl)methyl]hydrazide", "benserazida; benserazide; benserazidum", "n-(dl-seryl)-n'-(2,3,4-trihydroxybenzyl) hydrazine", "2-amino-3-hydroxy-n'-(2,3,4-trihydroxybenzyl)propanohydrazide", "c10h15n3o5", "2-amino-3-hydroxy-2'-(2,3,4-trihydroxybenzyl)propionohydrazide", "benserazida[spanish][inn]", "2-amino-3-hydroxy-n'-(2,3,4-trihydroxybenzyl)propanehydrazide (non-preferred name)[acd/iupac name]", "322-35-0", "dl-serine2-(2,3,4-trihydroxybenzyl)hydrazide; dl-serine 2-[(2,3,4-trihydroxyphenyl)methyl]hydrazide; ro 4-4602; ro 44602", "benzerazide hydrochloride", "dl-serine 2-((2,3,4-trihydroxyphenyl)methyl)hydrazide monohydrochloride (9ci)", "c10h15n3o5.hcl", "madopar (tn)", "dl-serine 2-[(2,3,4-trihydroxyphenyl)methyl]hydrazidehydrochloride", "madopa (hoffmann-laroche)", "benserazide hcl (ro 4-4602)", "(2s)-2-amino-3-(3", "14046-64-1[rn]", "3-hydroxy-1-oxo-1-[2-(2,3,4-trihydroxybenzyl)hydrazinyl]propan-2-aminiumchloride", "levodopa - benserazide hydrochloride mixt", "2-amino-3-hydroxy-n'-(2,3,4-trihydroxybenzyl)propanehydrazide hydrochloride (1:1)(non-preferred name)[acd/iupac name]", "ro 4-4602/001", "dl-serine 2-((2,3,4-trihydroxyphenyl)methyl)hydrazide monohydrochloride", "benparizde", "2'-(2,3,4-trihydroxybenzyl)-dl-serinohydrazide monohydrochloride; 3-hydroxy-1-oxo-1-[2-(2,3,4-trihydroxybenzyl)hydrazinyl]propan-2-aminium chloride; benserazide hydrochloride; dl-serine 2-(2,3,4-trihydroxybenzyl)hydrazine hydrochloride; ro 4-4602/001;benserazide hcl", "serazide;ro 4-4602", "ac1lcvhh", "benserazide hcl", "d02135", "serine 2-(2,3,4-trihydroxybenzyl)hydrazide,monohydrochloride,dl-", "serazide ro 4-4602", "238-991-9[einecs]", "31796-68-6[rn]", "2-amino-3-hydroxy-n'-(2,3,4-trihydroxybenzyl)propanehydrazide hydrochloride", "dl-serine 2-(2,3,4-trihydroxybenzyl)hydrazide hydrochloride", "2'-(2,3,4-trihydroxybenzyl)-dl-serinohydrazide monohydrochloride", "dl-serine 2-(2,3,4-trihydroxybenzyl)hydrazine hydrochloride", "einecs 238-991-9"}|>, "1935" -> <|"DatabaseID" -> "SW01286", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2282559]}, "IsomericSmiles" -> "CC1(CC=C(C(=O)O1)C2c3ccccc3C(=O)O2)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "catalpalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3014018]}, "Synonyms" -> {"catalpalactone", "chembl471809", "ac1mhz0w", "1585-68-8", "3-(2", "133591-03-4", "3-(5", "c16929", "3-(5,6-dihydro-6,6-dimethyl-2-oxo-2h-pyran-3-yl)-1(3h)-isobenzofuranone", "1(3h)-isobenzofuranone 3-(5,6-dihydro-6,6-dimethyl-2-oxo-2h-pyran-3-yl)-", "1(3h)-isobenzofuranone", "1585-68-8[rn]"}|>, "1936" -> <|"DatabaseID" -> "SW01286", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2282559]}, "IsomericSmiles" -> "CC1(CC=C(C(=O)O1)C2c3ccccc3C(=O)O2)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "catalpalactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3014018]}, "Synonyms" -> {"catalpalactone", "chembl471809", "ac1mhz0w", "1585-68-8", "3-(2", "133591-03-4", "3-(5", "c16929", "3-(5,6-dihydro-6,6-dimethyl-2-oxo-2h-pyran-3-yl)-1(3h)-isobenzofuranone", "1(3h)-isobenzofuranone 3-(5,6-dihydro-6,6-dimethyl-2-oxo-2h-pyran-3-yl)-", "1(3h)-isobenzofuranone", "1585-68-8[rn]"}|>, "1937" -> <|"DatabaseID" -> "SW01287", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10835]}, "IsomericSmiles" -> "Cc1cc(c2ccccc2c1OC(=O)C)OC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01676"]}, "OfficialNames" -> <|"NPC Approved Name" -> "acetomenaphtone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11310]}, "Synonyms" -> {"kapathrom", "menadiol diacetate", "pafavit", "acetomenaphtone", "vitamin k diacetate", "acetomenaphthone", "kapilin", "adaprin", "vitamin k4", "kayvite", "4-06-00-06581[beilstein]", "4-06-00-06581 (beilstein handbook reference)[beilstein]", "davitamon-k-oral", "kappaxan (van)", "vitavel k", "573-20-6[rn]", "kapilon", "2-methylnaphthalene-1,4-diyl diacetate", "davitamon-k", "kativ powder", "1,4-naphthalenediol 2-methyl- diacetate", "menadiol di(acetate)", "1 4-diacetoxy-2-methylnaphthalene", "kappaxan", "4-acetyloxy-3-methylnaphthyl acetate", "prokayvit oral", "2-methyl-1,4-naphthylene diacetate", "4-(acetyloxy)-2-methylnaphthalen-1-yl acetate", "1,4-diacetoxy-2-methyl naphthalene", "209-352-1[einecs]", "2-methyl-1,4-naphthalenediol diacetate", "1,4-diacetoxy-2-methylnaphthalene", "acetomenaphthone [ban]", "2-methyl-1,4-naphthohydroquinone diacetate"}|>, "1938" -> <|"DatabaseID" -> "SW01288", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "101096"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3179]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00311"]}, "IsomericSmiles" -> "CCOc1ccc2c(c1)sc(n2)S(=O)(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02441"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETHOXZOLAMIDE"|>, "PharmGKBID" -> "PA164754743", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3295]}, "Synonyms" -> {"ethoxazolamide", "diuretic c", "cardrase", "etoxzolamide", "redupresin", "6-ethoxy-2-benzothiazolesulfonamide", "ethamide", "ethoxyzolamide", "glaucotensil", "ethoxzolamide", "2-benzothiazolesulfonamide 6-ethoxy- (8ci 9ci)", "etoxizolamida", "6-ethoxybenzothiazole-2-sulphonamide", "cardrase[wiki]", "2-benzothiazolesulfonamide 6-ethoxy-", "ca-vii", "4-27-00-04404 (beilstein handbook reference)[beilstein]", "mingoral", "6-(ethyloxy)-1,3-benzothiazole-2-sulfonamide", "6-ethoxy-benzothiazole-2-sulfonic acid amide", "ethoxzolamide[wiki]", "carbonate dehydratase vii", "6-ethoxybenzo[d]thiazole-2-sulfonamide", "6-ethoxybenzothiazole-2-sulfonamide", "ethoxyzolamide[wiki]", "carbonic anhydrase vii", "6-ethoxy-1,3-benzothiazole-2-sulfonamide[acd/iupac name]", "452-35-7", "glaucotensil[wiki]", "cardrase (tn)", "452-35-7[rn]", "207-199-5[einecs]", "6-ethoxy-1,3-benzothiazole-2-sulfonamide", "ethamide[wiki]", "2-benzothiazolesulfonamide", "6-ethoxyzolamide"}|>, "1939" -> <|"DatabaseID" -> "SW01289", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10481907], ExternalIdentifier["ChemSpiderID", 16736212]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00854"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23CCCC[C@H]2[C@H]1Cc4c3cc(cc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00841"], ExternalIdentifier["KEGGID", "D08123"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Levorphanol;Racemorphan", "FDA Approved Drug" -> "LEVORPHANOL TARTRATE"|>, "PharmGKBID" -> "PA164744368", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5464027], ExternalIdentifier["PubChemCompoundID", 5359272]}, "Synonyms" -> {"levo-dromoran", "cetarin", "aromarone", "levorphan", "methorphinan", "levorphanol", "orphan", "levorphanol tartrate", "racemethorphanum", "lemoran", "dromoran", "levorfanol [inn-spanish]", "l-3-hydroxy-n-methylmorphinan", "17-methylmorphinan-3-ol[acd/iupac name]", "1,3,4,9,10,10a-hexahydro-11-methyl-2h-10,4a-iminoethanophenanthren-6-ol", "77-07-6[rn]", "3-hydroxy-17-methylmorphinan", "1,3,4,9,10,10a-hexahydro-6-hydroxy-2h-10,4a-(iminoethano)-11-methylphenanthrene", "racemorphan", "dea no. 9220", "methorfinan [czech]", "(-)-17-methylmorphinan-3-ol", "levodroman", "levorfanolo [dcit]", "206-048-0[einecs]", "(-)-3-hydroxy-n-methylmorphinan", "201-002-6[einecs]", "dea no. 9733", "racemic dromoran", "levorphanol[wiki]", "levorphanolum [inn-latin]", "morphinan 3-hydroxy-17-methyl-", "morphinan-3-ol 17-methyl- (-)-", "(-)-n-methylmorphinan-3-ol", "morphinan-3-ol 17-methyl-", "levorphanol dl-form", "n-methyl-3-hydroxymorphinan", "levorphanal", "racemorfano [inn-spanish]", "kor-1", "morphinan 3-hydroxy-n-methyl (-)-", "ro 1-5431", "antalgin", "nsc 91012", "levorphanol tartrate anhydrous", "levorphanol tartrate dihydrate", "nih 4590", "5985-38-6", "levorphan tartrate", "(-)-17-methylmorphinan-3-ol d-tartrate dihydrate", "(2r,3r)-2,3-dihydroxysuccinic acid -17-methylmorphinan-3-ol hydrate (1:1:2)", "d-(-)-levorphanol tartrate", "125-72-4 {anhydrous}", "l-3-hydroxy-n-methylmorphinan d-tartrate dihydrate", "dromoran[wiki]", "125-72-4[rn]", "5985-38-6[rn]", "levorphanol bitartrate", "ro 1-5431/7", "204-753-8[einecs]", "einecs 204-753-8", "204-753-8 {anhydrous}", "125-72-4", "butanedioic acid,2,3-dihydroxy- (2r,3r)- compd. with 17-methylmorphinan-3-ol,hydrate (1:1:2)", "levorphanol hydrogen tartrate", "levorphanol tartrate[usp]"}|>, "1940" -> <|"DatabaseID" -> "SW01289", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10481907], ExternalIdentifier["ChemSpiderID", 16736212]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00854"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23CCCC[C@H]2[C@H]1Cc4c3cc(cc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00841"], ExternalIdentifier["KEGGID", "D08123"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Levorphanol;Racemorphan", "FDA Approved Drug" -> "LEVORPHANOL TARTRATE"|>, "PharmGKBID" -> "PA164744368", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5464027], ExternalIdentifier["PubChemCompoundID", 5359272]}, "Synonyms" -> {"levo-dromoran", "cetarin", "aromarone", "levorphan", "methorphinan", "levorphanol", "orphan", "levorphanol tartrate", "racemethorphanum", "lemoran", "dromoran", "levorfanol [inn-spanish]", "l-3-hydroxy-n-methylmorphinan", "17-methylmorphinan-3-ol[acd/iupac name]", "1,3,4,9,10,10a-hexahydro-11-methyl-2h-10,4a-iminoethanophenanthren-6-ol", "77-07-6[rn]", "3-hydroxy-17-methylmorphinan", "1,3,4,9,10,10a-hexahydro-6-hydroxy-2h-10,4a-(iminoethano)-11-methylphenanthrene", "racemorphan", "dea no. 9220", "methorfinan [czech]", "(-)-17-methylmorphinan-3-ol", "levodroman", "levorfanolo [dcit]", "206-048-0[einecs]", "(-)-3-hydroxy-n-methylmorphinan", "201-002-6[einecs]", "dea no. 9733", "racemic dromoran", "levorphanol[wiki]", "levorphanolum [inn-latin]", "morphinan 3-hydroxy-17-methyl-", "morphinan-3-ol 17-methyl- (-)-", "(-)-n-methylmorphinan-3-ol", "morphinan-3-ol 17-methyl-", "levorphanol dl-form", "n-methyl-3-hydroxymorphinan", "levorphanal", "racemorfano [inn-spanish]", "kor-1", "morphinan 3-hydroxy-n-methyl (-)-", "ro 1-5431", "antalgin", "nsc 91012", "levorphanol tartrate anhydrous", "levorphanol tartrate dihydrate", "nih 4590", "5985-38-6", "levorphan tartrate", "(-)-17-methylmorphinan-3-ol d-tartrate dihydrate", "(2r,3r)-2,3-dihydroxysuccinic acid -17-methylmorphinan-3-ol hydrate (1:1:2)", "d-(-)-levorphanol tartrate", "125-72-4 {anhydrous}", "l-3-hydroxy-n-methylmorphinan d-tartrate dihydrate", "dromoran[wiki]", "125-72-4[rn]", "5985-38-6[rn]", "levorphanol bitartrate", "ro 1-5431/7", "204-753-8[einecs]", "einecs 204-753-8", "204-753-8 {anhydrous}", "125-72-4", "butanedioic acid,2,3-dihydroxy- (2r,3r)- compd. with 17-methylmorphinan-3-ol,hydrate (1:1:2)", "levorphanol hydrogen tartrate", "levorphanol tartrate[usp]"}|>, "1941" -> <|"DatabaseID" -> "SW01290", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10459]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01245"]}, "IsomericSmiles" -> "C[N+](C)(C)CCCCCCCCCC[N+](C)(C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "DECAMETHONIUM BROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10921]}, "Synonyms" -> {"decacuran", "decametonio bromuro [dcit]", "syncurine", "decamethonium dibromide", "c 10 (van)", "decamethylenebis(trimethylammonium bromide)", "decamethylene bis(trimethylammonium bromide)", "208-772-2[einecs]", "decamethoniumdibromide", "dibromide", "decamethonum", "decamethonii bromidum[latin]", "1,10-bis-(trimethyl ammonium) decane dibromide", "156-74-1[rn]", "syncurine[wiki]", "trimethyl[10-(trimethylamino)decyl]amine bromide bromide", "decamethylene bis(trimethylammonium) dibromide", "lopac-d-1260", "dekamethoniumbromid [czech]", "dekamethoniumbromid[czech]", "1,10-decanediaminium n,n,n,n',n',n'-hexamethyl- dibromide", "n,n,n,n',n',n'-hexamethyldecane-1,10-diaminium dibromide", "541-22-0", "decamethonium bromide[inn]", "n,n,n',n'-tetramethyl-decane-1,10-diammonium", "decamethonii bromidum [inn-latin]", "decamethonium bromide", "n,n,n,n',n',n'-hexamethyl-1,10-decanediaminium dibromide[acd/iupac name]", "541-22-0[rn]", "decamethonium iodide", "decamethylenebis[trimethylammonium bromide]", "ec 3.1.1.7", "bromure de decamethonium[french][inn]", "decane-1,10-bis(trimethylammonium bromide)", "bromuro de decametonio[spanish][inn]", "ache", "1,10-bis(trimethyl ammonium)decane dibromide", "1,10-decanediaminium n1,n1,n1,n10,n10,n10-hexamethyl- bromide (1:2)", "1,10-decanediaminium n,n,n,n',n',n'-hexamethyl- monobromide", "decamethonium", "60869-65-0[rn]", "acetylcholinesterase precursor", "decamethylene-1,10-bistrimethylammonium dibromide"}|>, "1942" -> <|"DatabaseID" -> "SW01291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3899]}, "IsomericSmiles" -> "C[NH+](C)CCOC(=O)COc1ccc(cc1)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00993"]}, "OfficialNames" -> <|"NPC Approved Name" -> "meclofenoxato"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4039]}, "Synonyms" -> {"clofenoxin", "deanolestere", "clopenoxin", "proseryl", "cetrexin", "clophenoxate", "meclofenoxate", "cerebon", "meclophenoxate", "licidril", "(4-chlorophenoxy)acetic acid 2-(dimethylamino)ethyl ester", "acephen", "at sefen", "lucidryl hydrochloride", "meclofenoxane", "(dimethylamino)ethyl esterof (p-chlorophenoxy)aceticacid hydrochloride", "meclofenoxate [ban:dcf:inn][inn]", "meclophenoxate hydrochloride", "acetic acid (p-chlorophenoxy)- 2-(dimethylamino)ethyl ester", "centrofenoxin", "2-(dimethylamino)ethyl (p-chlorphenoxy)acetate", "cas-3685-84-5", "centrofenoxina", "luncidril", "amipolen", "(p-chlorophenoxy)acetic acid 2-(dimethylamino)ethyl ester", "centrophenoxine[wiki]", "acetic acid (4-chlorophenoxy)- 2-(dimethylamino)ethyl ester", "lucidryl", "2-(dimethylamino)ethyl (4-chlorophenoxy)acetate[acd/iupac name]", "atsephen", "acetic acid 2-(4-chlorophenoxy)- 2-(dimethylamino)ethyl ester", "meclofenoxato[spanish][inn]", "51-68-3[rn]", "mucidril", "(dimethylamino)ethyl-4-(chlorophenoxy)acetic acid", "mechlorphenoxatum", "235 anp hydrochloride", "acetic acid (4-chlorophenoxy)- 2-(dimethylamino)ethyl ester (9ci)", "meclofenossato [dcit]", "centrophenoxin", "acefen", "meclofenoxate[wiki]", "dimethylaminoethyl p-chlorophenoxyacetate", "atsefen", "200-116-3[einecs]", "cerutil", "(4-chloro-phenoxy)-acetic acid 2-dimethylamino-ethyl ester", "acephene", "centrexin", "p-chlorophenoxy acetic acid 2-(dimethylamino)ethyl ester", "analux", "centrophenoxine (van)", "2-(dimethylamino)ethyl (p-chlorophenoxy)acetate", "meclofenoxatum[latin]"}|>, "1943" -> <|"DatabaseID" -> "SW01292", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64975]}, "IsomericSmiles" -> "c1cc(c(c(c1)Br)NC2=[NH+]CCN2)F", "OfficialNames" -> <|"NPC Approved Name" -> "n-(2-bromo-6-fluorophenyl)-45-dihydro-(1h)-imidazol-2-amine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71969]}, "Synonyms" -> {"romifidine", "romifidine [ban:inn][inn]", "sedivet", "n-(2-bromo-6-fluorophenyl)-4", "romifidina[spanish]", "n-(2-bromo-6-fluoro-phenyl)-4", "romifidinum [latin]", "romifidinum[latin]", "romifidina [spanish]", "65896-16-4[rn]", "romifidine (inn)", "65896-16-4", "1h-imidazol-2-amine n-(2-bromo-6-fluorophenyl)-4,5-dihydro-", "romifidina", "2-(2-bromo-6-fluoroanilino)-2-imidazoline", "romifidinum", "n-(2-bromo-6-fluorophenyl)-4,5-dihydro-1h-imidazol-2-amine[acd/iupac name]"}|>, "1944" -> <|"DatabaseID" -> "SW01293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94571]}, "IsomericSmiles" -> "c1nc(c(n1[C@H]2[C@@H]([C@@H]([C@H](O2)CO)O)O)O)C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01392"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mizoribine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 104762]}, "Synonyms" -> {"bredinin", "mizoribine", "bredinine", "bredinin (tn)", "mizoribinum", "mizoribina[spanish][inn]", "mizoribine(bredinin)", "he 69;nsc 289637;mzb;bredinin", "5-hydroxy-1-b-d-ribofuranosyl-1h-imidazole-4-carboxamide", "mizoribinum [inn-latin]", "he-69", "mizoribina", "mzr", "1-((2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)-tetrahydrofuran-2-yl)-5-hydroxy-1h-imidazole-4-carboxamide", "mizoribina [inn-spanish]", "mizoribinum[latin]", "4-carbamoyl-1-b-d-ribofuranosylimidazolium-5-olate", "50524-49-7[rn]", "mizoribine [inn:jan][inn][jan]", "50924-49-7[rn]", "mizoribine [inn:jan]"}|>, "1945" -> <|"DatabaseID" -> "SW01294", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 115944]}, "IsomericSmiles" -> "C([C@H]([C@H]([C@@H]([C@H](C=O)[NH3+])OS(=O)(=O)[O-])O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "glucosamine sulphate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 131149]}, "Synonyms" -> {"3-o-sulfate glucosamine", "3-o-sulfated glucosamine", "glucosamine 3-o-sulfate", "ac1q6xto", "ar-1d8146", "76330-20-6", "ac1l2ynl", "76330-20-6[rn]", "2-amino-2-deoxy-d-glucose 3-(hydrogen sulfate)", "2-amino-2-deoxy-3-o-sulfo-d-glucose", "ag-h-04566", "ag-d-13551"}|>, "1946" -> <|"DatabaseID" -> "SW01295", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6502]}, "IsomericSmiles" -> "COc1ccc2c(c1OC)nc3c(c2OC)cco3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "skimmianine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6760]}, "Synonyms" -> {"skimmiamine", "b-fagarine", "skimmianine", "skimmianin", "chloroxylonine", "furo[2,3-b]quinoline 4,7 8-trimethoxy-", "cas-83-95-4", "4,7,8-trimethoxyfurano[2,3-b]quinoline", ".beta.-fagarine", "4", "furo(2,3-b)quinoline 4,7,8-trimethoxy-", "83-95-4[rn]", "ccris 1585", "4-27-00-02296 (beilstein handbook reference)[beilstein]", "beta-fagarine", "furo[2", "5255-76-5[rn]", "chloroxylonine;", "7,8-dimethoxydictamnine", "furo[2,3-b]quinoline 4,7,8-trimethoxy-", "4,7,8-trimethoxyfuro[2,3-b]quinoline[acd/iupac name]", "4,7,8-trimethoxy-furo[2,3-b]quinoline"}|>, "1947" -> <|"DatabaseID" -> "SW01296", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63791"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187515]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00480"]}, "IsomericSmiles" -> "c1cc2c(c(c1)N)CN(C2=O)C3CCC(=O)NC3=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04687"]}, "OfficialNames" -> <|"Australia Approved Name" -> "LENALIDOMIDE", "FDA Approved Drug" -> "LENALIDOMIDE"|>, "PharmGKBID" -> "PA162363968", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216326]}, "Synonyms" -> {"lenalidomide", "imid3", "revimid", "revlimid", "cc-5013", "cdc 501", "2,6-piperidinedione 3-(4-amino-1,3-dihydro-1-oxo-2h-isoindol-2-yl)-", "revlimid (celgene)", "phs ii", "(3s)-3-(4-amino-1-oxo-1,3-dihydro-2h-isoindol-2-yl)piperidine-2,6-dione", "1-oxo-2-(2,6-dioxopiperidin-3-yl)-4-aminoisoindoline", "3-(4-amino-1-oxo-1,3-dihydro-isoindol-2-yl)-piperidine-2,6-dione", "prostaglandin-endoperoxide synthase 2", "346670-73-3[rn]", "lenalidomide[wiki]", "3-(4-amino-1-oxoisoindolin-2-yl)piperidine-2", "lelidomide", "191732-72-6[rn]", "3-(4-amino-1-oxo-1,3-dihydro-2h-isoindol-2-yl)-2,6-piperidinedione", "3-(7-amino-3-oxo-1h-isoindol-2-yl)piperidine-2,6-dione", "3-(4-amino-1-oxoisoindolin-2-yl)piperidine-2,6-dione", "revimid;revlimid", "pghs-2", "191732-72-6", "revlimid[wiki]", "revlimid (tn)", "prostaglandin g/h synthase 2 precursor", "lenalidomide [inn_en]", "cox-2", "pgh synthase 2", "1-oxo-2-(2,6-dioxopiperidin-3-yl)-4-aminoisoindoline;3-(4-amino-1-oxoisoindolin-2-yl)piperidine-2,6-dione", "3-(4-amino-1-oxo-1,3-dihydro-2h-isoindol-2-yl)piperidine-2,6-dione", "cc-5013; revlimid", "prostaglandin h2 synthase 2", "3-(4-amino-1-oxo-1,3-dihydro-2h-isoindol-2-yl)piperidin-2,6-dion", "443912-14-9[rn]", "cyclooxygenase- 2", "cc5013", "cc-5013 revlimid", "c467567", "ec 1.14.99.1", "cc 5013"}|>, "1948" -> <|"DatabaseID" -> "SW01296", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63791"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187515]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00480"]}, "IsomericSmiles" -> "c1cc2c(c(c1)N)CN(C2=O)C3CCC(=O)NC3=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04687"]}, "OfficialNames" -> <|"Australia Approved Name" -> "LENALIDOMIDE", "FDA Approved Drug" -> "LENALIDOMIDE"|>, "PharmGKBID" -> "PA162363968", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216326]}, "Synonyms" -> {"lenalidomide", "imid3", "revimid", "revlimid", "cc-5013", "cdc 501", "2,6-piperidinedione 3-(4-amino-1,3-dihydro-1-oxo-2h-isoindol-2-yl)-", "revlimid (celgene)", "phs ii", "(3s)-3-(4-amino-1-oxo-1,3-dihydro-2h-isoindol-2-yl)piperidine-2,6-dione", "1-oxo-2-(2,6-dioxopiperidin-3-yl)-4-aminoisoindoline", "3-(4-amino-1-oxo-1,3-dihydro-isoindol-2-yl)-piperidine-2,6-dione", "prostaglandin-endoperoxide synthase 2", "346670-73-3[rn]", "lenalidomide[wiki]", "3-(4-amino-1-oxoisoindolin-2-yl)piperidine-2", "lelidomide", "191732-72-6[rn]", "3-(4-amino-1-oxo-1,3-dihydro-2h-isoindol-2-yl)-2,6-piperidinedione", "3-(7-amino-3-oxo-1h-isoindol-2-yl)piperidine-2,6-dione", "3-(4-amino-1-oxoisoindolin-2-yl)piperidine-2,6-dione", "revimid;revlimid", "pghs-2", "191732-72-6", "revlimid[wiki]", "revlimid (tn)", "prostaglandin g/h synthase 2 precursor", "lenalidomide [inn_en]", "cox-2", "pgh synthase 2", "1-oxo-2-(2,6-dioxopiperidin-3-yl)-4-aminoisoindoline;3-(4-amino-1-oxoisoindolin-2-yl)piperidine-2,6-dione", "3-(4-amino-1-oxo-1,3-dihydro-2h-isoindol-2-yl)piperidine-2,6-dione", "cc-5013; revlimid", "prostaglandin h2 synthase 2", "3-(4-amino-1-oxo-1,3-dihydro-2h-isoindol-2-yl)piperidin-2,6-dion", "443912-14-9[rn]", "cyclooxygenase- 2", "cc5013", "cc-5013 revlimid", "c467567", "ec 1.14.99.1", "cc 5013"}|>, "1949" -> <|"DatabaseID" -> "SW01297", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32221"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01600"]}, "IsomericSmiles" -> "CC(c1ccc(s1)C(=O)c2ccccc2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01325"]}, "OfficialNames" -> <|"Australia Approved Name" -> "TIAPROFENIC ACID"|>, "PharmGKBID" -> "PA164764503", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5468]}, "Synonyms" -> {"surgam", "tiaprofenic acid", "2-(5-benzyl-2-thienyl)propionsaeure", "tiaprofensaeure", "acide tiaprofenique [inn-french]", "dom-tiaprofenic", "5-benzoyl-alpha-methyl-2-thiopheneacetic acid", "acido tiaprofenico [inn-spanish]", "nu-tiaprofenic", "acide tiaprofenique", "acidum tiaprofenicum [inn-latin]", "prostaglandin-endoperoxide synthase 1", "acido tiaprofenico", "phs 1", "prostaglandin g/h synthase 1 precursor", "acidum tiaprofenicum", "pghs-1", "tiaprofenic-300 - tab", "cox-1", "pms-tiaprofenic", "ec 1.14.99.1", "pgh synthase 1", "surgam sr", "prostaglandin h2 synthase 1", "tiaprofenic-200 - tab", "novo-tiaprofenic", "cyclooxygenase- 1", "apo-tiaprofenic tablets"}|>, "1950" -> <|"DatabaseID" -> "SW01297", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32221"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01600"]}, "IsomericSmiles" -> "CC(c1ccc(s1)C(=O)c2ccccc2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01325"]}, "OfficialNames" -> <|"Australia Approved Name" -> "TIAPROFENIC ACID"|>, "PharmGKBID" -> "PA164764503", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5468]}, "Synonyms" -> {"surgam", "tiaprofenic acid", "2-(5-benzyl-2-thienyl)propionsaeure", "tiaprofensaeure", "acide tiaprofenique [inn-french]", "dom-tiaprofenic", "5-benzoyl-alpha-methyl-2-thiopheneacetic acid", "acido tiaprofenico [inn-spanish]", "nu-tiaprofenic", "acide tiaprofenique", "acidum tiaprofenicum [inn-latin]", "prostaglandin-endoperoxide synthase 1", "acido tiaprofenico", "phs 1", "prostaglandin g/h synthase 1 precursor", "acidum tiaprofenicum", "pghs-1", "tiaprofenic-300 - tab", "cox-1", "pms-tiaprofenic", "ec 1.14.99.1", "pgh synthase 1", "surgam sr", "prostaglandin h2 synthase 1", "tiaprofenic-200 - tab", "novo-tiaprofenic", "cyclooxygenase- 1", "apo-tiaprofenic tablets"}|>, "1951" -> <|"DatabaseID" -> "SW01298", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9362"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5166]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00870"]}, "IsomericSmiles" -> "CC(c1ccc(cc1)C(=O)c2cccs2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00452"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SUPROFEN"|>, "PharmGKBID" -> "PA451569", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359]}, "Synonyms" -> {"profenal", "suprocil", "maldocil", "suprofen", "suprol", "sutoprofen", "masterfen", "sulproltin", "srendam", "topalgic", "p-2-thenoylhydratropic acid", "cox-2", "supranol", "profenal (tn)", "phs ii", "4-(2-thenoyl)hydratropsaeure", "para-(2-thenoyl) hydratropic acid", "258-175-6[einecs]", "p-(2-thenoyl)hydratropic acid", "suprofene[french][inn]", "suprofen[wiki]", "255-096-9[einecs]", "pgh synthase 2", "40828-46-4[rn]", "2-(4-(2-thienylcarbonyl)phenyl)propanoic acid", "tn-762", "profenal topalgic suprol", "52780-13-9[rn]", "suprofenum [inn_la]", "suprofen; suprofene; suprofenum", "2-[4-(thiophene-2-carbonyl)-phenyl]-propionic acid", "ec 1.14.99.1", "77981-82-9[rn]", "tyn-762p", "52780-12-8[rn]", "suprofenum[latin]", "suprofene [inn-french]", "2-[4-(thiophen-2-ylcarbonyl)phenyl]propanoic acid", "suprofen [usan:ban:inn:jan][inn][jan][usan]", "voltaren ophtha", "pghs-2", "tn762", "337376-15-5", "2-(4-(2-thenoyl)phenyl)propionsaeure", "r25061", "258-176-1[einecs]", "profenal;topalgic;suprol", "suprofene", "prostaglandin g/h synthase 2 precursor", "r-25,061", "2-[4-(2-thienylcarbonyl)phenyl]propanoic acid[acd/iupac name]", "voltaren ophthalmic", "prostaglandin-endoperoxide synthase 2", "prostaglandin h2 synthase 2", "a-methyl-4-(2-thienylcarbonyl)benzeneacetic acid", "40828-46-4", "suprofenum [inn-latin]", "dolasteron", "cyclooxygenase- 2", "gr-25,061", "d013496", "suprofenum", "hydratropic acid p-(2-thenoyl)-"}|>, "1952" -> <|"DatabaseID" -> "SW01298", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9362"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5166]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00870"]}, "IsomericSmiles" -> "CC(c1ccc(cc1)C(=O)c2cccs2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00452"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SUPROFEN"|>, "PharmGKBID" -> "PA451569", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359]}, "Synonyms" -> {"profenal", "suprocil", "maldocil", "suprofen", "suprol", "sutoprofen", "masterfen", "sulproltin", "srendam", "topalgic", "p-2-thenoylhydratropic acid", "cox-2", "supranol", "profenal (tn)", "phs ii", "4-(2-thenoyl)hydratropsaeure", "para-(2-thenoyl) hydratropic acid", "258-175-6[einecs]", "p-(2-thenoyl)hydratropic acid", "suprofene[french][inn]", "suprofen[wiki]", "255-096-9[einecs]", "pgh synthase 2", "40828-46-4[rn]", "2-(4-(2-thienylcarbonyl)phenyl)propanoic acid", "tn-762", "profenal topalgic suprol", "52780-13-9[rn]", "suprofenum [inn_la]", "suprofen; suprofene; suprofenum", "2-[4-(thiophene-2-carbonyl)-phenyl]-propionic acid", "ec 1.14.99.1", "77981-82-9[rn]", "tyn-762p", "52780-12-8[rn]", "suprofenum[latin]", "suprofene [inn-french]", "2-[4-(thiophen-2-ylcarbonyl)phenyl]propanoic acid", "suprofen [usan:ban:inn:jan][inn][jan][usan]", "voltaren ophtha", "pghs-2", "tn762", "337376-15-5", "2-(4-(2-thenoyl)phenyl)propionsaeure", "r25061", "258-176-1[einecs]", "profenal;topalgic;suprol", "suprofene", "prostaglandin g/h synthase 2 precursor", "r-25,061", "2-[4-(2-thienylcarbonyl)phenyl]propanoic acid[acd/iupac name]", "voltaren ophthalmic", "prostaglandin-endoperoxide synthase 2", "prostaglandin h2 synthase 2", "a-methyl-4-(2-thienylcarbonyl)benzeneacetic acid", "40828-46-4", "suprofenum [inn-latin]", "dolasteron", "cyclooxygenase- 2", "gr-25,061", "d013496", "suprofenum", "hydratropic acid p-(2-thenoyl)-"}|>, "1953" -> <|"DatabaseID" -> "SW01299", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 181000]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00980"]}, "IsomericSmiles" -> "CCC(=O)NCC[C@@H]1CCc2c1c3c(cc2)OCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02689"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ramelteon", "FDA Approved Drug" -> "RAMELTEON"|>, "PharmGKBID" -> "PA164744896", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208902]}, "Synonyms" -> {"ramelteon", "rozerem", "tak-375", "mel-1b-r", "rozerem (tn)", "mel1b melatonin receptor", "ramelteon [usan]", "chembl1218", "196597-26-9", "ac1l4lkm", "s1259_selleck", "ac1q5oql", "n-[(s)-2-(1,6,7,8-tetrahydro-6h-indeno[5,4-b]furan-8-yl)-ethyl]-propionamide", "n-{2-[(8s)-1,6,7,8-tetrahydro-2h-indeno[5,4-b]furan-8-yl]ethyl}propanamide", "rozerem[wiki]", "propanamide n-(2-((8s)-1,6,7,8-tetrahydro-2h-indeno(5,4-b)furan-8-yl)ethyl)-", "ramelteon(tak-375)", "n-[2-(1,6,7,8-tetrahydro-2h-3-oxa-as-indacen-8-yl)-ethyl]-propionamide(s)-(-)-22b", "n-{2-[(8s)-1,6,7,8-tetrahydro-2h-indeno[5,4-b]fur-8-yl]ethyl}propanamid", "rozerem tak-375", "196597-26-9[rn]", "ramelteon[usan]", "n-[(s)-2-(1,2,7,8-tetrahydro-6h-indeno[5,4-b]furan-8-yl)-ethyl]-propionamide", "(s)-n-[2-(1,6,7,8-tetrahydro-2h-indeno-[5,4-b]furan-8-yl)ethyl]propionamide", "(s)-n-(2-(1,6,7,8-tetrahydro-2h-indeno-(5,4)furan-8-yl)ethyl)propionamide", "propanamide n-[2-[(8s)-1,6,7,8-tetrahydro-2h-indeno[5,4-b]furan-8-yl]ethyl]-"}|>, "1954" -> <|"DatabaseID" -> "SW01300", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 180935]}, "IsomericSmiles" -> "C[C@@H](C1=[NH+]CCN1)Oc2c(cccc2Cl)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "dexlofexidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208822]}, "Synonyms" -> {"dexlofexidinum", "2-[(1s)-1-(2", "ac1l4lfa", "dexlofexidine[inn]", "chembl2106205", "81447-78-1[rn]", "surecn124602", "81447-79-2[rn]", "ctk3e8333", "dexlofexidine", "unii-vxj7z24rn1", "81447-79-2", "dexlofexidine [inn]", "2-((1s)-1-(2,6-dichlorophenoxy)ethyl)-4,5-dihydro-1h-imidazole", "(+)-(s)-2-(1-(2,6-dichlorophenoxy)ethyl)-2-imidazoline"}|>, "1955" -> <|"DatabaseID" -> "SW01301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29299]}, "IsomericSmiles" -> "c1ccc(cc1)CNC(=O)Cn2ccnc2[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02489"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "benznidazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31593]}, "Synonyms" -> {"n-benzyl-2-nitroimidazole-1-acetamide", "benznidazole", "ro 07-1051", "n-benzyl-2-nitroimidazol-1-yl-acetamide", "radanil", "5-23-04-00478 (beilstein handbook reference)[beilstein]", "acetamide n-benzyl-2-(nitroimidazol-1-yl)-", "n-benzyl-2-nitro-1h-imidazole-1-acetamide", "n-benzyl-2-nitro-1-imidazoleacetamide", "rochagan[wiki]", "22994-85-0", "n-benzyl-2-(2-nitro-imidazol-1-yl)-acetamide", "ragonil", "1h-imidazole-1-acetamide 2-nitro-n-(phenylmethy", "benzonidazol", "1h-imidazole-1-acetamide 2-nitro-n- (phenylmethyl)-", "benzonidazole", "rochagan (tn)", "n-benzyl-2-nitro-1h-imidazol-1-acetamid", "benznidazol[spanish][inn]", "radanil[wiki]", "5-23-04-00478", "rochagan", "ro 7-1051", "benznidazolum [inn-latin]", "benznidazole[wiki][inn]", "imidazole-1-acetamide n-benzyl-2-nitro-", "imidazole-1-acetamide", "ro-7-1051", "benznidazol [inn-spanish]", "1h-imidazole-1-acetamide 2-nitro-n-(phenylmethyl)-", "n-benzyl-2-(2-nitro-1h-imidazol-1-yl)acetamide[acd/iupac name]", "22994-85-0[rn]", "benznidazolum[latin]", "benzonidazole[wiki]", "2-(2-nitroimidazolyl)-n-benzylacetamide", "1h-imidazole-1-acetamide 2-nitro-n-(phenylmethyl)- (9ci)", "radanil (tn)", "2-nitro-n-(phenylmethyl)-1h-imidazole-1-acetamide"}|>, "1956" -> <|"DatabaseID" -> "SW01302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 103159]}, "IsomericSmiles" -> "Cc1cc2c(c(c1)O)c(c(c(c2C(C)C)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hemigossypol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 115300]}, "Synonyms" -> {"hemigossypol", "2", "lmpr0103330004", "1-naphthalenecarboxaldehyde 2,3,8-trihydroxy-6-methyl-4-(1-methylethyl)-", "40817-07-0", "ac1l3gwh", "2,3,8-trihydroxy-6-methyl-4-(1-methylethyl)-1-naphthalenecarboxaldehyde", "1-naphthalenecarboxaldehyde", "40817-07-0[rn]", "c09680", "cpd-9525"}|>, "1957" -> <|"DatabaseID" -> "SW01303", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475156]}, "IsomericSmiles" -> "COC1=CC=C2CC[NH+]3C2(C1)C4=C(CC3)COC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cocculolidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315985]}, "Synonyms" -> {"cocculolidine"}|>, "1958" -> <|"DatabaseID" -> "SW01304", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3419"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2478]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00395"]}, "IsomericSmiles" -> "CCCC(C)(COC(=O)N)COC(=O)NC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00768"]}, "OfficialNames" -> <|"Indian Approved Name" -> "carisoprodol", "FDA Approved Drug" -> "CARISOPRODOL"|>, "PharmGKBID" -> "PA448809", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2576]}, "Synonyms" -> {"carisoprodol", "soma", "atonalyt", "flexartal", "carisoprodatum", "carisoma", "isomeprobamate", "isoprotane", "carisoprodate", "scutamil-c", "skutamil", "relasom", "meprodat", "mioril", "neotica", "isoprothane", "fibrosona", "flexal", "muslax", "flexidon", "chinchen", "arusal", "caridolin", "mioratrina", "isobamate", "somanil", "sanoma", "flexagit", "apesan", "nospasm", "listaflex", "flexagilt", "miolisodal", "artifar", "carlsodol", "carisoprodolo [dcit]", "2-methyl-2-propyl-1,3-propanediol carbamate isopropylcarbamate", "carisoprodol[wiki]", "1 3-propanediol,2-methyl-2-propyl- carbamate isopropylcarbamate", "(1-methylethyl)carbamic acid 2-(((aminocarbonyl)oxy)methyl)-2-methylpentyl ester", "diolene", "miolisodol", "4-04-00-00520", "stialgin", "carisol", "carbamicacid (1-methylethyl)- 2-(((aminocarbonyl)oxy)methyl)-2-methylpentyl ester", "soma (tn)", "somadril", "carlsoprol", "2-{[(aminocarbonyl)oxy]methyl}-2-methylpentylisopropylcarbamate", "n-isopropyl-2-methyl-2-propyl-1,3-propanediol dicarbamate", "domarax", "carisoprodolum [inn_la]", "carbamicacid isopropyl-,2-(hydroxymethyl)-2-methylpentyl ester carbamate (ester)", "2-methyl-2-{[n-(methylethyl)carbamoyloxy]methyl}pentylaminooate", "2-methyl-2-({[(propan-2-yl)carbamoyl]oxy}methyl)pentylcarbamate", "carbamicacid n-(1-methylethyl)- 2-[[(aminocarbonyl)oxy]methyl]-2-methylpentylester", "carisoprodolum[latin]", "carisoprodol [usan:ban:inn][inn][usan]", "1,3-propanediol 2-methyl-2-propyl-,carbamate isopropylcarbamate (ester)", "carbamicacid ester with 2-(hydroxymethyl)-2-methylpentyl isopropylcarbamate", "mediquil", "mioriodol", "isopropylcarbamicacid ester with 2-(hydroxymethyl)-2-methylpentyl carbamate", "carbamicacid ester with 2-methyl-2-propyl-1,3-propanediol isopropylcarbamate", "2-[(carbamoyloxy)methyl]-2-methylpentyl isopropylcarbamate[acd/iupac name]", "caprodat", "isopropylcarbamicacid ester with 2-(hydroxymethyl)-2-methylpentyl carbamate", "coprobate", "[2-methyl-2-({[(propan-2-yl)carbamoyl]oxy}methyl)pentyl] carbamate", "carbamicacid 2-isopropylcarbamoyloxymethyl-2-methyl-pentyl ester", "carbamicacid (1-methylethyl)- 2-[[(aminocarbonyl)oxy]methyl]-2-methylpentyl ester", "(1-methylethyl)carbamic acid 2-[[(aminocarbonyl)oxy]methyl]-2-methylpentyl ester", "isoprotan", "78-44-4[rn]", "carsodol", "rela", "somalgit", "2-[(carbamoyloxy)methyl]-2-methylpentyl-(1-methylethyl)carbamat", "carbamicacid isopropyl-,2- (hydroxymethyl)-2-methylpentyl ester carbamate (ester)", "izoprotan", "calenfa", "2-[(carbamoyloxy)methyl]-2-methylpentyl (1-methylethyl)carbamate", "carbamicacid ester with 2-(hydroxymethyl)-2-methylpentylisopropyl carbamate", "isopropyl meprobamate", "carlsoma", "n-isopropyl-2-methyl-2-propyl-1,3-propanediol dicarbamate", "8053-63-2[rn]", "[2-(carbamoyloxymethyl)-2-methylpentyl] n-propan-2-ylcarbamate", "brianil", "tonolyt isopropyl meprobamate", "flexartel", "2-[(carbamoyloxy)methyl]-2-methylpentyl (1-methylethyl)carbamate (non-preferred name)", "sanoma[wiki]", "carsodal", "2-[(carbamoyloxy)methyl]-2-methylpentyl propan-2-ylcarbamate (non-preferred name)", "201-118-7[einecs]", "mioartrina", "337376-15-5", "4-04-00-00520 (beilstein handbook reference)[beilstein]", "carisoprodol (sanoma)"}|>, "1959" -> <|"DatabaseID" -> "SW01304", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3419"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2478]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00395"]}, "IsomericSmiles" -> "CCCC(C)(COC(=O)N)COC(=O)NC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00768"]}, "OfficialNames" -> <|"Indian Approved Name" -> "carisoprodol", "FDA Approved Drug" -> "CARISOPRODOL"|>, "PharmGKBID" -> "PA448809", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2576]}, "Synonyms" -> {"carisoprodol", "soma", "atonalyt", "flexartal", "carisoprodatum", "carisoma", "isomeprobamate", "isoprotane", "carisoprodate", "scutamil-c", "skutamil", "relasom", "meprodat", "mioril", "neotica", "isoprothane", "fibrosona", "flexal", "muslax", "flexidon", "chinchen", "arusal", "caridolin", "mioratrina", "isobamate", "somanil", "sanoma", "flexagit", "apesan", "nospasm", "listaflex", "flexagilt", "miolisodal", "artifar", "carlsodol", "carisoprodolo [dcit]", "2-methyl-2-propyl-1,3-propanediol carbamate isopropylcarbamate", "carisoprodol[wiki]", "1 3-propanediol,2-methyl-2-propyl- carbamate isopropylcarbamate", "(1-methylethyl)carbamic acid 2-(((aminocarbonyl)oxy)methyl)-2-methylpentyl ester", "diolene", "miolisodol", "4-04-00-00520", "stialgin", "carisol", "carbamicacid (1-methylethyl)- 2-(((aminocarbonyl)oxy)methyl)-2-methylpentyl ester", "soma (tn)", "somadril", "carlsoprol", "2-{[(aminocarbonyl)oxy]methyl}-2-methylpentylisopropylcarbamate", "n-isopropyl-2-methyl-2-propyl-1,3-propanediol dicarbamate", "domarax", "carisoprodolum [inn_la]", "carbamicacid isopropyl-,2-(hydroxymethyl)-2-methylpentyl ester carbamate (ester)", "2-methyl-2-{[n-(methylethyl)carbamoyloxy]methyl}pentylaminooate", "2-methyl-2-({[(propan-2-yl)carbamoyl]oxy}methyl)pentylcarbamate", "carbamicacid n-(1-methylethyl)- 2-[[(aminocarbonyl)oxy]methyl]-2-methylpentylester", "carisoprodolum[latin]", "carisoprodol [usan:ban:inn][inn][usan]", "1,3-propanediol 2-methyl-2-propyl-,carbamate isopropylcarbamate (ester)", "carbamicacid ester with 2-(hydroxymethyl)-2-methylpentyl isopropylcarbamate", "mediquil", "mioriodol", "isopropylcarbamicacid ester with 2-(hydroxymethyl)-2-methylpentyl carbamate", "carbamicacid ester with 2-methyl-2-propyl-1,3-propanediol isopropylcarbamate", "2-[(carbamoyloxy)methyl]-2-methylpentyl isopropylcarbamate[acd/iupac name]", "caprodat", "isopropylcarbamicacid ester with 2-(hydroxymethyl)-2-methylpentyl carbamate", "coprobate", "[2-methyl-2-({[(propan-2-yl)carbamoyl]oxy}methyl)pentyl] carbamate", "carbamicacid 2-isopropylcarbamoyloxymethyl-2-methyl-pentyl ester", "carbamicacid (1-methylethyl)- 2-[[(aminocarbonyl)oxy]methyl]-2-methylpentyl ester", "(1-methylethyl)carbamic acid 2-[[(aminocarbonyl)oxy]methyl]-2-methylpentyl ester", "isoprotan", "78-44-4[rn]", "carsodol", "rela", "somalgit", "2-[(carbamoyloxy)methyl]-2-methylpentyl-(1-methylethyl)carbamat", "carbamicacid isopropyl-,2- (hydroxymethyl)-2-methylpentyl ester carbamate (ester)", "izoprotan", "calenfa", "2-[(carbamoyloxy)methyl]-2-methylpentyl (1-methylethyl)carbamate", "carbamicacid ester with 2-(hydroxymethyl)-2-methylpentylisopropyl carbamate", "isopropyl meprobamate", "carlsoma", "n-isopropyl-2-methyl-2-propyl-1,3-propanediol dicarbamate", "8053-63-2[rn]", "[2-(carbamoyloxymethyl)-2-methylpentyl] n-propan-2-ylcarbamate", "brianil", "tonolyt isopropyl meprobamate", "flexartel", "2-[(carbamoyloxy)methyl]-2-methylpentyl (1-methylethyl)carbamate (non-preferred name)", "sanoma[wiki]", "carsodal", "2-[(carbamoyloxy)methyl]-2-methylpentyl propan-2-ylcarbamate (non-preferred name)", "201-118-7[einecs]", "mioartrina", "337376-15-5", "4-04-00-00520 (beilstein handbook reference)[beilstein]", "carisoprodol (sanoma)"}|>, "1960" -> <|"DatabaseID" -> "SW01305", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8499"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00571"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1cccc2c1cccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00483"], ExternalIdentifier["KEGGID", "D08443"]}, "OfficialNames" -> <|"China Approved Name" -> "propranolol", "Indian Approved Name" -> "propranolol hcl", "WHO Essential Medicine" -> "propranolol", "Australia Approved Name" -> "PROPRANOLOL HYDROCHLORIDE;PROPRANOLOL", "FDA Approved Drug" -> "PROPRANOLOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451145", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4946]}, "Synonyms" -> {"propranolol", "euprovasin", "propanalol", "propanix", "inderal", "dociton", "propanolol", "beta-propranolol", "avlocardyl", "innopran xl", "betalong", "propranololo", "corpendol", "reducor", "proprasylyt", "propranolol hydrochloride", "sagittol", "apsolol", "efektolol", "rapynogen", "caridolol", "propranur", "beprane", "angilol", "bedranol", "oposim", "sloprolol", "duranol", "sumial", "indobloc", "kemi s", "prano-puren", "inderide", "prophylux", "cardinol", "inderal la", "propranolol hcl", "pylapron", "deralin", "obsidan", "elbrol", "frekven", "berkolol", "dl-propranolol hydrochloride", "intermigran", "tesnol", "5-ht-1b", "reducor line", "propranolol hcl intensol", "serotonin receptor 1b", "propranalol", "beta-tablinen", "5-ht-1d-beta", "serotonin 1d beta receptor", "s12", "servanolol", "beta-neg", "5- ht1b", "1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)-2-propanol; 1-isopropylamino-3-(1-naphthyloxy)-2-propanol", "etalong", "r,s-propranolol hydrochloride", "betachron", "beta-timelets", "migrastat", "525-66-6[rn]", "222-501-5[einecs]", "inderalici", "kemi", "propranolol[wiki]", "inderal[wiki]", "1-isopropylamino-3-(1-naphthyloxy)-2-propanol", "2-propanol 1-((1-methylethyl)amino)-3-(1-naphthalenyloxy)- (9ci)", "2-propanol 1-(isopropylamino)-3-(1-naphthyloxy)-", "mfcd00062560", "3-(naphthalen-1-yloxy)-1-(propan-2-ylamino)propan-2-ol", "propranololo [dcit]", "avlocardyl[wiki]", "1-(isopropylamino)-3-(1-naphthyloxy)propan-2-ol", "235-867-6[einecs]", "inderol", "sawatal", "1-(isopropylamino)-3-(1-naphthoxy)-propan-2-ol", "1-((1-methylethyl)amino)-3-(1-naphthalenyloxy)-2-propanol", "b-propranolol", "pranolol", "987417[beilstein]", "1-[(1-methylethyl)amino]-3-(naphthalen-1-yloxy)propan-2-ol", "propanolol[wiki]", "(plusmn)-propranolol", "1-(1-naphthyloxy)-2-hydroxy-3-(isopropylamino)propane", "208-378-0[einecs]", "1-(isopropylamino)-3-(1-naphthyloxy)-2-propanol[acd/iupac name]", "1-naphthalen-1-yloxy-3-(propan-2-ylamino)propan-2-ol", "2-propanol 1-(isopropylamino)-3-(1-naphthyloxy)- (+)-", "1-(isopropylamino)-3-(naphthalen-1-yloxy)propan-2-ol", "propranololum[latin]", "1-isopropylamino-3-(naphthalen-1-yloxy)-propan-2-ol", "1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)-2-propanol", "1-((1-methylethyl)amino)3-(1-naphthalenyloxy) 2-propanol", "2-propanol 1-((1-methylethyl)amino)-3-(1-naphthalenyloxy)-", "4199-09-1[rn]", "1-(naphthalen-1-yloxy)-3-(propan-2-ylamino)propan-2-ol", "(1)-1-(isopropylamino)-3-(naphthyloxy)propan-2-ol", "1-(1-naphthyloxy)-3-(isopropylamino)-2-propanol", "dl-propranolol", "2-propanol 1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)-", "3506-09-0[rn]", "acifol", "biocard", "indermigran", "hydrogenchloride1-(naphthalen-1-yloxy)-3-(propan-2-ylamino)propan-2-ol(1:1:1)", "1-(1-naphthoxy)-2-hydroxy-3-isopropylaminopropane hydrochloride", "cinlol", "detensol", "propranololhydrochloride", "ikopal", "2-propanol 1-((1-methylethyl)amino)-3-(1-naphthalenyloxy)- hydrochloride", "dl-propranolol-[4-3h] hydrochloride", "propranolol hydrochloride (-)", "1-(isopropylamino)-3-(1-naphthyloxy)propan-2-ol hydrochloride (1:1)", "1-(1-naphthyloxy)-2-hydroxy-3-isopropylaminopropane hydrochloride", "half-inderal", "nelderal", "4164259[beilstein]", "83952-37-8[rn]", "propanolol hydrochloride", "procor[wiki]", "propral", "2-propanol 1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)- hydrochloride (1:1)", "dl-anapriline", "318-98-9 525-66-6", "sinal", "1-(isopropylamino)-3-(1-naphthochloride", "tensiflex", "prandol", "318-98-9[rn]", "(2-hydroxy-3-(naphthyloxy)propyl)isopropylammonium chloride", "inderalla", "propranolol chlorhydrate", "1-(isopropylamino)-3-(1-naphthyloxy)-2-propanol hydrochloride", "efectolol", "dumopranol", "sudenol", "[2-hydroxy-3-(naphthalen-1-yloxy)propyl](propan-2-yl)amine hydrochloride", "1-isopropylamino-3-(1-naphthyloxy)-2-propanol hydrochloride", "propranolol.hcl", "propadex", "2-propanol 1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)- chloride hydrogen salt (1:1)", "1-(isopropylamino)-3-(1-naphthyloxy)-2-propanol hydrochloride (1:1)[acd/iupac name]", "tl8002432", "blocaryl", "propra vt ct", "1-(naphthalen-1-yloxy)-3-(propan-2-ylamino)propan-2-olhydrochlorid", "proberta la", "anapriline", "ay-64043", "1-[(1-methylethyl)amino]-3-(naphthalen-1-yloxy)propan-2-olhydrochlorid", "ciplar", "propayerst", "206-268-7[einecs]", "anaprilin", "propalong", "propabloc", "propranovitan", "pronovan", "sawatol", "(rs)-1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)-2-propanolhydrochloride", "2-propanol 1- (isopropylamino)-3-(1-naphthyloxy)- hydrochloride", "tiperal", "artensol", "b-neg", "arcablock", "nedis", "318-98-9 525-66-6 [propranolol]", "noloten", "1-isopropylamino-3-(1-naphthoxy)-propan-2-ol-hydrochloride", "2-propanol 1-(isopropylamino)-3-(1-naphthyloxy)- hydrochloride", "1-(isopropylamino)-3-(1-naphthoxy)-propan-2-ol hydrochloride", "b-timelets", "3-[(methylethyl)amino]-1-naphthyloxypropan-2-ol chloride", "prosin", "[3506-09-0]", "1-(naphthalen-1-yloxy)-3-(propan-2-ylamino)propan-2-olhydrochloride", "pranix", "1-(isopropylamino)-3-(1-naphtyloxy)propan-2-ol chlorhydrate (1:1)", "emforal", "1-((1-methylethyl)amino)-3-(1-naphthalenyloxy)-2-propanol hydrochloride", "farprolol", "pur-bloka", "propranolol chloride", "1-(isopropylamino)-3-(1-naphthyloxy)propan-2-ol hydrochloride", "kidoral", "tonum", "1-(isopropylamino)-3-(1-napthyloxy)-2-propanol hydrochloride", "(rs)-propranolol hydrochloride", "hemipralon", "1-(isopropylamino)-3-(1-naphthoxy)-2-propanol hydrochloride", "ici-45520", "propranolol hydrochloride intensol", "docitan", "corbeta", "propranolol hydrochloride (rs)-", "1-[(1-methylethyl)amino]-3-(naphthalen-1-yloxy)propan-2-ol hydrochloride", "scandrug", "dibudinate", "inderal (tn)", "panolol", "proprahexal", "318-98-9", "herzul", "(r,s)-propranolol hydrochloride", "naprilin", "1-(1-naphthyloxy)-2-hydroxy-3-(isopropylamino)propanehydrochloride", "3-(naphthalen-1-yloxy)-1-(propan-2-ylamino)propan-2-olhydrochloride", "1-(naphthalen-1-yloxy)-3-(propan-2-ylamino)propan-2-olhydrochloride (1:1)", "b-tablinen", "cc(c)ncc(coc1=cc=cc2=cc=cc=c21)o.cl", "novopranol", "1-[(methylethyl)amino]-3-naphthyloxypropan-2-ol chloride", "propranolol hydrochloride [usan:jan][jan][usan]", "herzbase", "duraprox", "2-propanol 1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)- hydrochloride", "r+c5989educor", "inderex", "propraratiopharm"}|>, "1961" -> <|"DatabaseID" -> "SW01305", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8499"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00571"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1cccc2c1cccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00483"], ExternalIdentifier["KEGGID", "D08443"]}, "OfficialNames" -> <|"China Approved Name" -> "propranolol", "Indian Approved Name" -> "propranolol hcl", "WHO Essential Medicine" -> "propranolol", "Australia Approved Name" -> "PROPRANOLOL HYDROCHLORIDE;PROPRANOLOL", "FDA Approved Drug" -> "PROPRANOLOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451145", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4946]}, "Synonyms" -> {"propranolol", "euprovasin", "propanalol", "propanix", "inderal", "dociton", "propanolol", "beta-propranolol", "avlocardyl", "innopran xl", "betalong", "propranololo", "corpendol", "reducor", "proprasylyt", "propranolol hydrochloride", "sagittol", "apsolol", "efektolol", "rapynogen", "caridolol", "propranur", "beprane", "angilol", "bedranol", "oposim", "sloprolol", "duranol", "sumial", "indobloc", "kemi s", "prano-puren", "inderide", "prophylux", "cardinol", "inderal la", "propranolol hcl", "pylapron", "deralin", "obsidan", "elbrol", "frekven", "berkolol", "dl-propranolol hydrochloride", "intermigran", "tesnol", "5-ht-1b", "reducor line", "propranolol hcl intensol", "serotonin receptor 1b", "propranalol", "beta-tablinen", "5-ht-1d-beta", "serotonin 1d beta receptor", "s12", "servanolol", "beta-neg", "5- ht1b", "1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)-2-propanol; 1-isopropylamino-3-(1-naphthyloxy)-2-propanol", "etalong", "r,s-propranolol hydrochloride", "betachron", "beta-timelets", "migrastat", "525-66-6[rn]", "222-501-5[einecs]", "inderalici", "kemi", "propranolol[wiki]", "inderal[wiki]", "1-isopropylamino-3-(1-naphthyloxy)-2-propanol", "2-propanol 1-((1-methylethyl)amino)-3-(1-naphthalenyloxy)- (9ci)", "2-propanol 1-(isopropylamino)-3-(1-naphthyloxy)-", "mfcd00062560", "3-(naphthalen-1-yloxy)-1-(propan-2-ylamino)propan-2-ol", "propranololo [dcit]", "avlocardyl[wiki]", "1-(isopropylamino)-3-(1-naphthyloxy)propan-2-ol", "235-867-6[einecs]", "inderol", "sawatal", "1-(isopropylamino)-3-(1-naphthoxy)-propan-2-ol", "1-((1-methylethyl)amino)-3-(1-naphthalenyloxy)-2-propanol", "b-propranolol", "pranolol", "987417[beilstein]", "1-[(1-methylethyl)amino]-3-(naphthalen-1-yloxy)propan-2-ol", "propanolol[wiki]", "(plusmn)-propranolol", "1-(1-naphthyloxy)-2-hydroxy-3-(isopropylamino)propane", "208-378-0[einecs]", "1-(isopropylamino)-3-(1-naphthyloxy)-2-propanol[acd/iupac name]", "1-naphthalen-1-yloxy-3-(propan-2-ylamino)propan-2-ol", "2-propanol 1-(isopropylamino)-3-(1-naphthyloxy)- (+)-", "1-(isopropylamino)-3-(naphthalen-1-yloxy)propan-2-ol", "propranololum[latin]", "1-isopropylamino-3-(naphthalen-1-yloxy)-propan-2-ol", "1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)-2-propanol", "1-((1-methylethyl)amino)3-(1-naphthalenyloxy) 2-propanol", "2-propanol 1-((1-methylethyl)amino)-3-(1-naphthalenyloxy)-", "4199-09-1[rn]", "1-(naphthalen-1-yloxy)-3-(propan-2-ylamino)propan-2-ol", "(1)-1-(isopropylamino)-3-(naphthyloxy)propan-2-ol", "1-(1-naphthyloxy)-3-(isopropylamino)-2-propanol", "dl-propranolol", "2-propanol 1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)-", "3506-09-0[rn]", "acifol", "biocard", "indermigran", "hydrogenchloride1-(naphthalen-1-yloxy)-3-(propan-2-ylamino)propan-2-ol(1:1:1)", "1-(1-naphthoxy)-2-hydroxy-3-isopropylaminopropane hydrochloride", "cinlol", "detensol", "propranololhydrochloride", "ikopal", "2-propanol 1-((1-methylethyl)amino)-3-(1-naphthalenyloxy)- hydrochloride", "dl-propranolol-[4-3h] hydrochloride", "propranolol hydrochloride (-)", "1-(isopropylamino)-3-(1-naphthyloxy)propan-2-ol hydrochloride (1:1)", "1-(1-naphthyloxy)-2-hydroxy-3-isopropylaminopropane hydrochloride", "half-inderal", "nelderal", "4164259[beilstein]", "83952-37-8[rn]", "propanolol hydrochloride", "procor[wiki]", "propral", "2-propanol 1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)- hydrochloride (1:1)", "dl-anapriline", "318-98-9 525-66-6", "sinal", "1-(isopropylamino)-3-(1-naphthochloride", "tensiflex", "prandol", "318-98-9[rn]", "(2-hydroxy-3-(naphthyloxy)propyl)isopropylammonium chloride", "inderalla", "propranolol chlorhydrate", "1-(isopropylamino)-3-(1-naphthyloxy)-2-propanol hydrochloride", "efectolol", "dumopranol", "sudenol", "[2-hydroxy-3-(naphthalen-1-yloxy)propyl](propan-2-yl)amine hydrochloride", "1-isopropylamino-3-(1-naphthyloxy)-2-propanol hydrochloride", "propranolol.hcl", "propadex", "2-propanol 1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)- chloride hydrogen salt (1:1)", "1-(isopropylamino)-3-(1-naphthyloxy)-2-propanol hydrochloride (1:1)[acd/iupac name]", "tl8002432", "blocaryl", "propra vt ct", "1-(naphthalen-1-yloxy)-3-(propan-2-ylamino)propan-2-olhydrochlorid", "proberta la", "anapriline", "ay-64043", "1-[(1-methylethyl)amino]-3-(naphthalen-1-yloxy)propan-2-olhydrochlorid", "ciplar", "propayerst", "206-268-7[einecs]", "anaprilin", "propalong", "propabloc", "propranovitan", "pronovan", "sawatol", "(rs)-1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)-2-propanolhydrochloride", "2-propanol 1- (isopropylamino)-3-(1-naphthyloxy)- hydrochloride", "tiperal", "artensol", "b-neg", "arcablock", "nedis", "318-98-9 525-66-6 [propranolol]", "noloten", "1-isopropylamino-3-(1-naphthoxy)-propan-2-ol-hydrochloride", "2-propanol 1-(isopropylamino)-3-(1-naphthyloxy)- hydrochloride", "1-(isopropylamino)-3-(1-naphthoxy)-propan-2-ol hydrochloride", "b-timelets", "3-[(methylethyl)amino]-1-naphthyloxypropan-2-ol chloride", "prosin", "[3506-09-0]", "1-(naphthalen-1-yloxy)-3-(propan-2-ylamino)propan-2-olhydrochloride", "pranix", "1-(isopropylamino)-3-(1-naphtyloxy)propan-2-ol chlorhydrate (1:1)", "emforal", "1-((1-methylethyl)amino)-3-(1-naphthalenyloxy)-2-propanol hydrochloride", "farprolol", "pur-bloka", "propranolol chloride", "1-(isopropylamino)-3-(1-naphthyloxy)propan-2-ol hydrochloride", "kidoral", "tonum", "1-(isopropylamino)-3-(1-napthyloxy)-2-propanol hydrochloride", "(rs)-propranolol hydrochloride", "hemipralon", "1-(isopropylamino)-3-(1-naphthoxy)-2-propanol hydrochloride", "ici-45520", "propranolol hydrochloride intensol", "docitan", "corbeta", "propranolol hydrochloride (rs)-", "1-[(1-methylethyl)amino]-3-(naphthalen-1-yloxy)propan-2-ol hydrochloride", "scandrug", "dibudinate", "inderal (tn)", "panolol", "proprahexal", "318-98-9", "herzul", "(r,s)-propranolol hydrochloride", "naprilin", "1-(1-naphthyloxy)-2-hydroxy-3-(isopropylamino)propanehydrochloride", "3-(naphthalen-1-yloxy)-1-(propan-2-ylamino)propan-2-olhydrochloride", "1-(naphthalen-1-yloxy)-3-(propan-2-ylamino)propan-2-olhydrochloride (1:1)", "b-tablinen", "cc(c)ncc(coc1=cc=cc2=cc=cc=c21)o.cl", "novopranol", "1-[(methylethyl)amino]-3-naphthyloxypropan-2-ol chloride", "propranolol hydrochloride [usan:jan][jan][usan]", "herzbase", "duraprox", "2-propanol 1-[(1-methylethyl)amino]-3-(1-naphthalenyloxy)- hydrochloride", "r+c5989educor", "inderex", "propraratiopharm"}|>, "1962" -> <|"DatabaseID" -> "SW01306", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00041"]}, "IsomericSmiles" -> "c1ccc2c(c1)c3c([nH]2)CN(CC3)C(=O)CCS", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00748"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ALDESLEUKIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 447329]}, "Synonyms" -> {"proleukin", "aldesleukin", "proleukin (chiron corp)", "db03372", "ac1l9kqa", "cd132 antigen", "p64", "interleukin- 2 receptor gamma chain", "3-sulfanyl-1-(1", "mhc", "gamma-c", "3-mercapto-1-(1", "cytokine receptor common gamma chain precursor", "il-2r gamma chain"}|>, "1963" -> <|"DatabaseID" -> "SW01307", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8405"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5905], ExternalIdentifier["ChemSpiderID", 4739]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01087"]}, "IsomericSmiles" -> "CC(CCC[NH3+])Nc1cc(cc2c1nccc2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02126"], ExternalIdentifier["KEGGID", "D08420"]}, "OfficialNames" -> <|"China Approved Name" -> "primaquine", "WHO Essential Medicine" -> "primaquine", "Australia Approved Name" -> "PRIMAQUINE", "FDA Approved Drug" -> "PRIMAQUINE PHOSPHATE"|>, "PharmGKBID" -> "PA451103", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6135], ExternalIdentifier["PubChemCompoundID", 4908]}, "Synonyms" -> {"primaquine", "neo-quipenyl", "primachin", "1,4-pentanediamine n4-(6-methoxy-8-quinolinyl)-", "primachina [dcit]", "primaquin", "primachinum", "n4-(6-methoxyquinolin-8-yl)pentane-1,4-diamine", "n*4*-(6-methoxy-quinolin-8-yl)-pentane-1,4-diamine", "nrh dehydrogenase [quinone] 2", "90-34-6[rn]", "qr2", "nrh:quinone oxidoreductase 2", "n-(6-methoxyquinolin-8-yl)pentane-1,4-diamine", "quinone reductase 2", "ec 1.10.99.2", "201-987-2[einecs]", "6-methoxy-8-(4-amino-1-methylbutylamino)quinoline", "4-22-00-05817 (beilstein handbook reference)[beilstein]", "90-34-6", "primaquine bis-phosphoric acid", "n4-(6-methoxy-8-quinolinyl)-1,4-pentanediamine[acd/iupac name]", "n4-[6-(methyloxy)quinolin-8-yl]pentane-1,4-diamine", "1,4-pentanediamine n4- (6-methoxy-8-quinolinyl)-", "57152-56-4[rn]", "8-(4-amino-1-methylbutylamino)-6-methoxyquinoline", "primaquinum[latin]", "105901-53-9[rn]", "l-8-(4-amino-1-methylbutylamino)-6-methoxyquinoline", "6-methoxy-8-[(4-amino-1-methylbutyl)amino]quinoline", "primaquina[spanish][inn]", "kanaprim", "n(4)-(6-methoxyquinolin-8-yl)pentane-1,4-diamine", "n-(4-phenoxy-phenyl)-guanidine", "n-(5-aminopentan-2-yl)-6-methoxyquinolin-8-amine", "2h3po4", "quinoline 8-(4-amino-1-methylbutylamino)-6-methoxy", "6-methoxy-8-(4-amino-1-methylbutylamino)quinoline; 8-((4-amino-1-methylbutyl)amino)-6-methoxyquinoline; 8-(4-amino-1-methylbutylamino)-6-methoxyquinoline; neo-quipenyl; primachin;primachinum; primaquin; primaquine", "1,4-pentanediamine n4-(6-methoxy-8-quinolinyl)- (9ci)", "s. n. 13272", "n*4*-(6-methoxy-quinolin-8-yl)-pentane-1,4-diamine(primaquine)", "d-8-(4-amino-1-methylbutylamino)-6-methoxyquinoline", "primaquina; primaquine; primaquinum", "quinoline 8-(4-amino-1-methylbutylamino)-6-methoxy-", "1,4-pentanediamine n(4)-(6-methoxy-8-quinolinyl)-", "primaquina", "n4-(6-methoxyquinolin-8-yl)pentane-1,4-diamine bis(phosphate)", "d-6-methoxy-8-(4-amino-1-methylbutylamino)quinoline", "primachina", "4-22-00-05817", "n*4*-(6-methoxy-quinolin-8-yl)-pentane-1,4-diamine(primaquine diphosphate)", "primaquinum [inn_la]", "sn 13,272", "primaquinum", "n4-(6-methoxy-8-quinolinyl)-1,4-pentanediamine", "l-6-methoxy-8-(4-amino-1-methylbutylamino)quinoline", "n*4*-(6-methoxy-quinolin-8-yl)-pentane-1,4-diamine (primaquine)", "8-[(4-amino-1-methylbutyl)amino]-6-methoxyquinoline", "107-35-7[rn]", "primaquine[wiki]", "quinoline 8-[ (4-amino-1-methylbutyl)amino]-6-methoxy-", "primaquine phosphate", "primaquine diphosphate", "8-((4-amino-1-methylbutyl)amino)-6-methoxyquinoline diphosphate", "n4-(6-methoxyquinolin-8-yl)pentane-1,4-diamine phosphate (1:2)", "primaquine bis(phosphate)", "1,4-pentanediamine n4-(6-methoxy-8-quinolinyl)- phosphate (1:2)", "68497-62-1[rn]", "(4-amino-1-methylbutyl)(6-methoxy(8-quinolyl))amine phosphoricacid phosphoricacid", "ccris 1946", "1,4-pentanediamine n(sup 4)-(6-methoxy-8-quinolinyl)- phosphate (1:2)", "primaquine phosphate[usp]", "nsc 149765", "200-560-8[einecs]", "n-(5-aminopentan-2-yl)-6-methoxyquinolin-8-amine; bis(phosphoric acid)", "63-45-6[rn]", "quinoline", "primaquine bisphosphate", "1,4-pentanediamine n4-(6-methoxy-8-quinolinyl)- phosphate (1:2) (9ci)", "8-((4-amino-1-methylbutyl)amino)-6-methoxyquinoline phosphate (1:2)", "63-45-6 90-34-6 [primaquine]", "pramiracetam[wiki][inn]", "63-45-6", "8-(4-amino-1-methylbutylamino)-6-methoxyquinoline diphosphate", "primachine phosphate", "primaquine diphosphate salt", "einecs 200-560-8", "8-(4-amino-1-methylbutylamino)-6-methoxyquinoline diphosphate salt", "1", "primaquine (tn)", "primaquinediphosphate", "primaquine biphosphate", "63-45-6 90-34-6"}|>, "1964" -> <|"DatabaseID" -> "SW01307", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8405"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5905], ExternalIdentifier["ChemSpiderID", 4739]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01087"]}, "IsomericSmiles" -> "CC(CCC[NH3+])Nc1cc(cc2c1nccc2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02126"], ExternalIdentifier["KEGGID", "D08420"]}, "OfficialNames" -> <|"China Approved Name" -> "primaquine", "WHO Essential Medicine" -> "primaquine", "Australia Approved Name" -> "PRIMAQUINE", "FDA Approved Drug" -> "PRIMAQUINE PHOSPHATE"|>, "PharmGKBID" -> "PA451103", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6135], ExternalIdentifier["PubChemCompoundID", 4908]}, "Synonyms" -> {"primaquine", "neo-quipenyl", "primachin", "1,4-pentanediamine n4-(6-methoxy-8-quinolinyl)-", "primachina [dcit]", "primaquin", "primachinum", "n4-(6-methoxyquinolin-8-yl)pentane-1,4-diamine", "n*4*-(6-methoxy-quinolin-8-yl)-pentane-1,4-diamine", "nrh dehydrogenase [quinone] 2", "90-34-6[rn]", "qr2", "nrh:quinone oxidoreductase 2", "n-(6-methoxyquinolin-8-yl)pentane-1,4-diamine", "quinone reductase 2", "ec 1.10.99.2", "201-987-2[einecs]", "6-methoxy-8-(4-amino-1-methylbutylamino)quinoline", "4-22-00-05817 (beilstein handbook reference)[beilstein]", "90-34-6", "primaquine bis-phosphoric acid", "n4-(6-methoxy-8-quinolinyl)-1,4-pentanediamine[acd/iupac name]", "n4-[6-(methyloxy)quinolin-8-yl]pentane-1,4-diamine", "1,4-pentanediamine n4- (6-methoxy-8-quinolinyl)-", "57152-56-4[rn]", "8-(4-amino-1-methylbutylamino)-6-methoxyquinoline", "primaquinum[latin]", "105901-53-9[rn]", "l-8-(4-amino-1-methylbutylamino)-6-methoxyquinoline", "6-methoxy-8-[(4-amino-1-methylbutyl)amino]quinoline", "primaquina[spanish][inn]", "kanaprim", "n(4)-(6-methoxyquinolin-8-yl)pentane-1,4-diamine", "n-(4-phenoxy-phenyl)-guanidine", "n-(5-aminopentan-2-yl)-6-methoxyquinolin-8-amine", "2h3po4", "quinoline 8-(4-amino-1-methylbutylamino)-6-methoxy", "6-methoxy-8-(4-amino-1-methylbutylamino)quinoline; 8-((4-amino-1-methylbutyl)amino)-6-methoxyquinoline; 8-(4-amino-1-methylbutylamino)-6-methoxyquinoline; neo-quipenyl; primachin;primachinum; primaquin; primaquine", "1,4-pentanediamine n4-(6-methoxy-8-quinolinyl)- (9ci)", "s. n. 13272", "n*4*-(6-methoxy-quinolin-8-yl)-pentane-1,4-diamine(primaquine)", "d-8-(4-amino-1-methylbutylamino)-6-methoxyquinoline", "primaquina; primaquine; primaquinum", "quinoline 8-(4-amino-1-methylbutylamino)-6-methoxy-", "1,4-pentanediamine n(4)-(6-methoxy-8-quinolinyl)-", "primaquina", "n4-(6-methoxyquinolin-8-yl)pentane-1,4-diamine bis(phosphate)", "d-6-methoxy-8-(4-amino-1-methylbutylamino)quinoline", "primachina", "4-22-00-05817", "n*4*-(6-methoxy-quinolin-8-yl)-pentane-1,4-diamine(primaquine diphosphate)", "primaquinum [inn_la]", "sn 13,272", "primaquinum", "n4-(6-methoxy-8-quinolinyl)-1,4-pentanediamine", "l-6-methoxy-8-(4-amino-1-methylbutylamino)quinoline", "n*4*-(6-methoxy-quinolin-8-yl)-pentane-1,4-diamine (primaquine)", "8-[(4-amino-1-methylbutyl)amino]-6-methoxyquinoline", "107-35-7[rn]", "primaquine[wiki]", "quinoline 8-[ (4-amino-1-methylbutyl)amino]-6-methoxy-", "primaquine phosphate", "primaquine diphosphate", "8-((4-amino-1-methylbutyl)amino)-6-methoxyquinoline diphosphate", "n4-(6-methoxyquinolin-8-yl)pentane-1,4-diamine phosphate (1:2)", "primaquine bis(phosphate)", "1,4-pentanediamine n4-(6-methoxy-8-quinolinyl)- phosphate (1:2)", "68497-62-1[rn]", "(4-amino-1-methylbutyl)(6-methoxy(8-quinolyl))amine phosphoricacid phosphoricacid", "ccris 1946", "1,4-pentanediamine n(sup 4)-(6-methoxy-8-quinolinyl)- phosphate (1:2)", "primaquine phosphate[usp]", "nsc 149765", "200-560-8[einecs]", "n-(5-aminopentan-2-yl)-6-methoxyquinolin-8-amine; bis(phosphoric acid)", "63-45-6[rn]", "quinoline", "primaquine bisphosphate", "1,4-pentanediamine n4-(6-methoxy-8-quinolinyl)- phosphate (1:2) (9ci)", "8-((4-amino-1-methylbutyl)amino)-6-methoxyquinoline phosphate (1:2)", "63-45-6 90-34-6 [primaquine]", "pramiracetam[wiki][inn]", "63-45-6", "8-(4-amino-1-methylbutylamino)-6-methoxyquinoline diphosphate", "primachine phosphate", "primaquine diphosphate salt", "einecs 200-560-8", "8-(4-amino-1-methylbutylamino)-6-methoxyquinoline diphosphate salt", "1", "primaquine (tn)", "primaquinediphosphate", "primaquine biphosphate", "63-45-6 90-34-6"}|>, "1965" -> <|"DatabaseID" -> "SW01308", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444588]}, "IsomericSmiles" -> "CCCCCCC/C=C\\[C@@H](C#CC#C[C@@H](C=C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "falcarindiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281148]}, "Synonyms" -> {"falcarindiol", "1", "ac1nqy3z", "chembl69018", "c08449", "heptadeca-1,9-diene-4,6-diyne-3,8-diol", "(z)-(3r,8s)-heptadeca-1,9-diene-4,6-diyne-3,8-diol", "(3r", "1,9-heptadecadiene-4,6-diyne-3,8-diol (3r,8s,9z)-", "(3r,8s,9z)-heptadeca-1,9-diene-4,6-diyne-3,8-diol", "dnc008401", "55297-87-5[rn]", "[r-[r*,s*-(z)]]-19-heptadecadiene-4,6-diyne-3,8-diol", "chebi:210585", "(3r,8s,)-heptadeca-1,9-dien-4,6-diyne-3,8-diol"}|>, "1966" -> <|"DatabaseID" -> "SW01309", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110271]}, "IsomericSmiles" -> "CCc1ccc(cc1)C(=O)C(C)C[NH+]2CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01671"]}, "OfficialNames" -> <|"Indian Approved Name" -> "eperisone hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 123698]}, "Synonyms" -> {"1-(4-ethylphenyl)-2-methyl-3-(piperidin-1-yl)propan-1-one hydrochloride(1:1)", "eperisone hcl", "(4'-ethyl-2-methyl-3-piperidino)propiophenone", "eperisone hydrochloride", "epenard", "56839-43-1", "64840-90-0[rn]", "56839-43-1[rn]", "mional", "eperisone hydrochloride[jp15]", "1-propanone 1-(4-ethylphenyl)-2-methyl-3-(1-piperidinyl)- hydrochloride", "1-propanone 1-(4-ethylphenyl)-2-methyl-3-(1-piperidinyl)- hydrochloride (1:1)", "empp", "eperison hydrochloride", "epenard (tn)", "4'-ethyl-2-methyl-3-piperidinopropiophenone hydrochloride", "1-propanone", "myonal", "propiophenone 4'-ethyl-2-methyl-3-piperidino- hydrochloride", "e-646"}|>, "1967" -> <|"DatabaseID" -> "SW01309", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110271]}, "IsomericSmiles" -> "CCc1ccc(cc1)C(=O)C(C)C[NH+]2CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01671"]}, "OfficialNames" -> <|"Indian Approved Name" -> "eperisone hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 123698]}, "Synonyms" -> {"1-(4-ethylphenyl)-2-methyl-3-(piperidin-1-yl)propan-1-one hydrochloride(1:1)", "eperisone hcl", "(4'-ethyl-2-methyl-3-piperidino)propiophenone", "eperisone hydrochloride", "epenard", "56839-43-1", "64840-90-0[rn]", "56839-43-1[rn]", "mional", "eperisone hydrochloride[jp15]", "1-propanone 1-(4-ethylphenyl)-2-methyl-3-(1-piperidinyl)- hydrochloride", "1-propanone 1-(4-ethylphenyl)-2-methyl-3-(1-piperidinyl)- hydrochloride (1:1)", "empp", "eperison hydrochloride", "epenard (tn)", "4'-ethyl-2-methyl-3-piperidinopropiophenone hydrochloride", "1-propanone", "myonal", "propiophenone 4'-ethyl-2-methyl-3-piperidino- hydrochloride", "e-646"}|>, "1968" -> <|"DatabaseID" -> "SW01310", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530683]}, "IsomericSmiles" -> "Cc1c(cccc1Cl)Nc2ccccc2C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "tolfenamic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 610479]}, "Synonyms" -> {"2-[(3-chloro-2-methylphenyl)amino]benzoic acid", "2-(3-chloro-2-methylanilino)benzoic acid", "clotam", "cas-13710-19-5", "tolfenamic acid", "n-(3-chloro-2-methylphenyl)anthranilic acid", "2-[(3-chloranyl-2-methyl-phenyl)amino]benzoic acid", "n-(3-chloro-o-tolyl)-anthranilic acid", "2-((3-chloro-2-methylphenyl)amino)benzoic acid", "sbb058187", "2 (3-chloro-2-methylanilino)benzoic acid", "n-(2-methyl-3-chlorophenyl)anthranilic acid", "bifenac", "ncgc00016705-05", "2-(3-chloro-2-methylphenylamino)benzoic acid", "13710-19-5[rn]", "237-264-3[einecs]", "benzoic acid 2-[(3-chloro-2-methylphenyl)amino]-", "n-(3-chloro-o-tolyl)anthranilic acid", "2-([3-chloro-2-methylphenyl]amino)benzoic acid", "anthranilic acid n-(3-chloro-o-tolyl)-", "13710-19-5"}|>, "1969" -> <|"DatabaseID" -> "SW01311", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64732]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH2+]Cc2ccccc2Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07115"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clobenzorex"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71675]}, "Synonyms" -> {"sd 271-12", "clobenzorex", "dinintel", "clobenzorex [dcf:inn][inn]", "rexigen[wiki]", "clobenzorexum [inn-latin]", "236-434-4[einecs]", "n-(2-chlorobenzyl)-1-phenylpropan-2-amine", "(+)-n-(o-chlorobenzyl)-alpha-methylphenethylamine", "ao-080/42479295", "d-n-(1-phenyl-2-propyl)-2-chlorobenzylamine", "benzeneethanamine", "227-434-5[einecs]", "13364-32-4", "einecs 236-434-4", "brn 2940566", "n-[(2-chlorophenyl)methyl]-a-methylbenzeneethanamine", "5843-53-8[rn]", "clobenzorexum[latin]", "13364-32-4[rn]", "clobenzorex[wiki]", "n-(2-chlorobenzyl)-n-(1-methyl-2-phenylethyl)amine", "(+)-n-(o-chlorobenzyl)-a-methylphenethylamine"}|>, "1970" -> <|"DatabaseID" -> "SW01311", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64732]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH2+]Cc2ccccc2Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07115"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clobenzorex"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71675]}, "Synonyms" -> {"sd 271-12", "clobenzorex", "dinintel", "clobenzorex [dcf:inn][inn]", "rexigen[wiki]", "clobenzorexum [inn-latin]", "236-434-4[einecs]", "n-(2-chlorobenzyl)-1-phenylpropan-2-amine", "(+)-n-(o-chlorobenzyl)-alpha-methylphenethylamine", "ao-080/42479295", "d-n-(1-phenyl-2-propyl)-2-chlorobenzylamine", "benzeneethanamine", "227-434-5[einecs]", "13364-32-4", "einecs 236-434-4", "brn 2940566", "n-[(2-chlorophenyl)methyl]-a-methylbenzeneethanamine", "5843-53-8[rn]", "clobenzorexum[latin]", "13364-32-4[rn]", "clobenzorex[wiki]", "n-(2-chlorobenzyl)-n-(1-methyl-2-phenylethyl)amine", "(+)-n-(o-chlorobenzyl)-a-methylphenethylamine"}|>, "1971" -> <|"DatabaseID" -> "SW01312", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5864"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3562]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01181"]}, "IsomericSmiles" -> "C1CN(P(=O)(OC1)NCCCl)CCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00343"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ifosfamide", "WHO Essential Medicine" -> "ifosfamide", "Australia Approved Name" -> "IFOSFAMIDE", "FDA Approved Drug" -> "IFOSFAMIDE"|>, "PharmGKBID" -> "PA449964", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3690]}, "Synonyms" -> {"ifosfamide", "mitoxana", "iphosphamid", "iphosphamide", "cyfos", "ifosfamid", "naxamide", "isophosphamide", "isoendoxan", "ifex", "isofosfamide", "ifosfamide/mesna kit", "i-phosphamide", "holoxan 1000", "ifsofamide", "ifosfamide sterile", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]tetrahydro-2h-1,3,2-oxazaphosphorine 2-oxide", "ifex/mesnex kit", "asta z 4942", "2h-1,3,2-oxazaphosphorin-2-amine n,3-bis(2-chloroethyl)tetrahydro- 2-oxide", "z4942", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]tetrahydro-2h-1,3 2-oxazaphosphorine 2-oxide", "iso-endoxan", "deoxyribonucleic acid", "n,3-bis(2-chlorethyl)-1,3,2-oxazaphosphinan-2-amin-2-oxid", "(r)-n,3-bis(2-chloroethyl)tetrahydro-2h-1,3,2-oxazaphosphorin-2-amine 2-oxide", "(d,l)-ifosfamide", "2h-1,3 2-oxazaphosphorin-2-amine n,3-bis (2-chloroethyl)tetrahydro- 2-oxide", "2 3-n,n(sup 1)-bis(2-chloroethyl)diamido-1,3 2-oxazaphosphoridinoxy-", "z4942.", "2h-1,3,2-oxazaphosphorine,3- (2-chloroethyl)-2-[(2-chloroethyl)amino]tetrahydro- 2-oxide", "holoxan", "n-(2-chloroethyl)-n'-(2-chloroethyl)-n',o-propylenephosphoric acid esterdiamide", "2h-1,3,2-oxazaphosphorin-2-amine tetrahydro-n,3-bis(2-chloroethyl)- 2-oxide (s)-", "2h-1,3,2-oxazaphosphorine,3-(2-chloroethyl)-2-((2-chloroethyl)amino)tetrahydro-,2-oxide(8ci)", "2,3-(n,n(sup 1)-bis(2-chloroethyl)diamido)-1,3,2-oxazaphosphoridinoxyd", "1,3 2-oxazaphosphorine 3-(2-chloroethyl)-2-[(2-chloroethyl)amino]tetrahydro- 2-oxide", "36341-88-5[rn]", "n-(2-chloroethyl)-n'-(2-chloroethyl)-n' o-propylenephosphoricacid diamide", "{3-(2-chloroethyl)-2-[(2-chloroethyl)amino]perhydro-2h-1,3,} 2-oxazaphosphorine oxide", "mitoxana;ifex", "d007069", "n-(2-chloroethyl)-n'-(2-chloroethyl)-n',o-propylene phosphoricacid ester diamide", "3-(2-chloroethyl)-2-((2-chloroethyl)amino)perhydro-2h-1,3,2-oxazaphosphorine oxide", "(+)-ifosfamide", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]perhydro-2h-1,3 2-oxazaphosphorine oxide", "nsc 109,724", "n,3-bis(2-chloroethyl)tetrahydro-2h-1,3,2-oxazaphosphorin-2-amine 2-oxide", "n-(2-chloraethyl)-n'-(2-chloraethyl)-n',o-propylen-phosphorsaureester-diamid[german]", "ifex (tn)", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]perhydro-2h-1,3,2-oxazaphosphorineoxide", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]tetrahydro-2h-1,3,2-oxazaphosphorin-2-oxide", "(s)-n,3-bis(2-chloroethyl)tetrahydro-2h-1,3,2-oxazaphosphorin-2-amine 2-oxide", "iso endoxan", "84711-20-6[rn]", "3778-73-2[rn]", "n-(2-chloroethyl)-n-(3-(2-chloroethyl)-2-oxido-1,3,2-oxazaphosphinan-2-yl)amine", "ifosfamidum [inn_la]", "ifosfamide[wiki]", "3778-73-2", "1,3,2-oxazaphosphorine 3-(2-chloroethyl)-2-((2-chloroethyl)amino)tetrahydro- 2-oxide", "nsc-109,724", "ifosamide", "nsc109,724", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]perhydrochloroethyl)amino]perhydro-2h-1,3,2-oxazaphosphorineoxide", "oxazaphosphorineoxide", "2,3-n,n(sup 1)-bis(2-chloroethyl)diamido-1,3,2-oxazaphosphoridinoxyd", "2h-1,3,2-oxazaphosphorin-2-amine tetrahydro-n,3-bis(2-chloroethyl)- 2-oxide (r)-", "(r)-tetrahydro-n,3-bis(2-chloroethyl)-2h-1,3,2-oxazaphosphorin-2-amine 2-oxide", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]perhydro", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]perhydro-2h-1,3 2-oxazaphosphorineoxide", "3-(2-chloroethyl)-2-((2-chloroethyl)amino)tetrahydro-2h-1,3,2-oxazaphosphorine 2-oxide", "ifosfamide [usan:ban:inn:jan][inn][jan][usan]", "n-(2-chloroethyl)-n'-(2-chloroethyl)-n',o-propylenephosphoric acid diamide", "ifosfamidum[latin]", "223-237-3[einecs]", "mitoxana ifex", "1,3,2-oxazaphosphorine 3-(2-chloroethyl)-2-[(2-chloroethyl)amino]tetrahydro- 2-oxide", "n-(2-chloroethyl)-n'-(2-chloroethyl)-n',o-propylenephosphoricacid diamide", "n,3-bis(2-chloroethyl)-1,3,2-oxazaphosphinan-2-amine 2-oxide[acd/iupac name]", "cas-3778-73-2", "2,3-n,n(sup 1)-bis(2-chloroethyl)diamido-1,3,2-oxazaphosphoridinoxy-", "chloroethyl)amino]perhydro-2h-1,3,2-", "ifosphamide", "ifosfamida[spanish][inn]", "isophosphamid", "337376-15-5"}|>, "1972" -> <|"DatabaseID" -> "SW01312", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5864"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3562]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01181"]}, "IsomericSmiles" -> "C1CN(P(=O)(OC1)NCCCl)CCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00343"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ifosfamide", "WHO Essential Medicine" -> "ifosfamide", "Australia Approved Name" -> "IFOSFAMIDE", "FDA Approved Drug" -> "IFOSFAMIDE"|>, "PharmGKBID" -> "PA449964", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3690]}, "Synonyms" -> {"ifosfamide", "mitoxana", "iphosphamid", "iphosphamide", "cyfos", "ifosfamid", "naxamide", "isophosphamide", "isoendoxan", "ifex", "isofosfamide", "ifosfamide/mesna kit", "i-phosphamide", "holoxan 1000", "ifsofamide", "ifosfamide sterile", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]tetrahydro-2h-1,3,2-oxazaphosphorine 2-oxide", "ifex/mesnex kit", "asta z 4942", "2h-1,3,2-oxazaphosphorin-2-amine n,3-bis(2-chloroethyl)tetrahydro- 2-oxide", "z4942", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]tetrahydro-2h-1,3 2-oxazaphosphorine 2-oxide", "iso-endoxan", "deoxyribonucleic acid", "n,3-bis(2-chlorethyl)-1,3,2-oxazaphosphinan-2-amin-2-oxid", "(r)-n,3-bis(2-chloroethyl)tetrahydro-2h-1,3,2-oxazaphosphorin-2-amine 2-oxide", "(d,l)-ifosfamide", "2h-1,3 2-oxazaphosphorin-2-amine n,3-bis (2-chloroethyl)tetrahydro- 2-oxide", "2 3-n,n(sup 1)-bis(2-chloroethyl)diamido-1,3 2-oxazaphosphoridinoxy-", "z4942.", "2h-1,3,2-oxazaphosphorine,3- (2-chloroethyl)-2-[(2-chloroethyl)amino]tetrahydro- 2-oxide", "holoxan", "n-(2-chloroethyl)-n'-(2-chloroethyl)-n',o-propylenephosphoric acid esterdiamide", "2h-1,3,2-oxazaphosphorin-2-amine tetrahydro-n,3-bis(2-chloroethyl)- 2-oxide (s)-", "2h-1,3,2-oxazaphosphorine,3-(2-chloroethyl)-2-((2-chloroethyl)amino)tetrahydro-,2-oxide(8ci)", "2,3-(n,n(sup 1)-bis(2-chloroethyl)diamido)-1,3,2-oxazaphosphoridinoxyd", "1,3 2-oxazaphosphorine 3-(2-chloroethyl)-2-[(2-chloroethyl)amino]tetrahydro- 2-oxide", "36341-88-5[rn]", "n-(2-chloroethyl)-n'-(2-chloroethyl)-n' o-propylenephosphoricacid diamide", "{3-(2-chloroethyl)-2-[(2-chloroethyl)amino]perhydro-2h-1,3,} 2-oxazaphosphorine oxide", "mitoxana;ifex", "d007069", "n-(2-chloroethyl)-n'-(2-chloroethyl)-n',o-propylene phosphoricacid ester diamide", "3-(2-chloroethyl)-2-((2-chloroethyl)amino)perhydro-2h-1,3,2-oxazaphosphorine oxide", "(+)-ifosfamide", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]perhydro-2h-1,3 2-oxazaphosphorine oxide", "nsc 109,724", "n,3-bis(2-chloroethyl)tetrahydro-2h-1,3,2-oxazaphosphorin-2-amine 2-oxide", "n-(2-chloraethyl)-n'-(2-chloraethyl)-n',o-propylen-phosphorsaureester-diamid[german]", "ifex (tn)", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]perhydro-2h-1,3,2-oxazaphosphorineoxide", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]tetrahydro-2h-1,3,2-oxazaphosphorin-2-oxide", "(s)-n,3-bis(2-chloroethyl)tetrahydro-2h-1,3,2-oxazaphosphorin-2-amine 2-oxide", "iso endoxan", "84711-20-6[rn]", "3778-73-2[rn]", "n-(2-chloroethyl)-n-(3-(2-chloroethyl)-2-oxido-1,3,2-oxazaphosphinan-2-yl)amine", "ifosfamidum [inn_la]", "ifosfamide[wiki]", "3778-73-2", "1,3,2-oxazaphosphorine 3-(2-chloroethyl)-2-((2-chloroethyl)amino)tetrahydro- 2-oxide", "nsc-109,724", "ifosamide", "nsc109,724", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]perhydrochloroethyl)amino]perhydro-2h-1,3,2-oxazaphosphorineoxide", "oxazaphosphorineoxide", "2,3-n,n(sup 1)-bis(2-chloroethyl)diamido-1,3,2-oxazaphosphoridinoxyd", "2h-1,3,2-oxazaphosphorin-2-amine tetrahydro-n,3-bis(2-chloroethyl)- 2-oxide (r)-", "(r)-tetrahydro-n,3-bis(2-chloroethyl)-2h-1,3,2-oxazaphosphorin-2-amine 2-oxide", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]perhydro", "3-(2-chloroethyl)-2-[(2-chloroethyl)amino]perhydro-2h-1,3 2-oxazaphosphorineoxide", "3-(2-chloroethyl)-2-((2-chloroethyl)amino)tetrahydro-2h-1,3,2-oxazaphosphorine 2-oxide", "ifosfamide [usan:ban:inn:jan][inn][jan][usan]", "n-(2-chloroethyl)-n'-(2-chloroethyl)-n',o-propylenephosphoric acid diamide", "ifosfamidum[latin]", "223-237-3[einecs]", "mitoxana ifex", "1,3,2-oxazaphosphorine 3-(2-chloroethyl)-2-[(2-chloroethyl)amino]tetrahydro- 2-oxide", "n-(2-chloroethyl)-n'-(2-chloroethyl)-n',o-propylenephosphoricacid diamide", "n,3-bis(2-chloroethyl)-1,3,2-oxazaphosphinan-2-amine 2-oxide[acd/iupac name]", "cas-3778-73-2", "2,3-n,n(sup 1)-bis(2-chloroethyl)diamido-1,3,2-oxazaphosphoridinoxy-", "chloroethyl)amino]perhydro-2h-1,3,2-", "ifosphamide", "ifosfamida[spanish][inn]", "isophosphamid", "337376-15-5"}|>, "1973" -> <|"DatabaseID" -> "SW01313", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4027"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2804]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00531"]}, "IsomericSmiles" -> "C1CNP(=O)(OC1)N(CCCl)CCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07760"], ExternalIdentifier["KEGGID", "D00287"]}, "OfficialNames" -> <|"China Approved Name" -> "cyclophosphamide", "WHO Essential Medicine" -> "cyclophosphamide", "Indian Approved Name" -> "cyclophosphamide", "FDA Approved Drug" -> "CYCLOPHOSPHAMIDE"|>, "PharmGKBID" -> "PA449165", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2907]}, "Synonyms" -> {"cyclophosphamide", "procytox", "cytophosphan", "cytoxan", "clafen", "sendoxan", "cyclophosphane", "cyclophosphamid", "cyclostin", "neosar", "endoxan r", "asta b 518", "senduxan", "semdoxan", "cyclophosphamidum", "cy", "endoxanal", "claphene", "genoxal", "endoxan-asta", "enduxan", "cyclophosphan", "cp", "endoxan", "asta", "cyclophosphoramide", "mitoxan", "cytoxan lyoph", "endoxane", "hexadrin", "2h-1,3,2-oxazaphosphorin-2-amine n,n-bis (2-chloroethyl)tetrahydro- 2-oxide", "bis(2-chloroethyl)phosphamide cyclic propanolamide", "cyclophosphamide[wiki][usp]", "cyclophosphamide monohydrate", "asta b518", "mfcd00005978", "2-[bis(2-chloroethyl)amino]-1,3,2-oxazaphosphaperhydroin-2-one", "6055-19-2[rn]", "ciclophosphamide[inn]", "2-(di(2-chloroethyl)amino)-1-oxa-3-aza-2-phosphacyclohexane 2-oxide", "zyklophosphamid[german]", "2h-1,3,2-oxazaphosphorine,2-(bis(2-chloroethyl)amino)tetrahydro- 2-oxide", "2h-1,3,2-oxazaphosphorin-2-amine n,n-bis(2-chloroethyl)tetrahydro- 2-oxide", "cyklofosfamid", "2-[bis(2-chloroethyl)amino]tetrahydro-2h-1,3,2-oxazaphosphorine2-oxide", "phosphorodiamidicacid n,n-bis(2-chloroethyl)-n'-(3-hydroxypropyl)- intramol. ester", "endoxana[wiki]", "n,n-bis(b-chloroethyl)-n',o-propylenephosphoric acid ester diamide", "4-hydroxy-cyclophosphan-mamophosphatide", "2-(bis(2-chloroethyl)-amino)tetrahydro-2h-1,3,2-oxazaphosphorine 2-oxide", "revimmune", "cyclophosphanum", "n,n-bis(b-chloroethyl)-n',o-trimethylenephosphoric acid ester diamide", "2h-1,3,2-oxazaphosphorin-2-amine n,n-bis(2-chloroethyl)tetrahydro- 2-oxide (9ci)", "cytoxan[wiki]", "rcra waste number u058", "cyclphosphan", "cyclophosphamide sterile", "2-[bis(2-chloroethylamino)]-tetrahydro-2h-1,3,2-oxazaphosphorine-2-oxide", "2h-1,3,2-oxazaphosphorine,2-[bis(2-chloroethyl)amino]tetrahydro- 2-oxide", "zyklophosphamid", "(bis(chloro-2-ethyl)amino)-2-tetrahydro-3,4,5,6-oxazaphosphorine-1,3,2-oxide-2 hydrate", "endoxan neosar procytox revimmune", "2-(bis(2-chloroethyl)amino)tetrahydro-2h-1,3,2-oxazaphosphorine2-oxide", "ctx", "2-(bis(2-chloroethyl)amino)tetrahydro-2h-1,3,2-oxazophosphorine2-oxide", "1-(bis(2-chloroethyl)amino)-1-oxo-2-aza-5-oxaphosphoridine", "8167897", "n,n-bis(2-chloroethyl)tetrahydro-2h-1,3 2-oxazaphosphorin-2-amine-2-oxide", "ciclofosfamida[spanish][inn]", "(rs)-cyclophosphamide", "lyophilized cytoxan", "n,n-bis(2-chloroethyl)tetrahydro-2h-1,3,2-oxazaphosphorin-2-amine 2-oxide", "75526-90-8[rn]", "n,n-bis(2-chloroethyl)tetrahydro-2h-1,3,2-oxazaphosphorin-2-amine 2-oxide", "4-27-00-09750 (beilstein handbook reference)[beilstein]", "procytox for injection 2000mg pws iv (cyclophosphamide + sodium chloride)_mixture", "60007-96-7[rn]", "2-[bis(2-chloroethyl)amino]tetrahydro-2h-1,3,2-oxazophosphorine2-oxide", "deoxyribonucleic acid", "endoxana", "bis(2-chloroethyl)phosphamide cyclic propanolamide ester", "toxic solid organic n.o.s. (cyclophosphamide)", "phosphorodiamidicacid n,n-bis(2-chloroethyl)-n'-(3-hydroxypropyl)- intramol.ester", "50-18-0[rn]", "cyclophosphamidium", "n,n-di(2-chloroethyl)-n,o-propylene-phosphoric acid ester diamide", "200-015-4[einecs]", "n,n-bis(2-chloroethyl)-n'-(3-hydroxypropyl)phosphorodiamidicacid intramol. ester", "2-[bis(2-chloroethyl)amino]tetrahydro-2h-1,3,2-oxazaphosphorine2-oxidehydrate", "bis(2-chloroethyl)phosphoramide cyclic propanolamide ester", "60007-95-6[rn]", "cytophosphane", "2h-1,3 2-oxazaphosphorine,2-[bis (2-chloroethyl)amino]tetrahydro- 2-oxide", "n,n-bis(2-chloroethyl)-n',o-propylenephosphoric acid ester diamide", "neosar[wiki]", "n,n-bis(2-chlorethyl)-1,3,2-oxazaphosphinan-2-amin-2-oxid", "clafen(cyclophosphamide)", "[bis(chloro-2-ethyl)amino]-2-tetrahydro-3,4,5 6-oxazaphosphorine-1,3,2-oxide-2 hydrate", "1-bis(2-chloroethyl)amino-1-oxo-2-aza-5-oxaphosphoridin", "cyklofosfamid[czech]", "n,n-bis(2-chloroethyl)-1,3,2-oxazaphosphinan-2-amine 2-oxide[acd/iupac name]", "11744[beilstein]", "cpa", "337376-15-5", "cyclophsphamide", "cyclophosphamide hydrate"}|>, "1974" -> <|"DatabaseID" -> "SW01313", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4027"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2804]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00531"]}, "IsomericSmiles" -> "C1CNP(=O)(OC1)N(CCCl)CCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07760"], ExternalIdentifier["KEGGID", "D00287"]}, "OfficialNames" -> <|"China Approved Name" -> "cyclophosphamide", "WHO Essential Medicine" -> "cyclophosphamide", "Indian Approved Name" -> "cyclophosphamide", "FDA Approved Drug" -> "CYCLOPHOSPHAMIDE"|>, "PharmGKBID" -> "PA449165", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2907]}, "Synonyms" -> {"cyclophosphamide", "procytox", "cytophosphan", "cytoxan", "clafen", "sendoxan", "cyclophosphane", "cyclophosphamid", "cyclostin", "neosar", "endoxan r", "asta b 518", "senduxan", "semdoxan", "cyclophosphamidum", "cy", "endoxanal", "claphene", "genoxal", "endoxan-asta", "enduxan", "cyclophosphan", "cp", "endoxan", "asta", "cyclophosphoramide", "mitoxan", "cytoxan lyoph", "endoxane", "hexadrin", "2h-1,3,2-oxazaphosphorin-2-amine n,n-bis (2-chloroethyl)tetrahydro- 2-oxide", "bis(2-chloroethyl)phosphamide cyclic propanolamide", "cyclophosphamide[wiki][usp]", "cyclophosphamide monohydrate", "asta b518", "mfcd00005978", "2-[bis(2-chloroethyl)amino]-1,3,2-oxazaphosphaperhydroin-2-one", "6055-19-2[rn]", "ciclophosphamide[inn]", "2-(di(2-chloroethyl)amino)-1-oxa-3-aza-2-phosphacyclohexane 2-oxide", "zyklophosphamid[german]", "2h-1,3,2-oxazaphosphorine,2-(bis(2-chloroethyl)amino)tetrahydro- 2-oxide", "2h-1,3,2-oxazaphosphorin-2-amine n,n-bis(2-chloroethyl)tetrahydro- 2-oxide", "cyklofosfamid", "2-[bis(2-chloroethyl)amino]tetrahydro-2h-1,3,2-oxazaphosphorine2-oxide", "phosphorodiamidicacid n,n-bis(2-chloroethyl)-n'-(3-hydroxypropyl)- intramol. ester", "endoxana[wiki]", "n,n-bis(b-chloroethyl)-n',o-propylenephosphoric acid ester diamide", "4-hydroxy-cyclophosphan-mamophosphatide", "2-(bis(2-chloroethyl)-amino)tetrahydro-2h-1,3,2-oxazaphosphorine 2-oxide", "revimmune", "cyclophosphanum", "n,n-bis(b-chloroethyl)-n',o-trimethylenephosphoric acid ester diamide", "2h-1,3,2-oxazaphosphorin-2-amine n,n-bis(2-chloroethyl)tetrahydro- 2-oxide (9ci)", "cytoxan[wiki]", "rcra waste number u058", "cyclphosphan", "cyclophosphamide sterile", "2-[bis(2-chloroethylamino)]-tetrahydro-2h-1,3,2-oxazaphosphorine-2-oxide", "2h-1,3,2-oxazaphosphorine,2-[bis(2-chloroethyl)amino]tetrahydro- 2-oxide", "zyklophosphamid", "(bis(chloro-2-ethyl)amino)-2-tetrahydro-3,4,5,6-oxazaphosphorine-1,3,2-oxide-2 hydrate", "endoxan neosar procytox revimmune", "2-(bis(2-chloroethyl)amino)tetrahydro-2h-1,3,2-oxazaphosphorine2-oxide", "ctx", "2-(bis(2-chloroethyl)amino)tetrahydro-2h-1,3,2-oxazophosphorine2-oxide", "1-(bis(2-chloroethyl)amino)-1-oxo-2-aza-5-oxaphosphoridine", "8167897", "n,n-bis(2-chloroethyl)tetrahydro-2h-1,3 2-oxazaphosphorin-2-amine-2-oxide", "ciclofosfamida[spanish][inn]", "(rs)-cyclophosphamide", "lyophilized cytoxan", "n,n-bis(2-chloroethyl)tetrahydro-2h-1,3,2-oxazaphosphorin-2-amine 2-oxide", "75526-90-8[rn]", "n,n-bis(2-chloroethyl)tetrahydro-2h-1,3,2-oxazaphosphorin-2-amine 2-oxide", "4-27-00-09750 (beilstein handbook reference)[beilstein]", "procytox for injection 2000mg pws iv (cyclophosphamide + sodium chloride)_mixture", "60007-96-7[rn]", "2-[bis(2-chloroethyl)amino]tetrahydro-2h-1,3,2-oxazophosphorine2-oxide", "deoxyribonucleic acid", "endoxana", "bis(2-chloroethyl)phosphamide cyclic propanolamide ester", "toxic solid organic n.o.s. (cyclophosphamide)", "phosphorodiamidicacid n,n-bis(2-chloroethyl)-n'-(3-hydroxypropyl)- intramol.ester", "50-18-0[rn]", "cyclophosphamidium", "n,n-di(2-chloroethyl)-n,o-propylene-phosphoric acid ester diamide", "200-015-4[einecs]", "n,n-bis(2-chloroethyl)-n'-(3-hydroxypropyl)phosphorodiamidicacid intramol. ester", "2-[bis(2-chloroethyl)amino]tetrahydro-2h-1,3,2-oxazaphosphorine2-oxidehydrate", "bis(2-chloroethyl)phosphoramide cyclic propanolamide ester", "60007-95-6[rn]", "cytophosphane", "2h-1,3 2-oxazaphosphorine,2-[bis (2-chloroethyl)amino]tetrahydro- 2-oxide", "n,n-bis(2-chloroethyl)-n',o-propylenephosphoric acid ester diamide", "neosar[wiki]", "n,n-bis(2-chlorethyl)-1,3,2-oxazaphosphinan-2-amin-2-oxid", "clafen(cyclophosphamide)", "[bis(chloro-2-ethyl)amino]-2-tetrahydro-3,4,5 6-oxazaphosphorine-1,3,2-oxide-2 hydrate", "1-bis(2-chloroethyl)amino-1-oxo-2-aza-5-oxaphosphoridin", "cyklofosfamid[czech]", "n,n-bis(2-chloroethyl)-1,3,2-oxazaphosphinan-2-amine 2-oxide[acd/iupac name]", "11744[beilstein]", "cpa", "337376-15-5", "cyclophsphamide", "cyclophosphamide hydrate"}|>, "1975" -> <|"DatabaseID" -> "SW01314", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "189669"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88978]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01537"]}, "IsomericSmiles" -> "COc1cc(c(cc1Br)OC)CC[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "4-Bromo-25-dimethoxyphenethylamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98527]}, "Synonyms" -> {"2-(4-bromo-2", "4-bromo-2,5-dimethoxyphenethylamine", "4-bromo-2", "2c-b", "ncgc00168259-02", "nexus", "nexus[wiki]", "mft", "nexus (pharmaceutical)", "bdmpea", "5-dimethoxyphenyl)ethanamine", "phenethylamine 4-bromo-2,5-dimethoxy-", "2", "2,5-dimethoxy-4-bromophenethylamine", "66142-81-2", "benzeneethanamine 4-bromo-2,5-dimethoxy-", "66142-81-2[rn]", "4-bromo-2,5-dimethoxybenzeneethanamine", "2-(4-bromo-2,5-dimethoxyphenyl)ethanamine[acd/iupac name]", "2-cb", "66142-22-1[rn]", "2-(4-bromo-2,5-dimethoxyphenyl)ethylamine", "chebi:189669", "2-(4-bromo-2,5-dimethoxy-phenyl)-ethylamine", "a-desmethyl dob"}|>, "1976" -> <|"DatabaseID" -> "SW01315", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3716"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2660]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00827"]}, "IsomericSmiles" -> "CCn1c2cc3c(cc2c(=O)c(n1)C(=O)[O-])OCO3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00872"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CINOXACIN"|>, "PharmGKBID" -> "PA449007", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2762]}, "Synonyms" -> {"cinobac", "cinoxacin", "compound 64716", "249-133-8[einecs]", "1-ethyl-4-oxo-1,4-dihydro-[1,3]dioxolo[4,5-g]cinnoline-3-carboxylic acid", "deoxyribonucleic acid", "[1,3]dioxolo[4,5-g]cinnoline-3-carboxylic acid 1-ethyl-1 4-dihydro-4-oxo-", "1-ethyl-4-oxo-1,4-dihydro[1,3]dioxolo[4,5-g]cinnoline-3-carboxylic acid[acd/iupac name]", "28657-80-9", "cas-28657-80-9", "1-ethyl-1,4-dihydro-4-oxo(1,3)dioxolo(4,5-g)cinnoline-3-carboxylic acid", "clinoxacin", "[1,3]dioxolo[4,5-g]cinnoline-3-carboxylic acid 1-ethyl-1,4-dihydro-4-oxo-", "cinoxacinum [inn_la]", "cinoxacino[spanish][inn]", "cinoxacin [usan:ban:inn:jan][inn][jan][usan]", "9005-49-6", "28657-80-9[rn]", "1-ethyl-6,7-methylenedioxy-4(1h)-oxocinnoline-3-carboxylic acid", "1-ethyl-1,4-dihydro-4-oxo(1,3)dioxolo(4,5-g)cin*", "azolinic acid", "1-ethyl-1,4-dihydro-4-oxo-[1,3]dioxolo[4,5-g]cinnoline-3-carboxylicacid", "cinoxacino", "cinx", "(1,3)dioxolo(4,5-g)cinnoline-3-carboxylic acid 1,4-dihydro-1-ethyl-4-oxo-", "cinoxacine", "cinoxacin[wiki]", "1-ethyl-1,4-dihydro-4-oxo[1,3]dioxolo[4 5-g]cinnoline-3-carboxylic acid", "cinoxacinum", "(1,3)dioxolo(4,5-g)cinnoline-3-carboxylic acid 1-ethyl-1,4-dihydro-4-oxo-", "cinoxacinum[latin]", "cinoxacine[french][inn]", "cinobactin", "cinobac (tn)", "1-ethyl-1,4-dihydro-4-oxo[1,3]dioxolo[4,5-g]cinnoline-3-carboxylic acid", "1-ethyl-4-oxohydro-7h-1,3-dioxoleno[4,5-g]cinnoline-3-carboxylic acid"}|>, "1977" -> <|"DatabaseID" -> "SW01316", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390193]}, "IsomericSmiles" -> "CC[C@](C)(C#N)O[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lotaustralin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441467]}, "Synonyms" -> {"534-67-8", "lotaustralin", "2(r)-hydroxy-2-methylbutyronitrile-beta-d-glucopyranoside", "zinc04097529", "ac1l9b81", "c08334", "534-67-8[rn]", "(2r)-2-methyl-2-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}butanenitrile", "lotaustralin[wiki]", "(2r)-2-methyl-2-[(2s", "butanenitrile"}|>, "1978" -> <|"DatabaseID" -> "SW01317", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8888"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4916]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00268"]}, "IsomericSmiles" -> "CCC[NH+](CCC)CCc1cccc2c1CC(=O)N2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00784"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ROPINIROLE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164749035", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5095]}, "Synonyms" -> {"ropinirole hydrochloride", "requip xl", "ropinirole", "requip", "requip cr", "ropinirolum [inn-latin]", "ropinirol [inn-spanish]", "5-ht-1d-beta", "2h-indol-2-one 4-(2-(dipropylamino)ethyl)-1,3-dihydro-", "tl8005859", "5-ht-1b", "4-(2-(dipropylamino)ethyl)indolin-2-one", "4-(2-dipropylaminoethyl)-1,3-dihydroindol-2-one", "4-[2-(dipropylamino)ethyl]-1,3-dihydro-2h-indol-2-one;4-[2-(dipropylamino)ethyl]indoline-2-one; ropinirole;skf 101468", "91374-21-9", "ropinirole[wiki]", "91374-21-9[rn]", "serotonin 1d beta receptor", "5- ht1b", "4-[2-(dipropylamino)ethyl]-1,3-dihydro-2h-indol-2-one[acd/iupac name]", "ropinirolum[latin]", "s12", "ropinirol[spanish][inn]", "chebi:8888", "2h-indol-2-one 4-[2-(dipropylamino)ethyl]-1,3-dihydro-", "6062222[beilstein]", "serotonin receptor 1b", "requip[wiki]", "ropinirol", "4-[2-(dipropylamino)ethyl]-1,3-dihydro-2h-indol-2-on", "4-[2-(di-n-propylamino)ethyl]-2(3h)-indolone", "ropinirolum", "337376-15-5", "ropinirole hcl"}|>, "1979" -> <|"DatabaseID" -> "SW01318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59640], ExternalIdentifier["ChemSpiderID", 4475]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00935"]}, "IsomericSmiles" -> "Cc1cc(c(c(c1CC2=[NH+]CCN2)C)O)C(C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01022"], ExternalIdentifier["KEGGID", "D08322"]}, "OfficialNames" -> <|"China Approved Name" -> "oxymetazoline", "Indian Approved Name" -> "oxymetazoline hcl", "FDA Approved Drug" -> "OXYMETAZOLINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164748840", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66259], ExternalIdentifier["PubChemCompoundID", 4636]}, "Synonyms" -> {"ocuclear", "nasivine", "duration 12 hour nasal spray", "dristan long lasting nasal mist", "operil", "oxymetazoline", "sinerol", "nafrine", "oxymethazoline", "rhinofrenol", "oxylazine", "hazol", "oximetazolinum", "afrin", "navisin", "nasal relief 12 hour nasal spray", "oxymetazoline hydrochloride", "vicks sinex 12 hour nasal spray", "drixoral nasal solution", "afrin original 12 hour nose drops", "lliadine", "neo-synephrine 12 hour spray", "duramist plus up to 12 hour nasal decongestant spray", "dristan long lasting mentholated nasal spray", "navasin", "nezeril", "neonabel", "iliadin", "oxymetozoline", "rhinolitan", "genasal nasal spray up to 12 hour relief", "visine l.r.", "afrin hydrochloride", "visine l.r", "nostrilla 12 hour nasal decongestant", "alpha-2a adrenoreceptor", "vicks sinex 12 hour ultra fine mist for sinus relief", "nasivin", "1491-59-4[rn]", "afrin cherry 12 hour nasal spray", "afrin sinus 12 hour nasal spray", "alpha-2aar", "afrazine", "alpha-2a adrenoceptor", "afrin original 12 hour pump mist", "afrin original 12 hour nasal spray", "oxymetazoline[wiki]", "afrin extra moisturizing 12 hour nasal spray", "2315-02-8[rn]", "alpha-2 adrenergic receptor subtype c10", "oxymetazoline hydrochloride crystalline", "afrazine (tn)", "4-way nasal spray", "3-[(4,5-dihydro-1h-imidazol-2-yl)methyl]-6-(1,1-dimethylethyl)-2,4-dimethyl-phenol hydrochloride", "2,6-dimethyl-2-(4-tertiarybutyl-3-hydroxyphenyl)methylimidazoline hydrochloride", "oxymetazoline hydrochloride[wiki][jan][usan]", "6-tert-butyl-3-(2-imidazolin-2-ylmethyl)-2,4-dimethylphenol monohydrochloride", "sch-9384", "2-(4-tert-butyl-2,6-dimethyl-3-hydroxybenzyl)-2-imidazoline hydrochloride", "2-(3-hydroxy-2,6-dimethyl-4-t-butylbenzyl)-2-imidazoline hydrochloride", "phenol 3-[(4,5-dihydro-1h-imidazol-2-yl)methyl]-6-(1,1-dimethylethyl)-2,4-dimethyl- hydrochloride(1:1)", "neo-synephrine 12 hour", "lliadin mini paediatric", "afrin (tn)", "duration nasal spray", "219-015-0[einecs]", "6-(tert-butyl)-3-(2-imidazolin-2-ylmethyl)-2,4-dimethylphenol,chloride,h", "6-t-butyl-3-(2-imidazolin-2-ylmethyl)-2,4-dimethylphenol hydrochloride", "benzedrex nasal spray 12 hour", "6-(tert-butyl)-3-(2-imidazolin-2-ylmethyl)-2,4-dimethylphenol,chloride", "2-(4-t-butyl-2,6-dimethyl-3-hydroxybenzyl)-2-imidazolinium chloride", "phenol 6-t-butyl-3-(2-imidazolin-2-ylmethyl)-2,4-dimethyl- hydrochloride", "6-tert-butyl-3-(4,5-dihydro-1h-imidazol-2-ylmethyl)-2,4-dimethylphenol hydrochloride (1:1)", "nostrilla", "phenol 3-((4,5-dihydro-1h-imidazol-2-yl)methyl)-6-(1,1-dimethylethyl)-2,4-dimethyl- monohydrochloride", "3-[(4,5-dihydro-;1h-imidazol-2-yl)methyl]-6-(1,1-dimethylethyl)-2,4-dimethylphenol hydrochloride", "vicks sinex", "nafrine hydrochloride", "3-(4,5-dihydro-1h-imidazol-2-ylmethyl)-2,4-dimethyl-6-tert-butyl-phenol", "phenol 3-[(4,5-dihydro-1h-imidazol-2-yl)methyl]-6-(1,1-dimethylethyl)-2,4-dimethyl-", "phenol 6-tert-butyl-3-(2-imidazolin-2-ylmethyl)-2,4-dimethyl-", "6-tert-butyl-3-(4,5-dihydro-1h-imidazol-2-ylmethyl)-2,4-dimethylphenol", "phenol 3-[(4,5-dihydro-1h-imidazol-2-yl)methyl]-6-(1,1-dimethylethyl)-2,4-dimethyl- (9ci)", "216-079-1[einecs]", "6-tert-butyl-3-((4,5-dihydro-1h-imidazol-2-yl)methyl)-2,4-dimethylphenol", "phenol 6-tert-butyl-3-(2-imidazolin-2-ylmethyl)-2,4-dimethyl-(7ci,8ci)", "phenol 6-t-butyl-3-(2-imidazolin-2-ylmethyl)-2,4-dimethyl-", "6-t-butyl-3-(2-imidazolin-2-ylmethyl)-2,4-dimethylphenol", "afrin[wiki]", "5-23-11-00424 (beilstein handbook reference)[beilstein]", "oximetazolina[spanish][inn]", "oxymetazolinum[latin]", "6-(tert-butyl)-3-((4,5-dihydro-1h-imidazol-2-yl)methyl)-2,4-dimethylphenol", "oxymetazoline6-tert-butyl-3-(4,5-dihydro-1h-imidazol-2-ylmethyl)-2,4-dimethyl-phenol", "6-tert-butyl-3-(4,5-dihydro-1h-imidazol-2-ylmethyl)-2,4-dimethyl-phenol", "2-(3-hydroxy-2,6-dimethyl-4-tert-butylbenzyl)-2-imidazoline", "3-[(4,5-dihydro-1h-imidazol-2-yl)methyl]-6-(1,1-dimethylethyl)-2,4-dimethylphenol", "2-(4-tert-butyl-2,6-dimethyl-3-hydroxybenzyl)-2-imidazoline", "phenol 3-((4,5-dihydro-1h-imidazol-2-yl)methyl)-6-(1,1-dimethylethyl)-2,4-dimethyl-", "6-tert-butyl-3-(2-imidazolin-2-ylmethyl)-2,4-dimethylphenol", "iliadin[wiki]"}|>, "1980" -> <|"DatabaseID" -> "SW01319", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61520]}, "IsomericSmiles" -> "c1cc(c(cc1C(=O)c2c(cc(cc2O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maclurin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68213]}, "Synonyms" -> {"patent fustin", "moritannic acid", "maclurin", "kino-yellow", "fustic extract", "laguncurin", "maklurin", "morintannic acid", "benzophenone 2,3',4,4',6-pentahydroxy-", "(3,4-dihydroxyphenyl)(2,4,6-trihydroxyphenyl)methanon", "methanone (3 4-dihydroxyphenyl)(2,4,6-trihydroxyphenyl)-", "methanone (3,4-dihydroxyphenyl)(2,4,6-trihydroxyphenyl)-", "c.i. natural yellow 11", "519-34-6", "macurin", "2", "c.i. natural yellow 11 (van)", "benzophenone 2,3',4,4',6-pentahydroxy- (8ci)", "519-34-6[rn]", "208-268-2[einecs]", "(3,4-dihydroxyphenyl)(2,4,6-trihydroxyphenyl)methanone[acd/iupac name]", "2,3',4,4' 6-pentahydroxybenzophenone", "2,3',4,4',6-pentahydroxybenzophenone"}|>, "1981" -> <|"DatabaseID" -> "SW01320", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477009]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)/C(=C\\3/C(=O)c4ccccc4N3)/N2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indigo", "NPC Approved Name" -> "2-(13- dihydro-3-oxo-2h-indol-2-ylidene)-12-dihydro- 3h-indol-3-one"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318432]}, "Synonyms" -> {"vat blue 1", "indigo blue", "diindogen", "vulcafix blue r", "cystoceva", "pigment blue 66", "3h-indol-3-one 2-(1,3-dihydro-3-oxo-2h-indol-2-ylidene)-1,2-dihydro- (2e)-", "indigotin[wiki]", "c.i. pigment blue 66", "ci vat blue 1", "indigo", "monolite fast navy blue bv", "3h-indol-3-one 2-(1,3-dihydro-3-oxo-2h-indol-2-ylidene)-1,2-dihydro-", "indigo j", "2-(1,3- dihydro-3-oxo-2h-indol-2-ylidene)-1,2-dihydro-3h-indol-3-one", "vulcol fast blue gl", "indigo n", "indigo ciba", "lithosol deep blue v", "vynamon blue a", "indigotin", "indigo dye[wiki]", "c.i. natural blue 1", "[d2,2'-biindoline]-3,3'-dione", "(e)-[2,2'-biindolinylidene]-3,3'-dione", "d & c blue no. 6", "indigo synthetic", "1h,1'h-[2,2']biindolylidene-3,3'-dione", "lithosol deep blue b", "12626-73-2[rn]", "2-(1,3-dihydro-3-oxo-2h-indol-2-ylidene)-1,2-dihydro-3h-indol-3-one", "11129-41-2[rn]", "2-(1,3-dihydro-3-oxo-2h-indol-2-ylidene)-1,2-di*", "d&c; blue no. 6", "vulcafor blue a", "blue no. 201", "indigo vs", "11669 blue", "c.i. vat blue 1", "(e)-1h,1'h-[2,2']biindolylidene-3,3'-dione", "5-24-08-00503 (beilstein handbook reference)[beilstein]", "207-586-9[einecs]", "2-(3-oxo-1h-benzo[d]azolin-2-ylidene)-1h-benzo[d]azolidin-3-one", "indigo[wiki]", "68651-46-7[rn]", "indigo powder w", "c008114", "indigo nacco", "12000-74-7[rn]", "2,2'-biindole-3,3'(1h,1'h)-dione", "blue no 201", "ci pigment blue 66", "modr kypova 1[czech]", "482-89-3[rn]", "d2,2'-bipseudoindoxyl", "indigo (dye)", "c.i. 73000", "vat dark blue vb", "indigo (van)", "vulcanosine dark blue l", "93660-98-1[rn]", "d and c blue no. 6", "(2e)-2-(3-oxo-1,3-dihydro-2h-indol-2-ylidene)-1,2-dihydro-3h-indol-3-one", "5-24-08-00503[beilstein]", "5-24-08-00503", "synthetic indigo"}|>, "1982" -> <|"DatabaseID" -> "SW01321", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514277]}, "IsomericSmiles" -> "c1ccc2c(c1)/C(=C\\3/C(=O)c4ccccc4N3)/C(=O)N2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indirubin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359405]}, "Synonyms" -> {"indigo red", "(3e)-3-(3-oxo-1,3-dihydro-2h-indol-2-ylidene)-1,3-dihydro-2h-indol-2-one", "c.i. 73200", "indigopurpurin", "couroupitine b", "indirubin high purity research grade", "indirubin", "3-(3-oxo-1h-benzo[d]azolin-2-ylidene)-1h-benzo[d]azolin-2-one", "nsc 105327", "couroupitine b indigo red indigopurpurin", "smr000466311", "brn 0088279", "2h-indol-2-one 3-(1,3-dihydro-3-oxo-2h-indol-2-ylidene)-1,3-dihydro- (3e)-", "479-41-4", "(delta(sup 2"}|>, "1983" -> <|"DatabaseID" -> "SW01322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477117]}, "IsomericSmiles" -> "c1ccc2c(c1)/C(=C\\3/c4ccccc4NC3=O)/C(=O)N2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-indigo"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318575]}, "Synonyms" -> {"isoindigo", "isoindigotin", "molport-001-734-736", "476-34-6[rn]", "ac1nsx1c", "2h-indol-2-one 3-(1,2-dihydro-2-oxo-3h-indol-3-ylidene)-1,3-dihydro-", "nsc-717810", "chembl515155", "chebi:597385", "molport-019-789-923", "akos001588195", "nsc717810"}|>, "1984" -> <|"DatabaseID" -> "SW01323", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "102216"], ExternalIdentifier["ChEBIID", "6834"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8683], ExternalIdentifier["ChemSpiderID", 9022]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00474"]}, "IsomericSmiles" -> "CCC#CC(C)C1(C(=O)NC(=O)N(C1=O)C)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04985"], ExternalIdentifier["KEGGID", "D00712"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHOHEXITAL SODIUM", "US Illegal/Scheduled Drug (Schedule 4)" -> "Methohexital"|>, "PharmGKBID" -> "PA164784030", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9034], ExternalIdentifier["PubChemCompoundID", 23690443]}, "Synonyms" -> {"methodrexitone", "brietal", "methohexital", "brevital", "methohexitone", "enallynymalum", "enallynymall", "metoesital", "enallynymal", "1-methyl-5-(1-methylpent-2-yn-1-yl)-5-prop-2-en-1-ylpyrimidine-2,4,6(1h,3h,5h)-trione", "7187-72-6[rn]", "5-allyl-5-(hex-3-yn-2-yl)-1-methylpyrimidine-2,4,6(1h,3h,5h)-trione", "151-83-7 (18652-93-2)", "205-798-6[einecs]", "5-allyl-5-(3-hexyn-2-yl)-1-methylbarbituric acid", "brevital[wiki]", "18652-93-2[rn]", "brevital sodium", "151-83-7[rn]", "2,4,6(1h,3h,5h)-pyrimidinetrione 1-methyl-5-(1-methyl-2-pentyn-1-yl)-5-(2-propen-1-yl)-", "metohexital[spanish]", "5-allyl-1-methyl-5-(1-methyl-2-pentynyl)barbituric acid", "compound 22451", "methohexitone[wiki]", "2,4,6(1h,3h,5h)-pyrimidinetrione 1-methyl-5-(1-methyl-2-pentynyl)-5-(2-propenyl)-", "gamma-aminobutyric-acid receptor subunit alpha-1 precursor", "methohexitalum", "metohexital", "metohexital [inn_es]", "115621-33-5[rn]", "methohexital civ", "1-methyl-5-(1-methyl-2-pentynyl)-5-(2-propenyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "barbituric acid 5-allyl-1-methyl-5-(1-methyl-2-pentynyl)-", "metoesital [dcit]", "337376-15-5", "5-(hex-3-yn-2-yl)-1-methyl-5-(prop-2-en-1-yl)pyrimidine-2,4,6(1h,3h,5h)-trione", "methohexital[wiki]", "methohexitalum[latin]", "compound 25398"}|>, "1985" -> <|"DatabaseID" -> "SW01323", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "102216"], ExternalIdentifier["ChEBIID", "6834"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8683], ExternalIdentifier["ChemSpiderID", 9022]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00474"]}, "IsomericSmiles" -> "CCC#CC(C)C1(C(=O)NC(=O)N(C1=O)C)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04985"], ExternalIdentifier["KEGGID", "D00712"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHOHEXITAL SODIUM", "US Illegal/Scheduled Drug (Schedule 4)" -> "Methohexital"|>, "PharmGKBID" -> "PA164784030", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9034], ExternalIdentifier["PubChemCompoundID", 23690443]}, "Synonyms" -> {"methodrexitone", "brietal", "methohexital", "brevital", "methohexitone", "enallynymalum", "enallynymall", "metoesital", "enallynymal", "1-methyl-5-(1-methylpent-2-yn-1-yl)-5-prop-2-en-1-ylpyrimidine-2,4,6(1h,3h,5h)-trione", "7187-72-6[rn]", "5-allyl-5-(hex-3-yn-2-yl)-1-methylpyrimidine-2,4,6(1h,3h,5h)-trione", "151-83-7 (18652-93-2)", "205-798-6[einecs]", "5-allyl-5-(3-hexyn-2-yl)-1-methylbarbituric acid", "brevital[wiki]", "18652-93-2[rn]", "brevital sodium", "151-83-7[rn]", "2,4,6(1h,3h,5h)-pyrimidinetrione 1-methyl-5-(1-methyl-2-pentyn-1-yl)-5-(2-propen-1-yl)-", "metohexital[spanish]", "5-allyl-1-methyl-5-(1-methyl-2-pentynyl)barbituric acid", "compound 22451", "methohexitone[wiki]", "2,4,6(1h,3h,5h)-pyrimidinetrione 1-methyl-5-(1-methyl-2-pentynyl)-5-(2-propenyl)-", "gamma-aminobutyric-acid receptor subunit alpha-1 precursor", "methohexitalum", "metohexital", "metohexital [inn_es]", "115621-33-5[rn]", "methohexital civ", "1-methyl-5-(1-methyl-2-pentynyl)-5-(2-propenyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "barbituric acid 5-allyl-1-methyl-5-(1-methyl-2-pentynyl)-", "metoesital [dcit]", "337376-15-5", "5-(hex-3-yn-2-yl)-1-methyl-5-(prop-2-en-1-yl)pyrimidine-2,4,6(1h,3h,5h)-trione", "methohexital[wiki]", "methohexitalum[latin]", "compound 25398"}|>, "1986" -> <|"DatabaseID" -> "SW01323", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "102216"], ExternalIdentifier["ChEBIID", "6834"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8683], ExternalIdentifier["ChemSpiderID", 9022]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00474"]}, "IsomericSmiles" -> "CCC#CC(C)C1(C(=O)NC(=O)N(C1=O)C)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04985"], ExternalIdentifier["KEGGID", "D00712"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHOHEXITAL SODIUM", "US Illegal/Scheduled Drug (Schedule 4)" -> "Methohexital"|>, "PharmGKBID" -> "PA164784030", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9034], ExternalIdentifier["PubChemCompoundID", 23690443]}, "Synonyms" -> {"methodrexitone", "brietal", "methohexital", "brevital", "methohexitone", "enallynymalum", "enallynymall", "metoesital", "enallynymal", "1-methyl-5-(1-methylpent-2-yn-1-yl)-5-prop-2-en-1-ylpyrimidine-2,4,6(1h,3h,5h)-trione", "7187-72-6[rn]", "5-allyl-5-(hex-3-yn-2-yl)-1-methylpyrimidine-2,4,6(1h,3h,5h)-trione", "151-83-7 (18652-93-2)", "205-798-6[einecs]", "5-allyl-5-(3-hexyn-2-yl)-1-methylbarbituric acid", "brevital[wiki]", "18652-93-2[rn]", "brevital sodium", "151-83-7[rn]", "2,4,6(1h,3h,5h)-pyrimidinetrione 1-methyl-5-(1-methyl-2-pentyn-1-yl)-5-(2-propen-1-yl)-", "metohexital[spanish]", "5-allyl-1-methyl-5-(1-methyl-2-pentynyl)barbituric acid", "compound 22451", "methohexitone[wiki]", "2,4,6(1h,3h,5h)-pyrimidinetrione 1-methyl-5-(1-methyl-2-pentynyl)-5-(2-propenyl)-", "gamma-aminobutyric-acid receptor subunit alpha-1 precursor", "methohexitalum", "metohexital", "metohexital [inn_es]", "115621-33-5[rn]", "methohexital civ", "1-methyl-5-(1-methyl-2-pentynyl)-5-(2-propenyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "barbituric acid 5-allyl-1-methyl-5-(1-methyl-2-pentynyl)-", "metoesital [dcit]", "337376-15-5", "5-(hex-3-yn-2-yl)-1-methyl-5-(prop-2-en-1-yl)pyrimidine-2,4,6(1h,3h,5h)-trione", "methohexital[wiki]", "methohexitalum[latin]", "compound 25398"}|>, "1987" -> <|"DatabaseID" -> "SW01323", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "102216"], ExternalIdentifier["ChEBIID", "6834"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8683], ExternalIdentifier["ChemSpiderID", 9022]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00474"]}, "IsomericSmiles" -> "CCC#CC(C)C1(C(=O)NC(=O)N(C1=O)C)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04985"], ExternalIdentifier["KEGGID", "D00712"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHOHEXITAL SODIUM", "US Illegal/Scheduled Drug (Schedule 4)" -> "Methohexital"|>, "PharmGKBID" -> "PA164784030", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9034], ExternalIdentifier["PubChemCompoundID", 23690443]}, "Synonyms" -> {"methodrexitone", "brietal", "methohexital", "brevital", "methohexitone", "enallynymalum", "enallynymall", "metoesital", "enallynymal", "1-methyl-5-(1-methylpent-2-yn-1-yl)-5-prop-2-en-1-ylpyrimidine-2,4,6(1h,3h,5h)-trione", "7187-72-6[rn]", "5-allyl-5-(hex-3-yn-2-yl)-1-methylpyrimidine-2,4,6(1h,3h,5h)-trione", "151-83-7 (18652-93-2)", "205-798-6[einecs]", "5-allyl-5-(3-hexyn-2-yl)-1-methylbarbituric acid", "brevital[wiki]", "18652-93-2[rn]", "brevital sodium", "151-83-7[rn]", "2,4,6(1h,3h,5h)-pyrimidinetrione 1-methyl-5-(1-methyl-2-pentyn-1-yl)-5-(2-propen-1-yl)-", "metohexital[spanish]", "5-allyl-1-methyl-5-(1-methyl-2-pentynyl)barbituric acid", "compound 22451", "methohexitone[wiki]", "2,4,6(1h,3h,5h)-pyrimidinetrione 1-methyl-5-(1-methyl-2-pentynyl)-5-(2-propenyl)-", "gamma-aminobutyric-acid receptor subunit alpha-1 precursor", "methohexitalum", "metohexital", "metohexital [inn_es]", "115621-33-5[rn]", "methohexital civ", "1-methyl-5-(1-methyl-2-pentynyl)-5-(2-propenyl)-2,4,6(1h,3h,5h)-pyrimidinetrione", "barbituric acid 5-allyl-1-methyl-5-(1-methyl-2-pentynyl)-", "metoesital [dcit]", "337376-15-5", "5-(hex-3-yn-2-yl)-1-methyl-5-(prop-2-en-1-yl)pyrimidine-2,4,6(1h,3h,5h)-trione", "methohexital[wiki]", "methohexitalum[latin]", "compound 25398"}|>, "1988" -> <|"DatabaseID" -> "SW01324", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8059]}, "IsomericSmiles" -> "CC1CC(CC(C1)(C)C)OC(=O)c2ccccc2O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04450"]}, "OfficialNames" -> <|"NPC Approved Name" -> "homosalate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8362]}, "Synonyms" -> {"m-homomenthyl salicylate", "eusolex", "heliopan", "homosalate", "homomenthyl salicylate", "filtersol ''a''", "heliophan", "homosalatum[latin]", "coppertone[wiki]", "component of coppertone", "homosalate [usan:inn][inn][usan]", "3,3,5-trimethylcyclohexyl salicylate(cis- and trans-mixture)", "benzoic acid 2-hydroxy- 3,3,5-trimethylcyclohexyl ester", "3,3,5-trimethylcyclohexylsalicylate (homosalate)", "52253-93-7[rn]", "salicylic acid 3,3,5-trimethylcyclohexyl ester", "3,3,5-trimethylcyclohexyl salicylate[acd/iupac name]", "salicylic acid 3,3,5-trimethylcyclohexyl ester", "homosalato[spanish][inn]", "3", "3,3,5-trimethylcyclohexyl 2-hydroxybenzoate", "118-56-9", "homosalato[portuguese]", "salicylic acid m-homomenthyl ester", "204-260-8[einecs]", "2-hydroxybenzoic acid 3,3,5-trimethylcyclohexyl ester", "homosalate[wiki]", "caswell no. 482b", "118-56-9[rn]", "coppertone", "salicylic acid 3,3,5-trimethylcyclohexyl ester (8ci)", "8045-71-4[rn]", "metahomomenthyl salicylate", "50610-40-7[rn]"}|>, "1989" -> <|"DatabaseID" -> "SW01324", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8059]}, "IsomericSmiles" -> "CC1CC(CC(C1)(C)C)OC(=O)c2ccccc2O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04450"]}, "OfficialNames" -> <|"NPC Approved Name" -> "homosalate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8362]}, "Synonyms" -> {"m-homomenthyl salicylate", "eusolex", "heliopan", "homosalate", "homomenthyl salicylate", "filtersol ''a''", "heliophan", "homosalatum[latin]", "coppertone[wiki]", "component of coppertone", "homosalate [usan:inn][inn][usan]", "3,3,5-trimethylcyclohexyl salicylate(cis- and trans-mixture)", "benzoic acid 2-hydroxy- 3,3,5-trimethylcyclohexyl ester", "3,3,5-trimethylcyclohexylsalicylate (homosalate)", "52253-93-7[rn]", "salicylic acid 3,3,5-trimethylcyclohexyl ester", "3,3,5-trimethylcyclohexyl salicylate[acd/iupac name]", "salicylic acid 3,3,5-trimethylcyclohexyl ester", "homosalato[spanish][inn]", "3", "3,3,5-trimethylcyclohexyl 2-hydroxybenzoate", "118-56-9", "homosalato[portuguese]", "salicylic acid m-homomenthyl ester", "204-260-8[einecs]", "2-hydroxybenzoic acid 3,3,5-trimethylcyclohexyl ester", "homosalate[wiki]", "caswell no. 482b", "118-56-9[rn]", "coppertone", "salicylic acid 3,3,5-trimethylcyclohexyl ester (8ci)", "8045-71-4[rn]", "metahomomenthyl salicylate", "50610-40-7[rn]"}|>, "1990" -> <|"DatabaseID" -> "SW01324", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8059]}, "IsomericSmiles" -> "CC1CC(CC(C1)(C)C)OC(=O)c2ccccc2O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04450"]}, "OfficialNames" -> <|"NPC Approved Name" -> "homosalate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8362]}, "Synonyms" -> {"m-homomenthyl salicylate", "eusolex", "heliopan", "homosalate", "homomenthyl salicylate", "filtersol ''a''", "heliophan", "homosalatum[latin]", "coppertone[wiki]", "component of coppertone", "homosalate [usan:inn][inn][usan]", "3,3,5-trimethylcyclohexyl salicylate(cis- and trans-mixture)", "benzoic acid 2-hydroxy- 3,3,5-trimethylcyclohexyl ester", "3,3,5-trimethylcyclohexylsalicylate (homosalate)", "52253-93-7[rn]", "salicylic acid 3,3,5-trimethylcyclohexyl ester", "3,3,5-trimethylcyclohexyl salicylate[acd/iupac name]", "salicylic acid 3,3,5-trimethylcyclohexyl ester", "homosalato[spanish][inn]", "3", "3,3,5-trimethylcyclohexyl 2-hydroxybenzoate", "118-56-9", "homosalato[portuguese]", "salicylic acid m-homomenthyl ester", "204-260-8[einecs]", "2-hydroxybenzoic acid 3,3,5-trimethylcyclohexyl ester", "homosalate[wiki]", "caswell no. 482b", "118-56-9[rn]", "coppertone", "salicylic acid 3,3,5-trimethylcyclohexyl ester (8ci)", "8045-71-4[rn]", "metahomomenthyl salicylate", "50610-40-7[rn]"}|>, "1991" -> <|"DatabaseID" -> "SW01324", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8059]}, "IsomericSmiles" -> "CC1CC(CC(C1)(C)C)OC(=O)c2ccccc2O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04450"]}, "OfficialNames" -> <|"NPC Approved Name" -> "homosalate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8362]}, "Synonyms" -> {"m-homomenthyl salicylate", "eusolex", "heliopan", "homosalate", "homomenthyl salicylate", "filtersol ''a''", "heliophan", "homosalatum[latin]", "coppertone[wiki]", "component of coppertone", "homosalate [usan:inn][inn][usan]", "3,3,5-trimethylcyclohexyl salicylate(cis- and trans-mixture)", "benzoic acid 2-hydroxy- 3,3,5-trimethylcyclohexyl ester", "3,3,5-trimethylcyclohexylsalicylate (homosalate)", "52253-93-7[rn]", "salicylic acid 3,3,5-trimethylcyclohexyl ester", "3,3,5-trimethylcyclohexyl salicylate[acd/iupac name]", "salicylic acid 3,3,5-trimethylcyclohexyl ester", "homosalato[spanish][inn]", "3", "3,3,5-trimethylcyclohexyl 2-hydroxybenzoate", "118-56-9", "homosalato[portuguese]", "salicylic acid m-homomenthyl ester", "204-260-8[einecs]", "2-hydroxybenzoic acid 3,3,5-trimethylcyclohexyl ester", "homosalate[wiki]", "caswell no. 482b", "118-56-9[rn]", "coppertone", "salicylic acid 3,3,5-trimethylcyclohexyl ester (8ci)", "8045-71-4[rn]", "metahomomenthyl salicylate", "50610-40-7[rn]"}|>, "1992" -> <|"DatabaseID" -> "SW01325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6227]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01473"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Betaprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6471]}, "Synonyms" -> {"betaprodine", "prodine", "alphaprodine", "alphaprodin", "201-011-5[einecs]", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester)", "prisilidene", "207-411-6[einecs]", "77-20-3[rn]", "betaprodina[spanish][inn]", "1,3-dimethyl-4-phenyl-4-piperidinyl propionate[acd/iupac name]", "1,3-dimethyl-4-phenyl-4-piperidinol propanoate", "nisentil", "beta-prodine", "betaprodine [ban:dcf:inn][inn]", "alfaprodina[spanish][inn]", "1", "1,3-dimethyl-4-phenylpiperidin-4-yl propanoate", "1,3-dimethyl-4-phenyl-4-piperidyl propanoate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans- (9ci)", "468-59-7[rn]", "betaprodinum [inn-latin]", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester)", "alpha-prodinol", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans-", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester) stereoisomer", "betaprodinum[latin]", "1,3-dimethyl-4-phenylpiperidin-4-yl propionate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) cis-", "1,3-dimethyl-4-phenyl-4-propionoxypiperidine", "dea code 9010", "alphaprodinum[latin]", "propionic acid 1,3-dimethyl-4-phenyl-piperidin-4-yl ester"}|>, "1993" -> <|"DatabaseID" -> "SW01325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6227]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01473"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Betaprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6471]}, "Synonyms" -> {"betaprodine", "prodine", "alphaprodine", "alphaprodin", "201-011-5[einecs]", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester)", "prisilidene", "207-411-6[einecs]", "77-20-3[rn]", "betaprodina[spanish][inn]", "1,3-dimethyl-4-phenyl-4-piperidinyl propionate[acd/iupac name]", "1,3-dimethyl-4-phenyl-4-piperidinol propanoate", "nisentil", "beta-prodine", "betaprodine [ban:dcf:inn][inn]", "alfaprodina[spanish][inn]", "1", "1,3-dimethyl-4-phenylpiperidin-4-yl propanoate", "1,3-dimethyl-4-phenyl-4-piperidyl propanoate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans- (9ci)", "468-59-7[rn]", "betaprodinum [inn-latin]", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester)", "alpha-prodinol", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans-", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester) stereoisomer", "betaprodinum[latin]", "1,3-dimethyl-4-phenylpiperidin-4-yl propionate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) cis-", "1,3-dimethyl-4-phenyl-4-propionoxypiperidine", "dea code 9010", "alphaprodinum[latin]", "propionic acid 1,3-dimethyl-4-phenyl-piperidin-4-yl ester"}|>, "1994" -> <|"DatabaseID" -> "SW01325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6227]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01473"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Betaprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6471]}, "Synonyms" -> {"betaprodine", "prodine", "alphaprodine", "alphaprodin", "201-011-5[einecs]", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester)", "prisilidene", "207-411-6[einecs]", "77-20-3[rn]", "betaprodina[spanish][inn]", "1,3-dimethyl-4-phenyl-4-piperidinyl propionate[acd/iupac name]", "1,3-dimethyl-4-phenyl-4-piperidinol propanoate", "nisentil", "beta-prodine", "betaprodine [ban:dcf:inn][inn]", "alfaprodina[spanish][inn]", "1", "1,3-dimethyl-4-phenylpiperidin-4-yl propanoate", "1,3-dimethyl-4-phenyl-4-piperidyl propanoate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans- (9ci)", "468-59-7[rn]", "betaprodinum [inn-latin]", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester)", "alpha-prodinol", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans-", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester) stereoisomer", "betaprodinum[latin]", "1,3-dimethyl-4-phenylpiperidin-4-yl propionate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) cis-", "1,3-dimethyl-4-phenyl-4-propionoxypiperidine", "dea code 9010", "alphaprodinum[latin]", "propionic acid 1,3-dimethyl-4-phenyl-piperidin-4-yl ester"}|>, "1995" -> <|"DatabaseID" -> "SW01325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6227]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01473"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Betaprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6471]}, "Synonyms" -> {"betaprodine", "prodine", "alphaprodine", "alphaprodin", "201-011-5[einecs]", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester)", "prisilidene", "207-411-6[einecs]", "77-20-3[rn]", "betaprodina[spanish][inn]", "1,3-dimethyl-4-phenyl-4-piperidinyl propionate[acd/iupac name]", "1,3-dimethyl-4-phenyl-4-piperidinol propanoate", "nisentil", "beta-prodine", "betaprodine [ban:dcf:inn][inn]", "alfaprodina[spanish][inn]", "1", "1,3-dimethyl-4-phenylpiperidin-4-yl propanoate", "1,3-dimethyl-4-phenyl-4-piperidyl propanoate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans- (9ci)", "468-59-7[rn]", "betaprodinum [inn-latin]", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester)", "alpha-prodinol", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans-", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester) stereoisomer", "betaprodinum[latin]", "1,3-dimethyl-4-phenylpiperidin-4-yl propionate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) cis-", "1,3-dimethyl-4-phenyl-4-propionoxypiperidine", "dea code 9010", "alphaprodinum[latin]", "propionic acid 1,3-dimethyl-4-phenyl-piperidin-4-yl ester"}|>, "1996" -> <|"DatabaseID" -> "SW01325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6227]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01473"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Betaprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6471]}, "Synonyms" -> {"betaprodine", "prodine", "alphaprodine", "alphaprodin", "201-011-5[einecs]", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester)", "prisilidene", "207-411-6[einecs]", "77-20-3[rn]", "betaprodina[spanish][inn]", "1,3-dimethyl-4-phenyl-4-piperidinyl propionate[acd/iupac name]", "1,3-dimethyl-4-phenyl-4-piperidinol propanoate", "nisentil", "beta-prodine", "betaprodine [ban:dcf:inn][inn]", "alfaprodina[spanish][inn]", "1", "1,3-dimethyl-4-phenylpiperidin-4-yl propanoate", "1,3-dimethyl-4-phenyl-4-piperidyl propanoate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans- (9ci)", "468-59-7[rn]", "betaprodinum [inn-latin]", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester)", "alpha-prodinol", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans-", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester) stereoisomer", "betaprodinum[latin]", "1,3-dimethyl-4-phenylpiperidin-4-yl propionate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) cis-", "1,3-dimethyl-4-phenyl-4-propionoxypiperidine", "dea code 9010", "alphaprodinum[latin]", "propionic acid 1,3-dimethyl-4-phenyl-piperidin-4-yl ester"}|>, "1997" -> <|"DatabaseID" -> "SW01325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6227]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01473"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Betaprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6471]}, "Synonyms" -> {"betaprodine", "prodine", "alphaprodine", "alphaprodin", "201-011-5[einecs]", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester)", "prisilidene", "207-411-6[einecs]", "77-20-3[rn]", "betaprodina[spanish][inn]", "1,3-dimethyl-4-phenyl-4-piperidinyl propionate[acd/iupac name]", "1,3-dimethyl-4-phenyl-4-piperidinol propanoate", "nisentil", "beta-prodine", "betaprodine [ban:dcf:inn][inn]", "alfaprodina[spanish][inn]", "1", "1,3-dimethyl-4-phenylpiperidin-4-yl propanoate", "1,3-dimethyl-4-phenyl-4-piperidyl propanoate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans- (9ci)", "468-59-7[rn]", "betaprodinum [inn-latin]", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester)", "alpha-prodinol", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans-", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester) stereoisomer", "betaprodinum[latin]", "1,3-dimethyl-4-phenylpiperidin-4-yl propionate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) cis-", "1,3-dimethyl-4-phenyl-4-propionoxypiperidine", "dea code 9010", "alphaprodinum[latin]", "propionic acid 1,3-dimethyl-4-phenyl-piperidin-4-yl ester"}|>, "1998" -> <|"DatabaseID" -> "SW01325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6227]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01473"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Betaprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6471]}, "Synonyms" -> {"betaprodine", "prodine", "alphaprodine", "alphaprodin", "201-011-5[einecs]", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester)", "prisilidene", "207-411-6[einecs]", "77-20-3[rn]", "betaprodina[spanish][inn]", "1,3-dimethyl-4-phenyl-4-piperidinyl propionate[acd/iupac name]", "1,3-dimethyl-4-phenyl-4-piperidinol propanoate", "nisentil", "beta-prodine", "betaprodine [ban:dcf:inn][inn]", "alfaprodina[spanish][inn]", "1", "1,3-dimethyl-4-phenylpiperidin-4-yl propanoate", "1,3-dimethyl-4-phenyl-4-piperidyl propanoate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans- (9ci)", "468-59-7[rn]", "betaprodinum [inn-latin]", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester)", "alpha-prodinol", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans-", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester) stereoisomer", "betaprodinum[latin]", "1,3-dimethyl-4-phenylpiperidin-4-yl propionate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) cis-", "1,3-dimethyl-4-phenyl-4-propionoxypiperidine", "dea code 9010", "alphaprodinum[latin]", "propionic acid 1,3-dimethyl-4-phenyl-piperidin-4-yl ester"}|>, "1999" -> <|"DatabaseID" -> "SW01325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6227]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01473"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Betaprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6471]}, "Synonyms" -> {"betaprodine", "prodine", "alphaprodine", "alphaprodin", "201-011-5[einecs]", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester)", "prisilidene", "207-411-6[einecs]", "77-20-3[rn]", "betaprodina[spanish][inn]", "1,3-dimethyl-4-phenyl-4-piperidinyl propionate[acd/iupac name]", "1,3-dimethyl-4-phenyl-4-piperidinol propanoate", "nisentil", "beta-prodine", "betaprodine [ban:dcf:inn][inn]", "alfaprodina[spanish][inn]", "1", "1,3-dimethyl-4-phenylpiperidin-4-yl propanoate", "1,3-dimethyl-4-phenyl-4-piperidyl propanoate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans- (9ci)", "468-59-7[rn]", "betaprodinum [inn-latin]", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester)", "alpha-prodinol", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) trans-", "4-piperidinol 1,3-dimethyl-4-phenyl- propionate (ester) stereoisomer", "betaprodinum[latin]", "1,3-dimethyl-4-phenylpiperidin-4-yl propionate", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) cis-", "1,3-dimethyl-4-phenyl-4-propionoxypiperidine", "dea code 9010", "alphaprodinum[latin]", "propionic acid 1,3-dimethyl-4-phenyl-piperidin-4-yl ester"}|>, "2000" -> <|"DatabaseID" -> "SW01326", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 176845]}, "IsomericSmiles" -> "CCC(=O)O[C@]1(CC[NH+](C[C@H]1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Alphaprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 204163]}, "Synonyms" -> {"4-piperidinol", "alphaprodine", "(3r,4s)-1,3-dimethyl-4-phenylpiperidin-4-yl propanoate", "alpha-(+-)-1", "(+-)-alphaprodine", "77-20-3[rn]", "77-20-3", "propionic acid 1,3-dimethyl-4-phenyl-piperidin-4-yl ester", "dl-alpha-prodine", "15867-21-7", "ac1l4c0v", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) (3r,4s)-", "15867-21-7[rn]", "chembl14309"}|>, "2001" -> <|"DatabaseID" -> "SW01326", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 176845]}, "IsomericSmiles" -> "CCC(=O)O[C@]1(CC[NH+](C[C@H]1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Alphaprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 204163]}, "Synonyms" -> {"4-piperidinol", "alphaprodine", "(3r,4s)-1,3-dimethyl-4-phenylpiperidin-4-yl propanoate", "alpha-(+-)-1", "(+-)-alphaprodine", "77-20-3[rn]", "77-20-3", "propionic acid 1,3-dimethyl-4-phenyl-piperidin-4-yl ester", "dl-alpha-prodine", "15867-21-7", "ac1l4c0v", "4-piperidinol 1,3-dimethyl-4-phenyl- propanoate (ester) (3r,4s)-", "15867-21-7[rn]", "chembl14309"}|>, "2002" -> <|"DatabaseID" -> "SW01327", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19952555]}, "IsomericSmiles" -> "CCOC(=O)C1(CCC[NH+](CC1)C)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "ethoheptazine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6469]}, "Synonyms" -> {"ethoheptazine hydrochloride", "aethoheptazin", "ethoheptazine [ban]", "77-15-6", "ethoheptazinum [inn-latin]", "hsdb 3326", "1h-azepine-4-carboxylic acid hexahydro-1-methyl-4-phenyl- ethyl ester,hydrochloride", "ethyl 1-methyl-4-phenylazepane-4-carboxylate", "etoheptazina [inn-spanish]", "ethoheptazine", "zactane", "ethyl heptazine"}|>, "2003" -> <|"DatabaseID" -> "SW01327", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19952555]}, "IsomericSmiles" -> "CCOC(=O)C1(CCC[NH+](CC1)C)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "ethoheptazine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6469]}, "Synonyms" -> {"ethoheptazine hydrochloride", "aethoheptazin", "ethoheptazine [ban]", "77-15-6", "ethoheptazinum [inn-latin]", "hsdb 3326", "1h-azepine-4-carboxylic acid hexahydro-1-methyl-4-phenyl- ethyl ester,hydrochloride", "ethyl 1-methyl-4-phenylazepane-4-carboxylate", "etoheptazina [inn-spanish]", "ethoheptazine", "zactane", "ethyl heptazine"}|>, "2004" -> <|"DatabaseID" -> "SW01327", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19952555]}, "IsomericSmiles" -> "CCOC(=O)C1(CCC[NH+](CC1)C)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "ethoheptazine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6469]}, "Synonyms" -> {"ethoheptazine hydrochloride", "aethoheptazin", "ethoheptazine [ban]", "77-15-6", "ethoheptazinum [inn-latin]", "hsdb 3326", "1h-azepine-4-carboxylic acid hexahydro-1-methyl-4-phenyl- ethyl ester,hydrochloride", "ethyl 1-methyl-4-phenylazepane-4-carboxylate", "etoheptazina [inn-spanish]", "ethoheptazine", "zactane", "ethyl heptazine"}|>, "2005" -> <|"DatabaseID" -> "SW01327", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19952555]}, "IsomericSmiles" -> "CCOC(=O)C1(CCC[NH+](CC1)C)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "ethoheptazine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6469]}, "Synonyms" -> {"ethoheptazine hydrochloride", "aethoheptazin", "ethoheptazine [ban]", "77-15-6", "ethoheptazinum [inn-latin]", "hsdb 3326", "1h-azepine-4-carboxylic acid hexahydro-1-methyl-4-phenyl- ethyl ester,hydrochloride", "ethyl 1-methyl-4-phenylazepane-4-carboxylate", "etoheptazina [inn-spanish]", "ethoheptazine", "zactane", "ethyl heptazine"}|>, "2006" -> <|"DatabaseID" -> "SW01328", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56161]}, "IsomericSmiles" -> "CC(C)OC(=O)C1(CC[NH+](CC1)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Properidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62373]}, "Synonyms" -> {"gevelina", "ipropethidine", "isopedine", "isopropyl 1-methyl-4-phenylisonipecotate", "isopropyl 1-methyl-4-phenylpiperidine-4-carboxylate", "1-methyl-4-phenylisonipecotic acid isopropyl ester", "properidinum", "properidine [ban:dcf:inn][inn]", "1-methyl-4-phenyl-4-piperidinecarboxylic acid1-methylethyl ester", "209-222-4[einecs]", "properidine[wiki]", "561-76-2", "ac1l1wzs", "4-piperidinecarboxylic acid 1-methyl-4-phenyl- 1-methylethylester", "561-76-2[rn]", "properidinum[latin]", "properidina[spanish]", "4-piperidinecarboxylic acid", "isonipecotic acid 1-methyl-4-phenyl- isopropyl ester", "1-methyl-4-phenylpiperidine-4-carboxylic acidisopropyl ester", "spasmodolisina", "properidine", "properidina", "propan-2-yl 1-methyl-4-phenylpiperidine-4-carboxylate"}|>, "2007" -> <|"DatabaseID" -> "SW01329", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10326]}, "IsomericSmiles" -> "CC1CCCC[NH+]1CCCOC(=O)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "piperocaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10782]}, "Synonyms" -> {"isocaine (iso-sol. co.) base", "neothesin", "metycaine", "(2-methylpiperidino)propyl benzoate", "3-benzoxy-1-(2-methylpiperidino)propane", "piperocaine", "2-methyl-1-piperidinopropanol", "205-262-1[einecs]", "1-piperidinepropanol 2-methyl- benzoate (ester)", "piperocainio[spanish]", "brn 0012274", "piperocainum[latin]", "136-82-3[rn]", "benzoyl-gamma-(2-methylpiperidino)propanol", "piperocaina [dcit]", "1-piperidinepropanol 2-methyl- benzoate(ester)", "benzoyl-g-(2-methylpiperidino)propanol", "3-(2-methylpiperidin-1-yl)propyl benzoate", "32248-37-6[rn]", "g-(2-methylpiperidyl)propyl benzoate", "2-methyl-1-piperidinepropanol benzoate", "5-20-04-00079 (beilstein handbook reference)[beilstein]", "533-28-8[rn]", "benzoic acid 3-(2-methyl-piperidin-1-yl)-propyl ester", "gamma-(2-methylpiperidyl)propyl benzoate"}|>, "2008" -> <|"DatabaseID" -> "SW01329", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10326]}, "IsomericSmiles" -> "CC1CCCC[NH+]1CCCOC(=O)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "piperocaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10782]}, "Synonyms" -> {"isocaine (iso-sol. co.) base", "neothesin", "metycaine", "(2-methylpiperidino)propyl benzoate", "3-benzoxy-1-(2-methylpiperidino)propane", "piperocaine", "2-methyl-1-piperidinopropanol", "205-262-1[einecs]", "1-piperidinepropanol 2-methyl- benzoate (ester)", "piperocainio[spanish]", "brn 0012274", "piperocainum[latin]", "136-82-3[rn]", "benzoyl-gamma-(2-methylpiperidino)propanol", "piperocaina [dcit]", "1-piperidinepropanol 2-methyl- benzoate(ester)", "benzoyl-g-(2-methylpiperidino)propanol", "3-(2-methylpiperidin-1-yl)propyl benzoate", "32248-37-6[rn]", "g-(2-methylpiperidyl)propyl benzoate", "2-methyl-1-piperidinepropanol benzoate", "5-20-04-00079 (beilstein handbook reference)[beilstein]", "533-28-8[rn]", "benzoic acid 3-(2-methyl-piperidin-1-yl)-propyl ester", "gamma-(2-methylpiperidyl)propyl benzoate"}|>, "2009" -> <|"DatabaseID" -> "SW01329", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10326]}, "IsomericSmiles" -> "CC1CCCC[NH+]1CCCOC(=O)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "piperocaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10782]}, "Synonyms" -> {"isocaine (iso-sol. co.) base", "neothesin", "metycaine", "(2-methylpiperidino)propyl benzoate", "3-benzoxy-1-(2-methylpiperidino)propane", "piperocaine", "2-methyl-1-piperidinopropanol", "205-262-1[einecs]", "1-piperidinepropanol 2-methyl- benzoate (ester)", "piperocainio[spanish]", "brn 0012274", "piperocainum[latin]", "136-82-3[rn]", "benzoyl-gamma-(2-methylpiperidino)propanol", "piperocaina [dcit]", "1-piperidinepropanol 2-methyl- benzoate(ester)", "benzoyl-g-(2-methylpiperidino)propanol", "3-(2-methylpiperidin-1-yl)propyl benzoate", "32248-37-6[rn]", "g-(2-methylpiperidyl)propyl benzoate", "2-methyl-1-piperidinepropanol benzoate", "5-20-04-00079 (beilstein handbook reference)[beilstein]", "533-28-8[rn]", "benzoic acid 3-(2-methyl-piperidin-1-yl)-propyl ester", "gamma-(2-methylpiperidyl)propyl benzoate"}|>, "2010" -> <|"DatabaseID" -> "SW01329", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10326]}, "IsomericSmiles" -> "CC1CCCC[NH+]1CCCOC(=O)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "piperocaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10782]}, "Synonyms" -> {"isocaine (iso-sol. co.) base", "neothesin", "metycaine", "(2-methylpiperidino)propyl benzoate", "3-benzoxy-1-(2-methylpiperidino)propane", "piperocaine", "2-methyl-1-piperidinopropanol", "205-262-1[einecs]", "1-piperidinepropanol 2-methyl- benzoate (ester)", "piperocainio[spanish]", "brn 0012274", "piperocainum[latin]", "136-82-3[rn]", "benzoyl-gamma-(2-methylpiperidino)propanol", "piperocaina [dcit]", "1-piperidinepropanol 2-methyl- benzoate(ester)", "benzoyl-g-(2-methylpiperidino)propanol", "3-(2-methylpiperidin-1-yl)propyl benzoate", "32248-37-6[rn]", "g-(2-methylpiperidyl)propyl benzoate", "2-methyl-1-piperidinepropanol benzoate", "5-20-04-00079 (beilstein handbook reference)[beilstein]", "533-28-8[rn]", "benzoic acid 3-(2-methyl-piperidin-1-yl)-propyl ester", "gamma-(2-methylpiperidyl)propyl benzoate"}|>, "2011" -> <|"DatabaseID" -> "SW01330", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10315]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00473"]}, "IsomericSmiles" -> "CC(C[NH2+]C1CCCCC1)OC(=O)c2ccccc2", "OfficialNames" -> <|"FDA Approved Drug" -> "HEXYLCAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164746489", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10770]}, "Synonyms" -> {"osmocaine", "hexilcaina [inn-spanish]", "1-(cyclohexylamino)-2-propanol benzoate (ester)", "cyclaine", "hexylcaine", "hexylcainum [inn-latin]", "hexylcainum[latin]", "hpn3", "hexylcaine [inn]", "hexylcaine hydrochloride", "hexylcaine[wiki][inn]", "9005-49-6", "hexylcainum", "1-(cyclohexylamino)propan-2-yl benzoate", "peripheral nerve sodium channel 3", "voltage-gated sodium channel subunit alpha nav1.8", "benzoic acid 2-cyclohexylamino-1-methyl-ethyl ester", "532-77-4[rn]", "(2-cyclohexylamino-1-methylethyl) benzoate", "2-propanol 1-(cyclohexylamino)- benzoate (ester)", "hexilcaina", "sodium channel protein type x subunit alpha", "hexilcaina[spanish][inn]", "ac1l1vwq"}|>, "2012" -> <|"DatabaseID" -> "SW01330", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10315]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00473"]}, "IsomericSmiles" -> "CC(C[NH2+]C1CCCCC1)OC(=O)c2ccccc2", "OfficialNames" -> <|"FDA Approved Drug" -> "HEXYLCAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164746489", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10770]}, "Synonyms" -> {"osmocaine", "hexilcaina [inn-spanish]", "1-(cyclohexylamino)-2-propanol benzoate (ester)", "cyclaine", "hexylcaine", "hexylcainum [inn-latin]", "hexylcainum[latin]", "hpn3", "hexylcaine [inn]", "hexylcaine hydrochloride", "hexylcaine[wiki][inn]", "9005-49-6", "hexylcainum", "1-(cyclohexylamino)propan-2-yl benzoate", "peripheral nerve sodium channel 3", "voltage-gated sodium channel subunit alpha nav1.8", "benzoic acid 2-cyclohexylamino-1-methyl-ethyl ester", "532-77-4[rn]", "(2-cyclohexylamino-1-methylethyl) benzoate", "2-propanol 1-(cyclohexylamino)- benzoate (ester)", "hexilcaina", "sodium channel protein type x subunit alpha", "hexilcaina[spanish][inn]", "ac1l1vwq"}|>, "2013" -> <|"DatabaseID" -> "SW01331", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5016]}, "IsomericSmiles" -> "C[NH+]1CCC2=C(C1)c3ccccc3Cc4c2cccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08511"]}, "OfficialNames" -> <|"NPC Approved Name" -> "setiptiline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5205]}, "Synonyms" -> {"setiptiline", "57262-94-9", "1h-dibenzo[3,4:6,7]cyclohepta[1,2-c]pyridine,2,3,4,9-tetrahydro-2-methyl-", "2,3,4,9-tetrahydro-2-methyl-1h-dibenzo[3,4:6,7]cyclohepta[1,2-c]pyridine", "57262-94-9[rn]", "setiptilina[spanish]", "teciptiline", "setiptilinum [latin]", "setiptiline [inn]", "setiptiline[inn]", "1h-dibenzo(3,4:6,7)cyclohepta(1,2-c)pyridine,2,3,4,9-tetrahydro-2-methyl-", "tecipul", "setiptiline (inn)", "org 8282", "260-653-4[einecs]", "org-8282", "2-methyl-2,3,4,9-tetrahydro-1h-dibenzo[3,4:6,7]cyclohepta[1,2-c]pyridine[acd/iupac name]", "setiptilinum[latin]", "2-methyl-2,3,4,9-tetrahydro-1h-dibenzo[3,4:6,7]cyclohepta[1,2-c]pyridin", "setiptilina [spanish]", "mo 8282", "einecs 260-653-4", "2,3,4,9-tetrahydro-2-methyl-1h-dibenzo(3,4:6,7)cyclohepta(1,2-c)pyridine"}|>, "2014" -> <|"DatabaseID" -> "SW01331", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5016]}, "IsomericSmiles" -> "C[NH+]1CCC2=C(C1)c3ccccc3Cc4c2cccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08511"]}, "OfficialNames" -> <|"NPC Approved Name" -> "setiptiline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5205]}, "Synonyms" -> {"setiptiline", "57262-94-9", "1h-dibenzo[3,4:6,7]cyclohepta[1,2-c]pyridine,2,3,4,9-tetrahydro-2-methyl-", "2,3,4,9-tetrahydro-2-methyl-1h-dibenzo[3,4:6,7]cyclohepta[1,2-c]pyridine", "57262-94-9[rn]", "setiptilina[spanish]", "teciptiline", "setiptilinum [latin]", "setiptiline [inn]", "setiptiline[inn]", "1h-dibenzo(3,4:6,7)cyclohepta(1,2-c)pyridine,2,3,4,9-tetrahydro-2-methyl-", "tecipul", "setiptiline (inn)", "org 8282", "260-653-4[einecs]", "org-8282", "2-methyl-2,3,4,9-tetrahydro-1h-dibenzo[3,4:6,7]cyclohepta[1,2-c]pyridine[acd/iupac name]", "setiptilinum[latin]", "2-methyl-2,3,4,9-tetrahydro-1h-dibenzo[3,4:6,7]cyclohepta[1,2-c]pyridin", "setiptilina [spanish]", "mo 8282", "einecs 260-653-4", "2,3,4,9-tetrahydro-2-methyl-1h-dibenzo(3,4:6,7)cyclohepta(1,2-c)pyridine"}|>, "2015" -> <|"DatabaseID" -> "SW01332", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10817]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01619"]}, "IsomericSmiles" -> "C[NH+]1CCC2=C(C1)C(c3c2cccc3)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02148"]}, "OfficialNames" -> <|"NPC Approved Name" -> "2,3,4,9-tetrahydro-2-methyl-9-phenyl-lh-indeno- (21-c)pyridine"|>, "PharmGKBID" -> "PA164750491", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11291]}, "Synonyms" -> {"nolahist", "thephorin", "phenindamine", "fenindamina [inn-spanish]", "phenindaminum [inn-latin]", "phenindiamine", "1h-indeno(2,1-c)pyridine 2,3,4,9-tetrahydro-2-methyl-9-phenyl-", "2,3,4,9-tetrahydro-2-methyl-9-phenyl-1h-indeno[2,1-c]pyridine", "amilon ()_mixture", "phenindamine [inn:ban]", "82-88-2[rn]", "1h-indeno[2,1-c]pyridine 2,3,4,9-tetrahydro-2-methyl-9-phenyl-", "5-20-08-00420 (beilstein handbook reference)[beilstein]", "201-443-4[einecs]", "1,2,3,4-tetrahydro-2-methyl-9-phenyl-2-azafluorene", "5503-08-2[rn]", "2-methyl-9-phenyl-2,3,4,9-tetrahydro-1-pyridindene", "phenindamine (inn)", "2-methyl-9-phenyl-2,3,4,9-tetrahydro-1h-indeno[2,1-c]pyridine[acd/iupac name]", "phenindaminum[latin]", "5-20-08-00420[beilstein]", "phenindamine tartrate", "82-88-2", "phenindaminum", "fenindamina", "2,3,4,9-tetrahydro-2-methyl-9-phenyl-1h-indeno(2,1-c)pyridine", "fenindamina[spanish][inn]", "2,3,4,9-tetrahydro-2-methyl-9-phenyl-lh-indeno(2,1-c)pyridine"}|>, "2016" -> <|"DatabaseID" -> "SW01332", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10817]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01619"]}, "IsomericSmiles" -> "C[NH+]1CCC2=C(C1)C(c3c2cccc3)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02148"]}, "OfficialNames" -> <|"NPC Approved Name" -> "2,3,4,9-tetrahydro-2-methyl-9-phenyl-lh-indeno- (21-c)pyridine"|>, "PharmGKBID" -> "PA164750491", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11291]}, "Synonyms" -> {"nolahist", "thephorin", "phenindamine", "fenindamina [inn-spanish]", "phenindaminum [inn-latin]", "phenindiamine", "1h-indeno(2,1-c)pyridine 2,3,4,9-tetrahydro-2-methyl-9-phenyl-", "2,3,4,9-tetrahydro-2-methyl-9-phenyl-1h-indeno[2,1-c]pyridine", "amilon ()_mixture", "phenindamine [inn:ban]", "82-88-2[rn]", "1h-indeno[2,1-c]pyridine 2,3,4,9-tetrahydro-2-methyl-9-phenyl-", "5-20-08-00420 (beilstein handbook reference)[beilstein]", "201-443-4[einecs]", "1,2,3,4-tetrahydro-2-methyl-9-phenyl-2-azafluorene", "5503-08-2[rn]", "2-methyl-9-phenyl-2,3,4,9-tetrahydro-1-pyridindene", "phenindamine (inn)", "2-methyl-9-phenyl-2,3,4,9-tetrahydro-1h-indeno[2,1-c]pyridine[acd/iupac name]", "phenindaminum[latin]", "5-20-08-00420[beilstein]", "phenindamine tartrate", "82-88-2", "phenindaminum", "fenindamina", "2,3,4,9-tetrahydro-2-methyl-9-phenyl-1h-indeno(2,1-c)pyridine", "fenindamina[spanish][inn]", "2,3,4,9-tetrahydro-2-methyl-9-phenyl-lh-indeno(2,1-c)pyridine"}|>, "2017" -> <|"DatabaseID" -> "SW01332", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10817]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01619"]}, "IsomericSmiles" -> "C[NH+]1CCC2=C(C1)C(c3c2cccc3)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02148"]}, "OfficialNames" -> <|"NPC Approved Name" -> "2,3,4,9-tetrahydro-2-methyl-9-phenyl-lh-indeno- (21-c)pyridine"|>, "PharmGKBID" -> "PA164750491", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11291]}, "Synonyms" -> {"nolahist", "thephorin", "phenindamine", "fenindamina [inn-spanish]", "phenindaminum [inn-latin]", "phenindiamine", "1h-indeno(2,1-c)pyridine 2,3,4,9-tetrahydro-2-methyl-9-phenyl-", "2,3,4,9-tetrahydro-2-methyl-9-phenyl-1h-indeno[2,1-c]pyridine", "amilon ()_mixture", "phenindamine [inn:ban]", "82-88-2[rn]", "1h-indeno[2,1-c]pyridine 2,3,4,9-tetrahydro-2-methyl-9-phenyl-", "5-20-08-00420 (beilstein handbook reference)[beilstein]", "201-443-4[einecs]", "1,2,3,4-tetrahydro-2-methyl-9-phenyl-2-azafluorene", "5503-08-2[rn]", "2-methyl-9-phenyl-2,3,4,9-tetrahydro-1-pyridindene", "phenindamine (inn)", "2-methyl-9-phenyl-2,3,4,9-tetrahydro-1h-indeno[2,1-c]pyridine[acd/iupac name]", "phenindaminum[latin]", "5-20-08-00420[beilstein]", "phenindamine tartrate", "82-88-2", "phenindaminum", "fenindamina", "2,3,4,9-tetrahydro-2-methyl-9-phenyl-1h-indeno(2,1-c)pyridine", "fenindamina[spanish][inn]", "2,3,4,9-tetrahydro-2-methyl-9-phenyl-lh-indeno(2,1-c)pyridine"}|>, "2018" -> <|"DatabaseID" -> "SW01332", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10817]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01619"]}, "IsomericSmiles" -> "C[NH+]1CCC2=C(C1)C(c3c2cccc3)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02148"]}, "OfficialNames" -> <|"NPC Approved Name" -> "2,3,4,9-tetrahydro-2-methyl-9-phenyl-lh-indeno- (21-c)pyridine"|>, "PharmGKBID" -> "PA164750491", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11291]}, "Synonyms" -> {"nolahist", "thephorin", "phenindamine", "fenindamina [inn-spanish]", "phenindaminum [inn-latin]", "phenindiamine", "1h-indeno(2,1-c)pyridine 2,3,4,9-tetrahydro-2-methyl-9-phenyl-", "2,3,4,9-tetrahydro-2-methyl-9-phenyl-1h-indeno[2,1-c]pyridine", "amilon ()_mixture", "phenindamine [inn:ban]", "82-88-2[rn]", "1h-indeno[2,1-c]pyridine 2,3,4,9-tetrahydro-2-methyl-9-phenyl-", "5-20-08-00420 (beilstein handbook reference)[beilstein]", "201-443-4[einecs]", "1,2,3,4-tetrahydro-2-methyl-9-phenyl-2-azafluorene", "5503-08-2[rn]", "2-methyl-9-phenyl-2,3,4,9-tetrahydro-1-pyridindene", "phenindamine (inn)", "2-methyl-9-phenyl-2,3,4,9-tetrahydro-1h-indeno[2,1-c]pyridine[acd/iupac name]", "phenindaminum[latin]", "5-20-08-00420[beilstein]", "phenindamine tartrate", "82-88-2", "phenindaminum", "fenindamina", "2,3,4,9-tetrahydro-2-methyl-9-phenyl-1h-indeno(2,1-c)pyridine", "fenindamina[spanish][inn]", "2,3,4,9-tetrahydro-2-methyl-9-phenyl-lh-indeno(2,1-c)pyridine"}|>, "2019" -> <|"DatabaseID" -> "SW01333", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13139]}, "IsomericSmiles" -> "C[NH+](C)CCN(Cc1ccsc1)c2ccccn2", "OfficialNames" -> <|"NPC Approved Name" -> "thenyldiamine hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13734]}, "Synonyms" -> {"thenfadil hydrochloride", "thenyldiamine chloride", "2-((2-(dimethylamino)ethyl)-3-thenyl-amino)-pyridine hydrochloride", "thenyldiamine hydrochloride", "ccris 1967", "n,n-dimethyl-n'-pyridin-2-yl-n'-(thiophen-3-ylmethyl)ethane-1,2-diaminehydrochloride", "n,n-dimethyl-n'-(2-pyridinyl)-n'-(3-thienylmethyl)-1,2-ethanediamine hydrochloride (1:1)", "958-93-0[rn]", "phenyldiamine hydrochloride", "pyridine,2-((2-(dimethylamino)ethyl)-3-thenylamino)-,monohydrochloride", "win 2848", "einecs 213-490-8", "1", "213-490-8[einecs]", "pyridine", "win 2848 hydrochloride salt", "958-93-0 {hydrochloride}", "n,n-dimethyl-n'-pyridin-2-yl-n'-(3-thienylmethyl)ethane-1,2-diamine hydrochloride", "dethylandiamine", "1,2-ethanediamine n1,n1-dimethyl-n2-2-pyridinyl-n2-(3-thienylmethyl)- hydrochloride (1:1)", "1,2-ethanediamine,n,n-dimethyl-n'-2-pyridinyl-n'-(3-thienylmethyl)- monohydrochloride"}|>, "2020" -> <|"DatabaseID" -> "SW01334", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "175901"], ExternalIdentifier["ChEBIID", "31647"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54753], ExternalIdentifier["ChemSpiderID", 54752]}, "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C([C@@H]([C@H](O2)CO)O)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02368"]}, "OfficialNames" -> <|"Indian Approved Name" -> "gemcitabine hcl", "Australia Approved Name" -> "GEMCITABINE", "FDA Approved Drug" -> "GEMCITABINE;GEMCITABINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449748", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60750]}, "Synonyms" -> {"gemcitabine", "gemtro", "dfdc", "gemcin", "gamcitabine", "gemzar[wiki]", "2'", "gemcitabina", "95058-81-4", "gemcitabinum", "2'-deoxy-2',2'-difluoro-cytidine", "2(1h)-pyrimidinone 4-amino-1-(2-deoxy-2,2-difluoro-d-erythropentofuranosyl)- (9ci)", "4-amino-1-((2r,4r,5r)-3,3-difluoro-4-hydroxy-5-(hydroxymethyl)-tetrahydrofuran-2-yl)pyrimidin-2(1h)-one", "4-amino-1-[(2r,4r,5r)-3,3-difluoro-4-hydroxy-5-(hydroxymethyl)oxolan-2-yl]pyrimidin-2-one", "2',2'-difluoro-2'-deoxycytidine; 2',2'-difluorodeoxycytidine; 2'-deoxy-2',2'-difluorocytidine", "4-amino-1-[(2r,4r,5r)-3,3-difluoro-4-hydroxy-5-(hydroxymethyl)tetrahydro-2-furanyl]-2(1h)-pyrimidinone", "gemcitabine[wiki][inn][ban][usan]", "4-amino-1-[3,3-difluoro-4-hydroxy-5-(hydroxymethyl) tetrahydrofuran-2-yl]-1h-pyrimidin-2-one", "2',2'-dif-dc", "2(1h)-pyrimidinone 4-amino-1-(2-deoxy-2,2-difluoro-d-erythro-pentofuranosyl)-", "2'-deoxy-2',2'-difluorocytidine[acd/iupac name]", "tl8005979", "gemcitabina[spanish][inn]", "gemcitabine base", "gemcitabine hydrochloride", "geo", "ddfc", "95058-81-4[rn]", "gemcitabinum[latin]", "2'-deoxy-2',2'-difluorocytidine gemcitabine", "1-(2-oxo-4-amino-1,2-dihydropyrimidin-1-yl)-2-deoxy-2,2-difluororibose", "dfdcyd", "ly188011", "2',2'-difluorodeoxycytidine", "cytidine 2'-deoxy-2',2'-difluoro-", "337376-15-5", "zefei", "gemcitabinum [inn-latin]", "122111-03-9[rn]", "gemcitabine hcl", "4-amino-1-[(2r,4r,5r)-3,3-difluoro-4-hydroxy-5-(hydroxymethyl)tetrahydro-2-furanyl]-2(1h)-pyrimidinone hydrochloride", "2'-deoxy-2',2'-difluorocytidine monohydrochloride", "103882-84-4[rn]", "gemzar (tn)", "cytidine 2'-deoxy-2',2'-difluoro- hydrochloride (1:1)", "4-amino-1-[(2r,4r,5r)-3,3-difluoro-4-hydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]pyrimidin-2(1h)-one hydrochloride", "hydrogen chloride 2'-deoxy-2',2'-difluorocytidine (1:1:1)", "4-amino-1-[(2r,4r,5r)-3,3-difluor-4-hydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]pyrimidin-2(1h)-onhydrochlorid", "2',2'-difluorodeoxycytidine monohydrochloride", "2',2'-difluoro-2'-deoxycytidine hydrochloride", "2'-deoxy-2',2'-difluorocytidine hydrochloride (1:1)[acd/iupac name]", "tl8000589", "ly188011 hydrochloride", "2'-deoxy-2',2'-difluorocytidine hydrochloride", "gemcitabine hydrochloride (jan/usan)[jan][usan]", "gemzar ly-188011", "cytidine 2'-deoxy-2',2'-difluoro-[acd/index name]", "cytidine,2'-deoxy-2',2'-difluoro-,chloride,hydrogensalt (1:1)", "cytidine 2'-deoxy-2',2'-difluoro- monohydrochloride"}|>, "2021" -> <|"DatabaseID" -> "SW01335", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "102130"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5134]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01581"]}, "IsomericSmiles" -> "Cc1ccnc(n1)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02435"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFAMERAZINE"|>, "PharmGKBID" -> "PA164776842", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5325]}, "Synonyms" -> {"sulfamerazine", "sulphamerazine", "methylpyrimal", "kelamerazine", "sulfameradine", "mebacid", "methylsulfazine", "cremomerazine", "sulfamerazin", "sulfamethyldiazine", "septosyl", "[(4-aminophenyl)sulfonyl](4-methylpyrimidin-2-yl)amine", "2-(p-aminobenzolsulfonamido)-4-methylpyrimidine", "cas-127-79-7", "benzenesulfonamide 4-amino-n-(4-methyl-2-pyrimidinyl)-", "n(1)-(4-methyl-2-pyrimidinyl)sulfanilamide", "4-amino-n-(4-methyl-2-pyrimidinyl)-benzenesulfonamide (9ci)", "2-sulfa-4-methylpyrimidine", "n-(4-methyl-2-pyrimidyl)sulfanilamide", "5-25-10-00167 (beilstein handbook reference)[beilstein]", "dhps", "metilsulfadiazin", "sulfanilamide n(sup 1)-(4-methyl-2-pyrimidinyl)-", "septacil", "sulfadimidine imp. a (pharmeuropa)", "2-(sulfanilamido)-4-methylpyrimidine", "n(sup 1)-(4-methyl-2-pyrimidinyl)sulfanilamide", "veta-merazine", "sulfamerazinum [inn_la]", "pyralcid", "sumedin", "benzenesulfonamide 4-amino-n- (4-methyl-2-pyrimidinyl)-", "methylsulfadiazine", "n1-(4-methyl-2-pyrimidyl)sulfanilamide", "einecs 204-866-2", "4-amino-n-(4-methyl-pyrimidin-2-yl)-benzenesulfonamide", "percoccide", "2632 r. p", "(p-aminobenzolsulfonyl)-2-amino-4-methylpyrimidin[german]", "methylsulfazin", "sulfonamide duplex", "pirimal-m", "debenal-m", "n1-(4-methylpyrimidin-2-yl)sulfanilamide", "sulfamerazina[spanish][inn]", "127-79-7[rn]", "sulfamerazinum[latin]", "romezin", "n1-(4-methyl-2-pyrimidinyl)sulfanilamide", "pyrimal m", "2643-rp", "metilsulfazin", "sulfanilamide n1- (4-methyl-2-pyrimidinyl)-", "249133", "99482-27-6[rn]", "4-azanyl-n-(4-methylpyrimidin-2-yl)benzenesulfonamide", "methyldebenal", "sulfamerazine [usan:inn:ban][inn][usan]", "2(p-aminobenzolsulfonamido)-4-methylpyrimidin", "1401-55-4[rn]", "204-866-2[einecs]", "ec 2.5.1.15", "4-amino-n-(4-methyl-2-pyrimidyl)benzenesulfonamide", "solumedin", "4-amino-n-(4-methyl-2-pyrimidinyl)benzenesulfonamide[acd/iupac name]", "2-(4-aminobenzenesulfonamido)-4-methylpyrimidine", "methypyrimal", "4-amino-n-(4-methylpyrimidin-2-yl)benzene-1-sulfonamide", "n(sup1)-(4-methyl-2-pyrimidinyl)sulfanilamide", "2632 r. p.", "4-amino-n-(4-methyl-2-pyrimidinyl)-benzenesulfonamide", "solfamerazina [dcit]", "sulfamerazine [usan:ban:inn][inn][usan]", "n(1)-(4-methyl-2-pyrimidyl)sulfanilamide", "215-753-2[einecs]", "c11h12n4o2s", "mesulfa", "debenal m", "sulfanilamide n1-(4-methyl-2-pyrimidinyl)- (8ci)", "sulfonamides duplex", "4-amino-n-(4-methylpyrimidin-2-yl)benzenesulfonamide", "sulfanilamide n1-(4-methyl-2-pyrimidinyl)-", "2-sulfanilamido-4-methylpyrimidine", "4-amino-n-(4-methyl-2- pyrimidinyl)benzenesulfonamide", "sumedine", "5-25-10-00167", "dihydropteroate pyrophosphorylase"}|>, "2022" -> <|"DatabaseID" -> "SW01336", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 558841]}, "IsomericSmiles" -> "CC1=CC(=O)CC([C@@]1(/C=C/C(=C\\C(=O)[O-])/C)O)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sesquiterpenes"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 643732]}, "Synonyms" -> {"(-)-aba", "(r)-abscisic acid", "(-)-abscisic acid", "2698958[beilstein]", "abscisic acid", "(-)-cis,trans-abscisic acid", "(2z", "14398-53-9[rn]", "2,4-pentadienoic acid 5-(1-hydroxy-2,6,6-trimethyl-4-oxo-2-cyclohexen-1-yl)-3-methyl- (2z,4e)-[acd/index name]", "(2z,4e)-5-(1-hydroxy-2,6,6-trimethyl-4-oxocyclohex-2-en-1-yl)-3-methylpenta-2,4-dienoic acid", "(r)-5-(1-hydroxy-2,6,6-trimethyl-4-oxocyclohex-2-en-1-yl)-3-methyl-(2z,4e)-pentadienoic acid", "(7e", "(2z,4e)-5-[(1r)-1-hydroxy-2,6,6-trimethyl-4-oxocyclohex-2-en-1-yl]-3-methylpenta-2,4-dienoic acid", "(-)-cis", "(+)-2-cis", "ac1ld7u6", "(+)-abscisic acid", "5-(1-hydroxy-2,6,6-trimethyl-4-oxo-cyclohex-2-enyl)-3-methyl-penta-2,4-dienoic acid", "21293-29-8[rn]", "2,4-pentadienoic acid 5-[(1r)-1-hydroxy-2,6,6-trimethyl-4-oxo-2-cyclohexen-1-yl]-3-methyl- (2z,4e)-"}|>, "2023" -> <|"DatabaseID" -> "SW01337", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "62429"]}, "IsomericSmiles" -> "CC1=CC(=O)CC(C1(/C=C/C(=C/C(=O)[O-])/C)O)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-abscisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5375200]}, "Synonyms" -> {"abscisic acid", "(+/-)-abscisic acid", "(+)-cis-abscisic acid", "5-(1-hydroxy-2", "(+)-abscisic acid", "cis-abscisic acid", "(2e", "(+)-abscisin ii", "mls000766141"}|>, "2024" -> <|"DatabaseID" -> "SW01337", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "62429"]}, "IsomericSmiles" -> "CC1=CC(=O)CC(C1(/C=C/C(=C/C(=O)[O-])/C)O)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-abscisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5375200]}, "Synonyms" -> {"abscisic acid", "(+/-)-abscisic acid", "(+)-cis-abscisic acid", "5-(1-hydroxy-2", "(+)-abscisic acid", "cis-abscisic acid", "(2e", "(+)-abscisin ii", "mls000766141"}|>, "2025" -> <|"DatabaseID" -> "SW01338", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2365"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444418]}, "IsomericSmiles" -> "CC1=CC(=O)CC([C@]1(/C=C/C(=C\\C(=O)[O-])/C)O)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abscisic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280896]}, "Synonyms" -> {"(s)-(+)-abscisic acid", "cis-trans-(+)-abscissic acid", "abscisin ii", "(+)-abscisic acid", "(s)-5-(1-hydroxy-2,6,6-trimethyl-4-oxo-2-cyclohexen-1-yl)-3-methyl-(2z,4e)-pentadienoic acid", "abscisic acid", "2-cis,4-trans-abscisic acid", "(+)-(cis,trans)-abscisic acid", "2,4-pentadienoic acid 5-[(1s)-1-hydroxy-2,6,6-trimethyl-4-oxo-2-cyclohexen-1-yl]-3-methyl- (2z,4e)-", "dormin (van)", "abk", "(+)-(s)-abscisic acid", "14375-45-2", "acide abscisique [french]", "aba", "a-0120", "2,4-pentadienoic acid 5-(1-hydroxy-2,6,6-trimethyl-4-oxo-2-cyclohexen-1-yl)-3-methyl- (s-(z,e))-", "14375-45-2[rn]", "dormin[wiki]", "(2z,4e)-5-[(1s)-hydroxy-2,6,6-trimethyl-4-oxo-2-cyclohexen-1-yl]-3-methyl-2,4-pentadienoicacid", "2-cis", "chebi:2365", "14398-53-9[rn]", "244-319-5[einecs]", "abscisic acid[wiki]", "(7e,9z)-(6s)-6-hydroxy-3-oxo-11-apo-e-caroten-11-oic acid", "(2z,4e)-5-[(1s)-1-hydroxy-2,6,6-trimethyl-4-oxocyclohex-2-en-1-yl]-3-methylpenta-2,4-dienoic acid", "(s-(z,e))-5-(1-hydroxy-2,6,6-trimethyl-4-oxocyclohex-2-en-1-yl)-3-methylpenta-2,4-dienoicacid", "abcisic acid", "(+)-s-aba", "4190247[beilstein]", "(+)-cis,trans-abscisic acid", "(+)-(s)-aba", "dormin (abscission factor)", "acide abscisique[french]", "abscisicacid", "2130328[beilstein]", "21293-29-8[rn]", "6755-41-5[rn]"}|>, "2026" -> <|"DatabaseID" -> "SW01339", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2645]}, "IsomericSmiles" -> "c1ccc(cc1)C2(CC2C3=[NH+]CCN3)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03492"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cifenline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2747]}, "Synonyms" -> {"cibenzoline", "up 33-901", "cifenline", "ro 22-7796", "cifenline [usan]", "cifenline[usan]", "1h-imidazole 2-(2,2-diphenylcyclopropyl)-4,5-dihydro-", "cibenzolinum[latin]", "cibenzolina [inn-spanish]", "cifenline (usan)", "2-(2,2-diphenylcyclopropyl)-4,5-dihydro-1h-imidazole[acd/iupac name]", "53267-01-9[rn]", "einecs 258-453-7", "53267-01-9,", "cifenline cibenzoline", "2-(2,2-diphenyl-cyclopropyl)-4,5-dihydro-1h-imidazole", "cibenzolina[spanish][inn]", "53267-01-9", "258-453-7[einecs]", "1-(2-d2-imidazolinyl)-2,2-diphenylcyclopropane", "2-(2", "cibenzolinum [inn-latin]"}|>, "2027" -> <|"DatabaseID" -> "SW01339", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2645]}, "IsomericSmiles" -> "c1ccc(cc1)C2(CC2C3=[NH+]CCN3)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03492"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cifenline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2747]}, "Synonyms" -> {"cibenzoline", "up 33-901", "cifenline", "ro 22-7796", "cifenline [usan]", "cifenline[usan]", "1h-imidazole 2-(2,2-diphenylcyclopropyl)-4,5-dihydro-", "cibenzolinum[latin]", "cibenzolina [inn-spanish]", "cifenline (usan)", "2-(2,2-diphenylcyclopropyl)-4,5-dihydro-1h-imidazole[acd/iupac name]", "53267-01-9[rn]", "einecs 258-453-7", "53267-01-9,", "cifenline cibenzoline", "2-(2,2-diphenyl-cyclopropyl)-4,5-dihydro-1h-imidazole", "cibenzolina[spanish][inn]", "53267-01-9", "258-453-7[einecs]", "1-(2-d2-imidazolinyl)-2,2-diphenylcyclopropane", "2-(2", "cibenzolinum [inn-latin]"}|>, "2028" -> <|"DatabaseID" -> "SW01340", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390751]}, "IsomericSmiles" -> "C[C@@]12CC[C@@H]3[C@@H]([C@@H]4[C@](O4)(CC[C@H]1O2)C)OC(=O)C3=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "michelenolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442278]}, "Synonyms" -> {"michelenolide", "66392-96-9", "66392-96-9[rn]", "c09506", "(1s,12s,2r,4r,7r,9r)-4,9-dimethyl-13-methylene-3,8,15-trioxatetracyclo[10.3.0.0<2,4>.0<7,9>]pentadecan-14-one", "ac1l9cj8"}|>, "2029" -> <|"DatabaseID" -> "SW01341", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1267366]}, "IsomericSmiles" -> "c1ccc(cc1)/C=C/COC(=O)/C=C/c2ccccc2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "styracin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1550890]}, "Synonyms" -> {"3-phenylallyl cinnamate", "cinnamyl cinnamate (natural)", "cinnamyl cinnamate", "styracin", "122-69-0[rn]", "cinnamic acid cinnamyl ester", "cinnamyl beta-phenylacrylate", "(e)-cinnamyl-(e)-cinnamate", "(e)-3-phenyl-2-propenoic acid [(e)-3-phenylprop-2-enyl] ester", "3-phenyl-2-propen-1-yl 3-phenylacrylate", "(e)-3-phenyl-acrylic acid (e)-3-phenyl-allyl ester", "3-phenyl-2-propenyl 3-phenyl-2-propenoate", "2-propenoic acid,3-phenyl- (2e)-3-phenyl-2-propen-1-yl ester,(2e)-", "(2e)-3-phenylprop-2-en-1-yl (2e)-3-phenylacrylate", "phenylallyl cinnamate", "204-566-1[einecs]", "(2e)-3-phenylprop-2-en-1-yl (2e)-3-phenylprop-2-enoate", "cinnamyl alcohol", "cinnamic acid cinnamyl ester", "3-phenylprop-2-enyl cinnamate", "(2e)-3-phenyl-2-propen-1-yl (2e)-3-phenylacrylate", "cinnamyl alcohol cinnamate", "3-phenyl-2-propen-1-yl cinnamate", "cinnyl cinnamate", "cinnamylester kyseliny skoricove[czech]", "2-propenoic acid 3-phenyl- 3-phenyl-2-propenyl ester", "[(e)-3-phenylprop-2-enyl] (e)-3-phenylprop-2-enoate", "3-phenyl-2-propen-1-yl 3-phenylpropenoate", "3-phenyl-2-propenoic acid 3-phenyl-2-propenyl ester", "122-69-0", "ccris 904"}|>, "2030" -> <|"DatabaseID" -> "SW01342", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5120]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02546"]}, "IsomericSmiles" -> "c1ccc(cc1)NC(=O)CCCCCCC(=O)NO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06320"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VORINOSTAT"|>, "PharmGKBID" -> "PA164748224", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311]}, "Synonyms" -> {"vorinostat", "zolinza", "suberanilohydroxamic acid", "saha", "suberoylanilide hydroxamic acid", "n-hydroxy-n'-phenyloctanediamide", "shh", "octanediamide n1-hydroxy-n8-phenyl-", "saha cpd", "n-hydroxy-7-(4-dimethylaminobenzoyl)aminoheptanamide", "mk0683", "c111237", "vorinostat (saha)", "octanediamide n-hydroxy-n'-phenyl-", "zolinza[wiki]", "n-hydroxy-n'-phenyloctanediamide[acd/iupac name]", "nhnpoda", "m344", "n-hydroxy-n'-phenyloctandiamid", "m344 compound", "149647-78-9[rn]", "149647-78-9", "vorinostat[wiki][inn]", "octanedioic acid hydroxyamide phenylamide", "n-hyrdroxy-n'-phenyloctanediamide", "ccris 8456", "4-dimethylamino-n-(6-hydroxycarbamoylhexyl)benzamide", "vorinostat msd", "n1-hydroxy-n8-phenyl-octanediamide;saha; vorinostat;zolinza"}|>, "2031" -> <|"DatabaseID" -> "SW01343", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55068]}, "IsomericSmiles" -> "CCOC(=O)C1(CC[NH+](CC1)C)c2cccc(c2)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Hydroxypethidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61120]}, "Synonyms" -> {"bemidon", "oxydolantin", "oxipethidinum", "demidone", "hydropetidine", "oxypetidin", "oxipethidine", "bemidone", "ethyl 4-(m-hydroxyphenyl)-1-methylisonipecotate", "468-56-4[rn]", "idrossipetidina [dcit]", "hydroxypethidinum[latin]", "biphenal", "4-(m-hydroxyphenyl)-1-methylpiperidine-4-carboxylic acid ethylester", "4-(m-hydroxyphenyl)-1-methylisonipecotic acid ethyl ester", "hidroxipetidina[spanish][inn]", "4-22-00-02205 (beilstein handbook reference)[beilstein]", "hoechst no. 10", "4-piperidinecarboxylic acid 4-(3-hydroxyphenyl)-1-methyl- ethyl ester", "4-(3-hydroxyphenyl)-1-methyl-4-piperidinecarboxylic acid ethylester", "207-410-0[einecs]", "ethyl 4-(3-hydroxyphenyl)-1-methylpiperidine-4-carboxylate", "bemidone[wiki]", "hydroxypethidine[wiki]", "hoechst 10446", "isonipecotic acid,4-(m-hydroxyphenyl)-1-methyl- ethyl ester", "ethyl 4-(3-hydroxyphenyl)-1-methylpiperidin-4-carboxylat", "hoechst 10,446", "hoechst no. 10,446", "hydroxypethidine", "4-piperidinecarboxylic acid 4-(m-hydroxyphenyl)-1-methyl- ethyl ester", "hydroxypethidine [ban:inn][inn]"}|>, "2032" -> <|"DatabaseID" -> "SW01344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14646]}, "IsomericSmiles" -> "CC1CC[NH+](CC1)CCCC(=O)c2ccc(cc2)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07309"]}, "OfficialNames" -> <|"NPC Approved Name" -> "melperone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15387]}, "Synonyms" -> {"bunil", "metylperon", "metylperonum", "4'-fluor-4-(4-methylpiperidino)butyrophenon", "melperone", "methylperone", "buronil", "melperona[spanish][inn]", "melperonum [inn-latin]", "methylperone melperone", "flubuperone", "1-butanone 1-(4-fluorophenyl)-4-(4-methyl-1-piperidinyl)-", "3575-80-2", "melperone[wiki]", "1-(4-fluorophenyl)-4-(4-methylpiperidin-1-yl)butan-1-one", "melperona [inn-spanish]", "melperone [ban:dcf:inn][inn]", "4'-fluoro-4-(4-methylpiperidino)butyrophenone", "216-599-9[einecs]", "3575-80-2[rn]", "melperonum[latin]", "ncgc00167744-01", "eunerpan", "1-(4-fluorophenyl)-4-(4-methyl-1-piperidinyl)-1-butanone[acd/iupac name]"}|>, "2033" -> <|"DatabaseID" -> "SW01345", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102808]}, "IsomericSmiles" -> "C1C[C@@H]2[C@H]3CCC[N+]4([C@H]3[C@@H](CCC4)CN2C(=O)C1)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oxymatrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 114850]}, "Synonyms" -> {"oxymatrine", "matrine oxide", "ammothamnine", "matrine n-oxide", "1h,5h,10h-dipyrido(2,1-f:3',2',1'-ij)(1,6)naphthyridin-10-one,dodecahydro- 4-oxide (4r,7as,13ar,13br,13cs)-", "matrine 1-oxide", "16837-52-8", "(4(1)s,7as,13ar,13br)-10-oxohexadecahydrodipyrido[2,1-f:3',2',1'-ij][1,6]naphthyridine 4-oxide", "(6as,11ar,11br,11cs)-3a-oxy-dodecahydro-3a,7a-diaza-benzo[de]anthracen-8-one", "(7as", "1h,5h,10h-dipyrido[2,1-f:3',2',1'-ij][1,6]naphthyridin-10-one,dodecahydro- 4-oxide (7as,13ar,13br,13cs)-", "matrine 1beta-oxide", "(7as,13ar,13br,13cs)dodecahydro-1h,5h,10h-dipyrido[2,1-f:3',2',1'-ij][1,6]naphthyridin-10-one 4-oxide[acd/iupac name]", "1h", "16837-52-8[rn]", "(+)-oxymatrine", "matrine", "matridin-15-one"}|>, "2034" -> <|"DatabaseID" -> "SW01346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390948]}, "IsomericSmiles" -> "CC(C)[C@H]1[C@H]2[C@@H]3CC[C@H]4[C@@]3([C@@H]([C@@H]1OC2=O)[NH+](C4)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dendrobine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442523]}, "Synonyms" -> {"dendrobine", "ac1l9d0b", "2115-91-5", "2115-91-5[rn]", "c09943"}|>, "2035" -> <|"DatabaseID" -> "SW01346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390948]}, "IsomericSmiles" -> "CC(C)[C@H]1[C@H]2[C@@H]3CC[C@H]4[C@@]3([C@@H]([C@@H]1OC2=O)[NH+](C4)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dendrobine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442523]}, "Synonyms" -> {"dendrobine", "ac1l9d0b", "2115-91-5", "2115-91-5[rn]", "c09943"}|>, "2036" -> <|"DatabaseID" -> "SW01347", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475131]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3(CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clavatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315953]}, "Synonyms" -> {"clavatine"}|>, "2037" -> <|"DatabaseID" -> "SW01347", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475131]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3(CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clavatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315953]}, "Synonyms" -> {"clavatine"}|>, "2038" -> <|"DatabaseID" -> "SW01347", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475131]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3(CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clavatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315953]}, "Synonyms" -> {"clavatine"}|>, "2039" -> <|"DatabaseID" -> "SW01347", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475131]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3(CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clavatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315953]}, "Synonyms" -> {"clavatine"}|>, "2040" -> <|"DatabaseID" -> "SW01347", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475131]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3(CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clavatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315953]}, "Synonyms" -> {"clavatine"}|>, "2041" -> <|"DatabaseID" -> "SW01347", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475131]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3(CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clavatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315953]}, "Synonyms" -> {"clavatine"}|>, "2042" -> <|"DatabaseID" -> "SW01347", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475131]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3(CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clavatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315953]}, "Synonyms" -> {"clavatine"}|>, "2043" -> <|"DatabaseID" -> "SW01347", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475131]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3(CCC[NH+]4C3(C1)C2CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clavatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315953]}, "Synonyms" -> {"clavatine"}|>, "2044" -> <|"DatabaseID" -> "SW01348", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 111300]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06700"]}, "IsomericSmiles" -> "C[NH+](C)CC(c1ccc(cc1)O)C2(CCCCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02570"], ExternalIdentifier["KEGGID", "D07793"]}, "OfficialNames" -> <|"Indian Approved Name" -> "desvenlafaxine", "FDA Approved Drug" -> "DESVENLAFAXINE SUCCINATE"|>, "PharmGKBID" -> "PA165958374", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9800068], ExternalIdentifier["PubChemCompoundID", 125017]}, "Synonyms" -> {"desvenlafaxine", "pristiq", "norvenlafaxine", "4-(2-(dimethylamino)-1-(1-hydroxycyclohexyl)ethyl)phenol", "o-desmethylvenlafaxine", "d,l-o-desmethyl venlafaxine", "norepinephrine transporter", "4-[2-(dimethylamino)-1-(hydroxycyclohexyl)ethyl]phenol", "4-[2-dimethylamino-1-(1-hydroxy-cyclohexyl)-ethyl]-phenol (c4h4o4.h2o)", "300827-87-6[rn]", "93413-62-8[rn]", "phenol 4-(2-(dimethylamino)-1-(1-hydroxycyclohexyl)ethyl)-", "o-desmethyl venlafaxine", "4-[2-dimethylamino-1-(1-hydroxycyclohexyl)ethyl]phenol", "desvenlafaxine[wiki][inn]", "net", "4-[2-(dimethylamino)-1-(1-hydroxycyclohexyl)ethyl]phenol[acd/iupac name]", "phenol 4-[2-(dimethylamino)-1-(1-hydroxycyclohexyl)ethyl]-", "pristiq[wiki]", "o-desmethylvenlafaxine (odv)", "desvenlafaxine succinate", "desvenlafaxine succinate hydrate", "desvenlafaxine (inn)", "akos005145772", "hms3264f16", "chembl1201728", "dvs 233", "ac1l2nuv", "chembl1118", "desvenlafaxine [inn:ban]", "ls-193724", "93413-62-8"}|>, "2045" -> <|"DatabaseID" -> "SW01348", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 111300]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06700"]}, "IsomericSmiles" -> "C[NH+](C)CC(c1ccc(cc1)O)C2(CCCCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02570"], ExternalIdentifier["KEGGID", "D07793"]}, "OfficialNames" -> <|"Indian Approved Name" -> "desvenlafaxine", "FDA Approved Drug" -> "DESVENLAFAXINE SUCCINATE"|>, "PharmGKBID" -> "PA165958374", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9800068], ExternalIdentifier["PubChemCompoundID", 125017]}, "Synonyms" -> {"desvenlafaxine", "pristiq", "norvenlafaxine", "4-(2-(dimethylamino)-1-(1-hydroxycyclohexyl)ethyl)phenol", "o-desmethylvenlafaxine", "d,l-o-desmethyl venlafaxine", "norepinephrine transporter", "4-[2-(dimethylamino)-1-(hydroxycyclohexyl)ethyl]phenol", "4-[2-dimethylamino-1-(1-hydroxy-cyclohexyl)-ethyl]-phenol (c4h4o4.h2o)", "300827-87-6[rn]", "93413-62-8[rn]", "phenol 4-(2-(dimethylamino)-1-(1-hydroxycyclohexyl)ethyl)-", "o-desmethyl venlafaxine", "4-[2-dimethylamino-1-(1-hydroxycyclohexyl)ethyl]phenol", "desvenlafaxine[wiki][inn]", "net", "4-[2-(dimethylamino)-1-(1-hydroxycyclohexyl)ethyl]phenol[acd/iupac name]", "phenol 4-[2-(dimethylamino)-1-(1-hydroxycyclohexyl)ethyl]-", "pristiq[wiki]", "o-desmethylvenlafaxine (odv)", "desvenlafaxine succinate", "desvenlafaxine succinate hydrate", "desvenlafaxine (inn)", "akos005145772", "hms3264f16", "chembl1201728", "dvs 233", "ac1l2nuv", "chembl1118", "desvenlafaxine [inn:ban]", "ls-193724", "93413-62-8"}|>, "2046" -> <|"DatabaseID" -> "SW01349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 540328]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3CCC[NH+]4C3(C1)C2(CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycodoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 621853]}, "Synonyms" -> {"lycodoline", "alkaloid l 23", "lycopodan-5-one", "ac1ldn04", "pseudoselagine"}|>, "2047" -> <|"DatabaseID" -> "SW01349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 540328]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3CCC[NH+]4C3(C1)C2(CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycodoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 621853]}, "Synonyms" -> {"lycodoline", "alkaloid l 23", "lycopodan-5-one", "ac1ldn04", "pseudoselagine"}|>, "2048" -> <|"DatabaseID" -> "SW01349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 540328]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3CCC[NH+]4C3(C1)C2(CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycodoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 621853]}, "Synonyms" -> {"lycodoline", "alkaloid l 23", "lycopodan-5-one", "ac1ldn04", "pseudoselagine"}|>, "2049" -> <|"DatabaseID" -> "SW01349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 540328]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3CCC[NH+]4C3(C1)C2(CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycodoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 621853]}, "Synonyms" -> {"lycodoline", "alkaloid l 23", "lycopodan-5-one", "ac1ldn04", "pseudoselagine"}|>, "2050" -> <|"DatabaseID" -> "SW01349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 540328]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3CCC[NH+]4C3(C1)C2(CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycodoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 621853]}, "Synonyms" -> {"lycodoline", "alkaloid l 23", "lycopodan-5-one", "ac1ldn04", "pseudoselagine"}|>, "2051" -> <|"DatabaseID" -> "SW01349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 540328]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3CCC[NH+]4C3(C1)C2(CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycodoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 621853]}, "Synonyms" -> {"lycodoline", "alkaloid l 23", "lycopodan-5-one", "ac1ldn04", "pseudoselagine"}|>, "2052" -> <|"DatabaseID" -> "SW01349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 540328]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3CCC[NH+]4C3(C1)C2(CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycodoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 621853]}, "Synonyms" -> {"lycodoline", "alkaloid l 23", "lycopodan-5-one", "ac1ldn04", "pseudoselagine"}|>, "2053" -> <|"DatabaseID" -> "SW01349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 540328]}, "IsomericSmiles" -> "CC1CC2CC(=O)C3CCC[NH+]4C3(C1)C2(CCC4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycodoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 621853]}, "Synonyms" -> {"lycodoline", "alkaloid l 23", "lycopodan-5-one", "ac1ldn04", "pseudoselagine"}|>, "2054" -> <|"DatabaseID" -> "SW01350", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56711]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00193"]}, "IsomericSmiles" -> "C[NH+](C)C[C@H]1CCCC[C@@]1(c2cccc(c2)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01355"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tramadol hcl", "FDA Approved Drug" -> "TRAMADOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451735", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 63013], ExternalIdentifier["PubChemCompoundID", 33741]}, "Synonyms" -> {"tramadol hydrochloride", "tramadol", "ultram", "ultram er", "tramadol hcl", "tramagetic", "bellatram", "omnidol", "tridural", "tradonal", "zumatran", "tramadex", "tramadolum [inn-latin]", "contramal", "tramal", "tramazac", "ralivia flashtab", "ralivia er", "trabar", "mabron", "(1r,2r)-2-[(dimethylamino)methyl]-1-(3-methoxyphenyl)cyclohexanol hydrochloride (1:1)[acd/iupac name]", "cg-315e", "(+)-tramadol hydrochloride", "tramadol hydrochloride [usan:jan][jan][usan]", "melanate", "258-662-3[einecs]", "radol", "36282-47-0[rn]", "(1r,2r)-2-[(dimethylamino)methyl]-1-(3-methoxyphenyl)cyclohexanol hydrochloride", "u 26,225a", "cyclohexanol 2-((dimethylamino)methyl)-1-(3-methoxyphenyl)- hydrochloride (1r,2r)-rel-", "trans-tramadol hydrochloride", "53611-16-8[rn]", "73806-49-2[rn]", "cis-(1)-2-((dimethylamino)methyl)-1-(3-methoxyphenyl)cyclohexan-1-ol hydrochloride", "(1r,2r)-2-[(dimethylamino)methyl]-1-(3-methoxyphenyl)cyclohexanolhydrochlorid", "dolana", "22204-88-2[rn]", "cyclohexanol 2-[(dimethylamino)methyl]-1-(3-methoxyphenyl)- (1r,2r)-,hydrochloride (1:1)", "252-950-2[einecs]", "cyclohexanol 2-[(dimethylamino)methyl]-1-(3-methoxyphenyl)- (1r,2r)-,hydrochloride", "cyclohexanol 2-((dimethylamino)methyl)-1-(3-methoxyphenyl)- hydrochloride cis-( -)-", "tramed", "tadol", "tramol", "zydol", "tramadol hcl bp/ep", "ultram (tn)", "tramadol hydrochloride tablets", "cis-tramadol hydrochloride", "tradol-puren", "u-26225a", "(2r)-2-[(dimethylamino)methyl]-1-(3-methoxyphenyl)cyclohexanolhydrochloride (1:1)", "(1r,2r)-2-[(dimethylamino)methyl]-1-(3-methoxyphenyl)cyclohexan-1-ol hydrochloride", "tl8001847", "tramadol hydrochloride (jan/usan)[jan][usan]", "tramodol hcl", "194602-08-9[rn]", "tridol", "148229-78-1[rn]", "crispin", "tramadol[wiki]", "cyclohexanol 2-((dimethylamino)methyl)-1-(3-methoxyphenyl)- hydrochloride cis-", "topalgic", "tramadol [inn:ban]", "tramadolum", "tradonal odis"}|>, "2055" -> <|"DatabaseID" -> "SW01351", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7640"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12891]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00540"]}, "IsomericSmiles" -> "C[NH2+]CCC=C1c2ccccc2CCc3c1cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00816"]}, "OfficialNames" -> <|"Australia Approved Name" -> "NORTRIPTYLINE HYDROCHLORIDE", "FDA Approved Drug" -> "NORTRIPTYLINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441358]}, "Synonyms" -> {"psychostyl", "pamelor", "nortriptyline hydrochloride", "altilev", "aventyl hcl", "acetexa", "nortriptyline hcl", "nortrilen", "vividyl", "aventyl", "allegron", "demethylamitriptylene", "nortriptyline[wiki]", "ateben", "sensival", "894-71-3[rn]", "37025-22-2[rn]", "nortriptylin hydrochloride", "8057-32-7[rn]", "demethylamitryptyline", "3-(10,11-dihydro-5h-dibenzo[a,d][7]annulen-5-yliden)-n-methylpropan-1-aminhydrochlorid", "pamelor[wiki]", "nortriptylinehydrochloride", "1-propanamine 3-(10,11-dihydro-5h-dibenzo[a,d]cyclohepten-5-ylidene)-n-methyl-,hydrochloride (1:1)", "212-973-0[einecs]", "noritren", "demethylamitriptyline", "noramitriptyline", "5-(3-methylaminopropylidene)-10,11-dihydro-5h-dibenzo(a,d)cycloheptene hydrochloride", "nortryptiline", "nortab hydrochloride", "ateben hydrochloride", "3-(10,11-dihydro-5h-dibenzo[a,d][7]annulen-5-ylidene)-n-methylpropan-1-amine hydrochloride", "sesaval", "desitriptilina", "3-(10,11-dihydro-5h-dibenzo[a,d][7]annulen-5-ylidene)-n-methylpropan-1-amine hydrochloride(1:1)", "n-[3-(10,11-dihydro-5h-dibenzo[a,d][7]annulen-5-ylidene)propyl]-n-methylamine hydrochloride", "aventyl hydrochloride", "mfcd00058024", "norzepine", "noramitriptyline hydrochloride", "1-propanamine 3-(10,11-dihydro-5h-dibenzo[a,d]cyclohepten-5-ylidene)-n-methyl-,hydrochloride", "amitryptyline demethyl-", "desmethylamitriptyline", "pamelor hydrochloride", "sensaval", "1-propanamine 3-(10,11-dihydro-5h-dibenzo[ a,d]cyclohepten-5-ylidene)-n-methyl-,hydrochloride", "aventyl allegron", "nortriptyline hydrochloride [usan:jan][jan][usan]", "1-propanamine 3-(10,11-dihydro-5h-dibenzo(a,d)cyclohepten-5-ylidene)-n-methyl-,hydrochloride", "nortriptyline", "lumbeck", "avantyl", "5-(3-(methylamino)propylidene)dibenzo(a,e)cyclohepta(1,5)dienehydrochloride", "sensival ventyl", "pamelor (tn)", "desmethylamitriptyline hydrochloride", "nortriptyline monohydrochloride"}|>, "2056" -> <|"DatabaseID" -> "SW01352", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8598"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13999]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00344"]}, "IsomericSmiles" -> "C[NH2+]CCCC1c2ccccc2C=Cc3c1cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00484"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PROTRIPTYLINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6603149]}, "Synonyms" -> {"vivactil", "protriptyline hydrochloride", "triptyl", "triptil", "normethyl ex4442", "vivactil (tn)", "maximed", "{5-[3-(methylamino)propyl]-5h-dibenzo[a,d]cycloheptene} hydrochloride", "tofranil", "6248587[beilstein]", "5h-dibenzo[a,d]cycloheptene-5-propanaminium,n-methyl- chloride (1:1)", "214-956-3[einecs]", "pertofrane", "5htt", "protriptyline[wiki]", "protryptyline hydrochloride", "5h-dibenzo(a,d)cyclohepten-5-propylamine n-methyl- hydrochloride", "3-(5h-dibenzo[a,d][7]annulen-5-yl)-n-methylpropan-1-aminhydrochlorid", "concordin", "(3-(5-hydrodibenzo[b,f][7]annulen-5-yl)propyl)methylamine chloride", "novotriptyn", "5h-dibenzo[a,d]cycloheptene-5-propanamine n-methyl-,hydrochloride", "protryptyline", "levate", "triadapin 5", "protriptyline hydrochloride[usp]", "novopramine", "triptil hydrochloride", "sinequan", "norpramin", "n-methyl-5h-dibenzo[a,d]cycloheptene-5-propanamine hydrochloride", "surmontil", "1225-55-4", "smr000058503", "triptil (van)", "anafranil", "protriptyline", "mk-240 (van)", "7-(3-methylaminopropyl)-1,2:5,6-dibenzocycloheptatriene hydrochloride", "3-(5h-dibenzo[a,d][7]annulen-5-yl)-n-methylpropan-1-amine hydrochloride", "rhotrimine", "st51015111", "amimetilina", "5h-dibenzo(a,d)cycloheptene-5-propylamine n-methyl-,hydrochloride (8ci)", "n-methyl-5h-dibenzo(a,d)cycloheptene-5-propylamine hydrochloride", "1225-55-4[rn]", "chebi:8598", "5-[3-(methylamino)propyl]-5h-dibenzo[a,d]cycloheptenehydrochloride", "impril", "apo-trimip", "3-(5h-dibenzo[a,d][7]annulen-5-yl)-n-methylpropan-1-aminium chloride", "aventyl", "apo-amitriptyline", "apo-imipramine", "novo-tripramine", "asendin", "novo-doxepin", "5-(3-methylaminopropyl)-5h-dibenzo(a,d)cycloheptene hydrochloride", "5h-dibenzo[a,d]cycloheptene-5-propanamine n-methyl-,hydrochloride (1:1)", "3-(5h-dibenzo[a,d][7]annulen-5-yl)-n-methylpropan-1-amine hydrochloride(1:1)", "5ht transporter", "5h-dibenzo(a,d)cycloheptene-5-propanamine n-methyl-,hydrochloride", "5-(3-methylaminopropyl)-5h-dibenzo[a,d]cycloheptene hydrochloride"}|>, "2057" -> <|"DatabaseID" -> "SW01353", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6962]}, "IsomericSmiles" -> "c1ccc2c(c1)nc(s2)SNC3CCCCC3", "OfficialNames" -> <|"NPC Approved Name" -> "n-cyclohexyl-2-benzothiazylsulfenamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7232]}, "Synonyms" -> {"curax", "accelerator cz", "n-cyclohexyl-2-benzothiazolesulfenamide", "sulfenax tsb", "santocure", "sulfenax", "sulfenamide ts", "thiohexam", "santocure powder", "vulkacite cz", "n-cyclohexyl-2-benzothiazosulfenamide", "n-cyclohexylbenzothiazole-2-sulfenamide", "vulkacit cz", "n-cyclohexyl-2-benzothiazolylsulphenamide", "cbs", "156014-54-9[rn]", "vulkacit c", "n-cyclohexyl-2-benzothiazole sulfenamide", "n-(1,3-benzothiazol-2-ylthio)cyclohexanamine", "sufenax cb.", "conac s", "4-27-00-01867 (beilstein handbook reference)[beilstein]", "108251-59-8[rn]", "202-411-2[einecs]", "pennac cbs", "n-cyclohexyl-2-benzothiazylsulfenamide", "vulkacit cz/k", "vulkacit cz/c", "conac a", "soxinol cz", "royal cbts", "benzothiazole-2-sulfenamide n-cyclohexyl-", "santocure vulcanization accelerator", "delac s", "2-benzothiazolesulfenamide n-cyclohexyl-", "santocure pellets", "vulcafor hbs", "accicure hbs", "n-(1,3-benzothiazol-2-ylsulfanyl)cyclohexanamine[acd/iupac name]", "95-33-0[rn]", "sanceler cm-po", "durax", "benzothiazyl-2-cyclohexylsulfenamide", "rhodifax 16", "2-benzenethiazolesulfenamide n-cyclohexyl-", "nocceler cz", "sulfenax cb", "n-cyclohexyl-2-benzothiazolylsulfenamide", "2-benzothiazolesulfenamide n-cyclohexyl", "vulcafor cbs", "conac h", "ekagom cbs", "51540-81-9[rn]", "sulfenax cb/k", "n-cyclohexylbenzothiazole-2-sulphenamide", "2-(cyclohexylaminothio)benzothiazole", "sulfenax cb 30"}|>, "2058" -> <|"DatabaseID" -> "SW01354", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9589"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58817]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00208"]}, "IsomericSmiles" -> "c1ccc(c(c1)C[NH+]2CCc3c(ccs3)C2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01028"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ticlopidine hcl", "FDA Approved Drug" -> "TICLOPIDINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451686", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65335], ExternalIdentifier["PubChemCompoundID", 5472]}, "Synonyms" -> {"ticlid", "ticlopidine hcl", "ticlopidine hydrochloride", "tiklid", "ticlopidine", "ticlodix", "ticlodone", "53-32c", "panaldine", "thieno[3,2-c]pyridine 5-[(2-chlorophenyl)methyl]-4,5,6,7-tetrahydro- hydrochloride", "ticlopidine hydrochloride[jan][usan][jp15]", "5-[(2-chlorophenyl)methyl]-4,5,6,7-tetrahydrothiopheno[3,2-c]pyridine chloride", "5-(2-chlorobenzyl)-4,5,6,7-tetrahydrothieno[3,2-c]pyridine hydrochloride(1:1)[acd/iupac name]", "5-(2-chlorobenzyl)-4,5,6,7-tetrahydrothieno[3,2-c]pyridine hydrochloride", "5-(o-chlorobenzyl)-4,5,6,7-tetrahydrothieno[3,2-c]pyridine hydrochloride", "258-837-4[einecs]", "p2y(ac)", "ipaton", "thieno[3,2-c]pyridine 5-[(2-chlorophenyl)methyl]-4,5,6,7-tetrahydro- hydrochloride (1:1)", "thieno[3,2-c]pyridine 5-[(2-chlorophenyl)methyl]-4,5,6,7-tetrahydro- chloride,hydrogensalt (1:1)", "p2y(cyc)", "ticlopidine[wiki]", "5-(o-chlorobenzyl)-4,5,6,7-tetrahydrothieno-(3,2-c)pyridine hydrochloride", "p2y(adp)", "hydrogenchloride5-(2-chlorobenzyl)-4,5,6,7-tetrahydrothieno[3,2-c]pyridine (1:1:1)", "thieno(3,2-c)pyridine 4,5,6,7-tetrahydro-5-(o-chlorobenzyl)-,hydrochloride", "5-[(2-chlorophenyl)methyl]-4,5,6,7-tetrahydrothieno[3,2-c]pyridine hydrochloride", "4037097[beilstein]", "aplaket", "53885-35-1[rn]", "sp1999", "p2t(ac)", "tiklyd", "adp-glucose receptor", "p2y12 platelet adp receptor", "adpg-r", "thieno(3,2-c)pyridine 5-((2-chlorophenyl)methyl)-4,5,6,7-tetrahydro- hydrochloride", "5-(2-chlorbenzyl)-4,5,6,7-tetrahydrothieno[3,2-c]pyridinhydrochlorid", "p2y12", "53-32 c", "ticlopid", "ticlopidina [inn-spanish]", "ticlopidin-puren (tn)", "pcr 5332", "53885-35-1", "chebi:9588", "ticlopidine (inn)", "ticlopidinum", "ticlopidinum [inn-latin]", "ticlopidinehydrochloride", "ticlopidina"}|>, "2059" -> <|"DatabaseID" -> "SW01354", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9589"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58817]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00208"]}, "IsomericSmiles" -> "c1ccc(c(c1)C[NH+]2CCc3c(ccs3)C2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01028"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ticlopidine hcl", "FDA Approved Drug" -> "TICLOPIDINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451686", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65335], ExternalIdentifier["PubChemCompoundID", 5472]}, "Synonyms" -> {"ticlid", "ticlopidine hcl", "ticlopidine hydrochloride", "tiklid", "ticlopidine", "ticlodix", "ticlodone", "53-32c", "panaldine", "thieno[3,2-c]pyridine 5-[(2-chlorophenyl)methyl]-4,5,6,7-tetrahydro- hydrochloride", "ticlopidine hydrochloride[jan][usan][jp15]", "5-[(2-chlorophenyl)methyl]-4,5,6,7-tetrahydrothiopheno[3,2-c]pyridine chloride", "5-(2-chlorobenzyl)-4,5,6,7-tetrahydrothieno[3,2-c]pyridine hydrochloride(1:1)[acd/iupac name]", "5-(2-chlorobenzyl)-4,5,6,7-tetrahydrothieno[3,2-c]pyridine hydrochloride", "5-(o-chlorobenzyl)-4,5,6,7-tetrahydrothieno[3,2-c]pyridine hydrochloride", "258-837-4[einecs]", "p2y(ac)", "ipaton", "thieno[3,2-c]pyridine 5-[(2-chlorophenyl)methyl]-4,5,6,7-tetrahydro- hydrochloride (1:1)", "thieno[3,2-c]pyridine 5-[(2-chlorophenyl)methyl]-4,5,6,7-tetrahydro- chloride,hydrogensalt (1:1)", "p2y(cyc)", "ticlopidine[wiki]", "5-(o-chlorobenzyl)-4,5,6,7-tetrahydrothieno-(3,2-c)pyridine hydrochloride", "p2y(adp)", "hydrogenchloride5-(2-chlorobenzyl)-4,5,6,7-tetrahydrothieno[3,2-c]pyridine (1:1:1)", "thieno(3,2-c)pyridine 4,5,6,7-tetrahydro-5-(o-chlorobenzyl)-,hydrochloride", "5-[(2-chlorophenyl)methyl]-4,5,6,7-tetrahydrothieno[3,2-c]pyridine hydrochloride", "4037097[beilstein]", "aplaket", "53885-35-1[rn]", "sp1999", "p2t(ac)", "tiklyd", "adp-glucose receptor", "p2y12 platelet adp receptor", "adpg-r", "thieno(3,2-c)pyridine 5-((2-chlorophenyl)methyl)-4,5,6,7-tetrahydro- hydrochloride", "5-(2-chlorbenzyl)-4,5,6,7-tetrahydrothieno[3,2-c]pyridinhydrochlorid", "p2y12", "53-32 c", "ticlopid", "ticlopidina [inn-spanish]", "ticlopidin-puren (tn)", "pcr 5332", "53885-35-1", "chebi:9588", "ticlopidine (inn)", "ticlopidinum", "ticlopidinum [inn-latin]", "ticlopidinehydrochloride", "ticlopidina"}|>, "2060" -> <|"DatabaseID" -> "SW01355", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9288"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 27273]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00428"]}, "IsomericSmiles" -> "CN(C(=O)N[C@@H]1[C@H]([C@@H]([C@H](O[C@@H]1O)CO)O)O)N=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05932"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "STREPTOZOCIN"|>, "PharmGKBID" -> "PA451514", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29327]}, "Synonyms" -> {"streptozocin", "zanosar", "strz", "streptozotocin", "streptozoticin", "streptozocinium [latin]", "streptozosin", "stz", "zanosar[wiki]", "242-646-8[einecs]", "streptozocin[wiki]", "estreptozocina[spanish][inn]", "2-deoxy-2-(((methylnitrosoamino)carbonyl)amino)-d-glucopyranose", "streptozocin [usan:inn]", "streptozocinum[latin]", "1-methyl-1-nitroso-3-[(2s,3r,4r,5s,6r)-2,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-3-yl]harnstoff", "streptozocinum [inn-latin]", "2-deoxy-2-{[methyl(nitroso)carbamoyl]amino}-?-d-glucopyranose", "2-deoxy-2-{[methyl(nitroso)carbamoyl]amino}-a-d-glucopyranose", "streptozotocin (u-9889)", "streptozocinum", "streptozocin zanosar stz", "streptozocine", "a-d-glucopyranose,2-deoxy-2-[[(methylnitrosoamino)carbonyl]amino]-", "alkylating agent", "d-glucopyranose 2-deoxy-2-(((methylnitrosoamino)carbonyl)amino)-", "glucose transporter type 2 liver", "n-d-glucosyl-(2)-n'-nitrosomethylharnstoff[german]", "streptozocin (tn zanosar)", "streptozocine [inn-french]", "2-deoxy-2-(3-methyl-3-nitrosoureido)-d-glucopyranose", "glucopyranose 2-deoxy-2-(3-methyl-3-nitrosoureido)-", "streptozocine[french][inn]", "streptozocin [usan:inn][inn][usan]", "streptozotocin[wiki]", "streptozocinium", "18883-66-4[rn]", "2-deoxy-2[[(methylnitrosoamino)-carbonyl]amino]-d-glucopyranose", "glucopyranose 2-deoxy-2-(3-methyl-3-nitrosoureido)- d-", "estreptozocina", "337376-15-5", "binds to dna", "streptozocinium[latin]", "n-d-glucosyl-(2)-n'-nitrosomethylurea", "1-methyl-1-nitroso-3-[(2s,3r,4r,5s,6r)-2,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-3-yl]urea", "d-glucose 2-deoxy-2-(((methylnitrosoamino)carbonyl)amino)- (9ci)"}|>, "2061" -> <|"DatabaseID" -> "SW01356", "IsomericSmiles" -> "CNc1cc[nH+]c2c1ncn2C3CC(C(O3)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-indolylmethylgluco-sinolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44352603]}, "Synonyms" -> {"chembl405920", "chebi:314890"}|>, "2062" -> <|"DatabaseID" -> "SW01356", "IsomericSmiles" -> "CNc1cc[nH+]c2c1ncn2C3CC(C(O3)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-indolylmethylgluco-sinolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44352603]}, "Synonyms" -> {"chembl405920", "chebi:314890"}|>, "2063" -> <|"DatabaseID" -> "SW01356", "IsomericSmiles" -> "CNc1cc[nH+]c2c1ncn2C3CC(C(O3)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-indolylmethylgluco-sinolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44352603]}, "Synonyms" -> {"chembl405920", "chebi:314890"}|>, "2064" -> <|"DatabaseID" -> "SW01356", "IsomericSmiles" -> "CNc1cc[nH+]c2c1ncn2C3CC(C(O3)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-indolylmethylgluco-sinolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44352603]}, "Synonyms" -> {"chembl405920", "chebi:314890"}|>, "2065" -> <|"DatabaseID" -> "SW01356", "IsomericSmiles" -> "CNc1cc[nH+]c2c1ncn2C3CC(C(O3)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-indolylmethylgluco-sinolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44352603]}, "Synonyms" -> {"chembl405920", "chebi:314890"}|>, "2066" -> <|"DatabaseID" -> "SW01356", "IsomericSmiles" -> "CNc1cc[nH+]c2c1ncn2C3CC(C(O3)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-indolylmethylgluco-sinolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44352603]}, "Synonyms" -> {"chembl405920", "chebi:314890"}|>, "2067" -> <|"DatabaseID" -> "SW01356", "IsomericSmiles" -> "CNc1cc[nH+]c2c1ncn2C3CC(C(O3)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-indolylmethylgluco-sinolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44352603]}, "Synonyms" -> {"chembl405920", "chebi:314890"}|>, "2068" -> <|"DatabaseID" -> "SW01356", "IsomericSmiles" -> "CNc1cc[nH+]c2c1ncn2C3CC(C(O3)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-indolylmethylgluco-sinolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44352603]}, "Synonyms" -> {"chembl405920", "chebi:314890"}|>, "2069" -> <|"DatabaseID" -> "SW01358", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16664"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1998]}, "IsomericSmiles" -> "CCCSc1ccc2c(c1)nc([nH]2)NC(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00134"]}, "OfficialNames" -> <|"China Approved Name" -> "albendazole", "Indian Approved Name" -> "albendazole", "WHO Essential Medicine" -> "albendazole", "Australia Approved Name" -> "ALBENDAZOLE", "FDA Approved Drug" -> "ALBENDAZOLE"|>, "Synonyms" -> {"albenza", "methyl [5-(propylsulfanyl)-1h-benzimidazol-2-yl]carbamate", "mediamix v disthelm", "sk&f62979;", "methyl (5-(propylthio)-1h-benzo[d]imidazol-2-yl)carbamate", "[5-(propylthio)-1h-benzimidazol-2-yl]carbamicacid methyl ester", "tl8003543", "albendazole", "alzental", "54965-21-8", "mfcd01220143", "carbamicacid n-[6-(propylthio)-1h-benzimidazol-2-yl]- methylester", "albamelin", "zentel", "albenza eskazole zentel andazol)", "methyl n-[6-(propylsulfanyl)-1h-1,3-benzodiazol-2-yl]carbamate", "bendapar", "eskazole", "albendazole (jan/usp)[usp][jan]", "methyl 6-(propylthio)-1h-benzo[d]imidazol-2-ylcarbamate", "methyl [5-(propylthio)-1h-benzimidazol-2-yl]carbamate", "methyl [(2z)-5-(propylsulfanyl)-1,3-dihydro-2h-benzimidazol-2-ylidene]carbamate", "albendoral", "sk&f-62979;", "carbamicacid (5-(propylthio)-1h-benzimidazol-2-yl)-,methyl ester", "gascop", "albendazole [usan:ban:inn:jan][inn][jan][usan]", "alben;", "albenza (tn)", "vermitan", "methyl 5-propylthio-2-benzimidazolecarbamate", "methyl 5-n-propylthio-2-benzimidazolecarbamate", "alben;bermosol;eskazole;helmintal;valbazen;zentel", "259-414-7[einecs]", "methoxy-n-(5-propylthiobenzimidazol-2-yl)carboxamide", "albendazole[wiki]", "bilutac", "disthelm", "54029-12-8[rn]", "zental", "[5-(propythio)-1h-benzimidazol-2-yl]carbamicacid methyl ester", "carbamicacid n-[5-(propylthio)-1h-benzimidazol-2-yl]- methylester", "((propylthio)-5 1h-benzimidazolyl-2) carbamate de methyle[french]", "(5-(propylthio)-1h-benzimidazol-2-yl)carbamicacid methyl ester", "albendazol[spanish][inn]", "carbamicacid [5-(propylthio)-1h-benzimidazol-2-yl]-,methyl ester", "albendazolum[latin]", "skf62979", "d015766", "proftril", "carbamicacid [5-(propylthio)-1h-benzimidazol-2-yl]- methylester", "methyl 5-(propylthio)-1h-benzo[d]imidazol-2-ylcarbamate", "endoplus", "metiazol", "752696[beilstein]", "methyl n-(6-propylsulfanyl-1h-benzoimidazol-2-yl)carbamate", "methyl-[5-(propylsulfanyl)-1h-benzimidazol-2-yl]carbamat", "valbazen", "cas-54965-21-8", "lurdex", "54965-21-8[rn]", "digezanol", "(5-propylsulfanyl-1h-benzoimidazol-2-yl)-carbamic acidmethyl ester", "sk&f; 62979", "5-(propylthio)-2-carbomethoxyaminobenzimidazole", "methyl [6-(propylsulfanyl)-1h-benzimidazol-2-yl]carbamate[acd/iupac name]", "o-methyl n-(5-(propylthio)-2-benzimidazolyl)carbamate", "methyl 5-(propylthio)-2-benzimidazolecarbamate"}|>, "2070" -> <|"DatabaseID" -> "SW01359", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "33283"], ExternalIdentifier["ChEBIID", "49105"], ExternalIdentifier["ChEBIID", "18385"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5819], ExternalIdentifier["ChemSpiderID", 1098], ExternalIdentifier["ChemSpiderID", 5967], ExternalIdentifier["ChemSpiderID", 10308]}, "IsomericSmiles" -> "Cc1c(sc[n+]1Cc2cnc(nc2N)C)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "u08580"], ExternalIdentifier["KEGGID", "D02094"], ExternalIdentifier["KEGGID", "D08580"], ExternalIdentifier["KEGGID", "D03277"]}, "OfficialNames" -> <|"Indian Approved Name" -> "vitamin b1;thiamine hcl;thiamine propyl disulphide;thiamine;thiamine mononitrate", "Traditional Herbal Isolate" -> "vitamin b1", "Australia Approved Name" -> "THIAMINE HYDROCHLORIDE", "China Approved Name" -> "thiamine", "WHO Essential Medicine" -> "thiamine", "FDA Approved Drug" -> "THIAMINE;THIAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451652", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1130], ExternalIdentifier["PubChemCompoundID", 6202], ExternalIdentifier["PubChemCompoundID", 6042], ExternalIdentifier["PubChemCompoundID", 10762]}, "Synonyms" -> {"vitamin b1", "3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-5-(2-hydroxyethyl)-4-methylthiazoliumchloride", "apatate drape", "oryzanine", "beivon", "bethiamin", "oryzanin", "thiamine", "thiaminium chloride", "thiamin[wiki]", "thiamine[wiki]", "59-43-8[rn]", "aneurin[wiki]", "3581326[beilstein]", "thiamine(1+) chloride", "b-amin", "aurora ka-7821", "aneurine[wiki]", "2-{3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-4-methyl-1,3-thiazol-5-yl}ethan-1-ol chloride", "tiamina[spanish][inn]", "200-425-3[einecs]", "2-{3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-4-methyl-1,3-thiazol-5-yl}ethan- 1-ol chloride", "thiamine vitamin b1", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methylthiazoliumchloride", "thiamine chloride", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methyl-1,3-thiazol-3-ium chloride[acd/iupac name]", "2-[3-[(4-amino-2-methyl-pyrimidin-5-yl)methyl]-4-methyl-1,3-thiazol-5-yl]ethanol", "3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-5-(2-hydroxyethyl)-4-methyl-1,3-thiazol-3-ium chloride", "thiazolium 3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methyl- chloride", "thiazolium 3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methyl- chloride (1:1)", "thiazolium 3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-5-(2-hydroxyethyl)-4-methyl-chloride", "thiazolium 3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-5-(2-hydroxyethyl)-4-methyl- chloride", "thiaminum[latin]", "thiamine chloride", "tiamina", "thiamine monochloride", "thiamine hydrochloride", "betaxin", "thiaminum", "thiadoxine", "thiamine hcl", "bequin", "biamine", "vitaneuron", "thiamine chloride hydrochloride", "aneurin", "beatine", "vitamin b1 hydrochloride", "clotiamina", "thiamin chloride", "vitaneurin", "bethiazine", "thiamin", "trophite", "aneurine hydrochloride", "antiberiberi factor", "aneurine mononitrate", "aneurine nitrate", "vitamin b1 mononitrate", "vitamin b1 nitrate", "betabion mononitrate", "vitamin b(sub 1) nitrate", "thiamine nitrate", "thiamine mononitrate", "208-537-4[einecs]", "thiamine(1+) ion", "92739-10-1[rn]", "3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-5-(2-hydroxyethyl)-4-methyl-1,3-thiazol-3-ium chloride hydrochloride", "thiamine dichloride", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methylthiazoliumnitrate", "thiamine disulfide", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methyl-1,3-thiazol-3-ium nitrate[acd/iupac name]", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methyl-1,3-thiazol-3-ium chloride hydrochloride", "thiazolium 3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-5-(2-hydroxyethyl)-4-methyl- nitrate (salt)", "component of stuartinic", "bevitex", "thiaminium", "thiazolium 3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methyl- chloride hydrochloride(1:1:1)", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methyl-1,3-thiazol-3-ium chloride hydrochloride (1:1:1)[acd/iupac name]", "tiaminal", "thiamine chloride hydrochloride", "thiamin hydrochloride", "3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-5-(2-hydroxyethyl)-4-methyl-1,3-thiazol-3-ium nitrate", "einecs 208-537-4", "vinothiam", "vitanon", "benerva", "thiamine nitrate[jp15]", "thiamine mononitrate[usp]", "beuion", "63-66-1[rn]", "thiaminium chloride hydrochloride", "3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-5-(2-hydroxyethyl)-4-methylthiazoliumchloridemonohydrochloride", "vitamin- b1 hydrochloride", "vitamin b1 (thiamine)", "betalin s", "vib", "bithiamin", "thiamine hcl (vitamin b1)", "eskapen", "thiamine nitrate (salt) (8ci)", "thiamine nitrate (salt)", "3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-5-(2-hydroxyethyl)-4-m-ethylthiazoliumnitrate(salt)", "thiavit", "vetalin s", "3851771[beilstein]", "bedome", "thiamine (vit b1)", "3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-5-(2-hydroxyethyl)-4-methyl-1,3-thiazol-3-ium chloride hydrochloride (1:1:1)", "thiazolium 3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-5-(2-hydroxyethyl)-4-m-ethyl- nitrate (salt)", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methyl-1,3-thiazol-3-ium[acd/iupac name]", "hybee", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methylthiazoliumchloridemonohydrochloride", "thiamine monohydrochloride (8ci)", "vitamin b 1", "3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-5-(2-hydroxyethyl)-4-m- ethylthiazolium chloride monohydrochloride", "3-(4-amino-2-methyl-pyrimidin-5-ylmethyl)-5-(2-hydroxy-ethyl)-4-methyl-thiazol-3-ium", "3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-5-(2-hydroxyethyl)-4-methylthiazoliumnitrate", "1967-03-8", "67-03-8[rn]", "troph-iron", "berin[wiki]", "thiazolium 3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-5-(2-hydroxyethyl)-4-m- ethyl chloride monohydrochloride", "thiazolium 3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methyl-", "200-641-8[einecs]", "betabion", "metabolin", "begiolan", "chloride-hydrochloride salt of thiamine", "thiazolium 3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-5-(2-hydroxyethyl)-4-methyl- chloride monohydrochloride", "thiamol", "532-43-4[rn]", "532-43-4", "108631-50-1[rn]", "vitamin b hydrochloride", "bivatin", "3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-5-(2-hydroxyethyl)-4-methyl-1,3-thiazol-3-ium", "bivita", "thiaminal", "2-{3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-4-methyl-1,3-thiazol-5-yl}ethan-1-ol chloride chloride", "thiaminenitrate", "stuartinic", "bewon", "timijon", "vitamin b(sub 1) hydrochloride", "eskaphen", "3595616[beilstein]", "apate drops", "thiamine monohydrochloride", "thiamine hydrochloride[usp][jan][jp15]", "thiamin dichloride", "tiamidon", "thiamine(1+)", "3642937[beilstein]", "thiaminehydrochloride", "2-{3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-4-methyl-1,3-thiazol-5-yl}ethan- 1-ol chloride chloride", "70732-86-4[rn]", "biuno", "bevitine", "slowten", "thiamine(2+) dichloride", "cernevit-12", "3/8/1967", "337376-15-5", "thiazolium 3-[(4-ammonio-2-methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methyl- chloride (1:2)", "3-[(4-ammonio-2-methylpyrimidin-5-yl)methyl]-5-(2-hydroxyethyl)-4-methyl-1,3-thiazol-3-iumdichloride", "thd"}|>, "2071" -> <|"DatabaseID" -> "SW01360", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9468"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5218]}, "IsomericSmiles" -> "CCCCNc1ccc(cc1)C(=O)OCC[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00551"]}, "OfficialNames" -> <|"China Approved Name" -> "tetracaine", "WHO Essential Medicine" -> "tetracaine", "Australia Approved Name" -> "TETRACAINE;AMETHOCAINE", "FDA Approved Drug" -> "TETRACAINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5411]}, "Synonyms" -> {"amethocaine", "pontocaine", "dicaine", "tetracaine", "contralgin", "anetain", "uromucaesthin", "fissucain", "4-14-00-01172 (beilstein handbook reference)[beilstein]", "dikain", "94-24-6[rn]", "2-(dimethylamino)ethyl-4-(butylamino)benzolcarboxylat", "tetrakain[czech]", "laudocaine", "diaethylaminoaethanol ester der p-butylaminobenzoesaeure[german]", "cas-136-47-0", "202-316-6[einecs]", "4-butylamino-benzoic acid 2-dimethylamino-ethyl ester", "tetracaina[spanish][inn]", "intercain", "benzoic acid,4-butylamino,2-dimethylaminoethyl esterpantocain base", "4-14-00-01172", "tetracaine [usan:inn][inn][usan]", "tetracaine hydrochloride", "136-47-0[rn]", "mucaesthin", "metraspray", "amethocaine (tn)", "2-dimethylaminoethylester kyseliny p-butylaminobenzoove[czech]", "tetracainum[latin]", "4-butylamino-benzoic acid 2-dimethylamino-ethyl ester(tetracaine)", "2-(dimethylamino)ethyl p-(butylamino)benzoate", "tetrakain", "tetracainum [inn_la]", "4-(butylamino)benzoic acid 2-(dimethylamino)ethyl ester", "medicaine", "tetracaine[wiki][usp]", "benzoic acid 4-(butylamino)- 2-(dimethylamino)ethyl ester", "tetracainum", "meethobalm", "2-(dimethylamino)ethyl 4-(butylamino)benzoate[acd/iupac name]", "synera", "benzoic acid p-(butylamino)- 2-(dimethylamino)ethyl ester", "medihaler-tetracaine", "p-(butylamino)benzoic acid 2-(dimethylamino)ethyl ester", "rexocaine"}|>, "2072" -> <|"DatabaseID" -> "SW01361", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4940890]}, "IsomericSmiles" -> "C/C=C\\1/C[NH+]2CC[C@H]1C(=C)c3cc4c(cc[nH]4)cc3C2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pericalline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436240]}, "Synonyms" -> {"gomezine", "pericalline", "tabernoschizine", "ls-66340", "2,5-ethano-2h-azocino(4,3-b)indole,4-ethylidene-1,3,4,5,6,7-hexahydro-6-methylene- (r-(e))- (9ci)", "chembl486306", "nsc 85631", "4-ethylidene-1", "2", "3463-93-2[rn]", "3463-93-2", "apparicine gomezine pericalline tabernoschizine", "apparicine (8ci)"}|>, "2073" -> <|"DatabaseID" -> "SW01362", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51137"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61825]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06148"]}, "IsomericSmiles" -> "C[NH+]1CCN2c3ccccc3Cc4ccccc4C2C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01358"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MIANSERIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68551]}, "Synonyms" -> {"mianserin hydrochloride", "mianserine hydrochloride", "bolvidon", "mianserine [inn-french]", "org gb 94", "5htt", "mianserin hydrochloride (jan/usan)[jan][usan]", "mianserin", "mianserina [inn-spanish]", "tolvon", "tolvin", "mianserinum [inn-latin]", "21535-47-7 24219-97-4 [mianserin]", "4280594[beilstein]", "mianseryna [polish]", "dibenzo[c,f]pyrazino[1,2-a]azepine,1,2,3,4,10,14b-hexahydro-2-methyl-,chloride,hydrogensalt (1:1)", "bolvidon norval tolvon", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo(c,f)pyrazino(1,2-a)azepine hydrochloride", "athymil", "bolvidon;norval;tolvon", "24219-97-4[rn]", "lerivon", "hydrogenchloride- 2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine (1:1:1)", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo(c,f)-pyrazino(1,2-a)azepine monohydrochloride", "21535-47-7 24219-97-4", "mianserinhydrochloride", "dibenzo[c,f]pyrazino[1,2-a]azepine,1,2,3,4,10,14b-hexahydro-2-methyl-,hydrochloride (1:1)", "tetramide (tn)", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride", "norval", "21535-47-7", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo[c,f]pyryzino[1,2-a]azepine hydrochloride", "tetramide", "[21535-47-7]", "21535-47-7[rn]", "tolvan", "mianserin hydrochloride [usan:jan][jan][usan]", "2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride(1:1)[acd/iupac name]", "1,2,3,4,10,14b-hexahydro-2-methyl-dibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride", "gb 94", "dibenzo(c,f)pyrazino(1,2-a)azepine,1,2,3,4,10,14b-hexahydro-2-methyl-,monohydrochloride", "mianserine", "2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride", "244-426-7[einecs]", "2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride(1:1)", "5ht transporter"}|>, "2074" -> <|"DatabaseID" -> "SW01362", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51137"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61825]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06148"]}, "IsomericSmiles" -> "C[NH+]1CCN2c3ccccc3Cc4ccccc4C2C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01358"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MIANSERIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68551]}, "Synonyms" -> {"mianserin hydrochloride", "mianserine hydrochloride", "bolvidon", "mianserine [inn-french]", "org gb 94", "5htt", "mianserin hydrochloride (jan/usan)[jan][usan]", "mianserin", "mianserina [inn-spanish]", "tolvon", "tolvin", "mianserinum [inn-latin]", "21535-47-7 24219-97-4 [mianserin]", "4280594[beilstein]", "mianseryna [polish]", "dibenzo[c,f]pyrazino[1,2-a]azepine,1,2,3,4,10,14b-hexahydro-2-methyl-,chloride,hydrogensalt (1:1)", "bolvidon norval tolvon", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo(c,f)pyrazino(1,2-a)azepine hydrochloride", "athymil", "bolvidon;norval;tolvon", "24219-97-4[rn]", "lerivon", "hydrogenchloride- 2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine (1:1:1)", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo(c,f)-pyrazino(1,2-a)azepine monohydrochloride", "21535-47-7 24219-97-4", "mianserinhydrochloride", "dibenzo[c,f]pyrazino[1,2-a]azepine,1,2,3,4,10,14b-hexahydro-2-methyl-,hydrochloride (1:1)", "tetramide (tn)", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride", "norval", "21535-47-7", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo[c,f]pyryzino[1,2-a]azepine hydrochloride", "tetramide", "[21535-47-7]", "21535-47-7[rn]", "tolvan", "mianserin hydrochloride [usan:jan][jan][usan]", "2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride(1:1)[acd/iupac name]", "1,2,3,4,10,14b-hexahydro-2-methyl-dibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride", "gb 94", "dibenzo(c,f)pyrazino(1,2-a)azepine,1,2,3,4,10,14b-hexahydro-2-methyl-,monohydrochloride", "mianserine", "2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride", "244-426-7[einecs]", "2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride(1:1)", "5ht transporter"}|>, "2075" -> <|"DatabaseID" -> "SW01362", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51137"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61825]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06148"]}, "IsomericSmiles" -> "C[NH+]1CCN2c3ccccc3Cc4ccccc4C2C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01358"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MIANSERIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68551]}, "Synonyms" -> {"mianserin hydrochloride", "mianserine hydrochloride", "bolvidon", "mianserine [inn-french]", "org gb 94", "5htt", "mianserin hydrochloride (jan/usan)[jan][usan]", "mianserin", "mianserina [inn-spanish]", "tolvon", "tolvin", "mianserinum [inn-latin]", "21535-47-7 24219-97-4 [mianserin]", "4280594[beilstein]", "mianseryna [polish]", "dibenzo[c,f]pyrazino[1,2-a]azepine,1,2,3,4,10,14b-hexahydro-2-methyl-,chloride,hydrogensalt (1:1)", "bolvidon norval tolvon", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo(c,f)pyrazino(1,2-a)azepine hydrochloride", "athymil", "bolvidon;norval;tolvon", "24219-97-4[rn]", "lerivon", "hydrogenchloride- 2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine (1:1:1)", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo(c,f)-pyrazino(1,2-a)azepine monohydrochloride", "21535-47-7 24219-97-4", "mianserinhydrochloride", "dibenzo[c,f]pyrazino[1,2-a]azepine,1,2,3,4,10,14b-hexahydro-2-methyl-,hydrochloride (1:1)", "tetramide (tn)", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride", "norval", "21535-47-7", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo[c,f]pyryzino[1,2-a]azepine hydrochloride", "tetramide", "[21535-47-7]", "21535-47-7[rn]", "tolvan", "mianserin hydrochloride [usan:jan][jan][usan]", "2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride(1:1)[acd/iupac name]", "1,2,3,4,10,14b-hexahydro-2-methyl-dibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride", "gb 94", "dibenzo(c,f)pyrazino(1,2-a)azepine,1,2,3,4,10,14b-hexahydro-2-methyl-,monohydrochloride", "mianserine", "2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride", "244-426-7[einecs]", "2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride(1:1)", "5ht transporter"}|>, "2076" -> <|"DatabaseID" -> "SW01362", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51137"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61825]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06148"]}, "IsomericSmiles" -> "C[NH+]1CCN2c3ccccc3Cc4ccccc4C2C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01358"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MIANSERIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68551]}, "Synonyms" -> {"mianserin hydrochloride", "mianserine hydrochloride", "bolvidon", "mianserine [inn-french]", "org gb 94", "5htt", "mianserin hydrochloride (jan/usan)[jan][usan]", "mianserin", "mianserina [inn-spanish]", "tolvon", "tolvin", "mianserinum [inn-latin]", "21535-47-7 24219-97-4 [mianserin]", "4280594[beilstein]", "mianseryna [polish]", "dibenzo[c,f]pyrazino[1,2-a]azepine,1,2,3,4,10,14b-hexahydro-2-methyl-,chloride,hydrogensalt (1:1)", "bolvidon norval tolvon", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo(c,f)pyrazino(1,2-a)azepine hydrochloride", "athymil", "bolvidon;norval;tolvon", "24219-97-4[rn]", "lerivon", "hydrogenchloride- 2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine (1:1:1)", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo(c,f)-pyrazino(1,2-a)azepine monohydrochloride", "21535-47-7 24219-97-4", "mianserinhydrochloride", "dibenzo[c,f]pyrazino[1,2-a]azepine,1,2,3,4,10,14b-hexahydro-2-methyl-,hydrochloride (1:1)", "tetramide (tn)", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride", "norval", "21535-47-7", "1,2,3,4,10,14b-hexahydro-2-methyldibenzo[c,f]pyryzino[1,2-a]azepine hydrochloride", "tetramide", "[21535-47-7]", "21535-47-7[rn]", "tolvan", "mianserin hydrochloride [usan:jan][jan][usan]", "2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride(1:1)[acd/iupac name]", "1,2,3,4,10,14b-hexahydro-2-methyl-dibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride", "gb 94", "dibenzo(c,f)pyrazino(1,2-a)azepine,1,2,3,4,10,14b-hexahydro-2-methyl-,monohydrochloride", "mianserine", "2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride", "244-426-7[einecs]", "2-methyl-1,2,3,4,10,14b-hexahydrodibenzo[c,f]pyrazino[1,2-a]azepine hydrochloride(1:1)", "5ht transporter"}|>, "2077" -> <|"DatabaseID" -> "SW01363", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9772457], ExternalIdentifier["ChemSpiderID", 9772458]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01255"]}, "IsomericSmiles" -> "C[C@@H](Cc1ccccc1)NC(=O)[C@H](CCCC[NH3+])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04747"], ExternalIdentifier["KEGGID", "D08130"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Lisdexamfetamine", "FDA Approved Drug" -> "LISDEXAMFETAMINE DIMESYLATE"|>, "PharmGKBID" -> {"PA164748975", "PA164748975"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11597697], ExternalIdentifier["PubChemCompoundID", 11597698]}, "Synonyms" -> {"lisdexamfetamine", "lisdexamfetamine dimesylate", "vyvanse", "nrp104", "lisdexamfetamine (inn)", "alpha 1b-adrenoceptor", "alpha 1b- adrenoreceptor", "(2s)-2", "nrp-104", "608137-32-2", "lisdexamfetamine mesylate", "608137-33-3", "n-[(1s)-1-methyl-2-phenylethyl]-l-lysinamidedimethanesulfonate", "d08130", "lis-dexamfetamine dimesylate", "hexanamide 2,6-diamino-n-[(1s)-1-methyl-2-phenylethyl]- (2s)- methanesulfonate(1:2)", "unii-h645gul8kj", "(2s)-2,6-diamino-n-[(1s)-1-methyl-2-phenylethyl]hexanamide dimethanesulfonate", "lisdexamfetamine mesilate", "ls-187377", "chembl1201222", "nrp 104", "608137-32-2[rn]", "db01255"}|>, "2078" -> <|"DatabaseID" -> "SW01364", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20123471]}, "IsomericSmiles" -> "CC/C(=C(/C)\\C=C\\CC(C)CCCC(C)C)/C(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "ethyl-3,7,11-trimethyl-24-dodecadienoate"|>, "Synonyms" -> {"ethyl-3,7,11-trimethyldodeca-2,4-dienoate", "ethyl-3,7,11-trimethyl-2,4-dodecadienoate"}|>, "2079" -> <|"DatabaseID" -> "SW01364", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20123471]}, "IsomericSmiles" -> "CC/C(=C(/C)\\C=C\\CC(C)CCCC(C)C)/C(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "ethyl-3,7,11-trimethyl-24-dodecadienoate"|>, "Synonyms" -> {"ethyl-3,7,11-trimethyldodeca-2,4-dienoate", "ethyl-3,7,11-trimethyl-2,4-dodecadienoate"}|>, "2080" -> <|"DatabaseID" -> "SW01365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18027]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01534"]}, "IsomericSmiles" -> "CC(CC(C)(C)O)OC(C(Cl)(Cl)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07325"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Chlorhexadol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19094]}, "Synonyms" -> {"chlorhexadol", "chloralodol", "medodorm", "mechloral", "mecoral", "chlorhexadol [ban]", "2-pentanol 2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)-", "dea no. 2510", "3563-58-4", "einecs 222-634-9", "chloralodolum[latin]", "3563-58-4[rn]", "2-hydroxy-2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)pentane", "2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)pentan-2-ol", "chloralodolum [inn-latin]", "2-methyl-4-[(2,2,2-trichloro-1-hydroxyethyl)oxy]pentan-2-ol", "lora", "222-634-9[einecs]", "2-methyl-2-hydroxy-4-(2,2,2-trichloro-1-hydroxyethoxy)pentane", "cloralodol [inn-spanish]", "2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)-2-pentanol[acd/iupac name]", "cloralodol[spanish][inn]"}|>, "2081" -> <|"DatabaseID" -> "SW01365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18027]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01534"]}, "IsomericSmiles" -> "CC(CC(C)(C)O)OC(C(Cl)(Cl)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07325"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Chlorhexadol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19094]}, "Synonyms" -> {"chlorhexadol", "chloralodol", "medodorm", "mechloral", "mecoral", "chlorhexadol [ban]", "2-pentanol 2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)-", "dea no. 2510", "3563-58-4", "einecs 222-634-9", "chloralodolum[latin]", "3563-58-4[rn]", "2-hydroxy-2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)pentane", "2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)pentan-2-ol", "chloralodolum [inn-latin]", "2-methyl-4-[(2,2,2-trichloro-1-hydroxyethyl)oxy]pentan-2-ol", "lora", "222-634-9[einecs]", "2-methyl-2-hydroxy-4-(2,2,2-trichloro-1-hydroxyethoxy)pentane", "cloralodol [inn-spanish]", "2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)-2-pentanol[acd/iupac name]", "cloralodol[spanish][inn]"}|>, "2082" -> <|"DatabaseID" -> "SW01365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18027]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01534"]}, "IsomericSmiles" -> "CC(CC(C)(C)O)OC(C(Cl)(Cl)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07325"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Chlorhexadol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19094]}, "Synonyms" -> {"chlorhexadol", "chloralodol", "medodorm", "mechloral", "mecoral", "chlorhexadol [ban]", "2-pentanol 2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)-", "dea no. 2510", "3563-58-4", "einecs 222-634-9", "chloralodolum[latin]", "3563-58-4[rn]", "2-hydroxy-2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)pentane", "2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)pentan-2-ol", "chloralodolum [inn-latin]", "2-methyl-4-[(2,2,2-trichloro-1-hydroxyethyl)oxy]pentan-2-ol", "lora", "222-634-9[einecs]", "2-methyl-2-hydroxy-4-(2,2,2-trichloro-1-hydroxyethoxy)pentane", "cloralodol [inn-spanish]", "2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)-2-pentanol[acd/iupac name]", "cloralodol[spanish][inn]"}|>, "2083" -> <|"DatabaseID" -> "SW01365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18027]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01534"]}, "IsomericSmiles" -> "CC(CC(C)(C)O)OC(C(Cl)(Cl)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07325"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Chlorhexadol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19094]}, "Synonyms" -> {"chlorhexadol", "chloralodol", "medodorm", "mechloral", "mecoral", "chlorhexadol [ban]", "2-pentanol 2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)-", "dea no. 2510", "3563-58-4", "einecs 222-634-9", "chloralodolum[latin]", "3563-58-4[rn]", "2-hydroxy-2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)pentane", "2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)pentan-2-ol", "chloralodolum [inn-latin]", "2-methyl-4-[(2,2,2-trichloro-1-hydroxyethyl)oxy]pentan-2-ol", "lora", "222-634-9[einecs]", "2-methyl-2-hydroxy-4-(2,2,2-trichloro-1-hydroxyethoxy)pentane", "cloralodol [inn-spanish]", "2-methyl-4-(2,2,2-trichloro-1-hydroxyethoxy)-2-pentanol[acd/iupac name]", "cloralodol[spanish][inn]"}|>, "2084" -> <|"DatabaseID" -> "SW01366", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)nc([nH]2)N)Br", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01666"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bropirimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65457]}, "Synonyms" -> {"bropirimine", "5-bromo-6-phenylisocytosine", "c10h8brn3o", "56741-95-8", "2-amino-5-bromo-6-phenylpyrimidin-4-ol", "abpp", "2-amino-5-bromo-6-phenyl-4(3h)-pyrimidinone", "bropirimina [spanish]", "bropiriminum [latin]", "2-amino-5-bromo-4-hydroxy-6-phenylpyrimidine"}|>, "2085" -> <|"DatabaseID" -> "SW01367", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 46175]}, "IsomericSmiles" -> "Cn1c2c(c(=O)n(c1=O)C)n(cn2)CC3OCCO3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03898"]}, "OfficialNames" -> <|"China Approved Name" -> "doxofylline", "Indian Approved Name" -> "doxofylline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 50942]}, "Synonyms" -> {"maxivent", "abc 12/3", "doxofylline", "doxophylline", "ventax", "ansimar", "dioxyfilline", "7-[1,3]dioxolan-2-ylmethyl-1,3-dimethyl-3,7-dihydro-purine-2,6-dione", "abc-12/3", "doxofilina [inn-spanish]", "7-(1,3-dioxolan-2-ylmethyl)theophylline", "ansimar;", "doxofylline [usan:inn][inn][usan]", "69975-86-6", "doxofylline[usan]", "2-(7'-teofillinmetil)-1,3-diossolano[italian]", "maxivent (tn)", "doxofilina[spanish][inn]", "7-((1,3-dioxolan-2-yl)methyl)-1,3-dimethyl-1h-purine-2,6(3h,7h)-dione", "69975-86-6[rn]", "7-(1,3-dioxolan-2-ylmethyl)-3,7-dihydro-1,3-dimethyl-1h-purine-2,6-dione", "doxofyllinum[latin]", "1h-purine-2,6-dione 7-(1,3-dioxolan-2-ylmethyl)-3,7-dihydro-1,3-dimethyl-", "ansimar;maxivent", "7-(1,3-dioxolan-2-ylmethyl)-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione[acd/iupac name]", "2-(7'-theophyllinemethyl)-1,3-dioxolane", "79975-97-0", "theophylline 7-(1,3-dioxolan-2-ylmethyl)-", "7-(1,3-dioxolon-2-ylmethyl)-1,2,3,6-tetrahydro-1,3-dimethyl-2,6-purindion", "5-26-14-00120 (beilstein handbook reference)[beilstein]", "1h-purine-2,6-dione 3,7-dihydro-7-(1,3-dioxolan-2-ylmethyl)-1,3-dimethyl- (9ci)", "274-239-6[einecs]", "doxofyllinum [inn-latin]"}|>, "2086" -> <|"DatabaseID" -> "SW01368", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "102484"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5151]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00263"]}, "IsomericSmiles" -> "Cc1c(noc1[N-]S(=O)(=O)c2ccc(cc2)N)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00450"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFISOXAZOLE;SULFISOXAZOLE DIOLAMINE"|>, "PharmGKBID" -> "PA164748964", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5344]}, "Synonyms" -> {"gantrisin", "amidoxal", "sulfofurazole", "sulfisoxazol", "sulfisoxasole", "sulphafurazole", "sulfafurazole", "sulfafurazol", "sulfisoxazole", "sulfaisoxazole", "gantrisine", "uritrisin", "sulfalar", "roxosul", "soxisol", "entusul", "sulfazin", "bactesulf", "vagilia", "soxomide", "sk-soxazole", "sulfapolar", "sulfizol", "sosol", "sulfizole", "novosaxazole", "sulphafurazolum", "sulphisoxazol", "alphazole", "sulphafuraz", "accuzole", "sulfizin", "sulfadimethylisoxazole", "sulphafurazol", "soxitabs", "sulphaisoxazole", "soxazole", "dorsulfan warthausen", "neoxazol", "ganda", "sulphofurazole", "sulfagan", "urogan", "sulfisin", "gantrisona", "sulfasoxazole", "thiasin", "renosulfan", "novazolo", "cosoxazole", "urisoxin", "stansin", "sulfisoxazole dialamine", "resoxol", "tl-azole", "entusil", "astrazolo", "neazolin", "sulbio", "pancid", "azo gantrisin", "roxoxol", "azosulfizin", "sulfoxol", "saxosozine", "koro-sulf", "dorsulfan", "gantrosan", "unisulf", "roxosul tablets", "soxamide", "norilgan-s", "sulfisonazole", "isoxamin", "chemouag", "barazae", "suloxsol", "sulfagen", "soxo", "v-sul", "g-sox", "j-sul", "sulsoxin", "sodizole", "3 4-dimethyl-5-sulfanilamidoisoxazole", "sulphafurazole", "pediazole (erythromycin (erythromycin ethylsuccinate) + sulfisoxazole acetyl)_mixture", "sulfafurazolum [inn_la]", "n(sup 1)-(3,4-dimethyl-5-isoxazolyl)-sulfanilamide", "n1-(3,4-dimethyl-5-isoxazolyl)sulfanilamide", "dhps", "5-(p-aminobenzenesulfonamido)-3,4-dimethylisooxazole", "sulfafurazole(siz)", "4-27-00-04747 (beilstein handbook reference)[beilstein]", "5-(4-aminophenylsulfonamido)-3,4-dimethylisoxazole", "3,4-dimethyl-5-sulphonamidoisoxazole", "5-sulfanilamido-3,4-dimethyl-isoxazole", "sulfasan", "n(sup1)-(3,4-dimethyl-5-isoxazolyl)sulfanilamide", "ec 2.5.1.15", "3,4-dimethylisoxazole-5-sulfanilamide", "sulfafurazolum[latin]", "sulphadimethylisoxazole", "us-67.", "sulfisoxazole diolamine", "2200-44-4[rn]", "n(sup 1)-(3,4-dimethyl-5-isoxazolyl)sulfanilamide", "sulfanilamide n1- (3 4-dimethyl-5-isoxazolyl)-", "sulfisoxazole[wiki]", "gantrizin", "5-(p-aminobenzenesulfonamido)-3,4-dimethylisoxazole", "sulfisoxazole;", "solfafurazolo [dcit]", "[(4-aminophenyl)sulfonyl](3,4-dimethylisoxazol-5-yl)amine", "4-amino-n-(3,4-dimethyl-isoxazol-5-yl)-benzenesulfonamide", "207522-06-3[rn]", "4-amino-n-(3,4-dimethylisoxazol-5-yl)-benzenesulfonamide", "benzenesulfonamide 4-amino-n- (3 4-dimethyl-5-isoxazolyl)-", "3,4-dimethylisoaxazole-5-sulfanilimide", "n(sup 1)-(3,4-dimethyl-5-isoxazolyl)sulphanilamide", "4-amino-n-(3,4-dimethyl-1,2-oxazol-5-yl)benzenesulfonamide[acd/iupac name]", "5-sulphanilamido-3,4-dimethyl-isoxazole", "4-amino-n-(3,4-dimethylisoxazol-5-yl)benzenesulfonamide", "n'-(3,4)dimethylisoxazol-5-yl-sulphanilamide", "gantrisin (tn)", "sulphisoxazole", "sulfanilamide n(sup1)-(3 4-dimethyl-5-isoxazolyl)-", "sulfafurazole[wiki]", "sulfafurazole", "sulfanilamide n(sup 1)-(3,4-dimethyl-5-isoxazolyl)-", "4-amino-n-(3,4-dimethyl-5-isoxazolyl)benzenesulfonamide", "3,4-dimethyl-5-sulfonamidoisoxazole", "5-(p-aminobenzenesulphonamido)-3,4-dimethylisoxazole", "u.s. 67", "127-69-5[rn]", "eryzole", "u.s.-67", "5-(p-aminobenzenesulfonamido)-3,4-dimethylisooxale", "sulfafurazole;gantrisin pediatric", "sulfisoxazole - carc.", "3,4-dimethyl-5-sulfanilamidoisoxazole", "6155-81-3[rn]", "4299-60-9 (diolamine)", "n(sup1)-(3 4-dimethyl-5-isoxazolyl)sulfanilamide", "3,4-dimethyl-5-sulphanilamidoisoxazole", "5-(4-aminophenylsulfonamido)-3,4-dimethylisoxazole", "sulfasol", "benzenesulfonamide 4-amino-n-(3,4-dimethyl-5-isoxazolyl)-", "5-sulfanilamido-3,4-dimethylisoxazole", "sulfanilamide n1-(3,4-dimethyl-5-isoxazolyl)-", "pediazole", "3,4-dimethylisoxazole-5-sulphanilamide", "sulfafurazole gantrisin pediatric", "204-858-9[einecs]", "sulfisoxazolum", "urisoxin,", "renazone plus tab (ammonium chloride + atropine sulfate + hyoscyamine hydrobromide + scopolamine hydrobromide + sulfisoxazole)_mixture", "4-amino-n-(3,4-dimethyl-5-isoxazolyl)benzenesulphonamide", "3 4-dimethyl-5-sulfonamidoisoxazole", "dihydropteroate pyrophosphorylase", "si", "sulfazin (van)", "3 4-dimethylisoxale-5-sulfanilamide"}|>, "2087" -> <|"DatabaseID" -> "SW01369", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63613"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4308]}, "IsomericSmiles" -> "Cc1ccnc2c1NC(=O)c3cccnc3N2C4CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00435"]}, "OfficialNames" -> <|"China Approved Name" -> "nevirapine", "Indian Approved Name" -> "nevirapine", "WHO Essential Medicine" -> "nevirapine;nevirapine", "Australia Approved Name" -> "NEVIRAPINE", "FDA Approved Drug" -> "NEVIRAPINE;Nevirapine"|>, "PharmGKBID" -> "PA450616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4463]}, "Synonyms" -> {"nevirapine", "viramune (tn)", "bi-rg-587", "nvp", "viramune", "129618-40-2", "viramune[wiki]", "2hny", "6855-48-7[rn]", "birg587", "nevirapine anhydrous", "11-cyclopropyl-4-methyl-5,11-dihydro-6h-dipyrido[3,2-b:2',3'-e][1,4]diazepin-6-on", "11-cyclopropyl-5,11-dihydro-4-methyl-6h-dipyrido(3,2-b:2',3'-e)(1,4)diazepin-6-one; nev; nvp", "2-cyclopropyl-7-methyl-2,4,9,15-tetraazatricyclo[9.4.0.03,8]pentadeca-1(11),3(8),4,6,12,14-hexaen-10-one", "129681-40-2", "dipyridodiazepinone nevirapine", "129618-40-2[rn]", "viramune xr", "1vrt", "11-cyclopropyl-5,11-dihydro-4-methyl-6h-dipyrido[3,2-b',3'-e][1,4]diazepin-6-one", "nev", "viramune bi-rg 587", "11-cyclopropyl-4-methyl-5,11-dihydro-6h-dipyrido[3,2-b:2',3'-e][1,4]diazepin-6-one[acd/iupac name]", "11-cyclopropyl-5,11-dihydro-4-methyl-6h-dipyrido[3,2-b:2',3'-e][1,4]diazepin-6-one", "6h-dipyrido[3,2-b:2',3'-e][1,4]diazepin-6-one 11-cyclopropyl-5,11-dihydro-4-methyl-", "5-cyclopropyl-9-methyl-5,10-dihydro-4,5,6,10-tetraaza-dibenzo[a,d]cyclohepten-11-one", "11-cyclopropyl-4-methyl-5,11-dihydro-6h-dipyrido[2,3-e:3',2'-b][1,4]diazepin-6-one", "6h-dipyrido(3,2-b:2',3'-e)(1,4)diazepin-6-one 11-cyclopropyl-5,11-dihydro-4-methyl-", "11-cyclopropyl-5,11-dihydro-4-methyl-6h-dipyrido(3,2-b:2',3'-e)(1,4)diazepin-6-one", "bi rg 587", "birg 0587", "nevirapine[wiki]", "11-cyclopropyl-4-methyl-5h-dipyrido[3,2-b:2',3'-e][1,4]diazepin-6(11h)-one", "viramune;bi-rg 587", "viramune(tm)", "nevirapine [usan:inn][inn][usan]", "nevirapine [inn_en]", "d019829", "5-cyclopropyl-9-methyl-5,10-dihydro-4,5,6,10-tetra"}|>, "2088" -> <|"DatabaseID" -> "SW01370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141120]}, "IsomericSmiles" -> "c1ccc-2c(c1)C[C@@H]3c4c2c5c(cc4CC[NH2+]3)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anonaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160597]}, "Synonyms" -> {"anonaine", "anonain", "(-)-annonaine", "chebi:524826", "(7ar)-6,7,7a,8-tetrahydro-5h-[1,3]benzodioxolo[6,5,4-de]benzo[g]quinoline[acd/iupac name]", "chembl401798", "(r)-6,7,7a,8-tetrahydro-5h-benzo[g][1,3]dioxolo[4',5':4,5]benzo[1,2,3-de]quinoline", "(7ar)-6", "1862-41-5[rn]", "5h-benzo(g)-1,3-benzodioxolo(6,5,4-de)quinoline 6,7,7a,8-tetrahydro- (r)-", "5h-1,3-benzodioxolo[6,5,4-de]benzo[g]quinoline 6,7,7a,8-tetrahydro- (7ar)-", "kst-1a2712", "kst-1a2711", "ac1q6zr1", "ac1l4nwo"}|>, "2089" -> <|"DatabaseID" -> "SW01371", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4518"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 580857]}, "IsomericSmiles" -> "C/C=C(/C(=C/C)/c1ccc(cc1)O)\\c2ccc(cc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00898"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DIENESTROL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 667476]}, "Synonyms" -> {"oestrodiene", "dienoestrol", "dienestrol", "restrol", "synestrol", "oestrasid", "oestrodienol", "estrodienol", "dienoestrol bp", "dehydrostilbestrol", "phenol 4,4'-(1,2-diethylidene-1,2-ethanediyl)bis- (e,e)- (9ci)", "4,4'-dihydroxy-g,d-diphenyl-b,d-hexadiene", "dienestrol (e,e)", "3,4-bis(4-hydroxyphenyl)-2,4-hexadiene", "phenol 4,4'-((1e,2e)-1,2-diethylidene-1,2-ethanediyl)bis-", "phenol 4,4'-(diethylideneethylene)di- trans- (e,e)-", "estragard", "dienestrol[wiki][usp]", "oestrovis", "dehydrostilboestrol", "4,4'-(diethylideneethylene)diphenol", "z,z-dienestrol", "(e,e)-dienestrol", "4,4'-(2e,4e)-hexa-2,4-diene-3,4-diyldiphenol", "phenol 4,4'-(diethylideneethylene)di-", "phenol 4,4'-[(1e,2e)-1,2-diethylidene-1,2-ethanediyl]bis-", "dinovex", "dv (tn)", "estan", "35495-11-5[rn]", "teserene", "sexadien", "retalon", "dv[formula]", "dienestrolum[latin]", "dinestrol", "follormon", "estraguard", "cycladiene", "para-dien", "dienoestrolum", "di(para-oxyphenyl)-2,4-hexadiene", "di(p-oxyphenyl)-2,4-hexadiene", "follidiene", "2,4-hexadiene 3,4-bis(4-hydroxyphenyl)-", "4-[1-[(e)-ethylidene]-2-(4-hydroxyphenyl)-(e)-2-butenyl]phenol", "gynefollin", "84-17-3 13029-44-2 [//e,e//]", "84-17-3 13029-44-2", "para,para'-(diethylideneethylene)diphenol", "dv", "phenol 4,4'-(1,2-diethylidene-1,2-ethanediyl)bis- (9ci)", "dienestrol [usan:inn][inn][usan]", "84-17-3[rn]", "agaldog", "dienol", "3,4-bis(p-hydroxyphenyl)-2,4-hexadiene", "3,4-bis(para-hydroxyphenyl)-2,4-hexadiene", "willnestrol", "22090-87-5[rn]", "hormofemin", "4,4'-(1,2-diethylidene-1,2-ethanediyl)bisphenol", "dienestrolo [dcit]", "13029-44-2[rn]", "oestroral", "201-519-7[einecs]", "estroral", "p,p'-(diethylideneethylene)diphenol"}|>, "2090" -> <|"DatabaseID" -> "SW01372", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65251]}, "IsomericSmiles" -> "C=CCc1ccc(c(c1)c2cc(ccc2O)CC=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "magnolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72300]}, "Synonyms" -> {"magnolol", "5", "dehydrodichavicol", "528-43-8", "[1,1'-biphenyl]-2,2'-diol 5,5'-di-2-propen-1-yl-", "1u2r dq cr bq e2u1[wln]", "5,5'-di(prop-2-en-1-yl)biphenyl-2,2'-diol", "528-43-8[rn]", "5,5'-diallyl-biphenyl-2,2'-diol", "2-(2-hydroxy-5-prop-2-enylphenyl)-4-prop-2-enylphenol", "5,5'-diallylbiphenyl-2,2'-diol", "2", "honokiol[wiki]", "5,5'-di-2-propenyl-[1,1'-biphenyl]-2,2'-diol", "nsc 293099", "2,2'-bichavicol", "(1", "[1,1'-biphenyl]-2,2'-diol 5,5'-di-2-propenyl-", "2,2'-dihydroxy-5,5'-diallylbiphenyl", "5,5'-diallyl-2,2'-biphenyldiol", "5,5'-diallyl-[1,1'-biphenyl]-2,2'-diol", "mangolol", "5,5'-diallyl-2,2'-dihydroxybiphenyl", "5,5''-diallyl-biphenyl-2,2''-diol"}|>, "2091" -> <|"DatabaseID" -> "SW01373", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64312]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01580"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccccc1OCC=C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01806"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "OXPRENOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71172]}, "Synonyms" -> {"oxprenolol hydrochloride", "evinrozit", "slow-trasicor", "rixiprol", "vrachor", "ranidrox", "secondafil", "trepress", "okuspurecol", "flecor", "drospfta;ome", "1-[2-(allyloxy)phenoxy]-3-(isopropylamino)-2-propanolhydrochloride (1:1)[acd/iupac name]", "229-260-5[einecs]", "(1)-(3-(2-(allyloxy)phenoxy)-2-hydroxypropyl)isopropylammoniumchloride", "1-[2-(allyloxy)phenoxy]-3-(isopropylamino)propan-2-olhydrochloride (1:1)", "(-)-1-(o-allyloxyphenoxy)-3-isopropylamino-2-propanolhydrochloride", "[6452-73-9]", "oxprenololum [inn-latin]", "coretal", "1-[(1-methylethyl)amino]-3-{[2-(prop-2-en-1-yloxy)phenyl]oxy}propan-2-olhydrochloride", "dl-alprenolol hydrochloride", "okuspurecol (tn)", "6452-73-9 (hydrochloride)", "trasicor", "(1)-1-(o-(allyloxy)phenoxy)-3-(isopropylamino)propan-2-ol", "1-(o-allyloxyphenoxy)-3-isopropylamino-2-propanol hydrochloride", "laracor(hydrochloride)", "coretal (hydrochloride)", "1-(isopropylamino)-2-hydroxy-3-(o-(allyloxy)phenoxy)propane", "2-propanol 1-((1-methylethyl)amino)-3-(2-(2-propenyloxy)phenoxy)- hydrochloride", "trasicor (hydrochloride)", "245-358-0[einecs]", "laracor (hydrochloride)", "oxprenolol.hcl", "oxprenolol hydrochloride [usan:jan][jan][usan]", "oxprenolol", "toxic solid organic n.o.s. (oxprenolol hydrochloride)", "1-[2-(allyloxy)phenoxy]-3-(isopropylamino)-2-propanol", "6452-73-9[rn]", "trasacor (hydrochloride)", "trasacor", "slow-pren (hydrochloride)", "1-[(1-methylethyl)amino]-3-[2-(2-propenyloxy)phenoxy]-2-propanol hydrochloride", "osprenololo [dcit]", "beta-2 adrenoceptor", "c-39089-ba", "dl-oxprenolol", "ciba 39089ba", "slow-pren", "2-propanol 1-(o-allyloxyphenoxy)-3-isopropylamino- hydrochloride", "(+)-1-(o-allyloxyphenoxy)-3-isopropylamino-2-propanolhydrochloride", "(+)-1-(o-(allyloxy)phenoxy)-3-(isopropylamino)propan-2-ol", "22972-97-0[rn]", "beta-2 adrenoreceptor", "3-[(methylethyl)amino]-1-(2-prop-2-enyloxyphenoxy)propan-2-ol,chloride", "1-(o-(allyloxy)phenoxy)-3-(isopropylamino)-2-propanol", "(+-)-oxprenolol", "2-propanol 1-[(1-methylethyl)amino]-3-[2-(2-propen-1-yloxy)phenoxy]- hydrochloride (1:1)", "laracor", "oxprenolol[wiki]", "1-(propan-2-ylamino)-3-[2-(prop-2-en-1-yloxy)phenoxy]propan-2-ol hydrochloride (1:1)", "oxiprenolol hydrochloride"}|>, "2092" -> <|"DatabaseID" -> "SW01373", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64312]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01580"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccccc1OCC=C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01806"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "OXPRENOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71172]}, "Synonyms" -> {"oxprenolol hydrochloride", "evinrozit", "slow-trasicor", "rixiprol", "vrachor", "ranidrox", "secondafil", "trepress", "okuspurecol", "flecor", "drospfta;ome", "1-[2-(allyloxy)phenoxy]-3-(isopropylamino)-2-propanolhydrochloride (1:1)[acd/iupac name]", "229-260-5[einecs]", "(1)-(3-(2-(allyloxy)phenoxy)-2-hydroxypropyl)isopropylammoniumchloride", "1-[2-(allyloxy)phenoxy]-3-(isopropylamino)propan-2-olhydrochloride (1:1)", "(-)-1-(o-allyloxyphenoxy)-3-isopropylamino-2-propanolhydrochloride", "[6452-73-9]", "oxprenololum [inn-latin]", "coretal", "1-[(1-methylethyl)amino]-3-{[2-(prop-2-en-1-yloxy)phenyl]oxy}propan-2-olhydrochloride", "dl-alprenolol hydrochloride", "okuspurecol (tn)", "6452-73-9 (hydrochloride)", "trasicor", "(1)-1-(o-(allyloxy)phenoxy)-3-(isopropylamino)propan-2-ol", "1-(o-allyloxyphenoxy)-3-isopropylamino-2-propanol hydrochloride", "laracor(hydrochloride)", "coretal (hydrochloride)", "1-(isopropylamino)-2-hydroxy-3-(o-(allyloxy)phenoxy)propane", "2-propanol 1-((1-methylethyl)amino)-3-(2-(2-propenyloxy)phenoxy)- hydrochloride", "trasicor (hydrochloride)", "245-358-0[einecs]", "laracor (hydrochloride)", "oxprenolol.hcl", "oxprenolol hydrochloride [usan:jan][jan][usan]", "oxprenolol", "toxic solid organic n.o.s. (oxprenolol hydrochloride)", "1-[2-(allyloxy)phenoxy]-3-(isopropylamino)-2-propanol", "6452-73-9[rn]", "trasacor (hydrochloride)", "trasacor", "slow-pren (hydrochloride)", "1-[(1-methylethyl)amino]-3-[2-(2-propenyloxy)phenoxy]-2-propanol hydrochloride", "osprenololo [dcit]", "beta-2 adrenoceptor", "c-39089-ba", "dl-oxprenolol", "ciba 39089ba", "slow-pren", "2-propanol 1-(o-allyloxyphenoxy)-3-isopropylamino- hydrochloride", "(+)-1-(o-allyloxyphenoxy)-3-isopropylamino-2-propanolhydrochloride", "(+)-1-(o-(allyloxy)phenoxy)-3-(isopropylamino)propan-2-ol", "22972-97-0[rn]", "beta-2 adrenoreceptor", "3-[(methylethyl)amino]-1-(2-prop-2-enyloxyphenoxy)propan-2-ol,chloride", "1-(o-(allyloxy)phenoxy)-3-(isopropylamino)-2-propanol", "(+-)-oxprenolol", "2-propanol 1-[(1-methylethyl)amino]-3-[2-(2-propen-1-yloxy)phenoxy]- hydrochloride (1:1)", "laracor", "oxprenolol[wiki]", "1-(propan-2-ylamino)-3-[2-(prop-2-en-1-yloxy)phenoxy]propan-2-ol hydrochloride (1:1)", "oxiprenolol hydrochloride"}|>, "2093" -> <|"DatabaseID" -> "SW01374", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6915]}, "IsomericSmiles" -> "CC[NH+](CC)CCOC(=O)c1ccc(cc1)OCC", "OfficialNames" -> <|"NPC Approved Name" -> "paretoxicaina"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7183]}, "Synonyms" -> {"4-ethoxybenzoic acid 2-(diethylamino)ethyl ester", "parethoxicainum", "b-diethylaminoethyl p-ethoxybenzoate", "paretoxicaina [inn-spanish]", "brn 2586492", "benzoic acid p-ethoxy- 2-(diethylamino)ethyl ester", "2-(diethylamino)ethyl 4-ethoxybenzoate[acd/iupac name]", "parethoxycaine", "intracaine", "parethoxycaine[inn]", "2-(diethylamino)ethyl 4-ethoxybenzoate", "2-diethylaminoethyl 4-ethoxybenzoate", "parethoxycaine [inn]", "4-10-00-00396 (beilstein handbook reference)[beilstein]", "4-10-00-00396[beilstein]", "paretoxicaina[spanish][inn]", "2-(diethylamino)ethyl-4-ethoxybenzoate", "4-ethoxy-benzoic acid 2-diethylamino-ethyl ester", "94-23-5[rn]", "parethoxycainum[latin]", "parethoxycainum [inn-latin]", "diethoxin", "benzoic acid 4-ethoxy- 2-(diethylamino)ethyl ester"}|>, "2094" -> <|"DatabaseID" -> "SW01375", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6950"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4060]}, "IsomericSmiles" -> "C[NH+]1CCN2c3c(cccn3)Cc4ccccc4C2C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00563"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MIRTAZAPINE", "FDA Approved Drug" -> "MIRTAZAPINE"|>, "PharmGKBID" -> "PA450522", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4205]}, "Synonyms" -> {"remeron", "remeron soltab", "mepirzepine", "remergon", "mirtazapine", "(rs)-1,2,3,4,10,14b-hexahydro-2-methylpyrazino-(2,1-a)pyrido(2,3-c)(2)benzazepine", "2-methyl-1,2,3,4,10,14b-hexahydrobenzo[c]pyrazino[1,2-a]pyrido[3,2-f]azepine", "61337-67-5[rn]", "1,2,3,4,10,14b-hexahydro-2-methylpyrazino[2,1-a]pyrido[2,3-c][2]benzazepine", "mirtazapine [usan:ban:inn][inn][usan]", "mirtazapinum[latin]", "5-methyl-2,5,19-triazatetracyclo[13.4.0.02,7.08,13]nonadeca-1(19),8(13),9,11,15,17-hexaene", "1,2,3,4,10,14b-hexahydro-2-methylpyrazino(2,1-a)pyrido(2,3-c)benzazepine", "6-azamianserin", "rexer", "2-methyl-1,2,3,4,10,14b-hexahydropyrazino[2,1-a]pyrido[2,3-c][2]benzazepin", "norset", "zispin[wiki]", "61337-87-9[rn]", "promyrtil", "remeron;avanza", "[85650-52-8]", "mirtazepine", "5-methyl-2,5,19-triazatetracyclo[13.4.0.02,7.08,13]nonadeca-1(15),8(13),9,11,16,18-hexaene", "mirtazapine (jan/usan)[jan][usan]", "pyrazino[2,1-a]pyrido[2,3-c][2]benzazepine 1,2,3,4,10,14b-hexahydro-2-methyl-", "azamianserin", "2-methyl-1,2,3,4,10,14b-hexahydropyrazino[2,1-a]pyrido[2,3-c][2]benzazepine[acd/iupac name]", "(14br)-2-methyl-1,2,3,4,10,14b-hexahydropyrazino[2,1-a]pyrido[2,3-c][2]benzazepine", "remergil[wiki]", "mfcd00865427", "remeron (tn)", "remergil", "zispin", "reflex", "61337-67-5", "288-060-6[einecs]", "549345[beilstein]", "85650-52-8[rn]", "mirtazapina[spanish][inn]", "remeron[wiki]", "pyrazino(2,1-a)pyrido(2,3-c)(2)benzazepine 1,2,3,4,10,14b-hexahydro-2-methyl-", "mirtazapine[wiki]", "mirtazapine (remeron avanza)"}|>, "2095" -> <|"DatabaseID" -> "SW01375", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6950"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4060]}, "IsomericSmiles" -> "C[NH+]1CCN2c3c(cccn3)Cc4ccccc4C2C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00563"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MIRTAZAPINE", "FDA Approved Drug" -> "MIRTAZAPINE"|>, "PharmGKBID" -> "PA450522", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4205]}, "Synonyms" -> {"remeron", "remeron soltab", "mepirzepine", "remergon", "mirtazapine", "(rs)-1,2,3,4,10,14b-hexahydro-2-methylpyrazino-(2,1-a)pyrido(2,3-c)(2)benzazepine", "2-methyl-1,2,3,4,10,14b-hexahydrobenzo[c]pyrazino[1,2-a]pyrido[3,2-f]azepine", "61337-67-5[rn]", "1,2,3,4,10,14b-hexahydro-2-methylpyrazino[2,1-a]pyrido[2,3-c][2]benzazepine", "mirtazapine [usan:ban:inn][inn][usan]", "mirtazapinum[latin]", "5-methyl-2,5,19-triazatetracyclo[13.4.0.02,7.08,13]nonadeca-1(19),8(13),9,11,15,17-hexaene", "1,2,3,4,10,14b-hexahydro-2-methylpyrazino(2,1-a)pyrido(2,3-c)benzazepine", "6-azamianserin", "rexer", "2-methyl-1,2,3,4,10,14b-hexahydropyrazino[2,1-a]pyrido[2,3-c][2]benzazepin", "norset", "zispin[wiki]", "61337-87-9[rn]", "promyrtil", "remeron;avanza", "[85650-52-8]", "mirtazepine", "5-methyl-2,5,19-triazatetracyclo[13.4.0.02,7.08,13]nonadeca-1(15),8(13),9,11,16,18-hexaene", "mirtazapine (jan/usan)[jan][usan]", "pyrazino[2,1-a]pyrido[2,3-c][2]benzazepine 1,2,3,4,10,14b-hexahydro-2-methyl-", "azamianserin", "2-methyl-1,2,3,4,10,14b-hexahydropyrazino[2,1-a]pyrido[2,3-c][2]benzazepine[acd/iupac name]", "(14br)-2-methyl-1,2,3,4,10,14b-hexahydropyrazino[2,1-a]pyrido[2,3-c][2]benzazepine", "remergil[wiki]", "mfcd00865427", "remeron (tn)", "remergil", "zispin", "reflex", "61337-67-5", "288-060-6[einecs]", "549345[beilstein]", "85650-52-8[rn]", "mirtazapina[spanish][inn]", "remeron[wiki]", "pyrazino(2,1-a)pyrido(2,3-c)(2)benzazepine 1,2,3,4,10,14b-hexahydro-2-methyl-", "mirtazapine[wiki]", "mirtazapine (remeron avanza)"}|>, "2096" -> <|"DatabaseID" -> "SW01375", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6950"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4060]}, "IsomericSmiles" -> "C[NH+]1CCN2c3c(cccn3)Cc4ccccc4C2C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00563"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MIRTAZAPINE", "FDA Approved Drug" -> "MIRTAZAPINE"|>, "PharmGKBID" -> "PA450522", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4205]}, "Synonyms" -> {"remeron", "remeron soltab", "mepirzepine", "remergon", "mirtazapine", "(rs)-1,2,3,4,10,14b-hexahydro-2-methylpyrazino-(2,1-a)pyrido(2,3-c)(2)benzazepine", "2-methyl-1,2,3,4,10,14b-hexahydrobenzo[c]pyrazino[1,2-a]pyrido[3,2-f]azepine", "61337-67-5[rn]", "1,2,3,4,10,14b-hexahydro-2-methylpyrazino[2,1-a]pyrido[2,3-c][2]benzazepine", "mirtazapine [usan:ban:inn][inn][usan]", "mirtazapinum[latin]", "5-methyl-2,5,19-triazatetracyclo[13.4.0.02,7.08,13]nonadeca-1(19),8(13),9,11,15,17-hexaene", "1,2,3,4,10,14b-hexahydro-2-methylpyrazino(2,1-a)pyrido(2,3-c)benzazepine", "6-azamianserin", "rexer", "2-methyl-1,2,3,4,10,14b-hexahydropyrazino[2,1-a]pyrido[2,3-c][2]benzazepin", "norset", "zispin[wiki]", "61337-87-9[rn]", "promyrtil", "remeron;avanza", "[85650-52-8]", "mirtazepine", "5-methyl-2,5,19-triazatetracyclo[13.4.0.02,7.08,13]nonadeca-1(15),8(13),9,11,16,18-hexaene", "mirtazapine (jan/usan)[jan][usan]", "pyrazino[2,1-a]pyrido[2,3-c][2]benzazepine 1,2,3,4,10,14b-hexahydro-2-methyl-", "azamianserin", "2-methyl-1,2,3,4,10,14b-hexahydropyrazino[2,1-a]pyrido[2,3-c][2]benzazepine[acd/iupac name]", "(14br)-2-methyl-1,2,3,4,10,14b-hexahydropyrazino[2,1-a]pyrido[2,3-c][2]benzazepine", "remergil[wiki]", "mfcd00865427", "remeron (tn)", "remergil", "zispin", "reflex", "61337-67-5", "288-060-6[einecs]", "549345[beilstein]", "85650-52-8[rn]", "mirtazapina[spanish][inn]", "remeron[wiki]", "pyrazino(2,1-a)pyrido(2,3-c)(2)benzazepine 1,2,3,4,10,14b-hexahydro-2-methyl-", "mirtazapine[wiki]", "mirtazapine (remeron avanza)"}|>, "2097" -> <|"DatabaseID" -> "SW01375", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6950"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4060]}, "IsomericSmiles" -> "C[NH+]1CCN2c3c(cccn3)Cc4ccccc4C2C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00563"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MIRTAZAPINE", "FDA Approved Drug" -> "MIRTAZAPINE"|>, "PharmGKBID" -> "PA450522", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4205]}, "Synonyms" -> {"remeron", "remeron soltab", "mepirzepine", "remergon", "mirtazapine", "(rs)-1,2,3,4,10,14b-hexahydro-2-methylpyrazino-(2,1-a)pyrido(2,3-c)(2)benzazepine", "2-methyl-1,2,3,4,10,14b-hexahydrobenzo[c]pyrazino[1,2-a]pyrido[3,2-f]azepine", "61337-67-5[rn]", "1,2,3,4,10,14b-hexahydro-2-methylpyrazino[2,1-a]pyrido[2,3-c][2]benzazepine", "mirtazapine [usan:ban:inn][inn][usan]", "mirtazapinum[latin]", "5-methyl-2,5,19-triazatetracyclo[13.4.0.02,7.08,13]nonadeca-1(19),8(13),9,11,15,17-hexaene", "1,2,3,4,10,14b-hexahydro-2-methylpyrazino(2,1-a)pyrido(2,3-c)benzazepine", "6-azamianserin", "rexer", "2-methyl-1,2,3,4,10,14b-hexahydropyrazino[2,1-a]pyrido[2,3-c][2]benzazepin", "norset", "zispin[wiki]", "61337-87-9[rn]", "promyrtil", "remeron;avanza", "[85650-52-8]", "mirtazepine", "5-methyl-2,5,19-triazatetracyclo[13.4.0.02,7.08,13]nonadeca-1(15),8(13),9,11,16,18-hexaene", "mirtazapine (jan/usan)[jan][usan]", "pyrazino[2,1-a]pyrido[2,3-c][2]benzazepine 1,2,3,4,10,14b-hexahydro-2-methyl-", "azamianserin", "2-methyl-1,2,3,4,10,14b-hexahydropyrazino[2,1-a]pyrido[2,3-c][2]benzazepine[acd/iupac name]", "(14br)-2-methyl-1,2,3,4,10,14b-hexahydropyrazino[2,1-a]pyrido[2,3-c][2]benzazepine", "remergil[wiki]", "mfcd00865427", "remeron (tn)", "remergil", "zispin", "reflex", "61337-67-5", "288-060-6[einecs]", "549345[beilstein]", "85650-52-8[rn]", "mirtazapina[spanish][inn]", "remeron[wiki]", "pyrazino(2,1-a)pyrido(2,3-c)(2)benzazepine 1,2,3,4,10,14b-hexahydro-2-methyl-", "mirtazapine[wiki]", "mirtazapine (remeron avanza)"}|>, "2098" -> <|"DatabaseID" -> "SW01376", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 139688]}, "IsomericSmiles" -> "c1ccc(cc1)CN(CC2=[NH+]CCN2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02950"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ANTAZOLINE PHOSPHATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 158798]}, "Synonyms" -> {"antazoline phosphate salt", "antazoline phosphate", "spectrum1500126", "2-((n-benzylanilino)methyl)-2-imidazoline phosphate (1:1)", "ac1l4kmx", "(2-imidazolin-2-ylmethyl)phenylbenzylamine phosphoric acid", "154-68-7 91-75-8 [antazoline]", "vasocon-a", "154-68-7[rn]", "n-benzyl-4,5-dihydro-n-phenyl-1h-imidazole-2-methylamine monophosphate", "mls001148180", "antazoline phosphate[usp]", "154-68-7 91-75-8", "a3766_sigma", "2-(n-benzylanilinomethyl)-2-imidazoline", "1h-imidazole-2-methanamine,4,5-dihydro-n-phenyl-n-(phenylmethyl)- phosphate (1:1)", "mls000028623", "a3766_fluka", "unii-vpr5fph326", "antazoline phosphate (usp)", "205-831-4[einecs]", "n-benzyl-n-(4,5-dihydro-1h-imidazol-2-ylmethyl)anilinephosphate (1:1)[acd/iupac name]", "91-75-8[rn]"}|>, "2099" -> <|"DatabaseID" -> "SW01377", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88054]}, "IsomericSmiles" -> "Cc1cc2c(c(c1)[O-])C(=O)c3c(ccc(c3C2=O)[O-])[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "helminthosporin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 97560]}, "Synonyms" -> {"helminthosporin", "ac1l3yri", "nsc132600", "anthraquinone", "9,10-anthracenedione 1,5,8-trihydroxy-3-methyl-", "anthraquinone 1,5,8-trihydroxy-3-methyl-", "1,5,8-trihydroxy-3-methyl-9,10-anthracenedione", "ar-1h7454", "1,5,8-trihydroxy-3-methyl-9,10-anthraquinone[acd/iupac name]", "9", "ac1q6jms", "9,10-anthracenedione 1,5,8-trihydroxy-3-methyl- (9ci)", "518-80-9", "zinc04963674", "ambap518-80-9", "518-80-9[rn]"}|>, "2100" -> <|"DatabaseID" -> "SW01378", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141213]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3cc(c(c(c3C2=O)[O-])C=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nordamnacanthal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160712]}, "Synonyms" -> {"nordamnacanthal", "ac1l4o43", "3736-59-2", "2-anthracenecarboxaldehyde", "ls-188314", "ac1q6jwv", "2-anthracenecarboxaldehyde,9,10-dihydro-1,3-dihydroxy-9,10-dioxo-", "3736-59-2[rn]", "ag-j-69568", "ar-1d8954", "ccris 6442", "ar-1d8955"}|>, "2101" -> <|"DatabaseID" -> "SW01379", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10110"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 32555], ExternalIdentifier["ChemSpiderID", 140919]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00069"], ExternalIdentifier["DrugBankID", "00495"]}, "IsomericSmiles" -> "Cc1cn(c(=O)[nH]c1=O)[C@H]2C[C@@H]([C@H](O2)CO)N=[N+]=[N-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02744"], ExternalIdentifier["KEGGID", "D00413"]}, "OfficialNames" -> <|"China Approved Name" -> "zidovudine;human erythropoietin", "WHO Essential Medicine" -> "zidovudine;zidovudine", "Indian Approved Name" -> "zidovudine", "FDA Approved Drug" -> "INTERFERON ALFACON-1;LAMIVUDINE AND ZIDOVUDINE;ZIDOVUDINE;Zidovudine"|>, "PharmGKBID" -> "PA451954", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 35370], ExternalIdentifier["PubChemCompoundID", 160352]}, "Synonyms" -> {"zidovudine", "azt", "retrovir", "3'-azido-3'-deoxythymidine", "aztec", "zidovudine ep iii", "azidothymidine", "compound s", "novo-azt", "apo-zidovudine", "1-[(2r,4s,5s)-4-azido-5-(hydroxymethyl)tetrahydrofuran-2-yl]-5-methylpyrimidine-2,4(1h,3h)-dione", "1-((2r,4s,5s)-4-azido-5-(hydroxymethyl)tetrahydrofuran-2-yl)-5-methylpyrimidine-2,4(1h,3h)-dione", "thymidine 3'-azido-3'-deoxy-", "zidovudine [inn_en]", "zidovudinum", "zidovudine [azt]", "3'-azido-3'-deoxythymidine (azt)", "1-[(2r,4s,5s)-4-azido-5-(hydroxymethyl)tetrahydrofuran-2-yl]-5-methylpyrimidin-2,4(1h,3h)-dion", "azt antiviral", "1-[(2r,4s,5r)-4-azido-5-(hydroxymethyl)oxolan-2-yl]-5-methyl-pyrimidine-2,4-dione", "zidovudine[wiki]", "zidovudinum[latin]", "zidovudine (jan/usp)[usp][jan]", "1-((2r,4s,5s)-4-azido-5-hydroxymethyl-tetrahydro-furan-2-yl)-5-methyl-1h-pyrimidine-2,4-dione", "zidovudina[spanish]", "30516-87-1[rn]", "trizivir[wiki]", "azidothymidine[wiki]", "bw a509u", "bw-a509u", "3'-azido-3'-deoxythymidine;3'-azidothymidine;apovir;novo-azt;retrovir;zidovir", "zidovudine [usan:ban:inn:jan][inn][jan][usan]", "zdv", "3'-azido-3'-deoxythymidine;", "1-[(2r,4s,5s)-4-azido-5-(hydroxymethyl)oxolan-2-yl]-5-methyl-1,2,3,4-tetrahydropyrimidine-2,4-dione", "retrovir[wiki]", "combivir (lamivudine + zidovudine)_mixture", "trizivir (abacavir sulfate + lamivudine + zidovudine)_mixture", "zidovudine (retrovir)", "interferon alfacon-1", "advaferon", "lamivudine/zidovudine", "epivir & retrovir", "infergen", "3tc & zdv", "lamivudine & zidovudine", "combivir[wiki]", "mixture of lamivudine and zidovudine", "ac1l4ngv", "thymidine 3'-azido-3'-deoxy- mixt.with 4-amino-1-((2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl)-2(1h)-pyrimidinone", "interferon alpha/beta receptor 2", "interferon-alpha/beta receptor beta chain precursor", "2(1h)-pyrimidinone 4-amino-1-[(2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl]- compd. with thymidine 3'-azido-3'-deoxy- (1:1)", "zidovudine / lamivudine", "165456-81-5[rn]", "ifn-alpha-rec", "type i interferon receptor", "(-)-3tc & azt", "165456-81-5", "combivir(tm)", "ifn-r", "lamivudine; zidovudine", "lamivudine and zidovudine", "1-[(2r,4s,5s)-4-azido-5-(hydroxymethyl)tetrahydrofuran-2-yl]-5-methylpyrimidine-2,4(1h,3h)-dione -4-amino-1-[(2r,5s)-2-(hydroxymethyl)-1,3-oxathiolan-5-yl]pyrimidin-2(1h)-one (1:1)", "interferon alfacon-1 (genetical recombination)"}|>, "2102" -> <|"DatabaseID" -> "SW01380", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16335"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54923]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00640"]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)[C@H]3[C@@H]([C@@H]([C@H](O3)CO)O)O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00045"]}, "OfficialNames" -> <|"China Approved Name" -> "adenosine mecobalamin", "Indian Approved Name" -> "adenosine", "Traditional Herbal Isolate" -> "adenosine", "Australia Approved Name" -> "ADENOSINE", "FDA Approved Drug" -> "ADENOSINE"|>, "PharmGKBID" -> "PA448049", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60961]}, "Synonyms" -> {"adenoscan", "adenosine", "adenocard", "myocol", "boniton", "nucleocardyl", "sandesin", "adenine nucleoside", "adenine riboside", "adenocor", "adenosin", "beta-d-adenosine", "200-389-9[einecs]", "apr", "pallacor", "46969-16-8[rn]", "d-adenosine", "6-amino-9-b-d-ribofuranosyl-9h-purine", "ade-rib", "(2r,3r,4s,5r)-2-(6-amino-9h-purin-9-yl)-5-(hydroxymethyl)oxolane-3,4-diol", "adenosin[german]", "5536-17-4[rn]", "4-26-00-03598", "anti-adenosine", "(2r,3r,4s,5r)-2-(6-amino-purin-9-yl)-5-hydroxymethyl-tetrahydro-furan-3,4-diol", "46946-45-6[rn]", "ado", "9-b-d-ribofuranosyl-9h-purin-6-amine", "(2r,3r,4s,5r)-2-(6-amino-9h-purin-9-yl)-5-(hydroxymethyl)tetrahydro-3,4-furandiol", "3080-29-3[rn]", "adn", "(2r,3r,4s,5r)-2-(6-amino-9h-purin-9-yl)-5-(hydroxymethyl)tetrahydrofuran-3,4-diol", "9-b-d-ribofuranosidoadenine", "sr-96225", "58-61-7[rn]", "4-n-boc-2-methyl-piperazine", "337376-15-5", "30143-02-3[rn]", "adenosine [usan:ban][usan]", "tl8003749", "4-aminopyrazolo[3,4-d]pyrimidine ribonucleoside", "adenocard[wiki]", "b-d-adenosine", "93029[beilstein]", "adenine deoxyribonucleoside", "adenyldeoxyriboside", "(2r,3r,4s,5r)-2-(6-aminopurin-9-yl)-5-(hydroxymethyl)oxolane-3,4-diol", "adensoine"}|>, "2103" -> <|"DatabaseID" -> "SW01381", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "45327"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20400]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)[C@H]3[C@H]([C@@H]([C@H](O3)CO)O)O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00406"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VIDARABINE"|>, "PharmGKBID" -> "PA451876", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32326]}, "Synonyms" -> {"vira-a", "arabinosyl adenine", "adenine arabinoside", "spongoadenosine", "arabinoside adenine", "vidarabin", "ara-a", "2-(6-amino-purin-9-yl)-5-hydroxymethyl-tetrahydro-furan-3,4-diol", "226-893-9[einecs]", "rab", "[58-61-7]", "24356-66-9 5536-17-4", "araadenosine", "24356-66-9[rn]", "vidarabine[wiki]", "5536-17-4[rn]", "(2r,3s,4s,5r)-2-(6-aminopurin-9-yl)-5-(hydroxymethyl)oxolane-3,4-diol", "vidarabinum[latin]", "(+)-cyclaradine", "24356-66-9 (monohydrate)", "(2r,3s,4s,5r)-2-(6-amino-9h-purin-9-yl)-5-(hydroxymethyl)tetrahydrofuran-3,4-diol", "vidarabine monohydrate", "araa", "9-arabinosyladenine", "vidarabine", "arabinosyladenine", "24356-66-9 5536-17-4 [anhydrous]", "vidarabina [dcit]", "arasena-a", "adenosine", "cas-5536-17-4", "624881[beilstein]"}|>, "2104" -> <|"DatabaseID" -> "SW01382", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8396518]}, "IsomericSmiles" -> "CC(=O)NCCC(=O)N[C@H](Cc1cnc[nH]1)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "n-acetylcarnosine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10221026]}, "Synonyms" -> {"acetylcarnosine", "n-acetylcarnosine", "hmdb12881"}|>, "2105" -> <|"DatabaseID" -> "SW01383", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2904"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2162]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00335"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccc(cc1)CC(=O)N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00235"]}, "OfficialNames" -> <|"Indian Approved Name" -> "atenolol", "FDA Approved Drug" -> "ATENOLOL"|>, "PharmGKBID" -> "PA448499", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2249]}, "Synonyms" -> {"blokium", "tenoblock", "prenormine", "tenormine", "tenormin", "normiten", "cuxanorm", "atenolol", "selobloc", "jenatenol", "vascoten", "atenol 1a pharma", "atenol heumann", "felo-bits", "premorine", "atenet", "atereal", "scheinpharm atenol", "ibinolo", "atenol genericon", "tenolol", "atenol trom", "atenol ct", "aterol", "atendol", "noten", "prenolol", "duraatenolol", "atenol acis", "normalol", "atenol pb", "evitocor", "loten", "lotenal", "atenol al", "atenil", "juvental", "atcardil", "tenobloc", "blocotenol", "panapres", "atenol-wolff", "corotenol", "alinor", "tensimin", "atenol gnr", "betablok", "cardaxen", "hipres", "xaten", "atenol nm pharma", "atenol nordic", "atenolin", "myocord", "aircrit", "oraday", "servitenol", "tenidon", "antipressan", "atecard", "atehexal", "ormidol", "tredol", "betasyn", "hypoten", "anselol", "prinorm", "cardiopress", "atenol von ct", "lo-ten", "atenol tika", "unibloc", "ateni", "farnormin", "internolol", "atenol atid", "atenol", "stermin", "tenoprin", "atenol-ratiopharm", "atenomel", "betacard", "betatop ge", "plenacor", "atenol quesada", "atenol gador", "altol", "atenblock", "duratenol", "atenol fecofar", "atenol msd", "atenol cophar", "atenol stada", "wesipin", "vericordin", "atenol-mepha", "apo-atenolol", "2-{4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl}acetamide", "2-(4-{2-hydroxy-3-[(propan-2-yl)amino]propoxy}phenyl)acetamide", "atenololum[latin]", "2-(4-(2-hydroxy-3-(isopropylamino)propoxy)phenyl)acetamide", "seles beta", "atenolol[wiki]", "acetamide 2-(p-(2-hydroxy-3-(isopropylamino)propoxy)phenyl)-", "257-355-1[einecs]", "(1)-2-(4-(2-hydroxy-3-(isopropylamino)propoxy)phenyl)acetamide", "51706-40-2[rn]", "29122-68-7", "2-{4-[2-hydroxy-3-(isopropylamino)propoxy]-phenyl}acetamide", "29122-68-7[rn]", "56715-13-0[rn]", "tenormine[french]", "beta-1 adrenoceptor", "2-(p-(2-hydroxy-3-(isopropylamino)propoxy)phenyl)acetamide", "beta-1 adrenoreceptor", "(rs)-atenolol", "2-(4-{[(2s)-2-hydroxy-3-(propan-2-ylamino)propyl]oxy}phenyl)acetamide", "ici66082", "tenormin[wiki]", "serten[wiki]", "tenoretic (atenolol + chlorthalidone)_mixture", "atenolol (jan/usp)[usp][jan]", "neatenol", "d001262", "249-451-7[einecs]", "tenoretic[wiki]", "60966-51-0[rn]", "atenol; atenolol", "[29122-68-7]", "4-(2-hydroxy-3-((1-methylethyl)amino)propoxy)benzeneacetamide", "4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]benzeneacetamide", "serten", "dl-atenolol", "2-(4-{2-hydroxy-3-[(methylethyl)amino]propoxy}phenyl)acetamide", "tensotin", "atenolol [usan:ban:inn:jan][inn][jan][usan]", "2-(4-{2-hydroxy-3-[(1-methylethyl)amino]propoxy}phenyl)acetamide", "(rs)-4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]benzeneacetamide", "2-{4-[2-hydroxy-3-(isopropylamino)propoxy]phenyl}acetamide[acd/iupac name]", "tenormin (tn)", "2-[4-(2-hydroxy-3-isopropylamino-propoxy)-phenyl]-acetamide(atenolol)", "atenolol (rs)-", "teno-basan", "uniloc[wiki]", "benzeneacetamide,4-(2-hydroxy-3-((1-methylethyl)amino)propoxy)-", "2-[p-[2-hydroxy-3-(isopropylamino)propoxy]phenyl]acetamide", "2-(4-(2-hydroxy-3-isopropylaminopropoxy)phenyl)acetamid", "2-[4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl]acetamide", "esatenolol[inn]", "atenololum [inn_la]", "uniloc", "93379-54-5[rn]", "benzeneacetamide,4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]-", "2-[4-(2-hydroxy-3-isopropylamino-propoxy)-phenyl]-acetamide", "2-(4-{2-hydroxy-3-[(1-methylethyl)amino]propoxy}phenyl)acetamid", "1-p-carbamoylmethylphenoxy-3-isopropylamino-2-propanol", "2-[4-({2-hydroxy-3-[(1-methylethyl)amino]propyl}oxy)phenyl]acetamide", "262-544-7[einecs]", "2tn", "atehexal[wiki]", "ici 66,082", "atenix;", "337376-15-5"}|>, "2106" -> <|"DatabaseID" -> "SW01383", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2904"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2162]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00335"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccc(cc1)CC(=O)N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00235"]}, "OfficialNames" -> <|"Indian Approved Name" -> "atenolol", "FDA Approved Drug" -> "ATENOLOL"|>, "PharmGKBID" -> "PA448499", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2249]}, "Synonyms" -> {"blokium", "tenoblock", "prenormine", "tenormine", "tenormin", "normiten", "cuxanorm", "atenolol", "selobloc", "jenatenol", "vascoten", "atenol 1a pharma", "atenol heumann", "felo-bits", "premorine", "atenet", "atereal", "scheinpharm atenol", "ibinolo", "atenol genericon", "tenolol", "atenol trom", "atenol ct", "aterol", "atendol", "noten", "prenolol", "duraatenolol", "atenol acis", "normalol", "atenol pb", "evitocor", "loten", "lotenal", "atenol al", "atenil", "juvental", "atcardil", "tenobloc", "blocotenol", "panapres", "atenol-wolff", "corotenol", "alinor", "tensimin", "atenol gnr", "betablok", "cardaxen", "hipres", "xaten", "atenol nm pharma", "atenol nordic", "atenolin", "myocord", "aircrit", "oraday", "servitenol", "tenidon", "antipressan", "atecard", "atehexal", "ormidol", "tredol", "betasyn", "hypoten", "anselol", "prinorm", "cardiopress", "atenol von ct", "lo-ten", "atenol tika", "unibloc", "ateni", "farnormin", "internolol", "atenol atid", "atenol", "stermin", "tenoprin", "atenol-ratiopharm", "atenomel", "betacard", "betatop ge", "plenacor", "atenol quesada", "atenol gador", "altol", "atenblock", "duratenol", "atenol fecofar", "atenol msd", "atenol cophar", "atenol stada", "wesipin", "vericordin", "atenol-mepha", "apo-atenolol", "2-{4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl}acetamide", "2-(4-{2-hydroxy-3-[(propan-2-yl)amino]propoxy}phenyl)acetamide", "atenololum[latin]", "2-(4-(2-hydroxy-3-(isopropylamino)propoxy)phenyl)acetamide", "seles beta", "atenolol[wiki]", "acetamide 2-(p-(2-hydroxy-3-(isopropylamino)propoxy)phenyl)-", "257-355-1[einecs]", "(1)-2-(4-(2-hydroxy-3-(isopropylamino)propoxy)phenyl)acetamide", "51706-40-2[rn]", "29122-68-7", "2-{4-[2-hydroxy-3-(isopropylamino)propoxy]-phenyl}acetamide", "29122-68-7[rn]", "56715-13-0[rn]", "tenormine[french]", "beta-1 adrenoceptor", "2-(p-(2-hydroxy-3-(isopropylamino)propoxy)phenyl)acetamide", "beta-1 adrenoreceptor", "(rs)-atenolol", "2-(4-{[(2s)-2-hydroxy-3-(propan-2-ylamino)propyl]oxy}phenyl)acetamide", "ici66082", "tenormin[wiki]", "serten[wiki]", "tenoretic (atenolol + chlorthalidone)_mixture", "atenolol (jan/usp)[usp][jan]", "neatenol", "d001262", "249-451-7[einecs]", "tenoretic[wiki]", "60966-51-0[rn]", "atenol; atenolol", "[29122-68-7]", "4-(2-hydroxy-3-((1-methylethyl)amino)propoxy)benzeneacetamide", "4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]benzeneacetamide", "serten", "dl-atenolol", "2-(4-{2-hydroxy-3-[(methylethyl)amino]propoxy}phenyl)acetamide", "tensotin", "atenolol [usan:ban:inn:jan][inn][jan][usan]", "2-(4-{2-hydroxy-3-[(1-methylethyl)amino]propoxy}phenyl)acetamide", "(rs)-4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]benzeneacetamide", "2-{4-[2-hydroxy-3-(isopropylamino)propoxy]phenyl}acetamide[acd/iupac name]", "tenormin (tn)", "2-[4-(2-hydroxy-3-isopropylamino-propoxy)-phenyl]-acetamide(atenolol)", "atenolol (rs)-", "teno-basan", "uniloc[wiki]", "benzeneacetamide,4-(2-hydroxy-3-((1-methylethyl)amino)propoxy)-", "2-[p-[2-hydroxy-3-(isopropylamino)propoxy]phenyl]acetamide", "2-(4-(2-hydroxy-3-isopropylaminopropoxy)phenyl)acetamid", "2-[4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl]acetamide", "esatenolol[inn]", "atenololum [inn_la]", "uniloc", "93379-54-5[rn]", "benzeneacetamide,4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]-", "2-[4-(2-hydroxy-3-isopropylamino-propoxy)-phenyl]-acetamide", "2-(4-{2-hydroxy-3-[(1-methylethyl)amino]propoxy}phenyl)acetamid", "1-p-carbamoylmethylphenoxy-3-isopropylamino-2-propanol", "2-[4-({2-hydroxy-3-[(1-methylethyl)amino]propyl}oxy)phenyl]acetamide", "262-544-7[einecs]", "2tn", "atehexal[wiki]", "ici 66,082", "atenix;", "337376-15-5"}|>, "2107" -> <|"DatabaseID" -> "SW01384", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19853]}, "IsomericSmiles" -> "COc1ccc(c(c1OC)OC)C[NH+]2CCNCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01606"]}, "OfficialNames" -> <|"China Approved Name" -> "trimetazidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21109]}, "Synonyms" -> {"1-(2", "kyurinett", "2,3-dimethoxy-4-(piperazinomethyl)phenyl methyl ether", "1-[(2,3,4-trimethoxyphenyl)methyl]piperazine", "trimetazidina[spanish][inn]", "kyurinett;", "trimetazidine hydrochloride", "bas 06612844", "5011-34-7", "1-((2,3,4-trimethoxyphenyl)methyl)piperazine", "5011-34-7[rn]", "13171-25-0[rn]", "trimetazidine", "piperazine 1-((2,3,4-trimethoxyphenyl)methyl)-", "1-(2,3,4-trimethoxy-benzyl)-piperazine", "1,2,3-trimethoxy-4-(piperazinylmethyl)benzene", "trimetazidinum [inn-latin]", "kyurinett;vastarel;yosimilon;preductal", "piperazine 1-[(2,3,4-trimethoxyphenyl)methyl]-", "piperazine", "225-690-2[einecs]", "trimetazidine [ban:dcf:inn][inn]", "1-(2,3,4-trimethoxybenzyl)piperazine[acd/iupac name]", "trimetazidina [inn-spanish]", "einecs 225-690-2", "236-117-0[einecs]", "vastarel", "trimetazidine[wiki]", "738-70-5[rn]", "yosimilon", "vasartel", "trimetazidinum[latin]"}|>, "2108" -> <|"DatabaseID" -> "SW01385", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4449"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58811]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01151"]}, "IsomericSmiles" -> "C[NH2+]CCCN1c2ccccc2CCc3c1cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00812"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DESIPRAMINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65327]}, "Synonyms" -> {"pertofran", "desipramine hydrochloride", "norpramin", "pertofrane", "norpolake", "dmi hydrochloride", "desmethylimipramine chloride", "desipramine hcl", "petylyl", "pertofrin", "nortimil", "hydrogenchloride3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n-methylpropan-1-amine (1:1:1)", "dezipramine", "5h-dibenz(b,f)azepine-5-propanamine,10,11-dihydro-n-methyl- monohydrochloride", "50-47-5[rn]", "58-28-6 50-47-5 [desipramine]", "58-28-6[rn]", "rmi-9384a", "desmethylimipramine monohydrochloride", "demethylimipramine hydrochloride", "58-28-6 50-47-5", "10-11-dihydro-n-methyl-5h-dibenz[b,f]azepine-5-propanamine hydrochloride", "desipramine monohydrochloride", "pentofran", "5h-dibenz[b,f]azepine-5-propanamine,10,11-dihydro-n-methyl- hydrochloride (1:1)", "irene", "5h-dibenz[b,f]azepine-5-propanamine,10,11-dihydro-n-methyl- chloride,hydrogensalt (1:1)", "desipramin", "desimpramine", "norpramine", "gmi", "sertofran", "desmethylimipramine hydrochloride", "5h-dibenz[b,f]azepine-5-propanamine,10,11-dihydro-n-methyl- monohydrochloride", "[58-28-6]", "dimethylimipramine", "5h-dibenz(b,f)azepine 10,11-dihydro-5-(3-(methylamino)propyl)- hydrochloride", "10,11-dihydro-5-(3-(methylamino)propyl)-5h-dibenz(b,f)azepine hydrochloride", "monodemethylimipramine", "desimipramine hydrochloride", "desmethylimipramine", "methylaminopropyliminodibenzyl", "200-373-1[einecs]", "(3-(10h,11h-dibenzo[b,f]azepin-5-yl)propyl)methylamine chloride", "norpramin[wiki]", "desimipramine", "10,11-dihydro-5-(3-(methylamino)propyl)-5h-dibenz(b,f)azepine monohydrochloride", "rmi 9384a", "dmi", "desipramine hydrochloride [usan:jan][jan][usan]", "desipramine", "norimipramine", "demethylimipramine", "5h-dibenz(b,f)azepine 10,11-dihydro-5-(3-(methylamino)propyl)- monohydrochloride", "norpramin (tn)", "imipramine hydrochloride imp. a (ep) as hydrochloride", "n-(g-methylaminopropyl)iminodibenzyl hydrochloride", "desipramine[wiki]", "ex-4355", "3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n-methylpropan-1-aminhydrochlorid", "desimipramine hydrochloride", "pertrofane", "rmi 9,384a", "4166006[beilstein]", "10,11-dihydro-5-(3-(methylamino)propyl)-5h-dibenz[b,f]azepine hydrochloride", "3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n-methylpropan-1-amine hydrochloride", "10,11-dihydro-n-methyl-5h-dibenz[b,f]azepine-5-propanamine monohydrochloride", "3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n-methylpropan-1-amine hydrochloride(1:1)", "imipraminedemethyl hydrochloride"}|>, "2109" -> <|"DatabaseID" -> "SW01386", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3994"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64553], ExternalIdentifier["ChemSpiderID", 6470]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01176"]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)C(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02090"], ExternalIdentifier["KEGGID", "D03621"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "cyclizine", "FDA Approved Drug" -> "CYCLIZINE LACTATE"|>, "PharmGKBID" -> "PA164742937", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71473], ExternalIdentifier["PubChemCompoundID", 6726]}, "Synonyms" -> {"marezine", "cyclizine", "nautazine", "neo-devomit", "wellcome", "emoquil", "valoid", "ne-devomit", "marezine hydrochloride", "est-1", "cyclizine lactate", "ciclizina [inn-spanish]", "marezine (tn)", "cyclizinum [inn-latin]", "cyclizine chloride", "ec 2.8.2.4", "1-benzhydryl-4-methylpiperazine", "ciclizina", "sulfotransferase estrogen- preferring", "cyclizine hydrochloride", "cyclizinum", "marzine", "marazine", "reis-fit", "ac1l2g89", "cyclizine lactate [usan:ban]", "1-(diphenylmethyl)-4-methylpiperazine mono(2-hydroxypropanoate)", "cyclizine[wiki][usp]", "1-(diphenylmethyl)-4-methylpiperazine[acd/iupac name]", "compound 47-83", "n-methyl-n'-benzyhydrylpiperazine", "5-23-01-00232", "1-(diphenylmethyl)-4-methylpiperazine monolactate", "1-benzhydryl-4-methylpiperazin", "5897-19-8[rn]", "wellcome prepn. 47-83", "component of diconal", "337376-15-5", "n-benzhydryl-n'-methylpiperazine", "1-benzhydryl-4-methyl-piperazine", "wellcome[wiki]", "cas-303-25-3", "emoquil[wiki]", "piperazine 1- (diphenylmethyl)-4-methyl-", "wellcome prepn 47-83", "2-hydroxypropanoic acid- 1-(diphenylmethyl)-4-methylpiperazine(1:1)", "chembl1200497", "1-diphenylmethyl-4-methylpiperazine", "cyclizine lactate (ban)", "piperazine 1-(diphenylmethyl)-4-methyl- mono(2-hydroxypropanoate)", "compd 47-83", "cyclizinum[latin]", "ciclizina[spanish][inn]", "c18h22n2.c3h6o3", "303-25-3[rn]", "5897-19-8", "82-92-8[rn]", "2-hydroxypropanoicacid - 1-(diphenylmethyl)-4-methylpiperazine(1:1)[acd/iupac name]", "cyclizine lactate[usp]", "propanoicacid 2-hydroxy-,compd. with 1-(diphenylmethyl)-4-methylpiperazine (1:1)", "cyclizinum [inn_la]", "wellcome preparation 47-83", "n-methyl-n'-benzhydrylpiperazine", "5-23-01-00232 (beilstein handbook reference)[beilstein]", "ac1q5srd", "cyclizine lactate [usan:ban][usan]", "201-445-5[einecs]", "(n-benzhydryl)(n'-methyl)diethylenediamine", "bw 47-83", "marezine[wiki]", "cyclizine [ban:dcf:inn][inn]", "230441[beilstein]", "piperazine 1-(diphenylmethyl)-4-methyl-"}|>, "2110" -> <|"DatabaseID" -> "SW01387", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "46557"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61986]}, "IsomericSmiles" -> "c1cn(cn1)CC(O)(P(=O)([O-])[O-])P(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01968"]}, "OfficialNames" -> <|"Indian Approved Name" -> "zoledronic acid", "Australia Approved Name" -> "ZOLEDRONIC ACID", "FDA Approved Drug" -> "ZOLEDRONIC ACID"|>, "PharmGKBID" -> "PA10235", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68740]}, "Synonyms" -> {"zoledronate", "zoledronic acid", "reclast", "zometa", "[1-hydroxy-2-(1h-imidazol-1-yl)ethylidene]bisphosphonic acid", "2-(imidazol-1-yl)-1-hydroxyethylidene-1,1-bisphosphonic acid", "118072-93-8[rn]", "[1-hydroxy-(1h-imidazol-1-yl)-phosphonoethyl] phos", "hydrogen[1-hydroxy-2-(1h-imidazol-3-ium-1-yl)-1-phosphonoethyl]phosphonate", "phosphonic acid,[1-hydroxy-2-(1h-imidazol-1-yl)ethylidene]bis-", "cgp 42446a", "bisphosphonate 3", "zoledronic acid[wiki][inn][usan]", "s00092", "[1-hydroxy-2-(1h-imidazol-1-yl)ethane-1,1-diyl]bis(phosphonic acid)", "zol", "phosphonic acid [1-hydroxy-2-(1h-imidazol-1-yl)ethylidene]bis-", "118072-93-8", "[1-hydroxy-2-(1h-imidazol-1-yl)-1-phosphonoethyl]phosphonic acid", "(1-hydroxy-2-(1h-imidazol-1-yl)ethylidene)bisphosphonic acid", "zoledronic acid hydrate", "aclasta", "reclast (tn)", "(1-hydroxy-2-(1h-imidazol-1-yl)ethane-1,1-diyl)diphosphonic acid", "zometa[wiki]", "2-(imidazol-1-yl)-1-hydroxyethane-1,1-diphosphonic acid", "phosphonic acid p,p'-[1-hydroxy-2-(1h-imidazol-1-yl)ethylidene]bis-", "phosphonic acid (1-hydroxy-2-(1h-imidazol-1-yl)ethylidene)bis-", "9205049[beilstein]", "(1-hydroxy-2-imidazol-1-yl-1-phosphono-ethyl)-phosphonic acid", "cgp-42'446", "zometa (novartis)", "(1-hydroxy-2-imidazol-1-ylethylidene)diphosphonic acid", "c088658", "[1-hydroxy-2-(1h-imidazol-1-yl)-1,1-ethanediyl]bis(phosphonic acid)[acd/iupac name]", "zometa zomera aclasta and reclast", "cgp 42'446", "zometa concentrate", "hydrogen1-hydroxy-2-(1h-imidazol-3-ium-1-yl)-1-phosphonoethylphosphonate"}|>, "2111" -> <|"DatabaseID" -> "SW01388", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "42223"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3107]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "07715"]}, "IsomericSmiles" -> "Cc1cc2c(c(c1)[O-])C(=O)c3c(cc(cc3[O-])O)C2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "emodin methyl ester", "Australia Approved Name" -> "FRANGULA"|>, "Synonyms" -> {"3-methyl-1,6,8-trihydroxyanthraquinone", "4,5,7-trihydroxy-2-methylanthraquinone", "1,3 8-trihydroxy-6-methyl-9,10-anthraquinone", "archin", "1,3,8-trihydroxy-6-methyl-9,10-anthracenedione", "dxa", "frangulic acid", "6-methyl-1,3,8-trihydroxyanthraquinone", "c.i. natural yellow 14", "schuttgelb", "1,3,8-trihydroxy-6-methyl-9,10-anthraquinone[acd/iupac name]", "1,3 8-trihydroxy-6-methylanthraquinone", "208-258-8[einecs]", "emodin", "anthraquinone 1,3,8-trihydroxy-6-methyl-", "1,3,8-trihydroxy-6-methylanthraquinone", "anthraquinone 1,3,8-trihydroxy-6-methyl- (8ci)", "1888141[beilstein]", "518-82-1[rn]", "1,3,8-trihydroxy-6-methylanthra-9,10-quinone", "k00056", "1,3,8-trihydroxy-6-methyl-9,10-dihydroanthracene-9,10-dione", "rheum emodin", "frangula emodin", "1,3,8-trihydroxy-6-methyl-anthraquinone", "d004642", "1,3,8-trihydroxy-6-methylanthracene-9,10-dione", "6-methyl-1,3,8-trihydroxy-9,10-anthracenedione", "emodol", "1,6,8-trihydroxy-3-methylanthracene-9,10-dione", "9,10-anthracenedione 1,3,8-trihydroxy-6-methyl-", "persian berry lake", "frangula-emodin", "9,10-anthracenedione 1,3,8-trihydroxy-6-methyl- (9ci)", "4-08-00-03575 (beilstein handbook reference)[beilstein]", "anthraquinone 6-methyl-1,3,8-trihydroxy-", "emo", "3-methyl-1,6 8-trihydroxyanthraquinone"}|>, "2112" -> <|"DatabaseID" -> "SW01389", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9792]}, "IsomericSmiles" -> "c1cc2c(c(c1)[O-])C(=O)c3c(cc(cc3[O-])CO)C2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aloe emodin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10207]}, "Synonyms" -> {"rhabarberone", "1", "3-hydroxymethylchrysazin", "aloe-emodin", "aloeemodin", "emodine", "c518327", "1,8-dihydroxy-3-(hydroxymethyl)anthraquinone", "anthraquinone 1,8-dihydroxy-3-hydroxymethyl-", "nsc 38628", "1,8-dihydroxy-3-hydroxymethylanthraquinone", "9,10-anthracenedione 1,8-dihydroxy-3-(hydroxymethyl)-", "1,8-dihydroxy-3-(hydroxymethyl)anthracene-9,10-dione", "tl8003252", "1,8-dihydroxy-3-(hydroxymethyl)anthra-9,10-quinone", "aloe-emodine", "481-72-1", "3-hydroxymethylchrysazine", "aloe emodin[wiki]", "1,8-dihydroxy-3-hydroxymethyl-anthraquinone", "1,8-dihydroxy-3-(hydroxymethyl)-9,10-anthraquinone", "aloeemodin:9,10-anthracenedione,1,8-dihydroxy-3-(hydroxymethyl)-,", "9,10-anthracenedione 1,8-dihydroxy-3-(hydroxymethyl)- (9ci)", "481-72-1[rn]", "4-08-00-03578 (beilstein handbook reference)[beilstein]", "1,8-dihydroxy-3-(hydroxymethyl)-9,10-anthrachinon", "aloe emodin", "1,8-dihydroxy-3-(hydroxymethyl)-9,10-anthracenedione", "207-571-7[einecs]", "aloe emodine", "1,8-dihydroxy-3-(hydroxymethyl)anthracen-9,10-dion"}|>, "2113" -> <|"DatabaseID" -> "SW01390", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5262"]}, "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3c(cc(cc3o2)O)[O-])[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galangin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281616]}, "Synonyms" -> {"3", "548-83-4", "einecs 208-960-4", "galangin", "nsc407229", "flavone", "chebi:5262", "norizalpinin"}|>, "2114" -> <|"DatabaseID" -> "SW01391", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884829]}, "IsomericSmiles" -> "c1c2c([nH]c(=O)n1)n(cn2)[C@H]3[C@@H]([C@@H]([C@H](O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "6-isoinosine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325427]}, "Synonyms" -> {"6-isoinosine", "ac1o3di2", "9-[(2r"}|>, "2115" -> <|"DatabaseID" -> "SW01392", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5799]}, "IsomericSmiles" -> "c1[nH]c2c(c(=O)n1)ncn2[C@H]3[C@@H]([C@@H]([C@H](O3)CO)O)O", "OfficialNames" -> <|"China Approved Name" -> "inosine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6021]}, "Synonyms" -> {"ribonosine", "oxiamin", "atorel", "hypoxanthosine", "trophicardyl", "selfer", "inosina[spanish][inn]", "200-390-4[einecs]", "inosine", "inotin", "hypoxanthine riboside;", "9-((2r,3r,4s,5r)-3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purin-6-one", "(-)-inosine", "hypoxanthine nucleoside", "hypoxanthine riboside", "l-inosine", "58-63-9[rn]", "9-((2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl)-1h-purin-6(9h)-one", "inosinum[latin]", "hypoxanthine d-riboside", "hxr", "li7", "21138-24-9[rn]", "nos", "inosine[wiki][inn][jan][acd/iupac name]", "hypoxanthine-9-d-ribofuranoside", "inosie", "hypoxanthine-ribose", "hypoxanthine riboside;hypoxanthosine;inosie;oxiamine;trophicardyl;carnine", "inosin", "9-b-d-ribofuranosyl-hypoxanthine", "panholic-l", "pantholic-l", "132953-54-9[rn]", "iso-prinosine", "28861-88-3[rn]", "beta-inosine", "624889[beilstein]", "inosine (8ci,9ci)", "hypoxanthine ribonucleoside", "1,9-dihydro-9-b-d-ribofuranosyl-6h-purin-6-one", "9-b-d-ribofuranosylhypoxanthine", "12712-98-0[rn]", "4181-51-5[rn]", "inotin (tn)", "9-[(2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydro-2-furanyl]-1,9-dihydro-6h-purin-6-one", "9-[(2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydro-2-furanyl]-1,9-dihydro-6h-purin-6-on[german]"}|>, "2116" -> <|"DatabaseID" -> "SW01393", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86832]}, "IsomericSmiles" -> "Cc1c(cc2c(c1OC)C(=O)c3ccccc3C2=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubiadin-i-methyl ether"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 96191]}, "Synonyms" -> {"rubiadin-1-methyl ether", "rubiadin 1-methyl ether", "3-hydroxy-1-methoxy-2-methyl-anthraquinone", "9,10-anthracenedione 3-hydroxy-1-methoxy-2-methyl-", "ac1l3vxn", "nsc59063", "3-hydroxy-1-methoxy-2-methylanthracene-9", "nciopen2_002551", "7460-43-7", "7460-43-7[rn]", "ar-1f3472", "ac1q6jwx"}|>, "2117" -> <|"DatabaseID" -> "SW01394", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18088"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444070]}, "IsomericSmiles" -> "COc1ccc(cc1)c2coc3cc(ccc3c2=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "formononetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280378]}, "Synonyms" -> {"7-hydroxy-3-(4-methoxyphenyl)-4h-chromen-4-one", "7-hydroxy-3-(4-methoxyphenyl)-4-benzopyrone", "biochanin b", "7-hydroxy-4'-methoxyisoflavone", "formononetin", "formononetol", "formononetine", "7-hydroxy-3-(4-methoxyphenyl)-4h-benzopyran-4-one(9ci)", "nsc93360", "7-hydroxy-4'-methoxyisoflavone*4'-o-methyldaidzein", "nsc-93360", "formoononetin; biochanin b;neochanin;pratol", "4h-1-benzopyran-4-one 7-hydroxy-3-(4-methoxyphenyl)-", "7-hydroxy-3-(4-methoxy-phenyl)-chromen-4-one", "7-hydroxy-4'-methoxy-isoflavone", "isoflavone 7-hydroxy-4'-methoxy- (8ci)", "formonetin", "7-hydroxy-3-(4-methoxyphenyl)-4h-chromen-4-on", "7-hydroxy-3-(4-methoxyphenyl)chromone; 7-hydroxy-4'-methoxyisoflavone; dadein 4'-methyl ether", "485-72-3[rn]", "4h-1-benzopyran-4-one 7-hydroxy-3- (4-methoxyphenyl)-", "c007768", "neochanin", "7-hydroxy-4'-methoxy-isoflavone (8ci)", "486-72-3", "biochanin b formononetol", "207-623-9[einecs]", "isoflavone 7-hydroxy-4'-methoxy-", "7-hydroxy-3-(4-methoxyphenyl)-4h-benzopyran-4-one", "chebi:18088", "4h-1-benzopyran-4-one", "7-hydroxy-3-(4-methoxyphenyl)chromen-4-one", "7-hydroxy-3-(4-methoxyphenyl)chromone", "7-hydroxy-3-(4-methoxyphenyl)-4h-1-benzopyran-4-one", "485-72-3", "4h-1-benzopyran-4-one 7-hydroxy-3-(4-methoxyphenyl)- (9ci)", "4h-1-benzopyran-4-one 7-hydroxy-3-(4-methoxyphe", "formonoetin", "formoononetin;"}|>, "2118" -> <|"DatabaseID" -> "SW01395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392046]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04878"]}, "IsomericSmiles" -> "C1[C@@H]([C@@H]([C@H]([C@@H]([C@]1(CO)O)O)O)O)[NH2+]C(CO)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01665"]}, "OfficialNames" -> <|"China Approved Name" -> "voglibose", "Indian Approved Name" -> "voglibose"|>, "PharmGKBID" -> "PA164752433", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444020]}, "Synonyms" -> {"basen", "voglibose", "glustat", "volix (ranbaxy labs)", "vocarb", "(1s,2s,3r,4s,5s)-5-{[2-hydroxy-1-(hydroxymethyl)ethyl]amino}-1-(hydroxymethyl)cyclohexane-1,2,3,4-tetrol", "basen (takeda chemical industries)", "glucoamylase", "basen (tn)", "3,4-dideoxy-4-{[2-hydroxy-1-(hydroxymethyl)ethyl]amino}-2-c-(hydroxymethyl)-d-epinositol", "ac1l9fka", "tl8005479", "ec 3.2.1.20", "3,4-dideoxy-4-[[2-hydroxy-1-(hydroxymethyl)ethyl]amino]-2-c-(hydroxymethyl)-d-epiinositol", "voglibose (jp15/usan)[usan][jp15]", "ambap83480-29-9", "(1s,2s,3r,4s,5s)-5-[(1,3-dihydroxypropan-2-yl)amino]-1-(hydroxymethyl)cyclohexan-1,2,3,4-tetrol", "112653-29-9[rn]", "83480-29-9", "basen od", "83480-29-9[rn]", "3,4-dideoxy-4-[[2-hydroxy-1-(hydroxymethyl)ethyl]amino]-2-c-(hydroxymethyl)-d-epi-inositol", "ec 3.2.1.3", "alpha-glucosidase", "1,2,3,4-cyclohexanetetrol,5-[[2-hydroxy-1-(hydroxymethyl)ethyl]amino]-1-(hydroxymethyl)-,(1s,2s,3r,4s,5s)-", "n-(1,3-dihydroxy-2-propyl)valiolamine", "5-(1,3-dihydroxypropan-2-ylamino)-1-(hydroxymethyl)cyclohexane-1,2,3,4-tetrol", "voglibose[wiki]", "(1s,2s,3r,4s,5s)-5-[(1,3-dihydroxypropan-2-yl)amino]-1-(hydroxymethyl)cyclohexane-1,2,3,4-tetrol", "(1s,2s,3r,4s,5s)-5-[(1,3-dihydroxy-2-propanyl)amino]-1-(hydroxymethyl)-1,2,3,4-cyclohexanetetrol", "3,4-dideoxy-4-{[2-hydroxy-1-(hydroxymethyl)ethyl]amino]-2-d-epi-inositol; n-(1,3-dihydroxyprop-2-yl)valiolamine"}|>, "2119" -> <|"DatabaseID" -> "SW01396", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31228"], ExternalIdentifier["ChEBIID", "48538"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5783], ExternalIdentifier["ChemSpiderID", 9039], ExternalIdentifier["ChemSpiderID", 2309928], ExternalIdentifier["ChemSpiderID", 97017]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00714"]}, "IsomericSmiles" -> "C[NH+]1CCc2cccc-3c2[C@H]1Cc4c3c(c(cc4)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07460"], ExternalIdentifier["KEGGID", "D02004"]}, "OfficialNames" -> <|"China Approved Name" -> "apomorphine", "FDA Approved Drug" -> "APOMORPHINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164781163", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6005], ExternalIdentifier["PubChemCompoundID", 107882]}, "Synonyms" -> {"apomorphine", "apomorfin", "uprima", "ixense", "l-apomorphine", "apormorphine", "apokyn", "apomorphin", "r-(-)-apomorphine", "vr-040", "200-360-0[einecs]", "(r)-5,6,6a,7-tetrahydro-6-methyl-4h-dibenzo[de,g]quinoline-10,11-diol", "serotonin receptor 2a", "(-)-apomorphine", "41372-20-7[rn]", "(6ar)-5,6,6a,7-tetrahydro-6-methyl-4h-dibenzo(de,g)chinolin-10,11-diol", "4h-dibenzo[de,g]quinoline-10,11-diol 5,6,6a,7-tetrahydro-6-methyl- (r)-", "(-)-10,11-dihydroxyaporphine", "58-00-4[rn]", "uprima[wiki]", "(6ar)-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline-10,11-diol[acd/iupac name]", "apomorphine hydrochloride", "(r)-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline-10,11-diol", "chebi:48538", "4h-dibenzo(de,g)quinoline-10,11-diol 5,6,6a,7-tetrahydro-6-methyl- (r)- (9ci)", "(r)-5,6,6a,7-tetrahydro-6-methyl-4h-dibenzo(de,g)quinoline-10,11-diol", "4h-dibenzo[de,g]quinoline-10,11-diol 5,6,6a,7-tetrahydro-6-methyl- (6ar)-", "3653944[beilstein]", "vr004", "6abeta-aporphine-10", "314-19-2[rn]", "homeopathic remedy thc no. 48 dps (antimony trisulfide + apomorphine + ipecac + phosphorus + pulsatilla)_mixture", "5- ht-2", "5-ht-2a", "6ab-aporphine-10,11-diol", "(r)-(-)-apomorphine", "337376-15-5", "apomorphine hydrochloride hemihydrate", "vr-400", "apomorphine[wiki]", "4h-dibenzo(de,g)quinoline-10,11-diol 5,6,6a,7-tetrahydro-6-methyl- (r)-", "spontane", "apomorphinium chloride hemihydrate", "29319[beilstein]"}|>, "2120" -> <|"DatabaseID" -> "SW01396", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31228"], ExternalIdentifier["ChEBIID", "48538"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5783], ExternalIdentifier["ChemSpiderID", 9039], ExternalIdentifier["ChemSpiderID", 2309928], ExternalIdentifier["ChemSpiderID", 97017]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00714"]}, "IsomericSmiles" -> "C[NH+]1CCc2cccc-3c2[C@H]1Cc4c3c(c(cc4)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07460"], ExternalIdentifier["KEGGID", "D02004"]}, "OfficialNames" -> <|"China Approved Name" -> "apomorphine", "FDA Approved Drug" -> "APOMORPHINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164781163", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6005], ExternalIdentifier["PubChemCompoundID", 107882]}, "Synonyms" -> {"apomorphine", "apomorfin", "uprima", "ixense", "l-apomorphine", "apormorphine", "apokyn", "apomorphin", "r-(-)-apomorphine", "vr-040", "200-360-0[einecs]", "(r)-5,6,6a,7-tetrahydro-6-methyl-4h-dibenzo[de,g]quinoline-10,11-diol", "serotonin receptor 2a", "(-)-apomorphine", "41372-20-7[rn]", "(6ar)-5,6,6a,7-tetrahydro-6-methyl-4h-dibenzo(de,g)chinolin-10,11-diol", "4h-dibenzo[de,g]quinoline-10,11-diol 5,6,6a,7-tetrahydro-6-methyl- (r)-", "(-)-10,11-dihydroxyaporphine", "58-00-4[rn]", "uprima[wiki]", "(6ar)-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline-10,11-diol[acd/iupac name]", "apomorphine hydrochloride", "(r)-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline-10,11-diol", "chebi:48538", "4h-dibenzo(de,g)quinoline-10,11-diol 5,6,6a,7-tetrahydro-6-methyl- (r)- (9ci)", "(r)-5,6,6a,7-tetrahydro-6-methyl-4h-dibenzo(de,g)quinoline-10,11-diol", "4h-dibenzo[de,g]quinoline-10,11-diol 5,6,6a,7-tetrahydro-6-methyl- (6ar)-", "3653944[beilstein]", "vr004", "6abeta-aporphine-10", "314-19-2[rn]", "homeopathic remedy thc no. 48 dps (antimony trisulfide + apomorphine + ipecac + phosphorus + pulsatilla)_mixture", "5- ht-2", "5-ht-2a", "6ab-aporphine-10,11-diol", "(r)-(-)-apomorphine", "337376-15-5", "apomorphine hydrochloride hemihydrate", "vr-400", "apomorphine[wiki]", "4h-dibenzo(de,g)quinoline-10,11-diol 5,6,6a,7-tetrahydro-6-methyl- (r)-", "spontane", "apomorphinium chloride hemihydrate", "29319[beilstein]"}|>, "2121" -> <|"DatabaseID" -> "SW01397", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4819"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390611]}, "IsomericSmiles" -> "C[NH+]1C[C@@H](C=C2[C@H]1Cc3c[nH]c4c3c2ccc4)C(=O)N", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Lysergic acid amide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442072]}, "Synonyms" -> {"lysergic acid amide", "(+)-lysergamide", "lysergamide[wiki]", "d-lysergic acid amide", "207-524-0[einecs]", "478-94-4", "ergine", "478-94-4[rn]", "(8r)-9,10-didehydro-6-methylergoline-8-carboxamide", "chebi:4819", "90708[beilstein]", "ergine[wiki]", "lysergamide", "9,10-didehydro-6-methylergoline-8b-carboxamide", "einecs 207-524-0", "dea no. 7310", "9,10-didehydro-6-methylergoline-8?-carboxamide", "9"}|>, "2122" -> <|"DatabaseID" -> "SW01397", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4819"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390611]}, "IsomericSmiles" -> "C[NH+]1C[C@@H](C=C2[C@H]1Cc3c[nH]c4c3c2ccc4)C(=O)N", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Lysergic acid amide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442072]}, "Synonyms" -> {"lysergic acid amide", "(+)-lysergamide", "lysergamide[wiki]", "d-lysergic acid amide", "207-524-0[einecs]", "478-94-4", "ergine", "478-94-4[rn]", "(8r)-9,10-didehydro-6-methylergoline-8-carboxamide", "chebi:4819", "90708[beilstein]", "ergine[wiki]", "lysergamide", "9,10-didehydro-6-methylergoline-8b-carboxamide", "einecs 207-524-0", "dea no. 7310", "9,10-didehydro-6-methylergoline-8?-carboxamide", "9"}|>, "2123" -> <|"DatabaseID" -> "SW01398", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4531"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 395306]}, "IsomericSmiles" -> "CC/C(=C(/CC)\\c1ccc(cc1)O)/c2ccc(cc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00577"]}, "OfficialNames" -> <|"China Approved Name" -> "diethylstilbestrol", "FDA Approved Drug" -> "DIETHYLSTILBESTROL"|>, "PharmGKBID" -> "PA449307", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 448537]}, "Synonyms" -> {"palestrol", "estrobene", "stilbestrol", "diethylstilbestrol", "distilbene", "synestrin", "stilboestrol", "agostilben", "estromenin", "trans-4,4'-(1,2-diethyl-1,2-ethenediyl)bisphenol", "destrol", "4,4'-(3-hexene-3,4-diyl)diphenol[acd/iupac name]", "trans-diethylstilboesterol", "stilboestroform", "cyren[wiki]", "4-06-00-06856 (beilstein handbook reference)[beilstein]", "4,4'-hex-3-ene-3,4-diyldiphenol", "protectona", "4,4'-dihydroxy-a,b-diethylstilbene", "synthoestrin", "idroestril", "4,4'-(1,2-diethyl-1,2-ethenediyl)bis-phenol", "e-diethylstilbestrol", "cyren a", "stibilium", "dibestil", "56-53-1[rn]", "8026-45-7[rn]", "sibol", "2056095[beilstein]", "3,4'(4,4'-dihydroxyphenyl)hex-3-ene", "diastyl", "hibestrol", "acnestrol", "sedestran", "(e)-4,4'-(hex-3-ene-3,4-diyl)diphenol", "oestrogenine", "stilbestrone", "fonatol", "desma", "22610-99-7[rn]", "d004054", "4,4'-[(1e)-1,2-diethyl-1,2-ethenediyl]bisphenol", "stilphostrol", "204-995-4[einecs]", "menostilbeen", "phenol 4,4'-((1e)-1,2-diethyl-1,2-ethenediyl)bis-", "grafestrol", "dietilstilbestrolo [dcit]", "63528-82-5[rn]", "vagestrol", "dawe's destrol", "cis-des", "gynopharm", "(e)-diethylstilbestrol", "diethylstilboesterol", "4-[(3e)-4-(4-hydroxyphenyl)hex-3-en-3-yl]phenol", "distryl", "pabestrol", "apstil", "(e)-a,a'-diethyl-4,4'-stilbenediol", "tampovagan stilboestrol", "stilbol", "8049-42-1[rn]", "stilbofolin", "trans-diethylstilbesterol", "4,4'-(3e)-hex-3-ene-3,4-diyldiphenol", "tampovagan", "antigestil", "climaterine", "estrosyn", "17-hydroxyyohimban-16-carboxylic acid methylester hydrochloride", "stilboefral", "deb", "cis-diethylstilbestrol", "3,4-bis(p-hydroxyphenyl)-3-hexene", "synthestrin", "monozol", "phenol 4,4'-(1,2-diethyl-1,2-ethenediyl)bis- (e)-", "dietilestilbestrol", "diethylstilbestrolum[latin]", "estilben", "oestromon", "phenol 4,4'-(1,2-diethyl-1,2-ethenediyl)bis- (e)-", "diethylstilboestrol des stilbestrol", "dibestrol '2' premix", "oestromensyl", "stil-rol", "8030-34-0[rn]", "menostar[wiki]", "dicorvin", "trans-diethylstilbestrol", "dietilestilbestrol [inn_es]", "dysterol", "3,4-bis(4-hydroxyphenyl)hex-3-ene", "neo-oestranol i", "(e)-3,4-bis(p-hydroxyphenyl)-3-hexene", "estilbin mco", "domestrol", "a,a'-diethylstilbenediol", "200-589-6[einecs]", "4,4'-dihydroxydiethylstilbene", "200-278-5[einecs]", "sintestrol", "4,4'-[(3e)-3-hexene-3,4-diyl]diphenol", "diethylstilbestrol (des)", "dibestrol 2 premix", "oekolp", "diethylstilbestrol [des]", "stilbetin", "neo-oestranol 1", "4,4'-(1,2-diethyl-1,2-ethenediyl)bisphenol", "stilkap", "8053-00-7[rn]", "stilbestrol[wiki]", "hi-bestrol", "4-[(e)-4-(4-hydroxyphenyl)hex-3-en-3-yl]phenol", "percutatrine oestrogenique iscovesco", "oestromenin", "stilbetin[wiki]", "follidiene", "fosfestrol[wiki][jp15]", "oestrolmensil", "diethylstilbestrol [usan:inn][inn][usan]", "serral", "des", "comestrol", "diethylstilboestrol", "oestromensil", "56-53-1", "sexocretin", "synthofolin", "bio-des", "dyestrol", "syntofolin", "di-estryl", "6898-97-1[rn]", "64-67-5[rn]", "bufon[wiki]", "iscovesco", "estrogenine", "micrest", "stilbofollin", "diaethylstilboestrolum", "diethylstilbesterol", "microest", "130-80-3[rn]", "estril", "8028-09-9[rn]", "rumestrol 2", "1464-53-5[rn]", "3,4'(4 4'-dihydroxyphenyl)hex-3-ene", "oestrol vetag", "makarol", "stil", "stilbestrol diethyl-", "diethylstilboestrol (de)", "phenol 4,4'-[(e)-1,2-diethyl-1,2-ethenediyl]bis-", "milestrol", "percutacrine oestrogenique iscovesco", "(e)-3,4-bis(4-hydroxyphenyl)-3-hexene", "stilboesterol", "tylosterone", "cis-diethylstilbesterol", "dibestrol", "oestromienin", "(e)-4,4'-(1,2-diethyl-1,2-ethenediyl)bisphenol", "3-hexene,3,4-bis(p-hydroxyphenyl)-", "diethylstilbestrol[wiki][usp]", "des (van)", "phenol 4,4'-(1,2-diethyl-1,2-ethenediyl)bis-"}|>, "2124" -> <|"DatabaseID" -> "SW01399", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6904"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4950171], ExternalIdentifier["ChemSpiderID", 4027], ExternalIdentifier["ChemSpiderID", 25063554], ExternalIdentifier["ChemSpiderID", 390070], ExternalIdentifier["ChemSpiderID", 38196]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00264"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccc(cc1)CCOC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05011"], ExternalIdentifier["KEGGID", "D02358"]}, "OfficialNames" -> <|"China Approved Name" -> "metoprolol tartaric acid;metoprolol", "Indian Approved Name" -> "metoprolol", "Australia Approved Name" -> "METOPROLOL SUCCINATE;METOPROLOL TARTRATE", "FDA Approved Drug" -> "METOPROLOL FUMARATE;METOPROLOL SUCCINATE;METOPROLOL TARTRATE"|>, "PharmGKBID" -> "PA450480", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6440651], ExternalIdentifier["PubChemCompoundID", 4171], ExternalIdentifier["PubChemCompoundID", 62937], ExternalIdentifier["PubChemCompoundID", 41860]}, "Synonyms" -> {"metoprolol", "lopresoretic", "lopresor", "lopressor", "betaloc", "seloken", "metoprolol tartrate", "toprol xl", "beatrolol", "(rs)-metoprolol", "prelis", "presolol", "spesicor", "selo-zok", "beloc", "metoprolol succinate", "selopral", "lopressor hct", "toprol-xl", "toprol", "beta-2 adrenoceptor", "beta-2 adrenoreceptor", "metroprolol", "37350-58-6[rn]", "lopressor[wiki]", "2-propanol 1-(4-(2-methoxyethyl)phenoxy)-3-((1-methylethyl)amino)-", "(plusmn)-metoprolol", "metohexal", "preblok", "metoprolol[wiki][usan]", "meijoprolol", "1-(isopropylamino)-3-[4-(2-methoxyethyl)phenoxy]-2-propanol[acd/iupac name]", "3-[4-(2-methoxyethyl)phenoxy]-1-(propan-2-ylamino)propan-2-ol", "1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]propan-2-ol", "13484-40-7[rn]", "dl-metoprolol", "2-propanol 1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]-", "1-isopropylamino-3-[4-(2-methoxy-ethyl)-phenoxy]-propan-2-ol", "1-[4-(2-methoxyethyl)phenoxy]-3-propan-2-ylamino-", "1-(isopropylamino)-3-(p-(2-methoxyethyl)phenoxy)-2-propanol", "seroken", "1-(isopropylamino)-3-(4-(2-methoxyethyl)phenoxy)propan-2-ol", "1-[4-(2-methoxyethyl)phenoxy]-3-propan-2-ylamino-propan-2-ol", "1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]-2-propanol", "metoprolol [usan:ban:inn][inn][usan]", "1-[4-(2-methoxyethyl)phenoxy]-3-(propan-2-ylamino)propan-2-ol", "1-[4-(2-methoxyethyl)-phenoxy]-3-[(1-methylethyl)amino]-2-propanol", "metoprololum[latin]", "253-483-7[einecs]", "257-166-4[einecs]", "1-[(1-methylethyl)amino]-3-({4-[2-(methyloxy)ethyl]phenyl}oxy)propan-2-ol", "1-(isopropylamino)-3-[4-(2-methoxyethyl)phenoxy]propan-2-ol", "cgp-2175e", "metoprolol tartaric acid", "vasocardin", "2-propanol", "metoprolol hemitartrate", "56392-17-7[rn]", "slow lopresor", "metoprolol succinate[usp]", "selectadril", "metop[wiki]", "metoprolol fumarate", "(e)-but-2-enedioic acid; 1-[4-(2-methoxyethyl)phenoxy]-3-(propan-2-ylamino)propan-2-ol", "119637-66-0", "cgp 2175e", "1-isopropylamino-3-(p-(2-methoxyethyl)phenoxy)-2-propanol (2:1)dextro-tartrate salt", "metroprolol succinate", "metolol", "lopressor (tn)", "metoprolol atid", "(2r,3r)-2,3-dihydroxysuccinic acid -1-(isopropylamino)-3-[4-(2-methoxyethyl)phenoxy]propan-2-ol (1:2)", "proken m", "topromel", "minax[wiki]", "1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]propan-2-ol 2,3-dihydroxybutanedioate (salt)", "ritmolol", "prestwick3_000733", "butanedioic acid,2,3-dihydroxy- (2r,3r)- compd. with 1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]-2-propanol (1:2)", "metoprolol-gry", "metocard", "hms2230j08", "surecn41104", "metoprolol-wolf", "seloken zoc", "metroprololsuccinate", "74220-04-5[rn]", "lanoc", "metoprolol basics", "d05011", "chembl1200840", "60168-92-5[rn]", "ac1l26na", "meto-isis", "3-fluorobenzaldehyde", "slow-lopresor", "(2r,3r)-2,3-dihydroxysuccinic acid -1-(isopropylamino)-3-[4-(2-methoxyethyl)phenoxy]propan-2-ol (1:1)", "metoprolol verla", "98418-47-4", "metoprolol apogepha", "bloxan", "119637-66-0[rn]", "metoprolol fumarate (usp)", "metoprolol tartrate [usan:jan][jan][usan]", "metoprolol acis", "mepolol", "bspbio_000686", "arbralene", "selozok", "h 93/26", "79985-31-2", "jeprolol", "h-93/26", "selokeen[wiki]", "metoprolin", "lopresor oros", "metoprolol-rpm", "prolaken", "sigaprolol", "beloc- zok", "metoberag", "metoprolol tartrate (2:1)", "metoprolol-radiopharm", "spesicor dos", "55250-54-9[rn]", "pms-metroprolol-b", "metoprolol al", "azumetop", "bpbio1_000756", "98418-47-4[rn]", "metoprolol stada", "seloken[wiki]", "kapodine", "betaloc[wiki]", "1-[4-(2-methoxyethyl)phenoxy]-3-(propan-2-ylamino)propan-2-ol 2,3-dihydroxybutanedioate (1:1)", "cgp 2175c", "71307-49-8[rn]", "ac1o5tym", "butanedioic acid,2,3-dihydroxy- (2r,3r)- compd. with 1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]-2-propanol (1:1)", "meto abz", "metoprolol heumann", "metoberta", "metoproferm", "cardoxone", "2-propanol 1-(4-(2-methoxyethyl)phenoxy)-3-((1-methylethyl)amino)- (-)- (e)-2-butanedioate (2:1) (salt)", "260-148-9[einecs]", "butanedioic acid; 1-[4-(2-methoxyethyl)phenoxy]-3-(propan-2-ylamino)propan-2-ol", "beprolo", "metomerck", "mls000028581", "1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]2-propanol (2r,3r)-2,3-dihydroxybutanedioate(2:1) salt", "bloksan", "apo-metoprolol", "metoprolol pb"}|>, "2125" -> <|"DatabaseID" -> "SW01399", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6904"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4950171], ExternalIdentifier["ChemSpiderID", 4027], ExternalIdentifier["ChemSpiderID", 25063554], ExternalIdentifier["ChemSpiderID", 390070], ExternalIdentifier["ChemSpiderID", 38196]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00264"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccc(cc1)CCOC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05011"], ExternalIdentifier["KEGGID", "D02358"]}, "OfficialNames" -> <|"China Approved Name" -> "metoprolol tartaric acid;metoprolol", "Indian Approved Name" -> "metoprolol", "Australia Approved Name" -> "METOPROLOL SUCCINATE;METOPROLOL TARTRATE", "FDA Approved Drug" -> "METOPROLOL FUMARATE;METOPROLOL SUCCINATE;METOPROLOL TARTRATE"|>, "PharmGKBID" -> "PA450480", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6440651], ExternalIdentifier["PubChemCompoundID", 4171], ExternalIdentifier["PubChemCompoundID", 62937], ExternalIdentifier["PubChemCompoundID", 41860]}, "Synonyms" -> {"metoprolol", "lopresoretic", "lopresor", "lopressor", "betaloc", "seloken", "metoprolol tartrate", "toprol xl", "beatrolol", "(rs)-metoprolol", "prelis", "presolol", "spesicor", "selo-zok", "beloc", "metoprolol succinate", "selopral", "lopressor hct", "toprol-xl", "toprol", "beta-2 adrenoceptor", "beta-2 adrenoreceptor", "metroprolol", "37350-58-6[rn]", "lopressor[wiki]", "2-propanol 1-(4-(2-methoxyethyl)phenoxy)-3-((1-methylethyl)amino)-", "(plusmn)-metoprolol", "metohexal", "preblok", "metoprolol[wiki][usan]", "meijoprolol", "1-(isopropylamino)-3-[4-(2-methoxyethyl)phenoxy]-2-propanol[acd/iupac name]", "3-[4-(2-methoxyethyl)phenoxy]-1-(propan-2-ylamino)propan-2-ol", "1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]propan-2-ol", "13484-40-7[rn]", "dl-metoprolol", "2-propanol 1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]-", "1-isopropylamino-3-[4-(2-methoxy-ethyl)-phenoxy]-propan-2-ol", "1-[4-(2-methoxyethyl)phenoxy]-3-propan-2-ylamino-", "1-(isopropylamino)-3-(p-(2-methoxyethyl)phenoxy)-2-propanol", "seroken", "1-(isopropylamino)-3-(4-(2-methoxyethyl)phenoxy)propan-2-ol", "1-[4-(2-methoxyethyl)phenoxy]-3-propan-2-ylamino-propan-2-ol", "1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]-2-propanol", "metoprolol [usan:ban:inn][inn][usan]", "1-[4-(2-methoxyethyl)phenoxy]-3-(propan-2-ylamino)propan-2-ol", "1-[4-(2-methoxyethyl)-phenoxy]-3-[(1-methylethyl)amino]-2-propanol", "metoprololum[latin]", "253-483-7[einecs]", "257-166-4[einecs]", "1-[(1-methylethyl)amino]-3-({4-[2-(methyloxy)ethyl]phenyl}oxy)propan-2-ol", "1-(isopropylamino)-3-[4-(2-methoxyethyl)phenoxy]propan-2-ol", "cgp-2175e", "metoprolol tartaric acid", "vasocardin", "2-propanol", "metoprolol hemitartrate", "56392-17-7[rn]", "slow lopresor", "metoprolol succinate[usp]", "selectadril", "metop[wiki]", "metoprolol fumarate", "(e)-but-2-enedioic acid; 1-[4-(2-methoxyethyl)phenoxy]-3-(propan-2-ylamino)propan-2-ol", "119637-66-0", "cgp 2175e", "1-isopropylamino-3-(p-(2-methoxyethyl)phenoxy)-2-propanol (2:1)dextro-tartrate salt", "metroprolol succinate", "metolol", "lopressor (tn)", "metoprolol atid", "(2r,3r)-2,3-dihydroxysuccinic acid -1-(isopropylamino)-3-[4-(2-methoxyethyl)phenoxy]propan-2-ol (1:2)", "proken m", "topromel", "minax[wiki]", "1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]propan-2-ol 2,3-dihydroxybutanedioate (salt)", "ritmolol", "prestwick3_000733", "butanedioic acid,2,3-dihydroxy- (2r,3r)- compd. with 1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]-2-propanol (1:2)", "metoprolol-gry", "metocard", "hms2230j08", "surecn41104", "metoprolol-wolf", "seloken zoc", "metroprololsuccinate", "74220-04-5[rn]", "lanoc", "metoprolol basics", "d05011", "chembl1200840", "60168-92-5[rn]", "ac1l26na", "meto-isis", "3-fluorobenzaldehyde", "slow-lopresor", "(2r,3r)-2,3-dihydroxysuccinic acid -1-(isopropylamino)-3-[4-(2-methoxyethyl)phenoxy]propan-2-ol (1:1)", "metoprolol verla", "98418-47-4", "metoprolol apogepha", "bloxan", "119637-66-0[rn]", "metoprolol fumarate (usp)", "metoprolol tartrate [usan:jan][jan][usan]", "metoprolol acis", "mepolol", "bspbio_000686", "arbralene", "selozok", "h 93/26", "79985-31-2", "jeprolol", "h-93/26", "selokeen[wiki]", "metoprolin", "lopresor oros", "metoprolol-rpm", "prolaken", "sigaprolol", "beloc- zok", "metoberag", "metoprolol tartrate (2:1)", "metoprolol-radiopharm", "spesicor dos", "55250-54-9[rn]", "pms-metroprolol-b", "metoprolol al", "azumetop", "bpbio1_000756", "98418-47-4[rn]", "metoprolol stada", "seloken[wiki]", "kapodine", "betaloc[wiki]", "1-[4-(2-methoxyethyl)phenoxy]-3-(propan-2-ylamino)propan-2-ol 2,3-dihydroxybutanedioate (1:1)", "cgp 2175c", "71307-49-8[rn]", "ac1o5tym", "butanedioic acid,2,3-dihydroxy- (2r,3r)- compd. with 1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]-2-propanol (1:1)", "meto abz", "metoprolol heumann", "metoberta", "metoproferm", "cardoxone", "2-propanol 1-(4-(2-methoxyethyl)phenoxy)-3-((1-methylethyl)amino)- (-)- (e)-2-butanedioate (2:1) (salt)", "260-148-9[einecs]", "butanedioic acid; 1-[4-(2-methoxyethyl)phenoxy]-3-(propan-2-ylamino)propan-2-ol", "beprolo", "metomerck", "mls000028581", "1-[4-(2-methoxyethyl)phenoxy]-3-[(1-methylethyl)amino]2-propanol (2r,3r)-2,3-dihydroxybutanedioate(2:1) salt", "bloksan", "apo-metoprolol", "metoprolol pb"}|>, "2126" -> <|"DatabaseID" -> "SW01400", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9681]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccccc2)(C3CCCC[NH2+]3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Pipradrol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10083]}, "Synonyms" -> {"pyridrole", "pipradrolo [dcit]", "pipralon", "detaril", "alertol", "diphenyl(piperidin-2-yl)methanol", "pyridrol", "piridrol", "gerodyl", "5-21-04-00070", "18717-93-6[rn]", "a-(2-piperidyl)benzhydrol", "71-78-3[rn]", "207-394-5[einecs]", "a-pipradrol", "467-60-7[rn]", "pipradrol", "alpha-pipradol", "pipradol[spanish][inn]", "pipradrol hydrochloride[jan]", "a,a-diphenyl-2-piperidinemethanol", "5-21-04-00070 (beilstein handbook reference)[beilstein]", "pipradrol[wiki]", "gerodil", "pipradrolum[latin]"}|>, "2127" -> <|"DatabaseID" -> "SW01400", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9681]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccccc2)(C3CCCC[NH2+]3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Pipradrol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10083]}, "Synonyms" -> {"pyridrole", "pipradrolo [dcit]", "pipralon", "detaril", "alertol", "diphenyl(piperidin-2-yl)methanol", "pyridrol", "piridrol", "gerodyl", "5-21-04-00070", "18717-93-6[rn]", "a-(2-piperidyl)benzhydrol", "71-78-3[rn]", "207-394-5[einecs]", "a-pipradrol", "467-60-7[rn]", "pipradrol", "alpha-pipradol", "pipradol[spanish][inn]", "pipradrol hydrochloride[jan]", "a,a-diphenyl-2-piperidinemethanol", "5-21-04-00070 (beilstein handbook reference)[beilstein]", "pipradrol[wiki]", "gerodil", "pipradrolum[latin]"}|>, "2128" -> <|"DatabaseID" -> "SW01401", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447562]}, "IsomericSmiles" -> "CCCCCCCC/C=C\\CCCCCCCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05245"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oleyl alcohol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284499]}, "Synonyms" -> {"oleyl alcohol", "novol", "oceol", "satol", "ocenol", "lancol", "dermaffine", "witcohol 85", "oleic alcohol", "oleol", "(z)-9-octadecen-1-ol", "sipol o", "(9z)octadec-9-en-1-ol", "cis-octadecen-1-ol", "h.d. eutanol", "unjecol 90", "olive alcohol", "witcohol 90", "(9z)-octadec-9-en-1-ol", "8029-00-3[rn]", "cis-9-octadecen-1-ol", "8038-59-3[rn]", "84286-21-5[rn]", "cis-9-octadecenyl alcohol", "oleylalcohol", "oleoyl alcohol", "9(z)-octadecen-1-ol", "8014-60-6[rn]", "loxanol m", "143-28-2[rn]", "atalco o", "506-42-3[rn]", "crodacol a.10", "loxanol 95", "cachalot o-1", "cachalot o-15", "elaidyl alcohol", "cis-9-octadecen-1-ol; (z)-9-octadecen-1-ol; oleyl alcohol", "unjecol 110", "crodacol-o", "unjecol 50", "205-597-3[einecs]", "unjecol 70", "octadecenol", "oleo alcohol", "1723962", "9-octadecen-1-ol (9z)-", "(9z)-9-octadecen-1-ol", "cachalot o-3", "9-octadecen-1-ol cis-", "cachalot o-8", "siponol oc", "conditioner 1"}|>, "2129" -> <|"DatabaseID" -> "SW01402", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2929]}, "IsomericSmiles" -> "c1cc(c(cc1Cl)Cc2cc(ccc2O)Cl)O", "OfficialNames" -> <|"NPC Approved Name" -> "diclorofeno"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3037]}, "Synonyms" -> {"cordocel", "anthiphen", "dichlorophene", "dichlorphen", "dichlorofen", "trivex", "antiphen", "dicestal", "dichloorfeen", "97-23-4[rn]", "dichlorophen b", "o,o-metilen-bis(4-cloro-fenolo)[italian]", "gh", "dichlorophene 10", "2,2'-methylenebis-(4-chlorophenol)", "didroxan", "g 4", "101-76-8[rn]", "preventol gd", "parabis", "202-567-1[einecs]", "preventol gdc", "bis-2-hydroxy-5-chlorfenylmethan", "super mosstox", "dichlorophen[wiki]", "dichlorophen [bsi:iso]", "1884514", "di-phenthane-70", "2,2'-methanediylbis(4-chlorophenol)", "vermithana", "dichlorophenum[latin]", "202-973-9[einecs]", "di[5-chloro-2-hydroxyphenyl]methane", "phenol 2,2'-methylenebis[4-chloro-", "sindar g 4", "gingivit", "o,o-methyleen-bis(4-chloorfenol)[dutch]", "di-phentane-70", "4,4'-dichloro-2,2'-methylenediphenol", "halenol", "ddm", "phenol,2,2'-methylenebis 4-chloro-", "methanedichlorofen", "bis[5-chloro-2-hydroxyphenyl]methane", "ddm (van)", "fungicide m", "palacel", "bis(5-chloro-2-hydroxyphenyl)methane", "teniotol", "teniatol", "diphenthane 70", "korium", "sandocide", "bis(2-hydroxy-5-chlorophenyl)methane", "antifen", "((dihydroxydichloro)diphenyl)methane", "teniathane", "dichlorophen", "difentan", "1322-43-6[rn]", "2", "4-06-00-06658 (beilstein handbook reference)[beilstein]", "bis(5-chlor-2-hydroxyphenyl)-methan[german]", "2,2'-methylenebis[4-chlorophenol]", "g-4", "panacide", "diphentane 70", "wespuril", "giv gard g 4-40", "4-chloro-2-[(5-chloro-2-hydroxyphenyl)methyl]phenol", "taeniatol", "dddm", "dichlorophen [ban:dcf:inn][inn]", "hyosan", "di-(5-chloro-2-hydroxyphenyl)methane", "plath-lyse", "preventol g-d", "2,2'-methylenebis(4-chlorophenol)[acd/iupac name]", "prevental", "4-chloro-2-(5-chloro-2-hydroxybenzyl)phenol,bis(5-chloro-2-hydroxyphenyl)methane", "5,5'-dichloro-2,2'-dihydroxydiphenylmethane", "fungicide gm", "didroxane", "diclorofeno[spanish][inn]", "diclorofeno (producto)", "embephen", "[(dihydroxydichloro)diphenyl]methane", "4-chloro-2-(5-chloro-2-hydroxybenzyl)phenol", "2,2'-methylenbis(4-chlorphenol)", "8017-86-5[rn]", "2,2'-dihydroxy-5,5'-dichlorodiphenylmethane", "gefir"}|>, "2130" -> <|"DatabaseID" -> "SW01403", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28088"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444448]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01645"]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistein"|>, "PharmGKBID" -> "PA165109660", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280961]}, "Synonyms" -> {"genisterin", "sophoricol", "prunetol", "genisteol", "differenol a", "genistein", "5,7,4'-trihydroxyisoflavone", "genestein", "npi 031l", "4h-1-benzopyran-4-one 5 7-dihydroxy-3- (4-hydroxyphenyl)-", "446-72-0", "nsc-36586", "k00046", "5,7-dihydroxy-3-(4-hydroxyphenyl)-4h-1-benzopyran-4-one", "sipi 807-1", "5,7-dihydroxy-3-(4-hydroxyphenyl)-4h-chromen-4-one", "ncoa-2", "d019833", "5,7-dihydroxy-3-(4-hydroxyphenyl)chromen-4-one", "5,7-dihydroxy-3-(4-hydroxyphenyl)-4h-chromen-4-on", "4,6,7-trihydroxyisoflavone", "4h-1-benzopyran-4-one 5,7-dihydroxy-3-(4-hydroxyphenyl)-", "sto514", "5", "446-72-0[rn]", "4'", "5-18-04-00594 (beilstein handbook reference)[beilstein]", "4' 5 7-trihydroxyisoflavone", "[446-72-0]", "4',5 7-trihydroxyisoflavone", "transcriptional intermediary factor 2", "htif2", "4,5,7-trihydroxyisoflavone", "4h-1-benzopyran-4-one 5,7-dihydroxy-3-(4-hydrox", "isoflavone 4',5,7-trihydroxy-", "207-174-9[einecs]", "263823[beilstein]", "4',5,7-trihydroxy isoflavone", "gen", "5,7-dihydroxy-3-(4-hydroxyphenyl)-4-benzopyrone", "4',5,7-trihydroxyisoflavone", "5,7-dihydroxy-3-(4-hydroxy-phenyl)-chromen-4-one", "4,5,7-trihydroxyisoflavone(genistein)", "pti g4660", "4,5,7-trihydroxy iso-flavone", "genistein[wiki]", "genistein (0.451 g)"}|>, "2131" -> <|"DatabaseID" -> "SW01404", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50223"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64479]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00380"]}, "IsomericSmiles" -> "C[C@@H](CN1CC(=O)NC(=O)C1)[NH+]2CC(=O)NC(=O)C2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03730"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DEXRAZOXANE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449259", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71384]}, "Synonyms" -> {"dyzoxane", "cardioxane", "dexrazoxane", "zinecard", "eucardion", "dextrorazoxane", "razoxin", "dexrazoxanum [inn-latin]", "dexrazoxano [inn-spanish]", "desrazoxane", "tepirone", "razoxane", "troxozone", "(+)-(s)-4,4'-propylenedi-2,6-piperazinedione", "4,4'-[(2s)-1,2-propanediyl]di(2,6-piperazinedione)[acd/iupac name]", "dexrazoxane hydrochloride", "icrf-187", "(s)-4,4'-(1-methyl-1,2-ethanediyl)bis-2,6-piperazinedione", "(+)-1,2-bis(3,5-dioxo-1-piperazinyl)propane", "zinecard (tn)", "8441732[beilstein]", "dexrazoxanum", "dexrazoxane[wiki][usan]", "razoxane [ban:inn][inn]", "cdx", "dna topoisomerase ii beta isozyme", "dexrazoxano", "2,6-piperazinedione 4,4'-(1-methyl-1,2-ethanediyl)bis- (+)- (9ci)", "2,6-piperazinedione 4 4'-(1-methyl-1,2-ethanediyl)bis- (s)-", "razoxanum [inn-latin]", "6658412[beilstein]", "4,4'-(2s)-propane-1,2-diyldipiperazine-2,6-dione", "dexrazoxano (producto)", "2 6-piperazinedione 4,4'-propylenedi- (p)-", "razoxanum[latin]", "2,6-piperazinedione 4,4'-propylenedi- (+)-", "razoxane (+)-form", "dexrazoxano[spanish][inn]", "(+)-dexrazoxane", "dexrazoxane; dexrazoxano; dexrazoxanum", "(+)-4,4'-(1-methyl-1,2-ethanediyl)bis-2,6-piperazinedione", "(s)-4,4'-(propane-1,2-diyl)bis(piperazine-2,6-dione)", "razoxana[spanish][inn]", "razoxana [inn-spanish]", "2,6-piperazinedione 4,4'-[(1s)-1-methyl-1,2-ethanediyl]bis-", "zinecard[wiki]", "ec 5.99.1.3", "dexrazoxane [usan:ban:inn][inn][usan]", "soluble icrf (l-isomer)", "24584-09-6[rn]", "2,6-piperazinedione 4,4'-(1-methyl-1,2-ethanediyl)bis- (s)-", "dexrazoxanum[latin]", "4,4'-(2s)-propan-1,2-diyldipiperazin-2,6-dion", "2,6-piperazinedione 4,4'-(1-methyl-1,2-ethanediyl)bis- (+)-", "337376-15-5", "(+)-4,4'-propylenedi-2,6-piperazinedione"}|>, "2132" -> <|"DatabaseID" -> "SW01405", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388759]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00552"]}, "IsomericSmiles" -> "c1nc2c(n1[C@H]3C[C@@H]([C@H](O3)CO)O)NC=[NH+]C[C@H]2O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D001155"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PENTOSTATIN"|>, "PharmGKBID" -> "PA450863", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439693]}, "Synonyms" -> {"pentostatin", "deoxycoformycin", "covidarabine", "vidarbine", "2'-deoxycoformycin", "nipent", "2'-dcf", "coforin", "oncopent", "co-vidarabine", "pd-adi", "nipent (tn)", "co-v", "[53910-25-1]", "53910-25-1[rn]", "ncgc00182045-01", "adenosine aminohydrolase", "pentostatin[wiki]", "vira a deaminase inhibitor", "pd-81565", "dcf", "(r)-3-(2-deoxy-b-d-erythro-pentofuranosyl)-3,6,7,8-tetrahydroimidazo[4,5-d][1,3]diazepin-8-ol", "pentostatin (jan/usan)[jan][usan]", "ec 3.5.4.4", "(8r)-3-(2-deoxy-b-d-erythro-pentofuranosyl)-3,4,7,8-tetrahydroimidazo[4,5-d][1,3]diazepin-8-ol", "toxic solid organic n.o.s. (pentostatin)", "2'-dexoycoformycin", "(8r)-3-[(2r,4s,5r)-4-hydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]-3,6,7,8-tetrahydroimidazo[4,5-d][1,3]diazepin-8-ol"}|>, "2133" -> <|"DatabaseID" -> "SW01406", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9331"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5137]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00576"]}, "IsomericSmiles" -> "Cc1nnc(s1)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00870"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFAMETHIZOLE"|>, "PharmGKBID" -> "PA164781307", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5328]}, "Synonyms" -> {"thiosulfil", "proklar", "ayerlucil", "sulfamethizol", "rufol", "sulfamethizole", "methazol", "sulphamethizole", "urodiaton", "solfametizolo [dcit]", "thiosulfil forte", "sulphamethyltiadiazole", "salimol", "sulfstat", "sulfurine", "lucosil", "sulfamethylthiadiazole", "sulfa gram", "thidicur", "uroz", "renasul", "sulfapyelon", "sulfamethazole", "urolucosil", "microsul", "sulfamethiazole", "urocydal", "urosulfin", "ultrasul", "tetracid", "famet", "sulamethizole", "205-641-1[einecs]", "2-(p-aminobenzenesulfonamido)-5-methylthiadiazole", "sulfanilamide n(sup 1)-(5-methyl-1,3,4-thiadiazol-2-yl)-", "sulphamethylthiadiazole", "sulfamethizole[wiki]", "sulfametizol [inn-spanish]", "5-methyl-2-sulfanilamido-1,3,4-thiadiazole", "2-methyl-5-sulfanilamido-1,3,4-thiadiazole", "thiosulfil-a-forte", "sulfamethizole [usan:inn:jan][inn][jan][usan]", "4-amino-n-(5-methyl-1,3,4-thiadiazol-2-yl)benzenesulfonamide[acd/iupac name]", "sulfametizol[spanish][inn]", "cas-144-82-1", "4-amino-n-(5-methyl-1,3,4-thiadiazol-2-yl)benzolsulfonamid", "255002[beilstein]", "thiosulfil (tn)", "dhps", "sulfamethizolum[latin]", "sulfarine", "n(sup 1)-(5-methyl-1,3,4-thiadiazol-2-yl)-sulfanilamide", "sulfametizol", "[(4-aminophenyl)sulfonyl](5-methyl(1,3,4-thiadiazol-2-yl))amine", "sulfamethizolum [inn-latin]", "benzenesulfonamide 4-amino-n-(5-methyl-1,3,4-thiadiazol-2-yl)-", "n1-(5-methyl-1,3,4-thiadiazol-2-yl)sulfanilamide", "sulfamethizolum", "144-82-1[rn]", "4-amino-n-(5-methyl-1,3,4-thiadiazol-2-yl)benzene-1-sulfonamide", "2-sulfanilamido-5-methyl-1,3,4-thiadiazole", "sulfamethizole [usan:inn:jan]", "ec 2.5.1.15", "dihydropteroate pyrophosphorylase"}|>, "2134" -> <|"DatabaseID" -> "SW01407", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27999"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5304], ExternalIdentifier["ChemSpiderID", 10482248]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01124"]}, "IsomericSmiles" -> "CCCCNC(=O)[N-]S(=O)(=O)c1ccc(cc1)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00380"], ExternalIdentifier["KEGGID", "D06177"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TOLBUTAMIDE;TOLBUTAMIDE SODIUM"|>, "PharmGKBID" -> "PA451718", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5505], ExternalIdentifier["PubChemCompoundID", 23690448]}, "Synonyms" -> {"rastinon", "artosin", "diaben", "diabetamid", "orabet", "diabetol", "dolipol", "ipoglicone", "orinase", "tolbutamide", "orinase diagnostic", "oralin", "pramidex", "orezan", "dirastan", "butamid", "drabet", "toluina", "glyconon", "sk-tolbutamide", "aglicid", "diabuton", "apo-tolbutamide", "tolbutamide sodium", "willbutamide", "mobenol", "orinaz", "butamide", "arkozal", "artozin", "tolbusal", "tolylsulfonylbutylurea", "toluvan", "diasulfon", "tolumid", "oterben", "tolbutamid", "3-butyl-1-[(4-methylbenzene)sulfonyl]urea", "urea 1-butyl-3-(p-tolylsulfonyl)-", "n-(butylcarbamoyl)-4-methylbenzenesulfonamide[acd/iupac name]", "473-41-6[rn]", "1-butyl-3-(4-methylphenyl)sulfonyl-urea", "orinase[wiki]", "sodium tolbutamide", "tol-tab", "tolbutamide usp[usp]", "benzenesulfonamide n-[(butylamino)carbonyl]-4-methyl-", "n-(p-tolylsulfonyl)-n'-butylcarbamide", "diabesan", "1-butyl-3-(para-tolyl sulfonyl) urea", "urea", "n-butyl-n'-toluene-p-sulfonylurea", "1-butyl-3-(para-tolylsulfonyl) urea", "n-[(butylamino)carbonyl]-4-methylbenzenesulfonamide", "1-butyl-3-(4-methylphenylsulfonyl)urea", "n-(4-methylphenylsulfonyl)-n'-butylurea", "100735-34-0[rn]", "orinase (tn)", "4-11-00-00396 (beilstein handbook reference)[beilstein]", "d014044", "novo-butamide", "n-butyl-n'-(p-tolylsulfonyl)urea", "benzenesulfonamide n-((butylamino)carbonyl)-4-methyl- monosodium salt", "tolbutamidum [inn_la]", "n-butyl-n'-p-toluenesulfonylurea", "n-((butylamino)carbonyl)-4-methylbenzenesulfonamide", "n-((butylamino)carbonyl)-4-methylbenzenesulfonamide", "tolbutamida[spanish][inn]", "tolbutone", "cas-64-77-7", "200-594-3[einecs]", "benzenesulfonamide", "tolbutamide sodium salt", "urea 1-butyl-3- (p-tolylsulfonyl)-", "1-butyl-3-(p-tolylsulfonyl)urea monosodium salt", "p-toluenosulfonylbutylomocznik", "tolbutamide[wiki]", "3-(p-tolyl-4-sulfonyl)-1-butylurea", "tolbutamid r.a.n.", "1-p-toluenesulfonyl-3-butylurea", "tarasina", "sodium butamide", "3-butyl-1-(4-methylphenyl)sulfonyl urea", "n'-4-methylbenzenesulfonyl-n''-butylurea", "restinon", "n-n-butyl-n'-tosylurea", "3-(p-tolylsulfonyl)-1-butylurea", "tolbutamidum", "64-77-7[rn]", "10238-21-8[rn]", "1-n-butyl-3-(p-tolylsulfonyl)urea", "kir1.1", "tolbutamide [ban:inn:jan][inn][jan]", "n-4-methylbenzolsulfonyl-n-butylurea", "oterben", "beglucin", "diaval", "n-(sulfonyl-p-methylbenzene)-n'-butylurea", "n-butyl-n'-(4-methylphenylsulfonyl)urea", "toluran", "tolbutamida; tolbutamide; tolbutamidum", "arcosal", "benzenesulfonamide n-((butylamino)carbonyl)-4-methyl-", "n-(butylcarbamoyl)-4-methylbenzolsulfonamid", "n-n-butyl-n'-tosylurea; 1-butyl-3-tosylurea", "n-((butylamino)carbonyl)-4-methylbenzenesulfonamide", "n-(4-methylbenzenesulfonyl)-n'-butylurea", "oramide", "n-(p-tolylsulfonyl)-n'-n-butylurea", "(butylamino)-n-[(4-methylphenyl)sulfonyl]carboxamide", "potassium channel inwardly rectifying subfamily j member 1", "1984428", "n-(sulfonyl-p-methylbenzene)-n'-n-butylurea1-p-toluenesulfonyl-3-butylurea", "willbutamide.", "n-(p-methylbenzenesulfonyl)-n'-butylurea", "atp-regulated potassium channel rom-k", "benzenesulfonamide n-[ (butylamino)carbonyl]-4-methyl-", "tolbet", "n-(sulfonyl-p-methylbenzene)-n'-n-butylurea", "tolbutamida", "sodium orinase", "1-butyl-3-(p-methylphenylsulfonyl)urea", "butamidum", "1-butyl-3-(p-tolylsulfonyl)urea", "tl8000121", "26303-90-2[rn]", "1-butyl-3-tosylurea", "337376-15-5"}|>, "2135" -> <|"DatabaseID" -> "SW01408", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32365"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10033]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "margaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10465]}, "Synonyms" -> {"margarinic acid", "n-heptadecanoic acid", "margaric acid", "n-heptadecoic acid", "heptadecylic acid", "heptadecanoicacid", "n-heptadecylate", "heptadecoic acid", "8000-11-1[rn]", "ch3-[ch2]15-cooh", "37231-04-2[rn]", "506-12-7", "52051-63-5[rn]", "270-298-7[einecs]", "n-heptadecylic acid", "7722-21-6[rn]", "hxa", "17378-36-8[rn]", "8034-58-0[rn]", "8034-56-8[rn]", "266-928-5[einecs]", "176435-16-8[rn]", "1-heptadecanoic acid", "margarinsaeure", "8043-36-5[rn]", "fatty acids", "264-123-3[einecs]", "39390-60-8[rn]", "margarate", "68424-37-3[rn]", "208-027-1[einecs]", "67255-22-5[rn]", "1781004[beilstein]", "63399-94-0[rn]", "1002-82-0[rn]", "margarate (17:0)", "heptadecanoic acid", "heptadecanoic acic", "67701-03-5[rn]", "45237-52-3[rn]", "4-02-00-01193 (beilstein handbook reference)[beilstein]", "506-12-7[rn]", "heptadecanoic acid[acd/iupac name]", "17:0; ch3-[ch2]15-cooh; margarinsaeure; heptadecoic acid; heptadecylic acid; margaric acid; margarinic acid;n-heptadecanoic acid; n-heptadecoicacid; n-heptadecylic acid", "45237-51-2[rn]", "[506-12-7]", "17:0", "8034-57-9[rn]", "28829-31-4[rn]", "1338-46-1[rn]", "daturic acid", "chebi:32365"}|>, "2136" -> <|"DatabaseID" -> "SW01409", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4087]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01171"]}, "IsomericSmiles" -> "c1cc(ccc1C(=O)NCC[NH+]2CCOCC2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02561"]}, "OfficialNames" -> <|"Indian Approved Name" -> "moclobemide"|>, "PharmGKBID" -> "PA452615", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4235]}, "Synonyms" -> {"moclobemide", "aurorix", "moclamine", "moclobemid", "4-chloro-n-(2-(4-morpholinyl)ethyl)benzamide", "p-chloro-n-(2-morpholinoethyl)benzamide", "moclobemida [inn-spanish]", "4-chlor-n-(2-morpholinoethyl)benzamid", "4-chloro-n-(2-morpholin-4-yl-ethyl)-benzamide", "moclobemidum [inn-latin]", "manerix", "moclaime", "moclamide", "moclobamide", "mao-a", "4-chloro-n-(2-morpholin-4-ylethyl)benzamide", "aurorix (tn)", "71320-77-9[rn]", "moclobemida[spanish][inn]", "4-chloro-n-[2-(4-morpholinyl)ethyl]benzamide[acd/iupac name]", "null", "aurorix[wiki]", "ro 11-1163", "moclobemidum", "moclobemide [usan:ban:inn][inn][usan]", "ro 11-1163/000", "(4-chlorophenyl)-n-(2-morpholin-4-ylethyl)carboxamide", "monoamine oxidase type a", "manerix[wiki]", "moclobemidum[latin]", "benzamide 4-chloro-n-(2-(4-morpholinyl)ethyl)-", "gnf-pf-695", "modobemde", "moclobemide[wiki][usan]", "4-chloro-n-[2-(morpholin-4-yl)ethyl]benzamide", "moclobemide [usan:ban:inn]", "ro-11-1163", "4-chloro-n-(2-morpholinoethyl)benzamide", "ec 1.4.3.4", "moclobemida", "benzamide 4-chloro-n-[2-(4-morpholinyl)ethyl]-"}|>, "2137" -> <|"DatabaseID" -> "SW01410", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6402"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3762]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01097"]}, "IsomericSmiles" -> "Cc1c(cno1)C(=O)Nc2ccc(cc2)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00749"]}, "OfficialNames" -> <|"Australia Approved Name" -> "LEFLUNOMIDE", "FDA Approved Drug" -> "LEFLUNOMIDE"|>, "PharmGKBID" -> "PA450192", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3899]}, "Synonyms" -> {"leflunomide", "arava", "leflunomid", "leflunomidum [inn-latin]", "lefunamide", "cak beta", "5-methyl-n-(4-(trifluoromethyl)phenyl)-4-isoxazolecarboxamide", "hwa 486", "fadk 2", "lefunomide [inn-spanish]", "isoxazole-4-carboxamide 5-methyl-n-[4-(trifluoromethyl)phenyl]-", "4-isoxazolecarboxamide 5-methyl-n-(4-(trifluoromethyl)phenyl)-", "raftk", "210165-51-8[rn]", "4323174[beilstein]", "leflunomide[wiki][inn][jan][usan]", "5-methylisoxazole-4-carboxylic acid trifluoromethylanilide", "c045463", "75706-12-6", "toxic solid organic n.o.s. (leflunomide)", "a,a,a-trifluoro-5-methyl-4-isoxazolecarboxy-p-toluidide", "hwa-486", "5-methyl-n-[4-(trifluormethyl)phenyl]isoxazol-4-carboxamid", "5-methylisoxazole-4-(4-trifluoromethylcarboxanilide)", "n-(4'-trifluoromethylphenyl)-5-methylisoxazole-4-carboxamide", "ec 2.7.10.2", "proline-rich tyrosine kinase 2", "5-methyl-n-[4-(trifluoromethyl)phenyl]-4-isoxazolecarboxamide", "calcium-dependent tyrosine kinase", "arava (tn)", "leflunomida", "(5-methylisoxazol-4-yl)-n-[4-(trifluoromethyl)phenyl]carboxamide", "lefunomide", "5-methylisoxazole-4-carboxylic acid(4-trifluoromethyl)anilide", "4-isoxazolecarboxamide 5-methyl-n-[4-(trifluoromethyl)phenyl]-", "leflunomida[spanish][inn]", "related adhesion focal tyrosine kinase", "focal adhesion kinase 2", "5-methylisoxazole-4-(4-trifluoromethyl)carboxanilide", "5-methyl-n-[4-(trifluoromethyl)phenyl]-1,2-oxazole-4-carboxamide[acd/iupac name]", "n-(4-trifluoromethyphenyl)-5-methylisoxazole-4-carboxamide", "cadtk", "cell adhesion kinase beta", "75706-12-6[rn]", "5-methyl-n-[4-(trifluoromethyl)phenyl]isoxazole-4-carboxamide", "arava[wiki]", "337376-15-5", "su101", "leflunomidum[latin][inn]", "tl8005179"}|>, "2138" -> <|"DatabaseID" -> "SW01411", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9355"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444681]}, "IsomericSmiles" -> "c1cc(c(cc1/C=C\\2/C(=O)c3ccc(cc3O2)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sulfuretin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281295]}, "Synonyms" -> {"sulfuretin", "sulphuretin", "(2z)-2-(3", "chebi:9355", "3',4',6-trihydroxybenzalcoumaranone", "2-(3,4-dihydroxybenzylidene)-6-hydroxy-3(2h)-benzofuranone", "(2z)-2-(3,4-dihydroxybenzylidene)-6-hydroxy-1-benzofuran-3(2h)-one", "3(2h)-benzofuranone 2-[(3,4-dihydroxyphenyl)methylene]-6-hydroxy- (2z)-", "ac1nqyb9", "120-05-8", "mls000863576", "26849[beilstein]", "3',4',6-trihydroxyaurone", "204-366-4[einecs]", "megxp0_001715", "sulfurein", "2-[(3,4-dihydroxyphenyl)methylene]-6-hydroxy-3(2h)-benzofuranone", "benzofran-3-one 2-[3,4-dihydroxybenzylidene]-6-hydroxy-", "(z)-2-[(3", "chembl490355", "(z)-2-((3,4-dihydroxyphenyl)methylene)-6-hydroxy-2h-benzofuran-3-one", "(2z)-2-(3,4-dihydroxybenzyliden)-6-hydroxy-1-benzofuran-3(2h)-on", "(z)-2-[(3,4-dihydroxyphenyl)methylene]-6-hydroxy-2h-benzofuran-3-one", "120-05-8[rn]", "2-(3,4-dihydroxy-benzylidene)-6-hydroxy-benzofuran-3-one"}|>, "2139" -> <|"DatabaseID" -> "SW01412", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61393]}, "IsomericSmiles" -> "CC(=CCOc1c2ccc(=O)oc2cc3c1cco3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoimperatorin;iso-imperatorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68081]}, "Synonyms" -> {"7h-furo[3", "iso-imperatorin", "isoimperatorin", "c055542", "7h-furo(3", "482-45-1", "7h-furo[3,2-g][1]benzopyran-7-one 4-[(3-methyl-2-buten-1-yl)oxy]-", "4-[(3-methylbut-2-en-1-yl)oxy]-7h-furo[3", "7h-furo(3,2-g)(1)benzopyran-7-one 4-((3-methyl-2-butenyl)oxy)-", "ac1q6ay9", "7h-furo[3,2-g][1]benzopyran-7-one 4-[(3-methyl-2-butenyl)oxy]-", "7h-furo[3,2-g][1]benzopyran-7-one 4-((3-methyl-2-butenyl)oxy)-", "ac1l28zp", "482-45-1[rn]", "5-(3-methylbut-2-enyloxy)furano[3,2-g]chromen-2-one", "4-[(3-methylbut-2-en-1-yl)oxy]-7h-furo[3,2-g]chromen-7-one", "smr000156243"}|>, "2140" -> <|"DatabaseID" -> "SW01413", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9797]}, "IsomericSmiles" -> "CC(=CCOc1c2c(ccc(=O)o2)cc3c1occ3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "imperatorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10212]}, "Synonyms" -> {"ammidin", "pentosalen", "8-isoamylenoxypsoralen", "8-isopentenyloxypsoralene", "marmelosin", "9-(3-methylbut-2-enyloxy)furano[3,2-g]chromen-2-one", "marmelide;", "einecs 207-581-1", "9-(3-methylbut-2-enyloxy)-7h-furo[3,2-g]chromen-7-one", "6-hydroxy-7-(3-methyl-2-butenyloxy)-5-benzofuranacrylic acid d-lactone", "7h-furo[3,2-g][1]benzopyran-7-one 9-((3-methyl-2-butenyl)oxy)-", "7h-furo[3,2-g][1]benzopyran-7-one 9-[ (3-methyl-2-butenyl)oxy]-", "hsdb 3497", "9-[(3-methyl-2-buten-1-yl)oxy]-7h-furo[3,2-g]chromen-7-one", "9-(3-methyl-but-2-enyloxy)-furo[3,2-g]chromen-7-one", "c031534", "7h-furo[3,2-g][1]benzopyran-7-one 9-[(3-methyl-2-butenyl)oxy]-", "9-[(3-methyl-2-butenyl)oxy]-7h-furo[3,2-g][1]benzopyran-7-one", "ccris 4346", "marmelide;ammidin;marmelosin", "9-[(3-methylbut-2-en-1-yl)oxy]-7h-furo[3,2-g]chromen-7-one", "9-((3-methylbut-2-en-1-yl)oxy)-7h-furo[3,2-g]chromen-7-one", "482-44-0", "7h-furo(3,2-g)(1)benzopyran-7-one 9-((3-methyl-2-butenyl)oxy)-", "9-((3-methyl-2-butenyl)oxy)-7h-furo(3,2-g)(1)benzopyran-7-one", "207-581-1[einecs]", "9-(3-methylbut-2-enyloxy)furo(3,2-g)chromen-7-one", "imperatorin[wiki]", "9-[(3-methylbut-2-en-1-yl)oxy]-2h-furo[3,2-g]chromen-2-one", "7h-furo[3,2-g][1]benzopyran-7-one 9-[(3-methyl-2-buten-1-yl)oxy]-", "9-[(3-methyl-2-buten-1-yl)oxy]-7h-furo[3,2-g]chromen-7-on", "9-(3-methylbut-2-enyloxy)-7h-furo(3,2-g)chromen-7-one", "5-hydroxy-8-(1,1-dimethylallyl)psoralen", "9-(3-methylbut-2-enyloxy)furo[3,2-g]chromen-7-one", "482-44-0[rn]", "imperatorin"}|>, "2141" -> <|"DatabaseID" -> "SW01414", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31838"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4020]}, "IsomericSmiles" -> "CN1c2ccccc2Sc3c1cc(cc3)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01189"]}, "OfficialNames" -> <|"NPC Approved Name" -> "metiazinic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4164]}, "Synonyms" -> {"metiazinic acid", "acidum metiazinicum", "soridermal", "ambrunate", "soripal", "methiazinic acid", "metiazic acid", "roimal", "acido metiazinico", "acide metiazinique", "2-(10-methyl-2-phenothiazinyl)essigsaeure", "acido metiazinico[spanish][inn]", "metiazinic acid [dcf:inn:jan][inn][jan]", "acidum metiazinicum[latin]", "10-methylphenothiazine-2-acetic acid", "rp 16,091", "acide metiazinique; acido metiazinico; acidummetiazinicum; metiazinic acid", "13993-65-2[rn]", "methiazic acid", "237-795-0[einecs]", "phenothiazine-2-acetic acid 10-methyl-", "10h-phenothiazine-2-acetic acid 10-methyl-", "(10-methyl-10h-phenothiazin-2-yl)acetic acid[acd/iupac name]", "n-methyl-3-phenothiazinylacetic acid", "10-methyl-10h-phenothiazine-2-acetic acid", "acide metiazinique[french][inn]", "(10-methyl-2-phenothiazinyl)acetic acid"}|>, "2142" -> <|"DatabaseID" -> "SW01415", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48273"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 70382]}, "IsomericSmiles" -> "C[NH+](C)CCc1c[nH]c2c1cc(cc2)Cn3cncn3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00675"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "RIZATRIPTAN BENZOATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 77997]}, "Synonyms" -> {"rizatriptan benzoate", "maxalt", "maxalt-mlt", "benzoic acid; dimethyl({2-[5-(1h-1,2,4-triazol-1-ylmethyl)-1h-indol-3-yl]ethyl})amine", "rizatriptan benzoat", "mk-462;maxalt;maxalt", "mk-462 maxalt", "indol-3-yl]ethylamine benzoate", "rizatrimptan benzoate", "l-705126", "c093622", "rizatriptan benzoate(maxalt)", "rizatriptan[wiki]", "mk-462", "mk-0462", "maxalt (tn)", "n,n-dimethyl-5-(1h-1,2,4-triazol-1-ylmethyl)-1h-indole-3-ethanamine monobenzoate", "maxalt[wiki]", "n,n-dimethyl-2-[5-(1,2,4-triazol-1-ylmethyl)-1h-", "145202-66-0", "n,n-dimethyl-2-(5-(1,2,4-triazol-1-ylmethyl)-1h-indole-3-yl)ethylamine", "n,n-dimethyl-2-[5-(1h-1,2,4-triazol-1-ylmethyl)-1h-indol-3-yl]ethanaminebenzoate(1:1)[acd/iupac name]", "rizatriptan benzoate (jan/usan)[jan][usan]", "1h-indole-3-ethanamine n,n-dimethyl-5-(1h-1,2,4-triazol-1-ylmethyl)- benzoate (1:1)", "rizatriptanbenzoate", "mk 462", "l-705,126", "1h-indole-3-ethanamine n,n-dimethyl-5-(1h-1,2,4-triazol-1-ylmethyl)- monobenzoate", "144034-80-0[rn]", "dimethyl{2-[5-(1,2,4-triazolylmethyl)indol-3-yl]ethyl}amine benzoic acid", "n,n-dimethyl-2-[5-(1,2,4-triazol-1-ylmethyl)-1h-indol-3-yl]ethylamine benzoate", "l 705,126", "mk 0462", "l 705126", "145202-66-0[rn]", "n,n-dimethyl-2-[5-(1h-1,2,4-triazol-1-ylmethyl)-1h-indol-3-yl]ethanaminebenzoate"}|>, "2143" -> <|"DatabaseID" -> "SW01416", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166848]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "07931"]}, "IsomericSmiles" -> "CC[C@H](c1ccc(cc1)O)[C@@H](CC)c2ccc(cc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01641"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexestrol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 192197]}, "Synonyms" -> {"syntrogene", "extra-plex", "4-[(1r,2s)-1-ethyl-2-(4-hydroxyphenyl)butyl]phenol", "estrifar", "hexoestrol", "hexanoestrol", "estra-plex", "hormoestrol", "hexestrofen", "meso-hexestrol", "phenol 4,4'-(1,2-diethylethylene)di-", "hexestrol(bibenzyl)", "5635-50-7[rn]", "chlordecone reductase homolog hakrc", "ec 1.1.1.149", "cas-84-16-2", "hexestrol (van)", "stilbestrol dihydro-", "estronal", "20-alpha-hsd", "meso-3,4-bis(p-hydroxyphenyl)-n-hexane", "phenol 4,4'-((1r,2s)-1,2-diethyl-1,2-ethanediyl)bis- rel-", "cycloestrol", "phenol 4,4'- (1,2-diethyl-1,2-ethanediyl)bis- (r* s*)-", "meso-4,4'-(1,2-diethylethylene)diphenol", "dd1/dd2", "mesohexestrol", "meso hexestrol", "meso-3 4-bis(p-hydroxyphenyl)-n-hexane", "hexane 3,4-bis(p-hydroxyphenyl)-", "meso-3 4-di(p-hydroxyphenyl)-n-hexane", "4-[1-ethyl-2-(4-hydroxyphenyl)butyl]phenol", "hbab", "bibenzyl cycloestrol dihydro-stilbestro", "high- affinity hepatic bile acid-binding protein", "dihydrostilbestrol", "vitestrol", "4-[1-ethyl-2-(4-hydroxyphenyl)-(1s,2r)-butyl]phenol", "4,4'-dihydroxy-a,b-diethyldiphenylethane", "isohexestrol", "201-518-1[einecs]", "synoestrol", "ec 1.1.1.-", "dihydrodiethylstilbestrol", "ec 1.3.1.20", "5776-72-7[rn]", "20-alpha- hydroxysteroid dehydrogenase", "rel-4,4'-[(1r,2s)-1,2-diethyl-1,2-ethanediyl]bisphenol", "4,4'-(1 2-diethylethylene)diphenol", "hexron", "dihydrodiol dehydrogenase 1/2", "sinestrol", "3,4-bis(p-hydroxyphenyl)hexane", "meso-3,4-di(p-hydroxyphenyl)-n-hexane", "4-[(3r,4s)-4-(4-hydroxyphenyl)hexan-3-yl]phenol", "227-082-2[einecs]", "synthovo", "4-[(2s,1r)-1-ethyl-2-(4-hydroxyphenyl)butyl]phenol", "84-16-2[rn]", "hexestrol[inn]", "trans- 1,2-dihydrobenzene-1,2-diol dehydrogenase", "phenol 4 4'- (1,2-diethylethylene)di- meso-", "4-[1-ethyl-2-(4-hydroxy-phenyl)-butyl]-phenol", "hexestrol", "phenol 4-[(1r,2s)-1-ethyl-2-(4-hydroxyphenyl)butyl]-"}|>, "2144" -> <|"DatabaseID" -> "SW01417", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17263"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5660]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00655"]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]3c4ccc(cc4CC[C@H]3[C@@H]1CCC2=O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04070"], ExternalIdentifier["KEGGID", "D00067"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ESTROGENS CONJUGATED;ESTRONE"|>, "PharmGKBID" -> "PA449512", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5870]}, "Synonyms" -> {"follicunodis", "disynformon", "estrugenone", "folliculine", "folliculin", "glandubolin", "estrone", "hormofollin", "hormovarine", "estrol", "estron", "crinovaryl", "thelestrin", "estrogenic substance", "follestrine", "ketodestrin", "oestroform", "oestronum", "folikrin", "oestrone", "endofolliculina", "theelin", "folisan", "ketohydroxy-estratriene", "ketohydroxyestrin", "estrone-a", "ovifollin", "oestrin", "cristallovar", "hormestrin", "kolpon", "femidyn", "estrusol", "perlatan", "estrovarin", "destrone", "folipex", "thelykinin", "oestroperos", "hiestrone", "menformon", "estrona", "tokokin", "ketohydroxyoestrin", "kestrone", "wynestron", "estronum[latin]", "3-hydroxy-17-keto-estra-1,3,5-triene", "3-hydroxyestra-1,3,5(10)-triene-17-one", "oestrone;", "(8r,9s,13s,14s)-3-hydroxy-13-methyl-6,7,8,9,11,12,13,14,15,16-decahydro-cyclopenta[a]phenanthren-17-one", "3-hydroxy-13-methyl-6,7,8,9,11,12,13,14,15,16-decahydrocyclopenta[a]phenanthren-17-one", "(+)-estrone", "3-hydroxy-17-keto-oestra-1,3,5-triene", "3-hydroxy-oestra-1,3,5(10)-trien-17-one", "3-hydroxyoestra-1,3,5(10)-trien-17-one", "theelin[wiki]", "estrone (tn)", "(13s)-3-hydroxy-13-methyl-7,8,9,11,12,13,15,16-octahydro-6h-cyclopenta[a]phenanthren-17(14h)-one", "estriol imp. b (ep)", "1,3,5(10)-estratrien-3-ol-17-one", "ogen", "estrogens conjugated imp. i (ep)", "estra-1(10),2,4-trien-17-one 3-hydroxy-", "3-hydroxyestra-1,3,5(10)-trien-17-on", "3-hydroxy-1,3,5(10)-estratrien-17-one", "fem-o-gen", "3-08-00-01171 (beilstein handbook reference)[beilstein]", "37242-41-4[rn]", "5285-27-8[rn]", "ethinylestradiol imp. c (ep)", "estrone[wiki][usp][jan]", "d1,3,5(10)-estratrien-3-ol-17-one", "sodium (8s,9s,13s,14s)-13-methyl-17-oxo-3-sulfonatooxy-7,8,9,11,12,14,15,16-octahydro-6h-cyclopenta[a]phenanthrene", "ovex (tablets)", "200-164-5[einecs]", "1915077[beilstein]", "53-16-7[rn]", "3-hydroxyestra-1(10),2,4-trien-17-one", "3-hydroxyestra-1,3,5(10)-trien-17one", "1,3,5-estratrien-3-ol-17-one", "3-hydroxyestra-1,3,5(10)-trien-17-one[acd/iupac name]", "estradiol hemihydrate imp. a (ep)", "3-hydroxy-estra-1,3,5(10)-trien-17-one", "oestrone[wiki]", "estra-1,3,5(10)-trien-17-one 3-hydroxy-", "femestrone", "(8r,9s,13s,14s)-3-hydroxy-13-methyl-7,8,9,11,12,13,15,16-octahydro-6h-cyclopenta[a]phenanthren-17(14h)-one", "estrone [inn_en]", "natural estrogenic substance-estrone", "1,3,5(10)-oestratrien-3-ol-17-one", "ovex", "follicular hormone", "follidrin", "conjugated estrogens", "unden", "follestrol", "folliculine benzoate", "cimicifuga plex (caulophyllum thalictroides + cimicifuga racemosa + copper + cotton plant + estrone + histamine dihydrochloride + hypothalamus + magnesium phosphate dibasic + pituitary whole + platinum + sepia officinalis l + thyroid)_mixture", "crystogen", "solliculin", "wynestronpencap m", "er-alpha", "estrogens conjugated", "er", "estrone [usan:inn]", "menformon a", "femestrone injection", "menagen", "estrona [inn-spanish]", "estrona [spanish]", "femestrone inj.", "mestronaq", "gss 33", "ketophydroxyestrin", "estradiol receptor", "estronum [inn-latin]", "holis 98 (dioscorea vilosa + estrone + salvia + saw palmetto)_mixture", "penncap m", "esterone", "premarin", "estrin", "sinafid m-48", "thynestron", "oestrone [steroidal oestrogens]", "aquacrine", "fermidyn"}|>, "2145" -> <|"DatabaseID" -> "SW01418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 40020]}, "IsomericSmiles" -> "C[NH2+]CCCCOc1ccccc1Cc2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "4-(2-benzylphenoxy)-n-methylbutylamine hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 43962]}, "Synonyms" -> {"2-benzyl-1-(4-(methylamino)butoxy)benzene hydrochloride", "2-(4-methylaminobutoxy)diphenylmethane hydrochloride", "celeport", "bifemelane hydrochloride", "alnert", "4-(o-benzylphenoxy)-n-methylbutylamine hydrochloride", "n-methyl-4-(2-(phenylmethyl)phenoxy)-1-butanamine hydrochloride", "mci-2016", "butylamine n-methyl-4-(o-benzylphenoxy)- hydrochloride", "62232-46-6[rn]", "1-butanamine n-methyl-4-(2-(phenylmethyl)phenoxy)- hydrochloride", "butylamine", "1-butanamine n-methyl-4-[2-(phenylmethyl)phenoxy]- hydrochloride (1:1)", "4-(2-benzylphenoxy)-n-methylbutan-1-amine hydrochloride (1:1)", "4-(2-benzylphenoxy)-n-methylbutylamine hydrochloride", "90293-01-9[rn]", "bifemelane hcl", "e-0687", "4-(2-benzylphenoxy)-n-methylbutan-1-amine hydrochloride"}|>, "2146" -> <|"DatabaseID" -> "SW01419", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7789"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4440], ExternalIdentifier["ChemSpiderID", 9193]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01173"]}, "IsomericSmiles" -> "Cc1ccccc1C(c2ccccc2)OCC[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00774"], ExternalIdentifier["KEGGID", "D02599"]}, "OfficialNames" -> <|"Australia Approved Name" -> "ORPHENADRINE CITRATE", "FDA Approved Drug" -> "ORPHENADRINE CITRATE;ORPHENADRINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450715", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 83823], ExternalIdentifier["PubChemCompoundID", 9568], ExternalIdentifier["PubChemCompoundID", 4601]}, "Synonyms" -> {"disipal", "mephenamine", "brocadisipal", "orphenadine", "orphenedrine", "norflex", "orphenadrine citrate", "banflex", "o-methyldiphenhydramine", "orphenadrin", "flexoject", "myotrol", "orfro", "antiflex", "mio-rel", "biorphen", "brocasipal", "myolin", "orphenate", "orfenadrin hydrochloride", "mephenamine hydrochloride", "orphenadrine hydrochloride", "mebedrol", "mefenamin hydrochloride", "orphenadrine", "peripheral nerve sodium channel 3", "x-otag", "hpn3", "voltage-gated sodium channel subunit alpha nav1.8", "orphenadrine dihydrogen citrate", "orphenadinum", "sodium channel protein type x subunit alpha", "orfenadrina", "341-69-5[rn]", "mephenamin", "2-methyldiphenhydramine", "orphenadrine[wiki]", "orphengesic", "n,n-dimethyl-2-(phenyl(o-tolyl)methoxy)ethanamine", "phenyl-o-tolylmethyl dimethyaminoethyl ether", "n,n-dimethyl-2-[(2-methylphenyl)phenylmethoxy]ethanamine", "orphenadrinum[latin]", "phenyl-o-tolylmethyl dimethylaminoethyl ether", "n,n-dimethyl-2-{[(2-methylphenyl)(phenyl)methyl]oxy}ethanamine", "orphenadrine citrate[usp]", "norflex[wiki]", "orphenedrine hydrochloride", "4682-36-4[rn]", "201-509-2[einecs]", "ethanamine n n-dimethyl-2-[ (2-methylphenyl)phenylmethoxy]-,hydrochloride", "4-06-00-04727 (beilstein handbook reference)[beilstein]", "83-98-7[rn]", "b-dimethylaminoethyl 2-methylbenzhydryl ether", "83-98-7", "n,n-dimethyl-2-[(2-methylphenyl)(phenyl)methoxy]ethanamine[acd/iupac name]", "2-(phenyl-o-tolylmethoxy)ethyldimethylamine", "ethanamine n,n-dimethyl-2-[(2-methylphenyl)phenylmethoxy]-", "ethanamine n,n-dimethyl-2-((2-methylphenyl)phenylmethoxy)-", "invagesic", "n,n-dimethyl-2-(o-methyl-a-phenylbenzyloxy)ethylamine", "norgesic", "orfenadrina[spanish][inn]", "mephenamin hydrochloride", "dimethyl{2-[(2-methylphenyl)phenylmethoxy]ethyl}amine", "orphenadrinum [inn_la]", "orphenadrinum", "orphenadrine hcl", "o-monomethyldiphenhydramine", "dimethyl-[2-(phenyl-o-tolyl-methoxy)-ethyl]-amine", "337376-15-5", "o-methyldiphenhydramine hydrochloride", "206-435-4[einecs]", "mephenamin forte", "euflex", "2-dimethylaminoethyl 2-methylbenzhydryl ether hydrochloride", "plenactol", "n,n-dimethyl-2-[(2-methylphenyl)(phenyl)methoxy]ethanamine hydrochloride", "orphenadrine (chloride)", "ethanamine n,n-dimethyl-2-[(2-methylphenyl)phenylmethoxy]- hydrochloride (1:1)", "ethanamine n,n-dimethyl-2-((2-methylphenyl)phenylmethoxy)- hydrochloride (9ci)", "n,n-dimethyl-2-(2-methylbenzhydryloxy)ethylamine hydrochloride", "n,n-dimethyl-2-[(2-methylphenyl)(phenyl)methoxy]ethanamine hydrochloride(1:1)", "ethanamine n,n-dimethyl-2-[(2-methylphenyl)phenylmethoxy]- hydrochloride", "flexon", "dimethyl({2-[(2-methylphenyl)(phenyl)methoxy]ethyl})amine hydrochloride", "flexor", "disipal hydrochloride", "dimethyl{2-[(2-methylphenyl)phenylmethoxy]ethyl}amine,chloride", "ethylamine n,n-dimethyl-2-[phenyl-(o-tolyl)methoxy]-,hydrochloride", "disipal (tn)", "n,n-dimethyl-2-[(2-methylphenyl)(phenyl)methoxy]ethanaminium chloride"}|>, "2147" -> <|"DatabaseID" -> "SW01419", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7789"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4440], ExternalIdentifier["ChemSpiderID", 9193]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01173"]}, "IsomericSmiles" -> "Cc1ccccc1C(c2ccccc2)OCC[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00774"], ExternalIdentifier["KEGGID", "D02599"]}, "OfficialNames" -> <|"Australia Approved Name" -> "ORPHENADRINE CITRATE", "FDA Approved Drug" -> "ORPHENADRINE CITRATE;ORPHENADRINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450715", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 83823], ExternalIdentifier["PubChemCompoundID", 9568], ExternalIdentifier["PubChemCompoundID", 4601]}, "Synonyms" -> {"disipal", "mephenamine", "brocadisipal", "orphenadine", "orphenedrine", "norflex", "orphenadrine citrate", "banflex", "o-methyldiphenhydramine", "orphenadrin", "flexoject", "myotrol", "orfro", "antiflex", "mio-rel", "biorphen", "brocasipal", "myolin", "orphenate", "orfenadrin hydrochloride", "mephenamine hydrochloride", "orphenadrine hydrochloride", "mebedrol", "mefenamin hydrochloride", "orphenadrine", "peripheral nerve sodium channel 3", "x-otag", "hpn3", "voltage-gated sodium channel subunit alpha nav1.8", "orphenadrine dihydrogen citrate", "orphenadinum", "sodium channel protein type x subunit alpha", "orfenadrina", "341-69-5[rn]", "mephenamin", "2-methyldiphenhydramine", "orphenadrine[wiki]", "orphengesic", "n,n-dimethyl-2-(phenyl(o-tolyl)methoxy)ethanamine", "phenyl-o-tolylmethyl dimethyaminoethyl ether", "n,n-dimethyl-2-[(2-methylphenyl)phenylmethoxy]ethanamine", "orphenadrinum[latin]", "phenyl-o-tolylmethyl dimethylaminoethyl ether", "n,n-dimethyl-2-{[(2-methylphenyl)(phenyl)methyl]oxy}ethanamine", "orphenadrine citrate[usp]", "norflex[wiki]", "orphenedrine hydrochloride", "4682-36-4[rn]", "201-509-2[einecs]", "ethanamine n n-dimethyl-2-[ (2-methylphenyl)phenylmethoxy]-,hydrochloride", "4-06-00-04727 (beilstein handbook reference)[beilstein]", "83-98-7[rn]", "b-dimethylaminoethyl 2-methylbenzhydryl ether", "83-98-7", "n,n-dimethyl-2-[(2-methylphenyl)(phenyl)methoxy]ethanamine[acd/iupac name]", "2-(phenyl-o-tolylmethoxy)ethyldimethylamine", "ethanamine n,n-dimethyl-2-[(2-methylphenyl)phenylmethoxy]-", "ethanamine n,n-dimethyl-2-((2-methylphenyl)phenylmethoxy)-", "invagesic", "n,n-dimethyl-2-(o-methyl-a-phenylbenzyloxy)ethylamine", "norgesic", "orfenadrina[spanish][inn]", "mephenamin hydrochloride", "dimethyl{2-[(2-methylphenyl)phenylmethoxy]ethyl}amine", "orphenadrinum [inn_la]", "orphenadrinum", "orphenadrine hcl", "o-monomethyldiphenhydramine", "dimethyl-[2-(phenyl-o-tolyl-methoxy)-ethyl]-amine", "337376-15-5", "o-methyldiphenhydramine hydrochloride", "206-435-4[einecs]", "mephenamin forte", "euflex", "2-dimethylaminoethyl 2-methylbenzhydryl ether hydrochloride", "plenactol", "n,n-dimethyl-2-[(2-methylphenyl)(phenyl)methoxy]ethanamine hydrochloride", "orphenadrine (chloride)", "ethanamine n,n-dimethyl-2-[(2-methylphenyl)phenylmethoxy]- hydrochloride (1:1)", "ethanamine n,n-dimethyl-2-((2-methylphenyl)phenylmethoxy)- hydrochloride (9ci)", "n,n-dimethyl-2-(2-methylbenzhydryloxy)ethylamine hydrochloride", "n,n-dimethyl-2-[(2-methylphenyl)(phenyl)methoxy]ethanamine hydrochloride(1:1)", "ethanamine n,n-dimethyl-2-[(2-methylphenyl)phenylmethoxy]- hydrochloride", "flexon", "dimethyl({2-[(2-methylphenyl)(phenyl)methoxy]ethyl})amine hydrochloride", "flexor", "disipal hydrochloride", "dimethyl{2-[(2-methylphenyl)phenylmethoxy]ethyl}amine,chloride", "ethylamine n,n-dimethyl-2-[phenyl-(o-tolyl)methoxy]-,hydrochloride", "disipal (tn)", "n,n-dimethyl-2-[(2-methylphenyl)(phenyl)methoxy]ethanaminium chloride"}|>, "2148" -> <|"DatabaseID" -> "SW01420", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7751]}, "IsomericSmiles" -> "CCCCCCCCCCCCCC(=O)OC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02296"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tetradecanoic acid 1-methylethyl ester"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8042]}, "Synonyms" -> {"estergel", "isopropyl myristate", "isomyst", "isopropyl tetradecanoate", "bisomel", "tegester", "promyr", "kesscomir", "4-02-00-01132 (beilstein handbook reference)[beilstein]", "myristic acid isopropyl ester", "estergel (tn)", "ipm", "sinnoester mip", "myristic acid isopropyl ester", "tetradecanoic acid 1-methylethyl ester", "110-27-0[rn]", "crodamol ipm", "110-27-0", "tetradecanoic acid", "tetradecanoic acid isopropyl ester", "kessco ipm", "13voy1&1[wln]", "1-methylethyl tetradecanoate", "emerest 2314", "203-751-4[einecs]", "tetradecanoic acid 1-methylethyl ester", "kessco isopropyl myristate", "wickenol 101", "isopropylmyristate", "1-tridecanecarboxylic acid isopropyl ester", "1405-98-7[rn]", "deltylextra", "emcol-im", "jsp000796", "starfol ipm", "myristic acid isopropyl ester (8ci)", "tetradecanoic acid isopropyl ester", "isopropyl myristate[nf][acd/iupac name]", "deltyl extra", "unimate ipm", "propan-2-yl tetradecanoate"}|>, "2149" -> <|"DatabaseID" -> "SW01421", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7889]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl palmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8181]}, "Synonyms" -> {"n-hexadecanoic acid methyl ester", "metholene 2216", "uniphat a60", "methyl hexadecanoate", "palmitic acid methyl ester", "methyl n-hexadecanoate", "methyl palmitate", "methylhexadecanoate", "methyl hexadecanate", "hexadecanoic acid methyl ester", "palmitic acid methyl ester", "112-39-0", "hexadecanoic acid", ".", "[112-39-0]", "hexadecanoic acid methyl ester", "jsp000954", "palmitic acid methyl ester (8ci)", "203-966-3[einecs]", "1780973", "methyl palmitate[acd/iupac name]", "112-39-0[rn]", "palmitic acid"}|>, "2150" -> <|"DatabaseID" -> "SW01422", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32154"]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01924"]}, "OfficialNames" -> <|"Indian Approved Name" -> "stearyl alcohol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8221]}, "Synonyms" -> {"stearyl alcohol", "n-1-octadecanol", "1-hydroxyoctadecane", "1-octadecanol", "octadecan-1-ol", "octadecanol", "n-octadecanol", "stearol", "n-octadecyl alcohol", "octadecyl alcohol"}|>, "2151" -> <|"DatabaseID" -> "SW01423", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "111762"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2890]}, "IsomericSmiles" -> "c1ccc(cc1)C2=NCC(=O)Nc3c2cc(cc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08283"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Nordiazepam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2997]}, "Synonyms" -> {"calmday", "n-demethyldiazepam", "norprazepam", "n1-desmethyldiazepam", "nordazepam", "n-desmethyldiazepam", "dealkylprazepam", "nordiazepam", "7-chloro-1,3-dihydro-5-phenyl-(2h)-1,4-benzodiazepin-2-one", "1-demethyldiazepam", "demadar", "lomax[wiki]", "n-descyclopropylmethylprazepam", "dmdz", "nordazepamum[latin]", "ro 5-2180", "3h-1,4-benzodiazepin-2-ol 7-chloro-5-phenyl-", "7-chloro-5-phenyl-1,3-dihydro-1,4-benzodiazepin-2-one", "2h-1,4-benzodiazepin-2-one 1,3-dihydro-7-chloro-5-phenyl-", "madar", "5-24-04-00291 (beilstein handbook reference)[beilstein]", "7-chloro-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "7-chloro-5-phenyl-2,3-dihydro-1h-1,4-benzodiazepin-2-one", "stilny", "n-deoxydemoxepam", "desalkylprazepam", "demethyldiazepam;diazepam", "vegesan", "n-deoxydemoxapam", "sopax", "7-chloro-5-phenyl-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "desmethyldiazepam[wiki]", "2h-1,4-benzodiazepin-2-one 7-chloro-1,3-dihydro-5-phenyl-", "1,4-benzdiazepin-2-one-5-ph-7-cl", "demethyldiazepam;", "7-chloro-5-phenyl-1h-benzo[e][1,4]diazepin-2(3h)-one", "demethyldiazepam", "nordazepam[wiki][inn]", "7-chloro-5-phenyl-3h-1,4-benzodiazepin-2-ol", "5/11/1088", "214-123-4[einecs]", "1088-11-5[rn]", "7-chlor-2,3-dihydro-5-phenyl-1h-1,4-benzodiazepin-2-on", "desmethyldiazepam", "a101", "ndd", "ndz", "nordazepamum [inn_la]", "7-chloranyl-5-phenyl-1,3-dihydro-1,4-benzodiazepin-2-one", "7-chloro-1,3-dihydro-5-phenyl-2h-1,4-benzodiazepin-2-one"}|>, "2152" -> <|"DatabaseID" -> "SW01424", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9192]}, "IsomericSmiles" -> "Cc1nc2ccccc2c(=O)n1c3ccccc3Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04877"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Mecloqualone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9567]}, "Synonyms" -> {"mecloqualone", "b 208-tropon", "mecloqualon", "nubarene", "casfen", "chi 8", "3-(o-chlorophenyl)-2-methyl-4(3h)-quinazolinone", "casfen;iasson;nubarene;nubirol;sepadin", "4 (3h)-quinazolinone 3-(o-chlorophenyl)-2-methyl-", "2-methyl-3-(o-chlorophenyl)-4-quinazolinone", "3-(2-chlorophenyl)-2-methylquinazolin-4(3h)-one", "206-432-8[einecs]", "4(3h)-quinazolinone 3-(2-chlorophenyl)-2-methyl-", "4(3h)-quinazolinone 3-(o-chlorophenyl)-2-methyl-", "mecloqualonum[latin]", "casfen;", "nsc-142005", "340-57-8[rn]", "3-(2-chlorophenyl)-2-methyl-4(3h)-quinazolinone", "meclocualona[spanish][inn]", "2-methyl-3-(2-chlorophenyl)chinazolon-4", "3-(2-chloro-phenyl)-2-methyl-3h-quinazolin-4-one", "4(3h)-quinazolinone", "mecloqualone[wiki]", "4 (3h)-quinazolinone 3-(2-chlorophenyl)-2-methyl-", "3-(o-chlorophenyl)-2-methyl-4-quinazolone", "3-(2-chlorophenyl)-2-methyl-3-hydroquinazolin-4-one", "meclocualona [inn-spanish]", "mecloqualone [usan:inn][inn][usan]", "mecloqualonum [inn-latin]", "5-24-03-00131 (beilstein handbook reference)[beilstein]", "2-methyl-3-(2-chlorophenyl)-4-quinazolone", "5-24-03-00131"}|>, "2153" -> <|"DatabaseID" -> "SW01425", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62797]}, "IsomericSmiles" -> "c1cc(c(cc1S(=O)(=O)N)S(=O)(=O)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01822"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clofenamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 69594]}, "Synonyms" -> {"aquedux", "monochlorphenamide", "aponiere", "frictan", "clofenamide", "haflutan", "macashi", "indigatin", "diumide", "eleklin", "m-benzenedisulfonamide 4-chloro-", "chlorphenamide", "4-chloro-1,3-benzenedisulfonamide[acd/iupac name]", "clofenamide[wiki]", "clofenamida[spanish][inn]", "chlorfenamid[czech]", "1-chlorobenzene-2,4-disulfonamide", "4-chloro-3-sulfonamidobenzenesulfonamide", "salzen", "saltron", "clofenamidum[latin]", "4-chlorobenzene-1,3-disulfonamide", "4-chloro-m-benzenedisulfonamide", "1,3-benzenedisulfonamide 4-chloro-", "4-11-00-00555 (beilstein handbook reference)[beilstein]", "diuretic 2822", "salco", "clofenamide [inn:jan][inn][jan]", "soluran", "211-588-5[einecs]", "671-95-4[rn]"}|>, "2154" -> <|"DatabaseID" -> "SW01426", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3901]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "none"]}, "IsomericSmiles" -> "CN1CCN=C(c2c1ccc(c2)Cl)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01292"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Medazepam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4041]}, "Synonyms" -> {"rudotel", "medazepam", "lerisum", "azepamide", "pamnace", "resmit", "nobrium", "enobrin", "medaurin", "aensius", "220-782-9[einecs]", "2898-11-5[rn]", "medazepam[wiki][jp15]", "pamnace (tn)", "7-chlor-2 3-dihydro-1-methyl-5-phenyl-1h-1,4-benzodiazepin hydrochlorid", "medazepam (product)", "7-chloro-1-methyl-5-phenyl-2,3-dihydro-1h-1,4-benzodiazepine[acd/iupac name]", "esmail[wiki]", "diepin", "serenium", "12/6/2898", "7-chloro-2 3-dihydro-1-methyl-5-phenyl-1h-1,4-benzodiazepine,hydrochloride", "nobral", "7-chloro-1-methyl-5-phenyl-2,3-dihydro-1h-benzo[e][1,4]diazepine", "megasedan", "219-010-3[einecs]", "7-chloro-2,3-dihydro-1-methyl-5-phenyl-1h-benzo-1,4-diazepine monohydrochloride", "7-chloro-2,3-dihydro-1-methyl-5-phenyl-1h-1,4-benzodiazepine", "1h-1,4-benzodiazepine 2,3-dihydro-7-chloro-1-methyl-5-phenyl-", "2313-87-3[rn]", "1h-1,4-benzodiazepine 7-chloro-2 3-dihydro-1-methyl-5-phenyl,monohydrochloride", "2,3-dihydro-7-chloro-1-methyl-5-phenyl-1h-1,4-benzodiazepine", "7-chloro-2,3-dihydro-1-methyl-5-phenyl-1h-1,4-benzodiazepine monohydrochloride", "stratium", "medazepol", "ansilan", "medazepam; rudotel", "1h-1,4-benzodiazepine 7-chloro-2,3-dihydro-1-methyl-5-phenyl-", "benaon", "7-chloro-2,3-dihydro-1-methyl-5-phenyl-3h-1,4-benzodiazepine", "2898-12-6[rn]", "5-23-09-00037 (beilstein handbook reference)[beilstein]", "elbrus[wiki]", "narsis", "mezepan", "navizil", "nivelton", "7-chloro-1-methyl-5-phenyl-2h,3h-benzo[f]1,4-diazepine", "220-783-4[einecs]", "medazepamum[latin]", "nobraksin"}|>, "2155" -> <|"DatabaseID" -> "SW01427", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82630]}, "IsomericSmiles" -> "c1cc(ccc1[N+](=O)[O-])O[C@H]2[C@@H]([C@H]([C@@H](CO2)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vitrexin-4-o-xyloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91509]}, "Synonyms" -> {"pnpx", "p-nitrophenyl-xyloside", "xylopyranoside p-nitrophenyl (7ci)", "4-nitrophenyl beta-d-xylopyranoside", "217-897-1[einecs]", "2001-96-9", "p-nitrophenyl |a-xylopyranoside", "2001-96-9[rn]", "4-nitrophenyl-beta-d-xylopyranoside", "4-nitrophenyl beta-d-xyloside", "nitrophenyl-beta-d-xyloside", "p-nitrophenyl-beta-d-xylopyranoside", "p-nitrophenyl beta-d-xylopyranoside"}|>, "2156" -> <|"DatabaseID" -> "SW01428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 907]}, "IsomericSmiles" -> "c1cc(ccc1C2CC(=O)c3c(cc(cc3O2)O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "naringenin-4′-o-pyranogluoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 932]}, "Synonyms" -> {"4'", "mls000738094", "s00279", "salipurpol", "4',5,7-trihydroxyflavanone", "narigenin", "67604-48-2[rn]", "4h-1-benzopyran-4-one 2,3-dihydro-5 7-dihydroxy-2-(4-hydroxyphenyl)-", "2,3-dihydro-5,7-dihydroxy-2-(4-hydroxyphenyl)-4h-1-benzopyran-4-one", "207-550-2[einecs]", "nsc11855", "93602-28-9[rn]", "salipurol", "nsc34875", "naringetol", "480-41-1", "5,7-dihydroxy-2-(4-hydroxyphenyl)chroman-4-one", "5,7-dihydroxy-2-(4-hydroxyphenyl)-2,3-dihydro-4h-chromen-4-one[acd/iupac name]", "\"4',5,7-trihydroxyflavanone\"", "(-)-naringenin", "480-41-1[rn]", "naringenin", "280888[beilstein]", "naringenine", "4h-1-benzopyran-4-one 2,3-dihydro-5,7-dihydroxy-2-(4-hydroxyphenyl)-", "pelargidanon", "flavanone 4',5,7-trihydroxy-", "flavanone 4',5,7-trihydroxy- (8ci)", "266-769-1[einecs]"}|>, "2157" -> <|"DatabaseID" -> "SW01428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 907]}, "IsomericSmiles" -> "c1cc(ccc1C2CC(=O)c3c(cc(cc3O2)O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "naringenin-4′-o-pyranogluoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 932]}, "Synonyms" -> {"4'", "mls000738094", "s00279", "salipurpol", "4',5,7-trihydroxyflavanone", "narigenin", "67604-48-2[rn]", "4h-1-benzopyran-4-one 2,3-dihydro-5 7-dihydroxy-2-(4-hydroxyphenyl)-", "2,3-dihydro-5,7-dihydroxy-2-(4-hydroxyphenyl)-4h-1-benzopyran-4-one", "207-550-2[einecs]", "nsc11855", "93602-28-9[rn]", "salipurol", "nsc34875", "naringetol", "480-41-1", "5,7-dihydroxy-2-(4-hydroxyphenyl)chroman-4-one", "5,7-dihydroxy-2-(4-hydroxyphenyl)-2,3-dihydro-4h-chromen-4-one[acd/iupac name]", "\"4',5,7-trihydroxyflavanone\"", "(-)-naringenin", "480-41-1[rn]", "naringenin", "280888[beilstein]", "naringenine", "4h-1-benzopyran-4-one 2,3-dihydro-5,7-dihydroxy-2-(4-hydroxyphenyl)-", "pelargidanon", "flavanone 4',5,7-trihydroxy-", "flavanone 4',5,7-trihydroxy- (8ci)", "266-769-1[einecs]"}|>, "2158" -> <|"DatabaseID" -> "SW01429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552302]}, "IsomericSmiles" -> "c1cc2c(cc1/C=C/C=C/C(=O)N3CCCC3)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "piperyline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636537]}, "Synonyms" -> {"trichostachine", "pyrrolidine 1-(5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl)-", "25924-78-1", "ac1lcsfz", "c10174", "pyrrolidine", "megxp0_000203", "piperyline", "acon1_000155", "chembl1087296", "25924-78-1[rn]", "pyrrolidine 1-[5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl]- (e,e)-", "1-piperoylpyrrolidine", "pyrrolidine 1-piperoyl- (e,e)-", "5-benzo[1,3]dioxol-5-yl-1-pyrrolidin-1-yl-penta-2,4-dien-1-one", "1-(5-(1", "1-(5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl)pyrrolidine", "54976-54-4[rn]"}|>, "2159" -> <|"DatabaseID" -> "SW01430", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10750]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00366"]}, "IsomericSmiles" -> "CC(c1ccccc1)(c2ccccn2)OCC[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "doxylamine succinate", "FDA Approved Drug" -> "DOXYLAMINE SUCCINATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11224]}, "Synonyms" -> {"evigoa d", "decapryn", "alsadorm", "mereprine", "sedaplus", "a-h injection", "gittalun", "nighttime cold and flu relief (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "butanedioic acid compd. with n,n-dimethyl-2-[1-phenyl-1-(2-pyridinyl)ethoxy]ethanamine (1:1)", "209-228-7[einecs]", "bendectin[wiki]", "sinus medication night tablets (acetaminophen + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "dimethyl[2-(1-phenyl-1-(2-pyridyl)ethoxy)ethyl]amine,butanedioic acid", "doxylaminum [inn-latin]", "n,n-dimethyl-2-(1-phenyl-1-pyridin-2-ylethoxy)ethanamine butanedioate", "nyquil liquicaps (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "unisom", "extra strength tylenol sinus nighttime caplet (acetaminophen + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "ethanamine n,n-dimethyl-2-(1-phenyl-1-(2-pyridinyl)ethoxy)- butanedioate (1:1)", "n,n-dimethyl-2-[1-phenyl-1-(pyridin-2-yl)ethoxy]ethanamine succinate (1:1)", "mercodol with decapryn (doxylamine succinate + etafedrin hydrochloride + hydrocodone bitartrate + sodium citrate)_mixture", "sinus medication (acetaminophen + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "doxylamine hydrogen succinate", "doxylamine succinate salt", "butanedioic acid,compd. with n,n-dimethyl-2-(1-phenyl-1-(2-pyridinyl)ethoxy)ethanamine (1:1) (9ci)", "469-21-6[rn]", ".", "contac nighttime cold medicine", "hoggar n", "2-dimethylaminoethoxyphenylmethyl-2-picoline succinate", "n,n-dimethyl-2-[1-phenyl-1-(2-pyridinyl)ethoxy]ethanamine succinate (1:1)", "562-10-7 469-21-6", "n,n-dimethyl-2-(1-phenyl-1-pyridin-2-ylethoxy)ethanamine succinate", "ethanamine n,n-dimethyl-2-[1-phenyl-1-(2-pyridinyl)ethoxy]- butanedioate (1:1)", "regular strength sinus medication (acetaminophen + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "87269-97-4[rn]", "unisom[wiki]", "decapryn succinate", "doxylamine succinate", "decarpyn succinate (1:1)", "dossilamina [dcit]", "diclectin (doxylamine succinate + pyridoxine hydrochloride)_mixture", "2-dimethylaminoethoxyphenylmethyl-2-picoline succinate (1:1)", "nighttime liquid capsules cold/flu medicine (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "562-10-7 469-21-6 [doxylamine]", "562-10-7[rn]", "nitetime cold medicine (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "doxilminio [inn-spanish]", "doxylamine", "doxylamine succinate (1:1)", "butanedioic acid,compd. with n n-dimethyl-2-[1-phenyl-1- (2-pyridinyl)ethoxy]ethanamine(1:1)", "night relief cold and flu liquid capsules (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "doxylamine[wiki]", "doxyalmine succinate salt", "nighttime cold and flu liquid capsules (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "decapryn (tn)", "n,n-dimethyl-2-[1-phenyl-1-(pyridin-2-yl)ethoxy]ethanamine butanedioate(1:1)", "doxylamine succinate[usp]", "doxy-sleep-aid", "decapryn succinate (1:1)", "tylenol cold & flu nighttime (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "neocitran cold & flu syrup (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "dioxylamine succinate", "dimethylaminoethoxymethylbenzylpyridine succinate", "8064-77-5[rn]"}|>, "2160" -> <|"DatabaseID" -> "SW01430", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10750]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00366"]}, "IsomericSmiles" -> "CC(c1ccccc1)(c2ccccn2)OCC[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "doxylamine succinate", "FDA Approved Drug" -> "DOXYLAMINE SUCCINATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11224]}, "Synonyms" -> {"evigoa d", "decapryn", "alsadorm", "mereprine", "sedaplus", "a-h injection", "gittalun", "nighttime cold and flu relief (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "butanedioic acid compd. with n,n-dimethyl-2-[1-phenyl-1-(2-pyridinyl)ethoxy]ethanamine (1:1)", "209-228-7[einecs]", "bendectin[wiki]", "sinus medication night tablets (acetaminophen + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "dimethyl[2-(1-phenyl-1-(2-pyridyl)ethoxy)ethyl]amine,butanedioic acid", "doxylaminum [inn-latin]", "n,n-dimethyl-2-(1-phenyl-1-pyridin-2-ylethoxy)ethanamine butanedioate", "nyquil liquicaps (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "unisom", "extra strength tylenol sinus nighttime caplet (acetaminophen + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "ethanamine n,n-dimethyl-2-(1-phenyl-1-(2-pyridinyl)ethoxy)- butanedioate (1:1)", "n,n-dimethyl-2-[1-phenyl-1-(pyridin-2-yl)ethoxy]ethanamine succinate (1:1)", "mercodol with decapryn (doxylamine succinate + etafedrin hydrochloride + hydrocodone bitartrate + sodium citrate)_mixture", "sinus medication (acetaminophen + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "doxylamine hydrogen succinate", "doxylamine succinate salt", "butanedioic acid,compd. with n,n-dimethyl-2-(1-phenyl-1-(2-pyridinyl)ethoxy)ethanamine (1:1) (9ci)", "469-21-6[rn]", ".", "contac nighttime cold medicine", "hoggar n", "2-dimethylaminoethoxyphenylmethyl-2-picoline succinate", "n,n-dimethyl-2-[1-phenyl-1-(2-pyridinyl)ethoxy]ethanamine succinate (1:1)", "562-10-7 469-21-6", "n,n-dimethyl-2-(1-phenyl-1-pyridin-2-ylethoxy)ethanamine succinate", "ethanamine n,n-dimethyl-2-[1-phenyl-1-(2-pyridinyl)ethoxy]- butanedioate (1:1)", "regular strength sinus medication (acetaminophen + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "87269-97-4[rn]", "unisom[wiki]", "decapryn succinate", "doxylamine succinate", "decarpyn succinate (1:1)", "dossilamina [dcit]", "diclectin (doxylamine succinate + pyridoxine hydrochloride)_mixture", "2-dimethylaminoethoxyphenylmethyl-2-picoline succinate (1:1)", "nighttime liquid capsules cold/flu medicine (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "562-10-7 469-21-6 [doxylamine]", "562-10-7[rn]", "nitetime cold medicine (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "doxilminio [inn-spanish]", "doxylamine", "doxylamine succinate (1:1)", "butanedioic acid,compd. with n n-dimethyl-2-[1-phenyl-1- (2-pyridinyl)ethoxy]ethanamine(1:1)", "night relief cold and flu liquid capsules (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "doxylamine[wiki]", "doxyalmine succinate salt", "nighttime cold and flu liquid capsules (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "decapryn (tn)", "n,n-dimethyl-2-[1-phenyl-1-(pyridin-2-yl)ethoxy]ethanamine butanedioate(1:1)", "doxylamine succinate[usp]", "doxy-sleep-aid", "decapryn succinate (1:1)", "tylenol cold & flu nighttime (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "neocitran cold & flu syrup (acetaminophen + dextromethorphan hydrobromide + doxylamine succinate + pseudoephedrine hydrochloride)_mixture", "dioxylamine succinate", "dimethylaminoethoxymethylbenzylpyridine succinate", "8064-77-5[rn]"}|>, "2161" -> <|"DatabaseID" -> "SW01431", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3637"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8293]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01161"]}, "IsomericSmiles" -> "CC[NH+](CC)CCOC(=O)c1ccc(cc1Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00732"]}, "OfficialNames" -> <|"Indian Approved Name" -> "procaine hcl.", "FDA Approved Drug" -> "CHLOROPROCAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448946", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8612], ExternalIdentifier["PubChemCompoundID", 441348]}, "Synonyms" -> {"chloroprocaine hydrochloride", "chloroprocain", "halestyn", "chloroprocaine", "piocaine", "chlorprocainum", "nesacaine-ce", "chlorprocaine", "chlor-procaine", "2-chloroprocaine", "nesacaine", "nesacaine-mpf", "chloroprocaine[wiki][inn]", "3858-89-7", "duranest-mpf", "dilocaine", "2-(diethylamino)ethyl 4-amino-2-chlorobenzoate monohydrochloride", "lidoject-2", "ncgc00183273-01", "nesacaine (tn)", "ac1l9b0s", "xylocaine-mpf with glucose", "surecn24096", "cloroprocaina", "4-amino-2-chlorobenzoic acid 2-(diethylamino)ethyl ester", "chloroprocainum", "benzoic acid 4-amino-2-chloro- 2-(diethylamino)ethyl ester", "chloroprocaine hcl", "octocaine-100", "sensorcaine-mpf spinal", "octocaine-50", "chembl944", "citanest plain", "xylocaine-mpf", "octocaine", "da transporter", "polocaine-mpf", "4-14-00-01273", "sensorcaine forte", "dat", "2-(diethylamino)ethyl 4-amino-2-chlorobenzoate[acd/iupac name]", "133-16-4[rn]", "xylocaine test dose", "cloroprocaina[spanish][inn]", "marcaine spinal", "337376-15-5", "sensorcaine-mpf", "chebi:3637", "lidoject-1", "4-14-00-01273 (beilstein handbook reference)[beilstein]", "chloroprocainum[latin]", "citanest forte", "carbocaine with neo-cobefrin", "nesacaine mpf"}|>, "2162" -> <|"DatabaseID" -> "SW01432", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63630"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3848682]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00323"]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(=O)c2cc(c(c(c2)O)[O-])[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00786"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TOLCAPONE"|>, "PharmGKBID" -> "PA451720", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4659569]}, "Synonyms" -> {"tasmar", "tolcapone", "ro 40-7592", "tasmar (tn)", "ro-40-7592", "methanone (3,4-dihydroxy-5-nitrophenyl)(4-methylphenyl)-", "3,4-dihydroxy-5'-methyl-5-nitrobenzophenone", "3,4-dihydroxy-5-nitro-4'-methylbenzophenone", "c066340", "5-[(4-methylphenyl)carbonyl]-3-nitrobenzene-1,2-diol", "(3,4-dihydroxy-5-nitrophenyl)(4-methylphenyl)methanone", "ccris 7904", "(3,4-dihydroxy-5-nitrophenyl)(p-tolyl)methanone", "talcapone", "3", "tolcapone [inn_en]", "(3,4-dihydroxy-5-nitro-phenyl)-p-tolyl-methanone", "3,4-dihydroxy-4'-methyl-5-nitrobenzophenone;3,4-dihydroxy-4'-methyl-5-nitrobenzophenone;3,4-dihydroxy-5-nitro-4'-methylbenzophenone;4'-methyl-3,4-dihydroxy-5-nitrobenzophenone", "4'-methyl-3,4-dihydroxy-5-nitrobenzophenone", "(3", "(3,4-dihydroxy-5-nitro-phenyl)-(4-methylphenyl)methanone", "3,4-dihydroxy-4'-methyl-5-nitrobenzophenone", "tolcapone (jan/usan)[jan][usan]", "134308-13-7[rn]", "ac1nfjit", "tolcapone [usan:inn][inn][usan]", "(3,4-dihydroxy-5-nitrophenyl)(4-methylphenyl)methanon", "337376-15-5", "(3,4-dihydroxy-5-nitrophenyl)-(4-methylphenyl)methanone", "tolcapone[wiki]", "134308-13-7", "ec 2.1.1.6"}|>, "2163" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2164" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2165" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2166" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2167" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2168" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2169" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2170" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2171" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2172" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2173" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2174" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2175" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2176" -> <|"DatabaseID" -> "SW01433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10745729]}, "IsomericSmiles" -> "C(C(C(C(C(C(C(C(CO)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucononitol"|>|>, "2177" -> <|"DatabaseID" -> "SW01434", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22906435]}, "IsomericSmiles" -> "c1cc(ccc1O)O[C@H]2C([C@H](C([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ericolin"|>, "Synonyms" -> {"arbutin (hydroquinone-glucose; arbutoside; ericolin)"}|>, "2178" -> <|"DatabaseID" -> "SW01434", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22906435]}, "IsomericSmiles" -> "c1cc(ccc1O)O[C@H]2C([C@H](C([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ericolin"|>, "Synonyms" -> {"arbutin (hydroquinone-glucose; arbutoside; ericolin)"}|>, "2179" -> <|"DatabaseID" -> "SW01434", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22906435]}, "IsomericSmiles" -> "c1cc(ccc1O)O[C@H]2C([C@H](C([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ericolin"|>, "Synonyms" -> {"arbutin (hydroquinone-glucose; arbutoside; ericolin)"}|>, "2180" -> <|"DatabaseID" -> "SW01434", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22906435]}, "IsomericSmiles" -> "c1cc(ccc1O)O[C@H]2C([C@H](C([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ericolin"|>, "Synonyms" -> {"arbutin (hydroquinone-glucose; arbutoside; ericolin)"}|>, "2181" -> <|"DatabaseID" -> "SW01435", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18305"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389765]}, "IsomericSmiles" -> "c1cc(ccc1O)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arbutin;arbutin ericolin", "Indian Approved Name" -> "arbutin", "NPC Approved Name" -> "beta-d-glucopyranoside 4-hydroxyphenyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 440936]}, "Synonyms" -> {"p-arbutin", "uvasol", "arbutoside", "ursin", "uva ursi", "hydroquinone-b-d-glucopyranoside", "207-850-3[einecs]", "arbutin", "4-hydroxyphenyl-b-d-glucopyranoside", "(2s,4s,5s,3r,6r)-6-(hydroxymethyl)-2-(4-hydroxyphenoxy)-2h-3,4,5,6-tetrahydropyran-3,4,5-triol", "89673[beilstein]", "4-hydroxyphenyl beta-d-glucopyranoside", "beta-arbutin", "chebi:18305", "497-76-7[rn]", "(2r,3s,4s,5r,6s)-2-(hydroxymethyl)-6-(4-hydroxyphenoxy)tetrahydro-2h-pyran-3,4,5-triol", "b-arbutin", "5-17-07-00110", "arbutin[wiki]", "hydroquinone-o-beta-d-glucopyranoside", "497-76-7", "2872-65-3[rn]", "ursi", "p-hydroxyphenyl beta-d-glucoside"}|>, "2182" -> <|"DatabaseID" -> "SW01436", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 139552]}, "IsomericSmiles" -> "c1cc(ccc1O)O[C@@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "alpha arbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 158637]}, "Synonyms" -> {"chembl226495", "akos015905235", "alpha-d-glucopyranoside", "84380-01-8[rn]", "pubchem16460", "4-hydroxyphenyl-alpha-d-glucopyranoside", "4-hydroxyphenyl a-d-glucopyranoside", "(2r", "84380-01-8", "surecn435261", "(2r,3s,4s,5r,6r)-2-(hydroxymethyl)-6-(4-hydroxyphenoxy)-tetrahydro-2h-pyran-3,4,5-triol", "arbutin[wiki]", "ac1l4kbi", "alpha-arbutin"}|>, "2183" -> <|"DatabaseID" -> "SW01437", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61821]}, "IsomericSmiles" -> "c1cc(ccc1N=C=S)Oc2ccc(cc2)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05193"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nitroscanate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68547]}, "Synonyms" -> {"nitroscanate", "4-(4-nitrophenoxy)phenyl isothiocyanat", "cantrodifene", "lopatol", "benzene", "ccris 7198", "nitroscanatum[latin]", "einecs 243-393-6", "4-isothiocyanatophenyl 4-nitrophenyl ether", "38902-68-0[rn]", "nitroscanato[spanish][inn]", "p-(p-nitrophenoxy)phenyl isothiocyanate", "6-chloro-n2,n2-diethyl-1,3,5-triazine-2,4-diamine", "1-(4-isothiocyanatophenoxy)-4-nitrobenzene", "nitroscanate [usan:ban:inn][inn][usan]", "benzene 1-isothiocyanato-4-(4-nitrophenoxy)-", "19881-18-6", "nitroscanato [inn-spanish]", "4-isothiocyanato-4'-nitrodiphenyl ether", "1-isothiocyanato-4-(4-nitrophenoxy)benzol", "isothiocyanic acid p-(p-nitrophenoxy)phenyl ester", "4-nitro-4'-isothiocyanodiphenyl ether", "1-isothiocyanato-4-(4-nitrophenoxy)benzene[acd/iupac name]", "19881-18-6[rn]", "isothiocyanic acid p-(p-nitrophenoxy)phenyl ester", "nitroscanatum [inn-latin]", "243-393-6[einecs]"}|>, "2184" -> <|"DatabaseID" -> "SW01438", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476203]}, "IsomericSmiles" -> "CC(C)CCCC1=CC(=O)c2c(ccc(c2C1=O)[O-])[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alkannan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317321]}, "Synonyms" -> {"5", "alkannan", "ac1nsvev"}|>, "2185" -> <|"DatabaseID" -> "SW01439", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18418"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102800]}, "IsomericSmiles" -> "c1cc(ccc1CC2c3cc(c(cc3CC[NH2+]2)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "demethyl-coclaurine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 114840]}, "Synonyms" -> {"norcoclaurine", "higenamine", "1-(4-hydroxybenzyl)-1,2,3,4-tetrahydro-6,7-isoquinolinediol[acd/iupac name]", "coclaurine", "(+-)-demethylcoclaurine", "tl8003742", "(rs)-norcoclaurine", "demethylcoclaurine", "6", "5843-65-2[rn]", "chebi:18418", "(+-)-o-demethylcoclaurine", "o-demethylcoclaurine", "5843-65-2", "(+-)-norcoclaurine", "6,7-isoquinolinediol 1,2,3,4-tetrahydro-1-[(4-hydroxyphenyl)methyl]-", "isoquinolin-6,7-diol 1,2,3,4-tetrahydro-1-[4-hydroxybenzyl]-", "(r,s)-norcoclaurine", "6,7-dihydroxy-1-[(4-hydroxyphenyl)methyl]-1,2,3,4-tetrahydroisoquinoline", "1-(4-hydroxybenzyl)-1,2,3,4-tetrahydroisoquinoline-6,7-diol", "1-(4-hydroxybenzyl)-1,2,3,4-tetrahydroisochinolin-6,7-diol"}|>, "2186" -> <|"DatabaseID" -> "SW01439", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18418"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102800]}, "IsomericSmiles" -> "c1cc(ccc1CC2c3cc(c(cc3CC[NH2+]2)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "demethyl-coclaurine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 114840]}, "Synonyms" -> {"norcoclaurine", "higenamine", "1-(4-hydroxybenzyl)-1,2,3,4-tetrahydro-6,7-isoquinolinediol[acd/iupac name]", "coclaurine", "(+-)-demethylcoclaurine", "tl8003742", "(rs)-norcoclaurine", "demethylcoclaurine", "6", "5843-65-2[rn]", "chebi:18418", "(+-)-o-demethylcoclaurine", "o-demethylcoclaurine", "5843-65-2", "(+-)-norcoclaurine", "6,7-isoquinolinediol 1,2,3,4-tetrahydro-1-[(4-hydroxyphenyl)methyl]-", "isoquinolin-6,7-diol 1,2,3,4-tetrahydro-1-[4-hydroxybenzyl]-", "(r,s)-norcoclaurine", "6,7-dihydroxy-1-[(4-hydroxyphenyl)methyl]-1,2,3,4-tetrahydroisoquinoline", "1-(4-hydroxybenzyl)-1,2,3,4-tetrahydroisoquinoline-6,7-diol", "1-(4-hydroxybenzyl)-1,2,3,4-tetrahydroisochinolin-6,7-diol"}|>, "2187" -> <|"DatabaseID" -> "SW01440", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 380506]}, "IsomericSmiles" -> "c1cc(c2c3c1CC4C5C3(CC[NH2+]4)C(O2)C(C=C5)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Normorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 430245]}, "Synonyms" -> {"normorphine", "morphinan-3", "466-97-7[rn]", "(-)-normorphine", "n-normorphine", "ac1l8ozm", "base normorphine", "demethylmorphine", "nsc-270042", "4", "4,5-epoxy-3,6-dihydroxymorphin-7-ene", "466-97-7", "nsc270042", "desmethylmorphine"}|>, "2188" -> <|"DatabaseID" -> "SW01440", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 380506]}, "IsomericSmiles" -> "c1cc(c2c3c1CC4C5C3(CC[NH2+]4)C(O2)C(C=C5)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Normorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 430245]}, "Synonyms" -> {"normorphine", "morphinan-3", "466-97-7[rn]", "(-)-normorphine", "n-normorphine", "ac1l8ozm", "base normorphine", "demethylmorphine", "nsc-270042", "4", "4,5-epoxy-3,6-dihydroxymorphin-7-ene", "466-97-7", "nsc270042", "desmethylmorphine"}|>, "2189" -> <|"DatabaseID" -> "SW01440", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 380506]}, "IsomericSmiles" -> "c1cc(c2c3c1CC4C5C3(CC[NH2+]4)C(O2)C(C=C5)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Normorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 430245]}, "Synonyms" -> {"normorphine", "morphinan-3", "466-97-7[rn]", "(-)-normorphine", "n-normorphine", "ac1l8ozm", "base normorphine", "demethylmorphine", "nsc-270042", "4", "4,5-epoxy-3,6-dihydroxymorphin-7-ene", "466-97-7", "nsc270042", "desmethylmorphine"}|>, "2190" -> <|"DatabaseID" -> "SW01440", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 380506]}, "IsomericSmiles" -> "c1cc(c2c3c1CC4C5C3(CC[NH2+]4)C(O2)C(C=C5)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Normorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 430245]}, "Synonyms" -> {"normorphine", "morphinan-3", "466-97-7[rn]", "(-)-normorphine", "n-normorphine", "ac1l8ozm", "base normorphine", "demethylmorphine", "nsc-270042", "4", "4,5-epoxy-3,6-dihydroxymorphin-7-ene", "466-97-7", "nsc270042", "desmethylmorphine"}|>, "2191" -> <|"DatabaseID" -> "SW01440", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 380506]}, "IsomericSmiles" -> "c1cc(c2c3c1CC4C5C3(CC[NH2+]4)C(O2)C(C=C5)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Normorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 430245]}, "Synonyms" -> {"normorphine", "morphinan-3", "466-97-7[rn]", "(-)-normorphine", "n-normorphine", "ac1l8ozm", "base normorphine", "demethylmorphine", "nsc-270042", "4", "4,5-epoxy-3,6-dihydroxymorphin-7-ene", "466-97-7", "nsc270042", "desmethylmorphine"}|>, "2192" -> <|"DatabaseID" -> "SW01440", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 380506]}, "IsomericSmiles" -> "c1cc(c2c3c1CC4C5C3(CC[NH2+]4)C(O2)C(C=C5)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Normorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 430245]}, "Synonyms" -> {"normorphine", "morphinan-3", "466-97-7[rn]", "(-)-normorphine", "n-normorphine", "ac1l8ozm", "base normorphine", "demethylmorphine", "nsc-270042", "4", "4,5-epoxy-3,6-dihydroxymorphin-7-ene", "466-97-7", "nsc270042", "desmethylmorphine"}|>, "2193" -> <|"DatabaseID" -> "SW01440", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 380506]}, "IsomericSmiles" -> "c1cc(c2c3c1CC4C5C3(CC[NH2+]4)C(O2)C(C=C5)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Normorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 430245]}, "Synonyms" -> {"normorphine", "morphinan-3", "466-97-7[rn]", "(-)-normorphine", "n-normorphine", "ac1l8ozm", "base normorphine", "demethylmorphine", "nsc-270042", "4", "4,5-epoxy-3,6-dihydroxymorphin-7-ene", "466-97-7", "nsc270042", "desmethylmorphine"}|>, "2194" -> <|"DatabaseID" -> "SW01440", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 380506]}, "IsomericSmiles" -> "c1cc(c2c3c1CC4C5C3(CC[NH2+]4)C(O2)C(C=C5)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Normorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 430245]}, "Synonyms" -> {"normorphine", "morphinan-3", "466-97-7[rn]", "(-)-normorphine", "n-normorphine", "ac1l8ozm", "base normorphine", "demethylmorphine", "nsc-270042", "4", "4,5-epoxy-3,6-dihydroxymorphin-7-ene", "466-97-7", "nsc270042", "desmethylmorphine"}|>, "2195" -> <|"DatabaseID" -> "SW01441", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4508513]}, "IsomericSmiles" -> "c1ccc2c(c1)c-3ccn4cc5c(cc4c3n2)CCCC5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sempervirine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5351497]}, "Synonyms" -> {"sempervirine nitrate", "nsc21728", "5436-46-4", "nsc-21728", "sempervirine"}|>, "2196" -> <|"DatabaseID" -> "SW01442", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4515044]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2CCC[C@H]3[C@H]1C5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Desomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362456]}, "Synonyms" -> {"dihydrodeoxymorphine", "permonid", "desomorphine", "dihydrodesoxymorphine-d", "desomorphinum [inn-latin]", "desomorfina[spanish][inn]", "desomorphine [ban:dcf:inn][inn]", "427-00-9[rn]", "4,5-epoxy-3-hydroxy-n-methylmorphinan", "desomorfin[czech]", "desomorfina [inn-spanish]", "desomorphinum[latin]", "einecs 207-045-7", "morphine 6-deoxy-7,8-dihydro-", "4,5a-epoxy-17-methylmorphinan-3-ol", "dihydrodeoxymorphine or 4,5-epoxy-3-hydroxy-n-methylmorphinan", "dea no. 9055", "morphine", "207-045-7[einecs]", "desomorfin [czech]", "(5a)-17-methyl-4,5-epoxymorphinan-3-ol"}|>, "2197" -> <|"DatabaseID" -> "SW01442", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4515044]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2CCC[C@H]3[C@H]1C5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Desomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362456]}, "Synonyms" -> {"dihydrodeoxymorphine", "permonid", "desomorphine", "dihydrodesoxymorphine-d", "desomorphinum [inn-latin]", "desomorfina[spanish][inn]", "desomorphine [ban:dcf:inn][inn]", "427-00-9[rn]", "4,5-epoxy-3-hydroxy-n-methylmorphinan", "desomorfin[czech]", "desomorfina [inn-spanish]", "desomorphinum[latin]", "einecs 207-045-7", "morphine 6-deoxy-7,8-dihydro-", "4,5a-epoxy-17-methylmorphinan-3-ol", "dihydrodeoxymorphine or 4,5-epoxy-3-hydroxy-n-methylmorphinan", "dea no. 9055", "morphine", "207-045-7[einecs]", "desomorfin [czech]", "(5a)-17-methyl-4,5-epoxymorphinan-3-ol"}|>, "2198" -> <|"DatabaseID" -> "SW01443", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16469"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5554], ExternalIdentifier["ChemSpiderID", 61849]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00103"], ExternalIdentifier["DrugBankID", "00783"]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]3c4ccc(cc4CC[C@H]3[C@@H]1CC[C@@H]2O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03228"], ExternalIdentifier["KEGGID", "D00105"]}, "OfficialNames" -> <|"China Approved Name" -> "estradiol valerate", "WHO Essential Medicine" -> "estradiol cypionate", "Indian Approved Name" -> "estradiol;17 beta oestradiol;oestradiol", "Traditional Herbal Isolate" -> "beta-sitostero;beta-terpethein;beta-solanigrine;beta-citosterol;beta-bargamotene;alpha-caryophylline;alpha-globuline;alpha-paristyphnin;alpha-phenylethylisothiocyante;alpha-taralin;alpha-trevilline;beta-amirine;beta-caryophylline;beta-dimethylacrytoylshikonin;beta-guaienen;beta-sitosterolm;beta-sotpsterols;beta-taralin;beta-trevilline", "FDA Approved Drug" -> "AGALSIDASE BETA;ESTRADIOL;ESTRADIOL CYPIONATE;ESTRADIOL HEMIHYDRATE;ESTROGENS ESTERIFIED;POLYESTRADIOL PHOSPHATE;ESTRADIOL ACETATE"|>, "PharmGKBID" -> "PA449503", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5757], ExternalIdentifier["PubChemCompoundID", 68579], ExternalIdentifier["PubChemCompoundID", 154274]}, "Synonyms" -> {"estradiol", "estrace", "dihydrotheelin", "progynon", "dihydroxyestrin", "estrasorb", "diogynets", "dihydrofolliculin", "divigel", "innofem", "vagifem", "oestradiol", "beta-estradiol", "climara", "vivelle", "estraderm", "estrogel", "estring", "zumenon", "trocosone", "nordicol", "vivelle-dot", "ovastevol", "corpagen", "ovahormon", "altrad", "ginosedol", "estreva", "ovasterol", "ovocylin", "ovocyclin", "elestrin", "syndiol", "estrovite", "aquadiol", "lamdiol", "ginedisc", "sk-estrogens", "cis-estradiol", "amnestrogen", "estrofem forte", "aerodiol", "oestergon", "diogyn", "macrol", "bardiol", "dihydromenformon", "compudose 365", "climaderm", "compudose", "menorest", "estrifam", "evorel", "trial sat", "ovocycline", "dihydroxyoestrin", "sandrena gel", "femtran", "profoliol", "tradelia", "progynon-dh", "dermestril", "oestroglandol", "systen", "progynon dh", "d-oestradiol", "sisare gel", "extrasorb", "estroclim", "evamist", "femogen", "profoliol b", "oestradiol r", "macrodiol", "ovociclina", "gynpolar", "femestral", "gynergon", "microdiol", "zerella", "oestrogel", "primofol", "compudose 200", "estrofem 2", "follicyclin", "gynoestryl", "estroclim 50", "perlatanol", "dimenformon", "oestrogynal", "d-estradiol", "estraderm tts", "menest", "estradurin", "pregnane x receptor", "soldep", "estradiol cypionate", "demulen 50 21 tab (21 day pack (ethinyl estradiol + ethynodiol diacetate)_mixture", "min-ovral 21 tab (ethinyl estradiol + levonorgestrel)_mixture", "estradiol valerate", "demulen 50 28 tab (28 day pack (ethinyl estradiol + ethynodiol diacetate)_mixture", "min-ovral 28 tab (ethinyl estradiol + levonorgestrel)_mixture", "femring", "gynodiol", "fempatch", "femtrace", "tri-cyclen lo (ethinyl estradiol + norgestimate)_mixture", "estinyl", "triphasil 28 tab (ethinyl estradiol + levonorgestrel)_mixture", "calf-oid implant (estradiol benzoate + progesterone)_mixture", "brevicon 0.5/35 28 tab (ethinyl estradiol + norethindrone)_mixture", "ovral 21 tab (ethinyl estradiol + norgestrel (norgestrel))_mixture", "ortho 10/11 tablets 21 tab (21 day) (ethinyl estradiol + norethindrone)_mixture", "lynoral", "femestrol", "preven tablets (ethinyl estradiol + levonorgestrel)_mixture", "combipatch", "synphasic 21 tablets (ethinyl estradiol + norethindrone)_mixture", "synphasic 28 tablets (ethinyl estradiol + norethindrone)_mixture", "esclim", "brevicon 1/35 21 tab (ethinyl estradiol + norethindrone)_mixture", "orphan nuclear receptor par1", "steroid and xenobiotic receptor", "brevicon 1/35 28 tab (ethinyl estradiol + norethindrone)_mixture", "estrogens esterified", "gynestrel", "alesse 21 tablets (ethinyl estradiol + levonorgestrel)_mixture", "climacteron injection (estradiol benzoate + estradiol dienanthate + testosterone enanthate benzilic acid hydrazone)_mixture", "dihydroxyesterin", "menostar", "dimenformon prolongatum", "ovral 28 tab (ethinyl estradiol + norgestrel)_mixture", "encore", "feminone", "brevicon 0.5/35 21 tab (ethinyl estradiol + norethindrone)_mixture", "neo mens tab (ethinyl estradiol + ethisterone)_mixture", "sxr", "estradiol-17beta", "estring vaginal ring", "delestrogen", "triphasil 21 tab (ethinyl estradiol + levonorgestrel)_mixture", "alora", "sotipox", "ritsifon", "triquilar 21 (ethinyl estradiol + levonorgestrel)_mixture", "alesse 28 tablets (ethinyl estradiol + levonorgestrel)_mixture", "ortho 10/11 tablets 28 tab (28 day) (ethinyl estradiol + norethindrone)_mixture", "ricifon", "depo-estradiol", "cis-oestradiol", "agofollin", "dihydrofollicular hormone", "17beta-estradiol", "(8s,9s,13s,14s,17s)-17-ethynyl-13-methyl-7,8,9,11,12,14,15,16-octahydro-6h-cyclopenta[a]phenanthrene-3,17-diol", "17b-oestra-1,3,5(10)-triene-3,17-diol", "113-38-2[rn]", "destradiol", "estracomb tts", "activella[wiki]", "sandrena 1", "estra-1,3,5(10)-triene-3,17b-diol", "estra-1(10),2,4-triene-3,17-diol (17b)-", "oestradiol berco", "zesteen", "17b-oh-oestradiol", "oestradiol-17b", "d-3,17b-oestradiol", "estraderm tts 100", "estrapak 50", "climara[wiki]", "estrogel[wiki]", "estradiol-3,17b", "50-28-2[rn]", "3,17-epidihydroxyoestratriene", "oestradiolum", "estrodiolum[latin]", "estradot", "estradiolo [dcit]", "[50-28-2]", "zesteem", "(17b)-estra-1,3,5(10)-triene-3,17-diol", "57-91-0[rn]", "3,17b-dihydroxyestra-1,3,5(10)-triene", "82115-62-6[rn]", "estradiol 17b", "3736-22-9[rn]", "vivelle[wiki]", "e2", "estraderm[wiki]", "estraldine", "dihydro-theelin", "d-3,17b-estradiol", "(+)-3,17b-estradiol", "estrace[wiki]", "b-estradiol", "estradiol [usan:inn][inn][usan]", "estring[wiki]", "climara forte", "estradiol[wiki]", "estradiol (jan/usp)[usp][jan]", "(8r,9s,13s,14s,17s)-13-methyl-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthrene-3,17-diol", "estradiol-17b", "estraderm tts 50", "estredox", "encore[wiki]", "vagifem[wiki]", "oestra-1,3,5(10)-triene-3,17b-diol", "bio-e-gel", "17b-oh-estradiol", "17b-oestradiol", "73459-61-7[rn]", "200-023-8[einecs]", "3,17b-dihydroxy-1,3,5(10)-oestratriene", "alora[wiki]", "3,17-epidihydroxyestratriene", "(8r,9s,13s,14s,17s)-13-methyl-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-3,17-diol", "estraderm mx", "estrogel hbf", "(17b)-estra-1(10),2,4-triene-3,17-diol", "13b-methyl-1,3,5(10)-gonatriene-3,17b-ol", "gelestra", "oestradiol[wiki]", "estradiolum[inn]", "estradiol - acrux", "17b-estradiol", "3,17b-oestradiol", "femanest", "epiestriol 50", "3,17b-estradiol", "(8s,9s,13s,14s,17s)-13-methyl-6,7,8,9,11,12,14,15,16,17-decahydrocyclopenta[a]phenanthrene-3,17-diol", "fempatch[wiki]", "oesclim", "337376-15-5", "1914275[beilstein]", "fabrazyme", "estradiol hemihydrate", "agalsidase beta", "beta-estradiol semihydrate", "phosphate de polyestradiol [inn-french]", "(8r", "35380-71-3", "surecn37532", "estriol imp. d (ep) as hemihydate", "estra-1", "ac1l4bzr", "oestradiol polyester with phosphoric acid", "estradiol benzoate imp. a (ep) as hemihydrate", "agalsidase beta (genetical recombination)", "(8r,9s,13s,14s,17s)-13-methyl-6,7,8,9,11,12,14,15,16,17-decahydrocyclopenta[a]phenanthrene-3,17-diol hydrate", "35380-71-3[rn]", "estradiol valerate imp. a (ep) as hemihydrate", "polyoestradiol phosphate", "estradiol phosphate polymer", "fosfato de poliestradiol [inn-spanish]", "akos015896880", "unii-cxy7b3q98z", "polyestradioli phosphas [inn-latin]", "beta-estradiol hemihydrate", "oestradiol phosphate polymer", "ethinylestradiol imp. d (ep) as hemihydrate", "poly(estradiol phosphate)"}|>, "2199" -> <|"DatabaseID" -> "SW01444", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16788595]}, "IsomericSmiles" -> "CCCCCCCCCCCC(=O)OC(=O)C[NH2+]C", "OfficialNames" -> <|"Indian Approved Name" -> "sodium lauroyl sarcosinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57348161]}, "Synonyms" -> {"sodium lauroyl sarcosinate", "137-16-6[rn]", "205-281-5[einecs]", "glycine"}|>, "2200" -> <|"DatabaseID" -> "SW01445", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20127116], ExternalIdentifier["ChemSpiderID", 13109865]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00514"]}, "IsomericSmiles" -> "C[NH+]1CC[C@@]23CCCC[C@@H]2[C@@H]1Cc4c3cc(cc4)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00848"], ExternalIdentifier["KEGGID", "D03742"]}, "OfficialNames" -> <|"China Approved Name" -> "dextromethorphan", "Indian Approved Name" -> "dextromethorphan", "US Illegal/Scheduled Drug (Schedule 2)" -> "Levomethorphan;Racemethorphan", "FDA Approved Drug" -> "DEXTROMETHORPHAN HYDROBROMIDE"|>, "PharmGKBID" -> "PA449273", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5464025], ExternalIdentifier["PubChemCompoundID", 5360696]}, "Synonyms" -> {"dextromethorphan", "d-methorphan", "destrometerfano [dcit]", "dextromorphan", "delta-methorphan", "levomethorphan", "l-methorphan", "dextrometorfano [inn-spanish]", "dextromethorfan [czech]", "delsym", "novahistex dm", "cough-x", "robitussin pediatric", "novahistine dm", "pertussin cs children's strength", "benylin pediatric cough suppressant", "robitussin maximum strength cough suppressant", "calmylin #1", "demorphine", "hold dm", "dormetan", "sucrets 4 hour cough suppressant", "triaminic dm long lasting for children", "diabe-tuss dm syrup", "dexyromethorphan", "pertussin dm extra strength", "trocal", "robitussin pediatric cough suppressant", "koffex dm", "vicks 44 cough relief", "creo-terpin", "balminil dm", "delsym cough formula", "dextrometorphan", "benylin dm", "tussade", "antussan", "dextromethorphan bromide", "romilar", "metrorat", "demorphan", "dormethan", "medicon", "methorate hydrobromide", "tusilan", "antitussive decong antihistamine syr (dextromethorphan hydrobromide + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "5htt", "balminil dm children", "benylin adult formula cough suppressant", "d-methorphan hydrobromide", "benylin dm for children", "actifed dm tablets (dextromethorphan hydrobromide + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "levomethorphan [ban:dcf:inn]", "benylin dm 12 hour", "levomethorphanum [inn-latin]", "bronchosirum pour enfants (dextromethorphan hydrobromide + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "levomethorphane [inn-french]", "5ht transporter", "benylin dm for children 12 hour", "bronchodex pediatrique (dextromethorphan hydrobromide + guaifenesin + pheniramine maleate + pseudoephedrine hydrochloride)_mixture", "bronchodex fort-dm syr (ammonium chloride + dextromethorphan hydrobromide + menthol + pyrilamine maleate + sodium citrate)_mixture", "levometorfano [inn-spanish]", "benylin 4 flu - syrup (acetaminophen + dextromethorphan hydrobromide + guaifenesin + pseudoephedrine hydrochloride)_mixture", "hihustan m.", "demorphan hydrobromide", "cosylan", "biohisdex dm decongestant (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "dextromethorphan bromhydrate", "actifed dm syrup (dextromethorphan hydrobromide + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "biohisdine dm decongestant (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "canfodion", "methorphan", "dextromethorfan[czech]", "204-752-2[einecs]", "4-methoxy-17-methyl-(1s,9s,10s)-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2,4,6-triene", "18609-21-7[rn]", "32062-10-5[rn]", "(+)-3-methoxy-17-methylmorphinan", "dextromethorphan hydrobromide", "(9a,13a,14a)-3-methoxy-17-methylmorphinan", "125-71-3", "bromfed-dm", "125-71-3[rn]", "dimetane-dx", "(1s,9s,10s)-4-methoxy-17-methyl-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2(7),3,5-triene", "(+)-cis-1,3,4,9,10,10a-hexahydro-6-methoxy-11-methyl-2h-10,4a-iminoethanophenanthren", "(+)-3-methoxy-n-methylmorphinon", "18046-32-7[rn]", "3-methoxy-17-methyl-9a,13a,14a-morphinan", "dextromethorphan [ban:inn][inn]", "4-21-00-01367 (beilstein handbook reference)[beilstein]", "dextrometorfano[spanish][inn]", "dextromethorphan[wiki][usp]", "125-69-9[rn]", "(1s,9s,10s)-4-methoxy-17-methyl-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2,4,6-trienhydrobromid", "(9a,13a,14a)-3-methoxy-17-methylmorphinan hydrobromide", "morphinan 3-methoxy-17-methyl- (9a,13a,14a)- hydrobromide (1:1)", "(9a,13a,14a)-3-methoxy-17-methylmorphinan hydrobromide (1:1)", "6700-34-1[rn]", "dextromethorphan hydrobromide", "delsym[wiki]", "(9s,13s,14s)-3-methoxy-17-methylmorphinan hydrobromide", "204-750-1[einecs]", "(1s,9s,10s)-4-methoxy-17-methyl-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2,4,6-triene hydrobromide", "dextromethorphan hbr", "benylin[wiki]", "dextromethorphan hydrobromide hydrate", "dextromethorphan hydrobromide monohydrate", "[6700-34-1]"}|>, "2201" -> <|"DatabaseID" -> "SW01445", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20127116], ExternalIdentifier["ChemSpiderID", 13109865]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00514"]}, "IsomericSmiles" -> "C[NH+]1CC[C@@]23CCCC[C@@H]2[C@@H]1Cc4c3cc(cc4)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00848"], ExternalIdentifier["KEGGID", "D03742"]}, "OfficialNames" -> <|"China Approved Name" -> "dextromethorphan", "Indian Approved Name" -> "dextromethorphan", "US Illegal/Scheduled Drug (Schedule 2)" -> "Levomethorphan;Racemethorphan", "FDA Approved Drug" -> "DEXTROMETHORPHAN HYDROBROMIDE"|>, "PharmGKBID" -> "PA449273", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5464025], ExternalIdentifier["PubChemCompoundID", 5360696]}, "Synonyms" -> {"dextromethorphan", "d-methorphan", "destrometerfano [dcit]", "dextromorphan", "delta-methorphan", "levomethorphan", "l-methorphan", "dextrometorfano [inn-spanish]", "dextromethorfan [czech]", "delsym", "novahistex dm", "cough-x", "robitussin pediatric", "novahistine dm", "pertussin cs children's strength", "benylin pediatric cough suppressant", "robitussin maximum strength cough suppressant", "calmylin #1", "demorphine", "hold dm", "dormetan", "sucrets 4 hour cough suppressant", "triaminic dm long lasting for children", "diabe-tuss dm syrup", "dexyromethorphan", "pertussin dm extra strength", "trocal", "robitussin pediatric cough suppressant", "koffex dm", "vicks 44 cough relief", "creo-terpin", "balminil dm", "delsym cough formula", "dextrometorphan", "benylin dm", "tussade", "antussan", "dextromethorphan bromide", "romilar", "metrorat", "demorphan", "dormethan", "medicon", "methorate hydrobromide", "tusilan", "antitussive decong antihistamine syr (dextromethorphan hydrobromide + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "5htt", "balminil dm children", "benylin adult formula cough suppressant", "d-methorphan hydrobromide", "benylin dm for children", "actifed dm tablets (dextromethorphan hydrobromide + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "levomethorphan [ban:dcf:inn]", "benylin dm 12 hour", "levomethorphanum [inn-latin]", "bronchosirum pour enfants (dextromethorphan hydrobromide + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "levomethorphane [inn-french]", "5ht transporter", "benylin dm for children 12 hour", "bronchodex pediatrique (dextromethorphan hydrobromide + guaifenesin + pheniramine maleate + pseudoephedrine hydrochloride)_mixture", "bronchodex fort-dm syr (ammonium chloride + dextromethorphan hydrobromide + menthol + pyrilamine maleate + sodium citrate)_mixture", "levometorfano [inn-spanish]", "benylin 4 flu - syrup (acetaminophen + dextromethorphan hydrobromide + guaifenesin + pseudoephedrine hydrochloride)_mixture", "hihustan m.", "demorphan hydrobromide", "cosylan", "biohisdex dm decongestant (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "dextromethorphan bromhydrate", "actifed dm syrup (dextromethorphan hydrobromide + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "biohisdine dm decongestant (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "canfodion", "methorphan", "dextromethorfan[czech]", "204-752-2[einecs]", "4-methoxy-17-methyl-(1s,9s,10s)-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2,4,6-triene", "18609-21-7[rn]", "32062-10-5[rn]", "(+)-3-methoxy-17-methylmorphinan", "dextromethorphan hydrobromide", "(9a,13a,14a)-3-methoxy-17-methylmorphinan", "125-71-3", "bromfed-dm", "125-71-3[rn]", "dimetane-dx", "(1s,9s,10s)-4-methoxy-17-methyl-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2(7),3,5-triene", "(+)-cis-1,3,4,9,10,10a-hexahydro-6-methoxy-11-methyl-2h-10,4a-iminoethanophenanthren", "(+)-3-methoxy-n-methylmorphinon", "18046-32-7[rn]", "3-methoxy-17-methyl-9a,13a,14a-morphinan", "dextromethorphan [ban:inn][inn]", "4-21-00-01367 (beilstein handbook reference)[beilstein]", "dextrometorfano[spanish][inn]", "dextromethorphan[wiki][usp]", "125-69-9[rn]", "(1s,9s,10s)-4-methoxy-17-methyl-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2,4,6-trienhydrobromid", "(9a,13a,14a)-3-methoxy-17-methylmorphinan hydrobromide", "morphinan 3-methoxy-17-methyl- (9a,13a,14a)- hydrobromide (1:1)", "(9a,13a,14a)-3-methoxy-17-methylmorphinan hydrobromide (1:1)", "6700-34-1[rn]", "dextromethorphan hydrobromide", "delsym[wiki]", "(9s,13s,14s)-3-methoxy-17-methylmorphinan hydrobromide", "204-750-1[einecs]", "(1s,9s,10s)-4-methoxy-17-methyl-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2,4,6-triene hydrobromide", "dextromethorphan hbr", "benylin[wiki]", "dextromethorphan hydrobromide hydrate", "dextromethorphan hydrobromide monohydrate", "[6700-34-1]"}|>, "2202" -> <|"DatabaseID" -> "SW01446", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20127115]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23CCCC[C@H]2[C@H]1Cc4c3cc(cc4)OC", "OfficialNames" -> <|"Indian Approved Name" -> "levoomethorphan hbr"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5486607]}, "Synonyms" -> {"dextromethorphan hydrobromide", "3-methoxy-17-methylmorphinan hydrobromide", "morphinan 3-methoxy-17-methyl- hydrobromide (1:1)", "d-3-methoxy-n-methylmorphinan hydrobromide", "ro 1-7788", "racemethorphan hydrobromide", "morphinan 3-methoxy-17-methyl- hydrobromide", "(+-)-3-methoxy-17-methylmorphinan hydrobromide", "3-methoxy-17-methylmorphinan hydrobromide (1:1)", "morphinan 3-methoxy-n-methyl- hydrobromide (+)-", "levomethorphan hydrobromide", "125-69-9[rn]", "c18h25no.hbr", "ro 1-5470", "morphinan", "ro 1-5470/6"}|>, "2203" -> <|"DatabaseID" -> "SW01446", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20127115]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23CCCC[C@H]2[C@H]1Cc4c3cc(cc4)OC", "OfficialNames" -> <|"Indian Approved Name" -> "levoomethorphan hbr"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5486607]}, "Synonyms" -> {"dextromethorphan hydrobromide", "3-methoxy-17-methylmorphinan hydrobromide", "morphinan 3-methoxy-17-methyl- hydrobromide (1:1)", "d-3-methoxy-n-methylmorphinan hydrobromide", "ro 1-7788", "racemethorphan hydrobromide", "morphinan 3-methoxy-17-methyl- hydrobromide", "(+-)-3-methoxy-17-methylmorphinan hydrobromide", "3-methoxy-17-methylmorphinan hydrobromide (1:1)", "morphinan 3-methoxy-n-methyl- hydrobromide (+)-", "levomethorphan hydrobromide", "125-69-9[rn]", "c18h25no.hbr", "ro 1-5470", "morphinan", "ro 1-5470/6"}|>, "2204" -> <|"DatabaseID" -> "SW01447", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "37894"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254715]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC=C2)CC[C@@H]4[C@@]3(CCC(=O)C4)C", "OfficialNames" -> <|"NPC Approved Name" -> "5a-androsta-16-ene-3-one"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6852393]}, "Synonyms" -> {"androstenone", "androst-16-en-3-one[acd/iupac name]", "18339-16-7[rn]", "242-220-1[einecs]", "androst-16-en-3-one", "ac1oaa1g", "dsstox_cid_20965", "dsstox_rid_79607", "5alpha-androst-16-en-3-one", "surecn219128", "unii-bwd3d5941j", "18339-16-7", "ncgc00167559-01"}|>, "2205" -> <|"DatabaseID" -> "SW01448", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 454172]}, "IsomericSmiles" -> "CC1(CCCC2(C1CCC34C2CCC(C3)C(=C)C4)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaurene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 520687]}, "Synonyms" -> {"kaur-16-ene", "kaurene", "ac1laukq", "ent-kaur-16-ene", "8.beta.", "ag-597/09127022", "(-)-kaur-16-ene", "ent-kaurene"}|>, "2206" -> <|"DatabaseID" -> "SW01448", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 454172]}, "IsomericSmiles" -> "CC1(CCCC2(C1CCC34C2CCC(C3)C(=C)C4)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaurene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 520687]}, "Synonyms" -> {"kaur-16-ene", "kaurene", "ac1laukq", "ent-kaur-16-ene", "8.beta.", "ag-597/09127022", "(-)-kaur-16-ene", "ent-kaurene"}|>, "2207" -> <|"DatabaseID" -> "SW01448", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 454172]}, "IsomericSmiles" -> "CC1(CCCC2(C1CCC34C2CCC(C3)C(=C)C4)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaurene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 520687]}, "Synonyms" -> {"kaur-16-ene", "kaurene", "ac1laukq", "ent-kaur-16-ene", "8.beta.", "ag-597/09127022", "(-)-kaur-16-ene", "ent-kaurene"}|>, "2208" -> <|"DatabaseID" -> "SW01448", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 454172]}, "IsomericSmiles" -> "CC1(CCCC2(C1CCC34C2CCC(C3)C(=C)C4)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaurene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 520687]}, "Synonyms" -> {"kaur-16-ene", "kaurene", "ac1laukq", "ent-kaur-16-ene", "8.beta.", "ag-597/09127022", "(-)-kaur-16-ene", "ent-kaurene"}|>, "2209" -> <|"DatabaseID" -> "SW01448", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 454172]}, "IsomericSmiles" -> "CC1(CCCC2(C1CCC34C2CCC(C3)C(=C)C4)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaurene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 520687]}, "Synonyms" -> {"kaur-16-ene", "kaurene", "ac1laukq", "ent-kaur-16-ene", "8.beta.", "ag-597/09127022", "(-)-kaur-16-ene", "ent-kaurene"}|>, "2210" -> <|"DatabaseID" -> "SW01448", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 454172]}, "IsomericSmiles" -> "CC1(CCCC2(C1CCC34C2CCC(C3)C(=C)C4)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaurene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 520687]}, "Synonyms" -> {"kaur-16-ene", "kaurene", "ac1laukq", "ent-kaur-16-ene", "8.beta.", "ag-597/09127022", "(-)-kaur-16-ene", "ent-kaurene"}|>, "2211" -> <|"DatabaseID" -> "SW01448", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 454172]}, "IsomericSmiles" -> "CC1(CCCC2(C1CCC34C2CCC(C3)C(=C)C4)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaurene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 520687]}, "Synonyms" -> {"kaur-16-ene", "kaurene", "ac1laukq", "ent-kaur-16-ene", "8.beta.", "ag-597/09127022", "(-)-kaur-16-ene", "ent-kaurene"}|>, "2212" -> <|"DatabaseID" -> "SW01448", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 454172]}, "IsomericSmiles" -> "CC1(CCCC2(C1CCC34C2CCC(C3)C(=C)C4)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaurene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 520687]}, "Synonyms" -> {"kaur-16-ene", "kaurene", "ac1laukq", "ent-kaur-16-ene", "8.beta.", "ag-597/09127022", "(-)-kaur-16-ene", "ent-kaurene"}|>, "2213" -> <|"DatabaseID" -> "SW01449", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91936]}, "IsomericSmiles" -> "CC(=CCCC1=CCC(CC1)C(=C)CCC=C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-camphorene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101750]}, "Synonyms" -> {"p-camphorene", "4-(6-methylhepta-1", "4-(5-methyl-1-methylene-4-hexenyl)-1-(4-methylpent-3-enyl)cyclohexene", "532-87-6", "ac1l2rh5", "111958-43-1", "532-87-6[rn]", "39057-12-0[rn]", "cyclohexene 4-(5-methyl-1-methylene-4-hexen-1-yl)-1-(4-methyl-3-penten-1-yl)-", "4-(6-methylhepta-1,5-dien-2-yl)-1-(4-methylpent-3-en-1-yl)cyclohexene", "ar-1f6490", "111958-43-1[rn]", "ac1q2a57", "208-546-3[einecs]", "cyclohexene 4-(5-methyl-1-methylene-4-hexenyl)-1-(4-methyl-3-pentenyl)-", "einecs 208-546-3"}|>, "2214" -> <|"DatabaseID" -> "SW01449", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91936]}, "IsomericSmiles" -> "CC(=CCCC1=CCC(CC1)C(=C)CCC=C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-camphorene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101750]}, "Synonyms" -> {"p-camphorene", "4-(6-methylhepta-1", "4-(5-methyl-1-methylene-4-hexenyl)-1-(4-methylpent-3-enyl)cyclohexene", "532-87-6", "ac1l2rh5", "111958-43-1", "532-87-6[rn]", "39057-12-0[rn]", "cyclohexene 4-(5-methyl-1-methylene-4-hexen-1-yl)-1-(4-methyl-3-penten-1-yl)-", "4-(6-methylhepta-1,5-dien-2-yl)-1-(4-methylpent-3-en-1-yl)cyclohexene", "ar-1f6490", "111958-43-1[rn]", "ac1q2a57", "208-546-3[einecs]", "cyclohexene 4-(5-methyl-1-methylene-4-hexenyl)-1-(4-methyl-3-pentenyl)-", "einecs 208-546-3"}|>, "2215" -> <|"DatabaseID" -> "SW01450", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 35876]}, "IsomericSmiles" -> "Cc1ncc(c(n1)N)CNC(=O)N(CCCl)N=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08276"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nimustine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39214]}, "Synonyms" -> {"nimustine", "nimustin", "1-[(4-amino-2-methylpyrimidin-5-yl)methyl]-3-(2-chloroethyl)-3-nit rosourea", "3-((4-amino-2-methylpyrimidin-5-yl)methyl)-1-(2-chloroethyl)-1-nitrosourea", "n'-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-n-(2-chloroethyl)-n-nitrosourea", "nimustina [inn-spanish]", "nimustine[inn]", "1-(4-amino-2-methyl-5-pyrimidinyl)methyl-3-(2-chloroethyl)-3-nitrosourea", "nimustinenimustincas:42471-28-3cand-1042", "42471-28-3", "stk644766", "nimustinum[latin]", "3-(4-amino-2-methyl-5-pyrimidinyl)methyl-1-(2-chloroethyl)-1-nitrosourea", "urea n'-[ (4-amino-2-methyl-5-pyrimidinyl)methyl]-n-(2-chloroethyl)-n-ni troso-,monohydrochloride", "52208-23-8[rn]", "nimustine (inn)", "einecs 255-838-1", "245382 nsc", "255-838-1[einecs]", "n'-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-n-(2-chlorethyl)-n-nitrosourea", "nimustinum [inn-latin]", "nimustine [inn]", "cs 439 hcl", "5-25-12-00136 (beilstein handbook reference)[beilstein]", "nimustine hydrochloride", "42471-28-3[rn]", "3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-1-(2-chloroethyl)-1-nitrosourea", "urea n'-((4-amino-2-methyl-5-pyrimidinyl)methyl)-n-(2-chloroethyl)-n-nitroso-", "n'-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-n-(2-chloroethyl)-n-nitrosourea hydrochloride", "nsc 245382", "acnu", "1-[(4-amino-2-methylpyrimidin-5-yl)methyl]-3-(2-chloroethyl)-3-nitrosourea", "nimustina[spanish][inn]", "nitrosourea analogue", "3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-1-(2-chloroethyl)-1-nitrosourea", "urea n'-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-n-(2-chloroethyl)-n-nitroso-", "55661-38-6[rn]", "1-((4-amino-2-methylpyrimidin-5-yl)methyl)-3-(2-chloroethyl)-3-nitrosourea", "d015376", "nidran", "ccris 2751", "urea 3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-1-(2-chloroethyl)-1-nitroso-"}|>, "2216" -> <|"DatabaseID" -> "SW01451", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "364453"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2483]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00821"]}, "IsomericSmiles" -> "CC(c1ccc2c3cc(ccc3[nH]c2c1)Cl)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03410"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carprofen"|>, "PharmGKBID" -> "PA164781361", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2581]}, "Synonyms" -> {"rimadyl", "ridamyl", "carprofen", "carprofeno [inn-spanish]", "carprofene [inn-french]", "imadyl", "carprofenum [inn-latin]", "carprofene", "9005-49-6[rn]", "ro 20-5720", "6-chloro-alpha-methylcarbazole-2-acetic acid", "carprofeno", "carprofeno[spanish][inn]", "rimadyl (tn)", "carprofene[french][inn]", "prostaglandin-endoperoxide synthase 1", "carprofenum[latin][inn]", "2-(6-chloro-9h-carbazol-2-yl)-propionic acid(carprofen)", "ro-20-5720-000", "pgh synthase 1", "ro-20-5720", "phs 1", "prostaglandin g/h synthase 1 precursor", "ro-20-5720/000", "6-chloro-alpha-methyl-9h-carbazole-2-acetic acid", "carprofen; carprofene; carprofeno; carprofenum", "52263-47-5[rn]", "5-22-03-00391 (beilstein handbook reference)[beilstein]", "pghs-1", "2-(6-chloro-9h-carbazol-2-yl)-propionic acid", "2-(6-chlorocarbazol-2-yl)propanoic acid", "cox-1", "ec 1.14.99.1", "258-712-4[einecs]", "2-(6-chloro-9h-carbazol-2-yl)propanoic acid", "2-(6-chloro-9h-carbazol-2-yl)propanoic acid[acd/iupac name]", "prostaglandin h2 synthase 1", "53716-49-7[rn]", "ro 20-5720/000", "carprofen[wiki][inn][ban][usan]", "cyclooxygenase- 1", "carprofenum"}|>, "2217" -> <|"DatabaseID" -> "SW01451", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "364453"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2483]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00821"]}, "IsomericSmiles" -> "CC(c1ccc2c3cc(ccc3[nH]c2c1)Cl)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03410"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carprofen"|>, "PharmGKBID" -> "PA164781361", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2581]}, "Synonyms" -> {"rimadyl", "ridamyl", "carprofen", "carprofeno [inn-spanish]", "carprofene [inn-french]", "imadyl", "carprofenum [inn-latin]", "carprofene", "9005-49-6[rn]", "ro 20-5720", "6-chloro-alpha-methylcarbazole-2-acetic acid", "carprofeno", "carprofeno[spanish][inn]", "rimadyl (tn)", "carprofene[french][inn]", "prostaglandin-endoperoxide synthase 1", "carprofenum[latin][inn]", "2-(6-chloro-9h-carbazol-2-yl)-propionic acid(carprofen)", "ro-20-5720-000", "pgh synthase 1", "ro-20-5720", "phs 1", "prostaglandin g/h synthase 1 precursor", "ro-20-5720/000", "6-chloro-alpha-methyl-9h-carbazole-2-acetic acid", "carprofen; carprofene; carprofeno; carprofenum", "52263-47-5[rn]", "5-22-03-00391 (beilstein handbook reference)[beilstein]", "pghs-1", "2-(6-chloro-9h-carbazol-2-yl)-propionic acid", "2-(6-chlorocarbazol-2-yl)propanoic acid", "cox-1", "ec 1.14.99.1", "258-712-4[einecs]", "2-(6-chloro-9h-carbazol-2-yl)propanoic acid", "2-(6-chloro-9h-carbazol-2-yl)propanoic acid[acd/iupac name]", "prostaglandin h2 synthase 1", "53716-49-7[rn]", "ro 20-5720/000", "carprofen[wiki][inn][ban][usan]", "cyclooxygenase- 1", "carprofenum"}|>, "2218" -> <|"DatabaseID" -> "SW01452", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "200929"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2381]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08808"]}, "IsomericSmiles" -> "Cc1ccc(c(c1)OCC(C[NH2+]C(C)(C)C)O)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07590"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bupranolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2475]}, "Synonyms" -> {"bupranolol", "bupranol", "betadrenol", "ophtorenin", "adomed", "bupranololum", "1-[(2-chloro-5-methylphenyl)oxy]-3-[(1,1-dimethylethyl)amino]propan-2-ol", "1-(2-chloro-5-methylphenoxy)-3-[(1,1-dimethylethyl)amino]-2-propanol", "1-(tert-butylamino)-3-[(6-chloro-m-tolyl)oxy]-2-propanol", "239-208-3[einecs]", "1-tert-butylamino-3-(2-chloro-5-methylphenoxy)-2-propanol", "sk&f; 16805-a", "2-propanol 1-(2-chloro-5-methylphenoxy)-3-((1,1-dimethylethyl)amino)-", "1-tert-butylamino-3-(2-chloro-5-methyl-phenoxy)-propan-2-ol(bupranolol)", "bupranolol [dcf:inn][inn]", "1-(tert-butylamino)-3-(2-chloro-5-methylphenoxy)propan-2-ol", "1-(tert-butylamino)-3-((6-chloro-m-tolyl)-oxy)-2-propanol", "2-propanol 1-(tert-butylamino)-3-(6-chloro-m-tolyloxy)-", "2-propanol 1-(tert-butylamino)-3-((6-chloro-m-tolyl)oxy)- (8ci)", "bupranololum [inn-latin]", "23284-25-5[rn]", "3-(tert-butylamino)-1-[(6-chloro-m-tolyl)oxy]propan-2-ol hydrochloride", "14556-46-8[rn]", "bupranololum[latin]", "betadran", "70578-42-6[rn]", "1-t-butylamino-3-(2-chloro-5-methylphenoxy) -2-propanol", "15148-80-8[rn]", "sk&f 16805-a", "panimit", "1-(6-chloro-3-methylphenoxy)-3-tert-butylaminopropan-2-ol", "beta-3 adrenoreceptor", "1-tert-butylamino-3-(2-chloro-5-methyl-phenoxy)-propan-2-ol", "brn 2272923", "beta-3 adrenoceptor", "2-propanol 1-(2-chloro-5-methylphenoxy)-3-[(1,1-dimethylethyl)amino]-", "kl 255", "2-propanol 1-(tert-butylamino)-3-(2-chloro-5-methylphenoxy)-", "3-(tert-butylamino)-1-(6-chloro-m-tolyloxy)-2-propanol", "looser[wiki]"}|>, "2219" -> <|"DatabaseID" -> "SW01452", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "200929"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2381]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08808"]}, "IsomericSmiles" -> "Cc1ccc(c(c1)OCC(C[NH2+]C(C)(C)C)O)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07590"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bupranolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2475]}, "Synonyms" -> {"bupranolol", "bupranol", "betadrenol", "ophtorenin", "adomed", "bupranololum", "1-[(2-chloro-5-methylphenyl)oxy]-3-[(1,1-dimethylethyl)amino]propan-2-ol", "1-(2-chloro-5-methylphenoxy)-3-[(1,1-dimethylethyl)amino]-2-propanol", "1-(tert-butylamino)-3-[(6-chloro-m-tolyl)oxy]-2-propanol", "239-208-3[einecs]", "1-tert-butylamino-3-(2-chloro-5-methylphenoxy)-2-propanol", "sk&f; 16805-a", "2-propanol 1-(2-chloro-5-methylphenoxy)-3-((1,1-dimethylethyl)amino)-", "1-tert-butylamino-3-(2-chloro-5-methyl-phenoxy)-propan-2-ol(bupranolol)", "bupranolol [dcf:inn][inn]", "1-(tert-butylamino)-3-(2-chloro-5-methylphenoxy)propan-2-ol", "1-(tert-butylamino)-3-((6-chloro-m-tolyl)-oxy)-2-propanol", "2-propanol 1-(tert-butylamino)-3-(6-chloro-m-tolyloxy)-", "2-propanol 1-(tert-butylamino)-3-((6-chloro-m-tolyl)oxy)- (8ci)", "bupranololum [inn-latin]", "23284-25-5[rn]", "3-(tert-butylamino)-1-[(6-chloro-m-tolyl)oxy]propan-2-ol hydrochloride", "14556-46-8[rn]", "bupranololum[latin]", "betadran", "70578-42-6[rn]", "1-t-butylamino-3-(2-chloro-5-methylphenoxy) -2-propanol", "15148-80-8[rn]", "sk&f 16805-a", "panimit", "1-(6-chloro-3-methylphenoxy)-3-tert-butylaminopropan-2-ol", "beta-3 adrenoreceptor", "1-tert-butylamino-3-(2-chloro-5-methyl-phenoxy)-propan-2-ol", "brn 2272923", "beta-3 adrenoceptor", "2-propanol 1-(2-chloro-5-methylphenoxy)-3-[(1,1-dimethylethyl)amino]-", "kl 255", "2-propanol 1-(tert-butylamino)-3-(2-chloro-5-methylphenoxy)-", "3-(tert-butylamino)-1-(6-chloro-m-tolyloxy)-2-propanol", "looser[wiki]"}|>, "2220" -> <|"DatabaseID" -> "SW01454", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 215543]}, "IsomericSmiles" -> "COc1c(cc2c(c1[O-])C(=O)C3=C(C2=O)CCCC3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "santalin a;santalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 246331]}, "Synonyms" -> {"santalin", "ar-1g6340", "nsc 59267", "7400-10-4", "ac1q6cvv", "5", "nsc59267", "nsc-59267", "5,7-dihydroxy-6-methoxy-1,2,3,4-tetrahydroanthracene-9,10-dione", "7400-10-4[rn]", "ac1l6htq", "ag-g-93531"}|>, "2221" -> <|"DatabaseID" -> "SW01455", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8037265]}, "IsomericSmiles" -> "c1ccc(cc1)c2[nH]c3cc(ccc3n2)S(=O)(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "ensulizole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 33919]}, "Synonyms" -> {"2-phenylbenzimidazole-5-sulfonic acid", "2-phenyl-1h-benzimidazole-5-sulfonic acid", "ensulizole", "phenylbenzimidazole sulfonic acid", "ncgc00166262-01", "dsstox_rid_79408", "dsstox_cid_18852", "2-phenyl-1h-benzo[d]imidazole-5-sulfonic acid", "27503-81-7", "1h-benzimidazole-5-sulfonic acid"}|>, "2222" -> <|"DatabaseID" -> "SW01456", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4088]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00745"]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccccc2)S(=O)CC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01832"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Modafinil", "Indian Approved Name" -> "modafinil", "FDA Approved Drug" -> "MODAFINIL"|>, "PharmGKBID" -> "PA450530", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4236]}, "Synonyms" -> {"modafinil", "provigil", "modiodal", "sparlon", "modafinilo [spanish]", "modavigil", "moderateafinil", "modafinilum [latin]", "modafinilrac", "modafinil [usan:inn][inn][usan]", "68693-11-8", "alertec[wiki]", "modafinilo[spanish]", "alertec", "modasomil[wiki]", "2-[(diphenylmethyl)sulfinyl]- acetamide", "modafinil [usan:inn]", "attenace", "armodafinil[wiki][inn][usan]", "112111-49-6[rn]", "2-((diphenylmethyl)sulfinyl)acetamide", "acetamide 2-((diphenylmethyl)sulfinyl)-", "68693-11-8[rn]", "2-[(diphenylmethyl)sulfinyl]acetamide", "2-(benzhydrylsulfinyl)acetamide", "2-(diphenyl-methanesulfinyl)-acetamide", "acetamide 2-[(diphenylmethyl)sulfinyl]-", "alpha 1b-adrenoceptor", "provigil (tn)", "tl8004816", "2-[(diphenylmethyl)sulfinyl]acet amide", "2-[(diphenylmethyl)sulfinyl]acetamid", "modafinil[wiki]", "cep-1538", "2-[(diphenylmethyl)sulfinyl]acetamide[acd/iupac name]", "modafinil (jan/usan)[jan][usan]", "112111-43-0[rn]", "nuvigil (tn)", "modafinilum[latin]", "provigil[wiki]", "nuvigil[wiki]", "alpha 1b- adrenoreceptor", "sparlon[wiki]"}|>, "2223" -> <|"DatabaseID" -> "SW01456", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4088]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00745"]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccccc2)S(=O)CC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01832"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Modafinil", "Indian Approved Name" -> "modafinil", "FDA Approved Drug" -> "MODAFINIL"|>, "PharmGKBID" -> "PA450530", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4236]}, "Synonyms" -> {"modafinil", "provigil", "modiodal", "sparlon", "modafinilo [spanish]", "modavigil", "moderateafinil", "modafinilum [latin]", "modafinilrac", "modafinil [usan:inn][inn][usan]", "68693-11-8", "alertec[wiki]", "modafinilo[spanish]", "alertec", "modasomil[wiki]", "2-[(diphenylmethyl)sulfinyl]- acetamide", "modafinil [usan:inn]", "attenace", "armodafinil[wiki][inn][usan]", "112111-49-6[rn]", "2-((diphenylmethyl)sulfinyl)acetamide", "acetamide 2-((diphenylmethyl)sulfinyl)-", "68693-11-8[rn]", "2-[(diphenylmethyl)sulfinyl]acetamide", "2-(benzhydrylsulfinyl)acetamide", "2-(diphenyl-methanesulfinyl)-acetamide", "acetamide 2-[(diphenylmethyl)sulfinyl]-", "alpha 1b-adrenoceptor", "provigil (tn)", "tl8004816", "2-[(diphenylmethyl)sulfinyl]acet amide", "2-[(diphenylmethyl)sulfinyl]acetamid", "modafinil[wiki]", "cep-1538", "2-[(diphenylmethyl)sulfinyl]acetamide[acd/iupac name]", "modafinil (jan/usan)[jan][usan]", "112111-43-0[rn]", "nuvigil (tn)", "modafinilum[latin]", "provigil[wiki]", "nuvigil[wiki]", "alpha 1b- adrenoreceptor", "sparlon[wiki]"}|>, "2224" -> <|"DatabaseID" -> "SW01457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7962943]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccccc2)[S@](=O)CC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03215"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "armodafinil", "Indian Approved Name" -> "armodafinil", "FDA Approved Drug" -> "ARMODAFINIL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9690109]}, "Synonyms" -> {"l-modafinil", "armodafinil", "nuvigil", "(r)-modafinil", "(-)-modafinil", "armodafinil[wiki][inn][usan]", "nuvigil (tn)", "acetamide 2-[(r)-[(1r)-diphenylmethyl]sulfinyl]-", "68693-11-8[rn]", "112111-43-0[rn]", "acetamide 2-[(r)-(diphenylmethyl)sulfinyl]-", "nuvigil[wiki]", "2-[(r)-(diphenylmethyl)sulfinyl]acetamide", "112111-43-0", "crl 40982", "r-(-)-modafinil", "armodafinil (usan/inn)", "unii-v63xwa605i", "ace037", "surecn34489"}|>, "2225" -> <|"DatabaseID" -> "SW01458", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64262]}, "IsomericSmiles" -> "c1ccc(cc1)c2cc(no2)C(C[NH+]3CCCCC3)O", "OfficialNames" -> <|"NPC Approved Name" -> "perisoxalum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71109]}, "Synonyms" -> {"perisoxalum [inn-latin]", "2055-44-9[rn]", "3-(1-hydroxy-2-piperidinoaethyl)-5-phenyl-isoxazol[german]", "perisoxalum", "3-(1-hydroxy-2-piperidinoaethyl)-5-phenyl-isoxazol [german]", "perisoxal [inn]", "alpha-(5-phenyl-3-isoxazolyl)-1-piperidineethanol", "surecn23601", "1-piperidineethanol", "14838-45-0[rn]", "isoxal", "3-(2-piperidino-1-hydroxyethyl)-5-phenylisoxazole", "perisoxal", "40671-46-3[rn]", "perisoxalum[latin]", "a-(5-phenyl-3-isoxazolyl)-1-piperidineethanol", "1-(5-phenyl-1,2-oxazol-3-yl)-2-(piperidin-1-yl)ethanol", "ac1l2fk7", "2139-25-5[rn]", "unii-h0ybv6n85r", "31252-s", "perisoxal[inn]"}|>, "2226" -> <|"DatabaseID" -> "SW01458", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64262]}, "IsomericSmiles" -> "c1ccc(cc1)c2cc(no2)C(C[NH+]3CCCCC3)O", "OfficialNames" -> <|"NPC Approved Name" -> "perisoxalum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71109]}, "Synonyms" -> {"perisoxalum [inn-latin]", "2055-44-9[rn]", "3-(1-hydroxy-2-piperidinoaethyl)-5-phenyl-isoxazol[german]", "perisoxalum", "3-(1-hydroxy-2-piperidinoaethyl)-5-phenyl-isoxazol [german]", "perisoxal [inn]", "alpha-(5-phenyl-3-isoxazolyl)-1-piperidineethanol", "surecn23601", "1-piperidineethanol", "14838-45-0[rn]", "isoxal", "3-(2-piperidino-1-hydroxyethyl)-5-phenylisoxazole", "perisoxal", "40671-46-3[rn]", "perisoxalum[latin]", "a-(5-phenyl-3-isoxazolyl)-1-piperidineethanol", "1-(5-phenyl-1,2-oxazol-3-yl)-2-(piperidin-1-yl)ethanol", "ac1l2fk7", "2139-25-5[rn]", "unii-h0ybv6n85r", "31252-s", "perisoxal[inn]"}|>, "2227" -> <|"DatabaseID" -> "SW01459", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9207"], ExternalIdentifier["ChEBIID", "63622"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59630], ExternalIdentifier["ChemSpiderID", 5063]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00489"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(c1ccc(cc1)NS(=O)(=O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01026"], ExternalIdentifier["KEGGID", "D08525"]}, "OfficialNames" -> <|"China Approved Name" -> "sotalol", "Australia Approved Name" -> "SOTALOL HYDROCHLORIDE", "FDA Approved Drug" -> "SOTALOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451457", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66245], ExternalIdentifier["PubChemCompoundID", 5253]}, "Synonyms" -> {"betapace af", "sorine", "sotalol hcl", "betapace", "sotalol hydrochloride", "sotalol", "sotacor", "sotalex", "betapace (tn)", "sotalol.hcl", "mead johnson 1999", "beta-2 adrenoreceptor", "959-24-0[rn]", "beta-2 adrenoceptor", "betapace[wiki]", "sotalol[wiki]", "sotalol monohydrochloride", "sotalolum", "4'-(1-hydroxy-2-(isopropylamino)ethyl)methanesulfonanilide monohydrochloride", "n-{4-[1-hydroxy-2-(1-methylethylamino)ethyl]phenyl}methanesulfonamide hydrochloride", "[959-24-0]", "isopropylaminohydroxyethylmethanesulfonanilide hydrochloride", "berlex", "berlex[wiki]", "213-496-0[einecs]", "4'-[1-hydroxy-2-(isopropylamino)ethyl]methanesulfonanilide monohydrochloride", "1026-89-7[rn]", "n-[4-[1-hydroxy-2-(isopropylamino)ethyl]phenyl]methanesulfonamide hydrochloride", "4-(2-isopropylamino-1-hydroxyaethyl)methanesulfonailidhydrochlorid", "methanesulfonamide n-[4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]phenyl]- hydrochloride(1:1)", "n-{4-[1-hydroxy-2-(propan-2-ylamino)ethyl]phenyl}methanesulfonamide hydrochloride", "n-{4-[1-hydroxy-2-(propan-2-ylamino)ethyl]phenyl}methanesulfonamide hydrochloride(1:1)", "n-[4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]phenyl]methanesulfonamidehydrochloride", "n-(4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)phenyl)methanesulfonamidemonohydrochloride", "4'-(1-hydroxy-2-isopropylaminoethyl)methanesulphonanilide hydrochloride", "n-{4-[1-hydroxy-2-(isopropylamino)ethyl]phenyl}methanesulfonamide hydrochloride (1:1)[acd/iupac name]", "n-(4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}phenyl)methansulfonamidhydrochlorid", "methanesulfonamide n-[4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]phenyl]- monohydrochloride", "n-(4-[1-hydroxy-2-(isopropylamino)ethyl]phenyl)methanesulfonamide hydrochloride", "n-(4-{1-hydroxy-2-[(propan-2-yl)amino]ethyl}phenyl)methanesulfonamide hydrochloride", "n-isopropyl-b-(4-methanesulfonamidophenyl)ethanolaminehydrochloride", "4-(2-isopropylamino-1-hydroxyaethyl)methanesulfonailidhydrochlorid[german]", "b-cardone", "n-(2-hydroxy-2-{4-[(methylsulfonyl)amino]phenyl}ethyl)propan-2-aminium chloride", "methanesulfonamide n-(4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)phenyl)- monohydrochloride", "methanesulfonanilide 4'-(1-hydroxy-2-(isopropylamino)ethyl)-,monohydrochloride", "4'-[1-hydroxy-2-(isopropylamino)ethyl]methanesulfonanilide hydrochloride", "959-24-0]", "n-(4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}phenyl)methanesulfonamidehydrochloride", "s2509", "n-{4-[1-hydroxy-2-(isopropylamino)ethyl]phenyl}methanesulfonamide[acd/iupac name]", "n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide (sotalol)", "(-/+)-n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide(sotalol)", "d", "methanesulfonamide n-(4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)phenyl)-", "(d-sotalol)n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide", "n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide(sotalol)", "n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide", "methanesulfonamide n-[4-[1-hydroxy-2-[ (1-methylethyl)amino]ethyl]phenyl]- monohydrochloride", "n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide (dl-sotalol)", "n-{4-[1-hydroxy-2-(propan-2-ylamino)ethyl]phenyl}methanesulfonamide", "4'-(1-hydroxy-2-(isopropylamino)ethyl)methanesulfoanilide", "methanesulfonanilide 4'-(1-hydroxy-2-(isopropylamino)ethyl)-", "3930-20-9", "n-[4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]phenyl]methanesulfonamide", "(4-{1-hydroxy-2-[(methylethyl)amino]ethyl}phenyl)(methylsulfonyl)amine", "4-[2-(isopropylamine)-1-hydroxyethyl]methanesulfonanilide hydrochloride", "4'-[1-hydroxy-2-(isopropylamino)ethyl]methanesulfonanilide", "darob mite (tn)", "4'-(1-hydroxy-2-isopropylaminoethyl)methanesulfonanilid", "sotalolum [inn_la]", "27948-47-6[rn]", "4'-[2-(isopropylamino)-1-hydroxyethyl]methanesulfonanilide monohydrochloride", "beta-cardone", "4'-(1-hydroxy-2-(isopropylamino)ethyl)methane sulfonanilide", "n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide(d-sotalol)", "3930-20-9[rn]", "p-[1-hydroxy-2-(isopropylamino)ethyl]methanesulfonanilide hydrochloride", "darob mite", "sotalolum[latin]", "sotalol [inn:ban]", "sotalol (inn)", "methanesulfonamide n-(4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)phenyl)- (9ci)", "methanesulfonamide n-[4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]phenyl]-", "n-(4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}phenyl)methanesulfonamide", "4'-[2-(isopropylamino)-1-hydroxyethyl]methanesulfonanilide hydrochloride", "methanesulfonanilide 4'-[1-hydroxy-2- (isopropylamino)ethyl]-,monohydrochloride", "sotalol; sotalolum", "mj-1999", ".beta.-cardone", "sotalolum [inn-latin]"}|>, "2228" -> <|"DatabaseID" -> "SW01459", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9207"], ExternalIdentifier["ChEBIID", "63622"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59630], ExternalIdentifier["ChemSpiderID", 5063]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00489"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(c1ccc(cc1)NS(=O)(=O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01026"], ExternalIdentifier["KEGGID", "D08525"]}, "OfficialNames" -> <|"China Approved Name" -> "sotalol", "Australia Approved Name" -> "SOTALOL HYDROCHLORIDE", "FDA Approved Drug" -> "SOTALOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451457", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66245], ExternalIdentifier["PubChemCompoundID", 5253]}, "Synonyms" -> {"betapace af", "sorine", "sotalol hcl", "betapace", "sotalol hydrochloride", "sotalol", "sotacor", "sotalex", "betapace (tn)", "sotalol.hcl", "mead johnson 1999", "beta-2 adrenoreceptor", "959-24-0[rn]", "beta-2 adrenoceptor", "betapace[wiki]", "sotalol[wiki]", "sotalol monohydrochloride", "sotalolum", "4'-(1-hydroxy-2-(isopropylamino)ethyl)methanesulfonanilide monohydrochloride", "n-{4-[1-hydroxy-2-(1-methylethylamino)ethyl]phenyl}methanesulfonamide hydrochloride", "[959-24-0]", "isopropylaminohydroxyethylmethanesulfonanilide hydrochloride", "berlex", "berlex[wiki]", "213-496-0[einecs]", "4'-[1-hydroxy-2-(isopropylamino)ethyl]methanesulfonanilide monohydrochloride", "1026-89-7[rn]", "n-[4-[1-hydroxy-2-(isopropylamino)ethyl]phenyl]methanesulfonamide hydrochloride", "4-(2-isopropylamino-1-hydroxyaethyl)methanesulfonailidhydrochlorid", "methanesulfonamide n-[4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]phenyl]- hydrochloride(1:1)", "n-{4-[1-hydroxy-2-(propan-2-ylamino)ethyl]phenyl}methanesulfonamide hydrochloride", "n-{4-[1-hydroxy-2-(propan-2-ylamino)ethyl]phenyl}methanesulfonamide hydrochloride(1:1)", "n-[4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]phenyl]methanesulfonamidehydrochloride", "n-(4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)phenyl)methanesulfonamidemonohydrochloride", "4'-(1-hydroxy-2-isopropylaminoethyl)methanesulphonanilide hydrochloride", "n-{4-[1-hydroxy-2-(isopropylamino)ethyl]phenyl}methanesulfonamide hydrochloride (1:1)[acd/iupac name]", "n-(4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}phenyl)methansulfonamidhydrochlorid", "methanesulfonamide n-[4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]phenyl]- monohydrochloride", "n-(4-[1-hydroxy-2-(isopropylamino)ethyl]phenyl)methanesulfonamide hydrochloride", "n-(4-{1-hydroxy-2-[(propan-2-yl)amino]ethyl}phenyl)methanesulfonamide hydrochloride", "n-isopropyl-b-(4-methanesulfonamidophenyl)ethanolaminehydrochloride", "4-(2-isopropylamino-1-hydroxyaethyl)methanesulfonailidhydrochlorid[german]", "b-cardone", "n-(2-hydroxy-2-{4-[(methylsulfonyl)amino]phenyl}ethyl)propan-2-aminium chloride", "methanesulfonamide n-(4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)phenyl)- monohydrochloride", "methanesulfonanilide 4'-(1-hydroxy-2-(isopropylamino)ethyl)-,monohydrochloride", "4'-[1-hydroxy-2-(isopropylamino)ethyl]methanesulfonanilide hydrochloride", "959-24-0]", "n-(4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}phenyl)methanesulfonamidehydrochloride", "s2509", "n-{4-[1-hydroxy-2-(isopropylamino)ethyl]phenyl}methanesulfonamide[acd/iupac name]", "n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide (sotalol)", "(-/+)-n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide(sotalol)", "d", "methanesulfonamide n-(4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)phenyl)-", "(d-sotalol)n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide", "n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide(sotalol)", "n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide", "methanesulfonamide n-[4-[1-hydroxy-2-[ (1-methylethyl)amino]ethyl]phenyl]- monohydrochloride", "n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide (dl-sotalol)", "n-{4-[1-hydroxy-2-(propan-2-ylamino)ethyl]phenyl}methanesulfonamide", "4'-(1-hydroxy-2-(isopropylamino)ethyl)methanesulfoanilide", "methanesulfonanilide 4'-(1-hydroxy-2-(isopropylamino)ethyl)-", "3930-20-9", "n-[4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]phenyl]methanesulfonamide", "(4-{1-hydroxy-2-[(methylethyl)amino]ethyl}phenyl)(methylsulfonyl)amine", "4-[2-(isopropylamine)-1-hydroxyethyl]methanesulfonanilide hydrochloride", "4'-[1-hydroxy-2-(isopropylamino)ethyl]methanesulfonanilide", "darob mite (tn)", "4'-(1-hydroxy-2-isopropylaminoethyl)methanesulfonanilid", "sotalolum [inn_la]", "27948-47-6[rn]", "4'-[2-(isopropylamino)-1-hydroxyethyl]methanesulfonanilide monohydrochloride", "beta-cardone", "4'-(1-hydroxy-2-(isopropylamino)ethyl)methane sulfonanilide", "n-[4-(1-hydroxy-2-isopropylamino-ethyl)-phenyl]-methanesulfonamide(d-sotalol)", "3930-20-9[rn]", "p-[1-hydroxy-2-(isopropylamino)ethyl]methanesulfonanilide hydrochloride", "darob mite", "sotalolum[latin]", "sotalol [inn:ban]", "sotalol (inn)", "methanesulfonamide n-(4-(1-hydroxy-2-((1-methylethyl)amino)ethyl)phenyl)- (9ci)", "methanesulfonamide n-[4-[1-hydroxy-2-[(1-methylethyl)amino]ethyl]phenyl]-", "n-(4-{1-hydroxy-2-[(1-methylethyl)amino]ethyl}phenyl)methanesulfonamide", "4'-[2-(isopropylamino)-1-hydroxyethyl]methanesulfonanilide hydrochloride", "methanesulfonanilide 4'-[1-hydroxy-2- (isopropylamino)ethyl]-,monohydrochloride", "sotalol; sotalolum", "mj-1999", ".beta.-cardone", "sotalolum [inn-latin]"}|>, "2229" -> <|"DatabaseID" -> "SW01460", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4654]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)CC23CCC[NH+]2CCC3)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08377"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pilsicainide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4820]}, "Synonyms" -> {"pilsicainide", "pilzicainide", "pilsicainide [inn]", "pilsicainidum[latin]", "n-(2,6-dimethylphenyl)-8-pyrrolizidineacetamide", "pilsicainidum [inn-latin]", "n-(2,6-dimethyl-phenyl)-2-(tetrahydro-pyrrolizin-7a-yl)-acetamide", "pilsicainide (inn)", "tetrahydro-1-pyrrolizine-7a(5h)-aceto-2',6'-xylidide", "88069-49-2[rn]", "n-(2,6-dimethylphenyl)tetrahydro-1h-pyrrolizine-7a(5h)-acetamide", "pilsicainida[spanish][inn]", "n-(2,6-dimethylphenyl)-2-perhydropyrrolizin-7a-ylacetamide", "tetrahydro-1h-pyrrolizine-7a(5h)-aceto-2',6'-xylidide", "pilsicainide[inn]", "1h-pyrrolizine-7a(5h)-acetamide n-(2,6-dimethylphenyl)tetrahydro-", "88069-67-4", "n-(2,6-dimethylphenyl)-2-(tetrahydro-1h-pyrrolizin-7a(5h)-yl)acetamide[acd/iupac name]", "pilsicainida [inn-spanish]", "n-(2,6-dimethylphenyl)-2-(hexahydro-1h-pyrrolizin-7a-yl)acetamide", "n-(2", "88069-67-4[rn]", "pilsicainide hydrochloride", "ncgc00167454-01"}|>, "2230" -> <|"DatabaseID" -> "SW01461", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6596]}, "IsomericSmiles" -> "CCCCc1cc2ccccc2c(n1)OCC[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08462"]}, "OfficialNames" -> <|"NPC Approved Name" -> "quinisocaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6857]}, "Synonyms" -> {"chinisocain", "prulantex", "pruralgin", "quinisocain", "histaderme", "pruralgan", "dimethisoquin", "quinisocaine", "quinoleine", "isochinol", "86-80-6[rn]", "2-[(3-butyl-1-isoquinolinyl)oxy]-n,n-dimethylethanamine[acd/iupac name]", "quinisocainum[latin]", "ethanamine 2-[ (3-butyl-1-isoquinolinyl)oxy]-n,n-dimethyl-", "201-700-0[einecs]", "1-(b-dimethylaminoethoxy)-3-n-butylisoquinoline", "quinisocaina[spanish][inn]", "quinisocaine[wiki]", "1-(2-dimethylaminoethoxy)-3-butylisochinolin", "3-butyl-1-[2-(dimethylamino)ethoxy]isoquinoline", "3-butyl-1-(2-dimethylaminoethoxy)isoquinoline", "isoquinoline 3-butyl-1-[2- (dimethylamino)ethoxy]-", "ethanamine 2-((3-butyl-1-isoquinolinyl)oxy)-n,n-dimethyl-", "chinisocainum", "quotane", "isoquinoline 3-butyl-1-(2-(dimethylamino)ethoxy)-", "2-[(3-butylisoquinolin-1-yl)oxy]-n,n-dimethylethanamine", "220-468-1[einecs]", "5-21-03-00414 (beilstein handbook reference)[beilstein]", "cas-2773-92-4", "[2-(3-butyl-isoquinolin-1-yloxy)-ethyl]-dimethyl-amine", "n-{2-[(3-butyl-1-isoquinolinyl)oxy]ethyl}-n,n-dimethylamine", "2773-92-4[rn]", "5-21-03-00414[beilstein]", "kinisokain", "ethanamine 2-[(3-butyl-1-isoquinolinyl)oxy]-n,n-dimethyl-"}|>, "2231" -> <|"DatabaseID" -> "SW01462", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515968]}, "IsomericSmiles" -> "C[Si](C)(C)N1C(CCC1=O)C(=O)O[Si](C)(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "pyrrolidone carboxylic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 593538]}, "Synonyms" -> {"n,o-bis-(trimethylsilyl)-2-pyrrolidone carboxylic acid", "proline 5-oxo-1-(trimethylsilyl)- trimethylsilyl ester", "trimethylsilyl 5-oxo-1-trimethylsilylpyrrolidine-2-carboxylate", "n", "l-proline", "ac1lc36u", "proline"}|>, "2232" -> <|"DatabaseID" -> "SW01462", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515968]}, "IsomericSmiles" -> "C[Si](C)(C)N1C(CCC1=O)C(=O)O[Si](C)(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "pyrrolidone carboxylic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 593538]}, "Synonyms" -> {"n,o-bis-(trimethylsilyl)-2-pyrrolidone carboxylic acid", "proline 5-oxo-1-(trimethylsilyl)- trimethylsilyl ester", "trimethylsilyl 5-oxo-1-trimethylsilylpyrrolidine-2-carboxylate", "n", "l-proline", "ac1lc36u", "proline"}|>, "2233" -> <|"DatabaseID" -> "SW01463", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3619"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2616]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01178"]}, "IsomericSmiles" -> "CN1C(S(=O)(=O)CCC1=O)c2ccc(cc2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00268"]}, "OfficialNames" -> <|"Indian Approved Name" -> "chlormezanone", "FDA Approved Drug" -> "CHLORMEZANONE"|>, "PharmGKBID" -> "PA448939", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2717]}, "Synonyms" -> {"trancopal", "chlormezanone", "miorilax", "clormetazanone", "banabin", "clormetazon", "clorilax", "chlormethazone", "chlormezanon", "chlormethazanone", "dichloromethazanone", "mio-sed", "clormezanone [dcit]", "banabil-sintyal", "phenarol", "muskel", "banabin-syntyal", "supotran", "tanafol", "dl-chlormezanone", "rexan", "rilansyl", "tranrilax", "rilasol", "rillasol", "rilax", "chlomedinon", "dichloromezanone", "muskel-trancopal", "myolespen", "transanate", "bisina", "banabin-sintyal", "trancote", "rilassol", "suprotan", "alinam", "rilaquil", "4h-1,3-thiazin-4-one 2-(p-chlorophenyl)tetrahydro-3-methyl-1,1-dioxide", "trancopal (tn)", "2-(p-chlorphenyl)-3-methyl-1,3-perhydrothiazin-4-on-1,1-dioxide", "2-(4-chlorophenyl)-3-methyl-1,3-thiazinan-4-one 1,1-dioxide[acd/iupac name]", "pkbs", "pbr", "2-(4-chlorophenyl)-3-methyl-4-metathiazanone-1,1-dioxide", "clormezanona [inn-spanish]", "2-(p-chlorphenyl)-3-methyl-1 3-perhydrothiazin-4-on-1,1-dioxide", "4h-1,3-thiazin-4-one tetrahydro-2-(p-chlorophenyl)-3-methyl-,1,1-dioxide", "lobak[wiki]", "[80-77-3]", "2-(para-chlorophenyl)tetrahydro-3-methyl-4h-1,3-thiazin-4-one,1,1-dioxide", "4h-1,3-thiazin-4-one 2- (4-chlorophenyl)tetrahydro-3-methyl-,1,1-dioxide", "2-(4-chlorophenyl)-3-methyl-4-methathiazanone-1,1-dioxide", "2-(4-chlorophenyl)-3-methyl-4-metathiazanone 1,1-dioxide", "9005-49-6", "2-(p-chlorophenyl)tetrahydro-3-methyl-4h-1,3-thiazin-4-one 1,1-dioxide", "chlormezanone [ban:inn:jan]", "lobak", "201-307-4[einecs]", "2-(4-chlorophenyl)tetrahydro-3-methyl-4h-1,3-thiazin-4-one-1,1-dioxide", "2-(4-chlorphenyl)-3-methyl-4-metathiazanon-1,1-dioxid", "fenarol", "clormezanona[spanish][inn]", "102818-65-5[rn]", "chlormezanone[wiki]", "2-(p-chlorophenyl)tetrahydro-3-methyl-4h-1 3-thiazin-4-one 1,1-dioxide", "myoflex (paracetamol + chlormezanone)_mixture", "4h-1,3-thiazin-4-one 2-(4-chlorophenyl)tetrahydro-3-methyl- 1,1-dioxide", "chlormezanonum[latin]", "chlormezanonum [inn-latin]", "2-(4-chlorophenyl)tetrahydro-3-methyl-4h-1,3-thiazin-4-one 1,1-dioxide", "peripheral-type benzodiazepine receptor", "chlormezanone (jan/usan)[jan][usan]", "4h-1,3-thiazin-4-one 2-(4-chlorophenyl)tetrahydro-3-methyl-1,1-dioxide", "chlormezanone [ban:inn:jan][inn][jan]", "80-77-3[rn]", "2-(p-chlorophenyl)perhydro-3-methyl-1,3-thiazin-4-one1,1-dioxide", "mitochondrial benzodiazepine receptor", "4h-1 3-thiazin-4-one 2- (p-chlorophenyl)tetrahydro-3-methyl-,1 1-dioxide"}|>, "2234" -> <|"DatabaseID" -> "SW01463", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3619"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2616]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01178"]}, "IsomericSmiles" -> "CN1C(S(=O)(=O)CCC1=O)c2ccc(cc2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00268"]}, "OfficialNames" -> <|"Indian Approved Name" -> "chlormezanone", "FDA Approved Drug" -> "CHLORMEZANONE"|>, "PharmGKBID" -> "PA448939", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2717]}, "Synonyms" -> {"trancopal", "chlormezanone", "miorilax", "clormetazanone", "banabin", "clormetazon", "clorilax", "chlormethazone", "chlormezanon", "chlormethazanone", "dichloromethazanone", "mio-sed", "clormezanone [dcit]", "banabil-sintyal", "phenarol", "muskel", "banabin-syntyal", "supotran", "tanafol", "dl-chlormezanone", "rexan", "rilansyl", "tranrilax", "rilasol", "rillasol", "rilax", "chlomedinon", "dichloromezanone", "muskel-trancopal", "myolespen", "transanate", "bisina", "banabin-sintyal", "trancote", "rilassol", "suprotan", "alinam", "rilaquil", "4h-1,3-thiazin-4-one 2-(p-chlorophenyl)tetrahydro-3-methyl-1,1-dioxide", "trancopal (tn)", "2-(p-chlorphenyl)-3-methyl-1,3-perhydrothiazin-4-on-1,1-dioxide", "2-(4-chlorophenyl)-3-methyl-1,3-thiazinan-4-one 1,1-dioxide[acd/iupac name]", "pkbs", "pbr", "2-(4-chlorophenyl)-3-methyl-4-metathiazanone-1,1-dioxide", "clormezanona [inn-spanish]", "2-(p-chlorphenyl)-3-methyl-1 3-perhydrothiazin-4-on-1,1-dioxide", "4h-1,3-thiazin-4-one tetrahydro-2-(p-chlorophenyl)-3-methyl-,1,1-dioxide", "lobak[wiki]", "[80-77-3]", "2-(para-chlorophenyl)tetrahydro-3-methyl-4h-1,3-thiazin-4-one,1,1-dioxide", "4h-1,3-thiazin-4-one 2- (4-chlorophenyl)tetrahydro-3-methyl-,1,1-dioxide", "2-(4-chlorophenyl)-3-methyl-4-methathiazanone-1,1-dioxide", "2-(4-chlorophenyl)-3-methyl-4-metathiazanone 1,1-dioxide", "9005-49-6", "2-(p-chlorophenyl)tetrahydro-3-methyl-4h-1,3-thiazin-4-one 1,1-dioxide", "chlormezanone [ban:inn:jan]", "lobak", "201-307-4[einecs]", "2-(4-chlorophenyl)tetrahydro-3-methyl-4h-1,3-thiazin-4-one-1,1-dioxide", "2-(4-chlorphenyl)-3-methyl-4-metathiazanon-1,1-dioxid", "fenarol", "clormezanona[spanish][inn]", "102818-65-5[rn]", "chlormezanone[wiki]", "2-(p-chlorophenyl)tetrahydro-3-methyl-4h-1 3-thiazin-4-one 1,1-dioxide", "myoflex (paracetamol + chlormezanone)_mixture", "4h-1,3-thiazin-4-one 2-(4-chlorophenyl)tetrahydro-3-methyl- 1,1-dioxide", "chlormezanonum[latin]", "chlormezanonum [inn-latin]", "2-(4-chlorophenyl)tetrahydro-3-methyl-4h-1,3-thiazin-4-one 1,1-dioxide", "peripheral-type benzodiazepine receptor", "chlormezanone (jan/usan)[jan][usan]", "4h-1,3-thiazin-4-one 2-(4-chlorophenyl)tetrahydro-3-methyl-1,1-dioxide", "chlormezanone [ban:inn:jan][inn][jan]", "80-77-3[rn]", "2-(p-chlorophenyl)perhydro-3-methyl-1,3-thiazin-4-one1,1-dioxide", "mitochondrial benzodiazepine receptor", "4h-1 3-thiazin-4-one 2- (p-chlorophenyl)tetrahydro-3-methyl-,1 1-dioxide"}|>, "2235" -> <|"DatabaseID" -> "SW01464", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390840]}, "IsomericSmiles" -> "c1cc(c(cc1[C@@H]2[C@H](Cc3ccc(cc3O2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fisetinidol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442397]}, "Synonyms" -> {"fisetinidol", "spectrum2_000423", "c09735", "spectrum4_001574", "bspbio_001913", "3,7,3',4'-tetrahydroxyflavan", "spectrum3_000237", "ac1l9cqn", "specplus_000717", "(2r,3s)-2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-chromene-3,7-diol", "spectrum_001710", "spectrum5_000228", "2h-1-benzopyran-3,7-diol 2-(3,4-dihydroxyphenyl)-3,4-dihydro-,(2r,3s)-", "490-49-3[rn]"}|>, "2236" -> <|"DatabaseID" -> "SW01465", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10633]}, "IsomericSmiles" -> "COc1ccccc1OC(=O)Oc2ccccc2OC", "OfficialNames" -> <|"NPC Approved Name" -> "guaiacol carbonate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11104]}, "Synonyms" -> {"bis-o-methoxyphenyl carbonate", "guaiacol carbonate", "duotal", "di-o-methoxyphenyl carbonate", "tussophob", "carbonic acid bis(2-methoxyphenyl) ester", "guaiacyl carbonate", "carbonic acid bis (o-methoxyphenyl) ester", "bis(2-methoxyphenyl) carbonate[acd/iupac name]", "guaiacol carbonic acid neutral ester", "209-034-2[einecs]", "bis(2-methoxyphenyl) carbonate", "553-17-3[rn]", "phenol 2-methoxy- carbonate (2:1) (9ci)", "2-methoxyphenyl (2-methoxyphenoxy)formate", "carbonic acid bis(o-methoxyphenyl) ester (8ci)", "553-17-3", "carbonic acid guaiacol ether", "mls002637719", "carbonic acid bis[2-methoxyphenyl] ester"}|>, "2237" -> <|"DatabaseID" -> "SW01466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2336394]}, "IsomericSmiles" -> "c1cc(c(cc1[C@@H]2C[NH2+]Cc3c2ccc(c3O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "zelandopam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3078104]}, "Synonyms" -> {"(4s)-4-(3", "ac1miqtg", "139233-53-7", "zelandopam", "7", "unii-ir6xyd8sax", "(-)-(s)-4-(3,4-dihydroxyphenyl)-7,8-dihydroxy-1,2,3,4-tetrahydroisoquinoline"}|>, "2238" -> <|"DatabaseID" -> "SW01467", "IsomericSmiles" -> "Cc1cc(c(cc1Cc2cnc(nc2N)N)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05273"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ormetoprim"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23418]}, "Synonyms" -> {"ormetoprim", "component of rofenaid", "smr000466374", "2", "ro 5-9754", "6981-18-6", "nsc95072", "ncgc00167523-01", "5-[(4", "ormetorprim"}|>, "2239" -> <|"DatabaseID" -> "SW01468", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64487]}, "IsomericSmiles" -> "CCOC(=O)[C@@]1(CCC=C[C@H]1[NH+](C)C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06147"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ethyl morphine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71393]}, "Synonyms" -> {"valoron", "tilidine hydrochloride", "tilidate", "go 1261 c", "w 5759a", "ethyl trans-(1)-2-(dimethylamino)-1-phenylcyclohex-3-ene-1-carboxylate hydrochloride", "( inverted exclamation marka)-ethyl trans-2-(dimethylamino)-1-phenyl-3-cyclohexene-1-carboxylate hydrochloride", "dl-trans", "27107-79-5[rn]", "dl-trans-2-dimethylamino-1-phenyl-cyclohex-3-ene-trans-carbonicacid ethyl esterhcl", "ethyl (1s,2r)-2-(dimethylamino)-1-phenylcyclohex-3-ene-1-carboxylate hydrochloride (1:1)", "35481-00-6[rn]", "dl-trans,trans-tildine hydrochloride", "3-cyclohexene-1-carboxylicacid 2-(dimethylamino)-1-phenyl- ethyl ester hydrochloride,(1r,2s)-rel-", "3-cyclohexene-1-carboxylicacid 2-(dimethylamino)-1-phenyl- ethyl ester (1s,2r)- hydrochloride(1:1)", "248-226-0[einecs]", "einecs 248-226-0", "tilidate hydrochloride", "ethyl trans-()-2-(dimethylamino)-1-phenylcyclohex-3-ene-1-carboxylate hydrochloride", "dl-trans-2-dimethylamino-1-phenyl-cyclohex-3-en-trans-1-carbonsaeureaethylester hcl[german]", "tilidine trans-(+-)-", "24357-97-9[rn]", "246-196-3[einecs]", "go-1261"}|>, "2240" -> <|"DatabaseID" -> "SW01469", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14181]}, "IsomericSmiles" -> "CCCCCCCCCCCC(=O)OCC(CO)O", "OfficialNames" -> <|"NPC Approved Name" -> "lauricidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14871]}, "Synonyms" -> {"glyceryl monolaurate", "monolaurin", "lauricidin", "1-monolauroyl-rac-glycerol", "1-monolaurin", "glycerol 1-laurate", "1-lauroyl-rac-glycerol", "sunsoft 757", "glycerol monolaurate", "lauric acid 1-monoglyceride", "67701-26-2[rn]", "sunsoft 750", "1-monododecanoyl-rac-glycerol", "83382-35-8[rn]", "grindtek ml 90", "1-glyceryl laurate", "glycerol 1-monolaurate", "142-18-7[rn]", "3-dodecanoyloxy-1,2-propanediol", "266-944-2[einecs]", "27215-38-9[rn]", "83382-36-9[rn]", "glyceryl monododecanoate", "lauricidin r", "lauricidin 802", "2", "dodecanoic acid 2,3-dihydroxypropyl ester", "monomuls l 90", "aldo mld-k-fg", "monomuls 90l12", "2,3-dihydroxypropyl dodecanoate", "monoglycerol laurate", "poem m 300", "1-monomyristin", "lauric acid monoglyceride", "cithrol gml", "1322-88-9[rn]", "[27215-38-9]", "rac-glycerol 1-laurate", "lauric acid monoester with glycerol", "laurin 1-mono-", "aldo mld", "248-337-4[einecs]", "tegin l 90", "glycerox l 8", "dodecanoic acid monoester with 1,2,3-propanetriol", "imwitor 312", "40738-26-9[rn]", "lauricidin 812", "dodecanoic acid 2,3-dihydroxypropyl ester", "205-526-6[einecs]", "l-1475", "rac-1-lauroylglycerol", "dimodan ml 90", "laurin mono- (8ci)", "152872-58-7[rn]", "glycerin 1-monolaurate", "2,3-dihydroxypropyl laurate[acd/iupac name]", "1-monododecanoylglycerol", "laurin"}|>, "2241" -> <|"DatabaseID" -> "SW01469", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14181]}, "IsomericSmiles" -> "CCCCCCCCCCCC(=O)OCC(CO)O", "OfficialNames" -> <|"NPC Approved Name" -> "lauricidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14871]}, "Synonyms" -> {"glyceryl monolaurate", "monolaurin", "lauricidin", "1-monolauroyl-rac-glycerol", "1-monolaurin", "glycerol 1-laurate", "1-lauroyl-rac-glycerol", "sunsoft 757", "glycerol monolaurate", "lauric acid 1-monoglyceride", "67701-26-2[rn]", "sunsoft 750", "1-monododecanoyl-rac-glycerol", "83382-35-8[rn]", "grindtek ml 90", "1-glyceryl laurate", "glycerol 1-monolaurate", "142-18-7[rn]", "3-dodecanoyloxy-1,2-propanediol", "266-944-2[einecs]", "27215-38-9[rn]", "83382-36-9[rn]", "glyceryl monododecanoate", "lauricidin r", "lauricidin 802", "2", "dodecanoic acid 2,3-dihydroxypropyl ester", "monomuls l 90", "aldo mld-k-fg", "monomuls 90l12", "2,3-dihydroxypropyl dodecanoate", "monoglycerol laurate", "poem m 300", "1-monomyristin", "lauric acid monoglyceride", "cithrol gml", "1322-88-9[rn]", "[27215-38-9]", "rac-glycerol 1-laurate", "lauric acid monoester with glycerol", "laurin 1-mono-", "aldo mld", "248-337-4[einecs]", "tegin l 90", "glycerox l 8", "dodecanoic acid monoester with 1,2,3-propanetriol", "imwitor 312", "40738-26-9[rn]", "lauricidin 812", "dodecanoic acid 2,3-dihydroxypropyl ester", "205-526-6[einecs]", "l-1475", "rac-1-lauroylglycerol", "dimodan ml 90", "laurin mono- (8ci)", "152872-58-7[rn]", "glycerin 1-monolaurate", "2,3-dihydroxypropyl laurate[acd/iupac name]", "1-monododecanoylglycerol", "laurin"}|>, "2242" -> <|"DatabaseID" -> "SW01470", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7466"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9520]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@@H]2O)CCC4=CC(=O)CC[C@H]34", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08250"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nandrolone"|>, "PharmGKBID" -> "PA164746281", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9904]}, "Synonyms" -> {"nortestonate", "19-norandrostenolone", "menidrabol", "19-nortestosterone", "nandrolone", "oestrenolon", "norandrostenolone", "(17b)-17-hydroxyestr-4-en-3-one", "norandrostenolon", "nandrolone[wiki]", "17b-hydroxy-19-nor-4-androsten-3-one", "17b-hydroxy-4-estren-3-one", "nandrolonum[latin]", "207-101-0[einecs]", "nortestosterone[wiki]", "nortestosterone", "2055849[beilstein]", "nandrolone decanoate imp. d (ep)", "nortestosteronum", "4-estren-17b-ol-3-one", "nandrolon[wiki]", "4690380[beilstein]", "nandrolone base", "4-estren-17beta-ol-3-one", "decadura", "nandrolon", "434-22-0[rn]", "nandrolona[spanish][inn]", "nadrolone"}|>, "2243" -> <|"DatabaseID" -> "SW01471", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7830987]}, "IsomericSmiles" -> "C[C@@H]([NH2+]CC(C[NH2+][C@@H](/C(=N/O)/C)C)(C)C)/C(=N/O)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01109"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TECHNETIUM TC-99M EXAMETAZIME KIT"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9552071]}, "Synonyms" -> {"exametazime", "hexametazime", "technetium tc99m exametazime", "exametazime (jan/usan/inn)", "exametazime (jan/usan)[jan][usan]", "exametazime [usan:ban:inn:jan][inn][jan][usan]", "n,n'-bis[(2r,3e)-3-(hydroxyimino)butan-2-yl]-2,2-dimethylpropane-1,3-diamine", "ceretec", "technetium-99", "105613-48-7[rn]", "d,l-hm-pao", "2-butanone 3,3'-[(2,2-dimethyl-1,3-propanediyl)diimino]bis- dioxime (2e,3r,2'e,3'r)-", "exametazima[spanish]", "exametazima", "2-butanone 3,3'-((2,2-dimethyl-1,3-propanediyl)diimino)bis-dioxime-(sup99m)tc", "(rr,ss)-4,8-diaza-3,6,6,9-tetramethylundecane-2,10-dione bisoxime", "d,l-hexamethylpropyleneamine oxime", "exametazimum [latin]", "exametazimum", "exametazimum[latin]", "(rr,ss)-3,3'-(2,2-dimethyltrimethylenediamino)=di(butan-2-one oxime)", "d,1-hexamethylpropylene amine oxime-(sup 99m)tc", "unii-g29272nckl", "hexametazime [ban]", "(2e,3r,2'e,3'r)-3,3'-[(2,2-dimethylpropan-1,3-diyl)diimino]dibutan-2-ondioxim", "hexametazine", "105613-48-7", "100551-63-1[rn]", "exametazima [spanish]", "14133-76-7[rn]", "n,n'-bis[(2r,3e)-3-(hydroxyimino)butan-2-yl]-2,2-dimethylpropane-1,3-diaminato(8-)", "n,n'-bis[(1r,2e)-2-(hydroxyimino)-1-methylpropyl]-2,2-dimethylpropane-1,3-diamine"}|>, "2244" -> <|"DatabaseID" -> "SW01472", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55902]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01484"]}, "IsomericSmiles" -> "CC(Cc1cc(c(cc1OC)Br)OC)[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "4-bromo-25-dimethoxy-amphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62065]}, "Synonyms" -> {"2", "dob-4", "4-bromo-2", "4-bromo-dma", "4-bromo-2,5-dimethoxyamphetamine", "brolanfetamina[spanish]", "2,5-dimethoxy-(4-bromo)phenylisopropylamine", "(+)2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine", "32156-26-6", "2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine((s)-(+)-dob)", "(+)-2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine", "brolamphetamine", "(-)-2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine", "brolamfetamine", "1-(4-bromo-2,5-dimethoxyphenyl)propan-2-amine", "32156-26-6[rn]", "2,5-dimethoxy-4-bromoamphetamine[wiki]", "(-)2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine", "2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine((r)-(-)-dob)", "dea no. 7391", "1-(2", "1-(4-bromo-2", "4-bromo-2,5-dimethoxy-amphetamine", "2-(2-methoxy-phenyl)-1-methyl-ethylamine", "2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine((-)-dob)", "dob", "2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine(dob)", "2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine", "2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine[r(-)dob]", "dl-2,5-dimethoxy-4-bromoamphetamine", "brolamfetamine[wiki][inn]", "64638-07-9[rn]", "1-(4-bromo-2,5-dimethoxyphenyl)-2-aminopropane", "brolamfetaminum[latin]", "2-(5-bromo-2,4-dimethoxy-phenyl)-1-methyl-ethylamine"}|>, "2245" -> <|"DatabaseID" -> "SW01472", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55902]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01484"]}, "IsomericSmiles" -> "CC(Cc1cc(c(cc1OC)Br)OC)[NH3+]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "4-bromo-25-dimethoxy-amphetamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62065]}, "Synonyms" -> {"2", "dob-4", "4-bromo-2", "4-bromo-dma", "4-bromo-2,5-dimethoxyamphetamine", "brolanfetamina[spanish]", "2,5-dimethoxy-(4-bromo)phenylisopropylamine", "(+)2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine", "32156-26-6", "2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine((s)-(+)-dob)", "(+)-2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine", "brolamphetamine", "(-)-2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine", "brolamfetamine", "1-(4-bromo-2,5-dimethoxyphenyl)propan-2-amine", "32156-26-6[rn]", "2,5-dimethoxy-4-bromoamphetamine[wiki]", "(-)2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine", "2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine((r)-(-)-dob)", "dea no. 7391", "1-(2", "1-(4-bromo-2", "4-bromo-2,5-dimethoxy-amphetamine", "2-(2-methoxy-phenyl)-1-methyl-ethylamine", "2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine((-)-dob)", "dob", "2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine(dob)", "2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine", "2-(4-bromo-2,5-dimethoxy-phenyl)-1-methyl-ethylamine[r(-)dob]", "dl-2,5-dimethoxy-4-bromoamphetamine", "brolamfetamine[wiki][inn]", "64638-07-9[rn]", "1-(4-bromo-2,5-dimethoxyphenyl)-2-aminopropane", "brolamfetaminum[latin]", "2-(5-bromo-2,4-dimethoxy-phenyl)-1-methyl-ethylamine"}|>, "2246" -> <|"DatabaseID" -> "SW01473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444567]}, "IsomericSmiles" -> "C(/C=C(/CO)\\C#N)O[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sarmentosin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281123]}, "Synonyms" -> {"sarmentosin", "c08340", "ac1nqy28", "71933-54-5[rn]", "(e)-2-(hydroxymethyl)-4-[(2r", "71933-54-5", "2-butenenitrile"}|>, "2247" -> <|"DatabaseID" -> "SW01474", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9738]}, "IsomericSmiles" -> "c1ccc2c(c1)-c3c4c(ccnc4C2=O)cc5c3OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "liriodenine;oxoushinsunine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10144]}, "Synonyms" -> {"oxoushinsunin", "spermatheridin", "micheline b", "spermatheridine", "liriodenine", "oxoushinsunine", "8h-benzo[g]-1,3-benzodioxolo[6,5,4-de]quinolin-8-one", "nsc215254", "8h-1,3-benzodioxolo[6,5,4-de]benzo[g]quinolin-8-one", "ushinsunine oxo-", "8h-benzo(g)-1,3-benzodioxolo(6,5,4-de)quinolin-8-one", "8h-benzo[g]-1,3-benzodioxolo[6,5 4-de]quinolin-8-one", "4-27-00-06585 (beilstein handbook reference)[beilstein]", "noraporphin-7-one,4,5,6,6a-tetradehydro-1,2-(methylenedioxy)-", "ccris 1549", "475-75-2[rn]", "nsc93681", "8h-benzo(g)-1,3-benzodioxolo(6,5,4-de)quinolin-8-one (9ci)", "noraporphin-7-one,4,5,6 6a-tetradehydro-1,2- (methylenedioxy)-", "benzo[g][1,3]dioxolo[4',5':4,5]benzo[1,2,3-de]quinolin-8-one", "ushinsunine", "8h-[1,3]benzodioxolo[6,5,4-de]benzo[g]quinolin-8-one"}|>, "2248" -> <|"DatabaseID" -> "SW01475", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50688"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 75079]}, "IsomericSmiles" -> "Cc1ncc(n1CCOC(=O)c2ccccc2)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08214"]}, "OfficialNames" -> <|"Indian Approved Name" -> "metronidazole benzoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 83213]}, "Synonyms" -> {"metronidazole benzoate", "benzoyl metronidazole", "benzoylmetronildazole", "elyzol", "benzoylmetronidazole", "2-methyl-5-nitro-1h-imidazole-1-ethyl benzoate", "1h-imidazole-1-ethanol 2-methyl-5-nitro- benzoate (ester)", "621902[beilstein]", "2-methyl-5-nitro-1h-imidazole-1-ethanol benzoate (ester)", "metronidazolebenzoate", "benzoic acid 2-(2-methyl-5-nitro-imidazol-1-yl)-ethyl ester", "2-(2-methyl-5-nitroimidazolyl)ethyl benzoate", "elyzol; flegyl; vertisal", "elyzol; flagyl s; flegyl; vertisal", "13182-89-3", "metronidazole benzoate; 2-(2-methyl-5-nitro-1himidazol-1-yl)ethyl benzoate", "vertisal", "pubchem15676", "86589-27-7[rn]", "236-131-7[einecs]", "metronidazole[wiki]", "2-(2-methyl-5-nitro-1h-imidazol-1-yl)ethyl benzoate", "flegyl", "2-(2-methyl-5-nitro-1h-imidazol-1-yl)ethyl benzoate[acd/iupac name]", "2-methyl-5-nitro-1h-imidazole-1-ethyl benzoate; benzoylmetronidazole", "surecn366213", "elyzol (tn)", "benzoylmetronidazole;flagyl s", "benzoylmetronidazole;", "13182-89-3[rn]"}|>, "2249" -> <|"DatabaseID" -> "SW01476", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5128]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05946"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sulfabenzamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319]}, "Synonyms" -> {"sulfabenzamide", "sulfabenzid", "n-sulfanilylbenzamide", "sulfabenzoylamide", "n-benzoylsulfanilamide", "sulfabenzide", "n(sup 1)-benzoylsulfanilamide", "sulfabenzamide [usan:inn][inn][usan]", "cas-127-71-9", "204-859-4[einecs]", "n1-benzoylsulfanilamide", "sulfanilamide n(sup1)-benzoyl-", "benzamide n- (4-aminophenyl)sulfonyl -", "4-14-00-02664 (beilstein handbook reference)[beilstein]", "component of sultrin", "benzamide n-[(4-aminophenyl)sulfonyl]-", "gyne-sulf", "benzamide n-((4-aminophenyl)sulfonyl)-", "n-[(4-aminophenyl)sulfonyl]benzamide[acd/iupac name]", "benzamide n-sulfanilyl-", "sulfamylbenzamide", "sulfabenzamida", "127-71-9", "n(sup1)-benzoylsulfanilamide", "trysul", "n-(4-aminobenzenesulfonyl)benzamide", "sulfabenzamida[spanish][inn]", "4-amino-n-benzoyl-benzenesulfonamide", "sulfabenzamide(sb)", "sulfanilamide n(sup 1)-benzoyl-", "n-sulfamylbenzamide", "n-((4-aminophenyl)sulfonyl)benzamide", "sultrin", "n-[(4-aminophenyl)sulfonyl]-benzamide", "sulfabenzamid", "benzamide n-[ (4-aminophenyl)sulfonyl]-", "n-(p-aminobenzenesulfonyl)benzamide", "127-71-9[rn]", "sulfabenzamidum[latin]"}|>, "2250" -> <|"DatabaseID" -> "SW01477", "IsomericSmiles" -> "CC(c1ccc(c2c1cccc2)c3ccccc3)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01874"]}, "OfficialNames" -> <|"NPC Approved Name" -> "vedaprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724821]}, "Synonyms" -> {"vedaprofen", "vedaprofen (jan/usan/inn)", "d01874"}|>, "2251" -> <|"DatabaseID" -> "SW01477", "IsomericSmiles" -> "CC(c1ccc(c2c1cccc2)c3ccccc3)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01874"]}, "OfficialNames" -> <|"NPC Approved Name" -> "vedaprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724821]}, "Synonyms" -> {"vedaprofen", "vedaprofen (jan/usan/inn)", "d01874"}|>, "2252" -> <|"DatabaseID" -> "SW01478", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "104872"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4913]}, "IsomericSmiles" -> "COc1ccc(cc1OC2CCCC2)C3CC(=O)NC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01783"]}, "OfficialNames" -> <|"NPC Approved Name" -> "rolipram"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5092]}, "Synonyms" -> {"rolipram", "4-[3-(cyclopentyloxy)-4-methoxyphenyl]pyrrolidin-2-one", "adeo", "4-[3-(cyclopentyloxy)-4-methoxyphenyl]-2-pyrrolidinone[acd/iupac name]", "85416-73-5[rn]", "2-pyrrolidinone 4-(3-(cyclopentyloxy)-4-methoxyphenyl)-", "61413-54-5", "zk 62711", "chebi:104872", "4-(3-cyclopentyloxy-4-methoxy-phenyl)-pyrrolidin-2-one((-)-rolipram)", "zk 62711 sb 95952 me-3167 adeo", "zk-62711", "262-771-1[einecs]", "4-(3-cyclopentyloxy-4-methoxy-phenyl)-pyrrolidin-2-one(rolipram)", "(r)-4-(3-(cyclopentyloxy)-4-methoxyphenyl)pyrrolidin-2-one", "2-pyrrolidinone 4-[3-(cyclopentyloxy)-4-methoxyphenyl]- (9ci)", "rolipramum[latin]", "4-[4-methoxy-3-(cyclopentyloxy)phenyl]-2-pyrrolidinone", "t5mvtj dr do1 co- al6tj[wln]", "91800-81-6[rn]", "4-(3-cyclopentyloxy-4-methoxyphenyl)pyrrolidin-2-one", "85416-75-7[rn]", "rolipram[wiki][inn][jan][usan]", "(r,s)-rolipram", "rolipramum [latin]", "zk- 62711", "s-(+)-rolipram", "4-(3-(cyclopentyloxy)-4-methoxyphenyl)pyrrolidin-2-one", "zk 62711", "61413-54-5[rn]", "2-pyrrolidinone 4-[3-(cyclopentyloxy)-4-methoxyphenyl]-", "4-(3-cyclopentyloxy-4-methoxy-phenyl)-pyrrolidin-2-one", "4-(3-cyclopentyloxy-4-methoxyphenyl)-2-pyrrolidone", "4-[3-(cyclopentyloxy)-4-methoxyphenyl]-2-pyrrolidinone", "4-(3-(cyclopentyloxy)-4-methoxyphenyl)-2-pyrrolidinone", "d020889", "pyrrolidone 4-(3-cyclopentyloxy-4-methoxyphenyl)-2-", "zk62711", "einecs 262-771-1", "zk-62771"}|>, "2253" -> <|"DatabaseID" -> "SW01478", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "104872"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4913]}, "IsomericSmiles" -> "COc1ccc(cc1OC2CCCC2)C3CC(=O)NC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01783"]}, "OfficialNames" -> <|"NPC Approved Name" -> "rolipram"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5092]}, "Synonyms" -> {"rolipram", "4-[3-(cyclopentyloxy)-4-methoxyphenyl]pyrrolidin-2-one", "adeo", "4-[3-(cyclopentyloxy)-4-methoxyphenyl]-2-pyrrolidinone[acd/iupac name]", "85416-73-5[rn]", "2-pyrrolidinone 4-(3-(cyclopentyloxy)-4-methoxyphenyl)-", "61413-54-5", "zk 62711", "chebi:104872", "4-(3-cyclopentyloxy-4-methoxy-phenyl)-pyrrolidin-2-one((-)-rolipram)", "zk 62711 sb 95952 me-3167 adeo", "zk-62711", "262-771-1[einecs]", "4-(3-cyclopentyloxy-4-methoxy-phenyl)-pyrrolidin-2-one(rolipram)", "(r)-4-(3-(cyclopentyloxy)-4-methoxyphenyl)pyrrolidin-2-one", "2-pyrrolidinone 4-[3-(cyclopentyloxy)-4-methoxyphenyl]- (9ci)", "rolipramum[latin]", "4-[4-methoxy-3-(cyclopentyloxy)phenyl]-2-pyrrolidinone", "t5mvtj dr do1 co- al6tj[wln]", "91800-81-6[rn]", "4-(3-cyclopentyloxy-4-methoxyphenyl)pyrrolidin-2-one", "85416-75-7[rn]", "rolipram[wiki][inn][jan][usan]", "(r,s)-rolipram", "rolipramum [latin]", "zk- 62711", "s-(+)-rolipram", "4-(3-(cyclopentyloxy)-4-methoxyphenyl)pyrrolidin-2-one", "zk 62711", "61413-54-5[rn]", "2-pyrrolidinone 4-[3-(cyclopentyloxy)-4-methoxyphenyl]-", "4-(3-cyclopentyloxy-4-methoxy-phenyl)-pyrrolidin-2-one", "4-(3-cyclopentyloxy-4-methoxyphenyl)-2-pyrrolidone", "4-[3-(cyclopentyloxy)-4-methoxyphenyl]-2-pyrrolidinone", "4-(3-(cyclopentyloxy)-4-methoxyphenyl)-2-pyrrolidinone", "d020889", "pyrrolidone 4-(3-cyclopentyloxy-4-methoxyphenyl)-2-", "zk62711", "einecs 262-771-1", "zk-62771"}|>, "2254" -> <|"DatabaseID" -> "SW01479", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4021]}, "IsomericSmiles" -> "Cc1cc2c(cc1S(=O)(=O)N)S(=O)(=O)CCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01605"]}, "OfficialNames" -> <|"NPC Approved Name" -> "meticranum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4165]}, "Synonyms" -> {"arresten", "fontiliz", "meticrane", "e-103-e", "6-methylthiochromane-7-sulfonamide 1,1-dioxide", "arresten (tn)", "2h-1-benzothiopyran-7-sulfonamide 3,4-dihydro-6-methyl- 1,1-dioxide", "3,4-dihydro-6-methyl-2h-1-benzothiopyran-7-sulfonamide1,1-dioxide", "6-methyl-1-thia-1,2,3,4-tetrahydronaphthalene-7-sulfonamide 1,1-dioxide", "sd 17102", "1084-65-7", "meticrano[spanish][inn]", "einecs 214-112-4", "6-methyl-3,4-dihydro-2h-1-benzothiopyran-7-sulfonamide1,1-dioxide", "6-methyl-7-sulfamoylthiochroman 1,1-dioxide", "meticranum[latin]", "cas-1084-65-7", "meticranum [inn-latin]", "ncgc00016561-01", "6-methylthiochroman-7-sulfonamide 1,1-dioxide", "11021-14-0[rn]", "6-methyl-7-sulfamido-thiochroman-1,1-dioxide", "meticrane[jp15]", "2h-1-benzothiopyran-7-sulfonamide 3,4-dihydro-6-methyl- 1,1-dioxide (9ci)", "thiochroman-7-sulfonamide 6-methyl- 1,1-dioxide", "1084-65-7[rn]", "214-112-4[einecs]", "meticrane [dcf:inn:jan][inn][jan]", "meticrano [inn-spanish]"}|>, "2255" -> <|"DatabaseID" -> "SW01480", "IsomericSmiles" -> "CC1CCC(C(C1)OC(=O)c2ccccc2N)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04927"]}, "OfficialNames" -> <|"NPC Approved Name" -> "meradimate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8633]}, "Synonyms" -> {"meradimate", "134-09-8", "stk083062", "menthyl anthranilate", "meradimate [inn]", "menthyl-o-aminobenzoate", "menthyl o-aminobenzoate", "einecs 205-129-8", "anthranilic acid", "ccris 2468"}|>, "2256" -> <|"DatabaseID" -> "SW01480", "IsomericSmiles" -> "CC1CCC(C(C1)OC(=O)c2ccccc2N)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04927"]}, "OfficialNames" -> <|"NPC Approved Name" -> "meradimate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8633]}, "Synonyms" -> {"meradimate", "134-09-8", "stk083062", "menthyl anthranilate", "meradimate [inn]", "menthyl-o-aminobenzoate", "menthyl o-aminobenzoate", "einecs 205-129-8", "anthranilic acid", "ccris 2468"}|>, "2257" -> <|"DatabaseID" -> "SW01480", "IsomericSmiles" -> "CC1CCC(C(C1)OC(=O)c2ccccc2N)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04927"]}, "OfficialNames" -> <|"NPC Approved Name" -> "meradimate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8633]}, "Synonyms" -> {"meradimate", "134-09-8", "stk083062", "menthyl anthranilate", "meradimate [inn]", "menthyl-o-aminobenzoate", "menthyl o-aminobenzoate", "einecs 205-129-8", "anthranilic acid", "ccris 2468"}|>, "2258" -> <|"DatabaseID" -> "SW01480", "IsomericSmiles" -> "CC1CCC(C(C1)OC(=O)c2ccccc2N)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04927"]}, "OfficialNames" -> <|"NPC Approved Name" -> "meradimate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8633]}, "Synonyms" -> {"meradimate", "134-09-8", "stk083062", "menthyl anthranilate", "meradimate [inn]", "menthyl-o-aminobenzoate", "menthyl o-aminobenzoate", "einecs 205-129-8", "anthranilic acid", "ccris 2468"}|>, "2259" -> <|"DatabaseID" -> "SW01480", "IsomericSmiles" -> "CC1CCC(C(C1)OC(=O)c2ccccc2N)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04927"]}, "OfficialNames" -> <|"NPC Approved Name" -> "meradimate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8633]}, "Synonyms" -> {"meradimate", "134-09-8", "stk083062", "menthyl anthranilate", "meradimate [inn]", "menthyl-o-aminobenzoate", "menthyl o-aminobenzoate", "einecs 205-129-8", "anthranilic acid", "ccris 2468"}|>, "2260" -> <|"DatabaseID" -> "SW01480", "IsomericSmiles" -> "CC1CCC(C(C1)OC(=O)c2ccccc2N)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04927"]}, "OfficialNames" -> <|"NPC Approved Name" -> "meradimate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8633]}, "Synonyms" -> {"meradimate", "134-09-8", "stk083062", "menthyl anthranilate", "meradimate [inn]", "menthyl-o-aminobenzoate", "menthyl o-aminobenzoate", "einecs 205-129-8", "anthranilic acid", "ccris 2468"}|>, "2261" -> <|"DatabaseID" -> "SW01480", "IsomericSmiles" -> "CC1CCC(C(C1)OC(=O)c2ccccc2N)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04927"]}, "OfficialNames" -> <|"NPC Approved Name" -> "meradimate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8633]}, "Synonyms" -> {"meradimate", "134-09-8", "stk083062", "menthyl anthranilate", "meradimate [inn]", "menthyl-o-aminobenzoate", "menthyl o-aminobenzoate", "einecs 205-129-8", "anthranilic acid", "ccris 2468"}|>, "2262" -> <|"DatabaseID" -> "SW01480", "IsomericSmiles" -> "CC1CCC(C(C1)OC(=O)c2ccccc2N)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04927"]}, "OfficialNames" -> <|"NPC Approved Name" -> "meradimate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8633]}, "Synonyms" -> {"meradimate", "134-09-8", "stk083062", "menthyl anthranilate", "meradimate [inn]", "menthyl-o-aminobenzoate", "menthyl o-aminobenzoate", "einecs 205-129-8", "anthranilic acid", "ccris 2468"}|>, "2263" -> <|"DatabaseID" -> "SW01481", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34954"], ExternalIdentifier["ChEBIID", "8890"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293325], ExternalIdentifier["ChemSpiderID", 153165]}, "IsomericSmiles" -> "CCC[NH+]1CCCC[C@H]1C(=O)Nc2c(cccc2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04048"], ExternalIdentifier["KEGGID", "D08490"]}, "OfficialNames" -> <|"China Approved Name" -> "ropivacaine", "Australia Approved Name" -> "ROPIVACAINE", "FDA Approved Drug" -> "ROPIVACAINE HYDROCHLORIDE MONOHYDRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918111], ExternalIdentifier["PubChemCompoundID", 175805]}, "Synonyms" -> {"ropivacaine", "naropin", "ropivacaine hydrochloride monohydrate", "ropivacainum", "ropivacaina", "ropivacaine hydrochloride", "132112-35-7[rn]", "ropivicaine", "ropivacaina [inn-spanish]", "ac1l41qn", "chebi:8890", "854056-07-8[rn]", "hpn3", "ncgc00164597-01", "bidd:gt0203", "ropivacaine mesylate", "(-)-1-propyl-2',6'-dimethyl-2-piperidylcarboxyanilide", "(-)-1-propyl-2',6'-pipecoloxylidide", "anapaine", "l-n-n-propylpipecolic acid-2,6-xylidide", "(s)-n-(2,6-dimethylphenyl)-1-propyl-2-piperidinecarboxamide", "84057-95-4", "voltage-gated sodium channel subunit alpha nav1.8", "ropivacaine[wiki][inn]", "ropivacainum [inn-latin]", "(s)-(-)-1-propyl-2',6'-pipecoloxylidide", "(2s)-n-(2,6-dimethylphenyl)-1-propylpiperidine-2-carboxamide", "peripheral nerve sodium channel 3", "ropivacaine [inn]", "ropivacaina [spanish]", "ropivacainum [inn_la]", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-propyl- (2s)-", "(s)-ropivacaine", "s-ropivacaine", "84057-95-4[rn]", "98717-15-8[rn]", "sodium channel protein type x subunit alpha", "naropin (tn)", "(2s)-n-(2", "naropina", "(2s)-n-(2,6-dimethylphenyl)-1-propyl-2-piperidinecarboxamide[acd/iupac name]", "ropivacaine hydrochloride hydrate", "(2s)-2-[(2,6-dimethylphenyl)carbamoyl]-1-propylpiperidinium chloride--water(1/1)", "(2s)-n-(2,6-dimethylphenyl)-1-propylpiperidine-2-carboxamide hydrochloride--water(1/1)", "anapeine", "(s)-n-(2,6-dimethylphenyl)-1-propylpiperidine-2-carboxamide hydrochloride monohydrate", "chebi:34954", "(s)-(-)-1-propyl-2',6'-pipecoloxylidine hydrochloridemonohydrate", "132112-35-7", "(s)-ropivacaine hydrochloride monohydrate", "(2s)-n-(2,6-dimethylphenyl)-1-propylpiperidine-2-carboxamide hydrochloride hydrate", "(s)-(-)-1-propylpiperidine-2-carboxylic acid(2,6-dimethylphenyl)amide hydrochloride monohydrate", "chembl1201145", "anapeine (tn)", "naropin[wiki]", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-propyl- (2s)- hydrochloride,hydrate (1:1:1)", "l-n-(2,6-dimethylphenyl)-1-propyl-2-piperidinocarboxamide hydrochloridemonohydrate", "lea-103", "l-ropivacaine hydrochloride monohydrate", "(s)-ropivacaine hydrochloride hydrate", "ac1ocf17"}|>, "2264" -> <|"DatabaseID" -> "SW01481", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34954"], ExternalIdentifier["ChEBIID", "8890"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293325], ExternalIdentifier["ChemSpiderID", 153165]}, "IsomericSmiles" -> "CCC[NH+]1CCCC[C@H]1C(=O)Nc2c(cccc2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04048"], ExternalIdentifier["KEGGID", "D08490"]}, "OfficialNames" -> <|"China Approved Name" -> "ropivacaine", "Australia Approved Name" -> "ROPIVACAINE", "FDA Approved Drug" -> "ROPIVACAINE HYDROCHLORIDE MONOHYDRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918111], ExternalIdentifier["PubChemCompoundID", 175805]}, "Synonyms" -> {"ropivacaine", "naropin", "ropivacaine hydrochloride monohydrate", "ropivacainum", "ropivacaina", "ropivacaine hydrochloride", "132112-35-7[rn]", "ropivicaine", "ropivacaina [inn-spanish]", "ac1l41qn", "chebi:8890", "854056-07-8[rn]", "hpn3", "ncgc00164597-01", "bidd:gt0203", "ropivacaine mesylate", "(-)-1-propyl-2',6'-dimethyl-2-piperidylcarboxyanilide", "(-)-1-propyl-2',6'-pipecoloxylidide", "anapaine", "l-n-n-propylpipecolic acid-2,6-xylidide", "(s)-n-(2,6-dimethylphenyl)-1-propyl-2-piperidinecarboxamide", "84057-95-4", "voltage-gated sodium channel subunit alpha nav1.8", "ropivacaine[wiki][inn]", "ropivacainum [inn-latin]", "(s)-(-)-1-propyl-2',6'-pipecoloxylidide", "(2s)-n-(2,6-dimethylphenyl)-1-propylpiperidine-2-carboxamide", "peripheral nerve sodium channel 3", "ropivacaine [inn]", "ropivacaina [spanish]", "ropivacainum [inn_la]", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-propyl- (2s)-", "(s)-ropivacaine", "s-ropivacaine", "84057-95-4[rn]", "98717-15-8[rn]", "sodium channel protein type x subunit alpha", "naropin (tn)", "(2s)-n-(2", "naropina", "(2s)-n-(2,6-dimethylphenyl)-1-propyl-2-piperidinecarboxamide[acd/iupac name]", "ropivacaine hydrochloride hydrate", "(2s)-2-[(2,6-dimethylphenyl)carbamoyl]-1-propylpiperidinium chloride--water(1/1)", "(2s)-n-(2,6-dimethylphenyl)-1-propylpiperidine-2-carboxamide hydrochloride--water(1/1)", "anapeine", "(s)-n-(2,6-dimethylphenyl)-1-propylpiperidine-2-carboxamide hydrochloride monohydrate", "chebi:34954", "(s)-(-)-1-propyl-2',6'-pipecoloxylidine hydrochloridemonohydrate", "132112-35-7", "(s)-ropivacaine hydrochloride monohydrate", "(2s)-n-(2,6-dimethylphenyl)-1-propylpiperidine-2-carboxamide hydrochloride hydrate", "(s)-(-)-1-propylpiperidine-2-carboxylic acid(2,6-dimethylphenyl)amide hydrochloride monohydrate", "chembl1201145", "anapeine (tn)", "naropin[wiki]", "2-piperidinecarboxamide n-(2,6-dimethylphenyl)-1-propyl- (2s)- hydrochloride,hydrate (1:1:1)", "l-n-(2,6-dimethylphenyl)-1-propyl-2-piperidinocarboxamide hydrochloridemonohydrate", "lea-103", "l-ropivacaine hydrochloride monohydrate", "(s)-ropivacaine hydrochloride hydrate", "ac1ocf17"}|>, "2265" -> <|"DatabaseID" -> "SW01482", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48282"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 133247]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01441"]}, "IsomericSmiles" -> "CC(C)[NH+](CCc1c[nH]c2c1cc(cc2)OC)C(C)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "5-methoxy-NN-diisopropyltryptamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 151182]}, "Synonyms" -> {"5-meo-dipt", "5-methoxy-n,n-bis(1-methylethyl)-1h-indole-3-ethanamine", "foxy methoxy", "5-methoxy-n,n-diisopropyltryptamine", "5-methoxy-n", "diisopropyl-[2-(5-methoxy-1h-indol-3-yl)-ethyl]-amine", "n-[2-(5-methoxy-1h-indol-3-yl)ethyl]-n-(propan-2-yl)propan-2-amine", "n-isopropyl-n-[2-(5-methoxy-1h-indol-3-yl)ethyl]-2-propanamine[acd/iupac name]", "4021-34-5[rn]", "482371[beilstein]", "n,n-diisopropyl-5-methoxytryptamine", "foxy", "tl8006514", "69496-75-9[rn]", "n,n-diisopropyl-5-methoxy-tryptamine", "2426-63-3[rn]", "5-methoxy-3-n", "n-(1-methylethyl)-n-{2-[5-(methyloxy)-1h-indol-3-yl]ethyl}propan-2-amine", "n-isopropyl-n-(2-(5-methoxy-1h-indol-3-yl)ethyl)propan-2-amine", "n-isopropyl-n-[2-(5-methoxy-1h-indol-3-yl)ethyl]propan-2-amine", "4021-34-5", "5-methoxy-3-n,n-diisopropylaminoethylindole", "5-methoxy-n,n-diisopropyltryptamine(5-meo-dipt)", "n", "ncgc00247717-01", "n-{2-[5-(methyloxy)-1h-indol-3-yl]ethyl}-n-(propan-2-yl)propan-2-amine", "1h-indole-3-ethanamine 5-methoxy-n,n-bis(1-methylethyl)-"}|>, "2266" -> <|"DatabaseID" -> "SW01483", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3650"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2626]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00672"]}, "IsomericSmiles" -> "CCCNC(=O)[N-]S(=O)(=O)c1ccc(cc1)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00271"]}, "OfficialNames" -> <|"Indian Approved Name" -> "chlorpropamide", "FDA Approved Drug" -> "CHLORPROPAMIDE"|>, "PharmGKBID" -> "PA448966", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2727]}, "Synonyms" -> {"meldian", "diabetoral", "diabaril", "chloropropamide", "dynalase", "chlorpropamid", "chlorpropamide", "diabinese", "diabeneza", "diabenese", "melitase", "insulase", "diabechlor", "diamel ex", "asucrol", "diabet-pages", "millinese", "glisema", "glucamide", "catanil", "chlorodiabina", "mellinese", "novo-propamide", "diabenal", "apo-chlorpropamide", "stabinol", "chloronase", "oradian", "adiaben", "n-propyl-n'-p-chlorophenylsulfonylcarbamide", "4-chloro-n-((propylamino)carbonyl)benzenesulfonamide", "1-(p-chlorobenzenesulfonyl)-3-propylurea", "1-(4-chlorophenyl)sulfonyl-3-propyl-urea", "n-propyl-n'-p-chlorphenylsulfonylcarbamide", "4-chloro-n-[(propylamino)carbonyl]benzenesulfonamide", "clorpropamida [inn_es]", "4-chloro-n-(propylcarbamoyl)benzenesulfonamide[acd/iupac name]", "prodiaben", "1-((p-chlorophenyl)sulfonyl)-3-propylurea", "963-03-1[rn]", "diabinese;", "1-(p-chlorobenzensulfonyl)-3-propylurea", "clorpropamida[spanish][inn]", "n-propyl-n'-(p-chlorobenzenesulfonyl)urea", "1-[(4-chlorobenzene)sulfonyl]-3-propylurea", "chlorpropamide usp[usp]", "urea 1-[ (p-chlorophenyl)sulfonyl]-3-propyl-", "n-[(4-chlorophenyl)sulfonyl](propylamino)carboxamide", "clorpropamide [dcit]", "urea 1-((p-chloropenyl)sulfonyl)-3-propyl-", "chlorpropamide bp/ usp[usp]", "n-(p-chlorobenzenesulfonyl)-n'-propylurea", "4-chloro-4-((propylamino)carbonyl)benzenesulfonamide", "4-chlor-n-(propylcarbamoyl)benzolsulfonamid", "benzenesulfonamide 4-chloro-n-((propylamino)carbonyl)-", "n3-butyl-n1-p-chlorobenzenesulfonylurea.", "cas-94-20-2", "1-(para-chlorophenylsulfonyl)-3-propylurea", "n2-butyl-n1-p-chlorobenzenesulfonylurea", "diabinese (tn)", "diabexan", "4-11-00-00119 (beilstein handbook reference)[beilstein]", "chlorporpamide", "sulfonylurea receptor 1", "benzenesulfonamide 4-chloro-n-[ (propylamino)carbonyl]-", "daibechlor", "chlorpropamidum[latin]", "4-chloro-n-(propylaminocarbonyl)benzenesulfonamide", "chlorpropamide bp/ usp", "urea 1-((p-chlorophenyl)sulfonyl)-3-propyl-", "1-(4-chlorophenylsulfonyl)-3-propylurea", "chlorpropamide [ban:inn:jan][inn][jan]", "94-20-2[rn]", "1-propyl-3-(p-chlorobenzenesulfonyl)urea", "clorpropamide[italian]", "1-(p-chlorophenylsulfonyl)-3-propylurea", "benzenesulfonamide 4-chloro-n-[(propylamino)carbonyl]-", "diabinese;melitase", "337376-15-5", "clorpropamide", "diabenza", "diabinese[wiki]", "chlorpropamide[wiki]", "202-314-5[einecs]", "1-p-chlorophenyl-3-(propylsulfonyl)urea", "hexathane", "bioglumin", "n-(4-chlorophenylsulfonyl)-n'-propylurea"}|>, "2267" -> <|"DatabaseID" -> "SW01484", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52010"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2624], ExternalIdentifier["ChemSpiderID", 4444525], ExternalIdentifier["ChemSpiderID", 4938336]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01114"]}, "IsomericSmiles" -> "C[NH+](C)CCC(c1ccc(cc1)Cl)c2ccccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07398"], ExternalIdentifier["KEGGID", "D00665"]}, "OfficialNames" -> <|"China Approved Name" -> "Chlorphenamine Maleate;chlorphenamine maleate;chlorphenamine Maleate;chlorphenamine", "WHO Essential Medicine" -> "chlorphenamine", "Indian Approved Name" -> "chlorpheniramine maleate;dexchlorpheniramine maleate;chlorphenamine maleate;chlorpheniramine maleate.", "FDA Approved Drug" -> "CHLORPHENIRAMINE MALEATE;CHLORPHENIRAMINE POLISTIREX;DEXCHLORPHENIRAMINE MALEATE"|>, "PharmGKBID" -> "PA448960", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2725], ExternalIdentifier["PubChemCompoundID", 56841090], ExternalIdentifier["PubChemCompoundID", 6433151]}, "Synonyms" -> {"chlor-trimeton", "chlorpheniramine maleate", "chlorphenamine", "allergisan", "allergican", "chloropiril", "haynon", "chlor-tripolon", "antagonate", "teldrin", "pyridamal 100", "efidac 24 chlorpheniramine maleate", "phenetron", "chlorpheniramine", "kloromin", "polaronil", "clorfeniramina", "histadur", "113-92-8[rn]", "chloropheniramine", "chloroprophenpyridamine", "chlorprophenpyridamine", "chlorophenylpyridamine", "cloropiril", "chlor-trimeton allergy", "chlorphenamine[wiki][inn]", "chlorpheniramine[wiki]", "contac cold capsules (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "bronchodex d cap (chlorpheniramine maleate + pheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "extra strength tylenol sinus nighttime (acetaminophen + chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "triaminic cold and allergy syrup (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "allerclor", "once-a-day benylin cold cap (chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "m.p. chlorcaps t.d.", "204-037-5[einecs]", "mylaramine", "coltalin tablet (acetaminophen + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "theraflu flu cold and cough medicine (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "ornade liquid (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dexchlorpheniramine maleate", "rhinofebral (chlorpheniramine maleate + acetaminophen + vitamin c)_mixture", "dat", "piriton", "1-(p-chlorphenyl)-1-(2-pyridyl)-3-dimethylaminopropan maleat[german]", "pendamine (chlorpheniramine maleate + dexamethasone + dihydrostreptomycin sulfate + penicillin g procaine)_mixture", "contac cough cold and flu caplets (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "ornade spansule src (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "c-meton", "chlorphenamine hydrogen maleate", "extra strength tylenol cold nighttime caplet (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "pyridamal-100", "triaminicol dm syrup (chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "omni-tuss sus (chlorpheniramine + codeine + ephedrine as resin complex + guaiacol carbonate + phenyltoloxamine)_mixture", "allergin[wiki]", "anakit insect sting treatment kit (chlorpheniramine maleate + epinephrine)_mixture", "pediacare allergy formula", "da transporter", "children's tylenol cold liquid (acetaminophen + chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "chlorate", "alka-seltzer plus cold medicine - evt (acetylsalicylic acid + chlorpheniramine maleate + phenylpropanolamine bitartrate)_mixture", "contact c src (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "aller-chlor", "ornade dm 15 liq (chlorpheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "ornade dm 10 liq (chlorpheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "grippalin & c tab (acetaminophen + chlorpheniramine maleate + vitamin c)_mixture", "regular strength tylenol cold and flu powder (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "histadur dura-tabs", "reg.str.cold medic. (night time relief)caplet (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "ornade af liquid (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "chlor tripolon decongest syr (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "counteract sinus and allergy (acetaminophen + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "telachlor", "alunex", "ornade af spansule src (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "extra strength contac c - src (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "carbinoxamide maleate", "triaminic expectorant syr (chlorpheniramine maleate + guaifenesin + pseudoephedrine hydrochloride)_mixture", "alka seltzer plus cold medicine evt (acetylsalicylic acid + chlorpheniramine maleate + phenylpropanolamine bitartrate)_mixture", "ornade expectorant cough formula (chlorpheniramine maleate + guaifenesin + phenylpropanolamine hydrochloride)_mixture", "chlormene", "extra strength nighttime cold relief-caplet (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "coricidin tab (acetylsalicylic acid + chlorpheniramine maleate)_mixture", "chlo-amine", "gen-allerate", "allergy sinus medication - caplet (acetaminophen + chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "children's tylenol cold chewable tablets (acetaminophen + chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "dehist", "coricidin d long acting tab (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "regular strength tylenol cold nighttime caplet (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "neocitran total (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "cold decongestant long acting cap (chlorpheniramine maleate + pheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "sine-off allergy tab (acetaminophen + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "polaramine", "chloroprophenpyridamine maleate", "contac cold extra strength capsules (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "lorphen", "ornade dm 30 liq (chlorpheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "teldrin[wiki]", "neorestamin", "triaminic dm expectorant syr (chlorpheniramine maleate + dextromethorphan hydrobromide + guaifenesin + pseudoephedrine hydrochloride)_mixture", "piriton[wiki]", "pentuss srs (chlorpheniramine maleate + codeine)_mixture", "extra strength allergy sinus medication (acetaminophen + chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "dl-chlorpheniramine maleate", "extra strength tylenol cold and flu powder (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "chlorpheniramine maleate [usan:jan][jan][usan]", "corsym suspension (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "children's tylenol cold liquid with dm (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "chlorophenylpyridamin", "tri-anamine cold syrup (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dristan capsules (acetylsalicylic acid + caffeine + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "ibioton", "coricidin d tab (acetylsalicylic acid + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dexchlorpheniramine", "extra strength allergy plus sinus relief (acetaminophen + chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "piriex", "coricidin sinus headache tab (acetaminophen + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "novo-pheniram", "synistamin", "chlor-trimeton repetabs", "clofeniramina", "3-(4-chlorophenyl)-n,n-dimethyl-3-pyridin-2-ylpropan-1-aminium(2z)-3-carboxyprop-2-enoate", "1-(n,n-dimethylamino)-3-(p-chlorophenyl-3-a-pyridyl)propane maleate", "chlorphenamine maleate", "teldrin (tn)", "chlorphenamine maleates", "2-pyridinepropanamine g-(4-chlorophenyl)-n,n-dimethyl- (2z)-2-butenedioate (1:1)", "(z)-4-oxidanyl-4-oxidanylidene-but-2-enoate", "3-(4-chlorophenyl)-n,n-dimethyl-3-(pyridin-2-yl)propan-1-amine(2z)-but-2-enedioate (1:1)", "(plusmn)-chlorpheniramine maleate", "chlortrimeton", "chlorcaps t.d.", "3-(4-chlorophenyl)-n,n-dimethyl-3-pyridin-2-yl-propan-1-amine", "[3-(4-chlorophenyl)-3-(2-pyridinyl)propyl]-dimethylammonium", "23095-76-3[rn]", "puermin", "3-(4-chlorophenyl)-n,n-dimethyl-3-(2-pyridinyl)-1-propanamine (2z)-2-butenedioate(1:1)", "[3-(4-chlorophenyl)-3-pyridin-2-yl-propyl]-dimethyl-azanium", "chlor-trimeton (tn)", "cloropiril m.p.", "null", "[3-(4-chlorophenyl)-3-(2-pyridyl)propyl]dimethylamine,(2z)but-2-enedioic acid", "(z)-4-hydroxy-4-oxo-2-butenoate", "chlorprophenpyridamine maleate", "chloropheniramine maleate", "chlor-trimeton allergisan piriton teldrin", "benzenemethanol", "83097-12-5", "3-(4-chlorophenyl)-n,n-dimethyl-3-(2-pyridinyl)-1-propanamine[acd/iupac name]", "g-(4-chlorophenyl)-n,n-dimethyl-2-pyridinepropanamine", "polaronil; chlorphenamine; chlorpheniramine", "3-(4-chlorophenyl)-n,n-dimethyl-3-pyridin-2-ylpropan-1-amine", "4-chloropheniramine", "205-054-0[einecs]", "1-(p-chlorophenyl)-1-(2-pyridyl)-3-dimethylaminopropane", "[3-(4-chlorophenyl)-3-(2-pyridyl)propyl]dimethylamine", "chlorphenaminum[latin]", "hayon", "3-(p-chlorophenyl)-3-(2-pyridyl)-n,n-dimethylpropylamine", "46970-45-0[rn]", "[3-(4-chloro-phenyl)-3-pyridin-2-yl-propyl]-dimethyl-amine maleate", "2-pyridinepropanamine g-(4-chlorophenyl)-n,n-dimethyl-", "32188-09-3[rn]", "132-22-9", "chlorpheniraminum", "clorfenamina[spanish][inn]", "3-(4-chlorophenyl)-n,n-dimethyl-3-(pyridin-2-yl)propan-1-aminemaleate", "132-22-9[rn]", "3-(4-chlorophenyl)-n,n-dimethyl-3-(pyridin-2-yl)propan-1-amine", "g-(4-chlorophenyl)-g-(2-pyridyl)propyldimethylamine", "42882-96-2[rn]", "2-[p-chloro-a-(2-dimethylaminoethyl)benzyl]pyridine", "1-(p-chlorophenyl)-1-(2-pyridyl)-3-n,n-dimethylpropylamine", "dl-chlorpheniramine", "337376-15-5", "dristan cold maximum strength multi-symptom", "polaronil[german]", "bayer select flu relief", "coricidin sinus", "viro-med", "intensin", "robitussin pediatric night relief", "pv tussin syrup", "chlor-trimeton repetabs syrup and tablets", "histalet forte", "novahistine", "ornade[wiki]", "[3-(4-chloro-phenyl)-3-pyridin-2-yl-propyl]-dimethyl-amine", "teldrin timed-release allergy capsules", "ru-tuss capsules", "7054-11-7[rn]", "tylenol cold and flu multi-symptom", "tussar sf", "cerose-dm", "chloropheniramin", "1-p-chlorophenyl-1-(2-pyridyl)-3-dimethylaminopropanemaleate", "pediacare cough-cold formula", "ru-tuss liquid", "pediacare cold formula", "corilin", "contac 12 hour caplets", "chlorpheniramine maleate oros tablets", "deconamine", "tylenol allergy sinus", "azimycin (veterinary)", "compound with (e)-but-2-enedioic acid", "demilets", "histaspan-d", "contac 12 hour capsules", "trind", "diathal (veterinary)", "comhist", "sudafed plus", "metrevet (veterinary)", "contac severe cold formula maximum strength", "trind-dm", "tylenol cold medication caplets liquid and tablets", "tylenol children's cold tablets", "demazin[wiki]", "a.r.m.", "chlor-trimeton decongestant", "contac[wiki]", "triaminic", "3-(4-chlorophenyl)-n,n-dimethyl-3-(pyridin-2-yl)propan-1-amine(2e)-but-2-enedioate (1:1)", "sine-off maximum strength allergy/sinus", "tussar dm", "chlor-trimeton od", "sine-off sinus medicine caplets", "anaplex hd", "coricidin d", "bayer select allergy-sinus", "co-pyronil 2", "tussar-2", "hycomine compound", "histaspan-plus", "sine-off sinus medicine tablets-aspirin formula", "ru-tuss tablets", "brexin l.a.", "theraflu[wiki]", "chlor-trimeton sinus", "[3-(4-chloro-phenyl)-3-pyridin-2-yl-propyl]-dimethyl-amine; compound with (e)-but-2-enedioic acid", "tylenol children's cough cold chewable tablets", "chlor-trimeton injection", "( )-chlorpheniramine maleate salt", "surecn4359260", "hms2232f08", "chembl180454", "sgcut00230", "mls000069793", "akos003395324", "ac1o5foo", "to_000031"}|>, "2268" -> <|"DatabaseID" -> "SW01484", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52010"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2624], ExternalIdentifier["ChemSpiderID", 4444525], ExternalIdentifier["ChemSpiderID", 4938336]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01114"]}, "IsomericSmiles" -> "C[NH+](C)CCC(c1ccc(cc1)Cl)c2ccccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07398"], ExternalIdentifier["KEGGID", "D00665"]}, "OfficialNames" -> <|"China Approved Name" -> "Chlorphenamine Maleate;chlorphenamine maleate;chlorphenamine Maleate;chlorphenamine", "WHO Essential Medicine" -> "chlorphenamine", "Indian Approved Name" -> "chlorpheniramine maleate;dexchlorpheniramine maleate;chlorphenamine maleate;chlorpheniramine maleate.", "FDA Approved Drug" -> "CHLORPHENIRAMINE MALEATE;CHLORPHENIRAMINE POLISTIREX;DEXCHLORPHENIRAMINE MALEATE"|>, "PharmGKBID" -> "PA448960", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2725], ExternalIdentifier["PubChemCompoundID", 56841090], ExternalIdentifier["PubChemCompoundID", 6433151]}, "Synonyms" -> {"chlor-trimeton", "chlorpheniramine maleate", "chlorphenamine", "allergisan", "allergican", "chloropiril", "haynon", "chlor-tripolon", "antagonate", "teldrin", "pyridamal 100", "efidac 24 chlorpheniramine maleate", "phenetron", "chlorpheniramine", "kloromin", "polaronil", "clorfeniramina", "histadur", "113-92-8[rn]", "chloropheniramine", "chloroprophenpyridamine", "chlorprophenpyridamine", "chlorophenylpyridamine", "cloropiril", "chlor-trimeton allergy", "chlorphenamine[wiki][inn]", "chlorpheniramine[wiki]", "contac cold capsules (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "bronchodex d cap (chlorpheniramine maleate + pheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "extra strength tylenol sinus nighttime (acetaminophen + chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "triaminic cold and allergy syrup (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "allerclor", "once-a-day benylin cold cap (chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "m.p. chlorcaps t.d.", "204-037-5[einecs]", "mylaramine", "coltalin tablet (acetaminophen + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "theraflu flu cold and cough medicine (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "ornade liquid (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dexchlorpheniramine maleate", "rhinofebral (chlorpheniramine maleate + acetaminophen + vitamin c)_mixture", "dat", "piriton", "1-(p-chlorphenyl)-1-(2-pyridyl)-3-dimethylaminopropan maleat[german]", "pendamine (chlorpheniramine maleate + dexamethasone + dihydrostreptomycin sulfate + penicillin g procaine)_mixture", "contac cough cold and flu caplets (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "ornade spansule src (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "c-meton", "chlorphenamine hydrogen maleate", "extra strength tylenol cold nighttime caplet (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "pyridamal-100", "triaminicol dm syrup (chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "omni-tuss sus (chlorpheniramine + codeine + ephedrine as resin complex + guaiacol carbonate + phenyltoloxamine)_mixture", "allergin[wiki]", "anakit insect sting treatment kit (chlorpheniramine maleate + epinephrine)_mixture", "pediacare allergy formula", "da transporter", "children's tylenol cold liquid (acetaminophen + chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "chlorate", "alka-seltzer plus cold medicine - evt (acetylsalicylic acid + chlorpheniramine maleate + phenylpropanolamine bitartrate)_mixture", "contact c src (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "aller-chlor", "ornade dm 15 liq (chlorpheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "ornade dm 10 liq (chlorpheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "grippalin & c tab (acetaminophen + chlorpheniramine maleate + vitamin c)_mixture", "regular strength tylenol cold and flu powder (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "histadur dura-tabs", "reg.str.cold medic. (night time relief)caplet (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "ornade af liquid (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "chlor tripolon decongest syr (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "counteract sinus and allergy (acetaminophen + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "telachlor", "alunex", "ornade af spansule src (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "extra strength contac c - src (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "carbinoxamide maleate", "triaminic expectorant syr (chlorpheniramine maleate + guaifenesin + pseudoephedrine hydrochloride)_mixture", "alka seltzer plus cold medicine evt (acetylsalicylic acid + chlorpheniramine maleate + phenylpropanolamine bitartrate)_mixture", "ornade expectorant cough formula (chlorpheniramine maleate + guaifenesin + phenylpropanolamine hydrochloride)_mixture", "chlormene", "extra strength nighttime cold relief-caplet (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "coricidin tab (acetylsalicylic acid + chlorpheniramine maleate)_mixture", "chlo-amine", "gen-allerate", "allergy sinus medication - caplet (acetaminophen + chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "children's tylenol cold chewable tablets (acetaminophen + chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "dehist", "coricidin d long acting tab (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "regular strength tylenol cold nighttime caplet (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "neocitran total (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "cold decongestant long acting cap (chlorpheniramine maleate + pheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "sine-off allergy tab (acetaminophen + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "polaramine", "chloroprophenpyridamine maleate", "contac cold extra strength capsules (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "lorphen", "ornade dm 30 liq (chlorpheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "teldrin[wiki]", "neorestamin", "triaminic dm expectorant syr (chlorpheniramine maleate + dextromethorphan hydrobromide + guaifenesin + pseudoephedrine hydrochloride)_mixture", "piriton[wiki]", "pentuss srs (chlorpheniramine maleate + codeine)_mixture", "extra strength allergy sinus medication (acetaminophen + chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "dl-chlorpheniramine maleate", "extra strength tylenol cold and flu powder (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "chlorpheniramine maleate [usan:jan][jan][usan]", "corsym suspension (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "children's tylenol cold liquid with dm (acetaminophen + chlorpheniramine maleate + dextromethorphan hydrobromide + pseudoephedrine hydrochloride)_mixture", "chlorophenylpyridamin", "tri-anamine cold syrup (chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dristan capsules (acetylsalicylic acid + caffeine + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "ibioton", "coricidin d tab (acetylsalicylic acid + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dexchlorpheniramine", "extra strength allergy plus sinus relief (acetaminophen + chlorpheniramine maleate + pseudoephedrine hydrochloride)_mixture", "piriex", "coricidin sinus headache tab (acetaminophen + chlorpheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "novo-pheniram", "synistamin", "chlor-trimeton repetabs", "clofeniramina", "3-(4-chlorophenyl)-n,n-dimethyl-3-pyridin-2-ylpropan-1-aminium(2z)-3-carboxyprop-2-enoate", "1-(n,n-dimethylamino)-3-(p-chlorophenyl-3-a-pyridyl)propane maleate", "chlorphenamine maleate", "teldrin (tn)", "chlorphenamine maleates", "2-pyridinepropanamine g-(4-chlorophenyl)-n,n-dimethyl- (2z)-2-butenedioate (1:1)", "(z)-4-oxidanyl-4-oxidanylidene-but-2-enoate", "3-(4-chlorophenyl)-n,n-dimethyl-3-(pyridin-2-yl)propan-1-amine(2z)-but-2-enedioate (1:1)", "(plusmn)-chlorpheniramine maleate", "chlortrimeton", "chlorcaps t.d.", "3-(4-chlorophenyl)-n,n-dimethyl-3-pyridin-2-yl-propan-1-amine", "[3-(4-chlorophenyl)-3-(2-pyridinyl)propyl]-dimethylammonium", "23095-76-3[rn]", "puermin", "3-(4-chlorophenyl)-n,n-dimethyl-3-(2-pyridinyl)-1-propanamine (2z)-2-butenedioate(1:1)", "[3-(4-chlorophenyl)-3-pyridin-2-yl-propyl]-dimethyl-azanium", "chlor-trimeton (tn)", "cloropiril m.p.", "null", "[3-(4-chlorophenyl)-3-(2-pyridyl)propyl]dimethylamine,(2z)but-2-enedioic acid", "(z)-4-hydroxy-4-oxo-2-butenoate", "chlorprophenpyridamine maleate", "chloropheniramine maleate", "chlor-trimeton allergisan piriton teldrin", "benzenemethanol", "83097-12-5", "3-(4-chlorophenyl)-n,n-dimethyl-3-(2-pyridinyl)-1-propanamine[acd/iupac name]", "g-(4-chlorophenyl)-n,n-dimethyl-2-pyridinepropanamine", "polaronil; chlorphenamine; chlorpheniramine", "3-(4-chlorophenyl)-n,n-dimethyl-3-pyridin-2-ylpropan-1-amine", "4-chloropheniramine", "205-054-0[einecs]", "1-(p-chlorophenyl)-1-(2-pyridyl)-3-dimethylaminopropane", "[3-(4-chlorophenyl)-3-(2-pyridyl)propyl]dimethylamine", "chlorphenaminum[latin]", "hayon", "3-(p-chlorophenyl)-3-(2-pyridyl)-n,n-dimethylpropylamine", "46970-45-0[rn]", "[3-(4-chloro-phenyl)-3-pyridin-2-yl-propyl]-dimethyl-amine maleate", "2-pyridinepropanamine g-(4-chlorophenyl)-n,n-dimethyl-", "32188-09-3[rn]", "132-22-9", "chlorpheniraminum", "clorfenamina[spanish][inn]", "3-(4-chlorophenyl)-n,n-dimethyl-3-(pyridin-2-yl)propan-1-aminemaleate", "132-22-9[rn]", "3-(4-chlorophenyl)-n,n-dimethyl-3-(pyridin-2-yl)propan-1-amine", "g-(4-chlorophenyl)-g-(2-pyridyl)propyldimethylamine", "42882-96-2[rn]", "2-[p-chloro-a-(2-dimethylaminoethyl)benzyl]pyridine", "1-(p-chlorophenyl)-1-(2-pyridyl)-3-n,n-dimethylpropylamine", "dl-chlorpheniramine", "337376-15-5", "dristan cold maximum strength multi-symptom", "polaronil[german]", "bayer select flu relief", "coricidin sinus", "viro-med", "intensin", "robitussin pediatric night relief", "pv tussin syrup", "chlor-trimeton repetabs syrup and tablets", "histalet forte", "novahistine", "ornade[wiki]", "[3-(4-chloro-phenyl)-3-pyridin-2-yl-propyl]-dimethyl-amine", "teldrin timed-release allergy capsules", "ru-tuss capsules", "7054-11-7[rn]", "tylenol cold and flu multi-symptom", "tussar sf", "cerose-dm", "chloropheniramin", "1-p-chlorophenyl-1-(2-pyridyl)-3-dimethylaminopropanemaleate", "pediacare cough-cold formula", "ru-tuss liquid", "pediacare cold formula", "corilin", "contac 12 hour caplets", "chlorpheniramine maleate oros tablets", "deconamine", "tylenol allergy sinus", "azimycin (veterinary)", "compound with (e)-but-2-enedioic acid", "demilets", "histaspan-d", "contac 12 hour capsules", "trind", "diathal (veterinary)", "comhist", "sudafed plus", "metrevet (veterinary)", "contac severe cold formula maximum strength", "trind-dm", "tylenol cold medication caplets liquid and tablets", "tylenol children's cold tablets", "demazin[wiki]", "a.r.m.", "chlor-trimeton decongestant", "contac[wiki]", "triaminic", "3-(4-chlorophenyl)-n,n-dimethyl-3-(pyridin-2-yl)propan-1-amine(2e)-but-2-enedioate (1:1)", "sine-off maximum strength allergy/sinus", "tussar dm", "chlor-trimeton od", "sine-off sinus medicine caplets", "anaplex hd", "coricidin d", "bayer select allergy-sinus", "co-pyronil 2", "tussar-2", "hycomine compound", "histaspan-plus", "sine-off sinus medicine tablets-aspirin formula", "ru-tuss tablets", "brexin l.a.", "theraflu[wiki]", "chlor-trimeton sinus", "[3-(4-chloro-phenyl)-3-pyridin-2-yl-propyl]-dimethyl-amine; compound with (e)-but-2-enedioic acid", "tylenol children's cough cold chewable tablets", "chlor-trimeton injection", "( )-chlorpheniramine maleate salt", "surecn4359260", "hms2232f08", "chembl180454", "sgcut00230", "mls000069793", "akos003395324", "ac1o5foo", "to_000031"}|>, "2269" -> <|"DatabaseID" -> "SW01485", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54847]}, "IsomericSmiles" -> "c1cc(cc(c1)[131I])C[NH+]=C(N)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03308"], ExternalIdentifier["KEGGID", "D04560"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOBENGUANE SULFATE I-131"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71184], ExternalIdentifier["PubChemCompoundID", 450505]}, "Synonyms" -> {"iobenguane sulfate i 131", "3-iodobenzylguanidine", "nsc746868", "moli000969", "139755-80-9[rn]", "iobenguane (131i)", "ac1l9oyv", "iobenguane", "iobeguane i 131", "m-iodobenzylguanidine", "2-[3-(123i)iodobenzyl]guanidine", "iodine-131 iobenguane sulfate (i-131 mlbg)", "mibg", "2-[(3-iodanylphenyl)methyl]guanidine", "2-[3-(131i)iodobenzyl]guanidine", "guanidine n-[(3-iodophenyl)methyl]-", "iobenguanum (313 i) [latin]", "iodine-131 iobenguan", "guanidine ((3-iodophenyl)methyl)-", "iobenguane i 123", "draximage (r) therapeutic 131i mibg", "n-(3-iodo-benzyl)-guanidine", "77679-27-7", "2-[(3-iodophenyl)methyl]guanidine", "m-iodobenzylguanidine hemisulfate salt", "m-iodobenzylguanidine sulfate", "chembl1626569", "iobenguane i 131", "nsc-746868", "1-(3-iodobenzyl)guanidine", "3-iodobenzylguanidine (131i)", "moli000982", "pheomibg-i 131", "meta-iodobenzylguanidine", "80663-95-2[rn]", "iobenguano (131 i) [spanish]"}|>, "2270" -> <|"DatabaseID" -> "SW01486", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5132"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3280]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00499"]}, "IsomericSmiles" -> "CC(C)C(=O)Nc1ccc(c(c1)C(F)(F)F)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00586"]}, "OfficialNames" -> <|"Indian Approved Name" -> "flutamide", "Australia Approved Name" -> "FLUTAMIDE", "FDA Approved Drug" -> "FLUTAMIDE"|>, "PharmGKBID" -> "PA449685", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3397]}, "Synonyms" -> {"eulexin", "flutamide", "niftholide", "niftolide", "cebatrol", "flutamide usp25", "niftolid", "eulexine", "fta", "nfba", "propanamide 2-methyl-n-[4-nitro-3-(trifluoromethyl)phenyl]-", "drogenil", "fluta-cell", "novo flutamide", "4'-nitro-3'-trifluoromethylisobutyranilide", "133115-72-7[rn]", "4'-nitro-3'-trifluoromethylisobutyramilide", "flutamida[spanish][inn]", "fluta 1a pharma", "class e basic helix-loop-helix protein 76", "pms-flutamide", "ahr", "apimid", "ah receptor", "oncosal", "fluta cell", "236-341-9[einecs]", "apo-flutamide", "fluta gry", "a,a,a-trifluoro-2-methyl-4'-nitro-m-propionotoluidide", "testotard", "prostacur", "grisetin", "fugerel", "novo-flutamide", "9005-49-6", "2-methyl-n-[4-nitro-3-(trifluormethyl)phenyl]propanamid", "bhlhe76", "flutaplex", "euflex", "chimax", "flutamide[wiki][inn][usan]", "flutamida", "flutexin", "d005485", "propanamide 2-methyl-n-(4-nitro-3-(trifluoromethyl)phenyl)-", "apoflutamide", "fxffr bnw emvy1&1[wln]", "pms flutamide", "fluken", "2-methyl-n-(4-nitro-3-(trifluoromethyl)phenyl)propanamide", "2157663[beilstein]", "2-methyl-n-[4-nitro-3-(trifluoromethyl)phenyl]propanamide[acd/iupac name]", "apo flutamide", "odyne", "fluta-gry", "eulexin (tn)", "flutamidum", "prostica", "novoflutamide", "13311-84-7[rn]", "cytamid", "flumid", "337962-98-8[rn]", "4-nitro-3-(trifluoromethyl)isobutyranilide", "flutacell", "37209-54-4[rn]", "2-methyl-n-(4-nitro-3-[trifluoromethyl]phenyl)propanamide", "sch13521", "prostandril", "eulexin flutamin drogenil", "flutamin", "flutandrona", "13311-84-7", "flulem", "flutagry", "flutamidum[latin]", "prostogenat"}|>, "2271" -> <|"DatabaseID" -> "SW01487", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102863]}, "IsomericSmiles" -> "Cc1cccc2c1ccc-3c2C(=O)C(=O)c4c3occ4C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tanshinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 114917]}, "Synonyms" -> {"1", "tanshinone iib", "tanshinon i", "tanshinone i", "tanshinone a", "1,6-dimethylphenanthro(1,2-b)furan-10,11-dione", "tanshinone iia", "tanshinone ii a", "tanshinone ii b", "tte-50", "3,9-dimethylphenanthro[1,2-b]furan-4,5-dione", "568-72-9[rn]", "568-73-0[rn]", "1,6-dimethylphenanthro[1,2-b]furan-10,11-dione[acd/iupac name]", "568-73-0", "1,6-dimethyl-phenanthro[1,2-b]furan-10,11-dione", "phenanthro[1", "phenanthro(1,2-b)furan-10,11-dione 1,6-dimethyl-", "phenanthro(1", "c021751", "54693-68-4[rn]", "tanshinone", "phenanthro[1,2-b]furan-10,11-dione 1,6-dimethyl-"}|>, "2272" -> <|"DatabaseID" -> "SW01488", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48883"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5771]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00981"]}, "IsomericSmiles" -> "C[C@@]12CC[NH+]([C@@H]1N(c3c2cc(cc3)OC(=O)NC)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02418"]}, "OfficialNames" -> <|"Indian Approved Name" -> "physostigmine salicylate", "Australia Approved Name" -> "PHYSOSTIGMINE SALICYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 657348]}, "Synonyms" -> {"physostigmine salicylate", "antilirium", "antilirium (tn)", "eserine salicylate", "isopto eserine", "eserine sulfate", "57-64-7 57-47-6 [physostigmine]", "57-47-6[rn]", "200-343-8[einecs]", "ac1lcwea", "11033-04-8[rn]", "esromiotin", "kbioss_000703", "physostigmine salicylate [usan:jan][jan][usan]", "(3as,8ar)-1,3a,8-trimethyl-5-(methylcarbamoyloxy)-1,2,3,3a,8,8a-hexahydropyrrolo[2,3-b]indolium salicylate", "71214-04-5[rn]", "benzoic acid 2-hydroxy- compd. with (3as-cis)-1,2,3,3a,8,8a-hexahydro-1,3a,8-trimethylpyrrolo(2,3-b)indol-5-yl methylcarbamate ester(1:1)", "spectrum_000223", "eserolein methylcarbamate", "physostol", "mls000028388", "physostigmine monosalicylate", "pyrrolo(2,3-b)indol-5-ol 1,2,3,3a,8,8a-hexahydro-1,3a,8-trimethyl- methylcarbamate (ester) (3as-cis)- mono(2-hydroxybenzoate)", "isopto p-es", "physostigmine monosalicylate", "11036-66-1[rn]", "57-64-7 57-47-6", "ezerin", "2-hydroxybenzoic acid - (3as,8ar)-1,3a,8-trimethyl-1,2,3,3a,8,8a-hexahydropyrrolo[2,3-b]indol-5-ylmethylcarbamate (1:1)", "salicylic acid compd. with physostigmine (1:1)", "physostigmine", "acetylcholinesterase precursor", "57-64-7[rn]", "eserine", "salicylic acid compd. with physostigmine(1:1)", "chebi:48883", "ache", "physostigmine.salicylic acid", "physostigminesalicylate", "fysostigmin", "57-64-7", "benzoic acid 2-hydroxy- compd. with (3as,8ar)-1,2,3,3a,8,8a-hexahydro-1,3a,8-trimethylpyrrolo(2,3-b)indol-5-yl methylcarbamate (1:1)", "erserine", "salicylic acid compd. with physostigmine (1:1)", "physostigmine salicylate (1:1)", "(3as-cis)-1,2,3,3a,8,8a-hexahydro-1,3a,8-trimethylpyrrolo[2,3-b]indol-5-ol methylcarbamate(ester)mono(2-hydroxybenzoate)", "ec 3.1.1.7", "surecn41555", "physostol salicylate"}|>, "2273" -> <|"DatabaseID" -> "SW01488", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48883"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5771]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00981"]}, "IsomericSmiles" -> "C[C@@]12CC[NH+]([C@@H]1N(c3c2cc(cc3)OC(=O)NC)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02418"]}, "OfficialNames" -> <|"Indian Approved Name" -> "physostigmine salicylate", "Australia Approved Name" -> "PHYSOSTIGMINE SALICYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 657348]}, "Synonyms" -> {"physostigmine salicylate", "antilirium", "antilirium (tn)", "eserine salicylate", "isopto eserine", "eserine sulfate", "57-64-7 57-47-6 [physostigmine]", "57-47-6[rn]", "200-343-8[einecs]", "ac1lcwea", "11033-04-8[rn]", "esromiotin", "kbioss_000703", "physostigmine salicylate [usan:jan][jan][usan]", "(3as,8ar)-1,3a,8-trimethyl-5-(methylcarbamoyloxy)-1,2,3,3a,8,8a-hexahydropyrrolo[2,3-b]indolium salicylate", "71214-04-5[rn]", "benzoic acid 2-hydroxy- compd. with (3as-cis)-1,2,3,3a,8,8a-hexahydro-1,3a,8-trimethylpyrrolo(2,3-b)indol-5-yl methylcarbamate ester(1:1)", "spectrum_000223", "eserolein methylcarbamate", "physostol", "mls000028388", "physostigmine monosalicylate", "pyrrolo(2,3-b)indol-5-ol 1,2,3,3a,8,8a-hexahydro-1,3a,8-trimethyl- methylcarbamate (ester) (3as-cis)- mono(2-hydroxybenzoate)", "isopto p-es", "physostigmine monosalicylate", "11036-66-1[rn]", "57-64-7 57-47-6", "ezerin", "2-hydroxybenzoic acid - (3as,8ar)-1,3a,8-trimethyl-1,2,3,3a,8,8a-hexahydropyrrolo[2,3-b]indol-5-ylmethylcarbamate (1:1)", "salicylic acid compd. with physostigmine (1:1)", "physostigmine", "acetylcholinesterase precursor", "57-64-7[rn]", "eserine", "salicylic acid compd. with physostigmine(1:1)", "chebi:48883", "ache", "physostigmine.salicylic acid", "physostigminesalicylate", "fysostigmin", "57-64-7", "benzoic acid 2-hydroxy- compd. with (3as,8ar)-1,2,3,3a,8,8a-hexahydro-1,3a,8-trimethylpyrrolo(2,3-b)indol-5-yl methylcarbamate (1:1)", "erserine", "salicylic acid compd. with physostigmine (1:1)", "physostigmine salicylate (1:1)", "(3as-cis)-1,2,3,3a,8,8a-hexahydro-1,3a,8-trimethylpyrrolo[2,3-b]indol-5-ol methylcarbamate(ester)mono(2-hydroxybenzoate)", "ec 3.1.1.7", "surecn41555", "physostol salicylate"}|>, "2274" -> <|"DatabaseID" -> "SW01489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3988"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2790]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04838"]}, "IsomericSmiles" -> "CC1CC(CC(C1)(C)C)OC(=O)C(c2ccccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00286"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cyclandelate"|>, "PharmGKBID" -> "PA164748026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2893]}, "Synonyms" -> {"cyclospasmol", "cyclandelate", "spasmocyclone", "cyclomandol", "capilan", "cyclolyt", "spasmocyclon", "dilatan", "clandilon", "ciclospasmol", "3,5,5-trimethylcyclohexyl mandelate", "3,3,5-trimethylcyclohexyl mandelate", "arto-espasmol", "perebral", "spasmione", "sancyclan", "sepyron", "saiclate", "3,5,5-trimethylcyclohexyl amygdalate", "a-hydroxybenzeneacetic acid 3,3,5-trimethylcyclohexyl ester", "28283-32-1[rn]", "hmse", "cyclandelatum [inn-latin]", "triacylglycerol hydrolase", "cyclergine", "acat", "3,5,5-trimethylcyclohexanol mandelic acid ester", "456-59-7[rn]", "tgh", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "cyclobral", "brain carboxylesterase hbr1", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "liver carboxylesterase 1 precursor", "cyclandelic acid", "cyclandelatum[latin]", "cyclospasmol (tn)", "natil", "serine esterase 1", "vasodyl", "acyl coenzyme a:cholesterol acyltransferase", "ciclandelato [inn-spanish]", "zinc00405331", "zinc00000189", "54110-27-9[rn]", "3,3,5-trimethylcyclohexyl hydroxy(phenyl)acetate[acd/iupac name]", "207-271-6[einecs]", "ciclandelato[spanish][inn]", "monocyte/macrophage serine esterase", "novodil", "egasyn", "cyclandelate [ban:inn:jan][inn][jan]", "3,3,5-trimethylcyclohexanol a-phenyl-a-hydroxyacetate", "ec 3.1.1.1"}|>, "2275" -> <|"DatabaseID" -> "SW01489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3988"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2790]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04838"]}, "IsomericSmiles" -> "CC1CC(CC(C1)(C)C)OC(=O)C(c2ccccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00286"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cyclandelate"|>, "PharmGKBID" -> "PA164748026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2893]}, "Synonyms" -> {"cyclospasmol", "cyclandelate", "spasmocyclone", "cyclomandol", "capilan", "cyclolyt", "spasmocyclon", "dilatan", "clandilon", "ciclospasmol", "3,5,5-trimethylcyclohexyl mandelate", "3,3,5-trimethylcyclohexyl mandelate", "arto-espasmol", "perebral", "spasmione", "sancyclan", "sepyron", "saiclate", "3,5,5-trimethylcyclohexyl amygdalate", "a-hydroxybenzeneacetic acid 3,3,5-trimethylcyclohexyl ester", "28283-32-1[rn]", "hmse", "cyclandelatum [inn-latin]", "triacylglycerol hydrolase", "cyclergine", "acat", "3,5,5-trimethylcyclohexanol mandelic acid ester", "456-59-7[rn]", "tgh", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "cyclobral", "brain carboxylesterase hbr1", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "liver carboxylesterase 1 precursor", "cyclandelic acid", "cyclandelatum[latin]", "cyclospasmol (tn)", "natil", "serine esterase 1", "vasodyl", "acyl coenzyme a:cholesterol acyltransferase", "ciclandelato [inn-spanish]", "zinc00405331", "zinc00000189", "54110-27-9[rn]", "3,3,5-trimethylcyclohexyl hydroxy(phenyl)acetate[acd/iupac name]", "207-271-6[einecs]", "ciclandelato[spanish][inn]", "monocyte/macrophage serine esterase", "novodil", "egasyn", "cyclandelate [ban:inn:jan][inn][jan]", "3,3,5-trimethylcyclohexanol a-phenyl-a-hydroxyacetate", "ec 3.1.1.1"}|>, "2276" -> <|"DatabaseID" -> "SW01489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3988"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2790]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04838"]}, "IsomericSmiles" -> "CC1CC(CC(C1)(C)C)OC(=O)C(c2ccccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00286"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cyclandelate"|>, "PharmGKBID" -> "PA164748026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2893]}, "Synonyms" -> {"cyclospasmol", "cyclandelate", "spasmocyclone", "cyclomandol", "capilan", "cyclolyt", "spasmocyclon", "dilatan", "clandilon", "ciclospasmol", "3,5,5-trimethylcyclohexyl mandelate", "3,3,5-trimethylcyclohexyl mandelate", "arto-espasmol", "perebral", "spasmione", "sancyclan", "sepyron", "saiclate", "3,5,5-trimethylcyclohexyl amygdalate", "a-hydroxybenzeneacetic acid 3,3,5-trimethylcyclohexyl ester", "28283-32-1[rn]", "hmse", "cyclandelatum [inn-latin]", "triacylglycerol hydrolase", "cyclergine", "acat", "3,5,5-trimethylcyclohexanol mandelic acid ester", "456-59-7[rn]", "tgh", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "cyclobral", "brain carboxylesterase hbr1", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "liver carboxylesterase 1 precursor", "cyclandelic acid", "cyclandelatum[latin]", "cyclospasmol (tn)", "natil", "serine esterase 1", "vasodyl", "acyl coenzyme a:cholesterol acyltransferase", "ciclandelato [inn-spanish]", "zinc00405331", "zinc00000189", "54110-27-9[rn]", "3,3,5-trimethylcyclohexyl hydroxy(phenyl)acetate[acd/iupac name]", "207-271-6[einecs]", "ciclandelato[spanish][inn]", "monocyte/macrophage serine esterase", "novodil", "egasyn", "cyclandelate [ban:inn:jan][inn][jan]", "3,3,5-trimethylcyclohexanol a-phenyl-a-hydroxyacetate", "ec 3.1.1.1"}|>, "2277" -> <|"DatabaseID" -> "SW01489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3988"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2790]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04838"]}, "IsomericSmiles" -> "CC1CC(CC(C1)(C)C)OC(=O)C(c2ccccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00286"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cyclandelate"|>, "PharmGKBID" -> "PA164748026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2893]}, "Synonyms" -> {"cyclospasmol", "cyclandelate", "spasmocyclone", "cyclomandol", "capilan", "cyclolyt", "spasmocyclon", "dilatan", "clandilon", "ciclospasmol", "3,5,5-trimethylcyclohexyl mandelate", "3,3,5-trimethylcyclohexyl mandelate", "arto-espasmol", "perebral", "spasmione", "sancyclan", "sepyron", "saiclate", "3,5,5-trimethylcyclohexyl amygdalate", "a-hydroxybenzeneacetic acid 3,3,5-trimethylcyclohexyl ester", "28283-32-1[rn]", "hmse", "cyclandelatum [inn-latin]", "triacylglycerol hydrolase", "cyclergine", "acat", "3,5,5-trimethylcyclohexanol mandelic acid ester", "456-59-7[rn]", "tgh", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "cyclobral", "brain carboxylesterase hbr1", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "liver carboxylesterase 1 precursor", "cyclandelic acid", "cyclandelatum[latin]", "cyclospasmol (tn)", "natil", "serine esterase 1", "vasodyl", "acyl coenzyme a:cholesterol acyltransferase", "ciclandelato [inn-spanish]", "zinc00405331", "zinc00000189", "54110-27-9[rn]", "3,3,5-trimethylcyclohexyl hydroxy(phenyl)acetate[acd/iupac name]", "207-271-6[einecs]", "ciclandelato[spanish][inn]", "monocyte/macrophage serine esterase", "novodil", "egasyn", "cyclandelate [ban:inn:jan][inn][jan]", "3,3,5-trimethylcyclohexanol a-phenyl-a-hydroxyacetate", "ec 3.1.1.1"}|>, "2278" -> <|"DatabaseID" -> "SW01489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3988"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2790]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04838"]}, "IsomericSmiles" -> "CC1CC(CC(C1)(C)C)OC(=O)C(c2ccccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00286"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cyclandelate"|>, "PharmGKBID" -> "PA164748026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2893]}, "Synonyms" -> {"cyclospasmol", "cyclandelate", "spasmocyclone", "cyclomandol", "capilan", "cyclolyt", "spasmocyclon", "dilatan", "clandilon", "ciclospasmol", "3,5,5-trimethylcyclohexyl mandelate", "3,3,5-trimethylcyclohexyl mandelate", "arto-espasmol", "perebral", "spasmione", "sancyclan", "sepyron", "saiclate", "3,5,5-trimethylcyclohexyl amygdalate", "a-hydroxybenzeneacetic acid 3,3,5-trimethylcyclohexyl ester", "28283-32-1[rn]", "hmse", "cyclandelatum [inn-latin]", "triacylglycerol hydrolase", "cyclergine", "acat", "3,5,5-trimethylcyclohexanol mandelic acid ester", "456-59-7[rn]", "tgh", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "cyclobral", "brain carboxylesterase hbr1", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "liver carboxylesterase 1 precursor", "cyclandelic acid", "cyclandelatum[latin]", "cyclospasmol (tn)", "natil", "serine esterase 1", "vasodyl", "acyl coenzyme a:cholesterol acyltransferase", "ciclandelato [inn-spanish]", "zinc00405331", "zinc00000189", "54110-27-9[rn]", "3,3,5-trimethylcyclohexyl hydroxy(phenyl)acetate[acd/iupac name]", "207-271-6[einecs]", "ciclandelato[spanish][inn]", "monocyte/macrophage serine esterase", "novodil", "egasyn", "cyclandelate [ban:inn:jan][inn][jan]", "3,3,5-trimethylcyclohexanol a-phenyl-a-hydroxyacetate", "ec 3.1.1.1"}|>, "2279" -> <|"DatabaseID" -> "SW01489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3988"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2790]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04838"]}, "IsomericSmiles" -> "CC1CC(CC(C1)(C)C)OC(=O)C(c2ccccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00286"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cyclandelate"|>, "PharmGKBID" -> "PA164748026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2893]}, "Synonyms" -> {"cyclospasmol", "cyclandelate", "spasmocyclone", "cyclomandol", "capilan", "cyclolyt", "spasmocyclon", "dilatan", "clandilon", "ciclospasmol", "3,5,5-trimethylcyclohexyl mandelate", "3,3,5-trimethylcyclohexyl mandelate", "arto-espasmol", "perebral", "spasmione", "sancyclan", "sepyron", "saiclate", "3,5,5-trimethylcyclohexyl amygdalate", "a-hydroxybenzeneacetic acid 3,3,5-trimethylcyclohexyl ester", "28283-32-1[rn]", "hmse", "cyclandelatum [inn-latin]", "triacylglycerol hydrolase", "cyclergine", "acat", "3,5,5-trimethylcyclohexanol mandelic acid ester", "456-59-7[rn]", "tgh", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "cyclobral", "brain carboxylesterase hbr1", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "liver carboxylesterase 1 precursor", "cyclandelic acid", "cyclandelatum[latin]", "cyclospasmol (tn)", "natil", "serine esterase 1", "vasodyl", "acyl coenzyme a:cholesterol acyltransferase", "ciclandelato [inn-spanish]", "zinc00405331", "zinc00000189", "54110-27-9[rn]", "3,3,5-trimethylcyclohexyl hydroxy(phenyl)acetate[acd/iupac name]", "207-271-6[einecs]", "ciclandelato[spanish][inn]", "monocyte/macrophage serine esterase", "novodil", "egasyn", "cyclandelate [ban:inn:jan][inn][jan]", "3,3,5-trimethylcyclohexanol a-phenyl-a-hydroxyacetate", "ec 3.1.1.1"}|>, "2280" -> <|"DatabaseID" -> "SW01489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3988"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2790]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04838"]}, "IsomericSmiles" -> "CC1CC(CC(C1)(C)C)OC(=O)C(c2ccccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00286"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cyclandelate"|>, "PharmGKBID" -> "PA164748026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2893]}, "Synonyms" -> {"cyclospasmol", "cyclandelate", "spasmocyclone", "cyclomandol", "capilan", "cyclolyt", "spasmocyclon", "dilatan", "clandilon", "ciclospasmol", "3,5,5-trimethylcyclohexyl mandelate", "3,3,5-trimethylcyclohexyl mandelate", "arto-espasmol", "perebral", "spasmione", "sancyclan", "sepyron", "saiclate", "3,5,5-trimethylcyclohexyl amygdalate", "a-hydroxybenzeneacetic acid 3,3,5-trimethylcyclohexyl ester", "28283-32-1[rn]", "hmse", "cyclandelatum [inn-latin]", "triacylglycerol hydrolase", "cyclergine", "acat", "3,5,5-trimethylcyclohexanol mandelic acid ester", "456-59-7[rn]", "tgh", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "cyclobral", "brain carboxylesterase hbr1", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "liver carboxylesterase 1 precursor", "cyclandelic acid", "cyclandelatum[latin]", "cyclospasmol (tn)", "natil", "serine esterase 1", "vasodyl", "acyl coenzyme a:cholesterol acyltransferase", "ciclandelato [inn-spanish]", "zinc00405331", "zinc00000189", "54110-27-9[rn]", "3,3,5-trimethylcyclohexyl hydroxy(phenyl)acetate[acd/iupac name]", "207-271-6[einecs]", "ciclandelato[spanish][inn]", "monocyte/macrophage serine esterase", "novodil", "egasyn", "cyclandelate [ban:inn:jan][inn][jan]", "3,3,5-trimethylcyclohexanol a-phenyl-a-hydroxyacetate", "ec 3.1.1.1"}|>, "2281" -> <|"DatabaseID" -> "SW01489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3988"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2790]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04838"]}, "IsomericSmiles" -> "CC1CC(CC(C1)(C)C)OC(=O)C(c2ccccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00286"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cyclandelate"|>, "PharmGKBID" -> "PA164748026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2893]}, "Synonyms" -> {"cyclospasmol", "cyclandelate", "spasmocyclone", "cyclomandol", "capilan", "cyclolyt", "spasmocyclon", "dilatan", "clandilon", "ciclospasmol", "3,5,5-trimethylcyclohexyl mandelate", "3,3,5-trimethylcyclohexyl mandelate", "arto-espasmol", "perebral", "spasmione", "sancyclan", "sepyron", "saiclate", "3,5,5-trimethylcyclohexyl amygdalate", "a-hydroxybenzeneacetic acid 3,3,5-trimethylcyclohexyl ester", "28283-32-1[rn]", "hmse", "cyclandelatum [inn-latin]", "triacylglycerol hydrolase", "cyclergine", "acat", "3,5,5-trimethylcyclohexanol mandelic acid ester", "456-59-7[rn]", "tgh", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "cyclobral", "brain carboxylesterase hbr1", "mandelic acid 3,3,5-trimethylcyclohexyl ester", "liver carboxylesterase 1 precursor", "cyclandelic acid", "cyclandelatum[latin]", "cyclospasmol (tn)", "natil", "serine esterase 1", "vasodyl", "acyl coenzyme a:cholesterol acyltransferase", "ciclandelato [inn-spanish]", "zinc00405331", "zinc00000189", "54110-27-9[rn]", "3,3,5-trimethylcyclohexyl hydroxy(phenyl)acetate[acd/iupac name]", "207-271-6[einecs]", "ciclandelato[spanish][inn]", "monocyte/macrophage serine esterase", "novodil", "egasyn", "cyclandelate [ban:inn:jan][inn][jan]", "3,3,5-trimethylcyclohexanol a-phenyl-a-hydroxyacetate", "ec 3.1.1.1"}|>, "2282" -> <|"DatabaseID" -> "SW01490", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736426]}, "IsomericSmiles" -> "C[C@@H]1CC[C@H]([C@@H](C1)OC(=O)c2ccccc2O)C(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "menthyl salicylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20055232]}, "Synonyms" -> {"201-909-7[einecs]", "bidd:er0219", "89-46-3[rn]", "surecn338235", "benzoic acid 2-hydroxy- (1r,2s,5r)-5-methyl-2-(1-methylethyl)cyclohexyl ester,rel-"}|>, "2283" -> <|"DatabaseID" -> "SW01491", "IsomericSmiles" -> "CC[C@@H]1CN(C(C[NH+]1C)C)C(c2ccccc2)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "valporic acid;aminoaetic acid;decosapentaenoic acid;selenius acid;iopanoid acid;azealic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673546]}, "Synonyms" -> {"surecn12148188"}|>, "2284" -> <|"DatabaseID" -> "SW01491", "IsomericSmiles" -> "CC[C@@H]1CN(C(C[NH+]1C)C)C(c2ccccc2)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "valporic acid;aminoaetic acid;decosapentaenoic acid;selenius acid;iopanoid acid;azealic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673546]}, "Synonyms" -> {"surecn12148188"}|>, "2285" -> <|"DatabaseID" -> "SW01491", "IsomericSmiles" -> "CC[C@@H]1CN(C(C[NH+]1C)C)C(c2ccccc2)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "valporic acid;aminoaetic acid;decosapentaenoic acid;selenius acid;iopanoid acid;azealic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673546]}, "Synonyms" -> {"surecn12148188"}|>, "2286" -> <|"DatabaseID" -> "SW01491", "IsomericSmiles" -> "CC[C@@H]1CN(C(C[NH+]1C)C)C(c2ccccc2)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "valporic acid;aminoaetic acid;decosapentaenoic acid;selenius acid;iopanoid acid;azealic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673546]}, "Synonyms" -> {"surecn12148188"}|>, "2287" -> <|"DatabaseID" -> "SW01491", "IsomericSmiles" -> "CC[C@@H]1CN(C(C[NH+]1C)C)C(c2ccccc2)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "valporic acid;aminoaetic acid;decosapentaenoic acid;selenius acid;iopanoid acid;azealic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673546]}, "Synonyms" -> {"surecn12148188"}|>, "2288" -> <|"DatabaseID" -> "SW01491", "IsomericSmiles" -> "CC[C@@H]1CN(C(C[NH+]1C)C)C(c2ccccc2)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "valporic acid;aminoaetic acid;decosapentaenoic acid;selenius acid;iopanoid acid;azealic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673546]}, "Synonyms" -> {"surecn12148188"}|>, "2289" -> <|"DatabaseID" -> "SW01491", "IsomericSmiles" -> "CC[C@@H]1CN(C(C[NH+]1C)C)C(c2ccccc2)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "valporic acid;aminoaetic acid;decosapentaenoic acid;selenius acid;iopanoid acid;azealic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673546]}, "Synonyms" -> {"surecn12148188"}|>, "2290" -> <|"DatabaseID" -> "SW01491", "IsomericSmiles" -> "CC[C@@H]1CN(C(C[NH+]1C)C)C(c2ccccc2)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "valporic acid;aminoaetic acid;decosapentaenoic acid;selenius acid;iopanoid acid;azealic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673546]}, "Synonyms" -> {"surecn12148188"}|>, "2291" -> <|"DatabaseID" -> "SW01492", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54931]}, "IsomericSmiles" -> "CCC(=O)OC1(CCC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Proheptazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60969]}, "Synonyms" -> {"proeptazina [dcit]", "proheptazine", "dimepheprimine", "(1,3-dimethyl-4-phenylazepan-4-yl) propanoate", "proheptazinum[latin]", "proheptazinum [inn-latin]", "4-propionoxy-1,3-dimethyl-4-phenylhexamethylenimine", "hexahydro-1,3-dimethyl-4-phenyl-1h-azepin-4-ol propanoate (ester)", "proheptazine [ban:inn][inn]", "201-006-8[einecs]", "1h-azepin-4-ol", "azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propionate", "proheptazina", "hexahydro-1,3-dimethyl-4-phenylazepin-4-ol propionate ester", "proeptazina", "(1", "1h-azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propanoate (ester)", "proheptazinum", "a-1,3-dimethyl-4-phenyl-4-propionoxyazacycloheptane", "4-phenyl-4-propionoxy-1,3-dimethylazacycloheptane", "1,3-dimethyl-4-phenyl-4-propionyloxyazacycloheptane", "proheptazina[spanish]", "1,3-dimethyl-4-phenyl-4-propionoxyhexamethylenimine", "ac1q2rtw", "77-14-5[rn]"}|>, "2292" -> <|"DatabaseID" -> "SW01492", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54931]}, "IsomericSmiles" -> "CCC(=O)OC1(CCC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Proheptazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60969]}, "Synonyms" -> {"proeptazina [dcit]", "proheptazine", "dimepheprimine", "(1,3-dimethyl-4-phenylazepan-4-yl) propanoate", "proheptazinum[latin]", "proheptazinum [inn-latin]", "4-propionoxy-1,3-dimethyl-4-phenylhexamethylenimine", "hexahydro-1,3-dimethyl-4-phenyl-1h-azepin-4-ol propanoate (ester)", "proheptazine [ban:inn][inn]", "201-006-8[einecs]", "1h-azepin-4-ol", "azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propionate", "proheptazina", "hexahydro-1,3-dimethyl-4-phenylazepin-4-ol propionate ester", "proeptazina", "(1", "1h-azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propanoate (ester)", "proheptazinum", "a-1,3-dimethyl-4-phenyl-4-propionoxyazacycloheptane", "4-phenyl-4-propionoxy-1,3-dimethylazacycloheptane", "1,3-dimethyl-4-phenyl-4-propionyloxyazacycloheptane", "proheptazina[spanish]", "1,3-dimethyl-4-phenyl-4-propionoxyhexamethylenimine", "ac1q2rtw", "77-14-5[rn]"}|>, "2293" -> <|"DatabaseID" -> "SW01492", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54931]}, "IsomericSmiles" -> "CCC(=O)OC1(CCC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Proheptazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60969]}, "Synonyms" -> {"proeptazina [dcit]", "proheptazine", "dimepheprimine", "(1,3-dimethyl-4-phenylazepan-4-yl) propanoate", "proheptazinum[latin]", "proheptazinum [inn-latin]", "4-propionoxy-1,3-dimethyl-4-phenylhexamethylenimine", "hexahydro-1,3-dimethyl-4-phenyl-1h-azepin-4-ol propanoate (ester)", "proheptazine [ban:inn][inn]", "201-006-8[einecs]", "1h-azepin-4-ol", "azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propionate", "proheptazina", "hexahydro-1,3-dimethyl-4-phenylazepin-4-ol propionate ester", "proeptazina", "(1", "1h-azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propanoate (ester)", "proheptazinum", "a-1,3-dimethyl-4-phenyl-4-propionoxyazacycloheptane", "4-phenyl-4-propionoxy-1,3-dimethylazacycloheptane", "1,3-dimethyl-4-phenyl-4-propionyloxyazacycloheptane", "proheptazina[spanish]", "1,3-dimethyl-4-phenyl-4-propionoxyhexamethylenimine", "ac1q2rtw", "77-14-5[rn]"}|>, "2294" -> <|"DatabaseID" -> "SW01492", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54931]}, "IsomericSmiles" -> "CCC(=O)OC1(CCC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Proheptazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60969]}, "Synonyms" -> {"proeptazina [dcit]", "proheptazine", "dimepheprimine", "(1,3-dimethyl-4-phenylazepan-4-yl) propanoate", "proheptazinum[latin]", "proheptazinum [inn-latin]", "4-propionoxy-1,3-dimethyl-4-phenylhexamethylenimine", "hexahydro-1,3-dimethyl-4-phenyl-1h-azepin-4-ol propanoate (ester)", "proheptazine [ban:inn][inn]", "201-006-8[einecs]", "1h-azepin-4-ol", "azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propionate", "proheptazina", "hexahydro-1,3-dimethyl-4-phenylazepin-4-ol propionate ester", "proeptazina", "(1", "1h-azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propanoate (ester)", "proheptazinum", "a-1,3-dimethyl-4-phenyl-4-propionoxyazacycloheptane", "4-phenyl-4-propionoxy-1,3-dimethylazacycloheptane", "1,3-dimethyl-4-phenyl-4-propionyloxyazacycloheptane", "proheptazina[spanish]", "1,3-dimethyl-4-phenyl-4-propionoxyhexamethylenimine", "ac1q2rtw", "77-14-5[rn]"}|>, "2295" -> <|"DatabaseID" -> "SW01492", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54931]}, "IsomericSmiles" -> "CCC(=O)OC1(CCC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Proheptazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60969]}, "Synonyms" -> {"proeptazina [dcit]", "proheptazine", "dimepheprimine", "(1,3-dimethyl-4-phenylazepan-4-yl) propanoate", "proheptazinum[latin]", "proheptazinum [inn-latin]", "4-propionoxy-1,3-dimethyl-4-phenylhexamethylenimine", "hexahydro-1,3-dimethyl-4-phenyl-1h-azepin-4-ol propanoate (ester)", "proheptazine [ban:inn][inn]", "201-006-8[einecs]", "1h-azepin-4-ol", "azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propionate", "proheptazina", "hexahydro-1,3-dimethyl-4-phenylazepin-4-ol propionate ester", "proeptazina", "(1", "1h-azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propanoate (ester)", "proheptazinum", "a-1,3-dimethyl-4-phenyl-4-propionoxyazacycloheptane", "4-phenyl-4-propionoxy-1,3-dimethylazacycloheptane", "1,3-dimethyl-4-phenyl-4-propionyloxyazacycloheptane", "proheptazina[spanish]", "1,3-dimethyl-4-phenyl-4-propionoxyhexamethylenimine", "ac1q2rtw", "77-14-5[rn]"}|>, "2296" -> <|"DatabaseID" -> "SW01492", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54931]}, "IsomericSmiles" -> "CCC(=O)OC1(CCC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Proheptazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60969]}, "Synonyms" -> {"proeptazina [dcit]", "proheptazine", "dimepheprimine", "(1,3-dimethyl-4-phenylazepan-4-yl) propanoate", "proheptazinum[latin]", "proheptazinum [inn-latin]", "4-propionoxy-1,3-dimethyl-4-phenylhexamethylenimine", "hexahydro-1,3-dimethyl-4-phenyl-1h-azepin-4-ol propanoate (ester)", "proheptazine [ban:inn][inn]", "201-006-8[einecs]", "1h-azepin-4-ol", "azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propionate", "proheptazina", "hexahydro-1,3-dimethyl-4-phenylazepin-4-ol propionate ester", "proeptazina", "(1", "1h-azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propanoate (ester)", "proheptazinum", "a-1,3-dimethyl-4-phenyl-4-propionoxyazacycloheptane", "4-phenyl-4-propionoxy-1,3-dimethylazacycloheptane", "1,3-dimethyl-4-phenyl-4-propionyloxyazacycloheptane", "proheptazina[spanish]", "1,3-dimethyl-4-phenyl-4-propionoxyhexamethylenimine", "ac1q2rtw", "77-14-5[rn]"}|>, "2297" -> <|"DatabaseID" -> "SW01492", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54931]}, "IsomericSmiles" -> "CCC(=O)OC1(CCC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Proheptazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60969]}, "Synonyms" -> {"proeptazina [dcit]", "proheptazine", "dimepheprimine", "(1,3-dimethyl-4-phenylazepan-4-yl) propanoate", "proheptazinum[latin]", "proheptazinum [inn-latin]", "4-propionoxy-1,3-dimethyl-4-phenylhexamethylenimine", "hexahydro-1,3-dimethyl-4-phenyl-1h-azepin-4-ol propanoate (ester)", "proheptazine [ban:inn][inn]", "201-006-8[einecs]", "1h-azepin-4-ol", "azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propionate", "proheptazina", "hexahydro-1,3-dimethyl-4-phenylazepin-4-ol propionate ester", "proeptazina", "(1", "1h-azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propanoate (ester)", "proheptazinum", "a-1,3-dimethyl-4-phenyl-4-propionoxyazacycloheptane", "4-phenyl-4-propionoxy-1,3-dimethylazacycloheptane", "1,3-dimethyl-4-phenyl-4-propionyloxyazacycloheptane", "proheptazina[spanish]", "1,3-dimethyl-4-phenyl-4-propionoxyhexamethylenimine", "ac1q2rtw", "77-14-5[rn]"}|>, "2298" -> <|"DatabaseID" -> "SW01492", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54931]}, "IsomericSmiles" -> "CCC(=O)OC1(CCC[NH+](CC1C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Proheptazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60969]}, "Synonyms" -> {"proeptazina [dcit]", "proheptazine", "dimepheprimine", "(1,3-dimethyl-4-phenylazepan-4-yl) propanoate", "proheptazinum[latin]", "proheptazinum [inn-latin]", "4-propionoxy-1,3-dimethyl-4-phenylhexamethylenimine", "hexahydro-1,3-dimethyl-4-phenyl-1h-azepin-4-ol propanoate (ester)", "proheptazine [ban:inn][inn]", "201-006-8[einecs]", "1h-azepin-4-ol", "azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propionate", "proheptazina", "hexahydro-1,3-dimethyl-4-phenylazepin-4-ol propionate ester", "proeptazina", "(1", "1h-azepin-4-ol hexahydro-1,3-dimethyl-4-phenyl- propanoate (ester)", "proheptazinum", "a-1,3-dimethyl-4-phenyl-4-propionoxyazacycloheptane", "4-phenyl-4-propionoxy-1,3-dimethylazacycloheptane", "1,3-dimethyl-4-phenyl-4-propionyloxyazacycloheptane", "proheptazina[spanish]", "1,3-dimethyl-4-phenyl-4-propionoxyhexamethylenimine", "ac1q2rtw", "77-14-5[rn]"}|>, "2299" -> <|"DatabaseID" -> "SW01493", "IsomericSmiles" -> "CCC(=O)OC1(C[C@@H]([NH+](C[C@H]1C)C)C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06268"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Trimeperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6148]}, "Synonyms" -> {"1", "trimeperidina [inn-spanish]", "trimeperidinum [inn-latin]", "(2s", "4-piperidinol", "promedol", "dea no. 9646", "isopromedol", "einecs 200-583-3", "trimeperidine"}|>, "2300" -> <|"DatabaseID" -> "SW01493", "IsomericSmiles" -> "CCC(=O)OC1(C[C@@H]([NH+](C[C@H]1C)C)C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06268"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Trimeperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6148]}, "Synonyms" -> {"1", "trimeperidina [inn-spanish]", "trimeperidinum [inn-latin]", "(2s", "4-piperidinol", "promedol", "dea no. 9646", "isopromedol", "einecs 200-583-3", "trimeperidine"}|>, "2301" -> <|"DatabaseID" -> "SW01493", "IsomericSmiles" -> "CCC(=O)OC1(C[C@@H]([NH+](C[C@H]1C)C)C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06268"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Trimeperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6148]}, "Synonyms" -> {"1", "trimeperidina [inn-spanish]", "trimeperidinum [inn-latin]", "(2s", "4-piperidinol", "promedol", "dea no. 9646", "isopromedol", "einecs 200-583-3", "trimeperidine"}|>, "2302" -> <|"DatabaseID" -> "SW01493", "IsomericSmiles" -> "CCC(=O)OC1(C[C@@H]([NH+](C[C@H]1C)C)C)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06268"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Trimeperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6148]}, "Synonyms" -> {"1", "trimeperidina [inn-spanish]", "trimeperidinum [inn-latin]", "(2s", "4-piperidinol", "promedol", "dea no. 9646", "isopromedol", "einecs 200-583-3", "trimeperidine"}|>, "2303" -> <|"DatabaseID" -> "SW01494", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01552"]}, "IsomericSmiles" -> "CCC1C[NH+](CCC1(c2ccccc2)OC(=O)CC)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "meprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61118]}, "Synonyms" -> {"betameprodine", "betameprodinum", "betameprodinum [inn-latin]", "ac1l1uk6", "oprea1_511707", "betameprodina [inn-spanish]", "468-50-8", "betameprodina", "meprodine", "chemdiv1_027244"}|>, "2304" -> <|"DatabaseID" -> "SW01494", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01552"]}, "IsomericSmiles" -> "CCC1C[NH+](CCC1(c2ccccc2)OC(=O)CC)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "meprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61118]}, "Synonyms" -> {"betameprodine", "betameprodinum", "betameprodinum [inn-latin]", "ac1l1uk6", "oprea1_511707", "betameprodina [inn-spanish]", "468-50-8", "betameprodina", "meprodine", "chemdiv1_027244"}|>, "2305" -> <|"DatabaseID" -> "SW01494", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01552"]}, "IsomericSmiles" -> "CCC1C[NH+](CCC1(c2ccccc2)OC(=O)CC)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "meprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61118]}, "Synonyms" -> {"betameprodine", "betameprodinum", "betameprodinum [inn-latin]", "ac1l1uk6", "oprea1_511707", "betameprodina [inn-spanish]", "468-50-8", "betameprodina", "meprodine", "chemdiv1_027244"}|>, "2306" -> <|"DatabaseID" -> "SW01494", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01552"]}, "IsomericSmiles" -> "CCC1C[NH+](CCC1(c2ccccc2)OC(=O)CC)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "meprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61118]}, "Synonyms" -> {"betameprodine", "betameprodinum", "betameprodinum [inn-latin]", "ac1l1uk6", "oprea1_511707", "betameprodina [inn-spanish]", "468-50-8", "betameprodina", "meprodine", "chemdiv1_027244"}|>, "2307" -> <|"DatabaseID" -> "SW01494", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01552"]}, "IsomericSmiles" -> "CCC1C[NH+](CCC1(c2ccccc2)OC(=O)CC)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "meprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61118]}, "Synonyms" -> {"betameprodine", "betameprodinum", "betameprodinum [inn-latin]", "ac1l1uk6", "oprea1_511707", "betameprodina [inn-spanish]", "468-50-8", "betameprodina", "meprodine", "chemdiv1_027244"}|>, "2308" -> <|"DatabaseID" -> "SW01494", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01552"]}, "IsomericSmiles" -> "CCC1C[NH+](CCC1(c2ccccc2)OC(=O)CC)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "meprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61118]}, "Synonyms" -> {"betameprodine", "betameprodinum", "betameprodinum [inn-latin]", "ac1l1uk6", "oprea1_511707", "betameprodina [inn-spanish]", "468-50-8", "betameprodina", "meprodine", "chemdiv1_027244"}|>, "2309" -> <|"DatabaseID" -> "SW01494", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01552"]}, "IsomericSmiles" -> "CCC1C[NH+](CCC1(c2ccccc2)OC(=O)CC)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "meprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61118]}, "Synonyms" -> {"betameprodine", "betameprodinum", "betameprodinum [inn-latin]", "ac1l1uk6", "oprea1_511707", "betameprodina [inn-spanish]", "468-50-8", "betameprodina", "meprodine", "chemdiv1_027244"}|>, "2310" -> <|"DatabaseID" -> "SW01494", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01552"]}, "IsomericSmiles" -> "CCC1C[NH+](CCC1(c2ccccc2)OC(=O)CC)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "meprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61118]}, "Synonyms" -> {"betameprodine", "betameprodinum", "betameprodinum [inn-latin]", "ac1l1uk6", "oprea1_511707", "betameprodina [inn-spanish]", "468-50-8", "betameprodina", "meprodine", "chemdiv1_027244"}|>, "2311" -> <|"DatabaseID" -> "SW01495", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55067]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01499"]}, "IsomericSmiles" -> "CC[C@H]1C[NH+](CC[C@@]1(c2ccccc2)OC(=O)CC)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Alphameprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61119]}, "Synonyms" -> {"alphameprodine", "alphameprodinum [inn-latin]", "alphameprodinum[latin]", "alfameprodina [inn-spanish]", "alphameprodine [ban:dcf:inn][inn]", "alfameprodina[spanish]", "4-piperidinol 3-ethyl-1-methyl-4-phenyl- propanoate(ester),(3s,4r)-", "dea no. 9604", "207-409-5[einecs]", "(3s,4r)-3-ethyl-1-methyl-4-phenylpiperidin-4-yl propionate", "alphameprodinum", "468-51-9", "alfameprodina", "468-51-9[rn]", "cis-3-ethyl-1-methyl-4-phenyl-4-piperidinyl propionate", "ac1l1uk9", "einecs 207-409-5", "unii-1177i648l1", "cis-3-ethyl-1-methyl-4-phenyl-4-propionyloxypiperidine"}|>, "2312" -> <|"DatabaseID" -> "SW01495", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55067]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01499"]}, "IsomericSmiles" -> "CC[C@H]1C[NH+](CC[C@@]1(c2ccccc2)OC(=O)CC)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Alphameprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61119]}, "Synonyms" -> {"alphameprodine", "alphameprodinum [inn-latin]", "alphameprodinum[latin]", "alfameprodina [inn-spanish]", "alphameprodine [ban:dcf:inn][inn]", "alfameprodina[spanish]", "4-piperidinol 3-ethyl-1-methyl-4-phenyl- propanoate(ester),(3s,4r)-", "dea no. 9604", "207-409-5[einecs]", "(3s,4r)-3-ethyl-1-methyl-4-phenylpiperidin-4-yl propionate", "alphameprodinum", "468-51-9", "alfameprodina", "468-51-9[rn]", "cis-3-ethyl-1-methyl-4-phenyl-4-piperidinyl propionate", "ac1l1uk9", "einecs 207-409-5", "unii-1177i648l1", "cis-3-ethyl-1-methyl-4-phenyl-4-propionyloxypiperidine"}|>, "2313" -> <|"DatabaseID" -> "SW01496", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3997"], ExternalIdentifier["ChEBIID", "3996"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21168]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00924"]}, "IsomericSmiles" -> "C[NH+](C)CCC=C1c2ccccc2C=Cc3c1cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00772"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cyclobenzaprine hcl", "FDA Approved Drug" -> "CYCLOBENZAPRINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449160", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22576], ExternalIdentifier["PubChemCompoundID", 2895]}, "Synonyms" -> {"flexeril", "flexiban", "cyclobenzaprine hcl", "cloben", "proheptatriene", "lisseril", "cyclobenzaprine", "cyclobenzaprine hydrochloride", "cyclobenz", "proeptatriene", "mk 130 hydrochloride", "tensodox", "cycloflex", "5-(3-dimethylaminopropylidene) dibenzo(a,e)cycloheptatriene hydrochloride", "1-propanamine 3-(5h-dibenzo[a,d]cyclohepten-5-ylidene)-n,n-dimethyl- hydrochloride (1:1)", "cyclobenzaprine hydrochloride[usp]", "serotonin receptor 2a", "3-(5h-dibenzo[a,d]cyclohepten-5-ylidene)propyl(dimethyl)ammonium chloride", "cyben", "mk 130 hcl", "1-propanamine 3-(5h-dibenzo[a,d]cyclohepten-5-ylidene)-n,n-dimethyl- hydrochloride", "3-(5h-dibenzo[a,d][7]annulen-5-ylidene)-n,n-dimethylpropan-1-amine hydrochloride(1:1)", "6202-23-9 303-53-7 [cyclobenzaprine]", "mk-130", "n,n-dimethyl-5h-dibenzo[a,d]cycloheptene-d5,g-propylamine hydrochloride", "proheptatriene hydrochloride", "10,11d-amitriptyline hydrochloride", "3-(5h-dibenzo[a,d][7]annulen-5-ylidene)-n,n-dimethylpropan-1-amine hydrochloride", "6202-23-9 303-53-7", "228-264-4[einecs]", "cyclobenzaprine[wiki][inn]", "5- ht-2", "(3-dibenzo[b,f][7]annulen-5-ylidenepropyl)dimethylamine chloride", "1-propanamine 3-(5h-dibenzo(a,d)cyclohepten-5-ylidene)-n,n-dimethyl- hydrochloride", "5-ht-2a", "3-(5h-dibenzo(a,d)cyclohepten-5-ylidene)propyl(dimethyl)ammonium chloride", "proheptatriene monohydrochloride", "5-(3-dimethylaminopropylidene)dibenzo[a,e]cycloheptatriene hydrochloride", "novo-cycloprine", "5-(3-dimethylaminopropylidene)-5h-dibenzo-(a,d)cycloheptene hydrochloride", "proheptatrien monohydrochloride", "cyclobenzaprinehydrochloride", "flexeril (tn)", "3-(5h-dibenzo[a,d][7]annulen-5-yliden)-n,n-dimethylpropan-1-aminhydrochlorid", "flexeril[wiki]", "3-(5h-dibenzo[a,d]cyclohepten-5-ylidene)-n,n-dimethyl-1-propanamine hydrochloride", "6202-23-9[rn]", "amrix", "ciclobenzaprina", "cyclobenzaprinum", "6202-23-9", "yurelax", "proheptatrien"}|>, "2314" -> <|"DatabaseID" -> "SW01497", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 32878], ExternalIdentifier["ChemSpiderID", 176345]}, "IsomericSmiles" -> "C[NH+]1CCCC(=C(c2cccs2)c3cccs3)C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02023"]}, "OfficialNames" -> <|"NPC Approved Name" -> "asverin;tipepidine citrate (1:1)"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9892792], ExternalIdentifier["PubChemCompoundID", 203585]}, "Synonyms" -> {"tipepidine citrate", "3-(di-2-thienylmethylene)-1-methylpiperidine citrate", "asverin-c", "at 327 citrate", "asverine citrate", "asverin citrate", "1-methyl-3-(di-2-thienylmethylene)piperidine citrate", "asverin (tn)", "3-(dithiophen-2-ylmethylidene)-1-methyl-piperidine; 2-(4-hydroxyphenyl)carbonylbenzoic acid", "d01495", "bithiodine {citrate}", "14698-07-8", "antupex(tipepidine hibenzate)", "akos015888134", "st51051527", "a820737", "bithiodine", "asverin", "2-[(4-hydroxyphenyl)carbonyl]benzoicacid 2-[(1-methyl(3-piperidylidene))-2-thienylmethyl]thiophene", "piperidine 3-(di-2-thienylmethylene)-1-methyl- 2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "benzoic acid 2-(4-hydroxybenzoyl)-,compd. with 3-(di-2-thienylmethylene)-1-methylpiperidine (1:1)", "i01-0288", "benzoic acid o-(p-hydroxybenzoyl)-,compd. with 3-(di-2-thienylmethylene)-1-methylpiperidine (1:1)", "2-(4-hydroxybenzoyl)benzoicacid - 3-(dithiophen-2-ylmethylidene)-1-methylpiperidine (1:1)", "asverin c {citrate}", "benzoic acid o-(p-hydroxybenzoyl)-,compd. with 3-(di-2-thienylmethylene)-1-met", "14698-07-8 {citrate}", "piperidine", "31139-87-4", "tipepidine hybenzate", "31139-87-4[rn]", "tipepidine hibenzate (jp16)", "o-(p-hydroxybenzoyl)benzoicacid compound with 3-(di-2-thienylmethylene)-1-methylpiperidine (1:1)", "piperidine 3-(di-2-thienylmethylene)-1-methyl- citrate (1:1)", "tipepidine hibenzate[jp15]"}|>, "2315" -> <|"DatabaseID" -> "SW01497", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 32878], ExternalIdentifier["ChemSpiderID", 176345]}, "IsomericSmiles" -> "C[NH+]1CCCC(=C(c2cccs2)c3cccs3)C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02023"]}, "OfficialNames" -> <|"NPC Approved Name" -> "asverin;tipepidine citrate (1:1)"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9892792], ExternalIdentifier["PubChemCompoundID", 203585]}, "Synonyms" -> {"tipepidine citrate", "3-(di-2-thienylmethylene)-1-methylpiperidine citrate", "asverin-c", "at 327 citrate", "asverine citrate", "asverin citrate", "1-methyl-3-(di-2-thienylmethylene)piperidine citrate", "asverin (tn)", "3-(dithiophen-2-ylmethylidene)-1-methyl-piperidine; 2-(4-hydroxyphenyl)carbonylbenzoic acid", "d01495", "bithiodine {citrate}", "14698-07-8", "antupex(tipepidine hibenzate)", "akos015888134", "st51051527", "a820737", "bithiodine", "asverin", "2-[(4-hydroxyphenyl)carbonyl]benzoicacid 2-[(1-methyl(3-piperidylidene))-2-thienylmethyl]thiophene", "piperidine 3-(di-2-thienylmethylene)-1-methyl- 2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "benzoic acid 2-(4-hydroxybenzoyl)-,compd. with 3-(di-2-thienylmethylene)-1-methylpiperidine (1:1)", "i01-0288", "benzoic acid o-(p-hydroxybenzoyl)-,compd. with 3-(di-2-thienylmethylene)-1-methylpiperidine (1:1)", "2-(4-hydroxybenzoyl)benzoicacid - 3-(dithiophen-2-ylmethylidene)-1-methylpiperidine (1:1)", "asverin c {citrate}", "benzoic acid o-(p-hydroxybenzoyl)-,compd. with 3-(di-2-thienylmethylene)-1-met", "14698-07-8 {citrate}", "piperidine", "31139-87-4", "tipepidine hybenzate", "31139-87-4[rn]", "tipepidine hibenzate (jp16)", "o-(p-hydroxybenzoyl)benzoicacid compound with 3-(di-2-thienylmethylene)-1-methylpiperidine (1:1)", "piperidine 3-(di-2-thienylmethylene)-1-methyl- citrate (1:1)", "tipepidine hibenzate[jp15]"}|>, "2316" -> <|"DatabaseID" -> "SW01498", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6937]}, "IsomericSmiles" -> "CCCCOC(=O)COc1ccc(cc1Cl)Cl", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "benzolacetic ester;martaicaria ester"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7206]}, "Synonyms" -> {"butyl 2", "butapon", "lironox", "esso herbicide 10", "acetic acid 2-(2,4-dichlorophenoxy)- butyl ester", "weed-rhap b-4d", "butyl-2,4-dichlorophenoxyacetate", "acetic acid (2 4-dichlorophenoxy)- butyl ester", "miller's 6# ester", "2,4-d n-butyl ester", "2,4-dbe", "sure death no. 6 butyl ester weed killer", "weed-rhap b-2.67d", "de-pester ded-weed me-4", "de-pester ded-weed me-5", "de-pester ded-weed me-6", "(2,4-dichlorophenoxy)acetic acid butyl ester", "de-pester ded-weed me-9", "butyl ester of 2,4-d", "rhodia 2,4-d butyl ester 6l", "miller's 4# ester", "butyl ester 2", "felco hv4 weed killer", "orange ii component", "butyl(2,4-dichlorophenoxy) acetate", "line rider 4t", "3-06-00-00706 (beilstein handbook reference)[beilstein]", "2,4-dichlorophenoxyacetic acid n-butyl ester", "butyl 2,4-dichlorophenoxyacetate", "butyl ester of 2", "diamond shamrock butyl 6d weed killer", "lironox 326", "green cross weed-no-more", "2,4-d butyl ester", "crop rider 2.67d", "olin butyl ester d4 weed killer", "2 4-dichlorophenoxyacetic acid n-butyl ester", "barco weed killer", "unico 2,4-d ester weed killer", "butyl-(2,4-dichlorphenoxy)acetat", "2,4-d n-butyl ester", "2,4-d 1-butyl ester", "butyl (2", "lironox.", "diamond shamrock butyl", "amoco 2,4-d weed killer no. 6b", "c012267", "202-364-8[einecs]", "(2,4-dichlorophenoxy)acetic acid butyl ester", "weed-rhap b-6d", "de-pester ded-weed", "olin butyl ester d6 weed killer", "acetic acid (2,4-dichlorophenoxy)- butyl ester", "diamond shamrock butyl 4d", "butyl 2,4-dichlorophenoxyacetate", "94-80-4[rn]", "shell 40", "butyl ester 2,4-d", "sure death no. 4 butyl ester weed killer", "butyl 2,4-d", "2", "mfa no. 4 weed killer", "2- butylacetate", "n-butylester kyseliny 2,4-dichlorfenoxyoctove[czech]", "t-h ded-weed me-9", "t-h ded-weed me-6", "butyl dichlorophenoxyacetate", "the crop rider", "olin butyl ester d267 weed killer", "butyl (2 4-dichlorophenoxy)acetate", "hi-ester 2,4-d", "butyl [(2,4-dichlorophenyl)oxy]acetate", "(2 4-dichlorophenoxy)acetic acid butyl ester", "techne butyl ester weed killer no. 4", "felco hv2 weed killer", "techne butyl ester weed killer no. 6", "2,4-dichlorophenoxyacetic acid butyl ester", "esteron 76 be", "purple component", "lo-estasol", "abco w.k-67 2,4-d weed killer", "component orange", "butyl (2,4-dichlorophenoxy)acetate[acd/iupac name]", "2,4-dichlorophenoxyacetic acid n-butyl ester", "2.4-d butyl ester", "fernesta", "mfa no. 6 weed killer"}|>, "2317" -> <|"DatabaseID" -> "SW01499", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3696"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54636]}, "IsomericSmiles" -> "c1cn(c(=O)nc1N)C[C@@H](CO)OCP(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00273"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CIDOFOVIR"|>, "PharmGKBID" -> "PA448997", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60613]}, "Synonyms" -> {"vistide", "hpmpc", "forvade", "cidofovir anhydrous", "cidofovir", "(s)-hpmpc", "phosphonic acid [[(1s)-2-(4-amino-2-oxo-1(2h)-pyrimidinyl)-1-(hydroxymethyl)ethoxy]methyl]-", "120362-37-0[rn]", "149394-66-1(dihydrate)", "gs-504", "cdv", "[1-(4-amino-2-oxo-pyrimidin-1-yl)-3-hydroxy-propan-2-yl]oxymethylphosphonic acid", "113852-37-2", "(s)-1-[3-hydroxy-2-(phosphonomethoxy)propyl]cytosine", "113852-37-2[rn]", "149394-66-1[rn]", "vistide (tn)", "[2-(4-amino-2-oxo-2h-pyrimidin-1-yl)-1-hydroxymethyl-ethoxymethyl]-phosphonic acid(cidofovir)", "phosphonic acid ((2-(4-amino-2-oxo-1(2h)-pyrimidinyl)-1-(hydroxymethyl)ethoxy)methyl)- (s)-", "[2-(4-amino-2-oxo-2h-pyrimidin-1-yl)-1-hydroxymethyl-ethoxymethyl]-phosphonic acid", "(s)-1-(3-hydroxy-2-phosphonomethoxypropyl)cytosine", "({[(2s)-1-(4-amino-2-oxo-1(2h)-pyrimidinyl)-3-hydroxy-2-propanyl]oxy}methyl)phosphonic acid[acd/iupac name]", "1-(s)-[3-hydroxy-2-(phosphonomethoxy)propyl]cytosine", "[(s)-2-(4-amino-2-oxo-2h-pyrimidin-1-yl)-1-hydroxymethyl-ethoxymethyl]-phosphonicacid", "(2s)-3-hydroxy-2-phosphonylmethoxypropyl-cytosine", "1-[(s)-3-hydroxy-2-(phosphonomethoxy)propyl]cytosine", "hpmpc [amfar tx dir 1993;6(4)]", "cidofovir[wiki][usan]", "({[(2s)-1-(4-amino-2-oxopyrimidin-1(2h)-yl)-3-hydroxypropan-2-yl]oxy}methyl)phosphonic acid", "vistide[wiki]", "(s)-(3-(4-amino-2-oxopyrimidin-1(2h)-yl)-1-hydroxypropan-2-yloxy)methylphosphonicacid", "(s)-[[2-(4-amino-2-oxo-1(2h)-pyrimidinyl)-1-(hydroxymethyl)ethoxy]methyl]phosphonic acid", "(s)-1-[3-hydroxy-2-(phosphonylmethoxy)propyl]cytosine", "cidofovir; s)-1-(3-hydroxy-2-phosphonylmethoxyproypl)cytosine", "(s)-1-[3-hydroxy-2-(phosphonylmethoxy)-propyl]cytosine", "337376-15-5", "cidofovirum", "gs504"}|>, "2318" -> <|"DatabaseID" -> "SW01500", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2948"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2178]}, "IsomericSmiles" -> "Cn1cnc(c1Sc2c3c(nc[nH]3)ncn2)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00238"]}, "OfficialNames" -> <|"China Approved Name" -> "azathioprine", "WHO Essential Medicine" -> "azathioprine", "Indian Approved Name" -> "azathioprine", "FDA Approved Drug" -> "AZATHIOPRINE;AZATHIOPRINE SODIUM"|>, "PharmGKBID" -> "PA448515", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2265]}, "Synonyms" -> {"azathioprine", "azamun", "azathioprin", "azasan", "imuran", "imurel", "imurek", "azanin", "azatioprin", "ccucol", "6-[(1-methyl-4-nitro-1h-imidazol-5-yl)thio]-9h-purine", "6-((1-methyl-4-nitro-1h-imidazol-5-yl)thio)-7h-purine", "azothioprine", "6-(1'-methyl-4'-nitro-5'-imidazolyl)-mercaptopurine", "azathioprine[wiki][usp][inn][ban][jan][usan][jp15]", "6-(1-methyl-4-nitro-1h-imidazol-5-ylthio)-7h-purine", "azothioprine[wiki]", "purine 6-((1-methyl-4-nitroimidazol-5-yl)thio)-", "6-(methyl-p-nitro-5-imidazolyl)-thiopurine", "9h-purine 6-[(1-methyl-4-nitro-1h-imidazol-5-yl)thio]-", "6-(1-methyl-4-nitroimidazol-5-yl)thiopurine", "6-[(1-methyl-4-nitro-1h-imidazol-5-yl)sulfanyl]-7h-purin", "6-((1-methyl-4-nitroimidazol-5-yl)thio)purine", "6-[(1-methyl-4-nitro-1h-imidazol-5-yl)sulfanyl]-1h-purine", "6-[(1-methyl-4-nitro-1h-imidazol-5-yl)sulfanyl]-7h-purine[acd/iupac name]", "6-((1-methyl-4-nitro-1h-imidazol-5-yl)thio)-1h-purine", "purine 6-(1-methyl-4-nitro-5-imidazolylthio)-", "9005-49-6", "bw-57-322", "6-1'-methyl,4'-nitro,5'-imidazolyl mercaptopurine", "6-(3-methyl-5-nitro-imidazol-4-yl)sulfanyl-7h-purine", "6-[(1-methyl-4-nitro-1h-imidazol-5-yl)thio]-1h-purine", "6-(1-methyl-4-nitro-5-imidazolyl)mercaptopurine", "55774-33-9[rn]", "6-(1-methyl-4-nitroimidazol-5-ylthio)purin[czech]", "6-(3-methyl-5-nitro-3h-imidazol-4-ylsulfanyl)-9h-purine", "azathiopurine", "6-(3-methyl-5-nitro-3h-imidazol-4-ylsulfanyl)-7h-purine", "thiopurine 6-(1-methyl-4-nitroimidazol-5-yl)", "azasan;imuran;azamun;bw-57-322;nsc-39084", "1h-purine 6-((1-methyl-4-nitro-1h-imidazol-5-yl)thio)-", "446-86-6[rn]", "muran[wiki]", "6-({4-nitro-1-methyl-1h-imidazol-5-yl}sulfanyl)-7h-purine", "imuran[wiki]", "6-[(1-methyl-4-nitroimidazol-5-yl)thio]purine", "imuran (tn)", "6-[(1-methyl-4-nitro-1h-imidazol-5-yl)thio]-7h-purine", "bw 57-322", "6-(1-methyl-p-nitro-5-imidazolyl)-thiopurine", "6-[(1-methyl-4-nitro-1h-imidazol-5-yl)sulfanyl]-9h-purine", "methylnitroimidazolylmercaptopurine", "207-175-4[einecs]", "azathioprinum[latin]", "7h-purine 6-[(1-methyl-4-nitro-1h-imidazol-5-yl)thio]-", "azatioprina[spanish][inn]", "1-methyl-4-nitro-5-purin-6-ylthioimidazole"}|>, "2319" -> <|"DatabaseID" -> "SW01501", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59902"], ExternalIdentifier["ChEBIID", "473990"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482312]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00442"]}, "IsomericSmiles" -> "C=C1[C@H](C[C@@H]([C@H]1CO)O)n2cnc3c2nc([nH]c3=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04008"], ExternalIdentifier["KEGGID", "D07896"]}, "OfficialNames" -> <|"Indian Approved Name" -> "entecavir", "FDA Approved Drug" -> "ENTECAVIR"|>, "PharmGKBID" -> "PA164784025", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 153941], ExternalIdentifier["PubChemCompoundID", 16052026]}, "Synonyms" -> {"entecavir", "baraclude", "entecavir hydrate", "entecavir monohydrate", "tl8000933", "\"2-amino-1,9-dihydro-9-[(1s,3r,4s)-4-hydroxy-3-(hydroxymethyl)-2-methylenecyclopentyl]-6h-purin-6-one monohydrate\"", "entecavir[wiki][inn][usan]", "142217-69-4[rn]", "bms 200475-01", "2-amino-9-[(1s,3r,4s)-4-hydroxy-3-(hydroxymethyl)-2-methylidenecyclopentyl]-1,9-dihydro-6h-purin-6-one hydrate", "9-[(1s,3s,4r)-3-hydroxy-4-(hydroxymethyl)-5-methylenecyclopentyl]-2-aminohydropurin-6-one,hydrate", "9-[(1s,3r,4s)-4-hydroxy-3-(hydroxymethyl)-2-methylenecyclopentyl]-guanine monohydrate", "2-amino-1,9-dihydro-9-[(1s,3r,4s)-4-hydroxy-3-(hydroxymethyl)-2-methylenecyclopentyl]-6h-purin-6-one monohydrate", "2-amino-9-[(1s,3r,4s)-4-hydroxy-3-(hydroxymethyl)-2-methylenecyclopentyl]-1,9-dihydro-6h-purin-6-one hydrate", "baraclude[wiki]", "6h-purin-6-one 2-amino-1,9-dihydro-9-((1s,3r,4s)-4-hydroxy-3-(hydroxymethyl)-2-methylenecyclopentyl)- monohydrate", "209216-23-9[rn]", "6h-purin-6-one 2-amino-1,9-dihydro-9-[(1s,3r,4s)-4-hydroxy-3-(hydroxymethyl)-2-methylenecyclopentyl]- monohydrate", "2-amino-9-[(1s,3r,4s)-4-hydroxy-3-(hydroxymethyl)-2-methylidencyclopentyl]-1,9-dihydro-6h-purin-6-onhydrat", "2-amino-9-[(1s,3r,4s)-4-hydroxy-3-(hydroxymethyl)-2-methylenecyclopentyl]-1,9-dihydro-6h-purin-6-one hydrate(1:1)", "6h-purin-6-one 2-amino-1,9-dihydro-9-[(1s,3r,4s)-4-hydroxy-3-(hydroxymethyl)-2-methylenecyclopentyl]- hydrate (1:1)", "ac1l4bec", "deoxyribonucleic acid", "sbb066120", "entecavir (usan)", "142217-69-4", "zinc03802690", "entecavir (inn)", "ac-1593", "entecavir hydrate (jan)", "chembl713", "baraclude (tn)", "chebi:59902", "bms-200475", "chebi:473990", "s2128_selleck", "209216-23-9"}|>, "2320" -> <|"DatabaseID" -> "SW01502", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32166"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5150]}, "IsomericSmiles" -> "Cc1cc(nc(n1)C)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01526"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sulfisomidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5343]}, "Synonyms" -> {"sulfisomidine", "sulfaisodimidinum", "sulfisomidin", "sulfasomidine", "sulfamethin", "sulfaisodimidine", "sulphasomidine", "sulfadimetine", "sulfaisomidine", "einecs 208-204-3", "domain", "6-(p-aminobenzenesulfonamido)-2,4-dimethylpyrimidine", "sulfasodimidine", "sulfanilamide n(sup 1)-(2,6-dimethyl-4-pyrimidinyl)-", "solfisomidina; sulfaisodimidinum", "6-sulfanilamido-2,4-dimethylpyrimidine", "5-25-10-00216 (beilstein handbook reference)[beilstein]", "solfisomidina [dcit]", "elcosine", "(p-aminobenzolsulfonyl)-4-amino-2,6-dimethylpyrimidin", "aristamid", "elkosil", "elkosin", "6-(4-aminobenzenesulfonamido)-2,4-dimethylpyrimidine", "4-sulfanilamido-2,6-dimethylpyrimidine", "domian", "4-amino-n-(2,6-dimethylpyrimidin-4-yl)benzenesulfonamide", "6-(p-aminobenzenesulfonyl)amino-2,4-dimethylpyrimidine", "sulfaisodimerazine", "n(sup 1)-(2,6-dimethyl-4-pyrimidinyl)sulfanilamide", "6-(sulfanilamido)-2,4-dimethyl-1,3-diazine", "2,6-dimethyl-4-sulfanilamidopyrimidine", "208-204-3[einecs]", "erycon", "sulfuisodimidine", "4-amino-n-(2,6-dimethyl-4-pyrimidinyl)benzenesulfonamide[acd/iupac name]", "sulfisomidinum[latin]", "4-sulfa-2,6-dimethylpyrimidine", "515-64-0[rn]", "sulfisomidine[jan]", "4-amino-n-(2,6-dimethylpyrimidin-4-yl)benzene-1-sulfonamide", "n1-(2,6-dimethylpyrimidin-4-yl)sulfanilamide", "sulfisomidine (tn)", "mefenal", "(p-aminobenzolsulfonyl)-4-amino-2,6-dimethylpyrimidin[german]", "6-(p-aminophenylsulfonamido)-2,4-dimethylpyrimidine", "[(4-aminophenyl)sulfonyl](2,6-dimethylpyrimidin-4-yl)amine", "200-346-4[einecs]", "sulfisomidina[spanish][inn]", "4-amino-n-(2,6-dimethyl-pyrimidin-4-yl)-benzenesulfonamide", "isosulf", "4-amino-n-(2,6-dimethyl-4-pyrimidinyl)benzenesulfonamide (9ci)", "n(1)-(2,6-dimethyl-4-pyrimidinyl)sulfanilamide", "n1-(2,6-dimethyl-4-pyrimidinyl)sulfanilamide", "c12h14n4o2s", "5-25-10-00216[beilstein]", "2,4-dimethyl-6-sulfanilamidopyrimidine", "(p-aminobenzolsulfonyl)-4-amino-2,6-dimethylpyrimidine", "57-68-1[rn]", "aristogyn", "benzenesulfonamide 4-amino-n-(2,6-dimethyl-4-pyrimidinyl)-(9ci)", "elkosine", "benzenesulfonamide 4-amino-n-(2,6-dimethyl-4-pyrimidinyl)-", "solfisomidina", "sulfudimetine"}|>, "2321" -> <|"DatabaseID" -> "SW01503", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25517]}, "IsomericSmiles" -> "CCc1c([nH]c2c1C(=O)C(CC2)C[NH+]3CCOCC3)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00796"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MOLINDONE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9883259]}, "Synonyms" -> {"moban", "moban (tn)", "molindone hydrochloride", "3-ethyl-2-methyl-5-(morpholin-4-ylmethyl)-1,5,6,7-tetrahydroindol-4-one", "4h-indol-4-one 3-ethyl-1,5,6,7-tetrahydro-2-methyl-5-(4-morpholinylmethyl)- monohydrochloride", "ncgc00016717-01", "cas-15622-65-8", "3-ethyl-6,7-dihydro-2-methyl-5-(morpholinomethyl)indol-4(5h)-one monohydrochloride", "3-ethyl-1,5,6,7-tetrahydro-2-methyl-5-(4-morpholinylmethyl)-4h-indol-4-one monohydrochloride", "ac1q39nf", "3-ethyl-2-methyl-5-(morpholin-4-ylmethyl)-4,5,6,7-tetrahydro-1h-indol-4-one hydrochloride", "3-ethyl-1,5,6,7-tetrahydro-2-methyl-5-(4-morpholinylmethyl)-4h-indol-4-one hydrochloride", "15622-65-8[rn]", "mfcd01718304", "4h-indol-4-one 3-ethyl-1,5,6,7-tetrahydro-2-methyl-5-(4-morpholinylmethyl)- hydrochloride (1:1)", "dsstox_cid_25417", "3-ethyl-6,7-dihydro-2-methyl-5-morpholinomethylindol-4(5h)-onehydrochloride", "dsstox_rid_80866", "indol-4(5h)-one 3-ethyl-6,7-dihydro-2-methyl-5-(morpholinomethyl)- monohydroch", "molindone hydrochloride[usp]", "lidone", "en-1733a", "3-ethyl-2-methyl-5-(morpholin-4-ylmethyl)-1,5,6,7-tetrahydro-4h-indol-4-one hydrochloride(1:1)", "en 1733 a", "15622-65-8", "3-ethyl-2-methyl-5-(morpholin-4-ylmethyl)-1,5,6,7-tetrahydro-4h-indol-4-one hydrochloride", "indol-4(5h)-one 3-ethyl-6,7-dihydro-2-methyl-5-(morpholinomethyl)- monohydrochloride", "molindone[wiki]", "smr000499578", "3-ethyl-2-methyl-5-(morpholin-4-ylmethyl)-1,5,6,7-tetrahydro-4h-indol-4-onhydrochlorid", "molindone hcl"}|>, "2322" -> <|"DatabaseID" -> "SW01503", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25517]}, "IsomericSmiles" -> "CCc1c([nH]c2c1C(=O)C(CC2)C[NH+]3CCOCC3)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00796"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MOLINDONE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9883259]}, "Synonyms" -> {"moban", "moban (tn)", "molindone hydrochloride", "3-ethyl-2-methyl-5-(morpholin-4-ylmethyl)-1,5,6,7-tetrahydroindol-4-one", "4h-indol-4-one 3-ethyl-1,5,6,7-tetrahydro-2-methyl-5-(4-morpholinylmethyl)- monohydrochloride", "ncgc00016717-01", "cas-15622-65-8", "3-ethyl-6,7-dihydro-2-methyl-5-(morpholinomethyl)indol-4(5h)-one monohydrochloride", "3-ethyl-1,5,6,7-tetrahydro-2-methyl-5-(4-morpholinylmethyl)-4h-indol-4-one monohydrochloride", "ac1q39nf", "3-ethyl-2-methyl-5-(morpholin-4-ylmethyl)-4,5,6,7-tetrahydro-1h-indol-4-one hydrochloride", "3-ethyl-1,5,6,7-tetrahydro-2-methyl-5-(4-morpholinylmethyl)-4h-indol-4-one hydrochloride", "15622-65-8[rn]", "mfcd01718304", "4h-indol-4-one 3-ethyl-1,5,6,7-tetrahydro-2-methyl-5-(4-morpholinylmethyl)- hydrochloride (1:1)", "dsstox_cid_25417", "3-ethyl-6,7-dihydro-2-methyl-5-morpholinomethylindol-4(5h)-onehydrochloride", "dsstox_rid_80866", "indol-4(5h)-one 3-ethyl-6,7-dihydro-2-methyl-5-(morpholinomethyl)- monohydroch", "molindone hydrochloride[usp]", "lidone", "en-1733a", "3-ethyl-2-methyl-5-(morpholin-4-ylmethyl)-1,5,6,7-tetrahydro-4h-indol-4-one hydrochloride(1:1)", "en 1733 a", "15622-65-8", "3-ethyl-2-methyl-5-(morpholin-4-ylmethyl)-1,5,6,7-tetrahydro-4h-indol-4-one hydrochloride", "indol-4(5h)-one 3-ethyl-6,7-dihydro-2-methyl-5-(morpholinomethyl)- monohydrochloride", "molindone[wiki]", "smr000499578", "3-ethyl-2-methyl-5-(morpholin-4-ylmethyl)-1,5,6,7-tetrahydro-4h-indol-4-onhydrochlorid", "molindone hcl"}|>, "2323" -> <|"DatabaseID" -> "SW01504", "IsomericSmiles" -> "C[NH+]1CCc2c(c3ccccc3n2Cc4ccccc4)C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08161"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mebhydrolin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22530]}, "Synonyms" -> {"mebhydrolin", "einecs 208-364-4", "mebhidrolina [inn-spanish]", "mebhydroline [inn-french]", "mebhydroline", "3-benzyl-6-methyl-1", "mebhydrolinum [inn-latin]", "524-81-2", "bexidal", "bas 07119675", "5-benzyl-2-methyl-2"}|>, "2324" -> <|"DatabaseID" -> "SW01504", "IsomericSmiles" -> "C[NH+]1CCc2c(c3ccccc3n2Cc4ccccc4)C1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08161"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mebhydrolin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22530]}, "Synonyms" -> {"mebhydrolin", "einecs 208-364-4", "mebhidrolina [inn-spanish]", "mebhydroline [inn-french]", "mebhydroline", "3-benzyl-6-methyl-1", "mebhydrolinum [inn-latin]", "524-81-2", "bexidal", "bas 07119675", "5-benzyl-2-methyl-2"}|>, "2325" -> <|"DatabaseID" -> "SW01505", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 39085]}, "IsomericSmiles" -> "CCCCCCCCOC(=O)c1ccc(cc1)N(C)C", "OfficialNames" -> <|"Indian Approved Name" -> "padimite"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 42851]}, "Synonyms" -> {"octyl p-dimethylaminobenzoate", "padimite a", "octyl 4-(dimethylamino)benzoate", "ac1l28pg", "surecn194303", "octyl dimethyl 4-aminobenzoic acid", ".; p-dimethylinoctyl benzoate", "octyl 4-(dimethylamino)benzoate[acd/iupac name]", "58817-05-3[rn]", "21245-02-3[rn]", "benzoic acid", "akos015850674", "no cas", "p-dimethylaminobenzoic acid", "p-dimethylinoctyl benzoate", "octyl-dimethyl-p-aminobenzoic acid", "p-dimethylaminobenzoic acid octyl ester", "benzoic acid 4-(dimethylamino)- octyl ester", "benzoic acid p-dimethylamino- octyl ester"}|>, "2326" -> <|"DatabaseID" -> "SW01506", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28343]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)c1ccc(cc1)N(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "escalol 507"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 30541]}, "Synonyms" -> {"padimate o", "escalol 507", "padimate-o", "2-ethylhexyl 4-dimethylaminobenzoate", "arlatone uvb", "radiacare lip balm", "2-ethylhexyl-p-dimethyl-aminobenzoate", "sundown", "132316-35-9[rn]", "octyl dimethyl paba crude", "eusolex 6007", "4-(dimethylamino)benzoic acid 2-ethylhexyl ester", "2-ethylhexyl 4-(dimethylamino)benzoate", "2-ethylhexyl-4-(dimethylamino)benzoate", "quantacure eha", "presun 15", "2-ethylhexyl 4-(dimethylamino)benzoate[acd/iupac name]", "2-ethylhexyl 4-(dimethylamino)benzoatato", "21245-02-3", "padimate o [usan:ban][usan]", "2-ethylhexyl-4-(dimethylamino)benzoat", "benzoic acid octyl dimethyl-p-amino-", "benzoic acid 4-amino- dimethyl- 2-ethylhexyl ester", "2-ethylhexyl p-dimethylaminobenzoate", "benzoic acid 4-(dimethylamino)- 2-ethylhexyl ester", "padimateo; benzoic acid 4-(dimethylamino)-,2-ethylhexyl ester; octyldimethylp-aminobenzoate; 2-ethylhexyl p-dimethylaminobenzoate;", "photoplex", "21245-02-3[rn]", "presun 46", "4-(dimethylamino)benzoic acid 2-ethylhexyl ester", "benzoic acid p-(dimethylamino)- 2-ethylhexyl ester", "octyl p-dimethylaminobenzoate", "octyl dimethyl p-aminobenzoate", "58817-05-3[rn]", "octyl dimethyl paba", "244-289-3[einecs]", "2-ethylhexyl4-dimethylaminobenzoate", "benzoic acid para-(dimethylamino)- 2-ethylhexyl ester"}|>, "2327" -> <|"DatabaseID" -> "SW01506", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28343]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)c1ccc(cc1)N(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "escalol 507"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 30541]}, "Synonyms" -> {"padimate o", "escalol 507", "padimate-o", "2-ethylhexyl 4-dimethylaminobenzoate", "arlatone uvb", "radiacare lip balm", "2-ethylhexyl-p-dimethyl-aminobenzoate", "sundown", "132316-35-9[rn]", "octyl dimethyl paba crude", "eusolex 6007", "4-(dimethylamino)benzoic acid 2-ethylhexyl ester", "2-ethylhexyl 4-(dimethylamino)benzoate", "2-ethylhexyl-4-(dimethylamino)benzoate", "quantacure eha", "presun 15", "2-ethylhexyl 4-(dimethylamino)benzoate[acd/iupac name]", "2-ethylhexyl 4-(dimethylamino)benzoatato", "21245-02-3", "padimate o [usan:ban][usan]", "2-ethylhexyl-4-(dimethylamino)benzoat", "benzoic acid octyl dimethyl-p-amino-", "benzoic acid 4-amino- dimethyl- 2-ethylhexyl ester", "2-ethylhexyl p-dimethylaminobenzoate", "benzoic acid 4-(dimethylamino)- 2-ethylhexyl ester", "padimateo; benzoic acid 4-(dimethylamino)-,2-ethylhexyl ester; octyldimethylp-aminobenzoate; 2-ethylhexyl p-dimethylaminobenzoate;", "photoplex", "21245-02-3[rn]", "presun 46", "4-(dimethylamino)benzoic acid 2-ethylhexyl ester", "benzoic acid p-(dimethylamino)- 2-ethylhexyl ester", "octyl p-dimethylaminobenzoate", "octyl dimethyl p-aminobenzoate", "58817-05-3[rn]", "octyl dimethyl paba", "244-289-3[einecs]", "2-ethylhexyl4-dimethylaminobenzoate", "benzoic acid para-(dimethylamino)- 2-ethylhexyl ester"}|>, "2328" -> <|"DatabaseID" -> "SW01507", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444436]}, "IsomericSmiles" -> "CCCCC/C=C\\C/C=C\\C/C=C\\CCCCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07213"]}, "OfficialNames" -> <|"Indian Approved Name" -> "gamma linolenic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280933]}, "Synonyms" -> {"gamolenic acid", "ligla", "(z", "(z,z,z)-6,9,12-octadecatrienoic acid", "all-cis-6,9,12-octadecatrienoic acid", "cis-6,cis-9,cis-12-octadecatrienoic acid", "6,9,12-all-cis-octadecatrienoate", "6z,9z,12z-octadecatrienoate", "gamoleic acid", "cis,cis,cis-6,9,12-octadecatrienoic acid", "g-linolenic acid", "c18:3 n-6,9,12 all-cis", "epogam", "6(z),9(z),12(z)-octadecatrienoate", "gamma-linolenic acid", "octadeca-6,9,12-triensaeure", "6,9,12-all-cis-octadecatrienoic acid", "6,9,12-octadecatrienoic acid[acd/iupac name]", "c18:3 (n-6)", "acidum gamolenicum[latin]", "506-26-3[rn]", "6,9,12-octadecatrienoic acid (6z,9z,12z)-", "6", "(6z,9z,12z)-octadecatrienoic acid", "(6z,9z,12z)-octadecatrienoate", "6,9,12-octadecatrienoic acid (z,z,z)-", "gamolenic acid [ban:inn][inn]", "18:3 (n-6)", "ccris 7668", "all-cis-6,9,12-octadecatrienoate", "(6,9,12)-linolenic acid", "6z,9z,12z-octadecatrienoic acid", "(6z,9z,12z)-octadeca-6,9,12-trienoic acid", "[506-26-3]", "(6,9,12)-linolenate", "6(z),9(z),12(z)-octadecatrienoic acid", "(z,z,z)-6,9,12-octadecatrienoate", "acidum gamolenicum [latin]", "cis-6 cis-9 cis-12-octadecatrienoic acid", "1712253[beilstein]", "linoleic acid (9c,12c)", "gla", "efamast", "acido gamolenico [spanish]", "6-cis,9-cis,12-cis-octadecatrienoic acid", "acide gamolenique[french]", "acido gamolenico[spanish]", "6,9,12-octadecatrienoate", "chebi:28661", "acide gamolenique [french]"}|>, "2329" -> <|"DatabaseID" -> "SW01508", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27432"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444437], ExternalIdentifier["ChemSpiderID", 4574388]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00132"]}, "IsomericSmiles" -> "CC/C=C\\C/C=C\\C/C=C\\CCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linolenic acid;r-linolenic acid", "Indian Approved Name" -> "linolenic acid"|>, "PharmGKBID" -> "PA449384", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280934], ExternalIdentifier["PubChemCompoundID", 5461005]}, "Synonyms" -> {"linolenate", "alpha-linolenate", "alpha-linolenic acid", "(9z,12z,15z)-octadecatrienoic acid", "linolenic acid", "ala", "9,12,15-octadecatrienoic acid", "463-40-1", "cis", "(9z", "9,12,15-octadecatrienoic acid (9z,12z,15z)- (9ci)", "9-cis,12-cis,15-cis-octadecatrienoic acid", "9,12,15-octadecatrienoic acid[acd/iupac name]", "alpha-lnn", "cis,cis,cis-9,12,15-octadecatrienoic acid", "9,12,15-octadecatrienoic acid (z,z,z)-", "(z,z,z)-octadeca-9,12,15-trienoic acid", "1727693[beilstein]", "(z,z,z)-9,12,15-octadecatrienoic acid", "506-26-3[rn]", "9", "a-linolenic acid", "9z,12z,15z-octadecatrienoic acid", "all-cis-9,12,15-octadecatrienoic acid", "cis-9,cis-12,cis-15-octadecatrienoic acid", "cis-9 cis-12 cis-15-octadecatrienoic acid", "(9z,12z,15z)-9,12,15-octadecatrienoic acid", "(9,12,15)-linolenic acid", "463-40-1[rn]", "(9z,12z,15z)octadeca-9,12,15-trienoic acid", "207-334-8[einecs]", "linolenic acid (8ci)", "(all-z)-9,12,15-octadecatrienoic acid", "linolenicacid", "(9z,12z,15z)-octadeca-9,12,15-trienoic acid", "octadecatrienoic acid 9,12,15-(z,z,z)-", "9,12,15-all-cis-octadecatrienoic acid", "9,12,15-octadecatrienoic acid (9z,12z,15z)-", "chebi:27432", "9z", "a-linolenate", "ac1nuu1j", "(9,12,15)-linolenate", "(z,z,z)-9,12,15-octadecatrienoate", "all-cis-9,12,15-octadecatrienoate", "(9z,12z,15z)-octadeca-9,12,15-trienoate", "(9", "linolenic_acid", "all-cis--9,12,15-octadecatrienoate", "cis,cis,cis-9,12,15-octadecatrienoate", "chebi:32387", "zinc03802189"}|>, "2330" -> <|"DatabaseID" -> "SW01509", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61673"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445982]}, "IsomericSmiles" -> "C1CC(C=C1)CCCCCC/C=C/CCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gorlic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282855]}, "Synonyms" -> {"gorlic acid", "2-cyclopentene-1-tridecenoic acid", "chebi:61673", "gorlic acids", "13-(2-cyclopentenyl)-6-tridecenoic acid", "ac1nr0yn", "13-cyclopent-2-en-1-yltridec-6-enoic acid", "13-(2-cyclopenten-1-yl)tridecenoic acid", "13-(cyclopent-2-enyl)-6-tridecenoic acid", "nsc313951", "13-cyclopent-2-enyl-tridec-6-ensaeuren", "nsc-313951", "502-31-8"}|>, "2331" -> <|"DatabaseID" -> "SW01509", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61673"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445982]}, "IsomericSmiles" -> "C1CC(C=C1)CCCCCC/C=C/CCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gorlic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282855]}, "Synonyms" -> {"gorlic acid", "2-cyclopentene-1-tridecenoic acid", "chebi:61673", "gorlic acids", "13-(2-cyclopentenyl)-6-tridecenoic acid", "ac1nr0yn", "13-cyclopent-2-en-1-yltridec-6-enoic acid", "13-(2-cyclopenten-1-yl)tridecenoic acid", "13-(cyclopent-2-enyl)-6-tridecenoic acid", "nsc313951", "13-cyclopent-2-enyl-tridec-6-ensaeuren", "nsc-313951", "502-31-8"}|>, "2332" -> <|"DatabaseID" -> "SW01510", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34400]}, "IsomericSmiles" -> "CCC[NH+](CC)C(CC)C(=O)Nc1c(cccc1C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04095"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETIDOCAINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37497]}, "Synonyms" -> {"etidocaine", "chebi:4904", "etidocaina", "36637-18-0", "n-(2,6-dimethylphenyl)-2-[ethyl(propyl)amino]butanamide[acd/iupac name]", "butanamide n-(2,6-dimethylphenyl)-2-(ethylpropylamino)-", "etidocaine [usan:ban:inn][inn][usan]", "n-(2,6-dimethyl-phenyl)-2-(ethyl-propyl-amino)-butyramide", "2-(ethylpropylamino)-2'", "253-144-3[einecs]", "36637-19-1[rn]", "einecs 253-143-8", "253-143-8[einecs]", "etidocaina[spanish][inn]", "2-(ethylpropylamino)-2',6'-butyroxylidide", "etidocaina [inn-spanish]", "brn 2741181", "etidocainum [inn_la]", "2',6'-butyroxylidide 2-(ethylpropylamino)-", "36637-18-0[rn]", "60108-68-1[rn]", "etidocaine[wiki]", "etidocainum[latin]", "etidocainum", "duranest", "etidocainum [inn-latin]"}|>, "2333" -> <|"DatabaseID" -> "SW01510", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34400]}, "IsomericSmiles" -> "CCC[NH+](CC)C(CC)C(=O)Nc1c(cccc1C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04095"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETIDOCAINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37497]}, "Synonyms" -> {"etidocaine", "chebi:4904", "etidocaina", "36637-18-0", "n-(2,6-dimethylphenyl)-2-[ethyl(propyl)amino]butanamide[acd/iupac name]", "butanamide n-(2,6-dimethylphenyl)-2-(ethylpropylamino)-", "etidocaine [usan:ban:inn][inn][usan]", "n-(2,6-dimethyl-phenyl)-2-(ethyl-propyl-amino)-butyramide", "2-(ethylpropylamino)-2'", "253-144-3[einecs]", "36637-19-1[rn]", "einecs 253-143-8", "253-143-8[einecs]", "etidocaina[spanish][inn]", "2-(ethylpropylamino)-2',6'-butyroxylidide", "etidocaina [inn-spanish]", "brn 2741181", "etidocainum [inn_la]", "2',6'-butyroxylidide 2-(ethylpropylamino)-", "36637-18-0[rn]", "60108-68-1[rn]", "etidocaine[wiki]", "etidocainum[latin]", "etidocainum", "duranest", "etidocainum [inn-latin]"}|>, "2334" -> <|"DatabaseID" -> "SW01510", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34400]}, "IsomericSmiles" -> "CCC[NH+](CC)C(CC)C(=O)Nc1c(cccc1C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04095"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETIDOCAINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37497]}, "Synonyms" -> {"etidocaine", "chebi:4904", "etidocaina", "36637-18-0", "n-(2,6-dimethylphenyl)-2-[ethyl(propyl)amino]butanamide[acd/iupac name]", "butanamide n-(2,6-dimethylphenyl)-2-(ethylpropylamino)-", "etidocaine [usan:ban:inn][inn][usan]", "n-(2,6-dimethyl-phenyl)-2-(ethyl-propyl-amino)-butyramide", "2-(ethylpropylamino)-2'", "253-144-3[einecs]", "36637-19-1[rn]", "einecs 253-143-8", "253-143-8[einecs]", "etidocaina[spanish][inn]", "2-(ethylpropylamino)-2',6'-butyroxylidide", "etidocaina [inn-spanish]", "brn 2741181", "etidocainum [inn_la]", "2',6'-butyroxylidide 2-(ethylpropylamino)-", "36637-18-0[rn]", "60108-68-1[rn]", "etidocaine[wiki]", "etidocainum[latin]", "etidocainum", "duranest", "etidocainum [inn-latin]"}|>, "2335" -> <|"DatabaseID" -> "SW01510", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34400]}, "IsomericSmiles" -> "CCC[NH+](CC)C(CC)C(=O)Nc1c(cccc1C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04095"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETIDOCAINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37497]}, "Synonyms" -> {"etidocaine", "chebi:4904", "etidocaina", "36637-18-0", "n-(2,6-dimethylphenyl)-2-[ethyl(propyl)amino]butanamide[acd/iupac name]", "butanamide n-(2,6-dimethylphenyl)-2-(ethylpropylamino)-", "etidocaine [usan:ban:inn][inn][usan]", "n-(2,6-dimethyl-phenyl)-2-(ethyl-propyl-amino)-butyramide", "2-(ethylpropylamino)-2'", "253-144-3[einecs]", "36637-19-1[rn]", "einecs 253-143-8", "253-143-8[einecs]", "etidocaina[spanish][inn]", "2-(ethylpropylamino)-2',6'-butyroxylidide", "etidocaina [inn-spanish]", "brn 2741181", "etidocainum [inn_la]", "2',6'-butyroxylidide 2-(ethylpropylamino)-", "36637-18-0[rn]", "60108-68-1[rn]", "etidocaine[wiki]", "etidocainum[latin]", "etidocainum", "duranest", "etidocainum [inn-latin]"}|>, "2336" -> <|"DatabaseID" -> "SW01511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107224]}, "IsomericSmiles" -> "c1c2c(cc(c1C3CCCCC3)Cl)C(CC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01330"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clidanac"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120108]}, "Synonyms" -> {"clidanac", "indanal", "dl-tai 284", "dl-clidanac", "britai", "6-chloro-5-cyclohexylindanecarboxylic acid", "(+)-6-chloro-5-cyclohexylindan-1-carboxylic acid", "6-chloro-5-cyclohexyl-indan-1-carboxylic acid", "34148-01-1", "clidanacum [inn-latin]", "1h-indene-1-carboxylic acid 6-chloro-5-cyclohexyl-2,3-dihydro-", "28968-07-2[rn]", "clidanaco[spanish][inn]", "(+-)-clidanac", "28968-09-4[rn]", "1-indancarboxylic acid 6-chloro-5-cyclohexyl- (+)-", "34148-01-1[rn]", "6-chloro-5-cyclohexyl-1-indanecarboxylic acid[acd/iupac name]", "clidanaco [inn-spanish]", "6-chloro-5-cyclohexylindan-1-carboxylic acid", "6-chloro-5-cyclohexylindane-1-carboxylic acid", "6-chloro-5-cyclohexyl-indan-1-carboxylic acid(clidanac)", "6-chloro-5-cyclohexyl-1-indancarboxylic acid", "6-chloro-5-cyclohexyl-2,3-dihydro-1h-indene-1-carboxylic acid", "(+,-)-6-chloro-5-cyclohexylindan-1-carboxylic acid", "1h-indene-1-carboxylic acid 6-chloro-5-cyclohexyl-2,3-dihydro-(9ci)", "6-chloro-5-cyclohexyl-2", "clidanacum[latin]", "clidanac [inn:jan][inn][jan]", "1-indancarboxylic acid 6-chloro-5-cyclohexyl-"}|>, "2337" -> <|"DatabaseID" -> "SW01511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107224]}, "IsomericSmiles" -> "c1c2c(cc(c1C3CCCCC3)Cl)C(CC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01330"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clidanac"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120108]}, "Synonyms" -> {"clidanac", "indanal", "dl-tai 284", "dl-clidanac", "britai", "6-chloro-5-cyclohexylindanecarboxylic acid", "(+)-6-chloro-5-cyclohexylindan-1-carboxylic acid", "6-chloro-5-cyclohexyl-indan-1-carboxylic acid", "34148-01-1", "clidanacum [inn-latin]", "1h-indene-1-carboxylic acid 6-chloro-5-cyclohexyl-2,3-dihydro-", "28968-07-2[rn]", "clidanaco[spanish][inn]", "(+-)-clidanac", "28968-09-4[rn]", "1-indancarboxylic acid 6-chloro-5-cyclohexyl- (+)-", "34148-01-1[rn]", "6-chloro-5-cyclohexyl-1-indanecarboxylic acid[acd/iupac name]", "clidanaco [inn-spanish]", "6-chloro-5-cyclohexylindan-1-carboxylic acid", "6-chloro-5-cyclohexylindane-1-carboxylic acid", "6-chloro-5-cyclohexyl-indan-1-carboxylic acid(clidanac)", "6-chloro-5-cyclohexyl-1-indancarboxylic acid", "6-chloro-5-cyclohexyl-2,3-dihydro-1h-indene-1-carboxylic acid", "(+,-)-6-chloro-5-cyclohexylindan-1-carboxylic acid", "1h-indene-1-carboxylic acid 6-chloro-5-cyclohexyl-2,3-dihydro-(9ci)", "6-chloro-5-cyclohexyl-2", "clidanacum[latin]", "clidanac [inn:jan][inn][jan]", "1-indancarboxylic acid 6-chloro-5-cyclohexyl-"}|>, "2338" -> <|"DatabaseID" -> "SW01512", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "174690"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2681]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01407"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(c1cc(c(c(c1)Cl)N)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07713"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clenbuterol"|>, "PharmGKBID" -> "PA164745640", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2783]}, "Synonyms" -> {"planipart", "clenbuterol", "clenbuterolum", "clenbuterolum [inn-latin]", "50306-01-9[rn]", "1-(4-amino-3,5-dichlorophenyl)-2-(tert-butylamino)ethanol", "dl-clenbuterol", "1-(4-amino-3,5-dichloro-phenyl)-2-tert-butylamino-ethanol", "37148-27-9", "256-608-3[einecs]", "nab-365", "nab 365", "clenbuterol (substance)", "244-643-7[einecs]", "nab 365cl", "clenbuterolum [inn_la]", "256-531-5[einecs]", "clenbuterol[wiki]", "clenbuterol hcl", "clenbuterol; clenbuterolum", "clenbuterolum[latin]", "50499-60-0[rn]", "tnf-alpha", "1-(4-amino-3,5-dichlorophenyl)-2-[(1,1-dimethylethyl)amino]ethanol", "tumor necrosis factor ligand superfamily member 2", "(s)-(+)-clenbuterol", "contraspasmin", "spiropent", "clenbuterol hydrochloride", "tnf-a", "clenbuterol [ban:inn][inn]", "(rs)-clenbuterol", "256-529-4[einecs]", "50306-03-1[rn]", "1-(4-amino-3,5-dichloro-phenyl)-2-tert-butylamino-ethanol(clenbuterol)", "21898-19-1[rn]", "ventipulmin", "(+-)-clenbuterol", "4-amino-3,5-dichloro-a-[[(1,1-dimethylethyl)amino]methyl]benzenemethanol", "cachectin", "37148-27-9[rn]", "planipart ", "253-366-0[einecs]", "clenbuterol (inn)", "tumor necrosis factor precursor", "contraspasmin (tn)", "4-amino-a-[(tert-butylamino)methyl]-3,5-dichlorobenzylalcohol"}|>, "2339" -> <|"DatabaseID" -> "SW01512", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "174690"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2681]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01407"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(c1cc(c(c(c1)Cl)N)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07713"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clenbuterol"|>, "PharmGKBID" -> "PA164745640", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2783]}, "Synonyms" -> {"planipart", "clenbuterol", "clenbuterolum", "clenbuterolum [inn-latin]", "50306-01-9[rn]", "1-(4-amino-3,5-dichlorophenyl)-2-(tert-butylamino)ethanol", "dl-clenbuterol", "1-(4-amino-3,5-dichloro-phenyl)-2-tert-butylamino-ethanol", "37148-27-9", "256-608-3[einecs]", "nab-365", "nab 365", "clenbuterol (substance)", "244-643-7[einecs]", "nab 365cl", "clenbuterolum [inn_la]", "256-531-5[einecs]", "clenbuterol[wiki]", "clenbuterol hcl", "clenbuterol; clenbuterolum", "clenbuterolum[latin]", "50499-60-0[rn]", "tnf-alpha", "1-(4-amino-3,5-dichlorophenyl)-2-[(1,1-dimethylethyl)amino]ethanol", "tumor necrosis factor ligand superfamily member 2", "(s)-(+)-clenbuterol", "contraspasmin", "spiropent", "clenbuterol hydrochloride", "tnf-a", "clenbuterol [ban:inn][inn]", "(rs)-clenbuterol", "256-529-4[einecs]", "50306-03-1[rn]", "1-(4-amino-3,5-dichloro-phenyl)-2-tert-butylamino-ethanol(clenbuterol)", "21898-19-1[rn]", "ventipulmin", "(+-)-clenbuterol", "4-amino-3,5-dichloro-a-[[(1,1-dimethylethyl)amino]methyl]benzenemethanol", "cachectin", "37148-27-9[rn]", "planipart ", "253-366-0[einecs]", "clenbuterol (inn)", "tumor necrosis factor precursor", "contraspasmin (tn)", "4-amino-a-[(tert-butylamino)methyl]-3,5-dichlorobenzylalcohol"}|>, "2340" -> <|"DatabaseID" -> "SW01513", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8057780]}, "IsomericSmiles" -> "CS(=O)(=O)OC[C@@H]([C@H](COS(=O)(=O)C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07253"]}, "OfficialNames" -> <|"NPC Approved Name" -> "treosulfan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9882105]}, "Synonyms" -> {"treosulfan", "treosulphan", "ovastat", "treosulfanum [inn-latin]", "dihydroxymyleran", "(2s,3s)-2,3-dihydroxybutane-1,4-diyl dimethanesulfonate", "(2s,3s)-2,3-dihydroxy-1,4-butanediyl dimethanesulfonate", "l-threitol 1,4-bismethanesulfonate", "l-threitol 1,4-dimethanesulfonate", "treosulfano [inn-spanish]", "299-75-2[rn]", "l-threityl dimesylate", "(2s,3s)-threitol 1,4-bismethanesulfonate", "dihydroxybusulfan", "nsc 39069", "treosulfan [inn:ban]", "l-threitol 1,4-bis(methanesulfonate)", "206-081-0[einecs]", "1,2,3,4-butanetetrol 1,4-dimethanesulfonate (2s,3s)-"}|>, "2341" -> <|"DatabaseID" -> "SW01514", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4578]}, "IsomericSmiles" -> "CC(=O)CCCCn1c(=O)c2c(ncn2C)n(c1=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00501"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pentoxifylline", "FDA Approved Drug" -> "PENTOXIFYLLINE"|>, "PharmGKBID" -> "PA450864", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4740]}, "Synonyms" -> {"torental", "trental", "pentoxifylline", "pentoxyphylline", "oxpentifylline", "pentoxifyllin", "pentoxyfylline", "pentoxiphyllium", "vazofirin", "theobromine 1-(5-oxohexyl)-", "pentoxil", "ptx", "5/6/6493", "1-(5-oxohexyl)-3,7-dimethylxanthine", "3,7-dimethyl-1-(5-oxohexyl) xantine", "1h-purine-2,6-dione 3,7-dihydro-3,7-dimethyl-1-(5-oxohexyl)-", "rentylin", "6493-05-6[rn]", "1,2,3,6-tetrahydro-3,7-dimethyl-1-(5-oxohexyl)-2,6-purindion", "3,7-dimethyl-1-(5-oxohexyl)-1h-purine-2,6(3h,7h)-dione", "3,7-dimethyl-1-(5-oxohexyl)-3,7-dihydro-1h-purine-2,6-dione[acd/iupac name]", "agapurin;azupentat;torental;pentoflux;vazofirin", "px", "pentoxiphyllin", "pentoxifylline[wiki]", "3,7-dimethyl-1-(5-oxohexyl)-3,7-dihydro-1h-purin-2,6-dion", "pentoxyifylline", "bl-191", "dimethyloxohexylxanthine", "3,7-dimethyl-1-(5-oxohexyl)xanthine", "pentoxifyllinum[latin]", "3,7-dimethyl-1-(5-oxohexyl)-1,3,7-trihydropurine-2,6-dione", "pnx", "pentoxil[wiki]", "durapental", "pentoxiphylline", "3,7-dimethyl-1-(5-oxo-hexyl)-3,7-dihydro-purine-2,6-dione", "pentoxyphyline", "5-26-14-00081 (beilstein handbook reference)[beilstein]", "5-26-14-00081", "3,7-dihydro-3 7-dimethyl-1-(5-oxohexyl)-1h-purine-2,6-dione", "[6493-05-6]", "pentoxifyllineandintermediates", "pentoxifylline [usan:inn:jan][inn][jan][usan]", "229-374-5[einecs]", "agapurin;", "1677-68-7", "trental[wiki]", "1-(5-oxohexyl)theobromine", "trental (tn)", "3,7-dihydro-3,7-dimethyl-1-(5-oxohexyl)-1h-purine-2,6-dione", "agapurin", "pentoxyphyllin", "d010431", "3,7-dimethyl-1-(5-oxohexyl)xantine", "bl191", "agapurin retard", "azupentat", "3,7-dimethyl-1-(5-oxohexyl)-1h,3h-purin-2,6-dione", "337376-15-5", "pentoxifilina[spanish][inn]", "vasofirin"}|>, "2342" -> <|"DatabaseID" -> "SW01515", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34687"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13837319]}, "IsomericSmiles" -> "CCCCOC(=O)c1ccccc1C(=O)OCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "butyl phthalate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3026]}, "Synonyms" -> {"n-butyl phthalate", "di-n-butyl phthalate", "palatinol c", "celluflex dpb", "polycizer dbp", "genoplast b", "unimoll db", "butyl phthalate", "elaol", "benzene-1,2-dicarboxylic acid di-n-butylester", "staflex dbp", "dibutyl phthalate[wiki]", "phthalic acid di-n-butyl ester", "84-74-2[rn]", "d003993", "phthalate di-n-butyl", "phthalic acid dibutyl ester", "1,2-benzenedicarboxylic acid dibutyl ester", "dbp", "dibutylphthalate", "784-74-2", "202-480-9[einecs]", "benzene-o-dicarboxylic acid di-n-butyl ester", "dibutyl phthalate", "dibutyl 1,2-benzenedicarboxylate", "201-557-4[einecs]", "phtalate de dibutyle[french]", "96-13-9[rn]", "203-690-3[einecs]", "109-64-8[rn]", "butyl 2-(butoxycarbonyl)benzoate", "witcizer 300", "phthalate dibutyl", "di-n-butyl o-phthalate", "dibutylphthalat[german]", "hexaplas m/b", "o-benzenedicarboxylic acid dibutyl ester", "1,2-benzenedicarboxylic acid dibutyl ester", "1914064", "phthalate butyl", "di-n-butylphthalate", "dibutyl benzene-1,2-dicarboxylate"}|>, "2343" -> <|"DatabaseID" -> "SW01516", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 227629]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(Cc1ccccc1)C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucylphenylalanine anhydride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 259325]}, "Synonyms" -> {"leucyl-phenylalanine", "dl-leucyl-dl-phenylalanine", "dl-leu-dl-phe", "leu-phe", "phenylalanine leucyl-", "2-(2-amino-4-methylpentanoylamino)-3-phenylpropanoic acid", "ac1q5scb", "3303-30-8[rn]", "2-(2-amino-4-methyl-pentanoylamino)-3-phenyl-propionic acid", "st51015035", "3063-05-6", "56217-82-4", "leucylphenylalanine", "3063-05-6[rn]", "h-dl-leu-dl-phe-oh", "nsc89191", "56217-82-4[rn]"}|>, "2344" -> <|"DatabaseID" -> "SW01516", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 227629]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(Cc1ccccc1)C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucylphenylalanine anhydride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 259325]}, "Synonyms" -> {"leucyl-phenylalanine", "dl-leucyl-dl-phenylalanine", "dl-leu-dl-phe", "leu-phe", "phenylalanine leucyl-", "2-(2-amino-4-methylpentanoylamino)-3-phenylpropanoic acid", "ac1q5scb", "3303-30-8[rn]", "2-(2-amino-4-methyl-pentanoylamino)-3-phenyl-propionic acid", "st51015035", "3063-05-6", "56217-82-4", "leucylphenylalanine", "3063-05-6[rn]", "h-dl-leu-dl-phe-oh", "nsc89191", "56217-82-4[rn]"}|>, "2345" -> <|"DatabaseID" -> "SW01516", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 227629]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(Cc1ccccc1)C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucylphenylalanine anhydride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 259325]}, "Synonyms" -> {"leucyl-phenylalanine", "dl-leucyl-dl-phenylalanine", "dl-leu-dl-phe", "leu-phe", "phenylalanine leucyl-", "2-(2-amino-4-methylpentanoylamino)-3-phenylpropanoic acid", "ac1q5scb", "3303-30-8[rn]", "2-(2-amino-4-methyl-pentanoylamino)-3-phenyl-propionic acid", "st51015035", "3063-05-6", "56217-82-4", "leucylphenylalanine", "3063-05-6[rn]", "h-dl-leu-dl-phe-oh", "nsc89191", "56217-82-4[rn]"}|>, "2346" -> <|"DatabaseID" -> "SW01516", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 227629]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(Cc1ccccc1)C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucylphenylalanine anhydride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 259325]}, "Synonyms" -> {"leucyl-phenylalanine", "dl-leucyl-dl-phenylalanine", "dl-leu-dl-phe", "leu-phe", "phenylalanine leucyl-", "2-(2-amino-4-methylpentanoylamino)-3-phenylpropanoic acid", "ac1q5scb", "3303-30-8[rn]", "2-(2-amino-4-methyl-pentanoylamino)-3-phenyl-propionic acid", "st51015035", "3063-05-6", "56217-82-4", "leucylphenylalanine", "3063-05-6[rn]", "h-dl-leu-dl-phe-oh", "nsc89191", "56217-82-4[rn]"}|>, "2347" -> <|"DatabaseID" -> "SW01517", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16753"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388453]}, "IsomericSmiles" -> "CC(C)(CO)[C@H](C(=O)NCCC(=O)NCCS)O", "OfficialNames" -> <|"Indian Approved Name" -> "lactobacillus;lactobacillus sporogenes;lactobacillus acidophillus"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439322]}, "Synonyms" -> {"lactobacillus bulgaricus factor", "(r)-pantetheine", "d-pantetheine", "pantetheine[wiki]", "(2r)-2,4-dihydroxy-3,3-dimethyl-n-{3-oxo-3-[(2-sulfanylethyl)amino]propyl}butanamide", "pantetheine", "ag-f-66202", "(2r)-2", "496-65-1", "pantotheine", "ac1l974q", "1 (r)-2,4-dihydroxy-n-[3-[(2-mercaptoethyl)amino]-3-oxopropyl]-3,3-dimethylbutyramide", "496-65-1[rn]", "butanamide 2,4-dihydroxy-n-(3-((2-mercaptoethyl)amino)-3-oxopropyl)-3,3-dimethyl- (r)-", "einecs 207-824-1", "(r)-2,4-dihydroxy-n-(3-((2-mercaptoethyl)amino)-3-oxopropyl)-3,3-dimethylbutyramide"}|>, "2348" -> <|"DatabaseID" -> "SW01518", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9944"], ExternalIdentifier["ChEBIID", "9943"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56641], ExternalIdentifier["ChemSpiderID", 5454]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00285"]}, "IsomericSmiles" -> "C[NH+](C)CC(c1ccc(cc1)OC)C2(CCCCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00821"], ExternalIdentifier["KEGGID", "D08670"]}, "OfficialNames" -> <|"China Approved Name" -> "Venlafaxine", "Indian Approved Name" -> "venlafaxine", "Australia Approved Name" -> "VENLAFAXINE HYDROCHLORIDE", "FDA Approved Drug" -> "VENLAFAXINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451866", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62923], ExternalIdentifier["PubChemCompoundID", 5656]}, "Synonyms" -> {"effexor", "venlafaxine", "elafax", "effexor xr", "venlafaxina [inn-spanish]", "venlafaxinum [inn-latin]", "venlafaxine hydrochloride", "trevilor", "dobupal", "venlafaxine [inn:ban]", "da transporter", "vandral", "dat", "efectin", "efectin[wiki]", "venlafaxine hcl", "cyclohexanol 1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]-,hydrochloride (1:1)", "4240401[beilstein]", "4234848[beilstein]", "effexor;effexor xr;efexor", "99300-78-4", "cyclohexanol 1-(2-(dimethylamino)-1-(4-methoxyphenyl)ethyl)-,hydrochloride", "venlafaxin", "1-(2-(dimethylamino)-1-(4-methoxyphenyl)ethyl)cyclohexanol hydrochloride", "chebi:9943", "efexor[wiki]", "venlafaxinum[latin]", "efexor xr", "1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexanolhydrochlorid", "cyclohexanol 1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]-,hydrochloride", "dl-venlafaxine", "venlafaxine hydrochloride (jan/usan)[jan][usan]", "1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexan-1-ol hydrochloride", "1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexanol hydrochloride(1:1)[acd/iupac name]", "efexor xl", "cyclohexanol 1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]-,chloride,hydrogensalt (1:1)", "n,n-dimethyl-2-(1-hydroxycyclohexyl)-2-(4-methoxyphenyl)ethylamine; 1-[2-dimethylamino-1-(4-methoxyphenyl)ethyl]cyclohexan-1-ol; 1-[(1r)-2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexanol", "effexor lp", "hydrogenchloride1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexanol (1:1:1)", "venlafexine", "1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexanol[acd/iupac name]", "1-(2-(dimethylamino)-1-(4-methoxyphenyl)ethyl)cyclohexanol hydrochloride", "efexor", "n,n-dimethyl-2-(1-hydroxycyclohexyl)-2-(4-methoxyphenyl)ethylamine", "99300-78-4[rn]", "1-{2-(dimethylamino)-1-[4-(methyloxy)phenyl]ethyl}cyclohexanol", "venlafaxina", "1222-05-5[rn]", "93413-44-6[rn]", "93413-69-5[rn]", "venlafaxinum", "venlafaxina[spanish][inn]", "1-[2-dimethylamino-1-(4-methoxy-phenyl)-ethyl]-cyclohexanol", "1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexanol hydrochloride", "venlafaxin hcl", "wy-45030", "cyclohexanol 1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]-", "d,l-venlafaxine", "venlafaxinexr", "1-(2-(dimethylamino)-1-(4-methoxyphenyl)ethyl)cyclohexanol"}|>, "2349" -> <|"DatabaseID" -> "SW01518", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9944"], ExternalIdentifier["ChEBIID", "9943"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56641], ExternalIdentifier["ChemSpiderID", 5454]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00285"]}, "IsomericSmiles" -> "C[NH+](C)CC(c1ccc(cc1)OC)C2(CCCCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00821"], ExternalIdentifier["KEGGID", "D08670"]}, "OfficialNames" -> <|"China Approved Name" -> "Venlafaxine", "Indian Approved Name" -> "venlafaxine", "Australia Approved Name" -> "VENLAFAXINE HYDROCHLORIDE", "FDA Approved Drug" -> "VENLAFAXINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451866", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62923], ExternalIdentifier["PubChemCompoundID", 5656]}, "Synonyms" -> {"effexor", "venlafaxine", "elafax", "effexor xr", "venlafaxina [inn-spanish]", "venlafaxinum [inn-latin]", "venlafaxine hydrochloride", "trevilor", "dobupal", "venlafaxine [inn:ban]", "da transporter", "vandral", "dat", "efectin", "efectin[wiki]", "venlafaxine hcl", "cyclohexanol 1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]-,hydrochloride (1:1)", "4240401[beilstein]", "4234848[beilstein]", "effexor;effexor xr;efexor", "99300-78-4", "cyclohexanol 1-(2-(dimethylamino)-1-(4-methoxyphenyl)ethyl)-,hydrochloride", "venlafaxin", "1-(2-(dimethylamino)-1-(4-methoxyphenyl)ethyl)cyclohexanol hydrochloride", "chebi:9943", "efexor[wiki]", "venlafaxinum[latin]", "efexor xr", "1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexanolhydrochlorid", "cyclohexanol 1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]-,hydrochloride", "dl-venlafaxine", "venlafaxine hydrochloride (jan/usan)[jan][usan]", "1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexan-1-ol hydrochloride", "1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexanol hydrochloride(1:1)[acd/iupac name]", "efexor xl", "cyclohexanol 1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]-,chloride,hydrogensalt (1:1)", "n,n-dimethyl-2-(1-hydroxycyclohexyl)-2-(4-methoxyphenyl)ethylamine; 1-[2-dimethylamino-1-(4-methoxyphenyl)ethyl]cyclohexan-1-ol; 1-[(1r)-2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexanol", "effexor lp", "hydrogenchloride1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexanol (1:1:1)", "venlafexine", "1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexanol[acd/iupac name]", "1-(2-(dimethylamino)-1-(4-methoxyphenyl)ethyl)cyclohexanol hydrochloride", "efexor", "n,n-dimethyl-2-(1-hydroxycyclohexyl)-2-(4-methoxyphenyl)ethylamine", "99300-78-4[rn]", "1-{2-(dimethylamino)-1-[4-(methyloxy)phenyl]ethyl}cyclohexanol", "venlafaxina", "1222-05-5[rn]", "93413-44-6[rn]", "93413-69-5[rn]", "venlafaxinum", "venlafaxina[spanish][inn]", "1-[2-dimethylamino-1-(4-methoxy-phenyl)-ethyl]-cyclohexanol", "1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]cyclohexanol hydrochloride", "venlafaxin hcl", "wy-45030", "cyclohexanol 1-[2-(dimethylamino)-1-(4-methoxyphenyl)ethyl]-", "d,l-venlafaxine", "venlafaxinexr", "1-(2-(dimethylamino)-1-(4-methoxyphenyl)ethyl)cyclohexanol"}|>, "2350" -> <|"DatabaseID" -> "SW01519", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64557]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00934"]}, "IsomericSmiles" -> "C[NH2+]CCCC12CCC(c3c1cccc3)c4c2cccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00818"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MAPROTILINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71478]}, "Synonyms" -> {"ludiomil", "psymion", "maprotiline hydrochloride", "maprotiline hcl", "ciba 34276 ba", "maprotilline hcl", "deprilept", "10262-69-8[rn]", "methyl(3-tetracyclo[6.6.2.0<2,7>.0<9,14>]hexadeca-2,4,6,9,11,13-hexaenylpropyl)amine chloride h", "9,10-ethanoanthracene-9(10h)-propylamine n-methyl- hydrochloride", "maprotiline hydrochloride [usan:jan][jan][usan]", "10347-81-6 10262-69-8", "einecs 233-758-8", "n-methyl-9,10-ethanoanthracene-9(10h)-propylamine hydrochloride", "deprilept;ludiomil;psymion", "1-(3-methylaminopropyl)dibenzo[b,e]bicyclo[2.2.2]octadiene hydrochloride", "9,10-ethanoanthracene-9(10h)-propanamine n-methyl- hydrochloride", "n-methyl-9,10-ethanoanthracene-9(10h)-propanamine hydrochloride", "10347-81-6[rn]", "n-methyl-3-tetracyclo[6.6.2.02,7.09,14]hexadeca-2,4,6,9,11,13-hexaen-1-ylpropan-1-amine hydrochloride", "n-methyl-3-tetracyclo[6.6.2.02,7.09,14]hexadeca-2,4,6,9,11,13-hexaen-1-ylpropan-1-aminhydrochlorid", "maprotylina [polish]", "n-methyl-3-(tetracyclo[6.6.2.02,7.09,14]hexadeca-2,4,6,9,11,13-hexaen-1-yl)propan-1-amine hydrochloride(1:1)", "10347-81-6 10262-69-8 (maprotiline)", "9,10-ethanoanthracene-9(10h)-propanamine n-methyl- hydrochloride (1:1)", "maprotilinum [inn-latin]", "9-(g-methylaminopropyl)-9,10-dihydro-9,10-ethanoanthracene hydrochloride", "maprotilina [inn-spanish]", "ludiomil (tn)", "ba 34276", "alpha 1a- adrenoreceptor", "maprotiline", "[10347-81-6]", "233-758-8[einecs]", "10347-81-6", "1-(3-methylaminopropyl)dibenzo(b,e)bicyclo(2.2.2)octadiene hydrochloride", "alpha 1a-adrenoceptor", "3-(9,10-ethanoanthracen-9(10h)-yl)-n-methylpropan-1-amine hydrochloride(1:1)", "alpha-1c adrenergic receptor", "9-(gamma-methylaminopropyl)-9", "ludiomil[wiki]", "alpha adrenergic receptor 1c"}|>, "2351" -> <|"DatabaseID" -> "SW01520", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59782"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5896]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00729"]}, "IsomericSmiles" -> "C[N+]1(CCC(=C(c2ccccc2)c3ccccc3)CC1)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06878"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DIPHEMANIL METHYLSULFATE"|>, "PharmGKBID" -> "PA164748388", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6126]}, "Synonyms" -> {"prantal", "diphemanil methylsulfate", "diphemanil", "diphemanil methosulfate", "diphenmethanil", "variton", "nivelon", "diphemanil metilsulfate", "demotil", "talpran", "nivelona", "diphenatil", "62-97-5[rn]", "p-(a-phenylbenzylidene)-1,1-dimethylpiperidinium methylsulfate", "4-(diphenylmethylidene)-1,1-dimethylpiperidinium methyl sulfate", "metilsulfato de difemanilo[spanish][inn]", "n,n-dimethyl-4-piperidylidene-1,1-diphenylmethane methylsulfate", "4-(diphenylmethylene)-1,1-dimethylpiperidinium methylsulfate", "diphenmethanil methyl sulfate", "9005-49-6", "diphemanil methylsulfate; n,n-dimethyl-4-piperidylidene-1,1-diphenylmethane methylsulfate", "diphemanil mesylate", "diphenmanil methyl sulfate", "diathal (veterinary)", "vagophemanil methyl sulfate", "diphemanil methyl sulfate", "diphenmethanil methylsulfate", "diphemanil methylsulphate", "diphemanili metilsulfas[latin]", "piperidinium 4-(diphenylmethylene)-1,1-dimethyl- methyl sulfate", "diphemanilum", "diphemanil methylsulfate [inn_en]", "ban-guard (veterinary)", "4-(diphenylmethylene)-1,1-dimethylpiperidinium methylsulfate[acd/iupac name]", "diphenmanil methylsulfate", "200-552-4[einecs]", "metilsulfate de diphemanil[french][inn]", "ban-guard"}|>, "2352" -> <|"DatabaseID" -> "SW01521", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2666"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10594], ExternalIdentifier["ChemSpiderID", 2075]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00321"]}, "IsomericSmiles" -> "C[NH+](C)CCC=C1c2ccccc2CCc3c1cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00809"], ExternalIdentifier["KEGGID", "D07448"]}, "OfficialNames" -> <|"China Approved Name" -> "amitriptyline", "WHO Essential Medicine" -> "amitriptyline", "Indian Approved Name" -> "amitriptyline;amitriptyline hcl", "FDA Approved Drug" -> "AMITRIPTYLINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448385", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11065], ExternalIdentifier["PubChemCompoundID", 2160]}, "Synonyms" -> {"elavil", "seroten", "tryptanol", "amitriptyline", "triptanol", "flavyl", "proheptadiene", "damilen", "lantron", "damitriptyline", "laroxyl", "saroten", "triptilin", "amitriprolidine", "damilan", "amytriptiline", "amitryptiline", "laroxil", "sylvemid", "redomex", "triptisol", "adepress", "sarotex", "elanil", "hexathane", "adepril", "lentizol", "amitid", "amitriptyline hydrochloride", "amitriptyline hcl", "endep", "tryptizol", "pms-levazine 3/15 tab (amitriptyline hydrochloride + perphenazine)_mixture", "etrafon 2 10 (amitriptyline hydrochloride + perphenazine)_mixture", "triavil tab (amitriptyline hydrochloride + perphenazine)_mixture", "ami-anelun", "alpha 1a-adrenoceptor", "apo peram tab 2-25 (amitriptyline hydrochloride + perphenazine)_mixture", "proavil tab (amitriptyline hydrochloride + perphenazine)_mixture", "amavil", "horizon", "etrafon d tab (amitriptyline hydrochloride + perphenazine)_mixture", "alpha-1c adrenergic receptor", "amitriptylin", "alpha adrenergic receptor 1c", "amitryptyline", "apo peram tab 3-15 (amitriptyline hydrochloride + perphenazine)_mixture", "elavil plus tab (amitriptyline hydrochloride + perphenazine)_mixture", "annoyltin", "etrafon f tab (amitriptyline hydrochloride + perphenazine)_mixture", "alpha 1a- adrenoreceptor", "amitril", "etrafon a tab (amitriptyline hydrochloride + perphenazine)_mixture", "pms-levazine 2/25 tab (amitriptyline hydrochloride + perphenazine)_mixture", "pms-levazine 4/25 tab (amitriptyline hydrochloride + perphenazine)_mixture", "domical", "amitriptyline[wiki]", "etrafon", "annolytin", "5-(3'-dimethylaminopropylidene)-dibenzo-(a,d)(1,4)-cycloheptadiene", "amytriptylin", "3-(10,11-dihydro-5h-dibenzo[a,d][7]annulen-5-ylidene)-n,n-dimethyl-1-propanamine[acd/iupac name]", "1-propanamine 3-(10,11-dihydro-5h-dibenzo(a,d)cyclohepten-5-ylidene)-n,n-dimethyl-", "10,11-dihydro-5-(g-dimethylaminopropylidene)-5h-dibenzo[a,d]cycloheptene", "[3-(10,11-dihydro-dibenzo[a,d]cyclohepten-5-ylidene)-propyl]-dimethyl-amine", "5-(3-dimethylaminopropylidene)dibenzo[a,d][1,4]-cycloheptadiene", "amitriptylinum[latin]", "euplit", "3-(10,11-dihydro-5h-dibenzo[a,d]cyclohepten-5-ylidene)-n,n-dimethylpropan-1-amine", "200-041-6[einecs]", "3-(10,11-dihydro-5h-dibenzo(a,d)cyclohepten-5-yliden)-n,n-dimethylpropylamin", "5-(3-dimethylaminopropylidene)-5h-dibenzo[a,d]-10,11-dihydrocycloheptene", "miketorin", "5-(3-dimethylaminopropylidene)-10,11-dihydro-5h-dibenzo(a,d)cycloheptatriene", "5-(g-dimethylaminopropylidene)-5h-dibenzo[a,d]-10,11-dihydrocycloheptene", "[3-(10,11-dihydro-5h-dibenzo[a,d][7]annulen-5-ylidene)propyl]dimethylamine", "amitriptylin[german]", "3-(10,11-dihydro-5h-dibenzo[a,d][7]annulen-5-yliden)-n,n-dimethylpropan-1-amin", "5-(3-dimethylaminopropylidene)-10,11-dihydro-5h-dibenzo(a,d)cycloheptene", "amineurin", "50-48-6[rn]", "(3-(5,6-dihydrodibenzo[b,f][7]annulen-11-ylidene)propyl)dimethylamine", "3-(10,11-dihydro-5h-dibenzo(a,d)cyclohepten-5-ylidene)-n,n-dimethyl-1-propanamine", "3-(10,11-dihydro-5h-dibenzo[a,d][7]annulen-5-ylidene)-n,n-dimethylpropan-1-amine", "3-(10,11-dihydro-5h-dibenzo[a,d]cyclohepten-5-ylidene)-n,n-dimethyl-1-propanamine", "5-(3'-dimethylaminopropylidene)-dibenzo-[a,d][1,4]-cycloheptadiene", "2217885[beilstein]", "10,11-dihydro-n,n-dimethyl-5h-dibenzo[a,d]cycloheptene-d5,g-propylamine", "tryptizol[wiki]", "ro 4-1575", "1-propanamine 3-(10,11-dihydro-5h-dibenzo[a,d]cyclohepten-5-ylidene)-n,n-dimethyl-", "amitriptilina[italian]", "5-(3-dimethylaminopropylidene)dibenzo[a,d][1,4]cycloheptadiene", "elavil hydrochloride", "8058-15-9[rn]", "549-18-8 50-48-6 [amitriptyline]", "amyline", "anapsique", "(3-(5,6-dihydrodibenzo[b,f][7]annulen-11-ylidene)propyl)dimethylamine chlorid e", "levate[wiki]", "trynol", "belpax", "amitriptyline hydrochloride[jan]", "tripta", "enafon", "apo-amitriptyline", "novoprotect", "amitriptyline chloride", "trytomer", "maxivalet", "elavil (tn)", "trepiline", "larozyl", "etravil", "adt-zimaia", "saroten retard", "1-propanamine 3-(10,11-dihydro-5h-dibenzo[a,d]cyclohepten-5-ylidene)-n,n-dimethyl- hydrochloride(1:1)", "vanatrip", "sarotena", "549-18-8[rn]", "triptizol", "amilent", "5-(3-dimethylaminopropylidene)dibenzo(a,d)(1,4)cycloheptadienehydrochloride", "amyzol", "uxen", "1-propanamine 3-(10,11-dihydro-5h-dibenzo[a,d]cyclohepten-5-ylidene)-n,n-dimethyl- hydrochloride", "mitaptyline", "teperin", "5-(3-dimethylaminopropylidene)dibenzo[a,d][1,4]cycloheptadienehydrochloride", "208-964-6[einecs]", "limbitrol ds", "daprimen", "amitriptylinehydrochloride", "3-(10,11-dihydro-5h-dibenzo[a,d][7]annulen-5-ylidene)-n,n-dimethylpropan-1-aminehydrochloride", "1-propanamine 3-(10,11-dihydro-5h-dibenzo(a,d)cyclohepten-5-ylidene)-n,n-dimethyl- hydrochloride", "novotriptyn", "3-(10,11-dihydro-5h-dibenzo[a,d][7]annulen-5-yliden)-n,n-dimethylpropan-1-aminhydrochlorid", "oasil-m", "nornaln", "pinsaun", "limbitrol[wiki]", "amitryptiline hydrochloride", "pinsanu", "triavil", "kyliran", "tryptine", "549-18-8(hcl)", "sk-amitriptyline chloride", "3-(10,11-dihydro-5h-dibenzo[a,d][7]annulen-5-ylidene)-n,n-dimethylpropan-1-aminehydrochloride (1:1)", "amilit", "tryptacap hydrochloride", "elatrol", "tridep", "yamanouchi[wiki]", "elatrolet[wiki]", "(3-(5,6-dihydrodibenzo[b,f][7]annulen-11-ylidene)propyl)dimethylamine chloride", "amiprin", "proheptadien monohydrochloride", "549-18-8 (hcl)", "amiplin", "amicen", "damilen hydrochloride", "amitrip", "rantoron", "tryptizol retard", "syneudon"}|>, "2353" -> <|"DatabaseID" -> "SW01522", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 42256]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01468"]}, "IsomericSmiles" -> "CC[NH+](C)C(C)C=C(c1cccs1)c2cccs2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Ethylmethylthiambutene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46424]}, "Synonyms" -> {"ethylmethylthiambutene", "aethylmethylthiambutenum", "emethibutin", "etilmetiltiambutene [dcit]", "3-buten-2-amine", "etilmetiltiambuteno", "n-ethyl-n,1-dimethyl-3,3-di-2-thienylallylamine", "etilmetiltiambutene", "etilmetiltiambuteno[spanish]", "1c50", "ethylmethylthiambutenum", "ethylmethylthiambutenum[latin]", "allylamine n-ethyl-n,1-dimethyl-3,3-di-2-thienyl-", "207-128-8[einecs]", "441-61-2[rn]", "3-buten-2-amine n-ethyl-n-methyl-4,4-di-2-thienyl-", "ethylmethiambutene", "n-ethyl-n-methyl-4,4-di-2-thienyl-3-buten-2-amine", "441-61-2", "3-ethylmethylamino-1,1-di(2'-thienyl)but-1-ene", "ac1q7fzj", "n-ethyl-n,1-dimethyl-3,3-di-2-thienyl-2-propenamine", "3-ethylmethylamino-1,1-di-(2'-thienyl)-1-butene", "n-ethyl-n-methyl-4,4-di(2-thienyl)but-3-en-2-amine", "ethylmethylthiambutene [ban:dcf:inn][inn]"}|>, "2354" -> <|"DatabaseID" -> "SW01522", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 42256]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01468"]}, "IsomericSmiles" -> "CC[NH+](C)C(C)C=C(c1cccs1)c2cccs2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Ethylmethylthiambutene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46424]}, "Synonyms" -> {"ethylmethylthiambutene", "aethylmethylthiambutenum", "emethibutin", "etilmetiltiambutene [dcit]", "3-buten-2-amine", "etilmetiltiambuteno", "n-ethyl-n,1-dimethyl-3,3-di-2-thienylallylamine", "etilmetiltiambutene", "etilmetiltiambuteno[spanish]", "1c50", "ethylmethylthiambutenum", "ethylmethylthiambutenum[latin]", "allylamine n-ethyl-n,1-dimethyl-3,3-di-2-thienyl-", "207-128-8[einecs]", "441-61-2[rn]", "3-buten-2-amine n-ethyl-n-methyl-4,4-di-2-thienyl-", "ethylmethiambutene", "n-ethyl-n-methyl-4,4-di-2-thienyl-3-buten-2-amine", "441-61-2", "3-ethylmethylamino-1,1-di(2'-thienyl)but-1-ene", "ac1q7fzj", "n-ethyl-n,1-dimethyl-3,3-di-2-thienyl-2-propenamine", "3-ethylmethylamino-1,1-di-(2'-thienyl)-1-butene", "n-ethyl-n-methyl-4,4-di(2-thienyl)but-3-en-2-amine", "ethylmethylthiambutene [ban:dcf:inn][inn]"}|>, "2355" -> <|"DatabaseID" -> "SW01522", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 42256]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01468"]}, "IsomericSmiles" -> "CC[NH+](C)C(C)C=C(c1cccs1)c2cccs2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Ethylmethylthiambutene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46424]}, "Synonyms" -> {"ethylmethylthiambutene", "aethylmethylthiambutenum", "emethibutin", "etilmetiltiambutene [dcit]", "3-buten-2-amine", "etilmetiltiambuteno", "n-ethyl-n,1-dimethyl-3,3-di-2-thienylallylamine", "etilmetiltiambutene", "etilmetiltiambuteno[spanish]", "1c50", "ethylmethylthiambutenum", "ethylmethylthiambutenum[latin]", "allylamine n-ethyl-n,1-dimethyl-3,3-di-2-thienyl-", "207-128-8[einecs]", "441-61-2[rn]", "3-buten-2-amine n-ethyl-n-methyl-4,4-di-2-thienyl-", "ethylmethiambutene", "n-ethyl-n-methyl-4,4-di-2-thienyl-3-buten-2-amine", "441-61-2", "3-ethylmethylamino-1,1-di(2'-thienyl)but-1-ene", "ac1q7fzj", "n-ethyl-n,1-dimethyl-3,3-di-2-thienyl-2-propenamine", "3-ethylmethylamino-1,1-di-(2'-thienyl)-1-butene", "n-ethyl-n-methyl-4,4-di(2-thienyl)but-3-en-2-amine", "ethylmethylthiambutene [ban:dcf:inn][inn]"}|>, "2356" -> <|"DatabaseID" -> "SW01522", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 42256]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01468"]}, "IsomericSmiles" -> "CC[NH+](C)C(C)C=C(c1cccs1)c2cccs2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Ethylmethylthiambutene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46424]}, "Synonyms" -> {"ethylmethylthiambutene", "aethylmethylthiambutenum", "emethibutin", "etilmetiltiambutene [dcit]", "3-buten-2-amine", "etilmetiltiambuteno", "n-ethyl-n,1-dimethyl-3,3-di-2-thienylallylamine", "etilmetiltiambutene", "etilmetiltiambuteno[spanish]", "1c50", "ethylmethylthiambutenum", "ethylmethylthiambutenum[latin]", "allylamine n-ethyl-n,1-dimethyl-3,3-di-2-thienyl-", "207-128-8[einecs]", "441-61-2[rn]", "3-buten-2-amine n-ethyl-n-methyl-4,4-di-2-thienyl-", "ethylmethiambutene", "n-ethyl-n-methyl-4,4-di-2-thienyl-3-buten-2-amine", "441-61-2", "3-ethylmethylamino-1,1-di(2'-thienyl)but-1-ene", "ac1q7fzj", "n-ethyl-n,1-dimethyl-3,3-di-2-thienyl-2-propenamine", "3-ethylmethylamino-1,1-di-(2'-thienyl)-1-butene", "n-ethyl-n-methyl-4,4-di(2-thienyl)but-3-en-2-amine", "ethylmethylthiambutene [ban:dcf:inn][inn]"}|>, "2357" -> <|"DatabaseID" -> "SW01523", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5055]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00884"]}, "IsomericSmiles" -> "c1cc(cnc1)CC(O)(P(=O)([O-])[O-])P(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08484"], ExternalIdentifier["KEGGID", "D00942"]}, "OfficialNames" -> <|"Indian Approved Name" -> "risedronate sodium", "FDA Approved Drug" -> "RISEDRONATE SODIUM"|>, "PharmGKBID" -> "PA451255", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5245]}, "Synonyms" -> {"risedronate", "risedronate sodium", "risedronic acid", "actonel", "benet", "actonel with calcium (procter & gamble) (risedronate sodium + calcium carbonate)_mixture", "bisphosphonate 1", "105462-24-6", "acide risedronique", "acido risedronico", "actonal plus calcium (warner chilcott) (risedronate sodium hemi-pentahydrate + calcium carbonate)_mixture", "actonel 150", "acidum risedronicum", "ne-58095", "1-hydroxy-2-(3-pyridinyl)ethylidene bis-phosphonic acid", "(1-oxidanyl-1-phosphono-2-pyridin-3-yl-ethyl)phosphonic acid", "[1-hydroxy-1-phosphono-2-(3-pyridinyl)ethyl]phosphonic acid", "[1-hydroxy-2-(3-pyridinyl)ethylidene]bis(phosphonic acid)", "ridron", "2-(3-pyridinyl)-1-hydroxyethanediphosphonic acid", "acide risedronique[french][inn]", "[1-hydroxy-2-(3-pyridinyl)-1,1-ethanediyl]bis(phosphonic acid)[acd/iupac name]", "(1-hydroxy-1-phosphono-2-pyridin-3-yl-ethyl)phosphonic acid", "actonel[wiki]", "risedronate[wiki]", "(1-hydroxy-2-(3-pyridyl)ethylidene)diphosphonic acid", "risedronic acid[inn]", "acidum risedronicum[latin]", "acido risedronico[spanish][inn]", "(1-hydroxy-2-pyridin-3-ylethane-1,1-diyl)bis(phosphonic acid)", "phosphonic acid [1-hydroxy-2-(3-pyridinyl)ethylidene]bis-", "[1-hydroxy-2-(3-pyridinyl)ethylidene]bisphosphonic acid", "105462-24-6[rn]", "337376-15-5", "t6nj c1xqpqqo&pqqo;[wln]", "phosphonic acid (1-hydroxy-2-(3-pyridinyl)ethylidene)bis-", "[1-hydroxy-2-(pyridin-3-yl)ethane-1,1-diyl]bis(phosphonic acid)"}|>, "2358" -> <|"DatabaseID" -> "SW01524", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 395765]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02021"]}, "IsomericSmiles" -> "c1cc2c(cc1F)[C@@]3(C[C@@H](O2)C(=O)N)C(=O)NC(=O)N3", "OfficialNames" -> <|"NPC Approved Name" -> "fidarestat"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 449156]}, "Synonyms" -> {"fir", "fidarestat(stereoisomer)", "surecn48828", "zinc00005704", "chembl84060", "db02101", "db02021", "(2r,4s)-2-aminoformyl-6-fluoro-spiro[chroman-4,4'-imidazolidine]-2',5'-dione", "(2r", "chebi:232420", "ac1l9msj", "ar", "aldehyde reductase", "ec 1.1.1.21", "fidarestat"}|>, "2359" -> <|"DatabaseID" -> "SW01525", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 114718]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)Oc2ccc(cc2)CC#N)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "niazirin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 129556]}, "Synonyms" -> {"4-(rhamnosyloxy)phenylacetonitrile", "niazirin", "chembl446981", "122001-32-5[rn]", "ls-29029", "benzeneacetonitrile", "2-[4-[(2s", "4-((6-deoxy-alpha-l-mannopyranosyl)oxy)benzeneacetonitrile", "122001-32-5", "ac1l2vsx", "4-(alpha-l-rhamnosyloxy)phenylacetonitrile"}|>, "2360" -> <|"DatabaseID" -> "SW01526", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8695]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00664"]}, "IsomericSmiles" -> "COc1c(nccn1)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01216"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bifidobacterium longum"|>, "PharmGKBID" -> "PA164747038", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9047]}, "Synonyms" -> {"sulfamethopyrazine", "kelfizina", "dalysep", "sulfalen", "sulfalene", "kelfizin", "kelfizine", "sulfamethoxypyrazine", "polycidal", "longum", "kelfizine w", "sulfapyrazinemethoxine", "smp", "solfametopirazina [dcit]", "sulfamethoxysuccinate", "smp2", "farmitalia 204/122", "sulfapyrazinemethoxyne", "sulfametoxypyridazin", "sulfapyrazinemethoxyine", "sulfametopyrazine", "sulfalenum[latin]", "5-25-12-00574", "sulfalene [usan:inn][inn][usan]", "205-804-7[einecs]", "n(sup1)-(3-methoxypyrazinyl)sulfanilamide", "sulfamethoxypyrazine;dalysep;kelfizine;longum;polycidal", "[(4-aminophenyl)sulfonyl](3-methoxypyrazin-2-yl)amine", "n(sup 1)-(3-methoxypyrazinyl)sulfanilamide", "einecs 205-804-7", "kelfizina (tn)", "5-25-12-00574 (beilstein handbook reference)[beilstein]", "sulfalene;sulfamethoxypyrazine;sulfametopyrazine", "sulfamethoxypyrazine;", "5175-55-3[rn]", "4-amino-n-(3-methoxypyrazin-2-yl)benzenesulfonamide", "n1-(3-methoxy-2-pyrazinyl)sulfanilamide", "sulfalene[wiki][usan]", "sulfalenum [inn-latin]", "n1-(3-methoxypyrazinyl)sulfanilamide", "2-methoxy-3-sulfanilamidopyrazine", "4-amino-n-(3-methoxypyrazinyl)benzenesulfonamide", "pyrazine 2-sulfanilamido-3-methoxy-", "sulfanilamide n1- (3-methoxypyrazinyl)-", "152-47-6[rn]", "4-amino-n-(3-methoxy-2-pyrazinyl)benzenesulfonamide[acd/iupac name]", "sulfanilamide n(sup 1)-(3-methoxypyrazinyl)-", "4-amino-n-(3-methoxy-2-pyrazinyl)-benzenesulfonamide", "3-methoxy-2-sulfanilamidopyrazine", "sulfapyrazinmethoxine", "2-(p-aminobenzenesulfanamide)-3-methoxypyrazine", "n(sup 1)-(3-methoxy-2-pyrazinyl)sulfanilamide", "sulfanilamide n1-(3-methoxypyrazinyl)- (8ci)", "4-amino-n-(3-methoxy-pyrazin-2-yl)-benzenesulfonamide", "sulfaleno[spanish][inn]", "sulfanilamide n1-(3-methoxypyrazinyl)-", "longum[wiki]", "sulfalene [usan:inn]", "sulfanilamide n'-(3-methoxypyrazinyl)-", "benzenesulfonamide 4-amino-n-(3-methoxypyrazinyl)-", "2-sulfanilamido-3-methoxypyrazine", "2-sulfanilamide 3-methoxy-pyrazine", "3-methoxy-2-sulfapyrazine", "3-methoxypyrazine sulfanilamide", "sulphametopyrazine", "benzenesulfonamide 4-amino-n- (3-methoxypyrazinyl)-", "c11h12n4o3s", "sulphalene", "ec 2.5.1.15", "sulfanilamide n(sup 1)-(3-methoxy-2-pyrazinyl)-", "2-(p-aminobenzenesulfonamido)-3-methoxypyrazine", "n(sup1)-(3-methoxy-2-pyrazinyl)sulfanilamide", "337376-15-5", "f.i. 5978", "4-amino-n-(3-methoxypyrazinyl)-benzenesulfonamide", "sulfaleno [inn-spanish]", "benzenesulfonamide 4-amino-n-(3-methoxy-2-pyrazinyl)-"}|>, "2361" -> <|"DatabaseID" -> "SW01527", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5141]}, "IsomericSmiles" -> "COc1cc(ncn1)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01141"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sulfamonomethoxine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5332]}, "Synonyms" -> {"sulfamonomethoxine", "daimeton", "sulfamonomethoxin", "ro 4-3476", "sulfamethoxine", "1220-83-3[rn]", "n(sup 1)-(6-methoxy-4-pyrimidinyl)sulfanilamide", "4-amino-n-(6-methoxy-4-pyrimidinyl)benzenesulfonamide", "5-25-12-00493 (beilstein handbook reference)[beilstein]", "sulfamonomethoxinum[latin]", "daimeton (tn)", "ro43476", "sulfanilamide n(sup 1)-(6-methoxy-4-pyrimidinyl)-", "sulfamonomethoxinum", "sulfamonometoxina[spanish][inn]", "sulfamonomethoxine [usan:ban:inn:jan][inn][jan][usan]", "[(4-aminophenyl)sulfonyl](6-methoxypyrimidin-4-yl)amine", "4-amino-n-(6-methoxypyrimidin-4-yl)benzene-1-sulfonamide", "cas-1220-83-3", "4-amino-n-(6-methoxy-pyrimidin-4-yl)-benzenesulfonamide", "sulfamonomethoxine [usan:inn:ban:jan][inn][jan][usan]", "4-azanyl-n-(6-methoxypyrimidin-4-yl)benzenesulfonamide", "sulfamonomethoxine (jan/usan)[jan][usan]", "4-amino-n-(6-methoxy-4-pyrimidinyl)benzenesulfonamide[acd/iupac name]", "benzenesulfonamide 4-amino-n-(6-methoxy-4-pyrimidinyl)-[acd/index name]", "sulfamonometoxina", "ici 32525", "5-25-12-00493[beilstein]", "4-amino-n-(6-methoxypyrimidin-4-yl)benzenesulfonamide", "ds-36", "n1-(6-methoxy-4-pyrimidinyl)sulfanilamide", "4-amino-n-(6-methoxy-4-pyrimidinyl)-benzenesulfonamide", "c11h12n4o3s", "4-amino-n-(6-methoxy-4-pyrimidinyl)benzolsulfonamid[german][acd/iupac name]", "1220-83-3"}|>, "2362" -> <|"DatabaseID" -> "SW01528", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53727"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5135]}, "IsomericSmiles" -> "COc1cnc(nc1)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02517"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFAMETER"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5326]}, "Synonyms" -> {"sulfametoxydiazine", "5-methoxysulfadiazine", "sulfamethoxine", "sulfameter", "methoxypyrimal", "2-sulfanilamido-5-methoxypyrimidine", "sulphamethoxydiazine", "sulphameter", "sulfamethoxypyrimidine", "sulfamethorine", "sulfameter(bayrena)", "sulfametorine", "einecs 211-480-8", "sulfamerazine n4-acetyl-", "berlicid", "juvoxin", "durisan", "solfametossidiazina", "solfametossidiazina [dcit]", "sulla[wiki]", "sulfamethoxydiazine / sulfamete", "ultrax", "longasulf", "sulfamethoxydiazine", "kiron[wiki]", "sulfametinum", "kinecid", "sulfametoxipirimidine", "sulfamethoxidiazine", "cas-651-06-9", "sulfumetin", "sulfametoxidiazina[spanish][inn]", "sulfamethoxydiazine;sulfametin;sulfametorine;sulfamethoxine;ahr-857;berlicid;bayrena", "2-sulfanilamido-5-methoxypyrimidin[german]", "durenat", "sulfanilamide n(sup 1)-(5-methoxy-2-pyrimidinyl)-", "sulfamethoxydiazine sulfametin sulfametorin", "n1-(5-methoxypyrimidin-2-yl)sulfanilamide", "benzenesulfonamide 4-amino-n-(5-methoxy-2-pyrimidinyl)-", "n1-(5-methoxy-2-pyrimidinyl)sulfanilamide", "[(4-aminophenyl)sulfonyl](5-methoxypyrimidin-2-yl)amine", "sulfa-5-methoxypyrimidine", "4-amino-n-(5-methoxypyrimidin-2-yl)benzenesulfonamide", "5-methoxy-2-sulfanilamidopyrimidine", "4-amino-n-(5-methoxypyrimidin-2-yl)benzene-1-sulfonamide", "kirocid", "2-(p-aminobenzenesulfonamido)-5-methoxypyrimidine", "n(1)-(5-methoxy-2-pyrimidinyl)sulfanilamide", "127-73-1[rn]", "sulfamethoxydin", "sulfametoxydiazinum [inn_la]", "sulfamethoxydine", "bayrena", "sulla", "651-06-9[rn]", "4-amino-n-[5-(methyloxy)pyrimidin-2-yl]benzenesulfonamide", "sulfametorinum", "6/9/651", "dairena", "651-06-9", "sulfametoxidiazina; sulfametoxydiazine; sulfametoxydiazinum", "sulla (tn)", "c11h12n4o3s", "sulfameter[usan]", "benzenesulfonamide 4-amino-n-(5-methoxy-2-pyridimidinyl)- (9ci)", "supramid", "sulfametoxydiazinum[latin]", "5-25-12-00525 (beilstein handbook reference)[beilstein]", "211-480-8[einecs]", "sulfametin", "n(sup 1)-(5-methoxy-2-pyrimidinyl)sulfanilamide", "benzenesulfonamide 4-amino-n-(5-methoxy-2-pyridimidinyl)-", "sulfametoxidine", "2-(4-aminobenzenesulfonamido)-5-methoxypyrimidine", "4-amino-n-(5-methoxy-2-pyrimidinyl)benzenesulfonamide[acd/iupac name]", "5-25-12-00525"}|>, "2363" -> <|"DatabaseID" -> "SW01529", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "102516"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5139]}, "IsomericSmiles" -> "COc1ccc(nn1)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02439"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sulfamethoxypyridazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5330]}, "Synonyms" -> {"sulfapyridazine", "sulfalex", "sulfamethoxypyridazine", "lederkyn", "sulphamethoxypyridazine", "midicel", "sulfametoxipiridazine", "longin", "3-sulfa-6-methoxypyridazine", "4-amino-n-[6-(methyloxy)pyridazin-3-yl]benzenesulfonamide", "3-methoxy-6-sulfanylamidopyridazine", "4-amino-n-(6-methoxypyridazin-3-yl)benzenesulfonamide", "retasulfin", "6-methoxy-3-pyridazinylsulfanilamide", "sulfdurazin", "sulfamethoxypyridazine; sulfamethoxypyridazinum; sulfametoxipiridazina", "n(sup 1)-(6-methoxy-3-pyridazinyl)sulfanilamide", "4-amino-n-(6-methoxy-3-pyridazinyl)benzenesulfonamide[acd/iupac name]", "kinex[wiki]", "sulfametoxipiridazina", "mylosul", "sulfamethoxipyridazine", "3-p-aminobenzenesulphonamido-6-methoxypyridazine", "201-272-5[einecs]", "4-amino-n-(6-methoxypyridazin-3-yl)benzene-1-sulfonamide", "4-amino-n-(6-methoxy-3-pyridazinyl)-benzenesulfonamide (9ci)", "4-amino-n-(6-methoxy-3-pyridazinyl)-benzenesulfonamide", "80-35-3", "piridolo", "paramid", "3-(4-aminobenzenesulfonamido)-6-methoxypyridazine", "durox", "depovernil", "smop", "sulphamethoxypyridazine;", "petrisul", "benzenesulfonamide 4-amino-n-(6-methoxy-3-pyridazinyl)-[acd/index name]", "sulphamethoxypyridazine;kynex;midicel;lederkyn;exazol;sulfalex", "4-amino-n-(6-methoxy-3-pyridazinyl)benzolsulfonamid[german][acd/iupac name]", "cas-80-35-3", "3-sulfanilamido-6-methoxypyridazine", "lentac", "sulfanilamide n(sup 1)-(6-methoxy-3-pyridazinyl)-", "paramid supra", "davosin", "lederkyn (tn)", "retamid", "4-amino-n-(6-methoxy-pyridazin-3-yl)-benzenesulfonamide", "3-(p-aminobenzenesulfamido)-6-methoxypyridazine", "lisulfen", "opinsul", "sultirene", "n1-(6-methoxy-3-pyridazinyl)sulfanilamide", "einecs 201-272-5", "sulfozona", "6-methoxy-3-sulfanilamidopyridazine", "solfametossipiridazina [dcit]", "n(1)-(6-methoxy-3-pyridazinyl)sulfanilamide", "myasul", "6-sulfanilamido-3-methoxypyridazine", "altezol", "kynex", "medicel", "sulfamethoxypyridazinum[latin]", "solfametossipiridazina", "quinoseptyl", "midikel", "5-25-12-00424[beilstein]", "c11h12n4o3s", "5-25-12-00424 (beilstein handbook reference)[beilstein]", "80-35-3[rn]", "spofadazine", "sulfametoxipiridazina[spanish][inn]", "3-sulfanilamide-6-methoxypyridazine", "sulfamethoxipyridazinum", "sulfamethoxy pyridazine", "slosul", "sulfametoxipiridazina [inn_es]", "vinces[wiki]", "sulfamethoxypyridazine[inn]", "[(4-aminophenyl)sulfonyl](6-methoxypyridazin-3-yl)amine", "4-amino-n-(6-methoxy-3-pyridazinyl)benzolsulfonamid[acd/iupac name]"}|>, "2364" -> <|"DatabaseID" -> "SW01530", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50438"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10441592]}, "IsomericSmiles" -> "CCC(c1ccccc1)c2c(c3ccccc3oc2=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05457"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PHENPROCOUMON"|>, "Synonyms" -> {"liquamar", "fenprocumone", "207-108-9[einecs]", "marcoumar marcumar and falithrom", "phenprocumone", "ro 1-4849", "phenprocoumon[wiki]", "phenprocoumon", "4-hydroxy-3-(1-phenylpropyl)-2h-1-benzopyran-2-one", "marcumar", "falithrom", "1291115[beilstein]", "fencumar", "3-(1-phenylpropyl)-4-hydroxycoumarin", "3-(a-ethylbenzyl)-4-hydroxycoumarin", "marcoumar;marcumar and falithrom;marcumar", "phenprocoumarole", "phenprocoumone[french][inn]", "marcoumar[wiki]", "phenprocoumonum[latin]", "5-18-02-00343", "phenprocoumonum [inn_la]", "4-hydroxy-3-(1-phenylpropyl)-2h-chromen-2-one", "2h-1-benzopyran-2-one 4-hydroxy-3-(1-phenylpropyl)-", "435-97-2[rn]", "phenprocoumarol", "3-(1'-phenyl-propyl)-4-oxycoumarin[german]", "fenprocumon"}|>, "2365" -> <|"DatabaseID" -> "SW01530", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50438"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10441592]}, "IsomericSmiles" -> "CCC(c1ccccc1)c2c(c3ccccc3oc2=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05457"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PHENPROCOUMON"|>, "Synonyms" -> {"liquamar", "fenprocumone", "207-108-9[einecs]", "marcoumar marcumar and falithrom", "phenprocumone", "ro 1-4849", "phenprocoumon[wiki]", "phenprocoumon", "4-hydroxy-3-(1-phenylpropyl)-2h-1-benzopyran-2-one", "marcumar", "falithrom", "1291115[beilstein]", "fencumar", "3-(1-phenylpropyl)-4-hydroxycoumarin", "3-(a-ethylbenzyl)-4-hydroxycoumarin", "marcoumar;marcumar and falithrom;marcumar", "phenprocoumarole", "phenprocoumone[french][inn]", "marcoumar[wiki]", "phenprocoumonum[latin]", "5-18-02-00343", "phenprocoumonum [inn_la]", "4-hydroxy-3-(1-phenylpropyl)-2h-chromen-2-one", "2h-1-benzopyran-2-one 4-hydroxy-3-(1-phenylpropyl)-", "435-97-2[rn]", "phenprocoumarol", "3-(1'-phenyl-propyl)-4-oxycoumarin[german]", "fenprocumon"}|>, "2366" -> <|"DatabaseID" -> "SW01531", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 113509]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(=O)CC(CSC(=O)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01102"]}, "OfficialNames" -> <|"NPC Approved Name" -> "esonarimod"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127998]}, "Synonyms" -> {"esonarimod", "ke-298", "esonarimod (jan/inn)", "101973-77-7[rn]", "unii-pf4079thqo", "2-acetylthiomethyl-3-(4-methylbenzoyl)propionic acid", "dsstox_gsid_48805", "dsstox_rid_83000", "esonarimod [inn]", "dsstox_cid_28731", "2-[(acetylsulfanyl)methyl]-4-(4-methylphenyl)-4-oxobutanoic acid[acd/iupac name]", "101973-77-7", "ncgc00182987-01"}|>, "2367" -> <|"DatabaseID" -> "SW01531", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 113509]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(=O)CC(CSC(=O)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01102"]}, "OfficialNames" -> <|"NPC Approved Name" -> "esonarimod"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127998]}, "Synonyms" -> {"esonarimod", "ke-298", "esonarimod (jan/inn)", "101973-77-7[rn]", "unii-pf4079thqo", "2-acetylthiomethyl-3-(4-methylbenzoyl)propionic acid", "dsstox_gsid_48805", "dsstox_rid_83000", "esonarimod [inn]", "dsstox_cid_28731", "2-[(acetylsulfanyl)methyl]-4-(4-methylphenyl)-4-oxobutanoic acid[acd/iupac name]", "101973-77-7", "ncgc00182987-01"}|>, "2368" -> <|"DatabaseID" -> "SW01532", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 97112]}, "IsomericSmiles" -> "Cn1cc(c2c1cccc2)C(=O)[C@@H]3CCc4c([nH]cn4)C3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08466"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ramosetron"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 108000]}, "Synonyms" -> {"ramosetron", "tl8000762", "ramosetron (inn)", "[3h]ramosetron", "132036-88-5[rn]", "(1-methyl-1h-indol-3-yl)[(5r)-4,5,6,7-tetrahydro-1h-benzimidazol-5-yl]methanone", "(1-methylindol-3-yl)-[(5r)-4,5,6,7-tetrahydro-3h-benzimidazol-5-yl]methanone", "nor-ym 060", "surecn16701", "ramosetron [inn]", "ramosetron[inn]", "methanone (1-methyl-1h-indol-3-yl)[(5r)-4,5,6,7-tetrahydro-1h-benzimidazol-5-yl]-", "(r)-5-[(1-methylindol-3-yl)carbonyl]-4,5,6,7-tetrahydrobenzimidazole", "ncgc00167437-01", "unii-7zro0sc54y", "nor ym-060", "(1-methylindol-3-yl)-[(5r)-4", "(1-methyl-1h-indol-3-yl)[(5r)-4,5,6,7-tetrahydro-1h-benzimidazol-5-yl]methanon", "132036-88-5", "(r)-(1-methyl-1h-indol-3-yl)(4,5,6,7-tetrahydro-1h-benzimidazol-5-yl)methanone", "nasea"}|>, "2369" -> <|"DatabaseID" -> "SW01533", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171266]}, "IsomericSmiles" -> "CC[NH+](CC)CC(=O)Nc1c(cccc1C(=O)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01878"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tolycaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197869]}, "Synonyms" -> {"tolycaine hydrochloride", "bluecain", "methyl 2-(((diethylamino)acetyl)amino)-3-methylbenzoate monohydrochloride", "bajkain", "2-(2-(diethylamino)acetamido)-m-toluic acid methyl ester monohydrochloride", "baycalne", "baycaine", "230-590-7[einecs]", "benzoic acid 2-(((diethylamino)acetyl)amino)-3-methyl- methylester monohydrochloride", "einecs 230-590-7", "benzoic acid", "baycain", "methyl 2-[[(diethylamino)acetyl]amino]-3-methylbenzoate monohydrochloride", "7210-92-6[rn]", "m-toluicacid 2-(2-(diethylamino)acetamido)- methylester monohydrochloride"}|>, "2370" -> <|"DatabaseID" -> "SW01534", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29065]}, "IsomericSmiles" -> "CC(CC(C#N)(c1ccccc1)c2ccccc2)[NH+](C)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Methadone Intermediate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31331]}, "Synonyms" -> {"premethadone", "premethadon", "125-79-1", "valeronitrile", "4-(dimethylamino)-2 2-diphenylvaleronitrile", "ncgc00247341-02", "4-(dimethylamino)-2,2-diphenylpentanenitrile[acd/iupac name]", "4-dimethylamino-2", "2", "204-755-9[einecs]", "nsc2089", "valeronitrile 4- (dimethylamino)-2,2-diphenyl-", "benzeneacetonitrile", "4-cyano-2-dimethylamino-4,4-diphenylbutane (methadone-intermediate)", "valeronitrile 4-(dimethylamino)-2,2-diphenyl- (8ci)", "2 2-diphenyl-4-dimethylaminovaleronitrile", "4-dimethylamino-2,2-diphenylvaleronitrile", "valeronitrile 4-(dimethylamino)-2,2-diphenyl-", "4-(dimethylamino)-2,2-diphenylvaleronitrile", "4-(dimethylamino)-2", "125-79-1[rn]", "2,2-diphenyl-4-dimethylaminovaleronitrile", "methadon-zwischenprodukt"}|>, "2371" -> <|"DatabaseID" -> "SW01534", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29065]}, "IsomericSmiles" -> "CC(CC(C#N)(c1ccccc1)c2ccccc2)[NH+](C)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Methadone Intermediate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31331]}, "Synonyms" -> {"premethadone", "premethadon", "125-79-1", "valeronitrile", "4-(dimethylamino)-2 2-diphenylvaleronitrile", "ncgc00247341-02", "4-(dimethylamino)-2,2-diphenylpentanenitrile[acd/iupac name]", "4-dimethylamino-2", "2", "204-755-9[einecs]", "nsc2089", "valeronitrile 4- (dimethylamino)-2,2-diphenyl-", "benzeneacetonitrile", "4-cyano-2-dimethylamino-4,4-diphenylbutane (methadone-intermediate)", "valeronitrile 4-(dimethylamino)-2,2-diphenyl- (8ci)", "2 2-diphenyl-4-dimethylaminovaleronitrile", "4-dimethylamino-2,2-diphenylvaleronitrile", "valeronitrile 4-(dimethylamino)-2,2-diphenyl-", "4-(dimethylamino)-2,2-diphenylvaleronitrile", "4-(dimethylamino)-2", "125-79-1[rn]", "2,2-diphenyl-4-dimethylaminovaleronitrile", "methadon-zwischenprodukt"}|>, "2372" -> <|"DatabaseID" -> "SW01535", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4642507], ExternalIdentifier["ChemSpiderID", 4445597]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00427"]}, "IsomericSmiles" -> "Cc1ccc(cc1)/C(=C\\C[NH+]2CCCC2)/c3ccccn3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01782"]}, "OfficialNames" -> <|"China Approved Name" -> "triprolidine", "Indian Approved Name" -> "triprolidine hcl", "FDA Approved Drug" -> "TRIPROLIDINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451797", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282443]}, "Synonyms" -> {"triprolidine hydrochloride", "triprolidine hcl", "myidyl", "actidil", "triprolidine", "venen", "triprolidin", "histafed", "venen (tn)", "triprofed tab (pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "cotrifed (codeine phosphate + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "coactifed expectorant (codeine phosphate + guaifenesin + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "ratio-cotridin expectorant (codeine phosphate + guaifenesin + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "triprolidine[wiki]", "actifed tablets (pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "actifed dm tablets (dextromethorphan hydrobromide + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "ratio-cotridin (codeine phosphate + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "actifed plus caplets (acetaminophen + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "triprolidine hydrochloride hydrate", "triprolidine [inn:ban]", "6138-79-0[rn]", "hsdb 6316", "550-70-9[rn]", "actifed dm syrup (dextromethorphan hydrobromide + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "actifed[wiki]", "covan syrup (codeine phosphate + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "triprolidinum", "nasal decongestant antihistamine (pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "tripolidina", "actifed plus caplet (acetaminophen + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "coactifed syrup (codeine phosphate + pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "actifed syrup (pseudoephedrine hydrochloride + triprolidine hydrochloride)_mixture", "486-12-4[rn]", "2-[(1e)-1-(4-methylphenyl)-3-pyrrolidin-1-ylprop-1-en-1-yl]pyridinhydrochlorid", "(e)-2-[3-(1-pyrrolidinyl)-1-p-tolylpropenyl]pyridine hydrochloride", "bayer select night time cold", "295 c 51", "trans-2-(3-(1-pyrrolidinyl)-1-p-tolylpropenyl)pyridinemonohydrochloride", "triprolidinehydrochloride", "6138-79-0 550-70-9 486-12-4", "actifed plus", "trans-2-[3-(1-pyrrolidinyl)-1-p-tolylpropenyl]pyridinehydrochloride", "pyridine,2-[(1e)-1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propen-1-yl]-,hydrochloride (1:1)", "208-985-0[einecs]", "pyridine,2-((1e)-1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propenyl)- monohydrochloride", "6138-79-0 550-70-9 [anhydrous] 486-12-4 [triprolidine]", "pyridine,2-(3-(1-pyrrolidinyl)-1-p-tolylpropenyl)- monohydrochloride,monohydrate stereoisomer", "actifed with codeine cough syrup", "trans-triprolidine hydrochloride", "actidilat", "2-[(1e)-1-(4-methylphenyl)-3-(pyrrolidin-1-yl)prop-1-en-1-yl]pyridine hydrochloride (1:1)", "pyridine,2-(3-(1-pyrrolidinyl)-1-p-tolylpropenyl)- monohydrochloride,(e)-", "[6138-79-0]", "triprolidine hydrochloride anhydrous", "pyridine,2-(1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propenyl)- monohydrochloride monohydrate (e)-", "2-[(1e)-1-(4-methylphenyl)-3-pyrrolidin-1-ylprop-1-en-1-yl]pyridine hydrochloride", "pyridine,2-(1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propenyl)- monohydrochloride (e)-", "(e)-2-[1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propenyl]pyridine hydrochloride", "triprolidine hydrochloride [usan:jan][jan][usan]", "entra", "pyridine,2-[(1e)-1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propenyl]- monohydrochloride", "pyridine,2-(1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propenyl)- (e)-", "pro-entra", "2-[1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propen-1-yl]pyridine[acd/iupac name]", "actahist", "tripolidina[spanish][inn]", "trans-2-(3-(1-pyrrolidinyl)-1-p-tolylpropenyl)pyridine", "(e)-2-1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propenyl-pyridine", "allerfed", "trans-1-(2-pyridyl)-3-pyrrolidino-1-p-tolylprop-1-ene", "triphed", "triprolidinum[latin]", "2-[(1e)-1-(4-methylphenyl)-3-(pyrrolidin-1-yl)prop-1-en-1-yl]pyridine", "myfed", "pyridine,2-[1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propenyl]- (e)-", "2-(3-pyrrolidin-1-yl-1-p-tolyl-propenyl)-pyridine", "trilitron", "pyridine,2-[(1e)-1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propen-1-yl]-", "trans-2-[3-(1-pyrrolidinyl)-1-p-tolylpropenyl]pyridine", "(e)-2-(3-(pyrrolidin-1-yl)-1-p-tolylprop-1-enyl)pyridine", "pro-actidil", "pyridine 2-(3-(1-pyrrolidinyl)-1-p-tolylpropenyl)- (e)-", "triacin-c", "trans-1-(4-methylphenyl)-1-(2-pyridyl)-3-pyrrolidinoprop-1-ene", "207-627-0[einecs]", "corphed", "tripolidine", "(e)-2-(1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propenyl)pyridine", "337376-15-5", "2-((e)-3-pyrrolidin-1-yl-1-p-tolyl-propenyl)-pyridine"}|>, "2373" -> <|"DatabaseID" -> "SW01536", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17351"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444105]}, "IsomericSmiles" -> "CCCCC/C=C\\C/C=C\\CCCCCCCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01928"]}, "OfficialNames" -> <|"China Approved Name" -> "linolic acid", "Traditional Herbal Isolate" -> "linolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280450]}, "Synonyms" -> {"telfairic acid", "linoleate", "emersol 315", "linolic acid", "unifac 6550", "cis", "1727101[beilstein]", "200-470-9[einecs]", "linoleic acid[wiki]", "9,12-octadecadienoic acid[acd/iupac name]", "(z)-9,12-octadecadienoic acid", "9-cis,12-cis-linoleic acid", "all-cis-9,12-octadecadienoic acid", "9z,12z-linoleic acid", "cis-linoleic acid", "(9z,12z)-9,12-octadecadienoic acid", "121250-47-3[rn]", "cis-9", "acide cis-linoleique", "cis,cis-linoleic acid", "(9z,12z)-octadecadienoic acid", "acido linoleico", "9,12-linoleic acid", "emersol 310", "grape seed oil", "acide linoleique", "9,12-octadecadienoic acid (z,z)-", "linoleic acid", "(z,z)-9,12-octadecadienoic acid", "linoleic acid (18:2 n-6)", "9,12-octadecadienoic acid (9z,12z)-", "cis-9,cis-12-octadecadienoic acid", "extra linoleic 90", "60-33-3[rn]", "cis-9,cis-12-linoleic acid", "(9z,12z)-octadeca-9,12-dienoic acid", "9-cis,12-cis-octadecadienoic acid", "9,12-octadecadienoic acid (9z,12z)-", "(9z,12z)octadeca-9,12-dienoic acid", "cis,cis-9,12-octadecadienoic acid", "98353-71-0[rn]", "la", "eic", "9,12-octadecadienoic acid (z,z)-", "c18:2 n-6,9 all-cis", "9z,11z-linoleic acid", "cis-9 cis-12-octadecadienoic acid", "calcium linoleate", "9z,12z-octadecadienoic acid"}|>, "2374" -> <|"DatabaseID" -> "SW01537", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65685]}, "IsomericSmiles" -> "C1CC(C=C1)CCCCCCCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chaulmoogric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72853]}, "Synonyms" -> {"2-cyclopentene-1-tridecanoic acid", "(s)-2-cyclopentene-1-tridecanoic acid", "13-(cyclopent-2-enyl)tridecanoic acid", "chaulmoogric acid", "hydnocarpylacetic acid", "26989 and 52425", "acido chaulmogrico", "nsc14979", "ethyl 13-(cyclopent-2-enyl)tridecanoate", "29106-32-9", "13-(cyclopent-2-en-1-yl)tridecanoic acid", "acide chaulmoogrique", "210-786-9[einecs]", "nsc52425", "13-(cyclopent-2-enyl)-n-tridecanoic acid", "13-(2-cyclopenten-1-yl)tridecanoic acid", "4-09-00-00216 (beilstein handbook reference)[beilstein]", "13-cyclopent-2-en-1-yltridecanoic acid", "249-440-7[einecs]", "502-30-7[rn]", "29106-32-9[rn]", "13-(2-cyclopentenyl)-tridecanoic acid", "14979 and 52425", "623-32-5[rn]", "14979 and 26989", "d-13-(2-cyclopenten-1-yl)tridecanoic acid", "chaulmoograsaeure", "chaulmoogrylsaeure"}|>, "2375" -> <|"DatabaseID" -> "SW01537", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65685]}, "IsomericSmiles" -> "C1CC(C=C1)CCCCCCCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chaulmoogric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72853]}, "Synonyms" -> {"2-cyclopentene-1-tridecanoic acid", "(s)-2-cyclopentene-1-tridecanoic acid", "13-(cyclopent-2-enyl)tridecanoic acid", "chaulmoogric acid", "hydnocarpylacetic acid", "26989 and 52425", "acido chaulmogrico", "nsc14979", "ethyl 13-(cyclopent-2-enyl)tridecanoate", "29106-32-9", "13-(cyclopent-2-en-1-yl)tridecanoic acid", "acide chaulmoogrique", "210-786-9[einecs]", "nsc52425", "13-(cyclopent-2-enyl)-n-tridecanoic acid", "13-(2-cyclopenten-1-yl)tridecanoic acid", "4-09-00-00216 (beilstein handbook reference)[beilstein]", "13-cyclopent-2-en-1-yltridecanoic acid", "249-440-7[einecs]", "502-30-7[rn]", "29106-32-9[rn]", "13-(2-cyclopentenyl)-tridecanoic acid", "14979 and 52425", "623-32-5[rn]", "14979 and 26989", "d-13-(2-cyclopenten-1-yl)tridecanoic acid", "chaulmoograsaeure", "chaulmoogrylsaeure"}|>, "2376" -> <|"DatabaseID" -> "SW01538", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "42638"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3254]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02266"]}, "IsomericSmiles" -> "c1ccc(c(c1)C(=O)[O-])Nc2cccc(c2)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01581"]}, "OfficialNames" -> <|"NPC Approved Name" -> "flufenamic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3371]}, "Synonyms" -> {"flufenamic acid", "nichisedan", "arlef", "achless", "plostene", "fluphenamic acid", "fullsafe", "lanceat", "flufacid", "paraflu", "etofenamate imp. a (ep)", "530-78-9", "2-[(3-trifluromethyl)phenyl]aminobenzoic acid", "ristogen", "parlif", "cn-27,554", "2-[[3-(trifluoromethyl)phenyl]-amino]benzoic acid", "2-[3-(trifluoromethyl)anilino]benzoic acid", "acide flufenamique[french][inn]", "530-78-9[rn]", "cas-530-78-9", "saal-f", "n-(3-[trifluoromethyl]phenyl)anthranilic acid", "alfenamin", "ansatin", "n-(3-trifluoromethylphenyl)anthranilic acid", "dignodolin", "dxa", "reumajust a", "2-(3-trifluoromethyl-phenylamino)-benzoic acid", "3-14-00-00905 (beilstein handbook reference)[beilstein]", "n-[3-(trifluoromethyl)phenyl]anthranilic acid", "n-(m-trifluoromethylphenyl)-2-aminobenzoic acid", "dihydrotestosterone receptor", "2-((3-trifluromethyl)phenyl)aminobenzoic acid", "2-{[3-(trifluoromethyl)phenyl]amino}benzoic acid[acd/iupac name]", "flufenamic acid[wiki][inn][ban][jan][usan]", "flufenaminsaeure[german]", "3'-trifluoromethyldiphenylamine-2-carboxylic acid", "ant-1", "sastridex", "opyrin", "benzoic acid 2-((3-(trifluoromethyl)phenyl)amino)-", "ffa", "208-494-1[einecs]", "parlef", "1996069[beilstein]", "d005439", "n-[m-(trifluoromethyl)phenyl]-2-aminobenzoic acid", "surika", "n-(a,a,a-trifluoro-m-tolyl)anthranilic acid", "tecramine", "acid flufenamic", "fluore-200", "arlef (tn)", "acido flufenamico", "2-[[3-(trifluoromethyl)phenyl]amino]benzoic acid", "acidum flufenamicum[latin]", "2-((3-(trifluoromethyl)phenyl)amino)benzoic acid", "meralen", "benzoic acid 2-[[3- (trifluoromethyl)phenyl]amino]-", "n-(3-trifluoromethylphenyl)-anthranilic acid", "benzoic acid 2-[[3-(trifluoromethyl)phenyl]amino]-", "2-[[3-(trifluoromethyl)phenyl]amino] benzoic acid", "flf"}|>, "2377" -> <|"DatabaseID" -> "SW01539", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 553771]}, "IsomericSmiles" -> "COc1c2c3c(ccn2)c4ccccc4n3c(=O)c1OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl nigakinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 638215]}, "Synonyms" -> {"methyl nigakinone", "c16996", "6h-indolo(3,2,1-de)(1,5)naphthyridin-6-one 4,5-dimethoxy-", "6h-indolo(3", "18110-87-7", "ac1lcvx6", "4,5-dimethoxy-6h-indolo[3,2,1-de][1,5]naphthyridin-6-one", "6h-indolo[3,2,1-de][1,5]naphthyridin-6-one 4,5-dimethoxy-", "inchi=1/c16h12n2o3/c1-20-14-12-13-10(7-8-17-12)9-5-3-4-6-11(9)18(13)16(19)15(14)21-2/h3-8h", "6h-indolo[3", "4", "4,5-dimethoxy-6h-indolo[3,2,1-de]-1,5-naphthyridin-6-one", "18110-87-7[rn]"}|>, "2378" -> <|"DatabaseID" -> "SW01540", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3616]}, "IsomericSmiles" -> "CC(C)Oc1ccc2c(c1)occ(c2=O)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01338"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ipriflavone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3747]}, "Synonyms" -> {"ipriflavone", "7-isopropoxyisoflavone", "osteofix", "osteoquine", "osten", "yambolap", "35212-22-7[rn]", "ipriflavonum [inn-latin]", "ipriflavonum[latin]", "fl-113", "osteochin", "osten[wiki]", "iprosten", "4h-1-benzopyran-4-one 7-(1-methylethoxy)-3-phenyl-", "osten;yambolap", "7-isopropoxy-3-phenyl-4h-chromen-4-on", "c018986", "7-(1-methylethoxy)-3-phenyl-4h-1-benzopyran-4-one", "7-isopropoxy-3-phenyl-4h-chromen-4-one[acd/iupac name]", "7-isopropoxy-3-phenyl-4h-1-benzopyran-4-one", "(ipriflavone)", "osten;", "7-isopropoxy-3-phenyl-chromen-4-one", "ipriflavona[spanish][inn]", "35212-22-7", "3-phenyl-7-(propan-2-yloxy)-4h-chromen-4-one", "ipriflavone [inn:jan][inn][jan]", "7-isopropoxy-3-phenylchromone", "7-(methylethoxy)-3-phenylchromen-4-one", "quinogin", "osten (tn)", "ipriflavona [inn-spanish]"}|>, "2379" -> <|"DatabaseID" -> "SW01541", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106490]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c-4c2[C@H]1Cc5c4cccc5)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "roemerine;roemerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119204]}, "Synonyms" -> {"roemerine", "roemerin", "(-)-aporheine", "remerin", "l-roemerine", "remerine (alkaloid)", "remerine", "5h-benzo(g)-1,3-benzodioxolo(6,5,4-de)quinoline 6,7,7a,8-tetrahydro-7-methyl- (7ar)-", "ccris 3809", "(7ar)-7-methyl-6", "6a-beta-aporphine", "548-08-3[rn]", "(7ar)-7-methyl-6,7,7a,8-tetrahydro-5h-benzo(g)-1,3-benzodioxolo(6,5,4-de)quinoline"}|>, "2380" -> <|"DatabaseID" -> "SW01541", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106490]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c-4c2[C@H]1Cc5c4cccc5)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "roemerine;roemerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119204]}, "Synonyms" -> {"roemerine", "roemerin", "(-)-aporheine", "remerin", "l-roemerine", "remerine (alkaloid)", "remerine", "5h-benzo(g)-1,3-benzodioxolo(6,5,4-de)quinoline 6,7,7a,8-tetrahydro-7-methyl- (7ar)-", "ccris 3809", "(7ar)-7-methyl-6", "6a-beta-aporphine", "548-08-3[rn]", "(7ar)-7-methyl-6,7,7a,8-tetrahydro-5h-benzo(g)-1,3-benzodioxolo(6,5,4-de)quinoline"}|>, "2381" -> <|"DatabaseID" -> "SW01542", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4451]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01096"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC1CCc2cc(c(cc2N1)[N+](=O)[O-])CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00460"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "OXAMNIQUINE"|>, "PharmGKBID" -> "PA164748782", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4612]}, "Synonyms" -> {"vansil", "mansil", "oxamniquine", "oxaminiquine", "6-quinolinemethanol 1,2,3,4-tetrahydro-2-[[(1-methylethyl)amino]methyl]-7-nitro-", "2-(isopropylaminomethyl)-7-nitro-1,2,3 4-tetrahydroquinoline-6-methanol", "deoxyribonucleic acid", "6-quinolinemethanol 1,2,3,4-tetrahydro-2-((isopropylamino)methyl)-7-nitro-", "oxamniquine[wiki][usan]", "uk-4271", "2-((isopropylamino)methyl)-7-nitro-1,2,3,4-tetrahydro-6-quinolinemethanol", "{2-[(isopropylamino)methyl]-7-nitro-1,2,3,4-tetrahydro-6-quinolinyl}methanol[acd/iupac name]", "oxamniquine [usan:ban:inn][inn][usan]", "1,2,3,4-tetrahydro-2-[[(1-methylethyl)amino]methyl]-7-nitro-6-quinolinemethanol", "21738-42-1[rn]", "1,2 3 4-tetrahydro-2-[(isopropylamino)methyl]-7-nitro-6-quinolinemethano l", "(2-{[(1-methylethyl)amino]methyl}-7-nitro-1,2,3,4-tetrahydroquinolin-6-yl)methanol", "6-quinolinemethanol 1,2,3,4-tetrahydro-2-[(isopropylamino)methyl]-7-nitro-", "244-556-4[einecs]", "6-quinolinemethanol 1,2,3,4-tetrahydro-2-(((1-methylethyl)amino)methyl)-7-nitro-", "oxamniquinum[latin]", "6-quinolinemethanol 1,2,3,4-tetrahydro-2-[[(1-m", "6-quinolinemethanol 1,2,3,4-tetrahydro-2-[(isopropylamino)methyl]-7-nitro- (8ci)", "{2-[(isopropylamino)methyl]-7-nitro-1,2,3,4-tetrahydroquinolin-6-yl}methanol", "6-hydroxymethyl-2-isopropylaminomethyl-7-nitro-1,2,3,4-tetrahydroquinoline", "[2-(isopropylamino-methyl)-7-nitro-1,2,3,4-tetrahydro-quinolin-6-yl]-methanol", "oxamniquinum", "1,2,3,4-tetrahydro-2-[(isopropylamino)methyl]-7-nitro-6-quinolinemethanol", "oxamniquina [inn-spanish]", "1,2,3,4-tetrahydro-2-(((1-methylethyl)amino)methyl)-7-nitro-6-quinolinemethanol", "1,2,3,4-tetrahydro-2-((isopropylamino)methyl)-7-nitro-6-quinolinemethanol", "uk 4271", "5-22-11-00475 (beilstein handbook reference)[beilstein]", "oxamniquinum [inn-latin]", "mansil (tn)", "vansil (tn)", "{7-nitro-2-[(propan-2-ylamino)methyl]-1,2,3,4-tetrahydroquinolin-6-yl}methanol", "oxamniquina[spanish][inn]", "(2-((isopropylamino)methyl)-7-nitro-1,2,3,4-tetrahydroquinolin-6-yl)methanol", "oxamniquina"}|>, "2382" -> <|"DatabaseID" -> "SW01542", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4451]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01096"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC1CCc2cc(c(cc2N1)[N+](=O)[O-])CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00460"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "OXAMNIQUINE"|>, "PharmGKBID" -> "PA164748782", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4612]}, "Synonyms" -> {"vansil", "mansil", "oxamniquine", "oxaminiquine", "6-quinolinemethanol 1,2,3,4-tetrahydro-2-[[(1-methylethyl)amino]methyl]-7-nitro-", "2-(isopropylaminomethyl)-7-nitro-1,2,3 4-tetrahydroquinoline-6-methanol", "deoxyribonucleic acid", "6-quinolinemethanol 1,2,3,4-tetrahydro-2-((isopropylamino)methyl)-7-nitro-", "oxamniquine[wiki][usan]", "uk-4271", "2-((isopropylamino)methyl)-7-nitro-1,2,3,4-tetrahydro-6-quinolinemethanol", "{2-[(isopropylamino)methyl]-7-nitro-1,2,3,4-tetrahydro-6-quinolinyl}methanol[acd/iupac name]", "oxamniquine [usan:ban:inn][inn][usan]", "1,2,3,4-tetrahydro-2-[[(1-methylethyl)amino]methyl]-7-nitro-6-quinolinemethanol", "21738-42-1[rn]", "1,2 3 4-tetrahydro-2-[(isopropylamino)methyl]-7-nitro-6-quinolinemethano l", "(2-{[(1-methylethyl)amino]methyl}-7-nitro-1,2,3,4-tetrahydroquinolin-6-yl)methanol", "6-quinolinemethanol 1,2,3,4-tetrahydro-2-[(isopropylamino)methyl]-7-nitro-", "244-556-4[einecs]", "6-quinolinemethanol 1,2,3,4-tetrahydro-2-(((1-methylethyl)amino)methyl)-7-nitro-", "oxamniquinum[latin]", "6-quinolinemethanol 1,2,3,4-tetrahydro-2-[[(1-m", "6-quinolinemethanol 1,2,3,4-tetrahydro-2-[(isopropylamino)methyl]-7-nitro- (8ci)", "{2-[(isopropylamino)methyl]-7-nitro-1,2,3,4-tetrahydroquinolin-6-yl}methanol", "6-hydroxymethyl-2-isopropylaminomethyl-7-nitro-1,2,3,4-tetrahydroquinoline", "[2-(isopropylamino-methyl)-7-nitro-1,2,3,4-tetrahydro-quinolin-6-yl]-methanol", "oxamniquinum", "1,2,3,4-tetrahydro-2-[(isopropylamino)methyl]-7-nitro-6-quinolinemethanol", "oxamniquina [inn-spanish]", "1,2,3,4-tetrahydro-2-(((1-methylethyl)amino)methyl)-7-nitro-6-quinolinemethanol", "1,2,3,4-tetrahydro-2-((isopropylamino)methyl)-7-nitro-6-quinolinemethanol", "uk 4271", "5-22-11-00475 (beilstein handbook reference)[beilstein]", "oxamniquinum [inn-latin]", "mansil (tn)", "vansil (tn)", "{7-nitro-2-[(propan-2-ylamino)methyl]-1,2,3,4-tetrahydroquinolin-6-yl}methanol", "oxamniquina[spanish][inn]", "(2-((isopropylamino)methyl)-7-nitro-1,2,3,4-tetrahydroquinolin-6-yl)methanol", "oxamniquina"}|>, "2383" -> <|"DatabaseID" -> "SW01543", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4110]}, "IsomericSmiles" -> "Cc1cc(c(cc1OC(=O)C)C(C)C)OCC[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08239"]}, "OfficialNames" -> <|"NPC Approved Name" -> "moxisylytum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4260]}, "Synonyms" -> {"moxisylyte", "carlytene", "moxisylyt", "arlytene", "opilon", "timoxamina", "sympal", "moxilite", "thymoxamine", "4-(2-dimethylaminoethoxy)-2-methyl-5-isopropylphenyl acetate", "5-(2-dimethylaminoethoxy)carvacrol acetate", "4-(2-dimethylaminoethoxy)-5-isopropyl-2-methylphenyl acetate", "phenol 4-[2-(dimethylamino)ethoxy]-2-methyl-5-(1-methylethyl)- acetate(ester)", "4-(2-(dimethylamino)ethoxy)-2-methyl-5-(1-methylethyl)phenol acetate (ester)", "54-32-0[rn]", "acetic acid 4-(2-dimethylamino-ethoxy)-5-isopropyl-2-methyl-phenyl ester(thymoxamine)", "phenol 4-(2-(dimethylamino)ethoxy)-2-methyl-5-(1-methylethyl)- acetate(ester)", "vasoklin", "moxisylyte [dcf:inn][inn]", "4-[2-(dimethylamino)ethoxy]-2-methyl-5-(1-methylethyl)phenyl acetate", "4-{[2-(dimethylamino)ethyl]oxy}-2-methyl-5-(1-methylethyl)phenyl acetate", "acetoxythymoxamine", "4-[2-(dimethylamino)ethoxy]-2-methyl-5-(propan-2-yl)phenyl acetate", "carvacrol 5-(2-(dimethylamino)ethoxy)- acetate (ester)", "(2-(4-acetoxy-2-isopropyl-5-methylphenoxy)ethyl)dimethylamine", "cas-964-52-3", "arlitene", "200-204-1[einecs]", "964-52-3[rn]", "moxisylytum[latin]", "(6-acetoxythymoxy)ethyldimethylamine", "moxisilita[spanish][inn]", "moxisylytum [inn-latin]", "4-[2-(dimethylamino)ethoxy]-2-methyl-5-(1-methylethyl)phenol acetate (ester)"}|>, "2384" -> <|"DatabaseID" -> "SW01544", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4925526]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01142"]}, "IsomericSmiles" -> "C[NH+](C)CC/C=C/1\\c2ccccc2COc3c1cccc3", "OfficialNames" -> <|"Indian Approved Name" -> "doxepin hcl"|>, "PharmGKBID" -> "PA449409", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 667477]}, "Synonyms" -> {"quitaxon", "doxepinum [inn-latin]", "adapin", "sinequan", "doxepine", "zonalon", "doxepin", "curatin", "doxepin hcl", "doxepina [inn-spanish]", "11-(3-(dimethylamino)propylidene)-6,11-dihydrodibenz[b,e]oxepinhydrochloride", "1-propanamine 3-dibenz(b,e)oxepin-11(6h)ylidene-n,n-dimethyl-,hydrochloride", "aponal", "1-propanamine 3-dibenz[b,e]oxepin-11(6h)-ylidene-n,n-dimethyl- (3e)-,hydrochloride (1:1)", "(3e)-3-(6h-benzo[c][1]benzoxepin-11-ylidene)-n,n-dimethyl-propan-1-aminehydrochloride", "mf 10 hcl", "sinequan[wiki]", "doxepin hydrochloride[usp]", "jsp001539", "doxepine hydrochloride", "doxepin[wiki]", "doxepinhydrochloride", "(3e)-3-(6h-benzo[c][1]benzoxepin-11-ylidene)-n,n-dimethyl-1-propanaminehydrochloride", "(3-(6h-dibenzo[c,f]oxepin-11-ylidene)propyl)dimethylamine chloride", "cidoxepina", "cidoxepin", "p-3693a", "cidoxepinum", "1229-29-4[rn]", "doxepin hydrochloride", "1668-19-5[rn]", "11-(3-(dimethylamino)propylidene)-6,11-dihydrodibenz(b,e)oxepinhydrochloride", "toruan", "11-(3-dimethylaminopropylidene)-6,11-dihydrodibenz[b,e]oxepinehydrochloride", "doxepin hydrochloride (sinequan)", "(3e)-3-(dibenzo[b,e]oxepin-11(6h)-ylidene)-n,n-dimethylpropan-1-amine hydrochloride (1:1)", "triadapin", "novoxapin", "214-966-8[einecs]"}|>, "2385" -> <|"DatabaseID" -> "SW01545", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5021]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01105"]}, "IsomericSmiles" -> "CC(C)CC(C1(CCC1)c2ccc(cc2)Cl)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02571"], ExternalIdentifier["KEGGID", "D08513"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Sibutramine", "Indian Approved Name" -> "sibutramine", "FDA Approved Drug" -> "SIBUTRAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451344", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64765], ExternalIdentifier["PubChemCompoundID", 5210]}, "Synonyms" -> {"medaria", "butramin", "meridia", "sibutramine", "sibutraminum [latin]", "reductil", "106650-56-0", "sibutramina [spanish]", "1-[1-(4-chlorophenyl)cyclobutyl]-n,n,3-trimethyl-butan-1-amine", "sibutramine[wiki]", "tl8000239", "sibutramina[spanish]", "sibutraminum[latin]", "n-1-[1-(4-chlorophenyl)cyclobutyl]-3-methylbutyl-n,n-dimethylamine", "1-(1-(4-chlorophenyl)cyclobutyl)-n,n,3-trimethylbutan-1-amine", "1-[1-(4-chlorophenyl)cyclobutyl]-n,n,3-trimethyl-1-butanamine[acd/iupac name]", "da transporter", "dat", "1-[1-(4-chlorphenyl)cyclobutyl]-n,n,3-trimethylbutan-1-amin[german]", "meridia[wiki]", "cyclobutanemethanamine 1-(4-chlorophenyl)-n,n-dimethyl-a-(2-methylpropyl)-", "1-(4-chlorophenyl)-n,n-dimethyl-a-(2-methylpropyl)cyclobutane methanamine", "106650-56-0[rn]", "1-[1-(4-chlorophenyl)cyclobutyl]-n,n,3-trimethylbutan-1-amine", "sibutramina", "sibutraminum", "sibutramine hydrochloride", "ac1l21vn", "meridia (tn)", "bts-54524", "hsdb 7209", "sibutramine hydrochloride hydrate", "sibutramine hydrochloride (usan)", "sibutramine hydrochloride monohydrate", "sibutramine hydrochloride [usan]", "125494-59-9"}|>, "2386" -> <|"DatabaseID" -> "SW01545", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5021]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01105"]}, "IsomericSmiles" -> "CC(C)CC(C1(CCC1)c2ccc(cc2)Cl)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02571"], ExternalIdentifier["KEGGID", "D08513"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Sibutramine", "Indian Approved Name" -> "sibutramine", "FDA Approved Drug" -> "SIBUTRAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451344", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64765], ExternalIdentifier["PubChemCompoundID", 5210]}, "Synonyms" -> {"medaria", "butramin", "meridia", "sibutramine", "sibutraminum [latin]", "reductil", "106650-56-0", "sibutramina [spanish]", "1-[1-(4-chlorophenyl)cyclobutyl]-n,n,3-trimethyl-butan-1-amine", "sibutramine[wiki]", "tl8000239", "sibutramina[spanish]", "sibutraminum[latin]", "n-1-[1-(4-chlorophenyl)cyclobutyl]-3-methylbutyl-n,n-dimethylamine", "1-(1-(4-chlorophenyl)cyclobutyl)-n,n,3-trimethylbutan-1-amine", "1-[1-(4-chlorophenyl)cyclobutyl]-n,n,3-trimethyl-1-butanamine[acd/iupac name]", "da transporter", "dat", "1-[1-(4-chlorphenyl)cyclobutyl]-n,n,3-trimethylbutan-1-amin[german]", "meridia[wiki]", "cyclobutanemethanamine 1-(4-chlorophenyl)-n,n-dimethyl-a-(2-methylpropyl)-", "1-(4-chlorophenyl)-n,n-dimethyl-a-(2-methylpropyl)cyclobutane methanamine", "106650-56-0[rn]", "1-[1-(4-chlorophenyl)cyclobutyl]-n,n,3-trimethylbutan-1-amine", "sibutramina", "sibutraminum", "sibutramine hydrochloride", "ac1l21vn", "meridia (tn)", "bts-54524", "hsdb 7209", "sibutramine hydrochloride hydrate", "sibutramine hydrochloride (usan)", "sibutramine hydrochloride monohydrate", "sibutramine hydrochloride [usan]", "125494-59-9"}|>, "2387" -> <|"DatabaseID" -> "SW01546", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9762]}, "IsomericSmiles" -> "c1cc2c(c(c1)[O-])C(=O)c3c(cc(cc3[O-])C(=O)[O-])C2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhein aurantioobtusin;rhein monoglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10168]}, "Synonyms" -> {"rheic acid", "rhubarb yellow", "chrysazin-3-carboxylic acid", "monorhein", "cassic acid", "2-anthroic acid 9,10-dihydro-4,5-dihydroxy-9,10-dioxo- (8ci)", "478-43-3[rn]", "207-521-4[einecs]", "rhein[wiki]", "nsc 38629", "2-anthroic acid 9,10-dihydro-4,5-dihydroxy-9,10-dioxo-", "9,10-dihydro-4,5-dihydroxy-9,10-dioxoanthracene-2-carboxylic acid", "rhein(monorhein)", "9,10-dihydro-4,5-dihydroxy-9,10-dioxo-2-anthracene carboxylic acid", "1,8-dihydroxy-3-carboxyl anthraquinone", "4,5-dihydroxy-9,10-dioxo-9,10-dihydroanthracene-2-carboxylic acid", "4,5-dioh-anthraquinone-2-cooh", "478-43-3", "4", "9,10-dihydro-4,5-dihydroxy-9,10-dioxo-2-anthracenecarboxylic acid", "rhein (1,8-dihydroxy-3-carboxyl anthraquinone)", "1,8-dihydroxy-3-carboxyanthraquinone", "4,5-dihydroxy-9,10-dioxo-9,10-dihydro-anthracene-2-carboxylic acid", "2-anthracenecarboxylic acid 9,10-dihydro-4,5-dihydroxy-9,10-dioxo-", "2-anthracenecarboxylic acid 9,10-dihydro-4,5-dihydroxy-9 10-dioxo-", "4,5-dihydroxy-2-anthraquinonecarboxylic acid", "1,8-dihydroxyanthraquinone-3-carboxylic acid", "dipropionyl rhein", "1,8-dihydroxy-3-carboxyl-9,10-anthraquinone", "4-10-00-04088 (beilstein handbook reference)[beilstein]", "4,5-dihydroxy-9,10-dioxo-9,10-dihydro-2-anthracenecarboxylic acid", "4,5-dihydroxy-9,10-dioxoanthracene-2-carboxylic acid", "parietic acid", "4,5-dihydroxy-9,10-dioxo-9,10-dihydroanthracene-2-", "4,5-dihydroxyanthraquinone-2-carboxylic acid", "4 5-dihydroxyanthraquinone-2-carboxylic acid", "2-anthroic acid 9,10-dihydro-4,5-dihydroxy-9 10-dioxo-", "c020491", "rhein", "4,5-dihydroxyanthraquinone-2-carboxylic acid,9,10-dihydro-4,5-dihydroxy-9,10-dioxo-2-anthracenecarboxylic acid rhein rhubarb yellow"}|>, "2388" -> <|"DatabaseID" -> "SW01547", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4350]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01595"]}, "IsomericSmiles" -> "c1ccc(cc1)C2=NCC(=O)Nc3c2cc(cc3)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00531"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Nitrazepam", "Indian Approved Name" -> "nitrazepam"|>, "PharmGKBID" -> "PA10242", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4506]}, "Synonyms" -> {"nitrazepam", "benzalin", "remnos", "dumolid", "neuchlonic", "epibenzalin", "calsmin", "apodorm", "imeson", "nitrazadon", "pelson", "paxisyn", "somitran", "relact", "7-nitro-1,3-dihydro-5-phenyl-2h-1,4-benzodiazepin-2-one", "hipnax", "calsamin", "radedorm", "1,3-dihydro-7-nitro-5-phenyl-2h-1,4-benzodiazepin-2-one", "la 1 (van)", "nitrempax", "dormin-5", "nelmat", "magadon", "mogadan", "1 3-dihydro-7-nitro-5-phenyl-2h-1,4-benzodiazepin-2-one", "megadon", "eatan n", "nitrenpax", "mogadon", "7-nitro-5-phenyl-2,3-dihydro-1h-1,4-benzodiazepin-2-one", "alodorm", "cerson", "sonnolin", "n-desmethylnimetazepam", "nelbon", "unisomnia", "2,3-dihydro-7-nitro-5-phenyl-1h-1,4-benzodiazepin-2-on", "neozepam", "persopit", "sonebon", "mitidin", "dormo-puren", "somnite", "imesont", "pacisyn", "surem", "hipsal", "insomin", "nitrados", "trazenin", "ibrovek", "epinelbon", "mogadone", "eunoctin", "ormodon", "nitravet", "noctesed", "apo-nitrazepam tablets bp", "5-24-04-00344 (beilstein handbook reference)[beilstein]", "nitrazepam[wiki]", "la 1", "ro 53-60", "gaba(a", "paxadorm", "gerson", "nitrazepamum[latin]", "eatan[wiki]", "2h-1,4-benzodiazepin-2-one 1,3-dihydro-7-nitro-5-phenyl-", "ntz", "7-nitro-5-phenyl-1h-benzo[e][1,4]diazepin-2(3h)-one", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "ipersed", "eatan", "nitrazepam-5", "somnased", "mogadon[wiki]", "gerson[wiki]", "sandoz nitrazepam", "nitrazepam-10", "somnibel", "nitrazepam (tn)", "arem", "nitrazepam [usan:ban:inn:jan][inn][jan][usan]", "eunoktin", "205-665-2[einecs]", "7-nitro-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one", "ro 5-3059", "nitrazepamum [inn-latin]", "ro 4-5360", "insoma", "sonebon tofraniln a", "atempol", "146-22-5[rn]", "7-nitro-5-phenyl-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "mogadon;", "2h-1 4-benzodiazepin-2-one 1,3-dihydro-7-nitro-5-phenyl-", "7-nitro-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "dormicum", "nitrazepam (jp15/usan)[usan][jp15]"}|>, "2389" -> <|"DatabaseID" -> "SW01548", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2223]}, "IsomericSmiles" -> "c1ccc(cc1)Cn2c3ccccc3c(n2)OCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01594"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bendazac"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2313]}, "Synonyms" -> {"bindazac", "zildasac", "bendazolic acid", "iwazac", "bendazac", "1-benzylindazole-3-oxyacetic acid", "((1-(phenylmethyl)-1h-indazol-3-yl)oxy)acetic acid", "iwazac (tn)", "20187-55-7", "20187-55-7[rn]", "[[1-(phenylmethyl)-1h-indazol-3-yl]oxy]acetic acid", "bendazaco [inn-spanish]", "[(1-benzyl-1h-indazol-3-yl)oxy]acetic acid[acd/iupac name]", "versus[wiki]", "2-[1-benzyl-1h-indazol-3-yloxy]acetic acid", "bendazac (jan/usan)[jan][usan]", "1131622-55-3[rn]", "243-569-2[einecs]", "5-23-11-00246 (beilstein handbook reference)[beilstein]", "acetic acid ((1-(phenylmethyl)-1h-indazol-3-yl)oxy)-", "2-(1-benzyl-1h-indazol-3-yloxy)acetic acid", "(1-benzyl-1h-indazol-3-yloxy)-acetic acid", "versus", "81919-14-4[rn]", "2-((1-benzyl-1h-indazol-3-yl)oxy)acetic acid", "((1-benzyl-1h-indazol-3-yl)oxy)acetic acid", "acetic acid [[1-(phenylmethyl)-1h-indazol-3-yl]oxy]-", "af 983", "bendazacum [inn-latin]", "acetic acid 2-[[1-(phenylmethyl)-1h-indazol-3-yl]oxy]-", "bendazacum[latin]", "bendazac l-lysine", "bendazaco[spanish][inn]", "acetic acid ((1-benzyl-1h-indazol-3-yl)oxy)-", "23255-99-4[rn]", "((1-benzyl-1h-indazol-3-yl)oxy)essigsaeure", "bendazac [usan:ban:inn:jan][inn][jan][usan]", "bendazac[wiki]"}|>, "2390" -> <|"DatabaseID" -> "SW01549", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5882"], ExternalIdentifier["ChEBIID", "5881"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7935], ExternalIdentifier["ChemSpiderID", 3568]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00458"]}, "IsomericSmiles" -> "C[NH+](C)CCCN1c2ccccc2CCc3c1cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00815"], ExternalIdentifier["KEGGID", "D08070"]}, "OfficialNames" -> <|"China Approved Name" -> "imipramine", "Indian Approved Name" -> "imipramine hcl;imipramine", "Australia Approved Name" -> "IMIPRAMINE HYDROCHLORIDE", "FDA Approved Drug" -> "IMIPRAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449969", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8228], ExternalIdentifier["PubChemCompoundID", 3696]}, "Synonyms" -> {"imizine", "presamine", "berkomine", "melipramine", "melipramin", "imipramine", "dimipressin", "psychoforin", "eupramin", "surplix", "imidobenzyle", "antideprin", "dynaprin", "imizinum", "imipramine hcl", "pramine", "intalpram", "nelipramin", "tipramine", "imizin", "declomipramine", "imiprin", "irmin", "imavate", "timolet", "chimoreptin", "dpid", "dyna-zina", "pertofram", "iramil", "persamine", "tofranil", "tofranil-pm (imipramine pamoate)", "trimipramine maleate", "janimine", "tofraniln a", "janimine[wiki]", "censtin", "censtim", "impramine", "imipramina", "tofranile", "teperine", "50-49-7[rn]", "imipramine hydrochloride[jan]", "n-(3-dimethylaminopropyl)iminodibenzyl hydrochloride", "co cap imipramine 25", "norfranil", "113-52-0[rn]", "prazepine", "im", "sk-pramine", "tofranil base", "ia-pram", "estraldine", "promiben", "tofranil[wiki]", "feinalmin", "imipramine hydrochloride", "imilanyle", "iprogen", "5h-dibenz[b,f]azepine 5-[3- (dimethylamino)propyl]-10,11-dihydro- monohydrochloride", "imipramine [usan 1993][usan]", "sk-pramine hydrochloride", "3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethyl-1-propanaminehydrochloride (1:1)[acd/iupac name]", "imipraminehydrochloride", "10,11-dihydro-n,n-dimethyl-5h-dibenz[b,f]azepine-5-propanaminehydrochloride", "melipramine hydrochloride", "5-(3-(dimethylamino)propyl)-10,11-dihydro-5h-dibenz(b,f)azepinemonohydrochloride", "10,11-dihydro-n,n-dimethyl-5h-dibenz[b,f]azepine-5-propanaminehydrochloride; 5-[3-(dimethylamino)propyl]-10,11-dihydro-5h-dibenz[b,f]azepine hydrochloride", "thymopramin", "dynazina", "melipramine hcl", "imipramine hydrochloride solution", "antideprin hydrochloride", "5-(3-dimethylaminopropyl)-10,11-dihydro-5h-dibenz-[b,f]-azepine hydrochloride", "5h-dibenz(b,f)azepine 10,11-dihydro-5-(3-(dimethylamino)propyl)- hydrochloride", "5h-dibenz[b,f]azepine-5-propanamine,10,11-dihydro-n,n-dimethyl- hydrochloride (1:1)", "imipramini", "5-(3-dimethylaminopropyl)-10,11-dihydro-5h-dibenz(b,f)azepine hydrochloride", "(3-{2-azatricyclo[9.4.0.03,8]pentadeca-1(11),3,5,7,12,14-hexaen-2-yl}propyl)dimethylaminehydrochloride", "3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethylpropan-1-aminehydrochloride", "3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethylpropan-1-aminehydrochloride (1:1)", "vionyl", "fujisawa[wiki]", "3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethylpropan-1-aminhydrochlorid", "janimine (hydrochloride)", "113-52-0 50-49-7 [imipramine]", "psicopramine", "(3-(10h,11h-dibenzo[b,f]azepin-5-yl)propyl)dimethylamine chloride", "odeoxil", "5h-dibenz(b,f)azepine-5-propanamine,10,11-dihydro-n,n-dimethyl- monohydrochloride", "imipramine monohydrochloride", "204-030-7[einecs]", "n-[3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)propyl]-n,n-dimethylamine", "imipramini hydrochloridum", "5h-dibenz[b,f]azepine-5-propanamine,10,11-dihydro-n,n-dimethyl- monohydrochloride", "5h-dibenz(b,f)azepine 5-(3-(dimethylamino)propyl)-10,11-dihydro- monohydrochloride", "venefon", "tofranil (hydrochloride)", "113-52-0 50-49-7", "113-52-0 (hydrochloride)", "tofranil (tn)", "5-[3-(dimethylamino)propyl]-10,11-dihydro-5h-dibenz[b,f]azepinehydrochloride", "3-(5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethylpropan-1-amine", "imipraminum [inn_la]", "tofranil base", "2 2'-(3-dimethylaminopropylimino)dibenzyl", "imidol", "5h-dibenz(b,f)azepine-5-propanamine,10,11-dihydro-n,n-dimethyl- (9ci)", "10,11-dihydro-n,n-dimethyl-5h-dibenz[b,f]azepine-5-propanamine", "cas-113-52-0", "deprinol", "256892[beilstein]", "3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethylpropan-1-amine", "5h-dibenz(b,f)azepine-5-propanamine,10,11-dihydro-n,n-dimethyl-", "3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethyl-1-propanamine[acd/iupac name]", "5-(3-dimethylaminopropyl)-10,11-dihydro-5h-dibenzo(b,f)azepine", "200-042-1[einecs]", "tofranil-pm", "n-(g-dimethylaminopropyl)iminodibenzyl", "2,2'-(3-dimethylaminopropylimino)bibenzyl", "efuranol", "sk-pramine hcl", "5h-dibenz[b f]azepine-5-propanamine 10,11-dihydro-n,n-dimethyl-", "5 6-dihydro-n-[3-(dimethylamino)propyl]-11h-dibenz[b,e]azepine", "imipramina[spanish][inn]", "imipramin", "5 6-dihydro-n-(3-(dimethylamino)propyl)-11h-dibenz(b,e)azepine", "n-(3-dimethylaminopropyl)-o-iminodibenzyl", "5-(3-dimethylaminopropyl)-10,11-dihydro-5h-dibenz[b,f]azepine", "5-[3-(dimethylamino)propyl]-10,11-dihydro-5h-dibenz[b,f]azepine", "5h-dibenz[b,f]azepine 5-[3- (dimethylamino)propyl]-10,11-dihydro-", "5-20-08-00096 (beilstein handbook reference)[beilstein]", "5h-dibenz[b,f]azepine-5-propanamine,10 11-dihydro-n,n-dimethyl- monohydrochloride", "2 2'-(3-dimethylaminopropylimino)bibenzyl", "50-49-7", "5h-dibenz(b,f)azepine 10,11-dihydro-5-(3-(dimethylamino)propyl)-", "imipraminum[latin]", "tofranil (free base)", "10,11-dihydro-n,n-dimethyl-5h-dibenz(b,f)azepine-5-propanaminemonohydrochloride", "5-(3-(dimethylamino)propyl)-10,11-dihydro-5h-dibenz(b,f)azepine", "5h-dibenz[b f]azepine 10,11-dihydro-5-[3-(dimethylamino)propyl]- hydrochloride", "5h-dibenz(b,f)azepine,5-[3-(dimethylamino)propyl]-10,11-dihydro-mixed with ethylalcohol", "5h-dibenz(b,f)azepine 5-(3-(dimethylamino)propyl)-10,11-dihydro-", "10,11-dihydro-5-(3-(dimethylamino)propyl)-5h-dibenz[b,f]azepine", "chrytemin", "imipramine[wiki]", "5h-dibenz[b,f]azepine-5-propanamine,10,11-dihydro-n,n-dimethyl-", "pryleugan", "1-(3-dimethylaminopropyl)-4,5-dihydro-2,3,6,7-dibenzazepine"}|>, "2391" -> <|"DatabaseID" -> "SW01550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61430]}, "IsomericSmiles" -> "c1ccc(cc1)CN(CC[NH+]2CCCC2)c3ccccc3", "OfficialNames" -> <|"Indian Approved Name" -> "luvistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160809]}, "Synonyms" -> {"calcistin", "domistan", "n-benzyl-n-[2-(pyrrolidin-1-yl)ethyl]aniline", "n-phenyl-n-(phenylmethyl)-1-pyrrolidineethanamine", "histapyrrodine", "n-benzyl-n-pyrrolidinoethylaniline", "surecn316865", "ac1l4oaf", "6113-17-3[rn]", "n-benzyl-n-(2-(1-pyrrolidinyl)ethyl)anilin", "493-80-1[rn]", "1-pyrrolidineethanamine n-phenyl-n-(phenylmethyl)-", "n-pyrrolidylethyl-n-phenylbenzylamine", "histapyrrodine hydrochloride", "histapirrodina[spanish]", "histapyrrodine [dcf:inn][inn]", "2-(1-pyrrolidyl)ethylphenylbenzylamine hydrochloride", "allantan", "ac1q3ch6", "n-benzyl-n-phenylpyrrolidine-1-ethylamine monohydrochloride", "1-(2-n-benzylanilinoethyl)pyrrolidine", "luvistin", "207-781-9[einecs]", "histapyrrodinum[latin]", "histapyrrodine hcl", "1-[2-(n-benzylanilino)ethyl]pyrrolidine", "n-benzyl-n-phenylpyrrolidinoethylamine"}|>, "2392" -> <|"DatabaseID" -> "SW01551", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65061]}, "IsomericSmiles" -> "C[NH+]1CCC(CC1)N(Cc2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07197"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "piperamine", "Indian Approved Name" -> "bamipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72075]}, "Synonyms" -> {"bamipine", "soventol", "4-(n-benzyl-n-phenylamino)-1-methylpiperidine", "1-methyl-n-phenyl-n-(phenylmethyl)-4-piperidinamine", "4945-47-5[rn]", "bamipina[spanish][inn]", "piperidine", "n-benzyl-1-methyl-n-phenylpiperidin-4-amine", "n-phenyl-n-benzyl-4-amino-1-methylpiperidine", "5-22-08-00036 (beilstein handbook reference)[beilstein]", "4-(n-benzylanilino)-1-methylpiperidine", "262-938-9[einecs]", "bamipina [inn-spanish]", "5-22-08-00036", "bamipine [ban:dcf:inn][inn]", "einecs 225-587-2", "piperamine", "4-piperidinamine 1-methyl-n-phenyl-n-(phenylmethyl)-", "61732-85-2[rn]", "brn 0252193", "bamipinum [inn-latin]", "bamipinum[latin]", "225-587-2[einecs]", "4-piperidinamine 1-methyl-n-phenyl-n-(phenylmet", "4-n-benzylanilino-1-methylpiperidine", "61670-09-5[rn]", "1229-69-2[rn]", "piperidine 4-(n-benzyl-n-phenylamino)-1-methyl-", "4-piperidinamine"}|>, "2393" -> <|"DatabaseID" -> "SW01552", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445632], ExternalIdentifier["ChemSpiderID", 4447502], ExternalIdentifier["ChemSpiderID", 4938660]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06689"]}, "IsomericSmiles" -> "CCCCCCCC/C=C\\CCCCCCCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02276"], ExternalIdentifier["KEGGID", "D05282"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ethanolamine oleate", "NPC Approved Name" -> "arlacel 83", "FDA Approved Drug" -> "ETHANOLAMINE OLEATE;TROLAMINE POLYPEPTIDE OLEATE CONDENSATE"|>, "PharmGKBID" -> "PA164746758", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282489], ExternalIdentifier["PubChemCompoundID", 5284434], ExternalIdentifier["PubChemCompoundID", 6433515]}, "Synonyms" -> {"oldamin", "ethamolin", "monoethanolamine oleate", "ethanolamine oleate", "monolate", "neosclerol", "moramin", "varex", "varicetin", "beta-hydroxyethylammonium oleate", "arlacel 83", "2-hydroxyethanaminium (9z)-octadec-9-enoate", "antivariz {oleate}", "montane 83", "9-octadecenoic acid (9z)- compd. with 2-aminoethanol (1:1)", "oleic acid compound with 2-aminoethanol (1:1)", "oleate de monoethanolamine[french][inn]", "oldamin (tn)", "arlacel c", "liposorb sq0", "hodag sso", "emulgator 8972", "2-hydroxyethanaminium-(9z)-octadec-9-enoat", "emasol 41s", "oleic acid monoethanolamine", "ethamolin (tn)", "protachem soc", "esclerosina {oleate}", "218-878-0[einecs]", "cis-9-octadecenoic acid ethanolamine salt", "(9z)-octadec-9-enoic acid - 2-aminoethanol (1:1)", "2272-11-9[rn]", "glycomul soc", "sorbitan sesquioleate", "ethanolamine oleate[usan]", "sorgen 30", "9-octadecenoic acid sodium salt", "sodium oleate", "crill k 16", "sodiumoleate", "sorbitan 9-octadecenoate (2:3)", "olate flakes", "sesquioleate de sorbitan[french][inn]", "sorbitani sesquioleas[latin]", "eunatrol", "einecs 232-360-1", "sorbitan (z)-9-octadecenoate (2:3)", "sorbitan esters sesqui-9-octadecenoate (z)-", "sodium 9-octadecenoate", "glycomul soc special", "115-06-0[rn]", "cis-9-octadecenoic acid sodium salt", "oleic acid sodium salt", "sorbitan sesquioleate [usan:inn:ban][inn][usan]", "59585-62-5[rn]", "sesquioleato de sorbitano[spanish][inn]", "39320-83-7[rn]", "oleate sodium", "emsorb 2502", "9-octadecenoic acid (z)- sodium salt", "oleate[wiki]", "9-octadecenoic acid sodium salt (z)-", "8007-43-0[rn]", "9-octadecenoic acid sodium salt (9z)- (1:1)", "sorbitanum sesquioleylatum", "sodium octadec-9-enoate", "anhydrosorbitol sesquioleate", "sodium (9z)-9-octadecenoate", "oleic acid sodium salt", "nissan nonion op 83", "9-octadecenoic acid (9z)- sodium salt", "anhydrohexitol sesquioleate", "205-591-0[einecs]", "sorbitan (9z)-9-octadecenoate (2:3)", "sodium (9z)-octadec-9-enoate", "sodium 9-octadecenoate (z)-", "232-360-1[einecs]", "sorbitan sesquioleate", "sorbitansesquioleate. (compound usually contains alsoassociated fattyacids.)", "nissan nonion op 83rat", "nikkol so 15", "143-19-1[rn]", "sorbitan sesquioleate [usan:ban:inn][inn][usan]"}|>, "2394" -> <|"DatabaseID" -> "SW01553", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28194"], ExternalIdentifier["ChEBIID", "32375"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444569]}, "IsomericSmiles" -> "CCCCCCCCCCC/C=C\\CCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "petroselic acid;petroselinic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281125], ExternalIdentifier["PubChemCompoundID", 5461010]}, "Synonyms" -> {"cis-6-octadecenoic acid", "petroselinic acid", "petroselinsaeure", "petroseleninsaeure", "(6z)-6-octadecenoic acid", "octadec-6c-ensaere", "(6z)-petroselinic acid", "(6z)-octadecenoic acid", "6z-octadecenoic acid", "cis-petroselinic acid", "6-octadecylenic acid", "petroselic acid", "[593-39-5]", "cis-octadec-6-enoic acid", "6-octadecenoic acid (6z)-", "(6z)octadec-6-enoic acid", "(z)-6-octadecenoic acid", "1726527[beilstein]", "209-789-8[einecs]", "593-39-5[rn]", "(z)-octadec-6-enoic acid", "5-heptadecylene-1-carboxylic acid", "4712-34-9[rn]", "6-octadecenoic acid (z)-", "d5-octadecylenic acid", "petroselinic acid (6c)", "(6z)-octadec-6-enoic acid", "6z-octadecenoate", "petroselinate", "(6z)-octadec-6-enoate", "(6z)-petroselinate", "cis-petroselinate", "(z)-6-octadecenoate", "cis-6-octadecenoate", "6-octadecenoic acid"}|>, "2395" -> <|"DatabaseID" -> "SW01554", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141020]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3cc(c(c(c3C2=O)[O-])C(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "munjistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160476]}, "Synonyms" -> {"munjistin", "kst-1b5279", "ar-1b6936", "ar-1b6935", "478-06-8", "ac1l4nos", "kst-1b5277", "1", "ac1q6jwu", "ccris 6444", "478-06-8[rn]"}|>, "2396" -> <|"DatabaseID" -> "SW01555", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "38167"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10193]}, "IsomericSmiles" -> "Cc1cc2c(c(c1)[O-])C(=O)c3c(cc(cc3[O-])OC)C2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "parietin;physcion"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10639]}, "Synonyms" -> {"parietin", "emodin monomethyl ether", "rheochrysidin", "physcion", "emodin 3-methyl ether", "physcione", "1,8-dihydroxy-3-methoxy-6-methyl-anthraquinone", "emodin-3-methylether", "1,8-dihydroxy-3-methoxy-6-methyl-9,10-anthrachinon[german]", "9 10-anthracenedione 1,8-dihydroxy-3-methoxy-6-methyl-", "1,8-dihydroxy-3-methoxy-6-methylanthracene-9,10-dione", "nsc251670", "phycion", "1,8-dihydroxy-3-methyl-6-methoxy-9,10-anthraquinone", "9,10-anthracenedione 1,8-dihydroxy-3-methoxy-6-methyl- (9ci)", "1", "9,10-anthracenedione 1,8-dihydroxy-3-methoxy-6-methyl-", "1,8-dihydroxy-3-methyl-6-methoxyanthraquinone", "1,8-dihydroxy-3-methoxy-6-methylanthraquinone", "physicion", "1,8-dihydroxy-3-methoxy-6-methyl-9,10-anthraquinone[acd/iupac name]", "1,8-dihydroxy-3-methoxy-6-methyl-9,10-anthracenedione", "208-315-7[einecs]", "521-61-9", "emodin-3-methyl ether", "1915778[beilstein]", "1,8-dihydroxy-6-methoxy-3-methylanthracene-9,10-dione", "521-61-9[rn]", "chebi:38167", "4-08-00-03575 (beilstein handbook reference)[beilstein]", "methoxyemodin", "anthraquinone 1,8-dihydroxy-3-methoxy-6-methyl-"}|>, "2397" -> <|"DatabaseID" -> "SW01556", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "223316"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62060]}, "IsomericSmiles" -> "C[C@@H]1CC[C@H]2[C@H](C(=O)O[C@H]3[C@@]24[C@H]1CC[C@](O3)(OO4)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "artemisine;artemisinin"|>, "PharmGKBID" -> "PA165111696", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68827]}, "Synonyms" -> {"artemisinin", "artemisinina", "artemisinine", "artemisininum", "arteannuin", "artemisine", "huanghuahaosu", "(1s,4s,5r,8s,9r,12s,13r)-1,5,9-trimethyl-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecan-10-one", "1,5,9-trimethyl-(1s,4s,5r,8s,9r,12s,13s)-11,15,16-trioxatetracyclo[10.3.1.04,13.08,13]hexadecan-10-one", "(3r,5as,6r,8as,9r,12s,12ar)-3,6,9-trimethyloctahydro-3h-3,12-epoxy[1,2]dioxepino[4,3-i]isochromen-10(12h)-one", "1,5,9-trimethyl-(1r,4s,5r,9r,12s,13r)-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecan-10-one; octahydro-3,6,9-trimethyl-3,12-epoxy-12h-pyrano(4,3-j)-1,2-benzodioxepin-10(3h)-one; qhs; qing hau sau; qinghaosu; arteannuin; artemisinina; artemisinine;huanghuahaosu", "(4s,5r,8s,9r,12s,13r)-1,5,9-trimethyl-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecan-10-one", "artemisia p.e.", "coartem", "qinghaosu[wiki]", "tl8004521", "artemisininum[latin]", "[63968-64-9]", "quinghaosu", "(3r,5as,6r,8as,9r,12s,12ar)-3,6,9-trimethyloctahydro-3,12-epoxypyrano[4,3-j][1,2]benzodioxepin-10(3h)-one", "(3r,5as,6r,8as,9r,12s,12ar)-octahydro-3,6,9-trimethyl-3,12-epoxy-12h-pyrano[4,3-j]-1,2-benzodioxepin-10(3h)-one", "cotexin", "octahydro-3,6,9-trimethyl-3,12-epoxy-12h-pyrano(4,3-j)-1,2-benzodioxepin-10(3h)-one", "artemisinina[spanish]", "(3r,5as,6r,8as,9r,12s,12ar)-octahydro-3,6,9-trimethyl-3,12-epoxy-12h-pyrano(4,3-j)-1,2-benzodioxepin-10(3h)-one", "1,5,9-trimethyl-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecan-10-one", "(artemisinin)1,5,9-trimethyl-(1r,4s,5r,8s,9r,12s,13r)-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecan-10-one", "qinghaosu", "qhs", "1,5,9-trimethyl-(1r,4s,5r,9r,12s,13r)-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecan-10-one", "artemisinin; artemisininum", "(1r,4s,5r,8s,9r,12s,13r)-1,5,9-trimethyl-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecan-10-one", "octahydro-3-ethyl-9-methyl-3,12-epoxy-12h-pyrano[4,3-j]-1,2-benzodioxepin-10(3h)-one", "(+)-artemisinin", "1,5,9-trimethyl-(1r,4s,5r,8s,9r,12s,13r)-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecan-10-one", "3,12-epoxy-12h-pyrano[4,3-j]-1,2-benzodioxepin-10(3h)-one octahydro-3,6,9-trimethyl- (3r,5as,6r,8as,9r,12s,12ar)-", "[3r-(3a,5ab,6b,8ab,9a,12b,12ar*)]-octahydro-3,6,9-trimethyl-3,12-epoxy-12h-pyrano[4,3-j]-1,2-benzodioxepin-10(3h)-one", "(3r,5as,6r,8as,9r,12s,12ar)-3,6,9-trimethyloctahydro-3,12-epoxy[1,2]dioxepino[4,3-i]isochromen-10(3h)-one", "63968-64-9[rn]", "artemisnini", "qing hau su", "artesin", "qinghosu", "(4s,5r,8s,9r,12s,13r)-1,5,9-trimethyl-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecan-10-on[german]", "(5as,6r,8as,9r,12s,12ar)-3,6,9-trimethyloctahydro-3,12-epoxy[1,2]dioxepino[4,3-i]isochromen-10(3h)-one", "(1r,4s,5r,8s,9r,12s,13r)-1,5,9-trimethyl-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecan-10-one[acd/iupac name]", "artemisininum [inn_la]", "3,12-epoxy-12h-pyrano[4,3-j]-1,2-benzodioxepin-10(3h)-one octahydro-3,6,9-trimethyl- (5as,6r,8as,9r,12s,12ar)-"}|>, "2398" -> <|"DatabaseID" -> "SW01557", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01040"]}, "IsomericSmiles" -> "[H]/[NH+]=C(/C1=CC(=O)/C(=C\\C=c2ccc(=C([NH3+])N)cc2)/C=C1)\\N", "OfficialNames" -> <|"FDA Approved Drug" -> "HYDROXYSTILBAMIDINE ISETHIONATE"|>, "PharmGKBID" -> "PA164745514", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16051924]}, "Synonyms" -> {"hsb", "deoxyribonucleic acid", "hydroxystilbamidine isethionate", "db01040"}|>, "2399" -> <|"DatabaseID" -> "SW01558", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 37569]}, "IsomericSmiles" -> "COc1cc2c3c(c1OC)-c4ccccc4C[C@@H]3[NH2+]CC2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nornuciferine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41169]}, "Synonyms" -> {"nornuciferine", "4h-dibenzo(de", "dl-nornuciferine", "chebi:284528", "ls-97005", "ac1l2577", "noraporphine 1,2-dimethoxy-", "(6as)-1,2-dimethoxy-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline[acd/iupac name]", "chembl325416", "(s)-1,2-dimethoxy-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline", "1", "noraporphine", "1,2-dimethoxynoraporphine", "4h-dibenzo[de,g]quinoline,5,6,6a,7-tetrahydro-1,2-dimethoxy-,(6as)-", "54750-04-8[rn]"}|>, "2400" -> <|"DatabaseID" -> "SW01559", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170632]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@H]1Cc4c3cccc4)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "o-nornuciferine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197017]}, "Synonyms" -> {"n-methylasimilobine", "(-)-nornuciferine", "o-nornuciferine", "asimilobine n-methyl-", "6a-beta-aporphin-2-ol", "3153-55-7", "ls-21494", "ac1l52qh", "asimilobine", "4h-dibenzo(de,g)quinolin-2-ol 5,6,6a,7-tetrahydro-1-methoxy-6-methyl-,(r)-", "ccris 3808", "3153-55-7[rn]", "4h-dibenzo(de"}|>, "2401" -> <|"DatabaseID" -> "SW01559", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170632]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@H]1Cc4c3cccc4)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "o-nornuciferine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197017]}, "Synonyms" -> {"n-methylasimilobine", "(-)-nornuciferine", "o-nornuciferine", "asimilobine n-methyl-", "6a-beta-aporphin-2-ol", "3153-55-7", "ls-21494", "ac1l52qh", "asimilobine", "4h-dibenzo(de,g)quinolin-2-ol 5,6,6a,7-tetrahydro-1-methoxy-6-methyl-,(r)-", "ccris 3808", "3153-55-7[rn]", "4h-dibenzo(de"}|>, "2402" -> <|"DatabaseID" -> "SW01560", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82560]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00692"]}, "IsomericSmiles" -> "Cc1ccc(cc1)N(CC2=[NH+]CCN2)c3cccc(c3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00509"]}, "OfficialNames" -> <|"Indian Approved Name" -> "phentolamine mesylate", "FDA Approved Drug" -> "PHENTOLAMINE MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91430]}, "Synonyms" -> {"phentolamine mesilate", "phentolamine methanesulfonate", "regitin methanesulphonate", "regitine", "phentolamine mesylate", "phentolamine methanesulphonate", "regitin", "phentolamine methyl sulfonate", "rogitine", "regitine methanesulfonate", "regitine mesylate", "regitin mesylate", "alpha-1c adrenergic receptor", "phentalamine", "phenol m-(n-(2-imidazolin-2-ylmethyl)-p-toluidino)-,monomethanesulfonate (salt)", "phentolamine mesylate[usp]", "ccris 9022", "2-(n'-p-tolyl-n'-m-hydroxyphenylaminomethyl)-2-imidazoline monomethanesulfonate (salt)", "regitipe", "2-[n-(m-hydroxyphenyl)-p-toluidinomethyl]imidazoline monomethanesulfonate (salt)", "2-(n-[m-hydroxyphenyl]-p-toluidinomethyl)imidazoline", "oraverse", "200-604-6[einecs]", "phentolamine methanesulfonate salt", "65-28-1", "phentolamine mesylate [usan]", "2-(m-hydroxy-n-p-tolylanilinomethyl)-2-imidazoline monomethanesulfonate(salt)", "vasomax", "m-(n-(2-imidazolin-2-ylmethyl)-p-toluidino)phenol monomethanesulfonate (salt)", "phentolamine", "3-[[(4,5-dihydro-1h-imidazol-2-yl)methyl](4-methylphenyl)amino]phenol monomethanesulfonate(salt)", "3-(n-(2-imidazolin-2-ylmethyl)-p-toluidino)phenol methanesulphonate", "phenol 3-(((4,5-dihydro-1h-imidazol-2-yl)methyl)(4-methylphenyl)amino)- monomethanesulfonate (salt)", "3-[(4,5-dihydro-1h-imidazol-2-ylmethyl)(4-methylphenyl)amino]phenol methanesulfonate (1:1)[acd/iupac name]", "alpha 1a- adrenoreceptor", "3-[(4,5-dihydro-1h-imidazol-2-ylmethyl)(4-methylphenyl)amino]phenol methanesulfonate (salt)", "z-max", "phentolamine.mesylate", "phentolamine methane sulfonate", "alpha 1a-adrenoceptor", "phenotolamine", "regitine (tn)", "50-60-2[rn]", "vasofem", "3-[(2-imidazolin-2-ylmethyl)(4-methylphenyl)amino]phenol methanesulfonic acid", "phenol 3-[[(4,5-dihydro-1h-imidazol-2-yl)methyl](4-methylphenyl)amino]- methanesulfonate(1:1) (salt)", "3-[4,5-dihydro-1h-imidazol-2-ylmethyl-(4-methylphenyl)amino]phenol; methanesulfonic acid", "alpha adrenergic receptor 1c", "65-28-1[rn]", "phtneolamine mesilate"}|>, "2403" -> <|"DatabaseID" -> "SW01561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140765]}, "IsomericSmiles" -> "CC(C)C1=Cc2ccc3c(c2C(=O)C1=O)CCCC3(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "miltirone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160142]}, "Synonyms" -> {"miltirone", "27210-57-7[rn]", "2-isopropyl-8,8-dimethyl-5,6,7,8-tetrahydro-phenanthrene-3,4-dione", "2-isopropyl-8", "chebi:169059", "chembl45830", "ar-1e2953", "ar-1e2952", "2-isopropyl-8,8-dimethyl-5,6,7,8-tetrahydro-3,4-phenanthrenedione[acd/iupac name]", "nsc639662", "ac1q6n8t", "ambap27210-57-7", "ac1l4n45", "3,4-phenanthrenedione 5,6,7,8-tetrahydro-8,8-dimethyl-2-(1-methylethyl)-", "2-isopropyl-8,8-dimethyl-5,6,7,8-tetrahydrophenanthrene-3,4-dione"}|>, "2404" -> <|"DatabaseID" -> "SW01562", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4946082]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)C/C=C/c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03510"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cinnamedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5370611]}, "Synonyms" -> {"cinnamedrine", "surecn25071", "cinamedrina", "cinnamedrine (usan/inn)", "ac1nsv37", "cinnamedrinum", "90-86-8", "cinnamylephedrin", "83514-22-1[rn]", "cinnamedrinum [inn-latin]", "cinamedrina [inn-spanish]"}|>, "2405" -> <|"DatabaseID" -> "SW01562", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4946082]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)C/C=C/c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03510"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cinnamedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5370611]}, "Synonyms" -> {"cinnamedrine", "surecn25071", "cinamedrina", "cinnamedrine (usan/inn)", "ac1nsv37", "cinnamedrinum", "90-86-8", "cinnamylephedrin", "83514-22-1[rn]", "cinnamedrinum [inn-latin]", "cinamedrina [inn-spanish]"}|>, "2406" -> <|"DatabaseID" -> "SW01562", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4946082]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)C/C=C/c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03510"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cinnamedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5370611]}, "Synonyms" -> {"cinnamedrine", "surecn25071", "cinamedrina", "cinnamedrine (usan/inn)", "ac1nsv37", "cinnamedrinum", "90-86-8", "cinnamylephedrin", "83514-22-1[rn]", "cinnamedrinum [inn-latin]", "cinamedrina [inn-spanish]"}|>, "2407" -> <|"DatabaseID" -> "SW01562", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4946082]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)C/C=C/c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03510"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cinnamedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5370611]}, "Synonyms" -> {"cinnamedrine", "surecn25071", "cinamedrina", "cinnamedrine (usan/inn)", "ac1nsv37", "cinnamedrinum", "90-86-8", "cinnamylephedrin", "83514-22-1[rn]", "cinnamedrinum [inn-latin]", "cinamedrina [inn-spanish]"}|>, "2408" -> <|"DatabaseID" -> "SW01562", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4946082]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)C/C=C/c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03510"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cinnamedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5370611]}, "Synonyms" -> {"cinnamedrine", "surecn25071", "cinamedrina", "cinnamedrine (usan/inn)", "ac1nsv37", "cinnamedrinum", "90-86-8", "cinnamylephedrin", "83514-22-1[rn]", "cinnamedrinum [inn-latin]", "cinamedrina [inn-spanish]"}|>, "2409" -> <|"DatabaseID" -> "SW01562", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4946082]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)C/C=C/c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03510"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cinnamedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5370611]}, "Synonyms" -> {"cinnamedrine", "surecn25071", "cinamedrina", "cinnamedrine (usan/inn)", "ac1nsv37", "cinnamedrinum", "90-86-8", "cinnamylephedrin", "83514-22-1[rn]", "cinnamedrinum [inn-latin]", "cinamedrina [inn-spanish]"}|>, "2410" -> <|"DatabaseID" -> "SW01562", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4946082]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)C/C=C/c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03510"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cinnamedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5370611]}, "Synonyms" -> {"cinnamedrine", "surecn25071", "cinamedrina", "cinnamedrine (usan/inn)", "ac1nsv37", "cinnamedrinum", "90-86-8", "cinnamylephedrin", "83514-22-1[rn]", "cinnamedrinum [inn-latin]", "cinamedrina [inn-spanish]"}|>, "2411" -> <|"DatabaseID" -> "SW01562", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4946082]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)C/C=C/c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03510"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cinnamedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5370611]}, "Synonyms" -> {"cinnamedrine", "surecn25071", "cinamedrina", "cinnamedrine (usan/inn)", "ac1nsv37", "cinnamedrinum", "90-86-8", "cinnamylephedrin", "83514-22-1[rn]", "cinnamedrinum [inn-latin]", "cinamedrina [inn-spanish]"}|>, "2412" -> <|"DatabaseID" -> "SW01563", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31508"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59453]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01146"]}, "IsomericSmiles" -> "C[NH+]1CCC(CC1)OC(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01172"]}, "OfficialNames" -> <|"Indian Approved Name" -> "diphenylpyraline hcl", "FDA Approved Drug" -> "DIPHENYLPYRALINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66063], ExternalIdentifier["PubChemCompoundID", 43833355]}, "Synonyms" -> {"diafen", "diphenylpyraline hydrochloride", "diaphen", "allerzine", "diphenpyraline hydrochloride", "sumadil", "4-(diphenylmethoxy)-1-methylpiperidine hydrochloride", "histyn", "histalert", "histryl", "lergoban", "belfene hydrochloride", "4-benzhydryloxy-1-methyl-piperidine hydrochloride", "132-18-3 147-20-6", "diphenylpyraline teoclate", "piperidine 4-(diphenylmethoxy)-1-methyl- hydrochloride", "4-benzhydryloxy-n-methylpiperidine hydrochloride", "4-diphenylmethoxy-1-methylpiperidine", "piperidine 4-(diphenylmethoxy)-1-methyl- hydrochloride (1:1)", "diaphen (van)", "132-18-3 147-20-6 [diphenylpyraline]", "4-(diphenylmethoxy)-1-methylpiperidine hydrochloride (1:1)[acd/iupac name]", "diphenylpyraline hydrochloride[jan]", "205-049-3[einecs]", "132-18-3[rn]", "diphenylpyrilene hydrochloride", "4-diphenylmethoxy-1-methylpiperidine hydrochloride", "6699-38-3[rn]", "vena (tn)", "4-(diphenylmethoxy)-1-methylpiperidine chloride", "hispril", "piperidine 4-diphenylmethoxy-1-methyl- hydrochloride", "anginosan", "4-(benzhydryloxy)-1-methylpiperidine hydrochloride", "diafen (antihistamine)", "hispril[wiki]", "4-(diphenylmethoxy)-1-methylpiperidine chloride h", "diphenylpyraline[wiki]", "diafen (van)", "147-20-6[rn]", "hispril (tn)", "1-methyl-4-piperidyl benzhydryl ether hydrochloride", "kolton", "4-diphenylmethoxy-1-methylpiperidine hcl", "piperidine 4- (diphenylmethoxy)-1-methyl- hydrochloride", "surecn466977", "metrate (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + potassium iodide + sodium citrate)_mixture", "nezger tab (acetylsalicylic acid + diphenylpyraline hydrochloride + guaifenesin + phenylephrine hydrochloride)_mixture", "diphenylpyrilene", "diphenylpyraline hcl", "dat", "chebi:31508", "allergen", "diafen hydrochloride", "creo-rectal nourrisson (camphor + diphenylpyraline hydrochloride + guaiacol carbonate)_mixture", "emercreme no4 ont efa (bacitracin + benzocaine + cetylpyridinium chloride + diphenylpyraline hydrochloride + tyrothricin)_mixture", "oradrine tablets (acetaminophen + caffeine + codeine phosphate + diphenylpyraline hydrochloride + phenylpropanolamine hydrochloride)_mixture", "lyssipoll", "dayfen", "belfene", "hispril hydrochloride", "creo-rectal enfant (camphor + diphenylpyraline hydrochloride + guaiacol carbonate)_mixture", "4-(diphenylmethoxy)-1-methylpiperidinium chloride", "neargal", "diphenylpyralamine", "sinugex 38 (acetaminophen + caffeine + diphenylpyraline hydrochloride)_mixture", "vito bronches sirop (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + potassium iodide + sodium citrate)_mixture", "4-(diphenylmethoxy)-1-methylpiperidine", "vena", "corytab (acetaminophen + caffeine + diphenylpyraline hydrochloride)_mixture", "emercidin d tab (acetaminophen + caffeine + diphenylpyraline hydrochloride + phenylpropanolamine hydrochloride)_mixture", "oradrine 2 tab (acetaminophen + caffeine + diphenylpyraline hydrochloride + phenylpropanolamine hydrochloride)_mixture", "solucodan-h (diphenylpyraline hydrochloride + hydrocodone bitartrate + menthol + potassium guaiacol sulphonate + sodium citrate)_mixture", "biohisdex dm decongestant (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "protectosil plus efa (diphenylpyraline hydrochloride + silicone)_mixture", "chemhisdine dm decongestant (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "diphenylpyraline", "creo-rectal adulte (camphor + diphenylpyraline hydrochloride + guaiacol carbonate)_mixture", "chemhisdex dm decongestant (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "hystryl", "da transporter", "mepiben", "biohisdine dm decongestant (dextromethorphan hydrobromide + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "sbb057419", "dafen", "codalin (codeine phosphate + diphenylpyraline hydrochloride + phenylephrine hydrochloride)_mixture", "oradrine-2 tab (acetaminophen + caffeine + diphenylpyraline hydrochloride + phenylpropanolamine hydrochloride)_mixture"}|>, "2413" -> <|"DatabaseID" -> "SW01564", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482228]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00517"]}, "IsomericSmiles" -> "CCCC(CCC)C(=O)O[C@H]1C[C@H]2CC[C@@H](C1)[N+]2(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00232"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ANISOTROPINE METHYLBROMIDE"|>, "Synonyms" -> {"anisotropine methylbromide", "valpin 50", "methyloctatropine bromide", "lytispasm", "anisotropine methobromide", "valpin", "octatropine methylbromide", "endovalpin", "3a-hydroxy-8-methyl-1ah,5ah-tropanium bromide2-propylvalerate", "octatropine", "endo-8,8-dimethyl-3-((1-oxo-2-propylpentyl)oxy)-8-azoniabicyclo(3.2.1)octane bromide", "8-methyl-3-(2-propylpentanoyloxy)tropinium bromide", "endo-8,8-dimethyl-3-[(1-oxo-2-propylpentyl)oxy]-8-azoniabicyclo[3.2.1]octane bromide", "201-285-6[einecs]", "(3-endo)-8,8-dimethyl-3-[(2-propylpentanoyl)oxy]-8-azoniabicyclo[3.2.1]octane bromide", "80-50-2[rn]", "8-azoniabicyclo(3.2.1)octane 8,8-dimethyl-3-((1-oxo-2-propylpentyl)oxy)- bromide endo-", "8-azoniabicyclo[3.2.1]octane 8,8-dimethyl-3-[(1-oxo-2-propylpentyl)oxy]- bromide (3-endo) (1:1)", "8-methyltropinium bromide 2-propylvalerate"}|>, "2414" -> <|"DatabaseID" -> "SW01565", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "518413"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3550]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01616"]}, "IsomericSmiles" -> "CC[NH+](CCCc1ccccc1)CCCc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07440"]}, "OfficialNames" -> <|"NPC Approved Name" -> "alverine"|>, "PharmGKBID" -> "PA164764505", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3678]}, "Synonyms" -> {"alverine", "phenopropamine", "dipropylin", "dipropyline", "di(phenylpropyl)ethylamine", "phenpropamine", "n-ethyl-3,3'-diphenyldipropylamine", "profenil", "n,n-bis(3-phenylpropyl)ethylamine", "n-ethyl-n-(3-phenylpropyl)benzenepropanamine", "n-ethyl-bis(3-phenylpropyl)amin", "spasmaverine", "antispasmin", "sestron", "5982-87-6[rn]", "alverina[spanish][inn]", "5- ht1a", "alverine citrate[usan]", "bis(g-phenylpropyl)ethylamine", "alverinum [inn_la]", "dipropylamine n-ethyl-3,3'-diphenyl-", "150-59-4[rn]", "bis(gamma-phenylpropyl)ethylamine", "alverinum [inn-latin]", "205-763-5[einecs]", "alverina; alverine; alverinum", "alverine citrate", "benzenepropanamine n-ethyl-n-(3-phenylpropyl)-", "5-ht-1a", "gamatran citrate", "n-ethyl-3-phenyl-n-(3-phenylpropyl)propan-1-amine", "n-ethyl-3-phenyl-n-(3-phenylpropyl)-1-propanamine", "serotonin receptor 1a", "g-21", "spacolin", "sestron base", "n-ethyl-3-phenyl-n-(3-phenylpropyl)-1-propanamine[acd/iupac name]", "alverinum[latin]", "alverina [inn-spanish]", "ethylbis(3-phenylpropyl)amine"}|>, "2415" -> <|"DatabaseID" -> "SW01566", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21952]}, "IsomericSmiles" -> "CC(CC(c1ccccc1)c2ccccc2)[NH2+]C(C)(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "terodiline"|>, "PharmGKBID" -> "PA165817950", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23480]}, "Synonyms" -> {"terodiline", "benzenepropanamine", "propylamine n-tert-butyl-1-methyl-3,3-diphenyl-", "n-tert-butyl-4", "n-(1,1-dimethylethyl)-a-methyl-g-phenylbenzenepropanamine", "n-tert-butyl-4,4-diphenylbutan-2-amine", "terodilina", "tert-butyl-(1-methyl-3,3-diphenyl-propyl)-amine", "n-tert-butyl-1-methyl-3,3-diphenylpropylamine", "4,4-diphenyl-2-(tert-butylamino)butane", "terodilina[spanish][inn]", "terodiline [inn:ban:jan]", "benzenepropanamine n-(1,1-dimethylethyl)-a-methyl-g-phenyl-", "terodilina [inn-spanish]", "n-(1-methyl-3,3-diphenylpropyl)-tert-butylamine", "terodilinum [inn-latin]", "terodilinum[latin]", "15793-40-5[rn]", "propylamine", "1-methyl-3,3-diphenylpropylamine", "ncgc00183030-01"}|>, "2416" -> <|"DatabaseID" -> "SW01566", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21952]}, "IsomericSmiles" -> "CC(CC(c1ccccc1)c2ccccc2)[NH2+]C(C)(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "terodiline"|>, "PharmGKBID" -> "PA165817950", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23480]}, "Synonyms" -> {"terodiline", "benzenepropanamine", "propylamine n-tert-butyl-1-methyl-3,3-diphenyl-", "n-tert-butyl-4", "n-(1,1-dimethylethyl)-a-methyl-g-phenylbenzenepropanamine", "n-tert-butyl-4,4-diphenylbutan-2-amine", "terodilina", "tert-butyl-(1-methyl-3,3-diphenyl-propyl)-amine", "n-tert-butyl-1-methyl-3,3-diphenylpropylamine", "4,4-diphenyl-2-(tert-butylamino)butane", "terodilina[spanish][inn]", "terodiline [inn:ban:jan]", "benzenepropanamine n-(1,1-dimethylethyl)-a-methyl-g-phenyl-", "terodilina [inn-spanish]", "n-(1-methyl-3,3-diphenylpropyl)-tert-butylamine", "terodilinum [inn-latin]", "terodilinum[latin]", "15793-40-5[rn]", "propylamine", "1-methyl-3,3-diphenylpropylamine", "ncgc00183030-01"}|>, "2417" -> <|"DatabaseID" -> "SW01567", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8614"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10178]}, "IsomericSmiles" -> "C[NH+](C)CCc1c[nH]c2c1c(ccc2)OP(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "C07576"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Psilocybin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10624]}, "Synonyms" -> {"psilotsibin", "psilocin phosphate ester", "psilocibin", "indocybin", "1h-indol-4-ol 3-[2-(dimethylamino)ethyl]- dihydrogenphosphate (ester)", "chebi:8614", "208-294-4[einecs]", "4-phosphoryloxy-n,n-dimethyltryptamine", "520-52-5[rn]", "psilocybine", "psilocibina[spanish][inn]", "psilocybine[wiki]", "teonanacatl[wiki]", "psilocybinum", "3-2'-dimethylaminoethylindol-4-phosphate", "273158[beilstein]", "3-[2-(dimethylamino)ethyl]-1h-indol-4-yl dihydrogen phosphate[acd/iupac name]", "psilocybinum[latin]", "teonanacatl", "psilocybin", "3-[2-(dimethylamino)ethyl]-1h-indol-4-ol dihydrogen phosphate ester", "psilocybinum [inn-latin]", "3-(2-dimethylaminoethyl)indol-4-yl dihydrogen phosphate", "4-22-00-05665 (beilstein handbook reference)[beilstein]", "psilocybine [dcf:inn][inn]", "1h-indol-4-ol 3-(2-(dimethylamino)ethyl)- dihydrogenphosphate (ester)", "psilocybin[wiki]", "p-7825", "3-(2-(dimethylamino)ethyl)-1h-indol-4-ol dihydrogen phosphate ester", "o-phosphoryl-4-hydroxy-n,n-dimethyltryptamine"}|>, "2418" -> <|"DatabaseID" -> "SW01568", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58595]}, "IsomericSmiles" -> "c1nc2c([nH]c(=O)nc2n1[C@H]3[C@@H]([C@@H]([C@H](O3)CO)O)O)N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "crotonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65085]}, "Synonyms" -> {"isoguanosine", "isoguanine riboside", "crotonoside", "2-hydroxyadenosine", "crotonosid", "isoguanosine (van) (8ci)", "nsc 12161", "isoguanosine (7ci", "6-amino-9-((2r,3r,4s,5r)-3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-3,9-dihydro-purin-2-one", "1", "isoguanosine (7ci,8ci)", "6-amino-9-((2r,3r,4s,5r)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl)-3,9-dihydro-2h-purin-2-one", "1818-71-9[rn]", "2-oxoadenosine", "1,2-dihydro-2-oxoadenosine", "adenosine 1,2-dihydro-2-oxo-", "adenosine 2-oxo-", "isoguanine", "adenosine"}|>, "2419" -> <|"DatabaseID" -> "SW01569", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8600"]}, "IsomericSmiles" -> "COc1cc(c2c(c1)occ(c2=O)c3ccc(cc3)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prunetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281804]}, "Synonyms" -> {"552-59-0", "chebi:8600", "5-hydroxy-3-(4-hydroxyphenyl)-7-methoxy-4-benzopyrone", "einecs 209-018-5", "isoflavone", "5", "4'", "prunetin", "brn 0292155", "5-hydroxy-3-(4-hydroxyphenyl)-7-methoxy-4h-1-benzopyran-4-one"}|>, "2420" -> <|"DatabaseID" -> "SW01570", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10043"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445020]}, "IsomericSmiles" -> "COc1c(cc(c2c1oc(cc2=O)c3ccccc3)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "wogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281703]}, "Synonyms" -> {"norwogonin 8-methyl ether", "wogonin", "vogonin", "8-methoxy-5,7- dihydroxyflavone", "c085514", "5,7-dihydroxy-8-methoxy-2-phenylchromen-4-one", "4h-1-benzopyran-4-one 5,7-dihydroxy-8-methoxy-2-phenyl-", "10-29-7[rn]", "ag-g-34548", "5", "brn 0287152", "632-85-9", "5-18-04-00571 (beilstein handbook reference)[beilstein]", "5,7-dihydroxy-8-methoxyflavone", "5,7-dihydroxy-8-methoxy-2-phenyl-chromen-4-one", "5,7-dihydroxy-8-methoxy-2-phenyl-4h-chromen-4-on", "5,7-dihydroxy-8-methoxy-2-phenyl-chromen-4-one(wogonin)", "chebi:10043", "flavone", "5,7-dihydroxy-8-methoxy-2-phenyl-4h-1-benzopyran-4-one", "5,7-dihydroxy-8-methoxy-2-phenyl-4h-chromen-4-one", "4h-1-benzopyran-4-one", "632-85-9[rn]", "flavone 5,7-dihydroxy-8-methoxy-"}|>, "2421" -> <|"DatabaseID" -> "SW01571", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15335"]}, "IsomericSmiles" -> "COc1ccc(cc1)c2cc(=O)c3c(cc(cc3o2)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acacetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280442]}, "Synonyms" -> {"linarisenin", "akatsetin", "buddleoflavonol", "linarigenin", "acacetin", "480-44-4", "5", "4'-methoxyapigenin", "apigenin 4'-methyl ether", "acacetine"}|>, "2422" -> <|"DatabaseID" -> "SW01572", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61668"]}, "IsomericSmiles" -> "COc1c(cc2c(c1[O-])c(=O)cc(o2)c3ccccc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oroxylin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320315]}, "Synonyms" -> {"5", "chebi:61668", "oroxylin a", "baicalein 6-methyl ether", "chembl183513", "ac1nszbg", "cpd-12734", "molport-019-937-219", "lmpk12111096"}|>, "2423" -> <|"DatabaseID" -> "SW01573", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340759]}, "IsomericSmiles" -> "Cc1cc2c(c(c1O)OC)C(=O)c3c(cccc3[O-])C2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "obtusifolin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083575]}, "Synonyms" -> {"obtusifolin (anthraquinone)", "obtusifolin", "2", "477-85-0", "anthraquinone", "c17039", "chembl448400", "ac1mj0vg", "2,8-dihydroxy-1-methoxy-3-methyl-9,10-anthracenedione", "anthraquinone 2,8-dihydroxy-1-methoxy-3-methyl-", "477-85-0[rn]", "2,8-dihydroxy-1-methoxy-3-methyl-9,10-anthraquinone", "2,8-dihydroxy-1-methoxy-3-methylanthracene-9,10-dione", "9,10-anthracenedione 2,8-dihydroxy-1-methoxy-3-methyl-"}|>, "2424" -> <|"DatabaseID" -> "SW01574", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1960]}, "IsomericSmiles" -> "Cc1ccccc1n2c(nc3ccc(cc3c2=O)N)CF", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01638"]}, "OfficialNames" -> <|"NPC Approved Name" -> "airomate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2040]}, "Synonyms" -> {"afloqualon", "6-amino-2-(fluoromethyl)-3-(2-methylphenyl)quinazolin-4(3h)-one", "afloqualone", "aroft", "airomate", "arofuto", "brn 0819769", "6-amino-2-(fluoromethyl)-3-(2-methylphenyl)-3-hydroquinazolin-4-one", "56287-74-2[rn]", "hq 495", "5-25-15-00102 (beilstein handbook reference)[beilstein]", "106792-29-4[rn]", "6-amino-3,4-dihydro-2-fluoromethyl-3-(2-methylphenyl)-4-chinazolinon", "4(3h)-quinazolinone 6-amino-2-(fluoromethyl)-3-(2-methylphenyl)- (9ci)", "afloqualonum [inn-latin]", "afloqualone [inn:jan][inn][jan]", "1,2,3,4-tetrahydro-benzofuro[2,3-c]pyridine", "6-amino-2-fluoromethyl-3-(o-tolyl)-4(3h)-quinazolinone", "afloqualone[wiki][jp15]", "afloqualona[spanish][inn]", "afloqualonum[latin]", "6-amino-2-(fluoromethyl)-3-o-tolyl-4(3h)-chinazolinon", "4(3h)-quinazolinone 6-amino-2-(fluoromethyl)-3-(2-methylphenyl)-", "afloqualona [inn-spanish]", "6-amino-2-(fluoromethyl)-3-o-tolylquinazolin-4(3h)-one", "airomate (tn)", "4(3h)-quinazolinone,6-amino-2-(fluoromethyl)-3-(2-methylphenyl)-", "6-amino-2-fluoromethyl-3-(2-tolyl)-3h-; quinazolin-4-one", "4(3h)-quinazolinone 6-amino-2-fluoromethyl-3-(o-tolyl)-", "6-amino-2-(fluoromethyl)-3-(2-methylphenyl)-4(3h)-quinazolinone[acd/iupac name]", "6-amino-2-(fluoromethyl)-3-o-tolyl-4(3h)-quinazolinone", "56287-74-2", "c033541"}|>, "2425" -> <|"DatabaseID" -> "SW01575", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2420]}, "IsomericSmiles" -> "CCN(CC(C)O)c1ccc(nn1)NNC(=O)OCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01804"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cadralazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2515]}, "Synonyms" -> {"cadralazine", "ethyl 6-(ethyl(2-hydroxypropyl)amino)-3-pyridazinecarbazate", "cadral", "cadralazina[spanish][inn]", "hydrazinecarboxylic acid 2-[6-[ethyl(2-hydroxypropyl)amino]-3-pyridazinyl]- ethyl ester", "64241-34-5[rn]", "ethyl 6-[ethyl-(2-hydroxypropyl)amino]-3-pyridazinecarbazate", "cadralazina [spanish]", "ethyl 2-(6-(ethyl(2-hydroxypropyl)amino)-3-pyridazinyl)hydrazinecarboxylate", "isf 2469", "cadralazinum [inn-latin]", "64241-34-5", "carbazicacid 3-(6-(ethyl(2-hydroxypropyl)amino)pyridazin-3-yl)- ethylester", "ncgc00182063-02", "cadralazina [inn-spanish]", "cadraten", "2-(6-(ethyl(2-hydroxypropyl)amino)-3-pyridazinyl)-hydrazinecarboxylic acid ethylester", "cadrilan", "cadralazinum[latin]", "hydrazinecarboxylic acid 2-(6-(ethyl(2-hydroxypropyl)amino)-3-pyridazinyl)- ethyl ester", "3-(6-(ethyl-(2-hydroxypropyl)amino)pyridazin-3-yl)carbazic acidethyl ester", "5-25-18-00063 (beilstein handbook reference)[beilstein]", "brn 0894631", "cgp-18684/e", "2-[6-[ethyl(2-hydroxypropyl)amino]-3-pyridazinyl]hydrazinecarboxylic acid ethyl ester", "5-25-18-00063[beilstein]", "ethyl 2-{6-[ethyl(2-hydroxypropyl)amino]pyridazin-3-yl}hydrazinecarboxylate", "3-(2-carbethoxyhydrazino)-6-[n-(2-hydroxypropyl)ethylamino]pyridazine", "cadralazine[wiki][inn][ban][jan][usan]", "dc-826"}|>, "2426" -> <|"DatabaseID" -> "SW01575", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2420]}, "IsomericSmiles" -> "CCN(CC(C)O)c1ccc(nn1)NNC(=O)OCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01804"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cadralazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2515]}, "Synonyms" -> {"cadralazine", "ethyl 6-(ethyl(2-hydroxypropyl)amino)-3-pyridazinecarbazate", "cadral", "cadralazina[spanish][inn]", "hydrazinecarboxylic acid 2-[6-[ethyl(2-hydroxypropyl)amino]-3-pyridazinyl]- ethyl ester", "64241-34-5[rn]", "ethyl 6-[ethyl-(2-hydroxypropyl)amino]-3-pyridazinecarbazate", "cadralazina [spanish]", "ethyl 2-(6-(ethyl(2-hydroxypropyl)amino)-3-pyridazinyl)hydrazinecarboxylate", "isf 2469", "cadralazinum [inn-latin]", "64241-34-5", "carbazicacid 3-(6-(ethyl(2-hydroxypropyl)amino)pyridazin-3-yl)- ethylester", "ncgc00182063-02", "cadralazina [inn-spanish]", "cadraten", "2-(6-(ethyl(2-hydroxypropyl)amino)-3-pyridazinyl)-hydrazinecarboxylic acid ethylester", "cadrilan", "cadralazinum[latin]", "hydrazinecarboxylic acid 2-(6-(ethyl(2-hydroxypropyl)amino)-3-pyridazinyl)- ethyl ester", "3-(6-(ethyl-(2-hydroxypropyl)amino)pyridazin-3-yl)carbazic acidethyl ester", "5-25-18-00063 (beilstein handbook reference)[beilstein]", "brn 0894631", "cgp-18684/e", "2-[6-[ethyl(2-hydroxypropyl)amino]-3-pyridazinyl]hydrazinecarboxylic acid ethyl ester", "5-25-18-00063[beilstein]", "ethyl 2-{6-[ethyl(2-hydroxypropyl)amino]pyridazin-3-yl}hydrazinecarboxylate", "3-(2-carbethoxyhydrazino)-6-[n-(2-hydroxypropyl)ethylamino]pyridazine", "cadralazine[wiki][inn][ban][jan][usan]", "dc-826"}|>, "2427" -> <|"DatabaseID" -> "SW01576", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "37867"], ExternalIdentifier["ChEBIID", "28842"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11983], ExternalIdentifier["ChemSpiderID", 5091]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03193"]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00119"]}, "OfficialNames" -> <|"NPC Approved Name" -> "aluminum monostearate;stearic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281]}, "Synonyms" -> {"stearic acid", "stearinsaeure", "octadecanoic acid", "octadecansaeure", "octadecoic acid", "ela", "flexichem b", "stearate", "emersol 153nf", "stearophanic acid", "prifac 2918", "c-lube 10", "dermarone", "1-heptadecanecarboxylic acid", "cetylacetic acid", "prodhygine", "pearl stearic", "bonderlube 235", "n-octadecanoic acid", "30399-84-9[rn]", "prisorine 3501", "82497-27-6[rn]", "edenor c18", "hy-phi 1401", "aluminum(iii) stearate", "tegostearic 272", "prisorine 3508", "aluminum monostearate", "hydrofol acid 1895", "hystrene", "afco-chem b 65", "industrene 8718", "4-02-00-01206 (beilstein handbook reference)[beilstein]", "8023-06-1[rn]", "aluminium tristearate", "dihydroxy(octanoato-o)aluminum", "octadecanoic acid aluminium salt", "stearate aluminum", "spla(2)-iid", "stearic acid aluminum salt", "vis-plus", "8037-40-9[rn]", "253-480-0[einecs]", "aluminum trioctadecanoate", "hystrene t 70", "637-12-7[rn]", "stearex beads", "18:0", "[57-11-4]", "monoaluminum stearate", "c18:0", "vanico", "aluminum stearate (1:3)", "stearic acid (jp15/nf)[nf][jp15]", "metasap 576", "18:0; c18:0; ch3-[ch2]16-cooh; octadecanoic acid; octadecansaeure; oktadekansaeure; stearinsaeure;acide octadecanoique; acidestearique; n-octadecanoicacid; octadecoic acid", "hy-phi 1199", "8013-28-3[rn]", "edenor ht-jg 60", "134503-33-6[rn]", "octadecanoic acid (9ci)", "formula 300", "aluminum stearate tech-90", "nonsoul sk 1", "68937-76-8[rn]", "lunac ya", "fatty acids c16-18", "126539-56-8[rn]", "609343-71-7[rn]", "ola", "radiacid 0427", "emersol 150", "aluminum monostearate[jan]", "stearic acid[wiki][acd/iupac name]", "talculin z", "hystrene 5016", "emersol 871", "250-178-0[einecs]", "39390-61-9[rn]", "glycon s-70", "stearicacid", "pristerene 4963", "glycon tp", "875d", "edenor fhti", "vca", "lunac", "57485-56-0[rn]", "industrene 9018", "isooctadecanoic acid", "emery 875d", "hydrofol acid 1655", "hystrene s-97", "8039-52-9[rn]", "octadecanoic acid aluminum salt", "glycon s-90", "metasap xx", "glycon dp", "alugel 34tn", "emersol 6349", "groco 55l", "aluminium trioctadecanoate[acd/iupac name]", "fema no. 3035", "edenor c 18", "aluminum stearate tribasic", "(1-14c)octadecanoic acid", "humko industrene r", "58392-66-8[rn]", "dar-chem 14", "neo-fat 18", "aluminumtrioctadecanoat", "hystrene 9718", "lunac s 40", "aluminumoctadecanoate", "vanicol", "pristerene 4900", "edenor st 20", "alu,minium (iii) stearate", "hy-phi 1303", "aluminium stearate", "edenor st 1", "industrene r", "caswell no. 801d", "hystrene s 97", "57-11-4[rn]", "lunac s 98", "pristerene 9429", "steraic acid", "aluminum dihydroxy(octadecanoato-o)-", "aluminum octadecanoate", "serfax mt 90", "isostearic acid", "hystrene 80", "selosol 920", "206-101-8[einecs]", "stavinor zn-e", "hystrene t-70", "aluminum stearate", "unimac 5680", "1957-11-4", "barolub fta", "proviscol wax", "266-928-5[einecs]", "emersol 875", "7047-84-9[rn]", "l-stearic acid", "hydrofol acid 1855", "aluminumstearate;aluminum(iii) stearate; octadecanoic acid aluminum salt", "tribasic aluminium stearate", "8039-53-0[rn]", "stearic acid [usan:jan][jan][usan]", "ch3-[ch2]16-cooh", "hydrofol acid 150 (van)", "300-92-5[rn]", "stearic acid aluminum salt", "industrene", "hystrene 9718nffg", "aluminum (iii) stearate", "400jb9103-88", "unister naa 180", "ste", "emersol 120", "646-29-7[rn]", "acidum stearinicum", "prisorine 3502", "acide stearique", "century 1210", "borage oil (cis-linoleic acid + gamma-linolenic acid + oleic acid + palmitic acid + stearic acid)_mixture", "hydrofol 1895", "lunac s 20", "stearic acid aluminium salt", "metaspa xx", "daiwax wa1", "hy-phi 1205", "octadecanoic acid aluminum salt (3:1)", "industrene 5016k", "200-313-4[einecs]", "37343-44-5[rn]", "tribasic aluminum stearate", "211-279-5[einecs]", "einecs 211-279-5", "8037-83-0[rn]", "8039-54-1[rn]", "tegostearic 254", "tegostearic 255", "273-087-8[einecs]", "hystrene 7018", "8039-51-8[rn]", "giid spla2", "emersol 132", "tst", "65324-35-8[rn]", "stearic acid (tn)", "hystrene 9718nf", "lunac s 30", "promulsin", "loxiol g 20", "hystrene 4516", "203-934-9[einecs]", "lunac s 90kc", "aluminium tristearate pure", "lunac s 50", "oktadekansaeure", "lunac s 90", "85404-83-7[rn]", "pristerene 9559", "metallac", "wo 2", "secretory-type pla stroma-associated homolog", "steric acid", "acide octadecanoique", "stearic acid (8ci)", "glycon s-80", "rofob 3", "phosphatidylcholine 2-acylhydrolase giid", "octadecanoic acid aluminum salt", "aluminum tristearate", "67701-03-5[rn]", "industrene 5016", "pla2iid", "rrt", "acidum stearinicul", "kortacid 1895", "608585[beilstein]", "n-octadecanoic acidd"}|>, "2428" -> <|"DatabaseID" -> "SW01577", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28499"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444395]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01852"]}, "IsomericSmiles" -> "c1cc(ccc1c2c(c(=O)c3c(cc(cc3o2)O)[O-])[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-dirhamnoglycoside;populnetin;kaempferol glucosides;kaempferol trisaccharide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280863]}, "Synonyms" -> {"kaempherol", "populnetin", "kempferol", "rhamnolutin", "swartziol", "robigenin", "trifolitin", "pelargidenolon", "rhamnolutein", "cpd1f-90", "4h-1-benzopyran-4-one,3,5,7-trihydroxy-2-(4-hydroxyphenyl)-5,7,4'-trihydroxyflavonol", "5,7 4'-trihydroxyflavonol", "3 4' 5 7-tetrahydroxyflavone", "3,5,7-trihydroxy-2-(4-hydroxyphenyl)-4h-1-benzopyran-4-one", "3,5,7-trioh-flavone", "3,5,7-trihydroxy-2-(4-hydroxyphenyl)-4h-1- benzopyran-4-one", "208-287-6[einecs]", "5,7,4'-trihydroxyflavonol; kaempferol; campherol", "indigo yellow", "3,5,7-trihydroxy-2-(4-hydroxyphenyl)-4h-chromen-4-on", "3,5,7-trihydroxy-2-(4-hydroxyphenyl)chromen-4-one", "4h-1-benzopyran-4-one 3,5,7-trihydroxy-2-(4-hydroxyphenyl)-", "kampferol", "campherol", "kaempferol robigenin; 3,4',5,7-tetrahydro-xy-flavone", "3,5,7-trihydroxy-2-(4-hydroxyphenyl)-4h-chromen-4-one", "pelargidenon", "[520-18-3]", "4h-1-benzopyran-4-one 3,5,7-trihydroxy-2- (4-hydroxyphenyl)-", "pelargidenolon 1497", "4h-1-benzopyran-4-one 3,5,7-trihydroxy-2-(4-hydroxyphenyl)-5,7,4'-trihydroxyflavonol", "kampcetin", "s00111", "520-18-3[rn]", "3,4',5,7-tetrahydro-xy-flavone", "5-18-05-00251", "kmp", "kaemferol", "3,4',5,7-tetrahydroxyflavone", "kaempferol robigenin", "520-18-3", "kaempferol", "kampherol", "5-18-05-00251 (beilstein handbook reference)[beilstein]", "nimbecetin", "3,4',5,7-tetrahydroxy-flavone (7ci,8ci)", "5,7,4'-trihydroxyflavonol", "3,4',5,7-tetrahydtoxyflavone", "4h-1-benzopyran-4-one 3,5,7-trihydroxy-2-(4-hydroxyphenyl)- (9ci)", "cas-520-18-3", "c006552", "kaempferol[wiki]", "flavone 3,4',5,7-tetrahydroxy-", "304401[beilstein]", "udpgt 3a1", "kaempferol hydrate", "flavone 3,4',5,7-tetrahydroxy- (7ci,8ci)"}|>, "2429" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2430" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2431" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2432" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2433" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2434" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2435" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2436" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2437" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2438" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2439" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2440" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2441" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2442" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2443" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2444" -> <|"DatabaseID" -> "SW01578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2136437]}, "IsomericSmiles" -> "c1[nH]c2c(c(=S)n1)ncn2C3C(C(C(O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "nsc-4911"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2861016]}, "Synonyms" -> {"6-thiopurine riboside", "6-mercaptopurine riboside", "6-mercaptopurine ribonucleoside", ".beta.-d-arabinosyl-6-mercaptopurine", "inosine", "4988-64-1[rn]", "2-(hydroxymethyl)-5-(6-mercapto-9h-purin-9-yl)tetrahydro-3,4-furandiol (non-preferred name)", "90899-89-1[rn]", "thioinosine[jan]", "6mp-arabinoside", "9-(3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-1,9-dihydro-purine-6-thione", "6-thioinosine", "st055653", "892-49-9[rn]", "arabinosyl-6-mercaptopurine", "6-thiopurine ribonucleoside", "9h-purine-6-thiol 9-pentofuranosyl-", "nsc406021", "574-25-4[rn]", "nsc-4911", "tioinosine", "thionosine", "6-mercapto-9-(b-d-arabinofuranosyl)purine", "2-hydroxymethyl-5-(6-mercapto-purin-9-yl)-tetrahydro-furan-3,4-diol", "6-mp-riboside", "2-(hydroxymethyl)-5-(6-thioxo(3-hydropurin-9-yl))oxolane-3,4-diol", ".beta.-d-arabinofuranosyl-6-mercaptopurine", "28069-17-2[rn]", "ribosyl-6-thiopurine", "15639-75-5[rn]", "ara-mp", "6-mpr", "2-(hydroxymethyl)-5-(6-sulfanyl-9h-purin-9-yl)oxolane-3,4-diol", "9-pentofuranosyl-9h-purine-6-thiol", "7687-43-6[rn]", "inosine 6-thio-", "ncgc00096122-03", "ara-6mp"}|>, "2445" -> <|"DatabaseID" -> "SW01579", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51257"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59303]}, "IsomericSmiles" -> "C[C@H]([C@@H]1[C@@H]2N(C1=O)C(=C(S2)[C@H]3CCCO3)C(=O)[O-])O", "OfficialNames" -> <|"Indian Approved Name" -> "faropenem"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65894]}, "Synonyms" -> {"faropenem", "122547-49-3", "106560-14-9", "faropenem sodium hemipentahydrate", "(5r,6s)-6-[(1r)-1-hydroxyethyl]-7-oxo-3-[(2r)-tetrahydro-2-furanyl]-4-thia-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylicacid[acd/iupac name]", "4-thia-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid 6-[(1r)-1-hydroxyethyl]-7-oxo-3-[(2r)-tetrahydro-2-furanyl]-,(5r,6s)-", "tl8000237", "fropenem[inn]", "surecn239381", "(5r,6s)-6-[(1r)-1-hydroxyethyl]-7-oxo-3-[(2r)-2-oxolanyl]-4-thia-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylicacid", "faropenem sodium salt hemipentahydrate", "(+)-(5r", "122547-49-3[rn]", "faropenem sodium salt", "(5r,6s)-6-[(1r)-1-hydroxyethyl]-7-oxo-3-[(2r)-tetrahydrofuran-2-yl]-4-thia-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylicacid", "ncgc00164546-01", "(5r,6s)-6-[(1r)-1-oxidanylethyl]-7-oxidanylidene-3-[(2r)-oxolan-2-yl]-4-thia-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "106560-14-9[rn]", "fropenem", "(+)-(5r,6s)-6-((1r)-1-hydroxyethyl)-7-oxo-3-((2r)-tetrahydro-2-furyl)-4-thia-1-azabicyclo(3.2.0)hept-2-ene-2-carboxylic acid", "7305146[beilstein]", "chebi:51257", "faropenem sodium[jp15]", "faropenem sodium", "(+)-(5r,6s)-6-((1r)-1-hydroxyethyl)-7-oxo-3-((2r)-tetrahydro-2-furyl)-4-thia-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid"}|>, "2446" -> <|"DatabaseID" -> "SW01580", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 97268]}, "IsomericSmiles" -> "Cc1ccc2c(c1Sc3ccncc3)c(=O)nc([nH]2)N", "OfficialNames" -> <|"NPC Approved Name" -> "nolatrexed"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 108189]}, "Synonyms" -> {"unii-k75zun743q", "surecn18489", "nolatrexed[inn]", "147149-76-6[rn]", "chembl320775", "nolatrexed", "surecn710461", "ac1l33ib", "2-amino-6-methyl-5-(pyridin-4-ylsulfanyl)quinazolin-4-ol", "nolatrexed dihydrochloride", "ncgc00181023-01", "152946-68-4[rn]", "2-amino-6-methyl-5-(pyridin-4-ylsulfanyl)quinazolin-4(3h)-one", "2-amino-6-methyl-5-(pyridin-4-ylsulfanyl)-3h-quinazolin-4-one", "nsc648316", "147149-76-6", "4(3h)-quinazolinone 2-amino-6-methyl-5-(4-pyridinylthio)-", "2-amino-6-methyl-5-(4-pyridylthio)-4(3h)-quinazolinone.", "4-quinazolinol 2-amino-6-methyl-5-(4-pyridinylthio)-", "nolatrexed [inn]"}|>, "2447" -> <|"DatabaseID" -> "SW01581", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9533004]}, "IsomericSmiles" -> "C[C@@H]1CC[C@H]2[C@H]([C@@H](O[C@H]3[C@@]24[C@H]1CC[C@](O3)(OO4)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydro-artemisinin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11358077]}, "Synonyms" -> {"dihydroartemisinin", "(1r,4s,5r,8s,9r,10r,12r,13r)-1,5,9-trimethyl-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecan-10-ol", "81496-81-3[rn]", "pubchem18882", "dihydroartemisinin[wiki]", "s2290_selleck", "71939-50-9", "3,12-epoxy-12h-pyrano[4,3-j]-1,2-benzodioxepin-10-ol,decahydro-3,6,9-trimethyl-,(3r,5as,6r,8as,9r,10r,12r,12ar)-", "71939-50-9[rn]", "dihydroartemisinin-supplied by selleck chemicals", "(3r,5as,6r,8as,9r,10r,12r,12ar)-3,6,9-trimethyldecahydro-3,12-epoxy[1,2]dioxepino[4,3-i]isochromen-10-ol", "zinc15449189"}|>, "2448" -> <|"DatabaseID" -> "SW01582", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4742]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01032"]}, "IsomericSmiles" -> "CCCN(CCC)S(=O)(=O)c1ccc(cc1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00475"]}, "OfficialNames" -> <|"Indian Approved Name" -> "probenecid", "FDA Approved Drug" -> "PROBENECID"|>, "PharmGKBID" -> "PA451106", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4911]}, "Synonyms" -> {"benemid", "probenecid", "benecid", "benuryl", "prolongine", "probecid", "tubophan", "apurina", "probenemid", "probexin", "col-probenecid", "probalan", "proben-c", "colbenemid", "probampacin", "proben", "probenecid acid", "uricosid", "synergid r", "benzoic acid p-(dipropylsulfamoyl)-", "probenecida[spanish][inn]", "4-dipropylsulfamoyl-benzoic acid", "4-(di-n-propylsulfamoyl)benzoic acid", "probenecid [ban:inn:jan][inn][jan]", "pro-cid", "4-[(di-n-propylamino)sulfonyl]benzoic acid", "d011339", "cas-57-66-9", "polycillin-prb", "p-(dipropylsulfamoyl)benzoic acid", "col-benemid", "benemid (tn)", "benzoic acid p- (dipropylsulfamoyl)-", "sulprin", "200-344-3[einecs]", "p-(dipropylsulfamyl)benzoic acid", "4-(di-n-propylsulfamoyl)benzoesaeure", "probenicid", "benzoic acid 4-[(dipropylamino)sulfonyl]-", "panuric", "4-((dipropylamino)sulfonyl)benzoic acid", "parabenem", "benacen", "probenid", "probenecid weimer", "probenecide[french][inn]", "benzoic acid 4-[ (dipropylamino)sulfonyl]-", "benzoic acid 4-((dipropylamino)sulfonyl)-", "4-(di-n-propylaminosulfonyl)benzoic acid", "urocid", "337376-15-5", "4-11-00-00691 (beilstein handbook reference)[beilstein]", "4-(dipropylsulfamoyl)benzoic acid[acd/iupac name]", "robenecid", "57-66-9[rn]", "4-(n,n-dipropylsulfamoyl)benzoesaeure", "probampicin", "probenecidum[latin]", "probenecid[wiki]", "4-[(dipropylamino)sulfonyl]benzoic acid", "benemide", "bencid", "4-[(dipropylamino)sulphonyl]benzoic acid"}|>, "2449" -> <|"DatabaseID" -> "SW01583", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5391]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00809"]}, "IsomericSmiles" -> "CCN(Cc1ccncc1)C(=O)C(CO)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00397"]}, "OfficialNames" -> <|"China Approved Name" -> "tropicamide", "WHO Essential Medicine" -> "tropicamide", "Indian Approved Name" -> "tropicamide", "FDA Approved Drug" -> "TROPICAMIDE"|>, "PharmGKBID" -> "PA164749389", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5593]}, "Synonyms" -> {"tropicacyl", "minims tropicamide", "mydriafair", "mydriacyl", "tropicamide", "mydriaticum", "mydrum", "i-picamide", "1508-75-4", "opticyl", "bistropamide", "spectro-cyl", "ocu-tropic", "tropicamid", "paremyd", "phenyltrope oph soln (phenylephrine hydrochloride + tropicamide)_mixture", "n-ethyl-3-hydroxy-2-phenyl-n-(pyridin-4-ylmethyl)propanamide", "tropicamide[wiki]", "n-ethyl-3-hydroxy-2-phenyl-n-pyridin-4-ylmethyl-propionamide", "tl8001101", "92934-64-0[rn]", "ro 1-7683", "tropicamidum[latin]", "216-140-2[einecs]", "[1508-75-4]", "hydracrylamide n-ethyl-2-phenyl-n-(4-pyridylmethyl)-", "diophenyl-t solution (phenylephrine hydrochloride + tropicamide)_mixture", "5-22-09-00359 (beilstein handbook reference)[beilstein]", "n-ethyl-n-(g-picolyl)tropamide", "mydriacyl[wiki]", "1508-75-4[rn]", "n-ethyl-a-(hydroxymethyl)-n-(4-pyridinylmethyl)benzeneacetamide", "tropicamide [usan:ban:inn:jan][inn][jan][usan]", "tropimil", "n-ethyl-3-hydroxy-2-phenyl-n-(4-pyridinylmethyl)propanamide[acd/iupac name]", "tropicamida[spanish][inn]", "n-ethyl-3-hydroxy-2-phenyl-n-(pyridinylmethyl)propanamide", "n-ethyl-2-phenyl-n-(4-pyridylmethyl)hydracrylamide", "n-ethyl-3-hydroxy-2-phenyl-n-(4-pyridylmethyl)propanamide", "paremyd[wiki]", "epitromina", "tropikamid", "n-ethyl-3-hydroxy-2-phenyl-n-(pyridin-4-ylmethyl)propanamid", "mydriacyl (tn)", "337376-15-5", "visumidriatic", "n-ethyl-n-(4-pyridylmethyl)tropamid"}|>, "2450" -> <|"DatabaseID" -> "SW01583", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5391]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00809"]}, "IsomericSmiles" -> "CCN(Cc1ccncc1)C(=O)C(CO)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00397"]}, "OfficialNames" -> <|"China Approved Name" -> "tropicamide", "WHO Essential Medicine" -> "tropicamide", "Indian Approved Name" -> "tropicamide", "FDA Approved Drug" -> "TROPICAMIDE"|>, "PharmGKBID" -> "PA164749389", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5593]}, "Synonyms" -> {"tropicacyl", "minims tropicamide", "mydriafair", "mydriacyl", "tropicamide", "mydriaticum", "mydrum", "i-picamide", "1508-75-4", "opticyl", "bistropamide", "spectro-cyl", "ocu-tropic", "tropicamid", "paremyd", "phenyltrope oph soln (phenylephrine hydrochloride + tropicamide)_mixture", "n-ethyl-3-hydroxy-2-phenyl-n-(pyridin-4-ylmethyl)propanamide", "tropicamide[wiki]", "n-ethyl-3-hydroxy-2-phenyl-n-pyridin-4-ylmethyl-propionamide", "tl8001101", "92934-64-0[rn]", "ro 1-7683", "tropicamidum[latin]", "216-140-2[einecs]", "[1508-75-4]", "hydracrylamide n-ethyl-2-phenyl-n-(4-pyridylmethyl)-", "diophenyl-t solution (phenylephrine hydrochloride + tropicamide)_mixture", "5-22-09-00359 (beilstein handbook reference)[beilstein]", "n-ethyl-n-(g-picolyl)tropamide", "mydriacyl[wiki]", "1508-75-4[rn]", "n-ethyl-a-(hydroxymethyl)-n-(4-pyridinylmethyl)benzeneacetamide", "tropicamide [usan:ban:inn:jan][inn][jan][usan]", "tropimil", "n-ethyl-3-hydroxy-2-phenyl-n-(4-pyridinylmethyl)propanamide[acd/iupac name]", "tropicamida[spanish][inn]", "n-ethyl-3-hydroxy-2-phenyl-n-(pyridinylmethyl)propanamide", "n-ethyl-2-phenyl-n-(4-pyridylmethyl)hydracrylamide", "n-ethyl-3-hydroxy-2-phenyl-n-(4-pyridylmethyl)propanamide", "paremyd[wiki]", "epitromina", "tropikamid", "n-ethyl-3-hydroxy-2-phenyl-n-(pyridin-4-ylmethyl)propanamid", "mydriacyl (tn)", "337376-15-5", "visumidriatic", "n-ethyl-n-(4-pyridylmethyl)tropamid"}|>, "2451" -> <|"DatabaseID" -> "SW01584", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 506756]}, "IsomericSmiles" -> "CC1(C2CCC1(C(C2)OC(=O)C=Cc3ccccc3)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bornyl trans-cinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 583021]}, "Synonyms" -> {"(1s", "6330-67-2[rn]", "6330-67-2", "(4", "1", "bornyl cinnamate", "ag-g-34667", "1,7,7-trimethylbicyclo[2.2.1]hept-2-yl 3-phenylacrylate", "2-propenoicacid", "nciopen2_003407", "ac1lbhwm"}|>, "2452" -> <|"DatabaseID" -> "SW01584", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 506756]}, "IsomericSmiles" -> "CC1(C2CCC1(C(C2)OC(=O)C=Cc3ccccc3)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bornyl trans-cinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 583021]}, "Synonyms" -> {"(1s", "6330-67-2[rn]", "6330-67-2", "(4", "1", "bornyl cinnamate", "ag-g-34667", "1,7,7-trimethylbicyclo[2.2.1]hept-2-yl 3-phenylacrylate", "2-propenoicacid", "nciopen2_003407", "ac1lbhwm"}|>, "2453" -> <|"DatabaseID" -> "SW01584", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 506756]}, "IsomericSmiles" -> "CC1(C2CCC1(C(C2)OC(=O)C=Cc3ccccc3)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bornyl trans-cinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 583021]}, "Synonyms" -> {"(1s", "6330-67-2[rn]", "6330-67-2", "(4", "1", "bornyl cinnamate", "ag-g-34667", "1,7,7-trimethylbicyclo[2.2.1]hept-2-yl 3-phenylacrylate", "2-propenoicacid", "nciopen2_003407", "ac1lbhwm"}|>, "2454" -> <|"DatabaseID" -> "SW01584", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 506756]}, "IsomericSmiles" -> "CC1(C2CCC1(C(C2)OC(=O)C=Cc3ccccc3)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bornyl trans-cinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 583021]}, "Synonyms" -> {"(1s", "6330-67-2[rn]", "6330-67-2", "(4", "1", "bornyl cinnamate", "ag-g-34667", "1,7,7-trimethylbicyclo[2.2.1]hept-2-yl 3-phenylacrylate", "2-propenoicacid", "nciopen2_003407", "ac1lbhwm"}|>, "2455" -> <|"DatabaseID" -> "SW01585", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6872"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5874]}, "IsomericSmiles" -> "CN(C)c1ccc2c(c1)sc-3cc(=[N+](C)C)ccc3n2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02312"]}, "OfficialNames" -> <|"China Approved Name" -> "methylthioninium chloride;methylene blue", "WHO Essential Medicine" -> "methylthioninium chloride;methylene blue", "Australia Approved Name" -> "METHYLENE BLUE;METHYLTHIONINIUM CHLORIDE", "Traditional Herbal Isolate" -> "methylene-bis-methylphloroacetophenon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6099]}, "Synonyms" -> {"methylthionine chloride", "swiss blue", "chromosmon", "methylthioninium chloride", "urolene blue", "bleu de methylene", "basic blue 9", "methylene blue", "m-b tabs", "tetramethylene blue", "hidaco methylene blue salt free", "6476-03-5[rn]", "3,7-bis(dimethylamino)phenothiazin-5-ium chloride", "d and c blue no. 1", "mitsui methylene blue", "methylenblau[german]", "ci basic blue 9", "121067-62-7[rn]", "[7-(dimethylamino)phenothiazin-3-ylidene]dimethylamine chloride", "azul de metileno", "n-[7-(dimethylamino)-3h-phenothiazin-3-ylidene]-n-methylmethanaminium chloride", "7-(dimethylamino)-n,n-dimethyl-3h-phenothiazin-3-iminium chloride[acd/iupac name]", "methylene blue n", "cloruro de metiltioninio[spanish][inn]", "external blue 1", "cloruro de metiltioninio", "rember[wiki]", "methylthionini chloridum", "calcozine blue zf", "tetramethylthionine chloride", "sandocryl blue brl", "methanaminium n-[7-(dimethylamino)-3h-phenothiazin-3-ylidene]-n-methyl- chloride", "ehrlich's reagent iii", "methylene dianiline", "chlorure de methylthioninium", "modr zasadita 9[czech]", "7-(dimethylamino)-3-(methylimino)-3h-phenothiazine 3-methochloride", "3599847[beilstein]", "methylthionium chloride", "phenothiazinium 3,7-bis(dimethylamino)- chloride (1:1)", "leather pure blue hb", "[7-(dimethylamino)dibenzo[b,e]1,4-thiazin-3-yl]dimethylamine chloride", "(7-dimethylaminophenothiazin-3-ylidene)-dimethyl-azanium chloride", "chlorure de methylthioninium[french][inn]", "basic blue trihydrate", "metiltioninio cloruro [dcit]", "37247-10-2[rn]", "d&c; blue no. 1", "modr rozpoustedlova 8[czech]", "167498-52-4[rn]", "methylthioninium", "c.i. basic blue 9", "3,7-bis(dimethylamino)phenazathionium chloride", "ceruleum methylenum", "basic lake blue", "m-3598", "basic blue 9; methylenblau;methylene blue anhydrous;methyleneblue; azul de metileno; bleu de methylene", "105504-42-5[rn]", "97130-83-1[rn]", "solvent blue 8", "modr methylenova[czech]", "phenothiazin-5-ium 3,7-bis(dimethylamino)- chloride", "methylenium ceruleum", "chlorurede methylthioninium; cloruro de metiltioninio; methylthioniniichloridum; methylthioniniumchloride", "schultz 1038", "azure ii", "1341-90-8[rn]", "duasyn basic blue iad", "methylthioninii chloridum", "7220-79-3[rn]", "methylenum coeruleum", "methylene blue chloride", "methylenblau", "methylthioninii chloridum[latin]", "methanaminium n-[7-(dimethylamino)-3h-phenothiazin-3-ylidene]-n-methyl- chloride (1:1)", "200-515-2[einecs]", "schultz no. 1038", "61-73-4[rn]", "methylene blue[wiki][usp]", "3h-phenothiazine,7-(dimethylamino)-3-(methylimino)-,3-methochloride"}|>, "2456" -> <|"DatabaseID" -> "SW01586", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00504"]}, "IsomericSmiles" -> "C=CC[NH+]1CC[C@]23CCCC[C@H]2[C@H]1Cc4c3cc(cc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02238"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LEVALLORPHAN TARTRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5464111]}, "Synonyms" -> {"levallorphan tartrate", "lorfan", "morphinan-3-ol", "einecs 200-767-3", "l-levallorphan tartrate", "71-82-9", "levallofano [dcit]", "tartrate de levallorphane [french]", "2h-10", "levalorfano [inn-spanish]", "levallorphane [inn-french]", "mor-1", "17-(2-propenyl)morphinan-3-ol tartrate", "levallorphanum [inn-latin]", "levallorphan", "naloxiphan", "levallorphan hydrogen tartrate"}|>, "2457" -> <|"DatabaseID" -> "SW01586", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00504"]}, "IsomericSmiles" -> "C=CC[NH+]1CC[C@]23CCCC[C@H]2[C@H]1Cc4c3cc(cc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02238"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LEVALLORPHAN TARTRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5464111]}, "Synonyms" -> {"levallorphan tartrate", "lorfan", "morphinan-3-ol", "einecs 200-767-3", "l-levallorphan tartrate", "71-82-9", "levallofano [dcit]", "tartrate de levallorphane [french]", "2h-10", "levalorfano [inn-spanish]", "levallorphane [inn-french]", "mor-1", "17-(2-propenyl)morphinan-3-ol tartrate", "levallorphanum [inn-latin]", "levallorphan", "naloxiphan", "levallorphan hydrogen tartrate"}|>, "2458" -> <|"DatabaseID" -> "SW01587", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5648]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@]2(C#C)O)CCC4=CCCC[C@H]34", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01580"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lynestrenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5857]}, "Synonyms" -> {"exlution", "ethinylestrenol", "orgametril", "linestrenol", "lynestrenol", "endometril", "orgametil", "exlutona", "exluton", "17-ethynylestr-4-en-17-ol", "org 485-50", "minette", "52-76-6[rn]", "lynestrenol (jan/usan)[jan][usan]", "linestrenolo [dcit]", "ethynylestrenol", "lynoestrenol [progestins]", "(17a)-19-norpregn-4-en-20-yn-17-ol", "lynenol", "lynestrenol[wiki]", "ethinyloestranol", "200-151-4[einecs]", "3-desoxynorlutin", "ethynloestrenol", "lynestrenolum[latin]", "exluten", "lynstranol", "lynestrenol [usan:inn:jan][inn][jan][usan]", "lynoestrenol", "aethinyloestrenol", "ethinyl oestrenol", "orgametrol"}|>, "2459" -> <|"DatabaseID" -> "SW01588", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3567"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5754]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC[N+](C)(C)C", "OfficialNames" -> <|"Indian Approved Name" -> "cetrimide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68166]}, "Synonyms" -> {"bromure de cetrimonium[french][inn]", "ctab", "hexadecyl-trimethyl-ammonium bromide", "cetrimide (jan)", "hexadecyltrimethylazanium bromide", "varisoft ctb 40", "cetrimonii bromidum[latin]", "ac1q22vz", "centimide", "arquad 16/60", "1-hexadecyltrimethylammonium bromide", "n,n,n-trimethylhexadecan-1-aminium bromide", "rhodaquat m 242b99", "cetrimide[wiki]", "n-cetyl-n,n,n-trimethylammonium bromide", "hexadecyl trimethyl ammonium bromide", "cetrimonio bromuro [dcit]", "3598189[beilstein]", "cetyltrimethylammonium hydroxide", "n-cetyltrimethylammonium bromide", "ctabr", "lissolamine v", "suticide", "ctmab", "hexadecyltrimethylammonium hydroxide solution", "lissolamine a", "lissolamin v", "n", "cetaflon", "bromat", "79631-76-8[rn]", "n,n,n-trimethyl-1-hexadecanaminium bromide[acd/iupac name]", "n-hexadecyl-n,n,n-trimethylammonium bromide", "cetavlon", "hexadecyltrimethylammonium hydroxide", "quamonium", "cetyl trimethyl ammonium bromide", "cirrasol od", "palmityltrimethyl ammonium bromide", "hexadecyltrimethylammonium bromide", "505-86-2", "69217-35-2[rn]", "52381_aldrich", "bcta", "12294-25-6[rn]", "cycloton v", "ammonium hexadecyltrimethyl- bromide", "1-hexadecanaminium n,n,n-trimethyl- bromide (1:1)", "n-hexadecyltrimethylammonium bromide", "104302-76-3[rn]", "n,n,n-trimethyl-1-hexadecanaminiumbromid", "hexadecyltrimethylamine bromide", "cetrimonium bromide[inn][nf]", "lissolamine v (van)", "cetyltrimethyl ammonium bromide", "1-hexadecanaminium n,n,n-trimethyl- bromide", "(1-hexadecyl)trimethylammonium bromide", "108779-80-2[rn]", "cee dee", "pollacid", "cetyl trimethylammonium bromide", "hexadecyltrimethylammonium hydroxide hydrate", "lissolamine", "palmityltrimethylammonium bromide", "cetyltrimethylammonium bromide[wiki]", "micol (van)", "c.t.a.b.", "200-311-3[einecs]", "8044-71-1[rn]", "cetarol", "lauroseptol", "trimethylhexadecylammonium bromide", "micol", "6899-10-1[rn]", "cetab", "cirrasol-od", "softex kw", "cetrimide bp", "hexadecyltrimethyl ammonium bromide", "trimethylcetylammonium bromide", "6899-10-1 (parent)", "mical[wiki]", "bromuro de cetrimonio[spanish][inn]", "57-09-0[rn]", "acetoquat ctab"}|>, "2460" -> <|"DatabaseID" -> "SW01589", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "49575"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2908]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00829"]}, "IsomericSmiles" -> "CN1c2ccc(cc2C(=NCC1=O)c3ccccc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00293"]}, "OfficialNames" -> <|"China Approved Name" -> "diazepam", "WHO Essential Medicine" -> "diazepam", "Indian Approved Name" -> "diazepam", "US Illegal/Scheduled Drug (Schedule 4)" -> "Diazepam", "FDA Approved Drug" -> "DIAZEPAM"|>, "PharmGKBID" -> "PA449283", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3016]}, "Synonyms" -> {"relanium", "sibazon", "ansiolisina", "faustan", "valium", "apaurin", "diazepam", "neurolytril", "noan", "diastat", "dienpax", "valitran", "dipezona", "seduxen", "amiprol", "pro-pam", "atensine", "freudal", "bialzepam", "dizac", "serenack", "gewacalm", "calmpose", "methyldiazepinone", "kabivitrum", "dap", "paceum", "lembrol", "valiquid", "e-pam", "paranten", "alupram", "setonil", "velium", "diazemuls", "lamra", "tranqdyn", "evacalm", "tranimul", "ansiolin", "alboral", "frustan", "serenzin", "seduksen", "liberetas", "vivol", "tranquirit", "sedipam", "quetinil", "usempax ap", "quiatril", "ceregulart", "umbrium", "assival", "sibazone", "zipan", "q-pam", "saromet", "domalium", "tensopam", "sonacon", "gihitan", "cercine", "relaminal", "quievita", "paxate", "eurosan", "calmocitene", "plidan", "ruhsitus", "armonil", "vatran", "tranquo-puren", "an-ding", "sedapam", "unisedil", "novazam", "apo-diazepam", "dipam", "atilen", "novo-dipam", "pms-diazepam", "paxel", "dialar", "stesolin", "tranquase", "servizepam", "diazemulus", "dialag", "diazetard", "vival", "stesolid", "morosan", "mandrozep", "diacepan", "duksen", "valaxona", "q-pam relanium", "kiatrium", "renborin", "levium", "bensedin", "aliseum", "tranquo-tablinen", "duxen", "pacitran", "serenamin", "la iii", "diazemuls[wiki]", "faustan,", "mandro", "11100-37-1[rn]", "diaquel", "kratium 2", "pomin", "dupin", "metamidol", "ro 5-2805", "solis", "nervium", "7-chloro-1,3-dihydro-1-methyl-5-phenyl-2h-1,4-benzodiazepin-2-one", "mandro-zep", "diazepan[wiki]", "la-iii", "diapam", "7-chloro-1-methyl-5-phenyl-2h-1,4-benzodiazepin-2-one", "desloneg", "diapine", "calmod", "condition", "7-chloro-1-methyl-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "7-chlor-1-methyl-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-on", "placidox 10", "nivalen", "ro 5-2807", "ortopsique", "diazepam[wiki]", "iazepam", "novodipam", "reliver", "sonacon stesolid", "7-chloro-1-methyl-5-phenyl-1h-benzo[e][1,4]diazepin-2(3h)-one", "53320-84-6[rn]", "benzopin", "diaceplex", "apozepam", "1-methyl-5-phenyl-7-chloro-1,3-dihydro-2h-1,4-benzodiazepin-2-one", "439-14-5[rn]", "5-24-04-00300 (beilstein handbook reference)[beilstein]", "parzam", "cristalia", "drenian", "mentalium", "jinpanfan", "gaba(a) receptor subunit gamma-2", "euphorin p", "metil gobanal", "valeo", "methyl diazepinone", "diazepan leo", "paxum", "valium[wiki]", "faustal", "anxionil", "nixtensyn", "seduxen[wiki]", "vanconin", "trankinon", "stesolid[wiki]", "vazen", "calmaven", "trazepam", "disopam", "dzp", "diazem", "ansilive", "propam", "doval", "placidox 5", "212-688-1[einecs]", "pax", "apozepam[wiki]", "antenex[wiki]", "elcion cr", "7-chloro-1-methyl-5-phenyl-3h-1,4-benzodiazepin-2(1h)-one", "anxicalm", "azedipamin", "psychopax", "centrazepam", "eridan", "t-quil", "scriptopam", "sipam", "zepaxid", "846-50-4[rn]", "prozepam", "calmociteno", "diapam[wiki]", "diazepam intensol", "lovium", "diazapam", "gubex", "754371[beilstein]", "diazepamu[polish]", "radizepam", "dipaz", "2h-1,4-benzodiazepin-2-one,7-chloro-1 3-dihydro-1-methyl-5-phenyl-", "7-chloro-1-methyl-2-oxo-5-phenyl-3h-1,4-benzodiazepine", "diacepin", "simasedan", "valium r", "valium (tn)", "chuansuan", "arzepam", "tensium", "betapam", "diazepam [usan:ban:inn:jan][inn][jan][usan]", "ducene[wiki]", "diazepan", "medipam", "toxic solid organic n.o.s. (diazepam)", "vazepam", "sico relax", "valuzepam", "paralium", "nellium", "d-pam", "lizan", "horizon", "diastat acudial", "winii", "diazepin", "diatran", "notense", "placidox 2", "2h-1,4-benzodiazepin-2-one,7-chloro-1,3-dihydro-1-methyl-5-phenyl-", "diazepamum[latin]", "d003975", "caudel", "britazepam", "207-122-5[einecs]", "kratium", "valrelease", "diapax", "baogin", "desconet", "zetran", "nerozen"}|>, "2461" -> <|"DatabaseID" -> "SW01590", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11015]}, "IsomericSmiles" -> "C(CO[N+](=O)[O-])[NH+](CCO[N+](=O)[O-])CCO[N+](=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "trolnitrato"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11499]}, "Synonyms" -> {"2", "triethanolaminotrisalpetersaeureester", "einecs 230-376-3", "230-376-3[einecs]", "ncgc00182985-01", "trolnitrate phosphate", "7077-34-1[rn]", "2,2',2''-nitrilotriethylnitrat", "trolnitratum[latin]", "trolnitratum [inn-latin]", "bentonite", "2,2',2''-nitrilotrisethanol trinitrate (ester)", "trolnitrate[inn]", "trolnitrate [inn]", "nitrilotriethane-2,1-diyl trinitrate", "588-42-1[rn]", "trolnitrato [inn-spanish]", "ethanol 2,2',2''-nitrilotris- trinitrate (ester)", "1302-78-9[rn]", "215-108-5[einecs]", "trolnitrate", "trolnitrato[spanish][inn]"}|>, "2462" -> <|"DatabaseID" -> "SW01591", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63625"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 408154]}, "IsomericSmiles" -> "C[C@H](Cn1cnc2c1ncnc2N)OCP(=O)([O-])[O-]", "OfficialNames" -> <|"WHO Essential Medicine" -> "tenofovir", "FDA Approved Drug" -> "TENOFOVIR"|>, "PharmGKBID" -> "PA10204", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 464205]}, "Synonyms" -> {"(r)-pmpa", "pmpa", "apropovir", "({[(2r)-1-(6-amino-9h-purin-9-yl)propan-2-yl]oxy}methyl)phosphonic acid", "tenofovir,tdf,pmpa", "truvada", "147127-20-6[rn]", "9-pmpa", "({[(2r)-1-(6-amino-9h-purin-9-yl)-2-propanyl]oxy}methyl)phosphonic acid", "{[(1r)-2-(6-amino-9h-purin-9-yl)-1-methylethoxy]methyl}phosphonic acid", "(r)-9-(2-phosphonylmethoxypropyl)adenine", "phosphonic acid (((1r)-2-(6-amino-9h-purin-9-yl)-1-methylethoxy)methyl)-", "(r)-[[2-(6-amino-9h-purin-9-yl)-1-methylethoxy]methyl]phosphonic acid", "tenofovir[wiki][inn][usan]", "tenefovir", "(r)-pmpa;anh. tenofovir; anhydroustenofovir; tenofovir (anh.)", "pmpa-(r)", "(r)-9-[2-(phosphonomethoxy)propyl]adenine", "anhydrous tenofovir", "viread", "anh. tenofovir", "tenofovir", "viread[wiki]", "gs1278", "(r)-9-(2-phosphonomethoxypropyl)adenine", "tenofovir [inn_en]", "phosphonic acid [[(1r)-2-(6-amino-9h-purin-9-yl)-1-methylethoxy]methyl]-", "(((1r)-2-(6-amino-9h-purin-9-yl)-1-methylethoxy)methyl)phosphonic acid", "tfv", "tenofovir (anh.)", "(r)-(1-(6-amino-9h-purin-9-yl)propan-2-yloxy)methylphosphonic acid", "d", "phosphonic acid ((2-(6-amino-9h-purin-9-yl)-1-methylethoxy)methyl)- (r)-", "147127-20-6", "1-(6-aminopurin-9-yl)propan-2-yloxymethylphosphonic acid", "tenofovir (anhydrous)", "gna & tenofovir"}|>, "2463" -> <|"DatabaseID" -> "SW01592", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444102]}, "IsomericSmiles" -> "c1cc(c(cc1c2cc(=O)c3c(cc(cc3o2)O)[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "luteolin-monoarabinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280445]}, "Synonyms" -> {"luteolol", "flacitran", "luteoline", "5,7,3',4'-tetrahydroxyflavone", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4-benzopyrone", "luteolin[wiki]", "3',4',5,7-tetrahydroxyflavone luteoline luteolol", "luteolin", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4h-1-benzopyran-4-one", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4h-chromen-4-on", "c.i. natural yellow 2", "weld lake", "207-741-0[einecs]", "4h-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-", "flavone 3',4',5,7-tetrahydroxy-", "5", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-5,7-dihydroxy- (9ci)", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4h-chromen-4-one", "s00110", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4h-benzopyrone-4-one", "491-70-3", "yama kariyasu", "d047311", "digitoflavone", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-", "5-18-05-00296 (beilstein handbook reference)[beilstein]", "cyanidenon 1470", "2-(3,4-dihydroxy-phenyl)-5,7-dihydroxy-chromen-4-one", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxychromen-4-one", "digitoflavone[wiki]", "491-70-3[rn]", "3' 4' 5 7-tetrahydroxyflavone", "3'", "3',4',5,7-tetrahydroxyflavone"}|>, "2464" -> <|"DatabaseID" -> "SW01593", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9062"]}, "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(o2)cc(c(c3[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scutellarein heteroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281697]}, "Synonyms" -> {"5", "scutellarein", "4h-1-benzopyran-4-one", "chebi:9062", "isocarthamidin", "529-53-3", "6-hydroxyapigenin", "4'", "st50331621"}|>, "2465" -> <|"DatabaseID" -> "SW01594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141023]}, "IsomericSmiles" -> "COc1ccc(cc1)[C@@H]2CC(=O)c3c(cc(cc3O2)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-sakuranetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160481]}, "Synonyms" -> {"isosakuranetin", "isosakutanetin", "4'-methylnaringenin", "angophorol", "chembl470266", "ac1q6kip", "acon1_000171", "4'-methoxy-5,7-dihydroxyflavonone", "4h-1-benzopyran-4-one 2,3-dihydro-5,7-dihydroxy-2-(4-methoxyphenyl)- (s)-", "(2s)-5,7-dihydroxy-2-(4-methoxyphenyl)-3,4-dihydro-2h-1-benzopyran-4-one", "ac1l4np1", "(2s)-5,7-dihydroxy-2-(4-methoxyphenyl)-2,3-dihydro-4h-chromen-4-one[acd/iupac name]", "4h-1-benzopyran-4-one 2,3-dihydro-5,7-dihydroxy-2-(4-methoxyphenyl)- (2s)-", "207-551-8[einecs]", "480-43-3", "megxp0_001686", "iso-sakuranetin", "(2s)-5,7-dihydroxy-2-(4-methoxyphenyl)-2,3-dihydro-4h-chromen-4-on", "480-43-3[rn]", "5,7-dihydroxy-4'-methoxyflavanone", "(s)-2,3-dihydro-5,7-dihydroxy-2-(4-methoxyphenyl)-4-benzopyrone"}|>, "2466" -> <|"DatabaseID" -> "SW01595", "IsomericSmiles" -> "CSCC1CN(C(=O)O1)/N=C/c2ccc(o2)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01050"]}, "OfficialNames" -> <|"China Approved Name" -> "Nifuratel"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433427]}, "Synonyms" -> {"macmiror (tn)", "nifuratel (usan)", "surecn1649685", "ac1o5g6m", "4936-47-4", "chembl514315", "akos015904955", "macmiror", "d01050", "nifuratel", "sbb067245", "i14-2341"}|>, "2467" -> <|"DatabaseID" -> "SW01595", "IsomericSmiles" -> "CSCC1CN(C(=O)O1)/N=C/c2ccc(o2)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01050"]}, "OfficialNames" -> <|"China Approved Name" -> "Nifuratel"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433427]}, "Synonyms" -> {"macmiror (tn)", "nifuratel (usan)", "surecn1649685", "ac1o5g6m", "4936-47-4", "chembl514315", "akos015904955", "macmiror", "d01050", "nifuratel", "sbb067245", "i14-2341"}|>, "2468" -> <|"DatabaseID" -> "SW01596", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6413"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3765]}, "IsomericSmiles" -> "c1cc(ccc1C#N)C(c2ccc(cc2)C#N)n3cncn3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00964"]}, "OfficialNames" -> <|"Indian Approved Name" -> "letrozole", "Australia Approved Name" -> "LETROZOLE", "FDA Approved Drug" -> "LETROZOLE"|>, "PharmGKBID" -> "PA450196", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3902]}, "Synonyms" -> {"letrozole", "femara", "112809-51-5", "letrozol", "4-[1-(4-cyanophenyl)-1-(1,2,4-triazol-1-yl)methyl]benzonitrile", "femera", "112809-51-5[rn]", "benzonitrile 4,4'-(1h-1,2,4-triazol-1-ylmethylene)bis-", "chebi:6413", "letrozole [usan:inn][inn][usan]", "femara (tn)", "4,4'-(1h-1,2,4-triazol-1-ylmethylene) bis-benzonit", "6813913[beilstein]", "letrozole[wiki]", "letrozole (jan/usp)[usp][jan]", "4,4'-(1h-1,2,4-triazol-1-ylmethanediyl)dibenzonitrile", "s1235_selleck", "4-[(4-cyanophenyl)-1,2,4-triazolylmethyl]benzenecarbonitrile", "4,4'-((1h-1,2,4-triazol-1-yl)methylene)dibenzonitrile", "letoval", "4-[(4-cyanophenyl)(1h-1,2,4-triazol-1-yl)methyl]benzonitrile", "4,4'-(1h-1,2,4-triazol-1-ylmethandiyl)dibenzolcarbonitril[german]", "9005-80-5[rn]", "cgs-20267", "4,4'-(1h-1,2,4-triazol-1-ylmethylene)bisbenzonitrile", "1-[bis(4-cyanophenyl)methyl]-1,2,4-triazole", "tl8000371", "4,4'-(1h-1,2,4-triazol-1-ylmethylene)dibenzonitrile[acd/iupac name]", "femara[wiki]", "letrozolex", "4,4'-(1h-1,2,4-triazol-1-yl-methylene)-bis(benzonitrile)", "c067431"}|>, "2469" -> <|"DatabaseID" -> "SW01597", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1265935]}, "IsomericSmiles" -> "c1cc2c(cc1/C=C\\C=C/C(=O)N3CCCCC3)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chavicine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1548912]}, "Synonyms" -> {"(z", "(z,z)-1-[5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl]piperidine", "piperidine", "(z,z)-1-(5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl)piperidine", "(2z", "chavicine[wiki]", "ac1lu7in", "495-91-0", "(z,z)-1-piperoylpiperidine", "94-62-2[rn]", "(2z,4z)-5-(1,3-benzodioxol-5-yl)-1-(piperidin-1-yl)penta-2,4-dien-1-one", "cas-94-62-2", "ncgc00016355-01", "piperidine 1-(5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl)- (z,z)-", "2,4-pentadien-1-one 5-(1,3-benzodioxol-5-yl)-1-(1-piperidinyl)- (2z,4z)-", "chavicine", "495-91-0[rn]"}|>, "2470" -> <|"DatabaseID" -> "SW01598", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28821"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 553590]}, "IsomericSmiles" -> "c1cc2c(cc1/C=C/C=C/C(=O)N3CCCCC3)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "piperine", "Indian Approved Name" -> "piperine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 638024]}, "Synonyms" -> {"piperin", "piperoylpiperidine", "1-piperoylpiperidine", "(2e,4e)-5-(benzo[d][1,3]dioxol-5-yl)-1-(piperidin-1-yl)penta-2,4-dien-1-one", "(2e,4e)-5-(1,3-benzodioxol-5-yl)-1-(1-piperidinyl)-2,4-pentadien-1-on", "n-[(e,e)-piperoyl]-piperidine", "ccris 5572", "c008922", "fema no. 2909", "1-[(2e,4e)-5-(1,3-benzodioxol-5-yl)-2,4-pentadienoyl]piperidine", "(2e,4e)-5-(2h-benzo[3,4-d]1,3-dioxolen-5-yl)-1-piperidylpenta-2,4-dien-1-one", "piperidine 1-(5-(3,4-methylenedioxyphenyl)-1-oxo-2,4-pentadienyl)-", "piperidine 1-[5-(1 3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl]- (e,e)-", "piperine[wiki]", "202-348-0[einecs]", "(e,e)-1-piperoylpiperidine", "piperidine 1-[(2e,4e)-5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl]-", "natural piperine", "p-6920", "(e,e)-1-(5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl)-piperidine", "(2e,4e)-5-(1,3-benzodioxol-5-yl)-1-(1-piperidinyl)-2,4-pentadien-1-one", "1,3-benzodioxol-5-yl-1-oxo-2,4-pentadienyl-piperine", "495-91-0[rn]", "1-(5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl)piperidine (e,e)-", "5-(3,4-methylenedioxyphenyl)-2,4-pentadienoyl-2-piperidine", "piperidine 1-[5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl]- (e,e)-", "(e,e)-1-(5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl)piperidine", "piperidine 1-piperoyl- (e,e)-", "piperine", "piperidine 1-((2e,4e)-5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl)-", "((1-5-(1,3)-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl)piperidine", "(2e,4e)-5-(1,3-benzodioxol-5-yl)-1-(piperidin-1-yl)penta-2,4-dien-1-one", "bioperine", "1-(5-(3,4-methylenedioxyphenyl)-1-oxo-2,4-pentadienyl)piperidine", "1-piperoyl-piperidine", "90741[beilstein]", "chebi:28821", "30511-77-4[rn]", "isochavicine", "5-(1,3-benzodioxol-5-yl)-1-piperidinopenta-2,4-dien-1-one", "(e,e)-1-[5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl]piperidine", "piperine (aliphatic)", "2,4-pentadien-1-one 5-(1,3-benzodioxol-5-yl)-1-(1-piperidinyl)- (2e,4e)-", "1-[(2e,4e)-5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl]piperidine", "piperidine 1-(5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl)- (e,e)-", "1-piperonylpiperidine", "(2e,4e)-5-benzo[1,3]dioxol-5-yl-1-piperidin-1-yl-penta-2,4-dien-1-one", "piperidine 1-[5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl]-", "(e,e) 1-[5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl]piperidine", "5-benzo[1,3]dioxol-5-yl-1-piperidin-1-yl-penta-2,4-dien-1-one", "7780-20-3[rn]", "piperidine 1-(5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl)- (e,e)-(9ci)", "piperidine 1-(5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl)-", "1-piperoyl-(e,e)-piperidine", "94-62-2[rn]", "piperidine 1-(5-(1,3-benzodioxol-5-yl)-1-oxo-2,4-pentadienyl)- (e,z)-", "94-62-2", "1-piperoylpiperidine (e,e)-", "1-[(2e,4e)-5-(1,3-benzodioxol-5-yl)penta-2,4-dienoyl]piperidine", "n-[(e,e)-piperoyl]piperidine", "n-(e,e)-piperoyl-piperidine"}|>, "2471" -> <|"DatabaseID" -> "SW01599", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29836]}, "IsomericSmiles" -> "CCC[NH2+]C(C)C(=O)Nc1c(csc1C(=O)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02991"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ARTICAINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32169]}, "Synonyms" -> {"ultracaine", "articaine hydrochloride", "hoe-045", "carticaine hydrochloride", "hoe 40045", "2-thiophenecarboxylic acid,4-methyl-3-[[1-oxo-2-(propylamino)propyl]amino]- methyl ester hydrochloride (1:1)", "4-methyl-3-(2-(propylamino)propionamido)-2-thiophenecarboxylicacid methyl esterhcl", "methyl 4-methyl-3-[2-(propylamino)propanoylamino]thiophene-2-carboxylate chloride h", "einecs 245-957-7", "hoe 045", "2-thiophenecarboxylic acid,4-methyl-3-((1-oxo-2-(propylamino)propyl)amino)- methyl ester monohydrochloride", "ultracain", "septanest", "articaine hci", "ag-e-70582", "methyl 4-methyl-3-{[2-(propylamino)propanoyl]amino}thiophene-2-carboxylate hydrochloride", "methyl 4-methyl-3-[(n-propylalanyl)amino]thiophene-2-carboxylate hydrochloride (1:1)", "methyl-4-methyl-3-{[2-(propylamino)propanoyl]amino}thiophen-2-carboxylathydrochlorid", "methyl 4-methyl-3-[2-(propylamino)propanoylamino]thiophene-2-carboxylate chlo ride", "23964-57-0[rn]", "articaine hydrochloride[usan]", "methyl 4-methyl-3-[(n-propylalanyl)amino]thiophene-2-carboxylate hydrochloride", "methyl 4-methyl-3-((1-oxo-2-(propylamino)propyl)amino)-2-thenoate monohydrochloride", "2-thiophenecarboxylic acid,4-methyl-3-[[1-oxo-2-(propylamino)propyl]amino]- methyl ester monohydrochloride", "methyl 4-methyl-3-[(n-propylalanyl)amino]-2-thiophenecarboxylate hydrochloride", "2-thiophenecarboxylic acid,4-methyl-3-(2-(propylamino)propionamido)- methyl ester monohydrochloride", "articaine hcl"}|>, "2472" -> <|"DatabaseID" -> "SW01599", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29836]}, "IsomericSmiles" -> "CCC[NH2+]C(C)C(=O)Nc1c(csc1C(=O)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02991"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ARTICAINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32169]}, "Synonyms" -> {"ultracaine", "articaine hydrochloride", "hoe-045", "carticaine hydrochloride", "hoe 40045", "2-thiophenecarboxylic acid,4-methyl-3-[[1-oxo-2-(propylamino)propyl]amino]- methyl ester hydrochloride (1:1)", "4-methyl-3-(2-(propylamino)propionamido)-2-thiophenecarboxylicacid methyl esterhcl", "methyl 4-methyl-3-[2-(propylamino)propanoylamino]thiophene-2-carboxylate chloride h", "einecs 245-957-7", "hoe 045", "2-thiophenecarboxylic acid,4-methyl-3-((1-oxo-2-(propylamino)propyl)amino)- methyl ester monohydrochloride", "ultracain", "septanest", "articaine hci", "ag-e-70582", "methyl 4-methyl-3-{[2-(propylamino)propanoyl]amino}thiophene-2-carboxylate hydrochloride", "methyl 4-methyl-3-[(n-propylalanyl)amino]thiophene-2-carboxylate hydrochloride (1:1)", "methyl-4-methyl-3-{[2-(propylamino)propanoyl]amino}thiophen-2-carboxylathydrochlorid", "methyl 4-methyl-3-[2-(propylamino)propanoylamino]thiophene-2-carboxylate chlo ride", "23964-57-0[rn]", "articaine hydrochloride[usan]", "methyl 4-methyl-3-[(n-propylalanyl)amino]thiophene-2-carboxylate hydrochloride", "methyl 4-methyl-3-((1-oxo-2-(propylamino)propyl)amino)-2-thenoate monohydrochloride", "2-thiophenecarboxylic acid,4-methyl-3-[[1-oxo-2-(propylamino)propyl]amino]- methyl ester monohydrochloride", "methyl 4-methyl-3-[(n-propylalanyl)amino]-2-thiophenecarboxylate hydrochloride", "2-thiophenecarboxylic acid,4-methyl-3-(2-(propylamino)propionamido)- methyl ester monohydrochloride", "articaine hcl"}|>, "2473" -> <|"DatabaseID" -> "SW01600", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4883334]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "07542"]}, "IsomericSmiles" -> "CC(C)C[C@H](C[C@@H]([C@H](CC1CCCCC1)[NH3+])O)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "cal lactobionate;dibasic cal phos;cal panthothenate;cal sennosides;cal gluconolactobionate"|>, "Synonyms" -> {"5-amino-6-cyclohexyl-4-hydroxy-2-isobutyl-hexanoic acid", "cathepsin d precursor", "ec 3.4.23.5", "cal"}|>, "2474" -> <|"DatabaseID" -> "SW01601", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8460"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5676]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00420"]}, "IsomericSmiles" -> "C[NH+](C)CCCN1c2ccccc2Sc3c1cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00797"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PROMAZINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5887]}, "Synonyms" -> {"sparine", "promazine hcl", "promazine monohydrochloride", "promwill", "talofen", "starazin", "liranol", "protactyl", "prazine", "promazine hydrochloride", "hydrogenchloriden,n-dimethyl-3-(10h-phenothiazin-10-yl)propan-1-amine(1:1:1)", "berophen", "chlorderazin", "centractyl", "58-40-2[rn]", "sanopron", "phenothiazine", "chlorowodorek promazyny[polish]", "n-[3-(dimethylamino)propyl]phenothiazine hydrochloride", "torazina", "phenothiazine 10-(3-(dimethylamino)propyl)- hydrochloride", "10h-phenothiazine-10-propanamine n,n-dimethyl- monohydrochloride", "chlorpromazine hcl intensol", "3-(10h-phenothiazin-10-yl)-n,n-dimethylpropan-1-aminehydrochloride", "verophen", "n,n-dimethyl-10h-phenothiazine-10-propanamine hydrochloride", "fenactil", "promactil", "chlorpromazine hydrochloride imp. c (ep) as hydrochloride", "chlordelazin", "10-(3-dimethylaminopropyl)phenothiazine hydrochloride", "prozil", "verophene", "neo-hibernex", "elmarin", "vesprin", "starazine", "53-60-1[rn]", "chlor-promanyl", "n,n-dimethyl-3-(10h-phenothiazin-10-yl)propan-1-aminehydrochloride", "centractil", "chlropromados", "53-60-1 58-40-2", "phenothiazine 10-[3-(dimethylamino)propyl]- hydrochloride", "esmind", "tranquazine", "10h-phenothiazine-10-propanamine n,n-dimethyl-,monohydrochloride", "sinophenin", "ampazine", "contomin", "prazin", "n,n-dimethyl-3-(10h-phenothiazin-10-yl)propan-1-aminehydrochloride (1:1)", "promazine hydrochloride[usp]", "aminazin", "chlorpromazine hcl", "10-(3-(dimethylamino)propyl)phenothiazine hydrochloride", "romtiazin", "largactilothiazine", "esparin", "chlorowodorek promazyny [polish]", "promazin", "ampliactil", "promazil", "psychozine", "amplictil", "fraction", "sonazine", "3753230[beilstein]", "53-60-1", "promazina", "promazine", "phenactyl", "aminazine", "einecs 200-179-7", "ketaset plus (veterinary)", "fenaktyl", "rp 4560", "ab", "n-(3-(dimethylamino)propyl)phenothiazine hydrochloride", "10-[3-(dimethylamino)propyl]phenothiazine hydrochloride", "n,n-dimethyl-3-phenothiazin-10-yl-propan-1-amine", "10h-phenothiazine-10-propanamine n,n-dimethyl- hydrochloride(1:1)", "phenothiazine 10-(3-(dimethylamino)propyl)-,monohydrochloride", "largactyl", "promapar", "largactil", "promazine chloride", "10-(3-[dimethylamino]propyl)phenothiazine hydrochloride", "chlorpromados", "53-60-1 58-40-2 [promazine]", "megaphen", "10-(3-(dimethylamino)propyl)phenothiazine monohydrochloride", "phenothiazine 10-[3- (dimethylamino)propyl]- monohydrochloride", "proma", "wintermin", "promazine granules", "propaphenin", "novomazina", "sparine (tn)", "10h-phenothiazine-10-propanamine n,n-dimethyl- chloride hydrogen salt(1:1)", "thorazine", "cpz", "200-179-7[einecs]"}|>, "2475" -> <|"DatabaseID" -> "SW01602", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8462"], ExternalIdentifier["ChEBIID", "8461"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5792], ExternalIdentifier["ChemSpiderID", 4758], ExternalIdentifier["ChemSpiderID", 56725]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01069"]}, "IsomericSmiles" -> "CC(CN1c2ccccc2Sc3c1cccc3)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00480"], ExternalIdentifier["KEGGID", "D00494"], ExternalIdentifier["KEGGID", "D01242"]}, "OfficialNames" -> <|"China Approved Name" -> "promethazine", "Indian Approved Name" -> "promethazine;promethazine theoclate;promethazine hcl", "Australia Approved Name" -> "PROMETHAZINE HYDROCHLORIDE", "FDA Approved Drug" -> "PROMETHAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451128", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6014], ExternalIdentifier["PubChemCompoundID", 4927], ExternalIdentifier["PubChemCompoundID", 63030]}, "Synonyms" -> {"diphergan", "fellozine", "promethazine", "promazinamide", "prometazin", "phensedyl", "phencen", "fenetazina", "proazamine", "fenergan", "fargan", "promethazine hcl", "hiberna", "lergigan", "prorex", "duplamin", "provigan", "pyrethia", "phenargan", "remsed", "fenazil", "dorme", "phenergan", "thiergan", "isophenergan", "protazine", "isopromethazine", "prothazin", "genphen", "prometh fortis", "promezathine", "phargan", "lercigan", "pyrethiazine", "synalgos", "pipolphen", "prometasin", "ganphen", "diprazine", "proazaimine", "diprasine", "promethegan", "histargan", "prothazine", "promethiazine", "vallergine", "dimapp", "prometh plain", "avomine", "valergine", "diprozin", "iergigan", "procit", "pilpophen", "phenergan fortis", "promethaine", "tanidil", "mymethazine fortis", "promethazin", "pipolfen", "promethacon", "promethegan[wiki]", "primine", "aprobit", "romergan", "promethiazin[german]", "pipolphen[wiki]", "prometazina[spanish][inn]", "romergan[wiki]", "5- ht-2", "phenergan vc expectorant syrup (phenylephrine hydrochloride + potassium guaiacol sulphonate + promethazine hydrochloride)_mixture", "atosil", "lilly 1516", "3277 r.p.", "zipan-25", "5-ht-2a", "allergan", "promantine", "serotonin receptor 2a", "promethazine[wiki]", "prometazine", "58-33-3[rn]", "phenergan[wiki]", "promethazine hydrochloride", "plletia", "10-(2-dimethylamino-2-methylethyl)phenothiazine hydrochloride", "promethazine chloride", "goodnight[wiki]", "v gan", "promethazine hydrochloride[jan]", "10-(2-dimethylamino-1-propyl)phenothiazine hydrochloride", "farganesse", "phenadoz", "bonnox", "n,n,a-trimethyl-10h-phenothiazine-10-ethanamine monohydrochloride", "phenothiazine 10-(2-(dimethylamino)-propyl)- hydrochloride", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-aminehydrochloride (1:1)", "prome[wiki]", "10h-phenothiazine-10-ethanamine n,n,a-trimethyl- hydrochloride (1:1)", "allerfen", "anergan 50", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-aminhydrochlorid", "10-(2-(dimethylamino)propyl)phenothiazine monohydrochloride", "promethazinehydrochloride", "eusedon mono", "promine", "10-(2-(dimethylamino)propyl)phenothiazine monohydrochloride", "histantil", "58-33-3 60-87-7 [promethazine]", "anergan 25", "phenothiazine 10-(2-(dimethylamino)propyl)-,monohydrochloride", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-aminehydrochloride", "promethazine teoclate", "phenothiazine 10-[2-(dimethylamino)-propyl]- hydrochloride", "10-(2-dimethylaminopropyl)phenothiazine hydrochloride", "mepergan", "16639-38-6[rn]", "88208-28-0[rn]", "phenergan-d", "proazamine hydrochloride", "hibechin", "kinetosin", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)-2-propanaminehydrochloride (1:1)[acd/iupac name]", "n,n-dimethyl-1-phenothiazin-10-yl-propan-2-amine", "4166397[beilstein]", "frinova", "10-(3-dimethylaminoisopropyl)phenothiazine hydrochloride", "10-[2-(dimethylamino)propyl]phenothiazine hydrochloride", "promethazine monohydrochloride", "hydrogenchloriden,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-amine(1:1:1)", "n-(2'-dimethylamino-2'-methyl)ethylphenothiazine hydrochloride", "n-(2'-dimethylamino-2'-methyl)ethylphenothiazine monohydrochloride", "closin", "pms promethazine", "200-375-2[einecs]", "soporil", "phenothiazine 10-[2- (dimethylamino)propyl]- monohydrochloride", "n-(2-dimethylaminopropyl-1)phenothiazine hydrochloride", "antiallersin", "prometh", "10-(2-dimethylaminopropyl)-phenothiazine", "promethazine theoclate", "phenothiazine 10-[2- (dimethylamino)propyl]-", "88554[beilstein]", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-amin", "promethazine compd. with 8-chlorotheophylline", "3277 rp", "promesan", "promethazine plain", "10h-phenothiazine-10-ethanamine n,n,a-trimethyl-", "10-(2-(dimethylamino)-2-methylethyl)phenothiazine", "60-87-7[rn]", "(2-dimethylamino-2-methyl)ethyl-n-dibenzoparathiazine", "phenoject-50", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-amine", "dimethylamino-isopropyl-phenthiazin[german]", "38878-40-9[rn]", "pipolphene", "10-(2-(dimethylamino)propyl)phenothiazine", "n,n,a-trimethyl-10h-phenothiazine-10-ethanamine", "10-(2-dimethylaminopropyl)phenothiazine", "promacot", "92998-17-9[rn]", "phenothiazine 10-(2-dimethylaminopropyl)-", "phenerzine", "camergan", "promethawern", "sominex", "metaryl", "73745-50-3[rn]", "promethazinum[latin]", "promethazine chlorotheophyllinate", "200-489-2[einecs]", "phergan", "4182 r.p.", "avopreg", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)-2-propanamine[acd/iupac name]", "10-(2-dimethylamino-2-methylethyl)phenothiazine", "3389 r.p.", "n-(2'-dimethylamino-2'-methyl)ethylphenothiazine", "4-27-00-01253 (beilstein handbook reference)[beilstein]", "pilothia", "fenetazine", "prometazina", "pelpica", "promergan", "promethazinum", "10-[2-(dimethylamino)propyl]phenothiazine", "einecs 241-691-0", "10-(2-dimethylamino-2-methylethyl)phenothiazine compound with 8-chlorotheophylline", "8-chloro-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione- n,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-amine (1:1)", "10-(2-dimethylaminopropyl)phenothiazine compound of 8-chlorotheophylline", "promethazini teoclas[latin]", "avomine (tn)", "241-691-0[einecs]", "teoclato de prometazina [inn-spanish]", "teoclate de promethazine[french][inn]", "teoclato de prometazina[spanish][inn]", "teoclate de promethazine [inn-french]", "8-chlorotheophylline compd.with 10-(2-(dimethylamino)propyl)phenothiazine (1:1)", "theophylline 8-chloro- compd. with10-(2-(dimethylamino)propyl)phenothiazine (1:1)", "theophylline 8-chloro- compd. with10-(2-dimethylaminopropyl)phenothiazine (6ci)", "17693-51-5[rn]", "promethazine teoclate [inn:jan][inn][jan]", "promethazini teoclas [inn-latin]"}|>, "2476" -> <|"DatabaseID" -> "SW01602", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8462"], ExternalIdentifier["ChEBIID", "8461"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5792], ExternalIdentifier["ChemSpiderID", 4758], ExternalIdentifier["ChemSpiderID", 56725]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01069"]}, "IsomericSmiles" -> "CC(CN1c2ccccc2Sc3c1cccc3)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00480"], ExternalIdentifier["KEGGID", "D00494"], ExternalIdentifier["KEGGID", "D01242"]}, "OfficialNames" -> <|"China Approved Name" -> "promethazine", "Indian Approved Name" -> "promethazine;promethazine theoclate;promethazine hcl", "Australia Approved Name" -> "PROMETHAZINE HYDROCHLORIDE", "FDA Approved Drug" -> "PROMETHAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451128", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6014], ExternalIdentifier["PubChemCompoundID", 4927], ExternalIdentifier["PubChemCompoundID", 63030]}, "Synonyms" -> {"diphergan", "fellozine", "promethazine", "promazinamide", "prometazin", "phensedyl", "phencen", "fenetazina", "proazamine", "fenergan", "fargan", "promethazine hcl", "hiberna", "lergigan", "prorex", "duplamin", "provigan", "pyrethia", "phenargan", "remsed", "fenazil", "dorme", "phenergan", "thiergan", "isophenergan", "protazine", "isopromethazine", "prothazin", "genphen", "prometh fortis", "promezathine", "phargan", "lercigan", "pyrethiazine", "synalgos", "pipolphen", "prometasin", "ganphen", "diprazine", "proazaimine", "diprasine", "promethegan", "histargan", "prothazine", "promethiazine", "vallergine", "dimapp", "prometh plain", "avomine", "valergine", "diprozin", "iergigan", "procit", "pilpophen", "phenergan fortis", "promethaine", "tanidil", "mymethazine fortis", "promethazin", "pipolfen", "promethacon", "promethegan[wiki]", "primine", "aprobit", "romergan", "promethiazin[german]", "pipolphen[wiki]", "prometazina[spanish][inn]", "romergan[wiki]", "5- ht-2", "phenergan vc expectorant syrup (phenylephrine hydrochloride + potassium guaiacol sulphonate + promethazine hydrochloride)_mixture", "atosil", "lilly 1516", "3277 r.p.", "zipan-25", "5-ht-2a", "allergan", "promantine", "serotonin receptor 2a", "promethazine[wiki]", "prometazine", "58-33-3[rn]", "phenergan[wiki]", "promethazine hydrochloride", "plletia", "10-(2-dimethylamino-2-methylethyl)phenothiazine hydrochloride", "promethazine chloride", "goodnight[wiki]", "v gan", "promethazine hydrochloride[jan]", "10-(2-dimethylamino-1-propyl)phenothiazine hydrochloride", "farganesse", "phenadoz", "bonnox", "n,n,a-trimethyl-10h-phenothiazine-10-ethanamine monohydrochloride", "phenothiazine 10-(2-(dimethylamino)-propyl)- hydrochloride", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-aminehydrochloride (1:1)", "prome[wiki]", "10h-phenothiazine-10-ethanamine n,n,a-trimethyl- hydrochloride (1:1)", "allerfen", "anergan 50", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-aminhydrochlorid", "10-(2-(dimethylamino)propyl)phenothiazine monohydrochloride", "promethazinehydrochloride", "eusedon mono", "promine", "10-(2-(dimethylamino)propyl)phenothiazine monohydrochloride", "histantil", "58-33-3 60-87-7 [promethazine]", "anergan 25", "phenothiazine 10-(2-(dimethylamino)propyl)-,monohydrochloride", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-aminehydrochloride", "promethazine teoclate", "phenothiazine 10-[2-(dimethylamino)-propyl]- hydrochloride", "10-(2-dimethylaminopropyl)phenothiazine hydrochloride", "mepergan", "16639-38-6[rn]", "88208-28-0[rn]", "phenergan-d", "proazamine hydrochloride", "hibechin", "kinetosin", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)-2-propanaminehydrochloride (1:1)[acd/iupac name]", "n,n-dimethyl-1-phenothiazin-10-yl-propan-2-amine", "4166397[beilstein]", "frinova", "10-(3-dimethylaminoisopropyl)phenothiazine hydrochloride", "10-[2-(dimethylamino)propyl]phenothiazine hydrochloride", "promethazine monohydrochloride", "hydrogenchloriden,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-amine(1:1:1)", "n-(2'-dimethylamino-2'-methyl)ethylphenothiazine hydrochloride", "n-(2'-dimethylamino-2'-methyl)ethylphenothiazine monohydrochloride", "closin", "pms promethazine", "200-375-2[einecs]", "soporil", "phenothiazine 10-[2- (dimethylamino)propyl]- monohydrochloride", "n-(2-dimethylaminopropyl-1)phenothiazine hydrochloride", "antiallersin", "prometh", "10-(2-dimethylaminopropyl)-phenothiazine", "promethazine theoclate", "phenothiazine 10-[2- (dimethylamino)propyl]-", "88554[beilstein]", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-amin", "promethazine compd. with 8-chlorotheophylline", "3277 rp", "promesan", "promethazine plain", "10h-phenothiazine-10-ethanamine n,n,a-trimethyl-", "10-(2-(dimethylamino)-2-methylethyl)phenothiazine", "60-87-7[rn]", "(2-dimethylamino-2-methyl)ethyl-n-dibenzoparathiazine", "phenoject-50", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-amine", "dimethylamino-isopropyl-phenthiazin[german]", "38878-40-9[rn]", "pipolphene", "10-(2-(dimethylamino)propyl)phenothiazine", "n,n,a-trimethyl-10h-phenothiazine-10-ethanamine", "10-(2-dimethylaminopropyl)phenothiazine", "promacot", "92998-17-9[rn]", "phenothiazine 10-(2-dimethylaminopropyl)-", "phenerzine", "camergan", "promethawern", "sominex", "metaryl", "73745-50-3[rn]", "promethazinum[latin]", "promethazine chlorotheophyllinate", "200-489-2[einecs]", "phergan", "4182 r.p.", "avopreg", "n,n-dimethyl-1-(10h-phenothiazin-10-yl)-2-propanamine[acd/iupac name]", "10-(2-dimethylamino-2-methylethyl)phenothiazine", "3389 r.p.", "n-(2'-dimethylamino-2'-methyl)ethylphenothiazine", "4-27-00-01253 (beilstein handbook reference)[beilstein]", "pilothia", "fenetazine", "prometazina", "pelpica", "promergan", "promethazinum", "10-[2-(dimethylamino)propyl]phenothiazine", "einecs 241-691-0", "10-(2-dimethylamino-2-methylethyl)phenothiazine compound with 8-chlorotheophylline", "8-chloro-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione- n,n-dimethyl-1-(10h-phenothiazin-10-yl)propan-2-amine (1:1)", "10-(2-dimethylaminopropyl)phenothiazine compound of 8-chlorotheophylline", "promethazini teoclas[latin]", "avomine (tn)", "241-691-0[einecs]", "teoclato de prometazina [inn-spanish]", "teoclate de promethazine[french][inn]", "teoclato de prometazina[spanish][inn]", "teoclate de promethazine [inn-french]", "8-chlorotheophylline compd.with 10-(2-(dimethylamino)propyl)phenothiazine (1:1)", "theophylline 8-chloro- compd. with10-(2-(dimethylamino)propyl)phenothiazine (1:1)", "theophylline 8-chloro- compd. with10-(2-dimethylaminopropyl)phenothiazine (6ci)", "17693-51-5[rn]", "promethazine teoclate [inn:jan][inn][jan]", "promethazini teoclas [inn-latin]"}|>, "2477" -> <|"DatabaseID" -> "SW01603", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "567361"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19105]}, "IsomericSmiles" -> "c1nc2c(nc(nc2n1[C@H]3C[C@@H]([C@H](O3)CO)O)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01370"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CLADRIBINE"|>, "PharmGKBID" -> "PA449027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20279]}, "Synonyms" -> {"4291-63-8", "2-cda", "chlorodeoxyadenosine", "leustatin", "cladribine", "2-chlorodeoxyadenosine", "leustatin (tn)", "rwj-26251", "2-chloro-deoxyadenosine", "2-chloro-6-amino-9-(2-deoxy-b-d-erythro-pentofuranosyl)purine", "cladarabine", "cladaribine", "leustatin[wiki]", "2-chloro-2'-deoxyadenosine", "2-chloro-2'-deoxy-b-adenosine", "cladribine (jan/usan)[jan][usan]", "adenosine 2-chloro-2'-deoxy-", "(2r,3s,5r)-5-(6-amino-2-chlor-9h-purin-9-yl)-2-(hydroxymethyl)tetrahydrofuran-3-ol", "cladribine [usan:ban:inn][inn][usan]", "adenosine 2-chloro-2'-deoxy", "2-chloro-2'-deoxy-adenosine", "cladribine[wiki]", "2 chlorodeoxyadenosine", "(2r,3s,5r)-5-(6-amino-2-chloro-9h-purin-9-yl)-2-(hydroxymethyl)tetrahydrofuran-3-ol", "(2r,3s,5r)-5-(6-amino-2-chloro-purin-9-yl)-2-(hydroxymethyl)oxolan-3-ol", "2-chloro-2'-deoxyadenosine", "leustatin 2-chlorodeoxyadenosine", "4291-63-8[rn]", "2-chloro-2'-deoxy-beta-adenosine", "cladribinum [inn_la]", "2-chloro-2'-deoxyadenosine[acd/iupac name]", "337376-15-5", "24757-90-2[rn]", "mylinax"}|>, "2478" -> <|"DatabaseID" -> "SW01604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3880]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00579"]}, "IsomericSmiles" -> "c1ccc2c(c1)C3=[NH+]CCN3C2(c4ccc(cc4)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00367"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Mazindol", "FDA Approved Drug" -> "MAZINDOL"|>, "PharmGKBID" -> "PA450326", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4020]}, "Synonyms" -> {"mazindol", "sanorex", "mazildene", "mazanor", "dimagrir", "magrilon", "teronac", "sanjorex", "terenac", "teronak", "mazindole", "3h-imidazo[2,1-a]isoindol-5-ol 5-(4-chlorophenyl)-2,5-dihydro-", "5-24-04-00402 (beilstein handbook reference)[beilstein]", "5-thiophen-2-yl-2,3,5,6-tetrahydro-imidazo[2,1-a]isoquinolin-5-ol", "mazindolum[latin]", "5-p-chlorophenyl-2,3-dihydro-5h-imidazo(2,1-a)isoindol-5-ol", "5htt", "5-24-04-00402", "244-857-0[einecs]", "an-448", "42-548", "5-(4-chlorophenyl)-2,3-dihydro-5-hydroxy-5h-imidazo[2,1-a]isoindole", "5-(p-chlorophenyl)-2,5-dihydro-3h-imidazo(2,1-a)isoindol-5-ol", "5-(4-chlorophenyl)-2,3-dihydro-5-hydroxy-5h-imidazo(2,1-a)isoindole", "22232-71-9[rn]", "3h-imidazo(2,1-a)isoindol-5-ol 2,5-dihydro-5-(4-chlorophenyl)-", "sa 42-548", "5-(4-chloro-phenyl)-2,5-dihydro-3h-imidazo[2,1-a]isoindol-5-ol", "3h-imidazo(2,1-a)isoindol-5-ol 5-(p-chlorophenyl)-2,5-dihydro-", "9005-80-5[rn]", "5-(4-chlorophenyl)-2,5-dihydro-3h-imidazo[2,1-a]isoindol-5-ol[acd/iupac name]", "5-[4-chlorophenyl]-2,5-dihydro-3h-imidazo[2,1-a]isoindol-5-ol", "solucaps", "an448", "5h-imidazo(2,1-a)isoindol-5-ol 5-(4-chlorophenyl)-2,3-dihydro", "3h-imidazo(2,1-a)isoindol-5-ol 5-(4-chlorophenyl)-2,5-dihydro-", "mazindol [usan:ban:inn]", "22232-71-9", "mazindol [usan:ban:inn][inn][usan]", "diestet", "mazindolum [inn-latin]", "d008454", "dea no. 1605", "sanorex (tn)", "5ht transporter"}|>, "2479" -> <|"DatabaseID" -> "SW01604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3880]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00579"]}, "IsomericSmiles" -> "c1ccc2c(c1)C3=[NH+]CCN3C2(c4ccc(cc4)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00367"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Mazindol", "FDA Approved Drug" -> "MAZINDOL"|>, "PharmGKBID" -> "PA450326", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4020]}, "Synonyms" -> {"mazindol", "sanorex", "mazildene", "mazanor", "dimagrir", "magrilon", "teronac", "sanjorex", "terenac", "teronak", "mazindole", "3h-imidazo[2,1-a]isoindol-5-ol 5-(4-chlorophenyl)-2,5-dihydro-", "5-24-04-00402 (beilstein handbook reference)[beilstein]", "5-thiophen-2-yl-2,3,5,6-tetrahydro-imidazo[2,1-a]isoquinolin-5-ol", "mazindolum[latin]", "5-p-chlorophenyl-2,3-dihydro-5h-imidazo(2,1-a)isoindol-5-ol", "5htt", "5-24-04-00402", "244-857-0[einecs]", "an-448", "42-548", "5-(4-chlorophenyl)-2,3-dihydro-5-hydroxy-5h-imidazo[2,1-a]isoindole", "5-(p-chlorophenyl)-2,5-dihydro-3h-imidazo(2,1-a)isoindol-5-ol", "5-(4-chlorophenyl)-2,3-dihydro-5-hydroxy-5h-imidazo(2,1-a)isoindole", "22232-71-9[rn]", "3h-imidazo(2,1-a)isoindol-5-ol 2,5-dihydro-5-(4-chlorophenyl)-", "sa 42-548", "5-(4-chloro-phenyl)-2,5-dihydro-3h-imidazo[2,1-a]isoindol-5-ol", "3h-imidazo(2,1-a)isoindol-5-ol 5-(p-chlorophenyl)-2,5-dihydro-", "9005-80-5[rn]", "5-(4-chlorophenyl)-2,5-dihydro-3h-imidazo[2,1-a]isoindol-5-ol[acd/iupac name]", "5-[4-chlorophenyl]-2,5-dihydro-3h-imidazo[2,1-a]isoindol-5-ol", "solucaps", "an448", "5h-imidazo(2,1-a)isoindol-5-ol 5-(4-chlorophenyl)-2,3-dihydro", "3h-imidazo(2,1-a)isoindol-5-ol 5-(4-chlorophenyl)-2,5-dihydro-", "mazindol [usan:ban:inn]", "22232-71-9", "mazindol [usan:ban:inn][inn][usan]", "diestet", "mazindolum [inn-latin]", "d008454", "dea no. 1605", "sanorex (tn)", "5ht transporter"}|>, "2480" -> <|"DatabaseID" -> "SW01605", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2302061]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06716"]}, "IsomericSmiles" -> "CC(C)c1cccc(c1OCOP(=O)([O-])[O-])C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04257"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FOSPROPOFOL DISODIUM"|>, "PharmGKBID" -> "PA165958389", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3038497]}, "Synonyms" -> {"fospropofol disodium", "lusedra", "aquavan", "methanol,(2,6-bis(1-methylethyl)phenoxy)- dihydrogenphosphate disodium salt", "aquavan injection", "sodium channel protein brain ii subunit alpha", "aquavan (tn)", "gpi-15715", "pq-1002", "fospropofol", "voltage-gated sodium channel subunit alpha nav1.2", "phosphoric acid 2,6-diisopropylphenoxymethylmonoesterdisodiumsalt", "258516-87-9", "lusedra (tn)", "ac1mi4yf", "hbsc ii", "sodium channel protein type ii subunit alpha", "258516-87-9[rn]"}|>, "2481" -> <|"DatabaseID" -> "SW01606", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102977]}, "IsomericSmiles" -> "c1cc(ccc1CO)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"China Approved Name" -> "gastrodin", "Traditional Herbal Isolate" -> "gastrodin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 115067]}, "Synonyms" -> {"gastrodin", "gastrodine", "62499-27-8[rn]", "(2r,3s,4s,5r,6s)-2-(hydroxymethyl)-6-(4-(hydroxymethyl)phenoxy)tetrahydro-2h-pyran-3,4,5-triol", "ac1l3ggw", "4-(hydroxymethyl)phenyl |a-d-glucopyranoside", "beta-d-glucopyranoside", "s2383_selleck", "gastrodin(gastrodine)", "(2r,3s,4s,5r,6s)-2-(hydroxymethyl)-6-(4-(hydroxymethyl)phenoxy)-tetrahydro-2h-pyran-3,4,5-triol", "(2r,3s,4s,5r,6s)-2-hydroxymethyl-6-(4-hydroxymethyl-phenoxy)-tetrahydro-pyran-3,4,5-triol", "62499-27-8", "gastrodin[wiki]", "null", "bio-0293", "surecn1076037", "chembl274739"}|>, "2482" -> <|"DatabaseID" -> "SW01607", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17814"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388601]}, "IsomericSmiles" -> "c1ccc(c(c1)CO)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "salicin;benzoyl salicin;saligenin glucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439503]}, "Synonyms" -> {"salicyl alcohol glucoside", "salicoside", "salicine", "(2r,3s,4s,5r,6s)-2-hydroxymethyl-6-(2-hydroxymethyl-phenoxy)-tetrahydro-pyran-3,4,5-triol", "205-331-6[einecs]", "d-(-)-salicin", "salicin[wiki]", "b-d-glucopyranoside 2-(hydroxymethyl)phenyl", "138-52-3[rn]", "138-52-3", "d(-)-salicin", "30370-90-2[rn]", "89593", "saligenin glucoside;salicoside", "saligenin glucoside;", "saligenin glucoside", "benzyl alcohol o-hydroxy- o-glucoside", "a-hydroxy-o-tolyl b-d-glucopyranoside", "(2s,4s,5s,3r,6r)-6-(hydroxymethyl)-2-[2-(hydroxymethyl)phenoxy]-2h-3,4,5,6-tetrahydropyran-3,4,5-triol", "2-(hydroxymethyl)phenyl-b-d-glucopyranoside", "spectrum1502255", "2-hydroxymethyl-6-(2-hydroxymethyl-phenoxy)-tetrahydro-pyran-3,4,5-triol", "saligenin-b-d-glucopyranoside", "salicin (6ci,8ci)", "salicylalcohol glucoside", "(2r,3s,4s,5r,6s)-2-(hydroxymethyl)-6-(2-(hydroxymethyl)phenoxy)tetrahydro-2h-pyran-3,4,5-triol", "ncgc00142605-01", "salicoside salicine", "(2r,3s,4s,5r,6s)-2-(hydroxymethyl)-6-[2-(hydroxymethyl)phenoxy]tetrahydro-2h-pyran-3,4,5-triol", "?-hydroxy-o-tolyl ?-d-glucopyranoside", "(2s,4s,5s,3r,6r)-6-(hydroxymethyl)-2-[2-(hydroxymethyl)phenoxy]-2h-3,4,5,6-tet rahydropyran-3,4,5-triol", "o-(hydroxymethyl)phenyl beta-d-glucopyranoside", "benzyl alcohol", "salicin (6ci", "salicin", "2-(hydroxymethyl)phenyl beta-d-glucopyranoside", "saligenin-beta-d-glucopyranoside", "saligenin beta-d-glucopyranoside"}|>, "2483" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2484" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2485" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2486" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2487" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2488" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2489" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2490" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2491" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2492" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2493" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2494" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2495" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2496" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2497" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2498" -> <|"DatabaseID" -> "SW01608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287592]}, "IsomericSmiles" -> "Cc1cc(ccc1O)OC2C(C(C(C(O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324796]}, "Synonyms" -> {"homoarbutin", "ac1l8at2", "nsc-291302", "25712-94-1", "2-(hydroxymethyl)-6-(4-hydroxy-3-methylphenoxy)oxane-3", "nci60_002394", "nsc291302", "i07-0194", "25712-94-1[rn]"}|>, "2499" -> <|"DatabaseID" -> "SW01609", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477115]}, "IsomericSmiles" -> "Cc1cc(ccc1O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-homoarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318573]}, "Synonyms" -> {"ac1nsx16", "isohomoarbutin", "(2r"}|>, "2500" -> <|"DatabaseID" -> "SW01610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141075]}, "IsomericSmiles" -> "CC1(C(O1)COc2c3ccc(=O)oc3cc4c2cco4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oxypeucedanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160544]}, "Synonyms" -> {"oxypeucedarin", "oxypeucadanin", "oxypeucedanin", "7h-furo(3,2-g)(1)benzopyran-7-one 4-((3,3-dimethyloxiranyl)methoxy)-", "7h-furo(3,2-g)(1)benzopyran-7-one 4-(2,3-epoxy-3-methylbutoxy)- (s)-(-)-", "4-(3,3-dimethyl-oxiranylmethoxy)-furo[3,2-g]chromen-7-one", "4-(3", "737-52-0[rn]", "7h-furo[3", "737-52-0", "hms2676a10", "16431-55-3[rn]", "26091-73-6[rn]", "mls000856077", "7h-furo[3,2-g][1]benzopyran-7-one 4-((3,3-dimethyloxiranyl)methoxy)- (s-)-", "ac1q69mu", "28919-33-7[rn]", "ac1l4nt6"}|>, "2501" -> <|"DatabaseID" -> "SW01610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141075]}, "IsomericSmiles" -> "CC1(C(O1)COc2c3ccc(=O)oc3cc4c2cco4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oxypeucedanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160544]}, "Synonyms" -> {"oxypeucedarin", "oxypeucadanin", "oxypeucedanin", "7h-furo(3,2-g)(1)benzopyran-7-one 4-((3,3-dimethyloxiranyl)methoxy)-", "7h-furo(3,2-g)(1)benzopyran-7-one 4-(2,3-epoxy-3-methylbutoxy)- (s)-(-)-", "4-(3,3-dimethyl-oxiranylmethoxy)-furo[3,2-g]chromen-7-one", "4-(3", "737-52-0[rn]", "7h-furo[3", "737-52-0", "hms2676a10", "16431-55-3[rn]", "26091-73-6[rn]", "mls000856077", "7h-furo[3,2-g][1]benzopyran-7-one 4-((3,3-dimethyloxiranyl)methoxy)- (s-)-", "ac1q69mu", "28919-33-7[rn]", "ac1l4nt6"}|>, "2502" -> <|"DatabaseID" -> "SW01611", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3170"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66104]}, "IsomericSmiles" -> "c1cc2c(cc1O)OC[C@]3([C@@H]2c4cc(c(cc4C3)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "brasilin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73384]}, "Synonyms" -> {"braziletto", "superbresiline", "brasiline", "benz[b]indeno[1,2-d]pyran-3,6a,9,10(6h)-tetrol 7,11b-dihydro-,(6as,11br)-", "brasilin", "brazilin", "207-477-6[einecs]", "22562-62-5[rn]", "(6as-cis)-7,11b-dihydrobenz[b]indeno[1,2-d]pyran-3,6a,9,10(6h)-tetrol", "(6as,11br)-7,11b-dihydroindeno[2,1-c]chromene-3,6a,9,10(6h)-tetrol[acd/iupac name]", "4198570[beilstein]", "7,11b-dihydrobenz(b)indeno(1,2-d)pyran-3,6a,9,10(6h)-tetrol", "chebi:3170", "limawood extract", "c.i. natural red 24", "474-07-7[rn]", "hypernic extract", "natural red 24", "benz(b)indeno(1,2-d)pyran-3,6a,9,10(6h)-tetrol 7,11b-dihydro-,(6as,11br)-", "nsc 8661", "benz(b)indeno(1,2-d)pyran-3,6a,9,10(6h)-tetrol 7,11b-dihydro-(van) (8ci)(9ci)", "pernambuco extract", "7,11b-dihydrobenz[b]indeno[1,2-d]pyran-3,6a,9,10(6h)-tetrol"}|>, "2503" -> <|"DatabaseID" -> "SW01612", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 420739]}, "IsomericSmiles" -> "CC(=CC[C@H](C1=CC(=O)c2c(ccc(c2C1=O)[O-])[O-])O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "shikonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 479503]}, "Synonyms" -> {"isoarnebin 4", "shikonin", "chembl9470", "(r)-5,8-dihydroxy-2-(1-hydroxy-4-methylpent-3-enyl)naphthalene-1,4-dione", "1,4-naphthalenedione 5,8-dihydroxy-2-[(1r)-1-hydroxy-4-methyl-3-penten-1-yl]-", "ac1q6b9b", "5,8-dihydroxy-2-[(1r)-1-hydroxy-4-methylpent-3-en-1-yl]naphthalene-1,4-dione", "517-89-5", "(-)-shikonin", "chebi:105268", "5,8-dihydroxy-2-((r)-1-hydroxy-4-methyl-pent-3-enyl)-[1,4]naphthoquinone", "hms1792p11", "5", "tokyo violet", "5,8-dihydroxy-2-[(1r)-1-hydroxy-4-methylpent-3-en-1-yl]-1,4-naphthoquinone", "2-((1r)-1-hydroxy-4-methylpent-3-enyl)-5,8-dihydroxynaphthalene-1,4-dione", "1,4-naphthalenedione 5,8-dihydroxy-2-[(1r)-1-hydroxy-4-methyl-3-pentenyl]-", "bspbio_001270", "ac1la0sh", "517-89-5[rn]"}|>, "2504" -> <|"DatabaseID" -> "SW01613", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293777]}, "IsomericSmiles" -> "c1cc2c(cccc2S(=O)(=O)[O-])c(c1)S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01955"]}, "OfficialNames" -> <|"NPC Approved Name" -> "aclatonium napadisilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918580]}, "Synonyms" -> {"abovis", "aclatonium napadisilate", "bis{2-[(2-acetoxypropanoyl)oxy]-n,n,n-trimethylethanaminium} naphthalene-1,5-disulfonate", "55077-30-0", "bis(2-{[2-(acetyloxy)propanoyl]oxy}-n,n,n-trimethylethanaminium) naphthalene-1,5-disulfonate", "2-(2-(acetyloxy)-1-oxopropoxy)-n,n,n-trimethylethanaminium 1,5-naphthalenedisulfonate (2:1)", "aclatonio [spanish]", "acetyllactoylcholine 1,5-naphthalenedisulfonate", "ethanaminium 2-[2-(acetyloxy)-1-oxopropoxy]-n,n,n-trimethyl- 1,5-naphthalenedisulfonate (2:1)", "2-(2-(acetyloxy)-1-oxopropoxy)-n,n,n-trimethylethanaminium 1,5-naphthalenedisulfonate (2:1)", "aclatonium napadisylate", "tm 723", "aclatonii napadisilas [inn-latin]", "aciatonium napadisylate", "55077-30-0[rn]", "aclatonium napadisilat", "ethanaminium 2-(2-(acetyloxy)-1-oxopropoxy)-n,n,n-trimethyl-,1,5-naphthalenedisulfonate(2:1)", "aciatonium napadisilat", "aclatonium", "skf 100916-j"}|>, "2505" -> <|"DatabaseID" -> "SW01614", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 32907]}, "IsomericSmiles" -> "Cc1c2c(n(n1)C)N(C(=O)CN=C2c3ccccc3F)C", "OfficialNames" -> <|"NPC Approved Name" -> "zolazepam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 35775]}, "Synonyms" -> {"flupyrazapon", "zolazepamum [inn-latin]", "31352-82-6[rn]", "zolazepamum[latin]", "zolasepam", "pyrazolo[3,4-e][1,4]diazepin-7(1h)-one 4-(2-fluorophenyl)-6,8-dihydro-1,3,8-trimethyl-", "4-(2-fluorophenyl)-6,8-dihydro-1,3,8-trimethylpyrazolo[3,4-e][1,4]diazepin-7(1h)-one", "ac1l1ued", "pyrazolo(3", "4-(2-fluorophenyl)-1,3,8-trimethyl-6,8-dihydropyrazolo[3,4-e][1,4]diazepin-7(1h)-one[acd/iupac name]", "zolazepam[wiki]", "pyrazolo(3,4-e)(1,4)diazepin-7(1h)-one 4-(2-fluorophenyl)-6,8-dihydro-1,3,8-trimethyl-", "zolazepam", "4-(2-fluorophenyl)-6", "zolazepam [inn:ban]", "flupyrazopon", "4-(2-fluorophenyl)-6,8-dihydro-1,3,8-trimethylpyrazolo-(3,4-e)(1,4)diazepin-7(1h)-one", "zolazepamum"}|>, "2506" -> <|"DatabaseID" -> "SW01615", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171990]}, "IsomericSmiles" -> "C[C@H](C[NH+]1CCCC1)C(=O)c2ccc(cc2)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01848"]}, "OfficialNames" -> <|"NPC Approved Name" -> "lanperisone hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 198706]}, "Synonyms" -> {"lanperisone hydrochloride", "nk433 hydrochloride", "(-)-(r)-2-methyl-3-(1-pyrrolidinyl)-4'-trifluoromethylpropiophenone monohydrochloride", "2-methyl-3-(1-pyrrolidinyl)-4'-trifluoromethylpropiophenone monohydrochloride", "(r)-2-methyl-3-(1-pyrrolidinyl)-1-(4-(trifluoromethyl)phenyl)-1-propanone hydrochloride", "nk433", "nk 433", "116287-13-9[rn]", "1-propanone 2-methyl-3-(1-pyrrolidinyl)-1-(4-(trifluoromethyl)phenyl)-,hydrochloride (r)-", "116287-13-9", "ac1l55wc", "1-propanone"}|>, "2507" -> <|"DatabaseID" -> "SW01616", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "421707"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390063]}, "IsomericSmiles" -> "c1nc2c(nc(nc2n1[C@@H]3C[C@@H](C=C3)CO)N)NC4CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07057"], ExternalIdentifier["KEGGID", "D00891"]}, "OfficialNames" -> <|"China Approved Name" -> "abacavir", "Indian Approved Name" -> "abacavir", "WHO Essential Medicine" -> "abacavir", "Australia Approved Name" -> "ABACAVIR", "FDA Approved Drug" -> "ABACAVIR;ABACAVIR SULFATE"|>, "PharmGKBID" -> "PA448004", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441300], ExternalIdentifier["PubChemCompoundID", 441384]}, "Synonyms" -> {"abacavir", "epzicom", "ziagen", "abacavir (inn)", "{(1s-cis)-4-[2-amino-6-(cyclopropylamino)-9h-purin-9-yl]cyclopent-2-en-1-yl}methanol", "{(4r)-4-[2-amino-6-(cyclopropylamino)-9h-purin-9-yl]cyclopent-2-en-1-yl}methanol", "chebi:421707", "ac1l9axg", "2-cyclopentene-1-methanol,4-(2-amino-6-(cyclopropylamino)-9h-purin-9-yl)- (1s,4r)-", "{(1s,4r)-4-[2-amino-6-(cyclopropylamino)-9h-purin-9-yl]cyclopent-2-en-1-yl}methanol", "2-cyclopentene-1-methanol,4-[2-amino-6-(cyclopropylamino)-9h-purin-9-yl]- (1s,4r)-", "abacavir[wiki][inn]", "1592u89", "@abacavir", "abacavir [inn_en]", "(+/-)-abacavir", "[(s)-4-((s)-2-amino-6-cyclopropylamino-purin-9-yl)-cyclopent-2-enyl]-methanol", "[(1s,4r)-4-[2-azanyl-6-(cyclopropylamino)purin-9-yl]cyclopent-2-en-1-yl]methanol", "2-cyclopentene-1-methanol,4-(2-amino-6-(cyclopropylamino)-9h-purin-9-yl)- (1s-cis)-", "chembl1380", "trizivir[wiki]", "(1s,4r)-4-[2-amino-6-(cyclopropylamino)-9h-purin-9-yl]-2-cyclopentene-1-methanol", "((1s,4r)-4-(2-amino-6-(cyclopropylamino)-9h-purin-9-yl)cyclopent-2-enyl)methanol", "7493116[beilstein]", "136470-78-5", "[(1r,4r)-4-[2-amino-6-(cyclopropylamino)purin-9-yl]-1-cyclopent-2-enyl]methanol", "188062-50-2[rn]", "136470-78-5[rn]", "bio-0001", "[(1s,4r)-4-[2-amino-6-(cyclopropylamino)-9-purinyl]-1-cyclopent-2-enyl]methanol", "(1s,cis)-4-[2-amino-6-(cyclopropylamino)-9h-purin-9-yl]-2-cyclopentene-1-methanol", "ziagen[wiki]", "abacavir sulfate", "abacavir sulfate (jan/usan)", "chebi:2361", "bis({(1s", "ziagen (tn)", "[(1s", "ac1l9b2p", "ac-6112", "d00891"}|>, "2508" -> <|"DatabaseID" -> "SW01617", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4909"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3192]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00749"]}, "IsomericSmiles" -> "CCc1cccc2c1[nH]c3c2CCOC3(CC)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00315"]}, "OfficialNames" -> <|"Indian Approved Name" -> "etodolac", "FDA Approved Drug" -> "ETODOLAC"|>, "PharmGKBID" -> "PA449550", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3308]}, "Synonyms" -> {"etodolac", "lodine xl", "ultradol", "lodine", "etodolic acid", "etodolacum [inn-latin]", "41340-25-4", "ramodar", "etodolacetodolic acid", "pyrano(3,4-b)indole-1-acetic acid 1,8-diethyl-1,3,4,9-tetrahydro-", "etodolac(lodine)", "osteluc", "ay 24,236", "etodolacum [inn_la]", "ay24,236", "ay-24,236", "hypen[wiki]", "2-(1,8-diethyl-1,3,4,9-tetrahydropyrano[3,4-b]indol-1-yl)aceticacid", "(1,8-diethyl-1,3,4,9-tetrahydro-pyrano[3,4-b]indol-1-yl)-aceticacid", "retinoid x receptor alpha", "2-(1,8-diethyl-3,4-dihydro-1h-pyrano[3,4-b]indolyl)acetic acid", "etodolacum", "etodolaco [inn-spanish]", "pyrano[3,4-b]indole-1-acetic acid,1,8-diethyl-1,3,4,9-tetrahydro-", "pyrano[3,4-b]indole-1-acetic acid 1,8-diethyl-1,3,4,9-tetrahydro-", "edolan", "etodolac (-)-isomer", "d017308", "lodine[wiki]", "etodolacum[latin]", "etodolaco", "(rs)-2-(1,8-diethyl-4,9-dihydro-3h-pyrano[3,4-b]indol-1-yl)acetic acid", "1,3,4,9-tetrahydro-1,8-diethylpyrano(3,4-b)indole-1-acetic acid", "[41340-25-4]", "2-{1,8-diethyl-1h,3h,4h,9h-pyrano[3,4-b]indol-1-yl}acetic acid", "etodolac [usan:ban:inn][inn][usan]", "110781-63-0[rn]", "ay24236", "etodolac (s)-isomer", "41340-25-4[rn]", "lodine sr", "acid etodolic", "337376-15-5", "etodolac monosodium salt", "pyrano(3,4-b)indole-1-acetic acid 1,3,4,9-tetrahydro-1,8-diethyl-", "(1,8-diethyl-1,3,4,9-tetrahydro-pyrano[3,4-b]indol-1-yl)-aceticacid(etodolac)", "etodolac [usan:ban:inn]", "(1,8-diethyl-1,3,4,9-tetrahydropyrano[3,4-b]indol-1-yl)acetic acid[acd/iupac name]", "1,8-diethyl-1,3,4,9-tetrahydropyrano(3,4-b)indole-1-acetic acid", "toxic solid organic n.o.s (etodolac)", "etodolac monosodium salt (s)-isomer", "etodolac[wiki]", "etodolaco[spanish][inn]", "1,8-diethyl-1,3,4,9-tetrahydropyrano[3,4-b]indole-1-acetic acid"}|>, "2509" -> <|"DatabaseID" -> "SW01617", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4909"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3192]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00749"]}, "IsomericSmiles" -> "CCc1cccc2c1[nH]c3c2CCOC3(CC)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00315"]}, "OfficialNames" -> <|"Indian Approved Name" -> "etodolac", "FDA Approved Drug" -> "ETODOLAC"|>, "PharmGKBID" -> "PA449550", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3308]}, "Synonyms" -> {"etodolac", "lodine xl", "ultradol", "lodine", "etodolic acid", "etodolacum [inn-latin]", "41340-25-4", "ramodar", "etodolacetodolic acid", "pyrano(3,4-b)indole-1-acetic acid 1,8-diethyl-1,3,4,9-tetrahydro-", "etodolac(lodine)", "osteluc", "ay 24,236", "etodolacum [inn_la]", "ay24,236", "ay-24,236", "hypen[wiki]", "2-(1,8-diethyl-1,3,4,9-tetrahydropyrano[3,4-b]indol-1-yl)aceticacid", "(1,8-diethyl-1,3,4,9-tetrahydro-pyrano[3,4-b]indol-1-yl)-aceticacid", "retinoid x receptor alpha", "2-(1,8-diethyl-3,4-dihydro-1h-pyrano[3,4-b]indolyl)acetic acid", "etodolacum", "etodolaco [inn-spanish]", "pyrano[3,4-b]indole-1-acetic acid,1,8-diethyl-1,3,4,9-tetrahydro-", "pyrano[3,4-b]indole-1-acetic acid 1,8-diethyl-1,3,4,9-tetrahydro-", "edolan", "etodolac (-)-isomer", "d017308", "lodine[wiki]", "etodolacum[latin]", "etodolaco", "(rs)-2-(1,8-diethyl-4,9-dihydro-3h-pyrano[3,4-b]indol-1-yl)acetic acid", "1,3,4,9-tetrahydro-1,8-diethylpyrano(3,4-b)indole-1-acetic acid", "[41340-25-4]", "2-{1,8-diethyl-1h,3h,4h,9h-pyrano[3,4-b]indol-1-yl}acetic acid", "etodolac [usan:ban:inn][inn][usan]", "110781-63-0[rn]", "ay24236", "etodolac (s)-isomer", "41340-25-4[rn]", "lodine sr", "acid etodolic", "337376-15-5", "etodolac monosodium salt", "pyrano(3,4-b)indole-1-acetic acid 1,3,4,9-tetrahydro-1,8-diethyl-", "(1,8-diethyl-1,3,4,9-tetrahydro-pyrano[3,4-b]indol-1-yl)-aceticacid(etodolac)", "etodolac [usan:ban:inn]", "(1,8-diethyl-1,3,4,9-tetrahydropyrano[3,4-b]indol-1-yl)acetic acid[acd/iupac name]", "1,8-diethyl-1,3,4,9-tetrahydropyrano(3,4-b)indole-1-acetic acid", "toxic solid organic n.o.s (etodolac)", "etodolac monosodium salt (s)-isomer", "etodolac[wiki]", "etodolaco[spanish][inn]", "1,8-diethyl-1,3,4,9-tetrahydropyrano[3,4-b]indole-1-acetic acid"}|>, "2510" -> <|"DatabaseID" -> "SW01618", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5791"], ExternalIdentifier["ChEBIID", "5790"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4575386], ExternalIdentifier["ChemSpiderID", 4447624]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00327"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=O)CC[C@H]3[C@H]1C5)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00839"], ExternalIdentifier["KEGGID", "D08047"]}, "OfficialNames" -> <|"Australia Approved Name" -> "HYDROMORPHONE HYDROCHLORIDE", "US Illegal/Scheduled Drug (Schedule 2)" -> "Hydromorphone", "FDA Approved Drug" -> "HYDROMORPHONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449918", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5462347], ExternalIdentifier["PubChemCompoundID", 5284570]}, "Synonyms" -> {"palladone", "hydromorphone hcl", "hymorphan", "dilaudid", "dilaudid-hp", "hydromorphone", "idromorfone", "hydromorphon", "dimorphone", "dimo", "laudacon", "laudicon", "novolaudon", "dilaudid oros", "dihydromorphinone hydrochloride", "hydromorphone hydrochloride", "dihydromorphinone", "hydromorphone[wiki]", "dihydromorfinon [czech]", "paramorphan", "466-99-9[rn]", "hydromorfona [spanish]", "kor-1", "207-383-5[einecs]", "hidromorfona [inn-spanish]", "hydromorphonum [inn-latin]", "hydromorphone hydrochloride[usp]", "dilaudid hydrochloride", "4731289[beilstein]", "4,5a-epoxy-3-hydroxy-17-methylmorphinan-6-one hydrochloride", "(5a)-4,5-epoxy-3-hydroxy-17-methylmorphinan-6-one hydrochloride", "71-68-1[rn]", "6-deoxy-7,8-dihydro-6-oxomorphine hydrochloride", "hydromorphone hydrochloride solution", "einecs 200-762-6", "dilaudid[wiki]", "nsc 117862", "hydromorphonehydrochloride", "7,8-dihydromorphinone hydrochloride", "200-762-6[einecs]", "(1s,5r,13r,17r)-10-hydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-onhydrochlorid", "(-)-(5r)-4,5-epoxy-3-hydroxy-9a-methylmorphinan-6-onehydrochloride", "(1s,5r,13r,17r)-10-hydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-one hydrochloride", "tubex", "morphinone", "dilaudid (tn)", "6-deoxy-7,8-dihydro-6-oxomorphine", "41376-02-7[rn]", "(5a)-4,5-epoxy-3-hydroxy-17-methylmorphinan-6-one", "7,8-dihydromorphinone", "9005-49-6", "(-)-(5r)-4,5-epoxy-3-hydroxy-9a-methylmorphinan-6-one", "hydromorphonum[latin]", "hidromorfona[spanish][inn]", "4,5-epoxy-3-hydroxy-17-methylmorphinan-6-one", "4,5a-epoxy-3-hydroxy-17-methylmorphinan-6-one", "dihydromorphinone[wiki]", "42553[beilstein]", "exalgo", "dihydromorfinon[czech]", "idromorfone [dcit]", "morphinone dihydro-", "hydromorfona[spanish]", "(-)-hydromorphone", "18145-12-5[rn]"}|>, "2511" -> <|"DatabaseID" -> "SW01618", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5791"], ExternalIdentifier["ChEBIID", "5790"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4575386], ExternalIdentifier["ChemSpiderID", 4447624]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00327"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=O)CC[C@H]3[C@H]1C5)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00839"], ExternalIdentifier["KEGGID", "D08047"]}, "OfficialNames" -> <|"Australia Approved Name" -> "HYDROMORPHONE HYDROCHLORIDE", "US Illegal/Scheduled Drug (Schedule 2)" -> "Hydromorphone", "FDA Approved Drug" -> "HYDROMORPHONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449918", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5462347], ExternalIdentifier["PubChemCompoundID", 5284570]}, "Synonyms" -> {"palladone", "hydromorphone hcl", "hymorphan", "dilaudid", "dilaudid-hp", "hydromorphone", "idromorfone", "hydromorphon", "dimorphone", "dimo", "laudacon", "laudicon", "novolaudon", "dilaudid oros", "dihydromorphinone hydrochloride", "hydromorphone hydrochloride", "dihydromorphinone", "hydromorphone[wiki]", "dihydromorfinon [czech]", "paramorphan", "466-99-9[rn]", "hydromorfona [spanish]", "kor-1", "207-383-5[einecs]", "hidromorfona [inn-spanish]", "hydromorphonum [inn-latin]", "hydromorphone hydrochloride[usp]", "dilaudid hydrochloride", "4731289[beilstein]", "4,5a-epoxy-3-hydroxy-17-methylmorphinan-6-one hydrochloride", "(5a)-4,5-epoxy-3-hydroxy-17-methylmorphinan-6-one hydrochloride", "71-68-1[rn]", "6-deoxy-7,8-dihydro-6-oxomorphine hydrochloride", "hydromorphone hydrochloride solution", "einecs 200-762-6", "dilaudid[wiki]", "nsc 117862", "hydromorphonehydrochloride", "7,8-dihydromorphinone hydrochloride", "200-762-6[einecs]", "(1s,5r,13r,17r)-10-hydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-onhydrochlorid", "(-)-(5r)-4,5-epoxy-3-hydroxy-9a-methylmorphinan-6-onehydrochloride", "(1s,5r,13r,17r)-10-hydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-one hydrochloride", "tubex", "morphinone", "dilaudid (tn)", "6-deoxy-7,8-dihydro-6-oxomorphine", "41376-02-7[rn]", "(5a)-4,5-epoxy-3-hydroxy-17-methylmorphinan-6-one", "7,8-dihydromorphinone", "9005-49-6", "(-)-(5r)-4,5-epoxy-3-hydroxy-9a-methylmorphinan-6-one", "hydromorphonum[latin]", "hidromorfona[spanish][inn]", "4,5-epoxy-3-hydroxy-17-methylmorphinan-6-one", "4,5a-epoxy-3-hydroxy-17-methylmorphinan-6-one", "dihydromorphinone[wiki]", "42553[beilstein]", "exalgo", "dihydromorfinon[czech]", "idromorfone [dcit]", "morphinone dihydro-", "hydromorfona[spanish]", "(-)-hydromorphone", "18145-12-5[rn]"}|>, "2512" -> <|"DatabaseID" -> "SW01619", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17303"], ExternalIdentifier["ChEBIID", "55340"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4450907], ExternalIdentifier["ChemSpiderID", 4576542], ExternalIdentifier["ChemSpiderID", 4881953]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00295"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00842"], ExternalIdentifier["KEGGID", "D08233"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "morphine", "Australia Approved Name" -> "MORPHINE;MORPHINE HYDROCHLORIDE;MORPHINE SULFATE", "China Approved Name" -> "morphine", "WHO Essential Medicine" -> "morphine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Morphine", "FDA Approved Drug" -> "MORPHINE SULFATE"|>, "PharmGKBID" -> "PA450550", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5288826]}, "Synonyms" -> {"morphine", "ospalivina", "morphinum", "duromorph", "morphina", "duramorph pf", "morphinism", "moscontin", "morphia", "morphium", "statex", "astramorph pf", "m-eslon", "meconium", "morphine h.p", "oramorph sr", "epimorph", "roxanol ud", "rms uniserts", "statex drops", "apokyn", "rescudose", "roxanol 100", "morphitec", "d-(-)-morphine", "dulcontin", "(-)-morphine", "morphine sulfate", "ms contin", "kadian", "depodur", "avinza", "morphine extra-forte", "morphine forte", "camphorated opium tincture (benzoic acid + camphor + morphine)_mixture", "msir", "avinza[wiki]", "diamorphine hydrochloride", "nepenthe", "heroine hydrochloride", "o,o'-diacetylmorphine hydrochloride", "dor-1", "m.o.s", "morfina", "ms/s", "ms/l", "oms concentrate", "morphin", "depodur[wiki]", "(-)-heroin hydrochloride", "heroin hydrochloride", "diacetylmorphine hydrochloride", "l-morphine", "paregorique (camphor + morphine)_mixture", "roxanol", "meconium[wiki]", "(7r,7as,12bs)-3-methyl-2,3,4,4a,7,7a-hexahydro-1h-4,12-methano[1]benzofuro[3,2-e]isoquinoline-7,9-diol", "morpho[wiki]", "morphine[wiki]", "(1s,5r,13r,14s,17r)-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10,15-tetraene-10,14-diol", "9h-9,9c-iminoethanophenanthro(4,5-bcd)furan-3,5-diol,4a,5,7a,8-tetrahydro-12-methyl-", "57-27-2[rn]", "morphin[german]", "7,8-didehydro-4,5-epoxy-17-methylmorphinan-3,6-diol", "morphium[wiki]", "nepenthe[wiki]", "(5a,6a)-7,8-didehydro-4,5-epoxy-17-methylmorphinan-3,6-diol", "(5r,6s,9r,13s,14r)-4,5-epoxy-n-methyl-7-morphinen-3,6-diol", "dolcontin", "morfina[italian]", "7,8-didehydro-4,5-epoxy-17-methyl-morphinan-3,6-diol", "93704[beilstein]", "kadian c-ii", "200-320-2[einecs]", "morphia[wiki]", "7,8-didehydro-4,5a-epoxy-17-methylmorphinan-3,6a-diol", "statex sr", "morfina dosa", "substitol", "morphine sulfate hydrate", "astramor ph", "morphine hemisulphate pentahemihydrate", "dihydrocodeine hydrogen tartrate imp. b (ep)as hemisulphate pentahemihydrate", "6055-06-7[rn]", "theba-intran", "7,8-didehydro-4,5a-epoxy-17-methylmorphinan-3,6a-diolhydrochloride", "astramorph pf; avinza; depodur; duramorph pf;kadian;m-eslon;morphineextra-forte; morphine forte; morphine h.p; mscontin;oramorphsr; statex", "6211-15-0[rn]", "ampek", "epimore", "thebametten", "morphine sulfate pentahydrate", "hydrocodone hydrogen tartrate 2.5-hydrate imp. a (ep)as hemisulphate pentahemihydrate", "200-136-2[einecs]", "ethylmorphine hydrochlorideimp. b (ep) as hemisulphate pentahemihydrate", "codeine imp. b (ep) as hemisulphate pentahemihydrate", "(5a,6a)-7,8-didehydro-4,5-epoxy-17-methylmorphinan-3,6-diol hydrochloride", "(-)-morphine hydrochloride", "morphine hydrochloride[jan][jp15]", "pholcodine imp. a (ep) as hemisulphate pentahemihydrate", "hydromorphone hydrochlorideimp. c (ep) as hemisulphate pentahemihydrate", "52-26-6[rn]", "di(morphine) dihydrogen sulfate pentahydrate", "kadian (tn)", "morphine chlorhydrate", "kadian[wiki]"}|>, "2513" -> <|"DatabaseID" -> "SW01619", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17303"], ExternalIdentifier["ChEBIID", "55340"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4450907], ExternalIdentifier["ChemSpiderID", 4576542], ExternalIdentifier["ChemSpiderID", 4881953]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00295"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00842"], ExternalIdentifier["KEGGID", "D08233"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "morphine", "Australia Approved Name" -> "MORPHINE;MORPHINE HYDROCHLORIDE;MORPHINE SULFATE", "China Approved Name" -> "morphine", "WHO Essential Medicine" -> "morphine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Morphine", "FDA Approved Drug" -> "MORPHINE SULFATE"|>, "PharmGKBID" -> "PA450550", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5288826]}, "Synonyms" -> {"morphine", "ospalivina", "morphinum", "duromorph", "morphina", "duramorph pf", "morphinism", "moscontin", "morphia", "morphium", "statex", "astramorph pf", "m-eslon", "meconium", "morphine h.p", "oramorph sr", "epimorph", "roxanol ud", "rms uniserts", "statex drops", "apokyn", "rescudose", "roxanol 100", "morphitec", "d-(-)-morphine", "dulcontin", "(-)-morphine", "morphine sulfate", "ms contin", "kadian", "depodur", "avinza", "morphine extra-forte", "morphine forte", "camphorated opium tincture (benzoic acid + camphor + morphine)_mixture", "msir", "avinza[wiki]", "diamorphine hydrochloride", "nepenthe", "heroine hydrochloride", "o,o'-diacetylmorphine hydrochloride", "dor-1", "m.o.s", "morfina", "ms/s", "ms/l", "oms concentrate", "morphin", "depodur[wiki]", "(-)-heroin hydrochloride", "heroin hydrochloride", "diacetylmorphine hydrochloride", "l-morphine", "paregorique (camphor + morphine)_mixture", "roxanol", "meconium[wiki]", "(7r,7as,12bs)-3-methyl-2,3,4,4a,7,7a-hexahydro-1h-4,12-methano[1]benzofuro[3,2-e]isoquinoline-7,9-diol", "morpho[wiki]", "morphine[wiki]", "(1s,5r,13r,14s,17r)-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10,15-tetraene-10,14-diol", "9h-9,9c-iminoethanophenanthro(4,5-bcd)furan-3,5-diol,4a,5,7a,8-tetrahydro-12-methyl-", "57-27-2[rn]", "morphin[german]", "7,8-didehydro-4,5-epoxy-17-methylmorphinan-3,6-diol", "morphium[wiki]", "nepenthe[wiki]", "(5a,6a)-7,8-didehydro-4,5-epoxy-17-methylmorphinan-3,6-diol", "(5r,6s,9r,13s,14r)-4,5-epoxy-n-methyl-7-morphinen-3,6-diol", "dolcontin", "morfina[italian]", "7,8-didehydro-4,5-epoxy-17-methyl-morphinan-3,6-diol", "93704[beilstein]", "kadian c-ii", "200-320-2[einecs]", "morphia[wiki]", "7,8-didehydro-4,5a-epoxy-17-methylmorphinan-3,6a-diol", "statex sr", "morfina dosa", "substitol", "morphine sulfate hydrate", "astramor ph", "morphine hemisulphate pentahemihydrate", "dihydrocodeine hydrogen tartrate imp. b (ep)as hemisulphate pentahemihydrate", "6055-06-7[rn]", "theba-intran", "7,8-didehydro-4,5a-epoxy-17-methylmorphinan-3,6a-diolhydrochloride", "astramorph pf; avinza; depodur; duramorph pf;kadian;m-eslon;morphineextra-forte; morphine forte; morphine h.p; mscontin;oramorphsr; statex", "6211-15-0[rn]", "ampek", "epimore", "thebametten", "morphine sulfate pentahydrate", "hydrocodone hydrogen tartrate 2.5-hydrate imp. a (ep)as hemisulphate pentahemihydrate", "200-136-2[einecs]", "ethylmorphine hydrochlorideimp. b (ep) as hemisulphate pentahemihydrate", "codeine imp. b (ep) as hemisulphate pentahemihydrate", "(5a,6a)-7,8-didehydro-4,5-epoxy-17-methylmorphinan-3,6-diol hydrochloride", "(-)-morphine hydrochloride", "morphine hydrochloride[jan][jp15]", "pholcodine imp. a (ep) as hemisulphate pentahemihydrate", "hydromorphone hydrochlorideimp. c (ep) as hemisulphate pentahemihydrate", "52-26-6[rn]", "di(morphine) dihydrogen sulfate pentahydrate", "kadian (tn)", "morphine chlorhydrate", "kadian[wiki]"}|>, "2514" -> <|"DatabaseID" -> "SW01620", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6762"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447518], ExternalIdentifier["ChemSpiderID", 4818], ExternalIdentifier["ChemSpiderID", 11316]}, "IsomericSmiles" -> "C[NH+](C)CCN(Cc1ccc(cc1)OC)c2ccccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05660"], ExternalIdentifier["KEGGID", "D08183"], ExternalIdentifier["KEGGID", "D05656"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-desmethylchelerythrine;nn-dimethyltyptamine;n-buty1-2-ethyl butylphthalata;n-methylanthranflamide;n-methylisococlaurine", "Indian Approved Name" -> "mepyramine maleate", "NPC Approved Name" -> "pyrabrom", "FDA Approved Drug" -> "PYRILAMINE MALEATE"|>, "PharmGKBID" -> "PA165817939", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284451], ExternalIdentifier["PubChemCompoundID", 4992], ExternalIdentifier["PubChemCompoundID", 11809]}, "Synonyms" -> {"mepyramine", "pyrilamine", "anhistabs", "histapyran", "pyranisamine", "antallergan", "antalergan", "mepiramine", "neoantergan", "anisopyradamine", "histatex", "mepyramine maleate", "pymafed", "minihist", "renstamin", "pyraninyl", "91-84-9[rn]", "pyranilamine maleate", "stangen maleate", "diaminide maleate", "pyra maleate", "paraminyl maleate", "2786 r.p. maleate", "paramal", "antihist", "statomin maleate", "59-33-6[rn]", "neoantergan maleate", "mepyramine[wiki]", "anthisan maleate", "sanbromal", "pyrilamine maleate", "bromth", "glybrom", "ethylenediamine n',n'-dimethyl-n-(p-methoxybenzyl)-n-(2-pyridyl)-", "neobridal", "2-[[2-(dimethylamino)ethyl](p-methoxybenzyl)amino]pyridine", "1,2-ethanediamine,n1-[(4-methoxyphenyl)methyl]-n2,n2-dimethyl-n1-2-pyridinyl-", "isamin", "pyridine,2-[(p-methoxybenzyl)[2-(dimethylamino)ethyl]amino]-", "mepyramin[german]", "pyridine,2-[[2- (dimethylamino)ethyl](p-methoxybenzyl)amino]-", "pyridine,2-((2-(dimethylamino)ethyl)(p-methoxybenzyl)amino)-", "cas-59-33-6", "1,2-ethanediamine,n-((4-methoxyphenyl)methyl)-n',n'-dimethyl-n-2-pyridinyl- (9ci)", "n-[2-(dimethylamino)ethyl]-n-[(4-methoxyphenyl)methyl]pyridin-2-amine", "269019[beilstein]", "antamine", "histalon", "n-(4-methoxybenzyl)-n',n'-dimethyl-n-(pyridin-2-yl)ethane-1,2-diamine", "1,2-ethanediamine n1-[(4-methoxyphenyl)methyl]-n2,n2-dimethyl-n1-2-pyridinyl-", "5-22-08-00381 (beilstein handbook reference)[beilstein]", "thylogen maleate.", "maranhist", "n-p-methoxybenzyl-n',n'-dimethyl-n-a-pyridylethylenediamine", "dipane", "paraminyl", "n' n'-dimethyl-n-(p-methoxybenzyl)-n-(2-pyridyl)ethylenediamine", "stangen", "pyridine,2-((p-methoxybenzyl)(2-(dimethylamino)ethyl)amino)-", "coradon", "mepyren", "n-(p-methoxybenzyl)-n',n'-dimethyl-n-2-(pyridylethylene)diamine", "nyscaps", "2-[(p-methoxybenzyl)[2-(dimethylamino)ethyl]amino]pyridine", "neo-bridal", "harvamine", "statomin", "kriptin", "2-[(2-dimethylaminoethyl)(p-methoxybenzyl)amino]pyridine", "n,n-dimethyl-n'-{[4-(methyloxy)phenyl]methyl}-n'-pyridin-2-ylethane-1,2-diamine", "copsamine", "n-[(4-methoxyphenyl)methyl]-n',n'-dimethyl-n-2-pyridinyl-1,2-ethanediamine", "2-((2-(dimethylamino)ethyl)-(p-methoxybenzyl)amino)pyridine", "n',n'-dimethyl-n-(p-methoxybenzyl)-n-(2-pyridyl)ethylenediamine", "2-((2-(dimethylamino)ethyl)(p-methoxybenzyl)amino)pyridine bimaleate", "pyridine,2-[[2-(dimethylamino)ethyl][p-methoxybenzyl)amino]]-", "mepyraminum[latin]", "dorantamin", "2-((2-(dimethylamino)ethyl)(p-methoxybenzyl)amino)pyridine maleate", "component of endotussin-nn", "202-102-2[einecs]", "mepiramina[spanish][inn]", "pyrilamide", "stamine", "anhistol", "1 2-ethanediamine n-[ (4-methoxyphenyl)methyl]-n' n'-dimethyl-n-2-pyridinyl-", "afko-hist", "n-(4-methoxybenzyl)-n',n'-dimethyl-n-(2-pyridinyl)-1,2-ethanediamine[acd/iupac name]", "2-((p-methoxybenzyl)(2-(dimethylamino)ethyl)amino)pyridine", "2-[[2-(dimethylamino)ethyl]-(p-methoxybenzyl)amino]pyridine", "parmal", "[2-(dimethylamino)ethyl][(4-methoxyphenyl)methyl]-2-pyridylamine", "pyramal", "91-84-9", "histacap", "histasan", "wait's green mountain antihistamine", "5-22-08-00381", "102206-59-7[rn]", "pyra", "n-(4-methoxybenzyl)-n',n'-dimethyl-n-pyridin-2-ylethane-1,2-diamine", "histan", "2-((2-(dimethylamino)ethyl)(p-methoxybenzyl)amino)-pyridine maleate", "pyranisamine maleate", "2-[[2-(dimethylamino)ethyl](p-methoxybenzyl)amino]pyridine bimaleate", "mensalin", "histavet-p", "n-(4-methoxybenzyl)-n',n'-dimethyl-n-(pyridin-2-yl)ethane-1,2-diamine (2z)-but-2-enedioate(1:1)", "1,2-ethanediamine n1-[(4-methoxyphenyl)methyl]-n2,n2-dimethyl-n1-2-pyridinyl- (2z)-2-butenedioate(1:1)", "2-[[2-(dimethylamino)ethyl](p-methoxybenzyl)amino]pyridine maleate", "histine", "enrumay", "parbrom", "mepyramine hydrogen maleinate", "kriptin maleate", "dorantamin maleate", "mepiramine maleate", "59-33-6 91-84-9", "histosol", "thylogen", "n-[(4-methoxyphenyl)methyl]-n',n'-dimethyl-n-2-pyridinyl-1,2-ethanediamine (2z)-2-butenedioate (1:1)", "pyramal maleate", "[2-(dimethylamino)ethyl][(4-methoxyphenyl)methyl]-2-pyridylamine (2z)but-2-en edioic acid", "thylogen maleate", "donasil", "pyra-maleate", "pyridine,2-[[2- (dimethylamino)ethyl](p-methoxybenzyl)amino]-,maleate(1:1)", "n,n-dimethyl-n'-{[4-(methyloxy)phenyl]methyl}-n'-pyridin-2-ylethane-1,2-diamine (2z)-but-2-enedioate", "1,2-ethanediamine,n-[ (4-methoxyphenyl)methyl]-n' n'-dimethyl-n-2-pyridinyl- (z)-2-butenedioate(1:1)", "pyrabrom", "59-33-6 91-84-9 [pyrilamine]", "pyma", "[2-(dimethylamino)ethyl][(4-methoxyphenyl)methyl]-2-pyridylamine (2z)but-2-enedioic acid", "n-(p-methoxybenzyl)-n n'-dimethyl-n-2-pyridyl-1,2-ethanediamine maleicacid salt", "histosol[wiki]", "ah", "[59-33-6]", "anthisan", "n,n-dimethyl-n'-(4-methoxybenzyl)-n'-(2-pyridyl)ethylenediaminemaleate", "pyrilamine maleate salt", "n-(4-methoxybenzyl)-n',n'-dimethyl-n-(2-pyridinyl)-1,2-ethanediamine (2z)-2-butenedioate (1:1)", "pyridine,2-((2-(dimethylamino)ethyl)(p-methoxybenzyl)amino)-,maleate (1:1)", "200-422-7[einecs]", "n-(4-methoxybenzyl)-n',n'-dimethyl-n-pyridin-2-ylethane-1,2-diamine (2z)-but-2-enedioate", "n-p-methoxybenzyl-n',n'-dimethyl-n-a-pyridylethylenediamine maleate", "pyrilamine 8-bromotheophyllinate", "theophylline 8-bromo- compd. with{2-[[2-(dimethylamino)ethyl](p-methoxybenzyl)amino]pyridine} (1:1)", "smp 68-40", "1h-purine-2,6-dione 8-bromo-3,7-dihydro-1,3-dimethyl- compd.with n-[(4-methoxyphenyl)methyl]-n' n'-dimethyl-n-2-pyridinyl-1,2-ethanediamine(1:1)", "8-bromo-3,7-dihydro-1,3-dimethyl-1h-purine-2,6-dione compd. with n-[(4-methoxyphenyl)methyl]-n',n'-dimethyl-n-2-pyridinyl-1,2-ethanediamine (1:1)", "606-05-3[rn]", "pyranisamine 8-bromotheophyllinate", "1h-purine-2,6-dione 8-bromo-3,7-dihydro-1,3-dimethyl- compd.with {n-[(4-methoxyphenyl)methyl]-n',} n'-dimethyl-n-2-pyridinyl-1,2-ethanediamine (1:1)", "nsc14279", "8-bromotheophylline compound with 2-[[2-dimethylamino)ethyl] (p-methoxybenzyl)amino]pyridine (1:1)", "8-bromotheophylline compound with 2-[[2-(dimethylamino)ethyl](p-methoxybenzyl)amino]pyridine (1:1)", "theophylline 8-bromo- compd. with2-[[2- (dimethylamino)ethyl](p-methoxybenzyl)amino]pyridine (1:1)", "2-[[2-(dimethylamino)ethyl](p-methoxybenzyl)amino]pyridine 8-bromotheophyllinate", "{2-[[2-(dimethylamino)ethyl](p-methoxybenzyl)amino]pyridine} 8-bromotheophyllinate", "pyrabrom[usan]", "8-bromotheophylline compound with {2-[[2-dimethylamino)ethyl](p-methoxybenzyl)amino]pyridine} (1:1)", "606-05-3", "8-bromo-1,3-dimethyl-3,9-dihydro-1h-purine-2,6-dione compound with n1-(4-methoxybenzyl)-n2,n2-dimethyl-n1-(2-pyridinyl)-1,2-ethanediamine (1:1)", "8-bromotheophylline compound with 2-[[2-dimethylamino)ethyl](p-methoxybenzyl)amino]pyridine (1:1)", "pyrabrom (usan)"}|>, "2515" -> <|"DatabaseID" -> "SW01621", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16422"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5898]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01536"]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C=C1CC[C@@H]3[C@@H]2CC[C@]4([C@H]3CCC4=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00051"]}, "OfficialNames" -> <|"NPC Approved Name" -> "androstenedione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6128]}, "Synonyms" -> {"4-androstenedione", "fecundin", "androstenedione", "4-androstene-3,17-dione", "androtex", "androstenedione[wiki]", "chlordecone reductase homolog hakrb", "ec 1.1.1.213", "3-alpha- hydroxysteroid dehydrogenase type 2", "dihydrodiol dehydrogenase type i", "104534-78-3[rn]", "ahi", "ec 1.3.1.20", "ec 1.-.-.-", "(8r,9s,10r,13s,14s)-10,13-dimethyl-1,6,7,8,9,10,11,12,13,14,15,16-dodecahydro-2h-cyclopenta[a]phenanthrene-3,17-dione", "estradiol 17-beta-dehydrogenase", "17-beta-hydroxysteroid dehydrogenase type 5", "(4)-androsten-3,17-dione", "63-05-8", "4-androsten-3,17-dione", "trans-1,2- dihydrobenzene-1,2-diol dehydrogenase", "3,17-dioxoandrost-4-ene", "25975-59-1[rn]", "4-androstene-3", "3-alpha-hsd type 2", "testosterone imp. a (ep)", "10,13-dimethyl-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthrene-3,17-dione", "3", "androsten-3,17-dione", "d4-androstenedione", "dihydrodiol dehydrogenase 3", "17-ketotestosterone", "(8r,9s,10r,13s,14s)-10,13-dimethyl-2,6,7,8,9,11,12,14,15,16-decahydro-1h-cyclopenta[a]phenanthrene-3,17-dione", "pgfs", "3-alpha-hsd type ii brain", "androst-4-en-3,17-dione", "androst-4-ene-3,17-dione[acd/iupac name]", "17-beta-hsd 5", "117598-81-9[rn]", "4-androstene-3-17-dione", "63-05-8[rn]", "200-554-5[einecs]", "prostaglandin f synthase", "d4-androstene-3,17-dione", "asd", "ha1753", "ec 1.1.1.62", "2059239[beilstein]", "dd3", "3 17-dioxoandrost-4-ene", "ec 1.1.1.188", "skf 2170", "dd-3", "delta-4-androstenedione", "androst-4-ene-3", "androstendione", "(8r,9s,10r,13s,14s)-10,13-dimethyl-7,8,9,10,11,12,13,14,15,16-decahydro-1h-cyclopenta[a]phenanthrene-3,17(2h,6h)-dione"}|>, "2516" -> <|"DatabaseID" -> "SW01622", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3649]}, "IsomericSmiles" -> "CC(CN1c2ccccc2Sc3c1nccc3)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08091"]}, "OfficialNames" -> <|"NPC Approved Name" -> "isothipendyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3781]}, "Synonyms" -> {"isothipendyl", "udantol", "andanton", "odantol", "actapront", "nilergex", "10h-pyrido(3,2-b)(1,4)benzothiazine,10-(2-(dimethylamino)propyl)-", "1225-65-6[rn]", "10h-pyrido[3,2-b][1 4]benzothiazine-10-ethanamine n,n,2-trimethyl- monohydrochloride", "10-(2-dimethylaminopropyl)-9-thia-1,10-diazaanthracene", "n,n,a-trimethyl-10h-pyrido[3,2-b][1,4]benzothiazine-10-ethanamine", "adantol", "10h-pyrido[3 2-b][1,4]benzothiazine 10-[2-(dimethylamino)propyl]- monohydrochloride", "isothipendylum", "isothipendylum [inn-latin]", "andantol", "10-(2-dimethylaminopropyl)-1-azaphenothiazine", "207-578-5[einecs]", "482-15-5[rn]", "isotipendilo[spanish][inn]", "isothipendylum[latin]", "theruhistin", "1225-60-1[rn]", "isothipendyl [inn:ban]", "n,n-dimethyl-1-(10h-pyrido[3,2-b][1,4]benzothiazin-10-yl)propan-2-amine", "10-(2-dimethylamino-2-methylethyl)-10h-pyrido[3,2-b][1,4]benzothiazine", "isotipendilo [inn-spanish]", "n-dimethylaminoisopropylthiophenylpyridylamine", "no cas", "4-27-00-07168 (beilstein handbook reference)[beilstein]"}|>, "2517" -> <|"DatabaseID" -> "SW01622", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3649]}, "IsomericSmiles" -> "CC(CN1c2ccccc2Sc3c1nccc3)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08091"]}, "OfficialNames" -> <|"NPC Approved Name" -> "isothipendyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3781]}, "Synonyms" -> {"isothipendyl", "udantol", "andanton", "odantol", "actapront", "nilergex", "10h-pyrido(3,2-b)(1,4)benzothiazine,10-(2-(dimethylamino)propyl)-", "1225-65-6[rn]", "10h-pyrido[3,2-b][1 4]benzothiazine-10-ethanamine n,n,2-trimethyl- monohydrochloride", "10-(2-dimethylaminopropyl)-9-thia-1,10-diazaanthracene", "n,n,a-trimethyl-10h-pyrido[3,2-b][1,4]benzothiazine-10-ethanamine", "adantol", "10h-pyrido[3 2-b][1,4]benzothiazine 10-[2-(dimethylamino)propyl]- monohydrochloride", "isothipendylum", "isothipendylum [inn-latin]", "andantol", "10-(2-dimethylaminopropyl)-1-azaphenothiazine", "207-578-5[einecs]", "482-15-5[rn]", "isotipendilo[spanish][inn]", "isothipendylum[latin]", "theruhistin", "1225-60-1[rn]", "isothipendyl [inn:ban]", "n,n-dimethyl-1-(10h-pyrido[3,2-b][1,4]benzothiazin-10-yl)propan-2-amine", "10-(2-dimethylamino-2-methylethyl)-10h-pyrido[3,2-b][1,4]benzothiazine", "isotipendilo [inn-spanish]", "n-dimethylaminoisopropylthiophenylpyridylamine", "no cas", "4-27-00-07168 (beilstein handbook reference)[beilstein]"}|>, "2518" -> <|"DatabaseID" -> "SW01623", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00652"]}, "IsomericSmiles" -> "C[C@H]1[C@H]2Cc3ccc(cc3[C@@]1(CC[NH+]2CC=C(C)C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02111"], ExternalIdentifier["KEGGID", "D00498"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Pentazocine", "Indian Approved Name" -> "malar lactate;cal lactate;pentazocine", "FDA Approved Drug" -> "PENTAZOCINE LACTATE"|>, "PharmGKBID" -> "PA164744326", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656697], ExternalIdentifier["PubChemCompoundID", 441278]}, "Synonyms" -> {"fortral", "pentazocine", "soseton", "talwan", "pentazocaine", "liticon", "pentagin", "sosigon", "pentazocin", "fortalin", "fortalgesic", "fortral (tn)", "sr31747-binding protein", "talwin (pentazocine + naloxone)_mixture", "hsigmar1", "sigma1r", "sr-bp", "sigma1-receptor", "talacen (pentazocine + acetaminophen)_mixture", "sig-1r", "aging-associated gene 8 protein", "l-pentazocine", "1,13-dimethyl-10-(3-methyl-2-butenyl)-(1r,9r,13r)-10-azatricyclo[7.3.1.02,7]trideca-2(7),3,5-trien-4-ol(pentazocine)", "2-dimethylallyl-5,9-dimethyl-2'-hydroxybenzomorphan", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(3-methyl-2-buten-1-yl)- (2r,6r,11r)-", "2-[3-cyclopropylmethyl-11-hydroxy-15-methoxy-(15s)-13-oxa-3-azahexacyclo[13.2.2.12,8.01,6.06,14.07,12]icosa-7,9,11-trien-16-yl]-3,3-dimethyl-2-butanol(pentazocine)", "ii-c-2", "(2r,6r,11r)-6,11-dimethyl-3-(3-methylbut-2-en-1-yl)-1,2,3,4,5,6-hexahydro-2,6-methano-3-benzazocin-8-ol", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(3-methyl-2-butenyl)- (2r,6r,11r)-", "359-83-1[rn]", "pentazocine[wiki]", "pentazocine {d.d.}", "sosegon", "6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol", "(pentazocine) 6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol", "lactate[wiki]", "(1r,9r,13r)-1,13-dimethyl-10-(3-methylbut-2-en-1-yl)-10-azatricyclo[7.3.1.02,7]trideca-2,4,6-trien-4-ol", "talwin 50", "6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-ethano-benzo[d]azocin-8-ol(+)-pentazocine", "6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol ((+)-pentazocine)", "(pentazocine)2-{4-[(2,4-diamino-pteridin-6-ylmethyl)-methyl-amino]-benzoylamino}-pentanedioic acid", "talacen", "(pentazocine) 6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2 ,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol", "(2r,6r,11r)-6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol", "6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol(pentazocine)", "6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol((+)pentazocine)", "6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol (pentazocine)", "talwin[wiki]", "fortwin", "206-634-6[einecs]", "chembl560", "pentazocine lactate (usp)", "chembl1200327", "talwin", "talwin (tn)", "d02111", "pentazocine lactate", "17146-95-1"}|>, "2519" -> <|"DatabaseID" -> "SW01623", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00652"]}, "IsomericSmiles" -> "C[C@H]1[C@H]2Cc3ccc(cc3[C@@]1(CC[NH+]2CC=C(C)C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02111"], ExternalIdentifier["KEGGID", "D00498"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Pentazocine", "Indian Approved Name" -> "malar lactate;cal lactate;pentazocine", "FDA Approved Drug" -> "PENTAZOCINE LACTATE"|>, "PharmGKBID" -> "PA164744326", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656697], ExternalIdentifier["PubChemCompoundID", 441278]}, "Synonyms" -> {"fortral", "pentazocine", "soseton", "talwan", "pentazocaine", "liticon", "pentagin", "sosigon", "pentazocin", "fortalin", "fortalgesic", "fortral (tn)", "sr31747-binding protein", "talwin (pentazocine + naloxone)_mixture", "hsigmar1", "sigma1r", "sr-bp", "sigma1-receptor", "talacen (pentazocine + acetaminophen)_mixture", "sig-1r", "aging-associated gene 8 protein", "l-pentazocine", "1,13-dimethyl-10-(3-methyl-2-butenyl)-(1r,9r,13r)-10-azatricyclo[7.3.1.02,7]trideca-2(7),3,5-trien-4-ol(pentazocine)", "2-dimethylallyl-5,9-dimethyl-2'-hydroxybenzomorphan", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(3-methyl-2-buten-1-yl)- (2r,6r,11r)-", "2-[3-cyclopropylmethyl-11-hydroxy-15-methoxy-(15s)-13-oxa-3-azahexacyclo[13.2.2.12,8.01,6.06,14.07,12]icosa-7,9,11-trien-16-yl]-3,3-dimethyl-2-butanol(pentazocine)", "ii-c-2", "(2r,6r,11r)-6,11-dimethyl-3-(3-methylbut-2-en-1-yl)-1,2,3,4,5,6-hexahydro-2,6-methano-3-benzazocin-8-ol", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(3-methyl-2-butenyl)- (2r,6r,11r)-", "359-83-1[rn]", "pentazocine[wiki]", "pentazocine {d.d.}", "sosegon", "6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol", "(pentazocine) 6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol", "lactate[wiki]", "(1r,9r,13r)-1,13-dimethyl-10-(3-methylbut-2-en-1-yl)-10-azatricyclo[7.3.1.02,7]trideca-2,4,6-trien-4-ol", "talwin 50", "6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-ethano-benzo[d]azocin-8-ol(+)-pentazocine", "6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol ((+)-pentazocine)", "(pentazocine)2-{4-[(2,4-diamino-pteridin-6-ylmethyl)-methyl-amino]-benzoylamino}-pentanedioic acid", "talacen", "(pentazocine) 6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2 ,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol", "(2r,6r,11r)-6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol", "6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol(pentazocine)", "6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol((+)pentazocine)", "6,11-dimethyl-3-(3-methyl-but-2-enyl)-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol (pentazocine)", "talwin[wiki]", "fortwin", "206-634-6[einecs]", "chembl560", "pentazocine lactate (usp)", "chembl1200327", "talwin", "talwin (tn)", "d02111", "pentazocine lactate", "17146-95-1"}|>, "2520" -> <|"DatabaseID" -> "SW01624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83757]}, "IsomericSmiles" -> "CC(C)c1c(ccc2c1CC[C@@H]3[C@@]2(CCCC3(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "totarol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92783]}, "Synonyms" -> {"totarol", "ac1q7ah2", "14-(propan-2-yl)podocarpa-8,11,13-trien-13-ol", "14-isopropylpodocarpa-8", "14-isopropylpodocarpa-8,11,13-trien-13-ol[acd/iupac name]", "(4bs)-trans-8,8-trimethyl-4b,5,6,7,8,8a,9,10-octahydro-1-isopropylphenanthren-2-ol", "2-phenanthrenol 4b,5,6,7,8,8a,9,10-octahydro-4b,8,8-trimethyl-1-(1-methylethyl)- (4bs-trans)-", "podocarpa-8,11,13-trien-13-ol 14-isopropyl-", "2-phenanthrenol 4b,5,6,7,8,8a,9,10-octahydro-4b,8,8-trimethyl-1-(1-methylethyl)- (4bs,8as)-", "ac1l3ots", "532657_aldrich", "(+)-totarol", "ambap511-15-9", "4b,5,6,7,8,8a,9,10-octahydro-4b,8,8-trimethyl-1-(1-methylethyl)-2-phenanthrenol", "bcbcmap01_000081", "511-15-9[rn]", "mls002695958", "chembl487602", "4bs-trans-8,8-trimethyl-4b,5,6,7,8,8a,9,10-octahydro-1-isopropyl-phenanthren-2-ol", "(4bs,8as)-4b,8,8-trimethyl-1-(propan-2-yl)-4b,5,6,7,8,8a,9,10-octahydrophenanthren-2-ol"}|>, "2521" -> <|"DatabaseID" -> "SW01625", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17336"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 393012]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)/C=C/C(=C/C=C/C(=C/CO)/C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00069"]}, "OfficialNames" -> <|"Indian Approved Name" -> "vitamin a;retinol", "Traditional Herbal Isolate" -> "retinol", "Australia Approved Name" -> "VITAMIN A", "China Approved Name" -> "retinol", "WHO Essential Medicine" -> "retinol", "FDA Approved Drug" -> "VITAMIN A"|>, "PharmGKBID" -> "PA451884", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 445354]}, "Synonyms" -> {"oleovitamin a", "ophthalamin", "chocola a", "alphasterol", "trans-retinol", "vitamin a1", "axerophthol", "all-trans-retinol", "avibon", "vitaminum a", "trol", "rtl", "vaflol", "1341-18-0[rn]", "vitamin a", "68-26-8[rn]", "3,7-dimethyl-9-(2,6 6-trimethyl-1-cyclohexen-1-yl)-2,4,6,8-nonatetraen-1-ol", "dofsol", "17104-91-5[rn]", "vitavel-a", "all-trans-vitamin a alcohol", "13123-33-6[rn]", "all-trans-vitamin a1", "vitamin a oil", "234-328-2[einecs]", "a-sol", "avita", "vitamin a[wiki][usp]", "11103-57-4[rn]", "trans-vitamin a alcohol", "avitol", "chocola a (tn)", "apostavit", "all-trans retinyl alcohol", "(all-e)-3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2,4,6,8-nonatetraen-1-ol", "1406-67-3[rn]", "retrovitamin a", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2,4,6,8-nonatetraen-1-ol", "thalasphere", "nio-a-let", "vitamin a1 alcohol", "plivit a", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethylcyclohexen-1-yl)nona-2,4,6,8-tetraen-1-ol", "a-vi-pel", "3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclchexen-1-yl)-2,4,6,8-nonatetraen-1-ol", "vi-a", "axerol", "34218-73-0[rn]", "retinol all-trans- (8ci)", "a-vitan", "vitamin a alcohol (van)", "retin-11,12-t2-ol (9ci)", "3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexenyl)-2,4,6,8-nonatetraen-1-ol", "retinolo [dcit]", "aphalin", "vitamin a palmitate", "all-trans-vitamin a", "ret", "myvpack", "homagenets aoral", "biosterol", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethylcyclohex-1-enyl)nona-2,4,6,8-tetraen-1-ol", "vitamin a1 alcohol all-trans-", "2,4,6 8-nonatetraen-1-ol,3,7-dimethyl-9-(2,6 6-trimethyl-1-cyclohexen-1-yl)-,(all-e)-", "5979-23-7[rn]", "vitamine a", "retinol", "del-vi-a", "vitpex", "acon", "apexol", "wachstumsvitamin", "alcohol 9,13-dimethyl-7-(1,1,5-trimethyl-6-cyclohexen-5-yl)-7,9,11,13-nonatetraen-15-ol", "2,4,6,8-nonatetraen-1-ol 3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)- (all-e)-", "aquasol a", "2052-63-3[rn]", "aoral", "53637-36-8[rn]", "3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2,4,6,8-nonate-traen-1-ol", "antixerophthalmisches vitamin", "dohyfral a", "afaxin", "d014801", "all-trans retinol", "a-mulsal", "agoncal", "retinol acetate[jp15]", "lard-factor", "alphalin (tn)", "veroftal", "vio-a", "solu-a", "testavol", "bentavit a", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexenyl)-1-nona-2,4,6,8-tetraenol", "retinol palmitate[jp15]", "agiolan", "sehkraft a", "alcovit a", "anti-infective vitamin", "retinol[wiki][acd/iupac name][acd/index name]", "cylasphere", "testavol s", "atars", "lard factor", "disatabs tabs", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethylcyclohex-1-en-1-yl)nona-2,4,6,8-tetraen-1-ol", "vi-dom-a", "vafol", "epiteliol", "anatola", "prepalin", "antixerophthalmic vitamin", "200-683-7[einecs]", "[11,12-3h]-retinol", "alphalin", "alphalin[wiki]", "axerophtholum", "aquasynth", "all-trans-3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2,4,6,8-nonatetraen-1-ol", "all trans retinol", "rovimix a 500", "3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2,4,6,8-nonatetraen-1-ol (all-e)-isomer", "hydrovit a", "vitavel a", "4-06-00-04133 (beilstein handbook reference)[beilstein]", "hi-a-vita", "retinolum[latin]", "anatola a", "403040[beilstein]", "atav", "3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2,4,6,8-nonatetraen-1-ol (all-e)-", "super a", "vitamin a 1", "retinol (vit a)", "all-trans-retinyl alcohol", "lpk", "b-retinol", "retinol [ban:inn][inn]", "3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2,4,6,8-nonatetraen-1-ol"}|>, "2522" -> <|"DatabaseID" -> "SW01626", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7823"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4455]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00842"]}, "IsomericSmiles" -> "c1ccc(cc1)C2=NC(C(=O)Nc3c2cc(cc3)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00464"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxazepam", "US Illegal/Scheduled Drug (Schedule 4)" -> "Oxazepam", "Australia Approved Name" -> "OXAZEPAM", "FDA Approved Drug" -> "OXAZEPAM"|>, "PharmGKBID" -> "PA450731", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4616]}, "Synonyms" -> {"adumbran", "anxiolit", "aplakil", "serax", "oxazepam", "droxacepam", "drimuel", "ansioxacepam", "astress", "tazepam", "seresta", "nesontil", "rondar", "limbial", "quen", "oxozepam", "serenid-d", "sedigoa", "serpax", "quilibrex", "notaral", "sigacalm", "psiquiwas", "hi-long", "tacepam", "praxiten", "wy-3498 stic", "uskan", "vaben", "noctazepam", "serenal", "durazepam", "lederpam", "isodin", "enidrel", "serenid", "oxa-puren", "oxazipam", "sobril", "propax", "zaxopam", "oxanid", "bonare", "pacienx", "azutranquil", "tranquo-buscopan-wirkstoff", "2h-1,4-benzodiazepin-2-one,7-chloro-1,3-dihydro-3-hydroxy-5-phenyl-", "alepam", "(rs)-oxazepam", "7-chloro-3-hydroxy-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "serax[wiki]", "z 10 tr", "apo-astress", "enidrel (van)", "serex", "ossazepam [dcit]", "abboxampam", "tarchomin", "35295-88-6[rn]", "gaba(a", "604-75-1[rn]", "nozepam", "hilong", "1,3-dihydro-7-chloro-3-hydroxy-5-phenyl-2h-1,4-benzodiazepin-2-one", "anxiolit retard", "7-chloro-3-hydroxy-5-phenyl-1 3-dihydro-2h-1,4-benzodiazepin-2-one", "psicopax", "ansiolisina", "210-076-9[einecs]", "7-chlor-3-hydroxy-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-on", "oxazepamum[latin]", "d-oxazepam hemisuccinate", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "serepax", "z10-tr", "murelax", "oxazepam[wiki][inn][jan][usan]", "ro 5-6789", "604-75-1", "n-desmethyltemazepam", "nortemazepam", "52432-54-9[rn]", "7-chloro-1,3-dihydro-3-hydroxy-5-phenyl-2h-1,4-benzodiazepine-2-one", "azutranguil", "7-chloro-1,3-dihydro-3-hydroxy-5-phenyl-1,4(2h)-benzodiazepin-2-one", "7-chloro-1 3-dihydro-3-hydroxy-5-phenyl-2h-1,4-benzodiazepin-2-one", "d010076", "61036-43-9[rn]", "2h-1,4-benzodiazepin-2-one,7-chloro-1 3-dihydro-3-hydroxy-5-phenyl-", "serepax[wiki]", "abboxapam", "murelax[wiki]", "serax (tn)"}|>, "2523" -> <|"DatabaseID" -> "SW01626", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7823"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4455]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00842"]}, "IsomericSmiles" -> "c1ccc(cc1)C2=NC(C(=O)Nc3c2cc(cc3)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00464"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxazepam", "US Illegal/Scheduled Drug (Schedule 4)" -> "Oxazepam", "Australia Approved Name" -> "OXAZEPAM", "FDA Approved Drug" -> "OXAZEPAM"|>, "PharmGKBID" -> "PA450731", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4616]}, "Synonyms" -> {"adumbran", "anxiolit", "aplakil", "serax", "oxazepam", "droxacepam", "drimuel", "ansioxacepam", "astress", "tazepam", "seresta", "nesontil", "rondar", "limbial", "quen", "oxozepam", "serenid-d", "sedigoa", "serpax", "quilibrex", "notaral", "sigacalm", "psiquiwas", "hi-long", "tacepam", "praxiten", "wy-3498 stic", "uskan", "vaben", "noctazepam", "serenal", "durazepam", "lederpam", "isodin", "enidrel", "serenid", "oxa-puren", "oxazipam", "sobril", "propax", "zaxopam", "oxanid", "bonare", "pacienx", "azutranquil", "tranquo-buscopan-wirkstoff", "2h-1,4-benzodiazepin-2-one,7-chloro-1,3-dihydro-3-hydroxy-5-phenyl-", "alepam", "(rs)-oxazepam", "7-chloro-3-hydroxy-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "serax[wiki]", "z 10 tr", "apo-astress", "enidrel (van)", "serex", "ossazepam [dcit]", "abboxampam", "tarchomin", "35295-88-6[rn]", "gaba(a", "604-75-1[rn]", "nozepam", "hilong", "1,3-dihydro-7-chloro-3-hydroxy-5-phenyl-2h-1,4-benzodiazepin-2-one", "anxiolit retard", "7-chloro-3-hydroxy-5-phenyl-1 3-dihydro-2h-1,4-benzodiazepin-2-one", "psicopax", "ansiolisina", "210-076-9[einecs]", "7-chlor-3-hydroxy-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-on", "oxazepamum[latin]", "d-oxazepam hemisuccinate", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "serepax", "z10-tr", "murelax", "oxazepam[wiki][inn][jan][usan]", "ro 5-6789", "604-75-1", "n-desmethyltemazepam", "nortemazepam", "52432-54-9[rn]", "7-chloro-1,3-dihydro-3-hydroxy-5-phenyl-2h-1,4-benzodiazepine-2-one", "azutranguil", "7-chloro-1,3-dihydro-3-hydroxy-5-phenyl-1,4(2h)-benzodiazepin-2-one", "7-chloro-1 3-dihydro-3-hydroxy-5-phenyl-2h-1,4-benzodiazepin-2-one", "d010076", "61036-43-9[rn]", "2h-1,4-benzodiazepin-2-one,7-chloro-1 3-dihydro-3-hydroxy-5-phenyl-", "serepax[wiki]", "abboxapam", "murelax[wiki]", "serax (tn)"}|>, "2524" -> <|"DatabaseID" -> "SW01627", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293095]}, "IsomericSmiles" -> "C[NH+]1C[C@@H]2c3ccccc3Oc4ccc(cc4[C@H]2C1)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "asenapine", "FDA Approved Drug" -> "ASENAPINE MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6917875], ExternalIdentifier["PubChemCompoundID", 163091]}, "Synonyms" -> {"1h-dibenz[2", "saphris", "1h-dibenz(2", "org-5222", "288-064-8[einecs]", "asenapine maleate[usan]", "sycrest", "s1283_selleck", "asenapine", "chebi:71257", "molport-006-142-524", "surecn678411", "unii-cu9463u2e2", "85650-56-2[rn]", "trans-5-chloro-2,3,3a,12b-tetrahydro-2-methyl-1h-dibenz[2,3:6,7]oxepino[4,5-c]pyrrole maleate", "(3ar,12br)-rel-5-chloro-2,3,3a,12b-tetrahydro-2-methyl-1hdibenzo[2,3:6,7]oxepino[4,5-c]pyrrole,(2z)-2-butenedioate(1:1)", "trans-5-chloro-2,3,3a,12b-tetrahydro-2-methyl-1h-dibenz(2,3:6,7)oxepino(4,5-c)pyrrole maleate", "5-chloro-2-methyl-2,3,3a,12b-tetrahydro-1h-8-oxa-2-aza- dibenzo[e,h]azulene maleate", "asenapine maleate", "85650-56-2", "65576-45-6", "ncgc00188689-01"}|>, "2525" -> <|"DatabaseID" -> "SW01627", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293095]}, "IsomericSmiles" -> "C[NH+]1C[C@@H]2c3ccccc3Oc4ccc(cc4[C@H]2C1)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "asenapine", "FDA Approved Drug" -> "ASENAPINE MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6917875], ExternalIdentifier["PubChemCompoundID", 163091]}, "Synonyms" -> {"1h-dibenz[2", "saphris", "1h-dibenz(2", "org-5222", "288-064-8[einecs]", "asenapine maleate[usan]", "sycrest", "s1283_selleck", "asenapine", "chebi:71257", "molport-006-142-524", "surecn678411", "unii-cu9463u2e2", "85650-56-2[rn]", "trans-5-chloro-2,3,3a,12b-tetrahydro-2-methyl-1h-dibenz[2,3:6,7]oxepino[4,5-c]pyrrole maleate", "(3ar,12br)-rel-5-chloro-2,3,3a,12b-tetrahydro-2-methyl-1hdibenzo[2,3:6,7]oxepino[4,5-c]pyrrole,(2z)-2-butenedioate(1:1)", "trans-5-chloro-2,3,3a,12b-tetrahydro-2-methyl-1h-dibenz(2,3:6,7)oxepino(4,5-c)pyrrole maleate", "5-chloro-2-methyl-2,3,3a,12b-tetrahydro-1h-8-oxa-2-aza- dibenzo[e,h]azulene maleate", "asenapine maleate", "85650-56-2", "65576-45-6", "ncgc00188689-01"}|>, "2526" -> <|"DatabaseID" -> "SW01628", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15401"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109514]}, "IsomericSmiles" -> "c1cc(ccc1[C@@H]2[C@H](C(=O)c3c(cc(cc3O2)O)[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aromadendrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122850]}, "Synonyms" -> {"(+)-dihydrokaempferol", "aromadendrol", "dihydrokaempferol", "aromadendrin", "katuranin", "(+)-aromadendrin", "(2r,3r)-3,5,7-trihydroxy-2-(4-hydroxyphenyl)-2,3-dihydro-4h-chromen-4-one[acd/iupac name]", "4h-1-benzopyran-4-one 2,3-dihydro-3,5,7-trihydroxy-2-(4-hydroxyphenyl)- (2r,3r)-", "480-20-6", "(2r", "aromadedrin[wiki]", "480-20-6[rn]", "helicioside a", "4h-1-benzopyran-4-one 2,3-dihydro-3,5,7-trihydroxy-2-(4-hydroxyphenyl)- (2r-trans)-", "aromadedrin", "chebi:15401"}|>, "2527" -> <|"DatabaseID" -> "SW01629", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28412"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389606]}, "IsomericSmiles" -> "c1cc(c(cc1[C@@H]2CC(=O)c3c(cc(cc3O2)O)[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "eriodictyol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 440735]}, "Synonyms" -> {"eriodictiol", "552-58-9[rn]", "(2s)-2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-2,3-dihydro-4h-chromen-4-one", "74565_fluka", "(s)-2-(3,4-dihydroxyphenyl)-2,3-dihydro-5,7-dihydroxy-4-benzopyrone", "(s)-3'", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-2,3-dihydro-5,7-dihydroxy- (2s)-", "ac1l99uv", "t66 bo evt&j; cr cq dq& gq iq &&s; form[wln]", "(s)-3',4',5,7-tetrahydroxyflavanone", "eriodictyol", "(2s)-2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-2,3-dihydro-4h-chromen-4-on", "chebi:28412", "ambap552-58-9", "(s)-2-(3,4-dihydroxyphenyl)-2,3-dihydro-5,7-dihydroxy-4h-1-benzopyran-4-one", "chembl8996", "eriodictyol[wiki]", "(s)-2-(3", "92358[beilstein]", "209-016-4[einecs]", "74565_aldrich"}|>, "2528" -> <|"DatabaseID" -> "SW01630", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10395368]}, "IsomericSmiles" -> "C[C@@]1(Cc2cc3cc(cc(c3c(c2C(=O)C1)[O-])O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "torosachrysone"|>, "Synonyms" -> {"torosachrysone"}|>, "2529" -> <|"DatabaseID" -> "SW01631", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29464]}, "IsomericSmiles" -> "CC1CS(=O)(=O)CCN1N=Cc2ccc(o2)[N+](=O)[O-]", "OfficialNames" -> <|"WHO Essential Medicine" -> "nifurtimox"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31772]}, "Synonyms" -> {"3-methyl-n-[(5-nitrofuran-2-yl)methylidene]thiomorpholin-4-amine 1,1-dioxide", "4-thiomorpholinamine 3-methyl-n-[(5-nitro-2-furanyl)methylene]- 1,1-dioxide", "dsstox_cid_25439", "1-[(5-nitrofurfurylidene)amino]-2-methyltetrahydro-1,4-thiazine4,4-dioxide", "prestwick1_001024", "mls002154109", "prestwick0_001024", "dsstox_gsid_45439", "cas-23256-30-6", "3-methyl-n-[(5-nitro-2-furyl)methylene]thiomorpholin-4-amine 1,1-dioxide", "lampit", "nifurtimox[wiki]", "surecn60839", "23256-30-6[rn]", "ncgc00016774-01", "dsstox_rid_80880", "ac1l1maz", "245-531-0[einecs]", "4-thiomorpholinamine 3-methyl-n-((5-nitro-2-furanyl)methylene)- 1,1-dioxide"}|>, "2530" -> <|"DatabaseID" -> "SW01631", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29464]}, "IsomericSmiles" -> "CC1CS(=O)(=O)CCN1N=Cc2ccc(o2)[N+](=O)[O-]", "OfficialNames" -> <|"WHO Essential Medicine" -> "nifurtimox"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31772]}, "Synonyms" -> {"3-methyl-n-[(5-nitrofuran-2-yl)methylidene]thiomorpholin-4-amine 1,1-dioxide", "4-thiomorpholinamine 3-methyl-n-[(5-nitro-2-furanyl)methylene]- 1,1-dioxide", "dsstox_cid_25439", "1-[(5-nitrofurfurylidene)amino]-2-methyltetrahydro-1,4-thiazine4,4-dioxide", "prestwick1_001024", "mls002154109", "prestwick0_001024", "dsstox_gsid_45439", "cas-23256-30-6", "3-methyl-n-[(5-nitro-2-furyl)methylene]thiomorpholin-4-amine 1,1-dioxide", "lampit", "nifurtimox[wiki]", "surecn60839", "23256-30-6[rn]", "ncgc00016774-01", "dsstox_rid_80880", "ac1l1maz", "245-531-0[einecs]", "4-thiomorpholinamine 3-methyl-n-((5-nitro-2-furanyl)methylene)- 1,1-dioxide"}|>, "2531" -> <|"DatabaseID" -> "SW01631", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29464]}, "IsomericSmiles" -> "CC1CS(=O)(=O)CCN1N=Cc2ccc(o2)[N+](=O)[O-]", "OfficialNames" -> <|"WHO Essential Medicine" -> "nifurtimox"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31772]}, "Synonyms" -> {"3-methyl-n-[(5-nitrofuran-2-yl)methylidene]thiomorpholin-4-amine 1,1-dioxide", "4-thiomorpholinamine 3-methyl-n-[(5-nitro-2-furanyl)methylene]- 1,1-dioxide", "dsstox_cid_25439", "1-[(5-nitrofurfurylidene)amino]-2-methyltetrahydro-1,4-thiazine4,4-dioxide", "prestwick1_001024", "mls002154109", "prestwick0_001024", "dsstox_gsid_45439", "cas-23256-30-6", "3-methyl-n-[(5-nitro-2-furyl)methylene]thiomorpholin-4-amine 1,1-dioxide", "lampit", "nifurtimox[wiki]", "surecn60839", "23256-30-6[rn]", "ncgc00016774-01", "dsstox_rid_80880", "ac1l1maz", "245-531-0[einecs]", "4-thiomorpholinamine 3-methyl-n-((5-nitro-2-furanyl)methylene)- 1,1-dioxide"}|>, "2532" -> <|"DatabaseID" -> "SW01631", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29464]}, "IsomericSmiles" -> "CC1CS(=O)(=O)CCN1N=Cc2ccc(o2)[N+](=O)[O-]", "OfficialNames" -> <|"WHO Essential Medicine" -> "nifurtimox"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31772]}, "Synonyms" -> {"3-methyl-n-[(5-nitrofuran-2-yl)methylidene]thiomorpholin-4-amine 1,1-dioxide", "4-thiomorpholinamine 3-methyl-n-[(5-nitro-2-furanyl)methylene]- 1,1-dioxide", "dsstox_cid_25439", "1-[(5-nitrofurfurylidene)amino]-2-methyltetrahydro-1,4-thiazine4,4-dioxide", "prestwick1_001024", "mls002154109", "prestwick0_001024", "dsstox_gsid_45439", "cas-23256-30-6", "3-methyl-n-[(5-nitro-2-furyl)methylene]thiomorpholin-4-amine 1,1-dioxide", "lampit", "nifurtimox[wiki]", "surecn60839", "23256-30-6[rn]", "ncgc00016774-01", "dsstox_rid_80880", "ac1l1maz", "245-531-0[einecs]", "4-thiomorpholinamine 3-methyl-n-((5-nitro-2-furanyl)methylene)- 1,1-dioxide"}|>, "2533" -> <|"DatabaseID" -> "SW01632", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4689]}, "IsomericSmiles" -> "CCn1cc(c(=O)c2c1nc(nc2)N3CCCC3)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01431"]}, "OfficialNames" -> <|"NPC Approved Name" -> "piromidic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4855]}, "Synonyms" -> {"piromidic acid", "panacid", "enterol", "reelon", "bactramyl", "gastrurol", "zaomeal", "actrun c", "urisept", "pirodal", "19562-30-2", "pyrido(2,3-d)pyrimidine-6-carboxylicacid 5,8-dihydro-8-ethyl-5-oxo-2-(1-pyrrolidinyl)-", "panacid (tn)", "19562-30-2[rn]", "8-ethyl-5-oxo-2-pyrrolidin-1-yl-5,8-dihydro-pyrido[2,3-d]pyrimidine-6-carboxylicacid", "acidum piromidicum[latin]", "uropir", "pyrido[2,3-d]pyrimidine-6-carboxylicacid 8-ethyl-5,8-dihydro-5-oxo-2-(1-pyrrolidinyl)-", "8-ethyl-5,8-dihydro-5-oxo-2-(1-pyrrolidinyl)pyrido(2,3-d)pyrimidine-6-carboxylicacid", "8-ethyl-5,8-dihydro-5-oxo-2-(1-pyrrolidinyl)pyrido[2,3-d]pyrimidine-6-carboxylicacid", "pyrido(2,3-d)pyrimidine-6-carboxylicacid 8-ethyl-5,8-dihydro-5-oxo-2-(1-pyrrolidinyl)-", "pyrido[2,3-d]pyrimidine-6-carboxylic acid 8-ethyl-5,8-dihydro-5-oxo-2- (1-pyrrolidinyl)-", "cas-19562-30-2", "pyrido(2,3-d)pyrimidine-6-carboxylicacid 8-ethyl-5,8-dihydro-5-oxo-2-(1-pyrrolidinyl)- (8ci)(9ci)", "5,8-dihydro-8-ethyl-5-oxo-2-pyrrolidinopyrido[2,3-d]pyrimidine-6-carboxylicacid", "septural", "243-161-4[einecs]", "8-ethyl-5-oxo-2-(pyrrolidin-1-yl)-5,8-dihydropyrido[2,3-d]pyrimidine-6-carboxylicacid", "20014-08-8[rn]", "acido piromidico[spanish][inn]", "piromidic acid [inn:jan][inn][jan]", "8-ethyl-5-oxo-2-(1-pyrrolidinyl)-5,8-dihydropyrido(2,3-d)pyrimidine-6-carboxylicacid", "acide piromidique[french][inn]"}|>, "2534" -> <|"DatabaseID" -> "SW01633", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59175]}, "IsomericSmiles" -> "c1ccc2c(c1)c3c([nH]2)-c4nc5ccccc5c(=O)n4CC3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rutaecarpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65752]}, "Synonyms" -> {"rutaecarpine", "rutaecarpin", "rhetine", "rutecarpine", "rutacarpine", "rutecarpine (8ci)", "indolo(2',3':3,4)pyrido(2,1-b)quinazolin-5(7h)-one 8,13-dihydro- (9ci)", "8,13-dihydro-7h-indolo[2',3':3,4]pyrido[2,1-b]quinazolin-5-one", "indolo[2',3':3,4]pyrido[2,1-b]quinazolin-5 (7h)-one 8,13-dihydro-", "20575-76-2[rn]", "indolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(7h)-one 8,13-dihydro-", "84-26-4[rn]", "s2349_selleck", "rutecarpine rutacarpine rutaecarpin rhetine", "8,13-dihydroindolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(7h)-one[acd/iupac name]", "84-16-4", "84-26-4", "7,8-dihydroindolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(13h)-one", "nsc 258317", "c028632"}|>, "2535" -> <|"DatabaseID" -> "SW01634", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5258]}, "IsomericSmiles" -> "C[NH+](C)CCN(Cc1ccc(cc1)OC)c2ncccn2", "OfficialNames" -> <|"NPC Approved Name" -> "2-((2-(dimethylamino)ethyl)(4-methoxybenzyl)amino)pyrimidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5457]}, "Synonyms" -> {"thonzylamine", "tonzilamina [dcit]", "neohetramine", "tonzilamine", "thonzylaminum [inn-latin]", "pyrimidine 2-[[2-(dimethylamino)ethyl](p-methoxybenzyl)amino]-", "n-(4-methoxybenzyl)-n',n'-dimethyl-n-(pyrimidin-2-yl)ethane-1,2-diamine", "91-85-0", "4-25-00-02087[beilstein]", "toncilaminio[spanish][inn]", "202-103-8[einecs]", "pyrimidine 2-((2-(dimethylamino)ethyl)(p-methoxybenzyl)amino)-", "n1-(4-methoxybenzyl)-n2,n2-dimethyl-n1-(pyrimidin-2-yl)ethane-1,2-diamine", "nci-c60708", "2-((2-(dimethylamino)ethyl)(p-methoxybenzyl)amino)pyrimidine", "toncilaminio [inn-spanish]", "1,2-ethanediamine,n1-[(4-methoxyphenyl)methyl]-n2,n2-dimethyl-n1-2-pyrimidinyl-", "thonzylaminum[latin]", "91-85-0[rn]", "einecs 202-103-8", "1,2-ethanediamine n1-[(4-methoxyphenyl)methyl]-n2,n2-dimethyl-n1-2-pyrimidinyl-", "thonzylamine [inn:ban]", "n,n-dimethyl-n'-(p-methoxybenzyl)-n'-(2-pyrimidyl)ethylenediamine", "4-25-00-02087 (beilstein handbook reference)[beilstein]"}|>, "2536" -> <|"DatabaseID" -> "SW01635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8123]}, "IsomericSmiles" -> "CCCCCCCCCCCC(=O)N(CCO)CCO", "OfficialNames" -> <|"NPC Approved Name" -> "lauric acid diethanolamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8430]}, "Synonyms" -> {"mackamide ll", "rolamid cd", "lankrostat jp", "lauryl diethanolamide", "incromide lr", "comperlan ld", "lauric diethanolamide", "condensate pl", "standamidd ld", "amisol lde", "ninol p-621", "4-04-00-01539 (beilstein handbook reference)[beilstein]", "duspar la 2000", "92680-75-6[rn]", "lde", "n,n-bis(2-hydroxyethyl)lauroylamide", "dodecanamide n,n-bis(2-hydroxyethyl)-", "n,n-bis(2-hydroxyethyl)dodecanamide[wiki][acd/iupac name]", "lauramide dea", "clindrol 200l", "richamide 6310", "15517-64-3[rn]", "83452-99-7[rn]", "277-136-4[einecs]", "rewomid dl 203/s", "clindrol 210cgn", "lauramido dea", "monamide 150lw", "ethylan mld", "clindrol 101cg", "271-657-0[einecs]", "n,n-diethylollauramide", "rewomid dlms", "onyxol 345", "standamid ld", "clindrol 100l", "methyl laurate-diethanolamine condensate", "aminon l 02", "coco diethanolamide", "chemstat ld 100", "n,n-diethanollauramide", "120-40-1[rn]", "empilan lde", "ninol aa62", "hetamide ml", "lauroyl diethanolamide", "alkamide le", "diethanolamine lauroylamide", "lauricdiethanolamide", "lauric acid diethanolamide", "crillon lde", "varamide ml 1", "83590-20-9[rn]", "richamide std", "n,n-diethanollauric acid amide", "clindrol 203cg", "varamid ml 1", "stepan lda", "72968-36-6[rn]", "chemistat 2500", "204-393-1[einecs]", "lalmin d", "unamide j-56", "n,n-bis(2-hydroxyethyl)laurylamide", "mackamide llm", "steinamid dl 203 s", "crillon l.d.e.", "ninol aa-62 extra", "n", "monamid 150-lw", "n,n-bis(2-hydroxyethyl)lauramide", "clindrol superamide 100l", "lda (surfactant)", "39341-48-5[rn]", "n,n-di(2-hydroxyethyl)lauramide"}|>, "2537" -> <|"DatabaseID" -> "SW01636", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "39428"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12154]}, "IsomericSmiles" -> "C(C(C(F)(F)F)(F)F)(C(C(F)(F)F)(F)F)(F)F", "OfficialNames" -> <|"NPC Approved Name" -> "dodecafluoropentane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12675]}, "Synonyms" -> {"flutec pp50", "perfluoropentane", "perflenapent", "4-01-00-00308[beilstein]", "perfluoro-n-pentane", "dodecafluoropentane", "fluorinert fc 87", "1712388[beilstein]", "pentane 1,1,1,2,2,3,3,4,4,5,5,5-dodecafluoro-", "flutec pp 50", "chebi:39428", "4-01-00-00308 (beilstein handbook reference)[beilstein]", "211-647-5[einecs]", "678-26-2", "perfuoro-n-pentane", "fluorinert pf 5050", "r 41(12)", "128664-89-1[rn]", "dodecafluoropentane[acd/iupac name]", "pentane dodecafluoro-", "dodecafluoro-n-pentane", "96162-24-2[rn]", "brn 1712388", "einecs 211-647-5", "678-26-2[rn]", "pentane"}|>, "2538" -> <|"DatabaseID" -> "SW01637", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50867"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2661]}, "IsomericSmiles" -> "CC(C)(C(=O)[O-])Oc1ccc(cc1)C2CC2(Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03521"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ciprofibrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2763]}, "Synonyms" -> {"52214-84-3", "ciprol", "modalim", "ciprofibrate", "hiperlipen", "lipanor", "2-(4-(2,2-dichlorocyclopropyl)phenoxy)2-methylpropanoic acid", "2-[4-(2,2-dichlorocyclopropyl)phenoxy]-2-methyl-propanoic acid", "ciprol;lipanor", "1984981[beilstein]", "2-[4-(2,2-dichloro-cyclopropyl)-phenoxy]-2-methyl-propionic acid", "ciprofibrato [inn-spanish]", "ciprofibratum[latin]", "propionicacid 2-(4-(2,2-dichlorocyclopropyl)phenoxy)-2-methyl-", "2-[4-(2,2-dichlorocyclopropyl)phenoxy]-2-methylpropanoic acid[acd/iupac name]", "2-(p-(2,2-dichlorocyclopropyl)phenoxy)-2-methylpropionic acid", "c019304", "2-[4-(2,2-dichlorocyclopropyl)phenoxy]isobutyric acid", "propanoicacid 2-(4-(2,2-dichlorocyclopropyl)phenoxy)-2-methyl-", "ciprofibrato", "ciprofibrate [usan:ban:inn][inn][usan]", "propanoicacid 2-[4-(2,2-dichlorocyclopropyl)phenoxy]-2-methyl-[acd/index name]", "oroxadin", "ciprofibrate[usan]", "2-(4-(2,2-dichlorocyclopropyl)phenoxy)-2-methylpropanoic acid", "hyperlipen", "257-744-6[einecs]", "2-[p-(2,2-dichlorocyclopropyl)phenoxy]-2-methylpropanoic acid", "ciprofibratum [inn-latin]", "win 35,833", "2-{[4-(2,2-dichlorocyclopropyl)phenyl]oxy}-2-methylpropanoic acid", "52214-84-3[rn]", "ciprofibratum", "ciprofibrate;2-(4-(2,2-dichlorocyclopropyl)phenoxy)-2-methylpropanoic acid", "ciprofibrato[spanish][inn]"}|>, "2539" -> <|"DatabaseID" -> "SW01637", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50867"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2661]}, "IsomericSmiles" -> "CC(C)(C(=O)[O-])Oc1ccc(cc1)C2CC2(Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03521"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ciprofibrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2763]}, "Synonyms" -> {"52214-84-3", "ciprol", "modalim", "ciprofibrate", "hiperlipen", "lipanor", "2-(4-(2,2-dichlorocyclopropyl)phenoxy)2-methylpropanoic acid", "2-[4-(2,2-dichlorocyclopropyl)phenoxy]-2-methyl-propanoic acid", "ciprol;lipanor", "1984981[beilstein]", "2-[4-(2,2-dichloro-cyclopropyl)-phenoxy]-2-methyl-propionic acid", "ciprofibrato [inn-spanish]", "ciprofibratum[latin]", "propionicacid 2-(4-(2,2-dichlorocyclopropyl)phenoxy)-2-methyl-", "2-[4-(2,2-dichlorocyclopropyl)phenoxy]-2-methylpropanoic acid[acd/iupac name]", "2-(p-(2,2-dichlorocyclopropyl)phenoxy)-2-methylpropionic acid", "c019304", "2-[4-(2,2-dichlorocyclopropyl)phenoxy]isobutyric acid", "propanoicacid 2-(4-(2,2-dichlorocyclopropyl)phenoxy)-2-methyl-", "ciprofibrato", "ciprofibrate [usan:ban:inn][inn][usan]", "propanoicacid 2-[4-(2,2-dichlorocyclopropyl)phenoxy]-2-methyl-[acd/index name]", "oroxadin", "ciprofibrate[usan]", "2-(4-(2,2-dichlorocyclopropyl)phenoxy)-2-methylpropanoic acid", "hyperlipen", "257-744-6[einecs]", "2-[p-(2,2-dichlorocyclopropyl)phenoxy]-2-methylpropanoic acid", "ciprofibratum [inn-latin]", "win 35,833", "2-{[4-(2,2-dichlorocyclopropyl)phenyl]oxy}-2-methylpropanoic acid", "52214-84-3[rn]", "ciprofibratum", "ciprofibrate;2-(4-(2,2-dichlorocyclopropyl)phenoxy)-2-methylpropanoic acid", "ciprofibrato[spanish][inn]"}|>, "2540" -> <|"DatabaseID" -> "SW01638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 215542]}, "IsomericSmiles" -> "c1cc(c(cc1C2C(C(=O)c3ccc(cc3O2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fustin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 246330]}, "Synonyms" -> {"fustin", "nsc-59264", "dihydrofisetin", "20725-03-5[rn]", "4h-1-benzopyran-4-one 2- (3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy- trans-", "tetrahydroxyflavanone", "2,3-dihydrofisetin", "trans-2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy-4-benzopyrone", "2", "2-(3,4-dihydroxyphenyl)-3,7-dihydroxychroman-4-one", "3,3',4',7-tetrahydroxyflavanone", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy-", "20725-03-5", "2-(3,4-dihydroxyphenyl)-3,7-dihydroxy-2,3-dihydro-4h-chromen-4-one", "st081375", "flavanone 3,3',4',7-tetrahydroxy-", "4h-1-benzopyran-4-one", "ac1l6htn", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy- trans-", "nsc59264", "2-(3,4-dihydroxyphenyl)-3,7-dihydroxy-2,3-dihydro-4h-chromen-4-on", "243-989-6[einecs]"}|>, "2541" -> <|"DatabaseID" -> "SW01638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 215542]}, "IsomericSmiles" -> "c1cc(c(cc1C2C(C(=O)c3ccc(cc3O2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fustin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 246330]}, "Synonyms" -> {"fustin", "nsc-59264", "dihydrofisetin", "20725-03-5[rn]", "4h-1-benzopyran-4-one 2- (3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy- trans-", "tetrahydroxyflavanone", "2,3-dihydrofisetin", "trans-2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy-4-benzopyrone", "2", "2-(3,4-dihydroxyphenyl)-3,7-dihydroxychroman-4-one", "3,3',4',7-tetrahydroxyflavanone", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy-", "20725-03-5", "2-(3,4-dihydroxyphenyl)-3,7-dihydroxy-2,3-dihydro-4h-chromen-4-one", "st081375", "flavanone 3,3',4',7-tetrahydroxy-", "4h-1-benzopyran-4-one", "ac1l6htn", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy- trans-", "nsc59264", "2-(3,4-dihydroxyphenyl)-3,7-dihydroxy-2,3-dihydro-4h-chromen-4-on", "243-989-6[einecs]"}|>, "2542" -> <|"DatabaseID" -> "SW01638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 215542]}, "IsomericSmiles" -> "c1cc(c(cc1C2C(C(=O)c3ccc(cc3O2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fustin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 246330]}, "Synonyms" -> {"fustin", "nsc-59264", "dihydrofisetin", "20725-03-5[rn]", "4h-1-benzopyran-4-one 2- (3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy- trans-", "tetrahydroxyflavanone", "2,3-dihydrofisetin", "trans-2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy-4-benzopyrone", "2", "2-(3,4-dihydroxyphenyl)-3,7-dihydroxychroman-4-one", "3,3',4',7-tetrahydroxyflavanone", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy-", "20725-03-5", "2-(3,4-dihydroxyphenyl)-3,7-dihydroxy-2,3-dihydro-4h-chromen-4-one", "st081375", "flavanone 3,3',4',7-tetrahydroxy-", "4h-1-benzopyran-4-one", "ac1l6htn", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy- trans-", "nsc59264", "2-(3,4-dihydroxyphenyl)-3,7-dihydroxy-2,3-dihydro-4h-chromen-4-on", "243-989-6[einecs]"}|>, "2543" -> <|"DatabaseID" -> "SW01638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 215542]}, "IsomericSmiles" -> "c1cc(c(cc1C2C(C(=O)c3ccc(cc3O2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fustin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 246330]}, "Synonyms" -> {"fustin", "nsc-59264", "dihydrofisetin", "20725-03-5[rn]", "4h-1-benzopyran-4-one 2- (3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy- trans-", "tetrahydroxyflavanone", "2,3-dihydrofisetin", "trans-2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy-4-benzopyrone", "2", "2-(3,4-dihydroxyphenyl)-3,7-dihydroxychroman-4-one", "3,3',4',7-tetrahydroxyflavanone", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy-", "20725-03-5", "2-(3,4-dihydroxyphenyl)-3,7-dihydroxy-2,3-dihydro-4h-chromen-4-one", "st081375", "flavanone 3,3',4',7-tetrahydroxy-", "4h-1-benzopyran-4-one", "ac1l6htn", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,7-dihydroxy- trans-", "nsc59264", "2-(3,4-dihydroxyphenyl)-3,7-dihydroxy-2,3-dihydro-4h-chromen-4-on", "243-989-6[einecs]"}|>, "2544" -> <|"DatabaseID" -> "SW01639", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5187]}, "IsomericSmiles" -> "CCCCOC(=O)C(=O)Nc1cccc(c1)c2n[n-]nn2", "OfficialNames" -> <|"NPC Approved Name" -> "tazanolast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5380]}, "Synonyms" -> {"butyl 3'-(1h-tetrazol-5-yl)oxanilate", "tazanolast", "5-(3-n-butyloxalylaminophenyl)tetrazole", "ncgc00183655-01", "tazanolastum [inn-latin]", "oxo[[3-(1h-tetrazol-5-yl)phenyl]amino]acetic acid butyl ester", "tazanol (tn)", "tazanolastum[latin]", "82989-25-1[rn]", "tazanol", "mtb", "tazanolast [inn:jan][inn][jan]", "oxo((3-(1h-tetrazol-5-yl)phenyl)amino)acetic acid butyl ester", "tazalest", "oxo[[3-(1h-tetrazol-5-yl)phenyl]amino]aceticacid butyl ester", "6961-62-2[rn]", "acetic acid oxo((3-(1h-tetrazol-5-yl)phenyl)amino)-,butyl ester", "82989-25-1", "acetic acid", "wp-833", "oxo((3-(1h-tetrazol-5-yl)phenyl)amino)aceticacid butyl ester"}|>, "2545" -> <|"DatabaseID" -> "SW01640", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141781]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)[C@@H]1Cc2c(ccc3c2oc(=O)cc3)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "o-acetylcolumbianetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161409]}, "Synonyms" -> {"columbianetin acetate", "o-acetylcolumbianetin", "2h-furo(2,3-h)-1-benzopyran-2-one 8-(1-(acetyloxy)-1-methylethyl)-8,9-dihydro-,(s)-", "ac1q6bdx", "akos015896724", "2-[(8s)-2-oxo-8,9-dihydro-2h-furo[2,3-h]chromen-8-yl]propan-2-yl acetate", "ac1l4pdj", "23180-65-6[rn]", "ar-1d6023", "ar-1d6024", "zinc05166472", "2-[(8s)-2-oxo-8", "2h-furo[2,3-h]-1-benzopyran-2-one 8-[1-(acetyloxy)-1-methylethyl]-8,9-dihydro-,(8s)-", "23180-65-6"}|>, "2546" -> <|"DatabaseID" -> "SW01641", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4588647]}, "IsomericSmiles" -> "C1=CN(C=CC1=C[NH+]=O)COCN2C=CC(=C[NH+]=O)C=C2", "OfficialNames" -> <|"China Approved Name" -> "toxogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359290]}, "Synonyms" -> {"obidoxime tablets", "bis-(4-hydroxyiminomethyl-pyridinium-1-methyl)ether-kation", "toxogonin", "obidoxim", "obidoxime chloride", "7683-36-5[rn]", "obidoxime dichloride", "toksobidin", "4,4'-bis-(hydroxyiminomethyl)-1,1'-oxydimethylen-dipyridinium-kation", "luh(sub 6)", "luh6", "pyridinium 1,1'-(oxydimethylene)bis(4-formyl- dioxime", "obidoximum", "114-90-9[rn]", "1,1'-(oxydimethylene)bis(4-formylpyridinium)dioxime", "obidoxim kation", "toxogonine", "obidoxime[wiki]", "obidoxime", "obi", "obidoxim[german]", "obidoxime hydrochloride"}|>, "2547" -> <|"DatabaseID" -> "SW01642", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6601"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65312]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)[C@@H]4[C@@H]([C@H](C=C5[C@H]4[NH+](C2)CC5)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycorine;lycorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72378]}, "Synonyms" -> {"licorine", "galanthidine", "narcissine", "(-)-lycorine", "amarylline", "gnf-pf-4974", "207-503-6[einecs]", "nsc401360", "476-28-8", "(1s,2s,12bs,12cs)-2,4,5,7,12b,12c-hexahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "lycorine[wiki]", "1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol,2,4,5,7,12b,12c-hexahydro- (1s,2s,12bs,12cs)-", "nsc683873", "likorin", "belamarine", "chebi:6601", "lycorine", "lycorinehydrochloride", "3,3a-didehydrolycoran-1a,2b-diol", "476-28-8[rn]", "93605[beilstein]", "(1a,2b)-3,12-didehydro-9,10-[methylenebis(oxy)]galanthan-1,2-diol", "2,4,5,7,12b,12c-hexahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol,(1s,2s,12bs 12cs)-", "2,4,5,7,12b,12c-hexahydro-1h-[1,3]-dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "()-lycorine", "2188-68-3[rn]"}|>, "2548" -> <|"DatabaseID" -> "SW01643", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4947534]}, "IsomericSmiles" -> "C/C=C/C#CC#C/C=C/CC(CCOC(=O)C)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diacetyl-atractylodiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6443553]}, "Synonyms" -> {"diacetylatractylodiol", "5", "55078-26-7[rn]", "5,11-tridecadiene-7,9-diyne-1,3-diol diacetate", "ac1o5z7f", "[(5e", "55078-26-7"}|>, "2549" -> <|"DatabaseID" -> "SW01643", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4947534]}, "IsomericSmiles" -> "C/C=C/C#CC#C/C=C/CC(CCOC(=O)C)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diacetyl-atractylodiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6443553]}, "Synonyms" -> {"diacetylatractylodiol", "5", "55078-26-7[rn]", "5,11-tridecadiene-7,9-diyne-1,3-diol diacetate", "ac1o5z7f", "[(5e", "55078-26-7"}|>, "2550" -> <|"DatabaseID" -> "SW01644", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30971]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00867"]}, "IsomericSmiles" -> "C[C@@H]([C@@H](c1ccc(cc1)O)O)[NH2+]CCc2ccc(cc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02359"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ritodrine", "FDA Approved Drug" -> "RITODRINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451258", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 33572]}, "Synonyms" -> {"yutopar s.r", "ritodrine", "ritodrina [inn-spanish]", "ritodrine hydrochloride", "ritodrinium [inn-latin]", "ritodrinium", "ritodrina", "yutopar", "utopar", "1-(4-hydroxyphenyl)-2-[2-(4-hydroxyphenyl)ethylamino]propanol", "ritodrine[wiki][usan]", "4-[(1r,2s)-1-hydroxy-2-{[2-(4-hydroxyphenyl)ethyl]amino}propyl]phenol[acd/iupac name]", "4-((1r,2s)-1-hydroxy-2-{[2-(4-hydroxyphenyl)ethyl]amino}propyl)phenolritodrine", "2-(4-hydroxyphenethylamino)-1-(4-hydroxyphenyl)propanol", "ritodrinium[latin][inn]", "ritodrina[spanish][inn]", "(r*,s*)-4-hydroxy-?-[1-[[2-(4-hydroxyphenyl)ethyl]amino]ethyl]benzyl alcohol hydrochloride", "du-21220", "ritodrine hcl", "337376-15-5", "n-(p-hydroxyphenylethyl)-4-hydroxynorephedrine", "ritodrine [usan:ban:inn][inn][usan]", "beta-2 adrenoceptor", "pre-par", "erythro-p-hydroxy-a-[1-[(p-hydroxyphenethyl)amino]ethyl]benzylalcohol", "prepar", "yutopar[wiki]", "benzenemethanol 4-hydroxy-a-[(1s)-1-[[2-(4-hydroxyphenyl)ethyl]amino]ethyl]- (ar)-", "23239-51-2[rn]", "26652-09-5[rn]", "247-879-9[einecs]", "beta-2 adrenoreceptor"}|>, "2551" -> <|"DatabaseID" -> "SW01645", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5264"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9272]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00674"]}, "IsomericSmiles" -> "C[NH+]1CC[C@@]23C=C[C@@H](C[C@@H]2Oc4c3c(ccc4OC)C1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04292"]}, "OfficialNames" -> <|"China Approved Name" -> "galanthamine", "Traditional Herbal Isolate" -> "galanthamine", "Indian Approved Name" -> "galantamin", "FDA Approved Drug" -> "GALANTAMINE HYDROBROMIDE"|>, "PharmGKBID" -> "PA449726", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 121587], ExternalIdentifier["PubChemCompoundID", 9651]}, "Synonyms" -> {"reminyl", "galantamin", "galantamine", "(-)-galanthamine", "jilkon", "lycoremine", "galanthamine hydrobromide", "galanthamine", "lycoremin", "nivalin", "galantamine[wiki]", "69353-21-5[rn]", "3,4-dihydrogalanthamine", "357-70-0[rn]", "10h-benzofuro[3a,3,2-ef][2]benzazepin-10-ol,1,2,3,4,8a,9-hexahydro-7-methoxy-3-methyl- (8as,10r,12as)-", "6h-benzofuro(3a,3,2-ef)(2)benzazepin-6-ol 4a,5,9,10,11,12-hexahydro-3-methoxy-11-methyl-,(4as,6r,8as)-", "(4as,6r,8as)-4a,5,9,10,11,12-hexahydro-3-methoxy-11-methyl-6h-benzofuro[3a,3,2-ef][2]benzazepin-6-ol", "1551-02-6[rn]", "6h-benzofuro[3a,3,2-ef][2]benzazepin-6-ol 4a,5,9,10,11,12-hexahydro-3-methoxy-11-methyl-,(4as,6r,8as)-", "galantamine [usan:inn][inn][usan]", "(4as,6r,8as)-4a,5,9,10,11,12-hexahydro-3-methoxy-11-methyl-6h-benzofuro(3a,3,2-ef)(2)benzazepin-6-ol", "galanthamine[wiki][acd/iupac name]", "galantamina[spanish][inn]", "galantaminum[latin]", "neuronal acetylcholine receptor subunit alpha-4 precursor", "4-27-00-02184 (beilstein handbook reference)[beilstein]", "6h-benzofuro(3a,3,2-ef)(2)benzazepin-6-ol 4a,5,9,10,11,12-hexahydro-3-methoxy-11-methyl-", "357-57-0", "razadyne", "736-79-8[rn]", "337376-15-5", "93736[beilstein]", "galanthamin", "galanthaminum", "1953-04-4[rn]", "1953-04-4", "jilkon hydrobromide", "galantamine hydrobromide", "galanthaminhydrobromid(1:1)"}|>, "2552" -> <|"DatabaseID" -> "SW01645", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5264"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9272]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00674"]}, "IsomericSmiles" -> "C[NH+]1CC[C@@]23C=C[C@@H](C[C@@H]2Oc4c3c(ccc4OC)C1)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04292"]}, "OfficialNames" -> <|"China Approved Name" -> "galanthamine", "Traditional Herbal Isolate" -> "galanthamine", "Indian Approved Name" -> "galantamin", "FDA Approved Drug" -> "GALANTAMINE HYDROBROMIDE"|>, "PharmGKBID" -> "PA449726", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 121587], ExternalIdentifier["PubChemCompoundID", 9651]}, "Synonyms" -> {"reminyl", "galantamin", "galantamine", "(-)-galanthamine", "jilkon", "lycoremine", "galanthamine hydrobromide", "galanthamine", "lycoremin", "nivalin", "galantamine[wiki]", "69353-21-5[rn]", "3,4-dihydrogalanthamine", "357-70-0[rn]", "10h-benzofuro[3a,3,2-ef][2]benzazepin-10-ol,1,2,3,4,8a,9-hexahydro-7-methoxy-3-methyl- (8as,10r,12as)-", "6h-benzofuro(3a,3,2-ef)(2)benzazepin-6-ol 4a,5,9,10,11,12-hexahydro-3-methoxy-11-methyl-,(4as,6r,8as)-", "(4as,6r,8as)-4a,5,9,10,11,12-hexahydro-3-methoxy-11-methyl-6h-benzofuro[3a,3,2-ef][2]benzazepin-6-ol", "1551-02-6[rn]", "6h-benzofuro[3a,3,2-ef][2]benzazepin-6-ol 4a,5,9,10,11,12-hexahydro-3-methoxy-11-methyl-,(4as,6r,8as)-", "galantamine [usan:inn][inn][usan]", "(4as,6r,8as)-4a,5,9,10,11,12-hexahydro-3-methoxy-11-methyl-6h-benzofuro(3a,3,2-ef)(2)benzazepin-6-ol", "galanthamine[wiki][acd/iupac name]", "galantamina[spanish][inn]", "galantaminum[latin]", "neuronal acetylcholine receptor subunit alpha-4 precursor", "4-27-00-02184 (beilstein handbook reference)[beilstein]", "6h-benzofuro(3a,3,2-ef)(2)benzazepin-6-ol 4a,5,9,10,11,12-hexahydro-3-methoxy-11-methyl-", "357-57-0", "razadyne", "736-79-8[rn]", "337376-15-5", "93736[beilstein]", "galanthamin", "galanthaminum", "1953-04-4[rn]", "1953-04-4", "jilkon hydrobromide", "galantamine hydrobromide", "galanthaminhydrobromid(1:1)"}|>, "2553" -> <|"DatabaseID" -> "SW01646", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514282]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01565"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](CC[C@H]3[C@H]1C5)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Dihydromorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359421]}, "Synonyms" -> {"paramorphan", "hydromorphine", "paramorfan", "dihydromorphine", "7,8-dihydromorphine", "corticotropin-lipotropin precursor", "pomc", "dea no. 9145", "509-60-4[rn]", "pro-opiomelanocortin", "dihydromorphine[wiki]", "7", "6-alpha-hydromorphol", "dihydromorfin [czech]", "dihydromorfin[czech]", "morphine dihydro-", "morphine", "208-100-8[einecs]", "509-60-4", "(5a,6a)-4,5-epoxy-17-methylmorphinan-3,6-diol", "einecs 208-100-8"}|>, "2554" -> <|"DatabaseID" -> "SW01646", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514282]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01565"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](CC[C@H]3[C@H]1C5)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Dihydromorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359421]}, "Synonyms" -> {"paramorphan", "hydromorphine", "paramorfan", "dihydromorphine", "7,8-dihydromorphine", "corticotropin-lipotropin precursor", "pomc", "dea no. 9145", "509-60-4[rn]", "pro-opiomelanocortin", "dihydromorphine[wiki]", "7", "6-alpha-hydromorphol", "dihydromorfin [czech]", "dihydromorfin[czech]", "morphine dihydro-", "morphine", "208-100-8[einecs]", "509-60-4", "(5a,6a)-4,5-epoxy-17-methylmorphinan-3,6-diol", "einecs 208-100-8"}|>, "2555" -> <|"DatabaseID" -> "SW01647", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10124"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54844]}, "IsomericSmiles" -> "C[NH+](C)CCc1c[nH]c2c1cc(cc2)C[C@H]3COC(=O)N3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00415"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ZOLMITRIPTAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60857]}, "Synonyms" -> {"zomig", "zomig-zmt", "zomig nasal spray", "311c90", "zolmitriptan", "zomig zmt", "ylmethyl]-oxazolidin-2-one", "flezol", "(s)-4-((3-(2-(dimethylamino)ethyl)-1h-indol-5-yl)methyl)-2-oxazolidinone", "ascotop[wiki]", "ascotop", "(s)-4-[3-(2-dimethylamino-ethyl)-1h-indol-5-ylmethyl]-oxazolidin-2-one", "zolmitriptanum", "bw-311c90", "(4s)-4-({3-[2-(dimethylamino)ethyl]-1h-indol-5-yl}methyl)-1,3-oxazolidin-2-one[acd/iupac name]", "2-oxazolidinone 4-[[3-[2-(dimethylamino)ethyl]-1h-indol-5-yl]methyl]-,(4s)-", "zolmitriptan[wiki]", "39264-17-8", "zomig zomigon ascotopand zomigoro", "zomig;zomigon;ascotopand;zomigoro", "sumatriptan succinate", "7415010[beilstein]", "zomigon[wiki]", "(4s)-4-({3-[2-(dimethylamino)ethyl]-1h-indol-5-yl}methyl)-1,3-oxazolidin-2-on", "chebi:10124", "zolmitriptane", "(s)-4-[[3-[2-(dimethylamino)ethyl]-1h-indol-5-yl]methyl]-2-oxazolidinone", "4-[[3-(2-dimethylaminoethyl)-1h-indol-5-yl]methyl]oxazolidin-2-one", "bw 311c90", "(s)-n,n-dimethyl-2-[5-(2-oxo-1,3-oxazolidin-4-ylmethyl)-1h-indol-3-yl]ethylamine", "139264-17-8[rn]", "zomig[wiki]", "zomigon", "2-oxazolidinone 4-((3-(2-(dimethylamino)ethyl)-1h-indol-5-yl)methyl)-,(s)-", "103628-48-4[rn]", "(s)-4-[3-(2-dimethylamino-ethyl)-1h-indol-5-", "139264-17-8", "(s)-4-((3-(2-(dimethylamino)ethyl)-1h-indol-5-yl)methyl)oxazolidin-2-one", "4-((3-(2-(dimethylamino)ethyl)-1h-indol-5-yl)methyl)-2-oxazolidinone"}|>, "2556" -> <|"DatabaseID" -> "SW01648", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62155]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]3c4ccc(cc4CC[C@H]3[C@@H]1C[C@@H]([C@@H]2O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "epiestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68929]}, "Synonyms" -> {"16-epiestriol", "epioestriol", "16-epiestratriol", "16b-hydroxyestradiol", "16-epi-estriol", "actriol", "d1,3,5-estratriene-3,16b,17b-triol", "epiestriolum[latin]", "16b", "epiestriol[inn]", "estra-1,3,5(10)-triene-3,16b,17b-triol", "16-epioestriol", "3", "547-81-9[rn]", "epiestriol", "estra-1,3,5(10)-triene-3,16b,17-triol", "(16b,17b)-estra-1,3,5(10)-triene-3,16,17-triol", "547-81-9", "epioestriolum", "16b,17b-estriol", "epiestriolo [dcit]", "208-937-9[einecs]"}|>, "2557" -> <|"DatabaseID" -> "SW01649", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3866]}, "IsomericSmiles" -> "CC(C)OC(=O)C(=C1SC=CS1)C(=O)OC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01770"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nkk-105"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4006]}, "Synonyms" -> {"malotilate", "kantec", "1,3-dithiol-2-ylidenepropanedioic acid bis(1-methylethyl) ester", "malotilato [inn-spanish]", "nkk 105", "malotilate [usan:inn:jan][inn][jan][usan]", "propanedioic acid,2-(1,3-dithiol-2-ylidene)- bis(1-methylethyl) ester", "nkk-105", "malotilato[spanish][inn]", "dipropan-2-yl 1,3-dithiol-2-ylidenepropanedioate", "59937-28-9", "1,3-dithiol-2-ylidenepropanedioic acid bis(1-methylethyl) ester", "malotilatum [inn-latin]", "malotilatum[latin]", "malotilate (jan/usan)[jan][usan]", "propanedioic acid,1,3-dithiol-2-ylidene- bis(1-methylethyl) ester", "malonic acid (1,3-dithiol-2-ylidene)- diisopropyl ester", "diisopropyl 1,3-dithiol-2-ylidenemalonate[acd/iupac name]", "59937-28-9[rn]", "cl-1500", "diisopropyl 1", "261-987-3[einecs]", "tractal", "kantec (tn)", "einecs 261-987-3"}|>, "2558" -> <|"DatabaseID" -> "SW01650", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30495]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01542"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1CC=C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Allylprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32938]}, "Synonyms" -> {"allylprodine", "alperidine", "allilprodina [dcit]", "allilprodina", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester)", "allylprodinum", "1-methyl-4-phenyl-3-(2-propenyl)-4-piperidinol propanoate", "ac1l1opc", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester),hydrochloride dl", "aliprodina", "allylprodine [ban:dcf:inn][inn]", "4-piperidinol 1-methyl-4-phenyl-3-(2-propenyl)- propanoate (ester)", "4-piperidinol 1-methyl-4-phenyl-3-(2-propen-1-yl)- propanoate(ester)", "propionic acid 3-allyl-1-methyl-4-phenyl-4-piperidyl ester", "a-3-allyl-1-methyl-4-phenyl-4-piperidinol propionate", "4-piperidinol", "aliprodina[spanish]", "25384-17-2", "3-allyl-1-methyl-4-phenylpiperidin-4-yl propionate", "25384-17-2[rn]", "3-allyl-1-methyl-4-phenyl-4-propionyloxypiperidine", "aliprodina [inn-spanish]", "allylprodinum[latin]", "ro 2-7113", "a-3-allyl-1-methyl-4-phenyl-4-propionoxypiperidine"}|>, "2559" -> <|"DatabaseID" -> "SW01650", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30495]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01542"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1CC=C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Allylprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32938]}, "Synonyms" -> {"allylprodine", "alperidine", "allilprodina [dcit]", "allilprodina", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester)", "allylprodinum", "1-methyl-4-phenyl-3-(2-propenyl)-4-piperidinol propanoate", "ac1l1opc", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester),hydrochloride dl", "aliprodina", "allylprodine [ban:dcf:inn][inn]", "4-piperidinol 1-methyl-4-phenyl-3-(2-propenyl)- propanoate (ester)", "4-piperidinol 1-methyl-4-phenyl-3-(2-propen-1-yl)- propanoate(ester)", "propionic acid 3-allyl-1-methyl-4-phenyl-4-piperidyl ester", "a-3-allyl-1-methyl-4-phenyl-4-piperidinol propionate", "4-piperidinol", "aliprodina[spanish]", "25384-17-2", "3-allyl-1-methyl-4-phenylpiperidin-4-yl propionate", "25384-17-2[rn]", "3-allyl-1-methyl-4-phenyl-4-propionyloxypiperidine", "aliprodina [inn-spanish]", "allylprodinum[latin]", "ro 2-7113", "a-3-allyl-1-methyl-4-phenyl-4-propionoxypiperidine"}|>, "2560" -> <|"DatabaseID" -> "SW01650", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30495]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01542"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1CC=C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Allylprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32938]}, "Synonyms" -> {"allylprodine", "alperidine", "allilprodina [dcit]", "allilprodina", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester)", "allylprodinum", "1-methyl-4-phenyl-3-(2-propenyl)-4-piperidinol propanoate", "ac1l1opc", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester),hydrochloride dl", "aliprodina", "allylprodine [ban:dcf:inn][inn]", "4-piperidinol 1-methyl-4-phenyl-3-(2-propenyl)- propanoate (ester)", "4-piperidinol 1-methyl-4-phenyl-3-(2-propen-1-yl)- propanoate(ester)", "propionic acid 3-allyl-1-methyl-4-phenyl-4-piperidyl ester", "a-3-allyl-1-methyl-4-phenyl-4-piperidinol propionate", "4-piperidinol", "aliprodina[spanish]", "25384-17-2", "3-allyl-1-methyl-4-phenylpiperidin-4-yl propionate", "25384-17-2[rn]", "3-allyl-1-methyl-4-phenyl-4-propionyloxypiperidine", "aliprodina [inn-spanish]", "allylprodinum[latin]", "ro 2-7113", "a-3-allyl-1-methyl-4-phenyl-4-propionoxypiperidine"}|>, "2561" -> <|"DatabaseID" -> "SW01650", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30495]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01542"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1CC=C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Allylprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32938]}, "Synonyms" -> {"allylprodine", "alperidine", "allilprodina [dcit]", "allilprodina", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester)", "allylprodinum", "1-methyl-4-phenyl-3-(2-propenyl)-4-piperidinol propanoate", "ac1l1opc", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester),hydrochloride dl", "aliprodina", "allylprodine [ban:dcf:inn][inn]", "4-piperidinol 1-methyl-4-phenyl-3-(2-propenyl)- propanoate (ester)", "4-piperidinol 1-methyl-4-phenyl-3-(2-propen-1-yl)- propanoate(ester)", "propionic acid 3-allyl-1-methyl-4-phenyl-4-piperidyl ester", "a-3-allyl-1-methyl-4-phenyl-4-piperidinol propionate", "4-piperidinol", "aliprodina[spanish]", "25384-17-2", "3-allyl-1-methyl-4-phenylpiperidin-4-yl propionate", "25384-17-2[rn]", "3-allyl-1-methyl-4-phenyl-4-propionyloxypiperidine", "aliprodina [inn-spanish]", "allylprodinum[latin]", "ro 2-7113", "a-3-allyl-1-methyl-4-phenyl-4-propionoxypiperidine"}|>, "2562" -> <|"DatabaseID" -> "SW01650", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30495]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01542"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1CC=C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Allylprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32938]}, "Synonyms" -> {"allylprodine", "alperidine", "allilprodina [dcit]", "allilprodina", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester)", "allylprodinum", "1-methyl-4-phenyl-3-(2-propenyl)-4-piperidinol propanoate", "ac1l1opc", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester),hydrochloride dl", "aliprodina", "allylprodine [ban:dcf:inn][inn]", "4-piperidinol 1-methyl-4-phenyl-3-(2-propenyl)- propanoate (ester)", "4-piperidinol 1-methyl-4-phenyl-3-(2-propen-1-yl)- propanoate(ester)", "propionic acid 3-allyl-1-methyl-4-phenyl-4-piperidyl ester", "a-3-allyl-1-methyl-4-phenyl-4-piperidinol propionate", "4-piperidinol", "aliprodina[spanish]", "25384-17-2", "3-allyl-1-methyl-4-phenylpiperidin-4-yl propionate", "25384-17-2[rn]", "3-allyl-1-methyl-4-phenyl-4-propionyloxypiperidine", "aliprodina [inn-spanish]", "allylprodinum[latin]", "ro 2-7113", "a-3-allyl-1-methyl-4-phenyl-4-propionoxypiperidine"}|>, "2563" -> <|"DatabaseID" -> "SW01650", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30495]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01542"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1CC=C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Allylprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32938]}, "Synonyms" -> {"allylprodine", "alperidine", "allilprodina [dcit]", "allilprodina", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester)", "allylprodinum", "1-methyl-4-phenyl-3-(2-propenyl)-4-piperidinol propanoate", "ac1l1opc", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester),hydrochloride dl", "aliprodina", "allylprodine [ban:dcf:inn][inn]", "4-piperidinol 1-methyl-4-phenyl-3-(2-propenyl)- propanoate (ester)", "4-piperidinol 1-methyl-4-phenyl-3-(2-propen-1-yl)- propanoate(ester)", "propionic acid 3-allyl-1-methyl-4-phenyl-4-piperidyl ester", "a-3-allyl-1-methyl-4-phenyl-4-piperidinol propionate", "4-piperidinol", "aliprodina[spanish]", "25384-17-2", "3-allyl-1-methyl-4-phenylpiperidin-4-yl propionate", "25384-17-2[rn]", "3-allyl-1-methyl-4-phenyl-4-propionyloxypiperidine", "aliprodina [inn-spanish]", "allylprodinum[latin]", "ro 2-7113", "a-3-allyl-1-methyl-4-phenyl-4-propionoxypiperidine"}|>, "2564" -> <|"DatabaseID" -> "SW01650", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30495]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01542"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1CC=C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Allylprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32938]}, "Synonyms" -> {"allylprodine", "alperidine", "allilprodina [dcit]", "allilprodina", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester)", "allylprodinum", "1-methyl-4-phenyl-3-(2-propenyl)-4-piperidinol propanoate", "ac1l1opc", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester),hydrochloride dl", "aliprodina", "allylprodine [ban:dcf:inn][inn]", "4-piperidinol 1-methyl-4-phenyl-3-(2-propenyl)- propanoate (ester)", "4-piperidinol 1-methyl-4-phenyl-3-(2-propen-1-yl)- propanoate(ester)", "propionic acid 3-allyl-1-methyl-4-phenyl-4-piperidyl ester", "a-3-allyl-1-methyl-4-phenyl-4-piperidinol propionate", "4-piperidinol", "aliprodina[spanish]", "25384-17-2", "3-allyl-1-methyl-4-phenylpiperidin-4-yl propionate", "25384-17-2[rn]", "3-allyl-1-methyl-4-phenyl-4-propionyloxypiperidine", "aliprodina [inn-spanish]", "allylprodinum[latin]", "ro 2-7113", "a-3-allyl-1-methyl-4-phenyl-4-propionoxypiperidine"}|>, "2565" -> <|"DatabaseID" -> "SW01650", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30495]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01542"]}, "IsomericSmiles" -> "CCC(=O)OC1(CC[NH+](CC1CC=C)C)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Allylprodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32938]}, "Synonyms" -> {"allylprodine", "alperidine", "allilprodina [dcit]", "allilprodina", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester)", "allylprodinum", "1-methyl-4-phenyl-3-(2-propenyl)-4-piperidinol propanoate", "ac1l1opc", "4-piperidinol 3-allyl-1-methyl-4-phenyl- propionate(ester),hydrochloride dl", "aliprodina", "allylprodine [ban:dcf:inn][inn]", "4-piperidinol 1-methyl-4-phenyl-3-(2-propenyl)- propanoate (ester)", "4-piperidinol 1-methyl-4-phenyl-3-(2-propen-1-yl)- propanoate(ester)", "propionic acid 3-allyl-1-methyl-4-phenyl-4-piperidyl ester", "a-3-allyl-1-methyl-4-phenyl-4-piperidinol propionate", "4-piperidinol", "aliprodina[spanish]", "25384-17-2", "3-allyl-1-methyl-4-phenylpiperidin-4-yl propionate", "25384-17-2[rn]", "3-allyl-1-methyl-4-phenyl-4-propionyloxypiperidine", "aliprodina [inn-spanish]", "allylprodinum[latin]", "ro 2-7113", "a-3-allyl-1-methyl-4-phenyl-4-propionoxypiperidine"}|>, "2566" -> <|"DatabaseID" -> "SW01651", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59695"], ExternalIdentifier["ChEBIID", "4046"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13173], ExternalIdentifier["ChemSpiderID", 2810]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00434"]}, "IsomericSmiles" -> "C[NH+]1CCC(=C2c3ccccc3C=Cc4c2cccc4)CC1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02234"], ExternalIdentifier["KEGGID", "D07765"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cyproheptadine hcl;cyproheptadine", "FDA Approved Drug" -> "CYPROHEPTADINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164749366", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954233], ExternalIdentifier["PubChemCompoundID", 2913]}, "Synonyms" -> {"peritol", "periactinol", "dronactin", "cypoheptadine", "eiproheptadine", "cyproheptadine", "cyproheptadiene", "periactin", "cyproheptadine hcl", "periactine", "129-03-3[rn]", "cyproheptadine hydrochloride", "6032-06-0[rn]", "dibenzosuberonone/cyproheptadine", "41354-29-4[rn]", "cyproheptadine[wiki]", "periactin[wiki]", "piperidine 4- (5h-dibenzo[a,d]cyclohepten-5-ylidene)-1-methyl- hydrochloride", "4-(5h-dibenzo[a,d]cyclohepten-5-ylidine)-methylpiperidine hydrochloride", "1-methyl-4-(5-dibenzo[a,e]cycloheptatrienylidene)piperidine hydrochloride", "969-33-5[rn]", "nuran", "ciproheptadina", "4-dibenzo[b,f][7]annulen-5-ylidene-1-methylpiperidine,chloride", "vufb3511", "cyproheptadiene hydrochloride", "component of dronactin", "periactin hydrochloride", "cipractin", "[969-33-5]", "1-methyl-4-(5-dibenzo(a,e)cycloheptatrienylidene)piperidine hydrochloride", "piperidine 4-(5h-dibenzo[a,d]cyclohepten-5-ylidene)-1-methyl-,hydrochloride (1:1)", "4-(5h-dibenzo[a,d]cyclohepten-5-ylidene)-1-methylpiperidine hydrochloride", "cyproheptadine hydrochloride bp 99", "cyproheptadine hydrocloride", "1-methyl-4-(5h-dibenzo[a,e]cycloheptatrienylidene)piperidine hydrochloride", "anarexol", "piperidine 4-(5h-dibenzo[a,d]cyclohepten-5-ylidene)-1-methyl-,hydrochloride", "periactinol hydrochloride", "4-(5-dibenzo(a,e)cycloheptatrienylidene)piperidine hydrochloride", "cyproheptadine hydrochloride (anhydrous)", "piperidine 4-(5h-dibenzo(a,d)cyclohepten-5-ylidene)-1-methyl-,hydrochloride", "toxic solid organic n.o.s. (cyproheptadine hydrochloride)", "anhydrouscyproheptadine hydrochloride; cyproheptadinehcl; cyproheptadine hydrochloride;cyproheptadine hydrochloride (anh.);cyproheptadine hydrochloride anhydrous", "969-33-5(anhydrous)", "4-(5h-dibenzo[a,d][7]annulen-5-yliden)-1-methylpiperidinhydrochlorid", "cyproheptadine hydrochloride anhydrous", "4-(5h-dibenzo[a,d][7]annulen-5-ylidene)-1-methylpiperidine hydrochloride", "213-535-1[einecs]", "969-33-5 (anhydrous)", "antegan", "cyproheptadine chlorhydrate", "4-(5h-dibenzo[a,d][7]annulen-5-ylidene)-1-methylpiperidine hydrochloride(1:1)[acd/iupac name]", "periactin syrup", "1-methyl-4-{tricyclo[9.4.0.03,8]pentadeca-1(11),3,5,7,9,12,14-heptaen-2-ylidene}piperidinehydrochloride", "cyproheptadinum", "cyproheptadine [inn:ban][inn]", "1-methyl-4-(5-dibenzo[a,e]cycloheptatrienylidene)piperidine", "4-(5h-dibenzo(a,d)cyclohepten-5-ylidene)-1-methylpiperidine", "3/3/129", "periactin (tn)", "ciprovit", "cyproheptadine4-dibenzo[a,d]cyclohepten-5-ylidene-1-methyl-piperidine", "4-dibenzo[a,d]cyclohepten-5-ylidene-1-methyl-piperidine(cyproheptadine)", "chebi:650917", "5-(1-methylpiperidylidene-4)-5h-dibenzo(a,d)cyclopheptene", "1-methyl-4-(5-dibenzo(a,e)cycloheptatrienylidene)piperidine", "5-(1-methylpiperidylidene-4)-5h-dibenzo[a,d]cycloheptene", "4-(5h-dibenzo[a,d]cyclohepten-5-ylidene)-1-methylpiperidine", "cyproheptadine hydrochloride (periactin)", "d02234", "4-(5h-dibenzo(a,d)cyclohepten-5-ylidene)-1-methylpiperidene", "5-20-08-00500", "cyproheptadinum [inn_la]", "4-(5h-dibenzo[a", "cyproheptadinum[latin]", "4-(5h-dibenzo[a,d][7]annulen-5-ylidene)-1-methylpiperidine[acd/iupac name]", "4-dibenzo[a,d]cyclohepten-5-ylidene-1-methyl-piperidine (cyproheptadine)", "4-(5-dibenzo(a,d)cyclohepten-5-ylidine)-1-methylpiperidine", "279072_aldrich", "piperidine 4-(5h-dibenzo[a,d]cyclohepten-5-ylidene)-1-methyl-", "1-methyl-4-(5h-dibenzo(a,d)cycloheptenylidene)piperidine", "ciproheptadina[spanish][inn]", "periactinol (van)", "piperidine 4-(5h-dibenzo(a,d)cyclohepten-5-ylidene)-1-methyl-", "41354-29-4", "1-methyl 1-(5h-dibenzo[a,d]cycloheptenylidene)piperidine", "204-928-9[einecs]", "4-dibenzo[a,d]cyclohepten-5-ylidene-1-methyl-piperidine", "cas-969-33-5", "4-(5-dibenzo[a,e]cycloheptatrienylidene)piperidine hydrochloride", "4-(5h-dibenzo(a", "5-20-08-00500 (beilstein handbook reference)[beilstein]", "129-03-3", "337376-15-5", "cyproheptadine hydrochloride (jp16/usp)"}|>, "2567" -> <|"DatabaseID" -> "SW01652", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43344]}, "IsomericSmiles" -> "C[NH+](C/C=C/c1ccccc1)Cc2cccc3c2cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08245"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NAFTIFINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281098]}, "Synonyms" -> {"naftifine", "exoderil", "naftin", "naftifungin", "(2e)-n-methyl-n-(1-naphthylmethyl)-3-phenylprop-2-en-1-amine", "suadian", "naftifin", "methyl-naphthalen-1-ylmethyl-(3-phenyl-allyl)-amine", "1-naphthalenemethanamine n-methyl-n-[(2e)-3-phenyl-2-propen-1-yl]-", "naftifina[spanish][inn]", "n-methyl-n-(1-naphthylmethyl)-3-phenylpropen-1-amine", "aw 105-843", "(e)-n-cinnamyl-n-methyl-1-naphthalinmethylamin", "aw-105-843", "aw 105843", "65473-14-5[rn]", "naftifine hydrochloride", "naftifinum[latin]", "(e)-n-cinnamyl-n-methyl-1-naphthalenemethylamine", "(e)-n-methyl-n-(3-phenyl-2-propenyl)-1-naphthalenemethanamine", "sn 105-843", "1-naphthalenemethanamine n-methyl-n-(3-phenyl-2-propenyl)- (e)-", "naftifine hydrochloride[usp]", "(e)-n-methyl-n-(1-naphthylmethyl)-3-phenyl-2-propen-1-amine- hydrochloride", "65473-14-5", "methyl-naphthalen-1-ylmethyl-((e)-3-phenyl-allyl)-amine", "sn 105843", "(2e)-n-methyl-n-(naphthalen-1-ylmethyl)-3-phenylprop-2-en-1-amine", "methyl(naphthalen-1-ylmethyl)[(2e)-3-phenylprop-2-en-1-yl]amine", "65472-88-0[rn]", "n-methyl-n-(1-naphthyl methyl)-3-phenyl-2-propen-1-amine(e) hydrochloride"}|>, "2568" -> <|"DatabaseID" -> "SW01652", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43344]}, "IsomericSmiles" -> "C[NH+](C/C=C/c1ccccc1)Cc2cccc3c2cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08245"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NAFTIFINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281098]}, "Synonyms" -> {"naftifine", "exoderil", "naftin", "naftifungin", "(2e)-n-methyl-n-(1-naphthylmethyl)-3-phenylprop-2-en-1-amine", "suadian", "naftifin", "methyl-naphthalen-1-ylmethyl-(3-phenyl-allyl)-amine", "1-naphthalenemethanamine n-methyl-n-[(2e)-3-phenyl-2-propen-1-yl]-", "naftifina[spanish][inn]", "n-methyl-n-(1-naphthylmethyl)-3-phenylpropen-1-amine", "aw 105-843", "(e)-n-cinnamyl-n-methyl-1-naphthalinmethylamin", "aw-105-843", "aw 105843", "65473-14-5[rn]", "naftifine hydrochloride", "naftifinum[latin]", "(e)-n-cinnamyl-n-methyl-1-naphthalenemethylamine", "(e)-n-methyl-n-(3-phenyl-2-propenyl)-1-naphthalenemethanamine", "sn 105-843", "1-naphthalenemethanamine n-methyl-n-(3-phenyl-2-propenyl)- (e)-", "naftifine hydrochloride[usp]", "(e)-n-methyl-n-(1-naphthylmethyl)-3-phenyl-2-propen-1-amine- hydrochloride", "65473-14-5", "methyl-naphthalen-1-ylmethyl-((e)-3-phenyl-allyl)-amine", "sn 105843", "(2e)-n-methyl-n-(naphthalen-1-ylmethyl)-3-phenylprop-2-en-1-amine", "methyl(naphthalen-1-ylmethyl)[(2e)-3-phenylprop-2-en-1-yl]amine", "65472-88-0[rn]", "n-methyl-n-(1-naphthyl methyl)-3-phenyl-2-propen-1-amine(e) hydrochloride"}|>, "2569" -> <|"DatabaseID" -> "SW01653", "IsomericSmiles" -> "CCC(c1ccccc1)c2nc(on2)CC[NH+](CC)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05644"]}, "OfficialNames" -> <|"NPC Approved Name" -> "proxazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8590]}, "Synonyms" -> {"proxazole", "(+)-proxazolo [italian]", "(+)-proxazole", "brn 0679871", "(+-)-proxazole", "(+-)-5-(2-(diethylamino)ethyl)-3-(alpha-ethylbenzyl)-1", "(+-)-proxazolo [italian]", "(-)-proxazole", "(+)-5-(2-(diethylamino)ethyl)-3-(alpha-ethylbenzyl)-1", "(-)-proxazolo [italian]"}|>, "2570" -> <|"DatabaseID" -> "SW01653", "IsomericSmiles" -> "CCC(c1ccccc1)c2nc(on2)CC[NH+](CC)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05644"]}, "OfficialNames" -> <|"NPC Approved Name" -> "proxazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8590]}, "Synonyms" -> {"proxazole", "(+)-proxazolo [italian]", "(+)-proxazole", "brn 0679871", "(+-)-proxazole", "(+-)-5-(2-(diethylamino)ethyl)-3-(alpha-ethylbenzyl)-1", "(+-)-proxazolo [italian]", "(-)-proxazole", "(+)-5-(2-(diethylamino)ethyl)-3-(alpha-ethylbenzyl)-1", "(-)-proxazolo [italian]"}|>, "2571" -> <|"DatabaseID" -> "SW01654", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28689"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5670]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01708"]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CCC2=O)CC=C4[C@@]3(CC[C@@H](C4)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08409"]}, "OfficialNames" -> <|"NPC Approved Name" -> "prasterone"|>, "PharmGKBID" -> "PA451993", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5881]}, "Synonyms" -> {"dhea", "prasterone", "dehydroepiandrosterone", "fidelin", "psicosterone", "dehydroisoandrosterone", "diandrone", "diandron", "dha", "17-hormoforin", "androstenolone", "trans-dehydroandrosterone", "5-androsten-3b-ol-17-one", "(1s,5s,11s,15s,2r,10r)-5-hydroxy-2,15-dimethyltetracyclo[8.7.0.0<2,7>.0<11,15> ]heptadec-7-en-14-one", "3b-hydroxyandrost-5-en-17-one", "dehydroepiandrosterone[wiki]", "prasteronum[latin]", "5-dehydroepiandrosterone", "5,6-dehydroisoandrostorone", "5-dehydro-epiandrosterone", "prasterona[spanish][inn]", "1099-87-2[rn]", "(3b)-3-hydroxyandrost-5-en-17-one", "siscelar plus", "andrestenol", "prasterone[wiki][inn]", "dehydroepiandosterone", "androst-5-ene-3b-ol-17-one", "ovigyn-d", "d5-androsten-3b-ol-17-one", "sulfotransferase 2b1", "epiandrosterone 5-dehydro-", "(1s,5s,11s,15s,2r,10r)-5-hydroxy-2,15-dimethyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-7-en-14-one", "ec 2.8.2.2", "17-chetovis", "5,6-didehydroisoandrosterone", "deandros", "d-0340", "4-08-00-00994[beilstein]", "aslera", "ahi", "53-43-0", "3b-hydroxyandrost-5-ene-17-one", "(+)-dehydroisoandrosterone", "trans-de-hydroandrosterone", "53-43-0[rn]", "5,6-dehydroisoandrosterone", "anastar", "3b-hydroxy-androst-5-en-17-one", "alcohol sulfotransferase", "3-hydroxyandrost-5-en-17-one[acd/iupac name]", "200-175-5[einecs]", "3-beta-hydroxy-5-androsten-17-one", "inflabloc", "dehydro-epi-androsterone", "3b-hydroxy-d5-androsten-17-one", "hydroxysteroid sulfotransferase 2", "biolaif", "4-08-00-00994 (beilstein handbook reference)[beilstein]", "prestara"}|>, "2572" -> <|"DatabaseID" -> "SW01655", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17347"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5791]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00624"]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@@H]2O)CCC4=CC(=O)CC[C@]34C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00075"]}, "OfficialNames" -> <|"Indian Approved Name" -> "testosterone;testosterone enanthate;testosterone cypionate", "WHO Essential Medicine" -> "testosterone", "Australia Approved Name" -> "TESTOSTERONE ENANTHATE;TESTOSTERONE", "FDA Approved Drug" -> "TESTOSTERONE;TESTOSTERONE CYPIONATE"|>, "PharmGKBID" -> "PA451627", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6013]}, "Synonyms" -> {"testosterone", "androderm", "testim", "andropatch", "mertestate", "androlin", "testoderm", "oreton", "striant", "androgel", "testosteron", "sustanon", "testro aq", "testosteroid", "testoviron t", "testoviron schering", "perandren", "testogel", "homosteron", "teslen", "testostosterone", "testobase", "cristerona t", "andronaq", "oreton-f", "testryl", "andrusol", "primoteston", "testoject-50", "geno-cristaux gremy", "testoviron", "neo-hombreol f", "testandrone", "neo-testis", "testrone", "primotest", "orquisteron", "virosterone", "malerone", "testiculosterone", "cristerone t", "sustason 250", "testolin", "libigel", "percutacrine androgenique", "synandrol f", "virormone", "testopropon", "homosterone", "relibra", "sustanone", "neotestis", "testred", "component e-h implants with tylan (estradiol benzoate + testosterone propionate + tylosin tartrate)_mixture", "oreton methyl", "andro", "climacteron liq im (estradiol benzoate + estradiol dienanthate + testosterone enanthate benzilic acid hydrazone)_mixture", "andro 100", "testrin-p.a", "testosterona [inn-spanish]", "dea no. 4000", "neo pause injection (estradiol valerate + testosterone enanthate)_mixture", "andriol", "component e-h implants (estradiol benzoate + testosterone propionate)_mixture", "testaqua", "depotest", "oreton f", "synovex h (heifer implants) (estradiol benzoate + testosterone propionate)_mixture", "depo-testosterone cypionate", "virilon im", "delatest", "bio-t-gel", "testamone 100", "android 25", "tes", "t-cypionate", "methyltestosterone", "testosteronum [inn-latin]", "virilon", "testosterone hydrate", "malestrone", "delatestryl", "android 5", "andronate 200", "malogen in oil", "cdb 111c", "testosterone cypionate", "malogen aquaspension injection", "andropository 200", "andronate 100", "beta testosterone", "andro l.a. 200", "dihydrotestosterone receptor", "androsorb", "anadiol inj liq (estradiol benzoate + estradiol enanthate + testosterone enanthate)_mixture", "testopel pellets", "android 10", "scheinpharm testone-cyp", "trans-testosterone", "andryl 200", "testoderm tts", "testred cypionate 200", "metandren", "depo-testosterone", "uni-bol (estradiol benzoate + estradiol enanthate + testosterone enanthate)_mixture", "everone 200", "testosterone enanthate", "200-173-4[einecs]", "(8r,9s,10r,13s,14s,17s)-17-hydroxy-10,13-dimethyl-1,7,8,10,11,12,13,15,16,17-decahydro-2h-cyclopenta[a]phenanthren-3(6h,9h,14h)-one", "[58-22-0]", "testosterone propionate imp. c (ep)", "53-41-8[rn]", "retrotestosterone", "testosterona; testosterone; testosteronum", "malestrone (amps)", "9b,10a-testosterone", "d4-androsten-17b-ol-3-one", "testosterone [inn:ban][inn]", "17-hydroxy-androst-4-en-3-one", "17b-hydroxy-(8a)-androst-4-en-3-one", "testosterone isocaproate imp. a (ep)", "17b-hydroxy-(13a)-androst-4-en-3-one", "androst-4-en-17b-ol-3-one", "9b-testosterone", "(8r,9s,10r,13s,14s,17s)-17-hydroxy-10,13-dimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-on[german]", "androgel 1%", "viatrel", "17b-hydroxyandrost-4-en-3-one", "testim 1%", "tmtd[russian]", "(+)-testosterone", "testosteronum[latin]", "200-370-5[einecs]", "17b-hydroxy-(9b)-androst-4-en-3-one", "481-30-1[rn]", "testosterone[wiki]", "17b-hydroxy-(9b,10a)-androst-4-en-3-one", "halotensin", "17b-hydroxy-(10a)-androst-4-en-3-one", "testosterone cis-", "androst-4-ene-17b-ol-3-one", "testosterona", "s00309", "testolent", "(8r,9s,10r,13s,14s,17s)- 17-hydroxy-10,13-dimethyl- 1,2,6,7,8,9,11,12,14,15,1 6,17- dodecahydrocyclopenta[a]phenanthren-3-one", "testosteronum [inn_la]", "lumitestosteron", "tostrelle", "17b-testosterone", "sustanon[wiki]", "theraderm", "8-iso-testosterone", "17b-hydroxy-d4-androsten-3-one", "17-hydroxy-10,13-dimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-cyclopenta[a]phenanthren-3-one", "17b-hydroxy-(8a,10a)-androst-4-en-3-one", "testosteronum", "testex", "3653705[beilstein]", "17b-hydroxy-4-androsten-3-one", "(8r,9s,10r,13s,14s,17s)-17-hydroxy-10,13-dimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-1h-cyclopenta[a]phenanthren-3(2h)-one", "(17b)-17-hydroxyandrost-4-en-3-one", "4-androsten-3-one-17b-ol", "teststerone", "58-22-0[rn]", "17b-hydroxy-androst-4-en-3-on", "(8r,9s,10r,13s,14s,17s)-17-hydroxy-10,13-dimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-cyclopenta[a]phenanthren-3-one", "13-iso-testosterone", "17b-hydroxy-androst-4-en-3-one", "17b-hydroxy-8a-androst-4-en-3-one", "(8r,9s,10r,13s,14s,17s)-17-hydroxy-10,13-dimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one", "1915399[beilstein]", "testosterona[spanish][inn]", "17b-hydroxy-13a-androst-4-en-3-one", "dht", "fortesta", "17b-hydroxyandrost-4-ene-3-one", "17-hydroxy-d4-androsten-3-one", "testosteron[wiki]", "tostrex", "andropatch;", "(17b)-17-hydroxy-androst-4-en-3-one", "einecs 200-370-5", "337376-15-5", "testosterone enantate imp. d (ep)"}|>, "2573" -> <|"DatabaseID" -> "SW01656", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8449"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4750], ExternalIdentifier["ChemSpiderID", 180115]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00387"]}, "IsomericSmiles" -> "c1ccc(cc1)C(CC[NH+]2CCCC2)(C3CCCCC3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08425"], ExternalIdentifier["KEGGID", "D00782"]}, "OfficialNames" -> <|"Indian Approved Name" -> "procyclidine hcl", "FDA Approved Drug" -> "PROCYCLIDINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 207841]}, "Synonyms" -> {"kemadrin", "procyclidine hydrochloride", "1-cyclohexyl-1-phenyl-3-pyrrolidino-1-propanol hydrochloride", "tricyclamol hydrochloride", "osnervan", "einecs 216-141-8", "triciclidina", "procyclid", "elorine", "vagosin", "1508-76-5", "tricyclamol", "(-)-procyclidine methyl iodide", "77-37-2[rn]", "triciloid", "spamol", "arpicolin", "alpha-cyclohexyl-alpha-phenyl-1-pyrrolidinepropanol", "prosyklidin", "metanin", "alpha-cyclohexyl-alpha-phenyl-1-pyrrolidinepropanol hydrochloride", "(-)-tricyclamol iodide", "procyklidin", "lergine", "procyclidine[wiki]", "tricoloid", "procyclidine", "(-)-1-(3-cyclohexyl-3-hydroxy-3-phenylpropyl)-1-methylpyrrolidinium iodide", "kemadrine", "1-pyrrolidinepropanol a-cyclohexyl-a-phenyl-", "30953-84-5[rn]", "5-20-01-00250 (beilstein handbook reference)[beilstein]", "4039815[beilstein]", "1508-76-5[rn]", "56172-67-9[rn]", "1-cyclohexyl-1-phenyl-3-(pyrrolidin-1-yl)propan-1-ol hydrochloride (1:1)", "procidlidina", "1508-76-5 77-37-2", "5-20-01-00250", "(-)-procyclidine hydrochloride", "77-37-2", "107661-03-0[rn]", "kemadrin (tn)", "procyclidine hydrochloride[usp]", "216-141-8[einecs]", "procyclidinum[latin]", "1-cyclohexyl-1-phenyl-3-(pyrrolidin-1-yl)propan-1-ol", "201-023-0[einecs]", "hydrogenchloride1-cyclohexyl-1-phenyl-3-(pyrrolidin-1-yl)propan-1-ol (1:1:1)", "procyclidinum [inn-latin]", "prociclidina[spanish][inn]", "1-cyclohexyl-1-phenyl-3-pyrrolidin-1-ylpropan-1-ol hydrochloride", "a-cyclohexyl-a-phenyl-1-pyrrolidinepropanol", "1508-76-5 77-37-2 [procyclidine]", "30953-82-3[rn]", "1-cyclohexyl-1-phenyl-3-pyrrolidino-1-propanol", "1-cyclohexyl-1-phenyl-3-pyrrolidin-1-ylpropan-1-ol", "1-cyclohexyl-1-phenyl-3-(1-pyrrolidinyl)-1-propanol[acd/iupac name]", "1-cyclohexyl-1-phenyl-3-pyrrolidin-1-ylpropan-1-olhydrochlorid", "a-cyclohexyl-a-phenyl-1-pyrrolidinepropanol hydrochloride", "(+)-procyclidine hydrochloride", "337376-15-5", "88563[beilstein]", "prociclidina [inn-spanish]"}|>, "2574" -> <|"DatabaseID" -> "SW01656", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8449"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4750], ExternalIdentifier["ChemSpiderID", 180115]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00387"]}, "IsomericSmiles" -> "c1ccc(cc1)C(CC[NH+]2CCCC2)(C3CCCCC3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08425"], ExternalIdentifier["KEGGID", "D00782"]}, "OfficialNames" -> <|"Indian Approved Name" -> "procyclidine hcl", "FDA Approved Drug" -> "PROCYCLIDINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 207841]}, "Synonyms" -> {"kemadrin", "procyclidine hydrochloride", "1-cyclohexyl-1-phenyl-3-pyrrolidino-1-propanol hydrochloride", "tricyclamol hydrochloride", "osnervan", "einecs 216-141-8", "triciclidina", "procyclid", "elorine", "vagosin", "1508-76-5", "tricyclamol", "(-)-procyclidine methyl iodide", "77-37-2[rn]", "triciloid", "spamol", "arpicolin", "alpha-cyclohexyl-alpha-phenyl-1-pyrrolidinepropanol", "prosyklidin", "metanin", "alpha-cyclohexyl-alpha-phenyl-1-pyrrolidinepropanol hydrochloride", "(-)-tricyclamol iodide", "procyklidin", "lergine", "procyclidine[wiki]", "tricoloid", "procyclidine", "(-)-1-(3-cyclohexyl-3-hydroxy-3-phenylpropyl)-1-methylpyrrolidinium iodide", "kemadrine", "1-pyrrolidinepropanol a-cyclohexyl-a-phenyl-", "30953-84-5[rn]", "5-20-01-00250 (beilstein handbook reference)[beilstein]", "4039815[beilstein]", "1508-76-5[rn]", "56172-67-9[rn]", "1-cyclohexyl-1-phenyl-3-(pyrrolidin-1-yl)propan-1-ol hydrochloride (1:1)", "procidlidina", "1508-76-5 77-37-2", "5-20-01-00250", "(-)-procyclidine hydrochloride", "77-37-2", "107661-03-0[rn]", "kemadrin (tn)", "procyclidine hydrochloride[usp]", "216-141-8[einecs]", "procyclidinum[latin]", "1-cyclohexyl-1-phenyl-3-(pyrrolidin-1-yl)propan-1-ol", "201-023-0[einecs]", "hydrogenchloride1-cyclohexyl-1-phenyl-3-(pyrrolidin-1-yl)propan-1-ol (1:1:1)", "procyclidinum [inn-latin]", "prociclidina[spanish][inn]", "1-cyclohexyl-1-phenyl-3-pyrrolidin-1-ylpropan-1-ol hydrochloride", "a-cyclohexyl-a-phenyl-1-pyrrolidinepropanol", "1508-76-5 77-37-2 [procyclidine]", "30953-82-3[rn]", "1-cyclohexyl-1-phenyl-3-pyrrolidino-1-propanol", "1-cyclohexyl-1-phenyl-3-pyrrolidin-1-ylpropan-1-ol", "1-cyclohexyl-1-phenyl-3-(1-pyrrolidinyl)-1-propanol[acd/iupac name]", "1-cyclohexyl-1-phenyl-3-pyrrolidin-1-ylpropan-1-olhydrochlorid", "a-cyclohexyl-a-phenyl-1-pyrrolidinepropanol hydrochloride", "(+)-procyclidine hydrochloride", "337376-15-5", "88563[beilstein]", "prociclidina [inn-spanish]"}|>, "2575" -> <|"DatabaseID" -> "SW01657", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59693"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91797]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00942"]}, "IsomericSmiles" -> "c1ccc(cc1)C(CC[NH+]2CCCCC2)(C3CCCC3)O", "OfficialNames" -> <|"FDA Approved Drug" -> "CYCRIMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164749387", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2911]}, "Synonyms" -> {"cycrimine", "pagitane", "cycrimine hydrochloride", "cycriminum", "204-764-8[einecs]", "126-02-3[rn]", "compound 8958", "cicrimina", "ac1q77dq", "unii-543567rfqq", "1-phenyl-1-cyclopentyl-3-piperidino-1-propanol hydrochloride", "(+-)-cycrimine", "a-cyclopentyl-a-phenyl-1-piperidinepropanol hydrochloride", "pagitane hydrochloride", "ac1l1er2", "cycriminum [inn-latin]", "cicrimina [inn-spanish]", "1-cyclopentyl-1-phenyl-3-(piperidin-1-yl)propan-1-ol hydrochloride (1:1)"}|>, "2576" -> <|"DatabaseID" -> "SW01657", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59693"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91797]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00942"]}, "IsomericSmiles" -> "c1ccc(cc1)C(CC[NH+]2CCCCC2)(C3CCCC3)O", "OfficialNames" -> <|"FDA Approved Drug" -> "CYCRIMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164749387", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2911]}, "Synonyms" -> {"cycrimine", "pagitane", "cycrimine hydrochloride", "cycriminum", "204-764-8[einecs]", "126-02-3[rn]", "compound 8958", "cicrimina", "ac1q77dq", "unii-543567rfqq", "1-phenyl-1-cyclopentyl-3-piperidino-1-propanol hydrochloride", "(+-)-cycrimine", "a-cyclopentyl-a-phenyl-1-piperidinepropanol hydrochloride", "pagitane hydrochloride", "ac1l1er2", "cycriminum [inn-latin]", "cicrimina [inn-spanish]", "1-cyclopentyl-1-phenyl-3-(piperidin-1-yl)propan-1-ol hydrochloride (1:1)"}|>, "2577" -> <|"DatabaseID" -> "SW01658", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13168]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01493"]}, "IsomericSmiles" -> "CC[C@@]1(CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CCCC[C@H]34)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01414"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETHYLESTRENOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13765]}, "Synonyms" -> {"ethylnandrol", "ethylestrenol", "orabolin", "orgabolin", "maxibalin", "neodurabolin", "orgaboral", "duraboral", "(17a)-19-norpregn-4-en-17-ol", "ethyloestrenolum", "17b-hydroxy-17a-ethyl-19-nor-4-androstene", "etilestrenol[spanish][inn]", "213-523-6[einecs]", "maxibolin", "ethylestrenol [usan:inn][inn][usan]", "etilestrenolo [dcit]", "965-90-2[rn]", "ethyloestrenol[wiki]", "ethyloestrenol", "orabolin (tn)", "ethylestrenolum[latin]", "17a-ethylestr-4-en-17b-ol", "maxibolin[wiki]", "ethylestrenol[wiki][usan]", "durabolin-o", "17a-ethyl-17b-hydroxy-4-estrene"}|>, "2578" -> <|"DatabaseID" -> "SW01659", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23551]}, "IsomericSmiles" -> "CN1c2ccc(cc2C(=NCC1=O)C3=CCCCC3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07277"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Tetrazepam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25215]}, "Synonyms" -> {"myolastan", "tetrazepam", "4261 cb", "musaril", "clinoxan", "7-chloro-5-(1-cyclohexen-1-yl)-1,3-dihydro-1-methyl-2h-1,4-benzodiazepin-2-one", "10379-14-3[rn]", "7-chloro-5-(1-cyclohexenyl)-1-methyl-2-oxo-2,3-dihydro-1h-(1,4)-benzo(f)diazepine", "233-837-7[einecs]", "7-chloro-5-(cyclohexen-1-yl)-1,3-dihydro-1-methyl-2h-1,4-benzodiazepin-2-one", "tetrazepamum[latin]", "7-chloro-5-(1-cyclohexenyl)-1-methyl-2-oxo-2,3-dihydro-1h-[1,4]benzo[f]diazepine", "tetrazepamum [inn-latin]", "dea no. 2886", "tetrazepam [dcf:inn][inn]", "tetrazepam[wiki]", "2h-1,4-benzodiazepin-2-one,7-chloro-5-(1-cyclohexen-1-yl)-1,3-dihydro-1-methyl-", "7-chloro-5-(cyclohex-1-en-1-yl)-1-methyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one", "einecs 233-837-7", "brn 0890548", "2h-1", "5-24-04-00064", "ro 06-6657", "5-24-04-00064 (beilstein handbook reference)[beilstein]"}|>, "2579" -> <|"DatabaseID" -> "SW01660", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64734"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5883], ExternalIdentifier["ChemSpiderID", 8429], ExternalIdentifier["ChemSpiderID", 8015585], ExternalIdentifier["ChemSpiderID", 5826]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00974"]}, "IsomericSmiles" -> "C(CN(CC(=O)[O-])CC(=O)[O-])[NH+](CC(=O)[O-])CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00571"], ExternalIdentifier["KEGGID", "D01802"]}, "OfficialNames" -> <|"Indian Approved Name" -> "disodium edetate;edta", "NPC Approved Name" -> "calcium edetate", "Traditional Herbal Isolate" -> "tetra-cosanoic acid", "Australia Approved Name" -> "TRISODIUM EDETATE", "China Approved Name" -> "sodium calcium edetate", "WHO Essential Medicine" -> "sodium calcium edetate", "FDA Approved Drug" -> "EDETATE CALCIUM DISODIUM;EDETATE DISODIUM"|>, "PharmGKBID" -> "PA449439", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6049], ExternalIdentifier["PubChemCompoundID", 57339238], ExternalIdentifier["PubChemCompoundID", 9839867], ExternalIdentifier["PubChemCompoundID", 8759], ExternalIdentifier["PubChemCompoundID", 71587159]}, "Synonyms" -> {"endrate", "calcium disodium versenate", "versenate", "titriplex", "edta", "havidote", "edetic acid", "cheladrate", "sodium calcium edetate", "edt", "caedta", "calcium disodium edetate (jan)", "disodium edetate", "edetate calcium disodium (usp)", "edetate calcium", "calcium disodium versenate (tn)", "edathamil", "kiresuto b", "edetate disodium", "edta disodium", "metaquest b", "ethylenediaminete traacetic acid,disodium calcium salt", "tetazine", "calcioedetato sodico[spanish]", "ledclair", "chelaton 3", "diso-tate", "(ethylenedinitrilo)tetraacetic acid disodium salt", "calcitetracemate disodium", "calciate(2-) ((n,n'-1,2-ethanediylbis(n-(carboxymethyl)glycinato))(4-)-n,n',o,o',o(n),o(n'))- disodium (oc-6-21)-", "calciate(2-) ((n,n'-1,2-ethanediylbis(n-(carboxymethyl)glycinato))(4-)-n,n',o,o',on,on')- disodium (oc-6-21)- (9ci)", "(ethylenedinitrilo)tetraacetic acid calcium disodium salt", "edta calcium disodium", "calcium disodium edta", "ethylene diamine tetraacetic acid disodium calcium salt", "calcium disodium(ethylenedinitrilo)tetraacetate", "[(ethylenedinitrilo)tetraacetato]calciate(2-) disodium", "edathamil calcium disodium", "disodium monocalcium edta", "mosatil", "ethylenediaminetetraacetic acid calcium disodium chelate", "chelaton iii", "versene", "[[n,n'-1,2-ethanediylbis[n-(carboxymethyl)glycinato]](4-)-n,n',o,o',o n,on']calciate(2-)disodium", "edetate calcium disodium (anhydrous)[usan]", "trilon bd", "calcium disodium edathamil", "tetacin", "calcium sodium edta", "disodium edta", "edetic acid calcium disodium salt", "tetacin-calcium", "ethylenediaminetetraacetic acid calcium disodium chelate", "calciumdisodiumedetatedihydrate", "versene na", "calciate(2-) ((ethylenedinitrilo)tetraacetato)- disodium", "62-33-9[rn]", "sodium (calciedetate de)", "sodium calciumedetate", "edta disodium calcium salt", "edta acid", "antalin", "sodium caiciumedetate", "edtacal", "ethylenediaminetetraacetic acid calcium disodium salt", "ethylenediaminetetraacetic acid calcium disodium salt", "chelaton", "200-529-9[einecs]", "qv1n1vq2n1vq1vq &&ca; 2na salt[wln]", "glycine,n,n'-1,2-ethanediylbis(n-(carboxymethyl)- calcium sodium salt(1:1:2)", "calcium disodium 2,2',2'',2'''-(ethane-1,2-diylbis(azanetriyl))tetraacetate[acd/iupac name]", "calciedetate de sodium", "antallin", "adsorbonac", "calcium disodium edetate", "edetato sodico calcico [dcit]", "monocalcium disodium edta", "edta-calcium sodium", "calcium disodium ethylenediaminetetraacetate", "calcium sodium edetate", "edta calcium derivative disodium salt", "disodium ((ethylenedinitrilo)tetraacetato)calciate", "natrii calcii edetas[latin]", "calcium disodium (ethylenedinitrilo)tetraacetate", "edetate calcium disodium anhydrous", "sormetal", "calciumdinatrium-2,2',2'',2'''-(ethan-1,2-diyldinitrilo)tetraacetat", "selekton b2", "versene ca", "edetamine", "dinatrium calcium edeticum", "edta calcium disodium salt", "ethylenediaminetetraacetic acid disodium salt", "rikelate calcium", "triplex iii", "ethylenediaminetetraacetic acid", "calciate(2-) [[n,n'-1,2-ethanediylbis[n-(carboxymethyl)glycinato]](4-)-n,n',o,o',on,on']- disodium hydrate (oc-6-21)-", "acetic acid (ethylenedinitrilo)tetra- calcium disodium salt", "calcium titriplex", "edetate calcium disodium", "calcium disodium 2,2',2'',2'''-(ethane-1,2-diyldinitrilo)tetraacetate", "disodium calcium edta", "edetamin", "6381-92-6[rn]", "ethylenediaminetetraaceticacid calcium disodium salt(1:1:2)", "calciate(2-) ((n,n'-1,2-ethanediylbis(n-(carboxymethyl)glycinato))(4-)-n,n',o,o',on,on'),disodium (oc-6-21)-", "calcium sodium 2,2',2'',2'''-(1,2-ethanediyldinitrilo)tetraacetate (1:2:1)[acd/iupac name]", "edthamil", "disodium calcium ethylenediaminetetraacetate", "edetate calcium disodium anhydrous[usp]", "calcium edetate sodium", "calcium sodium 2,2',2'',2'''-(ethane-1,2-diyldinitrilo)tetraacetate (1:2:1)", "edetic acid calcium disodium salt", "complexon iii", "endrate disodium", "versene acid", "clewat n", "komplexon iii", "dotite 2na", "disodium versene", "disodium edathamil", "sodium versenate", "chelest b", "zonon d", "selekton b 2", "edta disodium salt", "edta disodium salt (anhydrous)", "glyceroltributyrin", "nullapon bf acid", "glycine,n,n'-1,2-ethanediylbis(n-(carboxymethyl)- disodium salt", "(ethane-1,2-diyldinitrilo)tetraacetic acid", "chelest 200", "collyrium fresh-eye drops", "sequestrene sodium 2", "42615-28-1[rn]", "edetate", "titriplex ii", "n,n'-1,2-ethanediylbis[n-(carboxymethyl)]glycine", "veresene disodium salt", "ethylenediaminetetraacetic acid disodium", "disodium tetracemate", "edetic acid[nf]", "disodium ethylenediamine-n,n,n',n'-tetraacetate", "disodium edta dihydrate", "disodium edetate dihydrate", "acide edetique[french][inn]", "sequestrene aa", "ethylenedinitrilotetracetatic acid", "versene na2", "edetate disodium[usp]", "disodium2,2',2'',2'''-(ethane-1,2-diyldiammonio)tetraacetate", "sodium edetate", "ethylenebis(iminodiacetic acid) disodium salt", "ethylene diamine tetraacetic acid disodium salt", "universne acid", "disotate", "disodium diacid ethylenediaminetetraacetate", "disodium2,2'-{ethane-1,2-diylbis[(carboxymethyl)imino]}diacetate (non-preferredname)", "acidum edeticum", "n,n'-1,2-ethanediylbis[n-(carboxymethyl)glycine]", "perma kleer di crystals", "trilon bw", "trilon bs", "acidum edeticum[latin]", "2,2',2'',2'''-(1,2-ethanediyldinitrilo)tetraacetic acid[acd/iupac name]", "2-({2-[bis(carboxymethyl)amino]ethyl}(carboxymethyl)amino)acetic acid", "disodium2,2'-({2-[bis(carboxymethyl)amino]ethyl}imino)diacetate", "acide ethylenediaminetetracetique", "glycine n,n'-1,2-ethanediylbis(n-(carboxymethyl)-", "disodium dihydrogen ethylenediaminetetraacetate", "h4edta", "nullapon b acid", "edetate sodium", "tributyryl glyceride", "disodium sequestrene", "139-33-3[rn]", "acetic acid (ethylenedinitrilo)tetra-", "cheelox bf acid", "questex 4h", "versonol 120", "techrun do", "ethylenediamine-n,n,n',n'-tetraacetic acid", "ethylenedinitrilotetraacetic acid", "vinkeil 100", "na2-edta", "disodium ethylenediaminetetraacetate", "(ethylenedinitrilo)tetraacetic acid,ion(4-);2,2',2'',2'''-(ethane-1,2-diyldinitrilo)tetraacetate;acide ethylenediaminetetracetique;edta ion(4-); edta; ethylenediaminetetraacetate", "acetic acid (ethylenedinitrilo)tetra- disodium salt,dihydrate", "disodium versenate", "disodium2,2'-{ethane-1,2-diylbis[(carboxymethyl)imino]}diacetate", "edta ion(4-)", "tributyroin", "tetracemate disodium", "3,6-diazaoctanedioic acid 3,6-bis(carboxymethyl)-", "37341-71-2[rn]", "sequestrol", "komplexon ii", "chelest 3a", "mavacid ed 4", "(ethylenedinitrilo)-tetraacetic acid disodium salt", "f 1", "tetrine acid", "n,n'-1,2-ethanediylbis[n-(carboxymethyl)glycine] disodium salt", "n,n'-1,2-ethanediylbis(n-(carboxymethyl)glycine)", "edetate disodium [usan:ban][usan]", "ethylenediaminetetraacetic acid disodium salt", "quastal special", "n,n'-1,2-ethanediylbis(n-(carboxymethyl)glycine) disodium salt", "tri-n-butyrin", "acetic acid 2,2',2'',2'''-(1,2-ethanediyldinitrilo)tetrakis-", "(ethylenedinitrilo)tetraacetic acid ion(4-)", "69772-70-9[rn]", "celon ath", "acido edetico[spanish][inn]", "edetic acid [inn_en]", "edetic acid [ban:inn][inn]", "ethylenediamine tetraacetic acid", "ethylenediaminotetraacetic acid", "200-449-4[einecs]", "ethylenediaminetetraacetate[wiki]", "dinatrium ethylendiamintetraacetat[czech]", "tributin", "chemcolox 340", "acide edetique", "acide edetique; acido edetico; acidum edeticum; edetic acid", "tributyrinine", "celon a", "disodium n,n'-1,2-ethanediylbis(n-(carboxymethyl)glycine)", "sodium n,n'-ethane-1,2-diylbis(n-(carboxymethyl)glycinate)", "1716295[beilstein]", "ethylenediaminetetraaceticaciddisodiumsalt", "2,2',2'',2'''-(ethane-1,2-diyldinitrilo)tetraacetate", "chelaplex iii", "disodium salt of edta", "acetic acid (ethylenedinitrilo)tetra- disodium salt", "gluma cleanser", "disodium (ethylenedinitrilo)tetraacetic acid", "cheelox", "disodium dihydrogen(ethylenedinitrilo)tetraacetate", "disodium2,2'-{1,2-ethanediylbis[(carboxymethyl)imino]}diacetate (non-preferred name)[acd/iupac name]", "titriplex iii", "hamp-ene acid", "complexon ii", "nervanaid b acid", "n,n'-1,2-ethanediylbis(n-(carboxymethyl))glycine", "butanoic acid 1,2,3-propanetriyl ester", "104244-09-9[rn]", "disodium edta anhydrous", "warkeelate acid", "acide ethylenediaminetetracetique[french]", "(ethane-1,2-diyldinitrilo)tetraacetate", "disodium (ethylenedinitrilo)tetraacetate", "dissolvine e", "sequestric acid", "na2h2edta", "edetic acid disodium salt", "edathamil disodium", "edetate disodium anhydrous", "acido edetico", "e.d.t.a. disodique[french]", "4-04-00-02449 (beilstein handbook reference)[beilstein]", "zonon ao", "metaquest a", "versene acid (tn)", "disodium dihydrogen ethylenediaminetetraacetic acid", "dxa", "2,2',2'',2'''-(ethane-1,2-diyldinitrilo)tetraacetic acid", "ethylenediaminetetraaceticacid", "n,n'-1,2-ethane diylbis-(n-(carboxymethyl)glycine)", "clewat taa", "kyselina ethylendiamintetraoctova[czech]", "dinatrium-2,2'-{ethan-1,2-diylbis[(carboxymethyl)imino]}diacetat", "acroma dh 700", "edetate disodium (anhydrous)", "239-001-8[einecs]", "perma kleer 50 crystals disodium salt", "(ethylenedinitrilo)tetraacetic acid", "trilon b", "versene disodium salt", "205-358-3[einecs]", "ethylenediaminetetraacetate disodium salt", "60-00-4[rn]", "perma kleer 50 acid", "ethylenediaminetetraacetic acid[wiki]", "1892-64-4[rn]", "piperazine", "piperazine calcium edetate dihydrate", "edta sodium", "calciate(2-)", "50322-15-1", "unii-z989u674vv", "disodium edetate hydrate"}|>, "2580" -> <|"DatabaseID" -> "SW01661", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 167689]}, "IsomericSmiles" -> "C[n+]1cccc(c1)C(=O)Oc2c(cc(cc2O)C(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "precatorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54704420]}, "Synonyms" -> {"3", "precatorine", "alpha-n", "3-((4-carboxy-2", "3-((4-carboxy-2,6-dihydroxyphenoxy)carbonyl)-1-methylpyridinium hydroxide inner salt", "ag-j-47950", "36675-57-7[rn]", "ar-1e9666", "ac1l4vvb", "ac1q60mp"}|>, "2581" -> <|"DatabaseID" -> "SW01662", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "41001"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 395095]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01515"]}, "IsomericSmiles" -> "C[NH+]1[C@H]2CC[C@@H]1[C@H]([C@H](C2)OC(=O)c3ccccc3)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "benzoyl ecgonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 448223]}, "Synonyms" -> {"o-benzoylecgonine", "(-)-benzoylecgonine", "benzoylecgonine solution", "benzoylecgonine hydrate", "o-benzoyl-(-)-ecgonine", "ecgonine benzoate", "benzoylecgonine", "bcg", "beg", "dsstox_gsid_46758", "8-azabicyclo[3.2.1]octane-2-carboxylic acid,3-(benzoyloxy)-8-methyl- (1r,2r,3s,5s)-", "8-azabicyclo[3.2.1]octane-2-carboxylic acid,3-(benzoyloxy)-8-methyl- (1r,2r,3s,5s)- (9ci)", "519-09-5[rn]", "(1r,2r,3s,5s)-3-(benzoyloxy)-8-methyl-8-azabicyclo[3.2.1]octane-2-carboxylic acid", "208-263-5[einecs]", "8-azabicyclo[3.2.1]octane-2-carboxylic acid,3-(benzoyloxy)-8-methyl- [1r-(exo,exo)]-", "3b-hydroxy-1ah,5ah-tropane-2b-carboxylic acid benzoate", "3-(benzoyloxy)-8-methyl-8-azabicyclo[3.2.1]octane-2-carboxylic acid", "benzoylecogonine", "3-(benzoyloxy)-8-methyl-8-azabicyclo[3.2.1]octane-2-carboxylicacid[acd/iupac name]", "benzoylecgonine[wiki]", "dsstox_rid_81882", "ecgonine benzoyl-", "(1r,2r,3s,5s)-8-methyl-3-[(phenylcarbonyl)oxy]-8-azabicyclo[3.2.1]octane-2-carboxylic acid", "dsstox_cid_26758", "ecgonine benzoate (6ci,7ci)"}|>, "2582" -> <|"DatabaseID" -> "SW01662", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "41001"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 395095]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01515"]}, "IsomericSmiles" -> "C[NH+]1[C@H]2CC[C@@H]1[C@H]([C@H](C2)OC(=O)c3ccccc3)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "benzoyl ecgonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 448223]}, "Synonyms" -> {"o-benzoylecgonine", "(-)-benzoylecgonine", "benzoylecgonine solution", "benzoylecgonine hydrate", "o-benzoyl-(-)-ecgonine", "ecgonine benzoate", "benzoylecgonine", "bcg", "beg", "dsstox_gsid_46758", "8-azabicyclo[3.2.1]octane-2-carboxylic acid,3-(benzoyloxy)-8-methyl- (1r,2r,3s,5s)-", "8-azabicyclo[3.2.1]octane-2-carboxylic acid,3-(benzoyloxy)-8-methyl- (1r,2r,3s,5s)- (9ci)", "519-09-5[rn]", "(1r,2r,3s,5s)-3-(benzoyloxy)-8-methyl-8-azabicyclo[3.2.1]octane-2-carboxylic acid", "208-263-5[einecs]", "8-azabicyclo[3.2.1]octane-2-carboxylic acid,3-(benzoyloxy)-8-methyl- [1r-(exo,exo)]-", "3b-hydroxy-1ah,5ah-tropane-2b-carboxylic acid benzoate", "3-(benzoyloxy)-8-methyl-8-azabicyclo[3.2.1]octane-2-carboxylic acid", "benzoylecogonine", "3-(benzoyloxy)-8-methyl-8-azabicyclo[3.2.1]octane-2-carboxylicacid[acd/iupac name]", "benzoylecgonine[wiki]", "dsstox_rid_81882", "ecgonine benzoyl-", "(1r,2r,3s,5s)-8-methyl-3-[(phenylcarbonyl)oxy]-8-azabicyclo[3.2.1]octane-2-carboxylic acid", "dsstox_cid_26758", "ecgonine benzoate (6ci,7ci)"}|>, "2583" -> <|"DatabaseID" -> "SW01663", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31322"], ExternalIdentifier["ChEBIID", "3215"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58277], ExternalIdentifier["ChemSpiderID", 2380]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00297"]}, "IsomericSmiles" -> "CCCC[NH+]1CCCCC1C(=O)Nc2c(cccc2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01450"], ExternalIdentifier["KEGGID", "D07552"]}, "OfficialNames" -> <|"China Approved Name" -> "bupivacaine", "WHO Essential Medicine" -> "bupivacaine", "Indian Approved Name" -> "bupivacaine", "FDA Approved Drug" -> "BUPIVACAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA135057240", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64737], ExternalIdentifier["PubChemCompoundID", 2474]}, "Synonyms" -> {"bupivacaine", "dl-bupivacaine", "anekain", "marcaine", "marcaine spinal", "sensorcaine-mpf spinal", "bloqueina", "carbostesin", "cbupivacaine", "(+-)-bupivacaine", "bupivan", "sensorcaine-mpf", "sensorcaine", "exparel", "lac-43", "bupivacaine hcl", "marcaine e (bupivacaine hydrochloride + epinephrine bitartrate)_mixture", "marcaine[wiki]", "chirocaine", "prostanoid ep1 receptor", "bupivacaine hcl kit", "sensorcaine forte (bupivacaine hydrochloride + epinephrine bitartrate)_mixture", "pge receptor ep1 subtype", "bupivacainum [inn-latin]", "transdur-bupivacaine", "14252-80-3[rn]", "depobupivacaine", "bupivacaina [inn-spanish]", "marcaina", "sensorcaine[wiki]", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamide[acd/iupac name]", "marcaine hcl", "dur-843", "1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamide", "1-butyl-n-(2,6-dimethylphenyl)piperidin-2-carboxamid", "dl-1-butyl-2',6'-pipecoloxylidide", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamide;", "bupivacaina[spanish][inn]", "(1)-1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamide", "38396-39-3[rn]", "dl-n-n-butylpipecolic acid 2,6-xylidide", "253-911-2[einecs]", "sensorcaine forte", "1-butyl-2-(2,6-xylylcarbamoyl)piperidine", "bupivacainum[latin][inn]", "1-butyl-piperidine-2-carboxylic acid(2,6-dimethyl-phenyl)-amide", "bupivacaine[wiki][inn][usan]", "bupivicaine", "2',6'-pipecoloxylidide 1-butyl-", "bupivacaina", "bupivacainum", "1-butyl-2',6'-pipecoloxylidide", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)-", "dl-1-n-butylpiperidine-2-carboxylic acid 2,6-dimethylanilide", "sky0402", "bucaine", "dl-1-butyl-2,'6'-pipecoloxylidide", "1-butyl-n-(2,6-dimethylphenyl)-piperidine-2-carboxamide", "218-553-3[einecs]", "bupivacainum [inn_la]", "1-n-butyl-2',6'-dimethyl-2-piperidinecarboxanilide", "bupivacaine hydrochloride", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamidehydrochloride", "bupivacainehcl", "(+-)-bupivacaine hydrochloride", "1-butyl-n-(2,6-dimethylphenyl)piperidin-2-carboxamidhydrochlorid", "2'", "2',6'-pipecoloxylidide 1-butyl- hydrochloride", "bupivacaine hcl[usan]", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- hydrochloride(1:1)", "2',6'-pipecoloxylidide 1-butyl- monohydrochloride", "bupivacainehydrochloride", "n-(2,6-dimethylphenyl)(1-butyl(2-piperidyl))carboxamide chloride", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- monohydrochloride monohydrate", "win 11318 hcl", "marcain marcaine sensorcaine vivacaine", "1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamidehydrochloride", "st013772", "14252-80-3", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidine-carboxamide hydrochloride", "marcain;marcaine;sensorcaine;vivacaine", "2-piperidinecarboxamide", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- monohydrochloride", "bupivacaine hydrochloride[jan][usan]", "bupivacaine hydrochloride hydrate", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamidemonohydrochloride", "18010-40-7", "1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamidehydrochloride (1:1)", "bupicacain hydrochlorid-1-wasser", "sensorcaine mpf", "einecs 241-917-8", "win-11318", "18010-40-7[rn]"}|>, "2584" -> <|"DatabaseID" -> "SW01663", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31322"], ExternalIdentifier["ChEBIID", "3215"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58277], ExternalIdentifier["ChemSpiderID", 2380]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00297"]}, "IsomericSmiles" -> "CCCC[NH+]1CCCCC1C(=O)Nc2c(cccc2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01450"], ExternalIdentifier["KEGGID", "D07552"]}, "OfficialNames" -> <|"China Approved Name" -> "bupivacaine", "WHO Essential Medicine" -> "bupivacaine", "Indian Approved Name" -> "bupivacaine", "FDA Approved Drug" -> "BUPIVACAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA135057240", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64737], ExternalIdentifier["PubChemCompoundID", 2474]}, "Synonyms" -> {"bupivacaine", "dl-bupivacaine", "anekain", "marcaine", "marcaine spinal", "sensorcaine-mpf spinal", "bloqueina", "carbostesin", "cbupivacaine", "(+-)-bupivacaine", "bupivan", "sensorcaine-mpf", "sensorcaine", "exparel", "lac-43", "bupivacaine hcl", "marcaine e (bupivacaine hydrochloride + epinephrine bitartrate)_mixture", "marcaine[wiki]", "chirocaine", "prostanoid ep1 receptor", "bupivacaine hcl kit", "sensorcaine forte (bupivacaine hydrochloride + epinephrine bitartrate)_mixture", "pge receptor ep1 subtype", "bupivacainum [inn-latin]", "transdur-bupivacaine", "14252-80-3[rn]", "depobupivacaine", "bupivacaina [inn-spanish]", "marcaina", "sensorcaine[wiki]", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamide[acd/iupac name]", "marcaine hcl", "dur-843", "1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamide", "1-butyl-n-(2,6-dimethylphenyl)piperidin-2-carboxamid", "dl-1-butyl-2',6'-pipecoloxylidide", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamide;", "bupivacaina[spanish][inn]", "(1)-1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamide", "38396-39-3[rn]", "dl-n-n-butylpipecolic acid 2,6-xylidide", "253-911-2[einecs]", "sensorcaine forte", "1-butyl-2-(2,6-xylylcarbamoyl)piperidine", "bupivacainum[latin][inn]", "1-butyl-piperidine-2-carboxylic acid(2,6-dimethyl-phenyl)-amide", "bupivacaine[wiki][inn][usan]", "bupivicaine", "2',6'-pipecoloxylidide 1-butyl-", "bupivacaina", "bupivacainum", "1-butyl-2',6'-pipecoloxylidide", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)-", "dl-1-n-butylpiperidine-2-carboxylic acid 2,6-dimethylanilide", "sky0402", "bucaine", "dl-1-butyl-2,'6'-pipecoloxylidide", "1-butyl-n-(2,6-dimethylphenyl)-piperidine-2-carboxamide", "218-553-3[einecs]", "bupivacainum [inn_la]", "1-n-butyl-2',6'-dimethyl-2-piperidinecarboxanilide", "bupivacaine hydrochloride", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamidehydrochloride", "bupivacainehcl", "(+-)-bupivacaine hydrochloride", "1-butyl-n-(2,6-dimethylphenyl)piperidin-2-carboxamidhydrochlorid", "2'", "2',6'-pipecoloxylidide 1-butyl- hydrochloride", "bupivacaine hcl[usan]", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- hydrochloride(1:1)", "2',6'-pipecoloxylidide 1-butyl- monohydrochloride", "bupivacainehydrochloride", "n-(2,6-dimethylphenyl)(1-butyl(2-piperidyl))carboxamide chloride", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- monohydrochloride monohydrate", "win 11318 hcl", "marcain marcaine sensorcaine vivacaine", "1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamidehydrochloride", "st013772", "14252-80-3", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidine-carboxamide hydrochloride", "marcain;marcaine;sensorcaine;vivacaine", "2-piperidinecarboxamide", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- monohydrochloride", "bupivacaine hydrochloride[jan][usan]", "bupivacaine hydrochloride hydrate", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamidemonohydrochloride", "18010-40-7", "1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamidehydrochloride (1:1)", "bupicacain hydrochlorid-1-wasser", "sensorcaine mpf", "einecs 241-917-8", "win-11318", "18010-40-7[rn]"}|>, "2585" -> <|"DatabaseID" -> "SW01663", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31322"], ExternalIdentifier["ChEBIID", "3215"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58277], ExternalIdentifier["ChemSpiderID", 2380]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00297"]}, "IsomericSmiles" -> "CCCC[NH+]1CCCCC1C(=O)Nc2c(cccc2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01450"], ExternalIdentifier["KEGGID", "D07552"]}, "OfficialNames" -> <|"China Approved Name" -> "bupivacaine", "WHO Essential Medicine" -> "bupivacaine", "Indian Approved Name" -> "bupivacaine", "FDA Approved Drug" -> "BUPIVACAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA135057240", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64737], ExternalIdentifier["PubChemCompoundID", 2474]}, "Synonyms" -> {"bupivacaine", "dl-bupivacaine", "anekain", "marcaine", "marcaine spinal", "sensorcaine-mpf spinal", "bloqueina", "carbostesin", "cbupivacaine", "(+-)-bupivacaine", "bupivan", "sensorcaine-mpf", "sensorcaine", "exparel", "lac-43", "bupivacaine hcl", "marcaine e (bupivacaine hydrochloride + epinephrine bitartrate)_mixture", "marcaine[wiki]", "chirocaine", "prostanoid ep1 receptor", "bupivacaine hcl kit", "sensorcaine forte (bupivacaine hydrochloride + epinephrine bitartrate)_mixture", "pge receptor ep1 subtype", "bupivacainum [inn-latin]", "transdur-bupivacaine", "14252-80-3[rn]", "depobupivacaine", "bupivacaina [inn-spanish]", "marcaina", "sensorcaine[wiki]", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamide[acd/iupac name]", "marcaine hcl", "dur-843", "1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamide", "1-butyl-n-(2,6-dimethylphenyl)piperidin-2-carboxamid", "dl-1-butyl-2',6'-pipecoloxylidide", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamide;", "bupivacaina[spanish][inn]", "(1)-1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamide", "38396-39-3[rn]", "dl-n-n-butylpipecolic acid 2,6-xylidide", "253-911-2[einecs]", "sensorcaine forte", "1-butyl-2-(2,6-xylylcarbamoyl)piperidine", "bupivacainum[latin][inn]", "1-butyl-piperidine-2-carboxylic acid(2,6-dimethyl-phenyl)-amide", "bupivacaine[wiki][inn][usan]", "bupivicaine", "2',6'-pipecoloxylidide 1-butyl-", "bupivacaina", "bupivacainum", "1-butyl-2',6'-pipecoloxylidide", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)-", "dl-1-n-butylpiperidine-2-carboxylic acid 2,6-dimethylanilide", "sky0402", "bucaine", "dl-1-butyl-2,'6'-pipecoloxylidide", "1-butyl-n-(2,6-dimethylphenyl)-piperidine-2-carboxamide", "218-553-3[einecs]", "bupivacainum [inn_la]", "1-n-butyl-2',6'-dimethyl-2-piperidinecarboxanilide", "bupivacaine hydrochloride", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamidehydrochloride", "bupivacainehcl", "(+-)-bupivacaine hydrochloride", "1-butyl-n-(2,6-dimethylphenyl)piperidin-2-carboxamidhydrochlorid", "2'", "2',6'-pipecoloxylidide 1-butyl- hydrochloride", "bupivacaine hcl[usan]", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- hydrochloride(1:1)", "2',6'-pipecoloxylidide 1-butyl- monohydrochloride", "bupivacainehydrochloride", "n-(2,6-dimethylphenyl)(1-butyl(2-piperidyl))carboxamide chloride", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- monohydrochloride monohydrate", "win 11318 hcl", "marcain marcaine sensorcaine vivacaine", "1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamidehydrochloride", "st013772", "14252-80-3", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidine-carboxamide hydrochloride", "marcain;marcaine;sensorcaine;vivacaine", "2-piperidinecarboxamide", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- monohydrochloride", "bupivacaine hydrochloride[jan][usan]", "bupivacaine hydrochloride hydrate", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamidemonohydrochloride", "18010-40-7", "1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamidehydrochloride (1:1)", "bupicacain hydrochlorid-1-wasser", "sensorcaine mpf", "einecs 241-917-8", "win-11318", "18010-40-7[rn]"}|>, "2586" -> <|"DatabaseID" -> "SW01663", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31322"], ExternalIdentifier["ChEBIID", "3215"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58277], ExternalIdentifier["ChemSpiderID", 2380]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00297"]}, "IsomericSmiles" -> "CCCC[NH+]1CCCCC1C(=O)Nc2c(cccc2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01450"], ExternalIdentifier["KEGGID", "D07552"]}, "OfficialNames" -> <|"China Approved Name" -> "bupivacaine", "WHO Essential Medicine" -> "bupivacaine", "Indian Approved Name" -> "bupivacaine", "FDA Approved Drug" -> "BUPIVACAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA135057240", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64737], ExternalIdentifier["PubChemCompoundID", 2474]}, "Synonyms" -> {"bupivacaine", "dl-bupivacaine", "anekain", "marcaine", "marcaine spinal", "sensorcaine-mpf spinal", "bloqueina", "carbostesin", "cbupivacaine", "(+-)-bupivacaine", "bupivan", "sensorcaine-mpf", "sensorcaine", "exparel", "lac-43", "bupivacaine hcl", "marcaine e (bupivacaine hydrochloride + epinephrine bitartrate)_mixture", "marcaine[wiki]", "chirocaine", "prostanoid ep1 receptor", "bupivacaine hcl kit", "sensorcaine forte (bupivacaine hydrochloride + epinephrine bitartrate)_mixture", "pge receptor ep1 subtype", "bupivacainum [inn-latin]", "transdur-bupivacaine", "14252-80-3[rn]", "depobupivacaine", "bupivacaina [inn-spanish]", "marcaina", "sensorcaine[wiki]", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamide[acd/iupac name]", "marcaine hcl", "dur-843", "1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamide", "1-butyl-n-(2,6-dimethylphenyl)piperidin-2-carboxamid", "dl-1-butyl-2',6'-pipecoloxylidide", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamide;", "bupivacaina[spanish][inn]", "(1)-1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamide", "38396-39-3[rn]", "dl-n-n-butylpipecolic acid 2,6-xylidide", "253-911-2[einecs]", "sensorcaine forte", "1-butyl-2-(2,6-xylylcarbamoyl)piperidine", "bupivacainum[latin][inn]", "1-butyl-piperidine-2-carboxylic acid(2,6-dimethyl-phenyl)-amide", "bupivacaine[wiki][inn][usan]", "bupivicaine", "2',6'-pipecoloxylidide 1-butyl-", "bupivacaina", "bupivacainum", "1-butyl-2',6'-pipecoloxylidide", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)-", "dl-1-n-butylpiperidine-2-carboxylic acid 2,6-dimethylanilide", "sky0402", "bucaine", "dl-1-butyl-2,'6'-pipecoloxylidide", "1-butyl-n-(2,6-dimethylphenyl)-piperidine-2-carboxamide", "218-553-3[einecs]", "bupivacainum [inn_la]", "1-n-butyl-2',6'-dimethyl-2-piperidinecarboxanilide", "bupivacaine hydrochloride", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamidehydrochloride", "bupivacainehcl", "(+-)-bupivacaine hydrochloride", "1-butyl-n-(2,6-dimethylphenyl)piperidin-2-carboxamidhydrochlorid", "2'", "2',6'-pipecoloxylidide 1-butyl- hydrochloride", "bupivacaine hcl[usan]", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- hydrochloride(1:1)", "2',6'-pipecoloxylidide 1-butyl- monohydrochloride", "bupivacainehydrochloride", "n-(2,6-dimethylphenyl)(1-butyl(2-piperidyl))carboxamide chloride", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- monohydrochloride monohydrate", "win 11318 hcl", "marcain marcaine sensorcaine vivacaine", "1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamidehydrochloride", "st013772", "14252-80-3", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidine-carboxamide hydrochloride", "marcain;marcaine;sensorcaine;vivacaine", "2-piperidinecarboxamide", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- monohydrochloride", "bupivacaine hydrochloride[jan][usan]", "bupivacaine hydrochloride hydrate", "1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamidemonohydrochloride", "18010-40-7", "1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamidehydrochloride (1:1)", "bupicacain hydrochlorid-1-wasser", "sensorcaine mpf", "einecs 241-917-8", "win-11318", "18010-40-7[rn]"}|>, "2587" -> <|"DatabaseID" -> "SW01664", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6149"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01002"]}, "IsomericSmiles" -> "CCCC[NH+]1CCCC[C@H]1C(=O)Nc2c(cccc2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01287"], ExternalIdentifier["KEGGID", "D08116"]}, "OfficialNames" -> <|"China Approved Name" -> "levobupivacaine", "Australia Approved Name" -> "LEVOBUPIVACAINE", "FDA Approved Drug" -> "LEVOBUPIVACAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164754741", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 117965], ExternalIdentifier["PubChemCompoundID", 92253]}, "Synonyms" -> {"levobupivacaine", "chirocaine", "l(-)-bupivacaine", "(-)-bupivacaine", "l-(-)-bupivacaine", "(s)-bupivacaine", "(s)-1-butyl-2'", "hpn3", "peripheral nerve sodium channel 3", "voltage-gated sodium channel subunit alpha nav1.8", "sodium channel protein type x subunit alpha", "2',6'-pipecoloxylidide 1-butyl- l-(-)-", "(s)-1-butyl-2',6'-pipecoloxylidide", "(minus)-bupivacaine", "levobupivacaine hydrochloride", "2180-92-9[rn]", "ac1l3nqm", "novabupi", "cas-18010-40-7", "(2s)-1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamide", "novabupi (tn)", "levobupivacaine (inn)", "27262-47-1[rn]", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- (2s)-", "337376-15-5", "levobupivacaine[wiki]", "chebi:6149", "(s)-(-)-bupivacaine", "(2s)-1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamide[acd/iupac name]", "l-(-)-1-butyl-2',6'-pipecoloxylidide", "popscaine", "2-piperidinecarboxamide", "2'", "27262-48-2", "bupicaine hydrochloride (-)", "chebi:31772", "levobupivacaine hcl"}|>, "2588" -> <|"DatabaseID" -> "SW01664", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6149"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01002"]}, "IsomericSmiles" -> "CCCC[NH+]1CCCC[C@H]1C(=O)Nc2c(cccc2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01287"], ExternalIdentifier["KEGGID", "D08116"]}, "OfficialNames" -> <|"China Approved Name" -> "levobupivacaine", "Australia Approved Name" -> "LEVOBUPIVACAINE", "FDA Approved Drug" -> "LEVOBUPIVACAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164754741", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 117965], ExternalIdentifier["PubChemCompoundID", 92253]}, "Synonyms" -> {"levobupivacaine", "chirocaine", "l(-)-bupivacaine", "(-)-bupivacaine", "l-(-)-bupivacaine", "(s)-bupivacaine", "(s)-1-butyl-2'", "hpn3", "peripheral nerve sodium channel 3", "voltage-gated sodium channel subunit alpha nav1.8", "sodium channel protein type x subunit alpha", "2',6'-pipecoloxylidide 1-butyl- l-(-)-", "(s)-1-butyl-2',6'-pipecoloxylidide", "(minus)-bupivacaine", "levobupivacaine hydrochloride", "2180-92-9[rn]", "ac1l3nqm", "novabupi", "cas-18010-40-7", "(2s)-1-butyl-n-(2,6-dimethylphenyl)piperidine-2-carboxamide", "novabupi (tn)", "levobupivacaine (inn)", "27262-47-1[rn]", "2-piperidinecarboxamide 1-butyl-n-(2,6-dimethylphenyl)- (2s)-", "337376-15-5", "levobupivacaine[wiki]", "chebi:6149", "(s)-(-)-bupivacaine", "(2s)-1-butyl-n-(2,6-dimethylphenyl)-2-piperidinecarboxamide[acd/iupac name]", "l-(-)-1-butyl-2',6'-pipecoloxylidide", "popscaine", "2-piperidinecarboxamide", "2'", "27262-48-2", "bupicaine hydrochloride (-)", "chebi:31772", "levobupivacaine hcl"}|>, "2589" -> <|"DatabaseID" -> "SW01665", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "164200"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5363]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08604"]}, "IsomericSmiles" -> "c1cc(c(cc1Cl)O)Oc2ccc(cc2Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06226"]}, "OfficialNames" -> <|"Indian Approved Name" -> "triclosan", "Australia Approved Name" -> "TRICLOSAN", "FDA Approved Drug" -> "TRICLOSAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5564]}, "Synonyms" -> {"triclosan", "irgasan", "irgasan dp300", "irgasan dp 300", "stri-dex cleansing bar", "cloxifenolum", "3380-34-5[rn]", "14175-14-5[rn]", "irgasan dp 200", "5-chlor-2-(2,4-dichlorphenoxy)phenol", "ster-zac", "2,4,4'-trichloro-2'-hydroxy diphenyl ether", "irgasan dp 30", "irgasan dp 3000", "trientinum[latin]", "5-chloro-2-(2", "5-chloro-2-(2,4-dichloro-phenoxy)-phenol", "irgasan pg 60", "triclosanum [inn_la]", "ether 2'-hydroxy-2,4,4'-trichlorodiphenyl", "tersaseptic", "zilesan uv", "2,4,4'-trichloro-2'-hydroxydiphenyl ether", "thdp", "sterzac bath concentrate", "39421-77-7[rn]", "5-chloro-(2,4-dichlorophenoxy)phenol", "222-182-2[einecs]", "105093-20-7[rn]", "trisan", "4-04-00-01242 (beilstein handbook reference)[beilstein]", "ster zac bath concentrate", "trichloro-2'-hydroxydiphenyl ether", "tccp", "aquasept", "2", "caswell no. 186a", "4961-40-4[rn]", "triclosanum", "5-chloro-2-(2,4-dichlorophenoxy)phenol[acd/iupac name]", "vinyzene dp 7000", "cliniclean", "sapoderm", "araldite hardener hy 951", "irgasan ch 3635", "oxy skin wash", "88032-08-0[rn]", "ster-zac bath concentrate", "2-hydroxy-2',4,4'-trichlorodiphenyl ether", "phenol 5-chloro-2-(2,4-dichlorophenoxy)-", "112099-35-1[rn]", "71124-11-3[rn]", "2,4,4'-trichloro-2'-hydroxydiphenylether", "manusept", "triclosanum[latin]", "ultrafresh nm 100", "trientina[spanish][inn]", "64111-81-5[rn]", "yujiexin", "tl8002539", "110670-33-2[rn]", "d014260", "phenyl ether 2'-hydroxy-2,4,4'-trichloro-", "2-(2,4-dichlorophenoxy)-5-chlorophenol", "tcl", "clearasil daily face wash", "triclosan[wiki]", "tinosan am 100", "stri-dex face wash", "phisohex", "s00100", "araldite hy 951", "5-chlor-2-(2,4-dichlorphenoxy)benzolol[german]", "triclosan [usan:ban:inn][inn][usan]", "irgasan pe 30", "cloxifenol", "microban b", "3380-34-5", "microshield t"}|>, "2590" -> <|"DatabaseID" -> "SW01666", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43183]}, "IsomericSmiles" -> "c1ccc(c(c1)C(=O)[O-])Nc2cc(ccc2C(=O)[O-])Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01808"]}, "OfficialNames" -> <|"NPC Approved Name" -> "lobenzarit"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3946]}, "Synonyms" -> {"lobenzarit disodium", "carfenil", "lobenzarit sodium", "benzoic acid 2-((2-carboxyphenyl)amino)-4-chloro- disodium salt", "82050-62-2[rn]", "4-chlor-2", "2-(2-carboxyanilino)-4-chlorobenzoic acid", "benzoic acid 2-[(2-carboxyphenyl)amino]-4-chloro- sodium salt(1:2)", "64808-48-6[rn]", "carfenil (tn)", "cca (same as lobenzarit sodium)", "disodium 4-chloro-2,2'-iminobenzoate", "lobenzarit disodium salt", "disodium 4-chloro-2", "lobenzart", "disodium 2-[(2-carboxylatophenyl)amino]-4-chlorobenzoate[acd/iupac name]", "2-((2-carboxyphenyl)amino)-4-chlorobenzoic acid", "benzoic acid", "2-((2-carboxyphenyl)amino)-4-chlorobenzoic acid disodium salt", "lobenzaritum [inn-latin]", "2-[(2-carboxyphenyl)amino]-4-chlorobenzoic acid", "63329-53-3", "lobenzarit", "lobenzarit sodium[usan]", "disodium 4-chloro-2,2'-iminodibenzoate", "cca"}|>, "2591" -> <|"DatabaseID" -> "SW01667", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6068]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01325"]}, "IsomericSmiles" -> "CCC1Nc2cc(c(cc2C(=O)N1)S(=O)(=O)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00461"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "QUINETHAZONE"|>, "PharmGKBID" -> "PA164760863", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6307]}, "Synonyms" -> {"idrokin", "aquamox", "hydromox", "chinetazone [dcit]", "quinethazone", "quinethazon", "chinethazonum", "quinethazonum", "quinethazonum [inn-latin]", "quinetazona [inn-spanish]", "quinetazona[spanish][inn]", "na-cl symporter", "thiazide-sensitive sodium-chloride cotransporter", "quinethazone[wiki]", "5-25-09-00214 (beilstein handbook reference)[beilstein]", "hydromox (tn)", "7-chloro-2-ethyl-4-oxo-1,2,3,4-tetrahydroquinazoline-6-sulfonamide", "200-801-7[einecs]", "quinethazone (aquamox)", "7-chloro-2-ethyl-1,2,3,4-tetrahydro-4-oxo-6-sulfamoylquinazoline", "hydromox r (quinethazone + reserpine)_mixture", "2-ethyl-7-chloro-1,2,3,4-tetrahydro-4-oxochinazolin-6-sulfonamid", "7-chloro-2-ethyl-1,2,3,4-tetrahydro-4-oxo-6-quinazolinesulfonamide", "6-quinazolinesulfonamide 1,2,3,4-tetrahydro-7-chloro-2-ethyl-4-oxo-", "hydromox[wiki]", "zinc00000686", "7-chloro-2-ethyl-6-sulfamoyl-1,2,3,4-tetrahydro-4-quinazolinone", "6-quinazolinesulfonamide 7-chloro-2-ethyl-1,2,3,4-tetrahydro-4-oxo-", "quinethazone [ban:inn:jan][inn][jan]", "chinetazone", "7-chloro-2-ethyl-4-oxo-1,2,3,4-tetrahydro-6-quinazolinesulfonamide[acd/iupac name]", "73-49-4[rn]", "5-25-09-00214"}|>, "2592" -> <|"DatabaseID" -> "SW01667", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6068]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01325"]}, "IsomericSmiles" -> "CCC1Nc2cc(c(cc2C(=O)N1)S(=O)(=O)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00461"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "QUINETHAZONE"|>, "PharmGKBID" -> "PA164760863", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6307]}, "Synonyms" -> {"idrokin", "aquamox", "hydromox", "chinetazone [dcit]", "quinethazone", "quinethazon", "chinethazonum", "quinethazonum", "quinethazonum [inn-latin]", "quinetazona [inn-spanish]", "quinetazona[spanish][inn]", "na-cl symporter", "thiazide-sensitive sodium-chloride cotransporter", "quinethazone[wiki]", "5-25-09-00214 (beilstein handbook reference)[beilstein]", "hydromox (tn)", "7-chloro-2-ethyl-4-oxo-1,2,3,4-tetrahydroquinazoline-6-sulfonamide", "200-801-7[einecs]", "quinethazone (aquamox)", "7-chloro-2-ethyl-1,2,3,4-tetrahydro-4-oxo-6-sulfamoylquinazoline", "hydromox r (quinethazone + reserpine)_mixture", "2-ethyl-7-chloro-1,2,3,4-tetrahydro-4-oxochinazolin-6-sulfonamid", "7-chloro-2-ethyl-1,2,3,4-tetrahydro-4-oxo-6-quinazolinesulfonamide", "6-quinazolinesulfonamide 1,2,3,4-tetrahydro-7-chloro-2-ethyl-4-oxo-", "hydromox[wiki]", "zinc00000686", "7-chloro-2-ethyl-6-sulfamoyl-1,2,3,4-tetrahydro-4-quinazolinone", "6-quinazolinesulfonamide 7-chloro-2-ethyl-1,2,3,4-tetrahydro-4-oxo-", "quinethazone [ban:inn:jan][inn][jan]", "chinetazone", "7-chloro-2-ethyl-4-oxo-1,2,3,4-tetrahydro-6-quinazolinesulfonamide[acd/iupac name]", "73-49-4[rn]", "5-25-09-00214"}|>, "2593" -> <|"DatabaseID" -> "SW01668", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15600"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8711]}, "IsomericSmiles" -> "c1cc(c(cc1[C@@H]2[C@H](Cc3c(cc(cc3O2)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00200"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-catechin;d-catechol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9064]}, "Synonyms" -> {"cianidanol", "catechinic acid", "(+)-catechin", "catechuic acid", "d-catechin", "(+)-cyanidanol", "biocatechin", "catergen", "cyanidanol", "(+)-cyanidol-3", "154-23-4[rn]", "2h-benzopyran-3,5,7-triol,2-(3,4-dihydroxyphenyl)-3,4-dihydro- (2r,3s)-", "(+)-catechol", "205-825-1[einecs]", "7295-85-4[rn]", "(3s,2r)-2-(3,4-dihydroxyphenyl)chromane-3,5,7-triol", "teafuran 30a", "trans-2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-1-benzopyran-3,5,7-triol", "catechin", "catechin d", "(2r,3s)-2-(3,4-dihydroxyphenyl)chroman-3,5,7-triol", "d-(+)-catechin", "cianidanol [inn:jan][inn][jan]", "trans3,3,4,5,7 pentahydroxyflavane", "(2r,3s)-2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-chromene-3,5,7-triol", "207-710-1[einecs]", "yk-85 light yellow powder 85", "(2r,3s)-2-(3,4-dihydroxyphenyl)-3,4-dihydro-1h-chromene-3,5,7-triol", "cianidol", "catechinate", "(+)-cianidanol", "trans-(+)-3,3',4',5,7-flavanpentol", "catechuate", "230-731-2[einecs]", "(2r-trans)-2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-1-benzopyran-3,5,7-triol", "(+)-cyanidan-3-ol", "afzelechin", "2h-1-benzopyran-3,5,7-triol 2- (3,4-dihydroxyphenyl)-3,4-dihydro- (2r-trans)-", "cianidanol (jan/usan)[jan][usan]", "2-(3,4-dihydroxyphenyl)chromane-3,5,7-triol", "2h-1-benzopyran-3,5,7-triol 2-(3,4-dihydroxyphenyl)-3,4-dihydro- (2r-trans)-", "(+)-cyanidanol-3", "(+)-3',4',5,7-tetrahydroxy-2,3-trans-flavan-3-ol", "sunkatol no. 1", "(+)-(2r:3s)-5,7,3',4'-tetrahydroxyflavan-3-ol", "(2r,3s)-2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-chromen-3,5,7-triol", "(2r-trans)-2-(3,4-dihydroxyphenyl)-3-4-dihydro-2h-1-benzopyran-3,5,7-triol", "dexcyanidanol", "(2r,3s)-2-(3,4-dihydroxyphenyl)-3,5,7-chromanetriol[acd/iupac name]", "3,3',4',5,7-flavanpentol", "(+)-(2r,3s)-5,7,3',4'-tetrahydroxyflavan-3-ol", "d-catechol", "(2r,3s)-2-(3,4-dihydroxyphenyl)chromane-3,5,7-triol", "2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-1-benzopyran-3,5,7-triol (2r-trans)", "cianidanolum[latin]", "(2r,3s)-2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-1-benzopyran-3,5,7-triol", "490-46-0[rn]", "2h-1-benzopyran-3,5,7-triol 2-(3,4-dihydroxyphenyl)-3,4-dihydro- (2r,3s)-", "(+)-3,3',4',5,7-pentahydroxyflavan", "cyanidol", "970-73-0[rn]", "(2r,3s)-(+)-catechin", "3-cyanidanol (+)-", "3371-27-5[rn]", "catechin[wiki]", "(2r,3s)-catechin"}|>, "2594" -> <|"DatabaseID" -> "SW01669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2535665]}, "IsomericSmiles" -> "c1cc(ccc1C2C(C(c3c(cc(cc3O2)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucopelargonidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3286789]}, "Synonyms" -> {"leucopelargonidin", "520-17-2", "3,4,4',5,7-flavanpentol", "2h-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(4-hydroxyphenyl)-", "2h-benzopyran-3", "cis 3,4-leucopelargonidin", "3", "ac1mmj46", "520-17-2[rn]", "leucopelargonidin-cmpd", "cis 3", "2-(4-hydroxyphenyl)-3"}|>, "2595" -> <|"DatabaseID" -> "SW01669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2535665]}, "IsomericSmiles" -> "c1cc(ccc1C2C(C(c3c(cc(cc3O2)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucopelargonidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3286789]}, "Synonyms" -> {"leucopelargonidin", "520-17-2", "3,4,4',5,7-flavanpentol", "2h-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(4-hydroxyphenyl)-", "2h-benzopyran-3", "cis 3,4-leucopelargonidin", "3", "ac1mmj46", "520-17-2[rn]", "leucopelargonidin-cmpd", "cis 3", "2-(4-hydroxyphenyl)-3"}|>, "2596" -> <|"DatabaseID" -> "SW01669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2535665]}, "IsomericSmiles" -> "c1cc(ccc1C2C(C(c3c(cc(cc3O2)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucopelargonidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3286789]}, "Synonyms" -> {"leucopelargonidin", "520-17-2", "3,4,4',5,7-flavanpentol", "2h-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(4-hydroxyphenyl)-", "2h-benzopyran-3", "cis 3,4-leucopelargonidin", "3", "ac1mmj46", "520-17-2[rn]", "leucopelargonidin-cmpd", "cis 3", "2-(4-hydroxyphenyl)-3"}|>, "2597" -> <|"DatabaseID" -> "SW01669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2535665]}, "IsomericSmiles" -> "c1cc(ccc1C2C(C(c3c(cc(cc3O2)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucopelargonidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3286789]}, "Synonyms" -> {"leucopelargonidin", "520-17-2", "3,4,4',5,7-flavanpentol", "2h-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(4-hydroxyphenyl)-", "2h-benzopyran-3", "cis 3,4-leucopelargonidin", "3", "ac1mmj46", "520-17-2[rn]", "leucopelargonidin-cmpd", "cis 3", "2-(4-hydroxyphenyl)-3"}|>, "2598" -> <|"DatabaseID" -> "SW01669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2535665]}, "IsomericSmiles" -> "c1cc(ccc1C2C(C(c3c(cc(cc3O2)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucopelargonidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3286789]}, "Synonyms" -> {"leucopelargonidin", "520-17-2", "3,4,4',5,7-flavanpentol", "2h-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(4-hydroxyphenyl)-", "2h-benzopyran-3", "cis 3,4-leucopelargonidin", "3", "ac1mmj46", "520-17-2[rn]", "leucopelargonidin-cmpd", "cis 3", "2-(4-hydroxyphenyl)-3"}|>, "2599" -> <|"DatabaseID" -> "SW01669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2535665]}, "IsomericSmiles" -> "c1cc(ccc1C2C(C(c3c(cc(cc3O2)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucopelargonidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3286789]}, "Synonyms" -> {"leucopelargonidin", "520-17-2", "3,4,4',5,7-flavanpentol", "2h-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(4-hydroxyphenyl)-", "2h-benzopyran-3", "cis 3,4-leucopelargonidin", "3", "ac1mmj46", "520-17-2[rn]", "leucopelargonidin-cmpd", "cis 3", "2-(4-hydroxyphenyl)-3"}|>, "2600" -> <|"DatabaseID" -> "SW01669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2535665]}, "IsomericSmiles" -> "c1cc(ccc1C2C(C(c3c(cc(cc3O2)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucopelargonidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3286789]}, "Synonyms" -> {"leucopelargonidin", "520-17-2", "3,4,4',5,7-flavanpentol", "2h-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(4-hydroxyphenyl)-", "2h-benzopyran-3", "cis 3,4-leucopelargonidin", "3", "ac1mmj46", "520-17-2[rn]", "leucopelargonidin-cmpd", "cis 3", "2-(4-hydroxyphenyl)-3"}|>, "2601" -> <|"DatabaseID" -> "SW01669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2535665]}, "IsomericSmiles" -> "c1cc(ccc1C2C(C(c3c(cc(cc3O2)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucopelargonidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3286789]}, "Synonyms" -> {"leucopelargonidin", "520-17-2", "3,4,4',5,7-flavanpentol", "2h-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(4-hydroxyphenyl)-", "2h-benzopyran-3", "cis 3,4-leucopelargonidin", "3", "ac1mmj46", "520-17-2[rn]", "leucopelargonidin-cmpd", "cis 3", "2-(4-hydroxyphenyl)-3"}|>, "2602" -> <|"DatabaseID" -> "SW01670", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65230]}, "IsomericSmiles" -> "c1cc(c(cc1[C@@H]2[C@@H](Cc3c(cc(cc3O2)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "epi- catechin;epicatechin andepicatechol;epicatechin;l-epicatechin;l-epicatechol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72276]}, "Synonyms" -> {"(-)epicatechin", "l-epicatechol", "l-epicatechin", "epicatechol", "epi-catechin", "epi-catechol", "l-acacatechin", "(-)-epicatechin", "(-)-epicatechol", "(2r,3r)-2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-1-benzopyran-3,5,7-triol", "(2r,3r)-2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-chromene-3,5,7-triol", "(2r-cis)-2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-1-benzopyran-3,5,7-triol", "3,3',4',5,7-pentahydroxyflavane", "epicatechol (-)-", "(2r,3r)-2-(3,4-dihydroxyphenyl)chromane-3,5,7-triol", "epicatechin", "207-710-1[einecs]", "2h-1-benzopyran-3,5,7-triol 2-(3,4-dihydroxyphenyl)-3,4-dihydro- (2r-cis)- (9ci)", "(2r,3r)-2-(3,4-dihydroxyphenyl)chroman-3,5,7-triol", "(2r,3r)-2-(3,4-dihydroxyphenyl)-3,5,7-chromanetriol", "2545-08-6[rn]", "490-46-0[rn]", "(-)-(2r:3r)-5,7,3',4'-tetrahydroxyflavan-3-ol", "epicatechol;teacatechin i; acacatechin;kakaol;colatein", "2h-1-benzopyran-3,5,7-triol 2-(3,4-dihydroxyphenyl)-3,4-dihydro- (2r,3r)-", "l(-)-epicatechin", "2h-1-benzopyran-3,5,7-triol 2-(3,4-dihydroxyphenyl)-3,4-dihydro- (2r-cis)-", "epicatechin-(-)", "epicatechin[wiki]", "(2r,3r)-(-)-epicatechin", "()-epicatechin", "2-(3,4-dihydroxyphenyl)-2,3,4-trihydro-3,5,7-trihydroxychromene", "(2r,3r)-2-(3,4-dihydroxyphenyl)-3,4-dihydro-1(2h)-benzopyran-3,5,7-triol", "epicatechol;", "(2r,3r)-2-(3,4-dihydroxy-phenyl)-chroman-3,5,7-triol", "(-)-3 3' 4' 5 7-pentahydroxyflavan", "35323-91-2[rn]"}|>, "2603" -> <|"DatabaseID" -> "SW01671", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9731"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5376], ExternalIdentifier["ChemSpiderID", 151659], ExternalIdentifier["ChemSpiderID", 58463]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)Cc2cnc(nc2N)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00145"], ExternalIdentifier["KEGGID", "D06236"]}, "OfficialNames" -> <|"China Approved Name" -> "trimethoprim", "Indian Approved Name" -> "trimethoprim", "WHO Essential Medicine" -> "trimethoprim", "Australia Approved Name" -> "TRIMETHOPRIM", "FDA Approved Drug" -> "TRIMETHOPRIM;TRIMETHOPRIM HYDROCHLORIDE;TRIMETHOPRIM SULFATE"|>, "PharmGKBID" -> "PA451788", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5578], ExternalIdentifier["PubChemCompoundID", 173769], ExternalIdentifier["PubChemCompoundID", 64936]}, "Synonyms" -> {"proloprim", "trimpex", "bactramin", "trimethoprim", "syraprim", "sulfamethoprim", "trimopan", "monotrim", "monotrimin", "imexim", "trimethoprim[wiki][inn][ban][jan][usan]", "uretrim", "bacin", "priloprim", "cotrimel", "bw-56-72", "sulfamethoprim-ds", "bactin", "fortrim", "bacticel", "gantrim", "trimetoprima[spanish]", "colizole", "velaten", "zamboprim", "deprim", "utetrin", "unitrim", "sulfatrim", "proloprim (tn)", "trimetoprim[polish]", "trimogal", "2,4-pyrimidinediamine 5-((3,4,5-trimethoxyphenyl)methyl)-", "smz-tmp", "ikaprim", "purbal", "wellcoprin", "sigaprim", "co-trimoxazole", "wellcoprim", "monoprim", "5-(3,4,5-trimethoxybenzyl)-2,4-pyrimidinediamine[acd/iupac name]", "linaris", "proloprin", "tcmdc-125538", "septrin s", "resprim forte", "trimesulf", "8064-90-2[rn]", "roubal", "oraprim", "trimpex (tn)", "alcorim-f", "5-((3,4,5-trimethoxyphenyl)methyl)-2,4-pyrimidinediamine", "antrima", "primosept", "625127[beilstein]", "co-trimoxizole", "roubac", "tmp smx", "5-{[3,4,5-tris(methyloxy)phenyl]methyl}pyrimidine-2,4-diamine", "trimethopriom", "microtrim", "bw 56-72", "primsol", "d014295", "laratrim", "uroplus", "euctrim", "apo-sulfatrim", "trimeth/sulfa", "abacin", "uroplus ds", "lescot", "salvatrim", "5-(3,4,5-trimethoxyphenyl)-methyl-2,4-pyrimidinediamine", "bacdan", "uroplus ss", "triprim", "thiocuran", "tmp-ratiopharm", "urobactrim", "acuco", "trimethoprimum[latin]", "trisulcom", "sugaprim", "stopan[wiki]", "centrim", "diseptyl", "u-prin", "protrin", "methoprim", "comox[wiki]", "trimethoprim (tmp)", "septrin forte", "trimanyl", "septrin[wiki]", "trimexazole", "uro-septra", "esbesul", "septra", "teleprim", "trisul[wiki]", "trimethoprime[french]", "top", "idotrim", "5-(3,4,5-trimethoxybenzyl)pyrimidine-2,4-diamine", "kepinol", "2,4-pyrimidinediamine 5-((3,4,5-trimethoxyphenyl)-methyl)-", "bactifor", "xeroprim", "septra ds", "sinotrim", "2,4-pyrimidinediamine 5-[(3,4,5-trimethoxyphenyl)methyl]-", "anitrim", "setprin", "instalac", "antrimox", "colizole ds", "738-70-5", "uro-d s", "5-(3,4,5-trimethoxy-benzyl)-pyrimidine-2,4-diamine", "bacide", "kombinax", "bethaprim", "briscotrim", "5-25-13-00429 (beilstein handbook reference)[beilstein]", "sulmeprim", "trimetoprim [dcit]", "gantaprim", "cotrim d.s.", "espectrin", "trimpex 200", "septrin ds", "supracombin", "trimezol", "bacidal", "eusaprim", "toprim", "trimez-ifsa", "fectrim", "omstat", "sulfotrim", "nopil", "septra grape", "738-70-5[rn]", "alprim", "2,4-diamino-5-(3,4,5-trimethoxybenzyl)pyr-imidine", "novotrimel", "trimexol", "cotrim[wiki]", "resprim", "sultrex", "conprim", "pyrimidine 2,4-diamino-5-(3,4,5-trimethoxybenzyl)-", "abaprim", "trisural", "drylin", "2,4-diamino-5-(3',4',5'-trimethoxybenzyl)pyrimidine", "exbesul", "bactoprim", "sumetrolim", "baktar", "bencole", "sulthrim", "sulfamar", "tl8005108", "trigonyl", "2,4-diamino-5-(3,4,5-trimethoxybenzyl)pyrimidine", "sulprim", "trisulfam", "5-[(3,4,5-trimethoxyphenyl)methyl]-2,4-pyrimidinediamine", "bacta[wiki]", "smz/tmp", "trimono", "futin", "suprim", "metoprim", "tiempe", "lagatrim", "streptoplus", "lastrim", "cas-738-70-5", "pancidim", "5-(3,4,5-trimethoxybenzyl)pyrimidin-2,4-diamin[german]", "lagatrim forte", "trimethioprim", "chemotrin", "duocide", "chemotrim", "biosulten", "sulfoxaprim", "sulfatrim pediatric", "bactrim ds", "5-(3,4,5-trimethoxybenzyl)-2,4-diaminopyrimidine", "5-[(3,4,5-trimethoxyphenyl)methyl]pyrimidine-2,4-diamine", "337376-15-5", "fermagex", "212-006-2[einecs]", "trimethoprim hydrochloride", "trimethoprim sulfate", "unii-9xe000ou9b", "5-(3,4,5-trimethoxybenzyl)pyrimidine-2,4-diamine hydrochloride(1:1)", "56585-33-2[rn]", "60834-30-2[rn]", "5-((3", "ac1l228z", "5-[(3,4,5-trimethoxyphenyl)methyl]pyrimidine-2,4-diamine hydrochloride", "unii-e377mf8eq8", "ac1l5ahl", "2,4-pyrimidinediamine 5-[(3,4,5-trimethoxyphenyl)methyl]- hydrochloride (1:1)", "d06236", "trimplex 200", "5-((3,4,5-trimethoxyphenyl)methyl)pyrimidine-2,4-diamine hydrochloride", "5-[(3", "trimethoprim sulfate (usp)", "trimplex", "56585-33-2", "chembl1201080", "262-450-6[einecs]", "bw 72u", "einecs 262-450-6", "polytrim", "sulfuric acid; 5-[(3", "2,4-diamino-5-(3,4,5-trimethoxybenzyl)pyrimidine sulfate (2:1)", "trimethoprim hcl", "2,4-pyrimidinediamine 5-((3,4-trimethoxyphenyl)methyl)- sulfate (2:1)"}|>, "2604" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2605" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2606" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2607" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2608" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2609" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2610" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2611" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2612" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2613" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2614" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2615" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2616" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2617" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2618" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2619" -> <|"DatabaseID" -> "SW01672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 432333]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C4C5C(CC[NH+]5C2)CC(C4O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydrolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493965]}, "Synonyms" -> {"dihydrolycorine", "lycorine", "lycorine dihydro-", "ac1larym", "galanthan-1", "6271-21-2[rn]", "31387-87-8[rn]", "(1s", "lycorine dihydro", "2", "6271-21-2", "2,3,3a,4,5,7,12b,12c-octahydro-1h-[1,3]dioxolo[4,5-j]pyrrolo[3,2,1-de]phenanthridine-1,2-diol", "2030-55-9"}|>, "2620" -> <|"DatabaseID" -> "SW01673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391806]}, "IsomericSmiles" -> "COc1cc2c(cc1O)[C@@H]3[C@@H]([C@H](C=C4[C@H]3[NH+](C2)CC4)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443689]}, "Synonyms" -> {"tcmdc-132036", "psi-lycorine", "pseudolycorine", "10", "ac1l9f0e", "1h-pyrrolo[3,2,1-de]phenanthridine-1,2,10-triol 2,4,5,7,11b,11c-hexahydro-9-methoxy- (1s,2s,11bs,11cs)-", "82372-67-6[rn]", "pseudolycorine hydrochloride", "9-methoxy-3,12-didehydrogalanthan-1,2,10-triol", "pseudolycorine hcl", "9-methoxy-3", "29429-03-6[rn]", "82372-67-6", "chembl586091"}|>, "2621" -> <|"DatabaseID" -> "SW01674", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5163]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08329"]}, "IsomericSmiles" -> "c1cc(ccc1N2CCCCS2(=O)=O)S(=O)(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01787"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sulthiame"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356]}, "Synonyms" -> {"ospolot", "sulthiame", "conadil", "trolone", "contravul", "sulthiamine", "sulphenyltame", "sultiame", "sultiamum", "1-(p-amidosulfonylphenyl)-2-thiapiperidine 2,2-dioxide", "ec 4.2.1.1", "tetrahydro-2-(p-sulfamoylphenyl)-1,2-thiazine 1,1-dioxide", "2h-1,2-thiazine tetrahydro-2-(p-sulfamoylphenyl)- 1,1-dioxide", "4-(1,1-dioxido-1,2-thiazinan-2-yl)benzenesulfonamide[acd/iupac name]", "benzenesulfonamide 4-(tetrahydro-2h-1,2-thiazin-2-yl)- s,s-dioxide", "sulthiame[wiki][usan]", "2-(p-sulfamoylphenyl)-tetrahydro-2h-1,2-thiazine 1,1-dioxide", "sulthiame [usan:ban][usan]", "elisal", "ospolot (tn)", "sultiamo[spanish][inn]", "bayer a-168", "200-511-0[einecs]", "n-(4'-sulfamylphenyl)-1,4-butanesultam", "benzenesulfonamide 4-(tetrahydro-1,1-dioxido-2h-1,2-thiazin-2-yl)-", "carbonate dehydratase ii", "4-(tetrahydro-2h-1,2-thiazin-2-yl)benzenesulfonamide s,s-dioxide", "2-(4-sulfamoylphenyl)-1,2-thiazixan 1,1-dioxid", "n-(p-aminosulfonylphenyl)-1,4-butanesultam", "ca-ii", "sultiame[wiki][jp15]", "61-56-3[rn]", "carbonic anhydrase ii", "riker 594", "carbonic anhydrase c", "p-(tetrahydro-2h-1,2-thiazin-2-yl)benzenesulfonamide,s,s-dioxide", "benzenesulfonamide p-(tetrahydro-2h-1,2-thiazin-2-yl)- dioxide", "2-(p-aminosulfonylphenyl)tetrahydro-1,2-thiazine dioxide"}|>, "2622" -> <|"DatabaseID" -> "SW01675", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50373"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6394]}, "IsomericSmiles" -> "C[N+]1(C2CCC1CC(C2)OC(=O)C(c3ccccc3)O)C", "OfficialNames" -> <|"FDA Approved Drug" -> "HOMATROPINE METHYLBROMIDE"|>, "PharmGKBID" -> "PA164749405", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6646]}, "Synonyms" -> {"omatropina metilbromuro", "8,8-dimethyl-8-azabicyclo[3.2.1]oct-3-yl 2-hydroxy-2-phenylacetate bromide", "metilbromuro de homatropina", "hycodan[wiki]", "hycodan probilagol", "equipin (tn)", "methylhomatropine", "novatrine", "homatropini methylbromidum[latin]", "methyl bromide homatropine", "humulon lead salt", "esopin", "87-00-3[rn]", "8-azoniabicyclo(3.2.1)octane 3-((hydroxyphenylacetyl)oxy)-8,8-dimethyl- bromide endo-", "equipin", "methylbromure d'homatropine[french][inn]", "homapin-5", "methylbromure d'homatropine", "8-azoniabicyclo[3.2.1]octane 3-[(2-hydroxy-2-phenylacetyl)oxy]-8,8-dimethyl- bromide (1:1)", "methylhomatropine bromide", "omatropina metilbromuro [dcit]", "homatropine methylbromide", "3-{[hydroxy(phenyl)acetyl]oxy}-8,8-dimethyl-8-azoniabicyclo[3.2.1]octanebromide", "tropinium methobromide mandelate", "homatropine methyl bromide", "homatropini methylbromidum", "camatropine", "3-[2-hydroxy(phenyl)acetoxy]-8,8-dimethyl-8-azoniabicyclo[3.2.1]octane bromide[acd/iupac name]", "201-284-0[einecs]", "homapin-10", "sed-tems", "80-49-9 87-00-3", "8-methylhomatropinium bromide", "st50993907", "80-49-9 87-00-3 [homatropine]", "55198-66-8[rn]", "equipin[wiki]", "npvatropine", "dl-homatropine methyl bromide", "homatropine methylbromide;homatropini methylbromidum;methylbromure d'homatropine; metilbromuro dehomatropina", "ac1q1rh8", "ac1l1mzp", "homatromide", "methylhomatropinum bromatum", "homatropine methobromide", "homatropinium 8-methyl- bromide", "42522-67-8[rn]", "probilagol", "80-49-9[rn]", "homatropine methylbromide [ban:inn][inn]", "8-azoniabicyclo(3.2.1)octane 3-((hydroxyphenylacetyl)oxy)-8,8-dimethyl- bromide (3-endo)-", "3923192[beilstein]", "58725-74-9[rn]", "homatropine methylbromide[usp]"}|>, "2623" -> <|"DatabaseID" -> "SW01675", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50373"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6394]}, "IsomericSmiles" -> "C[N+]1(C2CCC1CC(C2)OC(=O)C(c3ccccc3)O)C", "OfficialNames" -> <|"FDA Approved Drug" -> "HOMATROPINE METHYLBROMIDE"|>, "PharmGKBID" -> "PA164749405", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6646]}, "Synonyms" -> {"omatropina metilbromuro", "8,8-dimethyl-8-azabicyclo[3.2.1]oct-3-yl 2-hydroxy-2-phenylacetate bromide", "metilbromuro de homatropina", "hycodan[wiki]", "hycodan probilagol", "equipin (tn)", "methylhomatropine", "novatrine", "homatropini methylbromidum[latin]", "methyl bromide homatropine", "humulon lead salt", "esopin", "87-00-3[rn]", "8-azoniabicyclo(3.2.1)octane 3-((hydroxyphenylacetyl)oxy)-8,8-dimethyl- bromide endo-", "equipin", "methylbromure d'homatropine[french][inn]", "homapin-5", "methylbromure d'homatropine", "8-azoniabicyclo[3.2.1]octane 3-[(2-hydroxy-2-phenylacetyl)oxy]-8,8-dimethyl- bromide (1:1)", "methylhomatropine bromide", "omatropina metilbromuro [dcit]", "homatropine methylbromide", "3-{[hydroxy(phenyl)acetyl]oxy}-8,8-dimethyl-8-azoniabicyclo[3.2.1]octanebromide", "tropinium methobromide mandelate", "homatropine methyl bromide", "homatropini methylbromidum", "camatropine", "3-[2-hydroxy(phenyl)acetoxy]-8,8-dimethyl-8-azoniabicyclo[3.2.1]octane bromide[acd/iupac name]", "201-284-0[einecs]", "homapin-10", "sed-tems", "80-49-9 87-00-3", "8-methylhomatropinium bromide", "st50993907", "80-49-9 87-00-3 [homatropine]", "55198-66-8[rn]", "equipin[wiki]", "npvatropine", "dl-homatropine methyl bromide", "homatropine methylbromide;homatropini methylbromidum;methylbromure d'homatropine; metilbromuro dehomatropina", "ac1q1rh8", "ac1l1mzp", "homatromide", "methylhomatropinum bromatum", "homatropine methobromide", "homatropinium 8-methyl- bromide", "42522-67-8[rn]", "probilagol", "80-49-9[rn]", "homatropine methylbromide [ban:inn][inn]", "8-azoniabicyclo(3.2.1)octane 3-((hydroxyphenylacetyl)oxy)-8,8-dimethyl- bromide (3-endo)-", "3923192[beilstein]", "58725-74-9[rn]", "homatropine methylbromide[usp]"}|>, "2624" -> <|"DatabaseID" -> "SW01676", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 543447]}, "IsomericSmiles" -> "C[NH+]1CCC23CCC(CC2Oc4c3c(ccc4OC)C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 625595]}, "Synonyms" -> {"lycoramine", "1", "1,2-dihydrogalanthamine[acd/iupac name]", "ac1lcdyn"}|>, "2625" -> <|"DatabaseID" -> "SW01676", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 543447]}, "IsomericSmiles" -> "C[NH+]1CCC23CCC(CC2Oc4c3c(ccc4OC)C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 625595]}, "Synonyms" -> {"lycoramine", "1", "1,2-dihydrogalanthamine[acd/iupac name]", "ac1lcdyn"}|>, "2626" -> <|"DatabaseID" -> "SW01676", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 543447]}, "IsomericSmiles" -> "C[NH+]1CCC23CCC(CC2Oc4c3c(ccc4OC)C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 625595]}, "Synonyms" -> {"lycoramine", "1", "1,2-dihydrogalanthamine[acd/iupac name]", "ac1lcdyn"}|>, "2627" -> <|"DatabaseID" -> "SW01676", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 543447]}, "IsomericSmiles" -> "C[NH+]1CCC23CCC(CC2Oc4c3c(ccc4OC)C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 625595]}, "Synonyms" -> {"lycoramine", "1", "1,2-dihydrogalanthamine[acd/iupac name]", "ac1lcdyn"}|>, "2628" -> <|"DatabaseID" -> "SW01677", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17486"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10246417]}, "IsomericSmiles" -> "C[NH+]1[C@@H]2CC[C@H]1C[C@H](C2)OC(=O)[C@H](CO)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00147"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-hyoscyamine", "Indian Approved Name" -> "hyoscyamine"|>, "Synonyms" -> {"(3-endo)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl-(2s)-3-hydroxy-2-phenylpropanoat", "(-)-atropine", "101-31-5[rn]", "cystospaz[wiki]", "levsin", "(s)-(-)-atropine", "1ah,5ah-tropan-3a-ol(-)-tropate (ester)", "tropine (-)-tropate", "peptard", "(1r,3r,5s)-8-methyl-8-azabicyclo[3.2.1]octan-3-yl 3-hydroxy-2-phenylpropanoate hydrate", "daturine[wiki]", "[3(s)-endo]-a-(hydroxymethyl)benzeneacetic acid 8-methyl-8-azabicyclo[3.2.1]oct-3-yl ester", "(s)-atropine", "(s)-(-)-hyoscyamine", "3a-tropanyl s-(-)-tropate", "hyoscyamine[wiki][usp][ban]", "(1r,3r,5s)-8-methyl-8-azabicyclo[3.2.1]octan-3-yl 3-hydroxy-2-phenylpropanoate monohydrate", "(3-endo)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl(2s)-3-hydroxy-2-phenylpropanoate", "91259[beilstein]", "l-tropine tropate", "l-hyoscyamine", "hyoscyamine", "egacene", "(-)-hyoscyamine", "202-933-0[einecs]", "1-tropic acid ester with tropine", "duboisine", "6835-16-1[rn]"}|>, "2629" -> <|"DatabaseID" -> "SW01678", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16684"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10194105]}, "IsomericSmiles" -> "C[NH+]1[C@@H]2CC[C@H]1C[C@H](C2)OC(=O)C(CO)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00113"], ExternalIdentifier["KEGGID", "D02069"]}, "OfficialNames" -> <|"Indian Approved Name" -> "atropine", "NPC Approved Name" -> "atropine methonitrate", "Traditional Herbal Isolate" -> "atropine", "China Approved Name" -> "atropine", "WHO Essential Medicine" -> "atropine", "FDA Approved Drug" -> "ATROPINE;ATROPINE SULFATE"|>, "Synonyms" -> {"dl-hyoscyamine", "atropine", "atropisol", "atropen", "tropine tropate", "101-31-5[rn]", "atropin[german][wiki]", "8-methyl-8-azabicyclo[3.2.1]oct-3-yl tropate[acd/iupac name]", "atropine[wiki][usp]", "(+,-)-tropyl tropate", "4236545[beilstein]", "(3-endo)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl-3-hydroxy-2-phenylpropanoat", "tropic acid ester with tropine", "tropin", "atropina[italian]", "8-methyl-8-azabicyclo[3.2.1]oct-3-yl3-hydroxy-2-phenylpropanoate", "200-104-8[einecs]", "(3-endo)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl3-hydroxy-2-phenylpropanoate", "51-55-8[rn]", "dl-tropyltropate", "1545928[beilstein]", "[(1s,5r)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl] 3-hydroxy-2-phenyl-propanoate", "(1s,5r)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl3-hydroxy-2-phenylpropanoate", "(3-endo)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl tropate", "atropin", "51-55-8", "l-hyoscyamine", "atropine sulfate", "isopto atropine", "atrosulf", "atropin [german]", "donnagel liq (atropine sulfate + hyoscyamine sulfate + kaolin + pectin + scopolamine hydrobromide)_mixture", "minims atropine", "equipin", "isopto-atropine", "atropine sulfate ansyr plastic syringe", "atropine care", "donnatal tab (atropine sulfate + hyoscyamine sulfate + phenobarbital + scopolamine hydrobromide)_mixture", "atropin-flexiolen", "donnatal extentabs (atropine sulfate + hyoscyamine sulfate + phenobarbital + scopolamine hydrobromide)_mixture", "homapin-10", "i-tropine", "atropair", "atnaa", "homapin-5", "ocu-tropine", "atropinol", "atropina [italian]", "donnatal elixir (atropine sulfate + hyoscyamine sulfate + phenobarbital + scopolamine hydrobromide)_mixture", "troyl tropate", "diban cap (atropine sulfate + attapulgite (activated) + hyoscyamine sulfate + opium + pectin + scopolamine hydrobromide)_mixture", "eyesules", "donnatal extentabs srt (atropine sulfate + hyoscyamine sulfate + phenobarbital + scopolamine hydrobromide)_mixture", "dl-tropyl tropate", "spascupreel tablets (aconitum + agaricus + atropine sulfate + chamomile + citrullus colocynthis + copper sulfate + gelsemium sempervirens + magnesium phosphate dibasic + passion flower)_mixture", "atropine sulfate s.o.p.", "spascupreel injeel liq (aconite + atropine sulfate + chamomile + citrullus colocynthis + copper sulfate + gelsemium sempervirens + magnesium phosphate dibasic + mushroom + passion flower)_mixture", "atropina", "(-)-hyoscyamine"}|>, "2630" -> <|"DatabaseID" -> "SW01678", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16684"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10194105]}, "IsomericSmiles" -> "C[NH+]1[C@@H]2CC[C@H]1C[C@H](C2)OC(=O)C(CO)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00113"], ExternalIdentifier["KEGGID", "D02069"]}, "OfficialNames" -> <|"Indian Approved Name" -> "atropine", "NPC Approved Name" -> "atropine methonitrate", "Traditional Herbal Isolate" -> "atropine", "China Approved Name" -> "atropine", "WHO Essential Medicine" -> "atropine", "FDA Approved Drug" -> "ATROPINE;ATROPINE SULFATE"|>, "Synonyms" -> {"dl-hyoscyamine", "atropine", "atropisol", "atropen", "tropine tropate", "101-31-5[rn]", "atropin[german][wiki]", "8-methyl-8-azabicyclo[3.2.1]oct-3-yl tropate[acd/iupac name]", "atropine[wiki][usp]", "(+,-)-tropyl tropate", "4236545[beilstein]", "(3-endo)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl-3-hydroxy-2-phenylpropanoat", "tropic acid ester with tropine", "tropin", "atropina[italian]", "8-methyl-8-azabicyclo[3.2.1]oct-3-yl3-hydroxy-2-phenylpropanoate", "200-104-8[einecs]", "(3-endo)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl3-hydroxy-2-phenylpropanoate", "51-55-8[rn]", "dl-tropyltropate", "1545928[beilstein]", "[(1s,5r)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl] 3-hydroxy-2-phenyl-propanoate", "(1s,5r)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl3-hydroxy-2-phenylpropanoate", "(3-endo)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl tropate", "atropin", "51-55-8", "l-hyoscyamine", "atropine sulfate", "isopto atropine", "atrosulf", "atropin [german]", "donnagel liq (atropine sulfate + hyoscyamine sulfate + kaolin + pectin + scopolamine hydrobromide)_mixture", "minims atropine", "equipin", "isopto-atropine", "atropine sulfate ansyr plastic syringe", "atropine care", "donnatal tab (atropine sulfate + hyoscyamine sulfate + phenobarbital + scopolamine hydrobromide)_mixture", "atropin-flexiolen", "donnatal extentabs (atropine sulfate + hyoscyamine sulfate + phenobarbital + scopolamine hydrobromide)_mixture", "homapin-10", "i-tropine", "atropair", "atnaa", "homapin-5", "ocu-tropine", "atropinol", "atropina [italian]", "donnatal elixir (atropine sulfate + hyoscyamine sulfate + phenobarbital + scopolamine hydrobromide)_mixture", "troyl tropate", "diban cap (atropine sulfate + attapulgite (activated) + hyoscyamine sulfate + opium + pectin + scopolamine hydrobromide)_mixture", "eyesules", "donnatal extentabs srt (atropine sulfate + hyoscyamine sulfate + phenobarbital + scopolamine hydrobromide)_mixture", "dl-tropyl tropate", "spascupreel tablets (aconitum + agaricus + atropine sulfate + chamomile + citrullus colocynthis + copper sulfate + gelsemium sempervirens + magnesium phosphate dibasic + passion flower)_mixture", "atropine sulfate s.o.p.", "spascupreel injeel liq (aconite + atropine sulfate + chamomile + citrullus colocynthis + copper sulfate + gelsemium sempervirens + magnesium phosphate dibasic + mushroom + passion flower)_mixture", "atropina", "(-)-hyoscyamine"}|>, "2631" -> <|"DatabaseID" -> "SW01679", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17892]}, "IsomericSmiles" -> "CS(=O)(=O)OCCC[NH2+]CCCOS(=O)(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01497"]}, "OfficialNames" -> <|"NPC Approved Name" -> "improsulfan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18949]}, "Synonyms" -> {"3", "improsan", "compound 864", "improsulfanum [inn-latin]", "improsulfan tosylate", "3,3'-iminobis-1-propanol dimethanesulfonate (ester)", "bis(3-mesyloxypropyl)amine", "improsulfan[inn]", "improsulfan", "3458-22-8[rn]", "ipd hydrochloride", "methanesulfonic acid 3-(3-methanesulfonyloxy-propylamino)-propyl ester", "1-propanol 3,3'-iminobis- dimethanesulfonate (ester)", "3-((3-((methylsulfonyl)oxy)propyl)amino)propyl methanesulfonate", "1-propanol 3,3'-iminodi- dimethanesulfonate (ester)", "n,n-bis(3-methylsulfonyloxypropyl)amine", "iminodipropane-3,1-diyl dimethanesulfonate", "3,3'-iminodi-1-propanol dimethanesulfonate (ester)", "1-propanol-3,3'-iminodidimethanesulfonatehydrochloride", "864t", "13425-98-4[rn]", "32784-82-0[rn]", "improsulfanum[latin]", "improsulfano [inn-spanish]", "improsulfan tosilate", "brn 1981708", "3,3'-imidodi-1-propanol dimethanesulfonate (ester)-", "protecton", "1-propanol 3,3-iminobis- dimethanesulfonate (ester) (9ci)", "3,3-iminobis-1-propanol dimethanesulfonate (ester)", "improsulfano[spanish][inn]", "yoshi 864"}|>, "2632" -> <|"DatabaseID" -> "SW01680", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4511170]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)/C=C/c1ccc(cc1)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05225"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octinoxate;octyl methoxycinnamate", "FDA Approved Drug" -> "OCTINOXATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5355130]}, "Synonyms" -> {"octinoxate", "2-ethylhexyl-p-methoxycinnamate", "octyl 4-methoxycinnamate", "octyl methoxycinnamate", "parsol mcx", "2-ethylhexyl-4-methoxycinnamate", "2-ethylhexyl p-methoxycinnamate", "parsol mox", "2-ethylhexyl 4-methoxycinnamate", "uvinul 3088", "5466-77-3[rn]", "omc cinnamate", "octylmethoxycinnamate", "neo heliopan av", "2-ethylhexyl (2e)-3-(4-methoxyphenyl)prop-2-enoate", "2-propenoic acid 3-(4-methoxyphenyl)- 2-ethylhexyl ester", "uvinul mc 80", "2-ethylhexyl (2e)-3-(4-methoxyphenyl)-2-propenoate", "2-ethylhexyl-(2e)-3-(4-methoxyphenyl)acrylat", "3-(4-methoxyphenyl)-2-propenoic acid 2-ethylhexyl ester", "2-ethylhexyl (2e)-3-(4-methoxyphenyl)acrylate", "neo heliopan", "3-(4-methoxyphenyl)-2-propenoic acid 2-ethylhexyl ester", "octyl p-methoxycinnamate", "2-propenoic acid 3- (4-methoxyphenyl)- 2-ethylhexyl ester", "escalol", "(2r,3s,4s,5r,6r)-2-(hydroxymethyl)-6-octoxy-oxane-3,4,5-triol", "cinnamic acid 4-methoxy- 2-ethylhexyl ester", "octyl4-methoxycinnamate", "heliopan new", "2-propenoic acid,3-(4-methoxyphenyl)- 2-ethylhexyl ester (2e)-", "226-775-7[einecs]", "c118580", "eusolex 2292", "sunscreen av", "octyl-methoxycinnamate", "4-methoxycinnamic acid 2-ethylhexyl ester", "parsol", "escalol 557", "5466-77-3", "83834-59-7[rn]", "2-ethylhexyl trans-4-methoxycinnamate"}|>, "2633" -> <|"DatabaseID" -> "SW01680", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4511170]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)/C=C/c1ccc(cc1)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05225"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octinoxate;octyl methoxycinnamate", "FDA Approved Drug" -> "OCTINOXATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5355130]}, "Synonyms" -> {"octinoxate", "2-ethylhexyl-p-methoxycinnamate", "octyl 4-methoxycinnamate", "octyl methoxycinnamate", "parsol mcx", "2-ethylhexyl-4-methoxycinnamate", "2-ethylhexyl p-methoxycinnamate", "parsol mox", "2-ethylhexyl 4-methoxycinnamate", "uvinul 3088", "5466-77-3[rn]", "omc cinnamate", "octylmethoxycinnamate", "neo heliopan av", "2-ethylhexyl (2e)-3-(4-methoxyphenyl)prop-2-enoate", "2-propenoic acid 3-(4-methoxyphenyl)- 2-ethylhexyl ester", "uvinul mc 80", "2-ethylhexyl (2e)-3-(4-methoxyphenyl)-2-propenoate", "2-ethylhexyl-(2e)-3-(4-methoxyphenyl)acrylat", "3-(4-methoxyphenyl)-2-propenoic acid 2-ethylhexyl ester", "2-ethylhexyl (2e)-3-(4-methoxyphenyl)acrylate", "neo heliopan", "3-(4-methoxyphenyl)-2-propenoic acid 2-ethylhexyl ester", "octyl p-methoxycinnamate", "2-propenoic acid 3- (4-methoxyphenyl)- 2-ethylhexyl ester", "escalol", "(2r,3s,4s,5r,6r)-2-(hydroxymethyl)-6-octoxy-oxane-3,4,5-triol", "cinnamic acid 4-methoxy- 2-ethylhexyl ester", "octyl4-methoxycinnamate", "heliopan new", "2-propenoic acid,3-(4-methoxyphenyl)- 2-ethylhexyl ester (2e)-", "226-775-7[einecs]", "c118580", "eusolex 2292", "sunscreen av", "octyl-methoxycinnamate", "4-methoxycinnamic acid 2-ethylhexyl ester", "parsol", "escalol 557", "5466-77-3", "83834-59-7[rn]", "2-ethylhexyl trans-4-methoxycinnamate"}|>, "2634" -> <|"DatabaseID" -> "SW01681", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 201236]}, "IsomericSmiles" -> "CCCCCCCCOC(=O)C=Cc1ccc(cc1)OC", "OfficialNames" -> <|"Indian Approved Name" -> "octyl methoxy cinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 231000]}, "Synonyms" -> {"ac1l5kqp", "surecn15611", "octyl p-methoxycinnamate", "5466-77-3[rn]", "octyl 3-(4-methoxyphenyl)prop-2-enoate", "tr-019322", "ag-b-40681"}|>, "2635" -> <|"DatabaseID" -> "SW01681", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 201236]}, "IsomericSmiles" -> "CCCCCCCCOC(=O)C=Cc1ccc(cc1)OC", "OfficialNames" -> <|"Indian Approved Name" -> "octyl methoxy cinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 231000]}, "Synonyms" -> {"ac1l5kqp", "surecn15611", "octyl p-methoxycinnamate", "5466-77-3[rn]", "octyl 3-(4-methoxyphenyl)prop-2-enoate", "tr-019322", "ag-b-40681"}|>, "2636" -> <|"DatabaseID" -> "SW01682", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61219"], ExternalIdentifier["ChEBIID", "45652"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21080], ExternalIdentifier["ChemSpiderID", 5123]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00202"]}, "IsomericSmiles" -> "C[N+](C)(C)CCOC(=O)CCC(=O)OCC[N+](C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00766"]}, "OfficialNames" -> <|"China Approved Name" -> "suxamethonium", "Indian Approved Name" -> "succinylcholine", "WHO Essential Medicine" -> "suxamethonium", "Australia Approved Name" -> "SUXAMETHONIUM CHLORIDE", "FDA Approved Drug" -> "SUCCINYLCHOLINE CHLORIDE"|>, "PharmGKBID" -> "PA451522", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22475], ExternalIdentifier["PubChemCompoundID", 54611634], ExternalIdentifier["PubChemCompoundID", 5314]}, "Synonyms" -> {"quelicin", "quelicin preservative free", "scoline", "succinylcholine chloride", "suxamethonium chloride", "sucostrin", "anectine", "suxamethonium dichloride", "succinylforte", "lysthenone", "ditilin", "succinylcholine", "choline hydroxide succinate (2:1) dihydrochloride", "succinylcholine dichloride", "pantolax", "choline succinyl- dichloride", "suxamethonii chloridum", "succinylcholine[wiki]", "midarine", "306-40-1[rn]", "myoplegine", "2,2'-[(1,4-dioxo-1,4-butanediyl)bis(oxy)]bis[n,n,n-trimethylethanaminium] dichloride", "choline chloride succinate (2:1)", "succicuran", "2,2'-[(1,4-dioxobutane-1,4-diyl)bis(oxy)]bis(n,n,n-trimethylethanaminium) dichloride", "anhydrous suxamethonium chloride", "cloruro de suxametonio", "succinyldicholine", "suxcert", "diacetylcholine dichloride", "succinyl-asta", "(2-hydroxyethyl)trimethylammonium chloride succinate", "cloruro de suxametonio[spanish][inn]", "bis(trimethylammonioethyl) succinate chloride", "succin", "2,2'-[(1,4-dioxobutan-1,4-diyl)bis(oxy)]bis(n,n,n-trimethylethanaminium)dichlorid", "ethanaminium 2,2'-((1,4-dioxo-1,4-butanediyl)bis(oxy))bis(n,n,n-trimethyl-) dichloride", "suxamethonium chloride[jp15]", "succinylcholine chloride dihydrate", "2,2'-(1,4-dioxo-1,4-butanediyl)bis(oxy)-bisn,n,n-trimethyl-ethanaminiumdichloride,", "71-27-2[rn]", "succinic acid diester with choline chloride", "succinyldicholine dichloride", "anhydrous succinyldicholine dichloride", "succinoylcholine", "cloruro de suxametonio [inn_en]", "3,8-dioxa-4,7-dioxodercan-1,10-bis(trimethylammonium)dichlorid", "succinylcholine chloride[usp]", "bis(succinyldichlorocholine)", "trimethyl[2-({4-oxo-4-[2-(trimethylazaniumyl)ethoxy]butanoyl}oxy)ethyl]azanium dichloride", "sukcinylcholinchlorid[czech]", "6101-15-1[rn]", "succamethonium chloratum", "anhydrous succinylcholine chloride", "succinocholine", "di(2-trimethylaminoethyl) succinylchloride", "succinicacid bis[b-dimethylaminoethyl] esterdimethochloride", "suxamethoniumchloride", "chlorsuccinylcholin", "anhydrous succinylcholine dichloride", "suxamethonium chloride (anhydrous)", "anectine (tn)", "succinylcholine chloride (anhydrous)", "suxinyl", "10168-63-5[rn]", "lysthenon", "succinylcholine chloride; >98%", "chlorure de succinilcoline", "anectine[wiki]", "succinyldicholine dichloride (anhydrous)", "listenon", "succinylbischoline", "succinylcholine dichloride (anhydrous)", "bis(2-dimethylaminoethyl)succinate bis(methochloride)", "succinyl-bis(n-(2-oxyethyl)trimethylammonium)-dichlorid", "dicholine succinate", "chlorsuccinylcholin[german]", "bis[2-dimethylaminoethyl]succinate bis[methochloride]", "choline succinate dichloride", "ultrapal chloride", "2-dimethylaminoethyl succinate dimethochloride", "succinilcolina cloruro [dcit]", "sukolin", "suxamethone", "chlorure de succinilcoline[french]", "cloruro di succinilcolina[italian]", "succinoylcholine chloride", "suxamethionium chloride", "200-747-4[einecs]", "n,n,n-trimethyl-2-({4-oxo-4-[2-(trimethylammonio)ethoxy]butanoyl}oxy)ethanaminiumdichloride", "ethanaminium 2,2'-[(1,4-dioxo-1,4-butanediyl)bis(oxy)]bis[n,n,n-trimethyl- chloride (1:2)", "sck", "2,2'-[(1,4-dioxobutane-1,4-diyl)bis(oxy)]bis(n,n,n-trimethylethanaminium)", "ditiline", "ethanaminium 2,2'-[ (1 4-dioxo-1,4-butanediyl)bis(oxy)]bis[n,n,n-trimethyl- dibromide", "suxamethonium dibromide", "wln: 1k1&1&2ov2vo2k1&1&1 &i 2", "1805311[beilstein]", "ethanaminium 2,2'-[ (1,4-dioxo-1 4-butanediyl)bis(oxy)]bis[n,n,n-trimethyl- dichloride", "choline succinate (2:1) (ester)", "succinicacid bis[2-(dimethylamino)ethyl]ester dimethiodide", "suramethinium", "choline succinyl-", "celocurin", "skolin", "nsc-221197", "bis (succinyldichlorocholine)", "succinic acid", "bis (2-dimethylaminoethyl)succinate bis(methochloride)", "succinic acid bis[(.beta.-dimethylamino)ethyl] ester bis[methiodide]", "ethanaminium 2 2'-[ (1,4-dioxo-1,4-butanediyl)bis(oxy)]bis[n,n,n-trimethyl- diiodide", "nsc221197", "succinyl choline", "celocurine", "4-04-00-01451 (beilstein handbook reference)[beilstein]", "ethanaminium 2,2'-((1,4-dioxo-1,4-butanediyl)bis(oxy))bis(n,n,n-trimethyl-", "ethanaminium 2,2'-[(1,4-dioxo-1,4-butanediyl)bis(oxy)]bis[n,n,n-trimethyl-", "lystenon", "succinyl choline hydrochloride", "bis[(.beta.-dimethylamino)ethyl]succinate bis[methyliodide]", "m and b 2207", "choline", "succinylcholine iodide", "ammonium,succinyl[bis(oxyethylene)][bis(trimethyl- diiodide", "succinic acid diester with choline", "l.t. 1", "suxamethonium[wiki]", "sux-cert", "337376-15-5", "wln: 1k1&1&2ov2vo2k1&1&1 &q 2 &i", "suxamethonium"}|>, "2637" -> <|"DatabaseID" -> "SW01683", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00088"], ExternalIdentifier["DrugBankID", "00053"]}, "IsomericSmiles" -> "CCCCCCCCC[NH+]1C[C@@H]([C@H]([C@@H]([C@H]1CO)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02810"], ExternalIdentifier["KEGGID", "D03020"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ALGLUCERASE;IMIGLUCERASE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 501640]}, "Synonyms" -> {"ac1l9v9l", "chebi:49775", "n-nonyl-dnj", "n-(n-nonyl)deoxynojirimycin", "ag-h-25955", "n-(n-nonyl)-deoxynojirimycin", "alglucerase", "n-nonyl-1-deoxynojirimycin", "imiglucerase", "n-nonyl-deoxynojirimycin", "chembl408500", "nn-dnj", "imiglucerase (genetical recombination)", "cerezyme (genzyme corp)", "ceredase", "ceredase (genzyme)", "ceredase (genzyme corp)", "cerezyme"}|>, "2638" -> <|"DatabaseID" -> "SW01683", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00088"], ExternalIdentifier["DrugBankID", "00053"]}, "IsomericSmiles" -> "CCCCCCCCC[NH+]1C[C@@H]([C@H]([C@@H]([C@H]1CO)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02810"], ExternalIdentifier["KEGGID", "D03020"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ALGLUCERASE;IMIGLUCERASE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 501640]}, "Synonyms" -> {"ac1l9v9l", "chebi:49775", "n-nonyl-dnj", "n-(n-nonyl)deoxynojirimycin", "ag-h-25955", "n-(n-nonyl)-deoxynojirimycin", "alglucerase", "n-nonyl-1-deoxynojirimycin", "imiglucerase", "n-nonyl-deoxynojirimycin", "chembl408500", "nn-dnj", "imiglucerase (genetical recombination)", "cerezyme (genzyme corp)", "ceredase", "ceredase (genzyme)", "ceredase (genzyme corp)", "cerezyme"}|>, "2639" -> <|"DatabaseID" -> "SW01684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6228]}, "IsomericSmiles" -> "CC[NH+](CC)CCOC(=O)C1(CCCC1)c2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "caramifenio"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6472]}, "Synonyms" -> {"parpanil", "pentaphen (pharmaceutical)", "77-22-5", "caramiphen", "cyclopentanecarboxylic acid", "caramifenio [inn-spanish]", "816-80-8[rn]", "caramifenio[spanish][inn]", "2-(diethylamino)ethyl 1-phenylcyclopentanecarboxylate", "cyclopentanecarboxylic acid 1-phenyl- 2-(diethylamino)ethyl ester", "diethylaminoethyl 1-phenylcyclopentane-1-carboxylate", "caramiphene[french][inn]", "caramiphenum [inn-latin]", "1-(2-diethylaminoethoxycarbonyl)-1-phenylcyclopentane", "1-phenylcyclopentanecarboxylic acid2-(diethylamino)ethyl ester", "caramiphenum[latin]", "1-phenyl-cyclopentanecarboxylic acid2-diethylamino-ethyl ester", "77-22-5[rn]", "201-013-6[einecs]", "4-09-00-02112 (beilstein handbook reference)[beilstein]", "caramiphene [inn-french]", "2-(diethylamino)ethyl 1-phenylcyclopentanecarboxylate[acd/iupac name]", "2-diethylaminoethyl 1-phenylcyclopentancarboxylat", "2-(diethylamino)ethyl 1-phenylcyclopentane-1-carboxylate", "einecs 201-013-6", "4-09-00-02112[beilstein]", "2-diethylaminoethyl 1-phenylcyclopentane-1-carboxylate"}|>, "2640" -> <|"DatabaseID" -> "SW01685", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4724"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61600]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00645"]}, "IsomericSmiles" -> "CCCCOc1ccc(cc1)C(=O)CC[NH+]2CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00735"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DYCLONINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68304]}, "Synonyms" -> {"dyclone", "dyclonine hcl", "dyclonine hydrochloride", "dyclothane", "tanaclone", "dyclocaine", "4'-butoxy-3-piperidinopropiophenone hydrochloride", "dyclocaine hydrochloride", "diclonina", "dyclonine[wiki]", "1-(4-butoxyphenyl)-3-(1-piperidinyl)-1-propanone[acd/iupac name]", "1-propanone 1-(4-butoxyphenyl)-3-(1-piperidinyl)- hydrochloride", "piperidine 1-[2-(4-butoxybenzoyl)ethyl] hydrochloride", "hpn3", "536-43-6 586-60-7 [dyclonine]", "dyclone (tn)", "nsc 23018", "dyclonine", "sulfourea; thiocarbamide", "1-propanone 1-(4-butoxyphenyl)-3-(1-piperidinyl)- hydrochloride (1:1)", "1-(4-butoxyphenyl)-3-piperidylpropan-1-one chloride h", "4-n-butoxy-b-(1-piperidyl)propiophenone hydrochloride", "dyclonin", "536-43-6[rn]", "diclonina [inn-spanish]", "1-propanone 1-(4-butoxyphenyl)-3-(1-piperidinyl)- hydrochloride (9ci)", "propiophenone 4'-butoxy-3-piperidino- hydrochloride", "voltage-gated sodium channel subunit alpha nav1.8", "208-633-6[einecs]", "1-(2-(4-butoxybenzoyl)ethyl)piperidine hydrochloride", "536-43-6 586-60-7", "1-(4-butoxyphenyl)-3-(piperidin-1-yl)propan-1-one hydrochloride(1:1)", "1-(4-butoxyphenyl)-3-(1-piperidinyl)-1-propanone hydrochloride", "peripheral nerve sodium channel 3", "diclonia", "1-(4-butoxyphenyl)-3-(1-piperidinyl)-1-propanone hydrochloride(1:1)[acd/iupac name]", "piperidine 1-(2-(4-butoxybenzoyl)ethyl) hydrochloride", "586-60-7[rn]", "dycloninum [inn-latin]", "skin shield liquid bandage (alcohol anhydrous + benzethonium chloride + dyclonine hydrochloride)_mixture", "sodium channel protein type x subunit alpha", "1-(4-butoxyphenyl)-3-piperidylpropan-1-one chloride", "einecs 208-633-6", "536-43-6", "1-propanone 1- (4-butoxyphenyl)-3-(1-piperidinyl)- hydrochloride", "dyclocainum", "dyclonine hydrochloride[usp]", "tanac medicated gel (allantoin + dyclonine hydrochloride)_mixture"}|>, "2641" -> <|"DatabaseID" -> "SW01686", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16330"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10189]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C[C@@H]1CC[C@@H]3[C@@H]2CC[C@]4([C@H]3CC[C@@H]4O)C", "OfficialNames" -> <|"Indian Approved Name" -> "dihydrotestosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10635]}, "Synonyms" -> {"stanolone", "andractim", "stanaprol", "proteina", "anabolex", "anaboleen", "androlone", "protona", "4,5a-dihydrotestosterone", "androstanolone[wiki]", "5a-androstan-3-on-17b-ol", "17-hydroxyandrostan-3-one[acd/iupac name]", "5a-dihydrotestosterone", "17-hydroxy-androstan-3-one", "dihydrotestosteron", "androstanolone", "5a-androstan-17b-ol-3-one", "androstanolonum [inn_la]", "5b-androstan-3-on-17b-ol", "dihydrotestosterone", "dht", "testosterone imp. f (ep)", "androstanolonum[latin]", "dihydrotestosterone[wiki]", "5-a-androstanolone", "anaprotin", "stanolon", "12040-51-6[rn]", "17b-hydroxy-3-androstanone", "androstanolona[spanish][inn]", "(5s,8r,9s,10s,13s,14s,17s)-17-hydroxy-10,13-dimethyltetradecahydro-1h-cyclopenta[a]phenanthren-3(2h)-one", "androstan-17b-ol-3-one", "testosterone dihydro-", "(5s,8r,9s,10s,13s,14s,17s)-17-hydroxy-10,13-dimethyl-hexadecahydro-cyclopenta[a]phenanthren-3-one", "902-04-5[rn]", "neodrol", "521-18-6[rn]", "(5a,17b)-17-hydroxyandrostan-3-one", "4-dihydrotestosterone", "stanolone [ban]", "cristerona mb", "stanorone", "208-307-3[einecs]", "28801-96-9[rn]"}|>, "2642" -> <|"DatabaseID" -> "SW01687", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2710"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10188]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@@H]2O)CC=C4[C@@]3(CC[C@@H](C4)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00179"]}, "OfficialNames" -> <|"NPC Approved Name" -> "androstenediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10634]}, "Synonyms" -> {"androstenediol", "androst-5-enediol", "3beta", "tetrabol", "hermaphrodiol", "(3s,8r,9s,10r,13s,14s,17s)-10,13-dimethyl-2,3,4,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthrene-3,17-diol", "19793-20-5[rn]", "ginandrin", "208-306-8[einecs]", "521-17-5[rn]", "androst-5-ene-3b,17b-diol", "d5-androstene-3b,17b-diol", "521-17-5", "5-androstenediol[wiki]", "(3b,17b)-androst-5-ene-3,17-diol", "androstenediol[jan]", "androst-5-ene-3beta", "2297-30-5[rn]", "chebi:2710", "neumune", "stenandiol", "delta(sup 5)-androstenediol", "218-943-3[einecs]", "androst-5-ene-3,17-diol", "bisexovis"}|>, "2643" -> <|"DatabaseID" -> "SW01688", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445558]}, "IsomericSmiles" -> "C[NH+](C)CCCOC1(CCCCCC1)Cc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01197"]}, "OfficialNames" -> <|"NPC Approved Name" -> "halidor"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282403]}, "Synonyms" -> {"halidor", "angiociclan", "dilangio", "ludilat", "hemoflux", "bencyclane fumarate", "diacyclan", "angiodel", "fludilat", "14286-84-1[rn]", "3-[(1-benzylcycloheptyl)oxy]-n,n-dimethylpropan-1-amine (2e)-but-2-enedioate (1:1)", "egyt 201", "3-((1-benzylcycloheptyl)oxy)-n,n-dimethylpropylamine fumarate", "n-(3-(1-benzyl-cycloheptyl-oxy)-propyl)-n,n-dimethyl-ammonium-hydrogenfumarat[german]", "bencyclane fumarate[jan]", "fluxema", "1-benzyl-1-(3'-dimethylaminopropoxy)cycloheptane fumarate", "1-propanamine n,n-dimethyl-3-((1-(phenylmethyl)cycloheptyl)oxy)- (e)-2-butenedioate (1:1)", "propylamine 3-((1-benzylcycloheptyl)oxy)-n,n-dimethyl- fumarate", "238-204-9[einecs]", "halidor (tn)", "bencyclane fumarate (jan/usan)[jan][usan]", "1-propanamine n,n-dimethyl-3-[[1-(phenylmethyl)cycloheptyl]oxy]- (2e)-2-butenedioate (1:1)", "[3-[(1-benzylcycloheptyl)oxy]propyl]dimethylammonium hydrogen fumarate", "(3-((1-benzylcycloheptyl)oxy)propyl)dimethylammonium hydrogen fumarate"}|>, "2644" -> <|"DatabaseID" -> "SW01689", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4517814]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CC/C(=C/CCC(C)(C=C)O)/C)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "geranyl linalool"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5365872]}, "Synonyms" -> {"geranyllinalool", "geranyl linalool", "3", "(6e)-3,7,11,15-tetramethylhexadeca-1,6,10,14-tetraen-3-ol", "1,6,10,14-hexadecatetraen-3-ol 3,7,11,15-tetramethyl- (e,e)-", "(e,e)-3,7,11,15-tetramethylhexadeca-1,6,10,14-tetraen-3-ol", "3790-75-8[rn]", "1113-21-9[rn]", "(6e,10e)-3,7,11,15-tetramethylhexadeca-1,6,10,14-tetraen-3-ol", "68931-30-6[rn]", "(e", "3,7,11,15-tetramethyl-1,6,10,14-hexadecatetraene-3-ol", "2211-30-5[rn]", "e,e-3,7,11,15-tetramethyl-1,6,10,14-hexadecatetraen-3-ol", "1", "3,7,11,15-tetramethylhexadeca-1,6,10,14-tetraen-3-ol", "3,7,11,15-tetramethyl-1,6,10,14-hexadecatetraen-3-ol[acd/iupac name]", "1,6,10,14-hexadecatetraen-3-ol 3,7,11,15-tetramethyl- (6e)-", "geranyl-linalool (mixture of isomers)", "einecs 214-201-8", "1113-21-9", "e", "1,6,10,14-hexadecatetraen-3-ol 3,7,11,15-tetramethyl- (6e,10e)-", "68931-30-6", "214-201-8[einecs]", "(6e,10e)-3,7,11,15-tetramethyl-1,6,10,14-hexadecatetraen-3-ol"}|>, "2645" -> <|"DatabaseID" -> "SW01689", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4517814]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CC/C(=C/CCC(C)(C=C)O)/C)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "geranyl linalool"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5365872]}, "Synonyms" -> {"geranyllinalool", "geranyl linalool", "3", "(6e)-3,7,11,15-tetramethylhexadeca-1,6,10,14-tetraen-3-ol", "1,6,10,14-hexadecatetraen-3-ol 3,7,11,15-tetramethyl- (e,e)-", "(e,e)-3,7,11,15-tetramethylhexadeca-1,6,10,14-tetraen-3-ol", "3790-75-8[rn]", "1113-21-9[rn]", "(6e,10e)-3,7,11,15-tetramethylhexadeca-1,6,10,14-tetraen-3-ol", "68931-30-6[rn]", "(e", "3,7,11,15-tetramethyl-1,6,10,14-hexadecatetraene-3-ol", "2211-30-5[rn]", "e,e-3,7,11,15-tetramethyl-1,6,10,14-hexadecatetraen-3-ol", "1", "3,7,11,15-tetramethylhexadeca-1,6,10,14-tetraen-3-ol", "3,7,11,15-tetramethyl-1,6,10,14-hexadecatetraen-3-ol[acd/iupac name]", "1,6,10,14-hexadecatetraen-3-ol 3,7,11,15-tetramethyl- (6e)-", "geranyl-linalool (mixture of isomers)", "einecs 214-201-8", "1113-21-9", "e", "1,6,10,14-hexadecatetraen-3-ol 3,7,11,15-tetramethyl- (6e,10e)-", "68931-30-6", "214-201-8[einecs]", "(6e,10e)-3,7,11,15-tetramethyl-1,6,10,14-hexadecatetraen-3-ol"}|>, "2646" -> <|"DatabaseID" -> "SW01690", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10134207]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CC(/C=C(\\C)/CCC=C(C)C)O)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "geranylgeraniol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11959961]}, "Synonyms" -> {"2,6,10,14-hexadecatetraen-8-ol 2,6,11,15-tetramethyl- (6e,10e)-", "jsp004804", "geranylgeraniol", "trans,trans,trans-geranylgeraniol", "all-trans-geranylgeraniol", "geranyl-geraniol", "(6e,10e)-2,6,11,15-tetramethylhexadeca-2,6,10,14-tetraen-8-ol", "(e,e,e)-geranylgeraniol", "trans-geranylgeraniol", "24034-73-9[rn]", "7614-21-3[rn]", "all trans geranylgeraniol", "i14-15538"}|>, "2647" -> <|"DatabaseID" -> "SW01690", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10134207]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CC(/C=C(\\C)/CCC=C(C)C)O)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "geranylgeraniol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11959961]}, "Synonyms" -> {"2,6,10,14-hexadecatetraen-8-ol 2,6,11,15-tetramethyl- (6e,10e)-", "jsp004804", "geranylgeraniol", "trans,trans,trans-geranylgeraniol", "all-trans-geranylgeraniol", "geranyl-geraniol", "(6e,10e)-2,6,11,15-tetramethylhexadeca-2,6,10,14-tetraen-8-ol", "(e,e,e)-geranylgeraniol", "trans-geranylgeraniol", "24034-73-9[rn]", "7614-21-3[rn]", "all trans geranylgeraniol", "i14-15538"}|>, "2648" -> <|"DatabaseID" -> "SW01691", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55487]}, "IsomericSmiles" -> "CCCCCCCCCCCCSCCOCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04673"]}, "OfficialNames" -> <|"NPC Approved Name" -> "laureth-10s"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61574]}, "Synonyms" -> {"laureth 10s", "2-(2-dodecylthioethoxy)ethan-1-ol", "tergitol 12-m-10 (nonionic)", "dsstox_cid_26042", "sbb056591", "105841-68-7[rn]", "13081-34-0[rn]", "142339-20-6[rn]", "13081-34-0", "dodecylmercaptan ethoxylated", "ac1l1vib", "31783-12-7[rn]", "polyethylene glycol mono(2-(dodecylthio)ethyl) ether", "105841-68-7", "9014-89-5[rn]", "polyoxyethylene s-ether with dodecylmercaptan", "dodecylmercaptan", "laureth 10s (usan)", "ncgc00159387-02", "12627-30-4[rn]"}|>, "2649" -> <|"DatabaseID" -> "SW01692", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 75633]}, "IsomericSmiles" -> "C[NH+](C)CCC(c1ccccc1)(c2ccccc2Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01389"]}, "OfficialNames" -> <|"Indian Approved Name" -> "chlophedianol hcl", "FDA Approved Drug" -> "CHLOPHEDIANOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 83813]}, "Synonyms" -> {"coldrin", "detigon", "ulone", "detigon-bayer", "bayer b-186", "clofedanol hydrochloride", "chlophedianol hydrochloride", "pectolitan", "refugal", "ulo", "511-13-7[rn]", "208-124-9[einecs]", "chlophedianol hydrochloride[usan]", "clophedianol hydrochloride", "sl-501", "clofedanol[wiki]", "chlorphedianol hydrochloride", "bayer-186", "1-(2-chlorophenyl)-3-(dimethylamino)-1-phenylpropan-1-ol hydrochloride (1:1)", "2-chloro-a-(2-(dimethylamino)ethyl)benzhydrol hydrochloride", "coldrin (tn)", "2-chloro-a-(2-(dimethylamino)ethyl)-a-phenylbenzenemethanol hydrochloride", "clofedanol hydrochloride[jp15]", "1-o-chlorophenyl-1-phenyl-3-dimethylamino-1-propanol hydrochloride", "a-(2-dimethylaminoethyl)-o-chlorobenzhydrol hydrochloride", "dencyl", "clofedanol", "eutus", "2-chloro-alpha-(2-(dimethylamino)ethyl)benzhydrol", "clofedano", "1-phenyl-1-(o-chlorophenyl)-3-dimethylaminopropanol", "alpha-(dimethylaminoethyl)-o-chlorobenzhydrol", "chlofedanol", "tussistop", "clofedianolo [italian]", "calmotusin", "clofedanolum [inn-latin]", "chlophedianol", "1-(2-chlorophenyl)-3-(dimethylamino)-1-phenyl-1-propanol", "clophedianol base"}|>, "2650" -> <|"DatabaseID" -> "SW01692", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 75633]}, "IsomericSmiles" -> "C[NH+](C)CCC(c1ccccc1)(c2ccccc2Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01389"]}, "OfficialNames" -> <|"Indian Approved Name" -> "chlophedianol hcl", "FDA Approved Drug" -> "CHLOPHEDIANOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 83813]}, "Synonyms" -> {"coldrin", "detigon", "ulone", "detigon-bayer", "bayer b-186", "clofedanol hydrochloride", "chlophedianol hydrochloride", "pectolitan", "refugal", "ulo", "511-13-7[rn]", "208-124-9[einecs]", "chlophedianol hydrochloride[usan]", "clophedianol hydrochloride", "sl-501", "clofedanol[wiki]", "chlorphedianol hydrochloride", "bayer-186", "1-(2-chlorophenyl)-3-(dimethylamino)-1-phenylpropan-1-ol hydrochloride (1:1)", "2-chloro-a-(2-(dimethylamino)ethyl)benzhydrol hydrochloride", "coldrin (tn)", "2-chloro-a-(2-(dimethylamino)ethyl)-a-phenylbenzenemethanol hydrochloride", "clofedanol hydrochloride[jp15]", "1-o-chlorophenyl-1-phenyl-3-dimethylamino-1-propanol hydrochloride", "a-(2-dimethylaminoethyl)-o-chlorobenzhydrol hydrochloride", "dencyl", "clofedanol", "eutus", "2-chloro-alpha-(2-(dimethylamino)ethyl)benzhydrol", "clofedano", "1-phenyl-1-(o-chlorophenyl)-3-dimethylaminopropanol", "alpha-(dimethylaminoethyl)-o-chlorobenzhydrol", "chlofedanol", "tussistop", "clofedianolo [italian]", "calmotusin", "clofedanolum [inn-latin]", "chlophedianol", "1-(2-chlorophenyl)-3-(dimethylamino)-1-phenyl-1-propanol", "clophedianol base"}|>, "2651" -> <|"DatabaseID" -> "SW01693", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32888"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10481896]}, "IsomericSmiles" -> "[C@@H]1([C@@H]([C@@H]([C@H]([C@@H]([C@@H]1Cl)Cl)Cl)Cl)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00360"]}, "OfficialNames" -> <|"Indian Approved Name" -> "gamma benzene hexachloride", "FDA Approved Drug" -> "LINDANE"|>, "Synonyms" -> {"gammexane", "dbh", "kwell", "1907337[beilstein]", "lindapoudre", "hilbeech", "hexatin", "jacutin", "agrocide", "aphtiria", "aficide", "owadziak", "gamacide", "gammamean 400", "drilltox-spezial aglukon", "lindan", "entomoxan", "gamacide 20", "forst-nexen", "206-272-9[einecs]", "esoderm", "lindex[wiki]", "nicochloran", "nexit stark", "agrocide wp", "pedraczak", "kanodane", "novigam", "(1r,2s,3r,4r,5s,6r)-1,2,3,4,5,6-hexachlorocyclohexane", "verindal ultra", "lintox", "hexcidum", "206-271-3[einecs]", "bhc 50 wp", "g-lindane", "lindagrain", "lasochron", "g-bhc", "lindosep", "arcotal s", "tri-6", "235-527-7[einecs]", "g-1,2,3,4,5,6-hexachlorocyclohexane", "chloresene", "lintox 3", "aparasin", "scabene", "dol granule", "1,2,3,4,5,6-hexachlorocyclohexane[acd/iupac name]", "detmol extract", "mszycol", "aplidal", "devoran", "lindagranox", "gammaterr", "gallogama", "gamoline", "hcc", "fenoform forte", "hungaria l 7", "kokotine", "(1a,2a,3b,4a,5a,6b)-1,2,3,4,5,6-hexachlorocyclohexane", "agrocide 6g", "inexit", "lidenal", "bercema-spritz-lindan 50", "lacco hi lin", "geolin g 3", "g-hexachlorobenzene", "ben-hex", "4-05-00-00058", "gamacarbatox", "hch[formula]", "lentox", "210-168-9[einecs]", "lendine", "codechine", "211-067-2[einecs]", "lindane[wiki][usp]", "cyclohexane 1,2,3,4,5,6-hexachloro- (1a,2a,3b,4a,5a,6b)-", "geobilan", "1,2,3,4,5,6-hexachlorocyclohexane g-isomer", "(1r,2s,3r,4r,5s,6r)-1,2,3,4,5,6-hexachlorcyclohexan[german]", "nexol e", "prodactif", "hexaverm", "bbh", "243-282-2[einecs]", "gexane", "mglawik l", "6-hexachlorocyclohexane", "arbitex", "spruehpflanzol", "g-hexachloran", "spritzlindane", "g-hexachlorane", "nexit", "gamiso", "agrocide 7", "agrocide 2", "(1r,2c,3t,4c,5c,6t)-1,2,3,4,5,6-hexachlorocyclohexane", "206-270-8[einecs]", "agronexit", "bhc[formula]", "heclotox", "linvur", "quellada", "streunex", "neo-scabicidol", "isotox", "celanex", "benhexol", "aalindan", "gamaphex", "benzene hexachloride", "bentox 10", "gamacid", "g-col", "gamene", "1a,2a,3b,4a,5a,6b-hexachlorocyclohexane", "g-hexachlorocyclohexane", "hortex[wiki]", "omnitox", "nexen fb", "(1r,2r,3s,4r,5r,6s)-1,2,3,4,5,6-hexachlorocyclohexane", "kwell[wiki]", "lindatox", "200-401-2[einecs]", "benzene hexachloride g-isomer", "agrocide iii", "58-89-9[rn]", "gammalin 20", "g-benzene hexachloride", "lorexane", "hexicide", "ameisentod", "pflanzol", "gammalin", "silvanol", "g-hch", "ameisenmittel merck", "spritz-rapidin", "lindane", "lindagam", "lindafor", "ovadziak", "g-benzohexachloride", "milbol 49"}|>, "2652" -> <|"DatabaseID" -> "SW01694", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65859]}, "IsomericSmiles" -> "c1c2c(cc3c1OCO3)C(=O)N[C@@H]4C2=C[C@@H]([C@H]([C@H]4O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoricidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73065]}, "Synonyms" -> {"7-deoxynarciclasine", "lycoricidine", "yydlfvzoidogso-kkbfjbposa-", "ac1l2j7k", "ac1q6fuk", "nsc349155", "19622-83-4[rn]", "(4s,5r,6s,7r)-4,5,6-trihydroxy-13,15-dioxa-8-azatetracyclo[8.7.0.02,7.012,16]heptadeca-1(17),2,10,12(16)-tetraen-9-one", "(2s,3r,4s,4ar)-2,3,4-trihydroxy-3,4,4a,5-tetrahydro[1,3]dioxolo[4,5-j]phenanthridin-6(2h)-one", "(2s", "chembl487798", "(+)-lycoricidine", "19622-83-4", "2008-88-0", "[1,3]dioxolo[4,5-j]phenanthridin-6(2h)-one 3,4,4a,5-tetrahydro-2,3,4-trihydroxy- (2s,3r,4s,4ar)-", "narciclasine analog"}|>, "2653" -> <|"DatabaseID" -> "SW01695", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13844817]}, "IsomericSmiles" -> "CCOP(=S)(OCC)Oc1ccc(cc1)[N+](=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "2-o-caffeoylarbutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 991]}, "Synonyms" -> {"fosova", "fosfive", "corthione", "ethyl parathion", "alkron", "danthion", "thiophos", "paraphos", "corothion", "ethlon", "strathion", "parthion", "rhodiatox", "pestox plus", "paration[portuguese]", "fosferno 50", "diethyl o-p-nitrophenyl phosphorothioate", "o,o-diethyl o-(p-nitrophenyl) thiophosphate", "phosphemol", "fosfex", "94-78-0[rn]", "thiofos", "pacol", "o,o-diethyl o-(4-nitrophenyl) thiophosphate", "diethylparathion", "dntp", "ecatox", "dpp", "folidol", "bladen[wiki]", "oleoparathion", "vapophos", "gearphos", "phosphorothioic acid o,o-diethyl o-(4-nitrophenyl) ester", "folidol oil", "lethalaire g-54", "ekatox", "bladan f", "folidol e605", "aatp", "viran", "parathion", "aat", "e 605 f", "durathion", "drexel parathion 8e", "paramar 50", "fostox", "fosfermo", "bladan", "nitrostygmine", "oleoparaphene", "8057-70-3[rn]", "paradust", "alleron", "phosphorothioic acid o,o-diethyl-o-(4-nitrophenyl) ester", "o,o-diethyl o-(4-nitrophenyl) phosphorothioate", "212-657-2[einecs]", "phosphostigmine", "838-85-7[rn]", "56-38-2[rn]", "niran", "american cyanamid 3422", "etilon", "bayer e-605", "phoskil", "fosferno", "o,o-diethyl-o-(p-nitrophenyl)thionophosphate", "paramar", "nourithion", "diethyl 4-nitrophenyl phosphorothionate", "phosphorothioic acid o,o-diethyl o-(4-nitrophenyl) ester", "205-017-9[einecs]", "ekatin wf & wf ulv", "rhodiasol", "ethylparathione", "e 605 forte", "lirothion", "deoxynucleoside 5'-triphosphate", "o,o-diethyl-o-p-nitrophenylthiophosphate", "thiomex", "200-271-7[einecs]", "kolphos", "oleofos 20", "selephos", "soprathion", "diethyl p-nitrophenyl thiophosphate", "131-18-0[rn]", "parathion-ethyl", "rhodiatrox", "stathion", "thiophos 3422", "d010278", "tiofos", "penncap e", "kypthion", "foliclal", "diethyl parathion", "diethyl p-nitrophenyl thionophosphate", "pac", "panthion", "fostern", "202-363-2[einecs]", "2059093[beilstein]", "super rodiatox", "parathion ethyl", "o,o-diethyl-o-(4-nitrophenyl)thiophosphat", "parawet", "parathion-e", "snp", "sulfos", "pethion", "orthophos", "murfos", "diethyl para-nitrophenol thiophosphate", "o,o-diethyl o-p-nitrophenyl phosphorothioate", "genithion", "parathene", "vitrex", "aphamite", "parathion[wiki]", "thionspray no.84"}|>, "2654" -> <|"DatabaseID" -> "SW01696", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3184]}, "IsomericSmiles" -> "CCOC(=O)c1ccc(cc1)NC(=O)C[NH+]2CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01519"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nichicaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3300]}, "Synonyms" -> {"nichicaine", "sulcain", "ethyl p-(piperidinoacetylamino)benzoate", "ethyl 4-[(piperidin-1-ylacetyl)amino]benzoate", "p-(2-piperidinoacetamido)benzoic acid ethyl ester", "sa-7", "ethyl piperidinoacetylaminobenzoate", "20829-66-7[rn]", "sulcain (tn)", "algicode 106l", "242-181-0[einecs]", "4-04-00-01166 (beilstein handbook reference)[beilstein]", "25723-52-8[rn]", "333-18-6[rn]", "amerstat 274", "27308-78-7[rn]", "14852-17-6[rn]", "18299-54-2[rn]", "nichicaine (tn)", "624-59-9[rn]", "ethyl p-(2-piperidinoacetamido)benzoate", "aminophylline injection", "p-(piperidinoacetamide)benzoic acid ethyl ester", "benzoic acid p-(2-piperidinoacetamido)- ethyl ester", "91715-49-0[rn]", "benzoic acid", "ethyl piperidylacetylaminobenzoate", "t6165642", "15467-15-9[rn]", "41653-21-8[rn]", "8030-24-8[rn]", "22029-36-3[rn]", "5-20-03-00024 (beilstein handbook reference)[beilstein]", "68845-05-6[rn]", "brn 1292603", "ncgc00181909-01", "5700-49-2[rn]", "85404-18-8[rn]"}|>, "2655" -> <|"DatabaseID" -> "SW01697", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445371]}, "IsomericSmiles" -> "CCCC[C@H](/C=C(\\C)/C=C/C=C/C(=O)N1CCCC1=O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01458"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pecilocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282176]}, "Synonyms" -> {"variotin", "pecilocin", "supral", "leofungine", "2-pyrrolidinone 1-[(2e,4e,6e,8r)-8-hydroxy-6-methyl-1-oxo-2,4,6-dodecatrien-1-yl]-", "19504-77-9[rn]", "einecs 243-116-9", "243-116-9[einecs]", "(r-(e,e,e))-1-(8-hydroxy-6-methyl-1-oxo-2,4,6-dodecatrienyl)-2-pyrrolidinone", "pecilocine [inn-french]", "pecilocin [ban:inn][inn]", "pecilocinum[latin]", "pecilocinum [inn-latin]", "1-[(2e,4e,6e,8r)-8-hydroxy-6-methyldodeca-2,4,6-trienoyl]pyrrolidin-2-one", "1-(8-hydroxy-6-methyl-1-oxo-2,4,6-dodecatrienyl)-2-pyrrolidinone", "pecilocine[french][inn]", "19504-77-9", "nsc 291839", "2-pyrrolidinone 1- (8-hydroxy-6-methyl-2,4,6-dodecatrienoyl)-,(e,e,e)-(r)-", "pecilocina[spanish][inn]", "pecilocina [inn-spanish]", "2-pyrrolidinone 1-(8-hydroxy-6-methyl-2,4,6-dodecatrienoyl)-,(e,e,e)-(r)-", "2-pyrrolidinone 1-(8-hydroxy-6-methyl-1-oxo-2,4,6-dodecatrienyl)- (r-(e,e,e))-(9ci)", "pecilocinantibiotic obtained from cultures of paecyllomyces varioti banier var.antibioticus or by", "antibiotic obtained from cultures ofpaecyllomyces varioti banier var. antibioticus or the same substance produced by any other means"}|>, "2656" -> <|"DatabaseID" -> "SW01698", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2946"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18709]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00719"]}, "IsomericSmiles" -> "C[NH+]1CCC(=C2c3ccccc3CCc4c2nccc4)CC1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07482"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "AZATADINE MALEATE"|>, "PharmGKBID" -> "PA164747157", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19861]}, "Synonyms" -> {"azatadine", "azatidine", "optimine", "azatadinum [inn-latin]", "azatadine maleate", "azatadina [inn-spanish]", "6,11-dihydro-11-(1-methylpiperidin-4-ylidene)-5h-benzo[5,6]cyclohepta[1,2-b]pyridine dimaleate", "zadine", "trinalin", "azatadinum [inn_la]", "azatadinum[latin]", "azatadine [inn:ban]", "azatadine[wiki]", "azatadinum", "11-(1-methyl-piperidin-4-ylidene)-6,11-dihydro-5h-benzo[5,6]cyclohepta[1,2-b]pyridine(azatadine)", "223-615-8[einecs]", "9005-49-6", "azatadina", "idulian", "11-(1-methyl-piperidin-4-ylidene)-6,11-dihydro-5h-benzo[5,6]cyclohepta[1,2-b]pyridine", "azatadine (inn)", "6,11-dihydro-11-(1-methyl-4-piperidinylidene)-5h-benzo[5,6]cyclohepta[1,2-b]pyridine", "11-(1-methylpiperidin-4-ylidene)-6,11-dihydro-5h-benzo[5,6]cyclohepta[1,2-b]pyridine", "6,11-dihydro-11-(1-methyl-4-piperidylidene)-5h-benzo(5,6)cyclohepta(1,2-b)pyridine", "azatadina[spanish][inn]", "3964-81-6[rn]", "5h-benzo[5,6]cyclohepta[1,2-b]pyridine 6,11-dihydro-11-(1-methyl-4-piperidinylidene)-", "trinalin repetabs (azatadine maleate + pseudoephedrine sulfate)_mixture", "bonamid", "3978-86-7[rn]", "4-aza-5-(n-methyl-4-piperidinylidene)-10,11-dihydro-5h-dibenzo[a,d]cycloheptene"}|>, "2657" -> <|"DatabaseID" -> "SW01699", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3398"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445564], ExternalIdentifier["ChemSpiderID", 16741728]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00748"]}, "IsomericSmiles" -> "C[NH+](C)CCOC(c1ccc(cc1)Cl)c2ccccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01336"]}, "OfficialNames" -> <|"Indian Approved Name" -> "carbinoxamine maleate", "FDA Approved Drug" -> "CARBINOXAMINE MALEATE"|>, "PharmGKBID" -> "PA164746898", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2564]}, "Synonyms" -> {"clistin", "carbinoxamine maleate", "paracarbinoxamine", "rotoxamine", "carbinoxamine", "allergefon", "222-498-0[einecs]", "(+-)-carbinoxamine", "twiston", "paracarinoxamine", "mcn-r 73z", "carbinoxaminum", "clistine", "carbinoxamina", "3505-38-2[rn]", "ethanamine 2-((4-chlorophenyl)-2-pyridinylmethoxy)-n,n-dimethyl- (z)-2-butenedioate (1:1)", "component of clistin-d", "ethanamine 2-[ (4-chlorophenyl)-2-pyridinylmethoxy]-n,n-dimethyl- (z)-2-butenedioate (1:1)", "carbinoxamine hydrogen maleate", "hislosine", "ethanamine 2-[(4-chlorophenyl)-2-pyridinylmethoxy]-n,n-dimethyl- (2z)-2-butenedioate (1:1)", "clistin (tn)", "{2-[(4-chlorophenyl)-2-pyridylmethoxy]ethyl}dimethylamine (2z)but-2-enedioic cid", "2-((4-chlorophenyl)-2-pyridinylmethoxy)-n,n-dimethylethanamine(z)-2-butenedioate(1:1)", "lergefin", "histine sirup", "486-16-8[rn]", "rondec", "carbinoxamine maleate salt", "ethanamine 2-((4-chlorophenyl)-2-pyridinylmethoxy)-n,n-dimethyl- (2z)-2-butenedioate (1:1)", "polistin t-caps", "ziriton", "clistine maleate", "2-[(4-chlorophenyl)(pyridin-2-yl)methoxy]-n,n-dimethylethanamine (2z)-but-2-enedioate (1:1)", "121366-99-2[rn]", "3505-38-2 486-16-8", "p-carbinoxamine maleate", "3505-38-2 486-16-8 [carbinoxamine]", "carbinoxamine[wiki]", "2-(p-chloro-a-(2-(dimethylamino)ethoxy)benzyl)pyridinemaleate(1:1)", "carbinoxamine maleate [usan:jan][jan][usan]", "rondec dm", "polistine t-caps", "ciberon", "clistin-d", "allergefon maleate", "cliston", "2-[(4-chlorophenyl)(pyridin-2-yl)methoxy]-n,n-dimethylethanamine (2z)-but-2-enedioate", "paracarbinoxamine maleate"}|>, "2658" -> <|"DatabaseID" -> "SW01699", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3398"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445564], ExternalIdentifier["ChemSpiderID", 16741728]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00748"]}, "IsomericSmiles" -> "C[NH+](C)CCOC(c1ccc(cc1)Cl)c2ccccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01336"]}, "OfficialNames" -> <|"Indian Approved Name" -> "carbinoxamine maleate", "FDA Approved Drug" -> "CARBINOXAMINE MALEATE"|>, "PharmGKBID" -> "PA164746898", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2564]}, "Synonyms" -> {"clistin", "carbinoxamine maleate", "paracarbinoxamine", "rotoxamine", "carbinoxamine", "allergefon", "222-498-0[einecs]", "(+-)-carbinoxamine", "twiston", "paracarinoxamine", "mcn-r 73z", "carbinoxaminum", "clistine", "carbinoxamina", "3505-38-2[rn]", "ethanamine 2-((4-chlorophenyl)-2-pyridinylmethoxy)-n,n-dimethyl- (z)-2-butenedioate (1:1)", "component of clistin-d", "ethanamine 2-[ (4-chlorophenyl)-2-pyridinylmethoxy]-n,n-dimethyl- (z)-2-butenedioate (1:1)", "carbinoxamine hydrogen maleate", "hislosine", "ethanamine 2-[(4-chlorophenyl)-2-pyridinylmethoxy]-n,n-dimethyl- (2z)-2-butenedioate (1:1)", "clistin (tn)", "{2-[(4-chlorophenyl)-2-pyridylmethoxy]ethyl}dimethylamine (2z)but-2-enedioic cid", "2-((4-chlorophenyl)-2-pyridinylmethoxy)-n,n-dimethylethanamine(z)-2-butenedioate(1:1)", "lergefin", "histine sirup", "486-16-8[rn]", "rondec", "carbinoxamine maleate salt", "ethanamine 2-((4-chlorophenyl)-2-pyridinylmethoxy)-n,n-dimethyl- (2z)-2-butenedioate (1:1)", "polistin t-caps", "ziriton", "clistine maleate", "2-[(4-chlorophenyl)(pyridin-2-yl)methoxy]-n,n-dimethylethanamine (2z)-but-2-enedioate (1:1)", "121366-99-2[rn]", "3505-38-2 486-16-8", "p-carbinoxamine maleate", "3505-38-2 486-16-8 [carbinoxamine]", "carbinoxamine[wiki]", "2-(p-chloro-a-(2-(dimethylamino)ethoxy)benzyl)pyridinemaleate(1:1)", "carbinoxamine maleate [usan:jan][jan][usan]", "rondec dm", "polistine t-caps", "ciberon", "clistin-d", "allergefon maleate", "cliston", "2-[(4-chlorophenyl)(pyridin-2-yl)methoxy]-n,n-dimethylethanamine (2z)-but-2-enedioate", "paracarbinoxamine maleate"}|>, "2659" -> <|"DatabaseID" -> "SW01700", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10306038]}, "IsomericSmiles" -> "COc1cc2c(=O)cc(oc2c3c1occ3)c4ccccc4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kanjone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12305449]}, "Synonyms" -> {"kanjone", "lmpk12110060"}|>, "2660" -> <|"DatabaseID" -> "SW01701", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 133809]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00991"]}, "IsomericSmiles" -> "c1ccc(cc1)c2c(oc(n2)CCC(=O)[O-])c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00463"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxaprozin", "FDA Approved Drug" -> "OXAPROZIN;OXAPROZIN POTASSIUM"|>, "PharmGKBID" -> "PA450730", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4614], ExternalIdentifier["PubChemCompoundID", 23694685]}, "Synonyms" -> {"daypro", "oxaprozin", "daypro alta", "oxaprozina [inn-spanish]", "voir", "oxaprozinum [inn-latin]", "alvo", "deflam", "oxaprozine [inn-french]", "phs ii", "prostaglandin-endoperoxide synthase 2", "oxaprozin potassium", "pghs-2", "cox-2", "prostaglandin g/h synthase 2 precursor", "ec 1.14.99.1", "pgh synthase 2", "prostaglandin h2 synthase 2", "21256-18-8", "3-(4", "cyclooxygenase- 2", "174064-08-5[rn]", "2-oxazolepropanoic acid", "potassium 3-(4,5-diphenyl-1,3-oxazol-2-yl)propionate", "potassium 3-(4", "174064-08-5", "oxaprozin potassium salt", "unii-ml56o2z92i", "t5n coj b2vq dr& er &&k; salt", "kalium-3-(4,5-diphenyl-1,3-oxazol-2-yl)propanoat", "chembl1200463", "2-oxazolepropanoic acid 4,5-diphenyl- potassium salt", "potassium 3-(4,5-diphenyl-1,3-oxazol-2-yl)propanoate[acd/iupac name]", "ls-186561"}|>, "2661" -> <|"DatabaseID" -> "SW01702", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2219]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1cccc2c1oc(c2)C(=O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07496"]}, "OfficialNames" -> <|"NPC Approved Name" -> "befunolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2309]}, "Synonyms" -> {"2-acetyl-7-(2-hyroxy-3-isopropylaminopropoxy)benzofuran", "1-(7-(2-hydroxy-3-((1-methylethyl)amino)propoxy)-2-benzofuranyl)ethanone", "befunolol", "befunolol [inn]", "benfuran", "1-{7-[2-hydroxy-3-(propan-2-ylamino)propoxy]-1-benzofuran-2-yl}ethanone", "7-[2-hydroxy-3-(isopropylamino)propoxy]-2-benzofuranylmethyl ketone", "1-[7-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]-2-benzofuranyl]ethanone", "befunolol[wiki][inn]", "39552-01-7", "ketone 7-(2-hydroxy-3-(isopropylamino)propoxy)-2-benzofuranylmethyl", "7-(2-hydroxy-3-(isopropylamino)propoxy)-2-benzofuranyl methyl ketone", "befunololum [inn-latin]", "1-(7-(2-hydroxy-3-((1-methylethyl)amino)propoxy)-2-benzofuranyl)ethanone hydrochloride", "ethanone,1-(7-(2-hydroxy-3-((1-methylethyl)amino)propoxy)-2-benzofuranyl)- (9ci)", "1-{7-[2-hydroxy-3-(isopropylamino)propoxy]-1-benzofuran-2-yl}ethanone[acd/iupac name]", "ethanone,1-[7-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]-2-benzofuranyl]-", "brn 3620832", "39543-79-8[rn]", "7-(2-hydroxy-3-(isopropylamino)propoxy)-2-benzofuranylmethyl ketone", "1-[7-(2-hydroxy-3-isopropylamino-propoxy)-benzofuran-2-yl]-ethanone", "39552-01-7[rn]", "ethanone 1-[7-[2-hydroxy-3-[(1-methylethyl)amin", "2-acetyl-7-(2-hydroxy-3-isopropylaminopropoxy)benzofuran", "bentos", "befunolol (inn)", "bentox", "befunololum[latin]", "glauconex"}|>, "2662" -> <|"DatabaseID" -> "SW01702", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2219]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1cccc2c1oc(c2)C(=O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07496"]}, "OfficialNames" -> <|"NPC Approved Name" -> "befunolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2309]}, "Synonyms" -> {"2-acetyl-7-(2-hyroxy-3-isopropylaminopropoxy)benzofuran", "1-(7-(2-hydroxy-3-((1-methylethyl)amino)propoxy)-2-benzofuranyl)ethanone", "befunolol", "befunolol [inn]", "benfuran", "1-{7-[2-hydroxy-3-(propan-2-ylamino)propoxy]-1-benzofuran-2-yl}ethanone", "7-[2-hydroxy-3-(isopropylamino)propoxy]-2-benzofuranylmethyl ketone", "1-[7-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]-2-benzofuranyl]ethanone", "befunolol[wiki][inn]", "39552-01-7", "ketone 7-(2-hydroxy-3-(isopropylamino)propoxy)-2-benzofuranylmethyl", "7-(2-hydroxy-3-(isopropylamino)propoxy)-2-benzofuranyl methyl ketone", "befunololum [inn-latin]", "1-(7-(2-hydroxy-3-((1-methylethyl)amino)propoxy)-2-benzofuranyl)ethanone hydrochloride", "ethanone,1-(7-(2-hydroxy-3-((1-methylethyl)amino)propoxy)-2-benzofuranyl)- (9ci)", "1-{7-[2-hydroxy-3-(isopropylamino)propoxy]-1-benzofuran-2-yl}ethanone[acd/iupac name]", "ethanone,1-[7-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]-2-benzofuranyl]-", "brn 3620832", "39543-79-8[rn]", "7-(2-hydroxy-3-(isopropylamino)propoxy)-2-benzofuranylmethyl ketone", "1-[7-(2-hydroxy-3-isopropylamino-propoxy)-benzofuran-2-yl]-ethanone", "39552-01-7[rn]", "ethanone 1-[7-[2-hydroxy-3-[(1-methylethyl)amin", "2-acetyl-7-(2-hydroxy-3-isopropylaminopropoxy)benzofuran", "bentos", "befunolol (inn)", "bentox", "befunololum[latin]", "glauconex"}|>, "2663" -> <|"DatabaseID" -> "SW01703", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3426]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08162"]}, "IsomericSmiles" -> "c1cc2cnccc2c(c1)S(=O)(=O)N3CCC[NH2+]CC3", "OfficialNames" -> <|"NPC Approved Name" -> "hexahydro-1-(5-isoquinolylsulfonyl)-1h-14-diazepine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3547]}, "Synonyms" -> {"ha1077", "(5-isoquinolinesulfonyl)homopiperazine", "5-(1,4-diazepan-1-sulfonyl)isoquinoline", "1-(5-isoquinolinesulfonyl)homopiperazine", "(5-isoquinolinesulfonyl)homopiperazine 2hcl", "5-(1,4-diazepan-1-ylsulfonyl)isoquinoline[acd/iupac name]", "fh", "1-(5-isoquinolylsulfonyl)-1,4-diazaperhydroepine", "mfcd00866182", "fasudilum [inn-latin]", "fasudilum[latin]", "105628-07-7[rn]", "m77", "at 877", "1h-1,4-diazepine,hexahydro-1-(5-isoquinolinylsulfonyl)- (9ci)", "103745-39-7[rn]", "106094-83-1[rn]", "fasudil", "1-(5-isoquinolinesulphonyl)homopiperazine", "isoquinoline 5-[(hexahydro-1h-1,4-diazepin-1-yl)sulfonyl]-", "1-(5-isoquinolinylsulfonyl)homopiperazine", "kinome_3390", "5-(1,4-diazepane-1-sulfonyl)isoquinoline", "p164 rock-2", "103745-39-7", "n-(5-isoquinolinesulfonyl)-1,4-perhydrodiazepine", "hexahydro-1-(5-isoquinolylsulfonyl)-1h-1,4-diazepine", "rho-associated coiled-coil-containing protein kinase 2", "ha-1077", "1h-1,4-diazepine hexahydro-1-(5-isoquinolinylsulfonyl)-", "fasudil[inn]", "fasudil [inn]", "hexahydro-1-(5-isoquinolinylsulfonyl)-1h-1,4-diazepine", "ha 1077", "rho kinase 2"}|>, "2664" -> <|"DatabaseID" -> "SW01704", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4024"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20805], ExternalIdentifier["ChemSpiderID", 2802]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00979"]}, "IsomericSmiles" -> "C[NH+](C)CCOC(=O)C(c1ccccc1)C2(CCCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01002"], ExternalIdentifier["KEGGID", "D07759"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cyclopentolate hcl;cyclopentolate", "FDA Approved Drug" -> "CYCLOPENTOLATE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164743019", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22162], ExternalIdentifier["PubChemCompoundID", 2905]}, "Synonyms" -> {"cyclogyl", "mydrilate", "cyclopentolate", "cyclopentoiate", "cyclopentolate hcl", "cyclopentylate", "diopentolate", "ak-pentolate", "pentolair", "akpentolate", "ciclopentolato [inn-spanish]", "cyclopentolatum [inn-latin]", "ocu-pentolate", "cyclopentolate hydrochloride", "minims cyclopentolate", "cylate", "512-15-2[rn]", "cyclopentolate[wiki]", "262-240-4[einecs]", "2-(dimethylamino)ethyl 1-hydroxy-a-phenylcyclopentaneacetate hydrochloride", "5870-29-1 512-15-2", "5870-29-1 512-15-2 [cyclopentolate]", "2-(2-(1-hydroxycyclopentyl)-2-phenylacetoxy)ethyldimethylammonium chloride", "227-521-8[einecs]", "2-(dimethylamino)ethyl (1-hydroxycyclopentyl)(phenyl)acetate hydrochloride (1:1)[acd/iupac name]", "cyclomydril", "262-242-5[einecs]", "2-(dimethylamino)ethyl (1-hydroxycyclopentyl)(phenyl)acetate hydrochloride", "cyclogyl (tn)", "60452-44-0[rn]", "cyclopentolate hydrochloride [usan:jan][jan][usan]", "2-(dimethylamino)ethyl-(1-hydroxycyclopentyl)(phenyl)acetathydrochlorid", "2-(dimethylamino)ethyl 2-(hydroxycyclopentyl)-2-phenylacetate,chloride", "5870-29-1[rn]", "b-dimethylaminoethyl (1-hydroxycyclopentyl)phenylacetate hydrochloride", "60452-46-2[rn]", "ciclopentolato", "cyclopentolatum", "2-(dimethylamino)ethyl (+)-(1-hydroxycyclopentyl)phenylacetatehydrochloride", "1-hydroxy-a-phenylcyclopentaneaceticacid 2-(dimethylamino)ethyl ester", "yclopentolate", "cyclopentolatum[latin]", "2-(dimethylamino)ethyl (1-hydroxycyclopentyl)(phenyl)acetate[acd/iupac name]", "2-phenyl-2-(1-hydroxycyclopentyl)ethanoic acid b-(dimethylamino)ethyl ester", "ciclopentolato[spanish][inn]", "9005-49-6", "chebi:4025", "bell pentolate", "b-dimethylaminoethyl (1-hydroxycyclopentyl)phenylacetate", "beta-dimethylaminoethyl (1-hydroxycyclopentyl)phenylacetate hydrochloride", "cyclogyl otic", "208-136-4[einecs]", "einecs 227-521-8", "2-dimethylaminoethyl 1-hydroxy-a-phenylcyclopentaneacetate", "5870-29-1", "a-(1-hydroxycyclopentyl)benzeneacetic acid 2-(dimethylamino)ethyl ester", "512-15-2"}|>, "2665" -> <|"DatabaseID" -> "SW01704", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4024"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20805], ExternalIdentifier["ChemSpiderID", 2802]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00979"]}, "IsomericSmiles" -> "C[NH+](C)CCOC(=O)C(c1ccccc1)C2(CCCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01002"], ExternalIdentifier["KEGGID", "D07759"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cyclopentolate hcl;cyclopentolate", "FDA Approved Drug" -> "CYCLOPENTOLATE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164743019", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22162], ExternalIdentifier["PubChemCompoundID", 2905]}, "Synonyms" -> {"cyclogyl", "mydrilate", "cyclopentolate", "cyclopentoiate", "cyclopentolate hcl", "cyclopentylate", "diopentolate", "ak-pentolate", "pentolair", "akpentolate", "ciclopentolato [inn-spanish]", "cyclopentolatum [inn-latin]", "ocu-pentolate", "cyclopentolate hydrochloride", "minims cyclopentolate", "cylate", "512-15-2[rn]", "cyclopentolate[wiki]", "262-240-4[einecs]", "2-(dimethylamino)ethyl 1-hydroxy-a-phenylcyclopentaneacetate hydrochloride", "5870-29-1 512-15-2", "5870-29-1 512-15-2 [cyclopentolate]", "2-(2-(1-hydroxycyclopentyl)-2-phenylacetoxy)ethyldimethylammonium chloride", "227-521-8[einecs]", "2-(dimethylamino)ethyl (1-hydroxycyclopentyl)(phenyl)acetate hydrochloride (1:1)[acd/iupac name]", "cyclomydril", "262-242-5[einecs]", "2-(dimethylamino)ethyl (1-hydroxycyclopentyl)(phenyl)acetate hydrochloride", "cyclogyl (tn)", "60452-44-0[rn]", "cyclopentolate hydrochloride [usan:jan][jan][usan]", "2-(dimethylamino)ethyl-(1-hydroxycyclopentyl)(phenyl)acetathydrochlorid", "2-(dimethylamino)ethyl 2-(hydroxycyclopentyl)-2-phenylacetate,chloride", "5870-29-1[rn]", "b-dimethylaminoethyl (1-hydroxycyclopentyl)phenylacetate hydrochloride", "60452-46-2[rn]", "ciclopentolato", "cyclopentolatum", "2-(dimethylamino)ethyl (+)-(1-hydroxycyclopentyl)phenylacetatehydrochloride", "1-hydroxy-a-phenylcyclopentaneaceticacid 2-(dimethylamino)ethyl ester", "yclopentolate", "cyclopentolatum[latin]", "2-(dimethylamino)ethyl (1-hydroxycyclopentyl)(phenyl)acetate[acd/iupac name]", "2-phenyl-2-(1-hydroxycyclopentyl)ethanoic acid b-(dimethylamino)ethyl ester", "ciclopentolato[spanish][inn]", "9005-49-6", "chebi:4025", "bell pentolate", "b-dimethylaminoethyl (1-hydroxycyclopentyl)phenylacetate", "beta-dimethylaminoethyl (1-hydroxycyclopentyl)phenylacetate hydrochloride", "cyclogyl otic", "208-136-4[einecs]", "einecs 227-521-8", "2-dimethylaminoethyl 1-hydroxy-a-phenylcyclopentaneacetate", "5870-29-1", "a-(1-hydroxycyclopentyl)benzeneacetic acid 2-(dimethylamino)ethyl ester", "512-15-2"}|>, "2666" -> <|"DatabaseID" -> "SW01705", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6438"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 36089], ExternalIdentifier["ChemSpiderID", 390150]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01210"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]C[C@@H](COc1cccc2c1CCCC2=O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01025"]}, "OfficialNames" -> <|"Indian Approved Name" -> "levobunolol hcl", "FDA Approved Drug" -> "LEVOBUNOLOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164747027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284409], ExternalIdentifier["PubChemCompoundID", 39468]}, "Synonyms" -> {"betagan", "akbeta", "levobunolol hcl", "levobunolol hydrochloride", "levobunololum [inn-latin]", "levobunolol", "beta-1 adrenoreceptor", "levobunolol.hcl", "l-bunolol hydrochloride", "47141-42-4[rn]", "levobunolol[wiki]", "(-) -levobunolol hydrochloride", "27912-14-7[rn]", "vistagan", "beta-1 adrenoceptor", "248-725-3[einecs]", "gotensin", "(2s)-n-(tert-butyl)-2-hydroxy-3-[(5-oxo-5,6,7,8-tetrahydronaphthalen-1-yl)oxy]propan-1-aminium chloride", "w-7000a", "27591-01-1[rn]", "w 6421a", "1(2h)-naphthalenone 5-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)-3,4-dihydro- (s)-", "l-bunolol", "(s)-5-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-3,4-dihydro-1(2h)-naphthalenone", "5-{[(2s)-3-(tert-butylamino)-2-hydroxypropyl]oxy}-3,4-dihydronaphthalen-1(2h)-one", "5-[(2s)-3-(tert-butylamino)-2-hydroxypropoxy]-3,4-dihydronaphthalen-1(2h)-one", "1(2h)-naphthalenone 5-[[(2s)-3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl]oxy]-3,4-dihydro- hydrochloride(1:1)", "cas-27912-14-7", "w 7000a", "bunolol levobunolol", "5-({(2s)-3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl}oxy)-3,4-dihydronaphthalen-1(2h)-onehydrochloride", "levobunolol (inn)", "ccris 4375", "1(2h)-naphthalenone 5-[[(2s)-3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl]oxy]-3,4-dihydro-", "6484587[beilstein]", "5-{[(2s)-3-(tert-butylamino)-2-hydroxypropyl]oxy}-3,4-dihydronaphthalen-1(2h)-onhydrochlorid", "betagan (tn)", "5-({(2s)-2-hydroxy-3-[(2-methyl-2-propanyl)amino]propyl}oxy)-3,4-dihydro-1(2h)-naphthalenone hydrochloride (1:1)", "chebi:6439", "(2s)-n-tert-butyl-2-hydroxy-3-[(5-oxo-5,6,7,8-tetrahydronaphthalen-1-yl)oxy]propan-1-aminium chloride", "(-)-bunolol", "5-({(2s)-3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl}oxy)-3,4-dihydronaphthalen-1(2h)-one", "levobunololum[latin]", "bunolol[inn]", "levobunololum", "5-{[(2s)-3-(tert-butylamino)-2-hydroxypropyl]oxy}-3,4-dihydronaphthalen-1(2h)-onehydrochloride", "levobunolol hydrochloride", "(s)-5-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)-3,4-dihydro-1(2h)-naphthalenone", "cas-47141-41-3", "1(2h)-naphthalenone 5-[[(2s)-3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl]oxy]-3,4-dihydro- hydrochloride", "(-)-5-[3-(tert-butylamino)-2-hydroxypropoxy]-3,4-dihydro-1(2h)-naphthalenone", "1-propanaminium n-(1,1-dimethylethyl)-2-hydroxy-3-[(5,6,7,8-tetrahydro-5-oxo-1-naphthalenyl)oxy]-,chloride (2s)- (1:1)", "337376-15-5", "chebi:6438"}|>, "2667" -> <|"DatabaseID" -> "SW01706", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254062]}, "IsomericSmiles" -> "CCCCCC(C)CC(=O)CCc1ccc(c(c1)OC)O", "OfficialNames" -> <|"Indian Approved Name" -> "ginger oleoresin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850776]}, "Synonyms" -> {"ls-3194", "zingiber officinale extract", "ginger", "extract of ginger root", "ac1oa84s", "fema no. 2520", "fema no. 2521", "fema no. 2523", "ginger root extract", "ginger extract"}|>, "2668" -> <|"DatabaseID" -> "SW01706", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254062]}, "IsomericSmiles" -> "CCCCCC(C)CC(=O)CCc1ccc(c(c1)OC)O", "OfficialNames" -> <|"Indian Approved Name" -> "ginger oleoresin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850776]}, "Synonyms" -> {"ls-3194", "zingiber officinale extract", "ginger", "extract of ginger root", "ac1oa84s", "fema no. 2520", "fema no. 2521", "fema no. 2523", "ginger root extract", "ginger extract"}|>, "2669" -> <|"DatabaseID" -> "SW01707", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34369]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01359"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]C[C@@H](COc1ccccc1C2CCCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08074"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PENBUTOLOL SULFATE"|>, "PharmGKBID" -> "PA164749474", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37464]}, "Synonyms" -> {"levatol", "penbutolol", "s(-)-penbutolol", "levopenbutol", "(-)-penbutolol", "levatolol", "l-penbutolol", "betapressin", "penbutolol sulfate", "38363-40-5", "lobeta", "(s)-1-(2-cyclopentylphenoxy)-3-[(1,1-dimethylethyl)amino]-2-propanol", "(s)-1-(tert-butylamino)-3-(o-cyclopentylphenoxy)-2-propanol", "(-)-1-tert-butylamino-2-hydroxy-3-(2'-cyclopentylphenoxy)propane", "penbutololum", "penbutolol[wiki]", "paginol", "penbutololum[latin]", "2-propanol 1-(2-cyclopentylphenoxy)-3-((1,1-dimethylethyl)amino)- (s)-", "(s)-1-tert-butylamino-3-(2-cyclopentyl-phenoxy)-propan-2-ol", "beta-2 adrenoceptor", "(2s)-1-(tert-butylamino)-3-(2-cyclopentylphenoxy)propan-2-ol", "38363-40-5[rn]", "253-074-3[einecs]", "2-propanol 1-(2-cyclopentylphenoxy)-3-((1,1-dimethylethyl)amino)-", "hoe 893d", "beta-2 adrenoreceptor", "2-propanol 1-(2-cyclopentylphenoxy)-3-[(1,1-dimethylethyl)amino]- (2s)-", "1-(tert-butylamino)-3-(o-cyclopentylphenoxy)propan-2-ol", "36507-48-9[rn]"}|>, "2670" -> <|"DatabaseID" -> "SW01708", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1266005]}, "IsomericSmiles" -> "CC(C)(C)C#C/C=C/C[NH+](C)Cc1cccc2c1cccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02375"]}, "OfficialNames" -> <|"China Approved Name" -> "Terbinafine", "WHO Essential Medicine" -> "terbinafine", "Indian Approved Name" -> "terbinafine", "FDA Approved Drug" -> "TERBINAFINE;TERBINAFINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451614", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1549008]}, "Synonyms" -> {"lamasil", "terbinafine", "sf-86-327", "(2e)-n,6,6-trimethyl-n-(1-naphthylmethyl)hept-2-en-4-yn-1-amine", "lamisil;terbinex;corbinal;zabel", "lamisil at", "terbinafine[wiki][inn][ban][usan]", "trans-n-methyl-n-(1-naphthylmethyl)-6,6-dimethylhept-2-en-4-ynyl-1-amine", "n,6,6-trimethyl-n-(naphthalen-1-ylmethyl)hept-2-en-4-yn-1-amine", "terbifoam", "(e)-n-(6,6-dimethyl-2-hepten-4-ynyl)-n-methyl-1-naphthalene methanamine", "n-[(2e)-6,6-dimethyl-2-hepten-4-yn-1-yl]-n-methyl-1-naphthalenemethanamine", "1-naphthalenemethanamine n-[(2e)-6,6-dimethyl-2-hepten-4-yn-1-yl]-n-methyl-", "(2e)-n,6,6-trimethyl-n-(1-naphthylmethyl)-2-hepten-4-yn-1-amine", "35115-60-7[rn]", "bramazil", "(2e)-n,6,6-trimethyl-n-(naphthalen-1-ylmethyl)hept-2-en-4-yn-1-amine", "1n,6,6-trimethyl-1n-(1-naphthylmethyl)-(e)-2-hepten-4-yn-1-amine", "sf 86-327", "lamisil tablet", "teprotide", "lamisil terbinex corbinal zabel", "91161-71-6[rn]", "(6,6-dimethyl-hept-2-en-4-ynyl)-methyl-naphthalen-1-ylmethyl-amine", "(e)-n-(6,6-dimethyl-2-hepten-4-ynyl)-n-methyl-1-naphthalenemethylamine", "1-naphthalenemethanamine n-(6,6-dimethyl-2-hepten-4-ynyl)-n-methyl- (e)-", "91161-71-6", "lamisil", "terbina", "lamisil[wiki]", "(e)-n,6,6-trimethyl-n-(naphthalen-1-ylmethyl)hept-2-en-4-yn-1-amine", "((e)-6,6-dimethyl-hept-2-en-4-ynyl)-methyl-naphthalen-1-ylmethyl-amine", "1-naphthalenemethanamine n-[(2e)-6,6-dimethyl-2-hepten-4-ynyl]-n-methyl-"}|>, "2671" -> <|"DatabaseID" -> "SW01708", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1266005]}, "IsomericSmiles" -> "CC(C)(C)C#C/C=C/C[NH+](C)Cc1cccc2c1cccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02375"]}, "OfficialNames" -> <|"China Approved Name" -> "Terbinafine", "WHO Essential Medicine" -> "terbinafine", "Indian Approved Name" -> "terbinafine", "FDA Approved Drug" -> "TERBINAFINE;TERBINAFINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451614", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1549008]}, "Synonyms" -> {"lamasil", "terbinafine", "sf-86-327", "(2e)-n,6,6-trimethyl-n-(1-naphthylmethyl)hept-2-en-4-yn-1-amine", "lamisil;terbinex;corbinal;zabel", "lamisil at", "terbinafine[wiki][inn][ban][usan]", "trans-n-methyl-n-(1-naphthylmethyl)-6,6-dimethylhept-2-en-4-ynyl-1-amine", "n,6,6-trimethyl-n-(naphthalen-1-ylmethyl)hept-2-en-4-yn-1-amine", "terbifoam", "(e)-n-(6,6-dimethyl-2-hepten-4-ynyl)-n-methyl-1-naphthalene methanamine", "n-[(2e)-6,6-dimethyl-2-hepten-4-yn-1-yl]-n-methyl-1-naphthalenemethanamine", "1-naphthalenemethanamine n-[(2e)-6,6-dimethyl-2-hepten-4-yn-1-yl]-n-methyl-", "(2e)-n,6,6-trimethyl-n-(1-naphthylmethyl)-2-hepten-4-yn-1-amine", "35115-60-7[rn]", "bramazil", "(2e)-n,6,6-trimethyl-n-(naphthalen-1-ylmethyl)hept-2-en-4-yn-1-amine", "1n,6,6-trimethyl-1n-(1-naphthylmethyl)-(e)-2-hepten-4-yn-1-amine", "sf 86-327", "lamisil tablet", "teprotide", "lamisil terbinex corbinal zabel", "91161-71-6[rn]", "(6,6-dimethyl-hept-2-en-4-ynyl)-methyl-naphthalen-1-ylmethyl-amine", "(e)-n-(6,6-dimethyl-2-hepten-4-ynyl)-n-methyl-1-naphthalenemethylamine", "1-naphthalenemethanamine n-(6,6-dimethyl-2-hepten-4-ynyl)-n-methyl- (e)-", "91161-71-6", "lamisil", "terbina", "lamisil[wiki]", "(e)-n,6,6-trimethyl-n-(naphthalen-1-ylmethyl)hept-2-en-4-yn-1-amine", "((e)-6,6-dimethyl-hept-2-en-4-ynyl)-methyl-naphthalen-1-ylmethyl-amine", "1-naphthalenemethanamine n-[(2e)-6,6-dimethyl-2-hepten-4-ynyl]-n-methyl-"}|>, "2672" -> <|"DatabaseID" -> "SW01709", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23697]}, "IsomericSmiles" -> "CC1(c2ccccc2C(=CCC[NH+](C)C)c3c1cccc3)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08171"]}, "OfficialNames" -> <|"Indian Approved Name" -> "melitracen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25382]}, "Synonyms" -> {"melitracen", "1-propanamine 3-(10 10-dimethyl-9(10h)-anthracenylidene)-n,n-dimethyl- hydrochloride", "adaptol", "melitracene", "thymeol", "adelax", "melitraceno[spanish][inn]", "melitracen [inn]", "melitraceno [inn-spanish]", "3-(10,10-dimethyl-9(10h)-anthracenylidene)-n,n-dimethyl-1-propanamine", "u 24973 (*hydrochloride*)", "melitracenum [inn-latin]", "[3-(10,10-dimethyl-10h-anthracen-9-ylidene)-propyl]-dimethyl-amine", "melitracen (usan)(*hydrochloride*)[usan]", "u-24,973a (*hydrochloride*)", "5118-29-6[rn]", "melitracen hydrochloride", "3-(10,10-dimethylanthracen-9(10h)-ylidene)-n,n-dimethylpropan-1-amine", "9-[3-(dimethylamino)propylidene]-10,10-dimethyl-9,10-dihydroanthracene", "9,10-dihydro-10,10-dimethyl-9-(3-dimethylaminopropylidene)anthracene", "234-150-5[einecs]", "melitracenum[latin]", "9-(3-dimetilaminopropyliden)-10,10-dimetil-9,10-diidroanthracene[italian]", "{9-[(3-dimethylamino)propylidene]-10,10-dimethyl-9,} 10-dihydroanthracene hydrochloride", "melitracene [inn-french]", "n-(3-(10,10-dimethyl-9(10h)-anthracenylidene)propyl)-n,n-dimethylamine", "9-[(3-dimethylamino)propylidene]-10,10-dimethyl-9 10-dihydroanthracenehydrochloride", "3-[10,10-dimethyl-9(10h)-anthrylidene]-n,n-dimethylpropylaminehydrochloride", "n 7001 (*hydrochloride*)", "1-propanamine 3-(10 10-dimethyl-9(10h)-anthracenylidene)-n,n-dimethyl-", "225-858-5[einecs]", "dixeran", "melitracene hydrochloride", "n,n,10,10-tetramethyl-d9(10h),g-anthracenepropylamine", "melitracen[wiki][inn]", "u-24,973a", "1-propanamine 3-(10,10-dimethyl-9(10h)-anthracenylidene)-n,n-dimethyl-(9ci)", "thymeo (*hydrochloride*)", "trausabun", "n,n-dimethyl-3-(10,10-dimethyl-9(10h)-anthrylidene)propylamine", "melitracene (*hydrochloride*)", "1-propanamine 3-(10,10-dimethyl-9(10h)-anthracenylidene)-n,n-dimethyl-", "10563-70-9[rn]"}|>, "2673" -> <|"DatabaseID" -> "SW01710", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6572]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01533"]}, "IsomericSmiles" -> "CC[NH+](CC)C(C)C=C(c1cccs1)c2cccs2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Diethylthiambutene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6833]}, "Synonyms" -> {"diethibutin", "thiambutene", "themalon", "diaethylthiambutenum", "dietiltiambutene [dcit]", "diethylthiambutene", "4-19-00-04148 (beilstein handbook reference)[beilstein]", "allylamine n,n-diethyl-3,3-di-2-thienyl-1-methyl-", "3-buten-2-amine n,n-diethyl-4,4-di-2-thienyl-", "dietiltiambuteno[spanish][inn]", "3-diethylamino-1,1-di-(2'-thienyl)-1-butene", "3-buten-2-amine n,n-diethyl-4,4-di-2-thienyl- (9ci)", "di(ethyl)[1-methyl-3,3-di(thien-2-yl)allyl]ammonium chloride", "3-diethylamino-1,1-dithienylbut-1-ene", "3-diethylamino-1,1-di(2'-thienyl)but-1-ene", "132-19-4[rn]", "dietiltiambuteno [inn-spanish]", "3-diethylamino-1,1-di(2'-thienyl)-1-butene", "diethylthiambutene [ban:dcf:inn][inn]", "n,n-diethyl-4,4-di(2-thienyl)but-3-en-2-amine", "n,n-diethyl-1-methyl-3,3-di-2-thienylallylamine", "diethylthiambutenum [inn-latin]", "3-diethylamino-1,1-bis(2-thienyl)-1-butene", "dea no. 9616", "4-19-00-04148", "n,n-diethyl-4,4-di-2-thienyl-3-buten-2-amine", "86-14-6[rn]", "191c49", "diethylthiambutenum[latin]", "205-050-9[einecs]", "nih-4185", "diethylthiambutene[wiki]"}|>, "2674" -> <|"DatabaseID" -> "SW01710", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6572]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01533"]}, "IsomericSmiles" -> "CC[NH+](CC)C(C)C=C(c1cccs1)c2cccs2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Diethylthiambutene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6833]}, "Synonyms" -> {"diethibutin", "thiambutene", "themalon", "diaethylthiambutenum", "dietiltiambutene [dcit]", "diethylthiambutene", "4-19-00-04148 (beilstein handbook reference)[beilstein]", "allylamine n,n-diethyl-3,3-di-2-thienyl-1-methyl-", "3-buten-2-amine n,n-diethyl-4,4-di-2-thienyl-", "dietiltiambuteno[spanish][inn]", "3-diethylamino-1,1-di-(2'-thienyl)-1-butene", "3-buten-2-amine n,n-diethyl-4,4-di-2-thienyl- (9ci)", "di(ethyl)[1-methyl-3,3-di(thien-2-yl)allyl]ammonium chloride", "3-diethylamino-1,1-dithienylbut-1-ene", "3-diethylamino-1,1-di(2'-thienyl)but-1-ene", "132-19-4[rn]", "dietiltiambuteno [inn-spanish]", "3-diethylamino-1,1-di(2'-thienyl)-1-butene", "diethylthiambutene [ban:dcf:inn][inn]", "n,n-diethyl-4,4-di(2-thienyl)but-3-en-2-amine", "n,n-diethyl-1-methyl-3,3-di-2-thienylallylamine", "diethylthiambutenum [inn-latin]", "3-diethylamino-1,1-bis(2-thienyl)-1-butene", "dea no. 9616", "4-19-00-04148", "n,n-diethyl-4,4-di-2-thienyl-3-buten-2-amine", "86-14-6[rn]", "191c49", "diethylthiambutenum[latin]", "205-050-9[einecs]", "nih-4185", "diethylthiambutene[wiki]"}|>, "2675" -> <|"DatabaseID" -> "SW01711", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "73044"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 133236]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01283"]}, "IsomericSmiles" -> "Cc1ccc(c(c1)CC(=O)[O-])Nc2c(cccc2Cl)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03714"]}, "OfficialNames" -> <|"NPC Approved Name" -> "lumiracoxib"|>, "PharmGKBID" -> "PA164769031", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 151166]}, "Synonyms" -> {"lumiracoxib", "cox189", "cox 189", "prexige (novartis)", "prexige", "220991-20-8", "benzeneacetic acid 2-[(2-chloro-6-fluorophenyl)amino]-5-methyl-", "benzeneacetic acid 2-((2-chloro-6-fluorophenyl)amino)-5-methyl-", "lumiracoxib [usan:inn][inn][usan]", "lumiracoxib[wiki][usan]", "prostaglandin-endoperoxide synthase 1", "{2-[(2-chloro-6-fluorophenyl)amino]-5-methylphenyl}acetic acid[acd/iupac name]", "cox-189", "phs 1", "2-(2-(2-chloro-6-fluorophenylamino)-5-methylphenyl)acetic acid", "joicela", "2-(2-(2-chloro-6-fluorophenylamino)-5-methylphenyl)aceticacid", "pghs-1", "lumiracoxib [usan:inn]", "2-((2-chloro-6-fluorophenyl)amino)-5-methylbenzeneacetic acid", "cox-1", "lumiracoxib (usan/inn)", "pgh synthase 1", "prostaglandin h2 synthase 1", "2-{2-[(2-chloro-6-fluorophenyl)amino]-5-methylphenyl}acetic acid", "lumaricoxib", "prexige[wiki]", "cyclooxygenase- 1", "prostaglandin g/h synthase 1 precursor", "220991-20-8[rn]", "ec 1.14.99.1"}|>, "2676" -> <|"DatabaseID" -> "SW01712", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34752]}, "IsomericSmiles" -> "CC(C)(C)C(=O)C(n1ccnc1)Oc2ccc(cc2)Cl", "OfficialNames" -> <|"Indian Approved Name" -> "climbazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37907]}, "Synonyms" -> {"bay-e 6975", "baypival", "climbazol", "climbazole[wiki][inn][ban]", "climbazolum [inn-latin]", "1-(4-chlorophenoxy)-1-(1h-imidazol-1-yl)-3,3-dimethylbutan-2-one", "1-(4-chlorphenoxy)-1-(1h-imidazol-1-yl)-3,3-dimethylbutan-2-on", "climbazol [inn-spanish]", "38083-17-9[rn]", "1-(4-chlorphenoxy)-1-(1h-imidazol-1-yl)-3,3-dimethyl-2-butanon", "1-(p-chlorophenoxy)-3,3-dimethyl-1-(1-imidazolyl)-2-butanone", "1-(4-chlorophenoxy)-1-(1h-imidazolyl)-3,3-dimethyl-2-butanone", "38083-17-9", "brn 0618020", "tl8002789", "1-(4-chlorophenoxy)-1-(imidazol-1-yl)-3,3-dimethylbutanone", "2-butanone 1-(4-chlorophenoxy)-1-(1h-imidazol-1-yl)-3,3-dimethyl-", "253-775-4[einecs]", "climbazolum[latin][inn]", "bay e-6975", "2-butanone 1-(p-chlorophenoxy)-3,3-dimethyl-1-(1-imidazolyl)-", "baysan[wiki]", "5-23-04-00209 (beilstein handbook reference)[beilstein]", "baysan", "1-(p-chlorophenoxy)-1-imidazol-1-yl-3,3-dimethyl-2-butanone", "climbazole", "einecs 253-775-4", "1-(4-chlorophenoxy)-1-(1h-imidazol-1-yl)-3,3-dimethyl-2-butanone[acd/iupac name]", "1-(4-chlorophenoxy)-1-imidazolyl-3,3-dimethylbutan-2-one", "1-(4-clorophenoxy)-3,3-dimethyl-1-(imidazole-1-yl)-2-butanone"}|>, "2677" -> <|"DatabaseID" -> "SW01712", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34752]}, "IsomericSmiles" -> "CC(C)(C)C(=O)C(n1ccnc1)Oc2ccc(cc2)Cl", "OfficialNames" -> <|"Indian Approved Name" -> "climbazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37907]}, "Synonyms" -> {"bay-e 6975", "baypival", "climbazol", "climbazole[wiki][inn][ban]", "climbazolum [inn-latin]", "1-(4-chlorophenoxy)-1-(1h-imidazol-1-yl)-3,3-dimethylbutan-2-one", "1-(4-chlorphenoxy)-1-(1h-imidazol-1-yl)-3,3-dimethylbutan-2-on", "climbazol [inn-spanish]", "38083-17-9[rn]", "1-(4-chlorphenoxy)-1-(1h-imidazol-1-yl)-3,3-dimethyl-2-butanon", "1-(p-chlorophenoxy)-3,3-dimethyl-1-(1-imidazolyl)-2-butanone", "1-(4-chlorophenoxy)-1-(1h-imidazolyl)-3,3-dimethyl-2-butanone", "38083-17-9", "brn 0618020", "tl8002789", "1-(4-chlorophenoxy)-1-(imidazol-1-yl)-3,3-dimethylbutanone", "2-butanone 1-(4-chlorophenoxy)-1-(1h-imidazol-1-yl)-3,3-dimethyl-", "253-775-4[einecs]", "climbazolum[latin][inn]", "bay e-6975", "2-butanone 1-(p-chlorophenoxy)-3,3-dimethyl-1-(1-imidazolyl)-", "baysan[wiki]", "5-23-04-00209 (beilstein handbook reference)[beilstein]", "baysan", "1-(p-chlorophenoxy)-1-imidazol-1-yl-3,3-dimethyl-2-butanone", "climbazole", "einecs 253-775-4", "1-(4-chlorophenoxy)-1-(1h-imidazol-1-yl)-3,3-dimethyl-2-butanone[acd/iupac name]", "1-(4-chlorophenoxy)-1-imidazolyl-3,3-dimethylbutan-2-one", "1-(4-clorophenoxy)-3,3-dimethyl-1-(imidazole-1-yl)-2-butanone"}|>, "2678" -> <|"DatabaseID" -> "SW01713", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3175"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00484"]}, "IsomericSmiles" -> "c1cc(c(c2c1nccn2)Br)NC3=[NH+]CCN3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02076"]}, "OfficialNames" -> <|"Indian Approved Name" -> "brimonidine tartrate", "FDA Approved Drug" -> "BRIMONIDINE TARTRATE"|>, "PharmGKBID" -> "PA448665", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2435]}, "Synonyms" -> {"bromoxidine", "alphagan", "brimonidine", "brimonidine tartrate", "59803-98-4", "brimonidina", "5-bromo-6-(2-imidazolin-2-ylamino)quinoxaline", "brimonidinum", "alphagan p", "5-bromo-n-(4", "alpha-2c adrenoreceptor", "uk 14", "agn 190342", "alpha-2c adrenoceptor", "uk 14304", "alpha-2 adrenergic receptor subtype c4", "5-brom-n-(4,5-dihydro-1h-imidazol-2-yl)chinoxalin-6-amin", "5-bromo-n-(4,5-dihydro-1h-imidazol-2-yl)-6-quinoxalinamine[acd/iupac name]", "59803-98-4[rn]", "mfcd00153878", "70359-46-5[rn]", "lk 14304-18", "[59803-98-4]", "brimonidine tartrate[usan]", "5-bromo-n-(2-imidazolin-2-yl)-6-quinoxalinamine", "751629[beilstein]", "uk-14304", "brimonidinum [inn_la]", "brimonidine[wiki]", "uk 14,304 tartrate", "6-quinoxalinamine,5-bromo-n-(4,5-dihydro-1h-imidazol-2-yl)- (9ci)", "6-quinoxalinamine 5-bromo-n-(4,5-dihydro-1h-imidazol-2-yl)-", "5-bromo-n-(4,5-dihydro-1h-imidazol-2-yl)quinoxalin-6-amine", "59803-99-5[rn]", "5-bromo-6-(2-imidazolin-2-ylamino)quinoxaline tartrate", "337376-15-5", "(5-bromoquinoxalin-6-yl)-2-imidazolin-2-ylamine"}|>, "2679" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2680" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2681" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2682" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2683" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2684" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2685" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2686" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2687" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2688" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2689" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2690" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2691" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2692" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2693" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2694" -> <|"DatabaseID" -> "SW01714", "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3C(C(=O)C(C(O3)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indoxyl-5-ketogluconate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49771193]}, "Synonyms" -> {"isatan b"}|>, "2695" -> <|"DatabaseID" -> "SW01715", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 39159]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)C[NH+](CC(=O)[O-])CC(=O)[O-])C", "OfficialNames" -> <|"FDA Approved Drug" -> "LIDOFENIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 42963]}, "Synonyms" -> {"hida", "lidofenin", "hepato-scan", "n-(carboxymethyl)-n-[2-[(2,6-dimethylphenyl)amino]-2-oxoethyl]glycine", "iminodiacetic acid n-(2,6-dimethyl-phenyl-carbamoylmethyl)-", "261-636-4[einecs]", "n-(n'-(2,6-dimethylphenyl)carbamoylmethyl)iminodiacetic acid", "lidofenin [usan:inn][inn][usan]", "glycine,n-(carboxymethyl)-n-(2-((2,6-dimethylphenyl)amino)-2-oxoethyl)-", "n-(2,6-dimethylphenylcarbamoylmethyl)iminodiacetic acid", "glycine,n-(carboxymethyl)-n-[2-[(2,6-dimethylphenyl)amino]-2-oxoethyl]-", "lidofenine[french][inn]", "lidofenine [inn-french]", "n-(2,6-dimethylacetanilide)iminodiacetic acid", "lidofenino [inn-spanish]", "einecs 261-636-4", "2-({[n-(2,6-dimethylphenyl)carbamoyl]methyl}(carboxymethyl)amino)aceticacid", "n-(carboxymethyl)-n-(2-((2,6-dimethylphenyl)amino)-2-oxoethyl)glycine", "acetic acid (((2,6-xylylcarbamoyl)methyl)imino)di-", "lidofeninum[latin]", "acetic acid 2,2'-(n-(2,6-dimethylphenylcarbamoylmethyl)imino)di-", "59160-29-1[rn]", "2,2'-({2-[(2,6-dimethylphenyl)amino]-2-oxoethyl}imino)diaceticacid[acd/iupac name]", "n-(2", "brn 2820306", "73121-98-9[rn]", "lidofeninum [inn-latin]", "(((2,6-xylylcarbamoyl)methyl)imino)diacetic acid", "acetic acid 2,2'-[[2-[(2,6-dimethylphenyl)amino]-2-oxoethyl]imino]bis-", "59160-29-1", "lidofenino[spanish][inn]"}|>, "2696" -> <|"DatabaseID" -> "SW01716", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5131]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01298"]}, "IsomericSmiles" -> "CCn1ccc(nc1=O)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02519"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFACYTINE"|>, "PharmGKBID" -> "PA164754808", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5322]}, "Synonyms" -> {"renoquid", "1-ethyl-n-sulfanilylcytosine", "1-ethyl n4-sulfanilylcytosin", "sulfacytine", "sulfacitinum [inn-latin]", "sulfacitine", "sulfacitina [inn-spanish]", "sulfanilamide n1-(1-ethyl-1,2-dihydro-2-oxo-4-pyrimidinyl)-", "sulfacytine[usan]", "n'-(1-ethyl-1,2-dihydro-2-oxo-4-pyrimidinyl)sulfanilamide", "dhps", "sulfacitinum", "sulfacitina", "n-sulfanilyl-1-ethylcytosine", "n(sup1)-(1-ethyl-1,2-dihydro-2-oxo-4-pyrimidinyl)sulfanilamide", "sulfacitinum[latin]", "benzenesulfonamide 4-amino-n- (1-ethyl-1 2-dihydro-2-oxo-4-pyrimidinyl)-", "nl-sulfanilyl-1-ethylcytosine", "17784-12-2[rn]", "sulfacytine [usan:ban][usan]", "n(sup 1)-(1-ethyl-1,2-dihydro-2-oxo-4-pyrimidinyl)sulfanilamide", "sulfacitina[spanish][inn]", "ci-636", "4-amino-n-(1-ethyl-1,2-dihydro-2-oxo-4-pyrimidinyl)benzenesulfonamide", "renoquid (tn)", "n-sulfanilyl-l-ethylcytosine", "sulfanilamide n(1)-(1-ethyl-1,2-dihydro-2-oxo-4-pyrimidinyl)-", "ec 2.5.1.15", "sulfanilamide n1-(1-ethyl-1,2-dihydro-2-oxo-4-pyrimidinyl)- (8ci)", "benzenesulfonamide 4-amino-n-(1-ethyl-1,2-dihydro-2-oxo-4-pyrimidinyl)-", "4-amino-n-(1-ethyl-2-oxo-1,2-dihydropyrimidin-4-yl)benzenesulfonamide", "dihydropteroate pyrophosphorylase"}|>, "2697" -> <|"DatabaseID" -> "SW01717", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18460]}, "IsomericSmiles" -> "Cc1nc(cc(n1)OC)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02450"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sulfametomidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20482852]}, "Synonyms" -> {"sulfametomidine", "2-methyl-4-methoxy-6-sulfanilamidopyrimidine", "d02450", "sulfametomidine [inn:dcf][inn]", "5-25-13-00006 (beilstein handbook reference)[beilstein]", "surecn11123046", "n1-(6-methoxy-2-methyl-4-pyrimidinyl)sulfanilamid", "sulfametomidina[spanish][inn]", "duroprocin", "tanasul", "4-sulfanilamido-2-methyl-6-methoxypyrimidine", "sulfametomidine [dcf:inn][inn]", "4-(p-aminobenzenesulfonyl)amino-2-methyl-6-methoxypyrimidine", "solfametomidina [dcit]", "n1-(6-methoxy-2-methyl-4-pyrimidinyl)sulfanilamide", "2-methyl-4-methoxy-6-sulfanilamido-1,3-diazine", "sulfametomidine (jan)", "methofadin", "4-amino-n-(6-methoxy-2-methylpyrimidin-4-yl)benzenesulfonamide", "223-219-5[einecs]", "3772-76-7[rn]", "4-sulfanilamido-6-methoxy-2-methylpyrimidin", "4-amino-n-(6-methoxy-2-methyl-4-pyrimidinyl)benzenesulfonamide[acd/iupac name]", "methofazine", "n(sup 1)-(6-methoxy-2-methyl-4-pyrimidinyl)sulfanilamide", "einecs 223-219-5", "5-25-13-00006[beilstein]", "c12h14n4o3s", "benzenesulfonamide 4-amino-n-(6-methoxy-2-methyl-4-pyrimidinyl)-", "sulfametomidine monohydrate", "(p-aminobenzolsulfonyl)-4-amino-2-methyl-6-methoxy-pyrimidin[german]", "4-amino-n-[2-methyl-6-(methyloxy)pyrimidin-4-yl]benzenesulfonamide", "benzenesulfonamide 4-amino-n-(6-methoxy-2-methyl-4-pyrimidinyl)- (9ci)", "sulfanilamide n(sup 1)-(6-methoxy-2-methyl-4-pyrimidinyl)-", "sulfametomidinum[latin]", "sulfamethomidine"}|>, "2698" -> <|"DatabaseID" -> "SW01718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4434], ExternalIdentifier["ChemSpiderID", 61903]}, "IsomericSmiles" -> "Cc1nccn1CC2CCc3c(c4ccccc4n3C)C2=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00456"]}, "OfficialNames" -> <|"China Approved Name" -> "ondansetron", "WHO Essential Medicine" -> "ondansetron", "Indian Approved Name" -> "ondansetron", "FDA Approved Drug" -> "ONDANSETRON;ONDANSETRON HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450705", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4595], ExternalIdentifier["PubChemCompoundID", 68647]}, "Synonyms" -> {"zofran odt", "zudan", "zophren", "ondansetron", "zofran[wiki]", "gr 38032f", "99614-02-5[rn]", "gr-38032f", "9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)-2,3-dihydro-1h-carbazol-4(9h)-one", "9-methyl-3-[(2-methylimidazolyl)methyl]-1,2,3,9-tetrahydro-4ah-carbazol-4-one", "1,2,3,9-tetrahydro-9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-4h-carbazol-4-one", "4h-carbazol-4-one,1,2,3,9-tetrahydro-9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-1,2,3,9-tetrahydro-4h-carbazol-4-on[german]", "tl8006071", "99614-02-5", "zuplenz", "1,2,3,9-tetrahydro-9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)-4h-carbazol-4-one", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-2,3,4,9-tetrahydro-1h-carbazol-4-one", "9-methyl-3-[(2-methyl-1h-imidazolyl)methyl]-1,2,3,9-tetrahydro-4h-carbazole-4-one", "apo-ondansetron", "pms-ondansetron", "4h-carbazol-4-one,1,2,3,9-tetrahydro-9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)-", "zofran", "novo-ondansetron", "zofran odt (tn)", "ondansetron[wiki][usp][jan]", "gr 38032x", "9-methyl-3-(2-methyl-1h-1-imidazolylmethyl)-2,3,4,9-tetrahydro-1h-4-carbazolone", "9-methyl-3-(2-methyl-imidazol-1-ylmethyl)-1,2,3,9-tetrahydro-carbazol-4-one", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-1,2,3,9-tetrahydro-4h-carbazol-4-one[acd/iupac name]", "phl-ondansetron", "ondansetron (zofran)", "ondansetron hydrochloride", "9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)-4h-carbazol-4-one monohydrochloride", "ondansetron hcl", "103639-04-9", "zofran preservative free", "99614-01-4[rn]", "nsc 665799", "tl8000158", "fe6373975", "ondemet;emeset;emetron;zofran", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-1,2,3,9-tetrahydro-4h-carbazol-4-onhydrochlorid", "9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)-2,3-dihydro-1h-carbazol-4(9h)-onehydrochloride", "61-16-5[rn]", "1,2,3,9-tetrahydro-9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-4h-carbazol-4-one hydrochloride", "103639-04-9[rn]", "4h-carbazol-4-one,1,2,3,9-tetrahydro-9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]- monohydrochloride", "1,2,3,9-tetrahydro-9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)-4h-carbazol-4-one hydrochloride", "ondansetron hydrochloride dihydrate", "methoxamine hcl", "99614-01-4", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-1,2,3,9-tetrahydro-4h-carbazol-4-one hydrochloride (1:1)[acd/iupac name]", "103639-04-9 (99614-01-4)", "103639-04-9 99614-01-4", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-1,2,3,9-tetrahydro-4h-carbazol-4-one hydrochloride", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-2,3,4,9-tetrahydro-1h-carbazol-4-one hydrochloride", "9-methyl-3-[(2-methyl-1-imidazolyl)methyl]-2,3-dihydro-1h-carbazol-4-onehydrochloride", "9-methyl-3-[(2-methylimidazol-1-yl)methyl]-2,3-dihydro-1h-carbazol-4-onehydrochloride", "zofran ondemet emeset emetron", "9-methyl-3-[(2-methylimidazol-1-yl)methyl]-2", "4h-carbazol-4-one,1,2,3,9-tetrahydro-9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)- monohydrochloride", "4h-carbazol-4-one,1,2,3,9-tetrahydro-9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]- hydrochloride (1:1)", "110204-46-1[rn]", "110707-92-1[rn]", "sn 307", "toxic solid organic n.o.s. (ondansetron hydrochloride)"}|>, "2699" -> <|"DatabaseID" -> "SW01718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4434], ExternalIdentifier["ChemSpiderID", 61903]}, "IsomericSmiles" -> "Cc1nccn1CC2CCc3c(c4ccccc4n3C)C2=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00456"]}, "OfficialNames" -> <|"China Approved Name" -> "ondansetron", "WHO Essential Medicine" -> "ondansetron", "Indian Approved Name" -> "ondansetron", "FDA Approved Drug" -> "ONDANSETRON;ONDANSETRON HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450705", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4595], ExternalIdentifier["PubChemCompoundID", 68647]}, "Synonyms" -> {"zofran odt", "zudan", "zophren", "ondansetron", "zofran[wiki]", "gr 38032f", "99614-02-5[rn]", "gr-38032f", "9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)-2,3-dihydro-1h-carbazol-4(9h)-one", "9-methyl-3-[(2-methylimidazolyl)methyl]-1,2,3,9-tetrahydro-4ah-carbazol-4-one", "1,2,3,9-tetrahydro-9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-4h-carbazol-4-one", "4h-carbazol-4-one,1,2,3,9-tetrahydro-9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-1,2,3,9-tetrahydro-4h-carbazol-4-on[german]", "tl8006071", "99614-02-5", "zuplenz", "1,2,3,9-tetrahydro-9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)-4h-carbazol-4-one", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-2,3,4,9-tetrahydro-1h-carbazol-4-one", "9-methyl-3-[(2-methyl-1h-imidazolyl)methyl]-1,2,3,9-tetrahydro-4h-carbazole-4-one", "apo-ondansetron", "pms-ondansetron", "4h-carbazol-4-one,1,2,3,9-tetrahydro-9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)-", "zofran", "novo-ondansetron", "zofran odt (tn)", "ondansetron[wiki][usp][jan]", "gr 38032x", "9-methyl-3-(2-methyl-1h-1-imidazolylmethyl)-2,3,4,9-tetrahydro-1h-4-carbazolone", "9-methyl-3-(2-methyl-imidazol-1-ylmethyl)-1,2,3,9-tetrahydro-carbazol-4-one", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-1,2,3,9-tetrahydro-4h-carbazol-4-one[acd/iupac name]", "phl-ondansetron", "ondansetron (zofran)", "ondansetron hydrochloride", "9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)-4h-carbazol-4-one monohydrochloride", "ondansetron hcl", "103639-04-9", "zofran preservative free", "99614-01-4[rn]", "nsc 665799", "tl8000158", "fe6373975", "ondemet;emeset;emetron;zofran", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-1,2,3,9-tetrahydro-4h-carbazol-4-onhydrochlorid", "9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)-2,3-dihydro-1h-carbazol-4(9h)-onehydrochloride", "61-16-5[rn]", "1,2,3,9-tetrahydro-9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-4h-carbazol-4-one hydrochloride", "103639-04-9[rn]", "4h-carbazol-4-one,1,2,3,9-tetrahydro-9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]- monohydrochloride", "1,2,3,9-tetrahydro-9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)-4h-carbazol-4-one hydrochloride", "ondansetron hydrochloride dihydrate", "methoxamine hcl", "99614-01-4", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-1,2,3,9-tetrahydro-4h-carbazol-4-one hydrochloride (1:1)[acd/iupac name]", "103639-04-9 (99614-01-4)", "103639-04-9 99614-01-4", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-1,2,3,9-tetrahydro-4h-carbazol-4-one hydrochloride", "9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]-2,3,4,9-tetrahydro-1h-carbazol-4-one hydrochloride", "9-methyl-3-[(2-methyl-1-imidazolyl)methyl]-2,3-dihydro-1h-carbazol-4-onehydrochloride", "9-methyl-3-[(2-methylimidazol-1-yl)methyl]-2,3-dihydro-1h-carbazol-4-onehydrochloride", "zofran ondemet emeset emetron", "9-methyl-3-[(2-methylimidazol-1-yl)methyl]-2", "4h-carbazol-4-one,1,2,3,9-tetrahydro-9-methyl-3-((2-methyl-1h-imidazol-1-yl)methyl)- monohydrochloride", "4h-carbazol-4-one,1,2,3,9-tetrahydro-9-methyl-3-[(2-methyl-1h-imidazol-1-yl)methyl]- hydrochloride (1:1)", "110204-46-1[rn]", "110707-92-1[rn]", "sn 307", "toxic solid organic n.o.s. (ondansetron hydrochloride)"}|>, "2700" -> <|"DatabaseID" -> "SW01719", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 181040]}, "IsomericSmiles" -> "Cc1c2ccccc2n3c1CC[C@@H](C3=O)Cc4c([nH]cn4)C", "OfficialNames" -> <|"NPC Approved Name" -> "fabesetron"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208947]}, "Synonyms" -> {"fabesetron [inn]", "fabesetron[inn]", "fabesetron", "(+)-(7r)-8,9-dihydro-10-methyl-7-[(5-methyl-1h-imidazol-4-yl)methyl]pyrido[1,2-a]indol-6(7h)-one", "ac1q6nxi", "dsstox_rid_82708", "surecn1350066", "(+)-(7r)-8", "129300-27-2[rn]", "ac1l4lny", "dsstox_cid_28143", "(+)-(7r)-10-methyl-7-((5-methyl-1h-imidazol-4-yl)methyl)-8,9-dihydropyrido[1,2-a]indol-6(7h)-one", "129300-27-2", "unii-qu72hvx338"}|>, "2701" -> <|"DatabaseID" -> "SW01720", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2704"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2102]}, "IsomericSmiles" -> "CC(C)(C#N)c1cc(cc(c1)C(C)(C)C#N)Cn2cncn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00960"]}, "OfficialNames" -> <|"Indian Approved Name" -> "anastrazole;anastrozole", "FDA Approved Drug" -> "ANASTROZOLE"|>, "PharmGKBID" -> "PA448432", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2187]}, "Synonyms" -> {"arimidex", "anastrozol", "ici d1033", "anastrozole", "anastrazole", "anastrole", "2-[3-(2-cyanopropan-2-yl)-5-(1,2,4-triazol-1-ylmethyl)phenyl]-2-methyl-propanenitrile", "a1,a1,a3,a3-tetramethyl-5-(1h-1,2,4-triazol-1-ylmethyl)-1,3-benzenediacetonitrile", "2,2'-[5-(1h-1,2,4-triazol-1-ylmethyl)-1,3-phenylene]bis(2-methylpropanenitrile)[acd/iupac name]", "120511-73-1", "c090450", "asiolex", "anastrozole [inn_en]", "anastrozole[wiki][inn][ban][jan][usan]", "ici d 1033", "2-[3-(1-cyano-isopropyl)-5-(1,2,4-triazolylmethyl)phenyl]-2-methylpropanenitrile", "zd1033", "ici-d1033", "zd-1033", "2,2'-[5-(1h-1,2,4-triazol-1-ylmethyl)benzol-1,3-diyl]bis(2-methylpropanonitril)", "zeneca zd 1033", "1-[3,5-di-(1-methyl-1-cyano)-ethyl]-benzyl-1,2,4-t", "2-[3-(1-cyano-1-methylethyl)-5-(1h-1,2,4-triazol-1-ylmethyl)phenyl]-2-methylpropanenitrile", "2,2'-(5-(1h-1,2,4-triazol-1-ylmethyl)-1,3-phenylene)bis(2-methylpropionitrile)", "2-[3-(cyano-dimethyl-methyl)-5-[1,2,4]triazol-1-ylmethyl-phenyl]-2-methyl-propionitrile", "2-[3-(2-cyanopropan-2-yl)-5-(1,2,4-triazol-1-ylmethyl)phenyl]-2-methylpropanenitrile", "2,2'-[5-(1h-1,2,4-triazol-1-ylmethyl)benzene-1,3-diyl]bis(2-methylpropanenitrile)", "a,a,a',a'-tetramethyl-5-(1h-,2,4-triazol-1-ylmethyl)-1,3-benzenediacetonitrile", "arimidex (tn)", "120511-73-1[rn]", "2,2'-5-(1h-1,2,4-triazol-1-ylmethyl)benzene-1,3-diylbis(2-methylpropanenitrile)", "arimidex[wiki]", "ici-d 1033", "337376-15-5", "1,3-benzenediacetonitrile,a,a,a',a'-tetramethyl-5-(1h-1,2,4-triazol-1-ylmethyl)-"}|>, "2702" -> <|"DatabaseID" -> "SW01721", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3437"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 36671]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00521"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(COc1cccc2c1CCC(=O)N2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00599"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CARTEOLOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164768736", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2583]}, "Synonyms" -> {"carteolol hcl", "ocupress", "carteolol hydrochloride", "endak hydrochloride", "carteolol", "carteololum [inn-latin]", "cartrol", "beta-1 adrenoreceptor", "endak mite", "5-(3-(tert-butylamino)-2-hydroxypropoxy)-3,4-dihydrocarbostyrilmonohydrochloride", "n-tert-butyl-2-hydroxy-3-[(2-oxo-1,2,3,4-tetrahydroquinolin-5-yl)oxy]propan-1-aminium chloride", "chebi:3437", "5-(3-((tert-butyl)amino)-2-hydroxypropoxy)-3,4-dihydro-2-quinolone monohydrochloride", "2(1h)-quinolinone,5-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-3,4-dihydro- hydrochloride (1:1)", "carteolol [inn:ban]", "51781-21-6[rn]", "carteololum", "cartrol (tn)", "carteolol monohydrochloride", "carteolol hydrochloride [usan:jan][jan][usan]", "5-[3-(tert-butylamino)-2-hydroxypropoxy]-3,4-dihydroquinolin-2(1h)-one hydrochloride", "carteolol[wiki]", "2(1h)-quinolinone,5-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-3,4-dihydro- monohydrochloride", "prestwick0_000446", "5-[3-(tert-butylamino)-2-hydroxypropoxy]-3,4-dihydrochinolin-2(1h)-onhydrochlorid", "5784965[beilstein]", "5-[3-(tert-butylamino)-2-hydroxypropoxy]-3,4-dihydrocarbostyrilmonohydrochloride", "2(1h)-quinolinone,5-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-3,4-dihydro- chloride hydrogen salt (1:1)", "5-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)-3,4-dihydro-2(1h)-quinolinone hydrochloride", "5-[3-(tert-butylamino)-2-hydroxypropoxy]-3,4-dihydroquinolin-2(1h)-one hydrochloride (1:1)", "5-(2-hydroxy-3-tert-butylamino)propoxy-3,4-dihydrocarbostyril hydrochloride", "5-(3-tert-butylamino-2-hydroxy-propoxy)-3,4-dihydro-2(1h)-chinolinon-hydrochlorid[german]", "257-415-7[einecs]", "carteolol (inn)", "2(1h)-quinolinone,5-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)-3,4-dihydro- monohydrochloride", "5-(3-tert-butylamino-2-hydroxy-propoxy)-3,4-dihydro-2(1h)-chinolinon-hydrochlorid", "carbonolol", "arteolol", "5-(3-tert-butylamino-2-hydroxy)propoxy-3,4-dihydrocarbostyril hydrochloride", "beta-1 adrenoceptor", "prestwick1_000446", "abbott-43326", "5-[3-[(tert-butyl)amino]-2-hydroxypropoxy]-3,4-dihydro-2-quinolone monohydrochloride", "hydrogenchloride5-[3-(tert-butylamino)-2-hydroxypropoxy]-3,4-dihydroquinolin-2(1h)-one (1:1:1)"}|>, "2703" -> <|"DatabaseID" -> "SW01721", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3437"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 36671]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00521"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(COc1cccc2c1CCC(=O)N2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00599"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CARTEOLOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164768736", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2583]}, "Synonyms" -> {"carteolol hcl", "ocupress", "carteolol hydrochloride", "endak hydrochloride", "carteolol", "carteololum [inn-latin]", "cartrol", "beta-1 adrenoreceptor", "endak mite", "5-(3-(tert-butylamino)-2-hydroxypropoxy)-3,4-dihydrocarbostyrilmonohydrochloride", "n-tert-butyl-2-hydroxy-3-[(2-oxo-1,2,3,4-tetrahydroquinolin-5-yl)oxy]propan-1-aminium chloride", "chebi:3437", "5-(3-((tert-butyl)amino)-2-hydroxypropoxy)-3,4-dihydro-2-quinolone monohydrochloride", "2(1h)-quinolinone,5-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-3,4-dihydro- hydrochloride (1:1)", "carteolol [inn:ban]", "51781-21-6[rn]", "carteololum", "cartrol (tn)", "carteolol monohydrochloride", "carteolol hydrochloride [usan:jan][jan][usan]", "5-[3-(tert-butylamino)-2-hydroxypropoxy]-3,4-dihydroquinolin-2(1h)-one hydrochloride", "carteolol[wiki]", "2(1h)-quinolinone,5-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-3,4-dihydro- monohydrochloride", "prestwick0_000446", "5-[3-(tert-butylamino)-2-hydroxypropoxy]-3,4-dihydrochinolin-2(1h)-onhydrochlorid", "5784965[beilstein]", "5-[3-(tert-butylamino)-2-hydroxypropoxy]-3,4-dihydrocarbostyrilmonohydrochloride", "2(1h)-quinolinone,5-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-3,4-dihydro- chloride hydrogen salt (1:1)", "5-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)-3,4-dihydro-2(1h)-quinolinone hydrochloride", "5-[3-(tert-butylamino)-2-hydroxypropoxy]-3,4-dihydroquinolin-2(1h)-one hydrochloride (1:1)", "5-(2-hydroxy-3-tert-butylamino)propoxy-3,4-dihydrocarbostyril hydrochloride", "5-(3-tert-butylamino-2-hydroxy-propoxy)-3,4-dihydro-2(1h)-chinolinon-hydrochlorid[german]", "257-415-7[einecs]", "carteolol (inn)", "2(1h)-quinolinone,5-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)-3,4-dihydro- monohydrochloride", "5-(3-tert-butylamino-2-hydroxy-propoxy)-3,4-dihydro-2(1h)-chinolinon-hydrochlorid", "carbonolol", "arteolol", "5-(3-tert-butylamino-2-hydroxy)propoxy-3,4-dihydrocarbostyril hydrochloride", "beta-1 adrenoceptor", "prestwick1_000446", "abbott-43326", "5-[3-[(tert-butyl)amino]-2-hydroxypropoxy]-3,4-dihydro-2-quinolone monohydrochloride", "hydrogenchloride5-[3-(tert-butylamino)-2-hydroxypropoxy]-3,4-dihydroquinolin-2(1h)-one (1:1:1)"}|>, "2704" -> <|"DatabaseID" -> "SW01722", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25547]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01487"]}, "IsomericSmiles" -> "CCC(CC)(CNC(=O)CCCO)c1cccc(c1)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03984"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 3)" -> "Embutramide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27453]}, "Synonyms" -> {"embutramide", "embutane", "embutramidum", "embutramida[spanish][inn]", "15687-14-6[rn]", "239-780-4[einecs]", "embutramida [inn-spanish]", "tributane", "embutramide [usan:ban:inn][inn][usan]", "hoe 18,680", "butanamide n-[2-ethyl-2-(3-methoxyphenyl)butyl]-4-hydroxy-", "embutramidum [inn-latin]", "embutramidum[latin]", "butanamide", "einecs 239-780-4", "66424-27-9[rn]", "butanamide n-(2-ethyl-2-(3-methoxyphenyl)butyl)-4-hydroxy-", "n-(b,b-diethyl-m-methoxyphenethyl)-4-hydroxybutyramide", "n-[2-ethyl-2-(3-methoxyphenyl)butyl]-4-hydroxybutanamide[acd/iupac name]", "15687-14-6", "embutramida"}|>, "2705" -> <|"DatabaseID" -> "SW01723", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15291]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)C2=[NH+]c3ccccc3Cc4c2cccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01438"]}, "OfficialNames" -> <|"NPC Approved Name" -> "perlapine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16106]}, "Synonyms" -> {"perlapine", "hypnodin", "aw 14'2333", "perlapin", "6-(4-methyl-1-piperazinyl)morphanthridine", "aw-14'2333", "5-23-03-00089[beilstein]", "morphanthridine", "5-23-03-00089 (beilstein handbook reference)[beilstein]", "6-(4-methyl-1-piperazinyl)-11h-dibenz[b,e]azepine", "perlapinum [inn-latin]", "6-(4-methyl-1-piperazinyl)-11h-dibenz(b,e)azepine", "perlapinum[latin]", "11h-dibenz(b,e)azepine 6-(4-methyl-1-piperazinyl)-", "perlapine (jan/usan)[jan][usan]", "perlapina [inn-spanish]", "hypnodin (tn)", "11h-dibenz[b,e]azepine 6-(4-methyl-1-piperazinyl)-", "6-(4-methyl-piperazin-1-yl)-11h-dibenzo[b,e]azepine", "morphanthridine 6-(4-methyl-1-piperazinyl)-", "6-(4-methyl-1-piperazinyl)morfantridin", "6-(4-methyl-1-piperazinyl)-11h-dibenzo[b,e]azepine[acd/iupac name]", "perlapina[spanish][inn]", "perlapine [usan:ban:inn:jan][inn][jan][usan]", "{11h-dibenz[b,e]azepine,} 6-(4-methyl-1-piperazinyl)-", "1977-11-3", "6-(4-methylpiperazin-1-yl)-11h-dibenzo[b,e]azepine", "11h-dibenz[b,e]azepine 6- (4-methyl-1-piperazinyl)-", "1977-11-3[rn]", "6-(4-methylpiperazin-1-yl)-11h-benzo[c][1]benzazepine", "morphanthridine 6-(4-methyl-1-piperazinyl)- (8ci)", "morphanthridine 6- (4-methyl-1-piperazinyl)-", "perlapina [spanish]"}|>, "2706" -> <|"DatabaseID" -> "SW01724", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25949]}, "IsomericSmiles" -> "CCCCNc1ccc(cc1)C(=O)OCC[NH+](CC)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01967"]}, "OfficialNames" -> <|"NPC Approved Name" -> "p-butylaminobenzoyldiethylaminoethyl hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27891]}, "Synonyms" -> {"calvital liquid", "2-(diethylamino)ethyl p-(butylamino)benzoate hydrochloride", "p-butylaminobenzoyl-n-(diethylamino)ethanol hydrochloride", "t cain", "p-butylaminobenzoyldiethylaminoethyl hydrochloride", "p-butylaminobenzoic acid 2-(diethylamino)ethyl ester,monohydrochloride", "p-butylaminobenzoyldiethylaminoethyl hydrochloride[jan]", "diethylaminoethyl p-butylaminobenzoate hydrochloride", "16488-48-5[rn]", "2-(diethylamino)ethyl 4-(butylamino)benzoate hydrochloride", "teecaine", "hydrochlorid salzdes p-n-n-butylamino-benzoesaure-diaethylaminoaethylesters[german]", "calvital liquid (tn)", "benzoic acid p-butylamino- 2-(diethylamino)ethyl ester monohydrochloride", "p-butylaminobenzoyldiethylaminoethylhydrochloride (jan/usan)[jan][usan]", "depolipon", "benzoe-diaethyl[german]", "t-cain", "16488-48-5", "benzoe-diaethyl [german]", "farmodent", "p-butylaminobenzoic acid 2-(diethylamino)ethyl ester monohydrochloride", "t cain (tn)", "neodent green"}|>, "2707" -> <|"DatabaseID" -> "SW01725", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4979003]}, "IsomericSmiles" -> "CC(c1ccccn1)C2=C(Cc3c2cccc3)CC[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01343"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dimethindene maleate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282414]}, "Synonyms" -> {"forhistal maleate", "fenistil", "dimethindene maleate", "dimetindene maleate", "dimethinden maleate", "dimethpyrindene maleate", "fenistil-retard", "forthistal maleate", "1h-indene-2-ethanamine n,{n-dimethyl-3-[1-(2-pyridinyl)ethyl]-,} (z)-2-butenedioate (1:1)", "{2-[1-[2-[2-(dimethylamino)ethyl]inden-3-yl]ethyl]pyridine} maleate (1:1)", "dimethindene malenate", "dimetindene hydrogen maleate", "pyridine,{2-[1-[2-[2-(dimethylamino)ethyl]inden-3-yl]ethyl]-,}maleate(1:1)", "n,n-dimethyl-2-(3-(1-(2-pyridinyl)ethyl)-1h-inden-2-yl)ethanamine 2-butenedioate", "triten", "dimethindene maleate[usan]"}|>, "2708" -> <|"DatabaseID" -> "SW01725", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4979003]}, "IsomericSmiles" -> "CC(c1ccccn1)C2=C(Cc3c2cccc3)CC[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01343"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dimethindene maleate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282414]}, "Synonyms" -> {"forhistal maleate", "fenistil", "dimethindene maleate", "dimetindene maleate", "dimethinden maleate", "dimethpyrindene maleate", "fenistil-retard", "forthistal maleate", "1h-indene-2-ethanamine n,{n-dimethyl-3-[1-(2-pyridinyl)ethyl]-,} (z)-2-butenedioate (1:1)", "{2-[1-[2-[2-(dimethylamino)ethyl]inden-3-yl]ethyl]pyridine} maleate (1:1)", "dimethindene malenate", "dimetindene hydrogen maleate", "pyridine,{2-[1-[2-[2-(dimethylamino)ethyl]inden-3-yl]ethyl]-,}maleate(1:1)", "n,n-dimethyl-2-(3-(1-(2-pyridinyl)ethyl)-1h-inden-2-yl)ethanamine 2-butenedioate", "triten", "dimethindene maleate[usan]"}|>, "2709" -> <|"DatabaseID" -> "SW01726", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13837]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00464"]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCOS(=O)(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "SODIUM TETRADECYL SULFATE"|>, "PharmGKBID" -> "PA164746759", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14492]}, "Synonyms" -> {"tetradecyl sodium sulfate", "monotetradecylsulfate sodium salt", "s.t.d.", "tergitol-4", "niaproof-4", "sotradecol", "sodium myristyl sulfate", "texapon k 14", "sodium n-tetradecyl sulphate", "c14h28o5s", "einecs 214-737-2", "tetradecyl hydrogen sulphate", "trombavar", "68585-47-7[rn]", "tetradecyl sulfate sodium salt", "sodium 1-tetradecyl sulfate", "sodium tetradecylsulfate", "1-tetradecanol hydrogen sulfate sodium salt (1:1)", "stds", "sulfuric acid tetrdecyl ester sodium salt", "sodium tetradecyl sulphate", "natrii tetradecylsulfas", "sulfuric acid myristyl ester sodium salt", "1191-50-0[rn]", "sotradecol sodium", "7-ethyl-2-methyl-4-hendecanol sulfate sodium salt", "s.t.d", "n-tetradecyl sulfate sodium salt", "3578122", "205-380-3[einecs]", "1-tetradecanol hydrogen sulfate sodium salt", "std", "214-737-2[einecs]", "sodiumtetradecylsulfate", "sodium n-tetradecyl sulfate", "271-557-7[einecs]", "sodium tetradecyl sulfate[inn][acd/iupac name]", "tetradecilsulfato sodico[spanish][inn]", "tetradecyl sulfuric acid", "tetradecyl sulfate", "sulfuric acid monotetradecyl ester sodium salt", "tetradecyl sulfate de sodium[french][inn]", "tesapon k 14", "natri tetradecylsulfas", "tergitol 4", "sodium tetradecyl sulfate", "myristyl sulfate sodium salt", "sulfuric acid tetradecyl ester sodium salt", "trombovar", "natrii tetracylis sulfas", "vitamin k-dependent protein s precursor", "natrii tetradecyclis sulfas[latin]", "niaproof 4", "139-88-8[rn]", "22088-37-5[rn]"}|>, "2710" -> <|"DatabaseID" -> "SW01727", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9261"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12386]}, "IsomericSmiles" -> "CCCCCCCCC1=C(C1)CCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Australia Approved Name" -> "STERCULIA"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12921]}, "Synonyms" -> {"sterculinic acid", "sterculia-saeure", "sterculinsaeure", "sterculic acid", "738-87-4", "738-87-4[rn]", "1880442[beilstein]", "9,10-methylene-9-octadecenoic acid", "surecn31295", "pubchem20404", "2-octyl-1-cyclopropene-1-octanoic acid", "9,10-mt 9c-18:1", "8-(2-octyl-cycloprop-1-enyl)-octansaeure", "55088-60-3[rn]", "1-cyclopropene-1-octanoic acid 2-octyl-", "8-(2-octylcyclopropen-1-yl)octanoic acid", "8-(2-octylcycloprop-1-en-1-yl)octanoic acid", "9", "omega-(2-n-octylcycloprop-1-enyl)octanoic acid"}|>, "2711" -> <|"DatabaseID" -> "SW01728", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00168"]}, "IsomericSmiles" -> "COC(=O)C(Cc1ccccc1)NC(=O)C(CC(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02381"]}, "OfficialNames" -> <|"Indian Approved Name" -> "aspartame"|>, "PharmGKBID" -> "PA448493", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2242]}, "Synonyms" -> {"tri-sweet", "canderel", "dipeptide sweetener", "sweet dipeptide", "aspartame", "aspartam [inn-french]", "equal", "l-aspartyl-l-phenylalanine methyl ester", "methyl l-aspartyl-l-phenylalanine", "3-amino-n-(alpha-carboxyphenethyl)succinamic acid n-methyl ester stereoisomer", "n-l-alpha-aspartyl-l-phenylalanine 1-methyl ester", "methyl n-l-alpha-aspartyl-l-phenylalaninate", "apm", "sweet taste receptor t1r2", "nutrasweet", "aspartamo [inn-spanish]", "3-amino-n-(alpha-carboxyphenethyl)succinamic acid n-methyl ester", "methyl l-alpha-aspartyl-l-phenylalanate", "st069285", "methyl alpha-aspartylphenylalaninate", "methyl aspartylphenylalanate", "aspartame [usan:ban:inn]", "g-protein coupled receptor 71", "taste receptor type 1 member 2 precursor", "aspartylphenylalanine methyl ester", "asp-phe-ome", "aminosweet", "methyl |a-aspartylphenylalaninate", "aspartamum [inn-latin]", "1-methyl n-l-alpha-aspartyl-l-phenylalanine", "3-amino-n-(alpha-methoxycarbonylphenethyl) succinamic acid", "1-methyl n-l-alpha-aspartyl-l-phenylalanate"}|>, "2712" -> <|"DatabaseID" -> "SW01728", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00168"]}, "IsomericSmiles" -> "COC(=O)C(Cc1ccccc1)NC(=O)C(CC(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02381"]}, "OfficialNames" -> <|"Indian Approved Name" -> "aspartame"|>, "PharmGKBID" -> "PA448493", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2242]}, "Synonyms" -> {"tri-sweet", "canderel", "dipeptide sweetener", "sweet dipeptide", "aspartame", "aspartam [inn-french]", "equal", "l-aspartyl-l-phenylalanine methyl ester", "methyl l-aspartyl-l-phenylalanine", "3-amino-n-(alpha-carboxyphenethyl)succinamic acid n-methyl ester stereoisomer", "n-l-alpha-aspartyl-l-phenylalanine 1-methyl ester", "methyl n-l-alpha-aspartyl-l-phenylalaninate", "apm", "sweet taste receptor t1r2", "nutrasweet", "aspartamo [inn-spanish]", "3-amino-n-(alpha-carboxyphenethyl)succinamic acid n-methyl ester", "methyl l-alpha-aspartyl-l-phenylalanate", "st069285", "methyl alpha-aspartylphenylalaninate", "methyl aspartylphenylalanate", "aspartame [usan:ban:inn]", "g-protein coupled receptor 71", "taste receptor type 1 member 2 precursor", "aspartylphenylalanine methyl ester", "asp-phe-ome", "aminosweet", "methyl |a-aspartylphenylalaninate", "aspartamum [inn-latin]", "1-methyl n-l-alpha-aspartyl-l-phenylalanine", "3-amino-n-(alpha-methoxycarbonylphenethyl) succinamic acid", "1-methyl n-l-alpha-aspartyl-l-phenylalanate"}|>, "2713" -> <|"DatabaseID" -> "SW01728", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00168"]}, "IsomericSmiles" -> "COC(=O)C(Cc1ccccc1)NC(=O)C(CC(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02381"]}, "OfficialNames" -> <|"Indian Approved Name" -> "aspartame"|>, "PharmGKBID" -> "PA448493", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2242]}, "Synonyms" -> {"tri-sweet", "canderel", "dipeptide sweetener", "sweet dipeptide", "aspartame", "aspartam [inn-french]", "equal", "l-aspartyl-l-phenylalanine methyl ester", "methyl l-aspartyl-l-phenylalanine", "3-amino-n-(alpha-carboxyphenethyl)succinamic acid n-methyl ester stereoisomer", "n-l-alpha-aspartyl-l-phenylalanine 1-methyl ester", "methyl n-l-alpha-aspartyl-l-phenylalaninate", "apm", "sweet taste receptor t1r2", "nutrasweet", "aspartamo [inn-spanish]", "3-amino-n-(alpha-carboxyphenethyl)succinamic acid n-methyl ester", "methyl l-alpha-aspartyl-l-phenylalanate", "st069285", "methyl alpha-aspartylphenylalaninate", "methyl aspartylphenylalanate", "aspartame [usan:ban:inn]", "g-protein coupled receptor 71", "taste receptor type 1 member 2 precursor", "aspartylphenylalanine methyl ester", "asp-phe-ome", "aminosweet", "methyl |a-aspartylphenylalaninate", "aspartamum [inn-latin]", "1-methyl n-l-alpha-aspartyl-l-phenylalanine", "3-amino-n-(alpha-methoxycarbonylphenethyl) succinamic acid", "1-methyl n-l-alpha-aspartyl-l-phenylalanate"}|>, "2714" -> <|"DatabaseID" -> "SW01728", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00168"]}, "IsomericSmiles" -> "COC(=O)C(Cc1ccccc1)NC(=O)C(CC(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02381"]}, "OfficialNames" -> <|"Indian Approved Name" -> "aspartame"|>, "PharmGKBID" -> "PA448493", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2242]}, "Synonyms" -> {"tri-sweet", "canderel", "dipeptide sweetener", "sweet dipeptide", "aspartame", "aspartam [inn-french]", "equal", "l-aspartyl-l-phenylalanine methyl ester", "methyl l-aspartyl-l-phenylalanine", "3-amino-n-(alpha-carboxyphenethyl)succinamic acid n-methyl ester stereoisomer", "n-l-alpha-aspartyl-l-phenylalanine 1-methyl ester", "methyl n-l-alpha-aspartyl-l-phenylalaninate", "apm", "sweet taste receptor t1r2", "nutrasweet", "aspartamo [inn-spanish]", "3-amino-n-(alpha-carboxyphenethyl)succinamic acid n-methyl ester", "methyl l-alpha-aspartyl-l-phenylalanate", "st069285", "methyl alpha-aspartylphenylalaninate", "methyl aspartylphenylalanate", "aspartame [usan:ban:inn]", "g-protein coupled receptor 71", "taste receptor type 1 member 2 precursor", "aspartylphenylalanine methyl ester", "asp-phe-ome", "aminosweet", "methyl |a-aspartylphenylalaninate", "aspartamum [inn-latin]", "1-methyl n-l-alpha-aspartyl-l-phenylalanine", "3-amino-n-(alpha-methoxycarbonylphenethyl) succinamic acid", "1-methyl n-l-alpha-aspartyl-l-phenylalanate"}|>, "2715" -> <|"DatabaseID" -> "SW01729", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53783"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2015]}, "IsomericSmiles" -> "Cc1c(nc[nH]1)CN2CCc3c(c4ccccc4n3C)C2=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07129"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ALOSETRON HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60758]}, "Synonyms" -> {"1h-pyrido[4,3-b]indol-1-one 2,3,4,5-tetrahydro-5-methyl-2-[(5-methyl-1h-imidazol-4-yl)methyl]-", "1h-pyrido[4,3-b]indol-1-one 2,3,4,5-tetrahydro-5-methyl-2-[(4-methyl-1h-imidazol-5-yl)methyl]-", "5-methyl-2-[(5-methyl-1h-imidazol-4-yl)methyl]-3,4-dihydropyrido[4,3-b]indol-1-one", "gr 68755c", "5-methyl-2-[(5-methyl-1h-imidazol-4-yl)methyl]-1h,2h,3h,4h,5h-pyrido[4,3-b]indol-1-one", "122852-69-1", "alosetron", "122852-42-0[rn]", "alosetron hcl", "2,3,4,5-tetrahydro-5-methyl-2-((5-methyl-1h-imidazol-4-yl)methyl)-1h-pyrido(4,3-b)indol-1-one", "lotronex", "2,3,4,5-tetrahydro-5-methyl-2-((5-methyl-1h-imidazol-4-yl)methyl)-1h-pyrido[4,3-b]indol-1-one", "lotronex[wiki]", "alosetron [inn_en]", "5-methyl-2-[(4-methyl-1h-imidazol-5-yl)methyl]-2,3,4,5-tetrahydro-1h-pyrido[4,3-b]indol-1-one", "lotrpnex (tn)", "alosetron hydrochloride", "hsdb 7055", "5-methyl-2-((4-methyl-1h-imidazol-5-yl)methyl)-3,4-dihydro-2h-pyrido[4,3-b]indol-1(5h)-one", "5-methyl-2-[(5-methyl-1h-imidazol-4-yl)methyl]-2,3,4,5-tetrahydro-1h-pyrido[4,3-b]indol-1-one[acd/iupac name]", "gr-68755c", "alosetron monohydrochloride", "alosetron[wiki]", "1h-pyrido(4,3-b)indol-1-one 2,3,4,5-tetrahydro-5-methyl-2-((5-methyl-1h-imidazol-4-yl)methyl)-", "5-methyl-2-(5-methyl-1h-imidazol-4-ylmethyl)-2,3,4,5-tetrahydro-pyrido[4,3-b]indol-1-one", "alosetron [inn:ban]"}|>, "2716" -> <|"DatabaseID" -> "SW01730", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391126]}, "IsomericSmiles" -> "CCCCC[C@@H](CC(=O)CCc1ccc(c(c1)OC)O)O", "OfficialNames" -> <|"China Approved Name" -> "gingerol", "Traditional Herbal Isolate" -> "gingerol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442793]}, "Synonyms" -> {"[6]-gingerol", "(5s)-5-hydroxy-1-(4-hydroxy-3-methoxyphenyl)decan-3-one", "6-gingerol", "gingerol", "cbiol_001786", "bspbio_001347", "(s)-5-hydroxy-1-(4-hydroxy-3-methoxyphenyl)decan-3-one", "gingerol[wiki]", "[1-(4'-hydroxy-3'-methoxyphenyl)-5-hydroxy-3-decanone]", "(5s)-5-hydroxy-1-(4-hydroxy-3-methoxy-phenyl)decan-3-one", "(s)-5-hydroxy-1-(4-hydroxy-3-methoxyphenyl)-3-decanone", "23513-14-6[rn]", "3-decanone 5-hydroxy-1-(4-hydroxy-3-methoxyphenyl)- (5s)-", "(6)-gingerol", "(5s)-5-hydroxy-1-(4-hydroxy-3-methoxyphenyl)-3-decanon", "23513-14-6", "(+)-gingerol", "ac1l9df8", "3-decanone 5-hydroxy-1-(4-hydroxy-3-methoxyphenyl)- (s)-", "3-decanone 5-hydroxy-1-(4-hydroxy-3-methoxyphenyl)-,(s)-(+)-", "(5s)-5-hydroxy-1-(4-hydroxy-3-methoxyphenyl)-3-decanone", "23513-14-6?", "kbiogr_000067", "5-hydroxy-1-(4'-hydroxy-3'-methoxyphenyl)-3-decanone", "surecn32102"}|>, "2717" -> <|"DatabaseID" -> "SW01731", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66586]}, "IsomericSmiles" -> "CCCCOc1ccc(cc1)OCCC[NH+]2CCOCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00739"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PRAMOXINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73957]}, "Synonyms" -> {"pramoxine hydrochloride", "pramocaine hydrochloride", "prax lotion", "tronothane hydrochloride", "4-(3-(p-butoxyphenoxy)propyl)morpholine hydrochloride", "proctocream-hc", "proctofoam-hc", "proxazocain hydrochloride", "st51015106", "tronolane", "pramoxine hcl", "637-58-1[rn]", "pramocaine", "637-58-1", "einecs 211-293-1", "4-[3-(4-butoxyphenoxy)propyl]morpholine hydrochloride (1:1)[acd/iupac name]", "morpholine 4-[3- (p-butoxyphenoxy)propyl]- hydrochloride", "637-58-1 140-65-8", "hsdb 7220", "proctofoam-ns", "4-butoxy-1-(3-morpholin-4-ylpropoxy)benzene chloride", "morpholine 4-[3-(4-butoxyphenoxy)propyl]- hydrochloride (1:1)", "4-[3-(4-butoxyphenoxy)propyl]morpholine hydrochloride", "morpholine 4-[3- (4-butoxyphenoxy)propyl]- hydrochloride", "637-58-1 140-65-8 [pramoxine]", "morpholine 4-[3-(p-n-butoxyphenoxy )propyl]- hydrochloride", "pramoxine hydrochloride[usp]", "nsc 25573", "morpholine 4-(3-(p-butoxyphenoxy)propyl)- hydrochloride", "tronothane (tn)", "g-morpholinopropyl 4-n-butoxyphenyl ether hydrochloride", "tronothane", "140-65-8[rn]", "p-butoxyphenyl g-morpholinopropyl ether hydrochloride", "211-293-1[einecs]", "morpholine 4-(3-(4-butoxyphenoxy)propyl)- hydrochloride", "proctofoam", "4-[3-(p-butoxyphenoxy)propyl]morpholine hydrochloride", "itch-x"}|>, "2718" -> <|"DatabaseID" -> "SW01732", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7830533]}, "IsomericSmiles" -> "CC[NH+](CC)CCOc1ccc2c(c1)sc(n2)N(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "diamthazole hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9551617]}, "Synonyms" -> {"mls000554944", "smr000147061", "surecn10494982", "diamthazole hydrochloride", "[6-(2-diethylamino-ethoxy)-benzothiazol-2-yl]-dimethyl-amine"}|>, "2719" -> <|"DatabaseID" -> "SW01733", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 249856]}, "IsomericSmiles" -> "CCCCCCCCC1=C(C1)CCCCCCC(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "malvalate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 283632]}, "Synonyms" -> {"malvalic acid methyl ester", "methyl 2-octylcyclopropene-1-heptanoate", "methyl malvalate", "methyl 7-(2-octyl-1-cyclopropen-1-yl)heptanoate", "1-cyclopropene-1-heptanoic acid 2-octyl- methyl ester", "5026-66-4[rn]", "ac1q5zys", "1-cyclopropene-1-heptanoic acid", "ag-k-06563", "ac1l5z1u", "26879-19-6[rn]", "ar-1j4872", "methyl 7-(2-octylcyclopropen-1-yl)heptanoate"}|>, "2720" -> <|"DatabaseID" -> "SW01734", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4858"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3146]}, "IsomericSmiles" -> "c1ccc(cc1)C2=NCc3nncn3-c4c2cc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00311"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Estazolam", "FDA Approved Drug" -> "ESTAZOLAM"|>, "PharmGKBID" -> "PA449502", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3261]}, "Synonyms" -> {"prosom", "d-40ta", "esilgan", "d 40ta", "julodin", "eurodin", "nuctalon", "estazolam", "d004949", "8-chloro-6-phenyl-4h-2,3,5,10b-tetraaza-benzo[e]azulene", "8-chloro-6-phenyl-4h-s-triazolo(4,3-a)(1,4)benzodiazepine (iupac)", "abbott 47631", "prosom (tn)", "8-chloro-6-phenyl-4h-s-triazolo(4,3-a)(1,4)benzodiazepine", "estazolamum", "tasedan", "4h-s-triazolo(4,3-a)(1,4)benzodiazepine 8-chloro-6-phenyl-", "29975-16-4", "9005-49-6", "4h-[1,2,4]triazolo[4,3-a][1,4]benzodiazepine,8-chloro-6-phenyl-", "d40ta", "estazolam [usan:inn:jan][inn][jan][usan]", "8-chloro-6-phenyl-4h-(1,2,4)triazolo-(4,3-a)(1,4)benzodiazepine", "estazolam[wiki]", "8-chloro-6-phenyl-4h-(1,2,4)triazolo(4,3-a)(1,4)benzodiazepine", "cannoc", "8-chloro-6-phenyl-4h-[1,2,4]triazolo[4,3-a][1,4]benzodiazepine[acd/iupac name]", "8-chloro-6-phenyl-4h-s-triazolo[4,3-a][1,4]benzodiazepine", "estazolam (jp15/usan)[usan][jp15]", "4h-(1,2,4)triazolo(4,3-a)(1,4)benzodiazepine,8-chloro-6-phenyl-", "29975-16-4[rn]", "somnatrol", "4h-s-triazolo[4,3-a][1,4]benzodiazepine 8-chloro-6-phenyl-", "nemurel", "estazolamum[latin][inn]", "4h-[1,2,4]triazolo[4,3-a][1 4]benzodiazepine 8-chloro-6-phenyl-", "8-chlor-6-phenyl-4h-[1,2,4]triazolo[4,3-a][1,4]benzodiazepin", "249-982-4[einecs]"}|>, "2721" -> <|"DatabaseID" -> "SW01735", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48296"], ExternalIdentifier["ChEBIID", "4507"], ExternalIdentifier["ChEBIID", "4508"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102736], ExternalIdentifier["ChemSpiderID", 59753], ExternalIdentifier["ChemSpiderID", 25309], ExternalIdentifier["ChemSpiderID", 2925], ExternalIdentifier["ChemSpiderID", 102990]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00586"]}, "IsomericSmiles" -> "c1ccc(c(c1)CC(=O)[O-])Nc2c(cccc2Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00903"], ExternalIdentifier["KEGGID", "D07816"], ExternalIdentifier["KEGGID", "D00904"], ExternalIdentifier["KEGGID", "D07817"]}, "OfficialNames" -> <|"China Approved Name" -> "diclofenac diethylmamine;diclofenac;diclofenac sodium", "Traditional Herbal Isolate" -> "neriodin", "Indian Approved Name" -> "diclofenac pot;diclofenac sod;diclofenac diethylammonium;diclofenac;diclofenac with linseed oil;diclofenac diethylamine;diclofenac na;diclofenac dithylamine", "FDA Approved Drug" -> "DICLOFENAC EPOLAMINE;DICLOFENAC POTASSIUM;DICLOFENAC SODIUM"|>, "PharmGKBID" -> "PA449293", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23657872], ExternalIdentifier["PubChemCompoundID", 23667642], ExternalIdentifier["PubChemCompoundID", 5018304], ExternalIdentifier["PubChemCompoundID", 3033], ExternalIdentifier["PubChemCompoundID", 66378], ExternalIdentifier["PubChemCompoundID", 115087]}, "Synonyms" -> {"diclofenac potassium", "cataflam", "pennsaid", "dichlofenac", "novapirina", "diclofenac", "solaraze", "diclofenac acid", "voltaren", "nu-diclo", "voltaren-xr", "novo-difenac", "apo-diclo", "diclofenac sodium", "allvoran", "delphimix", "dichronic", "prophenatin", "assaren", "primofenac", "dicloreum", "tsudohmin", "neriodin", "voldal", "diclo-phlogont", "valetan", "rhumalgan", "voltaren rapide", "novo-difenac sr", "effekton", "voltaren sr", "voltaren ophthalmic", "ecofenac", "diclord", "prosorb-d", "duravolten", "xenid", "diclobenin", "diclo-puren", "benfofen", "voltaren ophtha", "solaraze t", "dolobasan", "dyloject", "kriplex", "nps-pla2", "ec 3.1.1.4", "non-pancreatic secretory phospholipase a2", "giic spla2", "phospholipase a2 membrane associated precursor", "phosphatidylcholine 2-acylhydrolase", "group iia phospholipase a2", "isv-205", "voltarol", "cataflam[wiki]", "diclofenac[wiki]", "cataflam (tn)", "6625757[beilstein]", "15307-81-0[rn]", "benzeneacetic acid 2-((2,6-dichlorophenyl)amino)- monopotassium salt", "potassium {2-[(2,6-dichlorophenyl)amino]phenyl}acetate[acd/iupac name]", "cgp 45840b", "benzeneacetic acid 2-[(2,6-dichlorophenyl)amino]- potassium salt (1:1)", "potassium [2-[(2,6-dichlorophenyl)amino]phenyl]acetate", "diclofenac potassium[usan]", "benzeneacetic acid 2-[(2,6-dichlorophenyl)amino]- monopotassium salt", "cgp-45840b", "diclofenacpotassium", "2-{2-[(2,6-dichlorophenyl)amino]phenyl}aceticacid potassium salt", "potassium (o-(2,6-dichloroanilino)phenyl)acetate", "kalium-{2-[(2,6-dichlorphenyl)amino]phenyl}acetat", "2-((2,6-dichlorophenyl)amino)benzeneacetic acid monopotassium salt", "2-((2,6-dichlorophenyl)amino)benzeneacetic acid monopotassiumsalt", "diclophenac", "diclofenacum", "dichlofenal", "dicrofenac", "sodium diclofenac", "benzeneacetic acid 2-[(2,6-dichlorophenyl)amino", "2-[2,6-dichlorophenyl)amino]benzeneacetic acid", "inflaban", "n-(2,6-dichlorophenyl)-o-aminophenylacetic acid", "arthrotec[wiki]", "sodium (o-((2,6-dichlorophenyl)amino)phenyl)acetate", "diklovit", "benzeneacetic acid 2-((2,6-dichlorophenyl)amino)- (9ci)", "benzeneacetic acid 2-[(2,6-dichlorophenyl)amino]- sodium salt(1:1)", "feloran", "sodium [2-[(2,6-dichlorophenyl)amino]phenyl]acetate", "2-(2,6-dichlorophenylamino)phenylacetic acid", "diclofen sr 100", "sr 318b", "orthophen", "dif", "sodium (2-((2,6-dichlorophenyl)amino)phenyl)acetate", "3581138[beilstein]", "2-[(2,6-dichlorophenyl)amino]benzeneacetic acid sodium salt", "sodium[2-[(2,6-dichlorophenyl)amino]phenyl]acetate", "2-((2,6-dichlorophenyl)amino)benzeneacetic acid monosodium salt", "diclofenac sodium salt", "naclof", "diclofenac diethylamine", "[o-(2,6-dichloroanilino)phenyl]acetic acid sodium salt", "2-((2,6-dichlorophenyl)amino)benzeneacetic acid", "huma-difenac", "diclofenac sodium[usp][jan][usan][jp15]", "239-348-5[einecs]", "(o-(2,6-dichloroanilino)phenyl)acetic acid sodium salt", "diclofenaco[spanish][inn]", "diclofenac-epolamine", "15307-86-5[rn]", "sodium 2-{2-[(2,6-dichlorophenyl)amino]phenyl}acetate", "dicloreuma", "hyanalgese d", "acetic acid o-(2,6-dichloroanilino)phenyl- monosodium salt", "[2-(2,6-dichloroanilino)phenyl]-acetic acid;2-[2-(2,6-dichlorophenyl)aminophenyl]ethanoicacid", "diclofenac 1-(2-hydroxyethyl)pyrrolidinium salt", "2-{2-[(2,6-dichlorophenyl)amino]phenyl}acetic acid", "gp-45840", "(o-(2,6-dichloroanilino)phenyl)acetic acid monosodium salt", "cataflam (tm)", "orthofen", "benzeneacetic acid 2-[(2,6-dichlorophenyl)amino]- monosodiumsalt", "voltaren[wiki]", "diclofenaco", "benzeneacetic acid 2-[(2,6-dichlorophenyl)amino]-", "(o-(2,6-dichloroanilino)phenyl)acetic acid", "2-[(2,6-dichlorophenyl)amino]benzeneacetic acid monosodium salt", "2-(2,6-dichloroanilino)phenylacetic acid sodium salt", "dhep", "2-[(2,6-dichlorophenyl)amino]benzeneacetic acid sodium", "diclofenacum [inn_la]", "acetic acid (o-(2,6-dichloroanilino)phenyl)-", "diclofenac-n-(2-hydroxyethyl) pyrrolidine", "15307-79-6[rn]", "sodium (o-(2,6-dichloroanilino)phenyl)acetate", "2146636[beilstein]", "diclofenac hydroxyethylpyrrolidine", "benzeneacetic acid", "diclofenacum[latin]", "2-(2-((2,6-dichlorophenyl)amino)phenyl)acetic acid", "2-[2-[(2,6-dichlorophenyl)amino]phenyl]acetic acid", "2-[(2,6-dichlorophenyl)amino]benzeneacetic acid", "benzeneacetic acid 2-((2,6-dichlorophenyl)amino)-", "diclofenac sodium (product)", "diclofenac free acid", "[2-(2,6-dichloroanilino)phenyl]acetic acid", "n-(2,6-dichlorophenyl)-o-aminophenylacetic acid sodium salt", "voltarol[wiki]", "239-346-4[einecs]", "diep", "voltaren solaraze ecofenac benfofen", "{2-[(2,6-dichlorophenyl)amino]phenyl}acetic acid[acd/iupac name]", "flector", "sodium [o-[(2,6-dichlorophenyl)amino]pheyl]acetate", "benzeneacetic acid 2-((2,6-dichlorophenyl)amino)- monosodiumsalt", "sodium {2-[(2,6-dichlorophenyl)amino]phenyl}acetate[acd/iupac name]", "natrium-{2-[(2,6-dichlorphenyl)amino]phenyl}acetat", "2-(2,6-dichloroanilino)phenylacetic acid", "benzeneacetic acid 2-((2,6-dichlorophenyl)amino)- compd. with1-pyrrolidineethanol (1:1)", "ar-1k6961", "1-(2-hydroxyethyl)pyrrolidinium {2-[(2,6-dichlorophenyl)amino]phenyl}acetate", "diclofenac epolamine", "119623-66-4[rn]", "{2-[(2,6-dichlorophenyl)amino]phenyl}acetic acid - 2-(pyrrolidin-1-yl)ethanol (1:1)", "n-ethylethanaminium{2-[(2", "2-((2,6-dichlorophenyl)amino)benzeneacetic acid compd. with 1-pyrrolidineethanol(1:1)", "ac1l3gi2", "2-((2,6-dichlorophenyl)amino)benzeneacetic acid compd. with n-ethylethanamine", "diclofenac potassium (usan)", "chebi:4508", "surecn1116300", "chebi:48296", "78213-16-8[rn]", "15307-81-0", "benzeneacetic acid 2-((2,6-dichlorophenyl)amino)- compd. withn-ethylethanamine(1:1)", "2-[2-[(2,6-dichlorophenyl)amino]phenyl]aceticacid; n-ethylethanamine", "ac1q3rrb", "benzeneacetic acid 2-[(2,6-dichlorophenyl)amino]- compd. with1-pyrrolidineethanol (1:1)", "voltaren emulgel (tn)", "diclofenac potassium [usan]", "voltaren emulgel", "2-((2", "n-ethylethanaminium {2-[(2,6-dichlorophenyl)amino]phenyl}acetate", "n-(2-hydroxyethyl)pyrrolidinium (2-((2,6-dichlorophenyl)amino)phenyl)acetate", "voltfast", "flector patch", "2-{2-[(2,6-dichlorophenyl)amino]phenyl}aceticacid diethylamine", "delimon", "ac1q31kp", "6837284[beilstein]", "diclofenacdiethylamine", "{2-[(2,6-dichlorophenyl)amino]phenyl}acetic acid - n-ethylethanamine (1:1)[acd/iupac name]", "akos015907253", "anthraxiton", "unii-6tgq35z71k", "15307-79-6", "n-ethylethanamine2-[(2,6-dichlorophenyl)amino]benzeneacetate;2-[(2,6-dichlorophenyl)amino]-benzeneacetic acid compd. with nethylethanamine (1:1)", "n-ethylethanaminium{2-[(2,6-dichlorophenyl)amino]phenyl}acetate", "zipsor", "benzeneacetic acid 2-[(2,6-dichlorophenyl)amino]- compd. withn-ethylethanamine(1:1)", "batafil", "cambia"}|>, "2722" -> <|"DatabaseID" -> "SW01736", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3897]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00939"]}, "IsomericSmiles" -> "Cc1ccc(c(c1Cl)Nc2ccccc2C(=O)[O-])Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02341"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MECLOFENAMATE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23663959]}, "Synonyms" -> {"meclomen (free acid)", "meclofenamic acid", "arquel", "meclofenamate", "meclophenamic acid", "meclomen", "meclodol", "acide meclofenamique [inn-french]", "meclomen (tn)", "acide meclofenamique[french][inn]", "n-(2 6-dichloro-m-tolyl)anthranilic acid", "n-(2,6-dichloro-m-tolyl)anthranilic acid", "meclofenamate sodium", "644-62-2[rn]", "ec 1.13.11.34", "meclofenamic acid [usan:ban:inn][inn][usan]", "644-62-2", "n-(2,6-dichloro-3-methylphenyl)anthranilic acid", "anthranilic acid n- (2,6-dichloro-m-tolyl)-", "movens", "benzoic acid 2-[ (2,6-dichloro-3-methylphenyl)amino]-", "2-(2,6-dichloro-3-methyl-phenylamino)-benzoic acid", "acido meclofenamico [inn-spanish]", "2-(2,6-dichloro-3-methylphenylamino)benzoic acid", "n-(3-methyl-2,6-dichlorophenyl)anthranilic acid", "5-lo", "meclofenamic acid[usan]", "5-lipoxygenase", "benzoic acid 2-((2,6-dichloro-3-methylphenyl)amino)-", "benzoic acid 2-[(2,6-dichloro-3-methylphenyl)amino]-", "2-(2 6-dichloro-3-methylphenyl)aminobenzoic acid", "2-[(2,6-dichloro-3-methylphenyl)amino]benzoic acid[acd/iupac name]", "meclodium", "ncgc00017062-01", "meclofenamic a", "meclofenamate sodium (usp)", "meclofenamic acid sodium salt monohydrate", "prestwick_829", "lenidolor", "acidum meclofenamicum[latin]", "211-419-5[einecs]", "2-((2,6-dichloro-3-methylphenyl)amino)benzoic acid", "cas-6385-02-0", "acido meclofenamico[spanish][inn]", "n-(3-methyl-2 6-dichlorophenyl)anthranilic acid", "2-(2,6-dichloro-3-methyl-phenylamino)-benzoicacid (meclofenamic acid)", "acidum meclofenamicum [inn-latin]", "anthranilic acid n-(2,6-dichloro-m-tolyl)-"}|>, "2723" -> <|"DatabaseID" -> "SW01737", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34911]}, "IsomericSmiles" -> "Cc1c(cccc1Nc2c(cccn2)C(=O)[O-])C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04215"]}, "OfficialNames" -> <|"NPC Approved Name" -> "flunixin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 38081]}, "Synonyms" -> {"2(2'-methyl-3'-trifluoromethylanilino)nicotinic acid", "flunixin", "flunixine", "42461-84-7[rn]", "flunixin[wiki]", "2-{[2-methyl-3-(trifluoromethyl)phenyl]amino}nicotinic acid[acd/iupac name]", "banamine[wiki]", "finadyne", "flunixine[french][inn]", "2-(a3,a3,a3-trifluoro-2,3-xylidino)nicotinic acid", "1-deoxy-1-(methylamino)-d-glucitol 2-[2-methyl-3-(perfluoromethyl)anilino]nicotinate", "38677-85-9[rn]", "3-pyridinecarboxylic acid", "sch 14714", "3-pyridinecarboxylic acid,2-[[2-methyl-3-(trifluoromethyl)phenyl]amino]-", "flunixinum [inn-latin]", "2-[2-methyl-3-(trifluoromethyl)phenylamino]nicotinic acid", "flunixino[spanish][inn]", "2-{[2-methyl-3-(trifluoromethyl)phenyl]amino}-3-pyridinecarboxylic acidmegluminesalt", "flunixin meglumine", "flunixino [inn-spanish]", "flunixine [inn-french]", "2-(2-methyl-3-trifluoromethylanilino)nicotinic acid", "3-pyridinecarboxylic acid,2-((2-methyl-3-(trifluoromethyl)phenyl)amino)-", "2-[[2-methyl-3-(trifluoromethyl)phenyl]amino]-3-pyridinecarboxylic acid", "flunixinum[latin]", "flunixin meglumin", "flunixin [usan:ban:inn][inn][usan]", "flunixinum", "38677-85-6", "255-836-0[einecs]", "2-{[2-methyl-3-(trifluoromethyl)phenyl]amino}pyridine-3-carboxylic acid", "38677-85-9"}|>, "2724" -> <|"DatabaseID" -> "SW01738", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17396"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106360]}, "IsomericSmiles" -> "c1ccc(cc1)[C@H](C#N)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prunasin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119033]}, "Synonyms" -> {"d-prunasin", "(r)-prunasin", "prunasin", "99-18-3[rn]", "einecs 202-738-0", "mandelonitrile glucoside", "138-53-4[rn]", "202-738-0[einecs]", "sambunigrin", "(r)-alpha-(beta-d-glucopyranosyloxy)benzene-acetonitrile", "brn 0091509", "5-17-07-00405 (beilstein handbook reference)[beilstein]", "ac1l3o2t", "(r)-(beta-d-glucopyranosyloxy)phenylacetonitrile", "99-18-3", "d-mandelonitrile-beta-d-glucoside", "99-19-4[rn]", "prulaurasin", "91509[beilstein]"}|>, "2725" -> <|"DatabaseID" -> "SW01739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83747]}, "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indican"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92769]}, "Synonyms" -> {"indikan", "indican (glucoside)", "indican (plant indican)", "3-(glucosyloxy)indole", "uroxanthin", "1h-indol-3-yl d-glucopyranoside[acd/iupac name]", "indican plant", "1320-34-9[rn]", "487-60-5", "indican hydrate", "95720-93-7[rn]", "16934-10-4[rn]", "indoxyl-beta-d-glucoside", "487-60-5[rn]", "3-indoxyl-d-glucoside", "indican", "d-glucopyranoside 1h-indol-3-yl", "3-indole-d-glucoside"}|>, "2726" -> <|"DatabaseID" -> "SW01739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83747]}, "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)OC3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indican"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92769]}, "Synonyms" -> {"indikan", "indican (glucoside)", "indican (plant indican)", "3-(glucosyloxy)indole", "uroxanthin", "1h-indol-3-yl d-glucopyranoside[acd/iupac name]", "indican plant", "1320-34-9[rn]", "487-60-5", "indican hydrate", "95720-93-7[rn]", "16934-10-4[rn]", "indoxyl-beta-d-glucoside", "487-60-5[rn]", "3-indoxyl-d-glucoside", "indican", "d-glucopyranoside 1h-indol-3-yl", "3-indole-d-glucoside"}|>, "2727" -> <|"DatabaseID" -> "SW01740", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6704"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3890]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00643"]}, "IsomericSmiles" -> "COC(=O)Nc1[nH]c2ccc(cc2n1)C(=O)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00368"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MEBENDAZOLE"|>, "PharmGKBID" -> "PA164776669", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4030]}, "Synonyms" -> {"mebenvet", "ovitelmin", "vermirax", "bantenol", "pantelmin", "lomper", "vermox", "mebendazole", "mebenoazole", "telmin", "vermox (tn)", "verpanyl", "noverme", "equivurm plus", "vermicidin", "mebutar", "mbdz", "besantin", "mebex", "vermin", "methyl (6-benzoyl-1h-benzo[d]imidazol-2-yl)carbamate", "mebendazole 99%", "d008463", "pripsen mebendazole", "(6-benzoyl-1h-benzoimidazol-2-yl)-carbamic acid methyl ester", "vermidil", "tl8002405", "methyl n-(5-benzoyl-2-benzimidazolyl)carbamate", "methyl n-[6-(benzoyl)-1h-benzimidazol-2-yl]carbamate", "5-benzoyl-2-benzimidazolecarbamic acid methylester; mebendazol; methyln-(5-benzoyl-1hbenzimidazol-2-yl)carbamate", "carbamicacid (5-benzoyl-1h-benzimidazol-2-yl)- methyl ester", "methyl (6-benzoyl-1h-benzimidazol-2-yl)carbamate[acd/iupac name]", "bot-plus syringe formula equine wormer (mebendazole + trichlorfon)_mixture", "telmin b syringe formula (mebendazole + trichlorfon)_mixture", "vermox[wiki]", "methoxy-n-[5-(phenylcarbonyl)benzimidazol-2-yl]carboxamide", "methoxy-n-[6-(phenylcarbonyl)benzimidazol-2-yl]carboxamide", "759809[beilstein]", "250-635-4[einecs]", "methyl n-(5-benzoyl-1h-benzimidazol-2-yl)carbamate", "methyl n-(6-benzoyl-1h-benzoimidazol-2-yl)carbamate", "carbamicacid n-(6-benzoyl-1h-benzimidazol-2-yl)- methyl ester", "2-benzimidazolecarbamic acid 5-benzoyl- methyl ester (8ci)", "anti-worm", "31431-39-7[rn]", "9005-80-5[rn]", "madicure", "2-benzimidazolecarbamic acid 5-benzoyl- methyl ester", "5-benzoyl-2-benzimidazolecarbamic acid methyl ester", "equiverm b pst (mebendazole + trichlorfon)_mixture", "methyl n-(6-benzoyl-1h-1,3-benzodiazol-2-yl)carbamate", "mebendazole[wiki][usan]", "+ methyl 5-benzoyl-2-benzimidazolylcarbamate", "r 17 635", "methyl-[5-(phenylcarbonyl)-1h-benzimidazol-2-yl]carbamat", "versid", "sufil", "5-benzoyl-2-benzimidazolylcarbamic acid methyl ester", "mebendazolum[latin]", "mebendazole usp xxiv (off white)[usp]", "tubulin beta-2 chain", "anti worm", "ovex;", "methyl 5-benzoyl-2-benzimidazolylcarbamate", "carbamicacid (5-benzoyl-1h-benzimidazol-2-yl)- methyl ester(9ci)", "boots threadworm treatment", "mfcd00408814", "carbamic acid n-(5-benzoylbenzimidazol-2-yl)- methyl ester", "mebendazole [usan:ban:inn:jan][inn][jan][usan]", "methyl-(5-benzoyl-1h-benzimidazol-2-yl)carbamat", "r 17,635", "mebendazole(usan)", "vermicol", "nsc-184849", "n-2 (5-benzoyl-benzimidazole) carbamate de methyle[french]", "mebendazol[spanish][inn]", "wormkuur", "carbamicacid n-(5-benzoyl-1h-benzimidazol-2-yl)- methyl ester", "ovex;vermox;antiox;pripsen", "(5-benzoyl-1h-benzoimidazol-2-yl)-carbamic acid methyl ester", "banworm", "cas-31431-39-7", "5-benzoyl-2-benzimidazolecarbamic acid methyl ester", "methyl (5-benzoyl-1h-benzimidazol-2-yl)carbamate", "methyl (5-benzoyl-1h-benzo[d]imidazol-2-yl)carbamate", "(5-benzoyl-1h-benzimidazol-2-yl)carbamic acid methyl ester", "methyl s-benzoyl-2-benzimidazolecarbamate", "(5-benzoyl-1h-benzimidazol-2-yl)-carbamic acid methyl ester", "31431-39-7", "r17635", "n-(benzoyl-5 benzimidazolyl)-2 carbamate de methyle[french]", "methyl [5-(phenylcarbonyl)-1h-benzimidazol-2-yl]carbamate", "surfont", "mebendan", "sqworm", "mebendazole (jan/usp)", "methyl 5-benzoyl benzimidazole-2-carbamate"}|>, "2728" -> <|"DatabaseID" -> "SW01741", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4340]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "?"]}, "IsomericSmiles" -> "CN1c2ccc(cc2C(=NCC1=O)c3ccccc3)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01593"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Nimetazepam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4496]}, "Synonyms" -> {"1-methylnitrazepam", "erimin", "ro 5-3453", "elimin", "nimetazepam", "1,3-dihydro-1-methyl-7-nitro-5-phenyl-2h-1,4-benzodiazepin-2-one", "nimetazepamum [inn-latin]", "202-708-7[einecs]", "2h-1,4-benzodiazepin-2-one,1,3-dihydro-1-methyl-7-nitro-5-phenyl-", "2011-67-8", "1-methyl-7-nitro-5-phenyl-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "brn 0759813", "5-24-04-00346 (beilstein handbook reference)[beilstein]", "nimetazepam[wiki]", "1-methyl-5-phenyl-7-nitro-1,3-dihydro-2h-1,4-benzodiazepin-2-one", "hypnon", "nimetazepam [inn:jan][inn][jan]", "1-methyl-7-nitro-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "98-86-2[rn]", "dea no. 2837", "nimetazepamum[latin]", "einecs 217-931-5", "217-931-5[einecs]", "2011-67-8[rn]", "2h-1", "erimin (tn)"}|>, "2729" -> <|"DatabaseID" -> "SW01742", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91343]}, "IsomericSmiles" -> "CCOC(=O)C(c1ccccc1)C2[NH2+]C(CS2)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "leucogen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101105]}, "Synonyms" -> {"leyk", "leucogen", "leucoson", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1,3-thiazolidine-4-carboxylicacid[acd/iupac name]", "1950-36-3", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1", "molport-001-783-570", "ac1q5ueg", "ac1l2q3r", "ar-1c6698", "1950-36-3[rn]", "leukogen", "nsc400257", "2-[(ethoxycarbonyl)phenylmethyl]-1,3-thiazolidine-4-carboxylicacid"}|>, "2730" -> <|"DatabaseID" -> "SW01742", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91343]}, "IsomericSmiles" -> "CCOC(=O)C(c1ccccc1)C2[NH2+]C(CS2)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "leucogen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101105]}, "Synonyms" -> {"leyk", "leucogen", "leucoson", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1,3-thiazolidine-4-carboxylicacid[acd/iupac name]", "1950-36-3", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1", "molport-001-783-570", "ac1q5ueg", "ac1l2q3r", "ar-1c6698", "1950-36-3[rn]", "leukogen", "nsc400257", "2-[(ethoxycarbonyl)phenylmethyl]-1,3-thiazolidine-4-carboxylicacid"}|>, "2731" -> <|"DatabaseID" -> "SW01742", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91343]}, "IsomericSmiles" -> "CCOC(=O)C(c1ccccc1)C2[NH2+]C(CS2)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "leucogen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101105]}, "Synonyms" -> {"leyk", "leucogen", "leucoson", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1,3-thiazolidine-4-carboxylicacid[acd/iupac name]", "1950-36-3", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1", "molport-001-783-570", "ac1q5ueg", "ac1l2q3r", "ar-1c6698", "1950-36-3[rn]", "leukogen", "nsc400257", "2-[(ethoxycarbonyl)phenylmethyl]-1,3-thiazolidine-4-carboxylicacid"}|>, "2732" -> <|"DatabaseID" -> "SW01742", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91343]}, "IsomericSmiles" -> "CCOC(=O)C(c1ccccc1)C2[NH2+]C(CS2)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "leucogen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101105]}, "Synonyms" -> {"leyk", "leucogen", "leucoson", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1,3-thiazolidine-4-carboxylicacid[acd/iupac name]", "1950-36-3", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1", "molport-001-783-570", "ac1q5ueg", "ac1l2q3r", "ar-1c6698", "1950-36-3[rn]", "leukogen", "nsc400257", "2-[(ethoxycarbonyl)phenylmethyl]-1,3-thiazolidine-4-carboxylicacid"}|>, "2733" -> <|"DatabaseID" -> "SW01742", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91343]}, "IsomericSmiles" -> "CCOC(=O)C(c1ccccc1)C2[NH2+]C(CS2)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "leucogen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101105]}, "Synonyms" -> {"leyk", "leucogen", "leucoson", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1,3-thiazolidine-4-carboxylicacid[acd/iupac name]", "1950-36-3", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1", "molport-001-783-570", "ac1q5ueg", "ac1l2q3r", "ar-1c6698", "1950-36-3[rn]", "leukogen", "nsc400257", "2-[(ethoxycarbonyl)phenylmethyl]-1,3-thiazolidine-4-carboxylicacid"}|>, "2734" -> <|"DatabaseID" -> "SW01742", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91343]}, "IsomericSmiles" -> "CCOC(=O)C(c1ccccc1)C2[NH2+]C(CS2)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "leucogen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101105]}, "Synonyms" -> {"leyk", "leucogen", "leucoson", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1,3-thiazolidine-4-carboxylicacid[acd/iupac name]", "1950-36-3", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1", "molport-001-783-570", "ac1q5ueg", "ac1l2q3r", "ar-1c6698", "1950-36-3[rn]", "leukogen", "nsc400257", "2-[(ethoxycarbonyl)phenylmethyl]-1,3-thiazolidine-4-carboxylicacid"}|>, "2735" -> <|"DatabaseID" -> "SW01742", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91343]}, "IsomericSmiles" -> "CCOC(=O)C(c1ccccc1)C2[NH2+]C(CS2)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "leucogen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101105]}, "Synonyms" -> {"leyk", "leucogen", "leucoson", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1,3-thiazolidine-4-carboxylicacid[acd/iupac name]", "1950-36-3", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1", "molport-001-783-570", "ac1q5ueg", "ac1l2q3r", "ar-1c6698", "1950-36-3[rn]", "leukogen", "nsc400257", "2-[(ethoxycarbonyl)phenylmethyl]-1,3-thiazolidine-4-carboxylicacid"}|>, "2736" -> <|"DatabaseID" -> "SW01742", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91343]}, "IsomericSmiles" -> "CCOC(=O)C(c1ccccc1)C2[NH2+]C(CS2)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "leucogen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101105]}, "Synonyms" -> {"leyk", "leucogen", "leucoson", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1,3-thiazolidine-4-carboxylicacid[acd/iupac name]", "1950-36-3", "2-(2-ethoxy-2-oxo-1-phenylethyl)-1", "molport-001-783-570", "ac1q5ueg", "ac1l2q3r", "ar-1c6698", "1950-36-3[rn]", "leukogen", "nsc400257", "2-[(ethoxycarbonyl)phenylmethyl]-1,3-thiazolidine-4-carboxylicacid"}|>, "2737" -> <|"DatabaseID" -> "SW01743", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5395]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C(=O)NC2CCC[NH2+]C2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01306"]}, "OfficialNames" -> <|"NPC Approved Name" -> "troxipide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5597]}, "Synonyms" -> {"troxipide", "aplace", "5-22-08-00030[beilstein]", "benzamide n-(3-piperidyl)-3,4,5-trimethoxy-", "30751-05-4[rn]", "3", "ku 54", "troxipidum [latin]", "brn 0493078", "n-(3-piperidyl)(3,4,5-trimethoxyphenyl)carboxamide", "3,4,5-trimethoxy-n-piperidin-3-ylbenzamide", "3,4,5-tris(methyloxy)-n-piperidin-3-ylbenzamide", "ncgc00183029-01", "ku-54", "3-(3,4,5-trimethoxybenzamido)piperidine", "troxipide [inn:jan][inn][jan]", "5-22-08-00030 (beilstein handbook reference)[beilstein]", "benzamide 3,4,5-trimethoxy-n-3-piperidinyl-", "3,4,5-trimethoxy-n-(3-piperidyl)benzamide", "30751-05-4", "99777-81-8[rn]", "aplace (tn)", "troxipida[spanish]", "troxipida [spanish]", "3-(3", "troxipidum[latin]", "3,4,5-trimethoxy-n-(piperidin-3-yl)benzamide"}|>, "2738" -> <|"DatabaseID" -> "SW01743", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5395]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C(=O)NC2CCC[NH2+]C2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01306"]}, "OfficialNames" -> <|"NPC Approved Name" -> "troxipide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5597]}, "Synonyms" -> {"troxipide", "aplace", "5-22-08-00030[beilstein]", "benzamide n-(3-piperidyl)-3,4,5-trimethoxy-", "30751-05-4[rn]", "3", "ku 54", "troxipidum [latin]", "brn 0493078", "n-(3-piperidyl)(3,4,5-trimethoxyphenyl)carboxamide", "3,4,5-trimethoxy-n-piperidin-3-ylbenzamide", "3,4,5-tris(methyloxy)-n-piperidin-3-ylbenzamide", "ncgc00183029-01", "ku-54", "3-(3,4,5-trimethoxybenzamido)piperidine", "troxipide [inn:jan][inn][jan]", "5-22-08-00030 (beilstein handbook reference)[beilstein]", "benzamide 3,4,5-trimethoxy-n-3-piperidinyl-", "3,4,5-trimethoxy-n-(3-piperidyl)benzamide", "30751-05-4", "99777-81-8[rn]", "aplace (tn)", "troxipida[spanish]", "troxipida [spanish]", "3-(3", "troxipidum[latin]", "3,4,5-trimethoxy-n-(piperidin-3-yl)benzamide"}|>, "2739" -> <|"DatabaseID" -> "SW01744", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10607]}, "IsomericSmiles" -> "CCCOc1cc(ccc1C(=O)OCC[NH+](CC)CC)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02099"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PROPOXYCAINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11078]}, "Synonyms" -> {"ravocaine hydrochloride", "propoxycaine hydrochloride", "4-amino-2-propoxybenzoic acid 2-(diethylamino)ethyl ester hydrochloride", "blockaine hydrochloride", "pravocaine hydrochloride", "benzoic acid 4-amino-2-propoxy- 2-(diethylamino)ethyl ester,hydrochloride (1:1)", "c16h26n2o3", "win 3459", "einecs 208-988-7", "208-988-7[einecs]", "2-(diethylamino)ethyl 4-amino-2-propoxybenzoate monohydrochloride", "propoxycaine[inn]", "550-83-4[rn]", "2-diethylaminoethyl 4-amino-2-propoxybenzoate hydrochloride", "blockaine hydrochloride (tn)", "benzoic acid", "propoxycaine hydrochloride[usp]", "2-(diethylamino)ethyl 4-amino-2-propoxybenzoate hydrochloride (1:1)[acd/iupac name]", "blockain", "550-83-4", "benzoic acid 4-amino-2-propoxy- 2-(diethylamino)ethyl ester,monohydrochloride", "4-amino-2-propoxybenzoic acid 2-diethylaminoethyl ester hydrochloride", "2-diethylaminoethyl 2-propoxy-4-aminobenzoate hydrochloride"}|>, "2740" -> <|"DatabaseID" -> "SW01745", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4766], ExternalIdentifier["ChemSpiderID", 20811]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00807"]}, "IsomericSmiles" -> "CCCOc1ccc(cc1N)C(=O)OCC[NH+](CC)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08448"]}, "OfficialNames" -> <|"Indian Approved Name" -> "proparacaine hcl", "FDA Approved Drug" -> "PROPARACAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164776849", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 517321], ExternalIdentifier["PubChemCompoundID", 4935]}, "Synonyms" -> {"proxymetacaine", "kainair", "ak-taine", "alcaine", "ophthaine", "ocu-caine", "paracaine", "proximetacainum", "ophthetic", "proxymetacaine hcl", "prossimetacaina [dcit]", "spectro-caine", "proparacaine hcl", "proxymetacaine hydrochloride", "proparacaine", "proxymetacainum [inn-latin]", "proparacaine[usan]", "hpn3", "proximetacaina [inn-spanish]", "alcaine (tn)", "voltage-gated sodium channel subunit alpha nav1.8", "diocaine", "peripheral nerve sodium channel 3", "5875-06-9[rn]", "sodium channel protein type x subunit alpha", "proxymetacaine[wiki]", "2-(diethylamino)ethyl 3-amino-4-propoxybenzoate hydrochloride (1:1)", "ophthain", "5875-6-9", "09/06/5875", "499-67-2[rn]", "benzoic acid 3-amino-4-propoxy- 2-(diethylamino)ethyl ester,hydrochloride", "3-amino-4-propoxybenzoic acid 2-(diethylamino)ethyl ester hydrochloride", "298-50-0[rn]", "alcaine;opthaine;proparacaine hydrochloride", "3-amino-4-propoxybenzoicacid2-(diethylamino)ethylesterhydrochloride", "pubchem15202", "proparacaine hydrochloride", "ophthetic (tn)", "207-884-9[einecs]", "benzoic acid 3-amino-4-propoxy- 2-(diethylamino)ethyl ester,hydrochloride (1:1)", "alcaine;", "ncgc00016991-03", "chibro-heracaine", "benzoic acid 3-amino-4-propoxy- 2-(diethylamino)ethyl ester,monohydrochloride", "227-541-7[einecs]", "2-(diethylamino)ethyl3-amino-4-propoxybenzoatehydrochloride", "2-(diethylamino)ethyl 3-amino-4-propoxybenzoate chloride", "proxymetacainum[latin]", "2-(diethylamino)ethyl 3-amino-4-propoxybenzoate monohydrochloride", "proparacaine hydrochloride[usp]", "3-amino-4-propoxybenzoic acid 2-(diethylamino)ethyl ester", "5875-06-9", "2-(diethylamino)ethyl-3-amino-4-propoxybenzolcarboxylathydrochlorid", "2-diethylaminoethyl 3-amino-4-propoxy-benzoate hydrochloride", "jsp000037", "benzoic acid 3-amino-4-propoxy- 2-(diethylamino)ethyl ester", "keracaine", "2-(diethylamino)ethyl3-amino-4-propoxybenzoate hcl", "4-14-00-02092 (beilstein handbook reference)[beilstein]", "2-diethylaminoethyl 3-amino-4-propoxybenzoate hydrochloride", "3-amino-4-propoxy-benzoic acid 2-diethylamino-ethyl ester", "575-06-98", "2-(diethylamino)ethyl3-amino-4-propoxybenzoate hydrochloride", "4-14-00-02092", "2-(diethylamino)ethyl 3-amino-4-propoxybenzoate[acd/iupac name]", "6/9/5875", "337376-15-5", "2-(diethylamino)ethyl 3-amino-4-propoxybenzoate hydrochloride", "ac1laof2", "proximetacaina[spanish][inn]", "smr000875264"}|>, "2741" -> <|"DatabaseID" -> "SW01746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10603040]}, "IsomericSmiles" -> "C=C[C@H]1C[NH+]2CCC1CC2C(c3ccnc4c3cccc4)O", "OfficialNames" -> <|"NPC Approved Name" -> "cinchonine monohydrochloride (9s)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21862290]}, "Synonyms" -> {"ai3-09058", "(9s)-cinchonan-9-ol", "st056305", "quinolin-4-yl((2r,4s,5r)-5-vinylquinuclidin-2-yl)methanol", "(s)-quinolin-4-yl((1s,2r,4s,5r)-5-vinylquinuclidin-2-yl)methanol", "(8r", "(+)-cinconine", "cinchonine", "einecs 204-234-6", "cinchonan-9-ol", "nsc 6176", "d-cinchonine"}|>, "2742" -> <|"DatabaseID" -> "SW01746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10603040]}, "IsomericSmiles" -> "C=C[C@H]1C[NH+]2CCC1CC2C(c3ccnc4c3cccc4)O", "OfficialNames" -> <|"NPC Approved Name" -> "cinchonine monohydrochloride (9s)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21862290]}, "Synonyms" -> {"ai3-09058", "(9s)-cinchonan-9-ol", "st056305", "quinolin-4-yl((2r,4s,5r)-5-vinylquinuclidin-2-yl)methanol", "(s)-quinolin-4-yl((1s,2r,4s,5r)-5-vinylquinuclidin-2-yl)methanol", "(8r", "(+)-cinconine", "cinchonine", "einecs 204-234-6", "cinchonan-9-ol", "nsc 6176", "d-cinchonine"}|>, "2743" -> <|"DatabaseID" -> "SW01746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10603040]}, "IsomericSmiles" -> "C=C[C@H]1C[NH+]2CCC1CC2C(c3ccnc4c3cccc4)O", "OfficialNames" -> <|"NPC Approved Name" -> "cinchonine monohydrochloride (9s)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21862290]}, "Synonyms" -> {"ai3-09058", "(9s)-cinchonan-9-ol", "st056305", "quinolin-4-yl((2r,4s,5r)-5-vinylquinuclidin-2-yl)methanol", "(s)-quinolin-4-yl((1s,2r,4s,5r)-5-vinylquinuclidin-2-yl)methanol", "(8r", "(+)-cinconine", "cinchonine", "einecs 204-234-6", "cinchonan-9-ol", "nsc 6176", "d-cinchonine"}|>, "2744" -> <|"DatabaseID" -> "SW01746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10603040]}, "IsomericSmiles" -> "C=C[C@H]1C[NH+]2CCC1CC2C(c3ccnc4c3cccc4)O", "OfficialNames" -> <|"NPC Approved Name" -> "cinchonine monohydrochloride (9s)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21862290]}, "Synonyms" -> {"ai3-09058", "(9s)-cinchonan-9-ol", "st056305", "quinolin-4-yl((2r,4s,5r)-5-vinylquinuclidin-2-yl)methanol", "(s)-quinolin-4-yl((1s,2r,4s,5r)-5-vinylquinuclidin-2-yl)methanol", "(8r", "(+)-cinconine", "cinchonine", "einecs 204-234-6", "cinchonan-9-ol", "nsc 6176", "d-cinchonine"}|>, "2745" -> <|"DatabaseID" -> "SW01747", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33405]}, "IsomericSmiles" -> "Cc1cc(c(cc1)/[NH+]=C/N(/C=[NH+]/c2c(cc(cc2)C)C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02380"]}, "OfficialNames" -> <|"NPC Approved Name" -> "amitraz"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36324]}, "Synonyms" -> {"ectodex", "baam", "amitraz", "taktic", "azaform", "mitac", "triazid", "acarac", "azadieno", "amitraze[french]", "n-methyl-bis(2,4-xylyiminomethyl) amine", "n'-(2,4-dimethylphenyl)-n-[[(2,4-dimethylphenyl)imino]methyl]-n-methylmethanimidamide", "edrizar", "n,n'-[(methylimino)dimethylidyne]bis[2,4-xylidine]", "n'-(2,4-dimethylphenyl)-n-(((2,4-dimethylphenyl)imino)methyl)-n-methylmethanimidamide", "amitraz[wiki][usp]", "n'-(2,4-dimethylphenyl)-n-{(e)-[(2,4-dimethylphenyl)imino]methyl}-n-methylimidoformamide[acd/iupac name]", "mitaban (veterinary)", "n-methyl-n'-2,4-xylyl-n-(n-2,4-xylylformimidoyl)formamidine", "mitaban[wiki]", "2,4-xylidine n,n'-(methyliminodimethylidyne)bis-", "2-methyl-1,3-di(2,4-xylylimino)-2-azapropane", "methanimidamide n'- (2 4-dimethylphenyl)-n-[[(2,4-dimethylphenyl)imino]methyl]-n-methyl-", "n,n'-((methylimino)dimethylidyne)bis(2,4-xylidine)", "2-methyl-1,3-di-(2,4-xylylimino)-2-azapropane", "triatix", "1,5-di-(2,4-dimethylphenyl)-3-methyl-1,3,5-triazapenta-1,4-diene", "bts 27,419", "amitraz estrella", "n'-(2,4-dimethylphenyl)-n-{(e)-[(2,4-dimethylphenyl)imino]methyl}-n-methylimidoformamid", "methanimidamide n'-(2,4-dimethylphenyl)-n-[[(2,4-dimethylphenyl)imino]methyl]-n-methyl-", "mitaban", "251-375-4[einecs]", "bipin[wiki]", "upjohn u-36059", "amitraz [usan:ban:inn][inn][usan]", "fumilat a", "1,5-di(2,4-dimethylphenyl)-3-methyl-1,3,5-triazapenta-1,4-diene", "amitrazum[latin]", "r.d. 27419", "1,5-di(2,4-dimethylphenyl)-3-methyl-1,3,5-triazapenta-1 4-diene", "u-36,059", "c014983", "33089-61-1[rn]", "methanimidamide n'-(2,4-dimethylphenyl)-n-(((2,4-dimethylphenyl)imino)methyl)-n-methyl-", "n,n'-((methylimino)dimethylidyne)di-2,4-xylidine", "n'-(2,4-dimethylphenyl)-n-{(e)-[(2,4-dimethylphenyl)imino]methyl}-n-methylimidoformamide (non-preferred name)", "formamidine n-methyl-n'-2,4-xylyl-n-(n-2,4-xylylformimidoyl)-(8ci)", "n'-(2 4-dimethylphenyl)-n-[[(2 4-dimethylphenyl)imino]methyl]-n-methylmethanimidamide", "boots bts 27419"}|>, "2746" -> <|"DatabaseID" -> "SW01748", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512106]}, "IsomericSmiles" -> "CCCCCC1C(O1)C/C=C\\CCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vernolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356421]}, "Synonyms" -> {"vernolsaeure", "vernolic acids", "(9z)-11-(3-pentyloxiran-2-yl)undec-9-enoic acid", "vernolsaeuren", "12(13)-epome", "vernolic acid", "(9z)-12,13-epoxyoctadecenoic acid", "acide vernolique", "12", "(9z)-12", "(9z)-11-(3-pentyloxiran-2-yl)undec-9-enoic acids", "nsc56858", "12,13-epoxy-9(z)-octadecenoic acid", "12,13-epoxy-cis-9-octadecenoic acid", "12,13-cis-epoxyoctadecenoic acid", "9-undecenoic acid 11-(3-pentyloxiranyl)- (9z)-", "12,13-monoepoxy-cis-9-octadecenoic acid", "cis-12,13-epoxy-9-octadecenoic acid", "(+/-)-12(13)-epoxy-9z-octadecenoic acid", "cis-12,13-ep 9c-18:1"}|>, "2747" -> <|"DatabaseID" -> "SW01748", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512106]}, "IsomericSmiles" -> "CCCCCC1C(O1)C/C=C\\CCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vernolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356421]}, "Synonyms" -> {"vernolsaeure", "vernolic acids", "(9z)-11-(3-pentyloxiran-2-yl)undec-9-enoic acid", "vernolsaeuren", "12(13)-epome", "vernolic acid", "(9z)-12,13-epoxyoctadecenoic acid", "acide vernolique", "12", "(9z)-12", "(9z)-11-(3-pentyloxiran-2-yl)undec-9-enoic acids", "nsc56858", "12,13-epoxy-9(z)-octadecenoic acid", "12,13-epoxy-cis-9-octadecenoic acid", "12,13-cis-epoxyoctadecenoic acid", "9-undecenoic acid 11-(3-pentyloxiranyl)- (9z)-", "12,13-monoepoxy-cis-9-octadecenoic acid", "cis-12,13-epoxy-9-octadecenoic acid", "(+/-)-12(13)-epoxy-9z-octadecenoic acid", "cis-12,13-ep 9c-18:1"}|>, "2748" -> <|"DatabaseID" -> "SW01748", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512106]}, "IsomericSmiles" -> "CCCCCC1C(O1)C/C=C\\CCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vernolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356421]}, "Synonyms" -> {"vernolsaeure", "vernolic acids", "(9z)-11-(3-pentyloxiran-2-yl)undec-9-enoic acid", "vernolsaeuren", "12(13)-epome", "vernolic acid", "(9z)-12,13-epoxyoctadecenoic acid", "acide vernolique", "12", "(9z)-12", "(9z)-11-(3-pentyloxiran-2-yl)undec-9-enoic acids", "nsc56858", "12,13-epoxy-9(z)-octadecenoic acid", "12,13-epoxy-cis-9-octadecenoic acid", "12,13-cis-epoxyoctadecenoic acid", "9-undecenoic acid 11-(3-pentyloxiranyl)- (9z)-", "12,13-monoepoxy-cis-9-octadecenoic acid", "cis-12,13-epoxy-9-octadecenoic acid", "(+/-)-12(13)-epoxy-9z-octadecenoic acid", "cis-12,13-ep 9c-18:1"}|>, "2749" -> <|"DatabaseID" -> "SW01748", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512106]}, "IsomericSmiles" -> "CCCCCC1C(O1)C/C=C\\CCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vernolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356421]}, "Synonyms" -> {"vernolsaeure", "vernolic acids", "(9z)-11-(3-pentyloxiran-2-yl)undec-9-enoic acid", "vernolsaeuren", "12(13)-epome", "vernolic acid", "(9z)-12,13-epoxyoctadecenoic acid", "acide vernolique", "12", "(9z)-12", "(9z)-11-(3-pentyloxiran-2-yl)undec-9-enoic acids", "nsc56858", "12,13-epoxy-9(z)-octadecenoic acid", "12,13-epoxy-cis-9-octadecenoic acid", "12,13-cis-epoxyoctadecenoic acid", "9-undecenoic acid 11-(3-pentyloxiranyl)- (9z)-", "12,13-monoepoxy-cis-9-octadecenoic acid", "cis-12,13-epoxy-9-octadecenoic acid", "(+/-)-12(13)-epoxy-9z-octadecenoic acid", "cis-12,13-ep 9c-18:1"}|>, "2750" -> <|"DatabaseID" -> "SW01749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445487], ExternalIdentifier["ChemSpiderID", 5382]}, "IsomericSmiles" -> "CC(CN1c2ccccc2CCc3c1cccc3)C[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02408"], ExternalIdentifier["KEGGID", "D00394"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydro-cyclonervilol", "FDA Approved Drug" -> "TRIMIPRAMINE MALEATE"|>, "PharmGKBID" -> "PA451791", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282318], ExternalIdentifier["PubChemCompoundID", 5584]}, "Synonyms" -> {"surmontil", "trimipramine maleate", "trimeprimine", "trimipramine", "surmontyl", "trimipramine hydrogen maleate", "sapilent", "trimipramine maleate salt", "521-78-8[rn]", "surmontil maleate", "739-71-9[rn]", "trimipramine acid maleate", "trimeprimine monomaleate", "surmontil (tn)", "beta-methylimipramine", "trimeproprimin", "trimeprimine maleate", "208-318-3[einecs]", "trimeproprimine", "trimipramini maleas", "trimeprimina [italian]", "trimipramium maleinicum", "trimipraminum [inn-latin]", "5h-dibenz(b,f)azepine 5-(3-(dimethylamino)-2-methylpropyl)-10,11-dihydro- (+)-", "10633 rp", "trimipramina[spanish][inn]", "521-78-8 {maleate}", "(3-{2-azatricyclo[9.4.0.03,8]pentadeca-1(11),3,5,7,12,14-hexaen-2-yl}-2-methylpropyl)dimethylamine", "5-[3-(dimethylamino)-2-methylpropyl]-10,11-dihydro-5h-dibenz[b,f]azepine hydrochloride", "3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n,2-trimethylpropan-1-amine", "5-20-08-00099 (beilstein handbook reference)[beilstein]", "5-(3-(dimethylamino)-2-methylpropyl)-10,11-dihydro-5h-dibenz(b,f)azepine", "1-(3-dimethylamino-2-methylpropyl)-4,5-dihydro-2,3:6,7-dibenzazepine", "3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n,2-trimethylpropan-1-amine (2z)-but-2-enedioate (1:1)", "trimipraminum[latin]", "5h-dibenz(b,f)azepine 10,11-dihydro-5-(3-(dimethylamino)-2-methylpropyl)-", "3564-75-8[rn]", "5h-dibenz(b,f)azepine 10,11-dihydro-5-(3-(dimethylamino)-2-methylpropyl)- maleate (1:1)", "5h-dibenz(b,f)azepine 10,11-dihydro-5-(3-(dimethylamino)-2-methylpropyl)- (-)-", "5h-dibenz(b,f)azepine 5-(3-(dimethylamino)-2-methylpropyl)-10,11-dihydro-", "trimipramine maleate [usan:jan][jan][usan]", "3564-66-7[rn]", "trimipramina [inn-spanish]", "trimepramine", "trimepropimine hydrochloride", "trimipramine[wiki][usan]", "trimipramine maleate (jan/usan)[jan][usan]", "10,11-dihydro-5-(3-dimethylamino-2-methylpropyl)-5h-dibenz(b,f)azepine", "1321466[beilstein]", "6038607[beilstein]", "trimeprimine-hydrochloride", "stangyl", "5h-dibenz(b,f)azepine 5-(3-(dimethylamino)-2-methylpropyl)-10,11-dihydro- (-)-", "trimepramine hydrochloride", "212-008-3[einecs]", "novo-tripramine", "2'-metil-3'-dimetilamino-propil-5-iminodibenzile[italian]", "rhotrimine", "739-71-9", "5h-dibenz[b,f]azepine-5-propanamine,10,11-dihydro-n,n,b-trimethyl-", "25332-13-2[rn]", "5-(3-dimethylamino-2-methylpropyl)iminodibenzyl", "rp-7162", "trimiprimine hydrochloride", "10,11-dihydro-n,n,b-trimethyl-5h-dibenz[b,f]azepine-5-propanamine", "521-78-8 739-71-9", "521-78-8 739-71-9 [trimipramine]", "apo-trimip", "trimeprimina[italian]", "5-(3-(dimethylamino)-2-methylpropyl)-10,11-dihydro-5h-dibenz(b,f)azepinemaleate(1:1)", "5h-dibenz[b,f]azepine 10,11-dihydro-5-[3-(dimethylamino)-2-methylpropyl]- hydrochloride", "5-[3-(dimethylammonio)-2-methylpropyl]-10,11-dihydro-5h-dibenzo[b,f]azepinium (2z)-but-2-enedioate", "trimipramine [usan:ban:inn][inn][usan]", "7162 rp", "trimipromine hydrochloride", "3589-21-7[rn]", "5-[3-(dimethylamino)-2-methylpropyl]-10,11-dihydro-5h-dibenz[b,f]azepine", "temaril", "5h-dibenz[b,f]azepinium 5-[3-(dimethylammonio)-2-methylpropyl]-10,11-dihydro- (2z)-2-butenedioate(1:1)", "337376-15-5", "10645 rp", "5h-dibenz(b,f)azepine 10,11-dihydro-5-(3-(dimethylamino)-2-methylpropyl)- (+)-", "5h-dibenz[b,f]azepine 10,11-dihydro-5-[3-(dimethylamino)-2-methylpropyl]- monohydrochloride"}|>, "2751" -> <|"DatabaseID" -> "SW01749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445487], ExternalIdentifier["ChemSpiderID", 5382]}, "IsomericSmiles" -> "CC(CN1c2ccccc2CCc3c1cccc3)C[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02408"], ExternalIdentifier["KEGGID", "D00394"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydro-cyclonervilol", "FDA Approved Drug" -> "TRIMIPRAMINE MALEATE"|>, "PharmGKBID" -> "PA451791", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282318], ExternalIdentifier["PubChemCompoundID", 5584]}, "Synonyms" -> {"surmontil", "trimipramine maleate", "trimeprimine", "trimipramine", "surmontyl", "trimipramine hydrogen maleate", "sapilent", "trimipramine maleate salt", "521-78-8[rn]", "surmontil maleate", "739-71-9[rn]", "trimipramine acid maleate", "trimeprimine monomaleate", "surmontil (tn)", "beta-methylimipramine", "trimeproprimin", "trimeprimine maleate", "208-318-3[einecs]", "trimeproprimine", "trimipramini maleas", "trimeprimina [italian]", "trimipramium maleinicum", "trimipraminum [inn-latin]", "5h-dibenz(b,f)azepine 5-(3-(dimethylamino)-2-methylpropyl)-10,11-dihydro- (+)-", "10633 rp", "trimipramina[spanish][inn]", "521-78-8 {maleate}", "(3-{2-azatricyclo[9.4.0.03,8]pentadeca-1(11),3,5,7,12,14-hexaen-2-yl}-2-methylpropyl)dimethylamine", "5-[3-(dimethylamino)-2-methylpropyl]-10,11-dihydro-5h-dibenz[b,f]azepine hydrochloride", "3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n,2-trimethylpropan-1-amine", "5-20-08-00099 (beilstein handbook reference)[beilstein]", "5-(3-(dimethylamino)-2-methylpropyl)-10,11-dihydro-5h-dibenz(b,f)azepine", "1-(3-dimethylamino-2-methylpropyl)-4,5-dihydro-2,3:6,7-dibenzazepine", "3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n,2-trimethylpropan-1-amine (2z)-but-2-enedioate (1:1)", "trimipraminum[latin]", "5h-dibenz(b,f)azepine 10,11-dihydro-5-(3-(dimethylamino)-2-methylpropyl)-", "3564-75-8[rn]", "5h-dibenz(b,f)azepine 10,11-dihydro-5-(3-(dimethylamino)-2-methylpropyl)- maleate (1:1)", "5h-dibenz(b,f)azepine 10,11-dihydro-5-(3-(dimethylamino)-2-methylpropyl)- (-)-", "5h-dibenz(b,f)azepine 5-(3-(dimethylamino)-2-methylpropyl)-10,11-dihydro-", "trimipramine maleate [usan:jan][jan][usan]", "3564-66-7[rn]", "trimipramina [inn-spanish]", "trimepramine", "trimepropimine hydrochloride", "trimipramine[wiki][usan]", "trimipramine maleate (jan/usan)[jan][usan]", "10,11-dihydro-5-(3-dimethylamino-2-methylpropyl)-5h-dibenz(b,f)azepine", "1321466[beilstein]", "6038607[beilstein]", "trimeprimine-hydrochloride", "stangyl", "5h-dibenz(b,f)azepine 5-(3-(dimethylamino)-2-methylpropyl)-10,11-dihydro- (-)-", "trimepramine hydrochloride", "212-008-3[einecs]", "novo-tripramine", "2'-metil-3'-dimetilamino-propil-5-iminodibenzile[italian]", "rhotrimine", "739-71-9", "5h-dibenz[b,f]azepine-5-propanamine,10,11-dihydro-n,n,b-trimethyl-", "25332-13-2[rn]", "5-(3-dimethylamino-2-methylpropyl)iminodibenzyl", "rp-7162", "trimiprimine hydrochloride", "10,11-dihydro-n,n,b-trimethyl-5h-dibenz[b,f]azepine-5-propanamine", "521-78-8 739-71-9", "521-78-8 739-71-9 [trimipramine]", "apo-trimip", "trimeprimina[italian]", "5-(3-(dimethylamino)-2-methylpropyl)-10,11-dihydro-5h-dibenz(b,f)azepinemaleate(1:1)", "5h-dibenz[b,f]azepine 10,11-dihydro-5-[3-(dimethylamino)-2-methylpropyl]- hydrochloride", "5-[3-(dimethylammonio)-2-methylpropyl]-10,11-dihydro-5h-dibenzo[b,f]azepinium (2z)-but-2-enedioate", "trimipramine [usan:ban:inn][inn][usan]", "7162 rp", "trimipromine hydrochloride", "3589-21-7[rn]", "5-[3-(dimethylamino)-2-methylpropyl]-10,11-dihydro-5h-dibenz[b,f]azepine", "temaril", "5h-dibenz[b,f]azepinium 5-[3-(dimethylammonio)-2-methylpropyl]-10,11-dihydro- (2z)-2-butenedioate(1:1)", "337376-15-5", "10645 rp", "5h-dibenz(b,f)azepine 10,11-dihydro-5-(3-(dimethylamino)-2-methylpropyl)- (+)-", "5h-dibenz[b,f]azepine 10,11-dihydro-5-[3-(dimethylamino)-2-methylpropyl]- monohydrochloride"}|>, "2752" -> <|"DatabaseID" -> "SW01750", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3640"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2619], ExternalIdentifier["ChemSpiderID", 10482243]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00880"]}, "IsomericSmiles" -> "c1c2c(cc(c1Cl)S(=O)(=O)N)S(=O)(=O)N=CN2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00519"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CHLOROTHIAZIDE;CHLOROTHIAZIDE SODIUM"|>, "PharmGKBID" -> "PA448953", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2720], ExternalIdentifier["PubChemCompoundID", 23675744]}, "Synonyms" -> {"chlorosal", "diuresal", "chlortiazid", "chlorthiazide", "clotride", "chlorothiazid", "chlorurit", "chlotride", "saluric", "diurite", "warduzide", "aldoclor", "saluretil", "diuril", "urinex", "diutrid", "salisan", "minzil", "alurene", "neo-dema", "chlorothiazide", "salunil", "yadalan", "sk-chlorothiazide", "diurilix", "6-chloro-2h-1,2,4-benzothiadiazine-7-sulfonamide-1,1-dioxyde[french]", "ec 4.2.1.1", "diuril (tn)", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro- 1,1-dioxide", "thiazide[wiki]", "supres 150 tab (chlorothiazide + methyldopa)_mixture", "chlorothiazide[wiki]", "chlorothiazide sodium[usp]", "chlorothiazide; chlorothiazidum; clorotiazida", "ca-iv", "component of aldoclor", "chlorothiazidum [inn_la]", "200-404-9[einecs]", "6-chloro-4h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "esidrix", "chlorothiazidum[latin]", "diuril[wiki]", "exuril", "chlrosal", "zide", "flumen[wiki]", "flumen", "yadulan", "58-94-6[rn]", "chlorothiazide [usan:ban:inn][inn][usan]", "hydrodiuril", "diuril boluses", "supres 250 tab (chlorothiazide + methyldopa)_mixture", "carbonate dehydratase iv", "carbonic anhydrase 4 precursor", "dt", "diuril;chlotride", "diuril boluses veterinary", "component of diupres", "clorotiazide [dcit]", "diupres", "cas-58-94-6", "6-chloro-7-sulfamyl-1,2,4-benzothiadiazine 1,1-dioxide", "7085-44-1[rn]", "chlorthiazid", "6-chlor-2h-1,2,4-benzothiadiazin-7-sulfonamid-1,1-dioxid[german]", "6-chloro-7-sulfamoyl-2h-1,2,4-benzothiadiazine 1,1-dioxide; chlorothiazide", "thiazide", "oretic", "microzide", "chloriazid", "hydro-d", "6-chloro-7-sulfamoyl-2h-1,2,4-benzothiadiazine 1,1-dioxide", "carbonic anhydrase iv", "chlorthiazidum", "diuril chlotride", "clorotiazida[spanish][inn]", "4h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro- 1,1-dioxide", "6-chloro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide"}|>, "2753" -> <|"DatabaseID" -> "SW01751", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6020]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00432"]}, "IsomericSmiles" -> "c1c(c(=O)[nH]c(=O)n1[C@H]2C[C@@H]([C@H](O2)CO)O)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00391"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRIFLURIDINE"|>, "PharmGKBID" -> "PA451775", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6256]}, "Synonyms" -> {"trifluridine", "tfdu", "f3tdr", "virophta", "viroptic", "fluridine", "f3dthd", "trifluorothymidine", "5-trifluorothymidine", "trifluoromethyldeoxyuridine", "f3t", "trifluorothymine deoxyriboside", "tft", "deoxyribonucleic acid", "viroptic;trifluorothymidine", "5-(trifluoromethyl)deoxyuridine", "trifluridine[wiki][usp]", "2'-deoxy-5-trifluoromethyluridine", "trifluorothymine deoxyriboside; 2'-deoxy-5-(trifluoromethyl)uridine; trifluridine; f3t", "trifluoridine", "5-trifluoromethyl-2'-deoxyuridine", "5-trifluoro-2'-deoxythymidine", "trifluridine [usan:inn][inn][usan]", "viroptic (tn)", "\"trifluorothymine deoxyriboside", "viroptic[wiki]", "trifluridinum[latin]", "200-722-8[einecs]", "trifluridinum [inn-latin]", "1-((2r,4s,5r)-4-hydroxy-5-(hydroxymethyl)-tetrahydrofuran-2-yl)-5-(trifluoromethyl)pyrimidine-2,4(1h,3h)-dione", "5-(trifluoromethyl)-2'-deoxyuridine", "trifluridina[spanish][inn]", "1-((2r,5r)-4-hydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-5-trifluoromethyl-1h-pyrimidine-2,4-dione", "trifluridina [inn-spanish]", "trifluridine [usan:inn]", "1-[(2r,4s,5r)-4-hydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]-5-(trifluormethyl)pyrimidin-2,4(1h,3h)-dion", "5-trifluoromethyl-2-deoxyuridine", "1-[(2r,4s,5r)-4-hydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl]-5-(trifluoromethyl)pyrimidine-2,4(1h,3h)-dione", "a,a,a-trifluorothymidine", "70-00-8[rn]", "2'-deoxy-5-(trifluoromethyl)uridine[acd/iupac name]", "uridine 2'-deoxy-5-(trifluoromethyl)-", "cf3durd"}|>, "2754" -> <|"DatabaseID" -> "SW01752", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170633]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c-4c2[C@H]1[C@@H](c5c4cccc5)O)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ushinsunine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197018]}, "Synonyms" -> {"ushinsunine", "ushinsunin", "micheline a", "5h-benzo(g)-1", "(7as,8r)-7-methyl-6,7,7a,8-tetrahydro-5h-[1,3]benzodioxolo[6,5,4-de]benzo[g]quinolin-8-ol", "5h-benzo(g)-1,3-benzodioxolo(6,5,4-de)quinolin-8-ol 6,7,7a,8-tetrahydro-7-methyl- (7as-trans)-", "5h-1,3-benzodioxolo[6,5,4-de]benzo[g]quinolin-8-ol 6,7,7a,8-tetrahydro-7-methyl- (7as,8r)-", "ncgc00247616-01", "3175-89-1[rn]", "ac1l52qk", "6a-beta-aporphin-7-alpha-ol", "3175-89-1", "ccris 3811", "ls-21500"}|>, "2755" -> <|"DatabaseID" -> "SW01752", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170633]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c-4c2[C@H]1[C@@H](c5c4cccc5)O)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ushinsunine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197018]}, "Synonyms" -> {"ushinsunine", "ushinsunin", "micheline a", "5h-benzo(g)-1", "(7as,8r)-7-methyl-6,7,7a,8-tetrahydro-5h-[1,3]benzodioxolo[6,5,4-de]benzo[g]quinolin-8-ol", "5h-benzo(g)-1,3-benzodioxolo(6,5,4-de)quinolin-8-ol 6,7,7a,8-tetrahydro-7-methyl- (7as-trans)-", "5h-1,3-benzodioxolo[6,5,4-de]benzo[g]quinolin-8-ol 6,7,7a,8-tetrahydro-7-methyl- (7as,8r)-", "ncgc00247616-01", "3175-89-1[rn]", "ac1l52qk", "6a-beta-aporphin-7-alpha-ol", "3175-89-1", "ccris 3811", "ls-21500"}|>, "2756" -> <|"DatabaseID" -> "SW01753", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140851]}, "IsomericSmiles" -> "C[C@H]1COC2=C1C(=O)C(=O)c3c2ccc4c3CCCC4(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cryptotanshinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160254]}, "Synonyms" -> {"(-)-cryptotanshinone", "cryptotanshinone", "ac1q6jll", "(1r)-1", "ac1l4nb8", "(r)-1,6,6-trimethyl-1,2,6,7,8,9-hexahydrophenanthro[1,2-b]furan-10,11-dione", "phenanthro[1,2-b]furan-10,11-dione,1,2,6,7,8,9-hexahydro-1,6,6-trimethyl- (1r)-", "phenanthro(1,2-b)furan-10,11-dione,1,2,6,7,8,9-hexahydro-1,6,6-trimethyl- (r)-", "s2285_selleck", "(r)-1,6,6-trimethyl-1,2,6,7,8,9-hexahydro-phenanthro[1,2-b]furan-10,11-dione", "4733-35-1[rn]", "(r)-1,2,6,7,8,9-hexahydro-1,6,6-trimethyl-phenanthro(1,2-b)furan-10,11-dione", "35825-57-1[rn]", "(1r)-1,6,6-trimethyl-1,2,6,7,8,9-hexahydrophenanthro[1,2-b]furan-10,11-dione[acd/iupac name]", "mls001049002", "tanshinone c", "5439-43-0", "nsc686518", "35825-57-1", "1,2,6,7,8,9-hexahydro-1,6,6-trimethyl[1,2-b]furan-10,11-dione"}|>, "2757" -> <|"DatabaseID" -> "SW01754", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 544300]}, "IsomericSmiles" -> "CC1COC2=C1C(=O)c3ccc4c(c3C2=O)CCCC4(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cryptotanshinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 626608]}, "Synonyms" -> {"isocryptotanshinone", "phenanthro[3,2-b]furan-7,11-dione 1,2,3,4,8,9-hexahydro-4,4,8-trimethyl- (+)-", "ac1lcem4", "phenanthro[3", "4"}|>, "2758" -> <|"DatabaseID" -> "SW01754", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 544300]}, "IsomericSmiles" -> "CC1COC2=C1C(=O)c3ccc4c(c3C2=O)CCCC4(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cryptotanshinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 626608]}, "Synonyms" -> {"isocryptotanshinone", "phenanthro[3,2-b]furan-7,11-dione 1,2,3,4,8,9-hexahydro-4,4,8-trimethyl- (+)-", "ac1lcem4", "phenanthro[3", "4"}|>, "2759" -> <|"DatabaseID" -> "SW01755", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4856"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 53916]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00187"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccc(cc1)CCC(=O)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07916"]}, "OfficialNames" -> <|"Indian Approved Name" -> "esmolol", "FDA Approved Drug" -> "ESMOLOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449500", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 59768]}, "Synonyms" -> {"esmolol hydrochloride", "esmolol", "esmolol [inn_en]", "esmolol [inn:ban]", "methyl 3-[4-({2-hydroxy-3-[(1-methylethyl)amino]propyl}oxy)phenyl]propanoate", "beta-1 adrenoreceptor", "methyl p-[2-hydroxy-3-(isopropylamino)propoxy]hydrocinnamate", "asl 8052-001", "methyl 3-(4-{2-hydroxy-3-[(1-methylethyl)amino]propoxy}phenyl)propanoate", "brevibloc", "esmolol[wiki]", "81147-92-4[rn]", "chembl768", "brevibloc[wiki]", "benzenepropanoic acid 4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]- methyl ester", "benzenepropanoic acid 4-(2-hydroxy-3-((1-methylethyl)amino)propoxy)- methyl ester", "ac1l1rwq", "9005-49-6", "unii-mdy902uxsr", "methyl 3-{4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl}propanoate", "esmolol (inn)", "84057-94-3[rn]", "4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]benzenepropanoic acid methyl ester", "3-[4-(2-hydroxy-3-isopropylamino-propoxy)-phenyl]-propionic acid methylester", "esmolol hcl", "chebi:4856", "brn 5287174", "methyl 4-(2-hydroxy-3-((1-methylethyl)amino)propoxy)benzenepropanoate", "methyl 3-{4-[2-hydroxy-3-(isopropylamino)propoxy]phenyl}propanoate[acd/iupac name]", "81161-17-3[rn]", "103598-03-4[rn]", "(+-)-esmolol", "beta-1 adrenoceptor", "ac1q5zxa"}|>, "2760" -> <|"DatabaseID" -> "SW01755", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4856"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 53916]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00187"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccc(cc1)CCC(=O)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07916"]}, "OfficialNames" -> <|"Indian Approved Name" -> "esmolol", "FDA Approved Drug" -> "ESMOLOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449500", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 59768]}, "Synonyms" -> {"esmolol hydrochloride", "esmolol", "esmolol [inn_en]", "esmolol [inn:ban]", "methyl 3-[4-({2-hydroxy-3-[(1-methylethyl)amino]propyl}oxy)phenyl]propanoate", "beta-1 adrenoreceptor", "methyl p-[2-hydroxy-3-(isopropylamino)propoxy]hydrocinnamate", "asl 8052-001", "methyl 3-(4-{2-hydroxy-3-[(1-methylethyl)amino]propoxy}phenyl)propanoate", "brevibloc", "esmolol[wiki]", "81147-92-4[rn]", "chembl768", "brevibloc[wiki]", "benzenepropanoic acid 4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]- methyl ester", "benzenepropanoic acid 4-(2-hydroxy-3-((1-methylethyl)amino)propoxy)- methyl ester", "ac1l1rwq", "9005-49-6", "unii-mdy902uxsr", "methyl 3-{4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl}propanoate", "esmolol (inn)", "84057-94-3[rn]", "4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]benzenepropanoic acid methyl ester", "3-[4-(2-hydroxy-3-isopropylamino-propoxy)-phenyl]-propionic acid methylester", "esmolol hcl", "chebi:4856", "brn 5287174", "methyl 4-(2-hydroxy-3-((1-methylethyl)amino)propoxy)benzenepropanoate", "methyl 3-{4-[2-hydroxy-3-(isopropylamino)propoxy]phenyl}propanoate[acd/iupac name]", "81161-17-3[rn]", "103598-03-4[rn]", "(+-)-esmolol", "beta-1 adrenoceptor", "ac1q5zxa"}|>, "2761" -> <|"DatabaseID" -> "SW01756", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9740]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@H]1Cc4c3cccc4)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nuciferin;nuciferine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10146]}, "Synonyms" -> {"(-)-nucipherine", "nuciferin", "l-nuciferine", "sanjoinine e", "nuciferine", "(6ar)-1", "nuciferine,hcl", "l-5", "4h-dibenzo(de,g)quinoline,5,6,6a,7-tetrahydro-1,2-dimethoxy-6-methyl-,(r)-", "(r)-1,2-dimethoxyaporphine", "l-5,6-dimethoxyaporphine", "(r)-1", "4h-dibenzo[de,g]quinoline,5,6,6a,7-tetrahydro-1,2-dimethoxy-6-methyl-,(6ar)-", "1", "(6ar)-1,2-dimethoxy-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline", "475-83-2[rn]", "6a-beta-aporphine", "4h-dibenzo(de,g)quinoline,5,6,6a,7-tetrahydro-1,2-dimethoxy-6-methyl-,(r)- (9ci)", "(r)-nuciferine"}|>, "2762" -> <|"DatabaseID" -> "SW01756", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9740]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@H]1Cc4c3cccc4)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nuciferin;nuciferine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10146]}, "Synonyms" -> {"(-)-nucipherine", "nuciferin", "l-nuciferine", "sanjoinine e", "nuciferine", "(6ar)-1", "nuciferine,hcl", "l-5", "4h-dibenzo(de,g)quinoline,5,6,6a,7-tetrahydro-1,2-dimethoxy-6-methyl-,(r)-", "(r)-1,2-dimethoxyaporphine", "l-5,6-dimethoxyaporphine", "(r)-1", "4h-dibenzo[de,g]quinoline,5,6,6a,7-tetrahydro-1,2-dimethoxy-6-methyl-,(6ar)-", "1", "(6ar)-1,2-dimethoxy-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline", "475-83-2[rn]", "6a-beta-aporphine", "4h-dibenzo(de,g)quinoline,5,6,6a,7-tetrahydro-1,2-dimethoxy-6-methyl-,(r)- (9ci)", "(r)-nuciferine"}|>, "2763" -> <|"DatabaseID" -> "SW01757", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9048]}, "IsomericSmiles" -> "CN1c2ccccc2C(=O)N(c3c1cccc3)CC[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07812"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dibenzepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9419]}, "Synonyms" -> {"dibenzepine", "dibenzepin", "11h-dibenzo[b,e][1,4]diazepin-11-one 10-[2-(dimethylamino)ethyl]-5,10-dihydro-5-methyl-", "10-[2-(dimethylamino)ethyl]-5-methyl-5,10-dihydro-11h-dibenzo[b,e][1,4]diazepin-11-one", "ansiopax", "5-methyl-10b-dimethylaminoethyl-10,11-dihydro-11-oxodibenzo[b,e][1,4]diazepine", "5-24-04-00112 (beilstein handbook reference)[beilstein]", "dibenzepine [inn-french]", "dibenzepine monohydrochloride", "5h-dibenzo(b,e)(1,4)diazepin-11(10h)-one 10-(2-(dimethylamino)ethyl)-5-methyl-", "noveril", "dibenzepinum [inn-latin]", "dibenzepinum[latin]", "10-[2-(dimethylamino)ethyl]-5,10-dihydro-5-methyl-11h-dibenzo[b,e][1,4]diazepin-11-one", "11h-dibenzo(b,e)(1,4)diazepin-11-one 5,10-dihydro-10-(2-(dimethylamino)ethyl)-5-methyl-", "5,10-dihydro-10-(2-(dimethylamino)ethyl)-5-methyl-11h-dibenzo(b,e)(1,4)diazepin-11-one", "11h-dibenzo(b,e)(1,4)diazepin-11-one 10-(2-(dimethylamino)ethyl)-5,10-dihydro-5-methyl-", "10-(2-(dimethylamino)ethyl)-5-methyl-5h-dibenzo(b,e)(1,4)diazepin-11(10h)-one", "4498-32-2[rn]", "4498-32-2", "neodalit", "dibenzepin [inn:ban]", "315-80-0[rn]", "(2)10-[2-(dimethylamino)ethyl]-5 10-dihydro-5-methyl-11h-dibenzo[b,e][1,4]diazepin-11-onemonohydrochloride", "dibenzepina [inn-spanish]", "11h-dibenzo(b,e)(1,4)diazepin-11-one 5,10-dihydro-10-(2-(dimethylamino)ethyl)-5", "dibenzepin[wiki]", "dibenzepina[spanish][inn]", "5-24-04-00112[beilstein]"}|>, "2764" -> <|"DatabaseID" -> "SW01758", "IsomericSmiles" -> "CC(C)(C)c1nnc(s1)[N-]S(=O)(=O)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01210"]}, "OfficialNames" -> <|"NPC Approved Name" -> "glybuzole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3489]}, "Synonyms" -> {"glybuzole", "gludiase", "glibuzol [inn-spanish]", "desaglybuzole", "sulfamidothiodiazol", "rp 7891", "einecs 216-081-2", "glybuzole [inn:jan]", "glybuzolum [inn-latin]", "an 1324"}|>, "2765" -> <|"DatabaseID" -> "SW01759", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4903"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5770]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00977"]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]3c4ccc(cc4CC[C@H]3[C@@H]1CC[C@]2(C#C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00554"]}, "OfficialNames" -> <|"China Approved Name" -> "ethinylestradiol", "WHO Essential Medicine" -> "ethinylestradiol", "Indian Approved Name" -> "ethinyloestradiol;ethinyl estradiol", "Traditional Herbal Isolate" -> "diol", "FDA Approved Drug" -> "ETHINYL ESTRADIOL"|>, "PharmGKBID" -> "PA449527", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5991]}, "Synonyms" -> {"ethinyl estradiol", "ethinyloestradiol", "estorals", "ethynylestradiol", "ethinoral", "amenoron", "progynon c", "ethynyl estradiol", "ginestrene", "dyloform", "aethinyloestradiolum", "ertonyl", "primogyn m", "primogyn c", "estoral", "estopherol", "amenorone", "esteed", "anovlar", "oradiol", "primogyn", "novestrol", "ee", "menolyn", "ylestrol", "ortho-cyclen", "orestrayln", "ethynyloestradiol", "etinestrol", "prosexol", "linoral", "follicoral", "diogyn e", "diogyn-e", "microfollin", "dicromil", "etivex", "kolpolyn", "inestra", "oviol", "orestralyn", "progynon m", "gynolett", "estigyn", "spanestrin", "varnoline", "ethinylestriol", "nogest-s", "etinestryl", "halodrin", "ethinyl-oestranol", "eticyclol", "marvelon", "diprol", "eticylol", "cyclosa", "ethidol", "eston-e", "diognat-e", "neo-estrone", "mercilon", "eticyclin", "etinoestryl", "etistradiol", "ortho-cept tablets (desogestrel + ethinyl estradiol)_mixture", "pregnane x receptor", "ovral 28tab (ethinyl estradiol + norgestrel)_mixture", "triphasil 21 (ethinyl estradiol + levonorgestrel)_mixture", "min-ovral 28 tab (ethinyl estradiol + levonorgestrel)_mixture", "min-ovral 28 (ethinyl estradiol + levonorgestrel)_mixture", "yasmin 21 (drospirenone + ethinyl estradiol)_mixture", "demulen 50 (ethinyl estradiol + ethynodiol diacetate)_mixture", "ovral 28 tablets (ethinyl estradiol + norgestrel (norgestrel))_mixture", "diane-35 (cyproterone acetate + ethinyl estradiol)_mixture", "triphasil 21 tab (ethinyl estradiol + levonorgestrel)_mixture", "geri bons tab (calcium (calcium phosphate (dibasic)) + copper + dl-methionine + ethinyl estradiol + fatty acids + folic acid + iodine + iron peptonized + magnesium + manganese + methyltestosterone + nicotinamide + phosphorus (calcium phosphate (dibasic)) + pyridoxine hydrochloride + thiamine hydrochloride + thyroid + vitamin a + vitamin b12 + vitamin b2 + vitamin d + vitamin e)_mixture", "preven tablets (ethinyl estradiol + levonorgestrel)_mixture", "ovral 21 tablets (ethinyl estradiol + norgestrel (norgestrel))_mixture", "eo", "tri-cyclen lo (ethinyl estradiol + norgestimate)_mixture", "17 alpha-ethynylestradiol", "estinyl", "triphasil 28 tab (ethinyl estradiol + levonorgestrel)_mixture", "loestrin 1.5/30 28day pack (ethinyl estradiol + norethindrone acetate)_mixture", "min-ovral 21 (ethinyl estradiol + levonorgestrel)_mixture", "cyclen (ethinyl estradiol + norgestimate)_mixture", "neo mens tab (ethinyl estradiol + ethisterone)_mixture", "ethinylestradiol", "yasmin 28 (drospirenone + ethinyl estradiol)_mixture", "minestrin 1/20 21 (ethinyl estradiol + norethindrone acetate)_mixture", "ethy 11", "etinilestradiol [inn-spanish]", "synphasic 21 tablets (ethinyl estradiol + norethindrone)_mixture", "ethinylestradiolum [inn-latin]", "orphan nuclear receptor par1", "min-ovral 21 tab (ethinyl estradiol + levonorgestrel)_mixture", "nuvaring (ethinyl estradiol + etonogestrel)_mixture", "demulen 30 (ethinyl estradiol + ethynodiol diacetate)_mixture", "triquilar 21 tab (ethinyl estradiol + levonorgestrel)_mixture", "17 alpha-ethinylestradiol", "steroid and xenobiotic receptor", "17 alpha-ethynyloestradiol", "femhrt 1/5 (ethinyl estradiol + norethindrone acetate)_mixture", "minestrin 1/20 28 (ethinyl estradiol + norethindrone acetate)_mixture", "select 1/35 (ethinyl estradiol + norethindrone)_mixture", "tri-cyclen tablets - 28-day (ethinyl estradiol + norgestimate)_mixture", "triquilar 28 tab (ethinyl estradiol + levonorgestrel)_mixture", "ortho tablets (0.5/35 1/35 10/11 7/7/7) (ethinyl estradiol + norethindrone)_mixture", "brevicon (ethinyl estradiol + norethindrone)_mixture", "lo-femenal 21 tablets (ethinyl estradiol + norgestrel)_mixture", "synphasic 28 tablets (ethinyl estradiol + norethindrone)_mixture", "ovral 21 tab (ethinyl estradiol + norgestrel (norgestrel))_mixture", "geri tabs (calcium (calcium phosphate (dibasic)) + copper sulfate + dl-methionine + ethinyl estradiol + folic acid + iodine + iron peptonized + magnesium oxide + manganese sulfate + methyltestosterone + nicotinamide + phosphorus (calcium phosphate (dibasic)) + pyridoxine hydrochloride + thiamine hydrochloride + thyroid + vitamin a + vitamin b12 + vitamin b2 + vitamin d + vitamin e)_mixture", "marvelon 21 tab (desogestrel + ethinyl estradiol)_mixture", "tri-cyclen tablets - 21-day (ethinyl estradiol + norgestimate)_mixture", "sxr", "triphasil 28 (ethinyl estradiol + levonorgestrel)_mixture", "alesse 21 tablets (ethinyl estradiol + levonorgestrel)_mixture", "loestrin 1.5/30 21day pak (ethinyl estradiol + norethindrone acetate)_mixture", "evra (ethinyl estradiol + norelgestromin)_mixture", "marvelon 28 tab (desogestrel + ethinyl estradiol)_mixture", "synphasic-28 tablets (ethinyl estradiol + norethindrone)_mixture", "aethinyoestradiol [german]", "alesse 28 tablets (ethinyl estradiol + levonorgestrel)_mixture", "binovum", "jenest", "estoral (orion)", "17-ethynyl-3-17-dihydroxy-1,3,5-oestratriene", "nordette[wiki]", "demulen[wiki]", "4-06-00-06877 (beilstein handbook reference)[beilstein]", "ee2", "17-ethinyl-3,17-oestradiol", "tetragynon", "(8r,9s,13s,14s,17r)-17-ethynyl-13-methyl-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthrene-3,17-diol", "component of zorane", "(1s,11s,15s,10r,14r)-14-ethynyl-15-methyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadeca-2(7),3,5-triene-5,14-diol", "estoral [orion]", "84-17-3[rn]", "perovex", "loestrin[wiki]", "(17a)-19-norpregna-1,3,5(10)-trien-20-yne-3,17-diol", "component of ovral", "57-63-6[rn]", "chee-o-genf", "necon", "(8r,9s,13s,14s,17r)-17-ethinyl-13-methyl-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-3,17-diol", "modicon[wiki]", "component of ovcon", "brevicon[wiki]", "17-ethinylestradiol", "etinilestradiolo [dcit]", "brevinor", "ovcon[wiki]", "(8s,9s,13s,14s,17s)-17-ethynyl-13-methyl-7,8,9,11,12,14,15,16-octahydro-6h-cyclopenta[a]phenanthrene-3,17-diol", "tri-norinyl", "(17b)-17-ethynylestra-1(10),2,4-triene-3,17-diol", "component of ortrel", "ortho tri-cyclen", "ethinylestradiolum[latin]", "trinovum", "stediril", "lynoral", "triphasil", "estra-1(10),2,4-triene-3,17-diol 17-ethynyl- (17b)-", "genora", "aethinyoestradiol[german]", "norlestrin", "17-ethinyl-3,17-estradiol", "estradiol 17-ethynyl-", "mircette[wiki]", "200-342-2[einecs]", "ortho-cept", "trinordiol", "(1s,11s,15s,10r,14r)-14-ethynyl-15-methyltetracyclo[8.7.0.0<2,7>.0<11,15>]hept adeca-2(7),3,5-triene-5,14-diol", "estigyn;", "levlen[wiki]", "tri-levlen", "palonyl", "esclim", "53568-84-6[rn]", "progylut", "17a-ethynyl-1,3,5(10)-estratriene-3,17b-diol", "menostar[wiki]", "acetenyl estradiol", "ethinyl e2", "17-ethynyl-3,17-dihydroxy-1,3,5-oestratriene", "ethinyl estradiol[usp]", "201-519-7[einecs]", "ethynyl-estradiol", "component of oracon", "chee-o-gen", "ethinylestradiol[wiki][jp15]", "nelova", "ovran", "2419975[beilstein]", "neocon[wiki]", "roldiol", "gynodiol", "logynon", "estinyl (tn)", "norinyl[wiki]", "lo/ovral", "17-ethynyloestradiol", "microgynon", "(1s,11s,15s,10r,14r)-14-ethynyl-15-methyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadeca-2,4,6-triene-5,14-diol", "estoral (van)", "ovysmen", "ortho-novum", "estinyl[wiki]", "norimin", "norcept", "alesse[wiki]", "ethinyloestradiol [steroidal oestrogens]", "innofem", "norethin 1/35 e", "ee(sub 2)", "ovral[wiki]", "17-ethynylestradiol", "etinilestradiol[spanish][inn]", "77538-56-8[rn]", "estigyn;estinyl;eticyclol;etifollin;feminone;lynoral;progynon c;triquilar;turisteron", "feminone", "synphase", "dufaston", "desogen[wiki]"}|>, "2766" -> <|"DatabaseID" -> "SW01760", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4953"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54278]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00990"]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CCC2=O)CC(=C)C4=CC(=O)C=C[C@]34C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00963"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "EXEMESTANE"|>, "PharmGKBID" -> "PA449563", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60198]}, "Synonyms" -> {"exemestane", "aromasin", "exemestance", "nikidess", "exemestano [inn-spanish]", "exemestanum [inn-latin]", "6-methylideneandrosta-1,4-diene-3,17-dione", "(8r,9s,10r,13s,14s)-10,13-dimethyl-6-methylidene-7,8,9,10,11,12,13,14,15,16-decahydro-3h-cyclopenta[a]phenanthrene-3,17(6h)-dione", "ec 1.14.14.1", "aromasil", "6-methyleneandrosta-1", "(8r,9s,10r,13s,14s)-10,13-dimethyl-6-methyliden-7,8,9,10,11,12,13,14,15,16-decahydro-3h-cyclopenta[a]phenanthren-3,17(6h)-dion", "3-hydroxy-5-methoxypyridine", "pnu-155971", "fce-24304", "exemestanum[latin]", "(1s,2r,10r,11s,15s)-2,15-dimethyl-8-methylidenetetracyclo[8.7.0.02,7.011,15]heptadeca-3,6-diene-5,14-dione", "exemestane [usan:inn:ban][inn][usan]", "6-methyleneandrosta-1,4-diene-3,17-dione[acd/iupac name]", "exemestane[wiki][inn]", "estrogen synthetase", "c056516", "exemestanum", "exemestano[spanish][inn]", "6-methylenandrosta-1,4-diene-3,17-dione", "107868-30-4[rn]", "exemestano", "aromasin (tn)", "aromasine", "aromatase", "109345-94-0[rn]", "(8r,9s,10r,13s,14s)-10,13-dimethyl-6-methylene-7,8,9,11,12,13,15,16-octahydro-6h-cyclopenta[a]phenanthrene-3,17(10h,14h)-dione", "aromasin[wiki]", "p-450arom", "337376-15-5", "cypxix", "androsta-1,4-diene-3,17-dione 6-methylene-"}|>, "2767" -> <|"DatabaseID" -> "SW01761", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10650"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5165], ExternalIdentifier["ChemSpiderID", 53920]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00669"]}, "IsomericSmiles" -> "CNS(=O)(=O)Cc1ccc2c(c1)c(c[nH]2)CC[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00451"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sumatriptan", "Australia Approved Name" -> "SUMATRIPTAN", "FDA Approved Drug" -> "SUMATRIPTAN;SUMATRIPTAN SUCCINATE"|>, "PharmGKBID" -> "PA451566", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358], ExternalIdentifier["PubChemCompoundID", 59772]}, "Synonyms" -> {"sumatriptan", "imigran", "imitrex", "sumatran", "sumax", "sumatriptanum [inn-latin]", "sumatriptan succinate", "5-ht-1a", "g-21", "serotonin receptor 1a", "imitrex (tn)", "triptan", "imitrex[wiki]", "sumatriptan[wiki][jan]", "np101", "imitrex oral", "5- ht1a", "103628-46-2[rn]", "imigran (tn)", "(3-[2-(dimethylamino)ethyl]-1h-indol-5-yl)-n-methylmethanesulfonamide", "gr 43175x", "imigran; imitrex", "1h-indole-5-methanesulfonamide 3-[2-(dimethylamino)ethyl]-n-methyl-", "gr 43175", "sumatriptanum", "imigran[wiki]", "cid5358", "3-[2-(dimethylamino)ethyl]-n-methyl-1h-indole-5-methanesulfonamide", "1h-indole-5-methanesulfonamide 3-(2-(dimethylamino)ethyl)-n-methyl-", "gr 43175c", "imigran recovery", "sumatriptanum[latin]", "1-{3-[2-(dimethylamino)ethyl]-1h-indol-5-yl}-n-methylmethanesulfonamide[acd/iupac name]", "chebi:10650", "1-{3-[2-(dimethylamino)ethyl]-1h-indol-5-yl}-n-methylmethansulfonamid", "1-[3-(2-dimethylaminoethyl)-1h-indol-5-yl]-n-methyl-methanesulfonamide", "3-[2-(dimethylamino)ethyl]-n-methylindole-5-methanesulfonamide", "5346011[beilstein]", "3-(2-(dimethylamino)ethyl)-n-methyl-1h-indole-5-methanesulfonamide", "(3-[2-(dimethylamino)ethyl]-1h-indol-5-yl)-n-methylmethanesulfonamide; 1-[3-(2-dimethylaminoethyl)-1h-indol-5-yl]-n-methyl-methanesulfonamide; 3-(2-(dimethylamino)ethyl)-n-methyl-1h-indole-5-methanesulfonamide; 3-[2-(dimethylamino)ethyl]-n-methylindole-5-methanesulfonamide; sumatran; sumax", "103628-46-2", "sumatriptan; sumatriptanum", "permicran", "antibet", "imijekt", "novelian", "micralgin", "migratan", "diletan", "arcoiran", "migratriptan", "1-[3-[2-(dimethylamino)ethyl]-1h-indol-5-yl]-n-methylmethanesulfonamide", "jsp000369", "gr-43175c", "gr 43175c {succinate}", "3-(2-(dimethylamino)ethyl)-n-methyl-1h-indole-5-methanesulfonamide compound withsuccinicacid (1:1)", "imigran;mitrex;imitrex;suminat;sumitrex", "sumatriptansuccinate", "103628-48-4 {succinate}", "3-[2-(dimethylamino)ethyl]-n-methyl-1h-indole-5-methanesulfonamide,butanedioate(1:1)", "1-{3-[2-(dimethylamino)ethyl]-1h-indol-5-yl}-n-methylmethanesulfonamidebutanedioate", "sumatrin", "1h-indole-5-methanesulfonamide 3-[2-(dimethylamino)ethyl]-n-methyl- butanedioate (1:1)", "suminat", "sumigrene", "3-(2-(dimethylamino)ethyl)-n-methylindole-5-methanesulfonamidesuccinate(1:1)", "1-{3-[2-(dimethylamino)ethyl]-1h-indol-5-yl}-n-methylmethanesulfonamidesuccinate(1:1)", "butanedioic acid,compd. with 3-(2-(dimethylamino)ethyl)-n-methyl-1h-indole-5-methanesulfonamide (1:1)", "tl8000157", "[({3-[2-(dimethylamino)ethyl]indol-5-yl}methyl)sulfonyl]methylamine butanedioicacid", "imigrane", "1-{3-[2-(dimethylamino)ethyl]-1h-indol-5-yl}-n-methylmethanesulfonamide;butanedioic acid", "1-{3-[2-(dimethylamino)ethyl]-1h-indol-5-yl}-n-methylmethanesulfonamidesuccinate; 3-(2-(dimethylamino)ethyl)-n-methylindole-5-methanesulfonamide succinate; n,n-dimethyl-2-{5-[(methylsulfamoyl)methyl]-1h-indol-3-yl}ethanaminium 3-carboxypropanoate; sumatriptanhydrogensuccinate", "sumadol", "3-[2-(dimethylamino)ethyl]-n-methyl-1h-indole-5-methanesulfonamide succinate", "1-(3-(2-dimethylaminoethyl)-1h-indol-5-yl)-n-methyl-methanesulfonamide succinate", "103628-48-4[rn]", "[103628-48-4]", "1-{3-[2-(dimethylamino)ethyl]-1h-indol-5-yl}-n-methylmethanesulfonamidebutanedioate (1:1)", "1-{3-[2-(dimethylamino)ethyl]-1h-indol-5-yl}-n-methylmethanesulfonamidesuccinate", "sumatriptan succinate (jan/usan)[jan][usan]", "butanedioic acid", "imigran mitrex imitrex suminat sumitrex", "migmax", "1-[3-[2-(dimethylamino)ethyl]-1h-indol-5-yl]-n-methyl-methanesulfonamide", "1h-indole-5-methanesulfonamide 3-(2-(dimethylamino)ethyl)-n-methyl- butanedioate (1:1)"}|>, "2768" -> <|"DatabaseID" -> "SW01762", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4735]}, "IsomericSmiles" -> "c1ccc(cc1)C(CC[NH+]2CCCCC2)(c3ccccc3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02064"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ridinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4904]}, "Synonyms" -> {"konlax", "nonplesin", "lyseen", "pridinol [dcf:inn][inn]", "1,1-diphenyl-3-(piperidin-1-yl)propan-1-ol", "1,1-diphenyl-3-(1-piperidinyl)-1-propanol[acd/iupac name]", "pridinol mesilate", "ridinol", "nonpressin (free base)", "3-piperidino-1,1-diphenyl-1-propanol", "5-20-02-00247 (beilstein handbook reference)[beilstein]", "parks[wiki]", "6856-31-1[rn]", "c-238", "968-58-1[rn]", "parks", "pridinol", "208-128-0[einecs]", "229-953-2[einecs]", "511-45-5", "parks 12", "1,1-diphenyl-3-(1-piperidyl)-1-propanol", "1,1-diphenyl-3-piperidino-1-propanol", "a,a-diphenyl-1-piperidinepropanol", "3-(n-piperidyl)-1,1-diphenyl-1-propanol", "213-529-9[einecs]", "pridinol[wiki]", "pridinolum[latin]", "511-45-5[rn]", "parks 12 hommel", "mitanoline"}|>, "2769" -> <|"DatabaseID" -> "SW01763", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9687]}, "IsomericSmiles" -> "CCC(=O)C(CC[NH+](C)C)(c1ccccc1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07384"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Normethadone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10090]}, "Synonyms" -> {"dacartil", "normedon", "desmethylmethadone", "normethadone", "eucopon", "isomethadone i", "mepidon", "noramidone", "phenyldimazone", "isoamidone i", "4-14-00-00297", "normetadone [dcit]", "1,1-diphenyl-1-(2-dimethylaminoethyl)-2-butanone", "normethadone[wiki]", "hoechst 10582", "normethadone [ban:dcf:inn][inn]", "6-dimethylamino-4,4-diphenyl-3-hexanon", "207-401-1[einecs]", "normetadona[spanish][inn]", "6-(dimethylamino)-4,4-diphenylhexan-3-one", "467-85-6[rn]", "normethadonum[latin]", "4-14-00-00297 (beilstein handbook reference)[beilstein]", "6-dimethylamino-4,4-diphenyl-3-hexanone", "3-hexanone 6-(dimethylamino)-4,4-diphenyl-", "3-hexanone 6- (dimethylamino)-4,4-diphenyl-", "1-dimethylamino-3,3-diphenyl-4-hexanone", "6-(dimethylamino)-4,4-diphenyl-3-hexanone", "6-dimethylamino-4,4-diphenyl-hexan-3-one(normethadone)"}|>, "2770" -> <|"DatabaseID" -> "SW01764", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50213"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 147809]}, "IsomericSmiles" -> "C[NH+]1CCC(=C2c3ccccc3CCc4c2ccs4)CC1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08397"]}, "OfficialNames" -> <|"Australia Approved Name" -> "PIZOTIFEN MALATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 168993]}, "Synonyms" -> {"sandomigran", "mosegor", "pizotifen hydrogen malate", "pizotyline malate", "bc 105 malate", "litec malate", "pizotifen malate", "sandomygran malate", "sanomtgran", "4-(9,10-dihydro-4h-benzo[4,5]cyclohepta[1,2-b]thiophen-4-ylidene)-1-methylpiperidine 2-hydroxybutanedioate", "sandomigran pizotyline", "11/7/5189", "sandomigran malate", "piperidine 4-(9,10-dihydro-4h-benzo(4,5)cyclohepta(1,2-b)thien-4-ylidene)-1-methyl- malate (1:1)", "9,10-dihydro-4-(1-methylpiperidin-4-ylidene)-4h-benzo(4,5)cyclohepta(1,2-b)thiophene malate", "malic acid compound with 4-(9,10-dihydro-4h-benzo(4,5)cyclohepta(1,2-b)thien-4-ylidene)-1-methylpiperidine(1:1)", "4-(1-methyl-4-piperidylidene)-9,10-dihydrobenzo[d]thiopheno[2,3-a][7]annulene,2-hydroxybutanedioicacid", "07/11/5189", "malic acid compound with 4-(9,10-dihydro-4h-benzo[4,5]cyclohepta[1,2-b]thien-4-ylidene)-1-methylpiperidine(1:1)", "5189-11-7[rn]", "2-hydroxysuccinicacid - 4-(9,10-dihydro-4h-benzo[4,5]cyclohepta[1,2-b]thiophen-4-ylidene)-1-methylpiperidine (1:1)[acd/iupac name]", "4-(9,10-dihydro-1-thia-benzo[f]azulen-4-ylidene)-1-methyl-piperidine; compound with 2-hydroxy-succinic acid", "225-970-4[einecs]", "pizotifen hydrogen malate; pizotyline malate", "sandomigran;pizotyline", "pizotifan malate", "butanedioic acid,2-hydroxy- compd.with 4-(9,10-dihydro-4h-benzo[4,5]cyclohepta[1,2-b]thien-4-ylidene)-1-methylpiperidine (1:1)", "9,10-dihydro-4-(1-methylpiperidin-4-ylidene)-4h-benzo[4,5]cyclohepta[1,2-b]thiophene malate (1:1)"}|>, "2771" -> <|"DatabaseID" -> "SW01765", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "36804"], ExternalIdentifier["ChEBIID", "36798"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445579]}, "IsomericSmiles" -> "C[NH+](C)CC/C=C\\1/c2ccccc2CSc3c1cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01546"], ExternalIdentifier["KEGGID", "D07872"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dothiepin hcl;dosulepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6420022], ExternalIdentifier["PubChemCompoundID", 5282426]}, "Synonyms" -> {"dothiepin hydrochloride", "dosulepin", "dosulepin hydrochloride", "dosulepin (tn)", "dothiepin hcl", "prestwick_795", "25627-39-8[rn]", "11-(3-dimethylaminopropylidene)-6,11-dihydrodibenzo[h,e]thiepinhydrochloride", "cis-dothiepin", "(3z)-3-(dibenzo[b,e]thiepin-11(6h)-ylidene)-n,n-dimethylpropan-1-amine hydrochloride (1:1)", "11-(3-dimethylaminopropylidene)-6,11-dihydrodibenzo(b,e)thiepine hydrochloride", "3-dibenzo[b,e]thiepin-11(6h)-ylidene-n,n-dimethylpropan-1-aminehydrochloride", "212-978-8[einecs]", "prothiaden[wiki]", "5892556[beilstein]", "surecn35426", "xerenal", "3-dibenzo[b,e]thiepin-11(6h)-ylidene-n,n-dimethyl-1-propanaminehydrochloride", "(3z)-3-(dibenzo[b,e]thiepin-11(6h)-ylidene)-n,n-dimethylpropan-1-aminiumchloride", "dosulepin chloride", "dosulepine", "idom", "n,n-dimethyldibenzo[h,e]thiepin-d11(6h),g-propylaminehydrochloride", "cis-11-(3-dimethylaminopropylidene)-6,11-dihydrodibenzo(b,e)thiepin hydrochloride", "cis-dothiepin hydrochloride", "1-propanamine 3-dibenzo(b,e)thiepin-11(6h)-ylidene-n,n-dimethyl- hydrochloride", "depresym", "dothiepin", "cas-897-15-4", "dosulepine [inn-french]", "dosulepina [inn-spanish]", "(3z)-3-dibenzo[b,e]thiepin-11(6h)-ylidene-n,n-dimethylpropan-1-amine hydrochloride", "(3z)-3-(dibenzo[b,e]thiepin-11(6h)-ylidene)-n,n-dimethylpropan-1-amine hydrochloride", "dothep", "897-15-4", "dothiepin hydrochloride[usan]", "dothiepin;", "dosulepinum [inn-latin]", "prothiadene", "ncgc00016549-01", "prothiaden spofa", "dothiepin hydrochloride (usan)", "1-propanaminium 3-dibenzo[b,e]thiepin-11(6h)-ylidene-n,n-dimethyl- chloride (3z)- (1:1)", "1-propanamine 3-dibenzo[b,e]thiepin-11(6h)-ylidene-n,n-dimethyl- (3z)- hydrochloride (1:1)", "897-15-4[rn]"}|>, "2772" -> <|"DatabaseID" -> "SW01766", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10021]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCC(C)(C=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isophytol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10453]}, "Synonyms" -> {"isophytol", "3", "einecs 208-008-8", "1-hexadecene-3-ol 3,7,11,15-tetramethyl", "hsdb 5673", "1-hexadecen-3-ol 3,7,11,15-tetramethyl-", "2,6,10-trimethyl-14-vinylpentadecan-14-ol", "ai3-25090", "505-32-8", "nsc 93744", "1783243", "1-hexadecen-3-ol 3,7,11,15-tetramethyl- (van) (8ci)(9ci)", "2", "1-hexadecen-3-ol", "3,7,11,15-tetramethylhexadec-1-en-3-ol", "3,7,11,15-tetramethyl-1-hexadecen-3-ol[acd/iupac name]", "1-hexadecyl-3-ol 3,7,11,15-tetramethyl", "2,6,10,14-tetramethylhexadec-15-en-14-ol", "60046-87-9[rn]", "505-32-8[rn]", "208-008-8[einecs]"}|>, "2773" -> <|"DatabaseID" -> "SW01766", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10021]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCC(C)(C=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isophytol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10453]}, "Synonyms" -> {"isophytol", "3", "einecs 208-008-8", "1-hexadecene-3-ol 3,7,11,15-tetramethyl", "hsdb 5673", "1-hexadecen-3-ol 3,7,11,15-tetramethyl-", "2,6,10-trimethyl-14-vinylpentadecan-14-ol", "ai3-25090", "505-32-8", "nsc 93744", "1783243", "1-hexadecen-3-ol 3,7,11,15-tetramethyl- (van) (8ci)(9ci)", "2", "1-hexadecen-3-ol", "3,7,11,15-tetramethylhexadec-1-en-3-ol", "3,7,11,15-tetramethyl-1-hexadecen-3-ol[acd/iupac name]", "1-hexadecyl-3-ol 3,7,11,15-tetramethyl", "2,6,10,14-tetramethylhexadec-15-en-14-ol", "60046-87-9[rn]", "505-32-8[rn]", "208-008-8[einecs]"}|>, "2774" -> <|"DatabaseID" -> "SW01766", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10021]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCC(C)(C=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isophytol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10453]}, "Synonyms" -> {"isophytol", "3", "einecs 208-008-8", "1-hexadecene-3-ol 3,7,11,15-tetramethyl", "hsdb 5673", "1-hexadecen-3-ol 3,7,11,15-tetramethyl-", "2,6,10-trimethyl-14-vinylpentadecan-14-ol", "ai3-25090", "505-32-8", "nsc 93744", "1783243", "1-hexadecen-3-ol 3,7,11,15-tetramethyl- (van) (8ci)(9ci)", "2", "1-hexadecen-3-ol", "3,7,11,15-tetramethylhexadec-1-en-3-ol", "3,7,11,15-tetramethyl-1-hexadecen-3-ol[acd/iupac name]", "1-hexadecyl-3-ol 3,7,11,15-tetramethyl", "2,6,10,14-tetramethylhexadec-15-en-14-ol", "60046-87-9[rn]", "505-32-8[rn]", "208-008-8[einecs]"}|>, "2775" -> <|"DatabaseID" -> "SW01766", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10021]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCC(C)(C=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isophytol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10453]}, "Synonyms" -> {"isophytol", "3", "einecs 208-008-8", "1-hexadecene-3-ol 3,7,11,15-tetramethyl", "hsdb 5673", "1-hexadecen-3-ol 3,7,11,15-tetramethyl-", "2,6,10-trimethyl-14-vinylpentadecan-14-ol", "ai3-25090", "505-32-8", "nsc 93744", "1783243", "1-hexadecen-3-ol 3,7,11,15-tetramethyl- (van) (8ci)(9ci)", "2", "1-hexadecen-3-ol", "3,7,11,15-tetramethylhexadec-1-en-3-ol", "3,7,11,15-tetramethyl-1-hexadecen-3-ol[acd/iupac name]", "1-hexadecyl-3-ol 3,7,11,15-tetramethyl", "2,6,10,14-tetramethylhexadec-15-en-14-ol", "60046-87-9[rn]", "505-32-8[rn]", "208-008-8[einecs]"}|>, "2776" -> <|"DatabaseID" -> "SW01766", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10021]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCC(C)(C=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isophytol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10453]}, "Synonyms" -> {"isophytol", "3", "einecs 208-008-8", "1-hexadecene-3-ol 3,7,11,15-tetramethyl", "hsdb 5673", "1-hexadecen-3-ol 3,7,11,15-tetramethyl-", "2,6,10-trimethyl-14-vinylpentadecan-14-ol", "ai3-25090", "505-32-8", "nsc 93744", "1783243", "1-hexadecen-3-ol 3,7,11,15-tetramethyl- (van) (8ci)(9ci)", "2", "1-hexadecen-3-ol", "3,7,11,15-tetramethylhexadec-1-en-3-ol", "3,7,11,15-tetramethyl-1-hexadecen-3-ol[acd/iupac name]", "1-hexadecyl-3-ol 3,7,11,15-tetramethyl", "2,6,10,14-tetramethylhexadec-15-en-14-ol", "60046-87-9[rn]", "505-32-8[rn]", "208-008-8[einecs]"}|>, "2777" -> <|"DatabaseID" -> "SW01766", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10021]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCC(C)(C=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isophytol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10453]}, "Synonyms" -> {"isophytol", "3", "einecs 208-008-8", "1-hexadecene-3-ol 3,7,11,15-tetramethyl", "hsdb 5673", "1-hexadecen-3-ol 3,7,11,15-tetramethyl-", "2,6,10-trimethyl-14-vinylpentadecan-14-ol", "ai3-25090", "505-32-8", "nsc 93744", "1783243", "1-hexadecen-3-ol 3,7,11,15-tetramethyl- (van) (8ci)(9ci)", "2", "1-hexadecen-3-ol", "3,7,11,15-tetramethylhexadec-1-en-3-ol", "3,7,11,15-tetramethyl-1-hexadecen-3-ol[acd/iupac name]", "1-hexadecyl-3-ol 3,7,11,15-tetramethyl", "2,6,10,14-tetramethylhexadec-15-en-14-ol", "60046-87-9[rn]", "505-32-8[rn]", "208-008-8[einecs]"}|>, "2778" -> <|"DatabaseID" -> "SW01766", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10021]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCC(C)(C=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isophytol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10453]}, "Synonyms" -> {"isophytol", "3", "einecs 208-008-8", "1-hexadecene-3-ol 3,7,11,15-tetramethyl", "hsdb 5673", "1-hexadecen-3-ol 3,7,11,15-tetramethyl-", "2,6,10-trimethyl-14-vinylpentadecan-14-ol", "ai3-25090", "505-32-8", "nsc 93744", "1783243", "1-hexadecen-3-ol 3,7,11,15-tetramethyl- (van) (8ci)(9ci)", "2", "1-hexadecen-3-ol", "3,7,11,15-tetramethylhexadec-1-en-3-ol", "3,7,11,15-tetramethyl-1-hexadecen-3-ol[acd/iupac name]", "1-hexadecyl-3-ol 3,7,11,15-tetramethyl", "2,6,10,14-tetramethylhexadec-15-en-14-ol", "60046-87-9[rn]", "505-32-8[rn]", "208-008-8[einecs]"}|>, "2779" -> <|"DatabaseID" -> "SW01766", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10021]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCC(C)(C=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isophytol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10453]}, "Synonyms" -> {"isophytol", "3", "einecs 208-008-8", "1-hexadecene-3-ol 3,7,11,15-tetramethyl", "hsdb 5673", "1-hexadecen-3-ol 3,7,11,15-tetramethyl-", "2,6,10-trimethyl-14-vinylpentadecan-14-ol", "ai3-25090", "505-32-8", "nsc 93744", "1783243", "1-hexadecen-3-ol 3,7,11,15-tetramethyl- (van) (8ci)(9ci)", "2", "1-hexadecen-3-ol", "3,7,11,15-tetramethylhexadec-1-en-3-ol", "3,7,11,15-tetramethyl-1-hexadecen-3-ol[acd/iupac name]", "1-hexadecyl-3-ol 3,7,11,15-tetramethyl", "2,6,10,14-tetramethylhexadec-15-en-14-ol", "60046-87-9[rn]", "505-32-8[rn]", "208-008-8[einecs]"}|>, "2780" -> <|"DatabaseID" -> "SW01767", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17327"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444094]}, "IsomericSmiles" -> "C[C@@H](CCC[C@@H](C)CCC/C(=C/CO)/C)CCCC(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phytol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280435]}, "Synonyms" -> {"trans-phytol", "(e)-phytol", "phytol", "4-01-00-02208 (beilstein handbook reference)[beilstein]", "(2e,7r,11r)-3,7,11,15- tetramethyl-2-hexadecen-1-ol", "ai3-24344", "(7r,11r,2e)-phytol", "150-86-7", "phytol e-", "(e", "(2e,7r,11r)-3,7,11,15-tetramethyl-2-hexadecen-1-ol", "3", "(2e)(7r,11r)-3,7,11,15-tetramethylhexadec-2-en-1-ol", "(2e", "416-120-5[einecs]", "7541-49-3[rn]", "2-hexadecen-1-ol 3,7,11,15-tetramethyl- (2e,7r,11r)-", "205-776-6[einecs]", "brn 1726098", "150-86-7[rn]", "einecs 205-776-6", "(2e,7r,11r)-3,7,11,15-tetramethylhexadec-2-en-1-ol", "2-hexadecen-1-ol,3,7,11,15-tetramethyl- (r-(r*,r*-(e)))- (9ci)", "phytol[wiki]"}|>, "2781" -> <|"DatabaseID" -> "SW01768", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64867]}, "IsomericSmiles" -> "C[N+](C)(C)C1CCC(CC1)CC2CCC(CC2)[N+](C)(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "mebezonium iodide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71849]}, "Synonyms" -> {"mebezonii iodidum", "mebezonio ioduro [dcit]", "7681-78-9", "ioduro de mebezonio [inn-spanish]", "iodure de mebezonium [inn-french]", "4", "mebezonium iodide", "mebezonii iodidum [inn-latin]", "mebezonio ioduro", "einecs 231-676-7"}|>, "2782" -> <|"DatabaseID" -> "SW01769", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4659"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3005]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00822"]}, "IsomericSmiles" -> "CCN(CC)C(=S)SSC(=S)N(CC)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00131"]}, "OfficialNames" -> <|"Indian Approved Name" -> "disulfiram", "FDA Approved Drug" -> "DISULFIRAM"|>, "PharmGKBID" -> "PA449376", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3117]}, "Synonyms" -> {"anticol", "teturam", "tetraethylthiuram disulfide", "esperal", "antabus", "alcophobin", "dicupral", "refusal", "disulfiram", "antabuse", "tts", "antietanol", "hoca", "tillram", "ttd", "ethyl thiram", "ethyl tuex", "accel tet", "antetil", "averzan", "thioscabin", "antietil", "contrapot", "espenal", "nocbin", "disetil", "tiuram", "contralin", "ekagom teds", "antadix", "ethyl thiurad", "noxal", "tetraethylthioperoxydicarbonic diamide", "antaethyl", "antaenyl", "alk-aubs", "stopethyl", "ethyl thiudad", "antetan", "tetraethylthiram disulfide", "antethyl", "thireranide", "exhoran", "abstensil", "disulfuram", "tatd", "antivitium", "tetradine", "anti-ethyl", "tetraethylthiuram disulphide", "tenurid", "ekagom dtet", "tetraetil", "antalcol", "antaethan", "stopetyl", "tetidis", "ethyl tuads", "tenutex", "bonibal", "exhorran", "ro-sulfiram", "abstinyl", "stopaethyl", "teturamin", "anteyl", "cronetal", "ephorran", "antikol", "ethyldithiurame", "ethyldithiourame", "krotenal", "abstinil", "tetd", "tetraethylthiuram", "bis(n,n-diethylthiocarbamoyl) disulfide", "1,1',1'',1'''-[disulfanediylbis(carbonothioylnitrilo)]tetraethane[acd/iupac name]", "tetraethylthiuran disulfide", "n,n,n',n'-tetraethylthiuram disulfide", "robac tet", "bis(diethylthiocarbamyl) disulfide", "aversan", "1,1',1'',1'''-{disulfanediylbis[(thioxomethylene)nitrilo]}tetraethane", "perkait tetd", "bis((diethylamino)thioxomethyl)disulfide", "soxinol tet", "97-77-8[rn]", "nsc-25953", "antiethanol", "[97-77-8]", "antaetil", "1712560", "nocceler tet", "1-(diethylthiocarbamoyldisulfanyl)-n,n-diethyl-methanethioamide", "disulfan[german]", "nocceler", "usaf b-33", "tetraethylthiuram sulfide", "1,1',1'',1'''-[disulfanediylbis(carbonothioylnitrilo)]tetraethan", "perkacit tetd", "super rodiatox", "disulfiram[wiki]", "tetraethylthiram disulphide", "1,1',1'',1'''-[dithiobis(carbonothioylnitrilo)]tetraethane", "tetraethythiuran", "sanceler tet", "tetradin", "thiuranide", "(diethylamino){[(diethylamino)thioxomethyl]disulfanyl}methane-1-thione", "disulfram", "anthethyl", "dupon 4472", "ethyl tuads rodform", "tetraethylthioperoxydicarbonothioic diamide", "bis(diethylthiocarbamyoyl)disulfide", "29925-58-4[rn]", "akrochem tetd", "disulfan", "antiaethan", "dopamine beta- monooxygenase", "etabus", "antabuse antabus", "accel tet-r", "aversan.", "ekagom tetds", "nocceler tet-g", "antabuse (tn)", "ethane 1,1',1'',1'''-[dithiobis(carbonothioylnitrilo)]tetrakis-", "bis(diethylthiocarbamoyl) disulfide", "thiophos", "1,1'-dithiobis(n,n-diethylthioformamide)", "ethane 1,1',1'',1'''-[dithiobis[(thioxomethylene)nitrilo]]tetrakis-", "202-607-8[einecs]", "disulfide tetraethylthiuram", "bis(diethylthiocarbamyl) disulfide", "disulfiram (tetraethylthiuram disulfide)", "dupont fungicide 4472", "disulphuram", "sanceler tet-g", "d004221", "antabuse;antabus", "abstenisil", "stopety", "dopamine beta-hydroxylase precursor", "thiuram e", "disulfamide[inn]", "ekaland tetd", "ancazide et", "disulfirm", "ec 1.14.17.1", "gababentin", "thiocid", "tts x", "etyl tuex"}|>, "2783" -> <|"DatabaseID" -> "SW01770", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4940563]}, "IsomericSmiles" -> "CCCCCCCC/C=C\\CCCCCCCC[NH+](C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linoleyl acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6435874]}, "Synonyms" -> {"acetic acid", "n,n-dimethyl oleyl-linoleyl amine 2,4-dichlorophenoxyacetate", "ls-11625", "55256-32-1", "55256-32-1[rn]", "ac1o5kna", "acetic acid (2,4-dichlorophenoxy)-,compd. with (z,z)-n,n-dimethyl-9,12-octadecadien-1-amine (1:1) mixt. with (z)-n,n-dimethyl-9-octadecen-1-amine (2,4- dichlorophenoxy)acetate", "2", "n", "2-(2"}|>, "2784" -> <|"DatabaseID" -> "SW01771", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391105]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3c(c(c(c(c3[O-])C(=O)[O-])O)[O-])C2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudopurpurine;pseudopurpurin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442765]}, "Synonyms" -> {"pseudopurpurine", "pseudopurpurin", "1", "c10394", "476-41-5", "1,3,4-trihydroxy-9,10-dioxo-9,10-dihydroanthracene-2-carboxylicacid", "2-anthracenecarboxylic acid 9,10-dihydro-1,3,4-trihydroxy-9,10-dioxo-", "ac1l9ddh", "476-41-5[rn]", "2-anthracenecarboxylic acid", "anthraquinone-2-carboxylic acid 1,3,4-trihydroxy-"}|>, "2785" -> <|"DatabaseID" -> "SW01772", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63612"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2280207]}, "IsomericSmiles" -> "COc1c2c(nc(n1)N)n(cn2)[C@H]3[C@H]([C@@H]([C@H](O3)CO)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05134"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NELARABINE"|>, "PharmGKBID" -> "PA164752425", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3011155]}, "Synonyms" -> {"nelzarabine", "arranon", "nelarabine", "atriance", "506u", "121032-29-9[rn]", "nelzarabine [inn_en]", "9-b-d-arabinofuranosyl-6-methoxy-9h-purin-2-amine", "(2r,3s,4s,5r)-2-(2-amino-6-methoxy-9h-purin-9-yl)-5-(hydroxymethyl)tetrahydrofuran-3,4-diol", "arranon (tn)", "(2r,3s,4s,5r)-2-(2-amino-6-methoxy-9-purinyl)-5-(hydroxymethyl)oxolane-3,4-diol", "arranon[wiki]", "2-amino-9-b-d-arabinofuranosyl-6-methoxy-9h-purine", "s1213_selleck", "arranong", "506u78", "gw-506u", "(2r,3s,4s,5r)-2-(2-azanyl-6-methoxy-purin-9-yl)-5-(hydroxymethyl)oxolane-3,4-diol", "gw-506u78", "nelarabine[wiki]", "121032-29-9", "2-(2-amino-6-methoxy-purin-9-yl)-5-hydroxymethyl-tetrahydro-furan-3,4-diol", "nelzarabine (usan)"}|>, "2786" -> <|"DatabaseID" -> "SW01773", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31205"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2076]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01025"]}, "IsomericSmiles" -> "CC(C)c1ccc2c(c1)c(=O)c3cc(c(nc3o2)N)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01828"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "AMLEXANOX"|>, "PharmGKBID" -> "PA164745310", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2161]}, "Synonyms" -> {"amlexanox", "aphthasol", "solfa", "amoxanox", "amlenanox", "elics", "amlexanoxum [latin]", "amlexanoxo [spanish]", "5h-[1]benzopyrano[2,3-b]pyridine-3-carboxylicacid 2-amino-7-(1-methylethyl)-5-oxo-", "2-amino-5-oxo-7-(propan-2-yl)-5h-chromeno[2,3-b]pyridine-3-carboxylic acid", "aphthasol (tn)", "oradisc", "oradisc a", "amlexanox[wiki]", "beta-endothelial cell growth factor", "amlexanox [usan:inn:jan]", "amlexanoxum[latin]", "hbgf-1", "68302-57-8[rn]", "afgf", "ecgf- beta", "c045742", "amlexanox (jan/usan)[jan][usan]", "2-amino-7-(1-methylethyl)-5-oxo-5h-chromeno[2,3-b]pyridine-3-carboxylicacid", "heparin-binding growth factor 1 precursor", "amlexanoxo", "acidic fibroblast growth factor", "solfa (tn)", "aptheal", "orarinse", "2-amino-7-isopropyl-1-azaxanthone-3-carboxylic acid", "apthera", "5h-(1)benzopyrano(2,3-b)pyridine-3-carboxylicacid 2-amino-7-(1-methylethyl)-5-oxo-", "amlexanoxum", "amlexanoxum [inn_la]", "2-amino-7-(1-methylethyl)-5-oxo-5h-[1]benzopyrano[2,3-b]pyridine-3-carboxylicacid", "2-amino-7-isopropyl-5-oxo-5h-(1)benzopyrano(2,3-b)pyridine-3-carboxylicacid", "2-amino-7-isopropyl-5-oxo-5h-(1)benzopyrano(2,3b)pyridine-3-carboxylic acid", "2-amino-7-isopropyl-5-oxo-5h-chromeno[2,3-b]pyridine-3-carboxylic acid[acd/iupac name]", "2-amino-7-isopropyl-5-oxo-5h-[1]benzopyrano[2,3-b]pyridine-3-carboxylicacid", "amlexanoxo[spanish]", "2-amino-6-isopropyl-10-oxo-10h-9-oxa-1-aza-anthracene-3-carboxylic acid", "amlexanox [usan:inn:jan][inn][jan][usan]", "2-amino-7-(methylethyl)-5-oxochromeno[2,3-b]pyridine-3-carboxylic acid"}|>, "2787" -> <|"DatabaseID" -> "SW01774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5518]}, "IsomericSmiles" -> "CC(c1ccc2c(c1)CC(=O)c3ccccc3S2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01547"]}, "OfficialNames" -> <|"NPC Approved Name" -> "zaltoprofen;zaltoprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5720]}, "Synonyms" -> {"zaltoprofen", "peon", "soleton", "cn-100", "89482-00-8[rn]", "zaltoprofenum[latin]", "2-(10-oxo-11h-benzo[3,4-f]benzo[b]thiepan-2-yl)propanoic acid", "cn 100", "2-(10-oxo-10,11-dihydrodibenzo[b,f]thiepin-2-yl)propanoic acid[acd/iupac name]", "zaltoprofen (unspecified)", "zaltoprofeno[spanish]", "89482-00-8", "277-973-5[einecs]", "74711-43-6[rn]", "zaltoprofene[french]", "74711-43-6", "10", "peon (tn)", "zaltoprofen[inn][jan][jp15]", "2-(6-oxo-5h-benzo[b][1]benzothiepin-3-yl)propanoic acid", "2-(10-oxo-10", "einecs 277-973-5"}|>, "2788" -> <|"DatabaseID" -> "SW01774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5518]}, "IsomericSmiles" -> "CC(c1ccc2c(c1)CC(=O)c3ccccc3S2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01547"]}, "OfficialNames" -> <|"NPC Approved Name" -> "zaltoprofen;zaltoprofen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5720]}, "Synonyms" -> {"zaltoprofen", "peon", "soleton", "cn-100", "89482-00-8[rn]", "zaltoprofenum[latin]", "2-(10-oxo-11h-benzo[3,4-f]benzo[b]thiepan-2-yl)propanoic acid", "cn 100", "2-(10-oxo-10,11-dihydrodibenzo[b,f]thiepin-2-yl)propanoic acid[acd/iupac name]", "zaltoprofen (unspecified)", "zaltoprofeno[spanish]", "89482-00-8", "277-973-5[einecs]", "74711-43-6[rn]", "zaltoprofene[french]", "74711-43-6", "10", "peon (tn)", "zaltoprofen[inn][jan][jp15]", "2-(6-oxo-5h-benzo[b][1]benzothiepin-3-yl)propanoic acid", "2-(10-oxo-10", "einecs 277-973-5"}|>, "2789" -> <|"DatabaseID" -> "SW01775", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3545]}, "IsomericSmiles" -> "CC(C)Cc1ccc(cc1)C(C)C(=O)OCc2ccccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01122"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pimeprofen (-)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3673]}, "Synonyms" -> {"staderm", "ibuprofen piconol", "pimeprofen", "vesicum", "pyridin-2-ylmethyl 2-[4-(2-methylpropyl)phenyl]propanoate", "be-100", "112017-99-9", "propionic acid 2-(p-isobutylphenyl)- 2-pyridylmethyl ester", "2-pyridylmethyl 2-(4-isobutylphenyl)propionate", "pyridin-2-ylmethyl 2-(4-isobutylphenyl)propanoate", "pineprofen", "ibuprofen piconol [usan:jan][jan][usan]", "264-979-8[einecs]", "64622-45-3[rn]", "ibuprofen piconol [usan:jan]", "2-(p-isobutylphenyl)propionic acid 2-pyridylmethyl ester", "einecs 264-979-8", "112017-99-9[rn]", "staderm (tn)", "2-pyridylmethyl 2-(p-(2-methylpropyl)phenyl)propionate", "be 100", "ibuprofen piconol (jan/usan)[jan][usan]", "6631-13-6[rn]"}|>, "2790" -> <|"DatabaseID" -> "SW01775", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3545]}, "IsomericSmiles" -> "CC(C)Cc1ccc(cc1)C(C)C(=O)OCc2ccccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01122"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pimeprofen (-)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3673]}, "Synonyms" -> {"staderm", "ibuprofen piconol", "pimeprofen", "vesicum", "pyridin-2-ylmethyl 2-[4-(2-methylpropyl)phenyl]propanoate", "be-100", "112017-99-9", "propionic acid 2-(p-isobutylphenyl)- 2-pyridylmethyl ester", "2-pyridylmethyl 2-(4-isobutylphenyl)propionate", "pyridin-2-ylmethyl 2-(4-isobutylphenyl)propanoate", "pineprofen", "ibuprofen piconol [usan:jan][jan][usan]", "264-979-8[einecs]", "64622-45-3[rn]", "ibuprofen piconol [usan:jan]", "2-(p-isobutylphenyl)propionic acid 2-pyridylmethyl ester", "einecs 264-979-8", "112017-99-9[rn]", "staderm (tn)", "2-pyridylmethyl 2-(p-(2-methylpropyl)phenyl)propionate", "be 100", "ibuprofen piconol (jan/usan)[jan][usan]", "6631-13-6[rn]"}|>, "2791" -> <|"DatabaseID" -> "SW01776", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31384]}, "IsomericSmiles" -> "Cc1cccc(c1)N(C)C(=S)Oc2ccc3c(c2)CCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06183"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tolindate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 34051]}, "Synonyms" -> {"tolindate", "tolindate [usan:inn][inn][usan]", "27877-51-6", "m,n-dimethylthiocarbanilic acid o-5-indanyl ester", "tolindata", "ncgc00182984-01", "o-(5-indanyl) m,n-dimethylthiocarbanilate", "ac1l1qtx", "tolindato", "methyl (3-methylphenyl)carbamothioicacid o-(2,3-dihydro-1h-inden-5-yl)ester", "tolindatum", "tolindate (usan/inn)", "27877-51-6[rn]", "tolindate [usan:inn]", "tolindat"}|>, "2792" -> <|"DatabaseID" -> "SW01777", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293509], ExternalIdentifier["ChemSpiderID", 4892289]}, "IsomericSmiles" -> "c1cc2c3c(c1)C(=O)N(C[C@H]3CCC2)[C@@H]4C[NH+]5CCC4CC5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05343"]}, "OfficialNames" -> <|"Indian Approved Name" -> "palonosetron", "FDA Approved Drug" -> "PALONOSETRON HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918303], ExternalIdentifier["PubChemCompoundID", 6337614]}, "Synonyms" -> {"palonosetron hydrochloride", "aloxi", "palonocetron hydrochloride", "135729-62-3", "aloxi (tn)", "(3as)-2-[(3s)-1-azabicyclo[2.2.2]octan-3-yl]-3a", "palonosetron hcl", "onicita", "135729-62-3[rn]", "palonosetron", "ac1o3u53", "paloxi", "(3as)-2,3,3a,4,5,6-hexahydro-2-[(3s)-3-quinuclidinyl]-1h-benz[de]isoquinolin-1-one monohydrochloride", "(3as)-2-((3s)-1-azabicyclo[2.2.2]oct-3-yl)-2,3,3a,4,5,6-hexahydro-1h-benzo[de]isoquinolin-1-one", "119904-90-4[rn]", "1h-benz[de]isoquinolin-1-one 2-[(3s)-1-azabicyclo[2.2.2]oct-3-yl]-2,3,3a,4,5,6-hexahydro- (3as)-,hydrochloride (1:1)", "1h-benz[de]isoquinolin-1-one 2-[(3s)-1-azabicyclo[2.2.2]oct-3-yl]-2,3,3a,4,5,6-hexahydro- (3as)-,monohydrochloride", "rs 25259-197", "3-yl)-2,3,3a,4,5,6-hexahydro-benzo[", "135729-56-5[rn]", "(3as)-2,3,3a,4,5,6-hexahydro-2-[(3s)-3-quinuclidinyl]-1h-benz[de]isoquinolin-1-one", "chembl1189679", "palonosetronhcl", "rs-25259-197", "cs-0385", "149653-99-6[rn]", "(3as)-2-[(3s)-1-azabicyclo[2.2.2]oct-3-yl]-2,3,3a,4,5,6-hexahydro-1h-benzo[de]isoquinolin-1-one hydrochloride", "dsstox_cid_26610", "aurothioglucose[wiki][usp]", "(3as)-2-[(3s)-1-azabicyclo[2.2.2]oct-3-yl]-2,3,3a,4,5,6-hexahydro-1h-benzo[de]isochinolin-1-onhydrochlorid", "(3as)-2-[(3s)-1-azabicyclo[2.2.2]oct-3-yl]-2,3,3a,4,5,6-hexahydro-1h-benzo[de]isoquinolin-1-one hydrochloride (1:1)", "(3as)-2-((3s)-1-azabicyclo[2.2.2]oct-3-yl)-2,3,3a,4,5,6-hexahydro-1h-benzo[de]isoquinolin-1-one monohydrochloride", "hy-a0018", "ac1ocf9k", "no cas", "d07175", "chembl1720", "surecn3746", "(3as)-2-(s)-1-azabicyclo[2,2,2]oct-3-yl)-2,3,3a,4,5,6-hexahydro-1h-benz(d)isoquinolin-1-one", "akos015967749", "(s)-(s)-2-(1-aza-bicyclo[2.2.2]oct-;3-yl)-2,3,3a,4,5,6-hexahydro-benzo[; de]isoquinolin-1-one", "(s)-(s)-2-(1-aza-bicyclo[2.2.2]oct-", "(s)-1,2,3,4-tetrahydro-1-naphthalenecarboxylic acid", "135729-61-2[rn]", "onicit", "1h-benz[de]isoquinolin-1-one 2-[(3s)-1-azabicyclo[2.2.2]oct-3-yl]-2,3,3a,4,5,6-hexahydro- (3as)-", "de]isoquinolin-1-one", "135729-61-2", "(3as)-2-[(3s)-1-azabicyclo[2.2.2]oct-3-yl]-2,3,3a,4,5,6-hexahydro-1h-benzo[de]isoquinolin-1-one"}|>, "2793" -> <|"DatabaseID" -> "SW01778", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14009], ExternalIdentifier["ChemSpiderID", 14008]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00902"]}, "IsomericSmiles" -> "C[NH+]1CCC(C1)CN2c3ccccc3Sc4c2cccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04979"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methdilazine hcl;methdilazine", "FDA Approved Drug" -> "METHDILAZINE;METHDILAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164743018", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14677]}, "Synonyms" -> {"methdilazine", "tacaryl", "tacryl", "tacazyl", "methodilazine", "disyncram", "metodilazina [inn-spanish]", "methdilazinum [inn-latin]", "bristaline", "methdilazine hcl", "dilosyn", "tacaryl hydrochloride", "methilazine hydrochloride", "methdilazine monohydrochloride", "md", "methdilazine hydrochloride", "disyncran", "1229-35-2[rn]", "214-967-3[einecs]", "methdilazinum", "10-(1-methyl-3-pyrroldiylmethyl)phenothiazine hydrochloride", "metodilazina", "10h-phenothiazine 10-[(1-methyl-3-pyrrolidinyl)methyl]-", "10-[(1-methylpyrrolidin-3-yl)methyl]phenothiazine", "product 5022", "methdilazine [usan:ban:inn][inn][usan]", "10h-phenothiazine,10-[ (1-methyl-3-pyrrolidinyl)methyl]- monohydrochloride", "217-841-6[einecs]", "metodilazina[spanish][inn]", "10-((1-methyl-3-pyrrolidinyl)methyl)phenothiazine hydrochloride", "phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-,monohydrochloride", "methdilazinum[latin]", "10-((1-methyl-3-pyrrolidinyl)methyl)-10h-phenothiazine", "10-[(1-methylpyrrolidin-3-yl)methyl]-10h-phenothiazinehydrochloride", "10-((1-methyl-3-pyrrolidinyl)methyl)phenothiazine", "10-[(1-methylpyrrolidin-3-yl)methyl]-10h-phenothiazinehydrochloride (1:1)", "10-[(1-methylpyrrolidin-3-yl)methyl]-10h-phenothiazine", "phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-,hydrochloride", "1982-37-2[rn]", "phenothiazine 10-[(1-methyl-3-pyrrolidinyl)methyl]-,hydrochloride", "tacaryl[wiki]", "10-((1-methyl-3-pyrrolidinyl)methyl)phenothiazine monohydrochloride", "10h-phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-", "10h-phenothiazine,10-((1-methyl-3-pyrrolidinyl)methyl)- monohydrochloride", "10h-phenothiazine,10-[(1-methyl-3-pyrrolidinyl)methyl]- monohydrochloride", "10-[(1-methyl-3-pyrrolidinyl)methyl]-10h-phenothiazine[acd/iupac name]", "10-[(1-methyl-3-pyrrolidinyl)methyl]-10h-phenothiazinehydrochloride (1:1)[acd/iupac name]", "phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-", "10-[(1-methyl-3-pyrrolidinyl)methyl]phenothiazine hydrochloride", "methdilazine[wiki]", "phenothiazine 10-[ (1-methyl-3-pyrrolidinyl)methyl]-,monohydrochloride", "10h-phenothiazine,10-[(1-methyl-3-pyrrolidinyl)methyl]- hydrochloride(1:1)"}|>, "2794" -> <|"DatabaseID" -> "SW01778", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14009], ExternalIdentifier["ChemSpiderID", 14008]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00902"]}, "IsomericSmiles" -> "C[NH+]1CCC(C1)CN2c3ccccc3Sc4c2cccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04979"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methdilazine hcl;methdilazine", "FDA Approved Drug" -> "METHDILAZINE;METHDILAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164743018", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14677]}, "Synonyms" -> {"methdilazine", "tacaryl", "tacryl", "tacazyl", "methodilazine", "disyncram", "metodilazina [inn-spanish]", "methdilazinum [inn-latin]", "bristaline", "methdilazine hcl", "dilosyn", "tacaryl hydrochloride", "methilazine hydrochloride", "methdilazine monohydrochloride", "md", "methdilazine hydrochloride", "disyncran", "1229-35-2[rn]", "214-967-3[einecs]", "methdilazinum", "10-(1-methyl-3-pyrroldiylmethyl)phenothiazine hydrochloride", "metodilazina", "10h-phenothiazine 10-[(1-methyl-3-pyrrolidinyl)methyl]-", "10-[(1-methylpyrrolidin-3-yl)methyl]phenothiazine", "product 5022", "methdilazine [usan:ban:inn][inn][usan]", "10h-phenothiazine,10-[ (1-methyl-3-pyrrolidinyl)methyl]- monohydrochloride", "217-841-6[einecs]", "metodilazina[spanish][inn]", "10-((1-methyl-3-pyrrolidinyl)methyl)phenothiazine hydrochloride", "phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-,monohydrochloride", "methdilazinum[latin]", "10-((1-methyl-3-pyrrolidinyl)methyl)-10h-phenothiazine", "10-[(1-methylpyrrolidin-3-yl)methyl]-10h-phenothiazinehydrochloride", "10-((1-methyl-3-pyrrolidinyl)methyl)phenothiazine", "10-[(1-methylpyrrolidin-3-yl)methyl]-10h-phenothiazinehydrochloride (1:1)", "10-[(1-methylpyrrolidin-3-yl)methyl]-10h-phenothiazine", "phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-,hydrochloride", "1982-37-2[rn]", "phenothiazine 10-[(1-methyl-3-pyrrolidinyl)methyl]-,hydrochloride", "tacaryl[wiki]", "10-((1-methyl-3-pyrrolidinyl)methyl)phenothiazine monohydrochloride", "10h-phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-", "10h-phenothiazine,10-((1-methyl-3-pyrrolidinyl)methyl)- monohydrochloride", "10h-phenothiazine,10-[(1-methyl-3-pyrrolidinyl)methyl]- monohydrochloride", "10-[(1-methyl-3-pyrrolidinyl)methyl]-10h-phenothiazine[acd/iupac name]", "10-[(1-methyl-3-pyrrolidinyl)methyl]-10h-phenothiazinehydrochloride (1:1)[acd/iupac name]", "phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-", "10-[(1-methyl-3-pyrrolidinyl)methyl]phenothiazine hydrochloride", "methdilazine[wiki]", "phenothiazine 10-[ (1-methyl-3-pyrrolidinyl)methyl]-,monohydrochloride", "10h-phenothiazine,10-[(1-methyl-3-pyrrolidinyl)methyl]- hydrochloride(1:1)"}|>, "2795" -> <|"DatabaseID" -> "SW01778", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14009], ExternalIdentifier["ChemSpiderID", 14008]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00902"]}, "IsomericSmiles" -> "C[NH+]1CCC(C1)CN2c3ccccc3Sc4c2cccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04979"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methdilazine hcl;methdilazine", "FDA Approved Drug" -> "METHDILAZINE;METHDILAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164743018", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14677]}, "Synonyms" -> {"methdilazine", "tacaryl", "tacryl", "tacazyl", "methodilazine", "disyncram", "metodilazina [inn-spanish]", "methdilazinum [inn-latin]", "bristaline", "methdilazine hcl", "dilosyn", "tacaryl hydrochloride", "methilazine hydrochloride", "methdilazine monohydrochloride", "md", "methdilazine hydrochloride", "disyncran", "1229-35-2[rn]", "214-967-3[einecs]", "methdilazinum", "10-(1-methyl-3-pyrroldiylmethyl)phenothiazine hydrochloride", "metodilazina", "10h-phenothiazine 10-[(1-methyl-3-pyrrolidinyl)methyl]-", "10-[(1-methylpyrrolidin-3-yl)methyl]phenothiazine", "product 5022", "methdilazine [usan:ban:inn][inn][usan]", "10h-phenothiazine,10-[ (1-methyl-3-pyrrolidinyl)methyl]- monohydrochloride", "217-841-6[einecs]", "metodilazina[spanish][inn]", "10-((1-methyl-3-pyrrolidinyl)methyl)phenothiazine hydrochloride", "phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-,monohydrochloride", "methdilazinum[latin]", "10-((1-methyl-3-pyrrolidinyl)methyl)-10h-phenothiazine", "10-[(1-methylpyrrolidin-3-yl)methyl]-10h-phenothiazinehydrochloride", "10-((1-methyl-3-pyrrolidinyl)methyl)phenothiazine", "10-[(1-methylpyrrolidin-3-yl)methyl]-10h-phenothiazinehydrochloride (1:1)", "10-[(1-methylpyrrolidin-3-yl)methyl]-10h-phenothiazine", "phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-,hydrochloride", "1982-37-2[rn]", "phenothiazine 10-[(1-methyl-3-pyrrolidinyl)methyl]-,hydrochloride", "tacaryl[wiki]", "10-((1-methyl-3-pyrrolidinyl)methyl)phenothiazine monohydrochloride", "10h-phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-", "10h-phenothiazine,10-((1-methyl-3-pyrrolidinyl)methyl)- monohydrochloride", "10h-phenothiazine,10-[(1-methyl-3-pyrrolidinyl)methyl]- monohydrochloride", "10-[(1-methyl-3-pyrrolidinyl)methyl]-10h-phenothiazine[acd/iupac name]", "10-[(1-methyl-3-pyrrolidinyl)methyl]-10h-phenothiazinehydrochloride (1:1)[acd/iupac name]", "phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-", "10-[(1-methyl-3-pyrrolidinyl)methyl]phenothiazine hydrochloride", "methdilazine[wiki]", "phenothiazine 10-[ (1-methyl-3-pyrrolidinyl)methyl]-,monohydrochloride", "10h-phenothiazine,10-[(1-methyl-3-pyrrolidinyl)methyl]- hydrochloride(1:1)"}|>, "2796" -> <|"DatabaseID" -> "SW01778", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14009], ExternalIdentifier["ChemSpiderID", 14008]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00902"]}, "IsomericSmiles" -> "C[NH+]1CCC(C1)CN2c3ccccc3Sc4c2cccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04979"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methdilazine hcl;methdilazine", "FDA Approved Drug" -> "METHDILAZINE;METHDILAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164743018", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14677]}, "Synonyms" -> {"methdilazine", "tacaryl", "tacryl", "tacazyl", "methodilazine", "disyncram", "metodilazina [inn-spanish]", "methdilazinum [inn-latin]", "bristaline", "methdilazine hcl", "dilosyn", "tacaryl hydrochloride", "methilazine hydrochloride", "methdilazine monohydrochloride", "md", "methdilazine hydrochloride", "disyncran", "1229-35-2[rn]", "214-967-3[einecs]", "methdilazinum", "10-(1-methyl-3-pyrroldiylmethyl)phenothiazine hydrochloride", "metodilazina", "10h-phenothiazine 10-[(1-methyl-3-pyrrolidinyl)methyl]-", "10-[(1-methylpyrrolidin-3-yl)methyl]phenothiazine", "product 5022", "methdilazine [usan:ban:inn][inn][usan]", "10h-phenothiazine,10-[ (1-methyl-3-pyrrolidinyl)methyl]- monohydrochloride", "217-841-6[einecs]", "metodilazina[spanish][inn]", "10-((1-methyl-3-pyrrolidinyl)methyl)phenothiazine hydrochloride", "phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-,monohydrochloride", "methdilazinum[latin]", "10-((1-methyl-3-pyrrolidinyl)methyl)-10h-phenothiazine", "10-[(1-methylpyrrolidin-3-yl)methyl]-10h-phenothiazinehydrochloride", "10-((1-methyl-3-pyrrolidinyl)methyl)phenothiazine", "10-[(1-methylpyrrolidin-3-yl)methyl]-10h-phenothiazinehydrochloride (1:1)", "10-[(1-methylpyrrolidin-3-yl)methyl]-10h-phenothiazine", "phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-,hydrochloride", "1982-37-2[rn]", "phenothiazine 10-[(1-methyl-3-pyrrolidinyl)methyl]-,hydrochloride", "tacaryl[wiki]", "10-((1-methyl-3-pyrrolidinyl)methyl)phenothiazine monohydrochloride", "10h-phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-", "10h-phenothiazine,10-((1-methyl-3-pyrrolidinyl)methyl)- monohydrochloride", "10h-phenothiazine,10-[(1-methyl-3-pyrrolidinyl)methyl]- monohydrochloride", "10-[(1-methyl-3-pyrrolidinyl)methyl]-10h-phenothiazine[acd/iupac name]", "10-[(1-methyl-3-pyrrolidinyl)methyl]-10h-phenothiazinehydrochloride (1:1)[acd/iupac name]", "phenothiazine 10-((1-methyl-3-pyrrolidinyl)methyl)-", "10-[(1-methyl-3-pyrrolidinyl)methyl]phenothiazine hydrochloride", "methdilazine[wiki]", "phenothiazine 10-[ (1-methyl-3-pyrrolidinyl)methyl]-,monohydrochloride", "10h-phenothiazine,10-[(1-methyl-3-pyrrolidinyl)methyl]- hydrochloride(1:1)"}|>, "2797" -> <|"DatabaseID" -> "SW01779", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28592"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 558800]}, "IsomericSmiles" -> "CCCCCC[C@H](C/C=C\\CCCCCCCC(=O)[O-])O", "OfficialNames" -> <|"Australia Approved Name" -> "RICINOLEIC ACID"|>, "Synonyms" -> {"(r-(z))-12-hydroxy-9-octadecenoic acid", "(9z,12r)-12-hydroxy-9-octadecensaeure", "12r-hydroxy-9z-octadecenoic acid", "(9z,12r)-12-hydroxyoctadec-9-enoic acid", "12-hydroxy-cis-9-octadecenoic acid", "ricinic acid", "ricinolic acid", "9-octadecenoic acid 12-hydroxy- [r-(z)]-", "(r,z)-12-hydroxyoctadec-9-enoic acid", "soricin", "(9z,12r)-12-hydroxy-9-octadecenoic acid", "12-d-hydroxy-9-cis-octadecenoic acid", "(cis,r)-12-hydroxyoctadec-9-enoic acid", "(r)-12-hydroxy-cis-9-octadecenoic acid", "colidosan", "12-hydroxyoleic acid", "[141-22-0]", "(9z)-12-hydroxyoctadec-9-enoic acid", "(9z)-(12s)-hydroxyoctadecenoic acid", "ricinolsaeure", "12-hydroxy-cis-9-octadecenoic acid;ricinic acid; ricinoleic acid", "ricinoleic acid (9c,12oh)", "nouracid cs 80", "205-470-2[einecs]", "d-12-hydroxyoleic acid", "(z,r)-12-hydroxyoctadec-9-enoic acid", "1727811[beilstein]", "5323-95-5[rn]", "141-22-0[rn]", "12-oh 9c-18:1", "12-hydroxy-9-octadecenoic acid[acd/iupac name]", "ricinoleic acid", "9-octadecenoic acid 12-hydroxy- (9z,12r)-", "[r-(z)]-12-hydroxy-9-octadecenoic acid", "12-hydroxyoctadeca-9-enoic acid"}|>, "2798" -> <|"DatabaseID" -> "SW01780", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02955"]}, "IsomericSmiles" -> "CCCCCC[C@@H](C/C=C/CCCCCCCC(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ricinelaidic"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5312852]}, "Synonyms" -> {"9-octadecenoic acid", "ricinoleic acid", "ac1nsnph", "db02955", "lmfa02000213", "12s-hydroxy-9e-octadecenoic acid", "12s-home(9e)", "(e"}|>, "2799" -> <|"DatabaseID" -> "SW01781", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3513]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00999"]}, "IsomericSmiles" -> "c1c2c(cc(c1Cl)S(=O)(=O)N)S(=O)(=O)NCN2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00340"]}, "OfficialNames" -> <|"China Approved Name" -> "lrbesartan hydrochlorothiazide;hydrochlorothiazide", "Indian Approved Name" -> "hydrochlorothiazide;hydrochlorthiazide", "WHO Essential Medicine" -> "hydrochlorothiazide", "Australia Approved Name" -> "SODIUM CHLORIDE COMPOUND", "FDA Approved Drug" -> "HYDROCHLOROTHIAZIDE"|>, "PharmGKBID" -> "PA449899", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3639]}, "Synonyms" -> {"servithiazid", "dichlotiazid", "hypothiazide", "hidrotiazida", "hydrosaluric", "hydrodiuretic", "hydrochlorothiazide", "aquarills", "vetidrex", "diclotride", "dihydrochlorothiazid", "diu-melusin", "hydro-aquil", "dihydroxychlorothiazidum", "panurin", "thiuretic", "hydrochlorthiazide", "nefrix", "esidrex", "thlaretic", "disalunil", "jen-diril", "chlorzide", "hcz", "ivaugan", "bremil", "maschitt", "aquarius", "3,4-dihydro-6-chloro-7-sulfamyl-1,2,4-benzothiadiazine-1,1-dioxide", "timolide", "hydril", "esimil", "idrotiazide", "dihydrochlorurit", "direma", "hidroronol", "dihydrochlorothiazide", "hydrochlorothiazid", "chlorosulthiadil", "hydrothide", "neoflumen", "dichlotride", "apresazide", "hctz", "neo-codema", "esidrix", "hypothiazid", "hidrochlortiazid", "microzide", "megadiuril", "dihydrochlorurite", "urodiazin", "cidrex", "fluvin", "thiaretic", "hidril", "newtolide", "dichlorosal", "ro-hydrazide", "dihydrochlorothiazidum", "drenol", "caplaril", "hydrozide", "hydro-reserp", "6-chloro-3,4-dihydro-2h-benzo[e][1,2,4]thiadiazine-7-sulfonamide 1,1-dioxide", "dutoprol", "apresoline-esidrix", "6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "urozide", "hslo", "hydrap-es", "ser-a-gen", "hidro-niagrin", "dichlotride[wiki]", "neocodema", "6-chloro-7-sulfamoyl-3 4-dihydro-2h-1,2,4-benzothiadiazine 1,1-dioxide", "hydrodiuril", "hyclosid", "hidroclorotiazida[spanish][inn]", "viskazide", "2h-1,2 4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro- 1 1-dioxide", "inderide-40/25", "atacand hct (candesartan + hydrochlorothiazide)_mixture", "hydra-zide (hydralazine + hydrochlorothiazide)_mixture", "aldoril", "dihydran", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-,1 1-dioxide", "6-chloro-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine1,1-dioxide", "avalide (irbesartan + hydrochlorothiazide)_mixture", "concor plus", "moduretic", "diurogen", "6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide; 6-chloro-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide", "zestoretic (lisinopril + hydrochlorothiazide)_mixture", "hydra-zide", "diu 25 vigt", "slowpoke homolog", "novodiurex", "slo1", "slo homolog", "unazid", "hytrid", "aquarius[wiki]", "aldoril (methyldopa + hydrochlorothiazide)_mixture", "hyzaar[wiki]", "micardis hct (telmisartan + hydrochlorothiazide)_mixture", "hydrochloro thiazide", "vaseretic", "6-chloro-3,4-dihydro-7-sulfamoyl-2h-1,2,4-benzothiadiazine 1,1-dioxide", "hydrochlorothiazide [ban:inn:jan][inn][jan]", "acuretic", "neoflumen.", "hydro-ride", "hydrochlorthiazidum", "aquazide-h", "maxik", "condiuren", "selozide", "6-chloro-1,1-dioxo-2h,3h,4h-benzo[e]1,2,4-thiadiazine-7-sulfonamide", "chlorsulfonamidodihydrobenzothiadiazine dioxide", "prinzide (lisinopril + hydrochlorothiazide)_mixture", "hydrocot", "hydro-saluric", "raunova plus", "h.r.-50", "hydro-d", "6-chloro-7-sulfamoyl-3,4-dihydro-2h-1,2,4-benzothiadiazine 1,1-dioxide", "h.h. 50/50", "hydrochlorothiazide[wiki]", "hydrodiuril[wiki]", "zestoretic", "hydro-t", "dyazide[wiki]", "saldiuril", "dicyclotride", "6-chloro-3,4-dihydro-7-sulfamoyl-2h-1,2 4-benzothiadiazine 1,1-dioxide", "hydro par", "bk channel", "ser-ap-es", "monopril-hct", "catiazida", "200-403-3[einecs]", "inderide-80/25", "natrinax", "lotensin hct (benazepril + hydrochlorothiazide)_mixture", "monopril-hct (fosinopril + hydrochlorothiazide)_mixture", "lopressor hct (metoprolol + hydrochlorothiazide)_mixture", "carozide", "sectrazide", "apo-hydro", "diaqua", "125727-50-6[rn]", "avalide", "chlothia", "kca1.1", "maxi k channel", "aldazida", "ziac", "panurin dichloride", "uniretic", "chlorosulphadil", "3,4-dihydro-6-chloro-7-sulfamoyl-1,2,4-benzothiadiazine-1,1-dioxide", "6-chloro-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine-1,1-dioxide", "inderide", "indroclor", "k(vca)alpha", "bkca alpha", "aldoril d50", "esoidrina", "dichlorotride", "6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide-1,1-dioxide", "aldactazide[wiki]", "manuril", "prinzide", "quinaretic", "hydro-diuril", "mictrin", "spironazide", "6-chloro-1,1-dioxo-3,4-dihydro-2h-1", "3,4-dihydrochlorothiazide", "hyzaar (losartan + hydrochlorothiazide)_mixture", "timolide (timolol + hydrochlorothiazide)_mixture", "tandiur", "esidrix (tn)", "clorana", "lotensin hct", "6-chloro-3,4-dihydro-7-sulfamoyl-2h-1,2,4-benzothiadiazine-1,1-dioxide", "aldactazide 25/25", "hydrochlorothiazide intensol", "modurcen", "pantemon", "inderide (propranolol + hydrochlorothiazide)_mixture", "capozide", "oretic[wiki]", "briazide", "medozide", "dichlothiazide", "mazide 25 mg", "maxzide-25", "hidrosaluretil", "625101", "aldectazide 50/50", "hct-isis", "58-93-5[rn]", "accuretic[wiki]", "h.h. 25/25", "hydro-chlor", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-,1,1-dioxide", "normozide", "diovan hct (valsartan + hydrochlorothiazide)_mixture", "teveten hct (eprosartan + hydrochlorothiazide)_mixture", "dixidrasi", "aldoril d30", "maxzide (triamterene + hydrochlorothiazide)_mixture", "calcium-activated potassium channel subfamily m subunit alpha 1", "vasoretic", "hydropres", "spironolactone/hydrochlorothiazide", "zide", "mikorten", "hydrozide injection veterinary", "neo-minzil", "slo-alpha", "accuretic (quinapril + hydrochlorothiazide)_mixture", "uniretic hct (moexipril + hydrochlorothiazide)_mixture", "8049-49-8[rn]", "cam-ap-es", "hypothaizide", "moduretic (amiloride + hydrochlorothiazide)_mixture", "nefrol", "aquazide h", "ziac (bisoprolol + hydrochlorothiazide)_mixture", "maxzide", "neo-flumen", "disothiazid", "vaseretic (enalapril + hydrochlorothiazide)_mixture", "unipres", "hydrochlorothiazidum", "capozide (captopril + hydrochlorothiazide)_mixture", "6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "didral", "inderide 80/25", "chlorizide", "benicar hct (olmesartan + hydrochlorothiazide)_mixture", "d006852", "microzide[wiki]", "lopressor hct", "337376-15-5", "idroclorotiazide [dcit]", "6-chlor-3,4-dihydro-2h-1,2,4-benzothiadiazin-7-sulfonamid-1,1-dioxid", "acuilix", "aldactazide (spironolactone + hydrochlorothiazide)_mixture", "dyazide (triamterene + hydrochlorothiazide)_mixture"}|>, "2800" -> <|"DatabaseID" -> "SW01782", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "20794"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 393054]}, "IsomericSmiles" -> "C[n+]1cn(c2c1c(=O)[nH]c(n2)N)[C@H]3[C@@H]([C@@H]([C@H](O3)CO)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "ampholyt g"|>, "Synonyms" -> {"g", "g; m7g", "ethylguanosine", "li7", "7-methylguanosine", "m7g", "mg7", "20244-86-4[rn]", "3631436[beilstein]"}|>, "2801" -> <|"DatabaseID" -> "SW01783", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83169]}, "IsomericSmiles" -> "CC(=O)c1ccc(cc1)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "picein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92123]}, "Synonyms" -> {"ameliaroside", "picein", "1-[4-(b-d-glucopyranosyloxy)phenyl]ethanone", "hms2192o04", "l-picein", "1-(4-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}phenyl)ethanone", "salinigrin", "piceoside", "4'-(b-d-glucopyranosyloxy)acetophenone", "208-473-7[einecs]", "530-14-3[rn]", "p-(acetylphenyl)-b-d-glucopyranoside", "1-[4-(?-d-glucopyranosyloxy)phenyl]ethan-1-one", "p-hydroxyacetophenone-d-glucoside", "chembl1512620", "530-14-3", "einecs 208-473-7", "mls002472970", "ac1q5gio", "salicinerein", "ac1l3ngp", "molport-006-111-638", "1-(4-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}phenyl)ethanon"}|>, "2802" -> <|"DatabaseID" -> "SW01784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10216477]}, "IsomericSmiles" -> "COc1cc2ccc3c(c2cc1OC)C(=O)C(=CC3=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sphenone a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21593740]}, "Synonyms" -> {"sphenone a", "chembl469028"}|>, "2803" -> <|"DatabaseID" -> "SW01785", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23339568]}, "IsomericSmiles" -> "C[C@@H]1C[C@@H]([C@]2([C@@]13CC(=O)[C@]([C@@]2(COC(=O)C3)C)(C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudoanisatin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44566790]}, "Synonyms" -> {"pseudoanisatin", "1,5a-propano-5ah-cyclopent[d]oxepin-4,10(5h)-dione hexahydro-8,8a,11-trihydroxy-1,6,11-trimethyl-,(1r,5ar,6r,8s,8ar,11r)-", "(1r,5ar,6r,8s,8ar,11r)-8,8a,11-trihydroxy-1,6,11-trimethylhexahydro-1,5a-propanocyclopenta[d]oxepine-4,10(5h)-dione", "chembl504536"}|>, "2804" -> <|"DatabaseID" -> "SW01786", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 322443]}, "IsomericSmiles" -> "COc1cc2c3c(c1OC)-c4cc(ccc4C[C@H]3[NH2+]CC2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tuduranine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 363262]}, "Synonyms" -> {"tuduranine", "(r)-5,6,6a,7-tetrahydro-1,2-dimethoxy-4h-dibenzo[de,g]quinolin-10-ol", "c17077", "zinc19550899", "1,2-dimethoxy-6ab-noraporphin-10-ol", "nsc628014", "nsc-628014", "ac1l7mc4", "ac1q7a0l", "tsuduranine", "517-97-5[rn]", "tuduranine hydrochloride", "ar-1l7904"}|>, "2805" -> <|"DatabaseID" -> "SW01787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88910]}, "IsomericSmiles" -> "COc1cc2c3c(c1OC)C4(CC3[NH2+]CC2)C=CC(=O)C=C4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stepharine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98455]}, "Synonyms" -> {"stepharine (8ci)", "stepharine", "ac1l406j", "hms1607i01", "2810-21-1", "ar-1g6199", "2810-21-1[rn]", "nsc135069", "5'", "ac1q6ace", "molport-001-943-939"}|>, "2806" -> <|"DatabaseID" -> "SW01787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88910]}, "IsomericSmiles" -> "COc1cc2c3c(c1OC)C4(CC3[NH2+]CC2)C=CC(=O)C=C4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stepharine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98455]}, "Synonyms" -> {"stepharine (8ci)", "stepharine", "ac1l406j", "hms1607i01", "2810-21-1", "ar-1g6199", "2810-21-1[rn]", "nsc135069", "5'", "ac1q6ace", "molport-001-943-939"}|>, "2807" -> <|"DatabaseID" -> "SW01788", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4575366]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=CC=C3[C@H]1C5)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Oripavine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5462306]}, "Synonyms" -> {"dnc008421", "467-04-9[rn]", "dea no. 9330", "207-385-6[einecs]", "oripavine[wiki]", "chembl437602", "467-04-9", "o3-demethylthebaine", "oripavine", "4-27-00-02270 (beilstein handbook reference)[beilstein]", "6", "brn 0046094", "einecs 207-385-6", "(5alpha)-6", "morphinan-3-ol"}|>, "2808" -> <|"DatabaseID" -> "SW01788", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4575366]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=CC=C3[C@H]1C5)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Oripavine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5462306]}, "Synonyms" -> {"dnc008421", "467-04-9[rn]", "dea no. 9330", "207-385-6[einecs]", "oripavine[wiki]", "chembl437602", "467-04-9", "o3-demethylthebaine", "oripavine", "4-27-00-02270 (beilstein handbook reference)[beilstein]", "6", "brn 0046094", "einecs 207-385-6", "(5alpha)-6", "morphinan-3-ol"}|>, "2809" -> <|"DatabaseID" -> "SW01789", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "195280"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62138]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06697"]}, "IsomericSmiles" -> "C[C@@H]1CC[C@H]2[C@H]([C@H](O[C@H]3[C@@]24[C@H]1CC[C@](O3)(OO4)C)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02483 "]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ARTEMETHER"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68911]}, "Synonyms" -> {"dihydroartemisinin methyl ether", "coartem", "methyl-dihydroartemisinine", "artemether", "artemetero", "artemetherum", "artemisininelactol methyl ether", "3,12-epoxy-12h-pyrano[4,3-j]-1,2-benzodioxepin decahydro-10-methoxy-3,6,9-trimethyl- (5as,6r,8as,9r,10s,12r,12ar)-", "artemether[wiki][inn]", "artemetherum[latin]", "paluther", "artemetero [inn-spanish]", "(3r,5as,6r,8as,9r,10s,12r,12ar)-decahydro-10-methoxy-3,6,9-trimethyl-3,12-epoxy-12h-pyrano(4,3-j)-1,2-benzodioxepin", "beta-artemether", "(3r,5as,6r,8as,9r,10s,12r,12ar)-10-methoxy-3,6,9-trimethyldecahydro-3,12-epoxy[1,2]dioxepino[4,3-i]isochromene", "(1r,4s,5r,8s,9r,10s,12r,13r)-10-methoxy-1,5,9-trimethyl-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecane", "dihydroquinghaosu methyl ether", "71963-77-4[rn]", "artemetheri", "159573-83-8[rn]", "beta-dihydroartemisinin methyl ether", "artemetherum [inn-latin]", "coartem (artemether lumefantrine)_mixture", "(3r,5as,6r,8as,9r,10s,12r,12ar)-10-methoxy-3,6,9-trimethyldecahydro-3,12-epoxypyrano[4,3-j][1,2]benzodioxepine", "dihydroqinghaosu methyl ether;sm-224;sm-224", "riamet (artemether lumefantrine)_mixture", "artemetero[spanish][inn]", "artemos", "10-methoxy-1,5,9-trimethyl-(1r,4s,5r,8s,9r,10s,12r,13r)-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecane", "3,12-epoxy-12h-pyrano[4,3-j]-1,2-benzodioxepin decahydro-10-methoxy-3,6,9-trimethyl- (3r,5as,6r,8as,9r,10s,12r,12ar)-", "(4s,5r,8s,9r,10s,12r,13r)-10-methoxy-1,5,9-trimethyl-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecane", "artemetherum [inn_la]", "(1r,4s,5r,8s,9r,10s,12r,13r)-10-methoxy-1,5,9-trimethyl-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecane[acd/iupac name]", "artenam", "artemetero; artemether; artemetherum"}|>, "2810" -> <|"DatabaseID" -> "SW01790", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1267148]}, "IsomericSmiles" -> "CC(=CCC/C(=C/COc1ccc2ccc(=O)oc2c1)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aurapten"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1550607]}, "Synonyms" -> {"2h-1-benzopyran-2-one", "aurapten", "7-geranyloxycoumarin", "7-[(3,7-dimethyl-2,6-octadien-1-yl)oxy]-2h-chromen-2-one", "7-((2e)-3,7-dimethylocta-2,6-dienyloxy)chromen-2-one", "7-{[(2e)-3,7-dimethyl-2,6-octadien-1-yl]oxy}-2h-chromen-2-on", "upcmld-dp061", "495-02-3", "495-02-3[rn]", "7-[(3,7-dimethyl-2,6-octadienyl)oxy]-2h-chromen-2-one", "2h-1-benzopyran-2-one 7-[[(2e)-3,7-dimethyl-2,6-octadien-1-yl]oxy]-", "7-((e)-3,7-dimethyl-octa-2,6-dienyloxy)-chromen-2-one", "auraptene", "mls001049098", "auraptene[wiki]", "7-{[(2e)-3,7-dimethyl-2,6-octadien-1-yl]oxy}-2h-chromen-2-one", "(e)-7-((3,7-dimethylocta-2,6-dien-1-yl)oxy)-2h-chromen-2-one", "ac1lt3mk", "2h-1-benzopyran-2-one 7-[(3,7-dimethyl-2,6-octadienyl)oxy]- (e)-", "o-geranylumbelliferone;", "bio-0625", "o-geranylumbelliferone;feronialactone;7-geranyloxycoumarin", "2h-1-benzopyran-2-one 7-((3,7-dimethyl-2,6-octadienyl)oxy)- (e)-", "3/2/495", "7-{[(2e)-3,7-dimethylocta-2,6-dien-1-yl]oxy}-2h-chromen-2-one", "coumarin 7-[(3,7-dimethyl-2,6-octadienyl)oxy]- (e)-"}|>, "2811" -> <|"DatabaseID" -> "SW01791", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5995]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@]2(C#C)O)CCC4=C3CCC(=O)C4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05207"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NORETHYNODREL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6231]}, "Synonyms" -> {"noretynodrel", "norethynodrel", "norethynodrel [progestins]", "norethinodrel", "19-norethynodrel", "lynestrol", "noretinodrel [dcit]", "4-08-00-01222 (beilstein handbook reference)[beilstein]", "200-682-1[einecs]", "(8r,9s,13s,14s,17r)-17-ethynyl-17-hydroxy-13-methyl-1,2,4,6,7,8,9,11,12,13,14,15,16,17-tetradecahydro-cyclopenta[a]phenanthren-3-one", "(8r,9s,13s,14s,17r)-17-ethynyl-17-hydroxy-13-methyl-1,2,4,6,7,8,9,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one", "enovid", "17a-ethynyl-17-hydroxy-5(10)-estren-3-one", "enovid[wiki]", "17-ethinyl-5(10)-estraeneolone", "enovid-e", "norethynodrel[wiki]", "13-methyl-17-ethynyl-17-hydroxy-1,2,3,4,6,7,8,9,11,12,13,14,16,17-tetradecahydro-15h-cyclopenta(a)-phenanthrene-3-one", "sc-4642", "componentof enovid;infecundin;norethinodrel;norethinynodrel;norethynodral;norethynodrel", "68-23-5", "noretynodrelum[latin]", "68-23-5[rn]", "8015-30-3[rn]", "norethynodrel [usan:ban][usan]", "19-nor-ethinyl-5,10-testosterone"}|>, "2812" -> <|"DatabaseID" -> "SW01792", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7627"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5994]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00717"]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@]2(C#C)O)CCC4=CC(=O)CC[C@H]34", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00182"]}, "OfficialNames" -> <|"China Approved Name" -> "norethisterone", "Indian Approved Name" -> "norethisterone;norethindrone acetate", "WHO Essential Medicine" -> "norethisterone", "Australia Approved Name" -> "NORETHISTERONE", "FDA Approved Drug" -> "NORETHINDRONE"|>, "PharmGKBID" -> "PA450651", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6230]}, "Synonyms" -> {"camila", "primolut-n", "norethisterone", "micronor", "norethindrone", "anovulatorio", "norethisteron", "norlutin", "norcolut", "binovum", "jenest", "micronovum", "utovlar", "noretisterone [dcit]", "anovule", "utovlan", "ethinylnortestosterone", "ortho-novum 7 7 7", "norpregneninlone", "noraethisteronum", "ortho 1 35", "primolut n", "norethynodron", "brevinor 28", "ortho 7 7 7", "necon", "brevinor 21", "jenest-28", "brevinor", "ovysmen 0.5 35", "conludaf", "conludag", "norluton", "tri-norinyl", "conceplan", "noresthisterone", "net", "trinovum", "proluteasi", "estrinor", "genora", "norlestrin", "norcept-e", "errin", "triella", "nor-qd", "nodiol", "synphasic 28", "norethadrone", "norethyndron", "gestest", "norfor", "mini-pe", "ciclovulan", "norgestin", "normapause", "nelova", "norethynodrone", "mini-pill", "norpregneninolone", "norimin", "anhydrohydroxynorprogesterone", "ovysmen 1 35", "ortho-novum 1 50", "norpregneninotone", "ovysmen", "ortho-novum", "ethynylnortestosterone", "ethynylmortestosterone", "brevinor-1 21", "trinovum 21", "brevinor-1 28", "norcept", "menzol", "ent", "noriday 28", "gencept", "ortho-novum 1 35", "minovlar", "noriday", "noralutin", "norluten", "orlest", "microneth", "nor-q.d.", "synphase", "micronett", "19-norethisterone", "norethindrone norethisterone", "ortho 0.5/35 tablets (28 day) (ethinyl estradiol + norethindrone)_mixture", "n.e.e.", "ortho-novum 1/50 tablets (28 day) (mestranol + norethindrone)_mixture", "brevicon 1/35 tablets (21 day) (ethinyl estradiol + norethindrone)_mixture", "norinyl 1/50 - 21-day pack (mestranol + norethindrone)_mixture", "neocon", "norethisteronum [inn-latin]", "ortho-novum 1/50 tablets (21 day) (mestranol + norethindrone)_mixture", "perovex", "ortho 10/11 tablets (28 day) (ethinyl estradiol + norethindrone)_mixture", "brevicon 0.5/35 (21 day) (ethinyl estradiol + norethindrone)_mixture", "loestrin", "noretisterona [inn-spanish]", "select 1/35 (28 day) (ethinyl estradiol + norethindrone)_mixture", "femhrt 1/5 (ethinyl estradiol + norethindrone acetate)_mixture", "norinyl 1/50 (21 day) (mestranol + norethindrone)_mixture", "loestrin 1.5/30 21-day pack (ethinyl estradiol + norethindrone acetate)_mixture", "select 1/35 (21 day) (ethinyl estradiol + norethindrone)_mixture", "norinyl 1/50 (28 day) (mestranol + norethindrone)_mixture", "brevicon 1/35 tablets (28 day) (ethinyl estradiol + norethindrone)_mixture", "estalis 140/50 mcg (estradiol + norethindrone acetate)_mixture", "ortho 7/7/7 tablets (28 day) (ethinyl estradiol + norethindrone)_mixture", "minestrin 1/20 28 (ethinyl estradiol + norethindrone acetate)_mixture", "brevicon 0.5/35 tablets (28 day) (ethinyl estradiol + norethindrone)_mixture", "ortho 7/7/7 tablets (21 day) (ethinyl estradiol + norethindrone)_mixture", "palonyl", "norethin 1/35 e", "norethin 1/50 m", "norinyl 1/50 - 28-day pack (mestranol + norethindrone)_mixture", "synphasic (21 day) (ethinyl estradiol + norethindrone)_mixture", "pr", "norlutate", "ortho 0.5/35 tablets (21 day) (ethinyl estradiol + norethindrone)_mixture", "norethin", "demulen", "ortho 10/11 tablets (21 day) (ethinyl estradiol + norethindrone)_mixture", "norethisterone [progestins]", "brevicon 0.5/35 tablets (21 day) (ethinyl estradiol + norethindrone)_mixture", "estalis 250/50 mcg (estradiol + norethindrone acetate)_mixture", "minestrin 1/20 21 (ethinyl estradiol + norethindrone acetate)_mixture", "ovcon", "modicon", "ortho 1/35 tablets (21 day) (ethinyl estradiol + norethindrone)_mixture", "estracomb (estradiol + norethindrone acetate)_mixture", "norinyl", "brevicon", "milli", "loestrin 1.5/30 28-day pack (ethinyl estradiol + norethindrone acetate)_mixture", "norethindrone acetate", "brevicon 0.5/35 (28 day) (ethinyl estradiol + norethindrone)_mixture", "aygestin", "estalis sequi (estradiol + norethindrone acetate)_mixture", "synphasic (28 day) (ethinyl estradiol + norethindrone)_mixture", "ortho 1/35 tablets (28 day) (ethinyl estradiol + norethindrone)_mixture", "loestrin 24 fe", "19-nor-17alpa-ethynyltestosterone", "demulen[wiki]", "ethinyl-19-nortestosterone", "micronor (tn)", "19-nor-17-ethinyl testosterone", "ovral[wiki]", "noretisterona[spanish]", "loestrin[wiki]", "200-681-6[einecs]", "17-ethinyl-19-nortestosterone", "17a-ethynyl-19-nortestosterone", "19-norethinyltestosterone", "norethin[wiki]", "19-nor-17a-ethynylandrosten-17b-ol-3-one", "modicon[wiki]", "ortho micronor", "micronor[wiki]", "brevicon[wiki]", "17-ethynyl-17-hydroxyestr-4-en-3-one[acd/iupac name]", "estr-4-en-3-one 17-ethynyl-17-hydroxy- (17b)-", "19-norethindrone", "norethisteronum[latin]", "19-nor-17a-ethynyl-17b-hydroxy-4-androsten-3-one", "nora-be", "norethindrone[wiki][usp]", "(17b)-17-ethynyl-17-hydroxyestr-4-en-3-one", "(8r,9s,10r,13s,14s,17r)-17-ethynyl-17-hydroxy-13-methyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-cyclopenta[a]phenanthren-3-one", "19-nor-17a-ethynyltestosterone", "19-nor-ethinyl--4,5-testosterone", "1915671[beilstein]", "levlen[wiki]", "tri-levlen", "(17a)-17-hydroxy-19-norpregn-4-en-20-yn-3-one", "(8r,9s,10r,13s,14s,17r)-17-ethynyl-17-hydroxy-13-methyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one", "19-nortestosterone 17-ethynyl-", "19-nor-ethindrone", "norethisterone[wiki][jp15]", "primolut-n (tn)", "neocon[wiki]", "(8r,9s,10r,13s,14s,17r)-17-ethynyl-17-hydroxy-13-methyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-1h-cyclopenta[a]phenanthren-3(2h)-one", "norinyl[wiki]", "68-22-4[rn]", "nordette[wiki]", "milli[wiki]", "4-08-00-01221 (beilstein handbook reference)[beilstein]", "19-nor-17-ethinyltestosterone", "ovcon[wiki]", "(8r,9s,10r,13s,14s,17r)-17-ethinyl-17-hydroxy-13-methyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-on", "norethisterone acetate imp. a (ep)"}|>, "2813" -> <|"DatabaseID" -> "SW01793", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "36795"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54822]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00476"]}, "IsomericSmiles" -> "C[NH2+]CC[C@@H](c1cccs1)Oc2cccc3c2cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01179"]}, "OfficialNames" -> <|"Indian Approved Name" -> "duloxetine", "FDA Approved Drug" -> "DULOXETINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA10066", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60835]}, "Synonyms" -> {"yentreve", "cymbalta", "duloxetine", "duloxetine hydrochloride", "(s)-duloxetine", "(3s)-n-methyl-3-(1-naphthyloxy)-3-(2-thienyl)propan-1-amine", "116539-59-4[rn]", "duloxetine[wiki]", "yentreve (tn)", "(3s)-n-methyl-3-(naphthalen-1-yloxy)-3-(2-thienyl)propan-1-amine", "duloxetine hcl", "da transporter", "(+)-(s)-n-methyl-g-(1-naphthyloxy)-2-thiophenepropylamine", "duloxetine (inn)", "ly 248686", "chebi:36795", "hsdb 7368", "dat", "cymbalta[wiki]", "(s)-n-methyl-g-(1-naphthalenyloxy)-2-thiophenepropanamine", "(3s)-n-methyl-3-(naphthalen-1-yloxy)-3-(thiophen-2-yl)propan-1-amine", "(+-)-duloxetine", "4297128[beilstein]", "(+)-n-methyl-3-(1-naphthalenyloxy)-3-(2-thienyl)propanamine"}|>, "2814" -> <|"DatabaseID" -> "SW01794", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16279]}, "IsomericSmiles" -> "CCCCCCCCCCCC[n+]1ccc2ccccc2c1", "OfficialNames" -> <|"NPC Approved Name" -> "lauryl isoquinolinium saccharinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17197]}, "Synonyms" -> {"ac1l29iw", "2478-30-0[rn]", "1", "2478-30-0", "2-dodecylisoquinolinium 1", "lauryl isoquinolinium saccharinate"}|>, "2815" -> <|"DatabaseID" -> "SW01795", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8567]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04632"]}, "OfficialNames" -> <|"NPC Approved Name" -> "isopropyl palmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8907]}, "Synonyms" -> {"isopalm", "propal", "deltyl", "isopropyl hexadecanoate", "deltyl prime", "isopal", "isopropyl palmitate", "isopropyl n-hexadecanoate", "wickenol 111", "1-methylethyl hexadecanoate", "4-02-00-01167 (beilstein handbook reference)[beilstein]", "isopropylpalmitate", "1786567", "isopropyl palmitate[wiki][acd/iupac name]", "205-571-1[einecs]", "nikkol ipp", "emerest 2316", "142-91-6", "palmitic acid isopropyl ester", "palmitato de isopropila[portuguese]", "propan-2-yl hexadecanoate", "tegester isopalm", "142-90-6", "hexadecanoic acid 1-methylethyl ester", "emcol-ip", "hexadecanoic acid isopropyl ester", "unimate ipp", "sinnoester pit", "hexadecanoic acid", "142-91-6[rn]", "hexadecanoic acid 1-methylethyl ester"}|>, "2816" -> <|"DatabaseID" -> "SW01796", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11898]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arachic"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12404]}, "Synonyms" -> {"icosan-1-ol", "arachic alcohol", "n-eicosanol", "1-eicosanol", "n-1-eicosanol", "eicosanol", "eicosyl alcohol", "eicosan-1-ol", "arachidic alcohol", "arachidyl alcohol", "1705104", "629-96-9[rn]", "tl8004351", "arachinyl alcohol", "pri-n-eicosyl alcohol", "28679-05-2[rn]", "211-119-4[einecs]", "icosanol", "[629-96-9]", "1-icosanol[acd/iupac name]", "arachic alcohol; arachidyl alcohol; eicosyl alcohol"}|>, "2817" -> <|"DatabaseID" -> "SW01797", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16514"]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(cc3o2)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysoeriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280666]}, "Synonyms" -> {"3'-methoxyapigenin", "chryseriol", "einecs 207-742-6", "chrysoeriol", "brn 0295004", "491-71-4", "luteolin 3'-methyl ether", "5", "3'-o-methyluteolin", "chebi:16514"}|>, "2818" -> <|"DatabaseID" -> "SW01798", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293097]}, "IsomericSmiles" -> "C[C@@]1([C@@H](N2[C@H](S1(=O)=O)CC2=O)C(=O)[O-])Cn3ccnn3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03707"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tazobactum", "FDA Approved Drug" -> "TAZOBACTAM SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23663400], ExternalIdentifier["PubChemCompoundID", 6917877]}, "Synonyms" -> {"tazobac", "tazobactam sodium[usan]", "tazobactam sodium salt", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3-methyl-7-oxo-3-(1h-1,2,3-triazol-1-ylmethyl)- 4,4-dioxide sodium salt (2s,3s,5r)- (1:1)", "ytr-830h", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 3-methyl-7-oxo-3-(1h-1,2,3-triazol-1-ylmethyl)- 4,4-dioxide sodium salt (2s,3s,5r)-", "cl 307,579", "61477-96-1[rn]", "natrium-(2s,3s,5r)-3-methyl-7-oxo-3-(1h-1,2,3-triazol-1-ylmethyl)-4-thia-1-azabicyclo[3.2.0]heptan-2-carboxylat-4,4-dioxid", "89785-84-2[rn]", "tazocin[wiki]", "piperacillin sodium salt", "sodium[wiki][acd/iupac name]", "sodium (2s,3s,5r)-3-methyl-7-oxo-3-(1h-1,2,3-triazol-1-ylmethyl)-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate 4,4-dioxide", "tazobactam sodium", "tazocillin", "tazocilline", "59703-84-3[rn]", "tazobactum", "[2s-(2a,3b,5a)]-3-methyl-7-oxo-3-(1h-1,2,3-triazol-1-ylmethyl)-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 4,4-dioxidesodium salt", "sodium (2s,3s,5r)-3-methyl-7-oxo-3-(1h-1,2,3-triazol-1-ylmethyl)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylate 4,4-dioxide", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3-methyl-7-oxo-3-(1h-1,2,3-triazol-1-ylmethyl)- 4,4-dioxide sodium salt (2s,3s,5r)-", "ytr-830", "dsstox_rid_81299", "ncgc00159340-02", "chembl1439", "cl-307579", "tazobactam sodium (usan)", "dsstox_gsid_46030", "89785-84-2", "dsstox_cid_26030"}|>, "2819" -> <|"DatabaseID" -> "SW01799", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5147]}, "IsomericSmiles" -> "c1ccc2c(c1)ncc(n2)[N-]S(=O)(=O)c3ccc(cc3)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05952"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sulfaquinoxaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5338]}, "Synonyms" -> {"sulfaquinoxaline", "sulquin", "ursokoxaline", "sulphaquinoxaline", "kokozigal", "sulfaline", "avicocid", "sulfabenzpyrazine", "italquina", "sulfacox", "5-25-11-00125 (beilstein handbook reference)[beilstein]", "2-(p-aminobenzene)sulfonamidoquinoxaline", "n(sup1)-quinoxalin-2-ylsulfanilamide", "2-sulfanilamidobenzopyrazine", "mfcd00055406", "sulfanilamide n(sup 1)-2-quinoxalinyl-", "2-p-aminobenzenesulphonamidoquinoxaline", "8027-68-7[rn]", "sulfaquinoxaline [usan:inn:ban][inn][usan]", "4-amino-n-quinoxalin-2-ylbenzenesulfonamide", "sulfanilamide n1-2-quinoxalinyl-", "n'-2-quinoxalylsulfanilamide", "sulfa-q 20", "4-amino-n-(2-quinoxalinyl)benzenesulfonamide;sulfaquinoxalin", "n(sup 1)-(2-quinoxalinyl)sulfanilamide", "compound 3-120", "einecs 200-423-2", "n-(2-quinoxalinyl)sulfanilide", "4-amino-n-(2-quinoxalinyl)benzenesulfonamide[acd/iupac name]", "n-(2-quinoxalinyl)sulfanilamide", "benzenesulfonamide 4-amino-n-2-quinoxalinyl-", "sulfaquinoxalin", "200-423-2[einecs]", "2-(p-sulfanilamido)quinoxaline", "n(sup 1)-2-quinoxalinylsulfanilamide", "sqx", "59-40-5[rn]", "4-amino-n-(2-chinoxalinyl)benzolsulfonamid", "n1-2-quinoxalinyl sulfanilamide", "n1-(2-quinoxalinyl)sulfanilamide", "sulfachinoxalin", "c14h12n4o2s", "2-p-aminobenzenesulfonamidoquinoxaline", "4-amino-n-2-quinoxalinylbenzenesulfonamide", "sulfanilamide n(sup1)-2-quinoxalinyl-", "hsdb 7440", "sulfanilamide n1-2-quinoxalinyl- (8ci)", "2-sulfanilamidoquinoxaline", "sulfaquinoxaline [usan:ban:inn][inn][usan]", "5-25-11-00125[beilstein]", "4-amino-n-(quinoxalin-2-yl)benzene-1-sulfonamide", "n(sup1)-(2-quinoxalinyl)sulfanilamide", "n1-(2-quinoxalyl)sulfanilamide", "sulfaquinoxalinum[latin]", "n'-(2-quinoxalyl)sulfanilamide", "anti-k", "4-amino-n-(quinoxalin-2-yl)benzenesulfonamide", "sulfaquinoxalina[spanish][inn]"}|>, "2820" -> <|"DatabaseID" -> "SW01800", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94631], ExternalIdentifier["ChemSpiderID", 4445535]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01598"]}, "IsomericSmiles" -> "C[C@H]([C@@H]1[C@H]2CC(=C(N2C1=O)C(=O)[O-])SCC/[NH+]=C/N)O", "OfficialNames" -> <|"Indian Approved Name" -> "imipenem", "WHO Essential Medicine" -> "imipenem", "Australia Approved Name" -> "IMIPENEM", "FDA Approved Drug" -> "IMIPENEM"|>, "PharmGKBID" -> "PA449968", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 104838]}, "Synonyms" -> {"tienamycin", "n-formimidoylthienamycin", "imipemide", "imipenem", "mk 0787", "primaxin", "64221-86-9", "64221-86-9[rn]", "beta-lactamase precursor", "imp", "penicillinase", "ec 3.5.2.6", "imipenem anhydrous", "imipenem (inn)", "imipenem n-formimidoyl thienamycin", "prestwick_844", "(5r,6s)-6-[(1r)-1-hydroxyethyl]-3-({2-[(iminomethyl)amino]ethyl}sulfanyl)-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid--water(1/1)", "1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid 6-[(1r)-1-hydroxyethyl]-3-[[2-[(iminomethyl)amino]ethyl]thio]-7-oxo- (5r,6s)- monohydrate", "ipm", "(5r,6s)-3-((2-(formimidoylamino)ethyl)thio)-6-((r)-1-hydroxyethyl)-7-oxo-1-azabicyclo(3.2.0)hept-2-ene-2-carboxylic acid monohydrate", "74431-23-5[rn]", "imipenem hydrate", "tienam", "(5r,6s)-6-[(1r)-1-hydroxyethyl]-3-({2-[(iminomethyl)amino]ethyl}sulfanyl)-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid hydrate", "(5r,6s)-6-[(1r)-1-hydroxyethyl]-3-({2-[(iminomethyl)amino]ethyl}sulfanyl)-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid hydrate(1:1)", "[5r-[5a,6a(r*)]]-6-(1-hydroxyethyl)-3-[[2-[(iminomethyl)amino]ethyl]thio]-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid monohydrate", "23947-04-6", "1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid 6-[(1r)-1-hydroxyethyl]-3-[[2-[(iminomethyl)amino]ethyl]thio]-7-oxo- (5r,6s)- hydrate (1:1)", "8174596[beilstein]", "264-734-5[einecs]", "n-formimidoyl thienamycin monohydrate", "n-formimidoylthienamycin monohydrate", "imipemide; imipenem; imipenen; n-formimidoylthiena", "(5r,6s)-3-((2-(formimidoylamino)ethyl)thio)-6-((r)-1-hydroxyethyl)-7-oxo-1-azabicyclo(3.2.0)hept-2-ene-2-carboxylic acid", "imipenem (jp14)", "(5r,6s)-6-[(1r)-1-hydroxyethyl]-3-({2-[(iminomethyl)amino]ethyl}thio)-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "(5r,6s)-6-(1-hydroxyethyl)-3-({2-[(iminiomethyl)amino]ethyl}sulfanyl)-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylate", "(5r,6s)-6-(1-hydroxyethyl)-3-({2-[(iminiomethyl)amino]ethyl}thio)-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylate", "1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid 6-[(1r)-1-hydroxyethyl]-3-[[2-[(iminomethyl)amino]ethyl]thio]-7-oxo- (5r,6s)-", "(5r,6s)-6-((r)-1-hydroxyethyl)-3-(2-(iminomethylamino)ethylthio)-7-oxo-1-azabicyclo(3.2.0)hept-2-ene-2-carbonsaeure", "1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid 6-(1-hydroxyethyl)-3-[[2-[(iminomethyl)amino]ethyl]thio]-7-oxo- (5r,6s)-", "(5r,6s)-3-(2-formimidoylamino-ethylsulfanyl)-6-((r)-1-hydroxy-ethyl)-7-oxo-1-aza-bicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "imipemide; imipenem; imipenen; n-formimidoylthienamycin; tienamycin", "(5r,6s)-6-[(1r)-1-hydroxyethyl]-3-({2-[(iminomethyl)amino]ethyl}sulfanyl)-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "(1'r,5r,6s)-3-(2-formimidoylamino-ethylsulfanyl)-6-(1-hydroxy-ethyl)-7-oxo-1-aza-bicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "imipenem[wiki]", "(5r,6s)-6-[(1r)-1-hydroxyethyl]-3-[(2-{[(z)-iminomethyl]amino}ethyl)thio]-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylate"}|>, "2821" -> <|"DatabaseID" -> "SW01801", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3217]}, "IsomericSmiles" -> "COC(=O)Nc1[nH]c2ccc(cc2n1)Sc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04140"]}, "OfficialNames" -> <|"Indian Approved Name" -> "fenbendazole"|>, "Synonyms" -> {"methyl [5-(phenylsulfanyl)-1h-benzimidazol-2-yl]carbamate", "cas-43210-67-9", "fenbendazole [usan:ban:inn][inn][usan]", "256-145-7[einecs]", "fenbendazole[wiki]", "fenbendazole", "d005273", "hoe-881v", "2-benzimidazolecarbamic acid 5-(phenylthio)- methyl ester", "methyl 5-(phenylthio)-1h-benzo[d]imidazol-2-ylcarbamate", "methoxy-n-(6-phenylthiobenzimidazol-2-yl)carboxamide", "2-(methoxycarbonylamino)-5-(phenylthio)benzimidazole", "43210-67-9[rn]", "53571-02-1[rn]", "panacur safe-guard", "methyl n-[5-(phenylsulfanyl)-1h-1,3-benzodiazol-2-yl]carbamate", "carbamicacid [5-(phenylthio)-1h-benzimidazol-2-yl]-,methyl ester", "methyl 5-(phenylthio)-2-benzimidazolecarbamate", "methyl (5-(phenylthio)-1h-benzimidazol-2-yl)carbamate", "[5-(phenylthio)-1h-benzimidazol-2-yl]carbamicacid methyl ester", "5-(phenylthio)-2-benzimidazolecarbamic acid methyl ester", "panacur[wiki]", "fenbendazolum[latin]", "fenbendazol", "methoxy-n-(5-phenylthiobenzimidazol-2-yl)carboxamide", "carbamicacid n-[5-(phenylthio)-1h-benzimidazol-2-yl]- methylester", "tl8003046", "carbamicacid (5-(phenylthio)-1h-benzimidazol-2-yl)-,methyl ester", "phenbendasol", "methyl-[5-(phenylsulfanyl)-1h-benzimidazol-2-yl]carbamat", "(5-phenylsulfanyl-1h-benzoimidazol-2-yl)-carbamic acidmethyl ester (fenbendazole)", "panacur ", "43210-67-9", "hoe 881v"}|>, "2822" -> <|"DatabaseID" -> "SW01802", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7307]}, "IsomericSmiles" -> "CCOc1ccc(cc1)N/C(=[NH+]/c2ccc(cc2)OCC)/C", "OfficialNames" -> <|"NPC Approved Name" -> "phenacainum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7588]}, "Synonyms" -> {"holocaine", "n", "tanicaine", "fenacaine", "acetamidine n,n'-bis (p-ethoxyphenyl)- monohydrochloride", "fenacaina[spanish][inn]", "ethanimidamide n,n'-bis(4-ethoxyphenyl)- (1e)-", "acetamidine n,n'-bis(p-ethoxyphenyl)-", "4-13-00-01108[beilstein]", "ethanimidamide n,n'-bis(4-ethoxyphenyl)- (9ci)", "620-99-5[rn]", "acetamidine", "phenacaine[inn]", "phenacainum[latin]", "phenacaine", "n,n'-bis-(4-ethoxy-phenyl)-acetamidine", "101-93-9[rn]", "fenacaina [inn-spanish]", "phenacaine [inn]", "(1e)-n,n'-bis(4-ethoxyphenyl)ethanimidamide[acd/iupac name]", "n',n(sup 2)-bis(p-ethoxyphenyl)acetamidine", "n1,n2-bis(p-ethoxyphenyl)acetamidine", "n,n'-bis(p-ethoxyphenyl)acetamidine", "phenacainum [inn-latin]", "n,n'-bis(4-ethoxyphenyl)ethanimidamide", "ethanimidamide n,n'-bis(4-ethoxyphenyl)-", "4-13-00-01108 (beilstein handbook reference)[beilstein]", "ethanimidamide n,n'-bis (4-ethoxyphenyl)- monohydrochloride"}|>, "2823" -> <|"DatabaseID" -> "SW01803", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6067"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445539]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)/C=C/C(=C/C=C/C(=C\\C(=O)[O-])/C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00348"]}, "OfficialNames" -> <|"China Approved Name" -> "isotretinoin", "Indian Approved Name" -> "isotretinoin", "Australia Approved Name" -> "ISOTRETINOIN;13-CIS RETINOIC ACID", "FDA Approved Drug" -> "ISOTRETINOIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282379]}, "Synonyms" -> {"isotretinoin", "sotret", "13-cis-retinoic acid", "accutane", "teriosal", "neovitamin a acid", "retinoic acid 13-cis-form", "roaccutan[wiki]", "claravis[wiki]", "isotretinoin [usan:ban:inn][inn][usan]", "ro 4-3780", "(2z,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethylcyclohex-1-en-1-yl)nona-2,4,6,8-tetraenoic acid", "(13cis)-retinoic acid", "1885770[beilstein]", "cip-isotretinoin", "5300-03-8[rn]", "13-ra", "(13z)-retinoic acid", "accutane[wiki]", "4759-48-2[rn]", "isotretinoino[spanish][inn]", "isotretinon", "amnesteem[wiki]", "(7e,9e,11e,13z)-retinoic acid", "(2z,4e6e,8e)-3,7-dimethyl-9-(2,6,6-trimethylcyclohex-1-en-1-yl)nona-2,4,6,8-tetraenoic acid", "rea", "isotretinoin[wiki][usp]", "3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2-cis-4-trans-6-trans-8-trans-nonatetraenoic acid", "97950-17-9[rn]", "roacutan", "accutane (tn)", "4-09-00-02388", "efavirenz intermediate", "isotrex", "retinoic acid[acd/iupac name]", "roaccutane", "isotretinoine[french][inn]", "225-296-0[einecs]", "302-79-4[rn]", "isotretinoinum[latin]", "sotret[wiki]", "retinoic acid 13-cis-", "isotrex[wiki]", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexenyl)nona-2,4,6,8-tetraenoic acid", "retinoic acid cis-", "claravis", "retinoic acid (13cis)-", "4-09-00-02388 (beilstein handbook reference)[beilstein]", "amnesteem", "roaccutane[wiki]", "ro-4-3780", "13-cis-vitamin a acid", "3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)2-cis-4-trans-6-trans-8-trans-nonatetraenoic acid"}|>, "2824" -> <|"DatabaseID" -> "SW01804", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50648"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 395778]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00523"]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)/C=C/C(=C\\C=C\\C(=C\\C(=O)[O-])\\C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02815"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ALITRETINOIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 449171]}, "Synonyms" -> {"alitretinoin", "panretyn", "panretin", "panrexin", "9-cis-retinoic acid", "9-cis-tretinoin", "9(z)-retinoic acid", "alitretinoin[wiki][usan]", "alrt-1057", "alitretinoine", "all-trans-tretinoin", "alitretinoina", "3/8/5300", "206-129-0[einecs]", "all-trans-vitamin a acid", "5300-03-8[rn]", "alitretinoinum [inn_la]", "(2e,4e,6z,8e)-3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexenyl)nona-2,4,6,8-tetraenoic acid", "retinoid x receptor gamma", "(2e,4e,6z,8e)-3,7-dimethyl-9-(2,6,6-trimethylcyclohex-1-enyl)nona-2,4,6,8-tetraenoic acid", "retin-a", "(9cis)-retinoic acid", "vesanoid", "(2e,4e,6z,8e)-3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2,4,6,8-nonatetraenoic acid", "9z-retinoic acid", "panretin gel", "retin-a micro", "tretinoin all-trans-", "panretin (tn)", "(9cis)-retinoic acid[acd/iupac name]", "panretin[wiki]", "(2e,4e,6z,8e)-3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2,4,6,8-nonatetraenoic acid; (7e,9z,11e,13e)-retinoic acid; 9(z)-retinoic acid;9-cis-tretinoin;panrexin", "rea", "(7e,9z,11e,13e)-retinoic acid", "9-cis-ra", "ro-04-4079", "all-trans-retinoic acid", "retinoic acid all-trans-", "(2e,4e,6z,8e)-3,7-dimethyl-9-(2,6,6-trimethyl-cyclohex-1-enyl)-nona-2,4,6,8-tetraenoic acid", "retinoic acid (9cis)-[acd/index name]", "vitamin a acid all-trans-", "retinoic acid", "alitretinoina; alitretinoine; alitretinoinum", "renova", "9-cis retinoic acid", "9 cis retinoic acid", "(2e,4e,6z,8e)-3,7-dimethyl-9-(2,6,6-trimethylcyclohex-1-en-1-yl)nona-2,4,6,8-tetraenoic acid", "alitretinoinum", "bal4079", "2,4,6,8-nonatetraenoic acid 3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-,(2e,4e,6z,8e)-", "all-trans-retinyl alcohol", "302-79-4[rn]"}|>, "2825" -> <|"DatabaseID" -> "SW01805", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15367"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392618]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)/C=C/C(=C/C=C/C(=C/C(=O)[O-])/C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00094"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tretinoin", "Traditional Herbal Isolate" -> "meliotannic acid;mimusopsic acid;nyctanthic acid;tarteric acid;caffeylshikimic acid;abetic acid;cubebic acid;kinotannic acid;putranjivic acid;putric acid;rubric acid;randialic acid;rheinolic acid;rubifolic acid;terminic acid;ellegic acid;tinosporic acid;2-hydroxphenylacetic acid;3-oxykojie acid;acoric acid;albigenic acid;ananasic acid;anthelmic acid;aresentic acid;argamolic acid;anthemic acid;boschiniakinic acid;bursic acid;carnaubic acid;carprylic acid;catechutanic acid;chebulic acid;chlogogenic acid;chlorophenolic acid;crataegol acid;dicaffeoxylquinic acid;dihydroxyglutamic acid;eicosenic acid;elcosanedicarboxylic acid;elegic acid;elsholtzianic acid;entageric acid;equistic acid;filicic acid;hedera acid;hexadeceonic acid;hynocarpic acid;jatamansic acid;juglandic acid;lumicaerulic acid;luteioic acid;macrephyllic acid;matabic acid;masticinic acid;matatabic acid;matatabistic acid;medicagemic acid;muslinic acid;olcanolic acid;ophelic acid;osalic acid;oxyristic acid;petroselidinic acid;pharbilic acid;pienen acid;plantenolic acid;plumieric acid;protocatechinic acid;qluconic acid;quinoric acid;rubichloric acid;rubierythrinic acid;rubrierythrinic acid;springic acid;tetulinic acid;tsudzuic acid", "Australia Approved Name" -> "TRETINOIN;TRANS RETINOIC ACID", "FDA Approved Drug" -> "TRETINOIN"|>, "PharmGKBID" -> {"PA164746900", "PA451746"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444795]}, "Synonyms" -> {"tretinoin", "vesanoid", "airol", "trans-retinoic acid", "retin a", "avita", "atra", "retin-a", "all-trans-retinoic acid", "vitamin a acid", "dermairol", "retinoic acid", "renova", "all-trans-vitamin a1 acid", "eudyna", "4-09-00-02387 (beilstein handbook reference)[beilstein]", "vitamin a1 acid all-trans-", "aberel", "13-cis-retinoic acid", "trans-vitamin a acid", "3,7-dimethyl-9-(2,6,6-trimethylcyclohex-1-enyl)nona-2,4,6,8-all-trans-tetraenoicacid", "2,4,6,8-nonatetranoic acid,3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-", "acnavit [denmark]", "tretinoin[wiki]", "a-vitaminsyre [denmark]", "retionic acid", "panrexin", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethylcyclohex-1-en-1-yl)nona-2,4,6,8-tetraenoic acid", "2,4 6,8-nonatetranoic acid 3,7-dimethyl-9-(2,6 6-trimethyl-1-cyclohexen-1-yl)-", "9-cis-retinoic acid", "aberela [norway]", "aknefug", "b-retinoic acid", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexenyl)nona-2,4,6,8-tetraenoic acid", "13497-05-7[rn]", "2,4,6,8-nonatetraenoic acid 3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-,(2e,4e,6z,8e)-", "acid a vit", "vesanoid airol renova atralin retin-a av", "3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexene-1-yl)-2,4,6,8-nonatetraenoic acid (ecl)", "stieva-a", "alitretinoin[wiki][usan]", "2,4 6,8-nonatetranoic acid 3,7-dimethyl-9-(2,6 6-trimethyl-1-cyclohexen-1-yl)- (2e 4e 6e 8e)-", "effederm [france]", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethylcyclohex-1-enyl)nona-2,4,6,8-tetraenoic acid", "all-trans-tretinoin", "all-trans-vitamin a acid", "accutane[wiki]", "vitamin a acid trans-", "b-ra", "retinoic acid 9-cis-", "avitoin [norway]", "15-apo-b-caroten-15-oic acid", "retinoic acid[acd/iupac name]", "3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2,4,6,8-nonatetraenoic acid", "a-acido (argentina)", "all-trans-b-retinoic acid", "retacnyl", "tretinoin/all-trans retinoic acid", "cordes vas [germany]", "rea", "9-cis-tretinoin", "206-129-0[einecs]", "tretinoine[french][inn]", "tretinoino[spanish][inn]", "tretin-x", "retinoic acid all-trans- (8ci)", "retinova", "3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2e,4e,6e,8e,-nonatetraenoic acid", "ro 1-5488", "tretinon", "tretinoine (french) (einecs)[french]", "tretinoin (tn)", "3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2,4,6,8-nonatetraenoic acid; all-trans-retinoicacid; vitamin a acid", "atragen", "retinoate", "trans-retinoicacid", "acid a vit (belgium netherlands)", "atra; tretinoin; vitamin a acid; all-trans-retinoic acid", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethylcyclohex-1-enyl)nona-2,4,6,8-tetr aenoic acid", "4759-48-2[rn]", "retin-a micro", "atralin", "alltrans-retinoic acid", "acide retinoique (french) (dsl)[french]", "(all-e)-3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-2,4,6,8-nonatetraenoicacid", "tretinoin all-trans-", "retinoic acid all trans", "7005-78-9[rn]", "vitamin a acid all-trans-", "renova[wiki]", "2,4,6,8-nonatetraenoic acid 3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexen-1-yl)-,(all-e)-", "neovitamin a acid", "13-cis-vitamin a acid", "all-trans- vitamin a1 acid", "all trans-retinoic acid", "3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexenyl)nona-2,4,6,8-tetraenoic acid", "5300-03-8[rn]", "panretyn", "tretinoina[spanish][inn]", "vesnaroid", "tretinoinum[latin]", "panretin gel", "all-(e)-retinoic acid", "aknoten", "retinoic acid (all-trans)", "tretinoin [usan:ban:inn][inn][usan]", "retinoic acid all-trans-", "337376-15-5", "retinoic acid; tretinoin", "retisol-a", "retinoic acid cis-9,trans-13-", "[302-79-4]", "9(z)-retinoic acid", "epi-aberel", "tretin m", "2057223[beilstein]", "vesanoid[wiki]", "renova; retin-a; retisol-a; stieva-a; vesanoid", "302-79-4[rn]", "56573-65-0[rn]"}|>, "2826" -> <|"DatabaseID" -> "SW01806", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5373]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01246"]}, "IsomericSmiles" -> "CC(CN1c2ccccc2Sc3c1cccc3)C[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07125"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRIMEPRAZINE TARTRATE"|>, "PharmGKBID" -> "PA164744009", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5574]}, "Synonyms" -> {"trimeprazine", "alimemazine", "methylpromazine", "teralen", "repeltin", "alimezine", "repetin", "(+-)-trimeprazine", "alimemazine s,s-dioxide", "(+-)-alimemazine", "oxomemazin", "theralene", "vallergan", "dl-trimeprazine", "temaril", "trimeprazine 5,5-dioxide", "oxymemazine", "dosegran", "panectyl", "trimeperazine", "n,n,b-trimethyl-10h-phenothiazine-10-propanamine", "201-577-3[einecs]", "doxergan", "10-(2-methyl-3-dimethylaminopropyl)-phenothiazine", "alimemazine (oxid)", "4330-99-8[rn]", "phenothiazine 10-(3-(dimethylamino)-2-methylpropyl)-", "10-[3-(dimethylamino)-2-methylpropyl]phenothiazine", "oxomemazine [dcf:inn]", "oxomemazinum[latin]", "alimemazinum[latin]", "dimethyl-(2-methyl-3-phenothiazin-10-yl-propyl)-amine", "oxomemazine", "oxomemazina [inn-spanish]", "n,n,2-trimethyl-3-(10h-phenothiazin-10-yl)propan-1-amine", "10-(2-methyl-3-dimethylaminopropyl)phenothiazine", "alimemazina[spanish][inn]", "10-(3-(dimethylamino)-2-methylpropyl)phenothiazine", "oxomemazine [dcf:inn][inn]", "imakol", "trimeprazine tartrat", "84-96-8[rn]", "bayer 1219", "trimeprazine tartrate", "isobutrazine", "trimeprazine hemi-(+)tartrate", "oxomemazina[spanish][inn]", "dysedon", "trimeprazine tartrate[usp]", "vanectyl-p tablets (prednisolone + trimeprazine tartrate)_mixture", "vanectyl", "337376-15-5", "84-96-8", "levoprome", "oxomemazinum [inn-latin]"}|>, "2827" -> <|"DatabaseID" -> "SW01806", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5373]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01246"]}, "IsomericSmiles" -> "CC(CN1c2ccccc2Sc3c1cccc3)C[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07125"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRIMEPRAZINE TARTRATE"|>, "PharmGKBID" -> "PA164744009", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5574]}, "Synonyms" -> {"trimeprazine", "alimemazine", "methylpromazine", "teralen", "repeltin", "alimezine", "repetin", "(+-)-trimeprazine", "alimemazine s,s-dioxide", "(+-)-alimemazine", "oxomemazin", "theralene", "vallergan", "dl-trimeprazine", "temaril", "trimeprazine 5,5-dioxide", "oxymemazine", "dosegran", "panectyl", "trimeperazine", "n,n,b-trimethyl-10h-phenothiazine-10-propanamine", "201-577-3[einecs]", "doxergan", "10-(2-methyl-3-dimethylaminopropyl)-phenothiazine", "alimemazine (oxid)", "4330-99-8[rn]", "phenothiazine 10-(3-(dimethylamino)-2-methylpropyl)-", "10-[3-(dimethylamino)-2-methylpropyl]phenothiazine", "oxomemazine [dcf:inn]", "oxomemazinum[latin]", "alimemazinum[latin]", "dimethyl-(2-methyl-3-phenothiazin-10-yl-propyl)-amine", "oxomemazine", "oxomemazina [inn-spanish]", "n,n,2-trimethyl-3-(10h-phenothiazin-10-yl)propan-1-amine", "10-(2-methyl-3-dimethylaminopropyl)phenothiazine", "alimemazina[spanish][inn]", "10-(3-(dimethylamino)-2-methylpropyl)phenothiazine", "oxomemazine [dcf:inn][inn]", "imakol", "trimeprazine tartrat", "84-96-8[rn]", "bayer 1219", "trimeprazine tartrate", "isobutrazine", "trimeprazine hemi-(+)tartrate", "oxomemazina[spanish][inn]", "dysedon", "trimeprazine tartrate[usp]", "vanectyl-p tablets (prednisolone + trimeprazine tartrate)_mixture", "vanectyl", "337376-15-5", "84-96-8", "levoprome", "oxomemazinum [inn-latin]"}|>, "2828" -> <|"DatabaseID" -> "SW01807", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9529]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00475"]}, "IsomericSmiles" -> "C/[NH+]=C\\1/CN(C(=c2cc(ccc2=N1)Cl)c3ccccc3)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "CHLORDIAZEPOXIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9916]}, "Synonyms" -> {"contol", "a-poxide", "clopoxide chloride", "calmoden", "retcol", "librium", "chlordiazachel", "sk-lygen", "chlordiazepoksid", "protensin", "chloradiazepoxide", "mesural", "timosin", "cdo", "cdp", "librax (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "multum", "chlordiazepoxidum", "psicosan", "methaminodiazepoxide", "napoton", "novo-poxide", "libritabs", "ifibrium", "chlordiazepoxide hydrochloride (jan/usp)[usp][jan]", "chloridiazepoxide", "librax", "ansiacal", "droxol hydrochloride", "438-41-5[rn]", "murcil", "gaba(a", "chloridiazepide", "librelease", "diazachel (obs.)", "elenium", "risachief hydrochloride", "silibrin", "abboxide", "sophiamin", "chlozepid", "apo-chlordiazepoxide", "j-liberty", "labican", "tropium", "chlordiazepoxid", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "risolid", "napton", "decacil", "radepur", "chlordiazepoxide hcl", "ro 5-0690", "chlordiazepoxide", "reliberan", "napoton hydrochloride", "207-117-8[einecs]", "novosed", "cebrum", "chlorodiazepoxide", "viopsicol", "libritabs hydrochloride", "chlordiazepoxide hydrochloride [usan:ban:jan][jan][usan]", "pro chlorax (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "3h-1,4-benzodiazepin-2-amine 7-chloro-n-methyl-5-phenyl- 4-oxide monohydrochloride", "clopoxide", "tensinyl", "lentotran", "benzodiapin", "eden", "methaminodiazepoxide hydrochloride", "helogaphen", "balance", "control", "corium cap (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "chloridazepoxide", "mildmen", "7-chloro-2-(methylamino)-5-phenyl-3h-1,4-benzodiazepine 4-oxidemonohydrochloride", "librinin", "chlorodiazepoxide hydrochloride", "equibral", "clordiazepossido", "trakipeal", "chlordiazepoxide monohydrochloride", "psichial", "menrium", "limbitrol", "librium[wiki]", "3h-1,4-benzodiazepine 7-chloro-2-methylamino-5-phenyl- 4-oxide monohydrochloride", "cd 2", "lygen", "kalmocaps", "limbitrol ds", "librium (tn)", "chlordiazepoxide base", "seren vita", "apo-chlorax cap (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "viansin", "chlordiazepoxide hydrochloride"}|>, "2829" -> <|"DatabaseID" -> "SW01808", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16243"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04216"]}, "IsomericSmiles" -> "c1cc(c(cc1c2c(c(=O)c3c(cc(cc3o2)O)[O-])[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "quercetol;quercitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280343]}, "Synonyms" -> {"quercetin", "xanthaurine", "quercetin dihydrate", "3-hydroxyisobutyryl-coenzyme a hydrolase", "3,5,7,3',4'-pentahydroxyflavone", "quertine", "quercetine", "quercetol", "hib-coa hydrolase", "flavin meletin", "quercitin", "sophoretin", "hibyl-coa-h", "meletin"}|>, "2830" -> <|"DatabaseID" -> "SW01809", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63614"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01250"]}, "IsomericSmiles" -> "c1cc(c(cc1/N=N/c2ccc(c(c2)C(=O)[O-])O)C(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00727"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "OLSALAZINE SODIUM"|>, "Synonyms" -> {"olsalazine sodium", "dipentum", "ifn-gamma", "immune interferon", "interferon gamma precursor", "olsalazine"}|>, "2831" -> <|"DatabaseID" -> "SW01810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140088]}, "IsomericSmiles" -> "c1cc(ccc1CCO[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhodioloside;salidroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159278]}, "Synonyms" -> {"rhodioloside", "salidroside", "rhodosin", "glucopyranoside p-hydroxyphenethyl", "10338-51-9", "glucopyranoside", "beta-d-glucopyranoside", "(3s,4s,2r,5r,6r)-2-(hydroxymethyl)-6-[2-(4-hydroxyphenyl)ethoxy]-2h-3,4,5,6-tetrahydropyran-3,4,5-triol", "10338-51-9[rn]", "2-(4-hydroxyphenyl)ethyl beta-d-glucopyranoside", "salidroside(rhodioloside)"}|>, "2832" -> <|"DatabaseID" -> "SW01811", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "38010"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24310]}, "IsomericSmiles" -> "CCCc1c(=O)n2c3cc(ccc3[nH+]c(n2c1=O)N(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02966"]}, "OfficialNames" -> <|"NPC Approved Name" -> "azapropazone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26098]}, "Synonyms" -> {"prolixan", "azapropazonum", "cinnopropazone", "sinnamin", "mitrolan", "rheumox", "azapropazone", "apazone", "azapropazona", "1h-pyrazolo[1,2-a][1,2,4]benzotriazine-1 3 (2h)-dione 5-(dimethylamino)-9-methyl-2-propyl- (8ci 9ci)", "prolixan 300", "prolix[wiki]", "5-(dimethylamino)-9-methyl-2-propyl-1h-pyrazolo(1,2-a)(1,2,4)benzotriazine-1,3(2h)-dione", "azapropazone[wiki]", "1h-pyrazolo[1,2-a][1,2,4]benzotriazine-1,3(2h)-dione,5-(dimethylamino)-9-methyl-2-propyl-", "azapropazon[german]", "azapropazona; azapropazonum", "3-dimethylamino-7-methyl-1,2-(n-propylmalonyl)-1 2-dihydro-1,2,4-benzotriazine", "{1h-pyrazolo[1,2-a][1,2,} 4\\]benzotriazine-1,3(2h)-dione 5-(dimethylamino)-9-methyl-2-propyl-", "cinnamin[wiki]", "3-dimethylamino-7-methyl-1,2-(n-propylmalonyl)-1,2-dihydro-1,2,4-benzotriazine", "xani", "prolixan (tn)", "tolyprin", "5-(dimethylamino)-9-methyl-2-propyl-1h-pyrazolo[1,2-a][1,2 4]benzotriazine-1,3(2h)-dione", "236-913-8[einecs]", "1h-pyrazolo[1,2-a][1,2 4]benzotriazine-1,3 (2h)-dione 5-(dimethylamino)-9-methyl-2-propyl-", "cinnamin", "1,2-dihydro-3-dimethylamino-7-methyl-1,2-(propylmalonyl)-1,2,4-benzotriazine", "13539-59-8[rn]", "1h-pyrazolo(1,2-a)(1,2,4)benzotriazine-1,3(2h)-dione,5-(dimethylamino)-9-methyl-2-propyl-", "623763[beilstein]", "apazone[usan]", "azapropazon", "5-(dimethylamino)-9-methyl-2-propyl-1h-pyrazolo[1,2-a][1,2,4]benzotriazine-1,3(2h)-dione[acd/iupac name]", "1h-pyrazolo[1,2-a][1,2,4]benzotriazine-1,3(2h)-dione,5-(dimethylamine)-9-methyl-2-propyl-", "5-(dimethylamino)-9-methyl-2-propyl-1h-pyrazolo[1,2-a][1,2 4]benzotriazine-1,3(2h)dione", "1 2-dihydro-3-(dimethylamino)-7-methyl-1,2-(propylmalonyl)-1,2 4-benzotriazine", "3-dimethylamino-7-methyl-1-2-(n-propylmalonyl)-1,2-dihydro-1,2,4-benzotriazine", "22304-30-9[rn]"}|>, "2833" -> <|"DatabaseID" -> "SW01811", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "38010"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24310]}, "IsomericSmiles" -> "CCCc1c(=O)n2c3cc(ccc3[nH+]c(n2c1=O)N(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02966"]}, "OfficialNames" -> <|"NPC Approved Name" -> "azapropazone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26098]}, "Synonyms" -> {"prolixan", "azapropazonum", "cinnopropazone", "sinnamin", "mitrolan", "rheumox", "azapropazone", "apazone", "azapropazona", "1h-pyrazolo[1,2-a][1,2,4]benzotriazine-1 3 (2h)-dione 5-(dimethylamino)-9-methyl-2-propyl- (8ci 9ci)", "prolixan 300", "prolix[wiki]", "5-(dimethylamino)-9-methyl-2-propyl-1h-pyrazolo(1,2-a)(1,2,4)benzotriazine-1,3(2h)-dione", "azapropazone[wiki]", "1h-pyrazolo[1,2-a][1,2,4]benzotriazine-1,3(2h)-dione,5-(dimethylamino)-9-methyl-2-propyl-", "azapropazon[german]", "azapropazona; azapropazonum", "3-dimethylamino-7-methyl-1,2-(n-propylmalonyl)-1 2-dihydro-1,2,4-benzotriazine", "{1h-pyrazolo[1,2-a][1,2,} 4\\]benzotriazine-1,3(2h)-dione 5-(dimethylamino)-9-methyl-2-propyl-", "cinnamin[wiki]", "3-dimethylamino-7-methyl-1,2-(n-propylmalonyl)-1,2-dihydro-1,2,4-benzotriazine", "xani", "prolixan (tn)", "tolyprin", "5-(dimethylamino)-9-methyl-2-propyl-1h-pyrazolo[1,2-a][1,2 4]benzotriazine-1,3(2h)-dione", "236-913-8[einecs]", "1h-pyrazolo[1,2-a][1,2 4]benzotriazine-1,3 (2h)-dione 5-(dimethylamino)-9-methyl-2-propyl-", "cinnamin", "1,2-dihydro-3-dimethylamino-7-methyl-1,2-(propylmalonyl)-1,2,4-benzotriazine", "13539-59-8[rn]", "1h-pyrazolo(1,2-a)(1,2,4)benzotriazine-1,3(2h)-dione,5-(dimethylamino)-9-methyl-2-propyl-", "623763[beilstein]", "apazone[usan]", "azapropazon", "5-(dimethylamino)-9-methyl-2-propyl-1h-pyrazolo[1,2-a][1,2,4]benzotriazine-1,3(2h)-dione[acd/iupac name]", "1h-pyrazolo[1,2-a][1,2,4]benzotriazine-1,3(2h)-dione,5-(dimethylamine)-9-methyl-2-propyl-", "5-(dimethylamino)-9-methyl-2-propyl-1h-pyrazolo[1,2-a][1,2 4]benzotriazine-1,3(2h)dione", "1 2-dihydro-3-(dimethylamino)-7-methyl-1,2-(propylmalonyl)-1,2 4-benzotriazine", "3-dimethylamino-7-methyl-1-2-(n-propylmalonyl)-1,2-dihydro-1,2,4-benzotriazine", "22304-30-9[rn]"}|>, "2834" -> <|"DatabaseID" -> "SW01812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 280920]}, "IsomericSmiles" -> "COc1cc2c(cc1OC)C([NH2+]CC2)Cc3ccc(cc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-norarmepavine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 317405]}, "Synonyms" -> {"dl-n-norarmepavine", "norarmepavine", "nsc249178", "phenol 4-[(1,2,3,4-tetrahydro-6,7-dimethoxy-1-isoquinolinyl)methyl]-", "chembl510363", "molport-019-767-209", "4-[(6,7-dimethoxy-1,2,3,4-tetrahydroisoquinolin-1-yl)methyl]phenol", "mls000574923", "hms2225e11", "smr000156282", "6392-40-1[rn]", "ac1l7vx5", "nsc-249178"}|>, "2835" -> <|"DatabaseID" -> "SW01812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 280920]}, "IsomericSmiles" -> "COc1cc2c(cc1OC)C([NH2+]CC2)Cc3ccc(cc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-norarmepavine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 317405]}, "Synonyms" -> {"dl-n-norarmepavine", "norarmepavine", "nsc249178", "phenol 4-[(1,2,3,4-tetrahydro-6,7-dimethoxy-1-isoquinolinyl)methyl]-", "chembl510363", "molport-019-767-209", "4-[(6,7-dimethoxy-1,2,3,4-tetrahydroisoquinolin-1-yl)methyl]phenol", "mls000574923", "hms2225e11", "smr000156282", "6392-40-1[rn]", "ac1l7vx5", "nsc-249178"}|>, "2836" -> <|"DatabaseID" -> "SW01813", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514264]}, "IsomericSmiles" -> "C[C@]12C(=O)CC[C@@H]3[C@]14CC[NH+]([C@@H]3Cc5c4c(c(cc5)O)O2)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Metopon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359353]}, "Synonyms" -> {"dihydro-6-methylmorphinone", "methyldihydromorphinone", "6-methyldihydromorphinone", "metopone [dcit]", "morphinone", "metoponum [inn-latin]", "morphinone methyldihydro-", "4-27-00-03586", "143-52-2[rn]", "(5a)-4,5-epoxy-3-hydroxy-5,17-dimethylmorphinan-6-one", "metopon", "metopon[wiki]", "morphinone dihydro-6-methyl-", "4-27-00-03586 (beilstein handbook reference)[beilstein]", "metoponum[latin]", "124-92-5[rn]", "dea no. 9260", "brn 0044174"}|>, "2837" -> <|"DatabaseID" -> "SW01813", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514264]}, "IsomericSmiles" -> "C[C@]12C(=O)CC[C@@H]3[C@]14CC[NH+]([C@@H]3Cc5c4c(c(cc5)O)O2)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Metopon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359353]}, "Synonyms" -> {"dihydro-6-methylmorphinone", "methyldihydromorphinone", "6-methyldihydromorphinone", "metopone [dcit]", "morphinone", "metoponum [inn-latin]", "morphinone methyldihydro-", "4-27-00-03586", "143-52-2[rn]", "(5a)-4,5-epoxy-3-hydroxy-5,17-dimethylmorphinan-6-one", "metopon", "metopon[wiki]", "morphinone dihydro-6-methyl-", "4-27-00-03586 (beilstein handbook reference)[beilstein]", "metoponum[latin]", "124-92-5[rn]", "dea no. 9260", "brn 0044174"}|>, "2838" -> <|"DatabaseID" -> "SW01814", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16714"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514237], ExternalIdentifier["ChemSpiderID", 4447447], ExternalIdentifier["ChemSpiderID", 2341112]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00318"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02101"], ExternalIdentifier["KEGGID", "D03579"], ExternalIdentifier["KEGGID", "D03580"], ExternalIdentifier["KEGGID", "C06174"]}, "OfficialNames" -> <|"China Approved Name" -> "codeine;codeine phosphate;Codeine Phosphate", "WHO Essential Medicine" -> "codeine", "Indian Approved Name" -> "codeine phos;codeine;codeine sulphate;codeine phosphate", "Traditional Herbal Isolate" -> "codeine", "FDA Approved Drug" -> "CODEINE PHOSPHATE;CODEINE POLISTIREX;CODEINE SULFATE"|>, "PharmGKBID" -> "PA449088", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359227], ExternalIdentifier["PubChemCompoundID", 6098421], ExternalIdentifier["PubChemCompoundID", 5284371]}, "Synonyms" -> {"morphine monomethyl ether", "codicept", "coducept", "l-codeine", "codeine", "norcodeine n-methyl", "norcodine n-methyl", "methylmorphine", "codeine anhydrous", "codeine phosphate", "dor-1", "co-codamol (codeine + acetaminophen)_mixture", "o3-methylmorphine", "morphine 3-methyl ether", "codeine[wiki][usp][inn][ban]", "morphinan-6-ol", "tricodein", "methylmorphine[wiki]", "codein", "94996[beilstein]", "(-)-codeine", "(1s,5r,13r,14s,17r)-10-methoxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10,15-tetraen-14-ol", "7,8-didehydro-4,5-epoxy-3-methoxy-17-methylmorphinan-6-ol", "o(3)-methylmorphine", "5303198[beilstein]", "colrex", "5768734[beilstein]", "codeinum", "n-methyl-norcodeine", "morphine-3-methyl ether", "(5a,6a)-7,8-didehydro-4,5-epoxy-3-methoxy-17-methylmorphinan-6-ol", "200-969-1[einecs]", "6059-47-8[rn]", "76-57-3[rn]", "()-codeine", "codeina", "337376-15-5", "morphinan-6-alpha-ol", "41444-62-6[rn]", "ccris 6003", "a.s.a. and codeine compound", "codeine phosphate hydrate", "percogesic with codeine", "52-28-8", "naldecon-cx", "tylenol with codeine", "tussi-organidin nr", "unii-gsl05y1mn6", "tussar sf", "soma compound (+) codeine", "codeine phosphate anhydrous", "codeine sulfate", "codeine phosphate [ban:jan][jan]", "actifed with codeine cough syrup", "41444-62-6", "codeine phosphate", "52-28-8[rn]", "tussi-organidin-s nr", "tussar-2", "colrex compound", "norcodine", "200-137-8[einecs]", "(1s,5r,13r,14s,17r)-10-methoxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10,15-tetraen-14-ol phosphate (salt)", "nucofed", "einecs 200-137-8", "tussi-organidin", "empirin with codeine", "(5a,6a)-7,8-didehydro-4,5-epoxy-3-methoxy-17-methylmorphinan-6-ol phosphate", "isoclor expectorant c", "codeine sulphate", "copavin", "

", "1420-53-7[rn]", "215-818-5[einecs]", "

", "10-methoxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10,15-tetraen-14-ol sulfuric acid(codeinesulfate)", "", " body { color: #000000; background-color: #ffffff; }", "codeine sulfate anhydrous", "if you think this is a server error", " ", "", " pubchem.ncbi.nlm.nih.gov
", "einecs 215-818-5", "the webmaster.", "", "

error (none)

", " ", "codeine polistirex", "", "", "", "", " apache", " span {font-size: smaller;}", "bad gateway!", "

bad gateway!

", "", "chembl284671", "ls-91935", "
", "2c18h21no3.h2o4s", " response from an upstream server.", " \"http://www.w3.org/tr/xhtml1/dtd/xhtml1-strict.dtd\">", "", " a:link { color: #0000cc; }", " the proxy server received an invalid", " p", "codeine sulfate (anhydrous)", ", "2839" -> <|"DatabaseID" -> "SW01814", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16714"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514237], ExternalIdentifier["ChemSpiderID", 4447447], ExternalIdentifier["ChemSpiderID", 2341112]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00318"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02101"], ExternalIdentifier["KEGGID", "D03579"], ExternalIdentifier["KEGGID", "D03580"], ExternalIdentifier["KEGGID", "C06174"]}, "OfficialNames" -> <|"China Approved Name" -> "codeine;codeine phosphate;Codeine Phosphate", "WHO Essential Medicine" -> "codeine", "Indian Approved Name" -> "codeine phos;codeine;codeine sulphate;codeine phosphate", "Traditional Herbal Isolate" -> "codeine", "FDA Approved Drug" -> "CODEINE PHOSPHATE;CODEINE POLISTIREX;CODEINE SULFATE"|>, "PharmGKBID" -> "PA449088", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359227], ExternalIdentifier["PubChemCompoundID", 6098421], ExternalIdentifier["PubChemCompoundID", 5284371]}, "Synonyms" -> {"morphine monomethyl ether", "codicept", "coducept", "l-codeine", "codeine", "norcodeine n-methyl", "norcodine n-methyl", "methylmorphine", "codeine anhydrous", "codeine phosphate", "dor-1", "co-codamol (codeine + acetaminophen)_mixture", "o3-methylmorphine", "morphine 3-methyl ether", "codeine[wiki][usp][inn][ban]", "morphinan-6-ol", "tricodein", "methylmorphine[wiki]", "codein", "94996[beilstein]", "(-)-codeine", "(1s,5r,13r,14s,17r)-10-methoxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10,15-tetraen-14-ol", "7,8-didehydro-4,5-epoxy-3-methoxy-17-methylmorphinan-6-ol", "o(3)-methylmorphine", "5303198[beilstein]", "colrex", "5768734[beilstein]", "codeinum", "n-methyl-norcodeine", "morphine-3-methyl ether", "(5a,6a)-7,8-didehydro-4,5-epoxy-3-methoxy-17-methylmorphinan-6-ol", "200-969-1[einecs]", "6059-47-8[rn]", "76-57-3[rn]", "()-codeine", "codeina", "337376-15-5", "morphinan-6-alpha-ol", "41444-62-6[rn]", "ccris 6003", "a.s.a. and codeine compound", "codeine phosphate hydrate", "percogesic with codeine", "52-28-8", "naldecon-cx", "tylenol with codeine", "tussi-organidin nr", "unii-gsl05y1mn6", "tussar sf", "soma compound (+) codeine", "codeine phosphate anhydrous", "codeine sulfate", "codeine phosphate [ban:jan][jan]", "actifed with codeine cough syrup", "41444-62-6", "codeine phosphate", "52-28-8[rn]", "tussi-organidin-s nr", "tussar-2", "colrex compound", "norcodine", "200-137-8[einecs]", "(1s,5r,13r,14s,17r)-10-methoxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10,15-tetraen-14-ol phosphate (salt)", "nucofed", "einecs 200-137-8", "tussi-organidin", "empirin with codeine", "(5a,6a)-7,8-didehydro-4,5-epoxy-3-methoxy-17-methylmorphinan-6-ol phosphate", "isoclor expectorant c", "codeine sulphate", "copavin", "

", "1420-53-7[rn]", "215-818-5[einecs]", "

", "10-methoxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10,15-tetraen-14-ol sulfuric acid(codeinesulfate)", "", " body { color: #000000; background-color: #ffffff; }", "codeine sulfate anhydrous", "if you think this is a server error", " ", "", " pubchem.ncbi.nlm.nih.gov
", "einecs 215-818-5", "the webmaster.", "", "

error (none)

", " ", "codeine polistirex", "", "", "
", "", " apache", " span {font-size: smaller;}", "bad gateway!", "

bad gateway!

", "", "chembl284671", "ls-91935", "
", "2c18h21no3.h2o4s", " response from an upstream server.", " \"http://www.w3.org/tr/xhtml1/dtd/xhtml1-strict.dtd\">", "", " a:link { color: #0000cc; }", " the proxy server received an invalid", " p", "codeine sulfate (anhydrous)", ", "2840" -> <|"DatabaseID" -> "SW01815", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5780"], ExternalIdentifier["ChEBIID", "5779"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576476], ExternalIdentifier["ChemSpiderID", 4447623], ExternalIdentifier["ChemSpiderID", 20014295]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00956"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=O)CC[C@H]3[C@H]1C5)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03725"], ExternalIdentifier["KEGGID", "D04461"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dihydrocodeinone hcl", "FDA Approved Drug" -> "HYDROCODONE BITARTRATE;HYDROCODONE POLISTIREX"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463977], ExternalIdentifier["PubChemCompoundID", 44146799]}, "Synonyms" -> {"bekadid", "hydroconum", "dicodid", "hydrocodon", "codinovo", "multacodin", "hydrocone", "idrocodone [dcit]", "tussaminic dh forte syrup (hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "triaminic expectorant dh syrup (guaifenesin + hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "hydrocodone bitartrate", "dicodrine", "hydrocodone", "novahistex dh expectorant (guaifenesin + hydrocodone bitartrate + phenylephrine hydrochloride)_mixture", "biocodone", "caldomine dh enfant (hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "dalmacol (alcohol anhydrous + doxylamine succinate + etafedrin hydrochloride + hydrocodone bitartrate + sodium citrate)_mixture", "mercodol with decapryn (doxylamine succinate + etafedrin hydrochloride + hydrocodone bitartrate + sodium citrate)_mixture", "tussaminic dh pediatric syrup (hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "mercodinone", "solucodan syrup (hydrocodone bitartrate + menthol + potassium guaiacol sulphonate + sodium citrate)_mixture", "dico", "codone", "dihydrocodeinone", "ratio-coristex-dh (hydrocodone bitartrate + phenylephrine hydrochloride)_mixture", "hycomine-s (ammonium chloride + hydrocodone bitartrate + phenylephrine hydrochloride + pyrilamine maleate)_mixture", "hydrokon", "hydrocodonum [inn-latin]", "robidone", "143-71-5[rn]", "synkonin", "novahistex dh syrup (hydrocodone bitartrate + phenylephrine hydrochloride)_mixture", "205-608-1[einecs]", "hidrocodona [inn-spanish]", "dimetane expectorant-dc syrup (brompheniramine maleate + guaifenesin + hydrocodone bitartrate + phenylephrine hydrochloride)_mixture", "dicodethal", "dor-1", "dimetane expectorant-dc syr (brompheniramine maleate + guaifenesin + hydrocodone bitartrate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "stodcodon", "coristine-dh liq (hydrocodone bitartrate + phenylephrine hydrochloride)_mixture", "caldomine dh adulte (hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "ratio-calmydone (doxylamine succinate + etafedrin hydrochloride + hydrocodone bitartrate + sodium citrate)_mixture", "dicotrate", "solucodan-h (diphenylpyraline hydrochloride + hydrocodone bitartrate + menthol + potassium guaiacol sulphonate + sodium citrate)_mixture", "chlorpheniramine mixture with hydrocodone", "dihydrocodeinone tartrate", "dihydrocodeinone acid tartrate", "tussicaps extended-release", "247-382-7[einecs]", "tussicaps", "dihydrocodeinone[wiki]", "6-oxo-3-methoxy-n-methyl-4,5-epoxymorphinan", "50678-79-0[rn]", "hydrocodone polistirex", "(-)-dihydrocodeinone", "131219-97-1", "hycon", "tussionex pennkinetic", "hydrocodone polistirex and chlorpheniramine polistirex", "brocodid longum", "94193[beilstein]", "204-733-9[einecs]", "hydrocodone conbination product 15 mg/du", "s-t forte 2", "unii-783ahi015x", "hydrocodone[wiki]", "codeinone dihydro-", "25968-91-6[rn]", "dihydrocodeinone bitartrate", "1037-91-8[rn]", "tussionex", "4ah-8 9c-iminoethanophenanthro[4,5-bcd]furan-5-(6h)-one 7,7a,8 9-tetrahydro-3-methoxy-12-methyl-", "hydrocodonum[latin]", "hydrocodone hydrogen tartrate", "125-29-1[rn]", "dicodid[wiki]", "dihydrocodeinone hydrogen tartrate", "4-27-00-03580 (beilstein handbook reference)[beilstein]", "34195-34-1[rn]", "hidrocodona[spanish][inn]", "9007-52-7[rn]", "idrocodone", "dihydrocodeinone hydrochloride"}|>, "2841" -> <|"DatabaseID" -> "SW01815", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5780"], ExternalIdentifier["ChEBIID", "5779"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576476], ExternalIdentifier["ChemSpiderID", 4447623], ExternalIdentifier["ChemSpiderID", 20014295]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00956"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=O)CC[C@H]3[C@H]1C5)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03725"], ExternalIdentifier["KEGGID", "D04461"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dihydrocodeinone hcl", "FDA Approved Drug" -> "HYDROCODONE BITARTRATE;HYDROCODONE POLISTIREX"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463977], ExternalIdentifier["PubChemCompoundID", 44146799]}, "Synonyms" -> {"bekadid", "hydroconum", "dicodid", "hydrocodon", "codinovo", "multacodin", "hydrocone", "idrocodone [dcit]", "tussaminic dh forte syrup (hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "triaminic expectorant dh syrup (guaifenesin + hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "hydrocodone bitartrate", "dicodrine", "hydrocodone", "novahistex dh expectorant (guaifenesin + hydrocodone bitartrate + phenylephrine hydrochloride)_mixture", "biocodone", "caldomine dh enfant (hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "dalmacol (alcohol anhydrous + doxylamine succinate + etafedrin hydrochloride + hydrocodone bitartrate + sodium citrate)_mixture", "mercodol with decapryn (doxylamine succinate + etafedrin hydrochloride + hydrocodone bitartrate + sodium citrate)_mixture", "tussaminic dh pediatric syrup (hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "mercodinone", "solucodan syrup (hydrocodone bitartrate + menthol + potassium guaiacol sulphonate + sodium citrate)_mixture", "dico", "codone", "dihydrocodeinone", "ratio-coristex-dh (hydrocodone bitartrate + phenylephrine hydrochloride)_mixture", "hycomine-s (ammonium chloride + hydrocodone bitartrate + phenylephrine hydrochloride + pyrilamine maleate)_mixture", "hydrokon", "hydrocodonum [inn-latin]", "robidone", "143-71-5[rn]", "synkonin", "novahistex dh syrup (hydrocodone bitartrate + phenylephrine hydrochloride)_mixture", "205-608-1[einecs]", "hidrocodona [inn-spanish]", "dimetane expectorant-dc syrup (brompheniramine maleate + guaifenesin + hydrocodone bitartrate + phenylephrine hydrochloride)_mixture", "dicodethal", "dor-1", "dimetane expectorant-dc syr (brompheniramine maleate + guaifenesin + hydrocodone bitartrate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "stodcodon", "coristine-dh liq (hydrocodone bitartrate + phenylephrine hydrochloride)_mixture", "caldomine dh adulte (hydrocodone bitartrate + pheniramine maleate + phenylpropanolamine hydrochloride + pyrilamine maleate)_mixture", "ratio-calmydone (doxylamine succinate + etafedrin hydrochloride + hydrocodone bitartrate + sodium citrate)_mixture", "dicotrate", "solucodan-h (diphenylpyraline hydrochloride + hydrocodone bitartrate + menthol + potassium guaiacol sulphonate + sodium citrate)_mixture", "chlorpheniramine mixture with hydrocodone", "dihydrocodeinone tartrate", "dihydrocodeinone acid tartrate", "tussicaps extended-release", "247-382-7[einecs]", "tussicaps", "dihydrocodeinone[wiki]", "6-oxo-3-methoxy-n-methyl-4,5-epoxymorphinan", "50678-79-0[rn]", "hydrocodone polistirex", "(-)-dihydrocodeinone", "131219-97-1", "hycon", "tussionex pennkinetic", "hydrocodone polistirex and chlorpheniramine polistirex", "brocodid longum", "94193[beilstein]", "204-733-9[einecs]", "hydrocodone conbination product 15 mg/du", "s-t forte 2", "unii-783ahi015x", "hydrocodone[wiki]", "codeinone dihydro-", "25968-91-6[rn]", "dihydrocodeinone bitartrate", "1037-91-8[rn]", "tussionex", "4ah-8 9c-iminoethanophenanthro[4,5-bcd]furan-5-(6h)-one 7,7a,8 9-tetrahydro-3-methoxy-12-methyl-", "hydrocodonum[latin]", "hydrocodone hydrogen tartrate", "125-29-1[rn]", "dicodid[wiki]", "dihydrocodeinone hydrogen tartrate", "4-27-00-03580 (beilstein handbook reference)[beilstein]", "34195-34-1[rn]", "hidrocodona[spanish][inn]", "9007-52-7[rn]", "idrocodone", "dihydrocodeinone hydrochloride"}|>, "2842" -> <|"DatabaseID" -> "SW01816", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9460"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13172]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00894"]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CCC(=O)O2)CCC4=CC(=O)C=C[C@]34C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00153"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TESTOLACTONE"|>, "PharmGKBID" -> "PA164743056", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13769]}, "Synonyms" -> {"teslac", "teslak", "testolacton", "testolactone", "teolit", "testolattone [dcit]", "fludestrin", "1-dehydrotestololactone", "testolactone [usan:inn][inn][usan]", "d-homo-17a-oxaandrosta-1,4-diene-3,17-dione", "2h-phenanthro[2,1-b]pyran-2,8(4bh)-dione 3,4,4a,5,6,10a,10b,11,12,12a-decahydro-10a,12a-dimethyl-,(4as,4br,10ar,10bs,12as)-", "ec 1.14.14.1", "teslac (tn)", "1,2-didehydrotestololactone", "13,17-secoandrosta-1,4-dien-17-oic acid 13-hydroxy-3-oxo- lactone", "d1-testololactone", "1,2-dehydrotestololactone", "testolactona [inn-spanish]", "2h-phenanthro[2 1-b]pyran-2,8(4bh)-dione 3,4,4a,5,6,10a,10b,11,12 12a-decahydro-10a,12a-dimethyl- lactone", "17a-oxo-d-homo-1,4-androstadiene-3,17-dione", "testolactonum[latin]", "13 17-secoandrosta-1,4-dien-17-oicacid 13-hydroxy-3-oxo- lactone", "17a-oxa-d-homoandrosta-1,4-diene-3,17-dione", "1", "testololactone 1,2-didehydro-", "estrogen synthetase", "1,2,3,4,4a,4b,7,9,10,10a-decahydro-2-hydroxy-2,4b-dimethyl-7-oxo-1-phenanthrenepropionic acid d-lactone", "testololactone 1-dehydro-", "13-hydroxy-3-oxo-13,17-secoandrosta-1,4-dien-17-oic acid d-lactone", "213-534-6[einecs]", "testolactone[usp]", "36921[beilstein]", "testolactonum [inn-latin]", "(4as,4br,10ar,10bs,12as)-10a,12a-dimethyl-3,4,4a,5,6,10a,10b,11,12,12a-decahydro-2h-naphtho[2,1-f]chromen-2,8(4bh)-dion", "p-450arom", "delta(1)-testololactone", "968-93-4[rn]", "testolactona[spanish][inn]", "aromatase", "sq-9538", "(4as,4br,10ar,10bs,12as)-10a,12a-dimethyl-3,4,4a,5,6,10a,10b,11,12,12a-decahydro-2h-naphtho[2,1-f]chromene-2,8(4bh)-dione[acd/iupac name]", "1 2-didehydrotestololactone", "cypxix"}|>, "2843" -> <|"DatabaseID" -> "SW01817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12755]}, "IsomericSmiles" -> "CC(CCc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "nylidrin hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13320]}, "Synonyms" -> {"rolidrin", "buphenin hydrochloride", "penitardon", "nylidrin hydrochloride", "3595-06-0[rn]", "buphenine hydrochloride", "4-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]propyl}phenol hydrochloride (1:1)", "buphedrin", "1400-61-9[rn]", "1-p-hydroxyphenyl-2-(1'-methyl-3'-phenylpropylamino)-1-propanolhydrochloride", "91408-84-3[rn]", "arlibide", "tocodilydrin", "suprifen psb hydrochloride", "tocodrin", "bufedon", "rudilin", "4-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]propyl}phenol hydrochloride (1:1)", "900-01-6[rn]", "dilydrin", "arlidin (tn)", "212-701-0[einecs]", "vasiten", "849-55-8[rn]"}|>, "2844" -> <|"DatabaseID" -> "SW01817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12755]}, "IsomericSmiles" -> "CC(CCc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "nylidrin hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13320]}, "Synonyms" -> {"rolidrin", "buphenin hydrochloride", "penitardon", "nylidrin hydrochloride", "3595-06-0[rn]", "buphenine hydrochloride", "4-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]propyl}phenol hydrochloride (1:1)", "buphedrin", "1400-61-9[rn]", "1-p-hydroxyphenyl-2-(1'-methyl-3'-phenylpropylamino)-1-propanolhydrochloride", "91408-84-3[rn]", "arlibide", "tocodilydrin", "suprifen psb hydrochloride", "tocodrin", "bufedon", "rudilin", "4-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]propyl}phenol hydrochloride (1:1)", "900-01-6[rn]", "dilydrin", "arlidin (tn)", "212-701-0[einecs]", "vasiten", "849-55-8[rn]"}|>, "2845" -> <|"DatabaseID" -> "SW01817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12755]}, "IsomericSmiles" -> "CC(CCc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "nylidrin hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13320]}, "Synonyms" -> {"rolidrin", "buphenin hydrochloride", "penitardon", "nylidrin hydrochloride", "3595-06-0[rn]", "buphenine hydrochloride", "4-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]propyl}phenol hydrochloride (1:1)", "buphedrin", "1400-61-9[rn]", "1-p-hydroxyphenyl-2-(1'-methyl-3'-phenylpropylamino)-1-propanolhydrochloride", "91408-84-3[rn]", "arlibide", "tocodilydrin", "suprifen psb hydrochloride", "tocodrin", "bufedon", "rudilin", "4-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]propyl}phenol hydrochloride (1:1)", "900-01-6[rn]", "dilydrin", "arlidin (tn)", "212-701-0[einecs]", "vasiten", "849-55-8[rn]"}|>, "2846" -> <|"DatabaseID" -> "SW01817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12755]}, "IsomericSmiles" -> "CC(CCc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "nylidrin hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13320]}, "Synonyms" -> {"rolidrin", "buphenin hydrochloride", "penitardon", "nylidrin hydrochloride", "3595-06-0[rn]", "buphenine hydrochloride", "4-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]propyl}phenol hydrochloride (1:1)", "buphedrin", "1400-61-9[rn]", "1-p-hydroxyphenyl-2-(1'-methyl-3'-phenylpropylamino)-1-propanolhydrochloride", "91408-84-3[rn]", "arlibide", "tocodilydrin", "suprifen psb hydrochloride", "tocodrin", "bufedon", "rudilin", "4-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]propyl}phenol hydrochloride (1:1)", "900-01-6[rn]", "dilydrin", "arlidin (tn)", "212-701-0[einecs]", "vasiten", "849-55-8[rn]"}|>, "2847" -> <|"DatabaseID" -> "SW01817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12755]}, "IsomericSmiles" -> "CC(CCc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "nylidrin hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13320]}, "Synonyms" -> {"rolidrin", "buphenin hydrochloride", "penitardon", "nylidrin hydrochloride", "3595-06-0[rn]", "buphenine hydrochloride", "4-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]propyl}phenol hydrochloride (1:1)", "buphedrin", "1400-61-9[rn]", "1-p-hydroxyphenyl-2-(1'-methyl-3'-phenylpropylamino)-1-propanolhydrochloride", "91408-84-3[rn]", "arlibide", "tocodilydrin", "suprifen psb hydrochloride", "tocodrin", "bufedon", "rudilin", "4-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]propyl}phenol hydrochloride (1:1)", "900-01-6[rn]", "dilydrin", "arlidin (tn)", "212-701-0[einecs]", "vasiten", "849-55-8[rn]"}|>, "2848" -> <|"DatabaseID" -> "SW01817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12755]}, "IsomericSmiles" -> "CC(CCc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "nylidrin hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13320]}, "Synonyms" -> {"rolidrin", "buphenin hydrochloride", "penitardon", "nylidrin hydrochloride", "3595-06-0[rn]", "buphenine hydrochloride", "4-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]propyl}phenol hydrochloride (1:1)", "buphedrin", "1400-61-9[rn]", "1-p-hydroxyphenyl-2-(1'-methyl-3'-phenylpropylamino)-1-propanolhydrochloride", "91408-84-3[rn]", "arlibide", "tocodilydrin", "suprifen psb hydrochloride", "tocodrin", "bufedon", "rudilin", "4-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]propyl}phenol hydrochloride (1:1)", "900-01-6[rn]", "dilydrin", "arlidin (tn)", "212-701-0[einecs]", "vasiten", "849-55-8[rn]"}|>, "2849" -> <|"DatabaseID" -> "SW01817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12755]}, "IsomericSmiles" -> "CC(CCc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "nylidrin hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13320]}, "Synonyms" -> {"rolidrin", "buphenin hydrochloride", "penitardon", "nylidrin hydrochloride", "3595-06-0[rn]", "buphenine hydrochloride", "4-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]propyl}phenol hydrochloride (1:1)", "buphedrin", "1400-61-9[rn]", "1-p-hydroxyphenyl-2-(1'-methyl-3'-phenylpropylamino)-1-propanolhydrochloride", "91408-84-3[rn]", "arlibide", "tocodilydrin", "suprifen psb hydrochloride", "tocodrin", "bufedon", "rudilin", "4-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]propyl}phenol hydrochloride (1:1)", "900-01-6[rn]", "dilydrin", "arlidin (tn)", "212-701-0[einecs]", "vasiten", "849-55-8[rn]"}|>, "2850" -> <|"DatabaseID" -> "SW01817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12755]}, "IsomericSmiles" -> "CC(CCc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "nylidrin hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13320]}, "Synonyms" -> {"rolidrin", "buphenin hydrochloride", "penitardon", "nylidrin hydrochloride", "3595-06-0[rn]", "buphenine hydrochloride", "4-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]propyl}phenol hydrochloride (1:1)", "buphedrin", "1400-61-9[rn]", "1-p-hydroxyphenyl-2-(1'-methyl-3'-phenylpropylamino)-1-propanolhydrochloride", "91408-84-3[rn]", "arlibide", "tocodilydrin", "suprifen psb hydrochloride", "tocodrin", "bufedon", "rudilin", "4-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]propyl}phenol hydrochloride (1:1)", "900-01-6[rn]", "dilydrin", "arlidin (tn)", "212-701-0[einecs]", "vasiten", "849-55-8[rn]"}|>, "2851" -> <|"DatabaseID" -> "SW01818", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 205855]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01431"]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@]2(CC=C)O)CCC4=CCCC[C@H]34", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01374"]}, "OfficialNames" -> <|"Indian Approved Name" -> "allyloestrenol"|>, "PharmGKBID" -> "PA164745307", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 235905]}, "Synonyms" -> {"orageston", "gestanin", "gestanol", "gestanon", "allylestrenol", "perselin", "turinal", "gestanyn", "allyloestrenol", "organon", "allyestrenol", "17-hydroxy-17a-allyl-4-estrene", "allylestrenol[wiki][inn][ban][jan]", "432-60-0[rn]", "alilestrenol[spanish][inn]", "estrenol", "207-082-9[einecs]", "er", "4-06-00-04143", "tl8003047", "estradiol receptor", "gestanon-r", "gestormone", "13-methyl-17-prop-2-enyl-2,3,6,7,8,9,10,11,12,14,15,16-dodecahydro-1h-cyclopenta[a]phenanthren-17-ol", "17-allylestr-4-en-17b-ol", "perselin (tn)", "17a-allyl-17-hydroxy-19-nor-4-androstene", "er-alpha", "(8r,9s,10r,13s,14s,17r)-17-allyl-13-methyl-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ol"}|>, "2852" -> <|"DatabaseID" -> "SW01819", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10320448]}, "IsomericSmiles" -> "C[C@@H]1[C@@H](CC[C@@H]([NH2+]1)CCCCCCCCCCC(C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "canavaline"|>, "Synonyms" -> {"canavaline"}|>, "2853" -> <|"DatabaseID" -> "SW01819", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10320448]}, "IsomericSmiles" -> "C[C@@H]1[C@@H](CC[C@@H]([NH2+]1)CCCCCCCCCCC(C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "canavaline"|>, "Synonyms" -> {"canavaline"}|>, "2854" -> <|"DatabaseID" -> "SW01820", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31413"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2687]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00349"]}, "IsomericSmiles" -> "CN1c2ccc(cc2N(C(=O)CC1=O)c3ccccc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01253"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Clobazam", "Indian Approved Name" -> "clobazam"|>, "PharmGKBID" -> "PA10888", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2789]}, "Synonyms" -> {"clobazam", "urbadan", "mystan", "frisium", "chlorepin", "clorepin", "urbanyl", "onfi", "clobazamum[latin]", "1-phenyl-5-methyl-8-chloro-1,2,4,5-tetrahydro-2,4-dioxo-3h-1,5-benzodiazepine", "1h-1,5-benzodiazepine-2,4 (3h,5h)-dione 7-chloro-1-methyl-5-phenyl-", "7-chloro-1-methyl-5-phenyl-1,5-dihydro-benzo[b][1,4]diazepine-2,4-dione", "7-chloro-1-methyl-5-phenyl-1h-1,5-benzodiazepine-2,4-(3h,5h)-dione", "1-phenyl-5-methyl-8-chloro-1,2,4,5-tetrahydro-2,4-dioxo-3h-1 5-benzodiazepine", "1h-1,5-benzodiazepine-2,4(3h,5h)-dione 7-chloro-1-methyl-5-phenyl-", "5-24-08-00034 (beilstein handbook reference)[beilstein]", "clobazamum", "hr 376", "mystan (tn)", "clobazamum [inn_la]", "caastilium", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "clobazam[wiki][inn][ban][jan][usan]", "244-908-7[einecs]", "gaba(a", "22316-47-8[rn]", "1-phenyl-5-methyl-8-chloro-1,2,4,5-tetrahydro-2,4-diketo-3h-1,5-benzodiazepine", "7-chloro-1-methyl-5-phenyl-1,5-benzodiazepine-2,4-dione", "7-chloro-1-methyl-5-phenyl-1h-1,5-benzodiazepine-2,4(3h,5h)-dione[acd/iupac name]", "337376-15-5", "noiafren"}|>, "2855" -> <|"DatabaseID" -> "SW01821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5198]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00231"]}, "IsomericSmiles" -> "CN1c2ccc(cc2C(=NC(C1=O)O)c3ccccc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00370"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Temazepam", "FDA Approved Drug" -> "TEMAZEPAM"|>, "PharmGKBID" -> "PA451608", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5391]}, "Synonyms" -> {"hydroxydiazepam", "crisonar", "euhypnos", "methyloxazepam", "levanxol", "oxydiazepam", "levanxene", "signopam", "temazepam", "restoril", "perdorm", "remestan", "gelthix", "normison", "novo-temazepam", "euipnos", "n-methyloxazepam", "mabertin", "apo-temazepam", "temaz", "levanzene", "cerepax", "212-688-1[einecs]", "pronervon t", "restoril[wiki]", "normitab", "7-chlor-3-hydroxy-1-methyl-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-on", "7-chloro-3-hydroxy-1-methyl-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "temazepam [usan:ban:inn][inn][usan]", "uvamin retard", "norkotral tema", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "7-chloro-1,3-dihydro-3-hydroxy-1-methyl-5-phenyl-2h-1,4-benzodiazepin-2-one", "2h-1,4-benzodiazepin-2-one,7-chloro-1,3-dihydro-3-hydroxy-1-methyl-5-phenyl-", "52432-57-2[rn]", "846-50-4[rn]", "planum", "lenal", "temaze", "temazepam[wiki][usp]", "k3917", "nomapam", "dasuen", "nortem", "temtabs", "5-25-02-00242 (beilstein handbook reference)[beilstein]", "neodorm sp", "gaba(a", "1,3-dihydro-7-chloro-3-hydroxy-1-methyl-5-phenyl-2h-1,4-benzodiazepin-2-one", "7-chloro-3-hydroxy-1-methyl-5-phenyl-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "temazepamum[latin]", "planum[wiki]", "ro 5-5345", "tenox[wiki]", "nocturne[wiki]", "temador", "3-hydroxydiazepam"}|>, "2856" -> <|"DatabaseID" -> "SW01821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5198]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00231"]}, "IsomericSmiles" -> "CN1c2ccc(cc2C(=NC(C1=O)O)c3ccccc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00370"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Temazepam", "FDA Approved Drug" -> "TEMAZEPAM"|>, "PharmGKBID" -> "PA451608", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5391]}, "Synonyms" -> {"hydroxydiazepam", "crisonar", "euhypnos", "methyloxazepam", "levanxol", "oxydiazepam", "levanxene", "signopam", "temazepam", "restoril", "perdorm", "remestan", "gelthix", "normison", "novo-temazepam", "euipnos", "n-methyloxazepam", "mabertin", "apo-temazepam", "temaz", "levanzene", "cerepax", "212-688-1[einecs]", "pronervon t", "restoril[wiki]", "normitab", "7-chlor-3-hydroxy-1-methyl-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-on", "7-chloro-3-hydroxy-1-methyl-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "temazepam [usan:ban:inn][inn][usan]", "uvamin retard", "norkotral tema", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "7-chloro-1,3-dihydro-3-hydroxy-1-methyl-5-phenyl-2h-1,4-benzodiazepin-2-one", "2h-1,4-benzodiazepin-2-one,7-chloro-1,3-dihydro-3-hydroxy-1-methyl-5-phenyl-", "52432-57-2[rn]", "846-50-4[rn]", "planum", "lenal", "temaze", "temazepam[wiki][usp]", "k3917", "nomapam", "dasuen", "nortem", "temtabs", "5-25-02-00242 (beilstein handbook reference)[beilstein]", "neodorm sp", "gaba(a", "1,3-dihydro-7-chloro-3-hydroxy-1-methyl-5-phenyl-2h-1,4-benzodiazepin-2-one", "7-chloro-3-hydroxy-1-methyl-5-phenyl-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "temazepamum[latin]", "planum[wiki]", "ro 5-5345", "tenox[wiki]", "nocturne[wiki]", "temador", "3-hydroxydiazepam"}|>, "2857" -> <|"DatabaseID" -> "SW01822", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3612"], ExternalIdentifier["ChEBIID", "3611"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10248513]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00475"]}, "IsomericSmiles" -> "CNC1=[NH+]c2ccc(cc2C(=[N+](C1)[O-])c3ccccc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00267"], ExternalIdentifier["KEGGID", "D00693"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CHLORDIAZEPOXIDE"|>, "PharmGKBID" -> "PA448932", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2712], ExternalIdentifier["PubChemCompoundID", 9916]}, "Synonyms" -> {"methaminodiazepoxide", "ifibrium", "chloridiazepide", "chlozepid", "librium", "chlordiazepoxide", "helogaphen", "librinin", "mesural", "cdp", "libritabs", "librelease", "elenium", "silibrin", "chlordiazepoxid", "risolid", "tropium", "decacil", "radepur", "chlorodiazepoxide", "clopoxide", "multum", "contol", "kalmocaps", "chloradiazepoxide", "a-poxide", "cdo", "sonimen", "7-chloro-2-(methylamino)-5-phenyl-3h-1,4-benzodiazepine 4-oxide", "librax (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "chlordiazepoxidum", "psicosan", "napoton", "clopoxide chloride", "chlordiazepoxidum[latin]", "trakipeal", "chloridiazepoxide", "librax", "novo-poxide", "droxol hydrochloride", "438-41-5[rn]", "1306-19-0[rn]", "gaba(a", "abboxide", "(7-chloro-4-oxy-5-phenyl-3h-benzo[e][1,4]diazepin-2-yl)-methyl-amine", "calmoden", "retcol", "apo-chlordiazepoxide", "metaminodiazepoxide", "3h-1,4-benzodiazepin-2-amine 7-chloro-n-methyl-5-phenyl- 4-oxide", "chlordiazachel", "7-chloro-2-methylamino-5-phenyl-3h-1,4-benzodiazepin-4-oxide", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "58-25-3[rn]", "napton", "chlordiazepoxide hcl", "napoton hydrochloride", "207-117-8[einecs]", "7-chloro-2-methylamino-5-phenyl-3h-1,4-benzodiazepine4-oxide", "7-chloro-2-(methylamino)-5-phenyl-3h-benzo[e][1,4]diazepine 4-oxide", "zetran[wiki]", "viopsicol", "550356[beilstein]", "215-146-2[einecs]", "sk-lygen", "pro chlorax (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "zeisin", "3h-1,4-benzodiazepin-2-amine 7-chloro-n-methyl-5-phenyl 4-oxide", "eden", "mildmen", "balance", "control", "corium cap (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "3h-1,4-benzodiazepine 7-chloro-2-(methylamino)-5-phenyl- 4-oxide", "chloridazepoxide", "7-chlor-n-methyl-5-phenyl-3h-1,4-benzodiazepin-2-amin-4-oxid", "menrium[wiki]", "clordiazepossido", "chlordiazepoxide[wiki]", "libritabs[wiki]", "librelease[wiki]", "chlordiazepoksid", "menrium", "limbitrol", "librium[wiki]", "protensin", "7-chloro-n-methyl-5-phenyl-3h-1,4-benzodiazepin-2-amine 4-oxide", "cd 2", "lygen", "limbitrol ds", "chlordiazepoxide base", "apo-chlorax cap (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "chlordiazepoxide hydrochloride", "200-371-0[einecs]"}|>, "2858" -> <|"DatabaseID" -> "SW01823", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "107736"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22122], ExternalIdentifier["ChemSpiderID", 4024], ExternalIdentifier["ChemSpiderID", 10481968]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01233"]}, "IsomericSmiles" -> "CC[NH+](CC)CCNC(=O)c1cc(c(cc1OC)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00726"]}, "OfficialNames" -> <|"China Approved Name" -> "metoclopramide", "Indian Approved Name" -> "metoclopramide hcl;metoclopramide", "WHO Essential Medicine" -> "metoclopramide", "Australia Approved Name" -> "METOCLOPRAMIDE HYDROCHLORIDE", "FDA Approved Drug" -> "METOCLOPRAMIDE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450475", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4168]}, "Synonyms" -> {"metoclopramide", "metaclopramide", "metochlopramide", "methochlopramide", "reliveran", "metaclopromide", "elieten", "terperan", "moriperan", "metoclol", "primperan", "maxolon", "gastrotablinen", "apo-metoclop", "peraprin", "imperan", "nu-metoclopramide", "reclomide", "clopra-yellow", "eucil", "pramin", "methoclopramide", "pms-metoclopramide", "clopra", "octamide", "neu-sensamide", "metoclopramide omega", "metoclopramide hydrochloride", "metoclopramide intensol", "metoclopramide hcl", "gastrotem", "pramiel", "meclopran", "paspertin", "emetid", "gastrosil", "gastro-timelets", "gastrese", "gastrobid", "plasil", "maxeran", "metamide", "metramid", "gastronerton", "clopromate", "duraclamid", "emperal", "mygdalon", "parmid", "cerucal", "metocobil", "gastromax", "5- ht4", "reglan", "metoclopramidum [inn-latin]", "emitasol", "5-ht-4", "pramidin", "metoclopramida [inn-spanish]", "del", "serotonin receptor 4", "364-62-5[rn]", "reglan[wiki]", "maxolon[wiki]", "benzamide 4-amino-5-chloro-n-(2-(diethylamino)ethyl)-2-methoxy- (9ci)", "benzamide 4-amino-5-chloro-n-[2-(diethylamino)ethyl]-2-methoxy-", "4-amino-5-chloro-n-(2-diethylamino-ethyl)-2-methoxy-benzamide (mcp)", "4-amino-5-chloro-n-[2-(diethylamino)ethyl]-2-methoxybenzamide monohydrochloride", "7232-21-5[rn]", "4-amino-5-chloro-n-[2-(diethylamino)ethyl]-2-methoxybenzamide;methoxychloroprocainamide", "metoclopramide[wiki][jp15]", "n-(diethylaminoethyl)-2-methoxy-4-amino-5-chlorobenzamide", "emequell", "54143-57-6[rn]", "206-662-9[einecs]", "2-methoxy-4-amino-5-chloro-n,n-(dimethylaminoethyl)benzamide", "metoclopramidum", "clopra-\"yellow\"", "plasil (pharmaceutical)", "4-amino-5-chloro-n-(2-diethylamino-ethyl)-2-methoxy-benzamide (metoclopramide)", "metoclopramida", "5-chloro-2-methoxyprocainamide", "o-anisamide 4-amino-5-chloro-n-(2-(diethylamino)ethyl)- (8ci)", "(4-amino-5-chloro-2-methoxyphenyl)-n-[2-(diethylamino)ethyl]carboxamide", "elieten (tn)", "4-amino-5-chloro-n-(2-(diethylamino)ethyl)-2-methoxybenzamide", "230-634-5[einecs]", "terperan (tn)", "metoclopramida[spanish][inn]", "4-amino-5-chloro-2-methoxy-n-(b-diethylaminoethyl)benzamide", "(metaclopramide)4-amino-5-chloro-n-(2-diethylamino-ethyl)-2-methoxy-benzamide", "benzamide 4-amino-5-chloro-n-(2-(diethylamino)ethyl)-2-methoxy-", "4-amino-5-chloro-n-(2-diethylamino-ethyl)-2-methoxy-benzamide", "2576-84-3[rn]", "4-amino-5-chloro-n-[(2-diethylamino)ethyl]-2-methoxybenzamide", "2-methoxy-5-chloroprocainamide", "4-amino-5-chloro-n-[2-(diethylamino)ethyl]-2-methoxybenzamide[acd/iupac name]", "o-anisamide 4-amino-5-chloro-n-[2-(diethylamino)ethyl]-", "4-amino-5-chloro-n-(2-(diethylamino)ethyl)-o-anisamide", "364-62-5", "cas-7232-21-5", "metozolv", "4-amino-5-chloro-n-[2-(diethylamino)ethyl]-o-anisamide", "4-amino-5-chloro-n-(2-diethylamino-ethyl)-2-methoxy-benzamide(metoclopramide)", "1,5-dimethyl-2-phenyl-1,2-dihydro-pyrazol-3-one", "(metoclopramide)4-amino-5-chloro-n-(2-diethylamino-ethyl)-2-methoxy-benzamide", "metoclopramidum[latin]", "metoclopramidum [inn_la]", "metoclopramide monohydrochloride", "o-anisamide 4-amino-5-chloro-n-(2-(diethylamino)ethyl)- monohydrochloride", "o-anisamide 4-amino-5-chloro-n-[2-(diethylamino)ethyl]- monohydrochloride", "4-amino-5-chloro-n-(2-(diethylamino)ethyl)-2-methoxybenzamide monohydrochloride", "4-amino-5-chloro-n-(2-diethylaminoethyl)-2-methoxy-benzamide", "ahr-3070-c", "(4-amino-5-chloro-2-methoxyphenyl)-n-[2-(diethylamino)ethyl]carboxamide,chloride", "(4-amino-5-chloro-2-methoxyphenyl)-n-[2-(diethylamino)ethyl]carboxamide,chlor ide", "benzamide 4-amino-5-chloro-n-(2-(diethylamino)ethyl)-2-methoxy- monohydrochloride (9ci)", "49625-23-2[rn]", "4-amino-5-chlor-n-[2-(diethylamino)ethyl]-2-methoxybenzolcarboxamidhydrochlorid", "4-amino-5-chloro-n-[2-(diethylamino)ethyl]-o-anisamidehydrochloride", "benzamide 4-amino-5-chloro-n-[2-(diethylamino)ethyl]-2-methoxy- monohydrochloride", "metoclopramide hydrochloride [usan:jan][jan][usan]", "4-amino-5-chloro-n-(2-(diethylamino)ethyl)-o-anisamidehydrochloride", "(4-amino-5-chloro-2-methoxyphenyl)-n-[2-(diethylamino)ethyl]carboxamide,chloride h", "4-amino-5-chloro-n-[2-(diethylamino)ethyl]-2-methoxybenzamide hydrochloride (1:1)[acd/iupac name]", "null", "benzamide 4-amino-5-chloro-n-[2- (diethylamino)ethyl]-2-methoxy- monohydrochloride", "benzamide 4-amino-5-chloro-n-[2-(diethylamino)ethyl]-2-methoxy- hydrochloride (1:1)", "4-amino-5-chloro-n-[2-(diethylamino)ethyl]-2-methoxybenzamide hydrochloride", "7232-21-5 {anhydrous}", "230-634-5 {anhydrous}", "metoclopramide hydrochloride anhydrous", "primperan[wiki]", "5581-45-3[rn]", "2-[(4-amino-5-chloro-2-methoxybenzoyl)amino]-n,n-diethylethanaminium chloride--water (1/1)", "metoclopramide hydrochloride monohydrate", "rimetin", "primperan (tablet)", "benzamide 4-amino-5-chloro-n-[2-(diethylamino)ethyl]-2-methoxy- monohydrochloride monohydrate", "4-amino-5-chloro-n-[2-(diethylamino)ethyl]-o-anisamidemonohydrochloridemonohydrate", "4-amino-5-chloro-n-(2-(diethylamino)ethyl)-o-anisamidemonohydrochloridemonohydrate", "4-amino-5-chloro-n-[2-(diethylamino)ethyl]-2-methoxybenzamide hydrochloride hydrate", "metoclopramide monohydrochloride monohydrate", "4-amino-5-chloro-n-[2-(diethylamino)ethyl]-2-methoxybenzamide hydrochloride--water (1/1)", "ahr 3070-c", "metoclopramide hcl h2o", "4-amino-5-chloro-2-methoxy-n-(b-diethylaminoethyl)benzamide monohydrochloride monohydrate", "4-amino-5-chlor-n-[2-(diethylamino)ethyl]-2-methoxybenzolcarboxamidhydrochloridhydrat", "benzamide 4-amino-5-chloro-n-[2-(diethylamino)ethyl]-2-methoxy- hydrochloride,hydrate (1:1:1)", "(4-amino-5-chloro-2-methoxyphenyl)-n-[2-(diethylamino)ethyl]carboxamide,chlor ide hydrate", "(4-amino-5-chloro-2-methoxyphenyl)-n-[2-(diethylamino)ethyl]carboxamide,chloride hydrate", "4-amino-5-chloro-n-[(2-diethylamino)ethyl]-2-methoxybenzamide monohydrochloride monohydrate"}|>, "2859" -> <|"DatabaseID" -> "SW01824", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83889]}, "IsomericSmiles" -> "c1cc(ccc1[N+](=O)[O-])O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-p-coumarylglycoside-5-glucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92930]}, "Synonyms" -> {"1-o-p-nitrophenyl-d-glucose", "4-nitrophenyl beta-d-glucopyranoside", "glucoside", "2-(hydroxymethyl)-6-(4-nitrophenoxy)tetrahydro-2h-pyran-3,4,5-triol", "glucoside p-nitrophenyl", "4-nitrophenyl-b-d-glucopyranoside", "p-nitrophenyl glucopyranoside", "(2r,3s,4s,5r,6s)-2-(hydroxymethyl)-6-(4-nitrophenoxy)oxane-3,4,5-triol", "p-nitrophenyl-beta-glucoside", "4-nitrophenyl beta-d-glucoside", "p-nitrophenyl beta-d-glucopyranoside", "4-nitrophenyl-beta-d-glucopyranoside", "pnpg", "beta-d-glucopyranoside", "2492-87-7[rn]", "2492-87-7", "219-661-3[einecs]", "para-nitrophenyl b-d-glucopyranoside", "4-nitrophenyl |a-d-glucopyranoside", "2-hydroxymethyl-6-(4-nitro-phenoxy)-tetrahydro-pyran-3,4,5-triol"}|>, "2860" -> <|"DatabaseID" -> "SW01825", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "546840"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 74005]}, "IsomericSmiles" -> "c1cc(ccc1[N+](=O)[O-])O[C@@H]2[C@@H]([C@H]([C@H]([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "alpha galactosidase"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 82000]}, "Synonyms" -> {"7493-95-0[rn]", "chebi:546840", "ac1l32jf", "7493-95-0", "p-nitrophenyl alpha-d-galactopyranoside", "p-nitrophenyl-alpha-d-galactopyranoside", "ac1q20w7", "4-nitrophenyl-alpha-d-galactopyranoside", "surecn135784", "(2r,3r,4s,5r,6r)-2-(hydroxymethyl)-6-(4-nitrophenoxy)-tetrahydro-2h-pyran-3,4,5-triol", "n0877_sigma", "4-nitrophenyl |a-d-galactopyranoside", "231-343-6[einecs]"}|>, "2861" -> <|"DatabaseID" -> "SW01826", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4515047]}, "IsomericSmiles" -> "C[N+]1(CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)O)[O-]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Morphine-N-Oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362459]}, "Synonyms" -> {"genomorphin", "genomorphine", "morphine oxide", "morphine n-oxide", "639-46-3", "dea no. 9307", "ls-91770", "morphine-n-oxide", "211-355-8[einecs]", "einecs 211-355-8", "morphine-n-oxide[wiki]", "639-46-3[rn]", "(1s,4s,5r,13r,14s,17r)-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10,15-tetraene-10,14-diol 4-oxide", "morphinan-3"}|>, "2862" -> <|"DatabaseID" -> "SW01826", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4515047]}, "IsomericSmiles" -> "C[N+]1(CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)O)[O-]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Morphine-N-Oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362459]}, "Synonyms" -> {"genomorphin", "genomorphine", "morphine oxide", "morphine n-oxide", "639-46-3", "dea no. 9307", "ls-91770", "morphine-n-oxide", "211-355-8[einecs]", "einecs 211-355-8", "morphine-n-oxide[wiki]", "639-46-3[rn]", "(1s,4s,5r,13r,14s,17r)-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10,15-tetraene-10,14-diol 4-oxide", "morphinan-3"}|>, "2863" -> <|"DatabaseID" -> "SW01827", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 763198]}, "IsomericSmiles" -> "COc1cccc(c1)C(=O)N2CC[NH+](CC2)Cc3ccco3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furylmethyl ketone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 874123]}, "Synonyms" -> {"[4-(2-furylmethyl)piperazin-1-yl](3-methoxyphenyl)methanone", "oprea1_202371", "cbmicro_034734", "ac1li44h", "5832-05-3[rn]", "(4-furan-2-ylmethyl-piperazin-1-yl)-(3-methoxy-phenyl)-methanone", "ac1q5eor", "ar-1a8966", "kst-1a0189", "stk232792", "bas 01041952", "methanone [4-(2-furanylmethyl)-1-piperazinyl](3-methoxyphenyl)-", "1-(2-furylmethyl)-4-(3-methoxybenzoyl)piperazine", "molport-001-953-242", "[4-(furan-2-ylmethyl)piperazin-1-yl](3-methoxyphenyl)methanone"}|>, "2864" -> <|"DatabaseID" -> "SW01828", "IsomericSmiles" -> "C[NH+]1[C@@H]2CC[C@H]1CC(C2)NC(=O)n3c4ccccc4[nH]c3=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09749"]}, "OfficialNames" -> <|"NPC Approved Name" -> "itasetron"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918106]}, "Synonyms" -> {"itasetron", "dau6215cl", "surecn62123", "u-98079a", "surecn62124", "ncgc00183011-01", "itasetron [usan:inn]", "u 98079a", "itasetron hydrochloride hydrate", "itasetron (usan/inn)", "123258-84-4"}|>, "2865" -> <|"DatabaseID" -> "SW01829", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28364"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 393682]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00159"]}, "IsomericSmiles" -> "CC/C=C\\C/C=C\\C/C=C\\C/C=C\\C/C=C\\CCCC(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "eicosapentaenoic acid"|>, "PharmGKBID" -> "PA164746077", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 446284]}, "Synonyms" -> {"timnodonic acid", "icosapentaenoic acid", "epa", "icosapentum", "eicosapentaenoic acid", "icosapento", "icosapent", "all-cis-icosapentaenoic acid", "cis-5,8,11,14,17-eicosapentaenoic acid", "eicosapentanoic acid[wiki]", "all cis-5,8,11,14,17-eicosapentaenoic acid", "5c,8c,11c,14c,17c-eicosapentaenoic acid", "cis cis cis cis cis-eicosa-5,8,11,14,17-pentaenoic acid", "cis-5,8,11,14,17-eicosapentaenoate", "(5z,8z,11z,14z,17z)-eicosapentaenoate", "(all-z)-5,8,11,14,17-eicosapentaenoic acid", "5,8,11,14,17-icosapentaenoate", "5,8,11,14,17-eicosapentaenoic acid (all-z)- (8ci)", "1714433[beilstein]", "eicosa-5z,8z,11z,14z,17z-pentaenoic acid (20:5 n-3)", "cis-5", "sodium/calcium exchanger 1 precursor", "all-cis-5,8,11,14,17-eicosapentaenoic acid", "icosapentum [inn_la]", "[10417-94-4]", "5", "cis-eicosapenta-5,8,11,14,17-enoic acid", "5,8,11,14,17-eicosapentaenoic acid", "eicosapentaenoic acid[wiki]", "25378-27-2[rn]", "5,8,11,14,17-eicosapentaenoic acid,(5z,8z,11z,14z,17z)- (9ci)", "5,8,11,14,17-eicosapentaenoic acid (all-z)-", "timnodonate", "5,8,11,14,17-eicosapentaenoate", "(z,z,z,z,z)-5,8,11,14,17-eicosapentaenoic acid", "na(+)/ca(2+)-exchange protein 1", "eicosapentaenoic acid 5,8,11,14,17-(z,z,z,z,z)-", "5,8,11,14,17-eicosapentaenoic acid (5z,8z,11z,14z,17z)-", "chebi:28364", "icosapentaenoate", "(all-cis)-5,8,11,14,17-eicosapentaenoic acid", "(5z,8z,11z,14z,17z)-icosapentaenoic acid", "1553-41-9 (cis/trans undefined)", "5z,8z,11z,14z,17z-eicosapentaenoic acid", "5z,8z,11z,14z,17z-eicosapentaenoate", "icosapento[spanish]", "all-cis-icosapentaenoate", "eicosapentaenoate", "cis-eicosa-5,8,11,14,17-pentaenoic acid", "cis-5,8,11,14,17-epa", "25377-48-4[rn]", "5,8,11,14,17-eicosapentaenoic acid (all cis)", "10417-94-4", "(5z,8z,11z,14z,17z)-icosa-5,8,11,14,17-pentaenoic acid", "icosapent; icosapento; icosapentum", "(5z,8z,11z,14z,17z)-5,8,11,14,17-eicosapentaenoic acid", "5,8,11,14,17-icosapentaenoic acid[acd/iupac name]", "5,8,11,14,17-eicosapentaenoic acid (6ci)", "icosapentum[latin]", "10417-94-4[rn]", "all-cis-5,8,11,14,17-icosapentaenoic acid", "all-cis-icosa-5,8,11,14,17-pentaenoic acid", "(5z,8z,11z,14z,17z)-eicosapentaenoic acid", "icosapent[inn]"}|>, "2866" -> <|"DatabaseID" -> "SW01830", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23254084]}, "IsomericSmiles" -> "C[C@]1(CCC2=C(C1)CC[C@@H]3[C@@]2(CCC[C@@]3(C)C(=O)[O-])C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-pimara-815-dien-19-oic acid"|>, "Synonyms" -> {"pimara-8,15-dien-18-oic acid", "1-phenanthrenecarboxylic acid 7-ethenyl-1,2,3,4,4a,5,6,7,8,9,10,10a-dodecahydro-1,4a,7-trimethyl-,(1r,4as,7r,10ar)-", "8,15-pimaradien-18-oic acid", "7715-76-6[rn]"}|>, "2867" -> <|"DatabaseID" -> "SW01831", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2609]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)C(c2ccccc2)c3ccc(cc3)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "chlorcyclizine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2710]}, "Synonyms" -> {"chlorocyclizine", "perazyl", "chlorocycline", "histantine", "alergicide", "trihistan", "histachlorazene", "diparalene", "chlorcycline", "compd 47-282", "1-(4-chlorobenzhydryl)-4-methylpiperazine", "82-93-9[rn]", "di-paralen", "201-446-0[einecs]", "piperazine 1-(((4-chlorophenyl)phenyl)methyl)-4-methyl-", "5-23-01-00235 (beilstein handbook reference)[beilstein]", "(1-[(4-chlorophenyl)phenyl-methyl]-4-methylpiperazine)", "histachlorazine", "piparalene", "chlorcyclizine", "14362-31-3[rn]", "compound 47-282", "1-[(4-chloro-phenyl)-phenyl-methyl]-4-methyl-piperazine", "n-methyl-n'-(4-chlorobenzhydryl)piperazine", "piperazine 1-((4-chlorophenyl)phenylmethyl)-4-methyl- (9ci)", "ah-289 hydrochloride", "chlorocyclizin", "1-((4-chlorophenyl)phenylmethyl)-4-methylpiperazine", "1-[(4-chlorophenyl)phenylmethyl]-4-methylpiperazine", "piperazine 1-[(4-chlorophenyl)phenylmethyl]-4-methyl-", "component of mantadil", "clorciclizinio[spanish][inn]", "1-(p-chloro-a-phenylbenzyl)-4-methylpiperazine", "chlorcylizine", "1-[(4-chlorophenyl)(phenyl)methyl]-4-methylpiperazine[acd/iupac name]", "chlorcyclizinum[latin]", "piperazine 1-[ (4-chlorophenyl)phenylmethyl]-4-methyl-", "chlorcyclizinium chloride", "clorciclizina [dcit]", "chlorcyclizine[wiki]", "c084597", "piperazine 1-[ (4-chlorophenyl)phenylmethyl]-4-methyl- monohydrochloride", "perazil chlorcyclizine", "piperazine 1-((4-chlorophenyl)phenylmethyl)-4-methyl-", "perazil", "5-23-01-00235[beilstein]", "component of fedrazil"}|>, "2868" -> <|"DatabaseID" -> "SW01831", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2609]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)C(c2ccccc2)c3ccc(cc3)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "chlorcyclizine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2710]}, "Synonyms" -> {"chlorocyclizine", "perazyl", "chlorocycline", "histantine", "alergicide", "trihistan", "histachlorazene", "diparalene", "chlorcycline", "compd 47-282", "1-(4-chlorobenzhydryl)-4-methylpiperazine", "82-93-9[rn]", "di-paralen", "201-446-0[einecs]", "piperazine 1-(((4-chlorophenyl)phenyl)methyl)-4-methyl-", "5-23-01-00235 (beilstein handbook reference)[beilstein]", "(1-[(4-chlorophenyl)phenyl-methyl]-4-methylpiperazine)", "histachlorazine", "piparalene", "chlorcyclizine", "14362-31-3[rn]", "compound 47-282", "1-[(4-chloro-phenyl)-phenyl-methyl]-4-methyl-piperazine", "n-methyl-n'-(4-chlorobenzhydryl)piperazine", "piperazine 1-((4-chlorophenyl)phenylmethyl)-4-methyl- (9ci)", "ah-289 hydrochloride", "chlorocyclizin", "1-((4-chlorophenyl)phenylmethyl)-4-methylpiperazine", "1-[(4-chlorophenyl)phenylmethyl]-4-methylpiperazine", "piperazine 1-[(4-chlorophenyl)phenylmethyl]-4-methyl-", "component of mantadil", "clorciclizinio[spanish][inn]", "1-(p-chloro-a-phenylbenzyl)-4-methylpiperazine", "chlorcylizine", "1-[(4-chlorophenyl)(phenyl)methyl]-4-methylpiperazine[acd/iupac name]", "chlorcyclizinum[latin]", "piperazine 1-[ (4-chlorophenyl)phenylmethyl]-4-methyl-", "chlorcyclizinium chloride", "clorciclizina [dcit]", "chlorcyclizine[wiki]", "c084597", "piperazine 1-[ (4-chlorophenyl)phenylmethyl]-4-methyl- monohydrochloride", "perazil chlorcyclizine", "piperazine 1-((4-chlorophenyl)phenylmethyl)-4-methyl-", "perazil", "5-23-01-00235[beilstein]", "component of fedrazil"}|>, "2869" -> <|"DatabaseID" -> "SW01833", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4876"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21528], ExternalIdentifier["ChemSpiderID", 3163]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00903"]}, "IsomericSmiles" -> "CCC(=C)C(=O)c1ccc(c(c1Cl)Cl)OCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00313"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETHACRYNATE SODIUM;ETHACRYNIC ACID"|>, "PharmGKBID" -> "PA449518", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23003], ExternalIdentifier["PubChemCompoundID", 3278]}, "Synonyms" -> {"ethacrynate", "ethacrynic acid", "etacrynic acid", "edecril", "otacril", "hidromedin", "hydromedin", "edecrina", "crinuryl", "endecril", "taladren", "methylenebutyrylphenoxyacetic acid", "edecrin", "reomax", "etakrinic acid", "uregit", "mingit", "etacrinic acid", "kidney-specific na-k-cl symporter", "bumetanide-sensitive sodium-(potassium)-chloride cotransporter 2", "ethacryinic acid", "[4-(methylenebutyryl)-2,3-dichlorophenoxy]acetic acid", "2,3-dichloro-4-(2-methylenebutyl)phenoxyacetic acid", "{[2,3-dichloro-4-(2-methylene-1-oxobutyl)phenoxy]acetic} acid", "(4-(2-methylenebutyryl)-2,3-dichlorophenoxy)acetic acid", "2-[2,3-dichloro-4-(2-ethylprop-2-enoyl)phenoxy]acetic acid", "1915060[beilstein]", "sodium [2,3-dichloro-4-(2-methylenebutanoyl)phenoxy]acetate[acd/iupac name]", "ethacrynic acid[usp][usan]", "[2,3-dichloro-4-(2-methylenebutyryl)phenoxy]acetic acid", "(2,3-dichloro-4-(2-methylene-1-oxobutyl)phenoxy)acetic acid", "[2,3-dichloro-4-(2-methylidenebutanoyl)phenoxy]acetic acid", "edecrin sodium", "ethacrynic acid sodium", "(2,3-dichloro-4-(2-ethylacryloyl)phenoxy)acetic acid", "acetic acid {[2,3-dichloro-4-(2-methylene-1-oxobutyl)phenoxy]-}", "acetic acid [2,3-dichloro-4-(2-methylene-1-oxobutyl)phenoxy]-", "acetic acid (2,3-dichloro-4-(2-methylene-1-oxobutyl)phenoxy)-", "kyselina 4-(2-(1-butenyl)karbonyl)-2,3-dichlorfenoxyoctova[czech]", "{[4-(2-methylenebutyryl)-2,3-dichlorophenoxy]acetic} acid", "sodium ethacrynate", "kyselina ethakrynova[czech]", "2,3-dichloro-4-(2-methylenebutyryl)phenoxy acetic acid", "acetic acid 2-[2,3-dichloro-4-(2-methylene-1-oxobutyl)phenoxy]- sodiumsalt (1:1)", "[4-(2-methylenebutyryl)-2,3-dichlorophenoxy]acetic acid", "(2,3-dichloro-4-(2-methylenebutyryl)phenoxy)acetic acid", "edecrin (tn)", "edecrin[wiki]", "cas-58-54-8", "acide etacrynique[french][inn]", "acido etacrinico[spanish][inn]", "acetic acid (2,3-dichloro-4-(2-methylenebutyryl)phenoxy)-", "(2,3-dichloro-4-(2-methylene-1-oxobutyl)phenoxy)aceticacid sodium salt", "acetic acid 2-[2,3-dichloro-4-(2-methylene-1-oxobutyl)phenoxy]-", "sodium (2,3-dichloro-4-(2-methylenebutyryl)phenoxy)acetate", "(2,3-dichloro-4-(2-methylene-1-oxobutyl)phenoxy)aceticacid", "337376-15-5", "acetic acid (2,3-dichloro-4-(2-methylene-1-oxobutyl)phenoxy)-,sodium salt", "etacrynic acid[jp15]", "acetic acid [2,3-dichloro-4-(2-methylene-1-oxobutyl)phenoxy]-,sodium salt", "ethacrynic acid [usan:ban][usan]", "[2,3-dichloro-4-(2-methylene-1-oxobutyl)phenoxy]acetic acid", "sodium [2,3-dichloro-4-(2-methylidenebutanoyl)phenoxy]acetate", "6500-81-8[rn]", "acetic acid {[2,3-dichloro-4-(2-methylenebutyryl)phenoxy]-}", "[2,3-dichloro-4-(2-methylenebutanoyl)phenoxy]acetic acid[acd/iupac name]", "58-54-8[rn]", "ethacrinique (acide)", "ethacrynate sodium", "eaa", "methylenebutyryl phenoxyacetic acid", "(2,3-dichloro-4-[2-methylenebutyryl]phenoxy)acetic acid", "200-384-1[einecs]", "natrium-[2,3-dichlor-4-(2-methylidenbutanoyl)phenoxy]acetat", "acidum etacrynicum[latin]"}|>, "2870" -> <|"DatabaseID" -> "SW01834", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4775"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445149]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08468"]}, "IsomericSmiles" -> "c1c2c3c4c(cc(c(c4oc2=O)O)O)c(=O)oc3c(c1O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "C10788"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ellagic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281855]}, "Synonyms" -> {"lagistase", "elagostasine", "alizarine yellow", "benzoaric acid", "eleagic acid", "2,3,7,8-tetrahydroxychromeno[5,4,3-cde]chromene-5,10-dione", "llagic acid", "acido elagico[spanish][inn]", "[1]benzopyrano[5,4,3-cde][1]benzopyran-5,10-dione 2,3,7,8-tetrahydroxy-", "2,3,7,8-tetrahydroxy[1]benzopyrano[5,4,3-cde][1]benzopyran-5,10-dione", "acid ellagic", "d004610", "ellagic acid", "476-66-4[rn]", "ellagicacid", "2,3,7,8-tetrahydroxy-[1]benzopyrano[5,4,3-cde][1]benzopyran-5,10-dione", "acidum ellagicum[latin]", "c.i. 55005", "2,3,7,8-tetrahydroxy[1]benzopyrano-[5,4,3-cde][1]benzopyran-5,10-dione", "ellagic acid dihydrate", "eleagate", "llagate", "476-66-4", "ec 2.7.11.1", "ellagate", "ellagic acid[wiki][inn]", "alizarin yellow", "(1)benzopyrano(5,4,3-cde)(1)benzopyran-5,10-dione 2,3,7,8-tetrahydroxy-", "47549[beilstein]", "2,3,7,8-tetrahydroxy-chromeno[5,4,3-cde]chromene-5,10-dione", "2,3,7,8-tetrahydroxychromeno[5,4,3-cde]chromen-5,10-dion", "2,3,7,8-tetrahydroxy(1)benzopyrano(5,4,3-cde)-(1)benzopyran-5,10-dione", "207-508-3[einecs]", "benzoarate", "4,4',5,5',6,6'-hexahydrodiphenic acid 2,6,2',6'-dilactone", "ellagic acid [dcf]", "acid benzoaric", "5-19-07-00108 (beilstein handbook reference)[beilstein]", "4,4',5,5',6,6'-hexahydroxydiphenic acid 2,6,2',6'-dilactone", "2,3,7,8-tetrahydroxy(1)benzopyrano(5,4,3-cde)(1)benzopyran-5,10-dione", "acide ellagique[french][inn]", "4,4',5,5',6,6'-hexahydroxydiphenic acid 2,6,2',6'-dilactone hydrate", "gallogen", "2,3,7,8-tetrahydroxychromeno[5,4,3-cde]chromene-5,10-dione dihydrate", "ck ii", "ellagsaeure"}|>, "2871" -> <|"DatabaseID" -> "SW01835", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514272], ExternalIdentifier["ChemSpiderID", 4447650]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=O)CC[C@]3([C@H]1C5)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Oxymorphone", "FDA Approved Drug" -> "OXYMORPHONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450748", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359390], ExternalIdentifier["PubChemCompoundID", 5284604]}, "Synonyms" -> {"opana", "oxymorphine", "oximorphonum", "oxymorphone", "opana er", "dihydrohydroxymorphinone", "14-hydroxydihydromorphinone", "numorphan[wiki]", "numorphan", "oxymorphone[wiki]", "dihydroxymorphinone", "dihydro-14-hydroxymorphinone", "(-)-oxymorphone", "357-07-3[rn]", "oxymorphinone hydrochloride", "morphinan-6-one", "76-41-5", "(5alpha)-4", "einecs 206-610-5", "(1s,5r,13r,17s)-10,17-dihydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-onhydrochlorid", "percocet[wiki]", "(1s,5r,13r,17s)-10,17-dihydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-one", "206-610-5[einecs]", "oxymorphone hydrochloride", "10,17-dihydroxy-4-methyl-(13r,17s)-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-one(oxymorphone)", "(4r,4as,7ar,12bs)-4a,9-dihydroxy-3-methyl-2,3,4,4a,5,6-hexahydro-1h-4,12-methanobenzofuro[3,2-e]isoquinolin-7(7ah)-one hydrochloride", "76-41-5[rn]", "4", "combunox", "morphinone dihydro-14-hydroxy-", "percodan-demi", "oxymorphone hydrochloride[usp]", "(1s,5r,13r,17s)-10,17-dihydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-onehydrochloride", "percodan[wiki]", "337376-15-5", "codoxy", "200-959-7[einecs]", "roxilox", "tylox-325", "10,17-dihydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7,9,11(18)-trien-14-one", "oxymorphone hcl", "roxiprin", "roxicet[wiki]", "dor-1", "4,5-epoxy-3,14-dihydroxy-n-methyl-6-oxomorphinan", "357-07-3", "tylox[wiki]", "numorphan (tn)", "oxycet", "(14s)-14-hydroxydihydromorphinone", "(5?)-4,5-epoxy-3,14-dihydroxy-17-methylmorphinan-6-onehydrochloride", "en3202", "oxymorphone (inn)", "morphinone 7,8-dihydro-14-hydroxy- (6ci,7ci)"}|>, "2872" -> <|"DatabaseID" -> "SW01835", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514272], ExternalIdentifier["ChemSpiderID", 4447650]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=O)CC[C@]3([C@H]1C5)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Oxymorphone", "FDA Approved Drug" -> "OXYMORPHONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450748", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359390], ExternalIdentifier["PubChemCompoundID", 5284604]}, "Synonyms" -> {"opana", "oxymorphine", "oximorphonum", "oxymorphone", "opana er", "dihydrohydroxymorphinone", "14-hydroxydihydromorphinone", "numorphan[wiki]", "numorphan", "oxymorphone[wiki]", "dihydroxymorphinone", "dihydro-14-hydroxymorphinone", "(-)-oxymorphone", "357-07-3[rn]", "oxymorphinone hydrochloride", "morphinan-6-one", "76-41-5", "(5alpha)-4", "einecs 206-610-5", "(1s,5r,13r,17s)-10,17-dihydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-onhydrochlorid", "percocet[wiki]", "(1s,5r,13r,17s)-10,17-dihydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-one", "206-610-5[einecs]", "oxymorphone hydrochloride", "10,17-dihydroxy-4-methyl-(13r,17s)-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-one(oxymorphone)", "(4r,4as,7ar,12bs)-4a,9-dihydroxy-3-methyl-2,3,4,4a,5,6-hexahydro-1h-4,12-methanobenzofuro[3,2-e]isoquinolin-7(7ah)-one hydrochloride", "76-41-5[rn]", "4", "combunox", "morphinone dihydro-14-hydroxy-", "percodan-demi", "oxymorphone hydrochloride[usp]", "(1s,5r,13r,17s)-10,17-dihydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-onehydrochloride", "percodan[wiki]", "337376-15-5", "codoxy", "200-959-7[einecs]", "roxilox", "tylox-325", "10,17-dihydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7,9,11(18)-trien-14-one", "oxymorphone hcl", "roxiprin", "roxicet[wiki]", "dor-1", "4,5-epoxy-3,14-dihydroxy-n-methyl-6-oxomorphinan", "357-07-3", "tylox[wiki]", "numorphan (tn)", "oxycet", "(14s)-14-hydroxydihydromorphinone", "(5?)-4,5-epoxy-3,14-dihydroxy-17-methylmorphinan-6-onehydrochloride", "en3202", "oxymorphone (inn)", "morphinone 7,8-dihydro-14-hydroxy- (6ci,7ci)"}|>, "2873" -> <|"DatabaseID" -> "SW01836", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 381349]}, "IsomericSmiles" -> "c1ccc2c(c1)c(=O)n(cn2)CC3(CC4C(O3)CCC[NH2+]4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-dichroine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 431195]}, "Synonyms" -> {"isofebrifugine (b604866k055)", "ac1l8qxo", "nsc290495", "3-[(2-hydroxy-3a", "32434-44-9", "32434-44-9[rn]", "nsc-290495"}|>, "2874" -> <|"DatabaseID" -> "SW01836", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 381349]}, "IsomericSmiles" -> "c1ccc2c(c1)c(=O)n(cn2)CC3(CC4C(O3)CCC[NH2+]4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-dichroine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 431195]}, "Synonyms" -> {"isofebrifugine (b604866k055)", "ac1l8qxo", "nsc290495", "3-[(2-hydroxy-3a", "32434-44-9", "32434-44-9[rn]", "nsc-290495"}|>, "2875" -> <|"DatabaseID" -> "SW01836", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 381349]}, "IsomericSmiles" -> "c1ccc2c(c1)c(=O)n(cn2)CC3(CC4C(O3)CCC[NH2+]4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-dichroine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 431195]}, "Synonyms" -> {"isofebrifugine (b604866k055)", "ac1l8qxo", "nsc290495", "3-[(2-hydroxy-3a", "32434-44-9", "32434-44-9[rn]", "nsc-290495"}|>, "2876" -> <|"DatabaseID" -> "SW01836", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 381349]}, "IsomericSmiles" -> "c1ccc2c(c1)c(=O)n(cn2)CC3(CC4C(O3)CCC[NH2+]4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-dichroine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 431195]}, "Synonyms" -> {"isofebrifugine (b604866k055)", "ac1l8qxo", "nsc290495", "3-[(2-hydroxy-3a", "32434-44-9", "32434-44-9[rn]", "nsc-290495"}|>, "2877" -> <|"DatabaseID" -> "SW01836", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 381349]}, "IsomericSmiles" -> "c1ccc2c(c1)c(=O)n(cn2)CC3(CC4C(O3)CCC[NH2+]4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-dichroine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 431195]}, "Synonyms" -> {"isofebrifugine (b604866k055)", "ac1l8qxo", "nsc290495", "3-[(2-hydroxy-3a", "32434-44-9", "32434-44-9[rn]", "nsc-290495"}|>, "2878" -> <|"DatabaseID" -> "SW01836", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 381349]}, "IsomericSmiles" -> "c1ccc2c(c1)c(=O)n(cn2)CC3(CC4C(O3)CCC[NH2+]4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-dichroine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 431195]}, "Synonyms" -> {"isofebrifugine (b604866k055)", "ac1l8qxo", "nsc290495", "3-[(2-hydroxy-3a", "32434-44-9", "32434-44-9[rn]", "nsc-290495"}|>, "2879" -> <|"DatabaseID" -> "SW01836", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 381349]}, "IsomericSmiles" -> "c1ccc2c(c1)c(=O)n(cn2)CC3(CC4C(O3)CCC[NH2+]4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-dichroine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 431195]}, "Synonyms" -> {"isofebrifugine (b604866k055)", "ac1l8qxo", "nsc290495", "3-[(2-hydroxy-3a", "32434-44-9", "32434-44-9[rn]", "nsc-290495"}|>, "2880" -> <|"DatabaseID" -> "SW01836", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 381349]}, "IsomericSmiles" -> "c1ccc2c(c1)c(=O)n(cn2)CC3(CC4C(O3)CCC[NH2+]4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-dichroine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 431195]}, "Synonyms" -> {"isofebrifugine (b604866k055)", "ac1l8qxo", "nsc290495", "3-[(2-hydroxy-3a", "32434-44-9", "32434-44-9[rn]", "nsc-290495"}|>, "2881" -> <|"DatabaseID" -> "SW01837", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8027405]}, "IsomericSmiles" -> "c1ccc2c(c1)c(=O)n(cn2)CC(=O)C[C@@H]3[C@H](CCC[NH2+]3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "febrifugine a;beta-dichroine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9851692]}, "Synonyms" -> {"febrifugine", "ferbifrugin", "3-{3-[(2r,3s)-3-hydroxypiperidin-2-yl]-2-oxopropyl}quinazolin-4(3h)-one", "3-(3-((2r,3s)-3-hydroxypiperidin-2-yl)-2-oxopropyl)quinazolin-4(3h)-one", "4(3h)-quinazolinone 3-[3-[(2r,3s)-3-hydroxy-2-piperidinyl]-2-oxopropyl]-", "3-(3-(3-hydroxy-2-piperidinyl)-2-oxopropyl)-4(3h)-quinazolinone", "(+)-febrifugine", "beta-dichroine", "(e)-3-(3-(3-hydroxy-2-piperidinyl)acetonyl)-4-(3h)-quinazolinone", "dichroin", "3-[3-((2r,3s)-3-hydroxy-piperidin-2-yl)-2-oxo-propyl]-3h-quinazolin-4-one", "febrifugine (8ci)", "(e)-3-(3-(3-hydroxy-2-piperidinyl)-2-oxopropyl)-4(3h)-quinazolinone", "24159-07-7", "nsc 315535", "(+)-febrifugine dihydrochloride"}|>, "2882" -> <|"DatabaseID" -> "SW01838", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 137702]}, "IsomericSmiles" -> "Cn1c2ccccc2c(=O)[n+]3c1-c4c(c5ccccc5[nH]4)CC3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dehydroevodiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 156371]}, "Synonyms" -> {"dehydroevodiamine chloride", "chebi:563991", "67909-49-3 (parent)", "21-methyl-14-oxo-3,13,21-triazapentacyclo[11.8.0.02,10.04,9.015,20]henicosa-1(21),2(10),4,6,8,15(20),16,18-octaen-21-ium chloride", "14-methyl-5-oxo-5,7,8,13-tetrahydroindolo[2',3':3,4]pyrido[2,1-b]quinazolin-14-ium chloride", "dehydroevodiamine", "ls-177216", "75853-60-0[rn]", "indolo(2'", "ccris 8946", "indolo(2',3':3,4)pyrido(2,1-b)quinazolinium,5,7,8,13-tetrahydro-14-methyl-5-oxo- chloride", "indolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(7h)-one 8,14-dihydro-14-methyl- hydrochloride(1:1)", "c19h16n3o.cl", "67909-49-3[rn]", "ac1l4g2f", "indolo[2',3':3,4]pyrido[2,1-b]quinazolinium,5,7,8,13-tetrahydro-14-methyl-5-oxo- chloride (1:1)", "14-methyl-5-oxo-7"}|>, "2883" -> <|"DatabaseID" -> "SW01839", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64490]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00179"]}, "IsomericSmiles" -> "C[C@H](Cc1ccc(c(c1)O)O)[C@@H](C)Cc2ccc(c(c2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04862"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MASOPROCOL"|>, "PharmGKBID" -> "PA164746493", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71398]}, "Synonyms" -> {"actinex", "masoprocol", "meso-nordihydroguaiaretic acid", "ndga", "meso-ndga", "masoprocolum [inn-latin]", "nordihydroguaiaretic acid", "nordihydroguairaretic acid", "dihydronorguaiaretic acid", "248-606-6[einecs]", "1,2-benzenediol 4-[(2r,3s)-4-(3,4-dihydroxyphenyl)-2,3-dimethylbutyl]-", "500-38-9[rn]", "207-903-0[einecs]", "4-[(2r,3s)-4-(3,4-dihydroxyphenyl)-2,3-dimethylbutyl]-1,2-benzenediol[acd/iupac name]", "meso-4,4'-(2,3-dimethyltetramethylene)dipyrocatechol", "ac1q7acc", "chx 100", "1,4-bis(3,4-dihydroxyphenyl)-2,3-dimethylbutane", "2,3-bis(3,4-dihydroxyphenylmethyl)butane", "norguaiaretic acid dihydro-", "4-[(2r,3s)-4-(3,4-dihydroxyphenyl)-2,3-dimethylbutyl]-1,2-benzoldiol", "actinex (tn)", "masoprocolum[latin]", "dinorguaiaretic acid dihydro-", "(r*,s*)-4,4'-(2,3-dimethylbutane-1,4-diyl)bispyrocatechol", "nordihyolroguaiaretic acid", "27686-84-6 (meso)", "5-lo", "334707-72-1[rn]", "9005-80-5[rn]", "4-[(2r,3s)-4-(3,4-dihydroxyphenyl)-2,3-dimethylbutyl]benzene-1,2-diol(nordihydroguaiareticacid ndga)", "nordihydroguaiaretic acid from larrea divaricata (creosote bush)", "masoprocolum", "b,g-dimethyl-a,d-bis(3,4-dihydroxyphenyl)butane", "5-lipoxygenase", "6,11-dihydro-5-thia-11-aza-benzo[a]fluorene", "ec 1.13.11.34", "4-[(2r,3s)-4-(3,4-dihydroxyphenyl)-2,3-dimethylbutyl]benzene-1,2-diol", "masoprocol [usan:inn][inn][usan]", "nordihydroguaiaretic acid (meso-form)", "1,2-benzenediol 4,4'-(2,3-dimethyl-1,4-butanediyl)bis- (r*,s*)-", "27686-84-6[rn]", "masoprocol[wiki]"}|>, "2884" -> <|"DatabaseID" -> "SW01840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10890]}, "IsomericSmiles" -> "CC(COc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01748"]}, "OfficialNames" -> <|"Indian Approved Name" -> "isoxsuprine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11368]}, "Synonyms" -> {"isoxsuprine hydrochloride", "isoxsuprin hydrochloride", "duvadilan", "vasodilan", "579-56-6[rn]", "isoxsuprine hcl", "vasotran", "suprilent", "1-(4-hydroxyphenyl)-2-[(1-methyl-2-phenoxyethyl)amino]propan-1-ol chloride", "vasoplex", "isolait", "norephedrine p-hydroxy-n-(1-methyl-2-phenoxyethyl)-,hydrochloride", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}benzololhydrochlorid", "isoxsuprine hydrochloride [usan:jan][jan][usan]", "isoxsuprinehydrochloride", "hsdb 3106", "duvadilan (tn)", "71477-82-2[rn]", "benzenemethanol 4-hydroxy-a-[1-[(1-methyl-2-phenoxyethyl)amino]ethyl]-,hydrochloride (1:1)", "1-(p-hydroxyphenyl)-2-(1'-methyl-2'-phenoxy)ethylaminopropanol-1 hydrochloride", "4-[1-hydroxy-2-(1-phenoxypropan-2-ylamino)propyl]phenol", "34331-89-0[rn]", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}phenol hydrochloride", "209-443-6[einecs]", "4-12-00-02841 (beilstein handbook reference)[beilstein]", "benzamine 2,6-diethyl-", "einecs 209-443-6", "4-{1-hydroxy-2-[(1-phenoxypropan-2-yl)amino]propyl}phenol hydrochloride(1:1)", "34233-88-0[rn]"}|>, "2885" -> <|"DatabaseID" -> "SW01840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10890]}, "IsomericSmiles" -> "CC(COc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01748"]}, "OfficialNames" -> <|"Indian Approved Name" -> "isoxsuprine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11368]}, "Synonyms" -> {"isoxsuprine hydrochloride", "isoxsuprin hydrochloride", "duvadilan", "vasodilan", "579-56-6[rn]", "isoxsuprine hcl", "vasotran", "suprilent", "1-(4-hydroxyphenyl)-2-[(1-methyl-2-phenoxyethyl)amino]propan-1-ol chloride", "vasoplex", "isolait", "norephedrine p-hydroxy-n-(1-methyl-2-phenoxyethyl)-,hydrochloride", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}benzololhydrochlorid", "isoxsuprine hydrochloride [usan:jan][jan][usan]", "isoxsuprinehydrochloride", "hsdb 3106", "duvadilan (tn)", "71477-82-2[rn]", "benzenemethanol 4-hydroxy-a-[1-[(1-methyl-2-phenoxyethyl)amino]ethyl]-,hydrochloride (1:1)", "1-(p-hydroxyphenyl)-2-(1'-methyl-2'-phenoxy)ethylaminopropanol-1 hydrochloride", "4-[1-hydroxy-2-(1-phenoxypropan-2-ylamino)propyl]phenol", "34331-89-0[rn]", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}phenol hydrochloride", "209-443-6[einecs]", "4-12-00-02841 (beilstein handbook reference)[beilstein]", "benzamine 2,6-diethyl-", "einecs 209-443-6", "4-{1-hydroxy-2-[(1-phenoxypropan-2-yl)amino]propyl}phenol hydrochloride(1:1)", "34233-88-0[rn]"}|>, "2886" -> <|"DatabaseID" -> "SW01840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10890]}, "IsomericSmiles" -> "CC(COc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01748"]}, "OfficialNames" -> <|"Indian Approved Name" -> "isoxsuprine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11368]}, "Synonyms" -> {"isoxsuprine hydrochloride", "isoxsuprin hydrochloride", "duvadilan", "vasodilan", "579-56-6[rn]", "isoxsuprine hcl", "vasotran", "suprilent", "1-(4-hydroxyphenyl)-2-[(1-methyl-2-phenoxyethyl)amino]propan-1-ol chloride", "vasoplex", "isolait", "norephedrine p-hydroxy-n-(1-methyl-2-phenoxyethyl)-,hydrochloride", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}benzololhydrochlorid", "isoxsuprine hydrochloride [usan:jan][jan][usan]", "isoxsuprinehydrochloride", "hsdb 3106", "duvadilan (tn)", "71477-82-2[rn]", "benzenemethanol 4-hydroxy-a-[1-[(1-methyl-2-phenoxyethyl)amino]ethyl]-,hydrochloride (1:1)", "1-(p-hydroxyphenyl)-2-(1'-methyl-2'-phenoxy)ethylaminopropanol-1 hydrochloride", "4-[1-hydroxy-2-(1-phenoxypropan-2-ylamino)propyl]phenol", "34331-89-0[rn]", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}phenol hydrochloride", "209-443-6[einecs]", "4-12-00-02841 (beilstein handbook reference)[beilstein]", "benzamine 2,6-diethyl-", "einecs 209-443-6", "4-{1-hydroxy-2-[(1-phenoxypropan-2-yl)amino]propyl}phenol hydrochloride(1:1)", "34233-88-0[rn]"}|>, "2887" -> <|"DatabaseID" -> "SW01840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10890]}, "IsomericSmiles" -> "CC(COc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01748"]}, "OfficialNames" -> <|"Indian Approved Name" -> "isoxsuprine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11368]}, "Synonyms" -> {"isoxsuprine hydrochloride", "isoxsuprin hydrochloride", "duvadilan", "vasodilan", "579-56-6[rn]", "isoxsuprine hcl", "vasotran", "suprilent", "1-(4-hydroxyphenyl)-2-[(1-methyl-2-phenoxyethyl)amino]propan-1-ol chloride", "vasoplex", "isolait", "norephedrine p-hydroxy-n-(1-methyl-2-phenoxyethyl)-,hydrochloride", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}benzololhydrochlorid", "isoxsuprine hydrochloride [usan:jan][jan][usan]", "isoxsuprinehydrochloride", "hsdb 3106", "duvadilan (tn)", "71477-82-2[rn]", "benzenemethanol 4-hydroxy-a-[1-[(1-methyl-2-phenoxyethyl)amino]ethyl]-,hydrochloride (1:1)", "1-(p-hydroxyphenyl)-2-(1'-methyl-2'-phenoxy)ethylaminopropanol-1 hydrochloride", "4-[1-hydroxy-2-(1-phenoxypropan-2-ylamino)propyl]phenol", "34331-89-0[rn]", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}phenol hydrochloride", "209-443-6[einecs]", "4-12-00-02841 (beilstein handbook reference)[beilstein]", "benzamine 2,6-diethyl-", "einecs 209-443-6", "4-{1-hydroxy-2-[(1-phenoxypropan-2-yl)amino]propyl}phenol hydrochloride(1:1)", "34233-88-0[rn]"}|>, "2888" -> <|"DatabaseID" -> "SW01840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10890]}, "IsomericSmiles" -> "CC(COc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01748"]}, "OfficialNames" -> <|"Indian Approved Name" -> "isoxsuprine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11368]}, "Synonyms" -> {"isoxsuprine hydrochloride", "isoxsuprin hydrochloride", "duvadilan", "vasodilan", "579-56-6[rn]", "isoxsuprine hcl", "vasotran", "suprilent", "1-(4-hydroxyphenyl)-2-[(1-methyl-2-phenoxyethyl)amino]propan-1-ol chloride", "vasoplex", "isolait", "norephedrine p-hydroxy-n-(1-methyl-2-phenoxyethyl)-,hydrochloride", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}benzololhydrochlorid", "isoxsuprine hydrochloride [usan:jan][jan][usan]", "isoxsuprinehydrochloride", "hsdb 3106", "duvadilan (tn)", "71477-82-2[rn]", "benzenemethanol 4-hydroxy-a-[1-[(1-methyl-2-phenoxyethyl)amino]ethyl]-,hydrochloride (1:1)", "1-(p-hydroxyphenyl)-2-(1'-methyl-2'-phenoxy)ethylaminopropanol-1 hydrochloride", "4-[1-hydroxy-2-(1-phenoxypropan-2-ylamino)propyl]phenol", "34331-89-0[rn]", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}phenol hydrochloride", "209-443-6[einecs]", "4-12-00-02841 (beilstein handbook reference)[beilstein]", "benzamine 2,6-diethyl-", "einecs 209-443-6", "4-{1-hydroxy-2-[(1-phenoxypropan-2-yl)amino]propyl}phenol hydrochloride(1:1)", "34233-88-0[rn]"}|>, "2889" -> <|"DatabaseID" -> "SW01840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10890]}, "IsomericSmiles" -> "CC(COc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01748"]}, "OfficialNames" -> <|"Indian Approved Name" -> "isoxsuprine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11368]}, "Synonyms" -> {"isoxsuprine hydrochloride", "isoxsuprin hydrochloride", "duvadilan", "vasodilan", "579-56-6[rn]", "isoxsuprine hcl", "vasotran", "suprilent", "1-(4-hydroxyphenyl)-2-[(1-methyl-2-phenoxyethyl)amino]propan-1-ol chloride", "vasoplex", "isolait", "norephedrine p-hydroxy-n-(1-methyl-2-phenoxyethyl)-,hydrochloride", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}benzololhydrochlorid", "isoxsuprine hydrochloride [usan:jan][jan][usan]", "isoxsuprinehydrochloride", "hsdb 3106", "duvadilan (tn)", "71477-82-2[rn]", "benzenemethanol 4-hydroxy-a-[1-[(1-methyl-2-phenoxyethyl)amino]ethyl]-,hydrochloride (1:1)", "1-(p-hydroxyphenyl)-2-(1'-methyl-2'-phenoxy)ethylaminopropanol-1 hydrochloride", "4-[1-hydroxy-2-(1-phenoxypropan-2-ylamino)propyl]phenol", "34331-89-0[rn]", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}phenol hydrochloride", "209-443-6[einecs]", "4-12-00-02841 (beilstein handbook reference)[beilstein]", "benzamine 2,6-diethyl-", "einecs 209-443-6", "4-{1-hydroxy-2-[(1-phenoxypropan-2-yl)amino]propyl}phenol hydrochloride(1:1)", "34233-88-0[rn]"}|>, "2890" -> <|"DatabaseID" -> "SW01840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10890]}, "IsomericSmiles" -> "CC(COc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01748"]}, "OfficialNames" -> <|"Indian Approved Name" -> "isoxsuprine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11368]}, "Synonyms" -> {"isoxsuprine hydrochloride", "isoxsuprin hydrochloride", "duvadilan", "vasodilan", "579-56-6[rn]", "isoxsuprine hcl", "vasotran", "suprilent", "1-(4-hydroxyphenyl)-2-[(1-methyl-2-phenoxyethyl)amino]propan-1-ol chloride", "vasoplex", "isolait", "norephedrine p-hydroxy-n-(1-methyl-2-phenoxyethyl)-,hydrochloride", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}benzololhydrochlorid", "isoxsuprine hydrochloride [usan:jan][jan][usan]", "isoxsuprinehydrochloride", "hsdb 3106", "duvadilan (tn)", "71477-82-2[rn]", "benzenemethanol 4-hydroxy-a-[1-[(1-methyl-2-phenoxyethyl)amino]ethyl]-,hydrochloride (1:1)", "1-(p-hydroxyphenyl)-2-(1'-methyl-2'-phenoxy)ethylaminopropanol-1 hydrochloride", "4-[1-hydroxy-2-(1-phenoxypropan-2-ylamino)propyl]phenol", "34331-89-0[rn]", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}phenol hydrochloride", "209-443-6[einecs]", "4-12-00-02841 (beilstein handbook reference)[beilstein]", "benzamine 2,6-diethyl-", "einecs 209-443-6", "4-{1-hydroxy-2-[(1-phenoxypropan-2-yl)amino]propyl}phenol hydrochloride(1:1)", "34233-88-0[rn]"}|>, "2891" -> <|"DatabaseID" -> "SW01840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10890]}, "IsomericSmiles" -> "CC(COc1ccccc1)[NH2+]C(C)C(c2ccc(cc2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01748"]}, "OfficialNames" -> <|"Indian Approved Name" -> "isoxsuprine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11368]}, "Synonyms" -> {"isoxsuprine hydrochloride", "isoxsuprin hydrochloride", "duvadilan", "vasodilan", "579-56-6[rn]", "isoxsuprine hcl", "vasotran", "suprilent", "1-(4-hydroxyphenyl)-2-[(1-methyl-2-phenoxyethyl)amino]propan-1-ol chloride", "vasoplex", "isolait", "norephedrine p-hydroxy-n-(1-methyl-2-phenoxyethyl)-,hydrochloride", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}benzololhydrochlorid", "isoxsuprine hydrochloride [usan:jan][jan][usan]", "isoxsuprinehydrochloride", "hsdb 3106", "duvadilan (tn)", "71477-82-2[rn]", "benzenemethanol 4-hydroxy-a-[1-[(1-methyl-2-phenoxyethyl)amino]ethyl]-,hydrochloride (1:1)", "1-(p-hydroxyphenyl)-2-(1'-methyl-2'-phenoxy)ethylaminopropanol-1 hydrochloride", "4-[1-hydroxy-2-(1-phenoxypropan-2-ylamino)propyl]phenol", "34331-89-0[rn]", "4-{1-hydroxy-2-[(1-methyl-2-phenoxyethyl)amino]propyl}phenol hydrochloride", "209-443-6[einecs]", "4-12-00-02841 (beilstein handbook reference)[beilstein]", "benzamine 2,6-diethyl-", "einecs 209-443-6", "4-{1-hydroxy-2-[(1-phenoxypropan-2-yl)amino]propyl}phenol hydrochloride(1:1)", "34233-88-0[rn]"}|>, "2892" -> <|"DatabaseID" -> "SW01841", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61830]}, "IsomericSmiles" -> "C[C@H](CCc1ccc(cc1)O)[NH2+]C[C@@H](c2ccc(cc2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03195"]}, "OfficialNames" -> <|"NPC Approved Name" -> "butopamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68556]}, "Synonyms" -> {"4-[(1r)-1-hydroxy-2-{[(2r)-4-(4-hydroxyphenyl)butan-2-yl]amino}ethyl]phenol", "butopamine", "butopaminum [inn-latin]", "(r)-p-hydroxy-a-((((r)-3-(p-hydroxyphenyl)-1-methylpropyl)amino)methyl)benzyl alcohol", "butopamina [inn-spanish]", "ac1l29zp", "butopamine[usan]", "butopamine [usan:inn][inn][usan]", "66734-12-1[rn]", "butopamina[spanish]", "butopaminum[latin]", "butopamine (usan/inn)", "butopamina", "(r-(r*,r*))-4-hydroxy-a-(((3-(4-hydroxyphenyl)-1-methylpropyl)amino)methyl)benzenemethanol", "66734-12-1", "surecn122463", "butopaminum"}|>, "2893" -> <|"DatabaseID" -> "SW01842", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4670"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58808]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00841"]}, "IsomericSmiles" -> "CC(CCc1ccc(cc1)O)[NH2+]CCc2ccc(c(c2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00632"], ExternalIdentifier["KEGGID", "D03879"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dobutamine hcl", "FDA Approved Drug" -> "DOBUTAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449381", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65324], ExternalIdentifier["PubChemCompoundID", 36811]}, "Synonyms" -> {"dobutrex", "dobutamine hydrochloride", "inotrex", "dobutamine hcl", "dobutamine", "dobutamina [inn-spanish]", "dl-dobutamine hydrochloride", "racemic-dobutamine", "dobutaminum [inn-latin]", "49745-95-1[rn]", "[49745-95-1]", "3,4-dihydroxy-n-[3-(4-hydroxyphenyl)-1-methylpropyl]-b-phenylethylaminehydrochloride", "1,2-benzenediol 4-[2-[[3-(4-hydroxyphenyl)-1-methylpropyl]amino]ethyl]- hydrochloride (1:1)", "34368-04-2[rn]", "dobutaminehydrochloride", "dobutamine hydrochloride [usan:ban:jan][jan][usan]", "4-(2-((3-(p-hydroxyphenyl)-1-methylpropyl)amino)ethyl)pyrocatecholhydrochloride", "[49745-95 1]", "4-[2-[[3-(p-hydroxyphenyl)-1-methylpropyl]amino]ethyl]pyrocatechol hydrochloride", "dobutamine hcl in dextrose 5%", "4-(2-{[3-(4-hydroxyphenyl)-1-methylpropyl]amino}ethyl)benzol-1,2-diolhydrochlorid", "dobutamina clorhidrato[spanish]", "beta-2 adrenoceptor", "4-(2-{[3-(4-hydroxyphenyl)-1-methylpropyl]amino}ethyl)benzene-1,2-diol hydrochloride", "4-[2-[4-(4-hydroxyphenyl)butan-2-ylamino]ethyl]benzene-1,2-diol", "posiject", "dobutamine [usan:ban:inn]", "52663-81-7[rn]", "4-[2-[[3-(4-hydroxyphenyl)-1-methylpropyl]aminoethyl-1,2-benzenediol hydrochloride", "4-(2-{[4-(4-hydroxyphenyl)butan-2-yl]amino}ethyl)benzene-1,2-diol hydrochloride (1:1)", "1,2-benzenediol 4-[2-[[3-(4-hydroxyphenyl)-1-methylpropyl]amino]ethyl]- hydrochloride", "256-464-1[einecs]", "4-(2-((3-(para-hydroxyphenyl)-1-methylpropyl)amino)ethyl)pyrocatechol hydrochloride", "dobutamine [usan]", "beta-2 adrenoreceptor", "dobutamina", "einecs 256-464-1", "dobutamine(usp)", "s-1000", "dobutamina clorhidrato [spanish]", "49745-95-1", "rac-dobutamine", "dl-dobutamine", "nsc 299583", "dobutaminum"}|>, "2894" -> <|"DatabaseID" -> "SW01842", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4670"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58808]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00841"]}, "IsomericSmiles" -> "CC(CCc1ccc(cc1)O)[NH2+]CCc2ccc(c(c2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00632"], ExternalIdentifier["KEGGID", "D03879"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dobutamine hcl", "FDA Approved Drug" -> "DOBUTAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449381", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65324], ExternalIdentifier["PubChemCompoundID", 36811]}, "Synonyms" -> {"dobutrex", "dobutamine hydrochloride", "inotrex", "dobutamine hcl", "dobutamine", "dobutamina [inn-spanish]", "dl-dobutamine hydrochloride", "racemic-dobutamine", "dobutaminum [inn-latin]", "49745-95-1[rn]", "[49745-95-1]", "3,4-dihydroxy-n-[3-(4-hydroxyphenyl)-1-methylpropyl]-b-phenylethylaminehydrochloride", "1,2-benzenediol 4-[2-[[3-(4-hydroxyphenyl)-1-methylpropyl]amino]ethyl]- hydrochloride (1:1)", "34368-04-2[rn]", "dobutaminehydrochloride", "dobutamine hydrochloride [usan:ban:jan][jan][usan]", "4-(2-((3-(p-hydroxyphenyl)-1-methylpropyl)amino)ethyl)pyrocatecholhydrochloride", "[49745-95 1]", "4-[2-[[3-(p-hydroxyphenyl)-1-methylpropyl]amino]ethyl]pyrocatechol hydrochloride", "dobutamine hcl in dextrose 5%", "4-(2-{[3-(4-hydroxyphenyl)-1-methylpropyl]amino}ethyl)benzol-1,2-diolhydrochlorid", "dobutamina clorhidrato[spanish]", "beta-2 adrenoceptor", "4-(2-{[3-(4-hydroxyphenyl)-1-methylpropyl]amino}ethyl)benzene-1,2-diol hydrochloride", "4-[2-[4-(4-hydroxyphenyl)butan-2-ylamino]ethyl]benzene-1,2-diol", "posiject", "dobutamine [usan:ban:inn]", "52663-81-7[rn]", "4-[2-[[3-(4-hydroxyphenyl)-1-methylpropyl]aminoethyl-1,2-benzenediol hydrochloride", "4-(2-{[4-(4-hydroxyphenyl)butan-2-yl]amino}ethyl)benzene-1,2-diol hydrochloride (1:1)", "1,2-benzenediol 4-[2-[[3-(4-hydroxyphenyl)-1-methylpropyl]amino]ethyl]- hydrochloride", "256-464-1[einecs]", "4-(2-((3-(para-hydroxyphenyl)-1-methylpropyl)amino)ethyl)pyrocatechol hydrochloride", "dobutamine [usan]", "beta-2 adrenoreceptor", "dobutamina", "einecs 256-464-1", "dobutamine(usp)", "s-1000", "dobutamina clorhidrato [spanish]", "49745-95-1", "rac-dobutamine", "dl-dobutamine", "nsc 299583", "dobutaminum"}|>, "2895" -> <|"DatabaseID" -> "SW01843", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576428]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](CC[C@H]3[C@H]1C5)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Methyldihydromorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463907]}, "Synonyms" -> {"dihydroheterocodeine", "dihydro-6-o-methylmorphine", "morphinan-3-ol", "6-o-methyldihydromorphine", "dea no. 9304", "7732-92-5", "7732-92-5[rn]", "ls-91964", "unii-26ay9tlo5w"}|>, "2896" -> <|"DatabaseID" -> "SW01843", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576428]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](CC[C@H]3[C@H]1C5)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Methyldihydromorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463907]}, "Synonyms" -> {"dihydroheterocodeine", "dihydro-6-o-methylmorphine", "morphinan-3-ol", "6-o-methyldihydromorphine", "dea no. 9304", "7732-92-5", "7732-92-5[rn]", "ls-91964", "unii-26ay9tlo5w"}|>, "2897" -> <|"DatabaseID" -> "SW01844", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447600]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01551"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](CC[C@H]3[C@H]1C5)O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03825"], ExternalIdentifier["KEGGID", "D07831"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Dihydrocodeine", "FDA Approved Drug" -> "DIHYDROCODEINE BITARTRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5492624], ExternalIdentifier["PubChemCompoundID", 5284543]}, "Synonyms" -> {"dihydrocodeine", "dihydroneopine", "paracodin", "novicondin", "dehacodin", "hydrocodin", "hydrocodeine", "paracodine", "codhydrine", "cohydrin", "nadeine", "novicodin", "dh-codeine", "6-hydroxy-3-methoxy-n-methyl-4,5-epoxymorphinan", "227-747-7[einecs]", "7,8-dihydrocodeine", "dihydrocodeine[wiki]", "dico", "dihydrokodein[czech]", "didrate", "(-)-dihydrocodeine", "codeine 7,8-dihydro-", "8,14-dihydroneopine", "3-methoxy-12-methyl-5,6,7,7a,8,9-hexahydro-4ah-8,9c-iminoethanophenanthro(4,5-bcd)furan-5-ol", "dihydrocodeine bitartrate", "dihidrocodeina[spanish][inn]", "rapacodin", "dihydrocodeinum[latin]", "dhcplus", "dihydrin", "125-28-0[rn]", "parzone", "204-732-3[einecs]", "5965-13-9[rn]", "drocode", "dihydrocodeine bitartrate [usp]", "df 118", "dihydrocodeine bitartrate (usp)", "5965-13-9", "dihydrocodeine acid tartrate", "paracodeine bitartrate", "tuscodin", "codeine", "einecs 227-747-7", "remedacen"}|>, "2898" -> <|"DatabaseID" -> "SW01844", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447600]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01551"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](CC[C@H]3[C@H]1C5)O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03825"], ExternalIdentifier["KEGGID", "D07831"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Dihydrocodeine", "FDA Approved Drug" -> "DIHYDROCODEINE BITARTRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5492624], ExternalIdentifier["PubChemCompoundID", 5284543]}, "Synonyms" -> {"dihydrocodeine", "dihydroneopine", "paracodin", "novicondin", "dehacodin", "hydrocodin", "hydrocodeine", "paracodine", "codhydrine", "cohydrin", "nadeine", "novicodin", "dh-codeine", "6-hydroxy-3-methoxy-n-methyl-4,5-epoxymorphinan", "227-747-7[einecs]", "7,8-dihydrocodeine", "dihydrocodeine[wiki]", "dico", "dihydrokodein[czech]", "didrate", "(-)-dihydrocodeine", "codeine 7,8-dihydro-", "8,14-dihydroneopine", "3-methoxy-12-methyl-5,6,7,7a,8,9-hexahydro-4ah-8,9c-iminoethanophenanthro(4,5-bcd)furan-5-ol", "dihydrocodeine bitartrate", "dihidrocodeina[spanish][inn]", "rapacodin", "dihydrocodeinum[latin]", "dhcplus", "dihydrin", "125-28-0[rn]", "parzone", "204-732-3[einecs]", "5965-13-9[rn]", "drocode", "dihydrocodeine bitartrate [usp]", "df 118", "dihydrocodeine bitartrate (usp)", "5965-13-9", "dihydrocodeine acid tartrate", "paracodeine bitartrate", "tuscodin", "codeine", "einecs 227-747-7", "remedacen"}|>, "2899" -> <|"DatabaseID" -> "SW01845", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51044"], ExternalIdentifier["ChEBIID", "51043"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482083], ExternalIdentifier["ChemSpiderID", 10609889]}, "IsomericSmiles" -> "CCCCCNC(=[NH2+])N/N=C/c1c[nH]c2c1cc(cc2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02730"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tegaserod", "FDA Approved Drug" -> "TEGASEROD MALEATE"|>, "Synonyms" -> {"zelnorm", "tegaserod maleate[usan]", "189188-57-6[rn]", "145158-71-0[rn]", "tegaserod maleate", "sdz-htf 919", "hydrazinecarboximidamide 2-[(5-methoxy-1h-indol-3-yl)methylene]-n-pentyl- (2e)-", "(2e)-2-[(5-methoxy-1h-indol-3-yl)methylidene]-n-pentylhydrazinecarboximidamide (2z)-but-2-enedioate", "1-[[(5-methoxyindol-3-yl)methylene]amino]-3-pentylguanidine", "(2e)-2-[(5-methoxy-1h-indol-3-yl)methylidene]-n'-pentylhydrazinecarboximidamide", "(2z)-but-2-enedioic acid; 3-[(e)-[(5-methoxy-1h-indol-3-yl)methylidene]amino]-1-pentylguanidine", "tegaserod; tegaserodum", "tegaserod maleate", "(2e)-2-[(5-methoxy-1h-indol-3-yl)methylidene]-n-pentylhydrazinecarboximidamide", "hydrazinecarboximidamide 2-[(5-methoxy-1h-indol-3-yl)methylene]-n-pentyl-", "sdz-htf-919", "1-(((5-methoxyindol-3-yl)methylene)amino)-3-pentylguanidine", "(2e)-2-[(5-methoxy-1h-indol-3-yl)methylene]-n-pentylhydrazinecarboximidamide (2z)-2-butenedioate", "3-(5-methoxy-1h-indol-3-ylmethylene)-n-pentylcarbazimidamide hydrogen maleate; sdz-htf 919", "(2e)-2-[(5-methoxy-1h-indol-3-yl)methylene]-n-pentylhydrazinecarboximidamide", "tl8001540", "zelmac[wiki]", "tegaserodum", "hydrazinecarboximidamide 2-[(5-methoxy-1h-indol-3-yl)methylene]-n-pentyl- (2e)- (2z)-2-butenedioate (1:1)", "2-[(5-methoxy-1h-indol-3-yl)methylene]-n-pentylhydrazinecarboximidamide(2z)-but-2-enedioic acid", "3-(5-methoxy-1h-indol-3-ylmethylene)-n-pentylcarbazimidamide hydrogen maleate", "(e)-2-((5-methoxy-1h-indol-3-yl)methylene)-n-pentylhydrazinecarboximidamide", "(2e)-2-[(5-methoxy-1h-indol-3-yl)methylene]-n-pentylhydrazinecarboximidamide (2z)-but-2-enedioate (1:1)", "tegaserod", "2-[(5-methoxy-2,3-dihydro-1h-indol-3-yl)methylene]-n-pentylhydrazinecarboximidamide", "(2e)-2-[(5-methoxy-1h-indol-3-yl)methylidene]-n-pentylhydrazinecarboximidamide (2z)-but-2-enedioate(1:1)", "hydrazinecarboximidamide 2-[(5-methoxy-1h-indol-3-yl)methylene]-n'-pentyl- (2e)-", "zelnorm[wiki]"}|>, "2900" -> <|"DatabaseID" -> "SW01846", "IsomericSmiles" -> "C[C@]12C[C@H]([C@H]3[C@H]([C@@H]1CC[C@@H]2O)CCC4=CC(=O)C=C[C@@]34C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kurchinicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57377053]}, "Synonyms" -> {"androsta-1", "ag-f-02538"}|>, "2901" -> <|"DatabaseID" -> "SW01847", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445587]}, "IsomericSmiles" -> "CCCCCOc1ccccc1/C(=C\\SC)/n2ccnc2", "OfficialNames" -> <|"NPC Approved Name" -> "neticonazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282433]}, "Synonyms" -> {"(e)-1-(2-(methylthio)-1-(o-(pentyloxy)phenyl)vinyl)imidazole", "130773-02-3[rn]", "ac1nr02a", "neticonazolum", "neticonazol[spanish]", "neticonazole", "neticonazolum[latin]", "neticonazole[inn]", "1-{(e)-2-(methylsulfanyl)-1-[2-(pentyloxy)phenyl]vinyl}-1h-imidazole", "717 (ss pharmaceutical j)", "neticonazol [inn-spanish]", "130726-68-0[rn]", "130726-68-0", "surecn150662", "neticonazolum [inn-latin]", "unii-kvl61zf9uo", "neticonazol", "1h-imidazole 1-[(e)-2-(methylthio)-1-[2-(pentyloxy)phenyl]ethenyl]-"}|>, "2902" -> <|"DatabaseID" -> "SW01848", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478951]}, "IsomericSmiles" -> "CC(C)c1cc2c(cc1O)[C@]3(CC(CC(C3CC2)(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "salviol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321088]}, "Synonyms" -> {"(4as)-1", "ac1nt066", "salviol"}|>, "2903" -> <|"DatabaseID" -> "SW01848", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478951]}, "IsomericSmiles" -> "CC(C)c1cc2c(cc1O)[C@]3(CC(CC(C3CC2)(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "salviol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321088]}, "Synonyms" -> {"(4as)-1", "ac1nt066", "salviol"}|>, "2904" -> <|"DatabaseID" -> "SW01848", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478951]}, "IsomericSmiles" -> "CC(C)c1cc2c(cc1O)[C@]3(CC(CC(C3CC2)(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "salviol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321088]}, "Synonyms" -> {"(4as)-1", "ac1nt066", "salviol"}|>, "2905" -> <|"DatabaseID" -> "SW01848", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478951]}, "IsomericSmiles" -> "CC(C)c1cc2c(cc1O)[C@]3(CC(CC(C3CC2)(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "salviol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321088]}, "Synonyms" -> {"(4as)-1", "ac1nt066", "salviol"}|>, "2906" -> <|"DatabaseID" -> "SW01849", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5788]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C=C1CC[C@@H]3[C@@H]2CC[C@]4([C@H]3CC[C@]4(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00408"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHYLTESTOSTERONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6010]}, "Synonyms" -> {"testred", "synandrotabs", "methyltestosterone", "andrometh", "virilon", "17-methyltestosterone", "testhormone", "metandren", "mesterone", "methitest", "testred (tn)", "200-173-4[einecs]", "androsan (van)", "l 589.372", "syndren", "oreton methyl", "53-41-8[rn]", "glosso sterandryl", "synandrets", "metestone", "homandren tablets", "17alpha-methyltestosterone", "androsan tablets", "200-351-1[einecs]", "(8r,9s,10r,13s,14s,17s)-17-hydroxy-10,13,17-trimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one", "perandren", "oreton m", "anertan (van)", "testovis (tablet)", "200-370-5[einecs]", "testosterone 17-methyl-", "android 25", "17-hydroxy-17-methyl-3-keto-androstene-4", "testoviron", "tl8003728", "metiltestosterone [dcit]", "estan", "estratest[wiki]", "1039-17-4[rn]", "metrone", "57-85-2[rn]", "17-methyltestosteron", "methyltestosterone [usan:ban:inn:jan][inn][jan][usan]", "oreton-m", "androsan", "glosso-sterandryl", "malestrone", "hormale", "android 5", "metiltestosterona[spanish][inn]", "nu-man", "4-08-00-01010", "4-08-00-01010 (beilstein handbook reference)[beilstein]", "(8r,9s,10r,13s,14s,17s)-17-hydroxy-10,13,17-trimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-on", "metiltestosterona [inn_es]", "mastestona", "1300-17-0[rn]", "dumogran", "android testred ,virilon 17-methyltestoster", "17-methyl-testosterone", "31745-24-1[rn]", "methyltestosteronum", "testovis depot", "methyltestosterone[wiki]", "58-22-0[rn]", "m.t.mucorettes", "oraviron", "200-366-3[einecs]", "58-18-4[rn]", "malogen", "steronyl", "anertan tablets", "methyl testosterone", "android[wiki]", "(8r,9s,10r,13s,14s,17s)-17-hydroxy-10,13,17-trimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-cyclopenta[a]phenanthren-3-one", "metiltestosterona", "testbormona", "methyltestosteronum[latin]", "masenone", "android", "neo-homobreol [m]", "orchisterone-m", "testora", "neo-hombreol [m]", "anertan", "android 10", "17a-methyl-d4-androsten-17b-ol-3-one", "oreton"}|>, "2907" -> <|"DatabaseID" -> "SW01850", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34849"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 220460]}, "IsomericSmiles" -> "C[C@@H]1CC2=CC(=O)CC[C@@H]2[C@@H]3[C@@H]1[C@@H]4CC[C@]([C@]4(CC3)C)(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05025"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mibolerone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 251636]}, "Synonyms" -> {"miboleron", "mibolerone", "u-10", "7a,17a-dimethyl-19-nortestosterone", "u 10997", "(7r,8r,9s,10r,13s,14s,17s)-17-hydroxy-7,13,17-trimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-cyclopenta[a]phenanthren-3-one", "cheque drops", "u-10,997", "3704-09-4[rn]", "mibolerone[wiki]", "cheque", "cdb 904", "miboleronum", "(7a,17b)-17-hydroxy-7,17-dimethylestr-4-en-3-one", "9/4/3704", "matenon", "3704-09-4", "nsc 72260", "mibolerona", "17-beta-hydroxy-7-alpha", "223-046-5[einecs]"}|>, "2908" -> <|"DatabaseID" -> "SW01851", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392001]}, "IsomericSmiles" -> "CC[C@H]1C[C@H]2[C@@H]3CCC4=CC(=O)CC[C@@H]4[C@H]3CC[C@@]2([C@H]1O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01329"]}, "OfficialNames" -> <|"NPC Approved Name" -> "oxendolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443947]}, "Synonyms" -> {"prostetin", "oxendolone", "oxendolona", "prostetin (tn)", "33765-68-3", "33765-68-3[rn]", "oxendolonum [inn-latin]", "oxendlone", "tsaa 291", "tsaa-291", "oxendolone [usan:inn:jan]", "oxendolone (jan/usan)[jan][usan]", "16b-ethyl-19-nortestosterone", "ncgc00183854-01", "oxendolona [inn-spanish]"}|>, "2909" -> <|"DatabaseID" -> "SW01852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59399], ExternalIdentifier["ChemSpiderID", 5371]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00376"]}, "IsomericSmiles" -> "c1ccc(cc1)C(CC[NH+]2CCCCC2)(C3CCCCC3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00787"], ExternalIdentifier["KEGGID", "D08638"]}, "OfficialNames" -> <|"Indian Approved Name" -> "trihexyphenidyl hcl;benzhexol;trihexyphenidyl", "FDA Approved Drug" -> "TRIHEXYPHENIDYL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164747026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66007], ExternalIdentifier["PubChemCompoundID", 5572]}, "Synonyms" -> {"benzhexol", "apo-trihex", "benzhexolum", "trihexyphenidyle", "trihexyphenidyl", "trihexane", "triphenidyl", "parkinane retard", "artane", "trihexyphenidyl hcl", "tremin", "trihexylphenidyl", "trihexylphenizyl", "trihexylphenidyle", "artane sequels", "pms trihexyphenidyl", "cyclodol", "trihexy", "sedrena (free base)", "trihexyphenidyle [inn-french]", "trihexyphenidylum [inn-latin]", "trihexifenidilo [inn-spanish]", "pacitane", "benzhexol hydrochloride", "pargitan", "trihexyphenidyl[wiki]", "cyclodolum", "triesifenidile", "52-49-3[rn]", "artane[wiki]", "paralest", "parcopane", "triexifenidila", "trihexyphenidyl hydrochloride[jan]", "trihexyphenidyl hydrochloride", "1-cyclohexyl-1-phenyl-3-piperidylpropan-1-ol chloride h", "artane (tn)", "200-142-5[einecs]", "a-cyclohexyl-a-phenyl-1-piperidinepropanol hydrochloride", "30953-86-7[rn]", "parkinsan", "trihexyphenidyl hydrochloride; 1-cyclohexyl-1-phenyl-3-(1-piperidyl)propan-1-ol hydrochloride", "1-piperidinepropanol a-cyclohexyl-a-phenyl- hydrochloride", "tsiklodol", "1-(3-cyclohexyl-3-hydroxy-3-phenylpropyl)piperidiniumchloride", "d,l-trihexyphenidyl hydrochloride", "1-cyclohexyl-1-phenyl-3-(piperidin-1-yl)propan-1-ol hydrochloride", "58947-95-8[rn]", "1-cyclohexyl-1-phenyl-3-piperidylpropan-1-ol chloride", "40520-25-0[rn]", "dl-trihexyphenidyl hydrochloride", "1-cyclohexyl-1-phenyl-3-(piperidin-1-yl)propan-1-ol hydrochloride (1:1)", "1-cyclohexyl-1-phenyl-3-(piperidin-1-yl)propan-1-olhydrochlorid", "parkan", "1-(3-cyclohexyl-3-hydroxy-3-phenyl-propyl)-piperidinium; chloride", "benzhexol chloride", "1-(3-cyclohexyl-3-hydroxy-3-phenyl-propyl)-piperidinium", "3-(1-piperidyl)-1-cyclohexyl-1-phenyl-1-propanol hydrochloride", "tl8003459", "peragit", "chloride", "parkopan", "benzhexolhydrochloride", "1-phenyl-1-cyclohexyl-3-piperidyl-1-propanol hydrochloride", "benzhexol hcl", "1-cyclohexyl-1-phenyl-3-piperidin-1-ylpropan-1-ol hydrochloride", "1-cyclohexyl-1-phenyl-3-(1-piperidinyl)-1-propanol hydrochloride", "romparkin", "1-cyclohexyl-1-phenyl-3-piperidin-1-ylpropan-1-olhydrochlorid", "trihexyphenidyl-d,l hydrochloride", "pipanol", "trihexyphenidyl hcl usp[usp]", "1-cyclohexyl-1-phenyl-3-(piperidin-1-yl)propan-1-ol", "144-11-6", "(r)-1-cyclohexyl-1-phenyl-3-(piperidin-1-yl)propan-1-ol", "205-614-4[einecs]", "144-11-6[rn]", "trihexylphenedyl", "trihexyphenidyle[french][inn]", "5-20-02-00231 (beilstein handbook reference)[beilstein]", "trihexyphenidylum[latin]", "1-cyclohexyl-1-phenyl-3-piperidin-1-ylpropan-1-ol", "a-cyclohexyl-a-phenyl-1-piperidinepropanol", "58947-95-8", "trihexifenidilo[spanish][inn]", "5-20-02-00231", "337376-15-5"}|>, "2910" -> <|"DatabaseID" -> "SW01852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59399], ExternalIdentifier["ChemSpiderID", 5371]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00376"]}, "IsomericSmiles" -> "c1ccc(cc1)C(CC[NH+]2CCCCC2)(C3CCCCC3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00787"], ExternalIdentifier["KEGGID", "D08638"]}, "OfficialNames" -> <|"Indian Approved Name" -> "trihexyphenidyl hcl;benzhexol;trihexyphenidyl", "FDA Approved Drug" -> "TRIHEXYPHENIDYL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164747026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66007], ExternalIdentifier["PubChemCompoundID", 5572]}, "Synonyms" -> {"benzhexol", "apo-trihex", "benzhexolum", "trihexyphenidyle", "trihexyphenidyl", "trihexane", "triphenidyl", "parkinane retard", "artane", "trihexyphenidyl hcl", "tremin", "trihexylphenidyl", "trihexylphenizyl", "trihexylphenidyle", "artane sequels", "pms trihexyphenidyl", "cyclodol", "trihexy", "sedrena (free base)", "trihexyphenidyle [inn-french]", "trihexyphenidylum [inn-latin]", "trihexifenidilo [inn-spanish]", "pacitane", "benzhexol hydrochloride", "pargitan", "trihexyphenidyl[wiki]", "cyclodolum", "triesifenidile", "52-49-3[rn]", "artane[wiki]", "paralest", "parcopane", "triexifenidila", "trihexyphenidyl hydrochloride[jan]", "trihexyphenidyl hydrochloride", "1-cyclohexyl-1-phenyl-3-piperidylpropan-1-ol chloride h", "artane (tn)", "200-142-5[einecs]", "a-cyclohexyl-a-phenyl-1-piperidinepropanol hydrochloride", "30953-86-7[rn]", "parkinsan", "trihexyphenidyl hydrochloride; 1-cyclohexyl-1-phenyl-3-(1-piperidyl)propan-1-ol hydrochloride", "1-piperidinepropanol a-cyclohexyl-a-phenyl- hydrochloride", "tsiklodol", "1-(3-cyclohexyl-3-hydroxy-3-phenylpropyl)piperidiniumchloride", "d,l-trihexyphenidyl hydrochloride", "1-cyclohexyl-1-phenyl-3-(piperidin-1-yl)propan-1-ol hydrochloride", "58947-95-8[rn]", "1-cyclohexyl-1-phenyl-3-piperidylpropan-1-ol chloride", "40520-25-0[rn]", "dl-trihexyphenidyl hydrochloride", "1-cyclohexyl-1-phenyl-3-(piperidin-1-yl)propan-1-ol hydrochloride (1:1)", "1-cyclohexyl-1-phenyl-3-(piperidin-1-yl)propan-1-olhydrochlorid", "parkan", "1-(3-cyclohexyl-3-hydroxy-3-phenyl-propyl)-piperidinium; chloride", "benzhexol chloride", "1-(3-cyclohexyl-3-hydroxy-3-phenyl-propyl)-piperidinium", "3-(1-piperidyl)-1-cyclohexyl-1-phenyl-1-propanol hydrochloride", "tl8003459", "peragit", "chloride", "parkopan", "benzhexolhydrochloride", "1-phenyl-1-cyclohexyl-3-piperidyl-1-propanol hydrochloride", "benzhexol hcl", "1-cyclohexyl-1-phenyl-3-piperidin-1-ylpropan-1-ol hydrochloride", "1-cyclohexyl-1-phenyl-3-(1-piperidinyl)-1-propanol hydrochloride", "romparkin", "1-cyclohexyl-1-phenyl-3-piperidin-1-ylpropan-1-olhydrochlorid", "trihexyphenidyl-d,l hydrochloride", "pipanol", "trihexyphenidyl hcl usp[usp]", "1-cyclohexyl-1-phenyl-3-(piperidin-1-yl)propan-1-ol", "144-11-6", "(r)-1-cyclohexyl-1-phenyl-3-(piperidin-1-yl)propan-1-ol", "205-614-4[einecs]", "144-11-6[rn]", "trihexylphenedyl", "trihexyphenidyle[french][inn]", "5-20-02-00231 (beilstein handbook reference)[beilstein]", "trihexyphenidylum[latin]", "1-cyclohexyl-1-phenyl-3-piperidin-1-ylpropan-1-ol", "a-cyclohexyl-a-phenyl-1-piperidinepropanol", "58947-95-8", "trihexifenidilo[spanish][inn]", "5-20-02-00231", "337376-15-5"}|>, "2911" -> <|"DatabaseID" -> "SW01853", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31618"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3252]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01567"]}, "IsomericSmiles" -> "CN1c2ccc(cc2C(=NCC1=O)c3ccccc3F)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01354"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Fludiazepam"|>, "PharmGKBID" -> "PA164745609", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3369]}, "Synonyms" -> {"erispan", "fludiazepam", "fludiazepamum [inn-latin]", "erispan (tn)", "686115[beilstein]", "dea no. 2759", "ac1l1fs2", "7-chloro-5-(2-fluorophenyl)-1,3-dihydro-1-methyl-2h-1,4-benzodiazepin-2-one", "fludiazepam[wiki][jp15]", "ro 5-3438", "7-chloro-5-(2-fluorophenyl)-1-methyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "fludiazepam [inn:jan][inn][jan]", "2h-1,4-benzodiazepin-2-one,7-chloro-5-(2-fluorophenyl)-1,3-dihydro-1-methyl- (9ci)", "2h-1,4-benzodiazepin-2-one,1,3-dihydro-7-chloro-5-(o-fluorophenyl)-1-methyl-", "2h-1,4-benzodiazepin-2-one,7-chloro-5-(2-fluorophenyl)-1,3-dihydro-1-methyl-", "chebi:31618", "7-chloro-5-(2-fluorophenyl)-1-methyl-1h-1,4-benzodiazepin-2(3h)-one", "fludiazepamum[latin]", "2h-1,4-benzodiazepin-2-one,7-chloro-5-(o-fluorophenyl)-1,3-dihydro-1-methyl-", "5-24-04-00320 (beilstein handbook reference)[beilstein]", "fludiazepam [inn:jan]", "id 540", "fludiazepamum", "gamma-aminobutyric-acid receptor subunit beta-2 precursor", "gaba(a", "7-chloro-5-(o-fluorophenyl)-1,3-dihydro-1-methyl-2h-1,4-benzodiazepin-2-one", "3900-31-0[rn]", "60918-52-7[rn]"}|>, "2912" -> <|"DatabaseID" -> "SW01854", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28830"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2607]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00291"]}, "IsomericSmiles" -> "c1cc(ccc1CCCC(=O)[O-])N(CCCl)CCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00266"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "chlorambucil", "Indian Approved Name" -> "chlorambucil", "FDA Approved Drug" -> "CHLORAMBUCIL"|>, "PharmGKBID" -> "PA448926", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2708]}, "Synonyms" -> {"chloraminophen", "chlorbutine", "chlorbutin", "chlorambucil", "chlorobutin", "amboclorin", "chloroambucil", "leukeran", "ambochlorin", "chloraminophene", "linfolysin", "leukoran", "ecloril", "chlorobutine", "leukeran tablets", "linfolizin", "leukersan", "chlocambucil", "elcoril", "4-[p-[bis(2-chloroethyl)amino]phenyl]butyric acid", "deoxyribonucleic acid", "chlorbutinum", "p-(n,n-di-2-chloroethyl)aminophenyl butyric acid", "d002699", "4-[bis(2-chloroethyl)amino]benzenebutanoic acid", "999011[beilstein]", "4-[bis(2-chloroethyl)aminophenyl]butyric acid", "4-{4-[bis(2-chloroethyl)amino]phenyl}butanoic acid[acd/iupac name]", "n,n-di-2-chloroethyl-g-p-aminophenylbutyric acid", "p-(n n-di-2-chloroethyl)aminophenyl butyric acid", "elcorin", "4-(p-(n,n-di-2-chloroethyl)aminophenyl)butyric acid", "4-(4-[bis(2-chloroethyl)amino]phenyl)butyric acid", "leukeran[wiki]", "4-(p-(bis(2-chloroethyl)amino)phenyl)butyric acid", "cbl", "clorambucile [dcit]", "g-[p-di(2-chloroethyl)aminophenyl]butyric acid", "p-(n,n-di-2-chlorethylaminophenyl)butyric acid", "4-14-00-01715 (beilstein handbook reference)[beilstein]", "butyric acid 4-(p-(bis(2-chloroethyl)amino)phenyl)", "butyric acid 4-[p-[bis (2-chloroethyl)amino]phenyl]-", "leukeran (tn)", "305-03-3[rn]", "clorambucilo[spanish][inn]", "benzenebutanoic acid 4-[bis(2-chloroethyl)amino]-", "benzenebutanoic acid 4-(bis(2-chloroethyl)amino)-", "4-[bis(2-chloroethyl)amino]benzenebutyric acid", "butyric acid 4-(p-[bis(2-chloroethyl)amino]phenyl)-", "cb1348", "butyric acid 4-(p-bis(2-chloroethyl)aminophenyl)-", "chloorambucol", "para-(di(2-chloroethyl)aminophenyl)butyric acid", "phenylbutyric acid nitrogen mustard", "206-162-0[einecs]", "pepstatin", "cb-1348", "lympholysin", "chlorambucil[wiki][usp][inn][ban]", "kyselina 4-(n,n-bis-(2-chlorethyl)-p-aminofenyl)maselna[czech]", "n,n-di-(2-chloroethyl)-p-aminophenylbutyric acid", "tl8002353", "benzenebutanoic acid 4-[bis (2-chloroethyl)amino]-", "cb l348", "4-(bis(2-chloroethyl)amino)benzenebutanoic acid", "chlorambucilum[latin]", "337376-15-5", "4-(p-bis(2-chloroethyl)aminophenyl)butyric acid"}|>, "2913" -> <|"DatabaseID" -> "SW01855", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388626]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02224"]}, "IsomericSmiles" -> "c1cc(c(cc1[C@@H]2[C@H](C(=O)c3c(cc(cc3O2)O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taxifolin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439533]}, "Synonyms" -> {"(2r", "dqh", "(+)-taxifolin", "(+)-dihydroquercetin", "dihydroquercetin", "taxifolin", "distylin", "(2r,3r)-2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,5,7-trihydroxy-4h-1-benzopyran-4-one; (2r,3r)-dihydroquercetin; (2r-trans)-2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,5,7-trihydroxy-4-benzopyrone", "(2r,3r)-trans-dihydroquercetin", "(2s,3s)-trans-dihydroquercetin", "24198-97-8[rn]", "207-543-4[einecs]", "trans-dihydroquercetin", "(2r-trans)-2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,5,7-trihydroxy-4-benzopyrone", "(2r,3r)-3,3',4',5,7-pentahydroxyflavanone", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,5,7-trihydroxy- (2r-trans)-", "93548[beilstein]", "480-18-2[rn]", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,5,7-trihydroxy- (2r,3r)-", "98006-93-0[rn]", "taxifolin-(+)", "5299277[beilstein]", "5-18-05-00451", "chebi:17948", "480-18-2", "(2r,3r)-2-(3,4-dihydroxyphenyl)-3,5,7-trihydroxy-2,3-dihydro-4h-chromen-4-one", "(2r,3r)-dihydroquercetin", "(2r,3r)-2-(3,4-dihydroxyphenyl)-2,3-dihydro-3,5,7-trihydroxy-4h-1-benzopyran-4-one", "(2r,3r)-2-(3,4-dihydroxyphenyl)-3,5,7-trihydroxy-3,4-dihydro-2h-1-benzopyran-4-one", "taxifoliol"}|>, "2914" -> <|"DatabaseID" -> "SW01856", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 321887]}, "IsomericSmiles" -> "c1cc(c(cc1O)O)C2C(C(=O)c3c(cc(cc3O2)O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydromorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 362637]}, "Synonyms" -> {"dihydromorin", "2-(2", "nsc327431", "ag-j-60547", "nsc-327431", "chembl465073", "2-(2,4-dihydroxyphenyl)-3,5,7-trihydroxy-2,3-dihydro-4h-chromen-4-one", "3,5,7,2',4'-pentahydroxydihydroflavonol", "ac1l7l1s", "4h-1-benzopyran-4-one 2-(2,4-dihydroxyphenyl)-2,3-dihydro-3,5,7-trihydroxy-", "ac1q6kjl"}|>, "2915" -> <|"DatabaseID" -> "SW01856", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 321887]}, "IsomericSmiles" -> "c1cc(c(cc1O)O)C2C(C(=O)c3c(cc(cc3O2)O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydromorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 362637]}, "Synonyms" -> {"dihydromorin", "2-(2", "nsc327431", "ag-j-60547", "nsc-327431", "chembl465073", "2-(2,4-dihydroxyphenyl)-3,5,7-trihydroxy-2,3-dihydro-4h-chromen-4-one", "3,5,7,2',4'-pentahydroxydihydroflavonol", "ac1l7l1s", "4h-1-benzopyran-4-one 2-(2,4-dihydroxyphenyl)-2,3-dihydro-3,5,7-trihydroxy-", "ac1q6kjl"}|>, "2916" -> <|"DatabaseID" -> "SW01856", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 321887]}, "IsomericSmiles" -> "c1cc(c(cc1O)O)C2C(C(=O)c3c(cc(cc3O2)O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydromorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 362637]}, "Synonyms" -> {"dihydromorin", "2-(2", "nsc327431", "ag-j-60547", "nsc-327431", "chembl465073", "2-(2,4-dihydroxyphenyl)-3,5,7-trihydroxy-2,3-dihydro-4h-chromen-4-one", "3,5,7,2',4'-pentahydroxydihydroflavonol", "ac1l7l1s", "4h-1-benzopyran-4-one 2-(2,4-dihydroxyphenyl)-2,3-dihydro-3,5,7-trihydroxy-", "ac1q6kjl"}|>, "2917" -> <|"DatabaseID" -> "SW01856", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 321887]}, "IsomericSmiles" -> "c1cc(c(cc1O)O)C2C(C(=O)c3c(cc(cc3O2)O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dihydromorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 362637]}, "Synonyms" -> {"dihydromorin", "2-(2", "nsc327431", "ag-j-60547", "nsc-327431", "chembl465073", "2-(2,4-dihydroxyphenyl)-3,5,7-trihydroxy-2,3-dihydro-4h-chromen-4-one", "3,5,7,2',4'-pentahydroxydihydroflavonol", "ac1l7l1s", "4h-1-benzopyran-4-one 2-(2,4-dihydroxyphenyl)-2,3-dihydro-3,5,7-trihydroxy-", "ac1q6kjl"}|>, "2918" -> <|"DatabaseID" -> "SW01857", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5103"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3256]}, "IsomericSmiles" -> "CCOC(=O)c1c2n(cn1)-c3ccc(cc3C(=O)N(C2)C)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00697"]}, "OfficialNames" -> <|"China Approved Name" -> "flumazenil", "Australia Approved Name" -> "FLUMAZENIL", "FDA Approved Drug" -> "FLUMAZENIL"|>, "PharmGKBID" -> "PA449659", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3373]}, "Synonyms" -> {"flumazenil", "romazicon", "ethyl-8-fluor-5-methyl-6-oxo-5,6-dihydro-4h-imidazo[1,5-a][1,4]benzodiazepin-3-carboxylat", "ethyl 8-fluoro-5-methyl-6-oxo-4h-imidazo[1,5-a][1,4]benzodiazepine-3-carboxylate", "ro-15-1788", "anexate", "lanexat", "flumazenil (ro 15-1788)", "4763661[beilstein]", "flumazenilum [latin]", "ro 15-1788", "4h-imidazo[1,5-a][1,4]benzodiazepine-3-carboxylic acid 8-fluoro-5,6-dihydro-5-methyl-6-oxo- ethylester", "8-fluoro-5,6-dihydro-5-methyl-6-oxo-4h-imidazo[1,5-a][1,4]benzodiazepine-3-carboxylic acidethyl ester", "anexate[wiki]", "ro- 15-1788", "flumazenilo[spanish]", "8-fluoro-5,6-dihydro-5-methyl-6-oxo-4h-imidazo[1,5-a][1,4]benzodiazepine-3-carboxylic acidethyl est", "romazicon[wiki]", "flumazenilo", "9005-49-6", "78755-81-4", "fumazenil", "ethyl 8-fluoro-5-methyl-6-oxo-5,6-dihydro-4h-benzo[f]imidazo[1,5-a][1,4]diazepine-3-carboxylate", "ro 15-1788", "ethyl 8-fluoro-5-methyl-6-oxo-5,6-dihydro-4h-imidazo[1,5-a][1,4]benzodiazepine-3-carboxylate[acd/iupac name]", "ethyl-8-fluoro-5,6-dihydro-5-methyl-6-oxo-4h-imidazo[1,5-a][1,4]benzodiazepine-3-carboxylate", "mazicon[wiki]", "romazicon (tn)", "flumazenilum[latin]", "4h-imidazo(1,5-a)(1,4)benzodiazepine-3-carboxylic acid 8-fluoro-5,6-dihydro-5-methyl-6-oxo- ethylester", "flumazenil[wiki]", "ethyl 8-fluoro-5-methyl-5,6-dihydro-6-oxo-4h-imidazo(1,5-a)(1,4)benzodiazepine-3-carboxylate", "ro 41-8157", "flumazepil", "mazicon", "flumazenilum", "flumazepil;ro 15-1788;anexate;lanexat;mazicon;roma", "lanexat[wiki]", "flumazenil [usan:ban:inn][inn][usan]", "tl8005362", "flumazepil[wiki]", "flumazepil ro 15-1788 anexate lanexat mazicon", "8-fluoro-5,6-dihydro-5-methyl-6-oxo-4h-imidazo[1,5-a][1,4]benzodiazepine-3-carboxylic acid ethyl ester", "ethyl 8-fluoro-5,6-dihydro-5-methyl-6-oxo-4h-imidazo(1,5-a)(1,4)benzodiazepine-3-carboxylate", "ethyl 8-fluoro-5-methyl-6-oxo-4h-benzo[f]imidazo[1,5-a]1,4-diazaperhydroepine-3-carboxylate", "78755-81-4[rn]"}|>, "2919" -> <|"DatabaseID" -> "SW01858", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4665]}, "IsomericSmiles" -> "CCn1cc(c(=O)c2c1nc(nc2)N3CC[NH2+]CC3)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08379"]}, "OfficialNames" -> <|"China Approved Name" -> "pipemidic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4831]}, "Synonyms" -> {"pipemidic acid", "uromidin", "dolcol", "pipemid", "palin", "deblaston", "piperamic acid", "pipram", "pipedac", "pyrido(2,3-d)pyrimidine-6-carboxylicacid 5,8-dihydro-8-ethyl-5-oxo-2-(1-piperazinyl)-", "5,8-dihydro-8-ethyl-5-oxo-2-(1-piperazinyl)pyrido(2,3-d)pyrimidine-6-carboxylic acid", "pipemidic acid [dcf:inn][inn]", "pipemidic acid trihydrate[jp15]", "pyrido(2,3-d)pyrimidine-6-carboxylicacid 8-ethyl-5,8-dihydro-5-oxo-2-(1-piperazinyl)-", "8-ethyl-5,8-dihydro-5-oxo-2-(1-piperazinyl)pyrido(2,3-d)pyrimidine-6-carboxylic acid", "8-ethyl-5-oxo-2-piperazin-1-yl-5,8-dihydro-pyrido[2,3-d]pyrimidine-6-carboxylic acid", "56451-79-7[rn]", "8-ethyl-5-oxo-2-(piperazin-1-yl)-5h,8h-pyrido[2,3-d]pyrimidine-6-carboxylic acid", "1489 rb", "8-ethyl-5-oxo-2-piperazin-1-yl-5,8-dihydropyrido[2,3-d]pyrimidine-6-carboxylic acid", "acide ethyl-8 oxo-5 piperazinyl-2 dihydro-5,8pyrido(2,3-d)pyrimidine-6carboxylique[french]", "72571-82-5[rn]", "acidum pipemidicum[latin]", "51940-44-4", "8-ethyl-5,8-dihydro-5-oxo-2-(1-piperazinyl)pyrido[2,3-d]pyrimidine-6-carboxylic acid", "cas-51940-44-4", "8-ethyl-5-oxo-2-piperazinyl-8-hydropyridino[2,3-d]pyrimidine-6-carboxylic acid", "(pipemidic acid (ppa))8-ethyl-5-oxo-2-piperazin-1-yl-5,8-dihydro-pyrido[2,3-d]pyrimidine-6-carboxylic acid", "8-ethyl-5-oxo-2-piperazin-1-yl-5,8-dihydro-pyrido[2,3-d]pyrimidine-6-carboxylic acid (pipemidic acid)", "8-ethyl-5-oxo-2-(piperazin-1-yl)-5,8-dihydropyrido[2,3-d]pyrimidine-6-carboxylicacid", "nuril", "acido pipemidico[spanish][inn]", "pyrido[2,3-d]pyrimidine-6-carboxylicacid 8-ethyl-5,8-dihydro-5-oxo-2-(1-piperazinyl)-", "51940-44-4[rn]", "108911-86-0[rn]", "acide pipemidique[french][inn]", "257-530-2[einecs]"}|>, "2920" -> <|"DatabaseID" -> "SW01859", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 108740]}, "IsomericSmiles" -> "CCOC(=O)Nc1ccc(cc1N)NCc2ccc(cc2)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09569"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "EZOGABINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 121892]}, "Synonyms" -> {"ezogabine", "potiga", "retigabine", "zinc00016154", "n-(2-amino-4-(4-fluorobenzylamino)-phenyl) carbamic acid ethylester", "trobalt", "150812-12-7", "150812-12-7[rn]", "carbamicacid (2-amino-4-(((4-fluorophenyl)methyl)amino)phenyl)- ethylester", "[2-amino-4-[[(4-fluorophenyl)methyl]amino]phenyl]-carbamate", "ethyl {2-amino-4-[(4-fluorobenzyl)amino]phenyl}carbamate[acd/iupac name]", "retigabine [usan]", "2-amino-4-(4-fluorbenzylamino)-1-ethoxycarbonylaminobenzene", "n-(2-amino-4-(4-fluorobenzylamino)-phenyl)carbamic acid ethylester", "retigabine[wiki]", "d 23129", "ethyl (2-amino-4-(((4-fluorophenyl)methyl)amino)phenyl)carbamate", "d2312 d-23129", "ac1l3tld", "carbamicacid n-[2-amino-4-[[(4-fluorophenyl)methyl]amino]phenyl]- ethyl ester", "n-(2-amino-4-(4-fluorobenzylamino)phenyl)carbamic acidethyl ester", "[2-amino-4-(4-fluoro-benzylamino)-phenyl]-carbamic acid ethyl ester", "ethyl (2-amino-4-((4-fluorobenzyl)amino)phenyl)carbamate", "d-23129"}|>, "2921" -> <|"DatabaseID" -> "SW01860", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 133343]}, "IsomericSmiles" -> "CN1c2ccccc2C(=O)N3C1c4c(c5ccccc5[nH]4)CC3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evodiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 151289]}, "Synonyms" -> {"evodiamine", "indol(2'", "isoevodiamine", "8,13,13b,14-tetrahydro-14-methylindolo[2'3'-3,4]pyrido[2,1-b]quinazolin-5-[7h]-one", "518-17-2", "indolo(2',3':3,4)pyrido(2,1-b)quinazolin-5(7h)-one 8,13,13b,14-tetrahydro-14-methyl-", "indol(2',3':3,4)pyrido(2,1-b)quinazolin-5(7h)-one 8,13,13b,14-tetrahydro-14-methyl- (13bs)-", "14-methyl-8,13,13b,14-tetrahydro-7h-indolo[2',3':3,4]pyrido[2,1-b]quinazolin-5-one", "evodiamine(isoevodiamine)", "d-evodiamine", "evodiamine[wiki]", "8,13,13b,14-tetrahydro-14-methylindolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(7h)-one", "5956-87-6[rn]", "14-methyl-8,13,13b,14-tetrahydroindolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(7h)-one[acd/iupac name]", "518-17-2[rn]", "5956-87-6", "(+)-evodiamine", "indolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(7h)-one 8,13,13b,14-tetrahydro-14-methyl-"}|>, "2922" -> <|"DatabaseID" -> "SW01860", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 133343]}, "IsomericSmiles" -> "CN1c2ccccc2C(=O)N3C1c4c(c5ccccc5[nH]4)CC3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evodiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 151289]}, "Synonyms" -> {"evodiamine", "indol(2'", "isoevodiamine", "8,13,13b,14-tetrahydro-14-methylindolo[2'3'-3,4]pyrido[2,1-b]quinazolin-5-[7h]-one", "518-17-2", "indolo(2',3':3,4)pyrido(2,1-b)quinazolin-5(7h)-one 8,13,13b,14-tetrahydro-14-methyl-", "indol(2',3':3,4)pyrido(2,1-b)quinazolin-5(7h)-one 8,13,13b,14-tetrahydro-14-methyl- (13bs)-", "14-methyl-8,13,13b,14-tetrahydro-7h-indolo[2',3':3,4]pyrido[2,1-b]quinazolin-5-one", "evodiamine(isoevodiamine)", "d-evodiamine", "evodiamine[wiki]", "8,13,13b,14-tetrahydro-14-methylindolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(7h)-one", "5956-87-6[rn]", "14-methyl-8,13,13b,14-tetrahydroindolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(7h)-one[acd/iupac name]", "518-17-2[rn]", "5956-87-6", "(+)-evodiamine", "indolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(7h)-one 8,13,13b,14-tetrahydro-14-methyl-"}|>, "2923" -> <|"DatabaseID" -> "SW01861", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4779"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3106]}, "IsomericSmiles" -> "CCOCCn1c2ccccc2nc1N3CCC[NH+](CC3)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07890"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "EMEDASTINE DIFUMARATE"|>, "PharmGKBID" -> "PA164751802", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3219]}, "Synonyms" -> {"emadine", "emedastine", "emedastine difumarate", "emedastine [inn]", "emedastinum", "87233-62-3[rn]", "1-(2-ethoxy-ethyl)-2-(4-methyl-[1,4]diazepan-1-yl)-1h-benzoimidazole", "1-[2-(ethoxy)ethyl]-2-(4-methyl-1-homopiperazinyl)benzimidazole", "emedastina", "emedastinum[latin]", "emedastine (inn)", "9005-49-6", "87233-61-2[rn]", "emadine[wiki]", "emedastina[spanish][inn]", "1h-benzimidazole,1-(2-ethoxyethyl)-2-(hexahydro-4-methyl-1h-1,4-diazepin-1-yl)-", "1-(2-ethoxyethyl)-2-(hexahydro-4-methyl-1h-1,4-diazepin-1-yl)-1h-benzimidazole", "emedastinum [inn-latin]", "emedastina [inn-spanish]", "emadine (tn)", "emedastinum [inn_la]", "1-(2-ethoxyethyl)-2-(4-methyl-1,4-diazepan-1-yl)-1h-benzimidazole[acd/iupac name]", "1-(2-ethoxyethyl)-2-(4-methyl-1,4-diazepan-1-yl)benzimidazole", "rapimine", "1-(2-ethoxyethyl)-2-(hexahydro-4-methyl-1h-1,4-diazepin-1-yl)benzimidazole", "al 3432a", "1-methyl-4-(1-(2-ethoxyethyl)-1h-benzimidazo)-2-yl)(1,4)diazepane", "emedastine[wiki][inn]"}|>, "2924" -> <|"DatabaseID" -> "SW01861", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4779"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3106]}, "IsomericSmiles" -> "CCOCCn1c2ccccc2nc1N3CCC[NH+](CC3)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07890"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "EMEDASTINE DIFUMARATE"|>, "PharmGKBID" -> "PA164751802", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3219]}, "Synonyms" -> {"emadine", "emedastine", "emedastine difumarate", "emedastine [inn]", "emedastinum", "87233-62-3[rn]", "1-(2-ethoxy-ethyl)-2-(4-methyl-[1,4]diazepan-1-yl)-1h-benzoimidazole", "1-[2-(ethoxy)ethyl]-2-(4-methyl-1-homopiperazinyl)benzimidazole", "emedastina", "emedastinum[latin]", "emedastine (inn)", "9005-49-6", "87233-61-2[rn]", "emadine[wiki]", "emedastina[spanish][inn]", "1h-benzimidazole,1-(2-ethoxyethyl)-2-(hexahydro-4-methyl-1h-1,4-diazepin-1-yl)-", "1-(2-ethoxyethyl)-2-(hexahydro-4-methyl-1h-1,4-diazepin-1-yl)-1h-benzimidazole", "emedastinum [inn-latin]", "emedastina [inn-spanish]", "emadine (tn)", "emedastinum [inn_la]", "1-(2-ethoxyethyl)-2-(4-methyl-1,4-diazepan-1-yl)-1h-benzimidazole[acd/iupac name]", "1-(2-ethoxyethyl)-2-(4-methyl-1,4-diazepan-1-yl)benzimidazole", "rapimine", "1-(2-ethoxyethyl)-2-(hexahydro-4-methyl-1h-1,4-diazepin-1-yl)benzimidazole", "al 3432a", "1-methyl-4-(1-(2-ethoxyethyl)-1h-benzimidazo)-2-yl)(1,4)diazepane", "emedastine[wiki][inn]"}|>, "2925" -> <|"DatabaseID" -> "SW01862", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "681569"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106472]}, "IsomericSmiles" -> "c1nc2c(nc(nc2n1[C@H]3[C@H]([C@@H]([C@H](O3)CO)O)F)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03546"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CLOFARABINE"|>, "PharmGKBID" -> "PA164754863", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119182]}, "Synonyms" -> {"clolar", "evoltra", "c1-f-ara-a", "cafda", "clofarabine", "clofarex", "clofarabine[wiki]", "123318-82-1", "clofarabina [inn_es]", "(2r,3r,4s,5r)-5-(6-amino-2-chloro-9h-purin-9-yl)-4-fluoro-2-(hydroxymethyl)tetrahydrofuran-3-ol", "123318-82-1[rn]", "clofarabinum [inn_la]", "clolar evoltra", "(4s,2r,3r,5r)-5-(6-amino-2-chloropurin-9-yl)-4-fluoro-2-(hydroxymethyl)oxolan-3-ol", "2-cl-2'-f-araa", "9005-49-6", "cl-f-ara-a", "clofarabina", "cfb", "clofarabine [inn_en]", "2-chloro-9-(2-deoxy-2-fluoro-b-d-arabinofuranosyl)-9h-purin-6-amine", "(2r,3r,4s,5r)-5-(6-amino-2-chlor-9h-purin-9-yl)-4-fluor-2-(hydroxymethyl)tetrahydrofuran-3-ol", "(2r,3r,4s,5r)-5-(6-amino-2-chloro-purin-9-yl)-4-fluoro-2-hydroxymethyl-tetrahydro-furan-3-ol", "clofarabinum", "clolar;evoltra"}|>, "2926" -> <|"DatabaseID" -> "SW01863", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64820]}, "IsomericSmiles" -> "c1cc(ccc1S(=O)(=O)[N-]C(=O)N[NH+]2CCCC2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01799"]}, "OfficialNames" -> <|"NPC Approved Name" -> "glyclopyramide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71793]}, "Synonyms" -> {"glyclopyramide", "deamelin-s", "1-(p-chlorobenzenesulfonyl)-3-pyrrolidin-1-ylurea", "deamelin s", "cpbu 7", "5-20-01-00519[beilstein]", "brn 1350984", "ncgc00182989-01", "gliclopiramida [inn-spanish]", "urea 1-((p-chlorophenyl)sulfonyl)-3-(1-pyrrolidinyl)-", "glyclopyramide [inn:jan][inn][jan]", "benzenesulfonamide 4-chloro-n-[(1-pyrrolidinylamino)carbonyl]-", "4-chloro-n-(1-pyrrolidinylcarbamoyl)benzenesulfonamide[acd/iupac name]", "4-chloro-n-((1-pyrrolidinylamino)carbonyl)benzenesulfonamide", "urea", "5-20-01-00519 (beilstein handbook reference)[beilstein]", "glyclopyramidum[latin]", "631-27-6", "benzenesulfonamide 4-chloro-n-((1-pyrrolidinylamino)carbonyl)-(9ci)", "1-((p-chlorophenyl)sulfonyl)-3-(1-pyrrolidinyl)urea", "deamelin-s (tn)", "4-chloro-n-(pyrrolidin-1-ylcarbamoyl)benzenesulfonamide", "glyclopyramidum [inn-latin]", "glycopyramide", "631-27-6[rn]", "gliclopiramida[spanish][inn]"}|>, "2927" -> <|"DatabaseID" -> "SW01864", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58825], ExternalIdentifier["ChemSpiderID", 64317], ExternalIdentifier["ChemSpiderID", 64825]}, "IsomericSmiles" -> "c1ccc(c(c1)C(=O)NCC(=O)[O-])[125I]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04569"]}, "OfficialNames" -> <|"NPC Approved Name" -> "iodohippurate sodium i 125"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71799], ExternalIdentifier["PubChemCompoundID", 65346], ExternalIdentifier["PubChemCompoundID", 71178]}, "Synonyms" -> {"iodohippurate sodium i 125", "hipputope i-125", "hippuran i 125", "glycine n-(2-(iodo-(sup 125)i)benzoyl)- monosodium salt", "monosodium o-iodo-(sup 125)i-hippurate", "hippputope i-125", "hippuran-125", "7230-65-1[rn]"}|>, "2928" -> <|"DatabaseID" -> "SW01865", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 137706]}, "IsomericSmiles" -> "CC(C)[NH2+]C(C)Cc1ccc(cc1)[123I]", "OfficialNames" -> <|"FDA Approved Drug" -> "IOFETAMINE HYDROCHLORIDE I-123"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 156375]}, "Synonyms" -> {"iofetamine i123", "iofetamine", "unii-lv23b78ijc", "chembl1615774", "iofetaminum (123 i)", "iofetamina (123 i)[spanish]", "ac1l4g2r", "ac1q1q9n", "iofetamine (123i)", "iofetamina (123 i)", "75917-92-9[rn]", "iofetaminum (123 i)[latin]", "75917-92-9"}|>, "2929" -> <|"DatabaseID" -> "SW01865", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 137706]}, "IsomericSmiles" -> "CC(C)[NH2+]C(C)Cc1ccc(cc1)[123I]", "OfficialNames" -> <|"FDA Approved Drug" -> "IOFETAMINE HYDROCHLORIDE I-123"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 156375]}, "Synonyms" -> {"iofetamine i123", "iofetamine", "unii-lv23b78ijc", "chembl1615774", "iofetaminum (123 i)", "iofetamina (123 i)[spanish]", "ac1l4g2r", "ac1q1q9n", "iofetamine (123i)", "iofetamina (123 i)", "75917-92-9[rn]", "iofetaminum (123 i)[latin]", "75917-92-9"}|>, "2930" -> <|"DatabaseID" -> "SW01866", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82575]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)Oc2c([nH]c(nc2=O)N)N)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vicine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91446]}, "Synonyms" -> {"vicine (van) (8ci)", "vicioside", "205-809-4[einecs]", "vicine", "152-93-2", "2,6-diamino-5-(b-d-glucopyranosyloxy)-4(1h)-pyrimidinone", "2,4-diamino-6-oxypyrimidine-5-(b-d-glucopyranoside)", "nsc 95092", "glucopyranoside", "ac1l3m3g", "divicine 5-glucoside", "nsc-95092", "vicine[wiki]", "einecs 205-809-4", "vicin", "c08437", "divicine-b-glucoside", "152-93-2[rn]"}|>, "2931" -> <|"DatabaseID" -> "SW01867", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4798"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444537]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00494"]}, "IsomericSmiles" -> "CCN(CC)C(=O)/C(=C/c1cc(c(c(c1)O)[O-])[N+](=O)[O-])/C#N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00781"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ENTACAPONE"|>, "PharmGKBID" -> "PA164748726", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281081]}, "Synonyms" -> {"entacapone", "comtan", "comtess", "entacaponum", "entacapone [usan:inn]", "entacapona [inn-spanish]", "entacapona", "entacaponum [inn-latin]", "entacaponum[latin]", "comtan[wiki]", "(e)-entacapone", "entacapona[spanish][inn]", "(e)-2-cyano-3-(3,4-dihydroxy-5-nitrophenyl)-n,n-diethyl-2-propenamide", "comtan (tn)", "116314-67-1[rn]", "or-611", "130929-57-6[rn]", "entacapone [usan:inn][inn][usan]", "(e)-a-cyano-n,n-diethyl-3,4-dihydroxy-5-nitrocinnamamide", "(2e)-2-cyano-3-(3,4-dihydroxy-5-nitrophenyl)-n,n-diethylprop-2-enamide", "337376-15-5", "ec 2.1.1.6", "chebi:4798", "(e)-2-cyano-n,n-diethyl-3-(3,4-dihydroxy-5-nitrophenyl)acrylamide", "2-propenamide 2-cyano-3-(3,4-dihydroxy-5-nitrophenyl)-n,n-diethyl-", "entacapone[wiki]", "n,n-diethyl-2-cyano-3-(3,4-dihydroxy-5-nitrophenyl) acrylamide", "(e)-2-cyano-3-(3,4-dihydroxy-5-nitro-phenyl)-n,n-diethyl-prop-2-enamide", "2-cyano-n,n-diethyl-3-(3,4-dihydroxy-5-nitrophenyl)propenamide", "entacapone (jan/usan)[jan][usan]", "(2e)-2-cyano-3-(3,4-dihydroxy-5-nitrophenyl)-n,n-diethylacrylamide", "2-propenamide 2-cyano-3-(3,4-dihydroxy-5-nitrophenyl)-n,n-diethyl- (2e)-"}|>, "2932" -> <|"DatabaseID" -> "SW01868", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16581]}, "IsomericSmiles" -> "CC(C)([C@@H](COc1c2ccc(=O)oc2cc3c1cco3)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hydroxypeucedanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17536]}, "Synonyms" -> {"oxypeucedanin hydrate", "oxypeucedaninhydrate", "7h-furo(3", "(+)-oxypeucedanin hydrate", "prangolarin hydrate", "prawgol", "hydroxypeucedanin hydrate", "5-[(2r)-2,3-dihydroxy-3-methylbutoxy]-2h-furo[3,2-g]chromen-2-one", "7h-furo(3,2-g)(1)benzopyran-7-one 4-(2,3-dihydroxy-3-methylbutoxy)- (r)-(+)-", "chembl454060", "7h-furo(3,2-g)(1)benzopyran-7-one 4-(2,3-dihydroxy-3-methylbutoxy)- (r)-", "ac1l2a6n", "4-{[(2r)-2,3-dihydroxy-3-methylbutyl]oxy}-7h-furo[3,2-g]chromen-7-one[acd/iupac name]", "7h-furo[3,2-g][1]benzopyran-7-one 4-[[(2r)-2,3-dihydroxy-3-methylbutyl]oxy]-", "7h-furo[3,2-g][1]benzopyran-7-one 4-[(2r)-2,3-dihydroxy-3-methylbutoxy]-", "2643-85-8[rn]"}|>, "2933" -> <|"DatabaseID" -> "SW01869", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 196836]}, "IsomericSmiles" -> "COc1cc(ccc1O)C(C(=O)c2ccc(c(c2)OC)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vanilloin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 226345]}, "Synonyms" -> {"vanilloin", "2-hydroxy-1", "5463-23-0[rn]", "ar-1e2218", "ac1l5ep6", "hms3095g12", "nsc-16725", "mls002638499", "ag-j-74515", "nsc16725", "ac1q5eba"}|>, "2934" -> <|"DatabaseID" -> "SW01869", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 196836]}, "IsomericSmiles" -> "COc1cc(ccc1O)C(C(=O)c2ccc(c(c2)OC)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vanilloin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 226345]}, "Synonyms" -> {"vanilloin", "2-hydroxy-1", "5463-23-0[rn]", "ar-1e2218", "ac1l5ep6", "hms3095g12", "nsc-16725", "mls002638499", "ag-j-74515", "nsc16725", "ac1q5eba"}|>, "2935" -> <|"DatabaseID" -> "SW01870", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18564126]}, "IsomericSmiles" -> "CCOC(=O)Nc1ccc(nc1N)NCc2ccc(cc2)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07978"]}, "OfficialNames" -> <|"Indian Approved Name" -> "flupirtine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 53276]}, "Synonyms" -> {"flupirtine", "flupirtino [inn-spanish]", "carbamic acid", "56995-20-1", "einecs 260-503-8", "d 9998", "flupirtinum [inn-latin]", "flupirtin maleate", "d-9998", "ethyl n-[2-amino-6-[(4-fluorophenyl)methylamino]pyridin-3-yl]carbamate"}|>, "2936" -> <|"DatabaseID" -> "SW01871", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338350]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@H]([C@@H]([C@]3([C@H]1C=CC3=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bigelovin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3080597]}, "Synonyms" -> {"bigelovin", "6-o-acetylmexicanin", "3668-14-2", "ac1mivbo", "[(3as", "chembl486997", "ambrosa-2", "(3ar,4s,4ar,7ar,8r,9as)-4a,8-dimethyl-3-methylidene-2,5-dioxo-2,3,3a,4,4a,5,7a,8,9,9a-decahydroazuleno[6,5-b]furan-4-yl acetate", "3668-14-2[rn]", "azuleno[6,5-b]furan-2,5-dione 4-(acetyloxy)-3,3a,4,4a,7a,8,9,9a-octahydro-4a,8-dimethyl-3-methylene- (3ar,4s,4ar,7ar,8r,9as)-"}|>, "2937" -> <|"DatabaseID" -> "SW01872", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2909]}, "IsomericSmiles" -> "CCOP(=S)(OCC)Oc1cc(nc(n1)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07856"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-o-demethylhernandifoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3017]}, "Synonyms" -> {"diazajet", "dimpylat", "diazitol", "ciazinon", "phosphorothioic acid o,o-diethyl o-[6-methyl-2-(1-methylethyl)-4-pyrimidinyl] ester", "oleodiazinon", "diazinone", "dassitox", "neocidol", "dimpylate", "o,o-diethyl o-(6-methyl-2-(1-methylethyl)-4-pyrimidinyl) phosphorothioate", "o,o-diethyl o-2-isopropyl-4-methyl-6-pyrimidyl thiophosphate", "basudin", "dimpilato[spanish][inn]", "delzinon", "o,o-diaethyl-o-(2-isopropyl-4-methyl)-6-pyrimidyl-thionophosphat[german]", "basudin s", "knox out", "dianon", "273790[beilstein]", "o,o-diethyl-o-(2-isopropyl-6-methyl-4-pyrimidinyl)thiophosphat", "o,o-diethyl o-(2-isopropyl-4-methyl-6-pyrimidinyl) phosphorothioate", "333-41-5[rn]", "optimizer insecticide", "diethyl 4-(2-isopropyl-6-methylpyrimidinyl)phosphorothionate", "65863-03-8[rn]", "phosphorothioic acid o,o-diethyl o-[6-methyl-2- (1-methylethyl)-4-pyrimidinyl] ester", "diaterr-fos", "compass", "o,o-diethyl-o-(2-isopropyl-4-methyl-pyrimidin-6-yl)-monothiofosfaat[dutch]", "bazuden", "o,o-diethyl o-(2-isopropyl-4-methyl-6-pyrimidyl) phosphorothioate", "nipsan", "bazudine", "gardentox", "206-373-8[einecs]", "thiophosphate de o,o-diethyle et deo-2-isopropyl-4-methyl-6-pyrimidyle", "o,o-diethyl 2-isopropyl-4-methylpyrimidyl-6-thiophosphate", "o,o-diethyl o-[6-methyl-2-(1-methylethyl)pyrimidin-4-yl] thiophosphate", "thiophosphoric acid 2-isopropyl-4-methyl-6-pyrimidyl diethyl ester.", "kleen-dok", "diazinon", "dacutox", "phosphorothioic acid o,o-diethyl o-(6-methyl-2-(1-methylethyl)-4-pyrimidinyl) ester", "phosphorothioic acid o,o-diethylo-(6-methyl-2-(1-methylethyl)-4-pyrimidyl) ester", "o,o-diethyl o-[6-methyl-2-(propan-2-yl)pyrimidin-4-yl]phosphorothioate", "o,o-diethyl o-(6-methyl-2-(1-methylethyl)-4-pyrimidinyl) phosophorothioate", "isopropylmethylpyrimidyl diethyl thiophosphate", "nedcidol", "spectracide", "diethyl 2-isopropyl-6-methyl-4-pyrimidinyl phosphorothionate", "dizinon", "dimpylate[inn]", "o,o-diethyl 2-isopropyl-6-methyl-4-pyrimidinylphosphorothioate", "207-944-4[einecs]", "galesan", "5-23-11-00187 (beilstein handbook reference)[beilstein]", "diagran", "neodinon", "antigal (van)", "dizictol", "srolex", "fezudin", "o,o-diethyl o-(2-isopropyl-4-methyl-6-pyrimidinyl) thiophosphoric acid", "diethyl 2-isopropyl-4-methyl-6-pyrimidyl thionophosphate", "cooper's flystrike powder", "phosphorothioic acid o,o-diethyl o-(6-methyl-2-(1-methylethyl)-4-pyrimidinyl) ester", "dazzel", "o,o-diethyl o-(2-isopropyl-6-methyl-4-pyrimidinyl) phosphorothioate[acd/iupac name]", "diazinon; spectracide", "diazinon[wiki]", "exodin", "diethyl o-(2-isopropyl-6-methyl-4-pyrimidinyl) phosphorothioate", "new z diazinon", "bassadinon", "phosphorothioate,o,o-diethyl o-6- (2-isopropyl-4-methylpyrimidyl)", "o,o-diethyl o-6-methyl-2-isopropyl-4-pyrimidinyl phosphorothioate", "dyzol", "dizinil", "bazudin", "diazide", "diethyl 2-isopropyl-4-methyl-6-pyrimidinyl phosphorothionate", "diazol", "502-55-6[rn]", "dipofene", "phosphorothioic acid o,o-diethyl {o-[6-methyl-2-(1-methylethyl)-4-pyrimidinyl]}ester", "neotsidol", "thiophosphoric acid 2-isopropyl-4-methyl-6-pyrimidyl diethyl ester", "nucidol", "27936-40-9[rn]", "205-292-5[einecs]", "flytrol", "o,o-diethyl o-(2-isopropyl-4-methyl-6-pyrimidyl) thionophosphate", "disonex", "phosphorothioic acid o,o-diethyl o-[6-methyl-2-(1-methylethyl)-4-pyrimidinyl] ester", "knox-out", "o,o-diethyl o-(2-isopropyl-6-methylpyrimidin-4-yl) phosphorothioate", "kayazol", "antigal", "basudin 10 g", "137-41-7[rn]", "dicid", "sarolex", "30583-38-1[rn]", "phosphorothioate,o,o-diethyl o-6-(2-isopropyl-4-methylpyrimidyl)", "meodinon", "diethyl 2-isopropyl-4-methyl-6-pyrimidyl thionophosphate", "garden tox", "o-2-isopropyl-4-methylpyrimidyl-o,o-diethyl phosphorothioate", "diazinon [ansi:bsi:iso]", "o,o-diethyl-o-(2-isopropyl-6-methylpyrimidin-4-yl)thiophosphat", "o,o-diethyl o-(2-isopropyl-6-methyl-4-pyrimidinyl) thiophosphate", "ektoband", "drawizon", "d003976", "kayazinon", "phosphorothioic acid o,o-diethyl o-(2-isopropyl-6-methyl-4-pyrimidinyl)ester", "o,o-diethyl-o-(2-isopropyl-4-methyl-6-pyrimidyl)phosphorothioate", "o,o-dietil-o-(2-isopropil-4-metil-pirimidin-6-il)-monotiofosfato[italian]", "dimpylatum[latin]"}|>, "2938" -> <|"DatabaseID" -> "SW01873", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00907"]}, "IsomericSmiles" -> "C[NH+]1C2CCC1[C@H]([C@H](C2)OC(=O)c3ccccc3)C(=O)OC", "OfficialNames" -> <|"NPC Approved Name" -> "isocaine"|>, "PharmGKBID" -> "PA449072", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5760]}, "Synonyms" -> {"kokayeen", "corine", "erytroxylin", "cholly", "cocaine", "burese", "bernice", "eritroxilina", "coke", "bernies", "carrie", "depsococaine", "hell", "cola", "blow", "sugar", "jam", "gold dust", "kibbles n' bits", "flex", "cocaine free base", "benzoylmethylecgonine", "blast", "lady", "methyl benzoylecgonine", "heaven", "l-cocain", "sweet stuff", "candy", "snort", "rock", "bump", "trails", "g-rock", "prime time", "freeze", "yeyo", "isococaine", "foo foo", "girl", "leaf", "kokain", "l-cocaine", "benzoylethylecgonine", "bazooka", "dama blanca", "toke", "pimp's drug", "green gold", "dextrocaine", "flake", "coc", "goofball", "blizzard", "chicken scratch", "beta-cocain", "bouncing powder", "delcaine", "cocaina", "zip", "caviar", "happy dust", "star dust", "star-spangled powder", "neurocaine", "sleighride", "toot", "line", "isococain", "happy trails", "coca", "badrock", "cabello", "cocain", "isocaine", "cecil", "florida snow", "kokan", "c\" carrie", "moonrocks", "cocktail", "cocaine-m", "d-pseudococaine", "dust", "charlie", "happy powder"}|>, "2939" -> <|"DatabaseID" -> "SW01873", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00907"]}, "IsomericSmiles" -> "C[NH+]1C2CCC1[C@H]([C@H](C2)OC(=O)c3ccccc3)C(=O)OC", "OfficialNames" -> <|"NPC Approved Name" -> "isocaine"|>, "PharmGKBID" -> "PA449072", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5760]}, "Synonyms" -> {"kokayeen", "corine", "erytroxylin", "cholly", "cocaine", "burese", "bernice", "eritroxilina", "coke", "bernies", "carrie", "depsococaine", "hell", "cola", "blow", "sugar", "jam", "gold dust", "kibbles n' bits", "flex", "cocaine free base", "benzoylmethylecgonine", "blast", "lady", "methyl benzoylecgonine", "heaven", "l-cocain", "sweet stuff", "candy", "snort", "rock", "bump", "trails", "g-rock", "prime time", "freeze", "yeyo", "isococaine", "foo foo", "girl", "leaf", "kokain", "l-cocaine", "benzoylethylecgonine", "bazooka", "dama blanca", "toke", "pimp's drug", "green gold", "dextrocaine", "flake", "coc", "goofball", "blizzard", "chicken scratch", "beta-cocain", "bouncing powder", "delcaine", "cocaina", "zip", "caviar", "happy dust", "star dust", "star-spangled powder", "neurocaine", "sleighride", "toot", "line", "isococain", "happy trails", "coca", "badrock", "cabello", "cocain", "isocaine", "cecil", "florida snow", "kokan", "c\" carrie", "moonrocks", "cocktail", "cocaine-m", "d-pseudococaine", "dust", "charlie", "happy powder"}|>, "2940" -> <|"DatabaseID" -> "SW01874", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "149226"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3226]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01288"]}, "IsomericSmiles" -> "CC(Cc1ccc(cc1)O)[NH2+]CC(c2cc(cc(c2)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04157"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fenoterol"|>, "PharmGKBID" -> "PA10079", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3343]}, "Synonyms" -> {"fenoterol", "berotec", "phenoterol", "partusisten", "th 1165a", "fenoterolum [inn-latin]", "1944-10-1[rn]", "5-(1-hydroxy-2-(1-(4-hydroxyphenyl)propan-2-ylamino)ethyl)benzene-1,3-diol", "3,5-dihydroxy-a-[[(p-hydroxy-a-methylphenethyl)amino]methyl]benzyl alcohol", "1944-12-3[rn]", "5-(1-hydroxy-2-{[2-(4-hydroxyphenyl)-1-methylethyl]amino}ethyl)benzene-1,3-diol", "duovent udv (fenoterol hydrobromide + ipratropium bromide)_mixture", "berotek", "fenoterol; fenoterolum", "fenoterol [usan:ban:inn][inn][usan]", "1-(p-hydroxyphenyl)-2-[[b-hydroxy-b-(3',5'-dihydroxyphenyl)]ethyl]aminopropane", "beta-3 adrenoceptor", "5-[1-hydroxy-2-[[2-(4-hydroxyphenyl)-1-methylethyl]amino]ethyl]-1,3-benzenediol", "5-(1-hydroxy-2-((2-(4-hydroxyphenyl)-1-methylethyl)amino)ethyl)-1,3- benzenediol", "1,3-benzenediol 5-(1-hydroxy-2-((2-(4-hydroxyphenyl)-1-methylethyl)amino)ethyl)-", "13392-18-2[rn]", "fenoterolum[latin]", "p-hydroxyphenylorciprenaline", "13392-18-2", "1-(3,5-dihydroxyphenyl)-1-hydroxy-2-((4-hydroxyphenyl)isopropylamino)ethane", "5-{1-hydroxy-2-[2-(4-hydroxy-phenyl)-1-methyl-ethylamino]-ethyl}-benzene-1,3-diol", "1,3-benzenediol 5-[1-hydroxy-2-[[2-(4-hydroxyphenyl)-1-methylethyl]amino]ethyl]-", "12/3/1944", "fenoterolum", "fenoterolum [inn_la]", "217-742-8[einecs]", "5-(1-hydroxy-2-{[1-(4-hydroxyphenyl)propan-2-yl]amino}ethyl)benzene-1,3-diol", "chebi:149226", "beta-3 adrenoreceptor"}|>, "2941" -> <|"DatabaseID" -> "SW01874", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "149226"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3226]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01288"]}, "IsomericSmiles" -> "CC(Cc1ccc(cc1)O)[NH2+]CC(c2cc(cc(c2)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04157"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fenoterol"|>, "PharmGKBID" -> "PA10079", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3343]}, "Synonyms" -> {"fenoterol", "berotec", "phenoterol", "partusisten", "th 1165a", "fenoterolum [inn-latin]", "1944-10-1[rn]", "5-(1-hydroxy-2-(1-(4-hydroxyphenyl)propan-2-ylamino)ethyl)benzene-1,3-diol", "3,5-dihydroxy-a-[[(p-hydroxy-a-methylphenethyl)amino]methyl]benzyl alcohol", "1944-12-3[rn]", "5-(1-hydroxy-2-{[2-(4-hydroxyphenyl)-1-methylethyl]amino}ethyl)benzene-1,3-diol", "duovent udv (fenoterol hydrobromide + ipratropium bromide)_mixture", "berotek", "fenoterol; fenoterolum", "fenoterol [usan:ban:inn][inn][usan]", "1-(p-hydroxyphenyl)-2-[[b-hydroxy-b-(3',5'-dihydroxyphenyl)]ethyl]aminopropane", "beta-3 adrenoceptor", "5-[1-hydroxy-2-[[2-(4-hydroxyphenyl)-1-methylethyl]amino]ethyl]-1,3-benzenediol", "5-(1-hydroxy-2-((2-(4-hydroxyphenyl)-1-methylethyl)amino)ethyl)-1,3- benzenediol", "1,3-benzenediol 5-(1-hydroxy-2-((2-(4-hydroxyphenyl)-1-methylethyl)amino)ethyl)-", "13392-18-2[rn]", "fenoterolum[latin]", "p-hydroxyphenylorciprenaline", "13392-18-2", "1-(3,5-dihydroxyphenyl)-1-hydroxy-2-((4-hydroxyphenyl)isopropylamino)ethane", "5-{1-hydroxy-2-[2-(4-hydroxy-phenyl)-1-methyl-ethylamino]-ethyl}-benzene-1,3-diol", "1,3-benzenediol 5-[1-hydroxy-2-[[2-(4-hydroxyphenyl)-1-methylethyl]amino]ethyl]-", "12/3/1944", "fenoterolum", "fenoterolum [inn_la]", "217-742-8[einecs]", "5-(1-hydroxy-2-{[1-(4-hydroxyphenyl)propan-2-yl]amino}ethyl)benzene-1,3-diol", "chebi:149226", "beta-3 adrenoreceptor"}|>, "2942" -> <|"DatabaseID" -> "SW01874", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "149226"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3226]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01288"]}, "IsomericSmiles" -> "CC(Cc1ccc(cc1)O)[NH2+]CC(c2cc(cc(c2)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04157"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fenoterol"|>, "PharmGKBID" -> "PA10079", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3343]}, "Synonyms" -> {"fenoterol", "berotec", "phenoterol", "partusisten", "th 1165a", "fenoterolum [inn-latin]", "1944-10-1[rn]", "5-(1-hydroxy-2-(1-(4-hydroxyphenyl)propan-2-ylamino)ethyl)benzene-1,3-diol", "3,5-dihydroxy-a-[[(p-hydroxy-a-methylphenethyl)amino]methyl]benzyl alcohol", "1944-12-3[rn]", "5-(1-hydroxy-2-{[2-(4-hydroxyphenyl)-1-methylethyl]amino}ethyl)benzene-1,3-diol", "duovent udv (fenoterol hydrobromide + ipratropium bromide)_mixture", "berotek", "fenoterol; fenoterolum", "fenoterol [usan:ban:inn][inn][usan]", "1-(p-hydroxyphenyl)-2-[[b-hydroxy-b-(3',5'-dihydroxyphenyl)]ethyl]aminopropane", "beta-3 adrenoceptor", "5-[1-hydroxy-2-[[2-(4-hydroxyphenyl)-1-methylethyl]amino]ethyl]-1,3-benzenediol", "5-(1-hydroxy-2-((2-(4-hydroxyphenyl)-1-methylethyl)amino)ethyl)-1,3- benzenediol", "1,3-benzenediol 5-(1-hydroxy-2-((2-(4-hydroxyphenyl)-1-methylethyl)amino)ethyl)-", "13392-18-2[rn]", "fenoterolum[latin]", "p-hydroxyphenylorciprenaline", "13392-18-2", "1-(3,5-dihydroxyphenyl)-1-hydroxy-2-((4-hydroxyphenyl)isopropylamino)ethane", "5-{1-hydroxy-2-[2-(4-hydroxy-phenyl)-1-methyl-ethylamino]-ethyl}-benzene-1,3-diol", "1,3-benzenediol 5-[1-hydroxy-2-[[2-(4-hydroxyphenyl)-1-methylethyl]amino]ethyl]-", "12/3/1944", "fenoterolum", "fenoterolum [inn_la]", "217-742-8[einecs]", "5-(1-hydroxy-2-{[1-(4-hydroxyphenyl)propan-2-yl]amino}ethyl)benzene-1,3-diol", "chebi:149226", "beta-3 adrenoreceptor"}|>, "2943" -> <|"DatabaseID" -> "SW01874", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "149226"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3226]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01288"]}, "IsomericSmiles" -> "CC(Cc1ccc(cc1)O)[NH2+]CC(c2cc(cc(c2)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04157"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fenoterol"|>, "PharmGKBID" -> "PA10079", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3343]}, "Synonyms" -> {"fenoterol", "berotec", "phenoterol", "partusisten", "th 1165a", "fenoterolum [inn-latin]", "1944-10-1[rn]", "5-(1-hydroxy-2-(1-(4-hydroxyphenyl)propan-2-ylamino)ethyl)benzene-1,3-diol", "3,5-dihydroxy-a-[[(p-hydroxy-a-methylphenethyl)amino]methyl]benzyl alcohol", "1944-12-3[rn]", "5-(1-hydroxy-2-{[2-(4-hydroxyphenyl)-1-methylethyl]amino}ethyl)benzene-1,3-diol", "duovent udv (fenoterol hydrobromide + ipratropium bromide)_mixture", "berotek", "fenoterol; fenoterolum", "fenoterol [usan:ban:inn][inn][usan]", "1-(p-hydroxyphenyl)-2-[[b-hydroxy-b-(3',5'-dihydroxyphenyl)]ethyl]aminopropane", "beta-3 adrenoceptor", "5-[1-hydroxy-2-[[2-(4-hydroxyphenyl)-1-methylethyl]amino]ethyl]-1,3-benzenediol", "5-(1-hydroxy-2-((2-(4-hydroxyphenyl)-1-methylethyl)amino)ethyl)-1,3- benzenediol", "1,3-benzenediol 5-(1-hydroxy-2-((2-(4-hydroxyphenyl)-1-methylethyl)amino)ethyl)-", "13392-18-2[rn]", "fenoterolum[latin]", "p-hydroxyphenylorciprenaline", "13392-18-2", "1-(3,5-dihydroxyphenyl)-1-hydroxy-2-((4-hydroxyphenyl)isopropylamino)ethane", "5-{1-hydroxy-2-[2-(4-hydroxy-phenyl)-1-methyl-ethylamino]-ethyl}-benzene-1,3-diol", "1,3-benzenediol 5-[1-hydroxy-2-[[2-(4-hydroxyphenyl)-1-methylethyl]amino]ethyl]-", "12/3/1944", "fenoterolum", "fenoterolum [inn_la]", "217-742-8[einecs]", "5-(1-hydroxy-2-{[1-(4-hydroxyphenyl)propan-2-yl]amino}ethyl)benzene-1,3-diol", "chebi:149226", "beta-3 adrenoreceptor"}|>, "2944" -> <|"DatabaseID" -> "SW01875", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10194106]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00747"]}, "IsomericSmiles" -> "C[NH+]1[C@@H]2C[C@H](C[C@H]1[C@H]3[C@@H]2O3)OC(=O)[C@H](CO)c4ccccc4", "OfficialNames" -> <|"FDA Approved Drug" -> "SCOPOLAMINE"|>, "Synonyms" -> {"transderm-scop", "atrochin", "scopine tropate", "see", "scop", "transderm-v", "transcop", "atroquin", "l-scopolamine", "scopolamine hydrobromide", "(-)-n-methylhyoscinium nitrate", "hydroscine hydrobromide", "scopoderm-tts", "228-065-2[einecs]", "(-)-scopolamine", "(1r,2r,4s,5s,7s)-9-methyl-3-oxa-9-azatricyclo[3.3.1.0(2,4)]non-7-yl (2s)-3-hydroxy-2-phenylpropanoate", "isopto hyoscine", "(1r,2r,4s,5s,7s)-9-methyl-3-oxa-9-azatricyclo[3.3.1.02,4]non-7-yl (2s)-3-hydroxy-2-phenylpropanoate", "6106-46-3[rn]", "138-12-5[rn]", "epoxytropine tropate", "tropic acid ester with scopine", "isoscopil", "hyoscine[wiki]", "kwells", "tropic acid ester with scopine", "hyoscine hydrobromide", "6b,7b-epoxy-1ah,5ah-tropan-3a-ol (-)-tropate", "triptone", "scopolamine hyoscine", "methscopolamine bromide", "sereen", "l-hyoscine hydrobromide", "scopolammonium bromide", "methscopolamine nitrate", "atroscine hydrobromide", "hyoscine", "hysco", "beldavrin", "scopolamine bromide", "euscopol", "hyosol", "skopolate", "hyoscyine hydrobromide", "skopolamin", "200-090-3[einecs]", "6,7-epoxytropine tropate", "hyoscine methonitrate", "hyocine f hydrobromide", "scopolaminium bromide", "atroscine", "tranaxine", "51-34-3[rn]", "skopyl", "scopos", "12/5/138", "(-)-scopolamine hydrobromide trihydrate", "transderm scop", "(-)-hyoscine", "scopamin", "oscine", "hyosceine", "scopolamine hydrobromide trihydrate", "[7(s)-(1a,2b,4b,5a,7b)]-a-(hydroxymethyl)benzeneaceticacid 9-methyl-3-oxa-9-azatricyclo[3.3.1.02,4]non-7-ylester", "buscopan", "6b,7b-epoxy-3a-tropanyl s-(-)-tropate", "(1s,3s,5r,6r,7s)-6,7-epoxytropan-3-yl (2s)-3-hydroxy-2-phenylpropanoate", "scopolamine[wiki]", "scopolamine", "scopine (-)-tropate", "scopolaminhydrobromid", "scopolamine [inn_en]", "hyoscine bromide"}|>, "2945" -> <|"DatabaseID" -> "SW01876", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576407]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01512"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](CC[C@]3([C@H]1C5)O)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Hydromorphinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463858]}, "Synonyms" -> {"hydromorphinol", "idromorfinolo [dcit]", "14-hydroxy-dihydromorphin", "(5a,6a)-17-methyl-4,5-epoxymorphinan-3,6,14-triol", "einecs 218-565-9", "hydromorphinolum[latin]", "dea no. 9301", "14-hydroxydihydromorphine", "hidromorfinol[spanish][inn]", "7", "4,5a-epoxy-17-methylmorphinan-3,6a,14-triol", "7,8-dihydro-14-hydroxymorphine", "morphine 7,8-dihydro-14-hydroxy-", "ram-320", "hydromorphinol [ban:dcf:inn][inn]", "hidromorfinol [inn-spanish]", "morphine", "218-565-9[einecs]", "hydromorphinolum [inn-latin]", "2183-56-4[rn]"}|>, "2946" -> <|"DatabaseID" -> "SW01876", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576407]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01512"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](CC[C@]3([C@H]1C5)O)O)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Hydromorphinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463858]}, "Synonyms" -> {"hydromorphinol", "idromorfinolo [dcit]", "14-hydroxy-dihydromorphin", "(5a,6a)-17-methyl-4,5-epoxymorphinan-3,6,14-triol", "einecs 218-565-9", "hydromorphinolum[latin]", "dea no. 9301", "14-hydroxydihydromorphine", "hidromorfinol[spanish][inn]", "7", "4,5a-epoxy-17-methylmorphinan-3,6a,14-triol", "7,8-dihydro-14-hydroxymorphine", "morphine 7,8-dihydro-14-hydroxy-", "ram-320", "hydromorphinol [ban:dcf:inn][inn]", "hidromorfinol [inn-spanish]", "morphine", "218-565-9[einecs]", "hydromorphinolum [inn-latin]", "2183-56-4[rn]"}|>, "2947" -> <|"DatabaseID" -> "SW01877", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00747"]}, "IsomericSmiles" -> "C[NH+]1C2CC(CC1C3C2O3)OC(=O)C(CO)c4ccccc4", "OfficialNames" -> <|"China Approved Name" -> "hyoscine hydrobromide", "WHO Essential Medicine" -> "hyoscine hydrobromide", "Australia Approved Name" -> "HYOSCINE HYDROBROMIDE", "FDA Approved Drug" -> "METHSCOPOLAMINE BROMIDE"|>, "PharmGKBID" -> "PA451308", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5184]}, "Synonyms" -> {"isoscopil", "beldavrin", "scop", "euscopol", "scopamin", "hyosceine", "hyosol", "scopolamine", "scopoderm-tts", "hydroscine hydrobromide", "(+)-hyoscine", "scopolammonium bromide", "transderm-scop", "tropic acid ester with scopine", "hyoscine bromide", "atroscine hydrobromide", "scopine tropate", "see", "epoxytropine tropate", "kwells", "hyoscine hydrobromide", "triptone", "scopolamine hyoscine", "methscopolamine bromide", "sereen", "tranaxine", "isopto hyoscine", "hyoscyine hydrobromide", "hyoscine", "hysco", "scopolamine bromide", "scopolamine hydrobromide", "atrochin", "oscine", "skopolamin", "(+)-scopolamine", "hyocine f hydrobromide", "scopolaminium bromide", "scopos", "transderm-v", "atroquin", "scopolamine hydrobromide trihydrate", "l-scopolamine", "transcop", "scopolaminhydrobromid", "buscopan", "l-hyoscine hydrobromide"}|>, "2948" -> <|"DatabaseID" -> "SW01877", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00747"]}, "IsomericSmiles" -> "C[NH+]1C2CC(CC1C3C2O3)OC(=O)C(CO)c4ccccc4", "OfficialNames" -> <|"China Approved Name" -> "hyoscine hydrobromide", "WHO Essential Medicine" -> "hyoscine hydrobromide", "Australia Approved Name" -> "HYOSCINE HYDROBROMIDE", "FDA Approved Drug" -> "METHSCOPOLAMINE BROMIDE"|>, "PharmGKBID" -> "PA451308", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5184]}, "Synonyms" -> {"isoscopil", "beldavrin", "scop", "euscopol", "scopamin", "hyosceine", "hyosol", "scopolamine", "scopoderm-tts", "hydroscine hydrobromide", "(+)-hyoscine", "scopolammonium bromide", "transderm-scop", "tropic acid ester with scopine", "hyoscine bromide", "atroscine hydrobromide", "scopine tropate", "see", "epoxytropine tropate", "kwells", "hyoscine hydrobromide", "triptone", "scopolamine hyoscine", "methscopolamine bromide", "sereen", "tranaxine", "isopto hyoscine", "hyoscyine hydrobromide", "hyoscine", "hysco", "scopolamine bromide", "scopolamine hydrobromide", "atrochin", "oscine", "skopolamin", "(+)-scopolamine", "hyocine f hydrobromide", "scopolaminium bromide", "scopos", "transderm-v", "atroquin", "scopolamine hydrobromide trihydrate", "l-scopolamine", "transcop", "scopolaminhydrobromid", "buscopan", "l-hyoscine hydrobromide"}|>, "2949" -> <|"DatabaseID" -> "SW01877", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00747"]}, "IsomericSmiles" -> "C[NH+]1C2CC(CC1C3C2O3)OC(=O)C(CO)c4ccccc4", "OfficialNames" -> <|"China Approved Name" -> "hyoscine hydrobromide", "WHO Essential Medicine" -> "hyoscine hydrobromide", "Australia Approved Name" -> "HYOSCINE HYDROBROMIDE", "FDA Approved Drug" -> "METHSCOPOLAMINE BROMIDE"|>, "PharmGKBID" -> "PA451308", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5184]}, "Synonyms" -> {"isoscopil", "beldavrin", "scop", "euscopol", "scopamin", "hyosceine", "hyosol", "scopolamine", "scopoderm-tts", "hydroscine hydrobromide", "(+)-hyoscine", "scopolammonium bromide", "transderm-scop", "tropic acid ester with scopine", "hyoscine bromide", "atroscine hydrobromide", "scopine tropate", "see", "epoxytropine tropate", "kwells", "hyoscine hydrobromide", "triptone", "scopolamine hyoscine", "methscopolamine bromide", "sereen", "tranaxine", "isopto hyoscine", "hyoscyine hydrobromide", "hyoscine", "hysco", "scopolamine bromide", "scopolamine hydrobromide", "atrochin", "oscine", "skopolamin", "(+)-scopolamine", "hyocine f hydrobromide", "scopolaminium bromide", "scopos", "transderm-v", "atroquin", "scopolamine hydrobromide trihydrate", "l-scopolamine", "transcop", "scopolaminhydrobromid", "buscopan", "l-hyoscine hydrobromide"}|>, "2950" -> <|"DatabaseID" -> "SW01877", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00747"]}, "IsomericSmiles" -> "C[NH+]1C2CC(CC1C3C2O3)OC(=O)C(CO)c4ccccc4", "OfficialNames" -> <|"China Approved Name" -> "hyoscine hydrobromide", "WHO Essential Medicine" -> "hyoscine hydrobromide", "Australia Approved Name" -> "HYOSCINE HYDROBROMIDE", "FDA Approved Drug" -> "METHSCOPOLAMINE BROMIDE"|>, "PharmGKBID" -> "PA451308", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5184]}, "Synonyms" -> {"isoscopil", "beldavrin", "scop", "euscopol", "scopamin", "hyosceine", "hyosol", "scopolamine", "scopoderm-tts", "hydroscine hydrobromide", "(+)-hyoscine", "scopolammonium bromide", "transderm-scop", "tropic acid ester with scopine", "hyoscine bromide", "atroscine hydrobromide", "scopine tropate", "see", "epoxytropine tropate", "kwells", "hyoscine hydrobromide", "triptone", "scopolamine hyoscine", "methscopolamine bromide", "sereen", "tranaxine", "isopto hyoscine", "hyoscyine hydrobromide", "hyoscine", "hysco", "scopolamine bromide", "scopolamine hydrobromide", "atrochin", "oscine", "skopolamin", "(+)-scopolamine", "hyocine f hydrobromide", "scopolaminium bromide", "scopos", "transderm-v", "atroquin", "scopolamine hydrobromide trihydrate", "l-scopolamine", "transcop", "scopolaminhydrobromid", "buscopan", "l-hyoscine hydrobromide"}|>, "2951" -> <|"DatabaseID" -> "SW01877", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00747"]}, "IsomericSmiles" -> "C[NH+]1C2CC(CC1C3C2O3)OC(=O)C(CO)c4ccccc4", "OfficialNames" -> <|"China Approved Name" -> "hyoscine hydrobromide", "WHO Essential Medicine" -> "hyoscine hydrobromide", "Australia Approved Name" -> "HYOSCINE HYDROBROMIDE", "FDA Approved Drug" -> "METHSCOPOLAMINE BROMIDE"|>, "PharmGKBID" -> "PA451308", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5184]}, "Synonyms" -> {"isoscopil", "beldavrin", "scop", "euscopol", "scopamin", "hyosceine", "hyosol", "scopolamine", "scopoderm-tts", "hydroscine hydrobromide", "(+)-hyoscine", "scopolammonium bromide", "transderm-scop", "tropic acid ester with scopine", "hyoscine bromide", "atroscine hydrobromide", "scopine tropate", "see", "epoxytropine tropate", "kwells", "hyoscine hydrobromide", "triptone", "scopolamine hyoscine", "methscopolamine bromide", "sereen", "tranaxine", "isopto hyoscine", "hyoscyine hydrobromide", "hyoscine", "hysco", "scopolamine bromide", "scopolamine hydrobromide", "atrochin", "oscine", "skopolamin", "(+)-scopolamine", "hyocine f hydrobromide", "scopolaminium bromide", "scopos", "transderm-v", "atroquin", "scopolamine hydrobromide trihydrate", "l-scopolamine", "transcop", "scopolaminhydrobromid", "buscopan", "l-hyoscine hydrobromide"}|>, "2952" -> <|"DatabaseID" -> "SW01877", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00747"]}, "IsomericSmiles" -> "C[NH+]1C2CC(CC1C3C2O3)OC(=O)C(CO)c4ccccc4", "OfficialNames" -> <|"China Approved Name" -> "hyoscine hydrobromide", "WHO Essential Medicine" -> "hyoscine hydrobromide", "Australia Approved Name" -> "HYOSCINE HYDROBROMIDE", "FDA Approved Drug" -> "METHSCOPOLAMINE BROMIDE"|>, "PharmGKBID" -> "PA451308", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5184]}, "Synonyms" -> {"isoscopil", "beldavrin", "scop", "euscopol", "scopamin", "hyosceine", "hyosol", "scopolamine", "scopoderm-tts", "hydroscine hydrobromide", "(+)-hyoscine", "scopolammonium bromide", "transderm-scop", "tropic acid ester with scopine", "hyoscine bromide", "atroscine hydrobromide", "scopine tropate", "see", "epoxytropine tropate", "kwells", "hyoscine hydrobromide", "triptone", "scopolamine hyoscine", "methscopolamine bromide", "sereen", "tranaxine", "isopto hyoscine", "hyoscyine hydrobromide", "hyoscine", "hysco", "scopolamine bromide", "scopolamine hydrobromide", "atrochin", "oscine", "skopolamin", "(+)-scopolamine", "hyocine f hydrobromide", "scopolaminium bromide", "scopos", "transderm-v", "atroquin", "scopolamine hydrobromide trihydrate", "l-scopolamine", "transcop", "scopolaminhydrobromid", "buscopan", "l-hyoscine hydrobromide"}|>, "2953" -> <|"DatabaseID" -> "SW01877", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00747"]}, "IsomericSmiles" -> "C[NH+]1C2CC(CC1C3C2O3)OC(=O)C(CO)c4ccccc4", "OfficialNames" -> <|"China Approved Name" -> "hyoscine hydrobromide", "WHO Essential Medicine" -> "hyoscine hydrobromide", "Australia Approved Name" -> "HYOSCINE HYDROBROMIDE", "FDA Approved Drug" -> "METHSCOPOLAMINE BROMIDE"|>, "PharmGKBID" -> "PA451308", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5184]}, "Synonyms" -> {"isoscopil", "beldavrin", "scop", "euscopol", "scopamin", "hyosceine", "hyosol", "scopolamine", "scopoderm-tts", "hydroscine hydrobromide", "(+)-hyoscine", "scopolammonium bromide", "transderm-scop", "tropic acid ester with scopine", "hyoscine bromide", "atroscine hydrobromide", "scopine tropate", "see", "epoxytropine tropate", "kwells", "hyoscine hydrobromide", "triptone", "scopolamine hyoscine", "methscopolamine bromide", "sereen", "tranaxine", "isopto hyoscine", "hyoscyine hydrobromide", "hyoscine", "hysco", "scopolamine bromide", "scopolamine hydrobromide", "atrochin", "oscine", "skopolamin", "(+)-scopolamine", "hyocine f hydrobromide", "scopolaminium bromide", "scopos", "transderm-v", "atroquin", "scopolamine hydrobromide trihydrate", "l-scopolamine", "transcop", "scopolaminhydrobromid", "buscopan", "l-hyoscine hydrobromide"}|>, "2954" -> <|"DatabaseID" -> "SW01877", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00747"]}, "IsomericSmiles" -> "C[NH+]1C2CC(CC1C3C2O3)OC(=O)C(CO)c4ccccc4", "OfficialNames" -> <|"China Approved Name" -> "hyoscine hydrobromide", "WHO Essential Medicine" -> "hyoscine hydrobromide", "Australia Approved Name" -> "HYOSCINE HYDROBROMIDE", "FDA Approved Drug" -> "METHSCOPOLAMINE BROMIDE"|>, "PharmGKBID" -> "PA451308", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5184]}, "Synonyms" -> {"isoscopil", "beldavrin", "scop", "euscopol", "scopamin", "hyosceine", "hyosol", "scopolamine", "scopoderm-tts", "hydroscine hydrobromide", "(+)-hyoscine", "scopolammonium bromide", "transderm-scop", "tropic acid ester with scopine", "hyoscine bromide", "atroscine hydrobromide", "scopine tropate", "see", "epoxytropine tropate", "kwells", "hyoscine hydrobromide", "triptone", "scopolamine hyoscine", "methscopolamine bromide", "sereen", "tranaxine", "isopto hyoscine", "hyoscyine hydrobromide", "hyoscine", "hysco", "scopolamine bromide", "scopolamine hydrobromide", "atrochin", "oscine", "skopolamin", "(+)-scopolamine", "hyocine f hydrobromide", "scopolaminium bromide", "scopos", "transderm-v", "atroquin", "scopolamine hydrobromide trihydrate", "l-scopolamine", "transcop", "scopolaminhydrobromid", "buscopan", "l-hyoscine hydrobromide"}|>, "2955" -> <|"DatabaseID" -> "SW01878", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293734]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04876"]}, "IsomericSmiles" -> "C1C[C@H](N(C1)C(=O)C[NH2+]C23CC4CC(C2)CC(C4)(C3)O)C#N", "OfficialNames" -> <|"Indian Approved Name" -> "vildagliptin"|>, "PharmGKBID" -> "PA165958346", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918537]}, "Synonyms" -> {"nvp-laf-237", "nvp-laf237", "galvus", "xiliarx", "vildagliptin", "laf 237", "equa", "jalra", "924914-75-0[rn]", "adenosine deaminase complexing protein 2", "274901-16-5[rn]", "adabp", "2-pyrrolidinecarbonitrile", "(2s)-1-{2-[(3-hydroxyadamantanyl)amino]acetyl}pyrrolidine-2-carbonitrile", "274901-16-5", "laf237", "(-)-(2s)-1-(((3-hydroxytricyclo(3.3.1.1(3,7))dec-1-yl)amino)acetyl)pyrrolidine-2-carbonitrile", "dipeptidyl peptidase iv", "(s)-1-[2-(3-hydroxy-adamantan-1-ylamino)-acetyl]-pyrrolidine-2-carbonitrile", "tp103", "vildagliptin (laf-237)", "vildagliptin[wiki]", "1-[2-(3-hydroxy-adamantan-1-ylamino)-acetyl]-pyrrolidine-2-carbonitrile", "(2s)-1-[n-(3-hydroxyadamantan-1-yl)glycyl]pyrrolidine-2-carbonitrile", "galvus[wiki]", "dpp iv", "t-cell activation antigen cd26", "2-pyrrolidinecarbonitrile,1-[2-[(3-hydroxytricyclo[3.3.1.13,7]dec-1-yl)amino]acetyl]- (2s)-", "ec 3.4.14.5", "(-)-(2s)-1-[[(3-hydroxytricyclo[3.3.1.1[3,7]]dec-1-yl)amino]acetyl]pyrrolidine-2-carbonitrile", "(2s)-1-[n-(3-hydroxytricyclo[3.3.1.13,7]dec-1-yl)glycyl]pyrrolidine-2-carbonitrile", "(2s)-1-[2-[(3-hydroxytricyclo[3.3.1.13,7]dec-1-yl)amino]acetyl]- 2-pyrrolidinecarbonitrile", "2-pyrrolidinecarbonitrile 1-[2-[(3-hydroxytricyclo[3.3.1.13,7]dec-1-yl)amino]acetyl]-,(2s)-"}|>, "2956" -> <|"DatabaseID" -> "SW01879", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25907]}, "IsomericSmiles" -> "CC[NH+]1CCC(=C2c3ccccc3CCc4c2cccc4)C1C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01231"]}, "OfficialNames" -> <|"NPC Approved Name" -> "piroheptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4854]}, "Synonyms" -> {"trimol", "piroheptine hydrochloride", "piroheptine (inn)", "surecn34782", "piroheptine [inn]", "piroheptine", "piroheptina", "piroheptinum [inn-latin]", "piroheptinum", "ac1q1iwi", "pyrrolidine 3-(10,11-dihydro-5h-dibenzo(a,d)cyclohepten-5-ylidene)-1-ethyl-2-methyl- hydrochloride", "16378-21-5", "trimol (tn)"}|>, "2957" -> <|"DatabaseID" -> "SW01879", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25907]}, "IsomericSmiles" -> "CC[NH+]1CCC(=C2c3ccccc3CCc4c2cccc4)C1C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01231"]}, "OfficialNames" -> <|"NPC Approved Name" -> "piroheptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4854]}, "Synonyms" -> {"trimol", "piroheptine hydrochloride", "piroheptine (inn)", "surecn34782", "piroheptine [inn]", "piroheptine", "piroheptina", "piroheptinum [inn-latin]", "piroheptinum", "ac1q1iwi", "pyrrolidine 3-(10,11-dihydro-5h-dibenzo(a,d)cyclohepten-5-ylidene)-1-ethyl-2-methyl- hydrochloride", "16378-21-5", "trimol (tn)"}|>, "2958" -> <|"DatabaseID" -> "SW01879", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25907]}, "IsomericSmiles" -> "CC[NH+]1CCC(=C2c3ccccc3CCc4c2cccc4)C1C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01231"]}, "OfficialNames" -> <|"NPC Approved Name" -> "piroheptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4854]}, "Synonyms" -> {"trimol", "piroheptine hydrochloride", "piroheptine (inn)", "surecn34782", "piroheptine [inn]", "piroheptine", "piroheptina", "piroheptinum [inn-latin]", "piroheptinum", "ac1q1iwi", "pyrrolidine 3-(10,11-dihydro-5h-dibenzo(a,d)cyclohepten-5-ylidene)-1-ethyl-2-methyl- hydrochloride", "16378-21-5", "trimol (tn)"}|>, "2959" -> <|"DatabaseID" -> "SW01879", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25907]}, "IsomericSmiles" -> "CC[NH+]1CCC(=C2c3ccccc3CCc4c2cccc4)C1C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01231"]}, "OfficialNames" -> <|"NPC Approved Name" -> "piroheptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4854]}, "Synonyms" -> {"trimol", "piroheptine hydrochloride", "piroheptine (inn)", "surecn34782", "piroheptine [inn]", "piroheptine", "piroheptina", "piroheptinum [inn-latin]", "piroheptinum", "ac1q1iwi", "pyrrolidine 3-(10,11-dihydro-5h-dibenzo(a,d)cyclohepten-5-ylidene)-1-ethyl-2-methyl- hydrochloride", "16378-21-5", "trimol (tn)"}|>, "2960" -> <|"DatabaseID" -> "SW01880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14296]}, "IsomericSmiles" -> "C[C@H]1CC(=O)C[C@H]2[C@]1([C@H]3CC[C@]4([C@H]([C@@H]3CC2)CC[C@@H]4O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04947"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mesterolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15020]}, "Synonyms" -> {"testiwop", "mesterolone", "proviron", "androviron", "mestoranum", "mesterolon", "mesteranum", "mesterolone [usan:ban:inn][inn][usan]", "1424-00-6[rn]", "mesterolonum [inn-latin]", "215-836-3[einecs]", "1a-methyl-5a-androstan-17b-ol-3-one", "(1a,5a,17b)-17-hydroxy-1-methylandrostan-3-one", "mesterolona[spanish][inn]", "mesterolonum[latin]", "1a-methyl-5a-dihydrotestosterone", "mesterolona [inn-spanish]", "17-hydroxy-1-methyl-5-androstane-3 one", "pro-viron", "17b-hydroxy-1a-methyl-5a-androstan-3-one", "sh 723", "mesterolone[wiki]", "4,5a-dihydro-1a-methyltestosterone"}|>, "2961" -> <|"DatabaseID" -> "SW01881", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10187]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C[C@@H]1CC[C@@H]3[C@@H]2CC[C@]4([C@H]3CC[C@]4(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01533"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mestanolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10633]}, "Synonyms" -> {"mestanolone", "tantarone", "methybol", "preroide", "methyldihydrotestosterone", "methylantalon", "androstalone", "andoron", "mesanolon", "assimil", "17-hydroxy-10,13,17-trimethylhexadecahydrocyclopenta[a]phenanthren-3-one", "mestanolon", "4-08-00-00656 (beilstein handbook reference)[beilstein]", "mestanolonum[latin]", "mestanolone [ban:inn:jan][inn][jan]", "17a-methylandrostanolone", "521-11-9[rn]", "17a-methylandrostan-3-on-17b-ol", "(5a,17b)-17-hydroxy-17-methylandrostan-3-one", "mestanolona[spanish][inn]", "17-methyldihydrotestosterone", "(5s,8r,9s,10s,13s,14s,17s)-17-hydroxy-10,13,17-trimethylhexadecahydro-3h-cyclopenta[a]phenanthren-3-one", "mestalone", "17b-hydroxy-17-methyl-5a-androstan-3-one", "119017-17-3[rn]", "4-08-00-00656[beilstein]", "11/9/521", "17-methyl-dihydrotestosterone", "ermalone", "208-302-6[einecs]", "assimil[wiki]", "tl8003443", "17a-methylandrostan-17b-ol-3-one", "28801-95-8[rn]", "17alpha-methyldihydrotestosterone"}|>, "2962" -> <|"DatabaseID" -> "SW01882", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32915"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28979]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC[n+]1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01062"]}, "OfficialNames" -> <|"China Approved Name" -> "cetylpyridinium chloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31239]}, "Synonyms" -> {"cetylpyridinium chloride", "hexadecylpyridinium chloride", "ceepryn chloride", "dobendan", "pristacin", "aktivex", "cetamium", "biosept", "pyrisept", "ceepryn", "cetylpyridinium chloride hydrate", "cepacol chloride", "cetylpyridinii chloridum[latin]", "1-cetylpyridinium chloride", "cetilpiridinio cloruro [dcit]", "123-03-5[rn]", "39300-45-3[rn]", "swabettes hoechst", "6004-24-6[rn]", "fixanol c", "hexadecylpyridine chloride", "cecure", "halset", "pyridinium 1-hexadecyl- chloride", "cetafilm", "intexsan cpc", "cloruro de cetilpiridinio[spanish][inn]", "cetylpyridinium chloride monohydrate", "hexadecyl pyridinium chloride", "204-593-9[einecs]", "merocet", "1-hexadecylpyridiniumchlorid", "pyridinium 1-hexadecyl- chloride (1:1)", "ammonyx cpc", "ceprim", "cepacol", "cetyl-pyridinium chloride", "cetafilm", "1-hexadecylpyridinium chloride[acd/iupac name]", "quaternario cpc", "cetylpyridini chloridum", "n-hexadecylpyridinium chloride", "n-cetylpyridinium chloride", "ipanol", "cetyl pyridinium chlorine", "3578606[beilstein]", "tserigel", "newkalgen b 651p", "254-408-0[einecs]", "cepacol[wiki]", "pionin b", "mercocet", "tl8003812", "1-hexadecyl-pyridinium", "1-palmitylpyridinium chloride", "hexadecylpyridinium chloride monohydrate", "merothol", "medilave", "5/3/123", "acetoquat cpc", "pyridinium hexadecyl- chloride", "cpc", "chlorure de cetylpyridinium[french][inn]", "sprol", "cetylpyridinium chloride anhydrous", "cetylpyridiniumchloride", "pionin b 651p"}|>, "2963" -> <|"DatabaseID" -> "SW01883", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00925"]}, "IsomericSmiles" -> "CC(COc1ccccc1)[NH+](CCCl)Cc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00507"], ExternalIdentifier["KEGGID", "D08358"]}, "OfficialNames" -> <|"China Approved Name" -> "phenoxybenzamine", "Indian Approved Name" -> "phenoxybenzamine", "FDA Approved Drug" -> "PHENOXYBENZAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450919", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284441], ExternalIdentifier["PubChemCompoundID", 4768]}, "Synonyms" -> {"bensylyt", "phenoxybenzamine", "fenossibenzamina [dcit]", "benzylyt", "dibenylin", "dibenzyline", "bensylyt nen", "dibenyline", "pob hcl", "dibenzyran", "bensylyte", "dibenzylene", "phenoxybenzamine hydrochloride", "phenoxybenzamine hcl", "dibenzyline hydrochloride", "phenoxybenzaminum [inn-latin]", "fenoxibenzamina [inn-spanish]", "beta-2 adrenoceptor", "beta-2 adrenoreceptor", "688a", "dibenzylin", "dibenziran", "n-phenoxyisopropyl-n-benzyl-b-chloroethylamine", "n-(2-chloroethyl)-n-(phenylmethyl)-1-(phenyloxy)propan-2-amine", "2-(n-benzyl-2-chloroethylamino)-1-phenoxypropane", "n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)benzylamine", "phenyoxybenzaminehydrochloride", "200-446-8[einecs]", "benzyl(2-chloroethyl)-(1-methyl-2-phenoxyethyl)amine", "688-a", "benzenemethanamine n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)-", "dibenylene", "phenoxybenzamine[wiki]", "102737-84-8[rn]", "fenoxibenzamina[spanish][inn]", "benzylamine n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)-", "59-96-1[rn]", "phenoxybenzaminum[latin]", "n-benzyl-n-(2-chloroethyl)-1-phenoxypropan-2-amine", "n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)benzenemethanamine", "59-96-1", "4-12-00-02204", "4-12-00-02204 (beilstein handbook reference)[beilstein]", "benzyl-(2-chloro-ethyl)-(1-methyl-2-phenoxy-ethyl)-amine", "63-92-3", "nci-c01661", "2-(n-benzyl-2-chloroethylamino)-1-phenoxypropane hydrochloride", "phenoxybenzamine chloride", "phenoxybenzamine.hcl"}|>, "2964" -> <|"DatabaseID" -> "SW01883", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00925"]}, "IsomericSmiles" -> "CC(COc1ccccc1)[NH+](CCCl)Cc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00507"], ExternalIdentifier["KEGGID", "D08358"]}, "OfficialNames" -> <|"China Approved Name" -> "phenoxybenzamine", "Indian Approved Name" -> "phenoxybenzamine", "FDA Approved Drug" -> "PHENOXYBENZAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450919", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284441], ExternalIdentifier["PubChemCompoundID", 4768]}, "Synonyms" -> {"bensylyt", "phenoxybenzamine", "fenossibenzamina [dcit]", "benzylyt", "dibenylin", "dibenzyline", "bensylyt nen", "dibenyline", "pob hcl", "dibenzyran", "bensylyte", "dibenzylene", "phenoxybenzamine hydrochloride", "phenoxybenzamine hcl", "dibenzyline hydrochloride", "phenoxybenzaminum [inn-latin]", "fenoxibenzamina [inn-spanish]", "beta-2 adrenoceptor", "beta-2 adrenoreceptor", "688a", "dibenzylin", "dibenziran", "n-phenoxyisopropyl-n-benzyl-b-chloroethylamine", "n-(2-chloroethyl)-n-(phenylmethyl)-1-(phenyloxy)propan-2-amine", "2-(n-benzyl-2-chloroethylamino)-1-phenoxypropane", "n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)benzylamine", "phenyoxybenzaminehydrochloride", "200-446-8[einecs]", "benzyl(2-chloroethyl)-(1-methyl-2-phenoxyethyl)amine", "688-a", "benzenemethanamine n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)-", "dibenylene", "phenoxybenzamine[wiki]", "102737-84-8[rn]", "fenoxibenzamina[spanish][inn]", "benzylamine n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)-", "59-96-1[rn]", "phenoxybenzaminum[latin]", "n-benzyl-n-(2-chloroethyl)-1-phenoxypropan-2-amine", "n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)benzenemethanamine", "59-96-1", "4-12-00-02204", "4-12-00-02204 (beilstein handbook reference)[beilstein]", "benzyl-(2-chloro-ethyl)-(1-methyl-2-phenoxy-ethyl)-amine", "63-92-3", "nci-c01661", "2-(n-benzyl-2-chloroethylamino)-1-phenoxypropane hydrochloride", "phenoxybenzamine chloride", "phenoxybenzamine.hcl"}|>, "2965" -> <|"DatabaseID" -> "SW01883", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00925"]}, "IsomericSmiles" -> "CC(COc1ccccc1)[NH+](CCCl)Cc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00507"], ExternalIdentifier["KEGGID", "D08358"]}, "OfficialNames" -> <|"China Approved Name" -> "phenoxybenzamine", "Indian Approved Name" -> "phenoxybenzamine", "FDA Approved Drug" -> "PHENOXYBENZAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450919", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284441], ExternalIdentifier["PubChemCompoundID", 4768]}, "Synonyms" -> {"bensylyt", "phenoxybenzamine", "fenossibenzamina [dcit]", "benzylyt", "dibenylin", "dibenzyline", "bensylyt nen", "dibenyline", "pob hcl", "dibenzyran", "bensylyte", "dibenzylene", "phenoxybenzamine hydrochloride", "phenoxybenzamine hcl", "dibenzyline hydrochloride", "phenoxybenzaminum [inn-latin]", "fenoxibenzamina [inn-spanish]", "beta-2 adrenoceptor", "beta-2 adrenoreceptor", "688a", "dibenzylin", "dibenziran", "n-phenoxyisopropyl-n-benzyl-b-chloroethylamine", "n-(2-chloroethyl)-n-(phenylmethyl)-1-(phenyloxy)propan-2-amine", "2-(n-benzyl-2-chloroethylamino)-1-phenoxypropane", "n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)benzylamine", "phenyoxybenzaminehydrochloride", "200-446-8[einecs]", "benzyl(2-chloroethyl)-(1-methyl-2-phenoxyethyl)amine", "688-a", "benzenemethanamine n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)-", "dibenylene", "phenoxybenzamine[wiki]", "102737-84-8[rn]", "fenoxibenzamina[spanish][inn]", "benzylamine n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)-", "59-96-1[rn]", "phenoxybenzaminum[latin]", "n-benzyl-n-(2-chloroethyl)-1-phenoxypropan-2-amine", "n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)benzenemethanamine", "59-96-1", "4-12-00-02204", "4-12-00-02204 (beilstein handbook reference)[beilstein]", "benzyl-(2-chloro-ethyl)-(1-methyl-2-phenoxy-ethyl)-amine", "63-92-3", "nci-c01661", "2-(n-benzyl-2-chloroethylamino)-1-phenoxypropane hydrochloride", "phenoxybenzamine chloride", "phenoxybenzamine.hcl"}|>, "2966" -> <|"DatabaseID" -> "SW01883", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00925"]}, "IsomericSmiles" -> "CC(COc1ccccc1)[NH+](CCCl)Cc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00507"], ExternalIdentifier["KEGGID", "D08358"]}, "OfficialNames" -> <|"China Approved Name" -> "phenoxybenzamine", "Indian Approved Name" -> "phenoxybenzamine", "FDA Approved Drug" -> "PHENOXYBENZAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450919", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284441], ExternalIdentifier["PubChemCompoundID", 4768]}, "Synonyms" -> {"bensylyt", "phenoxybenzamine", "fenossibenzamina [dcit]", "benzylyt", "dibenylin", "dibenzyline", "bensylyt nen", "dibenyline", "pob hcl", "dibenzyran", "bensylyte", "dibenzylene", "phenoxybenzamine hydrochloride", "phenoxybenzamine hcl", "dibenzyline hydrochloride", "phenoxybenzaminum [inn-latin]", "fenoxibenzamina [inn-spanish]", "beta-2 adrenoceptor", "beta-2 adrenoreceptor", "688a", "dibenzylin", "dibenziran", "n-phenoxyisopropyl-n-benzyl-b-chloroethylamine", "n-(2-chloroethyl)-n-(phenylmethyl)-1-(phenyloxy)propan-2-amine", "2-(n-benzyl-2-chloroethylamino)-1-phenoxypropane", "n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)benzylamine", "phenyoxybenzaminehydrochloride", "200-446-8[einecs]", "benzyl(2-chloroethyl)-(1-methyl-2-phenoxyethyl)amine", "688-a", "benzenemethanamine n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)-", "dibenylene", "phenoxybenzamine[wiki]", "102737-84-8[rn]", "fenoxibenzamina[spanish][inn]", "benzylamine n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)-", "59-96-1[rn]", "phenoxybenzaminum[latin]", "n-benzyl-n-(2-chloroethyl)-1-phenoxypropan-2-amine", "n-(2-chloroethyl)-n-(1-methyl-2-phenoxyethyl)benzenemethanamine", "59-96-1", "4-12-00-02204", "4-12-00-02204 (beilstein handbook reference)[beilstein]", "benzyl-(2-chloro-ethyl)-(1-methyl-2-phenoxy-ethyl)-amine", "63-92-3", "nci-c01661", "2-(n-benzyl-2-chloroethylamino)-1-phenoxypropane hydrochloride", "phenoxybenzamine chloride", "phenoxybenzamine.hcl"}|>, "2967" -> <|"DatabaseID" -> "SW01884", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16929]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01511"]}, "IsomericSmiles" -> "c1ccc(c(c1)C2=NCC(=O)Nc3c2cc(cc3)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07784"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Delorazepam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17925]}, "Synonyms" -> {"delorazepam", "chlordemethyldiazepam", "7-chloro-5-(2-chlorophenyl)-1,3-dihydro-1,4-benzodiazepin-2-one", "cl-dmdz", "2-chloronordiazepam", "dadumir", "en", "7-chloro-5-(2-chlorophenyl)-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "7-chloro-5-(2-chlorophenyl)-1h-benzo[e][1,4]diazepin-2(3h)-one", "7-chlor-5-(2-chlorphenyl)-1,3-dihydro-2h-1,4-benzodiazepin-2-on", "7-chloro-5-(o-chlorophenyl)-1,3-dihydro-2h-1,4-benzodiazepin-2-one", "delorazepam [inn]", "2-chlorophenyl- n-desmethyldiazepam; chloronordiazepam;briantum;aurazepam;chlordemethyldiazepam", "b1", "ro 5-3027", "b1 benzodiazepine", "2-chlorophenyl- n -desmethyldiazepam; chloronordiazepam;", "chlordesmethyldiazepam", "23441-87-4[rn]", "2894-67-9[rn]", "5-24-04-00331", "tl8002285", "diazepam chlorodesmethyl-", "delorazepam[inn]", "delorazepamum[latin]", "clordesmetildiazepam[spanish]", "2h-1,4-benzodiazepin-2-one,7-chloro-5-(2-chlorophenyl)-1,3-dihydro-", "7-chloro-5-(2-chloro-phenyl)-1,3-dihydro-2h-1,4-benzodiazepin-2-one", "delorazepamum [inn-latin]", "7-chloro-5-(2-chloro-phenyl)-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "2894-67-9", "clordesmetildiazepam [spanish]", "2h-1,4-benzodiazepin-2-one,7-chloro-5- (2-chlorophenyl)-1,3-dihydro-", "7-chloro-5-(2-chlorophenyl)-3h-1,4-benzodiazepin-2-ol", "5-24-04-00331 (beilstein handbook reference)[beilstein]", "220-771-9[einecs]", "1,3-dihydro-7-chloro-5-(o-chlorophenyl)-2h-1,4-benzodiazepin-2-one", "2h-1,4-benzodiazepin-2-one,1,3-dihydro-7-chloro-5-(2-chlorophenyl)-"}|>, "2968" -> <|"DatabaseID" -> "SW01885", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "101085"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2930]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01144"]}, "IsomericSmiles" -> "c1c(cc(c(c1S(=O)(=O)N)Cl)Cl)S(=O)(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00518"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DICHLORPHENAMIDE"|>, "PharmGKBID" -> "PA164745512", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3038]}, "Synonyms" -> {"dichlorophenamide", "antidrasi", "daranide", "diclofenamide", "dichlorphenamid", "glaucol", "oratrol", "dichlofenamide", "dichlorphenamide", "dasanide", "4-11-00-00555", "daranide[wiki]", "1,3-disulfamyl-4,5-dichlorobenzene", "4,5-dichlorobenzene-1,3-disulfonamide", "cas-120-97-8", "4,5-dicholorobenzene-1,3-disulfonamide", "dichlophenamide", "ca-vii", "diclofenamidum[latin]", "4,5-dichloro-m-benzenedisulfonamide", "diclofenamida[spanish][inn]", "carbonate dehydratase vii", "dichlorphenamide[wiki][usp]", "m-benzenedisulfonamide 4,5-dichloro-", "204-440-6[einecs]", "4,5-dichloro-1,3-disulfamoylbenzene", "1,3-benzenedisulfonamide 4,5-dichloro-", "120-97-8", "3,4-dichloro-5-sulfamylbenzenesulfonamide", "4,5-dichloro-1,3-benzenedisulfonamide[acd/iupac name]", "4-11-00-00555 (beilstein handbook reference)[beilstein]", "diclofenamide[wiki][jp15]", "carbonic anhydrase vii", "diclofenamidum [inn-latin]", "diclofenamida [inn-spanish]", "glauconide", "1,3-disulfamoyl-4,5-dichlorobenzene", "diclofenamidum [inn_la]", "daranide (tn)", "120-97-8[rn]", "337376-15-5", "dichlorphenamide [ban]"}|>, "2969" -> <|"DatabaseID" -> "SW01886", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28876"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 405297]}, "IsomericSmiles" -> "c1cc(ccc1C[C@@H](C(=O)[O-])[NH3+])N(CCCl)CCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00369"]}, "OfficialNames" -> <|"Indian Approved Name" -> "melphalan", "Australia Approved Name" -> "MELPHALAN", "FDA Approved Drug" -> "MELPHALAN;MELPHALAN HYDROCHLORIDE"|>, "Synonyms" -> {"l-sarcolysin", "melfalano", "alkeran", "p-n-bis(2-chloroethyl)amino-l-phenylalanine", "levofolan", "melphalanum", "205-726-3[einecs]", "l-3-(para-(bis(2-chloroethyl)amino)phenyl)alanine", "l-3-(p-(bis(2-chloroethyl)amino)phenyl)alanine", "(s)-2-amino-3-{4-[bis-(2-chloro-ethyl)-amino]-phenyl}-propionicacid", "melphalan[wiki]", "2-amino-3-{4-[bis-(2-chloro-ethyl)-amino]-phenyl}-propionic acid(l-pam)", "{3-[p-[bis(2-chloroethyl)amino]phenyl]-l-alanine}", "l-phenylalanine 4-[bis(2-chloroethyl)amino]-", "4-(bis(2-chloroethyl)amino)-l-phenylalanine", "alanine,3-[p-[bis(2-chloroethyl)amino]phenyl]-monohydrochloride l-", "melphalanum [inn_la]", "melfalan", "levofalan", "sarcoclorin", "phenylalanine nitrogen mustard", "l-phenylalanine 4-(bis(2-chloroethyl)amino)-", "l-phenylalanine mustard", "melphalan", "3-p-(di(2-chloroethyl)amino)-phenyl-l-alanine", "merphalan", "148-82-3[rn]", "{l-3-[p-[bis(2-chloroethyl)amino]phenyl]alanine}", "p-n,n-bis(2-chloroethyl)amino-l-phenylalanine", "sarcolysine", "phenylalanine mustard", "l-sarcolysine", "p-di-(2-chloroethyl)amino-l-phenylalanine", "4-[bis(2-chloroethyl)amino]-l-phenylalanine", "3-[p-[bis(2-chloroethyl)amino]phenyl]-l-alanine", "alanine 3-[p-[bis(2-chloroethyl)amino]phenyl]- l-", "alanine 3-(p-(bis(2-chloroethyl)amino)phenyl)- l-", "(s)-2-amino-3-(4-(bis(2-chloroethyl)amino)phenyl)propanoic acid", "4-14-00-01689", "3-(p-(bis(2-chloroethyl)amino)phenyl)-l-alanine", "medphalan", "l-pam", "4-[bis(2-chlorethyl)amino]-l-phenylalanin", "levopholan", "531-76-0[rn]", "alkeran;l-phenylalanine mustard;l-pam", "p-l-sarcolysin", "d-sarcolysine", "cb-3025", "tl8001065", "l-3-[p-[bis(2-chloroethyl)amino]phenyl]alanine", "(2s)-2-amino-3-{4-[bis(2-chloroethyl)amino]phenyl}propanoic acid", "3025 c.b.", "p-di(2-chloroethyl)amino-l-phenylalanine", "2-amino-3-{4-[bis-(2-chloro-ethyl)-amino]-phenyl}-propionic acid"}|>, "2970" -> <|"DatabaseID" -> "SW01887", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10102"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5517]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00962"]}, "IsomericSmiles" -> "CCN(c1cccc(c1)c2ccnc3n2ncc3C#N)C(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00530"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Zaleplon", "FDA Approved Drug" -> "ZALEPLON"|>, "PharmGKBID" -> "PA451952", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5719]}, "Synonyms" -> {"zaleplon", "zalaplon", "sonata", "dea no. 2781", "zerene", "sonata (tn)", "n-[3-(3-cyano(8-hydropyrazolo[1,5-a]pyrimidin-7-yl))phenyl]-n-ethylacetamide", "zaleplon (jan/usan)[jan][usan]", "pkbs", "3'-(3-cyanopyrazolo(1,5-a)pyrimidin-7-yl)-n-ethylacetanilide", "zal-846", "n-[3-(3-cyanpyrazolo[1,5-a]pyrimidin-7-yl)phenyl]-n-ethylacetamid", "zaleplon [usan:inn][inn][usan]", "n-(3-(3-cyanopyrazolo[1,5-a]pyrimidin-7-yl)phenyl)-n-ethylacetamide", "staccato-zaleplon", "cl-284846", "sonata[wiki]", "zaleplon[wiki]", "n-(3-{3-cyanopyrazolo[1,5-a]pyrimidin-7-yl}phenyl)-n-ethylacetamide", "151319-34-5[rn]", "acetamide n-[3-(3-cyanopyrazolo[1,5-a]pyrimidin-7-yl)phenyl]-n-ethyl-", "l-846", "tl8001114", "cl 284,846", "n-(3-(3-cyanopyrazolo(1,5-a)pyrimidin-7-yl)phenyl)-n-ethylacetamide", "acetamide n-(3-(3-cyanopyrazolo(1,5-a)pyrimidin-7-yl)phenyl)-n-ethyl-", "peripheral-type benzodiazepine receptor", "pbr", "n-[3-(3-cyanopyrazolo[1,5-a]pyrimidin-7-yl)phenyl]-n-ethylacetamide[acd/iupac name]", "l846", "n-[3-(3-cyano-pyrazolo[1,5-a]pyrimidin-7-yl)-phenyl]-n-ethyl-acetamide", "337376-15-5", "mitochondrial benzodiazepine receptor", "151319-34-5", "n-[3-(cyanopyrazolo[1,5-a]pyrimidin-7-yl)phenyl]-n-ethylacetamide"}|>, "2971" -> <|"DatabaseID" -> "SW01888", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5275]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(COc1cn(c(=O)c2c1cccc2)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08598"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tilisolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5474]}, "Synonyms" -> {"4-[3-(tert-butylamino)-2-hydroxypropoxy]-n-methylisocarbostyril", "tilisolol", "ac1l1kfh", "tilisololum", "(+-)-4-(3-(tert-butylamino)-2-hydroxypropoxy)-2-methylisocarbostyril", "1(2h)-isoquinolinone 4-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)-2-methyl-", "85136-71-6[rn]", "4-[3-(tert-butylamino)-2-hydroxypropoxy]-2-methylisoquinolin-1(2h)-one", "tilisolol (inn)", "1(2h)-isoquinolinone", "85136-71-6", "tilisololum [latin]", "1(2h)-isoquinolinone 4-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-2-methyl-", "tilisolol [inn]", "4-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-2-methyl-1(2h)-isoquinolinone", "tilisololum[latin]", "tilisolol[inn]"}|>, "2972" -> <|"DatabaseID" -> "SW01888", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5275]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(COc1cn(c(=O)c2c1cccc2)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08598"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tilisolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5474]}, "Synonyms" -> {"4-[3-(tert-butylamino)-2-hydroxypropoxy]-n-methylisocarbostyril", "tilisolol", "ac1l1kfh", "tilisololum", "(+-)-4-(3-(tert-butylamino)-2-hydroxypropoxy)-2-methylisocarbostyril", "1(2h)-isoquinolinone 4-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)-2-methyl-", "85136-71-6[rn]", "4-[3-(tert-butylamino)-2-hydroxypropoxy]-2-methylisoquinolin-1(2h)-one", "tilisolol (inn)", "1(2h)-isoquinolinone", "85136-71-6", "tilisololum [latin]", "1(2h)-isoquinolinone 4-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-2-methyl-", "tilisolol [inn]", "4-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-2-methyl-1(2h)-isoquinolinone", "tilisololum[latin]", "tilisolol[inn]"}|>, "2973" -> <|"DatabaseID" -> "SW01889", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3374"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1265957]}, "IsomericSmiles" -> "CC(C)/C=C/CCCCC(=O)NCc1ccc(c(c1)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00250"]}, "OfficialNames" -> <|"China Approved Name" -> "capsaicin", "Indian Approved Name" -> "capsaicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1548943]}, "Synonyms" -> {"capsaicin", "zostrix", "e-capsaicin", "capzasin", "transacin", "axsain", "capsidol", "styptysat", "qutenza", "(6e)-n-[(4-hydroxy-3-methoxyphenyl)methyl]-8-methylnon-6-enamide", "(6e)-n-(4-hydroxy-3-methoxybenzyl)-8-methyl-6-nonenamide", "8-methyl-n-vanillyl-6-nonenamide (e)-", "6-nonenamide n- (4-hydroxy-3-methoxyphenyl)meth", "capsaicin[wiki]", "(6e)-n-(4-hydroxy-3-methoxybenzyl)-8-methylnon-6-enamide", "qutenza vanilloid", "6-nonenamide n-((4-hydroxy-3-methoxyphenyl)methyl)-8-methyl-,(e)-", "(e)-capsaicin", "n-(4-hydroxy-3-methoxybenzyl)-8-methylnon-trans-6-enamide", "zostrix hp", "(e)-8-methyl-n-vanillyl-6-nonenamide(8cl)", "capsin p 50", "(6e)-n-{[4-hydroxy-3-(methyloxy)phenyl]methyl}-8-methylnon-6-enamide", "ratden pe 40", "c-1700", "gelcen", "(e)-n-(4-hydroxy-3-methoxybenzyl)-8-methylnon-6-enamide", "isodecenoic acid vanillylamide", "(e)-n-((4-hydroxy-3-methoxyphenyl)-methyl)-8-methyl-6-nonenamide", "6-nonenamide 8-methyl-n-vanillyl- (e)-", "capsaicin (jan/usp)[usp][jan]", "n-[(4-hydroxy-3-methoxy-phenyl)methyl]nonanamide", "capsin", "capsaicine", "katrum", "(e)-n-[(4-hydroxy-3-methoxyphenyl)methyl]-8-methyl-6-nonenamide", "n-((4-hydroxy-3-methoxyphenyl)methyl)-8-methyl-6-nonenamide", "4-13-00-02588 (beilstein handbook reference)[beilstein]", "capsaicin (e)-", "6-nonenamide n-[(4-hydroxy-3-methoxyphenyl)methyl]-8-methyl-,(6e)-", "404-86-4[rn]", "trans-8-methyl-n-vanillyl-6-nonenamide", "6-nonenamide n-((4-hydroxy-3-methoxyphenyl)methyl)-8-methyl-,(6e)-", "(6e)-n-(4-hydroxy-3-methoxybenzyl)-8-methylnon-6-enamid[german]", "25775-90-0[rn]", "farmaya capsicum", "6-nonenamide n-[(4-hydroxy-3-methoxyphenyl)methyl]-8-methyl-,(e)-", "8-methyl-n-vanillyl-trans-6-nonenamide", "(e)-8-methyl-non-6-enoic acid 4-hydroxy-3-methoxy-benzylamide", "(e)-n-((4-hydroxy-3-methoxyphenyl)methyl)-8-methyl-6-nonenamide", "methyl-n-vanillyl-6-noneneamide", "(6e)-n-(4-hydroxy-3-methoxybenzyl)-8-methyl-6-nonenamid[german]", "zacin", "8-methyl-n-vanillyl-6-nonenamide", "8 methyl n vanillyl 6 nonenamide", "n-((4-hydroxy-3-methoxyphenyl)methyl)-8-methyl-6-nonenamide (e)-", "toxic solid organic n.o.s. ((e)-capsaicin)", "d002211", "206-969-8[einecs]", "nonenamide 8-methyl-n-vanillyl- (e)-", "mr3h3", "(e)-8-methyl-n-vanillyl-6-nonenamide", "2816484[beilstein]", "capsicum farmaya", "tl8002946", "capsaicine[wiki]"}|>, "2974" -> <|"DatabaseID" -> "SW01890", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2686]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04815"]}, "IsomericSmiles" -> "c1cc2c(cc(c(c2nc1)O)I)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03538"]}, "OfficialNames" -> <|"Indian Approved Name" -> "iodochlorhydroxyquin;quiniodochlor;chinoform;clioquinol;iodochlorohydroxyquinoline;iodochlorohydroxyquin", "FDA Approved Drug" -> "CLIOQUINOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2788]}, "Synonyms" -> {"clioquinol", "chlorojodochin", "chloroiodoquin", "iodochlorhydroxyquin", "chloroiodoquine", "vioform", "iodochlorohydroxyquinoline", "enteroseptol", "enteroquinol", "chinoform", "mycoquin", "cremo-quin", "uad lotion", "cortin", "5-chloro-7-iodo-8-hydroxyquinoline", "jodchloroxychinolinum", "corque", "entero-septol", "dioquinol", "iodochloroxine", "5-chloro-8-hydroxy-7-iodoquinoline", "7-iodo-5-chloro-8-hydroxyquinoline", "iodochloroxyquinoline", "iodenterol", "entero-bio form", "vioform-hydrocortisone", "barquinol", "rometin", "quinoform", "cliquinol", "oralcer", "quinambicide", "domeform", "enterovalodon", "bactol", "alchloquin", "cifoform", "alioform", "cliochinolo [dcit]", "nystaform", "hydriodide-enterol", "iodochloroquine", "iodoxyquinoline", "7-iodo-5-chloroxine", "enterum locorten", "entrokin", "entero-vioform", "cort-quin", "eczecidin", "budoform", "cliochinolum", "enterseptol", "enteritan", "racet", "iodochlorhydroxyquinol", "quin-o-creme", "nioform", "amoenol", "chinoformum", "emaform", "ala-quin", "iodochloroxychinolinum", "hysone", "formtone-hc", "entero-bioform", "domeform-hc", "amebil", "enterozol", "hi-enterol", "rheaform", "iodoenterol", "entero-vioformio", "5-chloro-7-iodoquinolin-8-ol", "lekosept", "dermaform", "lidaform-hc", "entero septol", "clioquinolum[latin]", "8-quinolinol 5-chloro-7-iodo-", "caswell no. 193", "quinoline chloro-8-hydroxyiodo-", "loquinol", "iodochlorhydroxyquinoline", "130-26-7[rn]", "hi-eneterol", "clioquinol [ban:inn][inn]", "gero-46", "5-chlor-7-jod-8-hydroxy-chinolin[german]", "chloro-8-hydroxyiodoquinoline", "5-chlor-7-jod-8-hydroxy-chinolin [german]", "t66 bnj gg ii jq [wln][wln]", "5-chloro-7-iodo-quinolinol (substance)", "5-chloro-7-iodo-quinolin-8-ol", "clioquinolum [inn-latin]", "5-chloro-7-iodo-8-quinolinol[acd/iupac name]", "5-21-03-00294 (beilstein handbook reference)[beilstein]", "d007464", "vioform n.n.r.", "clioquinol[wiki]", "204-984-4[einecs]", "22112-03-4[rn]", "5-chloro-7-iodo-quinolin-8-ol(vioform)", "153637", "5-chloro-7-iodo-8-quinolinol", "clioqinol", "nystaform-hc", "entero vioform", "iodochlorohydroxyquin", "iodo", "vioformio", "enterovioform", "5-chloro-7-iodoquinolin-8-ol iodochlorhydroxyquin clioquinol"}|>, "2975" -> <|"DatabaseID" -> "SW01891", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65310]}, "IsomericSmiles" -> "c1c2c(c(c3c1OCO3)[O-])C(=O)N[C@@H]4C2=C[C@@H]([C@H]([C@H]4O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoricidinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72376]}, "Synonyms" -> {"lycoricidin-a", "narciclasine", "narciclasina", "lycorcidinol", "lycoricidinol", "nacriclasine", "nsc 266535", "(2s,3r,4s,4ar)-2,3,4,7-tetrahydroxy-3,4,4a,5-tetrahydro-2h-[1,3]dioxolo[4,5-j]phenanthridin-6-one", "(2s,3r,4s,4ar)-2,3,4,7-tetrahydroxy-3,4,4a,5-tetrahydro[1,3]dioxolo[4,5-j]phenanthridin-6(2h)-one", "29477-83-6[rn]", "(2s,3r,4s,4ar)-3,4,4a,5-tetrahydro-2,3,4,7-tetrahydroxy-(1,3)dioxolo(4,5-j)phenanthridin-6(2h)-one", "nsc266535", "[1,3]dioxolo[4,5-j]phenanthridin-6(2h)-one 3,4,4a,5-tetrahydro-2,3,4,7-tetrahydroxy- (2s,3r,4s,4ar)-", "3,4,4a,5-tetrahydro-2,3,4,7-tetrahydroxy-(1,3)dioxolo(4,5-j)phenanthridin-6(2h)-one", "29477-83-6", "brn 1087400"}|>, "2976" -> <|"DatabaseID" -> "SW01892", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58594]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)[C@@H]2[C@H](Cc3c(cc(cc3O2)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gallocatechin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65084]}, "Synonyms" -> {"gallocatechol", "(+)-gallocatechin", "dl-gallocatechin", "ac1l22k1", "1617-55-6[rn]", "2h-1-benzopyran-3,5,7-triol 3,4-dihydro-2- (3,4 5-trihydroxyphenyl)-,(2r-trans-)", "(2r,3s)-2-(3,4,5-trihydroxy-phenyl)-chroman-3,5,7-triol", "2h-1-benzopyran-3,5,7-triol 3,4-dihydro-2-(3,4,5-trihydroxyphenyl)- (2r-trans)-", "(2r,3s)-2-(3,4,5-trihydroxyphenyl)-3,4-dihydro-2h-chromene-3,5,7-triol", "(+-)-gallocatechol", "970-73-0[rn]", "970-74-1[rn]", "gallocatechol[wiki]", "970-73-0", "nsc674038", "(+-)-gallocatechin", "gallocatechin", "2h-1-benzopyran-3,5,7-triol 3,4-dihydro-2-(3,4,5-trihydroxyphenyl)- (2r,3s)-", "2h-1-benzopyran-3,5,7-triol 3,4-dihydro-2-(3,4,5-trihydroxyphenyl)- (2r,3s)-rel-"}|>, "2977" -> <|"DatabaseID" -> "SW01893", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "42255"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65231]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)[C@@H]2[C@@H](Cc3c(cc(cc3O2)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "epigallocatechin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72277]}, "Synonyms" -> {"antiscurvy factor c2", "(-)-epigallocatechol", "(-)-epigallocatechin", "epigallocatechin", "epigallocatechol", "l-epigallocatechin", "l-epigallocatechol", "epi-gallocatechin", "(-)epigallocatechin", "2h-1-benzopyran-3,5,7-triol 3,4-dihydro-2-(3,4,5-trihydroxyphenyl)- (2r,3r)-", "(3,3',4',5,5',7-hexahydroxyflavan)", "2h-1-benzopyran-3,5,7-triol 3,4-dihydro-2-(3 4,5-trihydroxyphenyl)- (2r-cis)-", "1-epi-3',4',5,5',7-pentahydroxy-3-flavan", "3655868[beilstein]", "(2r,3r)-2-(3,4,5-trihydroxyphenyl)-3,5,7-chromanetriol", "970-74-1[rn]", "(2r,3r)-2-(3,4,5-trihydroxyphenyl)-3,4-dihydro-2h-chromene-3,5,7-triol", "antiscurvy factor c(sub 2)", "(2r,3r)-2-(3,4,5-trihydroxyphenyl)chromane-3,5,7-triol", "(-)-egc:2h-1-benzopyran-3,5,7-triol,3,4-dihydro-2-(3,4,5-trihydroxyphenyl)- (2r-cis)-,", "(-)-epigallocatechin (egc)", "-epigallocatechin", "3,3',4',5,5',7-flavanhexol", "2h-1-benzopyran-3,5,7-triol 3,4-dihydro-2-(3,4,5-trihydroxyphenyl)- (2r-cis)- (9ci)", "(-)-3,3',4',5,5',7-flavanhexol", "2-(3,4,5-trihydroxy-phenyl)-chroman-3,5,7-triol", "(-)epigallocatechin with hplc", "factor c2 (antiscurvy)", "(2r-cis)-3,4-dihydro-2-(3,4,5-trihydroxyphenyl)-2h-1-benzopyran-3,5,7-triol", "egt", "(-)cis-2-(3,4,5-trihydroxyphenyl)-3,4-dihydro-2h-1-benzopyran-3,5,7-triol", "chebi:42255"}|>, "2978" -> <|"DatabaseID" -> "SW01894", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389677]}, "IsomericSmiles" -> "c1cc(c(cc1[C@@H]2[C@H]([C@H](c3c(cc(cc3O2)O)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08112"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucocyanidol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 440833]}, "Synonyms" -> {"leucocianidol", "leucocyanidol", "procyanidol", "leucoanthocyanidol", "resivit", "leukocyanidine", "(2r,3s,4s)-2-(3,4-dihydroxyphenyl)chromane-3,4,5,7-tetrol", "6574536[beilstein]", "3,4-cyanidiol", "rel-(2r,3s,4s)-2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-chromene-3,4,5,7-tetrol", "2,3-trans-3,4-cis-leucocyanidin", "leucocyanidin", "480-17-1[rn]", "(2r,3s,4s)-2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-1-benzopyran-3,4,5,7-tetrol", "(2r", "2", "flavan", "(2r,3s,4s)-2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-chromene-3,4,5,7-tetrol", "3,3',4,4',5,7-flavanhexol", "2-(3,4-dihydroxyphenyl)-3,4-dihydro-2h-1-benzopyran-3,4,5,7-tetrol", "(2r,3s,4s)-leucocyanidin", "2r-(3,4-dihydroxyphenyl)chromane-3t,4t,5,7-tetrol", "chebi:11412", "catechin-4beta-ol"}|>, "2979" -> <|"DatabaseID" -> "SW01895", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "46081"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3248]}, "IsomericSmiles" -> "c1cc(c(cc1F)F)C(Cn2cncn2)(Cn3cncn3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00322"]}, "OfficialNames" -> <|"China Approved Name" -> "fluconazole", "WHO Essential Medicine" -> "fluconazole", "Indian Approved Name" -> "fluconazole", "FDA Approved Drug" -> "FLUCONAZOLE"|>, "PharmGKBID" -> "PA449653", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3365]}, "Synonyms" -> {"biocanol", "elazor", "flunizol", "fluconazole", "flucazol", "triflucan", "diflucan", "flukezol", "biozolene", "flucostat", "alflucoz", "zoltec", "cryptal", "oxifugol", "2,4-difluoro-,1-bis(1h-1,2,4-triazol-1-ylmethyl)benzylalcohol", "1h-1,2,4-triazole-1-ethanol a-(2,4-difluorophenyl)-a-(1h-1,2,4-triazol-1-ylmethyl)-", "tl8005609", "lavisa", "diflucan[wiki]", "flusol", "apo-fluconazole", "2-(2,4-difluorophenyl)-1,3-bis-(1h-1,2,4-triazol-1-yl)propan-2-ol", "zonal", "2-(2,4-difluorophenyl)-1,3-di(1,2,4-triazolyl)propan-2-ol", "oxifungol", "a-(2,4-difluorophenyl)-a-(1h-1,2,4-triazol-1-ylmethyl)-1h-1,2,4-triazole-1-ethanol", "pritenzol", "neofomiral", "zemyc", "uk49858", "2-(2,4-difluorophenyl)-1,3-bis(1h-1,2,4-triazol-1-yl)-2-propanol", "2-(2,4-difluorophenyl)-1,3-bis-(1h-1,2,4-triazol-1-yl)-2-propanol", "123631-92-5[rn]", "mfcd00274549", "solacap", "2-(2,4-difluorophenyl)-1,3-bis(1h-1,2,4-triazol-1-yl)propan-2-ol", "2,4-difluoro-a,a-bis(1h-1,2,4-triazol-1-ylmethyl)benzyl alcohol", "diflazon", "fcz", "baten", "loitin", "flcz", "dimycon", "fluconazol", "fluconazole[wiki][inn]", "2-(2,4-difluorphenyl)-1,3-di(1h-1,2,4-triazol-1-yl)propan-2-ol", "86386-73-4[rn]", "2-(2,4-difluoro-phenyl)-1,3-bis-[1,2,4]triazol-1-yl-propan-2-ol", "flunazul", "2-(2,4-difluorophenyl)-1,3-di(1h-1,2,4-triazol-1-yl)propan-2-ol", "canzol", "tpf", "flz", "syscan", "4269710[beilstein]", "fluconazolum[latin]", "flucolich", "2-(2,4-difluorophenyl)-1,3-di(1h-1,2,4-triazol-1-yl)-2-propanol[acd/iupac name]", "forcan", "flu", "2-(2,4-difluorphenyl)-1,3-di(1h-1,2,4-triazol-1-yl)-2-propanol[german][acd/iupac name]", "2-(2,4-difluorophenyl)-1,3-bis(1,2,4-triazol-1-yl)propan-2-ol", "diflucan trican alfumet", "fluc hexal", "fungata", "d015725", "flc", "apo fluconazole", "2-(2,4-difluorphenyl)-1,3-di-1h-1,2,4-triazol-1-ylpropan-2-ol", "flucobeta", "2-(2,4-difluorophenyl)-1,3-di-1h-1,2,4-triazol-1-ylpropan-2-ol"}|>, "2980" -> <|"DatabaseID" -> "SW01896", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16856"], ExternalIdentifier["ChEBIID", "60836"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 111188]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00143"]}, "IsomericSmiles" -> "C(CC(=O)N[C@@H](CS)C(=O)NCC(=O)[O-])[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00014"]}, "OfficialNames" -> <|"China Approved Name" -> "glutathione", "Indian Approved Name" -> "l-glutathione;glutathione"|>, "PharmGKBID" -> "PA449780", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124886]}, "Synonyms" -> {"tathion", "glutathione", "neuthion", "copren", "isethion", "l-glutathione", "reduced glutathione", "ledac", "glutinal", "deltathione", "gsh", "5-l-glutamyl-l-cysteinylglycine", "tathion (tn)", "(2s)-2-amino-5-({(2r)-1-[(carboxymethyl)amino]-1-oxo-3-sulfanyl-2-propanyl}amino)-5-oxopentanoic acid", "glutathion", "phytochelatin", "(2s)-2-amino-5-[[(2r)-1-(carboxymethylamino)-1-oxo-3-sulfanylpropan-2-yl]amino]-5-oxopentanoic acid", "4-(n-{(1r)-1-[n-(carboxymethyl)carbamoyl]-2-sulfanylethyl}carbamoyl)(2s)-2-aminobutanoic acid", "glutatione", "g-3980", "tathione", "200-725-4[einecs]", "glutathione reduced", "bss plus (calcium chloride + dextrose + glutathione disulfide + magnesium chloride + potassium chloride + sodium bicarbonate + sodium chloride + sodium phosphate dibasic)_mixture", "(s)-2-amino-5-((r)-1-(carboxymethylamino)-3-mercapto-1-oxopropan-2-ylamino)-5-oxopentanoicacid", "gluthathione", "glutathione reduced form", "^y-l-glutamyl-l-cysteinylglycine", "glutathione[wiki][jan]", "agifutol s", "1729812", "glutathione reduced form", "gdn", "amo endosol extra (calcium chloride + dextrose + glutathione disulfide + magnesium chloride + potassium chloride + sodium bicarbonate + sodium chloride + sodium phosphate dibasic)_mixture", "gtt", "l-glutatione", "glutathione-sh", "n-(n-l-g-glutamyl-l-cysteinyl)glycine", "panaron", "gstm2-2", "l-glutamyl-l-cysteinylglycine", "phytochelatins", "gst class-mu 2", "glutatiol", "ec 2.5.1.18", "glutide", "glutathiol", "70-18-8[rn]", "n-(n-gamma-l-glutamyl-l-cysteinyl)glycine", "gamma-l-glutamyl-l-cysteinyl-glycine", "glutathione (reduced)", "glutathion[german]", "l-glutathione reduced", "glutathione reduced"}|>, "2981" -> <|"DatabaseID" -> "SW01897", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10128232]}, "IsomericSmiles" -> "C/C/1=C\\C[C@H](/C(=C\\[C@@H]2[C@@H]([C@@H](C1)O)C(=C)C(=O)O2)/C)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "eupaformonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953933]}, "Synonyms" -> {"eupaformonin", "c09431", "55520-20-2", "55520-20-2[rn]"}|>, "2982" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2983" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2984" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2985" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2986" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2987" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2988" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2989" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2990" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2991" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2992" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2993" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2994" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2995" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2996" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2997" -> <|"DatabaseID" -> "SW01898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141065]}, "IsomericSmiles" -> "CC1CC2C(CC=C1C(CC(=O)C)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthinin;xanthumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160533]}, "Synonyms" -> {"ksantinin", "xanthinin", "xanthumin", "580-49-4[rn]", "153483-31-9[rn]", "kst-1b6858", "2h-cyclohepta[b]furan-2-one 6-[1-(acetyloxy)-3-oxobutyl]-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-", "nsc136705", "ac1q5cg9", "ac1l4nsg", "2h-cyclohepta[b]furan-2-one 3,3a,4,7,8,8a-hexahydro-6-(1-hydroxy-3-oxobutyl)-7-methyl-3-methylene- acetate (3ar,7s,8as)-", "10-31-1[rn]", "6-(1-(acetyloxy)-3-oxobutyl)-3,3a,4,7,8,8a-hexahydro-7-methyl-3-methylene-2h-cyclohepta(b)furan-2-one", "1-(7-methyl-3-methylene-2-oxo-3", "64047-79-6", "580-49-4", "1-(7-methyl-3-methylene-2-oxo-3,3a,4,7,8,8a-hexahydro-2h-cyclohepta[b]furan-6-yl)-3-oxobutyl acetate[acd/iupac name]"}|>, "2998" -> <|"DatabaseID" -> "SW01899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4769]}, "IsomericSmiles" -> "CCCn1cnc2c1c(=O)n(c(=O)n2C)CCCCC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01630"]}, "OfficialNames" -> <|"NPC Approved Name" -> "propentofylline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4938]}, "Synonyms" -> {"propentofylline", "albert-285", "albert 285", "karsivan", "hextol", "propentophylline", "propentofyllinum[latin]", "55242-55-2[rn]", "hoe-285", "1-(5'-oxohexyl)-3-methyl-7-propylxanthine", "viviq", "hwa 285", "55242-55-2", "5-26-14-00082 (beilstein handbook reference)[beilstein]", "propentofylline [ban:inn:jan][inn][jan]", "propentofylina[spanish][inn]", "3-methyl-1-(5-oxohexyl)-7-propyl-3,7-dihydro-1h-purine-2,6-dione[acd/iupac name]", "3,7-dihydro-3-methyl-1-(5-oxohexyl)-7-propyl-1h-purine-2,6-dione", "3-methyl-1-(5-oxohexyl)-7-propylxanthine", "hwa- 285", "1h-purine-2,6-dione 3,7-dihydro-3-methyl-1-(5-oxohexyl)-7-propyl-", "3-methyl-1-(5-oxohexyl)-7-propyl-1h-purine-2,6(3h,7h)-dione", "hwa 285", "hwa-285"}|>, "2999" -> <|"DatabaseID" -> "SW01900", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58252]}, "IsomericSmiles" -> "C[NH+]1C2C[C@@H](CC1[C@H](C2)O)OC(=O)[C@H](CO)c3ccccc3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anisodamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64704]}, "Synonyms" -> {"benzeneacetic acid", "ac1l21rz", "hyoscyamine", "ac1q5wz2", "6-hydroxy hyoscyamine", "alpha-(hydroxymethyl)benzeneacetic acid 6-hydroxy-8-methyl-8-azabicyclo(3.2.1)oct-3-yl ester", "anisodamine", "6-hydroxyhyoscyamine", "55869-99-3"}|>, "3000" -> <|"DatabaseID" -> "SW01900", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58252]}, "IsomericSmiles" -> "C[NH+]1C2C[C@@H](CC1[C@H](C2)O)OC(=O)[C@H](CO)c3ccccc3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anisodamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64704]}, "Synonyms" -> {"benzeneacetic acid", "ac1l21rz", "hyoscyamine", "ac1q5wz2", "6-hydroxy hyoscyamine", "alpha-(hydroxymethyl)benzeneacetic acid 6-hydroxy-8-methyl-8-azabicyclo(3.2.1)oct-3-yl ester", "anisodamine", "6-hydroxyhyoscyamine", "55869-99-3"}|>, "3001" -> <|"DatabaseID" -> "SW01901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64453]}, "IsomericSmiles" -> "C[NH+](C)[C@@H](CCOc1cccc2c1cccc2)c3ccccc3", "OfficialNames" -> <|"Indian Approved Name" -> "dapoxetine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71353]}, "Synonyms" -> {"dapoxetine hydrochloride", "dapoxetine[wiki][inn]", "(1s)-n,n-dimethyl-3-(1-naphthyloxy)-1-phenylpropan-1-amine", "119356-77-3", "ly 210448", "119356-77-3[rn]", "(+)-n,n-dimethyl-a-(2-(1-naphthalenyloxy)ethyl)benzenemethanamine", "dapoxetina", "129938-20-1[rn]", "dapoxetina [inn-spanish]", "dapoxetine", "(s)-(+)-n,n-dimethyl-a-(2-(naphthalenyloxy)ethyl)benzenemethanamine", "dapoxetina[spanish][inn]", "dapoxetinum [inn-latin]", "dapoxetinum", "(s)-n,n-dimethyl-a-(2-(1-naphthalenyloxy)ethyl)benzenemethanamine", "(1s)-n,n-dimethyl-3-(naphthalen-1-yloxy)-1-phenylpropan-1-amine", "ly210448", "19356-77-3", "(1s)-n", "benzenemethanamine", "dapoxetinum[latin]"}|>, "3002" -> <|"DatabaseID" -> "SW01902", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7820"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5667]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00621"]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@]2(C)O)CC[C@@H]4[C@@]3(COC(=O)C4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00462"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "OXANDROLONE"|>, "PharmGKBID" -> "PA164749395", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5878]}, "Synonyms" -> {"oxandrolone", "lonavar", "oxandrin", "protivar", "ossandrolone [dcit]", "vasorome", "provitar", "anavar", "oxandrolona [inn-spanish]", "oxandrolone [usan:ban:inn:jan][inn][jan][usan]", "8075 cb", "oxandrolone[wiki]", "oxandrolona[spanish][inn]", "tl8003512", "oxandralone", "8075 c. b.", "(4as,4bs,6as,7s,9as,9br,11as)-7-hydroxy-4a,6a,7-trimethyltetradecahydroindeno[4,5-h]isochromen-2(1h)-one[acd/iupac name]", "cyclopenta[5,6]naphtho[1,2-c]pyran-2(1h)-one,tetradecahydro-7-hydroxy-4a,6a,7-trimethyl-,(4as,4bs,6as,7s,9as,9br,11as)-", "oxandrin anavar", "sc-11585", "dihydrotestosterone receptor", "5480667[beilstein]", "oxandrin[wiki]", "8075 c.b.", "(4as,4bs,6as,7s,9as,9br,11as)-7-hydroxy-4a,6a,7-trimethyltetradecahydroindeno[4,5-h]isochromen-2(1h)-on", "dodecahydro-3-hydroxy-6-(hydroxymethyl)-3,3a,6-trimethyl-1h-benz[e]indene-7-acetic acid d-lactone", "oxandrolonum [inn-latin]", "oxandrolonum[latin]", "oxandrolona; oxandrolone; oxandrolonum", "(5a,17b)-17-hydroxy-17-methyl-2-oxaandrostan-3-one", "53-39-4[rn]", "oxandrolonum", "oxandrin (tn)", "200-172-9[einecs]", "anavar[wiki]", "oxandrolona"}|>, "3003" -> <|"DatabaseID" -> "SW01903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5446]}, "IsomericSmiles" -> "CCC(C)C(c1ccccc1)C(=O)OCC[N+](C)(CC)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01538"]}, "OfficialNames" -> <|"Indian Approved Name" -> "valethamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5648]}, "Synonyms" -> {"elist", "release v", "velamate", "letamate", "epidosan", "surecn249537", "valethamate bromide", "shinmetane", "ncgc00185757-01", "ethanaminium", "n", "n,n-diethyl-n-methyl-2-((3-methyl-1-oxo-2-phenylpent yl)oxy)ethanaminium", "valethamate", "ac1l1ktk"}|>, "3004" -> <|"DatabaseID" -> "SW01903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5446]}, "IsomericSmiles" -> "CCC(C)C(c1ccccc1)C(=O)OCC[N+](C)(CC)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01538"]}, "OfficialNames" -> <|"Indian Approved Name" -> "valethamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5648]}, "Synonyms" -> {"elist", "release v", "velamate", "letamate", "epidosan", "surecn249537", "valethamate bromide", "shinmetane", "ncgc00185757-01", "ethanaminium", "n", "n,n-diethyl-n-methyl-2-((3-methyl-1-oxo-2-phenylpent yl)oxy)ethanaminium", "valethamate", "ac1l1ktk"}|>, "3005" -> <|"DatabaseID" -> "SW01903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5446]}, "IsomericSmiles" -> "CCC(C)C(c1ccccc1)C(=O)OCC[N+](C)(CC)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01538"]}, "OfficialNames" -> <|"Indian Approved Name" -> "valethamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5648]}, "Synonyms" -> {"elist", "release v", "velamate", "letamate", "epidosan", "surecn249537", "valethamate bromide", "shinmetane", "ncgc00185757-01", "ethanaminium", "n", "n,n-diethyl-n-methyl-2-((3-methyl-1-oxo-2-phenylpent yl)oxy)ethanaminium", "valethamate", "ac1l1ktk"}|>, "3006" -> <|"DatabaseID" -> "SW01903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5446]}, "IsomericSmiles" -> "CCC(C)C(c1ccccc1)C(=O)OCC[N+](C)(CC)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01538"]}, "OfficialNames" -> <|"Indian Approved Name" -> "valethamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5648]}, "Synonyms" -> {"elist", "release v", "velamate", "letamate", "epidosan", "surecn249537", "valethamate bromide", "shinmetane", "ncgc00185757-01", "ethanaminium", "n", "n,n-diethyl-n-methyl-2-((3-methyl-1-oxo-2-phenylpent yl)oxy)ethanaminium", "valethamate", "ac1l1ktk"}|>, "3007" -> <|"DatabaseID" -> "SW01904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19537]}, "IsomericSmiles" -> "CC[N+]1(CCC(=C(c2ccccc2)c3ccccc3)C1C)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01377"]}, "OfficialNames" -> <|"NPC Approved Name" -> "prifinium bromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20749]}, "Synonyms" -> {"padrin", "prifinium bromide", "pyrodifenium bromide", "riabal", "prifinio bromuro [dcit]", "pyrrolidinium 3-(diphenylmethylene)-1,1-diethyl-2-methyl- bromide (1:1)", "prifinium bromide [inn:jan][inn][jan]", "3-(diphenylmethylene)-1,1-diethyl-2-methylpyrrolidinium bromide[acd/iupac name]", "pyrrolidinium 1,1-diethyl-3-diphenylmethylene-2-methyl- bromide", "1,1-diethyl-2-methyl-3-diphenylmethylenepyrrolidiniumbromide", "3-(diphenylmethylene)-1,1-diethyl-2-methylpyrrolidine,bromide", "prifinium bromide[wiki]", "bromure de prifinium[french][inn]", "3-(diphenylmethylene)-1", "bromuro de prifinio [inn-spanish]", "3-(diphenylmethylidene)-1,1-diethyl-2-methylpyrrolidinium bromide", "bromure de prifinium [inn-french]", "4630-95-9", "4630-95-9[rn]", "prifinii bromidum [inn-latin]", "prifinii bromidum[latin]", "225-051-8[einecs]", "pyrrolidinium 3-(diphenylmethylene)-1,1-diethyl-2-methyl- bromide", "padrin (tn)", "bromuro de prifinio[spanish][inn]"}|>, "3008" -> <|"DatabaseID" -> "SW01904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19537]}, "IsomericSmiles" -> "CC[N+]1(CCC(=C(c2ccccc2)c3ccccc3)C1C)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01377"]}, "OfficialNames" -> <|"NPC Approved Name" -> "prifinium bromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20749]}, "Synonyms" -> {"padrin", "prifinium bromide", "pyrodifenium bromide", "riabal", "prifinio bromuro [dcit]", "pyrrolidinium 3-(diphenylmethylene)-1,1-diethyl-2-methyl- bromide (1:1)", "prifinium bromide [inn:jan][inn][jan]", "3-(diphenylmethylene)-1,1-diethyl-2-methylpyrrolidinium bromide[acd/iupac name]", "pyrrolidinium 1,1-diethyl-3-diphenylmethylene-2-methyl- bromide", "1,1-diethyl-2-methyl-3-diphenylmethylenepyrrolidiniumbromide", "3-(diphenylmethylene)-1,1-diethyl-2-methylpyrrolidine,bromide", "prifinium bromide[wiki]", "bromure de prifinium[french][inn]", "3-(diphenylmethylene)-1", "bromuro de prifinio [inn-spanish]", "3-(diphenylmethylidene)-1,1-diethyl-2-methylpyrrolidinium bromide", "bromure de prifinium [inn-french]", "4630-95-9", "4630-95-9[rn]", "prifinii bromidum [inn-latin]", "prifinii bromidum[latin]", "225-051-8[einecs]", "pyrrolidinium 3-(diphenylmethylene)-1,1-diethyl-2-methyl- bromide", "padrin (tn)", "bromuro de prifinio[spanish][inn]"}|>, "3009" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3010" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3011" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3012" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3013" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3014" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3015" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3016" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3017" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3018" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3019" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3020" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3021" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3022" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3023" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3024" -> <|"DatabaseID" -> "SW01905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475759]}, "IsomericSmiles" -> "C/C(=C\\CO)/CCC1C(=C)CCC2C1(CCCC2(C)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agathodienediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316778]}, "Synonyms" -> {"(e)-5-[5-(hydroxymethyl)-5", "ac1nsunp", "1-naphthalenemethanol", "labda-8(20),13-diene-15,19-diol (e)-", "agathodienediol", "labda-8(20)"}|>, "3025" -> <|"DatabaseID" -> "SW01906", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32023"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445387]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CC/C(=C/CC/C(=C/CO)/C)/CO)/C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01803"]}, "OfficialNames" -> <|"NPC Approved Name" -> "plaunotol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282197]}, "Synonyms" -> {"plaunotol", "kelnac", "plaunotolum", "3,11,15-trimethyl-7-hydroxymethyl-hexadeca-2,6,10,14-tetraen-1-ol", "kelnac (tn)", "64218-02-6[rn]", "(2z,6e)-2-[(3e)-4,8-dimethylnona-3,7-dien-1-yl]-6-methylocta-2,6-diene-1,8-diol", "chebi:32023", "2,6,10,14-hexadecatetraen-1-ol 7-(hydroxymethyl)-3,11,15-trimethyl- (e,z,e)-", "2,6-octadiene-1,8-diol 2-(4,8-dimethyl-3,7-nonadienyl)-6-methyl- (z,e,e)- (9ci)", "(2z", "3,11,15-trimethyl-7-hydroxymethyl-2,6,10,14-hexadecatetraen-1-ol", "2,6-octadiene-1,8-diol 2-[(3e)-4,8-dimethyl-3,7-nonadien-1-yl]-6-methyl- (2z,6e)-", "(e", "(2z,6e)-2-((3e)-4,8-dimethyl-3,7-nonadienyl)-6-methyl-2,6-octadiene-1,8-diol", "plaunotolum[latin]", "(z,e,e)-2-(4,8-dimethyl-3,7-nonadienyl)-6-methyl-2,6-octadiene-1,8-diol", "(e,z,e)-7-hydroxymethyl-3,11,15-trimethyl-2,6,10,14-hexadecatetraen-1-ol", "cs-684", "plaunotol [inn:jan][inn][jan]", "plaunotolum [latin]", "64218-02-6", "18-hydroxygeranylgeraniol"}|>, "3026" -> <|"DatabaseID" -> "SW01907", "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@@H]2O)CC[C@@H]4[C@@]3(C[C@@H]5[C@H](C4)S5)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01265"]}, "OfficialNames" -> <|"NPC Approved Name" -> "epitiostanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443935]}, "Synonyms" -> {"epitiostanol", "10275s", "nsc 194684", "epitiostanolum [inn-latin]", "2363-58-8", "thiodrol", "epithiostanol", "epitiostanol [inn:jan]", "epitiostanolum", "10275-s"}|>, "3027" -> <|"DatabaseID" -> "SW01908", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5002"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 45065]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00800"]}, "IsomericSmiles" -> "c1cc(ccc1C2C[NH2+]CCc3c2cc(c(c3Cl)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00613"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FENOLDOPAM MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49659]}, "Synonyms" -> {"corlopam", "fenoldopam mesylate", "corlopam (tn)", "fenoldopam monomethanesulfonate", "fenoldopam mesilate", "alpha-2a adrenoreceptor", "6-chloro-2", "sk&f-82526j", "6-chloro-1-(4-hydroxy-phenyl)-2,3,4,5-tetrahydro-1h-benzo[d]azepine-7,8-diol; compound with methanesulfonicacid", "compound with methanesulfonic acid", "67227-57-0", "6-chloro-2,3,4,5-tetrahydro-7,8-dihydroxy-1-(p-hydroxyphenyl)-1h-3-benzazepiniummethanesulphonate", "alpha-2 adrenergic receptor subtype c10", "fenodopam mesylate", "fenoldopam", "fenoldopam mesylate[usp]", "9-chloro-5-(4-hydroxyphenyl)-2", "sk&f-82526j;", "67227-57-0[rn]", "1h-3-benzazepine-7,8-diol,6-chloro-2,3,4,5-tetrahydro-1-(4-hydroxyphenyl)- methanesulfonate (1:1)(salt)", "67227-56-9[rn]", "sk&f; 82526-j", "6-chloro-1-(4-hydroxyphenyl)-2,3,4,5-tetrahydro-1h-3-benzazepine-7,8-diol methanesulfonate(1:1)[acd/iupac name]", "6-chloro-2,3,4,5-tetrahydro-1-(p-hydroxyphenyl)-1h-3-benzazepine-7,8-diol methanesulfonate(salt)", "fenoldopamum [latin]", "6-chloro-1-(4-hydroxyphenyl)-2,3,4,5-tetrahydro-1h-3-benzazepine-7,8-diol; methanesulfonicacid", "alpha-2aar", "266-612-7[einecs]", "sk-82526-j", "6-chloro-2,3,4,5-tetrahydro-1-(4-hydroxyphenyl)-1h", "fenoldopam[wiki]", "1h-3-benzazepine-7,8-diol,6-chloro-2,3,4,5-tetrahydro-1-(4-hydroxyphenyl)- methanesulfonate (salt)", "alpha-2a adrenoceptor", "87900-91-2[rn]", "6-chloro-1-(4-hydroxyphenyl)-2,3,4,5-tetrahydro-1h-3-benzazepine-7,8-diol methanesulfonate(salt)", "einecs 266-612-7", "fenoldipam mesylate", "6-chloro-1-(4-hydroxy-phenyl)-2,3,4,5-tetrahydro-1h-benzo[d]azepine-7,8-diol"}|>, "3028" -> <|"DatabaseID" -> "SW01908", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5002"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 45065]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00800"]}, "IsomericSmiles" -> "c1cc(ccc1C2C[NH2+]CCc3c2cc(c(c3Cl)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00613"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FENOLDOPAM MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49659]}, "Synonyms" -> {"corlopam", "fenoldopam mesylate", "corlopam (tn)", "fenoldopam monomethanesulfonate", "fenoldopam mesilate", "alpha-2a adrenoreceptor", "6-chloro-2", "sk&f-82526j", "6-chloro-1-(4-hydroxy-phenyl)-2,3,4,5-tetrahydro-1h-benzo[d]azepine-7,8-diol; compound with methanesulfonicacid", "compound with methanesulfonic acid", "67227-57-0", "6-chloro-2,3,4,5-tetrahydro-7,8-dihydroxy-1-(p-hydroxyphenyl)-1h-3-benzazepiniummethanesulphonate", "alpha-2 adrenergic receptor subtype c10", "fenodopam mesylate", "fenoldopam", "fenoldopam mesylate[usp]", "9-chloro-5-(4-hydroxyphenyl)-2", "sk&f-82526j;", "67227-57-0[rn]", "1h-3-benzazepine-7,8-diol,6-chloro-2,3,4,5-tetrahydro-1-(4-hydroxyphenyl)- methanesulfonate (1:1)(salt)", "67227-56-9[rn]", "sk&f; 82526-j", "6-chloro-1-(4-hydroxyphenyl)-2,3,4,5-tetrahydro-1h-3-benzazepine-7,8-diol methanesulfonate(1:1)[acd/iupac name]", "6-chloro-2,3,4,5-tetrahydro-1-(p-hydroxyphenyl)-1h-3-benzazepine-7,8-diol methanesulfonate(salt)", "fenoldopamum [latin]", "6-chloro-1-(4-hydroxyphenyl)-2,3,4,5-tetrahydro-1h-3-benzazepine-7,8-diol; methanesulfonicacid", "alpha-2aar", "266-612-7[einecs]", "sk-82526-j", "6-chloro-2,3,4,5-tetrahydro-1-(4-hydroxyphenyl)-1h", "fenoldopam[wiki]", "1h-3-benzazepine-7,8-diol,6-chloro-2,3,4,5-tetrahydro-1-(4-hydroxyphenyl)- methanesulfonate (salt)", "alpha-2a adrenoceptor", "87900-91-2[rn]", "6-chloro-1-(4-hydroxyphenyl)-2,3,4,5-tetrahydro-1h-3-benzazepine-7,8-diol methanesulfonate(salt)", "einecs 266-612-7", "fenoldipam mesylate", "6-chloro-1-(4-hydroxy-phenyl)-2,3,4,5-tetrahydro-1h-benzo[d]azepine-7,8-diol"}|>, "3029" -> <|"DatabaseID" -> "SW01909", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "472552"]}, "IsomericSmiles" -> "c1c(c(=O)[nH]c(=O)n1[C@H]2C[C@@H]([C@H](O2)CO)O)Br", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01763"]}, "OfficialNames" -> <|"NPC Approved Name" -> "broxuridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6035]}, "Synonyms" -> {"broxuridine", "5-bromo-2'-deoxyuridine", "bromodeoxyuridine", "59-14-3", "bromouracil deoxyriboside", "budr", "5-bromouracil deoxyriboside", "5-bromodeoxyuridine", "brdu", "5-bromodesoxyuridine"}|>, "3030" -> <|"DatabaseID" -> "SW01910", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171604]}, "IsomericSmiles" -> "c1ccc2c(c1)nc-3c4c(=O)cc([nH]c4c(=O)cc3o2)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "pirenoxine;pirenoxine sodium", "Indian Approved Name" -> "catalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4846], ExternalIdentifier["PubChemCompoundID", 23695982]}, "Synonyms" -> {"pirenoxine sodium", "pirenoxine sodium salt", "catalin sodium", "1-hydroxy-5-oxo-5h-pyrido(3,2-a)phenoxazine-3-carboxylic acid sodium salt", "5h-pyrido[3,2-a]phenoxazine-3-carboxylic acid 1-hydroxy-5-oxo- monosodium salt", "51410-30-1[rn]", "null", "t d6 b666 cn jo mv onj pvq rq &&na; salt [wln][wln]", "257-181-6[einecs]", "sodium 1-hydroxy-5-oxo-5h-pyrido(3,2-a)phenoxazine-3-carboxylate", "257-181-6 [einecs]", "sodium 1-hydroxy-5-oxo-5h-pyrido[3,2-a]phenoxazine-3-carboxylate", "1-hydroxy-5-oxo-5h-pyrido[3,2-a]phenoxazine-3-carboxylic acid sodium salt", "1-hydroxy-5-oxo-5h-pyrido[3,2-a]phenoxazine-3-carboxylic acid,monosodium salt", "1043-21-6[rn]", "5h-pyrido[3,2-a]phenoxazine-3-carboxylic acid 1-hydroxy-5-oxo- sodiumsalt (1:1)", "5h-pyrido(3,2-a)phenoxazine-3-carboxylic acid 1-hydroxy-5-oxo- monosodium salt", "51410-30-1 [rn]", "5h-pyrido(3", "1-hydroxy-5-oxo-5h-pyrido(3", "ncgc00167452-01", "51410-30-1", "einecs 257-181-6", "clarvisan (tn)", "sodium 1-hydroxy-5-oxo-5h-pyrido(3", "pirenoxina [spanish]", "1043-21-6", "pirenoxina", "pirenoxine", "1", "catalin", "catalin-k (tn)", "surecn36173", "pirenoxinum", "pirenoxinum [latin]"}|>, "3031" -> <|"DatabaseID" -> "SW01911", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9123"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56707], ExternalIdentifier["ChemSpiderID", 61881]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01104"]}, "IsomericSmiles" -> "C[NH2+][C@H]1CC[C@H](c2c1cccc2)c3ccc(c(c3)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00825"], ExternalIdentifier["KEGGID", "D02360"]}, "OfficialNames" -> <|"China Approved Name" -> "sertraline", "Indian Approved Name" -> "sertraline", "Australia Approved Name" -> "SERTRALINE HYDROCHLORIDE", "FDA Approved Drug" -> "SERTRALINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451333", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 63009], ExternalIdentifier["PubChemCompoundID", 68617]}, "Synonyms" -> {"sertraline", "sertraline hydrochloride", "sertralina [spanish]", "sertralinum [latin]", "apo-sertraline", "79617-96-2", "sertralinum", "(+)-sertraline", "sertralina", "zoloft", "lustral", "79559-97-0[rn]", "da transporter", "dat", "79617-96-2[rn]", "(1s,4s)-4-(3,4-dichlorophenyl)-n-methyl-1,2,3,4-tetrahydronaphthalen-1-amine hydrochloride", "sertralina; sertraline; sertralinum", "sertralina[spanish]", "(1s,4s)-4-(3,4-dichlorophenyl)-n-methyl-1,2,3,4-tetrahydro-1-naphthaleneamine", "1-naphthalenamine,1,2,3,4-tetrahydro-4-(3,4-dichlorophenyl)-n-methyl-,(1s-cis)-", "sertraline[wiki]", "chebi:9123", "tert-butyl5,6-dihydropyridine-1(2h)-carboxylate", "1-naphthalenamine,4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-n-methyl-,(1s,4s)-", "sertralinum[latin]", "(1s,4s)-4-(3,4-dichlorophenyl)-n-methyl-1,2,3,4-tetrahydronaphthalen-1-amine", "n-[4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-1-naphthalenyl]-n-methylamine", "(1s-cis)-1,2,3,4-tetrahydro-4-(3,4-dichlorophenyl)-n-methyl-1-naphthalenamine", "(1s-cis)-4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-n-methyl-1-naphthalenamine", "cp 51974", "(1s-cis)-4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-n-methyl-1-naphthalenamine; (+)-sertraline; sertraline", "(1s,4s)-4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-n-methyl-1-naphthylamine", "cis-(+)-sertraline", "26303-90-2[rn]", "5753709[beilstein]", "(+)-sertraline; (1s,4s)-sertraline;(1s-cis)-1,2,3,4-tetrahydro-4-(3,4-dichlorophenyl)-n-methyl-1-naphthalenamine; cp51974; sertraline; cis-(+)-sertraline", "(1s,4s)-4-(3,4-dichlorphenyl)-n-methyl-1,2,3,4-tetrahydronaphthalen-1-amin", "337376-15-5", "(1s,4s)-sertraline", "85838-94-4[rn]", "(1s,4s)-4-(3,4-dichlorophenyl)-n-methyl-1,2,3,4-tetrahydro-1-naphthalenamine[acd/iupac name]", "(1s,4s)-4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-n-methyl-1-naphthalenamine", "tatig", "tresleen", "serad", "atruline", "gladem", "cp-51974-1", "79617-89-3[rn]", "cp 51974-1", "lustral[wiki]", "(+)-sertraline hydrochloride", "sertraline.hcl", "(1s,4s)-4-(3,4-dichlorophenyl)-n-methyl-1,2,3,4-tetrahydronaphthalen-1-aminium chloride", "lustral; zoloft", "aremis", "(1s,4s)-4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-n-methyl-1-napthalenamine hydrochloride", "sertaline hydrochloride", "(1s,4s)-4-(3,4-dichlorophenyl)-n-methyl-1,2,3,4-tetrahydro-1-naphthalenamine hydrochloride", "[(1s,4s)-4-(3,4-dichlorophenyl)(1,2,3,4-tetrahydronaphthyl)]methylamine,chlor ide", "sertraline hcl", "(1s,4s)-1-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-4-(methylamino)naphthalene hydrochloride", "79617-95-1[rn]", "cp 51,974-1", "(+)-cis-(1s,4s)-1-methylamino-4-(3,4-dichlorophenyl)tetralin hydrochloride", "serlift[wiki]", "[79559-97-0]", "(1s,4s)-4-(3,4-dichlorophenyl)-n-methyl-1,2,3,4-tetrahydronaphthalen-1-amine hydrochloride(1:1)", "(1s-cis)-4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-n-methyl-1-naphthalenamine hydrochloride", "tl8005382", "79559-97-0", "1-naphthalenamine,4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-n-methyl-,(1s,4s)-,hydrochloride (1:1)", "(1s,4s)-4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-n-methyl-1-naphthylamine hydrochloride", "(1s,4s)-4-(3,4-dichlorophenyl)-n-methyl-1,2,3,4-tetrahydro-1-naphthalenamine hydrochloride(1:1)[acd/iupac name]", "sertralinehydrochloride", "(+)-cis-(1s,4s)-1-methylamino-4-(3,4-dichlorophenyl)tetralin hydrochloride; (+)-sertralinehydrochloride; (1s,4s)-4-(3,4-dichlorophenyl)-n-methyl-1,2,3,4-tetrahydronaphthalen-1-aminium chloride; (1s-cis)-4-(3,4-dichlorophenyl)-n-methyl-1,2,3,4-tetrahydronaphthalen-1-amine hydrochloride;sertraline hcl", "zoloft[wiki]", "(1s,4s)-4-(3,4-dichlorphenyl)-n-methyl-1,2,3,4-tetrahydronaphthalen-1-aminhydrochlorid", "[4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-1-naphthalenyl]methylamine hydrochloride", "1-naphthalenamine,4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-n-methyl-,(1s,4s)-,hydrochloride", "(1s-cis)-4-(3,4-dichlorophenyl)-n-methyl-1,2,3,4-tetrahydronaphthalen-1-amine hydrochloride", "1-naphthalenamine,4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-n-methyl-,hydrochloride (1s-cis)-", "(1s,4s)-4-(3,4-dichlorophenyl)-1,2,3,4-tetrahydro-n-methyl-1-naphthalenamine hydrochloride", "sertraline hydrochloride (jan/usan)[jan][usan]"}|>, "3032" -> <|"DatabaseID" -> "SW01912", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 38037]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00507"]}, "IsomericSmiles" -> "CC(=O)Oc1ccccc1C(=O)Nc2ncc(s2)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02486"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nitazoxanide", "FDA Approved Drug" -> "NITAZOXANIDE"|>, "PharmGKBID" -> "PA164754874", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41684]}, "Synonyms" -> {"nitazoxanide", "alinia", "phavic-1", "ntz", "tizoxanide glucuronide", "nitazoxanidum [inn-latin]", "2-(acetolyloxy)-n-(5-nitro-2-thiazolyl)benzamide", "taenitaz", "nitazoxanid", "2-acetyloxy-n-[(5-nitro-2-thiazolyl)]benzamide", "n-(5-nitrothiazol-2-yl)salicylamide acetate ester", "(2-((5-nitro-2-thiazolyl)carbamoyl)phenyl)acetat[german]", "259-931-8[einecs]", "alinia (tn)", "nitazoxanida[spanish][inn]", "o-(n-(5-nitrothiazol-2-yl)carbamoyl)phenyl acetate", "2-(2'-acetoxy)benzamido-5-nitrothiazole", "daxon;dexidex;kidonax;pacovanton;paramix;nitax;zox;nitazox;toza;alinia;annita", "alinia[wiki]", "2-[n-(5-nitro-1,3-thiazol-2-yl)carbamoyl]phenyl acetate", "benzamide 2-(acetyloxy)-n-(5-nitro-2-thiazolyl)-", "nitazoxanide [usan:inn][inn][usan]", "2-((5-nitrothiazol-2-yl)carbamoyl)phenyl acetate", "nitazoxamide", "2-acetyloxy-n-(5-nitro-2-thiazolyl)benzamide", "nitazoxanida [inn-spanish]", "heliton", "2-[(5-nitro-1,3-thiazol-2-yl)carbamoyl]phenyl acetate[acd/iupac name]", "nitazoxanidum[latin]", "o-[n-(5-nitrothiazol-2-yl)carbamoyl]phenyl acetate", "2-[(5-nitro-1,3-thiazol-2-yl)carbamoyl]phenylacetat[german]", "nitazoxanide[wiki][usan]", "[2-acetolyloxy-n-(5-nitro-2-thiazolyl)-benzamide]", "55981-09-4", "fental", "salicylamide n-(5-nitro-2-thiazolyl)- acetate (ester)", "55981-09-4[rn]", "salicylamide n-(5-nitro-2-thiazolyl)- acetate (ester)", "c12h9n3o5s", "cryptaz", "einecs 259-931-8", "daxon", "colufase", "337376-15-5", "2-(acetyloxy)-n-(5-nitro-2-thiazolyl)benzamide", "n-(5-nitro-2-thiazolyl)salicylamide acetate (ester)"}|>, "3033" -> <|"DatabaseID" -> "SW01913", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18829]}, "IsomericSmiles" -> "COc1cc(c(cc1S(=O)(=O)[O-])C(=O)c2ccccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05964"]}, "OfficialNames" -> <|"NPC Approved Name" -> "2-hydroxy-4-methoxybenzophenone-5-sulfonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19988]}, "Synonyms" -> {"sulisobenzone", "sungard", "sulisobenzona", "uval", "uvinul", "benzophenone-4", "2-hydroxy-4-methoxybenzophenone-5-sulfonic acid", "sulisobenzonum", "sungard[wiki]", "2-hydroxy-4-methoxybenzophenone-5-sulfonic acid hydrate (contains 5-10%isopropylalcohol)", "4065-45-6", "2-hydroxy-4-methoxybenzophenone-5-sulfonicacid", "5-benzoyl-4-hydroxy-2-methoxybenzolsulfonsaeure", "6628-37-1[rn]", "2-hydroxy-4-methoxy-5-sulfobenzophenone", "syntase 230", "spectra-sorb uv 284", "5-benzoyl-4-hydroxy-2-methoxybenzene sulfonic acid", "benzophenone 4", "sulisobenzene", "seesorb 101s", "4065-45-6[rn]", "hmbs", "sulisobenzone [usan:inn][inn][usan]", "2-hydroxy-4-methoxybenzophenone-5-sulphonic acid", "5-benzoyl-4-hydroxy-2-methoxy-benzenesulfonic ac", "uv absorber hmbs", "2-benzoyl-5-methoxy-1-phenol-4-sulfonic acid", "uvinul ms-40 substanz", "3-benzoyl-4-hydroxy-6-methoxybenzenesulfonic acid", "5-benzoyl-4-hydroxy-2-methoxybenzenesulfonic acid[acd/iupac name]", "uvinuc ms 40", "1-phenol-4-sulfonic acid 2-benzoyl-5-methoxy- (6ci)", "benzophenone-5", "1-phenol-4-sulfonic acid 2-benzoyl-5-methoxy-", "2-hydroxy-4-methoxy-5-sulfonylbenzophenone(bp-4)", "4-hydroxy-2-methoxy-5-(phenylcarbonyl)benzenesulfonic acid", "uvinul ms 40", "benzenesulfonic acid 5-benzoyl-4-hydroxy-2-methoxy-", "5-benzoyl-4-hydroxy-2-methoxybenzenesulfonic acid", "223-772-2[einecs]", "62121-63-5[rn]"}|>, "3034" -> <|"DatabaseID" -> "SW01914", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10034"], ExternalIdentifier["ChEBIID", "10033"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482247], ExternalIdentifier["ChemSpiderID", 17333193], ExternalIdentifier["ChemSpiderID", 10442445]}, "IsomericSmiles" -> "CC(=O)CC(c1ccccc1)c2c(c3ccccc3oc2=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01280"], ExternalIdentifier["KEGGID", "D00564"], ExternalIdentifier["KEGGID", "D08682"]}, "OfficialNames" -> <|"China Approved Name" -> "warfarin", "WHO Essential Medicine" -> "warfarin", "Australia Approved Name" -> "WARFARIN", "FDA Approved Drug" -> "WARFARIN POTASSIUM;WARFARIN SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23706212], ExternalIdentifier["PubChemCompoundID", 16204922]}, "Synonyms" -> {"athrombin-k", "warfarin k", "coumadin[wiki]", "4-hydroxy-3-(3-oxo-1-phenylbutyl)coumarin", "coumadine", "jantoven[wiki]", "204-929-4[einecs]", "antrombin k", "maveran", "athrombin", "aldocumar", "129-06-6[rn]", "4-hydroxy-3-(3-oxo-1-phenylbutyl)-2h-chromen-2-one", "vampirinip ii", "226-908-9[einecs]", "rodafarin", "3-(a-acetonylbenzyl)-4-hydroxycoumarin", "ratron g", "brumolin", "warf compound 42", "211-363-1[einecs]", "warfant", "3-a-phenyl-b-acetylethyl-4-hydroxycoumarin", "4-hydroxy-3-(3-oxo-1-phenylbutyl)-2h-1-benzopyran-2-one", "5543-57-7[rn]", "ratron", "zoocoumarin", "2610-86-8[rn]", "warfarin[wiki]", "w.a.r.f. 42", "201-377-6[einecs]", "vampirinip iii", "prothromadin", "dethmor", "3-(a-acetonylbenzyl)-4-hydroxy-coumarin", "rat-mix", "varfine", "coumaphen", "226-907-3[einecs]", "kumadu", "ratox", "kumader", "4-hydroxy-3-(3-oxo-1-phenyl-butyl)-chromen-2-one", "warcoumin", "640-19-7[rn]", "1293536[beilstein]", "gen-warfarin", "coumaphene", "coumefene", "kumatox", "rodex", "apo-warfarin", "marevan[wiki]", "athrombine-k", "warfarin-alcohol", "4-hydroxy-3-(3-oxo-1-phenyl butyl)-2h-1-benzopyran-2-one", "(phenyl-1 acetyl-2 ethyl) 3-hydroxy-4 coumarine", "5543-58-8[rn]", "4-hydroxy-3-(3-oxo-1-phenyl-butyl)-cumarin[german]", "1-(4'-hydroxy-3'-coumarinyl)-1-phenyl-3-butanone", "dl-3-(a-acetonylbenzyl)-4-hydroxycoumarin", "4-hydroxy-3-(3-oxo-1-phenylbutyl)-2h-chromen-2-on", "tox-hid", "rattunal", "warf", "co-rax", "4-hydroxy-3-(3-oxo-1-phenylbutyl)chromen-2-one", "3-(1'-phenyl-2'-acetylethyl)-4-hydroxycoumarin", "rac-warfarin", "temus w", "warfari", "warf 10", "tedicumar", "2-hydroxy-3-(3-oxo-1-phenyl-butyl)chromen-4-one", "rat-o-cide", "cov-r-tox", "coumafene", "warfilone", "2h-1-benzopyran-2-one 4-hydroxy-3-(3-oxo-1-phenylbutyl)-", "dethnel", "null", "rax", "coumafen", "warfarine[french][inn]", "warfarinum[latin]", "warfarin", "rosex", "tintorane", "warfarat", "d014859", "warfarina[spanish][inn]", "choice", "panwarfin", "ratoxin", "waran[wiki]", "sodium warfarin", "warfarin potassium", "sodium coumadin", "jantoven", "potassium warfarin", "warfarin sodium", "5469050[beilstein]", "2h-1-benzopyran-2-one 4-hydroxy-3-(3-oxo-1-phenylbutyl)- sodium salt", "marevan", "warfarin potassium[jan][jp15]", "2h-1-benzopyran-2-one 4-hydroxy-3-(3-oxo-1-phenylbutyl)- potassium salt", "6/6/129", "sodium; 2-oxo-3-(3-oxo-1-phenyl-butyl)-2h-chromen-4-olate", "warfarin sodium (contains isopropyl alcohol)", "warfarin sodium[usp]", "2h-1-benzopyran-2-one", "marevam", "dicusat", "2h-1-benzopyran-2-one 4-hydroxy-3-(3-oxo-1-phenylbutyl)- sodium salt (1:1)", "coumarin", "chebi:32301", "coumadin; jantoven; maveran", "2610-86-8", "1076-38-6[rn]", "sodium 2-oxo-3-(3-oxo-1-phenylbutyl)-2h-chromen-4-olate", "natrium-2-oxo-3-(3-oxo-1-phenylbutyl)-2h-chromen-4-olat", "sodium 2-oxo-3-(3-oxo-1-phenylbutyl)-2h-benzopyran-4-olate", "coumadin", "warfarin-potassium [iso]"}|>, "3035" -> <|"DatabaseID" -> "SW01914", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10034"], ExternalIdentifier["ChEBIID", "10033"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482247], ExternalIdentifier["ChemSpiderID", 17333193], ExternalIdentifier["ChemSpiderID", 10442445]}, "IsomericSmiles" -> "CC(=O)CC(c1ccccc1)c2c(c3ccccc3oc2=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01280"], ExternalIdentifier["KEGGID", "D00564"], ExternalIdentifier["KEGGID", "D08682"]}, "OfficialNames" -> <|"China Approved Name" -> "warfarin", "WHO Essential Medicine" -> "warfarin", "Australia Approved Name" -> "WARFARIN", "FDA Approved Drug" -> "WARFARIN POTASSIUM;WARFARIN SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23706212], ExternalIdentifier["PubChemCompoundID", 16204922]}, "Synonyms" -> {"athrombin-k", "warfarin k", "coumadin[wiki]", "4-hydroxy-3-(3-oxo-1-phenylbutyl)coumarin", "coumadine", "jantoven[wiki]", "204-929-4[einecs]", "antrombin k", "maveran", "athrombin", "aldocumar", "129-06-6[rn]", "4-hydroxy-3-(3-oxo-1-phenylbutyl)-2h-chromen-2-one", "vampirinip ii", "226-908-9[einecs]", "rodafarin", "3-(a-acetonylbenzyl)-4-hydroxycoumarin", "ratron g", "brumolin", "warf compound 42", "211-363-1[einecs]", "warfant", "3-a-phenyl-b-acetylethyl-4-hydroxycoumarin", "4-hydroxy-3-(3-oxo-1-phenylbutyl)-2h-1-benzopyran-2-one", "5543-57-7[rn]", "ratron", "zoocoumarin", "2610-86-8[rn]", "warfarin[wiki]", "w.a.r.f. 42", "201-377-6[einecs]", "vampirinip iii", "prothromadin", "dethmor", "3-(a-acetonylbenzyl)-4-hydroxy-coumarin", "rat-mix", "varfine", "coumaphen", "226-907-3[einecs]", "kumadu", "ratox", "kumader", "4-hydroxy-3-(3-oxo-1-phenyl-butyl)-chromen-2-one", "warcoumin", "640-19-7[rn]", "1293536[beilstein]", "gen-warfarin", "coumaphene", "coumefene", "kumatox", "rodex", "apo-warfarin", "marevan[wiki]", "athrombine-k", "warfarin-alcohol", "4-hydroxy-3-(3-oxo-1-phenyl butyl)-2h-1-benzopyran-2-one", "(phenyl-1 acetyl-2 ethyl) 3-hydroxy-4 coumarine", "5543-58-8[rn]", "4-hydroxy-3-(3-oxo-1-phenyl-butyl)-cumarin[german]", "1-(4'-hydroxy-3'-coumarinyl)-1-phenyl-3-butanone", "dl-3-(a-acetonylbenzyl)-4-hydroxycoumarin", "4-hydroxy-3-(3-oxo-1-phenylbutyl)-2h-chromen-2-on", "tox-hid", "rattunal", "warf", "co-rax", "4-hydroxy-3-(3-oxo-1-phenylbutyl)chromen-2-one", "3-(1'-phenyl-2'-acetylethyl)-4-hydroxycoumarin", "rac-warfarin", "temus w", "warfari", "warf 10", "tedicumar", "2-hydroxy-3-(3-oxo-1-phenyl-butyl)chromen-4-one", "rat-o-cide", "cov-r-tox", "coumafene", "warfilone", "2h-1-benzopyran-2-one 4-hydroxy-3-(3-oxo-1-phenylbutyl)-", "dethnel", "null", "rax", "coumafen", "warfarine[french][inn]", "warfarinum[latin]", "warfarin", "rosex", "tintorane", "warfarat", "d014859", "warfarina[spanish][inn]", "choice", "panwarfin", "ratoxin", "waran[wiki]", "sodium warfarin", "warfarin potassium", "sodium coumadin", "jantoven", "potassium warfarin", "warfarin sodium", "5469050[beilstein]", "2h-1-benzopyran-2-one 4-hydroxy-3-(3-oxo-1-phenylbutyl)- sodium salt", "marevan", "warfarin potassium[jan][jp15]", "2h-1-benzopyran-2-one 4-hydroxy-3-(3-oxo-1-phenylbutyl)- potassium salt", "6/6/129", "sodium; 2-oxo-3-(3-oxo-1-phenyl-butyl)-2h-chromen-4-olate", "warfarin sodium (contains isopropyl alcohol)", "warfarin sodium[usp]", "2h-1-benzopyran-2-one", "marevam", "dicusat", "2h-1-benzopyran-2-one 4-hydroxy-3-(3-oxo-1-phenylbutyl)- sodium salt (1:1)", "coumarin", "chebi:32301", "coumadin; jantoven; maveran", "2610-86-8", "1076-38-6[rn]", "sodium 2-oxo-3-(3-oxo-1-phenylbutyl)-2h-chromen-4-olate", "natrium-2-oxo-3-(3-oxo-1-phenylbutyl)-2h-chromen-4-olat", "sodium 2-oxo-3-(3-oxo-1-phenylbutyl)-2h-benzopyran-4-olate", "coumadin", "warfarin-potassium [iso]"}|>, "3036" -> <|"DatabaseID" -> "SW01915", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48574"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4617]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00812"]}, "IsomericSmiles" -> "CCCCc1c(=O)n(n(c1=O)c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00510"]}, "OfficialNames" -> <|"Indian Approved Name" -> "phenylbutazone", "FDA Approved Drug" -> "PHENYLBUTAZONE"|>, "PharmGKBID" -> "PA450932", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4781]}, "Synonyms" -> {"diphenylbutazone", "butapyrazole", "butacote", "alkabutazona", "butapirazol", "anuspiramin", "azolid", "phenylbutazone", "butadion", "fenilbutazona", "butazolidin", "tazone", "ipsoflame", "eributazone", "fenibutazona", "tetnor", "phebuzin", "malgesic", "diphebuzol", "robizone", "intrabutazone", "reumune", "bizolin", "fenilidina", "phenylbutaz", "elmedal", "arthrizon", "robizone-v", "shigrodin", "alqoverin", "azdid", "alindor", "buzon", "phenyzene", "phebuzine", "nadozone", "fenilbutina", "tencodyne", "chembutazone", "butylpyrin", "equipalazone", "apo-phenylbutazone", "diozol", "ticinil", "exrheudon n", "butalgina", "schemergin", "alka butazolidin", "zolidinum", "butartril", "mephabutazone", "nadazone", "phenbutazol", "reupolar", "butone", "rectofasa", "merizone", "reumasyl", "butagesic", "diossidone", "reudox", "digibutina", "azobutyl", "b.t.z.", "bunetzone", "novophenyl", "butazolidine", "praecirheumin", "anerval", "lingel", "butidiona", "butazina", "butapirazole", "pyrabutol", "mephabutazon", "busone", "fenilbutine", "buvetzone", "artizin", "ecobutazone", "intalbut", "pirarreumol \"b\"", "todalgil", "butarecbon", "cotylbutazone", "fenibutasan", "kadol", "bute", "rubatone", "bizolin 200", "zolaphen", "ia-but", "butalidon", "febuzina", "fenylbutazon", "robizon-v", "butacompren", "intrazone", "scanbutazone", "butazona", "butazone", "artrizone", "phenbutazone", "artropan", "reumuzol", "phenopyrine", "reumazol", "fenibutol", "phenyl-mobuzon", "wescozone", "fenotone", "tevcodyne", "buta phen", "butoz", "phenylbutazonum", "fenartil", "uzone", "equi bute", "phenyzone", "therazone", "pirarreumol b", "reudo", "butiwas-simple", "artrizin", "butaluy", "mepha-butazon", "butartrina", "butadione", "neo-zoline", "butadiona", "ambene", "antadol", "butatron", "fenibutal", "reumazin", "anpuzone", "4-butyl-1,2-diphenyl-pyrazolidine-3,5-dione", "prostaglandin-endoperoxide synthase 1", "butatab", "pgh synthase 1", "1 2-diphenyl-3,5-dioxo-4-butylpyrazolidine", "prostaglandin g/h synthase 1 precursor", "4-butyl-1,2-diphenylpyrazolidine-3,5-dione", "r-3-zon", "g 13 871", "carudol", "butadionum", "4-butyl-1,2-diphenyl-3 5-dioxopyrazolidine", "betazed[wiki]", "1,2-diphenyl-2,3-dioxo-4-n-butylpyrazoline", "1,2-diphenyl-4-butyl-3,5-pyrazolidinedione", "phenylone plus tab (aluminum hydroxide + magnesium trisilicate + phenylbutazone)_mixture", "ranoroc", "1,2-diphenyl-3,5-dioxo-4-n-butylpyrazoline", "pbz", "p1z", "290080", "phen-buta-vet", "phenyl butazone", "274-335-8[einecs]", "3,5-dioxo-1 2-diphenyl-4-n-butylpyrazolidine", "alka phenyl tab (aluminum hydroxide + magnesium trisilicate + phenylbutazone)_mixture", "equiphen", "phenbutazone;", "d010653", "1,2-diphenyl-4-butyl-3,5-dioxopyrazolidine", "fenilbutazon", "benzone[wiki]", "g 13,871", "4-butyl-1,2-diphenyl-3,5-dioxo pyrazolidine", "5-24-05-00400 (beilstein handbook reference)[beilstein]", "benzone", "prostaglandin h2 synthase 1", "1,2-diphenyl-4-butyl-3 5-dioxopyrazolidine", "4-butyl-1,2-diphenyl-3,5-pyrazolidinedione[acd/iupac name]", "4297-92-1[rn]", "200-029-0[einecs]", "betazed", "3,5-dioxo-4-butyl-1-diphenyl-pyrazolidine", "fbz", "phenylbutazone [ban:inn:jan][inn][jan]", "vac-10", "ec 1.14.99.1", "phenylbutazonum[latin][inn]", "butaject", "phenylbutazone calcium", "fenilbutazone [dcit]", "phenylbutazon", "pyrazolidin", "207-069-8[einecs]", "phs 1", "pyrasanone", "pghs-1", "3,5-dioxo-1,2-diphenyl-4-n-butylpyrazolidine", "3,5-dioxe-4 buty-1 diphenyl-pyrazolidine", "azolid (tn)", "1,2-diphenyl-3,5-dioxo-4-butylpyrazolidine", "flexazone", "schemergen", "33061-37-9[rn]", "pyrazinobutazone", "'esteve'", "bute butazolidin butatron", "70145-60-7[rn]", "phenylbutazon[german]", "4-n-butyl-1,2-diphenyl-3,5-pyrazolidinedione", "diozol.", "4-butyl-1,2-diphenyl-3,5-dioxopyrazolidine", "cyclooxygenase- 1", "alka phenylbutazone tab (aluminum hydroxide + magnesium trisilicate + phenylbutazone)_mixture", "4-butyl-1,2-diphenyl-1h-pyrazol-3,5(2h,4h)-dion", "3,5-pyrazolidinedione 4-butyl-1,2-diphenyl-", "3,5-dioxo-1,2-diphenyl-4-n-butyl-pyrazolidin", "component of azolid-a", "equiphar", "cox-1", "4-butyl-1,2-diphenyl-1,2-diazolidine-3,5-dione", "bute;butazolidin;butatron", "129-18-0[rn]", "pro-bute", "84020-72-4[rn]", "usaf ge-15", "phenylbutazone[wiki]", "337376-15-5"}|>, "3037" -> <|"DatabaseID" -> "SW01916", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10126"], ExternalIdentifier["ChEBIID", "10125"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5530]}, "IsomericSmiles" -> "Cc1ccc(cc1)c2c(n3cc(ccc3n2)C)CC(=O)N(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08690"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Zolpidem", "Indian Approved Name" -> "zolpidem", "FDA Approved Drug" -> "ZOLPIDEM TARTRATE"|>, "PharmGKBID" -> "PA451976", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5732]}, "Synonyms" -> {"zolpidem", "imidazo[1,2-a]pyridine-3-acetamide,n,n,6-trimethyl-2-(4-methylphenyl)-", "82626-48-0[rn]", "n,n,6-trimethyl-2-(4-methylphenyl)imidazo(1,2-a)pyridine-3-acetamide", "n,n-dimethyl-2-(6-methyl-2-(p-tolyl)imidazo[1,2-a]pyridin-3-yl)acetamide", "zolpidemum", "hypnogen[wiki]", "ambien[wiki]", "n,n-dimethyl-2-(6-methyl-2-p-tolyl-imidazo[1,2-a]pyridin-3-yl)-acetamide", "imidazo(1,2-a)pyridine-3-acetamide,n,n,6-trimethyl-2-(4-methylphenyl)-", "n,n-dimethyl-2-(6-methyl-2-p-tolyl-imidazo[1,2-a]pyridin-3-yl)-acetamide(zolpidem)", "n,n,6-trimethyl-2-p-tolylimidazo[1,2-a]pyridine-3-acetamide", "n,n,6-trimethyl-2-(4-methylphenyl)-imidazo[1,2-a]pyridine-3-acetamide", "n,n-dimethyl-2-[6-methyl-2-(4-methylphenyl)imidazo[1,2-a]pyridin-3-yl]acetamide[acd/iupac name]", "sanval (tn)", "zolpidem ambien", "n,n,6-trimethyl-2-(4-methylphenyl)-;imidazo[1,2-a]pyridine-3-acetamide", "n,n,6-trimethyl-2-(4-methylphenyl)imidazo[1,2-a]pyridine-3-acetamide", "chebi:10125", "dea no. 2783", "lorex", "ambien", "sanval", "zolpidemum[latin]", "82626-48-0", "zolpidem (inn)", "zolpidemum [latin]", "n,n-dimethyl-2-(6-methyl-2-p-tolylh-imidazo[1,2-a]pyridin-3-yl)acetamide"}|>, "3038" -> <|"DatabaseID" -> "SW01917", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5309]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00525"]}, "IsomericSmiles" -> "Cc1cccc(c1)N(C)C(=S)Oc2ccc3ccccc3c2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00381"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tolnaftate"|>, "PharmGKBID" -> "PA164752438", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5510]}, "Synonyms" -> {"separin", "tonoftal", "chinofungin", "tolnaftate", "tolnaphthate", "aftate", "sporiline", "tolsanil", "tinaderm", "tinactin", "dungistop", "timoped", "hi-alarzin", "m,n-dimethylthiocarbanilic acid o-2-naphthyl ester", "fungistop", "2-naphthyl n-methyl-n-(3-tolyl)thionocarbamate", "naphthiomate-t", "pitrex", "sorgoa", "tniaderm", "naphthiomate t", "hi-alazin", "dermoxin", "o-(2-naphthyl) methyl(3-methylphenyl)thiocarbamate", "tritin", "tinavet", "o-2-naphthyl m,n-dimethylthiocarbanilate", "focusan", "phytoderm", "n-methyl-(3-methylphenyl)-carbamothioic acid,o-2-naphthalenylester", "np-27 powder", "ony-clear", "tolnaftate (jp14/usp)", "aftate for athlete's foot gel", "methyl-m-tolyl-thiocarbamicacid o-naphthalen-2-yl ester(tolnaftate)", "tolnaftat purder n", "tinactin cream", "chlorisept", "94256-64-1[rn]", "carbamothioic acid n-methyl-n-(3-methylphenyl)- o-2-naphthalenyl ester", "2398-96-1[rn]", "aftate for jock itch aerosol spray powder", "tolnaftato [inn-spanish]", "tolnaftate[wiki]", "tinactin jock itch aerosol powder", "ting antifungal powder", "d014047", "carbamothioic acid methyl(3-methylphenyl)-,o-2-naphthalenyl ester", "o-2-naphthyl methyl(3-methylphenyl)carbamothioate[acd/iupac name]", "cas-2398-96-1", "methyl (3-methylphenyl)carbamothioicacid o-2-naphthalenyl ester", "tolnaftate [usan:ban:inn:jan]", "aftate for athlete's foot aerosol spray liquid", "[methyl(3-methylphenyl)amino]-2-naphthyloxymethane-1-thione", "tinactin (tn)", "tolnaftate (jp15/usp)", "tinactin jock itch spray powder", "tinactin jock itch cream", "separin (tn)", "micoisdin", "o-2-naphthyl methyl(3-methylphenyl)thiocarbamate", "carbamothioic acid methyl(3-methylphenyl)-,o-2-naphthalenylester", "aftate for athlete's foot aerosol spray powder", "tinactin aerosol powder", "ting antifungal spray powder", "tinactin antifungal deodorant powder aerosol", "zeasorb-af", "carbanilic acid m,n-dimethylthio- o-2-naphthyl ester", "methyl(3-methylphenyl)carbamothioicacid o-2-naphthalenyl ester", "tinactin[wiki]", "tolnaftate(usan)", "tinactin plus aerosol powder", "tolnaftato[spanish][inn]", "ting", "o-2-naphthyl n,n-dimethylthiocarbanilate", "219-266-6[einecs]", "aftate for athlete's foot sprinkle powder", "methyl 3-tolylthiocarbamic acid o-naphthalen-2-yl ester", "np-27 solution", "o-naphthalen-2-yl methyl(3-methylphenyl)carbamothioate", "ting antifungal cream", "tolnaftatum[latin]", "aftate for jock itch gel", "2-naphthyl (3-dimethylanilino)methanethioate", "ting products", "ony clear", "breezee", "tinactin plus powder", "prestwick_472", "tinactin powder", "aftate for jock itch sprinkle powder", "zeasorb-af powder", "tinactin aerosol liquid", "absorbine jr antifungal liquid (menthol + tolnaftate)_mixture", "dr. scholl's athlete's foot spray", "genaspore cream", "tineafax", "tinactin solution", "curatin", "ting antifungal spray liquid", "np-27 spray powder", "methyl-(3-methylphenyl)carbamothioic acid o-2-naphthyl ester", "zeasorb", "genaspor", "tinatox", "26303-90-2[rn]", "np27", "carbanilic acid n,m-dimethylthio- o-2-naphthyl ester", "o-naphthalen-2-yl methyl(m-tolyl)carbamothioate", "np-27 cream", "tolnaftato [dcit]", "pitrex cream", "tolnaftatum [inn-latin]", "methyl-m-tolyl-thiocarbamicacid o-naphthalen-2-yl ester (tolnaftate)", "tinavet (veterinary)"}|>, "3039" -> <|"DatabaseID" -> "SW01918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477308]}, "IsomericSmiles" -> "C[NH+]1CC2(C3CC4C5=Nc6ccccc6C52CC1C3CO4)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "koumine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318846]}, "Synonyms" -> {"koumine"}|>, "3040" -> <|"DatabaseID" -> "SW01918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477308]}, "IsomericSmiles" -> "C[NH+]1CC2(C3CC4C5=Nc6ccccc6C52CC1C3CO4)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "koumine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318846]}, "Synonyms" -> {"koumine"}|>, "3041" -> <|"DatabaseID" -> "SW01918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477308]}, "IsomericSmiles" -> "C[NH+]1CC2(C3CC4C5=Nc6ccccc6C52CC1C3CO4)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "koumine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318846]}, "Synonyms" -> {"koumine"}|>, "3042" -> <|"DatabaseID" -> "SW01918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477308]}, "IsomericSmiles" -> "C[NH+]1CC2(C3CC4C5=Nc6ccccc6C52CC1C3CO4)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "koumine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318846]}, "Synonyms" -> {"koumine"}|>, "3043" -> <|"DatabaseID" -> "SW01919", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15024]}, "IsomericSmiles" -> "CCCCCCCCCCCCOC(=O)CS(=O)(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "sodium lauryl sulfoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23668827]}, "Synonyms" -> {"dodecyl sodium sulfoacetate", "lathanol", "dodecyl sulfoacetate s-sodium salt", "nacconol lal", "lathanol-lal 70", "sodium lauryl sulfoacetate", "lathanol lal", "hsdb 7256", "sulfoacetic acid 1-dodecyl ester sodium salt", "acetic acid sulfo- 1-dodecyl ester sodium salt", "sodiumlaurylsulfoacetate", "sulfoacetic acid", "sodium 2-(dodecyloxy)-2-oxoethane-1-sulphonate", "217-431-7[einecs]", "sodium 2-(dodecyloxy)-2-oxoethanesulfonate[acd/iupac name]", "2-sulfoacetic acid dodecyl ester sodium salt", "8038-52-6[rn]", "2-dodecylethanesulfonic acid sodium salt", "acetic acid", "39461-60-4[rn]", "12709-97-6[rn]", "sodium houttuyfonate", "acetic acid sulfo- dodecyl ester s-sodium salt (7ci)", "sulfoacetic acid 1-dodecyl ester sodium salt", "1847-58-1[rn]"}|>, "3044" -> <|"DatabaseID" -> "SW01920", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 571004]}, "IsomericSmiles" -> "C([C@H]([C@H]([C@@H]([C@@H](CBr)O)O)O)O)Br", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02020"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mitobronitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656655]}, "Synonyms" -> {"mitobronitol", "dibromomannitol", "myebrol", "105-76-0[rn]", "dbm", "st075185", "202-973-9[einecs]", "1,6-dibromo-1,6-dideoxymannitol", "1,6-dideoxy-1,6-dibromo-d-mannitol", "mielobromol", "3-01-00-02373", "1", "101-76-8[rn]", "dibromannit", "488-41-5[rn]", "1,6-dibromo-1,6-dideoxy-d-mannitol", "dsstox_cid_2918", "mitobronitol[wiki]", "dbm (van)", "dibromannitol", "dsstox_rid_76788", "mannitol 1,6-dibromo-1,6-dideoxy- d-", "207-676-8[einecs]", "203-328-4[einecs]", "ncgc00091099-02", "myelobromol", "(2s,3s,4s,5s)-1,6-dibromohexane-2,3,4,5-tetraol", "d-mannitol 1,6-dibromo-1,6-dideoxy-"}|>, "3045" -> <|"DatabaseID" -> "SW01921", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941417]}, "IsomericSmiles" -> "C/C=C/1\\[C@@H]2[C@]3(C=C[C@@H]4[C@H]3[C@H](O2)O[C@H]([C@@H]4C(=O)OC)O)OC1=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allamandin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436806]}, "Synonyms" -> {"allamandin", "51820-82-7[rn]", "methyl (3e,3ar,4ar,6r,7r,7ar,9ar,9br)-3-ethylidene-6-hydroxy-2-oxo-3,3a,6,7,7a,9b-hexahydro-2h,4ah-1,4,5-trioxadicyclopenta[a,hi]indene-7-carboxylate", "nsc 251690", "2h,6h-1,4,5-trioxadicyclopent[a,hi]indene-7-carboxylicacid 3-ethylidene-3,3a,4a,7,7a,9b-hexahydro-6-hydroxy-2-oxo-,methyl ester (3e,3ar,4ar,6r,7r,7ar,9ar,9br)-", "methyl (1r,4r,5r,6r,8r,10r,11e,14r)-11-ethylidene-6-hydroxy-12-oxo-7,9,13-trioxatetracyclo[6.5.1.01,10.04,14]tetradec-2-ene-5-carboxylate", "51820-82-7", "2h", "chembl519742"}|>, "3046" -> <|"DatabaseID" -> "SW01922", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "44445"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4339]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04743"]}, "IsomericSmiles" -> "CS(=O)(=O)Nc1ccc(cc1Oc2ccccc2)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01049"]}, "OfficialNames" -> <|"China Approved Name" -> "nimesulide", "Indian Approved Name" -> "nimesulide"|>, "PharmGKBID" -> "PA137179528", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4495]}, "Synonyms" -> {"nimesulide", "aulin", "sulidene", "guaxan", "flogovital", "nimed", "mesulid", "antifloxil", "51803-78-2", "methanesulfonanilide 4'-nitro-2'-phenoxy-", "n-(4-nitro-2-phenoxy-phenyl)methanesulfonamide", "redaflam", "eskaflam", "methanesulfonamide n-(4-nitro-2-phenoxyphenyl)-", "c012655", "nimesulidum[latin]", "(methylsulfonyl)(4-nitro-2-phenoxyphenyl)amine", "orthobid", "51803-78-2[rn]", "[51803-78-2]", "nimepast", "2421175[beilstein]", "nimesulida[spanish][inn]", "talalactoferrin alfa", "nimesulide [ban:inn][inn]", "ec 3.4.21.-", "nimesulide[wiki]", "toxic solid organic n.o.s. (nimesulide)", "lactoferrin", "lactotransferrin precursor", "aldoron", "4'-nitro-2'-phenoxymethansulfonanilid", "nexen", "methanesulfonamide n-(4-nitro-2-phenoxyphenyl)- (9ci)", "nim", "4-nitro-2-phenoxymethanesulfonanilide", "4'-nitro-2'-phenoxymethanesulfonanilide", "4-nitro-2-phenoxy-methanesulfonanilide", "257-431-4[einecs]", "n-(4-nitro-2-phenoxyphenyl)methanesulfonamide", "nimedex", "nisulid", "502-55-6[rn]", "207-944-4[einecs]", "cas-51803-78-2", "n-(4-nitro-2-phenoxyphenyl)methanesulfonamide[acd/iupac name]", "nimesil"}|>, "3047" -> <|"DatabaseID" -> "SW01923", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10746368]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01382"]}, "IsomericSmiles" -> "COCCOc1cnc(nc1)[N-]S(=O)(=O)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01356"]}, "OfficialNames" -> <|"NPC Approved Name" -> "glymidine sodium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23672378]}, "Synonyms" -> {"glymidine sodium", "glymidine sodium (jan/usan/inn)", "benzenesulfonamide n-(5-(2-methoxyethoxy)-2-pyrimidinyl)- sodium salt", "222-399-2[einecs]", "glidiazine", "n-(5-(2-methoxyethoxy)-2-pyrimidinyl)benzenesulfonamide sodiumsalt", "sulfonylurea receptor 1", "3459-20-9[rn]", "d01356", "glycodiazine", "glymidine", "chembl2103771"}|>, "3048" -> <|"DatabaseID" -> "SW01924", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4332]}, "IsomericSmiles" -> "Cc1c(c(=O)n(n1C)c2ccccc2)NC(=O)c3cccnc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01437"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nifenazone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4487]}, "Synonyms" -> {"nifenazone", "nicophezon", "nicophesone", "nicoreumal", "nicotazone", "nicazane", "nicodone", "phenicazone", "niapyrin", "nicofesone", "n-(2,3-dimethyl-5-oxo-1-phenyl-3-pyrazolin-4-yl)nicotinamid", "4-(nicotinamido)antipyrine", "nicotinamide n-(2,3-dimethyl-5-oxo-1-phenyl-3-pyrazolin-4-yl)-", "n-(2,3-dimethyl-5-oxo-1-phenyl(3-pyrazolin-4-yl))-3-pyridylcarboxamide", "2139-47-1[rn]", "nicoron", "1,5-dimethyl-4-nicotinamido-2-phenyl-3-pyrazolone", "n-nicotinoylaminoantipyrine", "n-(1,5-dimethyl-3-oxo-2-phenyl-2,3-dihydro-1h-pyrazol-4-yl)nicotinamide[acd/iupac name]", "n-antipyrinylnicotinamide", "nicopyron", "reupiron", "2,3-dimethyl-4-nicotinamido-1-phenyl-3-pyrazolin-5-on", "4-(3-pyridinecarboxamido)-2,3-dimethyl-1-phenyl-5-pyrazolone", "n-(1,5-dimethyl-3-oxo-2-phenyl-2,3-dihydro-1h-pyrazol-4-yl)-nicotinamide", "nikofezon", "n -antipyrinylnicotinamide; nicotinoylaminophenazone;thylin", "nicotinic acid amidophenyldimethylpyrazolone", "n-(2,3-dihydro-1,5-dimethyl-3-oxo-2-phenyl-1h-pyrazol-4-yl)-3-pyridinecarboxamide", "5-25-14-00153 (beilstein handbook reference)[beilstein]", "4-nicotinoylamido-1-phenyl-2,3-dimethyl-5-pyrazolone", "thylin", "3-pyridinecarboxamide n-(2,3-dihydro-1,5-dimethyl-3-oxo-2-phenyl-1h-pyrazol-4-yl)-[acd/index name]", "4-nicotinamido-1,5-dimethyl-2-phenyl-3-pyrazolone", "n3-(1,5-dimethyl-3-oxo-2-phenyl-2,3-dihydro-1h-pyrazol-4-yl)nicotinamide", "4-(nicotinoylamino)antipyrine", "nifenazonum[latin]", "2,3-dimethyl-1-phenyl-4-(3-pyridinecarboxamido)-5-pyrazolone", "4-(n-nicotinoylamino)-1-phenyl-2,3-dimethyl-5-pyrazolone", "nicotinoylaminoantipyrine", "nicotinsaeureamidophenyldimethylpyrazolons[german]", "n -antipyrinylnicotinamide;", "nicotinic acid 4-antipyrilamide", "nicozone", "nicotinamide n-antipyrinyl-", "cas-2139-47-1", "2,3-dimethyl-4-nicotinamido-1-phenyl-5-pyrazolone", "218-387-1[einecs]", "nifenazone [ban:inn][inn]", "4-nicotinamido-2-phenyl-1,5-dimethyl-3-pyrazolone", "n-(1,5-dimethyl-3-oxo-2-phenyl-2,3-dihydro-1h-pyrazol-4-yl)pyridine-3-carboxamide", "n-(2,3-dihydro-1,5-dimethyl-3-oxo-2-phenyl-1h-pyrazol-4-yl)-3-pyridinecarboxamide(9ci)", "nifenazona[spanish][inn]", "nicodon", "nifenazon", "n-(1,5-dimethyl-3-oxo-2-phenyl-2,3-dihydro-1h-pyrazol-4-yl)nicotinamid[german][acd/iupac name]", "nikodon", "anicotinoylantipyrine"}|>, "3049" -> <|"DatabaseID" -> "SW01925", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21112481]}, "IsomericSmiles" -> "C[C@H]([C@@H](C(=O)[O-])NC(=O)OCc1ccccc1)OC(C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "theronine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15601090]}, "Synonyms" -> {"z-thr(tbu)-oh.dcha", "z-thr(tbu)-oh dcha", "z-thr(tbu)-oh dicyclohexylamine salt", "100157-55-9[rn]", "n-[(benzyloxy)carbonyl]-o-(2-methyl-2-propanyl)-l-threonine - n-cyclohexylcyclohexanamine(1:1)", "16966-07-7[rn]", "16966-07-7", "molport-003-939-918", "n-[(benzyloxy)carbonyl]-o-tert-butyl-l-threonine - n-cyclohexylcyclohexanamine (1:1)", "l-threonine o-(1,1-dimethylethyl)-n-[(phenylmethoxy)carbonyl]- compd.with n-cyclohexylcyclohexanamine (1:1)", "n-[(benzyloxy)carbonyl]-o-tert-butyl-d-allothreonine -n-cyclohexylcyclohexanamine (1:1)", "n-z-o-tert-butyl-l-threonine dicyclohexylamine salt", "pubchem18369", "einecs 241-040-0", "o-(1,1-dimethylethyl)-n-[(phenylmethoxy)carbonyl]-l-theronine", "tl8006220", "96040_fluka", "96040_aldrich", "o-(1", "z-d-allo-thr(tbu)-oh dcha", "z-thr(tbu)-oh (dicyclohexylammonium) salt", "(2s,3r)-2-{[(benzyloxy)carbonyl]amino}-3-[(2-methyl-2-propanyl)oxy]butanoic acid- n-cyclohexylcyclohexanamine (1:1)"}|>, "3050" -> <|"DatabaseID" -> "SW01926", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8533366]}, "IsomericSmiles" -> "Cc1ncc(c(n1)N)CN(C=O)/C(=C\\2/CCOC(=O)S2)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09805"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cycotiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10357917]}, "Synonyms" -> {"cycotiamine", "chembl2106586", "formamide n-((4-amino-2-methyl-5-pyrimidinyl)methyl)-n-(1-(2-oxo-1,3-oxathian-4-ylidene)ethyl)-,", "cct", "n-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-n-[1-(2-oxo-1,3-oxathian-4-ylidene)ethyl]formamide", "cycotiamine (jan/inn)", "commetamin", "carbothiamine", "n-[(4-amino-2-methylpyrimidin-5-yl)methyl]-n-[(1z)-1-(2-oxo-1,3-oxathian-4-ylidene)ethyl]formamide", "d09805", "cometamine", "n-(1-(2-oxo-1,3-oxathian-4-ylidene)ethyl)-n-((4-amino-2-methyl-5-pyrimidinyl)methyl)formamide", "6092-18-8[rn]", "cycothiamin", "cyclocarbothiamine", "formamide n-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-n-[(1z)-1-(2-oxo-1,3-oxathian-4-ylidene)ethyl]-"}|>, "3051" -> <|"DatabaseID" -> "SW01927", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20004450]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@H](CC=C1[C@H](C[C@H](C)O)OC(=O)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-xanthanol"|>, "Synonyms" -> {"8-epi-isoxanthanol", "ivalbin acetate"}|>, "3052" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3053" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3054" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3055" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3056" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3057" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3058" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3059" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3060" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3061" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3062" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3063" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3064" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3065" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3066" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3067" -> <|"DatabaseID" -> "SW01928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33599]}, "IsomericSmiles" -> "CC1C(C2C(CC(=C1CCCOC(=O)C)C)OC(=O)C2=C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inulicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36564]}, "Synonyms" -> {"inulicin", "molport-010-969-189", "ls-55991", "33627-41-7", "3-(4-hydroxy-5", "5-18-03-00024 (beilstein handbook reference)[beilstein]", "ac1l1w0c", "5-18-03-00024 (beilstein handbook reference)", "2h-cyclohepta(b)furan-2-one", "2h-cyclohepta(b)furan-2-one 3,3a,4,5,8,8a-hexahydro-4-hydroxy-6-(3-hydroxypropy", "33627-41-7[rn]", "brn 1292533"}|>, "3068" -> <|"DatabaseID" -> "SW01929", "IsomericSmiles" -> "CC(C)C[C@H](C(=O)[O-])NC(=O)[C@H]([C@@H](Cc1ccccc1)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00087"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ubenimex"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60196274]}, "Synonyms" -> {"bestatin", "tox21_111217", "ncgc00093685-01", "ubenimex hydrochloride", "dsstox_gsid_45759", "cas-65391-42-6", "dsstox_cid_25759", "ubenimex", "dsstox_rid_81102"}|>, "3069" -> <|"DatabaseID" -> "SW01930", "IsomericSmiles" -> "c1c(cn(n1)[C@H](CC#N)C2CCCC2)c3c4c(ncn3)NCC4", "OfficialNames" -> <|"Indian Approved Name" -> "d-panthanol;d-panthotenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673384]}, "Synonyms" -> {"surecn12147545"}|>, "3070" -> <|"DatabaseID" -> "SW01931", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2373]}, "IsomericSmiles" -> "COc1cc(c(c(c1)OC)C(=O)CCC[NH+]2CCCC2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07176"]}, "OfficialNames" -> <|"China Approved Name" -> "buflomedil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2467]}, "Synonyms" -> {"buflomedil", "2',4',6'-trimethoxy-4-(1-pyrrolidinyl)butyrophenone", "4-(1-pyrrolidinyl)-1-(2", "buflomedil[wiki][inn][ban]", "4-pyrrolidin-1-yl-1-(2,4,6-trimethoxy-phenyl)-butan-1-one", "st51014921", "1-butanone 4-(1-pyrrolidinyl)-1-(2,4,6-trimethoxyphenyl)-", "4-(1-pyrrolidinyl)-1-(2,4,6-trimethoxyphenyl)-1-butanone[acd/iupac name]", "einecs 259-851-3", "blufomedil", "55837-25-7[rn]", "4-pyrrolidin-1-yl-1-[2,4,6-tris(methyloxy)phenyl]butan-1-one", "buflomedilum [inn-latin]", "4-(pyrrolidin-1-yl)-1-(2,4,6-trimethoxyphenyl)butan-1-on", "buflomedil[portuguese]", "4-pyrrolidin-1-yl-1-(2,4,6-trimethoxyphenyl)butan-1-one", "buflomedilum[latin]", "bufomedil", "(2", "4-(pyrrolidin-1-yl)-1-(2,4,6-trimethoxyphenyl)butan-1-one", "tl8003639", "1-butanone", "(2,4,6-trimethoxyphenyl) (3-pyrrolidinopropyl) ketone", "259-851-3[einecs]", "55837-25-7", "4-pyrrolidinyl-1-(2,4,6-trimethoxyphenyl)butan-1-one"}|>, "3071" -> <|"DatabaseID" -> "SW01932", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25877]}, "IsomericSmiles" -> "CC[C@]12C=CC3=C4CCC(=O)C=C4CC[C@H]3[C@@H]1CC[C@]2(C#C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04317"]}, "OfficialNames" -> <|"China Approved Name" -> "gestrinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27812]}, "Synonyms" -> {"dimetriose", "ethylnorgestrienone", "gestrinone", "gestrigone", "nemestran", "tridomose", "dimetrose", "40542-65-2[rn]", "gestrinone[wiki]", "gestrinone [usan:ban:inn][inn][usan]", "(17a)-13-ethyl-17-hydroxy-18,19-dinorpregna-4,9,11-trien-20-yn-3-one", "gestrinona [inn-spanish]", "gestrinonum[latin]", "gestrinona", "(8s,13s,14s,17r)-13-ethyl-17-ethynyl-17-hydroxy-1,2,6,7,8,13,14,15,16,17-decahydro-3h-cyclopenta[a]phenanthren-3-one(non-preferred name)[acd/iupac name]", "gestrinona[spanish][inn]", "13b-ethyl-17a-ethynyl-d4,9,11-gonatriene-17b-ol-3-one", "16320-04-0[rn]", "gestrinonum [inn-latin]", "(10s,11s,15s,14r)-15-ethyl-14-ethynyl-14-hydroxytetracyclo[8.7.0.0<2,7>.0<11,15>]heptadeca-1,6,16-trien-5-one", "13b-ethyl-17a-ethynyl-17b-hydroxy-4,9,11-gonatrien-3-one"}|>, "3072" -> <|"DatabaseID" -> "SW01933", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59256"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54668]}, "IsomericSmiles" -> "CC(C)[NH2+]C[C@@H](COc1ccc(cc1)CCOCC2CC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04710"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LEVOBETAXOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60656]}, "Synonyms" -> {"levobetaxolol hydrochloride", "betaxon", "al 1577a", "(s)-betataxolol hydrochloride", "116209-55-3[rn]", "2-propanol 1-(4-(2-(cyclopropylmethoxy)ethyl)phenoxy)-3-((1-methylethyl)amino)-,hydrochloride (2s)-", "levobetaxolol hydrochloride [usan]", "levobetaxolol hcl", "c18h29no3.hcl", "(2s)-1-(4-(2-(cyclopropylmethoxy)ethyl)phenoxy)-3-((1-methylethyl)amino)-2-propanol hydrochloride", "levobetaxolol hydrochloride (usan)", "chebi:59256", "2-propanol", "al-1577a", "levobetaxolol[wiki][inn]"}|>, "3073" -> <|"DatabaseID" -> "SW01934", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "643228"], ExternalIdentifier["ChEBIID", "3082"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 97073]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00195"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccc(cc1)CCOCC2CC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00598"]}, "OfficialNames" -> <|"Indian Approved Name" -> "betaxolol hcl", "FDA Approved Drug" -> "BETAXOLOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448611", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 107952], ExternalIdentifier["PubChemCompoundID", 2369]}, "Synonyms" -> {"kerlone", "betoptic", "betaxolol hcl", "betoptic s", "betaxolol hydrochloride", "betoptima", "betaxolol", "alo 1401-02", "betaxolo hydrochloride", "betazolol", "betaxololum [inn-latin]", "72424-72-7[rn]", "2-propanol 1-[4-[2-(cyclopropylmethoxy)ethyl]phenoxy]-3-[(1-methylethyl)amino]-,hydrochloride (1:1)", "lokren ,kerlone ;betoptic", "kerlone (tn)", "264-384-3[einecs]", "betaxolol hydrochloride (betoptic)", "1-(4-(2-(cyclopropylmethoxy)ethyl)phenoxy)-3-isopropylaminopropan-2-ol hydrochloride", "1-{4-[2-(cyclopropylmethoxy)ethyl]phenoxy}-3-(isopropylamino)propan-2-olhydrochloride (1:1)", "1-[4-[2-(cyclopropylmethoxy)ethyl]phenoxy]-3-(propan-2-ylamino)propan-2-ol hydrochloride", "betaxolol[wiki]", "116209-55-3[rn]", "betaxon", "[63659-19-8]", "betaxalol hydrochloride", "sl-75212-10", "kerlong", "1-{4-[2-(cyclopropylmethoxy)ethyl]phenoxy}-3-(isopropylamino)-2-propanolhydrochloride (1:1)[acd/iupac name]", "1-[4-[2-(cyclopropylmethoxy)ethyl]phenoxy]-3-(propan-2-ylamino)-2-propanol hydrochloride", "betaxololhydrochloride", "1-(isopropylamino)-3-(4-(2-(cyclopropylmethoxy)ethyl)phenoxy)propan-2-olhydrochloride", "betaxolol hydrochloride (jan/usp)[usp][jan]", "1-{4-[2-(cyclopropylmethoxy)ethyl]phenoxy}-3-[(1-methylethyl)amino]propan-2-ol hydrochloride", "beta-2 adrenoceptor", "sl 75 212-10", "alo-1401-02", "kerlon[wiki]", "1-{4-[2-(cyclopropylmethoxy)ethyl]phenoxy}-3-(propan-2-ylamino)propan-2-ol hydrochloride (1:1)", "1-[4-[2-(cyclopropylmethoxy)ethyl]phenoxy]-3-isopropylamino-2-propanol hydrochloride", "2-propanol 1-[4-[2-(cyclopropylmethoxy)ethyl]phenoxy]-3-[(1-methylethyl)amino]-,hydrochloride", "63659-19-8[rn]", "beta-2 adrenoreceptor", "1-{4-[2-(cyclopropylmethoxy)ethyl]phenoxy}-3-[(1-methylethyl)amino]propan-2-olhydrochlorid", "1-(isopropylamino)-3-[4-[2-(cyclopropylmethoxy)ethyl]phenoxy]propan-2-olhydrochloride", "kerlon", "63659-19-8", "lokren ,kerlone", "einecs 264-384-3", "63659-18-7", "betaxolol (tn)", "betaxololum", "chebi:3082", "betaxolol [inn:ban]"}|>, "3074" -> <|"DatabaseID" -> "SW01934", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "643228"], ExternalIdentifier["ChEBIID", "3082"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 97073]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00195"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccc(cc1)CCOCC2CC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00598"]}, "OfficialNames" -> <|"Indian Approved Name" -> "betaxolol hcl", "FDA Approved Drug" -> "BETAXOLOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448611", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 107952], ExternalIdentifier["PubChemCompoundID", 2369]}, "Synonyms" -> {"kerlone", "betoptic", "betaxolol hcl", "betoptic s", "betaxolol hydrochloride", "betoptima", "betaxolol", "alo 1401-02", "betaxolo hydrochloride", "betazolol", "betaxololum [inn-latin]", "72424-72-7[rn]", "2-propanol 1-[4-[2-(cyclopropylmethoxy)ethyl]phenoxy]-3-[(1-methylethyl)amino]-,hydrochloride (1:1)", "lokren ,kerlone ;betoptic", "kerlone (tn)", "264-384-3[einecs]", "betaxolol hydrochloride (betoptic)", "1-(4-(2-(cyclopropylmethoxy)ethyl)phenoxy)-3-isopropylaminopropan-2-ol hydrochloride", "1-{4-[2-(cyclopropylmethoxy)ethyl]phenoxy}-3-(isopropylamino)propan-2-olhydrochloride (1:1)", "1-[4-[2-(cyclopropylmethoxy)ethyl]phenoxy]-3-(propan-2-ylamino)propan-2-ol hydrochloride", "betaxolol[wiki]", "116209-55-3[rn]", "betaxon", "[63659-19-8]", "betaxalol hydrochloride", "sl-75212-10", "kerlong", "1-{4-[2-(cyclopropylmethoxy)ethyl]phenoxy}-3-(isopropylamino)-2-propanolhydrochloride (1:1)[acd/iupac name]", "1-[4-[2-(cyclopropylmethoxy)ethyl]phenoxy]-3-(propan-2-ylamino)-2-propanol hydrochloride", "betaxololhydrochloride", "1-(isopropylamino)-3-(4-(2-(cyclopropylmethoxy)ethyl)phenoxy)propan-2-olhydrochloride", "betaxolol hydrochloride (jan/usp)[usp][jan]", "1-{4-[2-(cyclopropylmethoxy)ethyl]phenoxy}-3-[(1-methylethyl)amino]propan-2-ol hydrochloride", "beta-2 adrenoceptor", "sl 75 212-10", "alo-1401-02", "kerlon[wiki]", "1-{4-[2-(cyclopropylmethoxy)ethyl]phenoxy}-3-(propan-2-ylamino)propan-2-ol hydrochloride (1:1)", "1-[4-[2-(cyclopropylmethoxy)ethyl]phenoxy]-3-isopropylamino-2-propanol hydrochloride", "2-propanol 1-[4-[2-(cyclopropylmethoxy)ethyl]phenoxy]-3-[(1-methylethyl)amino]-,hydrochloride", "63659-19-8[rn]", "beta-2 adrenoreceptor", "1-{4-[2-(cyclopropylmethoxy)ethyl]phenoxy}-3-[(1-methylethyl)amino]propan-2-olhydrochlorid", "1-(isopropylamino)-3-[4-[2-(cyclopropylmethoxy)ethyl]phenoxy]propan-2-olhydrochloride", "kerlon", "63659-19-8", "lokren ,kerlone", "einecs 264-384-3", "63659-18-7", "betaxolol (tn)", "betaxololum", "chebi:3082", "betaxolol [inn:ban]"}|>, "3075" -> <|"DatabaseID" -> "SW01936", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63115"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 97087]}, "IsomericSmiles" -> "CCCCCCCCc1ccc(cc1)CCC(CO)(CO)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04187"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FINGOLIMOD"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 107970]}, "Synonyms" -> {"fingolimod", "gilenya", "2-amino-2-[2-(4-octylphenyl)ethyl]propane-1,3-diol", "2-amino-2-(4-octylphenethyl)propane-1,3-diol", "chembl314854", "1,3-propanediol 2-amino-2-[2-(4-octylphenyl)ethyl]-", "fingolimod hydrochloride", "2-amino-2-(4-octylphenethyl)propane-1", "2-amino-2-[2-(4-octyl-phenyl)-ethyl]-propane-1,3-diol", "162359-55-9", "chebi:244940", "fty720", "unii-3qn8byn5qf", "2-amino-2-[2-(4-octylphenyl)ethyl]-1,3-propanediol[acd/iupac name]", "2-amino-2-[2-(4-octylphenyl)ethyl]-1,3-propandiol", "ls-187221", "fingolimod hcl", "ac1l332w", "2-amino-2-(4-octylphenyl)ethylpropane-1,3-diol", "162359-55-9[rn]", "fingolimod [inn_en]", "162359-56-0[rn]", "2-amino-2-[2-(4-octylphenyl)ethyl]propane-1", "gilenya (tn)", "2-(4-octylphenethyl)-2-aminopropane-1,3-diol"}|>, "3076" -> <|"DatabaseID" -> "SW01937", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 36899]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "?"]}, "IsomericSmiles" -> "C#CCN1c2ccc(cc2C(=NCC1=O)c3ccccc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07314"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Pinazepam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 40391]}, "Synonyms" -> {"pinazepam", "pinazepam[wiki][inn]", "7-chloro-1-propargyl-5-phenyl-3h-1,4-benzodiazepin-2(1h)-one", "einecs 257-934-9", "5-24-04-00304 (beilstein handbook reference)[beilstein]", "2h-1,4-benzodiazepin-2-one,7-chloro-1,3-dihydro-5-phenyl-1-(2-propyn-1-yl)-", "2h-1,4-benzodiazepin-2-one,1,3-dihydro-7-chloro-5-phenyl-1-(2-propynyl)-", "pinazepamum[latin]", "zami 905", "7-chloro-1,3-dihydro-5-phenyl-1-(2-propynyl)-2h-1,4-benzodiazepin-2-one", "dea no. 2883", "7-chloro-1-propargyl-5-phenyl-2h-1,4-benzodiazepin-2-one", "2h-1,4-benzodiazepin-2-one,7-chloro-1,3-dihydro-5-phenyl-1-(2-propynyl)-", "5-24-04-00304", "7-chloro-5-phenyl-1-(prop-2-yn-1-yl)-1,3-dihydro-2h-1,4-benzodiazepin-2-one", "7-chloro-2,3-dihydro-5-phenyl-1-propargyl-1h-1,4-benzodiazepin-2-one", "52463-83-9[rn]", "pinazepamum [inn-latin]", "domar", "brn 0758533", "z-905", "pinazepam (inn)", "257-934-9[einecs]", "7-chloro-5-phenyl-1-prop-2-yn-1-yl-1,3-dihydro-2h-1,4-benzodiazepin-2-one", "2h-1", "domar[wiki]", "pinazepam [inn]"}|>, "3077" -> <|"DatabaseID" -> "SW01938", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2611"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2034]}, "IsomericSmiles" -> "Cc1nnc2n1-c3ccc(cc3C(=NC2)c4ccccc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00225"]}, "OfficialNames" -> <|"China Approved Name" -> "alprazolam", "Indian Approved Name" -> "alprazolam", "US Illegal/Scheduled Drug (Schedule 4)" -> "Alprazolam", "Australia Approved Name" -> "ALPRAZOLAM", "FDA Approved Drug" -> "ALPRAZOLAM"|>, "PharmGKBID" -> "PA448333", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2118]}, "Synonyms" -> {"cassadan", "intensol", "alpronax", "alprazolam", "tranquinal", "trankimazin", "xanax", "esparon", "d000525", "8-chloro-1-methyl-6-phenyl-4h-s-triazolo(4,3-a)(1,4)benzodiazepine", "alprazolam[wiki]", "alplax", "panistat", "solanax", "d 65mt", "restyl", "4h-s-triazolo(4,3-a)(1,4)benzodiazepine 8-chloro-1-methyl-6-phenyl-", "xanax xr", "pharnax", "tafil", "bestrol", "12-chloro-3-methyl-9-phenyl-2,4,5,8-tetraazatricyclo[8.4.0.02,6]tetradeca-1(10),3,5,8,11,13-hexaene", "zolarem", "zanapam", "alzam", "frontal", "ralozam", "mialin", "8-chloro-1-methyl-6-phenyl-4h-[1,2,4]triazolo[4,3-a][1,4]benzodiazepine[acd/iupac name]", "unilan", "xanor", "8-chloro-1-methyl-6-phenyl-4h-benzo[f][1,2,4]triazolo[4,3-a][1,4]diazepine", "nu-alpraz", "d-65mt", "apoalpraz", "tus-1", "apo-alpraz", "constan", "alprazolan", "zotran", "8-chloro-1-methyl-6-phenyl-4h-s-triazolo[4,3-a][1,4]benzodiazepine", "alcelam", "relaxol", "algad", "4h-(1,2,4)triazolo(4,3-a)(1,4)benzodiazepine,8-chloro-1-methyl-6-phenyl-", "d65mt", "alzolam", "4h-[1,2,4]triazolo[4,3-a][1,4]benzodiazepine,8-chloro-1-methyl-6-phenyl-", "prinox", "valeans", "novoalprazol", "u-31,889", "zenax", "alpaz", "nualpraz", "apo alpraz", "anpress", "helex", "alprazolam [usan:ban:inn:jan][inn][jan][usan]", "alprax", "azor", "prazolan", "zaxan", "51339-48-1[rn]", "novo alprazol", "249-349-2[einecs]", "zolan", "alprazolamum[latin][inn]", "8-chloro-1-methyl-6-phenyl-4h-1,2,4-triazolo(3,4-a)(1,4)benzodiazepine", "novo-alprazol", "alpram", "neurol", "tafil[wiki]", "zacetin", "tensivan", "panix", "u31,889", "28981-97-7[rn]", "kalma[wiki]", "xanax[wiki]", "8-chloro-1-methyl-6-phenyl-4h-2,3,5,10b-tetraaza-benzo[e]azulene", "anxyl", "sam001246696", "nu alpraz", "xanagis", "niravam", "alzon", "zoldac", "prazam", "zoldax", "tricalma", "ksalol", "8-chlor-1-methyl-6-phenyl-4h-[1,2,4]triazolo[4,3-a][1,4]benzodiazepin", "28981-97-7", "alprox"}|>, "3078" -> <|"DatabaseID" -> "SW01939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10155701]}, "IsomericSmiles" -> "c1cc(cc(c1)Cl)C(c2ccc3c(c2)[nH]cn3)n4ccnc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03781"]}, "OfficialNames" -> <|"NPC Approved Name" -> "liarozole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60652]}, "Synonyms" -> {"liazal", "liarozole fumarate", "r 75251", "liarozol [inn-spanish]", "r 61405", "liarozole [inn:ban]", "liarozolum [inn-latin]", "liarozole fumarate[usan]", "r-75251", "liarozole", "r-61405", "liazal (tn)"}|>, "3079" -> <|"DatabaseID" -> "SW01939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10155701]}, "IsomericSmiles" -> "c1cc(cc(c1)Cl)C(c2ccc3c(c2)[nH]cn3)n4ccnc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03781"]}, "OfficialNames" -> <|"NPC Approved Name" -> "liarozole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60652]}, "Synonyms" -> {"liazal", "liarozole fumarate", "r 75251", "liarozol [inn-spanish]", "r 61405", "liarozole [inn:ban]", "liarozolum [inn-latin]", "liarozole fumarate[usan]", "r-75251", "liarozole", "r-61405", "liazal (tn)"}|>, "3080" -> <|"DatabaseID" -> "SW01940", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534845]}, "IsomericSmiles" -> "CC1(C=Cc2c(cc(c3c2oc(=O)c4c3cccc4[O-])O)O1)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sarolactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5388708]}, "Synonyms" -> {"sarolactone", "ac1ntuft", "nsc-638204", "7", "nsc638204"}|>, "3081" -> <|"DatabaseID" -> "SW01941", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32161"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5132]}, "IsomericSmiles" -> "COc1cc(nc(n1)OC)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01142"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sulfadimethoxine"|>, "PharmGKBID" -> "PA165958357", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5323]}, "Synonyms" -> {"agribon", "sulfadimetoxin", "sulfadimethoxine", "deposul", "abcid", "sulfadimethoxin", "sulfadimethoxydiazine", "albon", "6-sulfanilamido-2,4-dimethoxypyrimidine", "neostrepal", "radonin", "rofenaid", "4-azanyl-n-(2,6-dimethoxypyrimidin-4-yl)benzenesulfonamide", "roscosulf", "[(4-aminophenyl)sulfonyl](2,6-dimethoxypyrimidin-4-yl)amine", "t6n cnj bo1 do1 fmswr dz[wln]", "madroxin", "dinosol", "madriqid", "sulfastop", "sulxin", "agribon (tn)", "memcozine", "122-11-2[rn]", "sulphadimethoxine", "4-amino-n-(2,6-dimethoxypyrimidin-4-yl)benzenesulfonamide[acd/iupac name]", "arnosulfan", "sulfoplan", "fuxal", "diasulfa", "sulfadimethoxinum; sulfadimetoxina", "bactrovet", "-n-((2,6-dimethoxy-4-pyrimidinyl)sulfanilamide (8ci)", "4-amino-n-(2,6-dimethoxy-4-pyrimidinyl)benzenesulfonamide[acd/iupac name]", "4-amino-n-(2,6-dimethoxy-4-pyrimidinyl)benzolsulfonamid[german]", "dimetazina", "2,6-dimethoxy-4-(p-aminobenzenesulfonamido)pyrimidine", "sulfanilamide n(sup 1)-(2,6-dimethoxy-4-pyrimidinyl)-", "c12h14n4o4s", "theracanzan", "madroxine", "sulfadimetoxina[spanish][inn]", "4-amino-n-[2,6-bis(methyloxy)pyrimidin-4-yl]benzenesulfonamide", "solfadimetossina [dcit]", "benzenesulfonamide 4-amino-n-(2,6-dimethoxy-4-pyrimidinyl)-[acd/index name]", "sulfadimetossina[italian]", "persulfen", "4-amino-n-(2,6-dimethoxypyrimidin-4-yl)benzene-1-sulfonamide", "scandisil", "madrigid", "n1-(2,6-dimethoxy-4-pyrimidinyl)sulfanilamide", "122-11-2", "73068-02-7[rn]", "omnibon", "redifal", "5-25-13-00290 (beilstein handbook reference)[beilstein]", "sudine", "dorisul", "diasulfyl", "1037-50-9[rn]", "maxulvet", "204-523-7[einecs]", "306856[beilstein]", "symbio", "sulfadimethoxine[inn][jan]", "sulfasol", "sulfadimethoxinum[latin]", "n(sup 1)-(2,6-dimethoxy-4-pyrimidinyl)sulfanilamide", "2,6-dimethoxy-4-sulfanilamidopyrimidine", "di-methox albon", "sulphadimethoxine[ban]", "4-amino-n-(2,6-dimethoxy-pyrimidin-4-yl)-benzenesulfonamide", "abcid (tn)", "sulfdimethoxine", "dimex", "2,4-dimethoxy-6-sulfanilamido-1,3-diazine", "sulfadimetoxina", "primor", "madribon", "di-methox", "metoxidon", "n(1)-(2,6-dimethoxy-4-pyrimidinyl)sulfanilamide"}|>, "3082" -> <|"DatabaseID" -> "SW01942", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9329"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16218], ExternalIdentifier["ChemSpiderID", 58868]}, "IsomericSmiles" -> "COc1c(ncnc1OC)[N-]S(=O)(=O)c2ccc(cc2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00580"], ExternalIdentifier["KEGGID", "D02448"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sulphadoxine;sulphadoxine+pyrimethamine", "WHO Essential Medicine" -> "sulfadoxine", "Australia Approved Name" -> "SULFADOXINE", "FDA Approved Drug" -> "SULFADOXINE"|>, "PharmGKBID" -> "PA451540", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17134], ExternalIdentifier["PubChemCompoundID", 65404]}, "Synonyms" -> {"sulfadoxine", "sulforthomidine", "sulphadoxine", "fansidar", "fanasil", "sulphormethoxine", "suldox", "pyrimethamine combination with sulfadoxine", "pyrimethamine-sulfadoxine", "sulfadoxine/pyrimethamine", "fansidar (tn)", "4-sulfanilamido-5,6-dimethoxypyrimidine", "sulfadoxina[spanish][inn]", "solfadossina", "625453[beilstein]", "6-(4-aminobenzenesulfonamido)-4,5-dimethoxypyrimidine", "orthosulfin", "ro-4-4393", "sulfadoxina", "sulfadoxinum[latin]", "n1-(5,6-dimethoxy-4-pyrimidinyl)sulfanilamide", "n'-(5,6-dimethoxy-4-pyrimidinyl)sulfanilamide", "sanasil: sulfadoxine: sulformetoxin", "2447-57-6[rn]", "4-amino-n-[5,6-bis(methyloxy)pyrimidin-4-yl]benzenesulfonamide", "sulformetoxine", "solfadossina [dcit]", "2247-57-6[rn]", "borgal", "5-25-13-00306", "benzenesulfonamide 4-amino-n-(5,6-dimethoxy-4-p", "4-amino-n-(5,6-dimethoxy-4-pyrimidinyl)benzenesulfonamide[acd/iupac name]", "ro 4-4393", "sulfadoxin", "sulforthamidine", "4-amino-n-(5,6-dimethoxypyrimidin-4-yl)benzenesulfonamide", "fanzil", "n'-(5,6-dimethoxy-4-pyrimidyl)sulfanilamide", "sulfadoxinum", "5-25-13-00306 (beilstein handbook reference)[beilstein]", "4-amino-n-(5,6-dimethoxypyrimidin-4-yl)benzolsulfonamid", "sulformethoxine", "219-504-9[einecs]", "sulfadoxine [usan:ban:inn:jan][inn][jan][usan]", "4-amino-n-(5,6-dimethoxy-4-pyrimidinyl)benzenesulfonamide; 4-sulfanilamido-5,6-dimethoxypyrimidine;6-(4-aminobenzenesulfonamide)-4,5-dimethoxypyrimidine; sulforthomidine;sulformethoxine", "39295-60-8[rn]", "benzenesulfonamide 4-amino-n-(5,6-dimethoxy-4-pyrimidinyl)-", "cas-2447-57-6", "sulphadoxine-pyrimethamine", "4-amino-n-(5,6-dimethoxy-4-pyrimidinyl)benzenesulfonamide - 5-(4-chlorophenyl)-6-ethyl-2,4-pyrimidinediamine(1:1)[acd/iupac name]", "sulfadoxine-pyrimethamine mixt.", "sulfadoxine / pyrimethamine", "pyrimethamine & sulfadoxine", "benzenesulfonamide 4-amino-n-(5,6-dimethoxy-4-pyrimidinyl)- compd. with 5-(4-chlorophenyl)-6-ethyl-2,4-pyrimidinediamine (1:1)", "4-amino-n-(5,6-dimethoxypyrimidin-4-yl)benzolsulfonamid--5-(4-chlorphenyl)-6-ethylpyrimidin-2,4-diamin(1:1)", "pyrimethamine-sulfadoxine mixt.", "4-amino-n-(5,6-dimethoxypyrimidin-4-yl)benzenesulfonamide - 5-(4-chlorophenyl)-6-ethylpyrimidine-2,4-diamine(1:1)", "benzenesulfonamide 4-amino-n-(5,6-dimethoxy-4-pyrimidinyl)- mixt. with5-(4-chlorophenyl)-6-ethyl-2,4-pyrimidinediamine", "benzenesulfonamide", "combination product of pyrimethamine and sulfadoxine", "37338-39-9"}|>, "3083" -> <|"DatabaseID" -> "SW01943", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5335]}, "IsomericSmiles" -> "CCOc1cc(c(cc1OCC)OCC)C(=O)CCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01365"]}, "OfficialNames" -> <|"China Approved Name" -> "trepibutone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5536]}, "Synonyms" -> {"supacal", "colibil", "aa149", "trepibutone", "trepibutonum [inn-latin]", "4-oxo-4-(2,4,5-triethoxyphenyl)butanoic acid[acd/iupac name]", "3-(2,4,5-triethoxybenzoyl)propionic acid", "trepibutone [inn:jan][inn][jan]", "triethoxybenzoylpropionate", "supacal (tn)", "2", "2,4,5-triethoxy-g-oxobenzenebutanoic acid", "choliatron", "aa 149", "trepibutone[wiki][jp15]", "trepibuton [inn-spanish]", "3-(2", "41826-92-0[rn]", "triamcinolone acetonide[wiki][jan]", "propionic acid 3-(2,4,5-triethoxybenzoyl)-", "trepibutonum[latin]", "76-25-5[rn]", "3-(2',4',5'-triethoxybenzoyl)propionic acid", "trepibuton[spanish][inn]"}|>, "3084" -> <|"DatabaseID" -> "SW01944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6410]}, "IsomericSmiles" -> "Cc1c(noc1N(C(=O)C)S(=O)(=O)c2ccc(cc2)N)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05956"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFISOXAZOLE ACETYL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6662]}, "Synonyms" -> {"lipo gantrisin", "sulfisoxazole acetyl", "acetyl sulfisoxazole", "acetylsulfafurazole", "acetamide", "gantrisin", "acetylsulfisoxazole", "n-[(4-aminophenyl)sulfonyl]-n-(3,4-dimethyl-1,2-oxazol-5-yl)acetamide[acd/iupac name]", "80-74-0[rn]", "n-[(4-aminophenyl)sulfonyl]-n-(3,4-dimethylisoxazol-5-yl)acetamide", "201-305-3[einecs]", "pediazole", "n1-acetyl-n1-(3,4-dimethyl-5-isoxazolyl)sulfanilamide", "einecs 201-305-3", "n-[(4-aminophenyl)sulfonyl]-n-(3,4-dimethyl-5-isoxazolyl)acetamide", "n-[(4-aminophenyl)sulfonyl]-n-(3,4-dimethylisoxazol-5-yl)acetamid", "acetamide n-[(4-aminophenyl)sulfonyl]-n-(3,4-dimethyl-5-isoxazolyl)-", "201-306-3", "n-3", "sulfisoxazole acetal", "n-3,4-dimethylisoxazol-5-yl-n-sulphanilylacetamide", "n1-monoacetyl sulfisoxazole", "n-(3,4-dimethyl-5-isoxazolyl)-n-sulfanilylacetamide", "gantrisin pediatric", "n-[(4-aminophenyl)sulfonyl]-n-(3,4-dimethyl-5- isoxazolyl)acetamide", "80-74-0", "acetamide n-((4-aminophenyl)sulfonyl)-n-(3,4-dimethyl-5-isoxazolyl)-"}|>, "3085" -> <|"DatabaseID" -> "SW01945", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14201635]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06766"]}, "IsomericSmiles" -> "C[NH+]1CCC(=C2c3ccccc3CCn4c2[nH+]cc4C=O)CC1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06552"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ALCAFTADINE"|>, "PharmGKBID" -> "PA165958399", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19371515]}, "Synonyms" -> {"alcaftadine", "lastacaft", "db06766", "lastacaft (tn)", "147084-10-4[rn]", "bcp0726000082", "11-(1-methylpiperidin-4-ylidene)-6,11-dihydro-5h-benzo[d]imidazo[1,2-a]azepine-3-carbaldehyde", "147084-10-4", "unii-7z8o94ecsx", "alcaftadine (usan/inn)", "chembl1201747", "bcp9000269"}|>, "3086" -> <|"DatabaseID" -> "SW01946", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "309594"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4472]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00892"]}, "IsomericSmiles" -> "CCCCOc1cc(ccc1N)C(=O)OCC[NH+](CC)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01768"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENOXINATE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164764617", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4633]}, "Synonyms" -> {"oxyriprocaine", "oxibuprokain", "oxybucaine", "benoxinate", "benoxil", "oxibuprocainum", "conjucain", "novesinol", "prescaina", "oxbarukain", "oxybuprocaine", "oxybuprocaine hydrochloride", "benoxinate hydrochloride", "novesina", "fluress", "dorsacain", "opulets benoxinate", "minims benoxinate", "fluress (benoxinate hydrochloride + fluorescein sodium)_mixture", "dorsacaine hydrochloride", "oxibuprocaine", "2-diethylaminoethyl 4-amino-3-butoxybenzoate", "5987-82-6[rn]", "benoxinate hcl", "4-14-00-02076", "oxybuprocainhydrochlorid", "benzoic acid 4-amino-3-butoxy- 2-(diethylamino)ethylester (7ci,8ci,9ci)", "cebesine", "dorsacaine", "3-butoxy-4-aminobenzoic acid 2-(diethylamino)ethyl ester", "novesine", "4-amino-3-butoxy-2-(diethylamino)ethyl ester benzoic acid", "novesin[wiki]", "9005-49-6", "novesin", "oxybuprocainum [inn_la]", "3-butoxy-4-aminobenzoic acid 2-diethylaminoethyl ester", "99-43-4[rn]", "benzoic acid 4-amino-3-butoxy- 2-(diethylamino)ethyl ester", "peripheral nerve sodium channel 3", "voltage-gated sodium channel subunit alpha nav1.8", "4-amino-3-n-butoxy-benzoesaeure-diaethylaminoaethylester[german]", "2-(diethylamino)ethyl 4-amino-3-n-butoxybenzoate", "oxybuprocainum[latin]", "4-14-00-02076 (beilstein handbook reference)[beilstein]", "oxibuprocaina[spanish][inn]", "conjuncain", "lacrimin", "cas-5987-82-6", "4-amino-3-butoxy-benzoic acid 2-diethylamino-ethyl ester", "oxybuprocaine hcl", "oxybuprocaine[wiki]", "sodium channel protein type x subunit alpha", "4-amino-3-butoxybenzoic acid 2-diethylaminoethyl ester", "4-amino-3-butoxybenzoic acid 2-(diethylamino)ethyl ester", "13718-13-3[rn]", "2-(diethylamino)ethyl 4-amino-3-butoxybenzoate[acd/iupac name]", "hpn3"}|>, "3087" -> <|"DatabaseID" -> "SW01947", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 47193]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00192"]}, "IsomericSmiles" -> "CC(C)[NH2+]CCCC1(c2ccccc2-c3c1cccc3)C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04521"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "INDECAINIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 52194]}, "Synonyms" -> {"indecainide hydrochloride", "decabid", "9-(3-((1-methylethyl)amino)propyl)-9h-fluorene-9-carboxamide hydrochloride", "decabid (tn)", "9h-fluorene-9-carboxamide", "9-(3-(isopropylamino)propyl)fluorene-9-carboxamide monohydrochloride", "sodium channel protein type v subunit alpha", "indecainida [spanish]", "9h-fluorene-9-carboxamide,9-(3-((1-methylethyl)amino)propyl)-,monohydrochlorid", "indecainide", "9h-fluorene-9-carboxamide,9-(3-((1-methylethyl)amino)propyl)-,monohydrochloride", "indecainidum [latin]", "voltage-gated sodium channel subunit alpha nav1.5", "indecainide hydrochloride (usan)", "hh1", "indecainide[inn]", "indecainide hcl", "9-(3-(isopropylamino)propyl)-9-fluorenylcarboxamid", "indecainide hydrochloride [usan]", "73681-12-6", "9-(3-(isopropylamino)propyl))fluorene-9-carboxamide", "ricainide", "ly 135837", "sodium channel protein cardiac muscle alpha-subunit", "ricainid"}|>, "3088" -> <|"DatabaseID" -> "SW01948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 40542]}, "IsomericSmiles" -> "c1c(cc(c(c1NC(=O)C(=O)[O-])Cl)NC(=O)C(=O)[O-])C#N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04762"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LODOXAMIDE TROMETHAMINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44563]}, "Synonyms" -> {"lodoxamide tromethamine", "alomide", "u 42585e", "lodoxamide trometamol", "63610-09-3[rn]", "unii-50lv9a548l", "2,2'-[(2-chloro-5-cyano-1,3-phenylene)diimino]bis(oxoacetic acid) - 2-amino-2-(hydroxymethyl)propane-1,3-diol (1:1)", "ac1l2c3d", "u 42,585e", "lodoxamide tromethamine [usan]", "2,2'-[(2-chloro-5-cyanobenzene-1,3-diyl)diimino]bis(oxoacetic acid) - 2-amino-2-(hydroxymethyl)propane-1,3-diol (1:1)", "2,2'-((2-chloro-5-cyano-1,3-phenylene)diimino)bis(2-oxoacetic acid) compd. with2-amino-2- (hydroxymethyl)-1,3-propanediol (1:2)", "acetic acid 2,2'-[(2-chloro-5-cyano-1,3-phenylene)diimino]bis[oxo- compd. with2-amino-2-(hydroxymethyl)-1,3-propanediol (1:1)", "2", "u-42585e", "63610-09-3", "acetic acid 2,2'-[(2-chloro-5-cyano-1,3-phenylene)diimino]bis[2-oxo- compd. with 2-amino-2-(hydroxymethyl)-1,3-propanediol (1:1)", "acetic acid"}|>, "3089" -> <|"DatabaseID" -> "SW01949", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736444]}, "IsomericSmiles" -> "C[C@@]12[C@H]3[C@H]4[C@H]([C@@H]([C@@]1(C[C@@H]5[C@]2(O5)C(=O)O3)O)C(=O)O4)C(C)(C)O", "OfficialNames" -> <|"NPC Approved Name" -> "picrotin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6473767]}, "Synonyms" -> {"124-87-8", "(1r,3r,5s,8s,9r,12s,13r,14r)-1-hydroxy-14-isopropenyl-13-methyl-4,7,10-trioxapentacyclo[6.4.1.19,12.03,5.05,13]tetradecane-6,11-dione - (1r,3r,5s,8s,9r,12s,13r,14s)-1-hydroxy-14-(2-hydroxy-2-propanyl)-13-methyl-4,7,10-trioxapentacyclo[6.4.1.19,12.03,5.05,13]tetradecane-6,11-dione (1:1)", "toxins extractedfrom living sources solid,n.o.s. (picrotoxin)", "204-716-6[einecs]", "hms2051e09", "picrotoxin[wiki]", "cocculin[wiki]", "picrotox", "(1r,3r,5s,8s,9r,12s,13r,14r)-1-hydroxy-13-methyl-14-(prop-1-en-2-yl)-4,7,10-trioxapentacyclo[6.4.1.19,12.03,5.05,13]tetradecane-6,11-dione - (1r,3r,5s,8s,9r,12s,13r,14s)-1-hydroxy-14-(2-hydroxypropan-2-yl)-13-methyl-4,7,10-trioxapentacyclo[6.4.1.19,12.03,5.05,13]tetradecane-6,11-dione(1:1)", "124-87-8[rn]", "picrotoxin", "[124-87-8]", "picrotin - picrotoxinin", "1:1 mixture of picrotoxinin and picrotin", "molport-003-800-101", "(1ar,2ar,3s,6r,6as,8as,8br,9r)-2a-hydroxy-8b-methyl-9-(prop-1-en-2-yl)hexahydro-3,6-methano-1,5,7-trioxacyclopenta[ij]cyclopropa[a]azulene-4,8(3h)-dione- (1ar,2ar,3s,6r,6as,8as,8br,9s)-2a-hydroxy-9-(2-hydroxypropan-2-yl)-8b-methylhexahydro-3,6-methano-1,5,7-trioxacyclopenta[ij]cyclopropa[a]azulene-4,8(3h)-dione (1:1)", "cocculin", "nsc403139", "(1r,3r,5s,8s,9r,12s,13r,14r)-1-hydroxy-14-isopropenyl-13-methyl-4,7,10-trioxapentacyclo[6.4.1.19,12.03,5.05,13]tetradecan-6,11-dion--(1r,3r,5s,8s,9r,12s,13r,14s)-1-hydroxy-14-(2-hydroxy-2-propanyl)-13-methyl-4,7,10-trioxapentacyclo[6.4.1.19,12.03,5.05,13]tetradecan-6,11-dion(1:1)", "sesquiterpene", "3,6-methano-8h-1,5,7-trioxacyclopenta[ij]cycloprop[a]azulene-4,8(3h)-dione hexahydro-2a-hydroxy-8b-methyl-9-(1-methylethenyl)- (1ar,2ar,3s,6r,6as,8as,8br,9r)-,compd. with (1ar,2ar,3s,6r,6as,8as,8br,9s)-hexahydro-2a-hydroxy-9-(1-hydroxy-1-methylethyl)-8b-methyl-3,6-methano-8h-1,5,7-trioxacyclopenta[ij]cycloprop[a]azulene-4,8(3h)-dione (1:1)", "lopac0_000916", "mls001423995"}|>, "3090" -> <|"DatabaseID" -> "SW01950", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5118"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56589], ExternalIdentifier["ChemSpiderID", 3269]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00472"]}, "IsomericSmiles" -> "C[NH2+]CCC(c1ccccc1)Oc2ccc(cc2)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00823"], ExternalIdentifier["KEGGID", "D00326"]}, "OfficialNames" -> <|"China Approved Name" -> "fluoxetine", "Indian Approved Name" -> "fluoxetine hcl", "WHO Essential Medicine" -> "fluoxetine", "Australia Approved Name" -> "FLUOXETINE HYDROCHLORIDE", "FDA Approved Drug" -> "FLUOXETINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449673", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62857], ExternalIdentifier["PubChemCompoundID", 3386]}, "Synonyms" -> {"fluoxetine hydrochloride", "fluoxetine", "animex-on", "adofen", "fluoxeren", "fluctin", "prozac weekly", "pulvules", "prozac", "eufor", "fluval", "reneuron", "fontex", "fluoxetine hcl", "foxetin", "portal", "sarafem", "deprex", "prozac[wiki]", "fluoxetina [inn-spanish]", "lovan", "fluoxetina [spanish]", "5- ht-2", "flunirin", "fluoxetinum [inn-latin]", "59333-67-4[rn]", "5-ht-2a", "sarafem[wiki]", "54910-89-3[rn]", "serotonin receptor 2a", "rowexetina", "equilibrane", "fluoxetine[wiki][inn][ban][usan]", "felicium", "neupax", "fluxil", "bioxetin", "fluxen", "fluoxetinum", "fludeka", "zepax", "prozac; ly-110,140 hydrochloride", "alental", "fluoxetina", "tuneluz", "fluoxetine.hcl", "n-methyl-3-phenyl-3-[4-(trifluoromethyl)phenoxy]propan-1-aminehydrochloride (1:1)", "methyl(3-phenyl-3-(4-(trifluoromethyl)phenoxy)propyl)ammonium chloride", "fluneurin", "n-methyl-3-phenyl-3-{[4-(trifluoromethyl)phenyl]oxy}propan-1-amine hydrochloride", "ansilan", "lorien[wiki]", "fluoxetinehydrochloride", "zactin", "nopres", "flusol", "methyl{3-phenyl-3-[4-(trifluoromethyl)phenoxy]propyl}amine chloride", "fluoxifar", "ly-110,140 hydrochloride", "fluctine", "fluoxetin", "fluoxetine hydrochlorid", "affectine", "fondur", "prodep", "motivone", "sinzac", "siquial", "fonzac", "modipran", "n-methyl-3-(p-trifluoromethylphenoxy)-3-phenylpropylamine hydrochloride", "flunil", "nuzak", "deproxin", "56296-78-7 (59333-67-4)", "56296-78-7[rn]", "flufran", "[56296-78-7]", "methyl(3-phenyl-3-(4-(trifluoromethyl)phenoxy)propyl)amine hydrochloride", "framex", "methyl{3-phenyl-3-[4-(trifluoromethyl)phenoxy]propyl}amine chloride h", "n-methyl-3-[(4-trifluoromethyl)phenoxy]-3-phenylpropylamine hydrochloride", "cramin", "proctin", "n-methyl-3-phenyl-3-[4-(trifluormethyl)phenoxy]propan-1-aminhydrochlorid", "n-methyl-3-phenyl-3-[4-(trifluoromethyl)phenoxy]-1-propanaminehydrochloride (1:1)[acd/iupac name]", "prozac;sarafem", "propylamine n-methyl-3-phenyl-3-(p-trifluoromethylphenoxy)- hydrochloride", "methyl[3-phenyl-3-[4-(trifluoromethyl)phenoxy]propyl]ammonium chloride", "fluox-puren", "oxedep", "prizma[wiki]", "fluoxac", "n-methyl-3-phenyl-3-[4-(trifluoromethyl)phenoxy]propan-1-aminehydrochloride", "margrilan", "fluxene", "depreks", "fluoxil", "260-101-2[einecs]", "nycoflox", "mutin", "mitilase", "verotina", "pragmaten", "flutine", "seronil[wiki]", "symbyax[wiki]", "prozac sarafem", "fludac", "flutin", "methyl({3-phenyl-3-[4-(trifluoromethyl)phenoxy]propyl})amine hydrochloride", "mutan", "3-(p-trifluoromethylphenoxy)-n-methyl-3-phenylpropylamine hydrochloride", "digassim", "saurat", "fluoxetine hydrochloride", "prozac 20", "zedprex", "psipax", "sanzur", "fontex[wiki]", "erocap", "apo-fluoxentine", "fluoxetine hydrochoride", "prozac (tn)", "fluval[wiki]", "n-methyl-3-(p-trifluoromethylphenoxy)-3-phenylpropylamine", "52341-67-0[rn]", "benzenepropanamine n-methyl-g-[4-(trifluoromethyl)phenoxy]-", "floxetine", "dl-3-(p-trifluoromethylphenoxy)-n-methyl-3-phenylpropylamine", "n-methyl-3-phenyl-3-[4-(trifluoromethyl)phenoxy]propan-1-amine", "39914106[beilstein]", "eufor[wiki]", "n-methyl-3-phenyl-3-[4-(trifluoromethyl)phenoxy]-1-propanamine[acd/iupac name]", "tl8003595", "methyl({3-phenyl-3-[4-(trifluoromethyl)phenoxy]propyl})amine", "3-(p-trifluoromethylphenoxy)-n-methyl-3-phenylpropylamine", "n-methyl-3-phenyl-3-[4-(trifluormethyl)phenoxy]propan-1-amin", "n-methyl-3-phenyl-3-(4-(trifluoromethyl)phenoxy)propan-1-amine", "57226-07-0[rn]", "methyl{3-phenyl-3-[4-(trifluoromethyl)phenoxy]propyl}amine", "n-methyl-3-phenyl-3-{[4-(trifluoromethyl)phenyl]oxy}propan-1-amine", "fluoxetina[spanish][inn]", "fluoxetinum[latin]", "methyl-[3-phenyl-3-(4-trifluoromethyl-phenoxy)-propyl]-amine", "methyl-[3-phenyl-3-(4-trifluoromethylphenoxy)propyl]amine", "fluoxetine[wiki][usan]"}|>, "3091" -> <|"DatabaseID" -> "SW01950", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5118"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56589], ExternalIdentifier["ChemSpiderID", 3269]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00472"]}, "IsomericSmiles" -> "C[NH2+]CCC(c1ccccc1)Oc2ccc(cc2)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00823"], ExternalIdentifier["KEGGID", "D00326"]}, "OfficialNames" -> <|"China Approved Name" -> "fluoxetine", "Indian Approved Name" -> "fluoxetine hcl", "WHO Essential Medicine" -> "fluoxetine", "Australia Approved Name" -> "FLUOXETINE HYDROCHLORIDE", "FDA Approved Drug" -> "FLUOXETINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449673", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62857], ExternalIdentifier["PubChemCompoundID", 3386]}, "Synonyms" -> {"fluoxetine hydrochloride", "fluoxetine", "animex-on", "adofen", "fluoxeren", "fluctin", "prozac weekly", "pulvules", "prozac", "eufor", "fluval", "reneuron", "fontex", "fluoxetine hcl", "foxetin", "portal", "sarafem", "deprex", "prozac[wiki]", "fluoxetina [inn-spanish]", "lovan", "fluoxetina [spanish]", "5- ht-2", "flunirin", "fluoxetinum [inn-latin]", "59333-67-4[rn]", "5-ht-2a", "sarafem[wiki]", "54910-89-3[rn]", "serotonin receptor 2a", "rowexetina", "equilibrane", "fluoxetine[wiki][inn][ban][usan]", "felicium", "neupax", "fluxil", "bioxetin", "fluxen", "fluoxetinum", "fludeka", "zepax", "prozac; ly-110,140 hydrochloride", "alental", "fluoxetina", "tuneluz", "fluoxetine.hcl", "n-methyl-3-phenyl-3-[4-(trifluoromethyl)phenoxy]propan-1-aminehydrochloride (1:1)", "methyl(3-phenyl-3-(4-(trifluoromethyl)phenoxy)propyl)ammonium chloride", "fluneurin", "n-methyl-3-phenyl-3-{[4-(trifluoromethyl)phenyl]oxy}propan-1-amine hydrochloride", "ansilan", "lorien[wiki]", "fluoxetinehydrochloride", "zactin", "nopres", "flusol", "methyl{3-phenyl-3-[4-(trifluoromethyl)phenoxy]propyl}amine chloride", "fluoxifar", "ly-110,140 hydrochloride", "fluctine", "fluoxetin", "fluoxetine hydrochlorid", "affectine", "fondur", "prodep", "motivone", "sinzac", "siquial", "fonzac", "modipran", "n-methyl-3-(p-trifluoromethylphenoxy)-3-phenylpropylamine hydrochloride", "flunil", "nuzak", "deproxin", "56296-78-7 (59333-67-4)", "56296-78-7[rn]", "flufran", "[56296-78-7]", "methyl(3-phenyl-3-(4-(trifluoromethyl)phenoxy)propyl)amine hydrochloride", "framex", "methyl{3-phenyl-3-[4-(trifluoromethyl)phenoxy]propyl}amine chloride h", "n-methyl-3-[(4-trifluoromethyl)phenoxy]-3-phenylpropylamine hydrochloride", "cramin", "proctin", "n-methyl-3-phenyl-3-[4-(trifluormethyl)phenoxy]propan-1-aminhydrochlorid", "n-methyl-3-phenyl-3-[4-(trifluoromethyl)phenoxy]-1-propanaminehydrochloride (1:1)[acd/iupac name]", "prozac;sarafem", "propylamine n-methyl-3-phenyl-3-(p-trifluoromethylphenoxy)- hydrochloride", "methyl[3-phenyl-3-[4-(trifluoromethyl)phenoxy]propyl]ammonium chloride", "fluox-puren", "oxedep", "prizma[wiki]", "fluoxac", "n-methyl-3-phenyl-3-[4-(trifluoromethyl)phenoxy]propan-1-aminehydrochloride", "margrilan", "fluxene", "depreks", "fluoxil", "260-101-2[einecs]", "nycoflox", "mutin", "mitilase", "verotina", "pragmaten", "flutine", "seronil[wiki]", "symbyax[wiki]", "prozac sarafem", "fludac", "flutin", "methyl({3-phenyl-3-[4-(trifluoromethyl)phenoxy]propyl})amine hydrochloride", "mutan", "3-(p-trifluoromethylphenoxy)-n-methyl-3-phenylpropylamine hydrochloride", "digassim", "saurat", "fluoxetine hydrochloride", "prozac 20", "zedprex", "psipax", "sanzur", "fontex[wiki]", "erocap", "apo-fluoxentine", "fluoxetine hydrochoride", "prozac (tn)", "fluval[wiki]", "n-methyl-3-(p-trifluoromethylphenoxy)-3-phenylpropylamine", "52341-67-0[rn]", "benzenepropanamine n-methyl-g-[4-(trifluoromethyl)phenoxy]-", "floxetine", "dl-3-(p-trifluoromethylphenoxy)-n-methyl-3-phenylpropylamine", "n-methyl-3-phenyl-3-[4-(trifluoromethyl)phenoxy]propan-1-amine", "39914106[beilstein]", "eufor[wiki]", "n-methyl-3-phenyl-3-[4-(trifluoromethyl)phenoxy]-1-propanamine[acd/iupac name]", "tl8003595", "methyl({3-phenyl-3-[4-(trifluoromethyl)phenoxy]propyl})amine", "3-(p-trifluoromethylphenoxy)-n-methyl-3-phenylpropylamine", "n-methyl-3-phenyl-3-[4-(trifluormethyl)phenoxy]propan-1-amin", "n-methyl-3-phenyl-3-(4-(trifluoromethyl)phenoxy)propan-1-amine", "57226-07-0[rn]", "methyl{3-phenyl-3-[4-(trifluoromethyl)phenoxy]propyl}amine", "n-methyl-3-phenyl-3-{[4-(trifluoromethyl)phenyl]oxy}propan-1-amine", "fluoxetina[spanish][inn]", "fluoxetinum[latin]", "methyl-[3-phenyl-3-(4-trifluoromethyl-phenoxy)-propyl]-amine", "methyl-[3-phenyl-3-(4-trifluoromethylphenoxy)propyl]amine", "fluoxetine[wiki][usan]"}|>, "3092" -> <|"DatabaseID" -> "SW01951", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475199]}, "IsomericSmiles" -> "COc1cc(ccc1O)/C=C\\COC(=O)/C=C\\c2ccccc2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coniferyl cinnamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316043]}, "Synonyms" -> {"[(z)-3-(4-hydroxy-3-methoxyphenyl)prop-2-enyl] (z)-3-phenylprop-2-enoate", "ac1nstt0", "coniferyl cinnamate"}|>, "3093" -> <|"DatabaseID" -> "SW01952", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59033"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6000], ExternalIdentifier["ChemSpiderID", 142570]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04817"]}, "IsomericSmiles" -> "Cc1c(c(=O)n(n1C)c2ccccc2)N(C)CS(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01762"]}, "OfficialNames" -> <|"China Approved Name" -> "metamizole", "Indian Approved Name" -> "analgin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522325]}, "Synonyms" -> {"methampyrone", "dipyrone", "methylmelubrin", "sulpyrine", "metamizole sodium", "metamizole", "algocalmin", "analgin", "novalgin", "dimethone", "novalgetol", "metamizolum", "optalgin", "keypyrone", "metilon", "di-podil", "arpf", "nevralgina", "alginodia", "gifaril", "pyralgin", "novaldin", "bonpyrin", "sulpyrinum", "metamizol", "algopyrine", "metamizolnatrium", "sulpyrin", "diprofarn", "pharmalgine", "feverall", "pyretin", "pyrojec", "sulpin", "fevonil", "neo-melubrine", "noveltex", "metamizolo sodico [dcit]", "paralgin", "conmel", "methylaminoantipyrine sodium methanesulfonate", "aminopyrine sodium sulfonate", "narone", "analgine", "metapyrin", "farmolisina", "neomelurbrin", "analginum", "prostaglandin-endoperoxide synthase 1", "pgh synthase 1", "metamizolum natricum [inn-latin]", "ec 1.14.99.1", "prostaglandin h2 synthase 1", "metamizol sodico [spanish]", "prostaglandin g/h synthase 1 precursor", "dipyrone monohydrate", "meamizol sodico [inn-spanish]", "pghs-1", "metamizole sodique [inn-french]", "metamizolum natricum [latin]", "methylaminophenyldimethylpyrazolone methanesulfonate sodium", "phs 1", "metamizol monohydrate", "cyclooxygenase- 1", "cox-1", "barone", "metamizolo [italian]", "methanesulfonic acid ((2,3-dihydro-1,5-dimethyl-3-oxo-2-phenyl-1h-pyrazol-4-yl)methylamino)- sodium salt,mixt. with 2,2,6,6-tetramethyl-4-piperidinone4-methylbenzenesulfonate", "sodium 1-phenyl-2,3-dimethyl-5-pyrazolone-4-methylaminomethanesulfonate", "39296-38-3[rn]", "dipirona", "novaminsulfonum", "noraminophenazone sodium mesylate", "metamizolo[italian]", "nolotil", "algozone", "methanesulfonic acid ((2,3-dihydro-1,5-dimethyl-3-oxo-2-phenyl-1h-pyrazol-4-yl)methylamino)-,sodium salt mix.t with2,2,6,6-tetramethyl-4-piperidinone4-methylbenzenesulfonate", "1-phenyl-2,3-dimethylpyrazolone-(5)-4-methylaminomethanesulfonic acid sodium", "sodium [(2,3-dihydro-1,5-dimethyl-3-oxo-2-phenyl-1h-pyrazol-4-yl)methylamino]methanesulphonate", "noraminopyrine methanesulfonate sodium", "methanesulfonic acid (antipyrinylmethylamino)- sodium salt monohydrate", "sodium phenyldimethylpyrazolon-methylamino-methane sulfonate", "methanesulfonic acid 1-[(2,3-dihydro-1,5-dimethyl-3-oxo-2-phenyl-1h-pyrazol-4-yl)methylamino]- sodium salt(1:1)", "magnopyrol", "dipyrone [ban]", "sulpyrine[jan][jp15]", "1-phenyl-2,3-dimethyl-4-methylamino-5-pyrazolon-n-methanesulfonsaeuren natrium[german]", "sodium methylaminoantipyrine methanesulfonate", "sodium((2,3-dihydro-1,5-dimethyl-3-oxo-2-phenyl-1h-pyrazol-4-yl)methylamino)methanesulfonate", "dipyrone[wiki][usan]", "temp", "antipyrine[wiki][jan]", "sodium 1-phenyl-2,3-dimethyl-5-pyrazolone-4-methylamino methanesulfonate", "meamizol sodico [inn_en]", "sulpyrine hydrate", "novaminsulfone sodium", "68-89-3[rn]", "noramidopyrinium-methanesulphate natrium[german]", "noramidopyrine methanesulfonate sodium", "methylmelubrine", "mexican aspirin", "768-66-1[rn]", "dipyrone anhydrous", "novacid", "nartate", "sodium [(2,3-dihydro-1,5-dimethyl-3-oxo-2-phenyl-1h-pyrazol-4-yl) methylamino]methanesulfonate; metamizole sodium", "4-sodium methanesulfonate methylamine-antipyrine", "dimethone conmel", "algopyrin", "sodium ((2,3-dihydro-1,5-dimethyl-3-oxo-2-phenyl-1h-pyrazol-4-yl)methylamino)methanesulphonate", "metamizole sodique", "5907-38-0 68-89-3 [anhydrous]", "barone[wiki]", "dipyrone [anhydrous]", "sodium;[(1,5-dimethyl-3-oxo-2-phenyl-pyrazol-4-yl)-methyl-amino]methanesulfonate;4-methylbenzenesulfonic acid; 2,2,6,6-tetramethylpiperidin-4-one", "noramidopyrine methanesulfonate sodium salt", "unagen", "novaminsulfone", "antipyrine 4-(methylamino)- monomethosulfate sodium salt", "metamizol sodico[spanish]", "5907-38-0 68-89-3", "54017-59-3[rn]", "sodium [(1,5-dimethyl-3-oxo-2-phenyl-2,3-dihydro-1h-pyrazol-4-yl)(methyl)amino]methanesulfonate[acd/iupac name]", "metamizole sodique[french][inn]", "200-694-7[einecs]", "1-phenyl-2,3-dimethyl-5-pyrazolone-4-methylaminomethanesulfonate sodium", "methanesulfonic acid (antipyrinylmethylamino)- sodium salt", "novaminsulfon", "tempalgin", "sodium (antipyrinylmethylamino)methanesulfonate monohydrate", "fenildimetil-pirazolon-metilaminometansolfonato sodico[italian]", "analgin[wiki]", "novaminsulfonium", "cas-5907-38-0", "metamizolum natricum", "[(2,3-dimethyl-5-oxo-1-phenyl(3-pyrazolin-4-yl))methylamino]methanesulfonic ac id sodiumsalt", "methamizole sodium", "analgin (sodium salt)", "[(2,3-dimethyl-5-oxo-1-phenyl(3-pyrazolin-4-yl))methylamino]methanesulfonic acid,sodium salt", "phenyl dimethyl pyrazolon methyl aminomethanesodium sulfonate", "sodium noramidopyrine methanesulfonate", "novalgin[wiki]", "5907-38-0[rn]", "sodium 4-methylamino-1,5-dimethyl-2-phenyl-3-pyrazolone 4-methanesulfonate", "(antipyrinylmethylamino)methanesulfonic acid sodium salt", "analgin-tempidone mixture", "57904-20-8[rn]", "novamidazophen", "dipyrone [usan:ban][usan]", "meamizol sodico", "212-199-3[einecs]", "metamizole[wiki]", "novil", "noraminophenazone", "neo-melubrina", "methanesulfonic acid (antipyrinylmethylamino)- monosodium salt", "noraminophenazone methanesulfonate sodium salt", "200335-24-6[rn]", "8017-81-0[rn]", "sodium [(2,3-dihydro-1,5-dimethyl-3-oxo-2-phenyl-1h-pyrazol-4-yl)methylamino]methanesulfonate", "novaminophenazone", "sodium novaminsulfonate", "natrium novaminsulfonicum", "novamidazophenum", "n-antipyrinyl-n-methylaminomethanesulfonic acid sodium salt", "sodium (antipyrinylmethylamino)methanesulfonate", "noraminophenazone methanesulphonate sodium salt", "algocalmin[wiki]", "sodium 1-phenyl-2,3-dimethyl-4-methylaminopyrazolon-n-methanesulfonate"}|>, "3094" -> <|"DatabaseID" -> "SW01953", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16353"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80576]}, "IsomericSmiles" -> "C[N+](C)(C)CCOC(=O)/C=C/c1cc(c(c(c1)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinapine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280385]}, "Synonyms" -> {"sinapoylcholine", "o-sinapoylcholine", "sinapic acid choline ester", "sinapine bisulphate", "sinapine", "18696-26-9[rn]", "ag-e-36088", "2-{[3-(4-hydroxy-3,5-dimethoxyphenyl)acryloyl]oxy}-n,n,n-trimethylethanaminium[acd/iupac name]", "2-[[3-(4-hydroxy-3,5-dimethoxyphenyl)-1-oxo-2-propenyl]oxy]-n,n,n-trimethylethanaminium", "ac1q65q4", "ethanaminium 2-((3-(4-hydroxy-3,5-dimethoxyphenyl)-1-oxo-2-propenyl)oxy)-n,n,n-trimethyl-", "sinapoylcholine*sinapine", "18696-26-9", "ethanaminium 2-[[(2e)-3-(4-hydroxy-3,5-dimethoxyphenyl)-1-oxo-2-propen-1-yl]oxy]-n,n,n-trimethyl-", "2-[(2e)-3-(4-hydroxy-3,5-dimethoxyphenyl)prop-2-enoyloxy]-n,n,n-trimethylethanaminium", "ac1nqwz5", "2-((3-(4-hydroxy-3,5-dimethoxyphenyl)-1-oxo-2-propenyl)oxy)-n,n,n-trimethylethanaminium", "megxp0_001763", "ethanaminium 2-[[3-(4-hydroxy-3,5-dimethoxyphenyl)-1-oxo-2-propen-1-yl]oxy]-n,n,n-trimethyl-", "2-{[(2e)-3-(4-hydroxy-3,5-dimethoxyphenyl)prop-2-enoyl]oxy}-n,n,n-trimethylethanaminium", "4933491[beilstein]", "2-(4-hydroxy-3,5-dimethoxycinnamoyloxy)-n,n,n-trimethylethanaminium"}|>, "3095" -> <|"DatabaseID" -> "SW01954", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8510954]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c-4c2C1Cc5c4cccc5OC)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10335495]}, "Synonyms" -> {"stephanine", "chembl601020"}|>, "3096" -> <|"DatabaseID" -> "SW01954", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8510954]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c-4c2C1Cc5c4cccc5OC)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10335495]}, "Synonyms" -> {"stephanine", "chembl601020"}|>, "3097" -> <|"DatabaseID" -> "SW01954", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8510954]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c-4c2C1Cc5c4cccc5OC)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10335495]}, "Synonyms" -> {"stephanine", "chembl601020"}|>, "3098" -> <|"DatabaseID" -> "SW01954", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8510954]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c-4c2C1Cc5c4cccc5OC)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10335495]}, "Synonyms" -> {"stephanine", "chembl601020"}|>, "3099" -> <|"DatabaseID" -> "SW01955", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 46261]}, "IsomericSmiles" -> "CC(C)(C)c1ccc(cc1)C(=O)CC(=O)c2ccc(cc2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03015"]}, "OfficialNames" -> <|"Indian Approved Name" -> "avobenzone", "FDA Approved Drug" -> "AVOBENZONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 51040]}, "Synonyms" -> {"parsol 1789", "butyl methoxydibenzoylmethane", "avobenzone", "4-t-butyl-4'-methoxy-dibenzoylmethane", "87075-14-7[rn]", "avobenzona[spanish][inn]", "avobenzonum [inn-latin]", "1-(4-(1,1-dimethylethyl)phenyl)-3-(4-methoxyphenyl)-1,3-propanedione", "1-[4-(1,1-dimethylethyl)phenyl]-3-(4-methoxyphenyl)propane-1,3-dione", "70356-09-1", "1-(p-tert-butylphenyl)-3-(p-methoxyphenyl)-1,3-propanedione", "shade uvaguard (tn)", "dibenzoylbutylmethoxymethane", "avobenzonum[latin]", "4-tert-butyl-4'-methoxydibenzoylmethane", "274-581-6[einecs]", "1-(4-(1,1-dimethylethyl)phenyl)-3-(4-methoxyphenyl)-1,3-propanedi- one", "1-(4-tert-butylphenyl)-3-(4-methoxyphenyl)-1,3-propanedione", "112725-59-4[rn]", "avobenzone[wiki][usp]", "1-[4-(1,1-dimethylethyl)phenyl]-3-(4-methoxyphenyl)-1,3-propanedione", "avobenzona [inn-spanish]", "1-(4-methoxyphenyl)-3-[4-(2-methyl-2-propanyl)phenyl]-1,3-propanedione[acd/iupac name]", "1,3-propanedione,1-(4-(1,1-dimethylethyl)phenyl)-3-(4-methoxyphenyl)-", "einecs 274-581-6", "ag-g-74708", "4-tert-butyl-4'-methoxy-dibenzoylmethane", "3-[4-(tert-butyl)phenyl]-1-(4-methoxyphenyl)propane-1,3-dione", "4-tert-butyl-4'-methoxy-dibenzoylmethane; 1-(4-(1,1-dimethylethyl)phenyl)-3-(4-methoxyphenyl)-1,3-propanedione; parsol 1789", "avobenzone [usan:inn][inn][usan]", "hsdb 7423", "eusolex 9020;escalol 517;parsol 1789;parsol 1789", "1-(4-(1,1-dimethylethyl)phenyl)-3-(4-methoxyphenyl)propane-1,3-dione", "1,3-propanedione,1-[4-(1,1-dimethylethyl)phenyl]-3-(4-methoxyphenyl)-", "1-(4-tert-butylphenyl)-3-(4-methoxyphenyl)propane-1,3-dione", "shade uvaguard", "70356-09-1[rn]", "avobenzone (parsol 1789)", "eusolex 9020 escalol 517 parsol 1789"}|>, "3100" -> <|"DatabaseID" -> "SW01956", "IsomericSmiles" -> "c1ccc(cc1)c2ccc(cc2)C(c3ccccc3)n4ccnc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01775"]}, "OfficialNames" -> <|"China Approved Name" -> "bifonazole", "Indian Approved Name" -> "bifonazole"|>, "PharmGKBID" -> "PA164746464", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2378]}, "Synonyms" -> {"mycospor", "bifonazole", "bay h 4502", "trifonazole", "bifonazolum", "bifonazol", "60628-96-8", "amycor", "azolmen", "bifonazol [inn-spanish]"}|>, "3101" -> <|"DatabaseID" -> "SW01956", "IsomericSmiles" -> "c1ccc(cc1)c2ccc(cc2)C(c3ccccc3)n4ccnc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01775"]}, "OfficialNames" -> <|"China Approved Name" -> "bifonazole", "Indian Approved Name" -> "bifonazole"|>, "PharmGKBID" -> "PA164746464", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2378]}, "Synonyms" -> {"mycospor", "bifonazole", "bay h 4502", "trifonazole", "bifonazolum", "bifonazol", "60628-96-8", "amycor", "azolmen", "bifonazol [inn-spanish]"}|>, "3102" -> <|"DatabaseID" -> "SW01957", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7444"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 35815]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01203"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(COc1cccc2c1C[C@@H]([C@@H](C2)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00432"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NADOLOL"|>, "PharmGKBID" -> "PA450573", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39147]}, "Synonyms" -> {"anabet", "solgol", "corgard", "nadolol", "corgaretic", "nadic", "2,3-naphthalenediol 5-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)-1,2,3,4-tetrahydro- cis-", "2508986[beilstein]", "mfcd00079476", "nadololum[latin]", "corzide", "42200-33-9[rn]", "(2r,3s)-5-({3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl}oxy)-1,2,3,4-tetrahydronaphthalene-2,3-diol", "1-(tert-butylamino)-3-((5,6,7,8-tetrahydro-cis-6,7-dihydroxy-1-naphthyl)oxy)-2-propanol", "1-(tert-butylamino)-3-[(5,6,7,8-tetrahydro-cis-6,7-dihydroxy-1-naphthyl)oxy]-2-propanol", "nadolol[wiki][usp][inn][ban][jan][usan][jp15]", "2,3-cis-1,2,3,4-tetrahydro-5-((2-hydroxy-3-tert-butylamino)propoxy)-2,3-naphthalenediol", "corzide tab w nadolol 80mg (bendroflumethiazide + nadolol)_mixture", "sq-11725", "corgard[wiki]", "corgard (tn)", "nadololum", "(2r,3s)-5-(3-(tert-butylamino)-2-hydroxypropoxy)-1,2,3,4-tetrahydronaphthalene-2,3-diol", "5-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)-1,2,3,4-tetrahydro-2,3-naphthalenediol", "(2r,3s)-5-[2-hydroxy-3-(tert-butylamino)propoxy]-1,2,3,4-tetrahydronaphthalene-2,3-diol", "54933-36-7[rn]", "(2r,3s)-5-[3-(tert-butylamino)-2-hydroxypropoxy]-1,2,3,4-tetrahydronaphthalen-2,3-diol", "beta-2 adrenoceptor", "255-706-3[einecs]", "(2r,3s)-5-[3-(tert-butylamino)-2-hydroxypropoxy]-1,2,3,4-tetrahydronaphthalene-2,3-diol", "2,3-naphthalenediol 5-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-1,2,3,4-tetrahydro- (2r,3s)-", "2,3-cis-1,2,3,4-tetrahydro-5-[2-hydroxy-3-(tert-butylamino)propoxy]-2,3-naphthalenediol", "corzide tab w nadolol 40mg (bendroflumethiazide + nadolol)_mixture", "nadololum [inn-latin]", "beta-2 adrenoreceptor"}|>, "3103" -> <|"DatabaseID" -> "SW01957", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7444"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 35815]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01203"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(COc1cccc2c1C[C@@H]([C@@H](C2)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00432"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NADOLOL"|>, "PharmGKBID" -> "PA450573", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39147]}, "Synonyms" -> {"anabet", "solgol", "corgard", "nadolol", "corgaretic", "nadic", "2,3-naphthalenediol 5-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)-1,2,3,4-tetrahydro- cis-", "2508986[beilstein]", "mfcd00079476", "nadololum[latin]", "corzide", "42200-33-9[rn]", "(2r,3s)-5-({3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl}oxy)-1,2,3,4-tetrahydronaphthalene-2,3-diol", "1-(tert-butylamino)-3-((5,6,7,8-tetrahydro-cis-6,7-dihydroxy-1-naphthyl)oxy)-2-propanol", "1-(tert-butylamino)-3-[(5,6,7,8-tetrahydro-cis-6,7-dihydroxy-1-naphthyl)oxy]-2-propanol", "nadolol[wiki][usp][inn][ban][jan][usan][jp15]", "2,3-cis-1,2,3,4-tetrahydro-5-((2-hydroxy-3-tert-butylamino)propoxy)-2,3-naphthalenediol", "corzide tab w nadolol 80mg (bendroflumethiazide + nadolol)_mixture", "sq-11725", "corgard[wiki]", "corgard (tn)", "nadololum", "(2r,3s)-5-(3-(tert-butylamino)-2-hydroxypropoxy)-1,2,3,4-tetrahydronaphthalene-2,3-diol", "5-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)-1,2,3,4-tetrahydro-2,3-naphthalenediol", "(2r,3s)-5-[2-hydroxy-3-(tert-butylamino)propoxy]-1,2,3,4-tetrahydronaphthalene-2,3-diol", "54933-36-7[rn]", "(2r,3s)-5-[3-(tert-butylamino)-2-hydroxypropoxy]-1,2,3,4-tetrahydronaphthalen-2,3-diol", "beta-2 adrenoceptor", "255-706-3[einecs]", "(2r,3s)-5-[3-(tert-butylamino)-2-hydroxypropoxy]-1,2,3,4-tetrahydronaphthalene-2,3-diol", "2,3-naphthalenediol 5-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]-1,2,3,4-tetrahydro- (2r,3s)-", "2,3-cis-1,2,3,4-tetrahydro-5-[2-hydroxy-3-(tert-butylamino)propoxy]-2,3-naphthalenediol", "corzide tab w nadolol 40mg (bendroflumethiazide + nadolol)_mixture", "nadololum [inn-latin]", "beta-2 adrenoreceptor"}|>, "3104" -> <|"DatabaseID" -> "SW01958", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34845"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 571022]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01214"]}, "IsomericSmiles" -> "Cc1cc(c(c(c1OC(=O)C)C)C)OCC(C[NH2+]C(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02374"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METIPRANOLOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164748727", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31477]}, "Synonyms" -> {"metipranolol", "trimepranol", "metipranololum [inn-latin]", "optipranolol", "disorat", "metipranolol hydrochloride", "metipranololum", "vufb-6453", "beta-1 adrenoreceptor", "ac1l1loh", "3-[4-(acetyloxy)-2,3,5-trimethylphenoxy]-2-hydroxy-n-(propan-2-yl)propan-1-aminium chloride", "chebi:6897", "4-[2-hydroxy-3-(propan-2-ylamino)propoxy]-2,3,6-trimethylphenylacetatehydrochloride", "turoptin", "beta-1 adrenoceptor", "optipranolol (tn)", "metipranolol hcl", "36592-77-5[rn]", "optipranolol[wiki]"}|>, "3105" -> <|"DatabaseID" -> "SW01958", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34845"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 571022]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01214"]}, "IsomericSmiles" -> "Cc1cc(c(c(c1OC(=O)C)C)C)OCC(C[NH2+]C(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02374"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METIPRANOLOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164748727", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31477]}, "Synonyms" -> {"metipranolol", "trimepranol", "metipranololum [inn-latin]", "optipranolol", "disorat", "metipranolol hydrochloride", "metipranololum", "vufb-6453", "beta-1 adrenoreceptor", "ac1l1loh", "3-[4-(acetyloxy)-2,3,5-trimethylphenoxy]-2-hydroxy-n-(propan-2-yl)propan-1-aminium chloride", "chebi:6897", "4-[2-hydroxy-3-(propan-2-ylamino)propoxy]-2,3,6-trimethylphenylacetatehydrochloride", "turoptin", "beta-1 adrenoceptor", "optipranolol (tn)", "metipranolol hcl", "36592-77-5[rn]", "optipranolol[wiki]"}|>, "3106" -> <|"DatabaseID" -> "SW01959", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12036]}, "IsomericSmiles" -> "C[NH+](C)CCCOc1c2ccccc2n(n1)Cc3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "1-propanamine nn-dimethyl-3-((1-(phenylmethyl)-1h-indazol-3-yl)oxy)-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12555]}, "Synonyms" -> {"benzidamina [dcit]", "benzydaminum[latin]", "cas-132-69-4", "benzindamine", "[3-(1-benzyl-1h-indazol-3-yloxy)-propyl]-dimethyl-amine", "3-[(1-benzyl-1h-indazol-3-yl)oxy]-n,n-dimethylpropan-1-amin", "bencidamina[spanish][inn]", "1-benzyl-3-(3-(dimethylamino)propoxy)-1h-indazole", "1h-indazole", "bencidamina [inn-spanish]", "einecs 211-388-8", "1-propanamine n,n-dimethyl-3-((1-(phenylmethyl)-1h-indazol-3-yl)oxy)-", "benzydamine [inn:ban]", "benzydamine", "tl8004545", "n,n-dimethyl-3-[[1-(phenylmethyl)-1h-indazol-3-yl]oxy]-1-propanamine", "benzydamine[wiki]", "1-benzyl-3-[3-(dimethylamino)propoxy]-1h-indazole", "benzidamine", "642-72-8[rn]", "5-23-11-00248 (beilstein handbook reference)[beilstein]", "3-[(1-benzyl-1h-indazol-3-yl)oxy]-n,n-dimethyl-1-propanamine[acd/iupac name]", "642-72-8", "211-388-8[einecs]", "5-23-11-00248[beilstein]", "c 1523", "1-propanamine n,n-dimethyl-3-[[1-(phenylmethyl)-1h-indazol-3-yl]oxy]-", "3-((1-benzyl-1h-indazol-3-yl)oxy)-n,n-dimethylpropan-1-amine", "benzydaminum [inn-latin]", "3-[(1-benzyl-1h-indazol-3-yl)oxy]-n,n-dimethylpropan-1-amine", "brn 0896536", "1-benzyl-1h-indazol-3-yl 3-(dimethylamino)propyl ether", "1h-indazole 1-benzyl-3-(3-(dimethylamino)propoxy)-", "{3-[(1-benzyl-1h-indazol-3-yl)oxy]propyl}dimethylamine"}|>, "3107" -> <|"DatabaseID" -> "SW01960", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6784"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6054]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01357"]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]3c4ccc(cc4CC[C@H]3[C@@H]1CC[C@]2(C#C)O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00575"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ethinyl oestradiol", "Traditional Herbal Isolate" -> "alpha-methyl ether", "Australia Approved Name" -> "MESTRANOL", "FDA Approved Drug" -> "MESTRANOL"|>, "PharmGKBID" -> "PA450388", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6291]}, "Synonyms" -> {"mestranol", "ovastol", "menophase", "ethynylestradiol 3-methyl ether", "devocin", "3-methylethynylestradiol", "compound 33355", "ee(sub3)me", "norquen", "er", "er-alpha", "estradiol receptor", "(17b)-17-ethynyl-3-methoxyestra-1,3,5(10)-trien-17-ol", "mestranol; mestranolum", "17a-ethynyl-1,3,5(10)-estratriene-3,17b-diol 3-methyl ether", "17-ethynylestradiol 3-methyl ether", "3-methoxyethynylestradiol", "norethin 1/50 m", "ortho-novum", "17-ethynyl-3-methoxyestra-1,3,5(10)-trien-17-ol[acd/iupac name]", "(1s,11s,15s,10r,14r)-14-ethynyl-5-methoxy-15-methyltetracyclo[8.7.0.0<2,7>.0<1 1,15>]heptadeca-2(7),3,5-trien-14-ol", "(1s,11s,15s,10r,14r)-14-ethynyl-5-methoxy-15-methyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadeca-2(7),3,5-trien-14-ol", "d-mve", "(17a)-3-methoxy-19-norpregna-1,3,5(10)-trien-20-yn-17-ol", "component of norquen", "3-methylethynyloestradiol", "ee3me", "3-o-methylethynylestradiol", "17a-ethynyl-3-methoxy-1,3,5(10)-estratrien-17b-ol", "ovulen", "component of enovid", "4-06-00-06877 (beilstein handbook reference)[beilstein]", "mestranolum[latin]", "2625905[beilstein]", "estra-1,3,5(10)-trien-17-ol 17-ethynyl-3-methoxy- (17b)-", "gestodene[wiki]", "(8r,9s,13s,14s,17r)-17-ethynyl-3-methoxy-13-methyl-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-17-ol", "mestranol [steroidal oestrogens]", "component of ortho-novum", "72-33-3[rn]", "43085-54-7[rn]", "ethinylestradiol 3-methyl ether", "200-777-8[einecs]", "mestranol [usan:ban:inn:jan][inn][jan][usan]", "53445-46-8[rn]", "17a-ethynylestradiol 3-methyl ether", "enovid[wiki]", "component of c-quens", "4-06-00-06877", "component of norinyl", "60282-87-3[rn]", "ethynyloestradiol 3-methyl ether", "3-methoxyethynyloestradiol", "17-ethynyloestradiol 3-methyl ether", "mestranolo [dcit]", "262-145-8[einecs]", "component of ovulen", "(8r,9s,13s,14s,17r)-17-ethinyl-3-methoxy-13-methyl-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-17-ol", "norinyl[wiki]", "mestranol[wiki]", "(8s,9s,13s,14s,17s)-17-ethynyl-3-methoxy-13-methyl-7,8,9,11,12,14,15,16-octahydro-6h-cyclopenta[a]phenanthren-17-ol", "8027 c. b.", "ethinyloestradiol 3-methyl ether", "mestranolum"}|>, "3108" -> <|"DatabaseID" -> "SW01961", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8216634]}, "IsomericSmiles" -> "C[C@]12C=CC3=C4CCC(=O)C=C4CC[C@H]3[C@@H]1CC[C@]2(CC=C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02840"]}, "OfficialNames" -> <|"NPC Approved Name" -> "altrenogest"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10041070]}, "Synonyms" -> {"allyltrenbolone", "regumate", "altrenogest", "a-35957", "(17b)-17-hydroxy-17-(2-propenyl)estra-4,9,11-trien-3-one", "13b-methyl-17a-allyl-d4,9,11-gonatriene-17b-ol-3-one", "a 35957", "850-52-2[rn]", "212-703-1[einecs]", "ru-2267", "regu-mate", "drc 6246", "r 2267", "altrenogest[wiki][usan]", "allyl trenbolone", "17a-allyl-17-hydroxyestra-4,9,11-trien-3-one", "ru 2267"}|>, "3109" -> <|"DatabaseID" -> "SW01962", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2447]}, "IsomericSmiles" -> "CCCCCc1cc(c-2c(c1)OC(c3c2cc(cc3)C)(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "C07580"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cannabinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2543]}, "Synonyms" -> {"521-35-7", "cannabinolo [dcit]", "cannabinol solution", "6h-dibenzo(b,d)pyran-1-ol 6,6,9-trimethyl-3-pentyl-", "6h-dibenzo(b", "6,6,9-trimethyl-3-pentyl-6h-benzo[c]chromen-1-ol(cannabinol)", "3-amyl-1-hydroxy-6,6,9-trimethyl-6h-dibenzo[b,d]pyran", "cannabinolum[latin]", "cannabinolum [inn-latin]", "6h-dibenzo[b,d]pyran-1-ol 6,6,9-trimethyl-3-pentyl-", "6,6,9-trimethyl-3-pentyl-6h-dibenzo(b,d)pyran-1-ol", "5-17-04-00567 (beilstein handbook reference)[beilstein]", "cannabinol (6ci)", "cannabinol", "6h-dibenzo[b,d]pyran-1-ol,6,6,9-trimethyl-3-pentyl- (7ci,8ci,9ci)", "cannabinol [ban:inn][inn]", "3-amyl-1-hydroxy-6", "6,6,9-trimethyl-3-pentyl-6h-dibenzo[b,d]pyran-1-ol", "nsc 134455", "cbn", "cannabinolo", "521-35-7[rn]", "6,6,9-trimethyl-3-pentyl-6h-benzo[c]chromen-1-ol[acd/iupac name]", "6,6,9-trimethyl-3-pentyl-6h-benzo[c]chromen-1-ol (cannabinol)", "3-amyl-1-hydroxy-6,6,9-trimethyl-6h-dibenzo(b,d)pyran", "cannabinolum", "[521-35-7]", "cannabinol[wiki]"}|>, "3110" -> <|"DatabaseID" -> "SW01963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2298532]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06730"]}, "IsomericSmiles" -> "CC[C@]12CC[C@H]3[C@H]([C@@H]1C=C[C@]2(C#C)O)CCC4=CC(=O)CC[C@H]34", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04316"]}, "OfficialNames" -> <|"NPC Approved Name" -> "gestodene"|>, "PharmGKBID" -> "PA165958397", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3033968]}, "Synonyms" -> {"gestodene", "gestoden", "gestodenum [inn-latin]", "sh b 331", "gestodeno [inn-spanish]", "sh b 3331", "ncgc00164611-01", "(17a)-13-ethyl-17-hydroxy-18,19-dinorpregna-4,15-dien-20-yn-3-one", "60282-87-3[rn]", "shg 415 g", "femodene", "17a-ethynyl-13-ethyl-17b-hydroxy-4,15-gonadien-3-one", "s1376_selleck", "(8r", "gestodene[wiki]", "gynovin", "17a-ethynyl-17b-hydroxy-18-methyl-4,15-estradien-3-one", "minulet", "262-145-8[einecs]", "60282-87-3", "(8r,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-17-hydroxy-1,2,6,7,8,9,10,11,12,13,14,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one (non-preferred name)"}|>, "3111" -> <|"DatabaseID" -> "SW01964", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445563], ExternalIdentifier["ChemSpiderID", 3695]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00920"]}, "IsomericSmiles" -> "C[NH+]1CCC(=C2c3ccccc3CC(=O)c4c2ccs4)CC1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01332"]}, "OfficialNames" -> <|"China Approved Name" -> "ketotifen", "Indian Approved Name" -> "ketotifen", "FDA Approved Drug" -> "KETOTIFEN FUMARATE"|>, "PharmGKBID" -> "PA450152", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282408], ExternalIdentifier["PubChemCompoundID", 3827]}, "Synonyms" -> {"ketotifen fumarate", "zaditen", "ketotifeno [inn-spanish]", "ketotifenum [inn-latin]", "ketotifen", "ketotifene [inn-french]", "ketotifene fumarate", "zaditor", "4,9-dihydro-4-(1-methylpiperidin-4-ylidene)-10h-benzo[4,5]cyclohepta[1,2-b]thiophene-10-one fumarate", "zaditor[wiki]", "34580-14-8[rn]", "252-100-0[einecs]", "hspde8b", "34580-13-7[rn]", "4-(1-methyl-piperidin-4-ylidene)-4,9-dihydro-1-thia-benzo[f]azulen-10-one", "cas-34580-14-8", "4-(1-methyl-4-piperidylidene)-9-hydrobenzo[a]thiopheno[3,2-d][7]annulen-10-one", "4-(1-methylpiperidin-4-ylidene)-4,9-dihydro-10h-benzo[4,5]cyclohepta[1,2-b]thiophen-10-one", "4,9-dihydro-4-(1-methyl-4-piperidinylidene)-10h-benzo(4,5)cyclohepta(1,2-b)thiophen-10-one", "252-099-7[einecs]", "4,9-dihydro-4-(1-methyl-4-piperidinylidene)-10h-benzo[4,5]cyclohepta[1,2-b]thiophen-10-one", "10h-benzo(4,5)cyclohepta(1,2-b)thiophen-10-one 4,9-dihydro-4-(1-methyl-4-piperidinylidene)-", "10h-benzo[4,5]cyclohepta[1,2-b]thiophen-10-one 4,9-dihydro-4-(1-methyl-4-piperidinylidene)-", "4-(1-methyl-piperidin-4-ylidene)-4,9-dihydro-1-thia-benzo[f]azulen-10-one(ketotifen hydrogen malate)", "hc 20-511", "9005-80-5[rn]", "ketotifen hydrogen fumarate", "ketotifene", "ketotifene[french][inn]", "ketotifeno", "ketotifenum[latin]", "ketotifeno[spanish][inn]", "4-(1-methyl-piperidin-4-ylidene)-4,9-dihydro-1-thia-benzo[f]azulen-10-one(ketotifen)", "ketotiphen", "alaway", "ketotiphene", "ketotifen[wiki]", "ketotifen fumarate salt", "ketotifen fumarate [usan:jan][jan][usan]", "252-100-0 {fumarate}", "smr000058462", "4-(1-methyl-4-piperidylidene)-9-hydrobenzo[a]thiopheno[3,2-d][7]annulen-10-one (2e)but-2-enedioicacid", "zaditen (tn)", "einecs 252-100-0", "null", "10h-benzo[4,5]cyclohepta[1,2-b]thiophen-10-one 4,9-dihydro-4-(1-methyl-4-piperidinylidene)- (2e)-2-butenedioate (1:1)", "ketotifen fumarate (jp15/usan)[usan][jp15]", "hc-20511 fumarate", "prestwick_743", "34580-14-8 34580-13-7", "ketotifenfumarate", "[34580-14-8]", "4,9-dihydro-4-(1-methyl-4-piperidinylidene-10h-benzo[4,5]cyclohepta[1,2-b]thiophen-10-onefumarate", "126939-14-8[rn]", "34580-14-8 34580-13-7 [ketotifen]", "4", "ketotifen fumarate (zaditor)", "4-(1-methylpiperidin-4-ylidene)-4,9-dihydro-10h-benzo[4,5]cyclohepta[1,2-b]thiophen-10-one(2e)-but-2-enedioate", "4-(1-methylpiperidin-4-ylidene)-4,9-dihydro-10h-benzo[4,5]cyclohepta[1,2-b]thiophen-10-one(2e)-but-2-enedioate (1:1)", "zaditor {fumarate}", "hc 20511 {fumarate}", "10h-benzo(4,5)cyclohepta(1,2-b)thiophen-10-one 4,9-dihydro-4-(1-methyl-4-piperidinylidene)- (e)-2-butenedioate (1:1)", "4,9-dihydro-4-(1-methyl-4-piperidylidene)-10h-benzo(4,5)cyclohepta(1,2-b)thiophen-10-one fumarate (1:1)", "4,9-dihydro-4-(1-methylpiperidin-4-ylidene)-10h-benzo(4,5)cyclohepta(1,2-b)thiophene-10-one fumarate", "34580-14-8", "hc 20,511 fumarate", "34580-14-8 {fumarate}"}|>, "3112" -> <|"DatabaseID" -> "SW01965", "IsomericSmiles" -> "Cc1ccc(cc1)/C=N/n2c(csc2=S)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01218"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fezatione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9568078]}, "Synonyms" -> {"fezatione", "phezathion", "fezationum", "fezatione [inn]", "ncgc00182983-01", "15387-18-5", "dsstox_cid_28727", "fezatione (jan/inn)", "fezation", "fezationa"}|>, "3113" -> <|"DatabaseID" -> "SW01966", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4638"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2947]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01231"]}, "IsomericSmiles" -> "c1ccc(cc1)C(CCC[NH+]2CCCCC2)(c3ccccc3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03858"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DIPHENIDOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164746037", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3055]}, "Synonyms" -> {"diphenidol", "difenidolo [dcit]", "nometic", "avomol", "vontrol", "difenidol", "defenidol", "cephadol", "difenidolum [inn-latin]", "diphenidol hydrochloride", "difenidol hydrochloride", "diphenyl-[3-(1-piperidyl)propyl]carbinol", "1,1-diphenyl-4-piperidylbutan-1-ol", "satanolon", "265884[beilstein]", "difenidol hcl", "sk-478", "5-20-02-00249", "a-(3-piperidinopropyl)benzhydrol", "diphenidol hcl", "9005-49-6", "1,1-diphenyl-4-(piperidin-1-yl)butan-1-ol", "1,1-diphenyl-4-piperidin-1-ylbutan-1-ol", "213-540-9[einecs]", "972-02-1[rn]", "yesdol", "difenidolum[latin]", "cerrosa", "diphenyl(3-(1-piperidyl)propyl)carbinol", "a,a-diphenyl-1-piperidinebutanol", "diphenidol [usan:ban][usan]", "19-11-4[rn]", "verterge", "diphenidol[usan]", "skandf 478-a", "1,1-diphenyl-4-piperidino-1-butanol", "maniol", "difenidolum", "deiphenidol hydrochloride", "5-20-02-00249 (beilstein handbook reference)[beilstein]", "cas-3254-89-5", "ansmin", "celmidol", "sk&f-478;"}|>, "3114" -> <|"DatabaseID" -> "SW01967", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50140"], ExternalIdentifier["ChEBIID", "6807"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13556], ExternalIdentifier["ChemSpiderID", 3953]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00333"]}, "IsomericSmiles" -> "CCC(=O)C(CC(C)[NH+](C)C)(c1ccccc1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02102"], ExternalIdentifier["KEGGID", "D08195"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "methadone", "Australia Approved Name" -> "METHADONE HYDROCHLORIDE", "US Illegal/Scheduled Drug (Schedule 2)" -> "Methadone", "FDA Approved Drug" -> "METHADONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450401", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14184], ExternalIdentifier["PubChemCompoundID", 4095]}, "Synonyms" -> {"dolophin", "diaminon", "adanon", "ketalgin", "phenadone", "amidone", "dl-methadone", "physeptone", "methadone", "moheptan", "algolysin", "depridol", "fenadone", "butalgin", "algidon", "fenadon", "dolohepton", "mephenon", "methadone hydrochloride", "heptadon", "tussol", "dolophine", "mecodin", "westadone", "miadone", "polamidone", "algovetin", "methaquaione", "methadone m", "heptadone", "methadon", "polamidon", "dolophin hydrochloride", "adolan", "diaminon hydrochloride", "methadose", "phenadone hydrochloride", "dollies", "dolofin hydrochloride", "althose hydrochloride", "ketalgin hydrochloride", "dl-methadone hydrochloride", "methadone hcl", "dolophine hcl", "amidon", "biscuits", "adanon hydrochloride", "dor-1", "(+/-)-methadone", "methadone hcl intensol", "heptanon", "dolly", "(+/-)-methadone hydrochloride", "(+/-)-tussal", "214-140-7[einecs]", "levothyl", "1095-90-5[rn]", "levadone", "dolophine hydrochloride", "125-56-4[rn]", "adolan[wiki]", "meheptan", "tussal", "metasedin", "eptadone", "symoron", "macodin", "6-dimethylamino-4,4-di(phenyl)heptan-3-one", "76-99-3", "algicon", "297-88-1", "6-(dimethylamino)-4,4-diphenylheptan-3-one", "297-88-1[rn]", "125-58-6[rn]", "methadona[spanish]", "althose", "6-(dimethylamino)-4,4-diphenyl-3-heptanone[acd/iupac name]", "levometadona[spanish][inn]", "levomethadonum[latin]", "3-heptanone 6-(dimethylamino)-4,4-diphenyl- l-", "1,1-diphenyl-1-(2-dimethylaminopropyl)-2-butanone", "levomethadone[inn]", "sedo-rapide", "metadona[spanish][inn]", "200-996-9[einecs]", "methadone[wiki]", "6-dimethylamino-4,4-diphenyl-3-heptanone", "westadone.", "polamivet", "5653-80-5[rn]", "methadonum[latin]", "metadone [dcit]", "3-heptanone 6-(dimethylamino)-4,4-diphenyl-", "76-99-3[rn]", "3-14-00-00279", "3-14-00-00279 (beilstein handbook reference)[beilstein]", "3213669[beilstein]", "rac-methadone", "337376-15-5", "3-14-00-00278 (beilstein handbook reference)[beilstein]", "racemic methadone", "dolophine (tn)", "4,4-diphenyl-6-dimethylamino-3-heptanone hydrochloride", "6-(dimethylamino)-4,4-diphenylheptan-3-one hydrochloride", "6-(dimethylamino)-4,4-diphenylheptan-3-one hydrochloride (1:1)", "dolophine[wiki]", "6-dimethylamino-4,4-diphenyl-3-heptanone.hcl", "6-(dimethylamino)-4,4-diphenyl-3-heptanone hydrochloride (1:1)[acd/iupac name]", "n,n-dimethyl-5-oxo-4,4-diphenylheptan-2-aminium chloride", "methadose sugar-free", "methadone hydrochloride dl-", "amidon hydrochloride", "3-heptanone 6-(dimethylamino)-4,4-diphenyl-,hydrochloride (8ci,9ci)", "3-heptanone dl-6-dimethylamino-4,4-diphenyl- hydrochloride", "70172-45-1[rn]", "dl-6-(dimethylamino)-4,4-diphenyl-3-heptanone hydrochloride", "heptadon hydrochloride", "6-dimethylamino-4,4-diphenyl-3-heptanone hydrochloride", "1,1-diphenyl-1-(2-dimethylaminopropyl)-2-butanone hydrochloride", "methadose dispersible", "6-dimethylamino-4,4-diphenylheptan-3-one hydrochloride", "dl-6-dimethylamino-4,4-diphenyl-3-heptanone hydrochloride", "3919789[beilstein]", "6-(dimethylamino)-4,4-diphenyl-3-heptanone hydrochloride", "6-(dimethylamino)-4,4-diphenylheptan-3-onhydrochlorid", "3-heptanone 6-(dimethylamino)-4,4-diphenyl- hydrochloride", "hoechst 10820", "1,1-dphenyl-1-(2-dimethylaminopropyl)-2-butanone hydrochloride", "biscuits[wiki]", "adolan; dolophine hydrochloride; heptadon; physeptone", "3-heptanone 6-(dimethylamino)-4,4-diphenyl-,hydrochloride (-)-", "3-heptanone 6-(dimethylamino)-4,4-diphenyl-,hydrochloride (1:1)", "dolly[wiki]", "methadone hydrochloride[usp]", "15284-15-8[rn]", "amidone hydrochloride", "racemic methadone hydrochloride", "70181-39-4[rn]"}|>, "3115" -> <|"DatabaseID" -> "SW01967", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50140"], ExternalIdentifier["ChEBIID", "6807"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13556], ExternalIdentifier["ChemSpiderID", 3953]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00333"]}, "IsomericSmiles" -> "CCC(=O)C(CC(C)[NH+](C)C)(c1ccccc1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02102"], ExternalIdentifier["KEGGID", "D08195"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "methadone", "Australia Approved Name" -> "METHADONE HYDROCHLORIDE", "US Illegal/Scheduled Drug (Schedule 2)" -> "Methadone", "FDA Approved Drug" -> "METHADONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450401", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14184], ExternalIdentifier["PubChemCompoundID", 4095]}, "Synonyms" -> {"dolophin", "diaminon", "adanon", "ketalgin", "phenadone", "amidone", "dl-methadone", "physeptone", "methadone", "moheptan", "algolysin", "depridol", "fenadone", "butalgin", "algidon", "fenadon", "dolohepton", "mephenon", "methadone hydrochloride", "heptadon", "tussol", "dolophine", "mecodin", "westadone", "miadone", "polamidone", "algovetin", "methaquaione", "methadone m", "heptadone", "methadon", "polamidon", "dolophin hydrochloride", "adolan", "diaminon hydrochloride", "methadose", "phenadone hydrochloride", "dollies", "dolofin hydrochloride", "althose hydrochloride", "ketalgin hydrochloride", "dl-methadone hydrochloride", "methadone hcl", "dolophine hcl", "amidon", "biscuits", "adanon hydrochloride", "dor-1", "(+/-)-methadone", "methadone hcl intensol", "heptanon", "dolly", "(+/-)-methadone hydrochloride", "(+/-)-tussal", "214-140-7[einecs]", "levothyl", "1095-90-5[rn]", "levadone", "dolophine hydrochloride", "125-56-4[rn]", "adolan[wiki]", "meheptan", "tussal", "metasedin", "eptadone", "symoron", "macodin", "6-dimethylamino-4,4-di(phenyl)heptan-3-one", "76-99-3", "algicon", "297-88-1", "6-(dimethylamino)-4,4-diphenylheptan-3-one", "297-88-1[rn]", "125-58-6[rn]", "methadona[spanish]", "althose", "6-(dimethylamino)-4,4-diphenyl-3-heptanone[acd/iupac name]", "levometadona[spanish][inn]", "levomethadonum[latin]", "3-heptanone 6-(dimethylamino)-4,4-diphenyl- l-", "1,1-diphenyl-1-(2-dimethylaminopropyl)-2-butanone", "levomethadone[inn]", "sedo-rapide", "metadona[spanish][inn]", "200-996-9[einecs]", "methadone[wiki]", "6-dimethylamino-4,4-diphenyl-3-heptanone", "westadone.", "polamivet", "5653-80-5[rn]", "methadonum[latin]", "metadone [dcit]", "3-heptanone 6-(dimethylamino)-4,4-diphenyl-", "76-99-3[rn]", "3-14-00-00279", "3-14-00-00279 (beilstein handbook reference)[beilstein]", "3213669[beilstein]", "rac-methadone", "337376-15-5", "3-14-00-00278 (beilstein handbook reference)[beilstein]", "racemic methadone", "dolophine (tn)", "4,4-diphenyl-6-dimethylamino-3-heptanone hydrochloride", "6-(dimethylamino)-4,4-diphenylheptan-3-one hydrochloride", "6-(dimethylamino)-4,4-diphenylheptan-3-one hydrochloride (1:1)", "dolophine[wiki]", "6-dimethylamino-4,4-diphenyl-3-heptanone.hcl", "6-(dimethylamino)-4,4-diphenyl-3-heptanone hydrochloride (1:1)[acd/iupac name]", "n,n-dimethyl-5-oxo-4,4-diphenylheptan-2-aminium chloride", "methadose sugar-free", "methadone hydrochloride dl-", "amidon hydrochloride", "3-heptanone 6-(dimethylamino)-4,4-diphenyl-,hydrochloride (8ci,9ci)", "3-heptanone dl-6-dimethylamino-4,4-diphenyl- hydrochloride", "70172-45-1[rn]", "dl-6-(dimethylamino)-4,4-diphenyl-3-heptanone hydrochloride", "heptadon hydrochloride", "6-dimethylamino-4,4-diphenyl-3-heptanone hydrochloride", "1,1-diphenyl-1-(2-dimethylaminopropyl)-2-butanone hydrochloride", "methadose dispersible", "6-dimethylamino-4,4-diphenylheptan-3-one hydrochloride", "dl-6-dimethylamino-4,4-diphenyl-3-heptanone hydrochloride", "3919789[beilstein]", "6-(dimethylamino)-4,4-diphenyl-3-heptanone hydrochloride", "6-(dimethylamino)-4,4-diphenylheptan-3-onhydrochlorid", "3-heptanone 6-(dimethylamino)-4,4-diphenyl- hydrochloride", "hoechst 10820", "1,1-dphenyl-1-(2-dimethylaminopropyl)-2-butanone hydrochloride", "biscuits[wiki]", "adolan; dolophine hydrochloride; heptadon; physeptone", "3-heptanone 6-(dimethylamino)-4,4-diphenyl-,hydrochloride (-)-", "3-heptanone 6-(dimethylamino)-4,4-diphenyl-,hydrochloride (1:1)", "dolly[wiki]", "methadone hydrochloride[usp]", "15284-15-8[rn]", "amidone hydrochloride", "racemic methadone hydrochloride", "70181-39-4[rn]"}|>, "3116" -> <|"DatabaseID" -> "SW01968", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9675]}, "IsomericSmiles" -> "CCC(=O)C(c1ccccc1)(c2ccccc2)C(C)C[NH+](C)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Isomethadone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10072]}, "Synonyms" -> {"isoadanone", "isomethadone", "isomethadone ii", "isoamidone ii", "(5s)-isomethadone", "liden", "liden[wiki]", "1,1-diphenyl-1-(dimethylaminoisopropyl)butanone-2", "466-40-0[rn]", "dl-isomethadone", "3-14-00-00281 (beilstein handbook reference)[beilstein]", "isomethadone [ban:dcf:inn][inn]", "isomethadone l-form", "1-dimethylamino-2-methyl-3,3-diphenyl-4-hexanone", "6-(dimethylamino)-5-methyl-4,4-diphenylhexan-3-one", "3-hexanone 6-(dimethylamino)-4,4-diphenyl-5-methyl-", "561-10-4[rn]", "isometadone [dcit]", "l-isoamidone", "6-dimethylamino-5-methyl-4,4-diphenyl-3-hexanone", "3-hexanone 6-(dimethylamino)-5-methyl-4,4-diphenyl-", "l-isomethadone", "isomethadone d-form hydrochloride", "1,1-diphenyl-1-(dimethylaminoisopropyl)-2-butanone", "(-)-isomethadone", "63814-06-2[rn]", "isomethadonum[latin]", "isoamidone", "63765-85-5[rn]", "5341-49-1[rn]", "isometadona[spanish][inn]"}|>, "3117" -> <|"DatabaseID" -> "SW01968", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9675]}, "IsomericSmiles" -> "CCC(=O)C(c1ccccc1)(c2ccccc2)C(C)C[NH+](C)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Isomethadone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10072]}, "Synonyms" -> {"isoadanone", "isomethadone", "isomethadone ii", "isoamidone ii", "(5s)-isomethadone", "liden", "liden[wiki]", "1,1-diphenyl-1-(dimethylaminoisopropyl)butanone-2", "466-40-0[rn]", "dl-isomethadone", "3-14-00-00281 (beilstein handbook reference)[beilstein]", "isomethadone [ban:dcf:inn][inn]", "isomethadone l-form", "1-dimethylamino-2-methyl-3,3-diphenyl-4-hexanone", "6-(dimethylamino)-5-methyl-4,4-diphenylhexan-3-one", "3-hexanone 6-(dimethylamino)-4,4-diphenyl-5-methyl-", "561-10-4[rn]", "isometadone [dcit]", "l-isoamidone", "6-dimethylamino-5-methyl-4,4-diphenyl-3-hexanone", "3-hexanone 6-(dimethylamino)-5-methyl-4,4-diphenyl-", "l-isomethadone", "isomethadone d-form hydrochloride", "1,1-diphenyl-1-(dimethylaminoisopropyl)-2-butanone", "(-)-isomethadone", "63814-06-2[rn]", "isomethadonum[latin]", "isoamidone", "63765-85-5[rn]", "5341-49-1[rn]", "isometadona[spanish][inn]"}|>, "3118" -> <|"DatabaseID" -> "SW01969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2236]}, "IsomericSmiles" -> "CC(COc1ccccc1Cc2ccccc2)[NH+]3CCCCC3", "OfficialNames" -> <|"NPC Approved Name" -> "pirexyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71313658]}, "Synonyms" -> {"pirexyl", "1-[2-(2-benzylphenoxy)-1-methylethyl]piperidinium dihydrogen phosphate", "blascorid", "1-[1-methyl-2-[(a-phenyl-o-tolyl)oxy]ethyl]piperidine", "piperidine 1-(1-methyl-2-(2-(phenylmethyl)phenoxy)ethyl)- (9ci)", "1-[2-(2-benzylphenoxy)-1-methylethyl]piperidine", "3563-76-6[rn]", "1-[2-(2-benzylphenoxy)-1-methylethyl]piperidine monophosphate", "bemproperina[spanish][inn]", "benproperinum[latin]", "1-(2-(2-benzilfenossi)-1-metiletil)-piperidina[italian]", "piperidine 1-[1-methyl-2-[2-(phenylmethyl)phenoxy]ethyl]-", "243-050-0[einecs]", "19428-14-9[rn]", "5-20-02-00159[beilstein]", "1-[1-methyl-2-[2-(phenylmethyl)phenoxy]ethyl]piperidine phosphate", "2156-27-6[rn]", "asa 158-5", "264-745-5[einecs]", "5-20-02-00159 (beilstein handbook reference)[beilstein]", "1-[1-methyl-2-[2-(phenylmethyl)phenoxy]ethyl]piperidine", "benproperine phosphate", "1-[1-(2-benzylphenoxy)propan-2-yl]piperidine", "1-[1-methyl-2-[(|a-phenyl-o-tolyl)oxy]ethyl]piperidine phosphate", "1-(2-(2-benzylphenoxy)-1-methylethyl)piperidine", "benproperine[wiki][inn]", "64238-92-2[rn]", "pirexyl phosphate", "benproperine embonate"}|>, "3119" -> <|"DatabaseID" -> "SW01969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2236]}, "IsomericSmiles" -> "CC(COc1ccccc1Cc2ccccc2)[NH+]3CCCCC3", "OfficialNames" -> <|"NPC Approved Name" -> "pirexyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71313658]}, "Synonyms" -> {"pirexyl", "1-[2-(2-benzylphenoxy)-1-methylethyl]piperidinium dihydrogen phosphate", "blascorid", "1-[1-methyl-2-[(a-phenyl-o-tolyl)oxy]ethyl]piperidine", "piperidine 1-(1-methyl-2-(2-(phenylmethyl)phenoxy)ethyl)- (9ci)", "1-[2-(2-benzylphenoxy)-1-methylethyl]piperidine", "3563-76-6[rn]", "1-[2-(2-benzylphenoxy)-1-methylethyl]piperidine monophosphate", "bemproperina[spanish][inn]", "benproperinum[latin]", "1-(2-(2-benzilfenossi)-1-metiletil)-piperidina[italian]", "piperidine 1-[1-methyl-2-[2-(phenylmethyl)phenoxy]ethyl]-", "243-050-0[einecs]", "19428-14-9[rn]", "5-20-02-00159[beilstein]", "1-[1-methyl-2-[2-(phenylmethyl)phenoxy]ethyl]piperidine phosphate", "2156-27-6[rn]", "asa 158-5", "264-745-5[einecs]", "5-20-02-00159 (beilstein handbook reference)[beilstein]", "1-[1-methyl-2-[2-(phenylmethyl)phenoxy]ethyl]piperidine", "benproperine phosphate", "1-[1-(2-benzylphenoxy)propan-2-yl]piperidine", "1-[1-methyl-2-[(|a-phenyl-o-tolyl)oxy]ethyl]piperidine phosphate", "1-(2-(2-benzylphenoxy)-1-methylethyl)piperidine", "benproperine[wiki][inn]", "64238-92-2[rn]", "pirexyl phosphate", "benproperine embonate"}|>, "3120" -> <|"DatabaseID" -> "SW01970", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4453"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 37400]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00304"]}, "IsomericSmiles" -> "CC[C@]12CC(=C)[C@H]3[C@H]([C@@H]1CC[C@]2(C#C)O)CCC4=CCCC[C@H]34", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02367"]}, "OfficialNames" -> <|"NPC Approved Name" -> "desogestrel"|>, "PharmGKBID" -> "PA449238", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 40973]}, "Synonyms" -> {"desogestrel", "cerazette", "desogestrelum [inn-latin]", "kariva", "cyclessa[wiki]", "54024-22-5", "desogen (desogestrel + ethinyl estradiol)_mixture", "marvelon 21 tab (desogestrel + ethinyl estradiol)_mixture", "(8s,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-11-methylidene-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ol(non-preferred name)", "desogestrel [usan:ban:inn][inn][usan]", "kariva (desogestrel + ethinyl estradiol)_mixture", "er", "(8s,9s,10r,13s,14s,17r)-17-ethinyl-13-ethyl-11-methyliden-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ol", "desogen", "ortho-cept 21 day (desogestrel + ethinyl estradiol)_mixture", "cyclessa", "desogestrel[wiki][usan]", "17a-ethynyl-18-methyl-11-methyl-ene-d4-estren-17b-ol", "54024-22-5[rn]", "d017135", "desogestrel; desogestrelum", "org 2969", "258-929-4[einecs]", "estradiol receptor", "5094648[beilstein]", "mircette (desogestrel + ethinyl estradiol)_mixture", "ortho-cept 28 day (desogestrel + ethinyl estradiol)_mixture", "desogestrelum", "org-2969", "(8s,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-11-methylene-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ol (non-preferred name)[acd/iupac name]", "org2969", "mircette[wiki]", "ortho-cept", "marvelon 28 tab (desogestrel + ethinyl estradiol)_mixture", "desogen[wiki]", "desogestrelum[latin]", "mircette", "er-alpha", "(17a)-13-ethyl-11-methylene-18,19-dinorpregn-4-en-20-yn-17-ol", "marvelon", "(8s,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-11-methylidene-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ol", "cyclessa (desogestrel + ethinyl estradiol)_mixture"}|>, "3121" -> <|"DatabaseID" -> "SW01971", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51024"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4023]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00340"]}, "IsomericSmiles" -> "C[NH+]1CCCC(C1)CC2c3ccccc3Sc4c2cccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01871"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHIXENE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164783811", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4167]}, "Synonyms" -> {"trest", "metixene hydrochloride", "metixene", "metisene [dcit]", "methixene", "methixene hydrochloride", "tremaril", "tremonil", "methixart", "methixen [german]", "metixenum [inn-latin]", "1-pipecoline 3-(thioxanthen-9-yl)methyl- hydrochloride", "metixenum[latin]", "contalyl", "4-27-00-01421 (beilstein handbook reference)[beilstein]", "metisene", "225-610-6[einecs]", "9-(1'-methylpiperidine-3'-methyl)thioxanthene", "2/2/4969", "methyloxan", "1-methyl-3-(9h-thioxanthen-9-yl-methyl)piperidine", "60 sj 1977 (*hydrochloride*)", "1-methyl-3-(thioxanthen-9-ylmethyl) piperidine", "1-methyl-3-(thioxanthen-9-ylmethyl)-1-piperidine", "9-(1-methyl-3-piperidylmethyl)thiaxanthene hydrochloride", "methixen", "dalpan", "1-methyl-3-(thioxanthen-9-ylmethyl)-1-piperidine hydrochloride", "1-methyl-3-(9h-thioxanthen-9-ylmethyl)piperidine[acd/iupac name]", "tremaril hydrochloride", "tremoni (*hydrochloride*)l", "9005-80-5[rn]", "267181[beilstein]", "atosil", "piperidine 1-methyl-3-(9h-thioxanthen-9-ylmethyl)-", "metixene (*hydrochloride*)", "4969-02-2[rn]", "1-pipecoline 3-(thioxanthen-9-yl)methyl-", "raunana", "metixeno [inn-spanish]", "4-27-00-01421", "metixeno[spanish][inn]", "9-(1'-methylpiperidine-3'-methyl)thioxanthene hydrochloride", "metixene; metixeno; metixenum", "piperidine 1-methyl-3-(thioxanthen-9-ylmethyl)-", "methixen[german]", "60 sj 1977", "methixene (*hydrochloride*)"}|>, "3122" -> <|"DatabaseID" -> "SW01971", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51024"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4023]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00340"]}, "IsomericSmiles" -> "C[NH+]1CCCC(C1)CC2c3ccccc3Sc4c2cccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01871"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHIXENE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164783811", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4167]}, "Synonyms" -> {"trest", "metixene hydrochloride", "metixene", "metisene [dcit]", "methixene", "methixene hydrochloride", "tremaril", "tremonil", "methixart", "methixen [german]", "metixenum [inn-latin]", "1-pipecoline 3-(thioxanthen-9-yl)methyl- hydrochloride", "metixenum[latin]", "contalyl", "4-27-00-01421 (beilstein handbook reference)[beilstein]", "metisene", "225-610-6[einecs]", "9-(1'-methylpiperidine-3'-methyl)thioxanthene", "2/2/4969", "methyloxan", "1-methyl-3-(9h-thioxanthen-9-yl-methyl)piperidine", "60 sj 1977 (*hydrochloride*)", "1-methyl-3-(thioxanthen-9-ylmethyl) piperidine", "1-methyl-3-(thioxanthen-9-ylmethyl)-1-piperidine", "9-(1-methyl-3-piperidylmethyl)thiaxanthene hydrochloride", "methixen", "dalpan", "1-methyl-3-(thioxanthen-9-ylmethyl)-1-piperidine hydrochloride", "1-methyl-3-(9h-thioxanthen-9-ylmethyl)piperidine[acd/iupac name]", "tremaril hydrochloride", "tremoni (*hydrochloride*)l", "9005-80-5[rn]", "267181[beilstein]", "atosil", "piperidine 1-methyl-3-(9h-thioxanthen-9-ylmethyl)-", "metixene (*hydrochloride*)", "4969-02-2[rn]", "1-pipecoline 3-(thioxanthen-9-yl)methyl-", "raunana", "metixeno [inn-spanish]", "4-27-00-01421", "metixeno[spanish][inn]", "9-(1'-methylpiperidine-3'-methyl)thioxanthene hydrochloride", "metixene; metixeno; metixenum", "piperidine 1-methyl-3-(thioxanthen-9-ylmethyl)-", "methixen[german]", "60 sj 1977", "methixene (*hydrochloride*)"}|>, "3123" -> <|"DatabaseID" -> "SW01971", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51024"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4023]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00340"]}, "IsomericSmiles" -> "C[NH+]1CCCC(C1)CC2c3ccccc3Sc4c2cccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01871"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHIXENE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164783811", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4167]}, "Synonyms" -> {"trest", "metixene hydrochloride", "metixene", "metisene [dcit]", "methixene", "methixene hydrochloride", "tremaril", "tremonil", "methixart", "methixen [german]", "metixenum [inn-latin]", "1-pipecoline 3-(thioxanthen-9-yl)methyl- hydrochloride", "metixenum[latin]", "contalyl", "4-27-00-01421 (beilstein handbook reference)[beilstein]", "metisene", "225-610-6[einecs]", "9-(1'-methylpiperidine-3'-methyl)thioxanthene", "2/2/4969", "methyloxan", "1-methyl-3-(9h-thioxanthen-9-yl-methyl)piperidine", "60 sj 1977 (*hydrochloride*)", "1-methyl-3-(thioxanthen-9-ylmethyl) piperidine", "1-methyl-3-(thioxanthen-9-ylmethyl)-1-piperidine", "9-(1-methyl-3-piperidylmethyl)thiaxanthene hydrochloride", "methixen", "dalpan", "1-methyl-3-(thioxanthen-9-ylmethyl)-1-piperidine hydrochloride", "1-methyl-3-(9h-thioxanthen-9-ylmethyl)piperidine[acd/iupac name]", "tremaril hydrochloride", "tremoni (*hydrochloride*)l", "9005-80-5[rn]", "267181[beilstein]", "atosil", "piperidine 1-methyl-3-(9h-thioxanthen-9-ylmethyl)-", "metixene (*hydrochloride*)", "4969-02-2[rn]", "1-pipecoline 3-(thioxanthen-9-yl)methyl-", "raunana", "metixeno [inn-spanish]", "4-27-00-01421", "metixeno[spanish][inn]", "9-(1'-methylpiperidine-3'-methyl)thioxanthene hydrochloride", "metixene; metixeno; metixenum", "piperidine 1-methyl-3-(thioxanthen-9-ylmethyl)-", "methixen[german]", "60 sj 1977", "methixene (*hydrochloride*)"}|>, "3124" -> <|"DatabaseID" -> "SW01971", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51024"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4023]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00340"]}, "IsomericSmiles" -> "C[NH+]1CCCC(C1)CC2c3ccccc3Sc4c2cccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01871"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHIXENE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164783811", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4167]}, "Synonyms" -> {"trest", "metixene hydrochloride", "metixene", "metisene [dcit]", "methixene", "methixene hydrochloride", "tremaril", "tremonil", "methixart", "methixen [german]", "metixenum [inn-latin]", "1-pipecoline 3-(thioxanthen-9-yl)methyl- hydrochloride", "metixenum[latin]", "contalyl", "4-27-00-01421 (beilstein handbook reference)[beilstein]", "metisene", "225-610-6[einecs]", "9-(1'-methylpiperidine-3'-methyl)thioxanthene", "2/2/4969", "methyloxan", "1-methyl-3-(9h-thioxanthen-9-yl-methyl)piperidine", "60 sj 1977 (*hydrochloride*)", "1-methyl-3-(thioxanthen-9-ylmethyl) piperidine", "1-methyl-3-(thioxanthen-9-ylmethyl)-1-piperidine", "9-(1-methyl-3-piperidylmethyl)thiaxanthene hydrochloride", "methixen", "dalpan", "1-methyl-3-(thioxanthen-9-ylmethyl)-1-piperidine hydrochloride", "1-methyl-3-(9h-thioxanthen-9-ylmethyl)piperidine[acd/iupac name]", "tremaril hydrochloride", "tremoni (*hydrochloride*)l", "9005-80-5[rn]", "267181[beilstein]", "atosil", "piperidine 1-methyl-3-(9h-thioxanthen-9-ylmethyl)-", "metixene (*hydrochloride*)", "4969-02-2[rn]", "1-pipecoline 3-(thioxanthen-9-yl)methyl-", "raunana", "metixeno [inn-spanish]", "4-27-00-01421", "metixeno[spanish][inn]", "9-(1'-methylpiperidine-3'-methyl)thioxanthene hydrochloride", "metixene; metixeno; metixenum", "piperidine 1-methyl-3-(thioxanthen-9-ylmethyl)-", "methixen[german]", "60 sj 1977", "methixene (*hydrochloride*)"}|>, "3125" -> <|"DatabaseID" -> "SW01972", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4515"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390099]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00804"]}, "IsomericSmiles" -> "CC[NH+](CC)CCOC(=O)C1(CCCCC1)C2CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00717"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dicyclomine hcl", "FDA Approved Drug" -> "DICYCLOMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164744928", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441344], ExternalIdentifier["PubChemCompoundID", 3042]}, "Synonyms" -> {"dicyclomine hydrochloride", "wyovin", "dicycloverine", "dicycloverine hydrochloride", "bentylol", "bentyl hydrochloride", "procyclomin", "dicycloverin hydrochloride", "kolantyl hydrochloride", "diocyl hydrochloride", "dicyclomine hcl", "bentyl", "sawamin", "oxityl-p", "bentomine", "diethylaminocarbethoxybicyclohexyl hydrochloride", "bentylol hydrochloride", "dicyclomine", "merbentyl", "diocyl", "di-syntramine", "dicycloverin", "bis(cyclohexyl)carboxylic acid diethylaminoethyl esterhydrochloride", "2-(diethylamino)ethyl-1,1'-bi(cyclohexyl)-1-carboxylathydrochlorid", "cyclohexanecarboxylic acid,1-cyclohexyl- 2-(diethylamino)ethyl ester,hydrochloride", "77-19-0[rn]", "[1,1'-bicyclohexyl]-1-carboxylic acid 2-(diethylamino)ethyl ester hydrochloride", "mamiesan", "[bicyclohexyl]-1-carboxylicacid 2-(diethylamino)ethyl esterhydrochloride", "[2-[[[1,1'-bicyclohexyl]-1-ylcarbonyl]oxy]ethyl]diethylammoniumchloride", "dyspas", "2-(diethylamino)ethyl 1,1'-bi(cyclohexyl)-1-carboxylate hydrochloride (1:1)", "atumin", "2-(diethylamino)ethyl 1-cyclohexylcyclohexane-1-carboxylate hydrochloride", "[1,1'-bicyclohexyl]-1-carboxylic acid 2-(diethylamino)ethyl ester hydrochloride(1:1)", "[1,1-bicyclohexyl]-1-carboxylic acid2-(diethylamino)ethyl ester hydrochloride", "bentyl[wiki]", "dicyclomine[wiki]", "spasmoban", "dicicloverina [inn-spanish]", "67-92-5 77-19-0", "[1,1'-bicyclohexyl]-1-carboxylic acid 2- (diethylamino)ethyl ester hydrochloride", "wyovin hydrochloride", "2-(diethylamino)ethyl (bicyclohexyl)-1-carboxylate hydrochloride", "200-671-1[einecs]", "67-92-5 77-19-0 [dicyclomine]", "1-cyclohexylcyclohexanecarboxylic acid 2-(diethylamino)ethyl ester hydrochloride", "formulex", "bentyl (tn)", "(1,1'-bicyclohexyl)-1-carboxylic acid 2-(diethylamino)ethyl ester hydrochloride", "(2-(((1,1'-bicyclohexyl)-1-ylcarbonyl)oxy)ethyl)diethylammoniumchloride", "gu8471100", "2-(diethylamino)ethyl 1-cyclohexylcyclohexane-1-carboxylate hydrochloride; [1,1-bicyclohexyl]-1-carboxylic acid 2-(diethylamino)ethyl ester hydrochloride", "(1,1'-bicyclohexyl)-1-carboxylic acid 2-(diethylamino)ethyl ester hydrochloride", "dicycloverinum [inn-latin]", "2-(diethylamino)ethyl 1-cyclohexylcyclohexanecarboxylate chloride", "b-diethylaminoethyl 1-cyclohexylcyclohexanecarboxylatehydrochloride", "2-(diethylamino)ethyl 1,1'-bi(cyclohexyl)-1-carboxylate hydrochloride", "67-92-5[rn]", "(bicyclohexyl)-1-carboxylicacid 2-(diethylamino)ethyl ester,hydrochloride", "stannitol", "ametil", "dicicloverina", "urispas", "antispas", "dibent", "icramin", "dicycloverinum", "spasmoject", "benacol"}|>, "3126" -> <|"DatabaseID" -> "SW01973", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4515636]}, "IsomericSmiles" -> "CCCCCCCC/C=C\\CCCCCCCC(=O)OCC", "OfficialNames" -> <|"Indian Approved Name" -> "ethyloleate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5363269]}, "Synonyms" -> {"ethyl oleate", "oleic acid ethyl ester", "elhyl oleate", "9-octadecenoic acid ethyl ester (9z)-", "(9z)-9-octadecenoic acid ethyl ester", "9-octadecenoic acid (z)- ethyl ester", "ethyl cis-9-octadecenoate", "203-889-5[einecs]", "9-octadecenoic acid (z)-", "sbb060320", "oleic acid ethyl ester", "jsp000872", "ethyl (9z)-octadec-9-enoate", "ethyl oleate (nf)", "(z)-9-octadecenoic acid ethyl ester", "(z)-9-octadecenoicacid ethyl ester;oleic acid ethylester; ethyl oleate", "111-62-6", "111-62-6[rn]", "ac1nshd7", "ethylis oleas", "dsstox_cid_27633", "ethyloleate", "1727318", "ethyl (9z)octadec-9-enoate"}|>, "3127" -> <|"DatabaseID" -> "SW01974", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2777]}, "IsomericSmiles" -> "C=C(c1ccccc1OCc2cccc(c2)Cl)n3ccnc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07752"]}, "OfficialNames" -> <|"NPC Approved Name" -> "croconazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2880]}, "Synonyms" -> {"croconazole", "1-[1-[o-[(m-chlorobenzyl)oxy]phenyl]vinyl]imidazole", "1-(1-(o-((m-chlorobenzyl)oxy)phenyl)vinyl)imidazole", "1-[1-[2-[(3-chlorophenyl)methoxy]phenyl]ethenyl]imidazole", "cloconazole", "croconazolum", "1-[1-[2-[(3-chlorobenzyl)oxy]phenyl]vinyl]-1h-imidazole", "1h-imidazole 1-[1-[2-[(3-chlorophenyl)methoxy]phenyl]ethenyl]-", "1[1-2[(3-chlorophenyl)methoxy]-phenyl]vinyl]-1h-imidazole", "croconazol", "710674-s", "croconazolum[latin]", "croconazole (inn)", "croconazolum [latin]", "77175-51-0[rn]", "croconazole hydrochloride[jan][jp15]", "croconazole[inn]", "77175-51-0", "1-[1-[2-[(3-chlorophenyl)methoxy]phenyl]ethenyl]-1h-imidazole", "croconazol[spanish]", "pilzcin", "1-{1-[2-(3-chloro-benzyloxy)-phenyl]-vinyl}-1h-imidazole(croconazole)", "1-{1-[2-(3-chloro-benzyloxy)-phenyl]-vinyl}-1h-imidazole", "1-(1-{2-[(3-chlorobenzyl)oxy]phenyl}vinyl)-1h-imidazole[acd/iupac name]", "hcl[formula]", "77174-66-4[rn]", "1-(1-{2-[(3-chlorobenzyl)oxy]phenyl}ethenyl)-1h-imidazole"}|>, "3128" -> <|"DatabaseID" -> "SW01975", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5302]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00839"]}, "IsomericSmiles" -> "Cc1ccc(cc1)S(=O)(=O)[N-]C(=O)N[NH+]2CCCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00379"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TOLAZAMIDE"|>, "PharmGKBID" -> "PA164774902", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5503]}, "Synonyms" -> {"tolinase", "norglycin", "tolazamide", "tolanase", "tolazolamide", "tolamide", "diabewas", "5-20-04-00062 (beilstein handbook reference)[beilstein]", "4-(p-tolylsulfonyl)-1,1-hexamethylenesemicarbazide", "tolazamide[wiki]", "benzenesulfonamide n-(((hexahydro-1h-azepin-1-yl)-amino)carbonyl)-4-methyl-", "1-(hexahydro-1h-azepin-1-yl)-3-(p-toluenesulfonyl)urea", "1-(azepan-1-yl)-3-(4-methylphenyl)sulfonyl-urea", "benzenesulfonamide n-[[ (hexahydro-1h-azepin-1-yl)amino]carbonyl]-4-methyl-", "tolinase (tn)", "n-(p-toluenesulfonyl)-n'-hexamethyleniminourea", "1-[({[(4-methylphenyl)sulfonyl]amino}carbonyl)amino]azepane", "potassium channel inwardly rectifying subfamily j member 1", "atp-regulated potassium channel rom-k", "benzenesulfonamide n-[[(hexahydro-1h-azepin-1-yl)amino]carbonyl]-4-methyl-", "n-(azepan-1-ylcarbamoyl)-4-methylbenzenesulfonamide", "tolazamide [usan:ban:inn:jan][inn][jan][usan]", "(azaperhydroepinylamino)-n-[(4-methylphenyl)sulfonyl]carboxamide", "benzenesulfonamide {n-[[(hexahydro-1h-azepin-1-yl)amino]carbonyl]-4-methyl-}", "tolazamida", "n-(azepan-1-ylcarbamoyl)-4-methylbenzolsulfonamid", "kir1.1", "urea 1-(hexahydroazepin-1-yl)-3-p-tolylsulfonyl-", "1156-19-0[rn]", "cas-1156-19-0", "3-azepan-1-yl-1-(4-methylphenyl)sulfonyl-urea", "1-(hexahydro-1h-azepin-1-yl)-3-(p-tolylsulfonyl)urea", "n-[(azepan-1-ylamino)carbonyl]-4-methylbenzenesulfonamide(tolazamide)", "u 17835.", "tolonase", "tolazamidum[latin]", "5-20-04-00062", "n-[[(hexahydro-1h-azepin-1-yl)amino]carbonyl]-4-methylbenzenesulfonamide", "nci-c03327", "tolazamida[spanish][inn]", "214-588-3[einecs]", "urea 1- (hexahydro-1h-azepin-1-yl)-3-(p-tolylsulfonyl)-", "benzenesulfonamide n-(((hexahydro-1h-azepin-1-yl)amino)carbonyl)-4-methyl-", "1-(hexahydro-1-azepinyl)-3-p-tolylsulfonylurea", "n-(((hexahydro-1h-azepin-1-yl)-amino)carbonyl)-4-methylbenzenesulfonamide", "n-[(azepan-1-ylamino)carbonyl]-4-methylbenzenesulfonamide", "tolazamidum", "n-(((hexahydro-1h-azepin-1-yl)amino)carbonyl)-4-methylbenzenesulfonamide", "1-(((((4-methylphenyl)sulfonyl)amino)carbonyl)amino)azepane", "n-(1-azepanylcarbamoyl)-4-methylbenzenesulfonamide[acd/iupac name]", "urea 1-(hexahydro-1h-azepin-1-yl)-3-(p-tolylsulfonyl)-", "n-(1-azepanylcarbamoyl)-4-methylbenzolsulfonamid"}|>, "3129" -> <|"DatabaseID" -> "SW01976", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62093]}, "IsomericSmiles" -> "C[C@]12CCC3=C4CCC(=O)C=C4CC[C@H]3[C@@H]1CC[C@]2(CC#N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03799"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DIENOGEST"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68861]}, "Synonyms" -> {"natazia", "endometrion", "dienogest", "dienogestrel", "sts 557", "17alpha-17-hydroxy-3-oxo-19-norpregna-4", "17-alpha-cyanomethyl-17-beta-hydroxy-estra-4", "dinagest", "sts-557", "c023635", "dienogest (jan/usan)[jan][usan]", "17a-cyanomethyl-17b-hydroxy-estra-4,9(10)-dien-3-one", "dienogestum [latin]", "19-norpregna-4", "65928-58-7[rn]", "dienogestum[latin]", "17a-17-hydroxy-3-oxo-19-norpregna-4,9-diene-21-nitrile", "dienogest[inn]", "17-alpha-cyanomethyl-17-beta-hydroxyestra-4", "visanne", "endometrion (tn)", "sh-t00660aa"}|>, "3130" -> <|"DatabaseID" -> "SW01977", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170667]}, "IsomericSmiles" -> "CC[C@H]1C[C@@H]2C[C@@H]3[C@H]1[NH+](C2)CCc4c3[nH]c5c4cc(cc5)OC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Ibogaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197060]}, "Synonyms" -> {"(-)-ibogaine", "ibogain", "endabuse", "ibogamine", "ibogaine (8ci)", "dea no. 7260", "83-74-9", "17378-46-0[rn]", "tabernanthe iboga", "201-498-4[einecs]", "ibogaine", "ibogamine 12-methoxy-", "ibogaine[wiki]", "83-74-9[rn]", "12-methoxyibogamine[acd/iupac name]", "einecs 201-498-4", "12-methoxyibogamine", "nih 10567"}|>, "3131" -> <|"DatabaseID" -> "SW01978", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391176]}, "IsomericSmiles" -> "CC[C@@H]([C@@H]1CC=C[C@H]2[NH+]1CCC[NH2+]CCCCNC(=O)C2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "palustrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442867]}, "Synonyms" -> {"c10608", "palustrine[wiki]", "palustrine", "22324-44-3", "(13s", "22324-44-3[rn]", "ac1l9djh"}|>, "3132" -> <|"DatabaseID" -> "SW01979", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28822"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10035]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arachidic acid;eicosanoic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10467]}, "Synonyms" -> {"arachic acid", "n-eicosanoic acid", "arachidic acid", "arachidinic acid", "eicosanoic acid", "506-30-9[rn]", "chebi:28822", "[506-30-9]", "1788211[beilstein]", "acd", "eicosanoicacid", "arachidate", "icosanoic acid", "arachinsaeure[german]", "208-031-3[einecs]", "ch3-[ch2]18-cooh", "arachinsaeure; ch3-[ch2]18-cooh; arachidinicacid; eicosoic acid; n-eicosanoic acid", "einecs 208-031-3", "506-30-9", "icosanoic acid[acd/iupac name]"}|>, "3133" -> <|"DatabaseID" -> "SW01980", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64859]}, "IsomericSmiles" -> "CC[NH+](CC)CCNC(=O)c1ccc(cc1OCC=C)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "aloclamida"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71837]}, "Synonyms" -> {"alloclamide", "alloclamida", "264ce", "2-(allyloxy)-4-chloro-n-(2-(diethylamino)ethyl)benzamide", "ncgc00181914-01", "benzamide 2-(allyloxy)-4-chloro-n-(2-(diethylamino)ethyl)-", "m 1973", "4-chloro-n-[2-(diethylamino)ethyl]-2-(2-propenyloxy)benzamide", "4-chloro-n-(2-(diethylamino)ethyl)-2-(2-propenyloxy)benzamide", "ce 264", "alloclamidum[latin]", "benzamide 4-chloro-n-(2-(diethylamino)ethyl)-2-(2-propenyloxy)- (9ci)", "aloclamida [inn-spanish]", "alloclamide [dcf:inn][inn]", "225-830-2[einecs]", "4-chloro-n-[2-(diethylamino)ethyl]-2-(prop-2-en-1-yloxy)benzamide", "aloclamida[spanish][inn]", "2-(allyloxy)-4-chloro-n-[2-(diethylamino)ethyl]benzamide[acd/iupac name]", "brn 2945902", "alloclamidum [inn-latin]", "benzamide 4-chloro-n-[2-(diethylamino)ethyl]-2-(2-propen-1-yloxy)-", "5486-77-1[rn]", "5107-01-7[rn]"}|>, "3134" -> <|"DatabaseID" -> "SW01981", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "291342"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110575]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00967"]}, "IsomericSmiles" -> "c1cc2c(nc1)C(=C3CC[NH2+]CC3)c4ccc(cc4CC2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03693"]}, "OfficialNames" -> <|"Indian Approved Name" -> "desloratadine", "FDA Approved Drug" -> "DESLORATADINE"|>, "PharmGKBID" -> "PA164776964", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124087]}, "Synonyms" -> {"desloratadine", "clarinex reditabs", "clarinex", "descarboethoxyoratidine", "descarboethoxyloratadine", "desloratidine", "neoclarityn", "denosin", "aerius", "8-chloro-11-(4-piperidinylidene)-6,11-dihydro-5h-benzo[5,6]cyclohepta[1,2-b]pyridine[acd/iupac name]", "8-chloro-11-(piperidin-4-ylidene)-6,11-dihydro-5h-benzo[5,6]cyclohepta[1,2-b]pyridine", "desloratadine [inn_en]", "100643-71-8[rn]", "clarinex[wiki]", "allex", "alavert", "azomyr", "desloratadine[wiki][usan]", "loratadine imp. d (ep)", "5h-benzo(5,6)cyclohepta(1,2-b)pyridine 8-chloro-6,11-dihydro-11-(4-piperidinylidene)-", "13-chloro-2-(piperidin-4-ylidene)-4-azatricyclo[9.4.0.03,8]pentadeca-1(15),3(8),4,6,11,13-hexaene", "c121345", "8-chloro-6,11-dihydro-11-(4-piperidinylidene)-5h-benzo[5,6]cyclohepta[1,2-b]pyridine", "8-chlor-11-(piperidin-4-yliden)-6,11-dihydro-5h-benzo[5,6]cyclohepta[1,2-b]pyridin", "8-chlor-11-piperidin-4-yliden-6,11-dihydro-5h-benzo[5,6]cyclohepta[1,2-b]pyridin", "neoclarityn;", "337376-15-5", "clarinex-d 12 hour extended release tablets (desloratadine + pseudoephedrine)_mixture", "tl8000065", "100643-71-8", "desalex", "8-chloro-11-piperidin-4-ylidene-6,11-dihydro-5h-benzo[5,6]cyclohepta[1,2-b]pyridine", "79794-75-5[rn]", "13-chloro-2-(piperidin-4-ylidene)-4-azatricyclo[9.4.0.03,8]pentadeca-1(11),3,5,7,12,14-hexaene", "aerius[wiki]", "opulis", "neoclarityn[wiki]", "claramax", "5h-benzo[5,6]cyclohepta[1,2-b]pyridine 8-chloro-6,11-dihydro-11-(4-piperidinylidene)-"}|>, "3135" -> <|"DatabaseID" -> "SW01982", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2504"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 162470]}, "IsomericSmiles" -> "COc1cc2c(c3c1c4c(c(=O)o3)C(=O)CC4)[C@@H]5C=CO[C@@H]5O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aflatoxin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 186907]}, "Synonyms" -> {"aflatoxin b1", "afbi", "aflatoxin b1 solution", "cyclopenta(c)furo(3',2':4,5)furo(2,3-h)(1)benzopyran-1,11-dione 2,3,6a,9a-tetrahydro-4-methoxy- (6ar,9as)-", "aflatoxin[wiki]", "4-methoxy-2,3,6a,9a-tetrahydrocyclopenta[c]furo[3',2':4,5]furo[2,3-h]chromene-1,11-dione[acd/iupac name]", "1162-65-8", "afb1", "hsdb 3453", "st50405315", "brn 1269174", "d000348", "einecs 214-603-3", "2,3,6a,9a-tetrahydro-4-methoxycyclopenta(c)furo(3',2':4,5)furo(2,3-h)(1)benzo-pyran-1,11-dione", "cyclopenta[c]furo[3',2':4,5]furo[2,3-h][1]benzopyran-1,11-dione 2,3,6a,9a-tetrahydro-4-methoxy-", "(6ar,9as)-4-methoxy-2,3,6a,9a-tetrahydrocyclopenta[c]furo[3',2':4,5]furo[2,3-h]chromene-1,11-dione", "cyclopenta[c]furo[3',2':4,5]furo[2,3-h][1]benzopyran-1,11-dione 2,3,6a,9a-tetrahydro-4-methoxy- (6ar,9as)-", "(-)-aflatoxin b1", "aflatoxin b", "cyclopenta[c]furo[3',2':4,5]furo[2,3-h][1]benzopyran-1,11-dione 2,3,6a 9a-tetrahydro-4-methoxy-,(6ar-cis)-", "nsc 529592", "(9as,6ar)-4-methoxy-2,3,6a,9a-tetrahydrocyclopenta[2,1-c]furano[3',2'-5,4]furano[2,3-h]chromene-1,11-dione", "ccris 12", "214-603-3[einecs]", "cyclopenta[c]furo[3',2':4,5]furo[2,3-h][1]benzopyran-1,11-dione 2,3,6a 9a-tetrahydro-4-methoxy-", "1162-65-8[rn]"}|>, "3136" -> <|"DatabaseID" -> "SW01983", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 146379]}, "IsomericSmiles" -> "C[C@@H]1CC[C@]2([C@@]13C[C@H]([C@]([C@@]24COC4=O)(C)O)OC(=O)[C@@H]3O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neoanisatin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 167309]}, "Synonyms" -> {"neoanisatin", "19213-35-5", "kst-1a2388", "ac1q6m9d", "spiro(6h-4", "ac1l4zpy", "ag-j-65945", "ar-1a1302", "hexahydro-1", "15589-82-9[rn]", "(1r"}|>, "3137" -> <|"DatabaseID" -> "SW01984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141828]}, "IsomericSmiles" -> "COc1cc(cc(c1O)OC)C(=O)OCCCC[NH+]=C(N)N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leonurine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161464]}, "Synonyms" -> {"4-guanidino-n-butyl syringate", "leonurine hydrochloride", "4-guanidinobutyl 4-hydroxy-3,5-dimethoxybenzoate", "[4-(4-hydroxy-3,5-dimethoxybenzoyloxy)butyl]guanidine", "leonurine[wiki]", "24697-74-3", "benzoic acid 4-hydroxy-3,5-dimethoxy- 4-((aminoiminomethyl)amino)butylester", "chembl1290284", "syringic acid d-guanidinobutyl ester", "4-hydroxy-3,5-dimethoxybenzoic acid d-guanidinobutyl ester", "4-carbamimidamidobutyl 4-hydroxy-3,5-dimethoxybenzoate", "akos015920020", "4-carbamimidamidobutyl-4-hydroxy-3,5-dimethoxybenzolcarboxylat", "scm-198", "tl8002025", "4-hydroxy-3,5-dimethoxybenzoic acid4-[(aminoiminomethyl)amino]butyl ester", "ac1l4ph9", "leonurina[portuguese]", "24697-74-3[rn]", "leonurine", "7097-09-8[rn]", "4-guanidino-1-butanol syringate", "molport-003-986-659", "benzoic acid 4-hydroxy-3,5-dimethoxy- 4-[(aminoiminomethyl)amino]butylester", "ambotz24697-74-3"}|>, "3138" -> <|"DatabaseID" -> "SW01985", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9525]}, "IsomericSmiles" -> "Cn1c2c(c(=O)n(c1=O)C)n(cn2)CC(C[NH+](C)CCO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06334"]}, "OfficialNames" -> <|"Indian Approved Name" -> "xanthinol nicotinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9912]}, "Synonyms" -> {"complamin", "xanthinol niacinate", "xanthinol nicotinate", "nicotinicacid compd. with7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophylline (1:1)", "complamex", "teonicol", "stenalgil", "contamex", "sadamine", "landrina", "angioamin", "nicotinato de xantinol[spanish][inn]", "3-pyridinecarboxylic acid,compd. with 3,7-dihydro-7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)-1,3-dimethyl-1h-purine-2,6-dione(1:1)", "437-74-1[rn]", "207-115-7[einecs]", "sk 331-a", "3-pyridinecarboxylic acid compd with3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "vedrin", "sadamin", "nicotinicacid compd. with{7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophylline} (1:1)", "7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)theophyllinecompd. with nicotinic acid", "nicotinicacid compd. with7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)theophylline(1:1) (8ci)", "nicotinate de xantinol[french][inn]", "3-pyridinecarboxylic acid,compd. with 3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,3-dimethyl-1h-purine-2,6-dione(1:1)", "7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophyllinecompd with nicotinic acid", "{7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophylline,} compound withnicotinicacid (1:1)", "xantinoli nicotinas[latin]", "7-[3-[n-(2-hydroxyethyl)amino]-2-hydroxypropyl]theophylline nicotinate", "nicotinicacid - 7-{2-hydroxy-3-[(2-hydroxyethyl)(methyl)amino]propyl}-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione (1:1)", "xantinol nicotinate", "sk 331a", "3-pyridinecarboxylic acid compd. with 3,7-dihydro-7-[2-hydroxy-3-[ (2-hydroxyethyl)methylamino]propyl]-1 3-dimethyl-1h-purine-2,6-dione (1:1)", "xavin[wiki]", "7-(3-(n-(2-hydroxyethyl)amino)-2-hydroxypropyl)thiophylline nicotinate", "7- 2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl theophylline compound with nicotinic acid (1:1)", "xantinolo nicotinato [dcit]", "3-pyridinecarboxylic acid,compd. with 3 7-dihydro-7-[2-hydroxy-3-[ (2-hydroxyethyl)methylamino]propyl]-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "methoxylin compd. with nicotinic acid", "complamin retard", "3-pyridinecarboxylic acid,compd. with 3 {7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,}3-dimethyl-1h-purine-2,6-dione (1:1)", "nicotinicacid compd. with3,7-dihydro-7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)-1,3-dimethyl-1h-purine-2,6-dione", "xanidil", "3-pyridinecarboxylic acid,compd. with 3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)(methyl)amino]propyl]-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "xanthinolium nicotinicum", "pyridine-3-carboxylic acid- 7-{2-hydroxy-3-[(2-hydroxyethyl)(methyl)amino]propyl}-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione (1:1)", "nicotinicacid compound with 7-(2-hydroxy-3-((2-hydroxyethyl)(methyl)amino)propyl)-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione (1:1)", "3-pyridinecarboxylic acid compd. with 3,7-dihydro-7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)-1,3-dimethyl-1h-purine-2,6-dione(1:1)", "angiomin", "7-{2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl}-1,3-dimethyl-1,3,7-trihydr opurine-2,6-dione pyridine-3-carboxylic acid", "sk 331 a", "xantinol niacinate", "3-pyridinecarboxylic acid &{3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,} 3-dimethyl-1h-purine-2,6-dione (1:1)", "7-[2-hydroxy-3-[ (2-hydroxyethyl)methylamino]propyl]theophylline compound with nicotinicacid (1:1)", "xanthinol niacinate[usan]"}|>, "3139" -> <|"DatabaseID" -> "SW01985", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9525]}, "IsomericSmiles" -> "Cn1c2c(c(=O)n(c1=O)C)n(cn2)CC(C[NH+](C)CCO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06334"]}, "OfficialNames" -> <|"Indian Approved Name" -> "xanthinol nicotinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9912]}, "Synonyms" -> {"complamin", "xanthinol niacinate", "xanthinol nicotinate", "nicotinicacid compd. with7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophylline (1:1)", "complamex", "teonicol", "stenalgil", "contamex", "sadamine", "landrina", "angioamin", "nicotinato de xantinol[spanish][inn]", "3-pyridinecarboxylic acid,compd. with 3,7-dihydro-7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)-1,3-dimethyl-1h-purine-2,6-dione(1:1)", "437-74-1[rn]", "207-115-7[einecs]", "sk 331-a", "3-pyridinecarboxylic acid compd with3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "vedrin", "sadamin", "nicotinicacid compd. with{7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophylline} (1:1)", "7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)theophyllinecompd. with nicotinic acid", "nicotinicacid compd. with7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)theophylline(1:1) (8ci)", "nicotinate de xantinol[french][inn]", "3-pyridinecarboxylic acid,compd. with 3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,3-dimethyl-1h-purine-2,6-dione(1:1)", "7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophyllinecompd with nicotinic acid", "{7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophylline,} compound withnicotinicacid (1:1)", "xantinoli nicotinas[latin]", "7-[3-[n-(2-hydroxyethyl)amino]-2-hydroxypropyl]theophylline nicotinate", "nicotinicacid - 7-{2-hydroxy-3-[(2-hydroxyethyl)(methyl)amino]propyl}-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione (1:1)", "xantinol nicotinate", "sk 331a", "3-pyridinecarboxylic acid compd. with 3,7-dihydro-7-[2-hydroxy-3-[ (2-hydroxyethyl)methylamino]propyl]-1 3-dimethyl-1h-purine-2,6-dione (1:1)", "xavin[wiki]", "7-(3-(n-(2-hydroxyethyl)amino)-2-hydroxypropyl)thiophylline nicotinate", "7- 2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl theophylline compound with nicotinic acid (1:1)", "xantinolo nicotinato [dcit]", "3-pyridinecarboxylic acid,compd. with 3 7-dihydro-7-[2-hydroxy-3-[ (2-hydroxyethyl)methylamino]propyl]-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "methoxylin compd. with nicotinic acid", "complamin retard", "3-pyridinecarboxylic acid,compd. with 3 {7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,}3-dimethyl-1h-purine-2,6-dione (1:1)", "nicotinicacid compd. with3,7-dihydro-7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)-1,3-dimethyl-1h-purine-2,6-dione", "xanidil", "3-pyridinecarboxylic acid,compd. with 3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)(methyl)amino]propyl]-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "xanthinolium nicotinicum", "pyridine-3-carboxylic acid- 7-{2-hydroxy-3-[(2-hydroxyethyl)(methyl)amino]propyl}-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione (1:1)", "nicotinicacid compound with 7-(2-hydroxy-3-((2-hydroxyethyl)(methyl)amino)propyl)-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione (1:1)", "3-pyridinecarboxylic acid compd. with 3,7-dihydro-7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)-1,3-dimethyl-1h-purine-2,6-dione(1:1)", "angiomin", "7-{2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl}-1,3-dimethyl-1,3,7-trihydr opurine-2,6-dione pyridine-3-carboxylic acid", "sk 331 a", "xantinol niacinate", "3-pyridinecarboxylic acid &{3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,} 3-dimethyl-1h-purine-2,6-dione (1:1)", "7-[2-hydroxy-3-[ (2-hydroxyethyl)methylamino]propyl]theophylline compound with nicotinicacid (1:1)", "xanthinol niacinate[usan]"}|>, "3140" -> <|"DatabaseID" -> "SW01985", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9525]}, "IsomericSmiles" -> "Cn1c2c(c(=O)n(c1=O)C)n(cn2)CC(C[NH+](C)CCO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06334"]}, "OfficialNames" -> <|"Indian Approved Name" -> "xanthinol nicotinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9912]}, "Synonyms" -> {"complamin", "xanthinol niacinate", "xanthinol nicotinate", "nicotinicacid compd. with7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophylline (1:1)", "complamex", "teonicol", "stenalgil", "contamex", "sadamine", "landrina", "angioamin", "nicotinato de xantinol[spanish][inn]", "3-pyridinecarboxylic acid,compd. with 3,7-dihydro-7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)-1,3-dimethyl-1h-purine-2,6-dione(1:1)", "437-74-1[rn]", "207-115-7[einecs]", "sk 331-a", "3-pyridinecarboxylic acid compd with3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "vedrin", "sadamin", "nicotinicacid compd. with{7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophylline} (1:1)", "7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)theophyllinecompd. with nicotinic acid", "nicotinicacid compd. with7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)theophylline(1:1) (8ci)", "nicotinate de xantinol[french][inn]", "3-pyridinecarboxylic acid,compd. with 3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,3-dimethyl-1h-purine-2,6-dione(1:1)", "7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophyllinecompd with nicotinic acid", "{7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophylline,} compound withnicotinicacid (1:1)", "xantinoli nicotinas[latin]", "7-[3-[n-(2-hydroxyethyl)amino]-2-hydroxypropyl]theophylline nicotinate", "nicotinicacid - 7-{2-hydroxy-3-[(2-hydroxyethyl)(methyl)amino]propyl}-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione (1:1)", "xantinol nicotinate", "sk 331a", "3-pyridinecarboxylic acid compd. with 3,7-dihydro-7-[2-hydroxy-3-[ (2-hydroxyethyl)methylamino]propyl]-1 3-dimethyl-1h-purine-2,6-dione (1:1)", "xavin[wiki]", "7-(3-(n-(2-hydroxyethyl)amino)-2-hydroxypropyl)thiophylline nicotinate", "7- 2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl theophylline compound with nicotinic acid (1:1)", "xantinolo nicotinato [dcit]", "3-pyridinecarboxylic acid,compd. with 3 7-dihydro-7-[2-hydroxy-3-[ (2-hydroxyethyl)methylamino]propyl]-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "methoxylin compd. with nicotinic acid", "complamin retard", "3-pyridinecarboxylic acid,compd. with 3 {7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,}3-dimethyl-1h-purine-2,6-dione (1:1)", "nicotinicacid compd. with3,7-dihydro-7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)-1,3-dimethyl-1h-purine-2,6-dione", "xanidil", "3-pyridinecarboxylic acid,compd. with 3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)(methyl)amino]propyl]-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "xanthinolium nicotinicum", "pyridine-3-carboxylic acid- 7-{2-hydroxy-3-[(2-hydroxyethyl)(methyl)amino]propyl}-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione (1:1)", "nicotinicacid compound with 7-(2-hydroxy-3-((2-hydroxyethyl)(methyl)amino)propyl)-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione (1:1)", "3-pyridinecarboxylic acid compd. with 3,7-dihydro-7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)-1,3-dimethyl-1h-purine-2,6-dione(1:1)", "angiomin", "7-{2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl}-1,3-dimethyl-1,3,7-trihydr opurine-2,6-dione pyridine-3-carboxylic acid", "sk 331 a", "xantinol niacinate", "3-pyridinecarboxylic acid &{3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,} 3-dimethyl-1h-purine-2,6-dione (1:1)", "7-[2-hydroxy-3-[ (2-hydroxyethyl)methylamino]propyl]theophylline compound with nicotinicacid (1:1)", "xanthinol niacinate[usan]"}|>, "3141" -> <|"DatabaseID" -> "SW01985", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9525]}, "IsomericSmiles" -> "Cn1c2c(c(=O)n(c1=O)C)n(cn2)CC(C[NH+](C)CCO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06334"]}, "OfficialNames" -> <|"Indian Approved Name" -> "xanthinol nicotinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9912]}, "Synonyms" -> {"complamin", "xanthinol niacinate", "xanthinol nicotinate", "nicotinicacid compd. with7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophylline (1:1)", "complamex", "teonicol", "stenalgil", "contamex", "sadamine", "landrina", "angioamin", "nicotinato de xantinol[spanish][inn]", "3-pyridinecarboxylic acid,compd. with 3,7-dihydro-7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)-1,3-dimethyl-1h-purine-2,6-dione(1:1)", "437-74-1[rn]", "207-115-7[einecs]", "sk 331-a", "3-pyridinecarboxylic acid compd with3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "vedrin", "sadamin", "nicotinicacid compd. with{7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophylline} (1:1)", "7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)theophyllinecompd. with nicotinic acid", "nicotinicacid compd. with7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)theophylline(1:1) (8ci)", "nicotinate de xantinol[french][inn]", "3-pyridinecarboxylic acid,compd. with 3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,3-dimethyl-1h-purine-2,6-dione(1:1)", "7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophyllinecompd with nicotinic acid", "{7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]theophylline,} compound withnicotinicacid (1:1)", "xantinoli nicotinas[latin]", "7-[3-[n-(2-hydroxyethyl)amino]-2-hydroxypropyl]theophylline nicotinate", "nicotinicacid - 7-{2-hydroxy-3-[(2-hydroxyethyl)(methyl)amino]propyl}-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione (1:1)", "xantinol nicotinate", "sk 331a", "3-pyridinecarboxylic acid compd. with 3,7-dihydro-7-[2-hydroxy-3-[ (2-hydroxyethyl)methylamino]propyl]-1 3-dimethyl-1h-purine-2,6-dione (1:1)", "xavin[wiki]", "7-(3-(n-(2-hydroxyethyl)amino)-2-hydroxypropyl)thiophylline nicotinate", "7- 2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl theophylline compound with nicotinic acid (1:1)", "xantinolo nicotinato [dcit]", "3-pyridinecarboxylic acid,compd. with 3 7-dihydro-7-[2-hydroxy-3-[ (2-hydroxyethyl)methylamino]propyl]-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "methoxylin compd. with nicotinic acid", "complamin retard", "3-pyridinecarboxylic acid,compd. with 3 {7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,}3-dimethyl-1h-purine-2,6-dione (1:1)", "nicotinicacid compd. with3,7-dihydro-7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)-1,3-dimethyl-1h-purine-2,6-dione", "xanidil", "3-pyridinecarboxylic acid,compd. with 3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)(methyl)amino]propyl]-1,3-dimethyl-1h-purine-2,6-dione (1:1)", "xanthinolium nicotinicum", "pyridine-3-carboxylic acid- 7-{2-hydroxy-3-[(2-hydroxyethyl)(methyl)amino]propyl}-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione (1:1)", "nicotinicacid compound with 7-(2-hydroxy-3-((2-hydroxyethyl)(methyl)amino)propyl)-1,3-dimethyl-3,7-dihydro-1h-purine-2,6-dione (1:1)", "3-pyridinecarboxylic acid compd. with 3,7-dihydro-7-(2-hydroxy-3-((2-hydroxyethyl)methylamino)propyl)-1,3-dimethyl-1h-purine-2,6-dione(1:1)", "angiomin", "7-{2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl}-1,3-dimethyl-1,3,7-trihydr opurine-2,6-dione pyridine-3-carboxylic acid", "sk 331 a", "xantinol niacinate", "3-pyridinecarboxylic acid &{3,7-dihydro-7-[2-hydroxy-3-[(2-hydroxyethyl)methylamino]propyl]-1,} 3-dimethyl-1h-purine-2,6-dione (1:1)", "7-[2-hydroxy-3-[ (2-hydroxyethyl)methylamino]propyl]theophylline compound with nicotinicacid (1:1)", "xanthinol niacinate[usan]"}|>, "3142" -> <|"DatabaseID" -> "SW01986", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9519"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4481822]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=CC=C3[C@H]1C5)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thebaine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Thebaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5324289]}, "Synonyms" -> {"thebaine", "thebain", "3-o-methyl-oripavin", "chebi:9519", "(5r", "115-37-7[rn]", "204-084-1[einecs]", "3,6-dimethoxy-17-methyl-6,7,8,14-tetradehydro-4,5-epoxymorphinan", "paramorphine[wiki]", "6489807[beilstein]", "4", "paramorphine", "morphinan 6,7,8,14-tetradehydro-4,5-epoxy-3,6-dimethoxy-17-methyl-", "einecs 204-084-1", "ncgc00160239-01", "dea no. 9333", "48337[beilstein]"}|>, "3143" -> <|"DatabaseID" -> "SW01986", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9519"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4481822]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=CC=C3[C@H]1C5)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thebaine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Thebaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5324289]}, "Synonyms" -> {"thebaine", "thebain", "3-o-methyl-oripavin", "chebi:9519", "(5r", "115-37-7[rn]", "204-084-1[einecs]", "3,6-dimethoxy-17-methyl-6,7,8,14-tetradehydro-4,5-epoxymorphinan", "paramorphine[wiki]", "6489807[beilstein]", "4", "paramorphine", "morphinan 6,7,8,14-tetradehydro-4,5-epoxy-3,6-dimethoxy-17-methyl-", "einecs 204-084-1", "ncgc00160239-01", "dea no. 9333", "48337[beilstein]"}|>, "3144" -> <|"DatabaseID" -> "SW01987", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447643]}, "IsomericSmiles" -> "C=CC[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08247"]}, "OfficialNames" -> <|"China Approved Name" -> "nalorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284595]}, "Synonyms" -> {"antorfin", "nalorphin", "antorphine", "nalorphinium", "nalorphine", "nalorfina", "antorphin", "allorphine", "anarcon", "anthorphine", "nallin", "n-allyl-7,8-dehydro-4,5-epoxy-3,6-dihydroxymorphinan", "n-allyl-n-desmethylmorphine", "n-allylnormorphine", "nalorphine serb", "nanm", "17-allyl-7,8-didehydro-4,5a-epoxymorphinan-3,6a-diol", "acetorfin[czech]", "nalorfina [dcit]", "n-allyl-normorphine", "nalorphinum[latin]", "200-546-1[einecs]", "7,8-didehydro-4,5-epoxy-17-(2-propenyl)morphinan-3,6-diol", "dea code 9400", "62-67-9[rn]", "normorphine n-allyl-", "nalorphine[wiki][inn]", "(5a,6a)-7,8-didehydro-4,5-epoxy-17-(2-propenyl)morphinan-3,6-diol"}|>, "3145" -> <|"DatabaseID" -> "SW01987", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447643]}, "IsomericSmiles" -> "C=CC[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08247"]}, "OfficialNames" -> <|"China Approved Name" -> "nalorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284595]}, "Synonyms" -> {"antorfin", "nalorphin", "antorphine", "nalorphinium", "nalorphine", "nalorfina", "antorphin", "allorphine", "anarcon", "anthorphine", "nallin", "n-allyl-7,8-dehydro-4,5-epoxy-3,6-dihydroxymorphinan", "n-allyl-n-desmethylmorphine", "n-allylnormorphine", "nalorphine serb", "nanm", "17-allyl-7,8-didehydro-4,5a-epoxymorphinan-3,6a-diol", "acetorfin[czech]", "nalorfina [dcit]", "n-allyl-normorphine", "nalorphinum[latin]", "200-546-1[einecs]", "7,8-didehydro-4,5-epoxy-17-(2-propenyl)morphinan-3,6-diol", "dea code 9400", "62-67-9[rn]", "normorphine n-allyl-", "nalorphine[wiki][inn]", "(5a,6a)-7,8-didehydro-4,5-epoxy-17-(2-propenyl)morphinan-3,6-diol"}|>, "3146" -> <|"DatabaseID" -> "SW01988", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17468428]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CCC2[C@@]1(C=CC3=C4CCC(=O)C=C4CCC23)C", "OfficialNames" -> <|"NPC Approved Name" -> "trenbolone acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16403089]}, "Synonyms" -> {"molport-002-529-686", "10161-34-9", "surecn13778229", "smr000543616", "hms2860k17", "ac-20021", "mls001214661", "trenbolone acetate", "akos015962171", "10161-34-9[rn]", "stock1n-57688"}|>, "3147" -> <|"DatabaseID" -> "SW01988", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17468428]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CCC2[C@@]1(C=CC3=C4CCC(=O)C=C4CCC23)C", "OfficialNames" -> <|"NPC Approved Name" -> "trenbolone acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16403089]}, "Synonyms" -> {"molport-002-529-686", "10161-34-9", "surecn13778229", "smr000543616", "hms2860k17", "ac-20021", "mls001214661", "trenbolone acetate", "akos015962171", "10161-34-9[rn]", "stock1n-57688"}|>, "3148" -> <|"DatabaseID" -> "SW01988", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17468428]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CCC2[C@@]1(C=CC3=C4CCC(=O)C=C4CCC23)C", "OfficialNames" -> <|"NPC Approved Name" -> "trenbolone acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16403089]}, "Synonyms" -> {"molport-002-529-686", "10161-34-9", "surecn13778229", "smr000543616", "hms2860k17", "ac-20021", "mls001214661", "trenbolone acetate", "akos015962171", "10161-34-9[rn]", "stock1n-57688"}|>, "3149" -> <|"DatabaseID" -> "SW01988", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17468428]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CCC2[C@@]1(C=CC3=C4CCC(=O)C=C4CCC23)C", "OfficialNames" -> <|"NPC Approved Name" -> "trenbolone acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16403089]}, "Synonyms" -> {"molport-002-529-686", "10161-34-9", "surecn13778229", "smr000543616", "hms2860k17", "ac-20021", "mls001214661", "trenbolone acetate", "akos015962171", "10161-34-9[rn]", "stock1n-57688"}|>, "3150" -> <|"DatabaseID" -> "SW01989", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 151283]}, "IsomericSmiles" -> "CC(C)c1ccc2c(c1O)CC[C@@H]3[C@@]2(CCC4=C3COC4=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triptophenolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 173273]}, "Synonyms" -> {"triptophenolide", "tryptophenolide", "phenanthro(1,2-c)furan-1(3h)-one 3b,4,5,9b,10,11-hexahydro-6-hydroxy-9b-methyl-7-(1-methylethyl)-,(3br-trans)-", "spectrum4_001660", "74285-86-2[rn]", "spectrum2_001618", "spectrum3_001928", "zinc02558155", "specplus_000566", "spectrum5_000539", "spectrum_001722", "ac1l59xa"}|>, "3151" -> <|"DatabaseID" -> "SW01990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4722]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01058"]}, "IsomericSmiles" -> "c1ccc2c(c1)CCN3C2CN(CC3=O)C(=O)C4CCCCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00471"]}, "OfficialNames" -> <|"China Approved Name" -> "praziquantel", "WHO Essential Medicine" -> "praziquantel", "Indian Approved Name" -> "praziquantel", "FDA Approved Drug" -> "PRAZIQUANTEL"|>, "PharmGKBID" -> "PA164764583", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4891]}, "Synonyms" -> {"biltricide", "praziquantel", "cesol", "droncit", "pyquiton", "2-(cyclohexanecarbonyl)-2,3,6,7-tetrahydro-1h-pyrazino[2,1-a]isoquinolin-4(11bh)-one", "5-24-03-00361 (beilstein handbook reference)[beilstein]", "praziquantel (jan/usp)[usp][jan]", "4h-pyrazino[2,1-a]isoquinolin-4-one,2-(cyclohexylcarbonyl)-1,2,3,6,7,11b-hexahydro-", "259-559-6[einecs]", "cutter[wiki]", "drontal plus tabs for medium and large dogs (febantel + praziquantel + pyrantel (pyrantel pamoate))_mixture", "azinox", "2-(cyclohexylcarbonyl)-1,2,3,6,7,11b-hexahydro-4h-pyrazino[2,1-a]isoquinolin-4-one[acd/iupac name]", "2-(cyclohexylcarbonyl)-1,2,3,6,7-11b-hexahydro-4h-pyrazino(2,1a)isoquinolin-4-one", "drontal - tab (praziquantel + pyrantel (pyrantel pamoate))_mixture", "2-(cyclohexylcarbonyl)-1,2,3,6,7,11b-hexahydro- 4h-pyrazino[2,1-a]-isoquinolin-4-one", "55268-74-1", "2-cyclohexanecarbonyl-1,2,3,6,7,11b-hexahydro-pyrazino[2,1-a]isoquinolin-4-one", "drontal plus", "2-(cyclohexylcarbonyl)-1,2,3,6,7,11b-hexahydro-4h-pyrazino[2,1-a]isochinolin-4-on", "praziquantel [usan:ban:inn:jan][inn][jan][usan]", "drontal plus tablets for small dogs (febantel + praziquantel + pyrantel (pyrantel pamoate))_mixture", "embay 8440", "135526-78-2[rn]", "2-(cyclohexylcarbonyl)-1,2,3,6,7,11b-hexahydro-4h-pyrazino(2,1-a)isoquinolin-4-one", "distocide", "drontsit", "drontal plus tablets for med. and large dogs (febantel + praziquantel + pyrantel (pyrantel pamoate))_mixture", "drontal", "praziquantelum[latin]", "2-(cyclohexylcarbonyl)-1,2,3,6,7-11b-hexahydro-4h-pyrazinoe(2,1a)isoquinolin-4-one", "55268-74-1[rn]", "cestocur", "57452-31-0[rn]", "vercom", "embay-8440", "4h-pyrazino(2,1-a)isoquinolin-4-one,2-(cyclohexylcarbonyl)-1,2,3,6,7,11b-hexahydro-", "praziquantel[wiki]", "prasiquantel", "260-741-2[einecs]", "cutter tape tabs", "traziquantel", "biltricide droncit", "drontal tab (praziquantel + pyrantel (pyrantel pamoate))_mixture"}|>, "3152" -> <|"DatabaseID" -> "SW01990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4722]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01058"]}, "IsomericSmiles" -> "c1ccc2c(c1)CCN3C2CN(CC3=O)C(=O)C4CCCCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00471"]}, "OfficialNames" -> <|"China Approved Name" -> "praziquantel", "WHO Essential Medicine" -> "praziquantel", "Indian Approved Name" -> "praziquantel", "FDA Approved Drug" -> "PRAZIQUANTEL"|>, "PharmGKBID" -> "PA164764583", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4891]}, "Synonyms" -> {"biltricide", "praziquantel", "cesol", "droncit", "pyquiton", "2-(cyclohexanecarbonyl)-2,3,6,7-tetrahydro-1h-pyrazino[2,1-a]isoquinolin-4(11bh)-one", "5-24-03-00361 (beilstein handbook reference)[beilstein]", "praziquantel (jan/usp)[usp][jan]", "4h-pyrazino[2,1-a]isoquinolin-4-one,2-(cyclohexylcarbonyl)-1,2,3,6,7,11b-hexahydro-", "259-559-6[einecs]", "cutter[wiki]", "drontal plus tabs for medium and large dogs (febantel + praziquantel + pyrantel (pyrantel pamoate))_mixture", "azinox", "2-(cyclohexylcarbonyl)-1,2,3,6,7,11b-hexahydro-4h-pyrazino[2,1-a]isoquinolin-4-one[acd/iupac name]", "2-(cyclohexylcarbonyl)-1,2,3,6,7-11b-hexahydro-4h-pyrazino(2,1a)isoquinolin-4-one", "drontal - tab (praziquantel + pyrantel (pyrantel pamoate))_mixture", "2-(cyclohexylcarbonyl)-1,2,3,6,7,11b-hexahydro- 4h-pyrazino[2,1-a]-isoquinolin-4-one", "55268-74-1", "2-cyclohexanecarbonyl-1,2,3,6,7,11b-hexahydro-pyrazino[2,1-a]isoquinolin-4-one", "drontal plus", "2-(cyclohexylcarbonyl)-1,2,3,6,7,11b-hexahydro-4h-pyrazino[2,1-a]isochinolin-4-on", "praziquantel [usan:ban:inn:jan][inn][jan][usan]", "drontal plus tablets for small dogs (febantel + praziquantel + pyrantel (pyrantel pamoate))_mixture", "embay 8440", "135526-78-2[rn]", "2-(cyclohexylcarbonyl)-1,2,3,6,7,11b-hexahydro-4h-pyrazino(2,1-a)isoquinolin-4-one", "distocide", "drontsit", "drontal plus tablets for med. and large dogs (febantel + praziquantel + pyrantel (pyrantel pamoate))_mixture", "drontal", "praziquantelum[latin]", "2-(cyclohexylcarbonyl)-1,2,3,6,7-11b-hexahydro-4h-pyrazinoe(2,1a)isoquinolin-4-one", "55268-74-1[rn]", "cestocur", "57452-31-0[rn]", "vercom", "embay-8440", "4h-pyrazino(2,1-a)isoquinolin-4-one,2-(cyclohexylcarbonyl)-1,2,3,6,7,11b-hexahydro-", "praziquantel[wiki]", "prasiquantel", "260-741-2[einecs]", "cutter tape tabs", "traziquantel", "biltricide droncit", "drontal tab (praziquantel + pyrantel (pyrantel pamoate))_mixture"}|>, "3153" -> <|"DatabaseID" -> "SW01991", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2310081]}, "IsomericSmiles" -> "Cc1cccc(c1N(CCCc2cccnc2)C(=O)[C@@H](C)[NH3+])C", "OfficialNames" -> <|"NPC Approved Name" -> "milacainide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3047756]}, "Synonyms" -> {"ncgc00183832-01", "n-(2,6-dimethylphenyl)-n-(3-(3-pyridinyl)propyl)-d-alaninamide", "(2r)-2-amino-n-(2", "chembl2106601", "unii-7yb0yx4m89", "141725-09-9", "141725-10-2[rn]", "milacainide [inn]", "(-)-(r)-2-amino-n-(3-(3-pyridyl)propyl)-2',6'-propionoxylidide", "milacainide", "milacainide[inn]", "ac1mils6", "surecn1342979", "(-)-(r)-2-amino-n-(3-(3-pyridyl)propyl)-2'"}|>, "3154" -> <|"DatabaseID" -> "SW01992", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32223"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392038]}, "IsomericSmiles" -> "C[C@@H]1CC2=C(CCC(=O)C2)[C@@H]3[C@@H]1[C@@H]4CC[C@]([C@]4(CC3)C)(C#C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01639"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tibolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444008]}, "Synonyms" -> {"org od 14", "livial", "liviella", "tibolone", "boltin", "xyvion", "5630-53-5", "7a-methyl-17a-ethynyl-17b-hydroxy-19-norandrost-5(10)-en-3-one", "227-069-1[einecs]", "tl8003648", "tibolonum", "tibolona[spanish][inn]", "tibolona; tibolone; tibolonum", "7a-methyl-17a-ethynyl-17b-hydroxyestr-5(10)-en-3-one", "tibolone[wiki]", "org-od14", "tibolone (jan/usan)[jan][usan]", "chebi:32223", "tibolona", "(7r,8r,9s,13s,14s,17r)-17-ethynyl-17-hydroxy-7,13-dimethyl-1,2,4,6,7,8,9,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one", "(7a,17a)-17-hydroxy-7-methyl-19-norpregn-5(10)-en-20-yn-3-one", "5630-53-5[rn]"}|>, "3155" -> <|"DatabaseID" -> "SW01993", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31527"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8699]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00378"]}, "IsomericSmiles" -> "CC(=O)[C@H]1CC[C@@H]2[C@@]1(CC[C@@H]3[C@H]2C=CC4=CC(=O)CC[C@@]34C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01217"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dydrogesterone", "FDA Approved Drug" -> "DYDROGESTERONE"|>, "PharmGKBID" -> "PA164745443", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9051]}, "Synonyms" -> {"gynorest", "duphaston", "gestatron", "dydrogesterone", "duvaron", "hydrogesterone", "hydrogestrone", "diphaston", "isopregnenone", "retrone", "prodel", "terolut", "didrogesterone [dcit]", "dufaston", "didrogesterona; dydrogesterone; dydrogesteronum", "dydrogesterone [usan:ban:inn:jan][inn][jan][usan]", "3121425[beilstein]", "152-62-5", "6-dehydroretroprogesterone", "pr", "dydrogesteronum [inn-latin]", "10alpha-isopregnenone", "205-806-8", "dydrogesterona [inn-spanish]", "9005-49-6", "205-806-8[einecs]", "duphaston (tn)", "(9b,10a)-pregna-4,6-diene-3,20-dione", "6-dehydro-retro-progesterone", "didrogesterona", "retro-6-dehydroprogesterone", "trans-dydrogesterone", "dydrogesterone[wiki]", "152-62-5[rn]", "dydrogesteronum[latin]", "6-dehydro-9b,10a-progesterone", "d6-retroprogesterone", "dydrogesterona[spanish][inn]", "9b,10a-pregna-4,6-diene-3,20-dione", "gynorest (tn)", "retroprogesterone 6-dehydro-", "10a-isopregnenone"}|>, "3156" -> <|"DatabaseID" -> "SW01994", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6443"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12560]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00367"], ExternalIdentifier["DrugBankID", "00506"]}, "IsomericSmiles" -> "CC[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@]2(C#C)O)CCC4=CC(=O)CC[C@H]34", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00950"], ExternalIdentifier["KEGGID", "D00954"]}, "OfficialNames" -> <|"China Approved Name" -> "levonorgestrel", "WHO Essential Medicine" -> "levonorgestrel", "Indian Approved Name" -> "levonorgestrel;levonogestrel", "FDA Approved Drug" -> "LEVONORGESTREL;NORGESTREL"|>, "PharmGKBID" -> {"PA450218", "PA450656"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13109]}, "Synonyms" -> {"mirena", "plan b", "levonova", "microval", "levonorgestrel", "postinor", "microlut", "d-norgestrel", "jadelle", "tri-levlen 21", "trivora", "microgynon 30 ed", "microlution", "ovral-lo", "triciclor", "trigoa", "levora-21", "norplant ii", "triagynon", "microgest ed", "nordet", "norplant", "norplant 2", "norgestrel", "tri-levlen", "levlen ed", "nordette 21", "ovranette", "nordette 28", "levora-28", "rigevidon 21+7", "stediril 30", "norlevo", "malloside", "minivlar 30", "trifeme 28", "microgynon 21", "microgynon 28", "microgyn", "trinordiol 28", "logynon ed", "trinordiol 21", "follistrel", "microgynon cd", "neogynon 21", "monofeme 28", "levonelle", "tetragynon", "nog", "neogest", "stediril", "norgeston", "trinordiol", "ovran", "logynon", "lo/ovral", "microgynon", "methylnorethindrone", "levonorgestrel [usan:ban:inn][inn][usan]", "levonorgestrel[wiki][usp]", "wy-3707", "nordette[wiki]", "norgestrel-(-)-d", "norplant-2", "(8r,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-17-hydroxy-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-1h-cyclopenta[a]phenanthren-3(2h)-one", "17a-ethynyl-13-ethyl-19-nortestosterone", "capronor", "norgestrel[wiki]", "ovral[wiki]", "121714-72-5[rn]", "levonelle;d-norgestrel;levonova", "ovrette (tn)", "13-ethyl-17-hydroxy-18,19-dinor-17a-pregn-4-en-20-yn-3-one", "13-ethyl-17a-ethynyl-17-hydroxygon-4-en-3-one", "(-)-norgestrel", "13b-ethyl-17a-ethynyl-17b-hydroxygon-4-en-3-one", "d(-)-norgestrel", "4222-79-1[rn]", "18-methylnorethisterone", "17b-hydroxy-18-methyl-19-nor-17a-pregn-4-en-20-yn-3-one", "levonelle d-norgestrel levonova", "17a-ethynyl-18-homo-19-nortestosterone", "levonorgestrelum[latin]", "norplant ii (tn)", "norplant2", "18-methylnorethindrone", "triphasil 21", "triphasil", "l-norgestrel", "l norgestrel", "6067808[beilstein]", "monovar[wiki]", "levlen[wiki]", "norgestrel [usan:ban:inn:jan][inn][jan][usan]", "17489-40-6[rn]", "ovoplex 30-150", "norplant[wiki]", "jadelle[wiki]", "ovrette[wiki]", "microluton", "preven", "18-methyl-17a-ethynyl-19-nortestosterone", "17a-ethynyl-18-methyl-19-nortestosterone", "levonogestrel", "d norgestrel", "d016912", "d-(-)-norgestrel", "229-433-5[einecs]", "triphasil 28", "797-62-6[rn]", "(8r,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-17-hydroxy-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one", "17a-ethynyl-17-hydroxy-18-methylestr-4-en-3-one", "(8r,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-17-hydroxy-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-cyclopenta[a]phenanthren-3-one", "19-nortestosterone 17-ethynyl-18-methyl-", "(1s,11s,15s,2r,10r,14r)-15-ethyl-14-ethynyl-14-hydroxytetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-en-5-one", "(17a)-13-ethyl-17-hydroxy-18,19-dinorpregn-4-en-20-yn-3-one", "797-63-7[rn]", "13-ethyl-17-ethynyl-17b-hydroxy-4-gonen-3-one", "(8r,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-17-hydroxy-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one (non-preferred name)[acd/iupac name]", "6533-00-2[rn]", "18,19-dinor-4-pregnen-20-yn-3-one", "(8r,9s,10r,13s,14s,17r)-17-ethinyl-13-ethyl-17-hydroxy-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-on", "mirena[wiki]", "vikela", "e-gen-c", "17-ethynyl-18-methyl-19-nortestosterone", "(17a)-(-)-13-ethyl-17-hydroxy-18,19-dinorpregn-4-en-20-yn-3-one", "ovrette", "norplant system", "212-349-8[einecs]", "alesse[wiki]", "norgestrelum[latin]", "duofem", "cerazet", "fh 122-a", "337376-15-5", "triquilar ed", "postinor-2", "triphasil 21 (ethinyl estradiol + levonorgestrel)_mixture", "triphasil 28 (ethinyl estradiol + levonorgestrel)_mixture", "min-ovral 28 tab (ethinyl estradiol + levonorgestrel)_mixture", "min-ovral 28 (ethinyl estradiol + levonorgestrel)_mixture", "soh-075", "triphasil 28 tab (ethinyl estradiol + levonorgestrel)_mixture", "min-ovral 21 (ethinyl estradiol + levonorgestrel)_mixture", "levonorgestrelum [inn-latin]", "min-ovral 21 tab (ethinyl estradiol + levonorgestrel)_mixture", "triquilar 21 tab (ethinyl estradiol + levonorgestrel)_mixture", "alesse 21 tablets (ethinyl estradiol + levonorgestrel)_mixture", "levlen", "preven tablets (ethinyl estradiol + levonorgestrel)_mixture", "dihydrotestosterone receptor", "72-hours", "nordette", "triquilar 28 tab (ethinyl estradiol + levonorgestrel)_mixture", "triphasil 21 tab (ethinyl estradiol + levonorgestrel)_mixture", "alesse 28 tablets (ethinyl estradiol + levonorgestrel)_mixture", "component of lo/ovral", "lo-femenal 21 tablets (ethinyl estradiol + norgestrel)_mixture", "norgestrel [progestins]", "component of ovral", "er-alpha", "ovral 21 tablets (ethinyl estradiol + norgestrel)_mixture", "er", "ovral 28 tablets (ethinyl estradiol + norgestrel)_mixture", "monovar", "estradiol receptor", "dl-norgestrel", "ld norgestrel [french]", "ld norgestrel", "norgestrel [usan:ban:inn:jan]", "norgestrelum [inn-latin]", "alpha-norgestrel", "alesse", "ovral"}|>, "3157" -> <|"DatabaseID" -> "SW01995", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56456]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01498"]}, "IsomericSmiles" -> "CC[C@H](C(C[C@@H](C)[NH+](C)C)(c1ccccc1)c2ccccc2)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Alphamethadol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62709]}, "Synonyms" -> {"alphamethadol", "alfametadolo [dcit]", "6043-84-1[rn]", "alphamethadolum", "(r-(r*,r*))-b-(2-(dimethylamino)propyl)-a-ethyl-b-phenylbenzeneethanol", "aphamethadol (+)-", "(+)-a-methadol", "17199-54-1[rn]", "alfametadol[spanish]", "3-heptanol 6-(dimethylamino)-4,4-diphenyl- (3r,6r)-(+)-", "(3r,6r)-methadol", "alphamethadol [ban:dcf:inn][inn]", "a-methadol", "alfametadolo", "alfametadol", "(3r,6r)-6-dimethylamino-4,4-diphenyl-3-heptanol", "(ar)-b-[(2r)-2-(dimethylamino)propyl]-a-ethyl-b-phenylbenzeneethanol", "alpha-dl-methadol", "(3r", "63869-11-4[rn]", "ncgc00247679-01", "(3r,6r)-6-(dimethylamino)-4,4-diphenylheptan-3-ol", "aphamethadol", "alpha-methadol", "alphamethadolum[latin]", "6-dimethylamino-4,4-diphenyl-heptan-3-ol((3r,6r)-methadol)", "(3r,6r)-6-(dimethylamino)-4,4-diphenyl-3-heptanol[acd/iupac name]"}|>, "3158" -> <|"DatabaseID" -> "SW01996", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3112"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83196], ExternalIdentifier["ChemSpiderID", 170682], ExternalIdentifier["ChemSpiderID", 2289]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00810"]}, "IsomericSmiles" -> "c1ccc(cc1)C(CC[NH+]2CCCCC2)(C3CC4CC3C=C4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02246"], ExternalIdentifier["KEGGID", "D02247"], ExternalIdentifier["KEGGID", "D00779"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "biperiden", "FDA Approved Drug" -> "BIPERIDEN HYDROCHLORIDE;BIPERIDEN LACTATE"|>, "PharmGKBID" -> "PA448626", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92151], ExternalIdentifier["PubChemCompoundID", 197083], ExternalIdentifier["PubChemCompoundID", 2381]}, "Synonyms" -> {"biperiden hydrochloride", "akineton", "beperiden", "biperidine hydrochloride", "biperiden", "akinophyl", "biperidine", "biperidene hydrochloride", "tasmolin", "biperideno [inn-spanish]", "biperidene [inn-french]", "biperidenum [inn-latin]", "tasmolin (tn)", "biperiden lactate", "biperiden [usan:ban:inn:jan]", "neuronal acetylcholine receptor subunit alpha-2 precursor", "akineton lactate", "akineton hydrochloride", "1-bicycloheptenyl-1-phenyl-3-piperidinopropanol-1 hydrochloride", "akineton[wiki]", "lactic acid", "biperidenum", "biperiden[wiki][usp][inn][ban][jan][usan][jp15]", "nsc 170950", "biperideno[spanish]", "akineton (tn)", "1-piperidinepropanol", "[1235-82-1]", "1-(bicyclo[2.2.1]hept-5-en-2-yl)-1-phenyl-3-(piperidin-1-yl)propan-1-olhydrochloride", "nsc 84989", "a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-1-piperidinepropanol compd. with2-hydroxypropanoic acid (1:1)", "lactic acid compd.with a-5-norbornen-2-yl-a-phenyl-1-piperidinepropanol(1:1)", "a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-1-piperidinepropanol", "1-bicyclo[2.2.1]hept-5-en-2-yl-1-phenyl-3-piperidin-1-ylpropan-1-olhydrochlorid", "1235-82-1", "akineton hydrochloride", "akineton hydrochloride (tn)", "einecs 230-388-9", "biperiden hydrochloride [usan:ban:jan][jan][usan]", "biperidenum[latin]", "230-388-9[einecs]", "biperidenum [inn_la]", "alpha-5-norbornen-2-yl-alpha-phenyl-1-piperidinepropanol compd. with lactic acid (1:1)", "biperiden lactate [usan:ban:jan][jan][usan]", "1235-82-1[rn]", "ac1l52un", "1-bicycloheptenyl-1-phenyl-3-piperidino-propanol-1", "5-20-02-00242 (beilstein handbook reference)[beilstein]", "a-5-norbornen-2-yl-a-phenyl-1-piperidinepropanol", "biperidene[french]", "208-184-6[einecs]", "biperideno", "a-5-norbornen-2-yl-a-phenyl-1-piperidinepropanol hydrochloride", "1-bicycloheptenyl-1-phenyl-3-piperidinopropanol", "7085-45-2[rn]", "1-piperidinepropanol a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-", "1-bicyclo[2.2.1]hept-5-en-2-yl-1-phenyl-3-piperidin-1-yl-propan-1-ol", "bipariden", "7085-45-2", "3-piperidino-1-phenyl-1-bicycloheptenyl-1-propanol", "514-65-8[rn]", "biperiden hcl", "1-(bicyclo[2.2.1]hept-5-en-2-yl)-1-phenyl-3-(piperidin-1-yl)propan-1-ol", "1-bicycloheptenyl-1-phenyl-3-piperidinopropanol hydrochloride", "3-piperidino-1-phenyl-(d5-bicyclo[2.2.1]hepten-2-yl)-1-propanol", "1-bicyclo[2.2.1]hept-5-en-2-yl-1-phenyl-3-piperidin-1-ylpropan-1-ol hydrochloride", "a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-1-piperidinepropanol hydrochloride", "214-976-2[einecs]", "biperidene", "3-piperidino-1-phenyl-1-bicyclo(2.2.1)hepten-(5)-yl-propanol-(1)[german]", "akineton lactate (tn)", "1-(bicyclo[2.2.1]hept-5-en-2-yl)-1-phenyl-3-(piperidin-1-yl)propan-1-olhydrochloride (1:1)", "einecs 214-976-2"}|>, "3159" -> <|"DatabaseID" -> "SW01996", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3112"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83196], ExternalIdentifier["ChemSpiderID", 170682], ExternalIdentifier["ChemSpiderID", 2289]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00810"]}, "IsomericSmiles" -> "c1ccc(cc1)C(CC[NH+]2CCCCC2)(C3CC4CC3C=C4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02246"], ExternalIdentifier["KEGGID", "D02247"], ExternalIdentifier["KEGGID", "D00779"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "biperiden", "FDA Approved Drug" -> "BIPERIDEN HYDROCHLORIDE;BIPERIDEN LACTATE"|>, "PharmGKBID" -> "PA448626", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92151], ExternalIdentifier["PubChemCompoundID", 197083], ExternalIdentifier["PubChemCompoundID", 2381]}, "Synonyms" -> {"biperiden hydrochloride", "akineton", "beperiden", "biperidine hydrochloride", "biperiden", "akinophyl", "biperidine", "biperidene hydrochloride", "tasmolin", "biperideno [inn-spanish]", "biperidene [inn-french]", "biperidenum [inn-latin]", "tasmolin (tn)", "biperiden lactate", "biperiden [usan:ban:inn:jan]", "neuronal acetylcholine receptor subunit alpha-2 precursor", "akineton lactate", "akineton hydrochloride", "1-bicycloheptenyl-1-phenyl-3-piperidinopropanol-1 hydrochloride", "akineton[wiki]", "lactic acid", "biperidenum", "biperiden[wiki][usp][inn][ban][jan][usan][jp15]", "nsc 170950", "biperideno[spanish]", "akineton (tn)", "1-piperidinepropanol", "[1235-82-1]", "1-(bicyclo[2.2.1]hept-5-en-2-yl)-1-phenyl-3-(piperidin-1-yl)propan-1-olhydrochloride", "nsc 84989", "a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-1-piperidinepropanol compd. with2-hydroxypropanoic acid (1:1)", "lactic acid compd.with a-5-norbornen-2-yl-a-phenyl-1-piperidinepropanol(1:1)", "a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-1-piperidinepropanol", "1-bicyclo[2.2.1]hept-5-en-2-yl-1-phenyl-3-piperidin-1-ylpropan-1-olhydrochlorid", "1235-82-1", "akineton hydrochloride", "akineton hydrochloride (tn)", "einecs 230-388-9", "biperiden hydrochloride [usan:ban:jan][jan][usan]", "biperidenum[latin]", "230-388-9[einecs]", "biperidenum [inn_la]", "alpha-5-norbornen-2-yl-alpha-phenyl-1-piperidinepropanol compd. with lactic acid (1:1)", "biperiden lactate [usan:ban:jan][jan][usan]", "1235-82-1[rn]", "ac1l52un", "1-bicycloheptenyl-1-phenyl-3-piperidino-propanol-1", "5-20-02-00242 (beilstein handbook reference)[beilstein]", "a-5-norbornen-2-yl-a-phenyl-1-piperidinepropanol", "biperidene[french]", "208-184-6[einecs]", "biperideno", "a-5-norbornen-2-yl-a-phenyl-1-piperidinepropanol hydrochloride", "1-bicycloheptenyl-1-phenyl-3-piperidinopropanol", "7085-45-2[rn]", "1-piperidinepropanol a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-", "1-bicyclo[2.2.1]hept-5-en-2-yl-1-phenyl-3-piperidin-1-yl-propan-1-ol", "bipariden", "7085-45-2", "3-piperidino-1-phenyl-1-bicycloheptenyl-1-propanol", "514-65-8[rn]", "biperiden hcl", "1-(bicyclo[2.2.1]hept-5-en-2-yl)-1-phenyl-3-(piperidin-1-yl)propan-1-ol", "1-bicycloheptenyl-1-phenyl-3-piperidinopropanol hydrochloride", "3-piperidino-1-phenyl-(d5-bicyclo[2.2.1]hepten-2-yl)-1-propanol", "1-bicyclo[2.2.1]hept-5-en-2-yl-1-phenyl-3-piperidin-1-ylpropan-1-ol hydrochloride", "a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-1-piperidinepropanol hydrochloride", "214-976-2[einecs]", "biperidene", "3-piperidino-1-phenyl-1-bicyclo(2.2.1)hepten-(5)-yl-propanol-(1)[german]", "akineton lactate (tn)", "1-(bicyclo[2.2.1]hept-5-en-2-yl)-1-phenyl-3-(piperidin-1-yl)propan-1-olhydrochloride (1:1)", "einecs 214-976-2"}|>, "3160" -> <|"DatabaseID" -> "SW01996", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3112"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83196], ExternalIdentifier["ChemSpiderID", 170682], ExternalIdentifier["ChemSpiderID", 2289]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00810"]}, "IsomericSmiles" -> "c1ccc(cc1)C(CC[NH+]2CCCCC2)(C3CC4CC3C=C4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02246"], ExternalIdentifier["KEGGID", "D02247"], ExternalIdentifier["KEGGID", "D00779"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "biperiden", "FDA Approved Drug" -> "BIPERIDEN HYDROCHLORIDE;BIPERIDEN LACTATE"|>, "PharmGKBID" -> "PA448626", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92151], ExternalIdentifier["PubChemCompoundID", 197083], ExternalIdentifier["PubChemCompoundID", 2381]}, "Synonyms" -> {"biperiden hydrochloride", "akineton", "beperiden", "biperidine hydrochloride", "biperiden", "akinophyl", "biperidine", "biperidene hydrochloride", "tasmolin", "biperideno [inn-spanish]", "biperidene [inn-french]", "biperidenum [inn-latin]", "tasmolin (tn)", "biperiden lactate", "biperiden [usan:ban:inn:jan]", "neuronal acetylcholine receptor subunit alpha-2 precursor", "akineton lactate", "akineton hydrochloride", "1-bicycloheptenyl-1-phenyl-3-piperidinopropanol-1 hydrochloride", "akineton[wiki]", "lactic acid", "biperidenum", "biperiden[wiki][usp][inn][ban][jan][usan][jp15]", "nsc 170950", "biperideno[spanish]", "akineton (tn)", "1-piperidinepropanol", "[1235-82-1]", "1-(bicyclo[2.2.1]hept-5-en-2-yl)-1-phenyl-3-(piperidin-1-yl)propan-1-olhydrochloride", "nsc 84989", "a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-1-piperidinepropanol compd. with2-hydroxypropanoic acid (1:1)", "lactic acid compd.with a-5-norbornen-2-yl-a-phenyl-1-piperidinepropanol(1:1)", "a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-1-piperidinepropanol", "1-bicyclo[2.2.1]hept-5-en-2-yl-1-phenyl-3-piperidin-1-ylpropan-1-olhydrochlorid", "1235-82-1", "akineton hydrochloride", "akineton hydrochloride (tn)", "einecs 230-388-9", "biperiden hydrochloride [usan:ban:jan][jan][usan]", "biperidenum[latin]", "230-388-9[einecs]", "biperidenum [inn_la]", "alpha-5-norbornen-2-yl-alpha-phenyl-1-piperidinepropanol compd. with lactic acid (1:1)", "biperiden lactate [usan:ban:jan][jan][usan]", "1235-82-1[rn]", "ac1l52un", "1-bicycloheptenyl-1-phenyl-3-piperidino-propanol-1", "5-20-02-00242 (beilstein handbook reference)[beilstein]", "a-5-norbornen-2-yl-a-phenyl-1-piperidinepropanol", "biperidene[french]", "208-184-6[einecs]", "biperideno", "a-5-norbornen-2-yl-a-phenyl-1-piperidinepropanol hydrochloride", "1-bicycloheptenyl-1-phenyl-3-piperidinopropanol", "7085-45-2[rn]", "1-piperidinepropanol a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-", "1-bicyclo[2.2.1]hept-5-en-2-yl-1-phenyl-3-piperidin-1-yl-propan-1-ol", "bipariden", "7085-45-2", "3-piperidino-1-phenyl-1-bicycloheptenyl-1-propanol", "514-65-8[rn]", "biperiden hcl", "1-(bicyclo[2.2.1]hept-5-en-2-yl)-1-phenyl-3-(piperidin-1-yl)propan-1-ol", "1-bicycloheptenyl-1-phenyl-3-piperidinopropanol hydrochloride", "3-piperidino-1-phenyl-(d5-bicyclo[2.2.1]hepten-2-yl)-1-propanol", "1-bicyclo[2.2.1]hept-5-en-2-yl-1-phenyl-3-piperidin-1-ylpropan-1-ol hydrochloride", "a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-1-piperidinepropanol hydrochloride", "214-976-2[einecs]", "biperidene", "3-piperidino-1-phenyl-1-bicyclo(2.2.1)hepten-(5)-yl-propanol-(1)[german]", "akineton lactate (tn)", "1-(bicyclo[2.2.1]hept-5-en-2-yl)-1-phenyl-3-(piperidin-1-yl)propan-1-olhydrochloride (1:1)", "einecs 214-976-2"}|>, "3161" -> <|"DatabaseID" -> "SW01996", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3112"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83196], ExternalIdentifier["ChemSpiderID", 170682], ExternalIdentifier["ChemSpiderID", 2289]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00810"]}, "IsomericSmiles" -> "c1ccc(cc1)C(CC[NH+]2CCCCC2)(C3CC4CC3C=C4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02246"], ExternalIdentifier["KEGGID", "D02247"], ExternalIdentifier["KEGGID", "D00779"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "biperiden", "FDA Approved Drug" -> "BIPERIDEN HYDROCHLORIDE;BIPERIDEN LACTATE"|>, "PharmGKBID" -> "PA448626", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92151], ExternalIdentifier["PubChemCompoundID", 197083], ExternalIdentifier["PubChemCompoundID", 2381]}, "Synonyms" -> {"biperiden hydrochloride", "akineton", "beperiden", "biperidine hydrochloride", "biperiden", "akinophyl", "biperidine", "biperidene hydrochloride", "tasmolin", "biperideno [inn-spanish]", "biperidene [inn-french]", "biperidenum [inn-latin]", "tasmolin (tn)", "biperiden lactate", "biperiden [usan:ban:inn:jan]", "neuronal acetylcholine receptor subunit alpha-2 precursor", "akineton lactate", "akineton hydrochloride", "1-bicycloheptenyl-1-phenyl-3-piperidinopropanol-1 hydrochloride", "akineton[wiki]", "lactic acid", "biperidenum", "biperiden[wiki][usp][inn][ban][jan][usan][jp15]", "nsc 170950", "biperideno[spanish]", "akineton (tn)", "1-piperidinepropanol", "[1235-82-1]", "1-(bicyclo[2.2.1]hept-5-en-2-yl)-1-phenyl-3-(piperidin-1-yl)propan-1-olhydrochloride", "nsc 84989", "a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-1-piperidinepropanol compd. with2-hydroxypropanoic acid (1:1)", "lactic acid compd.with a-5-norbornen-2-yl-a-phenyl-1-piperidinepropanol(1:1)", "a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-1-piperidinepropanol", "1-bicyclo[2.2.1]hept-5-en-2-yl-1-phenyl-3-piperidin-1-ylpropan-1-olhydrochlorid", "1235-82-1", "akineton hydrochloride", "akineton hydrochloride (tn)", "einecs 230-388-9", "biperiden hydrochloride [usan:ban:jan][jan][usan]", "biperidenum[latin]", "230-388-9[einecs]", "biperidenum [inn_la]", "alpha-5-norbornen-2-yl-alpha-phenyl-1-piperidinepropanol compd. with lactic acid (1:1)", "biperiden lactate [usan:ban:jan][jan][usan]", "1235-82-1[rn]", "ac1l52un", "1-bicycloheptenyl-1-phenyl-3-piperidino-propanol-1", "5-20-02-00242 (beilstein handbook reference)[beilstein]", "a-5-norbornen-2-yl-a-phenyl-1-piperidinepropanol", "biperidene[french]", "208-184-6[einecs]", "biperideno", "a-5-norbornen-2-yl-a-phenyl-1-piperidinepropanol hydrochloride", "1-bicycloheptenyl-1-phenyl-3-piperidinopropanol", "7085-45-2[rn]", "1-piperidinepropanol a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-", "1-bicyclo[2.2.1]hept-5-en-2-yl-1-phenyl-3-piperidin-1-yl-propan-1-ol", "bipariden", "7085-45-2", "3-piperidino-1-phenyl-1-bicycloheptenyl-1-propanol", "514-65-8[rn]", "biperiden hcl", "1-(bicyclo[2.2.1]hept-5-en-2-yl)-1-phenyl-3-(piperidin-1-yl)propan-1-ol", "1-bicycloheptenyl-1-phenyl-3-piperidinopropanol hydrochloride", "3-piperidino-1-phenyl-(d5-bicyclo[2.2.1]hepten-2-yl)-1-propanol", "1-bicyclo[2.2.1]hept-5-en-2-yl-1-phenyl-3-piperidin-1-ylpropan-1-ol hydrochloride", "a-bicyclo[2.2.1]hept-5-en-2-yl-a-phenyl-1-piperidinepropanol hydrochloride", "214-976-2[einecs]", "biperidene", "3-piperidino-1-phenyl-1-bicyclo(2.2.1)hepten-(5)-yl-propanol-(1)[german]", "akineton lactate (tn)", "1-(bicyclo[2.2.1]hept-5-en-2-yl)-1-phenyl-3-(piperidin-1-yl)propan-1-olhydrochloride (1:1)", "einecs 214-976-2"}|>, "3162" -> <|"DatabaseID" -> "SW01997", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516857]}, "IsomericSmiles" -> "CCCCCCCC/C=C\\CCCCCCCCOCCO", "OfficialNames" -> <|"Indian Approved Name" -> "polyoxyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364713]}, "Synonyms" -> {"trycol hcs", "ethosperse oa 2", "emulphor", "ameroxol oe 2", "emulphor o", "standamul o20", "genapol o", "emulphor surfactants", "polyethylene glycol 600 oleyl ether", "58056-96-5[rn]", "polyoxyethylene (6) oleyl ether", "9004-98-2[rn]", "54351-97-2[rn]", "52627-03-9[rn]", "ethoxol 20", "8036-16-6[rn]", "polyoxyethylene (4) oleyl ether", "oleyl alcohol eo (2)", "31899-57-7[rn]", "peg-23 oleyl ether", "emulgen 3200", "52440-04-7[rn]", "5353-25-3[rn]", "58857-52-6[rn]", "9-octadecen-1-ol monoether with polyethylene glycol (z)-", "emulgen 420", "polyoxyethylene (8) oleyl ether", "37260-66-5[rn]", "8036-15-5[rn]", "peg-44 oleyl ether", "decaethoxy oleyl ether", "peg-50 oleyl ether", "genapol o 020", "polyethylene glycol monoleyl ether", "170516-63-9[rn]", "polyethylene glycol 1000 oleyl ether", "ameroxol oe 10", "peg-12 oleyl ether", "oleylpolyoxethylene glycol ether", "procol oa-25", "procol oa-20", "amerox oe-20", "emulgen 404", "atlas g 3920", "ethoxylated oleyl alcohol", "oleth-9", "80701-83-3[rn]", "polyoxyethylene (20) oleyl ether", "polyoxyethylene mono(cis-9-octadecenyl) ether", "oleyl alcohol condensed with 10 moles ethylene oxide", "brij 96", "peg-8 oleyl ether", "2-[(9z)-octadec-9-en-1-yloxy]ethanol", "37332-04-0[rn]", "blaunon en 1504", "polyoxyethylene monooleyl ether", "peg-4 oleyl ether", "polyethylene glycol 2000 oleyl ether", "genapol o 050", "39384-39-9[rn]", "polyoxyl 10 oleyl ether", "novol poe 20", "145613-04-3[rn]", "31586-45-5[rn]", "polyoxyethylene (9) oleyl ether", "polyoxyethylene (12) oleyl ether", "9007-63-0[rn]", "polyoxyethylene (15) oleyl ether", "glycols polyethylene mono-9-octadecenyl ether (z)-", "2-(9-octadecenyloxy)ethanol (z)", "115453-13-9[rn]", "polyethylene glycol 450 oleyl ether", "emulgen 409p", "peg-6 oleyl ether", "volpo 20", "50957-68-1[rn]", "oleyl alcohol eo (10)", "65431-57-4[rn]", "lipal 20-oa", "37336-10-0[rn]", "lipocol o-20", "37230-81-2[rn]", "polyethylene glycol 200 oleyl ether", "brij 98((20) oleyl)", "polyoxyethylated vegetable oil", "polyethylene glycol 400 oleyl ether", "oleth-8", "37317-52-5[rn]", "oleth-6", "oleth-7", "oleth-4", "polyoxyethylene (7) oleyl ether", "emalex 515", "emalex 510", "52452-85-4[rn]", "polyethylene glycol (15) oleyl ether", "peg-25 oleyl ether", "polyethylene glycol (7) oleyl ether", "79586-81-5[rn]", "brij 92((2)-oleyl)", "polyethylene glycol monooleyl ether", "53124-83-7[rn]", "atlas g 3915", "peg-9 oleyl ether", "brij 96((10) oleyl)", "polyethylene glycol (23) oleyl ether", "polyethylene glycol (50) oleyl ether", "ethanol 2-[(9z)-9-octadecenyloxy]-", "emulgen 408", "32054-74-3[rn]", "oleyl alcohol condensed with 2 moles ethylene oxide", "emalex 505", "polyoxyethylene (25) oleyl ether", "peg-40 oleyl ether", "peg-20 oleyl ether", "emulsogen ms 12", "51888-74-5[rn]", "61276-84-4[rn]", "oleyl alcohol condensed with 20 moles ethylene oxide", "polyoxyethylene (40) oleyl ether", "oleyl alcohol eo (20)", "peg-7 oleyl ether", "ethal oa 23", "eumulgin ep 4", "ethanol 2-(9-octadecenyloxy)- (z)-", "blaunon en 1540", "ethylene oxide - oleyl alcohol adduct", "37336-11-1[rn]", "polyethylene glycol (44) oleyl ether", "polyoxyethylene (50) oleyl ether", "polyoxyethylene (23) oleyl ether", "polyoxyethylene (44) oleyl ether", "polyethylene glycol oleyl ether", "2-cis-9-octadecenyloxyethanol", "polyethylene glycol (25) oleyl ether", "emulgen 430", "siponic y-501", "polyethylene glycol 300 oleyl ether", "chemal oa 9", "peg-15 oleyl ether", "158453-78-2[rn]", "8013-81-8[rn]", "emalex 520", "37332-05-1[rn]", "blaunon en 909", "blaunon en 905", "emulphor on-870", "emulphor on 870", "37370-70-0[rn]"}|>, "3163" -> <|"DatabaseID" -> "SW01998", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3263]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01544"]}, "IsomericSmiles" -> "CN1c2ccc(cc2C(=NCC1=O)c3ccccc3F)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01230"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Flunitrazepam"|>, "PharmGKBID" -> "PA164781320", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3380]}, "Synonyms" -> {"narcozep", "rohypnol", "flunitrazepam", "primun", "flunitrazepamum [inn-latin]", "roipnol", "rohypnol (tn)", "rohipnol", "flunitrazepam neuraxpharm", "gamma-aminobutyric-acid receptor subunit alpha-3 precursor", "5-(2-fluorophenyl)-1,3-dihydro-1-methyl-7-nitro-2h-1,4-benzodiazepin-2-one", "1622-62-4[rn]", "flunitrazepam ratiopharm", "1,3-dihydro-5-(o-fluorophenyl)-1-methyl-7-nitro-2h-1,4-benzodiazepin-2-one", "5-24-04-00350 (beilstein handbook reference)[beilstein]", "5-(2-fluorophenyl)-1-methyl-7-nitro-3h-1,4-benzodiazepin-2(1h)-one", "216-597-8[einecs]", "5-(2-fluoro-phenyl)-1-methyl-7-nitro-1,3-dihydro-benzo[e][1,4]diazepin-2-one(flunitrazepam)", "fluni 1a pharma", "flunitrazepam [usan:ban:inn:jan][inn][jan][usan]", "d005445", "flunitrazepam teva", "flunitrazepam-teva", "5-(2-fluoro-phenyl)-1-methyl-7-nitro-1,3-dihydro-benzo[e][1,4]diazepin-2-one (flunitrazepam)", "flunibeta", "5-(2-fluorophenyl)-1-methyl-7-nitro-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "[3h]flunitrazepam", "5-(2-fluorophenyl)-1-methyl-7-nitro-1h-benzo[e][1,4]diazepin-2(3h)-one", "fluninoc", "flunitrazepam[wiki]", "5-(2-fluoro-phenyl)-1-methyl-7-nitro-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "flunitrazepam (jp15/usan)[usan][jp15]", "5-(o-fluorophenyl)-1,3-dihydro-1-methyl-7-nitro-2h-1,4-benzodiazepin-2-one", "fluridrazepam", "ro-5-4200", "flunitrazepam-neuraxpharm", "flunitrazepamum", "1622-62-4", "2h-1,4-benzodiazepin-2-one,1,3-dihydro-5-(2-fluorophenyl)-1-methyl-7-nitro-", "flunitrazepam-ratiopharm", "flunitrazepamum[latin]", "2h-1,4-benzodiazepin-2-one,5-(2-fluorophenyl)-1,3-dihydro-1-methyl-7-nitro-", "rohypnol[wiki]", "ro 5-4200", "1-methyl-7-nitro-5-(2-fluorophenyl)-3h-1,4-benzodiazepin-2(1h)-one", "flunizep von ct", "flunimerck", "ro54200"}|>, "3164" -> <|"DatabaseID" -> "SW01999", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19846]}, "IsomericSmiles" -> "CC(=O)Nc1ccc(cc1)OC(=O)c2ccccc2OC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07291"]}, "OfficialNames" -> <|"NPC Approved Name" -> "benorilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21102]}, "Synonyms" -> {"salipran", "benorilate", "benortan", "benoral", "fenasparate", "benorylate", "fenasprate", "2-(acetyloxy)benzoic acid 4-(acetylamino)phenyl ester", "225-674-5[einecs]", "benzoic acid 2-(acetyloxy)- 4-(acetylamino)phenyl ester (9ci)", "p-n-acetylaminophenylacetylsalicylate", "benorilato[spanish][inn]", "win 11450", "p-acetamidophenyl acetylsalicylate", "4-(acetylamino)phenyl 2-(acetyloxy)benzoate", "benorilate [dcf:inn][inn]", "salicylic acid acetate ester with 4-hydroxyacetanilide", "4-acetamidophenyl 2-acetoxybenzoate[acd/iupac name]", "benzoic acid 2-(acetyloxy)- 4-(acetylamino)phenyl ester", "4-acetamidophenyl salicylate acetate", "benorilatum [inn-latin]", "benorilate[wiki][inn]", "benorilatum[latin]", "4'-(acetamido)phenyl-2-acetoxybenzoate", "5003-48-5[rn]", "2-acetoxy-4'-(acetamino)phenylbenzoate", "salicylic acid acetate ester with 4'-hydroxyacetanilide", "aspirin acetaminophen ester", "benorilate [inn:dcf][inn]", "5003-48-5", "benorilato [spanish]", "2-acetoxy-benzoic acid 4-acetylamino-phenyl ester"}|>, "3165" -> <|"DatabaseID" -> "SW02000", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141031]}, "IsomericSmiles" -> "Cc1c(c(c2c(c1[O-])C(=O)C[C@H](O2)c3ccc(cc3)OC)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "matteucinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160490]}, "Synonyms" -> {"4h-1-benzopyran-4-one", "matteucinol", "4'-methylfarrerol", "489-38-3", "ar-1g2445", "(2s)-5", "ar-1g2446", "ac1q6kio", "4h-1-benzopyran-4-one 2,3-dihydro-5,7-dihydroxy-2-(4-methoxyphenyl)-6,8-dimethyl- (s)-", "ac1l4npp", "489-38-3[rn]"}|>, "3166" -> <|"DatabaseID" -> "SW02001", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141743]}, "IsomericSmiles" -> "COc1ccc(cc1)CC[C@H]2Cc3cc(cc(c3C(=O)O2)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agrimonolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161362]}, "Synonyms" -> {"agrimonolide", "1h-2-benzopyran-1-one", "ar-1c3240", "ar-1c3241", "1h-2-benzopyran-1-one 3,4-dihydro-6,8-dihydroxy-3-(2-(4-methoxyphenyl)ethyl)- (s)-", "megxp0_000428", "ac1l4pad", "21499-24-1", "21499-24-1[rn]", "(3s)-6", "3,4-dihydro-6,8-dihydroxy-3-(2-(4-methoxyphenyl)ethyl)-1h-2-benzopyran-1-one", "ac1q6h2x"}|>, "3167" -> <|"DatabaseID" -> "SW02002", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5144]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06729"]}, "IsomericSmiles" -> "c1ccc(cc1)n2c(ccn2)[N-]S(=O)(=O)c3ccc(cc3)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01954"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFAPHENAZOLE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5335]}, "Synonyms" -> {"sulfaphenazole", "sulfabid", "sulphenazole", "sulfafenazol", "sulphaphenazole", "sulfaphenylpipazol", "sulfaphenazon", "sulfaphenylpyrazole", "benzenesulfonamide 4-amino-n-(1-phenyl-1h-pyrazol-5-yl)-", "isarol", "firmazolo", "n(sup 1)-(1-phenylpyrazol-5-yl)sulfanilamide", "sulfaphenylpyrazol", "sulfafenazolo", "orisul", "raziosulfa", "paidazolo", "plisulfan", "depotsulfonamide", "n'-(1-phenylpyrazol-5-yl)sulfanilamide", "inamil", "5-sulfanilamido-1-phenylpyrazole", "microtan pirazolo", "4-amino-n-(2-phenyl-2h-pyrazol-3-yl)-benzenesulfonamide", "4-amino-n-(1-phenyl-1h-pyrazol-5-yl)-benzenesulfonamide", "1-phenyl-5-sulfanilamidopyrazole", "n1-(1-phenylpyrazol-5-yl)sulfanilamide", "sulfaphenazol", "sulfanilamide n(sup 1)-(1-phenylpyrazol-5-yl)- (8ci)", "solfafenazolo [dcit]", "phenylsulfapyrazole", "eftolon", "3-(p-aminobenzenesulfonamido)-2-phenylpyrazole", "depocid", "sp", "sulfaphenazolum [inn-latin]", "unii-0j8l4v3f81", "spp", "cas-526-08-9", "orisulf", "prestwick_454", "s0758_sigma", "4-amino-n-(1-phenyl-1h-pyrazol-5-yl)benzenesulfonamide[acd/iupac name]", "sulfafenazolo[italian]", "sulfafenazol[spanish][inn]", "isarol v", "sulfaphenazol[french][inn]", "208-384-3[einecs]", "d013426", "sulfafenazolo [italian]", "merian", "sulfabid (tn)", "sulfanilamide n(sup 1)-(1-phenylpyrazol-5-yl)-", "[(4-aminophenyl)sulfonyl](1-phenylpyrazol-5-yl)amine", "sulfaphenazol [inn-french]", "sulfaphenazolum", "5-25-09-00415 (beilstein handbook reference)[beilstein]", "3-(p-aminobenzenesulfonamido)-2-pheny-2h-lpyrazole", "sulfaphenazolum[latin]", "526-08-9[rn]", "sulfaphenazole (jan/inn)", "uc166_sigma", "sulfafenazol [inn-spanish]", "4-amino-n-(1-phenyl-1h-pyrazol-5-yl)benzenesulfonamide", "sulfaphenazole [inn:jan][inn][jan]", "5-25-09-00415", "solfafenazolo", "sulfaphenazole (jan/usan)[jan][usan]", "sulfanilamide n1-(1-phenylpyrazol-5-yl)-", "merian[wiki]", "lopac-s-0758", "sulfaphenazole [inn:jan]"}|>, "3168" -> <|"DatabaseID" -> "SW02003", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7798"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58540], ExternalIdentifier["ChemSpiderID", 70384]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00198"]}, "IsomericSmiles" -> "CCC(CC)O[C@@H]1C=C(C[C@@H]([C@H]1NC(=O)C)[NH3+])C(=O)OCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00900"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oseltamivir", "WHO Essential Medicine" -> "oseltamivir", "Australia Approved Name" -> "OSELTAMIVIR PHOSPHATE", "FDA Approved Drug" -> "OSELTAMIVIR PHOSPHATE"|>, "PharmGKBID" -> "PA450721", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65028]}, "Synonyms" -> {"tamiflu", "oseltamivir phosphate", "oseltamivir", "204255-11-8[rn]", "oseltamivirum", "hsdb 7433", "196618-13-0", "n-acetyl-alpha- neuraminidase 2", "gs 4104", "tamiflu-free", "oseltamivir[wiki]", "gs-4104", "ec 3.2.1.18", "agucort", "tamvir", "cytosolic sialidase", "(3r-(3a,4b,5a))-4-(acetylamino)-5-amino-3-(1-ethylpropoxy)-1-cyclohexene-1-carboxylic acidethyl ester", "gs4104", "ethyl (3r,4r,5s)-4-acetamido-5-amino-3-(pentan-3-yloxy)cyclohex-1-ene-1-carboxylate", "196618-13-0[rn]", "ethyl (3r,4r,5s)-4-(acetylamino)-5-amino-3-(pentan-3-yloxy)cyclohex-1-ene-1-carboxylate", "oseltamivirum [inn_la]", "(-)-oseltamivir", "ethyl (3r,4r,5s)-4-(acetylamino)-5-amino-3-(1-ethylpropoxy)-1-cyclohexene-1-carboxylate", "1-cyclohexene-1-carboxylicacid 4-(acetylamino)-5-amino-3-(1-ethylpropoxy)- ethyl ester,(3r,4r,5s)-", "ethyl (5s,3r,4r)-4-(acetylamino)-5-amino-3-(ethylpropoxy)cyclohex-1-enecarboxylate", "ro-64-0796", "ethyl (3r,4r,5s)-4-acetamido-5-amino-3-pentan-3-yloxy-cyclohexene-1-carboxylate", "ethyl (3r,4r,5s)-4-acetamido-5-amino-3-(1-ethylpropoxy)-1-cyclohexene-1-carboxylate", "oseltamivir phosphate (jan/usan)[jan][usan]", "204255-11-8", "1-cyclohexene-1-carboxylicacid 4-(acetylamino)-5-amino-3-(1-ethylpropoxy)- ethyl ester,(3r,4r,5s)- phosphate (1:1)", "ethyl (3r,4r,5s)-4-(acetylamino)-5-amino-3-(1-ethylpropoxy)cyclohex-1-ene-1-carboxylate phosphate", "ethyl (3r,4r,5s)-4-acetamido-5-amino-3-(pentan-3-yloxy)cyclohex-1-ene-1-carboxylate phosphate", "ethyl (3r,4r,5s)-4-(acetylamino)-5-amino-3-(pentan-3-yloxy)cyclohex-1-ene-1-carboxylate phosphate (1:1)", "ethyl (3r,4r,5s)-4-acetamido-5-amino-3-(pentan-3-yloxy)cyclohex-1-ene-1-carboxylate phosphate (1:1)", "ethyl (3r,4r,5s)-4-acetamido-5-amino-3-(1-ethylpropoxy)-1-cyclohexene-1-carboxylate phosphate (1:1)", "gs-4104/002", "tamiflu[wiki]", "ethyl (3r,4r,5s)-4-acetamido-5-amino-3-(3-pentanyloxy)-1-cyclohexene-1-carboxylate phosphate (1:1)[acd/iupac name]", "ro-64-0796-002", "ro 64-0796/002", "ro-64-0796/002"}|>, "3169" -> <|"DatabaseID" -> "SW02004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58756]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00889"]}, "IsomericSmiles" -> "Cn1c2ccccc2c(n1)C(=O)NC3CC4CCCC(C3)[NH+]4C", "OfficialNames" -> <|"China Approved Name" -> "granisetron", "Indian Approved Name" -> "granisetron hcl", "FDA Approved Drug" -> "GRANISETRON;GRANISETRON HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449809", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3510]}, "Synonyms" -> {"granisetron hcl", "granisetron hydrochloride", "granisetronum [inn-latin]", "kytril", "1h-indazole-3-carboxamide", "granisetron base", "apf530", "5-ht-3", "1-methyl-n-(9-methyl-9-azabicyclo[3.3.1]non-3-yl)-1h-indazole-3-carboxamide", "granisetron monohydrochloride", "5-ht3r", "serotonin-gated ion channel receptor", "brl 43964", "5-hydroxytryptamine 3 receptor precursor", "granisetron", "sancuso", "brl-43694a", "indazole-3-carboxamide hydrochloride", "1-methyl-1h-indazole-3-carboxylic acid (9-methyl-9-aza-bicyclo[3.3.1]non-3-yl)-amide; hydrochlorid;e", "1-methyl-n-(9-methyl-9-azabicyclo[3.3.1]non-3-yl)-1h-indazole-3-carboxamide hydrochloride(1:1)[acd/iupac name]", "1-methyl-n-(9-methyl-9-azabicyclo[3.3.1]non-3-yl)-indazole-3-carboxamidehcl", "1h-indazole-3-carboxamide,1-methyl-n-(9-methyl-9-azabicyclo(3.3.1)non-3-yl)- monohydrochloride endo-", "107007-99-8[rn]", "(1-methyl(1h-indazol-3-yl))-n-(9-methyl-9-azabicyclo[3.3.1]non-3-yl)carboxamide,chloride", "kytril injection", "granisetron hydrochloride (jan/usan)[jan][usan]", "[107007-99-8]", "1-methyl-n-[(3-endo)-9-methyl-9-azabicyclo[3.3.1]non-3-yl]-1h-indazole-3-carboxamide hydrochloride", "endo-1-methyl-n-(9-methyl-9-azabicyclo(3.3.1)non-3-yl)-1h-indazole-3-carboxamidehydrochloride", "103639-04-9[rn]", "1-methyl-1h-indazole-3-carboxylic acid (9-methyl-9-aza-bicyclo[3.3.1]non-3-yl)-amide hydrochloride", "1-methyl-n-(9-methyl-9-azabicyclo[3.3.1]non-3-yl)-1h-indazole-3-carboxamide hydrochloride(1:1)", "kytril (tn)", "hydrochlorid", "1-methyl-n-(9-methyl-9-azabicyclo[3.3.1]non-3-yl)-", "kytril[wiki]", "1-methyl-n-(9-methyl-endo-9-azabicyclo(3.3.1)non-3-yl)-1h-indazole-3-carboxamidemonohydrochloride", "1-methyl-1h-indazole-3-carboxylic acid (9-methyl-9-aza-bicyclo[3.3.1]non-3-yl)-amide", "granisetron[wiki]", "e", "granisertron hydrochloride", "1h-indazole-3-carboxamide,1-methyl-n-(9-methyl-9-azabicyclo[3.3.1]non-3-yl)- hydrochloride (1:1)"}|>, "3170" -> <|"DatabaseID" -> "SW02005", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7735"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10442212]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00334"]}, "IsomericSmiles" -> "Cc1cc2=C(Nc3ccccc3N=c2s1)N4CC[NH+](CC4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00454"], ExternalIdentifier["KEGGID", "D06623"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "OLANZAPINE PAMOATE"|>, "PharmGKBID" -> "PA450688", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4585], ExternalIdentifier["PubChemCompoundID", 24848071], ExternalIdentifier["PubChemCompoundID", 22995473], ExternalIdentifier["PubChemCompoundID", 12085238]}, "Synonyms" -> {"olanzapine", "zyprexa intramuscular", "zyprexa zydis", "zyprexa", "132539-06-1", "olansek", "symbyax", "lanzac", "2-methyl-4-(4-methyl-1-piperazinyl)-10h-thieno[2,3-b][1,5]benzodiazepine", "olanzapine pamoate", "5- ht-1d-alpha", "zyprexa;", "olanzapine-fluoxetine combination", "olanzapine tautomer[redirect]", "ls-187962", "zalasta", "olanzapine intermediate", "zyprexa[wiki]", "serotonin receptor 1d", "250603-12-4", "chembl1201741", "d06623", "olanzapine and fluoxetine hydrochloride", "zyprexa zalasta zolafren olzapin oferta", "2-methyl-4-(4-methylpiperazin-1-yl)-10h-thieno[2,3-b][1,5]benzodiazepin", "olanzapine; fluoxetine hydrochloride", "10h-thieno[2,3-b][1,5]benzodiazepine 2-methyl-4-(4-methyl-1-piperazinyl)-", "benzenepropanamine", "surecn935125", "fluoxetine hcl mixture with olanzapine", "surecn1635524", "zyprexa velotab", "unii-x7s6q4mhcb", "5-methyl-8-(4-methylpiperazin-1-yl)-4-thia-2,9-diazatricyclo[8.4.0.03,7]tetradeca-1(10),3(7),5,8,11,13-hexaene", "fluoxetine mixture with olanzapine", "10h-thieno(2,3-b)(1,5)benzodiazepine 2-methyl-4-(4-methyl-1-piperazinyl)-", "tl8000772", "fluoxetine hydrochloride mixture with olanzapine", "olanzapine[wiki]", "5-ht-1d", "2-methyl-10-(4-methyl-piperazin-1-yl)-4h-3-thia-4,9-diaza-benzo[f]azulene", "132539-06-1[rn]", "2-methyl-4-(4-methylpiperazin-1-yl)-10h-thieno2,3-b1,5benzodiazepine", "ls-188022", "2-methyl-4-(4-methylpiperazin-1-yl)-10h-benzo[b]thieno[2,3-e][1,4]diazepine", "221373-18-8", "2-methyl-4-(4-methyl-1-piperazinyl)-10h-thieno(2,3-b)(1,5)benzodiazepine", "olanzapine pamoate (usan)", "zydis", "10h-thieno2,3-b1,5benzodiazepine 2-methyl-4-(4-methyl-1-piperazinyl)-", "olanzapine pamoate monohydrate", "zyprexa;zyprexa zydis;zalasta;zolafren;olzapin", "olanzapinum", "zyprexa relprevv", "2-methyl-4-(4-methylpiperazin-1-yl)-10h-thieno[2,3-b][1,5]benzodiazepine", "olanzapina"}|>, "3171" -> <|"DatabaseID" -> "SW02006", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "313639"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109488]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00392"]}, "IsomericSmiles" -> "CC[NH+](CC)C(C)CN1c2ccccc2Sc3c1cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01118"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETHOPROPAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449531", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3290]}, "Synonyms" -> {"parsidol", "parsitan", "profenamine hydrochloride", "lysivane", "dibutil", "prophenaminum", "ethopropazine", "profenamine", "isothazine", "profenamine monohydrochloride", "ethopromazine", "parfezin", "prophenamine", "parkin", "isothazine hydrochloride", "pardisol", "parphezein", "parphezin", "phenopropazine", "ethopropazine hydrochloride", "parsotil", "rodipal", "fempropazine", "42957-54-0[rn]", "profenamine hibenzate", "diethyl(1-methyl-2-phenothiazin-10-ylethyl)amine chloride", "etopropezina", "prodierazine", "prophenamine hydrochloride", "profenamina [inn-spanish]", "parfezine", "522-00-9[rn]", "1094-08-2[rn]", "2-diethylamino-1-propyl-n-dibenzoparathiazine hydrochloride", "parsidan", "256-019-1[einecs]", "parkisol", "parsidol (tn)", "l-10-(2-diethylaminopropyl)phenothiazine hydrochloride", "parkin (tn)", "parcidol", "10-(2-(diethylamino)propyl)phenothiazine monohydrochloride", "profenamine[wiki]", "n,n-diethyl-?-methyl-10h-phenothiazine-10-ethylamine monohydrochloride", "pardidol", "prodictazin", "phenothiazine 10-[2- (diethylamino)propyl]-,monohydrochloride", "phenopropazine hydrochloride", "1094-08-2 522-00-9", "parsidol (van)", "isotazin", "profenamina [italian]", "ethapropazine", "profenaminum", "n,n-diethyl-a-methyl-10h-phenothiazine-10-ethanamine hydrochloride", "10-[2-diethylaminopropyl]phenothiazine", "rocipel", "rochipel", "10-(2-diethylamino-2-methylethyl)phenothiazine hydrochloride", "profenaminum [inn-latin]", "1094-08-2 522-00-9 [ethopropazine]", "parsidol[wiki]", "ethopropazine[wiki]", "10-(2-diethylaminopropyl)phenothiazine hydrochloride", "isopthazine", "athopropazin", "n,n-diethyl-1-(10h-phenothiazin-10-yl)propan-2-amine hydrochloride (1:1)", "athapropazine", "isothiazine", "tomil", "aethopropropazin", "phenothiazine 10-(2-(diethylamino)propyl)-,monohydrochloride", "fenpropazina", "phenoprozine"}|>, "3172" -> <|"DatabaseID" -> "SW02006", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "313639"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109488]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00392"]}, "IsomericSmiles" -> "CC[NH+](CC)C(C)CN1c2ccccc2Sc3c1cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01118"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETHOPROPAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449531", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3290]}, "Synonyms" -> {"parsidol", "parsitan", "profenamine hydrochloride", "lysivane", "dibutil", "prophenaminum", "ethopropazine", "profenamine", "isothazine", "profenamine monohydrochloride", "ethopromazine", "parfezin", "prophenamine", "parkin", "isothazine hydrochloride", "pardisol", "parphezein", "parphezin", "phenopropazine", "ethopropazine hydrochloride", "parsotil", "rodipal", "fempropazine", "42957-54-0[rn]", "profenamine hibenzate", "diethyl(1-methyl-2-phenothiazin-10-ylethyl)amine chloride", "etopropezina", "prodierazine", "prophenamine hydrochloride", "profenamina [inn-spanish]", "parfezine", "522-00-9[rn]", "1094-08-2[rn]", "2-diethylamino-1-propyl-n-dibenzoparathiazine hydrochloride", "parsidan", "256-019-1[einecs]", "parkisol", "parsidol (tn)", "l-10-(2-diethylaminopropyl)phenothiazine hydrochloride", "parkin (tn)", "parcidol", "10-(2-(diethylamino)propyl)phenothiazine monohydrochloride", "profenamine[wiki]", "n,n-diethyl-?-methyl-10h-phenothiazine-10-ethylamine monohydrochloride", "pardidol", "prodictazin", "phenothiazine 10-[2- (diethylamino)propyl]-,monohydrochloride", "phenopropazine hydrochloride", "1094-08-2 522-00-9", "parsidol (van)", "isotazin", "profenamina [italian]", "ethapropazine", "profenaminum", "n,n-diethyl-a-methyl-10h-phenothiazine-10-ethanamine hydrochloride", "10-[2-diethylaminopropyl]phenothiazine", "rocipel", "rochipel", "10-(2-diethylamino-2-methylethyl)phenothiazine hydrochloride", "profenaminum [inn-latin]", "1094-08-2 522-00-9 [ethopropazine]", "parsidol[wiki]", "ethopropazine[wiki]", "10-(2-diethylaminopropyl)phenothiazine hydrochloride", "isopthazine", "athopropazin", "n,n-diethyl-1-(10h-phenothiazin-10-yl)propan-2-amine hydrochloride (1:1)", "athapropazine", "isothiazine", "tomil", "aethopropropazin", "phenothiazine 10-(2-(diethylamino)propyl)-,monohydrochloride", "fenpropazina", "phenoprozine"}|>, "3173" -> <|"DatabaseID" -> "SW02007", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3762"], ExternalIdentifier["ChEBIID", "3761"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2707]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00628"]}, "IsomericSmiles" -> "c1ccc(cc1)C2=NC(C(=O)Nc3c2cc(cc3)Cl)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00694"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Clorazepate", "FDA Approved Drug" -> "CLORAZEPATE DIPOTASSIUM"|>, "PharmGKBID" -> "PA164749297", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2809]}, "Synonyms" -> {"clorazepic acid", "chlorazepate", "gen-xene", "chlorazepic acid", "tranxene", "clorazepic acid [ban]", "novo-clopate", "clorazepate", "clorazepate dipotassium", "cchlorazepic acid", "gaba(a", "57109-90-7[rn]", "7-chloro-2,3-dihydro-2-oxo-5-phenyl-1h-1,4-benzodiazepine-3-carboxylic acid", "1h-1,4-benzodiazepine-3-carboxylic acid 7-chloro-2,3-dihydro-2-oxo-5-phenyl-", "9005-49-6", "20432-69-3[rn]", "dea no. 2768", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "7-chloro-2,3-dihydro-2,2-dihydroxy-5-phenyl-1h-1,4-benzodiazepine-3-carboxylic acid", "260-565-6[einecs]", "clorazepate[wiki]", "tranxene /cherazepate dipotasium/", "28425-34-5[rn]", "7-chloro-2-oxo-5-phenyl-2,3-dihydro-1h-1,4-benzodiazepine-3-carboxylic acid[acd/iupac name]"}|>, "3174" -> <|"DatabaseID" -> "SW02007", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3762"], ExternalIdentifier["ChEBIID", "3761"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2707]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00628"]}, "IsomericSmiles" -> "c1ccc(cc1)C2=NC(C(=O)Nc3c2cc(cc3)Cl)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00694"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Clorazepate", "FDA Approved Drug" -> "CLORAZEPATE DIPOTASSIUM"|>, "PharmGKBID" -> "PA164749297", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2809]}, "Synonyms" -> {"clorazepic acid", "chlorazepate", "gen-xene", "chlorazepic acid", "tranxene", "clorazepic acid [ban]", "novo-clopate", "clorazepate", "clorazepate dipotassium", "cchlorazepic acid", "gaba(a", "57109-90-7[rn]", "7-chloro-2,3-dihydro-2-oxo-5-phenyl-1h-1,4-benzodiazepine-3-carboxylic acid", "1h-1,4-benzodiazepine-3-carboxylic acid 7-chloro-2,3-dihydro-2-oxo-5-phenyl-", "9005-49-6", "20432-69-3[rn]", "dea no. 2768", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "7-chloro-2,3-dihydro-2,2-dihydroxy-5-phenyl-1h-1,4-benzodiazepine-3-carboxylic acid", "260-565-6[einecs]", "clorazepate[wiki]", "tranxene /cherazepate dipotasium/", "28425-34-5[rn]", "7-chloro-2-oxo-5-phenyl-2,3-dihydro-1h-1,4-benzodiazepine-3-carboxylic acid[acd/iupac name]"}|>, "3175" -> <|"DatabaseID" -> "SW02008", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8208]}, "IsomericSmiles" -> "Cc1c(c(=O)n(n1C)c2ccccc2)I", "OfficialNames" -> <|"NPC Approved Name" -> "iodoantipyrine 123i-labeled"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8522]}, "Synonyms" -> {"iodopyrine", "iodoantipyrine i 131", "iodophenazone", "4-iodoantipyrine", "iodoantipyrine", "jodopyrine", "arthripur", "jodantipyrine", "4-iodo-1,5-dimethyl-2-phenyl-1,2-dihydro-pyrazol-3-one", "4-iodo-1,5-dimethyl-2-phenyl-1,2-dihydro-3h-pyrazol-3-one[acd/iupac name]", "204-966-6[einecs]", "antipyrine iodide", "1,2-dihydro-4-iodo-1,5-dimethyl-2-phenyl-3h-pyrazol-3-one", "2,3-dimethyl-4-iodo-1-phenyl-3-pyrazolin-5-one", "antipyrine 4-iodo- (6ci,7ci,8ci)", "1,2-dihydro-4-iodo-1,5-dimethyl-2-phenyl-2h-pyrazol-3-one", "1,5-dimethyl-4-iodo-2-phenyl-1,2-dihydro-pyrazol-3-one", "4-iodo-1,5-dimethyl-2-phenyl-2,3-dihydro-1h-pyrazol-3-one", "1-phenyl-2,3-dimethyl-4-iodopyrazolone", "3791-63-7[rn]", "3h-pyrazol-3-one 1,2-dihydro-4-iodo-1,5-dimethyl-2-phenyl-", "3h-pyrazol-3-one,1,2-dihydro-4-iodo-(sup 131)i-1,5-dimethyl-2-phenyl", "4-iodo-2", "4-iodo-2,3-dimethyl-1-phenyl-3-pyrazolin-5-one", "4-iodoantipyrene-n-methyl-14c", "129-81-7[rn]"}|>, "3176" -> <|"DatabaseID" -> "SW02009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444973]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2c(c(=O)c3c(cc(cc3o2)O)[O-])[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isorhamnetin;3-o-methylquercetin;flavonoid derivatives;flavonoid glycoside;iso-quercetin;iso-rhamnetin;tetrahydroxy flavone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281654]}, "Synonyms" -> {"3-methylquercetine", "3'-methoxyquercetin", "4'-methylquercetin", "isorhamnetin", "3'-o-methylquercetin", "4'-o-methylquercetin", "quercetin 3'-methyl ether", "isorhamnetol", "3-methylquercetin", "quercetin 4'-methyl ether", "3,4',5,7-tetrahydroxy-3'-methoxyflavone", "c047368", "3,5,7-trihydroxy-2-(4-hydroxy-3-methoxyphenyl)-4h-chromen-4-on", "3,4',5,7-tetrahydroxy-3'-methoxy-flavone", "207-545-5[einecs]", "3'-methoxy-3,4',5,7-tetrahydroxyflavone", "isorhamnetine", "480-19-3[rn]", "3,5,7-trihydroxy-2-(4-hydroxy-3-methoxyphenyl)-4h-chromen-4-one", "3,5,7-trihydroxy-2-(4-hydroxy-3-methoxyphenyl)-4-benzopyrone", "4h-1-benzopyran-4-one 2-(3-methoxy-4-hydroxyphenyl)-3,5,7-trihydroxy-", "flavone 3'-methoxy-3,4',5,7-tetrahydroxy-", "4'-methoxyquercetin", "5-18-05-00496 (beilstein handbook reference)[beilstein]", "3,5,7-trihydroxy-2-(4-hydroxy-3-methoxyphenyl)chromen-4-one", "5-18-05-00496", "flavone 3,4',5,7-tetrahydroxy-3'-methoxy-", "4h-1-benzopyran-4-one 3,5,7-trihydroxy-2-(4-hydroxy-3-methoxyphenyl)- (9ci)", "flavonoid[wiki]", "3-methyl-quercetin", "3,5,7-trihydroxy-2-(3-hydroxy-4-methoxyphenyl)-4-benzopyrone", "4h-1-benzopyran-4-one 3,5,7-trihydroxy-2-(4-hydroxy-3-methoxyphenyl)-", "3,5,7-trihydroxy-2-(4-hydroxy-3-methoxyphenyl)-4h-1-benzopyran-4-one", "207-546-5", "3 4' 5 7-tetrahydroxy-3'-methoxy flavone", "4h-1-benzopyran-4-one 3,5,7-trihydroxy-2-(3-hydroxy-4-methoxyphenyl)- (9ci)", "iso-rhamnetin"}|>, "3177" -> <|"DatabaseID" -> "SW02010", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4317"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5290202]}, "IsomericSmiles" -> "c1cc(ccc1c2ccc(o2)/C=N/N3CC(=O)NC3=O)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DANTROLENE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6914273]}, "Synonyms" -> {"dantrolene", "dantroleno", "dantrolenum", "hsdb 3050", "85008-71-5[rn]", "dantamacrin", "f-368", "7261-97-4[rn]", "1-({[5-(4-nitrophenyl)furan-2-yl]methylidene}amino)imidazolidine-2,4-dione", "1-[[5-(p-nitrophenyl)furfurylidene]amino]hydantoin", "230-684-8[einecs]", "ac1oc9ne", "2,4-imidazolidinedione 1-[[[5-(4-nitrophenyl)-2-furanyl]methylene]amino]-", "dantroleno[spanish][inn]", "1-(((5-(4-nitrophenyl)-2-furanyl)methylene)amino)-2,4-imidazolidinedione", "1-({(1e)-[5-(4-nitrophenyl)furan-2-yl]methylidene}amino)imidazolidine-2,4-dione", "2,4-imidazolidinedione 1-(((5-(4-nitrophenyl)-2-furanyl)methylene)amino)-", "1-((5-(p-nitrophenyl)furfurylidene)amino)hydantoin", "dantrium intravenous", "1-[[[5-(4-nitrophenyl)-2-furanyl]methylene]amino]-2,4-imidazolidinedione", "dantrolenum [inn-latin]", "dantroleno [inn-spanish]", "dantrolene sodium", "hydantoin 1-((5-(p-nitrophenyl)furfurylidene)amino)-", "dantrolene (usan/inn)", "5-24-05-00226 (beilstein handbook reference)[beilstein]", "2,4-imidazolidinedione 1-[[(1e)-[5-(4-nitrophenyl)-2-furanyl]methylene]amino]-", "dantrium", "dantrolene[wiki][inn][ban][usan]", "dantrolenum[latin][inn]"}|>, "3178" -> <|"DatabaseID" -> "SW02011", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4954574]}, "IsomericSmiles" -> "COc1cc(ccc1O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucovanillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6452133]}, "Synonyms" -> {"glucovanillin", "494-08-6[rn]", "zinc04081510", "avenein", "494-08-6", "molport-000-629-564", "vanilloside", "stock1n-52373", "3-methoxy-4-[(2s", "c19808", "vanillin-d-glucoside", "ac1o54rv", "benzaldehyde", "4-(b-d-glucopyranosyloxy)-3-methoxybenzaldehyde"}|>, "3179" -> <|"DatabaseID" -> "SW02012", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8887"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00533"]}, "IsomericSmiles" -> "CS(=O)(=O)c1ccc(cc1)C2=C(C(=O)OC2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00568"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ROFECOXIB"|>, "PharmGKBID" -> "PA451268", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5090]}, "Synonyms" -> {"rofecoxib", "vioxx", "mk 966", "162011-90-7", "3-(4-methylsulfonylphenyl)-4-phenyl-2h-furan-5-one", "4-(4-methylsulfonylphenyl)-3-phenyl-5h-furan-2-one", "refecoxib", "vioxx[wiki]", "ccris 8967", "vioxx dolor", "ceoxx[wiki]", "2(5h)-furanone 4-[4-(methyl-sulfonyl)phenyl]-3-phenyl-", "rofecoxib (jan/usan)[jan][usan]", "ceoxx", "8269007[beilstein]", "2(5h)-furanone 4-[4-(methylsulfonyl)phenyl]-3-phenyl-", "chebi:8887", "4-[4-(methylsulfonyl)-phenyl]-3-phenyl-2(5h)-furanone", "3-phenyl-4-[4-(methylsulfonyl)phenyl]-2(5h)-furanone", "tropoelastin", "4-(p-(methylsulfonyl)phenyl)-3-phenyl-2(5h)-furanone", "4-[4-(methylsulfonyl)phenyl]-3-phenylfuran-2(5h)-one", "162011-90-7[rn]", "elastin precursor", "mk 996", "c116926", "2(5h)-furanone 4-(4-(methylsulfonyl)phenyl)-3-phenyl-", "4-(4-(methylsulfonyl)phenyl)-3-phenylfuran-2(5h)-one", "mk-966", "4-(4-methanesulfonyl-phenyl)-3-phenyl-5h-furan-2-one", "mk 0966", "vioxx;ceoxx;ceeoxx", "3-phenyl-4-(4-(methylsulfonyl)phenyl))-2(5h)-furanone", "4-[4-(methylsulfonyl)phenyl]-3-phenyl-2(5h)-furanone[acd/iupac name]", "rofecoxib[wiki]", "vioxx (trademark)", "mk0966"}|>, "3180" -> <|"DatabaseID" -> "SW02013", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9067629]}, "IsomericSmiles" -> "COC1=C[C@]23CCC[NH+]2CCc4cc5c(cc4[C@@H]3C1=O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cephalotaxinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10892366]}, "Synonyms" -> {"cephalotaxine 3-deoxy-3-oxo-", "cephalotaxinone"}|>, "3181" -> <|"DatabaseID" -> "SW02014", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63634"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106796]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00580"]}, "IsomericSmiles" -> "Cc1c(c(no1)c2ccccc2)c3ccc(cc3)S(=O)(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02709"]}, "OfficialNames" -> <|"Indian Approved Name" -> "valdecoxib", "FDA Approved Drug" -> "VALDECOXIB"|>, "PharmGKBID" -> "PA10226", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119607]}, "Synonyms" -> {"valdecoxib", "bextra", "4-(5-methyl-3-phenyl-4-isoxazolyl)benzenesulfonamide", "4-(5-methyl-3-phenylisoxazol-4-yl)benzenesulfonamide", "kudeq", "valdyn", "phs ii", "valdecoxib[wiki][usan]", "bextra (tn)", "bextra(valdecoxib)", "4-(5-methyl-3-phenyl-4-isoxazolyl)benzenesulfonamide;p-(5-methyl-3-phenyl-4-isoxazolyl)benzenesulfonamide", "prostaglandin-endoperoxide synthase 2", "bextra[wiki]", "181695-72-7[rn]", "benzenesulfonamide 4-(5-methyl-3-phenyl-4-isoxazolyl)-", "18127-87-2[rn]", "c406224", "4-(5-methyl-3-phenylisoxazol-4-yl)benzolsulfonamid", "sc-65872", "valecoxib", "benzenesulfonamide", "pghs-2", "sc 65872", "cox-2", "p-(5-methyl-3-phenyl-4-isoxazolyl)benzenesulfonamide", "prostaglandin g/h synthase 2 precursor", "ec 1.14.99.1", "pgh synthase 2", "4-(5-methyl-3-phenyl-1,2-oxazol-4-yl)benzenesulfonamide[acd/iupac name]", "prostaglandin h2 synthase 2", "26303-90-2[rn]", "cox", "cyclooxygenase- 2", "337376-15-5", "181695-72-7", "t5noj c1 dr dszw& er[wln]"}|>, "3182" -> <|"DatabaseID" -> "SW02015", "IsomericSmiles" -> "CC(c1ccc2c(c1)N(c3ccc(cc3S2)OC)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01185"]}, "OfficialNames" -> <|"NPC Approved Name" -> "protizinic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71862]}, "Synonyms" -> {"protizinic acid", "brn 0825384", "54323-85-2", "2-(7-methoxy-10-methyl-10h-phenothiazin-2-yl)propanoic acid", "13799-03-6", "pirocrid", "17190rp", "prothizinic acid", "10h-phenothiazine-2-acetic acid", "7-methoxy-alpha"}|>, "3183" -> <|"DatabaseID" -> "SW02015", "IsomericSmiles" -> "CC(c1ccc2c(c1)N(c3ccc(cc3S2)OC)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01185"]}, "OfficialNames" -> <|"NPC Approved Name" -> "protizinic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71862]}, "Synonyms" -> {"protizinic acid", "brn 0825384", "54323-85-2", "2-(7-methoxy-10-methyl-10h-phenothiazin-2-yl)propanoic acid", "13799-03-6", "pirocrid", "17190rp", "prothizinic acid", "10h-phenothiazine-2-acetic acid", "7-methoxy-alpha"}|>, "3184" -> <|"DatabaseID" -> "SW02016", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2392]}, "IsomericSmiles" -> "CCCCC(CC)CNC(=O)CC(C)OC(=O)CCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01498"]}, "OfficialNames" -> <|"NPC Approved Name" -> "butoctamide hydrogen succinate monosodium salt"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2486]}, "Synonyms" -> {"listomin s", "butoctamide semisuccinate", "listomin", "m-2h", "butoctamide hydrogen succinate", "n-(2-ethylhexyl)-3-hydroxybutyramide hydrogen succinate", "32838-28-1", "32266-82-3[rn]", "4-({4-[(2-ethylhexyl)amino]-4-oxobutan-2-yl}oxy)-4-oxobutanoicacid", "succinic acid", "butoctamide hemisuccinate", "32838-28-1[rn]", "33673-65-3[rn]", "butanedioic acid,mono(3-((2-ethylhexyl)amino)-1-methyl-3-oxopropyl) ester (9ci)", "c16h29no5", "4-({4-[(2-ethylhexyl)amino]-4-oxobutan-2-yl}oxy)-4-oxobutanoic acid", "succinicacid monoester with n-(2-ethylhexyl)-3-hydroxybutyramide", "butanedioic acid,mono(3-((2-ethylhexyl)amino)-1-methyl-3-oxopropyl) ester", "listomin s (tn)", "n-2-ethylhexyl-beta-oxybutyramide semisuccinate"}|>, "3185" -> <|"DatabaseID" -> "SW02016", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2392]}, "IsomericSmiles" -> "CCCCC(CC)CNC(=O)CC(C)OC(=O)CCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01498"]}, "OfficialNames" -> <|"NPC Approved Name" -> "butoctamide hydrogen succinate monosodium salt"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2486]}, "Synonyms" -> {"listomin s", "butoctamide semisuccinate", "listomin", "m-2h", "butoctamide hydrogen succinate", "n-(2-ethylhexyl)-3-hydroxybutyramide hydrogen succinate", "32838-28-1", "32266-82-3[rn]", "4-({4-[(2-ethylhexyl)amino]-4-oxobutan-2-yl}oxy)-4-oxobutanoicacid", "succinic acid", "butoctamide hemisuccinate", "32838-28-1[rn]", "33673-65-3[rn]", "butanedioic acid,mono(3-((2-ethylhexyl)amino)-1-methyl-3-oxopropyl) ester (9ci)", "c16h29no5", "4-({4-[(2-ethylhexyl)amino]-4-oxobutan-2-yl}oxy)-4-oxobutanoic acid", "succinicacid monoester with n-(2-ethylhexyl)-3-hydroxybutyramide", "butanedioic acid,mono(3-((2-ethylhexyl)amino)-1-methyl-3-oxopropyl) ester", "listomin s (tn)", "n-2-ethylhexyl-beta-oxybutyramide semisuccinate"}|>, "3186" -> <|"DatabaseID" -> "SW02016", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2392]}, "IsomericSmiles" -> "CCCCC(CC)CNC(=O)CC(C)OC(=O)CCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01498"]}, "OfficialNames" -> <|"NPC Approved Name" -> "butoctamide hydrogen succinate monosodium salt"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2486]}, "Synonyms" -> {"listomin s", "butoctamide semisuccinate", "listomin", "m-2h", "butoctamide hydrogen succinate", "n-(2-ethylhexyl)-3-hydroxybutyramide hydrogen succinate", "32838-28-1", "32266-82-3[rn]", "4-({4-[(2-ethylhexyl)amino]-4-oxobutan-2-yl}oxy)-4-oxobutanoicacid", "succinic acid", "butoctamide hemisuccinate", "32838-28-1[rn]", "33673-65-3[rn]", "butanedioic acid,mono(3-((2-ethylhexyl)amino)-1-methyl-3-oxopropyl) ester (9ci)", "c16h29no5", "4-({4-[(2-ethylhexyl)amino]-4-oxobutan-2-yl}oxy)-4-oxobutanoic acid", "succinicacid monoester with n-(2-ethylhexyl)-3-hydroxybutyramide", "butanedioic acid,mono(3-((2-ethylhexyl)amino)-1-methyl-3-oxopropyl) ester", "listomin s (tn)", "n-2-ethylhexyl-beta-oxybutyramide semisuccinate"}|>, "3187" -> <|"DatabaseID" -> "SW02016", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2392]}, "IsomericSmiles" -> "CCCCC(CC)CNC(=O)CC(C)OC(=O)CCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01498"]}, "OfficialNames" -> <|"NPC Approved Name" -> "butoctamide hydrogen succinate monosodium salt"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2486]}, "Synonyms" -> {"listomin s", "butoctamide semisuccinate", "listomin", "m-2h", "butoctamide hydrogen succinate", "n-(2-ethylhexyl)-3-hydroxybutyramide hydrogen succinate", "32838-28-1", "32266-82-3[rn]", "4-({4-[(2-ethylhexyl)amino]-4-oxobutan-2-yl}oxy)-4-oxobutanoicacid", "succinic acid", "butoctamide hemisuccinate", "32838-28-1[rn]", "33673-65-3[rn]", "butanedioic acid,mono(3-((2-ethylhexyl)amino)-1-methyl-3-oxopropyl) ester (9ci)", "c16h29no5", "4-({4-[(2-ethylhexyl)amino]-4-oxobutan-2-yl}oxy)-4-oxobutanoic acid", "succinicacid monoester with n-(2-ethylhexyl)-3-hydroxybutyramide", "butanedioic acid,mono(3-((2-ethylhexyl)amino)-1-methyl-3-oxopropyl) ester", "listomin s (tn)", "n-2-ethylhexyl-beta-oxybutyramide semisuccinate"}|>, "3188" -> <|"DatabaseID" -> "SW02017", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4438876]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)O)OC)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lotusine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5274587]}, "Synonyms" -> {"lotusine", "(-)-lotusine", "ac1nrx67", "d-(-)-lotusine", "isoquinolinium", "(1r)-1-[(4-hydroxyphenyl)methyl]-7-methoxy-2", "c17567", "isoquinolinium 1,2,3,4-tetrahydro-6-hydroxy-1-[(4-hydroxyphenyl)methyl]-7-methoxy-2,2-dimethyl- (1r)-"}|>, "3189" -> <|"DatabaseID" -> "SW02018", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 48111]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)O)O)OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "magnocurarine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 53266]}, "Synonyms" -> {"magnocurarine", "(1r)-1-[(4-hydroxyphenyl)methyl]-6-methoxy-2", "c16991", "sdccgmls-0066966.p001", "isoquinolinium 1,2,3,4-tetrahydro-7-hydroxy-1-((4-hydroxyphenyl)methyl)-6-methoxy-2,2-dimethyl- (r)-", "i07-0301", "isoquinolinium", "ac1l1ekc", "6801-40-7[rn]", "6801-40-7", "akos015897149"}|>, "3190" -> <|"DatabaseID" -> "SW02019", "IsomericSmiles" -> "CCOc1ccccc1O[C@H](c2ccccc2)[C@H]3C[NH2+]CCO3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08472"]}, "OfficialNames" -> <|"Indian Approved Name" -> "reboxetine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127151]}, "Synonyms" -> {"reboxetine", "chebi:114263", "d08472", "edronax (tn)", "reboxetine (inn)", "reboxetine [inn]", "98769-81-4", "(2r)-2-[(r)-(2-ethoxyphenoxy)-phenylmethyl]morpholine", "unii-947s0yz36i", "edronax", "ac1l2rj0"}|>, "3191" -> <|"DatabaseID" -> "SW02020", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514250], ExternalIdentifier["ChemSpiderID", 4514562]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01466"]}, "IsomericSmiles" -> "CCOc1ccc2c3c1O[C@@H]4[C@]35CC[NH+]([C@H](C2)[C@@H]5C=C[C@@H]4O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07929"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ethylmorphine hcl;dionine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Ethylmorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359271], ExternalIdentifier["PubChemCompoundID", 5360692]}, "Synonyms" -> {"codethyline", "ethylmorphine", "dionine", "3-o-ethylmorphine hydrochloride", "3-o-ethylmorphine", "125-30-4[rn]", "ethyl morphine", "ncgc00168251-01", "codethyline hydrochloride", "mor-1", "morphinan-6-alpha-ol", "dionin hydrochloride", "morphine", "dea no. 9190", "o-ethylmorphine hydrochloride", "dionine hydrochloride", "ethomorphine", "einecs 200-970-7", "6746-59-4[rn]", "76-58-4[rn]", "surecn220710", "dionin", "einecs 204-734-4", "ethylmorphine hydrochloride[jan][jp15]", "ethylmorphine hcl", "ethylmorphine hydrochloride dihydrate", "200-970-7[einecs]", "ethylmorphine hydrochloride (tn)", "ethylmorphine hydrochloride", "morphine 3-ethyl ether", "204-734-4[einecs]", "ethylmorphine[wiki]", "unii-mfm5450p3t"}|>, "3192" -> <|"DatabaseID" -> "SW02020", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514250], ExternalIdentifier["ChemSpiderID", 4514562]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01466"]}, "IsomericSmiles" -> "CCOc1ccc2c3c1O[C@@H]4[C@]35CC[NH+]([C@H](C2)[C@@H]5C=C[C@@H]4O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07929"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ethylmorphine hcl;dionine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Ethylmorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359271], ExternalIdentifier["PubChemCompoundID", 5360692]}, "Synonyms" -> {"codethyline", "ethylmorphine", "dionine", "3-o-ethylmorphine hydrochloride", "3-o-ethylmorphine", "125-30-4[rn]", "ethyl morphine", "ncgc00168251-01", "codethyline hydrochloride", "mor-1", "morphinan-6-alpha-ol", "dionin hydrochloride", "morphine", "dea no. 9190", "o-ethylmorphine hydrochloride", "dionine hydrochloride", "ethomorphine", "einecs 200-970-7", "6746-59-4[rn]", "76-58-4[rn]", "surecn220710", "dionin", "einecs 204-734-4", "ethylmorphine hydrochloride[jan][jp15]", "ethylmorphine hcl", "ethylmorphine hydrochloride dihydrate", "200-970-7[einecs]", "ethylmorphine hydrochloride (tn)", "ethylmorphine hydrochloride", "morphine 3-ethyl ether", "204-734-4[einecs]", "ethylmorphine[wiki]", "unii-mfm5450p3t"}|>, "3193" -> <|"DatabaseID" -> "SW02021", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4515039]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01477"]}, "IsomericSmiles" -> "C[N+]1(CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)OC)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Codeine methylbromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362447]}, "Synonyms" -> {"codeine methylbromide", "codeine bromomethylate", "eucodin", "125-27-9[rn]", "dea no. 9070", "125-27-9", "db01477", "codeine methylbromide[wiki]", "morphinanium"}|>, "3194" -> <|"DatabaseID" -> "SW02022", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2302029]}, "IsomericSmiles" -> "C[NH+]1CC2CC(CC(C1)N2C)NC(=O)c3c4ccccc4[nH]n3", "OfficialNames" -> <|"NPC Approved Name" -> "indisetron"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3038463]}, "Synonyms" -> {"n-(3", "n-(3,9-dimethyl-endo-3,9-diazabicyclo(3.3.1)non-7-yl)-1h-indazole-3-carboxamide.", "l001432", "ac1mi4vr", "141549-75-9[rn]", "indisetron[inn]", "n-[(1r", "surecn1073375"}|>, "3195" -> <|"DatabaseID" -> "SW02023", "IsomericSmiles" -> "CC(=O)Oc1ccc2c(c1)CC[C@@H]3[C@@H]2CC[C@]4([C@H]3CC[C@@H]4O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04061"]}, "OfficialNames" -> <|"NPC Approved Name" -> "estradiol-3-acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9818306]}, "Synonyms" -> {"estradiol acetate", "estradiol acetate (usan)", "femring", "4245-41-4", "e3a", "estradiol-3-acetate", "beta-estradiol 3-acetate", "3-o-acetylestradiol", "menoring", "estradiol acetate [usan]", "estradiol"}|>, "3196" -> <|"DatabaseID" -> "SW02024", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7735"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10442212]}, "IsomericSmiles" -> "Cc1cc2c(s1)Nc3ccccc3[NH+]=C2N4CC[NH+](CC4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00454"]}, "OfficialNames" -> <|"Indian Approved Name" -> "olanzapine", "Australia Approved Name" -> "OLANZAPINE", "FDA Approved Drug" -> "OLANZAPINE"|>, "Synonyms" -> {"2-methyl-4-(4-methyl-1-piperazinyl)-10h-thieno[2,3-b][1,5]benzodiazepine", "zyprexa;", "olanzapine tautomer[redirect]", "zyprexa[wiki]", "132539-06-1", "2-methyl-4-(4-methyl-1-piperazinyl)-10h-thieno(2,3-b)(1,5)benzodiazepine", "2-methyl-4-(4-methylpiperazin-1-yl)-10h-thieno[2,3-b][1,5]benzodiazepin", "zyprexa zalasta zolafren olzapin oferta", "olanzapine intermediate", "10h-thieno[2,3-b][1,5]benzodiazepine 2-methyl-4-(4-methyl-1-piperazinyl)-", "zyprexa;zyprexa zydis;zalasta;zolafren;olzapin", "132539-06-1[rn]", "lanzac", "zyprexa intramuscular", "5-methyl-8-(4-methylpiperazin-1-yl)-4-thia-2,9-diazatricyclo[8.4.0.03,7]tetradeca-1(10),3(7),5,8,11,13-hexaene", "10h-thieno(2,3-b)(1,5)benzodiazepine 2-methyl-4-(4-methyl-1-piperazinyl)-", "tl8000772", "2-methyl-10-(4-methyl-piperazin-1-yl)-4h-3-thia-4,9-diaza-benzo[f]azulene", "2-methyl-4-(4-methylpiperazin-1-yl)-10h-thieno2,3-b1,5benzodiazepine", "2-methyl-4-(4-methylpiperazin-1-yl)-10h-benzo[b]thieno[2,3-e][1,4]diazepine", "10h-thieno2,3-b1,5benzodiazepine 2-methyl-4-(4-methyl-1-piperazinyl)-", "zyprexa zydis", "olanzapinum", "olanzapine[wiki]", "2-methyl-4-(4-methylpiperazin-1-yl)-10h-thieno[2,3-b][1,5]benzodiazepine", "olanzapine", "zyprexa", "olanzapina"}|>, "3197" -> <|"DatabaseID" -> "SW02025", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17026"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5773]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00396"]}, "IsomericSmiles" -> "CC(=O)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00066"]}, "OfficialNames" -> <|"China Approved Name" -> "progesterone", "Indian Approved Name" -> "progesterone", "Traditional Herbal Isolate" -> "progesterone", "Australia Approved Name" -> "PROGESTERONE", "FDA Approved Drug" -> "PROGESTERONE"|>, "PharmGKBID" -> "PA451123", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5994]}, "Synonyms" -> {"crinone", "utrogestan", "progesterone", "corlutina", "agolutin", "luteol", "pregnenedione", "syngesterone", "luteohormone", "cyclogest", "gesterol 50", "progekan", "lutocylol", "luteopur", "gesterol 100", "colprosterone", "corpus luteum hormone", "lutren", "luteovis", "progestone", "progestron", "proluton", "lutociclina", "luteinique", "progesteronum", "corluvite", "lutoform", "protormone", "percutacrine luteinique", "progesterol", "gesterol", "luteodyn", "prometrium", "gynolutone", "lingusorbs", "syntolutan", "gestormone", "lipo-lutin", "prolutin", "gestone", "progestosol", "lucorteum", "membrettes", "glanducorpin", "progestasert", "pranone", "syngestrets", "prolutone", "progestogel", "luteogan", "lutex", "piaponon", "gestiron", "progestronol", "prolidon", "lutocyclin", "luteostab", "corporin", "corlutin", "luteal hormone", "percutacrine", "hormoluton", "lutocuclin m", "progestol", "progeston", "luteocrin normale", "fologenon", "lucorteum sol", "lutidon", "projestaject", "gynlutin", "nalutron", "gynoluton", "luteosan", "prochieve", "lutromone", "bio-luton", "primolut", "lutocyclin m", "flavolutan", "lutocylin", "hormoflaveine", "lutogyl", "methylpregnone", "prolets", "cyclogesterin", "127-40-2[rn]", "156436-90-7 (hydrate)", "component of cyclogesterin", "(8s,9s,10r,13s,14s,17s)-17-acetyl-10,13-dimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-1h-cyclopenta[a]phenanthren-3(2h)-one", "steroid 17-alpha-monooxygenase", "luteum", "gestron", "lugesteron", "(1s,10s,11s,14s,15s,2r)-14-acetyl-2,15-dimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0 <11,15>]heptadec-6-ene", "prometrium (tn)", "progesterona [inn-spanish]", "thiuram e", "delalutin", "thiuranide", "progesteron", "[(9s,14s,17r)-17-acetyl-10,13-dimethyl-3-oxo-2,6,7,8,9,11,12,14,15,16-decahydro-1h-cyclopenta[a]phenanthren-17-yl] hexanoate", "gestron[wiki]", "utrogest", "synovex s (estradiol benzoate + progesterone)_mixture", "progesteronum[latin][inn]", "progestrel", "1915950[beilstein]", "4-pregnen-3,20-dione", "pregn-4-ene-3,20-dione[acd/iupac name]", "regumate", "akrolutin", "57-83-0[rn]", "anti-progesterone", "calf-oid implant (estradiol benzoate + progesterone)_mixture", "amen", "246252-04-0[rn]", "vitarrine", "synovex s", "pregnene-3,20-dione", "(8s,9s,10r,13s,14s,17s)-17-acetyl-10,13-dimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-cyclopenta[a]phenanthren-3-one", "3,20-pregnene-4", "p450c17", "endometrin", "component e-c implants (estradiol benzoate + progesterone)_mixture", "(8s,9s,10r,13s,14s,17s)-17-acetyl-10,13-dimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one", "prometrium agolutin corlutin", "cypxvii", "lutin", "pregesterone", "[57-83-0]", "(8s,9s,10r,13s,14s,17s)-17-acetyl-10,13-dimethyl-1,2,6,7,8,9,11,12,14,15,16,17-dodecahydrocyclopenta[a]phenanthren-3-one", "mpa[formula]", "pregn-4-en-3,20-dione", "cyclogestd", "progesterone[wiki]", "progesteronum [inn-latin]", "(s)-pregn-4-en-3,20-dione", "duraprogen", "prontogest", "(1s,10s,11s,14s,15s,2r)-14-acetyl-2,15-dimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-ene", "crinone progesterone gel", "luteine", "p450-c17", "gelbkoerperhormon", "cidr", "prometrium;agolutin;corlutin", "luteol (van)", "200-350-6[einecs]", "lutin[wiki]", "component e-s implants (estradiol benzoate + progesterone)_mixture", "crinone (tn)", "progeffik", "d4-pregnene-3,20-dione", "(s)-progesterone", "cycrin", "curretab", "syngestrone", "progesterone [progestins]", "progesterona[spanish][inn]", "estima", "progestan", "pregn-4-en-3,20-dion", "component e-s implants with tylan (estradiol benzoate + progesterone + tylosin tartrate)_mixture", "ec 1.14.99.9", "steroid 17-alpha-hydroxylase/17,20 lyase", "lipolutin", "17a-progesterone", "progestin[wiki]", "(8s,9s,10r,13s,14s,17s)-17-acetyl-10,13-dimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-on", "(s)-4-pregnene-3,20-dione", "progestin", "prometrium[wiki]", "4-pregnene-3,20-dione", "synovex c (estradiol benzoate + progesterone)_mixture"}|>, "3198" -> <|"DatabaseID" -> "SW02026", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559095]}, "IsomericSmiles" -> "CCCCCc1cc(c(c(c1)O)[C@@H]2C=C(CC[C@H]2C(=C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cannabidiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 644019]}, "Synonyms" -> {"cbd", "d1(2)-trans-cannabidiol", "(-)-cannabidiol", "(-)-trans-cannabidiol", "cannabidiol solution", "cannabidiol (7ci)", "ac1ld8g2", "c6395_fluka", "resorcinol 2-p-mentha-1,8-dien-3-yl-5-pentyl- trans-(-)- (8ci)", "38821-49-7[rn]", "13956-29-1[rn]", "(3r,4r)-2-p-mentha-1,8-dien-3-yl-5-pentylresorcinol", "1,3-benzenediol 2-[3-methyl-6-(1-methylethenyl)-2-cyclohexen-1-yl]-5-pentyl- (1r-trans)-", "2-[(1r,6r)-3-methyl-6-(prop-1-en-2-yl)cyclohex-2-en-1-yl]-5-pentylbenzene-1,3-diol", "2-[3-methyl-6-(methylethenyl)-2-cyclohexen-1-yl]-5-pentyl-1,3-benzenediol", "13956-29-1", "1,3-benzenediol 2-[(1r,6r)-3-methyl-6-(1-methylethenyl)-2-cyclohexen-1-yl]-5-pentyl-", "(-)-trans-2-p-mentha-1,8-dien-3-yl-5-pentylresorcinol", "nabidiolex", "cannabidiol[wiki]", "cannabidiol", "resorcinol", "2-((1r,6r)-6-isopropenyl-3-methyl-cyclohex-2-enyl)-5-pentyl-benzene-1,3-diol"}|>, "3199" -> <|"DatabaseID" -> "SW02027", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15266]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00470"]}, "IsomericSmiles" -> "CCCCCc1cc(c2c(c1)OC([C@H]3[C@H]2C=C(CC3)C)(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00306"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Tetrahydrocannabinols", "Traditional Herbal Isolate" -> "gelatin", "US Illegal/Scheduled Drug (Schedule 3)" -> "Dronabinol", "FDA Approved Drug" -> "DRONABINOL"|>, "PharmGKBID" -> "PA449421", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16078]}, "Synonyms" -> {"deltanyne", "abbott 40566", "dronabinol", "marinol", "6h-dibenzo[b,d]pyran-1-ol,6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl- (6ar-trans)-", "(10r,10ar)-6,6,9-trimethyl-3-pentyl-6a,7,8,10a-tetrahydro-6h-benzo[c]chromen-1-ol", "tetrahydrocannabinol[wiki]", "1363-19-5[rn]", "26108-45-2[rn]", "trans-6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl-6h-dibenzo(b,d)pyran-1-ol", "1972-08-3", "delta(sup 9)-thc", "(6ar,10ar)-6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl-6h-dibenzo(b,d)pyran-1-ol", "dronabinol [usan:inn]", "delta(sup 1)-thc", "&delta", "tetrahydro-6,6,9-trimethyl-3-pentyl-6h-dibenzo[b,d]pyran-1-ol", "delta1-thc", "(6ar,10ar)-6,6,9-trimethyl-3-pentyl-6a,7,8,10a-tetrahydro-6h-benzo[c]chromen-1-ol[acd/iupac name]", "dronabinol[wiki][usp]", "6h-dibenzo[b d]pyran-1-ol,6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl-", "dronabinolum[latin]", "6,6,9-trimethyl-3-pentyl-7,8,9,10-tetrahydro-6h-dibenzo(b,d)pyran-1-ol", "6h-dibenzo[b,d]pyran-1-ol,6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl-", "9-thc", "delta-9-tetrahydrocannabinol", "6,6,9-trimethyl-3-pentyl-6a,7,8,10a-tetrahydro-6h-benzo[c]chromen-1-ol[acd/iupac name]", "1972-08-3[rn]", "3-pentyl-6,6,9-trimethyl-6a,7,8,10a-tetrahydro-6h-dibenzo(b,d)pyran-1-ol", "(-)-(6ar,10ar)-6,6,9-trimethyl-3-pentyl-6a,7,8,10a-tetrahydro-6h-benzo[c]chromen-1-ol", "6465-30-1[rn]", "14146-29-3[rn]", "dronabinolum [latin]", "δ9-thc", "14146-43-1[rn]", "dea no. 7370", "(6ar-trans)-6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl-6h-dibenzo(b,d)pyran-1-ol", "cx5", "marinol[wiki]", "tetranabinex", "cb2", "cb-2", "9-tetrahydrocannabinol", "6h-dibenzo[b d]pyran-1-ol,6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl- (6ar-trans)-", "tetrahydrocannabinol", "delta9-tetrahydrocannabinol", "6h-dibenzo(b,d)pyran-1-ol,6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl- (6ar,10ar)-", "compassia", "marinol (tn)", "delta-9-thc", "6h-dibenzo[b d]pyran-1-ol,6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl- trans-", "6h-dibenzo[b,d]pyran-1-ol,6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl- (6ar,10ar)-", "dronabinol [usan:inn][inn][usan]", "5957-27-7[rn]", "6h-dibenzo[b,d]pyran-1-ol,6a,7,8 10a-tetrahydro-6,6,9-trimethyl-3-pentyl-", "dea no. 7369", "delta9-thc", "6h-dibenzo(b,d)pyran-1-ol,6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl- (6ar-trans)-", "tetrahydro-6,6,9-trimethyl-3-pentyl-6h-dibenzo(b,d)pyran-1-ol", "(6ar,10ar)-6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl-6h-dibenzo[b,d]pyran-1-ol", "thc", "6h-dibenzo(b,d)pyran-1-ol,6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl- trans-", "cannabinol tetrahydro- (6ci)", "δ9-tetrahydrocannabinol"}|>, "3200" -> <|"DatabaseID" -> "SW02028", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54904]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01133"]}, "IsomericSmiles" -> "c1cc(ccc1SC(P(=O)([O-])[O-])P(=O)([O-])[O-])Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02285"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TILUDRONATE DISODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60936]}, "Synonyms" -> {"skelid", "tiludronate disodium", "tiludronic acid disodium salt", "sr-41319b", "skelid (tn)", "tiludronate", "89987-06-4[rn]", "(((4-chlorophenyl)thio)methylene)bisphosphonic acid disodium salt", "tiludronate disodium (usan)", "disodium{[(4-chlorophenyl)sulfanyl]methanediyl}bis[hydrogen (phosphonate)]", "ec 3.1.3.48", "tiludronic acid,disodium salt", "ptp-1b", "tiludronate disodium[usan]", "tiludronic acid", "disodium [(4-chlorophenyl)sulfanyl-[hydroxy(oxido)phosphoryl]methyl]-hydroxyphosphinate", "149845-07-8", "acide tiludronique [inn-french]", "tiludronate disodium [usan]", "phosphonic acid (((4-chlorophenyl)thio)methylene)bis- disodium salt", "149845-07-8[rn]", "sr 41319b", "disodiumdihydrogen (((p-chlorophenyl)thio)methylene)diphosphonate", "ncgc00182026-01", "tiludronic acid[inn][ban]", "acido tiludronico [inn-spanish]", "phosphonic acid [[(4-chlorophenyl)thio]methylene]bis- disodium salt", "disodium{[(4-chlorophenyl)sulfanyl]methylene}bis[hydrogen (phosphonate)][acd/iupac name]", "acidum tiludronicum [inn-latin]", "phosphonic acid [[(4-chlorophenyl)thio]methylene]bis- sodiumsalt (1:2)", "dinatrium-{[(4-chlorphenyl)sulfanyl]methandiyl}bis[hydrogen-(phosphonat)]", "protein-tyrosine phosphatase 1b"}|>, "3201" -> <|"DatabaseID" -> "SW02029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 111524]}, "IsomericSmiles" -> "Cc1c(c(c2c(c1[O-])C(=O)CC(O2)c3ccc(c(c3)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cyrtomin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 125309]}, "Synonyms" -> {"305-910-4[einecs]", "cyrtomin", "idb 1031", "chembl1224646", "einecs 305-910-4", "(1)-2-(3,4-dihydroxyphenyl)-2,3-dihydro-5,7-dihydroxy-6,8-dimethyl-4-benzopyrone", "lmpk12140413", "cyrtominetin", "(1)-2-(3", "molport-001-740-533", "megxp0_000359", "95272-99-4[rn]", "2-(3", "ac1l2odq"}|>, "3202" -> <|"DatabaseID" -> "SW02029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 111524]}, "IsomericSmiles" -> "Cc1c(c(c2c(c1[O-])C(=O)CC(O2)c3ccc(c(c3)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cyrtomin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 125309]}, "Synonyms" -> {"305-910-4[einecs]", "cyrtomin", "idb 1031", "chembl1224646", "einecs 305-910-4", "(1)-2-(3,4-dihydroxyphenyl)-2,3-dihydro-5,7-dihydroxy-6,8-dimethyl-4-benzopyrone", "lmpk12140413", "cyrtominetin", "(1)-2-(3", "molport-001-740-533", "megxp0_000359", "95272-99-4[rn]", "2-(3", "ac1l2odq"}|>, "3203" -> <|"DatabaseID" -> "SW02030", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514400]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01568"]}, "IsomericSmiles" -> "C[N@@+]1(CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)OC)[O-]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Codeine-N-Oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5359929]}, "Synonyms" -> {"codeine-n-oxide", "codeigene", "genocodein", "codeine n-oxide", "genocodeine", "3688-65-1[rn]", "222-988-4[einecs]", "genkodein", "dea no. 9053", "einecs 222-988-4", "morphinan-6-ol", "db01568", "morphinan-6-alpha-ol"}|>, "3204" -> <|"DatabaseID" -> "SW02031", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 118173]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03786"]}, "IsomericSmiles" -> "Cc1c(sc(n1)c2ccc(c(c2)C#N)OCC(C)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01206"]}, "OfficialNames" -> <|"Indian Approved Name" -> "febuxostat", "FDA Approved Drug" -> "FEBUXOSTAT"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 134018]}, "Synonyms" -> {"uloric", "febuxostat", "tei", "uloric tmx-67", "tmx 67", "2-[3-cyano-4-(2-methylpropoxy)phenyl]-4-methyl-1,3-thiazole-5-carboxylicacid", "tmx-67;adenuric;uloric", "s1547_selleck", "rrt", "2-[3-cyano-4-(2-methylpropoxy)phenyl]-4-methyl-5-thiazolecarboxylic acid", "mx-67 adenuric uloric", "febuxostat[wiki][jan][usan]", "2-(3-cyano-4-isobutoxyphenyl)-4-methyl-5-thiazolecarboxylic acid", "tei-6720", "adenuric", "144060-53-7", "2-(3-cyano-4-isobutoxy-phenyl)-4-methyl-thiazole-5-carboxylic acid", "5-thiazolecarboxylic acid,2-[3-cyano-4-(2-methylpropoxy)phenyl]-4-methyl-", "febuxostat [usan]", "ac1l33uc", "2-(3-cyano-4-isobutoxy-phenyl)-4-methyl-5-thiazole-carboxylic acid", "feburic", "febuxostat(uloric)", "2-[3-cyano-4-isobutoxyphenyl]-4-methylthiazole-5-carboxylic acid", "2-(3-cyano-4-isobutoxyphenyl)-4-methylthiazole-5-carboxylic acid", "2-(3-cyano-4-(2-methylpropoxy)phenyl)-4-methylthiazole-5-carboxylic acid", "tei 6720", "5-thiazolecarboxylic acid,2-(3-cyano-4-(2-methylpropoxy)phenyl)-4-methyl-", "144060-53-7[rn]", "2-(3-cyano-4-isobutoxyphenyl)-4-methyl-1,3-thiazole-5-carboxylic acid[acd/iupac name]"}|>, "3205" -> <|"DatabaseID" -> "SW02032", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5144356]}, "IsomericSmiles" -> "C[C@]12CCC[C@](C1CCC(=C)[C@H]2CCc3ccoc3)(C)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lambertianic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6712281]}, "Synonyms" -> {"lambertianic acid", "nsc664875", "nsc-664875", "nci60_022337", "(1s", "4966-13-6[rn]", "ac1o8mw4"}|>, "3206" -> <|"DatabaseID" -> "SW02032", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5144356]}, "IsomericSmiles" -> "C[C@]12CCC[C@](C1CCC(=C)[C@H]2CCc3ccoc3)(C)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lambertianic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6712281]}, "Synonyms" -> {"lambertianic acid", "nsc664875", "nsc-664875", "nci60_022337", "(1s", "4966-13-6[rn]", "ac1o8mw4"}|>, "3207" -> <|"DatabaseID" -> "SW02033", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61005]}, "IsomericSmiles" -> "c1ccc(cc1)C[NH+]2CN(C(=S)SC2)Cc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01335"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sulbentinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 67686]}, "Synonyms" -> {"dibenzthion", "mecal", "noticin", "refungine", "dibenzthione", "sulbentine", "dibenzothione", "fungiplex", "afungin", "tetrahydro-3,5-dibenzyl-2h-1,3,5-thiadiazine-2-thione", "dibenzathione", "350-12-9[rn]", "2h-1,3,5-thiadiazine-2-thione tetrahydro-3,5-dibenzyl-", "3,5-dibenzyltetrahydro-2h-1,3,5-thiadiazine-2-thione", "3,5-dibenzyl-1,3,5-thiadiazinane-2-thione[acd/iupac name]", "2h-1,3,5-thiadiazine-2-thione tetrahydro-3,5-bis (phenylmethyl)-", "3,5-dibenzylperhydro-1,3,5-thiadiazine-2-thione", "2h-1,3,5-thiadiazine-2-thione 3,5-dibenzyltetrahydro-", "sulbentinum[latin]", "2h-1,3,5-thiadiazine-2-thione tetrahydro-3,5-bis(phenylmethyl)-", "tetrahydro-3,5-bis(phenylmethyl)-2h-1,3,5-thiadiazine-2-thione", "2-thioxo-3,5-dibenzyltetrahydro-1,3,5-thiadiazine", "sulbentine[inn]", "3,5-dibenzyl-[1,3,5]thiadiazinane-2-thione", "206-497-2[einecs]", "sulbentin", "carbothialdin d47", "2h-1,3 5-thiadiazine-2-thione 3,5-dibenzyltetrahydro-", "3,5-dibenzyl-2-thion-tetrahydro-1,3,5-thiadiazin[german]", "carbothialdine", "sulbentina[spanish][inn]"}|>, "3208" -> <|"DatabaseID" -> "SW02033", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61005]}, "IsomericSmiles" -> "c1ccc(cc1)C[NH+]2CN(C(=S)SC2)Cc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01335"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sulbentinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 67686]}, "Synonyms" -> {"dibenzthion", "mecal", "noticin", "refungine", "dibenzthione", "sulbentine", "dibenzothione", "fungiplex", "afungin", "tetrahydro-3,5-dibenzyl-2h-1,3,5-thiadiazine-2-thione", "dibenzathione", "350-12-9[rn]", "2h-1,3,5-thiadiazine-2-thione tetrahydro-3,5-dibenzyl-", "3,5-dibenzyltetrahydro-2h-1,3,5-thiadiazine-2-thione", "3,5-dibenzyl-1,3,5-thiadiazinane-2-thione[acd/iupac name]", "2h-1,3,5-thiadiazine-2-thione tetrahydro-3,5-bis (phenylmethyl)-", "3,5-dibenzylperhydro-1,3,5-thiadiazine-2-thione", "2h-1,3,5-thiadiazine-2-thione 3,5-dibenzyltetrahydro-", "sulbentinum[latin]", "2h-1,3,5-thiadiazine-2-thione tetrahydro-3,5-bis(phenylmethyl)-", "tetrahydro-3,5-bis(phenylmethyl)-2h-1,3,5-thiadiazine-2-thione", "2-thioxo-3,5-dibenzyltetrahydro-1,3,5-thiadiazine", "sulbentine[inn]", "3,5-dibenzyl-[1,3,5]thiadiazinane-2-thione", "206-497-2[einecs]", "sulbentin", "carbothialdin d47", "2h-1,3 5-thiadiazine-2-thione 3,5-dibenzyltetrahydro-", "3,5-dibenzyl-2-thion-tetrahydro-1,3,5-thiadiazin[german]", "carbothialdine", "sulbentina[spanish][inn]"}|>, "3209" -> <|"DatabaseID" -> "SW02034", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8021"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43504]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01186"]}, "IsomericSmiles" -> "CCC[NH+]1C[C@@H](C[C@H]2[C@H]1Cc3c[nH]c4c3c2ccc4)CSC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00502"]}, "OfficialNames" -> <|"Australia Approved Name" -> "PERGOLIDE MESYLATE", "FDA Approved Drug" -> "PERGOLIDE MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47812]}, "Synonyms" -> {"permax", "pergolide mesylate", "pergolide methanesulfonate", "ly127809", "mpe", "pergolide mesilate", "pergolide mesylate salt", "celance", "alpha-2a adrenoreceptor", "66104-22-1[rn]", "8-beta-((methylthio)methyl)-6-propylergoline methanesulfonate", "pergolidum [inn-latin]", "nopar", "pergolide[wiki]", "compound with methanesulfonic acid", "alpha-2 adrenergic receptor subtype c10", "pergolide", "parkotil", "66104-23-2 66104-22-1 [pergolide]", "pergolide mesylate[usp]", "9-methylsulfanylmethyl-7-propyl-4,6,6a,7,8,9,10,10a-octahydro-indolo[4,3-fg]quinoline", "9-methylsulfanylmethyl-7-propyl-4,6,6a,7,8,9,10,10a-octahydro-indolo[4,3-fg]quinoline; compound with methanesulfonicacid", "66104-23-2[rn]", "(6ar,9r,10ar)-9-[(methylsulfanyl)methyl]-7-propyl-4,6,6a,7,8,9,10,10a-octahydroindolo[4,3-fg]quinoline methanesulfonate", "pergolide methanesulfonate salt", "ly-127809", "pergolidemesylatesalt", "8-b-((methylthio)methyl)-6-propylergoline methanesulfonate", "ly-141-b", "pergolida [inn-spanish]", "pharken", "66104-23-2 66104-22-1", "alpha-2aar", "pergolide monomesylate", "8b-((methylthio)methyl)-6-propylergoline monomethanesulfonate", "alpha-2a adrenoceptor", "pergolide monomethanesulfonate", "8-[(methylthio)methyl]-6-propylergoline methanesulfonate", "permax (tn)", "66104-23-2"}|>, "3210" -> <|"DatabaseID" -> "SW02034", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8021"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43504]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01186"]}, "IsomericSmiles" -> "CCC[NH+]1C[C@@H](C[C@H]2[C@H]1Cc3c[nH]c4c3c2ccc4)CSC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00502"]}, "OfficialNames" -> <|"Australia Approved Name" -> "PERGOLIDE MESYLATE", "FDA Approved Drug" -> "PERGOLIDE MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47812]}, "Synonyms" -> {"permax", "pergolide mesylate", "pergolide methanesulfonate", "ly127809", "mpe", "pergolide mesilate", "pergolide mesylate salt", "celance", "alpha-2a adrenoreceptor", "66104-22-1[rn]", "8-beta-((methylthio)methyl)-6-propylergoline methanesulfonate", "pergolidum [inn-latin]", "nopar", "pergolide[wiki]", "compound with methanesulfonic acid", "alpha-2 adrenergic receptor subtype c10", "pergolide", "parkotil", "66104-23-2 66104-22-1 [pergolide]", "pergolide mesylate[usp]", "9-methylsulfanylmethyl-7-propyl-4,6,6a,7,8,9,10,10a-octahydro-indolo[4,3-fg]quinoline", "9-methylsulfanylmethyl-7-propyl-4,6,6a,7,8,9,10,10a-octahydro-indolo[4,3-fg]quinoline; compound with methanesulfonicacid", "66104-23-2[rn]", "(6ar,9r,10ar)-9-[(methylsulfanyl)methyl]-7-propyl-4,6,6a,7,8,9,10,10a-octahydroindolo[4,3-fg]quinoline methanesulfonate", "pergolide methanesulfonate salt", "ly-127809", "pergolidemesylatesalt", "8-b-((methylthio)methyl)-6-propylergoline methanesulfonate", "ly-141-b", "pergolida [inn-spanish]", "pharken", "66104-23-2 66104-22-1", "alpha-2aar", "pergolide monomesylate", "8b-((methylthio)methyl)-6-propylergoline monomethanesulfonate", "alpha-2a adrenoceptor", "pergolide monomethanesulfonate", "8-[(methylthio)methyl]-6-propylergoline methanesulfonate", "permax (tn)", "66104-23-2"}|>, "3211" -> <|"DatabaseID" -> "SW02035", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7266]}, "IsomericSmiles" -> "c1cc(ccc1NC(=O)Nc2ccc(c(c2)Cl)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06223"]}, "OfficialNames" -> <|"NPC Approved Name" -> "trichlorcarban"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7547]}, "Synonyms" -> {"genoface", "trichlocarban", "solubacter", "cutisan", "triclocarban", "procutene", "cusiter", "1-(4-chlorphenyl)-3-(3,4-dichlorphenyl)harnstoff[german][acd/iupac name]", "triclocarban [usan:inn][inn][usan]", "nobacter", "triclorocarbanilida (producto)", "1-(4-chlorophenyl)-3-(3,4-dichlorophenyl)urea[acd/iupac name]", "3,4,4-trichlorocarbanilide", "urea n-(4-chlorophenyl)-n'-(3,4-dichlorophenyl)-[acd/index name]", "202-924-1[einecs]", "n-(4-chlorophenyl)-n-(3,4-dichlorophenyl)-urea", "fe1250000 [rtecs]", "trilocarban", "triclocarban[wiki]", "tcc soap", "carbanilide 3,4,4'-trichloro-", "tcc", "3", "gr dmvmr cg dg[wln]", "triclocarban; triclocarbanum", "[(3,4-dichlorophenyl)amino]-n-(4-chlorophenyl)carboxamide", "3,4,4'-trichlorodiphenylurea", "3,4,4'-trichlorocarbanilide", "tcc (soap bacteriostat)", "triclocarbanum", "4-12-00-01265 (beilstein handbook reference)[beilstein]", "2814890[beilstein]", "101-20-2[rn]", "n-(4-chlorophenyl)-n'-(3,4-dichlorophenyl)urea", "triclocarbanum[latin]"}|>, "3212" -> <|"DatabaseID" -> "SW02036", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "119486"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 57715]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00625"]}, "IsomericSmiles" -> "c1cc2c(cc1Cl)[C@@](OC(=O)N2)(C#CC3CC3)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00896"]}, "OfficialNames" -> <|"China Approved Name" -> "efavirenz", "WHO Essential Medicine" -> "efavirenz;efavirenz", "Indian Approved Name" -> "efavirenz", "FDA Approved Drug" -> "EFAVIRENZ;Efavirenz"|>, "PharmGKBID" -> "PA449441", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64139]}, "Synonyms" -> {"efavirenz", "154598-52-4", "sustiva", "stocrin", "efv", "dmp-266", "dmp 266", "(4s)-6-chlor-4-(cyclopropylethinyl)-4-(trifluormethyl)-1,4-dihydro-2h-3,1-benzoxazin-2-on", "eravirenz", "(s)-6-chloro-4-(cyclopropylethynyl)-1,4-dihydro-4-(trifluoromethyl)-2h-3,1-benzoxazin-2-one", "154635-17-3[rn]", "strocin (tm)", "sustiva[wiki]", "2h-3,1-benzoxazin-2-one 6-chloro-4-(cyclopropylethynyl)-1,4-dihydro-4-(trifluoromethyl)-,(4s)-", "(4s)-6-chloro-4-(2-cyclopropylethynyl)-4-(trifluoromethyl)-1h-benzo[d]1,3-oxazaperhydroin-2-one", "efz", "154635-17-3 (racemate)", "(-)-6-chloro-4-cyclopropylethynyl-4-trifluoromethyl-1,4-dihydro-2h-3,1-benzoxazin-2-one", "(4s)-6-chloro-4-cyclopropylethynyl-4-trifluoromethyl-1,4-dihydro-benzo[d][1,3]oxazin-2-one", "(4s)-6-chloro-4-(2-cyclopropylethynyl)-4-(trifluoromethyl)-2,4-dihydro-1h-3,1-benzoxazin-2-one", "2h-3,1-benzoxazin-2-one 6-chloro-4-(2-cyclopropylethynyl)-1,4-dihydro-4-(trifluoromethyl)- (4s)-", "l-743,726", "(4s)-6-chloro-4-(cyclopropylethynyl)-1,4-dihydro-4-(trifluoromethyl)-2h-3,1-benzoxazin-2-one", "(4s)-6-chloro-4-(cyclopropylethynyl)-4-(trifluoromethyl)-1,4-dihydro-2h-3,1-benzoxazin-2-one[acd/iupac name]", "sustiva (tn)", "337376-15-5", "efavirenz[wiki]", "zoxazin-2-one", "stocrin[wiki]", "154598-52-4[rn]", "1ikv", "sustiva (tm)"}|>, "3213" -> <|"DatabaseID" -> "SW02037", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3756"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2700]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01068"]}, "IsomericSmiles" -> "c1ccc(c(c1)C2=NCC(=O)Nc3c2cc(cc3)[N+](=O)[O-])Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00280"]}, "OfficialNames" -> <|"China Approved Name" -> "clonazepam", "US Illegal/Scheduled Drug (Schedule 4)" -> "Clonazepam", "FDA Approved Drug" -> "CLONAZEPAM"|>, "PharmGKBID" -> "PA449050", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2802]}, "Synonyms" -> {"klonopin", "chlonazepam", "clonazepamum", "antelepsin", "clonazepam", "landsen", "cloazepam", "iktorivil", "clonopin", "antilepsin", "rivotril", "klonopin rapidly disintegrating", "5-(o-chlorophenyl)-1,3-dihydro-7-nitro-2h-1,4-benzodiazepin-2-one", "ro-5-4023", "(e)-5-(2-chlorophenyl)-7-nitro-1h-benzo[e][1,4]diazepin-2(3h)-one", "solfidin", "paxam", "kenoket", "rivatril", "1 3-dihydro-7-nitro-5-(2-chlorophenyl)-2h-1,4.benzodiazepin-2-one", "rivotril[wiki]", "2h-1 4-benzodiazepin-2-one 5- (2-chlorophenyl)-1,3-dihydro-7-nitro-", "106955-87-7[rn]", "5-(2-chlorophenyl)-7-nitro-1h-benzo[e][1,4]diazepin-2(3h)-one", "2h-1,4-benzodiazepin-2-one,5- (o-chlorophenyl)-1,3-dihydro-7-nitro-", "5-(2-chlorophenyl)-1,3-dihydro-7-nitro-2h-1,4-benzodiazepin-2-one", "gaba(a) receptor subunit gamma-1", "clonazepam[wiki]", "5-(o-chlorophenyl)-7-nitro-1h-1,4-benzodiazepin-2(3h)-one", "1622-61-3[rn]", "5-(2-chlorophenyl)-7-nitro-3h-1,4-benzodiazepin-2(1h)-one", "ro 5-4023", "alti-clonazepam", "rivoril", "antilepsin; clonazepam; rivotril", "clonopin[wiki]", "5-(2-chloro-phenyl)-7-nitro-1,3-dihydro-benzo[e][1,4]diazepin-2-one (clonazepam)", "lonazep", "clonazepamum [inn_la]", "5-(2-chlorphenyl)-7-nitro-1,3-dihydro-2h-1,4-benzodiazepin-2-on", "klonopin[wiki]", "ro 4-8180", "7-nitro-5-(2-chlorophenyl)-3h-1,4-benzodiazepin-2(1h)-one", "1,3-dihydro-7-nitro-5-(2-chlorophenyl)-2h-1,4.benzodiazepin-2-one", "1622-61-3", "clonex", "5-(2-chloro-phenyl)-7-nitro-1,3-dihydro-benzo[e][1,4]diazepin-2-one(clonazepam)", "lktorivil", "klonopin (tn)", "5-(2-chlorophenyl)-1 3-dihydro-7-nitro-2h-1,4-benzodiazepin-2-one", "clonazepam [usan:ban:inn:jan][inn][jan][usan]", "5-24-04-00351 (beilstein handbook reference)[beilstein]", "2-h-1,4-benzodiazepin-2-one 5-(o-chlorophenyl)-1,3-dihydro-7-nitro-", "ro4023", "ro 5-4023/b-7", "2h-1,4-benzodiazepin-2-one,5-(o-chlorophenyl)-1,3-dihydro-7-nitro-", "ravotril", "216-596-2[einecs]", "5-(2-chloro-phenyl)-7-nitro-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "337376-15-5", "2h-1,4-benzodiazepin-2-one,5-(2-chlorophenyl)-1,3-dihydro-7-nitro-", "2-h-1,4-benzodiazepin-2-one 5-(o-chlorophenyl)-1 3-dihydro-7-nitro-", "5-(2-chlorophenyl)-7-nitro-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]"}|>, "3214" -> <|"DatabaseID" -> "SW02038", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2675"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2085]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00543"]}, "IsomericSmiles" -> "c1ccc2c(c1)[NH+]=C(c3cc(ccc3O2)Cl)N4CC[NH2+]CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00228"]}, "OfficialNames" -> <|"Indian Approved Name" -> "amoxapine", "FDA Approved Drug" -> "AMOXAPINE"|>, "PharmGKBID" -> "PA448405", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2170]}, "Synonyms" -> {"amoxapine", "moxadil", "asendis", "demolox", "amoxepine", "asendin", "defanyl", "ascendin", "desmethylloxapin", "14028-44-5", "amoxapina", "dibenz(b,f)(1,4)oxazepine 2-chloro-11-(1-piperazinyl)-", "8-chloro-6-(1-piperazinyl)benzo[b][1,4]benzoxazepine", "14028-44-5[rn]", "amoxan", "cas-14028-44-5", "amoxapinum [inn_la]", "237-867-1[einecs]", "2-chloro-11-piperazin-1-yldibenzo[b,f][1,4]oxazepine", "amoxapinum", "dibenz[b,f][1,4]oxazepine 2-chloro-11-(1-piperazinyl)-", "2-chloro-11-(1-piperazinyl)dibenz(b,f)(1,4)oxazepine", "8-chloranyl-6-piperazin-1-yl-benzo[b][1,4]benzoxazepine", "2-chlor-11-piperazin-1-yldibenzo[b,f][1,4]oxazepin", "amoxapine [usan:ban:inn:jan][inn][jan][usan]", "2-chloro-11-piperazin-1-yl-dibenzo[b,f][1,4]oxazepine", "amoxapine[wiki]", "amoxapina[spanish][inn]", "2-chlor-11-(1-piperazinyl)dibenz(b,f)(1,4)oxazepin", "asendin (tn)", "amoxapinum[latin]", "2-chloro-11-(1-piperazinyl)dibenz[b,f][1,4]oxazepine", "337376-15-5", "2-chloro-11-(piperazin-1-yl)dibenzo[b,f][1,4]oxazepine", "gamma-aminobutyric-acid receptor subunit alpha-1 precursor"}|>, "3215" -> <|"DatabaseID" -> "SW02039", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3755"], ExternalIdentifier["ChEBIID", "47780"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61813], ExternalIdentifier["ChemSpiderID", 2699]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01242"]}, "IsomericSmiles" -> "C[NH+](C)CCCN1c2ccccc2CCc3c1cc(cc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00811"], ExternalIdentifier["KEGGID", "D07727"]}, "OfficialNames" -> <|"China Approved Name" -> "clomipramine", "WHO Essential Medicine" -> "clomipramine", "Indian Approved Name" -> "clomipramine hcl", "FDA Approved Drug" -> "CLOMIPRAMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449048", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68539], ExternalIdentifier["PubChemCompoundID", 2801]}, "Synonyms" -> {"chlorimipramine", "hydiphen", "3-chloroimipramine", "clomipramine", "anafranil", "clomipraminum [inn-latin]", "monochlorimipramine", "clomipramine hcl", "clomipramine hydrochloride", "303-49-1[rn]", "clomipramina [inn-spanish]", "clomipramine monohydrochloride", "chlorimipramine hydrochloride", "chlomipramine", "3-chloroimipramine hydrochloride", "303-49-1", "anafranil base", "chloroimipramine monohydrochloride", "anafranil (free base)", "3-(3-chloro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethylpropan-1-amine", "5h-dibenz[b,f]azepine-5-propanamine,3-chloro-10,11-dihydro-n,n-dimethyl- monohydrochloride", "3-chloro-10,11-dihydro-n,n-dimethyl-5h-dibenz[b,f]azepine-5-propanaminemonohydrochloride", "5h-dibenz[b,f]azepine 10,11-dihydro-3-chloro-5-[3-(dimethylamino)propyl]-", "clomipramine hydrochloride [usan:jan][jan][usan]", "clomipraminehydrochloride", "5h-dibenz(b,f)azepine 10,11-dihydro-3-chloro-5-(3-(dimethylamino)propyl)-", "5h-dibenz(b,f)azepine-5-propanamine,3-chloro-10,11-dihydro-n,n-dimethyl-", "3-(3-chloro-10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethylpropan-1-aminium chloride", "3-chloro-5-[3-(dimethylamino)propyl]-10 11-dihydro-5h-dibenz[b,f]azepine", "3-chloro-5-(3-(dimethylamino)propyl)-10,11-dihydro-5h-dibenz(b,f)azepine", "3-chloro-10,11-dihydro-5-(3-dimethylaminopropyl)-5h-dibenz[b,f]azepine", "5h-dibenz[b f]azepine 3-chloro-5-[3- (dimethylamino)propyl]-10,11-dihydro-", "3-(3-chlor-10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethylpropan-1-aminhydrochlorid", "17321-77-6 303-49-1", "3-(3-chloro-10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethylpropan-1-aminium chloride; 3-chloroimipramine hydrochloride;chloroimipraminemonohydrochloride;clomipramine hcl;clomipramine monohydrochloride", "17321-77-6 303-49-1 [clomipramine]", "3-(3-chloro-10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethylpropan-1-aminehydrochloride", "241-344-3[einecs]", "n-[3-(3-chloro-10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)propyl]-n,n-dimethylamine", "3-chloro-10,11-dihydro-n,n-dimethyl-5h-dibenz[b,f]azepine-5-propanamine", "[3-(3-chloro-10,11-dihydro-dibenzo[b,f]azepin-5-yl)-propyl]-dimethyl-amine", "[17321-77-6]", "5h-dibenz(b,f)azepine 3-chloro-5-(3-(dimethylamino)propyl)-10,11-dihydro- (8ci)", "3-(3-chloro-10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethylpropan-1-amine", "clomipramine[wiki]", "anafranil[wiki]", "17321-77-6[rn]", "3-(3-chloro-10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethylpropan-1-aminehydrochloride (1:1)", "3-chloro-10,11-dihydro-n,n-dimethyl-5h-dibenz(b,f)azepine-5-propanamine", "anafranil hydrochloride; chloripramine", "5-20-08-00103 (beilstein handbook reference)[beilstein]", "clomipramina[spanish][inn]", "10,11-dihydro-3-chloro-5-(3-(dimethylamino)propyl)-5h-dibenz(b,f)azepine", "5h-dibenz(b,f)azepine 3-chloro-5-(3-(dimethylamino)propyl)-10,11-dihydro-", "3-chloro-10,11-dihydro-n,n-dimethyl-5h-dibenz[b,f]azepine-5-propanaminehydrochloride", "5h-dibenz(b,f)azepine-5-propanamine,3-chloro-10,11-dihydro-n,n-dimethyl- monohydrochloride", "5h-dibenz[b,f]azepine-5-propanamine,3-chloro-10,11-dihydro-n,n-dimethyl- hydrochloride (1:1)", "anafranil hydrochloride", "n-[3-(3-chloro-10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)propyl]-n,n-di methylamine hydrochloride", "5h-dibenz[b,f]azepine-5-propanamine,3-chloro-10,11-dihydro-n,n-dimethyl-", "83162-38-3[rn]", "337376-15-5", "3-(3-chloro-10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethyl-1-propanamine[acd/iupac name]", "3-(3-chloro-10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethyl-1-propanaminehydrochloride (1:1)[acd/iupac name]", "5-(g-dimethylaminopropyl)-3-chloroiminodibenzyl", "3-chloro-5-(3-(dimethylamino)propyl)-10,11-dihydro-5h-dibenz(b,f)azepinemonohydrochloride", "3-chloro-5-[3-(dimethylamino)propyl]-10,11-dihydro-5h-dibenz[b,f]azepine", "1323477[beilstein]", "206-144-2[einecs]", "3-chloro-5-(3-(dimethylamino)propyl)-10,11-dihydro-5h-dibenz[b,f]azepinemonohydrochloride", "clomipraminum[latin]", "5h-dibenz(b,f)azepine 10,11-dihydro-3-chloro-5-(3-(dimethylamino)propyl)- monohydrochloride", "5h-dibenz[b f]azepine-5-propanamine 3-chloro-10,11-dihydro-n,n-dimethyl-", "einecs 241-344-3", "17321-77-6", "anaphranil"}|>, "3216" -> <|"DatabaseID" -> "SW02040", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3501]}, "IsomericSmiles" -> "CN1CCC[NH+](CC1)C(c2ccccc2)c3ccc(cc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08041"]}, "OfficialNames" -> <|"NPC Approved Name" -> "homochlorcyclizine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3627]}, "Synonyms" -> {"sankumin", "homorestar", "cromon s (base)", "homoclomine", "homochlorcyclizine", "homodamon", "homochlorocyclizine", "curosajin", "wicron", "lysilan", "1-(p-chloro-a-phenylbenzyl)-4-methylhomopiperazine", "n-methyl-n'-p-chlorobenzhydryl homopiperazine", "848-53-3[rn]", "homoclomin", "142860-95-5[rn]", "24342-55-0[rn]", "homochlorcyclizinum[latin]", "1h-1,4-diazepine,1-((4-chlorophenyl)phenylmethyl)hexahydro-4-methyl-", "1-[(4-chlorophenyl)phenylmethyl]hexahydro-4-methyl-1h-1,4-diazepine", "212-699-1[einecs]", "1h-1 4-diazepine,1-[ (4-chlorophenyl)phenylmethyl]hexahydro-4-methyl-", "5-23-03-00248 (beilstein handbook reference)[beilstein]", "1h-1,4-diazepine,1-[(4-chlorophenyl)phenylmethyl]hexahydro-4-methyl-", "1-[(4-chlorophenyl)(phenyl)methyl]-4-methyl-1,4-diazepane[acd/iupac name]", "no cas", "homoclorociclizina[spanish][inn]", "n-(p-chlorobenzhydryl)-n'-methylhomopiperazine", "omoclorciclicina [dcit]", "1-(4-chlorodiphenylmethyl)-4-methyl-2,3,4,5,6,7-hexahydro-1,4-diazepine", "homochlorcylizine", "1982-36-1[rn]", "homochlorcyclizine[wiki][inn][ban]"}|>, "3217" -> <|"DatabaseID" -> "SW02040", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3501]}, "IsomericSmiles" -> "CN1CCC[NH+](CC1)C(c2ccccc2)c3ccc(cc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08041"]}, "OfficialNames" -> <|"NPC Approved Name" -> "homochlorcyclizine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3627]}, "Synonyms" -> {"sankumin", "homorestar", "cromon s (base)", "homoclomine", "homochlorcyclizine", "homodamon", "homochlorocyclizine", "curosajin", "wicron", "lysilan", "1-(p-chloro-a-phenylbenzyl)-4-methylhomopiperazine", "n-methyl-n'-p-chlorobenzhydryl homopiperazine", "848-53-3[rn]", "homoclomin", "142860-95-5[rn]", "24342-55-0[rn]", "homochlorcyclizinum[latin]", "1h-1,4-diazepine,1-((4-chlorophenyl)phenylmethyl)hexahydro-4-methyl-", "1-[(4-chlorophenyl)phenylmethyl]hexahydro-4-methyl-1h-1,4-diazepine", "212-699-1[einecs]", "1h-1 4-diazepine,1-[ (4-chlorophenyl)phenylmethyl]hexahydro-4-methyl-", "5-23-03-00248 (beilstein handbook reference)[beilstein]", "1h-1,4-diazepine,1-[(4-chlorophenyl)phenylmethyl]hexahydro-4-methyl-", "1-[(4-chlorophenyl)(phenyl)methyl]-4-methyl-1,4-diazepane[acd/iupac name]", "no cas", "homoclorociclizina[spanish][inn]", "n-(p-chlorobenzhydryl)-n'-methylhomopiperazine", "omoclorciclicina [dcit]", "1-(4-chlorodiphenylmethyl)-4-methyl-2,3,4,5,6,7-hexahydro-1,4-diazepine", "homochlorcylizine", "1982-36-1[rn]", "homochlorcyclizine[wiki][inn][ban]"}|>, "3218" -> <|"DatabaseID" -> "SW02040", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3501]}, "IsomericSmiles" -> "CN1CCC[NH+](CC1)C(c2ccccc2)c3ccc(cc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08041"]}, "OfficialNames" -> <|"NPC Approved Name" -> "homochlorcyclizine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3627]}, "Synonyms" -> {"sankumin", "homorestar", "cromon s (base)", "homoclomine", "homochlorcyclizine", "homodamon", "homochlorocyclizine", "curosajin", "wicron", "lysilan", "1-(p-chloro-a-phenylbenzyl)-4-methylhomopiperazine", "n-methyl-n'-p-chlorobenzhydryl homopiperazine", "848-53-3[rn]", "homoclomin", "142860-95-5[rn]", "24342-55-0[rn]", "homochlorcyclizinum[latin]", "1h-1,4-diazepine,1-((4-chlorophenyl)phenylmethyl)hexahydro-4-methyl-", "1-[(4-chlorophenyl)phenylmethyl]hexahydro-4-methyl-1h-1,4-diazepine", "212-699-1[einecs]", "1h-1 4-diazepine,1-[ (4-chlorophenyl)phenylmethyl]hexahydro-4-methyl-", "5-23-03-00248 (beilstein handbook reference)[beilstein]", "1h-1,4-diazepine,1-[(4-chlorophenyl)phenylmethyl]hexahydro-4-methyl-", "1-[(4-chlorophenyl)(phenyl)methyl]-4-methyl-1,4-diazepane[acd/iupac name]", "no cas", "homoclorociclizina[spanish][inn]", "n-(p-chlorobenzhydryl)-n'-methylhomopiperazine", "omoclorciclicina [dcit]", "1-(4-chlorodiphenylmethyl)-4-methyl-2,3,4,5,6,7-hexahydro-1,4-diazepine", "homochlorcylizine", "1982-36-1[rn]", "homochlorcyclizine[wiki][inn][ban]"}|>, "3219" -> <|"DatabaseID" -> "SW02040", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3501]}, "IsomericSmiles" -> "CN1CCC[NH+](CC1)C(c2ccccc2)c3ccc(cc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08041"]}, "OfficialNames" -> <|"NPC Approved Name" -> "homochlorcyclizine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3627]}, "Synonyms" -> {"sankumin", "homorestar", "cromon s (base)", "homoclomine", "homochlorcyclizine", "homodamon", "homochlorocyclizine", "curosajin", "wicron", "lysilan", "1-(p-chloro-a-phenylbenzyl)-4-methylhomopiperazine", "n-methyl-n'-p-chlorobenzhydryl homopiperazine", "848-53-3[rn]", "homoclomin", "142860-95-5[rn]", "24342-55-0[rn]", "homochlorcyclizinum[latin]", "1h-1,4-diazepine,1-((4-chlorophenyl)phenylmethyl)hexahydro-4-methyl-", "1-[(4-chlorophenyl)phenylmethyl]hexahydro-4-methyl-1h-1,4-diazepine", "212-699-1[einecs]", "1h-1 4-diazepine,1-[ (4-chlorophenyl)phenylmethyl]hexahydro-4-methyl-", "5-23-03-00248 (beilstein handbook reference)[beilstein]", "1h-1,4-diazepine,1-[(4-chlorophenyl)phenylmethyl]hexahydro-4-methyl-", "1-[(4-chlorophenyl)(phenyl)methyl]-4-methyl-1,4-diazepane[acd/iupac name]", "no cas", "homoclorociclizina[spanish][inn]", "n-(p-chlorobenzhydryl)-n'-methylhomopiperazine", "omoclorciclicina [dcit]", "1-(4-chlorodiphenylmethyl)-4-methyl-2,3,4,5,6,7-hexahydro-1,4-diazepine", "homochlorcylizine", "1982-36-1[rn]", "homochlorcyclizine[wiki][inn][ban]"}|>, "3220" -> <|"DatabaseID" -> "SW02041", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "25879"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6271]}, "IsomericSmiles" -> "C(C(CO[N+](=O)[O-])(CO[N+](=O)[O-])CO[N+](=O)[O-])O[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01721"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pentaerythrityl tetranitrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6518]}, "Synonyms" -> {"pentaerithrityl tetranitrate", "petn", "nitropenta", "penthrit", "pentaerythritol tetranitrate", "baritrate", "1,3-propanediol 2,2-bis[(nitrooxy)methyl]-,dinitrate(ester)", "angicap", "nitropentaerythritol", "nitropentaerythrite", "pencard", "lx 16 (explosive)", "2,2-bis(hydroxymethyl)-1,3-propanediol tetranitrate", "penthrite[wiki]", "dilcoran-80", "lx 08-0", "myotrate \"10\"", "hasethrol", "pentrite[wiki]", "prevangor", "nitropenton", "nitropenta petn", "mikardol", "pentalog", "2,2-bis((nitrooxy)methyl)-1,3-propanediol dinitrate", "niperyth", "vasolat", "pentanitrol", "pentaeritrile tetranitrato [dcit]", "vaso-80 unicelies", "pentritol tempules (tn)", "dilcoran", "tetranitrato de pentaeritritilo", "myotrate 10", "3-(nitrooxy)-2,2-bis[(nitrooxy)methyl]propyl nitrate[acd/iupac name]", "mycardol", "dilcoran 80", "nitropent", "tetrate", "tetranitrato de pentaeritritilo[spanish][inn]", "antora", "11/5/1978", "ten", "pentaerythrite tetranitrate", "martrate-45", "dipentrate", "tentrate-20", "pentrate", "vasodiatol", "pentestan-80", "kaytrate", "extex", "arcotrate", "pet", "nitrodex", "rythritol", "103842-90-6[rn]", "tetranitropentaerythrite", "pentral 80", "peridex-la", "cardiacap", "erinit", "tetranitrate pentaerythritol", "pent", "nitrine", "vasitol", "martrate 45", "pentritol", "tanipent", "terpate", "2,2-bis((nitrooxy)methyl)-1,3-propanediol dinitrate ester", "pentaerithrityl tetranitrate; pentaerithrityli tetranitras; tetranitratede pentaerithrityle; tetranitrato de pentaeritritilo", "nirason", "corpent", "nitrotalans", "pen-tetra", "pentaerythrityl tetranitrate", "na0150", "nitropenta 7w", "[3-nitrooxy-2,2-bis(nitrooxymethyl)propyl] nitrate", "108736-71-6[rn]", "2,2-bis[(nitrooxy)methyl]-1,3-propanediol dinitrate (ester)", "penthrite", "perityl", "2,2-bisdihydroxymethyl-1,3-propanediol tetranitrate", "pergitral", "nitro-riletten", "lowetrate", "lentrat", "nitrinol", "1,3-dinitrato-2,2-bis(nitratomethyl)propane", "lx 02-1", "1,3-propanediol 2,2-bis((nitrooxy)methyl)-,dinitrate(ester)", "pentafin", "pentaerithrityli tetranitras", "deltrate 20", "nitrolong", "angitet", "pentritol tempules", "201-084-3[einecs]", "subicard", "niperyt", "el petn", "quintrate", "pentaerythritol tetranitrate [ban:jan][jan]", "pentanitrine", "pentanitrolum", "4-01-00-02816 (beilstein handbook reference)[beilstein]", "2,2-bis((nitrooxy)methyl)-1,3-propanediol dinitrate (ester)", "pentryate 80", "pentriol", "duotrate", "78-11-5[rn]", "pentaerythritol nitrate", "peritrate", "pentryate", "pentarit", "pentaerythritol tetranitrate[wiki]", "miltrate", "pentaerithrityli tetranitras[latin]", "deltrate-20", "metranil", "nitrinal", "neo-corovas", "53025-84-6[rn]", "erynitum", "d010417", "neopentanetetrayl nitrate", "pentaerythritylium tetranitricum", "tetranitrate de pentaerithrityle", "tetrasule", "tetranitrate de pentaerithrityle[french][inn]", "pentitrate", "tranite d-lay", "tetranitropentaerythritol"}|>, "3221" -> <|"DatabaseID" -> "SW02042", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2347]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01558"]}, "IsomericSmiles" -> "c1ccnc(c1)C2=NCC(=O)Nc3c2cc(cc3)Br", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01245"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Bromazepam"|>, "PharmGKBID" -> "PA10035", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2441]}, "Synonyms" -> {"lectopam", "lexaurin", "compedium", "durazanil", "bromazepam", "lekotam", "lexilium", "7-bromo-5-(2-pyridyl)-3h-1,4-benzodiaxepin-2(1h)-one", "creosedin", "7-bromo-5-(2-pyridyl)-3h-1,4-benzodiazepin-2(1h)-one", "ultramidol", "calmepam", "normoc", "lexotanil", "lexomil", "2h-1,4-benzodiazepin-2-one,7-bromo-1,3-dihydro-5-(2-pyridyl)-", "lexotan", "gen-bromazepam", "2h-1,4-benzodiazepin-2-one,7-bromo-1,3-dihydro-5-(2-pyridinyl)-", "novo-bromazepam", "37355-30-9[rn]", "bromazepam7-bromo-5-pyridin-2-yl-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "somalium", "7-bromo-5-(pyridin-2-yl)-1,3-dihydro-2h-1,4-benzodiazepin-2-one", "7-bromo-1,3-dihydro-5-(2-pyridyl)-2h-1,4-benzdiazepin-2-one", "7-bromo-1 3-dihydro-5-(2-pyridyl)-2h-1,4-benzodiazepin-2-one", "bromaze", "7-bromo-5-pyridin-2-yl-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "apo-bromazepam", "217-322-4[einecs]", "bromazepamum[latin]", "bromazepamum [inn-latin]", "nu-bromazepam", "2h-1,4-benzodiazepin-2-one,7-bromo-1,3-dihydro-5- (2-pyridinyl)-", "ro 5-3350", "ro 4-9253", "7-bromo-1,3-dihydro-5-(2-pyridinyl)-2h-1,4-benzodiazepin-2-one", "2h-1,4-benzodiazepin-2-one,1,3-dihydro-7-bromo-5-(2-pyridyl)-", "brazepam", "1812-30-2[rn]", "1,3-dihydro-7-bromo-5-(2-pyridyl)-2h-1,4-benzodiazepin-2-one", "bromazepam[wiki][inn][ban][jan][usan][jp15]", "la xvii", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "creosedin[wiki]", "lectopam (tn)", "compendium", "lexotan[wiki]", "lexotanil[wiki]", "7-bromo-1,3-dihydro-5-(2-pyridyl)-2h-1,4-benzodiazepin-2-one", "gaba(a", "lexomil[wiki]", "2h-1,4-benzodiazepin-2-one,7-bromo-1 3-dihydro-5- (2-pyridyl)-", "compendium[wiki]", "7-bromo-5-pyridin-2-yl-1,3-dihydro-benzo[e][1,4]diazepin-2-one(bromazepam)", "n-[3-acetyl-4-(2-hydroxy-3-isopropylamino-propoxy)-phenyl]-butyramide", "5-26-05-00078 (beilstein handbook reference)[beilstein]"}|>, "3222" -> <|"DatabaseID" -> "SW02043", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00710"]}, "IsomericSmiles" -> "CCCCC[NH+](C)CCC(O)(P(=O)([O-])[O-])P(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08056"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ibandronic acid;ibandronate", "FDA Approved Drug" -> "IBANDRONATE SODIUM"|>, "PharmGKBID" -> "PA10270", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60852]}, "Synonyms" -> {"ibandronate", "bondronat", "ibandronic acid", "bonviva", "boniva", "acid ibandronico", "bisphosphonate 2", "ibandronic acid (inn)", "ibandronate sodium monohydrate", "ibandronate sodium", "114084-78-5", "bondronat (tn)", "r484", "1-hydroxy-3-(methylpentylamino)propylidene bisphosphonic acid", "{1-hydroxy-3-methyl(pentyl)aminopropane-1,1-diyl}bis(phosphonicacid)", "(1-hydroxy-3-(methylpentylamino)propylidene)diphosphonic acid", "ibandronic acid [ban:inn][inn]", "bfq", "138844-81-2[rn]", "phosphonic acid 1-hydroxy-3-(methylpentylamino)propylidenebis-", "{1-hydroxy-3-[methyl(pentyl)amino]propane-1,1-diyl}bis(phosphonic acid)", "[1-hydroxy-3-(methylpentylamino)propylidene]diphosphonic acid", "138926-19-9[rn]", "phosphonic acid [1-hydroxy-3-(methylpentylamino)propylidene]bis-", "bondronat[wiki]", "114084-78-5[rn]", "ibandronic acid[wiki]", "phosphonic acid (1-hydroxy-3-(methylpentylamino)propylidene)bis-", "337376-15-5", "ibandronate[wiki]"}|>, "3223" -> <|"DatabaseID" -> "SW02043", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00710"]}, "IsomericSmiles" -> "CCCCC[NH+](C)CCC(O)(P(=O)([O-])[O-])P(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08056"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ibandronic acid;ibandronate", "FDA Approved Drug" -> "IBANDRONATE SODIUM"|>, "PharmGKBID" -> "PA10270", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60852]}, "Synonyms" -> {"ibandronate", "bondronat", "ibandronic acid", "bonviva", "boniva", "acid ibandronico", "bisphosphonate 2", "ibandronic acid (inn)", "ibandronate sodium monohydrate", "ibandronate sodium", "114084-78-5", "bondronat (tn)", "r484", "1-hydroxy-3-(methylpentylamino)propylidene bisphosphonic acid", "{1-hydroxy-3-methyl(pentyl)aminopropane-1,1-diyl}bis(phosphonicacid)", "(1-hydroxy-3-(methylpentylamino)propylidene)diphosphonic acid", "ibandronic acid [ban:inn][inn]", "bfq", "138844-81-2[rn]", "phosphonic acid 1-hydroxy-3-(methylpentylamino)propylidenebis-", "{1-hydroxy-3-[methyl(pentyl)amino]propane-1,1-diyl}bis(phosphonic acid)", "[1-hydroxy-3-(methylpentylamino)propylidene]diphosphonic acid", "138926-19-9[rn]", "phosphonic acid [1-hydroxy-3-(methylpentylamino)propylidene]bis-", "bondronat[wiki]", "114084-78-5[rn]", "ibandronic acid[wiki]", "phosphonic acid (1-hydroxy-3-(methylpentylamino)propylidene)bis-", "337376-15-5", "ibandronate[wiki]"}|>, "3224" -> <|"DatabaseID" -> "SW02044", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18152"], ExternalIdentifier["ChEBIID", "58395"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02375"]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)c2c(c(=O)c3c(cc(cc3o2)O)[O-])[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "myricetin;myricetin galactoside;5-methyl myricetin;myricetol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281672]}, "Synonyms" -> {"cannabiscetin", "myricetol", "3", "myricitin", "myricetin", "3,5,7-trihydroxy-2-(3,4,5-trihydroxyphenyl)-4h-1-benzopyran-4-one", "3,5,7-trihydroxy-2-(3,4,5-trihydroxyphenyl)-4h-chromen-4-one", "ec 2.7.1.153", "pi3k", "p120-pi3k", "pi3kgamma", "3,5,7,3',4',5'-hexahydroxyflavone", "pi3-kinase p110 subunit gamma", "ptdins-3- kinase subunit p110", "myc", "3,3',4,4',5',7-hexahydro-2-phenyl-4h-chromen-4-one", "nsc407290", "nsc-407290", "529-44-2", "ccris 5838"}|>, "3225" -> <|"DatabaseID" -> "SW02045", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16400"]}, "IsomericSmiles" -> "c1cc(c(cc1c2c(c(=O)c3c(cc(c(c3o2)O)O)[O-])[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gossypetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280647]}, "Synonyms" -> {"2-(3", "gossypetin", "st059622", "chebi:16400", "489-35-0", "3", "articulatidin", "equisporol", "pubchem9855"}|>, "3226" -> <|"DatabaseID" -> "SW02046", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 535437]}, "IsomericSmiles" -> "CC1(C(O1)COc2c3c(ccc(=O)o3)c(c4c2occ4)OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "byak-angelicol c-3-epi-wilsonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 616062]}, "Synonyms" -> {"9-[(3", "byak-angelicol", "9-[(3,3-dimethyloxiran-2-yl)methoxy]-4-methoxy-7h-furo[3,2-g]chromen-7-one", "aa-504/20987039", "(r)-9-((3", "byakangelicol (biacangelicol)", "7h-furo[3,2-g][1]benzopyran-7-one 9-[(3,3-dimethyloxiranyl)methoxy]-4-methoxy-", "ac1ldcji", "9-[(3,3-dimethyl-2-oxiranyl)methoxy]-4-methoxy-7h-furo[3,2-g]chromen-7-one"}|>, "3227" -> <|"DatabaseID" -> "SW02046", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 535437]}, "IsomericSmiles" -> "CC1(C(O1)COc2c3c(ccc(=O)o3)c(c4c2occ4)OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "byak-angelicol c-3-epi-wilsonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 616062]}, "Synonyms" -> {"9-[(3", "byak-angelicol", "9-[(3,3-dimethyloxiran-2-yl)methoxy]-4-methoxy-7h-furo[3,2-g]chromen-7-one", "aa-504/20987039", "(r)-9-((3", "byakangelicol (biacangelicol)", "7h-furo[3,2-g][1]benzopyran-7-one 9-[(3,3-dimethyloxiranyl)methoxy]-4-methoxy-", "ac1ldcji", "9-[(3,3-dimethyl-2-oxiranyl)methoxy]-4-methoxy-7h-furo[3,2-g]chromen-7-one"}|>, "3228" -> <|"DatabaseID" -> "SW02047", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475151]}, "IsomericSmiles" -> "CC(C)C(=O)OC(C)(C)C1Cc2c(ccc3c2oc(=O)cc3)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cnidiadin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315980]}, "Synonyms" -> {"cnidiadin", "2-(2-oxo-8", "ac1nstq7"}|>, "3229" -> <|"DatabaseID" -> "SW02047", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475151]}, "IsomericSmiles" -> "CC(C)C(=O)OC(C)(C)C1Cc2c(ccc3c2oc(=O)cc3)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cnidiadin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315980]}, "Synonyms" -> {"cnidiadin", "2-(2-oxo-8", "ac1nstq7"}|>, "3230" -> <|"DatabaseID" -> "SW02048", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3540"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58793]}, "IsomericSmiles" -> "COC1=C[C@]23CCC[NH+]2CCc4cc5c(cc4[C@@H]3[C@@H]1O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cephalotaxine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65305]}, "Synonyms" -> {"cephalotaxine (8ci)(9ci)", "nsc 128487", "nsc 245454", "24316-19-6", "chembl276462", "cephalotaxine[acd/iupac name]", "628324[beilstein]", "cephalotaxine", "(-)-cephalotaxine", "24316-19-6[rn]", "chebi:3540", "ac1l230j", "zinc19795979"}|>, "3231" -> <|"DatabaseID" -> "SW02049", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17079"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389490]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@@H]1Cc3ccc(c(c3)O)O)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-methylcoclaurine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 440591]}, "Synonyms" -> {"(s)-3'-hydroxy-n-methylcoclaurine", "3'-hydroxy-n-methyl-(s)-coclaurine", "3'-hydroxy-(s)-n-methylcoclaurine", "hmdb06921", "ac1l99l6", "chebi:17079", "c05202", "4-[[(1s)-7-hydroxy-6-methoxy-2-methyl-3", "(s)-3-hydroxy-n-methylcoclaurine", "4-{[(1s)-7-hydroxy-6-methoxy-2-methyl-1", "4-{[(1s)-7-hydroxy-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}benzene-1,2-diol"}|>, "3232" -> <|"DatabaseID" -> "SW02049", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17079"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389490]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@@H]1Cc3ccc(c(c3)O)O)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-methylcoclaurine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 440591]}, "Synonyms" -> {"(s)-3'-hydroxy-n-methylcoclaurine", "3'-hydroxy-n-methyl-(s)-coclaurine", "3'-hydroxy-(s)-n-methylcoclaurine", "hmdb06921", "ac1l99l6", "chebi:17079", "c05202", "4-[[(1s)-7-hydroxy-6-methoxy-2-methyl-3", "(s)-3-hydroxy-n-methylcoclaurine", "4-{[(1s)-7-hydroxy-6-methoxy-2-methyl-1", "4-{[(1s)-7-hydroxy-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}benzene-1,2-diol"}|>, "3233" -> <|"DatabaseID" -> "SW02050", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7852"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447649]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00497"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=O)CC[C@]3([C@H]1C5)O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05312"], ExternalIdentifier["KEGGID", "D03783"]}, "OfficialNames" -> <|"Australia Approved Name" -> "OXYCODONE HYDROCHLORIDE", "US Illegal/Scheduled Drug (Schedule 2)" -> "Oxycodone", "FDA Approved Drug" -> "OXYCODONE HYDROCHLORIDE;OXYCODONE TEREPHTHALATE"|>, "PharmGKBID" -> "PA450741", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284603]}, "Synonyms" -> {"oxycodone", "oxycodeinone", "oxycodon", "dihydroxycodeinone", "percobarb", "eucodalum", "dihydrone", "diphydrone", "thekodin", "eubine", "combunox", "endone", "endocet", "tecodin", "oxanest", "thecodine", "oxicon", "oxikon", "percodan", "dihydrohydroxycodeinone", "eukodal", "pancodine", "dihydrohydroxycondeinone", "tekodin", "dinarkon", "eutagen", "oxicone", "oxycon", "pti-821", "oxycodone hydrochloride", "(1s,5r,13r,17s)-17-hydroxy-10-methoxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-one", "remoxy", "pancodone retard (united kingdom)", "endodan[wiki]", "supendol", "supendol [canada]", "endodan", "6-oxo-14-hydroxy-7,8-dihydrocodeine", "percodan[wiki]", "oxycontin[wiki]", "oxycet", "percodan (aspirin + oxycodone hydrochloride)_mixture", "oxycodonum [inn-latin]", "200-960-2[einecs]", "(5a)-4,5-epoxy-14-hydroxy-3-methoxy-17-methylmorphinan-6-one", "oxicodona[spanish][inn]", "4-27-00-03681 (beilstein handbook reference)[beilstein]", "oxycodone [usan:ban:inn][inn][usan]", "percocet[wiki]", "124-90-3[rn]", "endine (australia)", "tekodin (free base)", "roxicodone[wiki]", "endodan (aspirin + oxycodone hydrochloride)_mixture", "oxycodone hcl", "oxycodonum[latin]", "dor-1", "roxiprin (aspirin + oxycodone hydrochloride)_mixture", "percolone", "(-)-oxycodone", "eubine [france]", "codeinone dihydro-14-hydroxy-", "(1s,5r,13r,17s)-17-hydroxy-10-methoxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-on", "oxicodona [inn-spanish]", "25333-72-6[rn]", "roxicodone", "(-)-14-hydroxydihydrocodeinone", "oxymorphone 3-methyl ether", "eucodal[wiki]", "oxyir", "roxicet (acetaminophen + oxycodone hydrochloride)_mixture", "7,8-dihydro-14-hydroxycodeinone", "eucodal", "4,5-epoxy-14-hydroxy-3-methoxy-17-methylmorphinan-6-one", "oxyfast", "percocet (acetaminophen + oxycodone hydrochloride)_mixture", "14-hydroxydihydrocodeinone", "oxynorm", "tylox[wiki]", "endocet (acetaminophen + oxycodone hydrochloride)_mixture", "codeinone dihydrohydroxy-", "codeinone 7,8-dihydro-14-hydroxy-", "76-42-6[rn]", "supeudol", "204-717-1[einecs]", "149393", "ossicodone [dcit]", "dihydro-14-hydroxycodeinone", "oxycodone[wiki]", "roxilox", "oxycodone hydrochloride[usp]", "oxycontin", "tylox (acetaminophen + oxycodone hydrochloride)_mixture", "43446[beilstein]", "dihydrohydroxycodeinone[wiki]", "rivacocet (acetaminophen + oxycodone hydrochloride)_mixture", "roxicet[wiki]", "combunox (ibuprofen + oxycodone hydrochloride)_mixture", "337376-15-5", "3-o-(methyl)oxymorphone", "oxycodone terephthalate"}|>, "3234" -> <|"DatabaseID" -> "SW02050", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7852"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447649]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00497"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=O)CC[C@]3([C@H]1C5)O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05312"], ExternalIdentifier["KEGGID", "D03783"]}, "OfficialNames" -> <|"Australia Approved Name" -> "OXYCODONE HYDROCHLORIDE", "US Illegal/Scheduled Drug (Schedule 2)" -> "Oxycodone", "FDA Approved Drug" -> "OXYCODONE HYDROCHLORIDE;OXYCODONE TEREPHTHALATE"|>, "PharmGKBID" -> "PA450741", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284603]}, "Synonyms" -> {"oxycodone", "oxycodeinone", "oxycodon", "dihydroxycodeinone", "percobarb", "eucodalum", "dihydrone", "diphydrone", "thekodin", "eubine", "combunox", "endone", "endocet", "tecodin", "oxanest", "thecodine", "oxicon", "oxikon", "percodan", "dihydrohydroxycodeinone", "eukodal", "pancodine", "dihydrohydroxycondeinone", "tekodin", "dinarkon", "eutagen", "oxicone", "oxycon", "pti-821", "oxycodone hydrochloride", "(1s,5r,13r,17s)-17-hydroxy-10-methoxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-one", "remoxy", "pancodone retard (united kingdom)", "endodan[wiki]", "supendol", "supendol [canada]", "endodan", "6-oxo-14-hydroxy-7,8-dihydrocodeine", "percodan[wiki]", "oxycontin[wiki]", "oxycet", "percodan (aspirin + oxycodone hydrochloride)_mixture", "oxycodonum [inn-latin]", "200-960-2[einecs]", "(5a)-4,5-epoxy-14-hydroxy-3-methoxy-17-methylmorphinan-6-one", "oxicodona[spanish][inn]", "4-27-00-03681 (beilstein handbook reference)[beilstein]", "oxycodone [usan:ban:inn][inn][usan]", "percocet[wiki]", "124-90-3[rn]", "endine (australia)", "tekodin (free base)", "roxicodone[wiki]", "endodan (aspirin + oxycodone hydrochloride)_mixture", "oxycodone hcl", "oxycodonum[latin]", "dor-1", "roxiprin (aspirin + oxycodone hydrochloride)_mixture", "percolone", "(-)-oxycodone", "eubine [france]", "codeinone dihydro-14-hydroxy-", "(1s,5r,13r,17s)-17-hydroxy-10-methoxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-on", "oxicodona [inn-spanish]", "25333-72-6[rn]", "roxicodone", "(-)-14-hydroxydihydrocodeinone", "oxymorphone 3-methyl ether", "eucodal[wiki]", "oxyir", "roxicet (acetaminophen + oxycodone hydrochloride)_mixture", "7,8-dihydro-14-hydroxycodeinone", "eucodal", "4,5-epoxy-14-hydroxy-3-methoxy-17-methylmorphinan-6-one", "oxyfast", "percocet (acetaminophen + oxycodone hydrochloride)_mixture", "14-hydroxydihydrocodeinone", "oxynorm", "tylox[wiki]", "endocet (acetaminophen + oxycodone hydrochloride)_mixture", "codeinone dihydrohydroxy-", "codeinone 7,8-dihydro-14-hydroxy-", "76-42-6[rn]", "supeudol", "204-717-1[einecs]", "149393", "ossicodone [dcit]", "dihydro-14-hydroxycodeinone", "oxycodone[wiki]", "roxilox", "oxycodone hydrochloride[usp]", "oxycontin", "tylox (acetaminophen + oxycodone hydrochloride)_mixture", "43446[beilstein]", "dihydrohydroxycodeinone[wiki]", "rivacocet (acetaminophen + oxycodone hydrochloride)_mixture", "roxicet[wiki]", "combunox (ibuprofen + oxycodone hydrochloride)_mixture", "337376-15-5", "3-o-(methyl)oxymorphone", "oxycodone terephthalate"}|>, "3235" -> <|"DatabaseID" -> "SW02051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141017]}, "IsomericSmiles" -> "C[NH+]1CCC2=CC[C@@H]3[C@H]([C@@H]21)c4cc(c(cc4C(=O)O3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160473]}, "Synonyms" -> {"homolycorine", "ac1q6m9b", "[2]benzopyrano[3,4-g]indol-7(1h)-one 2,3,5,5a,11b,11c-hexahydro-9,10-dimethoxy-1-methyl-,(5ar,11bs,11cs)-", "(5ar", "477-20-3[rn]", "lycorenan-7-one 9,10-dimethoxy-1-methyl-", "ar-1h5233", "ar-1h5234", "ac1l4noj", "chembl1221973", "30635-50-8[rn]", "9", "9,10-dimethoxy-1-methyllycorenan-7-one[acd/iupac name]", "[2]benzopyrano[3", "lycorenan-7-one"}|>, "3236" -> <|"DatabaseID" -> "SW02051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141017]}, "IsomericSmiles" -> "C[NH+]1CCC2=CC[C@@H]3[C@H]([C@@H]21)c4cc(c(cc4C(=O)O3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homolycorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160473]}, "Synonyms" -> {"homolycorine", "ac1q6m9b", "[2]benzopyrano[3,4-g]indol-7(1h)-one 2,3,5,5a,11b,11c-hexahydro-9,10-dimethoxy-1-methyl-,(5ar,11bs,11cs)-", "(5ar", "477-20-3[rn]", "lycorenan-7-one 9,10-dimethoxy-1-methyl-", "ar-1h5233", "ar-1h5234", "ac1l4noj", "chembl1221973", "30635-50-8[rn]", "9", "9,10-dimethoxy-1-methyllycorenan-7-one[acd/iupac name]", "[2]benzopyrano[3", "lycorenan-7-one"}|>, "3237" -> <|"DatabaseID" -> "SW02052", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482084]}, "IsomericSmiles" -> "CC([C@H]1CC[C@@H](CC1)C(=O)N[C@@H](C(=O)[O-])Cc2ccccc2)C", "OfficialNames" -> <|"NPC Approved Name" -> "nateglinide", "FDA Approved Drug" -> "NATEGLINIDE"|>, "Synonyms" -> {"n-{[trans-4-(propan-2-yl)cyclohexyl]carbonyl}-d-phenylalanin", "fastic;", "(-)-n-(trans-4-isopropylcyclohexanecarbonyl)-d-phenylalanine", "nateglinide[wiki][inn]", "tl8000218", "n-{[trans-4-(1-methylethyl)cyclohexyl]carbonyl}-d-phenylalanine", "sdz-djn-608", "sdz djn 608", "(r)-2-((1r,4r)-4-isopropylcyclohexanecarboxamido)-3-phenylpropanoic acid", "starlix[wiki]", "2-[(4-isopropyl-cyclohexanecarbonyl)-amino]-3-phenyl-propionicacid", "n-{[trans-4-(propan-2-yl)cyclohexyl]carbonyl}-d-phenylalanine", "(-)-n-(trans-4-isopropylcyclohexyl-1-carbonyl)-d-phenylalanine", "105816-04-4[rn]", "(2r)-2-{[(trans-4-isopropylcyclohexyl)carbonyl]amino}-3-phenylpropanoicacid", "(2r)-2-({[trans-4-(1-methylethyl)cyclohexyl]carbonyl}amino)-3-phenylpropanoic acid", "(2r)-3-phenyl-2-{[4-(propan-2-yl)cyclohexyl]formamido}propanoicacid", "n-[[4-(1-methylethyl)cyclohexyl]carbonyl]-d-phenylalanine", "n-[[trans-4-(1-methylethyl)cyclohexyl]carbonyl]-d-phenylalanine", "fastic;starlix;starsis", "(r)-2-[(4-isopropyl-cyclohexanecarbonyl)-amino]-3-phenyl-propionic acid", "n-[(trans-4-isopropylcyclohexyl)carbonyl]-d-phenylalanin[german][acd/iupac name]", "a-4166 | senaglinide |", "d-phenylalanine n-[[trans-4-(1-methylethyl)cyclohexyl]carbonyl]-[acd/index name]", "d-phenylalanine n-[[trans-4-(1-methylethyl)cyclohexyl]carbonyl]-", "n-[(trans-4-isopropylcyclohexyl)carbonyl]-d-phenylalanine[acd/iupac name]", "starsis", "nateglinide", "n-[(trans-4-isopropylcyclohexyl)carbonyl]-d-phenylalanine"}|>, "3238" -> <|"DatabaseID" -> "SW02053", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "618213"], ExternalIdentifier["ChEBIID", "CHEMBL1201743"], ExternalIdentifier["ChEBIID", "CHEMBL385517"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9419005], ExternalIdentifier["ChemSpiderID", 25047965]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06335"]}, "IsomericSmiles" -> "C1[C@@H]2C[C@@H]2N([C@@H]1C#N)C(=O)[C@H](C34CC5CC(C3)CC(C5)(C4)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08996"], ExternalIdentifier["KEGGID", "D08996D09753"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SAXAGLIPTIN;SAXAGLIPTIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA165958362", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11243969], ExternalIdentifier["PubChemCompoundID", 49800073]}, "Synonyms" -> {"saxagliptin", "bms-477118", "onglyza", "adenosine deaminase complexing protein 2", "adabp", "2-azabicyclo[3.1.0]hexane-3-carbonitrile 2-[(2s)-2-amino-2-(3-hydroxytricyclo[3.3.1.13,7]dec-1-yl)acetyl]- (1s,3s,5s)-", "saxagliptin hydrochloride", "(1s,3s,5s)-2-[(2s)-2-amino-2-(3-hydroxytricyclo[3.3.1.13,7]dec-1-yl)acetyl]-2-azabicyclo[3.1.0]hexane-3-carbonitrile", "opc-262", "bms-477118 onglyza", "dipeptidyl peptidase iv", "tp103", "(1s,3s,5s)-2-[(s)-2-amino-2-(3-hydroxy-adamantan-1-yl)-acetyl]-2-aza-bicyclo[3.1.0]hexane-3-carbonitrile", "s1540_selleck", "chebi:460723", "(1s,3s,5s)-2-[(2s)-2-amino-2-(3-hydroxytricyclo[3.3.1.13,7]dec-1-yl)acetyl]-2-azabicyclo[3.1.0]hexane-3-carbonitrile;onglyza", "saxagliptin[wiki]", "dpp iv", "t-cell activation antigen cd26", "361442-04-8[rn]", "(1s,6s)-2-(2-adamantan-1-yl-2-amino-acetyl)-2-aza-bicyclo[3.1.0]hexane-3-carbonitrile", "361442-04-8", "ec 3.4.14.5", "ncgc00242597-01", "(1s,3s,5s)-2-[(2s)-2-amino-2-(3-hydroxyadamantan-1-yl)acetyl]-2-azabicyclo[3.1.0]hexane-3-carbonitrile", "chembl385517", "chembl1201743", "ac-6008", "bms 477118"}|>, "3239" -> <|"DatabaseID" -> "SW02054", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2298462]}, "IsomericSmiles" -> "C[NH2+]/C(=C\\[N+](=O)[O-])/NCCSCc1ccc(o1)C[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05699"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "RANITIDINE BISMUTH CITRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3033887]}, "Synonyms" -> {"ranitidine bismuth citrate", "pylorid", "elicodil", "azamplus", "helirad", "pylorisan", "tritec", "ranitidine bismutrex", "gr-122311x", "128345-62-0", "128345-62-0[rn]", "tritec[wiki]", "ranitidine bismuth citrate [usan:ban][usan]", "gr-122311-x"}|>, "3240" -> <|"DatabaseID" -> "SW02055", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8776"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00863"]}, "IsomericSmiles" -> "CN/C(=C\\[N+](=O)[O-])/[NH2+]CCSCc1ccc(o1)C[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00422"]}, "OfficialNames" -> <|"China Approved Name" -> "ranitidine", "Indian Approved Name" -> "ranitidine;ranitidine hcl", "Australia Approved Name" -> "RANITIDINE HYDROCHLORIDE", "FDA Approved Drug" -> "RANITIDINE;RANITIDINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451224", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3001055], ExternalIdentifier["PubChemCompoundID", 3033332]}, "Synonyms" -> {"ranitidine", "microtid", "quantor", "coralen", "gastrial", "gastrosedol", "ranidine", "raniogas", "ptinolin", "serviradine", "toriol", "alvidina", "digestosan", "ranic", "zantac", "tanidina", "ranitidine hydrochloride", "artomil", "azuranit", "ranitidin millet", "ranitidin von ct", "ulsaven", "ranitidin duncan", "logat", "nu-ranit", "radin", "viserul", "ranifur", "ulcex", "ranitidin helvepharm", "ranitidin", "lake", "raniben", "ran h2", "rani-basf", "ranisan", "ranitidin basics", "ranitine", "ranitidin awd", "rani abz", "zandid", "normon", "zantic", "gastrolav", "ranigast", "ranitidin al", "ranitidin dyna", "raniberta", "ranitidin normon", "raniberl", "ranitic", "rani-q", "ranitidin-isis", "ranitin", "label", "ranicux", "ergan", "alquen", "ranitidina tamarang", "renatac", "tritec (ranitidine bismuth citrate salt)_mixture", "ranuber", "ranitab", "kuracid", "rantidine hcl", "ranigasan", "ulcolind rani", "fendibina", "ranitidine hcl", "zantac 150", "ranilonga", "zantarac", "rani-sanorania", "ranidil", "ranidin", "sostril", "ranimerck", "rani-nerton", "neugal", "ranibloc", "santanol", "regalil", "gastric receptor i", "ranitidin-cophar", "ranitidin hexal", "rubiulcer", "trigger", "ultidine", "noctone", "terposen", "rozon", "ranitidin pb", "ranitidin 1a pharma", "ranitidina predilu grif", "alter-h2", "ranitidin atid", "ranigen", "gastridina", "melfax", "ranitidin arcana", "raniplex", "ranitidin stada", "ran", "noktome", "ulcirex", "ranitidin merck", "h2r", "rani 2", "zantac 75", "ranobel", "ranitidin heumann", "taural", "novo-radinine", "ranidura", "quadrin", "ranitiget", "raticina", "ran lich", "ranitidin nm", "zantac in plastic container", "esofex", "pep-rani", "ranitidine base", "rani-puren", "ranitidin-ratiopharm", "rantacid", "ulcecur", "ulcodin", "apo-ranitidin", "mideran", "ranisen"}|>, "3241" -> <|"DatabaseID" -> "SW02056", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 154890]}, "IsomericSmiles" -> "c1ccc(cc1)C(COC2C[NH+]3CCC2CC3)(C4CCCC4)O", "OfficialNames" -> <|"China Approved Name" -> "Penehyclidine Hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 177923]}, "Synonyms" -> {"2-(1-azabicyclo[2.2.2]octan-3-yloxy)-1-cyclopentyl-1-phenylethanol hydrochloride", "151937-76-7", "penehyclidine hydrochloride", "penequinine", "ac1l431u", "benzenemethanol", "151937-76-7[rn]", "penequine hydrochloride", "2-(1-azabicyclo[2.2.2]oct-3-yloxy)-1-cyclopentyl-1-phenylethanol hydrochloride (1:1)"}|>, "3242" -> <|"DatabaseID" -> "SW02056", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 154890]}, "IsomericSmiles" -> "c1ccc(cc1)C(COC2C[NH+]3CCC2CC3)(C4CCCC4)O", "OfficialNames" -> <|"China Approved Name" -> "Penehyclidine Hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 177923]}, "Synonyms" -> {"2-(1-azabicyclo[2.2.2]octan-3-yloxy)-1-cyclopentyl-1-phenylethanol hydrochloride", "151937-76-7", "penehyclidine hydrochloride", "penequinine", "ac1l431u", "benzenemethanol", "151937-76-7[rn]", "penequine hydrochloride", "2-(1-azabicyclo[2.2.2]oct-3-yloxy)-1-cyclopentyl-1-phenylethanol hydrochloride (1:1)"}|>, "3243" -> <|"DatabaseID" -> "SW02056", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 154890]}, "IsomericSmiles" -> "c1ccc(cc1)C(COC2C[NH+]3CCC2CC3)(C4CCCC4)O", "OfficialNames" -> <|"China Approved Name" -> "Penehyclidine Hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 177923]}, "Synonyms" -> {"2-(1-azabicyclo[2.2.2]octan-3-yloxy)-1-cyclopentyl-1-phenylethanol hydrochloride", "151937-76-7", "penehyclidine hydrochloride", "penequinine", "ac1l431u", "benzenemethanol", "151937-76-7[rn]", "penequine hydrochloride", "2-(1-azabicyclo[2.2.2]oct-3-yloxy)-1-cyclopentyl-1-phenylethanol hydrochloride (1:1)"}|>, "3244" -> <|"DatabaseID" -> "SW02056", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 154890]}, "IsomericSmiles" -> "c1ccc(cc1)C(COC2C[NH+]3CCC2CC3)(C4CCCC4)O", "OfficialNames" -> <|"China Approved Name" -> "Penehyclidine Hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 177923]}, "Synonyms" -> {"2-(1-azabicyclo[2.2.2]octan-3-yloxy)-1-cyclopentyl-1-phenylethanol hydrochloride", "151937-76-7", "penehyclidine hydrochloride", "penequinine", "ac1l431u", "benzenemethanol", "151937-76-7[rn]", "penequine hydrochloride", "2-(1-azabicyclo[2.2.2]oct-3-yloxy)-1-cyclopentyl-1-phenylethanol hydrochloride (1:1)"}|>, "3245" -> <|"DatabaseID" -> "SW02057", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9868]}, "IsomericSmiles" -> "CC[NH+](CC)CCCC(C)Nc1cc(cc2c1nccc2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02547"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pamaquine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10290]}, "Synonyms" -> {"plasmoquine", "prequine", "rhodoquine", "praequine", "pamaquin", "plasmocide", "beprochine", "plasmochin", "aminoquin", "4-22-00-05818[beilstein]", "quinoline 8-((4-(diethylamino)-1-methylbutyl)amino)-6-methoxy-", "211-224-5[einecs]", "635-05-2[rn]", "8-[[4-(diethylamino)-1-methylbutyl]amino]-6-methoxyquinoline", "63680-62-6[rn]", "pamaquine[wiki]", "n1,n1-diethyl-n5-(6-methoxy-8-quinolinyl)-1,4-pentanediamine", "quinoline 8-[[4-(diethylamino)-1-methylbutyl]amino]-6-methoxy-", "quipenyl", "5463-14-9[rn]", "n(1),n(1)-diethyl-n(4)-(6-methoxy-8-quinolinyl)-1,4-pentanediamine", "4-22-00-05818 (beilstein handbook reference)[beilstein]", "1,4-pentanediamine n1 n1-diethyl-n4- (6-methoxy-8-quinolinyl)-", "491-92-9[rn]", "gamefar", "8-((4-(diethylamino)-1-methylbutyl)amino)-6-methoxyquinoline", "n1,n1-diethyl-n4-(6-methoxyquinolin-8-yl)pentane-1,4-diamine", "pamaquine", "1,4-pentanediamine n1,n1-diethyl-n4-(6-methoxy-8-quinolinyl)-(9ci)", "n1,n1-diethyl-n4-(6-methoxy-8-quinolinyl)-1,4-pentanediamine", "plasmoquine ", "plasmoquine (tn)", "1,4-pentanediamine n1,n1-diethyl-n4-(6-methoxy-8-quinolinyl)-"}|>, "3246" -> <|"DatabaseID" -> "SW02057", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9868]}, "IsomericSmiles" -> "CC[NH+](CC)CCCC(C)Nc1cc(cc2c1nccc2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02547"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pamaquine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10290]}, "Synonyms" -> {"plasmoquine", "prequine", "rhodoquine", "praequine", "pamaquin", "plasmocide", "beprochine", "plasmochin", "aminoquin", "4-22-00-05818[beilstein]", "quinoline 8-((4-(diethylamino)-1-methylbutyl)amino)-6-methoxy-", "211-224-5[einecs]", "635-05-2[rn]", "8-[[4-(diethylamino)-1-methylbutyl]amino]-6-methoxyquinoline", "63680-62-6[rn]", "pamaquine[wiki]", "n1,n1-diethyl-n5-(6-methoxy-8-quinolinyl)-1,4-pentanediamine", "quinoline 8-[[4-(diethylamino)-1-methylbutyl]amino]-6-methoxy-", "quipenyl", "5463-14-9[rn]", "n(1),n(1)-diethyl-n(4)-(6-methoxy-8-quinolinyl)-1,4-pentanediamine", "4-22-00-05818 (beilstein handbook reference)[beilstein]", "1,4-pentanediamine n1 n1-diethyl-n4- (6-methoxy-8-quinolinyl)-", "491-92-9[rn]", "gamefar", "8-((4-(diethylamino)-1-methylbutyl)amino)-6-methoxyquinoline", "n1,n1-diethyl-n4-(6-methoxyquinolin-8-yl)pentane-1,4-diamine", "pamaquine", "1,4-pentanediamine n1,n1-diethyl-n4-(6-methoxy-8-quinolinyl)-(9ci)", "n1,n1-diethyl-n4-(6-methoxy-8-quinolinyl)-1,4-pentanediamine", "plasmoquine ", "plasmoquine (tn)", "1,4-pentanediamine n1,n1-diethyl-n4-(6-methoxy-8-quinolinyl)-"}|>, "3247" -> <|"DatabaseID" -> "SW02058", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4950393]}, "IsomericSmiles" -> "CCCC/C=C/C/C=C/CCCCCCc1cccc(c1O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bhilawanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6446932]}, "Synonyms" -> {"3-(7", "bhilawanol b", "3-(7,10-pentadecadienyl)-1,2-benzenediol", "3-[(7e", "ag-g-65136", "ls-30012", "1", "68640-60-8", "1,2-benzenediol 3-(7,10-pentadecadienyl)-", "ac1o65bd", "68640-60-8[rn]"}|>, "3248" -> <|"DatabaseID" -> "SW02059", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445156]}, "IsomericSmiles" -> "CCC/C=C/C/C=C/CCCCCCCc1cccc(c1O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "urushiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281862]}, "Synonyms" -> {"urushiol iii", "3-(8", "3-(8,11-pentadecadienyl)-1,2-benzenediol", "c10839", "1,2-benzenediol 3-(8,11-pentadecadienyl)-", "492-91-1", "492-91-1[rn]", "3-[(8e", "1", "cpd-9593", "ac1nqz73", "urushiol[wiki]", "urushiol iii*3-(8,11-pentadecadienyl)-1,2-benzenediol"}|>, "3249" -> <|"DatabaseID" -> "SW02060", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16581"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02789"]}, "IsomericSmiles" -> "CC(=O)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CC[C@@H](C4)O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00143"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pregnenolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8955]}, "Synonyms" -> {"pregnenolone", "pregneton", "hydroxysteroid sulfotransferase 2", "pregnetan", "pregnolon", "arthenolone", "sulfotransferase 2b1", "ec 2.8.2.2", "3beta-hydroxypregn-5-en-20-one", "enelone", "alcohol sulfotransferase", "skinostelon", "regnosone", "prenolon"}|>, "3250" -> <|"DatabaseID" -> "SW02061", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 53406]}, "IsomericSmiles" -> "CCC[NH+](CCc1cccs1)[C@H]2CCc3c(cccc3O)C2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05768"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ROTIGOTINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 59227]}, "Synonyms" -> {"neupro", "rotigotine cds", "rotigotine", "rotigotine cds patch", "neupro (tn)", "(-)-n-0437", "ac1l1qqg", "(6s)-6-{propyl[2-(thiophen-2-yl)ethyl]amino}-5,6,7,8-tetrahydronaphthalen-1-ol", "rotigotine [usan:inn]", "(s)-6-[propyl-(2-thiophen-2-yl-ethyl)-amino]-5,6,7,8-tetrahydro-naphthalen-1-ol", "spm 962", "neupro[wiki]", "1-naphthalenol 5,6,7,8-tetrahydro-6-[propyl[2-(2-thienyl)ethyl]amino]-,(6s)-", "n 0923", "n 0437", "rotigotine[wiki][inn]", "99755-59-6[rn]"}|>, "3251" -> <|"DatabaseID" -> "SW02061", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 53406]}, "IsomericSmiles" -> "CCC[NH+](CCc1cccs1)[C@H]2CCc3c(cccc3O)C2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05768"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ROTIGOTINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 59227]}, "Synonyms" -> {"neupro", "rotigotine cds", "rotigotine", "rotigotine cds patch", "neupro (tn)", "(-)-n-0437", "ac1l1qqg", "(6s)-6-{propyl[2-(thiophen-2-yl)ethyl]amino}-5,6,7,8-tetrahydronaphthalen-1-ol", "rotigotine [usan:inn]", "(s)-6-[propyl-(2-thiophen-2-yl-ethyl)-amino]-5,6,7,8-tetrahydro-naphthalen-1-ol", "spm 962", "neupro[wiki]", "1-naphthalenol 5,6,7,8-tetrahydro-6-[propyl[2-(2-thienyl)ethyl]amino]-,(6s)-", "n 0923", "n 0437", "rotigotine[wiki][inn]", "99755-59-6[rn]"}|>, "3252" -> <|"DatabaseID" -> "SW02062", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8037476]}, "IsomericSmiles" -> "COC(=O)c1cc(ccc1[N-]S(=O)(=O)C(F)(F)F)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06295"]}, "OfficialNames" -> <|"NPC Approved Name" -> "amidoflumet"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9861780]}, "Synonyms" -> {"amidoflumet", "surecn27241", "31445-ep2311816a1", "amidoflumet [iso]", "amidoflumet (jan)", "methyl 5-chloro-2-{[(trifluoromethyl)sulfonyl]amino}benzoate", "ctk3d0372", "methyl 5-chloro-2-[[(trifluoromethyl)sulfonyl]amino]benzoate", "84466-05-7[rn]", "31445-ep2308858a1", "84466-05-7", "benzoic acid 5-chloro-2-[[(trifluoromethyl)sulfonyl]amino]- methyl ester", "methyl-5-chlor-2-{[(trifluormethyl)sulfonyl]amino}benzoat", "d06295", "31445-ep2274983a1"}|>, "3253" -> <|"DatabaseID" -> "SW02063", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50931"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 580849]}, "IsomericSmiles" -> "C[NH+](C)CC/C=C\\1/c2ccccc2Sc3c1cc(cc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00790"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CHLORPROTHIXENE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 667467]}, "Synonyms" -> {"chloroprothixene", "taractan (tn)", "tactaran", "cis-chlorprothixene", "1-propanamine 3-(2-chloro-9h-thioxanthen-9-ylidene)-n,n-dimethyl- (z)-", "chlorprothixene", "chlorprotixene", "113-59-7 (free base )", "ro-4-0403", "(z)-2-chloro-n,n-dimethylthioxanthene-d9,g-propylamine", "(3z)-3-(2-chloro-9h-thioxanthen-9-ylidene)-n,n-dimethylpropan-1-amine", "paxyl[wiki]", "chebi:50931", "truxil", "chlorprothixen", "3-(2-chloro-9h-thioxanthen-9-ylidene)-n,n-dimethyl-1-propanamine[acd/iupac name]", "trans-chlorprothixene", "113-59-7[rn]", "truxal", "cloxan;taractan;truxal", "chlothixen;taractan;tarasan;truxal;traquilan", "{3-[2-chloro-thioxanthen-(9z)-ylidene]-propyl}-dimethyl-amine", "chlorprotixen", "rentovet", "traquilan", "tarasan", "ro 4-0403", "1-propanamine 3-(2-chloro-9h-thioxanthen-9-ylidene)-n,n-dimethyl- (3z)-", "taractan[wiki]", "taractan", "6469-93-8 (hcl)", "chlothixen", "trictal", "113-59-7", "204-032-8[einecs]", "(z)-3-(2-chloro-9h-thioxanthen-9-ylidene)-n,n-dimethylpropan-1-amine", "s1771_selleck", "truxaletten", "(3e)-3-(2-chloro-4a,9a-dihydro-9h-thioxanthen-9-ylidene)-n,n-dimethylpropan-1-amine", "iaractan", "nsc18720", "cloxan taractan truxal", "n 714c", "2-chloro-9-[3-(dimethylamino)propylidene]thioxanthene", "(z)-a-2-chloro-10-(3-dimethylaminopropylidene)thiaxanthene", "chlothixen;", ".alpha.-chlorprothixene", "(z)-2-chloro-9-(3'-dimethylaminopropylidene)thioxanthene", "cpx", "truxal[wiki]", "vetacalm", "chlorprothixene[wiki]", "cpt", "265722[beilstein]", "chlorprothixene (jan/usan)[jan][usan]"}|>, "3254" -> <|"DatabaseID" -> "SW02064", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7573"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4337]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00665"]}, "IsomericSmiles" -> "CC1(C(=O)N(C(=O)N1)c2ccc(c(c2)C(F)(F)F)[N+](=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00965"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NILUTAMIDE"|>, "PharmGKBID" -> "PA450632", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4493]}, "Synonyms" -> {"nilandron", "nilutamide", "nilandrone", "anandron", "nilutamidum [latin]", "nilutamida [spanish]", "63612-50-0", "toxic solid organic n.o.s. (nilutamide)", "5-24-05-00358 (beilstein handbook reference)[beilstein]", "ru 23908-10", "anandron;nilandron", "5,5-dimethyl-3-(4-nitro-3-trifluoromethyl-phenyl)-imidazolidine-2,4-dione", "5,5-dimethyl-3-(4-nitro-3-(trifluoromethyl)phenyl)-2,4-imidazolidinedione", "nilutamidum[latin]", "nilutamida", "2,4-imidazolidinedione 5,5-dimethyl-3-[4-nitro-3-(trifluoromethyl)phenyl]-", "nilandron (tn)", "5,5-dimethyl-3-[4-nitro-3-(trifluormethyl)phenyl]imidazolidin-2,4-dion", "cas-63612-50-0", "nilutamide [usan:ban:inn][inn][usan]", "anadron", "5,5-dimethyl-3-(4-nitro-3-(trifluoromethyl)phenyl)- 2,4-imidazolidinedione", "5,5-dimethyl-3-[4-nitro-3-(trifluoromethyl)phenyl]-1,3-diazolidine-2,4-dione", "c021277", "n-(2-(((2-((dimethylamino)methyl)-4-thiazolyl)methyl)thio)ethyl)-n'-methyl-2-nitro-1,1-ethenediamine", "63612-50-0[rn]", "dihydrotestosterone receptor", "nizatidine[wiki]", "[63612-50-0]", "76963-41-2[rn]", "1-(3'-trifluoromethyl-4'-nitrophenyl)-4,4-dimethylimidazolidine-2,5-dione", "1-(3'-trifluoromethyl-4'-nitrophenyl)-4,4-dimethylimidazoline-2,5-dione", "5,5-dimethyl-3-[4-nitro-3-(trifluoromethyl)phenyl]-2,4-imidazolidinedione[acd/iupac name]", "nilutamide[wiki][usan]", "841906[beilstein]", "2,4-imidazolidinedione 5,5-dimethyl-3-(4-nitro-3-(trifluoromethyl)phenyl)-", "nilutamida[spanish]", "nilutamide [usan:ban:inn]", "ru-23908", "337376-15-5", "5,5-dimethyl-3-[4-nitro-3-(trifluoromethyl)phenyl]imidazolidine-2,4-dione", "nilutamidum", "5,5-dimethyl-3-(4-nitro-3-(trifluoromethyl)phenyl)imidazolidine-2,4-dione"}|>, "3255" -> <|"DatabaseID" -> "SW02065", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15871"]}, "IsomericSmiles" -> "Cc1cc(cc(c1C(=O)Oc2cc(c(c(c2)O)C(=O)[O-])C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lecanoric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 99613]}, "Synonyms" -> {"4-[(2", "480-56-8", "beta-resorcylic acid", "brn 2172778", "spectrum_000499", "2", "lecanoric acid", "lecanoricacid", "specplus_000150", "nsc 249981"}|>, "3256" -> <|"DatabaseID" -> "SW02066", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 143391]}, "IsomericSmiles" -> "c1ccc(cc1)c2cc(ccc2O)C(=O)c3ccccc3C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01569"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cloperastine fendizoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 163446]}, "Synonyms" -> {"cloperastine fendizoate", "ctk5f4449", "85187-37-7[rn]", "ag-k-62716", "cloperastine fendizoate (jan)", "ac1l4t07", "ls-37541", "hustazol (tn)", "einecs 286-126-9", "hustazol", "benzoic acid", "o-((2'-hydroxy(1", "o-((2'-hydroxy(1,1'-biphenyl)-4-yl)carbonyl)benzoic acid compoundwith 1-(2-(4-chlorobenzhydryloxy)ethyl)piperidine (1:1)", "286-126-9[einecs]", "benzoic acid 2-((6-hydroxy(1,1'-biphenyl)-3-yl)carbonyl)- compd. with1-(2-((4-chlorophenyl)phenylmethoxy)ethyl)piperidine (1:1)", "85187-37-7"}|>, "3257" -> <|"DatabaseID" -> "SW02067", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 553441]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)/C=C/C(=O)N2CCC=CC2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "piplartine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 637858]}, "Synonyms" -> {"piplartine", "prestwick_399", "20069-09-4[rn]", "2(1h)-pyridinone,5,6-dihydro-1-[(2e)-1-oxo-3-(3,4,5-trimethoxyphenyl)-2-propen-1-yl]-", "1-[3-(3,4,5-trimethoxy-phenyl)-acryloyl]-5,6-dihydro-1h-pyridin-2-one", "1-[(2e)-3-(3,4,5-trimethoxyphenyl)prop-2-enoyl]-5,6-dihydropyridin-2(1h)-one", "mls002153903", "1-[(2e)-3-(3,4,5-trimethoxyphenyl)prop-2-enoyl]-1,5,6-trihydropyridin-2-one", "piperlongumine", "prop-2-en-1-one 3-(3,4,5-trimethoxyphenyl)-1-(2,3-dihydropyridin-6(1h)-one-1-yl)-", "prestwick3_000604", "1-[3-(3,4,5-trimethoxyphenyl)acryloyl]-5,6-dihydro-2(1h)-pyridinone", "20069-09-4", "ac1lcv4n", "bspbio_000508", "spectrum1505135", "piperlongumine[wiki]", "prestwick2_000604", "2(1h)-pyridinone,5,6-dihydro-1-(1-oxo-3-(3,4,5-trimethoxyphenyl)-2-propenyl)- (e)-"}|>, "3258" -> <|"DatabaseID" -> "SW02068", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20539]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(C)OC(=O)C2(CCC(C2(C)C)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01640"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tocamphylum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21853]}, "Synonyms" -> {"tocamphyl", "biliphorine", "hepatoxane", "syncuma", "licarbin", "gallogen (choleretic)", "hepasynthyl", "synthobilin", "biliphorin", "lymethol", "227-081-7[einecs]", "tocamphyl [usan:inn][inn][usan]", "methyl p-tolylcarbinol camphorate diethanolamine salt", "1,2,2-trimethyl-1,3-cyclopentanedicarboxylicacid 1-[1-(4-methylphenyl)ethyl] ester compdwith 2,2'-iminobis[ethanol](1:1)", "tocanfil[spanish][inn]", "tocamphylum[latin]", "p-toluoylmethylcarbinolmono-d-camphoric acidester diethanolamine salt", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol) (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-[1-(4-methylphenyl)ethyl]ester compd. with2,2'-iminobis[ethanol] (1:1)", "camphoricacid 1-(p,a-dimethylbenzyl) ester compd with2,2'-imidodiethanol (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol)(1:1)", "tocamphyl (jan/usan)[jan][usan]", "5634-42-4[rn]", "ethanol,2,2'-iminobis- 1-(1-(4-methylphenyl)ethyl) 1,2,2-trimethyl-1,3-cyclopentanedicarboxylate(salt)", "gallogen", "p,a-dimethylbenzyl camphorate diethanolamine salt", "bilagen", "2,2,3-trimethyl-3-{[1-(4-methylphenyl)ethoxy]carbonyl}cyclopentanecarboxylic acid- 2,2'-iminodiethanol (1:1)[acd/iupac name]", "diethanolamine d-methyltoluylcarbinol camphorate", "gallogen (van)", "p-tolylmethylcarbinol camphoric acidester diethanolamine salt", "diethanolamine p-tolylmethylcarbinol camphorate"}|>, "3259" -> <|"DatabaseID" -> "SW02068", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20539]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(C)OC(=O)C2(CCC(C2(C)C)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01640"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tocamphylum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21853]}, "Synonyms" -> {"tocamphyl", "biliphorine", "hepatoxane", "syncuma", "licarbin", "gallogen (choleretic)", "hepasynthyl", "synthobilin", "biliphorin", "lymethol", "227-081-7[einecs]", "tocamphyl [usan:inn][inn][usan]", "methyl p-tolylcarbinol camphorate diethanolamine salt", "1,2,2-trimethyl-1,3-cyclopentanedicarboxylicacid 1-[1-(4-methylphenyl)ethyl] ester compdwith 2,2'-iminobis[ethanol](1:1)", "tocanfil[spanish][inn]", "tocamphylum[latin]", "p-toluoylmethylcarbinolmono-d-camphoric acidester diethanolamine salt", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol) (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-[1-(4-methylphenyl)ethyl]ester compd. with2,2'-iminobis[ethanol] (1:1)", "camphoricacid 1-(p,a-dimethylbenzyl) ester compd with2,2'-imidodiethanol (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol)(1:1)", "tocamphyl (jan/usan)[jan][usan]", "5634-42-4[rn]", "ethanol,2,2'-iminobis- 1-(1-(4-methylphenyl)ethyl) 1,2,2-trimethyl-1,3-cyclopentanedicarboxylate(salt)", "gallogen", "p,a-dimethylbenzyl camphorate diethanolamine salt", "bilagen", "2,2,3-trimethyl-3-{[1-(4-methylphenyl)ethoxy]carbonyl}cyclopentanecarboxylic acid- 2,2'-iminodiethanol (1:1)[acd/iupac name]", "diethanolamine d-methyltoluylcarbinol camphorate", "gallogen (van)", "p-tolylmethylcarbinol camphoric acidester diethanolamine salt", "diethanolamine p-tolylmethylcarbinol camphorate"}|>, "3260" -> <|"DatabaseID" -> "SW02068", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20539]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(C)OC(=O)C2(CCC(C2(C)C)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01640"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tocamphylum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21853]}, "Synonyms" -> {"tocamphyl", "biliphorine", "hepatoxane", "syncuma", "licarbin", "gallogen (choleretic)", "hepasynthyl", "synthobilin", "biliphorin", "lymethol", "227-081-7[einecs]", "tocamphyl [usan:inn][inn][usan]", "methyl p-tolylcarbinol camphorate diethanolamine salt", "1,2,2-trimethyl-1,3-cyclopentanedicarboxylicacid 1-[1-(4-methylphenyl)ethyl] ester compdwith 2,2'-iminobis[ethanol](1:1)", "tocanfil[spanish][inn]", "tocamphylum[latin]", "p-toluoylmethylcarbinolmono-d-camphoric acidester diethanolamine salt", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol) (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-[1-(4-methylphenyl)ethyl]ester compd. with2,2'-iminobis[ethanol] (1:1)", "camphoricacid 1-(p,a-dimethylbenzyl) ester compd with2,2'-imidodiethanol (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol)(1:1)", "tocamphyl (jan/usan)[jan][usan]", "5634-42-4[rn]", "ethanol,2,2'-iminobis- 1-(1-(4-methylphenyl)ethyl) 1,2,2-trimethyl-1,3-cyclopentanedicarboxylate(salt)", "gallogen", "p,a-dimethylbenzyl camphorate diethanolamine salt", "bilagen", "2,2,3-trimethyl-3-{[1-(4-methylphenyl)ethoxy]carbonyl}cyclopentanecarboxylic acid- 2,2'-iminodiethanol (1:1)[acd/iupac name]", "diethanolamine d-methyltoluylcarbinol camphorate", "gallogen (van)", "p-tolylmethylcarbinol camphoric acidester diethanolamine salt", "diethanolamine p-tolylmethylcarbinol camphorate"}|>, "3261" -> <|"DatabaseID" -> "SW02068", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20539]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(C)OC(=O)C2(CCC(C2(C)C)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01640"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tocamphylum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21853]}, "Synonyms" -> {"tocamphyl", "biliphorine", "hepatoxane", "syncuma", "licarbin", "gallogen (choleretic)", "hepasynthyl", "synthobilin", "biliphorin", "lymethol", "227-081-7[einecs]", "tocamphyl [usan:inn][inn][usan]", "methyl p-tolylcarbinol camphorate diethanolamine salt", "1,2,2-trimethyl-1,3-cyclopentanedicarboxylicacid 1-[1-(4-methylphenyl)ethyl] ester compdwith 2,2'-iminobis[ethanol](1:1)", "tocanfil[spanish][inn]", "tocamphylum[latin]", "p-toluoylmethylcarbinolmono-d-camphoric acidester diethanolamine salt", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol) (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-[1-(4-methylphenyl)ethyl]ester compd. with2,2'-iminobis[ethanol] (1:1)", "camphoricacid 1-(p,a-dimethylbenzyl) ester compd with2,2'-imidodiethanol (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol)(1:1)", "tocamphyl (jan/usan)[jan][usan]", "5634-42-4[rn]", "ethanol,2,2'-iminobis- 1-(1-(4-methylphenyl)ethyl) 1,2,2-trimethyl-1,3-cyclopentanedicarboxylate(salt)", "gallogen", "p,a-dimethylbenzyl camphorate diethanolamine salt", "bilagen", "2,2,3-trimethyl-3-{[1-(4-methylphenyl)ethoxy]carbonyl}cyclopentanecarboxylic acid- 2,2'-iminodiethanol (1:1)[acd/iupac name]", "diethanolamine d-methyltoluylcarbinol camphorate", "gallogen (van)", "p-tolylmethylcarbinol camphoric acidester diethanolamine salt", "diethanolamine p-tolylmethylcarbinol camphorate"}|>, "3262" -> <|"DatabaseID" -> "SW02068", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20539]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(C)OC(=O)C2(CCC(C2(C)C)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01640"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tocamphylum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21853]}, "Synonyms" -> {"tocamphyl", "biliphorine", "hepatoxane", "syncuma", "licarbin", "gallogen (choleretic)", "hepasynthyl", "synthobilin", "biliphorin", "lymethol", "227-081-7[einecs]", "tocamphyl [usan:inn][inn][usan]", "methyl p-tolylcarbinol camphorate diethanolamine salt", "1,2,2-trimethyl-1,3-cyclopentanedicarboxylicacid 1-[1-(4-methylphenyl)ethyl] ester compdwith 2,2'-iminobis[ethanol](1:1)", "tocanfil[spanish][inn]", "tocamphylum[latin]", "p-toluoylmethylcarbinolmono-d-camphoric acidester diethanolamine salt", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol) (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-[1-(4-methylphenyl)ethyl]ester compd. with2,2'-iminobis[ethanol] (1:1)", "camphoricacid 1-(p,a-dimethylbenzyl) ester compd with2,2'-imidodiethanol (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol)(1:1)", "tocamphyl (jan/usan)[jan][usan]", "5634-42-4[rn]", "ethanol,2,2'-iminobis- 1-(1-(4-methylphenyl)ethyl) 1,2,2-trimethyl-1,3-cyclopentanedicarboxylate(salt)", "gallogen", "p,a-dimethylbenzyl camphorate diethanolamine salt", "bilagen", "2,2,3-trimethyl-3-{[1-(4-methylphenyl)ethoxy]carbonyl}cyclopentanecarboxylic acid- 2,2'-iminodiethanol (1:1)[acd/iupac name]", "diethanolamine d-methyltoluylcarbinol camphorate", "gallogen (van)", "p-tolylmethylcarbinol camphoric acidester diethanolamine salt", "diethanolamine p-tolylmethylcarbinol camphorate"}|>, "3263" -> <|"DatabaseID" -> "SW02068", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20539]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(C)OC(=O)C2(CCC(C2(C)C)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01640"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tocamphylum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21853]}, "Synonyms" -> {"tocamphyl", "biliphorine", "hepatoxane", "syncuma", "licarbin", "gallogen (choleretic)", "hepasynthyl", "synthobilin", "biliphorin", "lymethol", "227-081-7[einecs]", "tocamphyl [usan:inn][inn][usan]", "methyl p-tolylcarbinol camphorate diethanolamine salt", "1,2,2-trimethyl-1,3-cyclopentanedicarboxylicacid 1-[1-(4-methylphenyl)ethyl] ester compdwith 2,2'-iminobis[ethanol](1:1)", "tocanfil[spanish][inn]", "tocamphylum[latin]", "p-toluoylmethylcarbinolmono-d-camphoric acidester diethanolamine salt", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol) (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-[1-(4-methylphenyl)ethyl]ester compd. with2,2'-iminobis[ethanol] (1:1)", "camphoricacid 1-(p,a-dimethylbenzyl) ester compd with2,2'-imidodiethanol (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol)(1:1)", "tocamphyl (jan/usan)[jan][usan]", "5634-42-4[rn]", "ethanol,2,2'-iminobis- 1-(1-(4-methylphenyl)ethyl) 1,2,2-trimethyl-1,3-cyclopentanedicarboxylate(salt)", "gallogen", "p,a-dimethylbenzyl camphorate diethanolamine salt", "bilagen", "2,2,3-trimethyl-3-{[1-(4-methylphenyl)ethoxy]carbonyl}cyclopentanecarboxylic acid- 2,2'-iminodiethanol (1:1)[acd/iupac name]", "diethanolamine d-methyltoluylcarbinol camphorate", "gallogen (van)", "p-tolylmethylcarbinol camphoric acidester diethanolamine salt", "diethanolamine p-tolylmethylcarbinol camphorate"}|>, "3264" -> <|"DatabaseID" -> "SW02068", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20539]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(C)OC(=O)C2(CCC(C2(C)C)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01640"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tocamphylum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21853]}, "Synonyms" -> {"tocamphyl", "biliphorine", "hepatoxane", "syncuma", "licarbin", "gallogen (choleretic)", "hepasynthyl", "synthobilin", "biliphorin", "lymethol", "227-081-7[einecs]", "tocamphyl [usan:inn][inn][usan]", "methyl p-tolylcarbinol camphorate diethanolamine salt", "1,2,2-trimethyl-1,3-cyclopentanedicarboxylicacid 1-[1-(4-methylphenyl)ethyl] ester compdwith 2,2'-iminobis[ethanol](1:1)", "tocanfil[spanish][inn]", "tocamphylum[latin]", "p-toluoylmethylcarbinolmono-d-camphoric acidester diethanolamine salt", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol) (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-[1-(4-methylphenyl)ethyl]ester compd. with2,2'-iminobis[ethanol] (1:1)", "camphoricacid 1-(p,a-dimethylbenzyl) ester compd with2,2'-imidodiethanol (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol)(1:1)", "tocamphyl (jan/usan)[jan][usan]", "5634-42-4[rn]", "ethanol,2,2'-iminobis- 1-(1-(4-methylphenyl)ethyl) 1,2,2-trimethyl-1,3-cyclopentanedicarboxylate(salt)", "gallogen", "p,a-dimethylbenzyl camphorate diethanolamine salt", "bilagen", "2,2,3-trimethyl-3-{[1-(4-methylphenyl)ethoxy]carbonyl}cyclopentanecarboxylic acid- 2,2'-iminodiethanol (1:1)[acd/iupac name]", "diethanolamine d-methyltoluylcarbinol camphorate", "gallogen (van)", "p-tolylmethylcarbinol camphoric acidester diethanolamine salt", "diethanolamine p-tolylmethylcarbinol camphorate"}|>, "3265" -> <|"DatabaseID" -> "SW02068", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20539]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(C)OC(=O)C2(CCC(C2(C)C)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01640"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tocamphylum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21853]}, "Synonyms" -> {"tocamphyl", "biliphorine", "hepatoxane", "syncuma", "licarbin", "gallogen (choleretic)", "hepasynthyl", "synthobilin", "biliphorin", "lymethol", "227-081-7[einecs]", "tocamphyl [usan:inn][inn][usan]", "methyl p-tolylcarbinol camphorate diethanolamine salt", "1,2,2-trimethyl-1,3-cyclopentanedicarboxylicacid 1-[1-(4-methylphenyl)ethyl] ester compdwith 2,2'-iminobis[ethanol](1:1)", "tocanfil[spanish][inn]", "tocamphylum[latin]", "p-toluoylmethylcarbinolmono-d-camphoric acidester diethanolamine salt", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol) (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-[1-(4-methylphenyl)ethyl]ester compd. with2,2'-iminobis[ethanol] (1:1)", "camphoricacid 1-(p,a-dimethylbenzyl) ester compd with2,2'-imidodiethanol (1:1)", "1,3-cyclopentanedicarboxylic acid 1,2,2-trimethyl- 1-(1-(4-methylphenyl)ethyl)ester compd. with2,2'-iminobis(ethanol)(1:1)", "tocamphyl (jan/usan)[jan][usan]", "5634-42-4[rn]", "ethanol,2,2'-iminobis- 1-(1-(4-methylphenyl)ethyl) 1,2,2-trimethyl-1,3-cyclopentanedicarboxylate(salt)", "gallogen", "p,a-dimethylbenzyl camphorate diethanolamine salt", "bilagen", "2,2,3-trimethyl-3-{[1-(4-methylphenyl)ethoxy]carbonyl}cyclopentanecarboxylic acid- 2,2'-iminodiethanol (1:1)[acd/iupac name]", "diethanolamine d-methyltoluylcarbinol camphorate", "gallogen (van)", "p-tolylmethylcarbinol camphoric acidester diethanolamine salt", "diethanolamine p-tolylmethylcarbinol camphorate"}|>, "3266" -> <|"DatabaseID" -> "SW02069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5280]}, "IsomericSmiles" -> "CCOC(=O)c1c2c(sc1N)C[NH+](CC2)Cc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01484"]}, "OfficialNames" -> <|"NPC Approved Name" -> "y-3642"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5480]}, "Synonyms" -> {"dimaten", "2-amino-3-aethoxycarbonyl-6-benzyl-4,5,6,7-tetrahydrothieno(2,3-c)pyridin[german]", "thieno(2,3-c)pyridine-3-carboxylic acid 2-amino-6-benzyl-4,5,6,7-tetrahydro- ethyl ester(8ci)", "ethyl 2-amino-6-benzyl-4,5,6,7-tetrahydrothieno[2,3-c]pyridine-3-carboxylate monohydrochloride", "24237-54-5", "tinoridino [inn-spanish]", "nonflamin", "nonflamin (free base)", "ethyl 2-amino-6-benzyl-4,5,6,7-tetrahydrothiopheno[2,3-c]pyridine-3-carboxylat e", "thieno[2,3-c]pyridine-3-carboxylic acid 2-amino-6-benzyl-4,5,6 7-tetrahydro- ethyl ester", "tienoridine;", "2-amino-3-ethoxycarbonyl-6-benzyl-4,5,6,7-tetrahydrothieno[2,3-c]pyridine", "25913-34-2[rn]", "thieno[2,3-c]pyridine-3-carboxylic acid 2-amino-4,5,6,7-tetrahydro-6-(phenylmethyl)- ethyl ester[acd/index name]", "tinoridinum [inn-latin]", "[2,3-c]pyridine-3-carboxylate", "ethyl 2-amino-6-benzyl-4,5,6,7-tetrahydrothiopheno[2,3-c]pyridine-3-carboxylate", "2-amino-3-ethoxycarbonyl-6-benzyl-4,5,6,7-tetrahydrothieno(2,3-c)pyridine", "24237-54-5[rn]", "ethyl 2-amino-6-benzyl-4,5,6,7-tetrahydrothieno", "tinoridine (inn)", "ethyl-2-amino-6-benzyl-4,5,6,7-tetrahydrothieno[2,3-c]pyridin-3-carboxylat[german][acd/iupac name]", "24237-55-6[rn]", "thieno[2,3-c]pyridine-3-carboxylic acid 2-amino-4,5,6,7-tetrahydro-6- (phenylmethyl)- ethyl ester", "tienoridine;cinberamin;cosmin;dimaten;nonflamin;rolitrin", "tinoridino[spanish][inn]", "246-102-0[einecs]", "ethyl 2-amino-6-benzyl-4,5,6,7-tetrahydrothieno(2,3-c)pyridine-3-carboxylate", "2-amino-4,5,6,7-tetrahydro-6-(phenylmethyl)thieno[2,3-c]pyridine-3-carboxylic acid ethyl ester", "tinoridine hydrochloride", "tinoridinum[latin]", "thieno(2,3-c)pyridine-3-carboxylic acid 4,5,6,7-tetrahydro-2-amino-6-benzyl- ethyl ester", "247-342-9[einecs]", "ethyl 2-amino-6-benzyl-4,5,6,7-tetrahydrothieno[2,3-c]pyridine-3-carboxylate[acd/iupac name]", "y 3642", "ethyl 2-amino-6-(phenylmethyl)-4,5,6,7-tetrahydrothieno[2,3-c]pyridine-3-carboxylate", "tinoridine", "thieno(2,3-c)pyridine-3-carboxylic acid 2-amino-4,5,6,7-tetrahydro-6-(phenylmethyl)- ethyl ester(9ci)", "2-amino-6-benzyl-4,5,6,7-tetrahydrothieno(2,3-c)pyridine-3-carboxylic acid ethylester", "2-amino-6-benzyl-4,5,6,7-tetrahydrothieno[2,3-c]pyridine-3-carboxylic acid ethylester", "tinoridine [inn]", "ethyl 2-amino-6-benzyl-4", "2-amino-6-benzyl-4,5,6,7-tetrahydro-thieno[2,3-c]pyridine-3-carboxylic acid ethylester", "tinoridine[inn]"}|>, "3267" -> <|"DatabaseID" -> "SW02069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5280]}, "IsomericSmiles" -> "CCOC(=O)c1c2c(sc1N)C[NH+](CC2)Cc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01484"]}, "OfficialNames" -> <|"NPC Approved Name" -> "y-3642"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5480]}, "Synonyms" -> {"dimaten", "2-amino-3-aethoxycarbonyl-6-benzyl-4,5,6,7-tetrahydrothieno(2,3-c)pyridin[german]", "thieno(2,3-c)pyridine-3-carboxylic acid 2-amino-6-benzyl-4,5,6,7-tetrahydro- ethyl ester(8ci)", "ethyl 2-amino-6-benzyl-4,5,6,7-tetrahydrothieno[2,3-c]pyridine-3-carboxylate monohydrochloride", "24237-54-5", "tinoridino [inn-spanish]", "nonflamin", "nonflamin (free base)", "ethyl 2-amino-6-benzyl-4,5,6,7-tetrahydrothiopheno[2,3-c]pyridine-3-carboxylat e", "thieno[2,3-c]pyridine-3-carboxylic acid 2-amino-6-benzyl-4,5,6 7-tetrahydro- ethyl ester", "tienoridine;", "2-amino-3-ethoxycarbonyl-6-benzyl-4,5,6,7-tetrahydrothieno[2,3-c]pyridine", "25913-34-2[rn]", "thieno[2,3-c]pyridine-3-carboxylic acid 2-amino-4,5,6,7-tetrahydro-6-(phenylmethyl)- ethyl ester[acd/index name]", "tinoridinum [inn-latin]", "[2,3-c]pyridine-3-carboxylate", "ethyl 2-amino-6-benzyl-4,5,6,7-tetrahydrothiopheno[2,3-c]pyridine-3-carboxylate", "2-amino-3-ethoxycarbonyl-6-benzyl-4,5,6,7-tetrahydrothieno(2,3-c)pyridine", "24237-54-5[rn]", "ethyl 2-amino-6-benzyl-4,5,6,7-tetrahydrothieno", "tinoridine (inn)", "ethyl-2-amino-6-benzyl-4,5,6,7-tetrahydrothieno[2,3-c]pyridin-3-carboxylat[german][acd/iupac name]", "24237-55-6[rn]", "thieno[2,3-c]pyridine-3-carboxylic acid 2-amino-4,5,6,7-tetrahydro-6- (phenylmethyl)- ethyl ester", "tienoridine;cinberamin;cosmin;dimaten;nonflamin;rolitrin", "tinoridino[spanish][inn]", "246-102-0[einecs]", "ethyl 2-amino-6-benzyl-4,5,6,7-tetrahydrothieno(2,3-c)pyridine-3-carboxylate", "2-amino-4,5,6,7-tetrahydro-6-(phenylmethyl)thieno[2,3-c]pyridine-3-carboxylic acid ethyl ester", "tinoridine hydrochloride", "tinoridinum[latin]", "thieno(2,3-c)pyridine-3-carboxylic acid 4,5,6,7-tetrahydro-2-amino-6-benzyl- ethyl ester", "247-342-9[einecs]", "ethyl 2-amino-6-benzyl-4,5,6,7-tetrahydrothieno[2,3-c]pyridine-3-carboxylate[acd/iupac name]", "y 3642", "ethyl 2-amino-6-(phenylmethyl)-4,5,6,7-tetrahydrothieno[2,3-c]pyridine-3-carboxylate", "tinoridine", "thieno(2,3-c)pyridine-3-carboxylic acid 2-amino-4,5,6,7-tetrahydro-6-(phenylmethyl)- ethyl ester(9ci)", "2-amino-6-benzyl-4,5,6,7-tetrahydrothieno(2,3-c)pyridine-3-carboxylic acid ethylester", "2-amino-6-benzyl-4,5,6,7-tetrahydrothieno[2,3-c]pyridine-3-carboxylic acid ethylester", "tinoridine [inn]", "ethyl 2-amino-6-benzyl-4", "2-amino-6-benzyl-4,5,6,7-tetrahydro-thieno[2,3-c]pyridine-3-carboxylic acid ethylester", "tinoridine[inn]"}|>, "3268" -> <|"DatabaseID" -> "SW02070", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9591778]}, "IsomericSmiles" -> "CC(CN1c2ccccc2S(=O)(=O)c3c1cccc3)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07860"]}, "OfficialNames" -> <|"China Approved Name" -> "dioxopromethazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 63031]}, "Synonyms" -> {"9", "1-(5,5-dioxido-10h-phenothiazin-10-yl)-n,n-dimethylpropan-2-amine hydrochloride (1:1)", "13754-56-8", "15374-15-9[rn]", "15347-15-9", "prothanon gel", "1-(5", "10h-phenothiazine-10-ethanamine", "promethazine ss oxide", "prothanon", "promethazine 5", "5", "dioxopromethazine", "phenothiazine 10-(2-(dimethylamino)propyl)-,5,5-dioxide monohydrochloride", "5,5-dioxo-10-(2-(dimethylamino)propyl)phenothiazine hydrochloride", "dioxopromethazine hydrochloride"}|>, "3269" -> <|"DatabaseID" -> "SW02070", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9591778]}, "IsomericSmiles" -> "CC(CN1c2ccccc2S(=O)(=O)c3c1cccc3)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07860"]}, "OfficialNames" -> <|"China Approved Name" -> "dioxopromethazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 63031]}, "Synonyms" -> {"9", "1-(5,5-dioxido-10h-phenothiazin-10-yl)-n,n-dimethylpropan-2-amine hydrochloride (1:1)", "13754-56-8", "15374-15-9[rn]", "15347-15-9", "prothanon gel", "1-(5", "10h-phenothiazine-10-ethanamine", "promethazine ss oxide", "prothanon", "promethazine 5", "5", "dioxopromethazine", "phenothiazine 10-(2-(dimethylamino)propyl)-,5,5-dioxide monohydrochloride", "5,5-dioxo-10-(2-(dimethylamino)propyl)phenothiazine hydrochloride", "dioxopromethazine hydrochloride"}|>, "3270" -> <|"DatabaseID" -> "SW02071", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9599"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31013], ExternalIdentifier["ChemSpiderID", 4444515]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]C[C@@H](COc1c(nsn1)N2CCOCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08600"], ExternalIdentifier["KEGGID", "D00603"]}, "OfficialNames" -> <|"China Approved Name" -> "timolol", "Indian Approved Name" -> "timolol maleate", "WHO Essential Medicine" -> "timolol", "Australia Approved Name" -> "TIMOLOL MALEATE", "FDA Approved Drug" -> "TIMOLOL;TIMOLOL MALEATE"|>, "PharmGKBID" -> "PA451690", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 33624], ExternalIdentifier["PubChemCompoundID", 5281056]}, "Synonyms" -> {"timolol", "betimol", "timoptic", "timoptic-xe", "blocadren", "istalol", "timopic", "timacar", "optimol", "timoptol", "timolol maleate", "timoptic[wiki]", "istalol[wiki]", "timoptic in ocudose", "26921-17-5[rn]", "l-timolol", "s-(-)-3-(3-tert-butylamino-2-hydroxypropoxy)-4-morpholino-1,2,5-thiadiazole", "betimol;betime;blocadren;istalol;timoptic;timoptol;optimol", "timololum[latin]", "(s)-timolol", "betimol;", "2-propanol 1-((1,1-dimethylethyl)amino)-3-((4-(4-morpholinyl)-1,2,5-thiadiazol-3-yl)oxy)- (2s)-", "(2s)-1-((1,1-dimethylethyl)amino)-3-((4-(4-morpholinyl)-1,2,5-thiadiazol-3-yl)oxy)-2-propanol", "91524-16-2[rn]", "timolol[wiki][usan]", "248-032-6[einecs]", "26839-75-8", "(s)-1-(tert-butylamino)-3-((4-morpholino-1,2,5-thiadiazol-3-yl)oxy)propan-2-ol", "oftensin", "2-propanol 1-((1,1-dimethylethyl)amino)-3-((4-(4-morpholinyl)-1,2,5-thiadiazol-3-yl)oxy)- (s)-", "(2s)-1-[(2-methyl-2-propanyl)amino]-3-{[4-(4-morpholinyl)-1,2,5-thiadiazol-3-yl]oxy}-2-propanol[acd/iupac name]", "194288-09-0[rn]", "(s)-1-(1,1-(dimethylethyl)amino)-3-((4-(4-morpholinyl)-1,2,5-thiadiazol-3-yl)oxy)-2-propanol", "(s)-1-tert-butylamino-3-(4-morpholin-4-yl-[1,2,5]thiadiazol-3-yloxy)-propan-2-ol", "tim-ak", "26839-75-8[rn]", "apo-timol", "apo-timop", "novo-timol", "1084707[beilstein]", "(2s)-1-[(1,1-dimethylethyl)amino]-3-[(4-morpholin-4-yl-1,2,5-thiadiazol-3-yl)oxy]propan-2-ol", "131628-37-0[rn]", "(2s)-1-(tert-butylamino)-3-[(4-morpholin-4-yl-1,2,5-thiadiazol-3-yl)oxy]propan-2-ol", "(-)-timolol", "(s)-1-[(1,1-dimethylethyl)amino]-3-[[4-(4-morpholinyl)-1,2,5-thiadiazol-3-yl]oxy]-2-propanol", "(-)-3-morpholino-4-(3-tert-butylamino-2-hydroxypropoxy)-1,2,5-thiadiazole", "2-propanol 1-[(1,1-dimethylethyl)amino]-3-[[4-(4-morpholinyl)-1,2,5-thiadiazol-3-yl]oxy]- (2s)-", "(s)-1-(tert-butylamino)-3-[(4-morpholino-1,2,5-thiadiazol-3-yl)oxy]propan-2-ol", "(2s)-1-(tert-butylamino)-3-{[4-(morpholin-4-yl)-1,2,5-thiadiazol-3-yl]oxy}propan-2-ol", "337376-15-5", "(-)-s-timolo", "l-timolol maleate", "(s)-timolol maleate", "betime", "timacor", "timolol hydrogen maleate", "(s)-timolol hydrogen maleate", "(-)-s-timolol", "2-propanol 1-(tert-butylamino)-3-((4-morpholino-1,2,5-thiadiazol-3-yl)oxy)- (-)- maleate (1:1) (salt)", "(-)-timolol maleate", "(-)-1-(tert-butylamino)-3-((4-morpholino-1,2,5-thiadiazol-3-yl)oxy)-2-propanol maleate (1:1) (salt)", "(s)-1-[(1,1-dimethylethyl)amino]-3-[[4-(4-morpholinyl)-1,2,5-thiadiazol-3-yl]oxy]-2-propanol (z)-2-butenedioate (1:1)(salt)", "timorom", "timolol hemihydrate", "aquanil", "[26921-17-5]", "betim", "(s)-3-(3-(tert-butylamino)-2-hydroxypropoxy)-4-morpholino-1,2,5-thiadiazole monomaleate", "262-251-4[einecs]", "tenopt", "(2s)-1-(tert-butylamino)-3-{[4-(morpholin-4-yl)-1,2,5-thiadiazol-3-yl]oxy}propan-2-ol (2z)-but-2-enedioate (1:1)", "timolol hydrogen maleate salt", "timolide", "2-propanol 1-[(1,1-dimethylethyl)amino]-3-[[4-(4-morpholinyl)-1,2,5-thiadiazol-3-yl]oxy]- (2s)-,(2z)-2-butenedioate (1:1) (salt)", "timoptic (tn)", "(s)-3-[3-(tert-butylamino)-2-hydroxypropoxy]-4-morpholino-1,2,5-thiadiazole monomaleate", "(s)-(-)-timolol maleate", "proflax", "rysmon tg", "-timololmaleate", "60469-65-0[rn]", "timolol maleate [usan:jan][jan][usan]", "1-[(4-morpholin-4-yl-1,2,5-thiadiazol-3-yl)oxy]-3-(tert-butylamino)propan-2-ol", "cas-26921-17-5", "248-111-5[einecs]", "timoptic xe", "(s)-3-(3-(tert-butylamino)-2-hydroxypropoxy)-4-morpholino-1,2,5-thiadiazole maleate", "30166-36-0[rn]", "(s)-1-[(1,1-dimethylethyl)amino]-3-[[4-(4-morpholinyl)-1,2,5-thiadiazol-3-yl]oxy]-2-propanol maleate", "(2s)-1-[(1,1-dimethylethyl)amino]-3-[[4-(4-morpholinyl)-1,2,5-thiadiazol-3-yl]oxy]-2-propanol (2z)-2-butenedioate (1:1) (salt)", "2-propanol 1-((1,1-dimethylethyl)amino)-3-((4-(4-morpholinyl)-1,2,5-thiadiazol-3-yl)oxy)- (s)- (z)-2-butenedioate(1:1) (salt)", "(2s)-1-(tert-butylamino)-3-[(4-morpholin-4-yl-1,2,5-thiadiazol-3-yl)oxy]propan-2-ol (2z)-but-2-enedioate (salt)", "timolol maleate salt", "blocadren[wiki]", "(-)-1-(tert-butylamino)-3-((4-morpholino-1,2,5-thiadiazol-3-yl)oxy)-2-propanol maleate", "(-)-1-(tert-butylamino)-3-[(4-morpholino-1,2,5-thiadiazol-3-yl)oxy]-2-propanol maleate (1:1) (salt)", "(2s)-3-[(tert-butyl)amino]-1-(4-morpholin-4-yl(1,2,5-thiadiazol-3-yl)oxy)propan-2-ol (2z)but-2-enedioic acid", "timolol gfs", "(2s)-1-[(2-methyl-2-propanyl)amino]-3-{[4-(4-morpholinyl)-1,2,5-thiadiazol-3-yl]oxy}-2-propanol (2z)-2-butenedioate (1:1)", "temserin"}|>, "3271" -> <|"DatabaseID" -> "SW02072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91788]}, "IsomericSmiles" -> "C[N+]1(CCN(CC1)CC(c2ccccc2)(C3CCCCC3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01003"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HEXOCYCLIUM METHYLSULFATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101587]}, "Synonyms" -> {"tral", "hexocyclium metilsulfate", "hexocyclium methyl sulfate", "hexocyclium methylsulfate", "traline", "hexocyclium", "hexocyclium methosulfate", "hexocyclium (van)", "hexacyclium methyl sulfate", "n-(b-cyclohexyl-b-hydroxy-b-phenylethyl)-n1-methylpiperazine methosulfate", "204-097-2[einecs]", "hexocyclium (tral)", "piperazinium 4-(2-cyclohexyl-2-hydroxy-2-phenylethyl)-1,1-dimethyl- methyl sulfate (salt) (9ci)", "piperazinium 4- (2-cyclohexyl-2-hydroxy-2-phenylethyl)-1,1-dimethyl- methyl sulfate (salt)", "6004-98-4[rn]", "115-63-9[rn]", "hexocyclii metilsulfas[latin]", "4-(2-cyclohexyl-2-hydroxy-2-phenylethyl)-1,1-dimethylpiperazin-1-ium methyl sulfate[acd/iupac name]", "4-(b-cyclohexyl-b-hydroxy-b-phenethyl)-1,1-dimethylpiperaziniummethyl sulfate", "metilsulfato de hexociclo[spanish][inn]", "tral (tn)", "tralin", "hexocyclium methylsulphate", "metilsulfate d'hexocyclium[french][inn]", "piperazinium 4-(2-cyclohexyl-2-hydroxy-2-phenylethyl)-1,1-dimethyl- methyl sulfate (salt)", "n-(b-cyclohexyl-b-hydroxy-b-phenylethyl)-n1-methylpiperazine dimethylsulfate", "4-(2-cyclohexyl-2-hydroxy-2-phenylethyl)-1,1-dimethylpiperazinium methylsulfate(salt)", "oxoamyl salicylate"}|>, "3272" -> <|"DatabaseID" -> "SW02072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91788]}, "IsomericSmiles" -> "C[N+]1(CCN(CC1)CC(c2ccccc2)(C3CCCCC3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01003"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HEXOCYCLIUM METHYLSULFATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101587]}, "Synonyms" -> {"tral", "hexocyclium metilsulfate", "hexocyclium methyl sulfate", "hexocyclium methylsulfate", "traline", "hexocyclium", "hexocyclium methosulfate", "hexocyclium (van)", "hexacyclium methyl sulfate", "n-(b-cyclohexyl-b-hydroxy-b-phenylethyl)-n1-methylpiperazine methosulfate", "204-097-2[einecs]", "hexocyclium (tral)", "piperazinium 4-(2-cyclohexyl-2-hydroxy-2-phenylethyl)-1,1-dimethyl- methyl sulfate (salt) (9ci)", "piperazinium 4- (2-cyclohexyl-2-hydroxy-2-phenylethyl)-1,1-dimethyl- methyl sulfate (salt)", "6004-98-4[rn]", "115-63-9[rn]", "hexocyclii metilsulfas[latin]", "4-(2-cyclohexyl-2-hydroxy-2-phenylethyl)-1,1-dimethylpiperazin-1-ium methyl sulfate[acd/iupac name]", "4-(b-cyclohexyl-b-hydroxy-b-phenethyl)-1,1-dimethylpiperaziniummethyl sulfate", "metilsulfato de hexociclo[spanish][inn]", "tral (tn)", "tralin", "hexocyclium methylsulphate", "metilsulfate d'hexocyclium[french][inn]", "piperazinium 4-(2-cyclohexyl-2-hydroxy-2-phenylethyl)-1,1-dimethyl- methyl sulfate (salt)", "n-(b-cyclohexyl-b-hydroxy-b-phenylethyl)-n1-methylpiperazine dimethylsulfate", "4-(2-cyclohexyl-2-hydroxy-2-phenylethyl)-1,1-dimethylpiperazinium methylsulfate(salt)", "oxoamyl salicylate"}|>, "3273" -> <|"DatabaseID" -> "SW02073", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9525637]}, "IsomericSmiles" -> "CC(C)(C(=O)[O-])Oc1ccc(cc1)C(=O)c2ccc(cc2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08890"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CHOLINE FENOFIBRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11350701]}, "Synonyms" -> {"choline fenofibrate", "fenofibrate de choline", "abt 335", "856676-23-8", "choline fenofibrate (usan/inn)", "d08890", "1034151-05-7", "unii-4bmh7izt98", "chembl1201745", "856676-23-8[rn]"}|>, "3274" -> <|"DatabaseID" -> "SW02074", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 138847]}, "IsomericSmiles" -> "COC(=O)c1cc(ccc1O)Oc2ccc(c(c2)C(=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cylindol b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 157798]}, "Synonyms" -> {"cylindol b", "159225-90-8", "159225-90-8[rn]", "methyl 2-hydroxy-5-(4-hydroxy-3-methoxycarbonylphenoxy)benzoate", "ac1l4ip5", "benzoic acid"}|>, "3275" -> <|"DatabaseID" -> "SW02075", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8601421]}, "IsomericSmiles" -> "COC(=O)c1ccc(c(c1)Oc2cc(ccc2O)C(=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cylindol a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10425993]}, "Synonyms" -> {"cylindol a", "chembl471083", "dnc013890", "dimethyl 3,3'-oxybis(4-hydroxybenzoate)", "benzoic acid 3,3'-oxybis[4-hydroxy- dimethyl ester"}|>, "3276" -> <|"DatabaseID" -> "SW02076", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59360]}, "IsomericSmiles" -> "C[C@H]1COc2c(c(cc3c2n1cc(c3=O)C(=O)[O-])F)C4(CC4)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01153"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pazufloxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65957]}, "Synonyms" -> {"pazufloxacin", "7h-pyrido(1", "(-)-(3s)-10-(1-aminocyclopropyl)-9-fluoro-2", "(-)-(3s)-10-(1-aminocyclopropyl)-9-fluoro-2,3-dihydro-3-methyl-7--oxo-7h-pyrido(1,2,3-de)-1,4-benzoxazine-6-carboxylic acid", "127045-41-4", "(3s)-(-)-10-(1-aminocyclopropyl)-9-fluoro-2,3-dihydro-3-methyl-7-oxo-7h-pyrido(1,2,3-de)-1,4-benzoxazine-6-carboxylicacid", "7h-1,4-oxazino[2,3,4-ij]quinoline-6-carboxylic acid 10-(1-aminocyclopropyl)-9-fluoro-2,3-dihydro-3-methyl-7-oxo- (3s)-", "pazufloxacin hydrochloride", "smr000466380", "ncgc00167534-01", "pasil[wiki]", "7h-pyrido(1,2,3-de)-1,4-benzoxazine-6-carboxylic acid,10-(1-aminocyclopropyl)-9-fluoro-2,3-dihydro-3-methyl-7-oxo-,(s)-", "\"(3s)-10(1-aminocyclopropyl)-9-fluoro-2,3-dihydro-3-methyl-7-oxo-7h-pyrido[1,2,3-de]-1,4-benzoxazine-6-carboxylic acid", "t-3761", "(2s)-6-(1-aminocyclopropyl)-7-fluoro-2-methyl-10-oxo-4-oxa-1-azatricyclo[7.3.1.05,13]trideca-5,7,9(13),11-tetraene-11-carboxylic acid", "pzfx", "(s)-10-(1-aminocyclopropyl)-9-fluoro-2,3-dihydro-3-methyl-7-oxo-7h-pyrido[1,2,3-de]-1,4-benzoxazine-6-carboxylic acid", "127045-37-8[rn]", "(3s)-10-(1-aminocyclopropyl)-9-fluoro-3-methyl-7-oxo-2,3-dihydro-7h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylic acid[acd/iupac name]", "t 3761", "127045-41-4[rn]", "7h-pyrido(1,2,3-de)-1,4-benzoxazine-6-carboxylic acid,2,3-dihydro-10-(1-aminocyclopropyl)-9-fluoro-3-methyl-7-oxo-,(s)-", "(s)-10-(1-aminocyclopropyl)-9-fluoro-3-methyl-7-oxo-3,7-dihydro-2h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylic acid", "pazufloxacin[inn][jan]", "ccris 7312", "pazufloxacin mesylate", "127046-45-1[rn]", "t666 1a m bn eo kvt&&j; c1 hf lvq g- al3tj az &&s; form[wln]", "163680-77-1[rn]"}|>, "3277" -> <|"DatabaseID" -> "SW02077", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "168396"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 393865], ExternalIdentifier["ChemSpiderID", 4938872]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01024"]}, "IsomericSmiles" -> "Cc1c2c(c(c(c1OC)C/C=C(\\C)/CCC(=O)[O-])[O-])C(=O)OC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05096"], ExternalIdentifier["KEGGID", "D05095"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mycophenolate sodium", "FDA Approved Drug" -> "MYCOPHENOLIC ACID"|>, "PharmGKBID" -> "PA164748728", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 446541], ExternalIdentifier["PubChemCompoundID", 6433817]}, "Synonyms" -> {"mycophenolic acid", "myfortic", "melbex", "mycophenolate sodium", "mycophenolsaeure", "acide mycophenolique", "micofenolico acido", "acido micofenolico", "mycophenoic acid", "37415-62-6[rn]", "mycophenolate", "mycophenolic", "ec-mps", "6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-5-phthanlanyl)-4-methyl-4-hexanoicacid", "mycophenolate mofetil imp. f (ep)", "sodium 4(e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-1,3-dihydroisobenzofuran-5-yl)-4-methylhex-4-enoate", "mycophenolic monosodium salt", "mycophenolic acid monosodium salt", "sodium mycophenolate", "[24280-93-1]", "6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methyl-4-hexenoic acid", "acidum mycophenolicum[latin]", "mycophenolic acid sodium salt", "23288-62-2[rn]", "lilly-68618", "4-hexenoic acid 6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methyl- (e)-", "erl-080a", "(e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-5-phthalanyl)-4-methyl-4-hexenoic acid;micofenolico acido; mycophenolate;mycophenolsaeure", "6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)- 4-methyl-4-hexenoicacid", "483-60-3[rn]", "impdh-ii", "24280-93-1[rn]", "4-hexenoic acid 6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methyl- (4e)-", "acide mycophenolique; acidomicofenolico; acidum mycophenolicum; mycophenolic acid", "246-119-3[einecs]", "mycophenolicacid", "micofenolico acido[spanish]", "ec 1.1.1.205", "acido micofenolico[spanish][inn]", "4-hexenoic acid 6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methyl- (4e)- (9ci)", "6-(1,3-dihydro-7-hydroxy-5-methoxy-4-methyl-1-oxoisobenzofuran-6-yl)-4-methyl-4-hexanoic acid", "4-hexenoic acid 6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-5-phthalanyl)-4-methyl- (e)- (8ci)", "6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-5-phthalanyl)-4-methyl-4-hexenoicacid (e)-", "4-hexenoic acid 6- (1 3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methyl-,(e)-", "mycophenolic acid (e)-", "4-hexenoic acid 6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methyl- monosodiumsalt (e)- (9ci)", "4-hexenoic acid 6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-5-phthalanyl)-4-methyl- sodium salt", "mycophenolic acid [usan:ban:inn][inn][usan]", "4-methyl-5-methoxy-7-hydroxy-6-(5-carboxy-3-methylpent-2-en-1-yl)-phthalide (e)-", "(4e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-1,3-dihydro-2-benzofuran-5-yl)-4-methyl-4-hexenoic acid", "impd 2", "(4e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-1,3-dihydroisobenzofuran-5-yl)-4-methylhex-4-enoic acid", "mycophenolic acid [inn_en]", "moa", "acide mycophenolique[french][inn]", "(4e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxohydroisobenzofuran-5-yl)-4-methylhex-4-enoic acid", "(e)-6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methyl-4-hexenoic acid", "4-hexenoic acid 6- (4-hydroxy-6-methoxy-7-methyl-3-oxo-5-phthalanyl)-4-methyl-,(e)-", "(e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-5-phthalanyl)-4-methyl-4-hexenoic acid", "acidum mycophenolicum", "207-595-8[einecs]", "myfortic[wiki]", "1162256-90-7[rn]", "li7", "cas-24280-93-1", "imp dehydrogenase 2", "6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-5-phthalanyl)-4-methyl-4-hexenoicacid", "6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methylhex-4-enoic acid", "mycophenolic acid sodium salt", "24280-93-1", "(4e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-1,3-dihydro-2-benzofuran-5-yl)-4-methylhex-4-enoic acid", "4-hexenoic acid 6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-5-phthalanyl)-4-methyl- (e)-"}|>, "3278" -> <|"DatabaseID" -> "SW02078", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4600]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04824"]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)OC2(c3ccc(cc3)O)c4ccc(cc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05456"]}, "OfficialNames" -> <|"Indian Approved Name" -> "phenolphthalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4764]}, "Synonyms" -> {"espotabs", "euchessina", "purgophen", "koprol", "phenolphthalein", "phenolax", "phthalimetten", "laxogen", "chocolax", "trilax", "laxcaps", "medilax", "agoral", "doxidan", "phillips gelcaps", "evac-u-gen", "evac-v-lax", "modane", "3,3-bis(4-hydroxyphenyl)phthalide", "3,3-bis(4-hydroxyphenyl)-1(3h)-isobenzofuranone", "modane plus", "correctol", "laxin", "evac-q-kit", "evac-q-tabs", "femilax", "dihydroxyphthalophenone", "3,3-bis(p-hydroxyphenyl)phthalide", "colax", "purga", "evac-q-kwik", "ex-lax", "lilo", "doxan", "feen-a-mint laxative mints", "alophen", "spulmako-lax", "purgen", "phenolphtaleine [inn-french]", "phenolphthaleinum [inn-latin]", "phthalin", "lax-pills", "3,3-bis(4-hydroxyphenyl)-2-benzofuran-1(3h)-one", "phthalide 3,3,-bis(p-hydroxyphenyl)-", "5-18-04-00188 (beilstein handbook reference)[beilstein]", "ugt-1i", "alpha-di(p-hydroxyphenyl)phthalide", "modane[wiki]", "ugt1.9", "467-29-8[rn]", "udpgt", "3,3-bis(4-hydroxyphenyl)-2-benzofuran-1(3h)-one[acd/iupac name]", "ugt1-9", "3,3-bis-(4-hydroxy-phenyl)-3h-isobenzofuran-1-one", "phenolphtaleine[french][inn]", "white phenolphthalein", "udp-glucuronosyltransferase 1a9", "prulet", "a-(p-hydroxyphenyl)-a-(4-oxo-2,5-cyclohexadien-1-ylidine)-o-toluic acid", "d020113", "phenolphthaleinum[latin]", "trihydroxytriphenylmethane-2-carboxylic acid lactone;", "284423", "3,3-bis(4-hydroxyphenyl)-3-hydroisobenzofuran-1-one", "ugt1i", "77-09-8[rn]", "laxettes", "57214-20-7[rn]", "ugt1*9", "feen-a-mint", "fenolftalein[czech]", "3,3-bis(4-hydroxyphenyl)isobenzofuran-1(3h)-one", "phenolphthalein [usan:ban:inn][inn][usan]", "fenolftaleina[spanish][inn]", "1(3h)-isobenzofuranone 3,3-bis(4-hydroxyphenyl)-", "1977-09-8", "phenolphthalein[wiki]", "5-18-04-00188", "fenolftalein [czech]", "lugp4", "fenolftaleina [inn-spanish]", "feen-a-mint gum", "thalinol", "201-004-7[einecs]", "phenophthalein", "ap-la-day", "laxatone", "purgophen (van)", "3,3-bis(4-hydroxyphenyl)-1(3h)-isobenzofurunone", "3,3-bis(para-hydroxyphenyl)phthalide", "figsen"}|>, "3279" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3280" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3281" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3282" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3283" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3284" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3285" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3286" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3287" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3288" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3289" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3290" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3291" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3292" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3293" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3294" -> <|"DatabaseID" -> "SW02079", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26231550]}, "IsomericSmiles" -> "C[NH+]1CCC2C1C3c4cc5c(cc4C(=O)OC3C(C2)O)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clividine"|>, "Synonyms" -> {"(+)-clividine"}|>, "3295" -> <|"DatabaseID" -> "SW02080", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "39389"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110211]}, "IsomericSmiles" -> "CC(=CC1C(C1(C)C)C(=O)OCN2C(=O)CN(C2=O)CC#C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01889"]}, "OfficialNames" -> <|"NPC Approved Name" -> "imiprothrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 123622]}, "Synonyms" -> {"imiprothrin", "pralle", "pralle t", "imiprothrin [iso]", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)- [2,5-dioxo-3-(2-propyn-1-yl)-1-imidazolidinyl]methyl ester", "s 4056f", "[2,5-dioxo-3-(prop-2-in-1-yl)imidazolidin-1-yl]methyl-2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropancarboxylat", "[2,5-dioxo-3-(2-propin-1-yl)-1-imidazolidinyl]methyl-2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropancarboxylat", "72963-72-5", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (2,5-dioxo-3-(2-propynyl)-1-imidazolidinyl)methylester", "2", "(2,5-dioxo-3-prop-2-yn-1-ylimidazolidin-1-yl)methyl 2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropanecarboxylate", "imiprothrin(jan)", "[2,5-dioxo-3-(2-propynyl)-1-imidazolidinyl]methyl 2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "imiprothrin[wiki]", "[2,5-dioxo-3-(2-propyn-1-yl)-1-imidazolidinyl]methyl 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropanecarboxylate[acd/iupac name]", "imiprothrin (jan)", "ac1q68jo", "72963-72-5[rn]", "ac1l3wzs", "[2,5-dioxo-3-(prop-2-yn-1-yl)imidazolidin-1-yl]methyl2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropanecarboxylate"}|>, "3296" -> <|"DatabaseID" -> "SW02080", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "39389"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110211]}, "IsomericSmiles" -> "CC(=CC1C(C1(C)C)C(=O)OCN2C(=O)CN(C2=O)CC#C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01889"]}, "OfficialNames" -> <|"NPC Approved Name" -> "imiprothrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 123622]}, "Synonyms" -> {"imiprothrin", "pralle", "pralle t", "imiprothrin [iso]", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)- [2,5-dioxo-3-(2-propyn-1-yl)-1-imidazolidinyl]methyl ester", "s 4056f", "[2,5-dioxo-3-(prop-2-in-1-yl)imidazolidin-1-yl]methyl-2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropancarboxylat", "[2,5-dioxo-3-(2-propin-1-yl)-1-imidazolidinyl]methyl-2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropancarboxylat", "72963-72-5", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (2,5-dioxo-3-(2-propynyl)-1-imidazolidinyl)methylester", "2", "(2,5-dioxo-3-prop-2-yn-1-ylimidazolidin-1-yl)methyl 2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropanecarboxylate", "imiprothrin(jan)", "[2,5-dioxo-3-(2-propynyl)-1-imidazolidinyl]methyl 2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "imiprothrin[wiki]", "[2,5-dioxo-3-(2-propyn-1-yl)-1-imidazolidinyl]methyl 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropanecarboxylate[acd/iupac name]", "imiprothrin (jan)", "ac1q68jo", "72963-72-5[rn]", "ac1l3wzs", "[2,5-dioxo-3-(prop-2-yn-1-yl)imidazolidin-1-yl]methyl2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropanecarboxylate"}|>, "3297" -> <|"DatabaseID" -> "SW02080", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "39389"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110211]}, "IsomericSmiles" -> "CC(=CC1C(C1(C)C)C(=O)OCN2C(=O)CN(C2=O)CC#C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01889"]}, "OfficialNames" -> <|"NPC Approved Name" -> "imiprothrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 123622]}, "Synonyms" -> {"imiprothrin", "pralle", "pralle t", "imiprothrin [iso]", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)- [2,5-dioxo-3-(2-propyn-1-yl)-1-imidazolidinyl]methyl ester", "s 4056f", "[2,5-dioxo-3-(prop-2-in-1-yl)imidazolidin-1-yl]methyl-2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropancarboxylat", "[2,5-dioxo-3-(2-propin-1-yl)-1-imidazolidinyl]methyl-2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropancarboxylat", "72963-72-5", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (2,5-dioxo-3-(2-propynyl)-1-imidazolidinyl)methylester", "2", "(2,5-dioxo-3-prop-2-yn-1-ylimidazolidin-1-yl)methyl 2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropanecarboxylate", "imiprothrin(jan)", "[2,5-dioxo-3-(2-propynyl)-1-imidazolidinyl]methyl 2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "imiprothrin[wiki]", "[2,5-dioxo-3-(2-propyn-1-yl)-1-imidazolidinyl]methyl 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropanecarboxylate[acd/iupac name]", "imiprothrin (jan)", "ac1q68jo", "72963-72-5[rn]", "ac1l3wzs", "[2,5-dioxo-3-(prop-2-yn-1-yl)imidazolidin-1-yl]methyl2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropanecarboxylate"}|>, "3298" -> <|"DatabaseID" -> "SW02080", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "39389"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110211]}, "IsomericSmiles" -> "CC(=CC1C(C1(C)C)C(=O)OCN2C(=O)CN(C2=O)CC#C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01889"]}, "OfficialNames" -> <|"NPC Approved Name" -> "imiprothrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 123622]}, "Synonyms" -> {"imiprothrin", "pralle", "pralle t", "imiprothrin [iso]", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)- [2,5-dioxo-3-(2-propyn-1-yl)-1-imidazolidinyl]methyl ester", "s 4056f", "[2,5-dioxo-3-(prop-2-in-1-yl)imidazolidin-1-yl]methyl-2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropancarboxylat", "[2,5-dioxo-3-(2-propin-1-yl)-1-imidazolidinyl]methyl-2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropancarboxylat", "72963-72-5", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (2,5-dioxo-3-(2-propynyl)-1-imidazolidinyl)methylester", "2", "(2,5-dioxo-3-prop-2-yn-1-ylimidazolidin-1-yl)methyl 2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropanecarboxylate", "imiprothrin(jan)", "[2,5-dioxo-3-(2-propynyl)-1-imidazolidinyl]methyl 2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "imiprothrin[wiki]", "[2,5-dioxo-3-(2-propyn-1-yl)-1-imidazolidinyl]methyl 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropanecarboxylate[acd/iupac name]", "imiprothrin (jan)", "ac1q68jo", "72963-72-5[rn]", "ac1l3wzs", "[2,5-dioxo-3-(prop-2-yn-1-yl)imidazolidin-1-yl]methyl2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropanecarboxylate"}|>, "3299" -> <|"DatabaseID" -> "SW02081", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 145755]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01102"]}, "IsomericSmiles" -> "c1cc(ccc1CCCC[NH2+]C[C@@H](c2ccc(c(c2)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02976"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ARBUTAMINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 166551]}, "Synonyms" -> {"arbutamine", "genesa (tn)", "arbutamine hydrochloride", "genesa", "arbutamine hydrochloride (usan)", "1,2-benzenediol 4-(1-hydroxy-2-((4-(4-hydroxyphenyl)butyl)amino)ethyl)- (r)- hydrochloride", "beta-3 adrenoreceptor", "c18h23no4.hcl", "gp-2-121-3", "arbutamine hydrochloride[usan]", "ac1l4yar", "125251-66-3", "arbutamine hydrochloride [usan]", "arbutamine hcl", "unii-k0nf2cpj7f", "beta-3 adrenoceptor"}|>, "3300" -> <|"DatabaseID" -> "SW02082", "IsomericSmiles" -> "COc1ccc(cc1OC)CC[NH2+]C[C@@H](c2ccc(cc2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02614"]}, "OfficialNames" -> <|"NPC Approved Name" -> "denopamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311064]}, "Synonyms" -> {"denopamine", "71771-90-9", "ncgc00094384-01", "kalgut", "denopamine (jan/inn)", "r(-)-denopamine", "surecn218640", "lopac-d-7815", "ta-064", "kalgut (tn)", "ac1nsjxk"}|>, "3301" -> <|"DatabaseID" -> "SW02083", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141016]}, "IsomericSmiles" -> "C[NH+]1CCC2=CC[C@@H]3[C@H]([C@@H]21)c4cc(c(cc4[C@H](O3)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycorenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160472]}, "Synonyms" -> {"lycorenine", "477-19-0", "477-19-0[rn]", "lycorenin", "(7|a)-9", "ar-1a7187", "kst-1a5767", "kst-1a5768", "[2]benzopyrano[3,4-g]indol-7-ol 1,2,3,5,5a,7,11b,11c-octahydro-9,10-dimethoxy-1-methyl-,(5ar,7s,11bs,11cs)-", "5440-56-2", "(7alpha)-9", "ar-1a7188", "ac1l4nog"}|>, "3302" -> <|"DatabaseID" -> "SW02083", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141016]}, "IsomericSmiles" -> "C[NH+]1CCC2=CC[C@@H]3[C@H]([C@@H]21)c4cc(c(cc4[C@H](O3)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycorenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160472]}, "Synonyms" -> {"lycorenine", "477-19-0", "477-19-0[rn]", "lycorenin", "(7|a)-9", "ar-1a7187", "kst-1a5767", "kst-1a5768", "[2]benzopyrano[3,4-g]indol-7-ol 1,2,3,5,5a,7,11b,11c-octahydro-9,10-dimethoxy-1-methyl-,(5ar,7s,11bs,11cs)-", "5440-56-2", "(7alpha)-9", "ar-1a7188", "ac1l4nog"}|>, "3303" -> <|"DatabaseID" -> "SW02084", "IsomericSmiles" -> "C/C(=C\\c1ccccc1)/C=C\\2/C(=O)N(C(=S)S2)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01688"]}, "OfficialNames" -> <|"Indian Approved Name" -> "epalrestat"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1549120]}, "Synonyms" -> {"epalrestat", "kinedak", "ono 2", "epalrestatum", "ono 2235", "epalrestat [inn]", "ono-2", "82159-09-9", "epalrestatum [latin]", "ono-2235"}|>, "3304" -> <|"DatabaseID" -> "SW02085", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11201]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00986"]}, "IsomericSmiles" -> "C[N+]1(CCC(C1)OC(=O)C(c2ccccc2)(C3CCCC3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00540"]}, "OfficialNames" -> <|"Indian Approved Name" -> "glycopyrrolate", "FDA Approved Drug" -> "GLYCOPYRROLATE"|>, "PharmGKBID" -> "PA164754882", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3494]}, "Synonyms" -> {"glycopyrrolate", "glycopyrronium bromide", "robanul", "robinul", "robinal", "asecryl", "gastrodyn", "nodapton", "tarodyl", "tarodyn", "3-(2-phenyl-2-cyclopentylglycoloyloxy)-1,1-dimethylpyrrolidinium bromide", "pyrrolidinium 3-[(cyclopentylhydroxyphenylacetyl)oxy]-1,1-dimethyl- bromide", "nsc250836", "glycopyrrolate[wiki][usp]", "3-[(2-cyclopentyl-2-hydroxy-2-phenylacetyl)oxy]-1,1-dimethylpyrrolidin-1-ium bromide", "glycopyrroni bromidum", "bromuro de glicopirronio[spanish][inn]", "596-51-0", "zlchem 10", "robinul (tn)", "53808-86-9[rn]", "a-cyclopentylmandelic acidester with 3-hydroxy-1,1-dimethylpyrrolidiniumbromide", "209-887-0[einecs]", "glycopyrroniumbromide", "3-[2-cyclopentyl(hydroxy)phenylacetoxy]-1,1-dimethylpyrrolidinium bromide[acd/iupac name]", "pyrrolidinium 3-[(2-cyclopentyl-2-hydroxy-2-phenylacetyl)oxy]-1,1-dimethyl- bromide (1:1)", "glycopyrronium", "3-{[cyclopentyl(hydroxy)phenylacetyl]oxy}-1,1-dimethylpyrrolidinium bromide", "3-[(cyclopentylhydroxyphenylacetyl)oxy]-1,1-dimethylpyrrolidinium bromide", "g00010-watson-int", "3-(erythro-2-cyclopentyl-2-hydroxy-2-phenylacetoxy)-1,1-dimethylpyrrolidiniumbromid", "glycopyrronii bromidum", "pyrrolidinium 3-((cyclopentylhydroxyphenylacetyl)oxy)-1,1-dimethyl- bromide", "nsc251251", "nsc251252", "3-{[cyclopentyl(hydroxy)phenylacetyl]oxy}-1,1-dimethylpyrrolidiniumbromid", "ncgc00179456-02", "3-hydroxy-1,1-dimethylpyrrolidiniumbromide a-cyclopentylmandelate", "bromure de ritropirronium", "bromure de ritropirronio", "bromure de glycopyrronium[french][inn]", "ritropirronium bromide[inn]", "596-51-0[rn]", "robinul forte", "glycopyrrone bromide"}|>, "3305" -> <|"DatabaseID" -> "SW02085", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11201]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00986"]}, "IsomericSmiles" -> "C[N+]1(CCC(C1)OC(=O)C(c2ccccc2)(C3CCCC3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00540"]}, "OfficialNames" -> <|"Indian Approved Name" -> "glycopyrrolate", "FDA Approved Drug" -> "GLYCOPYRROLATE"|>, "PharmGKBID" -> "PA164754882", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3494]}, "Synonyms" -> {"glycopyrrolate", "glycopyrronium bromide", "robanul", "robinul", "robinal", "asecryl", "gastrodyn", "nodapton", "tarodyl", "tarodyn", "3-(2-phenyl-2-cyclopentylglycoloyloxy)-1,1-dimethylpyrrolidinium bromide", "pyrrolidinium 3-[(cyclopentylhydroxyphenylacetyl)oxy]-1,1-dimethyl- bromide", "nsc250836", "glycopyrrolate[wiki][usp]", "3-[(2-cyclopentyl-2-hydroxy-2-phenylacetyl)oxy]-1,1-dimethylpyrrolidin-1-ium bromide", "glycopyrroni bromidum", "bromuro de glicopirronio[spanish][inn]", "596-51-0", "zlchem 10", "robinul (tn)", "53808-86-9[rn]", "a-cyclopentylmandelic acidester with 3-hydroxy-1,1-dimethylpyrrolidiniumbromide", "209-887-0[einecs]", "glycopyrroniumbromide", "3-[2-cyclopentyl(hydroxy)phenylacetoxy]-1,1-dimethylpyrrolidinium bromide[acd/iupac name]", "pyrrolidinium 3-[(2-cyclopentyl-2-hydroxy-2-phenylacetyl)oxy]-1,1-dimethyl- bromide (1:1)", "glycopyrronium", "3-{[cyclopentyl(hydroxy)phenylacetyl]oxy}-1,1-dimethylpyrrolidinium bromide", "3-[(cyclopentylhydroxyphenylacetyl)oxy]-1,1-dimethylpyrrolidinium bromide", "g00010-watson-int", "3-(erythro-2-cyclopentyl-2-hydroxy-2-phenylacetoxy)-1,1-dimethylpyrrolidiniumbromid", "glycopyrronii bromidum", "pyrrolidinium 3-((cyclopentylhydroxyphenylacetyl)oxy)-1,1-dimethyl- bromide", "nsc251251", "nsc251252", "3-{[cyclopentyl(hydroxy)phenylacetyl]oxy}-1,1-dimethylpyrrolidiniumbromid", "ncgc00179456-02", "3-hydroxy-1,1-dimethylpyrrolidiniumbromide a-cyclopentylmandelate", "bromure de ritropirronium", "bromure de ritropirronio", "bromure de glycopyrronium[french][inn]", "ritropirronium bromide[inn]", "596-51-0[rn]", "robinul forte", "glycopyrrone bromide"}|>, "3306" -> <|"DatabaseID" -> "SW02085", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11201]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00986"]}, "IsomericSmiles" -> "C[N+]1(CCC(C1)OC(=O)C(c2ccccc2)(C3CCCC3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00540"]}, "OfficialNames" -> <|"Indian Approved Name" -> "glycopyrrolate", "FDA Approved Drug" -> "GLYCOPYRROLATE"|>, "PharmGKBID" -> "PA164754882", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3494]}, "Synonyms" -> {"glycopyrrolate", "glycopyrronium bromide", "robanul", "robinul", "robinal", "asecryl", "gastrodyn", "nodapton", "tarodyl", "tarodyn", "3-(2-phenyl-2-cyclopentylglycoloyloxy)-1,1-dimethylpyrrolidinium bromide", "pyrrolidinium 3-[(cyclopentylhydroxyphenylacetyl)oxy]-1,1-dimethyl- bromide", "nsc250836", "glycopyrrolate[wiki][usp]", "3-[(2-cyclopentyl-2-hydroxy-2-phenylacetyl)oxy]-1,1-dimethylpyrrolidin-1-ium bromide", "glycopyrroni bromidum", "bromuro de glicopirronio[spanish][inn]", "596-51-0", "zlchem 10", "robinul (tn)", "53808-86-9[rn]", "a-cyclopentylmandelic acidester with 3-hydroxy-1,1-dimethylpyrrolidiniumbromide", "209-887-0[einecs]", "glycopyrroniumbromide", "3-[2-cyclopentyl(hydroxy)phenylacetoxy]-1,1-dimethylpyrrolidinium bromide[acd/iupac name]", "pyrrolidinium 3-[(2-cyclopentyl-2-hydroxy-2-phenylacetyl)oxy]-1,1-dimethyl- bromide (1:1)", "glycopyrronium", "3-{[cyclopentyl(hydroxy)phenylacetyl]oxy}-1,1-dimethylpyrrolidinium bromide", "3-[(cyclopentylhydroxyphenylacetyl)oxy]-1,1-dimethylpyrrolidinium bromide", "g00010-watson-int", "3-(erythro-2-cyclopentyl-2-hydroxy-2-phenylacetoxy)-1,1-dimethylpyrrolidiniumbromid", "glycopyrronii bromidum", "pyrrolidinium 3-((cyclopentylhydroxyphenylacetyl)oxy)-1,1-dimethyl- bromide", "nsc251251", "nsc251252", "3-{[cyclopentyl(hydroxy)phenylacetyl]oxy}-1,1-dimethylpyrrolidiniumbromid", "ncgc00179456-02", "3-hydroxy-1,1-dimethylpyrrolidiniumbromide a-cyclopentylmandelate", "bromure de ritropirronium", "bromure de ritropirronio", "bromure de glycopyrronium[french][inn]", "ritropirronium bromide[inn]", "596-51-0[rn]", "robinul forte", "glycopyrrone bromide"}|>, "3307" -> <|"DatabaseID" -> "SW02085", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11201]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00986"]}, "IsomericSmiles" -> "C[N+]1(CCC(C1)OC(=O)C(c2ccccc2)(C3CCCC3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00540"]}, "OfficialNames" -> <|"Indian Approved Name" -> "glycopyrrolate", "FDA Approved Drug" -> "GLYCOPYRROLATE"|>, "PharmGKBID" -> "PA164754882", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3494]}, "Synonyms" -> {"glycopyrrolate", "glycopyrronium bromide", "robanul", "robinul", "robinal", "asecryl", "gastrodyn", "nodapton", "tarodyl", "tarodyn", "3-(2-phenyl-2-cyclopentylglycoloyloxy)-1,1-dimethylpyrrolidinium bromide", "pyrrolidinium 3-[(cyclopentylhydroxyphenylacetyl)oxy]-1,1-dimethyl- bromide", "nsc250836", "glycopyrrolate[wiki][usp]", "3-[(2-cyclopentyl-2-hydroxy-2-phenylacetyl)oxy]-1,1-dimethylpyrrolidin-1-ium bromide", "glycopyrroni bromidum", "bromuro de glicopirronio[spanish][inn]", "596-51-0", "zlchem 10", "robinul (tn)", "53808-86-9[rn]", "a-cyclopentylmandelic acidester with 3-hydroxy-1,1-dimethylpyrrolidiniumbromide", "209-887-0[einecs]", "glycopyrroniumbromide", "3-[2-cyclopentyl(hydroxy)phenylacetoxy]-1,1-dimethylpyrrolidinium bromide[acd/iupac name]", "pyrrolidinium 3-[(2-cyclopentyl-2-hydroxy-2-phenylacetyl)oxy]-1,1-dimethyl- bromide (1:1)", "glycopyrronium", "3-{[cyclopentyl(hydroxy)phenylacetyl]oxy}-1,1-dimethylpyrrolidinium bromide", "3-[(cyclopentylhydroxyphenylacetyl)oxy]-1,1-dimethylpyrrolidinium bromide", "g00010-watson-int", "3-(erythro-2-cyclopentyl-2-hydroxy-2-phenylacetoxy)-1,1-dimethylpyrrolidiniumbromid", "glycopyrronii bromidum", "pyrrolidinium 3-((cyclopentylhydroxyphenylacetyl)oxy)-1,1-dimethyl- bromide", "nsc251251", "nsc251252", "3-{[cyclopentyl(hydroxy)phenylacetyl]oxy}-1,1-dimethylpyrrolidiniumbromid", "ncgc00179456-02", "3-hydroxy-1,1-dimethylpyrrolidiniumbromide a-cyclopentylmandelate", "bromure de ritropirronium", "bromure de ritropirronio", "bromure de glycopyrronium[french][inn]", "ritropirronium bromide[inn]", "596-51-0[rn]", "robinul forte", "glycopyrrone bromide"}|>, "3308" -> <|"DatabaseID" -> "SW02086", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64028"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5796]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04844"]}, "IsomericSmiles" -> "CC(C)CC1C[NH+]2CCc3cc(c(cc3C2CC1=O)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08575"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tetrabenazine", "Australia Approved Name" -> "TETRABENAZINE", "FDA Approved Drug" -> "TETRABENAZINE"|>, "PharmGKBID" -> "PA140222719", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6018]}, "Synonyms" -> {"xenazine", "tetrabenzaine", "nitoman", "tetrabenzine", "tetra benazin", "tetrabenazine", "rubigen", "tetrabenazina [inn-spanish]", "tetrabenazinum [inn-latin]", "3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-one[acd/iupac name]", "9,10-dimethoxy-3-(2-methylpropyl)-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-one", "1,2,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-2h-benzo[a]quinolizin-2-one", "200-383-6[einecs]", "ro 1-9569", "tetrabenazinum[latin]", "solute carrier family 18 member 2", "2h-benzo(a)quinolizin-2-one 1,3,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-", "monoamine transporter", "2h-benzo[a]quinolizin-2-one 1,3,4,6,7,11b-hexahydro-3-isobutyl-9 10-dimethoxy-", "tetrabenazina[spanish][inn]", "2,3-dimethoxy-9-(2-methylpropyl)-5,6,7,11a-tetrahydropiperidino[2,1-a]isoquino lin-10-one", "1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-2h-benzo[a]quinolizin-2-one", "nitoman;xenazine", "ro 1-9569/12", "1,2,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-2h-benzo[a]quinolizin-2-one; 2-oxo-3-isobutyl-9,10-dimethoxy-1,2,3,4,6,7-hexahydro-11bh-benzo[a]quinolizine; 2-oxo-3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-benzoquinolizine", "1,3,4,6,7,11b-hexahydro-3-isobutyl-9 10-dimethoxy-2h-benzo[a]quinolizin-2-one", "2-oxo-3-isobutyl-9 10-dimethoxy-1,2,3,4,6,7-hexahydro-11bh-benzo[a]quinolizine", "2h-benzo(a)quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)- (9ci)", "5-21-13-00178 (beilstein handbook reference)[beilstein]", "vesicular amine transporter 2", "vat2", "9,10-dimethoxy-3-(2-methylpropyl)-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isochinolin-2-on", "2h-benzo(a)quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-", "2-oxo-3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-benzoquinolizine", "5-21-13-00178", "58-46-8[rn]", "2,3-dimethoxy-9-(2-methylpropyl)-5,6,7,11a-tetrahydropiperidino[2,1-a]isoquinolin-10-one", "9,10-dimethoxy-3-isobutyl-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-one", "2h-benzo[a]quinolizin-2-one,1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-,(3r,11br)-rel-", "regulin", "tl8005032", "2-oxo-3-isobutyl-9,10-dimethoxy-1,2,3,4,6,7-hexahydro-11bh-benzo[a]quinolizine", "nitoman xenazine", "nitoman[wiki]", "3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-pyrido[2,1-a]isoquinolin-2-one", "2h-benzo[a]quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-", "rubigen[wiki]", "1,3,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-2h-benzo(a)quinolizin-2-one", "tetrabenazine [ban:inn][inn]", "2h-benzo[a]quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9 10-dimethoxy-3-(2-methylpropyl)-", "tetrabenazina", "tetrabenazine[wiki]", "718635-93-9[rn]", "718635-93-9"}|>, "3309" -> <|"DatabaseID" -> "SW02086", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64028"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5796]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04844"]}, "IsomericSmiles" -> "CC(C)CC1C[NH+]2CCc3cc(c(cc3C2CC1=O)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08575"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tetrabenazine", "Australia Approved Name" -> "TETRABENAZINE", "FDA Approved Drug" -> "TETRABENAZINE"|>, "PharmGKBID" -> "PA140222719", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6018]}, "Synonyms" -> {"xenazine", "tetrabenzaine", "nitoman", "tetrabenzine", "tetra benazin", "tetrabenazine", "rubigen", "tetrabenazina [inn-spanish]", "tetrabenazinum [inn-latin]", "3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-one[acd/iupac name]", "9,10-dimethoxy-3-(2-methylpropyl)-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-one", "1,2,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-2h-benzo[a]quinolizin-2-one", "200-383-6[einecs]", "ro 1-9569", "tetrabenazinum[latin]", "solute carrier family 18 member 2", "2h-benzo(a)quinolizin-2-one 1,3,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-", "monoamine transporter", "2h-benzo[a]quinolizin-2-one 1,3,4,6,7,11b-hexahydro-3-isobutyl-9 10-dimethoxy-", "tetrabenazina[spanish][inn]", "2,3-dimethoxy-9-(2-methylpropyl)-5,6,7,11a-tetrahydropiperidino[2,1-a]isoquino lin-10-one", "1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-2h-benzo[a]quinolizin-2-one", "nitoman;xenazine", "ro 1-9569/12", "1,2,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-2h-benzo[a]quinolizin-2-one; 2-oxo-3-isobutyl-9,10-dimethoxy-1,2,3,4,6,7-hexahydro-11bh-benzo[a]quinolizine; 2-oxo-3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-benzoquinolizine", "1,3,4,6,7,11b-hexahydro-3-isobutyl-9 10-dimethoxy-2h-benzo[a]quinolizin-2-one", "2-oxo-3-isobutyl-9 10-dimethoxy-1,2,3,4,6,7-hexahydro-11bh-benzo[a]quinolizine", "2h-benzo(a)quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)- (9ci)", "5-21-13-00178 (beilstein handbook reference)[beilstein]", "vesicular amine transporter 2", "vat2", "9,10-dimethoxy-3-(2-methylpropyl)-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isochinolin-2-on", "2h-benzo(a)quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-", "2-oxo-3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-benzoquinolizine", "5-21-13-00178", "58-46-8[rn]", "2,3-dimethoxy-9-(2-methylpropyl)-5,6,7,11a-tetrahydropiperidino[2,1-a]isoquinolin-10-one", "9,10-dimethoxy-3-isobutyl-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-one", "2h-benzo[a]quinolizin-2-one,1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-,(3r,11br)-rel-", "regulin", "tl8005032", "2-oxo-3-isobutyl-9,10-dimethoxy-1,2,3,4,6,7-hexahydro-11bh-benzo[a]quinolizine", "nitoman xenazine", "nitoman[wiki]", "3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-pyrido[2,1-a]isoquinolin-2-one", "2h-benzo[a]quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-", "rubigen[wiki]", "1,3,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-2h-benzo(a)quinolizin-2-one", "tetrabenazine [ban:inn][inn]", "2h-benzo[a]quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9 10-dimethoxy-3-(2-methylpropyl)-", "tetrabenazina", "tetrabenazine[wiki]", "718635-93-9[rn]", "718635-93-9"}|>, "3310" -> <|"DatabaseID" -> "SW02086", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64028"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5796]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04844"]}, "IsomericSmiles" -> "CC(C)CC1C[NH+]2CCc3cc(c(cc3C2CC1=O)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08575"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tetrabenazine", "Australia Approved Name" -> "TETRABENAZINE", "FDA Approved Drug" -> "TETRABENAZINE"|>, "PharmGKBID" -> "PA140222719", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6018]}, "Synonyms" -> {"xenazine", "tetrabenzaine", "nitoman", "tetrabenzine", "tetra benazin", "tetrabenazine", "rubigen", "tetrabenazina [inn-spanish]", "tetrabenazinum [inn-latin]", "3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-one[acd/iupac name]", "9,10-dimethoxy-3-(2-methylpropyl)-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-one", "1,2,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-2h-benzo[a]quinolizin-2-one", "200-383-6[einecs]", "ro 1-9569", "tetrabenazinum[latin]", "solute carrier family 18 member 2", "2h-benzo(a)quinolizin-2-one 1,3,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-", "monoamine transporter", "2h-benzo[a]quinolizin-2-one 1,3,4,6,7,11b-hexahydro-3-isobutyl-9 10-dimethoxy-", "tetrabenazina[spanish][inn]", "2,3-dimethoxy-9-(2-methylpropyl)-5,6,7,11a-tetrahydropiperidino[2,1-a]isoquino lin-10-one", "1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-2h-benzo[a]quinolizin-2-one", "nitoman;xenazine", "ro 1-9569/12", "1,2,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-2h-benzo[a]quinolizin-2-one; 2-oxo-3-isobutyl-9,10-dimethoxy-1,2,3,4,6,7-hexahydro-11bh-benzo[a]quinolizine; 2-oxo-3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-benzoquinolizine", "1,3,4,6,7,11b-hexahydro-3-isobutyl-9 10-dimethoxy-2h-benzo[a]quinolizin-2-one", "2-oxo-3-isobutyl-9 10-dimethoxy-1,2,3,4,6,7-hexahydro-11bh-benzo[a]quinolizine", "2h-benzo(a)quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)- (9ci)", "5-21-13-00178 (beilstein handbook reference)[beilstein]", "vesicular amine transporter 2", "vat2", "9,10-dimethoxy-3-(2-methylpropyl)-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isochinolin-2-on", "2h-benzo(a)quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-", "2-oxo-3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-benzoquinolizine", "5-21-13-00178", "58-46-8[rn]", "2,3-dimethoxy-9-(2-methylpropyl)-5,6,7,11a-tetrahydropiperidino[2,1-a]isoquinolin-10-one", "9,10-dimethoxy-3-isobutyl-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-one", "2h-benzo[a]quinolizin-2-one,1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-,(3r,11br)-rel-", "regulin", "tl8005032", "2-oxo-3-isobutyl-9,10-dimethoxy-1,2,3,4,6,7-hexahydro-11bh-benzo[a]quinolizine", "nitoman xenazine", "nitoman[wiki]", "3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-pyrido[2,1-a]isoquinolin-2-one", "2h-benzo[a]quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-", "rubigen[wiki]", "1,3,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-2h-benzo(a)quinolizin-2-one", "tetrabenazine [ban:inn][inn]", "2h-benzo[a]quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9 10-dimethoxy-3-(2-methylpropyl)-", "tetrabenazina", "tetrabenazine[wiki]", "718635-93-9[rn]", "718635-93-9"}|>, "3311" -> <|"DatabaseID" -> "SW02086", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64028"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5796]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04844"]}, "IsomericSmiles" -> "CC(C)CC1C[NH+]2CCc3cc(c(cc3C2CC1=O)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08575"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tetrabenazine", "Australia Approved Name" -> "TETRABENAZINE", "FDA Approved Drug" -> "TETRABENAZINE"|>, "PharmGKBID" -> "PA140222719", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6018]}, "Synonyms" -> {"xenazine", "tetrabenzaine", "nitoman", "tetrabenzine", "tetra benazin", "tetrabenazine", "rubigen", "tetrabenazina [inn-spanish]", "tetrabenazinum [inn-latin]", "3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-one[acd/iupac name]", "9,10-dimethoxy-3-(2-methylpropyl)-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-one", "1,2,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-2h-benzo[a]quinolizin-2-one", "200-383-6[einecs]", "ro 1-9569", "tetrabenazinum[latin]", "solute carrier family 18 member 2", "2h-benzo(a)quinolizin-2-one 1,3,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-", "monoamine transporter", "2h-benzo[a]quinolizin-2-one 1,3,4,6,7,11b-hexahydro-3-isobutyl-9 10-dimethoxy-", "tetrabenazina[spanish][inn]", "2,3-dimethoxy-9-(2-methylpropyl)-5,6,7,11a-tetrahydropiperidino[2,1-a]isoquino lin-10-one", "1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-2h-benzo[a]quinolizin-2-one", "nitoman;xenazine", "ro 1-9569/12", "1,2,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-2h-benzo[a]quinolizin-2-one; 2-oxo-3-isobutyl-9,10-dimethoxy-1,2,3,4,6,7-hexahydro-11bh-benzo[a]quinolizine; 2-oxo-3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-benzoquinolizine", "1,3,4,6,7,11b-hexahydro-3-isobutyl-9 10-dimethoxy-2h-benzo[a]quinolizin-2-one", "2-oxo-3-isobutyl-9 10-dimethoxy-1,2,3,4,6,7-hexahydro-11bh-benzo[a]quinolizine", "2h-benzo(a)quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)- (9ci)", "5-21-13-00178 (beilstein handbook reference)[beilstein]", "vesicular amine transporter 2", "vat2", "9,10-dimethoxy-3-(2-methylpropyl)-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isochinolin-2-on", "2h-benzo(a)quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-", "2-oxo-3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-benzoquinolizine", "5-21-13-00178", "58-46-8[rn]", "2,3-dimethoxy-9-(2-methylpropyl)-5,6,7,11a-tetrahydropiperidino[2,1-a]isoquinolin-10-one", "9,10-dimethoxy-3-isobutyl-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-one", "2h-benzo[a]quinolizin-2-one,1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-,(3r,11br)-rel-", "regulin", "tl8005032", "2-oxo-3-isobutyl-9,10-dimethoxy-1,2,3,4,6,7-hexahydro-11bh-benzo[a]quinolizine", "nitoman xenazine", "nitoman[wiki]", "3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-pyrido[2,1-a]isoquinolin-2-one", "2h-benzo[a]quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-3-(2-methylpropyl)-", "rubigen[wiki]", "1,3,4,6,7,11b-hexahydro-3-isobutyl-9,10-dimethoxy-2h-benzo(a)quinolizin-2-one", "tetrabenazine [ban:inn][inn]", "2h-benzo[a]quinolizin-2-one 1,3,4,6,7,11b-hexahydro-9 10-dimethoxy-3-(2-methylpropyl)-", "tetrabenazina", "tetrabenazine[wiki]", "718635-93-9[rn]", "718635-93-9"}|>, "3312" -> <|"DatabaseID" -> "SW02087", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65116]}, "IsomericSmiles" -> "C[N+]1(CCOCC1)CCC(c2ccccc2)(c3cccs3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01201"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tiemonium iodide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72142]}, "Synonyms" -> {"visceralgine", "tiemonium iodide", "tiemonio ioduro [dcit]", "visceralgin", "tiemozyl", "visceralgine (tn)", "205-616-5[einecs]", "4-(3-hydroxy-3-phenyl-3-(2-thienyl)propyl)-4-methylmorpholiniumiodide", "4-[3-hydroxy-3-phenyl-3-(2-thienyl)propyl]-4-methylmorpholiniumiodide", "ioduro de tiemonio[spanish][inn]", "iodure de tiemonium[french][inn]", "114 c.e.", "morpholinium 4-[3-hydroxy-3-phenyl-3-(2-thienyl)propyl]-4-methyl- iodide (1:1)", "cerfa 114", "144-12-7[rn]", "morpholinium 4-(3-hydroxy-3-phenyl-3-(2-thienyl)propyl)-4-methyl- iodide", "tiemonii iodidum[latin]", "4-[3-hydroxy-3-phenyl-3-(2-thienyl)propyl]-4-methylmorpholin-4-ium iodide", "n-methyl-n-[3-hydroxy-3-phenyl-3-(a-thienyl)propyl]morpholiniumiodide", "tiemonii iodidum [inn-latin]", "te 114", "4-(3-hydroxy-3-phenyl-3-(2-thienyl)propyl)-4-methyl-morpholinium iodide", "iodure de tiemonium [inn-french]", "tiemonium iodide [ban:inn:jan][inn][jan]", "ioduro de tiemonio [inn-spanish]"}|>, "3313" -> <|"DatabaseID" -> "SW02087", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65116]}, "IsomericSmiles" -> "C[N+]1(CCOCC1)CCC(c2ccccc2)(c3cccs3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01201"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tiemonium iodide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72142]}, "Synonyms" -> {"visceralgine", "tiemonium iodide", "tiemonio ioduro [dcit]", "visceralgin", "tiemozyl", "visceralgine (tn)", "205-616-5[einecs]", "4-(3-hydroxy-3-phenyl-3-(2-thienyl)propyl)-4-methylmorpholiniumiodide", "4-[3-hydroxy-3-phenyl-3-(2-thienyl)propyl]-4-methylmorpholiniumiodide", "ioduro de tiemonio[spanish][inn]", "iodure de tiemonium[french][inn]", "114 c.e.", "morpholinium 4-[3-hydroxy-3-phenyl-3-(2-thienyl)propyl]-4-methyl- iodide (1:1)", "cerfa 114", "144-12-7[rn]", "morpholinium 4-(3-hydroxy-3-phenyl-3-(2-thienyl)propyl)-4-methyl- iodide", "tiemonii iodidum[latin]", "4-[3-hydroxy-3-phenyl-3-(2-thienyl)propyl]-4-methylmorpholin-4-ium iodide", "n-methyl-n-[3-hydroxy-3-phenyl-3-(a-thienyl)propyl]morpholiniumiodide", "tiemonii iodidum [inn-latin]", "te 114", "4-(3-hydroxy-3-phenyl-3-(2-thienyl)propyl)-4-methyl-morpholinium iodide", "iodure de tiemonium [inn-french]", "tiemonium iodide [ban:inn:jan][inn][jan]", "ioduro de tiemonio [inn-spanish]"}|>, "3314" -> <|"DatabaseID" -> "SW02088", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31325"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391957]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01091"]}, "IsomericSmiles" -> "CC(C)(C)c1ccc(cc1)C[NH+](C)Cc2cccc3c2cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01093"]}, "OfficialNames" -> <|"Indian Approved Name" -> "butenafine hydrochloride", "NPC Approved Name" -> "kp-363"|>, "PharmGKBID" -> "PA164745478", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2484], ExternalIdentifier["PubChemCompoundID", 45266505]}, "Synonyms" -> {"butenafine hydrochloride", "mentax", "butenafine hcl", "butenafine [inn]", "butenafine", "n-(p-tert-butylbenzyl)-n-methyl-1-naphthalenemethylamine hydrochloride", "butenafinum [inn-latin]", "butenafina [inn-spanish]", "butenafinehydrochloride", "mentax (tn)", "4-tert-butylbenzyl(methyl)(1-naphthalenemethyl)amine hydrochloride", "1-naphthalenemethanamine n-[[4-(1,1-dimethylethyl)phenyl]methyl]-n-methyl- hydrochloride(1:1)", "1-(4-tert-butylphenyl)-n-methyl-n-(1-naphthylmethyl)methanaminehydrochloride (1:1)", "squalene epoxidase", "butenafine[wiki][inn]", "1-naphthalenemethanamine n-[[4-(1,1-dimethylethyl)phenyl]methyl]-n-methyl- hydrochloride", "101827-46-7[rn]", "1-(4-tert-butylphenyl)-n-methyl-n-(naphthalen-1-ylmethyl)methanamine hydrochloride (1:1)", "volley[wiki]", "1-naphthalenemethanamine n-((4-(1,1-dimethylethyl)phenyl)methyl)-n-methyl- hydrochloride", "butenafine hydrochloride (jan/usan)[jan][usan]", "101828-21-1[rn]", "mentax-tc", "ec 1.14.99.7", "1-(4-tert-butylphenyl)-n-methyl-n-(naphthalen-1-ylmethyl)methanaminhydrochlorid", "1-(4-tert-butylphenyl)-n-methyl-n-(1-naphthalenylmethyl)methanamine hydrochloride", "(4-tert-butylphenyl)-n-methyl-n-(naphthalen-1-ylmethyl)methanaminium chloride", "butenafine hydrochloide", "n-((4-(1,1-dimethylethyl)phenyl)methyl)-n-methyl-1-naphthalenemethanamine hydrochloride", "1-(4-tert-butylphenyl)-n-methyl-n-(naphthalen-1-ylmethyl)methanamine hydrochloride", "lotrimin ultra", "volley (tn)", "se", "butenafina", "butenafine (inn)", "chebi:31325", "101828-21-1", "butenafinum", "volley"}|>, "3315" -> <|"DatabaseID" -> "SW02088", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31325"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391957]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01091"]}, "IsomericSmiles" -> "CC(C)(C)c1ccc(cc1)C[NH+](C)Cc2cccc3c2cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01093"]}, "OfficialNames" -> <|"Indian Approved Name" -> "butenafine hydrochloride", "NPC Approved Name" -> "kp-363"|>, "PharmGKBID" -> "PA164745478", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2484], ExternalIdentifier["PubChemCompoundID", 45266505]}, "Synonyms" -> {"butenafine hydrochloride", "mentax", "butenafine hcl", "butenafine [inn]", "butenafine", "n-(p-tert-butylbenzyl)-n-methyl-1-naphthalenemethylamine hydrochloride", "butenafinum [inn-latin]", "butenafina [inn-spanish]", "butenafinehydrochloride", "mentax (tn)", "4-tert-butylbenzyl(methyl)(1-naphthalenemethyl)amine hydrochloride", "1-naphthalenemethanamine n-[[4-(1,1-dimethylethyl)phenyl]methyl]-n-methyl- hydrochloride(1:1)", "1-(4-tert-butylphenyl)-n-methyl-n-(1-naphthylmethyl)methanaminehydrochloride (1:1)", "squalene epoxidase", "butenafine[wiki][inn]", "1-naphthalenemethanamine n-[[4-(1,1-dimethylethyl)phenyl]methyl]-n-methyl- hydrochloride", "101827-46-7[rn]", "1-(4-tert-butylphenyl)-n-methyl-n-(naphthalen-1-ylmethyl)methanamine hydrochloride (1:1)", "volley[wiki]", "1-naphthalenemethanamine n-((4-(1,1-dimethylethyl)phenyl)methyl)-n-methyl- hydrochloride", "butenafine hydrochloride (jan/usan)[jan][usan]", "101828-21-1[rn]", "mentax-tc", "ec 1.14.99.7", "1-(4-tert-butylphenyl)-n-methyl-n-(naphthalen-1-ylmethyl)methanaminhydrochlorid", "1-(4-tert-butylphenyl)-n-methyl-n-(1-naphthalenylmethyl)methanamine hydrochloride", "(4-tert-butylphenyl)-n-methyl-n-(naphthalen-1-ylmethyl)methanaminium chloride", "butenafine hydrochloide", "n-((4-(1,1-dimethylethyl)phenyl)methyl)-n-methyl-1-naphthalenemethanamine hydrochloride", "1-(4-tert-butylphenyl)-n-methyl-n-(naphthalen-1-ylmethyl)methanamine hydrochloride", "lotrimin ultra", "volley (tn)", "se", "butenafina", "butenafine (inn)", "chebi:31325", "101828-21-1", "butenafinum", "volley"}|>, "3316" -> <|"DatabaseID" -> "SW02089", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9703"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19123]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00505"]}, "IsomericSmiles" -> "CC[N+](CC)(CC)CCC(c1ccccc1)(C2CCCCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00723"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRIDIHEXETHYL CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20298]}, "Synonyms" -> {"tridihexethyl chloride", "pathilon", "tridihexethyl", "tridihexethyl chloride [ban]", "(3-cyclohexyl-3-hydroxy-3-phenylpropyl)triethylammonium chloride", "tridihexethyl chloride (ban)", "3-cyclohexyl-n,n,n-triethyl-3-hydroxy-3-phenyl-1-propanaminiumchloride[acd/iupac name]", "ammonium,(3-cyclohexyl-3-hydroxy-3-phenylpropyl)triethyl- chloride", "4310-35-4[rn]", "pathilon chloride", "3-cyclohexyl-n,n,n-triethyl-3-hydroxy-3-phenylpropan-1-aminiumchloride", "224-323-3[einecs]", "4067320[beilstein]", "60-49-1 (parent)", "einecs 224-323-3", "4310-35-4", "propethonum", "60-49-1[rn]", "3-cyclohexyl-n", "chebi:9703", "pathilon (tn)"}|>, "3317" -> <|"DatabaseID" -> "SW02089", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9703"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19123]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00505"]}, "IsomericSmiles" -> "CC[N+](CC)(CC)CCC(c1ccccc1)(C2CCCCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00723"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRIDIHEXETHYL CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20298]}, "Synonyms" -> {"tridihexethyl chloride", "pathilon", "tridihexethyl", "tridihexethyl chloride [ban]", "(3-cyclohexyl-3-hydroxy-3-phenylpropyl)triethylammonium chloride", "tridihexethyl chloride (ban)", "3-cyclohexyl-n,n,n-triethyl-3-hydroxy-3-phenyl-1-propanaminiumchloride[acd/iupac name]", "ammonium,(3-cyclohexyl-3-hydroxy-3-phenylpropyl)triethyl- chloride", "4310-35-4[rn]", "pathilon chloride", "3-cyclohexyl-n,n,n-triethyl-3-hydroxy-3-phenylpropan-1-aminiumchloride", "224-323-3[einecs]", "4067320[beilstein]", "60-49-1 (parent)", "einecs 224-323-3", "4310-35-4", "propethonum", "60-49-1[rn]", "3-cyclohexyl-n", "chebi:9703", "pathilon (tn)"}|>, "3318" -> <|"DatabaseID" -> "SW02090", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2709]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01559"]}, "IsomericSmiles" -> "CCc1cc2c(s1)N(C(=O)CN=C2c3ccccc3Cl)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01328"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Clotiazepam"|>, "PharmGKBID" -> "PA164752437", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2811]}, "Synonyms" -> {"rize", "trecalmo", "clotiazepam", "distensan", "rizen", "clotiazepamum [inn-latin]", "veratran", "rise", "tienor", "clotiazepam [inn:jan][inn][jan]", "2h-thieno(2,3e)(1,4)-diazepin-2-one,5-(o-chlorophenyl)-7-ethyl-1,3-dihydro-1-methyl- (8ci)", "5-(o-chlorophenyl)-7-ethyl-1,3-dihydro-1-methyl-2h-thieno(2,3-e)-1,4-diazepin-2-one", "251-627-3[einecs]", "clozan", "5-(2-chlorophenyl)-7-ethyl-1,3-dihydro-1-methyl-2h-thieno[2,3-e]-1,4-diazepin-2-one", "clotiazepamum[latin]", "33671-46-4[rn]", "2h-thieno[2,3-e]-1,4-diazepin-2-one,5-(2-chlorophenyl)-7-ethyl-1,3-dihydro-1-methyl-", "5-(2-chlorophenyl)-7-ethyl-1-methyl-1,3-dihydro-2h-thieno(2,3-e)(1,4)diazepin-2-one", "rize (tn)", "2h-thieno(2,3-e)(1,4)diazepin-2-one,1,3-dihydro-5-(o-chlorophenyl)-7-ethyl-1-methyl-", "5-(2-chlorophenyl)-7-ethyl-1-methyl-1,3-dihydro-2h-thieno[2,3-e][1,4]diazepin-2-one[acd/iupac name]", "gamma-aminobutyric-acid receptor subunit beta-2 precursor", "gaba(a", "clotiazepam[wiki][jp15]", "clotiazepamum", "2h-thieno[2,3-e]-1,4-diazepin-2-one 5-(2-chloro"}|>, "3319" -> <|"DatabaseID" -> "SW02091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 115805]}, "IsomericSmiles" -> "c1ccn2c(c1)[nH+]cc2CC(O)(P(=O)([O-])[O-])P(=O)([O-])[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "minodronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 130956]}, "Synonyms" -> {"minodronate", "onobis", "recalbon", "127657-42-5[rn]", "minodronic acid", "m0n", "minodronic acid hydrate", "180064-38-4[rn]", "1-hydroxy-2-(imidazo[1,2-a]pyridin-3-yl)ethane-1,1-bisphosphonic acid", "ym529", "127657-42-5", "yh529", "[1-hydroxy-2-(imidazo[1,2-a]pyridin-3-yl)ethane-1,1-diyl]bis(phosphonicacid)", "bonoteo", "180064-38-4", "minodronic acid[wiki]", "1-hydroxy-2-(imidazo(1,2-a)pyridin-3-yl)ethane-1,1-bisphosphonic acid monohydrate", "phosphonic acid", "ncgc00183829-01", "(1-hydroxy-2-imidazo[1,2-a]pyridin-3-ylethane-1,1-diyl)bis(phosphonic acid)", "(1-hydroxy-2-(imidazo(1,2-a)-pyridin-3-yl)ethylidene)bisphosphonic acidmonohydrate", "phosphonic acid (1-hydroxy-2-imidazo(1,2-a)pyridin-3-ylethylidene)bis-", "(1-hydroxy-2-(imidazo[1,2-a]-pyridin-3-yl)ethylidene)bisphosphonic acid", "(1-hydroxy-2-(imidazo[1,2-a]pyridin-3-yl)ethane-1,1-diyl)diphosphonic acid", "ym 529", "phosphonic acid (1-hydroxy-2-imidazo[1,2-a]pyridin-3-ylethylidene)bis-", "155648-60-5[rn]", "(1-hydroxy-2-imidazo[3,2-a]pyridin-3-yl-1-phosphonoethyl)phosphonic acid", "c087958"}|>, "3320" -> <|"DatabaseID" -> "SW02092", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "100246"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4380]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01059"]}, "IsomericSmiles" -> "CCn1cc(c(=O)c2c1cc(c(c2)F)N3CC[NH2+]CC3)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00210"]}, "OfficialNames" -> <|"China Approved Name" -> "norfloxacin", "Indian Approved Name" -> "norfloxacin", "Australia Approved Name" -> "NORFLOXACIN", "FDA Approved Drug" -> "NORFLOXACIN"|>, "PharmGKBID" -> "PA450654", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4539]}, "Synonyms" -> {"noroxin", "chibroxin", "norfloxacin", "norfloxacine", "sebercim", "baccidal", "barazan", "1-ethyl-6-fluoro-4-oxo-7-piperazinylhydroquinoline-3-carboxylicacid", "lexinor", "1-ethyl-6-fluoro-4-oxo-7-(1-piperazinyl)-1,4-dihydro-3-quinolinecarboxylic acid[acd/iupac name]", "norfloxacino", "1-ethyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydro-quinoline-3-carboxylic acid(norfloxacin)", "cas-70458-96-7", "norflo", "norfloxacin [usan:ban:inn:jan][inn][jan][usan]", "amicrobin;baccidal;barazan;chibroxin;esclebin;espeden;fortimax;fulgram;lexinor;nalion;noroxin", "amicrobin;", "70458-96-7[rn]", "norfloxacino[spanish][inn]", "3-quinolinecarboxylic acid,1-ethyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)-", "1-ethyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydro-quinoline-3-carboxylic acid", "norfloxacinum[latin]", "1-ethyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydro-quinoline-3-carboxylic acid (norfloxacin)", "1-ethyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)-3-quinolinecarboxylic acid", "norfloxacin[wiki]", "norfloxacin (jp14/usp)[usp]", "norfloxacinum", "noroxin (tn)", "5-23-03-00135 (beilstein handbook reference)[beilstein]", "chibroxin mk-366 baccidal sebercim", "1-ethyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinly)-3-quinolinecarboxylic acid", "fulgram", "nflx", "1-ethyl-6-fluoro-7-hexahydro-1-pyrazinyl-4-oxo-1,4-dihydro-3-quinolinecarboxylicacid", "3-quinolinecarboxylic acid,1,4-dihydro-1-ethyl-6-fluoro-4-oxo-7-(1-piperazinyl)-", "quinabic", "dna topoisomerase ii alpha isozyme", "norfloxacinum [inn_la]", "1-ethyl-6-fluoro-4-oxo-7-(piperazin-1-yl)-1,4-dihydroquinoline-3-carboxylic acid", "(norfloxacin)1-ethyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydro-quinoline-3-carboxylic acid", "(nflx)1-ethyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydro-quinoline-3-carboxylicacid", "1-ethyl-6-fluor-1,4-dihydro-4-oxo-7-(1-piperazinyl)-3-chinolincarbonsaeure", "ec 5.99.1.3", "norfloxacin(norxacin)", "68077-27-0 (hcl)", "70458-96-7", "1-ethyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydro-quinoline-3-carboxylic acid(1-norfloxacin)", "337376-15-5", "floxacin", "1-ethyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydroquinoline-3-carboxylic acid", "1,4-dihydro-1-ethyl-6-fluoro-4-oxo-7-(1-piperazinyl)-3-quinolinecarboxylic acid", "274-614-4[einecs]"}|>, "3321" -> <|"DatabaseID" -> "SW02093", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5138"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7837210], ExternalIdentifier["ChemSpiderID", 4481878]}, "IsomericSmiles" -> "COCCCC/C(=N\\OCC[NH3+])/c1ccc(cc1)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00824"], ExternalIdentifier["KEGGID", "D07984"]}, "OfficialNames" -> <|"Indian Approved Name" -> "fluvoxamine", "Australia Approved Name" -> "FLUVOXAMINE MALEATE", "FDA Approved Drug" -> "FLUVOXAMINE MALEATE"|>, "PharmGKBID" -> "PA449690", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9560989], ExternalIdentifier["PubChemCompoundID", 5324346]}, "Synonyms" -> {"fluvoxamine maleate", "luvox", "(e)-5-methoxy-1-[4-(trifluoromethyl)phenyl]-1-pentanone-o-(2-aminoethyl)oxime maleate", "5-methoxy-4'-trifluoromethylvalerophenone (e)-o-2-aminoethyloxime monomaleate", "luvox cr", "fluvoxamine[wiki]", "luvox[wiki]", "61718-82-9[rn]", "54739-18-3[rn]", "dumirox", "1-pentanone 5-methoxy-1-(4-(trifluoromethyl)phenyl)-,o-(2-aminoethyl)oxime (e)- (z)-2-butenedioate (1:1)", "sme 3110", "61718-82-9", "du-23000", "fevarin", "61718-82-9 {maleate}", "du 23000 {maleate}", "(e)-5-methoxy-1-[4-(trifluoromethyl)phenyl)-1-pent", "(e)-5-methoxy-1-(4-(trifluoromethyl)phenyl)-1-pentanone o-(2-aminoethyl)oxime (z)-2-butenedioate (1:1)", "sme 3110 {maleate}", "mk 264 {maleate}", "2-[({(1e)-5-methoxy-1-[4-(trifluoromethyl)phenyl]pentylidene}amino)oxy]ethanamine(2z)-but-2-enedioate", "(2z)-but-2-enedioic acid; (e)-(2-aminoethoxy)({5-methoxy-1-[4-(trifluoromethyl)phenyl]pentylidene})amine", "2-[({(1e)-5-methoxy-1-[4-(trifluoromethyl)phenyl]pentylidene}amino)oxy]ethanamine(2z)-2-butenedioate (1:1)", "2-[({(1e)-5-methoxy-1-[4-(trifluoromethyl)phenyl]pentylidene}amino)oxy]ethanamine(2z)-2-butenedioate", "du23000", "2-{[(e)-{5-methoxy-1-[4-(trifluoromethyl)phenyl]pentylidene}amino]oxy}ethanamine(2z)-but-2-enedioate (1:1)", "floxyfral", "tl8003932", "1-pentanone 5-methoxy-1-[4-(trifluoromethyl)phenyl]-,o-(2-aminoethyl)oxime (1e)- (2z)-2-butenedioate (1:1)", "6387-89-9[rn]", "2-[({(1e)-5-methoxy-1-[4-(trifluoromethyl)phenyl]pentylidene}amino)oxy]ethanamine(2z)-but-2-enedioate (1:1)", "5-methoxy-4'-(trifluoromethyl)valerophenone (e)-o-(2-aminoethyl)oxime maleate (1:1)", "fluvoxamine maleate (jan/usan)[jan][usan]", "luvox (tn)", "54739-20-7[rn]", "faverin", "[61718-82-9]", "fluvoxamine", "fluoxamine maleate", "depromel", "54739-18-3 (61718-82-9)", "maveral", "(e)-5-methoxy-1-[4-(trifluoromethyl)phenyl]-1-pentanone o-(2-aminoethyl)oxime", "5-methoxy-4'-(trifluoromethyl)valerophenone (e)-o-(2-aminoethyl)oxime", "fluvoxaminum", "1-pentanone 5-methoxy-1-[4-(trifluoromethyl)phenyl]-,o-(2-aminoethyl)oxime (1e)-", "fevarin[wiki]", "fluvoxamina", "fluvoxamine maleat", "fluvoxamina[spanish][inn]", "54739-18-3", "chebi:5138", "fluvoxaminum[latin]", "2-[({(1e)-5-methoxy-1-[4-(trifluoromethyl)phenyl]pentylidene}amino)oxy]ethanamine", "fluvoxamina [inn-spanish]", "5583954[beilstein]", "2-[[5-methoxy-1-[4-(trifluoromethyl)phenyl]pentylidene]amino]oxyethanamine", "1-pentanone 5-methoxy-1-(4-(trifluoromethyl)phenyl)-,o-(2-aminoethyl)oxime (e)-", "fluvoxaminum [inn-latin]", "dumyrox", "(1e)-5-methoxy-1-[4-(trifluoromethyl)phenyl]pentan-1-one o-(2-aminoethyl)oxime"}|>, "3322" -> <|"DatabaseID" -> "SW02094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736019]}, "IsomericSmiles" -> "C[N+]1(C2CC(CC1C3C2O3)OC(=O)[C@H](CO)c4ccccc4)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "scopolamine n-oxide"|>, "Synonyms" -> {"hyoscine n-oxide", "scopolamine n-oxide", "[7(s)-(1a,2b,4b,5a,7b)]-a-(hydroxymethyl)benzeneaceticacid 9-methyl-3-oxa-9-azatricyclo[3.3.1.02,4]non-7-ylester n-oxide", "(s)-3-hydroxy-2-phenyl-propionic acid 9-methyl-9-oxy-3-oxa-9-aza-tricyclo[3.3.1.0*2,4*]non-7-yl ester", "202-606-2[einecs]", "97-75-6[rn]", "9-methyl-9-oxido-3-oxa-9-azatricyclo[3.3.1.02,4]non-7-yl (2s)-3-hydroxy-2-phenylpropanoate", "scopolamine aminoxide", "6b,7b-epoxy-1ah,5ah-tropan-3a-ol (-)-tropate 8-oxide"}|>, "3323" -> <|"DatabaseID" -> "SW02094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736019]}, "IsomericSmiles" -> "C[N+]1(C2CC(CC1C3C2O3)OC(=O)[C@H](CO)c4ccccc4)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "scopolamine n-oxide"|>, "Synonyms" -> {"hyoscine n-oxide", "scopolamine n-oxide", "[7(s)-(1a,2b,4b,5a,7b)]-a-(hydroxymethyl)benzeneaceticacid 9-methyl-3-oxa-9-azatricyclo[3.3.1.02,4]non-7-ylester n-oxide", "(s)-3-hydroxy-2-phenyl-propionic acid 9-methyl-9-oxy-3-oxa-9-aza-tricyclo[3.3.1.0*2,4*]non-7-yl ester", "202-606-2[einecs]", "97-75-6[rn]", "9-methyl-9-oxido-3-oxa-9-azatricyclo[3.3.1.02,4]non-7-yl (2s)-3-hydroxy-2-phenylpropanoate", "scopolamine aminoxide", "6b,7b-epoxy-1ah,5ah-tropan-3a-ol (-)-tropate 8-oxide"}|>, "3324" -> <|"DatabaseID" -> "SW02094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736019]}, "IsomericSmiles" -> "C[N+]1(C2CC(CC1C3C2O3)OC(=O)[C@H](CO)c4ccccc4)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "scopolamine n-oxide"|>, "Synonyms" -> {"hyoscine n-oxide", "scopolamine n-oxide", "[7(s)-(1a,2b,4b,5a,7b)]-a-(hydroxymethyl)benzeneaceticacid 9-methyl-3-oxa-9-azatricyclo[3.3.1.02,4]non-7-ylester n-oxide", "(s)-3-hydroxy-2-phenyl-propionic acid 9-methyl-9-oxy-3-oxa-9-aza-tricyclo[3.3.1.0*2,4*]non-7-yl ester", "202-606-2[einecs]", "97-75-6[rn]", "9-methyl-9-oxido-3-oxa-9-azatricyclo[3.3.1.02,4]non-7-yl (2s)-3-hydroxy-2-phenylpropanoate", "scopolamine aminoxide", "6b,7b-epoxy-1ah,5ah-tropan-3a-ol (-)-tropate 8-oxide"}|>, "3325" -> <|"DatabaseID" -> "SW02094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736019]}, "IsomericSmiles" -> "C[N+]1(C2CC(CC1C3C2O3)OC(=O)[C@H](CO)c4ccccc4)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "scopolamine n-oxide"|>, "Synonyms" -> {"hyoscine n-oxide", "scopolamine n-oxide", "[7(s)-(1a,2b,4b,5a,7b)]-a-(hydroxymethyl)benzeneaceticacid 9-methyl-3-oxa-9-azatricyclo[3.3.1.02,4]non-7-ylester n-oxide", "(s)-3-hydroxy-2-phenyl-propionic acid 9-methyl-9-oxy-3-oxa-9-aza-tricyclo[3.3.1.0*2,4*]non-7-yl ester", "202-606-2[einecs]", "97-75-6[rn]", "9-methyl-9-oxido-3-oxa-9-azatricyclo[3.3.1.02,4]non-7-yl (2s)-3-hydroxy-2-phenylpropanoate", "scopolamine aminoxide", "6b,7b-epoxy-1ah,5ah-tropan-3a-ol (-)-tropate 8-oxide"}|>, "3326" -> <|"DatabaseID" -> "SW02095", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476824]}, "IsomericSmiles" -> "CN1c2ccccc2C(=O)N3C1(c4c(c5ccccc5[nH]4)CC3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hydroxyevodiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318211]}, "Synonyms" -> {"hydroxyevodiamine; rhetsinine", "indolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(7h)-one 8,13,13b,14-tetrahydro-13b-hydroxy-14-methyl-", "1238-43-3[rn]", "13b-hydroxy-14-methyl-8,13,13b,14-tetrahydroindolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(7h)-one", "ambotz526-43-2", "hydroxyevodiamine"}|>, "3327" -> <|"DatabaseID" -> "SW02095", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476824]}, "IsomericSmiles" -> "CN1c2ccccc2C(=O)N3C1(c4c(c5ccccc5[nH]4)CC3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hydroxyevodiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318211]}, "Synonyms" -> {"hydroxyevodiamine; rhetsinine", "indolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(7h)-one 8,13,13b,14-tetrahydro-13b-hydroxy-14-methyl-", "1238-43-3[rn]", "13b-hydroxy-14-methyl-8,13,13b,14-tetrahydroindolo[2',3':3,4]pyrido[2,1-b]quinazolin-5(7h)-one", "ambotz526-43-2", "hydroxyevodiamine"}|>, "3328" -> <|"DatabaseID" -> "SW02097", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 76451]}, "IsomericSmiles" -> "CC(C)(C)c1ccc2c(c1)ccc(c2S(=O)(=O)[O-])C(C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01700"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sodium dibunate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23672302]}, "Synonyms" -> {"sodium dibunate", "dibunate sodium", "bechisan", "becantex", "dsstox_rid_82004", "2,6-bis(1,1-dimethylethyl)-1-naphthalenesulfonic acidsodium salt", "becantal", "14992-59-7", "dibunate de sodium", "dsstox_gsid_46905", "keuten", "natrii dibunas", "dibunato sodico[spanish]", "sodium dibunate [ban:inn][inn]", "sodium 2,6-di-tert-butylnaphthalene-1-sulfonate", "sodium 2,6-di-tert-butyl-1(or 3)-naphthalenesulfonate", "naphthalenesulfonic acid 2,6-di-tert-butyl- sodium salt", "dibunato di sodio [dcit]", "sodium 2,6-di-tert-butylnaphthalenesulfonate", "dibunate de sodium[french]", "bekantil", "natrii dibunas[latin]", "cas-14992-59-7", "dsstox_cid_26905", "ethylis dibunas[latin]", "2,6-di-tert-butylnaphthalenesulfonic acid sodium salt", "natrium 2,6-di-tert-butyl-1(3)-naphthalinsulfonat", "dibunato sodico", "1-naphthalenesulfonic acid,2,6-bis(1,1-dimethylethyl)- sodiumsalt (1:1)", "1633 labaz", "dibunafon", "sodium 2", "14992-59-7[rn]", "239-079-3[einecs]", "linctussal"}|>, "3329" -> <|"DatabaseID" -> "SW02098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2273540]}, "IsomericSmiles" -> "c1ccc(c(c1)C2CS/C(=C(/C#N)\\n3ccnc3)/S2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01092"]}, "OfficialNames" -> <|"NPC Approved Name" -> "lanoconazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3002820]}, "Synonyms" -> {"astat", "lanoconazole", "latoconazole", "(2e)-2-[4-(2-chlorophenyl)-1,3-dithiolan-2-ylidene]-2-imidazol-1-yl-ethanenitrile", "lanoconazole[inn]", "101530-10-3[rn]", "nnd-318", "tjn-318", "brn 4819111", "126509-69-1[rn]", "(+-)-alpha-((e)-4-(o-chlorophenyl)-1", "153222-93-6[rn]", "[4-(2-chloro-phenyl)-1,3-dithiolan-2-ylidene]-2-imidazol-1-yl-acetonitrile", "(2e)-2-[4-(2-chlorophenyl)-1,3-dithiolan-2-ylidene]-2-(1-imidazolyl)acetonitrile", "astat (tn)", "(+-)-(e)-(4-(2-chlorophenyl)-1", "101530-10-3", "(e)-alpha-(4-(2-chlorophenyl)-1", "(2e)-[4-(2-chlorophenyl)-1,3-dithiolan-2-ylidene](1h-imidazol-1-yl)acetonitrile", "(4-(2-chlorophenyl)-1,3-dithiolan-2-ylidene)-1-imidazolylacetonitrile"}|>, "3330" -> <|"DatabaseID" -> "SW02098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2273540]}, "IsomericSmiles" -> "c1ccc(c(c1)C2CS/C(=C(/C#N)\\n3ccnc3)/S2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01092"]}, "OfficialNames" -> <|"NPC Approved Name" -> "lanoconazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3002820]}, "Synonyms" -> {"astat", "lanoconazole", "latoconazole", "(2e)-2-[4-(2-chlorophenyl)-1,3-dithiolan-2-ylidene]-2-imidazol-1-yl-ethanenitrile", "lanoconazole[inn]", "101530-10-3[rn]", "nnd-318", "tjn-318", "brn 4819111", "126509-69-1[rn]", "(+-)-alpha-((e)-4-(o-chlorophenyl)-1", "153222-93-6[rn]", "[4-(2-chloro-phenyl)-1,3-dithiolan-2-ylidene]-2-imidazol-1-yl-acetonitrile", "(2e)-2-[4-(2-chlorophenyl)-1,3-dithiolan-2-ylidene]-2-(1-imidazolyl)acetonitrile", "astat (tn)", "(+-)-(e)-(4-(2-chlorophenyl)-1", "101530-10-3", "(e)-alpha-(4-(2-chlorophenyl)-1", "(2e)-[4-(2-chlorophenyl)-1,3-dithiolan-2-ylidene](1h-imidazol-1-yl)acetonitrile", "(4-(2-chlorophenyl)-1,3-dithiolan-2-ylidene)-1-imidazolylacetonitrile"}|>, "3331" -> <|"DatabaseID" -> "SW02099", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3647"], ExternalIdentifier["ChEBIID", "3649"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2625], ExternalIdentifier["ChemSpiderID", 6004]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00477"]}, "IsomericSmiles" -> "C[NH+](C)CCCN1c2ccccc2Sc3c1cc(cc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00270"], ExternalIdentifier["KEGGID", "D00789"]}, "OfficialNames" -> <|"China Approved Name" -> "chlorpromazine;chlorpromazine hydrochloride", "WHO Essential Medicine" -> "chlorpromazine", "Indian Approved Name" -> "chlorpromazine", "FDA Approved Drug" -> "CHLORPROMAZINE;CHLORPROMAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448964", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2726], ExternalIdentifier["PubChemCompoundID", 6240]}, "Synonyms" -> {"chlorpromazine", "thorazine spansule", "largactil oral drops", "novo-chlorpromazine", "largactil liquid", "megaphen", "propaphenin", "chlorderazin", "aminazine", "fenactil", "thorazine", "chloropromazine", "contomin", "chlorpromazine hydrochloride", "intensol", "chlorpromanyl (discontinued)", "torazina", "plegomazin", "3-(2-chloro-10h-phenothiazin-10-yl)-n,n-dimethylpropan-1-aminehydrochloride", "50-53-3[rn]", "aminazin", "ampliactil", "largactil[wiki]", "3-(2-chloro-10h-phenothiazin-10-yl)-n,n-dimethylpropan-1-amine", "phenothiazine 2-chloro-10-(3-(dimethylamino)propyl)-", "phenothiazine 2-chloro-10-[3- (dimethylamino)propyl]-", "2-chloro-10-(3-(dimethylamino)propyl)phenothiazine", "sanopron", "10h-phenothiazine-10-propanamine 2-chloro-n n-dimethyl-", "2-chloro-10-[3-(dimethylamino)propyl]-", "chlorpromazine; chlorpromazinum; clorpromazina", "chlorpromazin", "chlor-pz", "289793[beilstein]", "plegomasine", "[3-(2-chloro-phenothiazin-10-yl)-propyl]-dimethyl-amine", "2-chloro-10-(3-dimethylaminopropyl)phenothiazine", "2-chloro-10-[3-(dimethylamino)propyl]phenothiazine", "2-cloro-10 (3-dimetilaminopropil)fenotiazina[italian]", "chlorpromanyl-40", "cromedazine", "promactil", "phenathyl", "chlordelazin", "chlorpromanyl-20", "fraction ab", "elmarin", "phenothiazine 2-chloro-10-[3-(dimethylamino)propyl]-", "chlorpromazinum[latin]", "chlorpromazinum", "4560 r.p.", "chlor-promanyl", "chlorpromazine phenolphthalinate", "2-chloro-10-(3-(dimethylamino)propyl)-phenothiazine", "thorazine (tn)", "3-(2-chlor-10h-phenothiazin-10-yl)-n,n-dimethylpropan-1-amin", "esmind", "chlorpromazine [usan:ban:inn][inn][usan]", "chlropromados", "200-045-8[einecs]", "2601a", "3-(2-chlorophenothiazin-10-yl)-n,n-dimethyl-propan-1-amine", "chlorpromazine hibenzate", "largactilothiazine", "2-chloro-n,n-dimethyl-10h-phenothiazine-10-propanamine", "promazil", "prozin", "prozil", "psychozine", "amplictil", "novomazina", "skf 2601-a", "3-(2-chloro-10h-phenothiazin-10-yl)-n,n-dimethyl-1-propanamine;3-(2-chlorophenothiazin-10-yl)-n,n-dimethyl-propan-1-amine; cpz; chlorpromazine;n-(3-dimethylaminopropyl)-3-chlorophenothiazine", "cas-69-09-0", "34468-21-8[rn]", "amplicitil", "chlorpromazine tannate", "fenaktyl", "skf 2601a", "2-chloropromazine", "ab", "prazilpromactil", "aminasine", "aminazine; chlorderazin; chloropromazine; chlorpromados; contomin; cromedazine; esmind; fenactil; largactil;megaphen; novomazina; promactil; promazil; sanopron;thorazine; wintermin", "10h-phenothiazine-10-propanamine 2-chloro-n,n-dimethyl-", "largactyl", "chloro-3 (dimethylamino-3 propyl)-10 phenothiazine", "largactil", "chlorpromados", "clorpromazina", "proma", "wintermin", "n-(3-dimethylaminopropyl)-3-chlorophenothiazine", "3-(2-chloro-10h-phenothiazin-10-yl)-n,n-dimethyl-1-propanamine[acd/iupac name]", "10-(3-dimethylaminopropyl)-2-chlorophenothiazine", "phenactyl", "cpz (van)", "2601-a", "cid2726", "cpz", "clorpromazina[italian]", "337376-15-5", "chlorpromazine[wiki][usp]", "sonazine", "klorproman", "hibanil", "hybernal", "hebanil", "promacid", "hibernal", "klorpromex", "chloractil", "2-chloro-10-(3-dimethylaminopropyl)phenothiazine hydrochloride;cpz; largactil", "ampliactil monohydrochloride", "largaktyl", "chlorpromazine hydrochloride [usan:ban:jan][jan][usan]", "sonazine chloractil klorpromex promacid", "propaphen", "aminazin monohydrochloride", "taroctyl", "chlorpromazine hydrochloride intensol", "megaphen hydrochloride", "aminazinum", "10-(3-dimethylaminopropyl)-2-chlorophenothiazine monohydrochloride", "megatil", "3-(2-chlor-10h-phenothiazin-10-yl)-n,n-dimethylpropan-1-aminhydrochlorid", "3-(2-chloro-10h-phenothiazin-10-yl)-n,n-dimethyl-1-propanaminehydrochloride (1:1)[acd/iupac name]", "chlorpromazinehydrochloride", "10h-phenothiazine-10-propanamine 2-chloro-n,n-dimethyl- monohydrochloride", "fenactil monohydrochloride", "chlorpromazine monohydrochloride", "[3-(2-chlorophenothiazin-10-yl)propyl]dimethylamine chloride", "[3-(2-chloro-10h-phenothiazin-10-yl)propyl]-dimethylamine hydrochloride", "2-chloro-10-(3-dimethylaminopropyl)phenothiazine monohydrochloride", "2-chloro-10-(3-(dimethylamino)propyl)phenothiazine monohydrochloride", "neurazine", "phenothiazine 2-chloro-10-(3-(dimethylamino)propyl)-,monohydrochloride", "chlorpromazinium chloride", "200-701-3[einecs]", "chlorpromazine hcl", "chlorpromazine hydrochloride", "chloropromazine hydrochloride", "aminazin hydrochloride", "promexin", "3779989[beilstein]", "3-(2-chloro-10h-phenothiazin-10-yl)-n,n-dimethylpropan-1-aminehydrochloride (1:1)", "580-48-3[rn]", "2-chloro-n,n-dimethyl-10h-phenothiazine-10-propanaminemonohydrochloride", "unitensen", "[3-(2-chloro-10h-phenothiazin-10-yl)propyl]dimethylamine hydrochloride", "chloropromazin hydrochloride", "10h-phenothiazine-10-propanamine 2-chloro-n,n-dimethyl- chloride hydrogen salt(1:1)", "chlorazin", "tranzine", "marazine", "10h-phenothiazine-10-propanamine hydrochloride 2-chloro-n,n-dimethyl-", "69-09-0[rn]", "phenothiazine 2-chloro-10-[3- (dimethylamino)propyl]- monohydrochloride", "promachel", "hydrogenchloride3-(2-chloro-10h-phenothiazin-10-yl)-n,n-dimethylpropan-1-amine(1:1:1)", "209-459-3[einecs]", "thorazine hydrochloride", "2-chloro-10-(3-dimethylaminopropyl)phenothiazine hydrochloride", "promapar", "norcozine", "propaphenin hydrochloride", "largactil monohydrochloride", "aminazin;ampliactil; chlorazin; hebanil; hibernal; largactil;marazine;plegomazin; propaphenin; sonazine;thorazine", "sonazine (tn)", "contomin hydrochloride", "10h-phenothiazine-10-propanamine 2-chloro-n,n-dimethyl- hydrochloride(1:1)", "thorazine[wiki]", "lomazine", "phenothiazine 2-chloro-10-(3-dimethylaminopropyl)- hydrochloride", "chloropromazine monohydrochloride", "chloracetil"}|>, "3332" -> <|"DatabaseID" -> "SW02100", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4066]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00648"]}, "IsomericSmiles" -> "c1ccc(c(c1)C(c2ccc(cc2)Cl)C(Cl)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00420"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MITOTANE"|>, "PharmGKBID" -> "PA164746157", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4211]}, "Synonyms" -> {"lysodren", "khlodithan", "mitotan", "chloditan", "chlodithan", "mitotane", "chlodithane", "2,2-bis(2-chlorophenyl-4-chlorophenyl)-1,1-dichloroethane", "adrenodoxin mitochondrial precursor", "1,1-dichloro-2,2-bis(2,4'-dichlorophenyl)ethane", "mitotanum[latin]", "(o,p)-ddd", "benzene 1-chloro-2-[2,2-dichloro-1-(4-chlorophenyl)ethyl]-", "o,p'-ddd", "4-05-00-01883 (beilstein handbook reference)[beilstein]", "1,1-dichloro-2-(o-chlorophenyl)-2-(p-chlorophenyl)ethane", "cb313", "opeprim", "hepatoredoxin", "mfcd00000850", "200-166-6[einecs]", "2", "1-(2-chlorophenyl)-1-(4-chlorophenyl)-2,2-dichloroethane", "2,4'-ddd", "benzene,1-chloro-2-[2 2-dichloro-1- (4-chlorophenyl)ethyl]-", "lysodren (tn)", "1-chloro-2-[2,2-dichloro-1-(4-chlorophenyl)ethyl]benzene[acd/iupac name]", "53-19-0", "ferredoxin- 1", "2-(2-chlorophenyl)-2-(4-chlorophenyl)-1,1-dichloroethane", "2,4'-dichlorodiphenyldichloroethane", "mitotane[wiki]", "1,1-dichloro-2-(p-chlorophenyl)-2-(o-chlorophenyl)ethane", "adrenal ferredoxin", "mitotano[spanish][inn]", "184475-35-2[rn]", "2,4'-dichlorophenyldichlorethane", "mitotane (jan/usp)[usp][jan]", "o,p-tde", "ethane 1,1-dichloro-2-(o-chlorophenyl)-2-(p-chlorophenyl)- (8ci)", "53-19-0[rn]", "ethane 1,1-dichloro-2-(o-chlorophenyl)-2-(p-chlorophenyl)-", "ethane 2-(o-chlorophenyl)-2-(p-chlorophenyl)-1,1-dichloro-", "1-chloro-2-(2,2-dichloro-1-(4-chlorophenyl)ethyl)benzene", "1-[2,2-dichloro-1-(4-chlorophenyl)ethyl]-2-chlorobenzene", "cb-313", "benzene 1-chloro-2-(2,2-dichloro-1-(4-chlorophenyl)ethyl)-", "2-(o-chlorophenyl)-2-(p-chlorophenyl)-1,1-dichloroethane", "o", "mitotanum [inn-latin]", "o,p'-tde", "(2,4'-dichlorodiphenyl)dichloroethane", "1-chlor-2-[2,2-dichlor-1-(4-chlorphenyl)ethyl]benzol", "mitotane (o,p'-ddd)", "ddd o,p'-", "337376-15-5", "mitotane [usan:inn:jan][inn][jan][usan]", "o,p'-dichlorodiphenyldichloroethane"}|>, "3333" -> <|"DatabaseID" -> "SW02100", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4066]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00648"]}, "IsomericSmiles" -> "c1ccc(c(c1)C(c2ccc(cc2)Cl)C(Cl)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00420"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MITOTANE"|>, "PharmGKBID" -> "PA164746157", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4211]}, "Synonyms" -> {"lysodren", "khlodithan", "mitotan", "chloditan", "chlodithan", "mitotane", "chlodithane", "2,2-bis(2-chlorophenyl-4-chlorophenyl)-1,1-dichloroethane", "adrenodoxin mitochondrial precursor", "1,1-dichloro-2,2-bis(2,4'-dichlorophenyl)ethane", "mitotanum[latin]", "(o,p)-ddd", "benzene 1-chloro-2-[2,2-dichloro-1-(4-chlorophenyl)ethyl]-", "o,p'-ddd", "4-05-00-01883 (beilstein handbook reference)[beilstein]", "1,1-dichloro-2-(o-chlorophenyl)-2-(p-chlorophenyl)ethane", "cb313", "opeprim", "hepatoredoxin", "mfcd00000850", "200-166-6[einecs]", "2", "1-(2-chlorophenyl)-1-(4-chlorophenyl)-2,2-dichloroethane", "2,4'-ddd", "benzene,1-chloro-2-[2 2-dichloro-1- (4-chlorophenyl)ethyl]-", "lysodren (tn)", "1-chloro-2-[2,2-dichloro-1-(4-chlorophenyl)ethyl]benzene[acd/iupac name]", "53-19-0", "ferredoxin- 1", "2-(2-chlorophenyl)-2-(4-chlorophenyl)-1,1-dichloroethane", "2,4'-dichlorodiphenyldichloroethane", "mitotane[wiki]", "1,1-dichloro-2-(p-chlorophenyl)-2-(o-chlorophenyl)ethane", "adrenal ferredoxin", "mitotano[spanish][inn]", "184475-35-2[rn]", "2,4'-dichlorophenyldichlorethane", "mitotane (jan/usp)[usp][jan]", "o,p-tde", "ethane 1,1-dichloro-2-(o-chlorophenyl)-2-(p-chlorophenyl)- (8ci)", "53-19-0[rn]", "ethane 1,1-dichloro-2-(o-chlorophenyl)-2-(p-chlorophenyl)-", "ethane 2-(o-chlorophenyl)-2-(p-chlorophenyl)-1,1-dichloro-", "1-chloro-2-(2,2-dichloro-1-(4-chlorophenyl)ethyl)benzene", "1-[2,2-dichloro-1-(4-chlorophenyl)ethyl]-2-chlorobenzene", "cb-313", "benzene 1-chloro-2-(2,2-dichloro-1-(4-chlorophenyl)ethyl)-", "2-(o-chlorophenyl)-2-(p-chlorophenyl)-1,1-dichloroethane", "o", "mitotanum [inn-latin]", "o,p'-tde", "(2,4'-dichlorodiphenyl)dichloroethane", "1-chlor-2-[2,2-dichlor-1-(4-chlorphenyl)ethyl]benzol", "mitotane (o,p'-ddd)", "ddd o,p'-", "337376-15-5", "mitotane [usan:inn:jan][inn][jan][usan]", "o,p'-dichlorodiphenyldichloroethane"}|>, "3334" -> <|"DatabaseID" -> "SW02101", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3183"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444524]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00835"]}, "IsomericSmiles" -> "C[NH+](C)CCC(c1ccc(cc1)Br)c2ccccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00663"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BROMPHENIRAMINE MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281067]}, "Synonyms" -> {"brompheniramine maleate", "dimotane", "dimetane", "veltane", "spentane", "gammistin", "ebalin", "drauxin", "rolabromophen", "allent", "dimetapp oral infant cold drops (brompheniramine maleate + phenylephrine hydrochloride)_mixture", "dimetapp allergy", "32865-01-3[rn]", "dimetapp children's cold & allergy tablets (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dimetane expectorant-c syrup (brompheniramine maleate + codeine phosphate + guaifenesin + phenylephrine hydrochloride)_mixture", "dimetane extentabs", "decongestant antihistaminic syrup (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "parabromodylamine maleate", "lodrane liquid", "dimetapp allergy (tn)", "bromfenex", "dimetapp (brompheniramine maleate + phenylephrine hydrochloride)_mixture", "nagemid", "dimetapp extentabs", "213-562-9[einecs]", "dimetane expectorant-dc syrup (brompheniramine maleate + guaifenesin + hydrocodone bitartrate + phenylephrine hydrochloride)_mixture", "bromfed", "cold relief dm (brompheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "dimetapp elixir (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetapp tab (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "8055-73-0[rn]", "3-(4-bromophenyl)-n,n-dimethyl-3-(pyridin-2-yl)propan-1-amine (2z)-but-2-enedioate (1:1)", "dimetapp dm elixir (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dristan allergy", "brompheniramine[wiki]", "3-(4-bromophenyl)-n,n-dimethyl-3-pyridin-2-yl-propan-1-amine", "lodrane ld", "dimetapp extra strength (brompheniramine maleate + phenylephrine hydrochloride)_mixture", "dimetapp extentabs (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dl-bromopheniramine maleate", "dimetapp cough & cold liqui-gels - cap (brompheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "dimetapp children's chewable", "dimetapp oral infant cold and fever drops (acetaminophen + brompheniramine maleate + phenylephrine hydrochloride)_mixture", "dimetapp tablets", "dimetapp extra strength dm cough & cold (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride)_mixture", "parabromdylamine maleate", "dimetapp cough cold & flu (acetaminophen + brompheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "pharmetapp elixir (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "brompheniramine", "dimetapp-c syrup (brompheniramine maleate + codeine phosphate + phenylephrine hydrochloride)_mixture", "ilvin maleate", "brompheniramine maleate[usan]", "dexchlorpheniramine maleate[usp]", "dimetapp dm tab (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetane expectorant-c syr (brompheniramine maleate + codeine phosphate + guaifenesin + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "cold relief (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "980-71-2[rn]", "dimetapp dm cough & cold liquid (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride)_mixture", "dimetapp oral infant drops (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "3-(4-bromophenyl)-n,n-dimethyl-3-pyridin-2-ylpropan-1-amine (2z)-but-2-enedioate", "cold & allergy relief - liq (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetapp-c syr (brompheniramine maleate + codeine phosphate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "2438-32-6[rn]", "cough cold & allergy relief (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "86-22-6[rn]", "tantapp elixir (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "2-pyridinepropanamine g-(4-bromophenyl)-n,n-dimethyl- (2z)-2-butenedioate (1:1)", "drixoral syrup", "dimetapp liqui-gels cap (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dimetapp clear (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dimetapp children's cold & fever (acetaminophen + brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dimetane expectorant liq (brompheniramine maleate + guaifenesin + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetapp cold & flu", "dimetapp dm", "cold & allergy (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetane-ten", "dimetane expectorant-dc syr (brompheniramine maleate + guaifenesin + hydrocodone bitartrate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetapp elixir", "brompheniramine fumarate", "dimetapp chewable tablets (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dimetane[wiki]"}|>, "3335" -> <|"DatabaseID" -> "SW02101", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3183"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444524]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00835"]}, "IsomericSmiles" -> "C[NH+](C)CCC(c1ccc(cc1)Br)c2ccccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00663"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BROMPHENIRAMINE MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281067]}, "Synonyms" -> {"brompheniramine maleate", "dimotane", "dimetane", "veltane", "spentane", "gammistin", "ebalin", "drauxin", "rolabromophen", "allent", "dimetapp oral infant cold drops (brompheniramine maleate + phenylephrine hydrochloride)_mixture", "dimetapp allergy", "32865-01-3[rn]", "dimetapp children's cold & allergy tablets (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dimetane expectorant-c syrup (brompheniramine maleate + codeine phosphate + guaifenesin + phenylephrine hydrochloride)_mixture", "dimetane extentabs", "decongestant antihistaminic syrup (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "parabromodylamine maleate", "lodrane liquid", "dimetapp allergy (tn)", "bromfenex", "dimetapp (brompheniramine maleate + phenylephrine hydrochloride)_mixture", "nagemid", "dimetapp extentabs", "213-562-9[einecs]", "dimetane expectorant-dc syrup (brompheniramine maleate + guaifenesin + hydrocodone bitartrate + phenylephrine hydrochloride)_mixture", "bromfed", "cold relief dm (brompheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "dimetapp elixir (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetapp tab (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "8055-73-0[rn]", "3-(4-bromophenyl)-n,n-dimethyl-3-(pyridin-2-yl)propan-1-amine (2z)-but-2-enedioate (1:1)", "dimetapp dm elixir (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dristan allergy", "brompheniramine[wiki]", "3-(4-bromophenyl)-n,n-dimethyl-3-pyridin-2-yl-propan-1-amine", "lodrane ld", "dimetapp extra strength (brompheniramine maleate + phenylephrine hydrochloride)_mixture", "dimetapp extentabs (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dl-bromopheniramine maleate", "dimetapp cough & cold liqui-gels - cap (brompheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "dimetapp children's chewable", "dimetapp oral infant cold and fever drops (acetaminophen + brompheniramine maleate + phenylephrine hydrochloride)_mixture", "dimetapp tablets", "dimetapp extra strength dm cough & cold (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride)_mixture", "parabromdylamine maleate", "dimetapp cough cold & flu (acetaminophen + brompheniramine maleate + dextromethorphan hydrobromide + phenylpropanolamine hydrochloride)_mixture", "pharmetapp elixir (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "brompheniramine", "dimetapp-c syrup (brompheniramine maleate + codeine phosphate + phenylephrine hydrochloride)_mixture", "ilvin maleate", "brompheniramine maleate[usan]", "dexchlorpheniramine maleate[usp]", "dimetapp dm tab (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetane expectorant-c syr (brompheniramine maleate + codeine phosphate + guaifenesin + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "cold relief (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "980-71-2[rn]", "dimetapp dm cough & cold liquid (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride)_mixture", "dimetapp oral infant drops (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "3-(4-bromophenyl)-n,n-dimethyl-3-pyridin-2-ylpropan-1-amine (2z)-but-2-enedioate", "cold & allergy relief - liq (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetapp-c syr (brompheniramine maleate + codeine phosphate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "2438-32-6[rn]", "cough cold & allergy relief (brompheniramine maleate + dextromethorphan hydrobromide + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "86-22-6[rn]", "tantapp elixir (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "2-pyridinepropanamine g-(4-bromophenyl)-n,n-dimethyl- (2z)-2-butenedioate (1:1)", "drixoral syrup", "dimetapp liqui-gels cap (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dimetapp clear (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dimetapp children's cold & fever (acetaminophen + brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dimetane expectorant liq (brompheniramine maleate + guaifenesin + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetapp cold & flu", "dimetapp dm", "cold & allergy (brompheniramine maleate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetane-ten", "dimetane expectorant-dc syr (brompheniramine maleate + guaifenesin + hydrocodone bitartrate + phenylephrine hydrochloride + phenylpropanolamine hydrochloride)_mixture", "dimetapp elixir", "brompheniramine fumarate", "dimetapp chewable tablets (brompheniramine maleate + phenylpropanolamine hydrochloride)_mixture", "dimetane[wiki]"}|>, "3336" -> <|"DatabaseID" -> "SW02102", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59273"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938504]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00405"]}, "IsomericSmiles" -> "C[NH+](C)CC[C@@H](c1ccc(cc1)Br)c2ccccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03704"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DEXBROMPHENIRAMINE MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433334]}, "Synonyms" -> {"disomer", "brompheniramine d-form maleate", "d-brompheniramine maleate", "(+)-brompheniramine maleate", "dexbrompheniramine maleate", "disomer (tn)", "dexbrompheniramine maleate[usan]", "(+)-2-(p-bromo-a-(2-(dimethylamino)ethyl)benzyl)pyridine maleate", "ebalin", "d-brompheniramine", "drixoral cold & sinus (dexbrompheniramine maleate + pseudoephedrine sulfate)_mixture", "drixtab tab (dexbrompheniramine maleate + pseudoephedrine sulfate)_mixture", "dexbrompheniramine", "einecs 219-236-2", "(+)-brompheniramine maleate salt", "dexbrompheniramine maleate salt", "parabromdylamine", "ilvin", "drixoral[wiki]", "ncgc00162100-02", "parabromodylamine", "chebi:59273", "disomer maleate", "disomer[wiki]", "dexbrompheniramine[wiki]", "drixoral day/night - srt/tabs (dexbrompheniramine maleate + pseudoephedrine sulfate)_mixture", "drixoral syrup (dexbrompheniramine maleate + pseudoephedrine sulfate)_mixture", "(3s)-3-(4-bromophenyl)-n,n-dimethyl-3-(pyridin-2-yl)propan-1-amine (2z)-but-2-enedioate (1:1)", "2391-03-9", "219-236-2[einecs]", "2391-03-9[rn]", "dexbrompheniramine fumarate", "disophrol[wiki]"}|>, "3337" -> <|"DatabaseID" -> "SW02103", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65268]}, "IsomericSmiles" -> "c1cc2c(c3c1cc-4[n+](c3)CCc5c4cc6c(c5)OCO6)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coptisine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72322]}, "Synonyms" -> {"bis[methylenedioxy]protoberberine", "6020-18-4[rn]", "ac1q701i", "7,8,13,13a-tetradehydro-2,3-9,10-bis(methylenedioxy)berbinium", "6,7-dihydro[1,3]dioxolo[4,5-g][1,3]dioxolo[7,8]isoquino[3,2-a]isoquinolin-5-ium", "ac1l2hus", "6020-18-4 (chloride)", "megxp0_001731", "bis(1", "protoberberine alkaloid", "coptisine[wiki]", "7,8,13,13a-tetradehydro-2,3:9,10-bismethylenedioxyberbinium", "7", "bis(1,3)benzodioxolo(5,6-a:4',5'-g)quinolizinium 6,7-dihydro-", "6h,7h-[1,3]dioxolo[5,4-g][1,3]dioxolo[5'',4'':7,8]isoquino[3,2-a]isoquinolin-5-ium", "chembl362071", "3486-66-6[rn]", "6,7-dihydrobis[1,3]benzodioxolo[5,6-a:4',5'-g]quinolizinium", "[1,3]benzodioxolo[5,6-a]-1,3-benzodioxolo[4,5-g]quinolizinium,6,7-dihydro-", "6,7-dihydro[1,3]dioxolo[4,5-g][1,3]dioxolo[7,8]isochino[3,2-a]isochinolin-5-ium", "3486-66-6", "coptisine"}|>, "3338" -> <|"DatabaseID" -> "SW02104", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "157175"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3116]}, "IsomericSmiles" -> "CCn1cc(c(=O)c2c1nc(c(c2)F)N3CC[NH2+]CC3)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00310"]}, "OfficialNames" -> <|"China Approved Name" -> "Enoxacin", "FDA Approved Drug" -> "ENOXACIN"|>, "PharmGKBID" -> "PA449462", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3229]}, "Synonyms" -> {"bactidan", "enoxacin", "comprecin", "penetrex", "flumark", "enofloxacin", "1-ethyl-6-fluoro-4-oxo-7-(piperazin-1-yl)-1,4-dihydro-1,8-naphthyridine-3-carboxylic acid", "74011-58-8[rn]", "enoxacino", "1-ethyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)-1,8-naphthyridine-3-carboxylic acid", "enoxacinum [inn_la]", "enoxacinum", "1,8-naphthyridine-3-carboxylic acid,1-ethyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)-", "enoram", "enoxacine[french]", "at2266", "1-ethyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydro-quinoline-3-carboxylic acid", "9005-49-6", "d015365", "enoxacino[spanish]", "enx", "1,8-naphthyridine-3-carboxylic acid,1,4-dihydro-1-ethyl-6-fluoro-4-oxo-7-(1-piperazinyl)-", "at-2266", "enoxacin [usan:ban:inn:jan][inn][jan][usan]", "74011-58-8", "enoxacinum[latin]", "1-ethyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydro-[1,8]naphthyridine-3-carboxylic acid", "1-ethyl-6-fluoro-4-oxo-7-(1-piperazinyl)-1,4-dihydro-1,8-naphthyridine-3-carboxylic acid[acd/iupac name]", "1-ethyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydro-1,8-naphthyridine-3-carboxylic acid", "1-ethyl-6-fluoro-4-oxo-7-piperazinylhydropyridino[2,3-b]pyridine-3-carboxylic cid", "enoxor", "tl8005116", "almitil", "enoxacine", "84294-96-2[rn]", "pd107779", "enoxacin[wiki][usan]", "enoxin", "penetrex[wiki]", "almitil,bactidan,bactidron comprecin enoksetin enoxen enroxil enoxin enoxor flumark gyrami", "enoxacin (penetrex)"}|>, "3339" -> <|"DatabaseID" -> "SW02105", "IsomericSmiles" -> "CC1CC(=NO1)C(=O)c2c[nH]c3c2cc(cn3)c4cccc(c4)N", "OfficialNames" -> <|"Indian Approved Name" -> "methyl polysilox;methyl salicyalate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673563]}, "Synonyms" -> {"surecn12148239"}|>, "3340" -> <|"DatabaseID" -> "SW02105", "IsomericSmiles" -> "CC1CC(=NO1)C(=O)c2c[nH]c3c2cc(cn3)c4cccc(c4)N", "OfficialNames" -> <|"Indian Approved Name" -> "methyl polysilox;methyl salicyalate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673563]}, "Synonyms" -> {"surecn12148239"}|>, "3341" -> <|"DatabaseID" -> "SW02106", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 114542]}, "IsomericSmiles" -> "CCNC(=O)NCCCOc1cccc(c1)C[NH+]2CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01698"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dalcotidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 129319]}, "Synonyms" -> {"dalcotidine", "1-ethyl-3-{3-[3-(piperidin-1-ylmethyl)phenoxy]propyl}urea", "urea n-ethyl-n'-(3-(3-(1-piperidinylmethyl)phenoxy)propyl)-", "urea n-ethyl-n'-[3-[3-(1-piperidinylmethyl)phenoxy]propyl]-", "surecn1815082", "n-ethyl-n'-(3-(3-(1-piperidinylmethyl)phenoxy)propyl)urea", "ncgc00182982-01", "1-ethyl-3-[3-(3-piperidin-1-ylmethyl-phenoxy)-propyl]-urea", "ac1l2ve9", "dalcotidine [inn]", "120958-90-9[rn]", "ku 1257", "n-ethyl-n'-(3-(3-(piperidinomethyl)phenoxy)propyl)urea", "1-ethyl-3-[3-[3-(piperidin-1-ylmethyl)phenoxy]propyl]urea", "dalcotidine (jan/inn)", "120958-90-9"}|>, "3342" -> <|"DatabaseID" -> "SW02107", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 347851]}, "IsomericSmiles" -> "C[C@@]12CCC(=O)C([C@H]1CC[C@]34[C@H]2CC[C@H](C3)[C@@](C4)(CO)O)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acyclic diterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 392471]}, "Synonyms" -> {"nsc692967", "13597-84-7", "kst-1a1180", "135683-73-7[rn]", "diterpene[wiki]", "ar-1a6705", "ent-16s", "(5|a", "nsc 692967", "ac1l945k", "ent-16(s)", "135683-73-7"}|>, "3343" -> <|"DatabaseID" -> "SW02108", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10128545]}, "IsomericSmiles" -> "C[N+]1(CC(CC(=C(c2cccs2)c3cccs3)C1)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02535"]}, "OfficialNames" -> <|"NPC Approved Name" -> "timepidium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954250]}, "Synonyms" -> {"sesden (tn)", "d02535", "timepidium bromide[jp15]", "timepidium bromide hydrate (jp16)", "sesden", "unii-5x58hsg8lx", "116383-38-1", "timepidium bromide hydrate", "surecn9935291"}|>, "3344" -> <|"DatabaseID" -> "SW02108", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10128545]}, "IsomericSmiles" -> "C[N+]1(CC(CC(=C(c2cccs2)c3cccs3)C1)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02535"]}, "OfficialNames" -> <|"NPC Approved Name" -> "timepidium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954250]}, "Synonyms" -> {"sesden (tn)", "d02535", "timepidium bromide[jp15]", "timepidium bromide hydrate (jp16)", "sesden", "unii-5x58hsg8lx", "116383-38-1", "timepidium bromide hydrate", "surecn9935291"}|>, "3345" -> <|"DatabaseID" -> "SW02109", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6920]}, "IsomericSmiles" -> "C1CCN(CC1)C(=S)SSC(=S)N2CCCCC2", "OfficialNames" -> <|"NPC Approved Name" -> "bis(1-piperidylthiocarbonyl)disulfide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7188]}, "Synonyms" -> {"bis(pentamethylene)thiuram disulfide", "nsc-527035", "dicyclopentamethylenethiuram disulfide", "disulfide", "dipentamethylenethiuram disulfide", "thiuram disulfide dipentamethylene-", "piperidine 1 1'- (dithiodicarbonothioyl)bis-", "202-328-1[einecs]", "di-1-piperidinyldithioperoxyanhydride[acd/iupac name]", "1,1'-(dithiodicarbonothioyl)bispiperidine", "disulfide bis (1-piperidinylthioxomethyl)", "disulfide bis (piperidinothiocarbonyl)", "bis(1-piperidylthiocarbonyl) disulfide", "bis(piperidinothiocarbonyl) disulfide", "bis-(piperidine-1-carbodithioic acid)", "94-37-1", "1-piperidinethiocarbonyl disulfide", "piperidine 1,1'-(dithiodicarbonothioyl)bis- (9ci)", "bis(1-piperidylthiocarbonyl)disulfide", "bis(piperidinothiocarbonyl)disulfide", "dipentamethylenethiuram disulphide", "disulfide bis(1-piperidinylthioxomethyl)", "94-37-1[rn]", "piperidyl[(piperidylthioxomethyl)disulfanyl]methane-1-thione", "5-20-02-00523 (beilstein handbook reference)[beilstein]", "piperidine 1,1'-(dithiodicarbonothioyl)bis-", "dipiperidin-1-yldithioperoxyanhydride"}|>, "3346" -> <|"DatabaseID" -> "SW02110", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3821]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00186"]}, "IsomericSmiles" -> "c1ccc(c(c1)C2=NC(C(=O)Nc3c2cc(cc3)Cl)O)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00365"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lorazepam", "US Illegal/Scheduled Drug (Schedule 4)" -> "Lorazepam", "Australia Approved Name" -> "LORAZEPAM", "China Approved Name" -> "lorazepam", "WHO Essential Medicine" -> "lorazepam", "FDA Approved Drug" -> "LORAZEPAM"|>, "PharmGKBID" -> "PA450267", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3958]}, "Synonyms" -> {"almazine", "bonatranquan", "idalprem", "o-chlorooxazepam", "lorazepam", "o-chloroxazepam", "ativan", "delormetazepam", "temesta", "sedazin", "emotival", "securit", "psicopax", "loraz", "pro dorm", "anxiedin", "lorsilan", "alzapam", "punktyl", "sedatival", "somagerol", "tavor", "quait", "aplacassee", "wypax", "lorabenz", "lorazepan chobet", "apo-lorazepam", "lorazep", "demethyllormetazepam", "lorafen", "tavor[wiki]", "nervistop l", "trapax", "donix", "lomesta", "kalmalin", "7-chloro-5-(2-chlorophenyl)-1,3-dihydro-3-hydroxy-2h-1,4-benzodiazepin-2-one", "7-chloro-5-(o-chlorophenyl)-1,3-dihydro-3-hydroxy-2h-1 4-benzodiazepin-2-one", "lorazepam [usan:ban:inn:jan][inn][jan][usan]", "2h-1 4-benzodiazepin-2-one 7-chloro-5- (o-chlorophenyl)-1 3-dihydro-3-hydroxy-", "merlit", "sedizepan", "durazolam", "lorazepam-neuraxpharm", "lorazepam-efeka", "apo lorazepam", "lorazepam preservative free", "lorazon", "lorazene", "gaba(a", "apolorazepam", "rocosgen", "2h,1,4-benzodiazepin-2-one,7-chloro-5-(o-chlorophenyl)-1,3-dihydro-3-hydroxy-", "loram", "nuloraz", "nervistopl", "lorazepamum[latin]", "d008140", "lorzem", "lorapam", "anzepam", "846-49-1[rn]", "lorenin", "2h-1,4-benzodiazepin-2-one,7-chloro-5-(2-chlorophenyl)-1,3-dihydro-3-hydroxy-", "bonton", "2h-1,4-benzodiazepin-2-one,7-chloro-5-(o-chlorophenyl)-1,3-dihydro-3-hydroxy-", "silence[wiki]", "novhepar", "lorazepam-ratiopharm", "ativan[wiki]", "5-25-02-00248 (beilstein handbook reference)[beilstein]", "laubeel", "novo-lorazem", "7-chloro-5-(2-chloro-phenyl)-3-hydroxy-1,3-dihydro-benzo[e][1,4]diazepin-2-one (lorazepam)", "lorivan[wiki]", "azurogen", "equitam", "duralozam", "larpose", "lorat", "lorazepam7-chloro-5-(2-chloro-phenyl)-3-hydroxy-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "7-chlor-5-(2-chlorphenyl)-3-hydroxy-1,3-dihydro-2h-1,4-benzodiazepin-2-on", "anxira", "7-chloro-5-(2-chlorophenyl)-3-hydroxy-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "renaquil", "212-687-6[einecs]", "nu loraz", "lorax", "loridem", "18878-17-6[rn]", "efasedan", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "upan", "orfidal", "7-chloro-5-(2-chlorophenyl)-3-hydroxy-1h-1,4-benzodiazepin-2(3h)-one", "aplacasse", "ativan (tn)", "wyeth orfidal", "stapam", "medical lorazepam", "lorazepam intensol", "7-chloro-5-(2-chlorophenyl)-1,3-dihydro-3-hydroxy-2h-1,4-benzodiazepine-2-one", "norlormetazepam", "temesta[wiki]", "orfidal wyeth", "7-chloro-5-(2-chloro-phenyl)-3-hydroxy-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "l-lorazepam acetate", "vigiten", "tranqipam", "2h-1,4-benzodiazepin-2-one,7-chloro-5- (2-chlorophenyl)-1,3-dihydro-3-hydroxy-", "lorazepan richet", "[846-49-1]", "sidenar", "nu-loraz", "(+/-)-lorazepam", "lorazepam[wiki]", "lorans", "novolorazem", "aripax", "lorax[wiki]", "lorsedal", "wy4036", "sinestron", "tolid", "nic", "max pax", "novo lorazem", "sedicepan", "emotion[wiki]", "lozepam", "1-(2-allyl-phenoxy)-3-isopropylamino-propan-2-ol", "lorazin", "337376-15-5", "7-chloro-5-(o-chlorophenyl)-1,3-dihydro-3-hydroxy-2h-1,4-benzodiazepin-2-one", "lopam"}|>, "3347" -> <|"DatabaseID" -> "SW02110", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3821]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00186"]}, "IsomericSmiles" -> "c1ccc(c(c1)C2=NC(C(=O)Nc3c2cc(cc3)Cl)O)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00365"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lorazepam", "US Illegal/Scheduled Drug (Schedule 4)" -> "Lorazepam", "Australia Approved Name" -> "LORAZEPAM", "China Approved Name" -> "lorazepam", "WHO Essential Medicine" -> "lorazepam", "FDA Approved Drug" -> "LORAZEPAM"|>, "PharmGKBID" -> "PA450267", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3958]}, "Synonyms" -> {"almazine", "bonatranquan", "idalprem", "o-chlorooxazepam", "lorazepam", "o-chloroxazepam", "ativan", "delormetazepam", "temesta", "sedazin", "emotival", "securit", "psicopax", "loraz", "pro dorm", "anxiedin", "lorsilan", "alzapam", "punktyl", "sedatival", "somagerol", "tavor", "quait", "aplacassee", "wypax", "lorabenz", "lorazepan chobet", "apo-lorazepam", "lorazep", "demethyllormetazepam", "lorafen", "tavor[wiki]", "nervistop l", "trapax", "donix", "lomesta", "kalmalin", "7-chloro-5-(2-chlorophenyl)-1,3-dihydro-3-hydroxy-2h-1,4-benzodiazepin-2-one", "7-chloro-5-(o-chlorophenyl)-1,3-dihydro-3-hydroxy-2h-1 4-benzodiazepin-2-one", "lorazepam [usan:ban:inn:jan][inn][jan][usan]", "2h-1 4-benzodiazepin-2-one 7-chloro-5- (o-chlorophenyl)-1 3-dihydro-3-hydroxy-", "merlit", "sedizepan", "durazolam", "lorazepam-neuraxpharm", "lorazepam-efeka", "apo lorazepam", "lorazepam preservative free", "lorazon", "lorazene", "gaba(a", "apolorazepam", "rocosgen", "2h,1,4-benzodiazepin-2-one,7-chloro-5-(o-chlorophenyl)-1,3-dihydro-3-hydroxy-", "loram", "nuloraz", "nervistopl", "lorazepamum[latin]", "d008140", "lorzem", "lorapam", "anzepam", "846-49-1[rn]", "lorenin", "2h-1,4-benzodiazepin-2-one,7-chloro-5-(2-chlorophenyl)-1,3-dihydro-3-hydroxy-", "bonton", "2h-1,4-benzodiazepin-2-one,7-chloro-5-(o-chlorophenyl)-1,3-dihydro-3-hydroxy-", "silence[wiki]", "novhepar", "lorazepam-ratiopharm", "ativan[wiki]", "5-25-02-00248 (beilstein handbook reference)[beilstein]", "laubeel", "novo-lorazem", "7-chloro-5-(2-chloro-phenyl)-3-hydroxy-1,3-dihydro-benzo[e][1,4]diazepin-2-one (lorazepam)", "lorivan[wiki]", "azurogen", "equitam", "duralozam", "larpose", "lorat", "lorazepam7-chloro-5-(2-chloro-phenyl)-3-hydroxy-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "7-chlor-5-(2-chlorphenyl)-3-hydroxy-1,3-dihydro-2h-1,4-benzodiazepin-2-on", "anxira", "7-chloro-5-(2-chlorophenyl)-3-hydroxy-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "renaquil", "212-687-6[einecs]", "nu loraz", "lorax", "loridem", "18878-17-6[rn]", "efasedan", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "upan", "orfidal", "7-chloro-5-(2-chlorophenyl)-3-hydroxy-1h-1,4-benzodiazepin-2(3h)-one", "aplacasse", "ativan (tn)", "wyeth orfidal", "stapam", "medical lorazepam", "lorazepam intensol", "7-chloro-5-(2-chlorophenyl)-1,3-dihydro-3-hydroxy-2h-1,4-benzodiazepine-2-one", "norlormetazepam", "temesta[wiki]", "orfidal wyeth", "7-chloro-5-(2-chloro-phenyl)-3-hydroxy-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "l-lorazepam acetate", "vigiten", "tranqipam", "2h-1,4-benzodiazepin-2-one,7-chloro-5- (2-chlorophenyl)-1,3-dihydro-3-hydroxy-", "lorazepan richet", "[846-49-1]", "sidenar", "nu-loraz", "(+/-)-lorazepam", "lorazepam[wiki]", "lorans", "novolorazem", "aripax", "lorax[wiki]", "lorsedal", "wy4036", "sinestron", "tolid", "nic", "max pax", "novo lorazem", "sedicepan", "emotion[wiki]", "lozepam", "1-(2-allyl-phenoxy)-3-isopropylamino-propan-2-ol", "lorazin", "337376-15-5", "7-chloro-5-(o-chlorophenyl)-1,3-dihydro-3-hydroxy-2h-1,4-benzodiazepin-2-one", "lopam"}|>, "3348" -> <|"DatabaseID" -> "SW02111", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30814"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 334]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)Oc2cc(cc(c2O)O)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "m-digallic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 341]}, "Synonyms" -> {"gallic acid 3-monogallate", "nsc-59263", "m-galloylgallic acid", "m-digallic acid", "digallic acid", "2177723[beilstein]", "5,6-dihydroxy-3-carboxyphenyl ester of gallic acid", "st50985282", "215-753-2[einecs]", "gallic acid 3-gallate", "208-624-7[einecs]", "gallic acid", "gallic acid 5,6-dihydroxy-3-carboxyphenyl ester", "3019-89-4[rn]", "536-08-3[rn]", "chebi:30814", "benzoic acid 3,4,5-trihydroxy- 5-carboxy-2,3-dihydroxyphenylester", "gallic acid 3-monohallate", "3-10-00-02086[beilstein]", "3,4-dihydroxy-5-((3,4,5-trihydroxybenzoyl)oxy)benzoic acid", "3,4-dihydroxy-5-[(3,4,5-trihydroxybenzoyl)oxy]benzoic acid[acd/iupac name]", "3,4-dihydroxy-5-(3,4,5-trihydroxybenzoyloxy)benzoic acid", "crs", "4,5-dihydroxybenzoic acid monogallate", "536-08-3", "nsc59263", "benzoic acid 3,4-dihydroxy-5-[(3,4,5-trihydroxybenzoyl)oxy]-", "4,5-dihydroxy-3-(3,4,5-trihydroxyphenylcarbonyloxy)benzoic acid", "celcure dry mix (chemicals for wood preserving)"}|>, "3349" -> <|"DatabaseID" -> "SW02112", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4974"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3207]}, "IsomericSmiles" -> "CC(=O)OCC(CCn1cnc2c1nc(nc2)N)COC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00317"]}, "OfficialNames" -> <|"Indian Approved Name" -> "famciclovir", "FDA Approved Drug" -> "FAMCICLOVIR"|>, "PharmGKBID" -> "PA449585", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3324]}, "Synonyms" -> {"famciclovir", "famvir (tn)", "famvir", "famciclovir; ; (2-(acetyloxymethyl)-4-(2-aminopurin-9-yl)-butyl) acetate", "diacetyl6-deoxy-9-(4-hydroxy-3-hydroxymethyl-but-1-yl)guanine", "(2-(acetyloxymethyl)-4-(2-aminopurin-9-yl)-butyl) acetate", "1-chloro-3-phenylpropane", "famciclovir [usan:ban:inn][inn][usan]", "famiciclovir", "famciclovirum [inn_la]", "fcv", "104227-87-4[rn]", "brl-42810", "famciclovirum [inn-latin]", "104-52-9[rn]", "2-(2-(2-amino-9h-purin-9-yl)ethyl)propane-1,3-diyl diacetate", "2-[(acetyloxy)methyl]-4-(2-amino-9h-purin-9-yl)butylacetat", "2-(acetoxymethyl)-4-(2-amino-9h-purin-9-yl)butyl acetate[acd/iupac name]", "104227-87-4", "chebi:4974", "9-[4-acetoxy-3-(acetoxymethyl)but-1-yl]-2-aminopurine", "famciclovir[wiki]", "2-(acetoxymethyl)-4-(2-amino-4,5-dihydro-9h-purin-9-yl)butyl acetate", "famvir[wiki]", "1,3-propanediol 2-(2-(2-amino-9h-purin-9-yl)ethyl)-,diacetate(ester)", "2-(2-(2-amino-9h-purin-9-yl)ethyl)-1,3-propanediol diacetate (ester)", "famciclovirum", "oravir", "brl 42810", "1,3-propanediol 2-[2-(2-amino-9h-purin-9-yl)ethyl]-,diacetate(ester)", "2-[(acetyloxy)methyl]-4-(2-amino-9h-purin-9-yl)butyl acetate", "famciclovir (jan/usan)[jan][usan]", "famciclovirum[latin]", "acetic acid 2-acetoxymethyl-4-(2-amino-purin-9-yl)-butyl ester", "2-[2-(2-amino-9h-purin-9-yl)ethyl]-1,3-propanediol diacetate (ester)", "2-[(acetyloxy)methyl]-4-(2-amino-9h-purin-9-yl)butyl acetate (non-preferred name)"}|>, "3350" -> <|"DatabaseID" -> "SW02114", "IsomericSmiles" -> "C[C@H]1CCC[C@@H](CCCCCc2cc(cc(c2C(=O)O1)[O-])O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06362"]}, "OfficialNames" -> <|"NPC Approved Name" -> "zeranol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2999413]}, "Synonyms" -> {"ralabol", "zeranol", "26538-44-3", "alpha-zearalanol", "zearalanol", "mk-188", "zearanol", "p-1496", "ralone", "ralgro"}|>, "3351" -> <|"DatabaseID" -> "SW02115", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5691], ExternalIdentifier["ChemSpiderID", 20824]}, "IsomericSmiles" -> "CC[NH+](CC)CCNC(c1ccccc1)C(=O)OCCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07076"]}, "OfficialNames" -> <|"Indian Approved Name" -> "camylofin dihydrochloride;camylofin;camylofin hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5902], ExternalIdentifier["PubChemCompoundID", 22182]}, "Synonyms" -> {"camylofine", "sintespasmil", "spasmocan", "camylopin", "novospasmin", "acamylophenine", "belosin", "navadyl", "adopon", "227-571-0[einecs]", "camylofin", "54-30-8[rn]", "avacan", "5892-41-1[rn]", "3-methylbutyl {[2-(diethylamino)ethyl]amino}(phenyl)acetate[acd/iupac name]", "n-(2-diethylaminoethyl)-2-phenylglycine isopentyl ester", "camylofinum[latin]", "200-202-0[einecs]", "acamylophenine dihydrochloride", "phenyldiethylaminoethyl-1'-aminoacetic acid isopentyl ester", "3-methylbutyl 2-{[2-(diethylamino)ethyl]amino}-2-phenylacetate", "a-[(b-diethylaminoethyl)amino]phenylacetic acid isoamyl ester", "camylofin[wiki]", "isoamyl n-(b-diethylaminoethyl)-a-aminophenylacetate", "4-14-00-01336 (beilstein handbook reference)[beilstein]", "camilofina[spanish][inn]", "isopentylalcohol,ester with n-(2-(diethylamino)ethyl)-2-phenylglycine", "a-[[2-(diethylamino)ethyl]amino]benzeneaceticacid 3-methylbutyl ester", "avocan", "avadyl", "camylofine dihydrochloride", "camylofin [dcf:inn][inn]", "isopentyl 2-(2-(diethylamino)ethylamino)-2-phenylacetate", "glycine,n-(2-(diethylamino)ethyl)-2-phenyl-,isopentyl ester", "n-[2-(diethylamino)ethyl]-2-phenylglycine isopentyl ester", "isoamyl a-[n-(b-diethylaminoethyl)amino]phenylacetate", "camylofin hydrochloride", "anafortan", "ac1l2jvw", "glycine", "camylofinedihydrochloride", "camylofine hcl", "glycine,n-(2-(diethylamino)ethyl)-2-phenyl-,isopentyl ester,dihydrochloride", "camylofine hydrochloride", "3-methylbutyl {[2-(diethylamino)ethyl]amino}(phenyl)acetate dihydrochloride", "einecs 227-571-0", "isopentyl?-(2-diethylaminoethylamino)phenylacetate dihydrochloride", "isopentyl alpha-(2-diethylaminoethylamino)phenylacetate dihydrochloride"}|>, "3352" -> <|"DatabaseID" -> "SW02115", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5691], ExternalIdentifier["ChemSpiderID", 20824]}, "IsomericSmiles" -> "CC[NH+](CC)CCNC(c1ccccc1)C(=O)OCCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07076"]}, "OfficialNames" -> <|"Indian Approved Name" -> "camylofin dihydrochloride;camylofin;camylofin hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5902], ExternalIdentifier["PubChemCompoundID", 22182]}, "Synonyms" -> {"camylofine", "sintespasmil", "spasmocan", "camylopin", "novospasmin", "acamylophenine", "belosin", "navadyl", "adopon", "227-571-0[einecs]", "camylofin", "54-30-8[rn]", "avacan", "5892-41-1[rn]", "3-methylbutyl {[2-(diethylamino)ethyl]amino}(phenyl)acetate[acd/iupac name]", "n-(2-diethylaminoethyl)-2-phenylglycine isopentyl ester", "camylofinum[latin]", "200-202-0[einecs]", "acamylophenine dihydrochloride", "phenyldiethylaminoethyl-1'-aminoacetic acid isopentyl ester", "3-methylbutyl 2-{[2-(diethylamino)ethyl]amino}-2-phenylacetate", "a-[(b-diethylaminoethyl)amino]phenylacetic acid isoamyl ester", "camylofin[wiki]", "isoamyl n-(b-diethylaminoethyl)-a-aminophenylacetate", "4-14-00-01336 (beilstein handbook reference)[beilstein]", "camilofina[spanish][inn]", "isopentylalcohol,ester with n-(2-(diethylamino)ethyl)-2-phenylglycine", "a-[[2-(diethylamino)ethyl]amino]benzeneaceticacid 3-methylbutyl ester", "avocan", "avadyl", "camylofine dihydrochloride", "camylofin [dcf:inn][inn]", "isopentyl 2-(2-(diethylamino)ethylamino)-2-phenylacetate", "glycine,n-(2-(diethylamino)ethyl)-2-phenyl-,isopentyl ester", "n-[2-(diethylamino)ethyl]-2-phenylglycine isopentyl ester", "isoamyl a-[n-(b-diethylaminoethyl)amino]phenylacetate", "camylofin hydrochloride", "anafortan", "ac1l2jvw", "glycine", "camylofinedihydrochloride", "camylofine hcl", "glycine,n-(2-(diethylamino)ethyl)-2-phenyl-,isopentyl ester,dihydrochloride", "camylofine hydrochloride", "3-methylbutyl {[2-(diethylamino)ethyl]amino}(phenyl)acetate dihydrochloride", "einecs 227-571-0", "isopentyl?-(2-diethylaminoethylamino)phenylacetate dihydrochloride", "isopentyl alpha-(2-diethylaminoethylamino)phenylacetate dihydrochloride"}|>, "3353" -> <|"DatabaseID" -> "SW02116", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3638"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9892095], ExternalIdentifier["ChemSpiderID", 2618], ExternalIdentifier["ChemSpiderID", 75637], ExternalIdentifier["ChemSpiderID", 58455]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00608"], ExternalIdentifier["DrugBankID", "01381"]}, "IsomericSmiles" -> "CC[NH+](CC)CCCC(C)Nc1cc[nH+]c2c1ccc(c2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03469"], ExternalIdentifier["KEGGID", "D02366"]}, "OfficialNames" -> <|"China Approved Name" -> "chloroquine", "WHO Essential Medicine" -> "chloroquine", "Indian Approved Name" -> "ginkgo biloba;chloroquine phosph.;chloroquine phosphate;ginkgo biloba extract;chloroquine", "Traditional Herbal Isolate" -> "chloroquine", "FDA Approved Drug" -> "CHLOROQUINE HYDROCHLORIDE;CHLOROQUINE PHOSPHATE"|>, "PharmGKBID" -> "PA448948", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11717374], ExternalIdentifier["PubChemCompoundID", 2719], ExternalIdentifier["PubChemCompoundID", 83818], ExternalIdentifier["PubChemCompoundID", 64927]}, "Synonyms" -> {"chloroquine", "aralen", "artrichin", "reumachlor", "capquin", "chlorochin", "chemochin", "chloraquine", "arthrochin", "chingamin", "imagon", "tresochin", "malaquin", "roquine", "avlochlor", "pfizerquine", "mesylith", "quinoscan", "sopaquin", "quinachlor", "quinagamin", "elestol", "klorokin", "amokin", "quinagamine", "bemaphate", "trochin", "iroquine", "3377 rp opalate", "bemasulph", "bemaco", "cidanchin", "heliopar", "gontochin", "dichinalex", "siragan", "resoquina", "resoquine", "silbesan", "bipiquin", "clorochina", "chloroquina", "chloroquinium", "cocartrit", "tanakan", "reumaquin", "neochin", "solprina", "chlorochine", "nivaquine", "malaren", "lapaquin", "malarex", "nivaquine b", "nivachine", "chloroquine phosphate", "resochen", "quinilon", "quinercyl", "sanoquin", "chlorquin", "benaquin", "resochin", "delagil", "arechin", "avloclor", "quingamine", "aralen hcl", "plaquenil", "hydroxychloroquine sulfate", "toll-like receptor 9 precursor", "cd289 antigen", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-", "n4-(7-chloroquinolin-4-yl)-n1,n1-diethylpentane-1,4-diamine", "arolen", "cq", "rivoquine", "50-63-5[rn]", "tcmdc-123988", "chloroquinine phosphate", "araten phosphate", "chloroquine[wiki][usp]", "aralen phosphate", "khingamin", "54-05-7[rn]", "chloroquine diphosphate", "quinoline 7-chloro-4-(4-diethylamino-1-methyl-butylamino)-", "n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-1,4-pentanediamine[acd/iupac name]", "{4-[(7-chloroquinolin-4-yl)amino]pentyl}diethylamine", "plaquenil[wiki]", "n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-1,4-pentanediamine", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-,phosphate(1:2)", "chloroquinum[latin]", "56598-66-4[rn]", "7-chloro-4-[[4-(diethylamino)-1-methylbutyl]amino]quinoline", "n*4*-(7-chloro-quinolin-4-yl)-n*1*,n*1*-diethyl-pentane-1,4-diamine", "chloroquin diphosphate", "1,4-pentanediamine n(4)-(7-chloro-4-quinolinyl)-n(1),n(1)-diethyl-", "chloroin", "ronaquine", "200-191-2[einecs]", "ronaquine sanoquin", "1,4-pentanediamine n(sup 4)-(7-chloro-4-quinolinyl)-n(sup 1),n(sup 1)-diethyl-", "n(4)-(7-chloroquinolin-4-yl)-n(1),n(1)-diethylpentane-1,4-diamine", "1,4-pentanediamine n4- (7-chloro-4-quinolinyl)-n1,n1-diethyl-", "54-05-7 (free base )", "quinoline 7-chloro-4-((4-(diethylamino)-1-methylbutyl)amino)-", "chlorochinum", "st 21 (pharmaceutical)", "miniquine", "58175-86-3[rn]", "quinoline 7-chloro-4-[[4-(diethylamino)-1-methylbutyl]amino]-", "cloroquina[spanish][inn]", "58175-87-4[rn]", "7-chloro-4-(4-diethylamino-1-methylbutylamino)quinoline", "sn 7,618", "chloroquin", "482809[beilstein]", "54-05-7", "nsc-187208", "{4-[(7-chloro(4-quinolyl))amino]pentyl}diethylamine", "chloroquine diphosphate crystalline", "chloroquine [usan:ban:inn][inn][usan]", "tanakene", "chloroquine phosphate[usp]", "chloroquine (van)", "clorochina [dcit]", "gontochin phosphate", "n(sup 4)-(7-chloro-4-quinolinyl)-n(sup 1),n(sup 1)-diethyl-1,4-pentanediamine", "337376-15-5", "n(4)-(7-chloro-4-quinolinyl)-n(1),n(1)-diethyl-1,4-pentanediamine", "1 4-pentanediamine n4- (7-chloro-4-quinolinyl)-n1,n1-diethyl- phosphate (1:2)", "chloroquine phosphate", "quinoline 7-chloro-4-((4-(diethylamino)-1-methylbutyl)amino)-,phosphate (1:1)", "quinoline 7-chloro-4-[[4-(diethylamino)-1-methylbutyl]amino]-,phosphate", "gbe 761", "aralen hydrochloride", "chloroquine hydrochloride", "quinoline 7-chloro-4-[[4-(diethylamino)-1-methylbutyl]amino]- phosphate (1:2)", "n4-(7-chloroquinolin-4-yl)-n1,n1-diethylpentane-1,4-diamine phosphate (1:2)", "egb-761", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl- phosphate (1:1)", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-,phosphate(1:1)-", "n4-(7-chloroquinolin-4-yl)-n1,n1-diethylpentane-1,4-diamine phosphate (1:1)", "1446-17-9[rn]", "aralen diphosphate", "chloroquine dihydrogen phosphate (1:2)", "rokan", "n4-(7-chloro-quinolin-4-yl)-n1,n1-diethyl-pentane-1,4-diamine phosphoricacid", "gbe 761 onc", "alermine", "ginkgo biloba extract 761", "egb761", "chloroquine bis(phosphate)", "7-chloro-4-[(4'-diethylamino-1-methylbutyl)amino]quinoline diphosphate", "tebonin", "quinoline 7-chloro-4((4-(diethylamino)-1-methylbutyl)amino)-,phosphate(1:1)", "tebofortran", "c063170", "ipsen 225", "chingamin phosphate", "tebokan", "gbe-761", "chingaminum", "h-stadur", "egb 761", "7-chlor-4-(4-(diaethylamino)-1-methylbutylamino)-chinolindiphosphat[german]", "n-(7-chloroquinolin-4-yl)-n-[4-(diethylamino)-1-methylbutyl]amine diphosphate", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl- hydrochloride (1:1)", "{4-[(7-chloro(4-quinolyl))amino]pentyl}diethylamine phosphoricacid phosphoricacid", "chembl1669", "n4-(7-chloro-4-quinolinyl)-n1,n1-dimethyl-1,4-pentanediamine diphosphatesalt", "69698-56-2[rn]", "7-chloro-4-((4-(diethylamino)-1-methylbutyl)amino)quinoline phosphate (1:2)", "diphosphate[wiki]", "gaba(a) receptor subunit gamma-2", "6384-82-3[rn]", "chloroquinediphosphate", "dl-chloroquine diphosphate", "chloroquine phosphate [usan:ban][usan]", "n4-(7-chloro-4-quinolyl)-n1,n1-diethylpentane-1,4-diamine dihydrochloride", "n'-(7-chloroquinolin-4-yl)-n,n-diethyl-pentane-1,4-diamine", "ginkgo biloba", "n4-(7-chloroquinolin-4-yl)-n1,n1-diethylpentane-1,4-diamine hydrochloride (1:1)", "compound with diphosphate", "n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-1,4-pentanediamine phosphate (1:2)[acd/iupac name]", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-,phosphate(1:2) (9ci)", "{4-[(7-chloro(4-quinolyl))amino]pentyl}diethylamine phosphoricacid phosphor icacid", "n(4)-(7-chloro-4-quinolinyl)-n(1),n(1)-diethyl-1,4-pentanediamine phosphate (1:2)", "67459-54-5[rn]", "200-055-2[einecs]", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl- phosphate (1:2)", "1,4-pentanediamine n(sup 4)-(7-chloro-4-quinolinyl)-n(sup 1),n(sup 1)-diethyl-,phosphate(1:2)", "chloroquine hydrochloride[usp]", "n4-(7-chloroquinolin-4-yl)-n1,n1-diethylpentane-1,4-diamine bis(phosphate)", "chlorochin diphosphate", "222-592-1[einecs]", "quinoline 7-chloro-4-(4-diethylamino-1-methyl-butylamino)- diphosphate", "7-chloro-4((4-(diethylamino)-1-methylbutyl)amino)quinoline phosphate; n-(7-chloro-4-quinolinyl)-n,n-diethyl-1,4-pentanediaminediphosphate; alermine; avloclor; chloroquindiphosphate;", "quinoline 7-chloro-4-((4-(diethylamino)-1-methylbutyl)amino)-,phosphate (1:2) (8ci)", "3377 rp", "7-(chloro-4-((4-diethylamino)-1-methylbutyl)amino)quinoline dihydrochloride", "3545-67-3[rn]"}|>, "3354" -> <|"DatabaseID" -> "SW02116", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3638"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9892095], ExternalIdentifier["ChemSpiderID", 2618], ExternalIdentifier["ChemSpiderID", 75637], ExternalIdentifier["ChemSpiderID", 58455]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00608"], ExternalIdentifier["DrugBankID", "01381"]}, "IsomericSmiles" -> "CC[NH+](CC)CCCC(C)Nc1cc[nH+]c2c1ccc(c2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03469"], ExternalIdentifier["KEGGID", "D02366"]}, "OfficialNames" -> <|"China Approved Name" -> "chloroquine", "WHO Essential Medicine" -> "chloroquine", "Indian Approved Name" -> "ginkgo biloba;chloroquine phosph.;chloroquine phosphate;ginkgo biloba extract;chloroquine", "Traditional Herbal Isolate" -> "chloroquine", "FDA Approved Drug" -> "CHLOROQUINE HYDROCHLORIDE;CHLOROQUINE PHOSPHATE"|>, "PharmGKBID" -> "PA448948", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11717374], ExternalIdentifier["PubChemCompoundID", 2719], ExternalIdentifier["PubChemCompoundID", 83818], ExternalIdentifier["PubChemCompoundID", 64927]}, "Synonyms" -> {"chloroquine", "aralen", "artrichin", "reumachlor", "capquin", "chlorochin", "chemochin", "chloraquine", "arthrochin", "chingamin", "imagon", "tresochin", "malaquin", "roquine", "avlochlor", "pfizerquine", "mesylith", "quinoscan", "sopaquin", "quinachlor", "quinagamin", "elestol", "klorokin", "amokin", "quinagamine", "bemaphate", "trochin", "iroquine", "3377 rp opalate", "bemasulph", "bemaco", "cidanchin", "heliopar", "gontochin", "dichinalex", "siragan", "resoquina", "resoquine", "silbesan", "bipiquin", "clorochina", "chloroquina", "chloroquinium", "cocartrit", "tanakan", "reumaquin", "neochin", "solprina", "chlorochine", "nivaquine", "malaren", "lapaquin", "malarex", "nivaquine b", "nivachine", "chloroquine phosphate", "resochen", "quinilon", "quinercyl", "sanoquin", "chlorquin", "benaquin", "resochin", "delagil", "arechin", "avloclor", "quingamine", "aralen hcl", "plaquenil", "hydroxychloroquine sulfate", "toll-like receptor 9 precursor", "cd289 antigen", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-", "n4-(7-chloroquinolin-4-yl)-n1,n1-diethylpentane-1,4-diamine", "arolen", "cq", "rivoquine", "50-63-5[rn]", "tcmdc-123988", "chloroquinine phosphate", "araten phosphate", "chloroquine[wiki][usp]", "aralen phosphate", "khingamin", "54-05-7[rn]", "chloroquine diphosphate", "quinoline 7-chloro-4-(4-diethylamino-1-methyl-butylamino)-", "n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-1,4-pentanediamine[acd/iupac name]", "{4-[(7-chloroquinolin-4-yl)amino]pentyl}diethylamine", "plaquenil[wiki]", "n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-1,4-pentanediamine", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-,phosphate(1:2)", "chloroquinum[latin]", "56598-66-4[rn]", "7-chloro-4-[[4-(diethylamino)-1-methylbutyl]amino]quinoline", "n*4*-(7-chloro-quinolin-4-yl)-n*1*,n*1*-diethyl-pentane-1,4-diamine", "chloroquin diphosphate", "1,4-pentanediamine n(4)-(7-chloro-4-quinolinyl)-n(1),n(1)-diethyl-", "chloroin", "ronaquine", "200-191-2[einecs]", "ronaquine sanoquin", "1,4-pentanediamine n(sup 4)-(7-chloro-4-quinolinyl)-n(sup 1),n(sup 1)-diethyl-", "n(4)-(7-chloroquinolin-4-yl)-n(1),n(1)-diethylpentane-1,4-diamine", "1,4-pentanediamine n4- (7-chloro-4-quinolinyl)-n1,n1-diethyl-", "54-05-7 (free base )", "quinoline 7-chloro-4-((4-(diethylamino)-1-methylbutyl)amino)-", "chlorochinum", "st 21 (pharmaceutical)", "miniquine", "58175-86-3[rn]", "quinoline 7-chloro-4-[[4-(diethylamino)-1-methylbutyl]amino]-", "cloroquina[spanish][inn]", "58175-87-4[rn]", "7-chloro-4-(4-diethylamino-1-methylbutylamino)quinoline", "sn 7,618", "chloroquin", "482809[beilstein]", "54-05-7", "nsc-187208", "{4-[(7-chloro(4-quinolyl))amino]pentyl}diethylamine", "chloroquine diphosphate crystalline", "chloroquine [usan:ban:inn][inn][usan]", "tanakene", "chloroquine phosphate[usp]", "chloroquine (van)", "clorochina [dcit]", "gontochin phosphate", "n(sup 4)-(7-chloro-4-quinolinyl)-n(sup 1),n(sup 1)-diethyl-1,4-pentanediamine", "337376-15-5", "n(4)-(7-chloro-4-quinolinyl)-n(1),n(1)-diethyl-1,4-pentanediamine", "1 4-pentanediamine n4- (7-chloro-4-quinolinyl)-n1,n1-diethyl- phosphate (1:2)", "chloroquine phosphate", "quinoline 7-chloro-4-((4-(diethylamino)-1-methylbutyl)amino)-,phosphate (1:1)", "quinoline 7-chloro-4-[[4-(diethylamino)-1-methylbutyl]amino]-,phosphate", "gbe 761", "aralen hydrochloride", "chloroquine hydrochloride", "quinoline 7-chloro-4-[[4-(diethylamino)-1-methylbutyl]amino]- phosphate (1:2)", "n4-(7-chloroquinolin-4-yl)-n1,n1-diethylpentane-1,4-diamine phosphate (1:2)", "egb-761", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl- phosphate (1:1)", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-,phosphate(1:1)-", "n4-(7-chloroquinolin-4-yl)-n1,n1-diethylpentane-1,4-diamine phosphate (1:1)", "1446-17-9[rn]", "aralen diphosphate", "chloroquine dihydrogen phosphate (1:2)", "rokan", "n4-(7-chloro-quinolin-4-yl)-n1,n1-diethyl-pentane-1,4-diamine phosphoricacid", "gbe 761 onc", "alermine", "ginkgo biloba extract 761", "egb761", "chloroquine bis(phosphate)", "7-chloro-4-[(4'-diethylamino-1-methylbutyl)amino]quinoline diphosphate", "tebonin", "quinoline 7-chloro-4((4-(diethylamino)-1-methylbutyl)amino)-,phosphate(1:1)", "tebofortran", "c063170", "ipsen 225", "chingamin phosphate", "tebokan", "gbe-761", "chingaminum", "h-stadur", "egb 761", "7-chlor-4-(4-(diaethylamino)-1-methylbutylamino)-chinolindiphosphat[german]", "n-(7-chloroquinolin-4-yl)-n-[4-(diethylamino)-1-methylbutyl]amine diphosphate", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl- hydrochloride (1:1)", "{4-[(7-chloro(4-quinolyl))amino]pentyl}diethylamine phosphoricacid phosphoricacid", "chembl1669", "n4-(7-chloro-4-quinolinyl)-n1,n1-dimethyl-1,4-pentanediamine diphosphatesalt", "69698-56-2[rn]", "7-chloro-4-((4-(diethylamino)-1-methylbutyl)amino)quinoline phosphate (1:2)", "diphosphate[wiki]", "gaba(a) receptor subunit gamma-2", "6384-82-3[rn]", "chloroquinediphosphate", "dl-chloroquine diphosphate", "chloroquine phosphate [usan:ban][usan]", "n4-(7-chloro-4-quinolyl)-n1,n1-diethylpentane-1,4-diamine dihydrochloride", "n'-(7-chloroquinolin-4-yl)-n,n-diethyl-pentane-1,4-diamine", "ginkgo biloba", "n4-(7-chloroquinolin-4-yl)-n1,n1-diethylpentane-1,4-diamine hydrochloride (1:1)", "compound with diphosphate", "n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-1,4-pentanediamine phosphate (1:2)[acd/iupac name]", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl-,phosphate(1:2) (9ci)", "{4-[(7-chloro(4-quinolyl))amino]pentyl}diethylamine phosphoricacid phosphor icacid", "n(4)-(7-chloro-4-quinolinyl)-n(1),n(1)-diethyl-1,4-pentanediamine phosphate (1:2)", "67459-54-5[rn]", "200-055-2[einecs]", "1,4-pentanediamine n4-(7-chloro-4-quinolinyl)-n1,n1-diethyl- phosphate (1:2)", "1,4-pentanediamine n(sup 4)-(7-chloro-4-quinolinyl)-n(sup 1),n(sup 1)-diethyl-,phosphate(1:2)", "chloroquine hydrochloride[usp]", "n4-(7-chloroquinolin-4-yl)-n1,n1-diethylpentane-1,4-diamine bis(phosphate)", "chlorochin diphosphate", "222-592-1[einecs]", "quinoline 7-chloro-4-(4-diethylamino-1-methyl-butylamino)- diphosphate", "7-chloro-4((4-(diethylamino)-1-methylbutyl)amino)quinoline phosphate; n-(7-chloro-4-quinolinyl)-n,n-diethyl-1,4-pentanediaminediphosphate; alermine; avloclor; chloroquindiphosphate;", "quinoline 7-chloro-4-((4-(diethylamino)-1-methylbutyl)amino)-,phosphate (1:2) (8ci)", "3377 rp", "7-(chloro-4-((4-diethylamino)-1-methylbutyl)amino)quinoline dihydrochloride", "3545-67-3[rn]"}|>, "3355" -> <|"DatabaseID" -> "SW02117", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17698"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5744]}, "IsomericSmiles" -> "c1cc(ccc1[C@H]([C@@H](CO)NC(=O)[C-](Cl)Cl)O)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00104"]}, "OfficialNames" -> <|"China Approved Name" -> "chloramphenicol", "WHO Essential Medicine" -> "chloramphenicol", "Indian Approved Name" -> "chloramphenicol", "FDA Approved Drug" -> "CHLORAMPHENICOL"|>, "Synonyms" -> {"econochlor", "chloromycetin", "amphicol", "microcetina", "200-287-4[einecs]", "alficetyn", "mycinol", "chloroject l", "leukomyan", "4-13-00-02742 (beilstein handbook reference)[beilstein]", "unimycetin", "clm", "loromisin", "55172-72-0[rn]", "mediamycetine", "embacetin", "chlorasol", "chloramex; chlorocid; chlorocol; chloromycetin; fenicol; globenicol; halomycetin;oleomycetin; sificetina", "chlorocidin c", "ak-chlor", "loromisan", "ismicetina", "micoclorina", "leukomycin", "comycetin", "tifomycine", "chloramfenikol[czech]", "chloroptic", "()-chloramphenicol", "ertilen", "208-531-1[einecs]", "(-)-chloramphenicol", "elase-chloromycetin", "chloramphenicol[wiki]", "d-threo-n-dichloroacetyl-1-p-nitrophenyl-2-amino-1,3-propanediol", "novomycetin", "austracil", "chlornitromycin", "novochlorocap", "532-27-4[rn]", "cloroamfenicolo[italian]", "biocetin", "d-(-)-threo-chloramphenicol", "chloromax", "137731-90-9[rn]", "alficetyn chlornitromycin chloromycetin", "mastiphen", "tifomycin", "chlomycol", "chloro-25 vetag", "isopto fenicol", "rivomycin", "2,2-dichlor-n-[(1r,2r)-2-hydroxy-1-(hydroxymethyl)-2-(4-nitrophenyl)ethyl]acetamid", "2,2-dichloro-n-[2-hydroxy-1-(hydroxymethyl)-2-(4-nitrophenyl)ethyl]acetamide", "medichol", "enicol", "d-(-)-threo-2-dichloroacetamido-1-p-nitrophenyl-1,3-propanediol", "chlorocid s", "novophenicol", "cloramfenicol [inn_es]", "cloramidina", "sificetina", "halcetin", "chloramphenicol d-", "cloramfen", "levomitsetin", "treomicetina", "isicetin", "chloramsaar", "85666-84-8[rn]", "clorocyn", "anacetin", "d-(-)-threo-1-(4-nitrophenyl)-2-dichloroacetamido-1,3-propanediol", "kamaver", "chlorbiotic (veterinary)", "synthomycetin", "2,2-dichloro-n-[(1r,2r)-1,3-dihydroxy-1-(4-nitrophenyl)propan-2-yl]acetamide", "cloramicol", "2,2-dichloro-n-(2-hydroxy-1-(hydroxymethyl)-2-(4-(hydroxy(oxido)amino)phenyl)ethyl)acetamide (1r,2r)-", "ronphenil", "d-chloramphenicol", "chloromyxin", "cylphenicol", "cph", "acetamide 2,2-dichloro-n-[(1r,2r)-2-hydroxy-1-(hydroxymethyl)-2-(4-nitrophenyl)ethyl]-", "levomycetin", "mychel", "acetamide 2,2-dichloro-n-[2-hydroxy-1-(hydroxymethyl)-2-(4-nitrophenyl)ethyl]-,[r-(r*,r*)]-", "chemicetin", "chloricol", "mychel-vet", "dextromycetin", "cidocetine", "kemicetina", "kemicetine", "15313-32-3[rn]", "chemicetina", "59112-59-3[rn]", "ambofen", "[r-(r*,r*)]-2,2-dichloro-n-[2-hydroxy-1-(hydroxymethyl)-2-(4-nitrophenyl)ethyl]acetamide", "ethanimidic acid,2,2-dichloro-n-[(1r,2r)-2-hydroxy-1-(hydroxymethyl)-2-(4-nitrophenyl)ethyl]- (1e)-", "desphen", "emetren", "sintomicetine r", "isophenicol", "otophen", "halomycetin", "2225532[beilstein]", "d-(-)-chloramphenicol", "chloramphenicol; chloramphenicolum; cloramfenicol", "chloromycetny[polish]", "acetamide 2,2-dichloro-n-((1r,2r)-2-hydroxy-1-(hydroxymethyl)-2-(4-nitrophenyl)ethyl)-", "detreomycine", "chloronitrin", "2,2-dichloro-n-[(1r,2r)-2-hydroxy-1-(hydroxymethyl)-2-(4-nitrophenyl)ethyl]acetamide", "9004-38-0[rn]", "chlorocidin c tetran", "klorita", "cloramfenicol[spanish][inn]", "chlorocid", "chloramphenicolum[latin]", "klorocid s", "synthomycine", "d-threo-chloramphenicol", "chloroptic s.o.p.", "veticol", "tiromycetin", "levomicetina", "(r-(r*,r*))-2,2-dichloro-n-(2-hydroxy-1-(hydroxymethyl)-2-(4-nitrophenyl)ethyl)acetamide", "intramycetin", "d-threo-n-(1 1'-dihydroxy-1-p-nitrophenylisopropyl)dichloroacetamide", "fenicol (van)", "detreomycin", "i 337a", "otachron", "tega-cetin", "opclor", "micochlorine", "chloramphenicol [ban:inn:jan][inn][jan]", "chloroamphenicol", "acetamide 2 2-dichloro-n-[2-hydroxy-1- (hydroxymethyl)-2-(4-nitrophenyl)ethyl]- [r-(r*,r*)]-", "farmicetina", "chlorocaps", "chloramex", "chlorovules", "opelor", "chlomin", "cloramfenicol", "15318-45-3[rn]", "chloramphenicolum", "d-threo-1-(p-nitrophenyl)-2-(dichloroacetylamino)-1,3-propanediol", "9004-48-2[rn]", "2787-09-9[rn]", "pentamycetin", "cloramficin", "56-75-7[rn]", "hortfenicol", "sintomicetina", "synthomycetine", "enteromycetin", "acetamide 2,2-dichloro-n-(2-hydroxy-1-(hydroxymethyl)-2-(4-nitrophenyl)ethyl)-,(r-(r*,r*))-", "caf", "micloretin", "viceton", "n-[(1r,2r)-2-hydroxy-1-(hydroxymethyl)-2-(4-nitrophenyl)ethyl]-2,2-dichloroacetamide", "ciplamycetin", "chlorocol", "clorosintex", "d-threo-(1r,2r)-1-p-nitrophenyl-2-dichloroacetamido-1,3-propanediol", "220-598-9[einecs]", "septicol", "chloramphenicol", "fenicol", "globenicol", "normimycin v", "null", "ophtochlor", "cloromisan", "catilan", "d-(-)-threo-1-p-nitrophenyl-2-dichloracetamido-1,3-propanediol", "oleomycetin", "d-threo-n-(1,1'-dihydroxy-1-p-nitrophenylisopropyl)dichloroacetamide", "oftalent", "d-(-)-threo-1-p-nitrophenyl-2-dichloroacetylamino-1,3-propanediol", "2832-19-1[rn]", "quemicetina", "leukamycin", "interomycetine", "n-[(1r,2r)-2-hydroxy-1-(hydroxymethyl)-2-(4-nitrophenyl)ethyl]-2,2-dichloroace tamide", "chlora-tabs", "glorous", "erbaplast", "sno-phenicol", "amseclor", "pantovernil", "cloramfenicolo [dcit]", "chloramficin", "paraxin", "biophenicol", "austracol", "romphenil", "stanomycetin", "2,2-dichloro-n-[(1r,2r)-1,3-dihydroxy-1-(4-nitrophenyl)-2-propanyl]acetamide[acd/iupac name]", "juvamycetin", "d(-)-threo-2-dichloroacetamido-1-p-nitrophenyl-1,3-propanediol", "chloramfilin", "d(-)-threo-chloramphenicol", "ophthochlor", "gloveticol", "tevcosin", "aquamycetin", "9004-39-1[rn]", "tevcocin", "laevomycetinum", "ophthocort", "doctamicina"}|>, "3356" -> <|"DatabaseID" -> "SW02118", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338991]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C2C(C(c3c(cc(cc3O2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucodelphinidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3081374]}, "Synonyms" -> {"leukoefdin", "leukoephdin", "leucoephdine", "leucodelphinidin", "leucoefdin", "2-(3", "2h-1-benzopyran-3", "cpd-7088", "12764-74-8[rn]", "2748-76-7[rn]", "leucoefdin*leucodelfinidin", "20283-46-9[rn]", "ac1miwsu", "leucodelfinidin", "491-52-1[rn]", "2h-1-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(3,4,5-trihydroxyphenyl)-(van)", "55068-67-2[rn]"}|>, "3357" -> <|"DatabaseID" -> "SW02118", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338991]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C2C(C(c3c(cc(cc3O2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucodelphinidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3081374]}, "Synonyms" -> {"leukoefdin", "leukoephdin", "leucoephdine", "leucodelphinidin", "leucoefdin", "2-(3", "2h-1-benzopyran-3", "cpd-7088", "12764-74-8[rn]", "2748-76-7[rn]", "leucoefdin*leucodelfinidin", "20283-46-9[rn]", "ac1miwsu", "leucodelfinidin", "491-52-1[rn]", "2h-1-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(3,4,5-trihydroxyphenyl)-(van)", "55068-67-2[rn]"}|>, "3358" -> <|"DatabaseID" -> "SW02118", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338991]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C2C(C(c3c(cc(cc3O2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucodelphinidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3081374]}, "Synonyms" -> {"leukoefdin", "leukoephdin", "leucoephdine", "leucodelphinidin", "leucoefdin", "2-(3", "2h-1-benzopyran-3", "cpd-7088", "12764-74-8[rn]", "2748-76-7[rn]", "leucoefdin*leucodelfinidin", "20283-46-9[rn]", "ac1miwsu", "leucodelfinidin", "491-52-1[rn]", "2h-1-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(3,4,5-trihydroxyphenyl)-(van)", "55068-67-2[rn]"}|>, "3359" -> <|"DatabaseID" -> "SW02118", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338991]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C2C(C(c3c(cc(cc3O2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucodelphinidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3081374]}, "Synonyms" -> {"leukoefdin", "leukoephdin", "leucoephdine", "leucodelphinidin", "leucoefdin", "2-(3", "2h-1-benzopyran-3", "cpd-7088", "12764-74-8[rn]", "2748-76-7[rn]", "leucoefdin*leucodelfinidin", "20283-46-9[rn]", "ac1miwsu", "leucodelfinidin", "491-52-1[rn]", "2h-1-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(3,4,5-trihydroxyphenyl)-(van)", "55068-67-2[rn]"}|>, "3360" -> <|"DatabaseID" -> "SW02118", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338991]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C2C(C(c3c(cc(cc3O2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucodelphinidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3081374]}, "Synonyms" -> {"leukoefdin", "leukoephdin", "leucoephdine", "leucodelphinidin", "leucoefdin", "2-(3", "2h-1-benzopyran-3", "cpd-7088", "12764-74-8[rn]", "2748-76-7[rn]", "leucoefdin*leucodelfinidin", "20283-46-9[rn]", "ac1miwsu", "leucodelfinidin", "491-52-1[rn]", "2h-1-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(3,4,5-trihydroxyphenyl)-(van)", "55068-67-2[rn]"}|>, "3361" -> <|"DatabaseID" -> "SW02118", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338991]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C2C(C(c3c(cc(cc3O2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucodelphinidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3081374]}, "Synonyms" -> {"leukoefdin", "leukoephdin", "leucoephdine", "leucodelphinidin", "leucoefdin", "2-(3", "2h-1-benzopyran-3", "cpd-7088", "12764-74-8[rn]", "2748-76-7[rn]", "leucoefdin*leucodelfinidin", "20283-46-9[rn]", "ac1miwsu", "leucodelfinidin", "491-52-1[rn]", "2h-1-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(3,4,5-trihydroxyphenyl)-(van)", "55068-67-2[rn]"}|>, "3362" -> <|"DatabaseID" -> "SW02118", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338991]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C2C(C(c3c(cc(cc3O2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucodelphinidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3081374]}, "Synonyms" -> {"leukoefdin", "leukoephdin", "leucoephdine", "leucodelphinidin", "leucoefdin", "2-(3", "2h-1-benzopyran-3", "cpd-7088", "12764-74-8[rn]", "2748-76-7[rn]", "leucoefdin*leucodelfinidin", "20283-46-9[rn]", "ac1miwsu", "leucodelfinidin", "491-52-1[rn]", "2h-1-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(3,4,5-trihydroxyphenyl)-(van)", "55068-67-2[rn]"}|>, "3363" -> <|"DatabaseID" -> "SW02118", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338991]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C2C(C(c3c(cc(cc3O2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leucodelphinidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3081374]}, "Synonyms" -> {"leukoefdin", "leukoephdin", "leucoephdine", "leucodelphinidin", "leucoefdin", "2-(3", "2h-1-benzopyran-3", "cpd-7088", "12764-74-8[rn]", "2748-76-7[rn]", "leucoefdin*leucodelfinidin", "20283-46-9[rn]", "ac1miwsu", "leucodelfinidin", "491-52-1[rn]", "2h-1-benzopyran-3,4,5,7-tetrol 3,4-dihydro-2-(3,4,5-trihydroxyphenyl)-(van)", "55068-67-2[rn]"}|>, "3364" -> <|"DatabaseID" -> "SW02119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3329]}, "IsomericSmiles" -> "CCOC(=O)c1ccc(cc1)OC(=O)CCCCC[NH+]=C(N)N", "OfficialNames" -> <|"NPC Approved Name" -> "gabexate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3447]}, "Synonyms" -> {"p-carbethoxyphenyl e-guanidinocaproate", "p-hydroxybenzoic acid ethyl ester 6-guanidinohexanoate", "56974-61-9[rn]", "ethyl p-hydroxybenzoate 6-guanidinohexanoate", "39492-01-8", "gabexato [inn-spanish]", "benzoic acid 4-((6-((aminoiminomethyl)amino)-1-oxohexyl)oxy)-,ethyl ester", "gabexatum [inn-latin]", "gabexatum[latin]", "4389492-01-8", "gabexate[wiki][inn]", "4-[[6-[(aminoiminomethyl)amino]-1-oxohexyl]oxy]benzoicacid ethyl ester", "benzoic acid 4-[[6-[(aminoiminomethyl)amino]-1-oxohexyl]oxy]-,ethyl ester", "gabexato[spanish][inn]", "gabexatum", "39492-01-8[rn]", "gabexate (inn)", "benzoic acid", "gabexate", "4-(6-guanidino-hexanoyloxy)-benzoic acid ethyl ester", "gabexato", "gabexate [inn]", "benzoic acid 4-[[6-[(diaminomethylene)amino]-1-oxohexyl]oxy]-,ethyl ester", "ethyl 4-({6-[(diaminomethylidene)amino]hexanoyl}oxy)benzoate", "ethyl 4-[(6-carbamimidamidohexanoyl)oxy]benzoate"}|>, "3365" -> <|"DatabaseID" -> "SW02120", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 117576]}, "IsomericSmiles" -> "CCCCCOc1ccc(cc1OCC)C2C(=O)[N-]C(=O)S2", "OfficialNames" -> <|"NPC Approved Name" -> "risarestat"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 133264]}, "Synonyms" -> {"5-(3-ethoxy-4-(pentyloxy)phenyl)-2", "5-(3-ethoxy-4-(pentyloxy)phenyl)-2,4-thiazolidinedione", "5-(3-ethoxy-4-pentoxyphenyl)-1,3-thiazolidine-2,4-dione", "risarestat[inn]", "79714-31-1", "83913-04-6[rn]", "5-[3-ethoxy-4-(pentyloxy)phenyl]-1,3-thiazolidine-2,4-dione[acd/iupac name]", "2,4-thiazolidinedione 5-(3-ethoxy-4-(pentyloxy)phenyl)-", "risarestat [inn]", "ct-112", "5-[3-ethoxy-4-(pentyloxy)phenyl]-1", "ct 112", "risarestat (inn)", "ncgc00183007-01", "risarestat", "2", "79714-31-1[rn]"}|>, "3366" -> <|"DatabaseID" -> "SW02120", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 117576]}, "IsomericSmiles" -> "CCCCCOc1ccc(cc1OCC)C2C(=O)[N-]C(=O)S2", "OfficialNames" -> <|"NPC Approved Name" -> "risarestat"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 133264]}, "Synonyms" -> {"5-(3-ethoxy-4-(pentyloxy)phenyl)-2", "5-(3-ethoxy-4-(pentyloxy)phenyl)-2,4-thiazolidinedione", "5-(3-ethoxy-4-pentoxyphenyl)-1,3-thiazolidine-2,4-dione", "risarestat[inn]", "79714-31-1", "83913-04-6[rn]", "5-[3-ethoxy-4-(pentyloxy)phenyl]-1,3-thiazolidine-2,4-dione[acd/iupac name]", "2,4-thiazolidinedione 5-(3-ethoxy-4-(pentyloxy)phenyl)-", "risarestat [inn]", "ct-112", "5-[3-ethoxy-4-(pentyloxy)phenyl]-1", "ct 112", "risarestat (inn)", "ncgc00183007-01", "risarestat", "2", "79714-31-1[rn]"}|>, "3367" -> <|"DatabaseID" -> "SW02121", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55070]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01505"]}, "IsomericSmiles" -> "CCOC(=O)C1(CC[NH+](CC1)CCOCCO)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Etoxeridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61122]}, "Synonyms" -> {"etoxeridine", "carbetidine", "etosseridina [dcit]", "etosseridina", "etoxeridinum[latin]", "ethyl 1-[2-(2-hydroxyethoxy)ethyl]-4-phenylpiperidine-4-carboxylate", "etoxeridina[spanish]", "469-82-9[rn]", "unii-rhw35e1g7e", "4-piperidinecarboxylic acid 1-(2-(2-hydroxyethoxy)ethyl)-4-phenyl- ethyl ester", "etoxeridinum [inn-latin]", "ac1l1uki", "4-piperidinecarboxylic acid 1-[2-(2-hydroxyethoxy)ethyl]-4-phenyl- ethyl ester", "etoxeridinum", "1-(2-hydroxyethoxyethyl)-4-phenyl-4-carbethoxypiperidine", "atenos", "ethyl 1-[2-(2-hydroxyethoxy)ethyl]-4-phenylisonipecotate", "1-hydroxyethoxyethyl-4-phenyl-4-piperidine ethyl carboxylate", "etoxeridina [inn-spanish]", "207-423-1[einecs]", "1-[2-(2-hydroxyethoxy)ethyl]-4-phenyl-4-piperidinecarboxylic acid ethylester", "1-(2-(2-hydroxyethoxy)ethyl)-4-phenylpiperidine-4-carboxylic acid ethylester", "etoxeridina", "1-[2-(2-hydroxyethoxy)ethyl]-4-phenylisonipecotic acidethyl ester", "isonipecotic acid,1-(2-(2-hydroxyethoxy)ethyl)-4-phenyl- ethyl ester", "etoxeridine [ban:inn][inn]"}|>, "3368" -> <|"DatabaseID" -> "SW02122", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14031]}, "IsomericSmiles" -> "CC1C2Cc3ccc(cc3C1(CC[NH+]2CCc4ccccc4)C)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Phenazocine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14707]}, "Synonyms" -> {"prinadol", "phenazocine", "einecs 204-835-3", "6,11-dimethyl-3-(2-phenylethyl)-1,2,3,4,5,6-hexahydro-2,6-methano-3-benzazocin-8-ol", "2'-hydroxy-2-(n,b-phenethyl)-5,9-dimethyl-6,7-benzomorphan", "phenazocinum[latin]", "127-35-5[rn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenethyl)-2,6-methano-3-benzazocin-8-ol", "6,11-dimethyl-1,2,3,4,5,6-hexahydro-8-hydroxy-3-phenethyl-2,6-methano-3-benzazocine", "phenobenzorphan", "phenethylazocine", "1239-04-9[rn]", "1,2,3,4,5,6-hexahydro-8-hydroxy-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocine", "2", "xenagol", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzomorphan", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-", "dea no. 9715", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol", "fenazocina[spanish][inn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol hydrobromide", "1,13-dimethyl-10-(2-phenylethyl)-10-azatricyclo[7.3.1.02,7]trideca-2,4,6-trien-4-ol[acd/iupac name]", "214-982-5[einecs]", "skf 6574", "phenazocinum [inn-latin]", "6,11-dimethyl-3-phenethyl-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol(phenazocine)", "phenbenzorphan", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzmorphan", "2'-hydroxy-5", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenylethyl)-", "204-835-3[einecs]", "fenazocina [inn-spanish]", "narphen"}|>, "3369" -> <|"DatabaseID" -> "SW02122", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14031]}, "IsomericSmiles" -> "CC1C2Cc3ccc(cc3C1(CC[NH+]2CCc4ccccc4)C)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Phenazocine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14707]}, "Synonyms" -> {"prinadol", "phenazocine", "einecs 204-835-3", "6,11-dimethyl-3-(2-phenylethyl)-1,2,3,4,5,6-hexahydro-2,6-methano-3-benzazocin-8-ol", "2'-hydroxy-2-(n,b-phenethyl)-5,9-dimethyl-6,7-benzomorphan", "phenazocinum[latin]", "127-35-5[rn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenethyl)-2,6-methano-3-benzazocin-8-ol", "6,11-dimethyl-1,2,3,4,5,6-hexahydro-8-hydroxy-3-phenethyl-2,6-methano-3-benzazocine", "phenobenzorphan", "phenethylazocine", "1239-04-9[rn]", "1,2,3,4,5,6-hexahydro-8-hydroxy-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocine", "2", "xenagol", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzomorphan", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-", "dea no. 9715", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol", "fenazocina[spanish][inn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol hydrobromide", "1,13-dimethyl-10-(2-phenylethyl)-10-azatricyclo[7.3.1.02,7]trideca-2,4,6-trien-4-ol[acd/iupac name]", "214-982-5[einecs]", "skf 6574", "phenazocinum [inn-latin]", "6,11-dimethyl-3-phenethyl-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol(phenazocine)", "phenbenzorphan", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzmorphan", "2'-hydroxy-5", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenylethyl)-", "204-835-3[einecs]", "fenazocina [inn-spanish]", "narphen"}|>, "3370" -> <|"DatabaseID" -> "SW02122", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14031]}, "IsomericSmiles" -> "CC1C2Cc3ccc(cc3C1(CC[NH+]2CCc4ccccc4)C)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Phenazocine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14707]}, "Synonyms" -> {"prinadol", "phenazocine", "einecs 204-835-3", "6,11-dimethyl-3-(2-phenylethyl)-1,2,3,4,5,6-hexahydro-2,6-methano-3-benzazocin-8-ol", "2'-hydroxy-2-(n,b-phenethyl)-5,9-dimethyl-6,7-benzomorphan", "phenazocinum[latin]", "127-35-5[rn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenethyl)-2,6-methano-3-benzazocin-8-ol", "6,11-dimethyl-1,2,3,4,5,6-hexahydro-8-hydroxy-3-phenethyl-2,6-methano-3-benzazocine", "phenobenzorphan", "phenethylazocine", "1239-04-9[rn]", "1,2,3,4,5,6-hexahydro-8-hydroxy-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocine", "2", "xenagol", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzomorphan", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-", "dea no. 9715", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol", "fenazocina[spanish][inn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol hydrobromide", "1,13-dimethyl-10-(2-phenylethyl)-10-azatricyclo[7.3.1.02,7]trideca-2,4,6-trien-4-ol[acd/iupac name]", "214-982-5[einecs]", "skf 6574", "phenazocinum [inn-latin]", "6,11-dimethyl-3-phenethyl-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol(phenazocine)", "phenbenzorphan", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzmorphan", "2'-hydroxy-5", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenylethyl)-", "204-835-3[einecs]", "fenazocina [inn-spanish]", "narphen"}|>, "3371" -> <|"DatabaseID" -> "SW02122", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14031]}, "IsomericSmiles" -> "CC1C2Cc3ccc(cc3C1(CC[NH+]2CCc4ccccc4)C)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Phenazocine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14707]}, "Synonyms" -> {"prinadol", "phenazocine", "einecs 204-835-3", "6,11-dimethyl-3-(2-phenylethyl)-1,2,3,4,5,6-hexahydro-2,6-methano-3-benzazocin-8-ol", "2'-hydroxy-2-(n,b-phenethyl)-5,9-dimethyl-6,7-benzomorphan", "phenazocinum[latin]", "127-35-5[rn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenethyl)-2,6-methano-3-benzazocin-8-ol", "6,11-dimethyl-1,2,3,4,5,6-hexahydro-8-hydroxy-3-phenethyl-2,6-methano-3-benzazocine", "phenobenzorphan", "phenethylazocine", "1239-04-9[rn]", "1,2,3,4,5,6-hexahydro-8-hydroxy-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocine", "2", "xenagol", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzomorphan", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-", "dea no. 9715", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol", "fenazocina[spanish][inn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol hydrobromide", "1,13-dimethyl-10-(2-phenylethyl)-10-azatricyclo[7.3.1.02,7]trideca-2,4,6-trien-4-ol[acd/iupac name]", "214-982-5[einecs]", "skf 6574", "phenazocinum [inn-latin]", "6,11-dimethyl-3-phenethyl-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol(phenazocine)", "phenbenzorphan", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzmorphan", "2'-hydroxy-5", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenylethyl)-", "204-835-3[einecs]", "fenazocina [inn-spanish]", "narphen"}|>, "3372" -> <|"DatabaseID" -> "SW02122", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14031]}, "IsomericSmiles" -> "CC1C2Cc3ccc(cc3C1(CC[NH+]2CCc4ccccc4)C)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Phenazocine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14707]}, "Synonyms" -> {"prinadol", "phenazocine", "einecs 204-835-3", "6,11-dimethyl-3-(2-phenylethyl)-1,2,3,4,5,6-hexahydro-2,6-methano-3-benzazocin-8-ol", "2'-hydroxy-2-(n,b-phenethyl)-5,9-dimethyl-6,7-benzomorphan", "phenazocinum[latin]", "127-35-5[rn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenethyl)-2,6-methano-3-benzazocin-8-ol", "6,11-dimethyl-1,2,3,4,5,6-hexahydro-8-hydroxy-3-phenethyl-2,6-methano-3-benzazocine", "phenobenzorphan", "phenethylazocine", "1239-04-9[rn]", "1,2,3,4,5,6-hexahydro-8-hydroxy-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocine", "2", "xenagol", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzomorphan", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-", "dea no. 9715", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol", "fenazocina[spanish][inn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol hydrobromide", "1,13-dimethyl-10-(2-phenylethyl)-10-azatricyclo[7.3.1.02,7]trideca-2,4,6-trien-4-ol[acd/iupac name]", "214-982-5[einecs]", "skf 6574", "phenazocinum [inn-latin]", "6,11-dimethyl-3-phenethyl-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol(phenazocine)", "phenbenzorphan", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzmorphan", "2'-hydroxy-5", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenylethyl)-", "204-835-3[einecs]", "fenazocina [inn-spanish]", "narphen"}|>, "3373" -> <|"DatabaseID" -> "SW02122", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14031]}, "IsomericSmiles" -> "CC1C2Cc3ccc(cc3C1(CC[NH+]2CCc4ccccc4)C)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Phenazocine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14707]}, "Synonyms" -> {"prinadol", "phenazocine", "einecs 204-835-3", "6,11-dimethyl-3-(2-phenylethyl)-1,2,3,4,5,6-hexahydro-2,6-methano-3-benzazocin-8-ol", "2'-hydroxy-2-(n,b-phenethyl)-5,9-dimethyl-6,7-benzomorphan", "phenazocinum[latin]", "127-35-5[rn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenethyl)-2,6-methano-3-benzazocin-8-ol", "6,11-dimethyl-1,2,3,4,5,6-hexahydro-8-hydroxy-3-phenethyl-2,6-methano-3-benzazocine", "phenobenzorphan", "phenethylazocine", "1239-04-9[rn]", "1,2,3,4,5,6-hexahydro-8-hydroxy-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocine", "2", "xenagol", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzomorphan", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-", "dea no. 9715", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol", "fenazocina[spanish][inn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol hydrobromide", "1,13-dimethyl-10-(2-phenylethyl)-10-azatricyclo[7.3.1.02,7]trideca-2,4,6-trien-4-ol[acd/iupac name]", "214-982-5[einecs]", "skf 6574", "phenazocinum [inn-latin]", "6,11-dimethyl-3-phenethyl-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol(phenazocine)", "phenbenzorphan", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzmorphan", "2'-hydroxy-5", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenylethyl)-", "204-835-3[einecs]", "fenazocina [inn-spanish]", "narphen"}|>, "3374" -> <|"DatabaseID" -> "SW02122", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14031]}, "IsomericSmiles" -> "CC1C2Cc3ccc(cc3C1(CC[NH+]2CCc4ccccc4)C)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Phenazocine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14707]}, "Synonyms" -> {"prinadol", "phenazocine", "einecs 204-835-3", "6,11-dimethyl-3-(2-phenylethyl)-1,2,3,4,5,6-hexahydro-2,6-methano-3-benzazocin-8-ol", "2'-hydroxy-2-(n,b-phenethyl)-5,9-dimethyl-6,7-benzomorphan", "phenazocinum[latin]", "127-35-5[rn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenethyl)-2,6-methano-3-benzazocin-8-ol", "6,11-dimethyl-1,2,3,4,5,6-hexahydro-8-hydroxy-3-phenethyl-2,6-methano-3-benzazocine", "phenobenzorphan", "phenethylazocine", "1239-04-9[rn]", "1,2,3,4,5,6-hexahydro-8-hydroxy-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocine", "2", "xenagol", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzomorphan", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-", "dea no. 9715", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol", "fenazocina[spanish][inn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol hydrobromide", "1,13-dimethyl-10-(2-phenylethyl)-10-azatricyclo[7.3.1.02,7]trideca-2,4,6-trien-4-ol[acd/iupac name]", "214-982-5[einecs]", "skf 6574", "phenazocinum [inn-latin]", "6,11-dimethyl-3-phenethyl-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol(phenazocine)", "phenbenzorphan", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzmorphan", "2'-hydroxy-5", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenylethyl)-", "204-835-3[einecs]", "fenazocina [inn-spanish]", "narphen"}|>, "3375" -> <|"DatabaseID" -> "SW02122", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14031]}, "IsomericSmiles" -> "CC1C2Cc3ccc(cc3C1(CC[NH+]2CCc4ccccc4)C)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Phenazocine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14707]}, "Synonyms" -> {"prinadol", "phenazocine", "einecs 204-835-3", "6,11-dimethyl-3-(2-phenylethyl)-1,2,3,4,5,6-hexahydro-2,6-methano-3-benzazocin-8-ol", "2'-hydroxy-2-(n,b-phenethyl)-5,9-dimethyl-6,7-benzomorphan", "phenazocinum[latin]", "127-35-5[rn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenethyl)-2,6-methano-3-benzazocin-8-ol", "6,11-dimethyl-1,2,3,4,5,6-hexahydro-8-hydroxy-3-phenethyl-2,6-methano-3-benzazocine", "phenobenzorphan", "phenethylazocine", "1239-04-9[rn]", "1,2,3,4,5,6-hexahydro-8-hydroxy-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocine", "2", "xenagol", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzomorphan", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-", "dea no. 9715", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol", "fenazocina[spanish][inn]", "1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-phenethyl-2,6-methano-3-benzazocin-8-ol hydrobromide", "1,13-dimethyl-10-(2-phenylethyl)-10-azatricyclo[7.3.1.02,7]trideca-2,4,6-trien-4-ol[acd/iupac name]", "214-982-5[einecs]", "skf 6574", "phenazocinum [inn-latin]", "6,11-dimethyl-3-phenethyl-1,2,3,4,5,6-hexahydro-2,6-methano-benzo[d]azocin-8-ol(phenazocine)", "phenbenzorphan", "2'-hydroxy-5,9-dimethyl-2-phenethyl-6,7-benzmorphan", "2'-hydroxy-5", "2,6-methano-3-benzazocin-8-ol 1,2,3,4,5,6-hexahydro-6,11-dimethyl-3-(2-phenylethyl)-", "204-835-3[einecs]", "fenazocina [inn-spanish]", "narphen"}|>, "3376" -> <|"DatabaseID" -> "SW02123", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9647572]}, "IsomericSmiles" -> "C/C(=C/C[C@@H]1[C@]2(CCCC([C@@H]2[C@H]([C@@H]([C@@]1(C)O)O)O)(C)C)C)/C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "austroinulin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11472742]}, "Synonyms" -> {"austroinulin"}|>, "3377" -> <|"DatabaseID" -> "SW02124", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "37941"], ExternalIdentifier["ChEBIID", "3759"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54632]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00758"]}, "IsomericSmiles" -> "COC(=O)[C@H](c1ccccc1Cl)[NH+]2CCc3c(ccs3)C2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07729"], ExternalIdentifier["KEGGID", "D00769"]}, "OfficialNames" -> <|"China Approved Name" -> "clopidogrel", "Indian Approved Name" -> "clopidogrel", "FDA Approved Drug" -> "CLOPIDOGREL;CLOPIDOGREL BISULFATE"|>, "PharmGKBID" -> "PA449053", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60606], ExternalIdentifier["PubChemCompoundID", 115366]}, "Synonyms" -> {"clopidogrel", "plavix", "clopidogrel sulfate", "isocover", "(+)-clopidogrel", "(s)-clopidogrel", "113665-84-2", "113665-84-2[rn]", "methyl (2-chlorophenyl)(6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl)acetate[acd/iupac name]", "clopilet", "(s)-methyl 2-(2-chlorophenyl)-2-(6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl)acetate", "90055-48-4[rn]", "tl8000400", "p2y(cyc)", "clopidogrelum[latin]", "methyl (2s)-(2-chlorophenyl)(6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl)acetate[acd/iupac name]", "p2y(adp)", "(+)-(s)-clopidogrel", "135046-48-9[rn]", "clopidogrel bisulfate", "(s)-methyl 2-(2-chlorophenyl)-2-(6,7-dihydrothieno[3,2-c]pyridine-5(4h)-yl)acetate", "(s)-a-(2-chlorophenyl)-6,7-dihydrothieno[3,2-c]pyridine-5(4h)-acetic acid methylester", "clopidogrel[wiki][inn]", "p2y(ac)", "methyl (2s)-(2-chlorophenyl)(6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl)ethanoate", "p2t(ac)", "adp-glucose receptor", "sp1999", "p2y12 platelet adp receptor", "methyl-(2s)-(2-chlorphenyl)(6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl)ethanoat", "adpg-r", "8151914[beilstein]", "p2y12", "thieno[3,2-c]pyridine-5(4h)-acetic acid a-(2-chlorophenyl)-6,7-dihydro- methylester (as)-", "clopidogrel [ban:inn]", "methyl (+)-(s)-a-(o-chlorophenyl)-6,7-dihydrothieno[3,2-c]pyridine-5(4h)-acetate", "plavix[wiki]", "clopidogrel (inn)", "clopidogrel (tn)", "zyllt", "clopidogrelum", "plavix (tn)", "120202-66-6[rn]", "clopidogrel bisulfate [usan]", "clopidogrel hemisulfate", "sr-25990c", "120202-66-6", "clopidogrel bisulfate (usan)", "iscover", "sr 25990c", "clopidogrel hydrogen sulfate"}|>, "3378" -> <|"DatabaseID" -> "SW02124", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "37941"], ExternalIdentifier["ChEBIID", "3759"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54632]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00758"]}, "IsomericSmiles" -> "COC(=O)[C@H](c1ccccc1Cl)[NH+]2CCc3c(ccs3)C2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07729"], ExternalIdentifier["KEGGID", "D00769"]}, "OfficialNames" -> <|"China Approved Name" -> "clopidogrel", "Indian Approved Name" -> "clopidogrel", "FDA Approved Drug" -> "CLOPIDOGREL;CLOPIDOGREL BISULFATE"|>, "PharmGKBID" -> "PA449053", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60606], ExternalIdentifier["PubChemCompoundID", 115366]}, "Synonyms" -> {"clopidogrel", "plavix", "clopidogrel sulfate", "isocover", "(+)-clopidogrel", "(s)-clopidogrel", "113665-84-2", "113665-84-2[rn]", "methyl (2-chlorophenyl)(6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl)acetate[acd/iupac name]", "clopilet", "(s)-methyl 2-(2-chlorophenyl)-2-(6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl)acetate", "90055-48-4[rn]", "tl8000400", "p2y(cyc)", "clopidogrelum[latin]", "methyl (2s)-(2-chlorophenyl)(6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl)acetate[acd/iupac name]", "p2y(adp)", "(+)-(s)-clopidogrel", "135046-48-9[rn]", "clopidogrel bisulfate", "(s)-methyl 2-(2-chlorophenyl)-2-(6,7-dihydrothieno[3,2-c]pyridine-5(4h)-yl)acetate", "(s)-a-(2-chlorophenyl)-6,7-dihydrothieno[3,2-c]pyridine-5(4h)-acetic acid methylester", "clopidogrel[wiki][inn]", "p2y(ac)", "methyl (2s)-(2-chlorophenyl)(6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl)ethanoate", "p2t(ac)", "adp-glucose receptor", "sp1999", "p2y12 platelet adp receptor", "methyl-(2s)-(2-chlorphenyl)(6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl)ethanoat", "adpg-r", "8151914[beilstein]", "p2y12", "thieno[3,2-c]pyridine-5(4h)-acetic acid a-(2-chlorophenyl)-6,7-dihydro- methylester (as)-", "clopidogrel [ban:inn]", "methyl (+)-(s)-a-(o-chlorophenyl)-6,7-dihydrothieno[3,2-c]pyridine-5(4h)-acetate", "plavix[wiki]", "clopidogrel (inn)", "clopidogrel (tn)", "zyllt", "clopidogrelum", "plavix (tn)", "120202-66-6[rn]", "clopidogrel bisulfate [usan]", "clopidogrel hemisulfate", "sr-25990c", "120202-66-6", "clopidogrel bisulfate (usan)", "iscover", "sr 25990c", "clopidogrel hydrogen sulfate"}|>, "3379" -> <|"DatabaseID" -> "SW02125", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2471]}, "IsomericSmiles" -> "CC1=C(C(=O)C(=C(C1=O)[NH+]2CC2)C(COC(=O)N)OC)[NH+]3CC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01270"]}, "OfficialNames" -> <|"NPC Approved Name" -> "esquinon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2569]}, "Synonyms" -> {"esquinon", "carbazilquinone", "carboquone", "carbaziloquinone", "carbazilequinone", "carboquone[wiki][inn][jan][usan]", "carboquone [inn:jan]", "2,5-bis(1-aziridinyl)-3-(2-hydroxy-1- methoxyethyl)-6-methyl-1,4-benzoquinone carbamate (ester)", "24279-91-2[rn]", "carboquona[spanish][inn]", "2-[2,5-bis(aziridin-1-yl)-4-methyl-3,6-dioxocyclohexa-1,4-dien-1-yl]-2-methoxyethyl carbamate", "2,5-bis(1-aziridinyl)-3-(2-carbamoyloxy-1-methoxyethyl)-6-methyl-1,4-benzoquinone", "p-benzoquinone 2,5-bis (1-aziridinyl)-3-(2-hydroxy-1-methoxyethyl)-6-methyl- carbamate(ester)", "ccris 2748", "2,5-cyclohexadiene-1,4-dione 2-[2-[(aminocarbonyl)oxy]-1-methoxyethyl]-3 6-bis(1-aziridinyl)-5-methyl-", "2-[2-[(aminocarbonyl)oxy]-1-methoxyethyl]-3,6-bis(1-aziridinyl)-5-methyl-2,5-cyclohexadiene-1,4-dione", "mls002703012", "2,5-cyclohexadiene-1,4-dione 2-[2-[(aminocarbonyl)oxy]-1-methoxyethyl]-3,6-bis(1-aziridinyl)-5-methyl-", "2,5-cyclohexadiene-1,4-dione 2-(2-((aminocarbonyl)oxy)-1-methoxyethyl)-3,6-bis(1-aziridinyl)-5-methyl-", "2 5-bis(1-aziridinyl)-3-(2-hydroxy-1-methoxyethyl)-6-methyl-p-benzoq uinone carbamate ester", "carbamicacid 2-(2,5-bis-aziridin-1-yl-4-methyl-3,6-dioxo-cyclohexa-1,4-dienyl)-2-methoxy-ethyl ester", "carboquona [inn-spanish]", "2,5-cyclohexadiene-1,4-dione 2,5-bis(1-aziridinyl)-6(2-hydroxy-1-methoxyethyl)-3-methyl- carbamate", "2-(2-((aminocarbonyl)oxy)-1-methoxyethyl)-3,6-bis(1-aziridinyl)-5-methyl-2,5-cyclohexadiene-1,4-dione", "carboquonum [inn-latin]", "carboquonum[latin]", "esquinon (tn)", "2,5-bis(1-aziridinyl)-3-(2-hydroxy-1-methoxyethyl)-6-methyl-p-benzoquinone carbamate (ester)", "p-benzoquinone 2,5-bis(1-aziridinyl)-3-(2-hydroxy-1-methoxyethyl)-6-methyl- carbamate (ester)"}|>, "3380" -> <|"DatabaseID" -> "SW02125", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2471]}, "IsomericSmiles" -> "CC1=C(C(=O)C(=C(C1=O)[NH+]2CC2)C(COC(=O)N)OC)[NH+]3CC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01270"]}, "OfficialNames" -> <|"NPC Approved Name" -> "esquinon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2569]}, "Synonyms" -> {"esquinon", "carbazilquinone", "carboquone", "carbaziloquinone", "carbazilequinone", "carboquone[wiki][inn][jan][usan]", "carboquone [inn:jan]", "2,5-bis(1-aziridinyl)-3-(2-hydroxy-1- methoxyethyl)-6-methyl-1,4-benzoquinone carbamate (ester)", "24279-91-2[rn]", "carboquona[spanish][inn]", "2-[2,5-bis(aziridin-1-yl)-4-methyl-3,6-dioxocyclohexa-1,4-dien-1-yl]-2-methoxyethyl carbamate", "2,5-bis(1-aziridinyl)-3-(2-carbamoyloxy-1-methoxyethyl)-6-methyl-1,4-benzoquinone", "p-benzoquinone 2,5-bis (1-aziridinyl)-3-(2-hydroxy-1-methoxyethyl)-6-methyl- carbamate(ester)", "ccris 2748", "2,5-cyclohexadiene-1,4-dione 2-[2-[(aminocarbonyl)oxy]-1-methoxyethyl]-3 6-bis(1-aziridinyl)-5-methyl-", "2-[2-[(aminocarbonyl)oxy]-1-methoxyethyl]-3,6-bis(1-aziridinyl)-5-methyl-2,5-cyclohexadiene-1,4-dione", "mls002703012", "2,5-cyclohexadiene-1,4-dione 2-[2-[(aminocarbonyl)oxy]-1-methoxyethyl]-3,6-bis(1-aziridinyl)-5-methyl-", "2,5-cyclohexadiene-1,4-dione 2-(2-((aminocarbonyl)oxy)-1-methoxyethyl)-3,6-bis(1-aziridinyl)-5-methyl-", "2 5-bis(1-aziridinyl)-3-(2-hydroxy-1-methoxyethyl)-6-methyl-p-benzoq uinone carbamate ester", "carbamicacid 2-(2,5-bis-aziridin-1-yl-4-methyl-3,6-dioxo-cyclohexa-1,4-dienyl)-2-methoxy-ethyl ester", "carboquona [inn-spanish]", "2,5-cyclohexadiene-1,4-dione 2,5-bis(1-aziridinyl)-6(2-hydroxy-1-methoxyethyl)-3-methyl- carbamate", "2-(2-((aminocarbonyl)oxy)-1-methoxyethyl)-3,6-bis(1-aziridinyl)-5-methyl-2,5-cyclohexadiene-1,4-dione", "carboquonum [inn-latin]", "carboquonum[latin]", "esquinon (tn)", "2,5-bis(1-aziridinyl)-3-(2-hydroxy-1-methoxyethyl)-6-methyl-p-benzoquinone carbamate (ester)", "p-benzoquinone 2,5-bis(1-aziridinyl)-3-(2-hydroxy-1-methoxyethyl)-6-methyl- carbamate (ester)"}|>, "3381" -> <|"DatabaseID" -> "SW02126", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94610]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03585"]}, "IsomericSmiles" -> "CCCCc1c(=O)n(n(c1=O)c2ccc(cc2)O)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08324"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxyphenbutazone", "FDA Approved Drug" -> "OXYPHENBUTAZONE"|>, "PharmGKBID" -> "PA450750", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4641]}, "Synonyms" -> {"oxyphenbutazone", "tanderil", "oxiphenbutazone", "idrobutazina", "etrozolidina", "oxyphentamin", "oxifenylbutazon", "oxazolidin", "oxyphenylbutazone", "artroflog", "tandacote", "isobutazina", "neofen", "frabel", "flamaril", "telidac", "telidal", "tanderal", "4-butyl-2-(p-hydroxyphenyl)-1-phenyl-3,5-pyrazolidinedione", "oxiphenbutazonum", "oxalid", "spla(2)-iie", "oxifenbutazona [inn-spanish]", "4-butyl-1-(4-hydroxyphenyl)-2-phenyl-3,5-pyrazolidinedione", "offitril", "butanora", "butazonic", "tandearil", "opb", "oxazolidin-geigy", "deflogin", "cinophen-n", "flogistin", "flogoril", "7081-38-1[rn]", "flanaril", "usaf ge-14", "infammil", "floghene", "flogitolo", "flogal", "oxyphenbutazonum [inn-latin]", "ossifenbutazone [dcit]", "1-(p-hydroxyphenyl)-2-phenyl-4-butyl-3,5-pyrazolidinedione", "californit", "1-phenyl-2-(p-hydroxyphenyl)-3,5-dioxo-4-butylpyrazolidine", "flogodin", "ipabutona", "piraflogin", "flogostop", "pirabutina", "giie spla2", "poliflogil", "tandalgesic", "oxazolioin", "1-p-hydroxyphenyl-2-phenyl-3,5-dioxo-4-n-butylpyrazolidine", "oxyphenbutazon monohydrat", "genal", "neo-farmadol", "iridil", "reozon", "aradinum", "oxyphenbutazone monohydrate", "tendearil", "phosphatidylcholine 2-acylhydrolase giie", "reumox", "mysite", "butapirone", "hydroxyphenylbutazon", "butilene", "flopirina", "butaflogin", "p-oxyphenylbutazone", "metabolite i", "butanova", "oxyphenbutazone [usan:ban:inn][inn][usan]", "rapostan", "remazin", "oxyphenbutazone[wiki][inn]", "3,5-pyrazolidinedione 4-butyl-1-(4-hydroxyphenyl)-2-phenyl- monohydrate", "4-butyl-1-(4-hydroxyphenyl)-2-phenylpyrazolidine-3,5-dione hydrate (1:1)", "infamil", "4-butyl-1-(p-hydroxyphenyl)-2-phenyl-3,5-pyrazolidinedione", "isobutil", "oxibutol", "oxi-fenibutol", "valioil", "optimal", "oxybuton", "4-butyl-1-(p-hydroxyphenyl)-2-phenyl-3,5-pyrazolidinedione monohydrate", "reunabutal", "flegmostam", "oxyphenobutazone", "3,5-pyrazolidinedione 4-butyl-1-(4-hydroxyphenyl)-2-phenyl", "4-butyl-1-(4-hydroxyphenyl)-2-phenyl-1,2-diazolidine-3,5-dione,hydrate", "3,5-pyrazolidinedione 4-butyl-1-(4-hydroxyphenyl)-2-phenyl- hydrate (1:1)", "p-hydroxyphenylbutazone", "rumapax", "crovaril", "visubutina", "portoril", "4-butyl-2-(4-hydroxyphenyl)-1-phenyl-3,5-dioxopyrazolidine"}|>, "3382" -> <|"DatabaseID" -> "SW02126", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94610]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03585"]}, "IsomericSmiles" -> "CCCCc1c(=O)n(n(c1=O)c2ccc(cc2)O)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08324"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxyphenbutazone", "FDA Approved Drug" -> "OXYPHENBUTAZONE"|>, "PharmGKBID" -> "PA450750", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4641]}, "Synonyms" -> {"oxyphenbutazone", "tanderil", "oxiphenbutazone", "idrobutazina", "etrozolidina", "oxyphentamin", "oxifenylbutazon", "oxazolidin", "oxyphenylbutazone", "artroflog", "tandacote", "isobutazina", "neofen", "frabel", "flamaril", "telidac", "telidal", "tanderal", "4-butyl-2-(p-hydroxyphenyl)-1-phenyl-3,5-pyrazolidinedione", "oxiphenbutazonum", "oxalid", "spla(2)-iie", "oxifenbutazona [inn-spanish]", "4-butyl-1-(4-hydroxyphenyl)-2-phenyl-3,5-pyrazolidinedione", "offitril", "butanora", "butazonic", "tandearil", "opb", "oxazolidin-geigy", "deflogin", "cinophen-n", "flogistin", "flogoril", "7081-38-1[rn]", "flanaril", "usaf ge-14", "infammil", "floghene", "flogitolo", "flogal", "oxyphenbutazonum [inn-latin]", "ossifenbutazone [dcit]", "1-(p-hydroxyphenyl)-2-phenyl-4-butyl-3,5-pyrazolidinedione", "californit", "1-phenyl-2-(p-hydroxyphenyl)-3,5-dioxo-4-butylpyrazolidine", "flogodin", "ipabutona", "piraflogin", "flogostop", "pirabutina", "giie spla2", "poliflogil", "tandalgesic", "oxazolioin", "1-p-hydroxyphenyl-2-phenyl-3,5-dioxo-4-n-butylpyrazolidine", "oxyphenbutazon monohydrat", "genal", "neo-farmadol", "iridil", "reozon", "aradinum", "oxyphenbutazone monohydrate", "tendearil", "phosphatidylcholine 2-acylhydrolase giie", "reumox", "mysite", "butapirone", "hydroxyphenylbutazon", "butilene", "flopirina", "butaflogin", "p-oxyphenylbutazone", "metabolite i", "butanova", "oxyphenbutazone [usan:ban:inn][inn][usan]", "rapostan", "remazin", "oxyphenbutazone[wiki][inn]", "3,5-pyrazolidinedione 4-butyl-1-(4-hydroxyphenyl)-2-phenyl- monohydrate", "4-butyl-1-(4-hydroxyphenyl)-2-phenylpyrazolidine-3,5-dione hydrate (1:1)", "infamil", "4-butyl-1-(p-hydroxyphenyl)-2-phenyl-3,5-pyrazolidinedione", "isobutil", "oxibutol", "oxi-fenibutol", "valioil", "optimal", "oxybuton", "4-butyl-1-(p-hydroxyphenyl)-2-phenyl-3,5-pyrazolidinedione monohydrate", "reunabutal", "flegmostam", "oxyphenobutazone", "3,5-pyrazolidinedione 4-butyl-1-(4-hydroxyphenyl)-2-phenyl", "4-butyl-1-(4-hydroxyphenyl)-2-phenyl-1,2-diazolidine-3,5-dione,hydrate", "3,5-pyrazolidinedione 4-butyl-1-(4-hydroxyphenyl)-2-phenyl- hydrate (1:1)", "p-hydroxyphenylbutazone", "rumapax", "crovaril", "visubutina", "portoril", "4-butyl-2-(4-hydroxyphenyl)-1-phenyl-3,5-dioxopyrazolidine"}|>, "3383" -> <|"DatabaseID" -> "SW02127", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28052"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1912]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00414"]}, "IsomericSmiles" -> "CC(=O)c1ccc(cc1)S(=O)(=O)[N-]C(=O)NC2CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00219"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ACETOHEXAMIDE"|>, "PharmGKBID" -> "PA164777011", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1989]}, "Synonyms" -> {"gamadiabet", "metaglucina", "hypoglicil", "acetohexamid", "tsiklamid", "dymelor", "minoral", "acetohexamide", "dimelor", "dimelin", "ordimel", "cyclamide", "urea 1-((p-acetylphenyl)sulfonyl)-3-cyclohexyl-", "4-acetyl-n-(cyclohexylcarbamoyl)benzene-1-sulfonamide", "4-acetyl-n-[(cyclohexylamino)carbonyl]benzenesulfonamide", "benzenesulfonamide 4-acetyl-n-[(cyclohexylamino)carbonyl]-", "2225115[beilstein]", "4-acetyl-n-((cyclohexylamino)carbonyl)benzenesulfonamide", "potassium channel inwardly rectifying subfamily j member 1", "4-acetyl-n-((cyclohexylamino)carbonyl)benzenesulfonamide", "atp-regulated potassium channel rom-k", "n-(p-acetylphenylsulfonyl)-n'-cyclohexylurea", "4-acetyl-n-(cyclohexylcarbamoyl)benzenesulfonamide[acd/iupac name]", "8054-32-8[rn]", "n-(p-acetylbenzenesulfonyl)-n'-cyclohexylurea", "ordimel", "968-81-0[rn]", "kir1.1", "acetohexamidum[latin]", "dymelor[wiki]", "1-((p-acetylphenyl)sulfonyl)-3-cyclohexylurea", "1-[(p-acetylphenyl)sulfonyl]-3-cyclohexylurea", "1-(para-acetylphenylsulfonyl)-3cyclohexylurea", "213-530-4[einecs]", "benzenesulfonamide 4-acetyl-n-((cyclohexylamino)carbonyl)-", "3-cyclohexyl-1-(p-acetylphenylsulfonyl)urea", "acetohexamide[wiki][inn][ban][jan][usan]", "1-(p-acetylbenzenesulfonyl)-3-cyclohexylurea", "acetohexamida[spanish]", "3-(4-acetylphenyl)sulfonyl-1-cyclohexyl-urea", "u 14812."}|>, "3384" -> <|"DatabaseID" -> "SW02128", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4527664]}, "IsomericSmiles" -> "C/C=C\\1/C2CC[NH+]3C1C4(CC3)c5ccccc5NC4=C2C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "condylocarpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5378963]}, "Synonyms" -> {"condylocarpine", "condyfolan-16-carboxylic acid"}|>, "3385" -> <|"DatabaseID" -> "SW02128", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4527664]}, "IsomericSmiles" -> "C/C=C\\1/C2CC[NH+]3C1C4(CC3)c5ccccc5NC4=C2C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "condylocarpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5378963]}, "Synonyms" -> {"condylocarpine", "condyfolan-16-carboxylic acid"}|>, "3386" -> <|"DatabaseID" -> "SW02129", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 245682]}, "IsomericSmiles" -> "C[NH+]1CC2(C3CC4C5(C2C1C3CO4)c6ccccc6NC5=O)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gelsemine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 279057]}, "Synonyms" -> {"gelsemine", "gelsemin", "nsc-21729", "3-ethenyl-1-methyl-2", "ag-k-11416", "ar-1f2967", "spiro[3,5,8-ethanylylidene-1h-pyrano[3,4-c]pyridine-10,3'-[3h]indol]-2'(1'h)-one,5-ethenyl-3,4,4a,5,6,7,8,8a-octahydro-7-methyl-", "ac1l5pe4", "spiro[3,5 8-ethanylylidene-1h-pyrano[3,4-c]pyridine-10 3'-[3h]indol]-2'(1'h)-one 5-ethenyl-3,4,4a,5,6,7,8 8a-octahydro-7-methyl-", "509-15-9", "509-15-9[rn]", "ac1q6m3s", "spiro[3"}|>, "3387" -> <|"DatabaseID" -> "SW02129", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 245682]}, "IsomericSmiles" -> "C[NH+]1CC2(C3CC4C5(C2C1C3CO4)c6ccccc6NC5=O)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gelsemine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 279057]}, "Synonyms" -> {"gelsemine", "gelsemin", "nsc-21729", "3-ethenyl-1-methyl-2", "ag-k-11416", "ar-1f2967", "spiro[3,5,8-ethanylylidene-1h-pyrano[3,4-c]pyridine-10,3'-[3h]indol]-2'(1'h)-one,5-ethenyl-3,4,4a,5,6,7,8,8a-octahydro-7-methyl-", "ac1l5pe4", "spiro[3,5 8-ethanylylidene-1h-pyrano[3,4-c]pyridine-10 3'-[3h]indol]-2'(1'h)-one 5-ethenyl-3,4,4a,5,6,7,8 8a-octahydro-7-methyl-", "509-15-9", "509-15-9[rn]", "ac1q6m3s", "spiro[3"}|>, "3388" -> <|"DatabaseID" -> "SW02129", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 245682]}, "IsomericSmiles" -> "C[NH+]1CC2(C3CC4C5(C2C1C3CO4)c6ccccc6NC5=O)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gelsemine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 279057]}, "Synonyms" -> {"gelsemine", "gelsemin", "nsc-21729", "3-ethenyl-1-methyl-2", "ag-k-11416", "ar-1f2967", "spiro[3,5,8-ethanylylidene-1h-pyrano[3,4-c]pyridine-10,3'-[3h]indol]-2'(1'h)-one,5-ethenyl-3,4,4a,5,6,7,8,8a-octahydro-7-methyl-", "ac1l5pe4", "spiro[3,5 8-ethanylylidene-1h-pyrano[3,4-c]pyridine-10 3'-[3h]indol]-2'(1'h)-one 5-ethenyl-3,4,4a,5,6,7,8 8a-octahydro-7-methyl-", "509-15-9", "509-15-9[rn]", "ac1q6m3s", "spiro[3"}|>, "3389" -> <|"DatabaseID" -> "SW02130", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31654"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3356]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01120"]}, "IsomericSmiles" -> "Cc1ccc(cc1)S(=O)(=O)[N-]C(=O)N[NH+]2CC3CCCC3C2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01599"]}, "OfficialNames" -> <|"China Approved Name" -> "gliclazide", "Indian Approved Name" -> "gliclazide", "Australia Approved Name" -> "GLICLAZIDE"|>, "PharmGKBID" -> "PA10892", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3475]}, "Synonyms" -> {"glimicron", "gliclazide", "nordialex", "diamicron", "1-(hexahydrocyclopenta(c)pyrrol-2(1h)-yl)-3-(p-tolylsulfonyl)urea", "gliclazidum [inn-latin]", "n-(4-methylbenzenesulfonyl)-n'-(3-azabicyclo(3.3.0)oct-3-yl)urea", "gliclazida [inn-spanish]", "1-(3-azabicyclo(3.3.0)oct-3-yl)-3-(p-tolylsulfonyl)urea", "[(3-azabicyclo[3.3.0]oct-3-yl)amino]-n-[(4-methylphenyl)sulfonyl]carboxamide", "21187-98-4[rn]", "diabrezide;", "1657836[beilstein]", "gliclazide [ban:dcf:inn:jan][inn][jan]", "gliclazidum[latin]", "n-[[(hexahydrocyclopenta[c]pyrrol-2(1h)-yl)amino]carbonyl]-4-methylbenzenesulfonamide", "1-(3-azabicyclo[3.3.0]oct-3-yl)-3-p-tolylsulphonylurea", "diabrezide;diamicron;glimicron;glyclazide;nordialex;unava", "gliklazid", "diamicron mr", "1-(3-azabicyclo[3.3.0]oct-3-yl)-3-(p-tolylsulfonyl)urea", "mylan-gliclazide", "gliclazida[spanish][inn]", "benzenesulfonamide n-[[(hexahydrocyclopenta[c]pyrrol-2(1h)-yl)amino]carbonyl]-4-methyl-", "benzenesulfonamide n-(((hexahydrocyclopenta(c)pyrrol-2(1h)-yl)amino)carbonyl)-4-methyl-", "glyclazide", "vascular endothelial growth factor a precursor", "1-(3-azabicyclo[3.3.0]oct-3-yl)-3-(4-methylphenyl)sulfonyl-urea", "gliclazide (diamicron)", "diamicron[wiki]", "vascular permeability factor", "vegf-a", "1-(hexahydrocyclopenta[c]pyrrol-2(1h)-yl)-3-(p-tolylsulfonyl)urea", "n-[(hexahydrocyclopenta[c]pyrrol-2(1h)-ylamino)carbonyl]-4-methylbenzenesulfonamide", "vpf", "244-260-5[einecs]", "urea 1-(hexahydrocyclopenta(c)pyrrol-2(1h)-yl)-3-(p-tolylsulfonyl)-", "glimicron (tn)", "n-(4-methylbenzenesulfonyl)-n'-(3-azabicyclo[3.3.0]oct-3-yl)urea", "pms-gliclazide", "n-(3-azabicyclo[3.3.0]oct-3-yl){[(4-methylphenyl)sulfonyl]amino}carboxamide", "gliclazide[wiki]", "n-(hexahydrocyclopenta[c]pyrrol-2(1h)-ylcarbamoyl)-4-methylbenzenesulfonamide[acd/iupac name]", "337376-15-5", "n-((hexahydrocyclopenta[c]pyrrol-2(1h)-yl)carbamoyl)-4-methylbenzenesulfonamide", "21187-98-4", "diaikron"}|>, "3390" -> <|"DatabaseID" -> "SW02130", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31654"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3356]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01120"]}, "IsomericSmiles" -> "Cc1ccc(cc1)S(=O)(=O)[N-]C(=O)N[NH+]2CC3CCCC3C2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01599"]}, "OfficialNames" -> <|"China Approved Name" -> "gliclazide", "Indian Approved Name" -> "gliclazide", "Australia Approved Name" -> "GLICLAZIDE"|>, "PharmGKBID" -> "PA10892", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3475]}, "Synonyms" -> {"glimicron", "gliclazide", "nordialex", "diamicron", "1-(hexahydrocyclopenta(c)pyrrol-2(1h)-yl)-3-(p-tolylsulfonyl)urea", "gliclazidum [inn-latin]", "n-(4-methylbenzenesulfonyl)-n'-(3-azabicyclo(3.3.0)oct-3-yl)urea", "gliclazida [inn-spanish]", "1-(3-azabicyclo(3.3.0)oct-3-yl)-3-(p-tolylsulfonyl)urea", "[(3-azabicyclo[3.3.0]oct-3-yl)amino]-n-[(4-methylphenyl)sulfonyl]carboxamide", "21187-98-4[rn]", "diabrezide;", "1657836[beilstein]", "gliclazide [ban:dcf:inn:jan][inn][jan]", "gliclazidum[latin]", "n-[[(hexahydrocyclopenta[c]pyrrol-2(1h)-yl)amino]carbonyl]-4-methylbenzenesulfonamide", "1-(3-azabicyclo[3.3.0]oct-3-yl)-3-p-tolylsulphonylurea", "diabrezide;diamicron;glimicron;glyclazide;nordialex;unava", "gliklazid", "diamicron mr", "1-(3-azabicyclo[3.3.0]oct-3-yl)-3-(p-tolylsulfonyl)urea", "mylan-gliclazide", "gliclazida[spanish][inn]", "benzenesulfonamide n-[[(hexahydrocyclopenta[c]pyrrol-2(1h)-yl)amino]carbonyl]-4-methyl-", "benzenesulfonamide n-(((hexahydrocyclopenta(c)pyrrol-2(1h)-yl)amino)carbonyl)-4-methyl-", "glyclazide", "vascular endothelial growth factor a precursor", "1-(3-azabicyclo[3.3.0]oct-3-yl)-3-(4-methylphenyl)sulfonyl-urea", "gliclazide (diamicron)", "diamicron[wiki]", "vascular permeability factor", "vegf-a", "1-(hexahydrocyclopenta[c]pyrrol-2(1h)-yl)-3-(p-tolylsulfonyl)urea", "n-[(hexahydrocyclopenta[c]pyrrol-2(1h)-ylamino)carbonyl]-4-methylbenzenesulfonamide", "vpf", "244-260-5[einecs]", "urea 1-(hexahydrocyclopenta(c)pyrrol-2(1h)-yl)-3-(p-tolylsulfonyl)-", "glimicron (tn)", "n-(4-methylbenzenesulfonyl)-n'-(3-azabicyclo[3.3.0]oct-3-yl)urea", "pms-gliclazide", "n-(3-azabicyclo[3.3.0]oct-3-yl){[(4-methylphenyl)sulfonyl]amino}carboxamide", "gliclazide[wiki]", "n-(hexahydrocyclopenta[c]pyrrol-2(1h)-ylcarbamoyl)-4-methylbenzenesulfonamide[acd/iupac name]", "337376-15-5", "n-((hexahydrocyclopenta[c]pyrrol-2(1h)-yl)carbamoyl)-4-methylbenzenesulfonamide", "21187-98-4", "diaikron"}|>, "3391" -> <|"DatabaseID" -> "SW02130", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31654"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3356]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01120"]}, "IsomericSmiles" -> "Cc1ccc(cc1)S(=O)(=O)[N-]C(=O)N[NH+]2CC3CCCC3C2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01599"]}, "OfficialNames" -> <|"China Approved Name" -> "gliclazide", "Indian Approved Name" -> "gliclazide", "Australia Approved Name" -> "GLICLAZIDE"|>, "PharmGKBID" -> "PA10892", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3475]}, "Synonyms" -> {"glimicron", "gliclazide", "nordialex", "diamicron", "1-(hexahydrocyclopenta(c)pyrrol-2(1h)-yl)-3-(p-tolylsulfonyl)urea", "gliclazidum [inn-latin]", "n-(4-methylbenzenesulfonyl)-n'-(3-azabicyclo(3.3.0)oct-3-yl)urea", "gliclazida [inn-spanish]", "1-(3-azabicyclo(3.3.0)oct-3-yl)-3-(p-tolylsulfonyl)urea", "[(3-azabicyclo[3.3.0]oct-3-yl)amino]-n-[(4-methylphenyl)sulfonyl]carboxamide", "21187-98-4[rn]", "diabrezide;", "1657836[beilstein]", "gliclazide [ban:dcf:inn:jan][inn][jan]", "gliclazidum[latin]", "n-[[(hexahydrocyclopenta[c]pyrrol-2(1h)-yl)amino]carbonyl]-4-methylbenzenesulfonamide", "1-(3-azabicyclo[3.3.0]oct-3-yl)-3-p-tolylsulphonylurea", "diabrezide;diamicron;glimicron;glyclazide;nordialex;unava", "gliklazid", "diamicron mr", "1-(3-azabicyclo[3.3.0]oct-3-yl)-3-(p-tolylsulfonyl)urea", "mylan-gliclazide", "gliclazida[spanish][inn]", "benzenesulfonamide n-[[(hexahydrocyclopenta[c]pyrrol-2(1h)-yl)amino]carbonyl]-4-methyl-", "benzenesulfonamide n-(((hexahydrocyclopenta(c)pyrrol-2(1h)-yl)amino)carbonyl)-4-methyl-", "glyclazide", "vascular endothelial growth factor a precursor", "1-(3-azabicyclo[3.3.0]oct-3-yl)-3-(4-methylphenyl)sulfonyl-urea", "gliclazide (diamicron)", "diamicron[wiki]", "vascular permeability factor", "vegf-a", "1-(hexahydrocyclopenta[c]pyrrol-2(1h)-yl)-3-(p-tolylsulfonyl)urea", "n-[(hexahydrocyclopenta[c]pyrrol-2(1h)-ylamino)carbonyl]-4-methylbenzenesulfonamide", "vpf", "244-260-5[einecs]", "urea 1-(hexahydrocyclopenta(c)pyrrol-2(1h)-yl)-3-(p-tolylsulfonyl)-", "glimicron (tn)", "n-(4-methylbenzenesulfonyl)-n'-(3-azabicyclo[3.3.0]oct-3-yl)urea", "pms-gliclazide", "n-(3-azabicyclo[3.3.0]oct-3-yl){[(4-methylphenyl)sulfonyl]amino}carboxamide", "gliclazide[wiki]", "n-(hexahydrocyclopenta[c]pyrrol-2(1h)-ylcarbamoyl)-4-methylbenzenesulfonamide[acd/iupac name]", "337376-15-5", "n-((hexahydrocyclopenta[c]pyrrol-2(1h)-yl)carbamoyl)-4-methylbenzenesulfonamide", "21187-98-4", "diaikron"}|>, "3392" -> <|"DatabaseID" -> "SW02131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5305]}, "IsomericSmiles" -> "Cc1cccc(c1)N(C)C(=S)Oc2ccc3c(c2)C4CCC3C4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01384"]}, "OfficialNames" -> <|"NPC Approved Name" -> "o-(1,2,3,4-tetrahydro-14-methanonaphthalen-6- yl) m-n-dimethylthiocarbanilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5506]}, "Synonyms" -> {"tolciclate", "tolciclato [dcit]", "tolmicen", "o-(1,4-methano-1,2,3,4-tetrahydro-6-naphthyl)-n-methyl-n-(m-tolyl)-thiocarbamate", "tolciclate (jan/usan)[jan][usan]", "tolciclatum[latin]", "kc 9147", "tolciclatum", "methyl(3-methylphenyl)carbamothioicacid o-(1,2,3,4-tetrahydro-1,4-methanonaphthalen-6-yl)ester", "256-792-5[einecs]", "fungifos", "carbamothioic acid methyl(3-methylphenyl)-,o-(1,2,3,4-tetrahydro-1,4-methanonaphthalen-6-yl) ester", "o-(5,6,7,8-tetrahydro-5,8-methano-2-naphthyl)-n-methyl-n-(m-methylphenyl)thiocarbamate", "tolciclatum [inn-latin]", "o-(1,4-methano-1,2,3,4-tetrahydro-6-naphthyl)-n-methyl-n-(m-tolyl)thiocarbamate", "tolciclato", "carbamothioic acid n-methyl-n-(m-tolyl)- (1,2,3,4-tetrahydro-1,4-methanonaphth", "einecs 256-792-5", "50838-36-3", "50838-36-3[rn]", "k 9147", "o-tricyclo[6.2.1.02,7]undeca-2,4,6-trien-4-yl methyl(3-methylphenyl)carbamothioate[acd/iupac name]", "tolciclate [usan:inn:jan][inn][jan][usan]", "o-(1,2,3,4-tetrahydro-1,4-methanonaphthalen-6-yl) m,n-dimethylthiocarbanilate", "carbamothioic acid n-methyl-n-(3-methylphenyl)- o-(1,2,3,4-tetrahydro-1,4-methanonaphthalen-6-yl)ester"}|>, "3393" -> <|"DatabaseID" -> "SW02131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5305]}, "IsomericSmiles" -> "Cc1cccc(c1)N(C)C(=S)Oc2ccc3c(c2)C4CCC3C4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01384"]}, "OfficialNames" -> <|"NPC Approved Name" -> "o-(1,2,3,4-tetrahydro-14-methanonaphthalen-6- yl) m-n-dimethylthiocarbanilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5506]}, "Synonyms" -> {"tolciclate", "tolciclato [dcit]", "tolmicen", "o-(1,4-methano-1,2,3,4-tetrahydro-6-naphthyl)-n-methyl-n-(m-tolyl)-thiocarbamate", "tolciclate (jan/usan)[jan][usan]", "tolciclatum[latin]", "kc 9147", "tolciclatum", "methyl(3-methylphenyl)carbamothioicacid o-(1,2,3,4-tetrahydro-1,4-methanonaphthalen-6-yl)ester", "256-792-5[einecs]", "fungifos", "carbamothioic acid methyl(3-methylphenyl)-,o-(1,2,3,4-tetrahydro-1,4-methanonaphthalen-6-yl) ester", "o-(5,6,7,8-tetrahydro-5,8-methano-2-naphthyl)-n-methyl-n-(m-methylphenyl)thiocarbamate", "tolciclatum [inn-latin]", "o-(1,4-methano-1,2,3,4-tetrahydro-6-naphthyl)-n-methyl-n-(m-tolyl)thiocarbamate", "tolciclato", "carbamothioic acid n-methyl-n-(m-tolyl)- (1,2,3,4-tetrahydro-1,4-methanonaphth", "einecs 256-792-5", "50838-36-3", "50838-36-3[rn]", "k 9147", "o-tricyclo[6.2.1.02,7]undeca-2,4,6-trien-4-yl methyl(3-methylphenyl)carbamothioate[acd/iupac name]", "tolciclate [usan:inn:jan][inn][jan][usan]", "o-(1,2,3,4-tetrahydro-1,4-methanonaphthalen-6-yl) m,n-dimethylthiocarbanilate", "carbamothioic acid n-methyl-n-(3-methylphenyl)- o-(1,2,3,4-tetrahydro-1,4-methanonaphthalen-6-yl)ester"}|>, "3394" -> <|"DatabaseID" -> "SW02132", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3926]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01071"]}, "IsomericSmiles" -> "c1ccc2c(c1)N(c3ccccc3S2)CC4C[NH+]5CCC4CC5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01324"]}, "OfficialNames" -> <|"NPC Approved Name" -> "kitazemin"|>, "PharmGKBID" -> "PA164748010", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4066]}, "Synonyms" -> {"mircol", "vigigan", "butix", "instotal", "primalan", "kitazemin", "mequitazine", "virginan", "metaplexan", "mequitazina [spanish]", "mequitazinum [inn-latin]", "zesulan", "10-(1-aza-bicyclo[2.2.2]oct-3-ylmethyl)-10h-phenothiazine", "quitadrill", "mequitazinum[latin]", "10-(1-azabicyclo[2.2.2]oct-3-ylmethyl)-10h-phenothiazine[acd/iupac name]", "3-methylquinuclidinyl-10-phenothiazine", "10h-phenothiazine 10-(1-azabicyclo[2.2.2]oct-3-ylmethyl)-[acd/index name]", "29216-28-2", "kitazemin (tn)", "mequitazina[spanish][inn]", "337376-15-5[rn]", "147780-50-5[rn]", "29216-28-2[rn]", "mequitazina [inn-spanish]", "249-521-7[einecs]", "(r)-(+)-mequitazine", "10-(1-azabicyclo[2.2.2]oct-3-ylmethyl)-10h-phenothiazin[german][acd/iupac name]", "mequitazine[wiki][jp15]", "10-(quinuclidin-3-ylmethyl)-10h-phenothiazine", "84992-84-7[rn]", "phenothiazine 10- (3-quinuclidinylmethyl)-", "10-(1-azabicyclo(2.2.2)oct-8-ylmethyl)phenothiazine", "phenothiazine 10-(3-quinuclidinylmethyl)-", "mequitazine [ban:dcf:inn:jan][inn][jan]", "c006069", "10-(3-quinuclidinylmethyl)phenothiazine", "10h-phenothiazine,10-(1-azabicyclo(2.2.2)oct-3-ylmethyl)- (9ci)", "10h-phenothiazine 10- (1-azabicyclo[2.2.2]oct-3-ylmethyl)-"}|>, "3395" -> <|"DatabaseID" -> "SW02132", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3926]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01071"]}, "IsomericSmiles" -> "c1ccc2c(c1)N(c3ccccc3S2)CC4C[NH+]5CCC4CC5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01324"]}, "OfficialNames" -> <|"NPC Approved Name" -> "kitazemin"|>, "PharmGKBID" -> "PA164748010", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4066]}, "Synonyms" -> {"mircol", "vigigan", "butix", "instotal", "primalan", "kitazemin", "mequitazine", "virginan", "metaplexan", "mequitazina [spanish]", "mequitazinum [inn-latin]", "zesulan", "10-(1-aza-bicyclo[2.2.2]oct-3-ylmethyl)-10h-phenothiazine", "quitadrill", "mequitazinum[latin]", "10-(1-azabicyclo[2.2.2]oct-3-ylmethyl)-10h-phenothiazine[acd/iupac name]", "3-methylquinuclidinyl-10-phenothiazine", "10h-phenothiazine 10-(1-azabicyclo[2.2.2]oct-3-ylmethyl)-[acd/index name]", "29216-28-2", "kitazemin (tn)", "mequitazina[spanish][inn]", "337376-15-5[rn]", "147780-50-5[rn]", "29216-28-2[rn]", "mequitazina [inn-spanish]", "249-521-7[einecs]", "(r)-(+)-mequitazine", "10-(1-azabicyclo[2.2.2]oct-3-ylmethyl)-10h-phenothiazin[german][acd/iupac name]", "mequitazine[wiki][jp15]", "10-(quinuclidin-3-ylmethyl)-10h-phenothiazine", "84992-84-7[rn]", "phenothiazine 10- (3-quinuclidinylmethyl)-", "10-(1-azabicyclo(2.2.2)oct-8-ylmethyl)phenothiazine", "phenothiazine 10-(3-quinuclidinylmethyl)-", "mequitazine [ban:dcf:inn:jan][inn][jan]", "c006069", "10-(3-quinuclidinylmethyl)phenothiazine", "10h-phenothiazine,10-(1-azabicyclo(2.2.2)oct-3-ylmethyl)- (9ci)", "10h-phenothiazine 10- (1-azabicyclo[2.2.2]oct-3-ylmethyl)-"}|>, "3396" -> <|"DatabaseID" -> "SW02133", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2132]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01429"]}, "IsomericSmiles" -> "CC[NH+](CC)CCCN(c1ccccc1)C2Cc3ccccc3C2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02969"]}, "OfficialNames" -> <|"NPC Approved Name" -> "aprindine"|>, "PharmGKBID" -> "PA164764496", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2218]}, "Synonyms" -> {"aspenon", "aprindine", "aprinidine", "fibocil", "aprindin", "aprindina [inn-spanish]", "aprindinum [inn-latin]", "n-(2,3-dihydro-1h-inden-2-yl)-n',n'-diethyl-n-phenyl-1,3-propanediamine[acd/iupac name]", "33237-74-0[rn]", "n-(3-(diethylamino)propyl)-n-phenyl-2-indanamine", "aprindine [usan:ban:inn][inn][usan]", "amidonal", "fiboran", "aprindinum", "1,3-propanediamine n-(2,3-dihydro-1h-inden-2-yl)-n',n'-diethyl-n-phenyl-", "n-(2,3-dihydro-1h-inden-2-yl)-n',n'-diethyl-n-phenylpropane-1,3-diamine", "aprindina[spanish][inn]", "aprindinum[latin]", "aprindina", "1,3-propanediamine n-(2 3-dihydro-1h-inden-2-yl)-n',n'-diethyl-n-phenyl-", "n-(2,3-dihydro-1h-inden-2-yl)-n',n'-diethyl-n-phenylpropane-1,3-diaminemonohydrochloride", "cam", "ritmusin", "compound 83846", "1,3-propanediamine n1-(2,3-dihydro-1h-inden-2-yl)-n3,n3-diethyl-n1-phenyl-", "n n-diethyl-n'-2-indanyl-n'-phenyl-1,3-propanediamine", "n,n-diethyl-n'-2-indanyl-n'-phenyl-1,3-propanediamine", "n-[3-(diethylamino)propyl]-n-phenyl-2-indanamine", "37640-71-4[rn]", "aprindine[wiki][usan]"}|>, "3397" -> <|"DatabaseID" -> "SW02134", "IsomericSmiles" -> "CCOC(=O)COc1ccc2c(=O)cc(oc2c1)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01135"]}, "OfficialNames" -> <|"NPC Approved Name" -> "efloxate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8395]}, "Synonyms" -> {"efloxate", "recordil", "oxiflavil", "coril", "domucor", "efloxatum", "oxyflavil", "corosanin", "angorlisin", "flacethyle"}|>, "3398" -> <|"DatabaseID" -> "SW02135", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6512]}, "IsomericSmiles" -> "c1cc2c(c3c1CC4c5cc6c(cc5CC[NH+]4C3)OCO6)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stylopine;tetrahydrocoptisine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6770]}, "Synonyms" -> {"tetrahydrocoptisine", "stylopine", "stylopin", "5,6,7,8,14,14a-hexahydro-2h,10h-1,3-dioxolano[4',5'-6,7]isoquinolino[2,1-b]1,3-dioxoleno[4,5-h]isoquinoline", "stylopine (tetrahydrocoptisine)", "coptisine tetrahydro-", "7461-02-1", "7461-02-1[rn]", "4h-bis(1,3)benzodioxolo(5,6-a:4',5'-g)quinolizine 6,7,12b,13-tetrahydro- (9ci)", "6,7,12b,13-tetrahydro-4h-bis[1,3]benzodioxolo[5,6-a:4',5'-g]quinolizine", "5,6,7,8,14,14a-hexahydro-2h,10h-1,3-dioxolano[4',5'-6,7]isoquinolino[2,1-b]1,3 -dioxoleno[4,5-h]isoquinoline", "4h-bis[1,3]benzodioxolo[5,6-a:4',5'-g]quinolizine 6,7,12b,13-tetrahydro-", "(s)-stylopine", "84-39-9[rn]", "2", "s-stylopine", "6,7,12b,13-tetrahydro-4h-[1,3]dioxolo[4,5-g][1,3]dioxolo[7,8]isoquino[3,2-a]isoquinoline", "4h-[1,3]benzodioxolo[5,6-a]-1,3-benzodioxolo[4,5-g]quinolizine,6,7,12b,13-tetrahydro-", "l-stylopine", "stylopine (van)", "4312-32-7", "stylopine*6 7 12b 13e-tetrahydro-4h-bis [1 3]benzodioxolo[5 6-a:4' 5' -g]quinolizine", "dl-stylopine", "(-)-tetrahydrocoptisine", "2,3:9,10-bis(methylenedioxy)-13a-berbine", "l-tetrahydrocoptisine", "coptisine", "4312-32-7[rn]"}|>, "3399" -> <|"DatabaseID" -> "SW02135", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6512]}, "IsomericSmiles" -> "c1cc2c(c3c1CC4c5cc6c(cc5CC[NH+]4C3)OCO6)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stylopine;tetrahydrocoptisine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6770]}, "Synonyms" -> {"tetrahydrocoptisine", "stylopine", "stylopin", "5,6,7,8,14,14a-hexahydro-2h,10h-1,3-dioxolano[4',5'-6,7]isoquinolino[2,1-b]1,3-dioxoleno[4,5-h]isoquinoline", "stylopine (tetrahydrocoptisine)", "coptisine tetrahydro-", "7461-02-1", "7461-02-1[rn]", "4h-bis(1,3)benzodioxolo(5,6-a:4',5'-g)quinolizine 6,7,12b,13-tetrahydro- (9ci)", "6,7,12b,13-tetrahydro-4h-bis[1,3]benzodioxolo[5,6-a:4',5'-g]quinolizine", "5,6,7,8,14,14a-hexahydro-2h,10h-1,3-dioxolano[4',5'-6,7]isoquinolino[2,1-b]1,3 -dioxoleno[4,5-h]isoquinoline", "4h-bis[1,3]benzodioxolo[5,6-a:4',5'-g]quinolizine 6,7,12b,13-tetrahydro-", "(s)-stylopine", "84-39-9[rn]", "2", "s-stylopine", "6,7,12b,13-tetrahydro-4h-[1,3]dioxolo[4,5-g][1,3]dioxolo[7,8]isoquino[3,2-a]isoquinoline", "4h-[1,3]benzodioxolo[5,6-a]-1,3-benzodioxolo[4,5-g]quinolizine,6,7,12b,13-tetrahydro-", "l-stylopine", "stylopine (van)", "4312-32-7", "stylopine*6 7 12b 13e-tetrahydro-4h-bis [1 3]benzodioxolo[5 6-a:4' 5' -g]quinolizine", "dl-stylopine", "(-)-tetrahydrocoptisine", "2,3:9,10-bis(methylenedioxy)-13a-berbine", "l-tetrahydrocoptisine", "coptisine", "4312-32-7[rn]"}|>, "3400" -> <|"DatabaseID" -> "SW02136", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9784265]}, "IsomericSmiles" -> "CC(=CCc1c(ccc2c1OC(CC2=O)c3ccc(cc3)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-bavachin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11609510]}, "Synonyms" -> {"iso-bavachin", "31524-62-6[rn]", "lmpk12140036", "isobavachin", "31524-62-6"}|>, "3401" -> <|"DatabaseID" -> "SW02136", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9784265]}, "IsomericSmiles" -> "CC(=CCc1c(ccc2c1OC(CC2=O)c3ccc(cc3)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-bavachin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11609510]}, "Synonyms" -> {"iso-bavachin", "31524-62-6[rn]", "lmpk12140036", "isobavachin", "31524-62-6"}|>, "3402" -> <|"DatabaseID" -> "SW02137", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444667]}, "IsomericSmiles" -> "CC(=CCc1c(ccc(c1O)C(=O)/C=C/c2ccc(cc2)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corylifolinin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281255]}, "Synonyms" -> {"4-hydroxyisocordoim", "corylifolinin", "isobavachalcone", "2',4,4'-trihydroxy-3'-[3''-methylbut-2''-enyl]chalcone", "iso-bavachalcone", "lmpk12120039", "molport-005-944-955", "ls-186058", "(2e)-1-[2,4-dihydroxy-3-(3-methylbut-2-en-1-yl)phenyl]-3-(4-hydroxyphenyl)prop-2-en-1-one", "ac1nqyac", "chalcone 4,2',4'-trihydroxy-3'-prenyl-", "1-[2,4-dihydroxy-3-(3-methyl-but-2-enyl)-phenyl]-3-(4-hydroxy-phenyl)-propenone", "zinc03925823", "chembl253467", "20784-50-3[rn]", "20784-50-3", "(e)-1-(2,4-dihydroxy-3-(3-methylbut-2-enyl)phenyl)-3-(4-hydroxyphenyl)prop-2-en-1-one", "2-propen-1-one 1-[2,4-dihydroxy-3-(3-methyl-2-buten-1-yl)phenyl]-3-(4-hydroxyphenyl)- (2e)-"}|>, "3403" -> <|"DatabaseID" -> "SW02138", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110560]}, "IsomericSmiles" -> "CC1(C=Cc2c(ccc3c2OC[C@H](C3)c4ccc(cc4O)O)O1)C", "OfficialNames" -> <|"Indian Approved Name" -> "glabridin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124052]}, "Synonyms" -> {"59870-68-7[rn]", "1,3-benzenediol 4-[(3r)-3,4-dihydro-8,8-dimethyl-2h,8h-benzo[1,2-b:3,4-b']dipyran-3-yl]-", "glabridin", "4-(3", "59870-68-7", "mls000697609", "4-[(3r)-8,8-dimethyl-3,4-dihydro-2h,8h-pyrano[2,3-f]chromen-3-yl]benzene-1,3-diol", "1", "4-(3,4-dihydro-8,8-dimethyl-2h,8h-benzo(1,2-b:3,4-b')dipyran-3-yl)-1,3-benzenediol", "bidd:er0172", "bio-0904", "chembl480477", "4-((r)-8,8-dimethyl-3,4-dihydro-2h,8h-benzo[1,2-b:4,3-b']dipyran-3-yl)-benzene-1,3-diol", "ac1l3xt4", "glabridin[wiki]", "1,3-benzenediol 4-(3,4-dihydro-8,8-dimethyl-2h,8h-benzo(1,2-b:3,4-b')dipyran-3-yl)- (r)-", "surecn114869"}|>, "3404" -> <|"DatabaseID" -> "SW02139", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4532166]}, "IsomericSmiles" -> "C/C=C/c1cc2c(c(c1)OC)OC([C@H]2C)c3ccc4c(c3)OCO4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "licarin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5384942]}, "Synonyms" -> {"licarin b", "nsc370990", "nsc-370990", "51020-87-2[rn]", "5-[(3s)-7-methoxy-3-methyl-5-[(e)-prop-1-enyl]-2", "ac1nto25", "51020-87-2"}|>, "3405" -> <|"DatabaseID" -> "SW02139", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4532166]}, "IsomericSmiles" -> "C/C=C/c1cc2c(c(c1)OC)OC([C@H]2C)c3ccc4c(c3)OCO4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "licarin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5384942]}, "Synonyms" -> {"licarin b", "nsc370990", "nsc-370990", "51020-87-2[rn]", "5-[(3s)-7-methoxy-3-methyl-5-[(e)-prop-1-enyl]-2", "ac1nto25", "51020-87-2"}|>, "3406" -> <|"DatabaseID" -> "SW02140", "IsomericSmiles" -> "Cc1c(=O)c2ccc(c(c2oc1c3ccccc3)C[NH+](C)C)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07847"]}, "OfficialNames" -> <|"China Approved Name" -> "dimefline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3078]}, "Synonyms" -> {"dimefline", "nsc169869", "dimeflinum [inn-latin]", "malivan", "hsdb 2110", "dimelfin", "dimeflina [inn-spanish]", "reanimil", "remeflin (van)", "dimeflin"}|>, "3407" -> <|"DatabaseID" -> "SW02141", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142151]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(COc1ccccc1OCC2CCCO2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01504"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bufetolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2465]}, "Synonyms" -> {"adobiol", "1-(tert-butylamino)-3-[2-(tetrahydrofuran-2-ylmethoxy)phenoxy]propan-2-ol hydrochloride (1:1)", "bufetololum", "1-(tert-butylamino)-3-(o-((tetrahydrofurfuryl)oxy)phenoxy)-2-propanol hydrochloride", "35108-88-4[rn]", "surecn78862", "unii-ws1467rt9z", "bufetololum [inn-latin]", "2-propanol 1-[(1,1-dimethylethyl)amino]-3-[2-[(tetrahydro-2-furanyl)methoxy]phenoxy]- hydrochloride (1:1)", "ac1l1dqn", "ac1q568p", "35108-88-4 (hydrochloride)", "bufetolol", "tert-butyl[2-hydroxy-3-[2-[(tetrahydro-2-furyl)methoxy]phenoxy]propyl]ammonium chloride", "adobiol (tn)", "252-369-4[einecs]", "tert-butyl(2-hydroxy-3-(2-((tetrahydro-2-furyl)methoxy)phenoxy)propyl)ammonium chloride", "bufetolol[inn]", "bufetolol hydrochloride", "bufetolol hydrochloride[jp15]", "1-[(1,1-dimethylethyl)amino]-3-[2-[(tetrahydro-2-furanyl)methoxy]phenoxy]-2-propanol hydrochloride", "chembl347830", "2-propanol 1-(tert-butylamino)-3-(o-((tetrahydrofurfuryl)oxy)phenoxy)-,hydrochloride"}|>, "3408" -> <|"DatabaseID" -> "SW02141", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142151]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(COc1ccccc1OCC2CCCO2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01504"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bufetolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2465]}, "Synonyms" -> {"adobiol", "1-(tert-butylamino)-3-[2-(tetrahydrofuran-2-ylmethoxy)phenoxy]propan-2-ol hydrochloride (1:1)", "bufetololum", "1-(tert-butylamino)-3-(o-((tetrahydrofurfuryl)oxy)phenoxy)-2-propanol hydrochloride", "35108-88-4[rn]", "surecn78862", "unii-ws1467rt9z", "bufetololum [inn-latin]", "2-propanol 1-[(1,1-dimethylethyl)amino]-3-[2-[(tetrahydro-2-furanyl)methoxy]phenoxy]- hydrochloride (1:1)", "ac1l1dqn", "ac1q568p", "35108-88-4 (hydrochloride)", "bufetolol", "tert-butyl[2-hydroxy-3-[2-[(tetrahydro-2-furyl)methoxy]phenoxy]propyl]ammonium chloride", "adobiol (tn)", "252-369-4[einecs]", "tert-butyl(2-hydroxy-3-(2-((tetrahydro-2-furyl)methoxy)phenoxy)propyl)ammonium chloride", "bufetolol[inn]", "bufetolol hydrochloride", "bufetolol hydrochloride[jp15]", "1-[(1,1-dimethylethyl)amino]-3-[2-[(tetrahydro-2-furanyl)methoxy]phenoxy]-2-propanol hydrochloride", "chembl347830", "2-propanol 1-(tert-butylamino)-3-(o-((tetrahydrofurfuryl)oxy)phenoxy)-,hydrochloride"}|>, "3409" -> <|"DatabaseID" -> "SW02141", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142151]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(COc1ccccc1OCC2CCCO2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01504"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bufetolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2465]}, "Synonyms" -> {"adobiol", "1-(tert-butylamino)-3-[2-(tetrahydrofuran-2-ylmethoxy)phenoxy]propan-2-ol hydrochloride (1:1)", "bufetololum", "1-(tert-butylamino)-3-(o-((tetrahydrofurfuryl)oxy)phenoxy)-2-propanol hydrochloride", "35108-88-4[rn]", "surecn78862", "unii-ws1467rt9z", "bufetololum [inn-latin]", "2-propanol 1-[(1,1-dimethylethyl)amino]-3-[2-[(tetrahydro-2-furanyl)methoxy]phenoxy]- hydrochloride (1:1)", "ac1l1dqn", "ac1q568p", "35108-88-4 (hydrochloride)", "bufetolol", "tert-butyl[2-hydroxy-3-[2-[(tetrahydro-2-furyl)methoxy]phenoxy]propyl]ammonium chloride", "adobiol (tn)", "252-369-4[einecs]", "tert-butyl(2-hydroxy-3-(2-((tetrahydro-2-furyl)methoxy)phenoxy)propyl)ammonium chloride", "bufetolol[inn]", "bufetolol hydrochloride", "bufetolol hydrochloride[jp15]", "1-[(1,1-dimethylethyl)amino]-3-[2-[(tetrahydro-2-furanyl)methoxy]phenoxy]-2-propanol hydrochloride", "chembl347830", "2-propanol 1-(tert-butylamino)-3-(o-((tetrahydrofurfuryl)oxy)phenoxy)-,hydrochloride"}|>, "3410" -> <|"DatabaseID" -> "SW02141", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142151]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(COc1ccccc1OCC2CCCO2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01504"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bufetolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2465]}, "Synonyms" -> {"adobiol", "1-(tert-butylamino)-3-[2-(tetrahydrofuran-2-ylmethoxy)phenoxy]propan-2-ol hydrochloride (1:1)", "bufetololum", "1-(tert-butylamino)-3-(o-((tetrahydrofurfuryl)oxy)phenoxy)-2-propanol hydrochloride", "35108-88-4[rn]", "surecn78862", "unii-ws1467rt9z", "bufetololum [inn-latin]", "2-propanol 1-[(1,1-dimethylethyl)amino]-3-[2-[(tetrahydro-2-furanyl)methoxy]phenoxy]- hydrochloride (1:1)", "ac1l1dqn", "ac1q568p", "35108-88-4 (hydrochloride)", "bufetolol", "tert-butyl[2-hydroxy-3-[2-[(tetrahydro-2-furyl)methoxy]phenoxy]propyl]ammonium chloride", "adobiol (tn)", "252-369-4[einecs]", "tert-butyl(2-hydroxy-3-(2-((tetrahydro-2-furyl)methoxy)phenoxy)propyl)ammonium chloride", "bufetolol[inn]", "bufetolol hydrochloride", "bufetolol hydrochloride[jp15]", "1-[(1,1-dimethylethyl)amino]-3-[2-[(tetrahydro-2-furanyl)methoxy]phenoxy]-2-propanol hydrochloride", "chembl347830", "2-propanol 1-(tert-butylamino)-3-(o-((tetrahydrofurfuryl)oxy)phenoxy)-,hydrochloride"}|>, "3411" -> <|"DatabaseID" -> "SW02142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54939]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01562"]}, "IsomericSmiles" -> "CC(=O)OC1(CC[NH+](CC1)CCc2ccccc2)c3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "1-(-2-phenethyl)-4-phenyl-4-acetoxypiperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60977]}, "Synonyms" -> {"1-(2-phenethyl)-4-phenyl-4-acetoxypiperidine", "1-(2-phenylethyl)-4-phenyl-4-acetoxypiperidine", "pepap", "dea no. 9663", "1-phenethyl-4-phenyl-4-piperidinol acetate (ester)", "202-320-8[einecs]", "4-10-00-00368 (beilstein handbook reference)[beilstein]", "94-30-4[rn]", "4-piperidinol 1-phenethyl-4-phenyl- acetate (ester)", "4-21-00-00653 (beilstein handbook reference)[beilstein]", "4-piperidinol 4-phenyl-1-(2-phenylethyl)- acetate (ester)", "ncgc00247684-01", "64-52-8[rn]", "4-phenyl-1-(2-phenylethyl)piperidin-4-yl acetate", "4-piperidinol 1-phenethyl-4-phenyl- acetate (ester) (8ci)", "4-piperidinol 4-phenyl-1-(2-phenylethyl)- acetate (ester) (9ci)", "4-piperidinol", "nih 10460", "mcv 4527", "1-phenethyl-4-phenyl-4-piperidinol acetate", "4-piperidinol 1-phenethyl-4-phenyl- acetate (7ci)", "brn 0292398"}|>, "3412" -> <|"DatabaseID" -> "SW02143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8206]}, "IsomericSmiles" -> "CC[NH+]1CCCC(C1)OC(=O)C(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08382"]}, "OfficialNames" -> <|"NPC Approved Name" -> "piperidolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4839]}, "Synonyms" -> {"piperidolate", "dactil", "jb 305", "edelel hydrochloride", "129-77-1 82-98-4", "n-ethyl-3-piperidyl diphenylacetate", "1-ethylpiperidin-3-yl diphenylacetate hydrochloride (1:1)", "diphenylacetic acid 1-ethyl-3-piperidyl ester hydrochloride", "piperidolate [inn:ban]", "8055-12-7[rn]", "204-964-5[einecs]", "82-98-4", "dactil (tn)", "1-ethyl-3-piperidyl diphenylacetate", "einecs 201-449-7", "piperidolato [inn-spanish]", "piperidolatum [inn-latin]", "129-77-1[rn]", "n-ethyl-3-piperidyl diphenylacetate hydrochloride", "acetic acid diphenyl- 1-ethyl-3-piperidyl ester hydrochloride", "piperidolate hydrochloride[jan]", "82-98-4[rn]", "129-77-1 82-98-4 [piperidolate]", "1-ethyl-3-piperidyl diphenylacetate hydrochloride", "crapinon", "acetic acid diphenyl- 1-ethyl-3-piperidyl ester hydrochloride"}|>, "3413" -> <|"DatabaseID" -> "SW02143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8206]}, "IsomericSmiles" -> "CC[NH+]1CCCC(C1)OC(=O)C(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08382"]}, "OfficialNames" -> <|"NPC Approved Name" -> "piperidolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4839]}, "Synonyms" -> {"piperidolate", "dactil", "jb 305", "edelel hydrochloride", "129-77-1 82-98-4", "n-ethyl-3-piperidyl diphenylacetate", "1-ethylpiperidin-3-yl diphenylacetate hydrochloride (1:1)", "diphenylacetic acid 1-ethyl-3-piperidyl ester hydrochloride", "piperidolate [inn:ban]", "8055-12-7[rn]", "204-964-5[einecs]", "82-98-4", "dactil (tn)", "1-ethyl-3-piperidyl diphenylacetate", "einecs 201-449-7", "piperidolato [inn-spanish]", "piperidolatum [inn-latin]", "129-77-1[rn]", "n-ethyl-3-piperidyl diphenylacetate hydrochloride", "acetic acid diphenyl- 1-ethyl-3-piperidyl ester hydrochloride", "piperidolate hydrochloride[jan]", "82-98-4[rn]", "129-77-1 82-98-4 [piperidolate]", "1-ethyl-3-piperidyl diphenylacetate hydrochloride", "crapinon", "acetic acid diphenyl- 1-ethyl-3-piperidyl ester hydrochloride"}|>, "3414" -> <|"DatabaseID" -> "SW02143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8206]}, "IsomericSmiles" -> "CC[NH+]1CCCC(C1)OC(=O)C(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08382"]}, "OfficialNames" -> <|"NPC Approved Name" -> "piperidolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4839]}, "Synonyms" -> {"piperidolate", "dactil", "jb 305", "edelel hydrochloride", "129-77-1 82-98-4", "n-ethyl-3-piperidyl diphenylacetate", "1-ethylpiperidin-3-yl diphenylacetate hydrochloride (1:1)", "diphenylacetic acid 1-ethyl-3-piperidyl ester hydrochloride", "piperidolate [inn:ban]", "8055-12-7[rn]", "204-964-5[einecs]", "82-98-4", "dactil (tn)", "1-ethyl-3-piperidyl diphenylacetate", "einecs 201-449-7", "piperidolato [inn-spanish]", "piperidolatum [inn-latin]", "129-77-1[rn]", "n-ethyl-3-piperidyl diphenylacetate hydrochloride", "acetic acid diphenyl- 1-ethyl-3-piperidyl ester hydrochloride", "piperidolate hydrochloride[jan]", "82-98-4[rn]", "129-77-1 82-98-4 [piperidolate]", "1-ethyl-3-piperidyl diphenylacetate hydrochloride", "crapinon", "acetic acid diphenyl- 1-ethyl-3-piperidyl ester hydrochloride"}|>, "3415" -> <|"DatabaseID" -> "SW02143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8206]}, "IsomericSmiles" -> "CC[NH+]1CCCC(C1)OC(=O)C(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08382"]}, "OfficialNames" -> <|"NPC Approved Name" -> "piperidolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4839]}, "Synonyms" -> {"piperidolate", "dactil", "jb 305", "edelel hydrochloride", "129-77-1 82-98-4", "n-ethyl-3-piperidyl diphenylacetate", "1-ethylpiperidin-3-yl diphenylacetate hydrochloride (1:1)", "diphenylacetic acid 1-ethyl-3-piperidyl ester hydrochloride", "piperidolate [inn:ban]", "8055-12-7[rn]", "204-964-5[einecs]", "82-98-4", "dactil (tn)", "1-ethyl-3-piperidyl diphenylacetate", "einecs 201-449-7", "piperidolato [inn-spanish]", "piperidolatum [inn-latin]", "129-77-1[rn]", "n-ethyl-3-piperidyl diphenylacetate hydrochloride", "acetic acid diphenyl- 1-ethyl-3-piperidyl ester hydrochloride", "piperidolate hydrochloride[jan]", "82-98-4[rn]", "129-77-1 82-98-4 [piperidolate]", "1-ethyl-3-piperidyl diphenylacetate hydrochloride", "crapinon", "acetic acid diphenyl- 1-ethyl-3-piperidyl ester hydrochloride"}|>, "3416" -> <|"DatabaseID" -> "SW02144", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6605"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5558]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04829"]}, "IsomericSmiles" -> "CCN(CC)C(=O)[C@H]1C[NH+]([C@@H]2Cc3c[nH]c4c3c(ccc4)C2=C1)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Lysergic acid diethylamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5761]}, "Synonyms" -> {"lysergaure diethylamid", "lysergamid", "lsd", "blue mist", "n,n-diethyllysergamide", "(+)-lsd", "lysergide", "blue cheer", "n,n-diethyl-(+)-lysergamide", "pearly gates", "d-lsd", "n,n-diethyl-d-lysergamide", "9,10-didehydro-n,n-diethyl-6-methylergoline-8b-carboxamide", "acid", "blotter acid", "delysid", "(+)-lysergic acid diethylamide", "lysergic acid diethylamide", "cubes", "d-lysergic acid diethylamide", "blue star", "blue acid", "lysergic acid diethylamide-25", "owsley", "94179[beilstein]", "zen", "fifty", "delysid[wiki]", "spoonies", "sugar", "lysergide[inn][ban]", "lysergic acid diethylamide[wiki]", "orange sunshine", "diethylamid kyseliny lysergove [czech]", "d-lysergic acid n,n-diethylamide", "yellows", "purple microdot", "orange wedges", "lysergidum[latin]", "barrels", "50-37-3[rn]", "paper acid", "lysergsaeurediethylamid", "microdots", "cupcakes", "ergine", "tma", "wedding bells", "royal blue", "gelatin chips", "window pane", "lsd-25", "white light", "cherry top", "domes", "orange mushroom", "ergoline-8b-carboxamide 9,10-didehydro-n,n-diethyl-6-methyl- (8ci)", "brown dots", "california sunshine", "mellow yellow", "4-25-00-00939 (beilstein handbook reference)[beilstein]", "bart simpson", "lysergidum [inn-latin]", "greenies", "coffeinum", "n,n-diethyl-6-methyl-9,10-didehydroergoline-8-carboxamide", "frogs", "lysergic acid amide", "sunshine", "trippers", "purple haze", "d-lysergic acid dethylamide", "lysergsaeurediaethylamid", "n", "clearlight", "d-lsd-25", "flats", "chocolate chips", "tabs", "lysergsaure diethylamid[german]", "lisergido[spanish][inn]", "big f", "lysergide lsd", "scapes", "lysergamide n,n-diethyl-", "diethylamid kyseliny lysergove[czech]", "strawberry fields", "heavenly blue", "sugar lump", "contact lens", "lysergamide", "lucy in the sky with diamonds", "200-033-2[einecs]", "ubergluben", "beast", "lisergide [dcit]", "(8r)-9,10-didehydro-n,n-diethyl-6-methylergoline-8-carboxamide", "bartman", "dextrolysergic acid diethylamide", "the hawk", "chief", "wedges", "mean green"}|>, "3417" -> <|"DatabaseID" -> "SW02144", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6605"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5558]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04829"]}, "IsomericSmiles" -> "CCN(CC)C(=O)[C@H]1C[NH+]([C@@H]2Cc3c[nH]c4c3c(ccc4)C2=C1)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Lysergic acid diethylamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5761]}, "Synonyms" -> {"lysergaure diethylamid", "lysergamid", "lsd", "blue mist", "n,n-diethyllysergamide", "(+)-lsd", "lysergide", "blue cheer", "n,n-diethyl-(+)-lysergamide", "pearly gates", "d-lsd", "n,n-diethyl-d-lysergamide", "9,10-didehydro-n,n-diethyl-6-methylergoline-8b-carboxamide", "acid", "blotter acid", "delysid", "(+)-lysergic acid diethylamide", "lysergic acid diethylamide", "cubes", "d-lysergic acid diethylamide", "blue star", "blue acid", "lysergic acid diethylamide-25", "owsley", "94179[beilstein]", "zen", "fifty", "delysid[wiki]", "spoonies", "sugar", "lysergide[inn][ban]", "lysergic acid diethylamide[wiki]", "orange sunshine", "diethylamid kyseliny lysergove [czech]", "d-lysergic acid n,n-diethylamide", "yellows", "purple microdot", "orange wedges", "lysergidum[latin]", "barrels", "50-37-3[rn]", "paper acid", "lysergsaeurediethylamid", "microdots", "cupcakes", "ergine", "tma", "wedding bells", "royal blue", "gelatin chips", "window pane", "lsd-25", "white light", "cherry top", "domes", "orange mushroom", "ergoline-8b-carboxamide 9,10-didehydro-n,n-diethyl-6-methyl- (8ci)", "brown dots", "california sunshine", "mellow yellow", "4-25-00-00939 (beilstein handbook reference)[beilstein]", "bart simpson", "lysergidum [inn-latin]", "greenies", "coffeinum", "n,n-diethyl-6-methyl-9,10-didehydroergoline-8-carboxamide", "frogs", "lysergic acid amide", "sunshine", "trippers", "purple haze", "d-lysergic acid dethylamide", "lysergsaeurediaethylamid", "n", "clearlight", "d-lsd-25", "flats", "chocolate chips", "tabs", "lysergsaure diethylamid[german]", "lisergido[spanish][inn]", "big f", "lysergide lsd", "scapes", "lysergamide n,n-diethyl-", "diethylamid kyseliny lysergove[czech]", "strawberry fields", "heavenly blue", "sugar lump", "contact lens", "lysergamide", "lucy in the sky with diamonds", "200-033-2[einecs]", "ubergluben", "beast", "lisergide [dcit]", "(8r)-9,10-didehydro-n,n-diethyl-6-methylergoline-8-carboxamide", "bartman", "dextrolysergic acid diethylamide", "the hawk", "chief", "wedges", "mean green"}|>, "3418" -> <|"DatabaseID" -> "SW02145", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50777"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5292944]}, "IsomericSmiles" -> "CC[C@]12CC(=C)[C@H]3[C@H]([C@@H]1CC[C@]2(C#C)O)CCC4=CC(=O)CC[C@H]34", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04104"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETONOGESTREL"|>, "Synonyms" -> {"(17?)-13-ethyl-17-hydroxy-11-methylene-18,19-dinorpregn-4-en-20-yn-3-one", "3-keto-org 2969", "(8s,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-17-hydroxy-11-methylene-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one(non-preferred name)", "3-oxodesogestrel", "implanon", "etonogestrel[wiki]", "258-936-2[einecs]", "etonogestrelum", "(17a)-13-ethyl-17-hydroxy-11-methylene-18,19-dinorpregn-4-en-20-yn-3-one", "3-ketodesogestrel", "(8s,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-17-hydroxy-11-methylidene-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one", "3-keto-desogestrel", "17-ethinyl-17b-hydroxy-18-methyl-11-methylene-4-estren-3-one", "(8s,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-17-hydroxy-11-methylidene-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one (non-preferred name)", "4237530[beilstein]", "implanon[wiki]", "etonogestrel", "54048-10-1[rn]", "(8s,9s,10r,13s,14s,17r)-17-ethinyl-13-ethyl-17-hydroxy-11-methyliden-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-on"}|>, "3419" -> <|"DatabaseID" -> "SW02146", "IsomericSmiles" -> "CC[N+](CC)(CC)CCOC(=O)C(C1CCCC1)C2CCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01463"]}, "OfficialNames" -> <|"NPC Approved Name" -> "diponium bromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71809]}, "Synonyms" -> {"diponium bromide", "dipeninbromid [german]", "sa 267", "dipenine bromide", "bromuro de diponio [inn-spanish]", "unospaston", "diponii bromidum [inn-latin]", "spaston", "bromure de diponium [inn-french]", "hl 267"}|>, "3420" -> <|"DatabaseID" -> "SW02147", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4721]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01588"]}, "IsomericSmiles" -> "c1ccc(cc1)C2=NCC(=O)N(c3c2cc(cc3)Cl)CC4CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00470"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Prazepam", "FDA Approved Drug" -> "PRAZEPAM"|>, "PharmGKBID" -> "PA164776668", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4890]}, "Synonyms" -> {"centrax", "verstran", "lysanxia", "prazepam", "demetrin", "trepidan", "prazepamum [inn-latin]", "prazene", "prazeene", "5-24-04-00304 (beilstein handbook reference)[beilstein]", "7-chloro-1-cyclopropylmethyl-5-phenyl-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "2h-1 4-benzodiazepin-2-one 7-chloro-1- (cyclopropylmethyl)-1,3-dihydro-5-phenyl-", "prazepam[wiki]", "sedapran", "7-chloro-1-cyclopropylmethyl-5-phenyl-1h-1,4-benzodiazepin-2(3h)-one", "2955-38-6[rn]", "settima", "220-975-8[einecs]", "7-chloro-1-(cyclopropylmethyl)-1 3-dihydro-5-phenyl-2h-1,4-benzodiazepin-2-one", "w-4020", "prazepam [usan:ban:inn:jan][inn][jan][usan]", "7-chloro-1-(cyclopropylmethyl)-1,3-dihydro-5-phenyl-2h-1,4-benzodiazepin-2-one", "7-chloro-1-(cyclopropylmethyl)-5-phenyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "prazepamum", "2h-1,4-benzodiazepin-2-one,1,3-dihydro-7-chloro-1-(cyclopropylmethyl)-5-phenyl-", "prazepam (jp15/usan)[usan][jp15]", "prazepamum[latin]", "7-chloro-1-(cyclopropylmethyl)-5-phenyl-2,3-dihydro-1h-1,4-benzodiazepin-2-one", "centrax (tn)", "2h-1 4-benzodiazepin-2-one 1 3-dihydro-7-chloro-1-(cyclopropylmethyl)-5-phenyl-", "gamma-aminobutyric-acid receptor subunit beta-2 precursor", "gaba(a", "2h-1,4-benzodiazepin-2-one,7-chloro-1-(cyclopropylmethyl)-1,3-dihydro-5-phenyl-", "1-(cyclopropylmethyl)-5-phenyl-7-chloro-1h-1,4-benzodiazepin-2(3h)-one"}|>, "3421" -> <|"DatabaseID" -> "SW02148", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17531"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444329]}, "IsomericSmiles" -> "c1ccc(c(c1)/C=C/C(=O)[O-])O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melilotoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280759]}, "Synonyms" -> {"melilotoside", "beta-d-glucosyl-2-coumarate", "acon1_000252", "trans-beta-d-glucosyl-2-hydroxycinnamate", "chembl374212", "np-011202", "megxp0_001978", "trans-melilotoside", "molport-001-742-654", "(e)-3-[2-(b-d-glucopyranosyloxy)phenyl]-2-propenoic acid", "chebi:17531", "ac1nqxjn", "618-67-7[rn]"}|>, "3422" -> <|"DatabaseID" -> "SW02149", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35854"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54770], ExternalIdentifier["ChemSpiderID", 54769]}, "IsomericSmiles" -> "CC(C)[C@@H](C(=O)OCCOCn1cnc2c1nc([nH]c2=O)N)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00398"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALACYCLOVIR HYDROCHLORIDE", "Australia Approved Name" -> "VALACICLOVIR"|>, "PharmGKBID" -> "PA451839", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60773]}, "Synonyms" -> {"8160931[beilstein]", "bw256u87", "valacyclovir[wiki]", "l-valine,2-[(2-amino-1,6-dihydro-6-oxo-9h-purin-9-yl)methoxy]ethyl ester", "vacv", "124832-26-4[rn]", "l-valine2-[(2-amino-1,6-dihydro-6-oxo-9h-purin-9-yl)methoxy]ethyl ester", "valaciclovir hydrochloride", "2-{[(2-amino-6-oxo-1,6-dihydro-9h-purin-9-yl)methyl]oxy}ethyl l-valinate", "(s)-2-((2-amino-6-oxo-1h-purin-9(6h)-yl)methoxy)ethyl2-amino-3-methylbutanoate hydrochloride", "2-[(2-amino-6-hydroxy-9h-purin-9-yl)methoxy]ethyl l-valinate", "valtrex", "l-valine,2-[(2-amino-6-hydroxy-9h-purin-9-yl)methoxy]ethyl ester", "valacv", "256u87", "bw-256u", "valtrex[wiki]", "l-valine ester with 9-[(2-hydroxyethoxy)methyl]guanine", "(s)-2-((2-amino-6-oxo-1h-purin-9(6h)-yl)methoxy)ethyl2-amino-3-methylbutanoate", "l-valine ester with 9-((2-hydroxyethoxy)methyl)guanine", "2-[(2-amino-6-oxohydropurin-9-yl)methoxy]ethyl (2s)-2-amino-3-methylbutanoate", "valtrex;zelitrex", "valacyclovir hydrochloride", "virval", "acyclovir-valine", "valaciclovir[wiki]", "2-[(2-amino-6-oxo-1,6-dihydro-9h-purin-9-yl)methoxy]ethyl l-valinate", "l-valine,2-((2-amino-1,6-dihydro-6-oxo-9h-purin-9-yl)methoxy)ethyl ester", "talavir", "valtrex;", "valaciclovir valtrex", "(s)-2-amino-3-methyl-butyric acid 2-(2-amino-6-oxo-1,6-dihydro-purin-9-ylmethoxy)-ethyl ester"}|>, "3423" -> <|"DatabaseID" -> "SW02150", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54666]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00757"]}, "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)C(=O)OC3C[C@H]4CC5CC(C3)[NH+]4CC5=O", "OfficialNames" -> <|"FDA Approved Drug" -> "DOLASETRON MESYLATE"|>, "Synonyms" -> {"dolasteron", "dolasetron", "dolasetronum[latin]", "5-hydroxytryptamine 3 receptor precursor", "serotonin-gated ion channel receptor", "dolasetron[wiki]", "dolasetronum [inn-latin]", "anzemet", "337376-15-5", "5-ht3r", "115956-12-2[rn]", "5-ht-3"}|>, "3424" -> <|"DatabaseID" -> "SW02150", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54666]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00757"]}, "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)C(=O)OC3C[C@H]4CC5CC(C3)[NH+]4CC5=O", "OfficialNames" -> <|"FDA Approved Drug" -> "DOLASETRON MESYLATE"|>, "Synonyms" -> {"dolasteron", "dolasetron", "dolasetronum[latin]", "5-hydroxytryptamine 3 receptor precursor", "serotonin-gated ion channel receptor", "dolasetron[wiki]", "dolasetronum [inn-latin]", "anzemet", "337376-15-5", "5-ht3r", "115956-12-2[rn]", "5-ht-3"}|>, "3425" -> <|"DatabaseID" -> "SW02151", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3723"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 70381]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00215"]}, "IsomericSmiles" -> "C[NH+](C)CCCC1(c2ccc(cc2CO1)C#N)c3ccc(cc3)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00822"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "citrol", "Indian Approved Name" -> "citalopram", "FDA Approved Drug" -> "CITALOPRAM HYDROBROMIDE"|>, "PharmGKBID" -> "PA449015", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 77995], ExternalIdentifier["PubChemCompoundID", 2771]}, "Synonyms" -> {"celexa", "cipram", "citalopram", "ciprapine", "nitalapram", "elopram", "citalopramum [inn-latin]", "citabax", "seropram", "celapram", "citalopram hydrobromide", "cipramil", "5htt", "citox", "citol", "citalopramum", "cilift", "citopam", "5ht transporter", "akarin", "vodelax", "talohexal", "dalsan", "humorup", "citrol", "ciazil", "zentius", "cytalopram", "cimal", "oropram", "citalec", "temperax", "celius", "pramcit", "talam", "zetalo", "recital", "59729-32-7", "59729-32-7[rn]", "nitalapram[wiki]", "59729-33-8", "59729-33-8[rn]", "lu-10-171", "5-isobenzofurancarbonitrile 1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-,monohydrobromide", "d015283", "citadur", "citalopram[wiki]", "1,3-dihydro-1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-5-isobenzofurancarbonitrile", "cipramil[wiki]", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-2-benzofuran-5-carbonitrile hydrobromide(1:1)[acd/iupac name]", "citalopramum[latin]", "apertia", "128196-01-0", "128196-01-0[rn]", "5-isobenzofurancarbonitrile 1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-1,3-dihydro-", "5368282[beilstein]", "citalopram hydrobromide[usan]", "citalopramhydrobromide", "einecs 261-890-6", "261-891-1[einecs]", "sepram[wiki]", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydroisobenzofuran-5-carbonitrile monohydrobromide", "lu10171", "1-[3-dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-5-isobenzofurancarbonitrile hydrobromide", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-5-isobenzofurancarbonitrile", "5-isobenzofurancarbonitrile 1-3-(dimethylamino)propyl-1-(4-fluorophenyl)-1,3-dihydro-", "1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-1,3-dihydro-5-isobenzofurancarbonitrile monohydrobromide", "1397373[beilstein]", "1,3-dihydro-1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-5-isobenzofurancarbonitrile; 1-(3-(dimethylamino)propyl)-1-(p-fluorophenyl)-5-phthalancarbonitrile; citalopram;lu 10-171; nitalapram", "5-isobenzofurancarbonitrile 1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1", "[59729-33-8]", "1-(3-(dimethylamino)propyl)-1-(p-fluorophenyl)-5-phthalancarbonitrile", "5-isobenzofurancarbonitrile 1,3-dihydro-1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-", "citalopram; citalopramum", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-2-benzofuran-5-carbonitrile[acd/iupac name]", "3-[5-cyano-1-(4-fluorophenyl)-1,3-dihydro-2-benzofuran-1-yl]-n,n-dimethylpropan-1-aminiumbromide", "1-isobenzofuranpropanaminium 5-cyano-1-(4-fluorophenyl)-1,3-dihydro-n,n-dimethyl- bromide (1:1)", "prisdal", "1-3-(dimethylamino)propyl-1-(4-fluorophenyl)-1,3-dihydro-2-benzofuran-5-carbonitrile", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydroisobenzofuran-5-carbonitrile", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-5-isobenzofurancarbonitrile hydrobromide", "tl8003797", "lu 10-171-b", "lu-10-171-b", "5-isobenzofurancarbonitrile 1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-,hydrobromide (1:1)", "hsdb 7042", "1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-1,3-dihydroisobenzofuran-5-carbonitrile", "citalopram hydrobromide (usan)", "1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-1,3-dihydroisobenzofuran-5-carbonitrile monohydrobromide", "1-(3-(dimethylamino)propyl)-1-(p-fluorophenyl)-5-phthalancarbonitrile monohydrobromide", "1-(3-dimethylaminopropyl)-1-(4-fluorophenyl)-1,3-dihydroisobenzofuran-5-carbonitrile", "lexapro", "1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-1,3-dihydroisobenzofuran-5-carbonitrile hydrobromide", "1-[3-(dimethylamino)propyl]-1-(4-fluorphenyl)-1,3-dihydro-2-benzofuran-5-carbonitrilhydrobromid", "1-[3-(dimethylamino)propyl]-1-(4-fluorphenyl)-1,3-dihydro-2-benzofuran-5-carbonitril", "261-890-6[einecs]", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-5-phthalancarbonitrile", "celexa[wiki]", "lu 10-171", "26303-90-2[rn]", "lu-10-171b", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-2-benzofuran-5-carbonitrile hydrobromide", "1-(3-dimethylaminopropyl)-1-(4-fluorophenyl)-3h-isobenzofuran-5-carbonitrile", "337376-15-5", "lupram"}|>, "3426" -> <|"DatabaseID" -> "SW02151", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3723"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 70381]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00215"]}, "IsomericSmiles" -> "C[NH+](C)CCCC1(c2ccc(cc2CO1)C#N)c3ccc(cc3)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00822"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "citrol", "Indian Approved Name" -> "citalopram", "FDA Approved Drug" -> "CITALOPRAM HYDROBROMIDE"|>, "PharmGKBID" -> "PA449015", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 77995], ExternalIdentifier["PubChemCompoundID", 2771]}, "Synonyms" -> {"celexa", "cipram", "citalopram", "ciprapine", "nitalapram", "elopram", "citalopramum [inn-latin]", "citabax", "seropram", "celapram", "citalopram hydrobromide", "cipramil", "5htt", "citox", "citol", "citalopramum", "cilift", "citopam", "5ht transporter", "akarin", "vodelax", "talohexal", "dalsan", "humorup", "citrol", "ciazil", "zentius", "cytalopram", "cimal", "oropram", "citalec", "temperax", "celius", "pramcit", "talam", "zetalo", "recital", "59729-32-7", "59729-32-7[rn]", "nitalapram[wiki]", "59729-33-8", "59729-33-8[rn]", "lu-10-171", "5-isobenzofurancarbonitrile 1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-,monohydrobromide", "d015283", "citadur", "citalopram[wiki]", "1,3-dihydro-1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-5-isobenzofurancarbonitrile", "cipramil[wiki]", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-2-benzofuran-5-carbonitrile hydrobromide(1:1)[acd/iupac name]", "citalopramum[latin]", "apertia", "128196-01-0", "128196-01-0[rn]", "5-isobenzofurancarbonitrile 1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-1,3-dihydro-", "5368282[beilstein]", "citalopram hydrobromide[usan]", "citalopramhydrobromide", "einecs 261-890-6", "261-891-1[einecs]", "sepram[wiki]", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydroisobenzofuran-5-carbonitrile monohydrobromide", "lu10171", "1-[3-dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-5-isobenzofurancarbonitrile hydrobromide", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-5-isobenzofurancarbonitrile", "5-isobenzofurancarbonitrile 1-3-(dimethylamino)propyl-1-(4-fluorophenyl)-1,3-dihydro-", "1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-1,3-dihydro-5-isobenzofurancarbonitrile monohydrobromide", "1397373[beilstein]", "1,3-dihydro-1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-5-isobenzofurancarbonitrile; 1-(3-(dimethylamino)propyl)-1-(p-fluorophenyl)-5-phthalancarbonitrile; citalopram;lu 10-171; nitalapram", "5-isobenzofurancarbonitrile 1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1", "[59729-33-8]", "1-(3-(dimethylamino)propyl)-1-(p-fluorophenyl)-5-phthalancarbonitrile", "5-isobenzofurancarbonitrile 1,3-dihydro-1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-", "citalopram; citalopramum", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-2-benzofuran-5-carbonitrile[acd/iupac name]", "3-[5-cyano-1-(4-fluorophenyl)-1,3-dihydro-2-benzofuran-1-yl]-n,n-dimethylpropan-1-aminiumbromide", "1-isobenzofuranpropanaminium 5-cyano-1-(4-fluorophenyl)-1,3-dihydro-n,n-dimethyl- bromide (1:1)", "prisdal", "1-3-(dimethylamino)propyl-1-(4-fluorophenyl)-1,3-dihydro-2-benzofuran-5-carbonitrile", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydroisobenzofuran-5-carbonitrile", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-5-isobenzofurancarbonitrile hydrobromide", "tl8003797", "lu 10-171-b", "lu-10-171-b", "5-isobenzofurancarbonitrile 1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-,hydrobromide (1:1)", "hsdb 7042", "1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-1,3-dihydroisobenzofuran-5-carbonitrile", "citalopram hydrobromide (usan)", "1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-1,3-dihydroisobenzofuran-5-carbonitrile monohydrobromide", "1-(3-(dimethylamino)propyl)-1-(p-fluorophenyl)-5-phthalancarbonitrile monohydrobromide", "1-(3-dimethylaminopropyl)-1-(4-fluorophenyl)-1,3-dihydroisobenzofuran-5-carbonitrile", "lexapro", "1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-1,3-dihydroisobenzofuran-5-carbonitrile hydrobromide", "1-[3-(dimethylamino)propyl]-1-(4-fluorphenyl)-1,3-dihydro-2-benzofuran-5-carbonitrilhydrobromid", "1-[3-(dimethylamino)propyl]-1-(4-fluorphenyl)-1,3-dihydro-2-benzofuran-5-carbonitril", "261-890-6[einecs]", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-5-phthalancarbonitrile", "celexa[wiki]", "lu 10-171", "26303-90-2[rn]", "lu-10-171b", "1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-2-benzofuran-5-carbonitrile hydrobromide", "1-(3-dimethylaminopropyl)-1-(4-fluorophenyl)-3h-isobenzofuran-5-carbonitrile", "337376-15-5", "lupram"}|>, "3427" -> <|"DatabaseID" -> "SW02152", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "36791"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 129278], ExternalIdentifier["ChemSpiderID", 129277]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01175"]}, "IsomericSmiles" -> "C[NH+](C)CCC[C@@]1(c2ccc(cc2CO1)C#N)c3ccc(cc3)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02567"]}, "OfficialNames" -> <|"Indian Approved Name" -> "escitalopram", "FDA Approved Drug" -> "ESCITALOPRAM OXALATE"|>, "PharmGKBID" -> "PA10074", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 146571], ExternalIdentifier["PubChemCompoundID", 146570]}, "Synonyms" -> {"lexapro", "escitalopram oxalate", "escitalopram", "cipralex", "(r)-citalopram oxalate", "(s)-citalopram", "s-(+)-citalopram", "seroplex", "s(+)-citalopram", "lu 26-054-0", "lu-26-054-0", "128196-01-0[rn]", "cipralex[wiki]", "chebi:36791", "(1s)-1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-2-benzofuran-5-carbonitrile ethanedioate", "219861-08-2[rn]", "9001444[beilstein]", "128196-02-1[rn]", "5-isobenzofurancarbonitrile 1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-,(1s)- ethanedioate (1:1)", "escitalopram [inn]", "citalopram[wiki]", "5-isobenzofurancarbonitrile", "escitalopram (inn)", "r-citalopram", "(+)-citalopram", "escitalopram[wiki][inn]", "5-isobenzofurancarbonitrile 1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-1,3-dihydro-,(1s)- ethanedioate (1:1)", "(s)-citalopram; s(+)-citalopram; s-(+)-citalopram; escitalopram", "(1s)-1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-2-benzofuran-5-carbonitrile[acd/iupac name]", "escitalopram oxalate[usan]", "(+)-(s)-citalopram oxalate", "219861-08-2", "128196-01-0", "(s)-1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-1,3-dihydroisobenzofuran-5-carbonitrile", "gaudium[wiki]", "5-isobenzofurancarbonitrile 1-(3-(dimethylamino)propyl)-1-(4-fluorophenyl)-1,3-dihydro-,(1s)-", "(1s)-1-[3-(dimethylamino)propyl]-1-(4-fluorophenyl)-1,3-dihydro-2-benzofuran-5-carbonitrile oxalate", "tl8001823", "lexapro (tn)", "219861-53-7[rn]", "ncgc00095903-01", "entact"}|>, "3428" -> <|"DatabaseID" -> "SW02153", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50173"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447573]}, "IsomericSmiles" -> "Cc1cc(c(c(c1/C=C/C(=C/C=C/C(=C/C(=O)[O-])/C)/C)C)C)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02754"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ACITRETIN", "Indian Approved Name" -> "acitretin", "Australia Approved Name" -> "ACITRETIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284513]}, "Synonyms" -> {"55079-83-9", "acitretin", "retinoid etretin", "soriatane", "etretin", "acitretine", "all-trans-acitretin", "neotigason", "ro-10-1670-000", "(all-e)-9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl-2,4,6,8-nonatetraenoic acid; acitretina; acitretine; acitretinum; etretin; all-trans-3,7-dimethyl-9-(4-methoxy-2,3,6-trimethylphenyl)-2,4,6,8-nonatetraenoic acid", "soriatane[wiki]", "9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethylnona-2,4,6,8-tetraenoicacid", "55079-83-9[rn]", "acitretina[spanish]", "acitretinum", "259-474-4[einecs]", "2,4,6,8-nonatetraenoic acid 3,7-dimethyl-9-(4-methoxy-2,3,6-trimethylphenyl)-,", "neotigason;", "ro-10-1670", "soriatane (tn)", "neotigason;etretin;soriatane", "ro 10-1670/000", "54757-46-9[rn]", "acetretinate", "all-trans-3,7-dimethyl-9-(4-methoxy-2,3,6-trimethylphenyl)-2,4,6,8-nonatetraenoicacid", "ro 10-1670", "2,4,6,8-nonatetraenoic acid 9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl- (2e,4e,6e,8e)-", "2,4,6,8-nonatetraenoic acid 9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl- (all-e)-", "(e)-9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl-2,4,6,8-nonatetraenoic acid", "neotigason; soriatane", "(2e,4e,6e,8e)-3,7-dimethyl-9-[2,3,6-trimethyl-4-(methyloxy)phenyl]nona-2,4,6,8-tetraenoicacid", "acitretin [usan:ban:inn][inn][usan]", "(2e,4e,6e,8e)-9-(4-methoxy-2,3,6-trimethyl-phenyl)-3,7-dimethyl-nona-2,4,6,8-tetraenoic acid", "tmmp", "9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl-2,4,6,8-nonatetraenoicacid[acd/iupac name]", "(all-e)-9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl-2,4,6,8-nonatetraenoic acid", "acitretinum[latin]", "2,4,6,8-nonatetraenoic acid 9-(4-methoxy-2,3,6-", "9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl-2,4,6,8-nonatetraenoicacid; etretin", "acitretina", "2,4,6,8-nonatetraenoic acid 3,7-dimethyl-9-(4-methoxy-2,3,6-trimethylphenyl)- (all-e)-", "2458933[beilstein]", "(2e,4e,6e,8e)-9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethylnona-2,4,6,8-tetraenoic acid", "acitretin[wiki][usan]", "ro-10-1670/000", "2,4,6,8-nonatetraenoic acid 9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl-"}|>, "3429" -> <|"DatabaseID" -> "SW02154", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4940847]}, "IsomericSmiles" -> "C/C=C\\1/C[NH+]2[C@H]3Cc4c5cc(ccc5[nH]c4[C@@H]2C[C@@H]1[C@H]3CO)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lochnerine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436184]}, "Synonyms" -> {"(+)-lochnerine", "lochnerine", "522-47-4", "sarpagan-17-ol", "522-47-4[rn]", "ls-88111", "chembl484153", "sarpagan-17-ol 10-methoxy-", "indole alkaloid"}|>, "3430" -> <|"DatabaseID" -> "SW02155", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10124000], ExternalIdentifier["ChemSpiderID", 82559]}, "IsomericSmiles" -> "COc1ccc2c(c1)c(ccn2)[C@H]([C@@H]3C[C@@H]4CC[NH+]3C[C@@H]4C=C)O", "OfficialNames" -> <|"China Approved Name" -> "quinine", "WHO Essential Medicine" -> "quinine", "Australia Approved Name" -> "QUININE SULFATE", "FDA Approved Drug" -> "QUININE SULFATE", "Indian Approved Name" -> "quinine sulphate;quinine dihcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11949689], ExternalIdentifier["PubChemCompoundID", 91429]}, "Synonyms" -> {"quinine bimuriate", "(-)-quinine dihydrochloride", "quinine bihydrochloride", "acid quinine hydrochloride", "quinine hydrogen sulphate", "quinine dihydrochloride", "quinine hydrogen sulfate", "60-93-5[rn]", "surecn29712", "quinine bisulfate", "549-56-4", "quinine", "212-359-2[einecs]", "einecs 208-970-9", "quinine hcl", "804-63-7[rn]", "ccris 5754", "quinine sulfate (1:1)", "quinine sulphate", "fema no. 2975", "quinine hydrochloride", "surecn43370", "chinindihydrochlorid [german]", "200-493-4[einecs]", "einecs 200-493-4", "chinindihydrochlorid[german]"}|>, "3431" -> <|"DatabaseID" -> "SW02156", "ChEBIID" -> {ExternalIdentifier["ChEBIID", 28593]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389880]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00908"]}, "IsomericSmiles" -> "COc1ccc2c(c1)c(ccn2)[C@@H]([C@H]3C[C@@H]4CC[NH+]3C[C@@H]4C=C)O", "OfficialNames" -> <|"China Approved Name" -> "quinidine", "FDA Approved Drug" -> "QUINIDINE SULFATE;QUINIDINE GLUCONATE;QUINIDINE POLYGALACTURONATE"|>, "PharmGKBID" -> "PA451209", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441074], ExternalIdentifier["PubChemCompoundID", 94328]}, "Synonyms" -> {"chinidin", "conchinin", "conchinine", "coccinine", "conquinine", "kinidin", "quinidine", "quinaglute dura-tabs", "quinidex extentabs", "quinact", "cin-quin", "pitayine", "quin-release", "quiniduran", "quindine", "biquin durules", "pitayin", "quinicardine", "quinidine sulfate", "cardioquin", "novoquinidin", "quinatime", "chinidine", "apo-quinidine", "quinidex", "quinalan", "quinidine gluconate", "quinine[wiki]", "(9s)-6-methoxy-a-(5-vinyl-2-quinuclidinyl)-4-quinolinemethanol", "quinate", "cinchonan-9-ol 6'-methoxy- (3a,9s)-", "(s)-(6-methoxy-4-chinolinyl)[(2r,4s,5r)-5-vinyl-1-azabicyclo[2.2.2]oct-2-yl]methanol", "chinidin[german]", "(s)-[(4s,5r,7r)-5-ethenyl-1-azabicyclo[2.2.2]octan-7-yl]-(6-methoxyquinolin-4-yl)methanol", "ether-a-go-go-related gene potassium channel 1", "(s)-(6-methoxy-4-quinolinyl)[(2r,4s,5r)-5-vinyl-1-azabicyclo[2.2.2]oct-2-yl]methanol", "duraquin", "(9s)-6'-methoxycinchonan-9-ol", "quinora", "cinchonan-9-ol 6'-methoxy- (9s)-", "(5-ethenyl-1-azabicyclo[2.2.2]oct-7-yl)-(6-methoxyquinolin-4-yl)methanol; sulfuric acid", "quinidine,anhydrous,ca.95%", "(s)-[(2r,4s,5r)-5-ethenyl-1-azabicyclo[2.2.2]oct-2-yl](6-methoxyquinolin-4-yl)methanol", "91866[beilstein]", "(8r,9s)-6'-methoxycinchonan-9-ol", "quinidex[wiki]", "(+)-quinidine", "(3a,9s)-6'-methoxycinchonan-9-ol", "(s)-[(2r,4s,5r)-5-ethenyl-1-azabicyclo[2.2.2]octan-2-yl](6-methoxyquinolin-4-yl)methanol", "(1s)-(6-methoxyquinolin-4-yl)((2r,4s,5r)-5-vinylquinuclidin-2-yl)methanol", "tcmdc-131239", "h-erg", "quinidine gluconate[usp]", "auriquin", "quinidina", "(8r,9s)-quinidine", "quinidine [ban]", "erg1", "ether-a-go-go-related protein 1", "200-279-0[einecs]", "56-54-2[rn]", "eag homolog", "56-54-2", "voltage-gated potassium channel subunit kv11.1", "quinaglute", "eag-related protein 1", "quinidine[wiki]", "chinidinum", "surecn41479", "spectrum3_000893", "kbiogr_001393", "spectrum4_000987", "spectrum5_001080", "quinidine gluconate salt", "ac1l3rzz", "spectrum_000910", "spectrum2_000408"}|>, "3432" -> <|"DatabaseID" -> "SW02157", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51208"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33357]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01163"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)/[NH+]=C/N3CCCCCC3)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02888"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "AMDINOCILLIN"|>, "PharmGKBID" -> "PA164754807", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36273]}, "Synonyms" -> {"mecillinam", "coactin", "amdinocillin", "selexidin", "hexacillin", "penicillin hx", "amdinocillin mecillinam", "32887-01-7[rn]", "(2s,5r,6r)-6-{[(1e)-azepan-1-ylmethylidene]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "6-((hexahydro-1h-azepin-1-yl)methyleneamino)penicillanic acid", "251-277-1[einecs]", "coactin (tn)", "51556-89-9[rn]", "79580-20-4[rn]", "amdinocillin[usan]", "fl 1060", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(1e)-(hexahydro-1h-azepin-1-yl)methylene]amino]-3,3-dimethyl-7-oxo-,(2s,6r)-", "mecillinamum", "ro-10-9070", "70178-27-7[rn]", "ro 10-9070", "mecilinamo", "mecilinamo[spanish][inn]", "73937-07-2[rn]", "selexid", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(1e)-(hexahydro-1h-azepin-1-yl)methylene]amino]-3,3-dimethyl-7-oxo-,(2s,5r,6r)-", "mecillinamum[latin]", "(2s,5r,6r)-6-(((hexahydro-1h-azepin-1-yl)methylene)amino)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "mecilinamo [inn-spanish]", "rel-(2r,6s)-6-{[(1e)-azepan-1-ylmethylene]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid"}|>, "3433" -> <|"DatabaseID" -> "SW02158", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4703"], ExternalIdentifier["ChEBIID", "4702"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447604]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04507"]}, "IsomericSmiles" -> "CC[NH2+][C@H]1C[C@@H](S(=O)(=O)c2c1cc(s2)S(=O)(=O)N)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07871"], ExternalIdentifier["KEGGID", "D00653"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dorzolamide", "Australia Approved Name" -> "DORZOLAMIDE HYDROCHLORIDE", "FDA Approved Drug" -> "DORZOLAMIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918132], ExternalIdentifier["PubChemCompoundID", 5284549]}, "Synonyms" -> {"trusopt", "dorzolamide", "dorzolamide hydrochloride", "(4s,6s)-4-(ethylamino)-6-methyl-5,6-dihydro-4h-thieno[2,3-b]thiopyran-2-sulfonamide 7,7-dioxide", "4h-thieno(2,3-b)thiopyran-2-sulfonamide 4-(ethylamino)-5,6-dihydro-6-methyl- 7,7-dioxide (4s,6s)-", "4h-thieno(2,3-b)thiopyran-2-sulfonamide 4-(ethylamino)-5,6-dihydro-6-methyl- 7,7-dioxide (4s-trans)-", "chebi:4703", "dorzolamide[wiki]", "dxa", "dorzolamide hcl", "dorzolomide hydrochloride", "dorzolamide [inn_en]", "1,2-hydro-1-oxy-3,4-hydro-3-(1-methoxy-2-oxy-3,4-dihydroxypentyl)-8,9-dihydroxy-7-(sec-butyl)-anthracene", "130693-82-2", "120279-96-1[rn]", "mk-507", "(4s-trans)-4-(ethylamino)-5,6-dihydro-6-methyl-4h-thieno[2,3-b]thiopyran-2-sulfonamide 7,7-dioxide", "s1375_selleck", "4h-thieno[2,3-b]thiopyran-2-sulfonamide 4-(ethylamino)-5,6-dihydro-6-methyl- 7,7-dioxide (4s,6s)-", "trusopt[wiki]", "ets", "(4s,6s)-4-(ethylamino)-6-methyl-7,7-bis(oxidanylidene)-5,6-dihydro-4h-thieno[2,3-b]thiopyran-2-sulfonamide", "(4s-trans)-4-(ethylamino)-5,6-dihydro-6-methyl-4h-thieno(2,3-b)thiopyran-2-sulfonamide-7,7-dioxide", "(4s,6s)-4-(ethylamino)-6-methyl-7,7-dioxo-5,6-dihydro-4h-thieno[2,3-b]thiopyran-2-sulfonamide", "prestwick1_001116", "chebi:4702", "trusopt (tn)", "ac1nr4np", "ncgc00016977-01", "dorzolamide (inn)", "1cil", "dorzolamide (dza)", "surecn41152", "prestwick0_001116"}|>, "3434" -> <|"DatabaseID" -> "SW02159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56158]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01502"]}, "IsomericSmiles" -> "CCC(=O)N(CC(C)[NH+](C)CCc1ccccc1)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Diampromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62370]}, "Synonyms" -> {"diampromide", "n-[2-(methylphenethylamino)propyl]propionanilide", "n-(2-(methylphenethylamino)propyl)propionanilide", "diampromid", "diampromide [ban:dcf:inn][inn]", "n-[2-[methyl(2-phenylethyl)amino]propyl]-n-phenylpropanamide", "propanamide", "propionanilide", "diampromidum[latin]", "dea no. 9615", "propionanilide n-(2-(methylphenethylamino)propyl)-", "n-(2-(methylphenethylamino)propyl)propioanilide", "diampromida[spanish][inn]", "propanamide n-(2-(methyl(2-phenylethyl)amino)propyl)-n-phenyl-(9ci)", "diampromida [inn-spanish]", "n-{2-[methyl(2-phenylethyl)amino]propyl}-n-phenylpropanamide[acd/iupac name]", "propanamide n-[2-[methyl(2-phenylethyl)amino]propyl]-n-phenyl-", "diampromidum [inn-latin]", "552-25-0[rn]", "brn 2818206"}|>, "3435" -> <|"DatabaseID" -> "SW02159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56158]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01502"]}, "IsomericSmiles" -> "CCC(=O)N(CC(C)[NH+](C)CCc1ccccc1)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Diampromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62370]}, "Synonyms" -> {"diampromide", "n-[2-(methylphenethylamino)propyl]propionanilide", "n-(2-(methylphenethylamino)propyl)propionanilide", "diampromid", "diampromide [ban:dcf:inn][inn]", "n-[2-[methyl(2-phenylethyl)amino]propyl]-n-phenylpropanamide", "propanamide", "propionanilide", "diampromidum[latin]", "dea no. 9615", "propionanilide n-(2-(methylphenethylamino)propyl)-", "n-(2-(methylphenethylamino)propyl)propioanilide", "diampromida[spanish][inn]", "propanamide n-(2-(methyl(2-phenylethyl)amino)propyl)-n-phenyl-(9ci)", "diampromida [inn-spanish]", "n-{2-[methyl(2-phenylethyl)amino]propyl}-n-phenylpropanamide[acd/iupac name]", "propanamide n-[2-[methyl(2-phenylethyl)amino]propyl]-n-phenyl-", "diampromidum [inn-latin]", "552-25-0[rn]", "brn 2818206"}|>, "3436" -> <|"DatabaseID" -> "SW02159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56158]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01502"]}, "IsomericSmiles" -> "CCC(=O)N(CC(C)[NH+](C)CCc1ccccc1)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Diampromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62370]}, "Synonyms" -> {"diampromide", "n-[2-(methylphenethylamino)propyl]propionanilide", "n-(2-(methylphenethylamino)propyl)propionanilide", "diampromid", "diampromide [ban:dcf:inn][inn]", "n-[2-[methyl(2-phenylethyl)amino]propyl]-n-phenylpropanamide", "propanamide", "propionanilide", "diampromidum[latin]", "dea no. 9615", "propionanilide n-(2-(methylphenethylamino)propyl)-", "n-(2-(methylphenethylamino)propyl)propioanilide", "diampromida[spanish][inn]", "propanamide n-(2-(methyl(2-phenylethyl)amino)propyl)-n-phenyl-(9ci)", "diampromida [inn-spanish]", "n-{2-[methyl(2-phenylethyl)amino]propyl}-n-phenylpropanamide[acd/iupac name]", "propanamide n-[2-[methyl(2-phenylethyl)amino]propyl]-n-phenyl-", "diampromidum [inn-latin]", "552-25-0[rn]", "brn 2818206"}|>, "3437" -> <|"DatabaseID" -> "SW02159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56158]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01502"]}, "IsomericSmiles" -> "CCC(=O)N(CC(C)[NH+](C)CCc1ccccc1)c2ccccc2", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Diampromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62370]}, "Synonyms" -> {"diampromide", "n-[2-(methylphenethylamino)propyl]propionanilide", "n-(2-(methylphenethylamino)propyl)propionanilide", "diampromid", "diampromide [ban:dcf:inn][inn]", "n-[2-[methyl(2-phenylethyl)amino]propyl]-n-phenylpropanamide", "propanamide", "propionanilide", "diampromidum[latin]", "dea no. 9615", "propionanilide n-(2-(methylphenethylamino)propyl)-", "n-(2-(methylphenethylamino)propyl)propioanilide", "diampromida[spanish][inn]", "propanamide n-(2-(methyl(2-phenylethyl)amino)propyl)-n-phenyl-(9ci)", "diampromida [inn-spanish]", "n-{2-[methyl(2-phenylethyl)amino]propyl}-n-phenylpropanamide[acd/iupac name]", "propanamide n-[2-[methyl(2-phenylethyl)amino]propyl]-n-phenyl-", "diampromidum [inn-latin]", "552-25-0[rn]", "brn 2818206"}|>, "3438" -> <|"DatabaseID" -> "SW02160", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18392]}, "IsomericSmiles" -> "CC[N+](CC)(Cc1ccccc1)CC(=O)Nc2c(cccc2C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02294"]}, "OfficialNames" -> <|"NPC Approved Name" -> "denatonium benzoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 168900]}, "Synonyms" -> {"benzoate de denatonium[french][inn]", "n-(2-((2,6-dimethylphenyl)amino)-2-oxoethyl)-n,n-diethylbenzeneme- thanaminium benzoate", "n-benzyl-2-[(2,6-dimethylphenyl)amino]-n,n-diethyl-2-oxoethanaminiumbenzoat", "ac1l52rg", "benzyl-[2-(2", "denatonii benzoas[latin]", "gori", "223-095-2[einecs]", "benzyl-[(2,6-dimethylphenylcarbamoyl)methyl]diethylammonium benzoate", "denatonium benzoate[inn][nf]", "ag-k-46447", "benzenemethanaminium", "benzoato de denatonio[spanish][inn]", "ammonium,benzyldiethyl((2,6-xylylcarbamoyl)methyl)-,benzoate", "unii-4yk5z54at2", "denatonium benzoate (nf)", "3734-33-6[rn]", "denatonium benzoate", "cas-3734-33-6", "benzenemethanaminium n-(2-((2,6-dimethylphenyl)amino)-2-oxoethyl)-n,n-diethyl-,benzoate", "benzyldiethyl((2,6-xylylcarbamoyl)methyl)ammonium benzoate", "benzyldiethyl[(2,6-xylylcarbamoyl)methyl]ammonium benzoate", "bitrex", "denatoniumbenzoate", "((2,6-xylylcarbamoyl)methyl)diethyl benzyl ammonium benzoate", "n-benzyl-2-[(2,6-dimethylphenyl)amino]-n,n-diethyl-2-oxoethanaminium benzoate[acd/iupac name]", "d02294", "benzenemethanaminium n-[2-[(2,6-dimethylphenyl)amino]-2-oxoethyl]-n,n-diethyl-,benzoate(1:1)", "benzyldiethyl(2,6-xylyl- carbamoyl-methyl)-ammoniumbenzoate", "bitrex (tn)", "ctk3e9618", "86398-53-0", "benzenemethanaminium n-[2-[(2,6-dimethylphenyl)amino]-2-oxoethyl]-n,n-diethyl-,benzoate", "n,n-diethyl-n-[(2,6-dimethylphenyl-carbamoyl)- methyl]- benzyl- ammonium benzoate"}|>, "3439" -> <|"DatabaseID" -> "SW02161", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14989]}, "IsomericSmiles" -> "CCC1Nc2cc(c(cc2S(=O)(=O)N1)S(=O)(=O)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01247"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ethiazide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15763]}, "Synonyms" -> {"ethiazide", "eclotizidum", "etiazide [dcit]", "3-ethylhydrochlorothiazide", "neo-diuresal", "aethiazidum", "salta", "6-chloro-3-ethyl-1,1-dioxo-2h,3h,4h-benzo[e]1,2,4-thiadiazine-7-sulfonamide", "6-chloro-3-ethyl-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "einecs 217-358-0", "acthiazidium", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3-ethyl-3,4-dihydro-,1,1-dioxide", "ethiazide [ban:inn:jan][inn][jan]", "3-ethyl-3,4-dihydro-6-chloro-7-sulfamyl-1,2,4-benzothiadiazine1,1-dioxide", "6-chloro-3-ethyl-3,4-dihydro-7-sulfamoylbenzo-1,2,4-thiadiazine1,1-dioxide", "salta[wiki]", "ethiazidum [inn-latin]", "1824-58-4[rn]", "etiazida [inn-spanish]", "217-358-0[einecs]", "ethiazidum[latin]", "etiazida[spanish][inn]"}|>, "3440" -> <|"DatabaseID" -> "SW02161", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14989]}, "IsomericSmiles" -> "CCC1Nc2cc(c(cc2S(=O)(=O)N1)S(=O)(=O)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01247"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ethiazide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15763]}, "Synonyms" -> {"ethiazide", "eclotizidum", "etiazide [dcit]", "3-ethylhydrochlorothiazide", "neo-diuresal", "aethiazidum", "salta", "6-chloro-3-ethyl-1,1-dioxo-2h,3h,4h-benzo[e]1,2,4-thiadiazine-7-sulfonamide", "6-chloro-3-ethyl-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "einecs 217-358-0", "acthiazidium", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3-ethyl-3,4-dihydro-,1,1-dioxide", "ethiazide [ban:inn:jan][inn][jan]", "3-ethyl-3,4-dihydro-6-chloro-7-sulfamyl-1,2,4-benzothiadiazine1,1-dioxide", "6-chloro-3-ethyl-3,4-dihydro-7-sulfamoylbenzo-1,2,4-thiadiazine1,1-dioxide", "salta[wiki]", "ethiazidum [inn-latin]", "1824-58-4[rn]", "etiazida [inn-spanish]", "217-358-0[einecs]", "ethiazidum[latin]", "etiazida[spanish][inn]"}|>, "3441" -> <|"DatabaseID" -> "SW02162", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445411]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "07615"]}, "IsomericSmiles" -> "COc1ccc(cc1OC)/C=C/C(=O)Nc2ccccc2C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02027"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tranilast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282230]}, "Synonyms" -> {"tranilast", "rizaben", "2-{[(2e)-3-(3,4-dimethoxyphenyl)prop-2-enoyl]amino}benzoic acid", "rizaben (tn)", "53902-12-8", "2-((3-(3,4-dimethoxyphenyl)-1-oxo-2-propenyl)amino) benzoic acid", "tranilastum[latin]", "2-[(e)-3-(3,4-dimethoxy-phenyl)-acryloylamino]-benzoic acid", "2-[[3-(3,4-dimethoxyphenyl)-1-oxo-2-propenyl]amino] benzoic acid", "53902-12-8[rn]", "(trailast)2-[3-(3,4-dimethoxy-phenyl)-acryloylamino]-benzoic acid", "h-pgds", "2-({(2e)-3-[3,4-bis(methyloxy)phenyl]prop-2-enoyl}amino)benzoicacid", "glutathione-dependent pgd synthetase", "3,4-daa", "rizaben;mk 341;tranpro;sb 252218", "[53902-12-8]", "rizaben sb 252218 mk 341 tranpro", "3", "2-((3-(3,4-dimethoxyphenyl)-1-oxo-2-propenyl)amino)benzoic acid", "anthranilic acid n-(3,4-dimethoxycinnamoyl)-", "tranilast [usan:inn:jan][inn][jan][usan]", "2-[(2e)-3-(3,4-dimethoxyphenyl)prop-2-enoylamino]benzoic acid", "2-[[3-(3,4-dimethoxyphenyl)-1-oxo-2-propenyl]amino]benzoic acid", "hematopoietic prostaglandin d synthase", "tranilastum [inn-latin]", "tranilastum", "benzoic acid 2-[[(2e)-3-(3,4-dimethoxyphenyl)-1-oxo-2-propen-1-yl]amino]-", "n-5'", "n-(3',4'-dimethoxycinnamoyl) anthranilic acid", "tranilast(sb 252218)", "ec 5.3.99.2", "n-(3,4-dimethoxycinnamoyl)anthranilic acid", "sb-252218", "tranilast (jan/usan)[jan][usan]", "n-(3", "s1439_selleck", "benzoic acid 2-((3-(3,4-dimethoxyphenyl)-1-oxo-2-propenyl)amino)-", "prostaglandin-h2 d-isomerase", "2-(3-(3,4-dimethoxyphenyl)acrylamido)benzoic acid", "benzoic acid 2-[[(2e)-3-(3,4-dimethoxyphenyl)-1-oxo-2-propenyl]amino]-", "n-(3',4'-dimethoxycinnamoyl)anthranilic acid"}|>, "3442" -> <|"DatabaseID" -> "SW02163", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 229696]}, "IsomericSmiles" -> "COc1ccc2c(c1O)C[NH+]3CCc4cc5c(cc4C3C2)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nandinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 261619]}, "Synonyms" -> {"nandinine", "572-76-9[rn]", "ar-1k5885", "ac1l65pj", "tetrahydroberberrubine", "5,6,13,13a-tetrahydro-9-hydroxy-10-methoxy-2,3-(methylenedioxy)-8h-dibenzo[a,g]quinolizine", "nsc94264", "10-methoxy-2,3-(methylenedioxy)berbin-9-ol", "ac1q6zry", "berberrubine tetrahydro- hydrochloride", "nsc-94264"}|>, "3443" -> <|"DatabaseID" -> "SW02163", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 229696]}, "IsomericSmiles" -> "COc1ccc2c(c1O)C[NH+]3CCc4cc5c(cc4C3C2)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nandinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 261619]}, "Synonyms" -> {"nandinine", "572-76-9[rn]", "ar-1k5885", "ac1l65pj", "tetrahydroberberrubine", "5,6,13,13a-tetrahydro-9-hydroxy-10-methoxy-2,3-(methylenedioxy)-8h-dibenzo[a,g]quinolizine", "nsc94264", "10-methoxy-2,3-(methylenedioxy)berbin-9-ol", "ac1q6zry", "berberrubine tetrahydro- hydrochloride", "nsc-94264"}|>, "3444" -> <|"DatabaseID" -> "SW02164", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8919]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c-4c2C1Cc5c4c(c(cc5)OC)O)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bulbocapnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9276]}, "Synonyms" -> {"5h-benzo(g)-1", "(s)-(+)-bulbocapnine", "ac1l1sps", "632-47-3[rn]", "206-061-1[einecs]", "298-45-3[rn]", "berberine acetonic", "4-hydroxy-3-methoxy-5,6-methylenedioxy-aporphin", "5h-benzo(g)-1,3-benzodioxolo(6,5,4-de)quinolin-12-ol,6,7,7a,8-tetrahydro-11-methoxy-7-methyl-", "bulbocapnine", "(+)-bulbocapnine", "bulbocapnine hydrochloride", "d-bulbocapnine", "bulbocapnine[wiki]", "4-hydroxy-3-methoxy-5", "einecs 206-061-1", "5h-benzo[g]-1", "72002-80-3[rn]", "bulbokaprin"}|>, "3445" -> <|"DatabaseID" -> "SW02164", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8919]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c-4c2C1Cc5c4c(c(cc5)OC)O)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bulbocapnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9276]}, "Synonyms" -> {"5h-benzo(g)-1", "(s)-(+)-bulbocapnine", "ac1l1sps", "632-47-3[rn]", "206-061-1[einecs]", "298-45-3[rn]", "berberine acetonic", "4-hydroxy-3-methoxy-5,6-methylenedioxy-aporphin", "5h-benzo(g)-1,3-benzodioxolo(6,5,4-de)quinolin-12-ol,6,7,7a,8-tetrahydro-11-methoxy-7-methyl-", "bulbocapnine", "(+)-bulbocapnine", "bulbocapnine hydrochloride", "d-bulbocapnine", "bulbocapnine[wiki]", "4-hydroxy-3-methoxy-5", "einecs 206-061-1", "5h-benzo[g]-1", "72002-80-3[rn]", "bulbokaprin"}|>, "3446" -> <|"DatabaseID" -> "SW02164", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8919]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c-4c2C1Cc5c4c(c(cc5)OC)O)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bulbocapnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9276]}, "Synonyms" -> {"5h-benzo(g)-1", "(s)-(+)-bulbocapnine", "ac1l1sps", "632-47-3[rn]", "206-061-1[einecs]", "298-45-3[rn]", "berberine acetonic", "4-hydroxy-3-methoxy-5,6-methylenedioxy-aporphin", "5h-benzo(g)-1,3-benzodioxolo(6,5,4-de)quinolin-12-ol,6,7,7a,8-tetrahydro-11-methoxy-7-methyl-", "bulbocapnine", "(+)-bulbocapnine", "bulbocapnine hydrochloride", "d-bulbocapnine", "bulbocapnine[wiki]", "4-hydroxy-3-methoxy-5", "einecs 206-061-1", "5h-benzo[g]-1", "72002-80-3[rn]", "bulbokaprin"}|>, "3447" -> <|"DatabaseID" -> "SW02164", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8919]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c-4c2C1Cc5c4c(c(cc5)OC)O)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bulbocapnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9276]}, "Synonyms" -> {"5h-benzo(g)-1", "(s)-(+)-bulbocapnine", "ac1l1sps", "632-47-3[rn]", "206-061-1[einecs]", "298-45-3[rn]", "berberine acetonic", "4-hydroxy-3-methoxy-5,6-methylenedioxy-aporphin", "5h-benzo(g)-1,3-benzodioxolo(6,5,4-de)quinolin-12-ol,6,7,7a,8-tetrahydro-11-methoxy-7-methyl-", "bulbocapnine", "(+)-bulbocapnine", "bulbocapnine hydrochloride", "d-bulbocapnine", "bulbocapnine[wiki]", "4-hydroxy-3-methoxy-5", "einecs 206-061-1", "5h-benzo[g]-1", "72002-80-3[rn]", "bulbokaprin"}|>, "3448" -> <|"DatabaseID" -> "SW02165", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 144307]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@@H]1Cc4c3cc5c(c4)OCO5)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "domesticine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 164611]}, "Synonyms" -> {"domesticine", "ac1l4v41", "ccris 3824", "ls-188132", "chembl1808240", "476-71-1[rn]", "(s)-5", "(s)-5,6,6a,7-tetrahydro-2-methoxy-6-methyl-4h-benzo[de][1,3]benzodioxolo[5,6-g]quinolin-1-ol", "ag-k-02125", "kst-1a5766", "ac1q6zs2", "ar-1a7876"}|>, "3449" -> <|"DatabaseID" -> "SW02165", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 144307]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@@H]1Cc4c3cc5c(c4)OCO5)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "domesticine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 164611]}, "Synonyms" -> {"domesticine", "ac1l4v41", "ccris 3824", "ls-188132", "chembl1808240", "476-71-1[rn]", "(s)-5", "(s)-5,6,6a,7-tetrahydro-2-methoxy-6-methyl-4h-benzo[de][1,3]benzodioxolo[5,6-g]quinolin-1-ol", "ag-k-02125", "kst-1a5766", "ac1q6zs2", "ar-1a7876"}|>, "3450" -> <|"DatabaseID" -> "SW02166", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4586084]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23C=C(C(=O)C=C2[C@H]1Cc4c3cc5c(c4)OCO5)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "amurine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5462433]}, "Synonyms" -> {"amurine", "2-methoxy-14-methyl-5,6-dihydro-3h-5,11b-(epiminoethano)phenanthro[2,3-d][1,3]dioxol-3-one", "4984-99-0", "c09334", "3h-5,11b-(iminoethano)phenanthro[2,3-d][1,3]dioxol-3-one 5,6-dihydro-2-methoxy-14-methyl- (11bs)-"}|>, "3451" -> <|"DatabaseID" -> "SW02166", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4586084]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23C=C(C(=O)C=C2[C@H]1Cc4c3cc5c(c4)OCO5)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "amurine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5462433]}, "Synonyms" -> {"amurine", "2-methoxy-14-methyl-5,6-dihydro-3h-5,11b-(epiminoethano)phenanthro[2,3-d][1,3]dioxol-3-one", "4984-99-0", "c09334", "3h-5,11b-(iminoethano)phenanthro[2,3-d][1,3]dioxol-3-one 5,6-dihydro-2-methoxy-14-methyl- (11bs)-"}|>, "3452" -> <|"DatabaseID" -> "SW02167", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572820]}, "IsomericSmiles" -> "C/C(=C\\C=C\\C=C(/C)\\C=C\\C=C(\\C)/C(=O)[O-])/C=C/C=C(\\C)/C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-crocetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5458952]}, "Synonyms" -> {"alpha-crocetin", "(2e", "nsc407300", "ac1nuqzp"}|>, "3453" -> <|"DatabaseID" -> "SW02168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56274]}, "IsomericSmiles" -> "C[NH+]1CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "N-methyl-3-piperidyl benzilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62495]}, "Synonyms" -> {"1-methyl-3-piperidyl benzilate", "n-methyl-3-piperidyl benzilate", "benzeneacetic acid", "222-033-1[einecs]", "brn 0299160", "hydroxy-diphenyl-acetic acid 1-methyl-piperidin-3-yl ester", "3321-80-0[rn]", "1-methylpiperidin-3-yl hydroxy(diphenyl)acetate", "jb 336", "1-methylpiperidin-3-yl 2-hydroxy-2,2-diphenylacetate", "dea no. 7484", "alpha-hydroxy-alpha-phenylbenzeneacetic acid", "benzilic acid 1-methyl-3-piperidyl ester", "4-21-00-00021 (beilstein handbook reference)[beilstein]", "ncgc00160607-01", "benzilic acid", "einecs 222-033-1"}|>, "3454" -> <|"DatabaseID" -> "SW02168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56274]}, "IsomericSmiles" -> "C[NH+]1CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "N-methyl-3-piperidyl benzilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62495]}, "Synonyms" -> {"1-methyl-3-piperidyl benzilate", "n-methyl-3-piperidyl benzilate", "benzeneacetic acid", "222-033-1[einecs]", "brn 0299160", "hydroxy-diphenyl-acetic acid 1-methyl-piperidin-3-yl ester", "3321-80-0[rn]", "1-methylpiperidin-3-yl hydroxy(diphenyl)acetate", "jb 336", "1-methylpiperidin-3-yl 2-hydroxy-2,2-diphenylacetate", "dea no. 7484", "alpha-hydroxy-alpha-phenylbenzeneacetic acid", "benzilic acid 1-methyl-3-piperidyl ester", "4-21-00-00021 (beilstein handbook reference)[beilstein]", "ncgc00160607-01", "benzilic acid", "einecs 222-033-1"}|>, "3455" -> <|"DatabaseID" -> "SW02168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56274]}, "IsomericSmiles" -> "C[NH+]1CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "N-methyl-3-piperidyl benzilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62495]}, "Synonyms" -> {"1-methyl-3-piperidyl benzilate", "n-methyl-3-piperidyl benzilate", "benzeneacetic acid", "222-033-1[einecs]", "brn 0299160", "hydroxy-diphenyl-acetic acid 1-methyl-piperidin-3-yl ester", "3321-80-0[rn]", "1-methylpiperidin-3-yl hydroxy(diphenyl)acetate", "jb 336", "1-methylpiperidin-3-yl 2-hydroxy-2,2-diphenylacetate", "dea no. 7484", "alpha-hydroxy-alpha-phenylbenzeneacetic acid", "benzilic acid 1-methyl-3-piperidyl ester", "4-21-00-00021 (beilstein handbook reference)[beilstein]", "ncgc00160607-01", "benzilic acid", "einecs 222-033-1"}|>, "3456" -> <|"DatabaseID" -> "SW02168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56274]}, "IsomericSmiles" -> "C[NH+]1CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "N-methyl-3-piperidyl benzilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62495]}, "Synonyms" -> {"1-methyl-3-piperidyl benzilate", "n-methyl-3-piperidyl benzilate", "benzeneacetic acid", "222-033-1[einecs]", "brn 0299160", "hydroxy-diphenyl-acetic acid 1-methyl-piperidin-3-yl ester", "3321-80-0[rn]", "1-methylpiperidin-3-yl hydroxy(diphenyl)acetate", "jb 336", "1-methylpiperidin-3-yl 2-hydroxy-2,2-diphenylacetate", "dea no. 7484", "alpha-hydroxy-alpha-phenylbenzeneacetic acid", "benzilic acid 1-methyl-3-piperidyl ester", "4-21-00-00021 (beilstein handbook reference)[beilstein]", "ncgc00160607-01", "benzilic acid", "einecs 222-033-1"}|>, "3457" -> <|"DatabaseID" -> "SW02169", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4822"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391970]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01253"]}, "IsomericSmiles" -> "C[C@@H](CO)NC(=O)[C@H]1C[NH+]([C@@H]2Cc3c[nH]c4c3c(ccc4)C2=C1)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07905"]}, "OfficialNames" -> <|"China Approved Name" -> "ergometrine", "WHO Essential Medicine" -> "ergometrine", "Australia Approved Name" -> "ERGOMETRINE"|>, "PharmGKBID" -> "PA449487", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443884]}, "Synonyms" -> {"ergotrate", "ergometrine", "ergobasine", "ergometrin", "margonovine", "ergostetrine", "ergotrate maleate", "ergoklinine", "ergonovine", "ergotocine", "ergonovine maleate[usp]", "ergometrinum[latin]", "78207-83-7[rn]", "n-(1-(hydroxymethyl)ethyl)-d-lysergamide", "lysergamide n-((s)-2-hydroxy-1-methylethyl)-", "alpha-1c adrenergic receptor", "n-(2-hydroxy-1-methylethyl)-d(+)-lysergamide", "secacornin", "secometrin", "[8b(s)]-9,10-didehydro-n-(2-hydroxy-1-methylethyl)-6-methylergoline-8-carboxamide", "200-485-0[einecs]", "ergoline-8-carboxamide", "lysergic acid propanolamide", "60-79-7[rn]", "neofemergen", "alpha 1a-adrenoceptor", "ergometrinum", "ergometrina", "129-51-1[rn]", "ergometrina[spanish][inn]", "ergometrinum [inn_la]", "n-[a-(hydroxymethyl)ethyl]-d-lysergamide", "ermetrine", "ergoatetrine", "ergometrine hydrogen maleate", "n-((s)-2-hydroxy-1-methylethyl)-lysergamide", "37209-62-4[rn]", "syntometrine", "alpha 1a- adrenoreceptor", "cornocentin", "ergonovine[wiki]", "(6ar,9r)-n-[(2s)-1-hydroxy-2-propanyl]-7-methyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg]quinoline-9-carboxamide", "d-lysergic acid-l-propanolamide", "ergometrine[wiki]", "basergin", "11002-48-5[rn]", "d-lysergic acid l-2-propanolamide", "d-lysergic acid 1-hydroxymethylethylamide", "60-79-7", "alpha adrenergic receptor 1c", "7-methyl-4,6,6a,7,8,9-hexahydro-indolo[4,3-fg]quinoline-9-carboxylic acid (2-hydroxy-1-methyl-ethyl)-amide,maleate (ergonovine)"}|>, "3458" -> <|"DatabaseID" -> "SW02169", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4822"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391970]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01253"]}, "IsomericSmiles" -> "C[C@@H](CO)NC(=O)[C@H]1C[NH+]([C@@H]2Cc3c[nH]c4c3c(ccc4)C2=C1)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07905"]}, "OfficialNames" -> <|"China Approved Name" -> "ergometrine", "WHO Essential Medicine" -> "ergometrine", "Australia Approved Name" -> "ERGOMETRINE"|>, "PharmGKBID" -> "PA449487", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443884]}, "Synonyms" -> {"ergotrate", "ergometrine", "ergobasine", "ergometrin", "margonovine", "ergostetrine", "ergotrate maleate", "ergoklinine", "ergonovine", "ergotocine", "ergonovine maleate[usp]", "ergometrinum[latin]", "78207-83-7[rn]", "n-(1-(hydroxymethyl)ethyl)-d-lysergamide", "lysergamide n-((s)-2-hydroxy-1-methylethyl)-", "alpha-1c adrenergic receptor", "n-(2-hydroxy-1-methylethyl)-d(+)-lysergamide", "secacornin", "secometrin", "[8b(s)]-9,10-didehydro-n-(2-hydroxy-1-methylethyl)-6-methylergoline-8-carboxamide", "200-485-0[einecs]", "ergoline-8-carboxamide", "lysergic acid propanolamide", "60-79-7[rn]", "neofemergen", "alpha 1a-adrenoceptor", "ergometrinum", "ergometrina", "129-51-1[rn]", "ergometrina[spanish][inn]", "ergometrinum [inn_la]", "n-[a-(hydroxymethyl)ethyl]-d-lysergamide", "ermetrine", "ergoatetrine", "ergometrine hydrogen maleate", "n-((s)-2-hydroxy-1-methylethyl)-lysergamide", "37209-62-4[rn]", "syntometrine", "alpha 1a- adrenoreceptor", "cornocentin", "ergonovine[wiki]", "(6ar,9r)-n-[(2s)-1-hydroxy-2-propanyl]-7-methyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg]quinoline-9-carboxamide", "d-lysergic acid-l-propanolamide", "ergometrine[wiki]", "basergin", "11002-48-5[rn]", "d-lysergic acid l-2-propanolamide", "d-lysergic acid 1-hydroxymethylethylamide", "60-79-7", "alpha adrenergic receptor 1c", "7-methyl-4,6,6a,7,8,9-hexahydro-indolo[4,3-fg]quinoline-9-carboxylic acid (2-hydroxy-1-methyl-ethyl)-amide,maleate (ergonovine)"}|>, "3459" -> <|"DatabaseID" -> "SW02170", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65020]}, "IsomericSmiles" -> "c1ccc2c(c1)CCCN3C2CN(CC3=O)C(=O)C4CCCCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07903"]}, "OfficialNames" -> <|"NPC Approved Name" -> "epsiprantel"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72026]}, "Synonyms" -> {"epsiprantel", "cestex", "coopb", "pyrazino[2,1-a][2]benzazepin-4(1h)-one 2-(cyclohexylcarbonyl)-2,3,6,7,8,12b-hexahydro-", "2-(cyclohexylcarbonyl)-4-oxo-1,2,3,4,6,7,8,12b-octahydropyrazino(2,1-a)(2)benzazepine", "2-(cyclohexylcarbonyl)-2,3,6,7,8,12b-hexahydropyrazino[2,1-a][2]benzazepin-4(1h)-one", "121654-56-6[rn]", "2-cyclohexanecarbonyl-2,3,6,7,8,12b-hexahydro-1h-benzo[3,4]azepino[1,2-a]pyrazin-4-one", "unii-0c1spq0fsr", "cestex (tn)", "98123-83-2", "epsiprantelum [latin]", "(+)- 2-cyclohexanecarbonyl-2,3,6,7,8,12b-hexahydro-1h-benzo[3,4]azepino[1,2-a]pyrazin-4-one", "epsiprantel (inn)", "ac1q6oyg", "(-)-2-cyclohexanecarbonyl-2,3,6,7,8,12b-hexahydro-1h-benzo[3,4]azepino[1,2-a]pyrazin-4-one", "epsiprantelum", "epsiprantel [ban:inn][inn]", "98123-83-2[rn]", "epsiprantelum[latin]", "2-cyclohexylcarbonyl-4-oxo-1,2,3,4,6,7,12b-octahydropyrazino[2,1-a][2]benzazepine"}|>, "3460" -> <|"DatabaseID" -> "SW02170", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65020]}, "IsomericSmiles" -> "c1ccc2c(c1)CCCN3C2CN(CC3=O)C(=O)C4CCCCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07903"]}, "OfficialNames" -> <|"NPC Approved Name" -> "epsiprantel"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72026]}, "Synonyms" -> {"epsiprantel", "cestex", "coopb", "pyrazino[2,1-a][2]benzazepin-4(1h)-one 2-(cyclohexylcarbonyl)-2,3,6,7,8,12b-hexahydro-", "2-(cyclohexylcarbonyl)-4-oxo-1,2,3,4,6,7,8,12b-octahydropyrazino(2,1-a)(2)benzazepine", "2-(cyclohexylcarbonyl)-2,3,6,7,8,12b-hexahydropyrazino[2,1-a][2]benzazepin-4(1h)-one", "121654-56-6[rn]", "2-cyclohexanecarbonyl-2,3,6,7,8,12b-hexahydro-1h-benzo[3,4]azepino[1,2-a]pyrazin-4-one", "unii-0c1spq0fsr", "cestex (tn)", "98123-83-2", "epsiprantelum [latin]", "(+)- 2-cyclohexanecarbonyl-2,3,6,7,8,12b-hexahydro-1h-benzo[3,4]azepino[1,2-a]pyrazin-4-one", "epsiprantel (inn)", "ac1q6oyg", "(-)-2-cyclohexanecarbonyl-2,3,6,7,8,12b-hexahydro-1h-benzo[3,4]azepino[1,2-a]pyrazin-4-one", "epsiprantelum", "epsiprantel [ban:inn][inn]", "98123-83-2[rn]", "epsiprantelum[latin]", "2-cyclohexylcarbonyl-4-oxo-1,2,3,4,6,7,12b-octahydropyrazino[2,1-a][2]benzazepine"}|>, "3461" -> <|"DatabaseID" -> "SW02171", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3127"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5292960], ExternalIdentifier["ChemSpiderID", 2312]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00612"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccc(cc1)COCCOC(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02342"]}, "OfficialNames" -> <|"China Approved Name" -> "bisoprolol", "WHO Essential Medicine" -> "bisoprolol", "Indian Approved Name" -> "bisoprolol;bisoprolol fumarate", "FDA Approved Drug" -> "BISOPROLOL FUMARATE"|>, "PharmGKBID" -> "PA448641", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2405]}, "Synonyms" -> {"cardicor", "bisoprolol", "zebeta", "emconcor", "concor", "euradal", "soloc", "bisoprolol fumerate", "bisoprolol hemifumarate", "bisoprolol fumarate", "66722-44-9", "bisoprololum", "detensiel", "104344-23-2[rn]", "condylox", "soprol", "ziac (bisoprolol + hydrochlorothiazide)_mixture", "bisoprololum [latin]", "beta-2 adrenoceptor", "bisoprolol[wiki][usan]", "bisocor", "isoten", "condyline", "emcor", "monocor", "beta-2 adrenoreceptor", "1-(propan-2-ylamino)-3-(4-{[2-(propan-2-yloxy)ethoxy]methyl}phenoxy)propan-2-ol", "1-[(1-methylethyl)amino]-3-({4-[({2-[(1-methylethyl)oxy]ethyl}oxy)methyl]phenyl}oxy)propan-2-ol", "1-{4-[(2-isopropoxyethoxy)methyl]phenoxy}-3-(isopropylamino)propan-2-ol", "1-(4-{[2-(1-methylethoxy)ethoxy]methyl}phenoxy)-3-[(1-methylethyl)amino]propan-2-ol", "2-propanol 1-[4-[[2-(1-methylethoxy)ethoxy]methyl]phenoxy]-3-[(1-methylethyl)amino]-", "bisoprololum[latin]", "(rs)-1-(4-(2-isopropoxyethoxymethyl)phenoxy)-3-(isopropylamino)-2-propanol", "66722-44-9[rn]", "bisoprololum [inn_la]", "337376-15-5", "2-propanol 1-(4-((2-(1-methylethoxy)ethoxy)methyl)phenoxy)-3-((1-methylethyl)amino)-", "1-[4-[[2-(1-methylethoxy)ethoxy]methyl]phenoxy]-3-[(1-methylethyl)amino]-2-propanol", "2-propanol 1-[(1-methylethyl)amino]-3-[4-[[2-(1", "bisoprolol hemifumarate", "3-(4-{[2-(methylethoxy)ethoxy]methyl}phenoxy)-1-[(methylethyl)amino]propan-2-o l", "3-(4-{[2-(methylethoxy)ethoxy]methyl}phenoxy)-1-[(methylethyl)amino]propan-2-ol", "bisoprolol [usan:ban:inn][inn][usan]", "1-{4-[(2-isopropoxyethoxy)methyl]phenoxy}-3-(isopropylamino)-2-propanol[acd/iupac name]", "fondril", "1-(propan-2-ylamino)-3-(4-{[2-(propan-2-yloxy)ethoxy]methyl}phenoxy)propan-2-ol (2e)-but-2-enedioate (1:1)", "bisoprololfumarate", "concor cor", "1-{4-[(2-isopropoxyethoxy)methyl]phenoxy}-3-(isopropylamino)propan-2-ol(2e)-but-2-enedioate (1:1)", "2-propanol 1-[4-[[2-(1-methylethoxy)ethoxy]methyl]phenoxy]-3-[(1-methylethyl)amino]- (2e)-2-butenedioate (1:1) (salt)", "1-(4-{[2-(methylethoxy)ethoxy]methyl}phenoxy)-3-[(methylethyl)amino]propan-2-ol,(2e)but-2-enedioicacid", "1-{4-[(2-isopropoxyethoxy)methyl]phenoxy}-3-(isopropylamino)-2-propanol2-butenedioate (salt)", "1-(4-{[2-(methylethoxy)ethoxy]methyl}phenoxy)-3-[(methylethyl)amino]propan-2-o l,(2e)but-2-enedioic acid", "maintate"}|>, "3462" -> <|"DatabaseID" -> "SW02171", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3127"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5292960], ExternalIdentifier["ChemSpiderID", 2312]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00612"]}, "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1ccc(cc1)COCCOC(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02342"]}, "OfficialNames" -> <|"China Approved Name" -> "bisoprolol", "WHO Essential Medicine" -> "bisoprolol", "Indian Approved Name" -> "bisoprolol;bisoprolol fumarate", "FDA Approved Drug" -> "BISOPROLOL FUMARATE"|>, "PharmGKBID" -> "PA448641", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2405]}, "Synonyms" -> {"cardicor", "bisoprolol", "zebeta", "emconcor", "concor", "euradal", "soloc", "bisoprolol fumerate", "bisoprolol hemifumarate", "bisoprolol fumarate", "66722-44-9", "bisoprololum", "detensiel", "104344-23-2[rn]", "condylox", "soprol", "ziac (bisoprolol + hydrochlorothiazide)_mixture", "bisoprololum [latin]", "beta-2 adrenoceptor", "bisoprolol[wiki][usan]", "bisocor", "isoten", "condyline", "emcor", "monocor", "beta-2 adrenoreceptor", "1-(propan-2-ylamino)-3-(4-{[2-(propan-2-yloxy)ethoxy]methyl}phenoxy)propan-2-ol", "1-[(1-methylethyl)amino]-3-({4-[({2-[(1-methylethyl)oxy]ethyl}oxy)methyl]phenyl}oxy)propan-2-ol", "1-{4-[(2-isopropoxyethoxy)methyl]phenoxy}-3-(isopropylamino)propan-2-ol", "1-(4-{[2-(1-methylethoxy)ethoxy]methyl}phenoxy)-3-[(1-methylethyl)amino]propan-2-ol", "2-propanol 1-[4-[[2-(1-methylethoxy)ethoxy]methyl]phenoxy]-3-[(1-methylethyl)amino]-", "bisoprololum[latin]", "(rs)-1-(4-(2-isopropoxyethoxymethyl)phenoxy)-3-(isopropylamino)-2-propanol", "66722-44-9[rn]", "bisoprololum [inn_la]", "337376-15-5", "2-propanol 1-(4-((2-(1-methylethoxy)ethoxy)methyl)phenoxy)-3-((1-methylethyl)amino)-", "1-[4-[[2-(1-methylethoxy)ethoxy]methyl]phenoxy]-3-[(1-methylethyl)amino]-2-propanol", "2-propanol 1-[(1-methylethyl)amino]-3-[4-[[2-(1", "bisoprolol hemifumarate", "3-(4-{[2-(methylethoxy)ethoxy]methyl}phenoxy)-1-[(methylethyl)amino]propan-2-o l", "3-(4-{[2-(methylethoxy)ethoxy]methyl}phenoxy)-1-[(methylethyl)amino]propan-2-ol", "bisoprolol [usan:ban:inn][inn][usan]", "1-{4-[(2-isopropoxyethoxy)methyl]phenoxy}-3-(isopropylamino)-2-propanol[acd/iupac name]", "fondril", "1-(propan-2-ylamino)-3-(4-{[2-(propan-2-yloxy)ethoxy]methyl}phenoxy)propan-2-ol (2e)-but-2-enedioate (1:1)", "bisoprololfumarate", "concor cor", "1-{4-[(2-isopropoxyethoxy)methyl]phenoxy}-3-(isopropylamino)propan-2-ol(2e)-but-2-enedioate (1:1)", "2-propanol 1-[4-[[2-(1-methylethoxy)ethoxy]methyl]phenoxy]-3-[(1-methylethyl)amino]- (2e)-2-butenedioate (1:1) (salt)", "1-(4-{[2-(methylethoxy)ethoxy]methyl}phenoxy)-3-[(methylethyl)amino]propan-2-ol,(2e)but-2-enedioicacid", "1-{4-[(2-isopropoxyethoxy)methyl]phenoxy}-3-(isopropylamino)-2-propanol2-butenedioate (salt)", "1-(4-{[2-(methylethoxy)ethoxy]methyl}phenoxy)-3-[(methylethyl)amino]propan-2-o l,(2e)but-2-enedioic acid", "maintate"}|>, "3463" -> <|"DatabaseID" -> "SW02172", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 92351]}, "IsomericSmiles" -> "CC[NH+](CC)CCOc1ccccc1C(=O)CCc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01440"]}, "OfficialNames" -> <|"NPC Approved Name" -> "etafenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3275]}, "Synonyms" -> {"hypochit", "etafenone hydrochloride[jan]", "1-propanone 1-[2-[2- (diethylamino)ethoxy]phenyl]-3-phenyl- hydrochloride", "1-(2-(2-(diethylamino)ethoxy)phenyl)-3-phenyl-1-propanone hydrochloride", "ncgc00160484-01", "etafenone hydrochloride", "coronabason", "2'-(2-(diethylamino)ethoxy)-3-phenylpropiophenone hydrochloride", "2'-[2-(diethylamino)ethoxy]-3-phenylpropiophenone hydrochloride", "1-{2-[2-(diethylamino)ethoxy]phenyl}-3-phenyl-1-propanone hydrochloride", "propiophenone 2'-(2-(diethylamino)ethoxy)-3-phenyl-,hydrochloride", "2192-21-4[rn]", "l.g. 11,457 hydrochloride", "etafenone", "etafenona", "1-propanone 1-(2-(2-(diethylamino)ethoxy)phenyl)-3-phenyl- hydrochloride (9ci)", "corofenon", "asamedel", "relicor hydrochloride", "etafenonum [inn-latin]", "esanthin-s", "etafenone (inn)", "cardilicor", "etafenonum", "218-587-9[einecs]", "etafenarin", "ac1l1fke", "etafon hydrochloride", "propiophenone 2'-[2- (diethylamino)ethoxy]-3-phenyl-,hydrochloride", "etafenona [inn-spanish]", "90-54-0", "1-{2-[2-(diethylamino)ethoxy]phenyl}-3-phenylpropan-1-one hydrochloride", "etafenon"}|>, "3464" -> <|"DatabaseID" -> "SW02173", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3561]}, "IsomericSmiles" -> "CC(C(c1ccc(cc1)O)O)[NH+]2CCC(CC2)Cc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08064"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ifenprodil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3689]}, "Synonyms" -> {"ifenprodil", "dilvax", "vadilex", "creocral", "rc 61-91", "4-benzyl-a-(p-hydroxyphenyl)-b-methyl-1-piperidineethanol", "23210-56-2", "a-(4-hydroxyphenyl)-b-methyl-4-(phenylmethyl)-1-piperidineethanol", "ifenprodilum[latin]", "66157-43-5[rn]", "-(2-(4-benzylpiperidin-1-yl)-1-hydroxypropyl)phenol", "ifenprodil tartrate", "1-(4-hydroxyphenyl)-2-[4-benzylpiperidyl]propan-1-ol", "4-[2-(4-benzyl-1-piperidinyl)-1-hydroxypropyl]phenol[acd/iupac name]", "2-(4-benzylpiperidino)-1-(4-hydroxyphenyl)propanol", "23210-56-2[rn]", "4-[2-(4-benzyl-1-piperidyl)-1-hydroxy-propyl]phenol; (2r,3r)-2,3-dihydroxybutanedioic acid", "4-[2-(4-benzylpiperidin-1-yl)-1-hydroxypropyl]phenol", "245-491-4[einecs]", "4-(2-(4-benzylpiperidin-1-yl)-1-hydroxypropyl)phenol", "4-[2-(4-benzyl-piperidin-1-yl)-1-hydroxy-propyl]-phenol", "cerocral", "ifenprodil [dcf:inn][inn]", "1-methyl-2-hydroxy-2-(4-hydroxyphenyl)ethyl-1-(4-benzylpiperidine)", "ifenprodil hemitartrate", "ifenprodilum [inn-latin]", "einecs 245-491-4", "ncgc00024643-03", "validex", "23210-58-4", "23210-58-4[rn]", "2-(4-benzylpiperidino)-1-(4-hydroxyphenyl)-1-propanol"}|>, "3465" -> <|"DatabaseID" -> "SW02173", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3561]}, "IsomericSmiles" -> "CC(C(c1ccc(cc1)O)O)[NH+]2CCC(CC2)Cc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08064"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ifenprodil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3689]}, "Synonyms" -> {"ifenprodil", "dilvax", "vadilex", "creocral", "rc 61-91", "4-benzyl-a-(p-hydroxyphenyl)-b-methyl-1-piperidineethanol", "23210-56-2", "a-(4-hydroxyphenyl)-b-methyl-4-(phenylmethyl)-1-piperidineethanol", "ifenprodilum[latin]", "66157-43-5[rn]", "-(2-(4-benzylpiperidin-1-yl)-1-hydroxypropyl)phenol", "ifenprodil tartrate", "1-(4-hydroxyphenyl)-2-[4-benzylpiperidyl]propan-1-ol", "4-[2-(4-benzyl-1-piperidinyl)-1-hydroxypropyl]phenol[acd/iupac name]", "2-(4-benzylpiperidino)-1-(4-hydroxyphenyl)propanol", "23210-56-2[rn]", "4-[2-(4-benzyl-1-piperidyl)-1-hydroxy-propyl]phenol; (2r,3r)-2,3-dihydroxybutanedioic acid", "4-[2-(4-benzylpiperidin-1-yl)-1-hydroxypropyl]phenol", "245-491-4[einecs]", "4-(2-(4-benzylpiperidin-1-yl)-1-hydroxypropyl)phenol", "4-[2-(4-benzyl-piperidin-1-yl)-1-hydroxy-propyl]-phenol", "cerocral", "ifenprodil [dcf:inn][inn]", "1-methyl-2-hydroxy-2-(4-hydroxyphenyl)ethyl-1-(4-benzylpiperidine)", "ifenprodil hemitartrate", "ifenprodilum [inn-latin]", "einecs 245-491-4", "ncgc00024643-03", "validex", "23210-58-4", "23210-58-4[rn]", "2-(4-benzylpiperidino)-1-(4-hydroxyphenyl)-1-propanol"}|>, "3466" -> <|"DatabaseID" -> "SW02173", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3561]}, "IsomericSmiles" -> "CC(C(c1ccc(cc1)O)O)[NH+]2CCC(CC2)Cc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08064"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ifenprodil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3689]}, "Synonyms" -> {"ifenprodil", "dilvax", "vadilex", "creocral", "rc 61-91", "4-benzyl-a-(p-hydroxyphenyl)-b-methyl-1-piperidineethanol", "23210-56-2", "a-(4-hydroxyphenyl)-b-methyl-4-(phenylmethyl)-1-piperidineethanol", "ifenprodilum[latin]", "66157-43-5[rn]", "-(2-(4-benzylpiperidin-1-yl)-1-hydroxypropyl)phenol", "ifenprodil tartrate", "1-(4-hydroxyphenyl)-2-[4-benzylpiperidyl]propan-1-ol", "4-[2-(4-benzyl-1-piperidinyl)-1-hydroxypropyl]phenol[acd/iupac name]", "2-(4-benzylpiperidino)-1-(4-hydroxyphenyl)propanol", "23210-56-2[rn]", "4-[2-(4-benzyl-1-piperidyl)-1-hydroxy-propyl]phenol; (2r,3r)-2,3-dihydroxybutanedioic acid", "4-[2-(4-benzylpiperidin-1-yl)-1-hydroxypropyl]phenol", "245-491-4[einecs]", "4-(2-(4-benzylpiperidin-1-yl)-1-hydroxypropyl)phenol", "4-[2-(4-benzyl-piperidin-1-yl)-1-hydroxy-propyl]-phenol", "cerocral", "ifenprodil [dcf:inn][inn]", "1-methyl-2-hydroxy-2-(4-hydroxyphenyl)ethyl-1-(4-benzylpiperidine)", "ifenprodil hemitartrate", "ifenprodilum [inn-latin]", "einecs 245-491-4", "ncgc00024643-03", "validex", "23210-58-4", "23210-58-4[rn]", "2-(4-benzylpiperidino)-1-(4-hydroxyphenyl)-1-propanol"}|>, "3467" -> <|"DatabaseID" -> "SW02173", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3561]}, "IsomericSmiles" -> "CC(C(c1ccc(cc1)O)O)[NH+]2CCC(CC2)Cc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08064"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ifenprodil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3689]}, "Synonyms" -> {"ifenprodil", "dilvax", "vadilex", "creocral", "rc 61-91", "4-benzyl-a-(p-hydroxyphenyl)-b-methyl-1-piperidineethanol", "23210-56-2", "a-(4-hydroxyphenyl)-b-methyl-4-(phenylmethyl)-1-piperidineethanol", "ifenprodilum[latin]", "66157-43-5[rn]", "-(2-(4-benzylpiperidin-1-yl)-1-hydroxypropyl)phenol", "ifenprodil tartrate", "1-(4-hydroxyphenyl)-2-[4-benzylpiperidyl]propan-1-ol", "4-[2-(4-benzyl-1-piperidinyl)-1-hydroxypropyl]phenol[acd/iupac name]", "2-(4-benzylpiperidino)-1-(4-hydroxyphenyl)propanol", "23210-56-2[rn]", "4-[2-(4-benzyl-1-piperidyl)-1-hydroxy-propyl]phenol; (2r,3r)-2,3-dihydroxybutanedioic acid", "4-[2-(4-benzylpiperidin-1-yl)-1-hydroxypropyl]phenol", "245-491-4[einecs]", "4-(2-(4-benzylpiperidin-1-yl)-1-hydroxypropyl)phenol", "4-[2-(4-benzyl-piperidin-1-yl)-1-hydroxy-propyl]-phenol", "cerocral", "ifenprodil [dcf:inn][inn]", "1-methyl-2-hydroxy-2-(4-hydroxyphenyl)ethyl-1-(4-benzylpiperidine)", "ifenprodil hemitartrate", "ifenprodilum [inn-latin]", "einecs 245-491-4", "ncgc00024643-03", "validex", "23210-58-4", "23210-58-4[rn]", "2-(4-benzylpiperidino)-1-(4-hydroxyphenyl)-1-propanol"}|>, "3468" -> <|"DatabaseID" -> "SW02174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2298190]}, "IsomericSmiles" -> "Cc1ccccc1N2CC[NH+](CC2)CCc3nnc4n3CCCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03648"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DAPIPRAZOLE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6917787]}, "Synonyms" -> {"rev-eyes", "dapiprazole hydrochloride", "dapirazole", "839674[beilstein]", "dsstox_rid_82866", "1,2,4-triazolo(4,3-a)pyridine 5,6,7,8-tetrahydro-3-(2-(4-(2-methylphenyl)-1-piperazinyl)ethyl)-", "dsstox_cid_28595", "glamidolo", "5,6,7,8-tetrahydro-3-[2-[4-(2-methylphenyl)-1-piperazinyl]ethyl]-1,2,4-triazolo[4,3-a]pyridine", "reversil", "dapirazolum[latin]", "5,6,7,8-tetrahydro-3-(2-(4-(o-tolyl)-1-piperazinyl)ethyl)-s-triazolo(4,3-a)pyridine", "9005-49-6", "1,2,4-triazolo[4,3-a]pyridine 5,6,7,8-tetrahydro-3-[2-[4-(2-methylphenyl)-1-piperazinyl]ethyl]-", "72822-13-0[rn]", "af-2139", "rev-eyes (tn)", "ac1ocenk", "dapiprazol; dapiprazole; dapiprazolum", "72822-12-9[rn]", "3-[2-[4-(2-methylphenyl)piperazin-1-yl]ethyl]-5", "dapiprazolum", "dapiprazole[inn]", "5,6,7,8-tetrahydro-3-[2-(4-o-tolyl-1-piperazinyl)ethyl]-s-triazolo[4,3-a]pyridine", "dsstox_gsid_48669", "72822-13-0", "3-{2-[4-(2-methylphenyl)piperazin-1-yl]ethyl}-5,6,7,8-tetrahydro[1,2,4]triazolo[4,3-a]pyridine", "dapiprazol[german]", "dapirazol[spanish][inn]"}|>, "3469" -> <|"DatabaseID" -> "SW02175", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9622"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391966], ExternalIdentifier["ChemSpiderID", 391967]}, "IsomericSmiles" -> "Cc1ccc(c(c1)[C@H](CC[NH+](C(C)C)C(C)C)c2ccccc2)O", "OfficialNames" -> <|"Indian Approved Name" -> "tolterodine tart.", "FDA Approved Drug" -> "TOLTERODINE TARTRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443878], ExternalIdentifier["PubChemCompoundID", 443879]}, "Synonyms" -> {"tolterodine l-tartrate", "tolterodine tartrate", "detrusitol sr", "124937-52-6[rn]", "detrol la", "124937-51-5[rn]", "urotrol", "detrusitol", "pnu-200583e", "2-[(1r)-3-(dipropan-2-ylamino)-1-phenylpropyl]-4-methylphenol 2,3-dihydroxybutanedioate (1:1)", "tolterodine tartrate (detrol la)", "chebi:9622", "mls001304745", "(r)-2-(3-diisopropylamino-1-phenyl-propyl)-p-", "detrol[wiki]", "(+)-tolterodine", "pnu 200583e", "(2r,3r)-2,3-dihydroxysuccinic acid -2-[(1r)-3-(diisopropylamino)-1-phenylpropyl]-4-methylphenol (1:1)", "(+)-(r)-2-[a-[2-(diisopropylamino)ethyl]benzyl]-p-cresol", "2-[(1r)-3-[bis(1-methylethyl)amino]-1-phenylpropyl]-4-methylphenol (2r,3r)-2,3-dihydroxybutanedioate", "tolterodine tartrate (jan/usan)[jan][usan]", "ncgc00159519-02", "8070733[beilstein]", "detrol la;kabi-2234;pnu-200583e", "tolterodine", "124937-53-7[rn]", "ac1l9fdr", "124936-74-9[rn]", "tolterodinum[latin]", "kabi-2234", "tolterodina[spanish][inn]", "phenol 2-[(1r)-3-[bis(1-methylethyl)amino]-1-phenylpropyl]-4-methyl-", "chembl1382", "phenol 2-((1r)-3-(bis(1-methylethyl)amino)-1-phenylpropyl)-4-methyl-", "mls001195620", "bidd:gt0318", "cresol l-tartrate", "butanedioic acid,2,3-dihydroxy- (2r,3r)- compd. with 2-[(1r)-3-[bis(1-methylethyl)amino]-1-phenylpropyl]-4-methylphenol (1:1)", "124937-51-5", "(+)-n,n-diisopropyl-3-(2-hydroxy-5-methylphenyl)-3-phenylpropylamine", "(tolterodine tartrate )", "tolterodine[wiki][inn][usan]", "detrol (tn)", "s-(-)-tolterodine", "2-[(1r)-3-(dipropan-2-ylamino)-1-phenylpropyl]-4-methylphenol", "detrol", "124937-52-6", "2-{(1r)-3-[bis(1-methylethyl)amino]-1-phenylpropyl}-4-methylphenol", "detrusitol (tn)", "(r)-2-(3-diisopropylamino-1-phenyl-propyl)-p-cresol l-tartrate", "2-[(1r)-3-(diisopropylamino)-1-phenylpropyl]-4-methylphenol", "(r)-2-[3-[bis(1-methylethyl)amino]-1-phenylpropyl]-4-methylphenol"}|>, "3470" -> <|"DatabaseID" -> "SW02176", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 69679]}, "IsomericSmiles" -> "c1cc(ccc1NC(=O)c2cc(ccc2O)Br)Cl", "OfficialNames" -> <|"Indian Approved Name" -> "5 bromosalicyl-4-chloranilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 77254]}, "Synonyms" -> {"5-bromosalicyl-4-chloroanilide", "n-5-bromosalicyloyl-p-chloroaniline", "5-bromo-4'-chlorosalicylanilide", "salifungen", "salifungin", "5-bromo-n-(4-chloro-phenyl)-2-hydroxy-benzamide", "salicylanilide 5-bromo-4'-chloro- (8ci)", "3679-64-9[rn]", "4'-cl-5-br salicylanilide", "5-bromo-n-(4-chlorophenyl)-2-hydroxy-benzamide", "benzamide 5-bromo-n- (4-chlorophenyl)-2-hydroxy-", "benzamide 5-bromo-n-(4-chlorophenyl)-2-hydroxy- (9ci)", "5-bromosalicyl-4'-chloranilide", "(5-bromo-2-hydroxyphenyl)-n-(4-chlorophenyl)carboxamide", "bromochlorosalicylanilide", "ag-f-28589", "3679-64-9", "benzamide 5-bromo-n-(4-chlorophenyl)-2-hydroxy-", "39442-77-8[rn]", "222-957-5[einecs]", "multifungin", "bromosalicylchloranilide", "5-bromo-n-(4-chlorophenyl)-2-hydroxybenzamide[acd/iupac name]", "multifungin (van)", "salicylanilide 5-bromo-4'-chloro-", "benzamide", "5-bromo-n-(4-chlorophenyl)-2-hydroxybenzamide"}|>, "3471" -> <|"DatabaseID" -> "SW02177", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31000"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12100]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00632"]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03884"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DOCOSANOL"|>, "PharmGKBID" -> "PA164749211", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12620]}, "Synonyms" -> {"docosanol", "behenyl alcohol", "abreva", "lidavol", "behenic alcohol", "docosyl alcohol", "tadenan", "docosan-1-ol", "n-docosanol", "docosanol[wiki][usan]", "ik 2", "herepair", "stenol 1822a", "membrane antigen", "661-19-8[rn]", "1-docosanol[acd/iupac name]", "tl8004688", "9005-49-6", "lanette 22", "behenylalcohol", "behenyl 80 alcohol", "lidakol", "behenyl alcohol abreva 1-docosanol", "4-01-00-01906", "211-546-6[einecs]", "docosanol (van)", "ma", "1599-67-3[rn]", "nacol 22-97", "ik 2 (alcohol)", "30303-65-2[rn]", "abreva (tn)", "behenyl alcohol ai3-36489,behenicalcohol,1-docosanol docosyl alcohol ik-2,tadenan", "ik.2", "1-docosanol", "4-01-00-01906 (beilstein handbook reference)[beilstein]", "stenol 1822", "abreva[wiki]", "1770470[beilstein]", "behenyl alcohol;abreva;1-docosanol;abreva"}|>, "3472" -> <|"DatabaseID" -> "SW02178", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 39217], ExternalIdentifier["ChemSpiderID", 4047]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00683"]}, "IsomericSmiles" -> "Cc1[nH+]cc2n1-c3ccc(cc3C(=NC2)c4ccccc4F)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00696"], ExternalIdentifier["KEGGID", "D00550"]}, "OfficialNames" -> <|"China Approved Name" -> "midazolam", "WHO Essential Medicine" -> "midazolam", "Indian Approved Name" -> "midazolam", "US Illegal/Scheduled Drug (Schedule 4)" -> "Midazolam", "FDA Approved Drug" -> "MIDAZOLAM HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450496", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 43032], ExternalIdentifier["PubChemCompoundID", 4192]}, "Synonyms" -> {"midazolam", "dormicum", "versed", "midazolamum [inn-latin]", "dea no. 2884", "midazolam base", "59467-70-8", "midazolam hydrochloride", "midazolam hcl", "midazolam[wiki]", "gamma-aminobutyric-acid receptor subunit alpha-6 precursor", "versed[wiki]", "8-chloro-6-(o-fluorophenyl)-1-methyl-4h-imidazo(1,5-a)(1,4)benzodiazepine", "dazolam", "tl8003787", "59467-64-0[rn]", "ro 21-3981", "dormicum (tn)", "4h-imidazo(1,5-a)(1,4)benzodiazepine 8-chloro-6-(2-fluorophenyl)-1-methyl-", "midazolamum[latin]", "midanium", "midosed", "8-chloro-6-(2-fluorophenyl)-1-methyl-4h-imidazo(1,5-a)(1,4)benzodiazepine", "8-chloro-6-(2-fluorophenyl)-1-methyl-4h-imidazo[1,5a][1,4]benzodiazepinehydrochloride", "8-chlor-6-(2-fluorphenyl)-1-methyl-4h-imidazo[1,5-a][1,4]benzodiazepin", "8-chloro-6-(o-fluorophenyl)-1-methyl-4h-imidazo[1,5-a][1,4]-benzodiazepine", "261-774-5[einecs]", "8-chloro-6-(2-fluorophenyl)-1-methyl-4h-imidazo[1,5-a][1,4]benzodiazepine[acd/iupac name]", "8-chlor-6-(2-fluorphenyl)-1-methyl-4h-imidazo(1,5-a)(1,4)benzodiazepin", "midazolamum", "4h-imidazo[1,5-a][1,4]benzodiazepine 8-chloro-6-(2-fluorophenyl)-1-methyl-", "buccolam", "8-chloro-6-(2-fluoro-phenyl)-1-methyl-4h-2,5,10b-triaza-benzo[e]azulene", "59467-70-8[rn]", "ro 21-3981/003", "rocam", "4h-imidazo(1,5-a)(1,4)benzodiazepine 8-chloro-6-(2-fluorophenyl)-1-methyl- hydrochloride", "hypnovel[wiki]", "8-chloro-6-(2-fluorophenyl)-1-methyl-4h-imidazo[1,5-a][1,4]benzodiazepine hydrochloride", "midazolam hydrochloride (usan)", "hsdb 6751", "8-chlor-6-(2-fluorphenyl)-1-methyl-4h-imidazo[1,5-a][1,4]benzodiazepinhydrochlorid", "8-chloro-6-(2-fluorophenyl)-1-methyl-4h-imidazo(1,5-a)(1,4)benzodiazepine monohydrochloride", "8-chloro-6-(2-fluorophenyl)-1-methyl-4h-imidazo[1,5-a][1,4]benzodiazepine monohydrochloride", "4h-imidazo[1,5-a][1,4]benzodiazepine 8-chloro-6-(2-fluorophenyl)-1-methyl- hydrochloride(1:1)", "261-776-6[einecs]", "8-chloro-6-(2-fluorophenyl)-1-methyl-4h-imidazo[1,5-a][1,4]benzodiazepine hydrochloride (1:1)[acd/iupac name]", "4h-imidazo[1,5-a][1,4]benzodiazepine 8-chloro-6-(2-fluorophenyl)-1-methyl- monohydrochloride", "hypnovel", "tl8003788", "8-chloro-6-(2-fluorophenyl)-1-methyl-4h-imidazo(1,5-a)(1,4)benzodiazepine hydrochloride", "einecs 261-776-6", "ro-21-3981-003", "dormicum[wiki]", "59467-96-8[rn]", "59467-96-8", "4h-imidazo(1,5-a)(1,4)benzodiazepine 8-chloro-6-(2-fluorophenyl)-1-methyl- monohydrochloride", "[59467-96-8]", "8-chloro-6-(o-fluorophenyl)-1-methyl-4h-imidazo(1,5-a)(1,4)benzodiazepine monohydrochloride"}|>, "3473" -> <|"DatabaseID" -> "SW02179", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52140"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13766]}, "IsomericSmiles" -> "c1ccc2c(c1)nc(n2Cc3ccc(cc3)Cl)C[NH+]4CCCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01705"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clemizole hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5309446]}, "Synonyms" -> {"clemizole hydrochloride", "1-[(4-chlorophenyl)methyl]-2-(pyrrolidin-1-ylmethyl)benzimidazole hydrochloride", "allercur (tn)", "1-p-chlorobenzyl-2-(1-pyrrolidinyl)methylbenzimidazolehydrochloride", "1-[(4-chlorophenyl)methyl]-2-(1-pyrrolidinylmethyl)benzimidazole hydrochloride", "reactrol (tn)", "1-p-chlorobenzyl-pyrrolidyl-methylene-benzimidazole hydrochloride", "1h-benzimidazole,1-[(4-chlorophenyl)methyl]-2-(1-pyrrolidinylmethyl)-,hydrochloride (1:1)", "1163-36-6[rn]", "1-(4-chlorobenzyl)-2-(pyrrolidin-1-ylmethyl)-1h-benzimidazole hydrochloride (1:1)", "1-[(4-chlorophenyl)methyl]-2-(pyrrolidinylmethyl)benzimidazole", "allercur", "benzimidazole 1-(p-chlorobenzyl)-2-(1-pyrrolidinylmethyl)- monohydrochloride", "reactrol", "allercure hydrochloride", "214-605-4[einecs]", "1163-36-6 442-52-4(base)", "1-[(4-chlorophenyl)methyl]-2-(pyrrolidinylmethyl)benzimidazole,chloride", "smr000058430", "1-p-chlorobenzyl-2-(1-pyrrolidinyl)methylbenzimidazole hydrochloride", "sbb057808", "ncgc00015243-02", "cas-1163-36-6", "1-(p-chlorobenzyl)-2-(1-pyrrolidinylmethyl)benzimidazole hydrochloride", "1-(p-chlorobenzil)-2-pirrolidil-metil-benzimidazolo cloridato[italian]", "1163-36-6"}|>, "3474" -> <|"DatabaseID" -> "SW02180", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4322]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06803"]}, "IsomericSmiles" -> "c1cc(c(cc1[N+](=O)[O-])Cl)NC(=O)c2cc(ccc2O)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00436"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "niclosamide", "Indian Approved Name" -> "niclosamide", "FDA Approved Drug" -> "NICLOSAMIDE"|>, "PharmGKBID" -> "PA165958408", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4477]}, "Synonyms" -> {"niclocide", "niclosamide", "phenasal", "fenasal", "yomesan", "tredemine", "atenase", "cestocid", "bayluscid", "dichlosale", "5-chloro-2'-chloro-4'-nitrosalicylanilide", "deoxyribonucleic acid", "2',5'-dichloro-4'-nitrosalicylanilide", "niclocide[wiki]", "devermine", "5-chlorosalicyloyl-(o-chloro-p-nitranilide)", "helmiantin", "n-(2'-chlor-4'-nitrophenyl)-5-chlorsalicylamid[german]", "5-chlor-n-(2-chlor-4-nitrophenyl)-2-hydroxybenzolcarboxamid", "niclosamidum[latin]", "5-chloro-n-(2-chloro-4-nitrophenyl)-2-hydroxybenzamide[acd/iupac name]", "niclosamid", "2-hydroxy-5-chloro-n-(2-chloro-4-nitrophenyl)benzamide", "benzamide 5-chloro-n- (2-chloro-4-nitrophenyl)-2-hydroxy-", "vermitin", "(5-chloro-2-hydroxyphenyl)-n-(2-chloro-4-nitrophenyl)carboxamide", "lintex", "nicolsamide", "devermin", "bay-2353", "5-chloro-n-(2'-chloro-4'-nitrophenyl)salicylamide", "bayluscide", "iomezan", "5-chlor-n-(2-chlor-4-nitrophenyl)-2-hydroxybenzamid", "nasemo", "benzamide 5-chloro-n-(2-chloro-4-nitrophenyl)-2-hydroxy-", "vermitid", "nicloside", "radewerm", "2',5-dichloro-4'-nitrosalicylanilide", "radeverm", "iomesan", "2',5-dichlor-4'-nitro-salizylsaeureanilid[german]", "ex a lint", "tl8003360", "50-65-7", "zestocarp", "chemagro 2353", "200-056-8[einecs]", "nitrophenyl chlorsalicylamide", "fedal-telmin", "mato", "n-(2-chloro-4-nitrophenyl)-5-chlorosalicylamide", "salicylanilide 2',5-dichloro-4'-nitro-", "yomensan", "5-chloro-n-(2-chloro-4-nitrophenyl)salicylamide", "2-chloro-4-nitrophenylamide-6-chlorosalicylic acid", "5-chloro-n-(2-chloro-4-nitro-phenyl)-2-hydroxy-benzamide", "niclosamide[wiki][inn][usan][iso][bsi]", "sulqui", "50-65-7[rn]", "molluscicide bayer 73", "niclosamida[spanish][inn]", "clonitralide", "n-(2'-chloro-4'-nitrophenyl)-5-chlorosalicylamide", "mansonil", "1420-04-8[rn]", "sagimid", "clonitralid", "niclosamide (niclocide)"}|>, "3475" -> <|"DatabaseID" -> "SW02181", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18400]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08792"]}, "IsomericSmiles" -> "CN(c1ccc(cc1)OC(=O)c2ccco2)C(=O)[C-](Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02480"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "diloxanide", "Indian Approved Name" -> "diloxanide furoate"|>, "Synonyms" -> {"diloxanide furoate", "diloxanide", "furamide (amebicide)", "miforon", "diclofurazol", "histomibal", "furentomin", "amebiazol", "entamide furoate", "diloxanid furoate", "2-furoicacid ester with 2,2-dichloro-4'-hydroxy-n-methylacetanilide", "4-[(dichloroacetyl)(methyl)amino]phenyl 2-furoate[acd/iupac name]", "diloxanide furoate[usp]", "2,2-dichloro-n-[4-hydroxyphenyl]-n-methylacetamide 2-furoic acid ester", "4-[(dichloroacetyl)(methyl)amino]phenyl furan-2-carboxylate", "diloxanide 2-furoic acid ester", "223-108-1[einecs]", "4-(2,2-dichloro-n-methylacetylamino)phenyl furan-2-carboxylate", "8073 cb", "dichlofurazol", "2-furancarboxylicacid 4-[(2,2-dichloroacetyl)methylamino]phenyl ester", "2-furancarboxylicacid 4-((dichloroacetyl)methylamino)phenyl ester", "2,2-dichloro-n-(4-hydroxyphenyl)-n-methylacetamide 2-furoic acid ester", "4-((dichloroacetyl)methylamino)phenyl 2-furoate", "cas-3736-81-0", "furamide", "3736-81-0[rn]", "diloxanide furoate (tn)", "4-[(dichloroacetyl)methylamino]phenyl 2-furoate", "entamide 2-furoate"}|>, "3476" -> <|"DatabaseID" -> "SW02182", "IsomericSmiles" -> "c1ccc\\2c(c1)C=CC(=O)/C2=N/Nc3ccc(cc3)S(=O)(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laxanthone ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23682006]}, "Synonyms" -> {"c.i. acid orange 7", "colacid orange", "persian orange", "solar orange", "fenazo orange", "acid orange a", "acid orange ii", "curol orange", "orange ii", "acid orange 7"}|>, "3477" -> <|"DatabaseID" -> "SW02183", "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1cccc2c1OCC(C2)O[N+](=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01691"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nipradilol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72006]}, "Synonyms" -> {"nipradilol", "hypadil", "nipradolol", "81486-22-8", "k-351", "nipradilol(jan)", "brn 3566879", "ccris 2515", "k 351", "nipradilolum [latin]"}|>, "3478" -> <|"DatabaseID" -> "SW02183", "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1cccc2c1OCC(C2)O[N+](=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01691"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nipradilol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72006]}, "Synonyms" -> {"nipradilol", "hypadil", "nipradolol", "81486-22-8", "k-351", "nipradilol(jan)", "brn 3566879", "ccris 2515", "k 351", "nipradilolum [latin]"}|>, "3479" -> <|"DatabaseID" -> "SW02183", "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1cccc2c1OCC(C2)O[N+](=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01691"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nipradilol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72006]}, "Synonyms" -> {"nipradilol", "hypadil", "nipradolol", "81486-22-8", "k-351", "nipradilol(jan)", "brn 3566879", "ccris 2515", "k 351", "nipradilolum [latin]"}|>, "3480" -> <|"DatabaseID" -> "SW02183", "IsomericSmiles" -> "CC(C)[NH2+]CC(COc1cccc2c1OCC(C2)O[N+](=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01691"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nipradilol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72006]}, "Synonyms" -> {"nipradilol", "hypadil", "nipradolol", "81486-22-8", "k-351", "nipradilol(jan)", "brn 3566879", "ccris 2515", "k 351", "nipradilolum [latin]"}|>, "3481" -> <|"DatabaseID" -> "SW02184", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28462"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01426"]}, "IsomericSmiles" -> "CC[C@H]1[C@@H]2C[C@H]3[C@H]4[C@@]5(C[C@@H](C2[C@H]5O)[NH+]3[C@@H]1O)c6ccccc6N4C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00199"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ajmaline"|>, "Synonyms" -> {"ajmaline", "hh1", "ajimalin", "voltage-gated sodium channel subunit alpha nav1.5", "sodium channel protein cardiac muscle alpha-subunit", "ajmalin", "sodium channel protein type v subunit alpha"}|>, "3482" -> <|"DatabaseID" -> "SW02185", "IsomericSmiles" -> "CC[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@]2(C#C)O)CCC4=C/C(=N/O)/CC[C@H]34", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05205"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NORELGESTROMIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9568628]}, "Synonyms" -> {"norelgestromin", "53016-31-2", "dsstox_cid_26788", "ncgc00168787-01", "chembl1200807", "dsstox_rid_81906", "tox21_112647", "norelgestromin (usan/inn)", "dsstox_gsid_46788", "evra (tn)", "evra"}|>, "3483" -> <|"DatabaseID" -> "SW02186", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53770"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24249]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01615"]}, "IsomericSmiles" -> "CC(CN1c2ccccc2Sc3c1cc(cc3)C(=O)C)[NH+](C)C", "OfficialNames" -> <|"NPC Approved Name" -> "noctran"|>, "PharmGKBID" -> "PA164743727", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26035]}, "Synonyms" -> {"10-(2-(dimethylamino)propyl)phenothiazin-2-yl methyl ketone", "acepromethazine", "aceprometazinum [inn-latin]", "aceprometazine", "mepronizine", "aceprometazina [inn-spanish]", "aceprometazinum[latin]", "ketone 10-(2-(dimethylamino)propyl)phenothiazin-2-yl methyl", "1-{10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl}ethanone[acd/iupac name]", "aceprometazine [inn:dcf]", "236-661-9[einecs]", "ethanone,1-[10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl]-", "4-27-00-02910[beilstein]", "4-27-00-02910 (beilstein handbook reference)[beilstein]", "aceprometazina; aceprometazine; aceprometazinum", "1664 cb", "aceprometazina", "aceprometazina[spanish][inn]", "aceprometazine[wiki]", "13461-01-3[rn]", "aceprometazinum", "1-(10-(2-(dimethylamino)propyl)-10h-phenothiazin-2-yl)ethanone", "noctran", "aceprometazine [dcf:inn][inn]", "ethanone,1-(10-(2-(dimethylamino)propyl)-10h-phenothiazin-2-yl)- (9ci)", "aceprometazinum [inn_la]", "chebi:53770"}|>, "3484" -> <|"DatabaseID" -> "SW02186", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53770"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24249]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01615"]}, "IsomericSmiles" -> "CC(CN1c2ccccc2Sc3c1cc(cc3)C(=O)C)[NH+](C)C", "OfficialNames" -> <|"NPC Approved Name" -> "noctran"|>, "PharmGKBID" -> "PA164743727", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26035]}, "Synonyms" -> {"10-(2-(dimethylamino)propyl)phenothiazin-2-yl methyl ketone", "acepromethazine", "aceprometazinum [inn-latin]", "aceprometazine", "mepronizine", "aceprometazina [inn-spanish]", "aceprometazinum[latin]", "ketone 10-(2-(dimethylamino)propyl)phenothiazin-2-yl methyl", "1-{10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl}ethanone[acd/iupac name]", "aceprometazine [inn:dcf]", "236-661-9[einecs]", "ethanone,1-[10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl]-", "4-27-00-02910[beilstein]", "4-27-00-02910 (beilstein handbook reference)[beilstein]", "aceprometazina; aceprometazine; aceprometazinum", "1664 cb", "aceprometazina", "aceprometazina[spanish][inn]", "aceprometazine[wiki]", "13461-01-3[rn]", "aceprometazinum", "1-(10-(2-(dimethylamino)propyl)-10h-phenothiazin-2-yl)ethanone", "noctran", "aceprometazine [dcf:inn][inn]", "ethanone,1-(10-(2-(dimethylamino)propyl)-10h-phenothiazin-2-yl)- (9ci)", "aceprometazinum [inn_la]", "chebi:53770"}|>, "3485" -> <|"DatabaseID" -> "SW02187", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64785]}, "IsomericSmiles" -> "CO[C@@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CNC(=O)N(CCCl)N=O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01760"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ranimustine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71741]}, "Synonyms" -> {"ranimustine", "thymerin", "mcnu", "cymerine", "ranomustine", "cymerin", "ranimustina [spanish]", "ranimustinum[latin]", "nsc-0270516", "58994-96-0[rn]", "ranimustinum [latin]", "methyl 6-(3-(2-chloroethyl)-3-nitrosoureido)-6-deoxy-alpha-d-glucopyranoside", "ranimustina[spanish]", "methyl 6-[[[(2-chloroethyl)nitrosoamino]carbonyl]amino]-6-deoxy-a-d-glucopyranoside", "methyl n-carbamyl-n'-(2-chloroethyl)-n'-nitroso-6-amino-6-deoxy-a-d-glucopyranoside", "cymerin (tn)", "ranimustine [inn:jan][inn][jan]", "3-(methyl-a-d-glucopyranos-6-yl)-1-(2-chloroethyl)-1-nitrosourea", "brn 4762262"}|>, "3486" -> <|"DatabaseID" -> "SW02188", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17489"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5851]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)[C@H]3[C@@H]([C@H]4[C@H](O3)COP(=O)(O4)[O-])O)N", "OfficialNames" -> <|"China Approved Name" -> "cyclic adenosine monophosphate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6076]}, "Synonyms" -> {"adenosine 3'", "cyclic 3'", "cyclic amp", "adenosine cyclic monophosphate", "camp", "60-92-4[rn]", "cyclic adenosine 3',5'-monophosphate", "adenosine-cyclic-phosphate", "adenosine 3',5'-cyclicmonophosphate", "(4ar,6r,7r,7as)-6-(6-amino-9h-purin-9-yl)tetrahydro-4h-furo[3,2-d][1,3,2]dioxaphosphinin-2,7-diol-2-oxid[acd/iupac name]", "(1s,6r,8r,9r)-8-(6-aminopurin-9-yl)-3,9-dihydroxy-2,4,7-trioxa-3-phosphabicyclo[4.3.0]nonan-3-one", "4-26-00-03618 (beilstein handbook reference)[beilstein]", "adenosine-3',5'-cyclophosphate", "formycin cyclic 3',5'-monophosphate", "adenosine cyclic 3',5'-(hydrogen phosphate)", "54532-48-8[rn]", "adenosine cyclic 3',5'-(hydrogen phosphate)", "cyclic adenosine 3'", "adenosine cyclic 3',5'-monophosphate", "acrasin", "cyclic adenosine 3',5'-phosphate", "cyclic adenosine monophosphate[wiki]", "85187-54-8[rn]", "adenosine 3',5'-(hydrogen phosphate)", "adenosine-3',5'-cyclic-monophosphate", "3',5'-cyclic amp", "adenosine 3,5'-cyclic monophosphoric acid", "adenosine-3',5'-cyclicmonophosphate", "adenosine 3':5'-cyclicmonophosphate", "11002-78-1[rn]", "3' 5'-cyclic adenosine monophosphate", "d-ribitol 1-c-(7-amino-1h-pyrazolo(4,3-d)pyrimidine-3-yl)-1,4-anhydro-,cyclic 3',5'-(hydrogen phosphate),(s)-", "6-(6-amino-9h-purin-9-yl)tetrahydro-4h-furo[3,2-d][1,3,2]dioxaphosphinine-2,7-diol 2-oxide[acd/iupac name]", "adenosine 3',5'-cyclophosphate", "adenosine 3',5'-cyclic phosphate", "cyclic 3',5'-amp", "cyclic adenylic acid", "3'5'-cyclic ester of amp", "37839-81-9[rn]", "adenosine 3',5'-monophosphate", "cyclic 3',5'-adenylic acid", "bek", "adenosine 3',5'-phosphate", "(s)-1-c-(7-amino-1h-pyrazolo(4,3-d)pyrimidine-3-yl)-1,4-anhydro-d-ribitol cyclic3',5'-(hydrogen phosphate)", "4h-furo[3,2-d]-1,3,2-dioxaphosphorin-7-ol 6-(6-amino-9h-purin-9-yl)tetrahydro-2-hydroxy-,2-oxide,(4ar,6r,7r,7as)-[acd/index name]", "adenosine 3,5'-cyclic monophosphorate", "adenosine cyclicphosphate", "adenosine cyclic-monophosphate", "cyclic 3',5'-adenylate", "adenosine 3',5'-cyclophosphoric acid", "cyclic-3',5'-(hydrogen phosphate)adenosine", "52645[beilstein]", "adenosine 3',5'-cyclic monophosphate", "200-492-9[einecs]", "(4ar,6r,7r,7as)-6-(6-amino-9h-purin-9-yl)tetrahydro-4h-furo[3,2-d][1,3,2]dioxaphosphinine-2,7-diol2-oxide[acd/iupac name]", "adenosine cyclic 3',5'-phosphate", "(2r,4ar,6r,7r,7as)-6-(6-amino-9h-purin-9-yl)tetrahydro-4h-furo[3,2-d][1,3,2]dioxaphosphinine-2,7-diol 2-oxide"}|>, "3487" -> <|"DatabaseID" -> "SW02188", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17489"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5851]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)[C@H]3[C@@H]([C@H]4[C@H](O3)COP(=O)(O4)[O-])O)N", "OfficialNames" -> <|"China Approved Name" -> "cyclic adenosine monophosphate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6076]}, "Synonyms" -> {"adenosine 3'", "cyclic 3'", "cyclic amp", "adenosine cyclic monophosphate", "camp", "60-92-4[rn]", "cyclic adenosine 3',5'-monophosphate", "adenosine-cyclic-phosphate", "adenosine 3',5'-cyclicmonophosphate", "(4ar,6r,7r,7as)-6-(6-amino-9h-purin-9-yl)tetrahydro-4h-furo[3,2-d][1,3,2]dioxaphosphinin-2,7-diol-2-oxid[acd/iupac name]", "(1s,6r,8r,9r)-8-(6-aminopurin-9-yl)-3,9-dihydroxy-2,4,7-trioxa-3-phosphabicyclo[4.3.0]nonan-3-one", "4-26-00-03618 (beilstein handbook reference)[beilstein]", "adenosine-3',5'-cyclophosphate", "formycin cyclic 3',5'-monophosphate", "adenosine cyclic 3',5'-(hydrogen phosphate)", "54532-48-8[rn]", "adenosine cyclic 3',5'-(hydrogen phosphate)", "cyclic adenosine 3'", "adenosine cyclic 3',5'-monophosphate", "acrasin", "cyclic adenosine 3',5'-phosphate", "cyclic adenosine monophosphate[wiki]", "85187-54-8[rn]", "adenosine 3',5'-(hydrogen phosphate)", "adenosine-3',5'-cyclic-monophosphate", "3',5'-cyclic amp", "adenosine 3,5'-cyclic monophosphoric acid", "adenosine-3',5'-cyclicmonophosphate", "adenosine 3':5'-cyclicmonophosphate", "11002-78-1[rn]", "3' 5'-cyclic adenosine monophosphate", "d-ribitol 1-c-(7-amino-1h-pyrazolo(4,3-d)pyrimidine-3-yl)-1,4-anhydro-,cyclic 3',5'-(hydrogen phosphate),(s)-", "6-(6-amino-9h-purin-9-yl)tetrahydro-4h-furo[3,2-d][1,3,2]dioxaphosphinine-2,7-diol 2-oxide[acd/iupac name]", "adenosine 3',5'-cyclophosphate", "adenosine 3',5'-cyclic phosphate", "cyclic 3',5'-amp", "cyclic adenylic acid", "3'5'-cyclic ester of amp", "37839-81-9[rn]", "adenosine 3',5'-monophosphate", "cyclic 3',5'-adenylic acid", "bek", "adenosine 3',5'-phosphate", "(s)-1-c-(7-amino-1h-pyrazolo(4,3-d)pyrimidine-3-yl)-1,4-anhydro-d-ribitol cyclic3',5'-(hydrogen phosphate)", "4h-furo[3,2-d]-1,3,2-dioxaphosphorin-7-ol 6-(6-amino-9h-purin-9-yl)tetrahydro-2-hydroxy-,2-oxide,(4ar,6r,7r,7as)-[acd/index name]", "adenosine 3,5'-cyclic monophosphorate", "adenosine cyclicphosphate", "adenosine cyclic-monophosphate", "cyclic 3',5'-adenylate", "adenosine 3',5'-cyclophosphoric acid", "cyclic-3',5'-(hydrogen phosphate)adenosine", "52645[beilstein]", "adenosine 3',5'-cyclic monophosphate", "200-492-9[einecs]", "(4ar,6r,7r,7as)-6-(6-amino-9h-purin-9-yl)tetrahydro-4h-furo[3,2-d][1,3,2]dioxaphosphinine-2,7-diol2-oxide[acd/iupac name]", "adenosine cyclic 3',5'-phosphate", "(2r,4ar,6r,7r,7as)-6-(6-amino-9h-purin-9-yl)tetrahydro-4h-furo[3,2-d][1,3,2]dioxaphosphinine-2,7-diol 2-oxide"}|>, "3488" -> <|"DatabaseID" -> "SW02190", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59455]}, "IsomericSmiles" -> "COc1c(cc2c(c1O)[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)OC2=O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01040"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cuscutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66065]}, "Synonyms" -> {"bergenin", "(2r,3s,4s,4ar,10bs)-3,4,8,10-tetrahydroxy-2-hydroxymethyl-9-methoxy-3,4,4a,10b-tetrahydro-2h-pyrano[3,2-c]isochromen-6-one monohydrate", "ac1l24jn", "(2r,3s,4s,4ar,10bs)-3,4,8,10-tetrahydroxy-2-(hydroxymethyl)-9-methoxy-2,3,4,4a-tetrahydropyrano[3,2-c]isochromen-6(10bh)-one hydrate", "(2r,3s,4s,4ar,10bs)-3,4,8,10-tetrahydroxy-2-(hydroxymethyl)-9-methoxy-3,4,4a,10b-tetrahydropyrano[3,2-c]isochromen-6(2h)-one[acd/iupac name]", "bergenin[wiki][jan]", "(+)-bergenin", "pyrano[3,2-c][2]benzopyran-6(2h)-one 3,4,4a,10b-tetrahydro-3,4,8,10-tetrahydroxy-2-(hydroxymethyl)-9-methoxy- (2r,3s,4s,4ar,10bs)-", "5956-63-8[rn]", "nsc661749", "3,4,8,10-tetrahydroxy-2-(hydroxymethyl)-9-methoxy-3,4,4a,10b-tetrahydropyrano[3,2-c]isochromen-6(2h)-one[acd/iupac name]", "bergenin (jan)", "(2r,3s,4s,4ar,10bs)-3,4,8,10-tetrahydroxy-2-(hydroxymethyl)-9-methoxy-2,3,4,4a-tetrahydropyrano[3,2-c]isochromen-6(10bh)-one", "477-90-7[rn]", "3,4,4a,10b-tetrahydro-3,4,8,10-tetrahydroxy-2-(hydroxymethyl)-9-methoxypyrano(3,2-c)(2)benzopyran-6(h)-one", "unii-l84rbe4idc", "bengenin", "477-90-7", "cuscutin", "s2270_selleck", "bergenin - cuscutin", "ac1q6o1z"}|>, "3489" -> <|"DatabaseID" -> "SW02191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13775]}, "IsomericSmiles" -> "COc1cc2c(c3c1c4c(c(=O)o3)C(=O)OCC4)C5C=COC5O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aflatoxins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14421]}, "Synonyms" -> {"aflatoxin g1", "aflatoxin g1 solution", "aflatoxins", "1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c][1]benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy-", "1165-39-5", "1h,12h-furo(3',2':4,5)furo(2,3-h)pyrano(3,4-c)(1)benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy-", "1165-39-5[rn]", "5-methoxy-3,4,7a,10a-tetrahydro-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c]chromene-1,12-dione[acd/iupac name]", "aflatoxin", "5-(methyloxy)-3,4,7a,10a-tetrahydro-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c]chromene-1,12-dione", "aflatoxing1", "hsdb 3455", "3,4,7aa,10aa-tetrahydro-5-methoxy-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c][1]benzopyran-1,12-dione", "5-(methyloxy)-3", "(7ar,cis)3,4,7a,10a-tetrahydro-5-methoxy-1h,12h-furo(3',2':4,5)furo(2,3-h)pyrano(3,4-c)chromene-1,12-dione", "1h", "1h,12h-furo(3',2':4,5)furo(2,3-h)pyrano(3,4-c)(1)benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy- (7ar-cis)-", "214-615-9[einecs]", "1385-95-1[rn]", "5-19-12-00081", "einecs 214-615-9", "5-19-12-00081 (beilstein handbook reference)[beilstein]", "1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c][1]benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy- (7ar-cis)-", "ccris 14", "aflatoxin crude", "1402-68-2[rn]", "(7ar,cis)3,4,7a,10a-tetrahydro-5-methoxy-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c]chromene-1,12-dione"}|>, "3490" -> <|"DatabaseID" -> "SW02191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13775]}, "IsomericSmiles" -> "COc1cc2c(c3c1c4c(c(=O)o3)C(=O)OCC4)C5C=COC5O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aflatoxins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14421]}, "Synonyms" -> {"aflatoxin g1", "aflatoxin g1 solution", "aflatoxins", "1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c][1]benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy-", "1165-39-5", "1h,12h-furo(3',2':4,5)furo(2,3-h)pyrano(3,4-c)(1)benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy-", "1165-39-5[rn]", "5-methoxy-3,4,7a,10a-tetrahydro-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c]chromene-1,12-dione[acd/iupac name]", "aflatoxin", "5-(methyloxy)-3,4,7a,10a-tetrahydro-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c]chromene-1,12-dione", "aflatoxing1", "hsdb 3455", "3,4,7aa,10aa-tetrahydro-5-methoxy-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c][1]benzopyran-1,12-dione", "5-(methyloxy)-3", "(7ar,cis)3,4,7a,10a-tetrahydro-5-methoxy-1h,12h-furo(3',2':4,5)furo(2,3-h)pyrano(3,4-c)chromene-1,12-dione", "1h", "1h,12h-furo(3',2':4,5)furo(2,3-h)pyrano(3,4-c)(1)benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy- (7ar-cis)-", "214-615-9[einecs]", "1385-95-1[rn]", "5-19-12-00081", "einecs 214-615-9", "5-19-12-00081 (beilstein handbook reference)[beilstein]", "1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c][1]benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy- (7ar-cis)-", "ccris 14", "aflatoxin crude", "1402-68-2[rn]", "(7ar,cis)3,4,7a,10a-tetrahydro-5-methoxy-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c]chromene-1,12-dione"}|>, "3491" -> <|"DatabaseID" -> "SW02191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13775]}, "IsomericSmiles" -> "COc1cc2c(c3c1c4c(c(=O)o3)C(=O)OCC4)C5C=COC5O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aflatoxins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14421]}, "Synonyms" -> {"aflatoxin g1", "aflatoxin g1 solution", "aflatoxins", "1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c][1]benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy-", "1165-39-5", "1h,12h-furo(3',2':4,5)furo(2,3-h)pyrano(3,4-c)(1)benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy-", "1165-39-5[rn]", "5-methoxy-3,4,7a,10a-tetrahydro-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c]chromene-1,12-dione[acd/iupac name]", "aflatoxin", "5-(methyloxy)-3,4,7a,10a-tetrahydro-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c]chromene-1,12-dione", "aflatoxing1", "hsdb 3455", "3,4,7aa,10aa-tetrahydro-5-methoxy-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c][1]benzopyran-1,12-dione", "5-(methyloxy)-3", "(7ar,cis)3,4,7a,10a-tetrahydro-5-methoxy-1h,12h-furo(3',2':4,5)furo(2,3-h)pyrano(3,4-c)chromene-1,12-dione", "1h", "1h,12h-furo(3',2':4,5)furo(2,3-h)pyrano(3,4-c)(1)benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy- (7ar-cis)-", "214-615-9[einecs]", "1385-95-1[rn]", "5-19-12-00081", "einecs 214-615-9", "5-19-12-00081 (beilstein handbook reference)[beilstein]", "1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c][1]benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy- (7ar-cis)-", "ccris 14", "aflatoxin crude", "1402-68-2[rn]", "(7ar,cis)3,4,7a,10a-tetrahydro-5-methoxy-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c]chromene-1,12-dione"}|>, "3492" -> <|"DatabaseID" -> "SW02191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13775]}, "IsomericSmiles" -> "COc1cc2c(c3c1c4c(c(=O)o3)C(=O)OCC4)C5C=COC5O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aflatoxins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14421]}, "Synonyms" -> {"aflatoxin g1", "aflatoxin g1 solution", "aflatoxins", "1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c][1]benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy-", "1165-39-5", "1h,12h-furo(3',2':4,5)furo(2,3-h)pyrano(3,4-c)(1)benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy-", "1165-39-5[rn]", "5-methoxy-3,4,7a,10a-tetrahydro-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c]chromene-1,12-dione[acd/iupac name]", "aflatoxin", "5-(methyloxy)-3,4,7a,10a-tetrahydro-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c]chromene-1,12-dione", "aflatoxing1", "hsdb 3455", "3,4,7aa,10aa-tetrahydro-5-methoxy-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c][1]benzopyran-1,12-dione", "5-(methyloxy)-3", "(7ar,cis)3,4,7a,10a-tetrahydro-5-methoxy-1h,12h-furo(3',2':4,5)furo(2,3-h)pyrano(3,4-c)chromene-1,12-dione", "1h", "1h,12h-furo(3',2':4,5)furo(2,3-h)pyrano(3,4-c)(1)benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy- (7ar-cis)-", "214-615-9[einecs]", "1385-95-1[rn]", "5-19-12-00081", "einecs 214-615-9", "5-19-12-00081 (beilstein handbook reference)[beilstein]", "1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c][1]benzopyran-1,12-dione,3,4,7a,10a-tetrahydro-5-methoxy- (7ar-cis)-", "ccris 14", "aflatoxin crude", "1402-68-2[rn]", "(7ar,cis)3,4,7a,10a-tetrahydro-5-methoxy-1h,12h-furo[3',2':4,5]furo[2,3-h]pyrano[3,4-c]chromene-1,12-dione"}|>, "3493" -> <|"DatabaseID" -> "SW02192", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341407]}, "IsomericSmiles" -> "CC(=O)OC[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)Oc2ccccc2CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fragilin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084324]}, "Synonyms" -> {"fragilin", "beta-d-glucopyranoside", "19764-02-4[rn]", "salicin", "ac1mj2c7", "19764-02-4", "[(2s"}|>, "3494" -> <|"DatabaseID" -> "SW02193", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391227]}, "IsomericSmiles" -> "CC(=O)c1ccc(cc1O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "paeonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442924]}, "Synonyms" -> {"paeonoside", "1-[4-methoxy-2-[(2s", "chembl1079881", "20309-70-0[rn]", "chebi:718638", "c10717", "ac1l9dnq", "20309-70-0"}|>, "3495" -> <|"DatabaseID" -> "SW02194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 103015]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]([C@]2([C@@]13C[C@H]([C@]([C@@]24COC4=O)(C)O)OC(=O)[C@@H]3O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anisatin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 115121]}, "Synonyms" -> {"spiro(6h-4", "anisatin", "aniasatin", "(-)-anisatin", "11011-16-8[rn]", "(1r,4r,5r,6s,6ar,7r,9r,9as)-1,5,6a,7-tetrahydroxy-5,9-dimethylhexahydrospiro[4,9a-methanocyclopenta[d]oxocine-6,3'-oxetane]-2,2'(1h)-dione", "(1s", "c14h18o9", "ambotz5230-87-5", "ac1l3gk8", "5230-87-5[rn]", "ac1q6hj8", "18437-03-1[rn]", "spiro(6h-4,9a-methanocyclopent(d)oxocin-6,3'-oxetane)-2,2'(1h)-dione hexahydro-1,5,6a,7-tetrahydroxy-5,9-dimethyl-,(1r,3's,4r,5r,6ar,7r,9r,9as)-", "(1s,2r,4r,5r,6s,7r,8r,11r)-4,5,7,11-tetrahydroxy-2,7-dimethyl-10h-spiro[9-oxatricyclo[6.3.1.01,5]dodecane-6,3'-oxetane]-2',10-dione[acd/iupac name]", "51372-90-8[rn]"}|>, "3496" -> <|"DatabaseID" -> "SW02195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30089]}, "IsomericSmiles" -> "CC(=CCC(C1=CC(=O)c2c(ccc(c2C1=O)[O-])[O-])OC(=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetylshikonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32464]}, "Synonyms" -> {"arnebin-3", "acetylshikonin", "arnebin 3", "alkannin monoacetate", "24502-78-1[rn]", "1,4-naphthalenedione 2-(1-(acetyloxy)-4-methyl-3-pentenyl)-5,8-dihydroxy-", "nsc 110199", "106295-33-4[rn]", "(+)-5", "23444-71-5[rn]", "shikonin acetyl", "1", "54984-93-9[rn]", "24502-78-1", "acetyl shikonin", "alkannin", "acetic acid 1-(5,8-dihydroxy-1,4-dioxo-1,4-dihydro-naphthalen-2-yl)-4-methyl-pent-3-enyl ester", "acetylalkannin", "b671806k005", "1,4-naphthoquinone 5,8-dihydroxy-2-(1-hydroxy-4-methyl-3-pentenyl)- 2-acetate,", "1-(5,8-dihydroxy-1,4-dioxo-1,4-dihydronaphthalen-2-yl)-4-methylpent-3-en-1-yl acetate", "34232-27-4[rn]", "1-(5,8-dihydroxy-1,4-dioxo-1,4-dihydronaphthalen-2-yl)-4-methylpent-3-enyl acetate", "shikonin", "1,4-naphthalenedione 2-[1-(acetyloxy)-4-methyl-3-pentenyl]-5,8-dihydroxy-", "1,4-naphthalenedione 2-[1-(acetyloxy)-4-methyl-3-penten-1-yl]-5,8-dihydroxy-", "54984-93-9"}|>, "3497" -> <|"DatabaseID" -> "SW02195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30089]}, "IsomericSmiles" -> "CC(=CCC(C1=CC(=O)c2c(ccc(c2C1=O)[O-])[O-])OC(=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetylshikonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32464]}, "Synonyms" -> {"arnebin-3", "acetylshikonin", "arnebin 3", "alkannin monoacetate", "24502-78-1[rn]", "1,4-naphthalenedione 2-(1-(acetyloxy)-4-methyl-3-pentenyl)-5,8-dihydroxy-", "nsc 110199", "106295-33-4[rn]", "(+)-5", "23444-71-5[rn]", "shikonin acetyl", "1", "54984-93-9[rn]", "24502-78-1", "acetyl shikonin", "alkannin", "acetic acid 1-(5,8-dihydroxy-1,4-dioxo-1,4-dihydro-naphthalen-2-yl)-4-methyl-pent-3-enyl ester", "acetylalkannin", "b671806k005", "1,4-naphthoquinone 5,8-dihydroxy-2-(1-hydroxy-4-methyl-3-pentenyl)- 2-acetate,", "1-(5,8-dihydroxy-1,4-dioxo-1,4-dihydronaphthalen-2-yl)-4-methylpent-3-en-1-yl acetate", "34232-27-4[rn]", "1-(5,8-dihydroxy-1,4-dioxo-1,4-dihydronaphthalen-2-yl)-4-methylpent-3-enyl acetate", "shikonin", "1,4-naphthalenedione 2-[1-(acetyloxy)-4-methyl-3-pentenyl]-5,8-dihydroxy-", "1,4-naphthalenedione 2-[1-(acetyloxy)-4-methyl-3-penten-1-yl]-5,8-dihydroxy-", "54984-93-9"}|>, "3498" -> <|"DatabaseID" -> "SW02196", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4885135]}, "IsomericSmiles" -> "CC(CCc1ccc(cc1)O)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betuloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325917]}, "Synonyms" -> {"3-(4-hydroxyphenyl)-1-methylpropyl-b-d-glucopyranoside", "ac1o3dwo", "(2r", "rhododendrin", "betuloside", "497-78-9[rn]"}|>, "3499" -> <|"DatabaseID" -> "SW02196", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4885135]}, "IsomericSmiles" -> "CC(CCc1ccc(cc1)O)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betuloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325917]}, "Synonyms" -> {"3-(4-hydroxyphenyl)-1-methylpropyl-b-d-glucopyranoside", "ac1o3dwo", "(2r", "rhododendrin", "betuloside", "497-78-9[rn]"}|>, "3500" -> <|"DatabaseID" -> "SW02197", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8059607]}, "IsomericSmiles" -> "CC(C)C(=O)OC(C)OC(=O)NCC1(CCCCC1)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09539"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GABAPENTIN ENACARBIL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9883933]}, "Synonyms" -> {"horizant", "gabapentin enacarbil", "gabapentin enacarbil[wiki]", "xenoport", "xp13512", "asp-8825", "xp-13512", "solzira", "unii-75ocl1spbq", "xp-053", "478296-72-9", "gabapentin enacarbil (jan/usan/inn)"}|>, "3501" -> <|"DatabaseID" -> "SW02197", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8059607]}, "IsomericSmiles" -> "CC(C)C(=O)OC(C)OC(=O)NCC1(CCCCC1)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09539"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GABAPENTIN ENACARBIL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9883933]}, "Synonyms" -> {"horizant", "gabapentin enacarbil", "gabapentin enacarbil[wiki]", "xenoport", "xp13512", "asp-8825", "xp-13512", "solzira", "unii-75ocl1spbq", "xp-053", "478296-72-9", "gabapentin enacarbil (jan/usan/inn)"}|>, "3502" -> <|"DatabaseID" -> "SW02198", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29145]}, "IsomericSmiles" -> "COc1cc2c3c(c1OC)-c4cc(c(cc4C[C@@H]3[NH2+]CC2)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laurotetanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31415]}, "Synonyms" -> {"litsoeine", "laurotetanin", "laurotetanine", "4h-dibenzo(de,g)quinolin-9-ol 5,6,6a,7-tetrahydro-1,2,10-trimethoxy- (s)-", "128-76-7[rn]", "chembl464098", "4h-dibenzo[de,g]quinolin-9-ol 5,6,6a,7-tetrahydro-1,2,10-trimethoxy- (6as)-", "(s)-5,6,6a,7-tetrahydro-1,2,10-trimethoxy-4h-dibenzo[de,g]quinolin-9-ol", "1", "nsc 106610", "4h-dibenzo(de,g)quinolin-9-ol 5,6,6a,7-tetrahydro-1,2,10-trimethoxy- (s)- (9ci)", "1,2,10-trimethoxy-6aa-noraporphin-9-ol", "ls-97035", "6a-alpha-noraporphin-9-ol", "(6as)-1,2,10-trimethoxy-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinolin-9-ol[acd/iupac name]", "ac1l1lkk", "4h-dibenzo(de"}|>, "3503" -> <|"DatabaseID" -> "SW02199", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 522694]}, "IsomericSmiles" -> "COc1cc2c(cc1O)C3Cc4cc(c(cc4C[NH+]3CC2)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coreximine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 601259]}, "Synonyms" -> {"coreximine", "3", "(-)-coreximine", "6h-dibenzo(a", "483-45-4", "483-45-4[rn]", "akos004907153", "ac1lcjbe", "3,10-dimethoxy-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinoline-2,11-diol"}|>, "3504" -> <|"DatabaseID" -> "SW02199", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 522694]}, "IsomericSmiles" -> "COc1cc2c(cc1O)C3Cc4cc(c(cc4C[NH+]3CC2)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coreximine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 601259]}, "Synonyms" -> {"coreximine", "3", "(-)-coreximine", "6h-dibenzo(a", "483-45-4", "483-45-4[rn]", "akos004907153", "ac1lcjbe", "3,10-dimethoxy-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinoline-2,11-diol"}|>, "3505" -> <|"DatabaseID" -> "SW02200", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736005]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23C=C(C(=O)C=C2[C@H]1Cc4c3c(c(cc4)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoacutine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5408233]}, "Synonyms" -> {"salutaridine", "sinoacutine", "4788633[beilstein]", "5,6,8,14-tetradehydro-4-hydroxy-3,6-dimethoxy-17-methylmorphinan-7-one", "5,6,8,14-tetradehydro-4-hydroxy-3,6-dimethoxy-17-methyl-morphinan-7-one", "4-hydroxy-3,6-dimethoxy-17-methyl-5,6,8,14-tetradehydromorphinan-7-one", "morphinan-7-one 5,6,8,14-tetradehydro-4-hydroxy-3,6-dimethoxy-17-methyl-", "1936-18-1", "4-hydroxy-3", "chebi:17225", "1630083[beilstein]", "salutarine", "5", "chembl404097", "1936-18-1[rn]", "floripavine", "c05179", "morphinan-7-one"}|>, "3506" -> <|"DatabaseID" -> "SW02200", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736005]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23C=C(C(=O)C=C2[C@H]1Cc4c3c(c(cc4)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoacutine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5408233]}, "Synonyms" -> {"salutaridine", "sinoacutine", "4788633[beilstein]", "5,6,8,14-tetradehydro-4-hydroxy-3,6-dimethoxy-17-methylmorphinan-7-one", "5,6,8,14-tetradehydro-4-hydroxy-3,6-dimethoxy-17-methyl-morphinan-7-one", "4-hydroxy-3,6-dimethoxy-17-methyl-5,6,8,14-tetradehydromorphinan-7-one", "morphinan-7-one 5,6,8,14-tetradehydro-4-hydroxy-3,6-dimethoxy-17-methyl-", "1936-18-1", "4-hydroxy-3", "chebi:17225", "1630083[beilstein]", "salutarine", "5", "chembl404097", "1936-18-1[rn]", "floripavine", "c05179", "morphinan-7-one"}|>, "3507" -> <|"DatabaseID" -> "SW02201", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21488]}, "IsomericSmiles" -> "COc1ccc2c(c1O)C[NH+]3CCc4cc(c(cc4C3C2)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoulerine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22955]}, "Synonyms" -> {"aequaline", "scoulerin", "6451-73-6", "2,9-dioxy-3,10-dimethoxyberbine", "3,10-dimethoxy-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinoline-2,9-diol", "3", "2", "13a-alpha-berbine-2", "(13as)-5,8,13,13a-tetrahydro-3,10-dimethoxy-6h-dibenzo[a,g]quinolizine-2,9-diol", "s-scoulerine", "6h-dibenzo[a,g]quinolizine-2,9-diol,5,8,13,13a-tetrahydro-3,10-dimethoxy-", "6h-dibenzo(a,g)quinolizine-2,9-diol,5,8,13,13a-tetrahydro-3,10-dimethoxy-", "l-skoulerine", "l-scoulerine", "discretamine", "scoulerine", "discretamine[wiki]", "scoulerine[wiki]"}|>, "3508" -> <|"DatabaseID" -> "SW02201", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21488]}, "IsomericSmiles" -> "COc1ccc2c(c1O)C[NH+]3CCc4cc(c(cc4C3C2)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoulerine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22955]}, "Synonyms" -> {"aequaline", "scoulerin", "6451-73-6", "2,9-dioxy-3,10-dimethoxyberbine", "3,10-dimethoxy-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinoline-2,9-diol", "3", "2", "13a-alpha-berbine-2", "(13as)-5,8,13,13a-tetrahydro-3,10-dimethoxy-6h-dibenzo[a,g]quinolizine-2,9-diol", "s-scoulerine", "6h-dibenzo[a,g]quinolizine-2,9-diol,5,8,13,13a-tetrahydro-3,10-dimethoxy-", "6h-dibenzo(a,g)quinolizine-2,9-diol,5,8,13,13a-tetrahydro-3,10-dimethoxy-", "l-skoulerine", "l-scoulerine", "discretamine", "scoulerine", "discretamine[wiki]", "scoulerine[wiki]"}|>, "3509" -> <|"DatabaseID" -> "SW02202", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478484]}, "IsomericSmiles" -> "C[NH+]1CCC23C=C(C(=O)C=C2C1Cc4c3cc(c(c4)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pallidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320383]}, "Synonyms" -> {"pallidine"}|>, "3510" -> <|"DatabaseID" -> "SW02202", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478484]}, "IsomericSmiles" -> "C[NH+]1CCC23C=C(C(=O)C=C2C1Cc4c3cc(c(c4)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pallidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320383]}, "Synonyms" -> {"pallidine"}|>, "3511" -> <|"DatabaseID" -> "SW02202", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478484]}, "IsomericSmiles" -> "C[NH+]1CCC23C=C(C(=O)C=C2C1Cc4c3cc(c(c4)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pallidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320383]}, "Synonyms" -> {"pallidine"}|>, "3512" -> <|"DatabaseID" -> "SW02202", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478484]}, "IsomericSmiles" -> "C[NH+]1CCC23C=C(C(=O)C=C2C1Cc4c3cc(c(c4)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pallidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320383]}, "Synonyms" -> {"pallidine"}|>, "3513" -> <|"DatabaseID" -> "SW02203", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5100]}, "IsomericSmiles" -> "COc1cc2c(cc1O)C3Cc4ccc(c(c4C[NH+]3CC2)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stepholidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5290]}, "Synonyms" -> {"16562-13-3", "stepholidine", "16562-13-3[rn]", "13a-alpha-berbine-2", "l-stepholidine", "probes2_000298", "ac1l1k0w", "6h-dibenzo[a,g]quinolizin-2,10-diol,5,8,13,13a-tetrahydro-3,9-dimethoxy-", "l-2", "probes1_000256", "6h-dibenzo[a", "3", "16562-14-4[rn]", "d,l-stepholidine", "6h-dibenzo[a,g]quinolizine-2,10-diol 5,8,13,13a-tetrahydro-3,9-dimethoxy-", "3,9-dimethoxy-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinoline-2,10-diol"}|>, "3514" -> <|"DatabaseID" -> "SW02203", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5100]}, "IsomericSmiles" -> "COc1cc2c(cc1O)C3Cc4ccc(c(c4C[NH+]3CC2)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stepholidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5290]}, "Synonyms" -> {"16562-13-3", "stepholidine", "16562-13-3[rn]", "13a-alpha-berbine-2", "l-stepholidine", "probes2_000298", "ac1l1k0w", "6h-dibenzo[a,g]quinolizin-2,10-diol,5,8,13,13a-tetrahydro-3,9-dimethoxy-", "l-2", "probes1_000256", "6h-dibenzo[a", "3", "16562-14-4[rn]", "d,l-stepholidine", "6h-dibenzo[a,g]quinolizine-2,10-diol 5,8,13,13a-tetrahydro-3,9-dimethoxy-", "3,9-dimethoxy-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinoline-2,10-diol"}|>, "3515" -> <|"DatabaseID" -> "SW02204", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7459"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447644], ExternalIdentifier["ChemSpiderID", 4576530]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01183"]}, "IsomericSmiles" -> "C=CC[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=O)CC[C@]3([C@H]1C5)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08249"], ExternalIdentifier["KEGGID", "D01340"]}, "OfficialNames" -> <|"China Approved Name" -> "naloxone", "WHO Essential Medicine" -> "naloxone", "FDA Approved Drug" -> "NALOXONE;NALOXONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450586", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284596], ExternalIdentifier["PubChemCompoundID", 5464092]}, "Synonyms" -> {"nalone", "narcanti", "naloxone", "l-naloxone", "nalossone [dcit]", "n-allylnoroxymorphone", "narcon", "en 1530 base", "narcan", "(-)-naloxone", "naloxone hcl", "narcan[wiki]", "er", "naloxonum [inn-latin]", "naloxona [inn-spanish]", "estradiol receptor", "er-alpha", "normorphinone n-allyl-dihydro-14-hydroxy-", "dbl naloxone", "465-65-6[rn]", "12-allyl-7,7a,8,9-tetrahydro-3,7a-dihydroxy-4ah-8,9c-iminoethanophenanthro(4,5-bcd)furanone", "207-365-7[einecs]", "naloxona[spanish][inn]", "l-n-allyl-14-hydroxynordihydromorphinone", "(-)-n-allyl-14-hydroxynordihydromorphinone", "1089071[beilstein]", "l-n-allyl-7,8-dihydro-14-hydroxynormorphinone", "1-n-allyl-7,8-dihydro-14-hydroxynormorphinone", "4ah-8 9c-iminoethanophenanthro[4,5-bcd]furan-5(6h)-one n-allyl-7,7a,8,9-tetrahydro-3,7a-dihydroxy-", "(-)-n-allyl-14-hydroxynordihydroxymorphinan-6-one", "1-n-allyl-14-hydroxynordihydromorphinone", "naloxone hydrochloride", "12-allyl-7,7a,8,9-tetrahydro-3,7a-dihydroxy-4ah-8,9c-iminoethanophenanthro[4,5-bcd]furan-5(6h)-one", "naloxone[wiki]", "n-allyl-noroxymorphone", "naloxonum[latin][inn]", "normorphinone n-allyl-7,8-dihydro-14-hydroxy- (-)-", "(5a)-4,5-epoxy-3,14-dihydroxy-17-(2-propenyl)morphinan-6-one", "nalonee", "l-n-allyl-14-hydroxynordihydromorphinone hydrochloride", "narcan (tn)", "normorphinone n-allyl-7,8-dihydro-14-hydroxy- hydrochloride,(-)-", "naloxone hydrochloride dihydrate", "(5a)- 4,5-epoxy-3,14-dihydro-17-(2-propenyl)morphinan-6-one hydrochloride", "en-15304", "nih 7890", "prestwick_879", "narconil", "206-611-0[einecs]", "357-08-4", "naloxone hydrochloride [usan:jan][jan][usan]", "(1s,5r,13r,17s)-10,17-dihydroxy-4-prop-2-en-1-yl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-onhydrochlorid", "(5?)-17-allyl-4,5-epoxy-3,14-dihydroxymorphinan-6-onehydrochloride", "357-08-4[rn]", "(1s,5r,13r,17s)-10,17-dihydroxy-4-prop-2-en-1-yl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-onehydrochloride", "(5a)-4,5-epoxy-3,14-dihydro-17-(2-propenyl)morphinan-6-one hydrochloride", "51481-60-8[rn]", "einecs 206-611-0", "(-)-n-allyl-14-hydroxynordihydromorphinone hydrochloride", "17-allyl-4,5-a-epoxy-3,14-dihydroxymorphinan-6-one hydrochloride"}|>, "3516" -> <|"DatabaseID" -> "SW02204", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7459"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447644], ExternalIdentifier["ChemSpiderID", 4576530]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01183"]}, "IsomericSmiles" -> "C=CC[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2C(=O)CC[C@]3([C@H]1C5)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08249"], ExternalIdentifier["KEGGID", "D01340"]}, "OfficialNames" -> <|"China Approved Name" -> "naloxone", "WHO Essential Medicine" -> "naloxone", "FDA Approved Drug" -> "NALOXONE;NALOXONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450586", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284596], ExternalIdentifier["PubChemCompoundID", 5464092]}, "Synonyms" -> {"nalone", "narcanti", "naloxone", "l-naloxone", "nalossone [dcit]", "n-allylnoroxymorphone", "narcon", "en 1530 base", "narcan", "(-)-naloxone", "naloxone hcl", "narcan[wiki]", "er", "naloxonum [inn-latin]", "naloxona [inn-spanish]", "estradiol receptor", "er-alpha", "normorphinone n-allyl-dihydro-14-hydroxy-", "dbl naloxone", "465-65-6[rn]", "12-allyl-7,7a,8,9-tetrahydro-3,7a-dihydroxy-4ah-8,9c-iminoethanophenanthro(4,5-bcd)furanone", "207-365-7[einecs]", "naloxona[spanish][inn]", "l-n-allyl-14-hydroxynordihydromorphinone", "(-)-n-allyl-14-hydroxynordihydromorphinone", "1089071[beilstein]", "l-n-allyl-7,8-dihydro-14-hydroxynormorphinone", "1-n-allyl-7,8-dihydro-14-hydroxynormorphinone", "4ah-8 9c-iminoethanophenanthro[4,5-bcd]furan-5(6h)-one n-allyl-7,7a,8,9-tetrahydro-3,7a-dihydroxy-", "(-)-n-allyl-14-hydroxynordihydroxymorphinan-6-one", "1-n-allyl-14-hydroxynordihydromorphinone", "naloxone hydrochloride", "12-allyl-7,7a,8,9-tetrahydro-3,7a-dihydroxy-4ah-8,9c-iminoethanophenanthro[4,5-bcd]furan-5(6h)-one", "naloxone[wiki]", "n-allyl-noroxymorphone", "naloxonum[latin][inn]", "normorphinone n-allyl-7,8-dihydro-14-hydroxy- (-)-", "(5a)-4,5-epoxy-3,14-dihydroxy-17-(2-propenyl)morphinan-6-one", "nalonee", "l-n-allyl-14-hydroxynordihydromorphinone hydrochloride", "narcan (tn)", "normorphinone n-allyl-7,8-dihydro-14-hydroxy- hydrochloride,(-)-", "naloxone hydrochloride dihydrate", "(5a)- 4,5-epoxy-3,14-dihydro-17-(2-propenyl)morphinan-6-one hydrochloride", "en-15304", "nih 7890", "prestwick_879", "narconil", "206-611-0[einecs]", "357-08-4", "naloxone hydrochloride [usan:jan][jan][usan]", "(1s,5r,13r,17s)-10,17-dihydroxy-4-prop-2-en-1-yl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-onhydrochlorid", "(5?)-17-allyl-4,5-epoxy-3,14-dihydroxymorphinan-6-onehydrochloride", "357-08-4[rn]", "(1s,5r,13r,17s)-10,17-dihydroxy-4-prop-2-en-1-yl-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-onehydrochloride", "(5a)-4,5-epoxy-3,14-dihydro-17-(2-propenyl)morphinan-6-one hydrochloride", "51481-60-8[rn]", "einecs 206-611-0", "(-)-n-allyl-14-hydroxynordihydromorphinone hydrochloride", "17-allyl-4,5-a-epoxy-3,14-dihydroxymorphinan-6-one hydrochloride"}|>, "3517" -> <|"DatabaseID" -> "SW02205", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 168733]}, "IsomericSmiles" -> "CC(C)C1=CC2=CC=C3[C@](CC2=C(C1=O)O)(OC(=O)CC3(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bharangin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 194464]}, "Synonyms" -> {"bharangin", "benzo(5", "chembl1807756", "72711-84-3[rn]", "ac1l4yb4", "ar-1h8901", "ac1q69yv", "benzo(5,6)cyclohepta(1,2-b)pyran-2,9-dione 3,4,11,11a-tetrahydro-10-hydroxy-4,4,11a-trimethyl-8-(1-methylethyl)- (s)-"}|>, "3518" -> <|"DatabaseID" -> "SW02206", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14695]}, "IsomericSmiles" -> "c1ccnc(c1)N2CC[NH+](CC2)CCCC(=O)c3ccc(cc3)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02620"]}, "OfficialNames" -> <|"NPC Approved Name" -> "azaperone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15443]}, "Synonyms" -> {"stresnil", "suicalm", "sedaperone vet", "eucalmyl", "azeperone", "azaperon", "azaperone", "1649-18-9", "fluoperidol", "stresnil(tn)", "1-(4-fluorphenyl)-4-[4-(2-pyridinyl)-1-piperazinyl]-1-butanon[acd/iupac name]", "5-23-03-00041 (beilstein handbook reference)[beilstein]", "1-butanone 1- (4-fluorophenyl)-4-[4-(2-pyridinyl)-1-piperazinyl]-", "1-(4-fluorophenyl)-4-[4-(pyridin-2-yl)piperazin-1-yl]butan-1-one", "butyrophenone 4'-fluoro-4-(4-(2-pyridyl)-1-piperazinyl)-", "1-[3-(4-fluorobenzoyl)propyl]-4-(2-pyridyl)piperazine", "1-(4-fluorophenyl)-4-(4-(2-pyridyl)piperazinyl)butan-1-one", "1-(4-fluorphenyl)-4-[4-(2-pyridinyl)-1-piperazinyl]-1-butanon[german][acd/iupac name]", "azaperona[spanish][inn]", "4'-fluoro-4-(4-(2-pyridyl)-1-piperazinyl)butyrophenone", "azaperonum [inn-latin]", "1-(3-(4-fluorobenzoyl)propyl)-4-(2-pyridyl)piperazine", "216-715-8[einecs]", "butyrophenone 4'-fluoro-4-[4- (2-pyridyl)-1-piperazinyl]-", "5-23-03-00041[beilstein]", "azaperonum[latin]", "stresnil;", "stresnil;fluoperidol", "1-(4-fluorophenyl)-4-(4-(pyridin-2-yl)piperazin-1-yl)butan-1-one", "1-butanone 1-(4-fluorophenyl)-4-(4-(2-pyridinyl)-1-piperazinyl)-", "azaperone [usan:ban:inn][inn][usan]", "1-butanone {1-(4-fluorophenyl)-4-[4-(2-pyridinyl)-1-piperazinyl]-}", "1-butanone 1-(4-fluorophenyl)-4-[4-(2-pyridinyl)-1-piperazinyl]-[acd/index name]", "4'-fluoro-4-[4-(2-pyridyl)-1-piperazinyl]butyrophenone", "1-(4-fluorophenyl)-4-[4-(2-pyridinyl)-1-piperazinyl]-1-butanone[acd/iupac name]", "{4'-fluoro-4-[4-(2-pyridyl)-1-piperazinyl]butyrophenone}", "1-(4-fluorophenyl)-4-(4-(2-pyridinyl)-1-piperazinyl)-1-butanone", "1649-18-9[rn]", "cas-1649-18-9", "azaperone[usp]", "1-(4-fluoro-phenyl)-4-(4-pyridin-2-yl-piperazin-1-yl)-butan-1-one", "1-(4-fluoro-phenyl)-4-(4-pyridin-2-yl-piperazin-1-yl)-butan-1-one(azaperone)", "butyrophenone {4'-fluoro-4-[4-(2-pyridyl)-1-piperazinyl]-}"}|>, "3519" -> <|"DatabaseID" -> "SW02207", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16137]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01461"]}, "IsomericSmiles" -> "CCOC(c1ccccc1)(c2ccccc2)C(=O)OCC[NH+](C)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Dimenoxadol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17036]}, "Synonyms" -> {"dimenoxadol", "lokarin", "dimenossadolo [dcit]", "ethoxydiphenylacetic acid 2-dimethylaminoethyl ester", "509-78-4[rn]", "stk330283", "2-(dimethylamino)ethyl ethoxy(diphenyl)acetate[acd/iupac name]", "dimenoxadolum [inn-latin]", "a,a-diphenyl-a-ethoxyacetic acid b-dimethylaminoethyl ester", "unii-4d65pbx0vk", "dea no. 9617", "dimenoxadol [dcf:inn][inn]", "2-dimethylaminoethyl ethoxydiphenylacetate", "2-(dimethylamino)ethyl ethoxydiphenylacetate", "ac1q67os", "dimenossadolo", "dimenoxadolum", "a-ethoxy-a-phenylbenzeneacetic acid2-(dimethylamino)ethyl ester", "dimenoxadolum[latin]"}|>, "3520" -> <|"DatabaseID" -> "SW02208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3799]}, "IsomericSmiles" -> "CN(c1cccc(n1)OC)C(=S)Oc2ccc3c(c2)CCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01550"]}, "OfficialNames" -> <|"NPC Approved Name" -> "o-(5,6,7,8-tetrahydro-2-naphthyl)-6-methoxy-n-methylthio-2-pyridinecarbamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3936]}, "Synonyms" -> {"zefnart", "liranaftate", "piritetrate", "o-(5,6,7,8-tetrahydronaphthalen-2-yl)-(6-methoxypyridin-2-yl)methylthiocarbamat", "liranaftatum [inn-latin]", "o-(5,6,7,8-tetrahydronaphthalen-2-yl) (6-methoxypyridin-2-yl)methylcarbamothioate", "o-(5,6,7,8,-tetrahydro-2-naphthyl) 6-methoxy-n-methylthio-2-pyridinecarbamate", "liranaftatum", "carbamothioic acid n-(6-methoxy-2-pyridinyl)-n-methyl- o-(5,6,7,8-tetrahydro-2-naphthalenyl) ester", "88678-31-3", "liranaftate[inn]", "[(6-methoxy(2-pyridyl))methylamino]-2-5,6,7,8-tetrahydronaphthyloxymethane-1-thione", "liranaftato", "liranaftato[spanish][inn]", "m-732", "88678-31-3[rn]", "o-(5,6,7,8-tetrahydro-2-naphthalenyl) (6-methoxy-2-pyridinyl)methylcarbamothioate[acd/iupac name]", "carbamothioic acid (6-methoxy-2-pyridinyl)methyl-,o-(5,6,7,8-tetrahydro-2-naphthalenyl)ester", "piritetate", "zefnart (tn)", "liranaftato [inn-spanish]", "o-(5", "lianaftate", "ncgc00164601-01", "(6-methoxy-2-pyridinyl)methylcarbamothioic acid o-(5,6,7,8-tetrahydro-2-naphthalenyl) ester", "tl8005749", "liranaftatum[latin]"}|>, "3521" -> <|"DatabaseID" -> "SW02209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444510], ExternalIdentifier["ChemSpiderID", 4938339]}, "IsomericSmiles" -> "CC1=C(C(=O)C[C@@H]1OC(=O)[C@@H]2[C@H](C2(C)C)C=C(C)C)C/C=C/C=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08452"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PYRETHRINS I"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433154]}, "Synonyms" -> {"pyrethrin i", "piretrina 1 [portuguese]", "121-21-1[rn]", "chrysanthemum monocarboxylic acid pyrethrolone ester", "(+)-pyrethronyl (+)-trans-chrysanthemate", "204-455-8[einecs]", "pyrethrin i [bsi:iso]", "(1s)-2-methyl-4-oxo-3-[(2z)-2,4-pentadien-1-yl]-2-cyclopenten-1-yl-(1r,3r)-2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropancarboxylat", "bubil", "(1s)-2-methyl-4-oxo-3-[(2z)-penta-2,4-dien-1-yl]cyclopent-2-en-1-yl-(1r,3r)-2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropancarboxylat", "pyrethrine i[french]", "brn 2004306", "2004306[beilstein]", "cyclopropaneacrylic acid 2,2-dimethyl-3-(2-methylpropenyl)- ester with4-hydroxy-3-methyl-2-(2,4-pentadienyl)-2-cyclopenten-1-one", "hsdb 6302", "(1s)-2-methyl-4-oxo-3-[(2z)-penta-2,4-dien-1-yl]cyclopent-2-en-1-yl (1r,3r)-2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropanecarboxylate", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methylpropenyl)- ester with 4-hydroxy-3-methyl-2-(2,4-pentadienyl)-2-cyclopenten-1-one", "4-((2e)penta-2,4-dienyl)(1s)-5-methyl-3-oxocyclopent-4-enyl (1r,3r)-2,2-dimethyl-3-(2-methylprop-1-enyl)cyclopropanecarboxylate", "chrysanthemummonocarboxylic acid pyrethrolone ester", "3-09-00-00215 (beilstein handbook reference)[beilstein]", "einecs 204-455-8", "pyrethrolone chrysanthemum monocarboxylic acid ester", "pyrethrine i [iso-french]", "pyrethrins[wiki]", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)- (1s)-2-methyl-4-oxo-3-[(2z)-2,4-pentadien-1-yl]-2-cyclopenten-1-yl ester,(1r,3r)-", "pyrethrin i (pi)", "pyrethrin 1", "caswell no. 715", "(1s)-2-methyl-4-oxo-3-[(2z)-2,4-pentadien-1-yl]-2-cyclopenten-1-yl (1r,3r)-2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropanecarboxylate", "2-methyl-4-oxo-3-(2,4-pentadienyl)-2-cyclopenten-2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropane carboxylate", "2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylic acid2-methyl-4-oxo-3-(2,4-pentadienyl)-2-cycloenten-1-ylester", "pyrethrine", "epa pesticide chemical code 069001"}|>, "3522" -> <|"DatabaseID" -> "SW02211", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3242"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735714]}, "IsomericSmiles" -> "c1cc2c(cc1O)[C@@]34CCCC[C@]3([C@@H](C2)[NH+](CC4)CC5CCC5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Butorphanol"|>, "PharmGKBID" -> "PA164745398", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5361092]}, "Synonyms" -> {"l-bc 2627", "levo-bc-2627", "17-cyclobutylmethyl-(1s,9r,10s)-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2(7),3,5-triene-4,10-diol (butorphanol)", "42408-82-2[rn]", "(butorphanol)17-cyclobutylmethyl-(1s,9r,10s)-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2(7),3,5-triene-4,10-diol", "butorfanol", "x(butorphanol) 17-cyclobutylmethyl-(1s,9r,10s)-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2(7),3,5-triene-4,10-diol", "(-)-17-(cyclobutylmethyl)morphinan-3,14-diol", "17-cyclobutylmethyl-(1s,9r,10s)-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2(7),3,5-triene-4,10-diol(butorphanol)", "(-)-butorphanol", "morphinan-3,14-diol 17-(cyclobutylmethyl)-[acd/index name]", "17-(cyclobutylmethyl)morphinan-3,14-diol[acd/iupac name]", "(-)-bc 2627", "butorphanolum [inn_la]", "butorphanolum", "butorphanol tartrate", "l-3,14-dihydroxy-n-(cyclobutylmethyl)morphinan", "42408-82-2", "stadol[wiki]", "butorphanol", "255-808-8[einecs]", "stadol", "butorphanol[wiki][usan]", "chebi:3242", "(-)-n-cyclobutylmethyl-3,14-dihydroxymorphinan", "(-)-17-(cyclobutylmethyl)morphinan-3"}|>, "3523" -> <|"DatabaseID" -> "SW02211", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3242"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735714]}, "IsomericSmiles" -> "c1cc2c(cc1O)[C@@]34CCCC[C@]3([C@@H](C2)[NH+](CC4)CC5CCC5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Butorphanol"|>, "PharmGKBID" -> "PA164745398", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5361092]}, "Synonyms" -> {"l-bc 2627", "levo-bc-2627", "17-cyclobutylmethyl-(1s,9r,10s)-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2(7),3,5-triene-4,10-diol (butorphanol)", "42408-82-2[rn]", "(butorphanol)17-cyclobutylmethyl-(1s,9r,10s)-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2(7),3,5-triene-4,10-diol", "butorfanol", "x(butorphanol) 17-cyclobutylmethyl-(1s,9r,10s)-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2(7),3,5-triene-4,10-diol", "(-)-17-(cyclobutylmethyl)morphinan-3,14-diol", "17-cyclobutylmethyl-(1s,9r,10s)-17-azatetracyclo[7.5.3.01,10.02,7]heptadeca-2(7),3,5-triene-4,10-diol(butorphanol)", "(-)-butorphanol", "morphinan-3,14-diol 17-(cyclobutylmethyl)-[acd/index name]", "17-(cyclobutylmethyl)morphinan-3,14-diol[acd/iupac name]", "(-)-bc 2627", "butorphanolum [inn_la]", "butorphanolum", "butorphanol tartrate", "l-3,14-dihydroxy-n-(cyclobutylmethyl)morphinan", "42408-82-2", "stadol[wiki]", "butorphanol", "255-808-8[einecs]", "stadol", "butorphanol[wiki][usan]", "chebi:3242", "(-)-n-cyclobutylmethyl-3,14-dihydroxymorphinan", "(-)-17-(cyclobutylmethyl)morphinan-3"}|>, "3524" -> <|"DatabaseID" -> "SW02212", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8031]}, "IsomericSmiles" -> "CCCCCCc1cc(c2c(c1)OC(C3=C2CC(CC3)C)(C)C)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Parahexyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8334]}, "Synonyms" -> {"3-homotetrahydrocannibinol", "pyrahexyl", "synhexyl", "1-hydroxy-3-hexyl-6,6,9-trimethyl-7,8,9,10-tetrahydro-6h-dibenzo[b,d]pyran", "117-51-1[rn]", "3-hexyl-1-hydroxy-7,8,9,10-tetrahydro-6,6,9-trimethyl-6h-dibenzo(b,d)pyran", "3-hexyl-7", "3-hexyl-7,8,9,10-tetrahydro-6,6,9-trimethyl-6h-dibenzo(b,d)pyran-1-ol", "3-hexyl-6,6,9-trimethyl-7,8,9,10-tetrahydro-6h-benzo[c]chromen-1-ol[acd/iupac name]", "6h-dibenzo(b", "brn 0091274", "parahexyl[wiki]", "3-hexyl-7,8,9,10-tetrahydro-6,6,9-trimethyl-6h-dibenzo[b,d]pyran-1-ol", "5-17-04-00430 (beilstein handbook reference)[beilstein]", "1-hydroxy-3-n-hexyl-6", "6h-dibenzo[b,d]pyran-1-ol,3-hexyl-7,8,9,10-tetrahydro-6,6,9-trimethyl-", "parahexyl", "dea no. 7374", "6h-dibenzo(b,d)pyran-1-ol,3-hexyl-7,8,9,10-tetrahydro-6,6,9-trimethyl-", "1-hydroxy-3-n-hexyl-6,6,9-trimethyl-7,8,9,10-tetrahydro-6-dibenzopyran", "3-hexyl-1-hydroxy-7"}|>, "3525" -> <|"DatabaseID" -> "SW02212", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8031]}, "IsomericSmiles" -> "CCCCCCc1cc(c2c(c1)OC(C3=C2CC(CC3)C)(C)C)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Parahexyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8334]}, "Synonyms" -> {"3-homotetrahydrocannibinol", "pyrahexyl", "synhexyl", "1-hydroxy-3-hexyl-6,6,9-trimethyl-7,8,9,10-tetrahydro-6h-dibenzo[b,d]pyran", "117-51-1[rn]", "3-hexyl-1-hydroxy-7,8,9,10-tetrahydro-6,6,9-trimethyl-6h-dibenzo(b,d)pyran", "3-hexyl-7", "3-hexyl-7,8,9,10-tetrahydro-6,6,9-trimethyl-6h-dibenzo(b,d)pyran-1-ol", "3-hexyl-6,6,9-trimethyl-7,8,9,10-tetrahydro-6h-benzo[c]chromen-1-ol[acd/iupac name]", "6h-dibenzo(b", "brn 0091274", "parahexyl[wiki]", "3-hexyl-7,8,9,10-tetrahydro-6,6,9-trimethyl-6h-dibenzo[b,d]pyran-1-ol", "5-17-04-00430 (beilstein handbook reference)[beilstein]", "1-hydroxy-3-n-hexyl-6", "6h-dibenzo[b,d]pyran-1-ol,3-hexyl-7,8,9,10-tetrahydro-6,6,9-trimethyl-", "parahexyl", "dea no. 7374", "6h-dibenzo(b,d)pyran-1-ol,3-hexyl-7,8,9,10-tetrahydro-6,6,9-trimethyl-", "1-hydroxy-3-n-hexyl-6,6,9-trimethyl-7,8,9,10-tetrahydro-6-dibenzopyran", "3-hexyl-1-hydroxy-7"}|>, "3526" -> <|"DatabaseID" -> "SW02213", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23582]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@]2(C)O)CC[C@@H]4[C@@]3(Cc5cn[nH]c5C4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00444"]}, "OfficialNames" -> <|"China Approved Name" -> "Stanozolol", "Indian Approved Name" -> "stanozolol", "FDA Approved Drug" -> "STANOZOLOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25249]}, "Synonyms" -> {"strombaject", "androstanazol", "stromba", "winstrol", "winstroid", "stanozolol", "estazol", "androstanazole", "tevabolin", "10418-03-8[rn]", "androstanazole (van)", "winstrol v", "stanozol", "17b-hydroxy-17a-methylandrostano[3,2-c]pyrazole", "tl8000176", "cyclopenta[5,6]naphth[1,2-f]indazol-1-ol 1,2,3,3a,3b,4,5,5a,6,7,10,10a,10b,11,12,12a-hexadecahydro-1,10a,12a-trimethyl- (1s,3as,3br,5as,10as,10bs,12as)-", "winstrol-v", "winstrol depot", "stanazolol", "stanozolol[wiki][usp][inn][ban][jan][usan]", "(1s,3as,3br,5as,10as,10bs,12as)-1,10a,12a-trimethyl-1,2,3,3a,3b,4,5,5a,6,8,10,10a,10b,11,12,12a-hexadecahydrocyclopenta[5,6]naphtho[1,2-f]indazol-1-ol", "stanozolol (2'h form)", "anabol", "stanozolo [dcit]", "winstrol winstrol depot", "302-96-5[rn]", "106254-15-3[rn]", "estanozolol[spanish][inn]", "1,2,3,3a,3b,4,5,5a,6,7,10,10a,10b,11,12,12a-hexadecahydro-1,10a,12a-trimethylcyclopenta(7,8)-phenanthro(2,3-c)pyrazol-1-ol", "cyclopenta(7,8)phenanthro(2,3-c)pyrazol-1-ol,1,2,3,3a,3b,4,5,5a,6,7,10,10a,10b,11,12,12a-hexadecahydro-1,10a,12a-trimethyl-", "winstrol (tn)", "cyclopenta[7,8]phenanthro-[2,3-c]pyrazol-1-ol 1 2,3,3a,3b,4,5,5a,6,8,10,10a,10b,11,12,12a-hexadecahydro-1,10a 12a-trimethyl-", "17966-55-1[rn]", "cyclopenta(7,8)phenanthro(2,3-c)pyrazol-1-ol,1,2,3,3a,3b,4,5,5a,6,8,10,10a,10b,11,12,12a-hexadecahydro-1,10a,12a-trimethyl-", "stanozololum[latin]", "stanazolol[wiki]", "(5a,17b)-17-methyl-2'h-androst-2-eno[3,2-c]pyrazol-17-ol", "(1s,3as,3br,5as,10as,10bs,12as)-1,10a,12a-trimethyl-1,2,3,3a,3b,4,5,5a,6,7,10,10a,10b,11,12,12a-hexadecahydrocyclopenta[5,6]naphtho[1,2-f]indazol-1-ol", "233-894-8[einecs]", "69353-49-7[rn]", "stanozolol (1'h form)", "stanazol", "cyclopenta[5,6]naphth[1,2-f]indazol-1-ol 1,2,3,3a,3b,4,5,5a,6,8,10,10a,10b,11,12,12a-hexadecahydro-1,10a,12a-trimethyl- (1s,3as,3br,5as,10as,10bs,12as)-", "winstrol[wiki]", "17-methyl-2'h-5a-androst-2-eno[3,2-c]pyrazol-17b-ol"}|>, "3527" -> <|"DatabaseID" -> "SW02214", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23148]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCC(=O)OCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01542"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-elaeo stearic"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24762]}, "Synonyms" -> {"cremophor a", "cithrol 10ms", "lactine", "cerasynt 660", "polystate", "cithrol ps", "cerasynt mn", "clearate g", "cerasynt m", "polyoxyl 40 stearate", "polyethylene glycol monostearate", "polyethylene glycol stearate", "stenol 8", "nissan nonion s-2", "8050-55-3[rn]", "polyoxyl 8 stearate [usan:ban][usan]", "polyethyleneglycols monostearate", "stearox 6", "polyoxyethylene (8) stearate", "pegosperse s 9", "prodhybas n", "52504-22-0[rn]", "prodhybase ethyl", "86473-52-1[rn]", "lamacit ca", "glycol polyethylene monostearate #200", "ethoxylated stearic acid", "stearic acid monoester with polyethylene glycol", "63654-37-5[rn]", "glycol polyethylene monostearate #200", "emersal (tn)", "nikkol mys", "86418-55-5[rn]", "58375-39-6[rn]", "parastarin", "clindrol seg", "ionet ms-1000", "ethylene glycol monostearate", "myrj 52s", "ethylene glycol stearate", "poly(oxyethylene) monostearate", "crill 20,21,22 23", "soromin-sg", "polyoxyethylene 50 stearate", "empilan 2848", "40s", "macrogol ester", "polyoxyethylene(8)stearate", "glycol monostearate", "emcol h 35-a", "trydet sa 40", "123543-87-3[rn]", "em", "5986-55-0[rn]", "lipo-peg 4-s", "9009-90-9[rn]", "polyoxyethylene-(40)-monostearate", "perphinol 45/100", "polyethylene glycol (100) monostearate", "emulphor vt-650", "myrj 53 (tn)", "polyethylene oxide stearate", "polyoxyl 8 stearate", "glycol polyethylene monostearate #6000", "peg-8 stearate", "polyoxyethylene stearate (mol. wt. 600-2000)", "lipal 400-s", "polyethylene glycol monostearate #400", "myrj solution", "lipal 15s", "monthybase", "polyethyleneglycols monstearate", "einecs 203-886-9", "nikkol mys 4", "polyethylene glycol 8 monostearate", "stearoks 6", "octadecanoic acid,41-hydroxy-3,6,9,12,15,18,21,24,27,30,33,36,39-tridecaoxahentetra- cont-1-yl ester", "stearic acid monoester with ethylene glycol", "polyoxyl 8 stearate[usan]", "ethylene glycol monostearate", "nissan nonion s 15", "polyethylene glycol monostearate #6000", "polyoxyl 50 stearate", "akyporox s 100", "poly(oxyethylene) stearic acid ester", "polyoxyethylene-8-monostearate", "monthyle", "polystate b", "prodhybase p", "empilan cq-100", "myrj", "polyethylene glycol monostearate #40", "trydet sa series", "emersal", "sedetol", "stearoks 920", "ethofat 60/15", "polyoxyethylene monostearate", "kessco x-211", "stearox 920", "polyoxyl 40 stearate [usan:ban:jan][jan][usan]", "121340-91-8[rn]", "polyoxyethylate (9) stearic acid", "empilan cp-100", "9004-99-3[rn]", "slovasol mks 16", "emerest 2350", "203-886-9[einecs]", "nikkol mys-25", "arosurf 1855e40", "emerest 2640", "glycols polyethylene monostearate", "emunon 3115", "111-60-4[rn]", "peg-40 stearate", "pms no. 1", "pms no. 2", "x-489-r", "52504-23-1[rn]", "tego-stearate", "peg-150 stearate", "myrj 52", "polyethylene oxide monostearate", "polyoxyl 40 stearate (jp15/nf)[nf][jp15]", "lipo egms", "peg stearate", "peg-10 stearate", "nonion s 15", "39404-30-3[rn]", "11108-48-8[rn]", "52504-21-9[rn]", "4-02-00-01222 (beilstein handbook reference)[beilstein]", "polyethylene glycol monostearate #200", "ethylene glycol monostearate se", "glycol stearate se", "lx 3", "emanon 3113", "tegin g", "nikkol mys 45", "octadecanoic acid 2-hydroxyethyl ester", "peg 1000ms", "nikkol mys 40", "42610-76-4[rn]", "peg 600ms", "2-hydroxyethyl stearate", "emanon 3199", "glycol monostearate se", "ivorit", "ethofat 60/20", "60s", "35885-17-7[rn]", "patchoulialcohol", "stearoxa-6", "4-02-00-01222", "ethofat 60/25", "41-hydroxy-3,6,9,12,15,18,21,24,-27,30,33,36,39-tridecaoxahentetr- acont-1-yl octadecanoate", "nonion s 4", "crill 20,21,22,23", "prodhybase 4000", "2-hydroxyethyl octadecanoate", "nonion s 2", "peg 100ms", "poly(oxyethylene) stearate", "carbowax 1000 monostearate", "72993-78-3[rn]", "74870-86-3[rn]", "polyethylene glycol monostearate #1000", "macrogol stearate 2000", "11107-94-1[rn]", "8035-96-9[rn]", "stearic acid 2-hydroxyethyl ester", "glycol stearate", "carbowax 4000 monostearate"}|>, "3528" -> <|"DatabaseID" -> "SW02215", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26854]}, "IsomericSmiles" -> "c1ccc(cc1)c2nc(c(s2)CC(=O)[O-])c3ccc(cc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01975"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fentiazac"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 28871]}, "Synonyms" -> {"fentiazac", "flogene", "donorest", "norvedan", "4-(p-chlorophenyl)-2-phenyl-5-thiazoleacetic acid", "fentiazacum[latin]", "241-958-1[einecs]", "wy 21,894", "[4-(4-chlorophenyl)-2-phenyl-1,3-thiazol-5-yl]acetic acid[acd/iupac name]", "fentiazaco[spanish][inn]", "br 700", "4-(4-chlorophenyl)-2-phenyl-5-thiazoleacetic acid", "fentiazac (jan/usan)[jan][usan]", "fentiazacum [inn-latin]", "5-thiazoleacetic acid 4-(4-chlorophenyl)-2-phenyl-", "18046-21-4[rn]", "5-thiazoleacetic acid 4-(p-chlorophenyl)-2-phenyl-", "fentiazac [usan:ban:inn:jan][inn][jan][usan]", "mls003115545", "5-thiazoleacetic acid 4- (4-chlorophenyl)-2-phenyl-", "fentiazaco [inn-spanish]", "5-thiazoleacetic acid 4- (p-chlorophenyl)-2-phenyl-", "18046-21-4"}|>, "3529" -> <|"DatabaseID" -> "SW02216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15615]}, "IsomericSmiles" -> "c1c2c(cc(c1Cl)S(=O)(=O)N)C(=O)N(C2)C3CCCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01436"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clorexolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16473]}, "Synonyms" -> {"clorexolone", "nefrolan", "cloresolone [dcit]", "klorex", "chlorexolone", "flonatril", "clorexolon", "clorexolone [usan:ban:inn][inn][usan]", "clorexolone (jan/usan)[jan][usan]", "9/9/7775", "1/7/2127", "m & b 8430", "5-22-07-00591 (beilstein handbook reference)[beilstein]", "6-chloro-2-cyclohexyl-3-oxo-5-isoindolinesulfonamide[acd/iupac name]", "clorexolona[spanish][inn]", "12833 r.p.", "6-chloro-2-cyclohexyl-2,3-dihydro-3-oxo-1h-isoindole-5-sulfonamide", "5-chloro-2-cyclohexylphthalimidine-6-sulfonamide", "218-342-6[einecs]", "2127-01-7[rn]", "5-chloro-2-cyclohexyl-1-oxo-6-sulphamoylisoindoline", "5-chloro-2-cyclohexyl-1-oxo-6-sulfamoylisoindoline", "1h-isoindole-5-sulfonamide,2,3-dihydro-6-chloro-2-cyclohexyl-3-oxo-", "5-chloro-2-cyclohexyl-6-sulfamoylisoindolin-1-one", "231-887-4[einecs]", "5-22-07-00591[beilstein]", "clorexolonum[latin]", "1h-isoindole-5-sulfonamide,6-chloro-2-cyclohexyl-2,3-dihydro-3-oxo-", "6-chloro-2-cyclohexyl-3-oxoisoindoline-5-sulfonamide", "5-isoindolinesulfonamide 6-chloro-2-cyclohexyl-3-oxo-", "clorexolona [inn-spanish]", "clorexolonum [inn-latin]", "2127-01-7"}|>, "3530" -> <|"DatabaseID" -> "SW02217", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3766"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10442628]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00363"]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)C2=[NH+]c3cc(ccc3Nc4c2cccc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00283"]}, "OfficialNames" -> <|"China Approved Name" -> "clozapine", "Indian Approved Name" -> "clozapine", "FDA Approved Drug" -> "CLOZAPINE"|>, "Synonyms" -> {"clozapine", "fazaclo odt", "lepotex", "clozapin", "iprox", "clozaril", "leponex", "asaleptin", "8-chloro-11-(4-methyl-1-piperazinyl)-5h-dibenzo[b,e][1,4]diazepine", "227-313-7[einecs]", "5h-dibenzo[b,e][1,4]diazepine 8-chloro-11-(4-methyl-1-piperazinyl)-", "clozapine (tautomer)[wiki]", "5-ht-1e", "5- ht1e", "clorazil", "8-chloro-11-(4-methyl-piperazin-1-yl)-5h-dibenzo[b,e][1,4]diazepine", "8-chloro-11-(4-methylpiperazin-1-yl)-5h-dibenzo[b,e][1,4]diazepine", "5786-21-0", "fazaclo", "8-chloro-11-(4-methyl-1-piperazinyl)-5h-dibenzo[h,e][1,4]diazepine", "[5786-21-0]", "clozapine[wiki]", "0764984[beilstein]", "8-chloro-11-(4-methyl-1-piperazinyl)-5h-dibenzo[b,e][1,4]-diazepine", "clozaril[wiki]", "clozapinum[latin]", "5h-dibenzo(b,e)(1,4)diazepine 8-chloro-11-(4-methyl-1-piperazinyl)-", "s31", "clozapina[spanish][inn]", "8-chloro-11-(4-methyl)-1-piperazinyl)-5h-dibenzo[b,e][1,4]diazepine", "8-chloro-11-(4-methyl-1-piperazinyl)-5h-dibenzo(b,e)(1,4)diazepine", "serotonin receptor 1e", "mfcd00153785", "clozaril azaleptin leponex fazaclo", "5-25-11-00364", "azaleptine", "8-chlor-11-(4-methylpiperazin-1-yl)-5h-dibenzo[b,e][1,4]diazepin", "toxic solid organic n.o.s. (clozapine)", "5786-21-0[rn]"}|>, "3531" -> <|"DatabaseID" -> "SW02218", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 156537]}, "IsomericSmiles" -> "c1ccc2c(c1)CCc3cc(cc(c3C2n4ccnc4)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07884"]}, "OfficialNames" -> <|"Indian Approved Name" -> "eberconazole nitrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72051]}, "Synonyms" -> {"ebernet", "surecn353703", "eberconazol", "eberconazolum", "128326-82-9", "ac1l2hba", "eberconazol [inn-spanish]", "eberconazole", "eberconazole[inn]", "130104-32-4[rn]", "eberconazole (inn)"}|>, "3532" -> <|"DatabaseID" -> "SW02218", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 156537]}, "IsomericSmiles" -> "c1ccc2c(c1)CCc3cc(cc(c3C2n4ccnc4)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07884"]}, "OfficialNames" -> <|"Indian Approved Name" -> "eberconazole nitrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72051]}, "Synonyms" -> {"ebernet", "surecn353703", "eberconazol", "eberconazolum", "128326-82-9", "ac1l2hba", "eberconazol [inn-spanish]", "eberconazole", "eberconazole[inn]", "130104-32-4[rn]", "eberconazole (inn)"}|>, "3533" -> <|"DatabaseID" -> "SW02219", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59979"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445019]}, "IsomericSmiles" -> "COc1cc(cc(c1O)OC)c2cc(=O)c3c(cc(cc3o2)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tricin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281702]}, "Synonyms" -> {"tricin", "5", "5,7-dihydroxy-2-(4-hydroxy-3,5-dimethoxyphenyl)-4h-1-benzopyran-4-one", "chembl454320", "ac1nqyxg", "520-32-1", "5,7-dihydroxy-2-(4-hydroxy-3,5-dimethoxyphenyl)-4h-chromen-4-one", "ag-f-76904", "5,7-dihydroxy-2-(4-hydroxy-3,5-dimethoxy-phenyl)chromen-4-one", "3',5'-dimethoxy-4',5,7-trihydroxyflavone", "5,7,4'-trihydroxy-3',5'-dimethoxyflavone", "chebi:59979", "chrysin[wiki]", "4h-1-benzopyran-4-one 5,7-dihydroxy-2-(4-hydroxy-3,5-dimethoxyphenyl)-", "molport-005-310-458", "480-40-0[rn]", "tricetin 3',5'-di-methyl ether", "3'", "5,7-dihydroxy-2-(4-hydroxy-3,5-dimethoxyphenyl)chromen-4-one", "520-32-1[rn]"}|>, "3534" -> <|"DatabaseID" -> "SW02220", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 118197]}, "IsomericSmiles" -> "C[C@H](CCc1ccccc1)[NH2+]C[C@@H](c2ccc(c(c2)C(=O)N)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "dilevalol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 134044]}, "Synonyms" -> {"2-hydroxy-5-((1r)-1-hydroxy-2-(((1r)-1-methyl-3-phenylpropyl)amino)ethyl)benzamide", "2-hydroxy-5-[(1r)-1-hydroxy-2-[[(2r)-4-phenylbutan-2-yl]amino]ethyl]benzamide", "dilevalol", "benzamide", "benzamide 2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)- (r-(r*,r*))-", "(r,r)-labetalol", "(r", "dilevalolum [latin]", "benzamide 2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)- (r-(r*,s*))-", "levadil", "75659-07-3", "benzamide 2-hydroxy-5-((1r)-1-hydroxy-2-(((1s)-1-methyl-3-phenylpropyl)amino)ethyl)-", "2-hydroxy-5-[(r)-1-hydroxy-2-((r)-1-methyl-3-phenyl-propylamino)-ethyl]-benzamide", "unicarde", "75659-07-3[rn]", "2-hydroxy-5-((1r)-1-hydroxy-2-(((1s)-1-methyl-3-phenylpropyl)amino)ethyl)benzamide", "2-hydroxy-5-[(1r)-1-hydroxy-2-{[(2r)-4-phenylbutan-2-yl]amino}ethyl]benzamide", "c19h24n2o3", "rr-isomer2-hydroxy-5-[1-hydroxy-2-(1-methyl-3-phenyl-propylamino)-ethyl]-benzamide", "2-hydroxy-5-[(1s)-1-hydroxy-2-[[(2r)-4-phenylbutan-2-yl]amino]ethyl]benzamide", "[r-(r*,r*)]-2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]benzamide", "unicard", "benzamide 2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)- (r-", "benzamide 2-hydroxy-5-((1r)-1-hydroxy-2-(((1r)-1-methyl-3-phenylpropyl)amino)ethyl)-", "dilevalon", "labetalol[wiki]", "83167-31-1[rn]", "rs-isomer2-hydroxy-5-[1-hydroxy-2-(1-methyl-3-phenyl-propylamino)-ethyl]-benzamide", "dilevalolum[latin]", "dilevalolum", "benzamide 2-hydroxy-5-[(1r)-1-hydroxy-2-[[(1r)-1-methyl-3-phenylpropyl]amino]ethyl]-"}|>, "3535" -> <|"DatabaseID" -> "SW02221", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6343"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64502], ExternalIdentifier["ChemSpiderID", 3734]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00598"]}, "IsomericSmiles" -> "CC(CCc1ccccc1)[NH2+]CC(c2ccc(c(c2)C(=O)N)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00600"], ExternalIdentifier["KEGGID", "D08106"]}, "OfficialNames" -> <|"Indian Approved Name" -> "labetalol", "Australia Approved Name" -> "LABETALOL", "FDA Approved Drug" -> "LABETALOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164743150", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3869]}, "Synonyms" -> {"ibidomide", "albetol", "labetalol", "trandate", "normodyne", "labetolol", "labetalolum [inn-latin]", "presdate", "labetalol hydrochloride", "labetalol hcl", "labetalolum", "32780-64-6[rn]", "trandate[wiki]", "alpha 1b-adrenoceptor", "ah 5158", "labetalol (inn)", "labetalol[wiki]", "alpha 1b- adrenoreceptor", "253-258-3[einecs]", "2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]benzamide", "2-hydroxy-5-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]ethyl}benzamide[acd/iupac name]", "2948416[beilstein]", "2-hydroxy-5-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]ethyl}benzamid[german]", "labrocol", "2-hydroxy-5-[1-hydroxy-2-(4-phenylbutan-2-ylamino)ethyl]benzamide", "36894-69-6[rn]", "2-hydroxy-5-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]ethyl}benzamide", "ipolab", "normodyne[wiki]", "pressalolo", "5-(1-hydroxy-2-(1-methyl-3-phenylpropylamino)ethyl)salicylamide", "amipress", "benzamide 2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]-", "2-hydroxy-5-{1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl}benzamide", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]salicylamide", "2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)benzamide", "36894-69-6", "benzamide 2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)-", "tl8002725", "9005-80-5[rn]", "ah 5158a", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropylamino)ethyl]]salicylamide", "2-hydroxy-5-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]ethyl}benzolcarboxamid[german]", "sch 15719w", "labetalolum[latin]", "labetolol[wiki]", "2-hydroxy-5-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]ethyl}benzamide hydrochloride(1:1)", "ah-5158a", "32780-64-6 36894-69-6", "32780-64-6 36894-69-6 [labetalol]", "sch-15719w", "cv5376030", "benzamide 2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)- monohydrochloride", "5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)salicylamide monohydrochloride", "benzamide 2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]- hydrochloride(1:1)", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]salicylamide hydrochloride", "salicylamide 5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]- hydrochloride", "labetalol hydrochloride [usan:jan][jan][usan]", "251-211-1[einecs]", "5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)salicylamide hydrochloride", "2-hydroxy-5-(1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl)benzamidehydrochloride", "trandate (tn)", "labetalol chlorhydrate", "2-hydroxy-5-{1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl}benzolcarboxamidhydrochlorid", "normodyne (tn)", "cv5376040", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]salicylamide monohydrochloride", "2-hydroxy-5-{1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl}benzamidehydrochloride", "(r,s)-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)salicylamidehydrochloride", "2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]benzamidehydrochloride", "benzamide 2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]- monohydrochloride", "salicylamide 5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)- hydrochloride"}|>, "3536" -> <|"DatabaseID" -> "SW02221", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6343"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64502], ExternalIdentifier["ChemSpiderID", 3734]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00598"]}, "IsomericSmiles" -> "CC(CCc1ccccc1)[NH2+]CC(c2ccc(c(c2)C(=O)N)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00600"], ExternalIdentifier["KEGGID", "D08106"]}, "OfficialNames" -> <|"Indian Approved Name" -> "labetalol", "Australia Approved Name" -> "LABETALOL", "FDA Approved Drug" -> "LABETALOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164743150", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3869]}, "Synonyms" -> {"ibidomide", "albetol", "labetalol", "trandate", "normodyne", "labetolol", "labetalolum [inn-latin]", "presdate", "labetalol hydrochloride", "labetalol hcl", "labetalolum", "32780-64-6[rn]", "trandate[wiki]", "alpha 1b-adrenoceptor", "ah 5158", "labetalol (inn)", "labetalol[wiki]", "alpha 1b- adrenoreceptor", "253-258-3[einecs]", "2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]benzamide", "2-hydroxy-5-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]ethyl}benzamide[acd/iupac name]", "2948416[beilstein]", "2-hydroxy-5-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]ethyl}benzamid[german]", "labrocol", "2-hydroxy-5-[1-hydroxy-2-(4-phenylbutan-2-ylamino)ethyl]benzamide", "36894-69-6[rn]", "2-hydroxy-5-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]ethyl}benzamide", "ipolab", "normodyne[wiki]", "pressalolo", "5-(1-hydroxy-2-(1-methyl-3-phenylpropylamino)ethyl)salicylamide", "amipress", "benzamide 2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]-", "2-hydroxy-5-{1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl}benzamide", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]salicylamide", "2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)benzamide", "36894-69-6", "benzamide 2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)-", "tl8002725", "9005-80-5[rn]", "ah 5158a", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropylamino)ethyl]]salicylamide", "2-hydroxy-5-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]ethyl}benzolcarboxamid[german]", "sch 15719w", "labetalolum[latin]", "labetolol[wiki]", "2-hydroxy-5-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]ethyl}benzamide hydrochloride(1:1)", "ah-5158a", "32780-64-6 36894-69-6", "32780-64-6 36894-69-6 [labetalol]", "sch-15719w", "cv5376030", "benzamide 2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)- monohydrochloride", "5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)salicylamide monohydrochloride", "benzamide 2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]- hydrochloride(1:1)", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]salicylamide hydrochloride", "salicylamide 5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]- hydrochloride", "labetalol hydrochloride [usan:jan][jan][usan]", "251-211-1[einecs]", "5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)salicylamide hydrochloride", "2-hydroxy-5-(1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl)benzamidehydrochloride", "trandate (tn)", "labetalol chlorhydrate", "2-hydroxy-5-{1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl}benzolcarboxamidhydrochlorid", "normodyne (tn)", "cv5376040", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]salicylamide monohydrochloride", "2-hydroxy-5-{1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl}benzamidehydrochloride", "(r,s)-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)salicylamidehydrochloride", "2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]benzamidehydrochloride", "benzamide 2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]- monohydrochloride", "salicylamide 5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)- hydrochloride"}|>, "3537" -> <|"DatabaseID" -> "SW02221", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6343"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64502], ExternalIdentifier["ChemSpiderID", 3734]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00598"]}, "IsomericSmiles" -> "CC(CCc1ccccc1)[NH2+]CC(c2ccc(c(c2)C(=O)N)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00600"], ExternalIdentifier["KEGGID", "D08106"]}, "OfficialNames" -> <|"Indian Approved Name" -> "labetalol", "Australia Approved Name" -> "LABETALOL", "FDA Approved Drug" -> "LABETALOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164743150", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3869]}, "Synonyms" -> {"ibidomide", "albetol", "labetalol", "trandate", "normodyne", "labetolol", "labetalolum [inn-latin]", "presdate", "labetalol hydrochloride", "labetalol hcl", "labetalolum", "32780-64-6[rn]", "trandate[wiki]", "alpha 1b-adrenoceptor", "ah 5158", "labetalol (inn)", "labetalol[wiki]", "alpha 1b- adrenoreceptor", "253-258-3[einecs]", "2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]benzamide", "2-hydroxy-5-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]ethyl}benzamide[acd/iupac name]", "2948416[beilstein]", "2-hydroxy-5-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]ethyl}benzamid[german]", "labrocol", "2-hydroxy-5-[1-hydroxy-2-(4-phenylbutan-2-ylamino)ethyl]benzamide", "36894-69-6[rn]", "2-hydroxy-5-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]ethyl}benzamide", "ipolab", "normodyne[wiki]", "pressalolo", "5-(1-hydroxy-2-(1-methyl-3-phenylpropylamino)ethyl)salicylamide", "amipress", "benzamide 2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]-", "2-hydroxy-5-{1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl}benzamide", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]salicylamide", "2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)benzamide", "36894-69-6", "benzamide 2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)-", "tl8002725", "9005-80-5[rn]", "ah 5158a", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropylamino)ethyl]]salicylamide", "2-hydroxy-5-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]ethyl}benzolcarboxamid[german]", "sch 15719w", "labetalolum[latin]", "labetolol[wiki]", "2-hydroxy-5-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]ethyl}benzamide hydrochloride(1:1)", "ah-5158a", "32780-64-6 36894-69-6", "32780-64-6 36894-69-6 [labetalol]", "sch-15719w", "cv5376030", "benzamide 2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)- monohydrochloride", "5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)salicylamide monohydrochloride", "benzamide 2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]- hydrochloride(1:1)", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]salicylamide hydrochloride", "salicylamide 5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]- hydrochloride", "labetalol hydrochloride [usan:jan][jan][usan]", "251-211-1[einecs]", "5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)salicylamide hydrochloride", "2-hydroxy-5-(1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl)benzamidehydrochloride", "trandate (tn)", "labetalol chlorhydrate", "2-hydroxy-5-{1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl}benzolcarboxamidhydrochlorid", "normodyne (tn)", "cv5376040", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]salicylamide monohydrochloride", "2-hydroxy-5-{1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl}benzamidehydrochloride", "(r,s)-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)salicylamidehydrochloride", "2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]benzamidehydrochloride", "benzamide 2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]- monohydrochloride", "salicylamide 5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)- hydrochloride"}|>, "3538" -> <|"DatabaseID" -> "SW02221", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6343"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64502], ExternalIdentifier["ChemSpiderID", 3734]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00598"]}, "IsomericSmiles" -> "CC(CCc1ccccc1)[NH2+]CC(c2ccc(c(c2)C(=O)N)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00600"], ExternalIdentifier["KEGGID", "D08106"]}, "OfficialNames" -> <|"Indian Approved Name" -> "labetalol", "Australia Approved Name" -> "LABETALOL", "FDA Approved Drug" -> "LABETALOL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164743150", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3869]}, "Synonyms" -> {"ibidomide", "albetol", "labetalol", "trandate", "normodyne", "labetolol", "labetalolum [inn-latin]", "presdate", "labetalol hydrochloride", "labetalol hcl", "labetalolum", "32780-64-6[rn]", "trandate[wiki]", "alpha 1b-adrenoceptor", "ah 5158", "labetalol (inn)", "labetalol[wiki]", "alpha 1b- adrenoreceptor", "253-258-3[einecs]", "2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]benzamide", "2-hydroxy-5-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]ethyl}benzamide[acd/iupac name]", "2948416[beilstein]", "2-hydroxy-5-{1-hydroxy-2-[(4-phenyl-2-butanyl)amino]ethyl}benzamid[german]", "labrocol", "2-hydroxy-5-[1-hydroxy-2-(4-phenylbutan-2-ylamino)ethyl]benzamide", "36894-69-6[rn]", "2-hydroxy-5-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]ethyl}benzamide", "ipolab", "normodyne[wiki]", "pressalolo", "5-(1-hydroxy-2-(1-methyl-3-phenylpropylamino)ethyl)salicylamide", "amipress", "benzamide 2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]-", "2-hydroxy-5-{1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl}benzamide", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]salicylamide", "2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)benzamide", "36894-69-6", "benzamide 2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)-", "tl8002725", "9005-80-5[rn]", "ah 5158a", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropylamino)ethyl]]salicylamide", "2-hydroxy-5-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]ethyl}benzolcarboxamid[german]", "sch 15719w", "labetalolum[latin]", "labetolol[wiki]", "2-hydroxy-5-{1-hydroxy-2-[(4-phenylbutan-2-yl)amino]ethyl}benzamide hydrochloride(1:1)", "ah-5158a", "32780-64-6 36894-69-6", "32780-64-6 36894-69-6 [labetalol]", "sch-15719w", "cv5376030", "benzamide 2-hydroxy-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)- monohydrochloride", "5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)salicylamide monohydrochloride", "benzamide 2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]- hydrochloride(1:1)", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]salicylamide hydrochloride", "salicylamide 5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]- hydrochloride", "labetalol hydrochloride [usan:jan][jan][usan]", "251-211-1[einecs]", "5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)salicylamide hydrochloride", "2-hydroxy-5-(1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl)benzamidehydrochloride", "trandate (tn)", "labetalol chlorhydrate", "2-hydroxy-5-{1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl}benzolcarboxamidhydrochlorid", "normodyne (tn)", "cv5376040", "5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]salicylamide monohydrochloride", "2-hydroxy-5-{1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl}benzamidehydrochloride", "(r,s)-5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)salicylamidehydrochloride", "2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]benzamidehydrochloride", "benzamide 2-hydroxy-5-[1-hydroxy-2-[(1-methyl-3-phenylpropyl)amino]ethyl]- monohydrochloride", "salicylamide 5-(1-hydroxy-2-((1-methyl-3-phenylpropyl)amino)ethyl)- hydrochloride"}|>, "3539" -> <|"DatabaseID" -> "SW02222", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32260"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 570949]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01108"]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@@H]2O)CC[C@]45[C@@]3(CC(=C([C@H]4O5)O)C#N)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01180"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRILOSTANE"|>, "PharmGKBID" -> "PA164748507", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656583]}, "Synonyms" -> {"trilostane", "desopan", "modrenal", "vetoryl", "desopan (tn)", "modrenal (tn)", "modrastane", "er-beta", "trilostane (jan/usan)[jan][usan]", "17-ketotrilostane", "trilostano", "237-133-0[einecs]", "trilostano[spanish][inn]", "trilostane[wiki]", "trilostanum", "win-24540", "13647-35-3[rn]", "2a-cyano-4a,5a-epoxyandrostan-17b-ol-3-one", "13647-35-3", "trilostane; trilostano; trilostanum", "(4a,5a,17b)-4,5-epoxy-3,17-dihydroxyandrost-2-ene-2-carbonitrile", "s1404_selleck", "trilostanum[latin]"}|>, "3540" -> <|"DatabaseID" -> "SW02223", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5268]}, "IsomericSmiles" -> "CC[NH+](CC)CCNC(=O)c1cc(ccc1OC)S(=O)(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08590"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tiapride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5467]}, "Synonyms" -> {"tiapride", "tiapridal", "thiapride", "51012-32-9", "brn 2390588", "n-[2-(diethylamino)ethyl][2-methoxy-5-(methylsulfonyl)phenyl]carboxamide", "einecs 256-907-9", "n-[2-(diethylamino)ethyl]-2-methoxy-5-(methylsulphonyl)benzamide monohydrochloride", "51012-32-9[rn]", "sbb058186", "256-907-9[einecs]", "tiapridum [inn-latin]", "n-[2-(diethylamino)ethyl]-2-methoxy-5-(methylsulfonyl)benzamide[acd/iupac name]", "flo 1347", "tiaprida[spanish][inn]", "tiapridum[latin]", "tiaprida [inn-spanish]", "benzamide n-(2-(diethylamino)ethyl)-2-methoxy-5-(methylsulfonyl)-", "n-[2-(diethylamino)ethyl]-2-(methyloxy)-5-(methylsulfonyl)benzamide", "n-[2-(diethylamino)ethyl]-5-(methylsulfonyl)-o-anisamide", "51012-33-0[rn]", "benzamide,n(dietamet),2-meo,5-so2me", "tiapride [ban:dcf:inn][inn]", "n-(2-diethylamino-ethyl)-5-methanesulfonyl-2-methoxy-benzamide(tiapride)", "gramalil", "n-(2-(diethylamino)ethyl)-5-(methylsulfonyl)-o-anisamide", "benzamide n-[2-(diethylamino)ethyl]-2-methoxy-5-(methylsulfonyl)-"}|>, "3541" -> <|"DatabaseID" -> "SW02224", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6838"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65239]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01403"]}, "IsomericSmiles" -> "C[C@@H](CN1c2ccccc2Sc3c1cc(cc3)OC)C[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00403"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LEVOMEPROMAZINE"|>, "PharmGKBID" -> "PA164743234", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72287]}, "Synonyms" -> {"methotrimeprazine", "levomepromazine", "levoprome", "nosinan", "60-99-1", "levoprome (tn)", "neozine", "(2r)-3-(2-methoxy-10h-phenothiazin-10-yl)-n", "60-99-1[rn]", "cl-36467", "nirvan", "milezin", "levomepromazina", "nsc226516", "sk&f-5116;", "levomepromazinum", "sk&f; 5116", "neurocil", "92434[beilstein]", "levomepromazina; levomepromazine; levomepromazinum", "nozinan", "tisercin", "levomeprazine", "(-)-10-(3-dimethylamino-2-methylpropyl)-2-methoxyphenothiazine", "60-99-1 (free base)", "levomepromazina[spanish][inn]", "7104-38-3 (maleate salt)", "methotrimeprazine (usp)", "(-)-(2r)-3-(2-methoxy-10h-phenothiazin-10-yl)-n,n,2-trimethylpropan-1-amine", "mepromazine", "nocinan", "sinogan-debil", "2-methoxytrimeprazine", "(r)-2-methoxy-n,n,b-trimethyl-10h-phenothiazine-10-propanamine", "nozinan[wiki]", "nirnamine", "levomepromazine[wiki][usan]", "(-)-10-(3-[dimethylamino]-2-methylpropyl)-2-methoxy-phenothiazine maleate salt", "sk-5116", "nomizan", "cl-39743", "(2r)-3-(2-methoxy-10h-phenothiazin-10-yl)-n,n,2-trimethylpropan-1-amine", "(-)-10-(3-(dimethylamino)-2-methylpropyl)-2-methoxyphenothiazine", "dedoran", "levomepromazinum[latin]", "arc-vi-c-5", "methotrimeprazine[wiki][usp]", "200-495-5[einecs]", "hirnamin"}|>, "3542" -> <|"DatabaseID" -> "SW02225", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47426"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3322]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00695"]}, "IsomericSmiles" -> "c1cc(oc1)CNc2cc(c(cc2C(=O)[O-])S(=O)(=O)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00331"]}, "OfficialNames" -> <|"China Approved Name" -> "furosemide", "Indian Approved Name" -> "frusemide", "WHO Essential Medicine" -> "furosemide", "Australia Approved Name" -> "FRUSEMIDE;FUROSEMIDE", "FDA Approved Drug" -> "FUROSEMIDE"|>, "PharmGKBID" -> "PA449719", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3440]}, "Synonyms" -> {"errolon", "fusid", "lasix", "furanthril", "frusemin", "beronald", "furosemide", "aisemide", "desdemin", "neo-renal", "lasilix", "salinex", "rosemide", "radonna", "fluidrol", "protargen", "disemide", "diurin", "novosemide", "frusetic", "aldalix", "diural", "furodiurol", "dirine", "furmid", "depix", "radouna", "diuzol", "fuluvamide", "furanthryl", "jenafusid", "urex", "kutrix", "furanturil", "frusemid", "anfuramaide", "sigasalur", "franyl", "nelsix", "bioretic", "frusedan", "lazix", "polysquall a", "cetasix", "moilarorin", "kofuzon", "fluss", "diusil", "furose", "promedes", "fulsix", "frumide", "hissuflux", "furantril", "apo-furosemide", "macasirool", "fuluvamine", "impugan", "furetic", "furex", "profemin", "arasemide", "rosis", "uremide", "frumil", "fursol", "mita", "apo-frusemide", "farsix", "luscek", "seguril", "frusemide", "edenol", "odemex", "hydro-rapid", "vesix", "edemid", "dryptal", "uridon", "eliur", "fursemide", "transit", "furodrix", "furo-basan", "fursemida", "furorese", "lowpstron", "disal", "lasemid", "selectofur", "furfan", "synephron", "desal", "furosix", "discoid", "furosan", "logirene", "trofurit", "urosemide", "furosemid", "furo-puren", "uritol", "furoside", "furosemix", "odemase", "rusyde", "puresis", "diusemide", "laxur", "lasex", "aldic", "spirofur", "retep", "salurex", "zafimida", "hydroled", "durafurid", "salurid", "aquarid", "katlex", "furosedon", "yidoli", "furocot", "furomen", "urex-m", "mirfat", "diurolasa", "furomex", "prefemin", "lasiletten", "furix", "aquasin", "lowpston", "furosifar", "furovite", "frusema", "kolkin", "liside", "furoter", "dranex", "aluzine", "diumide-k", "oedemex", "frusid", "frumex", "uresix", "marsemide", "furobeta", "hydrex", "fursemid", "frusenex", "furesis", "myrosemide", "radisemide", "furomide m.d.", "eutensin", "saluron", "nicorol", "hoe-058a", "54-31-9[rn]", "finuret", "4-chloro-2-[(furan-2-ylmethyl)-amino]-5-sulfamoyl-benzoic acid", "nadis", "hydol", "urian", "5-(aminosulfonyl)-4-chloro-2-[(2-furylmethyl)amino]benzoic acid", "41733-55-5[rn]", "salix[wiki]", "dihydroflumethiazide", "diuretic salt", "4-chloro-2-[(furan-2-ylmethyl)amino]-5-sulfamoylbenzoic acid", "carbonate dehydratase ii", "endural", "lasix special", "metflorylthiazidine", "5-(aminosulfonyl)-4-chloro-2-[(2-furanylmethyl)amino]benzoic acid", "carbonic anhydrase ii", "tl8003563", "methforylthiazidine", "aquamed", "furosemidu [polish]", "rontyl", "urian[wiki]", "furosemida [inn-spanish]", "106391-48-4[rn]", "promide", "5-(aminosulfonyl)-4-chloro-2-((2-furanylmethyl)amino)benzoic acid", "salix", "bristab", "4-chloro-2-((furan-2-ylmethyl)amino)-5-sulfamoylbenzoic acid", "octan draselny", "nadis[wiki]", "4-chloro-2-{[(furan-2-yl)methyl]amino}-5-sulfamoylbenzoic acid", "benzoic acid 5-(aminosulfonyl)-4-chloro-2-[(2-furanylmethyl)amino]-", "lasix[wiki]", "furosemide[wiki][usp][inn][jan][usan]", "vergonil", "lasix;frusemide", "2-furfurylamino-4-chloro-5-sulfamoylbenzoic acid", "furosemida[spanish][inn]", "diurapid", "ec 4.2.1.1", "leodrine", "4-chloro-5-sulfamoyl-n-furfuryl-anthranilic acid", "diurapid;", "anthranilic acid 4-chloro-n-furfuryl-5-sulfamoyl-", "d005665", "5-(aminosulfonyl)-4-chloro-2-([2-furanylmethyl]amino)benzoic acid", "lasix retard", "4-chloro-2-[(2-furylmethyl)amino]-5-sulfamoylbenzoic acid[acd/iupac name]", "hydro", "diucardin", "lasix (tn)", "furosemidu[polish]", "elodrine", "200-203-6[einecs]", "furantral", "furosemidum [inn-latin]", "4-chloro-2-(2-furylmethylamino)-5-sulfamoyl-benzoic acid", "4-chloro-n-furfuryl-5-sulfamoylanthranilic acid", "fulvamide", "less diur", "4-chloro-2-(furan-2-ylmethylamino)- 5-sulfamoylbenzoic acid", "carbonic anhydrase c", "4-chloro-n-(2-furylmethyl)-5-sulfamoylanthranilic acid", "furosemidum", "rodiuran", "endural[wiki]", "olmagran", "5-(aminosulfonyl)-4-chloro-2-[(furan-2-ylmethyl)amino]benzoic acid", "5-18-09-00555 (beilstein handbook reference)[beilstein]", "ca-ii", "sisuril", "bristurin", "golan", "sal diureticum", "5-(aminosulphonyl)-4-chloro-2-[(2-furanylmethyl)amino]benzoic acid", "nephron", "frusemide[wiki]", "hydrenox", "benzoic acid 5-(aminosulfonyl)-4-chloro-2-((2-furanylmethyl)amino)-", "chlor-n-(2-furylmethyl)-5-sulfamylanthranilsaeure[german]", "di-ademil"}|>, "3543" -> <|"DatabaseID" -> "SW02226", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56519]}, "IsomericSmiles" -> "C[C@@H]1C[NH+]2CC(=O)Nc3ccc(cc3[C@@]2(O1)c4ccccc4)Cl", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Oxazolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62779]}, "Synonyms" -> {"tranquit", "serenal [japanese]", "oxazolazepam", "convertal", "benzo(6,7)-1,4-diazepino-(5,4-b)-oxazol-6-one 10-chloro-2,3,5,6,7,11b-hexahydro-2-methyl-11b-phenyl-", "(2r,11bs)-10-chloro-2-methyl-11b-phenyl-2,3,7,11b-tetrahydro[1,3]oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one[acd/iupac name]", "oxazolamum [inn-latin]", "oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one 10-chloro-2,3,7,11b-tetrahydro-2-methyl-11b-phenyl- (2r,11bs)-", "oxazolam[jp15]", "(cis", "oxazolam [inn:jan][inn][jan]", "cs 300", "serenal", "210-076-9[einecs]", "(cis,trans)-10-chlor-2,3,5,6,7,11b-tetrahydro-2-methyl-11b-phenyloxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-on", "24143-17-7[rn]", "246-032-0[einecs]", "einecs 246-032-0", "oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one 10-chloro-2,3,7,11b-tetrahydro-2-methyl-11b-phenyl-", "27167-30-2[rn]", "oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one 10-chloro-2,3,7,11b-tetrahydro-2-methyl-11b-phenyl-,(2r,11bs)-", "10-chloro-2,3,7,11b-tetrahydro-2-methyl-11b-phenyloxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "dea no. 2839", "oxazolam", "oxazolamum[latin]", "trans-oxazolam", "604-75-1[rn]"}|>, "3544" -> <|"DatabaseID" -> "SW02227", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50841"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3827]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00408"]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)C2=[NH+]c3ccccc3Oc4c2cc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02340"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LOXAPINE HYDROCHLORIDE;LOXAPINE SUCCINATE"|>, "PharmGKBID" -> "PA450273", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3964], ExternalIdentifier["PubChemCompoundID", 71399]}, "Synonyms" -> {"hydrofluoride 3170", "loxapin", "cloxazepine", "oxilapine", "lossapina [dcit]", "dibenzoazepine", "dibenzacepin", "loxapine", "loxitane im", "loxepine", "loxapinum [inn-latin]", "loxapac", "5- ht2c", "loxapinum[latin]", "5-htr2c", "hf3170", "loxapine[wiki][usan]", "loxapine [usan:ban:inn][inn][usan]", "217-835-3[einecs]", "626753[beilstein]", "1977-10-2[rn]", "5ht-1c", "27833-64-3[rn]", "28400", "serotonin receptor 2c", "2-chloro-11-(4-methylpiperazin-1-yl)dibenzo[b,f][1,4]oxazepine", "loxapina[spanish][inn]", "loxapina [inn-spanish]", "2-chloro-11-(4-methyl-1-piperazinyl)dibenz(b,f)(1,4)oxazepine", "1977-10-2", "5-ht-2c", "8-chloro-6-(4-methylpiperazin-1-yl)benzo[b][1,5]benzoxazepine", "2-chloro-11-(4-methyl-1-piperazinyl)dibenz[b,f][1,4]oxazepine", "2-chlor-11-(4-methylpiperazin-1-yl)dibenzo[b,f][1,4]oxazepin", "loxitane c", "10/2/1977", "loxapine succinate[usp]", "13-chloro-10-(4-methylpiperazin-1-yl)-2-oxa-9-azatricyclo[9.4.0.03,8]pentadeca-1(11),3(8),4,6,9,12,14-heptaene", "dibenz(b,f)(1,4)oxazepine,2-chloro-11-(4-methyl-1-piperazinyl)-", "loxapine [usan:ban:inn]", "2-chloro-11-(4-methylpiperazino)dibenzo(b,f)(1,4)oxazepine", "dibenz[b,f][1,4]oxazepine,2-chloro-11-(4-methyl-1-piperazinyl)-", "ccris 1917", "loxitane", "cloxazepin", "einecs 248-682-0", "ncgc00016160-02", "loxapine succinate", "loxapinsuccinate", "cl 71563", "lederle", "27833-64-3"}|>, "3545" -> <|"DatabaseID" -> "SW02228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8237]}, "IsomericSmiles" -> "Cc1cc(c2ccccc2c1OP(=O)([O-])[O-])OP(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04908"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MENADIOL SODIUM DIPHOSPHATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8555]}, "Synonyms" -> {"kappadione", "menadiol sodium diphosphate", "synkayvite", "synkavite", "kipca water soluble", "synkavit", "sodium menadione diphosphate", "procoagulo", "thylokay", "1,4-naphthalenediol 2-methyl- bis(dihydrogen phosphate) tetrasodium", "2-methyl-1,4-naphthohydroquinone diphosphoricacid ester tetrasodium salt", "1,4-naphthalenediol 2-methyl- diphosphate,tetrasodium salt", "tetrasodium 2-methyl-1,4-naphthohydroquinonediphosphoric acidester", "menadiol diphosphate tetrasodium salt", "1:4-naphthaquinol-bisdisodium phosphate", "menadiol tetrasodium diphosphate", "tetrasodium 2-methyl-1,4-naphthahydroquinonediphosphoric acidester", "tetrasodium 2-methyl-1,4-naphthylenebis(phosphate)", "menadione sodium phosphate", "menadiol sodium diphosphate anhydrous[usan]", "131-13-5[rn]", "2-methyl-1,4-naphthalenediol bis(dihydrogenphosphate) tetrasodium salt hexahydrate", "tetrasodium 2-methyl-1,4-naphthalenediol bis(dihydrogen phosphate)", "205-012-1[einecs]", "tetrasodium 2-methyl-1,4-naphthylene bis(phosphate)", "1,4-naphthalenediol 2-methyl- bis(dihydrogen phosphate) sodium salt (1:4)", "2-methyl-1,4-naphthaquinol bis(disodium phosphate)", "84-98-0[rn]", "6700-42-1[rn]", "tetrasodium 2-methylnaphthalene-1,4-diyl bis(phosphate)", "phosphoric acid diester with 2-methyl-1,4-naphthalenediol tetrasodiumsalt", "menadione diphosphate tetrasodium salt", "tetrasodium 2-methyl-1,4-naphthohydroquinone diphosphate", "2-methyl-1,4-naphthalenediol diphosphoric acid ester tetrasodium salt"}|>, "3546" -> <|"DatabaseID" -> "SW02229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 167216]}, "IsomericSmiles" -> "COC(=O)c1ccc(c(c1)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodorien"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 192694]}, "Synonyms" -> {"woodorien", "methyl 3-(beta-d-glucopyranosyloxy)-4-hydroxybenzoate", "methyl 3-(|a-d-glucopyranosyloxy)-4-hydroxybenzoate", "methyl 4-hydroxy-3-[(2s", "ac1q5zjk", "benzoic acid", "ac1l4uru", "ar-1j4995", "155112-92-8[rn]"}|>, "3547" -> <|"DatabaseID" -> "SW02230", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3278]}, "IsomericSmiles" -> "CC(c1ccc(c(c1)F)c2ccccc2)C(=O)OC(C)OC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01475"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fp 83"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3395]}, "Synonyms" -> {"flurbiprofen axetil", "ropion", "1-acetoxyethyl 2-(2-fluoro-4-biphenylyl)propionate", "lipo-flurbiprofen axetil", "lipfen", "liposomal flurbiprofen axetil", "1-acetoxyethyl 2-(2-fluorobiphenyl-4-yl)propanoate", "ropion (tn)", "fp 83", "1-(acetyloxy)ethyl 2-(2-fluorobiphenyl-4-yl)propanoate", "91503-79-6", "lfp 83", "1-acetyloxyethyl 2-(3-fluoro-4-phenylphenyl)propanoate", "91503-79-6[rn]", "97460-20-3[rn]"}|>, "3548" -> <|"DatabaseID" -> "SW02230", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3278]}, "IsomericSmiles" -> "CC(c1ccc(c(c1)F)c2ccccc2)C(=O)OC(C)OC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01475"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fp 83"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3395]}, "Synonyms" -> {"flurbiprofen axetil", "ropion", "1-acetoxyethyl 2-(2-fluoro-4-biphenylyl)propionate", "lipo-flurbiprofen axetil", "lipfen", "liposomal flurbiprofen axetil", "1-acetoxyethyl 2-(2-fluorobiphenyl-4-yl)propanoate", "ropion (tn)", "fp 83", "1-(acetyloxy)ethyl 2-(2-fluorobiphenyl-4-yl)propanoate", "91503-79-6", "lfp 83", "1-acetyloxyethyl 2-(3-fluoro-4-phenylphenyl)propanoate", "91503-79-6[rn]", "97460-20-3[rn]"}|>, "3549" -> <|"DatabaseID" -> "SW02230", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3278]}, "IsomericSmiles" -> "CC(c1ccc(c(c1)F)c2ccccc2)C(=O)OC(C)OC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01475"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fp 83"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3395]}, "Synonyms" -> {"flurbiprofen axetil", "ropion", "1-acetoxyethyl 2-(2-fluoro-4-biphenylyl)propionate", "lipo-flurbiprofen axetil", "lipfen", "liposomal flurbiprofen axetil", "1-acetoxyethyl 2-(2-fluorobiphenyl-4-yl)propanoate", "ropion (tn)", "fp 83", "1-(acetyloxy)ethyl 2-(2-fluorobiphenyl-4-yl)propanoate", "91503-79-6", "lfp 83", "1-acetyloxyethyl 2-(3-fluoro-4-phenylphenyl)propanoate", "91503-79-6[rn]", "97460-20-3[rn]"}|>, "3550" -> <|"DatabaseID" -> "SW02230", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3278]}, "IsomericSmiles" -> "CC(c1ccc(c(c1)F)c2ccccc2)C(=O)OC(C)OC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01475"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fp 83"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3395]}, "Synonyms" -> {"flurbiprofen axetil", "ropion", "1-acetoxyethyl 2-(2-fluoro-4-biphenylyl)propionate", "lipo-flurbiprofen axetil", "lipfen", "liposomal flurbiprofen axetil", "1-acetoxyethyl 2-(2-fluorobiphenyl-4-yl)propanoate", "ropion (tn)", "fp 83", "1-(acetyloxy)ethyl 2-(2-fluorobiphenyl-4-yl)propanoate", "91503-79-6", "lfp 83", "1-acetyloxyethyl 2-(3-fluoro-4-phenylphenyl)propanoate", "91503-79-6[rn]", "97460-20-3[rn]"}|>, "3551" -> <|"DatabaseID" -> "SW02231", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6651"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3864]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00772"]}, "IsomericSmiles" -> "CCOC(=O)CC(C(=O)OCC)SP(=S)(OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00534"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MALDISON", "FDA Approved Drug" -> "MALATHION"|>, "PharmGKBID" -> "PA164748092", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4004]}, "Synonyms" -> {"malathion", "carbofos", "carbetox", "karbofos", "mercaptothion", "carbophos", "cythion", "sadophos", "prioderm", "phosphothion", "ovide", "emmatos", "detmol ma", "malation", "staeubol-puder", "vetiol", "kop-thion", "malathion 60", "fyfanon", "emmatos extra", "malatol", "maltox", "malatox", "maltox mlt", "kop-thionkypfosmalacide", "derbac-m", "vegfru malatox", "kypfos", "extermathion", "forthion", "malmed", "fog 3", "malaphele", "malaphos", "hilthion 25wdp", "ortho malathion", "cleensheen", "insecticide no. 4049", "malathiozoo", "malasol", "ethiolacar", "malakill", "chemathion", "malathione", "malphos", "malafor", "calmathion", "sadofos", "fosfothion", "malathon", "malagran", "sadofos 30", "malamar 50", "etiol", "siptox i", "lice rid", "organoderm", "fosfotion", "suleo-m", "malathion e50", "taskil", "mlt", "hilthion", "malaspray", "sumitox", "zithiol", "carbethoxy malathion", "mercaptosuccinic acid diethyl ester", "celthion", "tak", "fosfotion 550", "oleophosphothion", "carbetovur", "oms 1", "malacide", "cimexan", "malamar", "moscarda", "formal", "choline esterase ii", "maldison", "ec 3.1.1.8", "acylcholine acylhydrolase", "butyrylcholine esterase", "compound 4049", "latka 4049", "malathion lv concentrate", "mercaptotion", "cholinesterase precursor", "experimental insecticide 4049", "pseudocholinesterase", "1804525[beilstein]", "camathion", "s-1,2-bis(ethoxycarbonyl)ethyl o,o-dimethyl dithiophosphate", "s-(1,2-di(ethoxycarbonyl)ethyl) dimethylphosphorothiolothionate", "mercaptotion[spanish]", "11096-67-6[rn]", "o,o-dimethyl phosphorodithioate ester of diethyl mercaptosuccinate", "121-75-5[rn]", "phosphorodithioicacid o,o-dimethylester s-ester with diethyl mercaptosuccinate", "o,o-dimethyl s-1,2-di(ethoxycarbamyl)ethyl", "butanedioic acid,2-[(dimethoxyphosphinothioyl)thio]-,diethylester", "s-1,2-bis(ethoxycarbonyl)ethyl-o,o-dimethyl thiophosphate", "malation[portuguese]", "diethyl mercaptosuccinate o,o-dimethyl thiophosphate", "2-(dimethoxyphosphinothioylthio)butanedioic acid diethyl ester", "204-497-7[einecs]", "diethyl mercaptosuccinate o,o-dimethyl phosphorodithioate", "maldison[wiki]", "diethyl 2-[(dimethoxyphosphorothioyl)thio]succinate", "ovide[wiki]", "diethyl ((dimethoxyphosphinothioyl)thio)butanedioate", "malathion [iso:ban]", "o,o-dimethyl-s-1,2-dikarbetoxylethylditiofosfat[czech]", "[(dimethoxyphosphinothioyl)thio]butanedioic acid diethyl ester", "8059hc", "diethyl-2-[(dimethoxyphosphorothioyl)sulfanyl]butandioat", "diethyl (dimethoxyphosphinothioylthio)succinate", "american cyanamid 4049", "diethyl mercaptosuccinic acid o,o-dimethyl phosphorodithioate", "dithiophosphate deo,o-dimethyle etde s-(1,2-dicarboethoxyethyle)[french]", "diethyl mercaptosuccinate,o,o-dimethyl dithiophosphate s-ester", "o,o-dimethyl s-(1,2-dicarbethoxyethyl) phosphorodithioate", "flair[wiki]", "o,o-dimethyl-s-(1,2-bis(ethoxycarbonyl)ethyl)dithiophosphate", "o,o-dimethyl s-(1,2-bis(ethoxycarbonyl)ethyl)", "o,o-dimethyl s-(1,2-dicarbethoxyethyl) dithiophosphate", "diethyl mercaptosuccinate s-ester with o,o-dimethylphosphorodithioate", "dimethyl dithiophosphate of diethyl mercaptosuccinate", "dorthion", "2-(dimethoxythiophosphorylthio)succinic acid diethyl ester", "o,o-dimethyl s-(1,2-bis(ethoxycarbonyl)ethyl)dithiophosphate", "malathiazol", "s-ester with o,o-dimethyl phosphorothioate", "malathion[wiki][usp]", "o,o-dwumetylo-s-1,2-bis(karboetoksyetylo)-dwutiofosforan[polish]", "diethyl 2-[(dimethoxyphosphorothioyl)sulfanyl]butanedioate", "kill-a-mite", "diethyl [(dimethoxyphosphinothioyl)thio]butanedioate", "o,o-dimethyldithiophosphate diethyl mercaptosuccinate", "diethyl 2-dimethoxyphosphinothioylsulfanylbutanedioate", "o,o-dimethyl s-(1,2-dicarbethoxyethyl)phosphorodithioate", "s-(1,2-dicarbethoxyethyl) o,o-dimethyldithiophosphate", "malathion; carbofos; carbophos; chemathion; diethyl 2-dimethoxyphosphinothioylsulfanylbutanedioate;ethiolacar; karbofos; maldison; mercaptothion; oleophosphothion; phosphothion", "diethyl 2-(dimethoxyphosphinothioylthio)succinate", "s-(1,2-bis(etossi-carbonil)-etil)-o,o-dimetil-ditiofosfato[italian]", "sadofos.", "paladin[wiki]", "s-(1,2-bis(aethoxy-carbonyl)-aethyl)-o,o-dimethyl-dithiophosphat[german]", "s-(1,2-bis(ethoxycarbonyl)ethyl) o,o-dimethylphosphorodithioate", "[(dimethoxyphosphinothioyl)thio]butanedioic acid diethyl ester", "succinicacid mercapto- diethyl ester s-ester witho,o-dimethylphosphorodithioate", "s-(1,2-bis(ethoxy-carbonyl)-ethyl)-o,o-dimethyl-dithiofosfaat[dutch]", "1,2-di(ethoxycarbonyl)ethyl o,o-dimethyl phosphorodithioate", "diethyl mercaptosuccinic acid s-ester of o,o-dimethylphosphorodithioate", "o,o-dimethyl-s-(1,2-dicarbethoxyethyl) thiothionophosphate", "malataf", "s-(1,2-bis(carbethoxy)ethyl) o,o-dimethyl dithiophosphate", "dicarbethoxyethyl-o,o-dimethyldithiophosphate", "malathyl", "malathine", "malathion; malamar 50", "american cyanamid 4,049", "ovide (tn)", "121-75-5", "o,o-dimethyldithiophosphate diethylmercaptosuccinate", "o,o-dimethyl dithiophosphate of diethyl mercaptosuccinate", "4-03-00-01136 (beilstein handbook reference)[beilstein]", "butanedioic acid,[(dimethoxyphosphinothioyl)thio]- diethyl ester", "o,o-dimethyl-s-1,2-(dicarbaethoxyaethyl)-dithiophosphat[german]", "o,o-dimethyl s-1,2-di(ethoxycarbonyl)ethyl phosphorodithioate", "diethyl 2-[(dimethoxyphosphorothioyl)sulfanyl]succinate[acd/iupac name]", "dicarboethoxyethyl o,o-dimethyl phosphorodithioate"}|>, "3552" -> <|"DatabaseID" -> "SW02231", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6651"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3864]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00772"]}, "IsomericSmiles" -> "CCOC(=O)CC(C(=O)OCC)SP(=S)(OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00534"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MALDISON", "FDA Approved Drug" -> "MALATHION"|>, "PharmGKBID" -> "PA164748092", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4004]}, "Synonyms" -> {"malathion", "carbofos", "carbetox", "karbofos", "mercaptothion", "carbophos", "cythion", "sadophos", "prioderm", "phosphothion", "ovide", "emmatos", "detmol ma", "malation", "staeubol-puder", "vetiol", "kop-thion", "malathion 60", "fyfanon", "emmatos extra", "malatol", "maltox", "malatox", "maltox mlt", "kop-thionkypfosmalacide", "derbac-m", "vegfru malatox", "kypfos", "extermathion", "forthion", "malmed", "fog 3", "malaphele", "malaphos", "hilthion 25wdp", "ortho malathion", "cleensheen", "insecticide no. 4049", "malathiozoo", "malasol", "ethiolacar", "malakill", "chemathion", "malathione", "malphos", "malafor", "calmathion", "sadofos", "fosfothion", "malathon", "malagran", "sadofos 30", "malamar 50", "etiol", "siptox i", "lice rid", "organoderm", "fosfotion", "suleo-m", "malathion e50", "taskil", "mlt", "hilthion", "malaspray", "sumitox", "zithiol", "carbethoxy malathion", "mercaptosuccinic acid diethyl ester", "celthion", "tak", "fosfotion 550", "oleophosphothion", "carbetovur", "oms 1", "malacide", "cimexan", "malamar", "moscarda", "formal", "choline esterase ii", "maldison", "ec 3.1.1.8", "acylcholine acylhydrolase", "butyrylcholine esterase", "compound 4049", "latka 4049", "malathion lv concentrate", "mercaptotion", "cholinesterase precursor", "experimental insecticide 4049", "pseudocholinesterase", "1804525[beilstein]", "camathion", "s-1,2-bis(ethoxycarbonyl)ethyl o,o-dimethyl dithiophosphate", "s-(1,2-di(ethoxycarbonyl)ethyl) dimethylphosphorothiolothionate", "mercaptotion[spanish]", "11096-67-6[rn]", "o,o-dimethyl phosphorodithioate ester of diethyl mercaptosuccinate", "121-75-5[rn]", "phosphorodithioicacid o,o-dimethylester s-ester with diethyl mercaptosuccinate", "o,o-dimethyl s-1,2-di(ethoxycarbamyl)ethyl", "butanedioic acid,2-[(dimethoxyphosphinothioyl)thio]-,diethylester", "s-1,2-bis(ethoxycarbonyl)ethyl-o,o-dimethyl thiophosphate", "malation[portuguese]", "diethyl mercaptosuccinate o,o-dimethyl thiophosphate", "2-(dimethoxyphosphinothioylthio)butanedioic acid diethyl ester", "204-497-7[einecs]", "diethyl mercaptosuccinate o,o-dimethyl phosphorodithioate", "maldison[wiki]", "diethyl 2-[(dimethoxyphosphorothioyl)thio]succinate", "ovide[wiki]", "diethyl ((dimethoxyphosphinothioyl)thio)butanedioate", "malathion [iso:ban]", "o,o-dimethyl-s-1,2-dikarbetoxylethylditiofosfat[czech]", "[(dimethoxyphosphinothioyl)thio]butanedioic acid diethyl ester", "8059hc", "diethyl-2-[(dimethoxyphosphorothioyl)sulfanyl]butandioat", "diethyl (dimethoxyphosphinothioylthio)succinate", "american cyanamid 4049", "diethyl mercaptosuccinic acid o,o-dimethyl phosphorodithioate", "dithiophosphate deo,o-dimethyle etde s-(1,2-dicarboethoxyethyle)[french]", "diethyl mercaptosuccinate,o,o-dimethyl dithiophosphate s-ester", "o,o-dimethyl s-(1,2-dicarbethoxyethyl) phosphorodithioate", "flair[wiki]", "o,o-dimethyl-s-(1,2-bis(ethoxycarbonyl)ethyl)dithiophosphate", "o,o-dimethyl s-(1,2-bis(ethoxycarbonyl)ethyl)", "o,o-dimethyl s-(1,2-dicarbethoxyethyl) dithiophosphate", "diethyl mercaptosuccinate s-ester with o,o-dimethylphosphorodithioate", "dimethyl dithiophosphate of diethyl mercaptosuccinate", "dorthion", "2-(dimethoxythiophosphorylthio)succinic acid diethyl ester", "o,o-dimethyl s-(1,2-bis(ethoxycarbonyl)ethyl)dithiophosphate", "malathiazol", "s-ester with o,o-dimethyl phosphorothioate", "malathion[wiki][usp]", "o,o-dwumetylo-s-1,2-bis(karboetoksyetylo)-dwutiofosforan[polish]", "diethyl 2-[(dimethoxyphosphorothioyl)sulfanyl]butanedioate", "kill-a-mite", "diethyl [(dimethoxyphosphinothioyl)thio]butanedioate", "o,o-dimethyldithiophosphate diethyl mercaptosuccinate", "diethyl 2-dimethoxyphosphinothioylsulfanylbutanedioate", "o,o-dimethyl s-(1,2-dicarbethoxyethyl)phosphorodithioate", "s-(1,2-dicarbethoxyethyl) o,o-dimethyldithiophosphate", "malathion; carbofos; carbophos; chemathion; diethyl 2-dimethoxyphosphinothioylsulfanylbutanedioate;ethiolacar; karbofos; maldison; mercaptothion; oleophosphothion; phosphothion", "diethyl 2-(dimethoxyphosphinothioylthio)succinate", "s-(1,2-bis(etossi-carbonil)-etil)-o,o-dimetil-ditiofosfato[italian]", "sadofos.", "paladin[wiki]", "s-(1,2-bis(aethoxy-carbonyl)-aethyl)-o,o-dimethyl-dithiophosphat[german]", "s-(1,2-bis(ethoxycarbonyl)ethyl) o,o-dimethylphosphorodithioate", "[(dimethoxyphosphinothioyl)thio]butanedioic acid diethyl ester", "succinicacid mercapto- diethyl ester s-ester witho,o-dimethylphosphorodithioate", "s-(1,2-bis(ethoxy-carbonyl)-ethyl)-o,o-dimethyl-dithiofosfaat[dutch]", "1,2-di(ethoxycarbonyl)ethyl o,o-dimethyl phosphorodithioate", "diethyl mercaptosuccinic acid s-ester of o,o-dimethylphosphorodithioate", "o,o-dimethyl-s-(1,2-dicarbethoxyethyl) thiothionophosphate", "malataf", "s-(1,2-bis(carbethoxy)ethyl) o,o-dimethyl dithiophosphate", "dicarbethoxyethyl-o,o-dimethyldithiophosphate", "malathyl", "malathine", "malathion; malamar 50", "american cyanamid 4,049", "ovide (tn)", "121-75-5", "o,o-dimethyldithiophosphate diethylmercaptosuccinate", "o,o-dimethyl dithiophosphate of diethyl mercaptosuccinate", "4-03-00-01136 (beilstein handbook reference)[beilstein]", "butanedioic acid,[(dimethoxyphosphinothioyl)thio]- diethyl ester", "o,o-dimethyl-s-1,2-(dicarbaethoxyaethyl)-dithiophosphat[german]", "o,o-dimethyl s-1,2-di(ethoxycarbonyl)ethyl phosphorodithioate", "diethyl 2-[(dimethoxyphosphorothioyl)sulfanyl]succinate[acd/iupac name]", "dicarboethoxyethyl o,o-dimethyl phosphorodithioate"}|>, "3553" -> <|"DatabaseID" -> "SW02232", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7936"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8021020], ExternalIdentifier["ChemSpiderID", 39888]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00715"]}, "IsomericSmiles" -> "c1cc(ccc1[C@@H]2CC[NH2+]C[C@H]2COc3ccc4c(c3)OCO4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05374"], ExternalIdentifier["KEGGID", "D05375"], ExternalIdentifier["KEGGID", "D02362"]}, "OfficialNames" -> <|"Indian Approved Name" -> "paroxetine", "FDA Approved Drug" -> "PAROXETINE HYDROCHLORIDE;PAROXETINE MESYLATE"|>, "PharmGKBID" -> "PA450801", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62878], ExternalIdentifier["PubChemCompoundID", 9845306], ExternalIdentifier["PubChemCompoundID", 43815]}, "Synonyms" -> {"paroxetine", "paxil", "aropax", "paxil cr", "seroxat", "paroxetine hcl", "pexeva", "paroxetina [inn-spanish]", "seroxat cr", "paroxetinum [inn-latin]", "paroxetina", "paroxetinum", "paroxetine hydrochloride", "brl 29060a", "pexeva[wiki]", "paroxetine mesylate", "(3s-trans)-3-[(1,3-benzodioxol-5-yl-oxy)methyl]-4-(4-fluorophenyl)piperidine", "frosinor", "paxil[wiki]", "78246-49-8", "paroxetine [usan:ban:inn][inn][usan]", "piperidine 3-((1,3-benzodioxol-5-yloxy)methyl)-4-(4-fluorophenyl)- (3s,4r)-", "(3s,4r)-3-[(1,3-benzodioxol-5-yloxy)methyl]-4-(4-fluorophenyl)piperidine[acd/iupac name]", "paroxetina; paroxetinum", "brl 29060 hydrochloride", "d05375", "(3s,4r)-3-[(1,3-benzodioxol-5-yloxy)methyl]-4-(4-fluorophenyl)piperidinemethanesulfonate", "paroxetine methanesulfonate", "(-)-(3s,4r)-4-(p-fluorophenyl)-3-((3,4-(methylenedioxy)phenoxy)methyl)piperidine;(3s-trans)-3-((1,3-benzodioxol-5-yloxy)methyl)-4-(4-fluorophenyl)piperidine; paroxetine", "paroxat", "paroxetine (tn)", "(3s,4r)-3-((benzo[d][1,3]dioxol-5-yloxy)methyl)-4-(4-fluorophenyl)piperidine", "paroxetina[spanish][inn]", "aropax 20", "(-)-trans-4-(p-fluorophenyl)-3-[[3,4-(methylenedioxy)phenoxy]methyl]-piperidine", "piperidine 3-[(1,3-benzodioxol-5-yloxy)methyl]-4-(4-fluorophenyl)- (3s-trans)-", "tl8003967", "(-)-paroxetine", "(-)-(3s,4r)-4-(p-fluorophenyl)-3-((3,4-(methylenedioxy)phenoxy)methyl)piperidine", "seroxat[wiki]", "paroxetine[wiki][usp]", "paroxetine,", "paxetil", "7467879[beilstein]", "hsdb 7175", "piperidine 3-[(1,3-benzodioxol-5-yloxy)methyl]-4-(4-fluorophenyl)- (3s,4r)- methanesulfonate (1:1)", "(3s,4r)-3-(1,3-benzodioxol-5-yloxymethyl)-4-(4-fluorophenyl)piperidine", "(-)-trans-4-(4-fluorophenyl)-3-(3,4-methylenedioxyphenoxymethyl)piperidine", "(-)-trans-4r-(4'-fluorophenyl)-3s-((3',4'-methylenedioxyphenoxy)methyl)piperidine", "(3s,4r)-3-[(1,3-benzodioxol-5-yloxy)methyl]-4-(4-fluorphenyl)piperidin", "chembl1200609", "motivan", "61869-08-7[rn]", "(3s-trans)-3-((1,3-benzodioxol-5-yloxy)methyl)-4-(4-fluorophenyl)piperidine", "paxil (tn)", "(-)-trans-4-(p-fluorophenyl)-3-[[3,4-(methylenedioxy)phenoxy]methyl]piperidine", "(3s,4r)-3-(benzo[1,3]dioxol-5-yloxymethyl)-4-(4-fluorophenyl)piperidine", "nnc-20-7051", "sdb 7175", "piperidine 3-[(1,3-benzodioxol-5-yloxy)methyl]-4-(4-fluorophenyl)- (3s,4r)-", "paroxetinum[latin]", "pexeva (tn)", "trans-(-)-3-[(1,3-benzodioxol-5-yloxy)methyl]-4-(4-fluorophenyl)piperidine", "piperidine 3-((1,3-benzodioxol-5-yloxy)methyl)-4-(4-fluorophenyl)- (3s-trans)-"}|>, "3554" -> <|"DatabaseID" -> "SW02233", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "26533"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9816]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2C1Cc3ccc(c(c3)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "reticuline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10233]}, "Synonyms" -> {"reticline", "reticuline", "brn 4299976", "485-19-8", "485-19-8[rn]", "207-611-3[einecs]", "(s)-1,2,3,4-tetrahydro-1-[(3-hydroxy-4-methoxyphenyl)methyl]-6-methoxy-2-methylisoquinolin-7-ol", "7-isoquinolinol 1,2,3,4-tetrahydro-1-[(3-hydroxy-4-methoxyphenyl)methyl]-6-methoxy-2-methyl-", "l-(+)-reticuline", "s-(+)-reticuline", "(r,s)-reticuline", "95672[beilstein]", "338033[beilstein]", "(s)-1", "6004801[beilstein]", "d-reticuline", "einecs 207-611-3", "2-methyl-7-hydroxy-6-methoxy-1-(3-hydroxy-4-methoxybenzyl)-1,2,3,4-tetrahydroisoquinoline", "chebi:26533", "5-21-06-00046 (beilstein handbook reference)[beilstein]", "(r)-reticuline", "(+)-reticuline", "(s)-reticuline", "coclanoline", "7-isoquinolinol 1,2,3,4-tetrahydro-1-((3-hydroxy-4-methoxyphenyl)methyl)-6-meth", "1,2,3,4-tetrahydro-1-[(3-hydroxy-4-methoxyphenyl)methyl]-6-methoxy-2-methyl-7-isoquinolinol", "1-(3-hydroxy-4-methoxybenzyl)-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-ol"}|>, "3555" -> <|"DatabaseID" -> "SW02233", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "26533"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9816]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2C1Cc3ccc(c(c3)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "reticuline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10233]}, "Synonyms" -> {"reticline", "reticuline", "brn 4299976", "485-19-8", "485-19-8[rn]", "207-611-3[einecs]", "(s)-1,2,3,4-tetrahydro-1-[(3-hydroxy-4-methoxyphenyl)methyl]-6-methoxy-2-methylisoquinolin-7-ol", "7-isoquinolinol 1,2,3,4-tetrahydro-1-[(3-hydroxy-4-methoxyphenyl)methyl]-6-methoxy-2-methyl-", "l-(+)-reticuline", "s-(+)-reticuline", "(r,s)-reticuline", "95672[beilstein]", "338033[beilstein]", "(s)-1", "6004801[beilstein]", "d-reticuline", "einecs 207-611-3", "2-methyl-7-hydroxy-6-methoxy-1-(3-hydroxy-4-methoxybenzyl)-1,2,3,4-tetrahydroisoquinoline", "chebi:26533", "5-21-06-00046 (beilstein handbook reference)[beilstein]", "(r)-reticuline", "(+)-reticuline", "(s)-reticuline", "coclanoline", "7-isoquinolinol 1,2,3,4-tetrahydro-1-((3-hydroxy-4-methoxyphenyl)methyl)-6-meth", "1,2,3,4-tetrahydro-1-[(3-hydroxy-4-methoxyphenyl)methyl]-6-methoxy-2-methyl-7-isoquinolinol", "1-(3-hydroxy-4-methoxybenzyl)-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-ol"}|>, "3556" -> <|"DatabaseID" -> "SW02233", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "26533"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9816]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2C1Cc3ccc(c(c3)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "reticuline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10233]}, "Synonyms" -> {"reticline", "reticuline", "brn 4299976", "485-19-8", "485-19-8[rn]", "207-611-3[einecs]", "(s)-1,2,3,4-tetrahydro-1-[(3-hydroxy-4-methoxyphenyl)methyl]-6-methoxy-2-methylisoquinolin-7-ol", "7-isoquinolinol 1,2,3,4-tetrahydro-1-[(3-hydroxy-4-methoxyphenyl)methyl]-6-methoxy-2-methyl-", "l-(+)-reticuline", "s-(+)-reticuline", "(r,s)-reticuline", "95672[beilstein]", "338033[beilstein]", "(s)-1", "6004801[beilstein]", "d-reticuline", "einecs 207-611-3", "2-methyl-7-hydroxy-6-methoxy-1-(3-hydroxy-4-methoxybenzyl)-1,2,3,4-tetrahydroisoquinoline", "chebi:26533", "5-21-06-00046 (beilstein handbook reference)[beilstein]", "(r)-reticuline", "(+)-reticuline", "(s)-reticuline", "coclanoline", "7-isoquinolinol 1,2,3,4-tetrahydro-1-((3-hydroxy-4-methoxyphenyl)methyl)-6-meth", "1,2,3,4-tetrahydro-1-[(3-hydroxy-4-methoxyphenyl)methyl]-6-methoxy-2-methyl-7-isoquinolinol", "1-(3-hydroxy-4-methoxybenzyl)-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-ol"}|>, "3557" -> <|"DatabaseID" -> "SW02233", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "26533"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9816]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2C1Cc3ccc(c(c3)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "reticuline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10233]}, "Synonyms" -> {"reticline", "reticuline", "brn 4299976", "485-19-8", "485-19-8[rn]", "207-611-3[einecs]", "(s)-1,2,3,4-tetrahydro-1-[(3-hydroxy-4-methoxyphenyl)methyl]-6-methoxy-2-methylisoquinolin-7-ol", "7-isoquinolinol 1,2,3,4-tetrahydro-1-[(3-hydroxy-4-methoxyphenyl)methyl]-6-methoxy-2-methyl-", "l-(+)-reticuline", "s-(+)-reticuline", "(r,s)-reticuline", "95672[beilstein]", "338033[beilstein]", "(s)-1", "6004801[beilstein]", "d-reticuline", "einecs 207-611-3", "2-methyl-7-hydroxy-6-methoxy-1-(3-hydroxy-4-methoxybenzyl)-1,2,3,4-tetrahydroisoquinoline", "chebi:26533", "5-21-06-00046 (beilstein handbook reference)[beilstein]", "(r)-reticuline", "(+)-reticuline", "(s)-reticuline", "coclanoline", "7-isoquinolinol 1,2,3,4-tetrahydro-1-((3-hydroxy-4-methoxyphenyl)methyl)-6-meth", "1,2,3,4-tetrahydro-1-[(3-hydroxy-4-methoxyphenyl)methyl]-6-methoxy-2-methyl-7-isoquinolinol", "1-(3-hydroxy-4-methoxybenzyl)-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-ol"}|>, "3558" -> <|"DatabaseID" -> "SW02234", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10179905]}, "IsomericSmiles" -> "C[NH+]1CC[C@@]23CC(=O)C(=C[C@@H]2[C@@H]1Cc4c3c(c(cc4)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459308]}, "Synonyms" -> {"sabianine a", "coculine", "sinomenine", "cucoline", "kukoline", "115-53-7", "(9alpha", "7,8-didehydro-4-hydroxy-3,7-dimethoxy-17-methylmorphinan-6-one", "ccris 1550", "115-53-7[rn]", "brn 0095280", "(9?,13?,14?)-7,8-didehydro-4-hydroxy-3,7-dimethoxy-17-methylmorphinan-6-one", "einecs 204-094-6", "(9a,13a,14a)-7,8-didehydro-4-hydroxy-3,7-dimethoxy-17-methylmorphinan-6-one", "204-094-6[einecs]", "cucoline kukoline coculine sabianine a"}|>, "3559" -> <|"DatabaseID" -> "SW02234", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10179905]}, "IsomericSmiles" -> "C[NH+]1CC[C@@]23CC(=O)C(=C[C@@H]2[C@@H]1Cc4c3c(c(cc4)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459308]}, "Synonyms" -> {"sabianine a", "coculine", "sinomenine", "cucoline", "kukoline", "115-53-7", "(9alpha", "7,8-didehydro-4-hydroxy-3,7-dimethoxy-17-methylmorphinan-6-one", "ccris 1550", "115-53-7[rn]", "brn 0095280", "(9?,13?,14?)-7,8-didehydro-4-hydroxy-3,7-dimethoxy-17-methylmorphinan-6-one", "einecs 204-094-6", "(9a,13a,14a)-7,8-didehydro-4-hydroxy-3,7-dimethoxy-17-methylmorphinan-6-one", "204-094-6[einecs]", "cucoline kukoline coculine sabianine a"}|>, "3560" -> <|"DatabaseID" -> "SW02235", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17252"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6002]}, "IsomericSmiles" -> "CC(=O)[C@]1(CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08052"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hydroxyprogesterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6238]}, "Synonyms" -> {"hydroxyprogesterone", "oxiprogesteronum", "gestageno gador", "gestageno", "prodix", "setaderm", "prodox", "71-55-6[rn]", "17-hydroxypregn-4-ene-3", "68-96-2[rn]", "pregn-4-ene-3,20-dione-17-ol", "17-hydroxypregn-4-ene-3,20-dione[acd/iupac name]", "17-hydroxyprogesterone", "200-699-4[einecs]", "hydroxyprogesteronum [inn_la]", "2062088[beilstein]", "17a-hydroxypregn-4-ene-3,20-dione", "hidroxiprogesterona", "idrossiprogesterone [dcit]", "(1s,11s,15s,2r,10r,14r)-14-acetyl-14-hydroxy-2,15-dimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-ene", "139517-03-6[rn]", "d019326", "4-08-00-02189 (beilstein handbook reference)[beilstein]", "604-09-1[rn]", "tu5060000 [rtecs]", "17alpha-hydroxyprogesterone", "hydroxyprogesteronum[latin]", "17-hydroxypregn-4-en-3,20-dione", "(8r,9s,10r,13s,14s,17r)-17-acetyl-17-hydroxy-10,13-dimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-cyclopenta[a]phenanthren-3-one", "(8r,9s,10r,13s,14s,17r)-17-acetyl-17-hydroxy-10,13-dimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-1h-cyclopenta[a]phenanthren-3(2h)-one", "hydroxyprogesteronum", "pregn-4-ene-3,20-dione 17-hydroxy-", "hidroxiprogesterona[spanish][inn]", "4-pregnen-17a-ol-3,20-dione", "pregn-4-en-17a-ol-3,20-dione"}|>, "3561" -> <|"DatabaseID" -> "SW02236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01514"]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@]2(C)O)CC[C@@H]4[C@@]3(Cc5c(non5)C4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01158"]}, "OfficialNames" -> <|"NPC Approved Name" -> "furazabol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14708]}, "Synonyms" -> {"furazabol", "miotolon", "furazabol [inn:jan]", "androfurazanol", "dh 245", "furazabolo [dcit]", "frazalon", "miotolan", "myotolon", "einecs 214-983-0", "furazabolum [inn-latin]"}|>, "3562" -> <|"DatabaseID" -> "SW02237", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9418]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04825"]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH2+]CCC(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02383"]}, "OfficialNames" -> <|"NPC Approved Name" -> "benzenepropanamine n-(1-methyl-2-phenylethyl)-gamma-phenyl-"|>, "Synonyms" -> {"falliocor", "synadrin", "carditin", "bismethin", "elecor", "valecor", "segontin", "corpax", "1-phenyl-2-(1',1'-diphenylpropyl-3'-amino)propane", "hostaginan", "prenylamine", "corontin", "prenylaminum [inn-latin]", "sandoz 13-194", "coredamin", "n-(3,3-diphenylpropyl)-alpha-methylphenethylamine", "crepasin", "n-(1-methyl-2-phenylethyl)-g-phenylbenzenepropanamine", "1-phenyl-2-[1',1'-diphenylpropyl-3'-amino]propane", "prenylamine (vasodilator)", "n-(1-methyl-2-phenylethyl)-gamma-phenylbenzenepropanamine", "prenylaminum[latin]", "n-(3,3-diphenylpropyl)-alpha-methylphenaethylamin [german]", "agozol", "3,3-diphenyl-n-(1-phenylpropan-2-yl)propan-1-amine", "prenylamine[usan]", "prenylamine lactate", "prenilamina[spanish][inn]", "incoran", "seccidin", "n-(3'-phenylo-2-propylo)-1,1-diphenylo-3-propyloamine[polish]", "reocorin", "prenylamine [usan:ban:inn][inn][usan]", "390-64-7[rn]", "n-(3,3-diphenylpropyl)-a-methylphenethylamine", "plactamin", "206-869-4[einecs]", "200-705-5[einecs]", "roinin", "prenylamine(3,3-diphenyl-propyl)-(1-methyl-2-phenyl-ethyl)-amine", "irrorin", "n-(1-methyl-2-phenylethyl)-3,3-diphenyl-1-propanamine", "n-(3'-phenyl-2'-propyl)-1,1-diphenyl-3-propylamine", "3,3-diphenyl-n-(1-phenyl-2-propanyl)-1-propanamine", "69-43-2[rn]", "n-(3'-phenyl-2-propyl)-1,1-diphenyl-3-propyloamine", "angormin", "(3,3-diphenyl-propyl)-(1-methyl-2-phenyl-ethyl)-amine", "prenylamine (pharmaceutical)", "sedolatan", "dl-prenylamine", "cam", "san 13-194", "prenilamina [inn-spanish]"}|>, "3563" -> <|"DatabaseID" -> "SW02237", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9418]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04825"]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH2+]CCC(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02383"]}, "OfficialNames" -> <|"NPC Approved Name" -> "benzenepropanamine n-(1-methyl-2-phenylethyl)-gamma-phenyl-"|>, "Synonyms" -> {"falliocor", "synadrin", "carditin", "bismethin", "elecor", "valecor", "segontin", "corpax", "1-phenyl-2-(1',1'-diphenylpropyl-3'-amino)propane", "hostaginan", "prenylamine", "corontin", "prenylaminum [inn-latin]", "sandoz 13-194", "coredamin", "n-(3,3-diphenylpropyl)-alpha-methylphenethylamine", "crepasin", "n-(1-methyl-2-phenylethyl)-g-phenylbenzenepropanamine", "1-phenyl-2-[1',1'-diphenylpropyl-3'-amino]propane", "prenylamine (vasodilator)", "n-(1-methyl-2-phenylethyl)-gamma-phenylbenzenepropanamine", "prenylaminum[latin]", "n-(3,3-diphenylpropyl)-alpha-methylphenaethylamin [german]", "agozol", "3,3-diphenyl-n-(1-phenylpropan-2-yl)propan-1-amine", "prenylamine[usan]", "prenylamine lactate", "prenilamina[spanish][inn]", "incoran", "seccidin", "n-(3'-phenylo-2-propylo)-1,1-diphenylo-3-propyloamine[polish]", "reocorin", "prenylamine [usan:ban:inn][inn][usan]", "390-64-7[rn]", "n-(3,3-diphenylpropyl)-a-methylphenethylamine", "plactamin", "206-869-4[einecs]", "200-705-5[einecs]", "roinin", "prenylamine(3,3-diphenyl-propyl)-(1-methyl-2-phenyl-ethyl)-amine", "irrorin", "n-(1-methyl-2-phenylethyl)-3,3-diphenyl-1-propanamine", "n-(3'-phenyl-2'-propyl)-1,1-diphenyl-3-propylamine", "3,3-diphenyl-n-(1-phenyl-2-propanyl)-1-propanamine", "69-43-2[rn]", "n-(3'-phenyl-2-propyl)-1,1-diphenyl-3-propyloamine", "angormin", "(3,3-diphenyl-propyl)-(1-methyl-2-phenyl-ethyl)-amine", "prenylamine (pharmaceutical)", "sedolatan", "dl-prenylamine", "cam", "san 13-194", "prenilamina [inn-spanish]"}|>, "3564" -> <|"DatabaseID" -> "SW02238", "IsomericSmiles" -> "CCOC(=O)[C@@]1(CCC[C@]2(C1CC=C3C2CCC(=C3)C(C)C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06804"]}, "OfficialNames" -> <|"NPC Approved Name" -> "rosin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44630037]}, "Synonyms" -> {"ethyl rosinate", "rosin acid ethyl ester", "abietic acid ethyl ester", "rosin", "a0002"}|>, "3565" -> <|"DatabaseID" -> "SW02238", "IsomericSmiles" -> "CCOC(=O)[C@@]1(CCC[C@]2(C1CC=C3C2CCC(=C3)C(C)C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06804"]}, "OfficialNames" -> <|"NPC Approved Name" -> "rosin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44630037]}, "Synonyms" -> {"ethyl rosinate", "rosin acid ethyl ester", "abietic acid ethyl ester", "rosin", "a0002"}|>, "3566" -> <|"DatabaseID" -> "SW02238", "IsomericSmiles" -> "CCOC(=O)[C@@]1(CCC[C@]2(C1CC=C3C2CCC(=C3)C(C)C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06804"]}, "OfficialNames" -> <|"NPC Approved Name" -> "rosin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44630037]}, "Synonyms" -> {"ethyl rosinate", "rosin acid ethyl ester", "abietic acid ethyl ester", "rosin", "a0002"}|>, "3567" -> <|"DatabaseID" -> "SW02238", "IsomericSmiles" -> "CCOC(=O)[C@@]1(CCC[C@]2(C1CC=C3C2CCC(=C3)C(C)C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06804"]}, "OfficialNames" -> <|"NPC Approved Name" -> "rosin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44630037]}, "Synonyms" -> {"ethyl rosinate", "rosin acid ethyl ester", "abietic acid ethyl ester", "rosin", "a0002"}|>, "3568" -> <|"DatabaseID" -> "SW02239", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10635216]}, "IsomericSmiles" -> "C[N+]12CCCCC1CCC(=C(c3cccs3)c4cccs4)C2", "OfficialNames" -> <|"NPC Approved Name" -> "tiquizium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12519360]}, "Synonyms" -> {"71731-58-3", "bromuro de tiquizio [inn-spanish]", "71731-58-3[rn]", "3-(di(2-thienyl)methylene)-5-methyldecahydroquinolizinium bromide", "tiquiziumbromide", "tiquizium bromide", "tiquizii bromidum [inn-latin]", "c19h24ns2", "bromure de tiquizium [inn-french]", "dithienylmethylene methyl trans-quinolizidinium", "3-(di-2-thienylmethylene)-5-methyl-trans-quinolizidinium bromide", "tiquizium bromide [inn:jan]", "surecn24152"}|>, "3569" -> <|"DatabaseID" -> "SW02239", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10635216]}, "IsomericSmiles" -> "C[N+]12CCCCC1CCC(=C(c3cccs3)c4cccs4)C2", "OfficialNames" -> <|"NPC Approved Name" -> "tiquizium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12519360]}, "Synonyms" -> {"71731-58-3", "bromuro de tiquizio [inn-spanish]", "71731-58-3[rn]", "3-(di(2-thienyl)methylene)-5-methyldecahydroquinolizinium bromide", "tiquiziumbromide", "tiquizium bromide", "tiquizii bromidum [inn-latin]", "c19h24ns2", "bromure de tiquizium [inn-french]", "dithienylmethylene methyl trans-quinolizidinium", "3-(di-2-thienylmethylene)-5-methyl-trans-quinolizidinium bromide", "tiquizium bromide [inn:jan]", "surecn24152"}|>, "3570" -> <|"DatabaseID" -> "SW02240", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445389]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CC/C(=C/CC/C(=C/CCC(=O)C)/C)/C)/C)C", "OfficialNames" -> <|"China Approved Name" -> "teprenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282199]}, "Synonyms" -> {"geranylgeranylacetone", "selbex", "3796-63-2", "6809-52-5[rn]", "3796-63-2[rn]", "teprenone", "5,9,13,17-nonadecatetraen-2-one 6,10,14,18-tetramethyl- (5e,9e,13e)-", "geranylgeranyl acetone", "teprenona[spanish][inn]", "teprenonum[latin]", "5", "teprenon", "selbelle", "5,9,13,17-nonadecatetraen-2-one 6,10,14,18-tetramethyl-", "6,10,14,18-tetramethyl-nonadeca-5,9,13,17-tetraen-2-one (teprenone)", "gga", "teprenone[inn]", "teprenona [inn-spanish]", "(5e,9e,13e)-6,10,14,18-tetramethylnonadeca-5,9,13,17-tetraen-2-one", "e36u31", "teprenonum [inn-latin]", "5,9,13,17-nonadecatetraen-2-one 6,10,14,18-tetramethyl- (e,e,e)-", "tetraprenylacetone", "selbex (tn)", "tetraprenyl acetone"}|>, "3571" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3572" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3573" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3574" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3575" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3576" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3577" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3578" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3579" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3580" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3581" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3582" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3583" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3584" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3585" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3586" -> <|"DatabaseID" -> "SW02241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475189]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH3+])C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316031]}, "Synonyms" -> {"conamine"}|>, "3587" -> <|"DatabaseID" -> "SW02242", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2703]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccc(cc2)Cl)OCC[NH+]3CCCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03557"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cloperastine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2805]}, "Synonyms" -> {"1-(2-((4-chlorophenyl)phenylmethoxy)ethyl)piperidine", "cloperastine", "223-042-3[einecs]", "cloperastina[spanish][inn]", "cloperastinum [inn-latin]", "cloperastina [inn-spanish]", "1-{2-[(4-chloro-phenyl)-phenyl-methoxy]-ethyl}-piperidine", "1-[2-[(4-chlorophenyl)phenylmethoxy]ethyl]piperidine", "14984-68-0[rn]", "1-(2-((4-chlorophenyl)(phenyl)methoxy)ethyl)piperidine", "3703-76-2[rn]", "brn 0275589", "5-20-02-00105 (beilstein handbook reference)[beilstein]", "hustazol;nitossil;seki;sekin;sekison", "p-chlorobenzhydryl 2-(1-piperidyl)ethyl ether", "3703-76-2", "cloperastine [inn]", "cloperastine hydrochloride[jp15]", "einecs 223-042-3", "hustazol;", "5-20-02-00105[beilstein]", "cloperastinum[latin]", "cloperastine[inn]", "1-[2-[(p-chloro-a-phenylbenzyl)oxy]ethyl]piperidine", "1-{2-[(4-chlorophenyl)(phenyl)methoxy]ethyl}piperidine[acd/iupac name]", "piperidine 1-[2-[(4-chlorophenyl)phenylmethoxy]ethyl]-", "cloperastine (inn)", "stk646871", "piperidine 1-(2-((4-chlorophenyl)phenylmethoxy)ethyl)- (9ci)"}|>, "3588" -> <|"DatabaseID" -> "SW02242", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2703]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccc(cc2)Cl)OCC[NH+]3CCCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03557"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cloperastine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2805]}, "Synonyms" -> {"1-(2-((4-chlorophenyl)phenylmethoxy)ethyl)piperidine", "cloperastine", "223-042-3[einecs]", "cloperastina[spanish][inn]", "cloperastinum [inn-latin]", "cloperastina [inn-spanish]", "1-{2-[(4-chloro-phenyl)-phenyl-methoxy]-ethyl}-piperidine", "1-[2-[(4-chlorophenyl)phenylmethoxy]ethyl]piperidine", "14984-68-0[rn]", "1-(2-((4-chlorophenyl)(phenyl)methoxy)ethyl)piperidine", "3703-76-2[rn]", "brn 0275589", "5-20-02-00105 (beilstein handbook reference)[beilstein]", "hustazol;nitossil;seki;sekin;sekison", "p-chlorobenzhydryl 2-(1-piperidyl)ethyl ether", "3703-76-2", "cloperastine [inn]", "cloperastine hydrochloride[jp15]", "einecs 223-042-3", "hustazol;", "5-20-02-00105[beilstein]", "cloperastinum[latin]", "cloperastine[inn]", "1-[2-[(p-chloro-a-phenylbenzyl)oxy]ethyl]piperidine", "1-{2-[(4-chlorophenyl)(phenyl)methoxy]ethyl}piperidine[acd/iupac name]", "piperidine 1-[2-[(4-chlorophenyl)phenylmethoxy]ethyl]-", "cloperastine (inn)", "stk646871", "piperidine 1-(2-((4-chlorophenyl)phenylmethoxy)ethyl)- (9ci)"}|>, "3589" -> <|"DatabaseID" -> "SW02243", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3521]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00774"]}, "IsomericSmiles" -> "c1c(c(cc2c1NCNS2(=O)=O)S(=O)(=O)N)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00654"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hydroflumethiazide"|>, "PharmGKBID" -> "PA164752557", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3647]}, "Synonyms" -> {"hydroflumethiazide", "diuredemina", "enjit", "hidroflumetiazid", "diurometon", "hidroalogen", "spandiuril", "flutizide", "robezon", "glomerulin", "saluron", "trifluoromethylhydrazide", "hydroflumethizide", "dihydroflumethazide", "trifluoromethylhydrothiazide", "hydroflumethazide", "di-adenil", "hydroflumethiazide [ban:inn:jan][inn][jan]", "rivosil", "hydrenox", "finuret", "hydol", "9005-49-6", "6-trifluoromethyl-3 4-dihydro-7-sulfamoyl-2h-1,2,4-benzothiadiazine 1,1-dioxide", "dihydroflumethiazide", "3,4-dihydro-7-sulfamoyl-6-trifluoromethyl-2h-1,2 4-benzothiadiazine 1,1-dioxide", "component of salutensin", "7-sulfamoyl-6-trifluoromethyl-3 4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide", "metflorylthiazidine", "sisuril", "slo homolog", "slo1", "6-(trifluormethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazin-7-sulfonamid-1,1-dioxid", "6-trifluoromethyl-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine-1,1-dioxide", "3 4-dihydro-6-trifluoromethyl-7-sulfamoylbenzo-1,2,4-thiadiazine 1 1-dioxide", "metforylthiadiazin", "rontyl", "2h-1,2 4-benzothiadiazine-7-sulfonamide 3,4-dihydro-6- (trifluoromethyl)- 1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3,4-dihydro-6-(trifluoromethyl)- 1,1-dioxide", "maxik", "idroflumetiazide [dcit]", "bristab", "methforylthiazidine", "cas-135-09-1", "7-sulfamyl-6-trifluoromethyl-3,4-dihydro-1,2,4-benzothiadiazine1,1-dioxide", "bk channel", "naciex (glaxo)", "naclex", "6-trifluoromethyl-7-sulfamoyl-3,4-dihydro-1,2 4-benzothiadiazine-1,1-dioxide", "kca1.1", "maxi k channel", "3,4-dihydro-6-(trifluoromethyl)-2h-1,2,4-benzothiadiazine-7-sulphonamide1,1-dioxide 95+%", "k(vca)alpha", "slowpoke homolog", "leodrine", "2h-1,2 4-benzothiadiazine-7-sulfonamide 3,4-dihydro-6-(trifluoromethyl)- 1,1-dioxide", "3,4-dihydro-6-(trifluoromethyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "saluron (tn)", "hidroflumetiazida[spanish][inn]", "elodrin", "7-sulfamyl-6-trifluoromethyl-3,4-dihydro-1,2,4-benzothiadiazine1 1-dioxide", "diucardin", "hydroflumethiazidum[latin]", "metforylthiazidin", "6-trifluoromethyl-3,4-dihydro-7-sulfamoyl-2h-1,2,4-benzothiadiazine 1,1-dioxide", "3 4-dihydro-6-trifluoromethyl-2h-1,2 4-benzothiadiazine-7-sulfonamide1,1-dioxide", "elodrine", "vergonil", "3,4-dihydro-6-(trifluoromethyl)-2h-1,2,4-benzothiadiazine-7-sulphonamide-1,1-dioxide", "3,4-dihydro-7-sulfamyl-6-trifluoromethyl-2h-1,2,4-benzothiadiazine 1,1-dioxide", "3,4-dihydro-6-(trifluoromethyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide-1,1-dioxide", "4-27-00-08035 (beilstein handbook reference)[beilstein]", "rodiuran", "olmagran", "calcium-activated potassium channel subfamily m subunit alpha 1", "di-ademil", "6-(trifluoromethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide[acd/iupac name]", "205-173-8[einecs]", "slo-alpha", "bristurin", "hslo", "bkca alpha", "3,4-dihydro-6-trifluoromethyl-7-sulfamoylbenzo-1,2,4-thiadiazine 1,1-dioxide", "dioxotrifluoromethyltetrahydrobenzothiadiazinesulfonamide", "135-09-1[rn]", "3,4-dihydro-7-sulfamyl-6-trifluoromethyl-1,2,4-benzothiadiazine1,1-dioxide"}|>, "3590" -> <|"DatabaseID" -> "SW02244", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "100241"], ExternalIdentifier["ChEBIID", "59936"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2662], ExternalIdentifier["ChemSpiderID", 56700], ExternalIdentifier["ChemSpiderID", 56701]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00537"]}, "IsomericSmiles" -> "c1c2c(cc(c1F)N3CC[NH2+]CC3)n(cc(c2=O)C(=O)[O-])C4CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00186"]}, "OfficialNames" -> <|"China Approved Name" -> "ciprofloxacin", "WHO Essential Medicine" -> "ciprofloxacin", "Indian Approved Name" -> "ciprofloxacin;ciprofloxacin hcl", "FDA Approved Drug" -> "CIPROFLOXACIN;CIPROFLOXACIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449009", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2764]}, "Synonyms" -> {"ciprofloxacin", "cipro", "ciprobay", "bacquinor", "ciprofloxacina", "bernoflox", "ciproxan", "proquin xr", "ciloxan", "cipro xr", "flociprin", "ciprodar", "ciprinol", "cipro i.v.", "cifloxin", "ciprocinol", "cipro xl", "ciproquinol", "ciprofloxacine", "ciprofloxacino", "cipromycin", "velomonit", "ciprofloxacinum", "ocuflox", "1-cyclopropyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydro-quinoline-3-carboxylicacid", "1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)-3-quinolinecarboxylicacid", "ciprofloxacin hydrochloride", "ciprofloxacin hcl", "ciprofloxacin monohydrochloride", "baycip", "septicide", "ciflox", "floxin", "cipro hc otic suspension (ciprofloxacin hydrochloride + hydrocortisone)_mixture", "ciproxin", "ec 5.99.1.3", "ciprofloxacin dihydrochloride", "ciprodex (ciprofloxacin hydrochloride + dexamethasone)_mixture", "dna topoisomerase ii alpha isozyme", "cipro[wiki]", "1-cyclopropyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydroquinoline-3-carboxylic acid hydrochloride", "velmonit", "85721-33-1[rn]", "cpfx", "ciprofloxacin[wiki]", "eni", "bi-cipro", "baycip;", "cycin", "ciprofloxacin [usan:ban:inn][inn][usan]", "unex", "ciprogis", "cixan", "proksi 250", "ciprofloxacino[spanish][inn]", "1-cyclopropyl-6-fluoro-4-oxo-7-piperazin-1-ylquinoline-3-carboxylic acid", "1-cyclopropyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydroquinoline-3-carboxylic acid", "superocin", "ciprolon", "probiox", "citopcin", "quinolid", "3-quinolinecarboxylic acid,1,4-dihydro-1-cyclopropyl-6-fluoro-4-oxo-7-(1-piperazinyl)-", "baflox", "1-cyclopropyl-6-fluoro-4-oxo-7-(1-piperazinyl)-1,4-dihydro-3-quinolinecarboxylicacid[acd/iupac name]", "loxan", "ciprolin", "cilab", "1-cyclopropyl-6-fluoro-4-oxo-7-(piperazin-1-yl)-1,4-dihydroquinoline-3-carboxylicacid", "cipro iv (tn)", "floxin otic", "ciprowin", "ciprofloxacinum [inn_la]", "quintor", "cipropol", "1-cyclopropyl-6-fluoro-7-hexahydro-1-pyrazinyl-4-oxo-1,4-dihydro-3-quinolinecarboxylic acid", "cipro iv", "bay-q-3939", "ciprofloxacinum[latin]", "alcon cilox", "proflaxin", "roxytal", "proflox", "sophixin ofteno", "bay q 3939", "ciprecu", "italnik", "proksi 500", "corsacin", "ciproxina", "ciproxine", "euciprin", "ciprobay uro", "zumaflox", "ciproflox", "ciriax", "crl-1605 & ciprofloxacin", "ipiflox", "liposomal-ciprofloxacin", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)-", "1-cyclopropyl-6-fluoro-4-oxo-7-piperazinylhydroquinoline-3-carboxylic acid", "spitacin", "ciprobid", "fimoflox", "rancif", "cpf", "1-cyclopropyl-6-fluoro-7-(4-methyl-piperazin-1-yl)-4-oxo-1,4-dihydro-quinoline-3-carboxylic acid", "ciplus", "86483-48-9[rn]", "1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)-3-quinolinecarboxylicacid monohydrochloride", "86393-32-0[rn]", "93107-08-5[rn]", "ciprofloxacin hydrochloride monohydrate", "ciflan", "sepcen", "renator", "oftacilox", "1-cyclopropyl-6-fluoro-4-oxo-7-piperazinylhydroquinoline-3-carboxylic acid chloride h", "4-(3-carboxy-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydroquinolin-7-yl)piperazin-1-ium chloride", "1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)-3-quinolinecarboxylicacid monohydrochloride monohydrate", "suiflox", "1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)-3-quinolinecarboxylicacid monohydrochloride monohydrate", "ophaflox", "ciprocinal", "ofitin", "lypro", "nixin", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)- hydrochloride (1:1)", "ciprenit", "megaflox", "ciproxin[wiki]", "inkamil", "ciprofloxacin hydrochloride hydrate", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo- 7-(1-piperazinyl)-,monohydrochloride", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)- monohydrochloride", "cipad", "roflazin", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)- monohydrochloride,monohydrate", "4-(3-carboxy-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-quinolin-7-yl)-piperazin-1-ium; chloride", "1-cyclopropyl-6-fluoro-4-oxo-7-(1-piperazinyl)-1,4-dihydro-3-quinolinecarboxylicacid hydrochloridehydrate[acd/iupac name]", "cetraxal", "novoquin", "1-cyclopropyl-6-fluoro-4-oxo-7-piperazinylhydroquinoline-3-carboxylic acid chloride", "phaproxin", "citeral", "ciprofloxacin hydrochloride monohydrate", "bay-o-9867 monohydrate", "1-cyclopropyl-6-fluoro-4-oxo-7-(1-piperazinyl)-1,4 -dihydro-3-quinolinecarboxylicacid hydrochloride", "1-cyclopropyl-6-fluoro-4-oxo-7-piperazinylhydroquinoline-3-carboxylic acid ch loride hydrate", "flunas", "1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)-3-quinolinecarboxylicacid hcl", "sophixin", "ciprofur", "sarf", "ciloxan (tn)", "cenin", "globuce", "ciprofloxacin hydrochloride; bay-o 9867", "ciflosin", "plenolyt", "proxacin", "1-cyclopropyl-6-fluoro-4-oxo-7-(1-piperazinyl)-1,4-dihydro-3-quinolinecarboxylicacid hydrochloride", "ciproktan", "floxacipron", "microgan", "quinoflox", "felixene", "septocipro", "cipro hc otic suspension", "siprogut", "1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)-3-quinolinecarboxylicacid hydrochloride", "loxacid", "1-cyclopropyl-6-fluoro-4-oxo-7-(piperazin-1-yl)-1,4-dihydroquinoline-3-carboxylicacid hydrochloride (1:1)", "novidat", "ciprofloxacin hydrochloride [usan:jan][jan][usan]", "cipronex", "cyproxan", "disfabac", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)- hydrochloride hydrate (1:1:1)", "belmacina", "strox", "supraflox", "bay-o-9867", "cilox", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-7-(1-piperazinyl)- hydrochloride", "ciprofloxacin gr", "ciprofloxacinhydrochloride", "ceprimax", "1-cyclopropyl-6-fluoro-4-oxo-7-piperazinylhydroquinoline-3-carboxylic acid ch loride", "quipro", "catex", "1-cyclopropyl-6-fluoro-4-oxo-7-piperazin-1-yl-1,4-dihydroquinoline-3-carboxylic acid hydrochloridehydrate", "cunesin", "3-quinolinecarboxylic acid,1,4-dihydro-1-cyclopropyl-6-fluoro-4-oxo-7-(1-piperazinyl)- hydrochloride", "piprol", "keefloxin", "1-cyclopropyl-6-fluoro-4-oxo-7-(piperazin-1-yl)-1,4-dihydroquinoline-3-carboxylicacid hydrochloride hydrate"}|>, "3591" -> <|"DatabaseID" -> "SW02245", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8249"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10442653]}, "IsomericSmiles" -> "CN1C(=C(c2ccccc2S1(=O)=O)O)C(=O)Nc3ccccn3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00127"]}, "OfficialNames" -> <|"Indian Approved Name" -> "piroxicam", "Australia Approved Name" -> "PIROXICAM", "FDA Approved Drug" -> "PIROXICAM"|>, "Synonyms" -> {"reudene", "improntal", "piroxicam (feldene)", "brexin;", "4-hydroxy-2-methyl-3-(pyrid-2-yl-carbamoyl)-2h-1,2-benzothiazine 1,2-dioxide", "4-hydroxy-2-methyl-n-(2-pyridyl)-2h-1,2-benzothiazine-3-carboxamide-1,1-dioxide", "4-hydroxy-2-methyl-n-2-pyridinyl-2h-1,2-benzothiazine-3-carboxamide1,1-dioxide", "riacen", "roxicam", "artroxicam", "feldene[wiki]", "4-hydroxy-2-methyl-n-(pyridin-2-yl)-2h-benzo[e][1,2]thiazine-3-carboxamide 1,1-dioxide", "3,4-dihydro-2-methyl-4-oxo-n-2-pyridyl-2h-1,2-benzothiazine-3-carboxamide 1,1-dioxide", "flogobene", "d010894", "252-974-3[einecs]", "4-hydroxy-2-methyl-n-2-pyridinyl-2h-1,2-benzothiazine-3-carboxamide 1,1-dioxide", "feldene", "geldene", "brexin;cycladol;fasax;flamatrol;improntal;larapam;piroflam;pirox;pirozip;reudene;", "4-hydroxy-2-methyl-n-pyridin-2-yl-2h-1,2-benzothiazin-3-carboxamid-1,1-dioxid", "roxam;feldene", "36322-90-4", "4-hydroxy-2-methyl-3-(pyrid-2-yl-carbamoyl)-2h-1,2-benzothiazine 1,1-dioxide", "piroxicam", "bruxicam", "piroxicamum[latin]", "4-hydroxy-2-methyl-n-(2-pyridinyl)-2h-1,2-benzothiazin-3-carboxamid-1,1-dioxid[german][acd/iupac name]", "baxo", "sasulen", "toxic solid organic n.o.s. (piroxicam)", "piroxicam[wiki]", "cp16171", "[36322-90-4]", "zunden", "32322-90-4", "caliment", "erazon", "feldene roxam", "roxiden", "pyroxycam", "(4-hydroxy-2-methyl-1,1-dioxobenzo[e]1,2-thiazin-3-yl)-n-(2-pyridyl)carboxamide", "pirkam", "piroflex", "627692[beilstein]", "piroxicam usp[usp]", "larapam", "4-hydroxy-2-methyl-n-(2-pyridinyl)-2h-1,2-benzothiazine-3-carboxamide 1,1-dioxide[acd/iupac name]", "4-hydroxy-2-methyl-n-(2-pyridyl)-2h-1,2-benzothiazin-3-caboxyamid-1,1-dioxid[german]", "36322-90-4[rn]", "4-hydroxy-2-methyl-n-pyridin-2-yl-2h-1,2-benzothiazine-3-carboxamide 1,1-dioxide", "piroftal", "2h-1,2-benzothiazine-3-carboxamide,4-hydroxy-2-methyl-n-2-pyridinyl- 1,1-dioxide[acd/index name]", "4-hydroxy-2-methyl-n-(pyridin-2-yl)-2h-1,2-benzothiazine-3-carboxamide 1,1-dioxide", "solocalm"}|>, "3592" -> <|"DatabaseID" -> "SW02246", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444502]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@]2(C)O)CC[C@@H]4[C@@]3(C/C(=C/[O-])/C(=O)C4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00490"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxymetholone", "FDA Approved Drug" -> "OXYMETHOLONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281034]}, "Synonyms" -> {"anasterone", "anadrol-50", "oxymetholone", "dsstox_gsid_23794", "anapolon[wiki]", "(2z,5s,8r,9s,10s,13s,14s,17s)-17-hydroxy-2-(hydroxymethylene)-10,13,17-trimethylhexadecahydro-3h-cyclopenta[a]phenanthren-3-one", "434-07-1[rn]", "(5a,17b)-17-hydroxy-2-(hydroxymethylene)-17-methylandrostan-3-one", "(2z,5s,8r,9s,10s,13s,14s,17s)-17-hydroxy-2-(hydroxymethylidene)-10,13,17-trimethylhexadecahydro-3h-cyclopenta[a]phenanthren-3-one", "anadrol[wiki]", "dsstox_rid_77193", "nastenon", "ncgc00091430-01", "tl8003055", "plenastril", "anadrol", "2-hydroxymethylene-17a-methyl-17b-hydroxy-5a-androstan-3-one", "207-098-6[einecs]", "oximetholonum", "adroyd", "dsstox_cid_3794", "protanabol", "oxymetholone[wiki]", "anadrol-50 (tn)", "hmd", "synasteron", "4,5a-dihydro-2-hydroxymethylene-17a-methyltestosterone", "2-hydroxymethylene-17a-methylandrostan-17b-ol-3-one", "oximetalonu", "oximetholone", "oxymethalone", "(2z,5s,8r,9s,10s,13s,14s,17s)-17-hydroxy-2-(hydroxymethyliden)-10,13,17-trimethylhexadecahydro-3h-cyclopenta[a]phenanthren-3-on"}|>, "3593" -> <|"DatabaseID" -> "SW02247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107686]}, "IsomericSmiles" -> "C[NH+](C)C(CN(Cc1ccccc1)c2ccccc2)c3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "(-)-1-dimethylamino- 12-diphenylethane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120618]}, "Synonyms" -> {"n2-benzyl-n1", "ar-1k5565", "fc 470", "brn 4148624", "n2-benzyl-n1,n1-dimethyl-n2,1-diphenylethane-1,2-diamine", "ac1l3r5v", "54-65-9[rn]", "ethylenediamine", "n-benzyl-beta-(dimethylamino)-n-phenylphenethylamine", "54-65-9", "ac1q4trg", "phenethylamine"}|>, "3594" -> <|"DatabaseID" -> "SW02247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107686]}, "IsomericSmiles" -> "C[NH+](C)C(CN(Cc1ccccc1)c2ccccc2)c3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "(-)-1-dimethylamino- 12-diphenylethane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120618]}, "Synonyms" -> {"n2-benzyl-n1", "ar-1k5565", "fc 470", "brn 4148624", "n2-benzyl-n1,n1-dimethyl-n2,1-diphenylethane-1,2-diamine", "ac1l3r5v", "54-65-9[rn]", "ethylenediamine", "n-benzyl-beta-(dimethylamino)-n-phenylphenethylamine", "54-65-9", "ac1q4trg", "phenethylamine"}|>, "3595" -> <|"DatabaseID" -> "SW02248", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110537]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucogallin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124021]}, "Synonyms" -> {"b-glucogallin", "1-galloylglucose", "554-37-0[rn]", ".beta.-d-glucogallin", "b-d-glucopyranose-1-gallate", "glucogallic acid", "beta-glucogallin", "1-galloyl-b-d-glucose", "1-galloyl-beta-glucose", "554-37-0", "b-d-glucopyranose 1-(3,4,5-trihydroxybenzoate)", "1-o-galloyl-beta-d-glucose", ".beta.-glucogallin", "d-glucose 1-(3,4,5-trihydroxybenzoate)", "13405-60-2", "chebi:15834", "13405-60-2[rn]"}|>, "3596" -> <|"DatabaseID" -> "SW02249", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31624"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15968], ExternalIdentifier["ChemSpiderID", 10482263], ExternalIdentifier["ChemSpiderID", 148549]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00693"]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)OC23c4ccc(cc4Oc5c3ccc(c5)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01261"]}, "OfficialNames" -> <|"Indian Approved Name" -> "chlorbutanol;fluorescein sod", "Traditional Herbal Isolate" -> "gambir-fluorescein", "Australia Approved Name" -> "FLUORESCEIN SODIUM;FLUORESCEIN", "China Approved Name" -> "fluorescein Sodium", "WHO Essential Medicine" -> "fluorescein", "FDA Approved Drug" -> "FLUORESCEIN SODIUM"|>, "PharmGKBID" -> "PA164746009", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16850], ExternalIdentifier["PubChemCompoundID", 169867]}, "Synonyms" -> {"fluorescein", "fluorescite", "fluorescein acid", "funduscein-25", "acid yellow 73", "2-(6-hydroxy-3-oxo-3h-xanthen-9-yl)-benzoic acid", "uranine", "uranin", "solvent yellow 94", "fluoresceine", "d & c yellow no. 7", "d and c yellow no. 7", "fluorescein sodium", "deoxyribonucleic acid", "fluoracaine oph soln (fluorescein sodium + proxymetacain hcl)_mixture", "208-253-0[einecs]", "fluress liq oph (benoxinate hydrochloride + fluorescein sodium)_mixture", "fluress (benoxinate hydrochloride + fluorescein sodium)_mixture", "eosin", "fluorescein sodium & benoxinate hydrochloride ophtalmic solution usp (benoxinate hydrochloride + fluorescein sodium)_mixture", "fluorescein disodium salt dihydrate", "fluorescein disodium salt", "fluorescein sodium salt", "fluorescein disodium salt fluorescein disodium salt", "d&c yellow no. 7", "resorcinolphthalein", "3", "2321-07-5", "zlut kysela 73[czech]", "d&c; yellow no. 7", "c.i. solvent yellow 94", "12,15-dihydroxyspiro[3-hydroisobenzofuran-3,9'-xanthene]-1-one", "spiro(isobenzofuran-1(3h),9'-(9h)xanthen)-3-one 3',6'-dihydroxy-", "fluor-i-strip", "japan yellow 201", "219-031-8[einecs]", "9-(o-carboxyphenyl)-6-hydroxy-3-isoxanthenone", "spiro isobenzofuran-1(3h),9'- 9h xanthen -3-one,", "3',6'-dihydroxyspiro(isobenzofuran-1(3h),9'-(9h)xanthen)-3-one", "11712 yellow", "9-(o-carboxyphenyl)-6-hydroxy-3h-xanthen-3-one", "fluorescein[wiki][usp][ban][jan]", "d+c yellow no. 7", "3,6-dihydroxyspiro(xanthene-9,3'-phthalide)", "3',6'-dihydroxyspiro(isobenzofuran-1(3h),9'(9h)-xanthen)-3-one", "3',6'-fluorandiol", "3',6'-dihydroxy-3h-spiro[2-benzofuran-1,9'-xanthen]-3-one[acd/iupac name]", "furanium", "ful-glo", "funduscein", "acid yellow- 73", "spiro[isobenzofuran-1(3h),9'-[9h]xanthen]-3-one 3',6'-dihydroxy-", "5-19-06-00456 (beilstein handbook reference)[beilstein]", "soap yellow f", "fluoran 3',6'-dihydroxy-", "2321-07-5[rn]", "fluoreszein", "222-042-0[einecs]", "259-064-5[einecs]", "3',6'-dihydroxyfluoran", "fluorescite (tn)", "2-(3-hydroxy-6-oxo-6h-xanthen-9-yl)benzoic acid; 2-(6-hydroxy-3-oxo-3h-xanthen-9-yl)-benzoic acid;3',6'-dihydroxyfluoran; 3,6-fluorandiol; 9-(o-carboxyphenyl)-6-hydroxy-3-isoxanthenone; 9-(o-carboxyphenyl)-6-hydroxy-3h-xanthen-3-one;fluoreszein; fluorescein;fluoresceine; resorcinolphthalein", "c.i. 45350.1", "uranine yellow", "2321/7/5", "2-(3-hydroxy-6-oxo-6h-xanthen-9-yl)benzoic acid", "94324[beilstein]", "c.i. acid yellow 73", "yellow fluorescein", "3',6'-dihydroxyspiro[isobenzofuran-1(3h),9'-[9h]xanthen]-3-one", "3,6-fluorandiol", "japan yellow no. 201", "fluorescein red", "soluble fluorescein", "d & c yellow no. 8", "2-(6-hydroxy-3-oxo-(3h)-xanthen-9-yl)benzoic acid", "hidacid fluorescein", "spiro[isobenzofuran-1(3h),9'-[9h]xanthen]-3-one 3',6'-dihydroxy- sodium salt (1:1)", "sodium fluorescein[wiki]", "518-47-8[rn]", "glycine", "37209-61-3", "ac1q1un1", "fluress", "benoxinate mixture with chlorbutanol", "ac1l54kg", "tetrasodium; 2-[carboxymethyl-[2-[carboxymethyl-(2-oxido-2-oxo-ethyl)amino]ethyl]amino]acetate; 2-diethylaminoethyl 4-amino-3-butoxy-benzoate; 3-oxospiro[isobenzofuran-1", "tetrasodium; 2-[carboxymethyl-[2-[carboxymethyl-(2-oxido-2-oxo-ethyl)amino]ethyl]amino]acetate; 2-diethylaminoethyl 4-amino-3-butoxy-benzoate; 3-oxospiro[isobenzofuran-1,9'-xanthene]-3',6'-diolate;1,1,1-trichloro-2-methyl-propan-2-ol; 1-vinylpyrrolidin-2-one;hydrochloride", "37209-61-3[rn]", "ar-1l6613", "tetrasodium; 2-[carboxymethyl-[2-[carboxymethyl-(2-oxido-2-oxoethyl)amino]ethyl]amino]acetate; 2-diethylaminoethyl 4-amino-3-butoxybenzoate; 1-ethenylpyrrolidin-2-one; 3-oxospiro[2-benzofuran-1"}|>, "3597" -> <|"DatabaseID" -> "SW02250", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54842]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00558"]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H](C=C(O[C@H]1[C@@H]([C@@H](CO)O)O)C(=O)[O-])[NH+]=C(N)N", "OfficialNames" -> <|"Australia Approved Name" -> "ZANAMIVIR", "FDA Approved Drug" -> "ZANAMIVIR"|>, "PharmGKBID" -> "PA164740891", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60855]}, "Synonyms" -> {"gana", "zanamavir", "zmr", "relenza", "zanamivir", "gna", "modified sialic acid", "zanamivir[wiki][inn][jan][usan]", "relenza (tn)", "5-acetamido-4-guanidino-2,3,4,5-tetradeoxy-d-glycero-d-galacto-non-2-enopyranosonic acid", "139110-80-8", "d-glycero-d-galacto-non-2-enonic acid 5-(acetylamino)-4-[(aminoiminomethyl)amino]-2,6-anhydro-3,4,5-trideoxy-[acd/index name]", "5-(acetylamino)-4-[(aminoiminomethyl)amino]-2,6-anhydro-3,4,5-trideoxy-d-glycero-d-galacto-non-2-enonic acid", "n-acetyl-alpha- neuraminidase 2", "relenza[wiki]", "7083099[beilstein]", "(2r,3r,4s)-3-(acetylamino)-4-carbamimidamido-2-[(1r,2r)-1,2,3-trihydroxypropyl]-3,4-dihydro-2h-pyran-6-carboxylic acid", "5-acetamido-2,6-anhydro-3,4,5-trideoxy-4-guanidino-d-glycero-d-galacto-non-2-enonic acid", "chebi:50663", "4-guanidino-neueac2en", "d-glycero-d-galacto-non-2-enonic acid 5-(acetylamino)-4-(aminoiminomethyl)amino)-2,6-anhydro-3,4,5-trideoxy-", "4-guanidino-neu5ac2en", "5-acetamido-2,6-anhydro-4-carbamimidamido-3,4,5-trideoxy-d-glycero-d-galacto-non-2-enonicacid", "5-(acetylamino)-2,6-anhydro-4-carbamimidamido-3,4,5-trideoxy-d-glycero-d-galacto-non-2-enonic acid", "5-(acetylamino)-4-{[amino(imino)methyl]amino}-2,6-anhydro-3,4,5-trideoxy-d-glycero-d-galacto-non-2-enonic acid", "2qwe", "139110-80-8[rn]", "ec 3.2.1.18", "337376-15-5", "4-guanidino-2,4-dideoxy-2,3-dehydro-n-acetylneuraminic acid", "zanamivir hydrate", "cytosolic sialidase"}|>, "3598" -> <|"DatabaseID" -> "SW02251", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8375]}, "IsomericSmiles" -> "CC(Cc1ccc2c(c1)OCO2)[NH2+]CC(c3ccc(c(c3)O)O)O", "OfficialNames" -> <|"FDA Approved Drug" -> "PROTOKYLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8699]}, "Synonyms" -> {"caytine hydrochloride", "protokylol hydrochloride", "atma-sanol", "einecs 205-254-8", "asmetil", "1,2-benzenediol 4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)- hydrochloride(9ci)", "1,2-benzenediol 4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)- hydrochloride (9ci)", "beres", "biturix", "palison", "136-69-6[rn]", "1,2-benzenediol 4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)- hcl", "205-254-8[einecs]", "ventaire", "nsc 113490", "4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)-1,2-benzenediol hcl"}|>, "3599" -> <|"DatabaseID" -> "SW02251", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8375]}, "IsomericSmiles" -> "CC(Cc1ccc2c(c1)OCO2)[NH2+]CC(c3ccc(c(c3)O)O)O", "OfficialNames" -> <|"FDA Approved Drug" -> "PROTOKYLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8699]}, "Synonyms" -> {"caytine hydrochloride", "protokylol hydrochloride", "atma-sanol", "einecs 205-254-8", "asmetil", "1,2-benzenediol 4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)- hydrochloride(9ci)", "1,2-benzenediol 4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)- hydrochloride (9ci)", "beres", "biturix", "palison", "136-69-6[rn]", "1,2-benzenediol 4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)- hcl", "205-254-8[einecs]", "ventaire", "nsc 113490", "4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)-1,2-benzenediol hcl"}|>, "3600" -> <|"DatabaseID" -> "SW02251", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8375]}, "IsomericSmiles" -> "CC(Cc1ccc2c(c1)OCO2)[NH2+]CC(c3ccc(c(c3)O)O)O", "OfficialNames" -> <|"FDA Approved Drug" -> "PROTOKYLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8699]}, "Synonyms" -> {"caytine hydrochloride", "protokylol hydrochloride", "atma-sanol", "einecs 205-254-8", "asmetil", "1,2-benzenediol 4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)- hydrochloride(9ci)", "1,2-benzenediol 4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)- hydrochloride (9ci)", "beres", "biturix", "palison", "136-69-6[rn]", "1,2-benzenediol 4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)- hcl", "205-254-8[einecs]", "ventaire", "nsc 113490", "4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)-1,2-benzenediol hcl"}|>, "3601" -> <|"DatabaseID" -> "SW02251", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8375]}, "IsomericSmiles" -> "CC(Cc1ccc2c(c1)OCO2)[NH2+]CC(c3ccc(c(c3)O)O)O", "OfficialNames" -> <|"FDA Approved Drug" -> "PROTOKYLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8699]}, "Synonyms" -> {"caytine hydrochloride", "protokylol hydrochloride", "atma-sanol", "einecs 205-254-8", "asmetil", "1,2-benzenediol 4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)- hydrochloride(9ci)", "1,2-benzenediol 4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)- hydrochloride (9ci)", "beres", "biturix", "palison", "136-69-6[rn]", "1,2-benzenediol 4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)- hcl", "205-254-8[einecs]", "ventaire", "nsc 113490", "4-(2-((2-(1,3-benzodioxol-5-yl)-1-methylethyl)amino)-1-hydroxyethyl)-1,2-benzenediol hcl"}|>, "3602" -> <|"DatabaseID" -> "SW02252", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4975986]}, "IsomericSmiles" -> "C[C@@]12CC[C@H]([C@@]([C@H]1CCC(=C)[C@H]2C/C=C/3\\C=COC3=O)(C)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dehydroandrographolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6473762]}, "Synonyms" -> {"dehydroandrographolide", "(3e)-3-[2-[(1r", "2(3h)-furanone", "ac1o6f2x", "2(3h)-furanone 3-[2-[(1r,4as,5r,6r,8as)-decahydro-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylene-1-naphthalenyl]ethylidene]- (3e)-"}|>, "3603" -> <|"DatabaseID" -> "SW02253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 39400]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00332"]}, "IsomericSmiles" -> "CC(C)[N+]1([C@@H]2CC[C@@H]1CC(C2)OC(=O)C(CO)c3ccccc3)C", "OfficialNames" -> <|"China Approved Name" -> "ipratropine bromide", "FDA Approved Drug" -> "IPRATROPIUM BROMIDE"|>, "PharmGKBID" -> "PA450082", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 43232]}, "Synonyms" -> {"n-isopropylatropine", "ipravent", "aerovent", "rhinovent", "rhinotrop", "atronase", "rinoberen", "rinovagos", "apovent", "kendral-ipratropium", "ipvent", "atrovent hfa", "disne-asmol", "atrovent aerosol", "apo-ipravent", "ipratropium bromide", "ipratropium", "atrovent nasal", "narilet", "ratio-ipra sal udv (ipratropium bromide + salbutamol sulfate)_mixture", "atrovent", "combivent inhalation solution (ipratropium bromide + salbutamol sulfate)_mixture", "vagos", "ipatropium bromide", "duovent udv (fenoterol hydrobromide + ipratropium bromide)_mixture", "aerodose", "ipratropium[wiki]", "3-(3-hydroxy-1-oxo-2-phenylpropoxy)-8-methyl-8-(1-methylethyl)-8-azoniabicyclo(3.2.1)octane (3-endo,8-syn)-", "8-azoniabicyclo(3.2.1)octane 3-(3-hydroxy-1-oxo-2-phenylpropoxy)-8-methyl-8-(1-methylethyl)- (endo,syn)-", "(3-endo,8-syn)-3-(3-hydroxy-1-oxo-2-phenylpropoxy)-8-methyl-8-(1-methylethyl)-8-azoniabicyclo(3.2.1)octane", "vagos[wiki]", "rinatec", "60205-81-4[rn]", "197647-02-2[rn]", "combivent inhalation aerosol (ipratropium bromide + salbutamol sulfate)_mixture", "337376-15-5", "bitrop"}|>, "3604" -> <|"DatabaseID" -> "SW02253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 39400]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00332"]}, "IsomericSmiles" -> "CC(C)[N+]1([C@@H]2CC[C@@H]1CC(C2)OC(=O)C(CO)c3ccccc3)C", "OfficialNames" -> <|"China Approved Name" -> "ipratropine bromide", "FDA Approved Drug" -> "IPRATROPIUM BROMIDE"|>, "PharmGKBID" -> "PA450082", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 43232]}, "Synonyms" -> {"n-isopropylatropine", "ipravent", "aerovent", "rhinovent", "rhinotrop", "atronase", "rinoberen", "rinovagos", "apovent", "kendral-ipratropium", "ipvent", "atrovent hfa", "disne-asmol", "atrovent aerosol", "apo-ipravent", "ipratropium bromide", "ipratropium", "atrovent nasal", "narilet", "ratio-ipra sal udv (ipratropium bromide + salbutamol sulfate)_mixture", "atrovent", "combivent inhalation solution (ipratropium bromide + salbutamol sulfate)_mixture", "vagos", "ipatropium bromide", "duovent udv (fenoterol hydrobromide + ipratropium bromide)_mixture", "aerodose", "ipratropium[wiki]", "3-(3-hydroxy-1-oxo-2-phenylpropoxy)-8-methyl-8-(1-methylethyl)-8-azoniabicyclo(3.2.1)octane (3-endo,8-syn)-", "8-azoniabicyclo(3.2.1)octane 3-(3-hydroxy-1-oxo-2-phenylpropoxy)-8-methyl-8-(1-methylethyl)- (endo,syn)-", "(3-endo,8-syn)-3-(3-hydroxy-1-oxo-2-phenylpropoxy)-8-methyl-8-(1-methylethyl)-8-azoniabicyclo(3.2.1)octane", "vagos[wiki]", "rinatec", "60205-81-4[rn]", "197647-02-2[rn]", "combivent inhalation aerosol (ipratropium bromide + salbutamol sulfate)_mixture", "337376-15-5", "bitrop"}|>, "3605" -> <|"DatabaseID" -> "SW02254", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5534]}, "IsomericSmiles" -> "C[NH+](C)CCOC1=Cc2ccccc2Sc3c1cc(cc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01321"]}, "OfficialNames" -> <|"NPC Approved Name" -> "orion brand of zotepine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5736]}, "Synonyms" -> {"setous", "26615-21-4", "zotepine", "lodopin", "nipolept", "compound-4", "[2-(8-chlorodibenzo[b,f]thiepin-10-yloxy)ethyl]dimethylamine", "2-chloro-11-(2-dimethylaminoethoxy)-dibenzo(b,f)thiepine", "2-((8-chlorodibenzo(b,f)thiepin-10-yl)oxy)-n,n-dimethylethylamine", "5-17-04-00588 (beilstein handbook reference)[beilstein]", "2-chlor-11-(2-dimethylaminoaethoxy)-dibenzo(b,f)-thiepin", "engramon", "2-chloro-11-(2-(dimethylamino)ethoxy)dibenzo(b,f)thiepin", "dibenzo(b,f)thiepin 2-chloro-11-(2-(dimethylamino)ethoxy)-", "zoleptil", "zotepina", "chebi:32316", "lodopin; setous", "2-((8-chlorodibenzo(b,f)thiepin-10-yl)oxy)-n,n-dimethylethanamine", "zotepina; zotepine; zotepinum", "zotepine[wiki]", "setous (tn)", "tl8002119", "2-chloro-11-(2-dimethylaminoethoxy)dibenzo[b,f]thiepine", "2-((8-chlorodibenzo[b,f]thiepin-10-yl)oxy)-n,n-dimethylethanamine", "zotepinum", "ethanamine 2-[(8-chlorodibenzo[b,f]thiepin-10-yl)oxy]-n,n-dimethyl-", "2-[(8-chlordibenzo[b,f]thiepin-10-yl)oxy]-n,n-dimethylethanamin", "zotepina [spanish]", "[26615-21-4]", "zotepine [inn:jan][inn][jan]", "zotepina[spanish][inn]", "cid5736", "1435710[beilstein]", "26615-21-4[rn]", "2-chlor-11-(2-dimethylaminoaethoxy)-dibenzo(b,f)-thiepin[german]", "2-[(8-chlorodibenzo[b,f]thiepin-10-yl)oxy]-n,n-dimethylethanamine[acd/iupac name]", "zotepinum[latin]", "ethanamine 2-((8-chlorodibenzo(b,f)thiepin-10-yl)oxy)-n,n-dimethyl-"}|>, "3606" -> <|"DatabaseID" -> "SW02255", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "240107"], ExternalIdentifier["ChEBIID", "140536"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00963"]}, "IsomericSmiles" -> "c1cc(c(c(c1)C(=O)c2ccc(cc2)Br)N)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03163"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bromfenac sod", "FDA Approved Drug" -> "BROMFENAC SODIUM"|>, "PharmGKBID" -> "PA448670", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60726]}, "Synonyms" -> {"bromfenac sodium", "xibrom", "duract", "bromfenac", "prostaglandin h2 synthase 1", "bromfenacum [latin]", "bromfenaco", "pghs-1", "bromfenacum", "phs 1", "prostaglandin g/h synthase 1 precursor", "cox-1", "bromfenaco [spanish]", "cyclooxygenase- 1", "ec 1.14.99.1", "bromfenac [inn]", "bromfenac (inn)", "prostaglandin-endoperoxide synthase 1", "pgh synthase 1", "bromfenac sodium hydrate"}|>, "3607" -> <|"DatabaseID" -> "SW02256", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50199"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 46291]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00487"]}, "IsomericSmiles" -> "CCn1cc(c(=O)c2c1cc(c(c2)F)N3CC[NH+](CC3)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02306"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pefloxacin"|>, "PharmGKBID" -> "PA164742856", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 51081]}, "Synonyms" -> {"pflx", "pefloxacin", "pefloxacine", "pefloxacin [inn-french]", "pefloxacinum [inn-latin]", "1589 rb", "274-611-8[einecs]", "labocton", "149676-40-4[rn]", "3-quinolinecarboxylic acid,1,4-dihydro-1-ethyl-6-fluoro-7-(4-methyl-1-piperazinyl)-4-oxo-", "1-ethyl-6-fluoro-7-(4-methyl-1-piperazinyl)-4-oxo-1,4-dihydro-3-quinolinecarboxylic acid[acd/iupac name]", "pefloxacin[wiki][usan]", "pefloxacinum", "pefloxacino [inn-spanish]", "pefloxacin mesylate", "1-ethyl-6-fluoro-1,4-dihydro-7-(4-methyl-1- piperazinyl)-4-oxo-3-quinolinecarboxylic acid", "5-23-03-00135 (beilstein handbook reference)[beilstein]", "1-ethyl-6-fluoro-7-(4-methylpiperazin-1-yl)-4-oxo-quinoline-3-carboxylicacid", "1584rb", "pefloxacinum[latin]", "pefloxacino", "dna topoisomerase ii alpha isozyme", "567618[beilstein]", "1-ethyl-6-fluoro-1,4-dihydro-4-oxo-7-(4-methyl-1-piperazinyl)-3-quinolinecarboxylic acid", "pefloxacin [usan:ban:inn][inn][usan]", "pefloxacin[french][inn]", "peflacine", "abactal", "1-ethyl-6-fluoro-7-(4-methylpiperazinyl)-4-oxohydroquinoline-3-carboxylic acid", "70458-92-3[rn]", "perflacine", "ec 5.99.1.3", "1-ethyl-6-fluoro-7-(4-methyl-piperazin-1-yl)-4-oxo-1,4-dihydro-quinoline-3-carboxylic acid", "pefloxacin methanesulfonate", "1-ethyl-6-fluoro-7-(4-methylpiperazin-1-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylic acid compound with methanesulfonic acid (1:1) dihydrate", "3-quinolinecarboxylic acid,1-ethyl-6-fluoro-1,4-dihydro-7-(4-methyl-1-piperazinyl)-4-oxo-", "70458-95-6[rn]", "pefloxacino[spanish][inn]", "1-ethyl-6-fluoro-7-(4-methylpiperazin-1-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "337376-15-5", "1-ethyl-6-fluoro-1,4-dihydro-7-(4-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylic acid", "silver pefloxacin"}|>, "3608" -> <|"DatabaseID" -> "SW02258", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51352"], ExternalIdentifier["ChEBIID", "18208"], ExternalIdentifier["ChEBIID", "52154"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14498], ExternalIdentifier["ChemSpiderID", 5693], ExternalIdentifier["ChemSpiderID", 21105], ExternalIdentifier["ChemSpiderID", 6014], ExternalIdentifier["ChemSpiderID", 10152720], ExternalIdentifier["ChemSpiderID", 5692], ExternalIdentifier["ChemSpiderID", 64863]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01053"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)Cc3ccccc3)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02157"], ExternalIdentifier["KEGGID", "D02336"], ExternalIdentifier["KEGGID", "D02461"]}, "OfficialNames" -> <|"Indian Approved Name" -> "procaine penicillin g;benzathine penicillin;penicillin g", "NPC Approved Name" -> "phenyracillin", "Traditional Herbal Isolate" -> "penicillin", "China Approved Name" -> "benzylpenicillin;procaine benzylpenicillin", "WHO Essential Medicine" -> "benzathine benzylpenicillin;benzylpenicillin;procaine benzylpenicillin", "FDA Approved Drug" -> "PENICILLIN G BENZATHINE;PENICILLIN G POTASSIUM;PENICILLIN G PROCAINE;PENICILLIN G SODIUM"|>, "PharmGKBID" -> "PA450842", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656811], ExternalIdentifier["PubChemCompoundID", 5904], ExternalIdentifier["PubChemCompoundID", 22502], ExternalIdentifier["PubChemCompoundID", 23668834], ExternalIdentifier["PubChemCompoundID", 15232], ExternalIdentifier["PubChemCompoundID", 23667626], ExternalIdentifier["PubChemCompoundID", 5903], ExternalIdentifier["PubChemCompoundID", 25137901], ExternalIdentifier["PubChemCompoundID", 71845]}, "Synonyms" -> {"benzylpenicillin", "benzylpenicillinic acid", "dropcillin", "benzopenicillin", "benzylpenicillin g", "penicillin g", "gelacillin", "abbocillin", "penicillin", "pradupen", "crysticillin 300 a.s.", "specilline g", "cilopen", "liquacillin", "ursopen", "galofak", "pentids", "cosmopen", "cilloral", "pentids '200'", "ayercillin", "pharmacillin", "phenylacetamidopenicillanic acid", "penicillinic acid benzyl-", "cillora", "pencillin g", "pfizerpen", "pfizerpen g", "compocillin g", "bicillin l-a", "megacillin", "penicillin g sodium", "wycillin", "permapen", "bicillin", "penicillin g potassium", "penicillin g potassium in plastic container", "free penicillin ii", "free penicillin g", "penicillin-g potassium", "free benzylpenicillin", "benzyl-6-aminopenicillinic acid", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-(2-phenylacetamido)-", "61-33-6[rn]", "penicillin ii", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid[acd/iupac name]", "benzylpenicillinum [inn_la]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]- (2s,5r,6r)-", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-(phenylacetamido)-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "benzylpenicillin [ban:inn][inn]", "benzylpenicillinum[latin]", "6-(2-phenylacetamido)penicillanic acid", "benzylpenicilline", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-(2-phenylacetamido)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylicacid", "44740[beilstein]", "bencilpenicilina", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(2-phenylacetyl)amino]-,(2s,5r,6r)-", "penicillinic acid (phenylmethyl)-", "4-27-00-05861 (beilstein handbook reference)[beilstein]", "pencillin g[wiki]", "duracillin a.s.", "benzylpenicilline[french]", "pnn", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-(2-phenylacetamido)- (8ci)", "penicilling", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6- (2-phenylacetamido)-", "(5r,6r)-benzylpenicillin", "benzyl penicillin", "benzylpenicillinum", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(1e)-1-hydroxy-2-phenylethylidene]amino]-3,3-dimethyl-7-oxo- (2s,5r,6r)-", "6-(phenylacetamido)penicillanic acid;", "[2s-(2a,5a,6b)]-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "pg", "200-506-3[einecs]", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-(2-phenylacetamido)-", "(2s,6r)-3,3-dimethyl-7-oxo-6-(2-phenylacetamido)-4-thia-1-aza-bicyclo[3.2.0]heptane-2-carboxylic acid", "pfizerpen[wiki]", "(phenylmethyl)penicillinic acid", "(phenylmethyl)penicillin", "bencilpenicilina[spanish]", "penicillin benzyl-", "benzylpenicillin[wiki]", "penicillin (phenylmethyl)-", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-phenylacetylamino-4-thia-1-aza-bicyclo[3.2.0]heptane-2-carboxylic acid", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-(2-phenylacetamido)-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]- (2s,5r,6r)-", "retacillin", "tardocillin", "extencilline", "penduran", "cepacilina", "benzethacil", "retazillin", "pendepon", "benzacillin", "bicillin-3", "benzathine penicillin", "bicillin iii", "penidural", "debecillin", "penidure", "[2s-(2a,5a,6b)]-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid compdwith n,n'-bis(phenylmethyl)-1,2-ethanediamine(2:1)", "benzylpenicillinum benzathinicum", "penicillin g n,n'-dibenzylethylenediamine salt", "benzilpenicillina benzatinica [dcit]", "longacilina", "penicillin g benzathine", "benzathine benzylpenicillin", "debecylina", "12705-12-3[rn]", "dura-penita", "ethylenediamine n,n'-dibenzyl- compd. withpenicillin g (1:2)", "216-260-5[einecs]", "dbed-penicillin", "penicillin g benzathine anhydrous", "benzylpenicillin benzathine", "benzathine benzylpenicilline[french][inn]", "beacillin", "141676-23-5[rn]", "penadur", "bica-penicillin", "diaminocillina", "lentopenil", "lentocillin", "2792-46-3[rn]", "longicil", "neolin[wiki]", "bicillin i", "beacillin; bicillin l-a; cepacilina;extencilline; lentopenil;penidural; permapen; tardocillin", "penadur l-a", "bicillin 1", "moldamin", "penicillin g compd. with n,n'-dibenzylethylenediamine (2:1)", "ampicillin n,n'-dibenzylethylenediamine salt", "5968-77-4[rn]", "n,n'-dibenzylethane-1,2-diaminium bis{(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate}", "ethylenediamine n,n'-dibenzyl- bis(3,3-dimethyl-7-oxo-6-(2-phenylacetamido)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylate)", "penditan", "pen-di-ben", "n,n'-dibenzylethylenediamine bis(benzyl penicillin)", "benzylpenicillin dibenzylethylenediamine salt", "1538-09-6[rn]", "durabiotic", "penicillin g salt of n,n'-dibenzylethylenediamine", "wycillina", "megacillin suspension", "penicillin g benzathine[usp]", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6- (2-phenylacetamido)- compd. withn,n'-dibenzylethylenediamine (2:1)", "benzatina bencilpenicilina[spanish][inn]", "benzathine penicillin g", "benzathini benzylpenicillinum[latin]", "dibencillin", "n,n'-dibenzylethylenediamine compounded withpenicillin g (1:2)", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-((phenylacetyl)amino)- (2s,5r,6r)- compd.with n,n'-bis(phenylmethyl)-1,2-ethanediamine(2:1)", "77087-98-0[rn]", "1,2-ethanediamine,n,n'-bis(phenylmethyl)- bis((2s,5r,6r)-3,3-dimethyl-7-oxo-6-((phenylacetyl)amino)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylate)", "permapen[wiki]", "leomypen", "benzapen", "n,n'-dibenzylethylenediamine salt of benzylpenicillin", "extenicilline", "duropenin", "n,n'-dibenzylethylenedi amine bis[benzylpenicillin]", "dibencil", "dibenzylethylenediamine-di-penicillin g", "bicillin[wiki]", "procaine penicillin g", "benzathin penicillin g", "diamine penicillin", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid -n,n'-dibenzylethane-1,2-diamine (2:1)", "benzathine benzylpenicillin; benzathine benzylpenicilline; benzathini benzylpenicillinum;benzatinabencilpenicilina", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(2-phenylacetyl)amino]- (2s,5r,6r)- compd. with n1,n2-bis(phenylmethyl)-1,2-ethanediamine(2:1)", "8048-79-1[rn]", "cillenta", "duracillin", "benzylpenicillinum benzathinum", "vetspen", "ls-177578", "procaine benzylpenicillin", "retardillin", "feniracillina [dcit]", "procaine penicillin", "sodium penicillin", "crysticillin", "12687-38-6[rn]", "aquacillin", "hostacillin", "benzylpenicillin procaine", "aquacilina", "procaine benzylpenicillinate", "8067-92-3", "200-205-7[einecs]", "3c16h18n2o4s.c16h17n2o4s.c16h20n2.c13h20n2o2.k", "american penicillin", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "penicillinphenyrazine", "aquasuspen", "crystapen", "depocillin", "ledercillin", "8067-92-3[rn]", "nopcaine", "hydracillin", "8072-44-4[rn]", "benzylpenicillin sodium salt", "sodium benzylpenicillinate", "vitablend", "sodium penicillin ii", "penirazine", "avloprocil", "sodium penicillin g", "penicillin procaine", "bacillin 3", "penicillin g benzathine", "distaquaine", "jenacillin o", "pencillin g sodium", "duphapen", "despacilina", "penicillin g procaine[usp]", "phenyracillin", "crystifor 400", "54-35-3[rn]", "benzylpenicillin sodium", "phenyracilline[french][inn]", "afsillin", "benzylpenicillinic acid sodium salt", "feniracilina [inn-spanish]", "millicillin", "200-710-2[einecs]", "8049-40-9[rn]", "sodium benzylpenicillin", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-((phenylacetyl)amino)- (2s,5r,6r)- compd.with 2-(diethylamino)ethyl4-aminobenzoate (1:1)", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(2-phenylacetyl)amino]-,sodium salt (2s,5r,6r)- (1:1)", "cilicaine", "56532-61-7[rn]", "benzylpenicillin benzathine hydrate (jp16)", "8028-79-3[rn]", "procaine penicilline g hydrate", "8049-38-5[rn]", "benzilpenillina procainica [dcit]", "hydrogen(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate--2-(diethylamino)ethyl 4-aminobenzoate (1:1)", "sugracillin sodium salt", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxilic acid 3,3-dimethyl-7-oxo-6-(2-phenylacetamido)- compd. with2-(diethylamino)ethyl p-aminobenzoate (1:1),monohydrate", "penicillin g sodium salt", "7009-88-3[rn]", "flo-cillin", "pfizerpen-as", "penicillin-g monosodium salt", "micro-pen", "nalpen g", "ac1lcvkb", "phenyracilline [french]", "wycillin (tn)", "sharcillin", "flo-cillin (veterinary)", "benzoic acid 4-amino- 2-(diethylamino)ethylester mono((2s,5r,6r)-3,3-dimethyl-7-oxo-6-((phenylacetyl)amino)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylate),monohydrate", "penicillin g compd. with 2-(diethylamino)ethyl p-aminobenzoatehydrate", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-(2-phenylacetamido)- compd. with2-(diethylamino)ethyl p-aminobenzoate (1:1)", "[2s-(2a,5a,6b)]-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid monosodium salt", "2,5-diphenylpiperazine salt of benzylpenicillin", "phenyracillin [dcf:inn][inn]", "benzylpenicillin novocaine salt", "8046-81-9[rn]", "phenyracillinum[latin]", "phenyracilline [inn-french]", "chebi:51352", "monosodium (2s,5r,6r)-3,3-dimethyl-7-oxo-6-(2-phenylacetamido)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylate", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(2-phenylacetyl)amino]-,(2s,5r,6r)- compd. with 2,5-diphenylpiperazine (2:1)", "penicillin g sodium crystalline", "penicillin procaine anhydrous[usan]", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxilic acid 3,3-dimethyl-7-oxo-6-((phenylacetyl)amino)-)-(2s,5r,6r)- compd. with 2-(diethylamino)ethyl p-aminobenzoate(1:1) monohydrate", "(2s-(2a,5a,6b))-3,3-dimethyl-7-oxo-6-((phenylacetyl)amino)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid compd.with 2,5-diphenylpiperazine (2:1)", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid -2,5-diphenylpiperazine (2:1)[acd/iupac name]", "depo-penicillin", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-(2-phenylacetamido)- monosodium salt", "pen-a-brasive", "8048-85-9[rn]", "ampin-penicillin", "penicillingsodiumsalt", "sodium 6-(phenylacetamido)penicillanate", "41372-02-5", "natrium-(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptan-2-carboxylat", "penicillin g procaine", "parencillin", "diathal (veterinary)", "sodium penicillin veticillin", "abbocillin-dc", "pro-pen", "novocaine penicillin", "sodium (2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate[acd/iupac name]", "benzylpenicillin na+ salt", "penicillin g benzathine (usp)", "3,3-dimethyl-7-oxo-6-[(2-phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "penzal n 300", "feniracilina[spanish][inn]", "8013-22-7[rn]", "8022-57-9[rn]", "kesso-pen", "benzylpenicillin benzathine hydrate", "hydrogen(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate - 2-(diethylamino)ethyl4-aminobenzoate (1:1:1)", "3,3-dimethyl-7-oxo-6-(2-phenylacetamido)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid sodium salt", "duracillin (tn)", "veticillin", "1110-47-0[rn]", "19696-42-5[rn]", "neoproc", "penicillin g procaine", "213313-73-6[rn]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]- monosodiumsalt (2s,5r,6r)-", "56829-50-6[rn]", "permapen (tn)", "azimycin (veterinary)", "[2s-(2a,5a,6b)]-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid compdwith 2-(diethylamino)ethyl4-aminobenzoate (1:1) monohydrate", "penicillinate de 2,5-diphenyl piperazine[french]", "n", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-(2-phenylacetylamino)-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 2-(diethylamino)ethyl 4-aminobenzoate", "kabipenin", "penilaryn", "cas-69-57-8", "sodium benzylpenicyllinate", "penaquacaine g", "69-57-8[rn]", "6130-64-9[rn]", "ls-174888", "penicillin procaine", "1406-09-3[rn]", "procaine penicillin (ban)", "diurnal-penicillin", "pen-fifty", "bicillin l-a (tn)", "penicillin benzyl- sodium salt", "prostabillin", "mylipen", "procanodia", "einecs 230-290-6", "novocillin", "230-290-6[einecs]", "penicillin procaine (anhydrous)", "premocillin", "3834217[beilstein]", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid -2-(diethylamino)ethyl 4-aminobenzoate hydrate(1:1:1)[acd/iupac name]", "penicillinate de 2", "penicillin g sodium", "monosodium benzylpenicillin", "8013-21-6[rn]", "phenyracillinum [inn-latin]", "8049-60-3[rn]", "65917-09-1[rn]", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-(2-phenylacetamido)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylicacid compound with2-(diethylamino)ethyl p-aminobenzoate (1:1)monohydrate", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid -2-(diethylamino)ethyl 4-aminobenzoate (1:1) hydrate", "mycofarm", "alfadryl", "62476-67-9[rn]", "sodium benzylpenicillin g", "penicillin g benzathine tetrahydrate", "penicillin g compdwith 2-(diethylamino)ethylp-aminobenzoate monohydrate", "penicillin g benzathine [usan]", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenylacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid -2-(diethylamino)ethyl 4-aminobenzoate (1:1)[acd/iupac name]", "bicillin c-r"}|>, "3609" -> <|"DatabaseID" -> "SW02259", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4753]}, "IsomericSmiles" -> "CCCN(CCC)C(=O)C(CCC(=O)[O-])NC(=O)c1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01818"]}, "OfficialNames" -> <|"NPC Approved Name" -> "proglumide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4922]}, "Synonyms" -> {"proglumide", "nulsa", "xylamide", "gastrotopic", "xyde", "binoside", "ulcutin", "milide", "midelid", "4-(n,n-dipropylcarbamoyl)-4-(phenylcarbonylamino)butanoic acid", "229-567-4[einecs]", "milid[wiki]", "proglumida[spanish][inn]", "proglumide (jp15/usan)[usan][jp15]", "n-benzoyl-n',n'-di-n-propyl-dl-isoglutamine", "4-benzoylamino-5-dipropylamino-5-oxopentanoic acid", "xylamide (gastroprotective agent)", "dl-4-benzamido-n,n-dipropylglutaramic acid", "6620-60-6", "glutaramic acid 4-benzamido-n,n-dipropyl- dl-", "4-(benzoylamino)-5-(dipropylamino)-5-oxopentanoic acid", "kxm", "progumide", "6620-60-6[rn]", "proglumide [usan:ban:inn:jan][inn][jan][usan]", "nulsa (tn)", "proglumidum[latin]", "242 dl", "dl-proglumide", "4-benzamido-5-(dipropylamino)-5-oxopentanoic acid", "promide (parasympatholytic)", "4-benzoylamino-4-dipropylcarbamoyl-butyric acid", "tl8004691"}|>, "3610" -> <|"DatabaseID" -> "SW02259", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4753]}, "IsomericSmiles" -> "CCCN(CCC)C(=O)C(CCC(=O)[O-])NC(=O)c1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01818"]}, "OfficialNames" -> <|"NPC Approved Name" -> "proglumide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4922]}, "Synonyms" -> {"proglumide", "nulsa", "xylamide", "gastrotopic", "xyde", "binoside", "ulcutin", "milide", "midelid", "4-(n,n-dipropylcarbamoyl)-4-(phenylcarbonylamino)butanoic acid", "229-567-4[einecs]", "milid[wiki]", "proglumida[spanish][inn]", "proglumide (jp15/usan)[usan][jp15]", "n-benzoyl-n',n'-di-n-propyl-dl-isoglutamine", "4-benzoylamino-5-dipropylamino-5-oxopentanoic acid", "xylamide (gastroprotective agent)", "dl-4-benzamido-n,n-dipropylglutaramic acid", "6620-60-6", "glutaramic acid 4-benzamido-n,n-dipropyl- dl-", "4-(benzoylamino)-5-(dipropylamino)-5-oxopentanoic acid", "kxm", "progumide", "6620-60-6[rn]", "proglumide [usan:ban:inn:jan][inn][jan][usan]", "nulsa (tn)", "proglumidum[latin]", "242 dl", "dl-proglumide", "4-benzamido-5-(dipropylamino)-5-oxopentanoic acid", "promide (parasympatholytic)", "4-benzoylamino-4-dipropylcarbamoyl-butyric acid", "tl8004691"}|>, "3611" -> <|"DatabaseID" -> "SW02260", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2298266]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00585"]}, "IsomericSmiles" -> "CN/C(=C\\[N+](=O)[O-])/[NH2+]CCSCc1csc(n1)C[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00440"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NIZATIDINE"|>, "PharmGKBID" -> "PA164752234", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3033637]}, "Synonyms" -> {"axid", "acinon", "distaxid", "zanizal", "cronizat", "galitidin", "calmaxid", "nizatidine", "naxidine", "nizax", "ulcosol", "antizid", "splendil er", "nizaxid", "gastrax", "niatidine", "axid ar", "tazac", "panaxid", "ulxid", "(e)-n-{2-[({2-[(dimethylamino)methyl]-1,3-thiazol-4-yl}methyl)thio]ethyl}-n'-methyl-2-nitroethene-1,1-diamine", "gastric receptor i", "nizatidine[wiki]", "zinga", "nizatidina[spanish]", "nizatidinum [latin]", "nizatidinum[latin]", "n-(4-(6-methylamino-7-nitro-2-thia-5-aza-6-hepten-1-yl)-2-thiazolylmethyl)-n,n-dimethylamin", "n-[4-(6-methylamino-7-nitro-2-thia-5-aza-6-heptene-1-yl)-2-thiazolylmethyl]-n,n-dimethylamine", "1,1-ethenediamine,n-(2-(((2-((dimethylamino)methyl)-4-thiazoly)methyl)thio)ethyl)-n'-methyl-2-nitro-", "1,1-ethenediamine,n-(2-(((2-((dimethylamino)methyl)-4-thiazolyl)methyl)thio)ethyl)-n'-methyl-2-nitro-", "acinon (tn)", "1n-[2-(2-dimethylaminomethyl-1,3-thiazol-4-ylmethylsulfanyl)ethyl]-1n-methyl-2-nitro-(e)-1-ethene-1,1-diamine", "(e)-n-{2-[({2-[(dimethylamino)methyl]-1,3-thiazol-4-yl}methyl)sulfanyl]ethyl}-n'-methyl-2-nitroethen-1,1-diamin", "zinga[wiki]", "1,1-ethenediamine,n-[2-[[[2-[(dimethylamino)methyl]-4-thiazolyl]methyl]thio]ethyl]-n'-methyl-2-nitro- (e)-", "(e)-n-{2-[({2-[(dimethylamino)methyl]-1,3-thiazol-4-yl}methyl)sulfanyl]ethyl}-n'-methyl-2-nitroethene-1,1-diamine", "cas-76963-41-2", "n-(2-(((2-((dimethylamino)methyl)-4-thiazolyl)methyl)thio)ethyl)-n'-methyl-2-nitro-1,1-ethenediamine", "8-chloro-1-methyl-6-phenyl-4h-2,3,5,10b-tetraaza-benzo[e]azulene", "1,1-ethenediamine,n-[2-[[[2-[(dimethylamino)methyl]-4-thiazolyl]methyl]thio]ethyl]-n'-methyl-2-nitro-", "tazac;axid;axid ar", "nizatidina [spanish]", "76963-41-2[rn]", "n-[2-[[[2-[(dimethylamino)methyl]-4-thiazolyl]methyl]thio]ethyl]-n'-methyl-2-nitro-1,1-ethenediamine", "nizatidine [usan:ban:inn:jan]", "(e)-n-{2-[({2-[(dimethylamino)methyl]-1,3-thiazol-4-yl}methyl)sulfanyl]ethyl}-n'-methyl-2-nitro-1,1-ethenediamine", "axid (tn)", "niaztidine", "n-{2-[({2-[(dimethylamino)methyl]-1,3-thiazol-4-yl}methyl)thio]ethyl}-n-[(e)-1-(methylamino)-2-nitrovinyl]amine", "h2r", "n-(2-((2-((dimethylamino)methyl)thiazol-4-yl)methylthio)ethyl)-n-methyl-2-nitroethene-1,1-diamine", "5-nitro-furan-2-carbaldehyde oxime(nizatidine)", "nizatidine [usan:ban:inn:jan][inn][jan][usan]"}|>, "3612" -> <|"DatabaseID" -> "SW02261", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4513"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10183330]}, "IsomericSmiles" -> "c1ccc2c(c1)c(c(c(=O)o2)Cc3c(c4ccccc4oc3=O)[O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03798"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dicoumarol;dicumarol", "FDA Approved Drug" -> "DICUMAROL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54676038]}, "Synonyms" -> {"dicumarol", "antitrombosin", "bishydroxycoumarin", "dicoumarin", "dicoumal", "dicoumarol", "baracoumin", "melitoxin", "66-76-2[rn]", "trombosan", "4-hydroxy-3-[(4-hydroxy-2-oxo-2h-chromen-3-yl)methyl]-2h-chromen-2-one", "3,3'-methylene-bis(4-hydroxycoumarine)", "4-hydroxy-3-((4-hydroxy-2-oxo-2h-chromen-3-yl)methyl)-2h-chromen-2-one", "3,3'-methylenebis[4-hydroxy-2h-1-benzopyran-2-one]", "4-hydroxy-3-[(4-hydroxy-2-oxo-chromen-3-yl)methyl]chromen-2-one", "bis(4-hydroxycoumarin-3-yl)methane", "4-hydroxy-3-[(4-hydroxy-2-oxochromen-3-yl)methyl]chromen-2-one", "3,3'-methylenebis(4-hydroxy-2h-1-benzopyran-2-one)", "dicoumarol[wiki][inn]", "3,3'-methylenebis[4-hydroxycoumarin]", "dicumarol [inn_es]", "3,3'-methylenebis(4-hydroxy-coumarin", "kumoran", "temparin", "3,3'-methylen-bis(4-hydroxy-cumarin)", "dicuman", "dicumarol[usan]", "dicoumerol", "dufalone", "2h-1-benzopyran-2-one 3,3'-methylenebis[4-hydroxy-", "200-632-9[einecs]", "bis-3,3'-(4-hydroxycoumarinyl)methane", "3,3'-methylenebis(4-hydroxy-1,2-benzopyrone)", "dicumol", "dicumarine", "anathrombase", "5-19-06-00682", "cumid", "3,3'-methanediylbis(4-hydroxy-2h-chromen-2-one)", "3,3'-methylenebis(4-hydroxycoumarin)", "dicoumarolum", "bis-hydroxycoumarin", "di-(4-hydroxy-3-coumarinyl)methane", "3,3'-methylenebis(4-hydroxy-2h-chromen-2-one)", "acadyl", "acavyl"}|>, "3613" -> <|"DatabaseID" -> "SW02262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9796]}, "IsomericSmiles" -> "CC(C)([C@@H](COc1c2c(ccc(=O)o2)c(c3c1occ3)OC)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "byak-angelicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10211]}, "Synonyms" -> {"biacangelicin", "byakangelicin", "byak-angelicin", "byankagelicine", "bjacangelicin", "bjakangelicin", "9-(2,3-dihydroxy-3-methylbutoxy)-4-methoxy-7h-furo(3,2-g)(1)benzopyran-7-one", "7h-furo(3,2-g)(1)benzopyran-7-one 9-(2,3-dihydroxy-3-methylbutoxy)-4-methoxy- (r)-", "7h-furo(3", "482-25-7[rn]", "9-{[(2r)-2", "9-{[(2r)-2,3-dihydroxy-3-methylbutyl]oxy}-4-methoxy-7h-furo[3,2-g]chromen-7-one", "7h-furo[3,2-g][1]benzopyran-7-one 9-[[(2r)-2,3-dihydroxy-3-methylbutyl]oxy]-4-methoxy-", "19573-01-4[rn]", "7h-furo(3,2-g)(1)benzopyran-7-one 9-(2,3-dihydroxy-3-methylbutoxy)-4-methoxy-,", "(r)-9-(2,3-dihydroxy-3-methylbutoxy)-4-methoxy-7h-furo(3,2-g)(1)benzopyran-7-one", "9-(2", "(r)-9-(2"}|>, "3614" -> <|"DatabaseID" -> "SW02263", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736097]}, "IsomericSmiles" -> "Cc1c2cc3c(cc2c[n+]4c1-c5cc6c(cc5CC4)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "worenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20055073]}, "Synonyms" -> {"worenine", "c17083", "13-methyl-y-coptisine", "38763-29-0[rn]", "5,6-dihydro-14-methylbis[1,3]benzodioxolo[5,6-a:5',6'-g]quinolizinium"}|>, "3615" -> <|"DatabaseID" -> "SW02264", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14785]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00919"]}, "IsomericSmiles" -> "C[C@@H]1CC(=O)[C@]2([C@@H](O1)O[C@@H]3[C@H]([C@@H]([C@@H]([C@@H]([C@H]3O2)[NH2+]C)O)[NH2+]C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00869"], ExternalIdentifier["KEGGID", "D08526"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "spectinomycin", "Indian Approved Name" -> "spectinomycin", "FDA Approved Drug" -> "SPECTINOMYCIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164781342", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15541]}, "Synonyms" -> {"antibiotic 2233wp", "spectam", "togamycin", "actinospectacin", "spectinomycin", "trobicin", "scm", "spectinomycin di hcl", "espectinomicina", "spectinomycin hydrochloride", "lincomycin spectinomycin 100 soluble powder (lincomycin (lincomycin hydrochloride) + spectinomycin (spectinomycin hydrochloride))_mixture", "21736-83-4[rn]", "#link:spectinomycin", "spectinomycine[french][inn]", "xk 43-1", "21736-83-4 (dihydrochloride)", "espectinomicina [inn-spanish]", "22189-32-8[rn]", "actinospectacin espectinomicina chx-3101", "spectinomycin dihydrochloride pentahydrate", "spectinomycine", "actinospectacina", "actinospectacina[italian]", "l-s 100 soluble powder (lincomycin (lincomycin hydrochloride) + spectinomycin (spectinomycin sulfate))_mixture", "u 18409 e", "[2r-(2a,4ab,5ab,6b,7b,8b,9a,9aa,10ab)]-decahydro-4a,7,9-trihydroxy-2-methyl-6,8-bis(methylamino)-4h-pyrano[2,3-b][1,4]benzodioxin-4-one", "trobicin[wiki]", "spectinomycinum[latin]", "stanilo", "1695-77-8 (free base)", "(8s,11s,13s,14s,3r,6r,10r,12r)-12,14-bis(methylamino)-3,11,13-trihydroxy-6-methyl-2,7,9-trioxatricyclo[8.4.0.0<3,8>]tetradecan-4-one", "actinospectacina [italian]", "spectogard", "spectinomycinum [inn-latin]", "spectinomicina[italian]", "spectinomycine [inn-french]", "244-554-3[einecs]", "spectinomycin[wiki]", "22189-32-8 (dihydrochloride pentahydrate)", "espectinomicina[spanish][inn]", "spectinomycinum", "spectinomycin hcl/ sulphate", "spectinomicina [italian]", "1695-77-8[rn]", "22193-75-5 (hydrochloride)", "spectinomycin dihydrochloride", "(2r,4ar,5ar,6s,7s,8r,9s,9ar,10as)-4a,7,9-trihydroxy-2-methyl-6,8-bis(methylamino)decahydro-4h-pyrano[2,3-b][1,4]benzodioxin-4-one[acd/iupac name]", "lincomycin spectinomycin 4.4% g premix (lincomycin (lincomycin hydrochloride) + spectinomycin (spectinomycin hydrochloride))_mixture", "216-911-3[einecs]", "64771-73-9[rn]", "4h-pyrano[2,3-b][1,4]benzodioxin-4-one decahydro-4a,7,9-trihydroxy-2-methyl-6,8-bis(methylamino)-,(2r,4ar,5ar,6s,7s,8r,9s,9ar,10as)-", "4h-pyrano(2,3-b)(1,4)benzodioxin-4-one decahydro-4a,7,9-trihydroxy-2-methyl-6,8-bis(methylamino)-", "adspec", "prospec", "spectinomycin hydrochloride hydrate"}|>, "3616" -> <|"DatabaseID" -> "SW02265", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736125]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23C[C@@H](CC[C@]2([C@H]1Cc4c3c(c(cc4)OC)OC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01496"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Drotebanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463863]}, "Synonyms" -> {"drotebanol", "metebanyl", "oxymetebanol", "oxymethebanol", "dihydro-14-hydroxy-4-o-methyl-6b-thebainol", "dihydro-14-hydroxy-4-o-methyl-6-beta-thebainol", "drotebanolum [inn-latin]", "14-hydroxydihydro-6b-thebainol 4-methyl ether", "3/2/3176", "3", "3176-03-2[rn]", "dea no. 9335", "14-hydroxy-6-beta-thebainol 4-methyl ether", "ram-326", "dihydro-14-hydroxy-6b-thebainol 4-methyl ether", "6b,14-dihydroxy-3,4-dimethoxy-n-methylmorphinan"}|>, "3617" -> <|"DatabaseID" -> "SW02265", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736125]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23C[C@@H](CC[C@]2([C@H]1Cc4c3c(c(cc4)OC)OC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01496"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Drotebanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463863]}, "Synonyms" -> {"drotebanol", "metebanyl", "oxymetebanol", "oxymethebanol", "dihydro-14-hydroxy-4-o-methyl-6b-thebainol", "dihydro-14-hydroxy-4-o-methyl-6-beta-thebainol", "drotebanolum [inn-latin]", "14-hydroxydihydro-6b-thebainol 4-methyl ether", "3/2/3176", "3", "3176-03-2[rn]", "dea no. 9335", "14-hydroxy-6-beta-thebainol 4-methyl ether", "ram-326", "dihydro-14-hydroxy-6b-thebainol 4-methyl ether", "6b,14-dihydroxy-3,4-dimethoxy-n-methylmorphinan"}|>, "3618" -> <|"DatabaseID" -> "SW02266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2464]}, "IsomericSmiles" -> "CC[NH+](CC)CCOCCOC(=O)C1(CCCC1)c2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08334"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentoxyverine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2562]}, "Synonyms" -> {"atussil", "pentoxiverinum", "pentoxyverin", "pentoxyverine", "cyclopentanecarboxylic acid 1-phenyl- 2-(2-(diethylamino)ethoxy)ethylester", "pentoxiverin", "1-phenylcyclopentane-1-carboxylic acid diethylaminoethoxyethylester", "pentoxiverina[spanish][inn]", "ethanol,2-(2-(diethylamino)ethoxy)- 1-phenylcyclopentanecarboxylate (ester)", "77-23-6", "pentoxiverina [inn-spanish]", "pentoxyverine[wiki][inn]", "201-014-1[einecs]", "cyclopentanecarboxylic acid 1-phenyl- 2-[2-(diethylamino)ethoxy]ethylester", "2-[2-(diethylamino)ethoxy]ethyl 1-phenylcyclopentanecarboxylate[acd/iupac name]", "2-(2-diethylaminoethoxy)ethyl 1-phenylcyclopentane-1-carboxylate", "2-{[2-(diethylamino)ethyl]oxy}ethyl1-phenylcyclopentanecarboxylate", "2-(2-(diethylamino)ethoxy)ethyl 1-phenylcyclopentanecarboxylate", "carbetapentane", "1-phenyl-cyclopentanecarboxylic acid2-(2-diethylamino-ethoxy)-ethyl ester", "carbetapentane[wiki]", "2-(2-diethylaminoethoxy)ethyl 1-phenylcyclopentanecarboxylate", "4-09-00-02112 (beilstein handbook reference)[beilstein]", "23142-01-0[rn]", "u.c.b. 2543", "2-(diethylaminoethoxy)ethyl1-phenylcyclopentyl-1-carboxylate", "pentoxyverinum [inn-latin]", "77-23-6[rn]", "pentoxyverinum[latin]", "sedotussin", "2-(diethylaminoethoxy)ethyl1-phenyl-1-cyclopentanecarboxylate", "1-phenylcyclopentanecarboxylic acid,2-(2-(diethylamino)ethoxy)ethyl ester", "hsdb 3299", "1-phenylcyclopentanecarboxylic acid2-(2-diethylaminoethoxy)ethyl ester"}|>, "3619" -> <|"DatabaseID" -> "SW02267", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10406]}, "IsomericSmiles" -> "CCCCCCCCCCCC[N+](C)(C)CCOc1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01588"]}, "OfficialNames" -> <|"NPC Approved Name" -> "domiphen bromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10866]}, "Synonyms" -> {"oradol", "domiphen bromide", "bradosol bromide", "fungitex", "bradasol", "bradoral", "bradonit", "fungitex r", "phenododecinium bromide", "(dodecyldimethyl-2-phenoxyethyl)ammonium bromide", "modicare", "tl8003532", "pddb", "ammonium dodecyldimethyl(2-phenoxyethyl)- bromide (8ci)", "dodecyldimethyl(2-phenoxyethyl)amine bromide", "n,n-dimethyl-n-(2-phenoxyethyl)dodecan-1-aminium bromide", "domiphen bromide (jan/usan)[jan][usan]", "(b-phenoxyethyl)dimethyldodecylammonium bromide", "bradosol", "domiphenbromide", "domipheni bromidum[latin]", "138846-42-1[rn]", "domiphen bromide [usan:ban:jan][jan][usan]", "538-71-6[rn]", "12040-53-8[rn]", "1-dodecanaminium,n,n-dimethyl-n-(2-phenoxyethyl)- bromide (1:1)", "bromure de domiphene[french][inn]", "bromuro de domifeno[spanish][inn]", "208-702-0[einecs]", "oradol (tn)", "538-71-6", "n,n-dimethyl-n-(2-phenoxyethyl)dodecan-1-aminiumbromid", "2702-99-0[rn]", "ammonium dimethyldodecyl(2-phenoxyethyl)- bromide", "1-dodecanaminium n,n-dimethyl-n-(2-phenoxyethyl)- bromide", "dodecyldimethyl (2-phenoxyethyl) ammonium bromide", "dodecyldimethyl(2-phenoxyethyl)ammonium bromide", "n,n-dimethyl-n-(2-phenoxyethyl)-1-dodecanaminium bromide[acd/iupac name]", "dodecyldimethyl-2-phenoxyethylammonium bromide"}|>, "3620" -> <|"DatabaseID" -> "SW02268", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8479]}, "IsomericSmiles" -> "CC(COc1ccc(cc1)C(C)(C)C)OS(=O)OCCCl", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-p glucophyranoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8809]}, "Synonyms" -> {"aramite-15w", "aramiteararamite-15w", "compound 88r", "ortho-mite", "niagaramite", "aracide", "aramit", "sulfurousacid 2-(p-tert-butylphenoxy)-1-methylethyl2-chloroethyl ester", "acaracide", "aramite", "2-chloroethyl 1-methyl-2-(p-tert-butylphenoxy)ethyl sulfite", "88r", "2-(p-tert-butylphenoxy)-1-methylethyl 2-chloroethylsulfite", "2-(p-t-butylphenoxy)isopropyl 2'-chloroethyl sulfite", "2-chloroethyl sulphite of 1-(p-t-butylphenoxy)-2-propanol", "4-06-00-03301", "2-(p-tert-butylphenoxy)-1-methylethyl 2-chloroethyl ester of sulfurous acid", "sulfurousacid 2-chloroethyl 2-[4-(1,1-dimethylethyl)phenoxy]-1-methylethyl ester", "ethanol,2-chloro- ester with 2-(p-tert-butylphenoxy)-1-methylethyl sulfite", "2-(p-t-butylphenoxy)-1-methylethyl sulphite of 2-chloroethanol", "1-(4-tert-butylphenoxy)propan-2-yl 2-chloroethyl sulfite", "4-06-00-03301 (beilstein handbook reference)[beilstein]", "2-chlorethyl-1-[4-(2-methyl-2-propanyl)phenoxy]-2-propanylsulfit", "aethylacrylat[german]", "2-(p-t-butylphenoxy)isopropyl-2'-chloroethyl sulphite", "sulfurousacid 2-chloroethyl 2-(4-(1,1-dimethylethyl)phenoxy)-1-methylethyl ester", "140-57-8[rn]", "88 r", "ester of2-chloroethanol with 2-(p-tert-butylphenoxy)-methyl sulphite", "sulfurousacid 2-chloroethyl 2-[4-(1 1-dimethylethyl)phenoxy]-1-methylethyl ester", "2-(p-tert-butylphenoxy)-1-methylethyl 2'-chloroethyl sulfite", "2-chloroethyl sulfite of 1-(p-t-butylphenoxy)-2-propanol", "2-(4-tert-butylphenoxy)isopropyl 2-chloroethyl sulfite", "2-(p-tert-butylphenoxy)isopropyl 2-chloroethyl sulfite", "2-(p-t-butylphenoxy)-1-methylethyl 2'-chloroethyl sulphite", "2-(p-t-butylphenoxy)-1-methylethyl 2-chloroethyl esterof sulphurous acid", "2-chloroethyl 2-{[4-(1,1-dimethylethyl)phenyl]oxy}-1-methylethyl sulfite", "2-chloroethyl 1-[4-(2-methyl-2-propanyl)phenoxy]-2-propanyl sulfite[acd/iupac name]", "2-(p-tert-buytlphenoxy)isopropyl 2-chloroethyl sulfite", "2-(p-tert-butylphenoxy)-1-methylethyl sulfiteof 2-chloroethanol", "2-chloroethyl sulphite of 1-(p-tert-butylphenoxy)-2-propanol", "88-r", "sulfurousacid 2-(p-tert-butylphenoxy)-1-methylethyl2-chloroethyl ester (8ci)", "b-chloroethyl b-(p-tert-butylphenoxy)-a-methylethyl sulfite", "2-(p-t-butylphenoxy)isopropyl 2'-chloroethyl sulphite", "2-(p-terc.butylfenoxy)isopropyl-2'-chlorethylester kyseliny siricite[czech]", "aratron[wiki]", "sulfurousacid 2-chloroethyl 2-[4-(1,1-dimethylethyl)phenoxy]-1-methylethyl ester", "aratron", "acrylsaeureaethylester[german]", "ces", "2-(4-tert-butylphenoxy)-1-methylethyl 2-chloroethyl sulfite", "sulfurousacid 2-(p-tert-butylphenoxy)-1-methylethyl 2-chloroethyl ester", "2-(p-tert-butylphenoxy)-1-methylethyl-2-choroethyl sulfite"}|>, "3621" -> <|"DatabaseID" -> "SW02268", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8479]}, "IsomericSmiles" -> "CC(COc1ccc(cc1)C(C)(C)C)OS(=O)OCCCl", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-p glucophyranoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8809]}, "Synonyms" -> {"aramite-15w", "aramiteararamite-15w", "compound 88r", "ortho-mite", "niagaramite", "aracide", "aramit", "sulfurousacid 2-(p-tert-butylphenoxy)-1-methylethyl2-chloroethyl ester", "acaracide", "aramite", "2-chloroethyl 1-methyl-2-(p-tert-butylphenoxy)ethyl sulfite", "88r", "2-(p-tert-butylphenoxy)-1-methylethyl 2-chloroethylsulfite", "2-(p-t-butylphenoxy)isopropyl 2'-chloroethyl sulfite", "2-chloroethyl sulphite of 1-(p-t-butylphenoxy)-2-propanol", "4-06-00-03301", "2-(p-tert-butylphenoxy)-1-methylethyl 2-chloroethyl ester of sulfurous acid", "sulfurousacid 2-chloroethyl 2-[4-(1,1-dimethylethyl)phenoxy]-1-methylethyl ester", "ethanol,2-chloro- ester with 2-(p-tert-butylphenoxy)-1-methylethyl sulfite", "2-(p-t-butylphenoxy)-1-methylethyl sulphite of 2-chloroethanol", "1-(4-tert-butylphenoxy)propan-2-yl 2-chloroethyl sulfite", "4-06-00-03301 (beilstein handbook reference)[beilstein]", "2-chlorethyl-1-[4-(2-methyl-2-propanyl)phenoxy]-2-propanylsulfit", "aethylacrylat[german]", "2-(p-t-butylphenoxy)isopropyl-2'-chloroethyl sulphite", "sulfurousacid 2-chloroethyl 2-(4-(1,1-dimethylethyl)phenoxy)-1-methylethyl ester", "140-57-8[rn]", "88 r", "ester of2-chloroethanol with 2-(p-tert-butylphenoxy)-methyl sulphite", "sulfurousacid 2-chloroethyl 2-[4-(1 1-dimethylethyl)phenoxy]-1-methylethyl ester", "2-(p-tert-butylphenoxy)-1-methylethyl 2'-chloroethyl sulfite", "2-chloroethyl sulfite of 1-(p-t-butylphenoxy)-2-propanol", "2-(4-tert-butylphenoxy)isopropyl 2-chloroethyl sulfite", "2-(p-tert-butylphenoxy)isopropyl 2-chloroethyl sulfite", "2-(p-t-butylphenoxy)-1-methylethyl 2'-chloroethyl sulphite", "2-(p-t-butylphenoxy)-1-methylethyl 2-chloroethyl esterof sulphurous acid", "2-chloroethyl 2-{[4-(1,1-dimethylethyl)phenyl]oxy}-1-methylethyl sulfite", "2-chloroethyl 1-[4-(2-methyl-2-propanyl)phenoxy]-2-propanyl sulfite[acd/iupac name]", "2-(p-tert-buytlphenoxy)isopropyl 2-chloroethyl sulfite", "2-(p-tert-butylphenoxy)-1-methylethyl sulfiteof 2-chloroethanol", "2-chloroethyl sulphite of 1-(p-tert-butylphenoxy)-2-propanol", "88-r", "sulfurousacid 2-(p-tert-butylphenoxy)-1-methylethyl2-chloroethyl ester (8ci)", "b-chloroethyl b-(p-tert-butylphenoxy)-a-methylethyl sulfite", "2-(p-t-butylphenoxy)isopropyl 2'-chloroethyl sulphite", "2-(p-terc.butylfenoxy)isopropyl-2'-chlorethylester kyseliny siricite[czech]", "aratron[wiki]", "sulfurousacid 2-chloroethyl 2-[4-(1,1-dimethylethyl)phenoxy]-1-methylethyl ester", "aratron", "acrylsaeureaethylester[german]", "ces", "2-(4-tert-butylphenoxy)-1-methylethyl 2-chloroethyl sulfite", "sulfurousacid 2-(p-tert-butylphenoxy)-1-methylethyl 2-chloroethyl ester", "2-(p-tert-butylphenoxy)-1-methylethyl-2-choroethyl sulfite"}|>, "3622" -> <|"DatabaseID" -> "SW02268", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8479]}, "IsomericSmiles" -> "CC(COc1ccc(cc1)C(C)(C)C)OS(=O)OCCCl", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-p glucophyranoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8809]}, "Synonyms" -> {"aramite-15w", "aramiteararamite-15w", "compound 88r", "ortho-mite", "niagaramite", "aracide", "aramit", "sulfurousacid 2-(p-tert-butylphenoxy)-1-methylethyl2-chloroethyl ester", "acaracide", "aramite", "2-chloroethyl 1-methyl-2-(p-tert-butylphenoxy)ethyl sulfite", "88r", "2-(p-tert-butylphenoxy)-1-methylethyl 2-chloroethylsulfite", "2-(p-t-butylphenoxy)isopropyl 2'-chloroethyl sulfite", "2-chloroethyl sulphite of 1-(p-t-butylphenoxy)-2-propanol", "4-06-00-03301", "2-(p-tert-butylphenoxy)-1-methylethyl 2-chloroethyl ester of sulfurous acid", "sulfurousacid 2-chloroethyl 2-[4-(1,1-dimethylethyl)phenoxy]-1-methylethyl ester", "ethanol,2-chloro- ester with 2-(p-tert-butylphenoxy)-1-methylethyl sulfite", "2-(p-t-butylphenoxy)-1-methylethyl sulphite of 2-chloroethanol", "1-(4-tert-butylphenoxy)propan-2-yl 2-chloroethyl sulfite", "4-06-00-03301 (beilstein handbook reference)[beilstein]", "2-chlorethyl-1-[4-(2-methyl-2-propanyl)phenoxy]-2-propanylsulfit", "aethylacrylat[german]", "2-(p-t-butylphenoxy)isopropyl-2'-chloroethyl sulphite", "sulfurousacid 2-chloroethyl 2-(4-(1,1-dimethylethyl)phenoxy)-1-methylethyl ester", "140-57-8[rn]", "88 r", "ester of2-chloroethanol with 2-(p-tert-butylphenoxy)-methyl sulphite", "sulfurousacid 2-chloroethyl 2-[4-(1 1-dimethylethyl)phenoxy]-1-methylethyl ester", "2-(p-tert-butylphenoxy)-1-methylethyl 2'-chloroethyl sulfite", "2-chloroethyl sulfite of 1-(p-t-butylphenoxy)-2-propanol", "2-(4-tert-butylphenoxy)isopropyl 2-chloroethyl sulfite", "2-(p-tert-butylphenoxy)isopropyl 2-chloroethyl sulfite", "2-(p-t-butylphenoxy)-1-methylethyl 2'-chloroethyl sulphite", "2-(p-t-butylphenoxy)-1-methylethyl 2-chloroethyl esterof sulphurous acid", "2-chloroethyl 2-{[4-(1,1-dimethylethyl)phenyl]oxy}-1-methylethyl sulfite", "2-chloroethyl 1-[4-(2-methyl-2-propanyl)phenoxy]-2-propanyl sulfite[acd/iupac name]", "2-(p-tert-buytlphenoxy)isopropyl 2-chloroethyl sulfite", "2-(p-tert-butylphenoxy)-1-methylethyl sulfiteof 2-chloroethanol", "2-chloroethyl sulphite of 1-(p-tert-butylphenoxy)-2-propanol", "88-r", "sulfurousacid 2-(p-tert-butylphenoxy)-1-methylethyl2-chloroethyl ester (8ci)", "b-chloroethyl b-(p-tert-butylphenoxy)-a-methylethyl sulfite", "2-(p-t-butylphenoxy)isopropyl 2'-chloroethyl sulphite", "2-(p-terc.butylfenoxy)isopropyl-2'-chlorethylester kyseliny siricite[czech]", "aratron[wiki]", "sulfurousacid 2-chloroethyl 2-[4-(1,1-dimethylethyl)phenoxy]-1-methylethyl ester", "aratron", "acrylsaeureaethylester[german]", "ces", "2-(4-tert-butylphenoxy)-1-methylethyl 2-chloroethyl sulfite", "sulfurousacid 2-(p-tert-butylphenoxy)-1-methylethyl 2-chloroethyl ester", "2-(p-tert-butylphenoxy)-1-methylethyl-2-choroethyl sulfite"}|>, "3623" -> <|"DatabaseID" -> "SW02268", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8479]}, "IsomericSmiles" -> "CC(COc1ccc(cc1)C(C)(C)C)OS(=O)OCCCl", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-p glucophyranoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8809]}, "Synonyms" -> {"aramite-15w", "aramiteararamite-15w", "compound 88r", "ortho-mite", "niagaramite", "aracide", "aramit", "sulfurousacid 2-(p-tert-butylphenoxy)-1-methylethyl2-chloroethyl ester", "acaracide", "aramite", "2-chloroethyl 1-methyl-2-(p-tert-butylphenoxy)ethyl sulfite", "88r", "2-(p-tert-butylphenoxy)-1-methylethyl 2-chloroethylsulfite", "2-(p-t-butylphenoxy)isopropyl 2'-chloroethyl sulfite", "2-chloroethyl sulphite of 1-(p-t-butylphenoxy)-2-propanol", "4-06-00-03301", "2-(p-tert-butylphenoxy)-1-methylethyl 2-chloroethyl ester of sulfurous acid", "sulfurousacid 2-chloroethyl 2-[4-(1,1-dimethylethyl)phenoxy]-1-methylethyl ester", "ethanol,2-chloro- ester with 2-(p-tert-butylphenoxy)-1-methylethyl sulfite", "2-(p-t-butylphenoxy)-1-methylethyl sulphite of 2-chloroethanol", "1-(4-tert-butylphenoxy)propan-2-yl 2-chloroethyl sulfite", "4-06-00-03301 (beilstein handbook reference)[beilstein]", "2-chlorethyl-1-[4-(2-methyl-2-propanyl)phenoxy]-2-propanylsulfit", "aethylacrylat[german]", "2-(p-t-butylphenoxy)isopropyl-2'-chloroethyl sulphite", "sulfurousacid 2-chloroethyl 2-(4-(1,1-dimethylethyl)phenoxy)-1-methylethyl ester", "140-57-8[rn]", "88 r", "ester of2-chloroethanol with 2-(p-tert-butylphenoxy)-methyl sulphite", "sulfurousacid 2-chloroethyl 2-[4-(1 1-dimethylethyl)phenoxy]-1-methylethyl ester", "2-(p-tert-butylphenoxy)-1-methylethyl 2'-chloroethyl sulfite", "2-chloroethyl sulfite of 1-(p-t-butylphenoxy)-2-propanol", "2-(4-tert-butylphenoxy)isopropyl 2-chloroethyl sulfite", "2-(p-tert-butylphenoxy)isopropyl 2-chloroethyl sulfite", "2-(p-t-butylphenoxy)-1-methylethyl 2'-chloroethyl sulphite", "2-(p-t-butylphenoxy)-1-methylethyl 2-chloroethyl esterof sulphurous acid", "2-chloroethyl 2-{[4-(1,1-dimethylethyl)phenyl]oxy}-1-methylethyl sulfite", "2-chloroethyl 1-[4-(2-methyl-2-propanyl)phenoxy]-2-propanyl sulfite[acd/iupac name]", "2-(p-tert-buytlphenoxy)isopropyl 2-chloroethyl sulfite", "2-(p-tert-butylphenoxy)-1-methylethyl sulfiteof 2-chloroethanol", "2-chloroethyl sulphite of 1-(p-tert-butylphenoxy)-2-propanol", "88-r", "sulfurousacid 2-(p-tert-butylphenoxy)-1-methylethyl2-chloroethyl ester (8ci)", "b-chloroethyl b-(p-tert-butylphenoxy)-a-methylethyl sulfite", "2-(p-t-butylphenoxy)isopropyl 2'-chloroethyl sulphite", "2-(p-terc.butylfenoxy)isopropyl-2'-chlorethylester kyseliny siricite[czech]", "aratron[wiki]", "sulfurousacid 2-chloroethyl 2-[4-(1,1-dimethylethyl)phenoxy]-1-methylethyl ester", "aratron", "acrylsaeureaethylester[german]", "ces", "2-(4-tert-butylphenoxy)-1-methylethyl 2-chloroethyl sulfite", "sulfurousacid 2-(p-tert-butylphenoxy)-1-methylethyl 2-chloroethyl ester", "2-(p-tert-butylphenoxy)-1-methylethyl-2-choroethyl sulfite"}|>, "3624" -> <|"DatabaseID" -> "SW02269", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52993"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12750]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "?"]}, "IsomericSmiles" -> "CN1c2ccc(cc2C(=NC(C1=O)O)c3ccccc3Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01657"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Lormetazepam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13314]}, "Synonyms" -> {"lormetazepam", "methyllorazepam", "loramet", "n-methyllorazepam", "ro 5-5516", "noctamid", "7-chloro-5-(o-chlorophenyl)-1,3-dihydro-3-hydroxy-1-methyl-2h-1,4-benzodiazepin-2-one", "212-700-5[einecs]", "848-75-9[rn]", "dea no. 2774", "chebi:52993", "2h-1,4-benzodiazepin-2-one,7-chloro-5-(2-chlorophenyl)-1,3-dihydro-3-hydroxy-1-methyl-[acd/index name]", "2h-1,4-benzodiazepin-2-one,1,3-dihydro-7-chloro-5-(o-chlorophenyl)-3-hydroxy-1-methyl-", "(rs)-7-chloro-5-(2-chlorophenyl)-1,3-dihydro-3-hydroxy-1-methyl- 1,4-benzodiazepin-2-one", "loramet (tn)", "einecs 212-700-5", "lormetazepamum [inn-latin]", "7-chlor-5-(2-chlorphenyl)-3-hydroxy-1-methyl-1,3-dihydro-2h-1,4-benzodiazepin-2-on[german][acd/iupac name]", "2h-1,4-benzodiazepin-2-one,1,3-dihydro-7-chloro-5-(o-chlorophenyl)-3-hydroxy-1-", "loretam", "7-chloro-5-(2-chlorophenyl)-3-hydroxy-1-methyl-2,3-dihydro-1h-1,4-benzodiazepin-2-one", "lormetazepam[wiki][inn][jan][usan]", "5-25-02-00251 (beilstein handbook reference)[beilstein]", "lormetazepamum[latin]", "7-chloro-5-(2-chlorophenyl)-1,3-dihydro-3-hydroxy-1-methyl-2h-1,4-benzodiazepin-2-one", "2h-1", "7-chloro-5-(2-chlorophenyl)-3-hydroxy-1-methyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]"}|>, "3625" -> <|"DatabaseID" -> "SW02269", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52993"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12750]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "?"]}, "IsomericSmiles" -> "CN1c2ccc(cc2C(=NC(C1=O)O)c3ccccc3Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01657"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Lormetazepam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13314]}, "Synonyms" -> {"lormetazepam", "methyllorazepam", "loramet", "n-methyllorazepam", "ro 5-5516", "noctamid", "7-chloro-5-(o-chlorophenyl)-1,3-dihydro-3-hydroxy-1-methyl-2h-1,4-benzodiazepin-2-one", "212-700-5[einecs]", "848-75-9[rn]", "dea no. 2774", "chebi:52993", "2h-1,4-benzodiazepin-2-one,7-chloro-5-(2-chlorophenyl)-1,3-dihydro-3-hydroxy-1-methyl-[acd/index name]", "2h-1,4-benzodiazepin-2-one,1,3-dihydro-7-chloro-5-(o-chlorophenyl)-3-hydroxy-1-methyl-", "(rs)-7-chloro-5-(2-chlorophenyl)-1,3-dihydro-3-hydroxy-1-methyl- 1,4-benzodiazepin-2-one", "loramet (tn)", "einecs 212-700-5", "lormetazepamum [inn-latin]", "7-chlor-5-(2-chlorphenyl)-3-hydroxy-1-methyl-1,3-dihydro-2h-1,4-benzodiazepin-2-on[german][acd/iupac name]", "2h-1,4-benzodiazepin-2-one,1,3-dihydro-7-chloro-5-(o-chlorophenyl)-3-hydroxy-1-", "loretam", "7-chloro-5-(2-chlorophenyl)-3-hydroxy-1-methyl-2,3-dihydro-1h-1,4-benzodiazepin-2-one", "lormetazepam[wiki][inn][jan][usan]", "5-25-02-00251 (beilstein handbook reference)[beilstein]", "lormetazepamum[latin]", "7-chloro-5-(2-chlorophenyl)-1,3-dihydro-3-hydroxy-1-methyl-2h-1,4-benzodiazepin-2-one", "2h-1", "7-chloro-5-(2-chlorophenyl)-3-hydroxy-1-methyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]"}|>, "3626" -> <|"DatabaseID" -> "SW02270", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59177"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2350]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01237"]}, "IsomericSmiles" -> "C[NH+](C)CCOC(c1ccccc1)c2ccc(cc2)Br", "OfficialNames" -> <|"NPC Approved Name" -> "bromazine"|>, "PharmGKBID" -> "PA164760854", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2444]}, "Synonyms" -> {"bromdiphenhydramine", "bromo-benadryl", "bromazine", "amodryl", "bromanautine", "bromodiphenhydramine", "neo-benadryl", "histabromamine", "deserol", "bromo-benzdryl", "bromdiphenhydraminum", "2-(4-bromodiphenylmethoxy)ethyldimethylamine", "b-(p-bromobenzhydryloxy)ethyldimethylamine", "b-dimethylaminoethyl p-bromobenzhydryl ether", "118-23-0[rn]", "bromazina[spanish][inn]", "bromo-benadryl base", "bromazina; bromazine; bromazinum", "bromdiphenhydramine hydrochloride", "deserol base", "bromazinum", "bromazinum [inn_la]", "2-[(4-bromophenyl)phenylmethoxy]-n,n-dimethylethanamine", "ethanamine 2-((4-bromophenyl)phenylmethoxy)-n,n-dimethyl-", "204-238-8[einecs]", "ambodryl hydrochloride", "1808-12-4[rn]", "bromodiphenhydramine hydrochloride", "2-(p-bromo-a-phenylbenzyloxy)-n,n-dimethylethylamine", "2-[(4-bromophenyl)(phenyl)methoxy]-n,n-dimethylethanamine[acd/iupac name]", "2-{[(4-bromophenyl)(phenyl)methyl]oxy}-n,n-dimethylethanamine", "bromazine hydrochloride", "bromazinum[latin]", "bromazin", "bromdiphenylhydramine hydrochloride", "ambenyl cough syrup (ammonium chloride + bromodiphenhydramine hydrochloride + codeine phosphate + diphenhydramine hydrochloride + potassium guaiacol sulphonate)_mixture", "ethanamine 2-[(4-bromophenyl)phenylmethoxy]-n,n-dimethyl-"}|>, "3627" -> <|"DatabaseID" -> "SW02270", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59177"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2350]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01237"]}, "IsomericSmiles" -> "C[NH+](C)CCOC(c1ccccc1)c2ccc(cc2)Br", "OfficialNames" -> <|"NPC Approved Name" -> "bromazine"|>, "PharmGKBID" -> "PA164760854", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2444]}, "Synonyms" -> {"bromdiphenhydramine", "bromo-benadryl", "bromazine", "amodryl", "bromanautine", "bromodiphenhydramine", "neo-benadryl", "histabromamine", "deserol", "bromo-benzdryl", "bromdiphenhydraminum", "2-(4-bromodiphenylmethoxy)ethyldimethylamine", "b-(p-bromobenzhydryloxy)ethyldimethylamine", "b-dimethylaminoethyl p-bromobenzhydryl ether", "118-23-0[rn]", "bromazina[spanish][inn]", "bromo-benadryl base", "bromazina; bromazine; bromazinum", "bromdiphenhydramine hydrochloride", "deserol base", "bromazinum", "bromazinum [inn_la]", "2-[(4-bromophenyl)phenylmethoxy]-n,n-dimethylethanamine", "ethanamine 2-((4-bromophenyl)phenylmethoxy)-n,n-dimethyl-", "204-238-8[einecs]", "ambodryl hydrochloride", "1808-12-4[rn]", "bromodiphenhydramine hydrochloride", "2-(p-bromo-a-phenylbenzyloxy)-n,n-dimethylethylamine", "2-[(4-bromophenyl)(phenyl)methoxy]-n,n-dimethylethanamine[acd/iupac name]", "2-{[(4-bromophenyl)(phenyl)methyl]oxy}-n,n-dimethylethanamine", "bromazine hydrochloride", "bromazinum[latin]", "bromazin", "bromdiphenylhydramine hydrochloride", "ambenyl cough syrup (ammonium chloride + bromodiphenhydramine hydrochloride + codeine phosphate + diphenhydramine hydrochloride + potassium guaiacol sulphonate)_mixture", "ethanamine 2-[(4-bromophenyl)phenylmethoxy]-n,n-dimethyl-"}|>, "3628" -> <|"DatabaseID" -> "SW02271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477195]}, "IsomericSmiles" -> "c1ccc2c(c1)C34CC[NH+]5C3CC(/C(=C/CO)/C5)C6=CCC(=O)N2C46", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isostrychnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318675]}, "Synonyms" -> {"isostrychnine", "467-16-3[rn]", "nsc-99791", "nsc99791", "mls002703507", "467-16-3"}|>, "3629" -> <|"DatabaseID" -> "SW02271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477195]}, "IsomericSmiles" -> "c1ccc2c(c1)C34CC[NH+]5C3CC(/C(=C/CO)/C5)C6=CCC(=O)N2C46", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isostrychnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318675]}, "Synonyms" -> {"isostrychnine", "467-16-3[rn]", "nsc-99791", "nsc99791", "mls002703507", "467-16-3"}|>, "3630" -> <|"DatabaseID" -> "SW02271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477195]}, "IsomericSmiles" -> "c1ccc2c(c1)C34CC[NH+]5C3CC(/C(=C/CO)/C5)C6=CCC(=O)N2C46", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isostrychnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318675]}, "Synonyms" -> {"isostrychnine", "467-16-3[rn]", "nsc-99791", "nsc99791", "mls002703507", "467-16-3"}|>, "3631" -> <|"DatabaseID" -> "SW02271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477195]}, "IsomericSmiles" -> "c1ccc2c(c1)C34CC[NH+]5C3CC(/C(=C/CO)/C5)C6=CCC(=O)N2C46", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isostrychnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318675]}, "Synonyms" -> {"isostrychnine", "467-16-3[rn]", "nsc-99791", "nsc99791", "mls002703507", "467-16-3"}|>, "3632" -> <|"DatabaseID" -> "SW02271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477195]}, "IsomericSmiles" -> "c1ccc2c(c1)C34CC[NH+]5C3CC(/C(=C/CO)/C5)C6=CCC(=O)N2C46", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isostrychnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318675]}, "Synonyms" -> {"isostrychnine", "467-16-3[rn]", "nsc-99791", "nsc99791", "mls002703507", "467-16-3"}|>, "3633" -> <|"DatabaseID" -> "SW02271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477195]}, "IsomericSmiles" -> "c1ccc2c(c1)C34CC[NH+]5C3CC(/C(=C/CO)/C5)C6=CCC(=O)N2C46", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isostrychnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318675]}, "Synonyms" -> {"isostrychnine", "467-16-3[rn]", "nsc-99791", "nsc99791", "mls002703507", "467-16-3"}|>, "3634" -> <|"DatabaseID" -> "SW02271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477195]}, "IsomericSmiles" -> "c1ccc2c(c1)C34CC[NH+]5C3CC(/C(=C/CO)/C5)C6=CCC(=O)N2C46", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isostrychnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318675]}, "Synonyms" -> {"isostrychnine", "467-16-3[rn]", "nsc-99791", "nsc99791", "mls002703507", "467-16-3"}|>, "3635" -> <|"DatabaseID" -> "SW02271", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477195]}, "IsomericSmiles" -> "c1ccc2c(c1)C34CC[NH+]5C3CC(/C(=C/CO)/C5)C6=CCC(=O)N2C46", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isostrychnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318675]}, "Synonyms" -> {"isostrychnine", "467-16-3[rn]", "nsc-99791", "nsc99791", "mls002703507", "467-16-3"}|>, "3636" -> <|"DatabaseID" -> "SW02272", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28973"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389877]}, "IsomericSmiles" -> "c1ccc2c(c1)[C@]34CC[NH+]5[C@H]3C[C@@H]6[C@@H]7[C@@H]4N2C(=O)C[C@@H]7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strychnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441071]}, "Synonyms" -> {"strychnin", "(-)-strychnine", "(11s", "strychnidin-10-one", "chebi:28973", "(11s,18s,22s,1r,20r,21r)-12-oxa-8,17-diazaheptacyclo[15.5.2.0<1,18>.0<2,7>.0<8,22>.0<11,21>.0<15,20>]tetracosa-2,4,6,14-tetraen-9-one", "strychnine", "57-24-9[rn]", "strychnine[wiki]", "strynchnos", "strychnidin-10-one[acd/iupac name][acd/index name]", "(1r,11s,18s,20r,21r,22s)-12-oxa-8,17-diazaheptacyclo[15.5.2.01,18.02,7.08,22.011,21.015,20]tetracosa-2,4,6,14-tetraen-9-one", "st057252", "nux vomica", "57-24-9", "strychnin[german]", "52979[beilstein]", "(4ar,4a1r,5as,8ar,8a1s,15as)-4a1,5,5a,7,8,8a1,15,15a-octahydro-2h-4,6-methanoindolo[3,2,1-ij]oxepino[2,3,4-de]pyrrolo[2,3-h]quinolin-14(4ah)-one", "ncgc00163241-01", "sbb006463", "(1r,11s,18s,20r,21r,22s)-12-oxa-8,17-diazaheptacyclo[15.5.2.01,18.02,7.08,22.011,21.015,20]tetracosa-2(7),3,5,14-tetraen-9-one", "200-319-7[einecs]", "strychnidin-10-on[acd/iupac name]"}|>, "3637" -> <|"DatabaseID" -> "SW02273", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341896]}, "IsomericSmiles" -> "C[n+]1ccc2cc(c(c-3c2c1C(=O)c4c3cc5c(c4)OCO5)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nandazurine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084902]}, "Synonyms" -> {"nandazurine", "49679-20-1", "7h-benzo(de)(1,3)benzodioxolo(5,6-g)quinolinium 1-hydroxy-2-methoxy-6-methyl-7-oxo-", "49679-20-1[rn]", "7h-benzo(de)(1", "ac1mj3gy"}|>, "3638" -> <|"DatabaseID" -> "SW02274", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27504"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5544]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00305"]}, "IsomericSmiles" -> "CC1=C(C(=O)C2=C(C1=O)[NH+]3C[C@H]4[C@@H]([C@@]3([C@@H]2COC(=O)N)OC)N4)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00208"]}, "OfficialNames" -> <|"China Approved Name" -> "mitomycin", "Indian Approved Name" -> "mitomycin", "Australia Approved Name" -> "MITOMYCIN C", "FDA Approved Drug" -> "MITOMYCIN"|>, "PharmGKBID" -> "PA450524", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5746]}, "Synonyms" -> {"mitomycin", "ametycin", "muamycin", "mytozytrex", "ametycine", "mitomycin c", "mitocin-c", "mytomycin", "mitomycin-c", "mitomycinum", "mutamycin", "mitomycin (tn)", "mitamycin", "mito-c", "mitomycinum c", "mit-c", "mitozytrex", "mitomycyna c [polish]", "mitomycin c[jp15]", "[(1as,8s,8ar,8bs)-6-amino-8a-methoxy-5-methyl-4,7-dioxo-1,1a,2,4,7,8,8a,8b-octahydroazireno[2',3':3,4]pyrrolo[1,2-a]indol-8-yl]methyl carbamate[acd/iupac name]", "mmc complex", "azirino[2',3':3,4]pyrrolo[1,2-a]indole-4,7-dione 6-amino-8-[[(aminocarbonyl)oxy]methyl]-1,1a,2,8,8a,8b-hexahydro-8a-methoxy-5-methyl-,(1as,8s,8ar,8bs)-", "azirino(2',3':3,4)pyrrolo(1,2-a)indole-4,7-dione 6-amino-1,1a,2,8,8a,8b-hexahydro-8-(hydroxymethyl)-8a-methoxy-5-methyl- carbamate (ester)", "mitosol", "azirino[2',3':3,4]pyrrolo[1,2-a]indole-4,7-dione 6-amino-1,1a,2,8,8a,8b-hexahydro-8-[(hydroxyiminomethoxy)methyl]-8a-methoxy-5-methyl- (1as,8s,8ar,8bs)-", "6-amino-1,1a,2,8,8a,8b-hexahydro-8-(hydroxymethyl)-8a-methoxy-5-methylazirino[2',3':3,4]pyrrolo[1,2-a]indole-4,7-dione carbamate (ester)", "mitonco", "mitoplus", "mitomycin[wiki][usp][usan]", "toxic solid organic n.o.s. (mitomycin c)", "(1ar)-6-amino-8-(((aminocarbonyl)oxy)methyl)-1,1a,2,8,8a,8b-hexahydro-8a-methoxy-5-methylazirino[2',3':3,4]pyrrolo[1,2-a]indole-4,7-dione", "mitomycin c (jp14)", "mitomycin [usan:ban:inn][inn][usan]", "muamycin (tn)", "7481-68-7[rn]", "nsc-26980", "-methoxymitosane", "mito-medac", "mmc", "[1as-(1aa,8b,8aa,8ba)]-6-amino-8-[[(aminocarbonyl)oxy]methyl]-1,1a,2,8,8a,8b-hexahydro-8a-methoxy-5-methylazirino[2',3':3,4]pyrrolo[1,2-a]indole-4,7-dione", "[(1as,8s,8ar,8bs)-6-amino-8a-methoxy-5-methyl-4,7-dioxo-1,1a,2,4,7,8,8a,8b-octahydroazirino[2',3':3,4]pyrrolo[1,2-a]indol-8-yl]methyl carbamate", "deoxyribonucleic acid", "mitostat", "6-amino-1,1a,2,8,8a-hexahydro-8-(hydroxymethyl)-8a-methoxy-5-methylazirino-(2',3':3,4)pyrrolo(1,2-a)indole-4,7-dionecarbamate", "mitoextra", "7-amino-9&alpha", "azirino(2',3':3,4)pyrrolo(1,2-a)indole-4,7-dione 6-amino-8-(((aminocarbonyl)oxy)methyl)-1,1a,2,8,8a,8b-hexahydro-8a-methoxy-5-methyl-,(1as,8s,8ar,8bs)-", "mytomycin.", "1404-00-8[rn]", "3570056[beilstein]", "oncotaxina", "50-07-7[rn]", "6-amino-1,1a,2,8,8a,8b-hexahydro-8-(hydroxymethyl)-8a-methoxy-5-methylazirino(2',3':3,4)pyrrolo(1,2-a)indole-4,7-dione carbamate (ester)", "144085-53-0[rn]", "mitomycyna c[polish]", "337376-15-5", "200-008-6[einecs]", "[(1as,8s,8ar,8bs)-6-amino-8a-methoxy-5-methyl-4,7-dioxo-1,1a,2,4,7,8,8a,8b-octahydroazireno[2',3':3,4]pyrrolo[1,2-a]indol-8-yl]methylcarbamat", "oncomicina c"}|>, "3639" -> <|"DatabaseID" -> "SW02275", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 546607]}, "IsomericSmiles" -> "COc1ccc2cc-3[n+](cc2c1OC)CCc4c3cc5c(c4)OCO5", "OfficialNames" -> <|"Indian Approved Name" -> "berberine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 629413]}, "Synonyms" -> {"berberine hcl", "1,3-benzodioxolo[5,6-a]benzo[g]quinolizinium,5,6-dihydro-9,10-dimethoxy- hydrochloride (1:1)", "berberine hydrochloride", "st055759", "smr000156315", "ac1lcgda", "211-195-9[einecs]", "surecn220544", "mls000574966", "633-65-8[rn]"}|>, "3640" -> <|"DatabaseID" -> "SW02276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4471584]}, "IsomericSmiles" -> "CN1/C(=C(/Nc2ccccn2)\\[O-])/C(=O)c3c(ccs3)S1(=O)=O", "OfficialNames" -> <|"Indian Approved Name" -> "tenoxicam"|>, "PharmGKBID" -> "PA131890625", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5312154]}, "Synonyms" -> {"tilcotil", "cas-59804-37-4", "4-hydroxy-2-methyl-n-2-pyridinyl-2h-thieno[2,3-e]-1,2-thiazine-3-carboxamide 1,1-dioxide", "4-hydroxy-2-methyl-n-2-pyridinyl-2h-thieno(2,3-e)-1,2-thiazine-3-carboxamide 1,1-dioxide", "tenoxicam", "4-hydroxy-2-methyl-n-2-pyridyl-2h-thieno(2,3-e)-1,2-thiazine-3-carboxamide 1,1-dioxide", "tenoxicam [usan:ban:inn:jan][inn][jan][usan]", "tenoxicamum[latin]", "(3z)-3-[hydroxy(pyridin-2-ylamino)methylidene]-2-methyl-2h,3h,4h-1l6,5,2-thieno[2,3-e][1,2]thiazine-1,1,4-trione", "ro 12-0068", "59804-37-4[rn]", "2h-thieno(2,3-e)-1,2-thiazine-3-carboxamide,4-hydroxy-2-methyl-n-2-pyridinyl- 1,1-dioxide", "apo-tenoxicam", "337376-15-5", "4h-thieno[2,3-e]-1,2-thiazin-4-one,2,3-dihydro-3-[hydroxy(2-pyridinylamino)methylene]-2-methyl- 1,1-dioxide (3z)-", "novo-tenoxicam", "ro 12-0068/000", "(3z)-3-[hydroxy(pyridin-2-ylamino)methylidene]-2-methyl-2,3-dihydro-4h-thieno[2,3-e][1,2]thiazin-4-one 1,1-dioxide"}|>, "3641" -> <|"DatabaseID" -> "SW02277", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 181008]}, "IsomericSmiles" -> "CC1(C(=C(C(=O)O1)OCC2CC2)c3ccc(cc3)S(=O)(=O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03712"]}, "OfficialNames" -> <|"NPC Approved Name" -> "firocoxib"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208910]}, "Synonyms" -> {"equioxx (tn) ", "previcox", "firocoxib", "equioxx", "3-(cyclopropylmethoxy)-5,5-dimethyl-4-(4-(methylsulfonyl)phenyl)furan-2(5h)-one", "equixx", "firocoxib [usan:inn][inn][usan]", "firocoxib [usan:inn]", "2(5h)-furanone 3-(cyclopropylmethoxy)-5,5-dimethyl-4-(4-(methylsulfonyl)phenyl)-", "2(5h)-furanone 3-(cyclopropylmethoxy)-5,5-dimethyl-4-[4-(methylsulfonyl)phenyl]-", "ml-1", "3-(cyclopropylmethoxy)-5,5-dimethyl-4-[4-(methylsulfonyl)phenyl]furan-2(5h)-one", "3-(cyclopropylmethoxy)-5", "ml-1,785,713", "3-cyclopropylmethoxy-4-(4-methanesulfonyl-phenyl)-5,5-dimethyl-5h-furan-2-one", "189954-96-9[rn]", "firocoxib (usan/inn)", "189954-96-9", "librens", "firocoxib[usan]"}|>, "3642" -> <|"DatabaseID" -> "SW02278", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5120"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6205]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01185"]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C=C1CC[C@@H]3[C@@]2([C@H](C[C@]4([C@H]3CC[C@]4(C)O)C)O)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLUOXYMESTERONE"|>, "PharmGKBID" -> "PA164744518", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6446]}, "Synonyms" -> {"halotestin", "fluoxymesterone", "androfluorene", "fluoximesterone", "fluotestin", "oralsterone", "androfluorone", "fluosterone", "fluoxymestrone", "androsterolo", "flutestos", "oratestin", "ultandren", "fluoximesteronum", "ora testryl", "ora-testryl", "fxm", "ultandrene", "anadroid-f", "fluossimesterone [dcit]", "android-f", "neo-ormonal", "flusteron", "testoral", "76-43-7[rn]", "halodrin", "200-961-8[einecs]", "2008796[beilstein]", "4-08-00-02057 (beilstein handbook reference)[beilstein]", "fluoxymesterone [ban:inn:jan][inn][jan]", "(8s,9r,10s,11s,13s,14s,17s)-9-fluoro-11,17-dihydroxy-10,13,17-trimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one", "androxy", "fluoximesterona[spanish][inn]", "9005-49-6", "fluoxymesteronum [inn-latin]", "component of halodrin", "11b,17b-dihydroxy-9a-fluoro-17a-methyl-4-androsten-3-one", "fluoximesterona [inn-spanish]", "9a-fluoro-11b-hydroxy-17a-methyltestosterone", "gr", "fluoxymesterone[wiki]", "(8s,9r,10s,11s,13s,14s,17s)-9-fluor-11,17-dihydroxy-10,13,17-trimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-on", "halotestin (tn)", "fluoxymesteronum[latin]"}|>, "3643" -> <|"DatabaseID" -> "SW02279", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390682]}, "IsomericSmiles" -> "CC[C@H]1C[NH+]2CCc3c(cc(c(c3O)OC)OC)[C@@H]2C[C@@H]1CCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ankorine isotubulosine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442166]}, "Synonyms" -> {"ankorine", "c09337", "13849-54-2", "(2r", "ac1l9cdb", "13849-54-2[rn]"}|>, "3644" -> <|"DatabaseID" -> "SW02280", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391009]}, "IsomericSmiles" -> "C[NH+]1[C@H](CCC[C@H]1CC(=O)c2ccccc2)CC(=O)c3ccccc3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lobelanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442647]}, "Synonyms" -> {"2-[(2r", "lobelanine", "chebi:301572", "579-21-5[rn]", "cis-2,2-(1-methyl-2,6-piperidinediyl)bis[1-phenylethanone]", "ac1l9d5e", "c10157", "ethanone,2,2'-[(2r,6s)-1-methyl-2,6-piperidinediyl]bis[1-phenyl-", "579-21-5", "2,2'-[(2r,6s)-1-methylpiperidine-2,6-diyl]bis(1-phenylethanone)", "ethanone", "chembl331161", "2-[(2r,6s)-1-methyl-6-(2-oxo-2-phenyl-ethyl)-piperidin-2-yl]-1-phenyl-ethanone", "a831673"}|>, "3645" -> <|"DatabaseID" -> "SW02281", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7478"], ExternalIdentifier["ChEBIID", "7479"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4287], ExternalIdentifier["ChemSpiderID", 54857]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00952"]}, "IsomericSmiles" -> "CNS(=O)(=O)CCc1ccc2c(c1)c(c[nH]2)C3CC[NH+](CC3)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08255"], ExternalIdentifier["KEGGID", "D00674"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NARATRIPTAN;NARATRIPTAN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450597", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4440], ExternalIdentifier["PubChemCompoundID", 60875]}, "Synonyms" -> {"naratriptan", "naramig", "amerge", "naratriptan hydrochloride", "gr 85548a", "5-ht-1a", "5- ht1a", "g-21", "gr-85548a", "naratriptan hcl", "amerge (tn)", "n-methyl-3-(1-methyl-4-piperidyl)indole-5-ethanesulfonamide monohydrochloride", "amerge[wiki]", "121679-13-8[rn]", "n-methyl-2-[3-(1-methylpiperidin-4-yl)-1h-indol-5-yl]ethanesulfonamide hydrochloride", "n-methyl-2-[3-(1-methylpiperidin-4-yl)-1h-indol-5-yl]ethanesulfonamide", "naratriptan[wiki]", "serotonin receptor 1a", "naratriptanum", "121679-13-8", "naratriptan (inn)", "naratriptan hydrochloride (jan/usan)[jan][usan]", "7786629[beilstein]", "n-methyl-2-[3-(1-methyl-4-piperidyl)-1h-indol-5-yl]-ethanesulfonamide", "1h-indole-5-ethanesulfonamide n-methyl-3-(1-methyl-4-piperidinyl)- monohydrochloride", "143388-64-1", "naratriptan(amerge)", "hydrogenchloriden-methyl-2-[3-(1-methylpiperidin-4-yl)-1h-indol-5-yl]ethanesulfonamide (1:1:1)", "143388-64-1[rn]", "n-methyl-2-(3-(1-methylpiperiden-4-yl)indole-5-yl)ethanesulfonamide", "colatan", "1h-indole-5-ethanesulfonamide n-methyl-3-(1-methyl-4-piperidinyl)- hydrochloride (1:1)", "337376-15-5", "n-methyl-2-[3-(1-methyl-4-piperidinyl)-1h-indol-5-yl]ethanesulfonamide[acd/iupac name]", "chebi:7479", "chebi:7478", "1h-indole-5-ethanesulfonamide n-methyl-3-(1-methyl-4-piperidinyl)- chloride hydrogen salt (1:1)", "n-methyl-2-[3-(1-methylpiperidin-4-yl)-1h-indol-5-yl]ethanesulfonamide hydrochloride (1:1)", "1h-indole-5-ethanesulfonamide n-methyl-3-(1-methyl-4-piperidinyl)-", "naratriptan monohydrochloride", "n-methyl-2-[3-(1-methyl-4-piperidinyl)-1h-indol-5-yl]ethanesulfonamide hydrochloride", "amerge;naramig", "n-methyl-3-(1-methyl-4-piperidinyl)-1h-indole-5-ethanesulfonamide monohydrochloride", "n-methyl-3-(1-methyl-4-piperidinyl)-1h-indole-5-ethanesulfonamide", "naramig (tn)", "n-methyl-2-[3-(1-methylpiperidin-4-yl)-1h-indol-5-yl]ethansulfonamidhydrochlorid", "pubchem16865", "cid4440", "7656719[beilstein]"}|>, "3646" -> <|"DatabaseID" -> "SW02282", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53781"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110198]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00918"]}, "IsomericSmiles" -> "C[NH+](C)CCc1c[nH]c2c1cc(cc2)CS(=O)(=O)N3CCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02824"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ALMOTRIPTAN MALATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 123607]}, "Synonyms" -> {"almotriptan", "almogran", "5- ht-1d-alpha", "las 31416 d", "chebi:53781", "serotonin receptor 1d", "almotriptan malate (usan)", "5-ht-1d", "almotriptan[wiki][usan]", "154323-57-6 181183-52-8(malate)", "n,n-dimethyl-2-{5-[(pyrrolidin-1-ylsulfonyl)methyl]-1h-indol-3-yl}ethanamine", "1h-indole-3-ethanamine n,n-dimethyl-5-[(1-pyrrolidinylsulfonyl)methyl]-", "ac1l3wys", "181183-52-8[rn]", "154323-57-6[rn]", "almotriptan [inn_en]", "butanedioic acid", "axert (tn)", "almotriptan malate", "n,n-dimethyl-2-(5-((pyrrolidin-1-ylsulfonyl)methyl)-1h-indol-3-yl)ethanamine", "1-(((3-(2-(dimethylamino)ethyl)-1h-indol-5-yl)methyl)sulfonyl)pyrrolidine", "1-[[[3-[2-(dimethylamino)ethyl]-1h-indol-5-yl]methyl]sulfonyl]pyrrolidine", "181183-52-8", "axert[wiki]", "154323-57-6 181183-52-8", "337376-15-5", "pnu 180638e", "axert"}|>, "3647" -> <|"DatabaseID" -> "SW02283", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4458]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04822"]}, "IsomericSmiles" -> "CCC(CC)(c1ccccc1)C(=O)OCCOCC[NH+](CC)CC", "OfficialNames" -> <|"NPC Approved Name" -> "2-(2-diethylaminoethoxy)ethyl 2-ethyl-2-phenylbutyrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4619]}, "Synonyms" -> {"2-(2-diethylaminoethoxy)ethyl 2-ethyl-2-phenylbutyrate", "oxeladin", "oxeladina [inn-spanish]", "oxeladine [inn-french]", "oxeladinum [inn-latin]", "pectamol", "468-61-1[rn]", "oxeladine[french][inn]", "oxeladincitrate", "antusel;", "butyric acid 2-ethyl-2-phenyl- 2-(2-(diethylamino)ethoxy)ethyl ester", "oxeladina[spanish][inn]", "2-(2-diethylaminoethoxy)ethyl a,a-diethylphenylacetate", "silopentol", "oxeladin dihydrogen citrate", "2-ethyl-2-phenylbutyric acid 2-(2-diethylaminoethoxy)ethyl ester", "207-412-1[einecs]", "4-09-00-01906 (beilstein handbook reference)[beilstein]", "52432-72-1[rn]", "oxeladinum[latin]", "2-(2-diethylaminoethoxy)ethyl alpha", "a,a-diethylphenylacetic acid 2-(2-diethylaminoethoxy)ethyl ester", "einecs 207-412-1", "2-[2-(diethylamino)ethoxy]ethyl 2-ethyl-2-phenylbutanoate", "antusel;aplacol;dorex retard;ethochlon;hihustan;neobex;neusedan;oxeladincitrate;oxethamol;paxeladine", "2-ethyl-2-phenyl-butyric acid 2-(2-diethylamino-ethoxy)-ethyl ester", "brn 2003403", "468-61-1", "oxeladin citrate", "2-(2-(diethylamino)ethoxy)ethyl 2-ethyl-2-phenylbutanoate", "2-[2-(diethylamino)ethoxy]ethyl 2-ethyl-2-phenylbutanoate[acd/iupac name]", "a,a-diethylbenzeneacetic acid 2-[2-(diethylamino)ethoxy]ethyl ester", "oxeladin [ban:dcf:inn][inn]"}|>, "3648" -> <|"DatabaseID" -> "SW02284", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21015]}, "IsomericSmiles" -> "CCC(=O)C(CC[NH+]1CCCCC1)(c2ccccc2)c3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Norpipanone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22391]}, "Synonyms" -> {"norpipanone", "209-220-3[einecs]", "3-hexanone", "norpipanonum", "4,4-diphenyl-6-(1-piperidyl)-3-hexanone", "561-48-8[rn]", "einecs 209-220-3", "6-(1-piperidyl)-4,4-diphenyl-3-hexanone", "ac1l2kb8", "norpipanona [inn-spanish]", "4,4-diphenyl-6-piperidino-3-hexanon", "norpipanonum [inn-latin]", "norpipanonum[latin]", "dea no. 9636", "1-piperidino-3,3-diphenyl-4-hexanone", "hoechst 10495", "norpipanona[spanish]", "4,4-diphenyl-6-(1-piperidinyl)-3-hexanone[acd/iupac name]", "norpipanona", "6-piperidino-4,4-diphenyl-3-hexanon", "hexalgon", "3-hexanone 4,4-diphenyl-6-(1-piperidinyl)-", "norpipanone [ban:dcf:inn][inn]", "4,4-diphenyl-6-(piperidin-1-yl)hexan-3-one", "unii-127x8dj74m"}|>, "3649" -> <|"DatabaseID" -> "SW02286", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4955867]}, "IsomericSmiles" -> "c1cc(ccc1/C=C/C(=O)O[C@H]2C[C@@](C[C@@H]([C@@H]2O)O)(C(=O)[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coumaroylquinic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6453496]}, "Synonyms" -> {"o-coumaroylquinic acid", "2-coumaroylquinic acid", "(1s", "ac1o57jf", "cyclohexanecarboxylic acid", "5746-55-4", "5746-55-4[rn]", "32719-14-5[rn]"}|>, "3650" -> <|"DatabaseID" -> "SW02287", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5430]}, "IsomericSmiles" -> "CCCCOC(=O)c1ccccc1Nc2cccc(c2)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01823"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ufenamate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5632]}, "Synonyms" -> {"combec", "butyl flufenamate", "flufenamic acid butyl ester", "ufenamate", "ufenamatum[latin]", "ufenamato[spanish]", "brn 2768727", "butyl 2-((3-(trifluoromethyl)phenyl)amino)benzoate", "butyl o-((m-(trifluoromethyl)phenyl)amino)benzoate", "ufenamato [spanish]", "fxffr cmr bvo4[wln]", "67330-25-0[rn]", "ufenamatum [latin]", "hf 264", "2-[[3-(trifluoromethyl)phenyl]amino]benzoic acid butyl ester", "benzoic acid 2-[[3-(trifluoromethyl)phenyl]amino]- butyl ester[acd/index name]", "butyl 2-{[3-(trifluoromethyl)phenyl]amino}benzoate[acd/iupac name]", "ufenamate[wiki][inn][jan]"}|>, "3651" -> <|"DatabaseID" -> "SW02288", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63607"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390139]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00601"]}, "IsomericSmiles" -> "CC(=O)NC[C@H]1CN(C(=O)O1)c2ccc(c(c2)F)N3CCOCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00947"]}, "OfficialNames" -> <|"Indian Approved Name" -> "linezolid", "FDA Approved Drug" -> "LINEZOLID"|>, "PharmGKBID" -> "PA450233", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441401]}, "Synonyms" -> {"linezolid", "linezlid", "zyvox", "zyvoxid", "zyvoxam", "zyvoxa", "n-({(5s)-3-[3-fluor-4-(morpholin-4-yl)phenyl]-2-oxo-1,3-oxazolidin-5-yl}methyl)acetamid", "165800-03-3[rn]", "n-[[(5s)-3-[3-fluoro-4-(4-morpholinyl)phenyl]-2-oxo-5-oxazolidinyl]methyl]acetamide", "n-(((s)-3-(3-fluoro-4-morpholinophenyl)-2-oxo-5-oxazolidinyl)methyl)acetamide", "zyvox[wiki]", "n-{[(5s)-3-(3-fluoro-4-morpholin-4-ylphenyl)-2-oxo-1,3-oxazolidin-5-yl]methyl}acetamide", "acetamide n-[[(5s)-3-[3-fluoro-4-(4-morpholinyl)phenyl]-2-oxo-5-oxazolidinyl]methyl]-", "n-({(5s)-3-[3-fluoro-4-(4-morpholinyl)phenyl]-2-oxo-1,3-oxazolidin-5-yl}methyl)acetamide", "(s)-n-((3-(3-fluoro-4-morpholinophenyl)-2-oxooxazolidin-5-yl)methyl)acetamide", "linezolid[wiki][inn][jan][usan]", "n-{[(5s)-3-[3-fluoro-4-(morpholin-4-yl)phenyl]-2-oxo-1,3-oxazolidin-5-yl]methyl}acetamide", "zyvoxid[wiki]", "u-100766", "nda 21-130 zyvox", "165800-03-3", "9005-80-5[rn]", "n-[3-(3-fluoro-4-morpholin-4-yl-phenyl)-2-oxo-oxazolidin-5-ylmethyl]-acetamide", "23s ribosomal ribonucleic acid", "linezolid [inn_en]", "n-{[(5s)-3-(3-fluor-4-morpholin-4-ylphenyl)-2-oxo-1,3-oxazolidin-5-yl]methyl}acetamid", "acetamide n-(((5s)-3-(3-fluoro-4-(4-morpholinyl)phenyl)-2-oxo-5-oxazolidinyl)methyl)-", "tl8001272", "linezolide", "zyvox (tn)", "(s)-n-((3-fluoro-4-morpholinophenyl)-2-oxaoxazolidin-5-yl)methyl)acetamide", "n-[(s)-3-(3-fluoro-4-morpholin-4-yl-phenyl)-2-oxo-oxazolidin-5-ylmethyl]-acetamide", "n-({(5s)-3-[3-fluoro-4-(morpholin-4-yl)phenyl]-2-oxo-1,3-oxazolidin-5-yl}methyl)acetamide", "n-[[(5s)-3-[3-fluoro-4-(4-morpholinyl)phenyl]-2-oxo-5-oxazolidinyl]methyl]-acetamide", "pnu-100766", "zyvox pnu-100766 u-100766 zyvoxid zyvoxam"}|>, "3652" -> <|"DatabaseID" -> "SW02289", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444528]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00768"]}, "IsomericSmiles" -> "C[NH+](C)CC/C=C\\1/c2ccccc2COc3c1cc(cc3)CC(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "olopatadine", "FDA Approved Drug" -> "OLOPATADINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450698", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281071]}, "Synonyms" -> {"patanol", "olopatadine", "140462-76-6[rn]", "olopatadine[wiki]", "protein s-100l", "bidd:gt0285", "{(11z)-11-[3-(dimethylamino)propylidene]-6,11-dihydrodibenzo[b,e]oxepin-2-yl}acetic acid", "hms2089k10", "(z)-2-(11-(3-(dimethylamino)propylidene)-6,11-dihydrodibenzo[b,e]oxepin-2-yl)acetic acid", "olopatadine [inn:ban]", "olopatadine hydrochloride", "can19", "pataday;patanol s;patanol;opatanol;patanase", "tl8000403", "(z)-11-[3-(dimethylamino)propyl-idene]-6,11-dihydrodibenz[b,e]oxepin-2-acetic acid", "ac1nqxzh", "11-((z)-3-(dimethylamino)propylidene)-6,11-dihydrodibenz(b,e)oxepin-2-acetic acid", "kw 4679", "2-{11-[3-(dimethylamino)propylidene]-6h-benzo[c]benzo[3,4-f]oxepan-2-yl}aceticacid", "{11-[3-dimethylamino-prop-(z)-ylidene]-6,11-dihydro-dibenzo[b,e]oxepin-2-yl}-acetic acid", "kw-4943a", "113806-05-6[rn]", "unii-d27v6190pm", "s100 calcium-binding protein a2", "opatanol", "olopatadine hydrochloride", "dibenz[b,e]oxepin-2-aceticacid 11-[3-(dimethylamino)propylidene]-6,11-dihydro-,(11z)-", "pataday;"}|>, "3653" -> <|"DatabaseID" -> "SW02290", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2380"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33788]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01193"]}, "IsomericSmiles" -> "CCCC(=O)Nc1ccc(c(c1)C(=O)C)OCC(C[NH2+]C(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00597"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ACEBUTOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441307]}, "Synonyms" -> {"acebutolol hydrochloride", "sectral", "acebutolol hcl", "neptal", "acebutolol.hcl", "prent", "n-{3-acetyl-4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl}butanamide hydrochloride", "prestwick_512", "34381-68-5 37517-30-9", "n-(3-acetyl-4-[2-hydroxy-3-(isopropylamino)propoxy]phenyl)butanamide", "butanamide n-[3-acetyl-4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]phenyl]- monohydrochloride", "n-{3-acetyl-4-[2-hydroxy-3-(isopropylamino)propoxy]phenyl}butanamide hydrochloride", "6080568[beilstein]", "34381-68-5[rn]", "(1)-n-(3-acetyl-4-(2-hydroxy-3-((isopropyl)amino)propoxy)phenyl)butyramide monohydrochloride", "monitan", "il-17803a", "st51014891", "acebutolol", "acebutolol hydrochloride[jan]", "n-(3-acetyl-4-{2-hydroxy-3-[(1-methylethyl)amino]propoxy}phenyl)butanamidhydrochlorid", "butyranilide 3'-acetyl-4'-(2-hydroxy-3-(isopropylamino)propoxy)- monohydrochlo", "chebi:2380", "n-{3-acetyl-4-[2-hydroxy-3-(isopropylamino)propoxy]phenyl}butanamide hydrochloride (1:1)", "sectral (tn)", "n-(3-acetyl-4-{2-hydroxy-3-[(methylethyl)amino]propoxy}phenyl)butanamide chloride", "251-980-3[einecs]", "n-{3-acetyl-4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl}butanamide hydrochloride (1:1)", "acebutolol[wiki][usan]", "beta-2 adrenoceptor", "n-[3-acetyl-4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl]butanamide hydrochloride", "34381-68-5 37517-30-9 [acebutolol]", "acetobutolol", "beta-2 adrenoreceptor", "3'-acetyl-4'-(2-hydroxy-3-(isopropylamino)propoxy)butyranilidehydrochloride", "34381-68-5", "tl8002563", "37517-30-9[rn]", "acebutololo", "m&b-17803a;", "dl-acebutolol", "wesfalin", "butanamide n-[3-acetyl-4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]phenyl]- hydrochloride (1:1)", "smr000058800", "m&b; 17,803a", "n-(3-acetyl-4-{2-hydroxy-3-[(1-methylethyl)amino]propoxy}phenyl)butanamide hydrochloride", "dl-1-(2-acetyl-4-butyramidophenoxy)-2-hydroxy-3-isopropylaminopropane hydrochloride", "diasectral", "acebutololhydrochloride", "n-{3-acetyl-4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl}butanamidhydrochlorid", "neptal; prent; sectral"}|>, "3654" -> <|"DatabaseID" -> "SW02290", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2380"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33788]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01193"]}, "IsomericSmiles" -> "CCCC(=O)Nc1ccc(c(c1)C(=O)C)OCC(C[NH2+]C(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00597"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ACEBUTOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441307]}, "Synonyms" -> {"acebutolol hydrochloride", "sectral", "acebutolol hcl", "neptal", "acebutolol.hcl", "prent", "n-{3-acetyl-4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl}butanamide hydrochloride", "prestwick_512", "34381-68-5 37517-30-9", "n-(3-acetyl-4-[2-hydroxy-3-(isopropylamino)propoxy]phenyl)butanamide", "butanamide n-[3-acetyl-4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]phenyl]- monohydrochloride", "n-{3-acetyl-4-[2-hydroxy-3-(isopropylamino)propoxy]phenyl}butanamide hydrochloride", "6080568[beilstein]", "34381-68-5[rn]", "(1)-n-(3-acetyl-4-(2-hydroxy-3-((isopropyl)amino)propoxy)phenyl)butyramide monohydrochloride", "monitan", "il-17803a", "st51014891", "acebutolol", "acebutolol hydrochloride[jan]", "n-(3-acetyl-4-{2-hydroxy-3-[(1-methylethyl)amino]propoxy}phenyl)butanamidhydrochlorid", "butyranilide 3'-acetyl-4'-(2-hydroxy-3-(isopropylamino)propoxy)- monohydrochlo", "chebi:2380", "n-{3-acetyl-4-[2-hydroxy-3-(isopropylamino)propoxy]phenyl}butanamide hydrochloride (1:1)", "sectral (tn)", "n-(3-acetyl-4-{2-hydroxy-3-[(methylethyl)amino]propoxy}phenyl)butanamide chloride", "251-980-3[einecs]", "n-{3-acetyl-4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl}butanamide hydrochloride (1:1)", "acebutolol[wiki][usan]", "beta-2 adrenoceptor", "n-[3-acetyl-4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl]butanamide hydrochloride", "34381-68-5 37517-30-9 [acebutolol]", "acetobutolol", "beta-2 adrenoreceptor", "3'-acetyl-4'-(2-hydroxy-3-(isopropylamino)propoxy)butyranilidehydrochloride", "34381-68-5", "tl8002563", "37517-30-9[rn]", "acebutololo", "m&b-17803a;", "dl-acebutolol", "wesfalin", "butanamide n-[3-acetyl-4-[2-hydroxy-3-[(1-methylethyl)amino]propoxy]phenyl]- hydrochloride (1:1)", "smr000058800", "m&b; 17,803a", "n-(3-acetyl-4-{2-hydroxy-3-[(1-methylethyl)amino]propoxy}phenyl)butanamide hydrochloride", "dl-1-(2-acetyl-4-butyramidophenoxy)-2-hydroxy-3-isopropylaminopropane hydrochloride", "diasectral", "acebutololhydrochloride", "n-{3-acetyl-4-[2-hydroxy-3-(propan-2-ylamino)propoxy]phenyl}butanamidhydrochlorid", "neptal; prent; sectral"}|>, "3655" -> <|"DatabaseID" -> "SW02291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107902]}, "IsomericSmiles" -> "CC1C23CC(C14C5(C2[NH+](CC5)CC=C3)c6ccccc6N4)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vindolinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120879]}, "Synonyms" -> {"vindolinine", "isouindolinine", "methyl 6,7-didehydro-2,20-cycloaspidospermidine-3-carboxylate[acd/iupac name]", "molport-002-321-742", "ac1l3rny", "2,20-cycloaspidospermidine-3-carboxylic acid,6,7-didehydro- methyl ester", "5980-02-9[rn]", "ar-1j5602", "methyl 6", "oprea1_632407", "mls001195072", "ac1q5zrb", "stk369168"}|>, "3656" -> <|"DatabaseID" -> "SW02291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107902]}, "IsomericSmiles" -> "CC1C23CC(C14C5(C2[NH+](CC5)CC=C3)c6ccccc6N4)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vindolinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120879]}, "Synonyms" -> {"vindolinine", "isouindolinine", "methyl 6,7-didehydro-2,20-cycloaspidospermidine-3-carboxylate[acd/iupac name]", "molport-002-321-742", "ac1l3rny", "2,20-cycloaspidospermidine-3-carboxylic acid,6,7-didehydro- methyl ester", "5980-02-9[rn]", "ar-1j5602", "methyl 6", "oprea1_632407", "mls001195072", "ac1q5zrb", "stk369168"}|>, "3657" -> <|"DatabaseID" -> "SW02291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107902]}, "IsomericSmiles" -> "CC1C23CC(C14C5(C2[NH+](CC5)CC=C3)c6ccccc6N4)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vindolinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120879]}, "Synonyms" -> {"vindolinine", "isouindolinine", "methyl 6,7-didehydro-2,20-cycloaspidospermidine-3-carboxylate[acd/iupac name]", "molport-002-321-742", "ac1l3rny", "2,20-cycloaspidospermidine-3-carboxylic acid,6,7-didehydro- methyl ester", "5980-02-9[rn]", "ar-1j5602", "methyl 6", "oprea1_632407", "mls001195072", "ac1q5zrb", "stk369168"}|>, "3658" -> <|"DatabaseID" -> "SW02291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107902]}, "IsomericSmiles" -> "CC1C23CC(C14C5(C2[NH+](CC5)CC=C3)c6ccccc6N4)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vindolinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120879]}, "Synonyms" -> {"vindolinine", "isouindolinine", "methyl 6,7-didehydro-2,20-cycloaspidospermidine-3-carboxylate[acd/iupac name]", "molport-002-321-742", "ac1l3rny", "2,20-cycloaspidospermidine-3-carboxylic acid,6,7-didehydro- methyl ester", "5980-02-9[rn]", "ar-1j5602", "methyl 6", "oprea1_632407", "mls001195072", "ac1q5zrb", "stk369168"}|>, "3659" -> <|"DatabaseID" -> "SW02291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107902]}, "IsomericSmiles" -> "CC1C23CC(C14C5(C2[NH+](CC5)CC=C3)c6ccccc6N4)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vindolinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120879]}, "Synonyms" -> {"vindolinine", "isouindolinine", "methyl 6,7-didehydro-2,20-cycloaspidospermidine-3-carboxylate[acd/iupac name]", "molport-002-321-742", "ac1l3rny", "2,20-cycloaspidospermidine-3-carboxylic acid,6,7-didehydro- methyl ester", "5980-02-9[rn]", "ar-1j5602", "methyl 6", "oprea1_632407", "mls001195072", "ac1q5zrb", "stk369168"}|>, "3660" -> <|"DatabaseID" -> "SW02291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107902]}, "IsomericSmiles" -> "CC1C23CC(C14C5(C2[NH+](CC5)CC=C3)c6ccccc6N4)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vindolinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120879]}, "Synonyms" -> {"vindolinine", "isouindolinine", "methyl 6,7-didehydro-2,20-cycloaspidospermidine-3-carboxylate[acd/iupac name]", "molport-002-321-742", "ac1l3rny", "2,20-cycloaspidospermidine-3-carboxylic acid,6,7-didehydro- methyl ester", "5980-02-9[rn]", "ar-1j5602", "methyl 6", "oprea1_632407", "mls001195072", "ac1q5zrb", "stk369168"}|>, "3661" -> <|"DatabaseID" -> "SW02291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107902]}, "IsomericSmiles" -> "CC1C23CC(C14C5(C2[NH+](CC5)CC=C3)c6ccccc6N4)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vindolinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120879]}, "Synonyms" -> {"vindolinine", "isouindolinine", "methyl 6,7-didehydro-2,20-cycloaspidospermidine-3-carboxylate[acd/iupac name]", "molport-002-321-742", "ac1l3rny", "2,20-cycloaspidospermidine-3-carboxylic acid,6,7-didehydro- methyl ester", "5980-02-9[rn]", "ar-1j5602", "methyl 6", "oprea1_632407", "mls001195072", "ac1q5zrb", "stk369168"}|>, "3662" -> <|"DatabaseID" -> "SW02291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107902]}, "IsomericSmiles" -> "CC1C23CC(C14C5(C2[NH+](CC5)CC=C3)c6ccccc6N4)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vindolinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120879]}, "Synonyms" -> {"vindolinine", "isouindolinine", "methyl 6,7-didehydro-2,20-cycloaspidospermidine-3-carboxylate[acd/iupac name]", "molport-002-321-742", "ac1l3rny", "2,20-cycloaspidospermidine-3-carboxylic acid,6,7-didehydro- methyl ester", "5980-02-9[rn]", "ar-1j5602", "methyl 6", "oprea1_632407", "mls001195072", "ac1q5zrb", "stk369168"}|>, "3663" -> <|"DatabaseID" -> "SW02292", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4315"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26436]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01406"]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@]2(C#C)O)CCC4=Cc5c(cno5)C[C@]34C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00289"]}, "OfficialNames" -> <|"China Approved Name" -> "danazol", "Indian Approved Name" -> "danazol", "FDA Approved Drug" -> "DANAZOL"|>, "PharmGKBID" -> "PA164749056", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 28417]}, "Synonyms" -> {"danocrine", "cyclomen", "danazol", "chronogyn", "anatrol", "danol", "danzol", "winobanin", "ladogal", "danazolum[latin]", "17a-pregn-4-en-20-yno[2,3-d]isoxazol-17-ol", "hc11", "17a-ethynyl-17b-hydroxy-4-androsteno[2,3-d]isoxazole", "1-ethynyl-10a,12a-dimethyl-2,3,3a,3b,4,5,10,10a,10b,11,12,12a-dodecahydro-1h-cyclopenta[7,8]phenanthro[3,2-d]isoxazol-1-ol", "danokrin", "monocyte chemotactic protein 1", "241-270-1[einecs]", "win 17 757", "17230-88-5[rn]", "danazolum", "(1s,2r,13r,14s,17r,18s)-17-ethynyl-2,18-dimethyl-7-oxa-6-azapentacyclo[11.7.0.02,10.04,8.014,18]icosa-4(8),5,9-trien-17-ol", "danatrol", "ccl2", "monocyte chemotactic and activating factor", "mcaf", "(1r,3as,3br,10ar,10bs,12as)-1-ethynyl-10a,12a-dimethyl-2,3,3a,3b,4,5,10,10a,10b,11,12,12a-dodecahydro-1h-cyclopenta[7,8]phenanthro[3,2-d]isoxazol-1-ol", "panacrine", "win-17757", "(17a)-pregna-2,4-dien-20-yno[2,3-d]isoxazol-17-ol", "1h-cyclopenta[7,8]phenanthro[3,2-d]isoxazol-1-ol 1-ethynyl-2,3,3a,3b,4,5,10,10a,10b,11,12,12a-dodecahydro-10a,12a-dimethyl-,(1r,3as,3br,10ar,10bs,12as)-", "monocyte secretory protein je", "(1r,3as,3br,10ar,10bs,12as)-1-ethynyl-10a,12a-dimethyl-2,3,3a,3b,4,5,10,10a,10b,11,12,12a-dodecahydro-1h-cyclopenta[7,8]phenanthro[3,2-d][1,2]oxazol-1-ol[acd/iupac name]", "(1r,3as,3br,10ar,10bs,12as)-1-ethinyl-10a,12a-dimethyl-2,3,3a,3b,4,5,10,10a,10b,11,12,12a-dodecahydro-1h-cyclopenta[7,8]phenanthro[3,2-d]isoxazol-1-ol", "mcp-1", "danazol [usan:ban:inn:jan][inn][jan][usan]", "small inducible cytokine a2 precursor", "4851114[beilstein]", "danazole", "danazol[wiki]", "danazolum [inn_la]", "win 17,757", "danocrine (tn)", "monocyte chemoattractant protein 1"}|>, "3664" -> <|"DatabaseID" -> "SW02293", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "119915"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3228], ExternalIdentifier["ChemSpiderID", 13213], ExternalIdentifier["ChemSpiderID", 75734]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00813"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2)CCc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00320"]}, "OfficialNames" -> <|"China Approved Name" -> "fentanyl", "Indian Approved Name" -> "fentanyl", "US Illegal/Scheduled Drug (Schedule 2)" -> "Fentanyl", "FDA Approved Drug" -> "FENTANYL;FENTANYL CITRATE;FENTANYL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449599", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3345], ExternalIdentifier["PubChemCompoundID", 83932]}, "Synonyms" -> {"fentanyl", "duragesic", "fentanil", "sentonil", "fentanest", "phentanyl", "fentora", "sublimaze", "durogesic", "fentanila", "duragesic-100", "fentanylum", "fentanyl citrate", "pentanyl", "oralet", "actiq", "nasalfent", "n-(1-phenethyl-piperidin-4-yl)-n-phenyl-propionamide", "ionsys", "innovar[wiki]", "fentanila [inn-spanish]", "rapinyl", "innovar injection (droperidol + fentanyl citrate)_mixture", "207-113-6[einecs]", "leptanal", "kor-1", "fentanylum [inn-latin]", "n-phenyl-n-[1-(2-phenylethyl)-4-piperidinyl]propanamide[acd/iupac name]", "fentanyl-25", "duragesic-75", "n-(1-phenethyl-4-piperidyl)-propionanilide", "fentanil [dcit]", "durogesic[wiki]", "1-(2-phenylethyl)-4-(n-propananilido)piperidine", "actiq (sugar-free)", "propionanilide n-(1-phenethyl-4-piperidyl)-", "phentanyl[wiki]", "propanamide n-phenyl-n-[1-(2-phenylethyl)-4-piperidinyl]-", "1-phenethyl-4-(n-phenylpropionamido)piperidine", "duragesic 25", "duragesic-50", "1-phenethyl-4-n-propionylanilinopiperidine", "n-phenyl-n-(1-(2-phenylethyl)-4-piperidinyl)propanamide", "n-(1-phenethylpiperidin-4-yl)-n-phenylpropionamide", "fentanylum[latin][inn]", "fentanila[spanish][inn]", "duragesic-25", "n-(1-phenethyl-4-piperidyl)-n-phenyl-propanamide", "fentanyl-50", "duragesic 50", "80832-90-2[rn]", "propanamide n-phenyl-n-(1-(2-phenylethyl)-4-piperidinyl)-", "n-(1-phenethyl-4-piperidyl)propionanilide", "437-38-7[rn]", "4-(4-chloro-benzyl)-2-(1-methyl-azepan-4-yl)-2h-phthalazin-1-one", "n-(1-phenethyl-4-piperidinyl)-n-phenylpropionamide", "fentanyl-100", "fentanylum [inn_la]", "fentanyl-75", "duragesic 75", "alfenta (tn)", "propanamide n-phenyl-n-(1-(2-phenylethyl)-4-piperidinyl)- (9ci)", "n-(1-phenethyl-piperidin-4-yl)-n-phenyl-propionamide(fentanyl)", "n-phenyl-n-[1-(2-phenylethyl)piperidin-4-yl]propanamide", "duragesic (tn)", "fentanyl[wiki][inn][jan]", "n-phenyl-n-[1-(2-phenylethyl)piperidin-4-yl]propanamid", "n-phenethyl-4-(n-propionylanilino)piperidine", "fentanyl-12", "26303-90-2[rn]", "5-22-08-00049 (beilstein handbook reference)[beilstein]", "337376-15-5", "duragesic-12", "fentanyl hydrochloride", "n-(1-phenethyl-4-piperidyl)propionanilide hydrochloride", "n-(1-phenethyl-4-piperidyl)-n-phenyl-propanamide hydrochloride", "ac1q3e0d", "213-588-0[einecs]", "n-(1-phenethyl-piperidin-4-yl)-n-phenyl-propionamide;compoundwith 3-carboxy-3-hydroxy-pentanedioic acid", "propanamide n-phenyl-n-(1-(2-phenylethyl)-4-piperidinyl)- 2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "mcn-jr 4263", "fentanyl dihydrogen citrate", "fentanylcitrate", "n-phenyl-n-[1-(2-phenylethyl)piperidin-4-yl]propanamidhydrochlorid", "n-phenyl-n-[1-(2-phenylethyl)piperidin-4-yl]propanamide 2-hydroxypropane-1,2,3-tricarboxylate (1:1)", "n-(1-phenethyl-4-piperidyl)propionanilide citrate (1:1)", "ac1l36gm", "duragesic[wiki]", "n-phenyl-n-[1-(2-phenylethyl)piperidin-4-yl]propanamide 2-hydroxypropane-1,2,3-tricarboxylate (salt)", "n-phenyl-n-[1-(2-phenylethyl)piperidin-4-yl]propanamide hydrochloride", "propionanilide", "n-(1-phenethyl-4-piperidinyl)-n-phenylpropionamide dihydrogen citrate", "fentaz", "n-phenyl-n-[1-(2-phenylethyl)-4-piperidinyl]propanamide citrate", "n-(1-phenethyl-4-piperidinyl)propionanilide dihydrogencitrate", "chembl1201159", "1443-54-5", "n-phenyl-n-[1-(2-phenylethyl)-4-piperidinyl]propanamide 2-hydroxy-1,2,3-propanetricarboxylate (1:1)[acd/iupac name]", "propionanilide n-(1-phenethyl-4-piperidyl)- citrate (1:1)", "990-73-8[rn]", "1443-54-5[rn]", "phentanyl citrate", "mcn-jr-4263-49", "fentanyl hcl", "propionanilide n-(1-phenethyl-4-piperidyl)- hydrochloride", "compound with 3-carboxy-3-hydroxy-pentanedioic acid", "r-4263", "actiq[wiki]", "mls002320669", "fentanyl citrate [usan:jan][jan][usan]", "oralet (tn)", "toxic liquid organic n.o.s. (fentanyl citrate)", "propanamide n-phenyl-n-[1-(2-phenylethyl)-4-piperidinyl]- 2-hydroxy-1,2,3-propanetricarboxylate (1:1) (salt)", "n-(1-phenethyl-4-piperidyl)propionanilide dihydrogen citrate", "propanamide n-phenyl-n-[1-(2-phenylethyl)-4-piperidinyl]- monohydrochloride", "compound with citric acid(fentanyl citrate)", "n-(1-phenethyl-4-piperidyl)propionanilide citrate"}|>, "3665" -> <|"DatabaseID" -> "SW02294", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56102]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01532"]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH+]2CCC(CC2)N(c3ccccc3)C(=O)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Acetyl-alpha-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62307]}, "Synonyms" -> {"n-(1-(1-methyl-2-phenethyl)-4-piperidinyl)-n-phenylacetamide", "acetyl-alpha-methylfentanyl", "acetamide n-(1-(1-methyl-2-phenylethyl)-4-piperidinyl)-n-phenyl-", "101860-00-8[rn]", "acetamide n-phenyl-n-[1-(1-phenyl-2-propyl)-4-piperidinyl]-", ".alpha.-methylfentanyl acetyl analog", "nih 10354", "dea no. 9815", "acetamide", "ac1l1wuw", "ac1q5i8m", "n-phenyl-n-[1-(1-phenylpropan-2-yl)piperidin-4-yl]acetamide", "101860-00-8"}|>, "3666" -> <|"DatabaseID" -> "SW02294", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56102]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01532"]}, "IsomericSmiles" -> "CC(Cc1ccccc1)[NH+]2CCC(CC2)N(c3ccccc3)C(=O)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Acetyl-alpha-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62307]}, "Synonyms" -> {"n-(1-(1-methyl-2-phenethyl)-4-piperidinyl)-n-phenylacetamide", "acetyl-alpha-methylfentanyl", "acetamide n-(1-(1-methyl-2-phenylethyl)-4-piperidinyl)-n-phenyl-", "101860-00-8[rn]", "acetamide n-phenyl-n-[1-(1-phenyl-2-propyl)-4-piperidinyl]-", ".alpha.-methylfentanyl acetyl analog", "nih 10354", "dea no. 9815", "acetamide", "ac1l1wuw", "ac1q5i8m", "n-phenyl-n-[1-(1-phenylpropan-2-yl)piperidin-4-yl]acetamide", "101860-00-8"}|>, "3667" -> <|"DatabaseID" -> "SW02295", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28792"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444561]}, "IsomericSmiles" -> "CCCCCCCC/C=C\\CCCCCCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erucic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281116]}, "Synonyms" -> {"(z)-docos-13-enoic acid", "(13z)-docos-13-enoic acid", "hystrene 2290", "cis-13-docosenoic acid", "z-13-docosenoic acid", "13-docosenoic acid", "13-cis-docosenoic acid", "cis-erucic acid", "d13:14-docosenoic acid", "erucicacid", "1728049[beilstein]", "204-011-3[einecs]", "(13z)-13-docosenoic acid", "erucic acid", "(z)-13-docosenoic acid", "13-docosenoic acid (13z)-", "(13z)docos-13-enoic acid", "13-docosenoic acid[acd/iupac name]", "13(z)-docosenoic acid", "13-docosenoic acid (z)-", "prifac 2990", "cis-eruic acid", "112-86-7[rn]", "brassidic acid", "erucasaeure", "erucic acid[wiki]", "(13z)-docosenoic acid", "docos-13c-enoic acid", "13z-docosenoic acid", "1072-39-5[rn]"}|>, "3668" -> <|"DatabaseID" -> "SW02296", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12410], ExternalIdentifier["ChemSpiderID", 3526]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01611"]}, "IsomericSmiles" -> "CC[NH+](CCCC(C)Nc1cc[nH+]c2c1ccc(c2)Cl)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02114"], ExternalIdentifier["KEGGID", "D08050"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hydroxychloroquine sulphate;hydroxychloroquine", "WHO Essential Medicine" -> "hydroxychloroquine", "Australia Approved Name" -> "HYDROXYCHLOROQUINE SULFATE", "FDA Approved Drug" -> "HYDROXYCHLOROQUINE SULFATE"|>, "PharmGKBID" -> "PA164777036", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12947], ExternalIdentifier["PubChemCompoundID", 3652]}, "Synonyms" -> {"ercoquin", "hydroxychloroquine sulfate", "plaquenil", "quensyl", "idrossiclorochina [dcit]", "oxichlorochinum", "hydroxychloroquine", "oxychloroquine", "toremonil", "hcq", "2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)ethanol", "oxychlorochin", "oxichloroquine", "hydroxychloroquine sulphate", "hydroxychloroguine", "plaquinol", "hidroxicloroquina [inn-spanish]", "118-42-3[rn]", "hydroxychloroquine sulfate[usp]", "747-36-4[rn]", "plaquenil[wiki]", "hydroxychloroquine[wiki]", "oxichlorochine", "cd289 antigen", "toll-like receptor 9 precursor", "gen-hydroxychloroquine 200mg tablets", "hydroxychloroquinum [inn-latin]", "ethanol,2-[[4-[(7-chloro-4-quinolinyl)amino]pentyl]ethylamino]- sulfate (1:1) (salt)", "747-36-4 118-42-3", "ethanol,2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)-,sulfate(1:1) (salt)", "ethanol,2-((4-((7-chloro-4-quinolinyl)amino)pentyl)ethylamino)- sulfate (1:1)", "2-((4-((7-chloroquinolin-4-yl)amino)pentyl)(ethyl)amino)ethanolsulfate", "hydroxychloroquine sulfate [usp]", "212-019-3[einecs]", "747-36-4 118-42-3 [hydroxychloroquine]", "plaquenil (tn)", "2-[{4-[(7-chlorchinolin-4-yl)amino]pentyl}(ethyl)amino]ethanolsulfat(salt)", "2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)ethanol sulfate (1:1) (salt)", "ethanol,2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)-,sulfate(1:1) (salt) (8ci)", "ethanol,2-[[4-[ (7-chloro-4-quinolinyl)amino]pentyl]ethylamino]- sulfate (1:1)(salt)", "ethanol,2-[[4-[ (7-chloro-4-quinolyl)amino]pentyl]ethylamino]- sulfate(1:1) (salt)", "747-36-4", "tcmdc-123987", "ethanol,2-[[4-[(7-chloro-4-quinolyl)amino]pentyl]ethylamino]-,monosulfate", "einecs 212-019-3", "2-[{4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino]ethanolsulfate(salt)", "hydroxychloroquinesulfate", "2-((4-((7-chloro-4-quinolinyl)amino)pentyl)ethylamino)ethanol sulfate (1:1) (salt)", "2-[{4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino]ethanolsulfate(1:1)", "ai3-52706", "nsc 4375", "2-[{4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino]ethanol", "plaquenil sulfate", "747-36-4 (monosulfate salt)", "ethanol,2-((4-((7-chloro-4-quinolinyl)amino)pentyl)ethylamino)-", "2-(n-(4-(7-chlor-4-chinolylamino)-4-methylbutyl)ethylamino)ethanol", "hidroxicloroquina[spanish][inn]", "2-({4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino)ethan-1-ol", "hydroxychloroquinum[latin]", "ethanol,2-[[4-[(7-chloro-4-quinolinyl)amino]pentyl]ethylamino]-", "hydroxychlorochin", "2-[[4-[(7-chloroquinolin-4-yl)amino]pentyl](ethyl)amino]ethanol", "204-249-8[einecs]", "2-[[4-[(7-chloro-4-quinolinyl)amino]pentyl]ethylamino]ethanol", "7-chloro-4-(5-(n-ethyl-n-2-hydroxyethylamino)-2-pentyl)aminoquinoline", "apt/aradigm", "118-42-3 (free base)", "2-({4-[(7-chloro(4-quinolyl))amino]pentyl}ethylamino)ethan-1-ol", "7-chloro-4-[4-(n-ethyl-n-b-hydroxyethylamino)-1-methylbutylamino]quinoline", "polirreumin", "7-chloro-4-[4-[ethyl(2-hydroxyethyl)amino]-1-methylbutylamino]quinoline", "5-22-10-00280 (beilstein handbook reference)[beilstein]", "ethanol,2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)-", "7-chloro-4-(4-(ethyl(2-hydroxyethyl)amino)-1-methylbutylamino)quinoline", "5-22-10-00280", "7-chloro-4-[5-(n-ethyl-n-2-hydroxyethylamino)-2-pentyl]aminoquinoline", "2-((4-(7-chloroquinolin-4-ylamino)pentyl)(ethyl)amino)ethanol"}|>, "3669" -> <|"DatabaseID" -> "SW02296", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12410], ExternalIdentifier["ChemSpiderID", 3526]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01611"]}, "IsomericSmiles" -> "CC[NH+](CCCC(C)Nc1cc[nH+]c2c1ccc(c2)Cl)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02114"], ExternalIdentifier["KEGGID", "D08050"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hydroxychloroquine sulphate;hydroxychloroquine", "WHO Essential Medicine" -> "hydroxychloroquine", "Australia Approved Name" -> "HYDROXYCHLOROQUINE SULFATE", "FDA Approved Drug" -> "HYDROXYCHLOROQUINE SULFATE"|>, "PharmGKBID" -> "PA164777036", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12947], ExternalIdentifier["PubChemCompoundID", 3652]}, "Synonyms" -> {"ercoquin", "hydroxychloroquine sulfate", "plaquenil", "quensyl", "idrossiclorochina [dcit]", "oxichlorochinum", "hydroxychloroquine", "oxychloroquine", "toremonil", "hcq", "2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)ethanol", "oxychlorochin", "oxichloroquine", "hydroxychloroquine sulphate", "hydroxychloroguine", "plaquinol", "hidroxicloroquina [inn-spanish]", "118-42-3[rn]", "hydroxychloroquine sulfate[usp]", "747-36-4[rn]", "plaquenil[wiki]", "hydroxychloroquine[wiki]", "oxichlorochine", "cd289 antigen", "toll-like receptor 9 precursor", "gen-hydroxychloroquine 200mg tablets", "hydroxychloroquinum [inn-latin]", "ethanol,2-[[4-[(7-chloro-4-quinolinyl)amino]pentyl]ethylamino]- sulfate (1:1) (salt)", "747-36-4 118-42-3", "ethanol,2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)-,sulfate(1:1) (salt)", "ethanol,2-((4-((7-chloro-4-quinolinyl)amino)pentyl)ethylamino)- sulfate (1:1)", "2-((4-((7-chloroquinolin-4-yl)amino)pentyl)(ethyl)amino)ethanolsulfate", "hydroxychloroquine sulfate [usp]", "212-019-3[einecs]", "747-36-4 118-42-3 [hydroxychloroquine]", "plaquenil (tn)", "2-[{4-[(7-chlorchinolin-4-yl)amino]pentyl}(ethyl)amino]ethanolsulfat(salt)", "2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)ethanol sulfate (1:1) (salt)", "ethanol,2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)-,sulfate(1:1) (salt) (8ci)", "ethanol,2-[[4-[ (7-chloro-4-quinolinyl)amino]pentyl]ethylamino]- sulfate (1:1)(salt)", "ethanol,2-[[4-[ (7-chloro-4-quinolyl)amino]pentyl]ethylamino]- sulfate(1:1) (salt)", "747-36-4", "tcmdc-123987", "ethanol,2-[[4-[(7-chloro-4-quinolyl)amino]pentyl]ethylamino]-,monosulfate", "einecs 212-019-3", "2-[{4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino]ethanolsulfate(salt)", "hydroxychloroquinesulfate", "2-((4-((7-chloro-4-quinolinyl)amino)pentyl)ethylamino)ethanol sulfate (1:1) (salt)", "2-[{4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino]ethanolsulfate(1:1)", "ai3-52706", "nsc 4375", "2-[{4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino]ethanol", "plaquenil sulfate", "747-36-4 (monosulfate salt)", "ethanol,2-((4-((7-chloro-4-quinolinyl)amino)pentyl)ethylamino)-", "2-(n-(4-(7-chlor-4-chinolylamino)-4-methylbutyl)ethylamino)ethanol", "hidroxicloroquina[spanish][inn]", "2-({4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino)ethan-1-ol", "hydroxychloroquinum[latin]", "ethanol,2-[[4-[(7-chloro-4-quinolinyl)amino]pentyl]ethylamino]-", "hydroxychlorochin", "2-[[4-[(7-chloroquinolin-4-yl)amino]pentyl](ethyl)amino]ethanol", "204-249-8[einecs]", "2-[[4-[(7-chloro-4-quinolinyl)amino]pentyl]ethylamino]ethanol", "7-chloro-4-(5-(n-ethyl-n-2-hydroxyethylamino)-2-pentyl)aminoquinoline", "apt/aradigm", "118-42-3 (free base)", "2-({4-[(7-chloro(4-quinolyl))amino]pentyl}ethylamino)ethan-1-ol", "7-chloro-4-[4-(n-ethyl-n-b-hydroxyethylamino)-1-methylbutylamino]quinoline", "polirreumin", "7-chloro-4-[4-[ethyl(2-hydroxyethyl)amino]-1-methylbutylamino]quinoline", "5-22-10-00280 (beilstein handbook reference)[beilstein]", "ethanol,2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)-", "7-chloro-4-(4-(ethyl(2-hydroxyethyl)amino)-1-methylbutylamino)quinoline", "5-22-10-00280", "7-chloro-4-[5-(n-ethyl-n-2-hydroxyethylamino)-2-pentyl]aminoquinoline", "2-((4-(7-chloroquinolin-4-ylamino)pentyl)(ethyl)amino)ethanol"}|>, "3670" -> <|"DatabaseID" -> "SW02296", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12410], ExternalIdentifier["ChemSpiderID", 3526]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01611"]}, "IsomericSmiles" -> "CC[NH+](CCCC(C)Nc1cc[nH+]c2c1ccc(c2)Cl)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02114"], ExternalIdentifier["KEGGID", "D08050"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hydroxychloroquine sulphate;hydroxychloroquine", "WHO Essential Medicine" -> "hydroxychloroquine", "Australia Approved Name" -> "HYDROXYCHLOROQUINE SULFATE", "FDA Approved Drug" -> "HYDROXYCHLOROQUINE SULFATE"|>, "PharmGKBID" -> "PA164777036", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12947], ExternalIdentifier["PubChemCompoundID", 3652]}, "Synonyms" -> {"ercoquin", "hydroxychloroquine sulfate", "plaquenil", "quensyl", "idrossiclorochina [dcit]", "oxichlorochinum", "hydroxychloroquine", "oxychloroquine", "toremonil", "hcq", "2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)ethanol", "oxychlorochin", "oxichloroquine", "hydroxychloroquine sulphate", "hydroxychloroguine", "plaquinol", "hidroxicloroquina [inn-spanish]", "118-42-3[rn]", "hydroxychloroquine sulfate[usp]", "747-36-4[rn]", "plaquenil[wiki]", "hydroxychloroquine[wiki]", "oxichlorochine", "cd289 antigen", "toll-like receptor 9 precursor", "gen-hydroxychloroquine 200mg tablets", "hydroxychloroquinum [inn-latin]", "ethanol,2-[[4-[(7-chloro-4-quinolinyl)amino]pentyl]ethylamino]- sulfate (1:1) (salt)", "747-36-4 118-42-3", "ethanol,2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)-,sulfate(1:1) (salt)", "ethanol,2-((4-((7-chloro-4-quinolinyl)amino)pentyl)ethylamino)- sulfate (1:1)", "2-((4-((7-chloroquinolin-4-yl)amino)pentyl)(ethyl)amino)ethanolsulfate", "hydroxychloroquine sulfate [usp]", "212-019-3[einecs]", "747-36-4 118-42-3 [hydroxychloroquine]", "plaquenil (tn)", "2-[{4-[(7-chlorchinolin-4-yl)amino]pentyl}(ethyl)amino]ethanolsulfat(salt)", "2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)ethanol sulfate (1:1) (salt)", "ethanol,2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)-,sulfate(1:1) (salt) (8ci)", "ethanol,2-[[4-[ (7-chloro-4-quinolinyl)amino]pentyl]ethylamino]- sulfate (1:1)(salt)", "ethanol,2-[[4-[ (7-chloro-4-quinolyl)amino]pentyl]ethylamino]- sulfate(1:1) (salt)", "747-36-4", "tcmdc-123987", "ethanol,2-[[4-[(7-chloro-4-quinolyl)amino]pentyl]ethylamino]-,monosulfate", "einecs 212-019-3", "2-[{4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino]ethanolsulfate(salt)", "hydroxychloroquinesulfate", "2-((4-((7-chloro-4-quinolinyl)amino)pentyl)ethylamino)ethanol sulfate (1:1) (salt)", "2-[{4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino]ethanolsulfate(1:1)", "ai3-52706", "nsc 4375", "2-[{4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino]ethanol", "plaquenil sulfate", "747-36-4 (monosulfate salt)", "ethanol,2-((4-((7-chloro-4-quinolinyl)amino)pentyl)ethylamino)-", "2-(n-(4-(7-chlor-4-chinolylamino)-4-methylbutyl)ethylamino)ethanol", "hidroxicloroquina[spanish][inn]", "2-({4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino)ethan-1-ol", "hydroxychloroquinum[latin]", "ethanol,2-[[4-[(7-chloro-4-quinolinyl)amino]pentyl]ethylamino]-", "hydroxychlorochin", "2-[[4-[(7-chloroquinolin-4-yl)amino]pentyl](ethyl)amino]ethanol", "204-249-8[einecs]", "2-[[4-[(7-chloro-4-quinolinyl)amino]pentyl]ethylamino]ethanol", "7-chloro-4-(5-(n-ethyl-n-2-hydroxyethylamino)-2-pentyl)aminoquinoline", "apt/aradigm", "118-42-3 (free base)", "2-({4-[(7-chloro(4-quinolyl))amino]pentyl}ethylamino)ethan-1-ol", "7-chloro-4-[4-(n-ethyl-n-b-hydroxyethylamino)-1-methylbutylamino]quinoline", "polirreumin", "7-chloro-4-[4-[ethyl(2-hydroxyethyl)amino]-1-methylbutylamino]quinoline", "5-22-10-00280 (beilstein handbook reference)[beilstein]", "ethanol,2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)-", "7-chloro-4-(4-(ethyl(2-hydroxyethyl)amino)-1-methylbutylamino)quinoline", "5-22-10-00280", "7-chloro-4-[5-(n-ethyl-n-2-hydroxyethylamino)-2-pentyl]aminoquinoline", "2-((4-(7-chloroquinolin-4-ylamino)pentyl)(ethyl)amino)ethanol"}|>, "3671" -> <|"DatabaseID" -> "SW02296", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12410], ExternalIdentifier["ChemSpiderID", 3526]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01611"]}, "IsomericSmiles" -> "CC[NH+](CCCC(C)Nc1cc[nH+]c2c1ccc(c2)Cl)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02114"], ExternalIdentifier["KEGGID", "D08050"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hydroxychloroquine sulphate;hydroxychloroquine", "WHO Essential Medicine" -> "hydroxychloroquine", "Australia Approved Name" -> "HYDROXYCHLOROQUINE SULFATE", "FDA Approved Drug" -> "HYDROXYCHLOROQUINE SULFATE"|>, "PharmGKBID" -> "PA164777036", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12947], ExternalIdentifier["PubChemCompoundID", 3652]}, "Synonyms" -> {"ercoquin", "hydroxychloroquine sulfate", "plaquenil", "quensyl", "idrossiclorochina [dcit]", "oxichlorochinum", "hydroxychloroquine", "oxychloroquine", "toremonil", "hcq", "2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)ethanol", "oxychlorochin", "oxichloroquine", "hydroxychloroquine sulphate", "hydroxychloroguine", "plaquinol", "hidroxicloroquina [inn-spanish]", "118-42-3[rn]", "hydroxychloroquine sulfate[usp]", "747-36-4[rn]", "plaquenil[wiki]", "hydroxychloroquine[wiki]", "oxichlorochine", "cd289 antigen", "toll-like receptor 9 precursor", "gen-hydroxychloroquine 200mg tablets", "hydroxychloroquinum [inn-latin]", "ethanol,2-[[4-[(7-chloro-4-quinolinyl)amino]pentyl]ethylamino]- sulfate (1:1) (salt)", "747-36-4 118-42-3", "ethanol,2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)-,sulfate(1:1) (salt)", "ethanol,2-((4-((7-chloro-4-quinolinyl)amino)pentyl)ethylamino)- sulfate (1:1)", "2-((4-((7-chloroquinolin-4-yl)amino)pentyl)(ethyl)amino)ethanolsulfate", "hydroxychloroquine sulfate [usp]", "212-019-3[einecs]", "747-36-4 118-42-3 [hydroxychloroquine]", "plaquenil (tn)", "2-[{4-[(7-chlorchinolin-4-yl)amino]pentyl}(ethyl)amino]ethanolsulfat(salt)", "2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)ethanol sulfate (1:1) (salt)", "ethanol,2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)-,sulfate(1:1) (salt) (8ci)", "ethanol,2-[[4-[ (7-chloro-4-quinolinyl)amino]pentyl]ethylamino]- sulfate (1:1)(salt)", "ethanol,2-[[4-[ (7-chloro-4-quinolyl)amino]pentyl]ethylamino]- sulfate(1:1) (salt)", "747-36-4", "tcmdc-123987", "ethanol,2-[[4-[(7-chloro-4-quinolyl)amino]pentyl]ethylamino]-,monosulfate", "einecs 212-019-3", "2-[{4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino]ethanolsulfate(salt)", "hydroxychloroquinesulfate", "2-((4-((7-chloro-4-quinolinyl)amino)pentyl)ethylamino)ethanol sulfate (1:1) (salt)", "2-[{4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino]ethanolsulfate(1:1)", "ai3-52706", "nsc 4375", "2-[{4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino]ethanol", "plaquenil sulfate", "747-36-4 (monosulfate salt)", "ethanol,2-((4-((7-chloro-4-quinolinyl)amino)pentyl)ethylamino)-", "2-(n-(4-(7-chlor-4-chinolylamino)-4-methylbutyl)ethylamino)ethanol", "hidroxicloroquina[spanish][inn]", "2-({4-[(7-chloroquinolin-4-yl)amino]pentyl}(ethyl)amino)ethan-1-ol", "hydroxychloroquinum[latin]", "ethanol,2-[[4-[(7-chloro-4-quinolinyl)amino]pentyl]ethylamino]-", "hydroxychlorochin", "2-[[4-[(7-chloroquinolin-4-yl)amino]pentyl](ethyl)amino]ethanol", "204-249-8[einecs]", "2-[[4-[(7-chloro-4-quinolinyl)amino]pentyl]ethylamino]ethanol", "7-chloro-4-(5-(n-ethyl-n-2-hydroxyethylamino)-2-pentyl)aminoquinoline", "apt/aradigm", "118-42-3 (free base)", "2-({4-[(7-chloro(4-quinolyl))amino]pentyl}ethylamino)ethan-1-ol", "7-chloro-4-[4-(n-ethyl-n-b-hydroxyethylamino)-1-methylbutylamino]quinoline", "polirreumin", "7-chloro-4-[4-[ethyl(2-hydroxyethyl)amino]-1-methylbutylamino]quinoline", "5-22-10-00280 (beilstein handbook reference)[beilstein]", "ethanol,2-((4-((7-chloro-4-quinolyl)amino)pentyl)ethylamino)-", "7-chloro-4-(4-(ethyl(2-hydroxyethyl)amino)-1-methylbutylamino)quinoline", "5-22-10-00280", "7-chloro-4-[5-(n-ethyl-n-2-hydroxyethylamino)-2-pentyl]aminoquinoline", "2-((4-(7-chloroquinolin-4-ylamino)pentyl)(ethyl)amino)ethanol"}|>, "3672" -> <|"DatabaseID" -> "SW02297", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "39427"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9262]}, "IsomericSmiles" -> "C(C(C(C(F)(F)F)(F)F)(F)F)(C(C(F)(F)F)(F)F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05437"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PERFLEXANE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9639]}, "Synonyms" -> {"perflexane", "tetradecafluorohexane", "n-tetradecafluorohexane", "flutec pp1", "perfluoro-n-hexane", "fluorinert fc72", "1,1,1,2,2,3,3,4,4,5,5,6,6,6-tetradecafluorohexane", "perfluorohexane[wiki]", "tetradecafluorohexanes", "fluorinert pf 5060", "hexane 1,1,1,2,2,3,3,4,4,5,5,6,6,6-tetradecafluoro-", "af0150", "fluorinert fc 72", "206-585-0[einecs]", "86508-42-1[rn]", "af-0150", "hexane tetradecafluoro-", "perfluorohexano[portuguese]", "355-42-0[rn]", "pp 1", "perflexane [usan:inn]", "perflexano", "perfluorohexane", "perflexane [usan:inn][inn][usan]", "355-42-0", "hexane", "perfluorohexanes", "perfluorohexane; flutec pp1", "flutec pp 1", "n-perfluorohexane", "1802113[beilstein]"}|>, "3673" -> <|"DatabaseID" -> "SW02298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2314551]}, "IsomericSmiles" -> "C(c1c(c(sc1C(=O)[O-])N(CC(=O)[O-])CC(=O)[O-])C#N)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08467"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ranelic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3052774]}, "Synonyms" -> {"ranelic acid", "135459-87-9[rn]", "135459-90-4", "ranelic acid (inn)", "3-thiopheneaceticacid 5-[bis(carboxymethyl)amino]-2-carboxy-4-cyano-,strontiumsalt (1:2)[acd/index name]", "strontium ranelate", "ac1mhjzn", "strontium ranelate heptahydrate", "3-thiopheneacetic acid", "ranelic acid[inn]", "thi070", "5-[bis(carboxymethyl)amino]-3-(carboxymethyl)-4-cyanothiophene-2-carboxylic acid", "surecn500994", "135459-90-4[rn]", "ranelic acid [inn]", "unii-k9ccs0ribt", "3-thiopheneaceticacid 5-[bis(carboxymethyl)amino]-2-carboxy-4-cyano-", "5-(bis(carboxymethyl)amino)-2-carboxy-4-cyano-3-thiopheneaceticacid"}|>, "3674" -> <|"DatabaseID" -> "SW02299", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82675]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01414"]}, "IsomericSmiles" -> "CC(=O)OCC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)CC#N)SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07629"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cefacetrile"|>, "PharmGKBID" -> "PA164776752", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91562]}, "Synonyms" -> {"cefacetrile", "7-cyanacetylamino-cephalosporansaeure", "cephacetrile", "cefacetrilum [inn-latin]", "cefacetrilo [inn-spanish]", "celospor", "cristacef", "ec 3.4.-.-", "cefacetrilo[spanish][inn]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[(acetyloxy)methyl]-7-[(2-cyanoacetyl)amino]-8-oxo- (6r,7r)-", "(6r,7r)-3-[(acetyloxy)methyl]-7-[(cyanoacetyl)amino]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "cefacetrilo", "peptidoglycan glycosyltransferase", "pbp1b", "murein polymerase", "vetrimast ", "(6r,7r)-3-acetoxymethyl-7-(2-cyanacetamido)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-en-2-carbonsaeure", "7-(2-cyanoacetamido)cephalosporanic acid", "penicillin- sensitive transpeptidase", "10206-21-0[rn]", "cefacetril", "cefacetrilum[latin]", "7-(2-cyanoacetamido)-3-(hydroxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate acetate (ester)", "pbp-1b", "233-508-8[einecs]", "cefacetrilum", "celtol", "cefacetrile[wiki]", "peptidoglycan tgase", "ec 2.4.1.129", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[(acetyloxy)methyl]-7-[(cyanoacetyl)amino]-8-oxo-,(6r,7r)-"}|>, "3675" -> <|"DatabaseID" -> "SW02300", "IsomericSmiles" -> "COc1ccc(cc1)c2c(onc2c3ccc(cc3)OC)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01718"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mofezolac"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4237]}, "Synonyms" -> {"mofezolac", "n-22", "ccris 4316", "brn 5986171", "mofezolaco [inn-spanish]", "78967-07-4", "chembl259972", "mofezolacum [inn-latin]", "5-isoxazoleacetic acid", "ncgc00167563-01"}|>, "3676" -> <|"DatabaseID" -> "SW02301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341113]}, "IsomericSmiles" -> "COc1cc2c(cc1OC)-c3cc4ccc(c(c4c[n+]3CC2)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dehydrocorydalmine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083983]}, "Synonyms" -> {"dehydrocorydalmine", "dibenzo(a,g)quinolizinium,5,6-dihydro-10-hydroxy-2,3,9-trimethoxy-", "dibenzo(a", "2", "ac1mj1o8", "6877-27-6", "6877-27-6[rn]"}|>, "3677" -> <|"DatabaseID" -> "SW02302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65269]}, "IsomericSmiles" -> "COc1ccc2cc-3[n+](cc2c1OC)CCc4c3cc(c(c4)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jatrorhizine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72323]}, "Synonyms" -> {"jateorrhizine", "jatrorrhizine", "neprotin", "jatrochizine", "6681-15-8[rn]", "3-hydroxy-2,9,10-trimethoxy-5,6-dihydroisoquino[3,2-a]isoquinolinium", "gnf-pf-220", "protoberberine alkaloid", "nsc150445", "7", "nsc209410", "3621-38-3", "3621-38-3[rn]", "5,6-dihydro-3-hydroxy-2,9,10-trimethoxydibenzo[a,g]quinolizinium", "7,8,13,13a-tetradehydro-3-hydroxy-2,9,10-trimethoxyberbinium", "jatrorrhizine chloride", "jatrorhizine", "yatrorizine", "dibenzo[a,g]quinolizinium,5,6-dihydro-3-hydroxy-2,9,10-trimethoxy-", "222-817-3[einecs]", "5,6-dihydro-3-hydroxy-2,9,10-trimethoxy-dibenzo[a,g]quinolizinium", "nsc645313", "berbinium 7,8,13,13a-tetradehydro-3-hydroxy-2,9,10-trimethoxy-(8ci)"}|>, "3678" -> <|"DatabaseID" -> "SW02303", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15920"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65261]}, "IsomericSmiles" -> "COc1ccc2cc-3[n+](cc2c1OC)CCc4c3cc(c(c4)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "columbamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72310]}, "Synonyms" -> {"columbamine", "dehydroisocorypalmine", "5,6-dihydro-2-hydroxy-3,9,10-trimethoxydibenzo[a,g]quinolizinium", "2-hydroxy-3,9,10-trimethoxy-5,6-dihydroisoquino[3,2-a]isoquinolinium", "7,8,13,13a-tetradehydro-2-hydroxy-3,9,10-trimethoxyberbinium", "chembl400345", "ac1q7bdj", "dibenzo[a", "3621-36-1[rn]", "chebi:15920", "3621-36-1", "dibenzo(a,g)quinolizinium,5,6-dihydro-2-hydroxy-3,9,10-trimethoxy-", "dibenzo(a", "dibenzo[a,g]quinolizinium,5,6-dihydro-2-hydroxy-3,9,10-trimethoxy-", "7", "ac1l2hu1", "protoberberine alkaloid"}|>, "3679" -> <|"DatabaseID" -> "SW02304", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4581520]}, "IsomericSmiles" -> "CC(=CCC/C(=C/COc1c2ccc(=O)oc2cc3c1cco3)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bergaptin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5471349]}, "Synonyms" -> {"5-geranoxypsoralen", "bergaptin", "bergamotin", "bergamotine", "4-{[(2e)-3,7-dimethyl-2,6-octadien-1-yl]oxy}-7h-furo[3,2-g]chromen-7-on[german]", "c068337", "4-{[(2e)-3,7-dimethyl-2,6-octadienyl]oxy}-7h-furo[3,2-g]chromen-7-one", "bergamottin[wiki]", "7380-40-7[rn]", "4-{[(2e)-3,7-dimethylocta-2,6-dien-1-yl]oxy}-7h-furo[3,2-g]chromen-7-one", "ccris 8085", "7h-furo[3,2-g][1]benzopyran-7-one 4-[[(2e)-3,7-dimethyl-2,6-octadien-1-yl]oxy]-", "8-geranyloxypsoralen", "ac1nv7jd", "7380-40-7", "4-{[(2e)-3,7-dimethyl-2,6-octadien-1-yl]oxy}-7h-furo[3,2-g]chromen-7-one", "ambotz7380-40-7", "4-([(2e)-3,7-dimethyl-2,6-octadienyl]oxy)-7h-furo[3,2-g]chromen-7-one", "bergamottin", "7h-furo(3,2-g)(1)benzopyran-7-one 4-((3,7-dimethyl-2,6-octadienyl)oxy)- (e)-", "bergomottin", "5-geranyloxypsoralen"}|>, "3680" -> <|"DatabaseID" -> "SW02305", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109499]}, "IsomericSmiles" -> "CC(=CCc1cc2c(cc1OC)OC(CC2=O)c3ccc(cc3)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bavachinin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122835]}, "Synonyms" -> {"4'-hydroxy-7-methoxy-6-(3-methyl-2-butenyl)flavanone", "7-o-methylbavachin", "bavachinin", "ac1l3vco", "lmpk12140040", "ls-39562", "5-18-04-00132 (beilstein handbook reference)[beilstein]", "4'-hydroxy-7-methoxy-6-prenylflavanone", "st50331516", "19879-30-2[rn]", "2-(4-hydroxyphenyl)-7-methoxy-6-(3-methylbut-2-enyl)-2,3-dihydro-4h-chromen-4-one", "flavanone 4'-hydroxy-7-methoxy-6-(3-methyl-2-butenyl)- (8ci)", "2-(4-hydroxyphenyl)-7-methoxy-6-(3-methyl-2-buten-1-yl)-2,3-dihydro-4h-chromen-4-on", "19879-30-2", "brn 3629340", "4h-1-benzopyran-4-one", "5-18-04-00132", "2-(4-hydroxyphenyl)-7-methoxy-6-(3-methyl-2-buten-1-yl)-2,3-dihydro-4h-chromen-4-one[acd/iupac name]", "bavachinin a", "4h-1-benzopyran-4-one 2,3-dihydro-2-(4-hydroxyphenyl)-7-methoxy-6-(3-methyl-2-buten-1-yl)-", "2-(4-hydroxyphenyl)-7-methoxy-6-(3-methylbut-2-en-1-yl)-2,3-dihydro-4h-chromen-4-one"}|>, "3681" -> <|"DatabaseID" -> "SW02305", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109499]}, "IsomericSmiles" -> "CC(=CCc1cc2c(cc1OC)OC(CC2=O)c3ccc(cc3)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bavachinin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122835]}, "Synonyms" -> {"4'-hydroxy-7-methoxy-6-(3-methyl-2-butenyl)flavanone", "7-o-methylbavachin", "bavachinin", "ac1l3vco", "lmpk12140040", "ls-39562", "5-18-04-00132 (beilstein handbook reference)[beilstein]", "4'-hydroxy-7-methoxy-6-prenylflavanone", "st50331516", "19879-30-2[rn]", "2-(4-hydroxyphenyl)-7-methoxy-6-(3-methylbut-2-enyl)-2,3-dihydro-4h-chromen-4-one", "flavanone 4'-hydroxy-7-methoxy-6-(3-methyl-2-butenyl)- (8ci)", "2-(4-hydroxyphenyl)-7-methoxy-6-(3-methyl-2-buten-1-yl)-2,3-dihydro-4h-chromen-4-on", "19879-30-2", "brn 3629340", "4h-1-benzopyran-4-one", "5-18-04-00132", "2-(4-hydroxyphenyl)-7-methoxy-6-(3-methyl-2-buten-1-yl)-2,3-dihydro-4h-chromen-4-one[acd/iupac name]", "bavachinin a", "4h-1-benzopyran-4-one 2,3-dihydro-2-(4-hydroxyphenyl)-7-methoxy-6-(3-methyl-2-buten-1-yl)-", "2-(4-hydroxyphenyl)-7-methoxy-6-(3-methylbut-2-en-1-yl)-2,3-dihydro-4h-chromen-4-one"}|>, "3682" -> <|"DatabaseID" -> "SW02306", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "73041"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140082]}, "IsomericSmiles" -> "Cc1nc(c(o1)c2ccc(c(c2)F)S(=O)(=O)N)C3CCCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01974"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tilmacoxib"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159271]}, "Synonyms" -> {"tilmacoxib", "4-(4-cyclohexyl-2-methyloxazol-5-yl)-2-fluorobenzenesulfonamide", "180200-68-4", "tilmacoxibum", "jte 522", "5-ethoxymethyl-7-fluoro-3-oxo-1", "jte-522", "tilmacoxib (jan/usan)[jan][usan]", "tiracoxib", "4-(4-cyclohexyl-2-methyl-oxazol-5-yl)-2-fluoro-benzenesulfonamide", "180200-68-4[rn]", "21248-02-2[rn]", "jte-522[wiki]", "4-(4-cyclohexyl-2-methyl-1", "rwj-57504", "c110453", "5-ethoxymethyl-7-fluoro-3-oxo-1,2,3,5-tetrahydrobenzo(4,5)imidazo(1,2a)pyridine-4-n-(2-fluorophenyl)carboxamide", "4-(4-cyclohexyl-2-methyl-1,3-oxazol-5-yl)-2-fluorobenzenesulfonamide[acd/iupac name]", "benzenesulfonamide 4-(4-cyclohexyl-2-methyl-5-oxazolyl)-2-fluoro-", "jtp-19605", "benzenesulfonamide"}|>, "3683" -> <|"DatabaseID" -> "SW02307", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4945175]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)O[C@@H]1CC[NH+]2[C@@H]1[C@H](CC2)COC(=O)/C(=C\\C)/CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sarracine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6440939]}, "Synonyms" -> {"sarracin", "sarracine", "2492-09-3[rn]", "nsc 669379", "ac1o5ugn", "ls-47162", "136173-26-7", "136173-26-7[rn]", "2492-09-3", "[(1s", "2-butenoic acid"}|>, "3684" -> <|"DatabaseID" -> "SW02308", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5590]}, "IsomericSmiles" -> "CCCCOCCOCCOCc1cc2c(cc1CCC)OCO2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08383"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PIPERONYL BUTOXIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5794]}, "Synonyms" -> {"piperonyl butoxide", "butyl carbitol 6-propylpiperonyl ether", "butacide", "(3,4-methylenedioxy-6-propylbenzyl)(butyl) diethyleneglycol ether", "pyrenone 606", "butocide", "piperonylbutoxide", "6-propylpiperonyl butyl diethylene glycol ether", "1,3-benzodioxole,5-((2-(2-butoxyethoxy)ethoxy)methyl)-6-propyl-", "anvil 10+10 ulv", "4-19-00-00779 (beilstein handbook reference)[beilstein]", "5-(2-(2-butoxyethoxy)ethoxymethyl)-6-propyl-1,3-benzodioxole", "scourge[wiki]", "piperonyl butoxide [bsi:iso]", "5-((2-(2-butoxyethoxy)ethoxy)methyl)-6-propyl-1,3-benzodioxole", "3,4-methylendioxy-6-propylbenzyl-n-butyl-diaethylenglykolaether[german]", "piperonyl butoxyde[french]", "3,4-methylenedioxy-6-propylbenzyl n-butyl diethylene glycol ether", "butoxide", "2-(2-butoxyethoxy)ethyl (6-propylpiperonyl) ether", "(butylcarbityl)(6-propylpiperonyl)ether", "3 4-methylendioxy-6-propylbenzyl-n-butyl-diaethylenglykolaether", "7439-92-1[rn]", "ethanol butoxide", "3,4-methylenedioxy-6-propylbenzyl-n-butyl-diaethylenglykolaether[german]", "nia 5273", "3,4-methylenedioxy-6-propylbenzyl n-butyl diethyleneglycol ether", "1 3-benzodioxole,5-[[2- (2-butoxyethoxy)ethoxy]methyl]-6-propyl-", "para pio", "6-(propylpiperonyl)butylcarbityl ether", "benzodioxole 5-((2-(2-butoxyethoxy)ethoxy)methyl)-6-propyl-", "butyl-carbityl (6-propylpiperonyl) ether", "d010882", "(3,4-methylenedioxy-6-propylbenzyl)(butyl) diethyleneglicol ether", "5-{[(2-{[2-(butyloxy)ethyl]oxy}ethyl)oxy]methyl}-6-propyl-1,3-benzodioxole", "51-03-6", "obilique", "anvil 2+2 ulv", "12750-92-4[rn]", "1,3-benzodioxole,5-[[2-(2-butoxyethoxy)ethoxy]methyl]-6-propyl-", "[3,4-(methylenedioxy)-6-propylbenzyl] butyl diethyleneglycol ether", "288063[beilstein]", "3,4-methylenedioxy-6-propylbenzyl n-butyldiethyleneglycol ether", "2-(2-butoxyethoxy)ethyl 6-propylpiperonyl ether", "4,5-methylenedioxy-2-propylbenzyldiethyleneglycol butyl ether", "pybuthrin", "raid", "rid mousse", "5-{[2-(2-butoxyethoxy)ethoxy]methyl}-6-propyl-1,3-benzodioxol", "5-((2-(2-butoxyethoxy)ethoxy)methyl)-6-propyl-1,3-benzodioxole", "6-(propylpiperonyl)-butyl carbityl ether", "200-076-7[einecs]", "propylpiperonyl butyl diethyleneglycol ether", "54-91-1[rn]", "piperonyl butoxide [ban]", "63993-73-7[rn]", "5-[[2-(2-butoxyethoxy)ethoxy]methyl]-6-propyl-1,3-benzodioxole", "5-propyl-4-(2,5,8-trioxa-dodecyl)-1,3-benzodioxole", "2-(2-butoxyethoxy)-1-[(6-propyl(2h-benzo[d]1,3-dioxolen-5-yl))methoxy]ethane", "231-100-4[einecs]", "vex.", "a-[2-(2-butoxyethoxy)ethoxy]-4,5-methylenedioxy-2-propyltoluene", "51-03-6[rn]", "synpren-fish", "butoxide piperonyl", "alleviate", "5-{[2-(2-butoxyethoxy)ethoxy]methyl}-6-propyl-1,3-benzodioxole[acd/iupac name]", "3/6/1951", "butylcarbityl (6-propylpiperonyl) ether"}|>, "3685" -> <|"DatabaseID" -> "SW02309", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3558]}, "IsomericSmiles" -> "CC1=C(C(=O)C(=C(C1=O)OC)OC)CCCCCCCCCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01750"]}, "OfficialNames" -> <|"Indian Approved Name" -> "idebenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3686]}, "Synonyms" -> {"idebenone", "brn 2001459", "mnesis", "snt-mc17", "2-(10-hydroxy-decyl)-5,6-dimethoxy-3-methyl-[1,4]benzoquinone", "2,3-dimethoxy-5-methyl-6-(10'-hydroxydecyl)-1,4-benzoquinone", "idebenone[wiki]", "2-(10-hydroxydecyl)-5", "idebenonum [latin]", "idebenone [inn:jan][inn][jan]", "2-(10-hydroxydecyl)-5,6-dimethoxy-3-methyl-p-benzoquinone", "avan", "avan;", "6-(10-hydroxydecyl)-2", "6-(10-hydroxydecyl)ubiquinone", "idebenonum[latin]", "cv 2619", "6-(10-hydroxydecyl)-2,3-dimethoxy-5-methylcyclohexa-2,5-diene-1,4-dione", "ncgc00160514-01", "2,5-cyclohexadiene-1,4-dione 2-(10-hydroxydecyl)-5,6-dimethoxy-3-methyl-", "cv-2619", "58186-27-9", "2-(10-hydroxydecyl)-5,6-dimethoxy-3-methylcyclohexa-2,5-diene-1,4-dione", "58186-27-9[rn]", "2-(10-hydroxydecyl)-5,6-dimethoxy-3-methyl-1,4-benzoquinone[acd/iupac name]", "2-(10-hydroxydecyl)-5,6-dimethoxy-3-methyl-2,5-cyclohexadiene-1,4-dione", "cerestabon", "avan;cerestabon;daruma;esanic;geniceral;idesol;lucenabol;mnesis;nemocebral", "2,5-cyclohexadiene-1,4-dione 5,6-dimethoxy-2-(10-hydroxydecyl)-3-methyl-", "6-(10-hydroxydecyl)-2,3-dimethoxy-5-methyl-1,4-benzoquinone", "idebenona [spanish]", "5,6-dimethoxy-2-(10-hydroxydecyl)-3-methyl-1,4-benzoquinone", "[58186-27-9]", "idebenona[spanish]"}|>, "3686" -> <|"DatabaseID" -> "SW02310", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4975"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3208]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00927"]}, "IsomericSmiles" -> "c1c(nc(s1)[NH+]=C(N)N)CSCCC(=NS(=O)(=O)N)N", "OfficialNames" -> <|"Indian Approved Name" -> "famotidine", "FDA Approved Drug" -> "FAMOTIDINE"|>, "Synonyms" -> {"digervin", "fluxid", "fanox", "hacip", "mylanta ar", "dibrit 40", "famodil", "famodin", "gastropen", "pepdif", "famodar", "ulfagel", "pepcidine", "neocidine", "propanimidamide n'-(aminosulfonyl)-3-(((2-((diaminomethylene)amino)-4-thiazolyl)methyl)thio)-", "pepcidina", "famogard", "vagostal", "brolin", "dispronil", "famovane", "whitidin", "farmotex", "renapepsa", "ulcatif", "fanobel", "fagastine", "muclox", "fadyn", "dinul", "motiax", "gastrodomina", "ulfam", "cepal", "blocacid", "evatin", "notidin", "ulceprax", "ulgarine", "duovel", "ferotine", "lecedil", "apogastine", "midefam", "invigan", "quamatel", "ulfinol", "fanosin", "apo-famotidine", "gastridin", "peptidin", "bestidine", "nu-famotidine", "famocid", "durater", "panalba", "tairal", "pepzan", "weimok", "famotep", "gastridan", "ganor", "pepdine", "pepdul", "famox", "confobos", "famos", "famopsin", "tipodex", "huberdina", "pepcid rpd", "amfamox", "ulcofam", "fudone", "famonit", "gastrofam", "gastrosidin", "famowal", "pepfamin", "famtac", "antodine", "famodine", "cronol", "pepcidin rapitab", "quamtel", "tamin", "famulcer", "rubacina", "restadin", "rogasti", "purifam", "cuantin", "sedanium-r", "topcid", "ingastri", "supertidine", "nulcerin", "famoxal", "mensoma", "famo", "yamarin", "gastrion", "fadine", "dipsin", "ulfamid", "fibonel", "nulceran", "pepcid ac", "sigafam", "dispromil", "famotin", "novo-famotidine", "pepcidin", "famosan", "nevofam", "peptifam", "fadin", "peptan", "famotal", "pepcid[wiki]", "mosul", "propanimidamide 3-[[[2-[(aminoiminomethyl)amino]-4-thiazolyl]methyl]thio]-n-(aminosulfonyl)-", "n'-(aminosulfonyl)-3-([2-(diaminomethyleneamino)-4-thiazolyl]methylthio)propanamidine", "76824-35-6[rn]", "gastro[wiki]", "pepcid ac gelcaps", "amifatidine;famodil;ganor;gaster;gastridin;motiax;pepcid;pepcidac;pepcidine;pepdine;pepdul", "famotidine", "3-[({2-[(diaminomethylene)amino]-1,3-thiazol-4-yl}methyl)sulfanyl]-n'-sulfamoylpropanimidamide[acd/iupac name]", "h2 bloc", "propanimidamide n-(aminosulfonyl)-3-[[[2-[(diaminomethylene)amino]-4-thiazolyl]methyl]thio]-", "propanimidamide 3-(((2-((aminoiminomethyl)amino)-4-thiazolyl)methyl)thio)-n-(aminosulfonyl)-", "(1z)-3-[({2-[(diaminomethylidene)amino]-1,3-thiazol-4-yl}methyl)sulfanyl]-n'-sulfamoylpropanimidamide", "3-[[2-(diaminomethylideneamino)-1,3-thiazol-4-yl]methylsulfanyl]-n'-sulfamoyl-propanimidamide", "(1-amino-3-(((2-((diaminomethylene)amino)-4-thiazolyl)methyl)thio)propylidene)sulfamide", "3-[[2-(diaminomethylideneamino)-1,3-thiazol-4-yl]methylsulfanyl]-n'-sulfamoylpropanimidamide", "pepcid (tn)", "(z)-3-((2-(diaminomethyleneamino)thiazol-4-yl)methylthio)-n'-sulfamoylpropanimidamide", "n-sulfamoyl-3-((2-guanidinothiazol-4-yl)methylthio)propionamide", "propanimidamide 3-[[[2-[aminoiminomethyl)amino]-4-thiazoyl]methyl]thio]-n-(aminosulfonyl)", "n'-(aminosulfonyl)-3-[({2-[(diaminomethylidene)amino]-1,3-thiazol-4-yl}methyl)sulfanyl]propanimidamide", "gaster[wiki]", "3-[({2-[(diaminomethylidene)amino]-1,3-thiazol-4-yl}methyl)sulfanyl]-n-sulfamoylpropanimidamide", "pepcidin pepcidine", "[1-amino-3-[[[2-[(diaminomethylene)amino]-4-thiazolyl]methyl]thio]propylidene]sulfamide", "3-[({2-[(diaminomethylidene)amino]-1,3-thiazol-4-yl}methyl)sulfanyl]-n'-sulfamoylpropanimidamide", "mosul[wiki]", "amifatidine;", "gastro", "pepcid", "5767271[beilstein]", "pepcid ac (geltab)", "3-{[(2-carbamimidamido-1,3-thiazol-4-yl)methyl]sulfanyl}-n-sulfamoylpropanimidamide", "gastric receptor i", "famotidine[wiki]", "(1z)-n'-(aminosulfonyl)-3-[({2-[(diaminomethylene)amino]-1,3-thiazol-4-yl}methyl)thio]propanimidamide (famotidine)", "famotidina[spanish]", "3-(((2-((diaminomethylene)amino)-4-thiazolyl)methyl)thio)-n(sup2)-sulfamoylpropionamidine", "logos", "tl8005267", "famotidinum[latin]", "(1z)-3-[({2-[(diaminomethylene)amino]-1,3-thiazol-4-yl}methyl)sulfanyl]-n'-sulfamoylpropanimidamide", "famotidina [spanish]", "(1z)-n'-(aminosulfonyl)-3-[({2-[(diaminomethylene)amino]-1,3-thiazol-4-yl}methyl)thio]propanimidamide", "3-[[[2-[(aminoiminomethyl)amino]-4-thiazolyl]methyl]thio]-n-(aminosulfonyl)propanimidamide", "(1z)-n'-(aminosulfonyl)-3-[({2-[(diaminomethylidene)amino]-1,3-thiazol-4-yl}methyl)thio]propanimidamide", "famotidine [usan:ban:inn:jan][inn][jan][usan]", "propanimidamide n'-(aminosulfonyl)-3-[[[2-[(diaminomethylene)amino]-4-thiazolyl]methyl]thio]-", "famotidinum [latin]", "(1z)-2-amino-4-{[2-(2,2-diamino-1-azavinyl)(1,3-thiazol-4-yl)]methylthio}-1-azabut-1-enesulfonamide", "pepcidac", "3-{[(2-carbamimidamido-1,3-thiazol-4-yl)methyl]sulfanyl}-n-sulfamoylpropanimidamid", "n-sulfamoyl-3-[(2-guanidinothiazol-4-yl)methylthio]propionamide", "propanimidamide n'-(aminosulfonyl)-3-[[[2-[(diaminomethylene)amino]-4-thiazolyl]methyl]thio]- (1z)-", "(z)-3-(((2-((diaminomethylene)amino)thiazol-4-yl)methyl)thio)-n'-sulfamoylpropanimidamide", "propanimidamide n'-(aminosulfonyl)-3-(((2-((diaminomethylene)amino)-4-thiazoly)methyl)thio)-", "3-(2-guanidino-thiazol-4-ylmethylsulfanyl)-n-sulfonylamino-propionamidine", "h2r", "3-(((2-((aminoiminomethyl)amino)-4-thiazolyl)methyl)thio)-n-(aminosulfonyl)propanimidamide", "gaster", "n'-(aminosulfonyl)-3-(((2-((diaminomethylene)amino)-4-thiazolyl)methyl)thio)propanimidamide"}|>, "3687" -> <|"DatabaseID" -> "SW02310", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4975"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3208]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00927"]}, "IsomericSmiles" -> "c1c(nc(s1)[NH+]=C(N)N)CSCCC(=NS(=O)(=O)N)N", "OfficialNames" -> <|"Indian Approved Name" -> "famotidine", "FDA Approved Drug" -> "FAMOTIDINE"|>, "Synonyms" -> {"digervin", "fluxid", "fanox", "hacip", "mylanta ar", "dibrit 40", "famodil", "famodin", "gastropen", "pepdif", "famodar", "ulfagel", "pepcidine", "neocidine", "propanimidamide n'-(aminosulfonyl)-3-(((2-((diaminomethylene)amino)-4-thiazolyl)methyl)thio)-", "pepcidina", "famogard", "vagostal", "brolin", "dispronil", "famovane", "whitidin", "farmotex", "renapepsa", "ulcatif", "fanobel", "fagastine", "muclox", "fadyn", "dinul", "motiax", "gastrodomina", "ulfam", "cepal", "blocacid", "evatin", "notidin", "ulceprax", "ulgarine", "duovel", "ferotine", "lecedil", "apogastine", "midefam", "invigan", "quamatel", "ulfinol", "fanosin", "apo-famotidine", "gastridin", "peptidin", "bestidine", "nu-famotidine", "famocid", "durater", "panalba", "tairal", "pepzan", "weimok", "famotep", "gastridan", "ganor", "pepdine", "pepdul", "famox", "confobos", "famos", "famopsin", "tipodex", "huberdina", "pepcid rpd", "amfamox", "ulcofam", "fudone", "famonit", "gastrofam", "gastrosidin", "famowal", "pepfamin", "famtac", "antodine", "famodine", "cronol", "pepcidin rapitab", "quamtel", "tamin", "famulcer", "rubacina", "restadin", "rogasti", "purifam", "cuantin", "sedanium-r", "topcid", "ingastri", "supertidine", "nulcerin", "famoxal", "mensoma", "famo", "yamarin", "gastrion", "fadine", "dipsin", "ulfamid", "fibonel", "nulceran", "pepcid ac", "sigafam", "dispromil", "famotin", "novo-famotidine", "pepcidin", "famosan", "nevofam", "peptifam", "fadin", "peptan", "famotal", "pepcid[wiki]", "mosul", "propanimidamide 3-[[[2-[(aminoiminomethyl)amino]-4-thiazolyl]methyl]thio]-n-(aminosulfonyl)-", "n'-(aminosulfonyl)-3-([2-(diaminomethyleneamino)-4-thiazolyl]methylthio)propanamidine", "76824-35-6[rn]", "gastro[wiki]", "pepcid ac gelcaps", "amifatidine;famodil;ganor;gaster;gastridin;motiax;pepcid;pepcidac;pepcidine;pepdine;pepdul", "famotidine", "3-[({2-[(diaminomethylene)amino]-1,3-thiazol-4-yl}methyl)sulfanyl]-n'-sulfamoylpropanimidamide[acd/iupac name]", "h2 bloc", "propanimidamide n-(aminosulfonyl)-3-[[[2-[(diaminomethylene)amino]-4-thiazolyl]methyl]thio]-", "propanimidamide 3-(((2-((aminoiminomethyl)amino)-4-thiazolyl)methyl)thio)-n-(aminosulfonyl)-", "(1z)-3-[({2-[(diaminomethylidene)amino]-1,3-thiazol-4-yl}methyl)sulfanyl]-n'-sulfamoylpropanimidamide", "3-[[2-(diaminomethylideneamino)-1,3-thiazol-4-yl]methylsulfanyl]-n'-sulfamoyl-propanimidamide", "(1-amino-3-(((2-((diaminomethylene)amino)-4-thiazolyl)methyl)thio)propylidene)sulfamide", "3-[[2-(diaminomethylideneamino)-1,3-thiazol-4-yl]methylsulfanyl]-n'-sulfamoylpropanimidamide", "pepcid (tn)", "(z)-3-((2-(diaminomethyleneamino)thiazol-4-yl)methylthio)-n'-sulfamoylpropanimidamide", "n-sulfamoyl-3-((2-guanidinothiazol-4-yl)methylthio)propionamide", "propanimidamide 3-[[[2-[aminoiminomethyl)amino]-4-thiazoyl]methyl]thio]-n-(aminosulfonyl)", "n'-(aminosulfonyl)-3-[({2-[(diaminomethylidene)amino]-1,3-thiazol-4-yl}methyl)sulfanyl]propanimidamide", "gaster[wiki]", "3-[({2-[(diaminomethylidene)amino]-1,3-thiazol-4-yl}methyl)sulfanyl]-n-sulfamoylpropanimidamide", "pepcidin pepcidine", "[1-amino-3-[[[2-[(diaminomethylene)amino]-4-thiazolyl]methyl]thio]propylidene]sulfamide", "3-[({2-[(diaminomethylidene)amino]-1,3-thiazol-4-yl}methyl)sulfanyl]-n'-sulfamoylpropanimidamide", "mosul[wiki]", "amifatidine;", "gastro", "pepcid", "5767271[beilstein]", "pepcid ac (geltab)", "3-{[(2-carbamimidamido-1,3-thiazol-4-yl)methyl]sulfanyl}-n-sulfamoylpropanimidamide", "gastric receptor i", "famotidine[wiki]", "(1z)-n'-(aminosulfonyl)-3-[({2-[(diaminomethylene)amino]-1,3-thiazol-4-yl}methyl)thio]propanimidamide (famotidine)", "famotidina[spanish]", "3-(((2-((diaminomethylene)amino)-4-thiazolyl)methyl)thio)-n(sup2)-sulfamoylpropionamidine", "logos", "tl8005267", "famotidinum[latin]", "(1z)-3-[({2-[(diaminomethylene)amino]-1,3-thiazol-4-yl}methyl)sulfanyl]-n'-sulfamoylpropanimidamide", "famotidina [spanish]", "(1z)-n'-(aminosulfonyl)-3-[({2-[(diaminomethylene)amino]-1,3-thiazol-4-yl}methyl)thio]propanimidamide", "3-[[[2-[(aminoiminomethyl)amino]-4-thiazolyl]methyl]thio]-n-(aminosulfonyl)propanimidamide", "(1z)-n'-(aminosulfonyl)-3-[({2-[(diaminomethylidene)amino]-1,3-thiazol-4-yl}methyl)thio]propanimidamide", "famotidine [usan:ban:inn:jan][inn][jan][usan]", "propanimidamide n'-(aminosulfonyl)-3-[[[2-[(diaminomethylene)amino]-4-thiazolyl]methyl]thio]-", "famotidinum [latin]", "(1z)-2-amino-4-{[2-(2,2-diamino-1-azavinyl)(1,3-thiazol-4-yl)]methylthio}-1-azabut-1-enesulfonamide", "pepcidac", "3-{[(2-carbamimidamido-1,3-thiazol-4-yl)methyl]sulfanyl}-n-sulfamoylpropanimidamid", "n-sulfamoyl-3-[(2-guanidinothiazol-4-yl)methylthio]propionamide", "propanimidamide n'-(aminosulfonyl)-3-[[[2-[(diaminomethylene)amino]-4-thiazolyl]methyl]thio]- (1z)-", "(z)-3-(((2-((diaminomethylene)amino)thiazol-4-yl)methyl)thio)-n'-sulfamoylpropanimidamide", "propanimidamide n'-(aminosulfonyl)-3-(((2-((diaminomethylene)amino)-4-thiazoly)methyl)thio)-", "3-(2-guanidino-thiazol-4-ylmethylsulfanyl)-n-sulfonylamino-propionamidine", "h2r", "3-(((2-((aminoiminomethyl)amino)-4-thiazolyl)methyl)thio)-n-(aminosulfonyl)propanimidamide", "gaster", "n'-(aminosulfonyl)-3-(((2-((diaminomethylene)amino)-4-thiazolyl)methyl)thio)propanimidamide"}|>, "3688" -> <|"DatabaseID" -> "SW02311", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91814]}, "IsomericSmiles" -> "C[NH+]1[C@@H](CCC[C@@H]1CC(=O)c2ccccc2)C[C@@H](c3ccccc3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02364"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lobeline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101616]}, "Synonyms" -> {"(-)-lobeline", "inflatine", "lobron", "lobeline", "90-69-7", "98-96-4[rn]", "lobelinum [inn_en]", "zoolobelin", "lobeline sulfate", "lobeline hydrochloride", "134-63-4[rn]", "lobelinum", "134-64-5[rn]", "[2r-[2a,6a(s*)]]-2-[6-(2-hydroxy-2-phenylethyl)-1-methyl-2-piperidinyl]-1-phenylethanone", "134-63-4", "202-012-3[einecs]", "ncgc00024378-05", "alpha-lobeline hydrochloride", "2-{(2r,6s)-6-[(2s)-2-hydroxy-2-phenylethyl]-1-methylpiperidin-2-yl}-1-phenylethanone", "ethanone,2-[(2r,6s)-6-[(2s)-2-hydroxy-2-phenylethyl]-1-methyl-2-piperidinyl]-1-phenyl-", "lobelina", "bantron", "lobeline sulphate", "90-69-7[rn]", "alpha-lobeline", "lobeline[wiki][inn]", "chebi:48723"}|>, "3689" -> <|"DatabaseID" -> "SW02311", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91814]}, "IsomericSmiles" -> "C[NH+]1[C@@H](CCC[C@@H]1CC(=O)c2ccccc2)C[C@@H](c3ccccc3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02364"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lobeline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101616]}, "Synonyms" -> {"(-)-lobeline", "inflatine", "lobron", "lobeline", "90-69-7", "98-96-4[rn]", "lobelinum [inn_en]", "zoolobelin", "lobeline sulfate", "lobeline hydrochloride", "134-63-4[rn]", "lobelinum", "134-64-5[rn]", "[2r-[2a,6a(s*)]]-2-[6-(2-hydroxy-2-phenylethyl)-1-methyl-2-piperidinyl]-1-phenylethanone", "134-63-4", "202-012-3[einecs]", "ncgc00024378-05", "alpha-lobeline hydrochloride", "2-{(2r,6s)-6-[(2s)-2-hydroxy-2-phenylethyl]-1-methylpiperidin-2-yl}-1-phenylethanone", "ethanone,2-[(2r,6s)-6-[(2s)-2-hydroxy-2-phenylethyl]-1-methyl-2-piperidinyl]-1-phenyl-", "lobelina", "bantron", "lobeline sulphate", "90-69-7[rn]", "alpha-lobeline", "lobeline[wiki][inn]", "chebi:48723"}|>, "3690" -> <|"DatabaseID" -> "SW02312", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182258]}, "IsomericSmiles" -> "C[N+]1(CCCCC1)CC2COC(O2)(c3ccccc3)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01600"]}, "OfficialNames" -> <|"NPC Approved Name" -> "gastrophyllin-a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210301]}, "Synonyms" -> {"anacolin", "gastrophyllin-a", "diphenylpiperidinomethyldioxolan iodide", "1-(2", "diphenylpiperidinomethyldioxolan iodide (jan)", "24092-46-4[rn]", "n-(2,2-diphenyl-1,3-dioxolanyl-4-methyl)piperidium methyl iodide", "piperidinium 1-(2,2-diphenyl-1,3-dioxolan-4-ylmethyl)-1-methyl- iodide", "gastrophyllin-a (tn)", "piperidinium", "1-[(2,2-diphenyl-1,3-dioxolan-4-yl)methyl]-1-methylpiperidiniumiodide", "2,2-diphenyl-4-piperidinomethyl-dioxolane-1,3 methiodide", "2", "1-[(2", "anc-53", "21216-78-4[rn]", "1-(2,2-diphenyl-1,3-dioxolan-4-ylmethyl)-1-methylpiperidinium iodide", "diphenylpiperidinomethyldioxolan iodide [jan]", "21100-31-2[rn]", "21216-78-4"}|>, "3691" -> <|"DatabaseID" -> "SW02312", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182258]}, "IsomericSmiles" -> "C[N+]1(CCCCC1)CC2COC(O2)(c3ccccc3)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01600"]}, "OfficialNames" -> <|"NPC Approved Name" -> "gastrophyllin-a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210301]}, "Synonyms" -> {"anacolin", "gastrophyllin-a", "diphenylpiperidinomethyldioxolan iodide", "1-(2", "diphenylpiperidinomethyldioxolan iodide (jan)", "24092-46-4[rn]", "n-(2,2-diphenyl-1,3-dioxolanyl-4-methyl)piperidium methyl iodide", "piperidinium 1-(2,2-diphenyl-1,3-dioxolan-4-ylmethyl)-1-methyl- iodide", "gastrophyllin-a (tn)", "piperidinium", "1-[(2,2-diphenyl-1,3-dioxolan-4-yl)methyl]-1-methylpiperidiniumiodide", "2,2-diphenyl-4-piperidinomethyl-dioxolane-1,3 methiodide", "2", "1-[(2", "anc-53", "21216-78-4[rn]", "1-(2,2-diphenyl-1,3-dioxolan-4-ylmethyl)-1-methylpiperidinium iodide", "diphenylpiperidinomethyldioxolan iodide [jan]", "21100-31-2[rn]", "21216-78-4"}|>, "3692" -> <|"DatabaseID" -> "SW02313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478490]}, "IsomericSmiles" -> "CCC(C1C=CCC2[NH+]1CCCN(CCCCNC(=O)C2)C=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "palustridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320389]}, "Synonyms" -> {"17-(1-hydroxypropyl)-11-oxo-1", "ac1nszf5", "palustridine"}|>, "3693" -> <|"DatabaseID" -> "SW02313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478490]}, "IsomericSmiles" -> "CCC(C1C=CCC2[NH+]1CCCN(CCCCNC(=O)C2)C=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "palustridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320389]}, "Synonyms" -> {"17-(1-hydroxypropyl)-11-oxo-1", "ac1nszf5", "palustridine"}|>, "3694" -> <|"DatabaseID" -> "SW02313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478490]}, "IsomericSmiles" -> "CCC(C1C=CCC2[NH+]1CCCN(CCCCNC(=O)C2)C=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "palustridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320389]}, "Synonyms" -> {"17-(1-hydroxypropyl)-11-oxo-1", "ac1nszf5", "palustridine"}|>, "3695" -> <|"DatabaseID" -> "SW02313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478490]}, "IsomericSmiles" -> "CCC(C1C=CCC2[NH+]1CCCN(CCCCNC(=O)C2)C=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "palustridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320389]}, "Synonyms" -> {"17-(1-hydroxypropyl)-11-oxo-1", "ac1nszf5", "palustridine"}|>, "3696" -> <|"DatabaseID" -> "SW02313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478490]}, "IsomericSmiles" -> "CCC(C1C=CCC2[NH+]1CCCN(CCCCNC(=O)C2)C=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "palustridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320389]}, "Synonyms" -> {"17-(1-hydroxypropyl)-11-oxo-1", "ac1nszf5", "palustridine"}|>, "3697" -> <|"DatabaseID" -> "SW02313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478490]}, "IsomericSmiles" -> "CCC(C1C=CCC2[NH+]1CCCN(CCCCNC(=O)C2)C=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "palustridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320389]}, "Synonyms" -> {"17-(1-hydroxypropyl)-11-oxo-1", "ac1nszf5", "palustridine"}|>, "3698" -> <|"DatabaseID" -> "SW02313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478490]}, "IsomericSmiles" -> "CCC(C1C=CCC2[NH+]1CCCN(CCCCNC(=O)C2)C=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "palustridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320389]}, "Synonyms" -> {"17-(1-hydroxypropyl)-11-oxo-1", "ac1nszf5", "palustridine"}|>, "3699" -> <|"DatabaseID" -> "SW02313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478490]}, "IsomericSmiles" -> "CCC(C1C=CCC2[NH+]1CCCN(CCCCNC(=O)C2)C=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "palustridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320389]}, "Synonyms" -> {"17-(1-hydroxypropyl)-11-oxo-1", "ac1nszf5", "palustridine"}|>, "3700" -> <|"DatabaseID" -> "SW02314", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3654"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2631]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00310"]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)NC2(c3ccc(c(c3)S(=O)(=O)N)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00272"]}, "OfficialNames" -> <|"Indian Approved Name" -> "chlorthalidone", "FDA Approved Drug" -> "CHLORTHALIDONE"|>, "PharmGKBID" -> "PA448970", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2732]}, "Synonyms" -> {"natriuran", "chlorphthalidolone", "thalitone", "phthalamudine", "hygroton", "chlorthalidone", "phthalamodine", "chlorthalidon", "chlortalidone", "chlorothalidone", "igroton", "oradil", "isoren", "saluretin", "zambesil", "hydro-long", "higroton", "tenoretic", "oxodolin", "2-chlor-5-(1-hydroxy-3-oxo-2,3-dihydro-1h-isoindol-1-yl)benzolsulfonamid", "clortalidona[spanish][inn]", "2-chloro-5-(1-hydroxy-3-oxoisoindolinyl)benzenesulfonamide", "1-oxo-3-(3-sulfamyl-4-chlorophenyl)-3-hydroxyisoindoline", "kidney-specific na-k-cl symporter", "2-chloro-5-(2,3-dihydro-1-hydroxy-3-oxo-1h-isoindol-1-yl)benzenesulfonamide", "combipres", "benzenesulfonamide 2-chloro-5- (2,3-dihydro-1-hydroxy-3-oxo-1h-isoindol-1-yl)-", "3-hydroxy-3-(4-chloro-3-sulfamylphenyl)phthalimidine", "hydroton", "oksodolin (oxodolin)", "hygroton (tn)", "74658-80-3[rn]", "5-22-07-00602", "hygroton[wiki]", "benzenesulfonamide 2-chloro-5- (1-hydroxy-3-oxo-1-isoindolinyl)-", "racemic chlorthalidone", "5-22-07-00602 (beilstein handbook reference)[beilstein]", "chlortalidone[wiki]", "bumetanide-sensitive sodium-(potassium)-chloride cotransporter 2", "chlorthalidone[wiki][usp]", "201-022-5[einecs]", "1-keto-3-(3'-sulfamyl-4'-chlorophenyl)-3-hydroxyisoindoline", "3-(4'-chloro-3'-sulfamoylphenyl)-3-hydroxyphthalimidine", "benzenesulfonamide 2-chloro-5-(2,3-dihydro-1-hydroxy-3-oxo-1h-isoindol-1-yl)-", "2-chloro-5-(1-hydroxy-3-oxo-2h-isoindol-1-yl)benzenesulfonamide", "chlorthalidone [usan:ban][usan]", "tenoretic (chlorthalidone + atenolol)_mixture", "2-chloro-5-(3-hydroxy-1-oxoisoindolin-3-yl)benzenesulfonamide", "component of regroton", "renon[wiki]", "2-chloro-5-(1-hydroxy-3-oxo-2,3-dihydro-1h-isoindol-1-yl)benzenesulfonamide[acd/iupac name]", "chlortalidonum[latin]", "tenoretic[wiki]", "clortalidone [dcit]", "chlorphthalidone", "2-chloro-5-(1-hydroxy-3-oxo-1-isoindolinyl)benzenesulfonamide", "312295[beilstein]", "benzenesulfonamide 2-chloro-5-(1-hydroxy-3-oxo-1-isoindolinyl)-", "77-36-1[rn]", "renon", "clodronic acid", "337376-15-5"}|>, "3701" -> <|"DatabaseID" -> "SW02314", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3654"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2631]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00310"]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)NC2(c3ccc(c(c3)S(=O)(=O)N)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00272"]}, "OfficialNames" -> <|"Indian Approved Name" -> "chlorthalidone", "FDA Approved Drug" -> "CHLORTHALIDONE"|>, "PharmGKBID" -> "PA448970", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2732]}, "Synonyms" -> {"natriuran", "chlorphthalidolone", "thalitone", "phthalamudine", "hygroton", "chlorthalidone", "phthalamodine", "chlorthalidon", "chlortalidone", "chlorothalidone", "igroton", "oradil", "isoren", "saluretin", "zambesil", "hydro-long", "higroton", "tenoretic", "oxodolin", "2-chlor-5-(1-hydroxy-3-oxo-2,3-dihydro-1h-isoindol-1-yl)benzolsulfonamid", "clortalidona[spanish][inn]", "2-chloro-5-(1-hydroxy-3-oxoisoindolinyl)benzenesulfonamide", "1-oxo-3-(3-sulfamyl-4-chlorophenyl)-3-hydroxyisoindoline", "kidney-specific na-k-cl symporter", "2-chloro-5-(2,3-dihydro-1-hydroxy-3-oxo-1h-isoindol-1-yl)benzenesulfonamide", "combipres", "benzenesulfonamide 2-chloro-5- (2,3-dihydro-1-hydroxy-3-oxo-1h-isoindol-1-yl)-", "3-hydroxy-3-(4-chloro-3-sulfamylphenyl)phthalimidine", "hydroton", "oksodolin (oxodolin)", "hygroton (tn)", "74658-80-3[rn]", "5-22-07-00602", "hygroton[wiki]", "benzenesulfonamide 2-chloro-5- (1-hydroxy-3-oxo-1-isoindolinyl)-", "racemic chlorthalidone", "5-22-07-00602 (beilstein handbook reference)[beilstein]", "chlortalidone[wiki]", "bumetanide-sensitive sodium-(potassium)-chloride cotransporter 2", "chlorthalidone[wiki][usp]", "201-022-5[einecs]", "1-keto-3-(3'-sulfamyl-4'-chlorophenyl)-3-hydroxyisoindoline", "3-(4'-chloro-3'-sulfamoylphenyl)-3-hydroxyphthalimidine", "benzenesulfonamide 2-chloro-5-(2,3-dihydro-1-hydroxy-3-oxo-1h-isoindol-1-yl)-", "2-chloro-5-(1-hydroxy-3-oxo-2h-isoindol-1-yl)benzenesulfonamide", "chlorthalidone [usan:ban][usan]", "tenoretic (chlorthalidone + atenolol)_mixture", "2-chloro-5-(3-hydroxy-1-oxoisoindolin-3-yl)benzenesulfonamide", "component of regroton", "renon[wiki]", "2-chloro-5-(1-hydroxy-3-oxo-2,3-dihydro-1h-isoindol-1-yl)benzenesulfonamide[acd/iupac name]", "chlortalidonum[latin]", "tenoretic[wiki]", "clortalidone [dcit]", "chlorphthalidone", "2-chloro-5-(1-hydroxy-3-oxo-1-isoindolinyl)benzenesulfonamide", "312295[beilstein]", "benzenesulfonamide 2-chloro-5-(1-hydroxy-3-oxo-1-isoindolinyl)-", "77-36-1[rn]", "renon", "clodronic acid", "337376-15-5"}|>, "3702" -> <|"DatabaseID" -> "SW02315", "IsomericSmiles" -> "c1nc2c(n1/C=C\\3/CC3(CCP(=O)([O-])[O-])CO)[nH]c(nc2=O)N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "6-hydroxymethy-luumazin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45272091]}, "Synonyms" -> {"chembl554910", "(z)-9-{[2-(hydroxymethy)l-2-(2-phosphonoethyl)-cyclopropylidene]methyl}guanine"}|>, "3703" -> <|"DatabaseID" -> "SW02315", "IsomericSmiles" -> "c1nc2c(n1/C=C\\3/CC3(CCP(=O)([O-])[O-])CO)[nH]c(nc2=O)N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "6-hydroxymethy-luumazin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45272091]}, "Synonyms" -> {"chembl554910", "(z)-9-{[2-(hydroxymethy)l-2-(2-phosphonoethyl)-cyclopropylidene]methyl}guanine"}|>, "3704" -> <|"DatabaseID" -> "SW02316", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63631"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447672]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00273"]}, "IsomericSmiles" -> "CC1(O[C@@H]2CO[C@@]3([C@H]([C@@H]2O1)OC(O3)(C)C)COS(=O)(=O)N)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00537"]}, "OfficialNames" -> <|"Indian Approved Name" -> "topiramate", "Australia Approved Name" -> "TOPIRAMATE", "FDA Approved Drug" -> "TOPIRAMATE"|>, "PharmGKBID" -> "PA451728", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284627]}, "Synonyms" -> {"topiramate", "topamax", "97240-79-4", "topimax", "epitomax", "topomax", "topamax sprinkle", "topiramato [inn-spanish]", "topiramate[wiki][inn][ban]", "ec 4.2.1.1", "topiramatum [inn-latin]", "topiramatum", "carbonic anhydrase 4 precursor", "2,3:4,5-bis-o-(1-methylethylidene)-b-d-fructopyranosesulfamate", "mcn 4853", "null", "topina", "rwj 17021", "c052342", "tipiramato", "topiramato[spanish][inn]", "rwj 17021-000", "2,3:4,5-bis-o-(1-methylethylidene)-b-d-fucto-pyranosesulfamate", "tipiramate", "tipiramato[spanish]", "[(3as,5ar,8ar,8bs)-2,2,7,7-tetramethyltetrahydro-3ah-bis[1,3]dioxolo[4,5-b:4',5'-d]pyran-3a-yl]methylsulfamat (non-preferred name)[german][acd/iupac name]", "[(3as,5ar,8ar,8bs)-2,2,7,7-tetramethyltetrahydro-3ah-bis[1,3]dioxolo[4,5-b:4',5'-d]pyr-3a-yl]methylsulfamat[german]", "[(3as,5ar,8ar,8bs)-2,2,7,7-tetramethyltetrahydro-3ah-bis[1,3]dioxolo[4,5-b:4',5'-d]pyran-3a-yl]methyl sulfamate (non-preferredname)[acd/iupac name]", "tipiramate[french]", "topiramate tablet", "tl8006021", "topiramic acid", "[(3as,5ar,8ar,8bs)-2,2,7,7-tetramethyltetrahydro-3ah-bis[1,3]dioxolo[4,5-b:4',5'-d]pyran-3a-yl]methyl sulfamate", "ca-iv", "tipiramate [french]", "tipiramato [spanish]", "topiramato", "topamax (tn)", "topiramatum[latin]", "topamax[wiki]", "97240-79-4[rn]", "topiramate; topiramato; topiramatum", "rwj-17021-000", "topiramatum [inn_la]", "2,3:4,5-bis-o-(1-methylethylidene)-36-d-fructo-pyranose sulfamate", "rwj-17021", "337376-15-5", "carbonate dehydratase iv", "mcn-4853", "carbonic anhydrase iv", "tpm"}|>, "3705" -> <|"DatabaseID" -> "SW02317", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4518], ExternalIdentifier["ChemSpiderID", 5859]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01113"]}, "IsomericSmiles" -> "COc1ccc(cc1OC)Cc2c3cc(c(cc3ccn2)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07425"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "papaverine", "Indian Approved Name" -> "papaverine hcl"|>, "PharmGKBID" -> "PA164745550", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4680]}, "Synonyms" -> {"papanerin", "papaverine", "papaverin", "cerespan", "papanerine", "robaxapap", "pavatym", "pavacot", "pavabid", "dilaves", "delapav", "cardoverina", "myobid", "dispamil", "pap h", "cardiospan", "forpavin", "vaso-pav", "alapav", "pavnell", "papaversan", "ro-papav", "drapavel", "papalease", "durapav", "paverolan", "paveron", "papital t.r.", "cerebid", "pavased", "papaverine monohydrochloride", "pavacen", "papaverine chlorohydrate", "dynovas", "panergon", "papaverine hcl", "pavatine", "genabid", "58-74-2", "vasal", "pavabid hp", "pameion", "cepaverin", "paptial t.r.", "pavadel", "artegodan", "papaverinium chloride", "spasmo-nit", "qua bid", "pavatest", "pavacap", "pamelon", "chlorhydrate de papaverine", "papavarine chlorhydrate", "pavakey", "pavagen", "papacon", "optenyl", "pavarine", "pavacels", "therapav", "6,7,3',4'-tetramethoxy-1-benzylisoquinoline hydrochloride", "papaverine hydrochloride[jan][usan]", "ec 3.1.4.17", "papaverine hydrochloride", "pap-kaps-150", "61-25-6[rn]", "isoquinoline 1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-", "1-(3,4-dimethoxybenzyl)-6,7-dimethoxyisoquinoline hydrochloride", "papanerin-hcl", "58-74-2[rn]", "paradow", "isoquinoline 1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxy-", "1121-74-0[rn]", "1-(3,4-dimethoxybenzyl)-6,7-dimethoxyisoquinolinium chloride", "4-[(6,7-dimethoxyisoquinolyl)methyl]-1,2-dimethoxybenzene", "1-(3,4-dimethoxybenzyl)-6,7-dimethoxyisoquinoline[acd/iupac name]", "vasospan", "mesotina", "6,7-dimethoxy-1-(3,4-dimethoxybenzyl)-isoquinoline hydrochloride", "1193-00-6[rn]", "1-(3,4-dimethoxy-benzyl)-6,7-dimethoxy-isoquinoline(papaverine)", "6,7-dimethoxy-1-(3,4-dimethoxybenzyl)isoquinoline hydrochloride", "pavagrant", "1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxyisoquinoline hydrochloride", "58-74-2 (free base )", "5-21-06-00182 (beilstein handbook reference)[beilstein]", "papaverine[wiki]", "persia-perazol", "1-(3,4-dimethoxy-benzyl)-6,7-dimethoxy-isoquinolinium", "copavin", "dipav", "1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxyisoquinoline", "evola[wiki]", "6,7-dimethoxy-1-(3.4-dimethoxybenzyl)-isoquinoline", "isoquinoline 6,7-dimethoxy-1-veratryl-", "isoquinoline 6,7-dimethoxy-1-veratryl- hydrochloride", "globol", "isoquinoline 6,7-dimethoxy-1-veratryl- (8ci)", "1-(3,4-dimethoxy-benzyl)-6,7-dimethoxy-isoquinoline (papaverine)", "phetol", "5-21-06-00182", "lapav", "s-m-r", "pdcb", "isoquinoline 1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy- hydrochloride", "isoquinoline 1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxy- hydrochloride", "1-[(3,4-dimethoxyphenyl)methyl]6,7-dimethoxyisoquinoline", "papaverina[italian]", "200-502-1[einecs]", "1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxyisoquinoline", "ceraspan", "1-(3,4-dimethoxy-benzyl)-6,7-dimethoxy-isoquinoline hydrochloride", "chloride", "6,7-dimethoxy-1-(3,4-dimethoxybenzyl)isoquinoline", "6,7-dimethoxy-1-veratrylisoquinoline hydrochloride", "isoquinoline 6,7-dimethoxy-1-veratryl- hydrochloride (8ci)", "isoquinoline 6,7-dimethoxy-1-veratryl-(8cl)", "papanerin-hcl[german]", "isoquinoline 1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-,hydrochloride", "200-397-2[einecs]", "papaverine chloride", "1-(3,4-dimethoxybenzyl)-6,7-dimethoxyisoquinoline hydrochloride(1:1)[acd/iupac name]", "1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxyisoquinoline hydrochloride", "pavabid artegodan cepaverin optenyl pavagrant", "312930", "1-{[3,4-bis(methyloxy)phenyl]methyl}-6,7-bis(methyloxy)isoquinoline", "4-[(6,7-dimethoxyisoquinolyl)methyl]-1,2-dimethoxybenzene chloride", "1-(3,4-dimethoxy-benzyl)-6,7-dimethoxy-isoquinoline", "73513-56-1[rn]", "cas-61-25-6", "isoquinoline 1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy- hydrochloride (1:1)", "6,7-dimethoxy-1-veratrylisoquinoline", "6,7-dimethoxy-1-veratryl hydrochloride"}|>, "3706" -> <|"DatabaseID" -> "SW02318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4975989]}, "IsomericSmiles" -> "C/C=C\\1/C[NH2+][C@H]2Cc3c4ccccc4[nH]c3C(=O)C[C@@H]1[C@@H]2C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "perivine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6473766]}, "Synonyms" -> {"perivine", "4-demethyl-3-oxovobasan-17-oic acid methyl ester", "perivin", "ls-162291", "2,6-methano-1h-azecino[5,4-b]indole-14-carboxylic acid 5-ethylidene-2,3,4,5,6,7,8,9-octahydro-8-oxo- methyl ester,(2s,5e,6r)-", "brn 0046952", "2673-40-7", "vobasan-17-oic acid 4-demethyl-3-oxo- methyl ester", "indole alkaloid;2,6-methano-1h-azecino[5,4-b]indole-14-carboxylic acid,5-ethylidene-2,3,4,5,6,7,8,9-octahydro-8-oxo- methylester", "vobasan-17-oic acid", "4-25-00-01712 (beilstein handbook reference)", "2673-40-7[rn]", "methyl (1s,14r,15e)-15-ethylidene-12-oxo-10,17-diazatetracyclo[12.3.1.03,11.04,9]octadeca-3(11),4,6,8-tetraene-18-carboxylate", "4-25-00-01712 (beilstein handbook reference)[beilstein]", "2", "chembl521377"}|>, "3707" -> <|"DatabaseID" -> "SW02319", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736434]}, "IsomericSmiles" -> "C[C@H]([C@@H]1[C@H]2CC(=C(N2C1=O)C(=O)[O-])S[C@H]3CCN(C3)C(=[NH2+])C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02509"]}, "OfficialNames" -> <|"NPC Approved Name" -> "panipenem"|>, "Synonyms" -> {"(5r,6s)-6-((r)-1-hydroxy-ethyl)-3-[(s)-1-(1-imino-ethyl)-pyrrolidin-3-ylsulfanyl]-7-oxo-1-aza-bicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "(+)-(5r,6s)-3-[[(s)-1-acetimidoyl-3-pyrrolidinyl]thio]-6-[(r)-1-hydroxyethyl]-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylicacid", "87726-17-8[rn]", "244-525-5[einecs]", "[5r-[3(s*),5a,6a(r*)]]-6-(1-hydroxyethyl)-3-[[1-(1-iminoethyl)-3-pyrrolidinyl]thio]-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "9-bata-d-arabinofuranosyl-2-fluoroadenine; 2-fluoroadenine-9-bata-d-arabinofuranoside", "(5r,6s)-3-{[(3s)-1-ethanimidoylpyrrolidin-3-yl]sulfanyl}-6-[(1r)-1-hydroxyethyl]-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "fludarabine[wiki][inn]", "(5r,6s)-6-[(r)-1-hydroxyethyl]-2-[(s)-1-acetimidoylpyrrolidin-3-ylthio]-1-carbapen-2-em-3-carboxylic acid", "panipenem[jp15]", "1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid 6-[(1r)-1-hydroxyethyl]-3-[[(3s)-1-(1-iminoethyl)-3-pyrrolidinyl]thio]-7-oxo- (5r,6s)-", "carbapenem rs-533", "21679-14-1[rn]", "(+)-(5r,6s)-3-(((s)-1-acetimidoyl-3-pyrrolidinyl)thio)-6-((r)-1-hydroxyethyl)-7-oxo-1-azabicyclo(3.2.0)hept-2-ene-2-carboxylicacid", "carbenin", "5-[(3s)-1-(iminoethyl)pyrrolidin-3-ylthio](1s,6ar)-1-(hydroxyethyl)-2-oxo-1h-azetidino[1,2-d]2-pyrroline-4-carboxylicacid"}|>, "3708" -> <|"DatabaseID" -> "SW02321", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 493453]}, "IsomericSmiles" -> "CC(C[NH+]1CCOCC1)C(c2ccccc2)(c3ccccc3)C(=O)[O-]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "1-diphenylpropane-carboxylic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 567581]}, "Synonyms" -> {"ag-k-19697", "ac1lc0tt", "2-methyl-3-morpholino-1", "3-methyl-4-morpholin-4-yl-2", "m06300000", "m063000000", "3-methyl-4-(4-morpholinyl)-2,2-diphenylbutanoic acid", "moramide - intermediate", "dea no. 9802", "3-methyl-4-(4-morpholinyl)-2", "4-morpholinebutyric acid"}|>, "3709" -> <|"DatabaseID" -> "SW02321", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 493453]}, "IsomericSmiles" -> "CC(C[NH+]1CCOCC1)C(c2ccccc2)(c3ccccc3)C(=O)[O-]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "1-diphenylpropane-carboxylic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 567581]}, "Synonyms" -> {"ag-k-19697", "ac1lc0tt", "2-methyl-3-morpholino-1", "3-methyl-4-morpholin-4-yl-2", "m06300000", "m063000000", "3-methyl-4-(4-morpholinyl)-2,2-diphenylbutanoic acid", "moramide - intermediate", "dea no. 9802", "3-methyl-4-(4-morpholinyl)-2", "4-morpholinebutyric acid"}|>, "3710" -> <|"DatabaseID" -> "SW02322", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51164"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00589"]}, "IsomericSmiles" -> "CCN(CC)C(=O)N[C@@H]1C[NH+]([C@@H]2Cc3c[nH]c4c3c(ccc4)C2=C1)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08132"]}, "OfficialNames" -> <|"NPC Approved Name" -> "lisuride"|>, "PharmGKBID" -> "PA164749019", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 28864]}, "Synonyms" -> {"lisuride", "lysuride", "lisurida [inn-spanish]", "lisuride [inn]", "lisuridum [inn-latin]", "lisuride maleate", "methylergol carbamide", "lysurid", "5-ht-2a", "5- ht-2", "lisuridum", "serotonin receptor 2a", "lisurida"}|>, "3711" -> <|"DatabaseID" -> "SW02322", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51164"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00589"]}, "IsomericSmiles" -> "CCN(CC)C(=O)N[C@@H]1C[NH+]([C@@H]2Cc3c[nH]c4c3c(ccc4)C2=C1)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08132"]}, "OfficialNames" -> <|"NPC Approved Name" -> "lisuride"|>, "PharmGKBID" -> "PA164749019", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 28864]}, "Synonyms" -> {"lisuride", "lysuride", "lisurida [inn-spanish]", "lisuride [inn]", "lisuridum [inn-latin]", "lisuride maleate", "methylergol carbamide", "lysurid", "5-ht-2a", "5- ht-2", "lisuridum", "serotonin receptor 2a", "lisurida"}|>, "3712" -> <|"DatabaseID" -> "SW02323", "IsomericSmiles" -> "C[C@@H]1CCC[C@@H]([NH+]1CCCC(c2ccccc2)(c3ccccn3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01785"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pirmenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724818]}, "Synonyms" -> {"pimenol", "pimenol (tn)", "d01785", "pirmenol hydrochloride hydrate (jan)", "pirmenol hydrochloride hydrate"}|>, "3713" -> <|"DatabaseID" -> "SW02323", "IsomericSmiles" -> "C[C@@H]1CCC[C@@H]([NH+]1CCCC(c2ccccc2)(c3ccccn3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01785"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pirmenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724818]}, "Synonyms" -> {"pimenol", "pimenol (tn)", "d01785", "pirmenol hydrochloride hydrate (jan)", "pirmenol hydrochloride hydrate"}|>, "3714" -> <|"DatabaseID" -> "SW02324", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4952475]}, "IsomericSmiles" -> "CCCCCCCCCC/C=C/Cc1cccc2c1n(ccc2=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evocarpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6449791]}, "Synonyms" -> {"evocarpine", "15266-38-3[rn]", "11036-30-9[rn]", "15266-38-3", "4(1h)-quinolinone", "ac1o6a4r", "1-methyl-8-[(e)-tridec-2-enyl]quinolin-4-one"}|>, "3715" -> <|"DatabaseID" -> "SW02325", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28941"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7923]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "behenic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8215]}, "Synonyms" -> {"hydrofol acid 560", "1-docosanoic acid", "docosoic acid", "hydrofol 2022-55", "glycon b-70", "n-docosanoic acid", "docosanoic acid", "docosanoicacid", "204-010-8[einecs]", "prifac 2987", "dokosansaeure", "behenate", "behenic acid; glycon b 70; hydrofol 2022-55; hydrofol acid", "docosanoic acid[acd/iupac name]", "112-85-6[rn]", "behenic acid", "naa 222s", "hxa", "heneicosansaeure", "1-docosanoate", "glycon b 70", "behenic acid[wiki]", "docosansaeure", "112-85-6", "jsp001002", "1-docosanoic acid;behensaeure; ch3-[ch2]20-cooh; docosansaeure; dokosansaeure; heneicosansaeure; docosanicacid; docosoic acid; n-docosanoic acid", "behensaeure", "naa 22s", "n-docosanoate", "docosanic acid", "chebi:28941", "exl 5", "ch3-[ch2]20-cooh", "edenor c 22-85r", "docosanoate", "[112-85-6]", "1792887[beilstein]"}|>, "3716" -> <|"DatabaseID" -> "SW02327", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2825"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2149]}, "IsomericSmiles" -> "COc1cccc2c1cc(c3c2c4c(cc3C(=O)[O-])OCO4)[N+](=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aristolochic acid;aristolochic acid a;aristolochic acid d"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2236]}, "Synonyms" -> {"aristolochic acid i", "aristolochic acid a", "aristolochine", "aristolochin", "tardolyt", "aristolochic acid-i", "8-methoxy-6-nitrophenanthro[3,4-d][1,3]dioxole-5-carboxylic acid[acd/iupac name]", "tr 1736", "phenanthro[3,4-d]-1,3-dioxole-5-carboxylic acid 8-methoxy-6-nitro-", "8-methoxy-3,4-methylenedioxy-10-nitrophenanthrene-1-carboxylicacid", "birthwort", "3,4-methylenedioxy-8-methoxy-10-nitro-1-phenanthrenecarboxylicacid", "107-36-8[rn]", "5-19-07-00611 (beilstein handbook reference)[beilstein]", "313-67-7", "phenanthro(3,4-d)-1,3-dioxole-5-carboxylic acid 8-methoxy-6-nitro-", "313-67-7[rn]", "206-238-3[einecs]", "phenanthro[3,4-d]-1,3-dioxole-5-carboxylic acid 8-methoxy-6-nitro- (8ci9ci)", "aristolochic acid", "8-methoxy-6-nitro-phenanthro[3,4-d][1,3]dioxole-5-carboxylic acid", "3,4-methylenedioxy-8-methoxy-10-nitro-1-phenanthrenecarboxylicacid; 8-methoxy-6-nitrophenanthol (3,4-d) 1,3-dioxole-5-carboxylic acid;aristolochic acid; aristolochic acid i; aristolochicacid a; aristolochic acid-i; aristolochin", "8-methoxy-6-nitro-2h-phenanthro[4,3-d]1,3-dioxolene-5-carboxylic acid", "aristolochic acid[wiki]", "8-methoxy-6-nitrophenanthro[3,4-d]-1,3-dioxole-5-carboxylic acid", "phenanthro[3,4-d]-1,3-dioxole-5-carbocylic acid 8-methoxy-6-nitro-"}|>, "3717" -> <|"DatabaseID" -> "SW02328", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444765], ExternalIdentifier["ChemSpiderID", 10128677]}, "IsomericSmiles" -> "c1cc(=O)oc2c1cc(c(c2)O)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aesculin", "Indian Approved Name" -> "esculoside", "NPC Approved Name" -> "esculoside anhydride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281417], ExternalIdentifier["PubChemCompoundID", 11954382]}, "Synonyms" -> {"esculoside", "aesculin", "esculin", "enallachrome", "esculetin 6-o-glucoside", "polychrom", "esculetin-6-o-glucoside", "7-hydroxy-6-{[3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-2h-chromen-2-one", "escosyl", "66778-17-4[rn]", "aesculetin glukosid", "esculine", "tl8003492", "aesculin[wiki]", "esculetin 6-b-d-glucoside", "vitamin c2", "7-hydroxy-6-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-2h-chromen-2-one", "bicolorin", "531-75-9[rn]", "(-)-esculin", "polychrome[wiki]", "208-517-5[einecs]", "6,7-dihydroxycoumarin 6-glucoside", "531-75-9", "crataegin", "7-hydroxy-6-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-2h-chromen-2-on", "6-(b-d-glucopyranosyloxy)-7-hydroxy-2h-1-benzopyran-2-one", "d04697", "6", "6-(beta-d-glucopyranosyloxy)-7-hydroxy-cumarin", "7-hydroxy-6-cumarinyl-glucosid", "esculoside (jan)", "ccris 5724"}|>, "3718" -> <|"DatabaseID" -> "SW02329", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474972]}, "IsomericSmiles" -> "COc1c2c3c(c4c1OCO4)-c5cc6c(cc5CC3[NH2+]CC2)OCO6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cassythidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315733]}, "Synonyms" -> {"cassythidine"}|>, "3719" -> <|"DatabaseID" -> "SW02329", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474972]}, "IsomericSmiles" -> "COc1c2c3c(c4c1OCO4)-c5cc6c(cc5CC3[NH2+]CC2)OCO6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cassythidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315733]}, "Synonyms" -> {"cassythidine"}|>, "3720" -> <|"DatabaseID" -> "SW02330", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479103]}, "IsomericSmiles" -> "COc1cc2c(cc1OC)C3Cc4ccc5c(c4C[NH+]3CC2)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinactine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321317]}, "Synonyms" -> {"sinactine", "12h-benzo(a)-1", "epiberberine", "sinactin", "tetrahydroepiberberine", "(+-)-sinactine", "6", "38853-67-7", "c17898"}|>, "3721" -> <|"DatabaseID" -> "SW02330", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479103]}, "IsomericSmiles" -> "COc1cc2c(cc1OC)C3Cc4ccc5c(c4C[NH+]3CC2)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinactine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321317]}, "Synonyms" -> {"sinactine", "12h-benzo(a)-1", "epiberberine", "sinactin", "tetrahydroepiberberine", "(+-)-sinactine", "6", "38853-67-7", "c17898"}|>, "3722" -> <|"DatabaseID" -> "SW02331", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6218]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04843"]}, "IsomericSmiles" -> "C[N+]1(CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00720"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MEPENZOLATE BROMIDE"|>, "PharmGKBID" -> "PA164746250", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4057]}, "Synonyms" -> {"cantril", "colum", "mepenzolate", "mepenzolate bromide", "colopiril", "cantilon", "cantil", "n-methyl-3-piperidyl benzilate methyl bromide", "colibantil", "gastropidil", "delevil", "tralanta", "eftoron", "mepenzolic acid", "cantilaque", "mepenzolon", "trancolon", "3-{[hydroxy(diphenyl)acetyl]oxy}-1,1-dimethylpiperidiniumbromid", "88215-34-3[rn]", "bromure de mepenzolate[french][inn]", "piperidinium 3-[(2-hydroxy-2,2-diphenylacetyl)oxy]-1,1-dimethyl- bromide (1:1)", "mepenzolate bromide[jp15]", "prestwick1_000653", "3-[(hydroxydiphenylacetyl)oxy]-1,1-dimethylpiperidinium bromide", "spectrum_000985", "piperidinium 3-[(hydroxydiphenylacetyl)oxy]-1,1-dimethyl- bromide", "25990-43-6[rn]", "cantil[wiki]", "piperidinium 3-((hydroxydiphenylacetyl)oxy)-1,1-dimethyl- bromide", "mepenzolate bromide [usp:ban:inn:jan][usp][inn][jan]", "76-90-4[rn]", "(1,1-dimethylpiperidin-1-ium-3-yl) 2-hydroxy-2,2-diphenylacetate bromide", "ac1l1hbg", "mepenzolone bromide", "prestwick2_000653", "prestwick3_000653", "cantil (tn)", "mepenzolati bromidum[latin]", "3-[2-hydroxy(diphenyl)acetoxy]-1,1-dimethylpiperidinium bromide[acd/iupac name]", "200-992-7[einecs]", "76-90-4 25990-43-6 [mepenzolate]", "trokonil", "prestwick0_000653", "benzilicacid ester with 3-hydroxy-1,1-dimethylpiperidinium bromide", "3-((hydroxydiphenylacetyl)oxy)-1,1-dimethylpiperidinium bromide", "3-{[hydroxy(diphenyl)acetyl]oxy}-1,1-dimethylpiperidinium bromide", "n-methyl-3-piperidyldiphenylglycolate methobromide", "1-methyl-3-piperidyl benzilate methyl bromide", "76-90-4 25990-43-6", "bromuro de mepenzolato[spanish][inn]"}|>, "3723" -> <|"DatabaseID" -> "SW02331", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6218]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04843"]}, "IsomericSmiles" -> "C[N+]1(CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00720"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MEPENZOLATE BROMIDE"|>, "PharmGKBID" -> "PA164746250", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4057]}, "Synonyms" -> {"cantril", "colum", "mepenzolate", "mepenzolate bromide", "colopiril", "cantilon", "cantil", "n-methyl-3-piperidyl benzilate methyl bromide", "colibantil", "gastropidil", "delevil", "tralanta", "eftoron", "mepenzolic acid", "cantilaque", "mepenzolon", "trancolon", "3-{[hydroxy(diphenyl)acetyl]oxy}-1,1-dimethylpiperidiniumbromid", "88215-34-3[rn]", "bromure de mepenzolate[french][inn]", "piperidinium 3-[(2-hydroxy-2,2-diphenylacetyl)oxy]-1,1-dimethyl- bromide (1:1)", "mepenzolate bromide[jp15]", "prestwick1_000653", "3-[(hydroxydiphenylacetyl)oxy]-1,1-dimethylpiperidinium bromide", "spectrum_000985", "piperidinium 3-[(hydroxydiphenylacetyl)oxy]-1,1-dimethyl- bromide", "25990-43-6[rn]", "cantil[wiki]", "piperidinium 3-((hydroxydiphenylacetyl)oxy)-1,1-dimethyl- bromide", "mepenzolate bromide [usp:ban:inn:jan][usp][inn][jan]", "76-90-4[rn]", "(1,1-dimethylpiperidin-1-ium-3-yl) 2-hydroxy-2,2-diphenylacetate bromide", "ac1l1hbg", "mepenzolone bromide", "prestwick2_000653", "prestwick3_000653", "cantil (tn)", "mepenzolati bromidum[latin]", "3-[2-hydroxy(diphenyl)acetoxy]-1,1-dimethylpiperidinium bromide[acd/iupac name]", "200-992-7[einecs]", "76-90-4 25990-43-6 [mepenzolate]", "trokonil", "prestwick0_000653", "benzilicacid ester with 3-hydroxy-1,1-dimethylpiperidinium bromide", "3-((hydroxydiphenylacetyl)oxy)-1,1-dimethylpiperidinium bromide", "3-{[hydroxy(diphenyl)acetyl]oxy}-1,1-dimethylpiperidinium bromide", "n-methyl-3-piperidyldiphenylglycolate methobromide", "1-methyl-3-piperidyl benzilate methyl bromide", "76-90-4 25990-43-6", "bromuro de mepenzolato[spanish][inn]"}|>, "3724" -> <|"DatabaseID" -> "SW02332", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56281]}, "IsomericSmiles" -> "CC[NH+]1CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "N-ethyl-3-piperidyl benzilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62504]}, "Synonyms" -> {"1-ethyl-3-piperidyl benzilate", "ditran jb 318", "n-ethyl-3-piperidyl benzilate", "1-ethylpiperidin-3-yl hydroxy(diphenyl)acetate", "epb (van)", "3-piperidinol", "3567-12-2[rn]", "dea no. 7482", "brn 0309916", "epb", "4-21-00-00029 (beilstein handbook reference)[beilstein]", "benzilic acid 1-ethyl-3-piperidyl ester", "12/2/3567", "benzilic acid", "nsc 524174", "hydroxy-diphenyl-acetic acid 1-ethyl-piperidin-3-yl ester", "3-piperidinol 1-ethyl- benzilate (ester)"}|>, "3725" -> <|"DatabaseID" -> "SW02332", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56281]}, "IsomericSmiles" -> "CC[NH+]1CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "N-ethyl-3-piperidyl benzilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62504]}, "Synonyms" -> {"1-ethyl-3-piperidyl benzilate", "ditran jb 318", "n-ethyl-3-piperidyl benzilate", "1-ethylpiperidin-3-yl hydroxy(diphenyl)acetate", "epb (van)", "3-piperidinol", "3567-12-2[rn]", "dea no. 7482", "brn 0309916", "epb", "4-21-00-00029 (beilstein handbook reference)[beilstein]", "benzilic acid 1-ethyl-3-piperidyl ester", "12/2/3567", "benzilic acid", "nsc 524174", "hydroxy-diphenyl-acetic acid 1-ethyl-piperidin-3-yl ester", "3-piperidinol 1-ethyl- benzilate (ester)"}|>, "3726" -> <|"DatabaseID" -> "SW02332", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56281]}, "IsomericSmiles" -> "CC[NH+]1CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "N-ethyl-3-piperidyl benzilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62504]}, "Synonyms" -> {"1-ethyl-3-piperidyl benzilate", "ditran jb 318", "n-ethyl-3-piperidyl benzilate", "1-ethylpiperidin-3-yl hydroxy(diphenyl)acetate", "epb (van)", "3-piperidinol", "3567-12-2[rn]", "dea no. 7482", "brn 0309916", "epb", "4-21-00-00029 (beilstein handbook reference)[beilstein]", "benzilic acid 1-ethyl-3-piperidyl ester", "12/2/3567", "benzilic acid", "nsc 524174", "hydroxy-diphenyl-acetic acid 1-ethyl-piperidin-3-yl ester", "3-piperidinol 1-ethyl- benzilate (ester)"}|>, "3727" -> <|"DatabaseID" -> "SW02332", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56281]}, "IsomericSmiles" -> "CC[NH+]1CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "N-ethyl-3-piperidyl benzilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62504]}, "Synonyms" -> {"1-ethyl-3-piperidyl benzilate", "ditran jb 318", "n-ethyl-3-piperidyl benzilate", "1-ethylpiperidin-3-yl hydroxy(diphenyl)acetate", "epb (van)", "3-piperidinol", "3567-12-2[rn]", "dea no. 7482", "brn 0309916", "epb", "4-21-00-00029 (beilstein handbook reference)[beilstein]", "benzilic acid 1-ethyl-3-piperidyl ester", "12/2/3567", "benzilic acid", "nsc 524174", "hydroxy-diphenyl-acetic acid 1-ethyl-piperidin-3-yl ester", "3-piperidinol 1-ethyl- benzilate (ester)"}|>, "3728" -> <|"DatabaseID" -> "SW02333", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19470]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccccc2)(C(=O)OCC[NH+]3CCCCC3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01521"]}, "OfficialNames" -> <|"NPC Approved Name" -> "glymor"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724801]}, "Synonyms" -> {"pipethanate hydrochloride", "glymor", "piperilate hydrochloride", "2-(1-piperidino)ethyl benzilate hydrochloride", "glymor(tn)", "dsstox_cid_27828", "sycotrol", "surecn1808240", "offterror", "2-piperidinoethyl benzilate hydrochloride", "b-piperidylethyl benzilate hydrochloride", "1-piperidineethanol benzilate hydrochloride", "phorbic", "benzilic acid 2-piperidinoethyl ester hydrochloride", "panpurol", "1-piperidineethanol benzilate (ester) hydrochloride", "pinate", "dsstox_rid_82591", "glymor (tn)", "benzilic acid 1-piperidineethanol ester hydrochloride", "2-(piperidin-1-yl)ethyl hydroxy(diphenyl)acetate hydrochloride(1:1)", "4544-15-4[rn]", "pipenate", "ncgc00181083-01", "pensanate", "2-(1-piperidinyl)ethyl hydroxy(diphenyl)acetate hydrochloride", "dsstox_gsid_47850", "4544-15-4", "pipethanate hydrochloride (jan)", "a-hydroxy-a-phenylbenzeneacetic acid2-(1-piperidinyl)ethyl ester hydrochloride"}|>, "3729" -> <|"DatabaseID" -> "SW02334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447642]}, "IsomericSmiles" -> "C=C1CC[C@]2([C@H]3Cc4ccc(c5c4[C@]2([C@H]1O5)CC[NH+]3CC6CC6)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05111"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NALMEFENE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284594]}, "Synonyms" -> {"cervene", "nalmetrene", "nalmefene", "6-desoxy-6-methylenenaltrexone", "arthene", "alcofene", "revex[wiki]", "revex", "morphinan-3,14-diol 17-(cyclopropylmethyl)-4,5-epoxy-6-methylene- (5a)-", "soberal", "nalmephine", "nalmefenum[latin]", "(5a)-17-(cyclopropylmethyl)-6-methylidene-4,5-epoxymorphinan-3,14-diol", "(5a)-17-(cyclopropylmethyl)-4,5-epoxy-6-methylenemorphinan-3,14-diol", "58895-64-0[rn]", "nalmetrenum[latin]", "jf-1", "anaquest", "55096-26-9[rn]", "incystene", "naltrexone[wiki][inn][ban][usan]", "nalmetrenum", "nalmefene[wiki]", "nalmetreno", "jf 1", "nalmefeno[spanish][inn]", "nalmefene [usan:ban:inn][inn][usan]", "nalmefenum", "nalmetreno[spanish][inn]", "cessal"}|>, "3730" -> <|"DatabaseID" -> "SW02334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447642]}, "IsomericSmiles" -> "C=C1CC[C@]2([C@H]3Cc4ccc(c5c4[C@]2([C@H]1O5)CC[NH+]3CC6CC6)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05111"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NALMEFENE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284594]}, "Synonyms" -> {"cervene", "nalmetrene", "nalmefene", "6-desoxy-6-methylenenaltrexone", "arthene", "alcofene", "revex[wiki]", "revex", "morphinan-3,14-diol 17-(cyclopropylmethyl)-4,5-epoxy-6-methylene- (5a)-", "soberal", "nalmephine", "nalmefenum[latin]", "(5a)-17-(cyclopropylmethyl)-6-methylidene-4,5-epoxymorphinan-3,14-diol", "(5a)-17-(cyclopropylmethyl)-4,5-epoxy-6-methylenemorphinan-3,14-diol", "58895-64-0[rn]", "nalmetrenum[latin]", "jf-1", "anaquest", "55096-26-9[rn]", "incystene", "naltrexone[wiki][inn][ban][usan]", "nalmetrenum", "nalmefene[wiki]", "nalmetreno", "jf 1", "nalmefeno[spanish][inn]", "nalmefene [usan:ban:inn][inn][usan]", "nalmefenum", "nalmetreno[spanish][inn]", "cessal"}|>, "3731" -> <|"DatabaseID" -> "SW02335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5672]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00940"]}, "IsomericSmiles" -> "CC[N+](C)(CC)CCOC(=O)C1c2ccccc2Oc3c1cccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00721"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHANTHELINE BROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5883]}, "Synonyms" -> {"banthine", "methanthelinium bromide", "frenogastrico", "doladene", "banthin", "gastrosedan", "metantyl", "gastron", "metaxan", "asabaine", "methantheline bromide", "methelina", "ulcine", "vagantin", "avagal", "xanteline", "vagamin", "resobantin", "methanthine bromide", "dixamone bromide", "ulcudexter", "banthine bromide", "metanyl", "methanide", "gastric receptor i", "h2r", "methanthelinii bromidum[latin]", "methanthelinium", "ethanaminium n,n-diethyl-n-methyl-2-((9h-xanthen-9-ylcarbonyl)oxy)- bromide", "ethanaminium n,n-diethyl-n-methyl-2-[(9h-xanthen-9-ylcarbonyl)oxy]- bromide (1:1)", "methanthelinum", "banthine (tn)", "diethyl(2-hydroxyethyl)methylammonium bromidexanthene-9-carboxylate", "xanthene-9-carboxylic acid,ester with diethyl(2-hydroxyethyl)methylammonium bromide", "ethanaminium n,n-diethyl-n-methyl-2-[(9h-xanthen-9-ylcarbonyl)oxy]- bromide", "gastrin i", "uldumont", "n,n-diethyl-n-methyl-2-[(9h-xanthen-9-ylcarbonyl)oxy]ethanaminium bromide[acd/iupac name]", "bromuro de metantelinio[spanish][inn]", "mtb 51", "53-46-3[rn]", "200-176-0[einecs]", "gastrin-1 human", "methantheline", "bromure de methanthelinum[french][inn]", "metantelinio bromuro [dcit]", "mantheline"}|>, "3732" -> <|"DatabaseID" -> "SW02336", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444529]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00353"]}, "IsomericSmiles" -> "CC[C@@H](CO)NC(=O)[C@H]1C[NH+]([C@@H]2Cc3c[nH]c4c3c(ccc4)C2=C1)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00680"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methylergometrine maleate", "FDA Approved Drug" -> "METHYLERGONOVINE MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281072]}, "Synonyms" -> {"methylergonovine maleate", "methergine", "methylergometrine maleate", "erezingen", "methergin", "methylergobasine maleate", "basofortina", "methylergobrevin", "ryegonovin", "spametrin-m", "partergin", "metenarin", "norforms", "einecs 260-734-4", "57432-61-8 7054-07-1 [replaced] 113-42-8 [methylergonovine]", "(8b)-9,10-didehydro-n-((1s)-1-(hydroxymethyl)propyl)-6-methylergoline-8-carboxamide (2z)-2-butenedioate (1:1) (salt)", "9,10-didehydro-n-((s)-1-(hydroxymethyl)propyl)-6-methylergoline-8b-carboxamide maleate (1:1) (salt)", "methergine maleate", "methylergonovinemaleatesalt", "methylergometrine maleate[jp15]", "usaf uctl-8", "7054-07-1[rn]", "methylergometrine[wiki]", "ergonovine methyl- maleate (1:1)", "maleic acid", "toxic solid organic n.o.s. (methylergometrine maleate)", "260-734-4[einecs]", "(6ar,9r)-n-[(1s)-1-(hydroxymethyl)propyl]-7-methyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg]quinoline-9-carboxamide (2z)-but-2-enedioate (salt)", "57432-61-8[rn]", "ergoline-8-carboxamide 9,10-didehydro-n-[(1s)-1-(hydroxymethyl)propyl]-6-methyl- (8b)-,(2z)-2-butenedioate (1:1) (salt)", "methergine maleate salt", "methergine[wiki]", "methylergometrine", "methylergobasine", "[113-42-8]", "methylergonovin", "methergen", "methylergobasin", "methylergonovine maleate salt", "methergine (tn)", "57432-61-8 7054-07-1 113-42-8", "113-42-8[rn]", "[8b(s)]-9,10-didehydro-n-[1-(hydroxymethyl)propyl]-6-methylergoline-8-carboxamidemaleate", "57432-61-8", "maleic acid methyl ergonovine", "methylergometrin", "methylergonovine maleate[usp]", "(8b)-n-[(2s)-1-hydroxybutan-2-yl]-6-methyl-9,10-didehydroergoline-8-carboxamide (2z)-but-2-enedioate (1:1)", "methylergonovine", "ergonovine"}|>, "3733" -> <|"DatabaseID" -> "SW02336", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444529]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00353"]}, "IsomericSmiles" -> "CC[C@@H](CO)NC(=O)[C@H]1C[NH+]([C@@H]2Cc3c[nH]c4c3c(ccc4)C2=C1)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00680"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methylergometrine maleate", "FDA Approved Drug" -> "METHYLERGONOVINE MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281072]}, "Synonyms" -> {"methylergonovine maleate", "methergine", "methylergometrine maleate", "erezingen", "methergin", "methylergobasine maleate", "basofortina", "methylergobrevin", "ryegonovin", "spametrin-m", "partergin", "metenarin", "norforms", "einecs 260-734-4", "57432-61-8 7054-07-1 [replaced] 113-42-8 [methylergonovine]", "(8b)-9,10-didehydro-n-((1s)-1-(hydroxymethyl)propyl)-6-methylergoline-8-carboxamide (2z)-2-butenedioate (1:1) (salt)", "9,10-didehydro-n-((s)-1-(hydroxymethyl)propyl)-6-methylergoline-8b-carboxamide maleate (1:1) (salt)", "methergine maleate", "methylergonovinemaleatesalt", "methylergometrine maleate[jp15]", "usaf uctl-8", "7054-07-1[rn]", "methylergometrine[wiki]", "ergonovine methyl- maleate (1:1)", "maleic acid", "toxic solid organic n.o.s. (methylergometrine maleate)", "260-734-4[einecs]", "(6ar,9r)-n-[(1s)-1-(hydroxymethyl)propyl]-7-methyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg]quinoline-9-carboxamide (2z)-but-2-enedioate (salt)", "57432-61-8[rn]", "ergoline-8-carboxamide 9,10-didehydro-n-[(1s)-1-(hydroxymethyl)propyl]-6-methyl- (8b)-,(2z)-2-butenedioate (1:1) (salt)", "methergine maleate salt", "methergine[wiki]", "methylergometrine", "methylergobasine", "[113-42-8]", "methylergonovin", "methergen", "methylergobasin", "methylergonovine maleate salt", "methergine (tn)", "57432-61-8 7054-07-1 113-42-8", "113-42-8[rn]", "[8b(s)]-9,10-didehydro-n-[1-(hydroxymethyl)propyl]-6-methylergoline-8-carboxamidemaleate", "57432-61-8", "maleic acid methyl ergonovine", "methylergometrin", "methylergonovine maleate[usp]", "(8b)-n-[(2s)-1-hydroxybutan-2-yl]-6-methyl-9,10-didehydroergoline-8-carboxamide (2z)-but-2-enedioate (1:1)", "methylergonovine", "ergonovine"}|>, "3734" -> <|"DatabaseID" -> "SW02337", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5627]}, "IsomericSmiles" -> "CC(=O)O[C@]1(CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CC(=O)CC[C@H]34)C)C#C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00953"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NORETHINDRONE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5832]}, "Synonyms" -> {"norethisterone acetate", "enta", "orlutate", "norethindrone acetate", "19-norethindrone acetate", "primolut-nor", "norethysterone acetate", "norethisteron acetate", "gestakadin", "aygestin", "norlutin acetate", "aygestin (tn)", "51-98-9[rn]", "loestrin[wiki]", "norlutate", "8015-12-1[rn]", "norethynyltestosterone acetate", "17a-(acetyloxy)-19-norpregn-4-en-20-yn-3-one", "38673-38-0[rn]", "ethinyl-nortestosterone acetate", "17-ent", "(8r,9s,10r,13s,14s,17r)-17-ethynyl-13-methyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ylacetate", "200-132-0[einecs]", "monogest", "combipatch", "norethindrone acetate[usp]", "activella[wiki]", "milligynon", "norlutine acetate", "19-norethynyltestosterone acetate", "norlutin a", "norlestrin", "sh-420c", "norethindrone 17-acetate", "19-norethindroneacetate", "norlutin-a", "miniphase", "acetic acid 17-ethynyl-13-methyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclope", "4-08-00-01221 (beilstein handbook reference)[beilstein]", "(1s,11s,15s,2r,10r,14r)-14-ethynyl-15-methyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-en-14-yl acetate", "mfcd00271615", "19-norethisterone acetate", "milli-anovlar", "(8r,9s,10r,13s,14s,17r)-17-ethinyl-13-methyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ylacetat"}|>, "3735" -> <|"DatabaseID" -> "SW02338", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14400]}, "IsomericSmiles" -> "CCC(C(CC(C)[NH2+]C)(c1ccccc1)c2ccccc2)OC(=O)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Noracymethadol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15129]}, "Synonyms" -> {"noracymethadol", "paracymethadol", "noracimetadolo [dcit]", "a-ethyl-b-[2-(methylamino)propyl]-b-phenylbenzeneethanol acetate", "6-(methylamino)-4,4-diphenylheptan-3-yl acetate", "a-dl-6-(methylamino)-4,4-diphenyl-3-heptanol acetate", "noracymethadolum [inn-latin]", "noracymethadolum[latin]", "216-027-8[einecs]", "6-(methylamino)-4,4-diphenyl-3-heptanyl acetate[acd/iupac name]", "alpha-ethyl-beta-(2-(methylamino)propyl)-beta-phenylbenzeneethanol", "einecs 216-027-8", "noracimetadol[spanish][inn]", "a-dl-3-acetoxy-4,4-diphenyl-6-methylaminoheptane", "1477-39-0[rn]", "dea no. 9633", "noracymethadol [inn:ban]", "a-dl-4,4-diphenyl-6-methylamino-3-heptanol acetate", "5633-25-0[rn]", "noracimetadol [inn-spanish]", "nor-laam", "noracetylmethadol", "a-dl-3-acetoxy-6-methylamino-4,4-diphenylheptane"}|>, "3736" -> <|"DatabaseID" -> "SW02338", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14400]}, "IsomericSmiles" -> "CCC(C(CC(C)[NH2+]C)(c1ccccc1)c2ccccc2)OC(=O)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Noracymethadol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15129]}, "Synonyms" -> {"noracymethadol", "paracymethadol", "noracimetadolo [dcit]", "a-ethyl-b-[2-(methylamino)propyl]-b-phenylbenzeneethanol acetate", "6-(methylamino)-4,4-diphenylheptan-3-yl acetate", "a-dl-6-(methylamino)-4,4-diphenyl-3-heptanol acetate", "noracymethadolum [inn-latin]", "noracymethadolum[latin]", "216-027-8[einecs]", "6-(methylamino)-4,4-diphenyl-3-heptanyl acetate[acd/iupac name]", "alpha-ethyl-beta-(2-(methylamino)propyl)-beta-phenylbenzeneethanol", "einecs 216-027-8", "noracimetadol[spanish][inn]", "a-dl-3-acetoxy-4,4-diphenyl-6-methylaminoheptane", "1477-39-0[rn]", "dea no. 9633", "noracymethadol [inn:ban]", "a-dl-4,4-diphenyl-6-methylamino-3-heptanol acetate", "5633-25-0[rn]", "noracimetadol [inn-spanish]", "nor-laam", "noracetylmethadol", "a-dl-3-acetoxy-6-methylamino-4,4-diphenylheptane"}|>, "3737" -> <|"DatabaseID" -> "SW02338", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14400]}, "IsomericSmiles" -> "CCC(C(CC(C)[NH2+]C)(c1ccccc1)c2ccccc2)OC(=O)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Noracymethadol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15129]}, "Synonyms" -> {"noracymethadol", "paracymethadol", "noracimetadolo [dcit]", "a-ethyl-b-[2-(methylamino)propyl]-b-phenylbenzeneethanol acetate", "6-(methylamino)-4,4-diphenylheptan-3-yl acetate", "a-dl-6-(methylamino)-4,4-diphenyl-3-heptanol acetate", "noracymethadolum [inn-latin]", "noracymethadolum[latin]", "216-027-8[einecs]", "6-(methylamino)-4,4-diphenyl-3-heptanyl acetate[acd/iupac name]", "alpha-ethyl-beta-(2-(methylamino)propyl)-beta-phenylbenzeneethanol", "einecs 216-027-8", "noracimetadol[spanish][inn]", "a-dl-3-acetoxy-4,4-diphenyl-6-methylaminoheptane", "1477-39-0[rn]", "dea no. 9633", "noracymethadol [inn:ban]", "a-dl-4,4-diphenyl-6-methylamino-3-heptanol acetate", "5633-25-0[rn]", "noracimetadol [inn-spanish]", "nor-laam", "noracetylmethadol", "a-dl-3-acetoxy-6-methylamino-4,4-diphenylheptane"}|>, "3738" -> <|"DatabaseID" -> "SW02338", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14400]}, "IsomericSmiles" -> "CCC(C(CC(C)[NH2+]C)(c1ccccc1)c2ccccc2)OC(=O)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Noracymethadol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15129]}, "Synonyms" -> {"noracymethadol", "paracymethadol", "noracimetadolo [dcit]", "a-ethyl-b-[2-(methylamino)propyl]-b-phenylbenzeneethanol acetate", "6-(methylamino)-4,4-diphenylheptan-3-yl acetate", "a-dl-6-(methylamino)-4,4-diphenyl-3-heptanol acetate", "noracymethadolum [inn-latin]", "noracymethadolum[latin]", "216-027-8[einecs]", "6-(methylamino)-4,4-diphenyl-3-heptanyl acetate[acd/iupac name]", "alpha-ethyl-beta-(2-(methylamino)propyl)-beta-phenylbenzeneethanol", "einecs 216-027-8", "noracimetadol[spanish][inn]", "a-dl-3-acetoxy-4,4-diphenyl-6-methylaminoheptane", "1477-39-0[rn]", "dea no. 9633", "noracymethadol [inn:ban]", "a-dl-4,4-diphenyl-6-methylamino-3-heptanol acetate", "5633-25-0[rn]", "noracimetadol [inn-spanish]", "nor-laam", "noracetylmethadol", "a-dl-3-acetoxy-6-methylamino-4,4-diphenylheptane"}|>, "3739" -> <|"DatabaseID" -> "SW02339", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10481935]}, "IsomericSmiles" -> "CCC(=O)O[C@@](Cc1ccccc1)(c2ccccc2)[C@@H](C)C[NH+](C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "LEVOPROPOXYPHENE NAPSYLATE ANHYDROUS"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16051927]}, "Synonyms" -> {"levopropoxyphene 2-naphthalenesulfonate hydrate", "levopropoxyphene napsylate hydrate", "2-naphthalenesulfonic acid", "5714-90-9[rn]", "2-naphthalenesulfonic acidcompoundwith (ar)-a-((1s)-2-(dimethylamino)-1-methylethyl)-a-phenylbenzeneethanol propanoate (1:1)monohydrate", "levopropoxyphene napsylate anhydrous", "letusin", "55557-30-7", "naphthalene-2-sulfonic acid- (2r,3s)-4-(dimethylamino)-3-methyl-1,2-diphenylbutan-2-yl propanoatehydrate (1:1:1)", "227-209-1[einecs]", "novrad[wiki]", "levopropoxyphene napsilate", "55557-30-7[rn]", "5667-69-6", "regretos", "5714-90-9 {anhydrous}", "contratuss", "levopropoxyphene napsylate", "7247-77-0", "benzeneethanol"}|>, "3740" -> <|"DatabaseID" -> "SW02340", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 87536]}, "IsomericSmiles" -> "C[NH+]1C(CCCC1CC(c2ccccc2)O)CC(c3ccccc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lobelanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 96946]}, "Synonyms" -> {"lobelanidine", "2", "8", "lobelidiol 8,10-diphenyl-", "nsc 95097", "8,10-diphenylobelidiol", "lobelidiol", "lobelanidine (8ci)", "552-72-7[rn]", "8,10-diphenyllobelidiol", "552-72-7", "nsc665339", "brn 5789266", "5-21-05-00294 (beilstein handbook reference)[beilstein]", "a,a'-[(1-methyl-2,6-piperidinediyl)dimethylene]dibenzyl alcohol"}|>, "3741" -> <|"DatabaseID" -> "SW02340", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 87536]}, "IsomericSmiles" -> "C[NH+]1C(CCCC1CC(c2ccccc2)O)CC(c3ccccc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lobelanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 96946]}, "Synonyms" -> {"lobelanidine", "2", "8", "lobelidiol 8,10-diphenyl-", "nsc 95097", "8,10-diphenylobelidiol", "lobelidiol", "lobelanidine (8ci)", "552-72-7[rn]", "8,10-diphenyllobelidiol", "552-72-7", "nsc665339", "brn 5789266", "5-21-05-00294 (beilstein handbook reference)[beilstein]", "a,a'-[(1-methyl-2,6-piperidinediyl)dimethylene]dibenzyl alcohol"}|>, "3742" -> <|"DatabaseID" -> "SW02340", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 87536]}, "IsomericSmiles" -> "C[NH+]1C(CCCC1CC(c2ccccc2)O)CC(c3ccccc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lobelanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 96946]}, "Synonyms" -> {"lobelanidine", "2", "8", "lobelidiol 8,10-diphenyl-", "nsc 95097", "8,10-diphenylobelidiol", "lobelidiol", "lobelanidine (8ci)", "552-72-7[rn]", "8,10-diphenyllobelidiol", "552-72-7", "nsc665339", "brn 5789266", "5-21-05-00294 (beilstein handbook reference)[beilstein]", "a,a'-[(1-methyl-2,6-piperidinediyl)dimethylene]dibenzyl alcohol"}|>, "3743" -> <|"DatabaseID" -> "SW02340", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 87536]}, "IsomericSmiles" -> "C[NH+]1C(CCCC1CC(c2ccccc2)O)CC(c3ccccc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lobelanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 96946]}, "Synonyms" -> {"lobelanidine", "2", "8", "lobelidiol 8,10-diphenyl-", "nsc 95097", "8,10-diphenylobelidiol", "lobelidiol", "lobelanidine (8ci)", "552-72-7[rn]", "8,10-diphenyllobelidiol", "552-72-7", "nsc665339", "brn 5789266", "5-21-05-00294 (beilstein handbook reference)[beilstein]", "a,a'-[(1-methyl-2,6-piperidinediyl)dimethylene]dibenzyl alcohol"}|>, "3744" -> <|"DatabaseID" -> "SW02340", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 87536]}, "IsomericSmiles" -> "C[NH+]1C(CCCC1CC(c2ccccc2)O)CC(c3ccccc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lobelanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 96946]}, "Synonyms" -> {"lobelanidine", "2", "8", "lobelidiol 8,10-diphenyl-", "nsc 95097", "8,10-diphenylobelidiol", "lobelidiol", "lobelanidine (8ci)", "552-72-7[rn]", "8,10-diphenyllobelidiol", "552-72-7", "nsc665339", "brn 5789266", "5-21-05-00294 (beilstein handbook reference)[beilstein]", "a,a'-[(1-methyl-2,6-piperidinediyl)dimethylene]dibenzyl alcohol"}|>, "3745" -> <|"DatabaseID" -> "SW02340", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 87536]}, "IsomericSmiles" -> "C[NH+]1C(CCCC1CC(c2ccccc2)O)CC(c3ccccc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lobelanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 96946]}, "Synonyms" -> {"lobelanidine", "2", "8", "lobelidiol 8,10-diphenyl-", "nsc 95097", "8,10-diphenylobelidiol", "lobelidiol", "lobelanidine (8ci)", "552-72-7[rn]", "8,10-diphenyllobelidiol", "552-72-7", "nsc665339", "brn 5789266", "5-21-05-00294 (beilstein handbook reference)[beilstein]", "a,a'-[(1-methyl-2,6-piperidinediyl)dimethylene]dibenzyl alcohol"}|>, "3746" -> <|"DatabaseID" -> "SW02340", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 87536]}, "IsomericSmiles" -> "C[NH+]1C(CCCC1CC(c2ccccc2)O)CC(c3ccccc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lobelanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 96946]}, "Synonyms" -> {"lobelanidine", "2", "8", "lobelidiol 8,10-diphenyl-", "nsc 95097", "8,10-diphenylobelidiol", "lobelidiol", "lobelanidine (8ci)", "552-72-7[rn]", "8,10-diphenyllobelidiol", "552-72-7", "nsc665339", "brn 5789266", "5-21-05-00294 (beilstein handbook reference)[beilstein]", "a,a'-[(1-methyl-2,6-piperidinediyl)dimethylene]dibenzyl alcohol"}|>, "3747" -> <|"DatabaseID" -> "SW02340", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 87536]}, "IsomericSmiles" -> "C[NH+]1C(CCCC1CC(c2ccccc2)O)CC(c3ccccc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lobelanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 96946]}, "Synonyms" -> {"lobelanidine", "2", "8", "lobelidiol 8,10-diphenyl-", "nsc 95097", "8,10-diphenylobelidiol", "lobelidiol", "lobelanidine (8ci)", "552-72-7[rn]", "8,10-diphenyllobelidiol", "552-72-7", "nsc665339", "brn 5789266", "5-21-05-00294 (beilstein handbook reference)[beilstein]", "a,a'-[(1-methyl-2,6-piperidinediyl)dimethylene]dibenzyl alcohol"}|>, "3748" -> <|"DatabaseID" -> "SW02340", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 87536]}, "IsomericSmiles" -> "C[NH+]1C(CCCC1CC(c2ccccc2)O)CC(c3ccccc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lobelanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 96946]}, "Synonyms" -> {"lobelanidine", "2", "8", "lobelidiol 8,10-diphenyl-", "nsc 95097", "8,10-diphenylobelidiol", "lobelidiol", "lobelanidine (8ci)", "552-72-7[rn]", "8,10-diphenyllobelidiol", "552-72-7", "nsc665339", "brn 5789266", "5-21-05-00294 (beilstein handbook reference)[beilstein]", "a,a'-[(1-methyl-2,6-piperidinediyl)dimethylene]dibenzyl alcohol"}|>, "3749" -> <|"DatabaseID" -> "SW02340", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 87536]}, "IsomericSmiles" -> "C[NH+]1C(CCCC1CC(c2ccccc2)O)CC(c3ccccc3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lobelanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 96946]}, "Synonyms" -> {"lobelanidine", "2", "8", "lobelidiol 8,10-diphenyl-", "nsc 95097", "8,10-diphenylobelidiol", "lobelidiol", "lobelanidine (8ci)", "552-72-7[rn]", "8,10-diphenyllobelidiol", "552-72-7", "nsc665339", "brn 5789266", "5-21-05-00294 (beilstein handbook reference)[beilstein]", "a,a'-[(1-methyl-2,6-piperidinediyl)dimethylene]dibenzyl alcohol"}|>, "3750" -> <|"DatabaseID" -> "SW02341", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8498"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14682], ExternalIdentifier["ChemSpiderID", 9696]}, "IsomericSmiles" -> "CCC(=O)O[C@](Cc1ccccc1)(c2ccccc2)[C@H](C)C[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "dextropropoxyphene hcl", "US Illegal/Scheduled Drug (Schedule 2)" -> "Bulk dextropropoxyphene", "FDA Approved Drug" -> "PROPOXYPHENE HYDROCHLORIDE;PROPOXYPHENE NAPSYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15424], ExternalIdentifier["PubChemCompoundID", 10100], ExternalIdentifier["PubChemCompoundID", 28332], ExternalIdentifier["PubChemCompoundID", 33544], ExternalIdentifier["PubChemCompoundID", 123857]}, "Synonyms" -> {"deprancol", "dolotard", "algaphan", "novopropoxyn", "depronal", "develin", "abalgin", "anatalvic", "d-propoxyphene", "femadol", "algafan", "proxagesic", "dextropropoxyphen", "antalvic", "doloxene", "darvon", "benzeneethanol", "2-naphthalenesulfonic acid", "(1s,2r)-3-(dimethylamino)-2-methyl-1-phenyl-1-(phenylmethyl)propyl propanoate", "(2s,3r)-4-(dimethylamino)-3-methyl-1,2-diphenylbutan-2-yl propanoate hydrochloride (1:1)", "(2s,3r)-(+)-4-(dimethylamino)-3-methyl-1,2-diphenyl-2-butanol propionate(ester)hydrochloride", "(1s,2r)-1-benzyl-3-(dimethylamino)-2-methyl-1-phenylpropylpropanoat", "d-4-dimethylamino-3-methyl-1,2-diphenyl-2-butanol propionate hydrochloride", "sk-65 apap", "(+)-1,2-diphenyl-2-propionoxy-3-methyl-4-dimethylaminobutane", "3818-94-8[rn]", "sk-65 compound", "2-butanol 4-(dimethylamino)-3-methyl-1,2-diphenyl- propionate(ester),hydrochloride (+)-", "propoxyphene hydrochloride[usp]", "6585-54-2[rn]", "dextropropoxyphene", "5605276[beilstein]", "6414-50-2[rn]", "propoxychel", "dolocap", "(1s,2r)-1-benzyl-3-(dimethylamino)-2-methyl-1-phenylpropylpropanoathydrochlorid", "216-683-5[einecs]", "zideron", "(2s,3r)-4-(dimethylamino)-3-methyl-1,2-diphenylbutan-2-yl propanoate", "liberen", "2-butanol", "dextropropoxyphenum[latin]", "(as)-a-((1r)-2-(dimethylamino)-1-methylethyl)-a-phenylbenzeneethanol propanoate (ester)", "d-propoxyphene hydrochloride", "paljin", "destropropossifene [dcit]", "(d)-propoxyphene", "(1s,2r)-1-benzyl-3-(dimethylamino)-2-methyl-1-phenylpropyl propanoate", "(s-(r*,s*))-a-(2-(dimethylamino)-1-methylethyl)-a-phenylbenzeneethanol propanoate(ester)", "(2s,3r)-4-(dimethylamino)-3-methyl-1,2-diphenylbutan-2-yl propionate", "21086-94-2[rn]", "propoxyphene compound 65", "dextroproxifeno", "propoxyphene", "dextropropoxyphene[wiki]", "dextroproxifeno[spanish]", "1639-60-7[rn]", "4-dimethylamino-3-methyl-1,2-diphenyl-2-propoxybutane", "romidon", "469-62-5[rn]", "dextropropoxyphene hydrochloride", "doraphen", "dolene", "kesso-gesic", "propoxyphene darvon", "3219810[beilstein]", "d-propoxyphene monohydrochloride", "642 tablets", "erantin", "(1s,2r)-1-benzyl-3-(dimethylamino)-2-methyl-1-phenylpropyl propanoate hydrochloride", "(2s,3r)-4-(dimethylamino)-3-methyl-1,2-diphenyl-2-butanyl propanoate hydrochloride (1:1)[acd/iupac name]", "(+)-1,2-diphenyl-2-propionoxy-3-methyl-4-dimethylaminobutane hydrochloride", "depromic", "dextropropoxifeno", "harmar", "(+)-propoxyphene hydrochloride", "(as)-a-((1r)-2-(dimethylamino)-1-methylethyl)-a-phenylbenzeneethanol propanoate (ester) hydrochloride", "darvon with a.s.a.", "margesic improved", "dextropropoxyphene chloride", "dextropropoxifeno[spanish][inn]", "propoxyphene (+)-", "2-butanol 4-(dimethylamino)-3-methyl-1,2-diphenyl- propionate(ester),(2s,3r)-", "prophene", "destropropossifene", "dextropropofixen dak", "darvon[wiki]", "(+)-4-(dimethylamino)-3-methyl-1,2-diphenyl-2-butanolpropionate", "wygesic", "darvon (tn)", "(+)-4-dimethylamino-1,2-diphenyl-3-methyl-2-propionyloxybutane", "(+)-propoxyphene", "hydrogenchloride(2s,3r)-4-(dimethylamino)-3-methyl-1,2-diphenylbutan-2-yl propanoate (1:1:1)", "62-69-1[rn]", "3921442[beilstein]", "propoxyphene[wiki]", "depronal retard", "25312-78-1[rn]", "207-420-5[einecs]", "propoxyphene 2-naphthalenesulfonate", "propoxyphene hcl", "mardon[wiki]", "dolene ap 65", "ac1l3xfa", "cosalgesic", "darvon n", "d-4-dimethylamino-3-methyl-1", "di-antalvi", "darvocet-n", "surecn2524073", "propoxyphene napsylate", "s-9700", "propoxyphene-apap", "distalgesic", "einecs 241-205-7", "(1s", "dexofen", "d-propoxyphene napsylate hydrate", "di-antalvic", "dextropropoxyphene napsylate", "no cas", "(+)- propoxyphene napsylate", "propoxyphene napsylate [usan]"}|>, "3751" -> <|"DatabaseID" -> "SW02342", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4657"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28696]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00280"]}, "IsomericSmiles" -> "CC(C)[NH+](CCC(c1ccccc1)(c2ccccn2)C(=O)N)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00303"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DISOPYRAMIDE PHOSPHATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 30928]}, "Synonyms" -> {"disopyramide phosphate", "norpace cr", "sc 7031 phosphate", "rythmodan", "rythmodan p", "disopyramide", "norpace", "searle 703", "disopyramide free base", "sc-13957", "244-756-1[einecs]", "3737-09-5[rn]", "isorythm", "disopyramid phosphate", "2-(1-(ammoniocarbonyl)-3-(diisopropylammonio)-1-phenylpropyl)pyridinium phosphate", "norpace (tn)", "voltage-gated potassium channel subunit kv4.3", "2-(1-(ammoniocarbonyl)-3-(diisopropylammonio)-1-phenylpropyl)pyridiniumphosphate", "disopiramida [inn-spanish]", "4-(dipropan-2-ylamino)-2-phenyl-2-(pyridin-2-yl)butanamide phosphate (1:1)", "disopyramide phosphate [usan:ban:jan][jan][usan]", "4-(diisopropylamino)-2-phenyl-2-(pyridin-2-yl)butanamide phosphate (1:1)", "2-[1-(ammoniocarbonyl)-3-(diisopropylammonio)-1-phenylpropyl)]pyridiniumphosphate", "alpha-(2-diisopropylaminoethyl)-alpha-phenyl-2-pyridineacetamide phosphate", "22059-60-5", "2-pyridineacetamide a-[2-[bis(1-methylethyl)amino]ethyl]-a-phenyl- phosphate (1:1)", "2-pyridineacetamide", "sc 13957", "4-[bis(1-methylethyl)amino]-2-phenyl-2-pyridin-2-ylbutanamide phosphate", "a-(2-(bis(1-methylethyl)amino)ethyl)-a-phenyl-2-pyridineacetamide phosphate", "disopyramide phosphate er", "lispine", "xi-disopyramide", "norpace[wiki]", "ritmodan", "2-phenyl-4-(propan-2-ylamino)-2-pyridin-2-yl-butanamide", "a-[2-(diisopropylamino)ethyl]-a-phenyl-2-pyridineacetamide phosphate", "einecs 244-756-1", "disopyramide phosphate salt", "disopyramidum [inn-latin]", "dicorantil", "rythmodan-la", "22059-60-5[rn]"}|>, "3752" -> <|"DatabaseID" -> "SW02342", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4657"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28696]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00280"]}, "IsomericSmiles" -> "CC(C)[NH+](CCC(c1ccccc1)(c2ccccn2)C(=O)N)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00303"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DISOPYRAMIDE PHOSPHATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 30928]}, "Synonyms" -> {"disopyramide phosphate", "norpace cr", "sc 7031 phosphate", "rythmodan", "rythmodan p", "disopyramide", "norpace", "searle 703", "disopyramide free base", "sc-13957", "244-756-1[einecs]", "3737-09-5[rn]", "isorythm", "disopyramid phosphate", "2-(1-(ammoniocarbonyl)-3-(diisopropylammonio)-1-phenylpropyl)pyridinium phosphate", "norpace (tn)", "voltage-gated potassium channel subunit kv4.3", "2-(1-(ammoniocarbonyl)-3-(diisopropylammonio)-1-phenylpropyl)pyridiniumphosphate", "disopiramida [inn-spanish]", "4-(dipropan-2-ylamino)-2-phenyl-2-(pyridin-2-yl)butanamide phosphate (1:1)", "disopyramide phosphate [usan:ban:jan][jan][usan]", "4-(diisopropylamino)-2-phenyl-2-(pyridin-2-yl)butanamide phosphate (1:1)", "2-[1-(ammoniocarbonyl)-3-(diisopropylammonio)-1-phenylpropyl)]pyridiniumphosphate", "alpha-(2-diisopropylaminoethyl)-alpha-phenyl-2-pyridineacetamide phosphate", "22059-60-5", "2-pyridineacetamide a-[2-[bis(1-methylethyl)amino]ethyl]-a-phenyl- phosphate (1:1)", "2-pyridineacetamide", "sc 13957", "4-[bis(1-methylethyl)amino]-2-phenyl-2-pyridin-2-ylbutanamide phosphate", "a-(2-(bis(1-methylethyl)amino)ethyl)-a-phenyl-2-pyridineacetamide phosphate", "disopyramide phosphate er", "lispine", "xi-disopyramide", "norpace[wiki]", "ritmodan", "2-phenyl-4-(propan-2-ylamino)-2-pyridin-2-yl-butanamide", "a-[2-(diisopropylamino)ethyl]-a-phenyl-2-pyridineacetamide phosphate", "einecs 244-756-1", "disopyramide phosphate salt", "disopyramidum [inn-latin]", "dicorantil", "rythmodan-la", "22059-60-5[rn]"}|>, "3753" -> <|"DatabaseID" -> "SW02343", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6357]}, "IsomericSmiles" -> "CC#C[C@@]1(CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2C[C@@H](C4=CC(=O)CC[C@]34C)C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02298"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dimethisterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66443]}, "Synonyms" -> {"dimethisterone mixture with ethinyl estradiol", "dimethisterone and ethinyl estradiol", "androst-4-en-3-one", "secrosteron", "secrovin", "8015-19-8", "c23h32o2.c20h24o2", "lutogan", "17a-ethynyl-6a,21-dimethyltestosterone", "ethinyl estradiol and dimethisterone", "79-64-1[rn]", "oracon", "dimethisterone[wiki]", "(6s,8r,9s,10r,13s,14s,17s)-17-hydroxy-6,10,13-trimethyl-17-(1-propyn-1-yl)-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one (non-preferred name)[acd/iupac name]", "dimethisterone", "dimethisteron", "dimetisterone [dcit]", "6a,21-dimethyl-17b-hydroxy-17a-pregn-4-en-20-yn-3-one", "201-215-4[einecs]", "dimetisterona[spanish][inn]", "dimethisteronum[latin]", "ovin", "17a-ethynyl-17-hydroxy-6a,21-dimethylandrost-4-en-3-one", "6a,21-dimethylethisterone", "41354-30-7[rn]", "6a-methyl-17-(1-propynyl)testosterone", "ac1l25du"}|>, "3754" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3755" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3756" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3757" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3758" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3759" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3760" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3761" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3762" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3763" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3764" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3765" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3766" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3767" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3768" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3769" -> <|"DatabaseID" -> "SW02344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3481]}, "IsomericSmiles" -> "CCCCC(CC)C[NH+]1CC(CN(C1)CC(CC)CCCC)(C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07068"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3607]}, "Synonyms" -> {"collu hextril", "hexetidine", "glypesin", "triocil", "hexoral", "sterisil", "hextril", "sterilate", "elsix", "paradenyl", "hexetidina[spanish][inn]", "5-amino-1,3-bis(2-ethylhexyl)-5-methyl-hexhydropyrimidine", "5-pyrimidinamine 1,3-bis(2-ethylhexyl)hexahydro-5-methyl-", "duranil aerosol", "steri/sol", "1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidin-5-amine", "hexetidine [ban]", "1,3-bis-(2-ethyl-hexyl)-5-methyl-hexahydro-pyrimidin-5-ylamine", "5-pyrimidinamine 1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "1,3-bis(b-ethylhexyl)-5-methyl-5-aminohexahydropyrimidine", "hexetidinum[latin]", "5-amino-1,3-di(b-ethylhexyl)hexahydro-5-methylpyrimidine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazinan-5-amine", "1,3-bis(2-ethylhexyl)-5-amino-hexahydro-5-methylpyrimidin", "pyrimidine 5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methyl- (8ci)", "oraldene[wiki]", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidiamine", "1,3-bis(2-ethylhexyl)-5-methyl-1,3-diazaperhydroine-5-ylamine", "5-amino-1,3-bis(2-ethylhexyl)-5-methylhexahydropyrimidine", "1,3-bis(2-ethylhexyl)hexahydro-5-methyl-5-pyrimidinamine", "drossadin", "5-amino-1,3-bis(2-ethylhexyl)hexahydro-5-methylpyrimidine", "141-94-6[rn]", "triscol", "hexopyrimidine", "205-513-5[einecs]", "oraldene", "pyrimidine 5-amino-1 3-bis (2-ethylhexyl)hexahydro-5-methyl-", "oraseptic", "collu-hextril", "hexetidine[wiki]", "steri/sol (van)"}|>, "3770" -> <|"DatabaseID" -> "SW02345", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 471838]}, "IsomericSmiles" -> "CC(C1C[NH+]2CCC34C2CC1C(=C3Nc5c4cccc5)C(=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "echitamidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 541842]}, "Synonyms" -> {"echitamidine", "curan-17-oic acid", "ac1lbtb0", "methyl (15beta"}|>, "3771" -> <|"DatabaseID" -> "SW02345", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 471838]}, "IsomericSmiles" -> "CC(C1C[NH+]2CCC34C2CC1C(=C3Nc5c4cccc5)C(=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "echitamidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 541842]}, "Synonyms" -> {"echitamidine", "curan-17-oic acid", "ac1lbtb0", "methyl (15beta"}|>, "3772" -> <|"DatabaseID" -> "SW02345", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 471838]}, "IsomericSmiles" -> "CC(C1C[NH+]2CCC34C2CC1C(=C3Nc5c4cccc5)C(=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "echitamidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 541842]}, "Synonyms" -> {"echitamidine", "curan-17-oic acid", "ac1lbtb0", "methyl (15beta"}|>, "3773" -> <|"DatabaseID" -> "SW02345", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 471838]}, "IsomericSmiles" -> "CC(C1C[NH+]2CCC34C2CC1C(=C3Nc5c4cccc5)C(=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "echitamidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 541842]}, "Synonyms" -> {"echitamidine", "curan-17-oic acid", "ac1lbtb0", "methyl (15beta"}|>, "3774" -> <|"DatabaseID" -> "SW02345", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 471838]}, "IsomericSmiles" -> "CC(C1C[NH+]2CCC34C2CC1C(=C3Nc5c4cccc5)C(=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "echitamidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 541842]}, "Synonyms" -> {"echitamidine", "curan-17-oic acid", "ac1lbtb0", "methyl (15beta"}|>, "3775" -> <|"DatabaseID" -> "SW02345", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 471838]}, "IsomericSmiles" -> "CC(C1C[NH+]2CCC34C2CC1C(=C3Nc5c4cccc5)C(=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "echitamidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 541842]}, "Synonyms" -> {"echitamidine", "curan-17-oic acid", "ac1lbtb0", "methyl (15beta"}|>, "3776" -> <|"DatabaseID" -> "SW02345", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 471838]}, "IsomericSmiles" -> "CC(C1C[NH+]2CCC34C2CC1C(=C3Nc5c4cccc5)C(=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "echitamidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 541842]}, "Synonyms" -> {"echitamidine", "curan-17-oic acid", "ac1lbtb0", "methyl (15beta"}|>, "3777" -> <|"DatabaseID" -> "SW02345", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 471838]}, "IsomericSmiles" -> "CC(C1C[NH+]2CCC34C2CC1C(=C3Nc5c4cccc5)C(=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "echitamidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 541842]}, "Synonyms" -> {"echitamidine", "curan-17-oic acid", "ac1lbtb0", "methyl (15beta"}|>, "3778" -> <|"DatabaseID" -> "SW02346", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31444"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17941]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01000"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)C3(CCCCC3)[NH3+])C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01334"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CYCLACILLIN"|>, "PharmGKBID" -> "PA164743456", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19003]}, "Synonyms" -> {"vastcillin", "cyclapen-w", "ultracillin", "syngacillin", "calthor", "cyclapen", "cyclacillin", "ciclacillin", "citosarin", "ciclacillum", "bastcillin", "vipicil", "aminocyclohexylpenicillin", "orfilina", "wyvital", "ac-pc", "ciclacillinum [inn-latin]", "(1-aminocyclohexyl)penicillin", "ciclacillinum[latin]", "penicillin (aminocyclohexyl)-", "cyclacillin[usan]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6- (1-aminocyclohexanecarboxamido)-3,3-dimethyl-7-oxo-", "6-(1-aminocyclohexanecarboxamido)peniciilanic acid", "vastcillin (tn)", "6-(1-aminocyclohexanecarboxamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "(2s,5r,6r)-6-{[(1-aminocyclohexyl)carbonyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid[acd/iupac name]", "9005-49-6", "aminocyclohexyl penicillin", "cyclapen-w (tn)", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(1-aminocyclohexyl)carbonyl]amino]-3,3-dimethyl-7-oxo- (2s,5r,6r)-", "849154[beilstein]", "3485-14-1[rn]", "ciclacilina [inn-spanish]", "cas-3485-14-1", "ciclacilline[french][inn]", "ciclacilina; ciclacillin; ciclacilline; ciclacillinum", "wy4508", "bastcillin; calthor; citosarin; cyclapen; cyclapen-w;syngacillin; ultracillin; vastcillin; vipicil; wyvital", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 6-(1-aminocyclohexanecarboxamido)-3,3-dimethyl-7-oxo- (8ci)", "[2s-(2a,5a,6b)]-6-[[(1-aminocyclohexyl)carbonyl]amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "ciclacilline [inn-french]", "222-470-8[einecs]", "ciclacillin[jp15]", "6-(1-aminocyclohexylcarboxamido)penicillanic acid", "6-(1-aminocyclohexanecarboxamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylicacid", "ciclacilina[spanish][inn]", "6-(1-aminocyclohexanecarboxamido)penicillanic acid"}|>, "3779" -> <|"DatabaseID" -> "SW02347", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8604220]}, "IsomericSmiles" -> "COc1ccnc2c1CCCC[C@H]2[S@](=O)c3[nH]c4ccccc4n3", "OfficialNames" -> <|"NPC Approved Name" -> "nepaprazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71587594]}, "Synonyms" -> {"156601-79-5[rn]", "nepaprazole sodium dihydrate", "183380-24-7", "rel-(9r)-9-((s)-1h-benzimidazol-2-ylsulfinyl)-4-methoxy-6,7,8,9-tetrahydro-5h-cyclohepta[b]pyridine", "unii-ot6v161gy4", "nepaprazole[inn]"}|>, "3780" -> <|"DatabaseID" -> "SW02348", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392004]}, "IsomericSmiles" -> "CCN(CC)C(=O)N[C@H]1C[C@@H]2c3cccc4c3c(c[nH]4)C[C@H]2[NH+](C1)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01348"]}, "OfficialNames" -> <|"NPC Approved Name" -> "terguride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443951]}, "Synonyms" -> {"teluron", "37686-84-3", "trans-dihydrolisuride", "terguride", "transdihydrolisuride", "teluron (tn)", "mysalfon", "n-(d-6-methyl-8-isoergolin-1-yl)-n',n'-diethylurea", "9,10a-dihydrolisuride", "tdhl", "tergurid", "37686-85-4[rn]", "9,10-transdihydrolisuride", "253-624-2[einecs]", "dironyl", "37686-84-3[rn]", "s(+)-terguride (5r", "6-methyl-8a-(diethylcarbamoylamino)ergoline", "terguride[inn]", "3,3-diethyl-1-[(2r,4s,7r)-6-methyl-6,11-diazatetracyclo[7.6.1.02,7.012,16]hexadeca-1(15),9,12(16),13-tetraen-4-yl]urea", "s(+)-terguride", "n,n-diethyl-n'-[(8a)-6-methylergolin-8-yl]urea", "1-((5r,8s,10r)-6-methyl-8-ergolinyl)-3,3-diethylurea", "ncgc00094476-03", "1,1-diethyl-3-(7-methyl-4,6,6a,7,8,9,10,10a-octahydro-indolo[4,3-fg]quinolin-9-yl)-urea"}|>, "3781" -> <|"DatabaseID" -> "SW02348", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392004]}, "IsomericSmiles" -> "CCN(CC)C(=O)N[C@H]1C[C@@H]2c3cccc4c3c(c[nH]4)C[C@H]2[NH+](C1)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01348"]}, "OfficialNames" -> <|"NPC Approved Name" -> "terguride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443951]}, "Synonyms" -> {"teluron", "37686-84-3", "trans-dihydrolisuride", "terguride", "transdihydrolisuride", "teluron (tn)", "mysalfon", "n-(d-6-methyl-8-isoergolin-1-yl)-n',n'-diethylurea", "9,10a-dihydrolisuride", "tdhl", "tergurid", "37686-85-4[rn]", "9,10-transdihydrolisuride", "253-624-2[einecs]", "dironyl", "37686-84-3[rn]", "s(+)-terguride (5r", "6-methyl-8a-(diethylcarbamoylamino)ergoline", "terguride[inn]", "3,3-diethyl-1-[(2r,4s,7r)-6-methyl-6,11-diazatetracyclo[7.6.1.02,7.012,16]hexadeca-1(15),9,12(16),13-tetraen-4-yl]urea", "s(+)-terguride", "n,n-diethyl-n'-[(8a)-6-methylergolin-8-yl]urea", "1-((5r,8s,10r)-6-methyl-8-ergolinyl)-3,3-diethylurea", "ncgc00094476-03", "1,1-diethyl-3-(7-methyl-4,6,6a,7,8,9,10,10a-octahydro-indolo[4,3-fg]quinolin-9-yl)-urea"}|>, "3782" -> <|"DatabaseID" -> "SW02349", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8492"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64827]}, "IsomericSmiles" -> "CCC(=O)c1ccc2c(c1)N(c3ccccc3S2)CC(C)[NH+](C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "PROPIOMAZINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71802]}, "Synonyms" -> {"propiomazine hydrochloride", "largon", "propiomazine hydrochloride", "1-(10-(2-(dimethylamino)propyl)phenothiazin-2-yl)-1-propanone monohydrochloride", "ac1q3dx3", "ac1l2gtp", "1240-15-9[rn]", "1-[10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl]-1-propanone hydrochloride", "propanone 1-(10-(2-(dimethylamino)propyl)phenothiazin-2-yl)-,monohydrochloride", "1-propanone 1-[10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl]- chloride hydrogen salt (1:1)", "1-propanone", "1-{10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl}propan-1-one hydrochloride(1:1)", "propionylpromethazine hydrochloride", "3783816[beilstein]", "hydrogenchloride1-{10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl}propan-1-one (1:1:1)", "1-propanone 1-[10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl]- hydrochloride (1:1)", "1-propanone 1-(10-(2-(dimethylamino)propyl)-10h-phenothiazin-2-yl)- monohydrochloride", "1-{10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl}propan-1-one hydrochloride", "10-dimethylaminoisopropyl-2-propionylphenothiazine hydrochloride", "chebi:8492", "propiomazine cas 362-29-8 propiomazine hydrochloride.cas1240-15-9", "3-propionyl-10-dimethylaminoisopropylphenothiazine hydrochloride", "1240-15-9", "propiomazine hcl", "64-89-1[rn]"}|>, "3783" -> <|"DatabaseID" -> "SW02349", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8492"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64827]}, "IsomericSmiles" -> "CCC(=O)c1ccc2c(c1)N(c3ccccc3S2)CC(C)[NH+](C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "PROPIOMAZINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71802]}, "Synonyms" -> {"propiomazine hydrochloride", "largon", "propiomazine hydrochloride", "1-(10-(2-(dimethylamino)propyl)phenothiazin-2-yl)-1-propanone monohydrochloride", "ac1q3dx3", "ac1l2gtp", "1240-15-9[rn]", "1-[10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl]-1-propanone hydrochloride", "propanone 1-(10-(2-(dimethylamino)propyl)phenothiazin-2-yl)-,monohydrochloride", "1-propanone 1-[10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl]- chloride hydrogen salt (1:1)", "1-propanone", "1-{10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl}propan-1-one hydrochloride(1:1)", "propionylpromethazine hydrochloride", "3783816[beilstein]", "hydrogenchloride1-{10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl}propan-1-one (1:1:1)", "1-propanone 1-[10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl]- hydrochloride (1:1)", "1-propanone 1-(10-(2-(dimethylamino)propyl)-10h-phenothiazin-2-yl)- monohydrochloride", "1-{10-[2-(dimethylamino)propyl]-10h-phenothiazin-2-yl}propan-1-one hydrochloride", "10-dimethylaminoisopropyl-2-propionylphenothiazine hydrochloride", "chebi:8492", "propiomazine cas 362-29-8 propiomazine hydrochloride.cas1240-15-9", "3-propionyl-10-dimethylaminoisopropylphenothiazine hydrochloride", "1240-15-9", "propiomazine hcl", "64-89-1[rn]"}|>, "3784" -> <|"DatabaseID" -> "SW02350", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6359"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10856]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00581"]}, "IsomericSmiles" -> "C([C@@H]1[C@@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@@]([C@H]2O)(CO)O)CO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00352"]}, "OfficialNames" -> <|"China Approved Name" -> "lactulose", "Indian Approved Name" -> "lactulose", "WHO Essential Medicine" -> "lactulose", "Australia Approved Name" -> "LACTULOSE", "FDA Approved Drug" -> "LACTULOSE"|>, "PharmGKBID" -> "PA164748762", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11333]}, "Synonyms" -> {"chronulac", "lactulose", "cephulac", "generlac", "constilac", "bifiteral", "enulose", "duphalac", "constulose", "evalose", "cholac", "(2s,3r,4s,5r,6r)-2-{[(2r,3s,4s,5r)-4,5-dihydroxy-2,5-bis(hydroxymethyl)tetrahydro-3-furanyl]oxy}-6-(hydroxymethyl)tetrahydro-2h-pyran-3,4,5-triol", "(2s,3r,4s,5r,6r)-2-((2r,3s,4s,5r)-4,5-dihydroxy-2,5-bis-hydroxymethyl-tetrahydro-furan-3-yloxy)-6-hydroxymethyl-tetrahydro-pyran-3,4,5-triol", "cephulac[wiki]", "laxilose", "lactulose [usan:ban:inn:jan]", "cephulac (tn)", "lactulosum [inn-latin]", "fructofuranose", "portalac", "heptalac", "cephulac syrup", "lactulosa [spanish]", "lactulosa[spanish][inn]", "2-[(3s,4s,2r,5r)-2,5-bis(hydroxymethyl)-4,5-dihydroxyoxolan-3-yloxy](2s,4s,3r,5r,6r)-6-(hydroxymethyl)-2h-3,4,5,6-tetrahydropyran-3,4,5-triol", "laevolac", "2-[(3s,4s,2r,5r)-2,5-bis(hydroxymethyl)-4,5-dihydroxyoxolan-3-yloxy](2s,4s,3r 5r,6r)-6-(hydroxymethyl)-2h-3,4,5,6-tetrahydropyran-3,4,5-triol", "ec 3.2.1.23", "5-17-07-00214 (beilstein handbook reference)[beilstein]", "lattulosio [italian]", "lactulosum [latin]", "lactulosa [inn-spanish]", "isolactose", "chronulac (tn)", "acilac", "lactitol", "4-b-d-galactosido-d-fructose", "lactulose[wiki]", "4618-18-2[rn]", "d-lactulose", "kristalose", "lactulose ~98%", "(2s,3r,4s,5r,6r)-2-{[(2r,3s,4s,5r)-4,5-dihydroxy-2,5-bis(hydroxymethyl)tetrahydrofuran-3-yl]oxy}-6-(hydroxymethyl)tetrahydro-2h-pyran-3,4,5-triol", "lactulosum[latin]", "225-027-7[einecs]", "lattulosio[italian]", "4-o-b-d-galactosyl-d-fructose", "lactulosum [inn_la]", "4-d-galactopyranosyl-4-d-fructofuranose", "lactase"}|>, "3785" -> <|"DatabaseID" -> "SW02351", "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@H](O1)O[C@@H]2[C@H](O[C@@H]([C@H]([C@H]2O)O)O)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "malt diastase"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10991489]}, "Synonyms" -> {"cextromaltose", "maltose solution", "alpha-malt sugar", "malt sugar", "maltose hh", "malzzucker", "maltose", "maltos", "maltobiose", "d-maltose"}|>, "3786" -> <|"DatabaseID" -> "SW02352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4937850]}, "IsomericSmiles" -> "C([C@@H]1[C@@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2O)O)O)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "lactose monohydrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6432616]}, "Synonyms" -> {"ac1o5emr", "surecn16786", "5989-81-1[rn]", "(2r", "lactose monohydrate", "lactose monohydrate[nf]"}|>, "3787" -> <|"DatabaseID" -> "SW02353", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389820]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04465"]}, "IsomericSmiles" -> "C([C@@H]1[C@@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](OC([C@@H]([C@H]2O)O)O)CO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00046"]}, "OfficialNames" -> <|"Australia Approved Name" -> "LACTOSE"|>, "Synonyms" -> {"lactose", "tentoxylysin", "(3r,4r,5s,6r)-6-(hydroxymethyl)-5-{[(2s,3r,4s,5r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}tetrahydro-2h-pyran-2,3,4-triol", "galbeta1-4-glc", "lactose anhydrous", "milk sugar", "1292745[beilstein]", "63-42-3[rn]", "lactobiose", "ec 3.4.24.68", "(gal)1 (glc)1", "lactose[wiki][jp15]", "betad-galactopyranosyl-(1->4)-d-glucose", "tetanus toxin precursor", "d-lactose", "milchzucker", "lac", "laktose", "laktobiose", "anhydrous lactose", "(+)-lactose"}|>, "3788" -> <|"DatabaseID" -> "SW02353", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389820]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04465"]}, "IsomericSmiles" -> "C([C@@H]1[C@@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](OC([C@@H]([C@H]2O)O)O)CO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00046"]}, "OfficialNames" -> <|"Australia Approved Name" -> "LACTOSE"|>, "Synonyms" -> {"lactose", "tentoxylysin", "(3r,4r,5s,6r)-6-(hydroxymethyl)-5-{[(2s,3r,4s,5r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}tetrahydro-2h-pyran-2,3,4-triol", "galbeta1-4-glc", "lactose anhydrous", "milk sugar", "1292745[beilstein]", "63-42-3[rn]", "lactobiose", "ec 3.4.24.68", "(gal)1 (glc)1", "lactose[wiki][jp15]", "betad-galactopyranosyl-(1->4)-d-glucose", "tetanus toxin precursor", "d-lactose", "milchzucker", "lac", "laktose", "laktobiose", "anhydrous lactose", "(+)-lactose"}|>, "3789" -> <|"DatabaseID" -> "SW02354", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17306"]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@H](O1)O[C@@H]2[C@H](OC([C@@H]([C@H]2O)O)O)CO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00044"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maltose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439186]}, "Synonyms" -> {"maltose", "cextromaltose", "madoros", "maltose solution", "alpha-malt sugar", "malt sugar", "d-(+)-maltose", "malzzucker", "alpha-d-glucopyranosyl-(1->4)-d-glucopyranose", "maltobiose", "d-maltose"}|>, "3790" -> <|"DatabaseID" -> "SW02354", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17306"]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@H](O1)O[C@@H]2[C@H](OC([C@@H]([C@H]2O)O)O)CO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00044"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maltose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439186]}, "Synonyms" -> {"maltose", "cextromaltose", "madoros", "maltose solution", "alpha-malt sugar", "malt sugar", "d-(+)-maltose", "malzzucker", "alpha-d-glucopyranosyl-(1->4)-d-glucopyranose", "maltobiose", "d-maltose"}|>, "3791" -> <|"DatabaseID" -> "SW02355", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17992"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5768], ExternalIdentifier["ChemSpiderID", 5254074]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@H](O1)O[C@]2([C@H]([C@@H]([C@H](O2)CO)O)O)CO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00025"], ExternalIdentifier["KEGGID", "D04616"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sucrose", "Traditional Herbal Isolate" -> "saccharose;sucrose", "Australia Approved Name" -> "SUCROSE", "FDA Approved Drug" -> "INVERT SUGAR;IRON SUCROSE"|>, "PharmGKBID" -> "PA451525", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850789], ExternalIdentifier["PubChemCompoundID", 5988]}, "Synonyms" -> {"sucrose", "table sugar", "d-sucrose", "cane sugar", "white sugar", "amerfond", "amerfand", "icing sugar", "confectioner's sugar", "sugar spheres", "sucrose[wiki]", "sugar confectioner's", "d-(+)-saccharose", "b-d-fructofuranosyl-a-d-glucopyranoside", "b-d-fructofuranosyl a-d-glucopyranoside", "2-[(2s,3s,4s,5r)-2,5-bis(hydroxymethyl)-3,4-dihydroxyoxolan-2-yloxy](4s,5s,2r,3r,6r)-6-(hydroxymethyl)-2h-3,4,5,6-tetrahydropyran-3,4,5-triol", "a-d-glucopyranosyl-b-d-fructofuranoside", "saccharose[wiki]", "microse", "d(+)-sucrose", "sacarosa", "200-334-9[einecs]", "sacharose", "92004-84-7[rn]", "glc-(1-2)fru", "a-d-glucopyranoside b-d-fructofuranosyl", "8027-47-2[rn]", "sugar[wiki]", "(2r,3r,4s,5s,6r)-2-{[(2s,3s,4s,5r)-3,4-dihydroxy-2,5-bis(hydroxymethyl)tetrahydro-2-furanyl]oxy}-6-(hydroxymethyl)tetrahydro-2h-pyran-3,4,5-triol", "b -d-fructofuranosyl a-d-glucopyranoside", "d(+)-saccharose", "(+)-sucrose", "beet sugar", "granulated sugar", "d-(+)-sucrose", "85456-51-5[rn]", "white soft sugar", "sugar compressible", "87430-66-8[rn]", "rohrzucker", "8030-20-4[rn]", "86101-30-6[rn]", "rock candy", "57-50-1[rn]", "sugar", "saccharose", "saccharum", "iron sucrose", "ferrivenin", "iron sugar", "saccharated ferric oxide", "iviron", "ferric oxide saccharated", "feojectin", "venofer", "sucrofer", "proferrin", "saccharated iron", "neo-ferrum"}|>, "3792" -> <|"DatabaseID" -> "SW02356", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16551"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7149]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@H](O1)O[C@@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "trehalose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7427]}, "Synonyms" -> {"d-(+)-trehalose", "ergot sugar", "d-trehalose", "natural trehalose", "alpha", "mycose", "6138-23-4[rn]", "a,a-trehalose", "trehalose (8ci)", "(2r,3r,4s,5s,6r,2'r,3'r,4's,5's,6'r)-2,2'-oxybis[6-(hydroxymethyl)tetrahydro-2h-pyran-3,4,5-triol]", "d(+)trehalose", "trehaose", "a-d-glucopyranoside a-d-glucopyranosyl", "alpha-d-trehalose", "1292766[beilstein]", "trehalose[wiki]", "treha", "alpha-trehalose", "d-(+)-trehalose dihydrate", "a-d-glucopyranosyl-a-d-glucopyranoside", "a-d-glucopyranosyl a-d-glucopyranoside", "99-20-7[rn]", "d-trehalose-anhydrous", "trehalose", "d-(+)-trehalose anhydrous", "tre", "202-739-6[einecs]", "(4s,5s,2r,3r,6r)-2-[(4s,5s,2r,3r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)(2h-3,4,5,6-tetrahydropyran-2-yloxy)]-6-(hydroxymethyl)-2h-3,4,5,6-tetrahydropyran-3,4,5-triol", "glc-(1-1)glc", "(a-d-glucosido)-a-d-glucoside"}|>, "3793" -> <|"DatabaseID" -> "SW02357", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390698]}, "IsomericSmiles" -> "COc1cc-2c(cc1O)C[C@H]3c4c2c5c(c(c4CC[NH2+]3)OC)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cassyfiline;cassythine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442190]}, "Synonyms" -> {"cassyfiline", "ac1l9ceq", "cassythine", "chembl254549", "(7as)-4,11-dimethoxy-6,7,7a,8-tetrahydro-5h-[1,3]benzodioxolo[6,5,4-de]benzo[g]quinolin-10-ol", "(s)-4,11-dimethoxy-6,7,7a,8-tetrahydro-5h-benzo[g][1,3]dioxolo[4',5':4,5]benzo[1,2,3-de]quinolin-10-ol", "5h-1,3-benzodioxolo[6,5,4-de]benzo[g]quinolin-10-ol 6,7,7a,8-tetrahydro-4,11-dimethoxy-,(7as)-", "4030-51-7[rn]", "4030-51-7", "c09380"}|>, "3794" -> <|"DatabaseID" -> "SW02358", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 435339]}, "IsomericSmiles" -> "COc1c(ccc2c1-c3c4c(c(c5c3OCO5)OC)CC[NH2+][C@H]4C2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hernandine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 497209]}, "Synonyms" -> {"hernandine", "5h-1", "5h-1,3-benzodioxolo[6,5,4-de]benzo[g]quinolin-11-ol 6,7,7a,8-tetrahydro-4,12-dimethoxy-,(7as)-", "ac1laxbp", "15583-41-2"}|>, "3795" -> <|"DatabaseID" -> "SW02359", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2339019]}, "IsomericSmiles" -> "C[N@@+]12CCc3cc(c(cc3[C@@H]1Cc4cc(c(cc4C2)OC)O)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phellodendrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3081405]}, "Synonyms" -> {"phallodendrin", "ob-5 compound", "phellodendrine", "phellodendrine chloride", "(7s,13as)-2,11-dihydroxy-3,10-dimethoxy-7-methyl-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinolinium", "c17046", "ac1miwv6", "6873-13-8[rn]", "6873-13-8", "6h-dibenzo(a,g)quinolizinium 5,8,13,13a-tetrahydro-2,11-dihydroxy-3,10-dimethoxy-7-methyl- (7s-cis)-", "6h-dibenzo[a,g]quinolizinium 5,8,13,13a-tetrahydro-2,11-dihydroxy-3,10-dimethoxy-7-methyl- (7s,13as)-", "6h-dibenzo(a", "(7s", "104112-82-5[rn]"}|>, "3796" -> <|"DatabaseID" -> "SW02360", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34691]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(c-3c2C1Cc4c3cc(c(c4)O)OC)O)OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laurifoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37834]}, "Synonyms" -> {"laurifoline", "7224-61-5[rn]", "ac1l1yiw", "ccris 3823", "6808-76-0[rn]", "ls-188398", "4h-dibenzo(de"}|>, "3797" -> <|"DatabaseID" -> "SW02360", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34691]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(c-3c2C1Cc4c3cc(c(c4)O)OC)O)OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laurifoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37834]}, "Synonyms" -> {"laurifoline", "7224-61-5[rn]", "ac1l1yiw", "ccris 3823", "6808-76-0[rn]", "ls-188398", "4h-dibenzo(de"}|>, "3798" -> <|"DatabaseID" -> "SW02361", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2339606]}, "IsomericSmiles" -> "C[N@@+]12CCc3cc(c(cc3[C@@H]1Cc4ccc(c(c4C2)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cissamine;cyclanoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3082134]}, "Synonyms" -> {"cissamine", "cyclanoline", "ac1miy8a", "6h-dibenzo(a", "18556-27-9", "6h-dibenzo(a,g)quinolizinium 5,8,13,13a-tetrahydro-2,9-dihydroxy-3,10-dimethoxy-7-methyl- (7s-cis)-", "(7s", "18556-27-9[rn]"}|>, "3799" -> <|"DatabaseID" -> "SW02362", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17772"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389213]}, "IsomericSmiles" -> "COc1ccc2c(c1OC)C[NH+]3CCc4cc(c(cc4[C@@H]3C2)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-corypalmine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 440229]}, "Synonyms" -> {"isocorypalmine", "5", "(s)-tetrahydrocolumbamine", "c04118", "5,8,13,13a-tetrahydrocolumbamine", "chebi:17772", "ac1l98xn", "483-34-1", "(13as)-3", "s-tetrahydrocolumbamine", "(13as)-5,8,13,13a-tetrahydro-3,9,10-trimethoxy-6h-dibenzo[a,g]quinolizin-2-ol", "483-34-1[rn]", "(13as)-3,9,10-trimethoxy-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinolin-2-ol"}|>, "3800" -> <|"DatabaseID" -> "SW02363", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33225]}, "IsomericSmiles" -> "C[N+]12CCc3cc(c(cc3C1Cc4ccc(c(c4C2)O)OC)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steponine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36122]}, "Synonyms" -> {"steponine chloride", "2", "32410-26-7", "ls-43461", "ac1l1v4y", "32410-26-7[rn]", "13a-beta-berbinium"}|>, "3801" -> <|"DatabaseID" -> "SW02363", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33225]}, "IsomericSmiles" -> "C[N+]12CCc3cc(c(cc3C1Cc4ccc(c(c4C2)O)OC)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steponine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36122]}, "Synonyms" -> {"steponine chloride", "2", "32410-26-7", "ls-43461", "ac1l1v4y", "32410-26-7[rn]", "13a-beta-berbinium"}|>, "3802" -> <|"DatabaseID" -> "SW02364", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7465"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514524]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00704"]}, "IsomericSmiles" -> "c1cc(c2c3c1C[C@@H]4[C@]5([C@]3(CC[NH+]4CC6CC6)[C@@H](O2)C(=O)CC5)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05113"]}, "OfficialNames" -> <|"Australia Approved Name" -> "NALTREXONE", "FDA Approved Drug" -> "NALTREXONE"|>, "PharmGKBID" -> "PA450588", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5360515]}, "Synonyms" -> {"naltrexone", "revia", "n-cyclopropylmethylnoroxymorphone", "celupan", "vivitrex", "naltrexona [inn-spanish]", "naltrexonum [inn-latin]", "(1s,5r,13r,17s)-4-(cyclopropylmethyl)-10,17-dihydroxy-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-one", "vivitrol", "n-cyclopropylmethyl-14-hydroxydihydromorphinone", "16676-29-2[rn]", "trexan", "depade", "16590-41-3[rn]", "(5a)-17-(cyclopropylmethyl)-4,5-epoxy-3,14-dihydroxymorphinan-6-one", "morviva", "naltrexona", "naltrexone[wiki][inn][ban][usan]", "240-649-9[einecs]", "337376-15-5", "(1s,5r,13r,17s)-4-(cyclopropylmethyl)-10,17-dihydroxy-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-on", "nalorex", "en 1639a", "antaxone", "pti-555", "naltrexonum[latin]", "(4r,4as,7ar,12bs)-3-(cyclopropylmethyl)-4a,9-dihydroxy-2,3,4,4a,5,6-hexahydro-1h-4,12-methano[1]benzofuro[3,2-e]isoquinolin-7-one", "(1s,5r,13r,17s)-4-(cyclopropylmethyl)-10,17-dihydroxy-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7,9,11(18)-trien-14-one", "naltrexone [usan:ban:inn]", "(5?)-17-(cyclopropylmethyl)-3,14-dihydroxy-4,5-epoxymorphinan-6-one", "vivitrol[wiki]", "17-(cyclopropylmethyl)-4,5-epoxy-3,14-dihydroxymorphinan-6-one", "naltrexone hcl", "240-723-0[einecs]", "naltrexona[spanish][inn]"}|>, "3803" -> <|"DatabaseID" -> "SW02364", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7465"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514524]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00704"]}, "IsomericSmiles" -> "c1cc(c2c3c1C[C@@H]4[C@]5([C@]3(CC[NH+]4CC6CC6)[C@@H](O2)C(=O)CC5)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05113"]}, "OfficialNames" -> <|"Australia Approved Name" -> "NALTREXONE", "FDA Approved Drug" -> "NALTREXONE"|>, "PharmGKBID" -> "PA450588", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5360515]}, "Synonyms" -> {"naltrexone", "revia", "n-cyclopropylmethylnoroxymorphone", "celupan", "vivitrex", "naltrexona [inn-spanish]", "naltrexonum [inn-latin]", "(1s,5r,13r,17s)-4-(cyclopropylmethyl)-10,17-dihydroxy-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-one", "vivitrol", "n-cyclopropylmethyl-14-hydroxydihydromorphinone", "16676-29-2[rn]", "trexan", "depade", "16590-41-3[rn]", "(5a)-17-(cyclopropylmethyl)-4,5-epoxy-3,14-dihydroxymorphinan-6-one", "morviva", "naltrexona", "naltrexone[wiki][inn][ban][usan]", "240-649-9[einecs]", "337376-15-5", "(1s,5r,13r,17s)-4-(cyclopropylmethyl)-10,17-dihydroxy-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-14-on", "nalorex", "en 1639a", "antaxone", "pti-555", "naltrexonum[latin]", "(4r,4as,7ar,12bs)-3-(cyclopropylmethyl)-4a,9-dihydroxy-2,3,4,4a,5,6-hexahydro-1h-4,12-methano[1]benzofuro[3,2-e]isoquinolin-7-one", "(1s,5r,13r,17s)-4-(cyclopropylmethyl)-10,17-dihydroxy-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7,9,11(18)-trien-14-one", "naltrexone [usan:ban:inn]", "(5?)-17-(cyclopropylmethyl)-3,14-dihydroxy-4,5-epoxymorphinan-6-one", "vivitrol[wiki]", "17-(cyclopropylmethyl)-4,5-epoxy-3,14-dihydroxymorphinan-6-one", "naltrexone hcl", "240-723-0[einecs]", "naltrexona[spanish][inn]"}|>, "3804" -> <|"DatabaseID" -> "SW02365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9678]}, "IsomericSmiles" -> "CC(=O)OC1=CCC2C3Cc4ccc(c5c4C2(C1O5)CC[NH+]3C)OC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Thebacon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10075]}, "Synonyms" -> {"thebacone", "thebacetyl", "tebacon", "dihydrocodeinone enol acetate", "tebacone [dcit]", "thebacon [ban:dcf:inn][inn]", "demethyldihydrothebanine acetate", "4-27-00-02218 (beilstein handbook reference)[beilstein]", "demethyldihydrothebaine acetate", "acetyldihydrokodeinon[czech]", "207-377-2[einecs]", "466-90-0[rn]", "thebacon[wiki]", "thebaine demethyldihydro- acetate (ester)", "demethyldihydrothebaine", "tebacona[spanish][inn]", "acetyldihydrocodeinone", "thebaconum[latin]", "acetyldihydrocodeinone[wiki]", "acedikon[czech]", "acedicon[wiki]", "thebaine demethyldihydro- acetate", "acedikon [czech]", "acedicon", "thebacon"}|>, "3805" -> <|"DatabaseID" -> "SW02365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9678]}, "IsomericSmiles" -> "CC(=O)OC1=CCC2C3Cc4ccc(c5c4C2(C1O5)CC[NH+]3C)OC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Thebacon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10075]}, "Synonyms" -> {"thebacone", "thebacetyl", "tebacon", "dihydrocodeinone enol acetate", "tebacone [dcit]", "thebacon [ban:dcf:inn][inn]", "demethyldihydrothebanine acetate", "4-27-00-02218 (beilstein handbook reference)[beilstein]", "demethyldihydrothebaine acetate", "acetyldihydrokodeinon[czech]", "207-377-2[einecs]", "466-90-0[rn]", "thebacon[wiki]", "thebaine demethyldihydro- acetate (ester)", "demethyldihydrothebaine", "tebacona[spanish][inn]", "acetyldihydrocodeinone", "thebaconum[latin]", "acetyldihydrocodeinone[wiki]", "acedikon[czech]", "acedicon[wiki]", "thebaine demethyldihydro- acetate", "acedikon [czech]", "acedicon", "thebacon"}|>, "3806" -> <|"DatabaseID" -> "SW02365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9678]}, "IsomericSmiles" -> "CC(=O)OC1=CCC2C3Cc4ccc(c5c4C2(C1O5)CC[NH+]3C)OC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Thebacon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10075]}, "Synonyms" -> {"thebacone", "thebacetyl", "tebacon", "dihydrocodeinone enol acetate", "tebacone [dcit]", "thebacon [ban:dcf:inn][inn]", "demethyldihydrothebanine acetate", "4-27-00-02218 (beilstein handbook reference)[beilstein]", "demethyldihydrothebaine acetate", "acetyldihydrokodeinon[czech]", "207-377-2[einecs]", "466-90-0[rn]", "thebacon[wiki]", "thebaine demethyldihydro- acetate (ester)", "demethyldihydrothebaine", "tebacona[spanish][inn]", "acetyldihydrocodeinone", "thebaconum[latin]", "acetyldihydrocodeinone[wiki]", "acedikon[czech]", "acedicon[wiki]", "thebaine demethyldihydro- acetate", "acedikon [czech]", "acedicon", "thebacon"}|>, "3807" -> <|"DatabaseID" -> "SW02365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9678]}, "IsomericSmiles" -> "CC(=O)OC1=CCC2C3Cc4ccc(c5c4C2(C1O5)CC[NH+]3C)OC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Thebacon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10075]}, "Synonyms" -> {"thebacone", "thebacetyl", "tebacon", "dihydrocodeinone enol acetate", "tebacone [dcit]", "thebacon [ban:dcf:inn][inn]", "demethyldihydrothebanine acetate", "4-27-00-02218 (beilstein handbook reference)[beilstein]", "demethyldihydrothebaine acetate", "acetyldihydrokodeinon[czech]", "207-377-2[einecs]", "466-90-0[rn]", "thebacon[wiki]", "thebaine demethyldihydro- acetate (ester)", "demethyldihydrothebaine", "tebacona[spanish][inn]", "acetyldihydrocodeinone", "thebaconum[latin]", "acetyldihydrocodeinone[wiki]", "acedikon[czech]", "acedicon[wiki]", "thebaine demethyldihydro- acetate", "acedikon [czech]", "acedicon", "thebacon"}|>, "3808" -> <|"DatabaseID" -> "SW02365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9678]}, "IsomericSmiles" -> "CC(=O)OC1=CCC2C3Cc4ccc(c5c4C2(C1O5)CC[NH+]3C)OC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Thebacon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10075]}, "Synonyms" -> {"thebacone", "thebacetyl", "tebacon", "dihydrocodeinone enol acetate", "tebacone [dcit]", "thebacon [ban:dcf:inn][inn]", "demethyldihydrothebanine acetate", "4-27-00-02218 (beilstein handbook reference)[beilstein]", "demethyldihydrothebaine acetate", "acetyldihydrokodeinon[czech]", "207-377-2[einecs]", "466-90-0[rn]", "thebacon[wiki]", "thebaine demethyldihydro- acetate (ester)", "demethyldihydrothebaine", "tebacona[spanish][inn]", "acetyldihydrocodeinone", "thebaconum[latin]", "acetyldihydrocodeinone[wiki]", "acedikon[czech]", "acedicon[wiki]", "thebaine demethyldihydro- acetate", "acedikon [czech]", "acedicon", "thebacon"}|>, "3809" -> <|"DatabaseID" -> "SW02365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9678]}, "IsomericSmiles" -> "CC(=O)OC1=CCC2C3Cc4ccc(c5c4C2(C1O5)CC[NH+]3C)OC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Thebacon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10075]}, "Synonyms" -> {"thebacone", "thebacetyl", "tebacon", "dihydrocodeinone enol acetate", "tebacone [dcit]", "thebacon [ban:dcf:inn][inn]", "demethyldihydrothebanine acetate", "4-27-00-02218 (beilstein handbook reference)[beilstein]", "demethyldihydrothebaine acetate", "acetyldihydrokodeinon[czech]", "207-377-2[einecs]", "466-90-0[rn]", "thebacon[wiki]", "thebaine demethyldihydro- acetate (ester)", "demethyldihydrothebaine", "tebacona[spanish][inn]", "acetyldihydrocodeinone", "thebaconum[latin]", "acetyldihydrocodeinone[wiki]", "acedikon[czech]", "acedicon[wiki]", "thebaine demethyldihydro- acetate", "acedikon [czech]", "acedicon", "thebacon"}|>, "3810" -> <|"DatabaseID" -> "SW02365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9678]}, "IsomericSmiles" -> "CC(=O)OC1=CCC2C3Cc4ccc(c5c4C2(C1O5)CC[NH+]3C)OC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Thebacon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10075]}, "Synonyms" -> {"thebacone", "thebacetyl", "tebacon", "dihydrocodeinone enol acetate", "tebacone [dcit]", "thebacon [ban:dcf:inn][inn]", "demethyldihydrothebanine acetate", "4-27-00-02218 (beilstein handbook reference)[beilstein]", "demethyldihydrothebaine acetate", "acetyldihydrokodeinon[czech]", "207-377-2[einecs]", "466-90-0[rn]", "thebacon[wiki]", "thebaine demethyldihydro- acetate (ester)", "demethyldihydrothebaine", "tebacona[spanish][inn]", "acetyldihydrocodeinone", "thebaconum[latin]", "acetyldihydrocodeinone[wiki]", "acedikon[czech]", "acedicon[wiki]", "thebaine demethyldihydro- acetate", "acedikon [czech]", "acedicon", "thebacon"}|>, "3811" -> <|"DatabaseID" -> "SW02365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9678]}, "IsomericSmiles" -> "CC(=O)OC1=CCC2C3Cc4ccc(c5c4C2(C1O5)CC[NH+]3C)OC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Thebacon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10075]}, "Synonyms" -> {"thebacone", "thebacetyl", "tebacon", "dihydrocodeinone enol acetate", "tebacone [dcit]", "thebacon [ban:dcf:inn][inn]", "demethyldihydrothebanine acetate", "4-27-00-02218 (beilstein handbook reference)[beilstein]", "demethyldihydrothebaine acetate", "acetyldihydrokodeinon[czech]", "207-377-2[einecs]", "466-90-0[rn]", "thebacon[wiki]", "thebaine demethyldihydro- acetate (ester)", "demethyldihydrothebaine", "tebacona[spanish][inn]", "acetyldihydrocodeinone", "thebaconum[latin]", "acetyldihydrocodeinone[wiki]", "acedikon[czech]", "acedicon[wiki]", "thebaine demethyldihydro- acetate", "acedikon [czech]", "acedicon", "thebacon"}|>, "3812" -> <|"DatabaseID" -> "SW02366", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03849"]}, "IsomericSmiles" -> "COc1c(cc(cc1)[C@]2(CC[C@H](CC2)C(=O)[O-])C#N)OC3CCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01704"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cilomilast"|>, "Synonyms" -> {"ec 3.1.4.17", "cis-4-cyano-4-[3-(cyclopentyloxy)-4-methoxyphenyl]cyclohexanecarboxylic acid", "cilomilast", "dpde4", "ariflo", "pde32"}|>, "3813" -> <|"DatabaseID" -> "SW02367", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 143087]}, "IsomericSmiles" -> "c1cc(c(c(c1)O)C(=O)CCCCCCCCc2ccc(cc2)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "malabaricone b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 163001]}, "Synonyms" -> {"malabaricone b", "1-(2", "1-(2,6-dihydroxyphenyl)-9-(4-hydroxyphenyl)nonan-1-one", "1-(2,6-dihydroxyphenyl)-9-(4-hydroxyphenyl)-1-nonanone[acd/iupac name]", "1-nonanone 1-(2,6-dihydroxyphenyl)-9-(4-hydroxyphenyl)-", "ac1q5d5f", "ar-1b0340", "1-nonanone", "chembl489354", "ac1l4sbu", "nsc630196", "63335-24-0[rn]", "63335-24-0", "kst-1b7993"}|>, "3814" -> <|"DatabaseID" -> "SW02368", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64119"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 599749]}, "IsomericSmiles" -> "CC[NH+]1CCC[C@H]1CNC(=O)c2cc(ccc2OC)S(=O)(=O)N", "OfficialNames" -> <|"Indian Approved Name" -> "levosulpride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 688272]}, "Synonyms" -> {"n-{[(2s)-1-ethylpyrrolidin-2-yl]methyl}-2-methoxy-5-sulfamoylbenzamide", "(s)-(-)-sulpiride", "(-)-sulpiride", "(s)n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide", "[23672-07-3]", "levosulpirida; levosulpiride; levosulpiridum", "sulpiride (s)-(-)-", "sulpiride [l-(-)]", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide", "(s)-(-)-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-o-anisamide", "benzamide 5-(aminosulfonyl)-n-[[(2s)-1-ethyl-2-pyrrolidinyl]methyl]-2-methoxy-", "null", "n-((s)-1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide", "sbb058180", "o-anisamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl- (s)-(-)-", "benzamide n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxy-5-sulfamoyl- s-(-)-", "(-)-n-(((s)-1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-o-anisamide", "5-(aminosulfonyl)-n-{[(2s)-1-ethylpyrrolidin-2-yl]methyl}-2-methoxybenzamide", "23672-07-3", "levosulpirida", "(+)-sulpiride", "n-{[(2s)-1-ethyl-2-pyrrolidinyl]methyl}-2-methoxy-5-sulfamoylbenzamide", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide(sulpiride)", "n-{[(2s)-1-ethylpyrrolidin-2-yl]methyl}-2-methoxy-5-sulfamoylbenzolcarboxamid", "levogastrol", "(s)-sulpiride", "levosulpiride[inn]", "(-)-5-aminosulfonyl-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxybenzamide", "levosulpiride", "n-[((2s)-1-ethylpyrrolidin-2-yl)methyl](6-methoxy-3-sulfamoylphenyl)carboxamide", "t5ntj a2 b1mvr bo1 eszw &&s; form [wln][wln]", "levopraid", "levosulpiridum", "(s)-5-aminosulfonyl-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxybenzamide", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide((s)-sulpiride)", "(-)-n-(((s)-1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-o-anisamide; (-)-sulpiride; (s)-(-)-5-aminosulfonyl-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxybenzamide;(s)-(-)-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-o-anisamide; (s)-sulpiride; s-(-)-n-(1-ethyl-2-pyrrolidinomethyl)-2-methoxy-5-sulfamoylebenzamide", "5-(aminosulfonyl)-n-[[(2s)-1-ethyl-2-pyrrolidinyl]methyl]-2-methoxybenzamide", "s-(-)-sulpiride", "levosulpride", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide(iodosulpiride)", "levobren", "s-(-)-n-(1-ethyl-2-pyrrolidinomethyl)-2-methoxy-5-sulfamoylebenzamide", "st50319539", "(s)-(-)-5-aminosulfonyl-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxybenzamide", "23672-07-3[rn]", "n-[[(2s)-1-ethylpyrrolidin-2-yl]methyl]-2-methoxy-5-sulfamoylbenzamide", "tl8001954", "ncgc00024853-05", "n-[((2s)-1-ethylpyrrolidin-2-yl)methyl](6-methoxy-3-sulfamoylphenyl)carboxamid e"}|>, "3815" -> <|"DatabaseID" -> "SW02368", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64119"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 599749]}, "IsomericSmiles" -> "CC[NH+]1CCC[C@H]1CNC(=O)c2cc(ccc2OC)S(=O)(=O)N", "OfficialNames" -> <|"Indian Approved Name" -> "levosulpride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 688272]}, "Synonyms" -> {"n-{[(2s)-1-ethylpyrrolidin-2-yl]methyl}-2-methoxy-5-sulfamoylbenzamide", "(s)-(-)-sulpiride", "(-)-sulpiride", "(s)n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide", "[23672-07-3]", "levosulpirida; levosulpiride; levosulpiridum", "sulpiride (s)-(-)-", "sulpiride [l-(-)]", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide", "(s)-(-)-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-o-anisamide", "benzamide 5-(aminosulfonyl)-n-[[(2s)-1-ethyl-2-pyrrolidinyl]methyl]-2-methoxy-", "null", "n-((s)-1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide", "sbb058180", "o-anisamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl- (s)-(-)-", "benzamide n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxy-5-sulfamoyl- s-(-)-", "(-)-n-(((s)-1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-o-anisamide", "5-(aminosulfonyl)-n-{[(2s)-1-ethylpyrrolidin-2-yl]methyl}-2-methoxybenzamide", "23672-07-3", "levosulpirida", "(+)-sulpiride", "n-{[(2s)-1-ethyl-2-pyrrolidinyl]methyl}-2-methoxy-5-sulfamoylbenzamide", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide(sulpiride)", "n-{[(2s)-1-ethylpyrrolidin-2-yl]methyl}-2-methoxy-5-sulfamoylbenzolcarboxamid", "levogastrol", "(s)-sulpiride", "levosulpiride[inn]", "(-)-5-aminosulfonyl-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxybenzamide", "levosulpiride", "n-[((2s)-1-ethylpyrrolidin-2-yl)methyl](6-methoxy-3-sulfamoylphenyl)carboxamide", "t5ntj a2 b1mvr bo1 eszw &&s; form [wln][wln]", "levopraid", "levosulpiridum", "(s)-5-aminosulfonyl-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxybenzamide", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide((s)-sulpiride)", "(-)-n-(((s)-1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-o-anisamide; (-)-sulpiride; (s)-(-)-5-aminosulfonyl-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxybenzamide;(s)-(-)-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-o-anisamide; (s)-sulpiride; s-(-)-n-(1-ethyl-2-pyrrolidinomethyl)-2-methoxy-5-sulfamoylebenzamide", "5-(aminosulfonyl)-n-[[(2s)-1-ethyl-2-pyrrolidinyl]methyl]-2-methoxybenzamide", "s-(-)-sulpiride", "levosulpride", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide(iodosulpiride)", "levobren", "s-(-)-n-(1-ethyl-2-pyrrolidinomethyl)-2-methoxy-5-sulfamoylebenzamide", "st50319539", "(s)-(-)-5-aminosulfonyl-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxybenzamide", "23672-07-3[rn]", "n-[[(2s)-1-ethylpyrrolidin-2-yl]methyl]-2-methoxy-5-sulfamoylbenzamide", "tl8001954", "ncgc00024853-05", "n-[((2s)-1-ethylpyrrolidin-2-yl)methyl](6-methoxy-3-sulfamoylphenyl)carboxamid e"}|>, "3816" -> <|"DatabaseID" -> "SW02369", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32168"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5162]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00391"]}, "IsomericSmiles" -> "CC[NH+]1CCCC1CNC(=O)c2cc(ccc2OC)S(=O)(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01226"]}, "OfficialNames" -> <|"China Approved Name" -> "sulpiride"|>, "PharmGKBID" -> "PA164745485", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5355]}, "Synonyms" -> {"miradol", "dogmatil", "sulpirid", "sulpiride", "dolmatil", "sulpyrid", "guastil", "aiglonyl", "dogmatyl", "mirbanil", "neogama", "splotin", "alimoral", "enimon", "abilit", "nufarol", "darleton", "lisopiride", "normum", "omiryl", "synedil", "zemorcon", "valirem", "isnamide", "calmoflorine", "dresent", "coolspan", "fidelan", "levobren", "trilan", "suprium", "norestran", "pyrikappl", "equilid", "fardalan", "mariastel", "eusulpid", "pyrkappl", "ozoderpin", "sulpride", "kylistro", "stamonevrol", "meresa", "sernevin", "psicocen", "dobren", "sulpitil", "eglonyl", "levopraid", "eglonil", "sursumid", "omperan", "misulvan", "championyl", "desmenat", "[15676-16-1]", "digton", "r.d. 1403", "sulpiride (jp15/usan)[usan][jp15]", "5-(aminosulfonyl)-n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxybenzamide", "5-(aminosulfonyl)-n-{[(2s)-1-ethylpyrrolidin-2-yl]methyl}-2-methoxybenzamide", "(s)-sulpiride", "vertigo neogama", "n-[(1-ethylpyrrolidin-2-yl)methyl]-2-methoxy-5-sulfamoylbenzamide", "vertigo-neogama", "bosnyl", "sulperide", "sulpiridum", "tepavil", "n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxy-5-sulfamoylbenzamide", "r. d. 1403", "benzamide 5-(aminosulfonyl)-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxy-", "deponerton", "levosulpiride", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide(sulpiride)", "sulpivert", "sulpirida[spanish][inn]", "(s)-(-)-sulpiride", "levosulpiridum[latin]", "dogmatil;dogmatyl;mirbanil;milsulvan;eglonyl", "benzamide 5-(aminosulfonyl)-n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxy-", "n-((1-ethylpyrrolidin-2-yl)methyl)-2-methoxy-5-sulfamoylbenzamide", "levosulpiride [inn]", "(r,s)-sulpiride", "sulpor", "levosulpirida [inn-spanish]", "arminol", "modal", "sulpirida", "restful[wiki]", "dogmatil;", "15676-16-1[rn]", "vertigo-meresa", "eclorion", "15676-16-1", "levosulpiride[inn]", "dogmatyl (tn)", "5-22-08-00105 (beilstein handbook reference)[beilstein]", "sulpiride [usan:ban:inn:jan][inn][jan][usan]", "vertigo meresa", "ekilid", "sulpiride (rs)-", "sulpiridum[latin]", "(+)-n-[(1-ethylpyrrolidin-2-yl)methyl]-2-methoxy-5-sulfamoyl-benzamide", "restful", "desisulpid", "023672-07-3", "o-anisamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-", "eglonyl[wiki]", "239-753-7[einecs]", "sulpirida [inn-spanish]", "50995-94-3[rn]", "pontiride", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxy-5-sulfamoylbenzamide[acd/iupac name]", "d013469", "sulpirida; sulpiride; sulpiridum", "lebopride", "sulpiridum [inn-latin]", "23672-07-3[rn]", "espiride", "n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-o-anisamide", "levosulpiridum [inn-latin]", "levosulpirida[spanish][inn]", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide", "5-(aminosulfonyl)-n-[(1-ethylpyrrolidin-2-yl)methyl]-2-methoxybenzamide", "337376-15-5", "sulpiride[wiki]", "5-(aminosufonyl)-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxybenzamide", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-sulfamoyl-o-anisamide"}|>, "3817" -> <|"DatabaseID" -> "SW02369", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32168"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5162]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00391"]}, "IsomericSmiles" -> "CC[NH+]1CCCC1CNC(=O)c2cc(ccc2OC)S(=O)(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01226"]}, "OfficialNames" -> <|"China Approved Name" -> "sulpiride"|>, "PharmGKBID" -> "PA164745485", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5355]}, "Synonyms" -> {"miradol", "dogmatil", "sulpirid", "sulpiride", "dolmatil", "sulpyrid", "guastil", "aiglonyl", "dogmatyl", "mirbanil", "neogama", "splotin", "alimoral", "enimon", "abilit", "nufarol", "darleton", "lisopiride", "normum", "omiryl", "synedil", "zemorcon", "valirem", "isnamide", "calmoflorine", "dresent", "coolspan", "fidelan", "levobren", "trilan", "suprium", "norestran", "pyrikappl", "equilid", "fardalan", "mariastel", "eusulpid", "pyrkappl", "ozoderpin", "sulpride", "kylistro", "stamonevrol", "meresa", "sernevin", "psicocen", "dobren", "sulpitil", "eglonyl", "levopraid", "eglonil", "sursumid", "omperan", "misulvan", "championyl", "desmenat", "[15676-16-1]", "digton", "r.d. 1403", "sulpiride (jp15/usan)[usan][jp15]", "5-(aminosulfonyl)-n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxybenzamide", "5-(aminosulfonyl)-n-{[(2s)-1-ethylpyrrolidin-2-yl]methyl}-2-methoxybenzamide", "(s)-sulpiride", "vertigo neogama", "n-[(1-ethylpyrrolidin-2-yl)methyl]-2-methoxy-5-sulfamoylbenzamide", "vertigo-neogama", "bosnyl", "sulperide", "sulpiridum", "tepavil", "n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxy-5-sulfamoylbenzamide", "r. d. 1403", "benzamide 5-(aminosulfonyl)-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxy-", "deponerton", "levosulpiride", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide(sulpiride)", "sulpivert", "sulpirida[spanish][inn]", "(s)-(-)-sulpiride", "levosulpiridum[latin]", "dogmatil;dogmatyl;mirbanil;milsulvan;eglonyl", "benzamide 5-(aminosulfonyl)-n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxy-", "n-((1-ethylpyrrolidin-2-yl)methyl)-2-methoxy-5-sulfamoylbenzamide", "levosulpiride [inn]", "(r,s)-sulpiride", "sulpor", "levosulpirida [inn-spanish]", "arminol", "modal", "sulpirida", "restful[wiki]", "dogmatil;", "15676-16-1[rn]", "vertigo-meresa", "eclorion", "15676-16-1", "levosulpiride[inn]", "dogmatyl (tn)", "5-22-08-00105 (beilstein handbook reference)[beilstein]", "sulpiride [usan:ban:inn:jan][inn][jan][usan]", "vertigo meresa", "ekilid", "sulpiride (rs)-", "sulpiridum[latin]", "(+)-n-[(1-ethylpyrrolidin-2-yl)methyl]-2-methoxy-5-sulfamoyl-benzamide", "restful", "desisulpid", "023672-07-3", "o-anisamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-", "eglonyl[wiki]", "239-753-7[einecs]", "sulpirida [inn-spanish]", "50995-94-3[rn]", "pontiride", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxy-5-sulfamoylbenzamide[acd/iupac name]", "d013469", "sulpirida; sulpiride; sulpiridum", "lebopride", "sulpiridum [inn-latin]", "23672-07-3[rn]", "espiride", "n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-o-anisamide", "levosulpiridum [inn-latin]", "levosulpirida[spanish][inn]", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide", "5-(aminosulfonyl)-n-[(1-ethylpyrrolidin-2-yl)methyl]-2-methoxybenzamide", "337376-15-5", "sulpiride[wiki]", "5-(aminosufonyl)-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxybenzamide", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-sulfamoyl-o-anisamide"}|>, "3818" -> <|"DatabaseID" -> "SW02369", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32168"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5162]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00391"]}, "IsomericSmiles" -> "CC[NH+]1CCCC1CNC(=O)c2cc(ccc2OC)S(=O)(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01226"]}, "OfficialNames" -> <|"China Approved Name" -> "sulpiride"|>, "PharmGKBID" -> "PA164745485", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5355]}, "Synonyms" -> {"miradol", "dogmatil", "sulpirid", "sulpiride", "dolmatil", "sulpyrid", "guastil", "aiglonyl", "dogmatyl", "mirbanil", "neogama", "splotin", "alimoral", "enimon", "abilit", "nufarol", "darleton", "lisopiride", "normum", "omiryl", "synedil", "zemorcon", "valirem", "isnamide", "calmoflorine", "dresent", "coolspan", "fidelan", "levobren", "trilan", "suprium", "norestran", "pyrikappl", "equilid", "fardalan", "mariastel", "eusulpid", "pyrkappl", "ozoderpin", "sulpride", "kylistro", "stamonevrol", "meresa", "sernevin", "psicocen", "dobren", "sulpitil", "eglonyl", "levopraid", "eglonil", "sursumid", "omperan", "misulvan", "championyl", "desmenat", "[15676-16-1]", "digton", "r.d. 1403", "sulpiride (jp15/usan)[usan][jp15]", "5-(aminosulfonyl)-n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxybenzamide", "5-(aminosulfonyl)-n-{[(2s)-1-ethylpyrrolidin-2-yl]methyl}-2-methoxybenzamide", "(s)-sulpiride", "vertigo neogama", "n-[(1-ethylpyrrolidin-2-yl)methyl]-2-methoxy-5-sulfamoylbenzamide", "vertigo-neogama", "bosnyl", "sulperide", "sulpiridum", "tepavil", "n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxy-5-sulfamoylbenzamide", "r. d. 1403", "benzamide 5-(aminosulfonyl)-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxy-", "deponerton", "levosulpiride", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide(sulpiride)", "sulpivert", "sulpirida[spanish][inn]", "(s)-(-)-sulpiride", "levosulpiridum[latin]", "dogmatil;dogmatyl;mirbanil;milsulvan;eglonyl", "benzamide 5-(aminosulfonyl)-n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxy-", "n-((1-ethylpyrrolidin-2-yl)methyl)-2-methoxy-5-sulfamoylbenzamide", "levosulpiride [inn]", "(r,s)-sulpiride", "sulpor", "levosulpirida [inn-spanish]", "arminol", "modal", "sulpirida", "restful[wiki]", "dogmatil;", "15676-16-1[rn]", "vertigo-meresa", "eclorion", "15676-16-1", "levosulpiride[inn]", "dogmatyl (tn)", "5-22-08-00105 (beilstein handbook reference)[beilstein]", "sulpiride [usan:ban:inn:jan][inn][jan][usan]", "vertigo meresa", "ekilid", "sulpiride (rs)-", "sulpiridum[latin]", "(+)-n-[(1-ethylpyrrolidin-2-yl)methyl]-2-methoxy-5-sulfamoyl-benzamide", "restful", "desisulpid", "023672-07-3", "o-anisamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-", "eglonyl[wiki]", "239-753-7[einecs]", "sulpirida [inn-spanish]", "50995-94-3[rn]", "pontiride", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxy-5-sulfamoylbenzamide[acd/iupac name]", "d013469", "sulpirida; sulpiride; sulpiridum", "lebopride", "sulpiridum [inn-latin]", "23672-07-3[rn]", "espiride", "n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-o-anisamide", "levosulpiridum [inn-latin]", "levosulpirida[spanish][inn]", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide", "5-(aminosulfonyl)-n-[(1-ethylpyrrolidin-2-yl)methyl]-2-methoxybenzamide", "337376-15-5", "sulpiride[wiki]", "5-(aminosufonyl)-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxybenzamide", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-sulfamoyl-o-anisamide"}|>, "3819" -> <|"DatabaseID" -> "SW02369", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32168"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5162]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00391"]}, "IsomericSmiles" -> "CC[NH+]1CCCC1CNC(=O)c2cc(ccc2OC)S(=O)(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01226"]}, "OfficialNames" -> <|"China Approved Name" -> "sulpiride"|>, "PharmGKBID" -> "PA164745485", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5355]}, "Synonyms" -> {"miradol", "dogmatil", "sulpirid", "sulpiride", "dolmatil", "sulpyrid", "guastil", "aiglonyl", "dogmatyl", "mirbanil", "neogama", "splotin", "alimoral", "enimon", "abilit", "nufarol", "darleton", "lisopiride", "normum", "omiryl", "synedil", "zemorcon", "valirem", "isnamide", "calmoflorine", "dresent", "coolspan", "fidelan", "levobren", "trilan", "suprium", "norestran", "pyrikappl", "equilid", "fardalan", "mariastel", "eusulpid", "pyrkappl", "ozoderpin", "sulpride", "kylistro", "stamonevrol", "meresa", "sernevin", "psicocen", "dobren", "sulpitil", "eglonyl", "levopraid", "eglonil", "sursumid", "omperan", "misulvan", "championyl", "desmenat", "[15676-16-1]", "digton", "r.d. 1403", "sulpiride (jp15/usan)[usan][jp15]", "5-(aminosulfonyl)-n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxybenzamide", "5-(aminosulfonyl)-n-{[(2s)-1-ethylpyrrolidin-2-yl]methyl}-2-methoxybenzamide", "(s)-sulpiride", "vertigo neogama", "n-[(1-ethylpyrrolidin-2-yl)methyl]-2-methoxy-5-sulfamoylbenzamide", "vertigo-neogama", "bosnyl", "sulperide", "sulpiridum", "tepavil", "n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxy-5-sulfamoylbenzamide", "r. d. 1403", "benzamide 5-(aminosulfonyl)-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxy-", "deponerton", "levosulpiride", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide(sulpiride)", "sulpivert", "sulpirida[spanish][inn]", "(s)-(-)-sulpiride", "levosulpiridum[latin]", "dogmatil;dogmatyl;mirbanil;milsulvan;eglonyl", "benzamide 5-(aminosulfonyl)-n-((1-ethyl-2-pyrrolidinyl)methyl)-2-methoxy-", "n-((1-ethylpyrrolidin-2-yl)methyl)-2-methoxy-5-sulfamoylbenzamide", "levosulpiride [inn]", "(r,s)-sulpiride", "sulpor", "levosulpirida [inn-spanish]", "arminol", "modal", "sulpirida", "restful[wiki]", "dogmatil;", "15676-16-1[rn]", "vertigo-meresa", "eclorion", "15676-16-1", "levosulpiride[inn]", "dogmatyl (tn)", "5-22-08-00105 (beilstein handbook reference)[beilstein]", "sulpiride [usan:ban:inn:jan][inn][jan][usan]", "vertigo meresa", "ekilid", "sulpiride (rs)-", "sulpiridum[latin]", "(+)-n-[(1-ethylpyrrolidin-2-yl)methyl]-2-methoxy-5-sulfamoyl-benzamide", "restful", "desisulpid", "023672-07-3", "o-anisamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-", "eglonyl[wiki]", "239-753-7[einecs]", "sulpirida [inn-spanish]", "50995-94-3[rn]", "pontiride", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxy-5-sulfamoylbenzamide[acd/iupac name]", "d013469", "sulpirida; sulpiride; sulpiridum", "lebopride", "sulpiridum [inn-latin]", "23672-07-3[rn]", "espiride", "n-((1-ethyl-2-pyrrolidinyl)methyl)-5-sulfamoyl-o-anisamide", "levosulpiridum [inn-latin]", "levosulpirida[spanish][inn]", "n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-5-sulfamoyl-benzamide", "5-(aminosulfonyl)-n-[(1-ethylpyrrolidin-2-yl)methyl]-2-methoxybenzamide", "337376-15-5", "sulpiride[wiki]", "5-(aminosufonyl)-n-[(1-ethyl-2-pyrrolidinyl)methyl]-2-methoxybenzamide", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-sulfamoyl-o-anisamide"}|>, "3820" -> <|"DatabaseID" -> "SW02370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4573]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00738"]}, "IsomericSmiles" -> "[H]/[NH+]=C(\\N)/c1ccc(cc1)OCCCCCOc2ccc(cc2)/C(=[NH+]/[H])/N", "OfficialNames" -> <|"China Approved Name" -> "pentamidine", "WHO Essential Medicine" -> "pentamidine", "Australia Approved Name" -> "PENTAMIDINE", "FDA Approved Drug" -> "PENTAMIDINE ISETHIONATE"|>, "PharmGKBID" -> "PA450850", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4735]}, "Synonyms" -> {"nebupent", "pentamide", "pentacarinat", "100-33-4", "4 4'-diamidinodiphenoxypentane", "pentam", "pentam 300", "pnt", "pentamidine isethionate", "pentamidine", "p,p'-(pentamethylenedioxy)bis[benzamidine]", "rp 2512 (*isethionate)", "4,4'-diamidinodiphenoxypentane", "pentacarinat (*isethionate)", "cytosine-5)- methyltransferase-like protein 2", "p,p'-(pentamethylenedioxy)dibenzamidine", "4,4'-[1,5-pentanediylbis(oxy)]bis-benzenecarboximidamide", "ph7", "benzenecarboximidamide 4,4'-(1,5-pentanediylbis(oxy))bis-", "1,5-bis(4-amidinophenoxy)pentane", "nebupent (as isethionate)", "dna", "benzenecarboximidamide 4 4'-[1,5-pentanediylbis (oxy)]bis-", "lomidine", "cytosine-5-)-methyltransferase", "4-10-00-00447 (beilstein handbook reference)[beilstein]", "pentamidine[wiki]", "pentam 300 (*isethionate)", "pentamidine [ban:dcf:inn][inn]", "4-[5-(4-carbamimidoylphenoxy)pentoxy]benzenecarboximidamide", "100-33-4[rn]", "100-33-4 (free base )", "benzamidine 4 4'- (pentamethylenedioxy)di-", "pentamidinum", "rp-2512", "202-841-0[einecs]", "m.hsaiip", "4,4'-diamidino-a,w-diphenoxypentane", "benzenecarboximidamide 4,4'-[1,5-pentanediylbis(oxy)]bis-", "4,4'-[1,5-pentanediylbis(oxy)]bisbenzenecarboximidamide", "p p'-(pentamethylenedioxy)dibenzamidine", "dna methyltransferase homolog hsaiip", "nebupent (*isethionate)", "6823-79-6 (dimethanesulfonate)", "[140-64-7]", "4,4'-(pentamethylenedioxy)dibenzamidine", "pumet", "4,4'-(1,5-pentanediylbis(oxy))bis-benzenecarboximidamide", "4-10-00-00447", "140-64-7[rn]", "pentamidin", "dnmt2", "p,p'-(pentamethylene-dioxy)bis-benzamidine", "pentamidinum[latin]", "pentamidina [dcit]", "dna mtase homolog hsaiip", "3159790[beilstein]", "pentamidine isethionate 2-hydroxy-ethanesulfonic acid", "pentamidina", "pentam 300 (as isethionate)", "1,3-bis(4-amidinophenoxy)pentane", "mb-800", "benzenecarboximidamide 4,4'-(1,5-pentanediylbis(oxy))bis- (9ci)", "4,4'-[pentane-1,5-diylbis(oxy)]dibenzenecarboximidamide", "ec 2.1.1.29", "benzamidine 4,4'-(pentamethylenedioxy)di-", "337376-15-5", "pentacarinat (as isethionate)", "pentamidine isetionate", "4,4'-(pentane-1,5-diylbis(oxy))dibenzimidamide", "pneumopent"}|>, "3821" -> <|"DatabaseID" -> "SW02371", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8466"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33715]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01182"]}, "IsomericSmiles" -> "CCC[NH2+]CC(COc1ccccc1C(=O)CCc2ccccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00640"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PROPAFENONE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36708]}, "Synonyms" -> {"propafenone hydrochloride", "rythmol sr", "propafenone hcl", "baxarytmon", "propafenon hydrochlorid", "rhythmonorm", "arythmol", "fenoprain", "rythmol", "propafenone", "rytmonorm", "pronon", "1-[2-[2-hydroxy-3-propoxy]phenyl]-3-phenylpropan-1-onehydrochloride", "1-(2-[2-hydroxy-3-(propylamino)propoxy]phenyl)-3-phenyl-1propanone", "1-{2-[2-hydroxy-3-(propylamino)propoxy]phenyl}-3-phenylpropan-1-one hydrochloride", "1-{2-[2-hydroxy-3-(propylamino)propoxy]phenyl}-3-phenylpropan-1-onhydrochlorid", "34183-22-7 54063-53-5 [propafenone]", "propafenone hydrochloirde", "34183-22-7[rn]", "1-[2-[2-hydroxy-3-(propylamino)propoxy]phenyl]-3-phenylpropan-1-one hydrochloride", "251-867-9[einecs]", "propiophenone 2'-(2-hydroxy-3-(propylamino)propoxy)-3-phenyl-,hydrochloride", "1-propanone 1-(2-(2-hydroxy-3-(propylamino)propoxy)phenyl)-3-phenyl- hydrochloride", "2'-(2-hydroxy-3-(propylamino)propoxy)-3-phenylpropiophenone hydrochloride", "1-propanone 1-[2-[2-hydroxy-3-(propylamino)propoxy]phenyl]-3-phenyl- hydrochloride (1:1)", "1-{2-[2-hydroxy-3-(propylamino)propoxy]phenyl}-3-phenylpropan-1-one chloride", "ether-a-go-go-related gene potassium channel 1", "54063-53-5[rn]", "propafenone-hcl", "propanfenone hydrochloride", "1-propanone 1-[2-[2-hydroxy-3-(propylamino)propoxy]phenyl]-3-phenyl- hydrochloride", "34183-22-7 54063-53-5", "propafenone hydrochloride [usan:jan][jan][usan]", "erg1", "1-(2-(2-hydroxy-3-(propylamino)propoxy)phenyl)-3-phenylpropan-1-one hydrochloride", "2'-[2-hydroxy-3-(propylamino)propoxy]-3-phenylpropiophenone hydrochloride", "(rs)-propafenone hydrochloride", "rythmol (tn)", "h-erg", "rhythmol", "propafenona [inn-spanish]", "arythmol; rythmol", "rythmol[wiki]", "2-hydroxy-3-[2-(3-phenylpropanoyl)phenoxy]-n-propylpropan-1-aminium chloride; propafenon hydrochlorid; propafenone hcl", "propafenonum [inn-latin]", "2-hydroxy-3-[2-(3-phenylpropanoyl)phenoxy]-n-propylpropan-1-aminium chloride", "ether-a-go-go-related protein 1", "propafenon hydrochlorid[german]", "mfcd00079243", "1-[2-[2-hydroxy-3-(propylamino)propoxy]phenyl]-3-phenyl-1-propanone hydrochloride", "eag homolog", "voltage-gated potassium channel subunit kv11.1", "1-[2-(2-hydroxy-3-(propylamino)propoxy)phenyl]-3-phenyl-1-propanone hydrochloride", "eag-related protein 1", "1-{2-[2-hydroxy-3-(propylamino)propoxy]phenyl}-3-phenylpropan-1-one hydrochloride(1:1)"}|>, "3822" -> <|"DatabaseID" -> "SW02371", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8466"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33715]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01182"]}, "IsomericSmiles" -> "CCC[NH2+]CC(COc1ccccc1C(=O)CCc2ccccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00640"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PROPAFENONE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36708]}, "Synonyms" -> {"propafenone hydrochloride", "rythmol sr", "propafenone hcl", "baxarytmon", "propafenon hydrochlorid", "rhythmonorm", "arythmol", "fenoprain", "rythmol", "propafenone", "rytmonorm", "pronon", "1-[2-[2-hydroxy-3-propoxy]phenyl]-3-phenylpropan-1-onehydrochloride", "1-(2-[2-hydroxy-3-(propylamino)propoxy]phenyl)-3-phenyl-1propanone", "1-{2-[2-hydroxy-3-(propylamino)propoxy]phenyl}-3-phenylpropan-1-one hydrochloride", "1-{2-[2-hydroxy-3-(propylamino)propoxy]phenyl}-3-phenylpropan-1-onhydrochlorid", "34183-22-7 54063-53-5 [propafenone]", "propafenone hydrochloirde", "34183-22-7[rn]", "1-[2-[2-hydroxy-3-(propylamino)propoxy]phenyl]-3-phenylpropan-1-one hydrochloride", "251-867-9[einecs]", "propiophenone 2'-(2-hydroxy-3-(propylamino)propoxy)-3-phenyl-,hydrochloride", "1-propanone 1-(2-(2-hydroxy-3-(propylamino)propoxy)phenyl)-3-phenyl- hydrochloride", "2'-(2-hydroxy-3-(propylamino)propoxy)-3-phenylpropiophenone hydrochloride", "1-propanone 1-[2-[2-hydroxy-3-(propylamino)propoxy]phenyl]-3-phenyl- hydrochloride (1:1)", "1-{2-[2-hydroxy-3-(propylamino)propoxy]phenyl}-3-phenylpropan-1-one chloride", "ether-a-go-go-related gene potassium channel 1", "54063-53-5[rn]", "propafenone-hcl", "propanfenone hydrochloride", "1-propanone 1-[2-[2-hydroxy-3-(propylamino)propoxy]phenyl]-3-phenyl- hydrochloride", "34183-22-7 54063-53-5", "propafenone hydrochloride [usan:jan][jan][usan]", "erg1", "1-(2-(2-hydroxy-3-(propylamino)propoxy)phenyl)-3-phenylpropan-1-one hydrochloride", "2'-[2-hydroxy-3-(propylamino)propoxy]-3-phenylpropiophenone hydrochloride", "(rs)-propafenone hydrochloride", "rythmol (tn)", "h-erg", "rhythmol", "propafenona [inn-spanish]", "arythmol; rythmol", "rythmol[wiki]", "2-hydroxy-3-[2-(3-phenylpropanoyl)phenoxy]-n-propylpropan-1-aminium chloride; propafenon hydrochlorid; propafenone hcl", "propafenonum [inn-latin]", "2-hydroxy-3-[2-(3-phenylpropanoyl)phenoxy]-n-propylpropan-1-aminium chloride", "ether-a-go-go-related protein 1", "propafenon hydrochlorid[german]", "mfcd00079243", "1-[2-[2-hydroxy-3-(propylamino)propoxy]phenyl]-3-phenyl-1-propanone hydrochloride", "eag homolog", "voltage-gated potassium channel subunit kv11.1", "1-[2-(2-hydroxy-3-(propylamino)propoxy)phenyl]-3-phenyl-1-propanone hydrochloride", "eag-related protein 1", "1-{2-[2-hydroxy-3-(propylamino)propoxy]phenyl}-3-phenylpropan-1-one hydrochloride(1:1)"}|>, "3823" -> <|"DatabaseID" -> "SW02372", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17466]}, "IsomericSmiles" -> "CC[N+](C)(CC)CCOC(=O)C(c1ccccc1)(c2ccccc2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01315"]}, "OfficialNames" -> <|"NPC Approved Name" -> "methylbenactyzium bromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18493]}, "Synonyms" -> {"sanrine", "noinarin", "igsain", "alsain", "apulcin", "gastrimade", "semulgin", "finalin", "paragone[wiki]", "n,n-diethyl-2-{[hydroxy(diphenyl)acetyl]oxy}-n-methylethanaminium bromide", "diethyl(2-hydroxyethyl)methylammonium bromide benzilate", "filcilin", "3166-62-9[rn]", "diethylaminoethyl diphenylglycolate methobromide", "13473-61-5[rn]", "n,n-diethyl-2-[2-hydroxy(diphenyl)acetoxy]-n-methylethanaminiumbromide[acd/iupac name]", "methylbenactyzium bromide [inn:jan][inn][jan]", "final[wiki]", "ethanaminium n,n-diethyl-2-[(2-hydroxy-2,2-diphenylacetyl)oxy]-n-methyl- bromide (1:1)", "2-(diethylmethylamino)ethyl2-hydroxy-2,2-diphenylacetate bromide", "221-628-3[einecs]", "n,n-diethyl-2-((hydroxydiphenylacetyl)oxy)-n-methylethanaminiumbromide", "methylbenactyzium bromide", "bromure de methylbenactyzium[french][inn]", "methylbenactyzii bromidum[latin]", "benzactyzine methylbromide", "methylbenactyzium bromide[jp15]", "diethyl(2-hydroxyethyl)methylammonium bromidebenzilate (ester)", "ethanaminium n,n-diethyl-2-((hydroxydiphenylacetyl)oxy)-n-methyl- bromide (9ci)", "methyl benactyzium bromide", "neo-aspamin", "final", "benactyzine methobromide", "bromuro de metilbenacticio[spanish][inn]", "paragone", "benzactyzine methobromide", "benactyzine methyl bromide"}|>, "3824" -> <|"DatabaseID" -> "SW02373", "IsomericSmiles" -> "Cc1cc(c2c(c1)OC3(CCC4C(CCCC45C3[C@H]2OC5)(C)C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01257"]}, "OfficialNames" -> <|"NPC Approved Name" -> "siccanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443933]}, "Synonyms" -> {"siccanin", "siccanin (tn)", "siccanin (jp16/inn)", "d01257", "22733-60-4"}|>, "3825" -> <|"DatabaseID" -> "SW02373", "IsomericSmiles" -> "Cc1cc(c2c(c1)OC3(CCC4C(CCCC45C3[C@H]2OC5)(C)C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01257"]}, "OfficialNames" -> <|"NPC Approved Name" -> "siccanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443933]}, "Synonyms" -> {"siccanin", "siccanin (tn)", "siccanin (jp16/inn)", "d01257", "22733-60-4"}|>, "3826" -> <|"DatabaseID" -> "SW02373", "IsomericSmiles" -> "Cc1cc(c2c(c1)OC3(CCC4C(CCCC45C3[C@H]2OC5)(C)C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01257"]}, "OfficialNames" -> <|"NPC Approved Name" -> "siccanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443933]}, "Synonyms" -> {"siccanin", "siccanin (tn)", "siccanin (jp16/inn)", "d01257", "22733-60-4"}|>, "3827" -> <|"DatabaseID" -> "SW02373", "IsomericSmiles" -> "Cc1cc(c2c(c1)OC3(CCC4C(CCCC45C3[C@H]2OC5)(C)C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01257"]}, "OfficialNames" -> <|"NPC Approved Name" -> "siccanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443933]}, "Synonyms" -> {"siccanin", "siccanin (tn)", "siccanin (jp16/inn)", "d01257", "22733-60-4"}|>, "3828" -> <|"DatabaseID" -> "SW02374", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3283]}, "IsomericSmiles" -> "c1ccc(c(c1)C2=NCC(=O)N(c3c2cc(cc3)Cl)CC4CC4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01279"]}, "OfficialNames" -> <|"NPC Approved Name" -> "flutoprazepam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3400]}, "Synonyms" -> {"flutoprazepam", "restas", "restar", "5-24-04-00321[beilstein]", "id-1937", "flutoprazepam [inn:jan][inn][jan]", "7-chloro-1-cyclopropylmethyl-1,3-dihydro-5-(2-fluorophenyl)-2h-1,4-benzodiazepin-2-one", "25967-29-7[rn]", "restas (tn)", "brn 0898682", "kb-509", "flutoprazepamum[latin]", "flutoprazepamum [inn-latin]", "2h-1,4-benzodiazepin-2-one,7-chloro-1-(cyclopropylmethyl)-5-(o-fluorophenyl)-1,", "25967-29-7", "flutoprazepam [inn:jan]", "2h-1,4-benzodiazepin-2-one,7-chloro-1-(cyclopropylmethyl)-5-(o-fluorophenyl)-1,3-dihydro-", "7-chloro-1-(cyclopropylmethyl)-5-(o-fluorophenyl)-1,3-dihydro-2h-1,4-benzodiazepin-2-one", "5-24-04-00321 (beilstein handbook reference)[beilstein]", "2h-1,4-benzodiazepin-2-one,7-chloro-1-(cyclopropylmethyl)-5-(2-fluorophenyl)-1,3-dihydro-", "kb 509", "7-chloro-1-(cyclopropylmethyl)-5-(2-fluorophenyl)-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]"}|>, "3829" -> <|"DatabaseID" -> "SW02375", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3191]}, "IsomericSmiles" -> "CCc1cc2c(s1)-n3c(nnc3CN=C2c4ccccc4Cl)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01514"]}, "OfficialNames" -> <|"Indian Approved Name" -> "etizolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3307]}, "Synonyms" -> {"etizolam", "sedekopan", "depas", "ahr 3219", "4-(2-chlorophenyl)-2-ethyl-9-methyl-6h-thieno[3,2-f][1,2,4]triazolo[4,3-a][1,4]diazepine[acd/iupac name]", "6-(o-chlorphenyl)-8-aethyl-1-methyl-4h-s-triazolo(3,4-c)thieno(2,3-e)(1,4)diazepin[german]", "4h-s-triazolo(3,4-c)thieno(2,3-e)(1,4)-diazepine 6-(o-chlorophenyl)-8-ethyl-1-methyl-", "c044610", "etizolam [inn:jan][inn][jan]", "etizolam 14c-labeled", "40054-69-1[rn]", "4-(o-chlorophenyl)-2-ethyl-9-methyl-6h-thieno(3,2-f)-s-triazolo(4,3-a)(1,4)diazepine", "brn 0572740", "4-(o-chlorophenyl)-2-ethyl-9-methyl-6h-thieno(3", "4-(2-chlorophenyl)-2-ethyl-9-methyl-6h-thieno[3", "1-methyl-6-o-chlorophenyl-8-ethyl-4h-s-triazolo[3,4-c]thieno[2,3-e]1,4-diazepine", "y-7131", "6-(o-chlorophenyl)-8-ethyl-1-methyl-4h-s-triazolo(3,4-c)thieno(2,3-e)(1,4)-diazepine", "40054-69-1", "etizolamum [inn-latin]", "etizolamum[latin]", "sedekopan (tn)", "4-(2-chlorophenyl)-2-ethyl-9-methyl-6h-thieno[3,2-f][1,2,4]triazolo[4,3a][1,4]diazepine", "ncgc00182031-01", "8-ethyl-6-(o-chlorophenyl)-1-methyl-4h-s-triazolo(3,4c)thieno(2,3e)-1,4-diazepine", "6h-thieno(3,2-f)(1,2,4)triazolo(4,3-a)(1,4)diazepine,4-(2-chlorophenyl)-2-ethyl-9-methyl-", "etizolam[wiki][jp15]", "6h-thieno[3,2-f][1,2,4]triazolo[4,3-a][1,4]diazepine,4-(2-chlorophenyl)-2-ethyl-9-methyl-"}|>, "3830" -> <|"DatabaseID" -> "SW02376", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9674"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5355]}, "IsomericSmiles" -> "Cc1nnc2n1-c3ccc(cc3C(=NC2)c4ccccc4Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00387"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Triazolam", "FDA Approved Drug" -> "TRIAZOLAM"|>, "PharmGKBID" -> "PA451753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5556]}, "Synonyms" -> {"halcion", "triazolam", "apo-triazo", "gen-triazolam", "novidorm", "clorazolam", "8-chloro-6-[2-chlorophenyl]-1-methyl-4h-[1,2,4]triazolo[4,3-a][1,4]benzodiazepine", "alti-triazolam", "u 33,030", "halcion (triazolam)", "28911-01-5", "8-chloro-6-(o-chlorophenyl)-1-methyl-4h-s-triazolo[4,3-a][1,4]benzodiazepine", "mbr", "novodorm", "8-chloro-6-(o-chlorophenyl)-1-methyl-4h-s-triazolo(4,3-a)(1,4)benzodiazepine", "4-01-00-00082 (beilstein handbook reference)[beilstein]", "4h-(1,2,4)triazolo(4,3-a)(1,4)benzodiazepine,8-chloro-6-(2-chlorophenyl)-1-methyl-", "triazolamum[latin]", "halcion[wiki]", "gen triazolam", "tribromometan", "8-chloro-6-(2-chlorophenyl)-1-methyl-4h-[1,2,4]triazolo[4,3-a][1,4]benzodiazepine[acd/iupac name]", "4471-18-5[rn]", "halcion (tn)", "triazolamum [inn-latin]", "trilam", "u-33,030", "songar", "8-chlor-6-(2-chlorphenyl)-1-methyl-4h-[1,2,4]triazolo[4,3-a][1,4]benzodiazepin", "novo-triolam", "hypnostat", "28911-01-5[rn]", "apo triazo", "u33,030", "songar[wiki]", "triazolamum", "4h-[1,2,4]triazolo[4,3-a][1,4]benzodiazepine,8-chloro-6-(2-chlorophenyl)-1-methyl-", "d014229", "4h-s-triazolo(4,3-a)(1,4)benzodiazepine 8-chloro-6-(o-chlorophenyl)-1-methyl-", "1226643[beilstein]", "249-307-3[einecs]", "triazolam[wiki]", "337376-15-5", "triazolam [usan:ban:inn:jan][inn][jan][usan]", "8-chloro-6-(2-chlorophenyl)-1-methyl-4h-[1,2,4]triazolo[4,3-a][1,4]-benzodiazepine", "8-chloro-6-(2-chlorophenyl)-1-methyl-4h-(1,2,4)triazolo(4,3-a)(1,4)benzodiazepine"}|>, "3831" -> <|"DatabaseID" -> "SW02377", "IsomericSmiles" -> "c1c(nnn1[C@H]2[C@@H]([C@H]([C@@H](O2)CO)O)O)Cn3cc(c(=O)[nH]c3=O)F", "OfficialNames" -> <|"Indian Approved Name" -> "darbepoetin alpha"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66575087]}, "Synonyms" -> {"1-{[1-(alpha-l-arabinofuranosyl)-1h-1", "0g0"}|>, "3832" -> <|"DatabaseID" -> "SW02378", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136878]}, "IsomericSmiles" -> "Cc1cc2c(c(c1O)OC)C(=O)c3c(cc(c(c3[O-])OC)OC)C2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "obtusin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155380]}, "Synonyms" -> {"obtusin", "70588-05-5[rn]", "9,10-anthracenedione 1,7-dihydroxy-2,3,8-trimethoxy-6-methyl-", "70588-05-5", "1,7-dihydroxy-2,3,8-trimethoxy-6-methyl-9,10-anthraquinone[acd/iupac name]", "c17040", "1", "1,7-dihydroxy-2,3,8-trimethoxy-6-methylanthracene-9,10-dione", "chembl511524", "9", "ac1l4e5y"}|>, "3833" -> <|"DatabaseID" -> "SW02379", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61099"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56168]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2)CCc3cccs3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Thiofentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62380]}, "Synonyms" -> {"n-phenyl-n-(1-(2-(2-thienyl)ethyl)-4-piperidinyl)propanamide", "thienylfentanil", "n-phenyl-n-(1-((2-thienyl)ethyl)-4-piperidinyl)propanamide", "60771-38-2[rn]", "brn 0495808", "propionanilide", "n-phenyl-n-{1-[2-(2-thienyl)ethyl]piperidin-4-yl}propanamide", "5-22-08-00089 (beilstein handbook reference)[beilstein]", "ncgc00247697-01", "1165-22-6[rn]", "propionanilide n-(1-(2-(2-thienyl)ethyl)-4-piperidyl)-", "thienylfentanyl", "nsc665714", "n-(1-(beta-(2-thienyl)ethyl)-4-piperidyl)propioanilide", "thiofentanyl[wiki]", "dea no. 9835", "thiofentanyl"}|>, "3834" -> <|"DatabaseID" -> "SW02380", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18215"]}, "IsomericSmiles" -> "COc1cc(cc(c1O)OC)c2c(c(=O)c3c(cc(cc3o2)O)[O-])[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "syringetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281953]}, "Synonyms" -> {"ac1nqzc9", "chembl489142", "chebi:18215", "4423-37-4", "3", "st50331606", "syringetin", "lmpk12112498", "c11620", "3'"}|>, "3835" -> <|"DatabaseID" -> "SW02381", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2327416]}, "IsomericSmiles" -> "C([C@@H]1[C@@H]([C@@H]([C@H]([C@@H](O1)O[C@H]([C@@H](CO)O)[C@@H]([C@H](CO)O)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02039"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lactitol monohydrate;lactitol monohydrate usp"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3067270]}, "Synonyms" -> {"d-lactitol monohydrate", "lactitol monohydrate", "lactitol hydrate (jan)", "4-o-beta-d-galactopyranosyl-d-glucitol monohydrate", "lactitol (monohydrate)", "d-glucitol", "81025-04-9", "4-o-beta-d-galactopyranosyl-d-glucitol", "smr000499577", "portolac (tn)", "81025-04-9[rn]", "portolac", "lactitol hydrate"}|>, "3836" -> <|"DatabaseID" -> "SW02382", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5444]}, "IsomericSmiles" -> "Cc1c(c(c2c(c1O)C3(C(=CC(=O)C(C3=O)C(=O)C)O2)C)C(=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "usnic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5646]}, "Synonyms" -> {"usnein", "usno", "usniacin", "usninic acid", "usnic acid[wiki]", "2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyldibenzofuran-1,3-dione", "125-46-2", "21987-06-4[rn]", "596-41-8[rn]", "125-46-2[rn]", "2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyldibenzo[b,d]furan-1,3(2h,9bh)-dione[acd/iupac name]", "1,3-(2h,9bh)-dibenzofurandione 2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-", "2,6-diethanoyl-8,9b-dimethyl-7,9-bis(oxidanyl)dibenzofuran-1,3-dione", "usninsaeure [german]", "11024-93-4[rn]", "usnic acid derivative", "2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-1,3(2h,9bh)-dibenzofurandione", "dibenzofuran-1,3(2h,9bh)-dione 2,6-diacetyl-7 9-dihydroxy-8,9b-dimethyl-", "1,3(2h,9bh)-dibenzofurandione 2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl- (9br)-", "204-740-7[einecs]", "17669-01-1[rn]", "1,3(2h,9bh)-dibenzofurandione 2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-", "usinic acid", "2,6-diacetyl-1,2,3,9b-tetrahydro-7,9-dihydroxy-8,9b-dimethyldibenzofuran-1,3-dione", "2,6-diacetyl-1,2,3,9b-tetrahydro-7,9-dihydroxy-8,9b-dimethyldiben- zofuran-1,3-dione/ usno", "l-usnic acid", "1,3 (2h,9bh)-dibenzofurandione 2 6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-", "usninsaeure[german]", "usnic acid (dl)", "(+-)-uanic acid", "usnic acid"}|>, "3837" -> <|"DatabaseID" -> "SW02382", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5444]}, "IsomericSmiles" -> "Cc1c(c(c2c(c1O)C3(C(=CC(=O)C(C3=O)C(=O)C)O2)C)C(=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "usnic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5646]}, "Synonyms" -> {"usnein", "usno", "usniacin", "usninic acid", "usnic acid[wiki]", "2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyldibenzofuran-1,3-dione", "125-46-2", "21987-06-4[rn]", "596-41-8[rn]", "125-46-2[rn]", "2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyldibenzo[b,d]furan-1,3(2h,9bh)-dione[acd/iupac name]", "1,3-(2h,9bh)-dibenzofurandione 2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-", "2,6-diethanoyl-8,9b-dimethyl-7,9-bis(oxidanyl)dibenzofuran-1,3-dione", "usninsaeure [german]", "11024-93-4[rn]", "usnic acid derivative", "2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-1,3(2h,9bh)-dibenzofurandione", "dibenzofuran-1,3(2h,9bh)-dione 2,6-diacetyl-7 9-dihydroxy-8,9b-dimethyl-", "1,3(2h,9bh)-dibenzofurandione 2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl- (9br)-", "204-740-7[einecs]", "17669-01-1[rn]", "1,3(2h,9bh)-dibenzofurandione 2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-", "usinic acid", "2,6-diacetyl-1,2,3,9b-tetrahydro-7,9-dihydroxy-8,9b-dimethyldibenzofuran-1,3-dione", "2,6-diacetyl-1,2,3,9b-tetrahydro-7,9-dihydroxy-8,9b-dimethyldiben- zofuran-1,3-dione/ usno", "l-usnic acid", "1,3 (2h,9bh)-dibenzofurandione 2 6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-", "usninsaeure[german]", "usnic acid (dl)", "(+-)-uanic acid", "usnic acid"}|>, "3838" -> <|"DatabaseID" -> "SW02382", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5444]}, "IsomericSmiles" -> "Cc1c(c(c2c(c1O)C3(C(=CC(=O)C(C3=O)C(=O)C)O2)C)C(=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "usnic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5646]}, "Synonyms" -> {"usnein", "usno", "usniacin", "usninic acid", "usnic acid[wiki]", "2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyldibenzofuran-1,3-dione", "125-46-2", "21987-06-4[rn]", "596-41-8[rn]", "125-46-2[rn]", "2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyldibenzo[b,d]furan-1,3(2h,9bh)-dione[acd/iupac name]", "1,3-(2h,9bh)-dibenzofurandione 2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-", "2,6-diethanoyl-8,9b-dimethyl-7,9-bis(oxidanyl)dibenzofuran-1,3-dione", "usninsaeure [german]", "11024-93-4[rn]", "usnic acid derivative", "2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-1,3(2h,9bh)-dibenzofurandione", "dibenzofuran-1,3(2h,9bh)-dione 2,6-diacetyl-7 9-dihydroxy-8,9b-dimethyl-", "1,3(2h,9bh)-dibenzofurandione 2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl- (9br)-", "204-740-7[einecs]", "17669-01-1[rn]", "1,3(2h,9bh)-dibenzofurandione 2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-", "usinic acid", "2,6-diacetyl-1,2,3,9b-tetrahydro-7,9-dihydroxy-8,9b-dimethyldibenzofuran-1,3-dione", "2,6-diacetyl-1,2,3,9b-tetrahydro-7,9-dihydroxy-8,9b-dimethyldiben- zofuran-1,3-dione/ usno", "l-usnic acid", "1,3 (2h,9bh)-dibenzofurandione 2 6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-", "usninsaeure[german]", "usnic acid (dl)", "(+-)-uanic acid", "usnic acid"}|>, "3839" -> <|"DatabaseID" -> "SW02382", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5444]}, "IsomericSmiles" -> "Cc1c(c(c2c(c1O)C3(C(=CC(=O)C(C3=O)C(=O)C)O2)C)C(=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "usnic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5646]}, "Synonyms" -> {"usnein", "usno", "usniacin", "usninic acid", "usnic acid[wiki]", "2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyldibenzofuran-1,3-dione", "125-46-2", "21987-06-4[rn]", "596-41-8[rn]", "125-46-2[rn]", "2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyldibenzo[b,d]furan-1,3(2h,9bh)-dione[acd/iupac name]", "1,3-(2h,9bh)-dibenzofurandione 2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-", "2,6-diethanoyl-8,9b-dimethyl-7,9-bis(oxidanyl)dibenzofuran-1,3-dione", "usninsaeure [german]", "11024-93-4[rn]", "usnic acid derivative", "2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-1,3(2h,9bh)-dibenzofurandione", "dibenzofuran-1,3(2h,9bh)-dione 2,6-diacetyl-7 9-dihydroxy-8,9b-dimethyl-", "1,3(2h,9bh)-dibenzofurandione 2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl- (9br)-", "204-740-7[einecs]", "17669-01-1[rn]", "1,3(2h,9bh)-dibenzofurandione 2,6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-", "usinic acid", "2,6-diacetyl-1,2,3,9b-tetrahydro-7,9-dihydroxy-8,9b-dimethyldibenzofuran-1,3-dione", "2,6-diacetyl-1,2,3,9b-tetrahydro-7,9-dihydroxy-8,9b-dimethyldiben- zofuran-1,3-dione/ usno", "l-usnic acid", "1,3 (2h,9bh)-dibenzofurandione 2 6-diacetyl-7,9-dihydroxy-8,9b-dimethyl-", "usninsaeure[german]", "usnic acid (dl)", "(+-)-uanic acid", "usnic acid"}|>, "3840" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3841" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3842" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3843" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3844" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3845" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3846" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3847" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3848" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3849" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3850" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3851" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3852" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3853" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3854" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3855" -> <|"DatabaseID" -> "SW02383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90377]}, "IsomericSmiles" -> "CC12CC(OC(=O)C1CC(=O)C3C2CC4CC3C(=O)O4)c5ccoc5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diosbulbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100021]}, "Synonyms" -> {"diosbulbin-d", "diosbulbin d", "ar-1c9295", "2-(furan-3-yl)-11b-methyloctahydro-2h-7", "nsc-310637", "7", "nsc310637", "66756-57-8", "66756-57-8[rn]", "ac1l2nvc", "ac1q6o6k"}|>, "3856" -> <|"DatabaseID" -> "SW02384", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884617]}, "IsomericSmiles" -> "C/C/1=C\\[C@@H]2[C@@H]([C@H](CC3=C[C@@H](C1)OC3=O)OC(=O)C(=C)C)C(=C)C(=O)O2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deoxyelephantopin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325056]}, "Synonyms" -> {"deoxyelephantopin", "29307-03-7", "lmpr0103090003", "29307-03-7[rn]", "c09388"}|>, "3857" -> <|"DatabaseID" -> "SW02385", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 326357]}, "IsomericSmiles" -> "CC12CC[C@H]3C4(C1[C@@H](OC2)OC4)C5CCC6CC5(C(=O)C6=C)C(=O)O3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diterpenoids"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 367617]}, "Synonyms" -> {"macrocalyxoformin b (rabdosia diterpenoids)", "ac1q6cdw", "nsc-637459", "nsc637459", "nci60_012413", "ac1l7vbs", "ag-k-12715"}|>, "3858" -> <|"DatabaseID" -> "SW02385", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 326357]}, "IsomericSmiles" -> "CC12CC[C@H]3C4(C1[C@@H](OC2)OC4)C5CCC6CC5(C(=O)C6=C)C(=O)O3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diterpenoids"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 367617]}, "Synonyms" -> {"macrocalyxoformin b (rabdosia diterpenoids)", "ac1q6cdw", "nsc-637459", "nsc637459", "nci60_012413", "ac1l7vbs", "ag-k-12715"}|>, "3859" -> <|"DatabaseID" -> "SW02385", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 326357]}, "IsomericSmiles" -> "CC12CC[C@H]3C4(C1[C@@H](OC2)OC4)C5CCC6CC5(C(=O)C6=C)C(=O)O3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diterpenoids"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 367617]}, "Synonyms" -> {"macrocalyxoformin b (rabdosia diterpenoids)", "ac1q6cdw", "nsc-637459", "nsc637459", "nci60_012413", "ac1l7vbs", "ag-k-12715"}|>, "3860" -> <|"DatabaseID" -> "SW02385", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 326357]}, "IsomericSmiles" -> "CC12CC[C@H]3C4(C1[C@@H](OC2)OC4)C5CCC6CC5(C(=O)C6=C)C(=O)O3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diterpenoids"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 367617]}, "Synonyms" -> {"macrocalyxoformin b (rabdosia diterpenoids)", "ac1q6cdw", "nsc-637459", "nsc637459", "nci60_012413", "ac1l7vbs", "ag-k-12715"}|>, "3861" -> <|"DatabaseID" -> "SW02386", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83710]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2C1Cc3ccc(c(c3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laudanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92732]}, "Synonyms" -> {"dl-laudanidine", "laudanine", "85-64-3[rn]", "ac1l3opv", "einecs 201-620-6", "301-21-3", "301-21-3[rn]", "201-620-6[einecs]", "ac1q574a", "phenol 2-methoxy-5-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]-", "l-(+)-laudanidine", "5-[(6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl)methyl]-2-methoxyphenol", "mls000574863", "hms2216o15", "laudanidine", "85-64-3"}|>, "3862" -> <|"DatabaseID" -> "SW02386", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83710]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2C1Cc3ccc(c(c3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laudanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92732]}, "Synonyms" -> {"dl-laudanidine", "laudanine", "85-64-3[rn]", "ac1l3opv", "einecs 201-620-6", "301-21-3", "301-21-3[rn]", "201-620-6[einecs]", "ac1q574a", "phenol 2-methoxy-5-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]-", "l-(+)-laudanidine", "5-[(6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl)methyl]-2-methoxyphenol", "mls000574863", "hms2216o15", "laudanidine", "85-64-3"}|>, "3863" -> <|"DatabaseID" -> "SW02386", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83710]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2C1Cc3ccc(c(c3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laudanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92732]}, "Synonyms" -> {"dl-laudanidine", "laudanine", "85-64-3[rn]", "ac1l3opv", "einecs 201-620-6", "301-21-3", "301-21-3[rn]", "201-620-6[einecs]", "ac1q574a", "phenol 2-methoxy-5-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]-", "l-(+)-laudanidine", "5-[(6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl)methyl]-2-methoxyphenol", "mls000574863", "hms2216o15", "laudanidine", "85-64-3"}|>, "3864" -> <|"DatabaseID" -> "SW02386", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83710]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2C1Cc3ccc(c(c3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laudanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92732]}, "Synonyms" -> {"dl-laudanidine", "laudanine", "85-64-3[rn]", "ac1l3opv", "einecs 201-620-6", "301-21-3", "301-21-3[rn]", "201-620-6[einecs]", "ac1q574a", "phenol 2-methoxy-5-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]-", "l-(+)-laudanidine", "5-[(6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl)methyl]-2-methoxyphenol", "mls000574863", "hms2216o15", "laudanidine", "85-64-3"}|>, "3865" -> <|"DatabaseID" -> "SW02387", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576412]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01538"]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@H]2[C@H]3Cc4ccc(c5c4[C@]2([C@H]1O5)CC[NH+]3C)OC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Acetyldihydrocodeine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463874]}, "Synonyms" -> {"codeine", "acetyldihydrocodeine", "dihydrothebacone", "dihydrocodeine 6-acetate", "acetyldihydrokodein[czech]", "dea no. 9051", "codeine dihydro- acetate (6ci,7ci)", "acetyldihydrocodeine[wiki]", "einecs 223-377-5", "3861-72-1[rn]", "4", "7", "acetyldihydrokodein [czech]", "7,8-dihydrocodeine acetate", "codeine acetyldihydro-", "223-377-5[einecs]"}|>, "3866" -> <|"DatabaseID" -> "SW02387", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576412]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01538"]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@H]2[C@H]3Cc4ccc(c5c4[C@]2([C@H]1O5)CC[NH+]3C)OC", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Acetyldihydrocodeine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463874]}, "Synonyms" -> {"codeine", "acetyldihydrocodeine", "dihydrothebacone", "dihydrocodeine 6-acetate", "acetyldihydrokodein[czech]", "dea no. 9051", "codeine dihydro- acetate (6ci,7ci)", "acetyldihydrocodeine[wiki]", "einecs 223-377-5", "3861-72-1[rn]", "4", "7", "acetyldihydrokodein [czech]", "7,8-dihydrocodeine acetate", "codeine acetyldihydro-", "223-377-5[einecs]"}|>, "3867" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3868" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3869" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3870" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3871" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3872" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3873" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3874" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3875" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3876" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3877" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3878" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3879" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3880" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3881" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3882" -> <|"DatabaseID" -> "SW02388", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475554]}, "IsomericSmiles" -> "CC12CC[C@@H](CC1=CCC3C2CCC45C36CCC4C(O6)(OC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adonilide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316508]}, "Synonyms" -> {"adonilide"}|>, "3883" -> <|"DatabaseID" -> "SW02389", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "247956"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5853]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00527"]}, "IsomericSmiles" -> "CCCCOc1cc(c2ccccc2n1)C(=O)NCC[NH+](CC)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00733"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DIBUCAINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449286", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3025]}, "Synonyms" -> {"sovcaine", "cinchocaine", "dibucaine", "nupercaine", "dibucaine base", "dermacaine", "cinchocaine hydrochloride", "nupercainal", "2-butoxy-n-(2-diethylaminoethyl)cinchoninamide hydrochloride", "dibucain", "61-12-1 85-79-0", "butoxycinchoninic acid", "butoxycinchoninic acid diethylethylenediamide hydrochloride", "proctosone sup (dibucaine hydrochloride + esculin + hydrocortisone acetate + neomycin sulfate)_mixture", "ratio-proctosone (dibucaine hydrochloride + esculin + framycetin sulfate + hydrocortisone (hydrocortisone acetate))_mixture", "sab-proctomyxin hc suppositories (dibucaine hydrochloride + esculin + framycetin sulfate + hydrocortisone)_mixture", "61-12-1 85-79-0 [dibucaine]", "percamin", "diethylenediamine hydrochloride", "nupercaine hydrochloride (tn)", "2-butoxy-n-(2-(diethylamino)ethyl)cinchoninamide monohydrochloride", "proctol suppositories (dibucaine hydrochloride + esculin + framycetin sulfate + hydrocortisone)_mixture", "benzolin (van)", "cincocainio", "benzolin", "61-12-1[rn]", "cinchocainium chloride", "proctol ointment (dibucaine hydrochloride + esculin + framycetin sulfate + hydrocortisone)_mixture", "heavy solution nupercaine", "161-12-1", "dibucaine hydrochloride[jan]", "12/1/1961", "2-butoxy-n-(2-diethylaminoethyl)cinchoninic acid amidehydrochloride", "cinchocainum", "percamin (tn)", "4-quinolinecarboxamide 2-butoxy-n-(2-(diethylamino)ethyl)- monohydrochloride", "4-quinolinecarboxamide 2-butoxy-n-[2-(diethylamino)ethyl]- hydrochloride (1:1)", "proctosedyl sup (dibucaine hydrochloride + esculin + framycetin sulfate + hydrocortisone)_mixture", "dibucaine hydrochloride", "sovcain", "2-butoxy-n-[2-(diethylamino)ethyl]-4-quinolinecarboxamide hydrochloride(1:1)", "2-n-butoxy-n-(2-diethylaminoethyl)cinchoninamide hydrochloride", "percain", "cinchocaine[wiki]", "nupercaine hydrochloride", "percaine", "proctosone ont (dibucaine hydrochloride + esculin + hydrocortisone acetate + neomycin sulfate)_mixture", "cinchoninamide 2-butoxy-n-(2-(diethylamino)ethyl)- monohydrochloride", "sandoz proctomyxin hc (dibucaine hydrochloride + esculin + framycetin sulfate + hydrocortisone)_mixture", "2-butoxy-n-(2-diethylaminoethyl)-4-quinolinecarboxamide hydrochloride", "2-butoxy-n-(2-(diethylamino)ethyl)-4-quinolinecarboxamidemonohydrochloride", "cinchokain hydrochlorid[czech]", "2-butoxy-n-[2-(diethylamino)ethyl]-4-quinolinecarboxamide monohydrochloride", "cinchocaine hcl", "85-79-0[rn]", "sovcainum", "cincaine hydrochloride", "2-butoxy-n-[2-(diethylamino)ethyl]quinoline-4-carboxamide hydrochloride(1:1)", "nupercainal antiseptic crm (dibucaine + domiphen bromide)_mixture", "percamin s", "proctosedyl ointment (dibucaine hydrochloride + esculin + framycetin sulfate + hydrocortisone)_mixture", "201-632-1[einecs]", "cinchocaine hydrochloride; dibucaine hydrochloride", "1961-12-1", "dibucaine[wiki][usp]", "benzolin (local anesthetic)", "n-[2-(diethylamino)ethyl](2-butoxy(4-quinolyl))carboxamide chloride", "cam", "proctosedyl suppositories (dibucaine hydrochloride + esculin + framycetin sulfate + hydrocortisone)_mixture", "200-498-1[einecs]", "cincaine"}|>, "3884" -> <|"DatabaseID" -> "SW02390", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 216968]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00253"]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@@H]3CC[C@@H]([C@]3(C[C@@H]([C@@H]2[C@@]4(C1=CC(=O)CC4)C)O)C)C(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02289"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MEDRYSONE"|>, "PharmGKBID" -> "PA450346", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 247839]}, "Synonyms" -> {"hydroxymesterone", "hms liquifilm", "medrifar", "medritonic", "medrocort", "visudrisone", "hms", "medrysone", "6alpha-methyl-11beta-hydroxyprogesterone", "(6s,8s,9s,10r,11s,13s,14s,17s)-17-acetyl-11-hydroxy-6,10,13-trimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one", "2668-66-8[rn]", "6a-methyl-11b-hydroxyprogesterone", "medrysone (usan)", "220-208-7[einecs]", "prestwick_89", "11b-hydroxy-6a-methylprogesterone", "medrysone[wiki][usan]", "9005-80-5[rn]", "(6a,11b)-11-hydroxy-6-methylpregn-4-ene-3,20-dione", "gr", "(6s,8s,9s,10r,11s,13s,14s,17s)-17-acetyl-11-hydroxy-6,10,13-trimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-on", "hms (tn)", "(1s,8s,10s,11s,14s,15s,17s,2r)-14-acetyl-17-hydroxy-2,8,15-trimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-ene"}|>, "3885" -> <|"DatabaseID" -> "SW02391", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5774]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01420"]}, "IsomericSmiles" -> "CCC(=O)O[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00959"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TESTOSTERONE PROPIONATE"|>, "PharmGKBID" -> "PA164751373", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5995]}, "Synonyms" -> {"testosterone propionate", "testex", "agovirin", "hormoteston", "androteston", "masenate", "andronate", "androsteston", "enarmon", "aquaviron", "androlon", "androlon;androtestp;androteston;aquaviron;bio-testiculina;enarmon;hormoteston;nrb 03689;nsc;agovirin", "testosterone propionate", "200-173-4[einecs]", "sterandryl", "andrusol-p", "testrex", "testosteron propionate", "200-351-1[einecs]", "53-41-8[rn]", "testoxyl", "tp", "(8r,9s,10r,13s,14s,17s)-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl propionate", "einecs 200-351-1", "enarmon-oil", "testosterone propionate (agovirin)", "synerone", "solvotest", "orchiol", "testosteronepropionate", "androtest p", "testogen", "testosterone propionate [usan:jan][jan][usan]", "nasdol", "tert-butylmethyl(2-oxoethyl)carbamate", "tostrin", "propionicacid (8r,9s,10r,13s,14s,17s)-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ylester", "testolets", "androgen[wiki]", "synandrol", "57-85-2[rn]", "homandren", "vulvan", "androsan", "bio-testiculina", "testodrin", "208-307-3[einecs]", "orchistin", "testosid", "(1s,2r,10r,11s,14s,15s)-2,15-dimethyl-5-oxotetracyclo[8.7.0.02,7.011,15]heptadec-6-en-14-yl propanoate", "propionyltestosterone", "200-370-5[einecs]", "primotestone", "propiokan", "testoviron", "dihydrotestosterone receptor", "d4-androstene-17b-propionate-3-one", "testormol", "homandren (van)", "123387-72-4[rn]", "recthormone testosterone", "521-18-6[rn]", "58-22-0[rn]", "testoviron (van)", "okasa-mascul", "testosterone isocaproate imp. c (ep)", "pantestin", "200-366-3[einecs]", "uniteston", "58-18-4[rn]", "neo-hombreol", "testonique", "oreton propionate", "testoviron (tablet)", "testosteroni propionas", "testex (tn)", "testaform", "telipex", "virormone", "homandren (amps)", "testodet", "oreton"}|>, "3886" -> <|"DatabaseID" -> "SW02392", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6715"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10185]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00603"]}, "IsomericSmiles" -> "C[C@H]1C[C@@H]2[C@H](CC[C@]3([C@H]2CC[C@@]3(C(=O)C)O)C)[C@@]4(C1=CC(=O)CC4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08166"]}, "OfficialNames" -> <|"Indian Approved Name" -> "medroxyprogesterone", "Australia Approved Name" -> "MEDROXYPROGESTERONE"|>, "PharmGKBID" -> "PA450344", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10631]}, "Synonyms" -> {"medroxiprogesteronum", "hydroxymethylprogesterone", "medroxyprogesterone", "medroxyprogesteron", "medrossiprogesterone", "aragest 5", "med-pro", "medroprogesterone acetate", "colirest", "lunelle", "medroxyprogesteron acetate", "mpa gyn 5", "medrossiprogesterone [dcit]", "perlutex leo", "asconale", "farlutal", "hematrol", "novo-medrone", "medroxiprogesterona [inn-spanish]", "medroxyprogesterone base", "lunelle (medroxyprogesterone + estradiol)_mixture", "medroxiprogesterona[portuguese]", "sirprogen", "progevera", "farlutal inyectable", "progestalfa", "depot-medroxyprogesterone acetate", "(1s,8s,11s,15s,2r,10r,14r)-14-acetyl-14-hydroxy-2,8,15-trimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-ene", "520-85-4[rn]", "lutoral", "medroxyprogesterone[wiki]", "17-hydroxy-6a-methylprogesterone", "prempro/premphase", "depo-clinovir", "2510965[beilstein]", "er", "sodelut g", "depo-subq provera 104", "depo-progestin", "g-farlutal", "oragest", "perlutex", "medroxyprogesteronum [inn-latin]", "proverone", "medroxyprogesteronum", "nadigest", "medroxyprogesterone acetate imp. b (ep)", "17a-hydroxy-6a-methylprogesterone", "lutopolar", "repromix", "farlutin", "208-298-6[einecs]", "ralovera", "clinofem", "metigestrona", "indivina", "estradiol receptor", "prodasone", "clinovir", "6a-methyl-17a-hydroxyprogesterone", "17alpha-hydroxy-6alpha-methylprogesterone", "meprate", "(6a)-17-hydroxy-6-methylpregn-4-ene-3,20-dione", "medroxiprogesterona[spanish][inn]", "provera", "4-08-00-02211 (beilstein handbook reference)[beilstein]", "cbp-1011", "aragest", "6-dihydromegestrol", "medroxiprogesterone", "depo-promone", "4-08-00-02211", "medroxiprogesterona", "17-hydroxy-6alpha-methylprogesterone", "veramix", "nidaxin", "depomedroxyprogesterone acetate", "repromap", "map", "gestapuran", "hysron", "depo-prodasone", "medroxyprogesteronum[latin]", "er-alpha", "dmpa"}|>, "3887" -> <|"DatabaseID" -> "SW02393", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 147726]}, "IsomericSmiles" -> "C[N+]1(CCCCC1)CC2COC(O2)(c3ccccc3)C4CCCCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01815"]}, "OfficialNames" -> <|"NPC Approved Name" -> "oxapium iodide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 168884]}, "Synonyms" -> {"espalexan", "oxapium iodide", "ioduro de oxapio[spanish][inn]", "oxapium iodide[jp15]", "1-(2-phenyl-2-cyclohexyl-1,3-dioxolan-4-yl)methyl-1-methylpiperidinium iodide", "n-methyl-n-(2-cyclohexyl-2-phenyl-1,3 dioxolan-4-yl-methyl)-piperidiniumiodide", "iodure d'oxapium[french][inn]", "67939-83-7[rn]", "ciclonium iodide", "oxapium iodide [inn:jan][inn][jan]", "oxapii iodidum[latin]", "piperidinium 1-((2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl)-1-methyl- iodide", "iodure d'oxapium [inn-french]", "sh 100", "6577-41-9", "piperidinium 1-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl]-1-methyl- iodide (1:1)", "n-methyl-n-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)-methyl]piperidinium iodide", "1-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl]-1-methylpiperidiniumiodide[acd/iupac name]", "oxapiumiodide", "1-(2-phenyl-2-cyclohexyl-1", "cyclonium", "esperan", "2-cyclohexyl-4-[(methylpiperidyl)methyl]-2-phenyl-1,3-dioxolane iodide", "cyclonium iodide", "espalexan (tn)", "1-((2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl)-1-methylpiperidiniumiodide", "6577-41-9[rn]", "1-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl]-1-methylpiperidiniumiodid", "2-cyclohexyl-2-phenyl-4-piperidinomethyl-dioxolane-1,3methiodide", "oxapii iodidum [inn-latin]", "oxapii iodidum"}|>, "3888" -> <|"DatabaseID" -> "SW02393", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 147726]}, "IsomericSmiles" -> "C[N+]1(CCCCC1)CC2COC(O2)(c3ccccc3)C4CCCCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01815"]}, "OfficialNames" -> <|"NPC Approved Name" -> "oxapium iodide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 168884]}, "Synonyms" -> {"espalexan", "oxapium iodide", "ioduro de oxapio[spanish][inn]", "oxapium iodide[jp15]", "1-(2-phenyl-2-cyclohexyl-1,3-dioxolan-4-yl)methyl-1-methylpiperidinium iodide", "n-methyl-n-(2-cyclohexyl-2-phenyl-1,3 dioxolan-4-yl-methyl)-piperidiniumiodide", "iodure d'oxapium[french][inn]", "67939-83-7[rn]", "ciclonium iodide", "oxapium iodide [inn:jan][inn][jan]", "oxapii iodidum[latin]", "piperidinium 1-((2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl)-1-methyl- iodide", "iodure d'oxapium [inn-french]", "sh 100", "6577-41-9", "piperidinium 1-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl]-1-methyl- iodide (1:1)", "n-methyl-n-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)-methyl]piperidinium iodide", "1-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl]-1-methylpiperidiniumiodide[acd/iupac name]", "oxapiumiodide", "1-(2-phenyl-2-cyclohexyl-1", "cyclonium", "esperan", "2-cyclohexyl-4-[(methylpiperidyl)methyl]-2-phenyl-1,3-dioxolane iodide", "cyclonium iodide", "espalexan (tn)", "1-((2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl)-1-methylpiperidiniumiodide", "6577-41-9[rn]", "1-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl]-1-methylpiperidiniumiodid", "2-cyclohexyl-2-phenyl-4-piperidinomethyl-dioxolane-1,3methiodide", "oxapii iodidum [inn-latin]", "oxapii iodidum"}|>, "3889" -> <|"DatabaseID" -> "SW02393", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 147726]}, "IsomericSmiles" -> "C[N+]1(CCCCC1)CC2COC(O2)(c3ccccc3)C4CCCCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01815"]}, "OfficialNames" -> <|"NPC Approved Name" -> "oxapium iodide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 168884]}, "Synonyms" -> {"espalexan", "oxapium iodide", "ioduro de oxapio[spanish][inn]", "oxapium iodide[jp15]", "1-(2-phenyl-2-cyclohexyl-1,3-dioxolan-4-yl)methyl-1-methylpiperidinium iodide", "n-methyl-n-(2-cyclohexyl-2-phenyl-1,3 dioxolan-4-yl-methyl)-piperidiniumiodide", "iodure d'oxapium[french][inn]", "67939-83-7[rn]", "ciclonium iodide", "oxapium iodide [inn:jan][inn][jan]", "oxapii iodidum[latin]", "piperidinium 1-((2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl)-1-methyl- iodide", "iodure d'oxapium [inn-french]", "sh 100", "6577-41-9", "piperidinium 1-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl]-1-methyl- iodide (1:1)", "n-methyl-n-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)-methyl]piperidinium iodide", "1-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl]-1-methylpiperidiniumiodide[acd/iupac name]", "oxapiumiodide", "1-(2-phenyl-2-cyclohexyl-1", "cyclonium", "esperan", "2-cyclohexyl-4-[(methylpiperidyl)methyl]-2-phenyl-1,3-dioxolane iodide", "cyclonium iodide", "espalexan (tn)", "1-((2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl)-1-methylpiperidiniumiodide", "6577-41-9[rn]", "1-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl]-1-methylpiperidiniumiodid", "2-cyclohexyl-2-phenyl-4-piperidinomethyl-dioxolane-1,3methiodide", "oxapii iodidum [inn-latin]", "oxapii iodidum"}|>, "3890" -> <|"DatabaseID" -> "SW02393", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 147726]}, "IsomericSmiles" -> "C[N+]1(CCCCC1)CC2COC(O2)(c3ccccc3)C4CCCCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01815"]}, "OfficialNames" -> <|"NPC Approved Name" -> "oxapium iodide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 168884]}, "Synonyms" -> {"espalexan", "oxapium iodide", "ioduro de oxapio[spanish][inn]", "oxapium iodide[jp15]", "1-(2-phenyl-2-cyclohexyl-1,3-dioxolan-4-yl)methyl-1-methylpiperidinium iodide", "n-methyl-n-(2-cyclohexyl-2-phenyl-1,3 dioxolan-4-yl-methyl)-piperidiniumiodide", "iodure d'oxapium[french][inn]", "67939-83-7[rn]", "ciclonium iodide", "oxapium iodide [inn:jan][inn][jan]", "oxapii iodidum[latin]", "piperidinium 1-((2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl)-1-methyl- iodide", "iodure d'oxapium [inn-french]", "sh 100", "6577-41-9", "piperidinium 1-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl]-1-methyl- iodide (1:1)", "n-methyl-n-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)-methyl]piperidinium iodide", "1-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl]-1-methylpiperidiniumiodide[acd/iupac name]", "oxapiumiodide", "1-(2-phenyl-2-cyclohexyl-1", "cyclonium", "esperan", "2-cyclohexyl-4-[(methylpiperidyl)methyl]-2-phenyl-1,3-dioxolane iodide", "cyclonium iodide", "espalexan (tn)", "1-((2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl)-1-methylpiperidiniumiodide", "6577-41-9[rn]", "1-[(2-cyclohexyl-2-phenyl-1,3-dioxolan-4-yl)methyl]-1-methylpiperidiniumiodid", "2-cyclohexyl-2-phenyl-4-piperidinomethyl-dioxolane-1,3methiodide", "oxapii iodidum [inn-latin]", "oxapii iodidum"}|>, "3891" -> <|"DatabaseID" -> "SW02394", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34117"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3553]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCOCC(CO)O", "OfficialNames" -> <|"China Approved Name" -> "batilol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3681]}, "Synonyms" -> {"glycerol monooctadecyl ether", "stearyl monoglyceride", "glycerol 1-octadecyl ether", "1-o-octadecylglycerol", "batyl alcohol", "batilol", "batilolum", "1-o-octadecyl-sn-glycerol", "3-octadecyloxypropane-1,2-diol", "68990-53-4[rn]", "3-(octadecyloxy)-1,2-propandiol[german]", "monooctadecyl ether of glycerol", "c18:0 glyceryl 1-ether", "1,2-propanediol 3- (octadecyloxy)-", "208-874-7[einecs]", "3-(octadecyloxy)propane-1,2-diol", "544-62-7", "batylol", "3-(octadecyloxy)-1", "glycerine 1-monostearyl ether", "glycerol octadecyl ether", "(+)-batylalcohol", "batilol[inn]", "273-607-3[einecs]", "dl-batylalcohol", "dl-batyl alcohol", "544-62-7[rn]", "batylalcohol", "1,2-propanediol 3-(octadecyloxy)-", "01503944_batyl", "4-01-00-02758[beilstein]", "rac-glycerol 1-octadecyl ether", "1-o-octadecyl-rac-glycerol", "rac- 1-o-n-octadecyl glycerol", "dl-3-octadecyloxy-1,2-propanediol", "batilolum[latin]", "glyceryl-1-octadecyl ether", "1-(octadecyloxy)-2,3-dihydroxypropane", "3-(octadecyloxy)-1,2-propanediol[acd/iupac name]"}|>, "3892" -> <|"DatabaseID" -> "SW02394", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34117"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3553]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCOCC(CO)O", "OfficialNames" -> <|"China Approved Name" -> "batilol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3681]}, "Synonyms" -> {"glycerol monooctadecyl ether", "stearyl monoglyceride", "glycerol 1-octadecyl ether", "1-o-octadecylglycerol", "batyl alcohol", "batilol", "batilolum", "1-o-octadecyl-sn-glycerol", "3-octadecyloxypropane-1,2-diol", "68990-53-4[rn]", "3-(octadecyloxy)-1,2-propandiol[german]", "monooctadecyl ether of glycerol", "c18:0 glyceryl 1-ether", "1,2-propanediol 3- (octadecyloxy)-", "208-874-7[einecs]", "3-(octadecyloxy)propane-1,2-diol", "544-62-7", "batylol", "3-(octadecyloxy)-1", "glycerine 1-monostearyl ether", "glycerol octadecyl ether", "(+)-batylalcohol", "batilol[inn]", "273-607-3[einecs]", "dl-batylalcohol", "dl-batyl alcohol", "544-62-7[rn]", "batylalcohol", "1,2-propanediol 3-(octadecyloxy)-", "01503944_batyl", "4-01-00-02758[beilstein]", "rac-glycerol 1-octadecyl ether", "1-o-octadecyl-rac-glycerol", "rac- 1-o-n-octadecyl glycerol", "dl-3-octadecyloxy-1,2-propanediol", "batilolum[latin]", "glyceryl-1-octadecyl ether", "1-(octadecyloxy)-2,3-dihydroxypropane", "3-(octadecyloxy)-1,2-propanediol[acd/iupac name]"}|>, "3893" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3894" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3895" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3896" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3897" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3898" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3899" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3900" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3901" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3902" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3903" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3904" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3905" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3906" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3907" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3908" -> <|"DatabaseID" -> "SW02395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475192]}, "IsomericSmiles" -> "CC1[C@H]2CCC3[C@@]2(CCC4C3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH2+]1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316036]}, "Synonyms" -> {"conessimine"}|>, "3909" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3910" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3911" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3912" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3913" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3914" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3915" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3916" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3917" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3918" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3919" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3920" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3921" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3922" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3923" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3924" -> <|"DatabaseID" -> "SW02396", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477083]}, "IsomericSmiles" -> "CC1C2CCC3C2(CCC4C3CC=C5C4(CC[C@@H](C5)[NH2+]C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoconessimine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318534]}, "Synonyms" -> {"isoconessimine"}|>, "3925" -> <|"DatabaseID" -> "SW02397", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3764"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2710]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccccc2)(c3ccccc3Cl)n4ccnc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00282"]}, "OfficialNames" -> <|"China Approved Name" -> "clotrimazole", "WHO Essential Medicine" -> "clotrimazole", "Indian Approved Name" -> "clotrimazole", "FDA Approved Drug" -> "CLOTRIMAZOLE"|>, "PharmGKBID" -> "PA449057", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2812]}, "Synonyms" -> {"mycelex", "lotrimin", "chlotrimazole", "clotrimazole", "gyne lotrimin", "mycosporin", "empecid", "canesten", "mykosporin", "bay b 5097", "bay b5097", "clotrimazolum[latin]", "clotimazol", "clotrimaderm", "gynix", "fem care", "mycelex-g", "clotrimazole[wiki]", "mono-baycuten", "1-(o-chloro-a,a-diphenylbenzyl)imidazole", "5-23-04-00291", "1-[(2-chlorophenyl)diphenylmethyl]-1h-imidazole", "5097 bay b", "cas-23593-75-1", "bay-b 5097", "bis-phenyl-(2-chlorophenyl)-1-imidazoyl)methane", "1-((2-chlorophenyl)diphenylmethyl)-1h-imidazole (9ci)", "bis-fenil-(2-clorofenil)-1-imidazolil-metano[italian]", "clotrimazol[wiki]", "245-764-8[einecs]", "1h-imidazole 1-[(2-chlorophenyl)-diphenylmethyl]", "clotrimazol", "monobaycuten", "gyne-lotrimin", "1h-imidazole 1-((2-chlorophenyl)diphenylmethyl)-", "pedisafe", "mycelex-7", "(chlorotrityl)imidazole", "diphenyl(2-chlorophenyl)(1-imidazolyl)methane", "mycelax", "bisphenyl-(2-chlorphenyl)-1-imidazolyl-methan[german]", "lotrimin mycelex canesten", "bay b 9057", "canestine", "veltrim", "lotrimax", "trimysten", "5-23-04-00291 (beilstein handbook reference)[beilstein]", "1-((o-chloro-phenyl)diphenylmethyl)imidazole", "d003022", "gyne-lotrimin3", "myclo-gyne", "gyne-lotrimin 3", "1-(o-chlorotrityl)imidazole", "mycelex troches", "1-[a-(2-chlorophenyl)benzhydryl]imidazole", "1-[(2-chlorphenyl)(diphenyl)methyl]-1h-imidazol", "1h-imidazole 1-[ (2-chlorophenyl)diphenylmethyl]-", "trivagizole 3", "bis-phenyl-(2-chlorophenyl)(1-imidazoyl)methane", "mycelex otc", "otomax", "desamix f", "mycelex (tn)", "tibatin", "clotrimazole [usan:ban:inn:jan][inn][jan][usan]", "mycelex-7 combination pack", "117829-71-7[rn]", "clotrimazole(canesten)", "1-((o-chlorophenyl)diphenylmethyl)imidazole", "23593-75-1[rn]", "1-[(2-chlorophenyl)(diphenyl)methyl]-1h-imidazole[acd/iupac name]", "(2-chlorophenyl)diphenyl-1-imidazolylmethane", "1-((2-chlorophenyl)diphenylmethyl)-1h-imidazole", "b 5097 bay", "rimazole", "[(2-chlorophenyl)diphenylmethyl]imidazole", "canifug", "methane bis-phenyl-(2-chlorophenyl)-1-imidazolyl-", "kanesten", "femcare", "lotrisone", "lotrimin (tn)", "1-(2-chloro-a,a-diphenylbenzyl)imidazole", "1-[(2-chloro-phenyl)-diphenyl-methyl]-1h-imidazole", "1-[(o-chlorophenyl)diphenylmethyl]imidazole", "b 5097 fb", "mycelex 7", "lotrimin af", "diphenyl-(2-chlorophenyl)-1-imidazolylmethane", "1h-imidazole 1-[(2-chlorophenyl)diphenylmethyl]-", "1-[(2-chlorophenyl)-diphenyl-methyl]imidazole", "bay-5097", "622318[beilstein]", "mycelex g", "fb b 5097", "klotrimazole", "337376-15-5", "5097 fb b", "1-(o-chlorophenyldiphenylmethyl)imidazole"}|>, "3926" -> <|"DatabaseID" -> "SW02398", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3738"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444526], ExternalIdentifier["ChemSpiderID", 25129]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00283"]}, "IsomericSmiles" -> "C[C@@](c1ccccc1)(c2ccc(cc2)Cl)OCC[C@H]3CCC[NH+]3C", "OfficialNames" -> <|"Indian Approved Name" -> "clemastine", "FDA Approved Drug" -> "CLEMASTINE FUMARATE"|>, "PharmGKBID" -> "PA164776997", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26987]}, "Synonyms" -> {"meclastin", "mecloprodin", "clemastine fumarate", "tavist", "clemastinum [inn-latin]", "clemastine", "clemastina [inn-spanish]", "tavist-1", "tavegyl", "tavist-d tablets (clemastine + phenylpropanolamine hydrochloride)_mixture", "14976-57-9[rn]", "15686-51-8[rn]", "clemastina", "chebi:3738", "clemastine[wiki][usan]", "hs-592", "(2r)-2-[2-[(1r)-1-(4-chlorophenylethoxy]ethyl]-1-methyl-2-pyrrolidine fumarate", "pyrrolidine 2-[2-[(1r)-1-(4-chlorophenyl)-1-phenylethoxy]ethyl]-1-methyl- (2r)-", "anhistan", "tavist (tn)", "9005-49-6", "tavist xolamin agasten aloginan", "clemastinum [inn_la]", "clemastinum[latin]", "lacretin", "tavist[wiki]", "(+)-(2r)-2-(2-(((r)-p-chloro-a-methyl-a-phenylbenzyl)oxy)ethyl)-1-methylpyrrolidine fumarate (1:1)", "contac 12 hour allergy", "alphamin", "17-7-4", "[14976-57-9]", "reconin", "pyrrolidine 2-[2-[(1r)-1-(4-chlorophenyl)-1-phenylethoxy]ethyl]-1-methyl- (2r)- (2e)-2-butenedioate (1:1)", "tavegil", "239-055-2[einecs]", "1-methyl-2-[2-(methyl-p-chlorodiphenylmethyloxy)ethyl]pyrrolidine", "clemastina[spanish][inn]", "(1r)-1-[2-((2r)-1-methylpyrrolidin-2-yl)ethoxy]-1-(4-chlorophenyl)-1-phenylethane (2e)but-2-enedioic acid", "mallermin-f", "cas-14976-57-9", "aloginan", "trabest", "masletine", "xolamin", "pyrrolidine 2-(2-(1-(4-chlorophenyl)-1-phenylethoxy)ethyl)-1-methyl- (r-(r*,r*))-", "maikohis", "(+)-2-[2-[(p-chloro-a-methyl-a-phenylbenzyl)oxy]ethyl]-1-methylpyrrolidine", "[r-(r*,r*)]-2-[2-[1-(p-chlorophenyl)-1-phenylethoxy]ethyl]-1-methylpyrrolidiniumhydrogenfumarate", "meclastine", "tavist (*fumarate*)", "(2r)-2-{2-[(1r)-1-(4-chlorophenyl)-1-phenylethoxy]ethyl}-1-methylpyrrolidine (2e)-but-2-enedioate (1:1)", "(r-(r*,r*))-2-(2-(1-(p-chlorophenyl)-1-phenylethoxy)ethyl)-1-methylpyrrolidiniumhydrogenfumarate", "(2r)-2-{2-[(1r)-1-(4-chlorophenyl)-1-phenylethoxy]ethyl}-1-methylpyrrolidine[acd/iupac name]", "clemastine hydrogen fumarate", "(2r)-2-[2-[(1r)-1-(4-chlorophenyl)-1-phenyl-ethoxy]ethyl]-1-methyl-pyrrolidine", "mecloprodine", "(2r)-2-{2-[(1r)-1-(4-chlorophenyl)-1-phenylethoxy]ethyl}-1-methylpyrrolidine (2e)-but-2-enedioate", "(2r)-2-[2-[(1r)-1-(4-chlorophenyl)-1-phenylethoxy]ethyl]-1-methylpyrrolidine but-2-enedioic acid", "lecasol", "2(r)-[2-[(1r)-(4-chlorophenyl)-1-phenyl-ethoxy]ethyl-1-methylpyrrolidine", "meclastine hydrogen fumarate", "clemastine [usan:ban][usan]", "inbestan", "kinotomin", "(2r)-2-(2-{[(1r)-1-(4-chlorophenyl)-1-phenylethyl]oxy}ethyl)-1-methylpyrrolidine", "clemastine fumarate [usan:ban:jan][jan][usan]", "agasten", "telgin-g", "piloral", "clemanil", "fuluminol", "marsthine", "pyrrolidine 2-(2-(1-(4-chlorophenyl)-1-phenylethoxy)ethyl)-1-methyl- (r-(r*,r*))- (e)-2-butenedioate (1:1)", "tavist;xolamin;agasten;aloginan"}|>, "3927" -> <|"DatabaseID" -> "SW02398", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3738"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444526], ExternalIdentifier["ChemSpiderID", 25129]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00283"]}, "IsomericSmiles" -> "C[C@@](c1ccccc1)(c2ccc(cc2)Cl)OCC[C@H]3CCC[NH+]3C", "OfficialNames" -> <|"Indian Approved Name" -> "clemastine", "FDA Approved Drug" -> "CLEMASTINE FUMARATE"|>, "PharmGKBID" -> "PA164776997", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26987]}, "Synonyms" -> {"meclastin", "mecloprodin", "clemastine fumarate", "tavist", "clemastinum [inn-latin]", "clemastine", "clemastina [inn-spanish]", "tavist-1", "tavegyl", "tavist-d tablets (clemastine + phenylpropanolamine hydrochloride)_mixture", "14976-57-9[rn]", "15686-51-8[rn]", "clemastina", "chebi:3738", "clemastine[wiki][usan]", "hs-592", "(2r)-2-[2-[(1r)-1-(4-chlorophenylethoxy]ethyl]-1-methyl-2-pyrrolidine fumarate", "pyrrolidine 2-[2-[(1r)-1-(4-chlorophenyl)-1-phenylethoxy]ethyl]-1-methyl- (2r)-", "anhistan", "tavist (tn)", "9005-49-6", "tavist xolamin agasten aloginan", "clemastinum [inn_la]", "clemastinum[latin]", "lacretin", "tavist[wiki]", "(+)-(2r)-2-(2-(((r)-p-chloro-a-methyl-a-phenylbenzyl)oxy)ethyl)-1-methylpyrrolidine fumarate (1:1)", "contac 12 hour allergy", "alphamin", "17-7-4", "[14976-57-9]", "reconin", "pyrrolidine 2-[2-[(1r)-1-(4-chlorophenyl)-1-phenylethoxy]ethyl]-1-methyl- (2r)- (2e)-2-butenedioate (1:1)", "tavegil", "239-055-2[einecs]", "1-methyl-2-[2-(methyl-p-chlorodiphenylmethyloxy)ethyl]pyrrolidine", "clemastina[spanish][inn]", "(1r)-1-[2-((2r)-1-methylpyrrolidin-2-yl)ethoxy]-1-(4-chlorophenyl)-1-phenylethane (2e)but-2-enedioic acid", "mallermin-f", "cas-14976-57-9", "aloginan", "trabest", "masletine", "xolamin", "pyrrolidine 2-(2-(1-(4-chlorophenyl)-1-phenylethoxy)ethyl)-1-methyl- (r-(r*,r*))-", "maikohis", "(+)-2-[2-[(p-chloro-a-methyl-a-phenylbenzyl)oxy]ethyl]-1-methylpyrrolidine", "[r-(r*,r*)]-2-[2-[1-(p-chlorophenyl)-1-phenylethoxy]ethyl]-1-methylpyrrolidiniumhydrogenfumarate", "meclastine", "tavist (*fumarate*)", "(2r)-2-{2-[(1r)-1-(4-chlorophenyl)-1-phenylethoxy]ethyl}-1-methylpyrrolidine (2e)-but-2-enedioate (1:1)", "(r-(r*,r*))-2-(2-(1-(p-chlorophenyl)-1-phenylethoxy)ethyl)-1-methylpyrrolidiniumhydrogenfumarate", "(2r)-2-{2-[(1r)-1-(4-chlorophenyl)-1-phenylethoxy]ethyl}-1-methylpyrrolidine[acd/iupac name]", "clemastine hydrogen fumarate", "(2r)-2-[2-[(1r)-1-(4-chlorophenyl)-1-phenyl-ethoxy]ethyl]-1-methyl-pyrrolidine", "mecloprodine", "(2r)-2-{2-[(1r)-1-(4-chlorophenyl)-1-phenylethoxy]ethyl}-1-methylpyrrolidine (2e)-but-2-enedioate", "(2r)-2-[2-[(1r)-1-(4-chlorophenyl)-1-phenylethoxy]ethyl]-1-methylpyrrolidine but-2-enedioic acid", "lecasol", "2(r)-[2-[(1r)-(4-chlorophenyl)-1-phenyl-ethoxy]ethyl-1-methylpyrrolidine", "meclastine hydrogen fumarate", "clemastine [usan:ban][usan]", "inbestan", "kinotomin", "(2r)-2-(2-{[(1r)-1-(4-chlorophenyl)-1-phenylethyl]oxy}ethyl)-1-methylpyrrolidine", "clemastine fumarate [usan:ban:jan][jan][usan]", "agasten", "telgin-g", "piloral", "clemanil", "fuluminol", "marsthine", "pyrrolidine 2-(2-(1-(4-chlorophenyl)-1-phenylethoxy)ethyl)-1-methyl- (r-(r*,r*))- (e)-2-butenedioate (1:1)", "tavist;xolamin;agasten;aloginan"}|>, "3928" -> <|"DatabaseID" -> "SW02399", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478841]}, "IsomericSmiles" -> "Cc1cc(cc(c1C(=O)[O-])O)OC(=O)c2c(cc(c(c2O)C)OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ramalic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320886]}, "Synonyms" -> {"ramalic acid", "ac1nszze", "2-hydroxy-4-(2-hydroxy-4-methoxy-3"}|>, "3929" -> <|"DatabaseID" -> "SW02400", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474918]}, "IsomericSmiles" -> "C=C1CC23CC1(CCC2C45CC=CC(C4[C@@H]3C(=O)[O-])(C(=O)O5)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "canavalia gibberellin ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315654]}, "Synonyms" -> {"canavalia gibberellin ii"}|>, "3930" -> <|"DatabaseID" -> "SW02400", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474918]}, "IsomericSmiles" -> "C=C1CC23CC1(CCC2C45CC=CC(C4[C@@H]3C(=O)[O-])(C(=O)O5)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "canavalia gibberellin ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315654]}, "Synonyms" -> {"canavalia gibberellin ii"}|>, "3931" -> <|"DatabaseID" -> "SW02400", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474918]}, "IsomericSmiles" -> "C=C1CC23CC1(CCC2C45CC=CC(C4[C@@H]3C(=O)[O-])(C(=O)O5)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "canavalia gibberellin ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315654]}, "Synonyms" -> {"canavalia gibberellin ii"}|>, "3932" -> <|"DatabaseID" -> "SW02400", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474918]}, "IsomericSmiles" -> "C=C1CC23CC1(CCC2C45CC=CC(C4[C@@H]3C(=O)[O-])(C(=O)O5)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "canavalia gibberellin ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315654]}, "Synonyms" -> {"canavalia gibberellin ii"}|>, "3933" -> <|"DatabaseID" -> "SW02401", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388642]}, "IsomericSmiles" -> "CC12[C@H](C=C[C@@]3([C@@H]1[C@@H]([C@]45[C@H]3CC[C@](C4)(C(=C)C5)O)C(=O)[O-])OC2=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gibberelin a21;gibberelin a22"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439551]}, "Synonyms" -> {"gibberellinsaeure", "gibberelic acid", "gibberellin a3", "gibberelate", "2b-hydroxygibberellin 1", "gibberillic acid", "gibberellins[wiki]", "ga", "caswell no. 467", "gibberellic acid[wiki]", "giberillic acid", "(1r,2r,5s,8s,9s,10r,11s,12s)-5,12-dihydroxy-11-methyl-6-methylidene-16-oxo-15-oxapentacyclo[9.3.2.1(5,8).0(1,10).0(2,8)]heptadec-13-ene-9-carboxylic acid", "gibberellin 1", "gibberellin[wiki]", "77-06-5[rn]", "gibberelin", "gib-sol", "gibberillate", "gibberellin 3", "berelex", "ga3", "cekugib", "gibberellic acid", "gibberellic acid (ga3)", "brellin", "hsdb 712", "gibb-tabs", "gibberellin", "gibberellin x", "gib-tabs", "ccris 4820", "gibberellate"}|>, "3934" -> <|"DatabaseID" -> "SW02402", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28833"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6223]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "07814"]}, "IsomericSmiles" -> "C[C@@]12[C@H](C=C[C@@]3([C@@H]1[C@@H]([C@]45[C@H]3CC[C@](C4)(C(=C)C5)O)C(=O)[O-])OC2=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1beta 10beta-epoxyfuranoer emophilane;gibberellin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6466]}, "Synonyms" -> {"gibberellin a3", "(1r,2r,5s,8s,9s,10r,11r,12s)-5,12-dihydroxy-11-methyl-6-methylidene-16-oxo-15-oxapentacyclo[9.3.2.15,8.01,10.02,8]heptadec-13-ene-9-carboxylic acid", "gibreskol", "grocel", "berelex", "cekugib", "brellin", "gibberellin x", "pgr-iv", "(1s,2s,4ar,4br,7s,9as,10s,10ar)-2,7-dihydroxy-1-methyl-8-methylidene-13-oxo-1,2,4b,5,6,7,8,9,10,10a-decahydro-4a,1-(epoxymethano)-7,9a-methanobenzo[a]azulene-10-carboxylicacid", "gibberellins", "(3s,3ar,4s,4as,7s,9ar,9br,12s)-7,12-dihydroxy-3-methyl-6-methylene-2-oxoperhydro-4a,7-methano-9b,3-propenoazuleno(1,2-b)furan-4-carboxylic acid", "gibberellinsaeure", "ga3", "7440-55-3[rn]", "4a,1-(epoxymethano)-7,9a-methanobenz[a]azulene-10-carboxylic acid 1,2,4b,5,6,7,8,9,10,10a-decahydro-2,7-dihydroxy-1-methyl-8-methylene-13-oxo-,(1s,2s,4ar,4br,7s,9as,10s,10ar)-[acd/index name]", "gibberellic acid[wiki]", "(3s,3as,4s,4as,6s,8ar,8br,11s)-6,11-dihydroxy-3-methyl-12-methylene-2-oxo-4a,6-ethano-3,8b-prop-1-enoperhydroindeno(1,2-b)furan-4-carboxylic acid", "(1s,2s,4ar,4br,7s,9as,10s,10ar)-2,7-dihydroxy-1-methyl-8-methylene-13-oxo-1,2,4b,5,6,7,8,9,10,10a-decahydro-4a,1-(epoxymethano)-7,9a-methanobenzo[a]azulene-10-carboxylic acid", "gibrel", "(1r,2r,5s,8s,9s,10r,12s)-5,12-dihydroxy-11-methyl-6-methylene-16-oxo-15-oxapentacyclo[9.3.2.15,8.01,10.02,8]heptadec-13-ene-9-carboxylic acid", "activol", "204-749-6[einecs]", "(3s,3as,4s,4as,7s,9ar,9br,12s)-7,12-dihydroxy-3-methyl-6-methylene-2-oxoperhydro-4a,7-methano-9b,3-propeno(1,2-b)furan-4-carboxylic acid", "pro-gibb", "2,4a,7-trihydroxy-1-methyl-8-methylenegibb-3-ene-1,10-dicarboxylic acid1,4a-lactone", "231-163-8[einecs]", "gibberellin 3", "berelex;", "giberellin", "5-18-09-00269 (beilstein handbook reference)[beilstein]", "gibberelic acid", "acide gibberellique", "gibberellin[wiki]", "pro-gibb plus", "77-06-5[rn]", "(1r,2r,5s,8s,9s,10r,11s,12s)-5,12-dihydroxy-11-methyl-6-methylidene-16-oxo-15-oxapentacyclo[9.3.2.1(5,8).0(1,10).0(2,8)]heptadec-13-ene-9-carboxylic acid", "(1a,2b,4aa,4bb,10b)-2,4a,7-trihydroxy-1-methyl-8-methylenegibb-3-ene-1,10-dicarboxylic acid 1,4a-lactone", "gib-sol", "5,12-dihydroxy-11-methyl-6-methylene-16-oxo-15-oxapentacyclo[9.3.2.15,8.01,10.02,8]heptadec-13-ene-9-carboxylicacid", "10365-11-4[rn]", "4a,1-(epoxymethano)-7,9a-methanobenz[a]azulene-10-carboxylic acid 1,2,4b,5,6,7,8,9,10,10a-decahydro-2,7-dihydroxy-1-methyl-8-methylene-13-oxo-,(2s,4ar,4br,7s,9as,10s,10ar)-", "pro-gibb2,4a,7-trihydroxy-1-methyl-8-methylenegibb-3-ene-1,10-carboxylicacid 1,4-lactone,", "(1r,2r,5s,8s,9s,10r,11s,12s)-5,12-dihydroxy-11-methyl-6-methylene-16-oxo-15-oxapentacyclo[9.3.2.15,8.01,10.02,8]heptadec-13-ene-9-carboxylic acid[acd/iupac name]", "(+)-gibberellic acid", "gibefol", "gibrescol", "ga-3", "ryzup", "54346[beilstein]", "gibberellic acid [bsi:iso]", "berelex;gibrescol;gibberellin a3;gibrofit;activol;ga3", "(3s,3ar,4s,4as,7s,9ar,9br,12s)-7,12-dihydroxy-3-methyl-6-methylene-2-oxoperhydro-4a,7-methano-9b,3-propenoazuleno[1,2-b]furan-4-carboxylic acid", "gibberellic acid", "5-18-09-00269", "(2s,4ar,4br,7s,9as,10s,10ar)-2,7-dihydroxy-1-methyl-8-methylidene-13-oxo-1,2,4b,5,6,7,8,9,10,10a-decahydro-4a,1-(epoxymethano)-7,9a-methanobenzo[a]azulene-10-carboxylic acid", "125-67-7[rn]", "gibbrel", "(3s,3as,4s,4as,6s,8ar,8br,11s)-6,11-dihydroxy-3-methyl-12-methylene-2-oxo-4a,6-ethano-3,8b-prop-1-enoperhydroindeno[1,2-b]furan-4-carboxylic acid", "201-001-0[einecs]", "gibberellic acid (ga3)", "gibberellins a4a7", "activol ga", "77-81-6[rn]", "(3s,3as,4s,4as,6s,8as,8bs,11s)-6,11-dihydroxy-3-methyl-12-methylene-2-oxo-4a,6-ethano-3,8b-prop-1-enoperhydroindeno(1,2-b)furan-4-carboxylic acid", "gibberellin", "6/5/1977", "gibb-3-ene-1,10-dicarboxylic acid 2,4a,7-trihydroxy-1-methyl-8-methylene- 1,4a-lactone", "gibberellic acid ga3", "gib-tabs", "ga", "regulex", "acide gibberellique [iso-french][french]", "gibberellins[wiki]"}|>, "3935" -> <|"DatabaseID" -> "SW02403", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8002804]}, "IsomericSmiles" -> "C[C@H](Cc1ccc(cc1)OC)[NH2+]C[C@@H](c2ccc(c(c2)NC=O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02981"]}, "OfficialNames" -> <|"Indian Approved Name" -> "arformoterol tartrate", "FDA Approved Drug" -> "ARFORMOTEROL TARTRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9827062]}, "Synonyms" -> {"brovana", "(r", "arformoterol tartrate", "200815-49-2", "n-{2-hydroxy-5-[(1r)-1-hydroxy-2-{[(1r)-2-(4-methoxyphenyl)-1-methylethyl]amino}ethyl]phenyl}formamide 2,3-dihydroxybutanedioate (salt)", "brovana (tn)", "butanedioic acid,2,3-dihydroxy- (2r,3r)- compd. with formamide n-[2-hydroxy-5-[(1r)-1-hydroxy-2-[[(1r)-2-(4-methoxyphenyl)-1-methylethyl]amino]ethyl]phenyl]-(1:1)", "arformoterol tartrate (usan)", "(+)-tartaric acid; arformoterol", "arformoterol tartrate[usan]", "unii-5p8vj2i235", "pubchem18307", "brovana inhalation solution", "200815-49-2[rn]", "arformoteroltartrate"}|>, "3936" -> <|"DatabaseID" -> "SW02404", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3292]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00983"]}, "IsomericSmiles" -> "CC(Cc1ccc(cc1)OC)[NH2+]CC(c2ccc(c(c2)NC=O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01373"], ExternalIdentifier["KEGGID", "D07990"]}, "OfficialNames" -> <|"Indian Approved Name" -> "formoterol fumarate;formoterol", "FDA Approved Drug" -> "FORMOTEROL FUMARATE;FORMOTEROL FUMARATE DIHYDRATE"|>, "PharmGKBID" -> "PA134687907", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3410]}, "Synonyms" -> {"formoterol", "foradil", "oxeze turbuhaler foradil", "oxeze turbuhaler", "oxis", "foradile", "formoterol fumarate", "formoterol tartrate", "formoterol (inn)", "symbicort 200 turbuhaler (budesonide + formoterol fumarate dihydrate)_mixture", "formoterolum [inn-latin]", "ac1l1fve", "beta-2 adrenoceptor", "symbicort 100 turbuhaler (budesonide + formoterol fumarate dihydrate)_mixture", "oxis (tn)", "beta-2 adrenoreceptor", "3-formylamino-4-hydroxy-a-[n-[1-methyl-2-(p-methoxyphenyl)ethyl]aminomethyl]benzyl alcohol", "n-[2-hydroxy-5-(1-hydroxy-2-{[1-(4-methoxyphenyl)propan-2-yl]amino}ethyl)phenyl]formamide", "n-[2-hydroxy-5-(1-hydroxy-2-{[2-(4-methoxyphenyl)-1-methylethyl]amino}ethyl)phenyl]formamide", "73573-87-2[rn]", "formamide n-[2-hydroxy-5-[1-hydroxy-2-[[2-(4-methoxyphenyl)-1-methylethyl]amino]ethyl]phenyl]-", "formoterolum[latin]", "formoterol[wiki][inn][usan]"}|>, "3937" -> <|"DatabaseID" -> "SW02404", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3292]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00983"]}, "IsomericSmiles" -> "CC(Cc1ccc(cc1)OC)[NH2+]CC(c2ccc(c(c2)NC=O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01373"], ExternalIdentifier["KEGGID", "D07990"]}, "OfficialNames" -> <|"Indian Approved Name" -> "formoterol fumarate;formoterol", "FDA Approved Drug" -> "FORMOTEROL FUMARATE;FORMOTEROL FUMARATE DIHYDRATE"|>, "PharmGKBID" -> "PA134687907", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3410]}, "Synonyms" -> {"formoterol", "foradil", "oxeze turbuhaler foradil", "oxeze turbuhaler", "oxis", "foradile", "formoterol fumarate", "formoterol tartrate", "formoterol (inn)", "symbicort 200 turbuhaler (budesonide + formoterol fumarate dihydrate)_mixture", "formoterolum [inn-latin]", "ac1l1fve", "beta-2 adrenoceptor", "symbicort 100 turbuhaler (budesonide + formoterol fumarate dihydrate)_mixture", "oxis (tn)", "beta-2 adrenoreceptor", "3-formylamino-4-hydroxy-a-[n-[1-methyl-2-(p-methoxyphenyl)ethyl]aminomethyl]benzyl alcohol", "n-[2-hydroxy-5-(1-hydroxy-2-{[1-(4-methoxyphenyl)propan-2-yl]amino}ethyl)phenyl]formamide", "n-[2-hydroxy-5-(1-hydroxy-2-{[2-(4-methoxyphenyl)-1-methylethyl]amino}ethyl)phenyl]formamide", "73573-87-2[rn]", "formamide n-[2-hydroxy-5-[1-hydroxy-2-[[2-(4-methoxyphenyl)-1-methylethyl]amino]ethyl]phenyl]-", "formoterolum[latin]", "formoterol[wiki][inn][usan]"}|>, "3938" -> <|"DatabaseID" -> "SW02404", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3292]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00983"]}, "IsomericSmiles" -> "CC(Cc1ccc(cc1)OC)[NH2+]CC(c2ccc(c(c2)NC=O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01373"], ExternalIdentifier["KEGGID", "D07990"]}, "OfficialNames" -> <|"Indian Approved Name" -> "formoterol fumarate;formoterol", "FDA Approved Drug" -> "FORMOTEROL FUMARATE;FORMOTEROL FUMARATE DIHYDRATE"|>, "PharmGKBID" -> "PA134687907", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3410]}, "Synonyms" -> {"formoterol", "foradil", "oxeze turbuhaler foradil", "oxeze turbuhaler", "oxis", "foradile", "formoterol fumarate", "formoterol tartrate", "formoterol (inn)", "symbicort 200 turbuhaler (budesonide + formoterol fumarate dihydrate)_mixture", "formoterolum [inn-latin]", "ac1l1fve", "beta-2 adrenoceptor", "symbicort 100 turbuhaler (budesonide + formoterol fumarate dihydrate)_mixture", "oxis (tn)", "beta-2 adrenoreceptor", "3-formylamino-4-hydroxy-a-[n-[1-methyl-2-(p-methoxyphenyl)ethyl]aminomethyl]benzyl alcohol", "n-[2-hydroxy-5-(1-hydroxy-2-{[1-(4-methoxyphenyl)propan-2-yl]amino}ethyl)phenyl]formamide", "n-[2-hydroxy-5-(1-hydroxy-2-{[2-(4-methoxyphenyl)-1-methylethyl]amino}ethyl)phenyl]formamide", "73573-87-2[rn]", "formamide n-[2-hydroxy-5-[1-hydroxy-2-[[2-(4-methoxyphenyl)-1-methylethyl]amino]ethyl]phenyl]-", "formoterolum[latin]", "formoterol[wiki][inn][usan]"}|>, "3939" -> <|"DatabaseID" -> "SW02404", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3292]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00983"]}, "IsomericSmiles" -> "CC(Cc1ccc(cc1)OC)[NH2+]CC(c2ccc(c(c2)NC=O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01373"], ExternalIdentifier["KEGGID", "D07990"]}, "OfficialNames" -> <|"Indian Approved Name" -> "formoterol fumarate;formoterol", "FDA Approved Drug" -> "FORMOTEROL FUMARATE;FORMOTEROL FUMARATE DIHYDRATE"|>, "PharmGKBID" -> "PA134687907", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3410]}, "Synonyms" -> {"formoterol", "foradil", "oxeze turbuhaler foradil", "oxeze turbuhaler", "oxis", "foradile", "formoterol fumarate", "formoterol tartrate", "formoterol (inn)", "symbicort 200 turbuhaler (budesonide + formoterol fumarate dihydrate)_mixture", "formoterolum [inn-latin]", "ac1l1fve", "beta-2 adrenoceptor", "symbicort 100 turbuhaler (budesonide + formoterol fumarate dihydrate)_mixture", "oxis (tn)", "beta-2 adrenoreceptor", "3-formylamino-4-hydroxy-a-[n-[1-methyl-2-(p-methoxyphenyl)ethyl]aminomethyl]benzyl alcohol", "n-[2-hydroxy-5-(1-hydroxy-2-{[1-(4-methoxyphenyl)propan-2-yl]amino}ethyl)phenyl]formamide", "n-[2-hydroxy-5-(1-hydroxy-2-{[2-(4-methoxyphenyl)-1-methylethyl]amino}ethyl)phenyl]formamide", "73573-87-2[rn]", "formamide n-[2-hydroxy-5-[1-hydroxy-2-[[2-(4-methoxyphenyl)-1-methylethyl]amino]ethyl]phenyl]-", "formoterolum[latin]", "formoterol[wiki][inn][usan]"}|>, "3940" -> <|"DatabaseID" -> "SW02405", "ChEBIID" -> {ExternalIdentifier["ChEBIID", 7772]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4433]}, "IsomericSmiles" -> "Cc1cnc(c(c1OC)C)CS(=O)c2[nH]c3cc(ccc3n2)OC", "OfficialNames" -> <|"FDA Approved Drug" -> "ESOMEPRAZOLE MAGNESIUM;ESOMEPRAZOLE SODIUM;OMEPRAZOLE;OMEPRAZOLE MAGNESIUM"|>, "PharmGKBID" -> {"PA10075", "PA450704"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4594], ExternalIdentifier["PubChemCompoundID", 10959536], ExternalIdentifier["PubChemCompoundID", 3047802]}, "Synonyms" -> {"audazol", "belmazol", "omeprazole", "emeproton", "ceprandal", "gastrimut", "omapren", "prilosec", "parizac", "zefxon", "dudencer", "pepticum", "olexin", "victrix", "desec", "pepticus", "omezol", "erbolin", "sanamidol", "ozoken", "miol", "prysma", "paprazol", "regulacid", "omizac", "indurgan", "ortanol", "secrepina", "elgam", "ulcozol", "mopral", "losec", "zepral", "lensor", "omepral", "exter", "nilsec", "ulcsep", "morecon", "aulcer", "ramezol", "omeprazon", "inhipump", "miracid", "dizprazol", "gibancer", "omz", "ulcometion", "zegerid", "tedec ulceral", "omid", "procelac", "omeprol", "demeprazol", "omezolan", "danlox", "prazidec", "ompanyt", "ulsen", "gasec", "inhibitron", "ulcesep", "logastric", "prazolit", "omegast", "zimor", "peptilcer", "ulzol", "antra", "epirazole", "omesek", "ulceral", "omebeta 20", "zoltum", "omisec", "ocid", "mepral", "prazentol", "gastroloc", "omeprazole magnesium", "nopramin", "prilosec otc", "proclor", "omed", "omep", "2-({[3,5-dimethyl-4-(methyloxy)pyridin-2-yl]methyl}sulfinyl)-5-(methyloxy)-1h-benzimidazole", "6-methoxy-2-{[(4-methoxy-3,5-dimethylpyridin-2-yl)methyl]sulfinyl}-1h-benzimidazole", "131959-78-9[rn]", "73590-58-6[rn]", "ultop[wiki]", "omeprazolum", "prilosec zegerid prilosec otc", "73590-58-6", "omeprazol", "olit", "5-methoxy-2-((4-methoxy-3,5-dimethyl-pyridin-2-yl)methylsulfinyl)-3h-benzoimidazole", "antra[wiki]", "omebeta", "1h-benzimidazole,6-methoxy-2-[[(4-methoxy-3,5-dimethyl-2-pyridinyl)methyl]sulfinyl]-", "5-methoxy-2-[[(4-methoxy-3,5-dimethyl-2-pyridinyl)methyl]sulfinyl]-1h-benzimidazole", "omepradex", "6-methoxy-2-((4-methoxy-3,5-dimethylpyridin-2-yl)methylsulfinyl)-1h-benzo[d]imidazole", "6-methoxy-2-[(4-methoxy-3,5-dimethylpyridin-2-yl)methylsulfinyl]-1h-benzimidazole", "3628192[beilstein]", "omeprazole sodium", "antra;", "tl8005099", "201-212-8[einecs]", "omp", "antra mups", "omeprazol[spanish][inn]", "prilosec[wiki]", "5-methoxy-2-(((4-methoxy-3,5-dimethyl-2-pyridyl)methyl)sulfinyl)benzimidazole", "losec[wiki]", "5-methoxy-2-(((4-methoxy-3", "1h-benzimidazole,5-methoxy-2-(((4-methoxy-3,5-dimethyl-2-pyridinyl)methyl)sulfinyl)-", "omeprazolum[latin]", "2-(((3,5-dimethyl-4-methoxy-2-pyridyl)methyl)sulfinyl)-5-methoxy-1h-benzimidazole", "119141-89-8[rn]", "95510-70-6[rn]", "119141-88-7[rn]", "lomac[wiki]", "omeprazole [usan:ban:inn:jan][inn][jan][usan]", "sulfonium hydroxy(6-methoxy-1h-benzimidazol-2-yl)[(4-methoxy-3,5-dimethyl-2-pyridinyl)methyl]- inner salt", "1h-benzimidazole,5-methoxy-2-[[(4-methoxy-3,5-dimethyl-2-pyridinyl)methyl]sulfinyl]-", "h 168/68", "5-methoxy-2-{[(4-methoxy-3,5-dimethylpyridin-2-yl)methyl]sulfinyl}-1h-benzimidazole", "losec sodium", "h-168/68", "nuclosina", "5-methoxy-2-{[(4-methoxy-3,5-dimethyl-2-pyridinyl)methyl]sulfinyl}-1h-benzimidazole", "172964-80-6[rn]", "6-methoxy-2-[(4-methoxy-3,5-dimethyl-2-pyridyl)methylsulfinyl]-1h-benzimidazole", "6-methoxy-2-[(4-methoxy-3,5-dimethyl-pyridin-2-yl)methylsulfinyl]-1h-benzimidazole", "omeprazole;losec", "5-methoxy-2-(4-methoxy-3,5-dimethyl-pyridin-2-ylmethanesulfinyl)-1h-benzoimidazole", "prilosec (tn)", "5-methoxy-2-(((4-methoxy-3,5-dimethylpyridin-2-yl)methyl)sulfinyl)-1h-benzo[d]imidazole", "79-57-2[rn]", "5-methoxy-2-((4-methoxy-3,5-dimethylpyridin-2-yl)methylsulfinyl)-1h-benzo[d]imidazole", "omez", "omeprazole[wiki]", "(5-methoxy-1h-benzimidazol-2-yl)[(4-methoxy-3,5-dimethyl-2-pyridinyl)methyl]sulfoniumolate", "omerprazole", "gastric h(+)/k(+) atpase subunit alpha", "magnesium 6-methoxy-2-[(4-methoxy-3", "95510-70-6", "5-methoxy-2-(4-methoxy-3,5-dimethyl-pyridin-2-ylmethanesulfinyl)-1h-benzoimidazole (omeprazole)", "andra", "omeprazolum [inn-latin]", "esomeprazole sodium", "ac1milua", "omeprazole magnesium [usan]", "5-methoxy-2-{[(4-methoxy-3,5-dimethylpyridin-2-yl)methyl]sulfinyl}-1h-benzimidazol", "omeprazole sodium (usan)", "95382-33-5", "5-methoxy-2-{[(4-methoxy-3,5-dimethylpyridin-2-yl)methyl]sulfinyl}-1h-benzimidazol[german]", "5-methoxy-2-(4-methoxy-3,5-dimethyl-pyridin-2-ylmethanesulfinyl)-1h-benzoimidazole(omeprazole)", "omeprazole sodium [usan]", "161796-78-7", "1h-benzimidazole", "omeprazol [inn-spanish]", "otc", "(omeprazole)5-methoxy-2-(4-methoxy-3,5-dimethyl-pyridin-2-ylmethanesulfinyl)-1h-benzoimidazole", "osiren", "unii-426qfe7xlk", "h 168/68 magnesium", "result[wiki]", "lomac", "result", "5-methoxy-2-{[(4-methoxy-3,5-dimethylpyridin-2-yl)methyl]sulfinyl}-1h-benzimidazole; omep;omp; omz; omeprazole", "nexium", "proton pump", "ls-186512", "ultop", "ec 3.6.3.10"}|>, "3941" -> <|"DatabaseID" -> "SW02405", "ChEBIID" -> {ExternalIdentifier["ChEBIID", 7772]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4433]}, "IsomericSmiles" -> "Cc1cnc(c(c1OC)C)CS(=O)c2[nH]c3cc(ccc3n2)OC", "OfficialNames" -> <|"FDA Approved Drug" -> "ESOMEPRAZOLE MAGNESIUM;ESOMEPRAZOLE SODIUM;OMEPRAZOLE;OMEPRAZOLE MAGNESIUM"|>, "PharmGKBID" -> {"PA10075", "PA450704"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4594], ExternalIdentifier["PubChemCompoundID", 10959536], ExternalIdentifier["PubChemCompoundID", 3047802]}, "Synonyms" -> {"audazol", "belmazol", "omeprazole", "emeproton", "ceprandal", "gastrimut", "omapren", "prilosec", "parizac", "zefxon", "dudencer", "pepticum", "olexin", "victrix", "desec", "pepticus", "omezol", "erbolin", "sanamidol", "ozoken", "miol", "prysma", "paprazol", "regulacid", "omizac", "indurgan", "ortanol", "secrepina", "elgam", "ulcozol", "mopral", "losec", "zepral", "lensor", "omepral", "exter", "nilsec", "ulcsep", "morecon", "aulcer", "ramezol", "omeprazon", "inhipump", "miracid", "dizprazol", "gibancer", "omz", "ulcometion", "zegerid", "tedec ulceral", "omid", "procelac", "omeprol", "demeprazol", "omezolan", "danlox", "prazidec", "ompanyt", "ulsen", "gasec", "inhibitron", "ulcesep", "logastric", "prazolit", "omegast", "zimor", "peptilcer", "ulzol", "antra", "epirazole", "omesek", "ulceral", "omebeta 20", "zoltum", "omisec", "ocid", "mepral", "prazentol", "gastroloc", "omeprazole magnesium", "nopramin", "prilosec otc", "proclor", "omed", "omep", "2-({[3,5-dimethyl-4-(methyloxy)pyridin-2-yl]methyl}sulfinyl)-5-(methyloxy)-1h-benzimidazole", "6-methoxy-2-{[(4-methoxy-3,5-dimethylpyridin-2-yl)methyl]sulfinyl}-1h-benzimidazole", "131959-78-9[rn]", "73590-58-6[rn]", "ultop[wiki]", "omeprazolum", "prilosec zegerid prilosec otc", "73590-58-6", "omeprazol", "olit", "5-methoxy-2-((4-methoxy-3,5-dimethyl-pyridin-2-yl)methylsulfinyl)-3h-benzoimidazole", "antra[wiki]", "omebeta", "1h-benzimidazole,6-methoxy-2-[[(4-methoxy-3,5-dimethyl-2-pyridinyl)methyl]sulfinyl]-", "5-methoxy-2-[[(4-methoxy-3,5-dimethyl-2-pyridinyl)methyl]sulfinyl]-1h-benzimidazole", "omepradex", "6-methoxy-2-((4-methoxy-3,5-dimethylpyridin-2-yl)methylsulfinyl)-1h-benzo[d]imidazole", "6-methoxy-2-[(4-methoxy-3,5-dimethylpyridin-2-yl)methylsulfinyl]-1h-benzimidazole", "3628192[beilstein]", "omeprazole sodium", "antra;", "tl8005099", "201-212-8[einecs]", "omp", "antra mups", "omeprazol[spanish][inn]", "prilosec[wiki]", "5-methoxy-2-(((4-methoxy-3,5-dimethyl-2-pyridyl)methyl)sulfinyl)benzimidazole", "losec[wiki]", "5-methoxy-2-(((4-methoxy-3", "1h-benzimidazole,5-methoxy-2-(((4-methoxy-3,5-dimethyl-2-pyridinyl)methyl)sulfinyl)-", "omeprazolum[latin]", "2-(((3,5-dimethyl-4-methoxy-2-pyridyl)methyl)sulfinyl)-5-methoxy-1h-benzimidazole", "119141-89-8[rn]", "95510-70-6[rn]", "119141-88-7[rn]", "lomac[wiki]", "omeprazole [usan:ban:inn:jan][inn][jan][usan]", "sulfonium hydroxy(6-methoxy-1h-benzimidazol-2-yl)[(4-methoxy-3,5-dimethyl-2-pyridinyl)methyl]- inner salt", "1h-benzimidazole,5-methoxy-2-[[(4-methoxy-3,5-dimethyl-2-pyridinyl)methyl]sulfinyl]-", "h 168/68", "5-methoxy-2-{[(4-methoxy-3,5-dimethylpyridin-2-yl)methyl]sulfinyl}-1h-benzimidazole", "losec sodium", "h-168/68", "nuclosina", "5-methoxy-2-{[(4-methoxy-3,5-dimethyl-2-pyridinyl)methyl]sulfinyl}-1h-benzimidazole", "172964-80-6[rn]", "6-methoxy-2-[(4-methoxy-3,5-dimethyl-2-pyridyl)methylsulfinyl]-1h-benzimidazole", "6-methoxy-2-[(4-methoxy-3,5-dimethyl-pyridin-2-yl)methylsulfinyl]-1h-benzimidazole", "omeprazole;losec", "5-methoxy-2-(4-methoxy-3,5-dimethyl-pyridin-2-ylmethanesulfinyl)-1h-benzoimidazole", "prilosec (tn)", "5-methoxy-2-(((4-methoxy-3,5-dimethylpyridin-2-yl)methyl)sulfinyl)-1h-benzo[d]imidazole", "79-57-2[rn]", "5-methoxy-2-((4-methoxy-3,5-dimethylpyridin-2-yl)methylsulfinyl)-1h-benzo[d]imidazole", "omez", "omeprazole[wiki]", "(5-methoxy-1h-benzimidazol-2-yl)[(4-methoxy-3,5-dimethyl-2-pyridinyl)methyl]sulfoniumolate", "omerprazole", "gastric h(+)/k(+) atpase subunit alpha", "magnesium 6-methoxy-2-[(4-methoxy-3", "95510-70-6", "5-methoxy-2-(4-methoxy-3,5-dimethyl-pyridin-2-ylmethanesulfinyl)-1h-benzoimidazole (omeprazole)", "andra", "omeprazolum [inn-latin]", "esomeprazole sodium", "ac1milua", "omeprazole magnesium [usan]", "5-methoxy-2-{[(4-methoxy-3,5-dimethylpyridin-2-yl)methyl]sulfinyl}-1h-benzimidazol", "omeprazole sodium (usan)", "95382-33-5", "5-methoxy-2-{[(4-methoxy-3,5-dimethylpyridin-2-yl)methyl]sulfinyl}-1h-benzimidazol[german]", "5-methoxy-2-(4-methoxy-3,5-dimethyl-pyridin-2-ylmethanesulfinyl)-1h-benzoimidazole(omeprazole)", "omeprazole sodium [usan]", "161796-78-7", "1h-benzimidazole", "omeprazol [inn-spanish]", "otc", "(omeprazole)5-methoxy-2-(4-methoxy-3,5-dimethyl-pyridin-2-ylmethanesulfinyl)-1h-benzoimidazole", "osiren", "unii-426qfe7xlk", "h 168/68 magnesium", "result[wiki]", "lomac", "result", "5-methoxy-2-{[(4-methoxy-3,5-dimethylpyridin-2-yl)methyl]sulfinyl}-1h-benzimidazole; omep;omp; omz; omeprazole", "nexium", "proton pump", "ls-186512", "ultop", "ec 3.6.3.10"}|>, "3942" -> <|"DatabaseID" -> "SW02406", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4481]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00383"]}, "IsomericSmiles" -> "CN1CCC[NH+]=C1COC(=O)C(c2ccccc2)(C3CCCCC3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08325"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "OXYPHENCYCLIMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164776910", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4642]}, "Synonyms" -> {"oxyphencyclimine", "caridan", "naridan", "manir", "zamanil", "daricol", "oxiphencycliminum", "antulcus", "setrol", "cycmin", "spazamin", "ulcociclinina", "enterex", "oxyphencycliminum [inn-latin]", "vio-thene", "oxifencicliminum [inn-spanish]", "w-t anticholinergic", "daricon", "oximin", "syklifen", "dominil", "gastrix", "oxiphencyclimine", "oxyphencycliminum[latin]", "(1-methyl-1,4,5,6-tetrahydropyrimidin-2-yl)methyl cyclohexyl(hydroxy)phenylacetate", "204-742-8[einecs]", "125-53-1[rn]", "(1-methyl-1,4,5,6-tetrahydropyrimidin-2-yl)methyl 2-cyclohexyl-2-hydroxy-2-phenylacetate", "component of enarax", "a-cyclohexyl-a-hydroxybenzeneaceticacid (1,4,5,6-tetrahydro-1-methyl-2-pyrimidinyl)methylester", "oxyphencyclimine hydrochloride", "204-743-3[einecs]", "s 1-1236", "337376-15-5", "a-phenylcyclohexaneglycolicacid 1-methyl-2-tetrahydroxypyrimidylmethylester", "1-methyl-1,4,5,6-tetrahydro-2-pyrimidylmethyla-cyclohexyl-a-phenylglycolate", "oxyphencyclimine hydrochloride[jan]", "125-52-0[rn]", "1,4,5,6-tetrahydro-1-methyl-2-pyrimidinylmethyl a-phenylcyclohexaneglycolate", "oxifencicliminum[spanish][inn]", "component of vistrax"}|>, "3943" -> <|"DatabaseID" -> "SW02406", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4481]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00383"]}, "IsomericSmiles" -> "CN1CCC[NH+]=C1COC(=O)C(c2ccccc2)(C3CCCCC3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08325"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "OXYPHENCYCLIMINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164776910", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4642]}, "Synonyms" -> {"oxyphencyclimine", "caridan", "naridan", "manir", "zamanil", "daricol", "oxiphencycliminum", "antulcus", "setrol", "cycmin", "spazamin", "ulcociclinina", "enterex", "oxyphencycliminum [inn-latin]", "vio-thene", "oxifencicliminum [inn-spanish]", "w-t anticholinergic", "daricon", "oximin", "syklifen", "dominil", "gastrix", "oxiphencyclimine", "oxyphencycliminum[latin]", "(1-methyl-1,4,5,6-tetrahydropyrimidin-2-yl)methyl cyclohexyl(hydroxy)phenylacetate", "204-742-8[einecs]", "125-53-1[rn]", "(1-methyl-1,4,5,6-tetrahydropyrimidin-2-yl)methyl 2-cyclohexyl-2-hydroxy-2-phenylacetate", "component of enarax", "a-cyclohexyl-a-hydroxybenzeneaceticacid (1,4,5,6-tetrahydro-1-methyl-2-pyrimidinyl)methylester", "oxyphencyclimine hydrochloride", "204-743-3[einecs]", "s 1-1236", "337376-15-5", "a-phenylcyclohexaneglycolicacid 1-methyl-2-tetrahydroxypyrimidylmethylester", "1-methyl-1,4,5,6-tetrahydro-2-pyrimidylmethyla-cyclohexyl-a-phenylglycolate", "oxyphencyclimine hydrochloride[jan]", "125-52-0[rn]", "1,4,5,6-tetrahydro-1-methyl-2-pyrimidinylmethyl a-phenylcyclohexaneglycolate", "oxifencicliminum[spanish][inn]", "component of vistrax"}|>, "3944" -> <|"DatabaseID" -> "SW02407", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445152]}, "IsomericSmiles" -> "CCCCCC/C=C\\CCCCCCCc1cccc(c1C(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ginkgolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281858]}, "Synonyms" -> {"ginkgolic acid", "ginkgoic acid", "ginkgolic acid i", "6-(8z-pentadecenyl)salicylic acid", "ginkgolic acid c15:1", "22910-60-7", "22910-60-7[rn]", "2-hydroxy-6-[(8z)-pentadec-8-en-1-yl]benzoic acid", "romanicardic acid", "bspbio_002625", "benzoic acid 2-hydroxy-6-[(8z)-8-pentadecen-1-yl]-", "anacardic acid 8'z-monoene", "anacardic acid monoene", "benzoic acid 2-hydroxy-6-(8-pentadecenyl)- (z)-", "anacardic acid b", "ac1nqz6u", "ginkgolic acid 15:1", "spectrum5_000899", "6-[8(z)-pentadecatrienyl]salicylic acid", "(z)-2-hydroxy-6-(8-pentadecenyl)benzoic acid", "ginkgolicacid"}|>, "3945" -> <|"DatabaseID" -> "SW02408", "IsomericSmiles" -> "C[C@@H]1CCC[C@@H](N1NC(=O)c2ccc(c(c2)Cl)S(=O)(=O)N)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02460"]}, "OfficialNames" -> <|"Indian Approved Name" -> "clopamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954239]}, "Synonyms" -> {"aquex (tn)", "d02460", "clopamide", "clopamide (usan/inn)", "aquex"}|>, "3946" -> <|"DatabaseID" -> "SW02409", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15510]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)C2=[NH+]c3ccccc3Sc4c2cc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01597"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clotiapine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16351]}, "Synonyms" -> {"entumin", "etumine", "clotiapine", "s-805c", "dibenzothiazepine", "clothiapine", "218-162-8[einecs]", "2-chloro-11-(4-methyl-piperazin-1-yl)-dibenzo[b,f][1,4]thiazepine(clothiapine)", "2058-52-8", "clothiapine[usan]", "dibenzo[b,f][1,4]thiazepine 2-chloro-11-(4-methyl-1-piperazinyl)-", "clothiapine [usan:ban][usan]", "clotiapinum[latin]", "2-chloro-11-(4-methyl-1-piperazinyl)dibenzo(b,f)(1,4)thiazepine", "2-chloro-11-(4-methylpiperazin-1-yl)dibenzo[b,f][1,4]thiazepine", "s 805c", "2058-52-8[rn]", "clotiapina [inn-spanish]", "dibenzo(b,f)(1,4)thiazepine 2-chloro-11-(4-methyl-1-piperazinyl)-", "einecs 218-162-8", "entumin (tn)", "2-chloro-11-(4-methyl-1-piperazinyl)dibenzo[b,f][1,4]thiazepine[acd/iupac name]", "clotiapina[spanish][inn]", "clotiapine[wiki]", "clotiapinum [inn-latin]", "2-chloro-11-(4-methyl-piperazin-1-yl)-dibenzo[b,f][1,4]thiazepine", "2-chloro-11-(4-methylpiperazino)dibenzo(b,f)(1,4)thiazepine"}|>, "3947" -> <|"DatabaseID" -> "SW02410", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82585]}, "IsomericSmiles" -> "C1=CO[C@H]([C@H]2[C@@H]1[C@@H](C=C2CO)O)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aucubin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91458]}, "Synonyms" -> {"rhinanthin", "nsc 407293", "(1s-(1alpha", "aucubin[wiki]", "1", "s2267_selleck", "[1s-(1a,4aa,5a,7a)]-1,4a,5,7a-tetrahydro-5-hydroxy-7-(hydroxymethyl)cyclopenta[c]pyran-1-yl-b-d-glucopyranoside", "einecs 207-540-8", "aucubina[portuguese]", "azomycin", "479-98-1", "(2s,3r,4s,5s,6r)-2-((1s,4ar,5r,7as)-5-hydroxy-7-hydroxymethyl-1,4a,5,7a-tetrahydro-cyclopenta[c]pyran-1-yloxy)-6-hydroxymethyl-tetrahydro-pyran-3,4,5-triol", "aucuboside", "ac1q70hr", "207-540-8[einecs]", "(2s,3r,4s,5s,6r)-2-{[(1s,4ar,5s,7as)-5-hydroxy-7-(hydroxymethyl)-1,4a,5,7a-tetrahydrocyclopenta[c]pyr-1-yl]oxy}-6-(hydroxymethyl)tetrahydro-2h-pyran-3,4,5-triol", "(2s,3r,4s,5s,6r)-2-{[(1s,4ar,5s,7as)-5-hydroxy-7-(hydroxymethyl)-1,4a,5,7a-tetrahydrocyclopenta[c]pyran-1-yl]oxy}-6-(hydroxymethyl)tetrahydro-2h-pyran-3,4,5-triol", "aucubin", "479-98-1[rn]"}|>, "3948" -> <|"DatabaseID" -> "SW02411", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7565"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4330]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01115"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OC)c2ccccc2[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00437"]}, "OfficialNames" -> <|"China Approved Name" -> "nifedipine", "Indian Approved Name" -> "nifedipine", "WHO Essential Medicine" -> "nifedipine", "Australia Approved Name" -> "NIFEDIPINE", "FDA Approved Drug" -> "NIFEDIPINE"|>, "PharmGKBID" -> "PA450631", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4485]}, "Synonyms" -> {"fenihidin", "procardia", "citilat", "procardia xl", "fenihidine", "adalat", "adalat cc", "nifedipine", "corinfar", "cordipin", "niphedipine", "megalat", "adalat 20", "fenamon sr", "cordaflex", "nifecor", "cardifen", "aldipin", "adalat gits", "nifedin", "corynphar", "adalat 5", "glopir", "adalat 10", "fedcor retard", "nifipen", "cordilan", "adalat retard", "dilafed", "nicardia", "adalat lp", "nifedine", "oxcord", "nificard", "adalat la", "nifar", "anifed", "nifdemin", "nifedipres", "nifecard", "ecodipin", "macorel", "adalat crono", "introcar", "nifebene", "cardilat", "nifelat", "nifedepat", "camont", "chronadalate", "calcigard", "afeditab cr", "alonix", "dipinkor", "nifelan", "nifedicor", "adalat ft", "orix", "calcibloc", "nifensar xl", "dignokonstant", "nifelat q", "aprical", "anpine", "apo-nifed", "adalat cr", "hexadilat", "cordicant", "sepamit", "alonix s", "cordafen", "duranifin", "chronadalate lp", "alat", "adalate", "adalat gits 30", "nifelate", "angipec", "pidilat", "fenamon", "myogard", "nifidine", "kordafen", "adalat pa", "calcilat", "cordalat", "fedcor", "hadipin", "nifangin", "corotrend", "ecodipi", "tibricol", "nifedirex lp", "ecodipin e", "adalat oros", "bonacid", "zenusin", "adapress", "alfadal", "nedipin", "adapine", "cardionorm", "coracten", "depin", "vascard", "nifedipino[spanish][inn]", "101554-38-5[rn]", "procardia[wiki]", "bay1040", "bay-a 1040", "nifedipine-gtis", "slofedipine xl", "cordipine", "methyl 5-(methoxycarbonyl)-2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3-carboxylate", "nifediac", "244-598-3[einecs]", "1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)-3,5-pyridinedicarboxylic aciddimethylester", "60299-11-8[rn]", "nifedipine[wiki][usp][inn][ban][jan][usan][jp15]", "n1fedilat", "d009543", "21829-25-4[rn]", "3,5-dimethyl 2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nifedipine gtis", "4-(2'-nitrophenyl)-2,6-dimethyl-1,4-dihydropyridin-3,5-dicarbonsaeuredimethylester[german]", "497773[beilstein]", "2,6-dimethyl-3,5-dicarbomethoxy-4-(2-nitrophenyl)-1,4-dihydropyridine", "dimethyl1,4-dihydro-2,6-dimethyl-4-(2'-nitrophenyl)-3,5-pyridinedicarboxylate; 1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)-3,5-pyridinedicarboxylic aciddimethylester", "4-(2-nitrophenyl)-2,6-dimethyl-3,5-dicarbomethoxy-1,4-dihydropyridine", "dilcor", "coral", "101539-70-2[rn]", "adalat[wiki]", "korinfar", "aldipin anifed", "nifedipine retard", "2,6-dimethyl-4-(2-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid dimethyl ester", "coral[wiki]", "dimethyl1,4-dihydro-2,6-dimethyl-4-(o-nitrophenyl)-3,5-pyridinedicarboxylate", "methyl 5-(methoxycarbonyl)-2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine- 3-carboxylate", "anifed afeditab cr nifediac nifedical", "afeditab", "dimethyl1,4-dihydro-2,6-dimethyl-4-(2'-nitrophenyl)-3,5-pyridinedicarboxylate", "aprical long", "1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)-3,5-pyridinedicarboxylic aciddimethyl ester", "fenigidin", "dimethyl-2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridin-3,5-dicarboxylat", "tn 873r", "dimethyl2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "5-22-04-00268 (beilstein handbook reference)[beilstein]", "voltage- gated calcium channel subunit alpha cav3.2", "alpha-nifedipine retard", "dimethyl2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydro-3,5-pyridinedicarboxylate[acd/iupac name]", "dimethyl4-(o-nitrophenyl)-2,6-dimethyl-1,4-dihydro-3,5-pyridinedicarboxylate", "kb-1712p", "sepamit r", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)- dimethyl ester(9ci)", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(o-nitrophenyl)- dimethyl ester(8ci)", "4-(2'-nitrophenyl)-2,6-dimethyl-3,5-dicarbomethoxy-1,4-dihydropyridine", "adalat (tn)", "dimethyl4-(2-nitrophenyl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "emaberin", "bay-1040", "bay-a-1040", "nifedipinum[latin]", "low-voltage-activated calcium channel alpha1 3.2 subunit", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)- dimethyl ester"}|>, "3949" -> <|"DatabaseID" -> "SW02412", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444821]}, "IsomericSmiles" -> "C/C/1=C\\C(=O)/C=C(\\[C@@H]([C@@H]2[C@@H]([C@H](C1)OC(=O)C(=C)C)C(=C)C(=O)O2)O)/C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "molephantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281484]}, "Synonyms" -> {"molephantin", "(3ar,4s,6e,9z,11s,11as)-11-hydroxy-6,10-dimethyl-3-methylidene-2,8-dioxo-2,3,3a,4,5,8,11,11a-octahydrocyclodeca[b]furan-4-yl 2-methylprop-2-enoate", "2-methyl-acrylic acid (6e,9z)-(3ar,4s,11s,11as)-11-hydroxy-6,10-dimethyl-3-methylene-2,8-dioxo-2,3,3a,4,5,8,11,11a-octahydro-cyclodeca[b]furan-4-yl ester", "2-propenoic acid,2-methyl- (3ar,4s,6e,9z,11s,11as)-2,3,3a,4,5,8,11,11a-octahydro-11-hydroxy-6,10-dimethyl-3-methylene-2,8-dioxocyclodeca[b]furan-4-yl ester", "[(3ar", "50656-66-1[rn]", "chembl359987", "dnc005375", "ac1nqyio", "c09512", "50656-66-1"}|>, "3950" -> <|"DatabaseID" -> "SW02413", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59192]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C[C@H]2c3cc(c(cc3CC[NH2+]2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08629"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tretoquinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65772]}, "Synonyms" -> {"tretochinolo", "tretoquinol", "tretoquinol (inn)", "30418-38-3[rn]", "ac1q56e3", "tretoquinolum[latin]", "ac1l23xh", "surecn249003", "(1s)-1-{[3,4,5-tris(methyloxy)phenyl]methyl}-1,2,3,4-tetrahydroisoquinoline-6,7-diol", "6,7-isoquinolinediol 1,2,3,4-tetrahydro-1-[(3,4,5-trimethoxyphenyl)methyl]- (1s)-", "unii-jio3275wgi", "tretoquinolum", "(1s)-1-(3,4,5-trimethoxybenzyl)-1,2,3,4-tetrahydroisoquinoline-6,7-diol", "6,7-isoquinolinediol 1,2,3,4-tetrahydro-1-((3,4,5-trimethoxyphenyl)methyl)- (s)-", "tretoquinolum [inn-latin]", "tretoquinol[inn]", "1-(3,4,5-trimethoxy-benzyl)-1,2,3,4-tetrahydro-isoquinoline-6,7-diol", "1,2,3,4-tetrahydro-1-(3,4,5-trimethoxybenzyl)-6,7-isoquinolinediol", "30418-38-3", "(1s)-1-[(3,4,5-trimethoxyphenyl)methyl]-1,2,3,4-tetrahydroisoquinoline-6,7-diol"}|>, "3951" -> <|"DatabaseID" -> "SW02414", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 537666]}, "IsomericSmiles" -> "C[NH+]1CCC23C14CC(c5c2c(c(cc5)OC)OC)OC4(C(=O)CC3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "metaphanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 618655]}, "Synonyms" -> {"metaphanine", "ac1ldhm7"}|>, "3952" -> <|"DatabaseID" -> "SW02414", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 537666]}, "IsomericSmiles" -> "C[NH+]1CCC23C14CC(c5c2c(c(cc5)OC)OC)OC4(C(=O)CC3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "metaphanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 618655]}, "Synonyms" -> {"metaphanine", "ac1ldhm7"}|>, "3953" -> <|"DatabaseID" -> "SW02414", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 537666]}, "IsomericSmiles" -> "C[NH+]1CCC23C14CC(c5c2c(c(cc5)OC)OC)OC4(C(=O)CC3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "metaphanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 618655]}, "Synonyms" -> {"metaphanine", "ac1ldhm7"}|>, "3954" -> <|"DatabaseID" -> "SW02414", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 537666]}, "IsomericSmiles" -> "C[NH+]1CCC23C14CC(c5c2c(c(cc5)OC)OC)OC4(C(=O)CC3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "metaphanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 618655]}, "Synonyms" -> {"metaphanine", "ac1ldhm7"}|>, "3955" -> <|"DatabaseID" -> "SW02415", "IsomericSmiles" -> "Cc1cnc(c(c1OC)C)CS(=O)c2[nH]c3ccc(nc3n2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01920"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tenatoprazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636411]}, "Synonyms" -> {"tenatoprazole", "ncgc00167521-01", "ulsacare", "ac1lcs6n", "surecn323288", "protop", "benatoprazole", "tu 199", "113712-98-4", "tenatoprazole (jan/inn)"}|>, "3956" -> <|"DatabaseID" -> "SW02415", "IsomericSmiles" -> "Cc1cnc(c(c1OC)C)CS(=O)c2[nH]c3ccc(nc3n2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01920"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tenatoprazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636411]}, "Synonyms" -> {"tenatoprazole", "ncgc00167521-01", "ulsacare", "ac1lcs6n", "surecn323288", "protop", "benatoprazole", "tu 199", "113712-98-4", "tenatoprazole (jan/inn)"}|>, "3957" -> <|"DatabaseID" -> "SW02416", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "238698"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2282]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01295"]}, "IsomericSmiles" -> "Cc1cccc(c1)OCC(C[NH2+]CCc2ccc(c(c2)OC)OC)O", "OfficialNames" -> <|"NPC Approved Name" -> "bevantolol"|>, "PharmGKBID" -> "PA164743236", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2372]}, "Synonyms" -> {"bevantolol", "bevantololum [inn-latin]", "1-(3,4-dimethoxyphenethylamino)-3-(m-tolyloxy)-2-propanol", "bevantololum", "alpha-1c adrenergic receptor", "ci-775", "1-((2-(3,4-dimethoxyphenyl)ethyl)amino)-3-(3-methylphenoxy)-2-propanol", "ac1l1dj8", "1-[2-(3,4-dimethoxy-phenyl)-ethylamino]-3-m-tolyloxy-propan-2-ol (bevanitolol)", "1-(3,4-dimethoxyphenethylamino)-3-m-tolyloxy-propan-2-ol", "bevantolol [inn:ban]", "42864-78-8[rn]", "bevantololum[latin]", "2-propanol 1-[[2-(3,4-dimethoxyphenyl)ethyl]amino]-3-(3-methylphenoxy)-", "(+-)-bevantolol", "bevantololum [inn_la]", "1-(3", "1-{[2-(3,4-dimethoxyphenyl)ethyl]amino}-3-(3-methylphenoxy)propan-2-ol", "bevantolol; bevantololum", "alpha 1a- adrenoreceptor", "1-[2-(3,4-dimethoxy-phenyl)-ethylamino]-3-m-tolyloxy-propan-2-ol", "59170-23-9[rn]", "bevantolol[wiki]", "alpha 1a-adrenoceptor", "ci 775", "chebi:238698", "2-propanol 1-((2-(3,4-dimethoxyphenyl)ethyl)amino)-3-(3-methylphenoxy)-", "alpha adrenergic receptor 1c"}|>, "3958" -> <|"DatabaseID" -> "SW02416", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "238698"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2282]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01295"]}, "IsomericSmiles" -> "Cc1cccc(c1)OCC(C[NH2+]CCc2ccc(c(c2)OC)OC)O", "OfficialNames" -> <|"NPC Approved Name" -> "bevantolol"|>, "PharmGKBID" -> "PA164743236", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2372]}, "Synonyms" -> {"bevantolol", "bevantololum [inn-latin]", "1-(3,4-dimethoxyphenethylamino)-3-(m-tolyloxy)-2-propanol", "bevantololum", "alpha-1c adrenergic receptor", "ci-775", "1-((2-(3,4-dimethoxyphenyl)ethyl)amino)-3-(3-methylphenoxy)-2-propanol", "ac1l1dj8", "1-[2-(3,4-dimethoxy-phenyl)-ethylamino]-3-m-tolyloxy-propan-2-ol (bevanitolol)", "1-(3,4-dimethoxyphenethylamino)-3-m-tolyloxy-propan-2-ol", "bevantolol [inn:ban]", "42864-78-8[rn]", "bevantololum[latin]", "2-propanol 1-[[2-(3,4-dimethoxyphenyl)ethyl]amino]-3-(3-methylphenoxy)-", "(+-)-bevantolol", "bevantololum [inn_la]", "1-(3", "1-{[2-(3,4-dimethoxyphenyl)ethyl]amino}-3-(3-methylphenoxy)propan-2-ol", "bevantolol; bevantololum", "alpha 1a- adrenoreceptor", "1-[2-(3,4-dimethoxy-phenyl)-ethylamino]-3-m-tolyloxy-propan-2-ol", "59170-23-9[rn]", "bevantolol[wiki]", "alpha 1a-adrenoceptor", "ci 775", "chebi:238698", "2-propanol 1-((2-(3,4-dimethoxyphenyl)ethyl)amino)-3-(3-methylphenoxy)-", "alpha adrenergic receptor 1c"}|>, "3959" -> <|"DatabaseID" -> "SW02417", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391826]}, "IsomericSmiles" -> "Cn1c2c(ccc3c2cc4c(c3)OCO4)c5ccc6c(c5c1=O)OCO6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oxysanguinarine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443716]}, "Synonyms" -> {"hydroxysanguinarine", "(1,3)benzodioxolo(5,6-c)-1,3-dioxolo(4,5-i)phenanthridin-14(13h)-one 13-methyl-", "548-30-1", "c12222", "(1", "oxysanguinarine", "ac1l9f22", "548-30-1[rn]"}|>, "3960" -> <|"DatabaseID" -> "SW02418", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4786"], ExternalIdentifier["ChEBIID", "59877"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4575429], ExternalIdentifier["ChemSpiderID", 5292946]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00584"]}, "IsomericSmiles" -> "C[C@@H](C(=O)N1CCC[C@H]1C(=O)[O-])[NH2+][C@@H](CCc2ccccc2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03769"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ENALAPRILAT"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5462501], ExternalIdentifier["PubChemCompoundID", 6917719], ExternalIdentifier["PubChemCompoundID", 49800013]}, "Synonyms" -> {"enalaprilat", "enalaprilic acid", "vasotec", "84680-54-6[rn]", "enalaprilate", "vasotec i.v.", "enalaprilat[wiki][usp]", "76420-72-9[rn]", "vaseretic (enalapril maleate + hydrochlorothiazide)_mixture", "chebi:59877", "n-[(1s)-1-carboxy-3-phenylpropyl]-l-alanyl-l-proline", "ac1nuwea", "1-(n-((s)-1-carboxy-3-phenylpropyl)-l-alanyl)-l-proline dihydrate", "chembl577", "(2s)-1-{(2s)-2-[((1s)-1-carboxy-3-phenylpropyl)amino]propanoyl}pyrrolidine-2-carboxylic acid", "l-proline n-((1s)-1-carboxy-3-phenylpropyl)-l-alanyl-", "bonuten", "(2s)-1-[(2s)-2-{[(1s)-1-carboxy-3-phenylpropyl]amino}propanoyl]pyrrolidine-2-carboxylic acid", "(s)-1-[n-[1-(carboxy)-3-phenylpropyl]-l-alanyl]-l-proline dihydrate", "enalaprilat (usp)", "enalaprilatum", "lexxel (enalapril maleate + felodipine)_mixture", "1-(n-1-carboxy-3-phenylpropyl)-l-alanyl-l-proline dihydrate", "enalaprilat hydrate", "1-((2s)-2-{[(1s)-1-carboxy-3-phenylpropyl]amino}propanoyl)-l-proline", "angiotensin-converting enzyme somatic isoform precursor", "mk-422", "278-459-3[einecs]", "enalaprilum [inn-latin]", "chembl1200697", "vasotec injection (tn)", "kininase ii", "enalaprila [inn-spanish]", "l-proline n-[(1s)-1-carboxy-3-phenylpropyl]-l-alanyl-", "eal", "enalaprilate[french]", "dipeptidyl carboxypeptidase i", "76420-72-9", "enalapril acid", "cd143 antigen", "ec 3.4.15.1", "c18h24n2o5.2h2o", "enalapril maleate", "ac1ocek7", "enalprilat hydrate", "s1657_selleck", "enalprilate hydrate", "kinfil", "n-[(1s)-1-carboxy-3-phenylpropyl]-l-alanyl-l-proline dihydrate", "enalapril", "enalapril diacid", "vasotec iv", "enalaprilat anhydrous", "gadopril", "enalaprilat inhibitor", "enalaprilat dihydrate", "l-proline n-[(1s)-1-carboxy-3-phenylpropyl]-l-alanyl- hydrate(1:2)"}|>, "3961" -> <|"DatabaseID" -> "SW02419", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3534"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25541], ExternalIdentifier["ChemSpiderID", 56687]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00567"]}, "IsomericSmiles" -> "CC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)[C@@H](c3ccccc3)[NH3+])SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00263"], ExternalIdentifier["KEGGID", "D03438"]}, "OfficialNames" -> <|"China Approved Name" -> "cefalexin", "WHO Essential Medicine" -> "cefalexin", "Indian Approved Name" -> "cephalexin", "FDA Approved Drug" -> "CEPHALEXIN;CEPHALEXIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448883", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27447], ExternalIdentifier["PubChemCompoundID", 62979]}, "Synonyms" -> {"cephalexinum", "cephanasten", "cepexin", "cephacillin", "cefalexin", "cephalexine", "cefaloto", "ceporexin", "ceporexine", "keftab", "cepastar", "ortisporina", "sencephalin", "novolexin", "cefaleksin", "sepexin", "ospexin", "felexin", "kekrinal", "sialexin", "alcephin", "cex", "lafarine", "lopilexin", "alexin", "voxxim", "roceph", "l-keflex", "factagard", "sinthecillin", "carnosporin", "cefalin", "sartosona", "lexibiotico", "mamalexin", "uphalexin", "larixin", "keforal", "pyassan", "cefadal", "panixine disperdose", "oriphex", "biocef", "synecl", "cephalexin", "cephin", "neolexina", "oroxin", "tokiolexin", "celexin", "cefablan", "kidolex", "sporicef", "cefa-iskia", "pectril", "cepol", "ceporexin-e", "sporidex", "lonflex", "cefalessina [dcit]", "cophalexin", "oracef", "syncle", "winlex", "medoxine", "fexin", "inphalex", "kefolan", "durantel", "madlexin", "kefalospes", "cefax", "ibilex", "lenocef", "cefadin", "durantel ds", "keflet", "cephaxin", "servispor", "mamlexin", "alsporin", "cefovit", "tepaxin", "nufex", "erocetin", "syncl", "ibrexin", "cefadina", "zozarine", "neokef", "keflex", "ed a-ceph", "palitrex", "ceporex", "ceporex forte", "sanaxin", "cefaseptin", "23325-78-2[rn]", "cephalexin[wiki][usp]", "ceforal", "105879-42-3[rn]", "cefalexina", "cefalexine", "cefalexin (jp14)", "cephamasten", "cephalexin monohydrate", "cefalexina[spanish][inn]", "239-773-6[einecs]", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,7-(2-amino-2-phenylacetamido)-3-methyl-8-oxo- d-", "cefibacter", "cephalexin 1-hydrate", "pbp-1a", "337376-15-5", "cefalexin sodium", "cefalexine[french][inn]", "keflex[wiki]", "17692-47-6[rn]", "cefalexinum [inn-latin]", "14101-75-8[rn]", "sintolexyn", "cephalexin hydrate", "(6r,7r)-7-(((2r)-aminophenylacetyl)amino)-3-methyl-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylicacid", "15686-71-2[rn]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2r)-aminophenylacetyl]amino]-3-methyl-8-oxo- (6r,7r)-", "254-192-8[einecs]", "cephalexin(cefalexin)", "cefalexine [inn-french]", "cephalexin (cefalexin)", "cefalexin[wiki][jp15]", "cefalexina [inn-spanish]", "(6r,7r)-7-((r)-2-amino-2-phenylacetamido)-3-methyl-8-oxo-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cefalexinum[latin]", "d-cephalexin", "keflet (tn)", "cefalexinum [inn_la]", "66905-57-5[rn]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2r)-2-amino-2-phenylacetyl]amino]-3-methyl-8-oxo- (6r,7r)-", "7-(d-2-amino-2-phenylacetamido)-3-methyl-d3-cephem-4-carboxylicacid", "cefalexinum", "(6r,7r)-7-{[(2r)-2-amino-2-phenylacetyl]amino}-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid[acd/iupac name]", "roceph distab", "15686-71-2 (anhydrous)", "keflex (tn)", "38932-40-0[rn]", "exported protein 2", "check[wiki]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[(aminophenylacetyl)amino]-3-methyl-8-oxo-", "(6r,7r)-7-((r)-2-amino-2-phenylacetamido)-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid hydrate", "cephalexin (free base)", "7-(d-a-aminophenylacetamido)desacetoxycephalosporanic acid", "check", "(6r,7r)-7-{[(2r)-2-amino-2-phenylacetyl]amino}-3-methyl-2,3-didehydrocepham-2-carboxylic acid", "7-{[amino(phenyl)acetyl]amino}-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid[acd/iupac name]", "(6r,7r)-7-((r)-2-amino-2-phenyl-acetylamino)-3-methyl-8-oxo-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "alphaspoven", "(6r,7r)-7-((r)-2-amino-2-phenylacetamido)-3-methyl-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-en-2-carbonsaeure", "cefalexin;alcephin;cefablan;keflex,cefadin;tepaxin", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,7-(((2r)-aminophenylacetyl)amino)-3-methyl-8-oxo- (6r,7r)-", "cephalexin hydrochloride", "cefalexini hydrochloridum", "ac1l1y5j", "cephalexin hcl", "c16h17n3o4s.hcl", "cephalexin monohydrochloride monohydrate", "ly061188", "7-(d-2-amino-2-phenylacetamido)-3-methyl-3-cephem-4-carboxylicacid hydrochloridemonohydrate", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "cephalexin hydrochloride (usp)", "keftab (tn)", "unii-6vje5g3d98", "ly-061188", "(6r,7r)-7-((2r)-2-amino-2-phenylacetamido)-3-methyl-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid monohydrochloride monohydrate", "cephalexin hydrochloride[usp]", "105879-42-3", "cefalexin hydrochloride"}|>, "3962" -> <|"DatabaseID" -> "SW02420", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 38123]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00214"]}, "IsomericSmiles" -> "Cc1cccc(c1)Nc2ccncc2S(=O)(=O)[N-]C(=O)NC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00382"]}, "OfficialNames" -> <|"China Approved Name" -> "torasemide", "Indian Approved Name" -> "torsemide;torasemide", "FDA Approved Drug" -> "TORSEMIDE"|>, "PharmGKBID" -> "PA451733", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41781]}, "Synonyms" -> {"demadex", "luprac", "torsemide", "torasemide", "torasemidum [inn-latin]", "dilutol", "torasemida [inn-spanish]", "torem", "56211-40-6", "3-pyridinesulfonamide n-[[(1-methylethyl)amino]carbonyl]-4-[(3-methylphenyl)amino]-", "1-isopropyl-3-((4-m-toluidino-3-pyridyl)sulfonyl)urea", "torasemide[wiki]", "torocard", "kidney-specific na-k-cl symporter", "torsemide[wiki][usp][usan]", "1-isopropyl-3-[(4-m-toluidino-3-pyridyl)sulfonyl]urea", "demadex (tn)", "unat", "1-(4-(m-toluidino)pyridin-3-ylsulfonyl)-3-isopropylurea", "tl8003646", "3-pyridinesulfonamide n-(((1-methylethyl)amino)carbonyl)-4-((3-methylphenyl)amino)-", "n-(isopropylcarbamoyl)-4-[(3-methylphenyl)amino]pyridine-3-sulfonamide", "1-[4-(3-methylphenyl)aminopyridin-3-yl]sulfonyl-3-propan-2-yl-urea", "1-isopropyl-3-((4-(3-methylphenylamino)pyridine)-3-sulfonyl)urea", "c026116", "4-[(3-methylphenyl)amino]-n-(propan-2-ylcarbamoyl)pyridine-3-sulfonamide", "torrem", "3-isopropylcarbamylsulfonamido-4-(3'-methylphenyl)aminopyridine", "4-[(3-methylphenyl)amino]-n-(propan-2-ylcarbamoyl)pyridin-3-sulfonamid", "sutril", "torasemida", "bumetanide-sensitive sodium-(potassium)-chloride cotransporter 2", "n-[(isopropylamino)carbonyl]-4-[(3-methylphenyl)amino]pyridine-3-sulfonamide", "n-(((1-methylethyl)amino)carbonyl)-4-((3-methylphenyl)amino)-3-pyridinesulfonamide", "torasemide n", "torasemida[spanish][inn]", "torasemidum", "n-(isopropylcarbamoyl)-4-[(3-methylphenyl)amino]-3-pyridinesulfonamide[acd/iupac name]", "56211-40-6[rn]", "n-{[(1-methylethyl)amino]carbonyl}-4-[(3-methylphenyl)amino]pyridine-3-sulfonamide", "n-[(1-methylethyl)carbamoyl]-4-[(3-methylphenyl)amino]pyridine-3-sulfonamide", "n-[[(1-methylethyl)amino]carbonyl]-4-[(3-methylphenyl)amino]-3-pyridinesulfonamide", "torasemidum[latin][inn]", "luprac (tn)", "toradiur", "n-[(1-methylethyl)carbamoyl]-4-[(3-methylphenyl)amino]pyridin-3-sulfonamid"}|>, "3963" -> <|"DatabaseID" -> "SW02421", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8603226]}, "IsomericSmiles" -> "C/C/1=C\\CC/C(=C/[C@@H]2[C@@H](CC1)[C@@H](C(=O)O2)C[NH+]3CCC[C@H]3C(=O)[O-])/C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "saussureamine a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10427798]}, "Synonyms" -> {"saussureamine a"}|>, "3964" -> <|"DatabaseID" -> "SW02421", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8603226]}, "IsomericSmiles" -> "C/C/1=C\\CC/C(=C/[C@@H]2[C@@H](CC1)[C@@H](C(=O)O2)C[NH+]3CCC[C@H]3C(=O)[O-])/C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "saussureamine a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10427798]}, "Synonyms" -> {"saussureamine a"}|>, "3965" -> <|"DatabaseID" -> "SW02422", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50859"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 74139]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00307"]}, "IsomericSmiles" -> "Cc1cc2c(cc1C(=C)c3ccc(cc3)C(=O)[O-])C(CCC2(C)C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03106"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BEXAROTENE"|>, "PharmGKBID" -> "PA164752250", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 82146]}, "Synonyms" -> {"bexarotene", "targretyn", "targrexin", "targret", "targretin", "bexarotenum", "targretin-gel", "bexaroteno", "4-(1-(3,5,5,8,8-pentamethyl-5,6,7,8-tetrahydro-2-naphthyl)ethenyl)benzoic acid", "targretin[wiki]", "4-[1-(3,5,5,8,8-pentamethyl-2-5,6,7,8-tetrahydronaphthyl)vinyl]benzoic acid", "4-[1-(5,6,7,8-tetrahydro-3,5,5,8,8-pentamethyl-2-naphthalenyl)ethenyl]benzoic acid", "4-[1-(3,5,5,8,8-pentamethyl-5,6,7,8-tetrahydro-naphthalen-2-yl)-vinyl]-benzoic acid", "4-[1-(3,5,5,8,8-pentamethyl-5,6,7,8-tetrahydro-2-naphthalenyl)vinyl]benzoic acid[acd/iupac name]", "lgd 1069", "153559-49-0", "bexarotene[wiki][usan]", "c095105", "lgd1069", "benzoic acid 4-[1-(5,6,7,8-tetrahydro-3,5,5,8,8-pentamethyl-2-naphthalenyl)ethenyl]-", "retinoid x receptor gamma", "153559-49-0[rn]", "4-[1-(3,5,5,8,8-pentamethyl-5,6,7,8-tetrahydronaphthalen-2-yl)vinyl]benzoic acid", "p-(1-(5,6,7,8-tetrahydro-3,5,5,8,8-pentamethyl-2-naphthyl)vinyl)benzoicacid", "benzoic acid 4-(1-(5,6,7,8-tetrahydro-3,5,5,8,8-pentamethyl-2-naphthalenyl)ethenyl)-", "4-[1-(3,5,5,8,8-pentamethyl-2-5,8-dihydronaphthyl)vinyl]benzoicacid", "337376-15-5", "4-(1-(5,6,7,8-tetrahydro-3,5,5,8,8-pentamethyl-2-naphthalenyl)ethenyl)benzoic acid", "3-methyl-ttneb", "166175-31-1[rn]", "lg100069", "lg-100069", "lgd-1069", "4-[1-(3,5,5,8,8-pentamethyl-5,6,7,8-tetrahydronaphthalen-2-yl)ethenyl]benzoic acid", "targretine"}|>, "3966" -> <|"DatabaseID" -> "SW02423", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55069]}, "IsomericSmiles" -> "CCOC(=O)C1(CCN(CC1)CC[NH+]2CCOCC2)c3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Morpheridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61121]}, "Synonyms" -> {"morpheridine", "morpholinoethylnorpethidin", "4-piperidinecarboxylic acid", "ta 1", "morpheridinum [inn-latin]", "ethyl 1-[2-(morpholin-4-yl)ethyl]-4-phenylpiperidine-4-carboxylate", "morferidina [inn-spanish]", "morpheridinum", "isonipecotic acid,1-(2-morpholinoethyl)-4-phenyl- ethyl ester", "morferidina", "4-piperidinecarboxylic acid 1-[2-(4-morpholinyl)ethyl]-4-phenyl- ethylester", "469-81-8[rn]", "ac1l1ukf", "207-422-6[einecs]", "1-(2-morpholinoethyl)-4-phenylpiperidine-4-carboxylicacid ethyl ester", "ethyl 1-(2-morpholinoethyl)-4-phenyl-4-piperidylcarboxylat", "1-[2-(morpholinyl)ethyl]-4-phenyl-4-piperidinecarboxylic acid ethyl ester", "1-(2-morpholinoethyl)-4-phenylpiperidin-4-carbonsaeureethylester", "morferidina[spanish]", "ethyl 1-(2'-morpholinoethyl)-4-phenylpiperidine-4-carboxylate", "morpheridinum[latin]", "4-piperidinecarboxylic acid 1-(2-(4-morpholinyl)ethyl)-4-phenyl- ethylester", "morpholinoethyl norpethidine", "1-(2-morpholinoethyl)-4-phenylisonipecotic acid ethyl ester", "morpheridine [ban:dcf:inn][inn]"}|>, "3967" -> <|"DatabaseID" -> "SW02424", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 146579]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCc1cccc(c1C(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anacardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 167551]}, "Synonyms" -> {"cyclogallipharic acid", "anacardic acid", "6-pentadecylsalicylic acid", "pa-9a", "16611-84-0", "ac1q5thf", "2-hydroxy-6-pentadecylbenzoic acid", "ac1l505n", "benzoic acid", "6-pentadecylsalicylicacid", "nsc623096", "salicylic acid 6-pentadecyl-", "6-(pentadecenyl)salicylic acid", "anacardic acid a", "2-hydroxy-6-pentadecylbenzoic acid[acd/iupac name]", "benzoic acid 2-hydroxy-6-pentadecyl-", "benzoic acid 2-hydroxy-6-pentadecyl,", "16611-84-0[rn]", "2-hydroxy-6-pentadecyl-benzoic acid"}|>, "3968" -> <|"DatabaseID" -> "SW02425", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27656"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22775]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04690"]}, "IsomericSmiles" -> "CC[C@@]1(c2cc-3n(c(=O)c2COC1=O)Cc4c3nc5ccccc5c4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "camptothecin"|>, "PharmGKBID" -> "PA153590860", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24360]}, "Synonyms" -> {"(s)-(+)-camptothecin", "(+)-camptothecin", "d-camptothecin", "(s)-camptothecin", "camptothecine", "(+)-camptothecine", "camptothecin", "cpt", "20(s)-camptothecine", "20(s)-camptothecin", "21,22-secocamptothecin-21-oic acid lactone", "21 22-secocamptothecin-21-oic acid lactone", "4-ethyl-4-hydroxy-1h-pyrano-[3[,4[:6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione", "alkaloids solid n.o.s. (camptothecin)", "(s)-4-ethyl-4-hydroxy-1,12-dihydro-4h-2-oxa-6,12a-diaza-dibenzo[b,h]fluorene-3,13-dione", "139481-59-7[rn]", "jsp000050", "(s)-4-ethyl-4-hydroxy-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14-(4h,12h)-dione", "1h-pyrano(3',4':6,7)indolizino(1,2-b)quinoline-3,14(4h,12h)-dione 4-ethyl-4-hydroxy- (4s)-", "camptothecine (8ci)", "1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14 (4h,12h)-dione 4-ethyl-4-hydroxy- (s)-", "21", "4-ethyl-4-hydroxy-1h-pyrano-[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione", "(s)-4-ethyl-4-hydroxy-1h-pyrano-[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione", "nsc-94600", "(s)-4-ethyl-4-hydroxy-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione", "ehd", "(s)-4-ethyl-4-hydroxy-1h-pyrano(3',4':6,7)indolizino(1,2-b)quinoline- 3,14(4h,12h)-dione", "4(s)-ethyl-4-hydroxy-1h-pyrano-[3',4':6,7]indolizino[1,2-b]quinoline-3,14 (4h,12h)-dione", "4-ethyl-4-hydroxy-1,12-dihydro-4h-2-oxa-6,12a-diaza-dibenzo[b,h]fluorene-3,13-dione", "7689/3/4", "1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione 4-ethyl-4-hydroxy- (s)-", "camptothecin[wiki]", "03/04/7689", "04/03/7689", "(s)-4-ethyl-4-hydroxy-1h-pyrano(3',4':6,7)indolizino(1,2-b)quinoline-3,14(4h,12h)-dione", "dna topoisomerase i", "1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione 4-ethyl-4-hydroxy- (4s)-", "(4s)-4-ethyl-4-hydroxy-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione[acd/iupac name]", "ec 5.99.1.2", "(20s)-camptothecin", "7689-03-4", "7689-03-4[rn]", "camptothecinum", "1h-pyrano(3',4':6,7)indolizino(1,2-b)quinoline-3,14(4h,12h)-dione 4-ethyl-4-hydroxy- (s)-"}|>, "3969" -> <|"DatabaseID" -> "SW02426", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4345]}, "IsomericSmiles" -> "C[n+]1cc2cc(c(cc2c3c1c4cc5c(cc4cc3)OCO5)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nitidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25659]}, "Synonyms" -> {"nitidine chloride", "nitidine", "[1,3]benzodioxolo[5,6-c]phenanthridinium 2,3-dimethoxy-12-methyl-", "nsc146397", "2,3-dimethoxy-12-methyl[1,3]benzodioxolo[5,6-c]phenanthridin-12-ium[acd/iupac name]", "nsc-146397", "benzophenanthridine alkaloid", "(1", "(1,3)benzodioxolo(5,6-c)phenanthridinium 2,3-dimethoxy-12-methyl-", "13063-04-2[rn]", "2,3-dimethoxy-12-methyl-9h-phenanthridino[4',3'-2,1]benzo[4,5-d]1,3-dioxolane", "nsc 146397", "13063-04-2", "2", "chembl8443", "2,3-dimethoxy-12-methyl-[1,3]dioxolo[4'',5'':4,5]benzo[1,2-c]phenanthridin-12-ium", "6872-57-7[rn]"}|>, "3970" -> <|"DatabaseID" -> "SW02427", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2602]}, "IsomericSmiles" -> "C[n+]1cc2c(ccc(c2OC)OC)c3c1c4cc5c(cc4cc3)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chelerythrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2703]}, "Synonyms" -> {"toddalin", "chelerythrinium hydroxide", "toddaline", "chelerythrine aurichloride", "helleritrine hydroxide", "34316-15-9", "[1,3]benzodioxolo[5,6-c]phenanthridinium 1,2-dimethoxy-12-methyl-", "34316-15-9[rn]", "1,2-dimethoxy-12-methyl(1,3)benzodioxolo(5,6-c)phenanthridinium", "1,2-dimethoxy-12-methyl[1,3]dioxolo[4,5]benzo[1,2-c]phenanthridin-12-ium", "einecs 251-930-0", "1,2-dimethoxy-12-methyl-[1,3]dioxolo[4'',5'':4,5]benzo[1,2-c]phenanthridin-12-ium", "chelerythrine[wiki]", "3895-92-9[rn]", "1,2-dimethoxy-12-methyl[1,3]benzodioxolo[5,6-c]phenanthridinium", "1", "478-03-5[rn]", "251-930-0[einecs]", "1,2-dimethoxy-12-methyl[1,3]benzodioxolo[5,6-c]phenanthridin-12-ium[acd/iupac name]", "benzophenanthridine alkaloid", "chelerythrine hcl", "chelerythrine chloride", "chelerythrine", "1,2-dimethoxy-12-methyl-[1,3]dioxolo[4',5':4,5]benzo[1,2-c]phenanthridin-12-ium", "1,2-dimethoxy-n-methyl(1,3)benzodioxolo(5,6-c)phenanthridiniumchloride", "chelerythrine hydroxide", "revised structure of broussonpapyrine"}|>, "3971" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3972" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3973" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3974" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3975" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3976" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3977" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3978" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3979" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3980" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3981" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3982" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3983" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3984" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3985" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3986" -> <|"DatabaseID" -> "SW02428", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 287759]}, "IsomericSmiles" -> "CC1C(CC2C1C3C(C(CC2=C)OC(=O)C(=C)CO)C(=C)C(=O)O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muricatin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 324971]}, "Synonyms" -> {"muricatin-me-ester", "muricatin methyl ester", "muricatin methyl ether", "nsc292211", "nsc-292211", "ac1l8b2c", "(8-hydroxy-9-methyl-3"}|>, "3987" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "3988" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "3989" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "3990" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "3991" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "3992" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "3993" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "3994" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "3995" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "3996" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "3997" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "3998" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "3999" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "4000" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "4001" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "4002" -> <|"DatabaseID" -> "SW02429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 498273]}, "IsomericSmiles" -> "C[NH+]1CCC2=CCC3C(C21)c4cc(c(c(c4C(O3)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nerinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 573106]}, "Synonyms" -> {"nerinine", "8", "ac1lcava", "8,9,10-trimethoxy-1-methyllycorenan-7-ol"}|>, "4003" -> <|"DatabaseID" -> "SW02430", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447574]}, "IsomericSmiles" -> "Cc1ccc(cc1)/C(=C\\C[NH+]2CCCC2)/c3cccc(n3)/C=C/C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02760"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ACRIVASTINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284514]}, "Synonyms" -> {"acrivastine", "bw a825c", "acrivastin", "semprex", "bw-825c", "bw 825c", "acrivastina", "(2e)-3-{6-[(1e)-1-(4-methylphenyl)-3-(pyrrolidin-1-yl)prop-1-en-1-yl]pyridin-2-yl}acrylicacid", "acrivastina [spanish]", "3-{6-[1-(4-methylphenyl)-3-tetrahydro-1h-1-pyrrolyl-(e)-1-propenyl]-2-pyridyl}-(e)-2-propenoic acid", "(2e)-3-{6-[(1e)-1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propen-1-yl]-2-pyridinyl}acrylic acid", "(2e)-3-{6-[(1e)-1-(4-methylphenyl)-3-pyrrolidin-1-ylprop-1-en-1-yl]pyridin-2-yl}prop-2-enoic acid", "(e)-6-((e)-3-(1-pyrrolidinyl-1-p-tolylpropenyl)-2-pyridinacrylsaeure", "(2e)-3-{6-[(1e)-1-(4-methylphenyl)-3-(pyrrolidin-1-yl)prop-1-en-1-yl]pyridin-2-yl}prop-2-enoic acid", "(e)-6-[(e)-3-(1-pyrrolidinyl)-1-p-tolylpropenyl]-2-pyridineacrylic acid", "2-propenoic acid,3-[6-[(1e)-1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propen-1-yl]-2-pyridinyl]- (2e)-", "acrivastinum[latin]", "bw 270c", "2-propenoic acid,3-(6-(1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propenyl)-2-pyridinyl)- (e,e)-", "2-propenoic acid,3-[6-[(1e)-1-(4-methylphenyl)-3-(1-pyrrolidinyl)-1-propenyl]-2-pyridinyl]- (2e)-", "acrivastina[spanish]", "(e)-6-((e)-3-(1-pyrrolidinyl)-1-p-tolylpropenyl)-2-pyridineacrylic acid", "acrivastinum [latin]", "acrivastine[wiki][usan]", "semprex-d", "duact", "acrivastine [usan:ban:inn][inn][usan]", "(e)-3-[6-((e)-3-pyrrolidin-1-yl-1-p-tolyl-propenyl)-pyridin-2-yl]-acrylic acid", "87848-99-5[rn]", "acrivastinum"}|>, "4004" -> <|"DatabaseID" -> "SW02431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5546]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00219"]}, "IsomericSmiles" -> "CC[N+](C)(CC)CCOC(=O)C(c1ccccc1)(C2CCCCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06877"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxyphenonium brom;oxyphenonium", "FDA Approved Drug" -> "OXYPHENONIUM BROMIDE"|>, "PharmGKBID" -> "PA164752252", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5748], ExternalIdentifier["PubChemCompoundID", 5749]}, "Synonyms" -> {"oxyphenonium bromide", "antrenyl", "oxiphenonum", "methacin", "argicillin", "oxyphenonium", "methocidin", "metocidina [inn-spanish]", "methocidin [dcf:inn]", "dcf", "methocidinum [inn-latin]", "methocidine [inn-french]", "hydroxymethylgramicidin", "methocidine", "oxyphenonium iodide", "oxyphenonium chloride", "spastrex", "oxifenon", "spasmophen", "oxyfenon", "subranyl", "atrenyl", "oxyphenon", "bromuro de oxifenonio[spanish][inn]", "oxyphenonii bromidum[latin]", "cyclohexylhydroxyphenylacetic acid diethylmethylaminoethyl ester bromide", "2-[(cyclohexylhydroxyphenylacetyl)oxy]-n,n-diethyl-n-methylethanaminiumbromide", "oxyphenonii bromidum [inn-latin]", "10/2/1950", "antrenyl bromide", "50-10-2[rn]", "14214-84-7[rn]", "einecs 200-010-7", "bromure d'oxyphenonium[french][inn]", "ethanaminium 2-[(2-cyclohexyl-2-hydroxy-2-phenylacetyl)oxy]-n,n-diethyl-n-methyl- bromide (1:1)", "ethanaminium 2-((cyclohexylhydroxyphenylacetyl)oxy)-n,n-diethyl-n-methyl- bromide (9ci)", "200-010-7[einecs]", "diethylaminoethyl a-phenylcyclohexaneglycolate methylbromide", "2-[2-cyclohexyl(hydroxy)phenylacetoxy]-n,n-diethyl-n-methylethanaminiumbromide[acd/iupac name]", "a-phenylcyclohexaneglycolicacid ester diethyl(2-hydroxyethyl)methylammonium bromide", "phenylcyclohexyloxyacetic acid diethylaminoethyl esterbromomethylate", "diethyl(2-hydroxyethyl)methylammonium a-phenylcyclohexaneglycolate bromide", "oxyphenoniumbromide", "2-{[cyclohexyl(hydroxy)phenylacetyl]oxy}-n,n-diethyl-n-methylethanaminium bromide", "oxyphenonium bromide [ban:inn][inn]"}|>, "4005" -> <|"DatabaseID" -> "SW02431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5546]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00219"]}, "IsomericSmiles" -> "CC[N+](C)(CC)CCOC(=O)C(c1ccccc1)(C2CCCCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06877"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxyphenonium brom;oxyphenonium", "FDA Approved Drug" -> "OXYPHENONIUM BROMIDE"|>, "PharmGKBID" -> "PA164752252", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5748], ExternalIdentifier["PubChemCompoundID", 5749]}, "Synonyms" -> {"oxyphenonium bromide", "antrenyl", "oxiphenonum", "methacin", "argicillin", "oxyphenonium", "methocidin", "metocidina [inn-spanish]", "methocidin [dcf:inn]", "dcf", "methocidinum [inn-latin]", "methocidine [inn-french]", "hydroxymethylgramicidin", "methocidine", "oxyphenonium iodide", "oxyphenonium chloride", "spastrex", "oxifenon", "spasmophen", "oxyfenon", "subranyl", "atrenyl", "oxyphenon", "bromuro de oxifenonio[spanish][inn]", "oxyphenonii bromidum[latin]", "cyclohexylhydroxyphenylacetic acid diethylmethylaminoethyl ester bromide", "2-[(cyclohexylhydroxyphenylacetyl)oxy]-n,n-diethyl-n-methylethanaminiumbromide", "oxyphenonii bromidum [inn-latin]", "10/2/1950", "antrenyl bromide", "50-10-2[rn]", "14214-84-7[rn]", "einecs 200-010-7", "bromure d'oxyphenonium[french][inn]", "ethanaminium 2-[(2-cyclohexyl-2-hydroxy-2-phenylacetyl)oxy]-n,n-diethyl-n-methyl- bromide (1:1)", "ethanaminium 2-((cyclohexylhydroxyphenylacetyl)oxy)-n,n-diethyl-n-methyl- bromide (9ci)", "200-010-7[einecs]", "diethylaminoethyl a-phenylcyclohexaneglycolate methylbromide", "2-[2-cyclohexyl(hydroxy)phenylacetoxy]-n,n-diethyl-n-methylethanaminiumbromide[acd/iupac name]", "a-phenylcyclohexaneglycolicacid ester diethyl(2-hydroxyethyl)methylammonium bromide", "phenylcyclohexyloxyacetic acid diethylaminoethyl esterbromomethylate", "diethyl(2-hydroxyethyl)methylammonium a-phenylcyclohexaneglycolate bromide", "oxyphenoniumbromide", "2-{[cyclohexyl(hydroxy)phenylacetyl]oxy}-n,n-diethyl-n-methylethanaminium bromide", "oxyphenonium bromide [ban:inn][inn]"}|>, "4006" -> <|"DatabaseID" -> "SW02432", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735962]}, "IsomericSmiles" -> "c1ccc(cc1)CC[NH+]2CC[C@]34CCCC[C@H]3[C@H]2Cc5c4cc(cc5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Phenomorphan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362458]}, "Synonyms" -> {"phenomorphan", "morphinan-3-ol 17-(2-phenylethyl)-", "fenomorfano", "207-403-2[einecs]", "einecs 207-403-2", "fenomorfano [inn-spanish]", "phenomorphane [inn-french]", "468-07-5[rn]", "3-hydroxy-n-(2-phenylethyl)morphinan", "3-hydroxy-n-phenethylmorphinan", "nih 7274", "17-(2-phenylethyl)morphinan-3-ol", "dea no. 9647", "(-)-17-(2-phenylethyl)morphinan-3-ol", "morphinan-3-ol 17-phenethyl- (-)-", "2h-10", "phenomorphanum [inn-latin]", "morphinan-3-ol", "(-)-1,3,4,9,10,10a-hexahydro-11-phenethyl-2h-10,4a-iminoethanophenanthren-6-ol"}|>, "4007" -> <|"DatabaseID" -> "SW02432", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735962]}, "IsomericSmiles" -> "c1ccc(cc1)CC[NH+]2CC[C@]34CCCC[C@H]3[C@H]2Cc5c4cc(cc5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Phenomorphan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362458]}, "Synonyms" -> {"phenomorphan", "morphinan-3-ol 17-(2-phenylethyl)-", "fenomorfano", "207-403-2[einecs]", "einecs 207-403-2", "fenomorfano [inn-spanish]", "phenomorphane [inn-french]", "468-07-5[rn]", "3-hydroxy-n-(2-phenylethyl)morphinan", "3-hydroxy-n-phenethylmorphinan", "nih 7274", "17-(2-phenylethyl)morphinan-3-ol", "dea no. 9647", "(-)-17-(2-phenylethyl)morphinan-3-ol", "morphinan-3-ol 17-phenethyl- (-)-", "2h-10", "phenomorphanum [inn-latin]", "morphinan-3-ol", "(-)-1,3,4,9,10,10a-hexahydro-11-phenethyl-2h-10,4a-iminoethanophenanthren-6-ol"}|>, "4008" -> <|"DatabaseID" -> "SW02433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445384]}, "IsomericSmiles" -> "c1c(c(=O)[nH]c(=O)n1[C@H]2[C@H]([C@@H]([C@H](O2)CO)O)O)/C=C/Br", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01734"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sorivudine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282192]}, "Synonyms" -> {"bravavir", "sorivudine", "bv-arau", "bvau", "5-bromovinyl-arau", "brovavir", "bv-ara-u", "usevir", "sorivudina[spanish][inn]", "yn-72", "sorivudinum[latin]", "1-b-d-arabinofuranosyl-(e)-5-(2-bromovinyl)uracil", "5-((e)-2-bromo-vinyl)-1-((2r,3s,4s,5r)-3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-4-hydroxy-1h-pyrimidin-2-one", "77181-69-2[rn]", "bromovinyluridine", "sorivudine [usan:ban:inn:jan][inn][jan][usan]", "(e)-1-b-d-arabinofuranosyl-5-(2-bromoethenyl)-2,4(1h,3h)-pyrimidinedione", "80434-16-8[rn]", "sorivudine (jan/usan)[jan][usan]", "bv ara-u", "bravavir (tn)", "bromovinyl arau", "(e)-5-(2-bromovinyl)uridine", "bvarau"}|>, "4009" -> <|"DatabaseID" -> "SW02434", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9337]}, "IsomericSmiles" -> "c1cc(ccc1NC(=O)Nc2ccc(c(c2)C(F)(F)F)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03548"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cloflucarban"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9719]}, "Synonyms" -> {"1-(4-chlorophenyl)-3-[4-chloro-3-(trifluoromethyl)phenyl]urea", "halocarban", "urea n-(4-chlorophenyl)-n'-[4-chloro-3-(trifluoromethyl)phenyl]-", "cloflucarbon", "trifluoromethyldichlorocarbanilide", "irgasan cf3", "cloflucarban", "4,4'-dichloro-3-trifluoromethylcarbanilide", "urea n-(4-chlorophenyl)-n'-(4-chloro-3-(trifluoromethyl)phenyl)-", "369-77-7", "1-(4-chlorphenyl)-3-(4-chlor-3-trifluormethylphenyl)urea", "3-trifluoromethyl-4,4'-dichloro-n,n'-diphenylurea", "3-trifluoromethyl-4 4'-dichloro-n,n'-diphenylurea", "irgasan cf3;trifluoromethyldichlorocarbanilide", "206-724-5[einecs]", "4", "369-77-7[rn]", "n-(4-chlorophenyl)-n'-(4-chloro-3-(trifluoromethyl)phenyl)urea", "n-(4-chlorophenyl)-n'-[4-chloro-3-(trifluoromethyl)phenyl]urea", "carbanilide 4,4'-dichloro-3- (trifluoromethyl)-", "4 4'-dichloro-3-(trifluoromethyl)carbanilide", "4,4'-dichloro-3-(trifluoromethyl)carbanilide", "tfc", "ncgc00185743-01", "4,4'-dichloro-3-(trifluoromethyl)-carbanilide", "nsc114133", "cloflucarban[usan]", "carbanilide 4,4'-dichloro-3-(trifluoromethyl)- (8ci)", "n-(4-chlorophenyl)-n'-(4-chloro-3-(tifluoromethyl)phenyl)urea", "3-(trifluoromethyl)-4,4'-dichlorocarbanilide"}|>, "4010" -> <|"DatabaseID" -> "SW02435", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24563]}, "IsomericSmiles" -> "CC(c1ccccc1)(c2ccc(cc2)Br)OCC[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "embramine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26365]}, "Synonyms" -> {"(2-(1-p-bromophenyl-1-phenylethoxy)ethyl)dimethylethylamine hydrochloride", "embramine hydrochloride", "mebrophenhydramine hydrochloride", "1-(p-bromophenyl)-1-phenyl-1-(2-dimethylaminoethoxy)ethane hydrochloride", "237-757-3[einecs]", "mebryl", "13977-28-1[rn]", "2-(1-(4-bromodiphenyl)ethoxy)-n,n-dimethylethylamine hydrochloride", "bromadryl", "2-(1-(4-bromophenyl)-1-phenylethoxy)-n,n-dimethylethanamine hydrochloride", "2-(1-(4-bromodiphenyl)ethoxy)-n", "2-(1-(4-bromophenyl)-1-phenylethoxy)-n", "p-bromo-alpha-methylbenzhydryl 2-dimethylaminoethyl ether hydrochloride", "einecs 237-757-3", "ethanamine 2-(1-(4-bromophenyl)-1-phenylethoxy)-n,n-dimethyl-,hydrochloride", "8060-99-9[rn]"}|>, "4011" -> <|"DatabaseID" -> "SW02435", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24563]}, "IsomericSmiles" -> "CC(c1ccccc1)(c2ccc(cc2)Br)OCC[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "embramine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26365]}, "Synonyms" -> {"(2-(1-p-bromophenyl-1-phenylethoxy)ethyl)dimethylethylamine hydrochloride", "embramine hydrochloride", "mebrophenhydramine hydrochloride", "1-(p-bromophenyl)-1-phenyl-1-(2-dimethylaminoethoxy)ethane hydrochloride", "237-757-3[einecs]", "mebryl", "13977-28-1[rn]", "2-(1-(4-bromodiphenyl)ethoxy)-n,n-dimethylethylamine hydrochloride", "bromadryl", "2-(1-(4-bromophenyl)-1-phenylethoxy)-n,n-dimethylethanamine hydrochloride", "2-(1-(4-bromodiphenyl)ethoxy)-n", "2-(1-(4-bromophenyl)-1-phenylethoxy)-n", "p-bromo-alpha-methylbenzhydryl 2-dimethylaminoethyl ether hydrochloride", "einecs 237-757-3", "ethanamine 2-(1-(4-bromophenyl)-1-phenylethoxy)-n,n-dimethyl-,hydrochloride", "8060-99-9[rn]"}|>, "4012" -> <|"DatabaseID" -> "SW02436", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10023"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64684]}, "IsomericSmiles" -> "C[C@@H](c1c(cncn1)F)[C@](Cn2cncn2)(c3ccc(cc3F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00578"]}, "OfficialNames" -> <|"Indian Approved Name" -> "voriconazole", "Australia Approved Name" -> "VORICONAZOLE", "FDA Approved Drug" -> "VORICONAZOLE"|>, "PharmGKBID" -> "PA10233", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71616]}, "Synonyms" -> {"vfend", "vfend (tn)", "voriconazole", "136285-65-9[rn]", "c102790", "s1442_selleck", "voriconazole[wiki][inn][ban][jan][usan]", "tl8000858", "(ar,bs)-a-(2,4-difluorophenyl)-5-fluoro-b-methyl-a-(1h-1,2,4-triazol-1-ylmethyl)-4-pyrimidineethanol", "uk-109496", "(2r,3s)-2-(2,4-difluorophenyl)-3-(5-fluoropyrimidin-4-yl)-1-(1h-1,2,4-triazol-1-yl)butan-2-ol", "vfend[wiki]", "137234-62-9[rn]", "(2r,3s)-2-(2,4-difluorophenyl)-3-(5-fluoro-4-pyrimidinyl)-1-(1h-1,2,4-triazol-1-yl)-2-butanol[acd/iupac name]", "(r-(r*,s*))-a-(2,4-difluorophenyl)-5-fluoro-b-methyl-a-(1h-1,2,4-triazol-1-ylmethyl)-4-pyrimidineethanol", "vcz", "uk-109", "(2r,3s)-2-(2,4-difluorphenyl)-3-(5-fluorpyrimidin-4-yl)-1-(1h-1,2,4-triazol-1-yl)butan-2-ol", "vrc", "(2r,3s)-2-(2,4-difluoro-phenyl)-3-(5-fluoro-pyrimidin-4-yl)-1-[1,2,4]triazol-1-yl-butan-2-ol", "chebi:10023", "uk 109,496", "137234-62-9", "337376-15-5", "drg-0301", "(2r,3s)-2-(2,4-difluorophenyl)-3-(5-fluoro-4-pyrimidinyl)-1-((1h)-1,2,4-triazol-1-yl)-butan-2-ol"}|>, "4013" -> <|"DatabaseID" -> "SW02437", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27446"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6607], ExternalIdentifier["ChemSpiderID", 8286]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00417"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)COc3ccccc3)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05411"], ExternalIdentifier["KEGGID", "D00497"]}, "OfficialNames" -> <|"China Approved Name" -> "phenoxymethylpenicillin", "WHO Essential Medicine" -> "phenoxymethylpenicillin", "Australia Approved Name" -> "PHENOXYMETHYLPENICILLIN", "FDA Approved Drug" -> "PENICILLIN V;PENICILLIN V POTASSIUM"|>, "PharmGKBID" -> "PA164745442", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6869]}, "Synonyms" -> {"penicillin v", "v-cillin", "phenopenicillin", "phenoxymethyl penicillin", "phenomycilline", "penicillin phenoxymethyl", "oracillin", "fenospen", "beromycin", "penicillin vk", "betapen-vk", "pen-oral", "rocilin", "distaquaine v", "phenoxymethylpenicillin", "phenoxymethylpenicillinic acid", "veetids '125'", "pen-v", "phenocillin", "eskacillin v", "calcipen", "fenacilin", "pen-vee", "phenoximethylpenicillinum", "oratren", "meropenin", "crystapen v", "phenoxymethylenepenicillinic acid", "penicillin-vk", "acipen v", "v-tablopen", "vebecillin", "veetids '500'", "robicillin", "penapar-vk", "v-cil", "compocillin v", "eskacillian v", "fenossimetilpenicillina [dcit]", "veetids '250'", "stabicillin", "ospen", "v-cyline", "v-cylina", "apopen", "phenoxymethylpenicillin potassium", "veetids", "ledercillin vk", "v-cillin k", "beepen-vk", "pen-vee k", "pfizerpen vk", "phenoxymethylpenicillinic acid potassium salt", "penicillin v potassium", "uticillin vk", "fenoxypen", "oralytes pck-pws (citric acid + dextrose + glycine + potassium chloride + potassium phosphate dibasic + sodium acetate + sodium chloride)_mixture", "pmsg 6000 (pregnant mare's serum gonadotrophin for injection) (gonadotrophin serum (pmsg) + water)_mixture", "neospan mastitis treatment (neomycin (neomycin sulfate) + penicillin g potassium + polymyxin b (polymyxin b sulfate) + streptomycin (streptomycin sulfate))_mixture", "formula v.h. 222 liq (aesculus hippocastanum + arnica + collinsonia canadensis + ginkgo biloba + hamamelis virginiana + hydrastis canadensis + hydrogen fluoride + paeonia officinalis + pulsatilla + sepia officinalis l)_mixture", "aureo s-p 250g premix (chlortetracycline + penicillin (penicillin g procaine) + sulfamethazine)_mixture", "vitamin ad3 forte (vitamin a and d3 injection) (vitamin a propionate + vitamin d3)_mixture", "aureo mix 625 g granular medicated premix (chlortetracycline + penicillin (penicillin g procaine) + sulfamethazine)_mixture", "special formula 17900-forte suspension (dihydrostreptomycin (dihydrostreptomycin sulfate) + hydrocortisone acetate + hydrocortisone sodium succinate + novobiocin (novobiocin sodium) + penicillin g procaine + polymyxin b sulfate)_mixture", "big v sunblock lotion 30 spf (homosalate + octinoxate + octisalate + oxybenzone)_mixture", "pancrease-v powder (amylase + lipase + protease)_mixture", "zoomycetine spray (chloramphenicol + isopropyl alcohol + methyl violet)_mixture", "ephedrine v with guaifenesin (ephedrine hydrochloride + guaifenesin)_mixture", "ec 3.5.1.11", "v-cide (alcohol anhydrous + formaldehyde)_mixture", "c.h.v. formula (calcium (calcium carbonate calcium citrate) + magnesium (magnesium oxide magnesium citrate) + manganese (manganese citrate) + vitamin c + vitamin d3 + vitamin e (d-alpha tocopheryl acid succinate))_mixture", "big v baby sunblock spf 30 lot (homosalate + octinoxate + octisalate + oxybenzone)_mixture", "v-c15f (cocculus indicus + ginseng + helonias + phosphoric acid + sepia officinalis l + zinc)_mixture", "magnus (chromium (chromium hvp chelate) + copper (copper gluconate) + d-pantothenic acid (calcium d-pantothenate) + folic acid + nicotinamide + vitamin b1 + vitamin b12 + vitamin b2 + vitamin b6 + vitamin c + vitamin e (d-alpha tocopheryl acetate) + zinc (zinc gluconate))_mixture", "starbien (chromium (chromium hvp chelate) + copper (copper gluconate) + d-pantothenic acid (calcium d-pantothenate) + folic acid + nicotinamide + potassium (potassium citrate) + vitamin a + vitamin b12 + vitamin b2 + vitamin b6 + vitamin c + vitamin e (dl-alpha tocopheryl acetate) + zinc (zinc gluconate))_mixture", "homo (calcium (calcium phosphate (tribasic)) + chromium (chromium hvp chelate) + phosphorus (calcium phosphate (tribasic) potassium phosphate monobasic) + vitamin c + vitamin e (dl-alpha tocopheryl acetate) + zinc (zinc gluconate))_mixture", "pro en vimi aureo-sulfa-vit (chlortetracycline hydrochloride + sulfamethazine + vitamin a + vitamin d3 + vitamin e)_mixture", "e.v.c. vitamin & mineral supplement (pyridoxine hydrochloride + vitamin a palmitate + vitamin c + zinc (zinc gluconate))_mixture", "poly vita pen strep (calcium d-pantothenate + menadione sodium bisulfite + nicotinic acid + penicillin g procaine + streptomycin (streptomycin sulfate) + vitamin a + vitamin b12 + vitamin b2 + vitamin d3 + vitamin e)_mixture", "cal-p-i-d (calcium phosphate (dibasic) + charcoal activated + ethylenediamine dihydroiodide + vitamin d3)_mixture", "multi wormer for cats (dichlorophene + piperazine (piperazine citrate))_mixture", "derapen inj (penicillin g benzathine + penicillin g procaine)_mixture", "omnilife p.m. (chromium (chromium hvp chelate) + copper (copper gluconate) + d-pantothenic acid (calcium d-pantothenate) + vitamin a + vitamin c + vitamin e (dl-alpha tocopheryl acetate) + zinc (zinc gluconate))_mixture", "v.c.f. tablets (biotin + choline (choline bitartrate) + chromium (chromium hvp chelate) + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + magnesium (magnesium oxide) + manganese (manganese gluconate) + nicotinamide + nicotinic acid + potassium (potassium chloride) + potassium (potassium citrate) + selenium (selenium hvp chelate) + vitamin a (vitamin a palmitate) + vitamin b1 (thiamine hydrochloride) + vitamin b12 (vitamin b12) + vitamin b2 + vitamin b6 (pyridoxine hydrochloride) + vitamin c (ascorbic acid calcium ascorbate) + vitamin e (d-alpha tocopheryl acid succinate) + zinc (zinc gluconate))_mixture", "c.v. formula (ubidecarenone + vitamin e (d-alpha tocopherol))_mixture", "pedikleen (benzalkonium chloride + didecyl dimethyl ammonium chloride + dioctyl dimethyl ammonium chloride + octyl decyl dimethyl ammonium chloride)_mixture", "e.v.c. vitamins tab (vitamin a (vitamin a palmitate) + vitamin b6 + vitamin c + zinc (zinc gluconate))_mixture", "v-lytes (water soluble electrolyte powder) (citric acid + dextrose + glycine + potassium chloride + potassium phosphate dibasic + sodium acetate + sodium chloride)_mixture", "pendamine (chlorpheniramine maleate + dexamethasone + dihydrostreptomycin sulfate + penicillin g procaine)_mixture", "mega v&m (biotin + calcium (calcium hvp chelate) + choline bitartrate + chromium (yeast) + copper (copper hvp chelate) + d-pantothenic acid (calcium d-pantothenate) + folic acid + inositol + iodine (kelp) + iron (iron hvp chelate) + magnesium (magnesium hvp chelate) + manganese (manganese hvp chelate) + nicotinamide + potassium (potassium gluconate) + selenium (yeast) + vitamin a (fish liver oil) + vitamin b1 (thiamine hydrochloride) + vitamin b12 (vitamin b12) + vitamin b2 + vitamin b6 (pyridoxine hydrochloride) + vitamin c + vitamin d (fish liver oil) + vitamin e (d-alpha tocopheryl acetate) + zinc (zinc gluconate))_mixture", "m.v.i. paediatric (biotin + d-pantothenic acid + folic acid + nicotinamide + pyridoxine hydrochloride + vitamin a + vitamin b1 (thiamine hydrochloride) + vitamin b12 + vitamin b2 (riboflavin 5'-phosphate sodium) + vitamin c + vitamin d + vitamin e + vitamin k1)_mixture", "physioneal 40 glucose 1.36% w/v 13.6mg/ml solution for peritoneal dialysis (calcium chloride + dextrose + magnesium chloride + sodium bicarbonate + sodium chloride + sodium lactate)_mixture", "dp booster pws (d-pantothenic acid (calcium d-pantothenate) + menadione + nicotinic acid + penicillin g potassium + pyridoxine hydrochloride + streptomycin (streptomycin sulfate) + vitamin a + vitamin b1 + vitamin b12 + vitamin b2 + vitamin d3 + vitamin e)_mixture", "tnt 100 cleaner liq (alkyl dimethyl ethylbenzyl ammonium chloride + benzalkonium chloride)_mixture", "multi wormer for dogs (dichlorophene + piperazine (piperazine citrate))_mixture", "benzapro liq (penicillin g benzathine + penicillin g procaine)_mixture", "pva", "duplocillin la sus inj (penicillin g benzathine + penicillin g procaine)_mixture", "m.v.i. 12 (biotin + d-pantothenic acid (panthenol) + folic acid + nicotinamide + pyridoxine hydrochloride + vitamin a + vitamin b1 (thiamine hydrochloride) + vitamin b12 + vitamin b2 (riboflavin 5'-phosphate sodium) + vitamin c + vitamin d + vitamin e (dl-alpha tocopheryl acetate))_mixture", "diathesis v-i (copper + ginkgo biloba + pancreas + zinc)_mixture", "lidocaine hcl 2% epinephrine inj (epinephrine + lidocaine hydrochloride)_mixture", "albacillin suspension (novobiocin (novobiocin sodium) + penicillin g procaine)_mixture", "pendure a inj (penicillin g benzathine + penicillin g procaine + vitamin a)_mixture", "combisec dry cow (dihydrostreptomycin (dihydrostreptomycin sulfate) + penicillin g procaine)_mixture", "fem (chromium (chromium hvp chelate) + nicotinamide + potassium (potassium citrate) + vitamin c + vitamin e (dl-alpha tocopheryl acetate))_mixture", "pen-bgp la inj (penicillin g benzathine + penicillin g procaine)_mixture", "poly tonine a super booster no.1 (calcium d-pantothenate + menadione + nicotinamide + penicillin g potassium + pyridoxine hydrochloride + streptomycin sulfate + vitamin a + vitamin b12 + vitamin b2 + vitamin d3 + vitamin e (dl-alpha tocopheryl acetate))_mixture", "novodry plus suspension (novobiocin (novobiocin sodium) + penicillin g procaine)_mixture", "formula v.i.r. tab (dl-methionine + vitamin a (fish liver oil) + vitamin c)_mixture", "kenyan (biotin + choline bitartrate + chromium (chromium hvp chelate) + copper (copper gluconate) + d-pantothenic acid (calcium d-pantothenate) + nicotinamide + vitamin b1 + vitamin b12 + vitamin b2 + vitamin b6 + vitamin c + vitamin e (dl-alpha tocopheryl acetate) + zinc (zinc gluconate))_mixture", "trimidox inj (sulfadoxine + trimethoprim)_mixture", "medivit (calcium d-pantothenate + menadione + nicotinamide + penicillin g potassium + pyridoxine hydrochloride + streptomycin sulfate + vitamin a + vitamin b1 + vitamin b12 + vitamin b2 + vitamin d3 + vitamin e)_mixture", "aureo sp250-g medicated premix (chlortetracycline hydrochloride + penicillin g procaine + sulfamethazine)_mixture", "sterol (alkyl dimethyl ethylbenzyl ammonium chloride + benzalkonium chloride)_mixture", "premelange 25/2 vit porcs medic (asp-250) (chlortetracycline hydrochloride + penicillin g + sulfamethazine + vitamin a + vitamin d)_mixture", "combiotic vitamin booster pws (calcium d-pantothenate + menadione + nicotinic acid + penicillin g potassium + pyridoxine hydrochloride + streptomycin (streptomycin sulfate) + vitamin a + vitamin b12 + vitamin b2 + vitamin d3 + vitamin e)_mixture", "fenoximetilpenicilina [inn-spanish]", "medic aid 2-50 (menadione sodium bisulfite + penicillin (penicillin g potassium) + penicillin (penicillin g procaine) + streptomycin sulfate + vitamin a + vitamin d3)_mixture", "solu-i.v. chg-alcohol (chlorhexidine gluconate + isopropyl alcohol)_mixture", "polytonine a super booster no 1 pws (calcium d-pantothenate + menadione + nicotinamide + penicillin g potassium + pyridoxine hydrochloride + streptomycin (streptomycin sulfate) + vitamin a + vitamin b12 + vitamin b2 + vitamin d3 + vitamin e (dl-alpha tocopheryl acetate))_mixture", "penicillin acylase precursor", "aureomix 500g granular med-premix (chlortetracycline + penicillin (penicillin g procaine) + sulfamethazine)_mixture", "parvit plus (penicillin g procaine + streptomycin sulfate + vitamin a + vitamin c + vitamin d3 + vitamin e + vitamin k1)_mixture", "neo p.p.g. (neomycin (neomycin sulfate) + penicillin g potassium)_mixture", "big country medicated t.v. special (calcium d-pantothenate + nicotinamide + oxytetracycline (oxytetracycline hydrochloride) + vitamin a (retinol) + vitamin b12 + vitamin b2 + vitamin d3)_mixture", "vetco probac-v (benzalkonium chloride + didecyl dimethyl ammonium chloride + octyl decyl dimethyl ammonium chloride)_mixture", "formula r.v. 219 dps (barberry root + cantharides + capsicum + citrullus colocynthis + formica rufa + goldenrod + juniper berries + sarsaparilla + taraxacum officinale weber + uva ursi)_mixture", "mineralytes sol in (calcium chloride + dextrose + magnesium chloride + potassium acetate + sodium acetate + sodium chloride + sodium citrate)_mixture", "penicillin v amidase", "bicillin a-p injection pws (penicillin g benzathine + penicillin g potassium + penicillin g procaine)_mixture", "super chlorosol-250 premix for swine (chlortetracycline hydrochloride + penicillin g procaine + sulfamethazine)_mixture", "super chlorosol 250 premix (chlortetracycline hydrochloride + penicillin (penicillin g procaine) + sulfamethazine)_mixture", "poultry rx pwr (calcium d-pantothenate + folic acid + menadione sodium bisulfite + nicotinic acid + penicillin g potassium + streptomycin (streptomycin sulfate) + vitamin a + vitamin b1 + vitamin b12 + vitamin b2 + vitamin b6 + vitamin d3 + vitamin e)_mixture", "super chlor 250 (chlortetracycline + penicillin (penicillin g procaine) + sulfamethazine)_mixture", "teatino lemon-orange (chromium (chromium hvp chelate) + copper (copper gluconate) + vitamin a + vitamin c + vitamin e (dl-alpha tocopheryl acetate) + zinc (zinc gluconate))_mixture", "teatino durazno (calcium (calcium phosphate (tribasic)) + chromium (chromium hvp chelate) + phosphorus (calcium phosphate (tribasic)))_mixture", "malteada oml (biotin + calcium (calcium phosphate (tribasic)) + chloride (potassium chloride) + chromium (chromium hvp chelate) + copper (copper sulfate) + d-pantothenic acid (calcium d-pantothenate) + folic acid + iodine (potassium iodide) + iron (ferrous fumarate) + magnesium (magnesium oxide) + manganese (manganese sulfate) + molybdenum (sodium molybdate) + nicotinamide + phosphorus (potassium phosphate calcium phosphate (tribasic)) + potassium (potassium chloride) + selenium (sodium selenite) + vitamin a (vitamin a palmitate) + vitamin b1 + vitamin b12 + vitamin b2 + vitamin b6 + vitamin c + vitamin d3 + vitamin e (dl-alpha tocopheryl acetate) + zinc (zinc oxide))_mixture", "physioneal 40 glucose 2.27% w/v 22.7 mg/ml solution for peritoneal dialysis (calcium chloride + dextrose + magnesium chloride + sodium bicarbonate + sodium chloride + sodium lactate)_mixture", "physioneal 40 glucose 3.86% w/v 38.6mg/ml solution for peritoneal dialysis (calcium chloride + dextrose + magnesium chloride + sodium bicarbonate + sodium chloride + sodium lactate)_mixture", "87-08-1[rn]", "v-c15 (cocculus indicus + helonias + lemon + phosphoric acid + sepia officinalis l + zinc)_mixture", "nutrol v capsule (beta-carotene + d-alpha tocopheryl acetate + selenium (yeast) + vitamin c)_mixture", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin (neomycin sulfate) + penicillin g procaine + polymyxin b sulfate)_mixture", "longisil (penicillin g benzathine + penicillin g procaine)_mixture", "aurex rotenone drops (bacitracin + penicillin + rotenone + streptomycin (streptomycin sulfate) + undecylenic acid)_mixture", "poly tonine a d inj (vitamin a + vitamin d3)_mixture", "aureomix 625g premix (chlortetracycline + penicillin (penicillin g procaine) + sulfamethazine)_mixture", "v m com no 1 a (selenium aspartate + vitamin c + vitamin e)_mixture", "chlorosol 250 premix (chlortetracycline hydrochloride + penicillin g procaine + sulfamethazine)_mixture", "penlong xl (penicillin g benzathine + penicillin g procaine)_mixture", "streptocilline - sp pws (calcium d-pantothenate + menadione + nicotinamide + penicillin g potassium + pyridoxine hydrochloride + streptomycin sulfate + thiamine hydrochloride + vitamin a + vitamin b12 + vitamin b2 + vitamin d3 + vitamin e)_mixture", "mastitis care (neomycin (neomycin sulfate) + penicillin g potassium + polymyxin b (polymyxin b sulfate) + streptomycin (streptomycin sulfate))_mixture", "lemon fresh v - liq hom hos (benzalkonium chloride + didecyl dimethyl ammonium chloride)_mixture", "vit plex inj (cobalt gluconate + copper gluconate + dexpanthenol + ferric ammonium citrate + nicotinamide + pyridoxine hydrochloride + soluble liver extract + thiamine hydrochloride + vitamin b12 + vitamin b2)_mixture", "lactated ringer's injection usp (calcium chloride + potassium chloride + sodium chloride + sodium lactate)_mixture", "anprofac 500 (chlortetracycline hydrochloride + penicillin (penicillin g procaine) + sulfamethazine)_mixture", "pmsg-5000 - pws-liq (diluent) im iv sc (gonadotrophin serum (pmsg) + water)_mixture", "guaiacol plus pwr (ammonium chloride + guaifenesin + potassium iodide)_mixture", "multi v+m ctr tab (biotin + calcium (calcium phosphate (dibasic)) + choline bitartrate + chromium + copper (copper sulfate) + d-alpha tocopherol + d-pantothenic acid (calcium d-pantothenate) + folic acid + inositol + iodine (potassium iodide) + iron (ferrous fumarate) + magnesium (magnesium oxide) + manganese (manganese sulfate) + nicotinamide + phosphorus (calcium phosphate (dibasic)) + potassium (potassium chloride) + pyridoxine hydrochloride + selenium + thiamine hydrochloride + vitamin a + vitamin b12 + vitamin b2 + vitamin c + vitamin d + zinc (zinc oxide))_mixture", "v hp (baptisia tinctoria + belladonna + bryonia + charcoal activated + cinchona officinalis + echinacea angustifolia + eupatorium perfoliatum + gelsemium sempervirens + lycopodium clavatum + phosphoric acid + phosphorus + poison ivy)_mixture", "p.g. 600inj. (chorionic gonadotropin + gonadotrophin serum (pmsg))_mixture", "201-722-0[einecs]", "banana boat sooth-a-caine w.moist.aloe v.gel (lidocaine + menthol)_mixture", "pendure s (dihydrostreptomycin sulfate + penicillin g benzathine + penicillin g procaine)_mixture", "formula f.v 213 liq (boldo + celandine + cinchona officinalis + citrullus colocynthis + cynara scolymus + goldenrod + hydrastis canadensis + lycopodium + milk thistle + taraxacum officinale weber)_mixture", "mineralytes sol (calcium chloride + dextrose + magnesium chloride + potassium acetate + sodium acetate + sodium chloride)_mixture", "v-c15 - liq (cocculus indicus + helonias + lemon + phosphoric acid + sepia officinalis l + zinc)_mixture", "n.v.a.g. tab (copper + silicon dioxide + silver)_mixture", "poly tonine formule 500-s (biotin + calcium d-pantothenate + calcium phosphate (dibasic) + choline chloride + copper sulfate + dl-methionine + ferrous sulfate + folic acid + manganese oxide + menadione + nicotinic acid + potassium iodide + pyridoxine hydrochloride + sodium selenite + thiamine mononitrate + vitamin a + vitamin b12 + vitamin b2 + vitamin d3 + vitamin e)_mixture", "big v sunblock lotion spf 15 (octinoxate + oxybenzone)_mixture", "v-lytes he (water soluble nutrient electrolyte powder for oral use in calves) (citric acid + dextrose + glycine + potassium chloride + potassium phosphate dibasic + sodium acetate + sodium chloride)_mixture", "v-5 vitlica (calcium phosphate (tribasic) + phosphoric acid + potassium phosphate dibasic)_mixture", "big v kids sunblock lotion spf 30 (octinoxate + octisalate + octocrylene + oxybenzone)_mixture", "oralytes-he - pwr (citric acid + dextrose + glycine + potassium chloride + potassium phosphate dibasic + sodium acetate + sodium chloride)_mixture", "stimu-pig (calcium d-pantothenate + neomycin (neomycin sulfate) + nicotinic acid + pyridoxine hydrochloride + streptomycin (streptomycin sulfate) + vitamin a + vitamin b1 + vitamin b12 + vitamin b2 + vitamin d3)_mixture", "formula v s c tab (beta-carotene + biotin + choline bitartrate + chromium (chromium proteinate) + d-alpha tocopheryl acid succinate + dl-methionine + folic acid + inositol + magnesium (magnesium oxide) + manganese (manganese gluconate) + nicotinamide + nicotinic acid + potassium (potassium citrate) + pyridoxine hydrochloride + selenium (selenium proteinate) + thiamine hydrochloride + vitamin a palmitate + vitamin b12 + vitamin b2 + vitamin c + vitamin c (calcium ascorbate) + zinc (zinc gluconate))_mixture", "pendure neat (penicillin g benzathine + penicillin g procaine)_mixture", "chlor 250 premix (chlortetracycline + penicillin g (penicillin g procaine) + sulfamethazine)_mixture", "aureo sp 250g premix (chlortetracycline + penicillin (penicillin g procaine) + sulfamethazine)_mixture", "n.l.i.v. tab (copper + manganese chloride)_mixture", "solu-i.v. tiges montees chd alcool - stk (chlorhexidine gluconate + isopropyl alcohol)_mixture", "v dyn tab (vitamin a (fish liver oil) + vitamin b2 + vitamin e (d-alpha tocopheryl acid succinate))_mixture", "f'n p (calcium (calcium carbonate) + chromium (chromium hvp chelate) + copper (copper sulfate) + magnesium (magnesium oxide) + manganese (manganese sulfate) + vitamin a + vitamin c + vitamin d3)_mixture", "ego life (chlorine (sodium chloride) + chromium (chromium hvp chelate) + d-pantothenic acid (calcium d-pantothenate) + magnesium (magnesium chloride) + phosphorus (potassium phosphate monobasic) + sodium (sodium chloride) + vitamin b2)_mixture", "malteada oml vanilla (biotin + calcium (calcium phosphate (dibasic)) + chloride (potassium chloride) + chromium (chromium hvp chelate) + copper (copper sulfate) + d-pantothenic acid (calcium d-pantothenate) + folic acid + iodine (potassium iodide) + iron (ferrous fumarate) + magnesium (magnesium oxide) + manganese (manganese sulfate) + molybdenum (sodium molybdate) + nicotinamide + phosphorus (potassium phosphate monobasic calcium phosphate (dibasic)) + potassium (potassium chloride) + selenium (sodium selenite) + vitamin a (vitamin a palmitate) + vitamin b1 + vitamin b12 + vitamin b2 + vitamin b6 + vitamin d3 + vitamin e (dl-alpha tocopheryl acetate) + zinc (zinc oxide))_mixture", "dual mix (potassium (potassium citrate) + vitamin c (calcium ascorbate))_mixture", "vibiomed fmx (calcium d-pantothenate + dl-alpha tocopheryl acetate + menadione + nicotinamide + penicillin g potassium + pyridoxine hydrochloride + streptomycin sulfate + vitamin a + vitamin b12 + vitamin b2 + vitamin d3)_mixture", "diathesis v-2 (barium carbonate + cobalt + ginkgo biloba + nickel + pancreas + phosphoric acid + phosphorus + zinc)_mixture", "chlorosol-250 (chlortetracycline hydrochloride + penicillin g (penicillin g procaine) + sulfamethazine)_mixture", "v-balance (calcium (calcium carbonate) + iron (ferrous sulfate) + vitamin b12 (cyanocobalamin) + vitamin b2 + vitamin d + zinc (zinc sulfate))_mixture", "c.v.s. formula tab (beta-carotene + biotin + calcium (calcium ascorbate calcium citrate) + choline (choline citrate choline bitartrate) + chromium (chromium proteinate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + magnesium (magnesium proteinate) + manganese (manganese proteinate) + molybdenum (molybdenum proteinate) + nicotinamide + nicotinic acid + potassium (potassium proteinate) + selenium (selenium proteinate) + thiamine hydrochloride + ubidecarenone + vitamin a palmitate + vitamin b12 + vitamin b2 + vitamin b6 (pyridoxine hydrochloride pyridoxal-5-phosphate) + vitamin c + zinc (zinc proteinate))_mixture", "oml (biotin + calcium (calcium chloride) + chromium (chromium hvp chelate) + copper (copper gluconate) + d-pantothenic acid (calcium d-pantothenate) + magnesium (magnesium chloride) + manganese (manganese gluconate) + nicotinamide + potassium (potassium citrate) + selenium (sodium selenite) + vitamin a (vitamin a palmitate beta-carotene) + vitamin b1 + vitamin b12 + vitamin b2 + vitamin b6 + vitamin c + vitamin d3 + vitamin e (dl-alpha tocopheryl acetate) + zinc (zinc gluconate))_mixture", "eye and wound powder (chlorhexidine hydrochloride + hydrocortisone acetate + penicillin g procaine + sulfathiazole)_mixture", "isocare m.v.r. (alkyl dimethyl ethylbenzyl ammonium chloride + benzalkonium chloride)_mixture", "lutropin-v (porcine pituitary luteinizing hormone for injection) (porcine pituitary luteinizing hormone + sodium chloride)_mixture", "stop tablet (albumin tannate + dextrose)_mixture", "p onytricin p (calcium d-pantothenate + menadione sodium bisulfite + nicotinamide + tetracycline hydrochloride + vitamin a + vitamin b12 + vitamin b2 + vitamin b6 + vitamin d3 + vitamin e)_mixture", "penicillin v; calcipen", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-{[(phenyloxy)acetyl]amino}-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "benomycin", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(2-phenoxyacetyl)amino]- (2s,5r,6r)-", "1098-87-9[rn]", "apopen;fenacillin;fenocin;fenospen;fenoxypen;meropenin;oracillin;oratren;ospen;pen-vee;phenocillin;stabicillin;vebecillin", "147-48-8[rn]", "orocillin", "phenoxymethylpenicillin(penicillinv)", "penicillin u", "phenoxymethylpenicillinum [inn_la]", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-(2-phenoxyacetamido)-", "phenoxomethylpenicillin", "p-mega-tablinen", "87-08-1 (free acid)", "penicillin phenoxymethyl-", "acipen-v", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(phenoxyacetyl)amino]-,(2s,5r,6r)-", "phenoxymethylpenicilline", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-(2-phenoxyacetamido)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylicacid", "phenoxymethylpenicillin (product)", "phenoxymethylpenicillinum", "phenoxymethylpenicillin[wiki]", "fenoximetilpenicilina", "pv", "distaquaine u", "96259[beilstein]", "fenoximetilpenicilina[spanish][inn]", "penicillanic acid 6-phenoxyacetamido-", "pnv", "3,3-dimethyl-7-oxo-6-((phenyloxyacetyl)amino)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-(2-phenoxyacetamido)-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid", "acipen u", "6-phenoxyacetamidopenicillanic acid", "phenoxymethylpenicillinum[latin]", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-(2-phenoxy-acetylamino)-4-thia-1-aza-bicyclo[3.2.0]heptane-2-carboxylic acid", "pen-vee-oral", "phenospen", "apopen;", "4-27-00-05884 (beilstein handbook reference)[beilstein]", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-(2-phenoxyacetamido)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "phenoxymethylpenicilline[french][inn]", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenoxyacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid[acd/iupac name]", "[2s-(2a,5a,6b)]-3,3-dimethyl-7-oxo-6-[(phenoxy acetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid", "dowpen v-k", "337376-15-5", "penicillinv", "beepen vk", "132-98-9 87-08-1", "stabillin vk syrup 125", "pen-vee-k powder", "qidpen vk", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(phenoxyacetyl)amino]-,monopotassium salt (2s,5r,6r)-", "robicillin vk", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-((phenoxyacetyl)amino)-,monopotassium salt (2s,5r,6r)-", "dov-k", "vepen", "antibiocin", "phenoxymethylpenicillin potassium[|+jan|-][jan]", "compocillin-vk", "dqv-k", "kavepenin", "rocillin-vk", "v-cillin-k", "sumapen vk", "veetids (tn)", "beromycin (penicillin)", "ospeneff", "isocillin", "pen vk", "pvk", "v-cil-k", "205-086-5[einecs]", "pen-v-k powder", "pencompren", "phenoxymethylpenicillin k", "distakaps v-k", "orapen", "penicillin potassium phenoxymethyl", "phenoxymethylpenicillin potassium salt", "penvikal", "potassium penicillin v salt", "megacillin oral", "distaquaine v-k", "monopotassium (2s,5r,6r)-3,3-dimethyl-7-oxo-6-(2-phenoxyacetamido)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylate", "d-a-phenoxymethylpenicillinate k salt", "suspen", "potassium(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenoxyacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate[acd/iupac name]", "cliacil", "calciopen k", "potassium(2s,5r,6r)-3,3-dimethyl-7-oxo-6-{[(phenyloxy)acetyl]amino}-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate", "pedipen", "kalium-(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(phenoxyacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptan-2-carboxylat", "132-98-9 87-08-1 [penicillin v]", "penapar vk", "potassium phenoxymethyl penicillin", "oracil-vk", "132-98-9[rn]", "8059-73-2[rn]", "stabillin vk syrup 62.5", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-((phenoxyacetyl)amino)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid monopotassium salt", "sk-penicillin vk", "ispenoral", "apsin vk", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(2-phenoxyacetyl)amino]- potassium salt,(2s,5r,6r)- (1:1)", "penagen", "potassium phenoxymethylpenicillin", "primcillin", "penicillin v potassium salt", "arcasin", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-(2 -phenoxyacetamido)- monopotassium salt", "penicillin v potassium[usp]", "arcacil", "aspin vk", "icipen", "roscopenin", "penicillin methylphenoxy- potassium", "[2s-(2a,5a,6b)]-3,3-dimethyl-7-oxo-6-[(phenoxyacetyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid potassium salt", "potassium penicillin v"}|>, "4014" -> <|"DatabaseID" -> "SW02438", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4260]}, "IsomericSmiles" -> "[H]/[NH+]=C(/c1ccc2cc(ccc2c1)OC(=O)c3ccc(cc3)[NH+]=C(N)N)\\N", "OfficialNames" -> <|"NPC Approved Name" -> "nafamostat"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4413]}, "Synonyms" -> {"p-guanidinobenzoic acid ester with 6-hydroxy-2-naphthamidine", "6-amidino2-naphthyl 4-guanidinobenzoate", "4-[(aminoiminomethyl)amino]benzoic acid 6-(aminoiminomethyl)-2-naphthalenyl ester", "81525-10-2[rn]", "benzoic acid 4-((aminoiminomethyl)amino)- 6-(aminoiminomethyl)-2-naphthalenyl ester", "nafamostat[inn]", "4-guanidino-benzoic acid 6-carbamimidoyl-naphthalen-2-yl ester(fut-175)", "6-amidino-2-naphthyl-4-guanidinobenzoate", "4-guanidino-benzoic acid 6-carbamimidoyl-naphthalen-2-yl ester", "nafamostat mesylate[usan]", "[82956-11-4]", "nafamostat [inn]", "6-(aminoiminomethyl)-2-naphthalenyl 4-((aminoiminomethyl)amino)benzoate", "nafamostat (inn)", "nafamstat mesilate", "6-carbamimidoyl-2-naphthyl 4-carbamimidamidobenzoate", "nafamstat", "6-(aminoiminomethyl)-2-naphthalenyl4-((aminoiminomethyl)amino)benzoate", "82956-11-4[rn]", "benzoic acid", "81525-10-2", "nafamostat", "nafamostatum[latin]", "nafamostatum [latin]", "futhan", "benzoic acid 4-[(aminoiminomethyl)amino]- 6-(aminoiminomethyl)-2-naphthalenyl ester", "6-carbamimidoylnaphthalen-2-yl 4-carbamimidamidobenzoate"}|>, "4015" -> <|"DatabaseID" -> "SW02439", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9605703]}, "IsomericSmiles" -> "CC(C)c1cccc(c1NC(=O)C[NH+](CC(=O)[O-])CC(=O)[O-])C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03873"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TECHNETIUM TC-99M DISOFENIN KIT"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11430828]}, "Synonyms" -> {"technetium (99mtc) disofenin", "chembl1200923", "disofenin", "technetium tc-99m disofenin kit"}|>, "4016" -> <|"DatabaseID" -> "SW02440", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66109]}, "IsomericSmiles" -> "C[C@H]1[C@H]2C[n+]3ccc4c5ccccc5[nH]c4c3C[C@@H]2C(=CO1)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "serpentine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73391]}, "Synonyms" -> {"serpentine (van)", "242-570-5[einecs]", "18786-24-8[rn]", "ac1q5ylo", "ac1l2jry", "58782-36-8[rn]", "einecs 242-570-5", "3,4,5,6-tetradehydroajmalicine", "(19|a)-16-(methoxycarbonyl)-19-methyl-3", "131-07-7[rn]", "3", "serpentine[wiki]", "kst-1a6435", "604-81-9", "serpentine (alkaloid)", "18786-24-8", "serpentine"}|>, "4017" -> <|"DatabaseID" -> "SW02441", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3547"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34933]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01333"]}, "IsomericSmiles" -> "CC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)[C@@H](C3=CCC=CC3)[NH3+])SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00264"]}, "OfficialNames" -> <|"China Approved Name" -> "cephradine", "FDA Approved Drug" -> "CEPHRADINE"|>, "PharmGKBID" -> "PA448890", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 38103]}, "Synonyms" -> {"cefradine", "cephradine", "anspor", "velosef", "cefradinum", "cefradina", "sefril", "eskacef", "cephradin", "ec 3.4.-.-", "cefradin", "pbp1a", "dd-transpeptidase", "pbp-1a", "ec 2.4.2.-", "penicillin-sensitive transpeptidase", "peptidoglycan tgase", "velosef \\'500\\", "cefradinum[latin]", "[6r-[6a,7b(r*)]]-7-[(amino-1,4-cyclohexadien-1-ylacetyl)amino]-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "7-(d-2-amino-2-(1,4-cyclohexadienyl)acetamide)desacetoxycephalosporanicacid", "anspor (tn)", "7-(d-2-amino-2-(1,4-cyclohexadien-1-yl)acetamido)-3-methyl-8-oxo-5-thia-1-azabicyclo(4.2.0)-oct-2-ene-2-caboxylic acid", "velosef \\'250\\", "sk&f; d-39304", "cephradine [usan:ban][usan]", "cefradina[spanish][inn]", "sq-22022", "cephradine (tn)", "(6r,7r)-7-{[(2r)-2-amino-2-cyclohexa-1,4-dien-1-ylacetyl]amino}-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "38821-53-3[rn]", "cefradinum [inn_la]", "38821-53-3", "velosef (tn)", "ced", "cephradine(velosef)", "(6r- -( -3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "7-[d-2-amino-2-(1,4-cyclohexadienyl)acetamido]desacetoxycephalosporanicacid", "254-137-8[einecs]", "4211105[beilstein]", "velosef \\'125\\", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2r)-2-amino-2-(1,4-cyclohexadien-1-yl)acetyl]amino]-3-methyl-8-oxo- (6r,7r)-", "skf d 39304", "(6r,7r)-7-((r)-2-amino-2-(1,4-cyclohexadien-1-yl)acetamido)-3-methyl-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "58456-86-3[rn]", "31828-50-9[rn]", "cefradine[wiki]", "(6r,7r)-7-{[(2r)-2-amino-2-(cyclohexa-1,4-dien-1-yl)acetyl]amino}-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cefuroxime(velosef)", "cephradine[wiki][usp]", "sk-d-39304", "ecosporina", "sq-11436"}|>, "4018" -> <|"DatabaseID" -> "SW02442", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34535"], ExternalIdentifier["ChEBIID", "31209"], ExternalIdentifier["ChEBIID", "28971"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389889], ExternalIdentifier["ChemSpiderID", 6013]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00415"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)[C@@H](c3ccccc3)[NH3+])C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00204"]}, "OfficialNames" -> <|"China Approved Name" -> "ampicillin", "WHO Essential Medicine" -> "ampicillin", "Indian Approved Name" -> "ampicillin", "FDA Approved Drug" -> "AMPICILLIN SODIUM;AMPICILLIN/AMPICILLIN TRIHYDRATE"|>, "PharmGKBID" -> "PA448419", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6249], ExternalIdentifier["PubChemCompoundID", 23565]}, "Synonyms" -> {"omnipen", "ampicillin", "aminobenzylpenicillin", "ampicillin acid", "tokiocillin", "principen", "polycillin", "ampicilline", "totacillin", "binotal", "austrapen", "anhydrous ampicillin", "totacillin-n", "omnipen-n", "polycillin-n", "grampenil", "totapen", "copharcilin", "ampipenin", "synpenin", "penbritin syrup", "semicillin r", "amplital", "pentrex", "amblosin", "penbrock", "ampicillin a", "duphacillin", "penicline", "racenacillin", "cimex", "ampipenin nt3", "britacil", "ampi-co", "pfizerpen-a", "roscillin", "ampivet", "penbritin-s", "pen a", "semicillin", "qidamp", "ampivax", "amplipenyl", "orbicilina", "ampimed", "amplacilina", "ampicin", "ampicil", "adobacillin", "nuvapen", "supen", "penimic", "amplin", "totalciclina", "amfipen", "pen a oral", "ampifarm", "ponecil", "amipenix s", "penbritin", "tolomol", "ultrabron", "ampen", "divercillin", "amplisom", "pfizerpen a", "brl", "ampi-tab", "princillin", "lifeampil", "olin kid", "viccillin", "wypicil", "guicitrine", "guicitrina", "ro-ampen", "ab-pc", "trifacilina", "pen ampil", "rosampline", "acillin", "ampicillina [dcit]", "servicillin", "d-cillin", "amcill", "ampichel", "d-ampicillin", "sk-ampicillin", "bonapicillin", "ultrabion", "ampiscel", "doktacillin", "ampikel", "morepen", "pentrexl", "amfipen v", "novo-ampicillin", "vampen", "campicillin", "penbristol", "ampy-penyl", "sumipanto", "ampi-bol", "norobrittin", "ampi", "pentrexyl", "ampisyn", "delcillin", "texcillin", "ampicillin base", "viccillin s", "ampicillin trihydrate", "ampicillin sodium", "penbritin paediatric", "pro biosan kit (ampicillin + probenecid)_mixture", "pensyn", "alpen", "spectrobid", "ampicillin anhydrous", "amperil", "bayer 5427", "69-52-3[rn]", "ampicillin anhydrate", "deripen", "amcap", "cymbi", "synergistin injectable suspension (ampicillin + sulbactam (sulbactam benzathine))_mixture", "principen '500'", "ampicillin [usan:ban:inn:jan]", "ab-pc sol", "trafarbiot", "200-708-1[einecs]", "geocillin", "69-53-4[rn]", "ampicilline [inn-french]", "principen '250'", "ampinova", "principen '125'", "ampicilina [inn-spanish]", "ampicillinum [inn-latin]", "ampicillinum [inn_la]", "ampicilline[french][inn]", "800-79-3[rn]", "d-(-)-ampicillin", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 6-(2-amino-2-phenylacetamido)-3,3-dimethyl-7-oxo- d-(-)-", "amp", "8056-87-9[rn]", "ampicillinum[latin]", "abpc", "231-115-6[einecs]", "ap[formula]", "(2s,5r,6r)-6-[(r)-2-amino-2-phenylacetamido]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "47355-94-2[rn]", "(2s,5r,6r)-6-((r)-2-amino-2-phenylacetamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid trihydrate", "domicillin", "(2s,5r,6r)-6-{[(2r)-2-amino-2-phenylacetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid[acd/iupac name]", "(2s,5r,6r)-6-((r)-2-amino-2-phenyl-acetylamino)-3,3-dimethyl-7-oxo-4-thia-1-aza-bicyclo[3.2.0]heptane-2-carboxylic acid", "d(-)-a-aminobenzylpenicillin", "penicillin (aminophenylmethyl)-", "200-709-7[einecs]", "alpen-n", "ampicillin[wiki][usp]", "50584-05-9[rn]", "96707-69-6[rn]", "6-(d-(2-amino-2-phenylacetamido))-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylicacid", "37234-64-3[rn]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-2-amino-2-phenylacetyl]amino]-3,3-dimethyl-7-oxo- (2s,5r,6r)-", "ampicillinum", "98520-55-9[rn]", "[2s-[2a,5a,6b(s*)]]-6-[(aminophenylacetyl)amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "principen/n", "penialmen", "ampicilina", "7177-48-2[rn]", "(2s,5r,6r)-6-((r)-2-amino-2-phenylacetamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "33604-21-6[rn]", "aic", "ampicilina[spanish][inn]", "6-((2r)-2-amino-2-phenylacetylamino)(2s,5r,6r)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "ampicillin anhydrous", "6-[d(-)-a-aminophenylacetamido]penicillanic acid", "(2s,5r,6r)-6-{[(2r)-2-amino-2-phenylethanoyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid", "6-((2r)-2-amino-2-phenylacetylamino)(2s,5r,6r)-3,3-dimethyl-7-oxo-4-thia-1-aza bicyclo[3.2.0]heptane-2-carboxylic acid", "4300240[beilstein]", "(2s,5r,6r)-6-((r)-2-amino-2-phenylacetamido)-3,3-dimethyl-7-oxo-4-thia-1-aza-bicyclo[3.2.0]heptane-2-carboxylic acid", "ampicillin [usan:ban:inn:jan][inn][jan][usan]", "amcill-s", "omnipen (tn)", "ay 6108", "337376-15-5", "pen a/n", "ampicillinsodium", "omnipen-n (tn)", "piperacillin imp. a (ep) as sodium salt", "ampicillin natrium", "monosodium d-(-)-6-(2-amino-2-phenylacetamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylate", "amp equine", "ampicillin sodium salt", "ampicillin (sodium salt)", "sodium ampicillin", "sodium (2s,5r,6r)-6-{[(2r)-2-amino-2-phenylacetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate", "5403793[beilstein]", "austrapen; binotal", "aminobenzylpenicillin trihydrate", "natrium-(2s,5r,6r)-6-{[(2r)-2-amino-2-phenylacetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptan-2-carboxylat", "principen-n", "ccris 267", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-2-amino-2-phenylacetyl]amino]-3,3-dimethyl-7-oxo- monosodium salt (2s,5r,6r)-", "ampiplus simplex", "69-52-3 69-53-4", "69-52-3 69-53-4 [ampicillin]", "ampicillin 3-wasser", "ampicillin sodium salt", "chebi:31209", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-2-amino-2-phenylacetyl]amino]-3,3-dimethyl-7-oxo- sodium salt,(2s,5r,6r)- (1:1)", "monosodium (2s,5r,6r)-6-((r)-2-amino-2-phenylacetamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylate", "viccillin (tn)", "piperacillin sodium imp. a (ep) as sodium salt"}|>, "4019" -> <|"DatabaseID" -> "SW02443", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447610], ExternalIdentifier["ChemSpiderID", 9532]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04574"], ExternalIdentifier["DrugBankID", "00286"]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]3c4ccc(cc4CC[C@H]3[C@@H]1CCC2=O)OS(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00948"], ExternalIdentifier["KEGGID", "D00312"]}, "OfficialNames" -> <|"Australia Approved Name" -> "OESTROGENS", "FDA Approved Drug" -> "ESTROGENS CONJUGATED SYNTHETIC A;ESTROPIPATE"|>, "PharmGKBID" -> {"PA165958342", "PA164754789"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5351489], ExternalIdentifier["PubChemCompoundID", 5284555], ExternalIdentifier["PubChemCompoundID", 23667301]}, "Synonyms" -> {"ogen", "conestoral", "estrone sodium sulfate", "estrone sulfate sodium", "premarin", "evex", "ortho-est", "ogen (tn)", "estropipate", "estropipate (usp)", "sodium estrone 3-sulfate", "sulestrex", "harmogen", "morestin", "sodium estrone sulfate", "ogen 2.5", "piperazine estrone sulfate", "par estro", "hyhorin", "er-beta", "438-67-5", "premarin tabs", "estrone-3-sulfate sodium salt", "estrone hydrogen sulfate compound with piperazine (1:1)", "estrone sulfate piperazine", "prempro", "estrone-sulfate", "estrogens", "conjugated estrogens", "estrogenic substances (conjugated)", "nsc-18313", "3835414[beilstein]", "7280-37-7", "estra-1,3,5(10)-trien-17-one 3-(sulfooxy)-,sodium salt (1:1)", "[7280-37-7]", "premarin vaginal", "438-67-5[rn]", "estropipate[wiki][usp]", "(8r,9s,13s,14s)-13-methyl-17-oxo-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-3-ylhydrogen-sulfat-piperazin(1:1)", "sodium 17-oxoestra-1(10),2,4-trien-3-yl sulfate", "sodium 17-oxoestra-1,3,5(10)-trien-3-yl sulfate", "estrone sodium sulphate", "estrone estrone hydrogen sulfate", "prempro (conjugated estrogens + medroxyprogesteron)_mixture", "oestrone sulphate", "estra-1(10),2,4-trien-17-one 3-(sulfooxy)-,sodium salt (1:1)", "estra-1,3,5(10)-trien-17-one 3-(sulfooxy)-,compd. with piperazine (1:1)", "7280-37-7[rn]", "estrone3-sulfatesodiumsalt", "estrone hydrogen sulfate compd. with piperazine (1:1)", "estrone", "prempro/premphase", "(8r,9s,13s,14s)-13-methyl-17-oxo-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-3-yl hydrogen sulfate - piperazine (1:1)", "17-oxoestra-1,3,5(10)-trien-3-yl hydrogen sulfate - piperazine(1:1)", "estra-1(10),2,4-trien-17-one 3-(sulfooxy)-,compd. with piperazine (1:1)", "premarin[wiki]", "estra-1,3,5(10)-trien-17-one 3-sulphate compound withpiperazine (1:1)", "estra-1,3,5(10)-trien-17-one 3-sulphate compound withpiperazine (1:1)", "sodium [(8r", "estrone sulfate", "estrone sulphate", "nsc18313", "estrone hydrogen sulfate", "ac1ns0nl", "oestrone-3-sulphate sodium salt", "17-oxoestra-1,3,5(10)-trien-3-yl sodium sulfate", "17-oxoestra-1(10),2,4-trien-3-yl hydrogen sulfate - piperazine(1:1)", "estradiol receptor", "er-alpha", "er", "sodium estrone 3-monosulfate", "230-696-3[einecs]"}|>, "4020" -> <|"DatabaseID" -> "SW02444", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47544"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447634]}, "IsomericSmiles" -> "c1ccc(cc1)[C@H](C(=O)N[C@H]2[C@H]3CCC(=C(N3C2=O)C(=O)[O-])Cl)[NH3+]", "OfficialNames" -> <|"FDA Approved Drug" -> "LORACARBEF"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284584]}, "Synonyms" -> {"lorafem", "(6r", "kt-3777", "loracarbef[wiki][usp]", "loracarbef hydrate", "loribid", "1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid 7-[[(2r)-2-amino-2-phenylacetyl]amino]-3-chloro-8-oxo- (6r,7s)- monohydrate", "loracarbef", "(6r,7s)-7-{[(2r)-2-amino-2-phenylacetyl]amino}-3-chloro-8-oxo-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acidhydrate(1:1)", "121961-22-6[rn]", "(6r,7s)-7-{[(2r)-2-amino-2-phenylacetyl]amino}-3-chloro-8-oxo-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acidhydrate", "76470-66-1[rn]", "[6r-[6a,7b(r*)]]-7-[(aminophenylacetyl)amino]-3-chloro-8-oxo-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acidmonohydrate", "76470-66-1 {anhydrous}", "10-chloro-2-(2-chlorophenyl)-4-hydroxy-3,6-diazabicyclo[5.4.0]undeca-2,8,10,12-tetraen-5-one", "ly-163892", "ly 163892 monohydrate", "1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid 7-[[(2r)-2-amino-2-phenylacetyl]amino]-3-chloro-8-oxo- (6r,7s)- hydrate (1:1)", "carbacefaclor", "lorazepam[wiki]", "lorabid[wiki]", "lf163892 monohydrate", "ncgc00185746-01", "dsstox_cid_28644", "ac1nr4q1", "(6r,7s)-3-chloro-7-[(r)-phenylglycinamido]-8-oxo-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid monohydrate"}|>, "4021" -> <|"DatabaseID" -> "SW02445", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2714]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01553"]}, "IsomericSmiles" -> "c1ccc(c(c1)C23c4cc(ccc4NC(=O)C[NH+]2CCO3)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01268"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Cloxazolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2816]}, "Synonyms" -> {"cloxazolam", "enadel", "cloxazolazepam", "olcadil", "sepazon", "mt 14-411", "cloxazolam[wiki][jp15]", "sepazon (tn)", "oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one 10-chloro-11b-(o-chlorophenyl)-2,3,7,11b-tetrahydro-", "dea no. 2753", "oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one 10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-", "7-chloro-5-(2-chlorophenyl)tetrahydrooxazolo[5,4-b]-2,3,4,5-tetrahydro-1h-1,4-benzodiazepin-2-one", "cloxazolamum [inn-latin]", "10-chloro-2,3,5,6,7,11b-hexahydro-11b-(o-chlorophenyl)benzo(6,7)-1,4-diazepino-(5,4-b)-oxazol-6-one", "sepazon[wiki]", "10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydrooxazolo[3,2d][1,4]benzodiazepin-6(5h)-one", "24166-13-0", "tolestan", "10-chloro-11b-(2-chlorophenyl)-2,3,5,6,7,11b-hexahydrobenzo[6,7]-1,4-diazepino[5,4-b]oxazol-6-one", "10-chloro-11b-(2-chlorophenyl)-6-oxo-2,3,5,6,7,11b-hexahydrooxazolo[3,2-d][1,4]benzodiazepine", "10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro[1,3]oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one[acd/iupac name]", "cs 370", "24166-13-0[rn]", "10-chloro-11b-(o-chlorophenyl)-2,3,7,11b-tetrahydro-oxazolo(3,2-d) (1,4)benzodiazepin-6(5h)-one", "cloxazolam [inn:jan][inn][jan]", "cloxazolamum[latin]"}|>, "4022" -> <|"DatabaseID" -> "SW02445", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2714]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01553"]}, "IsomericSmiles" -> "c1ccc(c(c1)C23c4cc(ccc4NC(=O)C[NH+]2CCO3)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01268"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Cloxazolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2816]}, "Synonyms" -> {"cloxazolam", "enadel", "cloxazolazepam", "olcadil", "sepazon", "mt 14-411", "cloxazolam[wiki][jp15]", "sepazon (tn)", "oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one 10-chloro-11b-(o-chlorophenyl)-2,3,7,11b-tetrahydro-", "dea no. 2753", "oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one 10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-", "7-chloro-5-(2-chlorophenyl)tetrahydrooxazolo[5,4-b]-2,3,4,5-tetrahydro-1h-1,4-benzodiazepin-2-one", "cloxazolamum [inn-latin]", "10-chloro-2,3,5,6,7,11b-hexahydro-11b-(o-chlorophenyl)benzo(6,7)-1,4-diazepino-(5,4-b)-oxazol-6-one", "sepazon[wiki]", "10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydrooxazolo[3,2d][1,4]benzodiazepin-6(5h)-one", "24166-13-0", "tolestan", "10-chloro-11b-(2-chlorophenyl)-2,3,5,6,7,11b-hexahydrobenzo[6,7]-1,4-diazepino[5,4-b]oxazol-6-one", "10-chloro-11b-(2-chlorophenyl)-6-oxo-2,3,5,6,7,11b-hexahydrooxazolo[3,2-d][1,4]benzodiazepine", "10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro[1,3]oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one[acd/iupac name]", "cs 370", "24166-13-0[rn]", "10-chloro-11b-(o-chlorophenyl)-2,3,7,11b-tetrahydro-oxazolo(3,2-d) (1,4)benzodiazepin-6(5h)-one", "cloxazolam [inn:jan][inn][jan]", "cloxazolamum[latin]"}|>, "4023" -> <|"DatabaseID" -> "SW02446", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3089"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64442]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H](C(=O)N2C(=C1SC3Cn4cnc[n+]4C3)C(=O)[O-])[C@@H](C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01057"]}, "OfficialNames" -> <|"NPC Approved Name" -> "biapenem"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71339]}, "Synonyms" -> {"omegacin", "120410-24-4", "biapenem", "chebi:3089", "cl 186,815", "tl8000539", "121-01-7[rn]", "cl 186", "lj c10627", "204-443-2[einecs]", "5h-pyrazolo[1,2-a][1,2,4]triazol-4-ium 6-[[(4r,5s,6s)-2-carboxy-6-(1-hydroxyethyl)-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-en-3-yl]thio]-6,7-dihydro-,inner salt[acd/index name]", "biapenem[wiki]", "120410-24-4[rn]", "(4r,5s,6s)-3-(6,7-dihydro-5h-pyrazolo[1,2-a][1,2,4]triazol-4-ium-6-ylsulfanyl)-6-(1-hydroxyethyl)-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylate[acd/iupac name]", "biapenem [usan:inn][inn][usan]", "5835582[beilstein]", "ljc-10627", "lj c10,627", "lj c10", "[4r-[4a,5b,6b(r*)]]-6-[[2-carboxy-6-(1-hydroxyethyl)-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-en-3-yl]thio]-6,7-dihydro-5 h-pyrazolo[1,2-a][1,2,4]triazol-4-ium inner salt", "(4r,5s,6s)-3-(6,7-dihydro-5h-pyrazolo[1,2-a][1,2,4]triazol-4-ium-6-ylsulfanyl)-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylate[acd/iupac name]", "6-(((4r,5s,6s)-2-carboxy-6-((1r)-1-hydroxyethyl)-4-methyl-7-oxo-1-azabicyclo(3.2.0)hept-2-en-3-yl)thio)-6,7-dihydro-5h-pyrazolo(1,2-a)-s-triazol-4-ium hydroxide,inner salt", "5h-pyrazolo(1", "l-627", "biapenem (jan/usan)[jan][usan]", "ljc 10627", "7394875[beilstein]", "(4r,5s,6s)-3-(6,7-dihydro-5h-pyrazolo[1,2-a][1,2,4]triazol-4-ium-6-ylthio)-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylate", "5h-pyrazolo[1,2-a][1,2,4]triazol-4-ium 6-[[(4r,5s,6s)-2-carboxy-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-en-3-yl]thio]-6,7-dihydro- inner salt", "2-amino-5-nitrobenzotrifluoride", "4-nitro-2-(trifluoromethyl)aniline[acd/iupac name]", "(4r,5s,6s)-3-(6,7-dihydro-5h-pyrazolo[1,2-a][1,2,4]triazol-4-ium-6-ylsulfanyl)-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-en-2-carboxylat"}|>, "4024" -> <|"DatabaseID" -> "SW02446", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3089"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64442]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H](C(=O)N2C(=C1SC3Cn4cnc[n+]4C3)C(=O)[O-])[C@@H](C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01057"]}, "OfficialNames" -> <|"NPC Approved Name" -> "biapenem"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71339]}, "Synonyms" -> {"omegacin", "120410-24-4", "biapenem", "chebi:3089", "cl 186,815", "tl8000539", "121-01-7[rn]", "cl 186", "lj c10627", "204-443-2[einecs]", "5h-pyrazolo[1,2-a][1,2,4]triazol-4-ium 6-[[(4r,5s,6s)-2-carboxy-6-(1-hydroxyethyl)-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-en-3-yl]thio]-6,7-dihydro-,inner salt[acd/index name]", "biapenem[wiki]", "120410-24-4[rn]", "(4r,5s,6s)-3-(6,7-dihydro-5h-pyrazolo[1,2-a][1,2,4]triazol-4-ium-6-ylsulfanyl)-6-(1-hydroxyethyl)-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylate[acd/iupac name]", "biapenem [usan:inn][inn][usan]", "5835582[beilstein]", "ljc-10627", "lj c10,627", "lj c10", "[4r-[4a,5b,6b(r*)]]-6-[[2-carboxy-6-(1-hydroxyethyl)-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-en-3-yl]thio]-6,7-dihydro-5 h-pyrazolo[1,2-a][1,2,4]triazol-4-ium inner salt", "(4r,5s,6s)-3-(6,7-dihydro-5h-pyrazolo[1,2-a][1,2,4]triazol-4-ium-6-ylsulfanyl)-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylate[acd/iupac name]", "6-(((4r,5s,6s)-2-carboxy-6-((1r)-1-hydroxyethyl)-4-methyl-7-oxo-1-azabicyclo(3.2.0)hept-2-en-3-yl)thio)-6,7-dihydro-5h-pyrazolo(1,2-a)-s-triazol-4-ium hydroxide,inner salt", "5h-pyrazolo(1", "l-627", "biapenem (jan/usan)[jan][usan]", "ljc 10627", "7394875[beilstein]", "(4r,5s,6s)-3-(6,7-dihydro-5h-pyrazolo[1,2-a][1,2,4]triazol-4-ium-6-ylthio)-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylate", "5h-pyrazolo[1,2-a][1,2,4]triazol-4-ium 6-[[(4r,5s,6s)-2-carboxy-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-en-3-yl]thio]-6,7-dihydro- inner salt", "2-amino-5-nitrobenzotrifluoride", "4-nitro-2-(trifluoromethyl)aniline[acd/iupac name]", "(4r,5s,6s)-3-(6,7-dihydro-5h-pyrazolo[1,2-a][1,2,4]triazol-4-ium-6-ylsulfanyl)-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-en-2-carboxylat"}|>, "4025" -> <|"DatabaseID" -> "SW02447", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66110]}, "IsomericSmiles" -> "c1ccc2c(c1)[C@]34CC[N+]5([C@H]3C[C@@H]6[C@@H]7[C@@H]4N2C(=O)C[C@@H]7OCC=C6C5)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strychnin n-oxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73393]}, "Synonyms" -> {"strychnine", "strychnine-n-oxide", "n-oxystrychnine", "strychnine n6-oxide", "genostrychnine", "strychnin-n6-oxide", "strychnine n-oxide", "(4bs,7as,8ar,12as,12br,12cs)-6,7,7a,8,8a,11,12a,12b,12c,13-decahydro-5h,14h-7,9-methano-12-oxa-7,14a-diazacyclohepta[1,2,3-cd]cyclopenta[g]fluoranthen-14-one 7-oxide", "2-27-00-00739 (beilstein handbook reference)[beilstein]", "strychnidin-10-one", "strychnine n-oxide", "strychnine n(sup 6)-oxide", "strychnine nb-oxide", "1,14-methano-3h,6h-indolo[3,2,1-ij]oxepino[2,3,4-de]pyrrolo[2,3-h]quinolin-6-one,4a,5,12,13,14,14a,15,15a,15b,15c-decahydro-,14-oxide (4as,11bs,14as,15ar,15br,15cs)-", "strychnidin-10-one 19-oxide", "strychnine n6-oxide", "einecs 230-656-5", "7248-28-4[rn]", "strychnine 19-oxide", "(1r,11s,18s,20r,21r,22s)-12-oxa-17-azonia-8-azaheptacyclo[15.5.2.01,18.02,7.08,22.011,21.015,20]tetracosa-2(7),3,5,14-tetraen-9-one", "(1s,11s,18s,20r,21r,22s)-17-oxido-9-oxo-12-oxa-8,17-diazaheptacyclo[15.5.2.01,18.02,7.08,22.011,21.015,20]tetracosa-2(7),3,5,14-tetraen-17-ium", "230-656-5[einecs]", "2-27-00-00739"}|>, "4026" -> <|"DatabaseID" -> "SW02448", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32181"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 97231]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04942"]}, "IsomericSmiles" -> "CC1(CCC(c2c1ccc(c2)NC(=O)c3ccc(cc3)C(=O)[O-])(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01418"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tamibarotene"|>, "PharmGKBID" -> "PA164743464", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 108143]}, "Synonyms" -> {"amnoid", "tamibarotene", "retinobenzoic acid", "tamibaro", "am80", "amnoleuk", "am 80", "amnolake", "amnoid; tamibaro", "benzoic acid 4-(((5,6,7,8-tetrahydro-5,5,8,8-tetramethyl-2-naphthalenyl)amino)carbonyl)-", "hbv-activated protein", "rar-beta", "amnoid (tn)", "n-(5,6,7,8-tetrahydro-5,5,8,8-tetramethyl-2-naphthyl)terephthalamic acid", "4-[(5,5,8,8-tetramethyl-5,6,7,8-tetrahydronaphthalen-2-yl)carbamoyl]benzoic acid", "4-[(5,5,8,8-tetramethyl-6,7-dihydronaphthalen-2-yl)carbamoyl]benzoic acid", "4-((5,6,7,8-tetrahydro-5,5,8,8-tetramethyl-2-naphthalenyl)carbamoyl)benzoic acid", "4-[[(5,6,7,8-tetrahydro-5,5,8,8-tetramethyl-2-naphthalenyl)amino]carbonyl]benzoicacid", "rar-epsilon", "[94497-51-5]", "94497-51-5", "benzoic acid 4-[[(5,6,7,8-tetrahydro-5,5,8,8-tetramethyl-2-naphthalenyl)amino]carbonyl]-", "4-((5,5,8,8-tetramethyl-5,6,7,8-tetrahydronaphthalen-2-yl)carbamoyl)benzoic acid", "tamibarotene[portuguese]", "4-(((5,5,8,8-tetramethyl-5,6,7,8-tetrahydro-2-naphthalenyl)amino)carbonyl)benzoicacid", "terephthalic acidmono-5,5,8,8-tetramethyl- 5,6,7 8-tetrahydro-2-naphthylamide", "a80", "94497-51-5[rn]", "3564473[beilstein]", "tamibarotene |", "n-(5,6,7,8-tetrahydro-5,5,8,8-tetramethyl)-2-naphthyl)terephthalamic acid", "4-((5,5,8,8-tetramethyl-6,7-dihydronaphthalen-2-yl)carbamoyl)benzoic acid", "c061133", "chebi:32181"}|>, "4027" -> <|"DatabaseID" -> "SW02449", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735664]}, "IsomericSmiles" -> "C[C@@]12CC[C@H](C([C@H]1CCC(=C)[C@H]2C/C=C/3\\C(COC3=O)O)(C)CO)O", "OfficialNames" -> <|"Indian Approved Name" -> "kalmegh"|>, "Synonyms" -> {"(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylidenedecahydronaphthalen-1-yl]ethylidene}dihydrofuran-2(3h)-one", "2(3h)-furanone 3-[2-[(1r,4as,6r,8as)-decahydro-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylene-1-naphthalenyl]ethylidene]dihydro-4-hydroxy- (3e)-", "5508-58-7[rn]", "3a,14,15,18-tetrahydroxy-5b,9bh,10a-labda-8(20),12-dien-16-oicacid g-lactone", "(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylenedecahydronaphthalen-1-yl]ethylidene}dihydrofuran-2(3h)-one", "chuanxinlian", "3-[2-[decahydro-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylenenaphthyl]ethylidene]dihydro-4-hydroxyfuran-2(3h)-one", "andrographolide[wiki]", "[1r-[1a[e(s*)],4ab,5a,6a,8aa]]-3-[2-[decahydro-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylene-1-naphthalenyl]ethylidene]dihydro-4-hydroxy-2(3h)-furanone", "226-852-5[einecs]", "kalmegh", "(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylendecahydro-1-naphthalenyl]ethyliden}dihydro-2(3h)-furanon", "(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylenedecahydro-1-naphthalenyl]ethylidene}dihydro-2(3h)-furanone"}|>, "4028" -> <|"DatabaseID" -> "SW02449", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735664]}, "IsomericSmiles" -> "C[C@@]12CC[C@H](C([C@H]1CCC(=C)[C@H]2C/C=C/3\\C(COC3=O)O)(C)CO)O", "OfficialNames" -> <|"Indian Approved Name" -> "kalmegh"|>, "Synonyms" -> {"(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylidenedecahydronaphthalen-1-yl]ethylidene}dihydrofuran-2(3h)-one", "2(3h)-furanone 3-[2-[(1r,4as,6r,8as)-decahydro-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylene-1-naphthalenyl]ethylidene]dihydro-4-hydroxy- (3e)-", "5508-58-7[rn]", "3a,14,15,18-tetrahydroxy-5b,9bh,10a-labda-8(20),12-dien-16-oicacid g-lactone", "(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylenedecahydronaphthalen-1-yl]ethylidene}dihydrofuran-2(3h)-one", "chuanxinlian", "3-[2-[decahydro-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylenenaphthyl]ethylidene]dihydro-4-hydroxyfuran-2(3h)-one", "andrographolide[wiki]", "[1r-[1a[e(s*)],4ab,5a,6a,8aa]]-3-[2-[decahydro-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylene-1-naphthalenyl]ethylidene]dihydro-4-hydroxy-2(3h)-furanone", "226-852-5[einecs]", "kalmegh", "(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylendecahydro-1-naphthalenyl]ethyliden}dihydro-2(3h)-furanon", "(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylenedecahydro-1-naphthalenyl]ethylidene}dihydro-2(3h)-furanone"}|>, "4029" -> <|"DatabaseID" -> "SW02449", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735664]}, "IsomericSmiles" -> "C[C@@]12CC[C@H](C([C@H]1CCC(=C)[C@H]2C/C=C/3\\C(COC3=O)O)(C)CO)O", "OfficialNames" -> <|"Indian Approved Name" -> "kalmegh"|>, "Synonyms" -> {"(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylidenedecahydronaphthalen-1-yl]ethylidene}dihydrofuran-2(3h)-one", "2(3h)-furanone 3-[2-[(1r,4as,6r,8as)-decahydro-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylene-1-naphthalenyl]ethylidene]dihydro-4-hydroxy- (3e)-", "5508-58-7[rn]", "3a,14,15,18-tetrahydroxy-5b,9bh,10a-labda-8(20),12-dien-16-oicacid g-lactone", "(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylenedecahydronaphthalen-1-yl]ethylidene}dihydrofuran-2(3h)-one", "chuanxinlian", "3-[2-[decahydro-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylenenaphthyl]ethylidene]dihydro-4-hydroxyfuran-2(3h)-one", "andrographolide[wiki]", "[1r-[1a[e(s*)],4ab,5a,6a,8aa]]-3-[2-[decahydro-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylene-1-naphthalenyl]ethylidene]dihydro-4-hydroxy-2(3h)-furanone", "226-852-5[einecs]", "kalmegh", "(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylendecahydro-1-naphthalenyl]ethyliden}dihydro-2(3h)-furanon", "(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylenedecahydro-1-naphthalenyl]ethylidene}dihydro-2(3h)-furanone"}|>, "4030" -> <|"DatabaseID" -> "SW02449", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735664]}, "IsomericSmiles" -> "C[C@@]12CC[C@H](C([C@H]1CCC(=C)[C@H]2C/C=C/3\\C(COC3=O)O)(C)CO)O", "OfficialNames" -> <|"Indian Approved Name" -> "kalmegh"|>, "Synonyms" -> {"(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylidenedecahydronaphthalen-1-yl]ethylidene}dihydrofuran-2(3h)-one", "2(3h)-furanone 3-[2-[(1r,4as,6r,8as)-decahydro-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylene-1-naphthalenyl]ethylidene]dihydro-4-hydroxy- (3e)-", "5508-58-7[rn]", "3a,14,15,18-tetrahydroxy-5b,9bh,10a-labda-8(20),12-dien-16-oicacid g-lactone", "(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylenedecahydronaphthalen-1-yl]ethylidene}dihydrofuran-2(3h)-one", "chuanxinlian", "3-[2-[decahydro-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylenenaphthyl]ethylidene]dihydro-4-hydroxyfuran-2(3h)-one", "andrographolide[wiki]", "[1r-[1a[e(s*)],4ab,5a,6a,8aa]]-3-[2-[decahydro-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylene-1-naphthalenyl]ethylidene]dihydro-4-hydroxy-2(3h)-furanone", "226-852-5[einecs]", "kalmegh", "(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylendecahydro-1-naphthalenyl]ethyliden}dihydro-2(3h)-furanon", "(3e)-4-hydroxy-3-{2-[(1r,4as,6r,8as)-6-hydroxy-5-(hydroxymethyl)-5,8a-dimethyl-2-methylenedecahydro-1-naphthalenyl]ethylidene}dihydro-2(3h)-furanone"}|>, "4031" -> <|"DatabaseID" -> "SW02450", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34916"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4603]}, "IsomericSmiles" -> "CC(=CC1C(C1(C)C)C(=O)OCc2cccc(c2)Oc3ccccc3)C", "OfficialNames" -> <|"NPC Approved Name" -> "phenothrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4767]}, "Synonyms" -> {"anchimanaito 20s", "wellcide", "pibutin", "phenoxythrin", "sumitrin", "phenothrine", "duet", "solo (insecticide)", "d-phenothrin", "s 2539f", "3-phenoxybenzyl-2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropancarboxylat", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester,(1r-cis)-", "3-phenoxybenzyl 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropanecarboxylate[acd/iupac name]", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester,(-)-cis-", "53528-32-8[rn]", "2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylic acid(3-phenoxyphenyl)methyl ester", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester", "2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylic acid m-phenoxybenzyl ester", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methylpropenyl)- m-phenoxybenzylester", "phenothrin (1s-cis)-isomer", "phenothrin (1r-cis)-isomer", "(3-phenoxyphenyl)methyl cis,trans-(+)-2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylate", "m-phenoxybenzyl 2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylate", "phenothrin", "phenothrin (1r-trans)-isomer", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- 3-(phenoxyphenyl)methyl ester", "26046-85-5[rn]", "3-phenoxybenzyl 2-dimethyl-3-(methylpropenyl)cyclopropanecarboxylate", "3-phenoxybenzyl (-)-cis-2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester,(1r-trans)-", "phenothrin [bsi:iso]", "phenothrin (1s-trans)-isomer", "3-phenoxybenzyl (1rs,3rs;1rs,3sr)-2,2-dimethyl-3-(2-methylprop-1-enyl)cyclopropanecarboxylate", "26002-80-2", "anvil 2+2 ulv", "fenotrina[spanish]", "benzyl alcohol m-phenoxy-,2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylate", "3-phenoxybenzyl 2,2-dimethyl-3-(2-methylprop-1-enyl)cyclopropanecarboxylate", "2160930[beilstein]", "s 2539 (pesticide)", "cis-(-)-(3-phenoxyphenyl)methyl 2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "3-phenoxybenzyl-2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropancarboxylat", "multicide 2154", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)- (3-phenoxyphenyl)methyl ester", "3-phenoxybenzyl cis,trans-chrysanthemate", "sumethrin", "3-phenoxybenzyl chrysanthemate", "3-phenoxybenzyl (1rs)-cis,trans-2,2-dimethyl-3-(2-methylprop-1-enyl)cyclopropanecarboxylate", "188023-86-1[rn]", "sumithrin", "phenothrin [ban:inn][inn]", "247-404-5[einecs]", "sumithrin[wiki]", "anvil 10+10 ulv", "phenothrinum[latin]", "phenothrin[wiki]", "(3-phenoxyphenyl)methyl 2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "3-phenoxybenzyl 2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropanecarboxylate", "3-phenoxybenzyl (1rs)-cis,trans-chrysanthemate", "73170-79-3[rn]", "26002-80-2[rn]", "c006166"}|>, "4032" -> <|"DatabaseID" -> "SW02450", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34916"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4603]}, "IsomericSmiles" -> "CC(=CC1C(C1(C)C)C(=O)OCc2cccc(c2)Oc3ccccc3)C", "OfficialNames" -> <|"NPC Approved Name" -> "phenothrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4767]}, "Synonyms" -> {"anchimanaito 20s", "wellcide", "pibutin", "phenoxythrin", "sumitrin", "phenothrine", "duet", "solo (insecticide)", "d-phenothrin", "s 2539f", "3-phenoxybenzyl-2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropancarboxylat", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester,(1r-cis)-", "3-phenoxybenzyl 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropanecarboxylate[acd/iupac name]", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester,(-)-cis-", "53528-32-8[rn]", "2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylic acid(3-phenoxyphenyl)methyl ester", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester", "2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylic acid m-phenoxybenzyl ester", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methylpropenyl)- m-phenoxybenzylester", "phenothrin (1s-cis)-isomer", "phenothrin (1r-cis)-isomer", "(3-phenoxyphenyl)methyl cis,trans-(+)-2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylate", "m-phenoxybenzyl 2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylate", "phenothrin", "phenothrin (1r-trans)-isomer", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- 3-(phenoxyphenyl)methyl ester", "26046-85-5[rn]", "3-phenoxybenzyl 2-dimethyl-3-(methylpropenyl)cyclopropanecarboxylate", "3-phenoxybenzyl (-)-cis-2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester,(1r-trans)-", "phenothrin [bsi:iso]", "phenothrin (1s-trans)-isomer", "3-phenoxybenzyl (1rs,3rs;1rs,3sr)-2,2-dimethyl-3-(2-methylprop-1-enyl)cyclopropanecarboxylate", "26002-80-2", "anvil 2+2 ulv", "fenotrina[spanish]", "benzyl alcohol m-phenoxy-,2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylate", "3-phenoxybenzyl 2,2-dimethyl-3-(2-methylprop-1-enyl)cyclopropanecarboxylate", "2160930[beilstein]", "s 2539 (pesticide)", "cis-(-)-(3-phenoxyphenyl)methyl 2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "3-phenoxybenzyl-2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropancarboxylat", "multicide 2154", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)- (3-phenoxyphenyl)methyl ester", "3-phenoxybenzyl cis,trans-chrysanthemate", "sumethrin", "3-phenoxybenzyl chrysanthemate", "3-phenoxybenzyl (1rs)-cis,trans-2,2-dimethyl-3-(2-methylprop-1-enyl)cyclopropanecarboxylate", "188023-86-1[rn]", "sumithrin", "phenothrin [ban:inn][inn]", "247-404-5[einecs]", "sumithrin[wiki]", "anvil 10+10 ulv", "phenothrinum[latin]", "phenothrin[wiki]", "(3-phenoxyphenyl)methyl 2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "3-phenoxybenzyl 2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropanecarboxylate", "3-phenoxybenzyl (1rs)-cis,trans-chrysanthemate", "73170-79-3[rn]", "26002-80-2[rn]", "c006166"}|>, "4033" -> <|"DatabaseID" -> "SW02450", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34916"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4603]}, "IsomericSmiles" -> "CC(=CC1C(C1(C)C)C(=O)OCc2cccc(c2)Oc3ccccc3)C", "OfficialNames" -> <|"NPC Approved Name" -> "phenothrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4767]}, "Synonyms" -> {"anchimanaito 20s", "wellcide", "pibutin", "phenoxythrin", "sumitrin", "phenothrine", "duet", "solo (insecticide)", "d-phenothrin", "s 2539f", "3-phenoxybenzyl-2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropancarboxylat", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester,(1r-cis)-", "3-phenoxybenzyl 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropanecarboxylate[acd/iupac name]", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester,(-)-cis-", "53528-32-8[rn]", "2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylic acid(3-phenoxyphenyl)methyl ester", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester", "2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylic acid m-phenoxybenzyl ester", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methylpropenyl)- m-phenoxybenzylester", "phenothrin (1s-cis)-isomer", "phenothrin (1r-cis)-isomer", "(3-phenoxyphenyl)methyl cis,trans-(+)-2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylate", "m-phenoxybenzyl 2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylate", "phenothrin", "phenothrin (1r-trans)-isomer", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- 3-(phenoxyphenyl)methyl ester", "26046-85-5[rn]", "3-phenoxybenzyl 2-dimethyl-3-(methylpropenyl)cyclopropanecarboxylate", "3-phenoxybenzyl (-)-cis-2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester,(1r-trans)-", "phenothrin [bsi:iso]", "phenothrin (1s-trans)-isomer", "3-phenoxybenzyl (1rs,3rs;1rs,3sr)-2,2-dimethyl-3-(2-methylprop-1-enyl)cyclopropanecarboxylate", "26002-80-2", "anvil 2+2 ulv", "fenotrina[spanish]", "benzyl alcohol m-phenoxy-,2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylate", "3-phenoxybenzyl 2,2-dimethyl-3-(2-methylprop-1-enyl)cyclopropanecarboxylate", "2160930[beilstein]", "s 2539 (pesticide)", "cis-(-)-(3-phenoxyphenyl)methyl 2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "3-phenoxybenzyl-2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropancarboxylat", "multicide 2154", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)- (3-phenoxyphenyl)methyl ester", "3-phenoxybenzyl cis,trans-chrysanthemate", "sumethrin", "3-phenoxybenzyl chrysanthemate", "3-phenoxybenzyl (1rs)-cis,trans-2,2-dimethyl-3-(2-methylprop-1-enyl)cyclopropanecarboxylate", "188023-86-1[rn]", "sumithrin", "phenothrin [ban:inn][inn]", "247-404-5[einecs]", "sumithrin[wiki]", "anvil 10+10 ulv", "phenothrinum[latin]", "phenothrin[wiki]", "(3-phenoxyphenyl)methyl 2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "3-phenoxybenzyl 2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropanecarboxylate", "3-phenoxybenzyl (1rs)-cis,trans-chrysanthemate", "73170-79-3[rn]", "26002-80-2[rn]", "c006166"}|>, "4034" -> <|"DatabaseID" -> "SW02450", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34916"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4603]}, "IsomericSmiles" -> "CC(=CC1C(C1(C)C)C(=O)OCc2cccc(c2)Oc3ccccc3)C", "OfficialNames" -> <|"NPC Approved Name" -> "phenothrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4767]}, "Synonyms" -> {"anchimanaito 20s", "wellcide", "pibutin", "phenoxythrin", "sumitrin", "phenothrine", "duet", "solo (insecticide)", "d-phenothrin", "s 2539f", "3-phenoxybenzyl-2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropancarboxylat", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester,(1r-cis)-", "3-phenoxybenzyl 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropanecarboxylate[acd/iupac name]", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester,(-)-cis-", "53528-32-8[rn]", "2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylic acid(3-phenoxyphenyl)methyl ester", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester", "2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylic acid m-phenoxybenzyl ester", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methylpropenyl)- m-phenoxybenzylester", "phenothrin (1s-cis)-isomer", "phenothrin (1r-cis)-isomer", "(3-phenoxyphenyl)methyl cis,trans-(+)-2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylate", "m-phenoxybenzyl 2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylate", "phenothrin", "phenothrin (1r-trans)-isomer", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- 3-(phenoxyphenyl)methyl ester", "26046-85-5[rn]", "3-phenoxybenzyl 2-dimethyl-3-(methylpropenyl)cyclopropanecarboxylate", "3-phenoxybenzyl (-)-cis-2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propenyl)- (3-phenoxyphenyl)methyl ester,(1r-trans)-", "phenothrin [bsi:iso]", "phenothrin (1s-trans)-isomer", "3-phenoxybenzyl (1rs,3rs;1rs,3sr)-2,2-dimethyl-3-(2-methylprop-1-enyl)cyclopropanecarboxylate", "26002-80-2", "anvil 2+2 ulv", "fenotrina[spanish]", "benzyl alcohol m-phenoxy-,2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylate", "3-phenoxybenzyl 2,2-dimethyl-3-(2-methylprop-1-enyl)cyclopropanecarboxylate", "2160930[beilstein]", "s 2539 (pesticide)", "cis-(-)-(3-phenoxyphenyl)methyl 2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "3-phenoxybenzyl-2,2-dimethyl-3-(2-methyl-1-propen-1-yl)cyclopropancarboxylat", "multicide 2154", "cyclopropanecarboxylic acid 2,2-dimethyl-3-(2-methyl-1-propen-1-yl)- (3-phenoxyphenyl)methyl ester", "3-phenoxybenzyl cis,trans-chrysanthemate", "sumethrin", "3-phenoxybenzyl chrysanthemate", "3-phenoxybenzyl (1rs)-cis,trans-2,2-dimethyl-3-(2-methylprop-1-enyl)cyclopropanecarboxylate", "188023-86-1[rn]", "sumithrin", "phenothrin [ban:inn][inn]", "247-404-5[einecs]", "sumithrin[wiki]", "anvil 10+10 ulv", "phenothrinum[latin]", "phenothrin[wiki]", "(3-phenoxyphenyl)methyl 2,2-dimethyl-3-(2-methyl-1-propenyl)cyclopropanecarboxylate", "3-phenoxybenzyl 2,2-dimethyl-3-(2-methylprop-1-en-1-yl)cyclopropanecarboxylate", "3-phenoxybenzyl (1rs)-cis,trans-chrysanthemate", "73170-79-3[rn]", "26002-80-2[rn]", "c006166"}|>, "4035" -> <|"DatabaseID" -> "SW02451", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12766]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01491"]}, "IsomericSmiles" -> "CCC(=O)C(CC(C)[NH+]1CCCCC1)(c2ccccc2)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "dipipanone hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13331]}, "Synonyms" -> {"dipipanone", "fenpidon", "phenylpiperon", "dipipanona[spanish]", "4,4-diphenyl-6-(piperidin-1-yl)heptan-3-one", "2-(1-piperidino)-4,4-diphenyl-5-heptanone", "207-399-2[einecs]", "piperidylamidone", "3-heptanone 4,4-diphenyl-6-piperidino-", "27453-70-9[rn]", "unii-8vy00aj0rl", "dipipanonum", "dipipanona", "27453-70-9", "dl-4,4-diphenyl-6-piperidinoheptan-3-one", "4,4-diphenyl-6-piperidino-3-heptanone", "378c48", "4,4-diphenyl-6-(1-piperidinyl)-3-heptanone[acd/iupac name]", "6-piperidino-4,4-diphenylheptan-3-one", "dipipanonum[latin]", "pipadone", "pamedone", "856-87-1[rn]", "3-heptanone", "dipipanone[wiki]", "phenylpiperone", "378-c-48", "3-heptanone 4,4-diphenyl-6-(1-piperidinyl)-", "pamedon", "hoechst 10805", "467-83-4[rn]", "diconal", "467-83-4", "piperidyl amidone", "piperidyl-methadon", "piperidyl-amidon"}|>, "4036" -> <|"DatabaseID" -> "SW02451", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12766]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01491"]}, "IsomericSmiles" -> "CCC(=O)C(CC(C)[NH+]1CCCCC1)(c2ccccc2)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "dipipanone hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13331]}, "Synonyms" -> {"dipipanone", "fenpidon", "phenylpiperon", "dipipanona[spanish]", "4,4-diphenyl-6-(piperidin-1-yl)heptan-3-one", "2-(1-piperidino)-4,4-diphenyl-5-heptanone", "207-399-2[einecs]", "piperidylamidone", "3-heptanone 4,4-diphenyl-6-piperidino-", "27453-70-9[rn]", "unii-8vy00aj0rl", "dipipanonum", "dipipanona", "27453-70-9", "dl-4,4-diphenyl-6-piperidinoheptan-3-one", "4,4-diphenyl-6-piperidino-3-heptanone", "378c48", "4,4-diphenyl-6-(1-piperidinyl)-3-heptanone[acd/iupac name]", "6-piperidino-4,4-diphenylheptan-3-one", "dipipanonum[latin]", "pipadone", "pamedone", "856-87-1[rn]", "3-heptanone", "dipipanone[wiki]", "phenylpiperone", "378-c-48", "3-heptanone 4,4-diphenyl-6-(1-piperidinyl)-", "pamedon", "hoechst 10805", "467-83-4[rn]", "diconal", "467-83-4", "piperidyl amidone", "piperidyl-methadon", "piperidyl-amidon"}|>, "4037" -> <|"DatabaseID" -> "SW02452", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "116278"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3811]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00978"]}, "IsomericSmiles" -> "CCn1cc(c(=O)c2c1c(c(c(c2)F)N3CC[NH2+]C(C3)C)F)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02318"]}, "OfficialNames" -> <|"China Approved Name" -> "lomefloxacin", "Indian Approved Name" -> "lomefloxacin", "FDA Approved Drug" -> "LOMEFLOXACIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164749165", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3948]}, "Synonyms" -> {"lomefloxacin", "lflx", "lomefloxacino [spanish]", "lomefloxacine [french]", "lomefloxacinum [latin]", "lomefloxacin hydrochloride", "maxaquin", "lomefloxacin[wiki][usan]", "tl8006033", "lomefloxacin [usan:ban:inn][inn][usan]", "dna topoisomerase ii alpha isozyme", "1-ethyl-6,8-difluoro-7-(3-methyl-1-piperazinyl)-4-oxo-1,4-dihydro-3-quinolinecarboxylic acid[acd/iupac name]", "lomefloxacino[spanish]", "1-ethyl-6,8-difluoro-7-(3-methyl-piperazin-1-yl)-4-oxo-1,4-dihydro-quinoline-3-carboxylicacid", "3-quinolinecarboxylic acid,1-ethyl-6,8-difluoro-1,4-dihydro-7-(3-methyl-1-piperazinyl)-4-oxo-", "sc-47111a", "lomefloxacinum", "bareon", "sc-47111 (hydrochloride)", "ny-198 (hydrochloride)", "lomefloxacinum[latin]", "3-quinolinecarboxylic acid,1,4-dihydro-6,8-difluoro-1-ethyl-7-(3-methyl-1-piperazinyl)-4-oxo-", "98079-52-8[rn]", "dm 10 (bactericide)", "9005-80-5[rn]", "1-ethyl-6,8-difluoro-7-(3-methylpiperazinyl)-4-oxohydroquinoline-3-carboxylic cid", "sc-47111b (mesylate)", "1,4-dihydro-6,8-difluoro-1-ethyl-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylic acid", "98079-51-7[rn]", "uniquin", "lomefloxacin [inn_en]", "ec 5.99.1.3", "maxaquin[wiki]", "lomefloxacino", "lomefloxacine", "1-ethyl-6,8-difluoro-7-(3-methylpiperazin-1-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "sc 47111a", "lomefloxacine[french]", "1-ethyl-6,8-difluoro-7-(3-methylpiperazinyl)-4-oxohydroquinoline-3-carboxylic acid", "98079-51-7", "1-ethyl-6,8-difluoro-1,4-dihydro-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylic acid"}|>, "4038" -> <|"DatabaseID" -> "SW02452", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "116278"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3811]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00978"]}, "IsomericSmiles" -> "CCn1cc(c(=O)c2c1c(c(c(c2)F)N3CC[NH2+]C(C3)C)F)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02318"]}, "OfficialNames" -> <|"China Approved Name" -> "lomefloxacin", "Indian Approved Name" -> "lomefloxacin", "FDA Approved Drug" -> "LOMEFLOXACIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164749165", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3948]}, "Synonyms" -> {"lomefloxacin", "lflx", "lomefloxacino [spanish]", "lomefloxacine [french]", "lomefloxacinum [latin]", "lomefloxacin hydrochloride", "maxaquin", "lomefloxacin[wiki][usan]", "tl8006033", "lomefloxacin [usan:ban:inn][inn][usan]", "dna topoisomerase ii alpha isozyme", "1-ethyl-6,8-difluoro-7-(3-methyl-1-piperazinyl)-4-oxo-1,4-dihydro-3-quinolinecarboxylic acid[acd/iupac name]", "lomefloxacino[spanish]", "1-ethyl-6,8-difluoro-7-(3-methyl-piperazin-1-yl)-4-oxo-1,4-dihydro-quinoline-3-carboxylicacid", "3-quinolinecarboxylic acid,1-ethyl-6,8-difluoro-1,4-dihydro-7-(3-methyl-1-piperazinyl)-4-oxo-", "sc-47111a", "lomefloxacinum", "bareon", "sc-47111 (hydrochloride)", "ny-198 (hydrochloride)", "lomefloxacinum[latin]", "3-quinolinecarboxylic acid,1,4-dihydro-6,8-difluoro-1-ethyl-7-(3-methyl-1-piperazinyl)-4-oxo-", "98079-52-8[rn]", "dm 10 (bactericide)", "9005-80-5[rn]", "1-ethyl-6,8-difluoro-7-(3-methylpiperazinyl)-4-oxohydroquinoline-3-carboxylic cid", "sc-47111b (mesylate)", "1,4-dihydro-6,8-difluoro-1-ethyl-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylic acid", "98079-51-7[rn]", "uniquin", "lomefloxacin [inn_en]", "ec 5.99.1.3", "maxaquin[wiki]", "lomefloxacino", "lomefloxacine", "1-ethyl-6,8-difluoro-7-(3-methylpiperazin-1-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "sc 47111a", "lomefloxacine[french]", "1-ethyl-6,8-difluoro-7-(3-methylpiperazinyl)-4-oxohydroquinoline-3-carboxylic acid", "98079-51-7", "1-ethyl-6,8-difluoro-1,4-dihydro-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylic acid"}|>, "4039" -> <|"DatabaseID" -> "SW02453", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475232]}, "IsomericSmiles" -> "C[NH2+]CCc1cc2c(cc1c3cc4ccc5c(c4cn3)OCO5)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corydamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316094]}, "Synonyms" -> {"ac1nstv3", "2-[6-([1", "corydamine"}|>, "4040" -> <|"DatabaseID" -> "SW02454", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10442740]}, "IsomericSmiles" -> "Cc1cnc(s1)NC(=O)C2=C(c3ccccc3S(=O)(=O)N2C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00969"]}, "OfficialNames" -> <|"China Approved Name" -> "meloxicam", "Indian Approved Name" -> "meloxicam", "FDA Approved Drug" -> "MELOXICAM"|>, "Synonyms" -> {"meloxicam", "71125-38-7", "4-hydroxy-2-methyl-n-(5-methylthiazol-2-yl)-2h-benzo[e][1,2]thiazine-3-carboxamide 1,1-dioxide", "c065757", "4-hydroxy-2-methyl-n-(5-methyl-1,3-thiazol-2-yl)-2h-1,2-benzothiazin-3-crboxamide1,1-dioxide", "4-hydroxy-2-methyl-n-(5-methyl-2-thiazolyl)-2h-1,2-benzothiazine-3-carboxamide-1,1-dioxide", "meloxicam (tautomer)[wiki]", "movalis[wiki]", "mfcd00868752", "mobic", "71125-38-7[rn]", "2h-1,2-benzothiazine-3-carboxamide,4-hydroxy-2-methyl-n-(5-methyl-2-thiazolyl)-,1,1-dioxide", "4-hydroxy-2-methyl-n-(5-methyl-2-thiazolyl)-2h-1,2-benzothiazine-3-carboxamide 1,1-dioxide", "2h-1,2-benzothiazine-3-carboxamide,4-hydroxy-2-methyl-n-(5-methylthiazolyl)- 1,1-dioxide", "tl8005001", "movalis;melox;recoxa;mobic;mobicoxtenaron", "metacam[wiki]", "uhac-62xx", "mobicox", "mobic[wiki]", "miloxicam", "uticox", "movicox", "mobic metacam parocin", "4-hydroxy-2-methyl-n-(5-methyl-1,3-thiazol-2-yl)-2h-1,2-benzothiazine-3-carboxamide 1,1-dioxide", "4-hydroxy-2-methyl-n-(5-methyl-1,3-thiazol-2-yl)-2h-1,2-benzothiazin-3-carboxamid-1,1-dioxid", "parocin", "mobec", "uh-ac 62xx", "movalis;", "masflex"}|>, "4041" -> <|"DatabaseID" -> "SW02455", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15551"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444059]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00917"]}, "IsomericSmiles" -> "CCCCC[C@@H](/C=C/[C@H]1[C@@H](CC(=O)[C@@H]1C/C=C\\CCCC(=O)[O-])O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00079"]}, "OfficialNames" -> <|"China Approved Name" -> "prostaglandin E", "Indian Approved Name" -> "dinoprostone", "WHO Essential Medicine" -> "prostaglandin E", "Australia Approved Name" -> "PROSTAGLANDIN E", "FDA Approved Drug" -> "DINOPROSTONE"|>, "PharmGKBID" -> "PA449345", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280360]}, "Synonyms" -> {"prostin e2", "cervidil", "prepidil", "dinoprostone", "pge2", "prostaglandin e2", "prostarmon e", "propess", "dinoprostone prostaglandin e2", "prostin", "dinoproston", "minprostin e2", "7-(3-hydroxy-2-(3-hydroxy-1-octenyl)-5-oxocyclopentyl)-5-heptenoic acid", "pge receptor ep4 subtype", "prostaglandin e(,2)", "minprositin e2", "prostaglandin,pge2", "9-oxo-11r,15s-dihydroxy-5z,13e-prostadienoic acid", "(z)-7-[(1r,2r,3r)-3-hydroxy-2-[(e,3s)-3-hydroxyoct-1-enyl]-5-oxocyclopentyl]hept-5-enoic acid", "l-pge2", "dinoprostone [usan:ban:inn:jan][inn][jan][usan]", "(15s)-prostaglandin e2", "prostin e", "prepidil (tn)", "(-)-prostaglandin e2", "dinoprostona[spanish][inn]", "l-prostaglandin e2", "dinoprostonum[latin]", "pge2 (prostaglandin e2)", "prostaglandin e", "5-heptenoic acid,7-(3-hydroxy-2-(3-hydroxy-1-octenyl)-5-oxocyclopentyl)- (8ci)", "(5z)-7-{(1r,2r,3r)-3-hydroxy-2-[(1e,3s)-3-hydroxyoct-1-en-1-yl]-5-oxocyclopentyl}hept-5-enoic acid", "(5z,11a,13e,15s)-11,15-dihydroxy-9-oxo-prosta-5,13-dien-1oic acid", "206-656-6[einecs]", "dinoprostone[wiki]", "5-heptenoic acid,7-(3-hydroxy-2-(3-hydroxy-1-octenyl)-5-oxocyclopentyl)-", "(e,z)-(1r,2r,3r)-7-(3-hydroxy-2-((3s)-(3-hydroxy-1-octenyl))-5-oxocyclopentyl)-5-heptenoicacid", "l-7-(3-hydroxy-2-(3-hydroxy-1-octenyl)-5-oxocyclopentyl)-5-heptenoic acid", "363-24-6[rn]", "prostanoid ep4 receptor", "5-trans-pge2", "(5z,11a,13e,15s)-11,15-dihydroxy-9-oxoprosta-5,13-dien-1-oic acid", "5-heptenoic acid,7-(3-hydroxy-2-(3-hydroxy-1-octenyl)-5-oxocyclopentyl)- l-", "363-24-6", "2224724[beilstein]", "7-[5-((1e)(3s)-3-hydroxyoct-1-enyl)(1r,4r,5r)-4-hydroxy-2-oxocyclopentyl](5z)hept-5-enoicacid", "bms-279654 & pge2", "dinoprostonum [inn_la]", "[363-24-6]"}|>, "4042" -> <|"DatabaseID" -> "SW02456", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32184"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5188]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00799"]}, "IsomericSmiles" -> "CCOC(=O)c1ccc(nc1)C#Cc2ccc3c(c2)C(CCS3)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01132"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TAZAROTENE"|>, "PharmGKBID" -> "PA164746821", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5381]}, "Synonyms" -> {"tazarotene", "avage", "zorac", "tazarotenum", "tazoral", "tazaroteno", "tazorac", "suretin", "agn-190168", "tazarotene[wiki]", "tazarotene (jan/usan)[jan][usan]", "zorac (tn)", "ethyl 6-[(4,4-dimethyl-3,4-dihydro-2h-thiochromen-6-yl)ethynyl]pyridine-3-carboxylate", "ethyl 6-[(4,4-dimethyl-3,4-dihydro-2h-thiochromen-6-yl)ethynyl]nicotinate[acd/iupac name]", "tazarotene [usan:inn][inn][usan]", "c086827", "hbv-activated protein", "3-pyridinecarboxylic acid,6-[2-(3,4-dihydro-4,4-dimethyl-2h-1-benzothiopyran-6-yl)ethynyl]- ethylester", "tazorac[wiki]", "tazorac avage zora", "ethyl 6-((4,4-dimethylthiochroman-6-yl)ethynyl)nicotinate", "ethyl 6-[2-(4,4-dimethyl-3,4-dihydro-2h-1-benzothiopyran-6-yl)ethynyl]pyridine-3-carboxylate", "rar-beta", "118292-40-3[rn]", "3-pyridinecarboxylic acid,6-((3,4-dihydro-4,4-dimethyl-2h-1-benzothiopyran-6-yl)ethynyl)- ethyl ester", "tazarotene(avage)", "rar-epsilon", "ethyl 6-(2-(4,4-dimethylthiochroman-6-yl)ethynyl)nicotinate", "118292-40-3", "ethyl-6-[(4,4-dimethyl-3,4-dihydro-2h-thiochromen-6-yl)ethinyl]pyridin-3-carboxylat", "tazarotene [usan:inn]", "6-[(3,4-dihydro-4,4-dimethyl-2h-1-benzothiopyran-6-yl)ethynyl]-3-pyridinecarboxylic acid ethyl ester", "8159145[beilstein]", "tazorac;avage;zora;avage", "3-pyridinecarboxylic acid,6-[(3,4-dihydro-4,4-dimethyl-2h-1-benzothiopyran-6-yl)ethynyl]- ethyl ester", "ethyl 6-[2-(4,4-dimethylthiochroman-6-yl)ethynyl] nicotinate", "6-[2-(3,4-dihydro-4,4-dimethyl-2h-1-benzothiopyran-6-yl)ethynyl]-3-pyridinecarboxylic acidethyl ester", "ethyl 6-[2-(4,4-dimethylthiochroman-6-yl)ethynyl]pyridine-3-carboxylate"}|>, "4043" -> <|"DatabaseID" -> "SW02457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392007]}, "IsomericSmiles" -> "CC[C@@]12CCC[NH+]3[C@@H]1c4c(c5ccccc5n4C(=C2)C(=O)OCC)CC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01371"]}, "OfficialNames" -> <|"China Approved Name" -> "vinpocetine", "Indian Approved Name" -> "vinpocetine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443955]}, "Synonyms" -> {"ethyl (+)-cis-apovincaminate", "tcv-3b", "vinpocetine", "bravinton", "ethyl apovincamin-22-oate", "apovincaminic acid ethyl ester", "ethyl (+)-apovincaminate", "(3a,16a)-eburnamenine-14-carboxylic acid ethyl ester", "cis-apovincaminic acid ethyl ester", "(+)-cis-apovincaminic acid ethyl ester", "(3as,11bs)-3a-ethyl-1,2,3,3a,10,11b-hexahydro-11h-5a,11a-diaza-benzo[cd]fluoranthene-5-carboxylic acid ethylester", "ceractin", "ethyl apovincaminate", "ethyl (3?,16?)-eburnamenine-14-carboxylate", "11a-ethyl-2,3,4,5,11a,11b-hexahydro-1h-3a,9b-diaza-benzo[cd]fluoranthene-10-carboxylic acid 2-nitrooxy-ethylester(vinpocetine)", "(3s,16s)-apovincaminic acid ethylester", "ay 27,255", "3a,16a-apovincaminic acid ethyl ester", "256-028-0[einecs]", "cavinton", "42971-09-5", "(11as,11bs)-11a-ethyl-2,3,4,5,11a,11b-hexahydro-1h-3a,9b-diaza-benzo[cd]fluoranthene-10-carboxylicacid ethyl ester", "vinpocetine[wiki][jan][usan]", "(+)-apovincaminic acid ethyl ester", "cavinton[wiki]", "ultra-vinca", "42971-12-0[rn]", "eburnamenine-14-carboxylic acid ethyl ester", "tcv 3b", "42971-09-5[rn]", "vinpocetinum"}|>, "4044" -> <|"DatabaseID" -> "SW02458", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299938]}, "IsomericSmiles" -> "CCCCCCCCC(=O)NCc1ccc(c(c1)OC)CC(CO)O", "OfficialNames" -> <|"NPC Approved Name" -> "nonanoyl vanillylamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035784]}, "Synonyms" -> {"nonanoyl vanillylamide-4-o-glycerol", "glyceryl nonivamide", "n-(4-o-glycerol-3-methoxybenzyl)nonivamide", "n-[4-(2,3-dihydroxypropyl)-3-methoxybenzyl]nonanamide", "147465-43-8", "nonanamide n-((4-(2,3-dihydroxypropyl)-3-methoxyphenyl)methyl)-", "ac1mhzys", "nonanamide n-[[4-(2,3-dihydroxypropyl)-3-methoxyphenyl]methyl]-", "nonanamide", "chembl1671885", "147465-43-8[rn]", "n-[[4-(2"}|>, "4045" -> <|"DatabaseID" -> "SW02458", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299938]}, "IsomericSmiles" -> "CCCCCCCCC(=O)NCc1ccc(c(c1)OC)CC(CO)O", "OfficialNames" -> <|"NPC Approved Name" -> "nonanoyl vanillylamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035784]}, "Synonyms" -> {"nonanoyl vanillylamide-4-o-glycerol", "glyceryl nonivamide", "n-(4-o-glycerol-3-methoxybenzyl)nonivamide", "n-[4-(2,3-dihydroxypropyl)-3-methoxybenzyl]nonanamide", "147465-43-8", "nonanamide n-((4-(2,3-dihydroxypropyl)-3-methoxyphenyl)methyl)-", "ac1mhzys", "nonanamide n-[[4-(2,3-dihydroxypropyl)-3-methoxyphenyl]methyl]-", "nonanamide", "chembl1671885", "147465-43-8[rn]", "n-[[4-(2"}|>, "4046" -> <|"DatabaseID" -> "SW02459", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56081]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01557"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2)C(C)Cc3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Alpha-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62281]}, "Synonyms" -> {"n-(1-(1-methyl-2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "n-phenyl-n-[1-(1-phenylpropan-2-yl)piperidin-4-yl]propanamide", "a-methylfentanyl", "alpha-methylfentanyl", "n-[1-(a-methylphenethyl)-4-piperidyl]propionanilide", "propanamide n-(1-(1-methyl-2-phenylethyl)-4-piperidinyl)-n-phenyl-", "n-[1-(1-methyl-2-phenylethyl)-4-piperidinyl]-n-phenylpropanamide", "1-(1-methyl-2-phenylethyl)-4-(n-propanilido)piperidine", "ncgc00247734-01", "propanamide n-[1-(1-methyl-2-phenylethyl)-4-piperidinyl]-n-phenyl-", "1443-44-3", "alpha methyl fentanyl", "nsc167733", "n-[1-(1-methyl-2-phenylethyl)-piperidin-4-yl]-n-phenylpropanamide", "79704-88-4", "79704-88-4[rn]", "n-(1-(1-methyl-2-phenylethyl)-piperidin-4-yl)-n-phenylpropanamide", "1443-44-3[rn]"}|>, "4047" -> <|"DatabaseID" -> "SW02459", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56081]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01557"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2)C(C)Cc3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Alpha-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62281]}, "Synonyms" -> {"n-(1-(1-methyl-2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "n-phenyl-n-[1-(1-phenylpropan-2-yl)piperidin-4-yl]propanamide", "a-methylfentanyl", "alpha-methylfentanyl", "n-[1-(a-methylphenethyl)-4-piperidyl]propionanilide", "propanamide n-(1-(1-methyl-2-phenylethyl)-4-piperidinyl)-n-phenyl-", "n-[1-(1-methyl-2-phenylethyl)-4-piperidinyl]-n-phenylpropanamide", "1-(1-methyl-2-phenylethyl)-4-(n-propanilido)piperidine", "ncgc00247734-01", "propanamide n-[1-(1-methyl-2-phenylethyl)-4-piperidinyl]-n-phenyl-", "1443-44-3", "alpha methyl fentanyl", "nsc167733", "n-[1-(1-methyl-2-phenylethyl)-piperidin-4-yl]-n-phenylpropanamide", "79704-88-4", "79704-88-4[rn]", "n-(1-(1-methyl-2-phenylethyl)-piperidin-4-yl)-n-phenylpropanamide", "1443-44-3[rn]"}|>, "4048" -> <|"DatabaseID" -> "SW02460", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61092"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55844]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01571"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-Methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61996]}, "Synonyms" -> {"3-mf", "3-methylfentanyl", "mefentanyl", "n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "dea no. 9813", "n-(3-methyl-1-(2-phenylethyl)-4-piperidyl)-n-phenylpropanamide", "1-(2-phenylethyl)-3-methyl-4-(n-propanoylanilino)piperidine", "propanamide n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenyl-", "propanamide", "42045-86-3", "n-[3-methyl-1-(2-phenylethyl)piperidin-4-yl]-n-phenylpropanamide", "(+)-cis-n-(3-methyl-1-phenethyl-4-piperidyl)propionanilide", "42045-86-3[rn]", "3-methyl-fentanyl", "f 7209", "(+)-cis-n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "kor-1"}|>, "4049" -> <|"DatabaseID" -> "SW02460", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61092"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55844]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01571"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-Methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61996]}, "Synonyms" -> {"3-mf", "3-methylfentanyl", "mefentanyl", "n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "dea no. 9813", "n-(3-methyl-1-(2-phenylethyl)-4-piperidyl)-n-phenylpropanamide", "1-(2-phenylethyl)-3-methyl-4-(n-propanoylanilino)piperidine", "propanamide n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenyl-", "propanamide", "42045-86-3", "n-[3-methyl-1-(2-phenylethyl)piperidin-4-yl]-n-phenylpropanamide", "(+)-cis-n-(3-methyl-1-phenethyl-4-piperidyl)propionanilide", "42045-86-3[rn]", "3-methyl-fentanyl", "f 7209", "(+)-cis-n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "kor-1"}|>, "4050" -> <|"DatabaseID" -> "SW02460", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61092"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55844]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01571"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-Methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61996]}, "Synonyms" -> {"3-mf", "3-methylfentanyl", "mefentanyl", "n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "dea no. 9813", "n-(3-methyl-1-(2-phenylethyl)-4-piperidyl)-n-phenylpropanamide", "1-(2-phenylethyl)-3-methyl-4-(n-propanoylanilino)piperidine", "propanamide n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenyl-", "propanamide", "42045-86-3", "n-[3-methyl-1-(2-phenylethyl)piperidin-4-yl]-n-phenylpropanamide", "(+)-cis-n-(3-methyl-1-phenethyl-4-piperidyl)propionanilide", "42045-86-3[rn]", "3-methyl-fentanyl", "f 7209", "(+)-cis-n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "kor-1"}|>, "4051" -> <|"DatabaseID" -> "SW02460", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61092"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55844]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01571"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-Methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61996]}, "Synonyms" -> {"3-mf", "3-methylfentanyl", "mefentanyl", "n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "dea no. 9813", "n-(3-methyl-1-(2-phenylethyl)-4-piperidyl)-n-phenylpropanamide", "1-(2-phenylethyl)-3-methyl-4-(n-propanoylanilino)piperidine", "propanamide n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenyl-", "propanamide", "42045-86-3", "n-[3-methyl-1-(2-phenylethyl)piperidin-4-yl]-n-phenylpropanamide", "(+)-cis-n-(3-methyl-1-phenethyl-4-piperidyl)propionanilide", "42045-86-3[rn]", "3-methyl-fentanyl", "f 7209", "(+)-cis-n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "kor-1"}|>, "4052" -> <|"DatabaseID" -> "SW02460", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61092"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55844]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01571"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-Methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61996]}, "Synonyms" -> {"3-mf", "3-methylfentanyl", "mefentanyl", "n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "dea no. 9813", "n-(3-methyl-1-(2-phenylethyl)-4-piperidyl)-n-phenylpropanamide", "1-(2-phenylethyl)-3-methyl-4-(n-propanoylanilino)piperidine", "propanamide n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenyl-", "propanamide", "42045-86-3", "n-[3-methyl-1-(2-phenylethyl)piperidin-4-yl]-n-phenylpropanamide", "(+)-cis-n-(3-methyl-1-phenethyl-4-piperidyl)propionanilide", "42045-86-3[rn]", "3-methyl-fentanyl", "f 7209", "(+)-cis-n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "kor-1"}|>, "4053" -> <|"DatabaseID" -> "SW02460", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61092"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55844]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01571"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-Methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61996]}, "Synonyms" -> {"3-mf", "3-methylfentanyl", "mefentanyl", "n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "dea no. 9813", "n-(3-methyl-1-(2-phenylethyl)-4-piperidyl)-n-phenylpropanamide", "1-(2-phenylethyl)-3-methyl-4-(n-propanoylanilino)piperidine", "propanamide n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenyl-", "propanamide", "42045-86-3", "n-[3-methyl-1-(2-phenylethyl)piperidin-4-yl]-n-phenylpropanamide", "(+)-cis-n-(3-methyl-1-phenethyl-4-piperidyl)propionanilide", "42045-86-3[rn]", "3-methyl-fentanyl", "f 7209", "(+)-cis-n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "kor-1"}|>, "4054" -> <|"DatabaseID" -> "SW02460", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61092"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55844]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01571"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-Methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61996]}, "Synonyms" -> {"3-mf", "3-methylfentanyl", "mefentanyl", "n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "dea no. 9813", "n-(3-methyl-1-(2-phenylethyl)-4-piperidyl)-n-phenylpropanamide", "1-(2-phenylethyl)-3-methyl-4-(n-propanoylanilino)piperidine", "propanamide n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenyl-", "propanamide", "42045-86-3", "n-[3-methyl-1-(2-phenylethyl)piperidin-4-yl]-n-phenylpropanamide", "(+)-cis-n-(3-methyl-1-phenethyl-4-piperidyl)propionanilide", "42045-86-3[rn]", "3-methyl-fentanyl", "f 7209", "(+)-cis-n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "kor-1"}|>, "4055" -> <|"DatabaseID" -> "SW02460", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61092"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55844]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01571"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-Methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61996]}, "Synonyms" -> {"3-mf", "3-methylfentanyl", "mefentanyl", "n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "dea no. 9813", "n-(3-methyl-1-(2-phenylethyl)-4-piperidyl)-n-phenylpropanamide", "1-(2-phenylethyl)-3-methyl-4-(n-propanoylanilino)piperidine", "propanamide n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenyl-", "propanamide", "42045-86-3", "n-[3-methyl-1-(2-phenylethyl)piperidin-4-yl]-n-phenylpropanamide", "(+)-cis-n-(3-methyl-1-phenethyl-4-piperidyl)propionanilide", "42045-86-3[rn]", "3-methyl-fentanyl", "f 7209", "(+)-cis-n-(3-methyl-1-(2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "kor-1"}|>, "4056" -> <|"DatabaseID" -> "SW02462", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444756]}, "IsomericSmiles" -> "COc1cc2cc(c(=O)oc2cc1O)Oc3ccc4ccc(=O)oc4c3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "daphnoretin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281406]}, "Synonyms" -> {"nsc-291852", "daphnoretin", "thymelol", "2h-1-benzopyran-2-one", "7-hydroxy-6-methoxy-3-[(2-oxo-2h-chromen-7-yl)oxy]-2h-chromen-2-one", "smr000156224", "brn 1299325", "coumarin 7-hydroxy-6-methoxy-3,7'-oxydi-", "2034-69-7", "7-hydroxy-6-methoxy-3-(2-oxo-2h-chromen-7-yloxy)-chromen-2-one", "coumarin", "nsc 291852", "2h-1-benzopyran-2-one 7-hydroxy-6-methoxy-3-((2-oxo-2h-1-benzopyran-7-yl)oxy)- (9ci)", "thymelol;", "2h-1-benzopyran-2-one 7-hydroxy-6-methoxy-3-((2-oxo-2h-1-benzopyran-7-yl)oxy)-", "thymelol;edgeworthin", "7-hydroxy-6-methoxy-3-((2-oxo-2h-chromen-7-yl)oxy)-2h-chromen-2-one", "2h-1-benzopyran-2-one 7-hydroxy-6-methoxy-3-[(2-oxo-2h-1-benzopyran-7-yl)oxy]-", "2034-69-7[rn]", "7-hydroxy-6-methoxy-3-(2-oxochromen-7-yloxy)chromen-2-one"}|>, "4057" -> <|"DatabaseID" -> "SW02463", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53766"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10443441]}, "IsomericSmiles" -> "CC(=O)CC(c1ccc(cc1)[N+](=O)[O-])c2c(c3ccccc3oc2=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07064"]}, "OfficialNames" -> <|"Indian Approved Name" -> "acenocoumarol"|>, "Synonyms" -> {"sincoumar", "4-hydroxy-3-[1-(4-nitrophenyl)-3-oxobutyl]-2h-chromen-2-one", "sinkumar", "acenocoumarol", "syntrom", "152-72-7[rn]", "205-807-3[einecs]", "2-hydroxy-3-[1-(4-nitrophenyl)-3-oxo-butyl]chromen-4-one", "acenocoumarolum [inn_la]", "66556-78-3[rn]", "4-hydroxy-3-(1-(4-nitrophenyl)-3-oxobutyl)-2h-chromen-2-one", "2h-1-benzopyran-2-one 4-hydroxy-3-(1-(4-nitrophenyl)-3-oxobutyl)-", "sintrom[wiki]", "nicoumalone", "4-hydroxy-3-[1-(4-nitrophenyl)-3-oxobutyl]-2h-1-benzopyran-2-one", "4-hydroxy-3-(1-(4-nitrophenyl)-3-oxobutyl)-2h-1-benzopyran-2-one", "syncumar", "acenocoumarol[wiki][inn]", "zotil", "syncoumar", "no cas", "trombostop", "ascumar", "3-(a-p-nitrophenyl-b-acetylethyl)-4-hydroxycoumarin", "66556-77-2[rn]", "2h-1-benzopyran-2-one 4-hydroxy-3-[1-(4-nitrophenyl)-3-oxobutyl]-", "acenocoumarin", "sinthrome", "nitrowarfarin", "mini-sintrom", "3-(a-acetonyl-p-nitrobenzyl)-4-hydroxycoumarin"}|>, "4058" -> <|"DatabaseID" -> "SW02463", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53766"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10443441]}, "IsomericSmiles" -> "CC(=O)CC(c1ccc(cc1)[N+](=O)[O-])c2c(c3ccccc3oc2=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07064"]}, "OfficialNames" -> <|"Indian Approved Name" -> "acenocoumarol"|>, "Synonyms" -> {"sincoumar", "4-hydroxy-3-[1-(4-nitrophenyl)-3-oxobutyl]-2h-chromen-2-one", "sinkumar", "acenocoumarol", "syntrom", "152-72-7[rn]", "205-807-3[einecs]", "2-hydroxy-3-[1-(4-nitrophenyl)-3-oxo-butyl]chromen-4-one", "acenocoumarolum [inn_la]", "66556-78-3[rn]", "4-hydroxy-3-(1-(4-nitrophenyl)-3-oxobutyl)-2h-chromen-2-one", "2h-1-benzopyran-2-one 4-hydroxy-3-(1-(4-nitrophenyl)-3-oxobutyl)-", "sintrom[wiki]", "nicoumalone", "4-hydroxy-3-[1-(4-nitrophenyl)-3-oxobutyl]-2h-1-benzopyran-2-one", "4-hydroxy-3-(1-(4-nitrophenyl)-3-oxobutyl)-2h-1-benzopyran-2-one", "syncumar", "acenocoumarol[wiki][inn]", "zotil", "syncoumar", "no cas", "trombostop", "ascumar", "3-(a-p-nitrophenyl-b-acetylethyl)-4-hydroxycoumarin", "66556-77-2[rn]", "2h-1-benzopyran-2-one 4-hydroxy-3-[1-(4-nitrophenyl)-3-oxobutyl]-", "acenocoumarin", "sinthrome", "nitrowarfarin", "mini-sintrom", "3-(a-acetonyl-p-nitrobenzyl)-4-hydroxycoumarin"}|>, "4059" -> <|"DatabaseID" -> "SW02464", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445161]}, "IsomericSmiles" -> "c1cc2c(cc1C[C@H]\\3COC(=O)/C3=C/c4ccc5c(c4)OCO5)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "savinin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281867]}, "Synonyms" -> {"savinin", "493-95-8[rn]", "nsc150442", "(3e,4r)-4-(1,3-benzodioxol-5-ylmethyl)-3-(1,3-benzodioxol-5-ylmethylidene)dihydrofuran-2(3h)-one", "ac1nqz7i", "smr001215722", "ncgc00247480-01", "hms2268a22", "2(3h)-furanone 4-(1,3-benzodioxol-5-ylmethyl)-3-(1,3-benzodioxol-5-ylmethylene)dihydro-,(3e,4r)-", "mls001143539", "nsc-150442", "493-95-8", "chembl395263"}|>, "4060" -> <|"DatabaseID" -> "SW02465", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10202249]}, "IsomericSmiles" -> "C/C=C\\1/C[C@H]([C@@](C(=O)OCC2=CC[NH+]3[C@H]2[C@@H](CC3)OC1=O)(CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "usaramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281743]}, "Synonyms" -> {"retrorsine", "cis-retronecic acid ester of retronecine", "retrorsin", "(7s,1r,6r,17r)-4-ethylidene-7-hydroxy-7-(hydroxymethyl)-6-methyl-2,9-dioxa-14-azatricyclo[9.5.1.0<14,17>]heptadec-11-ene-3,8-dione", "usaramine", "480-54-6", "ccris 4338", "beta-longilobine", "trans-15-ethylidene-12b-hydroxy-12a-hydroxymethyl-13b-methylsenec-1-enine", "(15z)-12,18-dihydroxysenecionan-11,16-dion", "isatidine", "(15z)-12,18-dihydroxysenecionan-11,16-dione", "(3z,5r,6s,14ar,14br)-3-ethylidene-6-hydroxy-6-(hydroxymethyl)-5-methyl-3,4,5,6,9,11,13,14,14a,14b-decahydro[1,6]dioxacyclododecino[2,3,4-gh]pyrrolizine-2,7-dione", "nsc 107659", "12,18-dihydroxysenecionan-11,16-dione", "(3z,5r,6s,14ar,14br)-3-ethylidene-3,4,5,6,9,11,13,14,14a,14b-decahydro-6-hydroxy-6-(hydroxymethyl)-5-methyl-[1,6]dioxacyclododecino[2,3,4-gh]pyrrolizine-2,7-dione,", "480-54-6[rn]", "3-ethylidene-3,4,5,6,9,11,13,14,14a,14b-decahydro-6-hydroxy-6-hydroxymethyl-5-methyl(1,6)dioxacyclododeca(2,3,4-gh)pyrrolizidine-2,7-dione", "[1,6]dioxacyclododecino[2,3,4-gh]pyrrolizine-2,7-dione 3-ethylidene-3,4,5,6,9,11,13,14,14a,14b-decahydro-6-hydroxy-6-(hydroxymethyl)-5-methyl-,(3z,5r,6s,14ar,14br)-", "12", "hsdb 3530", "b-longilobine"}|>, "4061" -> <|"DatabaseID" -> "SW02466", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16096"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17947], ExternalIdentifier["ChemSpiderID", 66148]}, "IsomericSmiles" -> "COc1ccc2cc-3[n+](cc2c1OC)CCc4c3cc(c(c4)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "palmatine;palmitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19009], ExternalIdentifier["PubChemCompoundID", 73442]}, "Synonyms" -> {"palmatine chloride", "palmatin", "5", "palmatine", "gnf-pf-4086", "berbericinine", "3486-67-7[rn]", "10605-02-4[rn]", "3486-67-7", "7,8,13,13a-tetrahydro-2,3,9,10-tetramethoxyberbinium", "7,8,13,13a-tetradehydro-2,3,9,10-tetramethoxyberbinium", "burasaine", "131-04-4[rn]", "o,o-dimethyldemethyleneberberine", "cas-3486-67-7", "chebi:16096", "2,3,9,10-tetramethoxy-5,6-dihydro-isoquino[3,2-a]isoquinolinylium", "berbericine chloride", "5-21-06-00202 (beilstein handbook reference)[beilstein]", "calystigine", "dibenzo(a,g)quinolizinium,5,6-dihydro-2,3,9,10-tetramethoxy-", "brn 1555498", "2", "7", "171869-95-7[rn]", "chloride", "3486-67-7 (free base)", "dibenzo(a,g)quinolizinium,5,6-dihydro-2,3,9,10-tetramethoxy-,chloride", "2,3,9,10-tetramethoxy-5,6-dihydro-isoquino[3,2-a]isoquinolinylium chloride", "prestwick_374", "10605-02-4", "5,6-dihydro-2,3,9,10-tetramethoxy-dibenzo[a,g]quinolizinium", "dibenzo[a,g]quinolizinium,5,6-dihydro-2,3,9,10-tetramethoxy-,chloride(1:1)", "2,3,9,10-tetramethoxy-5,6-dihydroisoquino[3,2-a]isoquinoliniumchloride", "2,3,9,10-tetramethoxy-5,6-dihydroisochino[3,2-a]isochinoliniumchlorid", "3486-67-7 (parent)", "dibenzo[a,g]quinolizinium,5,6-dihydro-2,3,9,10-tetramethoxy-", "o", "1555498[beilstein]", "4880-79-9[rn]", "5,6-dihydro-2,3,9,10-tetramethoxydibenzo(a,g)quinolizinium", "2,3,9,10-tetramethoxy-5,6-dihydroisoquino[3,2-a]isoquinolinium", "palmatine hydrochloride", "nsc209407", "5,6-dihydro-2,3,9,10-tetramethoxydibenzo[a,g]quinolizinium"}|>, "4062" -> <|"DatabaseID" -> "SW02467", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8247"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4682]}, "IsomericSmiles" -> "CN1CC[NH+](CC1)CC(=O)N2c3ccccc3C(=O)Nc4c2nccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08389"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pirenzepine"|>, "PharmGKBID" -> "PA10159", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4848]}, "Synonyms" -> {"pirenzepine dihydrochloride", "gastrozepin", "pirenzepin", "pirenzepine", "pirenzepinum", "pirenzepina; pirenzepine; pirenzepinum", "5,11-dihydro-11-((4-methyl-1-piperazinyl)acetyl)-6h-pyrido(2,3-b)(1,4)benzodiazepin-6-one", "11-[(4-methyl-1-piperazinyl)acetyl]-5,11-dihydro-6h-pyrido[2,3-b][1,4]benzodiazepin-6-on[german][acd/iupac name]", "pirenzepina[spanish][inn]", "6h-pyrido[2,3-b][1,4]benzodiazepin-6-one 5,11-dihydro-11-[(4-methyl-1-piperazinyl)acetyl]-", "11-[(4-methyl-1-piperazinyl)acetyl]-5,11-dihydro-6h-pyrido[2,3-b][1,4]benzodiazepin-6-one[acd/iupac name]", "11-((4-methyl-1-piperazinyl)acetyl)-5,11-dihydro-6h-pyrido(2,3-b)(1,4)benzodiazepin-6-one", "gasteril", "337376-15-5[rn]", "11-[2-(4-methyl-piperazin-1-yl)-acetyl]-5,11-dihydro-benzo[e]pyrido[3,2-b][1,4]diazepin-6-one", "28797-61-7[rn]", "pirenzepinedihydrochloride", "11-[(4-methylpiperazin-1-yl)acetyl]-5,11-dihydro-6h-pyrido[2,3-b][1,4]benzodiazepin-6-one", "ulcosan", "6h-pyrido(2,3-b)(1,4)benzodiazepin-6-one 5,11-dihydro-11-((4-methyl-1-piperazinyl)acetyl)-", "pirenzepine[wiki]", "5,11-dihydro-11-[(4-methyl-1-piperazinyl)acetyl]-6h-pyrido[2,3-b][1,4]benzodiazepin-6-one", "cas-29868-97-1", "11-(2-(4-methylpiperazin-1-yl)acetyl)-5h-benzo[e]pyrido[3,2-b][1,4]diazepin-6(11h)-one", "pirenzepinum [inn-latin]", "gastrotsepin", "pirenzepinum[latin]", "pyrenzepine", "28797-61-7", "pirenzepine gastrozepin", "628987[beilstein]", "6h-pyrido[2,3-b][1,4]benzodiazepin-6-one 5,11-dihydro-11-[2-(4-methyl-1-piperazinyl)acetyl]-[acd/index name]", "249-228-4[einecs]", "pirenzepina"}|>, "4063" -> <|"DatabaseID" -> "SW02468", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28284053]}, "IsomericSmiles" -> "C[C@H]1C[C@H](OC1=O)[C@@H]2CC[C@@H]3[NH+]2CCC[C@H]([C@@]34C[C@H](C(=O)O4)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonidine"|>, "Synonyms" -> {"stemonidine", "spiro[furan-2(5h),9'-[9h]pyrrolo[1,2-a]azepin]-5-one,decahydro-8'-methoxy-4-methyl-3'-[(2s,4s)-tetrahydro-4-methyl-5-oxo-2-furanyl]-,(2r,3's,4r,8'r,9a's)-[acd/index name]", "(2r,3's,4r,8'r,9a's)-8'-methoxy-4-methyl-3'-[(2s,4s)-4-methyl-5-oxotetrahydro-2-furanyl]decahydro-5h-spiro[furan-2,9'-pyrrolo[1,2-a]azepin]-5-one[acd/iupac name]"}|>, "4064" -> <|"DatabaseID" -> "SW02469", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4647"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2994]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00449"]}, "IsomericSmiles" -> "CC(C)(C)C(=O)Oc1ccc(cc1OC(=O)C(C)(C)C)C(C[NH2+]C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02349"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DIPIVEFRIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71486]}, "Synonyms" -> {"akpro", "propine c cap b.i.d.", "dipivefrine", "dipivefrin", "dipivefrin hcl", "dpe", "ophtho-dipivefrin", "64019-93-8", "dipivefrine[wiki]", "2,2-dimethylpropanoic acid4-[1-hydroxy-2-(methylamino)ethyl]-1,2-phenylene ester", "chebi:4647", "probeta - liq oph (dipivefrin hydrochloride + levobunolol hydrochloride)_mixture", "dipivefrinum [inn-latin]", "propanoic acid", "4-[1-hydroxy-2-(methylamino)ethyl]-1,2-phenylene bis(2,2-dimethylpropanoate)[acd/iupac name]", "butyrylcholine esterase", "acylcholine acylhydrolase", "(1)-4-(1-hydroxy-2-(methylamino)ethyl)-1", "9005-49-6", "pseudocholinesterase", "56298-24-9[rn]", "4-[1-hydroxy-2-(methylamino)ethyl]benzene-1,2-diyl bis(2,2-dimethylpropanoate)", "4-(1-hydroxy-2-(methylamino)ethyl)-1,2-phenylen dipivalat", "64019-93-8[rn]", "propine", "dipivefrine hydrochloride", "dipivefrinum[latin]", "propanoicacid 2,2-dimethyl- 4-[1-hydroxy-2-(methylamino)ethyl]-1,2-phenylene ester", "cholinesterase precursor", "1-(3',4'-dipivaloyloxyphenyl)-2-methylamino-1-ethanol", "einecs 264-609-5", "dipivalyl epinephrine", "dipivefrin [usan]", "dipivefrina[spanish][inn]", "diphemin", "dipivalyl epinephrine hydrochloride", "choline esterase ii", "dipivefrina [inn-spanish]", "dipivefrin hydrochloride", "dipivefrin[wiki][usan]", "52365-63-6[rn]", "ec 3.1.1.8"}|>, "4065" -> <|"DatabaseID" -> "SW02469", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4647"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2994]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00449"]}, "IsomericSmiles" -> "CC(C)(C)C(=O)Oc1ccc(cc1OC(=O)C(C)(C)C)C(C[NH2+]C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02349"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DIPIVEFRIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71486]}, "Synonyms" -> {"akpro", "propine c cap b.i.d.", "dipivefrine", "dipivefrin", "dipivefrin hcl", "dpe", "ophtho-dipivefrin", "64019-93-8", "dipivefrine[wiki]", "2,2-dimethylpropanoic acid4-[1-hydroxy-2-(methylamino)ethyl]-1,2-phenylene ester", "chebi:4647", "probeta - liq oph (dipivefrin hydrochloride + levobunolol hydrochloride)_mixture", "dipivefrinum [inn-latin]", "propanoic acid", "4-[1-hydroxy-2-(methylamino)ethyl]-1,2-phenylene bis(2,2-dimethylpropanoate)[acd/iupac name]", "butyrylcholine esterase", "acylcholine acylhydrolase", "(1)-4-(1-hydroxy-2-(methylamino)ethyl)-1", "9005-49-6", "pseudocholinesterase", "56298-24-9[rn]", "4-[1-hydroxy-2-(methylamino)ethyl]benzene-1,2-diyl bis(2,2-dimethylpropanoate)", "4-(1-hydroxy-2-(methylamino)ethyl)-1,2-phenylen dipivalat", "64019-93-8[rn]", "propine", "dipivefrine hydrochloride", "dipivefrinum[latin]", "propanoicacid 2,2-dimethyl- 4-[1-hydroxy-2-(methylamino)ethyl]-1,2-phenylene ester", "cholinesterase precursor", "1-(3',4'-dipivaloyloxyphenyl)-2-methylamino-1-ethanol", "einecs 264-609-5", "dipivalyl epinephrine", "dipivefrin [usan]", "dipivefrina[spanish][inn]", "diphemin", "dipivalyl epinephrine hydrochloride", "choline esterase ii", "dipivefrina [inn-spanish]", "dipivefrin hydrochloride", "dipivefrin[wiki][usan]", "52365-63-6[rn]", "ec 3.1.1.8"}|>, "4066" -> <|"DatabaseID" -> "SW02470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17942], ExternalIdentifier["ChemSpiderID", 163199]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00771"]}, "IsomericSmiles" -> "C[N+]12CCC(CC1)C(C2)OC(=O)C(c3ccccc3)(c4ccccc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00716"]}, "OfficialNames" -> <|"Indian Approved Name" -> "propylphenazone;clidinium brom", "FDA Approved Drug" -> "CLIDINIUM BROMIDE"|>, "PharmGKBID" -> "PA164781044", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19004], ExternalIdentifier["PubChemCompoundID", 187745], ExternalIdentifier["PubChemCompoundID", 2784]}, "Synonyms" -> {"quarzan", "clidinium", "7-chloro-4-hydroxy-n-methyl-5-phenyl-3h-1", "librax (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "1-methyl-3-(benziloyloxy)quinuclidinium bromide", "dolibrax", "3-hydroxy-1-methylquinuclidinium bromide benzilate", "pro chlorax (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "apo-chlorax cap (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "clidinium bromide", "prestwick2_000822", "1-azoniabicyclo(2.2.2)octane 3-((hydroxydiphenylacetyl)oxy)-1-methyl-,bromide", "ac1l1egk", "7020-55-5[rn]", "1-methyl-3-benzil-oxyloxy-quinuclidinium bromide", "quinuclidinol methylbromide", "1-azoniabicyclo[2.2.2]octane 3-[(hydroxydiphenylacetyl)oxy]-1-methyl-,bromide", "3-(benziloyloxy)-1-methylquinuclidinium bromide", "ro 2-3773", "n-methyl quinuclidinyl benzilate", "prestwick3_000822", "chebi:3743", "spectrum_000156", "ac1l4lgb", "3485-62-9[rn]", "clidinium bromide [usan:ban:inn][inn][usan]", "3-{[hydroxy(diphenyl)acetyl]oxy}-1-methyl-1-azoniabicyclo[2.2.2]octane bromide", "prestwick0_000822", "76404-05-2[rn]", "bromuro de clidinio[spanish][inn]", "clidinii bromidum [inn-latin]", "3-[(hydroxydiphenylacetyl)oxy]-1-methyl-1-azoniabicyclo[2.2.2]octane bromide", "bromure de clidinium[french][inn]", "clidinii bromidum[latin]", "bromuro de clidinio", "clidinium bromide[usp]", "clidinii bromidum", "7-chloro-4-hydroxy-n-methyl-5-phenyl-3h-1,4-benzodiazepin-2-imine; 1,5-dimethyl-2-phenyl-4-propan-2-ylpyrazol-3-one;(1-methyl-1-azoniabicyclo[2.2.2]octan-8-yl) 2-hydroxy-2,2-diphenylacetate; bromide", "quarzan (tn)", "3485-62-9", "1-azoniabicyclo(2.2.2)octane 3-((hydroxydiphenylacetyl)oxy)-1-methyl-,bromide,mixt. with 7-chloro-n-methyl-5-phenyl-3h-1,4-benzodiazepin-2-amine 4-oxide and 1,2-dihydro-1,5-dimethyl-4-(1-methylethyl)-2-phenyl-3h-pyrazol-3-one", "3-[2-hydroxy(diphenyl)acetoxy]-1-methyl-1-azoniabicyclo[2.2.2]octane bromide[acd/iupac name]", "222-471-3[einecs]", "1-azoniabicyclo[2.2.2]octane 3-[(2-hydroxy-2,2-diphenylacetyl)oxy]-1-methyl- bromide (1:1)[acd/index name]", "1-methylquinuclidin-3-yl 2-hydroxy-2,2-diphenylacetate bromide", "1-methyl-3-benziloyloxyquinuclidinium bromide", "ac1q1rb7", "prestwick1_000822", "1-azoniabicyclo(2.2.2)octane", "chlordiazepoxide mixture with clidinium hydrobromide and propylphenazone", "ro-2-3773", "bromure de clidinium"}|>, "4067" -> <|"DatabaseID" -> "SW02470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17942], ExternalIdentifier["ChemSpiderID", 163199]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00771"]}, "IsomericSmiles" -> "C[N+]12CCC(CC1)C(C2)OC(=O)C(c3ccccc3)(c4ccccc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00716"]}, "OfficialNames" -> <|"Indian Approved Name" -> "propylphenazone;clidinium brom", "FDA Approved Drug" -> "CLIDINIUM BROMIDE"|>, "PharmGKBID" -> "PA164781044", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19004], ExternalIdentifier["PubChemCompoundID", 187745], ExternalIdentifier["PubChemCompoundID", 2784]}, "Synonyms" -> {"quarzan", "clidinium", "7-chloro-4-hydroxy-n-methyl-5-phenyl-3h-1", "librax (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "1-methyl-3-(benziloyloxy)quinuclidinium bromide", "dolibrax", "3-hydroxy-1-methylquinuclidinium bromide benzilate", "pro chlorax (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "apo-chlorax cap (chlordiazepoxide hydrochloride + clidinium bromide)_mixture", "clidinium bromide", "prestwick2_000822", "1-azoniabicyclo(2.2.2)octane 3-((hydroxydiphenylacetyl)oxy)-1-methyl-,bromide", "ac1l1egk", "7020-55-5[rn]", "1-methyl-3-benzil-oxyloxy-quinuclidinium bromide", "quinuclidinol methylbromide", "1-azoniabicyclo[2.2.2]octane 3-[(hydroxydiphenylacetyl)oxy]-1-methyl-,bromide", "3-(benziloyloxy)-1-methylquinuclidinium bromide", "ro 2-3773", "n-methyl quinuclidinyl benzilate", "prestwick3_000822", "chebi:3743", "spectrum_000156", "ac1l4lgb", "3485-62-9[rn]", "clidinium bromide [usan:ban:inn][inn][usan]", "3-{[hydroxy(diphenyl)acetyl]oxy}-1-methyl-1-azoniabicyclo[2.2.2]octane bromide", "prestwick0_000822", "76404-05-2[rn]", "bromuro de clidinio[spanish][inn]", "clidinii bromidum [inn-latin]", "3-[(hydroxydiphenylacetyl)oxy]-1-methyl-1-azoniabicyclo[2.2.2]octane bromide", "bromure de clidinium[french][inn]", "clidinii bromidum[latin]", "bromuro de clidinio", "clidinium bromide[usp]", "clidinii bromidum", "7-chloro-4-hydroxy-n-methyl-5-phenyl-3h-1,4-benzodiazepin-2-imine; 1,5-dimethyl-2-phenyl-4-propan-2-ylpyrazol-3-one;(1-methyl-1-azoniabicyclo[2.2.2]octan-8-yl) 2-hydroxy-2,2-diphenylacetate; bromide", "quarzan (tn)", "3485-62-9", "1-azoniabicyclo(2.2.2)octane 3-((hydroxydiphenylacetyl)oxy)-1-methyl-,bromide,mixt. with 7-chloro-n-methyl-5-phenyl-3h-1,4-benzodiazepin-2-amine 4-oxide and 1,2-dihydro-1,5-dimethyl-4-(1-methylethyl)-2-phenyl-3h-pyrazol-3-one", "3-[2-hydroxy(diphenyl)acetoxy]-1-methyl-1-azoniabicyclo[2.2.2]octane bromide[acd/iupac name]", "222-471-3[einecs]", "1-azoniabicyclo[2.2.2]octane 3-[(2-hydroxy-2,2-diphenylacetyl)oxy]-1-methyl- bromide (1:1)[acd/index name]", "1-methylquinuclidin-3-yl 2-hydroxy-2,2-diphenylacetate bromide", "1-methyl-3-benziloyloxyquinuclidinium bromide", "ac1q1rb7", "prestwick1_000822", "1-azoniabicyclo(2.2.2)octane", "chlordiazepoxide mixture with clidinium hydrobromide and propylphenazone", "ro-2-3773", "bromure de clidinium"}|>, "4068" -> <|"DatabaseID" -> "SW02471", "IsomericSmiles" -> "C/C=C(\\NC1=C(C=NC1=C)C(=C)[NH2+][C@H](C)C(C)(C)C)/Oc2ccccc2", "OfficialNames" -> <|"Indian Approved Name" -> "ethenyl etradiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673543]}, "Synonyms" -> {"surecn12148179"}|>, "4069" -> <|"DatabaseID" -> "SW02472", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32938"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11900]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacosane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12406]}, "Synonyms" -> {"n-pentacosane", "pentacosane", "ag-g-32505", "629-99-2", "286931_aldrich", "pentacosane[wiki][acd/iupac name]", "chebi:32938", "ac1l1zj3", "76493_fluka", "1763638[beilstein]", "pentacosan", "ch3-[ch2]23-ch3", "[629-99-2]", "76495_fluka", "pentacosane [standard material for gc]", "211-123-6[einecs]", "tl8004354", "442699_supelco", "629-99-2[rn]"}|>, "4070" -> <|"DatabaseID" -> "SW02473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29343]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00801"]}, "IsomericSmiles" -> "c1ccc(cc1)C2=NCC(=O)N(c3c2cc(cc3)Cl)CC(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00338"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Halazepam", "FDA Approved Drug" -> "HALAZEPAM"|>, "PharmGKBID" -> "PA164746526", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31640]}, "Synonyms" -> {"paxipam", "pacinone", "halazepam", "schering 12041", "paxipam (tn)", "halazepamum [inn-latin]", "7-chloro-1,3-dihydro-5-phenyl-1-(2,2,2-trifluoroethyl)-2h-1,4-benzodiazepin-2-one", "245-425-4[einecs]", "2h-1,4-benzodiazepin-2-one 7-chloro-1,3-dihydro", "halazepamum", "halazepamum[latin]", "9005-49-6", "halazepam [usan:ban:inn][inn][usan]", "2h-1,4-benzodiazepin-2-one,7-chloro-1,3-dihydro-5-phenyl-1-(2,2,2-trifluoroethyl)-", "dea no. 2762", "7-chloro-5-phenyl-1-(2,2,2-trifluoroethyl)-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "23092-17-3[rn]", "5-24-04-00303 (beilstein handbook reference)[beilstein]", "sch-12041", "halazepam[wiki][usan]", "2h-1,4-benzodiazepin-2-one,1,3-dihydro-7-chloro-5-phenyl-1-(2,2,2-trifluoroethyl)-", "gamma-aminobutyric-acid receptor subunit beta-2 precursor", "7-chloro-5-phenyl-1-(2,2,2-trifluoro-ethyl)-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "gaba(a", "7=chlor-5-phenyl-1-(2,2,2-trifluorethyl)-1h-1,4-benzodiazepin-2(3h)-on", "sch 12041"}|>, "4071" -> <|"DatabaseID" -> "SW02474", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27779"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389934]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00400"]}, "IsomericSmiles" -> "C[C@@H]1CC(=O)C=C([C@]12C(=O)c3c(cc(c(c3O2)Cl)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00209"]}, "OfficialNames" -> <|"Indian Approved Name" -> "griseofulvin", "WHO Essential Medicine" -> "griseofulvin", "Australia Approved Name" -> "GRISEOFULVIN", "FDA Approved Drug" -> "GRISEOFULVIN;GRISEOFULVIN MICROCRYSTALLINE;GRISEOFULVIN ULTRAMICROCRYSTALLINE"|>, "PharmGKBID" -> "PA449814", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441140]}, "Synonyms" -> {"fulvicin", "griseofulvin", "grisefuline", "grizeofulvin", "grisofulvin", "gris-peg", "grifulvin", "grisovin", "grisactin", "spirofulvin", "fulvicin-u/f", "fulvinil", "grisovin fp", "amudane", "grifulin", "curling factor", "sporostatin", "grifulvin v", "griseofulvinum", "murfulvin", "grysio", "greosin", "grisactin ultra", "griseofulvin forte", "griseo", "griseomix", "fulcin", "fulvistatin", "lamoryl", "xuanjing", "(+)-griseofulvin", "likuden", "fungivin", "poncyl", "fulcine", "fulvina", "fulvican grisactin", "gricin", "sporostatin xan", "fulvicin-p/g", "biogrisin-fp", "fulvicin u/f", "griscofulvin", "neo-fulcin", "gresfeed", "fulvicin p/g", "griseofulvin-forte", "delmofulvina", "guservin", "likunden", "grisetin", "griseofulvine[french][inn]", "7-chloro-4,6-dimethoxycoumaran-3-one-2-spiro-1'-(2'-methoxy-6'-methylcyclohex-2'-en-4'-one)", "fulvicin-u/f (veterinary)", "griseofulvine [inn-french]", "griseofulvinum [inn_la]", "griseofulvin ultramicrocrystalline", "griseofulvin[wiki]", "(2s,6'r)-7-chlor-2',4,6-trimethoxy-6'-methyl-3h,4'h-spiro[1-benzofuran-2,1'-cyclohex[2]en]-3,4'-dion", "204-767-4[einecs]", "grivate", "(2s-trans)-7-chloro-2',4,6-trimethoxy-6'-methylspiro(benzofuran-2(3h),1'-(2)cyclohexene)-3,4'-dione", "griseofulvinum [inn-latin]", "8/7/126", "78739-00-1[rn]", "neocid", "(2s,5'r)-7-chloro-3',4,6-trimethoxy-5'-methylspiro[1-benzofuran-2,4'-cyclohexane]-1',3-dione", "griseofulvin [usan:ban:inn:jan][inn][jan][usan]", "fulvicin (tn)", "fulvidex (veterinary)", "(2s,6'r)-7-chloro-2',4,6-trimethoxy-6'-methyl-3h-spiro[1-benzofuran-2,1'-cyclohexan]-2'-ene-3,4'-dione", "126-07-8[rn]", "griseofulvina[spanish][inn]", "ultragris-330", "(1's-trans)-7-chloro-2',4,6-trimethoxy-6'-methylspiro[benzofuran-2(3h),1'-[2]cyclohexene]-3,4'-dione", "spiro[benzofuran-2(3h),1'-cyclohex[2]ene]-3,4'-dione,7-chloro-2',4,6-trimethoxy-6'-methyl- (2s,6'r)-", "griseofulvinum[latin][inn]", "grisactin v", "fulvicin p/g 165", "grifulvin (tn)", "95226[beilstein]", "(1's,6'r)-7-chloro-2',4,6-trimethoxy-6'-methyl-3h-spiro[benzofuran-2,1'-cyclohex[2]ene]-3,4'-dione", "mfcd00082343", "amudane;", "5-18-05-00150 (beilstein handbook reference)[beilstein]", "griseofulvina [inn-spanish]", "fulvicin p/g 330", "(1's-trans)-7-chloro-2',4,6-trimethoxy-6'-methylspiro(benzofuran-2(3h),1'-(2)cyclohexene)-3,4'-dione", "polygris", "grisactin (tn)", "7/8/126", "7-chloro-4,6,2'-trimethoxy-6'-methylgris-2'-en-3,4'-dione", "griseofulvin microcrystalline", "spiro(benzofuran-2(3h),1'-(2)cyclohexene)-3,4'-dione,7-chloro-2',4,6-trimethoxy-6'-methyl- (1's-trans)-", "spiro(benzofuran-2(3h),1'-(2)cyclohexene)-3,4'-dione,7-chloro-2',4,6-trimethoxy-6'-methyl- (2s-trans)-", "ultragris-165", "(2s,6'r)-7-chloro-2',4,6-trimethoxy-6'-methyl-3h,4'h-spiro[1-benzofuran-2,1'-cyclohex[2]ene]-3,4'-dione", "7-chloro-2',4,6-trimethoxy-6'-methylspiro[benzofuran-2(3h),1',-[2]cyclohexene]-3,4'-dione"}|>, "4072" -> <|"DatabaseID" -> "SW02475", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64809]}, "IsomericSmiles" -> "c1ccc(c(c1)CC(=O)OCC(=O)[O-])Nc2c(cccc2Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01545"]}, "OfficialNames" -> <|"Indian Approved Name" -> "aceclofenac"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71771]}, "Synonyms" -> {"aceclofenac", "brn 4884476", "glycolicacid (o-(2,6-dichloroanilino)phenyl)acetate(ester)", "ncgc00016957-01", "aceclofenac (tn)", "2-(2-(2-((2,6-dichlorophenyl)amino)phenyl)acetoxy)acetic acid", "benzeneacetic acid 2-[(2,6-dichlorophenyl)amino]- carboxymethyl ester", "glycolic acid", "[2-(2,6-dichloro-phenylamino)-phenyl]-aceticacid carboxymethylester", "aceclofenacum[latin]", "[({2-[(2,6-dichlorophenyl)amino]phenyl}acetyl)oxy]acetic acid", "aceclofenac [ban:inn][inn]", "2-(o-(2,6-dichloranilino)phenylacetoxy)essigsaeure", "cas-89796-99-6", "aceclofenacum [latin]", "(2-{2-[(2", "(2-{2-[(2,6-dichlorophenyl)amino]phenyl}acetoxy)acetic acid[acd/iupac name]", "2-[(2,6-dichlorophenyl)amino]benzeneacetic acid carboxymethyl ester", "89796-99-6[rn]", "aceclofenaco [spanish]", "89796-99-6", "aceclofenaco[spanish]", "tl8005786", "2-((2,6-dichlorophenyl)amino)benzeneacetic acid carboxymethyl ester", "2-(2-{2-[(2,6-dichlorophenyl)amino]phenyl}acetyloxy)acetic acid", "benzeneacetic acid 2-((2,6-dichlorophenyl)amino)- carboxymethyl ester", "2-(o-(2", "2-[(2,6-dichlorophenyl)amino]phenylacetoxyacetic acid", "aceclofenac[wiki][inn][ban][jan]", "pr 82/3"}|>, "4073" -> <|"DatabaseID" -> "SW02476", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1405788]}, "IsomericSmiles" -> "c1cc(c(cc1/C=C/C(=O)O[C@@H]2C[C@@](C[C@H]([C@H]2O)O)(C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phenolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1794427]}, "Synonyms" -> {"chlorogenic acid (8ci)", "caffeoyl quinic acid", "chlorogenic acid", "heriguard", "3-(3,4-dihydroxycinnamoyl)quinic acid", "hlorogenic acid", "3-o-caffeoylquinic acid", "3-caffeoylquinic acid", "6001-76-9[rn]", "3-trans-caffeoylquinic acid", "5-o-(3,4-dihydroxycinnamoyl)-l-quinic acid", "quinic acid 3-caffeoyl- e-", "(1s,3r,4r,5r)-3-[(e)-3-(3,4-dihydroxy-phenyl)-acryloyloxy]-1,4,5-trihydroxy-cyclohexanecarboxylic acid", "chlorogenicacid", "chlorogenate[wiki]", "(1s,3r,4r,5r)-3-{[(2e)-3-(3,4-dihydroxyphenyl)prop-2-enoyl]oxy}-1,4,5-trihydroxycyclohexanecarboxylic acid", "chlorogenate", "327-97-7", "chlorogenic acid with hplc", "caffetannic acid", "cyclohexanecarboxylic acid,3-[[(2e)-3-(3,4-dihydroxyphenyl)-1-oxo-2-propenyl]oxy]-1,4,5-trihydroxy- (1s,3r,4r,5r)-", "206-325-6[einecs]", "chlorogenic acid hydrate", "3-o-(3,4-dihydroxycinnamoyl)-d-quinic acid", "(1s,3r,4r,5r)-3-{[(2e)-3-(3,4-dihydroxyphenyl)-2-propenoyl]oxy}-1,4,5-trihydroxycyclohexanecarboxylic acid", "327-97-9[rn]", "5-o-(3", "3-(3", "(1s,3r,4r,5r)-3-[3-(3,4-dihydroxyphenyl)prop-2-enoyloxy]-1,4,5-trihydroxycyclohexanecarboxylic acid", "(1s,3r,4r,5r)-3-(((e)-3-(3,4-dihydroxyphenyl)acryloyl)oxy)-1,4,5-trihydroxycyclohexanecarboxylic acid", "cyclohexanecarboxylic acid,3-[[(2e)-3-(3,4-dihydroxyphenyl)-1-oxo-2-propen-1-yl]oxy]-1,4,5-trihydroxy- (1s,3r,4r,5r)-", "(1s,3r,4r,5r)-3-{[(2e)-3-(3,4-dihydroxyphenyl)prop-2-enoyl]oxy}-1,4,5-trihydroxycyclohexane-1-carboxylic acid"}|>, "4074" -> <|"DatabaseID" -> "SW02477", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16384"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444237]}, "IsomericSmiles" -> "c1cc(c(cc1/C=C/C(=O)O[C@@H]2C[C@](C[C@H]([C@@H]2O)O)(C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neochlorogenic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280633]}, "Synonyms" -> {"5-caffeylquinic acid", "caffeoyl quinic acid", "quinic acid 5-caffeoyl- e-", "neochlorogenicacid", "neochlorogenic acid[wiki]", "neochlorogenic acid", "1d-[1(oh),3,4/5]-3-[(2e)-3-(3,4-dihydroxyphenyl)prop-2-enoyloxy]-1,4,5-trihydroxycyclohexanecarboxylic acid", "neochlorogenate", "5-o-caffeoylquinic acid", "212-997-1[einecs]", "trans-5-o-caffeoyl-d-quinate", "cyclohexanecarboxylic acid,3-[[(2e)-3-(3,4-dihydroxyphenyl)-1-oxo-2-propen-1-yl]oxy]-1,4,5-trihydroxy- (1r,3r,4s,5r)-", "906-33-2", "chembl249450", "(1r,3r,4s,5r)-3-[(2e)-3-(3,4-dihydroxyphenyl)prop-2-enoyloxy]-1,4,5-trihydroxycyclohexanecarboxylicacid", "906-33-2[rn]", "trans-neochlorogenic acid", "trans-5-o-caffeoyl-d-quinic acid", "acon1_000392", "(1r,3r,4s,5r)-3-{[(2e)-3-(3,4-dihydroxyphenyl)prop-2-enoyl]oxy}-1,4,5-trihydroxycyclohexanecarboxylic acid", "ac1nqxc5", "chebi:16384", "quinic acid", "202650-88-2[rn]"}|>, "4075" -> <|"DatabaseID" -> "SW02478", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8007]}, "IsomericSmiles" -> "c1cc(ccc1NC(=O)CCC(=O)[O-])S(=O)(=O)[N-]c2nccs2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07060"]}, "OfficialNames" -> <|"NPC Approved Name" -> "succinylsulfathiazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315]}, "Synonyms" -> {"sulfasuxidine", "succinylsulfathiazole", "4'-(2-thiazolylsulfamoyl)succinanilic acid", "sulfasuccinil", "sulfasuccidine", "cremosuxidine", "sulfadigesin", "colistatin", "succinilsolfatiazolo [dcit]", "succinylsulfathiazole[inn]", "kaoxidine", "butanoicacid 4-oxo-4-((4-((2-thiazolylamino)sulfonyl)phenyl)amino)-", "2-(n(sup4)-succinylsulfanilamido)thiazole", "butanoicacid 4-oxo-4-((4-((2-thiazolylamino)sulfonyl)phenyl)amino)- (9ci)", "succinylsulfathiazolum[latin]", "c13h13n3o5s2", "sulfasuccidin", "succinylsulphathiazole", "4-27-00-04637 (beilstein handbook reference)[beilstein]", "kaoxidin", "p-2-thiazolylsulfamylsuccinanilic acid", "thiacyl", "sulfasuccithiazole", "rolsul", "succinanilic acid 4'-(2-thiazolylsulfamoyl)-", "sulfenterone", "einecs 204-141-0", "succinylsulfathiazol[french][inn]", "116-43-8", "sulfasuxidine (tn)", "4-27-00-04637[beilstein]", "succinilsulfatiazol[spanish][inn]"}|>, "4076" -> <|"DatabaseID" -> "SW02479", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9711"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5367]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00508"]}, "IsomericSmiles" -> "C[NH+](C)CCCN1c2ccccc2Sc3c1cc(cc3)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00390"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRIFLUPROMAZINE;TRIFLUPROMAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451773", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5568], ExternalIdentifier["PubChemCompoundID", 66069]}, "Synonyms" -> {"vesprin", "trifluopromazine", "adazine", "fluopromazine", "triflupromazine", "psyquil", "siquil", "fluorofen", "nivoman", "flumazin", "vetame", "trifluopromazine hydrochloride", "neoprin", "fluopromazine monohydrochloride", "10-[3-(dimethylamino)propyl]-2-trifluoromethylphenothiazine", "triflupromazina[spanish][inn]", "335308[beilstein]", "n,n-dimethyl-3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propan-1-amine", "205-673-6[einecs]", "1098-60-8[rn]", "n,n-dimethyl-3-[2-(trifluoromethyl)phenothiazin-10-yl]propan-1-amine hydrochloride", "146-54-3", "triflupromazine (oxide)", "10h-phenothiazine-10-propanamine n,n-dimethyl-2-(trifluoromethyl)-", "2-(trifluoromethyl)promazine", "10-(3-(dimethylamino)propyl)-2-(trifluoromethyl)phenothiazine", "phenothiazine 10-(3-(dimethylamino)propyl)-2-(trifluoromethyl)-", "triflupromazine hydrochloride[jan]", "triflupromazine[wiki][usp][inn]", "146-54-3[rn]", "1098-60-8", "2-trifluoromethyl-10-(g-dimethylaminopropyl)phenothiazine", "10h-phenothiazine-10-propanamine n,n-dimethyl-2- (trifluoromethyl)- monohydrochloride", "17146-88-2[rn]", "vesprin (tn)", "337376-15-5", "n,n-dimethyl-2-(trifluoromethyl)-10h-phenothiazine-10-propanamine", "triflupromazinum[latin]", "cas-1098-60-8", "triflupromazina", "triflupromazinum", "vesprin hydrochloride", "triflupromazine hydrochloride", "triflupromazine monohydrochloride"}|>, "4077" -> <|"DatabaseID" -> "SW02480", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2355]}, "IsomericSmiles" -> "CC1=C(C(=O)C(=C(C1=O)C)C(CCCCCC(=O)[O-])c2ccccc2)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01123"]}, "OfficialNames" -> <|"NPC Approved Name" -> "seratrodast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2449]}, "Synonyms" -> {"seratrodast", "abbott-73001", "bronica (tn)", "abbott 73001", "bronica", "7-phenyl-7-(2,4,5-trimethyl-3,6-dioxocyclohexa-1,4-dien-1-yl)heptanoic acid", "113888-19-0[rn]", "abt 001", "7-phenyl-7-(2,4,5-trimethyl-3,6-dioxo-1-cyclohexa-1,4-dienyl)heptanoic acid", "7-(3,5,6-trimethyl-1,4-benzoquinon-2-yl)-7-phenylheptanoic acid", "112665-43-7[rn]", "112665-43-7", "abt-001", "[112665-43-7]", "seratrodast aa 2414", "seratrodast (jan/usan)[jan][usan]", "103186-19-2[rn]", "bronica[wiki]", "103185-78-0[rn]", "seratrodast [usan:inn][inn][usan]", "aa-2414", "tl8000143", "7-phenyl-7-(2,4,5-trimethyl-3,6-dioxo-cyclohexa-1,4-dienyl)-heptanoic acid", "ccris 8939", "7-phenyl-7-[2,4,5-trimethyl-3,6-bis(oxidanylidene)cyclohexa-1,4-dien-1-yl]heptanoic acid", "seratrodast |", "7-phenyl-7-(2,4,5-trimethyl-3,6-dioxo-1,4-cyclohexadien-1-yl)heptanoic acid[acd/iupac name]"}|>, "4078" -> <|"DatabaseID" -> "SW02480", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2355]}, "IsomericSmiles" -> "CC1=C(C(=O)C(=C(C1=O)C)C(CCCCCC(=O)[O-])c2ccccc2)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01123"]}, "OfficialNames" -> <|"NPC Approved Name" -> "seratrodast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2449]}, "Synonyms" -> {"seratrodast", "abbott-73001", "bronica (tn)", "abbott 73001", "bronica", "7-phenyl-7-(2,4,5-trimethyl-3,6-dioxocyclohexa-1,4-dien-1-yl)heptanoic acid", "113888-19-0[rn]", "abt 001", "7-phenyl-7-(2,4,5-trimethyl-3,6-dioxo-1-cyclohexa-1,4-dienyl)heptanoic acid", "7-(3,5,6-trimethyl-1,4-benzoquinon-2-yl)-7-phenylheptanoic acid", "112665-43-7[rn]", "112665-43-7", "abt-001", "[112665-43-7]", "seratrodast aa 2414", "seratrodast (jan/usan)[jan][usan]", "103186-19-2[rn]", "bronica[wiki]", "103185-78-0[rn]", "seratrodast [usan:inn][inn][usan]", "aa-2414", "tl8000143", "7-phenyl-7-(2,4,5-trimethyl-3,6-dioxo-cyclohexa-1,4-dienyl)-heptanoic acid", "ccris 8939", "7-phenyl-7-[2,4,5-trimethyl-3,6-bis(oxidanylidene)cyclohexa-1,4-dien-1-yl]heptanoic acid", "seratrodast |", "7-phenyl-7-(2,4,5-trimethyl-3,6-dioxo-1,4-cyclohexadien-1-yl)heptanoic acid[acd/iupac name]"}|>, "4079" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4080" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4081" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4082" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4083" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4084" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4085" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4086" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4087" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4088" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4089" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4090" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4091" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4092" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4093" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4094" -> <|"DatabaseID" -> "SW02481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 285047]}, "IsomericSmiles" -> "CC(=O)N1c2ccccc2C34C1C5C6CC3[NH+](CC4)CC6=CCOC5O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diaboline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 321983]}, "Synonyms" -> {"diaboline", "ac1l85fz", "nsc-277458", "nci60_002258", "nsc277458", "509-40-0[rn]", "curan-17-ol", "509-40-0"}|>, "4095" -> <|"DatabaseID" -> "SW02482", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17037"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444131]}, "IsomericSmiles" -> "C/C=C\\1/C[NH+]2CCc3c4ccccc4[nH]c3[C@@H]2C[C@@H]1C(C=O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "geissoschizine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280491]}, "Synonyms" -> {"methyl (19e)-16-formylcoryn-19-en-17-oate", "geissoschizine", "methyl 2-[(2r", "ac1nqx3j", "c02151", "439-66-7", "chebi:17037", "corynan-16-carboxylic acid", "439-66-7[rn]", "corynan-16-carboxylic acid,16,17,19,20-tetradehydro-17-hydroxy- methylester (16e,19e)-"}|>, "4096" -> <|"DatabaseID" -> "SW02482", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17037"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444131]}, "IsomericSmiles" -> "C/C=C\\1/C[NH+]2CCc3c4ccccc4[nH]c3[C@@H]2C[C@@H]1C(C=O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "geissoschizine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280491]}, "Synonyms" -> {"methyl (19e)-16-formylcoryn-19-en-17-oate", "geissoschizine", "methyl 2-[(2r", "ac1nqx3j", "c02151", "439-66-7", "chebi:17037", "corynan-16-carboxylic acid", "439-66-7[rn]", "corynan-16-carboxylic acid,16,17,19,20-tetradehydro-17-hydroxy- methylester (16e,19e)-"}|>, "4097" -> <|"DatabaseID" -> "SW02483", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10207452]}, "IsomericSmiles" -> "C[C@H]1[C@@H]2C[NH+]3CCc4c5ccccc5[nH]c4[C@H]3C[C@@H]2C(=CO1)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "akuammigine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1268096]}, "Synonyms" -> {"akuammigine", "chembl122404", "(7as,8s,11as,12ar)-8-methyl-5,6,7a,8,11a,12,12a,13-octahydro-7h-9-oxa-6a,13-diaza-indeno[2,1-a]anthracene-11-carboxylic acid methyl ester", "dnc012006", "chebi:302449", "ac1loqx5", "pdsp1_001665"}|>, "4098" -> <|"DatabaseID" -> "SW02484", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390541]}, "IsomericSmiles" -> "C[C@H]1[C@H]2C[NH+]3CCc4c5ccccc5[nH]c4[C@@H]3C[C@@H]2C(=CO1)C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08470"]}, "OfficialNames" -> <|"China Approved Name" -> "raubasine", "Traditional Herbal Isolate" -> "ajmalicine;lupin alkaloid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441975]}, "Synonyms" -> {"raubasine", "lamuran", "hydrosarpan", "ranitol", "ajmalicin", "tetrahydroserpentine", "rauvasan", "ajmalicine", "circolene", "raubasil", "raubasin", "207-589-5[einecs]", "vinceine", "16,17-didehydro-19-methyloxayohimban-16-carboxylic acid methylester", "d-yohimbine", "(7ar,8s,11as,12as)-8-methyl-5,6,7a,8,11a,12,12a,13-octahydro-7h-9-oxa-6a,13-diaza-indeno[2,1-a]anthracene-11-carboxylic acid methyl ester", "cas-6474-90-4", "(19s)-17,19-epoxy-coryn-16-ene-16-carboxylicacid methyl ester", "methyl-(4s,4ar,13bs,14as)-4-methyl-4a,5,7,8,13,13b,14,14a-octahydro-4h-indolo[2,3-a]pyrano[3,4-g]chinolizin-1-carboxylat", "4373-34-6 (hcl)", "vincein", "tetrahydroserpentine;", "indole alkaloid", "alkaloid ii", "cas-4373-34-6", "methyl 19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "sarpan", "substance ii", "(4s,4ar,13bs,14as)-methyl 4-methyl-4a,5,7,8,13,13b,14,14a-octahydro-4h-indolo[2,3-a]pyrano[3,4-g]quinolizine-1-carboxylate", "4/5/483", "ajmalicine(-yohimbine)", "4-27-00-07927 (beilstein handbook reference)[beilstein]", "alkaloid f", "raubaserp", "tensyl", "alkaloid c", "483-04-5 (free base )", "delta-yohimbine", "5/4/483", "raumalina", "vincain", "8-methyl-5,6,7a,8,11a,12,12a,13-octahydro-7h-9-oxa-6a,13-diaza-indeno[2,1-a]anthracene-11-carboxylic acid methyl ester", "483-04-5[rn]", "py-tetrahydroserpentine", "methyl (4s,4ar,13bs,14as)-4-methyl-4a,5,7,8,13,13b,14,14a-octahydro-4h-indolo[2,3-a]pyrano[3,4-g]quinolizine-1-carboxylate", "pytetrahydroserpentine", "4373-32-1"}|>, "4099" -> <|"DatabaseID" -> "SW02485", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445570]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01160"]}, "IsomericSmiles" -> "CCCCC[C@@H](/C=C/[C@H]1[C@@H](C[C@@H]([C@@H]1C/C=C\\CCCC(=O)[O-])O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01352"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DINOPROST TROMETHAMINE"|>, "PharmGKBID" -> "PA164781385", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282415]}, "Synonyms" -> {"dinoprost tromethamine", "zinoprost", "ensaprost", "prostin f2 alpha", "pronalgon f", "lutalyse", "dinolytic", "prostalmon f", "panacelan f tromethamine salt", "pgf2-alpha tham", "pgf2alpha tham", "prostaglandin f2a tromethamine", "dinoprost trometamol salt", "prostaglandin f2alpha tham", "prostaglandin i2 receptor", "enzaprost f compd. with trisamine", "prostanoid ip receptor", "5-heptenoic acid,7-(3,5-dihydroxy-2-(3-hydroxy-1-octenyl)cyclopentyl)-,tham", "dinoprostcompd. with 2-amino-2- (hydroxymethyl)-1,3-propanediol (1:1)", "7-(3,5-dihydroxy-2-(3-hydroxy-1-octenyl)cyclopentyl)-5-heptenoic acid tromethamine salt", "pgi receptor", "9a,11a,15s-trihydroxy-prosta-5z,13e-dien-1-oic acid tris(hydroxymethyl)aminomethane salt", "dinoprost trometamol", "254-002-3[einecs]", "u-14,583e", "(e,z)-(1r,2r,3r,5s)-7-(3,5-dihydroxy-2-((3s)-(3-hydroxy-1-octenyl))cyclopentyl)-5-heptenoic acid compound with 2-amino-2-(hydroxymethyl)-1,3-propanediol(1:1)", "9005-49-6", "38473-38-0[rn]", "prostaglandin f2a tris salt", "51553-13-0[rn]", "pgf2a-tham", "u-14583e", "lutalyse (veterinary)", "38562-01-5[rn]", "prostaglandin f2-alpha tham", "prostaglandin f(sub 2a) tromethamine", "7-(3,5-dihydroxy-2-(3-hydroxy-1-octenyl)cyclopentyl)-5-heptenoic acid tromethamine salt", "u 14583e", "p g f 2 a", "dinoprost tromethamine [usan:jan][jan][usan]", "36300-07-9[rn]"}|>, "4100" -> <|"DatabaseID" -> "SW02486", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15544"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444306]}, "IsomericSmiles" -> "CCCCC[C@@H](/C=C/[C@H]1[C@@H](CC(=O)[C@@H]1CCCCCCC(=O)[O-])O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00180"]}, "OfficialNames" -> <|"Australia Approved Name" -> "ALPROSTADIL", "FDA Approved Drug" -> "ALPROSTADIL"|>, "PharmGKBID" -> "PA448334", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280723]}, "Synonyms" -> {"befar", "prink", "prostin vr", "pge1", "prostaglandin e1", "femprox", "muse", "alprostadil", "prostavasin", "edex", "9-oxo-11r,15s-dihydroxy-13e-prostaenoic acid", "745-65-3[rn]", "(11a,13e,15s)-11,15-dihydroxy-9-oxoprost-13-en-1-oic acid", "alprostadilum[latin]", "prostaglandine e", "topiglan", "212-017-2[einecs]", "alprostadilum [inn_la]", "(-)-prostaglandin e1", "119314-69-1[rn]", "prostin vr pediatric", "2061617[beilstein]", "7-{(1r,2r,3r)-3-hydroxy-2-[(1e,3s)-3-hydroxyoct-1-en-1-yl]-5-oxocyclopentyl}heptanoic acid", "(11a,13e,15s)-11,15-dihydroxy-9-oxo-prost-13-en-1-oic acid", "(1r,2r,3r)-3-hydroxy-2-((e)-(3s)-3-hydroxy-1-octenyl)-5-oxocyclopentaneheptanoicacid", "alprostadil(caverject)", "alprostadil[wiki][usan]", "745-65-3", "sugiran", "prostandin", "7-[5-((1e)(3s)-3-hydroxyoct-1-enyl)(1r,4r,5r)-4-hydroxy-2-oxocyclopentyl]heptanoic acid", "alprostadil prostoglandin e1", "caverject[wiki]", "alprox-td", "toxic solid organic n.o.s. (alprostadil)", "alista", "pge-1", "caverject", "prostaglandine1", "prostaglandin e1;edex;muse;liprostin;caverject", "viridal", "caverject impulse"}|>, "4101" -> <|"DatabaseID" -> "SW02487", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8600]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00913"]}, "IsomericSmiles" -> "CCOC(=O)C1(CC[NH+](CC1)CCc2ccc(cc2)N)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02941"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ANILERIDINE HYDROCHLORIDE;ANILERIDINE PHOSPHATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31338], ExternalIdentifier["PubChemCompoundID", 16051989]}, "Synonyms" -> {"nipecotan", "leritine", "anileridine", "alidine", "leritin", "apodol", "apidol", "adopol", "leritine[wiki]", "1-[2-(4-aminophenyl)ethyl]-4-phenyl-4-piperidinecarboxylic acidethyl ester", "1-(2-(4-aminophenyl)ethyl)-4-phenyl-4-piperidinecarboxylic acidethyl ester", "n-[b-(p-aminophenyl)ethyl]-4-phenyl-4-carbethoxypiperidine", "anileridinum [inn_la]", "isonipecotic acid,1-(p-aminophenethyl)-4-phenyl- ethyl ester", "anileridinum", "anileridina[spanish][inn]", "144-14-9[rn]", "mor-1", "ethyl 1-(2-(4-aminophenyl)ethyl)-4-phenyl-4-piperidinecarboxylate", "1-(p-aminophenethyl)-4-phenylisonipecotic acid ethyl ester", "anileridine [ban:inn][inn]", "anileridina", "n-b-(p-aminophenyl)ethylnormeperidine", "ethyl 1-(4-aminophenethyl)-4-phenylisonipecotate", "anileridinum [inn-latin]", "4-piperidinecarboxylic acid 1-[2-(4-aminophenyl)ethyl]-4-phenyl- ethylester", "sulfathalidine", "anileridina [inn-spanish]", "anileridine[wiki][usp]", "anileridinum[latin]", "1-[2-(4-aminophenyl)ethyl]-4-phenyl-4-piperidinecarboxlic acidethyl ester", "phthalylsulfathiazole", "4-piperidinecarboxylic acid 1-(2-(4-aminophenyl)ethyl)-4-phenyl- ethylester", "ethyl 1-[2-(4-aminophenyl)ethyl]-4-phenylpiperidine-4-carboxylate", "1-(p-aminophenethyl)-4-phenylpiperidine-4-carboxylic acid ethylester", "ethyl 1-(p-aminophenethyl)-4-phenylisonipecotate", "53421-22-0[rn]", "1976-75-6", "aldine", "anileridine dihydrochloride", "leritine dihydrochloride", "anileridine hydrochloride", "unii-3584484n8v", "anileridine hcl", "anileridine phosphate", "chembl1200543", "n-beta-(p-aminophenyl)ethylnormeperidine dihydrochloride", "einecs 204-770-0", "leritine phosphate", "ethyl 1-(4-aminophenethyl)-4-phenylisonipecotate dihydrochloride", "n-(beta-(p-aminophenyl)ethyl)-4-phenyl-4-carbethoxypiperidine dihydrochloride", "8057-39-4", "4268-37-5"}|>, "4102" -> <|"DatabaseID" -> "SW02488", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56079]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01453"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxyfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62278]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenyl-ethyl)-piperidin-4-yl]-n-phenyl-propionamide", "beta-hydroxyfentanyl", "n-[1-(2-hydroxy-2-phenylethyl)piperidin-4-yl]-n-phenylpropanamide", "ncgc00247693-01", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-4-piperidinyl]-n-phenyl-", "ac1q2rpe", "78995-10-5[rn]", "propanamide n-(1-(2-hydroxy-2-phenylethyl)-4-piperidinyl)-n-phenyl-", "n-[1-(2-hydroxy-2-phenyl-ethyl)-piperidin-4-yl]-n-", "78995-10-5", "n-(1-(2-hydroxy-2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "restricted material", "phenyl-propionamide", "ag-h-16610", "ac1l1wt5", "dea no. 9830", "db01453"}|>, "4103" -> <|"DatabaseID" -> "SW02488", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56079]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01453"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxyfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62278]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenyl-ethyl)-piperidin-4-yl]-n-phenyl-propionamide", "beta-hydroxyfentanyl", "n-[1-(2-hydroxy-2-phenylethyl)piperidin-4-yl]-n-phenylpropanamide", "ncgc00247693-01", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-4-piperidinyl]-n-phenyl-", "ac1q2rpe", "78995-10-5[rn]", "propanamide n-(1-(2-hydroxy-2-phenylethyl)-4-piperidinyl)-n-phenyl-", "n-[1-(2-hydroxy-2-phenyl-ethyl)-piperidin-4-yl]-n-", "78995-10-5", "n-(1-(2-hydroxy-2-phenylethyl)-4-piperidinyl)-n-phenylpropanamide", "restricted material", "phenyl-propionamide", "ag-h-16610", "ac1l1wt5", "dea no. 9830", "db01453"}|>, "4104" -> <|"DatabaseID" -> "SW02489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4788"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43697]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCc2ccccc2NC(=O)c3ccc(cc3)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07894"]}, "OfficialNames" -> <|"NPC Approved Name" -> "encainide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48041]}, "Synonyms" -> {"encainide", "encainida; encainide; encainidum", "66794-74-9[rn]", "4-methoxy-n-{2-[2-(1-methyl-piperidin-2-yl)-ethyl]-phenyl}-benzamide (encainide)", "37612-13-8[rn]", "4-methoxy-n-{2-[2-(1-methylpiperidin-2-yl)ethyl]phenyl}benzamide", "encainide [inn:ban]", "enkaid", "4-methoxy-n-{2-[2-(1-methyl-piperidin-2-yl)-ethyl]-phenyl}-benzamide", "encainida", "encainide[wiki]", "mj-9067-1", "66778-36-7[rn]", "encainide (inn)", "benzamide 4-methoxy-n-[2-[2-(1-methyl-2-piperidinyl)ethyl]phenyl]-", "encainidum", "4-methoxy-2'-[2-(1-methyl-2-piperidyl)ethyl]benzanilide", "encainide hcl", "encainidum [latin]", "encainide [french]", "encainidum [inn_la]", "no stereochem", "encainida [spanish]"}|>, "4105" -> <|"DatabaseID" -> "SW02489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4788"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43697]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCc2ccccc2NC(=O)c3ccc(cc3)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07894"]}, "OfficialNames" -> <|"NPC Approved Name" -> "encainide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48041]}, "Synonyms" -> {"encainide", "encainida; encainide; encainidum", "66794-74-9[rn]", "4-methoxy-n-{2-[2-(1-methyl-piperidin-2-yl)-ethyl]-phenyl}-benzamide (encainide)", "37612-13-8[rn]", "4-methoxy-n-{2-[2-(1-methylpiperidin-2-yl)ethyl]phenyl}benzamide", "encainide [inn:ban]", "enkaid", "4-methoxy-n-{2-[2-(1-methyl-piperidin-2-yl)-ethyl]-phenyl}-benzamide", "encainida", "encainide[wiki]", "mj-9067-1", "66778-36-7[rn]", "encainide (inn)", "benzamide 4-methoxy-n-[2-[2-(1-methyl-2-piperidinyl)ethyl]phenyl]-", "encainidum", "4-methoxy-2'-[2-(1-methyl-2-piperidyl)ethyl]benzanilide", "encainide hcl", "encainidum [latin]", "encainide [french]", "encainidum [inn_la]", "no stereochem", "encainida [spanish]"}|>, "4106" -> <|"DatabaseID" -> "SW02489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4788"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43697]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCc2ccccc2NC(=O)c3ccc(cc3)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07894"]}, "OfficialNames" -> <|"NPC Approved Name" -> "encainide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48041]}, "Synonyms" -> {"encainide", "encainida; encainide; encainidum", "66794-74-9[rn]", "4-methoxy-n-{2-[2-(1-methyl-piperidin-2-yl)-ethyl]-phenyl}-benzamide (encainide)", "37612-13-8[rn]", "4-methoxy-n-{2-[2-(1-methylpiperidin-2-yl)ethyl]phenyl}benzamide", "encainide [inn:ban]", "enkaid", "4-methoxy-n-{2-[2-(1-methyl-piperidin-2-yl)-ethyl]-phenyl}-benzamide", "encainida", "encainide[wiki]", "mj-9067-1", "66778-36-7[rn]", "encainide (inn)", "benzamide 4-methoxy-n-[2-[2-(1-methyl-2-piperidinyl)ethyl]phenyl]-", "encainidum", "4-methoxy-2'-[2-(1-methyl-2-piperidyl)ethyl]benzanilide", "encainide hcl", "encainidum [latin]", "encainide [french]", "encainidum [inn_la]", "no stereochem", "encainida [spanish]"}|>, "4107" -> <|"DatabaseID" -> "SW02489", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4788"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43697]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCc2ccccc2NC(=O)c3ccc(cc3)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07894"]}, "OfficialNames" -> <|"NPC Approved Name" -> "encainide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48041]}, "Synonyms" -> {"encainide", "encainida; encainide; encainidum", "66794-74-9[rn]", "4-methoxy-n-{2-[2-(1-methyl-piperidin-2-yl)-ethyl]-phenyl}-benzamide (encainide)", "37612-13-8[rn]", "4-methoxy-n-{2-[2-(1-methylpiperidin-2-yl)ethyl]phenyl}benzamide", "encainide [inn:ban]", "enkaid", "4-methoxy-n-{2-[2-(1-methyl-piperidin-2-yl)-ethyl]-phenyl}-benzamide", "encainida", "encainide[wiki]", "mj-9067-1", "66778-36-7[rn]", "encainide (inn)", "benzamide 4-methoxy-n-[2-[2-(1-methyl-2-piperidinyl)ethyl]phenyl]-", "encainidum", "4-methoxy-2'-[2-(1-methyl-2-piperidyl)ethyl]benzanilide", "encainide hcl", "encainidum [latin]", "encainide [french]", "encainidum [inn_la]", "no stereochem", "encainida [spanish]"}|>, "4108" -> <|"DatabaseID" -> "SW02490", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6047], ExternalIdentifier["ChemSpiderID", 3643]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01625"]}, "IsomericSmiles" -> "CC(C)[N+](C)(CCC(c1ccccc1)(c2ccccc2)C(=O)N)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01005"]}, "OfficialNames" -> <|"Indian Approved Name" -> "isopropamide", "FDA Approved Drug" -> "ISOPROPAMIDE IODIDE"|>, "PharmGKBID" -> "PA164781398", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6284], ExternalIdentifier["PubChemCompoundID", 3775]}, "Synonyms" -> {"darbid", "isopropamide iodide", "priazimide", "dipramide", "piaccamide", "sanulcin", "dipramid", "tyrimide", "priamide", "isamid", "isopropamide", "marygin-m", "chloroisopropamide", "priamide eupharma", "isoproponum iodide", "71-81-8[rn]", "4-(diisopropylamino)-2,2-diphenylbutyramide methiodide", "7492-32-2[rn]", "2,2-diphenyl-4-diisopropylaminobutyramide methiodide", "5579 md", "7492-32-2", "ioduro de isopropamida[spanish][inn]", "iodure d'isopropamide[french][inn]", "isopropamide ioduro [dcit]", "(3-carbamoyl-3,3-diphenylpropyl)diisopropylmethylammonium iodide", "4-amino-n-methyl-n,n-bis(1-methylethyl)-4-oxo-3,3-diphenylbutan-1-aminium", "24353-18-2[rn]", "5579 m.d.", "ammonium,(3-carbamoyl-3,3-diphenylpropyl)diisopropylmethyl- iodide", "darbid (tn)", "4-amino-n,n-diisopropyl-n-methyl-4-oxo-3,3-diphenylbutan-1-aminium iodide", "71-81-8 7492-32-2", "200-766-8[einecs]", "4-amino-n-methyl-4-oxo-3,3-diphenyl-n,n-di(propan-2-yl)butan-1-aminium iodide", "g-(aminocarbonyl)-n-methyl-n,n-bis(1-methylethyl)-g-phenylbenzenepropanaminium iodide", "71-81-8 7492-32-2 [isopropamide]", "isopropamide iodine", "isopropamidi iodidum[latin]", "isopropamide iodide [ban:inn:jan][inn][jan]", "4-[bis(methylethyl)methylamino]-2,2-diphenylbutanamide iodide", "isopropamideiodide", "combid"}|>, "4109" -> <|"DatabaseID" -> "SW02491", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24795]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)c2cc(c(cc2[O-])Cl)S(=O)(=O)N)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06341"]}, "OfficialNames" -> <|"NPC Approved Name" -> "xipamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26618]}, "Synonyms" -> {"diurexan", "aquaphoril", "zipix", "xipamid", "diurex (lacer)", "xipamide", "14293-44-8", "14293-44-8[rn]", "4-chloro-n-(2,6-dimethylphenyl)-2-hydroxy-5-sulfamoylbenzamide[acd/iupac name]", "4-chloranyl-n-(2,6-dimethylphenyl)-2-oxidanyl-5-sulfamoyl-benzamide", "xipamide[wiki][inn][ban][usan]", "4-chloro-5-sulfamylsalicyloyl-2',6'-dimethylanilide", "4-chloro-5-sulfamoyl-2',6'-salicyloxylidide", "aquaphor[wiki]", "135274-05-4[rn]", "xipamidum[latin][inn]", "n-(2,6-dimethylphenyl)(4-chloro-6-hydroxy-3-sulfamoylphenyl)carboxamide", "xipamidum [inn-latin]", "aquaphor", "aquaphor (diuretic)", "mjf 10,938", "5-(aminosulfonyl)-4-chloro-n-(2,6-dimethylphenyl)-2-hydroxybenzamide", "xipamida[spanish][inn]", "4-chloro-2',6'-dimethyl-5-sulfamoylsalicylanilide", "4-chlor-5-sulfamoyl-2',6'-salicyloxylidid[german]", "benzamide 5-(aminosulfonyl)-4-chloro-n-(2,6-dimethylphenyl)-2-hydroxy-", "238-216-4[einecs]", "2',6'-salicyloxylidide 4-chloro-5-sulfamoyl-", "4-chloro-n-(2,6-dimethylphenyl)-2-hydroxy-5-sulphamoylbenzamide"}|>, "4110" -> <|"DatabaseID" -> "SW02492", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "147675"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00249"]}, "IsomericSmiles" -> "c1c(c(=O)[nH]c(=O)n1[C@H]2C[C@@H]([C@H](O2)CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00342"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IDOXURIDINE"|>, "PharmGKBID" -> "PA164781019", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5905]}, "Synonyms" -> {"idoxuridine", "idoxuridin", "iudr", "herplex", "5-iododeoxyuridine", "dendrid", "iodoxuridine", "stoxil", "iododeoxyridine", "joddeoxiuridin", "herpid", "emanil", "iduviran", "idoxene", "iduridin", "herpidu", "antizona", "5idu", "idu oculos", "id2", "herpes-gel", "ec 2.7.1.21", "heratil", "allergan 211", "synmiol", "virudox", "spectanefran", "ophthalmadine", "herpesil", "idur", "5iudr", "herplex liquifilm", "allergan 201", "iducher", "idossuridina [dcit]", "idu", "idulea", "5-iodo-2'-deoxyuridine", "herpe-gel", "kerecid", "idexur"}|>, "4111" -> <|"DatabaseID" -> "SW02493", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476184]}, "IsomericSmiles" -> "c1cc(=O)oc2c1c(c(c(c2)O)O)c3c4ccc(=O)oc4cc(c3O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "euphorbetin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317297]}, "Synonyms" -> {"5-(6", "euphorbetin", "ac1nsvdp"}|>, "4112" -> <|"DatabaseID" -> "SW02494", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2273807]}, "IsomericSmiles" -> "c1cc(c(cc1Cl)Cl)[C@@H]2CS/C(=C(/C#N)\\n3ccnc3)/S2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01980"]}, "OfficialNames" -> <|"Indian Approved Name" -> "luliconazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3003141]}, "Synonyms" -> {"lulicon", "luliconazole", "(-)-(e)-((4r)-4-(2,4-dichlorophenyl)-1,3-dithiolan-2-ylidene)(1h-imidazol-1-yl)acetonitrile", "lulicon (tn)", "187164-19-8", "187164-19-8[rn]", "imidazole antimycotic", "dsstox_gsid_48607", "cas-187164-19-8", "dsstox_cid_28533", "luliconazole[inn]", "ncgc00182704-01", "dsstox_rid_82805", "ncgc00182704-03", "ncgc00182704-02", "(2e)-[(4r)-4-(2,4-dichlorophenyl)-1,3-dithiolan-2-ylidene](1h-imidazol-1-yl)acetonitrile"}|>, "4113" -> <|"DatabaseID" -> "SW02495", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475468]}, "IsomericSmiles" -> "COc1cccc2c1cc(c3c2c4c(cc3CC(=O)[O-])OCO4)[N+](=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "debilic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316406]}, "Synonyms" -> {"debilic acid", "2-(8-methoxy-6-nitronaphtho[2", "ac1nsu8u"}|>, "4114" -> <|"DatabaseID" -> "SW02496", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65258]}, "IsomericSmiles" -> "c1cc2c(cc1[C@@H]3[C@H]4CO[C@@H]([C@H]4CO3)c5ccc6c(c5)OCO6)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sesamin;d-asarinin;l-sesamin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72307]}, "Synonyms" -> {"d-(+)-sesamin", "d-sesamin", "asarinin", "sezamin", "(+)-sesamin", "episesamin", "fagarol", "pseudocubebin", "l-sesamin", "sesamin[wiki]", "sesamin", "(-)-sesamin", "1h,3h-furo(3,4-c)furan tetrahydro-1,4-bis(3,4-(methylenedioxy)phenyl)-,(1s,3ar,4s,6ar)-(8ci)", "1,3-benzodioxole,5,5'-(tetrahydro-1h,3h-furo[3,4-c]furan-1,4-diyl)bis-,(1s,3ar,4s,6ar)-", "5,5'-(1s,3ar,4s,6ar)-tetrahydro-1h,3h-furo[3,4-c]furan-1,4-diylbis(1,3-benzodioxole)", "pseudo cubebin", "(+)-segamin", "1,3-benzodioxole,5,5'-[(1s,3ar,4s,6ar)-tetrahydro-1h,3h-furo[3,4-c]furan-1,4-diyl]bis-", "sesamin(fagarol)", "607-80-7[rn]"}|>, "4115" -> <|"DatabaseID" -> "SW02497", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91811]}, "IsomericSmiles" -> "c1cc2c(cc1[C@@H]3[C@H]4CO[C@H]([C@H]4CO3)c5ccc6c(c5)OCO6)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asarinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101612]}, "Synonyms" -> {"1-asarinine", "l-asarinin", "1,3-benzodioxole,5,5'-(tetrahydro-1h,3h-furo(3,4-c)furan-1,4-diyl)bis-,(+)-", "(1a,3aa,4b,6aa)-5,5'-(tetrahydro-1h,3h-furo[3,4-c]furan-1,4-diyl)bis-1,3-benzodioxole", "[1r-(1a,3aa,4b,6aa)]-5,5'-(tetrahydro-1h,3h-furo[3,4-c]furan-1,4-diyl)bis-1,3-benzodioxole", "asarinin", "133-03-9[rn]", "5,5'-(1r,3ar,4s,6ar)-tetrahydro-1h,3h-furo[3,4-c]furan-1,4-diylbis(1,3-benzodioxole)[acd/iupac name]", "spectrum_001556", "133-05-1[rn]", "13079-95-3[rn]", "dl-asarinin", "episesamin", "xanthoxylin s", "spectrum3_001162", "specplus_000958", "spectrum5_000490", "133-04-0[rn]", "rel-5,5'-[(1r,3ar,4s,6ar)-tetrahydro-1h,3h-furo[3,4-c]furan-1,4-diyl]bis-1,3-benzodioxole", "asarinin (-)", "spectrum2_000811", "spectrum4_001725", "1,3-benzodioxole,5,5'-[(1r,3ar,4s,6ar)-tetrahydro-1h,3h-furo[3,4-c]furan-1,4-diyl]bis-", "bspbio_002743", "(-)-episesamin", "ac1l2r6w"}|>, "4116" -> <|"DatabaseID" -> "SW02498", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31991"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4602]}, "IsomericSmiles" -> "c1ccc2c(c1)C(OS2(=O)=O)(c3ccc(cc3)O)c4ccc(cc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01200"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sulfonphthal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4766]}, "Synonyms" -> {"phenolsulfonphthalein", "sulphental", "sulfonphthal", "fenolipuna", "phenolsulphonphthalein", "sulphonthal", "phenolsulfonphthalein [ban:jan][jan]", "34487-61-1[rn]", "205-609-7[einecs]", "tf-r 2", "143-74-8", "phenol 4,4'-(3h-2,1-benzoxathiol-3-ylidene)bis- (s,s-dioxide)", "phenol 4,4-(3h-2 1-benzoxathiol-3-ylidene)di- s,s-dioxide", "phenol 4 4'- (3h-2,1-benzoxathiol-3-ylidene)di- s,s-dioxide", "phenol 4,4'-(3h-2,1-benzoxathiol-3-ylidene)bis- s,s-dioxide", "vermelho de fenol[portuguese]", "143-74-8[rn]", "\"143-74-8", "nsc10459", "phenol 4,4'-(3h-2,1-benzoxathiol-3-ylidene)bis-,s,s-dioxide (9ci)", "5-19-03-00457[beilstein]", "phenol 4,4'- (3h-2 1-benzoxathiol-3-ylidene)bis- s,s-dioxide", "p.s.p.", "d010637", "4,4'-(3h-2,1-benzoxathiol-3-ylidene)diphenol s,s-dioxide", "252-057-8[einecs]", "5-19-03-00457 (beilstein handbook reference)[beilstein]", "phenolsulfonphthalein (tn)", "3h-2,1-benzoxathiole 3 3-bis(4-hydroxyphenyl)- 1,1-dioxide", "phenol 4,4'-(1,1-dioxido-3h-2,1-benzoxathiol-3-ylidene)bis-", "phenol 4,4-(3h-2,1-benzoxathiol-3-ylidene)di- s-s-dioxide", "p. s. p.", "a-hydroxy-a,a-bis(p-hydroxyphenyl)-o-toluenesulfonic acid g-sultone", "3,3-bis(4-hydroxyphenyl)-3h-2,1l6-benzoxathiole-1,1-dione", "3,3-bis(p-hydroxyphenyl)-3h-2,1-benzoxathiole 1,1-dioxide", "p-2800", "phenolsulfonphthalein (jp15/nf)[nf][jp15]", "phenol 4,4-(3h-2 1-benzoxathiol-3-ylidene)di- s-s-dioxide", "phenylsulfonephthalein", "3,3-bis(4-hydroxyphenyl)benzo[c]1,2-oxathiolene-1,1-dione", "3h-2,1-benzoxathiole 3,3-bis(4-hydroxyphenyl)- 1,1-dioxide", "4,4'-(3h-2,1-benzoxathiol-3-ylidene)bisphenol s,s-dioxide", "psp", "326470", "phenolsulfonephthalein[wiki]", "phenol 4,4'-(3h-2,1-benzoxathiol-3-ylidene)di- s,s-dioxide", "2877-88-5[rn]", "phenol red", "phenol red[wiki]", "psp (indicator)", "phenolsulphonephthalein", "4,4'-(1,1-dioxido-3h-2,1-benzoxathiole-3,3-diyl)diphenol[acd/iupac name]"}|>, "4117" -> <|"DatabaseID" -> "SW02499", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16415"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4799]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C(=O)Cc4ccc5c(c4C1)OCO5)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "biflorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4970]}, "Synonyms" -> {"corydinine", "einecs 204-999-6", "protopine", "fumarine", "macleyine", "biflorine", "6164-47-2[rn]", "7-methyl-6,7,8,9-tetrahydro-[1,3]dioxolo[4',5':5,6]benzo[1,2-c][1,3]dioxolo[5',4':4,5]benzo[1,2-g]azecin-15(16h)-one", "bis[1,3]benzodioxolo[4,5-c:5',6'-g]azecin-13(5h)-one,4,6,7,14-tetrahydro-5-methyl-", "4,6,7,14-tetrahydro-5-methyl-bis[1,3]benzodioxolo[4,5-c:5',6'-g]azecin-13(5h)-one", "7,13a-secoberbin-13a-one 7-methyl-2,3:9,10-bis(methylenedioxy)-", "chebi:16415", "7-methyl-2,3:9,10-bis[methylenebis(oxy)]-7,13a-secoberbin-13a-one", "bis[1,3]benzodioxolo[4,5-c:5',6'-g]azecin-15(7h)-one,6,8,9,16-tetrahydro-7-methyl-", "7-methyl-4h,6h,8h,9h,12h,16h-1,3-dioxoleno[4''',5'''-3'',4'']benzo[1'',2''-8',9']azecino[5',4'-2,1]benzo[4,5-d]1,3-dioxolan-15-one", "protopin", "c20h19no5", "hypercorine", "7", "204-999-6[einecs]", "bis(1,3)benzodioxolo(4,5-c:5',6'-g)azecin-13(5h)-one,4,6,7,14-tetrahydro-5-methyl-", "7-methyl-2,3:9,10-bis(methylenedioxy)-7,13a-secoberbin-13a-one", "130-86-9[rn]", "alk-3", "7 13a-secoberbin-13a-one,7-methyl-2,3:9,10-bis (methylenedioxy)- hydrochloride", "bis[1,3]benzodioxolo[4,5-c:5' 6'-g]azecin-13(5h)-one 4,6,7,14-tetrahydro-5-methyl- hydrochloride", "6164-47-2 (hcl)", "7-methyl-6,8,9,16-tetrahydrobis[1,3]benzodioxolo[4,5-c:5',6'-g]azecin-15(7h)-one[acd/iupac name]", "130-86-9", "protopine hcl", "hsdb 3527", "4,6,7,14-tetrahydro-5-methyl-bis(1,3)benzodioxolo(4,5-c-5',6'-g)azecin-13(5h)-one", "7-methyl-6,8,9,16-tetrahydro[1,3]dioxolo[5,6]benzo[1,2-c][1,3]dioxolo[4,5]benzo[1,2-g]azecin-15(7h)-on"}|>, "4118" -> <|"DatabaseID" -> "SW02499", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16415"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4799]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C(=O)Cc4ccc5c(c4C1)OCO5)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "biflorine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4970]}, "Synonyms" -> {"corydinine", "einecs 204-999-6", "protopine", "fumarine", "macleyine", "biflorine", "6164-47-2[rn]", "7-methyl-6,7,8,9-tetrahydro-[1,3]dioxolo[4',5':5,6]benzo[1,2-c][1,3]dioxolo[5',4':4,5]benzo[1,2-g]azecin-15(16h)-one", "bis[1,3]benzodioxolo[4,5-c:5',6'-g]azecin-13(5h)-one,4,6,7,14-tetrahydro-5-methyl-", "4,6,7,14-tetrahydro-5-methyl-bis[1,3]benzodioxolo[4,5-c:5',6'-g]azecin-13(5h)-one", "7,13a-secoberbin-13a-one 7-methyl-2,3:9,10-bis(methylenedioxy)-", "chebi:16415", "7-methyl-2,3:9,10-bis[methylenebis(oxy)]-7,13a-secoberbin-13a-one", "bis[1,3]benzodioxolo[4,5-c:5',6'-g]azecin-15(7h)-one,6,8,9,16-tetrahydro-7-methyl-", "7-methyl-4h,6h,8h,9h,12h,16h-1,3-dioxoleno[4''',5'''-3'',4'']benzo[1'',2''-8',9']azecino[5',4'-2,1]benzo[4,5-d]1,3-dioxolan-15-one", "protopin", "c20h19no5", "hypercorine", "7", "204-999-6[einecs]", "bis(1,3)benzodioxolo(4,5-c:5',6'-g)azecin-13(5h)-one,4,6,7,14-tetrahydro-5-methyl-", "7-methyl-2,3:9,10-bis(methylenedioxy)-7,13a-secoberbin-13a-one", "130-86-9[rn]", "alk-3", "7 13a-secoberbin-13a-one,7-methyl-2,3:9,10-bis (methylenedioxy)- hydrochloride", "bis[1,3]benzodioxolo[4,5-c:5' 6'-g]azecin-13(5h)-one 4,6,7,14-tetrahydro-5-methyl- hydrochloride", "6164-47-2 (hcl)", "7-methyl-6,8,9,16-tetrahydrobis[1,3]benzodioxolo[4,5-c:5',6'-g]azecin-15(7h)-one[acd/iupac name]", "130-86-9", "protopine hcl", "hsdb 3527", "4,6,7,14-tetrahydro-5-methyl-bis(1,3)benzodioxolo(4,5-c-5',6'-g)azecin-13(5h)-one", "7-methyl-6,8,9,16-tetrahydro[1,3]dioxolo[5,6]benzo[1,2-c][1,3]dioxolo[4,5]benzo[1,2-g]azecin-15(7h)-on"}|>, "4119" -> <|"DatabaseID" -> "SW02500", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31389"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171216]}, "IsomericSmiles" -> "C[NH+]1Cc2c(ccc3c2OCO3)[C@@H]4[C@H]1c5cc6c(cc5C[C@@H]4O)OCO6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chelidonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197810]}, "Synonyms" -> {"stylophorin", "helidonine", "khelidonin", "chelidonine", "(+)-chelidonine", "chelidoniny [polish]", "chelidonin [german]", "chebi:31389", "[1,3]benzodioxolo[5,6-c]-1,3-dioxolo[4,5-i]phenanthridin-6-ol,5b,6,7,12b,13,14-hexahydro-13-methyl- (5br,6s,12bs)-", "stylophorine", "476-32-4[rn]", "4275089[beilstein]", "[5br-(5ba,6b,12b4a)]-5b,6,7,12b,13,14-hexahydro-13-methyl[1,3]benzodioxolo[5,6-c]-1,3-di oxolo[4,5-i]phenanthridin-6-ol", "5b,6,7,12b,13,14-hexahydro-13-methyl[1,3]benzodioxolo[5,6-c]-1,3-dioxolo[4,5-i]phenan-thridin-6-ol;[1,3]benzodioxolo[5,6-c]-1,3-dioxolo[4,5-i]phenanthridin-6-ol,5b,6,7,12b,13,14-hexahydro-13-methyl- (5br,6s,12bs)-", "476-32-4", "(5br,6s,12bs)-13-methyl-5b,6,7,12b,13,14-hexahydro[1,3]dioxolo[4,5]benzo[1,2-c][1,3]dioxolo[4,5-i]phenanthridin-6-ol", "diphylline", "benzophenanthridine alkaloid", "97913[beilstein]", "(5br,6s,12bs)-13-methyl-5b,6,7,12b,13,14-hexahydro[1,3]benzodioxolo[5,6-c][1,3]dioxolo[4,5-i]phenanthridin-6-ol", "207-504-1[einecs]", "chelidonin", "chelidonin[german]"}|>, "4120" -> <|"DatabaseID" -> "SW02500", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31389"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171216]}, "IsomericSmiles" -> "C[NH+]1Cc2c(ccc3c2OCO3)[C@@H]4[C@H]1c5cc6c(cc5C[C@@H]4O)OCO6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chelidonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197810]}, "Synonyms" -> {"stylophorin", "helidonine", "khelidonin", "chelidonine", "(+)-chelidonine", "chelidoniny [polish]", "chelidonin [german]", "chebi:31389", "[1,3]benzodioxolo[5,6-c]-1,3-dioxolo[4,5-i]phenanthridin-6-ol,5b,6,7,12b,13,14-hexahydro-13-methyl- (5br,6s,12bs)-", "stylophorine", "476-32-4[rn]", "4275089[beilstein]", "[5br-(5ba,6b,12b4a)]-5b,6,7,12b,13,14-hexahydro-13-methyl[1,3]benzodioxolo[5,6-c]-1,3-di oxolo[4,5-i]phenanthridin-6-ol", "5b,6,7,12b,13,14-hexahydro-13-methyl[1,3]benzodioxolo[5,6-c]-1,3-dioxolo[4,5-i]phenan-thridin-6-ol;[1,3]benzodioxolo[5,6-c]-1,3-dioxolo[4,5-i]phenanthridin-6-ol,5b,6,7,12b,13,14-hexahydro-13-methyl- (5br,6s,12bs)-", "476-32-4", "(5br,6s,12bs)-13-methyl-5b,6,7,12b,13,14-hexahydro[1,3]dioxolo[4,5]benzo[1,2-c][1,3]dioxolo[4,5-i]phenanthridin-6-ol", "diphylline", "benzophenanthridine alkaloid", "97913[beilstein]", "(5br,6s,12bs)-13-methyl-5b,6,7,12b,13,14-hexahydro[1,3]benzodioxolo[5,6-c][1,3]dioxolo[4,5-i]phenanthridin-6-ol", "207-504-1[einecs]", "chelidonin", "chelidonin[german]"}|>, "4121" -> <|"DatabaseID" -> "SW02501", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 143880]}, "IsomericSmiles" -> "Cc1ccc2c(n1)Oc3ccc(cc3C2)C(C)C(=O)OCC(=O)N(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01851"]}, "OfficialNames" -> <|"NPC Approved Name" -> "y-23023"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 164072]}, "Synonyms" -> {"mepranoprofen arbamel", "dsstox_gsid_48852", "dsstox_cid_28778", "dsstox_rid_83047", "tilnoprofen arbamel[inn]", "tilnoprofen arbamel", "118635-52-2", "ncgc00181915-02", "ncgc00181915-01", "2-(dimethylamino)-2-oxoethyl 2-(2-methyl-5h-chromeno[2", "118635-52-2[rn]", "19685-21-3[rn]", "2-(dimethylamino)-2-oxoethyl 2-(2-methyl-5h-chromeno[2,3-b]pyridin-7-yl)propanoate[acd/iupac name]", "y-23023", "159098-79-0[rn]"}|>, "4122" -> <|"DatabaseID" -> "SW02501", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 143880]}, "IsomericSmiles" -> "Cc1ccc2c(n1)Oc3ccc(cc3C2)C(C)C(=O)OCC(=O)N(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01851"]}, "OfficialNames" -> <|"NPC Approved Name" -> "y-23023"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 164072]}, "Synonyms" -> {"mepranoprofen arbamel", "dsstox_gsid_48852", "dsstox_cid_28778", "dsstox_rid_83047", "tilnoprofen arbamel[inn]", "tilnoprofen arbamel", "118635-52-2", "ncgc00181915-02", "ncgc00181915-01", "2-(dimethylamino)-2-oxoethyl 2-(2-methyl-5h-chromeno[2", "118635-52-2[rn]", "19685-21-3[rn]", "2-(dimethylamino)-2-oxoethyl 2-(2-methyl-5h-chromeno[2,3-b]pyridin-7-yl)propanoate[acd/iupac name]", "y-23023", "159098-79-0[rn]"}|>, "4123" -> <|"DatabaseID" -> "SW02502", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43838]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01475"]}, "IsomericSmiles" -> "CCOC(=O)C(CC[NH+]1CCOCC1)(c2ccccc2)c3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Dioxaphetyl butyrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48194]}, "Synonyms" -> {"dioxaphetyl butyrate", "amidalgon", "spasmoxal", "ac1l2jkr", "dioxaphetyli butyras[latin]", "butirato de dioxafetilo[spanish]", "dioxaphetyl butyrate [ban:inn][inn]", "4-morpholino-2,2-diphenylbutyric acid ethyl ester", "spasmoxale", "66859-50-5[rn]", "4-morpholinebutanoic acid", "diossafetile butirrato", "207-402-7[einecs]", "butyrate de dioxaphetyl", "diossafetile butirrato [dcit]", "butyrate de dioxaphetyl [inn-french]", "butyrate de dioxaphetyl[french]", "butirato de dioxafetilo", "ethyl 4-(morpholin-4-yl)-2,2-diphenylbutanoate", "ethyl 4-morpholino-2,2-diphenylbutyrate", "dioxaphetyli butyras", "467-86-7[rn]", "a,a-diphenyl-4-morpholinebutanoic acid ethyl ester"}|>, "4124" -> <|"DatabaseID" -> "SW02503", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29488]}, "IsomericSmiles" -> "C[N+]1(CCCCC1COC(=O)C(c2ccccc2)(c3ccccc3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01532"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bevonium metilsulfate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31799]}, "Synonyms" -> {"bevonium methylsulfate", "bevonium metilsulfate", "piribenzil methyl sulfate", "bevonium methyl sulfate", "bevonium methylsulphate", "ester delacido bencilico del 1,1-dimetil-2-oximetil-piperidinio-metilsulfato[spanish]", "2-(hydroxymethyl)-1,1-dimethylpiperidinium methyl sulfate benzilate", "metilsulfate de bevonium[french][inn]", "ester d'acide benzilique etdu 1-methylsulfate de 1,1-dimethyl-(2-hydroxymethyl)piperidinium", "bevonii metilsulfas[latin]", "acabel", "piribenzyl methylsulfate", "cg 201", "einecs 226-001-8", "piperidinium 2-(hydroxymethyl)-1,1-dimethyl- methylsulfate,benzilate", "metilsulfato de bevonio[spanish][inn]", "23277-37-4[rn]", "bevonii metilsulfas [inn-latin]", "piperidinium 2-(((hydroxydiphenylacetyl)oxy)methyl)-1,1-dimethyl- methyl sulfate (salt)", "2-[[(hydroxydiphenylacetyl)oxy]methyl]-1,1-dimethylpiperidiniummethyl sulfate (salt)", "2-{[2-hydroxy(diphenyl)acetoxy]methyl}-1,1-dimethylpiperidiniummethyl sulfate[acd/iupac name]", "bevonium metilsulfate[inn]", "metilsulfate de bevonium [inn-french]", "benzilsaeure-(n,n-dimethyl-2-hydroxymethyl-piperidinium)-ester-methylsulfat[german]", "226-001-8[einecs]", "33371-53-8[rn]", "benzilicacid ester with 2-(hydroxymethyl)-1,1-dimethylpiperidinium methyl sulfate", "2-(hydroxydiphenylacetyl)oxymethyl-1,1-dimethylpiperidinium methyl sulphate", "5205-82-3[rn]", "metilsulfato de bevonio [inn-spanish]"}|>, "4125" -> <|"DatabaseID" -> "SW02503", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29488]}, "IsomericSmiles" -> "C[N+]1(CCCCC1COC(=O)C(c2ccccc2)(c3ccccc3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01532"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bevonium metilsulfate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31799]}, "Synonyms" -> {"bevonium methylsulfate", "bevonium metilsulfate", "piribenzil methyl sulfate", "bevonium methyl sulfate", "bevonium methylsulphate", "ester delacido bencilico del 1,1-dimetil-2-oximetil-piperidinio-metilsulfato[spanish]", "2-(hydroxymethyl)-1,1-dimethylpiperidinium methyl sulfate benzilate", "metilsulfate de bevonium[french][inn]", "ester d'acide benzilique etdu 1-methylsulfate de 1,1-dimethyl-(2-hydroxymethyl)piperidinium", "bevonii metilsulfas[latin]", "acabel", "piribenzyl methylsulfate", "cg 201", "einecs 226-001-8", "piperidinium 2-(hydroxymethyl)-1,1-dimethyl- methylsulfate,benzilate", "metilsulfato de bevonio[spanish][inn]", "23277-37-4[rn]", "bevonii metilsulfas [inn-latin]", "piperidinium 2-(((hydroxydiphenylacetyl)oxy)methyl)-1,1-dimethyl- methyl sulfate (salt)", "2-[[(hydroxydiphenylacetyl)oxy]methyl]-1,1-dimethylpiperidiniummethyl sulfate (salt)", "2-{[2-hydroxy(diphenyl)acetoxy]methyl}-1,1-dimethylpiperidiniummethyl sulfate[acd/iupac name]", "bevonium metilsulfate[inn]", "metilsulfate de bevonium [inn-french]", "benzilsaeure-(n,n-dimethyl-2-hydroxymethyl-piperidinium)-ester-methylsulfat[german]", "226-001-8[einecs]", "33371-53-8[rn]", "benzilicacid ester with 2-(hydroxymethyl)-1,1-dimethylpiperidinium methyl sulfate", "2-(hydroxydiphenylacetyl)oxymethyl-1,1-dimethylpiperidinium methyl sulphate", "5205-82-3[rn]", "metilsulfato de bevonio [inn-spanish]"}|>, "4126" -> <|"DatabaseID" -> "SW02504", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4666]}, "IsomericSmiles" -> "CC[N+]1(CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O)C", "OfficialNames" -> <|"Indian Approved Name" -> "pipenzolate methylbrom"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 42634947]}, "Synonyms" -> {"pipenzolonum", "13473-38-6[rn]", "pipenzolate methobromide", "1-ethyl-1-methyl-3-(oxidodiphenylacetoxy)piperidinium", "piptal tablet", "pipenzolate", "236-748-1[einecs]", "piperidinium 1-ethyl-3-((hydroxydiphenylacetyl)oxyl)-1-methyl-(9ci)", "piperidinium", "piptil", "piptalake", "ag-d-71011", "5-21-01-00043 (beilstein handbook reference)[beilstein]"}|>, "4127" -> <|"DatabaseID" -> "SW02504", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4666]}, "IsomericSmiles" -> "CC[N+]1(CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O)C", "OfficialNames" -> <|"Indian Approved Name" -> "pipenzolate methylbrom"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 42634947]}, "Synonyms" -> {"pipenzolonum", "13473-38-6[rn]", "pipenzolate methobromide", "1-ethyl-1-methyl-3-(oxidodiphenylacetoxy)piperidinium", "piptal tablet", "pipenzolate", "236-748-1[einecs]", "piperidinium 1-ethyl-3-((hydroxydiphenylacetyl)oxyl)-1-methyl-(9ci)", "piperidinium", "piptil", "piptalake", "ag-d-71011", "5-21-01-00043 (beilstein handbook reference)[beilstein]"}|>, "4128" -> <|"DatabaseID" -> "SW02504", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4666]}, "IsomericSmiles" -> "CC[N+]1(CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O)C", "OfficialNames" -> <|"Indian Approved Name" -> "pipenzolate methylbrom"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 42634947]}, "Synonyms" -> {"pipenzolonum", "13473-38-6[rn]", "pipenzolate methobromide", "1-ethyl-1-methyl-3-(oxidodiphenylacetoxy)piperidinium", "piptal tablet", "pipenzolate", "236-748-1[einecs]", "piperidinium 1-ethyl-3-((hydroxydiphenylacetyl)oxyl)-1-methyl-(9ci)", "piperidinium", "piptil", "piptalake", "ag-d-71011", "5-21-01-00043 (beilstein handbook reference)[beilstein]"}|>, "4129" -> <|"DatabaseID" -> "SW02504", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4666]}, "IsomericSmiles" -> "CC[N+]1(CCCC(C1)OC(=O)C(c2ccccc2)(c3ccccc3)O)C", "OfficialNames" -> <|"Indian Approved Name" -> "pipenzolate methylbrom"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 42634947]}, "Synonyms" -> {"pipenzolonum", "13473-38-6[rn]", "pipenzolate methobromide", "1-ethyl-1-methyl-3-(oxidodiphenylacetoxy)piperidinium", "piptal tablet", "pipenzolate", "236-748-1[einecs]", "piperidinium 1-ethyl-3-((hydroxydiphenylacetyl)oxyl)-1-methyl-(9ci)", "piperidinium", "piptil", "piptalake", "ag-d-71011", "5-21-01-00043 (beilstein handbook reference)[beilstein]"}|>, "4130" -> <|"DatabaseID" -> "SW02505", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444530]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00247"]}, "IsomericSmiles" -> "CC[C@@H](CO)NC(=O)[C@H]1C[NH+]([C@@H]2Cc3cn(c4c3c(ccc4)C2=C1)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00681"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHYSERGIDE MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281073]}, "Synonyms" -> {"methysergide hydrogen maleate", "methysergide maleate salt", "methysergide bimaleate", "sansert", "deseril-retard", "methysergide maleate", "methyllysergic acid butanolamide", "n-(1-(hydroxymethyl)propyl)-1-methyl-dextro-(+)-lysergamide", "5ht7", "5-ht-7", "129-49-7", "methysergide maleate[usp]", "methysergide dimaleate", "29605-96-7[rn]", "methysergid", "n-(alpha-(hydroxymethyl)propyl)-1-methyl-dextro-lysergamide", "(+)-n-((1-hydroxymethyl)propyl)-1-methyl-d-lysergamidebimaleate", "5-ht- x", "toxic solid organic n.o.s. (methysergide maleate)", "(6ar,9r)-n-[(1s)-1-(hydroxymethyl)propyl]-4,7-dimethyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg]quinoline-9-carboxamide (2z)-but-2-enedioate(salt)", "sansert (tn)", "desernyl", "nsc 186061", "methysergide.maleate", "1-(hydroxymethyl)propylamide of 1-methyl-(+)-lysergicacid hydrogen maleate", "32537-90-9[rn]", "methysergidum [inn-latin]", "sansert[wiki]", "[129-49-7]", "einecs 204-950-9", "metisergido [inn-spanish]", "87387-76-6[rn]", "metisergide [dcit]", "desernil bismaleate", "129-49-7[rn]", "deseril", "[8b(s)]-9,10-didehydro-n-[1-(hydroxymethyl)propyl]-1,6-dimethylergoline-8-carboxamide maleate", "desernil", "lysergamide n-((1-hydroxymethyl)propyl)-1-methyl- maleate", "204-950-9[einecs]", "1257-58-5[rn]", "serotonin receptor 7", "deseryl", "52502-68-8[rn]", "methysergide"}|>, "4131" -> <|"DatabaseID" -> "SW02505", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444530]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00247"]}, "IsomericSmiles" -> "CC[C@@H](CO)NC(=O)[C@H]1C[NH+]([C@@H]2Cc3cn(c4c3c(ccc4)C2=C1)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00681"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHYSERGIDE MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281073]}, "Synonyms" -> {"methysergide hydrogen maleate", "methysergide maleate salt", "methysergide bimaleate", "sansert", "deseril-retard", "methysergide maleate", "methyllysergic acid butanolamide", "n-(1-(hydroxymethyl)propyl)-1-methyl-dextro-(+)-lysergamide", "5ht7", "5-ht-7", "129-49-7", "methysergide maleate[usp]", "methysergide dimaleate", "29605-96-7[rn]", "methysergid", "n-(alpha-(hydroxymethyl)propyl)-1-methyl-dextro-lysergamide", "(+)-n-((1-hydroxymethyl)propyl)-1-methyl-d-lysergamidebimaleate", "5-ht- x", "toxic solid organic n.o.s. (methysergide maleate)", "(6ar,9r)-n-[(1s)-1-(hydroxymethyl)propyl]-4,7-dimethyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg]quinoline-9-carboxamide (2z)-but-2-enedioate(salt)", "sansert (tn)", "desernyl", "nsc 186061", "methysergide.maleate", "1-(hydroxymethyl)propylamide of 1-methyl-(+)-lysergicacid hydrogen maleate", "32537-90-9[rn]", "methysergidum [inn-latin]", "sansert[wiki]", "[129-49-7]", "einecs 204-950-9", "metisergido [inn-spanish]", "87387-76-6[rn]", "metisergide [dcit]", "desernil bismaleate", "129-49-7[rn]", "deseril", "[8b(s)]-9,10-didehydro-n-[1-(hydroxymethyl)propyl]-1,6-dimethylergoline-8-carboxamide maleate", "desernil", "lysergamide n-((1-hydroxymethyl)propyl)-1-methyl- maleate", "204-950-9[einecs]", "1257-58-5[rn]", "serotonin receptor 7", "deseryl", "52502-68-8[rn]", "methysergide"}|>, "4132" -> <|"DatabaseID" -> "SW02506", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4913"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445538]}, "IsomericSmiles" -> "CCOC(=O)/C=C(\\C)/C=C/C=C(\\C)/C=C/c1c(cc(c(c1C)C)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00316"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETRETINATE"|>, "PharmGKBID" -> "PA449554", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282375]}, "Synonyms" -> {"ethyl etrinoate", "tegison", "tigason", "ro 10-9359", "ro-10-9359", "etretinate", "2,4,6,8-nonanetetraenoic acid 9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl-,ethyl ester all-trans-", "2225606[beilstein]", "ethyl all-trans-9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl-2,4,6,8-nonatetraenoate", "3,7-dimethyl-9-(4-methoxy-2,3,6-trimethylphenyl)-2,4,6,8-nonanetetraenoic acid ethyl ester", "ethyl (2e,4e,6e,8e)-3,7-dimethyl-9-[2,3,6-trimethyl-4-(methyloxy)phenyl]nona-2,4,6,8-tetraenoate", "tegison (tn)", "tegison[wiki]", "etretinate (jan/usan)[jan][usan]", "retinoid[wiki]", "ethyl (2e,4e,6e,8e)-9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethylnona-2,4,6,8-tetraenoate", "2,4,6,8-nonatetraenoic acid 9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl- ethyl ester (all-e)- (9ci)", "(all-e)-9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl-2,4,6,8-nonatetraenoic acid ethylester", "etretinate[wiki]", "2,4,6,8-nonatetraenoic acid 9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl- ethyl ester (all-e)-", "54350-48-0[rn]", "2,4,6,8-nonatetraenoic acid 9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl- ethyl ester (2e,4e,6e,8e)-[acd/index name]", "etretinatum[latin]", "54350-48-0", "2,4,6,8-nonatetraenoic acid 9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl- ethyl ester (z,e,e,e)-", "retinoid", "etretinate;tegison", "etretinate [usan:ban:inn:jan][inn][jan][usan]", "ethyl (all-e)-9-(4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl-2,4,6,8-nonatetraenoate", "etretinatum", "etretinato[spanish][inn]", "2,4,6,8-nonatetraenoic acid 9- (4-methoxy-2,3,6-trimethylphenyl)-3,7-dimethyl-,ethyl ester (all-e)-", "259-119-3[einecs]", "etretinato", "2,4,6,8-nonatetraenoic acid 9-(4-methoxy-2,3 6-trimethylphenyl)-3,7-dimethyl-,ethyl ester (alle)-"}|>, "4133" -> <|"DatabaseID" -> "SW02507", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16130"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2928]}, "IsomericSmiles" -> "c1cc(ccc1C(c2ccc(cc2)Cl)C(Cl)(Cl)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07367"]}, "OfficialNames" -> <|"NPC Approved Name" -> "p'p'-ddt"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036]}, "Synonyms" -> {"clofenotane", "chlorphenothan", "dicophane", "dichlorodiphenyltrichloroethane", "parachlorocidum", "chlorphenotoxum", "chlorophenothane", "pentachlorin", "guesapon", "p,pprime-ddt", "chlorophenotoxum", "tbisc-ethane", "4,4'-ddt", "1,1,1-trichlor-2,2-bis(4-chlor-phenyl)-aethan[german]", "pentech", "p'-zeidane [france]", "citox", "1,1,1-trichloro-2,2-bis(4-chlorophenyl)ethane", "1,1-bis-(p-chlorophenyl)-2,2,2-trichloroethane", "trichlorobis(4-chlorophenyl)ethane", "4", "neocid (van)", "4,4'-dichlorodiphenyltrichloroethane", "1,1'-(2,2,2-trichlor-1,1-ethandiyl)bis(4-chlorbenzol)", "50-29-3[rn]", "neocidol powder", "1,1 1-trichloro-2,2-bis(p-chlorophenyl)ethane", "1,1,1-trichloro-2 2-di(4-chlorophenyl)ethane", "chlofenotan", "1,1,1-tricloro-2,2-bis(4-cloro-fenil)-etano[italian]", "1,1,1-tricloro-2 2-bis (4-cloro-fenil)-etano", "gesapon", "1,1,1-trichloro-2 2-bis(4,4'-dichlorodiphenyl)ethane", "1,1,1-trichloor-2,2-bis(4-chloor fenyl)-ethaan[dutch]", "chlorophenothanum technicum", "1,1 1-trichloor-2,2-bis (4-chloor fenyl)-ethaan", "p,p'-dichlorodiphenyltrichloroethane", "didigam", "geusapon", "anofex", "benzene 1,1'-(2,2,2-trichloroethylidene)bis(4-chloro-", "micro ddt 75", "4-chloro-1-[2,2,2-trichloro-1-(4-chlorophenyl)ethyl]benzene", "trichlorobis(4'-chlorophenyl)ethane", "p,p'-ddt", "p", "ddt 50 wp", "agritan", "1,1,1-trichlorobis(chlorophenyl)ethane", "4-05-00-01885 (beilstein handbook reference)[beilstein]", "trichloro-2,2-bis(p-chlorophenyl)ethane", "azotox", "azotox m-33", "para,para'-ddt", "neocid", "bosan", "clofenotanum[latin]", "neocidol", "bosan supra", "micro", "benzochloryl", "a,a-bis(p-chlorophenyl)-b,b,b-trichlorethane", "detox[wiki]", "azotox m 33", "kopsol", "rukseam", "chlorphenotane", "bis(p-chlorophenyl)-2,2,2-trichloroethane", "estonate", "micro ddt 75", "gesafid", "benzene 1,1'-(2,2,2-trichloroethylidene)bis(4-chloro)-", "tafidex", "aavero-extra", "hildit", "deoval", "ethane 1,1,1-trichloro-2 2-bis(p-chlorophenyl)-", "clofenotano[spanish][inn]", "dnsbp", "dibovan", "2-bis(p-chlorophenyl)ethane", "dykol", "zeidane", "1,1'-(2,2,2-trichloroethylidene)bis[4-chlorobenzene]", "ethane 1,1,1-trichloro-2,2-bis(p-chlorophenyl)-", "tech ddt", "na 2761"}|>, "4134" -> <|"DatabaseID" -> "SW02508", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56457]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01522"]}, "IsomericSmiles" -> "CC[C@@H](C(C[C@@H](C)[NH+](C)C)(c1ccccc1)c2ccccc2)OC(=O)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Betacetylmethadol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62710]}, "Synonyms" -> {"betacetylmethadol", "betacemethadon", "betacetilmetadol", "betacetilmetadolo [dcit]", "betacetilmetadol [inn-spanish]", "(3s,6r)-3-acetoxy-6-dimethylamino-4,4-diphenylheptane", "ac1l1xmm", "dea no. 9607", "betacetylmethadolum[latin]", "betacetylmethadol [ban:inn][inn]", "(s-(r*,s*))-b-(2-(dimethylamino)propyl)-a-ethyl-b-phenylbenzeneethanol acetate (ester)", "betacetylmethadolum", "(as)-b-[(2r)-2-(dimethylamino)propyl]-a-ethyl-b-phenylbenzeneethanol acetate (ester)", "(3s,6r)-6-(dimethylamino)-4,4-diphenylheptan-3-yl acetate", "betacetilmetadolo", "7008-29-9[rn]", "3-heptanol 6-(dimethylamino)-4,4-diphenyl-,acetate (ester) (3r,6r)-(-)-", "17199-59-6[rn]", "unii-905gln509g"}|>, "4135" -> <|"DatabaseID" -> "SW02509", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01433"]}, "IsomericSmiles" -> "CCC(C(CC(C)[NH+](C)C)(c1ccccc1)c2ccccc2)OC(=O)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Acetylmethadol;Betamethadol"|>, "PharmGKBID" -> "PA164746889", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10517]}, "Synonyms" -> {"methadyl acetate", "acetylmethadol", "acetilmetadol [inn-spanish]", "acetylmethadolum [inn-latin]", "acemethadone", "race-acetylmethadol", "amidolacetate", "alphacetylmethadol", "betamethadol", "mor-1", "acetilmetadol", "levamethadyl", "laam", "208-103-4[einecs]", "acetilmetadol[spanish][inn]", "4-(dimethylamino)-1-ethyl-2,2-diphenylpentyl acetate", "5-acetoxy-2-dimethylamino-4,4-diphenylheptane", "o-acetyl-6-dimethylamino-4,4-diphenyl-3-heptanol", "509-74-0[rn]", "levomethadyl acetate", "3-heptanol 6-(dimethylamino)-4,4-diphenyl-,acetate (ester) hydrochloride", "methadyl acetate [usan:ban][usan]", "b-[2-(dimethylamino)propyl]-a-ethyl-b-phenylbenzeneethanol acetate (ester)", "acetylmethadolum[latin]", "6-dimethylamino-4,4-diphenyl-3-heptanolacetate.hcl", "6-(dimethylamino)-4,4-diphenylheptan-3-yl acetate", "(r,s)-4-dimethylamino-1-ethyl-2,2-diphenylpentyl acetat", "3-acetoxy-6-dimethylamino-4,4-diphenylheptane", "6-(dimethylamino)-4,4-diphenyl-3-heptanol acetate (ester)"}|>, "4136" -> <|"DatabaseID" -> "SW02509", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01433"]}, "IsomericSmiles" -> "CCC(C(CC(C)[NH+](C)C)(c1ccccc1)c2ccccc2)OC(=O)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Acetylmethadol;Betamethadol"|>, "PharmGKBID" -> "PA164746889", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10517]}, "Synonyms" -> {"methadyl acetate", "acetylmethadol", "acetilmetadol [inn-spanish]", "acetylmethadolum [inn-latin]", "acemethadone", "race-acetylmethadol", "amidolacetate", "alphacetylmethadol", "betamethadol", "mor-1", "acetilmetadol", "levamethadyl", "laam", "208-103-4[einecs]", "acetilmetadol[spanish][inn]", "4-(dimethylamino)-1-ethyl-2,2-diphenylpentyl acetate", "5-acetoxy-2-dimethylamino-4,4-diphenylheptane", "o-acetyl-6-dimethylamino-4,4-diphenyl-3-heptanol", "509-74-0[rn]", "levomethadyl acetate", "3-heptanol 6-(dimethylamino)-4,4-diphenyl-,acetate (ester) hydrochloride", "methadyl acetate [usan:ban][usan]", "b-[2-(dimethylamino)propyl]-a-ethyl-b-phenylbenzeneethanol acetate (ester)", "acetylmethadolum[latin]", "6-dimethylamino-4,4-diphenyl-3-heptanolacetate.hcl", "6-(dimethylamino)-4,4-diphenylheptan-3-yl acetate", "(r,s)-4-dimethylamino-1-ethyl-2,2-diphenylpentyl acetat", "3-acetoxy-6-dimethylamino-4,4-diphenylheptane", "6-(dimethylamino)-4,4-diphenyl-3-heptanol acetate (ester)"}|>, "4137" -> <|"DatabaseID" -> "SW02509", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01433"]}, "IsomericSmiles" -> "CCC(C(CC(C)[NH+](C)C)(c1ccccc1)c2ccccc2)OC(=O)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Acetylmethadol;Betamethadol"|>, "PharmGKBID" -> "PA164746889", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10517]}, "Synonyms" -> {"methadyl acetate", "acetylmethadol", "acetilmetadol [inn-spanish]", "acetylmethadolum [inn-latin]", "acemethadone", "race-acetylmethadol", "amidolacetate", "alphacetylmethadol", "betamethadol", "mor-1", "acetilmetadol", "levamethadyl", "laam", "208-103-4[einecs]", "acetilmetadol[spanish][inn]", "4-(dimethylamino)-1-ethyl-2,2-diphenylpentyl acetate", "5-acetoxy-2-dimethylamino-4,4-diphenylheptane", "o-acetyl-6-dimethylamino-4,4-diphenyl-3-heptanol", "509-74-0[rn]", "levomethadyl acetate", "3-heptanol 6-(dimethylamino)-4,4-diphenyl-,acetate (ester) hydrochloride", "methadyl acetate [usan:ban][usan]", "b-[2-(dimethylamino)propyl]-a-ethyl-b-phenylbenzeneethanol acetate (ester)", "acetylmethadolum[latin]", "6-dimethylamino-4,4-diphenyl-3-heptanolacetate.hcl", "6-(dimethylamino)-4,4-diphenylheptan-3-yl acetate", "(r,s)-4-dimethylamino-1-ethyl-2,2-diphenylpentyl acetat", "3-acetoxy-6-dimethylamino-4,4-diphenylheptane", "6-(dimethylamino)-4,4-diphenyl-3-heptanol acetate (ester)"}|>, "4138" -> <|"DatabaseID" -> "SW02509", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01433"]}, "IsomericSmiles" -> "CCC(C(CC(C)[NH+](C)C)(c1ccccc1)c2ccccc2)OC(=O)C", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Acetylmethadol;Betamethadol"|>, "PharmGKBID" -> "PA164746889", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10517]}, "Synonyms" -> {"methadyl acetate", "acetylmethadol", "acetilmetadol [inn-spanish]", "acetylmethadolum [inn-latin]", "acemethadone", "race-acetylmethadol", "amidolacetate", "alphacetylmethadol", "betamethadol", "mor-1", "acetilmetadol", "levamethadyl", "laam", "208-103-4[einecs]", "acetilmetadol[spanish][inn]", "4-(dimethylamino)-1-ethyl-2,2-diphenylpentyl acetate", "5-acetoxy-2-dimethylamino-4,4-diphenylheptane", "o-acetyl-6-dimethylamino-4,4-diphenyl-3-heptanol", "509-74-0[rn]", "levomethadyl acetate", "3-heptanol 6-(dimethylamino)-4,4-diphenyl-,acetate (ester) hydrochloride", "methadyl acetate [usan:ban][usan]", "b-[2-(dimethylamino)propyl]-a-ethyl-b-phenylbenzeneethanol acetate (ester)", "acetylmethadolum[latin]", "6-dimethylamino-4,4-diphenyl-3-heptanolacetate.hcl", "6-(dimethylamino)-4,4-diphenylheptan-3-yl acetate", "(r,s)-4-dimethylamino-1-ethyl-2,2-diphenylpentyl acetat", "3-acetoxy-6-dimethylamino-4,4-diphenylheptane", "6-(dimethylamino)-4,4-diphenyl-3-heptanol acetate (ester)"}|>, "4139" -> <|"DatabaseID" -> "SW02510", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6441"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 36016], ExternalIdentifier["ChemSpiderID", 14401]}, "IsomericSmiles" -> "CC[C@@H](C(C[C@H](C)[NH+](C)C)(c1ccccc1)c2ccccc2)OC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00840"], ExternalIdentifier["KEGGID", "D04716"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Levo-alphacetylmethadol", "FDA Approved Drug" -> "LEVOMETHADYL ACETATE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450215", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39371], ExternalIdentifier["PubChemCompoundID", 15130]}, "Synonyms" -> {"orlaam", "levomethadyl acetate", "levomethadyl", "laam", "levacetylmethadol", "levo-methadyl acetate", "laam hydrochloride", "l-acetylmethadol hydrochloride", "levomethadyl acetate hydrochloride", "levacetyl methadol hydrochloride", "nor-laam", "1-alpha-acetylmethadol", "levo-alphacetylmethadol", "(3s,6s)-6-(dimethylamino)-4,4-diphenylheptan-3-yl acetate hydrochloride(1:1)", "(-)-a-acetylmethadol", "3-heptanol 6-(dimethylamino)-4,4-diphenyl-,acetate (ester) hydrochloride (3s,6s)-(-)-", "(1s", "alpha-l-acetylmethadol", "orlaam (tn)", "(s-(r*,r*))-b-(2-(dimethylamino)propyl)-a-ethyl-b-phenylbenzeneethanol acetate (ester) hydrochloride", "levacetilmetadol [inn-spanish]", "(as)-b-[(2s)-2-(dimethylamino)propyl]-a-ethyl-b-phenylbenzeneethanol acetate (ester) hydrochloride", "(-)-(3s,6s)-6-(dimethylamino)-4,4-diphenyl-3-heptanolacetate (ester) hydrochloride", "l-alpha-acetylmethadol hydrochloride", "levomethadyl acetate hydrochloride[usan]", "(3s,6s)-6-(dimethylamino)-4,4-diphenyl-3-heptanyl acetate[acd/iupac name]", "43033-72-3", "levacetylmethadol hydrochloride", "(3s,6s)-6-(dimethylamino)-4,4-diphenylheptan-2-yl acetate", "(as)-b-[(2s)-2-(dimethylamino)propyl]-a-ethyl-b-phenylbenzeneethanol acetate (ester)", "[s-(r*,r*)]-b-[2-(dimethylamino)propyl]-a-ethyl-b-phenylbenzeneethanol acetate (ester)", "a-l-acetylmethadol", "levacetylmethadolum[latin]", "a-l-acetylmethadol hydrochloride", "levacetilmetadol[spanish][inn]", "levacetylmethadolum [inn-latin]", "ccris 3321", "(-)-alpha-acetylmethadol", "levacetylmethadol[inn]", "lam", "(1s,4s)-4-(dimethylamino)-1-ethyl-2,2-diphenylpentyl acetate", "levo-a-acetylmethadol", "158449", "3-heptanol 6-(dimethylamino)-4,4-diphenyl-,acetate (ester) hydrochloride (3s", "methadyl acetate", "43033-72-3[rn]", "(-)-(3s,6s)-6-(dimethylamino)-4,4-diphenyl-3-heptanolacetate (ester) hydrochloride", "(1s,4s)-4-(dimethylamino)-1-ethyl-2,2-diphenylpentyl acetate hydrochloride", "(3s,6s)-6-(dimethylamino)-4,4-diphenylheptan-3-yl acetate", "alpha-l-acetylmethadol hydrochloride", "6-dimethylamino-4,4-diphenyl-3-heptanolacetate.hcl", "a-(-)-acetylmethadol", "mk-790", "(-)-6-(dimethylamino)-4,4-diphenyl-3-heptanolacetate(ester)", "3-heptanol 6-(dimethylamino)-4,4-diphenyl-,acetate (ester) (3s,6s)-(-)- (8ci)", "5989-56-0[rn]", "l-a-acetylmethadol hydrochloride", "34433-66-4[rn]", "(3s,6s)-6-(dimethylamino)-4,4-diphenyl-3-heptanyl acetate hydrochloride(1:1)[acd/iupac name]", "6-dimethylamino-4", "1477-40-3[rn]", "l-a-acetylmethadol", "3-heptanol 6-(dimethylamino)-4,4-diphenyl-,acetate (ester) (3s,6s)-(-)-"}|>, "4140" -> <|"DatabaseID" -> "SW02511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4446589]}, "IsomericSmiles" -> "CCCCC/C=C\\C/C=C\\CCCCCCCC(=O)OCC(CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linolein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5283469]}, "Synonyms" -> {"emalsy mu", "glyceryl monolinoleate", "1-monolinolein", "linolein", "monolinolein", "linolein 1-mono-", "sunsoft 8090", "mg(18:2(9z,12z)/0:0/0:0)[rac]", "100786-09-2[rn]", "glycerol 1-linoleoyl-", "9,12-octadecadienoic acid (z,z)- 2,3-dihydroxypropyl ester", "(9z,12z)-octadeca-9,12-dienoic acid monoester with glycerol", "linoleic acid monoglyceride", "26545-74-4[rn]", "9,12-octadecadienoic acid,(z,z)- monoesterwith 1,2,3-propanetriol", "127961-15-3[rn]", "9,12-octadecadienoic acid,2,3-dihydroxypropyl ester,(9z,12z)-", "1-(9z,12z-octadecadienoyl)-rac-glycerol", "2,3-dihydroxypropyl (9z,12z)-octadeca-9,12-dienoate", "9,12-octadecadienoic acid (9z,12z)-,monoester with 1,2,3-propanetriol", "1-([cis,cis]-9,12-octadecadienoyl)-rac-glycerol", "linolein mono-", "218-901-4[einecs]", "1-(9z", "1-linoleoyl-rac-glycerol", "glycerin monolinoleate", "247-788-4[einecs]", "[2277-28-3]", "1-linoleoylglycerol", "2,3-dihydroxypropyl linoleate", "26545-74-4", "glyceryl linoleate", "1-monolinoleoyl-rac-glycerol", "2277-28-3[rn]"}|>, "4141" -> <|"DatabaseID" -> "SW02511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4446589]}, "IsomericSmiles" -> "CCCCC/C=C\\C/C=C\\CCCCCCCC(=O)OCC(CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linolein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5283469]}, "Synonyms" -> {"emalsy mu", "glyceryl monolinoleate", "1-monolinolein", "linolein", "monolinolein", "linolein 1-mono-", "sunsoft 8090", "mg(18:2(9z,12z)/0:0/0:0)[rac]", "100786-09-2[rn]", "glycerol 1-linoleoyl-", "9,12-octadecadienoic acid (z,z)- 2,3-dihydroxypropyl ester", "(9z,12z)-octadeca-9,12-dienoic acid monoester with glycerol", "linoleic acid monoglyceride", "26545-74-4[rn]", "9,12-octadecadienoic acid,(z,z)- monoesterwith 1,2,3-propanetriol", "127961-15-3[rn]", "9,12-octadecadienoic acid,2,3-dihydroxypropyl ester,(9z,12z)-", "1-(9z,12z-octadecadienoyl)-rac-glycerol", "2,3-dihydroxypropyl (9z,12z)-octadeca-9,12-dienoate", "9,12-octadecadienoic acid (9z,12z)-,monoester with 1,2,3-propanetriol", "1-([cis,cis]-9,12-octadecadienoyl)-rac-glycerol", "linolein mono-", "218-901-4[einecs]", "1-(9z", "1-linoleoyl-rac-glycerol", "glycerin monolinoleate", "247-788-4[einecs]", "[2277-28-3]", "1-linoleoylglycerol", "2,3-dihydroxypropyl linoleate", "26545-74-4", "glyceryl linoleate", "1-monolinoleoyl-rac-glycerol", "2277-28-3[rn]"}|>, "4142" -> <|"DatabaseID" -> "SW02512", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32215"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25315]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08621"]}, "IsomericSmiles" -> "CS(=O)(=O)c1ccc(cc1)[C@H]([C@@H](CO)NC(=O)[C-](Cl)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01407"]}, "OfficialNames" -> <|"NPC Approved Name" -> "thiamphenicol;thiamphenicol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27200]}, "Synonyms" -> {"thiocymetin", "thiamphenicol", "armai", "(+)-thiamphenicol", "thiamcol", "urfamicina", "macphenicol", "thiophenicol", "descocin", "igralin", "vicemycetin", "propacin", "d-thiocymetin", "3785-14-6[rn]", "thiamphenicol (jan/usan)[jan][usan]", "urfamycine", "19934-71-5[rn]", "d-threo-(1r,2r)-1-(p-methylsulfonylphenyl)-2-dichloroacetamido-1,3-propanediol", "hyrazin", "tiamfenicol[spanish][inn]", "thiamphenicol [usan:ban:inn:jan][inn][jan][usan]", "efnicol", "dexawin", "d-d-threo-2-dichloroacetamido-1-(4-methylsulfonylphenyl)-1,3-propanediol", "90-91-5[rn]", "unaseran-d", "acetamide 2,2-dichloro-n-(2-hydroxy-1-(hydroxymethyl)-2-(4-(methylsulfonyl)phenyl)ethyl)- (r-(r*,r*))-", "thiamphenicol[wiki]", "methylsulfonylchloramphenicol", "8065 c.b.", "dextrosulphenidol", "14786-51-7[rn]", "d-thiophenicol", "thiamphenicolum", "l-thiamphenicol", "neomyson", "2,2-dichloro-n-{(1r,2r)-1,3-dihydroxy-1-[4-(methylsulfonyl)phenyl]propan-2-yl}acetamide", "acetamide 2,2-dichloro-n-((1r,2r)-2-hydroxy-1-(hydroxymethyl)-2-(4-(methylsulfonyl)phenyl)ethyl)-", "masatirin", "acetamide 2,2-dichloro-n-((1r,2r)-2-hydroxy-1-(hydroxymethyl)-2-(4-(methylsulfonyl)phenyl)ethyl)-,rel-", "armai (tn)", "thiophenicol[wiki]", "2,2-dichloro-n-{(1r,2r)-2-hydroxy-1-(hydroxymethyl)-2-[4-(methylsulfonyl)phenyl]ethyl}acetamide", "acetamide 2,2-dichloro-n-[(1r,2r)-2-hydroxy-1-(hydroxymethyl)-2-[4-(methylsulfonyl)phenyl]ethyl]-", "32430-04-9[rn]", "d-(+)-threo-2,2-dichloro-n-(b-hydroxy-a-(hydroxymethyl)-p-(methylsulfonyl)phenethyl)acetamide", "15318-45-3", "thiamphenicolum[latin]", "dr hemagglutinin structural subunit precursor", "urophenyl", "2,2-dichloro-n-((1r,2r)-2-hydroxy-1-(hydroxymethyl)-2-(4-(methylsulfonyl)phenyl)ethyl)acetamide", "raceophenidol", "rincrol", "tianfenicol", "15318-45-3[rn]", "win-5063-2", "[r-(r*,r*)]-2,2-dichloro-n-[2-hydroxy-1-(hydroxymethyl)-2-[4-(methylsulfonyl)phenyl]ethyl]acetamide", "239-355-3[einecs]", "8053cb", "d-d-threo-2-dichloroacetamido-1-(4-methylsulfonyl)-1,3-propanediol", "dextrosulphenidol[wiki]", "thiocymetin (tn)", "win 5063-3", "win 5063-2", "thiamphenicol (thiophenicol)", "847-25-6[rn]", "tiamfenicolo [dcit]"}|>, "4143" -> <|"DatabaseID" -> "SW02513", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "267413"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10662422]}, "IsomericSmiles" -> "c1cc(ccc1C(=O)NCCC(=O)[O-])/N=N/c2ccc(c(c2)C(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07488"]}, "OfficialNames" -> <|"Indian Approved Name" -> "balsalazide"|>, "Synonyms" -> {"balsalazide", "balsalazidum [inn_la]", "balsalazidum", "balsalazida", "balsalazide disodium dihydrate", "5-[(e)-{4-[(2-carboxyethyl)carbamoyl]phenyl}diazenyl]-2-hydroxybenzoic acid", "balsalazido", "benzoic acid 5-((4-(((2-carboxyethyl)amino)carbonyl)phenyl)azo)-2-hydroxy- (e)-", "(e)-5-({p-[(2-carboxyethyl)carbamoyl]phenyl}azo)-2-salicylic acid", "(e)-5-((4-(((2-carboxyethyl)amino)carbonyl)phenyl)azo)-2-hydroxybenzoicacid", "(e)-5-[[4-[[(2-carboxyethyl)amino]carbonyl]phenyl]azo]-2-hydroxybenzoicacid", "(e)-5-[4-[[(2-carboxyethyl)amino]-carbonyl]phenyl]azo-2-hydroxybenzoic acid", "5-[4-(2-carboxy-ethylcarbamoyl)-phenylazo]-2-hydroxy-benzoic acid", "213594-60-6[rn]", "benzoic acid 5-[(e)-2-[4-[[(2-carboxyethyl)amino]carbonyl]phenyl]diazenyl]-2-hydroxy-", "150399-21-6[rn]", "80573-04-2[rn]", "3-(2-{4-[(2-carboxyethyl)carbamoyl]phenyl}hydrazinylidene)-6-oxocyclohexa-1,4-diene-1-carboxylic acid", "balsalazide disodium[usan]", "balsalazide[wiki]"}|>, "4144" -> <|"DatabaseID" -> "SW02514", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5021033]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01014"]}, "IsomericSmiles" -> "c1cc(ccc1C(=O)NCCC(=O)[O-])N/N=C\\2/C=CC(=O)C(=C2)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "BALSALAZIDE DISODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6538321]}, "Synonyms" -> {"balsalazide", "colazal", "balsalazide disodium", "balsalazide disodium dihydrate", "benzoic acid 5-((1e)-(4-(((2-carboxyethyl)amino)carbonyl)phenyl)azo)-2-hydroxy-,disodiumsalt dihydrate", "balsalazide disodium hydrate", "balsalazide sodium", "balsalazidum [latin]", "balsalzide disodium", "colazide (tn)", "balsalazide disodium (usan)", "balsalazida [spanish]", "5-lo", "balsalazido [spanish]", "5-lipoxygenase", "150399-21-6", "ec 1.13.11.34", "colazide[wiki]", "balsalazide disodium[usan]", "bisalazide sodique", "150399-21-6[rn]", "balsalazide disodium salt dihydrate", "carbadox"}|>, "4145" -> <|"DatabaseID" -> "SW02515", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 57721]}, "IsomericSmiles" -> "CC(C)[C@@H](C(=O)OCC(CO)OCn1cnc2c1[nH]c(nc2=O)N)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03256"], ExternalIdentifier["KEGGID", "D02495"]}, "OfficialNames" -> <|"NPC Approved Name" -> "valganciclovir", "FDA Approved Drug" -> "VALGANCICLOVIR HYDROCHLORIDE"|>, "PharmGKBID" -> "PA10227", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 110632], ExternalIdentifier["PubChemCompoundID", 64147]}, "Synonyms" -> {"ro 107-9070/194", "rs 079070-194", "valganciclovir hydrochloride", "valcyt", "cymeval", "valcyte", "2-[(2-amino-6-oxo-3,6-dihydro-9h-purin-9-yl)methoxy]-3-hydroxypropyl l-valinate[acd/iupac name]", "ro1079070/194", "valganciclovir [inn_en]", "l-valine ester with ganciclovir", "valganciclovir", "5-amino-3-[1-(hydroxymethyl)-2-(l-valyloxy)ethoxymethyl]-6,7-dihydro-3h-imidazo[4,5-d]pyrimidin-7-one", "2-((2-amino-6-oxo-1,6-dihydro-9h-purin-9-yl)methoxy)-3-hydroxypropyl l-valinate", "l-valine,2-[(2-amino-3,6-dihydro-6-oxo-9h-purin-9-yl)methoxy]-3-hydroxypropyl ester", "valcyte[wiki]", "175865-60-8[rn]", "l-valine,2-((2-amino-1,6-dihydro-6-oxo-9h-purin-9-yl)methoxy)-3-hydroxypropyl ester", "175865-59-5[rn]", "l-valine", "l-valine2-[(2-amino-1,6-dihydro-6-oxo-9h-purin-9-yl)methoxy]-3-hydroxypropyl ester", "valganciclovir[wiki]", "unii-gcu97fkn3r", "175865-59-5", "valganciclovir (inn)", "rs-79070-194", "ac1l20jf", "valixa", "ac1q63ev", "chebi:63635", "valganciclovir hcl", "valganciclovir [inn:ban]", "valganciclovir (oral)"}|>, "4146" -> <|"DatabaseID" -> "SW02515", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 57721]}, "IsomericSmiles" -> "CC(C)[C@@H](C(=O)OCC(CO)OCn1cnc2c1[nH]c(nc2=O)N)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03256"], ExternalIdentifier["KEGGID", "D02495"]}, "OfficialNames" -> <|"NPC Approved Name" -> "valganciclovir", "FDA Approved Drug" -> "VALGANCICLOVIR HYDROCHLORIDE"|>, "PharmGKBID" -> "PA10227", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 110632], ExternalIdentifier["PubChemCompoundID", 64147]}, "Synonyms" -> {"ro 107-9070/194", "rs 079070-194", "valganciclovir hydrochloride", "valcyt", "cymeval", "valcyte", "2-[(2-amino-6-oxo-3,6-dihydro-9h-purin-9-yl)methoxy]-3-hydroxypropyl l-valinate[acd/iupac name]", "ro1079070/194", "valganciclovir [inn_en]", "l-valine ester with ganciclovir", "valganciclovir", "5-amino-3-[1-(hydroxymethyl)-2-(l-valyloxy)ethoxymethyl]-6,7-dihydro-3h-imidazo[4,5-d]pyrimidin-7-one", "2-((2-amino-6-oxo-1,6-dihydro-9h-purin-9-yl)methoxy)-3-hydroxypropyl l-valinate", "l-valine,2-[(2-amino-3,6-dihydro-6-oxo-9h-purin-9-yl)methoxy]-3-hydroxypropyl ester", "valcyte[wiki]", "175865-60-8[rn]", "l-valine,2-((2-amino-1,6-dihydro-6-oxo-9h-purin-9-yl)methoxy)-3-hydroxypropyl ester", "175865-59-5[rn]", "l-valine", "l-valine2-[(2-amino-1,6-dihydro-6-oxo-9h-purin-9-yl)methoxy]-3-hydroxypropyl ester", "valganciclovir[wiki]", "unii-gcu97fkn3r", "175865-59-5", "valganciclovir (inn)", "rs-79070-194", "ac1l20jf", "valixa", "ac1q63ev", "chebi:63635", "valganciclovir hcl", "valganciclovir [inn:ban]", "valganciclovir (oral)"}|>, "4147" -> <|"DatabaseID" -> "SW02516", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4874]}, "IsomericSmiles" -> "Cc1ccc2c(c1C)[nH]c(=O)c3c2oc(cc3=O)C(=O)OCCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01890"]}, "OfficialNames" -> <|"NPC Approved Name" -> "repirinast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5050]}, "Synonyms" -> {"repirinast", "romet", "4h-pyrano(3", "isopentyl 5", "isopentyl5,6-dihydro-7,8-dimethyl-4,5-dioxo-4h-pyrano[3,2-c]quinoline-2-carboxylate", "repirinastum[latin]", "4h-pyrano[3,2-c]quinoline-2-carboxylic acid,5,6-dihydro-7,8-dimethyl-4,5-dioxo-,3-methylbutyl ester", "romet (tn)", "73080-51-0[rn]", "3-methylbutyl 7,8-dimethyl-4,5-dioxo-6h-pyrano(5,6-c)quinoline-2-carboxylate", "75881-17-3[rn]", "isopentyl5,6-dihydro-7,8-dimethyl-4,5-dioxo-4h-pyrano(3,2-c)quinoline-2-carboxylate", "brn 4267921", "4h-pyrano(3,2-c)quinoline-2-carboxylic acid,5,6-dihydro-7,8-dimethyl-4,5-dioxo-,isopentyl ester", "isoamyl 5", "repirinast [usan:inn:jan][inn][jan][usan]", "isoamyl 5,6-dihydro-7,8-dimethyl-4,5-dioxo-4h-pyrano(3,2-c)quinoline-2-carboxylate", "my-5116", "repirinastum [inn-latin]", "5,6-dihydro-7,8-dimethyl-4,5-dioxo-4h-pyrano[3,2-c]quinoline-2-carboxylic acid 3-methylbutyl ester", "repirinast (jan/usan)[jan][usan]", "4h-pyrano(3,2-c)quinoline-2-carboxylic acid,5,6-dihydro-7,8-dimethyl-4,5-dioxo-,3-methylbutyl ester", "3-methylbutyl 7,8-dimethyl-4,5-dioxo-5,6-dihydro-4h-pyrano[3,2-c]quinoline-2-carboxylate[acd/iupac name]"}|>, "4148" -> <|"DatabaseID" -> "SW02517", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9352"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1265915]}, "IsomericSmiles" -> "CC\\1=C(c2cc(ccc2/C1=C\\c3ccc(cc3)S(=O)C)F)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00120"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULINDAC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1548887]}, "Synonyms" -> {"sulindac", "clinoril", "sulindaco", "klinoril", "sulindac sulfoxide", "arthrocine", "mobilin", "sulindacum", "arthrobid", "toxic solid organic n.o.s. (sulindac)", "2951842[beilstein]", "aclin", "{(1z)-5-fluoro-2-methyl-1-[4-(methylsulfinyl)benzylidene]-1h-inden-3-yl}acetic acid", "2-(5-fluoro-2-methyl-1-{[4-(methylsulfinyl)phenyl]methylene}inden-3-yl)acetic acid", "(z)-5-fluoro-2-methyl-1-[[4-(methylsulfinyl)phenyl]methylene]-1h-indene-3-aceticacid", "253-819-2[einecs]", "kenalin", "32004-68-5[rn]", "nu sulindac", "[(1z)-5-fluoro-2-methyl-1-{[4-(methylsulfinyl)phenyl]methylidene}-1h-inden-3-yl]acetic acid", "apo-sulin", "clinoril[wiki]", "250-893-8[einecs]", "mk-231", "clinoril aflodac sulreuma", "sulindacum[latin]", "1h-indene-3-aceticacid 5-fluoro-2-methyl-1-((4-(methylsulfinyl)phenyl)methylene)- (z)-", "clinoril;aflodac;sulreuma", "(z)-5-fluoro-2-methyl-1-((p-(methylsulfinyl)phenyl)methylene)-1h-indene-3-aceticacid", "2-(5-fluoro-2-methyl-1-{[4-(methylsulfinyl)phenyl]methylene}inden-3-yl)acetic cid", "(1z)-5-fluoro-2-methyl-1-[[4-(methylsulfinyl)phenyl]methylene]-1h-indene-3-aceticacid", "cis-5-fluoro-2-methyl-1-[p-(methylsulfinyl)benzylidene]indene-3-acetic acid", "d013467", "5-fluoro-2-methyl-1-((4-(methylsulphinyl)phenyl)methylene)-1h-indene-3-acetic acid", "sulindaco[spanish][inn]", "(z)-5-fluoro-2-methyl-1-[p-(methylsulfinyl)benzylidene]indene-3-acetic acid", "(z)-5-fluoro-2-methyl-1-((p-(methylsulfinyl)phenyl)methylene)-1h-indene-3-aceticacid; sulindac; cis-5-fluoro-2-methyl-1-((4-(methylsulfinyl)phenyl)methylene)-1h-indene-3-acetic acid; cis-5-fluoro-2-methyl-1-((p-methylsulfinyl)benzylidene)indene-3-acetic acid", "38194-50-2", "2-[(3e)-6-fluoro-2-methyl-3-[(4-methylsulfinylphenyl)methylidene]inden-1-yl]acetic acid", "38194-50-2[rn]", "(4-{(z)-[3-(carboxymethyl)-5-fluoro-2-methyl-1h-inden-1-ylidene]methyl}phenyl)(methyl)sulfoniumolate", "sulindal", "novo-sundac", "clinoril (tn)", "novo sundac", "apo sulin", "cis-5-fluoro-2-methyl-1-((p-methylsulfinyl)benzylidene)indene-3-acetic acid", "nu-sulindac", "sulfonium [4-[(z)-[3-(carboxymethyl)-5-fluoro-2-methyl-1h-inden-1-ylidene]methyl]phenyl]hydroxymethyl- inner salt", "mk231", "1h-indene-3-aceticacid 5-fluoro-2-methyl-1-[[4-(methylsulfinyl)phenyl]methylene]- (1z)-", "aflodac", "sulindacum; sulindac; sulindaco", "(z)-5-fluoro-2-methyl-1-[[4-(methyl-sulfinyl)phenyl]methylene]-1h-indene-3-aceticacid", "sulindac [usan:ban:inn:jan][inn][jan][usan]", "chibret", "1h-indene-3-aceticacid 5-fluoro-2-methyl-1-[[4-(methylsulfinyl)phenyl]methylene]- (z)-", "sulindac[wiki]", "copal", "cis-5-fluoro-2-methyl-1-((4-(methylsulfinyl)phenyl)methylene)-1h-indene-3-aceticacid"}|>, "4149" -> <|"DatabaseID" -> "SW02517", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9352"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1265915]}, "IsomericSmiles" -> "CC\\1=C(c2cc(ccc2/C1=C\\c3ccc(cc3)S(=O)C)F)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00120"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULINDAC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1548887]}, "Synonyms" -> {"sulindac", "clinoril", "sulindaco", "klinoril", "sulindac sulfoxide", "arthrocine", "mobilin", "sulindacum", "arthrobid", "toxic solid organic n.o.s. (sulindac)", "2951842[beilstein]", "aclin", "{(1z)-5-fluoro-2-methyl-1-[4-(methylsulfinyl)benzylidene]-1h-inden-3-yl}acetic acid", "2-(5-fluoro-2-methyl-1-{[4-(methylsulfinyl)phenyl]methylene}inden-3-yl)acetic acid", "(z)-5-fluoro-2-methyl-1-[[4-(methylsulfinyl)phenyl]methylene]-1h-indene-3-aceticacid", "253-819-2[einecs]", "kenalin", "32004-68-5[rn]", "nu sulindac", "[(1z)-5-fluoro-2-methyl-1-{[4-(methylsulfinyl)phenyl]methylidene}-1h-inden-3-yl]acetic acid", "apo-sulin", "clinoril[wiki]", "250-893-8[einecs]", "mk-231", "clinoril aflodac sulreuma", "sulindacum[latin]", "1h-indene-3-aceticacid 5-fluoro-2-methyl-1-((4-(methylsulfinyl)phenyl)methylene)- (z)-", "clinoril;aflodac;sulreuma", "(z)-5-fluoro-2-methyl-1-((p-(methylsulfinyl)phenyl)methylene)-1h-indene-3-aceticacid", "2-(5-fluoro-2-methyl-1-{[4-(methylsulfinyl)phenyl]methylene}inden-3-yl)acetic cid", "(1z)-5-fluoro-2-methyl-1-[[4-(methylsulfinyl)phenyl]methylene]-1h-indene-3-aceticacid", "cis-5-fluoro-2-methyl-1-[p-(methylsulfinyl)benzylidene]indene-3-acetic acid", "d013467", "5-fluoro-2-methyl-1-((4-(methylsulphinyl)phenyl)methylene)-1h-indene-3-acetic acid", "sulindaco[spanish][inn]", "(z)-5-fluoro-2-methyl-1-[p-(methylsulfinyl)benzylidene]indene-3-acetic acid", "(z)-5-fluoro-2-methyl-1-((p-(methylsulfinyl)phenyl)methylene)-1h-indene-3-aceticacid; sulindac; cis-5-fluoro-2-methyl-1-((4-(methylsulfinyl)phenyl)methylene)-1h-indene-3-acetic acid; cis-5-fluoro-2-methyl-1-((p-methylsulfinyl)benzylidene)indene-3-acetic acid", "38194-50-2", "2-[(3e)-6-fluoro-2-methyl-3-[(4-methylsulfinylphenyl)methylidene]inden-1-yl]acetic acid", "38194-50-2[rn]", "(4-{(z)-[3-(carboxymethyl)-5-fluoro-2-methyl-1h-inden-1-ylidene]methyl}phenyl)(methyl)sulfoniumolate", "sulindal", "novo-sundac", "clinoril (tn)", "novo sundac", "apo sulin", "cis-5-fluoro-2-methyl-1-((p-methylsulfinyl)benzylidene)indene-3-acetic acid", "nu-sulindac", "sulfonium [4-[(z)-[3-(carboxymethyl)-5-fluoro-2-methyl-1h-inden-1-ylidene]methyl]phenyl]hydroxymethyl- inner salt", "mk231", "1h-indene-3-aceticacid 5-fluoro-2-methyl-1-[[4-(methylsulfinyl)phenyl]methylene]- (1z)-", "aflodac", "sulindacum; sulindac; sulindaco", "(z)-5-fluoro-2-methyl-1-[[4-(methyl-sulfinyl)phenyl]methylene]-1h-indene-3-aceticacid", "sulindac [usan:ban:inn:jan][inn][jan][usan]", "chibret", "1h-indene-3-aceticacid 5-fluoro-2-methyl-1-[[4-(methylsulfinyl)phenyl]methylene]- (z)-", "sulindac[wiki]", "copal", "cis-5-fluoro-2-methyl-1-((4-(methylsulfinyl)phenyl)methylene)-1h-indene-3-aceticacid"}|>, "4150" -> <|"DatabaseID" -> "SW02518", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8228"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54590], ExternalIdentifier["ChemSpiderID", 4663]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01132"]}, "IsomericSmiles" -> "CCc1ccc(nc1)CCOc2ccc(cc2)CC3C(=O)[N-]C(=O)S3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08378"]}, "OfficialNames" -> <|"China Approved Name" -> "pioglitazone", "Indian Approved Name" -> "pioglitazone", "Australia Approved Name" -> "PIOGLITAZONE", "FDA Approved Drug" -> "PIOGLITAZONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450970", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4829]}, "Synonyms" -> {"actos", "pioglitazone", "glustin", "pioglitazona [inn-spanish]", "pioglitazonum [inn-latin]", "zactos", "pioglitazone hcl", "pioglitazone hydrochloride", "actoplusmet (pioglitazone + metformin)_mixture", "actost", "duetact", "pioglitazonum", "pioglitazona", "pioglitazone[inn][ban]", "u-72107e", "u-72107a", "ppar-gamma", "chebi:8228", "pioglitazone [ban:inn]", "5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]thiazolidine-2,4-dione", "5-[4-[2-(5-ethyl-2-pyridyl)ethoxy]benzyl]-2,4-thiazolidinedione", "2,4-thiazolidinedione 5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]- (9ci)", "3595485[beilstein]", "5-{4-[2-(5-ethylpyridin-2-yl)ethoxy]benzyl}-1,3-thiazolidine-2,4-dione", "2,4-thiazolidinedione 5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]-", "pioglitazona[spanish][inn]", "5-[[4-[2-(5-ethylpyridin-2-yl)ethoxy]phenyl]methyl]thiazolidine-2,4-dione", "actos;glustin;zactos", "5-[4-[2-(5-ethyl-2-pyridyl)ethoxy]benzyl]thiazolidine-2,4-dione", "5-{4-[2-(5-ethyl-2-pyridinyl)ethoxy]benzyl}-1,3-thiazolidine-2,4-dione[acd/iupac name]", "5-[[4-[2-(5-ethylpyridin-2-yl)ethoxy]phenyl]methyl]-1,3-thiazolidine-2,4-dione", "5-(4-(2-(5-ethyl-2-pyridyl)ethoxy)benzyl)-2,4-thiazolidinedione", "5-((4-(2-(5-ethyl-2-pyridinyl)ethoxy)phenyl)methyl)-2,4-thiazolidinedione", "5-(4-(2-(5-ethylpyridin-2-yl)ethoxy)benzyl)thiazolidine-2,4-dione", "111025-46-8[rn]", "pioglitazone (actos)", "5-[[4-[2-[(5-ethyl-2-pyridyl)]ethoxy]phenyl]methyl]thiazolidine- 2,4-dione", "2,4-thiazolidinedione 5-((4-(2-(5-ethyl-2-pyridinyl)ethoxy)phenyl)methyl)-", "pioglitazonum[latin]", "5-{4-[2-(5-ethyl-pyridin-2-yl)-ethoxy]-benzyl}-thiazolidine-2,4-dione", "5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]-2,4-thiazolidinedione", "2,4-thiazolidinedione 5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]- hydrochloride(1:1)", "tl8000362", "[5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]-2,4-] thiazolidinedione hydrochloride", "u 72107a", "5-{4-[2-(5-ethylpyridin-2-yl)ethoxy]benzyl}-1,3-thiazolidine-2,4-dione hydrochloride (1:1)", "5-[[4-[2-(5-ethylpyridin-2-yl)ethoxy]phenyl]methyl]-1,3-thiazolidine-2,4-dione hydrochloride", "2,4-thiazolidinedione 5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]- monohydrochloride", "5-{4-[2-(5-ethyl-pyridin-2-yl)-ethoxy]-benzyl}-thiazolidine-2,4-dione; hydrochloride", "5-{4-[2-(5-ethyl-pyridin-2-yl)-ethoxy]-benzyl}-thiazolidine-2,4-dione hydrochloride", "112529-15-4[rn]", "5-{4-[2-(5-ethyl-2-pyridinyl)ethoxy]benzyl}-1,3-thiazolidine-2,4-dione hydrochloride (1:1)[acd/iupac name]", "5-{4-[2-(5-ethyl-2-pyridinyl)ethoxy]benzyl}-1,3-thiazolidine-2,4-dione hydrochloride", "pioditazone hydrochloride", "5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]-2,4-thiazolidinedione monohydrochloride", "actos (tn)", "105355-27-9[rn]", "5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]thiazolidine-2,4-dione hydrochloride", "5-[[4-[2-(5-ethyl-2-pyridinyl)-ethoxy]phenyl]methyl]-2,4-thiazolidinedione hydrochloride", "5-(4-(2-(5-ethylpyridin-2-yl)ethoxy)benzyl)thiazolidine-2,4-dione hydrochloride", "5-{4-[2-(5-ethylpyridin-2-yl)ethoxy]benzyl}-1,3-thiazolidin-2,4-dionhydrochlorid", "thiazolidine-2,4-dione hydrochloride", "5-{4-[2-(5-ethylpyridin-2-yl)ethoxy]benzyl}-1,3-thiazolidine-2,4-dione hydrochloride"}|>, "4151" -> <|"DatabaseID" -> "SW02518", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8228"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54590], ExternalIdentifier["ChemSpiderID", 4663]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01132"]}, "IsomericSmiles" -> "CCc1ccc(nc1)CCOc2ccc(cc2)CC3C(=O)[N-]C(=O)S3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08378"]}, "OfficialNames" -> <|"China Approved Name" -> "pioglitazone", "Indian Approved Name" -> "pioglitazone", "Australia Approved Name" -> "PIOGLITAZONE", "FDA Approved Drug" -> "PIOGLITAZONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450970", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4829]}, "Synonyms" -> {"actos", "pioglitazone", "glustin", "pioglitazona [inn-spanish]", "pioglitazonum [inn-latin]", "zactos", "pioglitazone hcl", "pioglitazone hydrochloride", "actoplusmet (pioglitazone + metformin)_mixture", "actost", "duetact", "pioglitazonum", "pioglitazona", "pioglitazone[inn][ban]", "u-72107e", "u-72107a", "ppar-gamma", "chebi:8228", "pioglitazone [ban:inn]", "5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]thiazolidine-2,4-dione", "5-[4-[2-(5-ethyl-2-pyridyl)ethoxy]benzyl]-2,4-thiazolidinedione", "2,4-thiazolidinedione 5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]- (9ci)", "3595485[beilstein]", "5-{4-[2-(5-ethylpyridin-2-yl)ethoxy]benzyl}-1,3-thiazolidine-2,4-dione", "2,4-thiazolidinedione 5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]-", "pioglitazona[spanish][inn]", "5-[[4-[2-(5-ethylpyridin-2-yl)ethoxy]phenyl]methyl]thiazolidine-2,4-dione", "actos;glustin;zactos", "5-[4-[2-(5-ethyl-2-pyridyl)ethoxy]benzyl]thiazolidine-2,4-dione", "5-{4-[2-(5-ethyl-2-pyridinyl)ethoxy]benzyl}-1,3-thiazolidine-2,4-dione[acd/iupac name]", "5-[[4-[2-(5-ethylpyridin-2-yl)ethoxy]phenyl]methyl]-1,3-thiazolidine-2,4-dione", "5-(4-(2-(5-ethyl-2-pyridyl)ethoxy)benzyl)-2,4-thiazolidinedione", "5-((4-(2-(5-ethyl-2-pyridinyl)ethoxy)phenyl)methyl)-2,4-thiazolidinedione", "5-(4-(2-(5-ethylpyridin-2-yl)ethoxy)benzyl)thiazolidine-2,4-dione", "111025-46-8[rn]", "pioglitazone (actos)", "5-[[4-[2-[(5-ethyl-2-pyridyl)]ethoxy]phenyl]methyl]thiazolidine- 2,4-dione", "2,4-thiazolidinedione 5-((4-(2-(5-ethyl-2-pyridinyl)ethoxy)phenyl)methyl)-", "pioglitazonum[latin]", "5-{4-[2-(5-ethyl-pyridin-2-yl)-ethoxy]-benzyl}-thiazolidine-2,4-dione", "5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]-2,4-thiazolidinedione", "2,4-thiazolidinedione 5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]- hydrochloride(1:1)", "tl8000362", "[5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]-2,4-] thiazolidinedione hydrochloride", "u 72107a", "5-{4-[2-(5-ethylpyridin-2-yl)ethoxy]benzyl}-1,3-thiazolidine-2,4-dione hydrochloride (1:1)", "5-[[4-[2-(5-ethylpyridin-2-yl)ethoxy]phenyl]methyl]-1,3-thiazolidine-2,4-dione hydrochloride", "2,4-thiazolidinedione 5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]- monohydrochloride", "5-{4-[2-(5-ethyl-pyridin-2-yl)-ethoxy]-benzyl}-thiazolidine-2,4-dione; hydrochloride", "5-{4-[2-(5-ethyl-pyridin-2-yl)-ethoxy]-benzyl}-thiazolidine-2,4-dione hydrochloride", "112529-15-4[rn]", "5-{4-[2-(5-ethyl-2-pyridinyl)ethoxy]benzyl}-1,3-thiazolidine-2,4-dione hydrochloride (1:1)[acd/iupac name]", "5-{4-[2-(5-ethyl-2-pyridinyl)ethoxy]benzyl}-1,3-thiazolidine-2,4-dione hydrochloride", "pioditazone hydrochloride", "5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]-2,4-thiazolidinedione monohydrochloride", "actos (tn)", "105355-27-9[rn]", "5-[[4-[2-(5-ethyl-2-pyridinyl)ethoxy]phenyl]methyl]thiazolidine-2,4-dione hydrochloride", "5-[[4-[2-(5-ethyl-2-pyridinyl)-ethoxy]phenyl]methyl]-2,4-thiazolidinedione hydrochloride", "5-(4-(2-(5-ethylpyridin-2-yl)ethoxy)benzyl)thiazolidine-2,4-dione hydrochloride", "5-{4-[2-(5-ethylpyridin-2-yl)ethoxy]benzyl}-1,3-thiazolidin-2,4-dionhydrochlorid", "thiazolidine-2,4-dione hydrochloride", "5-{4-[2-(5-ethylpyridin-2-yl)ethoxy]benzyl}-1,3-thiazolidine-2,4-dione hydrochloride"}|>, "4152" -> <|"DatabaseID" -> "SW02519", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10093"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8622]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01392"]}, "IsomericSmiles" -> "COC(=O)[C@H]1[C@H](CC[C@@H]2[C@@H]1C[C@H]3c4c(c5ccccc5[nH]4)CC[NH+]3C2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08685"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "yohimbine"|>, "PharmGKBID" -> "PA451946", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8969]}, "Synonyms" -> {"yohimbine", "yohimbin", "yocon", "yohimbic acid methyl ester", "yohimex", "aphrosol", "quebrachine", "aphrodine", "205-672-0[einecs]", "103834-06-6[rn]", "(1r,2s,4ar,13bs,14as)-methyl 2-hydroxy-1,2,3,4,4a,5,7,8,13,13b,14,14a-dodecahydroindolo[2',3':3,4]pyrido[1,2-b]isoquinoline-1-carboxylate hydrochloride", "65-19-0[rn]", "5-ht-2a", "yovital", "146-48-5[rn]", "serotonin receptor 2a", "dayto himbin", "200-600-4[einecs]", "17-hydroxyyohimban-16-carboxylic acid methyl ester", "quebrachin", "johimbin", "yoman", "thybine", "trans-quinolizidine yohimbine", "(1r,2s,4ar,13bs,14as)-methyl 2-hydroxy-1,2,3,4,4a,5,7,8,13,13b,14,14a-dodecahydroindolo[2',3':3,4]pyrido[1,2-b]isoquinoline-1-carboxylate", "4720812[beilstein]", "yohimar", "aphrodyne", "2-hydroxy-1,2,3,4,4a,5,7,8,13,13b,14,14a-dodecahydro-indolo[2',3':3,4]pyrido[1,2-b]isoquinoline-1-carboxylicacid methyl ester", "(16a,17a)-17-hydroxyyohimban-16-carboxylic acid methyl ester", "corynine[wiki]", "146-48-5", "5- ht-2", "97276[beilstein]", "17-hydroxy-yohimbane-16-carboxylic acid methyl ester", "(+)-yohimbin", "yohimbin[wiki]", "baron-x", "corynine", "(+)-yohimbine", "quebrachin[wiki]", "actibine", "4-25-00-01237 (beilstein handbook reference)[beilstein]", "yohimbine[wiki]"}|>, "4153" -> <|"DatabaseID" -> "SW02520", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61074"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56096]}, "IsomericSmiles" -> "CCC(=O)N(c1ccc(cc1)F)C2CC[NH+](CC2)CCc3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Para-fluorofentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62300]}, "Synonyms" -> {"4-fluorofentanyl", "p-fluorofentanyl", "n-(4-fluorophenyl)-n-(1-(2-phenethyl)-4-piperidinyl)propanamide", "n-(4-fluorophenyl)-n-(1-(2-phenylethyl)-4-piperidinyl)propanamide", "para-fluorofentanyl", "4'-fluoro fentanyl", "n-(4-fluorophenyl)-n-[1-(2-phenylethyl)-4-piperidinyl]propanamide", "propanamide n-(4-fluorophenyl)-n-(1-(2-phenylethyl)-4-piperidinyl)-", "ncgc00247686-01", "n-(4-fluorophenyl)-n-[1-(2-phenylethyl)piperidin-4-yl]propanamide", "ac1l1wue", "n-(4-fluorophenyl)-n-[1-(2-phenylethyl)-4-piperidinyl]propanamide[acd/iupac name]", "90736-23-5", "90736-23-5[rn]"}|>, "4154" -> <|"DatabaseID" -> "SW02521", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5164]}, "IsomericSmiles" -> "CC[NH+]1CCCC1CNC(=O)c2cc(ccc2OC)S(=O)(=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08549"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sultopride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5357]}, "Synonyms" -> {"sultopride", "topral", "barnetil", "53583-79-2", "benzamide n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxy-", "lin 1418", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulphonyl)-2-methoxybenzamidemonohydrochloride", "n-[(1-ethylpyrrolidin-2-yl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide", "5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide(sultopride)", "n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-o-anisamide", "5-22-08-00103[beilstein]", "5-22-08-00103 (beilstein handbook reference)[beilstein]", "o-anisamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide[acd/iupac name]", "sultopride hydrochloride", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-o-anisamide", "53583-79-2[rn]", "brn 0494772", "5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide", "23694-17-9[rn]", "258-641-9[einecs]", "5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide(st)", "sultroprida [inn-spanish]", "sultopride [dcf:inn][inn]", "sultroprida[spanish][inn]", "sultopridum[latin]", "sultopridum [inn-latin]", "259-726-3[einecs]", "n-[(1-ethylpyrrolidin-2-yl)methyl]-5-(ethylsulfonyl)-2-(methyloxy)benzamide", "barnotil", "benzamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxy-", "einecs 258-641-9"}|>, "4155" -> <|"DatabaseID" -> "SW02521", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5164]}, "IsomericSmiles" -> "CC[NH+]1CCCC1CNC(=O)c2cc(ccc2OC)S(=O)(=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08549"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sultopride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5357]}, "Synonyms" -> {"sultopride", "topral", "barnetil", "53583-79-2", "benzamide n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxy-", "lin 1418", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulphonyl)-2-methoxybenzamidemonohydrochloride", "n-[(1-ethylpyrrolidin-2-yl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide", "5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide(sultopride)", "n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-o-anisamide", "5-22-08-00103[beilstein]", "5-22-08-00103 (beilstein handbook reference)[beilstein]", "o-anisamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide[acd/iupac name]", "sultopride hydrochloride", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-o-anisamide", "53583-79-2[rn]", "brn 0494772", "5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide", "23694-17-9[rn]", "258-641-9[einecs]", "5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide(st)", "sultroprida [inn-spanish]", "sultopride [dcf:inn][inn]", "sultroprida[spanish][inn]", "sultopridum[latin]", "sultopridum [inn-latin]", "259-726-3[einecs]", "n-[(1-ethylpyrrolidin-2-yl)methyl]-5-(ethylsulfonyl)-2-(methyloxy)benzamide", "barnotil", "benzamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxy-", "einecs 258-641-9"}|>, "4156" -> <|"DatabaseID" -> "SW02521", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5164]}, "IsomericSmiles" -> "CC[NH+]1CCCC1CNC(=O)c2cc(ccc2OC)S(=O)(=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08549"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sultopride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5357]}, "Synonyms" -> {"sultopride", "topral", "barnetil", "53583-79-2", "benzamide n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxy-", "lin 1418", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulphonyl)-2-methoxybenzamidemonohydrochloride", "n-[(1-ethylpyrrolidin-2-yl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide", "5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide(sultopride)", "n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-o-anisamide", "5-22-08-00103[beilstein]", "5-22-08-00103 (beilstein handbook reference)[beilstein]", "o-anisamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide[acd/iupac name]", "sultopride hydrochloride", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-o-anisamide", "53583-79-2[rn]", "brn 0494772", "5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide", "23694-17-9[rn]", "258-641-9[einecs]", "5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide(st)", "sultroprida [inn-spanish]", "sultopride [dcf:inn][inn]", "sultroprida[spanish][inn]", "sultopridum[latin]", "sultopridum [inn-latin]", "259-726-3[einecs]", "n-[(1-ethylpyrrolidin-2-yl)methyl]-5-(ethylsulfonyl)-2-(methyloxy)benzamide", "barnotil", "benzamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxy-", "einecs 258-641-9"}|>, "4157" -> <|"DatabaseID" -> "SW02521", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5164]}, "IsomericSmiles" -> "CC[NH+]1CCCC1CNC(=O)c2cc(ccc2OC)S(=O)(=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08549"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sultopride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5357]}, "Synonyms" -> {"sultopride", "topral", "barnetil", "53583-79-2", "benzamide n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxy-", "lin 1418", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulphonyl)-2-methoxybenzamidemonohydrochloride", "n-[(1-ethylpyrrolidin-2-yl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide", "5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide(sultopride)", "n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-o-anisamide", "5-22-08-00103[beilstein]", "5-22-08-00103 (beilstein handbook reference)[beilstein]", "o-anisamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide[acd/iupac name]", "sultopride hydrochloride", "n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-o-anisamide", "53583-79-2[rn]", "brn 0494772", "5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide", "23694-17-9[rn]", "258-641-9[einecs]", "5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide(st)", "sultroprida [inn-spanish]", "sultopride [dcf:inn][inn]", "sultroprida[spanish][inn]", "sultopridum[latin]", "sultopridum [inn-latin]", "259-726-3[einecs]", "n-[(1-ethylpyrrolidin-2-yl)methyl]-5-(ethylsulfonyl)-2-(methyloxy)benzamide", "barnotil", "benzamide n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxy-", "einecs 258-641-9"}|>, "4158" -> <|"DatabaseID" -> "SW02522", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3131"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2313]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04813"]}, "IsomericSmiles" -> "c1c(cc(c(c1Sc2cc(cc(c2O)Cl)Cl)O)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00802"]}, "OfficialNames" -> <|"China Approved Name" -> "bithionol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2406]}, "Synonyms" -> {"bithin", "lorothidol", "bitin", "bidiphen", "bisoxyphen", "actamer", "bithionol", "bithionolate", "bitionol", "2-hydroxy-3,5-dichlorophenyl sulphide", "2-hydroxy-3,5-dichlorophenyl sulfide", "2,2'-dihydroxy-3,3',5,5'-tetrachlorodiphenyl sulfide", "bithionol sulfide", "vancide bl", "2,2'-thiobis (4,6-dichlorophenol)", "bis(2-hydroxy-3,5-dichlorophenyl) sulfide", "lorothiodol", "tbp", "bis(3,5-dichloro-2-hydroxyphenyl) sulfide", "2,2'-dihydroxy-3,3',5,5'-tetrachlorodiphenylsulfide", "bithional", "2,2'-thiobis(4,6-dichlorophenol)", "neopellis", "prevenol", "2,2'-thiobis[4,6-dichlorophenol]", "bithin (tn)", "2,2'-thio-bis(4,6-dichlorophenol)", "126-73-8[rn]", "bithionol[wiki][jan]", "xl-7", "caswell no. 852", "2,2'-dihydroxy-3,3',5 5'-tetrachlorodiphenyl sulfide", "2,2'-thiobis-(4,6-dichlorophenol)", "bithionolum [inn-latin]", "phenol 2,2'-thiobis(4,6-dichloro)-", "202-478-8[einecs]", "202-565-0[einecs]", "4-06-00-05646 (beilstein handbook reference)[beilstein]", "203-514-5[einecs]", "2,2'-sulfanediylbis(4,6-dichlorphenol)", "2", "96-11-7[rn]", "2,4-dichloro-6-(3,5-dichloro-2-hydroxy-phenyl)sulfanyl-phenol", "bithionolum", "2,2'-thiobis- (4,6-dichlorophenol)", "xl 7", "97-18-7[rn]", "bis(2-hydroxy-3,5-dichlorophenyl)sulfide", "usaf b-22", "nobacter", "tkhsd", "2501-94-2[rn]", "2,2'-sulfanediylbis(4,6-dichlorophenol)", "bitionol [inn-spanish]", "107-71-1[rn]", "6-(3,5-dichloro-2-hydroxyphenylthio)-2,4-dichlorophenol", "tl8006856", "204-800-2[einecs]", "bithionol [ban:inn:jan][inn][jan]", "2003535[beilstein]", "2,2'-sulfanediylbis(4,6-dichlorophenol)[acd/iupac name]", "phenol 2,2'-thiobis 4,6-dichloro-"}|>, "4159" -> <|"DatabaseID" -> "SW02523", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4676]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00236"]}, "IsomericSmiles" -> "C1CN(CCN1C(=O)CCBr)C(=O)CCBr", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00467"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PIPOBROMAN"|>, "PharmGKBID" -> "PA164747673", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4842]}, "Synonyms" -> {"vercyte", "amedel", "pipobroman", "pipobromanum[latin]", "deoxyribonucleic acid", "piperazine 1,4-bis (3-bromopropionyl)-", "5-23-01-00046 (beilstein handbook reference)[beilstein]", "a-8103", "pipobroman[wiki]", "piperazine 1,4-bis(3-bromopropionyl)-", "1,4-bis(3-bromopropanoyl)piperazine", "1", "a 1803", "nsc-25154", "pipobroman (jan/usan)[jan][usan]", "pipobromanum", "piperazine 1,4-bis (3-bromo-1-oxopropyl)-", "1-propanone 1,1'-(1,4-piperazinediyl)bis[3-bromo-", "5-23-01-00046", "pipobromanum [inn-latin]", "54-91-1[rn]", "1,4-bis-(3-bromo-1-oxopropyl)piperazine", "n,n'-bis(3-bromopropionyl)piperazine", "1,4-bis-(3-bromopropionyl)piperazine", "1,1'-piperazine-1,4-diylbis(3-bromopropan-1-one)", "piperazine 1,4-bis(3-bromo-1-oxopropyl)-", "1,4-bis(3-bromopropionyl)piperazine", "vercyte (tn)", "1 4-bis(3-bromopropionyl)piperazine", "ccris 2753", "pipobroman [usan:inn][inn][usan]"}|>, "4160" -> <|"DatabaseID" -> "SW02524", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 80043]}, "IsomericSmiles" -> "C=C[C@H]1[C@@H](OC=C2C1=CCOC2=O)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gentiopicrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 88708]}, "Synonyms" -> {"gentiopicrin", "gentiopicroside", "acon1_001284", "(5r-trans)-6-(?-d-glucopyranosyloxy)-5,6-dihydro-5-vinyl-1h,3h-pyrano[3,4-c]pyran-1-one", "ac1l3gbf", "(5r,6s)-6-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-5-vinyl-5,6-dihydro-1h,3h-pyrano[3,4-c]pyran-1-on", "(5r-trans)-5-ethenyl-6-(b-d-glucopyranosyloxy)-5,6-dihydro-1h,3h-pyrano[3,4-c]pyran-1-one", "20831-76-9[rn]", "megxp0_000872", "hms2198g10", "einecs 244-070-2", "mls002473254", "244-070-2[einecs]", "chembl508320", "(5r,6s)-6-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-5-vinyl-5,6-dihydro-1h,3h-pyrano[3,4-c]pyran-1-one", "20831-76-9"}|>, "4161" -> <|"DatabaseID" -> "SW02525", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 104954]}, "IsomericSmiles" -> "c1cc2c(cc1C[C@H]3CO[C@@H]([C@@H]3Cc4ccc5c(c4)OCO5)O)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cubebine;cubebin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 117443]}, "Synonyms" -> {"(-)-cubebin", "cubebine", "(2s,3r,4r)-3,4-bis(1,3-benzodioxol-5-ylmethyl)tetrahydrofuran-2-ol", "18423-69-3[rn]", ".beta.-cubebin", "cubebin[wiki]", "tetrahydro-3", "cubebin", "(2s", "242-300-6[einecs]", "2-furanol 3,4-bis(1,3-benzodioxol-5-ylmethyl)tetrahydro- (2s,3r,4r)-", "einecs 242-300-6", "18423-69-3", "(2s,3r,4r)-3,4-bis(benzo[d][1,3]dioxol-5-ylmethyl)-tetrahydrofuran-2-ol", "2-furanol tetrahydro-3,4-dipiperonyl-", "2-furanol 3,4-bis(1,3-benzodioxol-5-ylmethyl)tetrahydro-", "ai3-62265", "tetrahydro-3,4-dipiperonylfuran-2-ol", "2-furanol"}|>, "4162" -> <|"DatabaseID" -> "SW02526", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4943154]}, "IsomericSmiles" -> "COc1ccc2c(c1)[C@@H]([C@@H](O2)c3cc(c(cc3OC)/C=C/C=O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianoninol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6438693]}, "Synonyms" -> {"melianoninol", "136880-81-4[rn]", "136880-81-4", "(2r-(2alpha(e)", "ac1o5q5p", "(e)-3-[2-hydroxy-4-[(2r", "2-propenal"}|>, "4163" -> <|"DatabaseID" -> "SW02527", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65003]}, "IsomericSmiles" -> "CCOC(=O)c1ccc(cc1)OCC[NH+]2C[C@@H]([C@H]([C@@H]([C@H]2CO)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09779"]}, "OfficialNames" -> <|"NPC Approved Name" -> "emiglitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72004]}, "Synonyms" -> {"emiglitate", "bay o 1248", "bay-o-1248", "ethyl p-(2-((2r,3r,4r,5s)-3,4,5-trihydroxy-2-(hydroxymethyl)piperidino)ethoxy)benzoate", "emiglitato[spanish]", "emiglitato [spanish]", "ethyl 4-{2-[(2r,3r,4r,5s)-3,4,5-trihydroxy-2-(hydroxymethyl)piperidin-1-yl]ethoxy}benzoate", "ethyl 4-{2-[(2r", "einecs 279-613-2", "emiglitatum [latin]", "1", "benzoic acid 4-[2-[(2r,3r,4r,5s)-3,4,5-trihydroxy-2-(hydroxymethyl)-1-piperidinyl]ethoxy]- ethylester", "ncgc00183836-01", "279-613-2[einecs]", "emiglitate [ban:inn][inn]", "80879-63-6", "1,5-dideoxy-1,5-((2-(4-(ethoxycarbonyl)phenoxy)ethyl)imino)-d-glucitol", "emiglitatum[latin]", "80879-63-6[rn]"}|>, "4164" -> <|"DatabaseID" -> "SW02527", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65003]}, "IsomericSmiles" -> "CCOC(=O)c1ccc(cc1)OCC[NH+]2C[C@@H]([C@H]([C@@H]([C@H]2CO)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09779"]}, "OfficialNames" -> <|"NPC Approved Name" -> "emiglitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72004]}, "Synonyms" -> {"emiglitate", "bay o 1248", "bay-o-1248", "ethyl p-(2-((2r,3r,4r,5s)-3,4,5-trihydroxy-2-(hydroxymethyl)piperidino)ethoxy)benzoate", "emiglitato[spanish]", "emiglitato [spanish]", "ethyl 4-{2-[(2r,3r,4r,5s)-3,4,5-trihydroxy-2-(hydroxymethyl)piperidin-1-yl]ethoxy}benzoate", "ethyl 4-{2-[(2r", "einecs 279-613-2", "emiglitatum [latin]", "1", "benzoic acid 4-[2-[(2r,3r,4r,5s)-3,4,5-trihydroxy-2-(hydroxymethyl)-1-piperidinyl]ethoxy]- ethylester", "ncgc00183836-01", "279-613-2[einecs]", "emiglitate [ban:inn][inn]", "80879-63-6", "1,5-dideoxy-1,5-((2-(4-(ethoxycarbonyl)phenoxy)ethyl)imino)-d-glucitol", "emiglitatum[latin]", "80879-63-6[rn]"}|>, "4165" -> <|"DatabaseID" -> "SW02528", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50122"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444514], ExternalIdentifier["ChemSpiderID", 70383]}, "IsomericSmiles" -> "CN(CCOc1ccc(cc1)CC2C(=O)[N-]C(=O)S2)c3ccccn3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00596"]}, "OfficialNames" -> <|"China Approved Name" -> "rosiglitazone", "Indian Approved Name" -> "rosiglitazone;rosiglitazone maleate", "FDA Approved Drug" -> "ROSIGLITAZONE MALEATE"|>, "PharmGKBID" -> "PA451283", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 77999]}, "Synonyms" -> {"avandia", "rosiglitazone maleate", "rosiglitazona", "rosiglitazone (avandia)", "rosiglitazonum", "rosiglizole", "brl-49653", "rosiglitazone", "avandia[wiki]", "brl 49653", "5-{4-[2-(methyl-pyridin-2-yl-amino)-ethoxy]-benzyl}-thiazolidine-2,4-dione", "122320-73-4", "rosigilitazone", "122320-73-4[rn]", "hydrogen(2z)-but-2-enedioate 5-(4-{2-[methyl(pyridin-2-yl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione (2:1:1)", "7966066[beilstein]", "5-(4-{2-[methyl(pyridin-2-yl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione (2z)-but-2-enedioate", "5-[[4-[2-(methyl-(2-pyridyl)amino)ethoxy]phenyl]methyl] thiazolidine-2,4-dione", "2,4-thiazolidinedione 5-((4-(2-(methyl-2-pyridinylamino)ethoxy)phenyl)methyl)-,(2z)-2-butenedioate (1:1)", "nyracta", "5-(4-{2-[methyl(pyridin-2-yl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione (2z)-but-2-enedioic acid", "brl-49653-c", "5-{[4-({2-[methyl(pyridin-2-yl)amino]ethyl}oxy)phenyl]methyl}-1,3-thiazolidine-2,4-dione (2z)-but-2-enedioate", "venvia", "brl 49653-c", "brl 49653c", "5-({4-[2-(methyl-2-pyridylamino)ethoxy]phenyl}methyl)-1,3-thiazolidine-2,4-dione,(2z)but-2-enedioic acid", "avandia;brl-49653", "5-(4-{2-[methyl(2-pyridinyl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione (2z)-2-butenedioate (1:1)", "rosiglitazone hydrochloride", "5-(4-(2-(methyl(pyridin-2-yl)amino)ethoxy)benzyl)thiazolidine-2,4-dione", "5-[[4-[2-(methyl-pyridin-2-yl-amino)ethoxy]phenyl]methyl]-1,3-thiazolidine-2,4-dione", "5-(4-(2-(methyl(pyridin-2-yl)amino)ethoxy)benzyl)thiazolidine-2,4-dionemaleate", "5-[4-[2-(n-methyl-n-(2-pyridyl)amino)ethoxy]benzyl]thiazolidine-2,4-dione", "7082202[beilstein]", "5-((4-(2-(methyl-2-pyridinylamino)ethoxy)phenyl)methyl)-2,4-thiazolidinedione", "2,4-thiazolidinedione 5-[[4-[2-(methyl-2-pyridinylamino)ethoxy]phenyl]methyl]- (9ci)", "5-(4-{2-[methyl(2-pyridinyl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione[acd/iupac name]", "2,4-thiazolidinedione 5-[[4-[2-(methyl-2-pyridinylamino)ethoxy]phenyl]methyl]-", "155141-29-0[rn]", "avandaryl", "2,4-thiazolidinedione 5-[[4-[2-(methyl-2-pyridinylamino)ethoxy]phenyl]methyl]-,(2z)-2-butenedioate (1:1)", "rosiglitazone[wiki]", "rosiglitazone maleate (jan/usan)[jan][usan]", "s00306", "avandamet", "rosiglytazone", "5-(4-{2-[methyl(pyridin-2-yl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione (2z)-but-2-enedioate (1:1)", "5-(4-{2-[methyl(pyridin-2-yl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione", "brl-49653c", "5-{4-[2-(methyl-pyridin-2-yl-amino)-ethoxy]-benzyl}-thiazolidine-2,4-dione; compound with(z)-but-2-enedioicacid", "302543-62-0[rn]"}|>, "4166" -> <|"DatabaseID" -> "SW02528", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50122"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444514], ExternalIdentifier["ChemSpiderID", 70383]}, "IsomericSmiles" -> "CN(CCOc1ccc(cc1)CC2C(=O)[N-]C(=O)S2)c3ccccn3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00596"]}, "OfficialNames" -> <|"China Approved Name" -> "rosiglitazone", "Indian Approved Name" -> "rosiglitazone;rosiglitazone maleate", "FDA Approved Drug" -> "ROSIGLITAZONE MALEATE"|>, "PharmGKBID" -> "PA451283", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 77999]}, "Synonyms" -> {"avandia", "rosiglitazone maleate", "rosiglitazona", "rosiglitazone (avandia)", "rosiglitazonum", "rosiglizole", "brl-49653", "rosiglitazone", "avandia[wiki]", "brl 49653", "5-{4-[2-(methyl-pyridin-2-yl-amino)-ethoxy]-benzyl}-thiazolidine-2,4-dione", "122320-73-4", "rosigilitazone", "122320-73-4[rn]", "hydrogen(2z)-but-2-enedioate 5-(4-{2-[methyl(pyridin-2-yl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione (2:1:1)", "7966066[beilstein]", "5-(4-{2-[methyl(pyridin-2-yl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione (2z)-but-2-enedioate", "5-[[4-[2-(methyl-(2-pyridyl)amino)ethoxy]phenyl]methyl] thiazolidine-2,4-dione", "2,4-thiazolidinedione 5-((4-(2-(methyl-2-pyridinylamino)ethoxy)phenyl)methyl)-,(2z)-2-butenedioate (1:1)", "nyracta", "5-(4-{2-[methyl(pyridin-2-yl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione (2z)-but-2-enedioic acid", "brl-49653-c", "5-{[4-({2-[methyl(pyridin-2-yl)amino]ethyl}oxy)phenyl]methyl}-1,3-thiazolidine-2,4-dione (2z)-but-2-enedioate", "venvia", "brl 49653-c", "brl 49653c", "5-({4-[2-(methyl-2-pyridylamino)ethoxy]phenyl}methyl)-1,3-thiazolidine-2,4-dione,(2z)but-2-enedioic acid", "avandia;brl-49653", "5-(4-{2-[methyl(2-pyridinyl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione (2z)-2-butenedioate (1:1)", "rosiglitazone hydrochloride", "5-(4-(2-(methyl(pyridin-2-yl)amino)ethoxy)benzyl)thiazolidine-2,4-dione", "5-[[4-[2-(methyl-pyridin-2-yl-amino)ethoxy]phenyl]methyl]-1,3-thiazolidine-2,4-dione", "5-(4-(2-(methyl(pyridin-2-yl)amino)ethoxy)benzyl)thiazolidine-2,4-dionemaleate", "5-[4-[2-(n-methyl-n-(2-pyridyl)amino)ethoxy]benzyl]thiazolidine-2,4-dione", "7082202[beilstein]", "5-((4-(2-(methyl-2-pyridinylamino)ethoxy)phenyl)methyl)-2,4-thiazolidinedione", "2,4-thiazolidinedione 5-[[4-[2-(methyl-2-pyridinylamino)ethoxy]phenyl]methyl]- (9ci)", "5-(4-{2-[methyl(2-pyridinyl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione[acd/iupac name]", "2,4-thiazolidinedione 5-[[4-[2-(methyl-2-pyridinylamino)ethoxy]phenyl]methyl]-", "155141-29-0[rn]", "avandaryl", "2,4-thiazolidinedione 5-[[4-[2-(methyl-2-pyridinylamino)ethoxy]phenyl]methyl]-,(2z)-2-butenedioate (1:1)", "rosiglitazone[wiki]", "rosiglitazone maleate (jan/usan)[jan][usan]", "s00306", "avandamet", "rosiglytazone", "5-(4-{2-[methyl(pyridin-2-yl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione (2z)-but-2-enedioate (1:1)", "5-(4-{2-[methyl(pyridin-2-yl)amino]ethoxy}benzyl)-1,3-thiazolidine-2,4-dione", "brl-49653c", "5-{4-[2-(methyl-pyridin-2-yl-amino)-ethoxy]-benzyl}-thiazolidine-2,4-dione; compound with(z)-but-2-enedioicacid", "302543-62-0[rn]"}|>, "4167" -> <|"DatabaseID" -> "SW02529", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474684]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(c-3c2C1Cc4c3cc(c(c4)O)OC)OC)OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthoplanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315336]}, "Synonyms" -> {"xanthoplanine"}|>, "4168" -> <|"DatabaseID" -> "SW02529", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474684]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(c-3c2C1Cc4c3cc(c(c4)O)OC)OC)OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "xanthoplanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315336]}, "Synonyms" -> {"xanthoplanine"}|>, "4169" -> <|"DatabaseID" -> "SW02530", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5224]}, "IsomericSmiles" -> "COc1ccc2c(c1OC)C[NH+]3CCc4cc(c(cc4C3C2)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dl-tetrahydropalmatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5417]}, "Synonyms" -> {"l-tetrahydropalmatine hydrochloride", "hyndarin", "2", "5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-6h-dibenzo[a,g]quinolizine", "2,3,9,10-tetramethoxyberbine", "spectrum3_001650", "rotundine", "d-tetrahydropalmatine", "5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-6h-dibenzo(a,g)quinolizine", "spectrum2_000736", "spectrum_001554", "palmatine", "6h-dibenzo(a,g)quinolizine,5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-", "2934-97-6[rn]", "specplus_000956", "3486-67-7[rn]", "2,3,9,10-tetramethoxy-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinoline", "2506-20-9[rn]", "caseanine", "4880-82-4[rn]", "gindarine", "gnf-pf-3943", "(+-)-corydalis b", "dl-tetrahydropalmatine", "6024-83-5[rn]", "2934-97-6", "6024-85-7[rn]", "palmatine tetrahydro derivative of", "6h-dibenzo[a,g]quinolizine,5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-", "2,3,9,10-tetramethoxydibenzo[a,g]quinolizidine", "10097-84-4[rn]", "3520-14-7[rn]", "tetrahydropalmatine", "5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-6h-dibenzo[a,g] quinolizine", "2,3,9,10-tetramethoxy-5,8,13,13a-tetrahydro-6h-isoquinolino[3,2-a]isoquinoline[acd/iupac name]", "2,3,9,10-tetramethoxy-5,6,7,8,13,13a-hexahydroisoquinolino[3,2-a]isoquinoline"}|>, "4170" -> <|"DatabaseID" -> "SW02530", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5224]}, "IsomericSmiles" -> "COc1ccc2c(c1OC)C[NH+]3CCc4cc(c(cc4C3C2)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dl-tetrahydropalmatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5417]}, "Synonyms" -> {"l-tetrahydropalmatine hydrochloride", "hyndarin", "2", "5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-6h-dibenzo[a,g]quinolizine", "2,3,9,10-tetramethoxyberbine", "spectrum3_001650", "rotundine", "d-tetrahydropalmatine", "5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-6h-dibenzo(a,g)quinolizine", "spectrum2_000736", "spectrum_001554", "palmatine", "6h-dibenzo(a,g)quinolizine,5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-", "2934-97-6[rn]", "specplus_000956", "3486-67-7[rn]", "2,3,9,10-tetramethoxy-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinoline", "2506-20-9[rn]", "caseanine", "4880-82-4[rn]", "gindarine", "gnf-pf-3943", "(+-)-corydalis b", "dl-tetrahydropalmatine", "6024-83-5[rn]", "2934-97-6", "6024-85-7[rn]", "palmatine tetrahydro derivative of", "6h-dibenzo[a,g]quinolizine,5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-", "2,3,9,10-tetramethoxydibenzo[a,g]quinolizidine", "10097-84-4[rn]", "3520-14-7[rn]", "tetrahydropalmatine", "5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-6h-dibenzo[a,g] quinolizine", "2,3,9,10-tetramethoxy-5,8,13,13a-tetrahydro-6h-isoquinolino[3,2-a]isoquinoline[acd/iupac name]", "2,3,9,10-tetramethoxy-5,6,7,8,13,13a-hexahydroisoquinolino[3,2-a]isoquinoline"}|>, "4171" -> <|"DatabaseID" -> "SW02531", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16563"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65252]}, "IsomericSmiles" -> "COc1ccc2c(c1OC)C[NH+]3CCc4cc(c(cc4[C@@H]3C2)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corydalis;l-tetrahydropalmatine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72301]}, "Synonyms" -> {"rotundine", "l-tetrahydropalmatine", "hyndarine", "caseanine", "gindarine", "(s)-tetrahydropalmatine", "tetrahydropalmatine", "(-)-corydalis", "(-)-tetrahydropalmatine", "2506-20-9[rn]", "84-38-8[rn]", "(s)-2,3,9,10-tetramethoxy-6,8,13,13a-tetrahydro-5h-isoquinolino[3,2-a]isoquinoline hydrochloride", "berbine 2,3,9,10-tetramethoxy- (8ci)", "5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-6h-dibenzo(a,g)quinolizine", "hyndarin", "5,8,13,13a(s)-tetrahydro-2,3,9,10-tetramethoxy-6h-dibenzo[a,g]quinolizine", "6h-dibenzo(a,g)quinolizine,5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-", "2,3,9,10-tetramethoxy-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinoline", "4880-82-4 (hcl)", "(s)-5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-6h-dibenzo(a,g)quinolizine", "6h-dibenzo(a,g)quinolizine,5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy- (s)-", "483-14-7[rn]", "tetrahydropalmatine (6ci)", "(s)-2,3,9,10-tetramethoxy-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinoline", "chebi:16563", "(s)-2,3,9,10-tetramethoxy-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinoline hydrochloride", "6024-85-7[rn]", "10097-84-4[rn]", "(s)-(-)-tetrahydropalmatine", "(13as)-2,3,9,10-tetramethoxy-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinoline", "6h-dibenzo[a,g]quinolizine,5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy- (13as)-", "6h-dibenzo[a,g]quinolizine,5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-,(13as)-"}|>, "4172" -> <|"DatabaseID" -> "SW02532", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141842]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(c-3c2[C@@H]1Cc4c3c(c(cc4)OC)O)OC)OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "menisperine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161487]}, "Synonyms" -> {"menisperine", "kst-1a8988", "isocorydine methochloride", "93134-82-8", "4h-dibenzo(de,g)quinolinium 5,6,6a,7-tetrahydro-11-hydroxy-1,2,10-trimethoxy-6,6-dimethyl- (s)-", "ac1q57x7", "25342-82-9[rn]", "ar-1a6797", "kst-1a8987", "ar-1a6796", "7224-59-1[rn]", "ac1l4pif", "25342-82-9", "6880-85-9[rn]", "(6as)-11-hydroxy-1"}|>, "4173" -> <|"DatabaseID" -> "SW02533", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15883]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@@H]1Cc4c3cc(c(c4)OC)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08014"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glaucine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16754]}, "Synonyms" -> {"boldine dimethyl ether", "s-(+)-glaucine", "glauvent", "bromcholitin", "(+)-glaucine", "d-glaucine", "(s)-5,6,6a,7-tetrahydro-1,2,9,10-tetramethoxy-6-methyl-4h-dibenzo(de,g)quinoline", "1,2,9,10-tetramethoxyaporphine", "glaucine[wiki]", "(6as)-1,2,9,10-tetramethoxy-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline[acd/iupac name]", "1,2,9,10-tetramethoxy-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline", "(s)-1,2,9,10-tetramethoxy-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline", "nsc 34396", "4h-dibenzo[de g]quinoline,5,6,6a,7-tetrahydro-1,2,9,10-tetramethoxy-6-methyl-,(s)-", "glaucine", "(s)-5,6,6a,7-tetrahydro-1,2,9,10-tetramethoxy-6-methyl-4h-dibenzo[de,g]quinoline", "glaucine (d)", "nsc34396", "tusidil", "einecs 207-501-5", "207-501-5[einecs]", "4h-dibenzo[de,g]quinoline,5,6,6a,7-tetrahydro-1,2,9,10-tetramethoxy-6-methyl- (6as)-", "475-81-0[rn]", "4h-dibenzo[de,g]quinoline,5,6,6a,7-tetrahydro-1,2,9,10-tetramethoxy-6-methyl- (s)-", "boldine dimethylether"}|>, "4174" -> <|"DatabaseID" -> "SW02533", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15883]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@@H]1Cc4c3cc(c(c4)OC)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08014"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glaucine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16754]}, "Synonyms" -> {"boldine dimethyl ether", "s-(+)-glaucine", "glauvent", "bromcholitin", "(+)-glaucine", "d-glaucine", "(s)-5,6,6a,7-tetrahydro-1,2,9,10-tetramethoxy-6-methyl-4h-dibenzo(de,g)quinoline", "1,2,9,10-tetramethoxyaporphine", "glaucine[wiki]", "(6as)-1,2,9,10-tetramethoxy-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline[acd/iupac name]", "1,2,9,10-tetramethoxy-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline", "(s)-1,2,9,10-tetramethoxy-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline", "nsc 34396", "4h-dibenzo[de g]quinoline,5,6,6a,7-tetrahydro-1,2,9,10-tetramethoxy-6-methyl-,(s)-", "glaucine", "(s)-5,6,6a,7-tetrahydro-1,2,9,10-tetramethoxy-6-methyl-4h-dibenzo[de,g]quinoline", "glaucine (d)", "nsc34396", "tusidil", "einecs 207-501-5", "207-501-5[einecs]", "4h-dibenzo[de,g]quinoline,5,6,6a,7-tetrahydro-1,2,9,10-tetramethoxy-6-methyl- (6as)-", "475-81-0[rn]", "4h-dibenzo[de,g]quinoline,5,6,6a,7-tetrahydro-1,2,9,10-tetramethoxy-6-methyl- (s)-", "boldine dimethylether"}|>, "4175" -> <|"DatabaseID" -> "SW02534", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514883]}, "IsomericSmiles" -> "C[N+]1(CC[C@]23c4c5ccc(c4O[C@H]2C(=O)CC[C@]3([C@H]1C5)O)O)CC6CC6", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06618"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHYLNALTREXONE BROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5361917]}, "Synonyms" -> {"relistor", "methylnaltrexone bromide", "17-(cyclopropylmethyl)-4,5a-epoxy-3,14-dihydroxy-17-methyl-6-oxomorphinanium bromide", "unii-rfo6il3d3m", "relistor (tn)", "73232-52-7", "moa-728", "mntx-302", "methylnaltrexone bromide[usan]", "(1s,17s,5r,13r)-4-(cyclopropylmethyl)-10,17-dihydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.0<1,13>.0<5,17>.0<7,18>]octadeca-7(18),8,10-trien-14-one bromide", "mntx", "methylnaltrexone bromide (usan)", "naltrexone methobromide", "73232-52-7[rn]"}|>, "4176" -> <|"DatabaseID" -> "SW02534", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514883]}, "IsomericSmiles" -> "C[N+]1(CC[C@]23c4c5ccc(c4O[C@H]2C(=O)CC[C@]3([C@H]1C5)O)O)CC6CC6", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06618"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHYLNALTREXONE BROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5361917]}, "Synonyms" -> {"relistor", "methylnaltrexone bromide", "17-(cyclopropylmethyl)-4,5a-epoxy-3,14-dihydroxy-17-methyl-6-oxomorphinanium bromide", "unii-rfo6il3d3m", "relistor (tn)", "73232-52-7", "moa-728", "mntx-302", "methylnaltrexone bromide[usan]", "(1s,17s,5r,13r)-4-(cyclopropylmethyl)-10,17-dihydroxy-4-methyl-12-oxa-4-azapentacyclo[9.6.1.0<1,13>.0<5,17>.0<7,18>]octadeca-7(18),8,10-trien-14-one bromide", "mntx", "methylnaltrexone bromide (usan)", "naltrexone methobromide", "73232-52-7[rn]"}|>, "4177" -> <|"DatabaseID" -> "SW02535", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4100]}, "IsomericSmiles" -> "Cc1ccc(cc1)C2(CC[NH+](CC2)CCCC(=O)c3ccc(cc3)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02623"]}, "OfficialNames" -> <|"NPC Approved Name" -> "moperone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4249]}, "Synonyms" -> {"moperone", "luvatrena", "1050-79-9", "meperon", "methylperidol", "luvatren", "213-887-6[einecs]", "3871-82-7[rn]", "moperone[inn]", "1050-79-9[rn]", "moperone [inn]", "1-(4-fluorophenyl)-4-[4-hydroxy-4-(4-methylphenyl)piperidin-1-yl]butan-1-one", "moperonum[latin]", "luvatrene", "moperone hydrochloride", "moperona[spanish]", "r 1658", "1-(4-fluorophenyl)-4-[4-hydroxy-4-(4-methylphenyl)-1-piperidinyl]-1-butanone[acd/iupac name]", "moperone (inn)", "w-(4-hydroxy-4-p-tolylpiperidino)-p-fluorobutyrophenone", "223-392-7[einecs]", "mopiperone", "p-fluoro-4-(4'-hydroxy-4'-p-methylphenylpiperidino)butyrophenone", "1-butanone 1-(4-fluorophenyl)-4-[4-hydroxy-4-(4-methylphenyl)-1-piperidinyl]-", "butyrophenone 4'-fluoro-4-(4-hydroxy-4-p-tolylpiperidino)-", "meldol", "1-(3'-p-fluorobenzoylpropyl)-4-hydroxy-4-p-tolylpiperidine", "1-butanone 1-(4-fluorophenyl)-4-(4-hydroxy-4-(4-methylphenyl)-1-piperidinyl)-", "p-fluoro-4-(4'-hydroxy-4'-p-tolylpiperidino)butyrophenone", "4'-fluoro-4-(4-hydroxy-4-p-tolylpiperidino)butyrophenone"}|>, "4178" -> <|"DatabaseID" -> "SW02536", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13194]}, "IsomericSmiles" -> "CCCCC(=O)O[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCc4c3ccc(c4)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01413"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ESTRADIOL VALERATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13791]}, "Synonyms" -> {"estradiol valerate", "progynova", "duratrad", "delestrogen", "deladiol", "progynon-depot", "estraval", "deladumone", "atladiol", "neofollin", "femogex", "estradiol 17-valerate", "estate[wiki]", "nuvelle", "oestradiol valerate", "climaval", "907-12-0[rn]", "pelanin", "213-559-2[einecs]", "component of mal-o-fem l.a", "exten strone", "(1s,11s,14s,15s,10r)-5-hydroxy-15-methyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadeca-2,4,6-trien-14-yl pentanoate", "gynogen l.a. 40", "(1s,11s,14s,15s,10r)-5-hydroxy-15-methyltetracyclo[8.7.0.0<2,7>.0<11,15>]hepta deca-2(7),3,5-trien-14-yl pentanoate", "estradiol valerate,", "postoval", "10392-35-5[rn]", "estradiol valerate (van)", "(8r,9s,13s,14s,17s)-3-hydroxy-13-methyl-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-17-yl pentanoate", "valerato de estradiol[spanish][inn]", "dura-estradiol", "979-32-8[rn]", "estroval-10", "delahormone unimatic", "delestrogen 4x", "estradiol valerate [usan:inn:jan][inn][jan][usan]", "repo-estra", "component of deluteval 2x", "(17b)-3-hydroxyestra-1(10),2,4-trien-17-yl pentanoate", "estradiol valerianate", "gynogen l.a. 10", "estradioli valeras[latin]", "merimono", "69557-95-5[rn]", "3-hydroxyestra-1,3,5(10)-trien-17-yl pentanoate", "estradiol depot", "ronfase", "femogen-l.a.", "primogyna", "depo-estro-med", "gynokadin", "cyclocur", "estradiol 17-valerate", "component of deladumone", "pentanoicacid (17b)-3-hydroxyestra-1,3,5(10)-trien-17-yl ester", "estraval 2x", "gynogen l.a. 20", "primogyn-depot", "estraval pa", "ditate", "deladumone (tn)", "deluteval 2x", "pentanoicacid (8r,9s,13s,14s,17s)-3-hydroxy-13-methyl-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-17-ylester", "oestradiol-17b-valerate", "(8r,9s,13s,14s,17s)-3-hydroxy-13-methyl-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-17-ylpentanoat", "valerate d'estradiol[french][inn]", "depo estro med"}|>, "4179" -> <|"DatabaseID" -> "SW02537", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4511078]}, "IsomericSmiles" -> "CCCSS/C(=C(\\C)/N(Cc1cnc(nc1N)C)C=O)/CCO", "OfficialNames" -> <|"NPC Approved Name" -> "prosultiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5355019]}, "Synonyms" -> {"nuvelbi v. c. a.", "nevriton", "nsc-23893", "neurvita", "tiovit-b1", "arinamine", "dtpt", "persultamine", "tiotiamina", "n-[(4-amino-2-methylpyrimidin-5-yl)methyl]-n-[5-hydroxy-3-(propyldisulfanyl)pent-2-en-2-yl]formamide", "ac1ns6nl", "alinamin", "proneurin", "prosultiamine[wiki]", "dithiopropylthiamine", "ac1q6qna", "formamide n-[ (4-amino-2-methyl-5-pyrimidinyl)methyl]-n-[4-hydroxy-1-methyl-2 -(propyldithio)-1-butenyl]-", "59-58-5", "formamide", "a832373", "213-547-7[einecs]", "aliton", "nervilon", "prosulthiamine", "973-99-9[rn]", "n-[(4-amino-2-methylpyrimidin-5-yl)methyl]-n-[(2e)-5-hydroxy-3-(propyldisulfanyl)pent-2-en-2-yl]formamide", "formamide n-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-n-[4-hydroxy-1-methyl-2-(propyldithio)-1-butenyl]-", "formamide n-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-n-[(1e)-4-hydroxy-1-methyl-2-(propyldithio)-1-buten-1-yl]-", "200-436-3[einecs]", "thiamine propyl disulfide", "nsc23893", "thiamin propyl disulfide", "vitamin b1 propyl disulfide", "nuvelbi v.c.a.", "sintotiamina", "n-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-n-[4-hydroxy-1-methyl-2 -(propyldithio)-1-butenyl]formamide", "tpd", "aneurimec", "59-58-5[rn]", "2-(2-methyl-4-aminopyrimidin-5-yl)methylformamido-5-hydroxy-2-penten-3-yl propyldisulfide", "tipidi"}|>, "4180" -> <|"DatabaseID" -> "SW02538", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5918"], ExternalIdentifier["ChEBIID", "49662"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3584]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00328"]}, "IsomericSmiles" -> "Cc1c(c2cc(ccc2n1C(=O)c3ccc(cc3)Cl)OC)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00141"], ExternalIdentifier["KEGGID", "D02110"]}, "OfficialNames" -> <|"China Approved Name" -> "indometacin", "Indian Approved Name" -> "indomethacin", "Australia Approved Name" -> "INDOMETACIN;INDOMETHACIN", "FDA Approved Drug" -> "INDOMETHACIN;INDOMETHACIN SODIUM"|>, "PharmGKBID" -> "PA449982", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3715], ExternalIdentifier["PubChemCompoundID", 23674731]}, "Synonyms" -> {"indomethacin", "indocin", "metindol", "amuno", "indometacine", "tannex", "imbrilon", "idomethine", "indoxen", "infrocin", "indoptol", "indo-phlogont", "confortid", "imn", "artrinovo", "indomee", "indomed", "artrivia", "indocid", "mobilan", "metartril", "hicin", "inacid", "lausit", "indo-spray", "indmethacine", "indomethacine", "rheumacin la", "sadoreum", "bonidon gel", "indameth", "indoptic", "chibro-amuno", "artracin", "indomethacinum", "arthrexin", "indolar sr", "mikametan", "indo-tablinen", "catlep", "indorektal", "indocin sr", "indo-lemmon", "methazine", "inflazon", "durametacin", "inteban sp", "elmetacin", "dolcidium pl", "indomethazine", "indomecol", "dolcidium", "indomo", "indacin", "indo-rectolmin", "dolovin", "chrono-indocid", "flexin continus", "metacen", "bonidon", "vonum", "reumacide", "indometacin", "indocin i.v.", "indomethegan", "indaflex", "nu-indo", "novomethacin", "cd294 antigen", "chrono-indicid", "chemoattractant receptor-homologous molecule expressed on th2 cells", "indometicina", "argun", "liometacen", "indocid pda", "indomethine", "miametan", "bonidin", "indocin i.v", "indomod", "rhemacin la", "novo-methacin", "indometacyna", "indomethancin", "indocid sr", "apo-indomethacin", "7681-54-1[rn]", "antacin", "2-{1-[(4-chlorophenyl)carbonyl]-5-methoxy-2-methylindol-3-yl}acetic acid", "indocid[wiki]", "1-(p-chlorobenzoyl)-2-methyl-5-methoxyindole-3-acetic acid", "1-(p-chlorobenzoyl)-5-methoxy-2-methyl-3-indolylacetic acid", "n-p-chlorbenzoyl-5-methoxy-2-methylindole-3-acetic acid", "91853-74-6[rn]", "indometacin farnesil", "kwas 1-(p-chlorobenzoilo)-2-metylo-5-metoksy-3-indolilooctowy[polish]", "1-(p-chlorobenzoyl)-2-methyl-5-methoxy-3-indoleacetic acid", "indocin (tn)", "indometacyna[polish]", "497341[beilstein]", "74252-25-8[rn]", "37242-43-6[rn]", "artracin;", "1-(4-chlorobenzoyl)-5-methoxy-2-methyl-1h-indole-3-acetic acid", "indomethacin acid", "28751-45-3[rn]", "indocin[wiki]", "mezolin", "indomethacin[usp][usan]", "1-(4-chlorobenzoyl)-5-methoxy-2-methyl-1h-indole", "1h-indole-3-aceticacid 1-(4-chlorobenzoyl)-5-methoxy-2-methyl-", "indomethacin [usan:ban][usan]", "1-(4-chlorobenzoyl)-5-methoxy-2-methyl-3-indoleacetic acid", "[1-(4-chloro-benzoyl)-5-methoxy-2-methyl-1h-indol-3-yl]-aceticacid", "indomethacin indochron e-r indocin-sr", "indometacina[spanish][inn]", "1-(p-chlorbenzoyl)-5-methoxy-2-methylindol-3-essigsaeure[german]", "1-(p-chlorobenzoyl)-5-methoxy-2-methylindole-3-acetic acid", "1601-18-9[rn]", "(1-p-chlorobenzoyl-5-methoxy-2-methylindol-3-yl)acetic acid", "aconip", "200-186-5[einecs]", "indometacinum[latin]", "indometacin[wiki][jp15]", "indole-3-acetic acid 1-(p-chlorobenzoyl)-5-methoxy-2-methyl-", "indomethecin", "{1-[(4-chlorophenyl)carbonyl]-5-methoxy-2-methyl-1h-indol-3-yl}acetic acid", "2-[1-(4-chlorobenzoyl)-5-methoxy-2-methyl-indol-3-yl]acetic acid", "indometicina[spanish]", "1h-indole-3-aceticacid 1-(4-chlorobenzoyl)-5-methoxy-2-methyl- (9ci)", "[1-(4-chlorobenzoyl)-5-methoxy-2-methyl-1h-indol-3-yl]acetic acid[acd/iupac name]", "2-(1-(4-chlorobenzoyl)-5-methoxy-2-methyl-1h-indol-3-yl)aceticacid", "53-86-1[rn]", "5-22-05-00239 (beilstein handbook reference)[beilstein]", "1-p-cloro-benzoil-5-metoxi-2-metilindol-3-acido acetico[spanish]", "s00108", "337376-15-5", "74252-25-8", "indomethacin sodium", "na salt", "indomethacin sodium [usan]", "indometacin sodium (jan)", "indometacin sodium", "indocin i.v. (tn)", "indomethacin sodium salt trihydrate", "indomethacin sodium (usp)", "c19h15clno4.3h2o.na", "indomethacin sodium trihydrate", "53-86-1 (parent)"}|>, "4181" -> <|"DatabaseID" -> "SW02539", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5270]}, "IsomericSmiles" -> "c1cc2c(cc1Cl)n(c(=O)s2)CC(=O)N3CC[NH+](CC3)CCO", "OfficialNames" -> <|"NPC Approved Name" -> "4-((5-chloro-2-oxo-3(2h)-benzothiazolyl)acetyl)- 1-piperazineethanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5469]}, "Synonyms" -> {"tialamide", "rhc 2592a", "tiaramide", "brn 1030245", "tiaramidum[latin]", "2(3h)-benzothiazolone 5-chloro-3-[2-[4-(2-hydroxyethyl)-1-piperazinyl]-2-oxoethyl]-", "tiaramide [inn:ban]", "5-chloro-3-(2-(4-(2-hydroxyethyl)-1-piperazinyl)-2-oxoethyl)-1,3-benzothiazol-2(3h)-one", "32527-55-2[rn]", "5-chloro-3-(2-(4-(2-hydroxyethyl)piperazin-1-yl)-2-oxoethyl)benzo[d]thiazol-2(3h)-one", "251-083-7[einecs]", "4-[(5-chloro-2-oxo-3-benzothiazolinyl)acetyl]-1-piperazineethanol-", "4-((5-chloro-2-oxo-3(2h)-benzothiazolyl)acetyl)-1-piperazineethanol", "1-piperazineethanol {4-[(5-chloro-2-oxo-3(2h)-benzothiazolyl)acetyl]-,}monohydrochloride", "5-chlor-2,3-dihydro-3-(4-(2-hydroxyethyl)piperazinylcarbonylmethyl)-2-benzothiazolon", "1-piperazineethanol 4-[ (5-chloro-2-oxo-3(2h)-benzothiazolyl)acetyl]-,monohydrochloride", "tiaramide hydrochloride-r", "5-chloro-3-{2-[4-(2-hydroxy-ethyl)-piperazin-1-yl]-2-oxo-ethyl}-3h-benzothiazol-2-one", "tiaramida[spanish][inn]", "1-piperazineethanol 4-[(5-chloro-2-oxo-3(2h)-benzothiazolyl)acetyl]-", "5-chloro-3-[4-(2-hydroxyethyl)-1-piperazinyl]carbonylmethyl-2-benzothiazolinone", "5-chloro-3-{2-[4-(2-hydroxyethyl)piperazin-1-yl]-2-oxoethyl}-1,3-benzothiazol-2(3h)-one", "usv 2592", "32527-55-2", "1-piperazineethanol 4-((5-chloro-2-oxo-3-benzothiazolinyl)acetyl)-", "(tiaramide) 5-chloro-3-{2-[4-(2-hydroxy-ethyl)-piperazin-1-yl]-2-oxo-ethyl}-3h-benzothiazol-2-one", "tiaramide-r", "tiaramidum [inn-latin]", "nta-194 hcl", "1-piperazineethanol 4-((5-chloro-2-oxo-3(2h)-benzothiazolyl)acetyl)- (9ci)", "einecs 251-083-7", "4-[(5-chloro-2-oxo-3(2h)-benzothiazolyl)acetyl]-1-piperazineethanol", "tiaramida [inn-spanish]"}|>, "4182" -> <|"DatabaseID" -> "SW02540", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2674"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00613"]}, "IsomericSmiles" -> "CC[NH+](CC)Cc1cc(ccc1O)Nc2ccnc3c2ccc(c3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02922"]}, "OfficialNames" -> <|"China Approved Name" -> "amodiaquine", "WHO Essential Medicine" -> "amodiaquine", "Indian Approved Name" -> "amodiaquine", "FDA Approved Drug" -> "AMODIAQUINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448404", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2165]}, "Synonyms" -> {"camoquinal", "amodiaquine", "camochin", "amodiaquin", "flavoquine", "camoquine", "camoquin", "miaquin", "cam-aqi", "cam-aq1", "basoquin", "flavoquin", "amodiachinum", "amodiaquine[wiki][inn][ban][usan]", "phenol 4-[ (7-chloro-4-quinolinyl)amino]-2-[(diethylamino)methyl]-", "amodiaquine ring-closed", "phenol 4-((7-chloro-4-quinolinyl)amino)-2-((diethylamino)methyl)-", "300962[beilstein]", "4-[(7-chloro-4-quinolinyl)amino]-2-[(diethylamino)methyl]phenol[acd/iupac name]", "phenol 4-[(7-chloro-4-quinolinyl)amino]-2-[(diethylamino)methyl]-", "4-(3'-diethylaminomethyl-4'-hydroxyanilino)-7-chloroquinoline", "4-((7-chloro-4-quinolinyl)amino)-2-((diethylamino)methyl)phenol", "4-[(7-chloro-4-quinolyl)amino]-a-(diethylamino)-o-cresol", "2-[(diethylamino)methyl]-4-[(7-chloro(4-quinolyl))amino]phenol", "86-42-0[rn]", "s. n. 10751", "amodiachin", "amodiaquine usp24", "6398-98-7[rn]", "amodiaquinum [inn_la]", "amodiaquina[spanish][inn]", "amodiaquina", "sn 10,751", "ec 2.1.1.8", "camoprima infatabs (amodiaquine + primaquine)_mixture", "5-22-10-00283 (beilstein handbook reference)[beilstein]", "4-[(7-chloroquinolin-4-yl)amino]-2-[(diethylammonio)methyl]phenolate", "4-(7-chloro-quinolin-4-ylamino)-2-diethylaminomethyl-phenol", "4-((7-chloroquinolin-4-yl)amino)-2-((diethylamino)methyl)phenol", "amodiaquine hydrochloride", "amodiaquinum[latin]", "hmt", "7-chloro-4-(3-diethylaminomethyl-4-hydroxyanilino)quinoline", "4-((7-chloro-4-quinolinyl)amino)-2-((diethylamino)methyl)-phenol", "201-669-3[einecs]", "quinoline 7-chloro-4-[[3-[(diethylamino)methyl]-4-hydroxyphenyl]amino]-", "4-[(7-chloroquinolin-4-yl)amino]-2-[(diethylamino)methyl]phenol", "camoquin hcl", "7-chloro-4-(3-diethylaminomethyl-4-hydroxyphenylamino)quinoline", "amodiaquinum", "cqa"}|>, "4183" -> <|"DatabaseID" -> "SW02541", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 69528]}, "IsomericSmiles" -> "Cn1c2ccc(cc2nc1CCCC(=O)[O-])N(CCCl)CCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07085"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bendamustine hcl", "FDA Approved Drug" -> "BENDAMUSTINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 77082]}, "Synonyms" -> {"treanda", "bendamustine hydrochloride", "cytostasan", "bendamustin hydrochloride", "ribomustin", "4-{5-[bis(2-chloroethyl)amino]-1-methyl-1h-benzimidazol-2-yl}butanoic acid hydrochloride (1:1)[acd/iupac name]", "4-{5-[bis(2-chloroethyl)amino]-1-methyl-1h-benzimidazol-2-yl}butanoic acid hydrochloride", "imet 3393", "1h-benzimidazole-2-butanoicacid 5-[bis(2-chloroethyl)amino]-1-methyl-,monohydrochloride", "5-[bis(2-chloroethyl)amino]-1-methyl-1h-benzimidazole-2-butanoic acid hydrochloride", "3543-75-7", "3543-75-7[rn]", "1-methyl-5-bis(2-chloroethyl)amino-2-benzimidazolinebutryric acid hydrochloride;4-[5-[bis(2-chloroethyl)amino]-1-methylbenzimidazol-2-yl]butanoic acid hydrochloride", "1h-benzimidazole-2-butanoicacid,5-[bis(2-chloroethyl)amino]-1-methyl-,hydrochloride", "97832-05-8[rn]", "ribomustin treanda sdx-105", "ccris 1864", "treakisym", "1h-benzimidazole-2-butanoicacid 5-[bis(2-chloroethyl)amino]-1-methyl-,hydrochloride (1:1)", "2-benzimidazolebutyric acid 5-(bis(2-chloroethyl)amino)-1-methyl- monohydrochloride (8ci)", "1h-benzimidazole-2-butanoicacid 5-(bis(2-chloroethyl)amino)-1-methyl-,monohydrochloride(9ci)", "5-(bis(2-chloroethyl)amino)-1-methyl-1h-benzimidazole-2-butanoic acid monohydrochloride", "2-benzimidazolinebutryric acid 1-methyl-5-bis(2-chloroethyl)amino- hydrochloride", "toxic solid organic n.o.s. (bendamustine hydrochloride)", "bendamustin hcl", "sdx-105", "bendamustine hcl", "4-{5-[bis(2-chlorethyl)amino]-1-methyl-1h-benzimidazol-2-yl}butans", "5-[bis(2-chloroethyl)amino]-1-methyl-1h-benzimidazole-2-butanoic acid,monohydrochloride", "16506-27-7[rn]"}|>, "4184" -> <|"DatabaseID" -> "SW02542", "IsomericSmiles" -> "C([C@@H]1[C@@H]([C@@H]([C@H]([C@@H](O1)O[C@H]([C@@H](CO)O)[C@@H]([C@H](C(=O)[O-])O)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03294"]}, "OfficialNames" -> <|"Indian Approved Name" -> "calcium glubionate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6093269]}, "Synonyms" -> {"calcium glubionate (usp/inn)", "calcium glubionate", "ac1o1bmu", "akos015896806", "calcium; (2r", "neo-calglucon", "neo-calglucon (tn)", "d03294", "i07-0106", "12569-38-9", "ac1l19bi"}|>, "4185" -> <|"DatabaseID" -> "SW02543", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59511"], ExternalIdentifier["ChEBIID", "3697"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293165], ExternalIdentifier["ChemSpiderID", 4940183]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01597"]}, "IsomericSmiles" -> "CC1(C[C@@H]1C(=O)N/C(=C\\CCCCSC[C@@H](C(=O)[O-])[NH3+])/C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02194"], ExternalIdentifier["KEGGID", "D07698"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cilastatin", "WHO Essential Medicine" -> "cilastatin", "Australia Approved Name" -> "CILASTATIN SODIUM", "FDA Approved Drug" -> "CILASTATIN SODIUM"|>, "PharmGKBID" -> "PA448998", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23663403], ExternalIdentifier["PubChemCompoundID", 6435415], ExternalIdentifier["PubChemCompoundID", 45480603]}, "Synonyms" -> {"cilastatin", "cilastatin sodium", "dipeptidase 1 precursor", "renal dipeptidase", "ec 3.4.13.19", "dehydropeptidase-i", "primaxin 250 (cilastatin sodium + imipenem)_mixture", "cilastatin[wiki]", "microsomal dipeptidase", "cilastatin acid", "hrdp", "primaxin iv 500 (cilastatin sodium + imipenem)_mixture", "primaxin 500 (cilastatin sodium + imipenem)_mixture", "cilastatino", "cilastatinum [latin]", "cilastatinum[latin]", "cilastatine[french]", "279-694-4[einecs]", "natrium-(2r)-2-amino-3-{[(5z)-6-carboxy-6-({[(1s)-2,2-dimethylcyclopropyl]carbonyl}amino)hex-5-en-1-yl]sulfanyl}propanoat", "cilastatine [french]", "sodium (2r)-2-amino-3-{[(5z)-6-carboxy-6-({[(1s)-2,2-dimethylcyclopropyl]carbonyl}amino)hex-5-en-1-yl]sulfanyl}propanoate", "2-heptenoic acid,7-[[(2r)-2-amino-2-carboxyethyl]thio]-2-[[[(1s)-2,2-dimethylcyclopropyl]carbonyl]amino]-,(2z)-", "[r-[r*,s*(z)]]-7-[(2-amino-2-carboxyethyl)thio]-2-[[(2,2-dimethylcyclopropyl)carbonyl]amino]-2-heptenoic acid", "(z)-7-[(2s)-2-amino-3-hydroxy-3-oxopropyl]sulfanyl-2-[[(1s)-2,2-dimethylcyclopropanecarbonyl]amino]hept-2-enoic acid", "81129-83-1[rn]", "cilastatinum [inn_la]", "tl8005438", "(2z)-7-{[(2r)-2-amino-2-carboxyethyl]sulfanyl}-2-({[(1s)-2,2-dimethylcyclopropyl]carbonyl}amino)-2-heptenoicacid", "2-heptenoic acid,7-((2-amino-2-carboxyethyl)thio)-2-(((2,2-dimethylcyclopropyl)", "chebi:3697", "cilastatina[spanish]", "(z)-7-((r)-2-amino-2-carboxy-ethylsulfanyl)-2-[((s)-2,2-dimethyl-cyclopropanecarbonyl)-amino]-hept-2-enoic acid", "(2z)-7-{[(2r)-2-amino-2-carboxyethyl]sulfanyl}-2-({[(1s)-2,2-dimethylcyclopropyl]carbonyl}amino)hept-2-enoicacid", "279-875-8[einecs]", "cilastatin monosodium salt", "2-heptenoic acid,7-((2-amino-2-carboxyethyl)thio)-2-(((2,2-dimethylcyclopropyl)carbonyl)amino)- (r-(r*,s*-(z)))-", "sodium (2z)-7-{[(2r)-2-amino-2-carboxyethyl]sulfanyl}-2-({[(1s)-2,2-dimethylcyclopropyl]carbonyl}amino)hept-2-enoate", "cilastatin sodium salt", "chebi:59511", "cilastatinum", "82009-34-5[rn]", "81129-83-1", "2-heptenoic acid,7-[[(2r)-2-amino-2-carboxyethyl]thio]-2-[[[(1s)-2,2-dimethylcyclopropyl]carbonyl]amino]-,sodium salt (2z)-(1:1)", "cilastatina [spanish]", "cilastatine", "cilastatina", "sodium (z)-7-(((r)-2-amino-2-carboxyethyl)thio)-2-((s)-2,2-dimethylcyclopropanecarboxamido)-2-heptenoate", "cilastatine sodium", "[r-[r*,s*(z)]]-7-[(2-amino-2-carboxyethyl)thio]-2-[[(2,2-dimethylcyclopropyl)carbonyl]amino]-2-heptenoic acid monosodium salt", "2-heptenoic acid,7-[[(2r)-2-amino-2-carboxyethyl]thio]-2-[[[(1s)-2,2-dimethylcyclopropyl]carbonyl]amino]-,monosodium salt (2z)-", "cilastatin na", "dsstox_cid_26915", "82009-34-5 (parent)", "unii-5428wxz74m", "ncgc00167838-01", "mk 0791", "einecs 279-694-4", "mk 791", "dsstox_gsid_46915", "dsstox_rid_82013", "cas-81129-83-1", "cilastatin natrium", "l 642957", "surecn41200"}|>, "4186" -> <|"DatabaseID" -> "SW02544", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53763"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56092]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01439"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3cccs3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-methylthiofentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62296]}, "Synonyms" -> {"3-methylthiofentanyl", "3-methyl-thiofentanyl", "n-(3-methyl-1-(2-thienyl)ethyl-4-piperidinyl)-n-phenylpropanamide", "db01439", "chebi:53763", "propanamide", "n-{3-methyl-1-[2-(2-thienyl)ethyl]piperidin-4-yl}-n-phenylpropanamide", "n-[3-methyl-1-(2-thiophen-2-ylethyl)piperidin-4-yl]-n-phenylpropanamide", "propanamide n-(3-methyl-1-(2-(2-thienyl)ethyl)-4-piperidinyl)-n-phenyl-", "dea no. 9833", "ac1q5i8i", "kor-1", "ac1l1wu2", "86052-04-2[rn]"}|>, "4187" -> <|"DatabaseID" -> "SW02544", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53763"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56092]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01439"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3cccs3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-methylthiofentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62296]}, "Synonyms" -> {"3-methylthiofentanyl", "3-methyl-thiofentanyl", "n-(3-methyl-1-(2-thienyl)ethyl-4-piperidinyl)-n-phenylpropanamide", "db01439", "chebi:53763", "propanamide", "n-{3-methyl-1-[2-(2-thienyl)ethyl]piperidin-4-yl}-n-phenylpropanamide", "n-[3-methyl-1-(2-thiophen-2-ylethyl)piperidin-4-yl]-n-phenylpropanamide", "propanamide n-(3-methyl-1-(2-(2-thienyl)ethyl)-4-piperidinyl)-n-phenyl-", "dea no. 9833", "ac1q5i8i", "kor-1", "ac1l1wu2", "86052-04-2[rn]"}|>, "4188" -> <|"DatabaseID" -> "SW02544", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53763"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56092]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01439"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3cccs3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-methylthiofentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62296]}, "Synonyms" -> {"3-methylthiofentanyl", "3-methyl-thiofentanyl", "n-(3-methyl-1-(2-thienyl)ethyl-4-piperidinyl)-n-phenylpropanamide", "db01439", "chebi:53763", "propanamide", "n-{3-methyl-1-[2-(2-thienyl)ethyl]piperidin-4-yl}-n-phenylpropanamide", "n-[3-methyl-1-(2-thiophen-2-ylethyl)piperidin-4-yl]-n-phenylpropanamide", "propanamide n-(3-methyl-1-(2-(2-thienyl)ethyl)-4-piperidinyl)-n-phenyl-", "dea no. 9833", "ac1q5i8i", "kor-1", "ac1l1wu2", "86052-04-2[rn]"}|>, "4189" -> <|"DatabaseID" -> "SW02544", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53763"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56092]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01439"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3cccs3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-methylthiofentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62296]}, "Synonyms" -> {"3-methylthiofentanyl", "3-methyl-thiofentanyl", "n-(3-methyl-1-(2-thienyl)ethyl-4-piperidinyl)-n-phenylpropanamide", "db01439", "chebi:53763", "propanamide", "n-{3-methyl-1-[2-(2-thienyl)ethyl]piperidin-4-yl}-n-phenylpropanamide", "n-[3-methyl-1-(2-thiophen-2-ylethyl)piperidin-4-yl]-n-phenylpropanamide", "propanamide n-(3-methyl-1-(2-(2-thienyl)ethyl)-4-piperidinyl)-n-phenyl-", "dea no. 9833", "ac1q5i8i", "kor-1", "ac1l1wu2", "86052-04-2[rn]"}|>, "4190" -> <|"DatabaseID" -> "SW02544", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53763"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56092]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01439"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3cccs3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-methylthiofentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62296]}, "Synonyms" -> {"3-methylthiofentanyl", "3-methyl-thiofentanyl", "n-(3-methyl-1-(2-thienyl)ethyl-4-piperidinyl)-n-phenylpropanamide", "db01439", "chebi:53763", "propanamide", "n-{3-methyl-1-[2-(2-thienyl)ethyl]piperidin-4-yl}-n-phenylpropanamide", "n-[3-methyl-1-(2-thiophen-2-ylethyl)piperidin-4-yl]-n-phenylpropanamide", "propanamide n-(3-methyl-1-(2-(2-thienyl)ethyl)-4-piperidinyl)-n-phenyl-", "dea no. 9833", "ac1q5i8i", "kor-1", "ac1l1wu2", "86052-04-2[rn]"}|>, "4191" -> <|"DatabaseID" -> "SW02544", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53763"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56092]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01439"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3cccs3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-methylthiofentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62296]}, "Synonyms" -> {"3-methylthiofentanyl", "3-methyl-thiofentanyl", "n-(3-methyl-1-(2-thienyl)ethyl-4-piperidinyl)-n-phenylpropanamide", "db01439", "chebi:53763", "propanamide", "n-{3-methyl-1-[2-(2-thienyl)ethyl]piperidin-4-yl}-n-phenylpropanamide", "n-[3-methyl-1-(2-thiophen-2-ylethyl)piperidin-4-yl]-n-phenylpropanamide", "propanamide n-(3-methyl-1-(2-(2-thienyl)ethyl)-4-piperidinyl)-n-phenyl-", "dea no. 9833", "ac1q5i8i", "kor-1", "ac1l1wu2", "86052-04-2[rn]"}|>, "4192" -> <|"DatabaseID" -> "SW02544", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53763"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56092]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01439"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3cccs3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-methylthiofentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62296]}, "Synonyms" -> {"3-methylthiofentanyl", "3-methyl-thiofentanyl", "n-(3-methyl-1-(2-thienyl)ethyl-4-piperidinyl)-n-phenylpropanamide", "db01439", "chebi:53763", "propanamide", "n-{3-methyl-1-[2-(2-thienyl)ethyl]piperidin-4-yl}-n-phenylpropanamide", "n-[3-methyl-1-(2-thiophen-2-ylethyl)piperidin-4-yl]-n-phenylpropanamide", "propanamide n-(3-methyl-1-(2-(2-thienyl)ethyl)-4-piperidinyl)-n-phenyl-", "dea no. 9833", "ac1q5i8i", "kor-1", "ac1l1wu2", "86052-04-2[rn]"}|>, "4193" -> <|"DatabaseID" -> "SW02544", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53763"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56092]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01439"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CCc3cccs3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "3-methylthiofentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62296]}, "Synonyms" -> {"3-methylthiofentanyl", "3-methyl-thiofentanyl", "n-(3-methyl-1-(2-thienyl)ethyl-4-piperidinyl)-n-phenylpropanamide", "db01439", "chebi:53763", "propanamide", "n-{3-methyl-1-[2-(2-thienyl)ethyl]piperidin-4-yl}-n-phenylpropanamide", "n-[3-methyl-1-(2-thiophen-2-ylethyl)piperidin-4-yl]-n-phenylpropanamide", "propanamide n-(3-methyl-1-(2-(2-thienyl)ethyl)-4-piperidinyl)-n-phenyl-", "dea no. 9833", "ac1q5i8i", "kor-1", "ac1l1wu2", "86052-04-2[rn]"}|>, "4194" -> <|"DatabaseID" -> "SW02545", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56104]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01470"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2)C(C)Cc3cccs3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Alpha-methylthiofentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62309]}, "Synonyms" -> {"n-(1-methyl-2-(2-thienyl)ethyl-4-piperidinyl)-n-phenylpropanamide", "alpha-methylthiofentanyl", "propanamide n-(1-(1-methyl-2-(2-thienyl)ethyl)-4-piperidinyl)-n-phenyl-", "ac1q5i8g", "103963-66-2", "103963-66-2[rn]", "n-phenyl-n-[1-(1-thiophen-2-ylpropan-2-yl)piperidin-4-yl]propanamide", "db01470", "ac1l1wv2", "ncgc00247694-01", "dea no. 9832", "ag-d-15546"}|>, "4195" -> <|"DatabaseID" -> "SW02545", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56104]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01470"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2)C(C)Cc3cccs3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Alpha-methylthiofentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62309]}, "Synonyms" -> {"n-(1-methyl-2-(2-thienyl)ethyl-4-piperidinyl)-n-phenylpropanamide", "alpha-methylthiofentanyl", "propanamide n-(1-(1-methyl-2-(2-thienyl)ethyl)-4-piperidinyl)-n-phenyl-", "ac1q5i8g", "103963-66-2", "103963-66-2[rn]", "n-phenyl-n-[1-(1-thiophen-2-ylpropan-2-yl)piperidin-4-yl]propanamide", "db01470", "ac1l1wv2", "ncgc00247694-01", "dea no. 9832", "ag-d-15546"}|>, "4196" -> <|"DatabaseID" -> "SW02546", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136879]}, "IsomericSmiles" -> "Cc1cc2c(c(c1O)OC)C(=O)c3c(cc(c(c3OC)OC)OC)C2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chryso-obtusin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155381]}, "Synonyms" -> {"chrysoobtusin", "70588-06-6", "2-hydroxy-1", "chryso-obtusin", "chembl461085", "70588-06-6[rn]", "2-hydroxy-1,6,7,8-tetramethoxy-3-methyl-9,10-anthraquinone[acd/iupac name]", "2-hydroxy-1,6,7,8-tetramethoxy-3-methylanthracene-9,10-dione", "9,10-anthracenedione 2-hydroxy-1,6,7,8-tetramethoxy-3-methyl-", "9", "c17669", "anthraquinone 2-hydroxy-1,6,7,8-tetramethoxy-3-methyl-", "ac1l4e61"}|>, "4197" -> <|"DatabaseID" -> "SW02547", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576678]}, "IsomericSmiles" -> "C=CC/C(=N/OS(=O)(=O)[O-])/S[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinigroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5464493]}, "Synonyms" -> {"myronate potassium", "sinigroside", "kalium-[({[(1z)-1-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]sulfanyl}-3-buten-1-yliden]amino}oxy)sulfonyl]oxidanid", "1-thio-b-d-glucopyranose 1-[n-(sulfooxy)-3-butenimidate] monopotassium salt", "223-545-8[einecs]", "534-69-0[rn]", "potassium[({[(1z)-1-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]sulfanyl}-3-buten-1-ylidene]amino}oxy)sulfonyl]oxidanide", "potassium myronate", "2-[(2s,4s,5s,3r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)(2h-3,4,5,6-tetrahydropyran-2-ylthio)](1z)-1-azapenta-1,4-dienyl hydroxysulfonate potassium salt", "potassium1-(?-d-glucopyranosylthio)but-3-enylideneaminooxysulphonate", "sinigrin[wiki]", "allyl glucosinolate", "3952-98-5[rn]"}|>, "4198" -> <|"DatabaseID" -> "SW02548", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58875]}, "IsomericSmiles" -> "CC(C)[C@@]12[C@@H](O1)[C@H]3[C@@]4(O3)[C@]5(CCC6=C([C@@H]5C[C@H]7[C@]4(C2=O)O7)COC6=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triptonide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65411]}, "Synonyms" -> {"triptonide", "kbioss_002204", "troptonide", "triptolide 14-deoxy-14-oxo-", "(3bs,4as,5as,6as,7as,7bs,8as,8bs)-8b-methyl-6a-(propan-2-yl)-3b,4,4a,7a,7b,8b,9,10-octahydrotrisoxireno[6,7:8a,9:4b,5]phenanthro[1,2-c]furan-1,6(3h,6ah)-dione", "spectrum5_001806", "spectrum_001724", "(1s,2s,4s,5s,7s,9s,11s,13s)-1-methyl-7-(propan-2-yl)-3,6,10,16-tetraoxaheptacyclo[11.7.0.02,4.02,9.05,7.09,11.014,18]icos-14(18)-ene-8,17-dione", "38647-11-9", "divk1c_006664", "38647-11-9[rn]", "trisoxireno[6,7:8a,9:4b,5]phenanthro[1,2-c]furan-1,6(3h,6ah)-dione 3b,4,4a,7a,7b,8b,9,10-octahydro-8b-methyl-6a-(1-methylethyl)- (3bs,4as,5as,6as,7as,7bs,8as,8bs)-", "specplus_000568", "spbio_000614", "spectrum2_000477", "ambap38647-11-9"}|>, "4199" -> <|"DatabaseID" -> "SW02549", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "65005"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106491]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04200"]}, "IsomericSmiles" -> "COc1cc(ccc1O)C[C@H]2COC(=O)[C@@H]2Cc3ccc(c(c3)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "matai-resinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119205]}, "Synonyms" -> {"(-)-matairesinol", "dibenzylbutyrolactone lignanolide", "artigenin congener", "matairesinol", "max", "3r,4r-bis((4-hydroxy-3-methoxyphenyl)methyl)dihydro-2(3h)-furanone", "2(3h)-furanone dihydro-3,4-bis[(4-hydroxy-3-methoxyphenyl)methyl]- (3r,4r)-", "(alphar,betar)-alpha,beta-bis(4-hydroxy-3-methoxybenzyl)butyrolactone", "(3r,4r)-3,4-bis(4-hydroxy-3-methoxybenzyl)dihydrofuran-2(3h)-one", "580-72-3", "2(3h)-furanone dihydro-3,4-bis((4-hydroxy-3-methoxyphenyl)methyl)- (3r-trans)-", "3r", "2(3h)-furanone dihydro-3,4-bis[(4-hydroxy-3-methoxyphenyl)methyl]- (3r-trans)-", "arbo 5", "2(3h)-furanone", "(-)-matairesinol;3r,4r-bis((4-hydroxy-3-methoxyphenyl)methyl)dihydro-2(3h)-furanone; artigenin congener; matairesinol", "(alphar", "580-72-3[rn]"}|>, "4200" -> <|"DatabaseID" -> "SW02550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66116]}, "IsomericSmiles" -> "COc1cc(ccc1O)[C@@H]2[C@H]3CO[C@@H]([C@H]3CO2)c4ccc(c(c4)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinoresinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73399]}, "Synonyms" -> {"pinoresinol", "(+)-pinoresinol", "phenol 4,4'-[(1s,3ar,4s,6ar)-tetrahydro-1h,3h-furo[3,4-c]furan-1,4-diyl]bis[2-methoxy-", "acon1_001809", "ac1l2jsj", "487-36-5", "ac1q70yk", "cpd-8905", "4", "487-36-5[rn]", "4-[(1s,3ar,4s,6ar)-4-(4-hydroxy-3-methoxyphenyl)tetrahydro-1h,3h-furo[3,4-c]furan-1-yl]-2-methoxyphenol", "4,4'-(1s,3ar,4s,6ar)-tetrahydro-1h,3h-furo[3,4-c]furan-1,4-diylbis(2-methoxyphenol)[acd/iupac name]", "megxp0_000829", "nsc-35444"}|>, "4201" -> <|"DatabaseID" -> "SW02551", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48391"], ExternalIdentifier["ChEBIID", "48390"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 137742], ExternalIdentifier["ChemSpiderID", 137743]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01012"]}, "IsomericSmiles" -> "C[C@H](c1cccc2c1cccc2)[NH2+]CCCc3cccc(c3)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03505"], ExternalIdentifier["KEGGID", "D03504"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cinacalcet", "FDA Approved Drug" -> "CINACALCET HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164776671", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 156418], ExternalIdentifier["PubChemCompoundID", 156419]}, "Synonyms" -> {"cinacalcet", "sensipar", "parathyroid cell calcium-sensing receptor", "mimpara[wiki]", "(r)-n-(1-(naphthalen-1-yl)ethyl)-3-(3-(trifluoromethyl)phenyl)propan-1-amine hydrochloride", "cinacalcet hydrochloride", "extracellular calcium-sensing receptor precursor", "sensipar[wiki]", "parareg", "amg073", "226256-56-0[rn]", "casr", "226256-56-0", "n-[(1r)-1-(1-naphthyl)ethyl]-3-[3-(trifluoromethyl)phenyl]propan-1-amine", "n-[(1r)-1-naphthalen-1-ylethyl]-3-[3-(trifluoromethyl)phenyl]propan-1-amine hydrochloride", "regpara", "n-((1r)-1-(1-naphthyl)ethyl)-3-(3-(trifluoromethyl)phenyl)propan-1-amine", "364782-34-3", "364782-34-3[rn]", "sensipar(tm)", "n-[(1r)-1-(naphthalen-1-yl)ethyl]-3-[3-(trifluormethyl)phenyl]propan-1-amin", "n-[(1r)-1-(1-naphthyl)ethyl]-3-[3-(trifluoromethyl)phenyl]-1-propanamine[acd/iupac name]", "1-naphthalenemethanamine a-methyl-n-[3-[3-(trifluoromethyl)phenyl]propyl]- (ar)-", "1-naphthalenemethanamine", "10219584[beilstein]", "n-((1r)-1-(naphthalen-1-yl)ethyl)-3-(3-(trifluoromethyl)phenyl)propan-1-amine hydrochloride", "(r)-n-(1-(naphthalen-1-yl)ethyl)-3-(3-(trifluoromethyl)phenyl)propan-1-amine", "n-[(1r)-1-(1-naphthyl)ethyl]-3-[3-(trifluoromethyl)phenyl]propan-1-aminehydrochloride", "n-((1r)-1-(naphthalen-1-yl)ethyl)-3-(3-(trifluoromethyl)phenyl)propan-1-amine", "sensipar (tn)", "chebi:48390", "chebi:48391", "amg-073.hcl", "cinacalcet (usan)", "n-[(1r)-1-naphthalen-1-ylethyl]-3-[3-(trifluormethyl)phenyl]propan-1-aminhydrochlorid", "tl8001899", "amg-073", "n-((1r)-1-(1-naphthyl)ethyl)-3-(3-(trifluoromethyl)phenyl)propan-1-amine; mimpara; regpara; sensipar", "mimpara", "n-[(1r)-1-(1-naphthyl)ethyl]-3-[3-(trifluoromethyl)phenyl]propan-1-aminehydrochloride (1:1)", "cinacalcet [inn]", "n-[(1r)-1-(naphthalen-1-yl)ethyl]-3-[3-(trifluoromethyl)phenyl]propan-1-amine hydrochloride (1:1)", "amg073 hcl", "cinacalcet[wiki][inn][usan]", "amg 073", "unii-uaz6v7728s", "1-naphthalenemethanamine a-methyl-n-(3-(3-(trifluoromethyl)phenyl)propyl)- (ar)- hydrochloride", "n-[(1r)-1-(1-naphthyl)ethyl]-3-[3-(trifluormethyl)phenyl]propan-1-amin", "cnc", "ac1l4g5x", "1-naphthalenemethanamine a-methyl-n-(3-(3-(trifluoromethyl)phenyl)propyl)- (ar)-", "cinacalcet hydrochloride[jan][usan]", "n-[(1r)-1-(naphthalen-1-yl)ethyl]-3-[3-(trifluoromethyl)phenyl]propan-1-amine", "hsdb 7318"}|>, "4202" -> <|"DatabaseID" -> "SW02552", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8382"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5656]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00635"]}, "IsomericSmiles" -> "C[C@]12CC(=O)[C@H]3[C@H]([C@@H]1CC[C@@]2(C(=O)CO)O)CCC4=CC(=O)C=C[C@]34C", "KEGGID" -> {ExternalIdentifier["KEGGID", "C07370"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PREDNISONE"|>, "PharmGKBID" -> "PA451100", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5865]}, "Synonyms" -> {"encortone", "encorton", "meticorten", "dacortin", "deltasone", "dehydrocortisone", "deltacortisone", "decortisyl", "di-adreson", "fernisone", "prednison", "econosone", "nurison", "ultracortene", "dellacort", "sone", "deltacortene", "prednicot", "bicortone", "me-korti", "diadreson", "deltra", "paracort", "pronison", "cartancyl", "orasone", "cotone", "hostacortin", "delcortin", "adasone", "dekortin", "prednicen-m", "winpred", "incocortyl", "panasol", "novoprednisone", "enkorton", "decortancyl", "rectodelt", "lisacort", "prednicorm", "parmenison", "ultracorten", "wojtab", "prednicort", "prednisone intensol", "juvason", "cortancyl", "in-sone", "metacortandracin", "nisona", "decortin", "colisone", "supercortil", "deltison", "prednidib", "nizon", "sterapred", "pehacort", "prd", "dellacort a", "fiasone", "panafcort", "predeltin", "ancortone", "apo-prednisone", "prednovister", "precort", "zenadrid", "dacorten", "origen prednisone", "prednisone", "prednizon", "deltisona", "deltisone", "prednitone", "presone", "deltacortone", "servisone", "retrocortine", "cortidelt", "cortan", "prednilonga", "gr", "d1-cortisone", "lisocort", "3/2/1953", "prednisona[spanish][inn]", "delta-dome", "deltasone liquid pred orasone adasone", "cortab (biotin + chlorpheniramine maleate + d-pantothenic acid + inositol + nicotinic acid + prednisone + pyridoxine hydrochloride + thiamine mononitrate + vitamin a + vitamin b2 + vitamin d + vitamin e (dl-alpha tocopheryl acetate))_mixture", "prednisona [inn-spanish]", "zenadrid (veterinary)", "liquid pred", "mfcd00003608", "(8s,9s,10r,13s,14s,17r)-17-hydroxy-17-(2-hydroxy-acetyl)-10,13-dimethyl-7,8,9,10,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthrene-3,11-dione", "(1s,2r,10s,11s,14r,15s)-14-hydroxy-14-(2-hydroxyacetyl)-2,15-dimethyltetracyclo[8.7.0.02,7.011,15]heptadeca-3,6-diene-5,17-dione", "1,4-pregnadiene-17a,21-diol-3,11,20-trione; 17,21-dihydroxypregna-1,4-diene-3,11,20-trione", "delta e", "precortal", "sterolin liq (biotin + fatty acids unsaturated + inositol + nicotinic acid + pheniramine maleate + phosphatidyl choline + prednisone + vitamin a palmitate + vitamin b2 + vitamin d2 + vitamin e)_mixture", "pdn", "delta cortelan", "(8s,9s,10s,13s,14s,17r)-17-hydroxy-17-(2-hydroxyacetyl)-10,13-dimethyl-6,7,8,9,12,14,15,16-octahydrocyclopenta[a]phenanthrene-3,11-dione", "d1-dehydrocortisone", "delta-cortelan", "pregna-1,4-diene-3,11,20-trione 17,21-dihydroxy-", "pregna-1,4-diene-3,11,20-trione 17,21-dihydroxy- (8ci 9ci)", "1 2-dehydrocortisone", "sk-prednisone", "prednisone[wiki][usp]", "metreton tab (chlorpheniramine maleate + prednisone + vitamin c)_mixture", "prednisone [ban:inn][inn]", "200-160-3[einecs]", "predniderm tab (inositol + pheniramine maleate + phosphatidyl choline + prednisone + vitamin a + vitamin d2 + vitamin e)_mixture", "53-03-2[rn]", "(8s,9s,10r,13s,14s,17r)-17-hydroxy-17-(hydroxyacetyl)-10,13-dimethyl-7,8,9,10,12,13,14,15,16,17-decahydro-3h-cyclopenta[a]phenanthren-3,11(6h)-dion", "betapar", "hostacortin", "prednisolone imp. b (ep)", "17,21-hydroxy-pregna-1,4-diene-3,11,20-trione", "metrevet (veterinary)", "2065301[beilstein]", "(8s,9s,10r,13s,14s,17r)-17-hydroxy-17-(2-hydroxyacetyl)-10,13-dimethyl-7,8,9,10,12,13,14,15,16,17-decahydro-3h-cyclopenta[a]phenanthrene-3,11(6h)-dione", "68-59-7[rn]", "1-cortisone", "delta-cortisone", "1,4-pregnadiene-17a,21-diol-3,11,20-trione", "1-dehydrocortisone", "(8s,9s,10r,13s,14s,17r)-17-hydroxy-17-(hydroxyacetyl)-10,13-dimethyl-7,8,9,10,12,13,14,15,16,17-decahydro-3h-cyclopenta[a]phenanthrene-3,11(6h)-dione", "1,2-dehydrocortisone", "meticorten (veterinary)", "prednisonum [inn-latin]", "17,21-dihydroxypregna-1,4-diene-3,11,20-trione[acd/iupac name]", "delta-cortone", "prednisonum[latin]", "337376-15-5"}|>, "4203" -> <|"DatabaseID" -> "SW02553", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 548864]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2-c3cc(cc(c3CC1)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "protostephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 632119]}, "Synonyms" -> {"protostephanine", "2,3,10,12-tetramethoxy-7-methyl-6,7,8,9-tetrahydro-5h-dibenzo[d,f]azonine", "2", "549-28-0[rn]", "6", "6,7,8,9-tetrahydro-2,3,10,12-tetramethoxy-7-methyl-5h-dibenz(d,f)azonine", "6,7,8,9-tetrahydro-2,3,10,12-tetramethoxy-7-methyl-5h-dibenz[d,f]azonine", "ac1lckj0"}|>, "4204" -> <|"DatabaseID" -> "SW02553", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 548864]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2-c3cc(cc(c3CC1)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "protostephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 632119]}, "Synonyms" -> {"protostephanine", "2,3,10,12-tetramethoxy-7-methyl-6,7,8,9-tetrahydro-5h-dibenzo[d,f]azonine", "2", "549-28-0[rn]", "6", "6,7,8,9-tetrahydro-2,3,10,12-tetramethoxy-7-methyl-5h-dibenz(d,f)azonine", "6,7,8,9-tetrahydro-2,3,10,12-tetramethoxy-7-methyl-5h-dibenz[d,f]azonine", "ac1lckj0"}|>, "4205" -> <|"DatabaseID" -> "SW02554", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7455"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514572]}, "IsomericSmiles" -> "c1cc(c2c3c1C[C@@H]4[C@]5([C@]3(CC[NH+]4CC6CCC6)[C@@H](O2)[C@H](CC5)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00843"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NALBUPHINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5360733]}, "Synonyms" -> {"nalbuphine hydrochloride", "en-2234a", "nalbuphine hcl", "nubain", "nalbuphine hydrochloride (usan)", "nalbufina clorhidrato [spanish]", "nalbufina clorhidrato", "nubain[wiki]", "n-cyclobutylmethyl-14-hydroxydihydronormorphine hydrochloride", "nalbuphine hydrochloride[usan]", "nubain (tn)", "23277-43-2", "nalbufina clorhidrato[spanish]", "6761124[beilstein]", "(1s,5r,13r,14s,17s)-4-(cyclobutylmethyl)-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-10,14,17-triolhydrochlorid", "en 2234a", "(1s,5r,13r,14s,17s)-4-(cyclobutylmethyl)-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-triene-10,14,17-triolhydrochloride", "23277-43-2[rn]", "einecs 245-549-9", "nalbuphine[wiki]", "245-549-9[einecs]"}|>, "4206" -> <|"DatabaseID" -> "SW02554", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7455"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514572]}, "IsomericSmiles" -> "c1cc(c2c3c1C[C@@H]4[C@]5([C@]3(CC[NH+]4CC6CCC6)[C@@H](O2)[C@H](CC5)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00843"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NALBUPHINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5360733]}, "Synonyms" -> {"nalbuphine hydrochloride", "en-2234a", "nalbuphine hcl", "nubain", "nalbuphine hydrochloride (usan)", "nalbufina clorhidrato [spanish]", "nalbufina clorhidrato", "nubain[wiki]", "n-cyclobutylmethyl-14-hydroxydihydronormorphine hydrochloride", "nalbuphine hydrochloride[usan]", "nubain (tn)", "23277-43-2", "nalbufina clorhidrato[spanish]", "6761124[beilstein]", "(1s,5r,13r,14s,17s)-4-(cyclobutylmethyl)-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-trien-10,14,17-triolhydrochlorid", "en 2234a", "(1s,5r,13r,14s,17s)-4-(cyclobutylmethyl)-12-oxa-4-azapentacyclo[9.6.1.01,13.05,17.07,18]octadeca-7(18),8,10-triene-10,14,17-triolhydrochloride", "23277-43-2[rn]", "einecs 245-549-9", "nalbuphine[wiki]", "245-549-9[einecs]"}|>, "4207" -> <|"DatabaseID" -> "SW02555", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7856"], ExternalIdentifier["ChEBIID", "7857"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4473], ExternalIdentifier["ChemSpiderID", 82626]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01062"]}, "IsomericSmiles" -> "CC[NH+](CC)CC#CCOC(=O)C(c1ccccc1)(C2CCCCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00465"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxybutynin", "Australia Approved Name" -> "OXYBUTYNIN HYDROCHLORIDE", "FDA Approved Drug" -> "OXYBUTYNIN;OXYBUTYNIN CHLORIDE"|>, "PharmGKBID" -> "PA164746030", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4634]}, "Synonyms" -> {"oxybutynin", "oxytrol", "oxibutyninum", "ditropan", "ditropan xl", "oxybutinin", "oxybutynin base", "oxybutynin hydrochloride", "oxybutynine", "oxybutynin topical gel", "oxibutinina [inn-spanish]", "oxybutyninum", "pollakisu", "transdermal patch", "oxybutyninum [inn-latin]", "oxybutynin chloride", "cystrin", "oxibutinina", "anturol", "oxybutynine [inn-french]", "oxytrol (tn)", "4-diethylamino-2-butynyl phenyl cyclohexylglycolate", "4-(diethylamino)but-2-in-1-ylcyclohexyl(hydroxy)phenylacetat", "oxibutinina[spanish][inn]", "4-(diethylamino)but-2-yn-1-yl cyclohexyl(hydroxy)phenylacetate", "oxybutynin[wiki][usan]", "a-phenylcyclohexaneglycolicacid 4-(diethylamino)-2-butynyl ester", "5633-20-5[rn]", "oxybutinin[wiki]", "ditropan lyrinel xl oxytrol", "337376-15-5", "oxybutynine[french][inn]", "ditropan;lyrinel xl;oxytrol", "oxytrol[wiki]", "oxybutyninum[latin]", "benzeneacetic acid a-cyclohexyl-a-hydroxy-,4-(diethylamino)-2-butyn-1-yl ester", "a-cyclohexyl-a-hydroxybenzene aceticacid 4-(diethylamino)-2-butynyl ester", "2707356[beilstein]", "oxybutynin hcl", "a-cyclohexyl-a-hydroxybenzeneaceticacid 4-(diethylamino)-2-butynyl ester hydrochloride", "ditropan[wiki]", "benzeneacetic acid a-cyclohexyl-a-hydroxy-,4-(diethylamino)-2-butyn-1-yl ester,hydrochloride (1:1)", "oxybutyninhydrochloride", "4-(diethylamino)but-2-in-1-ylcyclohexyl(hydroxy)phenylacetathydrochlorid", "4-(diethylamino)but-2-ynyl2-cyclohexyl-2-hydroxy-2-phenylacetate chloride", "4-{[cyclohexyl(hydroxy)phenylacetyl]oxy}-n,n-diethylbut-2-yn-1-aminium chloride", "oxibutinina hydrochloride", "[4-(2-cyclohexyl-2-hydroxy-2-phenyl-acetoxy)-but-2-ynyl]-diethyl-ammonium", "4-diethylamino-2-butynyl phenyl(cyclohexyl)glycolate hydrochloride", "tropax", "4833152[beilstein]", "4-(diethylamino)but-2-yn-1-yl cyclohexyl(hydroxy)phenylacetatehydrochloride (1:1)", "4-diethylamino-2-butynyl phenylcyclohexylglycolate hydrochloride", "4-diethylaminobut-2-ynyl 2-cyclohexyl-2-hydroxy-2-phenyl-acetate", "[4-(2-cyclohexyl-2-hydroxy-2-phenyl-acetoxy)-but-2-ynyl]-diethyl-ammonium; chloride", "mj 4309-1", "ditropan (tn)", "oxybutynin chloride[usp]", "hydrogenchloride4-(diethylamino)but-2-yn-1-yl cyclohexyl(hydroxy)phenylacetate(1:1:1)", "4-(diethylamino)but-2-ynylcyclohexylphenylglycolate hydrochloride", "chloride", "216-139-7[einecs]", "4-(diethylamino)but-2-yn-1-yl cyclohexyl(hydroxy)phenylacetatehydrochloride", "mj-4309-1", "gelnique", "1508-65-2[rn]", "dridase", "a-phenylcyclohexaneglycolicacid 4-(diethylamino)-2-butynyl ester hydrochloride", "230949-16-3[rn]"}|>, "4208" -> <|"DatabaseID" -> "SW02555", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7856"], ExternalIdentifier["ChEBIID", "7857"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4473], ExternalIdentifier["ChemSpiderID", 82626]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01062"]}, "IsomericSmiles" -> "CC[NH+](CC)CC#CCOC(=O)C(c1ccccc1)(C2CCCCC2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00465"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxybutynin", "Australia Approved Name" -> "OXYBUTYNIN HYDROCHLORIDE", "FDA Approved Drug" -> "OXYBUTYNIN;OXYBUTYNIN CHLORIDE"|>, "PharmGKBID" -> "PA164746030", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4634]}, "Synonyms" -> {"oxybutynin", "oxytrol", "oxibutyninum", "ditropan", "ditropan xl", "oxybutinin", "oxybutynin base", "oxybutynin hydrochloride", "oxybutynine", "oxybutynin topical gel", "oxibutinina [inn-spanish]", "oxybutyninum", "pollakisu", "transdermal patch", "oxybutyninum [inn-latin]", "oxybutynin chloride", "cystrin", "oxibutinina", "anturol", "oxybutynine [inn-french]", "oxytrol (tn)", "4-diethylamino-2-butynyl phenyl cyclohexylglycolate", "4-(diethylamino)but-2-in-1-ylcyclohexyl(hydroxy)phenylacetat", "oxibutinina[spanish][inn]", "4-(diethylamino)but-2-yn-1-yl cyclohexyl(hydroxy)phenylacetate", "oxybutynin[wiki][usan]", "a-phenylcyclohexaneglycolicacid 4-(diethylamino)-2-butynyl ester", "5633-20-5[rn]", "oxybutinin[wiki]", "ditropan lyrinel xl oxytrol", "337376-15-5", "oxybutynine[french][inn]", "ditropan;lyrinel xl;oxytrol", "oxytrol[wiki]", "oxybutyninum[latin]", "benzeneacetic acid a-cyclohexyl-a-hydroxy-,4-(diethylamino)-2-butyn-1-yl ester", "a-cyclohexyl-a-hydroxybenzene aceticacid 4-(diethylamino)-2-butynyl ester", "2707356[beilstein]", "oxybutynin hcl", "a-cyclohexyl-a-hydroxybenzeneaceticacid 4-(diethylamino)-2-butynyl ester hydrochloride", "ditropan[wiki]", "benzeneacetic acid a-cyclohexyl-a-hydroxy-,4-(diethylamino)-2-butyn-1-yl ester,hydrochloride (1:1)", "oxybutyninhydrochloride", "4-(diethylamino)but-2-in-1-ylcyclohexyl(hydroxy)phenylacetathydrochlorid", "4-(diethylamino)but-2-ynyl2-cyclohexyl-2-hydroxy-2-phenylacetate chloride", "4-{[cyclohexyl(hydroxy)phenylacetyl]oxy}-n,n-diethylbut-2-yn-1-aminium chloride", "oxibutinina hydrochloride", "[4-(2-cyclohexyl-2-hydroxy-2-phenyl-acetoxy)-but-2-ynyl]-diethyl-ammonium", "4-diethylamino-2-butynyl phenyl(cyclohexyl)glycolate hydrochloride", "tropax", "4833152[beilstein]", "4-(diethylamino)but-2-yn-1-yl cyclohexyl(hydroxy)phenylacetatehydrochloride (1:1)", "4-diethylamino-2-butynyl phenylcyclohexylglycolate hydrochloride", "4-diethylaminobut-2-ynyl 2-cyclohexyl-2-hydroxy-2-phenyl-acetate", "[4-(2-cyclohexyl-2-hydroxy-2-phenyl-acetoxy)-but-2-ynyl]-diethyl-ammonium; chloride", "mj 4309-1", "ditropan (tn)", "oxybutynin chloride[usp]", "hydrogenchloride4-(diethylamino)but-2-yn-1-yl cyclohexyl(hydroxy)phenylacetate(1:1:1)", "4-(diethylamino)but-2-ynylcyclohexylphenylglycolate hydrochloride", "chloride", "216-139-7[einecs]", "4-(diethylamino)but-2-yn-1-yl cyclohexyl(hydroxy)phenylacetatehydrochloride", "mj-4309-1", "gelnique", "1508-65-2[rn]", "dridase", "a-phenylcyclohexaneglycolicacid 4-(diethylamino)-2-butynyl ester hydrochloride", "230949-16-3[rn]"}|>, "4209" -> <|"DatabaseID" -> "SW02556", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 50102]}, "IsomericSmiles" -> "c1ccc(cc1)CC[NH2+]CCCCCC[NH2+]CCc2ccc(c(c2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03891"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dopexamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55483]}, "Synonyms" -> {"dopexamine", "1,2-benzenediol 4-[2-[[6-[(2-phenylethyl)amino]hexyl]amino]ethyl]-", "4-[2-[[6-(phenethylamino)hexyl]amino]ethyl]pyrocatechol", "ncgc00184998-01", "1,2-benzenediol 4-(2-((6-((2-phenylethyl)amino)hexyl)amino)ethyl)-", "86197-47-9[rn]", "4-[2-({6-[(2-phenylethyl)amino]hexyl}amino)ethyl]benzene-1,2-diol", "dopexamine (usan/inn)", "1", "dopexaminum", "fpl 60278", "86197-47-9", "dopexamine[usan]", "dopexaminum [latin]", "4-[2-[[6-[(2-phenylethyl)amino]hexyl]amino]ethyl]-1,2-benzenediol", "dopexamine [usan:ban:inn][inn][usan]", "dopexamina[spanish]", "dopexamina [spanish]", "4-(2-((6-(phenethylamino)hexyl)amino)ethyl)pyrocatechol", "dopexamina", "4-[2-(6-phenethylamino-hexylamino)-ethyl]-benzene-1,2-diol(dopexamine)", "dopexaminum[latin]"}|>, "4210" -> <|"DatabaseID" -> "SW02557", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27965"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389885]}, "IsomericSmiles" -> "C[C@H]1[C@H]2CC[C@@H]3[C@@]2(CC[C@H]4[C@H]3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessine;concuressine;conkurchine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441082]}, "Synonyms" -> {"wrightine", "roquessine", "conessinum", "neriine", "konessin", "((2s,5s,12s,16s,1r,9r,13r)-6,7,13-trimethyl-7-azapentacyclo[10.8.0.0<2,9>.0<5,9>.0<13,18>]icos-18-en-16-yl)dimethylamine", "conessine[inn]", "chebi:27965", "conessinum[latin]", "546-06-5[rn]", "4702160[beilstein]", "7511-85-5 (dihydrochloride)", "conessin", "5913-82-6 (dihydrobromide)", "((2s,5s,12s,16s,1r,9r,13r)-6,7,13-trimethyl-7-azapentacyclo[10.8.0.0<2,9>.0<5 9>.0<13,18>]icos-18-en-16-yl)dimethylamine", "(3b)-n,n-dimethylcon-5-enin-3-amine", "conessine", "n,n-dimethyl-con-5-enin-3-amine", "546-06-5 (conessine)", "st066907", "546-06-5", "3b-(dimethylamino)con-5-enine", "(3s,3as,5as,5br,9s,11ar,11bs,13ar)-n,n,2,3,11a-pentamethyl-2,3,3a,4,5,5a,5b,6,8,9,10,11,11a,11b,12,13-hexadecahydro-1h-naphtho[2',1':4,5]indeno[1,7a-c]pyrrol-9-amin", "(3s,3as,5as,5br,9s,11ar,11bs,13ar)-n,n,2,3,11a-pentamethyl-2,3,3a,4,5,5a,5b,6,8,9,10,11,11a,11b,12,13-hexadecahydro-1h-naphtho[2',1':4,5]indeno[1,7a-c]pyrrol-9-amine", "208-897-2[einecs]"}|>, "4211" -> <|"DatabaseID" -> "SW02557", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27965"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389885]}, "IsomericSmiles" -> "C[C@H]1[C@H]2CC[C@@H]3[C@@]2(CC[C@H]4[C@H]3CC=C5[C@@]4(CC[C@@H](C5)[NH+](C)C)C)C[NH+]1C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "conessine;concuressine;conkurchine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441082]}, "Synonyms" -> {"wrightine", "roquessine", "conessinum", "neriine", "konessin", "((2s,5s,12s,16s,1r,9r,13r)-6,7,13-trimethyl-7-azapentacyclo[10.8.0.0<2,9>.0<5,9>.0<13,18>]icos-18-en-16-yl)dimethylamine", "conessine[inn]", "chebi:27965", "conessinum[latin]", "546-06-5[rn]", "4702160[beilstein]", "7511-85-5 (dihydrochloride)", "conessin", "5913-82-6 (dihydrobromide)", "((2s,5s,12s,16s,1r,9r,13r)-6,7,13-trimethyl-7-azapentacyclo[10.8.0.0<2,9>.0<5 9>.0<13,18>]icos-18-en-16-yl)dimethylamine", "(3b)-n,n-dimethylcon-5-enin-3-amine", "conessine", "n,n-dimethyl-con-5-enin-3-amine", "546-06-5 (conessine)", "st066907", "546-06-5", "3b-(dimethylamino)con-5-enine", "(3s,3as,5as,5br,9s,11ar,11bs,13ar)-n,n,2,3,11a-pentamethyl-2,3,3a,4,5,5a,5b,6,8,9,10,11,11a,11b,12,13-hexadecahydro-1h-naphtho[2',1':4,5]indeno[1,7a-c]pyrrol-9-amin", "(3s,3as,5as,5br,9s,11ar,11bs,13ar)-n,n,2,3,11a-pentamethyl-2,3,3a,4,5,5a,5b,6,8,9,10,11,11a,11b,12,13-hexadecahydro-1h-naphtho[2',1':4,5]indeno[1,7a-c]pyrrol-9-amine", "208-897-2[einecs]"}|>, "4212" -> <|"DatabaseID" -> "SW02558", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6339"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110209]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01628"]}, "IsomericSmiles" -> "Cc1ccc(cn1)c2c(cc(cn2)Cl)c3ccc(cc3)S(=O)(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03710"]}, "OfficialNames" -> <|"Indian Approved Name" -> "etoricoxib"|>, "PharmGKBID" -> "PA164776853", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 123619]}, "Synonyms" -> {"etoricoxib", "algix", "tauxib", "nucoxia", "202409-33-4", "arcoxia", "phs ii", "2,3'-bipyridine 5-chloro-6'-methyl-3-[4-(methylsulfonyl)phenyl]-", "mk 0663", "l-791456", "prostaglandin-endoperoxide synthase 2", "5-chloro-2-(6-methylpyridin-3-yl)-3-(4-(methylsulfonyl)phenyl)pyridine", "mk-663", "etoricoxib[wiki][usan]", "5-chloro-6'-methyl-3-(p-(methylsulfonyl)phenyl)-2,3'-bipyridine", "5-chloro-6'-methyl-3-[4-(methylsulfonyl)phenyl]-2,3'-bipyridine[acd/iupac name]", "chebi:6339", "pghs-2", "arcoxia[wiki]", "cox-2", "5-chloro-3-(4-methanesulfonyl-phenyl)-6'-methyl-[2,3']bipyridinyl", "prostaglandin g/h synthase 2 precursor", "ec 1.14.99.1", "etoricoxib [inn_en]", "etoricoxibe", "202409-33-4[rn]", "prostaglandin h2 synthase 2", "5-chloro-6'-methyl-3-(4-(methylsulfonyl)phenyl)-2,3'-bipyridine", "l791456", "pgh synthase 2", "5-chloro-3-(4-methanesulfonyl-phenyl)-6''-methyl-[2,3'']bipyridinyl", "2,3'-bipyridine 5-chloro-6'-methyl-3-(4-(methylsulfonyl)phenyl)-", "cyclooxygenase- 2", "etosaid", "2,3'-bipyridyl 5-chloro-3-(4-methylsulfonylphenyl)-6'-methyl-", "parecoxib[wiki][usan]"}|>, "4213" -> <|"DatabaseID" -> "SW02559", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50371"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445104]}, "IsomericSmiles" -> "c1cc(c(cc1C[C@H](C(=O)[O-])OC(=O)/C=C/c2ccc(c(c2)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rosmarinic acid"|>, "Synonyms" -> {"(r)-o-(3,4-dihydroxycinnamoyl)-3-(3,4-dihydroxyphenyl)lactic acid", "(2r)-3-(3,4-dihydroxyphenyl)-2-{[(2e)-3-(3,4-dihydroxyphenyl)prop-2-enoyl]oxy}propanoic acid", "[r-(+)]-a-[[3-(3,4-dihydroxyphenyl)-1-oxo-2-propenyl]oxy]-3,4-dihydroxybenzenepropanoic acid", "(2r)-3-(3,4-dihydroxyphenyl)-2-[(2e)-3-(3,4-dihydroxyphenyl)prop-2-enoyloxy]propanoic acid", "(2r)-3-(3,4-dihydroxyphenyl)-2-[3-(3,4-dihydroxyphenyl)prop-2-enoyloxy]propanoicacid", "20283-92-5[rn]", "rosmarinic acid[wiki]", "r-(+)-2-(3,4-dihydroxycinnamoyloxy)-3-(3,4-dihydroxyphenyl)propionic acid", "3,4-dihydroxycinnamic acid(r)-1-carboxy-2-(3,4-dihydroxyphenyl)ethyl ester", "rosemary acid", "(r)-rosmarinic acid"}|>, "4214" -> <|"DatabaseID" -> "SW02560", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 146680]}, "IsomericSmiles" -> "Cc1cc(c(c(c1C(=O)Oc2cc(c(c(c2C)O)C(=O)[O-])C)O)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "barbatic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 167666]}, "Synonyms" -> {"ac1q5ulq", "smr000386935", "hms2270a11", "mls001049103", "mls000563514", "barbatic acid", "ac1l50dh", "benzoic acid 2-hydroxy-4-((2-hydroxy-4-methoxy-3,6-dimethylbenzoyl)oxy)-3,6-dimethyl-", "stock1n-36235", "17636-16-7[rn]", "molport-002-517-241", "2-hydroxy-4-[(2-hydroxy-4-methoxy-3", "ar-1e2408"}|>, "4215" -> <|"DatabaseID" -> "SW02561", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31348"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54916]}, "IsomericSmiles" -> "CCCCCOC(=O)Nc1c(cn(c(=O)n1)[C@H]2[C@@H]([C@@H]([C@H](O2)C)O)O)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01223"]}, "OfficialNames" -> <|"Indian Approved Name" -> "capecitabine", "FDA Approved Drug" -> "CAPECITABINE"|>, "PharmGKBID" -> "PA448771", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60953]}, "Synonyms" -> {"capecitabine", "xeloda", "capecitabin", "capecitibine", "cytidine 5'-deoxy-5-fluoro-n-((pentyloxy)carbonyl)-", "capecitabine[wiki]", "pentyl {1-[(2r,3r,4s,5r)-3,4-dihydroxy-5-methyltetrahydrofuran-2-yl]-5-fluoro-2-oxo-1,2-dihydropyrimidin-4-yl}carbamate", "pentyl (1-((2r,3r,4s,5r)-3,4-dihydroxy-5-methyltetrahydrofuran-2-yl)-5-fluoro-2-oxo-1,2-dihydropyrim", "capecitabina; capecitabine; capecitabinum", "154361-50-9[rn]", "ro-09-1978", "cytidine 5'-deoxy-5-fluoro-n-[(pentyloxy)carbonyl]-", "c110904", "ro 09-1978", "capecitabine(xeloda)", "pentyl n-{1-[(2r,3r,4s,5r)-3,4-dihydroxy-5-methyloxolan-2-yl]-5-fluoro-2-oxo-1,2-dihydropyrimidin-4-yl}carbamate", "pentyl-{1-[(2r,3r,4s,5r)-3,4-dihydroxy-5-methyltetrahydrofuran-2-yl]-5-fluor-2-oxo-1,2-dihydropyrimidin-4-yl}carbamat", "ro-09-1978-000", "capecitabina", "158798-73-3[rn]", "pentyl (1-((2r,3r,4s,5r)-3,4-dihydroxy-5-methyltetrahydrofuran-2-yl)-5-fluoro-2-oxo-1,2-dihydropyrimidin-4-yl)carbamate", "caxeta", "capiibine", "xabine", "n(4)-pentyloxycarbonyl-5'-deoxy-5-fluorocytidine", "154361-50-9", "5'-deoxy-5-fluoro-n-[(pentyloxy)carbonyl]cytidine[acd/iupac name]", "ro 9-1978", "5'-deoxy-5-fluoro-n-((pentyloxy)carbonyl)cytidine", "ro 09-1978/000", "capecitabinum", "337376-15-5", "capecitabine (jan/usan)[jan][usan]", "xeloda[wiki]"}|>, "4216" -> <|"DatabaseID" -> "SW02562", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31889"]}, "IsomericSmiles" -> "CC1CCc2c3n1cc(c(=O)c3cc(c2N4CCC(CC4)O)F)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01147"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nadifloxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4410]}, "Synonyms" -> {"acuatim", "nadifloxacin", "nadifloxacine", "s-nadifloxacin", "nadifloxacino", "124858-35-1", "opc-7251", "nadixa", "nadifloxacinum", "jinofloxacin"}|>, "4217" -> <|"DatabaseID" -> "SW02562", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31889"]}, "IsomericSmiles" -> "CC1CCc2c3n1cc(c(=O)c3cc(c2N4CCC(CC4)O)F)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01147"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nadifloxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4410]}, "Synonyms" -> {"acuatim", "nadifloxacin", "nadifloxacine", "s-nadifloxacin", "nadifloxacino", "124858-35-1", "opc-7251", "nadixa", "nadifloxacinum", "jinofloxacin"}|>, "4218" -> <|"DatabaseID" -> "SW02563", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 571112]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00365"]}, "IsomericSmiles" -> "Cc1c2c(cc(c1F)N3CC[NH2+]C(C3)C)n(cc(c2=O)C(=O)[O-])C4CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02178"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GREPAFLOXACIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656829]}, "Synonyms" -> {"grepafloxacin hydrochloride", "raxar", "lungaskin", "raxar (tn)", "gpfx", "vaxar", "grepafloxacin[wiki][inn]", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-5-methyl-7-(3-methyl-1-piperazinyl)-4-oxo- hydrochloride (1:1)", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-5-methyl-7-(3-methyl-1-piperazinyl)-4-oxo- monohydrochloride", "161967-81-3", "119914-60-2[rn]", "topoisomerase iv subunit a", "1-cyclopropyl-6-fluoro-1,4-dihydro-5-methyl-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylicacid monohydrochloride", "1-cyclopropyl-6-fluoro-5-methyl-7-(3-methylpiperazin-1-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylicacid hydrochloride(1:1)", "opc-17116", "161967-81-3[rn]", "ac1lcvlb", "unii-a4er1z8n9n", "grepafloxacin hydrochloride (jan/usan)[jan][usan]", "raxar[wiki]", "ec 5.99.1.-", "grepafloxacin"}|>, "4219" -> <|"DatabaseID" -> "SW02563", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 571112]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00365"]}, "IsomericSmiles" -> "Cc1c2c(cc(c1F)N3CC[NH2+]C(C3)C)n(cc(c2=O)C(=O)[O-])C4CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02178"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GREPAFLOXACIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656829]}, "Synonyms" -> {"grepafloxacin hydrochloride", "raxar", "lungaskin", "raxar (tn)", "gpfx", "vaxar", "grepafloxacin[wiki][inn]", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-5-methyl-7-(3-methyl-1-piperazinyl)-4-oxo- hydrochloride (1:1)", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-5-methyl-7-(3-methyl-1-piperazinyl)-4-oxo- monohydrochloride", "161967-81-3", "119914-60-2[rn]", "topoisomerase iv subunit a", "1-cyclopropyl-6-fluoro-1,4-dihydro-5-methyl-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylicacid monohydrochloride", "1-cyclopropyl-6-fluoro-5-methyl-7-(3-methylpiperazin-1-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylicacid hydrochloride(1:1)", "opc-17116", "161967-81-3[rn]", "ac1lcvlb", "unii-a4er1z8n9n", "grepafloxacin hydrochloride (jan/usan)[jan][usan]", "raxar[wiki]", "ec 5.99.1.-", "grepafloxacin"}|>, "4220" -> <|"DatabaseID" -> "SW02564", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35720"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64326]}, "IsomericSmiles" -> "CC[NH+]1CCN(CC1)c2cc3c(cc2F)c(=O)c(cn3C4CC4)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02473"]}, "OfficialNames" -> <|"NPC Approved Name" -> "enrofloxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71188]}, "Synonyms" -> {"enrofloxacin", "baytril", "bay-vp-2674", "cfpq", "bay vp 2674", "enrofloxacine", "1-cyclopropyl-7-(4-ethyl-piperazin-1-yl)-6-fluoro-4-oxo-1,4-dihydro-quinoline-3-carboxylicacid", "enrofloxacino", "baytril[wiki]", "pd160788", "1-cyclopropyl-7-(4-ethylpiperazinyl)-6-fluoro-4-oxohydroquinoline-3-carboxylicacid", "erfx", "1-cyclopropyl-7-(4-ethylpiperazin-1-yl)-6-fluoro-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "1-cyclopropyl-7-(4-ethylpiperazinyl)-6-fluoro-4-oxohydroquinoline-3-carboxylic acid", "enrofloxacinum[latin]", "1-cyclopropyl-7-(4-ethyl-1-piperazinyl)-6-fluoro-1,4-dihydro-4-oxo-3-quinolinecarboxylic acid", "1-cyclopropyl-7-(4-ethyl-1-piperazinyl)-6-fluoro-4-oxo-1,4-dihydro-3-quinolinecarboxylic acid[acd/iupac name]", "3-quinolinecarboxylic acid,1,4-dihydro-1-cyclopropyl-7-(4-ethyl-1-piperazinyl)-6-fluoro-4-oxo-", "baytril (tn)", "enrofloxacinum", "1,4-dihydro-1-cyclopropyl-7-(4-ethyl-1-piperazinyl)-6-fluoro-4-oxo-3-quinolinecarboxylic acid", "3-quinolinecarboxylic acid,1-cyclopropyl-7-(4-ethyl-1-piperazinyl)-6-fluoro-1,4-dihydro-4-oxo-[acd/index name]", "93106-60-6", "enrofloxacino[spanish]", "93106-60-6[rn]", "n-ethylciprofloxacin", "enrofloxacine [french]", "enrofloxacin[wiki][usan]", "enroxil[wiki]", "enrofloxacin [usan:ban:inn][inn][usan]"}|>, "4221" -> <|"DatabaseID" -> "SW02565", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 114897]}, "IsomericSmiles" -> "C[NH+](C)CCOc1ccc(cc1)CNC(=O)c2ccc(c(c2)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08094"], ExternalIdentifier["KEGGID", "D02729"]}, "OfficialNames" -> <|"China Approved Name" -> "Itopride", "Indian Approved Name" -> "itopride;itopride hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3792], ExternalIdentifier["PubChemCompoundID", 129791]}, "Synonyms" -> {"itax", "ganaton", "itopride hydrochloride", "itopride", "n-[4-(2-dimethylaminoethoxy)benzyl]-3,4-dimethoxybenzamide hcl", "dimethoxybenzamide hydrochloride", "122892-31-3[rn]", "benzamide n-((4-(2-(dimethylamino)ethoxy)phenyl)methyl)-3,4-dimethoxy-,monohydrochloride", "n-{4-[2-(dimethylamino)ethoxy]benzyl}-3,4-dimethoxybenzamide hydrochloride (1:1)[acd/iupac name]", "122898-67-3[rn]", "benzamide n-[[4-[2-(dimethylamino)ethoxy]phenyl]methyl]-3,4-dimethoxy-,hydrochloride (1:1)", "chloride", "n-{4-[2-(dimethylamino)ethoxy]benzyl}-3,4-dimethoxybenzamide hydrochloride", "hydron[wiki]", "n-[[4-[2-(dimethylamino)ethoxy]phenyl]methyl]-3,4-dimethoxy-benzamide", "n-[[4-(2-dimethylaminoethoxy)phenyl]methyl]-3,4-dimethoxybenzamide hydrochloride", "n-[4-(2-dimethylaminoethoxy)benzyl]-3,4-", "n-((4-(2-(dimethylamino)ethoxy)phenyl)methyl)-3,4-dimethoxybenzamide monohydrochloride", "n-({4-[2-(dimethylamino)ethoxy]phenyl}methyl)-3,4-dimethoxybenzamide hydrochloride", "n-(4-(2-(dimethylamino)ethoxy)benzyl)-3,4-dimethoxidebenzamidehydrochloride", "ganaton (tn)", "n-[[4-[2-(dimethylamino)ethoxy]phenyl]methyl]-3,4-dimethoxybenzamide", "n-(p-(2-(dimethylamino)ethoxy)benzyl)veratramide hydrochloride", "n-[4-(2-dimethylamino-ethoxy)-benzyl]-3,4-dimethoxy-benzamide hydrochloride", "n-[4-(2-dimethylaminoethoxy)benzyl]-3,4-dimethoxybenzamide hydrochloride", "(3,4-dimethoxyphenyl)-n-({4-[2-(dimethylamino)ethoxy]phenyl}methyl)carboxamide chloride h", "ac1q5dlt", "ac1l1gq2", "n-{4-[2-(dimethylamino)ethoxy]benzyl}-3", "unii-81bmq80qrl", "122898-67-3", "surecn311309", "itopride (inn)", "ncgc00167529-01", "hsr-803", "hsr 803", "n-((4-(2-(dimethylamino)ethoxy)phenyl)methyl)-3", "122892-31-3", "n-(4-(2-(dimethylamino)ethoxy)benzyl)-3", "itopride hcl", "benzamide"}|>, "4222" -> <|"DatabaseID" -> "SW02566", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8768"]}, "IsomericSmiles" -> "Cc1c(ccnc1CS(=O)c2[nH]c3ccccc3n2)OCCCOC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00724"]}, "OfficialNames" -> <|"China Approved Name" -> "rabeprazole", "Indian Approved Name" -> "rabeprazole;dexrabeprazole", "FDA Approved Drug" -> "RABEPRAZOLE SODIUM"|>, "PharmGKBID" -> "PA451216", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5029]}, "Synonyms" -> {"aciphex", "clofezone", "sodium rabeprazole", "rebeprazole sodium", "pariet", "117976-89-3", "rabeprazole", "eraloc (tn)", "hsdb 7321", "ac1l1jgc", "chebi:8768", "rabeprazole (inn)", "rabeprazole sodium", "rabeprazole[wiki]", "pariet[wiki]", "aciphex[wiki]", "e3810", "2-({[4-(3-methoxypropoxy)-3-methylpyridin-2-yl]methyl}sulfinyl)-1h-benzimidazole", "2-(((4-(3-methoxypropoxy)-3-methylpyridin-2-yl)methyl)sulfinyl)-1h-benzo[d]imidazole", "dexrabeprazole", "habeprazole", "ly307640", "2-((4-(3-methoxypropoxy)-3-methylpyridin-2-yl)methylsulfinyl)-1h-benzimidazole", "c063129", "2-[[[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methyl]sulfinyl]-1h-benzimidazole", "pariets", "117976-89-3[rn]", "1h-benzimidazole,2-[[[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methyl]sulfinyl]-", "8159014[beilstein]", "2-[[4-(3-methoxypropoxy)-3-methyl-pyridin-2-yl]methylsulfinyl]-1h-benzimidazole", "2-(((4-(3-methoxypropoxy)-3-methyl-2-pyridinyl)methyl)sulfinyl)-1h-benzimidazole", "1h-benzimidazole,2-(((4-(3-methoxypropoxy)-3-methyl-2-pyridinyl)methyl)sulfinyl)-", "2-{[(3-methyl-4-(3-methoxypropoxy)-2-pyridinyl)methyl]sulphinyl}-1h-benzimidazole", "pariprazole", "2-[[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methylsulfinyl]-1h-benzimidazole", "sodium 2-({[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methyl}sulfinyl)benzimidazol-1-ide[acd/iupac name]", "1h-benzimidazole,2-(((4-(3-methoxypropoxy)-3-methyl-2-pyridinyl)methyl)sulfinyl)- sodiumsalt", "natrium-2-({[4-(3-methoxypropoxy)-3-methylpyridin-2-yl]methyl}sulfinyl)benzimidazol-1-id", "rabeprazole na", "sodium 2-{[4-(3-methoxypropoxy)-3-methylpyridin-2-yl]methanesulfinyl}-1h-benzimidazol-1-ide", "aciphex; pariet", "pariet (tn)", "sulfonium 1h-benzimidazol-2-ylhydroxy[[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methyl]- inner salt sodium salt (1:1)", "rabeprazole sodium salt", "rabeprazole sodium[usan]", "1h-benzimidazole,2-[[[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methyl]sulfinyl]- sodiumsalt (1:1)", "sodium benzimidazol-1-id-2-yl{[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methyl}sulfoniumolate", "sodium 2-({[4-(3-methoxypropoxy)-3-methylpyridin-2-yl]methyl}sulfinyl)benzimidazol-1-ide", "tl8000495", "7561607[beilstein]", "aciphex (tn)", "ly 307640 sodium", "2-(((4-(3-methoxypropoxy)-3-methyl-2-pyridyl)methyl)sulfinyl)benzimidazole sodiumsalt", "117976-90-6[rn]"}|>, "4223" -> <|"DatabaseID" -> "SW02566", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8768"]}, "IsomericSmiles" -> "Cc1c(ccnc1CS(=O)c2[nH]c3ccccc3n2)OCCCOC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00724"]}, "OfficialNames" -> <|"China Approved Name" -> "rabeprazole", "Indian Approved Name" -> "rabeprazole;dexrabeprazole", "FDA Approved Drug" -> "RABEPRAZOLE SODIUM"|>, "PharmGKBID" -> "PA451216", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5029]}, "Synonyms" -> {"aciphex", "clofezone", "sodium rabeprazole", "rebeprazole sodium", "pariet", "117976-89-3", "rabeprazole", "eraloc (tn)", "hsdb 7321", "ac1l1jgc", "chebi:8768", "rabeprazole (inn)", "rabeprazole sodium", "rabeprazole[wiki]", "pariet[wiki]", "aciphex[wiki]", "e3810", "2-({[4-(3-methoxypropoxy)-3-methylpyridin-2-yl]methyl}sulfinyl)-1h-benzimidazole", "2-(((4-(3-methoxypropoxy)-3-methylpyridin-2-yl)methyl)sulfinyl)-1h-benzo[d]imidazole", "dexrabeprazole", "habeprazole", "ly307640", "2-((4-(3-methoxypropoxy)-3-methylpyridin-2-yl)methylsulfinyl)-1h-benzimidazole", "c063129", "2-[[[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methyl]sulfinyl]-1h-benzimidazole", "pariets", "117976-89-3[rn]", "1h-benzimidazole,2-[[[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methyl]sulfinyl]-", "8159014[beilstein]", "2-[[4-(3-methoxypropoxy)-3-methyl-pyridin-2-yl]methylsulfinyl]-1h-benzimidazole", "2-(((4-(3-methoxypropoxy)-3-methyl-2-pyridinyl)methyl)sulfinyl)-1h-benzimidazole", "1h-benzimidazole,2-(((4-(3-methoxypropoxy)-3-methyl-2-pyridinyl)methyl)sulfinyl)-", "2-{[(3-methyl-4-(3-methoxypropoxy)-2-pyridinyl)methyl]sulphinyl}-1h-benzimidazole", "pariprazole", "2-[[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methylsulfinyl]-1h-benzimidazole", "sodium 2-({[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methyl}sulfinyl)benzimidazol-1-ide[acd/iupac name]", "1h-benzimidazole,2-(((4-(3-methoxypropoxy)-3-methyl-2-pyridinyl)methyl)sulfinyl)- sodiumsalt", "natrium-2-({[4-(3-methoxypropoxy)-3-methylpyridin-2-yl]methyl}sulfinyl)benzimidazol-1-id", "rabeprazole na", "sodium 2-{[4-(3-methoxypropoxy)-3-methylpyridin-2-yl]methanesulfinyl}-1h-benzimidazol-1-ide", "aciphex; pariet", "pariet (tn)", "sulfonium 1h-benzimidazol-2-ylhydroxy[[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methyl]- inner salt sodium salt (1:1)", "rabeprazole sodium salt", "rabeprazole sodium[usan]", "1h-benzimidazole,2-[[[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methyl]sulfinyl]- sodiumsalt (1:1)", "sodium benzimidazol-1-id-2-yl{[4-(3-methoxypropoxy)-3-methyl-2-pyridinyl]methyl}sulfoniumolate", "sodium 2-({[4-(3-methoxypropoxy)-3-methylpyridin-2-yl]methyl}sulfinyl)benzimidazol-1-ide", "tl8000495", "7561607[beilstein]", "aciphex (tn)", "ly 307640 sodium", "2-(((4-(3-methoxypropoxy)-3-methyl-2-pyridyl)methyl)sulfinyl)benzimidazole sodiumsalt", "117976-90-6[rn]"}|>, "4224" -> <|"DatabaseID" -> "SW02567", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63916"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470703]}, "IsomericSmiles" -> "CC#CCC(C)[C@@H](/C=C/[C@H]1[C@@H](C[C@H]2[C@@H]1C/C(=C/CCCC(=O)[O-])/C2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02721"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ILOPROST"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311181]}, "Synonyms" -> {"iloprost", "iloprostum", "ventavis", "ciloprost", "(16r,s)-methyl-18,18,19,19-tetradehydro-6a-carbaprostaglandin i2", "ilomedin", "5-[(3as,4r,5r,6as)-5-hydroxy-4-((e)-(s)-3-hydroxy-4-methyl-oct-1-en-6-ynyl)-hexahydro-pentalen-(2e)-ylidene]-pentanoic acid", "iloprost; iloprostum", "pentanoicacid 5-[(3as,4r,5r,6as)-hexahydro-5-hydroxy-4-[(1e,3s)-3-hydroxy-4-methyl-1-octen-6-yn-1-yl]-2(1h)-pentalenylidene]- (5e)-", "[78919-13-8]", "(5e)-5-[(3as,4r,5r,6as)-hexahydro-5-hydroxy-4-[(1e,3s)-3-hydroxy-4-methyl-1-octen-6-ynyl]-2(1h)-pentalenylidene]pentanoic acid", "[3h]-iloprost", "ilom dine", "ventavis[wiki]", "78919-13-8[rn]", "methyl acetate solution", "iloprostum [inn_la]", "(5e)-5-[(3as,4r,5r,6as)-5-hydroxy-4-[(1e,3s)-3-hydroxy-4-methyloct-1-en-6-yn-1-yl]hexahydropentalen-2(1h)-ylidene]pentanoic acid", "[3h]iloprostum", "[3h]ciloprost", "iloprost[wiki]", "ventavis (tn)", "[3h]ventavis", "[3h]iloprost", "5-[(2e", "endoprost"}|>, "4225" -> <|"DatabaseID" -> "SW02567", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63916"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470703]}, "IsomericSmiles" -> "CC#CCC(C)[C@@H](/C=C/[C@H]1[C@@H](C[C@H]2[C@@H]1C/C(=C/CCCC(=O)[O-])/C2)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02721"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ILOPROST"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311181]}, "Synonyms" -> {"iloprost", "iloprostum", "ventavis", "ciloprost", "(16r,s)-methyl-18,18,19,19-tetradehydro-6a-carbaprostaglandin i2", "ilomedin", "5-[(3as,4r,5r,6as)-5-hydroxy-4-((e)-(s)-3-hydroxy-4-methyl-oct-1-en-6-ynyl)-hexahydro-pentalen-(2e)-ylidene]-pentanoic acid", "iloprost; iloprostum", "pentanoicacid 5-[(3as,4r,5r,6as)-hexahydro-5-hydroxy-4-[(1e,3s)-3-hydroxy-4-methyl-1-octen-6-yn-1-yl]-2(1h)-pentalenylidene]- (5e)-", "[78919-13-8]", "(5e)-5-[(3as,4r,5r,6as)-hexahydro-5-hydroxy-4-[(1e,3s)-3-hydroxy-4-methyl-1-octen-6-ynyl]-2(1h)-pentalenylidene]pentanoic acid", "[3h]-iloprost", "ilom dine", "ventavis[wiki]", "78919-13-8[rn]", "methyl acetate solution", "iloprostum [inn_la]", "(5e)-5-[(3as,4r,5r,6as)-5-hydroxy-4-[(1e,3s)-3-hydroxy-4-methyloct-1-en-6-yn-1-yl]hexahydropentalen-2(1h)-ylidene]pentanoic acid", "[3h]iloprostum", "[3h]ciloprost", "iloprost[wiki]", "ventavis (tn)", "[3h]ventavis", "[3h]iloprost", "5-[(2e", "endoprost"}|>, "4226" -> <|"DatabaseID" -> "SW02568", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 45565]}, "IsomericSmiles" -> "CSc1[nH]c2cc(c(cc2n1)Oc3cccc(c3Cl)Cl)Cl", "OfficialNames" -> <|"WHO Essential Medicine" -> "triclabendazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 50248]}, "Synonyms" -> {"68786-66-3[rn]", "6-chloro-5-(2", "tl8004821", "triclabendazolum [inn-latin]", "6-chloro-5- -2-methylthio-benzimidazole", "5-chloro-6-(2,3-dichlorophenoxy)-2-methylthio-1h-benzimidazole", "1h-benzimidazole,6-chloro-5-(2,3-dichlorophenoxy)-2-(methylthio)-", "6-chloro-5-(2,3-dichlorophenoxy)-2-(methylthio)-1h-benzimidazole", "triclabendazole[wiki]", "triclabendazole", "ncgc00164610-01", "6-chloro-5-(2,3-dichlorophenoxy)-2-(methylsulfanyl)-1h-benzimidazole[acd/iupac name]", "5-chloro-6-(2,3-dichlorophenoxy)-2-(methylthio)benzimidazole", "triclabendazol [inn-spanish]", "68786-66-3", "5-chlor-6-(2,3-dichlorphenoxy)-2-(methylsulfanyl)-1h-benzimidazol", "5-chloro-6-(2,3-dichloro-phenoxy)-2-methylsulfanyl-1h-benzoimidazole", "triclabendazol[spanish][inn]", "triclabendazole [ban:inn][inn]", "triclabendazolum[latin]", "fasinex[wiki]", "ag-g-65929", "6-chlor-5-(2,3-dichlorphenoxy)-2-(methylsulfanyl)-1h-benzimidazol", "1h-benzimidazole,5-chloro-6-(2,3-dichlorophenoxy)-2-(methylthio)-", "cga 89317", "5-chloro-6-(2,3-dichlorophenoxy)-2-(methylsulfanyl)-1h-benzimidazole", "6-chloro-5-(2,3-dichlorophenoxy)-2-methylthio-benzimidazole", "fasinex", "5-chloro-6-(2,3-dichlorophenoxy)-2-(methylthio)-1h-benzo[d]imidazole", "6-chloro-5-(2,3-dichlorophenoxy)-2-(methylthio)-1h-benzo[d]imidazole", "2,3-dichloro-1-(6-chloro-2-methylthiobenzimidazol-5-yloxy)benzene", "5-chloro-6-(2,3-dichlorophenoxy)-2-(methylthio)-1h-benzimidazole", "ccris 8988"}|>, "4227" -> <|"DatabaseID" -> "SW02569", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3978]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00232"]}, "IsomericSmiles" -> "CN1C(Nc2cc(c(cc2S1(=O)=O)S(=O)(=O)N)Cl)CCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00656"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHYCLOTHIAZIDE"|>, "PharmGKBID" -> "PA164748094", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4121]}, "Synonyms" -> {"enduron", "methyclothiazide", "enduronum", "aquaresen", "methychlothiazide", "methyclothiazid", "methycyclothiazide", "duretic", "aquatensen", "methylchlorothiazide", "methylclothiazide", "naturon", "methylcyclothiazide", "6-chloro-3-(chloromethyl)-3,4-dihydro-2-methyl-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "200-799-8[einecs]", "73-40-5[rn]", "ec 4.2.1.1", "enduronyl", "6-chloro-3-chloromethyl-3,4-dihydro-2-methyl-7-sulfamoyl-1,2,4-benzothiadiazine 1,1-dioxide", "enduron (tn)", "carbonic anhydrase 4 precursor", "meticlotiazida[spanish][inn]", "6-chlor-3-(chlormethyl)-2-methyl-3,4-dihydro-2h-1,2,4-benzothiadiazin-7-sulfonamid-1,1-dioxid", "meticlotiazide [dcit]", "methyclothiazidum[latin]", "ciba 7272-su", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3- (chloromethyl)-3,4-dihydro-2-methyl-,1,1-dioxide", "6-chloro-3-(chloromethyl)-2-methyl-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "9005-80-5[rn]", "96782-90-0[rn]", "carbonate dehydratase iv", "6-chloro-3-chloromethyl-2-methyl-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide", "eutron", "135-07-9[rn]", "naturon (van)", "ca-iv", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3-(chloromethyl)-3,4-dihydro-2-methyl-,1,1-dioxide", "methyclothiazide [usan:ban:inn:jan][inn][jan][usan]", "2-methyl-3-chloromethylhydrochlorothiazide", "205-172-2[einecs]", "carbonic anhydrase iv", "6-chloro-3-(chloromethyl)-2-methyl-1,1-dioxo-3h,4h-benzo[e]1,2,4-thiadiazaperhydroine-7-sulfonamide"}|>, "4228" -> <|"DatabaseID" -> "SW02569", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3978]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00232"]}, "IsomericSmiles" -> "CN1C(Nc2cc(c(cc2S1(=O)=O)S(=O)(=O)N)Cl)CCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00656"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHYCLOTHIAZIDE"|>, "PharmGKBID" -> "PA164748094", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4121]}, "Synonyms" -> {"enduron", "methyclothiazide", "enduronum", "aquaresen", "methychlothiazide", "methyclothiazid", "methycyclothiazide", "duretic", "aquatensen", "methylchlorothiazide", "methylclothiazide", "naturon", "methylcyclothiazide", "6-chloro-3-(chloromethyl)-3,4-dihydro-2-methyl-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "200-799-8[einecs]", "73-40-5[rn]", "ec 4.2.1.1", "enduronyl", "6-chloro-3-chloromethyl-3,4-dihydro-2-methyl-7-sulfamoyl-1,2,4-benzothiadiazine 1,1-dioxide", "enduron (tn)", "carbonic anhydrase 4 precursor", "meticlotiazida[spanish][inn]", "6-chlor-3-(chlormethyl)-2-methyl-3,4-dihydro-2h-1,2,4-benzothiadiazin-7-sulfonamid-1,1-dioxid", "meticlotiazide [dcit]", "methyclothiazidum[latin]", "ciba 7272-su", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3- (chloromethyl)-3,4-dihydro-2-methyl-,1,1-dioxide", "6-chloro-3-(chloromethyl)-2-methyl-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "9005-80-5[rn]", "96782-90-0[rn]", "carbonate dehydratase iv", "6-chloro-3-chloromethyl-2-methyl-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide", "eutron", "135-07-9[rn]", "naturon (van)", "ca-iv", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3-(chloromethyl)-3,4-dihydro-2-methyl-,1,1-dioxide", "methyclothiazide [usan:ban:inn:jan][inn][jan][usan]", "2-methyl-3-chloromethylhydrochlorothiazide", "205-172-2[einecs]", "carbonic anhydrase iv", "6-chloro-3-(chloromethyl)-2-methyl-1,1-dioxo-3h,4h-benzo[e]1,2,4-thiadiazaperhydroine-7-sulfonamide"}|>, "4229" -> <|"DatabaseID" -> "SW02570", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 50839], ExternalIdentifier["ChemSpiderID", 50838]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01320"]}, "IsomericSmiles" -> "c1ccc(cc1)C2(C(=O)N(C(=O)N2)COP(=O)([O-])[O-])c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02096"], ExternalIdentifier["KEGGID", "D07595"]}, "OfficialNames" -> <|"Indian Approved Name" -> "fosphenytoin sodium", "FDA Approved Drug" -> "FOSPHENYTOIN SODIUM"|>, "PharmGKBID" -> "PA164746820", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56339], ExternalIdentifier["PubChemCompoundID", 56338]}, "Synonyms" -> {"cerebyx", "fosphenytoin sodium", "(3-phosphoryloxymethyl)phenytoin", "fosfenitoina [inn-spanish]", "fosphenytoin", "fosphenytoinum [inn-latin]", "prodilantin", "fosphenytoine [inn-french]", "acc-9653-010", "sodium channel protein type v subunit alpha", "voltage-gated sodium channel subunit alpha nav1.5", "hh1", "cerebyx[wiki]", "fosphenytoin[wiki]", "sodium channel protein cardiac muscle alpha-subunit", "acc 9653-010", "phosphoric acid mono-(2,5-dioxo-4,4-diphenyl-imidazolidin-1-ylmethyl)ester", "92134-98-0", "fosfenitoina[spanish][inn]", "dinatrium-(2,5-dioxo-4,4-diphenylimidazolidin-1-yl)methylphosphat", "fosphenytoin sodium (product)", "2,4-imidazolidinedione 5,5-diphenyl-3-[(phosphonooxy)methyl]-,sodium salt (1:2)", "3-(hydroxymethyl)-5,5-diphenylhydantoin disodium phosphate (ester)", "(2,5-dioxo-4,4-diphenylimidazolidin-1-yl)methyl dihydrogen phosphate", "93390-81-9[rn]", "fosphenytoin sodium hydrate", "ci 982", "2", "acc 9653", "92134-98-0[rn]", "5,5-diphenyl-3-[(phosphonooxy)methyl]-2,4-imidazolidinedione", "disodium(2,5-dioxo-4,4-diphenyl-1-imidazolidinyl)methyl phosphate[acd/iupac name]", "3-(phophoryloxymethyl)-5,5-diphenylhydantoin disodium", "2,4-imidazolidinedione 5,5-diphenyl-3-((phosphonooxy)methyl)-,(sp-4-2)-", "disodium(2,5-dioxo-4,4-diphenylimidazolidin-1-yl)methyl phosphate", "fosphenytoin disodium salt", "2,4-imidazolidinedione 5,5-diphenyl-3-[(phosphonooxy)methyl]-", "fosfenitoina", "cerebyx (tn)", "phosphenytoin sodium", "2,4-imidazolidinedione 5,5-diphenyl-3-((phosphonooxy)methyl)-,disodiumsalt", "3-(hydroxymethyl)-5,5-diphenylhydantoin phosphate ester", "fosphenytoinum[latin]", "fosphenytoin sodium[usp]", "fosphenytoine", "hmpdp", "(2,5-dioxo-4,4-diphenyl(1,3-diazolidinyl))methyl dihydrogen phosphate sodium alt sodiumsalt", "fosphenytoinum", "ci-982", "2,4-imidazolidinedione 5,5-diphenyl-3-((phosphonooxy)methyl)-", "fosphenytoine[french][inn]", "2,4-imidazolidinedione 5,5-diphenyl-3-[(phosphonooxy)methyl]-,disodiumsalt", "fostoin", "pro-epanutin"}|>, "4230" -> <|"DatabaseID" -> "SW02571", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10128319]}, "IsomericSmiles" -> "C[C@H]([C@H]1[C@@H]2N(C1=O)C(=C(S2)COC(=O)N)C(=O)OCOC(=O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09849"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ritipenem acoxil hydrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954024]}, "Synonyms" -> {"ritipenem acoxil hydrate", "penemac", "fc/ta-891", "d09849", "ritipenem acoxil hydrate (jan)", "c14295"}|>, "4231" -> <|"DatabaseID" -> "SW02572", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9637376]}, "IsomericSmiles" -> "C/C=C/[C@@H]1[C@H](C1(C)C)C(=O)OCc2c(c(c(c(c2F)F)COC)F)F", "OfficialNames" -> <|"NPC Approved Name" -> "metofluthrin [iso]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11462536]}, "Synonyms" -> {"1338606-01-1", "unii-0y4zt48l5w", "trans-(e)-metofluthrin"}|>, "4232" -> <|"DatabaseID" -> "SW02573", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474917]}, "IsomericSmiles" -> "C=C1CC23CC1(CCC2C45CCCC(C4[C@@H]3C(=O)[O-])(C(=O)O5)C(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "canavalia gibberellin i"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315653]}, "Synonyms" -> {"canavalia gibberellin i"}|>, "4233" -> <|"DatabaseID" -> "SW02573", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474917]}, "IsomericSmiles" -> "C=C1CC23CC1(CCC2C45CCCC(C4[C@@H]3C(=O)[O-])(C(=O)O5)C(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "canavalia gibberellin i"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315653]}, "Synonyms" -> {"canavalia gibberellin i"}|>, "4234" -> <|"DatabaseID" -> "SW02573", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474917]}, "IsomericSmiles" -> "C=C1CC23CC1(CCC2C45CCCC(C4[C@@H]3C(=O)[O-])(C(=O)O5)C(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "canavalia gibberellin i"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315653]}, "Synonyms" -> {"canavalia gibberellin i"}|>, "4235" -> <|"DatabaseID" -> "SW02573", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474917]}, "IsomericSmiles" -> "C=C1CC23CC1(CCC2C45CCCC(C4[C@@H]3C(=O)[O-])(C(=O)O5)C(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "canavalia gibberellin i"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315653]}, "Synonyms" -> {"canavalia gibberellin i"}|>, "4236" -> <|"DatabaseID" -> "SW02574", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4351]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01054"]}, "IsomericSmiles" -> "CCOC(=O)C1=C(NC(=C(C1c2cccc(c2)[N+](=O)[O-])C(=O)OC)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00629"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nitrendipine"|>, "PharmGKBID" -> "PA146096020", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4507]}, "Synonyms" -> {"nitrendipine", "baypress", "nitrendipin", "bylotensin", "nidrel", "bayotensin", "nitrepin", "39562-70-4", "deiten", "baylotensin", "gericin", "nitrendimerck", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- ethylmethyl ester", "d009568", "nitrendipinum[latin]", "3-ethyl 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nitrendipin corax", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acidethylmethyl ester", "nitren acis", "ethyl methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nitrendipine [usan:ban:inn:jan][inn][jan][usan]", "nitrendipinum [inn-latin]", "abz nitre", "us5653000 [rtecs]", "[39562-70-4]", "39562-70-4[rn]", "bay-e-5009", "nitrendipin al", "voltage- gated calcium channel subunit alpha cav3.2", "nitrendipin apogepha", "254-513-1[einecs]", "nitrend ksk", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinecarboxylic acid ethyl methyl ester", "lindo nitrendipin", "nitrendepat", "ethylmethyl1,4-dihydro-2,6-dimethyl-4- -3,5-pyridinedicarboxylate", "nitrendipino[spanish][inn]", "nitrendidoc", "nitrendipino [inn-spanish]", "nitrendipin atid", "nitregamma", "balminil", "ethyl 5-(methoxycarbonyl)-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate", "nitrepuren", "bayotensin;", "nitren lich", "acis nitren", "nitrendipine (jp15/usan)[usan][jp15]", "nitrepress", "84845-75-0[rn]", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridine dicarboxylic acid ethyl methyl ester", "stada nitrendipin", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acidethyl methyl ester", "tensogradal", "trendinol", "nitrendipincorax", "ethyl methyl 1,4-dihydro-2,6-dimethyl-4-(meta-nitrophenyl)-3,5-pyridinedicarboxylate; 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylicacid ethyl methylester", "vastensium", "bayotensin;baypress", "nitrendipin lindo", "3-ethyl-5-methyl-1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylate", "baypresol", "niprina", "nitre-puren", "nitrendipino", "2,6-dimethyl-4-(3-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-ethyl ester 5-methyl ester", "nitre puren", "al nitrendipin", "nitrendipin basics", "jutapress", "nitrendipin-corax", "ksk nitrend", "nitrensal", "337376-15-5", "low-voltage-activated calcium channel alpha1 3.2 subunit", "nitrendipinum", "methylethyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lich nitren", "nitre abz", "bay e 5009"}|>, "4237" -> <|"DatabaseID" -> "SW02574", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4351]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01054"]}, "IsomericSmiles" -> "CCOC(=O)C1=C(NC(=C(C1c2cccc(c2)[N+](=O)[O-])C(=O)OC)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00629"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nitrendipine"|>, "PharmGKBID" -> "PA146096020", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4507]}, "Synonyms" -> {"nitrendipine", "baypress", "nitrendipin", "bylotensin", "nidrel", "bayotensin", "nitrepin", "39562-70-4", "deiten", "baylotensin", "gericin", "nitrendimerck", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- ethylmethyl ester", "d009568", "nitrendipinum[latin]", "3-ethyl 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nitrendipin corax", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acidethylmethyl ester", "nitren acis", "ethyl methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nitrendipine [usan:ban:inn:jan][inn][jan][usan]", "nitrendipinum [inn-latin]", "abz nitre", "us5653000 [rtecs]", "[39562-70-4]", "39562-70-4[rn]", "bay-e-5009", "nitrendipin al", "voltage- gated calcium channel subunit alpha cav3.2", "nitrendipin apogepha", "254-513-1[einecs]", "nitrend ksk", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinecarboxylic acid ethyl methyl ester", "lindo nitrendipin", "nitrendepat", "ethylmethyl1,4-dihydro-2,6-dimethyl-4- -3,5-pyridinedicarboxylate", "nitrendipino[spanish][inn]", "nitrendidoc", "nitrendipino [inn-spanish]", "nitrendipin atid", "nitregamma", "balminil", "ethyl 5-(methoxycarbonyl)-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate", "nitrepuren", "bayotensin;", "nitren lich", "acis nitren", "nitrendipine (jp15/usan)[usan][jp15]", "nitrepress", "84845-75-0[rn]", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridine dicarboxylic acid ethyl methyl ester", "stada nitrendipin", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acidethyl methyl ester", "tensogradal", "trendinol", "nitrendipincorax", "ethyl methyl 1,4-dihydro-2,6-dimethyl-4-(meta-nitrophenyl)-3,5-pyridinedicarboxylate; 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylicacid ethyl methylester", "vastensium", "bayotensin;baypress", "nitrendipin lindo", "3-ethyl-5-methyl-1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylate", "baypresol", "niprina", "nitre-puren", "nitrendipino", "2,6-dimethyl-4-(3-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-ethyl ester 5-methyl ester", "nitre puren", "al nitrendipin", "nitrendipin basics", "jutapress", "nitrendipin-corax", "ksk nitrend", "nitrensal", "337376-15-5", "low-voltage-activated calcium channel alpha1 3.2 subunit", "nitrendipinum", "methylethyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lich nitren", "nitre abz", "bay e 5009"}|>, "4238" -> <|"DatabaseID" -> "SW02575", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5414"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7827538]}, "IsomericSmiles" -> "CC(C)/C(=N\\OS(=O)(=O)[O-])/S[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucoputranjivin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9548615]}, "Synonyms" -> {"2-methylethylglucosinolate", "propan-2-ylglucosinolate", "glucoputranjivin", "isopropylglucosinolate", "18432-16-1[rn]", "chebi:5414", "1-s-[2-methyl-n-(sulfonatooxy)propanimidoyl]-1-thio-beta-d-glucopyranose"}|>, "4239" -> <|"DatabaseID" -> "SW02576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 97099]}, "IsomericSmiles" -> "CC(C)[C@@]12[C@@H](O1)[C@H]3[C@@]4(O3)[C@]5(CCC6=C([C@@H]5C[C@H]7[C@]4([C@@H]2O)O7)COC6=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triptolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 107985]}, "Synonyms" -> {"triptolid", "triptolide (9ci)", "triptolide", "trisoxireno(4b,5:6,7:8a,9)phenanthro(1,2-c)furan-1(3h)-one 3b,4,4a,6,6a,7a,7b,8b,9,10-decahydro-6-hydroxy-8b-methyl-6a-(1-methylethyl)- (3bs,4as,5as,6r,6ar,7as,7bs,8as,8bs)-", "38748-32-2[rn]", "(3bs,4as,5as,6r,6ar,7as,7bs,8as,8bs)-6-hydroxy-6a-isopropyl-8b-methyl-3b,4,4a,6,6a,7a,7b,8b,9,10-decahydrotrisoxireno[6,7:8a,9:4b,5]phenanthro[1,2-c]furan-1(3h)-one[acd/iupac name]", "smr000466307", "(3bs,4as,5as,6r,6ar,7as,7bs,8as,8bs)-3b,4,4a,6,6a,7a,7b,8b,9,10-decahydro-6-hydroxy-8b-methyl-6a-(1-methylethyl)trisoxireno[4b,5:6,7:8a,9]phenanthro[1,2-c]furan-1(3h)-one", "pg490", "38748-32-2", "[38748-32-2]", "trisoxireno(4b", "()-triptolide", "40598-48-9", "trisoxireno[6,7:8a,9:4b,5]phenanthro[1,2-c]furan-1(3h)-one 3b,4,4a,6,6a,7a,7b,8b,9,10-decahydro-6-hydroxy-8b-methyl-6a-(1-methylethyl)- (3bs,4as,5as,6r,6ar,7as,7bs,8as,8bs)-", "triptolide from tripterygium wilfordii", "triptolide tripterygium wilfordii", "(3bs,4as,5as,6r,6ar,7as,7bs,8as,8bs)-6-hydroxy-8b-methyl-6a-(propan-2-yl)-3b,4,4a,6,6a,7a,7b,8b,9,10-decahydrotrisoxireno[6,7:8a,9:4b,5]phenanthro[1,2-c]furan-1(3h)-one", "tpl", "(1s,2s,4s,5s,7r,8r,9s,11s,13s)-8-hydroxy-1-methyl-7-(propan-2-yl)-3,6,10,16-tetraoxaheptacyclo[11.7.0.02,4.02,9.05,7.09,11.014,18]icos-14(18)-en-17-one", "(3bs", "nsc 163062"}|>, "4240" -> <|"DatabaseID" -> "SW02577", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171045]}, "IsomericSmiles" -> "CC(C)[C@@]12[C@@H](O1)[C@@H](C3=C([C@@H]2O)C(=O)C[C@@H]4[C@@]3(CCC5=C4COC5=O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tripdioltonide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197582]}, "Synonyms" -> {"tripdioltonide", "ac1l53oj", "149183-67-5", "149183-67-5[rn]"}|>, "4241" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4242" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4243" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4244" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4245" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4246" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4247" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4248" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4249" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4250" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4251" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4252" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4253" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4254" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4255" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4256" -> <|"DatabaseID" -> "SW02578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585437]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)OC1C(C2C(C3C(C1O)C(=C)C(=O)O3)C(=CC2=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "azardirachta indica"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477684]}, "Synonyms" -> {"vicolide a", "vicoa indica vi 2", "nsc-346189", "(4-hydroxy-6", "nsc346189", "ac1nugd0"}|>, "4257" -> <|"DatabaseID" -> "SW02579", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 544913]}, "IsomericSmiles" -> "C[NH+]1CCC23C1(CCc4c2c(c(cc4)O)OC)C(=C(C(=O)C3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homostephanoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 627343]}, "Synonyms" -> {"homostephanoline", "3-hydroxy-4", "3-hydroxy-4,7,8-trimethoxy-17-methyl-7,8-didehydrohasubanan-6-one", "ac1lcf2y"}|>, "4258" -> <|"DatabaseID" -> "SW02579", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 544913]}, "IsomericSmiles" -> "C[NH+]1CCC23C1(CCc4c2c(c(cc4)O)OC)C(=C(C(=O)C3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homostephanoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 627343]}, "Synonyms" -> {"homostephanoline", "3-hydroxy-4", "3-hydroxy-4,7,8-trimethoxy-17-methyl-7,8-didehydrohasubanan-6-one", "ac1lcf2y"}|>, "4259" -> <|"DatabaseID" -> "SW02580", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140631]}, "IsomericSmiles" -> "C[NH+]1CC[C@@]23[C@@]1(CCc4c2c(c(cc4)OC)O)C(=C(C(=O)C3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hernandoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159966]}, "Synonyms" -> {"aknadinine", "hernandoline", "24148-86-5[rn]", "chebi:728360", "4-hydroxy-3", "chembl1098359", "ar-1g2681", "ac1l4mt2", "ar-1g2682", "24148-86-5", "ac1q6oj8"}|>, "4260" -> <|"DatabaseID" -> "SW02580", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140631]}, "IsomericSmiles" -> "C[NH+]1CC[C@@]23[C@@]1(CCc4c2c(c(cc4)OC)O)C(=C(C(=O)C3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hernandoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159966]}, "Synonyms" -> {"aknadinine", "hernandoline", "24148-86-5[rn]", "chebi:728360", "4-hydroxy-3", "chembl1098359", "ar-1g2681", "ac1l4mt2", "ar-1g2682", "24148-86-5", "ac1q6oj8"}|>, "4261" -> <|"DatabaseID" -> "SW02581", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8378"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5552]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00860"]}, "IsomericSmiles" -> "C[C@]12C[C@@H]([C@H]3[C@H]([C@@H]1CC[C@@]2(C(=O)CO)O)CCC4=CC(=O)C=C[C@]34C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00472"]}, "OfficialNames" -> <|"China Approved Name" -> "prednisolone", "Indian Approved Name" -> "prednisolone acet;prednisolone;methyl prednisolone aceponate", "WHO Essential Medicine" -> "prednisolone", "Australia Approved Name" -> "METHYLPREDNISOLONE ACETATE;PREDNISOLONE ACETATE;PREDNISOLONE SODIUM PHOSPHATE;PREDNISOLONE", "FDA Approved Drug" -> "METHYLPREDNISOLONE ACETATE;PREDNISOLONE;PREDNISOLONE ACETATE;PREDNISOLONE SODIUM PHOSPHATE"|>, "PharmGKBID" -> "PA451096", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5755]}, "Synonyms" -> {"prednisolone", "codelcortone", "sterolone", "deltacortril", "metacortandralone", "cortalone", "deltacortenol", "hydroretrocortine", "delta-cortef", "meticortelone", "predonine", "hydeltrone", "precortilon", "econopred plus", "dexa-cortidelt hostacortin h", "predni-dome", "key-pred", "ultracortene h", "ultracorten h", "delcortol", "precortalon", "ocu-pred forte", "hydroretrocortin", "predair", "prelone", "predniretard", "econopred", "inflamase mild", "predate tba", "ulacort", "predate-50", "predne-dome", "deltacortril enteric", "eazolin d", "dicortol", "hydeltra", "prednicen", "klismacort", "prednelan", "panafcortelone", "dydeltrone", "decaprednil", "fernisolone", "predcor-25", "hydrodeltisone", "ophtho-tate", "predair forte", "co-hydeltra", "prenolone", "ultracortene-hydrogen", "inflamase forte", "hostacortin h", "prednis", "hydrodeltalone", "decortin h", "nor-pred t.b.a.", "derpo pd", "predonin", "ak-pred", "predcor-tba", "predniliderm", "ocu-pred", "erbasona", "deltasolone", "cordrol", "nisolone", "lite pred", "ultra pred", "orapred", "predalone 50", "fernisolone-p", "rolisone", "prdl", "meti-derm", "cotolone", "solone", "precortancyl", "predcor-50", "flamasone", "lentosone", "fernisolone p", "cotogesic", "i-pred", "hydeltra-tba", "deltahydrocortisone", "di-adreson f", "deltisilone", "precortisyl", "supercortisol", "paracortol", "donisolone", "predair a", "articulose-50", "steran", "paracotol", "ultracortene-h", "gr", "vanectyl-p tablets (prednisolone + trimeprazine tartrate)_mixture", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "canaural (diethanolamine fusidate + framycetin sulfate + nystatin + prednisolone)_mixture", "predalone t.b.a.", "depo-medrol", "ak-tate", "quiex-pred sus (aminophylline + guaifenesin + prednisolone)_mixture", "pred mild", "hydeltrasol", "prednisolone sodium phosphate", "erbacort", "blephamide oph ont (prednisolone acetate + sulfacetamide sodium)_mixture", "prednisolona [inn-spanish]", "blephamide opht suspension (prednisolone acetate + sulfacetamide sodium)_mixture", "medrol acetate", "optisone (neomycin + prednisolone)_mixture", "metimyd oph sus (prednisolone acetate + sulfacetamide sodium)_mixture", "pred forte", "methylprednisolone acetate", "delta f", "predisolone sodium phosphate", "delta-stab", "sterane", "scherisolon", "estilsona", "chlorasone (chloramphenicol + prednisolone acetate)_mixture", "dioptimyd suspension (prednisolone acetate + sulfacetamide sodium)_mixture", "dioptimyd ointment (prednisolone acetate + sulfacetamide sodium)_mixture", "medrol", "alphadrol", "liquichlor (chloramphenicol + prednisolone + squalane + tetracaine)_mixture", "prednisolone tebutate", "pediapred", "prednisolonum [inn-latin]", "prednisolone acetate", "delta-albaplex tablets (novobiocin (novobiocin sodium) + prednisolone + tetracycline hydrochloride)_mixture", "ak cide oph soln (prednisolone acetate + sulfacetamide sodium)_mixture", "m-predrol", "pred c tab (aluminum hydroxide + prednisolone + salicylamide + vitamin c)_mixture", "metreton", "vasocidin ophthalmic solution (prednisolone sodium phosphate + sulfacetamide sodium)_mixture", "prednisize solution (camphor + chlorophenol + cresyl acetate + prednisolone)_mixture", "50-24-8[rn]", "deltisolone", "meticortelone;sterolone", "1 2-dehydrohydrocortisone", "4-08-00-03467 (beilstein handbook reference)[beilstein]", "(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-17-(hydroxyacetyl)-10,13-dimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-on", "di-adreson-f", "d1-hydrocortisone", "1,4-pregnadiene-3,20-dione-11b,17a,21-triol", "200-021-7[einecs]", "chloroptic-p s.o.p.", "d-stab", "(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-17-(2-hydroxyacetyl)-10,13-dimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one", "1354103[beilstein]", "1-dehydrocortisol;", "1-dehydrohydrocortisone", "(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-17-(2-hydroxy-acetyl)-10,13-dimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-cyclopenta[a]phenanthren-3-one", "(1s,2r,10s,11s,14r,15s,17s)-14,17-dihydroxy-14-(2-hydroxyacetyl)-2,15-dimethyltetracyclo[8.7.0.02,7.011,15]heptadeca-3,6-dien-5-one", "1,4-pregnadien-11-b,17,21-triol- 3,20-dione", "d-cortef", "d-ef-cortelan", "11b,17a,21-trihydroxypregna-1,4-diene-3,20-dione", "d1-cortisol", "(11b)-11,17,21-trihydroxypregna-1,4-diene-3,20-dione", "1-dehydrocortisol", "prednisolone[wiki][usp][inn][ban][jan][jp15]", "hydrocortisone imp. a (ep)", "d1-dehydrohydrocortisone", "prednisolonum[latin]", "(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-17-(hydroxyacetyl)-10,13-dimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one", "mfcd00003649", "(1s,10s,11s,15s,17s,2r,14r)-14,17-dihydroxy-14-(2-hydroxyacetyl)-2,15-dimethyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadeca-3,6-dien-5-one", "1,2-dehydrohydrocortisone", "d1-dehydrocortisol", "3,20-dioxo-11b,17a,21-trihydroxy-1,4-pregnadiene", "11b,17,21-trihydroxypregna-1,4-diene-3,20-dione", "1,4-pregnadiene-11b,17a,21-triol-3,20-dione", "prednisolona[spanish][inn]", "prednisolone acetate imp. b (ep)", "200-134-1[einecs]", "prenisolone", "k-predne-dome"}|>, "4262" -> <|"DatabaseID" -> "SW02582", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16962"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 193441]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C=C1CC[C@@H]3[C@@H]2C(=O)C[C@]4([C@H]3CC[C@@]4(C(=O)CO)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07749"]}, "OfficialNames" -> <|"China Approved Name" -> "cortisone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222786]}, "Synonyms" -> {"cortisone", "cortistal", "cortogen", "andreson", "kendall's compound e", "cortivite", "cortisate", "cortone", "cortisal", "reichstein's substance fa", "200-006-5[einecs]", "11-dehydro-17-hydroxycorticosterone", "anusol hc", "balneol-hc", "dricort", "orabase hca", "micort-hc", "reichstein fa", "corlin", "1356062[beilstein]", "50-04-4[rn]", "kortison", "17a,21-dihydroxy-4-pregnene-3,11,20-trione", "53-06-5[rn]", "nogenic hc", "adrenalex", "pregn-4-ene-3,11,20-trione 17,21-dihydroxy-", "17-hydroxy-11-dehydrocorticosterone", "colocort", "1953--06-5", "(8s,9s,10r,13s,14s,17r)-17-hydroxy-17-(2-hydroxy-acetyl)-10,13-dimethyl-1,6,7,8,9,10,12,13,14,15,16,17-dodecahydro-2h-cyclopenta[a]phenanthrene-3,11-dione", "incortin", "1953-6-5", "cortisona[spanish][inn]", "hemsol-hc", "locoid lipocream", "cortadren", "cortandren", "cortisonum[latin]", "cortisone[wiki]", "wintersteiner's compound f", "d4-pregnene-17a,21-diol-3,11,20-trione", "glycort", "flexicort", "kendall's compound", "cortison[wiki]", "(1s,10s,11s,15s,2r,14r)-14-hydroxy-14-(2-hydroxyacetyl)-2,15-dimethyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-ene-5,17-dione", "adreson", "(8s,9s,10r,13s,14s,17r)-17-hydroxy-17-(2-hydroxyacetyl)-10,13-dimethyl-7,8,9,10,12,13,14,15,16,17-decahydro-1h-cyclopenta[a]phenanthrene-3,11(2h,6h)-dione", "stie-cort", "17,21-dihydroxypregn-4-ene-3,11,20-trione", "hi-cor", "hydrocortisone imp. b (ep)", "scheroson", "200-162-4[einecs]"}|>, "4263" -> <|"DatabaseID" -> "SW02583", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10382]}, "IsomericSmiles" -> "CC1CCCC[NH+]1CCCOC(=O)c2ccc(cc2)OC3CCCCC3", "OfficialNames" -> <|"NPC Approved Name" -> "cyclomethycaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10839]}, "Synonyms" -> {"cainasurfa", "surfacaine", "cyclomethycaine", "topocaine", "benzoic acid", "surfathesin", "1-piperidinepropanol 2-methyl- p-(cyclohexyloxy)benzoate (ester)", "4-20-00-01466[beilstein]", "benzoic acid p-(cyclohexyloxy)- 3-(2-methylpiperidino)propylester", "3-(2-methylpiperidin-1-yl)propyl 4-(cyclohexyloxy)benzoate", "537-61-1[rn]", "cyclocaine (van)", "p-cyclohexyloxybenzoic acidester ofn-(3-hydroxypropyl)pipecoline", "139-62-8[rn]", "brn 0293510", "4-cyclohexyloxy-benzoic acid 3-(2-methyl-piperidin-1-yl)-propylester", "4-(cyclohexyloxy)benzoic acid 3-(2-methyl-1-piperidinyl)propylester", "ciclometicaina[spanish][inn]", "4-20-00-01466 (beilstein handbook reference)[beilstein]", "cyclocaine", "cyclomethycainum[latin]", "ciclometicaina [inn-spanish]", "3-(2-methylpiperidino)propyl p-cyclohexyloxybenzoate", "benzoic acid 4-(cyclohexyloxy)- 3-(2-methyl-1-piperidinyl)propyl ester", "cyclomethycainum [inn-latin]", "50978-10-4[rn]"}|>, "4264" -> <|"DatabaseID" -> "SW02583", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10382]}, "IsomericSmiles" -> "CC1CCCC[NH+]1CCCOC(=O)c2ccc(cc2)OC3CCCCC3", "OfficialNames" -> <|"NPC Approved Name" -> "cyclomethycaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10839]}, "Synonyms" -> {"cainasurfa", "surfacaine", "cyclomethycaine", "topocaine", "benzoic acid", "surfathesin", "1-piperidinepropanol 2-methyl- p-(cyclohexyloxy)benzoate (ester)", "4-20-00-01466[beilstein]", "benzoic acid p-(cyclohexyloxy)- 3-(2-methylpiperidino)propylester", "3-(2-methylpiperidin-1-yl)propyl 4-(cyclohexyloxy)benzoate", "537-61-1[rn]", "cyclocaine (van)", "p-cyclohexyloxybenzoic acidester ofn-(3-hydroxypropyl)pipecoline", "139-62-8[rn]", "brn 0293510", "4-cyclohexyloxy-benzoic acid 3-(2-methyl-piperidin-1-yl)-propylester", "4-(cyclohexyloxy)benzoic acid 3-(2-methyl-1-piperidinyl)propylester", "ciclometicaina[spanish][inn]", "4-20-00-01466 (beilstein handbook reference)[beilstein]", "cyclocaine", "cyclomethycainum[latin]", "ciclometicaina [inn-spanish]", "3-(2-methylpiperidino)propyl p-cyclohexyloxybenzoate", "benzoic acid 4-(cyclohexyloxy)- 3-(2-methyl-1-piperidinyl)propyl ester", "cyclomethycainum [inn-latin]", "50978-10-4[rn]"}|>, "4265" -> <|"DatabaseID" -> "SW02583", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10382]}, "IsomericSmiles" -> "CC1CCCC[NH+]1CCCOC(=O)c2ccc(cc2)OC3CCCCC3", "OfficialNames" -> <|"NPC Approved Name" -> "cyclomethycaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10839]}, "Synonyms" -> {"cainasurfa", "surfacaine", "cyclomethycaine", "topocaine", "benzoic acid", "surfathesin", "1-piperidinepropanol 2-methyl- p-(cyclohexyloxy)benzoate (ester)", "4-20-00-01466[beilstein]", "benzoic acid p-(cyclohexyloxy)- 3-(2-methylpiperidino)propylester", "3-(2-methylpiperidin-1-yl)propyl 4-(cyclohexyloxy)benzoate", "537-61-1[rn]", "cyclocaine (van)", "p-cyclohexyloxybenzoic acidester ofn-(3-hydroxypropyl)pipecoline", "139-62-8[rn]", "brn 0293510", "4-cyclohexyloxy-benzoic acid 3-(2-methyl-piperidin-1-yl)-propylester", "4-(cyclohexyloxy)benzoic acid 3-(2-methyl-1-piperidinyl)propylester", "ciclometicaina[spanish][inn]", "4-20-00-01466 (beilstein handbook reference)[beilstein]", "cyclocaine", "cyclomethycainum[latin]", "ciclometicaina [inn-spanish]", "3-(2-methylpiperidino)propyl p-cyclohexyloxybenzoate", "benzoic acid 4-(cyclohexyloxy)- 3-(2-methyl-1-piperidinyl)propyl ester", "cyclomethycainum [inn-latin]", "50978-10-4[rn]"}|>, "4266" -> <|"DatabaseID" -> "SW02583", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10382]}, "IsomericSmiles" -> "CC1CCCC[NH+]1CCCOC(=O)c2ccc(cc2)OC3CCCCC3", "OfficialNames" -> <|"NPC Approved Name" -> "cyclomethycaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10839]}, "Synonyms" -> {"cainasurfa", "surfacaine", "cyclomethycaine", "topocaine", "benzoic acid", "surfathesin", "1-piperidinepropanol 2-methyl- p-(cyclohexyloxy)benzoate (ester)", "4-20-00-01466[beilstein]", "benzoic acid p-(cyclohexyloxy)- 3-(2-methylpiperidino)propylester", "3-(2-methylpiperidin-1-yl)propyl 4-(cyclohexyloxy)benzoate", "537-61-1[rn]", "cyclocaine (van)", "p-cyclohexyloxybenzoic acidester ofn-(3-hydroxypropyl)pipecoline", "139-62-8[rn]", "brn 0293510", "4-cyclohexyloxy-benzoic acid 3-(2-methyl-piperidin-1-yl)-propylester", "4-(cyclohexyloxy)benzoic acid 3-(2-methyl-1-piperidinyl)propylester", "ciclometicaina[spanish][inn]", "4-20-00-01466 (beilstein handbook reference)[beilstein]", "cyclocaine", "cyclomethycainum[latin]", "ciclometicaina [inn-spanish]", "3-(2-methylpiperidino)propyl p-cyclohexyloxybenzoate", "benzoic acid 4-(cyclohexyloxy)- 3-(2-methyl-1-piperidinyl)propyl ester", "cyclomethycainum [inn-latin]", "50978-10-4[rn]"}|>, "4267" -> <|"DatabaseID" -> "SW02584", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31523"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 194604]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00858"]}, "IsomericSmiles" -> "CCC(=O)O[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC[C@@H]4[C@@]3(C[C@H](C(=O)C4)C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01534"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DROMOSTANOLONE PROPIONATE"|>, "PharmGKBID" -> "PA164760855", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 224004]}, "Synonyms" -> {"drolban", "drostanolone propionate", "2m-dhtp", "permastril", "dromostanolone proprionate", "blackburn compound", "masteron", "masterid", "2mdtp", "masteril", "emdisterone", "dromostanolone", "drostanolone", "medrotestron propionate", "mdht", "masterone", "dromostanolone propionate", "dihydrotestosterone receptor", "2a-methyl-17b-(1-oxopropoxy)-5a-androstan-3-one", "4-08-00-00654", "medrotestrone propanoate", "9005-49-6", "metholone", "2a-methylandrostan-17b-ol-3-one propionate", "17b-hydroxy-2a-methyl-5a-androstan-3-one propionate", "dromostanolone 17-propionate", "521-12-0[rn]", "masteron (tn)", "dromostanolone propionate[usan]", "propionato de drostanolona (sustancia)", "medrotestrone propionate", "3161958[beilstein]", "drolban (tn)", "208-303-1[einecs]"}|>, "4268" -> <|"DatabaseID" -> "SW02585", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28943]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC[N+](C)(C)Cc1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03448"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cetalkonium chloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31202]}, "Synonyms" -> {"benzaletas", "tetraseptan", "cetyl zephiran", "zettyn", "banicol", "cetalkonium chloride", "benzyldimethylhexadecylammonium chloride", "bicetonium", "acinol", "baktonium", "chlorure de cetalkonium[french][inn]", "benzenemethanaminium n-hexadecyl-n,n-dimethyl- chloride (1:1)", "cetylbenzyldimethylammonium chloride", "hexadecyldimethylbenzylamine chloride", "benzyldimethylcetylammonium chloride", "cetalkonium chloride [usan:ban:inn][inn][usan]", "89004-36-4[rn]", "querton 16bcl", "cetyldimethylbenzylammonium chloride", "dehyquart cdb", "cetyl dimethyl benzyl ammonium chloride", "hexadecyl dimethyl benzyl ammonium chloride", "benzenemethanaminium n-hexadecyl-n,n-dimethyl- chloride", "122-18-9[rn]", "acetoquat cdac", "winzer solution", "rodalon", "cetalkonium chloride[usan]", "dehyquart cbb", "cloruro de cetalconio[spanish][inn]", "ammonium benzylhexadecyldimethyl- chloride", "acquat cdac", "spilan", "204-526-3[einecs]", "benzyldimethyl-n-hexadecylammonium chloride", "ammonyx g", "cetalkonii chloridum[latin]", "bonjela[wiki]", "ammonium benzylhexadecyldimethyl- chloride (8ci)", "benzyl-n-hexadecyldimethyl ammonium chloride", "hexadecyldimethylbenzylammonium chloride", "n-hexadecyldimethylbenzylammonium chloride", "benzylcetyldimethylammonium chloride hydrate", "dimethylbenzylcetylammonium chloride", "60484-28-8[rn]", "n-benzyl-n-cetyldimethylammonium chloride", "dmcbac", "benzylcetyldimethylammonium chloride", "zettyn (tn)", "ammonium benzyldimethylhexadecyl- chloride", "benzyldimethylhexadecylammonium chloride hydrate", "n-benzyl-n,n-dimethyl-1-hexadecanaminium chloride[acd/iupac name]", "n-hexadecyl-n-benzyl-n,n-dimethylammonium chloride", "bonjela", "dimethylbenzylhexadecylammonium chloride", "10328-34-4[rn]", "cdbac", "cetalconio cloruro [dcit]", "cetol", "n-hexadecyl-n,n-dimethylbenzenemethanaminium cl", "ammonyx t", "cetylon", "hexadecylbenzyldimethylammonium chloride", "n-benzyl-n,n-dimethylhexadecan-1-aminium chloride", "benzylhexadecyldimethylammonium chloride", "n-hexadecyl-n,n-dimethylbenzenemethanaminium chloride"}|>, "4269" -> <|"DatabaseID" -> "SW02586", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3183]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01545"]}, "IsomericSmiles" -> "CCOC(=O)C1C(=O)Nc2ccc(cc2C(=N1)c3ccccc3F)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01293"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Ethyl loflazepate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3299]}, "Synonyms" -> {"ethyl loflazepate", "victan", "ethyl fluclozepate", "meilax", "einecs 249-489-4", "dea no. 2758", "249-489-4[einecs]", "1h-1", "loflazepic acid ethyl ester", "meilax (tn)", "ethyl loflazepate [inn:jan][inn][jan]", "cm 6912", "loflazepato de etilo[spanish][inn]", "5-25-08-00124 (beilstein handbook reference)[beilstein]", "ethylis loflazepas[latin]", "ethyl 7-chloro-5-(2-fluorophenyl)-2-oxo-2,3-dihydro-1h-1,4-benzodiazepine-3-carboxylate[acd/iupac name]", "ethyl 7-chloro-5-(o-fluorophenyl)-2,3-dihydro-2-oxo-1h-1,4-benzodiazepine-3-carboxylate", "7-chloro-5-(2-fluorophenyl)-2,3-dihydro-2-oxo-1h-1,4-benzodiazepine-3-carboxylicacid ethyl ester", "29177-84-2[rn]", "ethylis loflazepas [inn-latin]", "loflazepic acid", "1h-1,4-benzodiazepine-3-carboxylic acid 7-chloro-5-(2-fluorophenyl)-2,3-dihydro-2-oxo- ethyl ester", "loflazepate d'ethyle [inn-french]", "loflazepate d'ethyle[french][inn]"}|>, "4270" -> <|"DatabaseID" -> "SW02586", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3183]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01545"]}, "IsomericSmiles" -> "CCOC(=O)C1C(=O)Nc2ccc(cc2C(=N1)c3ccccc3F)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01293"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Ethyl loflazepate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3299]}, "Synonyms" -> {"ethyl loflazepate", "victan", "ethyl fluclozepate", "meilax", "einecs 249-489-4", "dea no. 2758", "249-489-4[einecs]", "1h-1", "loflazepic acid ethyl ester", "meilax (tn)", "ethyl loflazepate [inn:jan][inn][jan]", "cm 6912", "loflazepato de etilo[spanish][inn]", "5-25-08-00124 (beilstein handbook reference)[beilstein]", "ethylis loflazepas[latin]", "ethyl 7-chloro-5-(2-fluorophenyl)-2-oxo-2,3-dihydro-1h-1,4-benzodiazepine-3-carboxylate[acd/iupac name]", "ethyl 7-chloro-5-(o-fluorophenyl)-2,3-dihydro-2-oxo-1h-1,4-benzodiazepine-3-carboxylate", "7-chloro-5-(2-fluorophenyl)-2,3-dihydro-2-oxo-1h-1,4-benzodiazepine-3-carboxylicacid ethyl ester", "29177-84-2[rn]", "ethylis loflazepas [inn-latin]", "loflazepic acid", "1h-1,4-benzodiazepine-3-carboxylic acid 7-chloro-5-(2-fluorophenyl)-2,3-dihydro-2-oxo- ethyl ester", "loflazepate d'ethyle [inn-french]", "loflazepate d'ethyle[french][inn]"}|>, "4271" -> <|"DatabaseID" -> "SW02587", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47612"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 35728]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01393"]}, "IsomericSmiles" -> "CC(C)(C(=O)[O-])Oc1ccc(cc1)CCNC(=O)c2ccc(cc2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01366"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bezafibrate"|>, "PharmGKBID" -> "PA162364313", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39042]}, "Synonyms" -> {"befizal", "bezafibrat", "bezalip", "cedur", "bezafibrate", "bezatol sr", "sklerofibrat", "bezatol", "durabezur", "bezalip retard", "bm15.075", "bm 15.075", "ppar-gamma", "propanoicacid 2-(4-(2-((4-chlorobenzoyl)amino)ethyl)phenoxy)-2-methyl-", "2-[p-[2-p-chlorobenzamido)ethyl]phenoxy]-2-methylpropionic acid", "2-(4-{2-[(4-chlorobenzoyl)amino]ethyl}phenoxy)-2-methylpropanoic acid[acd/iupac name]", "bezafisal", "benzafibrate", "bezalande", "bezafibratum[latin]", "2-[4-[2-(4-chlorobenzamido)ethyl]phenoxy]-2-methylpropanoic acid", "propanoicacid 2-[4-[2-[(4-chlorobenzoyl)amino]ethyl]phenoxy]-2-methyl-", "bezapuren", "2-[p-[2-(p-chlorobenzamido)ethyl]phenoxy]-2-methylpropionic acid", "63927-29-7[rn]", "bezafibratum [inn-latin]", "beza lande", "hepaconda (bezafibrate + chenodeoxycholic acid)_mixture", "41859-67-0[rn]", "bezafibrato", "pem", "2-[4-[2-[(4-chlorobenzoyl)amino]ethyl]phenoxy]-2-methyl-propanoic acid", "reducterol", "bezafibrate[wiki]", "bezafibrato[spanish][inn]", "255-567-9[einecs]", "bezafibratum", "befibrat", "bezatol sr (tn)", "bezacur", "regadrin b", "d001629", "bezafibrate (jp15/usan)[usan][jp15]", "2-{4-[2-(4-chlorobenzamido)ethyl]phenoxy}-2-methylpropanoic acid", "bm-15.075", "eulitop", "bezafibratum [inn_la]", "solibay", "2-(p-(2-(p-chlorobenzamido)ethyl)phenoxy)-2-methylpropionic acid", "lipox", "beza-lande", "bezabeta", "difaterol", "propionicacid 2-(4-(2-((4-chlorobenzoyl)amino)ethyl)phenoxy)-2-methyl-", "bezafibrat pb", "bezafibrato [inn-spanish]", "azufibrat", "pb bezafibrat", "a-[4-(4-chlorobenzoylaminoethyl)phenoxy]isobutyric acid", "2-[4-[2-[(4-chlorobenzoyl)amino]ethyl]phenoxy]-2-methylpropanoic acid", "beza-puren", "41859-67-0", "bezamerck", "bezafibrate [usan:ban:inn:jan][inn][jan][usan]", "2-(4-{2-[(4-chlorophenyl)carbonylamino]ethyl}phenoxy)-2-methylpropanoicacid", "beza puren"}|>, "4272" -> <|"DatabaseID" -> "SW02588", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5001"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3222]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01039"]}, "IsomericSmiles" -> "CC(C)OC(=O)C(C)(C)Oc1ccc(cc1)C(=O)c2ccc(cc2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00565"]}, "OfficialNames" -> <|"China Approved Name" -> "fenofibrate", "Indian Approved Name" -> "fenofibrate", "FDA Approved Drug" -> "FENOFIBRATE;FENOFIBRIC ACID"|>, "PharmGKBID" -> "PA449594", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3339]}, "Synonyms" -> {"lipantil", "triglide", "tricor", "fenofibrate", "fenobrate", "proctofene", "fenogal", "secalip", "procetofen", "antara", "lipofen", "lipsin", "lipofene", "liposit", "finofibrate", "protolipan", "luxacor", "lipirex", "elasterin", "lipifen", "lipidil micro", "lipidil", "lofibra", "fnf", "fenotard", "nolipax", "sedufen", "elasterate", "ankebin", "lipanthyl", "lipidil supra", "lipidex", "lipoclar", "fenofibrato [inn-spanish]", "trilipix", "fenofibratum [inn-latin]", "fenofibric acid", "256-376-3[einecs]", "antara fenoglide fibricor lipofen", "fenofibrate[wiki]", "novo-fenofibrate", "2-[4-(4-chlorobenzoyl)phenoxy]-2-methylpropanoic acid1-methyl-ethyl ester", "2-[4-(4-chlorobenzoyl)phenoxy]-2-methylpropanoic acid1-methylethyl ester", "1-methylethyl 2-{4-[(4-chlorophenyl)carbonyl]phenoxy}-2-methylpropanoate", "fenobeta", "normalip", "propan-2-yl-2-{4-[(4-chlorphenyl)carbonyl]phenoxy}-2-methylpropanoat", "propan-2-yl 2-[4-(4-chlorobenzoyl)phenoxy]-2-methylpropanoate", "lipidil-ter", "pharmavit", "novo fenofibrate", "fenofibrat-ratiopharm", "supralip", "gen-fenofibrate", "2-[4-(4-chlorobenzoyl)phenoxy]-2-methylpropanoic acidisopropylester", "cip-fenofibrate", "isopropyl[4'-(p-chlorobenzoyl)-2-phenoxy-2-methyl]propionate", "fulcro", "isopropyl 2-(p-(p-chlorobenzoyl)phenoxy)-2-methylpropionate", "antara;fenoglide;fibricor;lipofen;lofibra;triglide;tricor;trilipix", "fenofibrate [ban:inn][inn]", "lipantil (tn)", "49562-28-9[rn]", "controlip", "d011345", "apo fenofibrate", "propan-2-yl 2-{4-[(4-chlorophenyl)carbonyl]phenoxy}-2-methylpropanoate", "isopropyl(4'-(p-chlorobenzoyl)-2-phenoxy-2-methyl)propionate", "nu-fenofibrate", "livesan", "lipidil ter", "antara[wiki]", "tl8003296", "propanoicacid 2-[4-(4-chlorobenzoyl)phenoxy]-2-methyl- 1-methylethylester", "isopropyl 2-(4-(4-chlorobenzoyl)phenoxy)-2-methylpropionate", "methylethyl 2-{4-[(4-chlorophenyl)carbonyl]phenoxy}-2-methylpropanoate", "propanoicacid 2-(4-(4-chlorobenzoyl)phenoxy)-2-methyl- 1-methylethylester", "2-(4-(4-chlorobenzoyl)phenoxy)-2-methylpropanoic acid1-methylethyl ester", "cil", "gen fenofibrate", "apo-feno-micro", "lipanthyl[wiki]", "isopropyl 2-[4-(4-chlorobenzoyl)phenoxy]-2-methylpropanoate[acd/iupac name]", "propan-2-yl 2-[4-(4-chlorobenzoyl)phenoxy]-2-methyl-propanoate", "1-methylethyl-2-{4-[(4-chlorphenyl)carbonyl]phenoxy}-2-methylpropanoat", "phenofibrate", "procetofene", "fenofibratum[latin]", "fenofibrate idd-p", "tricor[wiki]", "fenofibrato[spanish][inn]", "fenofanton", "lipidil[wiki]", "apo feno micro", "apo-fenofibrate", "lf178", "durafenat", "liparison"}|>, "4273" -> <|"DatabaseID" -> "SW02589", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 521724]}, "IsomericSmiles" -> "CC(=O)OCC(C(c1cn(nn1)c2ccccc2)OC(=O)C)OC(=O)C", "OfficialNames" -> <|"NPC Approved Name" -> "1,2,3-propanetriol triacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 600107]}, "Synonyms" -> {"1", "[2", "2-(acetyloxy)-1-[(acetyloxy)methyl]-2-(1-phenyl-1h-1,2,3-triazol-4-yl)ethyl acetate", "2-(acetyloxy)-1-[(acetyloxy)methyl]-2-(1-phenyl-1h-1", "ac1lch2r"}|>, "4274" -> <|"DatabaseID" -> "SW02589", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 521724]}, "IsomericSmiles" -> "CC(=O)OCC(C(c1cn(nn1)c2ccccc2)OC(=O)C)OC(=O)C", "OfficialNames" -> <|"NPC Approved Name" -> "1,2,3-propanetriol triacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 600107]}, "Synonyms" -> {"1", "[2", "2-(acetyloxy)-1-[(acetyloxy)methyl]-2-(1-phenyl-1h-1,2,3-triazol-4-yl)ethyl acetate", "2-(acetyloxy)-1-[(acetyloxy)methyl]-2-(1-phenyl-1h-1", "ac1lch2r"}|>, "4275" -> <|"DatabaseID" -> "SW02589", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 521724]}, "IsomericSmiles" -> "CC(=O)OCC(C(c1cn(nn1)c2ccccc2)OC(=O)C)OC(=O)C", "OfficialNames" -> <|"NPC Approved Name" -> "1,2,3-propanetriol triacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 600107]}, "Synonyms" -> {"1", "[2", "2-(acetyloxy)-1-[(acetyloxy)methyl]-2-(1-phenyl-1h-1,2,3-triazol-4-yl)ethyl acetate", "2-(acetyloxy)-1-[(acetyloxy)methyl]-2-(1-phenyl-1h-1", "ac1lch2r"}|>, "4276" -> <|"DatabaseID" -> "SW02589", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 521724]}, "IsomericSmiles" -> "CC(=O)OCC(C(c1cn(nn1)c2ccccc2)OC(=O)C)OC(=O)C", "OfficialNames" -> <|"NPC Approved Name" -> "1,2,3-propanetriol triacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 600107]}, "Synonyms" -> {"1", "[2", "2-(acetyloxy)-1-[(acetyloxy)methyl]-2-(1-phenyl-1h-1,2,3-triazol-4-yl)ethyl acetate", "2-(acetyloxy)-1-[(acetyloxy)methyl]-2-(1-phenyl-1h-1", "ac1lch2r"}|>, "4277" -> <|"DatabaseID" -> "SW02590", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63598"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 131410]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01137"]}, "IsomericSmiles" -> "C[C@H]1COc2c3n1cc(c(=O)c3cc(c2N4CC[NH+](CC4)C)F)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08120"]}, "OfficialNames" -> <|"China Approved Name" -> "levofloxacin", "Indian Approved Name" -> "levofloxacin", "FDA Approved Drug" -> "LEVOFLOXACIN"|>, "PharmGKBID" -> "PA450214", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 149096]}, "Synonyms" -> {"levofloxacin", "quixin", "elequine", "iquix", "cravit", "l-ofloxacin", "leroxacin", "mosardal", "levox", "ofloxacin s-(-)-form", "lesacin", "nofaxin", "volequin", "levoxacin", "levaquin", "reskuin", "levokacin", "floxel", "cravit ophthalmic", "tavanic", "levofloxacin[wiki]", "100986-85-4[rn]", "7h-1,4-oxazino[2,3,4-ij]quinoline-6-carboxylic acid 9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo- (3s)-", "(s)-9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-7h-pyrido(1,2,3-de)-1,4-benzoxazine-6-carboxylicacid", "levofloxacin (jan/usp)[usp][jan]", "(s)-8-fluoro-3-methyl-9-(4-methyl-piperazin-1-yl)-6-oxo-2,3-dihydro-6h-1-oxa-3a-aza-phenalene-5-carboxylic acid", "dna topoisomerase ii alpha isozyme", "(r)-9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-7h-pyrido(1,2,3-de)-1,4-benzoxazine-6-carboxylicacid", "cravit[wiki]", "levaquin[wiki]", "levofloxacinum[latin]", "levofloxacin [inn_en]", "levaquin tavanic", "7h-pyrido[1,2,3-de]-1,4-benzoxazine-6-carboxylic acid,9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo- (3s)-", "levoflaxacin", "levaquin leva-pak", "levofloxacin [usan:inn:jan][inn][jan][usan]", "8-fluoro-3-(s)-methyl-9-(4-methyl-piperazin-1-yl)-6-oxo-2,3-dihydro-6h-1-oxa-3a-aza-phenalene-5-carboxylic acid", "lvx", "(s)-9-fluoro-3-methyl-10-(4-methylpiperazin-1-yl)-7-oxo-3,7-dihydro-2h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylic acid", "levofloxacine[french][inn]", "(3s)-9-fluoro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-2,3-dihydro-7h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylicacid[acd/iupac name]", "(-)-ofloxacin", "8-fluoro-3-methyl-9-(4-methyl-piperazin-1-yl)-6-oxo-2,3-dihydro-6h-1-oxa-3a-aza-phenalene-5-carboxylic acid", "oftaquix", "(-)-ofloxacin; (-)-(s)-9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazin-yl)-7-oxo-7h-pyrido(1,2,3-de)-1,4-benzoxazine-6-carboxylic acid", "ec 5.99.1.3", "levofloxacino[spanish][inn]", "rwj 25213-097", "(3s)-9-fluoro-3-methyl-10-(4-methylpiperazin-1-yl)-7-oxo-2,3-dihydro-7h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylicacid", "(-)-(s)-9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-7h-pyrido(1,2,3-de)-1,4-benzoxazine-6-carboxylic acid", "dr3355", "levaquin (tn)", "floxacin", "7h-pyrido(1,2,3-de)-1,4-benzoxazine-6-carboxylic acid,2,3-dihydro-9-fluoro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo- (s)-", "tavanic[wiki]"}|>, "4278" -> <|"DatabaseID" -> "SW02591", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7731"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4422]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01165"]}, "IsomericSmiles" -> "CC1COc2c3n1cc(c(=O)c3cc(c2N4CC[NH+](CC4)C)F)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00453"]}, "OfficialNames" -> <|"China Approved Name" -> "ofloxacin", "Indian Approved Name" -> "ofloxacin", "WHO Essential Medicine" -> "ofloxacin", "Australia Approved Name" -> "OFLOXACIN", "FDA Approved Drug" -> "OFLOXACIN"|>, "PharmGKBID" -> "PA450684", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4583]}, "Synonyms" -> {"floxin", "ofloxacin", "oflocet", "tarivid", "exocin", "puiritol", "telbit", "kinflocin", "qipro", "mergexin", "marfloxacin", "floxil", "tabrin", "oflox", "ofloxacine", "ofloxin", "floxal", "fugacin", "rilox", "flotavid", "onexacin", "taravid", "oflocee", "o-flox", "quotavil", "zanocin", "bactocin", "ofus", "occidal", "flodemex", "loxinter", "viotisone", "ofcin", "qinolon", "novecin", "praxin", "pharflox", "tariflox", "operan", "oflodal", "oxaldin", "kinoxacin", "quinolon", "visiren", "tructum", "oflodura", "effexin", "medofloxine", "orocin", "obide", "oflocin", "inoflox", "flovid", "flobacin", "sinflo", "otonil", "uro tarivid", "exocine", "oflin", "liflox", "floxstat", "danoflox", "nufafloqo", "oflodex", "ocuflox", "xed", "7h-1,4-oxazino[2,3,4-ij]quinoline-6-carboxylic acid 9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-[acd/index name]", "ofloxacinum[latin]", "100986-85-4[rn]", "82419-36-1 (83380-47-6)", "85344-55-4[rn]", "118120-51-7[rn]", "9-fluoro-3-methyl-10-(4-methylpiperazin-1-yl)-7-oxo-2,3-dihydro-7h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylic acid", "ofloxacina [dcit]", "levofloxacin hcl", "oflx; ofloxacin", "83380-47-6[rn]", "levofloxacin hemihydrate", "9-fluoro-3-methyl-10-(4-methylpiperazin-1-yl)-7-oxo-2,3-dihydro-7h-1,4oxazino2,3,4-ijquinoline-6-carboxylicacid", "levofloxacin[wiki]", "9-fluoro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-2,3-dihydro-7h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylic acid[acd/iupac name]", "dextrofloxacine", "dl-8280", "baccidal", "floxin otic", "ec 5.99.1.3", "ofloxacin[wiki]", "( -)-9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-7h-pyrido(1,2,3-de)(1,4)benzoxazin-6-carbonsaeure", "floxin (tn)", "t666 1a m bn ev ko&&tj; dvq hf m1 i- at6n dntj d1[wln]", "7h-pyrido[1,2,3-de]-1,4-benzoxazine-6-carboxylic acid,9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-", "9-fluoro-3-methyl-10-(4-methylpiperazin-4-ium-1-yl)-7-oxo-2,3-dihydro-7h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylate", "akilen", "ofloxacin [usan:ban:inn:jan][inn][jan][usan]", "337376-15-5", "levofloxacinhydrochloride", "oflx", "ofloxacine; dl-8280; hoe-280", "dna topoisomerase ii alpha isozyme", "null", "9-fluoro-3-methyl-10-(4-methylpiperazin-1-yl)-7-oxo-3,7-dihydro-2h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylic acid", "exocin;flobacin; mefoxacin;ocuflox;oflocet;oflocin;oxaldin;tarivid", "ofloxacin [inn_en]", "floxin[wiki]", "tarivid eye ear", "exocin;", "tarivid otic", "8-fluoro-3-methyl-9-(4-methyl-piperazin-1-yl)-6-oxo-2,3-dihydro-6h-1-oxa-3a-aza-phenalene-5-carboxylic acid", "ofx", "ofloxacino[spanish]", "9-fluoro-3-methyl-10-(4-methylpiperazino)-7-oxo-2,3-dihydro-7h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylicacid", "dl-8280 hoe-280 exocin flobacin floxin", "82419-36-1[rn]"}|>, "4279" -> <|"DatabaseID" -> "SW02591", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7731"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4422]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01165"]}, "IsomericSmiles" -> "CC1COc2c3n1cc(c(=O)c3cc(c2N4CC[NH+](CC4)C)F)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00453"]}, "OfficialNames" -> <|"China Approved Name" -> "ofloxacin", "Indian Approved Name" -> "ofloxacin", "WHO Essential Medicine" -> "ofloxacin", "Australia Approved Name" -> "OFLOXACIN", "FDA Approved Drug" -> "OFLOXACIN"|>, "PharmGKBID" -> "PA450684", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4583]}, "Synonyms" -> {"floxin", "ofloxacin", "oflocet", "tarivid", "exocin", "puiritol", "telbit", "kinflocin", "qipro", "mergexin", "marfloxacin", "floxil", "tabrin", "oflox", "ofloxacine", "ofloxin", "floxal", "fugacin", "rilox", "flotavid", "onexacin", "taravid", "oflocee", "o-flox", "quotavil", "zanocin", "bactocin", "ofus", "occidal", "flodemex", "loxinter", "viotisone", "ofcin", "qinolon", "novecin", "praxin", "pharflox", "tariflox", "operan", "oflodal", "oxaldin", "kinoxacin", "quinolon", "visiren", "tructum", "oflodura", "effexin", "medofloxine", "orocin", "obide", "oflocin", "inoflox", "flovid", "flobacin", "sinflo", "otonil", "uro tarivid", "exocine", "oflin", "liflox", "floxstat", "danoflox", "nufafloqo", "oflodex", "ocuflox", "xed", "7h-1,4-oxazino[2,3,4-ij]quinoline-6-carboxylic acid 9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-[acd/index name]", "ofloxacinum[latin]", "100986-85-4[rn]", "82419-36-1 (83380-47-6)", "85344-55-4[rn]", "118120-51-7[rn]", "9-fluoro-3-methyl-10-(4-methylpiperazin-1-yl)-7-oxo-2,3-dihydro-7h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylic acid", "ofloxacina [dcit]", "levofloxacin hcl", "oflx; ofloxacin", "83380-47-6[rn]", "levofloxacin hemihydrate", "9-fluoro-3-methyl-10-(4-methylpiperazin-1-yl)-7-oxo-2,3-dihydro-7h-1,4oxazino2,3,4-ijquinoline-6-carboxylicacid", "levofloxacin[wiki]", "9-fluoro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-2,3-dihydro-7h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylic acid[acd/iupac name]", "dextrofloxacine", "dl-8280", "baccidal", "floxin otic", "ec 5.99.1.3", "ofloxacin[wiki]", "( -)-9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-7h-pyrido(1,2,3-de)(1,4)benzoxazin-6-carbonsaeure", "floxin (tn)", "t666 1a m bn ev ko&&tj; dvq hf m1 i- at6n dntj d1[wln]", "7h-pyrido[1,2,3-de]-1,4-benzoxazine-6-carboxylic acid,9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-", "9-fluoro-3-methyl-10-(4-methylpiperazin-4-ium-1-yl)-7-oxo-2,3-dihydro-7h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylate", "akilen", "ofloxacin [usan:ban:inn:jan][inn][jan][usan]", "337376-15-5", "levofloxacinhydrochloride", "oflx", "ofloxacine; dl-8280; hoe-280", "dna topoisomerase ii alpha isozyme", "null", "9-fluoro-3-methyl-10-(4-methylpiperazin-1-yl)-7-oxo-3,7-dihydro-2h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylic acid", "exocin;flobacin; mefoxacin;ocuflox;oflocet;oflocin;oxaldin;tarivid", "ofloxacin [inn_en]", "floxin[wiki]", "tarivid eye ear", "exocin;", "tarivid otic", "8-fluoro-3-methyl-9-(4-methyl-piperazin-1-yl)-6-oxo-2,3-dihydro-6h-1-oxa-3a-aza-phenalene-5-carboxylic acid", "ofx", "ofloxacino[spanish]", "9-fluoro-3-methyl-10-(4-methylpiperazino)-7-oxo-2,3-dihydro-7h-[1,4]oxazino[2,3,4-ij]quinoline-6-carboxylicacid", "dl-8280 hoe-280 exocin flobacin floxin", "82419-36-1[rn]"}|>, "4280" -> <|"DatabaseID" -> "SW02592", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299]}, "IsomericSmiles" -> "CC(=O)Oc1ccc(cc1)C(c2ccc(cc2)OC(=O)C)c3ccccn3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00245"]}, "OfficialNames" -> <|"China Approved Name" -> "bisacodyl", "Indian Approved Name" -> "bisacodyl", "FDA Approved Drug" -> "BISACODYL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2391]}, "Synonyms" -> {"dulcolax", "deficol", "brocalax", "bisacodyl", "dulcolan", "endokolat", "ulcolax", "durolax", "(pyridin-2-ylmethandiyl)dibenzol-4,1-diyldiacetat[german]", "acetphenolpicoline", "phenol 4,4'-(2-pyridinylmethylene)bis- diaceta", "4,4'-diacetoxydiphenylpyridyl-2-methane", "bisacodyl tannex", "hillcolax", "halflytely", "(2-pyridinylmethylene)di-4,1-phenylene diacetate[acd/iupac name]", "laco", "603-50-9", "4-[(4-acetyloxyphenyl)-2-pyridylmethyl]phenyl acetate", "bisacodyl[wiki]", "eulaxan", "acetphenolpicoline;", "1336-29-4[rn]", "(pyridin-2-ylmethylene)bis(4,1-phenylene) diacetate", "acetic acid 4-[(4-acetoxy-phenyl)-pyridin-2-yl-methyl]-phenyl ester", "perilax", "bicol", "godalax", "di-(4-acetoxyphenyl)-2-pyridylmethane", "(pyridin-2-ylmethanediyl)dibenzene-4,1-diyl diacetate", "di-(p-acetoxyphenyl)-2-pyridylmethane", "sanvacual", "acetic acid 4-[(4-acetoxy-phenyl)-pyridin-2-yl-methyl]-phenyl ester(damp)", "bis(p-acetoxyphenyl)-2-pyridylmethane", "theralax", "laxagetten", "la96a", "(4,4'-diacetoxydiphenyl)(2-pyridyl)methane", "pyrilax", "phenol 4,4'-(2-pyridinylmethylene)bis- diacetate (ester)", "neolax", "(4-((4-acetyloxyphenyl)-pyridin-2-ylmethyl)phenyl) acetate", "laxans", "sk-bisacodyl", "bisacodylum[latin]", "broxalax", "4,4'-(2-pyridinylmethylene)bisphenol diacetate (ester)", "stadalax", "bisacodilo[spanish][inn]", "nigalax", "laxine", "bisacodyl [usan:ban:inn:jan][inn][jan][usan]", "fenilaxan", "2-(4,4'-diacetoxydiphenylmethyl)pyridine", "laxorex", "(pyridin-2-ylmethylene)di-4,1-phenylene diacetate", "ivilax", "zetrax", "210-044-4[einecs]", "603-50-9[rn]", "laxanin n", "(4-damp)acetic acid 4-[(4-acetoxy-phenyl)-pyridin-2-yl-methyl]-phenyl ester", "bicol[wiki]", "4,4'-(2-pyridylmethylene)bisphenol diacetate", "5-21-05-00415 (beilstein handbook reference)[beilstein]", "laxadin", "telemin"}|>, "4281" -> <|"DatabaseID" -> "SW02593", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3440]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00793"]}, "IsomericSmiles" -> "c1c(c(cc(c1Cl)Cl)Cl)OCC#CI", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00339"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HALOPROGIN"|>, "PharmGKBID" -> "PA164768737", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3561]}, "Synonyms" -> {"haloprogin", "halotex", "polik", "mycanden", "haloprogine [inn-french]", "aloprogen", "haloproginum [inn-latin]", "mycilan", "mycilan[wiki]", "benzene,1,2,4-trichloro-5-[(3-iodo-2-propynyl)oxy]", "halotex (tn)", "m-1028", "777-11-7[rn]", "(3-iod-2-propinyl)-(2,4,5-trichlorphenyl)ether", "haloprogin (jan/usan)[jan][usan]", "1,2,4-trichloro-5-[(3-iodoprop-2-yn-1-yl)oxy]benzene", "3-iodoprop-2-yn-1-yl 2,4,5-trichlorophenyl ether", "9005-49-6", "haloprogine[french][inn]", "haloprogina", "1,2,4-trichloro-5-[(3-iodo-2-propyn-1-yl)oxy]benzene[acd/iupac name]", "haloprogine", "1,2,4-trichloro-5-(3-iodoprop-2-ynyloxy)benzene", "halotex[wiki]", "haloprogina[spanish][inn]", "haloprogin [usan:inn:jan][inn][jan][usan]", "benzene 1,2,4-trichloro-5-((3-iodo-2-propynyl)oxy)-", "1,2,4-trichloro-5-(3-iodoprop-2-ynoxy)benzene", "m-1028 (meiji)", "212-286-6[einecs]", "benzene 1,2,4-trichloro-5-[(3-iodo-2-propyn-1-yl)oxy]-", "mycanden[wiki]", "polik[wiki]", "1,2,4-trichloro-5-(3-iodo-prop-2-ynyloxy)-benzene", "3-iodo-2-propynyl 2,4 5-trichlorophenyl ether", "haloproginum[latin]", "benzene 1,2,4-trichloro-5-[(3-iodo-2-propynyl)oxy]-", "haloprogin[wiki]", "benzene 1,2 4-trichloro-5-[ (3-iodo-2-propynyl)oxy]-", "1,2,4-trichloro-5-[(3-iodo-2-propynyl) oxy]benzene", "haloproginum", "haloprogina [inn-spanish]", "1,2,4-trichloro-5-[(3-iodo-2-propynyl)oxy]benzene", "ether 3-iodo-2-propynyl 2,4,5-trichlorophenyl", "2,4 5-trichlorophenyl iodopropargyl ether", "3-iodo-2-propynyl 2,4,5-trichlorophenyl ether", "1,2,4-trichlor-5-[(3-iod-2-propin-1-yl)oxy]benzol[german]", "haloprogin [usan:inn:jan]"}|>, "4282" -> <|"DatabaseID" -> "SW02594", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02925"]}, "IsomericSmiles" -> "c1ccc(cc1)Oc2c(cc(cc2S(=O)(=O)N)C(=O)[O-])N3CCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01634"]}, "OfficialNames" -> <|"NPC Approved Name" -> "piretanide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4849]}, "Synonyms" -> {"piretanide", "arelix (tn)", "piretanide (jan)", "55837-27-9", "piretanido [inn-spanish]", "piretanido [spanish]", "piretanidum [inn-latin]", "arelix", "kidney-specific na-k-cl symporter", "hoe 118", "bumetanide-sensitive sodium-(potassium)-chloride cotransporter 2", "tauliz", "einecs 259-852-9"}|>, "4283" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4284" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4285" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4286" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4287" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4288" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4289" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4290" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4291" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4292" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4293" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4294" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4295" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4296" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4297" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4298" -> <|"DatabaseID" -> "SW02595", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4935461]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)OC1CCC2C3CN4C(CCCC4=O)C(C3=O)C[NH+]2C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3′-angeloyloxy-4′-isovaleroyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6430118]}, "Synonyms" -> {"13-angeloyloxy-17-oxolupanine"}|>, "4299" -> <|"DatabaseID" -> "SW02596", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21165]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)C(=C(c1ccccc1)c2ccccc2)C#N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05227"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octocrylene", "FDA Approved Drug" -> "OCTOCRYLENE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22571]}, "Synonyms" -> {"octocrilene", "octocrylene", "uv absorber-3", "2-ethylhexyl 2-cyano-3", "2-ethylhexyl 2-cyano-3,3-diphenylpropenoate", "2-ethylhexyl 2-cyano-3,3-diphenylpropenoate;2-cyano-3,3-diphenyl-2-propanoic acid 2-ethylhexyl ester", "6197-30-4", "149984-83-8[rn]", "octocrileno [inn-spanish]", "2-ethylhexyl-2-cyano-3,3-diphenylacrylate", "228-250-8[einecs]", "2-ethylhexyl 2-cyano-3,3-diphenylprop-2-enoate", "ccris 4814", "6197-30-4[rn]", "2-ethylhexyl 2-cyano-3,3-diphenylacrylate[acd/iupac name]", "octocrilenum [inn-latin]", "2-ethylhexyl-2-cyano-3", "2-ethylhexyl 2-cyano-3,3-diphenyl-2-acrylate", "80135-31-5[rn]", "2-ethylhexyl 2-cyano-3,3-diphenyl acrylate", "2-propenoic acid 2-cyano-3,3-diphenyl- 2-ethylhexyl ester", "octocrylene[wiki]", "octocrilenum[latin]", "c088673", "2-ethylhexyl 2-cyano-3,3-diphenyl-2-propenoate", "octocrileno[spanish][inn]"}|>, "4300" -> <|"DatabaseID" -> "SW02596", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21165]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)C(=C(c1ccccc1)c2ccccc2)C#N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05227"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octocrylene", "FDA Approved Drug" -> "OCTOCRYLENE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22571]}, "Synonyms" -> {"octocrilene", "octocrylene", "uv absorber-3", "2-ethylhexyl 2-cyano-3", "2-ethylhexyl 2-cyano-3,3-diphenylpropenoate", "2-ethylhexyl 2-cyano-3,3-diphenylpropenoate;2-cyano-3,3-diphenyl-2-propanoic acid 2-ethylhexyl ester", "6197-30-4", "149984-83-8[rn]", "octocrileno [inn-spanish]", "2-ethylhexyl-2-cyano-3,3-diphenylacrylate", "228-250-8[einecs]", "2-ethylhexyl 2-cyano-3,3-diphenylprop-2-enoate", "ccris 4814", "6197-30-4[rn]", "2-ethylhexyl 2-cyano-3,3-diphenylacrylate[acd/iupac name]", "octocrilenum [inn-latin]", "2-ethylhexyl-2-cyano-3", "2-ethylhexyl 2-cyano-3,3-diphenyl-2-acrylate", "80135-31-5[rn]", "2-ethylhexyl 2-cyano-3,3-diphenyl acrylate", "2-propenoic acid 2-cyano-3,3-diphenyl- 2-ethylhexyl ester", "octocrylene[wiki]", "octocrilenum[latin]", "c088673", "2-ethylhexyl 2-cyano-3,3-diphenyl-2-propenoate", "octocrileno[spanish][inn]"}|>, "4301" -> <|"DatabaseID" -> "SW02598", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82641]}, "IsomericSmiles" -> "C1=CO[C@H]([C@H]2[C@@H]1[C@@H]([C@H]3[C@@]2(O3)CO)O)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "catalpol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91520]}, "Synonyms" -> {"de(p-hydroxybenzoyl)catalposide", "catalpinoside", "catalpol", "beta-d-glucopyranoside", "catalposide des-p-hydroxybenzoyl-", "2415-24-9[rn]", "219-324-0[einecs]", "einecs 219-324-0", "2415-24-9", "catalposide", "(2s,3r,4s,5s,6r)-2-{[(1as,1bs,2s,5ar,6s,6as)-6-hydroxy-1a-(hydroxymethyl)-1a,1b,2,5a,6,6a-hexahydrooxireno[4,5]cyclopenta[1,2-c]pyran-2-yl]oxy}-6-(hydroxymethyl)tetrahydro-2h-pyran-3,4,5-triol", "ac1l3m8y", "(1as-(1aalpha", "(2s,3r,4s,5s,6r)-2-{[(1as,1bs,2s,5ar,6s,6as)-6-hydroxy-1a-(hydroxymethyl)-1a,1b,2,5a,6,6a-hexahydrooxireno[4,5]cyclopenta[1,2-c]pyr-2-yl]oxy}-6-(hydroxymethyl)tetrahydro-2h-pyran-3,4,5-triol"}|>, "4302" -> <|"DatabaseID" -> "SW02599", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17031"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141643]}, "IsomericSmiles" -> "C[n+]1cc2c(c3c1c4cc5c(cc4cc3)OCO5)c(cc6c2OCO6)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chelirubine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161243]}, "Synonyms" -> {"chelirubine", "[1", "(1", "ac1l4p27", "ac1q701g", "28387-06-6[rn]", "18203-11-7", "(1,3)benzodioxolo(5,6-c)-1,3-dioxolo(4,5-i)phenanthridinium 5-methoxy-13-methyl-", "5-methoxy-13-methyl-2h,10h-[1,3]dioxolo[4,5-i][1,3]dioxolo[4',5':4,5]benzo[1,2-c]phenanthridinium", "[1,3]benzodioxolo[5,6-c]-1,3-dioxolo[4,5-i]phenanthridinium 5-methoxy-13-methyl-", "chebi:17031", "34103-60-1", "c06327", "34099-72-4", "18203-11-7[rn]"}|>, "4303" -> <|"DatabaseID" -> "SW02600", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54663]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)c2c(cc3c4c2OCN(n4cc(c3=O)C(=O)[O-])C)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08156"]}, "OfficialNames" -> <|"NPC Approved Name" -> "marbofloxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60651]}, "Synonyms" -> {"marbofloxacin", "zeniquin", "marbocyl", "marbofloxacin (inn)", "115550-35-1", "marbofloxacine [inn-french]", "7h-1,3,4-oxadiazino[6,5,4-ij]quinoline-6-carboxylic acid 9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-", "marbofloxacin[wiki][inn]", "marbofloxacinum[latin]", "ncgc00166310-01", "marbofloxacine", "7h-pyrido(3,2,1-ij)(4,1,2)benzoxadiazine-6-carboxylicacid 2,3-dihydro-9-fluoro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-", "ro-09-1168", "9-fluoro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-2,3-dihydro-7h-[1,3,4]oxadiazino[6,5,4-ij]quinoline-6-carboxylicacid[acd/iupac name]", "115550-35-1[rn]", "9-fluoro-3-methyl-10-(4-methylpiperazin-1-yl)-7-oxo-3,7-dihydro-2h-[1,3,4]oxadiazino[6,5,4-ij]quinoline-6-carboxylicacid", "marbofloxacino[spanish][inn]", "2,3-dihydro-9-fluoro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-7h-pyrido[3,2,1-ij][4,1,2]benzoxadiazine-6-carboxylicacid", "9-fluoro-3-methyl-10-(4-methylpiperazin-1-yl)-7-oxo-2,3-dihydro-7h-[1,3,4]oxadiazino[6,5,4-ij]quinoline-6-carboxylicacid", "marbofloxacino [inn-spanish]", "marbofloxacinum [inn-latin]", "9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-7h-pyrido(3,2,1-ij)(4,1,2)benzoxadiazine-6-carboxylicacid", "marbofloxacin [inn]", "9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-1-piperazinyl)-7-oxo-7h-pyrido[3,2,1-ij][4,1,2]benzoxadiazine-6-carboxylicacid", "marbocyl zeniquin", "marbofloxacine[french][inn]", "9-fluoro-2,3-dihydro-3-methyl-10-(4-methyl-piperazino)-7-oxo-7h-pyrido[1,2,3-ij][1,2,4]benzoxadiazine-6-carboxylic acid"}|>, "4304" -> <|"DatabaseID" -> "SW02601", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35940"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 554166]}, "IsomericSmiles" -> "c1c([nH]cn1)C[C@@H](C(=O)N2CCC[C@H]2C(=O)N)NC(=O)[C@@H]3CCC(=O)N3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00176"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PROTIRELIN;THYROTROPIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 638678]}, "Synonyms" -> {"thyrotropin-releasing hormone", "relefact trh", "l-pyroglutamyl-l-histidyl-l-prolinamide", "protirelin", "relefact trh (tn)", "thyroliberin", "lopremone", "thyrotropin releasing hormone", "synthetic trh", "prolinamide 5-oxoprolylhistidyl-", "abbott 38579", "tsh-releasing factor; tsh-releasing hormone", "stimu tsh", "antepan", "synthetic tsh-releasing hormone", "thyrotropin-releasing factor", "thyroid-stimulating hormone-releasing factor", "246-143-4[einecs]", "trf", "thyrotropic releasing hormone", "903432[beilstein]", "prem", "53935-32-3[rn]", "24305-27-9[rn]", "protirelin (jp15/usan)[usan][jp15]", "l-pyroglutamyl-l-histidyl-l-proline amide", "protirelin trh", "thyrefact", "pyroglutamylhistidylprolinamide", "thyrotropic-releasing factor", "protirelin[wiki]", "rifotironin", "tsh-rf", "protirelin tartrate[jp15]", "synthetic thyrotropin-releasing factor", "trh", "thyroid releasing hormone", "chebi:35940", "ro 8-6270/9", "trh-roche", "synthetic thyrotropin-releasing hormone", "thyrotropin-releasing factor (8ci)", "rifathyroin", "synthetic tsh-releasing factor", "tsh-releasing hormone", "thyrel trh", "thyrotropic hormone-releasing factor", "human protirelin (thyrotropin releasing hormone)", "117217-40-0[rn]", "ncgc00160616-01", "5-oxo-l-prolyl-l-histidyl-l-prolinamide", "thypinone", "26303-90-2[rn]", "thyrotropic hormone-releasing hormone", "5-oxoprolylhistidylprolinamide[acd/iupac name]", "a-38579", "tsh-releasing factor", "54974-54-8[rn]", "l-pyroglutamyl-l-histidyl-l-prolineamide", "34367-54-9[rn]", "(pyro)-l-glutamic acid-l-histidine-l-proline-nh2", "pglu-his-pro amide", "synthetic trf", "l-prolinamide 5-oxo-l-prolyl-l-histidyl-"}|>, "4305" -> <|"DatabaseID" -> "SW02602", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12084]}, "IsomericSmiles" -> "CC[NH+](CC)CCc1c(c2ccc(cc2oc1=O)OCC(=O)OCC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07619"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carbocromenum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12604]}, "Synonyms" -> {"carbochromene", "chromonar", "carbocromene", "carbocromen", "carbochromen", "carbocromenum[latin]", "carbocromene [inn-french]", "212-356-6[einecs]", "ag-3", "carbocromeno[spanish][inn]", "5-18-12-00048 (beilstein handbook reference)[beilstein]", "intercordin", "karbokromen[russian]", "[[3-[2-(diethylamino)ethyl]-4-methyl-2-oxo-2h-1-benzopyran-7-yl]ox y]acetic acid,ethyl ester", "carbocromenum [inn-latin]", "ethyl ((3-(2-(diethylamino)ethyl)-4-methyl-2-oxo-2h-chromen-7-yl)oxy)acetate", "carbocromen[wiki]", "acetic acid 2-[[3-[2-(diethylamino)ethyl]-4-methyl-2-oxo-2h-1-benzopyran-7-yl]oxy]- ethyl ester", "[[3-[2-(diethylamino)ethyl]-4-methyl-2-oxo-2h-1-benzopyran-7-yl]oxy]acetic acid ethyl ester", "casella 4489", "5-18-12-00048[beilstein]", "804-10-4[rn]", "acetic acid ((3-(2-(diethylamino)ethyl)-4-methyl-2-oxo-2h-1-benzopyran-7-yl)oxy)- ethylester", "acetic acid ((3-(2-(diethylamino)ethyl)-4-methyl-2-oxo-2h-1-benzopyran-7-yl)oxy", "acetic acid [[3-[2- (diethylamino)ethyl]-4-methyl-2-oxo-2h-1-benzopyran-7-yl]oxy]- ethyl ester", "[3-(2-diethylamino-ethyl)-4-methyl-2-oxo-2h-chromen-7-yloxy]-acetic acidethyl ester", "karbokromen (russian)", "3-(b-diethylaminoethyl)-4-methyl-7-(carbethoxymethoxy)-2h-1-benzopyran-2-one", "chromonar hydrochloride", "acetic acid {[[3-[2-(diethylamino)ethyl]-4-methyl-2-oxo-2h-1-benzopyran-7-yl]ox}yl]- ethyl ester", "ethyl [[3-[2-(diethylamino)ethyl]-4-methyl-2-oxo-2h-1-benzopyran-7-yl]oxy]acetate", "3-(b-diethylaminoethyl)-4-methyl-7-(carbethoxymethoxy)coumarin", "ethyl ({3-[2-(diethylamino)ethyl]-4-methyl-2-oxo-2h-chromen-7-yl}oxy)acetate[acd/iupac name]", "intensain", "{[[3-[2-(diethylamino)ethyl]-4-methyl-2-oxo-2h-1-benzopyran-7-yl]ox}yl]acetic acid ethylester"}|>, "4306" -> <|"DatabaseID" -> "SW02603", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476673]}, "IsomericSmiles" -> "C[NH+]1CCC23C1(CCc4c2c(c(cc4)OC)O)C(=C(C(C3)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hernandolinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318028]}, "Synonyms" -> {"hernandolinol"}|>, "4307" -> <|"DatabaseID" -> "SW02603", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476673]}, "IsomericSmiles" -> "C[NH+]1CCC23C1(CCc4c2c(c(cc4)OC)O)C(=C(C(C3)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hernandolinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318028]}, "Synonyms" -> {"hernandolinol"}|>, "4308" -> <|"DatabaseID" -> "SW02603", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476673]}, "IsomericSmiles" -> "C[NH+]1CCC23C1(CCc4c2c(c(cc4)OC)O)C(=C(C(C3)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hernandolinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318028]}, "Synonyms" -> {"hernandolinol"}|>, "4309" -> <|"DatabaseID" -> "SW02603", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476673]}, "IsomericSmiles" -> "C[NH+]1CCC23C1(CCc4c2c(c(cc4)OC)O)C(=C(C(C3)O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hernandolinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318028]}, "Synonyms" -> {"hernandolinol"}|>, "4310" -> <|"DatabaseID" -> "SW02604", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17650"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5551]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00741"], ExternalIdentifier["DrugBankID", "07886"]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C=C1CC[C@@H]3[C@@H]2[C@H](C[C@]4([C@H]3CC[C@@]4(C(=O)CO)O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00088"]}, "OfficialNames" -> <|"China Approved Name" -> "hydrocortisone", "Indian Approved Name" -> "hydrocortisone;hydrocortisone acet", "WHO Essential Medicine" -> "hydrocortisone", "Australia Approved Name" -> "HYDROCORTISONE ACETATE;HYDROCORTISONE", "FDA Approved Drug" -> "HYDROCORTISONE"|>, "PharmGKBID" -> "PA449905", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5754]}, "Synonyms" -> {"hydrocortisone", "hytone", "cortef", "cetacort", "cobadex", "anusol hc", "hycort", "acticort", "cortril", "signef", "colocort", "dermacort", "cortisol", "hydrocort", "otosone-f", "texacort", "efcortelan", "hycortol", "nutracort", "cortolotion", "tarcortin", "cortisol alcohol", "domolene-hc", "cortanal", "efcortelin", "balneol-hc", "mildison", "dermolate", "lubricort", "proctocort", "lacticare-hc", "hycortole", "komed hc", "medicort", "cortenema", "hi-cor", "hydro-adreson", "cort-dome", "zenoxone", "cortoxide", "optef", "hydroxycortisone", "hydroskin", "h-cort", "maintasone", "epicort", "eldecort", "ala-scalp", "cortispray", "genacort", "hydrocortal", "hydrocorticosterone", "dermocortal", "locoid", "timocort", "rectoid", "cremesone", "barseb hc", "hydrasson", "heb-cort", "efcorbin", "incortin-h", "scheroson f", "hydrocortone", "stie-cort", "kendall's compound f", "delacort", "flexicort", "cortifan", "penecort", "ficortril", "dioderm", "meusicort", "aeroseb-hc", "ala-cort", "esiderm h", "dihydrocostisone", "synacort", "cortiment", "polcort h", "nogenic hc", "reichstein's substance m", "cortonema", "eldercort", "permicort", "glycort", "corticreme", "texacort lotion 25", "dome-cort", "hydrocortisyl", "epiderm h", "hidro-colisona", "traumaide", "hydro-colisona", "evacort", "neosporin-h ear", "prevex hc", "hidalone", "sopamycetin/hc susp (chloramphenicol + hydrocortisone acetate)_mixture", "proctosone sup (dibucaine hydrochloride + esculin + hydrocortisone acetate + neomycin sulfate)_mixture", "idrocortisone [dcit]", "17alpha-hydroxycorticosterone", "ti-u-lac hc lotion (hydrocortisone + urea)_mixture", "cortaid", "cleiton", "hydrocortisone valerate", "preparation h hydrocortisone cream", "neo-cortef eye ear ont (hydrocortisone acetate + neomycin sulfate)_mixture", "vioform + hydrocortisone (clioquinol + hydrocortisone)_mixture", "proctosedyl suppositories (dibucaine hydrochloride + esculin + framycetin sulfate + hydrocortisone)_mixture", "prepcort", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "hydrocortisonum [inn-latin]", "proctosone ont (dibucaine hydrochloride + esculin + hydrocortisone acetate + neomycin sulfate)_mixture", "gyno-cortisone", "otocort", "phospholipase a2 inhibitory protein", "vioform-hydrocortisone", "anti-inflammatory hormone", "kyypakkaus", "cutisol", "anflam", "pandel", "pediotic suspension", "proctofoam", "schericur", "incortin-hydrogen", "hydrocortisone base", "foille insetti", "vosol hc (acetic acid + benzethonium chloride + hydrocortisone + propylene glycol diacetate)_mixture", "hemsol-hc", "micort-hc", "otalgine", "proctosedyl ointment (dibucaine hydrochloride + esculin + framycetin sulfate + hydrocortisone)_mixture", "hytisone", "dricort", "proctosedyl sup (dibucaine hydrochloride + esculin + framycetin sulfate + hydrocortisone)_mixture", "alphaderm", "otobiotic", "cortisporin otico", "aeroseb hc", "tetrahydro e", "aquanil hc", "remederm hc", "cortifoam", "beta-hc", "alacort", "11beta-hydroxycortisone", "eye and wound powder (chlorhexidine hydrochloride + hydrocortisone acetate + penicillin g procaine + sulfathiazole)_mixture", "hydrocortistab", "hydrocortisone alcohol", "calmurid hc crm (hydrocortisone + urea)_mixture", "heb cort", "otizol hc liq (hydrocortisone (hydrocortisone acetate) + lidocaine (lidocaine hydrochloride) + neomycin (neomycin sulfate))_mixture", "hydracort", "lipocortin i", "cort-quin", "sigmacort", "hidrocortisona [inn-spanish]", "actinac pwr (allantoin + butoxyethyl nicotinate + chloramphenicol + hydrocortisone acetate + sulfur)_mixture", "nystaform-hc", "derm-aid", "vioform hydrocortisone mild (clioquinol + hydrocortisone)_mixture", "urocortisone", "westcort", "sopamycetin/hc ointment (chloramphenicol + hydrocortisone acetate)_mixture", "chromobindin-9", "ef corlin", "stiefcorcil", "algicirtis", "systral hydrocort", "dermaspray", "vytone", "cortef acetate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin (neomycin sulfate) + penicillin g procaine + polymyxin b sulfate)_mixture", "actinac pws (allantoin + butoxyethyl nicotinate + chloramphenicol + hydrocortisone acetate + sulfur)_mixture", "p35", "hydrocortisone butyrate", "orabase hca", "neo-cortef eye ear dps (hydrocortisone acetate + neomycin sulfate)_mixture", "lacticare hc", "thyrotropic-releasing factor", "racet", "lactisona", "drotic", "uniderm", "basan-corti", "sanatison", "hydrocortisone acetate", "cremicort-h", "fiocortril", "tetrahydrocompound e", "amberin", "hysone", "milliderm", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b (polymyxin b sulfate))_mixture", "cortisolonum", "locoid lipocream", "protocort", "calpactin ii", "dermil", "neo-cortef eye ear drops sterile suspension (hydrocortisone acetate + neomycin sulfate)_mixture", "compound f", "transderma h", "vosol hc", "annexin i", "cortesal", "aquacort", "hydrocortisone free alcohol", "vioform hydrocortisone cream (clioquinol + hydrocortisone)_mixture", "scalpicin capilar", "cortisporin", "sopamycetin/hc ont (chloramphenicol + hydrocortisone acetate)_mixture", "hydrocortisone sodium phosphate", "caldecort spray", "the", "hytone lotion", "clear aid", "ccn 90306a", "hydrocortisone hydrogen succinate imp. a (ep)", "hc", "(1s,10s,11s,15s,17s,2r,14r)-14,17-dihydroxy-14-(2-hydroxyacetyl)-2,15-dimethyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-en-5-one", "corhydron", "9005-49-6", "200-020-1[einecs]", "prednisolone imp. a (ep)", "(1s,10s,11s,15s,17s,2r,14r)-14,17-dihydroxy-14-(2-hydroxyacetyl)-2,15-dimethyl tetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-en-5-one", "hydrocortisone(cortisol)", "hydrocortisone acetate imp. a (pharmeuropa)", "hydro-rx", "(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-17-(hydroxyacetyl)-10,13-dimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-one", "hc (hydrocortisone)", "8063-42-1[rn]", "anucort-hc", "[(8r,9r,10r,11s,13s,14s,17r)-11-hydroxy-17-(2-hydroxyacetyl)-10,13-dimethyl-3-oxo-2,6,7,8,9,11,12,14,15,16-decahydro-1h-cyclopenta[a]phenanthren-17-yl] butanoate", "8056-08-4[rn]", "(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-17-(2-hydroxyacetyl)-10,13-dimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-1h-cyclopenta[a]phenanthren-3(2h)-one", "hydrocortisone in absorbase", "17-hydroxycorticosterone", "hvb", "eye-cort", "hidrocortisona", "hydrocortisonum", "(11b)-11,17,21-trihydroxypregn-4-ene-3,20-dione", "hydrocortisone[wiki]", "(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-17-(hydroxyacetyl)-10,13-dimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-3h-cyclopenta[a]phenanthren-3-on", "1354819[beilstein]", "11b,17,21-trihydroxyprogesterone", "17a-hydroxycorticosterone", "anusol-hc", "50-23-7[rn]", "80562-38-5[rn]", "pregn-4-ene-3,20-dione 11,17,21-trihydroxy- (11b)-", "4-pregnene-11b,17a,21-triol-3,20-dione", "hc #4", "cortisol[wiki]", "hydrocortisonum [inn_la]", "(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-17-(2-hydroxy-acetyl)-10,13-dimethyl-1,2,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-cyclopenta[a]phenanthren-3-one", "hc #1", "hydroxycorticosterone", "(11alpha,14beta)-11,17,21-trihydroxypregn-4-ene-3,20-dione"}|>, "4311" -> <|"DatabaseID" -> "SW02605", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55245]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01464"]}, "IsomericSmiles" -> "CCOC(=O)C1(CC[NH+](CC1)CCOCC2CCCO2)c3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Furethidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61306]}, "Synonyms" -> {"furethidine", "furetidina [dcit]", "ethyl 4-phenyl-1-(2-tetrahydrofurfuryloxyethyl)piperidine-4-carboxylate", "dea no. 9626", "2385-81-1[rn]", "4-phenyl-1-[2-(tetrahydrofurfuryloxy)ethyl]isonipecotic acid ethyl ester", "furethidinum", "isonipecotic acid", "brn 0496786", "1-(2'-tetrahydrofurfuryloxyethyl)norpethidine", "219-195-0[einecs]", "4-piperidinecarboxylic acid 4-phenyl-1-[2-[(tetrahydro-2-furanyl)methoxy]ethyl]- ethyl ester", "ethyl 4-phenyl-1-[2-(tetrahydrofuran-2-ylmethoxy)ethyl]piperidine-4-carboxylate", "ethyl 1-(tetrahydrofurfuryloxyethyl)-4-phenylpiperidine-4-carboxylate", "4-phenyl-1-[2-[(tetrahydro-2-furanyl)methoxy]ethyl]-4-piperidinecarboxylic acid ethyl ester", "1-(2-tetrahydrofurfuryloxyethyl)-4-phenylpiperidine-4-carboxylic acid ethyl ester", "4-piperidinecarboxylic acid", "furethidine [ban:dcf:inn][inn]", "isonipecotic acid,4-phenyl-1-(2-((tetrahydrofurfuryl)oxy)ethyl)- ethylester", "5-22-02-00472 (beilstein handbook reference)[beilstein]", "furethidinum[latin]", "einecs 219-195-0", "furethidinum [inn-latin]"}|>, "4312" -> <|"DatabaseID" -> "SW02605", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55245]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01464"]}, "IsomericSmiles" -> "CCOC(=O)C1(CC[NH+](CC1)CCOCC2CCCO2)c3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Furethidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61306]}, "Synonyms" -> {"furethidine", "furetidina [dcit]", "ethyl 4-phenyl-1-(2-tetrahydrofurfuryloxyethyl)piperidine-4-carboxylate", "dea no. 9626", "2385-81-1[rn]", "4-phenyl-1-[2-(tetrahydrofurfuryloxy)ethyl]isonipecotic acid ethyl ester", "furethidinum", "isonipecotic acid", "brn 0496786", "1-(2'-tetrahydrofurfuryloxyethyl)norpethidine", "219-195-0[einecs]", "4-piperidinecarboxylic acid 4-phenyl-1-[2-[(tetrahydro-2-furanyl)methoxy]ethyl]- ethyl ester", "ethyl 4-phenyl-1-[2-(tetrahydrofuran-2-ylmethoxy)ethyl]piperidine-4-carboxylate", "ethyl 1-(tetrahydrofurfuryloxyethyl)-4-phenylpiperidine-4-carboxylate", "4-phenyl-1-[2-[(tetrahydro-2-furanyl)methoxy]ethyl]-4-piperidinecarboxylic acid ethyl ester", "1-(2-tetrahydrofurfuryloxyethyl)-4-phenylpiperidine-4-carboxylic acid ethyl ester", "4-piperidinecarboxylic acid", "furethidine [ban:dcf:inn][inn]", "isonipecotic acid,4-phenyl-1-(2-((tetrahydrofurfuryl)oxy)ethyl)- ethylester", "5-22-02-00472 (beilstein handbook reference)[beilstein]", "furethidinum[latin]", "einecs 219-195-0", "furethidinum [inn-latin]"}|>, "4313" -> <|"DatabaseID" -> "SW02606", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 451728]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)C[NH+]2CCC34CCCCC3C2Cc5c4cc(cc5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Levophenacylmorphan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 517743]}, "Synonyms" -> {"levophenacylmorphan", "118251-ep2298765a1", "morphinan-3-ol", "118251-ep2275420a1", "118251-ep2280008a2", "118251-ep2298764a1", "ac1lapa2", "morphinan-3-ol 17-(2-oxo-2-phenylethyl)-"}|>, "4314" -> <|"DatabaseID" -> "SW02606", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 451728]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)C[NH+]2CCC34CCCCC3C2Cc5c4cc(cc5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Levophenacylmorphan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 517743]}, "Synonyms" -> {"levophenacylmorphan", "118251-ep2298765a1", "morphinan-3-ol", "118251-ep2275420a1", "118251-ep2280008a2", "118251-ep2298764a1", "ac1lapa2", "morphinan-3-ol 17-(2-oxo-2-phenylethyl)-"}|>, "4315" -> <|"DatabaseID" -> "SW02606", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 451728]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)C[NH+]2CCC34CCCCC3C2Cc5c4cc(cc5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Levophenacylmorphan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 517743]}, "Synonyms" -> {"levophenacylmorphan", "118251-ep2298765a1", "morphinan-3-ol", "118251-ep2275420a1", "118251-ep2280008a2", "118251-ep2298764a1", "ac1lapa2", "morphinan-3-ol 17-(2-oxo-2-phenylethyl)-"}|>, "4316" -> <|"DatabaseID" -> "SW02606", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 451728]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)C[NH+]2CCC34CCCCC3C2Cc5c4cc(cc5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Levophenacylmorphan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 517743]}, "Synonyms" -> {"levophenacylmorphan", "118251-ep2298765a1", "morphinan-3-ol", "118251-ep2275420a1", "118251-ep2280008a2", "118251-ep2298764a1", "ac1lapa2", "morphinan-3-ol 17-(2-oxo-2-phenylethyl)-"}|>, "4317" -> <|"DatabaseID" -> "SW02606", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 451728]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)C[NH+]2CCC34CCCCC3C2Cc5c4cc(cc5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Levophenacylmorphan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 517743]}, "Synonyms" -> {"levophenacylmorphan", "118251-ep2298765a1", "morphinan-3-ol", "118251-ep2275420a1", "118251-ep2280008a2", "118251-ep2298764a1", "ac1lapa2", "morphinan-3-ol 17-(2-oxo-2-phenylethyl)-"}|>, "4318" -> <|"DatabaseID" -> "SW02606", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 451728]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)C[NH+]2CCC34CCCCC3C2Cc5c4cc(cc5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Levophenacylmorphan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 517743]}, "Synonyms" -> {"levophenacylmorphan", "118251-ep2298765a1", "morphinan-3-ol", "118251-ep2275420a1", "118251-ep2280008a2", "118251-ep2298764a1", "ac1lapa2", "morphinan-3-ol 17-(2-oxo-2-phenylethyl)-"}|>, "4319" -> <|"DatabaseID" -> "SW02606", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 451728]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)C[NH+]2CCC34CCCCC3C2Cc5c4cc(cc5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Levophenacylmorphan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 517743]}, "Synonyms" -> {"levophenacylmorphan", "118251-ep2298765a1", "morphinan-3-ol", "118251-ep2275420a1", "118251-ep2280008a2", "118251-ep2298764a1", "ac1lapa2", "morphinan-3-ol 17-(2-oxo-2-phenylethyl)-"}|>, "4320" -> <|"DatabaseID" -> "SW02606", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 451728]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)C[NH+]2CCC34CCCCC3C2Cc5c4cc(cc5)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Levophenacylmorphan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 517743]}, "Synonyms" -> {"levophenacylmorphan", "118251-ep2298765a1", "morphinan-3-ol", "118251-ep2275420a1", "118251-ep2280008a2", "118251-ep2298764a1", "ac1lapa2", "morphinan-3-ol 17-(2-oxo-2-phenylethyl)-"}|>, "4321" -> <|"DatabaseID" -> "SW02607", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107585]}, "IsomericSmiles" -> "c1ccc(cc1)C(Cc2nc(on2)CC[NH+]3CCCCC3)c4ccccc4", "OfficialNames" -> <|"Indian Approved Name" -> "prenoxdiazine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120507]}, "Synonyms" -> {"tibexin", "prenoxdiazine hydrochloride", "libexin", "lomapect", "1-{2-[3-(2,2-diphenylethyl)-1,2,4-oxadiazol-5-yl]ethyl}piperidine hydrochloride (1:1)[acd/iupac name]", "1-[2-[3-(2,2-diphenylethyl)-1,2,4-oxadiazol-5-yl]ethyl]piperidine hydrochloride", "1-(2-(3-(2,2-diphenylethyl)-1,2,4-oxadiazol-5-yl)ethyl)piperidine,monohydrochloride", "hk 256", "piperidine 1-(2-(3-(2,2-diphenylethyl)-1,2,4-oxadiazol-5-yl)ethyl)- monohydrochloride", "982-43-4", "piperidine 1-[2-[3-(2,2-diphenylethyl)-1,2,4-oxadiazol-5-yl]ethyl]- hydrochloride (1:1)", "1-[2-[3-(2,2-diphenylethyl)-1,2,4-oxadiazol-5-yl]ethyl]piperidine monohydrochloride", "1-(2-(3-(2", "213-567-6[einecs]", "1-(2-(3-(2,2-diphenylethyl)-1,2,4-oxadiazol-5-yl)ethyl)piperidine monohydrochloride", "3-(b,b-diphenylethyl)-5-(b-piperidinoethyl)-1,2,4-oxadiazole hydrochloride", "einecs 213-567-6", "3-(2", "libexin (tn)", "982-43-4[rn]", "3-(2,2-diphenylaethyl)-5-(2-piperidinoaethyl)-1,2,4-oxadiazol[german]"}|>, "4322" -> <|"DatabaseID" -> "SW02608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2768]}, "IsomericSmiles" -> "CCOP(=S)(OCC)Oc1ccc2c(c(c(=O)oc2c1)Cl)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07750"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-o-rhamnosylorientin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2871]}, "Synonyms" -> {"coumafos", "meldane", "coumaphos", "meldone", "baymix", "agridip", "muscatox", "asuntol", "asunthol", "azunthol", "umbelliferone 3-chloro-4-methyl-,o,o-diethyl phosphorothioate", "o o-diaethyl-o- (3-chlor-4-methyl-cumarin-7-yl)-monothiophosphat", "o,o-diethyl 3-chloro-4-methyl-7-umbelliferone thiophosphate", "coumophos", "o,o-diethyl o-(3-chloro-4-methylumbelliferone) thiophosphate", "coumarin,3-chloro-7-hydroxy-4-methyl- o-ester witho,o-diethylpyrophosphorothioate", "o o-diethyl 3-chloro-4-methyl-7-umbelliferone thiophosphate", "3-chloro-4-methyl-7-coumarinyl diethyl phosphorothioate", "o-(3-chloro-4-methyl-2-oxo-2h-1-benzopyran-7-yl) o,o-diethylphosphorothioate", "cumafos[dutch]", "200-285-3[einecs]", "o,o-dietil-o-(3-cloro-4-metil-cumarin-7-il-monotiofosfato)[italian]", "o,o-diaethyl-o-(3-chlor-4-methyl-cumarin-7-yl)-monothiophosphat[german]", "diethyl o-(3-chloro-4-methyl-2-oxo-2h-1-benzopyran-7-yl) phosphorothioate", "resitox", "3-chloro-7-hydroxy-4-methyl-coumarino,o-diethyl phosphorothioate", "o-(3-chloro-4-methyl-2-oxo-2h-chromen-7-yl) o,o-diethyl thiophosphate", "o,o-diethyl o-(3-chloro-4-methylcoumarinyl-7) thiophosphate", "phosphorothioic acid o-(3-chloro-4-methyl-2-oxo-2h-1-benzopyran-7-yl)o,o-diethyl ester", "3-chloro-7-hydroxy-4-methylcoumarino-ester with o,o-diethyl phosphorothioate", "o,o-diethyl o-(3-chloro-4-methylumbelliferyl)phosphorothioate", "diethyl 3-chloro-4-methylumbelliferyl thionophosphate", "cumafosum", "resistox", "asantol", "o-(3-chlor-4-methyl-2-oxo-2h-chromen-7-yl)-o,o-diethylthiophosphat", "o,o-diethyl o-(3-chloro-4-methylumbelliferone)", "o o-diethyl o-(3-chloro-4-methylcoumarinyl-7) thiophosphate", "coumafosum[latin]", "0,0-diethyl 0-(3-chloro-4-methyl-2-oxo-2h-1-benzopyran-7-yl) phosphorothioate", "coumaphos [ban]", "diolice", "o,o-diethyl o-(3-chloro-4-methyl-2-oxo-2h-benzopyran-7-yl)phosphorothioate", "o o-diethyl o-(3-chloro-4-methylumbelliferyl)phosphorothioate", "phosphorothioic acid o-(3-chloro-4-methyl-2-oxo-2h-1-benzopyran-7-yl) o,o-diethyl ester", "3-chloro-7-hydroxy-4-methyl-coumarino-esterwith o,o-diethyl phosphorothioate", "coumaphos [iso]", "diethyl thiophosphoric acidester of3-chloro-4-methyl-7-hydroxycoumarin", "3-chloro-4-methylumbelliferone o-ester with o,o-diethyl", "negasunt", "3-chloro-4-methylumbelliferone o-ester with o,o-diethyl phosphorothioate", "o o-diethyl o-(3-chloro-4-methyl-2-oxo-2h-1-benzopyran-7-yl)phosphorothioate", "diethyl-o-(3-chloro-4-methyl-7-coumarinyl) phosphorothioate", "327083[beilstein]", "o,o-diethyl o-(3-chloro-4-methyl-2-oxo-2h-1-benzopyran-7-yl)phosphorothioate", "o-(3-chloro-4-methyl-2-oxo-2h-chromen-7-yl) o,o-diethyl phosphorothioate[acd/iupac name]", "phosphorothioic acid o,o-diethyl ester o-ester with3-chloro-7-hydroxy-4-methylcoumarin", "o,o-diethyl-o-(3-chloor-4-methyl-cumarin-7-yl)monothiofosfaat[dutch]", "co-ral", "3-chloro-7-diethoxyphosphinothioyloxy-4-methylcoumarin", "56-72-4[rn]", "bazmix", "3-chloro-4-methylumbelliferone o-ester with o,o-diethyl phosphorothioate", "bay 21/199", "phosphorothioic acid o-(3-chloro-4-methyl-2-oxo-2h-1-benzopyran-7-yl) o,o-diethylester.", "suntol", "o o-diethyl-o- (3-chloro-4-methyl-cumarin-7-yl)monothiofosfaat", "o,o-diethyl o-(3-chloro-4-methyl-2-oxo-2h-1-benzopyran-7-yl) phosphorothioate", "coumarin,3-chloro-7-hydroxy-4-methyl- o-ester with o,o-diethyl phosphorothioate", "phosphorothioic acid o-(3-chloro-4-methyl-2-oxo-2h-1-benzopyran-7-yl) o,o-diethylester", "thiophosphate de o,o-diethyle et deo- (3-chloro-4-methyl-7-coumarinyle)", "4-18-00-00344 (beilstein handbook reference)[beilstein]", "thiophosphate de o,o-diethyle et deo-(3-chloro-4-methyl-7-coumarinyle)[french]", "o,o-diethyl o-(3-chloro-4-methyl-2-oxo-2h-benzopyran-7-yl) phosphorothioate", "umbethion", "bayer 21/199", "phosphorothioic acid o- (3-chloro-4-methyl-2-oxo-2h-1-benzopyran-7-yl)o,o-diethyl ester", "o-3-chloro-4-methyl-7-coumarinyl o,o-diethylphosphorothioate", "baymix 50", "coumaphoscumafos", "4-18-00-00344", "o-(3-chloro-4-methyl-2-oxo-2h-1-benzopyran-7-yl) o,o-diethyl phosphorothioate", "o o-dietil-o- (3-chloro-4-metil-cumarin-7-il-monotiofosfato)", "3-chloro-4-methyl-7-hydroxycoumarindiethyl thiophosphoric acidester", "koral", "o,o-diethyl o-(3-chloro-4-methyl-7-coumarinyl) phosphorothioate", "negashunt"}|>, "4323" -> <|"DatabaseID" -> "SW02609", "IsomericSmiles" -> "Cc1cccc(c1C(=O)Nc2cn[nH]c2C(=O)NC3CC[NH2+]CC3)Cl", "OfficialNames" -> <|"Indian Approved Name" -> "phenatolamine mesylate;imatibin mesylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60146018]}, "Synonyms" -> {"pubchem22419", "902135-89-1", "at 7519 mesylate"}|>, "4324" -> <|"DatabaseID" -> "SW02610", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63599"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28532]}, "IsomericSmiles" -> "c1nc2c(nc(nc2n1[C@H]3[C@H]([C@@H]([C@H](O3)COP(=O)([O-])[O-])O)O)F)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01907"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLUDARABINE PHOSPHATE"|>, "PharmGKBID" -> "PA449655", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 30751]}, "Synonyms" -> {"fludarabine phosphate", "2-fluoro-ara amp", "fludarabine 5'-monophosphate", "fludarabine monophosphate", "2-fluoroadenine arabinoside 5'-monophosphate", "famp", "fludara", "fludura", "beneflur", "[(2r,3s,4s,5r)-5-(6-amino-2-fluoro-9h-purin-9-yl)-3,4-dihydroxytetrahydrofuran-2-yl]methyldihydrogen phosphate", "[(2r,3s,4s,5r)-5-(6-amino-2-fluor-9h-purin-9-yl)-3,4-dihydroxytetrahydrofuran-2-yl]methyldihydrogen-phosphat", "2f-ara-amp", "fludarabine[wiki][inn]", "fludarabine phosphate [usan:ban][usan]", "2-fluoro-ara-amp", "2-f-ara-amp", "75607-67-9[rn]", "{[(2r,3s,4s,5r)-5-(6-amino-2-fluoro-9h-purin-9-yl)-3,4-dihydroxyoxolan-2-yl]methoxy}phosphonic acid", "fludarabinephosphate", "fludara (tn)", "fludarabine phosphate(fludara)", "fludara[wiki]", "nsc-312887", "oforta"}|>, "4325" -> <|"DatabaseID" -> "SW02611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88090]}, "IsomericSmiles" -> "Cn1c2c(ccc3c2cc4c(c3)OCO4)c5cc(c(cc5c1=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oxynitidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 97597]}, "Synonyms" -> {"oxynitidine", "(1,3)benzodioxolo(5,6-c)phenanthridin-13(12h)-one 2,3-dimethoxy-12-methyl-", "ag-a-25267", "[1,3]benzodioxolo[5,6-c]phenanthridin-13(12h)-one 2,3-dimethoxy-12-methyl-", "molport-000-165-439", "ac1l3yui", "nsc135066", "2,3-dimethoxy-12-methyl-12h-[1,3]dioxolo-'[4',5':4", "ar-1d2633", "548-31-2", "chembl488611", "2,3-dimethoxy-12-methyl[1,3]benzodioxolo[5,6-c]phenanthridin-13(12h)-one[acd/iupac name]", "ac1q6pay", "2"}|>, "4326" -> <|"DatabaseID" -> "SW02612", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 129864]}, "IsomericSmiles" -> "Cn1c2c(ccc3c2cc4c(c3)OCO4)c5ccc(c(c5c1=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oxychelerythrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 147279]}, "Synonyms" -> {"oxychelerythrine", "dihydrooxochelerythrine", "6-oxochelerythrine", "chelerythrine", "1,2-dimethoxy-12-methyl[1,3]benzodioxolo[5,6-c]phenanthridin-13(12h)-one[acd/iupac name]", "ac1l3utw", "c12225", "ls-52943", "chelerythrine 12,13-dihydro-13-oxo-", "28342-33-8", "28342-33-8[rn]", "[1,3]benzodioxolo[5,6-c]phenanthridin-13(12h)-one 1,2-dimethoxy-12-methyl-", "4-27-00-06655 (beilstein handbook reference)[beilstein]", "brn 0345198", "ccris 3805", "(1,3)benzodioxolo(5,6-c)phenanthridin-13(12h)-one 1,2-dimethoxy-12-methyl- (9ci)"}|>, "4327" -> <|"DatabaseID" -> "SW02613", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3479"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43629]}, "IsomericSmiles" -> "CC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)[C@@H](c3ccc(cc3)O)[NH3+])SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00257"]}, "OfficialNames" -> <|"China Approved Name" -> "cefadroxil", "Indian Approved Name" -> "cefadroxil"|>, "Synonyms" -> {"cefadroxil monohydrate", "(6r,7r)-7-{[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino}-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acidhydrate(1:1)[acd/iupac name]", "ceforal", "cefadroxil [inn_en]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino]-3-methyl-8-oxo- (6r,7r)- hydrate (1:1)", "cefamox", "7-[d-(-)-a-amino-a-(4-hydroxyphenyl)acetamido]-3-methyl-3-cephem-4-carboxylic acid monohydrate", "50370-12-2[rn]", "duracef", "cefos granulat", "oracefal", "bl-s 578", "kefroxil", "bidocel", "kefroxil kapseln", "bidocef", "(6r,7r)-7-{[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino}-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acidhydrate", "cefadroxil", "cefadroxil 1-wasser", "(6r,7r)-7-{[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino}-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid--water (1/1)", "bl s 578", "mjf 11567-3", "sumacef", "119922-89-9", "cephos", "cefadroxil [usan:ban:inn:jan][inn][jan][usan]", "[6r-[6a,7b(r*)]]-7-[[amino-(4-hydroxyphenyl)acetyl]amino]-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acidmonohydrate", "baxan kapseln", "ultracef", "omnidrox kapseln", "sedral", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino]-3-methyl-8-oxo- (6r,7r)- monohydrate", "moxacef kapseln", "cefadroxil[wiki][usp]", "baxan", "cefa-drops", "66592-87-8[rn]", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,7-(((2r)-amino(4-hydroxyphenyl)acetyl)amino)-3-methyl-8-oxo-,monohydrate (6r,7r)-", "7-[(2r)-2-amino-2-(4-hydroxyphenyl)acetylamino](7r,7ar)-3-methyl-6-oxo-2h,7h-azetidino[2,1-b]1,3-thiazine-4-carboxylic acid hydrate", "p-hydroxycephalexine monohydrate", "duricef"}|>, "4328" -> <|"DatabaseID" -> "SW02614", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52427"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391971]}, "IsomericSmiles" -> "CC(C(=O)N[C@H]1[C@@H]2N(C1=O)[C@H](C(S2)(C)C)C(=O)[O-])Oc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01178"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pheneticillin"|>, "Synonyms" -> {"synthepen", "syncillin", "pheno-m-penicillin", "monopotassium (2s,5r,6r)-3,3-dimethyl-7-oxo-6-(2-phenoxypropionamido)-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate", "chemipen", "phenethicillin potassium[jan][jp15]", "6-(a-phenoxypropionamido)penicillanic acid potassium salt", "synthepen (tn)", "147-55-7[rn]", "potassium(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(2-phenoxypropanoyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate", "broxil", "optipen", "alfacillin", "(a-phenoxyethyl)penicillin potassium", "alpen[wiki]", "syncillin (tn)", "dramcillin-s", "phenethicillin", "[2s-(2a,5a,6b)]-3,3-dimethyl-7-oxo-6-[(1-oxo-2-phenoxypropyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid monopotassium salt", "potassium phenethicillin", "132-93-4 147-55-7", "phenethicillin potassium salt", "maxipen", "synapen", "a-phenoxyethylpenicillinic acid potassium salt", "a-oracillin", "brocsil", "triospen", "penemve", "pheneticillin potassium", "chemipen-c", "oralopen", "pensig", "feneticilline potassium", "penova", "synerpenin", "132-93-4 147-55-7 [phenethicillin]", "phenethicillin potassium", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(1-oxo-2-phenoxypropyl)amino]- potassiumsalt (2s,5r,6r)-(1:1)", "bendralan", "205-084-4[einecs]", "darcil", "priospen", "ro-cillin", "synthecilline", "penicillin mv", "penicillin-152 potassium", "132-93-4[rn]", "cvk", "astracillin", "semopen", "alticina", "peniplus"}|>, "4329" -> <|"DatabaseID" -> "SW02614", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52427"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391971]}, "IsomericSmiles" -> "CC(C(=O)N[C@H]1[C@@H]2N(C1=O)[C@H](C(S2)(C)C)C(=O)[O-])Oc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01178"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pheneticillin"|>, "Synonyms" -> {"synthepen", "syncillin", "pheno-m-penicillin", "monopotassium (2s,5r,6r)-3,3-dimethyl-7-oxo-6-(2-phenoxypropionamido)-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate", "chemipen", "phenethicillin potassium[jan][jp15]", "6-(a-phenoxypropionamido)penicillanic acid potassium salt", "synthepen (tn)", "147-55-7[rn]", "potassium(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(2-phenoxypropanoyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate", "broxil", "optipen", "alfacillin", "(a-phenoxyethyl)penicillin potassium", "alpen[wiki]", "syncillin (tn)", "dramcillin-s", "phenethicillin", "[2s-(2a,5a,6b)]-3,3-dimethyl-7-oxo-6-[(1-oxo-2-phenoxypropyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid monopotassium salt", "potassium phenethicillin", "132-93-4 147-55-7", "phenethicillin potassium salt", "maxipen", "synapen", "a-phenoxyethylpenicillinic acid potassium salt", "a-oracillin", "brocsil", "triospen", "penemve", "pheneticillin potassium", "chemipen-c", "oralopen", "pensig", "feneticilline potassium", "penova", "synerpenin", "132-93-4 147-55-7 [phenethicillin]", "phenethicillin potassium", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(1-oxo-2-phenoxypropyl)amino]- potassiumsalt (2s,5r,6r)-(1:1)", "bendralan", "205-084-4[einecs]", "darcil", "priospen", "ro-cillin", "synthecilline", "penicillin mv", "penicillin-152 potassium", "132-93-4[rn]", "cvk", "astracillin", "semopen", "alticina", "peniplus"}|>, "4330" -> <|"DatabaseID" -> "SW02615", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3213"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2377]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00887"]}, "IsomericSmiles" -> "CCCCNc1cc(cc(c1Oc2ccccc2)S(=O)(=O)N)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00247"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BUMETANIDE"|>, "PharmGKBID" -> "PA448682", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2471]}, "Synonyms" -> {"fontego", "segurex", "lunetoron", "bumetanide", "fordiuran", "burinex", "bumex", "bumethanide", "burine", "aquazone", "lixil", "cas-28395-03-1", "bumetanida[spanish][inn]", "miccil", "ro 10-6338", "benzoic acid 3-(aminosulfonyl)-5-(butylamino)-4-phenoxy-", "3-(butylamino)-4-phenoxy-5-sulfamoylbenzoic acid[acd/iupac name]", "lixil-leo", "camp- dependent chloride channel", "pf-1593", "bumetanide [usan:ban:inn:jan][inn][jan][usan]", "3-butylamino-4-phenoxy-5-sulfamoylbenzoic acid", "cambiex", "bumetanidum [inn_la]", "28395-03-1[rn]", "drenural", "atp-binding cassette transporter sub- family c member 7", "d002034", "benzoic acid 3-(butylamino)-4-phenoxy-5-sulfamoyl-", "bumedyl", "pf1593", "bumetanidum[latin]", "bumex[wiki]", "bumetanida [inn-spanish]", "bumetanide (ro 10-6338)", "bumex (tn)", "yurinex", "3-butylamino-4-phenoxy-5-sulfamoyl-benzoic acid", "[28395-03-1]", "diurama", "249-004-6[einecs]", "bumetanidum [inn-latin]", "3-(aminosulfonyl)-5-(butylamino)-4-(phenyloxy)benzoic acid", "butinat", "337376-15-5", "bumetanidum", "bumetanide[wiki]", "3-(aminosulfonyl)-5-(butylamino)-4-phenoxybenzoic acid", "cftr"}|>, "4331" -> <|"DatabaseID" -> "SW02616", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187603]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01591"]}, "IsomericSmiles" -> "c1ccc(cc1)[C@H]2c3ccccc3CCN2C(=O)O[C@H]4C[NH+]5CCC4CC5", "OfficialNames" -> <|"FDA Approved Drug" -> "SOLIFENACIN SUCCINATE"|>, "PharmGKBID" -> "PA164783810", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216457]}, "Synonyms" -> {"vesikur", "solifenacin succinate", "solifenacin", "vesicare", "(3r)-quinuclidin-3-yl (1s)-1-phenyl-1,2,3,4-tetrahydroisoquinoline-2-carboxylatemonosuccinate[acd/iupac name]", "ym-905", "butanedioic acid,compd with (1s)-(3r)-1-azabicyclo(2.2.2)oct-3-yl 3,4-dihydro-1-phenyl-2(1h)-isoquinolinecarboxylate(1:1)", "242478-38-2[rn]", "ac1l50q6", "2(1h)-isoquinolinecarboxylic acid 3,4-dihydro-1-phenyl- (3r)-1-azabicyclo(2.2.2)oct-3-ylester (1s)- butanedioate(1:1)[acd/index name]", "ac1q5vrd", "2(1h)-isoquinolinecarboxylic acid 3,4-dihydro-1-phenyl- (3r)-1-azabicyclo[2.2.2]oct-3-ylester (1s)- butanedioate(1:1)[acd/index name]", "unii-kka5dld701", "vesicare (tm)", "ym 905", "[(3r)-quinuclidin-3-yl] (1s)-1-phenyl-3,4-dihydroisoquinoline-2(1h)-carboxylate succinate[acd/iupac name]", "(3r)-1-azabicyclo[2.2.2]oct-3-yl (1s)-1-phenyl-3,4-dihydroisoquinoline-2(1h)-carboxylate succinate[acd/iupac name]", "solifenacin succinate[inn][ban][usan]", "solifenacin succinate [usan]", "(3r)-1-azabicyclo[2.2.2]oct-3-yl (1s)-1-phenyl-3,4-dihydroisoquinoline-2(1h)-carboxylate butanedioate", "t66 cnt&j; br& cvo- at66 a b cntj &&(1s)-(3r)- form succinate[wln]", "c441209"}|>, "4332" -> <|"DatabaseID" -> "SW02617", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21240]}, "IsomericSmiles" -> "CCCCCCCCCCCC(=O)OCCNC(=O)C[n+]1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04669"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LAPYRIUM CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22659]}, "Synonyms" -> {"lapirium chloride", "lapyrium chloride", "emcol e-607", "n-(acylcolaminoformylmethyl)pyridinum chloride", "n'-lauroylcolaminoformylmethyl pyridinium chloride", "n-(lauryl colamino formyl methyl) pyridinium chloride", "228-464-1[einecs]", "pyridinium 1-(2-oxo-2-((2-((1-oxododecyl)oxy)ethyl)amino)ethyl)- chloride", "6272-74-8[rn]", "chlorure de lapirium[french][inn]", "6272-74-8", "n-(lauroylcolaminoformylmethyl)pyridinium chloride", "cloruro de lapirio [inn-spanish]", "n-(colaminoformylmethyl)pyridinium chloride laurate", "lapirii chloridum[latin]", "n-((n-(2-dodecanoyloxyethyl)carbamoyl)methyl)pyridinium chloride", "emulsept", "1-(2-oxo-2-((2-((1-oxododecyl)oxy)ethyl)amino)ethyl)pyridiniumchloride", "1341-07-7[rn]", "1-[[(2-hydroxyethyl)carbamoyl]methyl]pyridinium chloride laurate (ester)", "caswell no. 519", "nsc-33659", "n-lauroyl ester of colaminoformylmethylpyridinium chloride", "n-(acylcolaminoformylmethyl)pyridinium chloride", "lapiriumchloride", "pyridinium 1-(2-oxo-2-((2-((1-oxododecyl)oxy)ethyl)-amino)ethyl)- chloride", "1-[2-oxo-2-[[2-[(1-oxododecyl)oxy]ethyl]amino]ethyl]pyridiniumchloride", "lapirii chloridum [inn-latin]", "n-[[n-(2-dodecanoyloxyethyl)carbamoyl]methyl]pyridinium chloride", "n-(lauroyl colamino formylmethyl)pyridinium chloride", "2-(2-pyridylacetylamino)ethyl dodecanoate chloride", "cloruro de lapirio[spanish][inn]"}|>, "4333" -> <|"DatabaseID" -> "SW02618", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4033]}, "IsomericSmiles" -> "CC1COC2([NH+]1CC(=O)Nc3c2cc(cc3)Cl)c4ccccc4Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01316"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mexazolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4177]}, "Synonyms" -> {"melex", "mexazolam", "10-chloro-11b-(o-chlorophenyl)-2", "31868-18-5[rn]", "cs-386", "melex (tn)", "oxazolo(3", "10-chloro-11b-(2-chlorophenyl)-3-methyl-2,3,7,11b-tetrahydro[1,3]oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one[acd/iupac name]", "10-chloro-11b-(2-chlorophenyl)-2", "10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one 10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyl-", "mexazolamum [inn-latin]", "31868-18-5", "cs 386", "oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one 10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyl-", "10-chloro-11b-(o-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "brn 1091849", "mexazolam[wiki]", "mexazolarn", "mexazolam [inn:jan][inn][jan]", "mexazolamum[latin]", "10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo[3,2-d][1,4]benzodiszepin-6(5h)-one", "10-chloro-11b-(o-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one"}|>, "4334" -> <|"DatabaseID" -> "SW02618", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4033]}, "IsomericSmiles" -> "CC1COC2([NH+]1CC(=O)Nc3c2cc(cc3)Cl)c4ccccc4Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01316"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mexazolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4177]}, "Synonyms" -> {"melex", "mexazolam", "10-chloro-11b-(o-chlorophenyl)-2", "31868-18-5[rn]", "cs-386", "melex (tn)", "oxazolo(3", "10-chloro-11b-(2-chlorophenyl)-3-methyl-2,3,7,11b-tetrahydro[1,3]oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one[acd/iupac name]", "10-chloro-11b-(2-chlorophenyl)-2", "10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one 10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyl-", "mexazolamum [inn-latin]", "31868-18-5", "cs 386", "oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one 10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyl-", "10-chloro-11b-(o-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "brn 1091849", "mexazolam[wiki]", "mexazolarn", "mexazolam [inn:jan][inn][jan]", "mexazolamum[latin]", "10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo[3,2-d][1,4]benzodiszepin-6(5h)-one", "10-chloro-11b-(o-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one"}|>, "4335" -> <|"DatabaseID" -> "SW02618", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4033]}, "IsomericSmiles" -> "CC1COC2([NH+]1CC(=O)Nc3c2cc(cc3)Cl)c4ccccc4Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01316"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mexazolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4177]}, "Synonyms" -> {"melex", "mexazolam", "10-chloro-11b-(o-chlorophenyl)-2", "31868-18-5[rn]", "cs-386", "melex (tn)", "oxazolo(3", "10-chloro-11b-(2-chlorophenyl)-3-methyl-2,3,7,11b-tetrahydro[1,3]oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one[acd/iupac name]", "10-chloro-11b-(2-chlorophenyl)-2", "10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one 10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyl-", "mexazolamum [inn-latin]", "31868-18-5", "cs 386", "oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one 10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyl-", "10-chloro-11b-(o-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "brn 1091849", "mexazolam[wiki]", "mexazolarn", "mexazolam [inn:jan][inn][jan]", "mexazolamum[latin]", "10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo[3,2-d][1,4]benzodiszepin-6(5h)-one", "10-chloro-11b-(o-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one"}|>, "4336" -> <|"DatabaseID" -> "SW02618", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4033]}, "IsomericSmiles" -> "CC1COC2([NH+]1CC(=O)Nc3c2cc(cc3)Cl)c4ccccc4Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01316"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mexazolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4177]}, "Synonyms" -> {"melex", "mexazolam", "10-chloro-11b-(o-chlorophenyl)-2", "31868-18-5[rn]", "cs-386", "melex (tn)", "oxazolo(3", "10-chloro-11b-(2-chlorophenyl)-3-methyl-2,3,7,11b-tetrahydro[1,3]oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one[acd/iupac name]", "10-chloro-11b-(2-chlorophenyl)-2", "10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one 10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyl-", "mexazolamum [inn-latin]", "31868-18-5", "cs 386", "oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one 10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyl-", "10-chloro-11b-(o-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "brn 1091849", "mexazolam[wiki]", "mexazolarn", "mexazolam [inn:jan][inn][jan]", "mexazolamum[latin]", "10-chloro-11b-(2-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo[3,2-d][1,4]benzodiszepin-6(5h)-one", "10-chloro-11b-(o-chlorophenyl)-2,3,7,11b-tetrahydro-3-methyloxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one"}|>, "4337" -> <|"DatabaseID" -> "SW02619", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 87754]}, "IsomericSmiles" -> "CC[C@@]1(c2cc-3n(c(=O)c2COC1=O)Cc4c3nc5ccc(cc5c4)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "10-hydroxycamptothecin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 97226]}, "Synonyms" -> {"camptothecin", "10-hydroxycamptothecin", "10-hydroxycamptochecin", "hydroxycamptothecin", "(s)-10-hydroxycamptothecin", "4-ethyl-4,9-dihydroxy-1,12-dihydro-4h-2-oxa-6,12a-diaza-dibenzo[b,h]fluorene-3,13-dione (10-hydroxycamptothecin)", "(20s)-4-ethyl-4,9-dihydroxy-1,12-dihydro-4h-2-oxa-6,12a-diaza-dibenzo[b,h]fluorene-3,13-dione", "1h-pyrano(3',4':6,7)indolizino(1,2-b)quinoline-3,14(4h,12h)-dione-,4-ethyl-4,9-dihydroxy-,(s)- (9ci)", "67656-30-8[rn]", "64439-81-2[rn]", "camptothecin 10-hydroxy", "(20s)-10-hydroxycamptothecin", "(s)-4-ethyl-4,9-dihydroxy-1,12-dihydro-4h-2-oxa-6,12a-diaza-dibenzo[b,h]fluorene-3,13-dione", "4-ethyl-4,10-dihydroxy-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione", "hydroxycamptothecin-10", "(4s)-4-ethyl-4,9-dihydroxy-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione[acd/iupac name]", "10-hydroxycamtothecin", "nsc107124", "(s)-10-hydroxycamptothecin hydrate", "4-ethyl-4,9-dihydroxy-1,12-dihydro-4h-2-oxa-6,12a-diaza-dibenzo[b,h]fluorene-3,13-dione", "64482-81-2", "10-hydroxy-cpt", "(4s)-4-ethyl-4,9-dihydroxy-1h-pyrano[3',4':6,7]indolizino[1,2-b]chinolin-3,14(4h,12h)-dion", "(s)-4-ethyl-4,9-dihydroxy-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14-(4h,12h)-dione", "camptothecine", "19685-09-7[rn]", "(s)-4-ethyl-4,9-dihydroxy-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione", "tl8001609", "19685-09-07", "10-hcpt", "10-hydroxycamptothecine", "camptothecine 10-hydroxy-", "10-hydroxy camptothecin", "1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione 4-ethyl-4,9-dihydroxy-,(4s)-", "19685-09-7", "hydroxycamptothecine"}|>, "4338" -> <|"DatabaseID" -> "SW02620", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8116"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390610]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@]2([C@@H](C2(C)C)[C@H]3[C@]1([C@@H]4C=C(C(=O)[C@]4(CC(=C3)CO)O)C)O)O)O", "OfficialNames" -> <|"Australia Approved Name" -> "TISSUE PLASMINOGEN ACTIVATOR"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442070]}, "Synonyms" -> {"4", "4-.beta.-phorbol", "(1ar", "100-21-0[rn]", "4-beta-phorbol", "16561-29-8[rn]", "(1ar,1bs,4ar,7as,7bs,8r,9r,9as)-4a,7b,9,9a-tetrahydroxy-3-(hydroxymethyl)-1,1,6,8-tetramethyl-1,1a,1b,4,4a,7a,7b,8,9,9a-decahydro-5h-cyclopropa[3,4]benzo[1,2-e]azulen-5-one", "1-cyclohexylpiperazine[acd/iupac name]", "17518-43-3[rn]", "5h-cyclopropa[3,4]benz[1,2-e]azulen-5-one 1,1a,1b,4,4a,7a,7b,8,9,9a-decahydro-4a,7b,9,9a-tetrahydroxy-3-(hydroxymethyl)-1,1,6,8-tetramethyl- (1ar,1bs,4ar,7as,7bs,8r,9r,9as)-", "phorbol", "tissue plasminogen activator", "139639-23-9[rn]", "2341335[beilstein]", "17673-25-5", "chebi:8116", "17673-25-5[rn]", "t-plasminogen activator", "tpa", "phorbol[wiki]", "4beta-phorbol", "202-830-0[einecs]"}|>, "4339" -> <|"DatabaseID" -> "SW02621", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 405272]}, "IsomericSmiles" -> "C[C@@H]1C[C@@H](C(=O)[C@]2([C@H]1C[C@@H]3[C@@]4([C@@H]2[C@@H](C(=O)[C@@H]([C@@H]4CC(=O)O3)C)O)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "amarolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 460539]}, "Synonyms" -> {"amarolide", "picrasane-1", "(2.alpha.", "(2alpha", "chembl345221", "29913-86-8", "2a,11a-dihydroxypicrasane-1,12,16-trione", "(1s,3r,3as,6ar,7as,8r,10s,11as,11bs,11cs)-1,10-dihydroxy-3,8,11a,11c-tetramethyl-decahydro-6-oxa-benzo[de]anthracene-2,5,11-trione", "29913-86-8[rn]", "ac1la2mb"}|>, "4340" -> <|"DatabaseID" -> "SW02622", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2795]}, "IsomericSmiles" -> "CC(=O)Oc1ccc(cc1)C(=C2CCCCC2)c3ccc(cc3)OC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01281"]}, "OfficialNames" -> <|"NPC Approved Name" -> "f-6066"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2898]}, "Synonyms" -> {"cyclofenil", "ondonid", "ondogyne", "sexadieno", "oginex", "fertodur", "cyclopenil", "cyclofenyl", "sanocrisin", "cyclophenyl", "sexovid", "4,4'-(cyclohexylidenemethylene)diphenol diacetate ester", "cfn", "phenol 4,4'-(cyclohexylidenemethylene)bis- diacetate", "4,4'-(cyclohexylidenemethylene)diphenol[acd/iupac name]", "220-089-1[einecs]", "225-972-5[einecs]", "4 4'-(cyclohexylidenemethylene)diphenol diacetate ester", "5189-40-2[rn]", "4-[cyclohexylidene(4-hydroxyphenyl)methyl]phenol", "phenol 4-((4-(acetyloxy)phenyl)cyclohexylidenemethyl)- acetate (9ci)", "sexovar", "bis-(p-hydroxyphenyl)-cyclohexylidenemethane diacetate", "(cyclohexylidenemethylene)bis(4,1-phenylene) diacetate", "f-6066", "ciclofenilo[spanish][inn]", "(cyclohexylidenemethanediyl)dibenzene-4,1-diyl diacetate", "4,4'-cyclohexylidenemethylenediphenol", "(cyclohexylidenemethylene)di-4,1-phenylene diacetate[acd/iupac name]", "a-cyclohexylidene-a-(p-hydroxyphenyl)-p-cresol diacetate", "bis(p-acetoxyphenyl)cyclohexylidenemethane", "f6066", "4-((4-(acetyloxy)phenyl)cyclohexylidenemethyl)phenol acetate", "cyclofenilum[latin]", "2624-43-3[rn]", "phenol 4-[[4- (acetyloxy)phenyl]cyclohexylidenemethyl]- acetate", "rehibin", "acetic acid 4-[(4-acetoxy-phenyl)-cyclohexylidene-methyl]-phenyl ester", "cyclophenil", "4,4'-(cyclohexylidenemethylene)bisphenol 1,1'-diacetate", "4,4'-diacetoxybenzhydrylidenecyclohexane", "cyclofenil [ban:dcf:inn:jan][inn][jan]", "phenol 4-((4-(acetyloxy)phenyl)cyclohexylidenemethyl)- acetate", "bis(p-hydroxyphenyl)cyclohexyldienemethane diacetate", "4-[[4-(acetyloxy)phenyl]cyclohexylidenemethyl]phenol acetate", "d003506", "sexovid (tn)", "[2624-43-3]"}|>, "4341" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4342" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4343" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4344" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4345" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4346" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4347" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4348" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4349" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4350" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4351" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4352" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4353" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4354" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4355" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4356" -> <|"DatabaseID" -> "SW02623", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478554]}, "IsomericSmiles" -> "CC(=O)C1(CCC2(C1(C(CC3C2CC=C4C3(CCC(C4)O)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pergularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320485]}, "Synonyms" -> {"1-(3", "ac1nszj5", "pergularin"}|>, "4357" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4358" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4359" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4360" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4361" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4362" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4363" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4364" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4365" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4366" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4367" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4368" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4369" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4370" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4371" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4372" -> <|"DatabaseID" -> "SW02624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477126]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2(C1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318589]}, "Synonyms" -> {"ac1nsx20", "1-[(3s", "isolineolone"}|>, "4373" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4374" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4375" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4376" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4377" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4378" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4379" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4380" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4381" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4382" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4383" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4384" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4385" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4386" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4387" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4388" -> <|"DatabaseID" -> "SW02625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477450]}, "IsomericSmiles" -> "CC(=O)C1CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4C3(CC[C@@H](C4)O)C)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lineolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319041]}, "Synonyms" -> {"lineolone", "ac1nsxla", "1-[(3s"}|>, "4389" -> <|"DatabaseID" -> "SW02626", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9046]}, "IsomericSmiles" -> "c1ccc2c(c1)C=Cc3ccccc3N2CCCN4CC[NH+](CC4)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08297"]}, "OfficialNames" -> <|"NPC Approved Name" -> "opipramol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9417]}, "Synonyms" -> {"opipramol", "insidon", "nisidana", "opipramol g", "n-[3-[4-(2-hydroxyethyl)piperazino]propyl]iminostilbene", "4-(3-(5h-dibenz(b,f)azepin-5-yl)propyl)-1-piperazineethanol", "2-[4-(3-dibenzo[b,f]azepin-5-yl-propyl)-piperazin-1-yl]-ethanol", "5-[g-[4-(b-hydroxyethyl)piperazino]propyl]dibenzo[b,f]azepine", "206-254-0[einecs]", "315-72-0[rn]", "1-piperazineethanol 4-[3-(5h-dibenz[b f]azepin-5-yl)propyl]-", "4-[3-(5h-dibenzo[b,f]azepin-5-yl)propyl]-1-(2-hydroxyethyl)piperazine", "einecs 206-254-0", "opramidol", "315-72-0", "4-[3-(5h-dibenz[b,f]azepin-5-yl)propyl]-1-piperazineethanol", "2-{4-[3-(5h-dibenzo[b,f]azepin-5-yl)propyl]piperazin-1-yl}ethanol", "endison", "1-piperazineethanol 4-(3-(5h-dibenz(b,f)azepin-5-yl)propyl)-", "opipramol[wiki]", "ensidon", "insidon base", "brn 0627076", "opipramolum [inn-latin]", "opipramol [inn:ban]", "5h-dibenz[b,f]azepine 5-[3-[4-(2-hydroxyethyl)-1-piperazinyl]propyl]-", "5h-dibenz(b,f)azepine 5-(3-(4-(2-hydroxyethyl)-1-piperazinyl)propyl)-", "opipramolum[latin]", "opipramol dura", "1-piperazineethanol 4-[3-(5h-dibenz[b,f]azepin-5-yl)propyl]-", "909-39-7[rn]", "n-(3-(4-(2-hydroxyethyl)piperazino)propyl)iminostilbene", "5-23-01-00475 (beilstein handbook reference)[beilstein]", "nsc 169867"}|>, "4390" -> <|"DatabaseID" -> "SW02627", "IsomericSmiles" -> "CCCCC[C@H](/C=C/[C@H]1[C@@H](C[C@H]2[C@@H]1CC(=C2)CCCCC(=O)OC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02048"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clinprost"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282235]}, "Synonyms" -> {"d02048", "arteron (tn)", "88931-51-5", "ac1nqzpa", "arteron", "clinprost", "methyl 5-[(3as", "clinprost (jan/inn)"}|>, "4391" -> <|"DatabaseID" -> "SW02628", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8716"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8694]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04575"]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]3c4ccc(cc4CC[C@H]3[C@@H]1CC[C@]2(C#C)O)OC5CCCC5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00576"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "QUINESTROL"|>, "PharmGKBID" -> "PA164749042", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9046]}, "Synonyms" -> {"estrovis", "plestrovis", "quinestrolo [dcit]", "quinestrol", "qui-lea", "estrovister", "estrovis 4000", "eston", "quinestrolum [inn-latin]", "205-803-1[einecs]", "17alpha-ethynylestradiol 3-cyclopentyl ether", "w-3566", "quinestrol; quinestrolum", "3038592[beilstein]", "quinestrol[wiki][usan]", "quinestrolum[latin]", "3-(cyclopentyloxy)-19-nor-17a-pregna-1,3,5(10)-trien-20-yn-17-ol", "er", "estrovis (tn)", "152-43-2[rn]", "quinestrol [usan:ban:inn][inn][usan]", "quilea", "eston[wiki]", "17-alpha-ethinylestradiol 3-cyclopentyl ether", "er-alpha", "quinestrolum", "17a-ethinylestradiol 3-cyclopentyl ether", "eecpe", "estradiol-17-beta 3-cyclopentyl ether", "estradiol receptor"}|>, "4392" -> <|"DatabaseID" -> "SW02629", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 27483]}, "IsomericSmiles" -> "CCCCCCCCCCCC[N+](CCO)(CCO)Cc1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07069"]}, "OfficialNames" -> <|"Indian Approved Name" -> "benzoxonium chloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29563]}, "Synonyms" -> {"bialcol", "cohortan", "bactofen", "orofar", "beloran", "bradophen", "absonal v", "benzoxonium chloride", "absonal", "lomades", "243-008-1[einecs]", "benzenemethanaminium n-dodecyl-n,n-bis(2-hydroxyethyl)- chloride (1:1)", "bis(2-hydroxyethyl)benzyldodecylammonium chloride", "benzoxonium chloride[inn]", "ammonium benzylbis(2-hydroxyethyl)dodecyl- chloride", "dodecyldi(b-hydroxyethyl)benzylammonium chloride", "dodecyl di(2-hydroxyethyl) benzyl ammonium chloride", "ammonium benzyldodecylbis(2-hydroxyethyl)- chloride (8ci)", "n-benzyl-n,n-bis(2-hydroxyethyl)-1-dodecanaminium chloride[acd/iupac name]", "di(2-hydroxyethyl)benzyldodecylammonium chloride", "19379-90-9[rn]", "katanol c12", "cloruro de benzoxonio[spanish][inn]", "dodecylbis(2-hydroxyethyl)benzylammonium chloride", "benzenemethanaminium n-dodecyl-n,n-bis(2-hydroxyethyl)- chloride", "laurylbis(2-hydroxyethyl)benzylammonium chloride", "n-benzyl-n,n-bis(2-hydroxyethyl)-1-dodecanaminiumchlorid", "benzyldodecylbis(2-hydroxyethyl)ammonium chloride", "bis(2-hydroxyethyl)benzyl-n-dodecylammonium chloride", "dodecyl(benzyl)diethanolammonium chloride", "dodecyl(dioxyethyl)benzylammonium chloride", "chlorure de benzoxonium[french][inn]", "n-benzyl-n,n-bis(2-hydroxyethyl)dodecan-1-aminium chloride", "benzoxonii chloridum[latin]", "dodecyldi(2-hydroxyethyl)benzylammonium chloride", "n-dodecyl-n,n-bis(2-hydroxyethyl)benzenemethanaminiumchloride"}|>, "4393" -> <|"DatabaseID" -> "SW02630", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 27252]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCC=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "l-hexacosene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29303]}, "Synonyms" -> {"hexacosene", "hexacos-1-ene", "18835-33-1[rn]", "einecs 242-615-9", "1-hexacosene[acd/iupac name]", "lmfa11000320", "93924-11-9[rn]", "ac1l1h64", "1-hexacosene", "300-203-7[einecs]", "ag-e-37209", "alkenes", "242-615-9[einecs]", "18835-33-1", "64808-91-9[rn]", "ai3-10513"}|>, "4394" -> <|"DatabaseID" -> "SW02631", "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=C(C(=O)CC[C@]34C)Cl)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07732"]}, "OfficialNames" -> <|"Indian Approved Name" -> "clostebol acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13327]}, "Synonyms" -> {"megagrisevit", "4-chlorotestosterone acetate", "stearanabol", "macrobin", "clostebol acetate", "turinabol", "anabolit", "test-anabol", "sterabol", "steranabol", "trofodermin", "testomed"}|>, "4395" -> <|"DatabaseID" -> "SW02632", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2676"], ExternalIdentifier["ChEBIID", "51254"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31006], ExternalIdentifier["ChemSpiderID", 4940608]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01060"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)[C@@H](c3ccc(cc3)O)[NH3+])C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07452"], ExternalIdentifier["KEGGID", "D02925"]}, "OfficialNames" -> <|"China Approved Name" -> "amoxicillin", "WHO Essential Medicine" -> "amoxicillin", "Indian Approved Name" -> "amoxycillin;amoxycillin na;amoxycillin trihydrate", "FDA Approved Drug" -> "AMOXICILLIN"|>, "PharmGKBID" -> "PA448406", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 33613], ExternalIdentifier["PubChemCompoundID", 23663126]}, "Synonyms" -> {"amoxicillin", "moxal", "amolin", "amoxicillin anhydrous", "amopenixin", "vetramox", "trimox", "polymox", "metifarma capsules", "amoxycillin", "amoxibiotic", "d-amoxicillin", "ospamox", "efpenix", "biomox", "utimox", "metafarma capsules", "p-hydroxyampicillin", "sawamox pm", "amoxi-mast", "lamoxy", "amopen", "cemoxin", "tolodina", "amoxi", "actimoxi", "anemolin", "sumox", "wymox", "amc", "pamoxicillin", "histocillin", "ampc", "amoclen", "aspenil", "augmentin (amoxicillin + clavulanic acid)_mixture", "robamox", "unicillin", "amoxiden", "prevpac (amoxicillin + clarithromycin + lansoprazole)_mixture", "bristamox", "hiconcil", "amoxicillin trihydrate", "delacillin", "amoxicillinum [inn-latin]", "imacillin", "amoxycillin trihydrate", "zimox", "flemoxin", "amoxicilina [inn-spanish]", "amoxicilline [inn-french]", "clamoxyl", "co-amoxiclav (amoxicillin + clavulanic acid)_mixture", "ibiamox", "amoxivet", "augmentin[wiki]", "dispermox", "moxacin", "amoxil", "piramox", "amoxicillin-ratiopharm", "zamoxil", "amoxi-tabs", "amoxil[wiki]", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 6-(((2r)-amino(4-hydroxyphenyl)acetyl)amino)-3,3-dimethyl-7-oxo- (2s,5r,6r)-", "benzoral", "dispermox[wiki]", "amoxicilline[french][inn]", "kentrocyllin", "winmox", "trimox[wiki]", "bimox", "ciblor", "amoxy-diolan", "moxcil", "grinsul", "amoflux", "clamox", "kamoxin", "4274654[beilstein]", "amoxi-diolan", "(2s,5r,6r)-6-{[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid[acd/iupac name]", "mox", "cilamox", "eupen", "alfamox", "sil-a-mox", "amosine", "intermox", "amodex", "a-amino-p-hydroxybenzylpenicillin", "amoxapen", "bintamox", "matasedrin", "amoxisol", "penbiosyn", "moxylin", "triafamox", "imox", "amoxidal[wiki]", "rocillin", "amoran", "zimox[wiki]", "gimalxina", "zamox", "sigmopen", "amox", "[2s-[2a,5a,6b(s*)]]-6-[[amino(4-hydroxyphenyl)acetyl]amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid", "amoxina", "amoxine", "ampidroxyl", "amo-flamsian", "agerpen", "amoxicilline", "amoxi-basan", "amoxin", "damoxicil", "pacetocin", "gomcillin", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 6-(2-amino-2-(p-hydroxyphenyl)acetamido)-3,3-dimethyl-7-oxo- d-(8ci)", "hiconcil[wiki]", "6-[d(-)-a-amino-p-hydroxyphenylacetamido]penicillanic acid", "[2s,5r,6r]-6-[[[2r]-amino[4-hydroxyphenyl]acetyl]amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "yisulon", "amoxivan", "zamocilline", "amoxal", "wymox[wiki]", "mopen", "flemoxin[wiki]", "apitart", "hipen", "abdimox", "zerrsox", "57456-43-6[rn]", "acimox", "alphamox", "ronemox", "gramidil", "larotid[wiki]", "amcill", "sawamezin", "amoxicillin[wiki][usp][usan]", "(2s,5r,6r)-6-(((2r)-amino(4-hydroxyphenyl)acetyl)amino)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "uro-clamoxyl", "(-)-6-(2-amino-2-(p-hydroxyphenyl)acetamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo-(3.2.0)heptane-2-carboxylic acid", "amoxi-wolff", "larocilin", "comoxyl", "azillin", "gemox", "imoxil", "amoxiden[wiki]", "amagesen solutab", "senox", "hosboral", "pensyn", "audumic", "fullcilina", "apo-amoxi", "amoxicillinum[latin]", "moxacin[wiki]", "amoxihexal", "amoxcillin", "morgenxil", "(-)-6-[2-amino-2-(p-hydroxyphenyl)acetamido]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "amoxy", "superpeni", "vetremox", "ranoxyl", "bioxyllin", "moxyvit", "amoxillat", "excillin", "simplamox[wiki]", "medimox", "polymox[wiki]", "triamoxil", "flemoxine", "jerramcil", "trilaxin", "amoxicilina[spanish][inn]", "amoxicilline[inn]", "(2r,5r,6s)-6-[[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid; (2r,3z,5r)-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "ikamoxil", "amoxicillinum", "samosillin", "suramox pm", "amoxivet[wiki]", "a-gram", "limox", "amoxipenil", "moxypen", "amoxillin", "amoxaren", "virgoxillin", "amoxa", "farconcil", "suprapen", "26787-78-0[rn]", "6-(p-hydroxy-a-aminophenylacetamido)penicillanic acid", "efpinex", "delacillin[wiki]", "unicillin[wiki]", "amoxicilina", "majorpen", "twicyl", "novenzymin", "bridopen", "himinomax", "ro 10-8756", "saltermox", "bl-p 1410", "teramoxyl", "adbiotin", "fisamox", "moxarin", "pasetocin[wiki]", "meixil", "galenamox", "pamocil[wiki]", "draximox", "coamoxin", "samthongcillin", "sia-mox", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino]-3,3-dimethyl-7-oxo- (2s,5r,6r)-", "moxilen", "izoltil", "posmox", "grunamox", "velamox[wiki]", "amoxycillin[wiki]", "novabritine[wiki]", "ax", "clamoxyl[wiki]", "anemol", "zamocillin[wiki]", "amoxi-inject", "imaxilin", "sintopen", "maxcil", "moxatag", "amoxicillin pediatric", "amophar", "rhamoxilina", "amoxtrex", "aquacil", "piramox[wiki]", "foxolin", "isimoxin", "hidramox", "novamoxin", "robamox[wiki]", "paradroxil", "bactamox", "specillin", "dura ax", "ranmoxy", "imacillin[wiki]", "amoxipen[wiki]", "rancil", "reloxyl", "moxaline[wiki]", "bioxidona", "moxlin", "protexillin", "amoxicillinum [inn_la]", "brl-2333", "bristamox[wiki]", "amoxicillin sodium", "brl 25000a", "clavinex", "brl 25000g", "amoclav", "potassium clavulanate mixed with amoxicillin (1:2)", "abicyclo[3.2.0]heptane-2-carboxylique (1:1)", "potassium(2r,3z,5r)-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylate (2s,5r,6r)-6-{[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid (1:1)", "potassium(2r,3z,5r)-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylate -(2s,5r,6r)-6-{[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[", "amoxsiklav", "xiclav", "potassium(2r,3z,5r)-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylate (2s,5r,6r)-6-{[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.", "amoxicillin natrium", "amocla", "4-oxa-1-azabicyclo(3.2.0)heptane-2-carboxylicacid 3-(2-hydroxyethylidene)-7-oxo- monopotassium salt (2r,3z,5r)-,mixt. with (2s,5r,6r)-6-(((2r)-amino(4-hydroxyphenyl)acetyl)amino)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "augmentine", "amoxicillin clavulanate potassium", "clavumox", "potassium(2r,3z,5r)-3-(2-hydroxyethylidene)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptane-2-carboxylate -(2s,5r,6r)-6-{[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid (1:1)", "danoxillin", "augmentan", "amoclan", "26787-78-0 (parent)", "34642-77-8", "augmentin (antibiotic)", "augmentin es", "eumetinex", "79198-29-1[rn]", "acuotricina", "amoxicillin-potassium clavulanate combination", "penamox", "amoxicillin-potassium clavulanate", "74428-36-7[rn]", "auspilic", "clavoxilin plus", "clamobit", "74469-00-4[rn]", "spectramox", "amoxicillin mixed with potassium clavulanate (2:1)", "quimiopen", "kmoxilin", "riotapen", "ancla", "clamentin", "kalium-(2r,3z,5r)-3-(2-hydroxyethyliden)-7-oxo-4-oxa-1-azabicyclo[3.2.0]heptan-2-carboxylat--(2s,5r,6r)-6-{[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]h", "augmentin es-600", "amitron", "clavulin[wiki]", "viaclav"}|>, "4396" -> <|"DatabaseID" -> "SW02633", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447587]}, "IsomericSmiles" -> "COC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)[C@@H](C3=CCC=CC3)[NH3+])SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01528"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cefroxadine"|>, "Synonyms" -> {"antibiotic cgp 9000", "(6r,7r)-7-{[(2r)-2-amino-2-(cyclohexa-1,4-dien-1-yl)acetyl]amino}-3-methoxy-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "(6r,7r)-7-{[(2r)-2-amino-2-cyclohexa-1,4-dien-1-ylacetyl]amino}-3-(methyloxy)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cefthan-ds", "cefroxadine[usan]", "cefroxadine", "(6r,7r)-7-{[(2r)-2-amino-2-cyclohexa-1,4-dien-1-ylacetyl]amino}-3-methoxy-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2r)-2-amino-2-(1,4-cyclohexadien-1-yl)acetyl]amino]-3-methoxy-8-oxo- (6r,7r)-", "51762-05-1[rn]", "257-391-8[einecs]", "cxd", "oraspor", "7-[d-2-amino-2-(1,4-cyclohexadienyl)acetamide]-3-methoxy-3-cephem-4-carboxylic acid", "(6r,7r)-7-((r)-2-amino-2-(1,4-cyclohexadien-1-yl)acetamido)-3-methoxy-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid"}|>, "4397" -> <|"DatabaseID" -> "SW02634", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 172963]}, "IsomericSmiles" -> "CO[C@]12C[C@@H]3[C@H]4[C@@H]5CC(=O)N6[C@@H]4C1(CC[NH+]2CC3=CCO5)c7c6cccc7", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudostrychnine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 199843]}, "Synonyms" -> {"strychnidin-10-one", "16-methoxystrychnine", "pseudostrychnine methyl ether", "strychnine 16-methoxy-", "ac1l586h", "strychnidin-10-one 16-methoxy- (9ci)", "pseudostrychnine o-methyl-", "ls-147140", "strychnidin-10-one 16-methoxy-", "pseudostrychnine", "5096-72-0", "16-methoxystrychnidin-10-one", "strychnine", "5096-72-0[rn]", "nsc 118070"}|>, "4398" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4399" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4400" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4401" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4402" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4403" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4404" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4405" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4406" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4407" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4408" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4409" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4410" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4411" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4412" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4413" -> <|"DatabaseID" -> "SW02635", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10077]}, "IsomericSmiles" -> "COc1ccc2c(c1)C34CC[NH+]5C3CC6C7C4N2C(=O)CC7OCC=C6C5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta- colubrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10512]}, "Synonyms" -> {"2-methoxy strychnine", "2-methoxy-strychnine", "nsc 72862", "beta-colubrine", "2-methoxystrychnine", "strychnidin-10-one", "b-colubrine", "ac1l1vd1", "2-methoxystrychnidin-10-one", "strychnidin-10-one 2-methoxy- (9ci)", "2-methoxystrychnicin-10-one", "509-36-4[rn]", "strychnine", "colubrine", "strychnine 2-methoxy-", "2-methoxystrychnidin-10-one[acd/iupac name]", "strychnidin-10-one 2-methoxy-", "mls002693787", "10-methoxystrychnine"}|>, "4414" -> <|"DatabaseID" -> "SW02637", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "575568"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482034]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01117"]}, "IsomericSmiles" -> "c1cc2c(cc1)C(=O)C(=C(C2=O)[C@H]3CC[C@@H](CC3)c4ccc(cc4)Cl)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00236"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ATOVAQUONE"|>, "Synonyms" -> {"atovaquone", "malarone pediatric", "mepron[wiki]", "malarone (atovaquone + proguanil hydrochloride)_mixture", "mepron;malarone", "95233-18-4[rn]", "2-[trans-4-(p-chlorophenyl)cyclohexyl]-3-hydroxy-1,4-naphthoquinone", "2-(trans-4-(p-chlorophenyl)cyclohexyl)-3-hydroxy-1,4-naphthoquinone", "mepron", "atovaquone [inn_en]", "ec 1.3.3.1", "trans-2-[4-(4-chlorophenyl)cyclohexyl]-3-hydroxy-1,4-naphthalenedione", "bw 566c", "bw 566c-80", "2-[trans-4-(4-chlorphenyl)cyclohexyl]-3-hydroxynaphthalen-1,4-dion", "dihydroorotate oxidase", "2-((1r,4r)-4-(4-chlorophenyl)cyclohexyl)-3-hydroxynaphthalene-1,4-dione", "dhodehase", "2-[trans-4-(4-chlorophenyl)cyclohexyl]-3-hydroxy-1,4-naphthoquinone", "2-[trans-4-(4-chlorophenyl)cyclohexyl]-3-hydroxynaphthalene-1,4-dione", "dihydroorotate dehydrogenase mitochondrial precursor", "1,4-naphthalenedione 2-[trans-4-(4-chlorophenyl)cyclohexyl]-3-hydroxy-", "malarone pediatric (atovaquone + proguanil hydrochloride)_mixture", "94015-53-9[rn]", "atovaquone[wiki][usp]", "566c80", "2-[trans-4-(4-chlorophenyl)cyclohexyl]-3- hydroxy-1,4-naphthoquinone", "64226-78-4[rn]", "2-[4-(4-chloro-phenyl)-cyclohexyl]-3-hydroxy-[1,4]naphthoquinone", "malarone", "1,4-naphthalenedione 2-[trans-4-(4-chlorophenyl)cyclohexyl]-3-hydroxy"}|>, "4415" -> <|"DatabaseID" -> "SW02638", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64354"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4026]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00524"]}, "IsomericSmiles" -> "Cc1ccccc1N2C(Nc3cc(c(cc3C2=O)S(=O)(=O)N)Cl)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00431"]}, "OfficialNames" -> <|"Indian Approved Name" -> "metolazone", "FDA Approved Drug" -> "METOLAZONE"|>, "PharmGKBID" -> "PA164781022", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4170]}, "Synonyms" -> {"oldren", "microx", "metenix", "metalozone", "metolazone", "diulo", "zaroxolyn", "metalazone", "xuret", "mykrox", "7-chloro-2-methyl-4-oxo-3-o-tolyl-1,2,3,4-tetrahydro-quinazoline-6-sulfonic acidamide(metolazone)", "7-chloro-1,2,3,4-tetrahydro-2-methyl-3-(2-methylphenyl)-4-oxo-6-quinazolinesulfonamide", "5-25-09-00212 (beilstein handbook reference)[beilstein]", "mykrox;zaroxolyn;diulo;zaroxolyn", "17560-51-9[rn]", "2-methyl-3-o-tolyl-6-sulfamyl-7-chloro-1,2,3,4-tetrahydro-4-quinazolinone; 7-chloro-1,2,3,4-tetrahydro-2-methyl-3-(2-methylphenyl)-4-oxo-6-quinazolinesulfonamide;7-chloro-1,2,3,4-tetrahydro-2-methyl-4-oxo-3-o-tolyl-6-quinazolinesulfonamide", "7-chloro-2-methyl-4-oxo-3-o-tolyl-1,2,3,4-tetrahydro-quinazoline-6-sulfonic acidamide", "metolazonum [inn-latin]", "metolazonum", "7-chloro-2-methyl-4-oxo-3-o-tolyl-1,2,3,4-tetrahydroquinazoline-6-sulfonamide", "7-chlor-2-methyl-3-(2-methylphenyl)-4-oxo-1,2,3,4-tetrahydrochinazolin-6-sulfonamid", "6-quinazolinesulfonamide 1,2,3,4-tetrahydro-7-chloro-2-methyl-4-oxo-3-o-tolyl-", "241-539-3[einecs]", "7-chloro-2-methyl-3-(2-methylphenyl)-4-oxo-1,2,3,4-tetrahydroquinazoline-6-sulfonamide", "6-quinazolinesulfonamide 7-chloro-1,2,3,4-tetrahydro-2-methyl-4-oxo-3-o-tolyl-", "mykrox zaroxolyn diulo", "2-methyl-3-o-tolyl-6-sulfamyl-7-chloro-1,2,3,4-tetrahydro-4-quinazolinone", "metolazona[spanish][inn]", "9005-80-5[rn]", "metolazone[wiki]", "7-chloro-1,2,3,4-tetrahydro-2-methyl-4-oxo-3-o-tolyl-6-quinazolinesulfonamide", "metolazonum[latin]", "na-cl symporter", "6-quinazolinesulfonamide 7-chloro-1,2,3,4-tetrahydro-2-methyl-3-(2-methylphenyl)-4-oxo-", "5-25-09-00212", "metolazone(zaroxolyn)", "mykrox tablets", "sr-720-22", "thiazide-sensitive sodium-chloride cotransporter", "metolazone [usan:ban:inn:jan][inn][jan][usan]", "7-chloro-2-methyl-4-oxo-3-(o-tolyl)-1,2,3,4-tetrahydroquinazoline-6-sulfonamide", "zaroxolyn[wiki]", "mykrox[wiki]", "zaroxolyn (tn)", "metolazona; metolazone; metolazonum", "sr 720-22", "metolazona [inn-spanish]", "7-chloro-2-methyl-3-(2-methylphenyl)-4-oxo-1,2-dihydroquinazoline-6-sulfonamide", "metolazona", "17560-51-9"}|>, "4416" -> <|"DatabaseID" -> "SW02638", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64354"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4026]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00524"]}, "IsomericSmiles" -> "Cc1ccccc1N2C(Nc3cc(c(cc3C2=O)S(=O)(=O)N)Cl)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00431"]}, "OfficialNames" -> <|"Indian Approved Name" -> "metolazone", "FDA Approved Drug" -> "METOLAZONE"|>, "PharmGKBID" -> "PA164781022", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4170]}, "Synonyms" -> {"oldren", "microx", "metenix", "metalozone", "metolazone", "diulo", "zaroxolyn", "metalazone", "xuret", "mykrox", "7-chloro-2-methyl-4-oxo-3-o-tolyl-1,2,3,4-tetrahydro-quinazoline-6-sulfonic acidamide(metolazone)", "7-chloro-1,2,3,4-tetrahydro-2-methyl-3-(2-methylphenyl)-4-oxo-6-quinazolinesulfonamide", "5-25-09-00212 (beilstein handbook reference)[beilstein]", "mykrox;zaroxolyn;diulo;zaroxolyn", "17560-51-9[rn]", "2-methyl-3-o-tolyl-6-sulfamyl-7-chloro-1,2,3,4-tetrahydro-4-quinazolinone; 7-chloro-1,2,3,4-tetrahydro-2-methyl-3-(2-methylphenyl)-4-oxo-6-quinazolinesulfonamide;7-chloro-1,2,3,4-tetrahydro-2-methyl-4-oxo-3-o-tolyl-6-quinazolinesulfonamide", "7-chloro-2-methyl-4-oxo-3-o-tolyl-1,2,3,4-tetrahydro-quinazoline-6-sulfonic acidamide", "metolazonum [inn-latin]", "metolazonum", "7-chloro-2-methyl-4-oxo-3-o-tolyl-1,2,3,4-tetrahydroquinazoline-6-sulfonamide", "7-chlor-2-methyl-3-(2-methylphenyl)-4-oxo-1,2,3,4-tetrahydrochinazolin-6-sulfonamid", "6-quinazolinesulfonamide 1,2,3,4-tetrahydro-7-chloro-2-methyl-4-oxo-3-o-tolyl-", "241-539-3[einecs]", "7-chloro-2-methyl-3-(2-methylphenyl)-4-oxo-1,2,3,4-tetrahydroquinazoline-6-sulfonamide", "6-quinazolinesulfonamide 7-chloro-1,2,3,4-tetrahydro-2-methyl-4-oxo-3-o-tolyl-", "mykrox zaroxolyn diulo", "2-methyl-3-o-tolyl-6-sulfamyl-7-chloro-1,2,3,4-tetrahydro-4-quinazolinone", "metolazona[spanish][inn]", "9005-80-5[rn]", "metolazone[wiki]", "7-chloro-1,2,3,4-tetrahydro-2-methyl-4-oxo-3-o-tolyl-6-quinazolinesulfonamide", "metolazonum[latin]", "na-cl symporter", "6-quinazolinesulfonamide 7-chloro-1,2,3,4-tetrahydro-2-methyl-3-(2-methylphenyl)-4-oxo-", "5-25-09-00212", "metolazone(zaroxolyn)", "mykrox tablets", "sr-720-22", "thiazide-sensitive sodium-chloride cotransporter", "metolazone [usan:ban:inn:jan][inn][jan][usan]", "7-chloro-2-methyl-4-oxo-3-(o-tolyl)-1,2,3,4-tetrahydroquinazoline-6-sulfonamide", "zaroxolyn[wiki]", "mykrox[wiki]", "zaroxolyn (tn)", "metolazona; metolazone; metolazonum", "sr 720-22", "metolazona [inn-spanish]", "7-chloro-2-methyl-3-(2-methylphenyl)-4-oxo-1,2-dihydroquinazoline-6-sulfonamide", "metolazona", "17560-51-9"}|>, "4417" -> <|"DatabaseID" -> "SW02639", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00808"]}, "IsomericSmiles" -> "CC1Cc2ccccc2N1NC(=O)c3ccc(c(c3)S(=O)(=O)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00345"]}, "OfficialNames" -> <|"Indian Approved Name" -> "indapamide", "FDA Approved Drug" -> "INDAPAMIDE"|>, "PharmGKBID" -> "PA449975", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3702]}, "Synonyms" -> {"cormil", "indapamide", "natrilix", "indamol", "fludex", "lozol", "ipamix", "pressurai", "tertensif", "bajaten", "arifon", "veroxil", "novo-indapamide", "apo-indapamide", "noranat", "nu-indapamide", "idapamide", "tandix", "lozide", "natrix", "indapamida [inn-spanish]", "4-chloro-n-(2-methyl-2,3-dihydro-indol-1-yl)-3-sulfamoyl-benzamide", "4-chlor-n-(2-methyl-2,3-dihydro-1h-indol-1-yl)-3-sulfamoylbenzolcarboxamid", "minimal potassium channel", "arifon;fludex;noranat;veroxil;tertensif;lozol", "natrix (tn)", "gen-indapamide", "1-(4-chloro-3-sulfamoylbenzamido)-2-methylindoline", "indaflex", "indapamidum [inn-latin]", "lozol (tn)", "damide", "benzamide 4-chloro-n-(2-methyl-1-indolinyl)-3-sulfamoyl-", "indapamide[wiki]", "n-(3-sulfamyl-4-chlorobenzamido)-2-methylindoline", "indapamida[spanish][inn]", "iks producing slow voltage-gated potassium channel subunit beta mink", "4-chloro-n-(2-methyl-2,3-dihydro-1h-indol-1-yl)-3-sulfamoylbenzamide[acd/iupac name]", "tl8002131", "26807-65-8[rn]", "5-20-06-00348 (beilstein handbook reference)[beilstein]", "248-012-7[einecs]", "9050-31-1[rn]", "pressural [as hemihydrate]", "natrix[wiki]", "n-[4-chloro-3-sulfamoylbenzamidol]-2-methylindoline", "3-(aminosulfonyl)-4-chloro-n-(2,3-dihydro-2-methyl-1h-indol-1-yl)benzamide", "delayed rectifier potassium channel subunit isk", "indapamide [usan:ban:inn:jan][inn][jan][usan]", "4-chloro-n-(2-methyl-1-indolinyl)-3-sulfamoylbenzamide", "n-(4-chloro-3-sulfamoylbenzamido)-2-methylindoline", "77083-52-4[rn]", "benzamide 3-(aminosulfonyl)-4-chloro-n-(2,3-dihydro-2-methyl-1h-indol-1-yl)-", "(4-chloro-3-sulfamoylphenyl)-n-(2-methylindolinyl)carboxamide", "indapamidum[latin]", "49564-58-1[rn]", "nlozol arifon fludex noranat veroxil", "benzamide 3-(aminosulfonyl)-4-chloro-n-(2,3-dihydro-2-methyl-1h-indol-1-yl)- (9ci)"}|>, "4418" -> <|"DatabaseID" -> "SW02639", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00808"]}, "IsomericSmiles" -> "CC1Cc2ccccc2N1NC(=O)c3ccc(c(c3)S(=O)(=O)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00345"]}, "OfficialNames" -> <|"Indian Approved Name" -> "indapamide", "FDA Approved Drug" -> "INDAPAMIDE"|>, "PharmGKBID" -> "PA449975", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3702]}, "Synonyms" -> {"cormil", "indapamide", "natrilix", "indamol", "fludex", "lozol", "ipamix", "pressurai", "tertensif", "bajaten", "arifon", "veroxil", "novo-indapamide", "apo-indapamide", "noranat", "nu-indapamide", "idapamide", "tandix", "lozide", "natrix", "indapamida [inn-spanish]", "4-chloro-n-(2-methyl-2,3-dihydro-indol-1-yl)-3-sulfamoyl-benzamide", "4-chlor-n-(2-methyl-2,3-dihydro-1h-indol-1-yl)-3-sulfamoylbenzolcarboxamid", "minimal potassium channel", "arifon;fludex;noranat;veroxil;tertensif;lozol", "natrix (tn)", "gen-indapamide", "1-(4-chloro-3-sulfamoylbenzamido)-2-methylindoline", "indaflex", "indapamidum [inn-latin]", "lozol (tn)", "damide", "benzamide 4-chloro-n-(2-methyl-1-indolinyl)-3-sulfamoyl-", "indapamide[wiki]", "n-(3-sulfamyl-4-chlorobenzamido)-2-methylindoline", "indapamida[spanish][inn]", "iks producing slow voltage-gated potassium channel subunit beta mink", "4-chloro-n-(2-methyl-2,3-dihydro-1h-indol-1-yl)-3-sulfamoylbenzamide[acd/iupac name]", "tl8002131", "26807-65-8[rn]", "5-20-06-00348 (beilstein handbook reference)[beilstein]", "248-012-7[einecs]", "9050-31-1[rn]", "pressural [as hemihydrate]", "natrix[wiki]", "n-[4-chloro-3-sulfamoylbenzamidol]-2-methylindoline", "3-(aminosulfonyl)-4-chloro-n-(2,3-dihydro-2-methyl-1h-indol-1-yl)benzamide", "delayed rectifier potassium channel subunit isk", "indapamide [usan:ban:inn:jan][inn][jan][usan]", "4-chloro-n-(2-methyl-1-indolinyl)-3-sulfamoylbenzamide", "n-(4-chloro-3-sulfamoylbenzamido)-2-methylindoline", "77083-52-4[rn]", "benzamide 3-(aminosulfonyl)-4-chloro-n-(2,3-dihydro-2-methyl-1h-indol-1-yl)-", "(4-chloro-3-sulfamoylphenyl)-n-(2-methylindolinyl)carboxamide", "indapamidum[latin]", "49564-58-1[rn]", "nlozol arifon fludex noranat veroxil", "benzamide 3-(aminosulfonyl)-4-chloro-n-(2,3-dihydro-2-methyl-1h-indol-1-yl)- (9ci)"}|>, "4419" -> <|"DatabaseID" -> "SW02640", "IsomericSmiles" -> "c1cc2c(=O)cc([nH]c2c(c1)O[C@H]3[C@H]([C@H]([C@H]([C@H](O3)CO)O)O)O)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "comarinic acid-beta-glucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 53481609]}, "Synonyms" -> {"4", "xan8glc", "xanthurenic acid 8-o-beta-d-glucoside", "hmdb13118", "xanthurenate-8-o-beta-d-glucoside", "xanthurenic acid 8-o-beta-delta-glucoside"}|>, "4420" -> <|"DatabaseID" -> "SW02641", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2298620]}, "IsomericSmiles" -> "CC1(C=Cc2c3c(c(=O)c4ccccc4n3C)c(c(c2O1)[N+](=O)[O-])OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nitroacronycine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3034094]}, "Synonyms" -> {"7h-pyrano(2", "nitroacronycine", "nitroacronine", "7h-pyrano(2,3-c)acridin-7-one 3,12-dihydro-6-methoxy-3,3,12-trimethyl-ar-nitro-(9ci)", "chembl501214", "acronycine nitro-", "99020-76-5", "99020-76-5[rn]", "ls-14626", "ac1mhwvo", "6-methoxy-3", "acronycine"}|>, "4421" -> <|"DatabaseID" -> "SW02642", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161231]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)SCC(=O)NCC(=O)NCC(=O)NCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03105"]}, "OfficialNames" -> <|"NPC Approved Name" -> "betiatide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185457]}, "Synonyms" -> {"betiatide", "n-((benzoylthio)acetyl)glycylglycylglycine", "glycine n-(n-(n-((benzoylthio)acetyl)glycyl)glycyl)", "ncgc00182993-01", "ac1q5wo6", "103725-47-9[rn]", "ac1l4gwc", "betiatide [usan:inn:ban][inn][usan]", "103725-47-9", "unii-9nv2sr34p8", "dsstox_cid_28714", "betiatide (usan)", "dsstox_rid_82983", "betiatide[usan]"}|>, "4422" -> <|"DatabaseID" -> "SW02643", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4953643], ExternalIdentifier["ChemSpiderID", 9885836]}, "IsomericSmiles" -> "Cc1cc(cc(c1Nc2ccnc(n2)Nc3ccc(cc3)C#N)C)/C=C/C#N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09720"], ExternalIdentifier["KEGGID", "D09958"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "RILPIVIRINE;RILPIVIRINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6451164], ExternalIdentifier["PubChemCompoundID", 11711114]}, "Synonyms" -> {"edurant", "rilpivirine hydrochloride", "r-278474", "tmc278", "rilpivirine", "r278474", "(e)-4-((4-((4-(2-cyanovinyl)-2,6-dimethylphenyl)amino)pyrimidin-2-yl)amino)benzonitrile", "500287-72-9[rn]", "tmc 278", "chembl1628504", "unii-212wax8kdd", "tmc-278", "700361-47-3[rn]", "700361-47-3", "4-{4-[4-((e)-2-cyano-vinyl)-2,6-dimethyl-phenylamino]-pyrimidin-2-ylamino}-benzonitrile", "mu o-conotoxin", "benzonitrile 4-((4-((4-((1e)-2-cyanoethenyl)-2,6-dimethylphenyl)amino)-2-pyrimidinyl)amino)-", "r 278474", "rilpivirine hydrochloride (jan/usan)", "benzonitrile 4-[[4-[[4-[(1e)-2-cyanoethenyl]-2,6-dimethylphenyl]amino]-2-pyrimidinyl]amino]-", "4-{4-[4-(2-cyano-vinyl)-2,6-dimethyl-phenylamino]- pyrimidin-2-ylamino}-benzonitrile hydrochloride", "d09958", "4-{[4-({4-[(e)-2-cyanoethenyl]-2", "tmc-278-la", "rilpivirine[wiki][inn]", "edurant (tn)", "4-((4-((4-((1e)-2-cyanoethenyl)-2,6-dimethylphenyl)amino)-2-pyrimidinyl)amino)benzonitrile", "500287-72-9", "4-[[4-[[4-[(e)-2-cyanoethenyl]-2,6-dimethyl-phenyl]amino]pyrimidin-2-yl]amino]benzonitrile"}|>, "4423" -> <|"DatabaseID" -> "SW02644", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 32006]}, "IsomericSmiles" -> "Cc1c2ccc(c(c2c[n+]3c1-c4cc(c(cc4CC3)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dehydrocorydaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 34781]}, "Synonyms" -> {"dehydrocorydaline", "dehydrocorydalin", "brn 1556798", "berbinium", "ac1l1saf", "dibenzo[a,g]quinolizinium,5,6-dihydro-2,3,9,10-tetramethoxy-13-methyl-", "7", "c22h24no4", "5-21-06-00206 (beilstein handbook reference)[beilstein]", "10605-03-5 (chloride)", "berbinium 7,8,13,13a-tetradehydro-2,3,9,10-tetramethoxy-13-methyl-", "10605-03-5[rn]", "chembl1917176", "7,8,13,13a-tetradehydro-2,3,9,10-tetramethoxy-13-methylberbinium", "ls-43470", "dibenzo(a,g)quinolizinium,5,6-dihydro-2,3,9,10-tetramethoxy-13-methyl-(9ci)", "2,3,9,10-tetramethoxy-13-methyl-5,6-dihydroisoquino[3,2-a]isoquinolinium", "30045-16-0[rn]"}|>, "4424" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4425" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4426" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4427" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4428" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4429" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4430" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4431" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4432" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4433" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4434" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4435" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4436" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4437" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4438" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4439" -> <|"DatabaseID" -> "SW02645", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474537]}, "IsomericSmiles" -> "CC(C1(CC[C@]2([C@@]1([C@@H](CC3C2CC=C4[C@@]3(CC[C@@H](C4)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "utendin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315143]}, "Synonyms" -> {"(3s", "ac1nsspu", "utendin"}|>, "4440" -> <|"DatabaseID" -> "SW02646", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50838"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62105]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01395"]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C=C1[C@@H]3C[C@@H]3[C@@H]4[C@@H]2CC[C@]5([C@H]4[C@@H]6C[C@@H]6[C@@]57CCC(=O)O7)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03917"]}, "OfficialNames" -> <|"Indian Approved Name" -> "drospirenone", "FDA Approved Drug" -> "DROSPIRENONE"|>, "PharmGKBID" -> "PA164749409", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68873]}, "Synonyms" -> {"drospirenone", "drsp", "drospirenona [inn-spanish]", "1", "dihydrospirorenone", "dehydrospirorenone", "drospirenonum [inn-latin]", "drospirenonum[latin]", "zk30595", "spiro[8h-cyclopropa[4,5]cyclopenta[1,2-a]cyclopropa[l]phenanthrene-8,2'(5'h)-furan]-3,5'(4h)-dione,1,1a,3',4',5,5a,5b,6,7,7a,8a,9,9a,9b,9c,9d-hexadecahydro-5a,7a-dimethyl- (1ar,5ar,5bs,7as,8s,8as,9as,9bs,9cr,9dr)-", "drospirenona", "266-679-2[einecs]", "angeliq", "yasmin (drospirenone + ethinylestradiol)_mixture", "(1ar,5ar,5bs,7as,8s,8as,9as,9bs,9cr,9dr)-5a,7a-dimethyl-1,1a,5,5a,5b,6,7,7a,8a,9,9a,9b,9c,9d-tetradecahydro-3'h-spiro[cyclopropa[4,5]cyclopenta[1,2-a]cyclopropa[l]phenanthrene-8,2'-furan]-3,5'(4h,4'h)-dione", "yaz (drospirenone + ethinylestradiol)_mixture", "4765500[beilstein]", "(1ar,5ar,5bs,7as,8s,8as,9as,9bs,9cr,9dr)-5a,7a-dimethyl-1,1a,5,5a,5b,6,7,7a,8a,9,9a,9b,9c,9d-tetradecahydro-3'h-spiro[cyclopropa[4,5]cyclopenta[1,2-a]cyclopropa[l]phenanthrene-8,2'-furan]-3,5'(4h,4'h)", "(1ar,5ar,5bs,7as,8s,8as,9as,9bs,9cr,9dr)-5a,7a-dimethyl-1,1a,5,5a,5b,6,7,7a,8a,9,9a,9b,9c,9d-tetradecahydro-3'h-spiro[cyclopropa[4,5]cyclopenta[1,2-a]cyclopropa[l]phenanthren-8,2'-furan]-3,5'(4h,4'h)-", "67392-87-4[rn]", "dihydrotestosterone receptor", "(6r,7r,8r,9s,10r,13s,14s,15s,16s,17s)-1,3',4',6,6a,7,8,9,10,11,12,13,14,15,15a,16-hexadecahydro-10,13-dimethylspiro-(17h-dicyclopropa(6,7:15,16)cyclopenta(a)phenanthrene-17,2'(5'h)-furan)-3,5'(2h)-dione", "drospirenona[spanish][inn]", "(1ar,5ar,5bs,7as,8s,8as,9as,9bs,9cr,9dr)-5a,7a-dimethyl-1,1a,5,5a,5b,6,7,7a,8a,9,9a,9b,9c,9d-tetradecahydro-3'h-spiro[cyclopropa[4,5]cyclopenta[1,2-a]cyclopropa[l]phenanthren-8,2'-furan]-3,5'(4h,4'h)-dion", "drospirenone[wiki][inn]", "spiro[8h-cyclopropa[4,5]cyclopenta[1,2-a]cyclopropa[l]phenanthrene-8,2'(5'h)-furan]-3,5'(4h)-dione,1,1a,3',4',5,5a,5b,6,7,7a,8a,9,9a,9b,9c,9d-hexadecahydro-5a,7a-dimethyl- (1ar,5ar,5bs,7as,8s,8as,9a", "yasmin[wiki]", "drospirenonum", "[6r-(6a,7a,8b,9a,10b,13b,14a,15a,16a,17b)]-1,3',4',6,7,8,9,10,11,12,13,14,15,16,20,21-hexadecahydro-10,13-dimethylspiro[17h-dicyclopropa[6,7:15,16]cyclopenta[a]phenanthrene-17,2'(5'h)-furan]-3-3,5'(2h", "6b,7b:15b,16b-dimethylene-3-oxo-4-androstene-[17(b-1')-spiro-5']perhydrofuran-2'-one", "1,2-dihydro-spirorenone", "1,2-dihydrospirorenone"}|>, "4441" -> <|"DatabaseID" -> "SW02647", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1400852]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CC/C(=C/COc1ccc2ccc(=O)oc2c1)/C)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "umbelliprenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1781413]}, "Synonyms" -> {"umbelliprenin", "7-{[(2e,6e)-3,7,11-trimethyldodeca-2,6,10-trien-1-yl]oxy}-2h-chromen-2-one", "2h-1-benzopyran-2-one 7-[[(2e,6e)-3,7,11-trimethyl-2,6,10-dodecatrien-1-yl]oxy]-", "7-((2e,6e)-3,7,11-trimethyl-dodeca-2,6,10-trienyloxy)-chromen-2-one", "(e,e)-7-((3,7,11-trimethyl-2,6,10-dodecatrienyl)oxy)-2h-1-benzopyran-2-one", "mls002472936", "chembl156127", "ac1lwq1w", "7-[(2e", "ncgc00247456-01", "532-16-1[rn]", "7-((2e,6e)-3,7,11-trimethyldodeca-2,6,10-trienyloxy)chromen-2-one", "30413-87-7[rn]", "chebi:360999", "532-16-1", "zinc02126785", "hms2205k17"}|>, "4442" -> <|"DatabaseID" -> "SW02648", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31981"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01608"]}, "IsomericSmiles" -> "c1ccc2c(c1)N(c3cc(ccc3S2)C#N)CCC[NH+]4CCC(CC4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01485"]}, "OfficialNames" -> <|"Australia Approved Name" -> "PERICYAZINE"|>, "PharmGKBID" -> "PA164781043", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4747]}, "Synonyms" -> {"propericiazine", "neuleptil", "pericyazine", "aolept", "neulactil", "piperocyanomazine", "nemactil", "alpha 1b-adrenoceptor", "neuleptil (tn)", "periciazine", "2-cyano-10-(3-(4-hydroxy-1-piperidyl)propyl)phenothiazine", "10-[3-(4-hydroxy-1-piperidinyl)propyl]-10h-phenothiazine-2-carbonitrile[acd/iupac name]", "periciazina", "10-[3-(4-hydroxypiperidin-1-yl)propyl]-10h-phenothiazine-2-carbonitrile", "cyano-3 ((hydroxy-4 piperidyl-1)-3 propyl)-10 phenothiazine[french]", "periciazinum", "periciazina[spanish][inn]", "phenothiazine-2-carbonitrile 10-(3-(4-hydroxypiperidino)propyl)-", "2-cyano-10-(3-(4-hydroxypiperidino)propyl)phenothiazine", "2-cyano-10-[3-(4-hydroxypiperidino)propyl]phenothiazine", "periciazinum[latin]", "10-(3-(4-hydroxypiperidino)propyl)phenothiazine-2-carbonitrile", "220-071-3[einecs]", "f.i. 6145", "4-piperidinol 1-(3-(2-cyano-10-phenothiazinyl)propyl)-", "6909 rp", "10h-phenothiazine-2-carbonitrile 10-[3-(4-hydroxy-1-piperidinyl)propyl]-", "10-(3-(4-hydroxypiperidin-1-yl)propyl)-10h-phenothiazine-2-carbonitrile", "576739[beilstein]", "propericiazine (oxide)", "yaz", "skf 20,716", "2622-26-6[rn]", "alpha 1b- adrenoreceptor", "periciazine[inn]"}|>, "4443" -> <|"DatabaseID" -> "SW02649", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32940"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-hentriacontane n-hexacosane"|>, "Synonyms" -> {"[630-01-3]", "ethyltetracosane", "hexacosan", "n-hexacosane", "1705609[beilstein]", "tl8004355", "630-01-3[rn]", "hexacosane[wiki][acd/iupac name]", "cerane", "ch3-[ch2]24-ch3", "211-124-1[einecs]"}|>, "4444" -> <|"DatabaseID" -> "SW02651", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24456]}, "IsomericSmiles" -> "CC(=O)Oc1cccc2c1C(=O)c3c(cc(cc3OC(=O)C)C(=O)[O-])C2=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07270"]}, "OfficialNames" -> <|"Indian Approved Name" -> "diacerein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26248]}, "Synonyms" -> {"diacetylrhein", "diacerhein", "artrodar", "13739-02-1", "diacerein", "fisiodar", "diacerein[wiki][inn]", "art", "2-anthroic acid 9,10-dihydro-4,5-dihydroxy-9,10-dioxo- diacetate", "4,5-diacetylrhein", "3-10-00-04790 (beilstein handbook reference)[beilstein]", "artrodar;fisiodar", "rhein diacetate", "4,5-bis(acetyloxy)-9,10-dihydro-9,10-dioxo-2-anthracenecarboxylic acid", "4,5-diacetoxy-9,10-dioxo-9,10-dihydroanthracene-2-carboxylic acid", "diacereina [spanish]", "4,5-diacetoxy-9,10-dihydro-9,10-dioxo-2-anthrylcarbonsaeure", "zondar", "4", "diacereine [french]", "2-anthracenecarboxylic acid 4,5-bis(acetyloxy)-9,10-dihydro-9,10-dioxo-", "13739-02-1[rn]", "4,5-bis(acetyloxy)-9,10-dioxo-9,10-dihydroanthracene-2-carboxylic acid", "9,10-dihydro-4,5-dihydroxy-9,10-dioxo-2-anthroic acid,diacetate", "diacereinum [latin]", "1,8-diacetoxy-3-carboxyanthraquinone", "rhein diacetate (6ci)", "4,5-diacetyloxy-9,10-bis(oxidanylidene)anthracene-2-carboxylicacid", "diacerin", "dar", "diacereinum[latin]", "4,5-diacetoxy-9,10-dioxo-9,10-dihydro-2-anthracenecarboxylic acid[acd/iupac name]", "4,5-diacetyloxy-9,10-dioxoanthracene-2-carboxylic acid", "4,5-diacetyloxy-9,10-dioxo-2-anthracenecarboxylic acid", "4,5-diacetoxy-9,10-dioxo-9,10-dihydro-anthracene-2-carboxylic acid", "diacereine[french]", "2-anthracenecarboxylic acid 4,5-bis(acetyloxy)-9,10-dihydro-9,10-dioxo-(9ci)", "diacereina[spanish]", "237-310-2[einecs]", "tl8000865", "9,10-dihydro-4,5-dihydroxy-9,10-dioxo-2-anthroic aciddiacetate", "3-10-00-04790", "1,8-diacetoxyanthraquinone-3-carboxylic acid", "artrodar;"}|>, "4445" -> <|"DatabaseID" -> "SW02652", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2271975]}, "IsomericSmiles" -> "CO/C=C(/[C@H]1C[C@H]2c3c(c4ccccc4[nH]3)CC[NH+]2C[C@@H]1C=C)\\C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corynantheine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3000320]}, "Synonyms" -> {"corynantheine", "63989-76-4[rn]", "brn 0096586", "4-25-00-01255 (beilstein handbook reference)[beilstein]", "5986-06-1[rn]", "4-25-00-01255 (beilstein handbook reference)", "18904-54-6", "ls-144745", "ac1mhd3z", "4-25-00-01255", "5986-06-1 (hydrochloride)", "methyl (16z)-16-(methoxymethylene)coryn-18-en-17-oate", "18904-54-6[rn]", "(e)-16,17,18,19-tetradehydro-17-methoxy-17,18-secoyohimban-16-carboxylicacidmethyl ester", "indole alkaloid", "63989-76-4 ((r-(r*", "17,18-secoyohimban-16-carboxylic acid 16,17,18,19-tetradehydro-17-methoxy- methyl ester,(e)-", "17", "(16e)-16", "(16e)-16,17,18,19-tetradehydro-17-methoxycorynan-16-carboxylicacid methyl ester", "hirsuteine"}|>, "4446" -> <|"DatabaseID" -> "SW02653", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300974]}, "IsomericSmiles" -> "CO/C=C(\\[C@H]1C[C@@H]2c3c(c4ccccc4[nH]3)CC[NH+]2C[C@@H]1C=C)/C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hirsuteine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3037151]}, "Synonyms" -> {"corynan-16-carboxylic acid", "hirsuteine", "35467-43-7[rn]", "ac1mi2dn", "methyl (e)-2-[(2s", "c16971", "(3-beta", "delta(sup 18)-hirsutine", "ls-55031", "35467-43-7"}|>, "4447" -> <|"DatabaseID" -> "SW02654", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12074]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CCC2=O)CC=C4[C@@]3(CC[C@@H](C4)OS(=O)(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3beta- hydroxyeremophile mophilenolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12594]}, "Synonyms" -> {"3-o-sulfodehydroepiandrosterone", "dehydroepiandrosterone sulfate", "dehydroepiandrosterone 3-sulfate", "dehydroisoandrosterone sulfate", "dehydroandrosterone sulfate", "dhea sulfate", "dehydroepiandrosterone monosulfate", "dheas", "prasterone sulfate", "651-48-9[rn]", "17-oxoandrost-5-en-3-yl hydrogen sulfate[acd/iupac name]", "1095-56-3[rn]", "formylisoglutamate", "d019314", "17-ketoandrost-5-en-3b-yl sulfate", "formylisoglutamic acid", "sulfate prasterone", "(3b)-3-(sulfooxy)androst-5-en-17-one", "601-36-5[rn]", "prasterone-3-sulfate", "dehydroisoandrosterone 3-sulfate sodium salt hydrate", "ccris 6746", "dehydroepiandrosterone sulphate", "dhea-s", "dehydroepiandrosterone 3b-sulfate", "dehydroepiandrosterone 3-sulphate", "sulfate dha", "sulfate dehydroepiandrosterone", "dha sulfate", "sulfate dhea", "dehydroisoandrosterone-3-sulfate", "sulfate dehydroisoandrosterone", "3b-hydroxyandrost-5-en-17-one hydrogen sulfate"}|>, "4448" -> <|"DatabaseID" -> "SW02655", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447583]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00429"]}, "IsomericSmiles" -> "CCCCC[C@@](C)(/C=C/[C@H]1[C@@H](C[C@@H]([C@@H]1C/C=C/CCCC(=O)[O-])O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "carboprost tromethamine"|>, "PharmGKBID" -> "PA164754883", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284525]}, "Synonyms" -> {"carboprost", "prostanoid ep1 receptor", "prostin / 15m", "pge receptor ep1 subtype", "carboprost tromethamine", "u 32921e", "c21h36o5", "ac1o5i8v", "9005-49-6", "35700-23-3[rn]", "carboprost trometanol", "carboprost tromethamine[usp]", "hemabate", "tham", "58551-69-2[rn]", "carboprost tromethamine [usan]", "chembl1200954", "ac1nr4md", "unii-u4526f86fj"}|>, "4449" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4450" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4451" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4452" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4453" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4454" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4455" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4456" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4457" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4458" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4459" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4460" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4461" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4462" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4463" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4464" -> <|"DatabaseID" -> "SW02656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56080]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01570"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2CC[NH+](CC2C)CC(c3ccccc3)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Beta-hydroxy-3-methylfentanyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62279]}, "Synonyms" -> {"n-[1-(2-hydroxy-2-phenylethyl)-3-methylpiperidin-4-yl]-n-phenylpropanamide", "beta-hydroxy-3-methylfentanyl", "ac1q2rpf", "propanamide n-[1-(2-hydroxy-2-phenylethyl)-3-methyl-4-piperidinyl]-n-phenyl-", "n-(1-(2-hydroxy-1-methyl-2-phenylethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "ohmefentanyl", "78995-14-9[rn]", "propanamide", "n-[1-(2-hydroxy-2-phenyl-ethyl)-3-methyl-piperidin-4-yl]-n-phenyl-propionamide", "ohmefentanyl[wiki]", "n-(1-(2-hydroxy-2-phenethyl)-3-methyl-4-piperidinyl)-n-phenylpropanamide", "f 7302", "ac1l1wt8", "dea no. 9831"}|>, "4465" -> <|"DatabaseID" -> "SW02657", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20628]}, "IsomericSmiles" -> "CCOC(=O)C1(CC[NH+](CC1)CCCNc2ccccc2)c3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Piminodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21950]}, "Synonyms" -> {"piminodine", "pimadin (analgesic)", "pimadine", "alvodine", "piminodine [inn:ban]", "13495-09-5[rn]", "5-22-02-00490", "ethyl 1-(3-anilinopropyl)-4-phenylpiperidine-4-carboxylate", "4-piperidinecarboxylic acid 4-phenyl-1-[3-(phenylamino)propyl]- ethylester", "4-phenyl-1-[3-(phenylamino)propyl]-4-piperidinecarboxylic acidethyl ester", "236-817-6[einecs]", "ethyl 4-phenyl-1-[(3-phenylamino)propyl]-4-piperidinecarboxylate", "piminodine alvodine,pimadin,cimapon", "4-piperidinecarboxylic acid 4-phenyl-1-(3-(phenylamino)propyl)- ethylester", "piminodina[spanish][inn]", "5714-77-2[rn]", "isonipecotic acid,1-(3-anilinopropyl)-4-phenyl- ethyl ester (7ci,8ci)", "ethyl 1-(3-anilinopropyl)-4-phenylisonipecotate", "piminodina [inn-spanish]", "5-22-02-00490 (beilstein handbook reference)[beilstein]", "4-phenyl-1-(3-(phenylamino)propyl)-4-piperidinecarboxylic acidethyl ester", "win 14098-2", "piminodinum[latin]", "anopridine", "1-(3-anilinopropyl)-4-phenylisonipecotic acid ethyl ester", "ethyl 4-phenyl-1-[3-(phenylamino)propyl]piperidine-4-carboxylate", "cimadon", "pimadin", "piminodinum [inn-latin]"}|>, "4466" -> <|"DatabaseID" -> "SW02658", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52715"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2261]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01244"]}, "IsomericSmiles" -> "CC(C)COCC(CN(Cc1ccccc1)c2ccccc2)[NH+]3CCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00631"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BEPRIDIL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91725]}, "Synonyms" -> {"bepridil hydrochloride monohydrate", "vascor", "chebi:52715", "cerm-1978", "1-pyrrolidineethanamine b-[(2-methylpropoxy)methyl]-n-phenyl-n-(phenylmethyl)-", "bepridil hydrochloride hydrate", "1-isobutoxy-2-pyrrolidino-3-n-benzylanilinopropane", "3-isobutoxy-2-pyrrolidino-n-phenyl-n-benzylpropylamine hydrochloride hydrate", "n-{3-[(2-methylpropyl)oxy]-2-pyrrolidin-1-ylpropyl}-n-(phenylmethyl)aniline", "dl-bepridil", "bepridil[wiki]", "n-benzyl-n-[3-(2-methylpropoxy)-2-pyrrolidin-1-ylpropyl]aniline", "61 kda cam-pde", "64706-54-3[rn]", "1-pyrrolideneethanamine", "bepridil hydrochloride [usan]", "cam-pde 1a", "256-384-7[einecs]", "n-benzyl-n-[3-(2-methylpropoxy)-2-(pyrrolidin-1-yl)propyl]aniline", "3-isobutoxy-2-pyrrolidino-n-phenyl-n-benzylpropylamine", "49571-04-2[rn]", "bepridil hydrochloride", "angopril", "1-[2-(n-benzylanilino)-1-(isobutoxymethyl)ethyl]pyrrolidine", "bepridil hcl", "cordium", "n-benzyl-n-[3-isobutoxy-2-(1-pyrrolidinyl)propyl]aniline[acd/iupac name]", "n-benzyl-n-[3-(2-methylpropoxy)-2-pyrrolidin-1-yl-propyl]aniline hydrochloride", "b-[(2-methylpropoxy)methyl]-n-phenyl-n-(phenylmethyl)-1-pyrrolidineethanamine", "bepridil", "n-benzyl-n-[3-isobutoxy-2-(pyrrolidin-1-yl)propyl]aniline", "68099-86-5[rn]", "bepridil hydrochloride (usan)", "hcam-1", "bepadin"}|>, "4467" -> <|"DatabaseID" -> "SW02658", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52715"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2261]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01244"]}, "IsomericSmiles" -> "CC(C)COCC(CN(Cc1ccccc1)c2ccccc2)[NH+]3CCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00631"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BEPRIDIL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91725]}, "Synonyms" -> {"bepridil hydrochloride monohydrate", "vascor", "chebi:52715", "cerm-1978", "1-pyrrolidineethanamine b-[(2-methylpropoxy)methyl]-n-phenyl-n-(phenylmethyl)-", "bepridil hydrochloride hydrate", "1-isobutoxy-2-pyrrolidino-3-n-benzylanilinopropane", "3-isobutoxy-2-pyrrolidino-n-phenyl-n-benzylpropylamine hydrochloride hydrate", "n-{3-[(2-methylpropyl)oxy]-2-pyrrolidin-1-ylpropyl}-n-(phenylmethyl)aniline", "dl-bepridil", "bepridil[wiki]", "n-benzyl-n-[3-(2-methylpropoxy)-2-pyrrolidin-1-ylpropyl]aniline", "61 kda cam-pde", "64706-54-3[rn]", "1-pyrrolideneethanamine", "bepridil hydrochloride [usan]", "cam-pde 1a", "256-384-7[einecs]", "n-benzyl-n-[3-(2-methylpropoxy)-2-(pyrrolidin-1-yl)propyl]aniline", "3-isobutoxy-2-pyrrolidino-n-phenyl-n-benzylpropylamine", "49571-04-2[rn]", "bepridil hydrochloride", "angopril", "1-[2-(n-benzylanilino)-1-(isobutoxymethyl)ethyl]pyrrolidine", "bepridil hcl", "cordium", "n-benzyl-n-[3-isobutoxy-2-(1-pyrrolidinyl)propyl]aniline[acd/iupac name]", "n-benzyl-n-[3-(2-methylpropoxy)-2-pyrrolidin-1-yl-propyl]aniline hydrochloride", "b-[(2-methylpropoxy)methyl]-n-phenyl-n-(phenylmethyl)-1-pyrrolidineethanamine", "bepridil", "n-benzyl-n-[3-isobutoxy-2-(pyrrolidin-1-yl)propyl]aniline", "68099-86-5[rn]", "bepridil hydrochloride (usan)", "hcam-1", "bepadin"}|>, "4468" -> <|"DatabaseID" -> "SW02659", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28866"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10724]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lignoceric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11197]}, "Synonyms" -> {"lignozerinsaeure", "tetracosoic acid", "n-tetracosanoic acid", "lignoceric acid", "tetracosansaeure", "557-59-5[rn]", "tetracosanoic acid", "18080-73-4[rn]", "ch3-[ch2]22-cooh;lignozerinsaeure;tetracosansaeure;n-tetracosanoic acid; tetracosanic acid; tetracosoic acid; tetraeicosanoic acid;tetraicosanoic acid", "66502-42-9[rn]", "tetracosanoic acid lignoceric acid", "tetraicosanoic acid", "1728237[beilstein]", "n-tetracosanoate", "209-180-7[einecs]", "tetracosanoate", "chebi:28866", "[557-59-5]", "sbb061610", "lignocericacid", "lignocerate", "ch3-[ch2]22-cooh", "tetracosanoic acid[acd/iupac name]", "tetracosanic acid", "557-59-5", "tetraeicosanoic acid"}|>, "4469" -> <|"DatabaseID" -> "SW02660", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 115052]}, "IsomericSmiles" -> "CC(=O)OCC(=O)Nc1cc(cc(c1Cl)NC(=O)COC(=O)C)C#N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09770"]}, "OfficialNames" -> <|"NPC Approved Name" -> "acreozast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 129991]}, "Synonyms" -> {"acreozast", "acreozast (inn)", "123548-56-1", "(2-chloro-5-cyano-1,3-phenylene)bis(imino-2-oxoethane-2,1-diyl)diacetate", "123548-56-1[rn]", "ncgc00182988-01", "3,5-bis(acetoxyacetylamino)-4-chlorobenzonitrile", "surecn6454819", "acreozst", "adeozast (jan)", "ac1l2wkw", "adeozast", "((2-chloro-5-cyano-1,3-phenylene)bis(azanediyl))bis(2-oxoethane-2,1-diyl) diacetate", "tyb-2285", "acetamide n,n'-(2-chloro-5-cyano-1,3-phenylene)bis[2-(acetyloxy)-", "acetamide n,n'-(2-chloro-5-cyano-1,3-phenylene)bis(2-(acetyloxy)-", "acreozst[inn]", "unii-84dz9rw4wk", "n,n'-(2-chloro-5-cyano-m-phenylene)bis(glycolamide)diacetate (ester)"}|>, "4470" -> <|"DatabaseID" -> "SW02661", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3478"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 46259]}, "IsomericSmiles" -> "c1ccc(cc1)[C@H](C(=O)N[C@H]2[C@@H]3N(C2=O)C(=C(CS3)Cl)C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00256"]}, "OfficialNames" -> <|"China Approved Name" -> "cefaclor", "Indian Approved Name" -> "cefaclor"|>, "Synonyms" -> {"(6r,7r)-7-{[(2r)-2-amino-2-phenylacetyl]amino}-3-chloro-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid hydrate (1:1)[acd/iupac name]", "kefolor suspension", "cefaclor monohydrate", "lilly 99638 hydrate", "cefaclor monohydrate", "muco panoral", "7-(d-2-amino-2-phenylacetamido)-3-chloro-3-cephem-4-carboxylicacid monohydrate", "cefaclor [usan:ban:inn:jan][inn][jan][usan]", "ceclor[wiki]", "panacef", "alfatil", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2r)-2-amino-2-phenylacetyl]amino]-3-chloro-8-oxo- (6r,7r)- monohydrate", "distaclor", "cefaclor anhydrous", "panoral", "70356-03-5[rn]", "53994-73-3[rn]", "(6r,7r)-7-{[(2r)-2-amino-2-phenylacetyl]amino}-3-chloro-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid hydrate", "cefaclor", "alfacet", "(6r,7r)-7-((r)-2-amino-2-phenylacetamido)-3-chloro-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid monohydrate", "3-chloro-7-d-(2-phenylglycinamido)-3-cephem-4-carboxylic acid monohydrate", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2r)-2-amino-2-phenylacetyl]amino]-3-chloro-8-oxo- (6r,7r)- hydrate (1:1)", "[6r-[6a,7b(r*)]]-7-[(aminophenylacetyl)amino]-3-chloro-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid monohydrate", "compound 99638", "258-909-5[einecs]", "7-(d-2-amino-2-phenylacetamido)-3-chloro-3-cephem-4-carboxylicacid", "cefaclor[wiki][usp][jp15]", "alenfral", "alfatil kapseln"}|>, "4471" -> <|"DatabaseID" -> "SW02662", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3962"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 839564]}, "IsomericSmiles" -> "COc1c(ccc(c1)/C=C/C(=O)CC(=O)/C=C/c2cc(c(cc2)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "curcuminoids diferuloylmethane;oleoresin", "Indian Approved Name" -> "curcumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 969516]}, "Synonyms" -> {"turmeric yellow", "diferuloylmethane", "natural yellow 3", "gelbwurz", "souchet", "kacha haldi", "(1e,6e)-1,7-bis(4-hydroxy-3-methoxyphenyl)-1,6-heptadien-3,5-dion[german]", "haldar", "c yellow 15", "k00009", "(1e,6e)-1,7-bis-(4-hydroxy-3-methoxy-phenyl)-hepta-1,6-diene-3,5-dione", "1,7-bis(4-hydroxy-3-methoxyphenyl)-1,6- heptadiene-3,5-dione", "(1e,6e)-1,7-bis(4-hydroxy-3-methoxyphenyl)-1,6-heptadiene-3,5-dione", "c.i. natural yellow 3", "d003474", "curcumin", "kurkumin[czech]", "halad", "62-44-2[rn]", "curcumin i", "yellow root", "haidr", "2306965", "turmeric oleoresin", "1,7-bis(4-hydroxy-3-methoxyphenyl)hepta-1,6-diene-3,5-dione", "merita earth", "yellow turmeric", "curcumin (6.4 g)", "diferulylmethane", "diferaloylmethane", "458-37-7[rn]", "halud", "e-100", "trans,trans-curcumin", "(1e,6e)-1,7-bis[4-hydroxy-3-(methyloxy)phenyl]hepta-1,6-diene-3,5-dione", "1,6-heptadiene-3,5-dione 1,7-bis(4-hydroxy-3-methoxyphenyl)-,(1e,6e)-", "ci natural yellow 3", "zlut prirodni 3[czech]", "226578-51-4[rn]", "hydrastis[wiki]", "8024-37-1[rn]", "(e,e)-1,7-bis(4-hydroxy-3-methoxyphenyl)-1,6-heptadiene-3,5-dione", "curcumine", "curcuma", "4-08-00-03697 (beilstein handbook reference)[beilstein]", "1,6-heptadiene-3,5-dione 1,7-bis(4-hydroxy-3-methoxyphenyl)-,(e,e)-", "curcumin with hplc", "(1e,6e)-1,7-bis(4-hydroxy-3-methoxyphenyl)hepta-1,6-diene-3,5-dione", "curcumin[wiki]", "1,6-heptadiene-3,5-dione 1,7-bis(4-hydroxy-3-methoxyphenyl)-", "[h]oc1=c([h])c([h])=c(\\c([h])=c(/[h])c(=o)c([h])([h])c(=o)c(\\[h])=c(/[h])c2=c([h])c(oc([h])([h])[h])=c(o[h])c([h])=c2[h])c([h])=c1oc([h])([h])[h]", "1,7-bis(4-hydroxy-3-methoxyphenyl)-1,6-heptadiene-3,5-dione[acd/iupac name]", "207-280-5[einecs]", "turmeric"}|>, "4472" -> <|"DatabaseID" -> "SW02663", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 154159]}, "IsomericSmiles" -> "C[C@@]12c3ccc4c(c3C[NH+]([C@@H]1c5cc6c(cc5C[C@@H]2O)OCO6)C)OCO4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corynoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 177014]}, "Synonyms" -> {"corynoline", "13-methylchelidonine[acd/iupac name]", "18797-79-0", "( )-corynoline", "18797-79-0[rn]", "(+)-corynoline", "[1,3]benzodioxolo[5,6-c]-1,3-dioxolo[4,5-i]phenanthridin-6-ol,5b,6,7,12b,13,14-hexahydro-5b,13-dimethyl- (5br,6s,12br)-", "i07-0168", "ac1l42ho"}|>, "4473" -> <|"DatabaseID" -> "SW02663", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 154159]}, "IsomericSmiles" -> "C[C@@]12c3ccc4c(c3C[NH+]([C@@H]1c5cc6c(cc5C[C@@H]2O)OCO6)C)OCO4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corynoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 177014]}, "Synonyms" -> {"corynoline", "13-methylchelidonine[acd/iupac name]", "18797-79-0", "( )-corynoline", "18797-79-0[rn]", "(+)-corynoline", "[1,3]benzodioxolo[5,6-c]-1,3-dioxolo[4,5-i]phenanthridin-6-ol,5b,6,7,12b,13,14-hexahydro-5b,13-dimethyl- (5br,6s,12br)-", "i07-0168", "ac1l42ho"}|>, "4474" -> <|"DatabaseID" -> "SW02664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 242997]}, "IsomericSmiles" -> "CC1c2ccc3c(c2C[NH+](CCc4cc5c(cc4C1=O)OCO5)C)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corycavine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 276145]}, "Synonyms" -> {"corycavine", "7", "ar-1h2867", "7,16-dimethyl-6,8,9,16-tetrahydrobis[1,3]benzodioxolo[4,5-c:5',6'-g]azecin-15(7h)-one", "ac1q6p90", "nsc123402", "521-87-9", "acon1_002262", "ambap521-85-7", "521-87-9[rn]", "7,16-dimethyl-6,8,9,16-tetrahydrobis(1,3)benzodioxolo(4,5-c:5',6'-g)azecin-15(7h)-one", "ac1l5j6u", "dibenzo[c,g]azecin-13-one,perhydro-6,14-dimethyl-3,4:10,11-bis(methylenedioxy)-"}|>, "4475" -> <|"DatabaseID" -> "SW02664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 242997]}, "IsomericSmiles" -> "CC1c2ccc3c(c2C[NH+](CCc4cc5c(cc4C1=O)OCO5)C)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corycavine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 276145]}, "Synonyms" -> {"corycavine", "7", "ar-1h2867", "7,16-dimethyl-6,8,9,16-tetrahydrobis[1,3]benzodioxolo[4,5-c:5',6'-g]azecin-15(7h)-one", "ac1q6p90", "nsc123402", "521-87-9", "acon1_002262", "ambap521-85-7", "521-87-9[rn]", "7,16-dimethyl-6,8,9,16-tetrahydrobis(1,3)benzodioxolo(4,5-c:5',6'-g)azecin-15(7h)-one", "ac1l5j6u", "dibenzo[c,g]azecin-13-one,perhydro-6,14-dimethyl-3,4:10,11-bis(methylenedioxy)-"}|>, "4476" -> <|"DatabaseID" -> "SW02664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 242997]}, "IsomericSmiles" -> "CC1c2ccc3c(c2C[NH+](CCc4cc5c(cc4C1=O)OCO5)C)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corycavine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 276145]}, "Synonyms" -> {"corycavine", "7", "ar-1h2867", "7,16-dimethyl-6,8,9,16-tetrahydrobis[1,3]benzodioxolo[4,5-c:5',6'-g]azecin-15(7h)-one", "ac1q6p90", "nsc123402", "521-87-9", "acon1_002262", "ambap521-85-7", "521-87-9[rn]", "7,16-dimethyl-6,8,9,16-tetrahydrobis(1,3)benzodioxolo(4,5-c:5',6'-g)azecin-15(7h)-one", "ac1l5j6u", "dibenzo[c,g]azecin-13-one,perhydro-6,14-dimethyl-3,4:10,11-bis(methylenedioxy)-"}|>, "4477" -> <|"DatabaseID" -> "SW02664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 242997]}, "IsomericSmiles" -> "CC1c2ccc3c(c2C[NH+](CCc4cc5c(cc4C1=O)OCO5)C)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corycavine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 276145]}, "Synonyms" -> {"corycavine", "7", "ar-1h2867", "7,16-dimethyl-6,8,9,16-tetrahydrobis[1,3]benzodioxolo[4,5-c:5',6'-g]azecin-15(7h)-one", "ac1q6p90", "nsc123402", "521-87-9", "acon1_002262", "ambap521-85-7", "521-87-9[rn]", "7,16-dimethyl-6,8,9,16-tetrahydrobis(1,3)benzodioxolo(4,5-c:5',6'-g)azecin-15(7h)-one", "ac1l5j6u", "dibenzo[c,g]azecin-13-one,perhydro-6,14-dimethyl-3,4:10,11-bis(methylenedioxy)-"}|>, "4478" -> <|"DatabaseID" -> "SW02665", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "553827"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49466]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01408"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(c1cc(cc(c1)OC(=O)N(C)C)OC(=O)N(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07377"]}, "OfficialNames" -> <|"China Approved Name" -> "bambec", "Indian Approved Name" -> "bambuterol"|>, "PharmGKBID" -> "PA164743113", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54766]}, "Synonyms" -> {"bambuterol", "oxeol", "bambec", "terbutaline bisdimethylcarbamate", "carbamicacid n,n-dimethyl- 5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,3-phenylene ester", "[3-(dimethylcarbamoyloxy)-5-[1-hydroxy-2-(tert-butylamino)ethyl]phenyl]n,n-dimethylcarbamate", "1-[bis(3',5'-n,n-dimethylcarbamoyloxy)phenyl]-2-n-tert-butylaminoethanol", "81732-46-9[rn]", "bambuterol (inn)", "81732-65-2[rn]", "bambuterol[wiki][inn][ban]", "bambuterol [ban:inn]", "dimethyl-carbamicacid 3-(2-tert-butylamino-1-hydroxy-ethyl)-5-dimethylcarbamoyloxy-phenylester", "bambuterol hydrochloride", "bambuterolum", "bambuterolum [latin]", "beta-2 adrenoceptor", "bis(dimethylcarbamic acid)5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,3-phenylene ester", "5-[2-(tert-butylamino)-1-hydroxyethyl]-1,3-phenylene bis(dimethylcarbamate)", "bambec[wiki]", "dimethylcarbamic acid 5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,3-phenylene ester", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1,3-diylbis(dimethylcarbamate)", "5-(2-(tert-butylamino)-1-hydroxyethyl)-1,3-phenylene bis(dimethylcarbamate)", "81732-65-2", "prestwick0_000361", "beta-2 adrenoreceptor", "bambuterolum[latin]", "chebi:553827"}|>, "4479" -> <|"DatabaseID" -> "SW02665", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "553827"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49466]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01408"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(c1cc(cc(c1)OC(=O)N(C)C)OC(=O)N(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07377"]}, "OfficialNames" -> <|"China Approved Name" -> "bambec", "Indian Approved Name" -> "bambuterol"|>, "PharmGKBID" -> "PA164743113", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54766]}, "Synonyms" -> {"bambuterol", "oxeol", "bambec", "terbutaline bisdimethylcarbamate", "carbamicacid n,n-dimethyl- 5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,3-phenylene ester", "[3-(dimethylcarbamoyloxy)-5-[1-hydroxy-2-(tert-butylamino)ethyl]phenyl]n,n-dimethylcarbamate", "1-[bis(3',5'-n,n-dimethylcarbamoyloxy)phenyl]-2-n-tert-butylaminoethanol", "81732-46-9[rn]", "bambuterol (inn)", "81732-65-2[rn]", "bambuterol[wiki][inn][ban]", "bambuterol [ban:inn]", "dimethyl-carbamicacid 3-(2-tert-butylamino-1-hydroxy-ethyl)-5-dimethylcarbamoyloxy-phenylester", "bambuterol hydrochloride", "bambuterolum", "bambuterolum [latin]", "beta-2 adrenoceptor", "bis(dimethylcarbamic acid)5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,3-phenylene ester", "5-[2-(tert-butylamino)-1-hydroxyethyl]-1,3-phenylene bis(dimethylcarbamate)", "bambec[wiki]", "dimethylcarbamic acid 5-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,3-phenylene ester", "5-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1,3-diylbis(dimethylcarbamate)", "5-(2-(tert-butylamino)-1-hydroxyethyl)-1,3-phenylene bis(dimethylcarbamate)", "81732-65-2", "prestwick0_000361", "beta-2 adrenoreceptor", "bambuterolum[latin]", "chebi:553827"}|>, "4480" -> <|"DatabaseID" -> "SW02666", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8025"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390073], ExternalIdentifier["ChemSpiderID", 96956]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00790"]}, "IsomericSmiles" -> "CCC[C@@H](C(=O)OCC)[NH2+][C@@H](C)C(=O)N1[C@H]2CCCC[C@H]2C[C@H]1C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00624"], ExternalIdentifier["KEGGID", "D03753"]}, "OfficialNames" -> <|"China Approved Name" -> "perindopril", "Indian Approved Name" -> "perindopril erbumine;perindopril", "Australia Approved Name" -> "PERINDOPRIL;PERINDOPRIL ARGININE", "FDA Approved Drug" -> "PERINDOPRIL ERBUMINE"|>, "PharmGKBID" -> "PA450877", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 107807]}, "Synonyms" -> {"perindopril", "perindopril erbumine", "aceon", "coversyl", "coverene cor", "coverex", "coversum", "82834-16-0[rn]", "dipeptidyl carboxypeptidase i", "chebi:8024", "coversyl plus (perindopril erbumine + indapamide)_mixture", "angiotensin-converting enzyme somatic isoform precursor", "kininase ii", "prestarium", "s-9490", "cd143 antigen", "ec 3.4.15.1", "preterax (perindopril erbumine + indapamide)_mixture", "107133-36-8[rn]", "82834-16-0", "(2s)-2-[(1s)-1-carbethoxybutylamino]-1-oxopropyl-(2s,3as,7as)-perhydroindole-2-carboxylicacid", "mcn-a-2833", "99149-83-4[rn]", "(2s,3as,7as)-1-[(2s)-2-{[(2s)-1-ethoxy-1-oxopentan-2-yl]amino}propanoyl]octahydro-1h-indole-2-carboxylic acid", "(2s,3as,7as)-1-[(2s)-2-{[(2s)-1-ethoxy-1-oxopentan-2-yl]amino}propanoyl]octahydro-1h-indole-2-carboxylic acid (non-preferred name)", "(2s,3as,7as)-1-[(s)-n-[(s)-1-carboxybutyl]alanyl]hexahydro-2-indolinecarboxylic acid 1-ethyl ester", "[2s-[1-[r*,(r*)],2a,3ab,7ab]]-1-[2-[[1-(ethoxycarbonyl)butyl]amino]-1-oxopropyl]octahydro-1h-indole-2-carboxylic acid", "1h-indole-2-carboxylic acid 1-((2s)-2-(((1s)-1-(ethoxycarbonyl)butyl)amino)-1-oxopropyl)octahydro- (2s,3as,7as)-", "1h-indole-2-carboxylic acid 1-[(2s)-2-[[(1s)-1-(ethoxycarbonyl)butyl]amino]-1-oxopropyl]octahydro- (2s,3as,7as)-", "(2s,3as,7as)-1-[(2s)-2-{[(1s)-1-(ethoxycarbonyl)butyl]amino}propanoyl]octahydro-1h-indole-2-carboxylic acid(non-preferred name)", "perindopril[wiki][usan]", "coversyl[wiki]", "ethyl n-{(2s)-1-[(2s,3as,7as)-2-carboxyoctahydro-1h-indol-1-yl]-1-oxopropan-2-yl}-l-norvalinate", "mcn-a 2833", "mcn-a-2833-109", "perindoprilerbumine", "(2s,3as,7as)-1-[(2s)-2-{[(2s)-1-ethoxy-1-oxopentan-2-yl]amino}propanoyl]octahydro-1h-indole-2-carboxylic acid - 2-methylpropan-2-amine(1:1) (non-preferred name)", "(2s,3as,7as)-1-[(2s)-2-{[(1s)-1-(ethoxycarbonyl)butyl]amino}propanoyl]octahydro-1h-indole-2-carboxylic acid- 2-methylpropan-2-amine (1:1) (non-preferredname)", "aceon (tn)", "(2s,3as,7as)-1-[(2s)-2-{[(2s)-1-ethoxy-1-oxo-2-pentanyl]amino}propanoyl]octahydro-1h-indole-2-carboxylic acid - 2-methyl-2-propanamine(1:1)", "perindopril;coversyl;aceon", "(2s,3as,7as)-1-{(s)-2-[(s)-1-(ethoxycarbonyl)butylamino]propanoyl}octahydroindole-2-carboxylic acid--1,1-dimethylethanamine (1/1)", "(2s,3as,7as)-1-[(2s)-2-{[(1s)-1-(ethoxycarbonyl)butyl]amino}propanoyl]octahydro-1h-indole-2-carboxylic acid- 2-methylpropan-2-amine (1:1)", "mcn-a 2833-109", "(2s,3as,7as)-1-[(2s)-2-[[(1s)-1-(ethoxycarbonyl)butyl]amino]-1-oxopropyl]octahydro-1h-indole-2-carboxylic acid tert-butylaminesalt", "perindopril t-butylamine", "(2s,3as,7as)-1-[(2s)-2-{[(2s)-1-ethoxy-1-oxo-2-pentanyl]amino}propanoyl]octahydro-1h-indole-2-carboxylic acid - 2-methyl-2-propanamine(1:1) (non-preferred name)", "(2s,3as,7as)-1-((s)-n-((s)-1-carboxybutyl)alanyl)hexahydro-2-indolinecarboxylic acid 1-ethyl estercompoundwith tert-butylamine (1:1)", "perindopril tert-butylamine", "(2s,3as,7as)-1-{(2s)-2-[(1s)-1-(ethoxycarbonyl)butylamino]propanoyl}octahydro-1h-indole-2-carboxylic acid--2-methylpropan-2-amine (1/1)", "tl8000252", "s-9490-3", "perindopril erbumine(aceon)", "(2s-(1(r*(r*)),2a,3ab,7ab))-1-(2-((1-(ethoxycarbonyl)butyl)amino)-1-oxopropyl)octahydro-1h-indole-2-carboxylic acid compd. with 2-methyl-2-propanamine (1:1)", "s 9490-3", "perindopril erbumine (jan/usan)[jan][usan]", "aceon[wiki]", "(2s,3as,7as)-1-((s)-n-((s)-1-carboxybutyl)alanyl)hexahydro-2-indolinecarboxylic acid 1-ethyl ester compound with tert-butylamine (1:1)"}|>, "4481" -> <|"DatabaseID" -> "SW02667", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13561]}, "IsomericSmiles" -> "Cc1c(c(c(cn1)CSSCc2cnc(c(c2CO)O)C)CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02160"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pyritinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14190]}, "Synonyms" -> {"pyrithioxine", "piritinol", "bonifen", "pyritinol", "encefabol", "pyridoxine disulfide", "bonol", "dipyridoxolyldisulfide", "epocan", "pyrithioxin", "biocefalin", "pyritinolum[latin]", "vitamin b6 disulfide", "233-178-5[einecs]", "1098-97-1[rn]", "dinerfene", "5,5'-(disulfanediyldimethanediyl)bis[4-(hydroxymethyl)-2-methylpyridin-3-ol]", "pyridoxine-5-disulfide", "bis(4-hydroxymethyl-5-hydroxy-6-methyl-3-pyridylmethyl) disulfide", "bis(4-hydroxymethyl-5-hydroxy-6-methyl-3-pyridylmethyl)disulfide", "5,5'-(disulfanediylbis(methylene))bis(4-(hydroxymethyl)-2-methylpyridin-3-ol)", "5-[[[5-hydroxy-4-(hydroxymethyl)-6-methyl-3-pyridinyl]methyldisulfanyl]methyl]-4-(hydroxymethyl)-2-methyl-3-pyridinol", "4-pyridinemethanol 3,3'-(dithiodimethylene)bis(5-hydroxy-6-methyl-", "4-pyridinemethanol 3,3'-(dithiobis(methylene))bis(5-hydroxy-6-methyl-", "pyritinol [ban:dcf:inn][inn]", "10049-83-9[rn]", "life", "214-150-1[einecs]", "pyritinol[wiki]", "5,5'-disulfanediylbis(methylene)bis(4-(hydroxymethyl)-2-methylpyridin-3-ol)", "3,3'-[dithiobis(methylene)]bis[5-hydroxy-6-methyl-4-pyridinemethanol]", "4-pyridinemethanol 3 3'-[dithiobis(methylene)]bis[5-hydroxy-6-methyl- dihydrochloride", "pyriditol", "3,3'-(dithiobis(methylene))bis(5-hydroxy-6-methyl-4-pyridinemethanol)", "5-[[5-hydroxy-4-(hydroxymethyl)-6-methyl-pyridin-3-yl]methyldisulfanylmethyl]-4-(hydroxymethyl)-2-methyl-pyridin-3-ol", "4-(hydroxymethyl)-5-[[[4-(hydroxymethyl)-6-methyl-5-oxidanyl-pyridin-3-yl]methyldisulfanyl]methyl]-2-methyl-pyridin-3-ol", "piritinolo [dcit]", "bis[(3-hydroxy-4-hydroxymethyl-2-methyl-5-pyridyl)methyl] disulfide", "pyrithioxin[wiki]", "3 3'-dithiobis(methylene)bis(5-hydroxy-6-methyl-4-pyridinemethanol) dihydrochloride", "3,3'-(dithiodimethylene)bis(5-hydroxy-6-methyl-4-pyridinemethanol)", "pyritioxine", "4-pyridinemethanol 3,3'-[dithiobis(methylene)]bis[5-hydroxy-6-methyl-", "enerbol", "5,5'-[disulfanediylbis(methylene)]bis[4-(hydroxymethyl)-2-methylpyridin-3-ol]", "encephabol", "5-[({[5-hydroxy-4-(hydroxymethyl)-6-methylpyridin-3-yl]methyl}dithio)methyl]-4-(hydroxymethyl)-2-methylpyridin-3-ol", "pryritinol"}|>, "4482" -> <|"DatabaseID" -> "SW02668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10752]}, "IsomericSmiles" -> "CCOC(=O)C1(CC[NH+](CC1)CCC(c2ccccc2)O)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02611"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Phenoperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11226]}, "Synonyms" -> {"ethyl 1-(3-hydroxy-3-phenylpropyl)-4-phenylpiperidine-4-carboxylate", "phenoperidine", "1-(3-hydroxy-3-phenylpropyl)-4-phenylpiperidine-4-carboxylic acid ethylester", "phenoperidine hydrochloride", "phenoperidine [ban:dcf:inn][inn]", "209-229-2[einecs]", "einecs 209-229-2", "dea no. 9641", "1-(3-hydroxy-3-phenylpropyl)-4-phenylisonipecotic acidethyl ester", "fenoperidine", "1-[g-hydroxy-g-phenylpropyl]-4-phenyl-4-carbethoxypiperidine", "fenoperidina[spanish][inn]", "4-piperidinecarboxylic acid 1-(3-hydroxy-3-phenylpropyl)-4-phenyl- ethyl ester", "phenoperidine[wiki]", "222-846-1[einecs]", "1-(3-hydroxy-3-phenylpropyl)-4-phenyl-4-piperidinecarboxylic acid ethylester", "562-26-5", "fenoperidina [inn-spanish]", "562-26-5[rn]", "lealgin", "1-phenyl-3-[(4'-phenyl-4'-carbethoxy)piperidino]-1-propanol", "operidine[wiki]", "4-piperidinecarboxylic acid", "3627-49-4[rn]", "phenoperidinum[latin]", "phenoperidin", "phenoperidinum [inn-latin]", "3-(4-carbethoxy-4-phenylpiperidino)-1-phenyl-1-propanol"}|>, "4483" -> <|"DatabaseID" -> "SW02668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10752]}, "IsomericSmiles" -> "CCOC(=O)C1(CC[NH+](CC1)CCC(c2ccccc2)O)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02611"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Phenoperidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11226]}, "Synonyms" -> {"ethyl 1-(3-hydroxy-3-phenylpropyl)-4-phenylpiperidine-4-carboxylate", "phenoperidine", "1-(3-hydroxy-3-phenylpropyl)-4-phenylpiperidine-4-carboxylic acid ethylester", "phenoperidine hydrochloride", "phenoperidine [ban:dcf:inn][inn]", "209-229-2[einecs]", "einecs 209-229-2", "dea no. 9641", "1-(3-hydroxy-3-phenylpropyl)-4-phenylisonipecotic acidethyl ester", "fenoperidine", "1-[g-hydroxy-g-phenylpropyl]-4-phenyl-4-carbethoxypiperidine", "fenoperidina[spanish][inn]", "4-piperidinecarboxylic acid 1-(3-hydroxy-3-phenylpropyl)-4-phenyl- ethyl ester", "phenoperidine[wiki]", "222-846-1[einecs]", "1-(3-hydroxy-3-phenylpropyl)-4-phenyl-4-piperidinecarboxylic acid ethylester", "562-26-5", "fenoperidina [inn-spanish]", "562-26-5[rn]", "lealgin", "1-phenyl-3-[(4'-phenyl-4'-carbethoxy)piperidino]-1-propanol", "operidine[wiki]", "4-piperidinecarboxylic acid", "3627-49-4[rn]", "phenoperidinum[latin]", "phenoperidin", "phenoperidinum [inn-latin]", "3-(4-carbethoxy-4-phenylpiperidino)-1-phenyl-1-propanol"}|>, "4484" -> <|"DatabaseID" -> "SW02669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8922], ExternalIdentifier["ChemSpiderID", 4956878]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00782"]}, "IsomericSmiles" -> "CC(C)[N+](C)(CCOC(=O)C1c2ccccc2Oc3c1cccc3)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00481"]}, "OfficialNames" -> <|"China Approved Name" -> "propantheline bromide", "Indian Approved Name" -> "propantheline bromide;propantheline", "FDA Approved Drug" -> "PROPANTHELINE BROMIDE"|>, "PharmGKBID" -> "PA164746224", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9279], ExternalIdentifier["PubChemCompoundID", 4934]}, "Synonyms" -> {"pro-banthine", "propantheline bromide", "prodixamon", "ercorax", "corrigast", "pantheline", "neopepulsan", "ercotina", "probantine", "neometantyl", "propantheline", "propanthelinum", "propanthel", "propanthelinium", "pro-gastron", "n-methyl-n-(1-methylethyl)-n-[2-[(9h-xanthen-9-ylcarbonyl)oxy]ethyl]-2-propanaminium bromide", "2-propanaminium n-methyl-n-(1-methylethyl)-n-(2-((9h-xanthen-9-ylcarbonyl)oxy)ethyl)- bromide", "pro-banthine (tn)", "pantas", "50-34-0[rn]", "298-50-0[rn]", "xanthene-9-carboxylic acid,ester with (2-hydroxyethyl)diisopropylmethylammoniumbromide", "propanthelinebromide", "propantheline bromide [usan:ban:inn:jan][inn][jan][usan]", "(2-hydroxyethyl)diisopropylmethylammonium bromide xanthene-9-carboxylate", "n-methyl-n-(1-methylethyl)-n-{2-[(9h-xanthen-9-ylcarbonyl)oxy]ethyl}propan-2-aminiumbromid", "n-methyl-n-(propan-2-yl)-n-{2-[(9h-xanthen-9-ylcarbonyl)oxy]ethyl}propan-2-aminiumbromid", "bromide[wiki][acd/iupac name]", "n-methyl-n-(1-methylethyl)-n-{2-[(9h-xanthen-9-ylcarbonyl)oxy]ethyl}propan-2-aminium bromide", "kivatin", "n-methyl-n-(propan-2-yl)-n-{2-[(9h-xanthen-9-ylcarbonyl)oxy]ethyl}propan-2-aminium bromide", "2-propanaminium n-methyl-n-(1-methylethyl)-n-[2-[(9h-xanthen-9-ylcarbonyl)oxy]ethyl]- bromide", "tl8003337", "pervagal", "50-34-0 298-50-0", "ketaman", "50-34-0 298-50-0 [propantheline]", "(2-hydroxyethyl)diisopropylmethylammonium bromide xanthene-9-carboxylate; propantheline bromide", "propantheline[wiki]", "diisopropyl-methyl-[2-(9h-xanthene-9-carbonyloxy)-ethyl]-ammonium; bromide", "propantheline bromide[wiki]", "bromuro de proantelina[spanish][inn]", "propanthelini bromidum[latin]", "propantel", "n-isopropyl-n-methyl-n-{2-[(9h-xanthen-9-ylcarbonyl)oxy]ethyl}propan-2-aminium bromide", "(2-hydroxyethyl)diisopropylmethylammonium bromide xanthene-9-carboxylatebromide", "bromure de propantheline[french][inn]", "propantelina bromuro [dcit]", "diisopropyl-methyl-[2-(9h-xanthene-9-carbonyloxy)-ethyl]-ammonium", "n-methyl-n-(1-methylethyl)-n-(2-((9h-xanthen-9-ylcarbonyl)oxy)ethyl)-2-propanaminiumbromide", "2-[bis(methylethyl)methylamino]ethylxanthene-9-carboxylate bromide", "200-030-6[einecs]", "2-propanaminium n-methyl-n-(1-methylethyl)-n-[2-[(9h-xanthen-9-ylcarbonyl)oxy]ethyl]- bromide (1:1)", "n-isopropyl-n-methyl-n-{2-[(9h-xanthen-9-ylcarbonyl)oxy]ethyl}-2-propanaminium bromide[acd/iupac name]", "lexil", "2-propanaminium n-methyl-n-(1-methylethyl)-n-(2-((9h-xanthen-9-ylcarbonyl)oxy)ethyl)- bromide mixt. with7-bromo-1,3-dihydro-5-(2-pyridinyl)-2h-1,4-benzodiazepin-2-one", "probanthine", "spectrum_000870", "ro 10-9618", "prestwick2_000827", "hsdb 3174", "prestwick1_000827", "63280-97-7[rn]", "prestwick0_000827"}|>, "4485" -> <|"DatabaseID" -> "SW02670", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56290]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01518"]}, "IsomericSmiles" -> "CCOC(=O)C1(CC[NH+](CC1)CCOCc2ccccc2)c3ccccc3", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Benzethidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62516]}, "Synonyms" -> {"benzethidine", "benzethidin", "ethyl 1-(2-benzyloxyethyl)-4-phenylpiperidine-4-carboxylate", "ethyl 1-[2-(benzyloxy)ethyl]-4-phenylpiperidine-4-carboxylate", "4-piperidinecarboxylic acid 4-phenyl-1-[2-(phenylmethoxy)ethyl]- ethylester", "benzethidinum [inn-latin]", "5-22-02-00472 (beilstein handbook reference)[beilstein]", "isonipecotic acid,1-(2-(benzyloxy)ethyl)-4-phenyl- ethyl ester", "benzetidina[spanish][inn]", "brn 0334584", "4-piperidinecarboxylic acid 4-phenyl-1-(2-(phenylmethoxy)ethyl)- ethylester", "3691-78-9[rn]", "dea no. 9606", "nih 7574", "5-22-02-00472", "1-(2-benzyloxyethyl)-4-phenylpiperidine-4-carboxylic acid ethylester", "benzethidine [ban:dcf:inn][inn]", "benzethidinum[latin]", "benzetidina [inn-spanish]", "isonipecotic acid"}|>, "4486" -> <|"DatabaseID" -> "SW02671", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4773]}, "IsomericSmiles" -> "CCCOC(c1ccccc1)(c2ccccc2)C(=O)OC3CC[NH+](CC3)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08441"]}, "OfficialNames" -> <|"NPC Approved Name" -> "propiverine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4942]}, "Synonyms" -> {"1-methyl-4-piperidyl diphenylpropoxyacetate", "propiverine", "mictonorm", "1-methylpiperidin-4-yl diphenyl(propoxy)acetate", "1-methyl-4-piperidyl 2,2-diphenyl-2-propoxyacetate", "a,a-diphenyl-a-propoxyacetic acid 1-methyl-4-piperidyl ester", "a-phenyl-a-propoxybenzeneacetic acid1-methyl-4-piperidinyl ester", "propiverine[inn]", "5626-87-9[rn]", "propiverine hydrochloride", "1-methylpiperidin-4-yl 2,2-diphenyl-2-propoxyacetate", "propiverino [inn-spanish]", "60569-19-9[rn]", "54556-98-8[rn]", "propiverino[spanish][inn]", "(1-methyl-4-piperidyl) 2,2-diphenyl-2-propoxy-acetate", "propiverine [inn]", "60569-19-9", "propiverine (inn)", "propiverinum [inn-latin]", "propiverinum[latin]"}|>, "4487" -> <|"DatabaseID" -> "SW02672", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 147036]}, "IsomericSmiles" -> "CC[N+]1(CCCCC1)CCOC(=O)C(c2ccccc2)(c3ccccc3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01987"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pipethanate ethobromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 168088]}, "Synonyms" -> {"2-(1-piperidino)ethyl benzilate ethobromide", "panpurol", "1-ethyl-1-(2-{[hydroxy(diphenyl)acetyl]oxy}ethyl)piperidinium bromide", "pipethanate ethylbromide", "pb-106", "pipethanate ethobromide", "piperidinium", "23182-46-9[rn]", "panpurol (tn)", "23766-28-1[rn]", "2-(1-piperidino)-ethyl benzilate ethylbromide", "1-ethyl-1-(2-hydroxyethyl)piperidinium bromide benzilate", "ncgc00167509-01", "23182-46-9"}|>, "4488" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4489" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4490" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4491" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4492" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4493" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4494" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4495" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4496" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4497" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4498" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4499" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4500" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4501" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4502" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4503" -> <|"DatabaseID" -> "SW02673", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19210]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)OCC[NH+]2CCOC(C2C)c3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "fenbutrazate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20395]}, "Synonyms" -> {"nethanol", "phenbutrazate", "phenbutrazatum", "fenbutrazatum", "2-phenylbutyric acid 2-(3-methyl-2-phenylmorpholino)ethyl ester", "4-27-00-01050 (beilstein handbook reference)[beilstein]", "4-27-00-01050[beilstein]", "4378-36-3", "224-480-8[einecs]", "brn 0346691", "4378-36-3[rn]", "2-(3-methyl-2-phenylmorpholin-4-yl)ethyl 2-phenylbutanoate", "2-(3-methyl-2-phenylmorpholino)ethyl 2-phenylbutyrate", "einecs 224-480-8", "a-ethylbenzeneacetic acid 2-(3-methyl-2-phenyl-4-morpholinyl)ethyl ester", "fenbutrazate", "fenbutrazate[inn]", "fenbutrazatum [inn-latin]", "butyric acid 2-phenyl- 2-(3-methyl-2-phenylmorpholino)ethyl ester", "229-330-5[einecs]", "6474-85-7[rn]", "fenbutrazato[spanish][inn]", "fenbutrazato [inn-spanish]"}|>, "4504" -> <|"DatabaseID" -> "SW02674", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 111697]}, "IsomericSmiles" -> "CC[NH+]1CCN(CC1)c2cc(c3c(n2)CCCCCC3)c4ccc(cc4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01176"]}, "OfficialNames" -> <|"NPC Approved Name" -> "blonanserin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 125564]}, "Synonyms" -> {"lonasen", "blonanserin", "ac1l2os5", "ad-5423", "cycloocta[b]pyridine 2-(4-ethyl-1-piperazinyl)-4-(4-fluorophenyl)-5,6,7,8,9,10-hexahydro-", "2-(4-ethyl-1-piperazinyl)-4-(4-fluorophenyl)-5,6,7,8,9,10-hexahydrocycloocta(b)pyridine", "2-(4-ethylpiperazin-1-yl)-4-(4-fluorophenyl)-5,6,7,8,9,10-hexahydrocycloocta[b]pyridine", "blonanserin (jan/usan)[jan][usan]", "2-(4-ethyl-1-piperazinyl)-4-(4-fluorophenyl)-5,6,7,8,9,10-hexahydrocycloocta[b]pyridine[acd/iupac name]", "chembl178803", "blonanserin [inn]", "ad 5423", "blonanserin[inn]", "cycloocta[b]pyridine,2-(4-ethyl-1-piperazinyl)-4-(4-fluorophenyl)-5,6,7,8,9,10-hexahydro-", "132810-10-7[rn]", "4-(4-fluoro-phenyl)-2-(4-propyl-piperazin-1-yl)-5,6,7,8,9,10-hexahydro-cycloocta[b]pyridine", "132810-10-7", "cycloocta(b)pyridine 2-(4-ethyl-1-piperazinyl)-4-(4-fluorophenyl)-5,6,7,8,9,10-hexahydro-", "chebi:400585", "blonanserin (jan/inn)"}|>, "4505" -> <|"DatabaseID" -> "SW02675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31110]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01587"]}, "IsomericSmiles" -> "CC1=CC(=O)N2CC(=O)N(c3ccc(cc3C2(O1)c4ccccc4)Cl)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04650"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Ketazolam"|>, "PharmGKBID" -> "PA164749385", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 33746]}, "Synonyms" -> {"ketazolam", "ansieten", "anxon", "loftran", "unakalm", "11-chloro-8,12b-dihydro-2,8-dimethyl-12b-phenyl-4h-(1,3)-oxazino(3,2-d)(1,4)benzodiazepine-4,7(6h)dione", "4h-(1,3)oxazino(3,2-d)(1,4)benzodiazepine-4,7(6h)-dione 8,12b-dihydro-11-chloro-2,8-dimethyl-12b-phenyl-", "11-chloro-8,12b-dihydro-2,8-dimethyl-12b-phenyl-4h-[1,3]-oxazino[3,2-d]-[1,4]benzodiazepine-4,7(6h)dione", "248-346-3[einecs]", "einecs 248-346-3", "11-chloro-8,12b-dihydro-2,8-dimethyl-12b-phenyl-4h-(1,3)oxazino(3,2-d)(1,4)benzodiazepine-4,7(6h)-dione", "11-chloro-8,12b-dihydro-2,8-dimethyl-12b-phenyl-4h-[1,3]oxazino[3,2d][1,4]benzodiazepine-4,7(6h)-dione", "ketazolamum[latin]", "u 28774", "anseren", "4h-[1,3]oxazino[3,2-d][1 4]benzodiazepine-4,7 (6h)-dione 11-chloro-8,12b-dihydro-2 8-dimethyl-12b-phenyl-", "4h-[1 3]-oxazino[3,2-d]-[1,4]benzodiazepine-4,7(6h)-dione 11-chloro-8,12b-dihydro-2,8-dimethyl-", "27223-35-4[rn]", "u-28", "u-28,774", "ketazolam [usan:ban:inn][inn][usan]", "ketazolamum [inn-latin]", "4h-[1,3]oxazino[3,2-d][1,4]benzodiazepine-4,7(6h)-dione 11-chloro-8,12b-dihydro-2,8-dimethyl-12b-phenyl-", "nsc 338158", "gaba(a) receptor subunit epsilon", "4h-(1,3)oxazino(3,2-d)(1,4)benzodiazepine-4,7(6h)-dione 11-chloro-8,12b-dihydro-2,8-dimethyl-12b-phenyl- (8ci)(9ci)", "ketazolam[wiki]", "4h-(1,3)-oxazino(3,2-d)(1,4)benzodiazepine-4,7(6h)-dione 11-chloro-8,12b-dihydro-2,8-dimethyl-", "11-chloro-2,8-dimethyl-12b-phenyl-8,12b-dihydro-4h-[1,3]oxazino[3,2-d][1,4]benzodiazepine-4,7(6h)-dione[acd/iupac name]"}|>, "4506" -> <|"DatabaseID" -> "SW02675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31110]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01587"]}, "IsomericSmiles" -> "CC1=CC(=O)N2CC(=O)N(c3ccc(cc3C2(O1)c4ccccc4)Cl)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04650"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Ketazolam"|>, "PharmGKBID" -> "PA164749385", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 33746]}, "Synonyms" -> {"ketazolam", "ansieten", "anxon", "loftran", "unakalm", "11-chloro-8,12b-dihydro-2,8-dimethyl-12b-phenyl-4h-(1,3)-oxazino(3,2-d)(1,4)benzodiazepine-4,7(6h)dione", "4h-(1,3)oxazino(3,2-d)(1,4)benzodiazepine-4,7(6h)-dione 8,12b-dihydro-11-chloro-2,8-dimethyl-12b-phenyl-", "11-chloro-8,12b-dihydro-2,8-dimethyl-12b-phenyl-4h-[1,3]-oxazino[3,2-d]-[1,4]benzodiazepine-4,7(6h)dione", "248-346-3[einecs]", "einecs 248-346-3", "11-chloro-8,12b-dihydro-2,8-dimethyl-12b-phenyl-4h-(1,3)oxazino(3,2-d)(1,4)benzodiazepine-4,7(6h)-dione", "11-chloro-8,12b-dihydro-2,8-dimethyl-12b-phenyl-4h-[1,3]oxazino[3,2d][1,4]benzodiazepine-4,7(6h)-dione", "ketazolamum[latin]", "u 28774", "anseren", "4h-[1,3]oxazino[3,2-d][1 4]benzodiazepine-4,7 (6h)-dione 11-chloro-8,12b-dihydro-2 8-dimethyl-12b-phenyl-", "4h-[1 3]-oxazino[3,2-d]-[1,4]benzodiazepine-4,7(6h)-dione 11-chloro-8,12b-dihydro-2,8-dimethyl-", "27223-35-4[rn]", "u-28", "u-28,774", "ketazolam [usan:ban:inn][inn][usan]", "ketazolamum [inn-latin]", "4h-[1,3]oxazino[3,2-d][1,4]benzodiazepine-4,7(6h)-dione 11-chloro-8,12b-dihydro-2,8-dimethyl-12b-phenyl-", "nsc 338158", "gaba(a) receptor subunit epsilon", "4h-(1,3)oxazino(3,2-d)(1,4)benzodiazepine-4,7(6h)-dione 11-chloro-8,12b-dihydro-2,8-dimethyl-12b-phenyl- (8ci)(9ci)", "ketazolam[wiki]", "4h-(1,3)-oxazino(3,2-d)(1,4)benzodiazepine-4,7(6h)-dione 11-chloro-8,12b-dihydro-2,8-dimethyl-", "11-chloro-2,8-dimethyl-12b-phenyl-8,12b-dihydro-4h-[1,3]oxazino[3,2-d][1,4]benzodiazepine-4,7(6h)-dione[acd/iupac name]"}|>, "4507" -> <|"DatabaseID" -> "SW02676", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7493"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 45609]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00716"]}, "IsomericSmiles" -> "CCCc1c2c(cc3c1oc(cc3=O)C(=O)[O-])c(=O)cc(n2CC)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00527"]}, "OfficialNames" -> <|"Australia Approved Name" -> "NEDOCROMIL SODIUM", "FDA Approved Drug" -> "NEDOCROMIL SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 50295]}, "Synonyms" -> {"alocril", "tilade", "nedocromil sodium", "fpl-59002kp", "tilade (tn)", "dinatrium-9-ethyl-4,6-dioxo-10-propyl-6,9-dihydro-4h-pyrano[3,2-g]chinolin-2,8-dicarboxylat", "4h-pyrano(3,2-g)quinoline-2,8-dicarboxylic acid 9-ethyl-6,9-dihydro-4,6-dioxo-10-propyl-,disodiumsalt", "4h-pyrano[3,2-g]quinoline-2,8-dicarboxylic acid 9-ethyl-6,9-dihydro-4,6-dioxo-10-propyl-,sodium salt (1:2)", "nedocromil sodium [usan]", "abrevia", "tilarin", "nedocromil sodium (usan)", "nedocromilum [latin]", "disodium-9-ethyl-6,9-dihydro-4,6-dioxo-10-propyl-4h-pyrano(3,2-g)quinoline-2,8-dicarboxylate", "nedocromil sodium[usan]", "disodium 9-ethyl-4", "hsp 86", "nedocromil", "disodium9-ethyl-4,6-dioxo-10-propyl-6,9-dihydro-4h-pyrano[3,2-g]quinoline-2,8-dicarboxylate[acd/iupac name]", "nedocromilo [spanish]", "4836698[beilstein]", "4h-pyrano[3,2-g]quinoline-2,8-dicarboxylic acid 9-ethyl-6,9-dihydro-4,6-dioxo-10-propyl-,disodiumsalt", "nedocromilsodium", "69049-74-7[rn]", "nedocromil [usan:ban:inn]", "renal carcinoma antigen ny- ren-38", "chebi:7493", "nedocromil disodium salt", "69049-74-7", "tilade[wiki]"}|>, "4508" -> <|"DatabaseID" -> "SW02677", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04576"]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)c2c(cc3c(c2F)n(cc(c3=O)C(=O)[O-])CCF)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01716"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fleroxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3357]}, "Synonyms" -> {"fleroxacin", "megalocin", "megalone", "fleroxacinum", "quinodis", "am-833", "ec 5.99.1.-", "fleroxicin", "topoisomerase iv subunit a", "am 833", "79660-72-3", "fleroxacino"}|>, "4509" -> <|"DatabaseID" -> "SW02678", "IsomericSmiles" -> "Cc1c(ccnc1C[S@@](=O)c2[nH]c3ccccc3n2)OCC(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08903"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DEXLANSOPRAZOLE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9578005]}, "Synonyms" -> {"dexlansoprazole", "unii-uye4t5i70x", "kapidex", "tak 390", "ks-1075", "chembl1201863", "dexlansoprazole (inn/usan)", "138530-94-6", "(r)-lansoprazole", "dexilant"}|>, "4510" -> <|"DatabaseID" -> "SW02679", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6375"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3746]}, "IsomericSmiles" -> "Cc1c(ccnc1CS(=O)c2[nH]c3ccccc3n2)OCC(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00355"]}, "OfficialNames" -> <|"China Approved Name" -> "lansoprazole", "Indian Approved Name" -> "lansoprazole", "FDA Approved Drug" -> "LANSOPRAZOLE"|>, "PharmGKBID" -> "PA450180", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3883]}, "Synonyms" -> {"monolitum", "bamalite", "agopton", "lansoprazole", "lanzor", "lanzopral", "opiren", "prevacid", "limpidex", "ogastro", "tak 390mr", "2-({[3-methyl-4-(2,2,2-trifluoroethoxy)pyridin-2-yl]methane}sulfinyl)-1h-1,3-benzodiazole", "lanzol-30", "lanzo", "c058687", "tak390mr", "promeco", "2-({[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridyl]methyl}sulfinyl)benzimidazole", "lansoprazolum[latin]", "sulfonium 1h-benzimidazol-2-ylhydroxy[[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl]methyl]- inner salt", "lasoprol", "103577-45-3[rn]", "2-[[[3-methyl-4-(2,2,2-trifluoro-ethoxy)-2-pyridinyl]methyl]sulfinyl]-1h-benzimidazole", "tl8000155", "2-[({3-methyl-4-[(2,2,2-trifluoroethyl)oxy]pyridin-2-yl}methyl)sulfinyl]-1h-benzimidazole", "amarin", "2-(((3-methyl-4-(2,2,2-trifluoroethoxy)pyridin-2-yl)methyl)sulfinyl)-1h-benzo[d]imidazole", "dakar[wiki]", "lanston", "lanzul", "lansox", "4333393[beilstein]", "lanzol", "aprazol", "takepron[wiki]", "mesactol", "pro ulco", "ulpax", "lansaprazole", "blason[wiki]", "2-(((3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl)methyl)sulfinyl)-1h-benzimidazole", "tak-390mr", "1h-benzimidazole,2-(((3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl)methyl)sulfinyl)-", "1h-benzimidazol-2-yl{[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl]methyl}sulfoniumolate", "2-[[3-methyl-4-[2,2,2-tris(fluoranyl)ethoxy]pyridin-2-yl]methylsulfinyl]-1h-benzimidazole", "lansopep", "2-(2-benzimidazolylsulfinylmethyl)-3-methyl-4-(2,2,2-trifluoroethoxy)pyridine", "prezal", "2-(((3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridyl)methyl)sulfinyl)benzimidazole", "prevacid[wiki]", "2-(((3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridyl)methyl)sulfinyl)-1h-benzimidazole", "1h-benzimidazole,2-[[[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl]methyl]sulfinyl]-", "prosogan", "lanfast", "ilsatec", "zoton[wiki]", "promp", "lanproton", "prevacid (tn)", "prevacid solutab", "zoprol", "ogast", "lansoprazole[wiki][usp][inn][ban][jan][usan]", "prevacid iv", "prevacid delayed release", "2-({[3-methyl-4-(2,2,2-trifluorethoxy)pyridin-2-yl]methyl}sulfinyl)-1h-benzimidazol", "prevacid;prevacid naprapac;prevacid solutab", "compraz", "2-({[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl]methyl}sulfinyl)-1h-benzimidazole[acd/iupac name]", "2-[3-methyl-4-(2,2,2-trifluoro-ethoxy)-pyridin-2-ylmethanesulfinyl]-1h-benzoimidazole", "ketian", "2-[[[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl]methyl]sulfinyl]-1h-benzimidazole", "2-({[3-methyl-4-(2,2,2-trifluoroethoxy)pyridin-2-yl]methyl}sulfinyl)-1h-benzimidazole", "lansoprazol[spanish][inn]", "lansophed", "lapraz", "lancid", "2-[[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl]methylsulfinyl]-1h-benzimidazole", "suprecid", "lanz", "lanzoprazole"}|>, "4511" -> <|"DatabaseID" -> "SW02679", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6375"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3746]}, "IsomericSmiles" -> "Cc1c(ccnc1CS(=O)c2[nH]c3ccccc3n2)OCC(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00355"]}, "OfficialNames" -> <|"China Approved Name" -> "lansoprazole", "Indian Approved Name" -> "lansoprazole", "FDA Approved Drug" -> "LANSOPRAZOLE"|>, "PharmGKBID" -> "PA450180", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3883]}, "Synonyms" -> {"monolitum", "bamalite", "agopton", "lansoprazole", "lanzor", "lanzopral", "opiren", "prevacid", "limpidex", "ogastro", "tak 390mr", "2-({[3-methyl-4-(2,2,2-trifluoroethoxy)pyridin-2-yl]methane}sulfinyl)-1h-1,3-benzodiazole", "lanzol-30", "lanzo", "c058687", "tak390mr", "promeco", "2-({[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridyl]methyl}sulfinyl)benzimidazole", "lansoprazolum[latin]", "sulfonium 1h-benzimidazol-2-ylhydroxy[[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl]methyl]- inner salt", "lasoprol", "103577-45-3[rn]", "2-[[[3-methyl-4-(2,2,2-trifluoro-ethoxy)-2-pyridinyl]methyl]sulfinyl]-1h-benzimidazole", "tl8000155", "2-[({3-methyl-4-[(2,2,2-trifluoroethyl)oxy]pyridin-2-yl}methyl)sulfinyl]-1h-benzimidazole", "amarin", "2-(((3-methyl-4-(2,2,2-trifluoroethoxy)pyridin-2-yl)methyl)sulfinyl)-1h-benzo[d]imidazole", "dakar[wiki]", "lanston", "lanzul", "lansox", "4333393[beilstein]", "lanzol", "aprazol", "takepron[wiki]", "mesactol", "pro ulco", "ulpax", "lansaprazole", "blason[wiki]", "2-(((3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl)methyl)sulfinyl)-1h-benzimidazole", "tak-390mr", "1h-benzimidazole,2-(((3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl)methyl)sulfinyl)-", "1h-benzimidazol-2-yl{[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl]methyl}sulfoniumolate", "2-[[3-methyl-4-[2,2,2-tris(fluoranyl)ethoxy]pyridin-2-yl]methylsulfinyl]-1h-benzimidazole", "lansopep", "2-(2-benzimidazolylsulfinylmethyl)-3-methyl-4-(2,2,2-trifluoroethoxy)pyridine", "prezal", "2-(((3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridyl)methyl)sulfinyl)benzimidazole", "prevacid[wiki]", "2-(((3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridyl)methyl)sulfinyl)-1h-benzimidazole", "1h-benzimidazole,2-[[[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl]methyl]sulfinyl]-", "prosogan", "lanfast", "ilsatec", "zoton[wiki]", "promp", "lanproton", "prevacid (tn)", "prevacid solutab", "zoprol", "ogast", "lansoprazole[wiki][usp][inn][ban][jan][usan]", "prevacid iv", "prevacid delayed release", "2-({[3-methyl-4-(2,2,2-trifluorethoxy)pyridin-2-yl]methyl}sulfinyl)-1h-benzimidazol", "prevacid;prevacid naprapac;prevacid solutab", "compraz", "2-({[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl]methyl}sulfinyl)-1h-benzimidazole[acd/iupac name]", "2-[3-methyl-4-(2,2,2-trifluoro-ethoxy)-pyridin-2-ylmethanesulfinyl]-1h-benzoimidazole", "ketian", "2-[[[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl]methyl]sulfinyl]-1h-benzimidazole", "2-({[3-methyl-4-(2,2,2-trifluoroethoxy)pyridin-2-yl]methyl}sulfinyl)-1h-benzimidazole", "lansoprazol[spanish][inn]", "lansophed", "lapraz", "lancid", "2-[[3-methyl-4-(2,2,2-trifluoroethoxy)-2-pyridinyl]methylsulfinyl]-1h-benzimidazole", "suprecid", "lanz", "lanzoprazole"}|>, "4512" -> <|"DatabaseID" -> "SW02680", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106990]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08439"]}, "IsomericSmiles" -> "CCC(=O)[N-]S(=O)(=O)c1ccc(cc1)c2c(onc2c3ccccc3)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03716"]}, "OfficialNames" -> <|"Indian Approved Name" -> "parecoxib"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119828]}, "Synonyms" -> {"parecoxib", "198470-84-7", "dynastat", "198470-84-7[rn]", "ec 3.4.21.-", "lactoferrin", "sc 69124", "propanamide n-((4-(5-methyl-3-phenyl-4-isoxazolyl)phenyl)sulfonyl)-", "propanamide", "surecn9529", "202409-33-4[rn]", "talalactoferrin alfa", "n-{[4-(5-methyl-3-phenyl-1,2-oxazol-4-yl)phenyl]sulfonyl}propanamide[acd/iupac name]", "unii-9tuw81y3ce", "propanamide n-[[4-(5-methyl-3-phenyl-4-isoxazolyl)phenyl]sulfonyl]-", "parecoxib (usan/inn)", "parecoxib[wiki][usan]", "lactotransferrin precursor", "parecoxib [usan:inn:ban]", "ac1l3pk8"}|>, "4513" -> <|"DatabaseID" -> "SW02681", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49620]}, "IsomericSmiles" -> "Cc1c(ccc2c1c(nc(n2)N)N)CNc3cc(c(c(c3)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06239"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRIMETREXATE GLUCURONATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54949]}, "Synonyms" -> {"trimetrexate glucuronate", "trimetrexate d-glucuronate", "trimetrexate glucuronic acid salt", "neutrexin", "6-(((3", "trimetrexate glucuronate [usan]", "2,4-quinazolinediamine 5-methyl-6-[[(3,4,5-trimethoxyphenyl)amino]methyl]- compd. with d-glucuronic acid (1:1)", "82952-64-5[rn]", "2,4-quinazolinediamine 5-methyl-6-(((3,4,5-trimethoxyphenyl)amino)methyl)- mono-d-glucuronate", "6-(((3,4,5-trimethoxyphenyl)amino)methyl)-5-methyl-2,4-quinazolinediamine glucuronate", "drg-0183", "5-methyl-6-{[(3,4,5-trimethoxyphenyl)amino]methyl}quinazoline-2,4-diamine - d-glucuronic acid (1:1)", "2", "nsc-352122", "trimetrexate glucuronate (usan)", "d-glucuronic acid,compd. with 5-methyl-6-(((3,4,5-trimethoxyphenyl)amino)methyl)-2,4-quinazolinediamine (1:1)", "d-glucuronic acid", "(2s,3s,4s,5r)-2,3,4,5-tetrahydroxy-6-oxohexanoic acid- 5-methyl-6-{[(3,4,5-trimethoxyphenyl)amino]methyl}quinazoline-2,4-diamine (1:1)", "2,4-diamino-5-methyl-6-((3,4,5-trimethoxyanilino)methyl)quinazoline mono-d-glucuronate"}|>, "4514" -> <|"DatabaseID" -> "SW02682", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 84977]}, "IsomericSmiles" -> "C[C@H]1[C@H]2C[NH+]3CC[C@]4([C@@H]3C[C@@H]2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mitraphylline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94160]}, "Synonyms" -> {"mitraphylline", "208-106-0[einecs]", "509-80-8", "ccg-36401", "mls000728610", "einecs 208-106-0", "ac1l3rmw", "mitraphilline", "509-80-8[rn]", "ambap509-80-8", "hms2267p09", "mitraphylline[wiki]", "ar-1j6221"}|>, "4515" -> <|"DatabaseID" -> "SW02683", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8061277]}, "IsomericSmiles" -> "C[C@H]1[C@@H]2C[NH+]3CC[C@@]4([C@@H]3C[C@@H]2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isopteropodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9885603]}, "Synonyms" -> {"isopteropodine", "uncarine e", "mls000728615", "5171-37-9[rn]", "smr000232333", "mls000563440", "5171-37-9", "c17597", "hms2226o10"}|>, "4516" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4517" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4518" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4519" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4520" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4521" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4522" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4523" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4524" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4525" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4526" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4527" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4528" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4529" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4530" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4531" -> <|"DatabaseID" -> "SW02684", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 88824]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCC4(C3CC2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uncarine f"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98363]}, "Synonyms" -> {"uncarine d", "isopteropodin", "uncarine c", "7-isopteropodine", "ac1q6m3r", "mitraphylline[wiki]", "5629-60-7", "isomitraphylline", "4963-01-3[rn]", "5629-60-7[rn]", "uncarine e", "nsc601678", "methyl 19-methyl-2-oxoformosanan-16-carboxylate", "4697-68-1", "speciophylline", "4697-68-1[rn]", "5171-37-9[rn]"}|>, "4532" -> <|"DatabaseID" -> "SW02685", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8604540]}, "IsomericSmiles" -> "C[C@H]1[C@@H]2C[NH+]3CC[C@]4([C@@H]3C[C@@H]2C(=CO1)C(=O)OC)c5ccccc5NC4=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pteropodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10429112]}, "Synonyms" -> {"pteropodine", "5629-60-7[rn]", "mls000563444", "hms2204b03", "5629-60-7", "smr000232338", "mls000728612", "c17595", "uncarine c"}|>, "4533" -> <|"DatabaseID" -> "SW02686", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31401"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2652]}, "IsomericSmiles" -> "c1cc2c(cc1OCCCCc3nnnn3C4CCCCC4)CCC(=O)N2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01896"]}, "OfficialNames" -> <|"China Approved Name" -> "cilostazol", "Indian Approved Name" -> "cilostazol", "FDA Approved Drug" -> "CILOSTAZOL"|>, "PharmGKBID" -> "PA164746334", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2754]}, "Synonyms" -> {"pletaal", "cilostazolum", "cilostazole", "pletal", "cilostazol", "cilostazol (jp15/usan)[usan][jp15]", "6-[4-(1-cyclohexyl-1,2,3,4-tetraazol-5-yl)butoxy]-1,3,4-trihydroquinolin-2-one", "c045645", "6-(4-(1-cyclohexyl-1h-tetrazol-5-yl)butoxy)-3,4-dihydroquinolin-2(1h)-one", "opc-13013", "2(1h)-quinolinone,6-[4-(1-cyclohexyl-1h-tetrazol-5-yl)butoxy]-3,4-dihydro-", "6-[4-(1-cyclohexyl-1h-tetrazol-5-yl)butoxy]-3,4-dihydroquinolin-2(1h)-one", "pletal[wiki]", "6-[4-(1-cyclohexyl-1h-tetrazol-5-yl)butoxy]-3,4-dihydrocarbostyril", "89332-50-3[rn]", "[73963-72-1]", "6-[4-(1-cyclohexyl-5-tetrazolyl)butoxy]-1,2,3,4-tetrahydro-2-oxoquinoline", "3,4-dihydro-6-(4-(1-cyclohexyl-1h-tetrazol-5-yl)butoxy)-2(1h)-quinolinone", "cilastazol", "6-[4-(1-cyclohexyl-1h-tetrazol-5-yl)butoxy]-3,4-dihydrochinolin-2(1h)-on", "opc 13013", "73963-62-9[rn]", "6-[4-(1-cyclohexyl-1h-tetrazol-5-yl)-butoxy]-3,4-dihydro-1h-quinolin-2-one", "cilostazolum[latin]", "6-[4-(1-cyclohexyl-1h-tetrazol-5-yl)butoxy]-3,4-dihydro-2(1h)-quinolinone[acd/iupac name]", "6-(4-(1-cyclohexyl-1h-tetrazol-5-yl)butoxy)-3,4-dihydrocarbostyril", "6-(4-(1-cyclohexyl-1h-tetrazol-5-yl)butoxy)-3,4-dihydro-2(1h)-quinolinone", "pletal (tn)", "opc 13013; opc 21; pletaal", "chebi:31401", "73963-72-1", "tl8005113", "2(1h)-quinolinone,3,4-dihydro-6-(4-(1-cyclohexyl-1h-tetrazol-5-yl)butoxy)-", "cilostazolum [inn-latin]", "6-[4-(1-cyclohexyl-1h-tetrazol-5-yl)-butoxy]-3,4-dihydro-2(1h)-quinolinone", "cilostazolum [inn_la]", "2(1h)-quionlinone,6-(4-(1-cyclohexyl-1h-tetrazol-5-yl)butoxy)-3,4-dihydro-", "cilostazol [inn:jan][inn][jan]", "337376-15-5", "73963-72-1[rn]", "cilostazol[wiki]"}|>, "4534" -> <|"DatabaseID" -> "SW02687", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2301518]}, "IsomericSmiles" -> "CC[C@H]1C[NH+]2CCc3c4ccccc4[nH]c3[C@H]2C[C@@H]1/C(=C\\OC)/C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hirsutine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3037884]}, "Synonyms" -> {"corynan-16-carboxylic acid", "hirsutine", "7729-23-9", "17", "(e)-2-((2s,3r,12br)-3-ethyl-1,2,3,4,6,7,12,12b-octahydro-indolo[2,3-a]quinolizin-2-yl)-3-methoxy-acrylic acid methylester", "(e)-16", "c16972", "7729-23-9[rn]", "chembl327134", "ac1mi3p9", "ls-144744"}|>, "4535" -> <|"DatabaseID" -> "SW02688", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50815"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5022837]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00957"]}, "IsomericSmiles" -> "CC[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@]2(C#C)OC(=O)C)CCC4=C/C(=N/O)/CC[C@H]34", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05209"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NORGESTIMATE"|>, "PharmGKBID" -> "PA164744346", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6540478]}, "Synonyms" -> {"ortho-prefest", "norgestimate", "dexnorgestrel acetime", "ortho cyclen-21", "ortho cyclen-28", "norgestimatum [inn-latin]", "ortho tri-cyclen", "norgestimato [inn-spanish]", "norgestimate[wiki]", "(+)-13-ethyl-17-hydroxy-18,19-dinor-17a-pregn-4-en-20-yn-3-oneoxime acetate (ester)", "tri-cyclen tablets - 21-day (ethinyl estradiol + norgestimate)_mixture", "ethinylestradiol and norgestimate", "35189-28-7[rn]", "chebi:50815", "norgestimato", "ortho-cyclen", "(3e,8r,9s,10r,13s,14s,17r)-17-ethinyl-13-ethyl-3-(hydroxyimino)-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ylacetat", "norgestimatum[latin]", "rwj-10131", "norgestimate and ethinylestradiol", "(3e,8r,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-3-(hydroxyimino)-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl acetate", "norgestimato[spanish][inn]", "norgestrel oxime acetate", "norgestimate [usan:ban:inn][inn][usan]", "estradiol receptor", "norgestimate; norgestimato; norgestimatum", "er-alpha", "tri-cyclen tablets - 28-day (ethinyl estradiol + norgestimate)_mixture", "[(3e,8r,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-3-hydroxyimino-1,2,6,7,8,9,10,11,12,14,15,16-dodecahydrocyclopenta[a]phenanthren-17-yl]acetate", "(3e,8r,9s,10r,13s,14s,17r)-13-ethyl-17-ethynyl-3-(hydroxyimino)-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl acetate (non-preferredname)", "norgestimatum", "337376-15-5", "norgestimate (usp/inn)", "er"}|>, "4536" -> <|"DatabaseID" -> "SW02689", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31403"]}, "IsomericSmiles" -> "c1ccc(cc1)/C=C/CN2CC[NH+](CC2)C(c3ccccc3)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01295"]}, "OfficialNames" -> <|"China Approved Name" -> "cinnarizine", "Indian Approved Name" -> "cinnarizine"|>, "PharmGKBID" -> "PA164749342", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1547484]}, "Synonyms" -> {"cinnarizine", "folcodal", "marisan", "mitronal", "dimitron", "dimitronal", "midronal", "labyrin", "stugeron", "stutgeron"}|>, "4537" -> <|"DatabaseID" -> "SW02690", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4866]}, "IsomericSmiles" -> "c1ccc2c(c1)c(cc(=O)[nH]2)CC(C(=O)[O-])NC(=O)c3ccc(cc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01121"]}, "OfficialNames" -> <|"Indian Approved Name" -> "rebamipide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5042]}, "Synonyms" -> {"mucosta", "rebamipide", "proamipide", "pramipide", "rebapimide", "n-(4-chlorobenzoyl)-3-(2-hydroxyquinolin-4-yl)alanine", "rebamipida [inn-spanish]", "n-[(4-chlorophenyl)carbonyl]-3-(2-hydroxyquinolin-4-yl)alanine", "2-(4-chlorobenzoylamino)-3-(1,2-dihydro-2-oxo-4-quinolyl)propionic acid", "rebamipidum[latin]", "opc 12759", "null", "rebamipidum [inn-latin]", "n-[(4-chlorophenyl)carbonyl]-3-(2-oxo-1,2-dihydroquinolin-4-yl)alanine", "2-(4-chlorobenzoylamino)-3-[2(1h)-quinolinon-4-yl]propionic acid", "2-(4-chloro-benzoylamino)-3-(2-oxo-1,2-dihydro-quinolin-4-yl)-propionicacid", "2-[(4-chlorophenyl)formamido]-3-(2-oxo-1,2-dihydroquinolin-4-yl)propanoic acid", "rebamipida[spanish][inn]", "111911-87-6 (90098-04-7)", "90098-04-7 (111911-87-6)", "111911-87-6[rn]", "90098-04-7[rn]", "2-[(4-chlorophenyl)carbonylamino]-3-(2-oxo(4-hydroquinolyl))propanoic acid", "rebamipide [inn:jan]", "2-(4-chlorobenzoylamino)-3-(2(1h)-quinolinon-4-yl)propionic acid", "a-[(4-chlorobenzoyl)amino]-1,2-dihydro-2-oxo-4-quinolinepropanoic acid", "mucosta (tn)", "rebamipide [inn:jan][inn][jan]", "2-[[(4-chlorophenyl)-oxomethyl]amino]-3-(2-oxo-1h-quinolin-4-yl)propanoic acid", "2-[(4-chlorophenyl)carbonylamino]-3-(2-oxidanylidene-1h-quinolin-4-yl)propanoic acid", "rebamipide[wiki]", "c052785", "90098-04-7", "rebamipide (+)-isomer", "rebamipide (-)-isomer", "111911-87-6", "n-(4-chlorobenzoyl)-3-(2-oxo-1,2-dihydroquinolin-4-yl)alanine"}|>, "4538" -> <|"DatabaseID" -> "SW02690", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4866]}, "IsomericSmiles" -> "c1ccc2c(c1)c(cc(=O)[nH]2)CC(C(=O)[O-])NC(=O)c3ccc(cc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01121"]}, "OfficialNames" -> <|"Indian Approved Name" -> "rebamipide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5042]}, "Synonyms" -> {"mucosta", "rebamipide", "proamipide", "pramipide", "rebapimide", "n-(4-chlorobenzoyl)-3-(2-hydroxyquinolin-4-yl)alanine", "rebamipida [inn-spanish]", "n-[(4-chlorophenyl)carbonyl]-3-(2-hydroxyquinolin-4-yl)alanine", "2-(4-chlorobenzoylamino)-3-(1,2-dihydro-2-oxo-4-quinolyl)propionic acid", "rebamipidum[latin]", "opc 12759", "null", "rebamipidum [inn-latin]", "n-[(4-chlorophenyl)carbonyl]-3-(2-oxo-1,2-dihydroquinolin-4-yl)alanine", "2-(4-chlorobenzoylamino)-3-[2(1h)-quinolinon-4-yl]propionic acid", "2-(4-chloro-benzoylamino)-3-(2-oxo-1,2-dihydro-quinolin-4-yl)-propionicacid", "2-[(4-chlorophenyl)formamido]-3-(2-oxo-1,2-dihydroquinolin-4-yl)propanoic acid", "rebamipida[spanish][inn]", "111911-87-6 (90098-04-7)", "90098-04-7 (111911-87-6)", "111911-87-6[rn]", "90098-04-7[rn]", "2-[(4-chlorophenyl)carbonylamino]-3-(2-oxo(4-hydroquinolyl))propanoic acid", "rebamipide [inn:jan]", "2-(4-chlorobenzoylamino)-3-(2(1h)-quinolinon-4-yl)propionic acid", "a-[(4-chlorobenzoyl)amino]-1,2-dihydro-2-oxo-4-quinolinepropanoic acid", "mucosta (tn)", "rebamipide [inn:jan][inn][jan]", "2-[[(4-chlorophenyl)-oxomethyl]amino]-3-(2-oxo-1h-quinolin-4-yl)propanoic acid", "2-[(4-chlorophenyl)carbonylamino]-3-(2-oxidanylidene-1h-quinolin-4-yl)propanoic acid", "rebamipide[wiki]", "c052785", "90098-04-7", "rebamipide (+)-isomer", "rebamipide (-)-isomer", "111911-87-6", "n-(4-chlorobenzoyl)-3-(2-oxo-1,2-dihydroquinolin-4-yl)alanine"}|>, "4539" -> <|"DatabaseID" -> "SW02691", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552188]}, "IsomericSmiles" -> "c1cc(c(cc1C(=O)NN2C[C@H]3[C@@H]4CC[C@@H](C4)[C@H]3C2)S(=O)(=O)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01895"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tripamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636401]}, "Synonyms" -> {"tripamide", "normonal (tn)", "normonal", "tripamide (jan/usan)[jan][usan]", "adr-033", "chembl2104484", "tripchlorolides", "tripamide (jan/usan/inn)", "4-chloro-n-((3ar,4s,7r,7as)-hexahydro-1h-4,7-methanoisoindol-2(3h)-yl)-3-sulfamoylbenzamide", "73803-48-2[rn]", "surecn49666", "73803-48-2", "e-614", "ak115147", "4-chloro-n-[(3ar,4s,7r,7as)-octahydro-2h-4,7-methanoisoindol-2-yl]-3-sulfamoylbenzamide", "4-chloro-n-((3ar", "toripamide", "d01895", "4-chloro-n-(endo-hexahydro-4,7-methanoisoindolin-2-yl)-3-sulfamoylbenzamide", "benzamide 3-(aminosulfonyl)-4-chloro-n-[(3ar,4s,7r,7as)-octahydro-4,7-methano-2h-isoindol-2-yl]-"}|>, "4540" -> <|"DatabaseID" -> "SW02692", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4437971]}, "IsomericSmiles" -> "COc1cc2ccc(=O)oc2c(c1O)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fraxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5273568]}, "Synonyms" -> {"fraxetin-8-o-glucoside", "fraxin", "2h-1-benzopyran-2-one", "stock1n-14640", "paviin", "524-30-1[rn]", "8-(b-d-glucopyranosyloxy)-7-hydroxy-6-methoxy-2h-1-benzopyran-2-one", "megxp0_000484", "fraxetin-8-glucoside", "fraxine", "7,8-dihydroxy-6-methoxycoumarin-8-b-d-glucoside", "524-30-1", "7-hydroxy-6-methoxy-8-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-2h-chromen-2-one", "ac1nrv6b", "8-(glucosyloxy)-6-methoxyumbelliferone", "chembl293864", "208-355-5[einecs]", "7-hydroxy-6-methoxy-8-((2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yloxy)-chromen-2-one", "mls002473090", "8-(?-d-glucopyranosyloxy)-7-hydroxy-6-methoxy-2h-1-benzopyran-2-one", "7-hydroxy-6-methoxy-8-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-2h-chromen-2-on", "fraxoside"}|>, "4541" -> <|"DatabaseID" -> "SW02693", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4948216]}, "IsomericSmiles" -> "COc1cc(cc(c1)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O)/C=C/C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linusitamarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6444291]}, "Synonyms" -> {"linusitamarin", "152574-10-2[rn]", "ac1o60md", "2-propenoic acid", "152574-10-2", "methyl (e)-3-[3-methoxy-5-[(2s", "linusitarnarin"}|>, "4542" -> <|"DatabaseID" -> "SW02694", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91932]}, "IsomericSmiles" -> "c1cc2c(cc1[C@@H]3[C@H]4CO[C@@H]([C@H]4CO3)Oc5ccc6c(c5)OCO6)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sesamolin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101746]}, "Synonyms" -> {"sesamolin", "5-[[(3s", "ar-1g6779", "5-[4-(1", "ac1l2rgt", "1", "526-07-8", "5-[(1s,3ar,4r,6ar)-4-(1,3-benzodioxol-5-yloxy)tetrahydro-1h,3h-furo[3,4-c]fur-1-yl]-1,3-benzodioxol", "ai3-20978", "ac1q712n", "1,3-benzodioxole,5-[(1s,3ar,4r,6ar)-4-(1,3-benzodioxol-5-yloxy)tetrahydro-1h,3h-furo[3,4-c]furan-1-yl]-", "5-[(1s,3ar,4r,6ar)-4-(1,3-benzodioxol-5-yloxy)tetrahydro-1h,3h-furo[3,4-c]furan-1-yl]-1,3-benzodioxole[acd/iupac name]", "526-07-8[rn]", "5-[4-(1,3-benzodioxolol-5-yloxy)tetrahydro-1h,3h-furo[3,4-c]furan-1-yl]-1,3-benzodioxole"}|>, "4543" -> <|"DatabaseID" -> "SW02695", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341242]}, "IsomericSmiles" -> "c1cc2c(cc1[C@@H]3[C@H]4CO[C@@H]([C@]4(CO3)O)c5ccc6c(c5)OCO6)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "paulownin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084131]}, "Synonyms" -> {"paulownin", "13040-46-5[rn]", "molport-001-741-609", "np-004447", "acon1_001000", "ac1mj1yo", "chembl479911", "brd-k49625292-001-01-7", "megxp0_001306", "1h,3h-furo[3,4-c]furan-3a(4h)-ol 1,4-bis(1,3-benzodioxol-5-yl)dihydro-,(1s,3as,4r,6ar)-", "zinc05037439", "(1s,3as,4r,6ar)-1,4-bis(1,3-benzodioxol-5-yl)dihydro-1h,3h-furo[3,4-c]furan-3a(4h)-ol", "ncgc00169771-01"}|>, "4544" -> <|"DatabaseID" -> "SW02696", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477148]}, "IsomericSmiles" -> "c1cc2c(cc1[C@@H]3[C@]4(COC([C@H]4CO3)c5ccc6c(c5)OCO6)O)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-paulownin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318621]}, "Synonyms" -> {"(3r", "ac1nsx3f", "isopaulownin"}|>, "4545" -> <|"DatabaseID" -> "SW02696", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477148]}, "IsomericSmiles" -> "c1cc2c(cc1[C@@H]3[C@]4(COC([C@H]4CO3)c5ccc6c(c5)OCO6)O)OCO2", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-paulownin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318621]}, "Synonyms" -> {"(3r", "ac1nsx3f", "isopaulownin"}|>, "4546" -> <|"DatabaseID" -> "SW02697", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 186530]}, "IsomericSmiles" -> "C[NH+](C)CCc1cc(c2c3c1c(=O)oc4c3c(ccc4OC)c(=O)o2)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taspine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 215159]}, "Synonyms" -> {"thaspine", "taspine", "1-[2-(dimethylamino)ethyl]-3,8-dimethoxychromeno[5,4,3-cde]chromene-5,10-dione", "1-(2-(dimethylamino)ethyl)-3,8-dimethoxychromeno[5,4,3-cde]chromene-5,10-dione", "(1)benzopyrano(5,4,3-cde)(1)benzopyran-5,10-dione 1-(2-(dimethylamino)ethyl)-3,8-dimethoxy-", "74578-01-1[rn]", "1-(2-(dimethylamino)ethyl)-3", "ac1l4y9b", "602-07-3", "[1]benzopyrano[5,4,3-cde][1]benzopyran-5,10-dione 1-[2-(dimethylamino)ethyl]-3,8-dimethoxy-", "{1-(2-dimethylaminoethyl)-3,8-dimethoxychromeno[5,4,3-cde]chromene-5,10-dione}", "chembl470867", "602-07-3[rn]", "nsc76022", "74578-01-1", "1-[2-(dimethylamino)ethyl]-3", "74578-01-1(acetate salt)", "nsc618155"}|>, "4547" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4548" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4549" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4550" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4551" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4552" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4553" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4554" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4555" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4556" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4557" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4558" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4559" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4560" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4561" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4562" -> <|"DatabaseID" -> "SW02698", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 530117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C4C1c5ccc6c(c5C(O4)O)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeagenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 609840]}, "Synonyms" -> {"rheagenine", "ac1ld0br", "rheadan-8-ol", "np-014156", "acon1_001400", "brd-a42749084-001-01-6", "rhoeagenine", "molport-001-742-796"}|>, "4563" -> <|"DatabaseID" -> "SW02699", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17390"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 89017]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C(=O)Cc4ccc(c(c4C1)OC)OC)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allocryptopine;alpha-allocryptopine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98570]}, "Synonyms" -> {"allocrytopine", "fagarine i", "allocryptopine", "allo-cryptopine", "thalictrimine", "5,7,8,15-tetrahydro-3,4-dimethoxy-6-methylbenzo[e][1,3]dioxolo[4,5-k][3]benzazecin-14(6h)-one", "7,8-dimethoxy-11-methyl-17,19-dioxa-11-azatetracyclo[12.7.0.04,9.016,20]henicosa-1(21),4(9),5,7,14,16(20)-hexaen-2-one", "3,4-dimethoxy-6-methyl-5,7,8,15-tetrahydro-6h-benzo[c][1,3]dioxolo[4',5':4,5]benzo[1,2-g]azecin-14-one", "3,4-dimethoxy-6-methyl-5,6,7,8-tetrahydro-[1,3]dioxolo[4',5':4,5]benzo[1,2-g]benzo[c]azecin-14(15h)-one", "beta-homochelidonine", ".alpha.-allocryptopine", "taliktrimin (thalictrimine)", "benzo(e)(1,3)dioxolo(4,5-k)(3)benzazecin-14(6h)-one 5,7,8,15-tetrahydro-3,4-dimethoxy-6-methyl-", "benzo[e][1,3]dioxolo[4 5-k][3]benzazecin-14(6h)-one,5,7,8,15-tetrahydro-3 4-dimethoxy-6-methyl-", "benzo[e][1 3]dioxolo[4,5-k][3]benzazecin-14(6h)-one,5,7,8,15-tetrahydro-3 4-dimethoxy-6-methyl-", "benzo[c][1,3]benzodioxolo[5,6-g]azecin-14(6h)-one 5,7,8,15-tetrahydro-3,4-dimethoxy-6-methyl-", "24240-04-8", "5,7,8,15-tetrahydro-3,4-dimethoxy-6-methylbenzo(e)(1,3)dioxolo(4,5-k)(3)benzazecin-14(6h)-one", "5,7,8,15-tetrahydro-3,4-dimethoxy-6-methyl(1,3)benzodioxolo(5,6-e)(2)benzazecin-14(6h)-one", "207-626-5[einecs]", "3,4-dimethoxy-6-methyl-5h,7h,8h,11h,15h-benzo[1'',2''-8',9']azecino[5',4'-2,1]benzo[4,5-d]1,3-dioxolan-14-one", "24240-04-8[rn]", "alpha-fagarine", "3,4-dimethoxy-6-methyl-5,6,7,8,14,15-hexahydrobenzo[c][1,3]dioxolo[4',5':4,5]benzo[g]azecin-14-one", "3,4-dimethoxy-6-methyl-5,7,8,15-tetrahydrobenzo[c][1,3]benzodioxolo[5,6-g]azecin-14(6h)-one[acd/iupac name]", "a-allo-cryptopine", "485-91-6[rn]", "5,7,8,15-tetrahydro-3,4-dimethoxy-6-methyl[1,3]benzodioxolo[5,6-e][2]benzazecin-14(6h)-one", "alpha-allocryptopine", "[1,3]benzodioxolo[5,6-e][2]benzazecin-14(6h)-one 5,7,8,15-tetrahydro-3,4-dimethoxy-6-methyl-"}|>, "4564" -> <|"DatabaseID" -> "SW02699", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17390"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 89017]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2C(=O)Cc4ccc(c(c4C1)OC)OC)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "allocryptopine;alpha-allocryptopine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 98570]}, "Synonyms" -> {"allocrytopine", "fagarine i", "allocryptopine", "allo-cryptopine", "thalictrimine", "5,7,8,15-tetrahydro-3,4-dimethoxy-6-methylbenzo[e][1,3]dioxolo[4,5-k][3]benzazecin-14(6h)-one", "7,8-dimethoxy-11-methyl-17,19-dioxa-11-azatetracyclo[12.7.0.04,9.016,20]henicosa-1(21),4(9),5,7,14,16(20)-hexaen-2-one", "3,4-dimethoxy-6-methyl-5,7,8,15-tetrahydro-6h-benzo[c][1,3]dioxolo[4',5':4,5]benzo[1,2-g]azecin-14-one", "3,4-dimethoxy-6-methyl-5,6,7,8-tetrahydro-[1,3]dioxolo[4',5':4,5]benzo[1,2-g]benzo[c]azecin-14(15h)-one", "beta-homochelidonine", ".alpha.-allocryptopine", "taliktrimin (thalictrimine)", "benzo(e)(1,3)dioxolo(4,5-k)(3)benzazecin-14(6h)-one 5,7,8,15-tetrahydro-3,4-dimethoxy-6-methyl-", "benzo[e][1,3]dioxolo[4 5-k][3]benzazecin-14(6h)-one,5,7,8,15-tetrahydro-3 4-dimethoxy-6-methyl-", "benzo[e][1 3]dioxolo[4,5-k][3]benzazecin-14(6h)-one,5,7,8,15-tetrahydro-3 4-dimethoxy-6-methyl-", "benzo[c][1,3]benzodioxolo[5,6-g]azecin-14(6h)-one 5,7,8,15-tetrahydro-3,4-dimethoxy-6-methyl-", "24240-04-8", "5,7,8,15-tetrahydro-3,4-dimethoxy-6-methylbenzo(e)(1,3)dioxolo(4,5-k)(3)benzazecin-14(6h)-one", "5,7,8,15-tetrahydro-3,4-dimethoxy-6-methyl(1,3)benzodioxolo(5,6-e)(2)benzazecin-14(6h)-one", "207-626-5[einecs]", "3,4-dimethoxy-6-methyl-5h,7h,8h,11h,15h-benzo[1'',2''-8',9']azecino[5',4'-2,1]benzo[4,5-d]1,3-dioxolan-14-one", "24240-04-8[rn]", "alpha-fagarine", "3,4-dimethoxy-6-methyl-5,6,7,8,14,15-hexahydrobenzo[c][1,3]dioxolo[4',5':4,5]benzo[g]azecin-14-one", "3,4-dimethoxy-6-methyl-5,7,8,15-tetrahydrobenzo[c][1,3]benzodioxolo[5,6-g]azecin-14(6h)-one[acd/iupac name]", "a-allo-cryptopine", "485-91-6[rn]", "5,7,8,15-tetrahydro-3,4-dimethoxy-6-methyl[1,3]benzodioxolo[5,6-e][2]benzazecin-14(6h)-one", "alpha-allocryptopine", "[1,3]benzodioxolo[5,6-e][2]benzazecin-14(6h)-one 5,7,8,15-tetrahydro-3,4-dimethoxy-6-methyl-"}|>, "4565" -> <|"DatabaseID" -> "SW02700", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27808"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4575379]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01452"]}, "IsomericSmiles" -> "CC(=O)Oc1ccc2c3c1O[C@@H]4[C@]35CC[NH+]([C@H](C2)[C@@H]5C=C[C@@H]4OC(=O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07286"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Heroin;diacetylmorphine"|>, "PharmGKBID" -> "PA452619", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5462328]}, "Synonyms" -> {"diamorphine", "smack", "acetomorfine", "acetomorphine", "diasetilmorfin", "diacetylmorphine", "morphacetin", "heroin", "diacetylmorfin", "diacetylmorphine[wiki]", "china white", "dooje", "diasetylmorfiimi", "mexican brown", "malaysian pink", "morphine diacetate", "3,6-diacetylmorphine", "eroina", "diacetyl morphine", "diamorfina", "herolan", "561-27-3[rn]", "eclorion", "3,6-o-diacetylmorphine", "3", "2078-90-2[rn]", "preza", "dujie", "aspron", "(5a,6a)-7,8-didehydro-4,5-epoxy-17-methylmorphinan-3,6-diol diacetate (ester)", "96382-71-7[rn]", "diamorphine[wiki]", "209-217-7[einecs]", "diasetielmorfien", "o,o'-diacetylmorphine", "persian brown", "penang pink", "dor-1", "diacephin", "7,8-dihydro-4,5a-epoxy-17-methylmorphinan-3,6a-diol diacetate", "felodipine dehydro-", "diaphorm", "indian pink", "heroin[wiki]", "heroien", "h", "amsterdam marble", "iroini", "624-86-2[rn]"}|>, "4566" -> <|"DatabaseID" -> "SW02700", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27808"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4575379]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01452"]}, "IsomericSmiles" -> "CC(=O)Oc1ccc2c3c1O[C@@H]4[C@]35CC[NH+]([C@H](C2)[C@@H]5C=C[C@@H]4OC(=O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07286"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Heroin;diacetylmorphine"|>, "PharmGKBID" -> "PA452619", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5462328]}, "Synonyms" -> {"diamorphine", "smack", "acetomorfine", "acetomorphine", "diasetilmorfin", "diacetylmorphine", "morphacetin", "heroin", "diacetylmorfin", "diacetylmorphine[wiki]", "china white", "dooje", "diasetylmorfiimi", "mexican brown", "malaysian pink", "morphine diacetate", "3,6-diacetylmorphine", "eroina", "diacetyl morphine", "diamorfina", "herolan", "561-27-3[rn]", "eclorion", "3,6-o-diacetylmorphine", "3", "2078-90-2[rn]", "preza", "dujie", "aspron", "(5a,6a)-7,8-didehydro-4,5-epoxy-17-methylmorphinan-3,6-diol diacetate (ester)", "96382-71-7[rn]", "diamorphine[wiki]", "209-217-7[einecs]", "diasetielmorfien", "o,o'-diacetylmorphine", "persian brown", "penang pink", "dor-1", "diacephin", "7,8-dihydro-4,5a-epoxy-17-methylmorphinan-3,6a-diol diacetate", "felodipine dehydro-", "diaphorm", "indian pink", "heroin[wiki]", "heroien", "h", "amsterdam marble", "iroini", "624-86-2[rn]"}|>, "4567" -> <|"DatabaseID" -> "SW02701", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "14027"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91533]}, "IsomericSmiles" -> "C[C@H]1c2ccc(c(c2C[NH+]3[C@H]1c4cc(c(cc4CC3)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-corydaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101301]}, "Synonyms" -> {"corydaline", "corydalin", "(+)-corydaline", "d-corydaline", "6h-dibenzo(a", "2,3,9,10-tetramethoxy-13a-methyl-13ab-berbine", "berbine 2,3,9,10-tetramethoxy-13-methyl-", "(13s-trans )-5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-13-methyl-6h-dibenzo[a,g]quinolizine", "ac1l2qjk", "nsc 406036", "6h-dibenzo(a,g)quinolizine,5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-13-methyl- (13s-e)-", "brn 0096972", "5-21-06-00173 (beilstein handbook reference)[beilstein]", "berbine", "518-69-4", "518-69-4[rn]", "6h-dibenzo(a,g)quinolizine,5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-13-methyl- (13s-trans)- (9ci)", "(13s,13ar)-2,3,9,10-tetramethoxy-13-methyl-5,8,13,13a-tetrahydro-6h-isoquino[3,2-a]isoquinoline", "6h-dibenzo[a,g]quinolizine,5,8,13,13a-tetrahydro-2,3,9,10-tetramethoxy-13-methyl- (13s,13ar)-", "c-7350", "corydaline (+)", "96972[beilstein]"}|>, "4568" -> <|"DatabaseID" -> "SW02702", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300753]}, "IsomericSmiles" -> "CC(CCC[NH2+]/C(=C/1\\CCOC1=O)/C)Nc2cc(cc3c2nccc3)OC", "OfficialNames" -> <|"Indian Approved Name" -> "bulaquine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036820]}, "Synonyms" -> {"bulaquine [inn]", "dihydro-3-(1-((4-((6-methoxy-8-quinolyl)amino)pentyl)amino)ethylidene)-2(3h)-furanone.", "2(3h)-furanone", "223661-25-4[rn]", "compound 80-53", "unii-tsq6u39q3g", "2(3h)-furanone dihydro-3-(1-((4-((6-methoxy-8-quinolinyl)amino)pentyl)amino)ethylidene)-", "ac1mi1v2", "bulaquine[inn]", "223661-25-4", "79781-00-3", "n'-(3-acetyl-4", "79781-00-3[rn]", "cdri 80-53"}|>, "4569" -> <|"DatabaseID" -> "SW02702", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300753]}, "IsomericSmiles" -> "CC(CCC[NH2+]/C(=C/1\\CCOC1=O)/C)Nc2cc(cc3c2nccc3)OC", "OfficialNames" -> <|"Indian Approved Name" -> "bulaquine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036820]}, "Synonyms" -> {"bulaquine [inn]", "dihydro-3-(1-((4-((6-methoxy-8-quinolyl)amino)pentyl)amino)ethylidene)-2(3h)-furanone.", "2(3h)-furanone", "223661-25-4[rn]", "compound 80-53", "unii-tsq6u39q3g", "2(3h)-furanone dihydro-3-(1-((4-((6-methoxy-8-quinolinyl)amino)pentyl)amino)ethylidene)-", "ac1mi1v2", "bulaquine[inn]", "223661-25-4", "79781-00-3", "n'-(3-acetyl-4", "79781-00-3[rn]", "cdri 80-53"}|>, "4570" -> <|"DatabaseID" -> "SW02703", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64045"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2074]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06288"]}, "IsomericSmiles" -> "CC[NH+]1CCCC1CNC(=O)c2cc(c(cc2OC)N)S(=O)(=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07310"]}, "OfficialNames" -> <|"Indian Approved Name" -> "amisulpride"|>, "PharmGKBID" -> "PA162565877", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2159]}, "Synonyms" -> {"deniban", "amisulpride", "aminosultopride", "solian", "71675-85-9", "amisulpridum", "amisulpiride", "aminosultopride;", "socian", "amisulprida", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxybenzamide;4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-o-anisamide; aminosultopride", "amisulprida[spanish][inn]", "solian[wiki]", "[71675-85-9]", "sl-91.1077", "aminosultopride;deniban;enorden;majorem;socian;solian", "amisulpride[wiki][inn]", "serotonin receptor 2a", "null", "4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide[acd/iupac name]", "amisulprida; amisulpride; amisulpridum", "dan-2163", "71675-85-9[rn]", "benzamide 4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxy-", "4-amino-n-((1-ethylpyrrolidin-2-yl)methyl)-5-(ethylsulfonyl)-2-methoxybenzamide", "5- ht-2", "benzamide 4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxy-", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-o-anisamide", "amisulpridum [inn-latin]", "amisulpridum[latin]", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-anisamid", "methyl ammonia mosapride", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxybenzamide", "4-amino-n-[(1-ethylpyrrolidin-2-yl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide", "4-amino-5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide", "4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-benzamide", "4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-o-anisamide", "5-ht-2a", "275-831-7[einecs]"}|>, "4571" -> <|"DatabaseID" -> "SW02703", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64045"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2074]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06288"]}, "IsomericSmiles" -> "CC[NH+]1CCCC1CNC(=O)c2cc(c(cc2OC)N)S(=O)(=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07310"]}, "OfficialNames" -> <|"Indian Approved Name" -> "amisulpride"|>, "PharmGKBID" -> "PA162565877", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2159]}, "Synonyms" -> {"deniban", "amisulpride", "aminosultopride", "solian", "71675-85-9", "amisulpridum", "amisulpiride", "aminosultopride;", "socian", "amisulprida", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxybenzamide;4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-o-anisamide; aminosultopride", "amisulprida[spanish][inn]", "solian[wiki]", "[71675-85-9]", "sl-91.1077", "aminosultopride;deniban;enorden;majorem;socian;solian", "amisulpride[wiki][inn]", "serotonin receptor 2a", "null", "4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide[acd/iupac name]", "amisulprida; amisulpride; amisulpridum", "dan-2163", "71675-85-9[rn]", "benzamide 4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxy-", "4-amino-n-((1-ethylpyrrolidin-2-yl)methyl)-5-(ethylsulfonyl)-2-methoxybenzamide", "5- ht-2", "benzamide 4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxy-", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-o-anisamide", "amisulpridum [inn-latin]", "amisulpridum[latin]", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-anisamid", "methyl ammonia mosapride", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxybenzamide", "4-amino-n-[(1-ethylpyrrolidin-2-yl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide", "4-amino-5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide", "4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-benzamide", "4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-o-anisamide", "5-ht-2a", "275-831-7[einecs]"}|>, "4572" -> <|"DatabaseID" -> "SW02703", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64045"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2074]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06288"]}, "IsomericSmiles" -> "CC[NH+]1CCCC1CNC(=O)c2cc(c(cc2OC)N)S(=O)(=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07310"]}, "OfficialNames" -> <|"Indian Approved Name" -> "amisulpride"|>, "PharmGKBID" -> "PA162565877", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2159]}, "Synonyms" -> {"deniban", "amisulpride", "aminosultopride", "solian", "71675-85-9", "amisulpridum", "amisulpiride", "aminosultopride;", "socian", "amisulprida", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxybenzamide;4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-o-anisamide; aminosultopride", "amisulprida[spanish][inn]", "solian[wiki]", "[71675-85-9]", "sl-91.1077", "aminosultopride;deniban;enorden;majorem;socian;solian", "amisulpride[wiki][inn]", "serotonin receptor 2a", "null", "4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide[acd/iupac name]", "amisulprida; amisulpride; amisulpridum", "dan-2163", "71675-85-9[rn]", "benzamide 4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxy-", "4-amino-n-((1-ethylpyrrolidin-2-yl)methyl)-5-(ethylsulfonyl)-2-methoxybenzamide", "5- ht-2", "benzamide 4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxy-", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-o-anisamide", "amisulpridum [inn-latin]", "amisulpridum[latin]", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-anisamid", "methyl ammonia mosapride", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxybenzamide", "4-amino-n-[(1-ethylpyrrolidin-2-yl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide", "4-amino-5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide", "4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-benzamide", "4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-o-anisamide", "5-ht-2a", "275-831-7[einecs]"}|>, "4573" -> <|"DatabaseID" -> "SW02703", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64045"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2074]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06288"]}, "IsomericSmiles" -> "CC[NH+]1CCCC1CNC(=O)c2cc(c(cc2OC)N)S(=O)(=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07310"]}, "OfficialNames" -> <|"Indian Approved Name" -> "amisulpride"|>, "PharmGKBID" -> "PA162565877", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2159]}, "Synonyms" -> {"deniban", "amisulpride", "aminosultopride", "solian", "71675-85-9", "amisulpridum", "amisulpiride", "aminosultopride;", "socian", "amisulprida", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxybenzamide;4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-o-anisamide; aminosultopride", "amisulprida[spanish][inn]", "solian[wiki]", "[71675-85-9]", "sl-91.1077", "aminosultopride;deniban;enorden;majorem;socian;solian", "amisulpride[wiki][inn]", "serotonin receptor 2a", "null", "4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide[acd/iupac name]", "amisulprida; amisulpride; amisulpridum", "dan-2163", "71675-85-9[rn]", "benzamide 4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxy-", "4-amino-n-((1-ethylpyrrolidin-2-yl)methyl)-5-(ethylsulfonyl)-2-methoxybenzamide", "5- ht-2", "benzamide 4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-methoxy-", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-o-anisamide", "amisulpridum [inn-latin]", "amisulpridum[latin]", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-anisamid", "methyl ammonia mosapride", "4-amino-n-((1-ethyl-2-pyrrolidinyl)methyl)-5-(ethylsulfonyl)-2-methoxybenzamide", "4-amino-n-[(1-ethylpyrrolidin-2-yl)methyl]-5-(ethylsulfonyl)-2-methoxybenzamide", "4-amino-5-ethanesulfonyl-n-(1-ethyl-pyrrolidin-2-ylmethyl)-2-methoxy-benzamide", "4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-2-benzamide", "4-amino-n-[(1-ethyl-2-pyrrolidinyl)methyl]-5-(ethylsulfonyl)-o-anisamide", "5-ht-2a", "275-831-7[einecs]"}|>, "4574" -> <|"DatabaseID" -> "SW02704", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00896"]}, "IsomericSmiles" -> "CCC(=O)[C@]1([C@@H](CC2[C@@]1(C[C@@H](C3C2CCC4=CC(=O)C=C[C@]34C)O)C)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "RIMEXOLONE"|>, "PharmGKBID" -> "PA164752251", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39507]}, "Synonyms" -> {"rimexolone", "vexol", "11beta-hydroxy-16alpha", "gr", "rimexolonum [inn-latin]", "al 02178", "vexol (tn)", "org-6216", "rimexolona [inn-spanish]", "rimexel", "trimexolone"}|>, "4575" -> <|"DatabaseID" -> "SW02704", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00896"]}, "IsomericSmiles" -> "CCC(=O)[C@]1([C@@H](CC2[C@@]1(C[C@@H](C3C2CCC4=CC(=O)C=C[C@]34C)O)C)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "RIMEXOLONE"|>, "PharmGKBID" -> "PA164752251", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39507]}, "Synonyms" -> {"rimexolone", "vexol", "11beta-hydroxy-16alpha", "gr", "rimexolonum [inn-latin]", "al 02178", "vexol (tn)", "org-6216", "rimexolona [inn-spanish]", "rimexel", "trimexolone"}|>, "4576" -> <|"DatabaseID" -> "SW02704", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00896"]}, "IsomericSmiles" -> "CCC(=O)[C@]1([C@@H](CC2[C@@]1(C[C@@H](C3C2CCC4=CC(=O)C=C[C@]34C)O)C)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "RIMEXOLONE"|>, "PharmGKBID" -> "PA164752251", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39507]}, "Synonyms" -> {"rimexolone", "vexol", "11beta-hydroxy-16alpha", "gr", "rimexolonum [inn-latin]", "al 02178", "vexol (tn)", "org-6216", "rimexolona [inn-spanish]", "rimexel", "trimexolone"}|>, "4577" -> <|"DatabaseID" -> "SW02704", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00896"]}, "IsomericSmiles" -> "CCC(=O)[C@]1([C@@H](CC2[C@@]1(C[C@@H](C3C2CCC4=CC(=O)C=C[C@]34C)O)C)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "RIMEXOLONE"|>, "PharmGKBID" -> "PA164752251", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39507]}, "Synonyms" -> {"rimexolone", "vexol", "11beta-hydroxy-16alpha", "gr", "rimexolonum [inn-latin]", "al 02178", "vexol (tn)", "org-6216", "rimexolona [inn-spanish]", "rimexel", "trimexolone"}|>, "4578" -> <|"DatabaseID" -> "SW02704", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00896"]}, "IsomericSmiles" -> "CCC(=O)[C@]1([C@@H](CC2[C@@]1(C[C@@H](C3C2CCC4=CC(=O)C=C[C@]34C)O)C)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "RIMEXOLONE"|>, "PharmGKBID" -> "PA164752251", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39507]}, "Synonyms" -> {"rimexolone", "vexol", "11beta-hydroxy-16alpha", "gr", "rimexolonum [inn-latin]", "al 02178", "vexol (tn)", "org-6216", "rimexolona [inn-spanish]", "rimexel", "trimexolone"}|>, "4579" -> <|"DatabaseID" -> "SW02704", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00896"]}, "IsomericSmiles" -> "CCC(=O)[C@]1([C@@H](CC2[C@@]1(C[C@@H](C3C2CCC4=CC(=O)C=C[C@]34C)O)C)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "RIMEXOLONE"|>, "PharmGKBID" -> "PA164752251", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39507]}, "Synonyms" -> {"rimexolone", "vexol", "11beta-hydroxy-16alpha", "gr", "rimexolonum [inn-latin]", "al 02178", "vexol (tn)", "org-6216", "rimexolona [inn-spanish]", "rimexel", "trimexolone"}|>, "4580" -> <|"DatabaseID" -> "SW02704", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00896"]}, "IsomericSmiles" -> "CCC(=O)[C@]1([C@@H](CC2[C@@]1(C[C@@H](C3C2CCC4=CC(=O)C=C[C@]34C)O)C)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "RIMEXOLONE"|>, "PharmGKBID" -> "PA164752251", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39507]}, "Synonyms" -> {"rimexolone", "vexol", "11beta-hydroxy-16alpha", "gr", "rimexolonum [inn-latin]", "al 02178", "vexol (tn)", "org-6216", "rimexolona [inn-spanish]", "rimexel", "trimexolone"}|>, "4581" -> <|"DatabaseID" -> "SW02704", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00896"]}, "IsomericSmiles" -> "CCC(=O)[C@]1([C@@H](CC2[C@@]1(C[C@@H](C3C2CCC4=CC(=O)C=C[C@]34C)O)C)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "RIMEXOLONE"|>, "PharmGKBID" -> "PA164752251", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39507]}, "Synonyms" -> {"rimexolone", "vexol", "11beta-hydroxy-16alpha", "gr", "rimexolonum [inn-latin]", "al 02178", "vexol (tn)", "org-6216", "rimexolona [inn-spanish]", "rimexel", "trimexolone"}|>, "4582" -> <|"DatabaseID" -> "SW02705", "IsomericSmiles" -> "CC1([C@@H]([C@H]1C(=O)OCc2c(c(cc(c2F)F)F)F)C=C(Cl)Cl)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01932"]}, "OfficialNames" -> <|"NPC Approved Name" -> "transfluthrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656612]}, "Synonyms" -> {"transfluthrin", "ac1lcvag", "dsstox_cid_26812", "(2", "tox21_112675", "dsstox_gsid_46812", "ncgc00181025-01", "chebi:32253", "transfluthrin (jan)", "dsstox_rid_81924"}|>, "4583" -> <|"DatabaseID" -> "SW02706", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3652]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00270"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OC(C)C)c2cccc3c2non3)C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00349"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ISRADIPINE"|>, "PharmGKBID" -> "PA450131", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3784]}, "Synonyms" -> {"dynacirc", "isradipine", "isradipin", "esradin", "clivoten", "prescal", "isrodipine", "dynacirc cr", "lomir", "rebriden", "dynacrine", "dynacire cr", "isradipinum [latin]", "dynacire", "pn 205-034", "4-(4-benzofurazanyl)-1,-4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylicacid methyl 1-methhylethylester", "dynacirc;prescal;pn-200-110;clivoten;esradin;dynacirc", "4-(4-benzofurazanyl)-1,-4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylicacid methyl 1-methylethyl ester", "[75695-93-1]", "isradipine (s)-isomer", "4-(2,1,3-benzoxadiazol-4-yl)-2,6-dimethyl-1,4-dihydro-3-isopropyloxycarbonylpyridine-5-carboxylic acid methyl ester", "pn-200-110", "pn205033", "dynacirc (tn)", "pn205034", "pn 205 033", "pn 205-033", "131970-21-3[rn]", "3-isopropyl 5-methyl 4-(benzo[c][1,2,5]oxadiazol-4-yl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "methyl 1-methylethyl 4-(2,1,3-benzoxadiazol-4-yl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "3,5-pyridinedicarboxylic acid 4-(4-benzofurazanyl)-1,4-dihydro-2,6-dimethyl- methyl 1-methylethylester", "isradipine [usan:ban:inn][inn][usan]", "isopropylmethyl 4-(2,1,3-benzoxadiazol-4-yl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "isradipino[spanish]", "pn 205 034", "o5-methylo3-propan-2-yl 4-(2,1,3-benzoxadiazol-7-yl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "icaz", "isradipinum[latin]", "methyl propan-2-yl4-(2,1,3-benzoxadiazol-4-yl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "3,5-pyridinedicarboxylic acid 4-(2,1,3-benzoxadiazol-4-yl)-1,4-dihydro-2,6-dimethyl- methyl 1-methylethylester (9ci)", "pn-205-033", "88977-22-4[rn]", "isradipine[wiki][usp]", "75695-63-1", "pn 205034", "dynacirc prescal pn-200-110 clivoten esr", "d017275", "4-(4-benzofurazanyl)-1,4-dihydro-2,-6-dimethyl-3,5-pyridinedicarboxylicacid methyl 1-methylethyl ester", "methyl-1-methylethyl-4-(2,1,3-benzoxadiazol-4-yl)-2,6-dimethyl-1,4-dihydropyridin-3,5-dicarboxylat", "pn 205033", "israpidine", "pn-205-034", "75695-93-1[rn]", "4-(4-benzofurazanyl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylic acidmethyl1-methylethyl ester", "calcium channel l type alpha-1 polypeptide isoform 3 skeletal muscle", "pn 200-110", "voltage- gated calcium channel subunit alpha cav1.1", "3,5-pyridinedicarboxylic acid 4-(2,1,3-benzoxadiazol-4-yl)-1,4-dihydro-2,6-dimethyl- methyl 1-methylethylester", "isradipino [spanish]", "4-(2,1,3-benzooxadiazol-4-yl)-2.6-dimethyl-1,4-dihydro-3-isopropyloxycarbonylpyridine-5-carboxylicacid methyl ester", "4-(2,1,3-benzoxadiazol-4-yl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinecarboxylic acidmethyl 1-methylethyl ester", "337376-15-5", "isopropylmethyl 4-(2,1,3-benzoxadiazol-4-yl)-2,6-dimethyl-1,4-dihydro-3,5-pyridinedicarboxylate[acd/iupac name]", "(+/-)-isradipine", "isopropyl4-(2,1,3-benzoxadiazol-4-yl)-1,4-dihydro-5-methoxycarbonyl-2,6-dimethyl-3-pyridinecarboxylate", "isradipine (r)-isomer"}|>, "4584" -> <|"DatabaseID" -> "SW02706", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3652]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00270"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OC(C)C)c2cccc3c2non3)C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00349"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ISRADIPINE"|>, "PharmGKBID" -> "PA450131", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3784]}, "Synonyms" -> {"dynacirc", "isradipine", "isradipin", "esradin", "clivoten", "prescal", "isrodipine", "dynacirc cr", "lomir", "rebriden", "dynacrine", "dynacire cr", "isradipinum [latin]", "dynacire", "pn 205-034", "4-(4-benzofurazanyl)-1,-4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylicacid methyl 1-methhylethylester", "dynacirc;prescal;pn-200-110;clivoten;esradin;dynacirc", "4-(4-benzofurazanyl)-1,-4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylicacid methyl 1-methylethyl ester", "[75695-93-1]", "isradipine (s)-isomer", "4-(2,1,3-benzoxadiazol-4-yl)-2,6-dimethyl-1,4-dihydro-3-isopropyloxycarbonylpyridine-5-carboxylic acid methyl ester", "pn-200-110", "pn205033", "dynacirc (tn)", "pn205034", "pn 205 033", "pn 205-033", "131970-21-3[rn]", "3-isopropyl 5-methyl 4-(benzo[c][1,2,5]oxadiazol-4-yl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "methyl 1-methylethyl 4-(2,1,3-benzoxadiazol-4-yl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "3,5-pyridinedicarboxylic acid 4-(4-benzofurazanyl)-1,4-dihydro-2,6-dimethyl- methyl 1-methylethylester", "isradipine [usan:ban:inn][inn][usan]", "isopropylmethyl 4-(2,1,3-benzoxadiazol-4-yl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "isradipino[spanish]", "pn 205 034", "o5-methylo3-propan-2-yl 4-(2,1,3-benzoxadiazol-7-yl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "icaz", "isradipinum[latin]", "methyl propan-2-yl4-(2,1,3-benzoxadiazol-4-yl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "3,5-pyridinedicarboxylic acid 4-(2,1,3-benzoxadiazol-4-yl)-1,4-dihydro-2,6-dimethyl- methyl 1-methylethylester (9ci)", "pn-205-033", "88977-22-4[rn]", "isradipine[wiki][usp]", "75695-63-1", "pn 205034", "dynacirc prescal pn-200-110 clivoten esr", "d017275", "4-(4-benzofurazanyl)-1,4-dihydro-2,-6-dimethyl-3,5-pyridinedicarboxylicacid methyl 1-methylethyl ester", "methyl-1-methylethyl-4-(2,1,3-benzoxadiazol-4-yl)-2,6-dimethyl-1,4-dihydropyridin-3,5-dicarboxylat", "pn 205033", "israpidine", "pn-205-034", "75695-93-1[rn]", "4-(4-benzofurazanyl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylic acidmethyl1-methylethyl ester", "calcium channel l type alpha-1 polypeptide isoform 3 skeletal muscle", "pn 200-110", "voltage- gated calcium channel subunit alpha cav1.1", "3,5-pyridinedicarboxylic acid 4-(2,1,3-benzoxadiazol-4-yl)-1,4-dihydro-2,6-dimethyl- methyl 1-methylethylester", "isradipino [spanish]", "4-(2,1,3-benzooxadiazol-4-yl)-2.6-dimethyl-1,4-dihydro-3-isopropyloxycarbonylpyridine-5-carboxylicacid methyl ester", "4-(2,1,3-benzoxadiazol-4-yl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinecarboxylic acidmethyl 1-methylethyl ester", "337376-15-5", "isopropylmethyl 4-(2,1,3-benzoxadiazol-4-yl)-2,6-dimethyl-1,4-dihydro-3,5-pyridinedicarboxylate[acd/iupac name]", "(+/-)-isradipine", "isopropyl4-(2,1,3-benzoxadiazol-4-yl)-1,4-dihydro-5-methoxycarbonyl-2,6-dimethyl-3-pyridinecarboxylate", "isradipine (r)-isomer"}|>, "4585" -> <|"DatabaseID" -> "SW02707", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4582441]}, "IsomericSmiles" -> "CC\\1=C(c2cc(ccc2/C1=C\\c3ccc(cc3)S(=O)(=O)C)F)CC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methy-lanthranilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5472495]}, "Synonyms" -> {"aptosyn", "cis-5-fluoro-2-methyl-1-(p-methylsulfonylbenzylidenyl)indene-3-acetic acid", "prevatec", "sulindac sulfone", "fgn 1", "{(1z)-5-fluoro-2-methyl-1-[4-(methylsulfonyl)benzylidene]-1h-inden-3-yl}acetic acid", "5-fluoro-2-methyl-1-((z)-p-(methylsulfonyl)benzylidene)indene-3-acetic acid; cis-5-fluoro-2-methyl-1-(p-methylsulfonylbenzylidenyl)indene-3-acetic acid", "exisulind", "59973-80-7[rn]", "59864-04-9[rn]", "fgn-1", "ncgc00015928-04", "1h-indene-3-aceticacid 5-fluoro-2-methyl-1-((4-(methylsulfonyl)phenyl)methylene)- (1z)-", "[(1z)-5-fluoro-2-methyl-1-{[4-(methylsulfonyl)phenyl]methylidene}-1h-inden-3-yl]acetic acid", "ccris 7242", "exisulind[wiki]", "c20h17fo4s", "1h-indene-3-aceticacid 5-fluoro-2-methyl-1-[[4-(methylsulfonyl)phenyl]methylene]- (1z)-", "5-fluoro-2-methyl-1-((z)-p-(methylsulfonyl)benzylidene)indene-3-acetic acid", "(z)-5-fluoro-2-methyl-1-[p-(methylsulfonyl)benzylidene]indene-3-acetic acid"}|>, "4586" -> <|"DatabaseID" -> "SW02708", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9566"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5253], ExternalIdentifier["ChemSpiderID", 59452]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00679"]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCN2c3ccccc3Sc4c2cc(cc4)SC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00373"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "THIORIDAZINE;THIORIDAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5452], ExternalIdentifier["PubChemCompoundID", 66062]}, "Synonyms" -> {"meleril", "thioridazine", "mellerette", "mallorol", "mellaril-s", "melleretten", "sonapax hydrochloride", "mellaril hydrochloride", "thioridazine hcl", "malloryl", "thioridazine chloride", "orsanil", "sonapax", "ridazine", "thioridazin", "aldazine", "mellerets", "stalleril", "thioridazine hcl intensol", "ridazin", "thoridazine hydrochloride", "melleril", "novoridazine", "thioridazine hydrochloride", "thioridazine prolongatum", "metlaril", "tioridazin", "mellaril", "mellarit", "erg1", "eag-related protein 1", "eag homolog", "ether-a-go-go-related protein 1", "ether-a-go-go-related gene potassium channel 1", "h-erg", "melleril (tablet)", "voltage-gated potassium channel subunit kv11.1", "50-52-2[rn]", "melleril[wiki]", "mellaril[wiki]", "thioridazine prolongatum", "mellaril (*hydrochloride*)", "3-methylmercapto-n-[2'-(n'-methyl-2-piperidyl)ethyl]phenothiazine", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylthiophenothiazine hydrochloride", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-(methylthio)-10h-phenothiazine hydrochloride", "2-methylmercapto-10-(2-(n-methyl-2-piperidyl)ethyl)phenothiazine hydrochloride", "2-methylmercapto-10-[2-(n-methyl-2-piperidyl)ethyl]phenothiazine", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-,hydrochloride (1:1)", "phenothiazine 10-[2- (1-methyl-2-piperidyl)ethyl]-2-(methylthio)- monohydrochloride", "130-61-0 50-52-2", "10-[2-(1-methyl(2-piperidyl))ethyl]-2-methylthiophenothiazine,chloride", "dl-thioridazine", "cid5452", "melleril (liquid)", "50-52-2", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine hydrochloride (1:1)", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylthio)-10h-phenothiazine", "107388-89-6[rn]", "10h-phenothiazine,10-[2- (1-methyl-2-piperidinyl)ethyl]-2-(methylthio)- monohydrochloride", "2-methylmercapto-10-[2-(n-methyl-2-piperidyl)ethyl]phenothiazine hydrochloride", "10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine[acd/iupac name]", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazinhydrochlorid", "thioridazine hydrochloride[jan]", "114488-10-7[rn]", "phenothiazine 10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylthio)- monohydrochloride", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine hydrochloride", "10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-10h-phenothiazine hydrochloride", "130-61-0 50-52-2 [thioridazine]", "204-992-8[einecs]", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylthio)phenothiazinemonohydrochloride", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylthio)-", "thioridazine[wiki][usp]", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-", "thioridazine [usan:ban:inn][inn][usan]", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-,monohydrochloride", "57129-06-3[rn]", "[130-61-0]", "usaf sz-b", "2-methylmercapto-10-(2-(n-methyl-2-piperidyl)ethyl)phenothiazine", "200-044-2[einecs]", "10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-10h-phenothiazine", "thioridazinhydrochlorid", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylsulfanyl-phenothiazine", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-(methylthio)phenothiazinemonohydrochloride", "mellaril-s (tn)", "tioridazina[spanish][inn]", "usaf sz-3", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine", "94457[beilstein]", "thiuridazine", "4170703[beilstein]", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylthio)-,monohydrochloride", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylthio)phenothiazine", "mellaril (tn)", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-methylthiophenothiazine hydrochloride", "130-61-0", "130-61-0[rn]", "phenothiazine 10-[2-(1-methyl-2-piperidyl)ethyl]-2-(methylthio)-", "3-methylmercapto-n-(2'-(n-methyl-2-piperidyl)ethyl)phenothiazine", "thioridazine (oxide)", "thioridazinum[latin]"}|>, "4587" -> <|"DatabaseID" -> "SW02708", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9566"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5253], ExternalIdentifier["ChemSpiderID", 59452]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00679"]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCN2c3ccccc3Sc4c2cc(cc4)SC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00373"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "THIORIDAZINE;THIORIDAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5452], ExternalIdentifier["PubChemCompoundID", 66062]}, "Synonyms" -> {"meleril", "thioridazine", "mellerette", "mallorol", "mellaril-s", "melleretten", "sonapax hydrochloride", "mellaril hydrochloride", "thioridazine hcl", "malloryl", "thioridazine chloride", "orsanil", "sonapax", "ridazine", "thioridazin", "aldazine", "mellerets", "stalleril", "thioridazine hcl intensol", "ridazin", "thoridazine hydrochloride", "melleril", "novoridazine", "thioridazine hydrochloride", "thioridazine prolongatum", "metlaril", "tioridazin", "mellaril", "mellarit", "erg1", "eag-related protein 1", "eag homolog", "ether-a-go-go-related protein 1", "ether-a-go-go-related gene potassium channel 1", "h-erg", "melleril (tablet)", "voltage-gated potassium channel subunit kv11.1", "50-52-2[rn]", "melleril[wiki]", "mellaril[wiki]", "thioridazine prolongatum", "mellaril (*hydrochloride*)", "3-methylmercapto-n-[2'-(n'-methyl-2-piperidyl)ethyl]phenothiazine", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylthiophenothiazine hydrochloride", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-(methylthio)-10h-phenothiazine hydrochloride", "2-methylmercapto-10-(2-(n-methyl-2-piperidyl)ethyl)phenothiazine hydrochloride", "2-methylmercapto-10-[2-(n-methyl-2-piperidyl)ethyl]phenothiazine", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-,hydrochloride (1:1)", "phenothiazine 10-[2- (1-methyl-2-piperidyl)ethyl]-2-(methylthio)- monohydrochloride", "130-61-0 50-52-2", "10-[2-(1-methyl(2-piperidyl))ethyl]-2-methylthiophenothiazine,chloride", "dl-thioridazine", "cid5452", "melleril (liquid)", "50-52-2", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine hydrochloride (1:1)", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylthio)-10h-phenothiazine", "107388-89-6[rn]", "10h-phenothiazine,10-[2- (1-methyl-2-piperidinyl)ethyl]-2-(methylthio)- monohydrochloride", "2-methylmercapto-10-[2-(n-methyl-2-piperidyl)ethyl]phenothiazine hydrochloride", "10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine[acd/iupac name]", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazinhydrochlorid", "thioridazine hydrochloride[jan]", "114488-10-7[rn]", "phenothiazine 10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylthio)- monohydrochloride", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine hydrochloride", "10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-10h-phenothiazine hydrochloride", "130-61-0 50-52-2 [thioridazine]", "204-992-8[einecs]", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylthio)phenothiazinemonohydrochloride", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylthio)-", "thioridazine[wiki][usp]", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-", "thioridazine [usan:ban:inn][inn][usan]", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-,monohydrochloride", "57129-06-3[rn]", "[130-61-0]", "usaf sz-b", "2-methylmercapto-10-(2-(n-methyl-2-piperidyl)ethyl)phenothiazine", "200-044-2[einecs]", "10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-10h-phenothiazine", "thioridazinhydrochlorid", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylsulfanyl-phenothiazine", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-(methylthio)phenothiazinemonohydrochloride", "mellaril-s (tn)", "tioridazina[spanish][inn]", "usaf sz-3", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine", "94457[beilstein]", "thiuridazine", "4170703[beilstein]", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylthio)-,monohydrochloride", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylthio)phenothiazine", "mellaril (tn)", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-methylthiophenothiazine hydrochloride", "130-61-0", "130-61-0[rn]", "phenothiazine 10-[2-(1-methyl-2-piperidyl)ethyl]-2-(methylthio)-", "3-methylmercapto-n-(2'-(n-methyl-2-piperidyl)ethyl)phenothiazine", "thioridazine (oxide)", "thioridazinum[latin]"}|>, "4588" -> <|"DatabaseID" -> "SW02708", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9566"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5253], ExternalIdentifier["ChemSpiderID", 59452]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00679"]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCN2c3ccccc3Sc4c2cc(cc4)SC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00373"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "THIORIDAZINE;THIORIDAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5452], ExternalIdentifier["PubChemCompoundID", 66062]}, "Synonyms" -> {"meleril", "thioridazine", "mellerette", "mallorol", "mellaril-s", "melleretten", "sonapax hydrochloride", "mellaril hydrochloride", "thioridazine hcl", "malloryl", "thioridazine chloride", "orsanil", "sonapax", "ridazine", "thioridazin", "aldazine", "mellerets", "stalleril", "thioridazine hcl intensol", "ridazin", "thoridazine hydrochloride", "melleril", "novoridazine", "thioridazine hydrochloride", "thioridazine prolongatum", "metlaril", "tioridazin", "mellaril", "mellarit", "erg1", "eag-related protein 1", "eag homolog", "ether-a-go-go-related protein 1", "ether-a-go-go-related gene potassium channel 1", "h-erg", "melleril (tablet)", "voltage-gated potassium channel subunit kv11.1", "50-52-2[rn]", "melleril[wiki]", "mellaril[wiki]", "thioridazine prolongatum", "mellaril (*hydrochloride*)", "3-methylmercapto-n-[2'-(n'-methyl-2-piperidyl)ethyl]phenothiazine", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylthiophenothiazine hydrochloride", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-(methylthio)-10h-phenothiazine hydrochloride", "2-methylmercapto-10-(2-(n-methyl-2-piperidyl)ethyl)phenothiazine hydrochloride", "2-methylmercapto-10-[2-(n-methyl-2-piperidyl)ethyl]phenothiazine", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-,hydrochloride (1:1)", "phenothiazine 10-[2- (1-methyl-2-piperidyl)ethyl]-2-(methylthio)- monohydrochloride", "130-61-0 50-52-2", "10-[2-(1-methyl(2-piperidyl))ethyl]-2-methylthiophenothiazine,chloride", "dl-thioridazine", "cid5452", "melleril (liquid)", "50-52-2", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine hydrochloride (1:1)", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylthio)-10h-phenothiazine", "107388-89-6[rn]", "10h-phenothiazine,10-[2- (1-methyl-2-piperidinyl)ethyl]-2-(methylthio)- monohydrochloride", "2-methylmercapto-10-[2-(n-methyl-2-piperidyl)ethyl]phenothiazine hydrochloride", "10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine[acd/iupac name]", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazinhydrochlorid", "thioridazine hydrochloride[jan]", "114488-10-7[rn]", "phenothiazine 10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylthio)- monohydrochloride", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine hydrochloride", "10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-10h-phenothiazine hydrochloride", "130-61-0 50-52-2 [thioridazine]", "204-992-8[einecs]", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylthio)phenothiazinemonohydrochloride", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylthio)-", "thioridazine[wiki][usp]", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-", "thioridazine [usan:ban:inn][inn][usan]", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-,monohydrochloride", "57129-06-3[rn]", "[130-61-0]", "usaf sz-b", "2-methylmercapto-10-(2-(n-methyl-2-piperidyl)ethyl)phenothiazine", "200-044-2[einecs]", "10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-10h-phenothiazine", "thioridazinhydrochlorid", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylsulfanyl-phenothiazine", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-(methylthio)phenothiazinemonohydrochloride", "mellaril-s (tn)", "tioridazina[spanish][inn]", "usaf sz-3", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine", "94457[beilstein]", "thiuridazine", "4170703[beilstein]", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylthio)-,monohydrochloride", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylthio)phenothiazine", "mellaril (tn)", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-methylthiophenothiazine hydrochloride", "130-61-0", "130-61-0[rn]", "phenothiazine 10-[2-(1-methyl-2-piperidyl)ethyl]-2-(methylthio)-", "3-methylmercapto-n-(2'-(n-methyl-2-piperidyl)ethyl)phenothiazine", "thioridazine (oxide)", "thioridazinum[latin]"}|>, "4589" -> <|"DatabaseID" -> "SW02708", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9566"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5253], ExternalIdentifier["ChemSpiderID", 59452]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00679"]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCN2c3ccccc3Sc4c2cc(cc4)SC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00373"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "THIORIDAZINE;THIORIDAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5452], ExternalIdentifier["PubChemCompoundID", 66062]}, "Synonyms" -> {"meleril", "thioridazine", "mellerette", "mallorol", "mellaril-s", "melleretten", "sonapax hydrochloride", "mellaril hydrochloride", "thioridazine hcl", "malloryl", "thioridazine chloride", "orsanil", "sonapax", "ridazine", "thioridazin", "aldazine", "mellerets", "stalleril", "thioridazine hcl intensol", "ridazin", "thoridazine hydrochloride", "melleril", "novoridazine", "thioridazine hydrochloride", "thioridazine prolongatum", "metlaril", "tioridazin", "mellaril", "mellarit", "erg1", "eag-related protein 1", "eag homolog", "ether-a-go-go-related protein 1", "ether-a-go-go-related gene potassium channel 1", "h-erg", "melleril (tablet)", "voltage-gated potassium channel subunit kv11.1", "50-52-2[rn]", "melleril[wiki]", "mellaril[wiki]", "thioridazine prolongatum", "mellaril (*hydrochloride*)", "3-methylmercapto-n-[2'-(n'-methyl-2-piperidyl)ethyl]phenothiazine", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylthiophenothiazine hydrochloride", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-(methylthio)-10h-phenothiazine hydrochloride", "2-methylmercapto-10-(2-(n-methyl-2-piperidyl)ethyl)phenothiazine hydrochloride", "2-methylmercapto-10-[2-(n-methyl-2-piperidyl)ethyl]phenothiazine", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-,hydrochloride (1:1)", "phenothiazine 10-[2- (1-methyl-2-piperidyl)ethyl]-2-(methylthio)- monohydrochloride", "130-61-0 50-52-2", "10-[2-(1-methyl(2-piperidyl))ethyl]-2-methylthiophenothiazine,chloride", "dl-thioridazine", "cid5452", "melleril (liquid)", "50-52-2", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine hydrochloride (1:1)", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylthio)-10h-phenothiazine", "107388-89-6[rn]", "10h-phenothiazine,10-[2- (1-methyl-2-piperidinyl)ethyl]-2-(methylthio)- monohydrochloride", "2-methylmercapto-10-[2-(n-methyl-2-piperidyl)ethyl]phenothiazine hydrochloride", "10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine[acd/iupac name]", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazinhydrochlorid", "thioridazine hydrochloride[jan]", "114488-10-7[rn]", "phenothiazine 10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylthio)- monohydrochloride", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine hydrochloride", "10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-10h-phenothiazine hydrochloride", "130-61-0 50-52-2 [thioridazine]", "204-992-8[einecs]", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylthio)phenothiazinemonohydrochloride", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylthio)-", "thioridazine[wiki][usp]", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-", "thioridazine [usan:ban:inn][inn][usan]", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-,monohydrochloride", "57129-06-3[rn]", "[130-61-0]", "usaf sz-b", "2-methylmercapto-10-(2-(n-methyl-2-piperidyl)ethyl)phenothiazine", "200-044-2[einecs]", "10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylthio)-10h-phenothiazine", "thioridazinhydrochlorid", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylsulfanyl-phenothiazine", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-(methylthio)phenothiazinemonohydrochloride", "mellaril-s (tn)", "tioridazina[spanish][inn]", "usaf sz-3", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfanyl)-10h-phenothiazine", "94457[beilstein]", "thiuridazine", "4170703[beilstein]", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylthio)-,monohydrochloride", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylthio)phenothiazine", "mellaril (tn)", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-methylthiophenothiazine hydrochloride", "130-61-0", "130-61-0[rn]", "phenothiazine 10-[2-(1-methyl-2-piperidyl)ethyl]-2-(methylthio)-", "3-methylmercapto-n-(2'-(n-methyl-2-piperidyl)ethyl)phenothiazine", "thioridazine (oxide)", "thioridazinum[latin]"}|>, "4590" -> <|"DatabaseID" -> "SW02709", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34285]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01489"]}, "IsomericSmiles" -> "CN1c2ccc(cc2C(=NC(C1=O)OC(=O)N(C)C)c3ccccc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07315"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Camazepam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37367]}, "Synonyms" -> {"camazepam", "limpidon", "albego", "paxor", "36104-80-0[rn]", "252-866-6[einecs]", "camazepam[wiki][inn]", "camazepam (inn)", "panevril", "camazepamum [inn-latin]", "3-n,n-dimethylcarbamoyloxy-7-chloro-5-phenyl-1-methyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one", "camazepam [inn]", "carbamicacid dimethyl- 7-chloro-2,3-dihydro-1-methyl-2-oxo-5-phenyl-1h-1,4-be", "carbamicacid dimethyl- 7-chloro-2,3-dihydro-1-methyl-2-oxo-5-phenyl-1h-1,4-benzodiazepin-3-yl ester", "camazepamum[latin]", "nebolan", "dea no. 2749", "carbamicacid n,n-dimethyl- 7-chloro-2,3-dihydro-1-methyl-2-oxo-5-phenyl-1h-1,4-benzodiazepin-3-yl ester", "dimethylcarbamic acid 7-chloro-2,3-dihydro-1-methyl-2-oxo-5-phenyl-1h-1,4-benzodiazepin-3-yl ester", "7-chloro-1-methyl-2-oxo-5-phenyl-2,3-dihydro-1h-1,4-benzodiazepin-3-yl dimethylcarbamate[acd/iupac name]", "7-chloro-1,3-dihydro-3-hydroxy-1-methyl-5-phenyl-2h-1,4-benzodiazepin-2-one dimethylcarbamate (ester)", "5-25-02-00244 (beilstein handbook reference)[beilstein]"}|>, "4591" -> <|"DatabaseID" -> "SW02709", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34285]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01489"]}, "IsomericSmiles" -> "CN1c2ccc(cc2C(=NC(C1=O)OC(=O)N(C)C)c3ccccc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07315"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Camazepam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37367]}, "Synonyms" -> {"camazepam", "limpidon", "albego", "paxor", "36104-80-0[rn]", "252-866-6[einecs]", "camazepam[wiki][inn]", "camazepam (inn)", "panevril", "camazepamum [inn-latin]", "3-n,n-dimethylcarbamoyloxy-7-chloro-5-phenyl-1-methyl-1,3-dihydro-2h-1,4-benzodiazepin-2-one", "camazepam [inn]", "carbamicacid dimethyl- 7-chloro-2,3-dihydro-1-methyl-2-oxo-5-phenyl-1h-1,4-be", "carbamicacid dimethyl- 7-chloro-2,3-dihydro-1-methyl-2-oxo-5-phenyl-1h-1,4-benzodiazepin-3-yl ester", "camazepamum[latin]", "nebolan", "dea no. 2749", "carbamicacid n,n-dimethyl- 7-chloro-2,3-dihydro-1-methyl-2-oxo-5-phenyl-1h-1,4-benzodiazepin-3-yl ester", "dimethylcarbamic acid 7-chloro-2,3-dihydro-1-methyl-2-oxo-5-phenyl-1h-1,4-benzodiazepin-3-yl ester", "7-chloro-1-methyl-2-oxo-5-phenyl-2,3-dihydro-1h-1,4-benzodiazepin-3-yl dimethylcarbamate[acd/iupac name]", "7-chloro-1,3-dihydro-3-hydroxy-1-methyl-5-phenyl-2h-1,4-benzodiazepin-2-one dimethylcarbamate (ester)", "5-25-02-00244 (beilstein handbook reference)[beilstein]"}|>, "4592" -> <|"DatabaseID" -> "SW02710", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10442760]}, "IsomericSmiles" -> "CN1C(=C(c2c(cc(s2)Cl)S1(=O)=O)O)C(=O)Nc3ccccn3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01866"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lornoxicam"|>, "Synonyms" -> {"lornoxicam", "6-chloro-4-hydroxy-2-methyl-n-(pyridin-2-yl)-2h-thieno[2,3-e][1,2]thiazine-3-carboxamide 1,1-dioxide", "(6-chloro-4-hydroxy-2-methyl-1,1-dioxothiopheno[2,3-e]1,2-thiazin-3-yl)-n-(2-p yridyl)carboxamide", "50-18-0 (anhydrous form)", "tl8004963", "6-chloro-4-hydroxy-2-methyl-n-2-pyridinyl-2h-thieno(2,3-e)-1,2-thiazine-3-carboxamide 1,1-dioxide", "xefo", "70374-39-9[rn]", "(6-chloro-4-hydroxy-2-methyl-1,1-dioxothiopheno[2,3-e]1,2-thiazin-3-yl)-n-(2-pyridyl)carboxamide", "6-chloro-4-hydroxy-2-methyl-n-pyridin-2-yl-2h-thieno[2,3-e][1,2]thiazine-3-carboxamide 1,1-dioxide(lornoxicam)", "chlortenoxicam", "6-chloro-4-hydroxy-2-methyl-n-(2-pyridinyl)-2h-thieno[2,3-e][1,2]thiazine-3-carboxamide 1,1-dioxide", "lorcam", "6-chloro-4-hydroxy-2-methyl-3-(2-pyridylcarbamoyl)-2h-thieno[2,3-e]-1,2-thiazine-1,1-dioxide", "6-chloro-4-hydroxy-2-methyl-n-pyridin-2-yl-2h-thieno[2,3-e][1,2]thiazine-3-carboxamide 1,1-dioxide", "6-chloro-4-hydroxy-2-methyl-n-2-pyridinyl-2h-thieno[2,3- e]-1,2-thiazine-3-carboxamide 1,1-dioxide", "6-chlor-4-hydroxy-2-methyl-n-(pyridin-2-yl)-2h-thieno[2,3-e][1,2]thiazin-3-carboxamid-1,1-dioxid", "lornoxicamforinjection", "ro 13-9297", "6-chloro-4-hydroxy-2-methyl-n-2-pyridinyl-2h-thieno[2,3-e]-1,2-thiazine-3-carboxamide 1,1-dioxide", "ctx", "2h-thieno[2,3-e]-1,2-thiazine-3-carboxamide,6-chloro-4-hydroxy-2-methyl-n-2-pyridinyl- 1,1-dioxide", "lornoxicam (xefo)"}|>, "4593" -> <|"DatabaseID" -> "SW02711", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "49005"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10770206], ExternalIdentifier["ChemSpiderID", 4591431], ExternalIdentifier["ChemSpiderID", 4807886]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01609"]}, "IsomericSmiles" -> "c1ccc(c(c1)c2nc(n(n2)c3ccc(cc3)C(=O)[O-])c4ccccc4O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03669"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DEFERASIROX"|>, "PharmGKBID" -> "PA164760843", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5493381], ExternalIdentifier["PubChemCompoundID", 6098188]}, "Synonyms" -> {"exjade", "deferasirox", "201530-41-8[rn]", "chebi:49005", "deferasiroxum[latin]", "deferasirox[wiki][inn][usan][redirect]", "icl 670", "icl670", "icl-670a", "deferasiroxum [inn-latin]", "deferasiroxum", "8442898[beilstein]", "icl-670", "ke-0220", "4-[3,5-bis(2-hydroxyphenyl)-1,2,4-triazol-1-yl]benzoic acid", "4-[3,5-bis(2-hydroxyphenyl)-1h-1,2,4-triazol-1-yl]benzoic acid", "cgp-72670", "exjade icl-670 icl-670a cgp-72670", "icl 670a", "hy-17359", "icl670a", "201530-41-8", "akos015902587", "ncgc00181754-01", "exjade (tn)", "4-(3,5-bis-(hydroxy-phenyl)-1,2,4)triazol-1-yl)-benzoic acid", "deferasirox[wiki][inn][usan]", "4-[bis(2-hydroxyphenyl)-1h-1,2,4-triazol-1-yl]benzoic acid", "chembl550348", "ac1o1jmp", "benzoic acid 4-[3,5-bis(2-hydroxyphenyl)-1h-1,2,4-triazol-1-yl]-"}|>, "4594" -> <|"DatabaseID" -> "SW02712", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110569]}, "IsomericSmiles" -> "COc1cc(ccc1O)CCC(=O)CC(=O)CCc2ccc(c(c2)OC)O", "OfficialNames" -> <|"Indian Approved Name" -> "tetrahydrocurcumin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124072]}, "Synonyms" -> {"1", "tetrahydrocurcumin", "1,7-bis(4-hydroxy-3-methoxyphenyl)-3,5-heptanedione[acd/iupac name]", "chebi:67263", "ac1q5h5x", "surecn284877", "26303-90-2[rn]", "1,7-bis-(4-hydroxy-3-methoxy-phenyl)-heptane-3,5-dione", "3", "36062-04-1[rn]", "3,5-heptanedione 1,7-bis(4-hydroxy-3-methoxyphenyl)-", "nsc687845", "ac1l3xtv", "1,7-bis(4-hydroxy-3-methoxyphenyl)heptane-3,5-dione", "chembl318743"}|>, "4595" -> <|"DatabaseID" -> "SW02713", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447637]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4([C@H]3C(=O)C[C@@]2([C@]1(C(=O)CO)O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06673"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MEPREDNISONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284587]}, "Synonyms" -> {"meprednisone", "betanisona", "betanisona;meprednisone", "betapar", "dsstox_rid_76945", "sch-4358", "ac1nr4qa", "dsstox_cid_3260", "1247-42-3[rn]", "betapred", "methylprednisone", "meprednisone[wiki]", "214-996-1[einecs]", "ncgc00182851-01", "bitanisone", "s1689_selleck", "(8s,9s,10r,13s,14s,16s,17r)-17-hydroxy-17-(2-hydroxy-1-oxoethyl)-10,13,16-trimethyl-6,7,8,9,12,14,15,16-octahydrocyclopenta[a]phenanthrene-3,11-dione", "deltisona b", "betalone", "16b-methylprednisone", "1247-42-3", "17,21-dihydroxy-16b-methylpregna-1,4-diene-3,11,20-trione", "meprednisone (usp/inn)", "(16b)-17,21-dihydroxy-16-methylpregna-1,4-diene-3,11,20-trione", "(8s,9s,10r,13s,14s,16s,17r)-10,13,16-trimethyl-17-oxidanyl-17-(2-oxidanylethanoyl)-6,7,8,9,12,14,15,16-octahydrocyclopenta[a]phenanthrene-3,11-dione"}|>, "4596" -> <|"DatabaseID" -> "SW02714", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5737]}, "IsomericSmiles" -> "CC(=O)OCC(=O)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03698"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5952]}, "Synonyms" -> {"doca", "desoxycortone acetate", "syncortyl", "deoxycorticosterone acetate", "decosterone", "cortexone acetate", "doc acetate", "percotol", "decosteron", "decostrate", "desoxycorticosterone-21-acetate", "11-deoxycorticosterone 21-acetate", "docaquosum", "percorten", "56-47-3[rn]", "deoxycorticosteroneacetate", "doxycamon", "ocriten", "primocort", "percortene", "200-275-9[einecs]", "pregn-4-ene-3,20-dione 21- (acetyloxy)-", "decorten", "2-((1s,10s,11s,14s,15s,2r)-2,15-dimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15> ]heptadec-6-en-14-yl)-2-oxoethyl acetate", "doca (tn)", "cortixyl", "ocritena", "pregn-4-ene-3,20-dione 21-hydroxy- acetate", "21-acetoxy-4-pregnene-3,20-dione", "doxo", "sincortex", "11-desoxycorticosterone acetate", "21-acetyloxypregn-4-ene-3,20-dione", "desoxycorticosterone acetate[usp]", "pregn-4-ene-3,20-dione 21-(acetyloxy)-", "doxatone", "syncort", "2-[(8s,9s,10r,13s,14s,17s)-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2-oxoethylacetat", "cortesan", "21-hydroxyprogesterone-21-acetate", "2-[(8s,9s,10r,13s,14s,17s)-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2-oxoethylacetate", "descorterone", "cortinaq", "2-((1s,10s,11s,14s,15s,2r)-2,15-dimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-en-14-yl)-2-oxoethyl acetate", "4-08-00-02195", "11-deoxycorticosterone acetate", "steraq", "desoxykorton", "21-hydroxypregn-4-ene-3,20-dione 21-acetate", "desoxycortonum", "desoxycorticosterone acetate", "21-hydroxy-4-pregnene-3,20-dione 21-acetate", "4-pregnene-3,20-dione 21-acetate", "cortate", "4-pregnene-3,20-dione-21-ol acetate", "cortacet", "organon's doca acetate", "21-acetoxyprogesterone", "3,20-dioxopregn-4-en-21-yl acetate[acd/iupac name]", "deoxycorticosterone 21-acetate", "arcort", "deoxycostone acetate", "cortifar", "3,20-dioxopregn-4-en-21-ylacetat", "descotone", "21-acetoxypregn-4-ene-3,20-dione", "21-hydroxyprogesterone 21-acetate", "decortin", "desoxycortone[wiki]", "cortivis", "corticosterone deoxy- acetate", "cortenil", "bio-corten", "cortiron", "21-(acetyloxy)pregn-4-ene-3,20-dione", "deoxycortone acetate", "desocort", "11-deoxycorticosterone acetate", "deoxycortone", "4-pregnen-21-ol-3,20-dione 21-acetate", "mincortid", "cortigen", "decorton", "doc-ac", "unidocan", "primocortan", "cortormon", "4-08-00-02195 (beilstein handbook reference)[beilstein]", "krinocorts", "syncorta", "21-acetoxy-3,20-diketopregn-4-ene", "descornaq", "dorcostrin"}|>, "4597" -> <|"DatabaseID" -> "SW02715", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9396"], ExternalIdentifier["ChEBIID", "41774"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2015313]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00675"]}, "IsomericSmiles" -> "CC/C(=C(\\c1ccccc1)/c2ccc(cc2)OCC[NH+](C)C)/c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00966"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tamoxifen", "WHO Essential Medicine" -> "tamoxifen", "Australia Approved Name" -> "TAMOXIFEN", "FDA Approved Drug" -> "TAMOXIFEN CITRATE"|>, "PharmGKBID" -> "PA451581", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2733526]}, "Synonyms" -> {"oncomox", "tamizam", "citofen", "nolvadex", "retaxim", "crisafeno", "istubol", "tamoxen", "diemon", "tamoxifen", "tamoxifen citrate", "valodex", "apo-tamox", "zemide", "pms-tamoxifen", "er-beta", "2-{4-[(1z)-1,2-diphenyl-1-buten-1-yl]phenoxy}-n,n-dimethylethanamine", "tamofen", "gen-tamoxifen", "cis-tamoxifen", "(z)-2-(4-(1,2-diphenyl-1-butenyl)phenoxy)-n,n-dimethylethanamine", "54965-24-1[rn]", "tamoxifene[french][inn]", "ethanamine 2-(4-(1,2-diphenyl-1-butenyl)phenoxy)-n,n-dimethyl- (z)-", "novo-tamoxifen", "[z]-2-[4-(1,2-diphenyl-1-butenyl)phenoxy]-n,n-dimethylethanamine", "tamoxifene", "2-[4-[(z)-1,2-diphenylbut-1-enyl]phenoxy]-n,n-dimethyl-ethanamine", "(z)-1-(p-dimethylaminoethoxyphenyl)-1,2-diphenyl-1-butene", "10540-29-1[rn]", "tamoxifeno", "trans-tamoxifen", "2-{4-[(1z)-1,2-diphenylbut-1-en-1-yl]phenoxy}-n,n-dimethylethanamine", "tamoxifenum [inn-latin]", "(z)-2-(para-(1,2-diphenyl-1-butenyl)phenoxy)-n,n-dimethylamine", "tamoxifenum [inn_la]", "2yr&uyr;&r; do2n1&1 &&z; form[wln]", "tamoxifeno[spanish][inn]", "kessar", "soltamox", "(2)-2-[4-(1,2-diphenyl-1-butenyl)phenoxy]-n,n-dimethylethanamine citrate", "tamone", "2062020[beilstein]", "ici-46474", "ethylamine n,n-dimethyl-2-(p-(1,2-diphenyl-1-butenyl)phenoxy)- (z)-", "234-118-0[einecs]", "tamoxifen[wiki]", "ethanamine 2-[4-(1,2-diphenyl-1-butenyl)phenoxy]-n,n-dimethyl- (z)-", "apo-tamox; crisafeno; diemon", "(z)-2-(4-(1,2-diphenylbut-1-enyl)phenoxy)-n,n-dimethylethanamine", "tamoxifenum[latin]", "tamoxifen; tamoxifene; tamoxifeno; tamoxifenum", "2-(4-((1z)-1,2-diphenyl-1-butenyl)phenoxy)-n,n-dimethyl-ethanamine", "(z)-2-[p-(1,2-diphenyl-1-butenyl)phenoxy]-n,n-dimethylethylamine", "nolvadex-d", "tamoxifeno [inn-spanish]", "noltam", "tamoxifenum", "nourytam", "ethanamine 2-[4-[(1z)-1,2-diphenyl-1-buten-1-yl]phenoxy]-n,n-dimethyl-", "valodex[wiki]", "istubal[wiki]", "10540-29-1", "tamoxifene [inn-french]", "2-[4-[(z)-1,2-diphenylbut-1-enyl]phenoxy]-n,n-dimethylethanamine", "1-p-b-dimethylaminoethoxyphenyl-trans-1,2-diphenylbut-1-ene", "zitazonium", "tamoxasta"}|>, "4598" -> <|"DatabaseID" -> "SW02716", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10588]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00406"]}, "IsomericSmiles" -> "CN(C)c1ccc(cc1)C(=C2C=CC(=[N+](C)C)C=C2)c3ccc(cc3)N(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01046"]}, "OfficialNames" -> <|"China Approved Name" -> "gentian violet", "FDA Approved Drug" -> "GENTIAN VIOLET"|>, "PharmGKBID" -> "PA449755", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3468]}, "Synonyms" -> {"gentersal", "genapax", "methylrosanilinium chloride", "methyl violet 6b", "methyl violet 10bns", "methylrosaniline chloride", "genticid", "avermin", "aizen crystal violet extra pure", "oxiuran", "crystal violet chloride salt", "adergon", "oxycolor", "crystal violet", "violet 6bn", "crystal violet fn", "crystal violet o", "oxyozyl", "crystal violet hl2", "axuris", "meroxyl-wander", "methyl violet 5bo", "c.i. basic violet 3", "crystal violet ss", "plastoresin violet 5bo", "aizen crystal violet", "paper blue r", "basic violet-3", "basic violet bn", "crystal violet 6bo", "hidaco crystal violet", "gentiaverm", "pyoktanin", "meroxylan-wander", "gentian violet", "crystal violet bpc", "violet xxiii", "crystal violet ao", "aniline violet pyoktanine", "atmonil", "vermicid", "viocid", "violet 5bo", "crystal violet base", "gentioletten", "crystal violet 6b", "mitsui crystal violet", "crystal violet bp", "methyl violet 10b", "calcozine violet 6bn", "bismuth violet", "aniline violet", "calcozine violet c", "brilliant violet 5b", "methyl violet 10bo", "methyl violet 10bn", "methyl violet 10bk", "methyl violet 10bd", "basic violet 3", "hidaco brilliant crystal violet", "crystal violet 5bo", "gnf-pf-880", "vianin", "hecto violet r", "violet cp", "crystal violet 10b", "hectograph violet sr", "hexamethylpararosaniline chloride", "gv-eleven", "crystal violet chloride", "crystal violet aon", "methyl violet 5bno", "hexamethyl violet", "7077-31-8[rn]", "deoxyribonucleic acid", "violet 5bo base", "crystal violet extra pure", "pentamethylpararosaniline chloride", "solvent violet 8", "gention violet alchoholic staining solution", "(4-(bis(p-(dimethylamino)phenyl)methylene)-2,5-cyclohexadien-1-ylidene)dimethylammonium chloride", "methylrosanilini chloridum", "(4-(4,4'-bis(dimethylamino)benzhydrylidene)cyclohexa-2,5-dien-1-ylidene)dimethylammonium chloride", "cloruro de metilrosanilina[spanish][inn]", "crystal violet (basic violet 3)", "pararosaniline n,n,n',n',n'',n''-hexamethyl- chloride", "kristall-violett[german]", "{4-[bis-(4-dimethylamino-phenyl)-methylene]-cyclohexa-2,5-dienylidene}-dimethyl-ammonium", "n-(4-(bis(4-(dimethylamino)phenyl)methylene)cyclohexa-2,5-dienylidene)-n-methylmethanaminium chloride", "gentian violet[usp]", "pyoverm", "crystal violet technical", "methyl violet", "methylrosanilinii chloridum[latin]", "methylrosanilinium chloride[jp15]", "n-(4-{bis[4-(dimethylamino)phenyl]methylidene}cyclohexa-2,5-dien-1-ylidene)-n-methylmethanaminium chloride", "gentian violet;hexamethyl pararosaniline chloride", "wound kote gentian violet spray wound dre (acriflavine + furfural + methyl violet + sodium propionate + urea)_mixture", "gentian violet b", "208-953-6[einecs]", "sanyo fanal violet r", "blue lotion (gentian violet + methylene blue + tannic acid)_mixture", "c.i. basic violet 1", "methyl violet 2b", "blaues pyoktanin[german]", "genapax (tn)", "blu kote dr naylors (acriflavine + gentian violet + glycerine + isopropyl alcohol + sodium propionate + urea)_mixture", "chlorure de methylrosanilinum[french][inn]", "gvs", "meroxyl[wiki]", "cristisol (acriflavine + gentian violet + isopropyl alcohol)_mixture", "crystal violet usp", "pink eye spray (furfural + gentian violet + isopropyl alcohol + methylene blue + phenylmercuric nitrate (basic) + tetrahydrofurfuryl alcohol + urea)_mixture", "548-62-9[rn]", "60662-33-1[rn]", "metilrosanilinio cloruro [dcit]", "c-8650", "[4-[bis(4-dimethylaminophenyl)methylidene]-1-cyclohexa-2,5-dienylidene]-dimethylazanium", "methanaminium n-[4-[bis[4-(dimethylamino)phenyl]methylene]-2,5-cyclohexadien-1-ylidene]-n-methyl-,chloride(1:1)", "methylviolett[german]", "methylrosaniline cl", "pinkeye spray (gentian violet + neomycin (neomycin sulfate))_mixture", "gv 11", "meroxylan", "crystal violet hydrate [for biochemical research]", "methylrosanilinum chloratum", "methyl violet[wiki]", "n,n,n',n',n'',n''-hexamethylpararosaniline chloride", "tris[4-(dimethylamino)phenyl]methylium", "badil[wiki]", "gentianaviolett[german]", "crystal violet for microscopy", "(4-{bis[4-(dimethylamino)phenyl]methylene}cyclohexa-2,5-dienylidene)dimethylamine chloride", "wound & pinkeye spray (gentian violet + neomycin (neomycin sulfate))_mixture", "n-(4-{bis[4-(dimethylamino)phenyl]methylene}cyclohexa-2,5-dien-1-ylidene)-n-methylmethanaminium chloride", "oxyozyl paper blue r", "tetramethylpararosaniline chloride", "methylrosanilinium cl", "crystal violet extra pure apnx", "n-[4-[bis[4-(dimethylamino)phenyl]methylene]-2,5-cyclohexadien-1-ylidene]-n-methylmethanaminium chloride", "violet zasadita 3[czech]", "gentian violet gr", "ci basic violet 3", "n-(4-{bis[4-(dimethylamino)phenyl]methylene}-2,5-cyclohexadien-1-ylidene)-n-methylmethanaminium chloride", "violeta de genciana[portuguese]", "nsc3090", "crystal violet hl 2", "colour index basic violet 3", "colour index basic violet 1", "crystal violet pure dsc", "basonyl violet 610", "co-op pinkeye spray (gentian violet + neomycin (neomycin sulfate))_mixture", "4077708", "basic violet 1", "crystal violet usp[usp]", "methanaminium n-(4-(bis(4-(dimethylamino)phenyl)methylene)-2,5-cyclohexadien-1-ylidene)-n-methyl-,chloride", "badil", "8004-87-3[rn]", "triple dye (brilliant green + gentian violet + proflavine hemisulfate)_mixture", "hexamethyl p-rosaniline hydrochloride", "aizen crystal violet base", "(4-{bis[4-(dimethylamino)phenyl]methylene}cyclohexa-2,5-dienylidene)dimethylam ine chloride", "hexamethyl-p-rosaniline chloride", "hexamethyl-p-rosaniline chloride (gentian violet)", "12416 violet", "14426-25-6", "23355-47-7[rn]", "violet cristallise", "39393-39-0[rn]", "methylrosanilinchlorid[german]", "{4-[bis-(4-dimethylamino-phenyl)-methylene]-cyclohexa-2,5-dienylidene}-dimethyl-ammonium;chloride", "ammonium,(4-(bis(p-(dimethylamino)phenyl)methylene)-2,5-cyclohexadien-1-ylidene)dimethyl- chloride", "c.i. basic violet 3 (8ci)", "crystal violet pure dsc brilliant", "violet gencianova[czech]", "crystal violet extra pure apnx", "52080-58-7[rn]", "crystal violet extra pure apn", "pink eye guard (allantoin + boric acid + gentian violet)_mixture", "violet krystalova[czech]", "crystalviolet", "p-rosaniline hydrochloride"}|>, "4599" -> <|"DatabaseID" -> "SW02717", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447641]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00486"]}, "IsomericSmiles" -> "CCCCCCC(C)(C)c1cc(c2c(c1)OC([C@H]3[C@H]2CC(=O)CC3)(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05099"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Nabilone", "FDA Approved Drug" -> "NABILONE"|>, "PharmGKBID" -> "PA164746998", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284592]}, "Synonyms" -> {"nabilone", "cesamet", "51022-71-0", "dnc011151", "(6ar,10ar)-3-(1,1-dimethyl-heptyl)-1-hydroxy-6,6-dimethyl-6,6a,7,8,10,10a-hexahydro-benzo[c]chromen-9-one", "cb-r", "(6ar,10ar)-1-hydroxy-6,6-dimethyl-3-(2-methyloctan-2-yl)-6,6a,7,8,10,10a-hexahydro-9h-benzo[c]chromen-9-one", "cann6", "cpd-109514", "nabilone (usan/inn)", "9h-dibenzo(b,d)pyran-9-one,3-(1,1-dimethylheptyl)-6,6a,7,8,10,10a-hexahydro-1-hydroxy-6,6-dimethyl- (6ar,10ar)-rel-", "cesamet (tn)", "chembl947", "compound 109514", "9005-80-5[rn]", "(6ar,10ar)-3-(1,1-dimethylheptyl)-1-hydroxy-6,6-dimethyl-6,6a,7,8,10,10a-hexahydro-9h-benzo[c]chromen-9-one", "(6ar,10ar)-3-(1,1-dimethylheptyl)-1-hydroxy-6,6-dimethyl-6,6a,7,8,10,10a-hexahydro-9h-benzo[c]chromen-9-on", "9h-dibenzo[b,d]pyran-9-one,3-(1,1-dimethylheptyl)-6,6a,7,8,10,10a-hexahydro-1-hydroxy-6,6-dimethyl- (6ar,10ar)-", "56496-90-3[rn]", "cb1", "51022-71-0[rn]", "dap000067", "cesamet[wiki]", "61617-09-2[rn]", "ac1nr4qm", "nabilone-deascheduleii", "chebi:189797", "nabilone[wiki]"}|>, "4600" -> <|"DatabaseID" -> "SW02718", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5062"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 51714]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01216"]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@@H]2C(=O)NC(C)(C)C)CC[C@@H]4[C@@]3(C=CC(=O)N4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00321"]}, "OfficialNames" -> <|"China Approved Name" -> "finasteride", "Indian Approved Name" -> "finasteride", "FDA Approved Drug" -> "FINASTERIDE"|>, "PharmGKBID" -> "PA449627", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57363]}, "Synonyms" -> {"proscar", "finasteride", "chibro-proscar", "prostide", "propecia", "finastid", "finpecia", "finasteridum [inn-latin]", "finasteride [usan:ban:inn][inn][usan]", "propeshia", "(4ar,4bs,6as,7s,9as,9bs,11ar)-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,7,8,9,9a,9b,10,11,11a-tetradecahydro-1h-indeno[5,4-f]quinoline-7-carboxylic acid tert-butylamide", "finasteridum", "17b-(n-tert-butylcarbamoyl)-4-aza-5a-androst-1-en-3-one", "(4ar,4bs,6as,7s,9as,9bs,11ar)-n-tert-butyl-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,7,8,9,9a,9b,10,11,11a-tetradecahydro-1h-indeno[5,4-f]quinoline-7-carboxamide", "4269024[beilstein]", "(5a,17b)-(1,1-dimethylethyl)-3-oxo-4-azaandrost-1-ene-17-carboxamide", "(1s,2r,7r,10s,11s,14s,15s)-n-tert-butyl-2,15-dimethyl-5-oxo-6-azatetracyclo[8.7.0.02,7.011,15]heptadec-3-ene-14-carboxamide", "proscar[wiki]", "(4ar,4bs,6as,7s,9as,9bs,11ar)-n-(1,1-dimethylethyl)-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,7,8,9,9a,9b,10,11,11a-tetradecahydro-1h-indeno[5,4-f]quinoline-7-carboxamide", "finasterida [inn-spanish]", "mk906", "finasteridum[latin]", "(4ar,4bs,6as,7s,9as,9bs,11ar)-n-(tert-butyl)-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,7,8,9,9a,9b,10,11,1", "finasterida", "finasteride[wiki][usp]", "eucoprost", "finasterida[spanish][inn]", "delta(4)-3-ketosteroid 5-beta-reductase", "17b-(tert-butylcarbamoyl)-4-aza-5a-androsten-3-one", "aldo-keto reductase family 1 member d1", "1h-indeno[5,4-f]quinoline-7-carboxamide n-(1,1-dimethylethyl)-2,4a,4b,5,6,6a,7,8,9,9a,9b,10,11,11a-tetradecahydro-4a,6a-dimethyl-2-oxo- (4ar,4bs,6as,7s,9as,9bs,11ar)-", "proscar (tn)", "andozac", "l-652,931", "mk-906", "98319-26-7[rn]", "proscar propecia", "delta(4)-3-oxosteroid 5-beta-reductase", "(4ar,4bs,6as,7s,9as,9bs,11ar)-n-(tert-butyl)-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,7,8,9,9a,9b,10,11,11a-tetradecahydro-1h-indeno[5,4-f]quinoline-7-carboxamide", "chibro proscar", "propecia[wiki]", "propecia (tn)", "(4ar,4bs,6as,7s,9as,9bs,11ar)-n-tert-butyl-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,7,8,9,9a,9b,10,11,11a-tetradecahydro-1h-indeno[5,4-f]chinolin-7-carboxamid", "d018120"}|>, "4601" -> <|"DatabaseID" -> "SW02719", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2152]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(CSc1nc(cs1)c2ccc(s2)C(=O)N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07465"]}, "OfficialNames" -> <|"NPC Approved Name" -> "arotinolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2239]}, "Synonyms" -> {"arotinolol", "arotinolo", "68377-92-4[rn]", "5-(2-((3-((1", "almarl", "s 596", "5-[2-({3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl}thio)-1,3-thiazol-4-yl]thiophene-2-carboxamide", "arl", "arotinolol[wiki][inn]", "68377-91-3[rn]", "arotinololum [latin]", "41287-43-8[rn]", "2-(3'-tert-butylamino-2'-hydroxypropylthio)-4-(5'-carbamoyl-2'-thienyl)thiazole hydrochloride", "5-[2-(3-tert-butylamino-2-hydroxy-propylsulfanyl)-thiazol-4-yl]-thiophene-2-carboxylic acid amide", "s-596", "arotinololum[latin]", "52560-77-7", "52560-77-7[rn]", "2-(3-tert-butylamino-2-hydroxypropylthio)-4-(5-carbamoyl-2-thienyl)thiazole", "( -)-arotinolol", "2-thiophenecarboxamide 5-[2-[[3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl]thio]-4-thiazolyl]-", "2-(3'-tert-butylamino-2'-hydroxypropylthio)-4-(5'-carbamoyl-2'-thienyl)thiazole", "5-(2-((3-((1,1-dimethylethyl)amino)-2-hydroxypropyl)thio)-4-thiazolyl)-2-thiophenecarboxamide", "5-(2-{[3-(tert-butylamino)-2-hydroxypropyl]sulfanyl}-1,3-thiazol-4-yl)thiophene-2-carboxamide", "68377-92-4", "2-thiophenecarboxamide 5-(2-((3-((1,1-dimethylethyl)amino)-2-hydroxypropyl)thio)-4-thiazolyl)-", "arotinolol [inn]", "arotinolol (inn)"}|>, "4602" -> <|"DatabaseID" -> "SW02719", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2152]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(CSc1nc(cs1)c2ccc(s2)C(=O)N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07465"]}, "OfficialNames" -> <|"NPC Approved Name" -> "arotinolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2239]}, "Synonyms" -> {"arotinolol", "arotinolo", "68377-92-4[rn]", "5-(2-((3-((1", "almarl", "s 596", "5-[2-({3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl}thio)-1,3-thiazol-4-yl]thiophene-2-carboxamide", "arl", "arotinolol[wiki][inn]", "68377-91-3[rn]", "arotinololum [latin]", "41287-43-8[rn]", "2-(3'-tert-butylamino-2'-hydroxypropylthio)-4-(5'-carbamoyl-2'-thienyl)thiazole hydrochloride", "5-[2-(3-tert-butylamino-2-hydroxy-propylsulfanyl)-thiazol-4-yl]-thiophene-2-carboxylic acid amide", "s-596", "arotinololum[latin]", "52560-77-7", "52560-77-7[rn]", "2-(3-tert-butylamino-2-hydroxypropylthio)-4-(5-carbamoyl-2-thienyl)thiazole", "( -)-arotinolol", "2-thiophenecarboxamide 5-[2-[[3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl]thio]-4-thiazolyl]-", "2-(3'-tert-butylamino-2'-hydroxypropylthio)-4-(5'-carbamoyl-2'-thienyl)thiazole", "5-(2-((3-((1,1-dimethylethyl)amino)-2-hydroxypropyl)thio)-4-thiazolyl)-2-thiophenecarboxamide", "5-(2-{[3-(tert-butylamino)-2-hydroxypropyl]sulfanyl}-1,3-thiazol-4-yl)thiophene-2-carboxamide", "68377-92-4", "2-thiophenecarboxamide 5-(2-((3-((1,1-dimethylethyl)amino)-2-hydroxypropyl)thio)-4-thiazolyl)-", "arotinolol [inn]", "arotinolol (inn)"}|>, "4603" -> <|"DatabaseID" -> "SW02720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474858]}, "IsomericSmiles" -> "CC(=O)[C@H]1C(CC2([C@@]1(CC[C@]34[C@H]2CCC5[C@]3(C4)CC[C@@H](C5=C)[NH2+]C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "buxtauine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315582]}, "Synonyms" -> {"buxtauine"}|>, "4604" -> <|"DatabaseID" -> "SW02720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474858]}, "IsomericSmiles" -> "CC(=O)[C@H]1C(CC2([C@@]1(CC[C@]34[C@H]2CCC5[C@]3(C4)CC[C@@H](C5=C)[NH2+]C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "buxtauine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315582]}, "Synonyms" -> {"buxtauine"}|>, "4605" -> <|"DatabaseID" -> "SW02720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474858]}, "IsomericSmiles" -> "CC(=O)[C@H]1C(CC2([C@@]1(CC[C@]34[C@H]2CCC5[C@]3(C4)CC[C@@H](C5=C)[NH2+]C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "buxtauine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315582]}, "Synonyms" -> {"buxtauine"}|>, "4606" -> <|"DatabaseID" -> "SW02720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474858]}, "IsomericSmiles" -> "CC(=O)[C@H]1C(CC2([C@@]1(CC[C@]34[C@H]2CCC5[C@]3(C4)CC[C@@H](C5=C)[NH2+]C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "buxtauine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315582]}, "Synonyms" -> {"buxtauine"}|>, "4607" -> <|"DatabaseID" -> "SW02721", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56211]}, "IsomericSmiles" -> "C[Si](C)(C)O[Si](c1ccccc1)(O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Indian Approved Name" -> "methyl polysiloxane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62427]}, "Synonyms" -> {"silicone dc 556", "methyl phenyl polysiloxane", "dow corning 556", "phenyl trimethyl siloxane", "phenyl trimethicone", "phenyltris(trimethylsiloxy)silane", "polyphenylmethyl siloxane", "dow 556 fluid", "1,1,5,5,5-hexamethyl-3-phenyl-3-((trimethylsilyl)oxy)trisiloxane", "1,1,1,5,5,5-hexamethyl-3-phenyl-3-[(trimethylsilyl)oxy]trisiloxane[acd/iupac name]", "trisiloxane 1,1,1,5,5,5-hexamethyl-3-phenyl-3-((trimethylsilyl)oxy)-", "phenyl-tris(trimethylsiloxy)silane", "9076-37-3[rn]", "tris(trimethylsiloxy)phenylsilane", "benzene,[3,3,3-trimethyl-1,1-bis[(trimethylsilyl)oxy]disiloxanyl]-", "phenyltris(trimethylsiloxyl)silane", "1,1,1,5,5,5-hexamethyl-3-phenyl-3-[(trimethylsilyl)oxy]trisiloxan", "unii-dr0k5noj4r", "2116-84-9[rn]", "1,1,5,5,5-hexamethyl-3-phenyl-3-[(trimethylsilyl)oxy]trisiloxane", "218-320-6[einecs]", "2116-84-9"}|>, "4608" -> <|"DatabaseID" -> "SW02722", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31653"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3355]}, "IsomericSmiles" -> "c1ccc(c(c1)C(=O)OCC(CO)O)Nc2ccnc3c2ccc(c3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01351"]}, "OfficialNames" -> <|"NPC Approved Name" -> "glafenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3474]}, "Synonyms" -> {"glafenine", "glicafan", "glifanar", "glifanan", "dolomate", "glifan", "glafenin", "glycerylaminophenaquine", "glaphenin", "glaphenine", "3820-67-5[rn]", "alicidon", "glafenine [dcf:inn:jan][inn][jan]", "benzoic acid 2-[(7-chloro-4-quinolinyl)amino]- 2,3-dihydroxypropyl ester", "benzoic acid 2-((7-chloro-4-quinolinyl)amino)- 2,3-dihydroxypropyl ester", "2,3-dihydroxypropyl n-(7-chloro-4-quinolyl)anthranilate", "glafenine hydrochloride", "anthranilic acid,n-(7-chloro-4-quinolyl)- 2,3-dihydroxypropylester", "2-(7-chloro-quinolin-4-ylamino)-benzoic acid2,3-dihydroxy-propyl ester(glafenine)", "65513-72-6[rn]", "glafenina[spanish][inn]", "4-[(2-carboxyphenyl)amino]-7-chloroquinoline a-monoglyceride", "2-(7-chloro-quinolin-4-ylamino)-benzoic acid2,3-dihydroxy-propyl ester", "2,3-dihydroxypropyl 2-[(7-chloro-4-quinolyl)amino]benzoate", "2-[(7-chloro-4-quinolinyl)amino]benzoic acid2,3-dihydroxypropyl ester", "glafenina; glafenine; glafeninum", "1-glyceryl n-(7-chloro-4-quinolyl)anthranilate", "2,3-dihydroxypropyl 2-[(7-chloroquinolin-4-yl)amino]benzoate", "glafeninum [inn_la]", "2,3-dihydroxypropyl n-(7-chloro-4-quinolyl) anthranilate", "2,3-dihydroxypropyl 2-((7-chloroquinolin-4-yl)amino)benzoate", "glafeninum[latin]", "privadol", "n-(7-chloro-4-quinolyl)anthranilic acid 2,3-dihydroxypropyl ester", "223-315-7[einecs]", "2-[(7-chloro-4-quinolyl)amino]benzoic acid a-glyceride", "adalgur[french]"}|>, "4609" -> <|"DatabaseID" -> "SW02722", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31653"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3355]}, "IsomericSmiles" -> "c1ccc(c(c1)C(=O)OCC(CO)O)Nc2ccnc3c2ccc(c3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01351"]}, "OfficialNames" -> <|"NPC Approved Name" -> "glafenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3474]}, "Synonyms" -> {"glafenine", "glicafan", "glifanar", "glifanan", "dolomate", "glifan", "glafenin", "glycerylaminophenaquine", "glaphenin", "glaphenine", "3820-67-5[rn]", "alicidon", "glafenine [dcf:inn:jan][inn][jan]", "benzoic acid 2-[(7-chloro-4-quinolinyl)amino]- 2,3-dihydroxypropyl ester", "benzoic acid 2-((7-chloro-4-quinolinyl)amino)- 2,3-dihydroxypropyl ester", "2,3-dihydroxypropyl n-(7-chloro-4-quinolyl)anthranilate", "glafenine hydrochloride", "anthranilic acid,n-(7-chloro-4-quinolyl)- 2,3-dihydroxypropylester", "2-(7-chloro-quinolin-4-ylamino)-benzoic acid2,3-dihydroxy-propyl ester(glafenine)", "65513-72-6[rn]", "glafenina[spanish][inn]", "4-[(2-carboxyphenyl)amino]-7-chloroquinoline a-monoglyceride", "2-(7-chloro-quinolin-4-ylamino)-benzoic acid2,3-dihydroxy-propyl ester", "2,3-dihydroxypropyl 2-[(7-chloro-4-quinolyl)amino]benzoate", "2-[(7-chloro-4-quinolinyl)amino]benzoic acid2,3-dihydroxypropyl ester", "glafenina; glafenine; glafeninum", "1-glyceryl n-(7-chloro-4-quinolyl)anthranilate", "2,3-dihydroxypropyl 2-[(7-chloroquinolin-4-yl)amino]benzoate", "glafeninum [inn_la]", "2,3-dihydroxypropyl n-(7-chloro-4-quinolyl) anthranilate", "2,3-dihydroxypropyl 2-((7-chloroquinolin-4-yl)amino)benzoate", "glafeninum[latin]", "privadol", "n-(7-chloro-4-quinolyl)anthranilic acid 2,3-dihydroxypropyl ester", "223-315-7[einecs]", "2-[(7-chloro-4-quinolyl)amino]benzoic acid a-glyceride", "adalgur[french]"}|>, "4610" -> <|"DatabaseID" -> "SW02723", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9655"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56652]}, "IsomericSmiles" -> "c1ccn2c(c1)nn(c2=O)CCC[NH+]3CCN(CC3)c4cccc(c4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00820"]}, "OfficialNames" -> <|"Indian Approved Name" -> "trazodone hcl", "FDA Approved Drug" -> "TRAZODONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451744", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62935], ExternalIdentifier["PubChemCompoundID", 5533]}, "Synonyms" -> {"trazodone hydrochloride", "devidon", "desyrel", "bimaran", "tombran", "thombran", "trittico", "pragmazone", "tritico", "25332-39-2 19794-93-5 [trazodone]", "19794-93-5[rn]", "apo-trazodone", "2-(3-(4-(m-chlorophenyl)-1-piperazinyl)propyl)-s-triazolo(4,3-a)pyridin-3(2h)-onemonohydrochloride", "molipaxin[wiki]", "2-[3-[4-(3-chlorophenyl)piperazin-1-y]propyl]-1,2,4-triazolo[4,3-a]pyridine-3(2h)-one hydrochloride", "1,2,4-triazolo[4,3-a]pyridin-3(2h)-one 2-[3-[4-(3-chlorophenyl)-1-piperazinyl]propyl]- hydrochloride (1:1)", "2-(3-(4-(3-chlorophenyl)piperazin-1-y)propyl)-1,2,4-triazolo(4,3-a)pyridine-3(2h)-one hydrochloride", "2-{3-[4-(3-chlorphenyl)piperazin-1-yl]propyl}[1,2,4]triazolo[4,3-a]pyridin-3(2h)-onhydrochlorid", "1,2,4-triazolo[4,3-a]pyridin-3(2h)-one 2-[3-[4-(3-chlorophenyl)-1-piperazinyl]propyl]- monohydrochloride", "azona", "2-(3-(4-(m-chlorophenyl)-1-piperazinyl)propyl)-s-triazolo[4,3-a]pyridin-3(2h)-onemonohydrochloride", "trazolan", "8-[3-[4-(3-chlorophenyl)piperazin-1-yl]propyl]-1,7,8-triazabicyclo[4.3.0]nona-2,4,6-trien-9-one", "243-216-2[einecs]", "s-triazolo(4,3-a)pyridin-3(2h)-one,2-(3-(4-(m-chlorophenyl)-1-piperazinyl)propyl)- monohydrochloride", "25332-39-2[rn]", "triticum[wiki]", "trazodone hcl", "hydrogenchloride2-{3-[4-(3-chlorophenyl)piperazin-1-yl]propyl}[1,2,4]triazolo[4,3-a]pyridin-3(2h)-one (1:1:1)", "2-(3-(4-(3-chlorophenyl)-1-piperazinyl)propyl)-1,2,4-triazolo[4,3-a]pyridin-3(2h)-one monohydrochloride", "trazodone[wiki]", "2-{3-[4-(3-chlorophenyl)piperazin-1-yl]propyl}[1,2,4]triazolo[4,3-a]pyridin-3(2h)-one hydrochloride(1:1)", "2-[3-[4-(3-chlorophenyl)-1-piperazinyl]propyl]-1,2,4-triazolo-[4,3,a]pyridine-3(2h)-one hydrochloride", "2-[3-[4-(3-chlorophenyl)-1-piperazinyl]propyl]-1,2,4-triazolo[4,3-a]pyridin-3(2h)-one hydrochloride", "trazodone hydrochloride [usan:jan][jan][usan]", "246-855-5[einecs]", "trazodonehydrochloride", "5688374[beilstein]", "desyrel[wiki]", "25332-39-2 19794-93-5", "desyrel (tn)", "2-[3-[4-(3-chlorophenyl)piperazin-1-yl]propyl]-1,2,4-triazolo[4,3-a]pyridin-3(2h)-one hydrochloride", "8-[3-[4-(3-chlorophenyl)piperazin-1-yl]propyl]-1,7,8-triazabicyclo[4.3.0]nona-2,4,6-trien-9-one hydrochloride", "1,2,4-triazolo(4,3-a)pyridin-3(2h)-one 2-(3-(4-(3-chlorophenyl)-1-piperazinyl)propyl)- monohydrochloride", "2-[3-[4-(3-chlorophenyl)-1-piperazinyl]propyl]-; 1,2,4-triazolo[4,3-a]pyridin-3(2h)-one hydrochloride", "2-{3-[4-(3-chlorophenyl)piperazinyl]propyl}-4-hydro-1,2,4-triazolino[4,3-a]pyridin-3-one,chloride", "2-{3-[4-(3-chlorophenyl)piperazin-1-yl]propyl}[1,2,4]triazolo[4,3-a]pyridin-3(2h)-one hydrochloride", "1,2,4-triazolo[4,3-a]pyridin-3(2h)-one 2-[3-[4-(3-chlorophenyl)-1-piperazinyl]propyl]- chloride,hydrogensalt (1:1)", "trialodine", "19666-36-5[rn]", "2-[3-[4-(3-chlorophenyl)-1-piperazinyl]propyl]-1,2,4-triazolo-[4,3,a]pyridiine-3(2h)-one hydrochlori", "2-(3-(4-(3-chlorophenyl)piperazin-1-y)propyl)-1,2,4-triazolo[4,3-a]pyridine-3(2h)-one hydrochloride", "25332-39-2", "trazalon", "sideril", "trazodon", "trazodil", "trazonil", "desirel", "trazodone", "trazodone hydrochloride (desyrel)", "molipaxin", "beneficat"}|>, "4611" -> <|"DatabaseID" -> "SW02724", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85597]}, "IsomericSmiles" -> "Cc1cc(c(c(c1C(=O)[O-])O)C)OC(=O)c2c(cc(c(c2OC)C)OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diffractaic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94870]}, "Synonyms" -> {"dirbizomic acid", "diffractoic acid", "nsc-685595", "diffractanic acid", "dirhizomic acid", "diffractaic acid", "barbatic acid;diffractic acid;dirhizonic acid", "nsc 5901", "4-((2,4-dimethoxy-3,6-dimethylbenzoyl)oxy)-2-hydroxy-3,6-dimethylbenzoicacid", "benzoic acid 2,4-dimethoxy-3,6-dimethyl- 4-carboxy-3-hydroxy-2,5-dimethylphenylester", "nsc685595", "barbatic acid;", "4-(2,4-dimethoxy-3,6-dimethylphenylcarbonyloxy)-2-hydroxy-3,6-dimethylbenzoic acid", "4-(2,4-dimethoxy-3,6-dimethylbenzoyloxy)-2-hydroxy-3,6-dimethylbenzoic acid", "benzoic acid 4-[(2,4-dimethoxy-3,6-dimethylbenzoyl)oxy]-2-hydroxy-3,6-dimethyl-", "4-[(2,4-dimethoxy-3,6-dimethylbenzoyl)oxy]-2-hydroxy-3,6-dimethylbenzoicacid[acd/iupac name]", "diffratic acid", "nsc5901", "nsc 685595", "436-32-8[rn]", "3-10-00-01544 (beilstein handbook reference)[beilstein]"}|>, "4612" -> <|"DatabaseID" -> "SW02725", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390875]}, "IsomericSmiles" -> "C=C[C@H]1[C@@H](OC=C2[C@]1(CCOC2=O)O)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertiamarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442435]}, "Synonyms" -> {"swertiamarin", "swertiamarine", "ac1l9ctk", "chembl456138", "megxp0_000871", "acon1_000546", "17388-39-5", "(4ar,5r,6s)-4a-hydroxy-6-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-5-vinyl-4,4a,5,6-tetrahydro-1h,3h-pyrano[3,4-c]pyran-1-one", "molport-001-741-024", "4,4a,5,6-tetrahydro-4aa-hydroxy-1-oxo-5b-vinyl-1h,3h-pyrano[3,4-c]pyran-6-yl b-d-glucopyranoside", "mls002473253", "zinc04098354", "17388-39-5[rn]", "tl8001379", "hms2205k13", "[4ar-(4aa,5b,6a)]-5-ethenyl-6-(b-d-glucopyranosyloxy)-4,4a,5,6-tetrahydro-4a-hydroxy-1h,3h-pyrano[3,4-c]pyran-1-one"}|>, "4613" -> <|"DatabaseID" -> "SW02726", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61380]}, "IsomericSmiles" -> "Cc1cc(c(c(c1C(=O)Oc2cc(c(c(c2C)O)C(=O)OC)C)O)C=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "atranorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68066]}, "Synonyms" -> {"parmelin acid", "usnarin", "atranorine", "antranoric acid", "atranoric acid", "atranorin", "parmelin", "usnarin acid", "479-20-9[rn]", "benzoic acid 3-formyl-2,4-dihydroxy-6-methyl- 3-hydroxy-4-(methoxycarbonyl)-2,5-dimethylphenyl ester (9ci)", "207-527-7[einecs]", "benzoic acid 3-formyl-2,4-dihydroxy-6-methyl- 3-hydroxy-4-(methoxycarbonyl)-2,5-dimethylphenyl ester", "methyl 1-(3-formyl-2,4-dihydroxy-6-methylphenylcarbonyloxy)-3-hydroxy-2,5-dimethyl-4-benzenecarboxylate", "3-hydroxy-4-(methoxycarbonyl)-2,5-dimethylphenyl 3-formyl-2,4-dihydroxy-6-methylbenzoate[acd/iupac name]", "nsc-685591", "einecs 207-527-7", "3-formyl-2,4-dihydroxy-6-methylbenzoic acid 3-hydroxy-4-(methoxycarbonyl)-2,5-dimethylphenyl ester", "benzoic acid 3-formyl-2,4-dihydroxy-6-methyl- 3-hydroxy-4- (methoxycarbonyl)-2,5-dimethylphenyl ester", "nsc685591"}|>, "4614" -> <|"DatabaseID" -> "SW02727", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110694]}, "IsomericSmiles" -> "CS(=O)(=O)Nc1cc2c(cc1Oc3ccccc3)c(=O)c(co2)NC=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01146"]}, "OfficialNames" -> <|"NPC Approved Name" -> "iguratimod"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124246]}, "Synonyms" -> {"iguratimod", "kolbet", "colvet", "careram", "n-(7-(methylsulfonamido)-4-oxo-6-phenoxy-4h-chromen-3-yl)formamide", "iguratimod [inn]", "iguratimod[inn]", "n-{7-[(methylsulfonyl)amino]-4-oxo-6-phenoxychromen-3-yl}carboxamide", "methanesulfonamide n-[3-(formylamino)-4-oxo-6-phenoxy-4h-1-benzopyran-7-yl]-", "n-[7-(methylsulfonylamino)-4-oxidanylidene-6-phenoxy-chromen-3-yl]methanamide", "methanesulfonamide n-(3-(formylamino)-4-oxo-6-phenoxy-4h-1-benzopyran-7-yl)-", "t-614", "123663-49-0", "ailamode", "n-(3-formamido-4-oxo-6-phenoxy-4h-chromen-7-yl)methanesulfonamide[acd/iupac name]", "n-(7-methanesulfonamido-4-oxo-6-(phenoxy)chromen-3-yl)formamide", "n-[7-(methanesulfonamido)-4-oxo-6-phenoxy-1-benzopyran-3-yl]formamide", "ncgc00181783-02", "3-formylamino-7-methylsulfonylamino-6-phenoxy-4h-1-benzopyran-4-one", "iremod", "123663-49-0[rn]"}|>, "4615" -> <|"DatabaseID" -> "SW02728", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "520527"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390710]}, "IsomericSmiles" -> "CC(=CC(=O)O[C@H]1CC2=C[C@@H](C[C@@]3([C@H](O3)[C@@H]4[C@@H]1C(=C)C(=O)O4)C)OC2=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "elephantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442205]}, "Synonyms" -> {"elephantin", "21899-50-3[rn]", "chembl399907", "chebi:520527", "21899-50-3", "ac1l9cfq", "c09402", "(1ar"}|>, "4616" -> <|"DatabaseID" -> "SW02729", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5402"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7827564]}, "IsomericSmiles" -> "CCC(C)/C(=N\\OS(=O)(=O)[O-])/S[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucocochlearin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9548641]}, "Synonyms" -> {"sec-butylglucosinolate", "glucocochlearin", "1-methylpropylglucosinolate", "499-24-1[rn]", "1-s-[2-methyl-n-(sulfonatooxy)butanimidoyl]-1-thio-beta-d-glucopyranose", "chebi:5402"}|>, "4617" -> <|"DatabaseID" -> "SW02729", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5402"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7827564]}, "IsomericSmiles" -> "CCC(C)/C(=N\\OS(=O)(=O)[O-])/S[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucocochlearin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9548641]}, "Synonyms" -> {"sec-butylglucosinolate", "glucocochlearin", "1-methylpropylglucosinolate", "499-24-1[rn]", "1-s-[2-methyl-n-(sulfonatooxy)butanimidoyl]-1-thio-beta-d-glucopyranose", "chebi:5402"}|>, "4618" -> <|"DatabaseID" -> "SW02730", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444829]}, "IsomericSmiles" -> "CCO[C@@]12/C=C(\\C[C@@H]([C@@H]3[C@@H]([C@@H](O1)C(=C2)C)OC(=O)C3=C)OC(=O)C(=C)C)/C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phantomolin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281493]}, "Synonyms" -> {"phantomolin", "c09527", "ls-123685", "2-propenoic acid", "chembl1172884", "brn 1663128", "55306-08-6", "2-propenoic acid,2-methyl- 8-ethoxy-2,3,3a,4,5,8,11,11a-octahydro-6,10-dimethyl-3-methylene-2-oxo-8,11-epoxycyclodeca(b)furan-4-yl ester (3ar-(3ar*,4s*,6z,8s*,11s*,11as*))-", "55306-08-6[rn]"}|>, "4619" -> <|"DatabaseID" -> "SW02731", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8333961], ExternalIdentifier["ChemSpiderID", 21235571]}, "IsomericSmiles" -> "CC(=O)Oc1cc2c(s1)CC[NH+](C2)C(c3ccccc3F)C(=O)C4CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05597"]}, "OfficialNames" -> <|"Indian Approved Name" -> "prasugrel", "FDA Approved Drug" -> "PRASUGREL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10158453]}, "Synonyms" -> {"prasugrel hydrochloride", "effient", "prasugrel[wiki]", "p2y(adp)", "dsstox_rid_83258", "prasita", "unii-g89jq59i13", "effient (tn)", "pubchem23807", "p2y(cyc)", "5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-4,5,6,7-tetrahydrothieno[3,2-c]pyridin-2-yl acetatehydrochloride (1:1)", "p2y(ac)", "dsstox_gsid_49067", "2-[2-(acetyloxy)-6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl]-1-cyclopropyl-2-(2-fluorophenyl)ethanonehydrochloride", "prasugrel hydrochlorie", "389574-19-0", "[5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-6", "cs-747", "5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-4,5,6,7-tetrahydrothiopheno[4,5-c]pyridin-2-yl acetate chloride h", "ethanone,2-[2-(acetyloxy)-6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl]-1-cyclopropyl-2-(2-fluorophenyl)- hydrochloride(1:1)", "389574-19-0[rn]", "[5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-6,7-dihydro-4h-thieno[4,5-c]pyridin-2-yl]acetatehydrochloride", "dsstox_cid_28993", "prasugren hydrochloride", "efient", "p2t(ac)", "adp-glucose receptor", "sp1999", "p2y12 platelet adp receptor", "adpg-r", "prasugrenhydrochloride", "p2y12", "ncgc00188690-01", "150332-43-3", "prasugrel"}|>, "4620" -> <|"DatabaseID" -> "SW02731", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8333961], ExternalIdentifier["ChemSpiderID", 21235571]}, "IsomericSmiles" -> "CC(=O)Oc1cc2c(s1)CC[NH+](C2)C(c3ccccc3F)C(=O)C4CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05597"]}, "OfficialNames" -> <|"Indian Approved Name" -> "prasugrel", "FDA Approved Drug" -> "PRASUGREL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10158453]}, "Synonyms" -> {"prasugrel hydrochloride", "effient", "prasugrel[wiki]", "p2y(adp)", "dsstox_rid_83258", "prasita", "unii-g89jq59i13", "effient (tn)", "pubchem23807", "p2y(cyc)", "5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-4,5,6,7-tetrahydrothieno[3,2-c]pyridin-2-yl acetatehydrochloride (1:1)", "p2y(ac)", "dsstox_gsid_49067", "2-[2-(acetyloxy)-6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl]-1-cyclopropyl-2-(2-fluorophenyl)ethanonehydrochloride", "prasugrel hydrochlorie", "389574-19-0", "[5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-6", "cs-747", "5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-4,5,6,7-tetrahydrothiopheno[4,5-c]pyridin-2-yl acetate chloride h", "ethanone,2-[2-(acetyloxy)-6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl]-1-cyclopropyl-2-(2-fluorophenyl)- hydrochloride(1:1)", "389574-19-0[rn]", "[5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-6,7-dihydro-4h-thieno[4,5-c]pyridin-2-yl]acetatehydrochloride", "dsstox_cid_28993", "prasugren hydrochloride", "efient", "p2t(ac)", "adp-glucose receptor", "sp1999", "p2y12 platelet adp receptor", "adpg-r", "prasugrenhydrochloride", "p2y12", "ncgc00188690-01", "150332-43-3", "prasugrel"}|>, "4621" -> <|"DatabaseID" -> "SW02731", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8333961], ExternalIdentifier["ChemSpiderID", 21235571]}, "IsomericSmiles" -> "CC(=O)Oc1cc2c(s1)CC[NH+](C2)C(c3ccccc3F)C(=O)C4CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05597"]}, "OfficialNames" -> <|"Indian Approved Name" -> "prasugrel", "FDA Approved Drug" -> "PRASUGREL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10158453]}, "Synonyms" -> {"prasugrel hydrochloride", "effient", "prasugrel[wiki]", "p2y(adp)", "dsstox_rid_83258", "prasita", "unii-g89jq59i13", "effient (tn)", "pubchem23807", "p2y(cyc)", "5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-4,5,6,7-tetrahydrothieno[3,2-c]pyridin-2-yl acetatehydrochloride (1:1)", "p2y(ac)", "dsstox_gsid_49067", "2-[2-(acetyloxy)-6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl]-1-cyclopropyl-2-(2-fluorophenyl)ethanonehydrochloride", "prasugrel hydrochlorie", "389574-19-0", "[5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-6", "cs-747", "5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-4,5,6,7-tetrahydrothiopheno[4,5-c]pyridin-2-yl acetate chloride h", "ethanone,2-[2-(acetyloxy)-6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl]-1-cyclopropyl-2-(2-fluorophenyl)- hydrochloride(1:1)", "389574-19-0[rn]", "[5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-6,7-dihydro-4h-thieno[4,5-c]pyridin-2-yl]acetatehydrochloride", "dsstox_cid_28993", "prasugren hydrochloride", "efient", "p2t(ac)", "adp-glucose receptor", "sp1999", "p2y12 platelet adp receptor", "adpg-r", "prasugrenhydrochloride", "p2y12", "ncgc00188690-01", "150332-43-3", "prasugrel"}|>, "4622" -> <|"DatabaseID" -> "SW02731", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8333961], ExternalIdentifier["ChemSpiderID", 21235571]}, "IsomericSmiles" -> "CC(=O)Oc1cc2c(s1)CC[NH+](C2)C(c3ccccc3F)C(=O)C4CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05597"]}, "OfficialNames" -> <|"Indian Approved Name" -> "prasugrel", "FDA Approved Drug" -> "PRASUGREL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10158453]}, "Synonyms" -> {"prasugrel hydrochloride", "effient", "prasugrel[wiki]", "p2y(adp)", "dsstox_rid_83258", "prasita", "unii-g89jq59i13", "effient (tn)", "pubchem23807", "p2y(cyc)", "5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-4,5,6,7-tetrahydrothieno[3,2-c]pyridin-2-yl acetatehydrochloride (1:1)", "p2y(ac)", "dsstox_gsid_49067", "2-[2-(acetyloxy)-6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl]-1-cyclopropyl-2-(2-fluorophenyl)ethanonehydrochloride", "prasugrel hydrochlorie", "389574-19-0", "[5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-6", "cs-747", "5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-4,5,6,7-tetrahydrothiopheno[4,5-c]pyridin-2-yl acetate chloride h", "ethanone,2-[2-(acetyloxy)-6,7-dihydrothieno[3,2-c]pyridin-5(4h)-yl]-1-cyclopropyl-2-(2-fluorophenyl)- hydrochloride(1:1)", "389574-19-0[rn]", "[5-[2-cyclopropyl-1-(2-fluorophenyl)-2-oxoethyl]-6,7-dihydro-4h-thieno[4,5-c]pyridin-2-yl]acetatehydrochloride", "dsstox_cid_28993", "prasugren hydrochloride", "efient", "p2t(ac)", "adp-glucose receptor", "sp1999", "p2y12 platelet adp receptor", "adpg-r", "prasugrenhydrochloride", "p2y12", "ncgc00188690-01", "150332-43-3", "prasugrel"}|>, "4623" -> <|"DatabaseID" -> "SW02732", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390731]}, "IsomericSmiles" -> "C[NH+]1CC[C@@]23[C@@]1(CCc4c2c(c(cc4)OC)OC)C(=C(C(=O)C3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "4-dementhyl-hasubanonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442246]}, "Synonyms" -> {"3,4,7,8-tetramethoxy-17-methyl-7,8-didehydrohasubanan-6-one", "c09459", "mls002473203", "7,8-didehydro-3,4,7,8-tetramethoxy-17-methylhasubanan-6-one", "1805-85-2[rn]", "ac1l9chh", "1805-85-2", "hasubanan-6-one", "hasbanonine", "7", "hasubanonine", "smr001397292", "hms2225b14", "hasubanonine[wiki]"}|>, "4624" -> <|"DatabaseID" -> "SW02732", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390731]}, "IsomericSmiles" -> "C[NH+]1CC[C@@]23[C@@]1(CCc4c2c(c(cc4)OC)OC)C(=C(C(=O)C3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "4-dementhyl-hasubanonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442246]}, "Synonyms" -> {"3,4,7,8-tetramethoxy-17-methyl-7,8-didehydrohasubanan-6-one", "c09459", "mls002473203", "7,8-didehydro-3,4,7,8-tetramethoxy-17-methylhasubanan-6-one", "1805-85-2[rn]", "ac1l9chh", "1805-85-2", "hasubanan-6-one", "hasbanonine", "7", "hasubanonine", "smr001397292", "hms2225b14", "hasubanonine[wiki]"}|>, "4625" -> <|"DatabaseID" -> "SW02733", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6888"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6485]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00959"]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@@H]3CC[C@@]([C@]3(C[C@@H]([C@@H]2[C@@]4(C1=CC(=O)C=C4)C)O)C)(C(=O)CO)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00407"]}, "OfficialNames" -> <|"China Approved Name" -> "methylprednisolone", "WHO Essential Medicine" -> "methylprednisolone", "Indian Approved Name" -> "methylprednisolone acet", "FDA Approved Drug" -> "METHYLPREDNISOLONE"|>, "PharmGKBID" -> "PA450466", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6741]}, "Synonyms" -> {"methylprednisolone", "urbason", "medesone", "metilbetasone", "medrone", "medrate", "besonia", "promacortine", "dopomedrol", "urbasone", "summicort", "artisone-wyeth", "firmacort", "wyacort", "medrol dosepak", "methylprednisolon", "moderin", "suprametil", "lemod", "metrocort", "sieropresol", "mesopren", "nirypan", "metastab", "metysolon", "reactenol", "medlone 21", "metilprednisolone [dcit]", "esametone", "metrisone", "medrol adt pak", "medrol", "noretona", "medixon", "solomet", "methylprednisolone sodium succinate for injection (methylprednisolone + water)_mixture", "neo-medrol (methylprednisolone acetate + neomycin sulfate)_mixture", "6alpha-methylprednisolone", "depo-medrol with lidocaine (lidocaine hydrochloride + methylprednisolone acetate)_mixture", "methylprednisolonum [inn-latin]", "gr", "metilprednisolona [inn-spanish]", "methyleneprednisolone", "predni n tablinen", "neo-medrol acne lotion (aluminum chlorohydrate + methylprednisolone acetate + neomycin sulfate + sulfur)_mixture", "medrol acne lotion (aluminum chlorohydrate + methylprednisolone acetate + sulfur)_mixture", "metipred", "201-476-4[einecs]", "83-43-2[rn]", "(6s,8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-17-(hydroxyacetyl)-6,10,13-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one", "urbazone", "6a-methyl-11b,17a,21-triol-1,4-pregnadiene-3,20-dione", "fernisolone-p", "2340300[beilstein]", "summicort;", "methypred", "prednol-l", "(6s,8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-17-(hydroxyacetyl)-6,10,13-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-on", "570-35-4[rn]", "(6a,11b)-11,17,21-trihydroxy-6-methyl-1,4-pregnadiene-3,20-dione", "6a-methylprednisolone", "d1-6a-methylhydrocortisone", "medrol;solu-medrol;medrone", "methylprednisolone hydrogen succinate imp. a (ep)", "1-dehydro-6a-methylhydrocortisone", "11b,17a,21-trihydroxy-6a-methyl-1,4-pregnadiene-3,20-dione", "a-methapred", "methylprednisolonum[latin]", "(6s,8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-17-(2-hydroxy-acetyl)-6,10,13-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-cyclopenta[a]phenanthren-3-one", "(6a,11b)-11,17,21-trihydroxy-6-methylpregna-1,4-diene-3,20-dione", "(6s,8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-17-(2-hydroxyacetyl)-6,10,13-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one", "medrol solu-medrol medrone", "methylprednisolone[wiki]", "metilprednisolona[spanish][inn]", "meprdl", "11b,17,21-trihydroxy-6a-methylpregna-1,4-diene-3,20-dione", "prednisolone methyl-", "medrol[wiki]", "prelone", "121673-01-6[rn]", "337376-15-5", "methylprednisolone acetate imp. b (ep)", "methylprednisolone [usan:ban:inn:jan][inn][jan][usan]", "medrol (tn)", "4-08-00-03498 (beilstein handbook reference)[beilstein]"}|>, "4626" -> <|"DatabaseID" -> "SW02734", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "42219"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3571902]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C[C@H]1CC[C@@H]3[C@@H]2CC[C@]4([C@@]3(CC[C@@H]4C5=CC(=O)OC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "digitoxigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4369270]}, "Synonyms" -> {"thevetigenin", "cerberigenin", "echujetin", "dtx", "evonogenin", "143-62-4", "3,14,21-trihydroxy-20(22)-norcholenic acid lactone", "143-62-4[rn]", "3-?,14-dihydroxy-5-?,14-?-card-20(22)-enolide", "4-((3s,5r,8r,9s,10s,13r,14s,17r)-3,14-dihydroxy-10,13-dimethyl-hexadecahydro-cyclopenta[a]phenanthren-17-yl)-5h-furan-2-one", "digitoxigenin[wiki]", "nsc407806", "card-20(22)-enolide 3,14-dihydroxy- (3b,5b)-", "4-((3s,5r,8r,9s,10s,13r,14s,17r)-3,14-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl)furan-2(5h)-one", "(3b,5b)-3,14-dihydroxycard-20(22)-enolide", "4-[(3s,5r,8r,9s,10s,13r,14s,17r)-3,14-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2(5h)-furanone", "4-(3,14-dihydroxy-10,13-dimethyl-hexadecahydro-cyclopenta[a]phenanthren-17-yl)-5h-furan-2-one", "digitoxigenin", "4-[(3s,5r,8r,9s,10s,13r,14s,17r)-3,14-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2(5h)-furanon", "d20:22-3,14,21-trihydroxynorcholenic acid lactone", "digitoxigenine", "205-603-4[einecs]", "mls002701726", "chebi:42219"}|>, "4627" -> <|"DatabaseID" -> "SW02735", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477043]}, "IsomericSmiles" -> "CCCCCC/C=C\\CCCCCCCCCC1=CC(=O)C=C(C1=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irisquinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318483]}, "Synonyms" -> {"pallasone", "irisquinone a", "irisquinone", "6-methoxy-2-delta(sup 10')-cis-heptadecenyl-1", "2,5-cyclohexadiene-1,4-dione 2-[(10z)-10-heptadecen-1-yl]-6-methoxy-", "chembl461167", "56495-82-0[rn]", "2,5-cyclohexadiene-1,4-dione 2-(10-heptadecenyl)-6-methoxy- (z)-", "2,5-cyclohexadiene-1,4-dione 2-(10-heptadecenyl)-6-methoxy- z-", "2", "2-[(10z)-heptadec-10-en-1-yl]-6-methoxycyclohexa-2,5-diene-1,4-dione", "brn 2005301", "iq-7611", "nsc614642", "ac1nswwe"}|>, "4628" -> <|"DatabaseID" -> "SW02736", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391282]}, "IsomericSmiles" -> "C[C@@H]([C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CC[C@@H](C4)[NH+](C)C)C)C)[NH+](C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kurchessine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442979]}, "Synonyms" -> {"kurchessine", "kurchiphylline", "kurchiline", "6869-45-0[rn]", "sarcodinine", "(3b,20s)- n,n,n',n'-tetramethylpregn-5-ene-3,20-diamine", "6869-45-0", "ac1l9dsb", "[(3s,8s,9s,10r,13s,14s,17s)-17-((s)-1-dimethylamino-ethyl)-10,13-dimethyl-2,3,4,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-3-yl]-dimethyl-amine", "(3s", "chembl344384", "kurchiphyllamine", "c10813", "3b,20a-bis(dimethylamino)-5-pregnene"}|>, "4629" -> <|"DatabaseID" -> "SW02737", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2678]}, "IsomericSmiles" -> "COc1cc(c(cc1C(=O)NC2CC[NH+](CC2)Cc3ccccc3)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03534"]}, "OfficialNames" -> <|"Indian Approved Name" -> "clebopride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2780]}, "Synonyms" -> {"4-amino-n-(1-benzylpiperidin-4-yl)-5-chloro-2-methoxybenzamide", "cleboril", "clebopride", "55905-53-8", "4-amino-5-chloro-2-methoxy-n-(1-benzyl-4-piperidyl)benzamide", "brn 0493934", "57645-39-3[rn]", "4-amino-5-chloro-2-(methyloxy)-n-[1-(phenylmethyl)piperidin-4-yl]benzamide", "einecs 259-885-9", "4-amino-n-(1-benzyl-piperidin-4-yl)-5-chloro-2-methoxy-benzamide", "55905-53-8[rn]", "69082-47-9[rn]", "5-22-08-00086 (beilstein handbook reference)[beilstein]", "benzamide 4-amino-5-chloro-2-methoxy-n-(1-(phenylmethyl)-4-piperidinyl)-", "clebopride [usan:inn][inn][usan]", "4-amino-5-chloro-2-methoxy-n-[1-(phenylmethyl)-4-piperidinyl]benzamide", "cas-84370-95-6", "brl 20596", "57645-91-7[rn]", "benzamide 4-amino-5-chloro-2-methoxy-n-[1-(phenylmethyl)-4-piperidinyl]-", "clebopridum[latin]", "cleboril (tn)", "259-885-9[einecs]", "cleboprida[spanish][inn]", "n-(1'-benzyl-4'-piperidyl)-2-methoxy-4-amino-5-chlorobenzamide", "clebopridum [inn-latin]", "cleboprida [inn-spanish]", "clebopride[wiki][inn][usan]", "4-amino-n-(1-benzyl-4-piperidyl)-5-chloro-o-anisamide"}|>, "4630" -> <|"DatabaseID" -> "SW02738", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50742"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447594]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04839"]}, "IsomericSmiles" -> "CC(=O)[C@]1(CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2C=C(C4=CC(=O)[C@@H]5C[C@@H]5[C@]34C)Cl)C)O", "OfficialNames" -> <|"Indian Approved Name" -> "cyproterone acetate"|>, "PharmGKBID" -> "PA10049", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284537]}, "Synonyms" -> {"gen-cyproterone", "cyproterone", "apo-cyproterone", "novo-cyproterone", "cypat", "ciproterone", "cyproterone (inn)", "cyproteron", "cyproterone acetate", "cyproteronum[latin]", "4208522[beilstein]", "2098-66-0[rn]", "(1r,3as,3br,7ar,8as,8bs,8cs,10as)-1-acetyl-5-chloro-1-hydroxy-8b,10a-dimethyl-2,3,3a,3b,7a,8,8a,8b,8c,9,10,10a-dodecahydrocyclopenta[a]cyclopropa[g]phenanthren-7(1h)-one", "dihydrotestosterone receptor", "androcur", "6-chloro-1,2a-methylene-4,6-pregnadien-17a-ol-3,20-dione", "diane-35 (cyproterone acetate + ethinyl estradiol)_mixture", "cyproteronum", "ciproterona", "cyproterone[wiki]", "ciproterona[spanish][inn]", "cyclopenta[a]cyclopropa[g]phenanthren-7(1h)-one 1-acetyl-5-chloro-2,3,3a,3b,7a,8,8a,8b,8c,9,10,10a-dodecahydro-1-hydroxy-8b,10a-dimethyl- (1r,3as,3br,7ar,8as,8bs,8cs,10as)-", "6-chloro-6-dehydro-17a-hydroxy-1,2a-methyleneprogesterone", "(1b,2b)-6-chloro-1,2-dihydro-17-hydroxy-3'h-cyclopropa[1,2]pregna-1,4,6-triene-3,20-dione", "6-chloro-17-hydroxy-1a,2a-methylenepregna-4,6-diene-3,20-dione"}|>, "4631" -> <|"DatabaseID" -> "SW02739", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8435"], ExternalIdentifier["ChEBIID", "8436"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4748]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00433"]}, "IsomericSmiles" -> "CN1CC[NH+](CC1)CCCN2c3ccccc3Sc4c2cc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00493"]}, "OfficialNames" -> <|"Indian Approved Name" -> "prochlorperazine", "Australia Approved Name" -> "PROCHLORPERAZINE", "FDA Approved Drug" -> "PROCHLORPERAZINE;PROCHLORPERAZINE MALEATE"|>, "PharmGKBID" -> "PA451114", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4917]}, "Synonyms" -> {"prochlorpromazine", "capazine", "chlorperazine", "compro", "chlormeprazine", "prochlorperazin", "tementil", "prochlorperazine", "procloperazine", "prochlorpemazine", "kronocin", "eskatrol", "meterazin", "nipodal", "emelent", "prochloroperazine", "proclorperazine", "compazine", "stemetil", "temetid", "bayer a 173", "combid", "2-chloro-10-(3-(4-methyl-1-piperazinyl)propyl)-10h-phenothiazine", "proclorperazina [inn_es]", "compazine suppositories", "vertigon", "58-38-8[rn]", "pasotomin", "2-chloro-10-(3-(4-methyl-1-piperazinyl)propyl)phenothiazine", "10h-phenothiazine,2-chloro-10-(3-(4-methyl-1-piperazinyl)propyl)-", "prochlorperazinum[latin]", "51888-09-6[rn]", "2-chloro-10-[3-(4-methylpiperazin-1-yl)propyl]-10h-phenothiazine", "meterazin maleate", "2-chloro-10-[3-(4-methyl-1-piperazinyl)propyl]-10h-phenothiazine dimethanesulphonate", "58-38-8", "meterazine", "6140 rp", "chloro-3 (n-methylpiperazinyl-3 propyl)-10 phenothiazine[french]", "2-chloro-10-[3-(4-methylpiperazin-1-yl)propyl]phenothiazine", "buccastem", "48537[beilstein]", "n-[g-(4'-methylpiperazinyl-1')propyl]-3-chlorophenothiazine", "10h-phenothiazine,2-chloro-10-[3-(4-methyl-1-piperazinyl)propyl]-", "phenothiazine 2-chloro-10-(3-(4-methyl-1-piperazinyl)propyl)-", "3-chloro-10-(3-(4-methyl-1-piperazinyl)propyl)phenothiazine", "prochlorperazine[wiki]", "2-chlor-10-[3-(4-methylpiperazin-1-yl)propyl]-10h-phenothiazin", "prochlorpermazine", "2-chloro-10-[3-(1-methyl-4-piperazinyl)propyl]phenothiazine", "prochlorperazine dimaleate", "prochlorperazine edisylate", "dopamine d2 receptor", "emetiral", "[84-02-6]", "chloperazine", "novamin", "2-chloro-10-[3-(4-methyl-1-piperazinyl)propyl]-10h-phenothiazine[acd/iupac name]", "prochlorperazine maleate", "84-02-6(maleate)", "prochlorperazine (jan/usp)[usp][jan]", "3-chloro-10-(3-(1-methyl-4-piperazinyl)propyl)phenothiazine", "prochlorperazine [usan:ban:inn:jan][inn][jan][usan]", "84-02-6[rn]", "200-379-4[einecs]", "2-chloro-10-(3-(1-methyl-4-piperazinyl)propyl)-phenothiazine", "proclorperazina[spanish][inn]"}|>, "4632" -> <|"DatabaseID" -> "SW02740", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8435"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82620]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00433"]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)CCCN2c3ccccc3Sc4c2cc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02609"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PROCHLORPERAZINE EDISYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91499]}, "Synonyms" -> {"prochlorperazine edisylate", "2-chloro-10-(3-(1-methyl-4-piperazinyl)propyl)phenothiazine edisylate", "compazine syrup", "prochlorperazine ethane disulfonate", "prochlorperazine ethanedisulfonate", "tementil", "kronocin", "einecs 215-019-1", "vertigon", "compazine", "58-38-8[rn]", "pasotomin", "7081-50-7[rn]", "ethane-1,2-disulphonic acid compound with 2-chloro-10-(3-(4-methylpiperazin-1-yl)propyl)-10h-phenothiazine(1:1)", "emelent", "novamin", "prochlorpemazine", "1257-78-9 84-02-6 58-38-8", "eskatrol", "2-chloro-10-(3-(4-methyl-1-piperazinyl)propyl)phenothiazine 1", "meterazine", "prochloroperazine", "10h-phenothiazine", "temetid", "1257-78-9[rn]", "2-chloro-10-[3-(1-methyl-4-piperazinyl)propyl]phenothiazine edisylate", "capazine", "phenothiazine", "10h-phenothiazine,2-chloro-10-(3-(4-methyl-1-piperazinyl)propyl)- 1,2-ethanedisulfonate(1:1)", "ethane-1", "meterazin", "procloperazine", "nipodal", "ethane-1,2-disulfonic acid- 2-chloro-10-[3-(4-methylpiperazin-1-yl)propyl]-10h-phenothiazine (1:1)", "1257-78-9", "n-[g-(4'-methylpiperazinyl-1')propyl]-3-chlorophenothiazine ethanedisulfonate", "compazine syrup (tn)", "meterazin maleate", "prochlorperazin", "1,2-ethanedisulfonic acid,compd. with 2-chloro-10-[3-(4-methyl-1-piperazinyl)propyl]-10h-phenothiazine (1:1)", "dopamine d2 receptor", "emetiral", "compazine injection", "chlorperazine", "compro", "chlormeprazine", "buccastem", "ethane-1,2-disulphonic acid compound with 2-chloro-10-[3-(4-methylpiperazin-1-yl)propyl]-10h-phenothiazine(1:1)", "prochlorpromazine", "prochlorperazine maleate", "2-chloro-10-(3-(4-methyl-1-piperazinyl)propyl)phenothiazine 1,2-ethanedisulfonate(1:1)", "prochlorperazine edisylate[usp]", "stemetil", "proclorperazine", "prochlorperazine", "1257-78-9 84-02-6[prochlorperazinemaleate] 58-38-8[prochlorperazine]", "84-02-6[rn]", "215-019-1[einecs]", "bayer a 173", "combid"}|>, "4633" -> <|"DatabaseID" -> "SW02741", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5280"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5186]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01044"]}, "IsomericSmiles" -> "CC1CN(CC[NH2+]1)c2c(cc3c(c2OC)n(cc(c3=O)C(=O)[O-])C4CC4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08011"]}, "OfficialNames" -> <|"China Approved Name" -> "gatifloxacin", "Indian Approved Name" -> "gatifloxacin", "FDA Approved Drug" -> "GATIFLOXACIN"|>, "PharmGKBID" -> "PA449738", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5379]}, "Synonyms" -> {"gatifloxacin", "tequin", "gatiflo", "zymar", "tl8001438", "1-cyclopropyl-6-fluoro-8-methoxy-7-(3-methylpiperazin-4-ium-1-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylate", "1-cyclopropyl-1,4-dihydro-6-fluoro-8-methoxy-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylicacid", "topoisomerase iv subunit b", "bonoq", "1-cyclopropyl-6-fluoro-8-methoxy-7-(3-methyl-1-piperazinyl)-4-oxo-1,4-dihydro-3-quinolinecarboxylicacid[acd/iupac name]", "kinome_3137", "9005-49-6", "1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylicacid", "1-cyclopropyl-6-fluoranyl-8-methoxy-7-(3-methylpiperazin-1-yl)-4-oxidanylidene-quinoline-3-carboxylic acid", "112811-72-0[rn]", "1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylicacid sesquihydrate", "zymer", "bms 206584-01", "gatilox", "1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methylpiperazin-1-yl)-4-oxo-3-quinolinecarboxylicac", "1-cyclopropyl-6-fluoro-8-methoxy-7-(3-methylpiperazin-1-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylicacid", "bms-206584-01", "gatispan", "gatiquin", "180200-66-2[rn]", "gaity", "pd135432", "160738-57-8[rn]", "1-cyclopropyl-6-fluoro-8-methoxy-7-(3-methylpiperazin-1yl)-4-oxo-1,4-dihydroquinoline-3-carboxylicacid", "[112811-59-3]", "112811-59-3[rn]", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methyl-1-piperazinyl)-4-oxo-", "zymaxid", "gtfx", "tequin[wiki]", "1-cyclopropyl-6-fluoro-8-methoxy-7-(3-methyl-piperazin-1-yl)-4-oxo-1,4-dihydro-quinoline-3-carboxylic acid", "gatifloxacin[wiki][usan]", "zymar[wiki]", "1-cyclopropyl-6-fluoro-8-methoxy-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylic acid", "gatifloxacin [inn_en]", "gatifloxacine", "am-1155"}|>, "4634" -> <|"DatabaseID" -> "SW02741", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5280"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5186]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01044"]}, "IsomericSmiles" -> "CC1CN(CC[NH2+]1)c2c(cc3c(c2OC)n(cc(c3=O)C(=O)[O-])C4CC4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08011"]}, "OfficialNames" -> <|"China Approved Name" -> "gatifloxacin", "Indian Approved Name" -> "gatifloxacin", "FDA Approved Drug" -> "GATIFLOXACIN"|>, "PharmGKBID" -> "PA449738", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5379]}, "Synonyms" -> {"gatifloxacin", "tequin", "gatiflo", "zymar", "tl8001438", "1-cyclopropyl-6-fluoro-8-methoxy-7-(3-methylpiperazin-4-ium-1-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylate", "1-cyclopropyl-1,4-dihydro-6-fluoro-8-methoxy-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylicacid", "topoisomerase iv subunit b", "bonoq", "1-cyclopropyl-6-fluoro-8-methoxy-7-(3-methyl-1-piperazinyl)-4-oxo-1,4-dihydro-3-quinolinecarboxylicacid[acd/iupac name]", "kinome_3137", "9005-49-6", "1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylicacid", "1-cyclopropyl-6-fluoranyl-8-methoxy-7-(3-methylpiperazin-1-yl)-4-oxidanylidene-quinoline-3-carboxylic acid", "112811-72-0[rn]", "1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylicacid sesquihydrate", "zymer", "bms 206584-01", "gatilox", "1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methylpiperazin-1-yl)-4-oxo-3-quinolinecarboxylicac", "1-cyclopropyl-6-fluoro-8-methoxy-7-(3-methylpiperazin-1-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylicacid", "bms-206584-01", "gatispan", "gatiquin", "180200-66-2[rn]", "gaity", "pd135432", "160738-57-8[rn]", "1-cyclopropyl-6-fluoro-8-methoxy-7-(3-methylpiperazin-1yl)-4-oxo-1,4-dihydroquinoline-3-carboxylicacid", "[112811-59-3]", "112811-59-3[rn]", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methyl-1-piperazinyl)-4-oxo-", "zymaxid", "gtfx", "tequin[wiki]", "1-cyclopropyl-6-fluoro-8-methoxy-7-(3-methyl-piperazin-1-yl)-4-oxo-1,4-dihydro-quinoline-3-carboxylic acid", "gatifloxacin[wiki][usan]", "zymar[wiki]", "1-cyclopropyl-6-fluoro-8-methoxy-7-(3-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylic acid", "gatifloxacin [inn_en]", "gatifloxacine", "am-1155"}|>, "4635" -> <|"DatabaseID" -> "SW02742", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54661]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00906"]}, "IsomericSmiles" -> "Cc1ccsc1C(=CCC[NH+]2CCC[C@H](C2)C(=O)[O-])c3c(ccs3)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02097"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TIAGABINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91274]}, "Synonyms" -> {"gabitril", "tiagabine hydrochloride", "no-05-0328", "tiagabine hcl", "nnc-05-0328", "(r)-1-[4,4-bis(3-methyl-2-thienyl)-3-butenyl]-3-piperidinecarboxylic acid", "145821-59-6[rn]", "(-)-(r)-1-[4,4-bis(3-methyl-2-thienyl)-3-butenyl]nipecotic acid", "tgb", "tiagabine[wiki][inn]", "3-piperidinecarboxylic acid 1-(4,4-bis(3-methyl-2-thienyl)-3-butenyl)-,(r)-", "(3r)-1-(4,4-bis(3-methylthiophen-2-yl)but-3-enyl)piperidine-3-carboxylicacid", "tiagabinum[latin]", "3-piperidinecarboxylic acid 1-[4,4-bis(3-methyl-2-thienyl)-3-buten-1-yl]- (3r)-", "no 05-0328", "(r)-1-[4,4-bis-(3-methyl-thiophen-2-yl)-but-3-enyl]-piperidine-3-carboxylic acid", "tiagabinum [inn-latin]", "115103-54-3[rn]", "(r)-tiagabine", "(r)-1-[4,4-bis-(3-methyl-2-thienyl)-3-butenyl]-3-piperidinecarboxylic acid", "tiagabina[spanish][inn]", "a-70569-1", "145821-59-6", "tiagabine", "gabitril[wiki]", "tiagabine hydrochloride[usp]", "(3r)-1-[4,4-bis(3-methyl-2-thienyl)but-3-en-1-yl]piperidine-3-carboxylicacid", "(3r)-1-[4,4-bis(3-methylthiophen-2-yl)but-3-en-1-yl]piperidine-3-carboxylic acid", "3-piperidinecarboxylic acid 1-[4,4-bis(3-methyl-2-thienyl)-3-butenyl]-,(3r)-", "abt-569", "abbott 70569.hcl", "nnc 05-0328", "tiagabina [inn-spanish]", "337376-15-5", "tiabex", "abbott-70569", "(-)-(r)-1-(4,4-bis(3-methyl-2-thienyl)-3-butenyl)nipecotic acid"}|>, "4636" -> <|"DatabaseID" -> "SW02742", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54661]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00906"]}, "IsomericSmiles" -> "Cc1ccsc1C(=CCC[NH+]2CCC[C@H](C2)C(=O)[O-])c3c(ccs3)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02097"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TIAGABINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91274]}, "Synonyms" -> {"gabitril", "tiagabine hydrochloride", "no-05-0328", "tiagabine hcl", "nnc-05-0328", "(r)-1-[4,4-bis(3-methyl-2-thienyl)-3-butenyl]-3-piperidinecarboxylic acid", "145821-59-6[rn]", "(-)-(r)-1-[4,4-bis(3-methyl-2-thienyl)-3-butenyl]nipecotic acid", "tgb", "tiagabine[wiki][inn]", "3-piperidinecarboxylic acid 1-(4,4-bis(3-methyl-2-thienyl)-3-butenyl)-,(r)-", "(3r)-1-(4,4-bis(3-methylthiophen-2-yl)but-3-enyl)piperidine-3-carboxylicacid", "tiagabinum[latin]", "3-piperidinecarboxylic acid 1-[4,4-bis(3-methyl-2-thienyl)-3-buten-1-yl]- (3r)-", "no 05-0328", "(r)-1-[4,4-bis-(3-methyl-thiophen-2-yl)-but-3-enyl]-piperidine-3-carboxylic acid", "tiagabinum [inn-latin]", "115103-54-3[rn]", "(r)-tiagabine", "(r)-1-[4,4-bis-(3-methyl-2-thienyl)-3-butenyl]-3-piperidinecarboxylic acid", "tiagabina[spanish][inn]", "a-70569-1", "145821-59-6", "tiagabine", "gabitril[wiki]", "tiagabine hydrochloride[usp]", "(3r)-1-[4,4-bis(3-methyl-2-thienyl)but-3-en-1-yl]piperidine-3-carboxylicacid", "(3r)-1-[4,4-bis(3-methylthiophen-2-yl)but-3-en-1-yl]piperidine-3-carboxylic acid", "3-piperidinecarboxylic acid 1-[4,4-bis(3-methyl-2-thienyl)-3-butenyl]-,(3r)-", "abt-569", "abbott 70569.hcl", "nnc 05-0328", "tiagabina [inn-spanish]", "337376-15-5", "tiabex", "abbott-70569", "(-)-(r)-1-(4,4-bis(3-methyl-2-thienyl)-3-butenyl)nipecotic acid"}|>, "4637" -> <|"DatabaseID" -> "SW02743", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5819"], ExternalIdentifier["ChEBIID", "5818"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3531], ExternalIdentifier["ChemSpiderID", 64681]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00557"]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccc(cc2)Cl)N3CC[NH+](CC3)CCOCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08054"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hydroxyzine hcl", "FDA Approved Drug" -> "HYDROXYZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449943", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91513], ExternalIdentifier["PubChemCompoundID", 3658]}, "Synonyms" -> {"alamon", "hydroxizine", "traquizine", "hydroxyzin", "hydroxizinum", "quiess", "vistazine", "hychotine", "hydroxine", "hydroxyzine", "hydroxycine", "vistaril", "vistaril pamoate", "idrossizina [dcit]", "hydroxyzine base", "neurozina", "pamazone", "atazina", "hydroxyzine hcl", "vesparaz-wirkstoff", "deinait", "paxistil", "durrax", "masmoran", "orgatrax", "tran-q", "neo-calma", "atarazoid", "hy-pam 25", "atarax", "placidol", "atara", "tranquizine", "ataraxoid", "nevrolaks", "plaxidol", "hydroksyzyny [polish]", "hydroxyzyne", "atarox", "aterax", "hydroxyzine pamoate", "fenarol", "equipose", "2192-20-3[rn]", "equipoise", "hydroxyzinum [inn-latin]", "hydroxyzine dihydrochloride", "hidroxizina [inn-spanish]", "218-586-3[einecs]", "ethanol,2-[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]-", "hydroxyzine hydrochloride", "atarax[wiki]", "1-(p-chlorodiphenylmethyl)-4-[2-(2-hydroxyethoxy)ethyl]piperazine", "ethanol,2-[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]-,monohydrochloride", "1-(p-chlorobenzhydryl)-4-(2-(2-hydroxyethoxy)ethyl)piperazine", "u.c.b 4492", "2192-20-3", "2-(2-{4-[(4-chlorophenyl)(phenyl)methyl]-1-piperazinyl}ethoxy)ethanol[acd/iupac name]", "1-(p-chlorobenzhydryl)-4-[2-(2-hydroxyethoxy)ethyl]diethylenediami ne", "hydroxyzine monohydrochloride", "214-989-3[einecs]", "n-(4-chlorobenzhydryl)-n'-(hydroxyethyloxyethyl)piperazine", "ethanol,2-[2-[4-(p-chloro-phenylbenzyl)-1-piperazinyl]ethoxy]-", "hydroxyzine[wiki]", "hydroxyzinum[latin]", "2-[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]ethanol", "1-(p-chloro-a-phenylbenzyl)-4-(2-hydroxyethoxyethyl)piperazine", "1-(p-chlorobenzhydryl)-4-[2-(2-hydroxyethoxy)ethyl]piperazine", "atarax base", "321392[beilstein]", "ethanol,2-(2-(4-((4-chlorophenyl)phenylmethyl)-1-piperazinyl)ethoxy)-", "1-(p-chlorobenzhydryl)-4-[2-(2-hydroxyethoxy)ethyl]diethylenediamine", "marex", "ethanol,2-[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]-,hydrochloride (1:1)", "1-(p-chlorobenzhydryl)-4-(2-(2-hydroxyethoxy)ethyl)diethylenediamine", "2-(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)ethanol hydrochloride", "hydroxyzine embonate", "hydroksyzyny[polish]", "hidroxizina[spanish][inn]", "68-88-2[rn]", "vistarex", "1-(p-chlorodiphenylmethyl)-4-(2-(2-hydroxyethoxy)ethyl)piperazine", "2-[(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethyl)oxy]ethanol", "2-(2-{4-[(4-chlorophenyl)phenylmethyl]piperazinyl}ethoxy)ethan-1-ol", "neurolax", "vistaject", "disron", "2-(2-(4-((4-chlorophenyl)-phenyl-methyl)piperazin-1-yl)ethoxy)ethanol", "5-23-01-00462 (beilstein handbook reference)[beilstein]", "10246-75-0[rn]", "1244-76-4[rn]", "2-(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)ethanol", "equipose[wiki]", "200-693-1[einecs]", "2-(2-{4-[(4-chlorphenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)ethanolhydrochlorid", "1-(p-chlorobenzhydryl)-4-(2-(2-hydroxyethoxy)ethyl)diethylenediamine hydrochloride", "2-(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)ethanol hydrochloride (1:1)", "2-[2-[4-[(4-chlorophenyl)phenylmethyl]piperazin-1-yl]ethoxy]ethanol hydrochloride", "2-(2-(4-((4-chlorophenyl)phenylmethyl)piperazin-1-yl)ethoxy)ethanol hydrochloride", "n-(4-chlorobenzhydryl)-n'-(hydroxyethoxyethyl)piperazine", "idrossizina", "arcanax", "ethanol,2-(2-(4-((4-chlorophenyl)phenylmethyl)-1-piperazinyl)ethoxy)- (9ci)", "u.cb 4492", "vistaril[wiki]"}|>, "4638" -> <|"DatabaseID" -> "SW02743", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5819"], ExternalIdentifier["ChEBIID", "5818"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3531], ExternalIdentifier["ChemSpiderID", 64681]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00557"]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccc(cc2)Cl)N3CC[NH+](CC3)CCOCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08054"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hydroxyzine hcl", "FDA Approved Drug" -> "HYDROXYZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449943", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91513], ExternalIdentifier["PubChemCompoundID", 3658]}, "Synonyms" -> {"alamon", "hydroxizine", "traquizine", "hydroxyzin", "hydroxizinum", "quiess", "vistazine", "hychotine", "hydroxine", "hydroxyzine", "hydroxycine", "vistaril", "vistaril pamoate", "idrossizina [dcit]", "hydroxyzine base", "neurozina", "pamazone", "atazina", "hydroxyzine hcl", "vesparaz-wirkstoff", "deinait", "paxistil", "durrax", "masmoran", "orgatrax", "tran-q", "neo-calma", "atarazoid", "hy-pam 25", "atarax", "placidol", "atara", "tranquizine", "ataraxoid", "nevrolaks", "plaxidol", "hydroksyzyny [polish]", "hydroxyzyne", "atarox", "aterax", "hydroxyzine pamoate", "fenarol", "equipose", "2192-20-3[rn]", "equipoise", "hydroxyzinum [inn-latin]", "hydroxyzine dihydrochloride", "hidroxizina [inn-spanish]", "218-586-3[einecs]", "ethanol,2-[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]-", "hydroxyzine hydrochloride", "atarax[wiki]", "1-(p-chlorodiphenylmethyl)-4-[2-(2-hydroxyethoxy)ethyl]piperazine", "ethanol,2-[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]-,monohydrochloride", "1-(p-chlorobenzhydryl)-4-(2-(2-hydroxyethoxy)ethyl)piperazine", "u.c.b 4492", "2192-20-3", "2-(2-{4-[(4-chlorophenyl)(phenyl)methyl]-1-piperazinyl}ethoxy)ethanol[acd/iupac name]", "1-(p-chlorobenzhydryl)-4-[2-(2-hydroxyethoxy)ethyl]diethylenediami ne", "hydroxyzine monohydrochloride", "214-989-3[einecs]", "n-(4-chlorobenzhydryl)-n'-(hydroxyethyloxyethyl)piperazine", "ethanol,2-[2-[4-(p-chloro-phenylbenzyl)-1-piperazinyl]ethoxy]-", "hydroxyzine[wiki]", "hydroxyzinum[latin]", "2-[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]ethanol", "1-(p-chloro-a-phenylbenzyl)-4-(2-hydroxyethoxyethyl)piperazine", "1-(p-chlorobenzhydryl)-4-[2-(2-hydroxyethoxy)ethyl]piperazine", "atarax base", "321392[beilstein]", "ethanol,2-(2-(4-((4-chlorophenyl)phenylmethyl)-1-piperazinyl)ethoxy)-", "1-(p-chlorobenzhydryl)-4-[2-(2-hydroxyethoxy)ethyl]diethylenediamine", "marex", "ethanol,2-[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]-,hydrochloride (1:1)", "1-(p-chlorobenzhydryl)-4-(2-(2-hydroxyethoxy)ethyl)diethylenediamine", "2-(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)ethanol hydrochloride", "hydroxyzine embonate", "hydroksyzyny[polish]", "hidroxizina[spanish][inn]", "68-88-2[rn]", "vistarex", "1-(p-chlorodiphenylmethyl)-4-(2-(2-hydroxyethoxy)ethyl)piperazine", "2-[(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethyl)oxy]ethanol", "2-(2-{4-[(4-chlorophenyl)phenylmethyl]piperazinyl}ethoxy)ethan-1-ol", "neurolax", "vistaject", "disron", "2-(2-(4-((4-chlorophenyl)-phenyl-methyl)piperazin-1-yl)ethoxy)ethanol", "5-23-01-00462 (beilstein handbook reference)[beilstein]", "10246-75-0[rn]", "1244-76-4[rn]", "2-(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)ethanol", "equipose[wiki]", "200-693-1[einecs]", "2-(2-{4-[(4-chlorphenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)ethanolhydrochlorid", "1-(p-chlorobenzhydryl)-4-(2-(2-hydroxyethoxy)ethyl)diethylenediamine hydrochloride", "2-(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)ethanol hydrochloride (1:1)", "2-[2-[4-[(4-chlorophenyl)phenylmethyl]piperazin-1-yl]ethoxy]ethanol hydrochloride", "2-(2-(4-((4-chlorophenyl)phenylmethyl)piperazin-1-yl)ethoxy)ethanol hydrochloride", "n-(4-chlorobenzhydryl)-n'-(hydroxyethoxyethyl)piperazine", "idrossizina", "arcanax", "ethanol,2-(2-(4-((4-chlorophenyl)phenylmethyl)-1-piperazinyl)ethoxy)- (9ci)", "u.cb 4492", "vistaril[wiki]"}|>, "4639" -> <|"DatabaseID" -> "SW02744", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17015"], ExternalIdentifier["ChEBIID", "57986"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 431981]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)n(c-3nc(=O)[nH]c(=O)c3n2)C[C@@H]([C@@H]([C@@H](CO)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00050"]}, "OfficialNames" -> <|"Indian Approved Name" -> "vitamin b2;riboflavin", "NPC Approved Name" -> "riboflavin tetrabutyrate riboflavin-2-14c-labeled", "Traditional Herbal Isolate" -> "vitamin b2;vitamin g", "China Approved Name" -> "riboflavin", "WHO Essential Medicine" -> "riboflavin", "FDA Approved Drug" -> "RIBOFLAVIN"|>, "PharmGKBID" -> "PA451242", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 493570]}, "Synonyms" -> {"beflavin", "vitamin g", "lactoflavin", "(-)-riboflavin", "flavaxin", "lactoflavine", "vitamin b2", "ribocrisina", "vitaflavine", "riboflavin", "lactobene", "beflavine", "riboflavinequinone", "7,8-dimethyl-10-(d-ribo-2,3,4,5-tetrahydroxypentyl)-benzo[g]pteridine-2,4(3h,10h)-dione", "riboflavin 2',3',4',5'-tetrabutanoate", "riboflavine", "vitamin b 2", "1-deoxy-1-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)pentitol[acd/iupac name]", "flavin bb", "vitamin b2;e101", "ph7", "83-88-5[rn]", "ribovel", "d-ribitol 1-deoxy-1-(3,4-dihydro-7,8-dimethyl-2,4-dioxobenzo[g]pteridin-10(2h)-yl)-", "riboflavin (vit b2)", "7,8-dimethyl-10-ribitylisoalloxazine", "hyre", "6,7-dimethyl-9-d-ribitylisoalloxazine", "d-ribitol 1-deoxy-1-(3,4-dihydro-7,8-dimethyl-2,4-dioxobenzo(g)pteridin-10(2h)-yl)-", "ribotone", "vitasan b2", "flaxain", "6,7-dimethyl-9-ribitylisoalloxazine", "riboflavin[wiki]", "1-deoxy-1-(3,4-dihydro-7,8-dimethyl-2,4-dioxobenzo[g]pteridin-10(2h)-yl)-d-ribitol", "7,8-dimethyl-10-(d-ribo-2,3,4,5-tetrahydroxypentyl)riboflavinequinone", "riboflavin (b2)", "7,8-dimethyl-10-[(2s,3s,4r)-2,3,4,5-tetrahydroxypentyl]-2h,3h,4h,10h-benzo[g]pteridine-2,4-dione", "vitamin- b2", "russupteridine yellow iii", "rbf", "201-507-1[einecs]", "food yellow 15", "vitamin- g", "riboderm", "riboflavinum [inn_la]", "ribosyn", "13123-37-0[rn]", "hyflavin", "7,8-dimethyl-10-(d-ribo-2,3,4,5-tetrahydroxypentyl)isoalloxazine", "ribipca", "san yellow b", "riboflavin tetrabutyrate", "1-deoxy-1-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-d-ribitol", "hibon", "pentitol,1-deoxy-1-(3,4-dihydro-7,8-dimethyl-2,4-dioxobenzo[g]pteridin-10(2h)-yl)-", "bisulase", "5-deoxy-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-d-ribitol[acd/iupac name]", "riboflavin; riboflavina; riboflavine; riboflavinum", "e101", "pentitol,1-deoxy-1-(3,4-dihydro-7,8-dimethyl-2,4-dioxobenzo[g]pteridin-10(2h)-yl)-[acd/index name]", "7,8-dimethyl-10-(d-ribo-2,3,4,5-tetrahydroxypentyl)benzo[g]pteridine-2,4(3h,10h)-dione"}|>, "4640" -> <|"DatabaseID" -> "SW02745", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34609"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19694]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00578"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)C(c3ccccc3)C(=O)[O-])C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02190"]}, "OfficialNames" -> <|"China Approved Name" -> "carbenicillin sodium", "Indian Approved Name" -> "carbenicillin disod", "FDA Approved Drug" -> "CARBENICILLIN DISODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20933]}, "Synonyms" -> {"geopen", "carbenicillin sodium", "pyopen", "carbenicillin disodium", "carbecin", "microcillin", "pyocianil", "carbenicillin disodium salt", "sodium carbenicillin", "hyoper", "carboxybenzylpenicillin acid", "carbenicillinum [inn-latin]", "carbenicillin", "carbenicilline [inn-french]", "carboxybenzylpenicillin", "alpha-carboxybenzylpencillin", "carbenicilina [inn-spanish]", "carbenicillina [dcit]", "4697-36-3[rn]", "disodium a-carboxybenzylpenicillin", "pyoclox", "geopen[wiki]", "piopen", "carbenicillin.disodium", "disodium[2s-(2?,5?,6?)]-6-(carboxylatophenylacetamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate", "fugacillin", "cp-15-639-2", "geopen (tn)", "4800-94-6[rn]", "n-(2-carboxy-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)-hept-6-yl)-2-phenylmalonamic acid disodium salt", "carbenicillin[wiki]", "disodium carbenicillin", "4800-94-6 4697-36-3", "5401480[beilstein]", "malonamicacid n-(2-carboxy-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)hept-6-yl)-2-phenyl- disodium salt", "4800-94-6 4697-36-3 [carbenicillin]", "carbenicilline disodium", "carbenicillin disodium[usp]", "gs 3159 disodium salt", "anabactyl", "carbecin; geopen; hyoper; microcillin; pyocianil; pyopen", "a-carboxybenzylpenicillin disodium salt", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[(2-carboxy-2-phenylacetyl)amino]-3,3-dimethyl-7-oxo- sodiumsalt (2s,5r,6r)-(1:2)", "gripenin", "cp 15639-2", "carbenicilin", "malonamicacid n-(2-carboxy-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)hept-6", "cp 15-639-2", "disodium(2s,5r,6r)-6-{[carboxylato(phenyl)acetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate[acd/iupac name]", "225-360-8[einecs]", "(2s,5r,6r)-6-[(carboxyphenylacetyl)amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid disodium salt"}|>, "4641" -> <|"DatabaseID" -> "SW02745", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34609"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19694]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00578"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)C(c3ccccc3)C(=O)[O-])C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02190"]}, "OfficialNames" -> <|"China Approved Name" -> "carbenicillin sodium", "Indian Approved Name" -> "carbenicillin disod", "FDA Approved Drug" -> "CARBENICILLIN DISODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20933]}, "Synonyms" -> {"geopen", "carbenicillin sodium", "pyopen", "carbenicillin disodium", "carbecin", "microcillin", "pyocianil", "carbenicillin disodium salt", "sodium carbenicillin", "hyoper", "carboxybenzylpenicillin acid", "carbenicillinum [inn-latin]", "carbenicillin", "carbenicilline [inn-french]", "carboxybenzylpenicillin", "alpha-carboxybenzylpencillin", "carbenicilina [inn-spanish]", "carbenicillina [dcit]", "4697-36-3[rn]", "disodium a-carboxybenzylpenicillin", "pyoclox", "geopen[wiki]", "piopen", "carbenicillin.disodium", "disodium[2s-(2?,5?,6?)]-6-(carboxylatophenylacetamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate", "fugacillin", "cp-15-639-2", "geopen (tn)", "4800-94-6[rn]", "n-(2-carboxy-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)-hept-6-yl)-2-phenylmalonamic acid disodium salt", "carbenicillin[wiki]", "disodium carbenicillin", "4800-94-6 4697-36-3", "5401480[beilstein]", "malonamicacid n-(2-carboxy-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)hept-6-yl)-2-phenyl- disodium salt", "4800-94-6 4697-36-3 [carbenicillin]", "carbenicilline disodium", "carbenicillin disodium[usp]", "gs 3159 disodium salt", "anabactyl", "carbecin; geopen; hyoper; microcillin; pyocianil; pyopen", "a-carboxybenzylpenicillin disodium salt", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[(2-carboxy-2-phenylacetyl)amino]-3,3-dimethyl-7-oxo- sodiumsalt (2s,5r,6r)-(1:2)", "gripenin", "cp 15639-2", "carbenicilin", "malonamicacid n-(2-carboxy-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)hept-6", "cp 15-639-2", "disodium(2s,5r,6r)-6-{[carboxylato(phenyl)acetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate[acd/iupac name]", "225-360-8[einecs]", "(2s,5r,6r)-6-[(carboxyphenylacetyl)amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid disodium salt"}|>, "4642" -> <|"DatabaseID" -> "SW02746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8197965]}, "IsomericSmiles" -> "C/C=C(\\C)/C(=O)O[C@@H]([C@@H](c1cc2ccc(=O)oc2cc1OC)O)C(C)(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "angelol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10022392]}, "Synonyms" -> {"angelol b", "hms2198k08", "zinc14589885", "smr001397004", "mls002472893"}|>, "4643" -> <|"DatabaseID" -> "SW02747", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 259792]}, "IsomericSmiles" -> "CC(C)[C@@]12[C@@H](O1)[C@H]3[C@@]4(O3)[C@]5(C[C@@H](C6=C([C@@H]5C[C@H]7[C@]4([C@@H]2O)O7)COC6=O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tripdiolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 294491]}, "Synonyms" -> {"tripdiolide", "triptodiolide", "tripdiolid", "(3bs,4as,5as,6r,6ar,7as,7bs,8as,8bs,10s)-6,10-dihydroxy-8b-methyl-6a-(propan-2-yl)-3b,4,4a,6,6a,7a,7b,8b,9,10-decahydrotrisoxireno[6,7:8a,9:4b,5]phenanthro[1,2-c]furan-1(3h)-one", "38647-10-8", "trisoxireno[6,7:8a,9:4b,5]phenanthro[1,2-c]furan-1(3h)-one 3b,4,4a,6,6a,7a,7b,8b,9,10-decahydro-6,10-dihydroxy-8b-methyl-6a-(1-methylethyl)- (3bs,4as,5as,6r,6ar,7as,7bs,8as,8bs,10s)-", "nsc163063", "trisoxireno[6", "38647-10-8[rn]", "(2beta)-2-hydroxytriptolide", "trisoxireno(4b,5:6,7:8a,9)phenanthro(1,2-c)furan-1(3h)-one 3b,4,4a,6,6a,7a,7b,8b,9,10-decahydro-6,10-dihydroxy-8b-methyl-6a-(1- methylethyl)-,(3bs,4as,5as,6r,6ar,7as,7bs,8as,8bs,10s)-", "triptolide", "trisoxireno(4b", "nsc 163063"}|>, "4644" -> <|"DatabaseID" -> "SW02748", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65781]}, "IsomericSmiles" -> "CC1=CC(=O)[C@H]([C@]2([C@H]1C[C@@H]3[C@]45[C@@H]2[C@]([C@@H](C(=C)[C@@H]4CC(=O)O3)O)(OC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ailanthone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72965]}, "Synonyms" -> {"ailanthone (7ci)", "ailantone", "picrasa-3", "ailanthone", "2h-1", "981-15-7[rn]", "ac1l2j15", "981-15-7", "(1|a", "chembl161015", "(1s,4r,5r,7s,11r,13s,17s,18s,19r)-4,5,17-trihydroxy-14,18-dimethyl-6-methylidene-3,10-dioxapentacyclo[9.8.0.01,7.04,19.013,18]nonadec-14-ene-9,16-dione"}|>, "4645" -> <|"DatabaseID" -> "SW02749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2343081]}, "IsomericSmiles" -> "C[C@]12CCC3=C([C@@H]1C[C@H]4[C@@]5([C@@]26[C@@H](O6)[C@H]7[C@@]([C@H]5O)(O7)C(C)(C)O)O4)COC3=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triptolidenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3086461]}, "Synonyms" -> {"triptolidenol", "99694-86-7", "99694-86-7[rn]", "trisoxireno(4b", "ac1mj68a"}|>, "4646" -> <|"DatabaseID" -> "SW02750", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4784"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534997], ExternalIdentifier["ChemSpiderID", 4534998]}, "IsomericSmiles" -> "CCOC(=O)[C@H](CCc1ccccc1)[NH2+][C@@H](C)C(=O)N2CCC[C@H]2C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00621"], ExternalIdentifier["KEGGID", "D07892"]}, "OfficialNames" -> <|"China Approved Name" -> "enalapril", "WHO Essential Medicine" -> "enalapril", "Indian Approved Name" -> "enalapril", "FDA Approved Drug" -> "ENALAPRIL MALEATE"|>, "Synonyms" -> {"enalapril", "enalapril[wiki]", "renitec[wiki]", "xanef", "75847-73-3[rn]", "76095-16-4[rn]", "renivace", "vasotec[wiki]", "acesistem", "n-[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]-l-alanyl-l-proline", "(s)-1-(n-(1-(ethoxycarbonyl)-3-phenylpropyl)-l-alanyl)-l-proline", "1-[2-(1-ethoxycarbonyl-3-phenyl-propylamino)-propionyl]-pyrrolidine-2-carboxylicacid (enalapril)", "enacard", "(s)-1-[n-[1-(ethoxycarbonxyl)-3-phenylpropyl]-l-alanyl]-l-proline", "enaloc", "enap", "1-[2-(1-ethoxycarbonyl-3-phenyl-propylamino)-propionyl]-pyrrolidine-2-carboxylicacid(enalapril)", "reniten", "(2s)-1-[(2s)-2-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}propanoyl]pyrrolidine-2-carboxylic acid", "enalaprilum", "enalaprila", "n-[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]-l-alanyl-l-proline", "6/4/6680", "n-[(s)-1-ethoxycarbonyl-3-phenylpropyl]-l-alanyl]-l-proline maleate(1: 1)", "n-[(2s)-1-ethoxy-1-oxo-4-phenyl-2-butanyl]-l-alanyl-l-proline", "amprace", "naprilene", "pres", "l-proline n-[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]-l-alanyl-", "enalaprilum [inn_la]", "innovace", "glioten", "olivin", "l-proline n-((1s)-1-(ethoxycarbonyl)-3-phenylpropyl)-l-alanyl-", "1-[2-(1-ethoxycarbonyl-3-phenyl-propylamino)-propionyl]-pyrrolidine-2-carboxylicacid", "(s)-1-[n-[1-(ethoxycarbonyl)-3-phenylpropyl]-l-alanyl]-l-proline maleate", "teczem", "lotrial", "hipoartel", "(s)-1-{(s)-2-[1-((s)-ethoxycarbonyl)-3-phenyl-propylamino]-propionyl}-pyrrolidine-2-carboxylic acid", "lexxel", "vaseretic", "n-{(1s)-1-[(ethyloxy)carbonyl]-3-phenylpropyl}-l-alanyl-l-proline", "enapren", "1-[n-[(s)-1-carboxy-3-phenylpropyl]-1-alanyl]-l-proline 1'-ethyl ester", "1-(n-((s)-1-carboxy-3-phenylpropyl)-l-alanyl)-l-proline 1'-ethyl ester", "enalapril maleate", "l-proline n-(1s)-1-(ethoxycarbonyl)-3-phenylpropyl-l-alanyl-,(2z)-2-butenedioate (1:1)", "vasotec glioten renitec", "mk 421 {maleate}", "benalapril", "renivace (tn)", "vasotec", "76095-16-4 75847-73-3 [enalapril]", "(2s)-1-[(2s)-2-{[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino}propanoyl]pyrrolidine-2-carboxylic acid (2z)-but-2-enedioate", "l-proline n-((1s)-1-(ethoxycarbonyl)-3-phenylpropyl)-l-alanyl- (2z)-2-butenedioate (1:1)", "n-[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]-l-alanyl-l-proline (2z)-but-2-enedioate (1:1)", "(2s)-1-[(2s)-2-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}propanoyl]pyrrolidine-2-carboxylic acid; (2z)-but-2-enedioic acid", "enalaprilmaleate", "n-[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]-l-alanyl-l-proline (2z)-but-2-enedioate", "76095-16-4 {maleate}", "glioten;renitec;vasotec", "crinoren", "ditensor", "innovace melt", "(2s)-1-((2s)-2-{[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino}propanoyl)pyrrolidine-2-carboxylic acid (2z)but-2-enedioic acid", "mk 421 maleate", "dabonal", "baripril", "n-(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl-l-alanyl-l-proline (2z)-but-2-enedioate", "l-proline n-[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]-l-alanyl- (2z)-2-butenedioate (1:1)", "ednit"}|>, "4647" -> <|"DatabaseID" -> "SW02751", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "691037"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470604]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00547"]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@H]1C(=O)CO)C)O)F)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXIMETASONE"|>, "PharmGKBID" -> "PA164746011", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311067]}, "Synonyms" -> {"topicort lp", "desoximetasone", "topicort", "topicort (tn)", "desoximetasonum", "desoximetasona [inn_es]", "gr", "desoxymethasone", "hoe-304", "desoximetasone[wiki][usp]", "desoximetasonum [inn_la]", "chebi:691037", "desoximetasone (usp/inn)", "ac1nsjxq", "9005-49-6", "desoximetasona", "desoximetasone [inn_en]", "a-41-304", "topicort[wiki]", "382-67-2[rn]", "r-2113"}|>, "4648" -> <|"DatabaseID" -> "SW02752", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9494]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00324"]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@@H]3CC[C@@]([C@]3(C[C@@H]([C@@]2([C@@]4(C1=CC(=O)C=C4)C)F)O)C)(C(=O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01367"]}, "OfficialNames" -> <|"Indian Approved Name" -> "fluorometholone", "FDA Approved Drug" -> "FLUOROMETHOLONE"|>, "PharmGKBID" -> "PA164781355", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9878]}, "Synonyms" -> {"oxylone", "fluor-op", "fml forte", "delmeson", "fml liquifilm", "cortilet", "fml", "fluorometholone", "fluormetholone", "flumetholon", "trilcin", "ursnon", "fluaton", "fluormetholon", "loticort", "fluoromethalone", "efflumidex", "fluorometholone[wiki]", "flarex[wiki]", "(6s,8s,9r,10s,11s,13s,14s,17r)-17-acetyl-9-fluoro-11,17-dihydroxy-6,10,13-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one", "fluorometolona[spanish][inn]", "gr", "component of neo-oxylone", "9005-49-6", "fml-neo oph sus (fluorometholone + neomycin sulfate)_mixture", "eflone", "fluorometholonum[latin]", "21-desoxy-9a-fluoro-6a-methylprednisolone", "fluorometholone [ban:inn:jan][inn][jan]", "flarex", "207-041-5[einecs]", "426-13-1[rn]", "3801-06-7[rn]", "oxylone (tn)", "fml s.o.p.", "neo-oxylone", "fml-s liquifilm", "fluorometolone [dcit]", "(6a,11b)-9-fluoro-11,17-dihydroxy-6-methylpregna-1,4-diene-3,20-dione", "21-desoxy-6a-methyl-9a-fluoroprednisolone", "9-fluoro-11,17-dihydroxy-6-methylpregna-1,4-diene-3,20-dione[acd/iupac name]", "(6s,8s,9r,10s,11s,13s,14s,17r)-17-acetyl-9-fluor-11,17-dihydroxy-6,10,13-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-on", "fluormetholonum"}|>, "4649" -> <|"DatabaseID" -> "SW02753", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8701]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3C[C@@H](C4=CC(=O)C=C[C@@]4([C@H]3[C@H](C[C@@]2([C@H]1C(=O)CO)C)O)C)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04218"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fluocortolone;fluocortolone 21-caproate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9053]}, "Synonyms" -> {"fluorocortolone", "fluocortolone", "fluocortolon", "fluorcortolone", "ultralan oral", "einecs 205-811-5", "fluocortolona[spanish][inn]", "fluocortolone [usan:inn:ban]", "152-97-6[rn]", "fluocortolone[wiki]", "205-811-5[einecs]", "sh 742", "fluocortolona [inn-spanish]", "fluocortolone [usan:ban:inn][inn][usan]", "fluocortolonum[latin]", "fluocortolonum [inn-latin]", "6a-fluoro-16a-methyl-d1,4-pregnadiene-11b,21-diol-3,20-dione", "6a-fluoro-16a-methyl-1-dehydrocorticosterone"}|>, "4650" -> <|"DatabaseID" -> "SW02754", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01573"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)OCc6ccccc6", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Benzylmorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362507]}, "Synonyms" -> {"morphine", "dea no. 9052", "ls-91875", "morphinan-6-alpha-ol", "benzylmorphine", "einecs 238-230-0", "c24h25no3", "3-benzyloxy-4", "db01573", "o3-benzylmorphine", "3-o-benzylmorphine"}|>, "4651" -> <|"DatabaseID" -> "SW02754", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01573"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)OCc6ccccc6", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Benzylmorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362507]}, "Synonyms" -> {"morphine", "dea no. 9052", "ls-91875", "morphinan-6-alpha-ol", "benzylmorphine", "einecs 238-230-0", "c24h25no3", "3-benzyloxy-4", "db01573", "o3-benzylmorphine", "3-o-benzylmorphine"}|>, "4652" -> <|"DatabaseID" -> "SW02755", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 193412]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]3c4ccc(cc4CC[C@H]3[C@@H]1CC[C@@H]2O)OC(=O)c5ccccc5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01953"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oestradiol benzoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222757]}, "Synonyms" -> {"estradiol benzoate", "estradiol 3-benzoate", "benzofoline", "benzoestrofol", "follicormon", "benzhormovarine", "eston-b", "diffollisterol", "difolliculine", "benzoestrofol difolliculin", "oestradiol benzoate", "(8r,9s,13s,14s,17s)-17-hydroxy-13-methyl-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-3-yl benzoate", "estradiol-3-benzoate", "benztrone", "ovahormon (tn)", "ovasterol-b", "primogyn i", "ovahormon benzoate", "follidrin", "oestroform", "200-043-7[einecs]", "benzogynoestryl", "benzoic acid estradiol", "progynon-b", "primogyn b", "benzoic acid (8r,9s,13s,14s,17s)-17-hydroxy-13-methyl-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-3-yl ester", "(17b)-estra-1,3,5(10)-triene-3,17-diol 3-benzoate", "b-estradiol 3-benzoate", "gynecormone", "graafina", "hormogynon", "femestrone", "diffolisterol", "(1s,11s,14s,15s,10r)-14-hydroxy-15-methyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadeca-2,4,6-trien-5-yl benzoate", "estradiol 3-benzoate", "progynon benzoate", "estradiol benzoate[inn][jp15]", "ovahormon", "gynformone", "ebz", "hydroxyestrin benzoate", "4-09-00-00406", "recthormone oestradiol", "estradiolbenzoate", "agofollin depot", "estradiol benzoate (van)", "dihydrofolliculine benzoate", "200-164-5[einecs]", "ovocyclin m", "progynon b", "53-16-7[rn]", "mee", "solestro", "oestroform [bdh]", "unistradiol", "50-50-0[rn]", "dimenformon benzoate", "dihydroestrin benzoate", "dimenformone", "primogyn b oleosum", "de graafina", "ovocyclin-mb", "hidroestron", "oestradiol monobenzoate", "benzogynestryl", "diogyn b", "agofollin", "benzo-gynoestryl", "ovocyclin benzoate", "benovocylin"}|>, "4653" -> <|"DatabaseID" -> "SW02756", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 180946]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)CCOC(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09748"]}, "OfficialNames" -> <|"NPC Approved Name" -> "difeterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208836]}, "Synonyms" -> {"difeterol", "ac1q76zw", "pandryl", "difeterol (jan/inn)", "14587-50-9", "dsstox_cid_28775", "difeterol[inn]", "surecn1134552", "2-[[2-(diphenylmethoxy)ethyl](methyl)amino]-1-phenylpropan-1-ol", "ncgc00181913-02", "difeterol [inn]", "ac1l4lg4", "14587-50-9[rn]"}|>, "4654" -> <|"DatabaseID" -> "SW02756", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 180946]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)CCOC(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09748"]}, "OfficialNames" -> <|"NPC Approved Name" -> "difeterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208836]}, "Synonyms" -> {"difeterol", "ac1q76zw", "pandryl", "difeterol (jan/inn)", "14587-50-9", "dsstox_cid_28775", "difeterol[inn]", "surecn1134552", "2-[[2-(diphenylmethoxy)ethyl](methyl)amino]-1-phenylpropan-1-ol", "ncgc00181913-02", "difeterol [inn]", "ac1l4lg4", "14587-50-9[rn]"}|>, "4655" -> <|"DatabaseID" -> "SW02756", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 180946]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)CCOC(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09748"]}, "OfficialNames" -> <|"NPC Approved Name" -> "difeterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208836]}, "Synonyms" -> {"difeterol", "ac1q76zw", "pandryl", "difeterol (jan/inn)", "14587-50-9", "dsstox_cid_28775", "difeterol[inn]", "surecn1134552", "2-[[2-(diphenylmethoxy)ethyl](methyl)amino]-1-phenylpropan-1-ol", "ncgc00181913-02", "difeterol [inn]", "ac1l4lg4", "14587-50-9[rn]"}|>, "4656" -> <|"DatabaseID" -> "SW02756", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 180946]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)CCOC(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09748"]}, "OfficialNames" -> <|"NPC Approved Name" -> "difeterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208836]}, "Synonyms" -> {"difeterol", "ac1q76zw", "pandryl", "difeterol (jan/inn)", "14587-50-9", "dsstox_cid_28775", "difeterol[inn]", "surecn1134552", "2-[[2-(diphenylmethoxy)ethyl](methyl)amino]-1-phenylpropan-1-ol", "ncgc00181913-02", "difeterol [inn]", "ac1l4lg4", "14587-50-9[rn]"}|>, "4657" -> <|"DatabaseID" -> "SW02756", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 180946]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)CCOC(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09748"]}, "OfficialNames" -> <|"NPC Approved Name" -> "difeterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208836]}, "Synonyms" -> {"difeterol", "ac1q76zw", "pandryl", "difeterol (jan/inn)", "14587-50-9", "dsstox_cid_28775", "difeterol[inn]", "surecn1134552", "2-[[2-(diphenylmethoxy)ethyl](methyl)amino]-1-phenylpropan-1-ol", "ncgc00181913-02", "difeterol [inn]", "ac1l4lg4", "14587-50-9[rn]"}|>, "4658" -> <|"DatabaseID" -> "SW02756", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 180946]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)CCOC(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09748"]}, "OfficialNames" -> <|"NPC Approved Name" -> "difeterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208836]}, "Synonyms" -> {"difeterol", "ac1q76zw", "pandryl", "difeterol (jan/inn)", "14587-50-9", "dsstox_cid_28775", "difeterol[inn]", "surecn1134552", "2-[[2-(diphenylmethoxy)ethyl](methyl)amino]-1-phenylpropan-1-ol", "ncgc00181913-02", "difeterol [inn]", "ac1l4lg4", "14587-50-9[rn]"}|>, "4659" -> <|"DatabaseID" -> "SW02756", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 180946]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)CCOC(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09748"]}, "OfficialNames" -> <|"NPC Approved Name" -> "difeterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208836]}, "Synonyms" -> {"difeterol", "ac1q76zw", "pandryl", "difeterol (jan/inn)", "14587-50-9", "dsstox_cid_28775", "difeterol[inn]", "surecn1134552", "2-[[2-(diphenylmethoxy)ethyl](methyl)amino]-1-phenylpropan-1-ol", "ncgc00181913-02", "difeterol [inn]", "ac1l4lg4", "14587-50-9[rn]"}|>, "4660" -> <|"DatabaseID" -> "SW02756", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 180946]}, "IsomericSmiles" -> "CC(C(c1ccccc1)O)[NH+](C)CCOC(c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09748"]}, "OfficialNames" -> <|"NPC Approved Name" -> "difeterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208836]}, "Synonyms" -> {"difeterol", "ac1q76zw", "pandryl", "difeterol (jan/inn)", "14587-50-9", "dsstox_cid_28775", "difeterol[inn]", "surecn1134552", "2-[[2-(diphenylmethoxy)ethyl](methyl)amino]-1-phenylpropan-1-ol", "ncgc00181913-02", "difeterol [inn]", "ac1l4lg4", "14587-50-9[rn]"}|>, "4661" -> <|"DatabaseID" -> "SW02757", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5613"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3438], ExternalIdentifier["ChemSpiderID", 10482203]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00502"]}, "IsomericSmiles" -> "c1cc(ccc1C(=O)CCC[NH+]2CCC(CC2)(c3ccc(cc3)Cl)O)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00136"]}, "OfficialNames" -> <|"China Approved Name" -> "haloperidol", "Indian Approved Name" -> "haloperidol", "WHO Essential Medicine" -> "haloperidol", "Australia Approved Name" -> "HALOPERIDOL DECANOATE;HALOPERIDOL", "FDA Approved Drug" -> "HALOPERIDOL;HALOPERIDOL DECANOATE;HALOPERIDOL LACTATE"|>, "PharmGKBID" -> "PA449841", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3559]}, "Synonyms" -> {"haldol", "haloperidol", "brotopon", "aloperidol", "galoperidol", "eukystol", "aloperidin", "aloperidolo", "serenace", "halopoidol", "pernox", "sernas", "novo-peridol", "keselan", "aldo", "haloperidol intensol", "serenase", "peridol", "halojust", "halopal", "ulcolind", "vesalium", "einalon s", "sernel", "aloperidon", "dozix", "dozic", "haloperido", "pms haloperidol", "apo-haloperidol", "peluces", "bioperidolo", "lealgin compositum", "halopidol", "halidol", "sigaperidol", "haldol solutab", "haldol la", "mixidol", "uliolind", "halosten", "pekuces", "serenelfi", "1-butanone 4-[4-(4-chlorophenyl)-4-hydroxy-1-piperidinyl]-1-(4-fluorophenyl)-", "haloperidol decanoate", "haloperidol lactate", "haldol decanoate", "linton", "halol", "4-[4-(p-chlorophenyl)-4-hydroxypiperidino]-4'-fluorobutyrophenone", "4-[4-(4-chlorophenyl)-4-hydroxy-1-piperidinyl]-1-(4-fluorophenyl)-1-butanone[acd/iupac name]", "4-[4-(para-chlorophenyl)-4-hydroxypiperidino]-4'-fluorobutyropheno ne", "haldol (tn)", "4'-fluoro-4-(4-hydroxy-4-(4'-chlorophenyl)piperidino)butyrophenone", "331267[beilstein]", "4'-fluoro-4-(4-hydroxy-4-p-chlorophenylpiperidino)butyrophenone", "61788-97-4[rn]", "fortunan", "4'-fluoro-4-[4-hydroxy-4-(4'-chlorophenyl)piperidino]butyrophenone", "linton[wiki]", "4-[4-(4-chlorophenyl)-4-hydroxypiperidin-1-yl]-1-(4-fluorophenyl)butan-1-onato(2-)", "52-86-8[rn]", "5-21-02-00377 (beilstein handbook reference)[beilstein]", "4-[4-(4-chloro-phenyl)-4-hydroxy-piperidin-1-yl]-1-(4-fluoro-phenyl)-butan-1-one", "halol[wiki]", "butyrophenone 4-[4- (p-chlorophenyl)-4-hydroxypiperidino]-4'-fluoro-", "1-(3-p-fluorobenzoylpropyl)-4-p-chlorophenyl-4-hydroxypiperidine", "4-(4-hydroxy-4'-chloro-4-phenylpiperidino)-4'-fluorobutyrophenone", "butyrophenone 4-(4-(p-chlorophenyl)-4-hydroxypiperidino)-4'-fluoro-", "butyrophenone 4'-fluoro-4-(4-(p-chlorophenyl)-4-hydroxypiperidino)-", "cid3559", "mcn-jr-1625", "4'-fluoro-4-(4-(p-chlorophenyl)-4-hydroxypiperidinyl)butyrophenone", "4-[4-(4-chlorophenyl)-4-hydroxypiperidyl]-1-(4-fluorophenyl)butan-1-one", "aloperidin;bioperidolo;brotopon;dozic;duraperidol;einalon s;haldol", "haloperidolum[latin]", "1-butanone 4-(4-(4-chlorophenyl)-4-hydroxy-1-piperidinyl)-1-(4-fluorophenyl)-", "4-[4-(4-chlorphenyl)-4-hydroxypiperidin-1-yl]-1-(4-fluorphenyl)butan-1-on", "4-(4-(4-chlorophenyl)-4-hydroxy-1-piperidinyl)-1-(4-fluorophenyl)-1-butanone", "haldol[wiki]", "4-(4-(p-chlorophenyl)-4-hydroxypiperidino)-4'-fluorobutyrophenone", "200-155-6[einecs]", "aloperidin bioperidolo brotopon dozic", "4-(4-(4-chlorophenyl)-4-hydroxypiperidin-1-yl)-1-(4-fluorophenyl)butan-1-one", "haloperidol [usan:ban:inn:jan][inn][jan][usan]", "haloperidol[wiki]", "keselen", "4-[4-(4-chlorophenyl)-4-hydroxypiperidin-1-yl]-1-(4-fluorophenyl)butan-1-one", "d006220", "4-[4-(4-chlorophenyl)-4-hydroxy-1-piperidyl]-1-(4-fluorophenyl)-butan-1-one", "337376-15-5", "4-(4-(para-chlorophenyl)-4-hydroxypiperidino)-4'-fluorobutyrophenone"}|>, "4662" -> <|"DatabaseID" -> "SW02758", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2348], ExternalIdentifier["ChemSpiderID", 4642584]}, "IsomericSmiles" -> "C[NH+](Cc1cc(cc(c1N)Br)Br)C2CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07542"], ExternalIdentifier["KEGGID", "D01778"]}, "OfficialNames" -> <|"China Approved Name" -> "bromhexine", "Indian Approved Name" -> "bromhexine hcl.;bromhexine hcl;bromhexine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2442], ExternalIdentifier["PubChemCompoundID", 5702220]}, "Synonyms" -> {"bromhexine hydrochloride", "3572-43-8[rn]", "bromhexine hcl", "bisolvon", "bromhexine", "2,4-dibromo-6-{[cyclohexyl(methyl)amino]methyl}anilinehydrochloride (1:1)", "benzenemethanamine 2-amino-3,5-dibromo-n-cyclohexyl-n-methyl-,monohydrochloride", "n-(2-amino-3,5-dibromobenzyl)-n-cyclohexyl-n-methylamine", "benzenemethanamine 2-amino-3,5-dibromo-n-cyclohexyl-n-methyl-,hydrochloride (1:1)", "bromhexine[wiki]", "611-75-6 3572-43-8 [bromhexine]", "[(2-amino-3,5-dibromophenyl)methyl]cyclohexylmethylamine chloride", "bromhexina [inn-spanish]", "ac1nwavg", "n-cyclohexyl-n-methyl-(2-amino-3,5-dibromobenzyl)ammonium chloride", "[(2-amino-3", "bromhexinum [inn-latin]", "611-75-6", "bromhexinum[latin]", "2-amino-3,5-dibromo-n-cyclohexyl-n-methylbenzylamine hydrochloride; n-(2-amino-3,5-dibromobenzyl)-n-methylcyclohexylamine hydrochloride", "brombenzonium", "3,5-dibromo-na-cyclohexyl-na-methyltoluene-a,2-diamine", "ncgc00095005-01", "611-75-6[rn]", "3,5-dibromo-na-cyclohexyl-na-methyltoluene-a,2-diaminehydrochloride", "bromhexine chloride", "bromhexine [inn:ban]", "2,4-dibromo-6-{[cyclohexyl(methyl)amino]methyl}aniline[acd/iupac name]", "benzenemethanamine 2-amino-3,5-dibromo-n-cyclohexyl-n-methyl-", "bromessina", "2,4-dibromo-6-((cyclohexyl(methyl)amino)methyl)benzenamine", "2-amino-3,5-dibromo-n-cyclohexyl-n-methylbenzenemethanamine", "2-amino-n-cyclohexyl-3,5-dibromo-n-methylbenzylamine hydrochloride", "n-cyclohexyl-n-methyl-(2-amino-3", "32184-12-6 (x hydrochloride)", "bisolvon[wiki]", "bromohexine hcl", "fluibron", "n-cyclohexyl-n-methyl-2-(2-amino-3,5-dibromo)benzylammonium", "benzylamine 2-amino-n-cyclohexyl-3,5-dibromo-n-methyl- hydrochloride", "bromhexina[spanish][inn]", "2", "2-amino-3,5-dibromo-n-cyclohexyl-n-methylbenzylamine hydrochloride", "611-75-6 3572-43-8", "n-(2-amino-3,5-dibromobenzyl)-n-methylcyclohexylammonium", "n-cyclohexyl-n-methyl-(2-amino-3,5-dibrombenzyl)amin", "auxit", "222-684-1[einecs]", "210-280-8[einecs]", "st024771", "bromhexinehydrochloride", "einecs 222-684-1", "2-amino-3,5-dibromo-n-cyclohexyl-n-methylbenzenemethanamine monohydrochloride", "bisolvon (tn)", "2-amino-3,5-dibromo-n-cyclohexyl-n-methylbenzene", "[(2-amino-3,5-dibromophenyl)methyl]cyclohexylmethylamine", "bromohexine hydrochloride", "benzenemethanamine", "unii-yc2zom3z8v", "3572-43-8"}|>, "4663" -> <|"DatabaseID" -> "SW02758", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2348], ExternalIdentifier["ChemSpiderID", 4642584]}, "IsomericSmiles" -> "C[NH+](Cc1cc(cc(c1N)Br)Br)C2CCCCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07542"], ExternalIdentifier["KEGGID", "D01778"]}, "OfficialNames" -> <|"China Approved Name" -> "bromhexine", "Indian Approved Name" -> "bromhexine hcl.;bromhexine hcl;bromhexine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2442], ExternalIdentifier["PubChemCompoundID", 5702220]}, "Synonyms" -> {"bromhexine hydrochloride", "3572-43-8[rn]", "bromhexine hcl", "bisolvon", "bromhexine", "2,4-dibromo-6-{[cyclohexyl(methyl)amino]methyl}anilinehydrochloride (1:1)", "benzenemethanamine 2-amino-3,5-dibromo-n-cyclohexyl-n-methyl-,monohydrochloride", "n-(2-amino-3,5-dibromobenzyl)-n-cyclohexyl-n-methylamine", "benzenemethanamine 2-amino-3,5-dibromo-n-cyclohexyl-n-methyl-,hydrochloride (1:1)", "bromhexine[wiki]", "611-75-6 3572-43-8 [bromhexine]", "[(2-amino-3,5-dibromophenyl)methyl]cyclohexylmethylamine chloride", "bromhexina [inn-spanish]", "ac1nwavg", "n-cyclohexyl-n-methyl-(2-amino-3,5-dibromobenzyl)ammonium chloride", "[(2-amino-3", "bromhexinum [inn-latin]", "611-75-6", "bromhexinum[latin]", "2-amino-3,5-dibromo-n-cyclohexyl-n-methylbenzylamine hydrochloride; n-(2-amino-3,5-dibromobenzyl)-n-methylcyclohexylamine hydrochloride", "brombenzonium", "3,5-dibromo-na-cyclohexyl-na-methyltoluene-a,2-diamine", "ncgc00095005-01", "611-75-6[rn]", "3,5-dibromo-na-cyclohexyl-na-methyltoluene-a,2-diaminehydrochloride", "bromhexine chloride", "bromhexine [inn:ban]", "2,4-dibromo-6-{[cyclohexyl(methyl)amino]methyl}aniline[acd/iupac name]", "benzenemethanamine 2-amino-3,5-dibromo-n-cyclohexyl-n-methyl-", "bromessina", "2,4-dibromo-6-((cyclohexyl(methyl)amino)methyl)benzenamine", "2-amino-3,5-dibromo-n-cyclohexyl-n-methylbenzenemethanamine", "2-amino-n-cyclohexyl-3,5-dibromo-n-methylbenzylamine hydrochloride", "n-cyclohexyl-n-methyl-(2-amino-3", "32184-12-6 (x hydrochloride)", "bisolvon[wiki]", "bromohexine hcl", "fluibron", "n-cyclohexyl-n-methyl-2-(2-amino-3,5-dibromo)benzylammonium", "benzylamine 2-amino-n-cyclohexyl-3,5-dibromo-n-methyl- hydrochloride", "bromhexina[spanish][inn]", "2", "2-amino-3,5-dibromo-n-cyclohexyl-n-methylbenzylamine hydrochloride", "611-75-6 3572-43-8", "n-(2-amino-3,5-dibromobenzyl)-n-methylcyclohexylammonium", "n-cyclohexyl-n-methyl-(2-amino-3,5-dibrombenzyl)amin", "auxit", "222-684-1[einecs]", "210-280-8[einecs]", "st024771", "bromhexinehydrochloride", "einecs 222-684-1", "2-amino-3,5-dibromo-n-cyclohexyl-n-methylbenzenemethanamine monohydrochloride", "bisolvon (tn)", "2-amino-3,5-dibromo-n-cyclohexyl-n-methylbenzene", "[(2-amino-3,5-dibromophenyl)methyl]cyclohexylmethylamine", "bromohexine hydrochloride", "benzenemethanamine", "unii-yc2zom3z8v", "3572-43-8"}|>, "4664" -> <|"DatabaseID" -> "SW02759", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476130]}, "IsomericSmiles" -> "CCOC1c2c(ccc3c2OCO3)-c4ccc5cc6c(cc5c4N1C)OCO6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ethoxysanguinarine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317235]}, "Synonyms" -> {"ethoxysanguinarine", "14-ethoxy-13-methyl-13,14-dihydro[1,3]benzodioxolo[5,6-c][1,3]dioxolo[4,5-i]phenanthridine", "28342-31-6[rn]", "[1,3]benzodioxolo[5,6-c]-1,3-dioxolo[4,5-i]phenanthridine 14-ethoxy-13,14-dihydro-13-methyl-"}|>, "4665" -> <|"DatabaseID" -> "SW02759", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476130]}, "IsomericSmiles" -> "CCOC1c2c(ccc3c2OCO3)-c4ccc5cc6c(cc5c4N1C)OCO6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ethoxysanguinarine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317235]}, "Synonyms" -> {"ethoxysanguinarine", "14-ethoxy-13-methyl-13,14-dihydro[1,3]benzodioxolo[5,6-c][1,3]dioxolo[4,5-i]phenanthridine", "28342-31-6[rn]", "[1,3]benzodioxolo[5,6-c]-1,3-dioxolo[4,5-i]phenanthridine 14-ethoxy-13,14-dihydro-13-methyl-"}|>, "4666" -> <|"DatabaseID" -> "SW02760", "IsomericSmiles" -> "c1ccc2c(c1)cccc2NN=C3C=Cc4c(cccc4S(=O)(=O)[O-])C3=O", "OfficialNames" -> <|"Indian Approved Name" -> "cepae ext"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57351934]}, "Synonyms" -> {"ag-g-37123", "1-naphthalenesulfonicacid"}|>, "4667" -> <|"DatabaseID" -> "SW02760", "IsomericSmiles" -> "c1ccc2c(c1)cccc2NN=C3C=Cc4c(cccc4S(=O)(=O)[O-])C3=O", "OfficialNames" -> <|"Indian Approved Name" -> "cepae ext"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57351934]}, "Synonyms" -> {"ag-g-37123", "1-naphthalenesulfonicacid"}|>, "4668" -> <|"DatabaseID" -> "SW02761", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293690]}, "IsomericSmiles" -> "Cc1cc(nc(n1)O[C@H](C(=O)[O-])C(c2ccccc2)(c3ccccc3)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07077"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "AMBRISENTAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918493]}, "Synonyms" -> {"letairis", "volibris", "ambrisentan", "unii-hw6nv07qec", "ambrisentan [inn]", "177036-94-1[rn]", "(2s)-2-[(4,6-dimethylpyrimidin-2-yl)oxy]-3-methoxy-3,3-diphenylpropanoicacid", "lu-208075", "bsf-208075", "ambrisentan[wiki][inn]", "177036-94-1", "ac1l53vt", "(s)-2-(4,6-dimethyl-pyrimidin-2-yloxy)-3-methoxy-3,3-diphenyl-propionicacid", "(s)-2-(4,6-dimethylpyrimidin-2-yloxy)-3-methoxy-3,3-diphenylpropanoic acid", "ncgc00160662-01"}|>, "4669" -> <|"DatabaseID" -> "SW02762", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52429"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83843]}, "IsomericSmiles" -> "CCC(C(=O)N[C@H]1[C@@H]2N(C1=O)[C@H](C(S2)(C)C)C(=O)[O-])Oc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01649"]}, "OfficialNames" -> <|"NPC Approved Name" -> "propicillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92879]}, "Synonyms" -> {"phenoxypropylpenicillin", "levopropicillin", "propicilline", "propicillin", "propicilline[french]", "(1-phenoxypropyl)penicillin", "[2s-(2a,5a,6b)]-3,3-dimethyl-7-oxo-6-[(1-oxo-2-phenoxybutyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "551-27-9", "propicilina", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(2-phenoxybutanoyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid[acd/iupac name]", "ac1q5qwr", "propicilina; propicillin; propicillinum", "208-995-5[einecs]", "propicillinum [inn_la]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(1-oxo-2-phenoxybutyl)amino]- (2s,5r,6r)-", "propicillin potassium", "propicillin (ban)", "propicillinum", "551-27-9[rn]", "levopropylcillin", "6-(a-phenoxybutyramido)penicillanic acid", "a-phenoxypropylpenicillin", "chebi:52429"}|>, "4670" -> <|"DatabaseID" -> "SW02762", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52429"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83843]}, "IsomericSmiles" -> "CCC(C(=O)N[C@H]1[C@@H]2N(C1=O)[C@H](C(S2)(C)C)C(=O)[O-])Oc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01649"]}, "OfficialNames" -> <|"NPC Approved Name" -> "propicillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92879]}, "Synonyms" -> {"phenoxypropylpenicillin", "levopropicillin", "propicilline", "propicillin", "propicilline[french]", "(1-phenoxypropyl)penicillin", "[2s-(2a,5a,6b)]-3,3-dimethyl-7-oxo-6-[(1-oxo-2-phenoxybutyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "551-27-9", "propicilina", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(2-phenoxybutanoyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid[acd/iupac name]", "ac1q5qwr", "propicilina; propicillin; propicillinum", "208-995-5[einecs]", "propicillinum [inn_la]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[(1-oxo-2-phenoxybutyl)amino]- (2s,5r,6r)-", "propicillin potassium", "propicillin (ban)", "propicillinum", "551-27-9[rn]", "levopropylcillin", "6-(a-phenoxybutyramido)penicillanic acid", "a-phenoxypropylpenicillin", "chebi:52429"}|>, "4671" -> <|"DatabaseID" -> "SW02763", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8802"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54803]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00899"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2(CC[NH+](CC2)CCC(=O)OC)C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08473"]}, "OfficialNames" -> <|"Australia Approved Name" -> "REMIFENTANIL", "US Illegal/Scheduled Drug (Schedule 2)" -> "Remifentanil", "FDA Approved Drug" -> "REMIFENTANIL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451232", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60814], ExternalIdentifier["PubChemCompoundID", 60815]}, "Synonyms" -> {"ultiva", "remifentanyl", "remifentanil", "remifentanil hydrochloride", "remifentanil[wiki]", "4-carboxy-4-(n-phenylpropionamido)-1-piperidinepropionic acid dimethyl ester", "1-piperidinepropanoic acid,4-(methoxycarbonyl)-4-[(1-oxopropyl)phenylamino]- methyl ester", "remifentanil [inn_en]", "1-piperidinepropanoic acid,4-(methoxy-carbonyl)-4-((1-oxopropyl)phenylamino)- methyl ester", "132875-61-7[rn]", "methyl 1-(3-methoxy-3-oxopropyl)-4-[phenyl(propionyl)amino]piperidine-4-carboxylate", "methyl 1-(3-methoxy-3-oxopropyl)-4-(n-phenylpropionamido)piperidine-4-carboxylate", "4-(methoxycarbonyl)-4-[(1-oxopropyl)phenylamino]-1-piperidinepropanoic acid methyl ester", "gi 87084x", "1-(2-methoxycarbonyl-ethyl)-4-(phenyl-propionyl-amino)-piperidine-4-carboxylic acid methylester", "methyl 1-(3-methoxy-3-oxopropyl)-4-[phenyl(propanoyl)amino]piperidine-4-carboxylate", "kor-1", "remifentanil [inn:ban]", "ac1q5zgr", "dea no. 9739", "gi87084b", "ultiva (tn)", "remifentanil (inn)", "chebi:8802", "132539-07-2", "ac1q3e9w", "unii-5v444h5wic", "gi-87084b", "1-piperidinepropanoic acid", "chebi:32091", "remifentanil monohydrochloride", "ac1l1tz5", "remifentanil hcl"}|>, "4672" -> <|"DatabaseID" -> "SW02764", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4664]}, "IsomericSmiles" -> "c1cc(ccc1C(=O)CCC[NH+]2CCC(CC2)(C(=O)N)[NH+]3CCCCC3)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02622"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pipamperone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4830]}, "Synonyms" -> {"dipiperone", "1893-33-0", "dipiperal", "floropipamide", "piperonyl", "pipamperone", "1'-[4-(4-fluorophenyl)-4-oxobutyl]-1,4'-bipiperidine-4'-carboxamide[acd/iupac name]", "1893-33-0[rn]", "pipamperonum [inn-latin]", "(1,4'-bipiperidine)-4'-carboxamide,1'-(4-(4-fluorophenyl)-4-oxobutyl)-", "pipamperone [usan:ban:inn][inn][usan]", "dipiperon", "isonipacotamide 1-(3-(p-fluorobenzoyl)propyl)-4-piperidino-", "piperonil", "1'-[4-(4-fluoro-phenyl)-4-oxo-butyl]-[1,4']bipiperidinyl-4'-carboxylic acid amide", "pipamperonum[latin]", "4'-fluoro-4-(4-n-piperidino-4-carbamidopiperidino)butyrophenone", "1-(4-(4-fluorophenyl)-4-oxobutyl)-4-(piperidin-1-yl)piperidine-4-carboxamide", "pipaneperone", "r 3345", "mcn-jr 3345", "5-22-13-00536[beilstein]", "1-(p-fluorophenyl)-4-(4-piperidino-4-carbamoylpiperidino)-1-butanone", "1'-[3-(p-fluorobenzoyl)propyl]-[1,4'-bipiperidine]-4'-carboxamide", "[1,4'-bipiperidine]-4'-carboxamide,1'-[4-(4-fluorophenyl)-4-oxobutyl]-", "1-[g-(4-fluorobenzoyl)propyl]-4-piperidinopiperidine-4-carboxamide", "mcn-jr-3345", "1'-[4-(4-fluorophenyl)-4-oxobutyl][1,4'-bipiperidine]-4'-carboxamide", "5-22-13-00536 (beilstein handbook reference)[beilstein]", "cid4830", "pipamperone[wiki][usan]", "pipamperona[spanish][inn]", "(1,4'-bipiperidine)-4'-carboxamide,1'-(3-(p-fluorobenzoyl)propyl)-", "4'-fluoro-4-[n-[4-(n-piperidino)-4-carbamido]piperidino]butyrophenone", "1'-(3-(p-fluorobenzoyl)propyl)-(1,4'-bipiperidine)-4'-carboxamide"}|>, "4673" -> <|"DatabaseID" -> "SW02765", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3281]}, "IsomericSmiles" -> "c1ccc(c(c1)C23c4cc(ccc4N(C(=O)C[NH+]2CCO3)CCO)Cl)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01286"]}, "OfficialNames" -> <|"NPC Approved Name" -> "flutazolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3398]}, "Synonyms" -> {"flutazolam", "coreminal", "flutazolamum", "ms-4101", "10-chloro-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydro-7-(2-hydroxyethyl)oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one", "10-chloro-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydro-7-(2-hydroxyethyl)oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "10-chloro-11b-(o-fluorophenyl)-2", "10-chloro-11b-(2-fluorophenyl)-2", "oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one 10-chloro-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydro-7-(2-hydroxyethyl)-", "10-chloro-11b-(2-fluorophenyl)-7-(2-hydroxyethyl)-2,3,7,11b-tetrahydro[1,3]oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one[acd/iupac name]", "flutazolamum [inn-latin]", "coreminal (tn)", "10-chloro-11b-(o-fluorophenyl)-2,3,7,11b-tetrahydro-7-(2-hydroxyethyl)oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "oxazolo(3", "flutazolam [inn:jan][inn][jan]", "brn 1092501", "27060-91-9", "oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one 10-chloro-11b-(o-fluorophenyl)-2,3,7,11b-tetrahydro-7-(2-hydroxyethyl)-", "flutazolamum[latin]", "flutazolam [inn:jan]", "ro 07-6102", "27060-91-9[rn]"}|>, "4674" -> <|"DatabaseID" -> "SW02765", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3281]}, "IsomericSmiles" -> "c1ccc(c(c1)C23c4cc(ccc4N(C(=O)C[NH+]2CCO3)CCO)Cl)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01286"]}, "OfficialNames" -> <|"NPC Approved Name" -> "flutazolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3398]}, "Synonyms" -> {"flutazolam", "coreminal", "flutazolamum", "ms-4101", "10-chloro-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydro-7-(2-hydroxyethyl)oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one", "10-chloro-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydro-7-(2-hydroxyethyl)oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "10-chloro-11b-(o-fluorophenyl)-2", "10-chloro-11b-(2-fluorophenyl)-2", "oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one 10-chloro-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydro-7-(2-hydroxyethyl)-", "10-chloro-11b-(2-fluorophenyl)-7-(2-hydroxyethyl)-2,3,7,11b-tetrahydro[1,3]oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one[acd/iupac name]", "flutazolamum [inn-latin]", "coreminal (tn)", "10-chloro-11b-(o-fluorophenyl)-2,3,7,11b-tetrahydro-7-(2-hydroxyethyl)oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "oxazolo(3", "flutazolam [inn:jan][inn][jan]", "brn 1092501", "27060-91-9", "oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one 10-chloro-11b-(o-fluorophenyl)-2,3,7,11b-tetrahydro-7-(2-hydroxyethyl)-", "flutazolamum[latin]", "flutazolam [inn:jan]", "ro 07-6102", "27060-91-9[rn]"}|>, "4675" -> <|"DatabaseID" -> "SW02766", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3442]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01476"]}, "IsomericSmiles" -> "c1ccc(c(c1)C23c4cc(ccc4NC(=O)C[NH+]2CCO3)Br)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01758"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Haloxazolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3563]}, "Synonyms" -> {"somelin", "haloxazolam", "dea no. 2771", "haloxazolam[wiki][jp15]", "10-bromo-11b-(2-fluorophenyl)-2", "cs-430", "59128-97-1", "cs 430", "haloxazolamum [inn-latin]", "oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one 2,3,7,11b-tetrahydro-10-bromo-11b-(2-fluorophenyl)-", "haloxazolam [inn:jan][inn][jan]", "haloxazolamum[latin]", "oxazolo[3,2-d](1,4)benzodiazepin-6(5h)-one 2,3,7,11b-tetrahydro-10-bromo-11b-(2-fluorophenyl)-", "oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one 10-bromo-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydro-", "10-bromo-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydro[1,3]oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one[acd/iupac name]", "brn 0569670", "10-bromo-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydrooxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "10-bromo-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydrooxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one", "somelin (tn)", "10-bromo-11b-(o-fluorophenyl)-2", "59128-97-1[rn]", "10-bromo-11b-(o-fluorophenyl)-2,3,7,11b-tetrahydrooxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one"}|>, "4676" -> <|"DatabaseID" -> "SW02766", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3442]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01476"]}, "IsomericSmiles" -> "c1ccc(c(c1)C23c4cc(ccc4NC(=O)C[NH+]2CCO3)Br)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01758"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Haloxazolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3563]}, "Synonyms" -> {"somelin", "haloxazolam", "dea no. 2771", "haloxazolam[wiki][jp15]", "10-bromo-11b-(2-fluorophenyl)-2", "cs-430", "59128-97-1", "cs 430", "haloxazolamum [inn-latin]", "oxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one 2,3,7,11b-tetrahydro-10-bromo-11b-(2-fluorophenyl)-", "haloxazolam [inn:jan][inn][jan]", "haloxazolamum[latin]", "oxazolo[3,2-d](1,4)benzodiazepin-6(5h)-one 2,3,7,11b-tetrahydro-10-bromo-11b-(2-fluorophenyl)-", "oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one 10-bromo-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydro-", "10-bromo-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydro[1,3]oxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one[acd/iupac name]", "brn 0569670", "10-bromo-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydrooxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one", "10-bromo-11b-(2-fluorophenyl)-2,3,7,11b-tetrahydrooxazolo[3,2-d][1,4]benzodiazepin-6(5h)-one", "somelin (tn)", "10-bromo-11b-(o-fluorophenyl)-2", "59128-97-1[rn]", "10-bromo-11b-(o-fluorophenyl)-2,3,7,11b-tetrahydrooxazolo(3,2-d)(1,4)benzodiazepin-6(5h)-one"}|>, "4677" -> <|"DatabaseID" -> "SW02767", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911180]}, "IsomericSmiles" -> "CC1=CO[C@@H](C2C1([C@H](C[C@@]2(C)O)O)O)O[C@H]3[C@@H]([C@@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lamiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398550]}, "Synonyms" -> {"lamiol"}|>, "4678" -> <|"DatabaseID" -> "SW02767", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911180]}, "IsomericSmiles" -> "CC1=CO[C@@H](C2C1([C@H](C[C@@]2(C)O)O)O)O[C@H]3[C@@H]([C@@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lamiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398550]}, "Synonyms" -> {"lamiol"}|>, "4679" -> <|"DatabaseID" -> "SW02767", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911180]}, "IsomericSmiles" -> "CC1=CO[C@@H](C2C1([C@H](C[C@@]2(C)O)O)O)O[C@H]3[C@@H]([C@@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lamiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398550]}, "Synonyms" -> {"lamiol"}|>, "4680" -> <|"DatabaseID" -> "SW02767", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911180]}, "IsomericSmiles" -> "CC1=CO[C@@H](C2C1([C@H](C[C@@]2(C)O)O)O)O[C@H]3[C@@H]([C@@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lamiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398550]}, "Synonyms" -> {"lamiol"}|>, "4681" -> <|"DatabaseID" -> "SW02768", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391830]}, "IsomericSmiles" -> "C[n+]1cc2c(c3c1c4cc5c(cc4cc3)OCO5)c(cc(c2OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chelilutine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10873368]}, "Synonyms" -> {"[1,3]benzodioxolo[5,6-c]phenanthridinium 1,2,4-trimethoxy-12-methyl-"}|>, "4682" -> <|"DatabaseID" -> "SW02769", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5665]}, "IsomericSmiles" -> "C[C@]12C[C@@H]([C@H]3[C@H]([C@@H]1CC[C@@]2(C(=O)CO)O)C[C@@H](C4=CC(=O)C=C[C@]34C)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04227"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLUPREDNISOLONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5876]}, "Synonyms" -> {"fluprednisolone", "alphadrol", "vladicort", "f. i. 6150", "53-34-9[rn]", "6a-fluoro-1,4-pregnadiene-11b,17a,21-triol-3,20-dione", "prednisolone", "200-170-8[einecs]", "fluprednisolonum[latin]", "fluprednisolonum [inn-latin]", "6a-fluoro-1-dehydrohydrocortisone", "(6a,11b)-6-fluoro-11,17,21-trihydroxypregna-1,4-diene-3,20-dione", "isopredon", "6alpha-fluoroprednisolone", "etadrol", "53-34-9", "fluprednisolone [usan:ban:inn][inn][usan]", "6a-fluoroprednisolone"}|>, "4683" -> <|"DatabaseID" -> "SW02770", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59201]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "05265"]}, "IsomericSmiles" -> "CC(C)c1cc2c(cc1S(=O)(=O)[O-])[C@]3(CCC[C@@]([C@@H]3CC2)(C)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01991"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ecabet"|>, "PharmGKBID" -> "PA165958350", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65781]}, "Synonyms" -> {"ecabet sodium", "gastrom", "12-sulfodehydroabietic acid", "ecabet (inn)", "ecabetum", "ecabet [inn]", "ecabetum [inn-latin]", "ecabet", "13-isopropyl-12-sulfopodocarpa-8,11,13-trien-15-oic acid", "33159-27-2[rn]", "urea amidohydrolase alpha subunit", "ecabet[inn]", "dehydro-6-sulfoabietic acid", "[1r-(1a,4ab,10aa)]-1,2,3,4,4a,9,10,10a-octahydro-1,4a-dimethyl-7-(1-methylethyl)-6-sulfo-1-phenanthrenecarboxylic acid", "86408-72-2[rn]", "12-sulfoabieta-8,11,13-trien-18-oic acid", "ecabetum[latin]", "ncgc00181160-01", "1-phenanthrenecarboxylic acid 1,2,3,4,4a,9,10,10a-octahydro-1,4a-dimethyl-7-(1-methylethyl)-6-sulfo- (1r,4as,10ar)-", "ec 3.5.1.5", "(1r,4as,10ar)-1,4a-dimethyl-7-propan-2-yl-6-sulfo-2,3,4,9,10,10a-hexahydrophenanthrene-1-carboxylicacid", "13-isopropyl-12-sulfopodocarpa-8", "ecabet sodium hydrate", "12-sulfoabieta-8(14),9(11),12-trien-18-oic acid[acd/iupac name]"}|>, "4684" -> <|"DatabaseID" -> "SW02771", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2047]}, "IsomericSmiles" -> "c1c(cc(c(c1C[NH2+]C2CCC(CC2)O)N)Br)Br", "OfficialNames" -> <|"China Approved Name" -> "ambroxol", "Indian Approved Name" -> "ambroxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2132]}, "Synonyms" -> {"ambroxol", "contac husten-trunk", "ambrohexal", "p?diamuc", "expeflen", "ambrolitic", "na-872", "n-(trans-4-hidroxiciclohexil)-(2-amino-3,5-dibromobencil)amina[spanish]", "cyclohexanol 4-(((2-amino-3,5-dibromophenyl)methyl)amino)- trans- (9ci)", "muco fips", "bronchopront", "einecs 242-500-3", "cas-23828-92-4", "abrohexal", "flavamed", "ambroxolum[latin]", "4-[[(2-amino-3,5-dibromophenyl)methyl]amino]cyclohexanol", "mucosolvan", "ambril", "contac husten trunk", "ambroxol [inn:ban]", "mucofips", "trans-4-((2-amino-3,5-dibromobencil)amino)ciclohexanol[spanish]", "duramucal", "ambrol?s", "cyclohexanol 4-[[(2-amino-3,5-dibromophenyl)methyl]amino]- trans-", "ringelheimer pulmonal", "therapin hustenl?ser", "sekretovit", "ambropp", "ambro puren", "ambrobeta", "4-[(2-amino-3,5-dibromobenzyl)amino]cyclohexanol[acd/iupac name]", "pulmonal ringelheimer", "dinobroxol", "stas hustenl?ser", "n-(trans-p-hydroxycyclohexyl)-(2-amino-3,5-dibromobenzyl)amine", "surbronc", "bisolvon metabolite viii", "trans-4-((2-amino-3,5-dibromobenzyl)amine)cyclohexanol", "bromhexine-metabolite viii", "larylin husten l?ser", "242-500-3[einecs]", "ambroxocompren", "n-(2-amino-3,4-dibromociclohexil)-trans-4-aminociclohexanol[spanish]", "ambropuren", "amboxol", "pulmonal s", "bronchowern", "lasolvan", "farmabroxol", "frenopect", "gelopol", "4-(((2-amino-3,5-dibromophenyl)methyl)amino)cyclohexanol", "bisolvon am", "18683-91-5[rn]", "hustenl?ser pect", "hustenl?ser therapin", "ambroxol base", "4-[(2-amino-3", "cyclohexanol 4-(((2-amino-3,5-dibromophenyl)methyl)amino)- trans-", "trans-4-((2-amino-3", "na872", "mucotablin", "broxol", "18683-91-5", "ambro-puren", "cyclohexanol 4-[[(2-amino-3,5-dibromophenyl)methyl]amino]-", "ambroten", "trans-4-[(2-amino-3,5-dibromobenzyl)amino]cyclohexanol", "stas-hustenl?ser", "ambroxolum [inn-latin]", "expit", "am bisolvon", "motosol", "pect hustenl?ser", "ambroxol hcl", "d000551", "muco-fips", "larylin hustenl?ser", "trans-4-((2-amino-3,5-dibromobenzyl)amino)cyclohexanol", "ebromin", "larylin husten-l?ser", "cyclohexanol 4-[[(2-amino-3,5-dibromo-phenyl)methyl]amino]- trans", "ambrofur", "mibrox", "stashustenl?ser", "ambroxin"}|>, "4685" -> <|"DatabaseID" -> "SW02772", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63681"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390111]}, "IsomericSmiles" -> "c1cc2c(cc(nc2c(c1)C(F)(F)F)C(F)(F)F)C(C3CCCC[NH2+]3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00831"], ExternalIdentifier["KEGGID", "D04895"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mefloquine hcl", "WHO Essential Medicine" -> "mefloquine", "Australia Approved Name" -> "MEFLOQUINE", "FDA Approved Drug" -> "MEFLOQUINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450348", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441362], ExternalIdentifier["PubChemCompoundID", 4046]}, "Synonyms" -> {"mefloquine", "lariam", "mefloquinone", "prestwick2_000126", "prestwick3_000126", "prestwick1_000126", "mefloquine (usan/inn)", "mefloquine hcl", "ac1l1haj", "prestwick0_000126", "spectrum_001312", "mefloquine hydrochloride", "lariam (tn)", "2-[(2,8-bis-trifluoromethyl-quinolin-4-yl)-hydroxy-methyl]-piperidinium", "ac1l9b1j", "51773-92-3[rn]", "[2,8-bis(trifluoromethyl)quinolin-4-yl](piperidin-2-yl)methanolhydrochloride (1:1)", "hms1568i14", "nsc758233", "2-{[2,8-bis(trifluoromethyl)quinolin-4-yl](hydroxy)methyl}piperidinium chloride", "mls002154206", "tcmdc-123920", "pharmakon1600-01503070", "2-[(2,8-bis-trifluoromethyl-quinolin-4-yl)-hydroxy-methyl]-piperidinium;chloride", "68682-28-0", "tcmdc-124288", "51773-92-3", "53230-10-7[rn]", "chloride", "prestwick_538"}|>, "4686" -> <|"DatabaseID" -> "SW02772", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63681"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390111]}, "IsomericSmiles" -> "c1cc2c(cc(nc2c(c1)C(F)(F)F)C(F)(F)F)C(C3CCCC[NH2+]3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00831"], ExternalIdentifier["KEGGID", "D04895"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mefloquine hcl", "WHO Essential Medicine" -> "mefloquine", "Australia Approved Name" -> "MEFLOQUINE", "FDA Approved Drug" -> "MEFLOQUINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450348", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441362], ExternalIdentifier["PubChemCompoundID", 4046]}, "Synonyms" -> {"mefloquine", "lariam", "mefloquinone", "prestwick2_000126", "prestwick3_000126", "prestwick1_000126", "mefloquine (usan/inn)", "mefloquine hcl", "ac1l1haj", "prestwick0_000126", "spectrum_001312", "mefloquine hydrochloride", "lariam (tn)", "2-[(2,8-bis-trifluoromethyl-quinolin-4-yl)-hydroxy-methyl]-piperidinium", "ac1l9b1j", "51773-92-3[rn]", "[2,8-bis(trifluoromethyl)quinolin-4-yl](piperidin-2-yl)methanolhydrochloride (1:1)", "hms1568i14", "nsc758233", "2-{[2,8-bis(trifluoromethyl)quinolin-4-yl](hydroxy)methyl}piperidinium chloride", "mls002154206", "tcmdc-123920", "pharmakon1600-01503070", "2-[(2,8-bis-trifluoromethyl-quinolin-4-yl)-hydroxy-methyl]-piperidinium;chloride", "68682-28-0", "tcmdc-124288", "51773-92-3", "53230-10-7[rn]", "chloride", "prestwick_538"}|>, "4687" -> <|"DatabaseID" -> "SW02772", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63681"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390111]}, "IsomericSmiles" -> "c1cc2c(cc(nc2c(c1)C(F)(F)F)C(F)(F)F)C(C3CCCC[NH2+]3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00831"], ExternalIdentifier["KEGGID", "D04895"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mefloquine hcl", "WHO Essential Medicine" -> "mefloquine", "Australia Approved Name" -> "MEFLOQUINE", "FDA Approved Drug" -> "MEFLOQUINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450348", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441362], ExternalIdentifier["PubChemCompoundID", 4046]}, "Synonyms" -> {"mefloquine", "lariam", "mefloquinone", "prestwick2_000126", "prestwick3_000126", "prestwick1_000126", "mefloquine (usan/inn)", "mefloquine hcl", "ac1l1haj", "prestwick0_000126", "spectrum_001312", "mefloquine hydrochloride", "lariam (tn)", "2-[(2,8-bis-trifluoromethyl-quinolin-4-yl)-hydroxy-methyl]-piperidinium", "ac1l9b1j", "51773-92-3[rn]", "[2,8-bis(trifluoromethyl)quinolin-4-yl](piperidin-2-yl)methanolhydrochloride (1:1)", "hms1568i14", "nsc758233", "2-{[2,8-bis(trifluoromethyl)quinolin-4-yl](hydroxy)methyl}piperidinium chloride", "mls002154206", "tcmdc-123920", "pharmakon1600-01503070", "2-[(2,8-bis-trifluoromethyl-quinolin-4-yl)-hydroxy-methyl]-piperidinium;chloride", "68682-28-0", "tcmdc-124288", "51773-92-3", "53230-10-7[rn]", "chloride", "prestwick_538"}|>, "4688" -> <|"DatabaseID" -> "SW02772", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63681"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390111]}, "IsomericSmiles" -> "c1cc2c(cc(nc2c(c1)C(F)(F)F)C(F)(F)F)C(C3CCCC[NH2+]3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00831"], ExternalIdentifier["KEGGID", "D04895"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mefloquine hcl", "WHO Essential Medicine" -> "mefloquine", "Australia Approved Name" -> "MEFLOQUINE", "FDA Approved Drug" -> "MEFLOQUINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450348", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441362], ExternalIdentifier["PubChemCompoundID", 4046]}, "Synonyms" -> {"mefloquine", "lariam", "mefloquinone", "prestwick2_000126", "prestwick3_000126", "prestwick1_000126", "mefloquine (usan/inn)", "mefloquine hcl", "ac1l1haj", "prestwick0_000126", "spectrum_001312", "mefloquine hydrochloride", "lariam (tn)", "2-[(2,8-bis-trifluoromethyl-quinolin-4-yl)-hydroxy-methyl]-piperidinium", "ac1l9b1j", "51773-92-3[rn]", "[2,8-bis(trifluoromethyl)quinolin-4-yl](piperidin-2-yl)methanolhydrochloride (1:1)", "hms1568i14", "nsc758233", "2-{[2,8-bis(trifluoromethyl)quinolin-4-yl](hydroxy)methyl}piperidinium chloride", "mls002154206", "tcmdc-123920", "pharmakon1600-01503070", "2-[(2,8-bis-trifluoromethyl-quinolin-4-yl)-hydroxy-methyl]-piperidinium;chloride", "68682-28-0", "tcmdc-124288", "51773-92-3", "53230-10-7[rn]", "chloride", "prestwick_538"}|>, "4689" -> <|"DatabaseID" -> "SW02773", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 157580]}, "IsomericSmiles" -> "CN1c2c(ccc3c2cc4c(c3)OCO4)-c5ccc(c(c5C1CO)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bocconoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 181121]}, "Synonyms" -> {"(1", "ac1l48ft", "32906-88-0", "bocconoline", "32906-88-0[rn]"}|>, "4690" -> <|"DatabaseID" -> "SW02773", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 157580]}, "IsomericSmiles" -> "CN1c2c(ccc3c2cc4c(c3)OCO4)-c5ccc(c(c5C1CO)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bocconoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 181121]}, "Synonyms" -> {"(1", "ac1l48ft", "32906-88-0", "bocconoline", "32906-88-0[rn]"}|>, "4691" -> <|"DatabaseID" -> "SW02774", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34836"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58236], ExternalIdentifier["ChemSpiderID", 390012]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)c3c(cccc3OC)OC)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02196"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHICILLIN SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23678596]}, "Synonyms" -> {"methicillin sodium", "staphcillin", "meticillin sodium", "methicillin sodium[usan]", "sodium methicillin monohydrate", "7246-14-2[rn]", "staphcillin (tn)", "metin \"c.s.l.\"", "methicillin sodium salt", "7246-14-2 132-92-3 61-32-5", "meticillin sodium (jan)", "7246-14-2 132-92-3 [anhydrous] 61-32-5 [methicillin]", "4778015[beilstein]", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 6-(2,6-dimethoxybenzamido)-3,3-dimethyl-7-oxo- monosodium salt", "methicillin sodium monohydrate", "penyso", "methicillin[wiki]", "synticillin", "sodium (2s,5r,6r)-6-[(2,6-dimethoxybenzoyl)amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylatehydrate", "cinopenil", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[(2,6-dimethoxybenzoyl)amino]-3,3-dimethyl-7-oxo- sodium salt (2s,5r,6r)- hydrate (1:1:1)", "celpillina", "penistaph", "methicillin sodium (usan)", "celpilline", "dimethoxyphenecillin sodium", "dimocillin-r-2", "dsstox_cid_25835", "sodium (2s,5r,6r)-6-[(2,6-dimethoxybenzoyl)amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate[acd/iupac name]", "staficyn", "methicillin sodium hydrate", "belfacillin", "celbenin", "flabelline", "sodium (2s,5r,6r)-6-[(2,6-dimethoxybenzoyl)amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylatehydrate (1:1:1)", "platomycin", "estafcilina", "beecham-celbenin", "penstafo", "sodium 2,6-dimethoxyphenylpenicillin", "132-92-3[rn]", "sodium dimethoxyphenylpencillin", "meticillin[wiki][inn]", "2,6-dimethoxyphenyl penicillin sodium", "penaureus", "sintespen", "dimocillin sodium", "esapenil b.g.", "methicillin sodium anhydrous", "dsstox_rid_81162", "2,6-dimethoxybenzoylpenin sodium salt", "penilan", "lucopenin", "ellecillina", "7246-14-2", "baclyn", "205-083-9[einecs]", "2,6-dimethoxyphenylpenicillin sodium salt", "sodium 6-(2,6-dimethoxybenzamido)penicillinate", "ncgc00094720-01", "meticillin sodium salt", "monosodium (2s,5r,6r)-6-(2,6-dimethoxybenzamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylate monohydrate", "stapen", "penysol", "59218-25-6[rn]", "stafylopenin", "sodium methicillin", "61-32-5[rn]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[(2,6-dimethoxybenzoyl)amino]-3,3-dimethyl-7-oxo- sodium salt (2s,5r,6r)- (1:1)", "staphylocid"}|>, "4692" -> <|"DatabaseID" -> "SW02775", "IsomericSmiles" -> "CCCC[C@H](C)C[C@@H](/C=C/[C@H]1[C@@H](CC(=O)[C@@H]1CCCC/C=C/C(=O)[O-])O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02722"]}, "OfficialNames" -> <|"NPC Approved Name" -> "limaprost"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6438378]}, "Synonyms" -> {"limaprost", "17s", "limaprost (inn)", "op-1206", "ono 1206", "limaprost [inn]", "limaprostum [latin]", "74397-12-9", "op 1206"}|>, "4693" -> <|"DatabaseID" -> "SW02776", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31520"], ExternalIdentifier["ChEBIID", "681848"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58202], ExternalIdentifier["ChemSpiderID", 3044]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00561"]}, "IsomericSmiles" -> "CCN1CC(C(C1=O)(c2ccccc2)c3ccccc3)CC[NH+]4CCOCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01872"], ExternalIdentifier["KEGGID", "D07873"]}, "OfficialNames" -> <|"China Approved Name" -> "Doxapram", "Indian Approved Name" -> "doxapram", "FDA Approved Drug" -> "DOXAPRAM HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164784026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64648], ExternalIdentifier["PubChemCompoundID", 3156]}, "Synonyms" -> {"doxapram", "doxapram hcl", "doxapram hydrochloride", "dopram", "stimulexin", "doxapram[wiki]", "twik-related acid-sensitive k(+) channel 3", "acid-sensitive potassium channel protein task-3", "two pore potassium channel kt3.2", "309-29-5[rn]", "2-pyrrolidinone 1-ethyl-4-(2-(4-morpholinyl)ethyl)-3,3-diphenyl- (9ci)", "doxapram hydrochloride hydrate", "2-pyrrolidinone 1-ethyl-4-(2-morpholinoethyl)-3,3-diphenyl-", "1-ethyl-4-(2-morpholinoethyl)-3,3-diphenyl-2-pyrrolidinone", "1-ethyl-4-[2-(morpholin-4-yl)ethyl]-3,3-diphenylpyrrolidin-2-one", "doxapram [inn_en]", "doxapram (inn)", "doxapramum", "9005-49-6", "docatone (tn)", "doxapramum [inn-latin]", "1-ethyl-4-(2-morpholinoethyl)-3,3-diphenylpyrrolidin-2-one", "(+-)-doxapram", "1-ethyl-4-(2-morpholin-4-ylethyl)-3,3-diphenylpyrrolidin-2-one", "1-ethyl-4-(2-morpholin-4-yl-ethyl)-3,3-diphenyl-pyrrolidin-2-one", "doxapram [usp:jan]", "309-29-5", "docatone", "1-ethyl-4-[2-(4-morpholinyl)ethyl]-3,3-diphenyl-2-pyrrolidinone[acd/iupac name]", "2-pyrrolidinone 1-ethyl-4-(2-(4-morpholinyl)ethyl)-3,3-diphenyl-", "206-216-3[einecs]", "doxapramum[latin]", "2-pyrrolidinone 1-ethyl-4-[2-(4-morpholinyl)ethyl]-3,3-diphenyl-", "7081-53-0[rn]", "dopram[wiki]", "113-07-5[rn]", "dopram (tn)", "doxapram hydrochloride (usp)", "2-pyrrolidinone 1-ethyl-4-[2-(4-morpholinyl)ethyl]-3,3-diphenyl- hydrochloride(1:1)", "2-pyrrolidinone", "doxapram hydrochloride monohydrate", "3,3-diphenyl-1-ethyl-4-(2-morpholinoethyl)-2-pyrrolidinone hydrochloride", "ahr 619", "1-ethyl-4-(2-morpholin-4-ylethyl)-3,3-diphenylpyrrolidin-2-one,chloride", "1-ethyl-4-(2-morpholin-4-ylethyl)-3,3-diphenylpyrrolidin-2-onhydrochlorid", "204-022-3[einecs]", "1-ethyl-4-(2-morpholin-4-ylethyl)-3,3-diphenylpyrrolidin-2-onehydrochloride", "2-pyrrolidinone 1-ethyl-4-[2- (4-morpholinyl)ethyl]-3,3-diphenyl- monohydrochloride", "1-ethyl-4-(2-morpholinoethyl)-3", "ac1l21nh", "2-pyrrolidinone 1-ethyl-4-(2-morpholinoethyl)-3,3-diphenyl-,monohydrochloride", "1-ethyl-4-(2-morpholinoethyl)-3,3-diphenyl-2-pyrrolidinone hydrochloride", "7081-53-0", "2-pyrrolidinone 1-ethyl-4-(2-(4-morpholinyl)ethyl)-3,3-diphenyl- monohydrochloride", "2-pyrrolidinone 1-ethyl-4-[2-(4-morpholinyl)ethyl]-3,3-diphenyl- monohydrochloride", "1-ethyl-4-(2-morpholinoethyl)-3,3-diphenylpyrrolidin-2-one monohydrochloride", "1-ethyl-4-[2-(morpholin-4-yl)ethyl]-3,3-diphenylpyrrolidin-2-one hydrochloride (1:1)", "2-pyrrolidinone 1-ethyl-4-(2-morpholinoethyl)-3,3-diphenyl- monohydrochloride"}|>, "4694" -> <|"DatabaseID" -> "SW02776", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31520"], ExternalIdentifier["ChEBIID", "681848"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58202], ExternalIdentifier["ChemSpiderID", 3044]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00561"]}, "IsomericSmiles" -> "CCN1CC(C(C1=O)(c2ccccc2)c3ccccc3)CC[NH+]4CCOCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01872"], ExternalIdentifier["KEGGID", "D07873"]}, "OfficialNames" -> <|"China Approved Name" -> "Doxapram", "Indian Approved Name" -> "doxapram", "FDA Approved Drug" -> "DOXAPRAM HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164784026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64648], ExternalIdentifier["PubChemCompoundID", 3156]}, "Synonyms" -> {"doxapram", "doxapram hcl", "doxapram hydrochloride", "dopram", "stimulexin", "doxapram[wiki]", "twik-related acid-sensitive k(+) channel 3", "acid-sensitive potassium channel protein task-3", "two pore potassium channel kt3.2", "309-29-5[rn]", "2-pyrrolidinone 1-ethyl-4-(2-(4-morpholinyl)ethyl)-3,3-diphenyl- (9ci)", "doxapram hydrochloride hydrate", "2-pyrrolidinone 1-ethyl-4-(2-morpholinoethyl)-3,3-diphenyl-", "1-ethyl-4-(2-morpholinoethyl)-3,3-diphenyl-2-pyrrolidinone", "1-ethyl-4-[2-(morpholin-4-yl)ethyl]-3,3-diphenylpyrrolidin-2-one", "doxapram [inn_en]", "doxapram (inn)", "doxapramum", "9005-49-6", "docatone (tn)", "doxapramum [inn-latin]", "1-ethyl-4-(2-morpholinoethyl)-3,3-diphenylpyrrolidin-2-one", "(+-)-doxapram", "1-ethyl-4-(2-morpholin-4-ylethyl)-3,3-diphenylpyrrolidin-2-one", "1-ethyl-4-(2-morpholin-4-yl-ethyl)-3,3-diphenyl-pyrrolidin-2-one", "doxapram [usp:jan]", "309-29-5", "docatone", "1-ethyl-4-[2-(4-morpholinyl)ethyl]-3,3-diphenyl-2-pyrrolidinone[acd/iupac name]", "2-pyrrolidinone 1-ethyl-4-(2-(4-morpholinyl)ethyl)-3,3-diphenyl-", "206-216-3[einecs]", "doxapramum[latin]", "2-pyrrolidinone 1-ethyl-4-[2-(4-morpholinyl)ethyl]-3,3-diphenyl-", "7081-53-0[rn]", "dopram[wiki]", "113-07-5[rn]", "dopram (tn)", "doxapram hydrochloride (usp)", "2-pyrrolidinone 1-ethyl-4-[2-(4-morpholinyl)ethyl]-3,3-diphenyl- hydrochloride(1:1)", "2-pyrrolidinone", "doxapram hydrochloride monohydrate", "3,3-diphenyl-1-ethyl-4-(2-morpholinoethyl)-2-pyrrolidinone hydrochloride", "ahr 619", "1-ethyl-4-(2-morpholin-4-ylethyl)-3,3-diphenylpyrrolidin-2-one,chloride", "1-ethyl-4-(2-morpholin-4-ylethyl)-3,3-diphenylpyrrolidin-2-onhydrochlorid", "204-022-3[einecs]", "1-ethyl-4-(2-morpholin-4-ylethyl)-3,3-diphenylpyrrolidin-2-onehydrochloride", "2-pyrrolidinone 1-ethyl-4-[2- (4-morpholinyl)ethyl]-3,3-diphenyl- monohydrochloride", "1-ethyl-4-(2-morpholinoethyl)-3", "ac1l21nh", "2-pyrrolidinone 1-ethyl-4-(2-morpholinoethyl)-3,3-diphenyl-,monohydrochloride", "1-ethyl-4-(2-morpholinoethyl)-3,3-diphenyl-2-pyrrolidinone hydrochloride", "7081-53-0", "2-pyrrolidinone 1-ethyl-4-(2-(4-morpholinyl)ethyl)-3,3-diphenyl- monohydrochloride", "2-pyrrolidinone 1-ethyl-4-[2-(4-morpholinyl)ethyl]-3,3-diphenyl- monohydrochloride", "1-ethyl-4-(2-morpholinoethyl)-3,3-diphenylpyrrolidin-2-one monohydrochloride", "1-ethyl-4-[2-(morpholin-4-yl)ethyl]-3,3-diphenylpyrrolidin-2-one hydrochloride (1:1)", "2-pyrrolidinone 1-ethyl-4-(2-morpholinoethyl)-3,3-diphenyl- monohydrochloride"}|>, "4695" -> <|"DatabaseID" -> "SW02777", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2801]}, "IsomericSmiles" -> "c1c2c(cc(c1Cl)S(=O)(=O)N)S(=O)(=O)NC(N2)CC3CCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02061"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cyclopenthiazide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2904]}, "Synonyms" -> {"navidrex", "cyclopentiazid", "salimed", "cyclopenthiazide", "cyclometiazid", "ultra-minzil", "navidreks", "navidrix", "cyclomethiazide", "salimid", "3-cyclopentylmethyl-6-chloro-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide", "6-chloro-3-(cyclopentylmethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "ciba 8341-su", "742-20-1[rn]", "212-012-5[einecs]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3-(cyclopentylmethyl)-3,4-dihydro-,1,1-dioxide", "tsiklometiazid", "cyclopenthiazide[wiki][jan][usan]", "benesal", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3-(cyclopentylmethyl)-3,4-dihydro- 1,1-dioxide", "6-chloro-3-cyclopentylmethyl-3,4-dihydro-7-sulfamoyl-2h-1,2,4-benzothiadiazine 1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3- (cyclopentylmethyl)-3,4-dihydro- 1,1-dioxide", "tsiklometiazid (cyclomethiazide)", "6-chloro-3-(cyclopentylmethyl)-3,4-dihydro-2h-1,2 4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "navidrex (tn)", "3-cyclopentylmethylhydrochlorothiazide", "salurilo-c", "benesal (van)"}|>, "4696" -> <|"DatabaseID" -> "SW02777", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2801]}, "IsomericSmiles" -> "c1c2c(cc(c1Cl)S(=O)(=O)N)S(=O)(=O)NC(N2)CC3CCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02061"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cyclopenthiazide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2904]}, "Synonyms" -> {"navidrex", "cyclopentiazid", "salimed", "cyclopenthiazide", "cyclometiazid", "ultra-minzil", "navidreks", "navidrix", "cyclomethiazide", "salimid", "3-cyclopentylmethyl-6-chloro-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide", "6-chloro-3-(cyclopentylmethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "ciba 8341-su", "742-20-1[rn]", "212-012-5[einecs]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3-(cyclopentylmethyl)-3,4-dihydro-,1,1-dioxide", "tsiklometiazid", "cyclopenthiazide[wiki][jan][usan]", "benesal", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3-(cyclopentylmethyl)-3,4-dihydro- 1,1-dioxide", "6-chloro-3-cyclopentylmethyl-3,4-dihydro-7-sulfamoyl-2h-1,2,4-benzothiadiazine 1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3- (cyclopentylmethyl)-3,4-dihydro- 1,1-dioxide", "tsiklometiazid (cyclomethiazide)", "6-chloro-3-(cyclopentylmethyl)-3,4-dihydro-2h-1,2 4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "navidrex (tn)", "3-cyclopentylmethylhydrochlorothiazide", "salurilo-c", "benesal (van)"}|>, "4697" -> <|"DatabaseID" -> "SW02778", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254716]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1C[C@@H]([C@H](O[C@H]1O[C@H]2[C@@H]([C@H]([C@@H](O[C@@H]2C(=O)[O-])O)O)O)CO)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid sodium salt"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6852394]}, "Synonyms" -> {"9067-32-7[rn]", "sodium hyaluronate", "9004-61-9[rn]", "hyaluronic acid sodium salt", "hyaluronic acid sodium salt bovine vitreous humor", "hyaluronic acid sodium salt streptococcus sp", "hyaluronic acid sodium salt streptococcus equi", "hyaluronic acid sodium salt from rooster comb", "sodiumhyaluronate"}|>, "4698" -> <|"DatabaseID" -> "SW02779", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4717"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3056]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00450"]}, "IsomericSmiles" -> "c1ccc2c(c1)[nH]c(=O)n2C3=CC[NH+](CC3)CCCC(=O)c4ccc(cc4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00308"]}, "OfficialNames" -> <|"China Approved Name" -> "Droperidol", "Indian Approved Name" -> "droperidol", "FDA Approved Drug" -> "DROPERIDOL"|>, "PharmGKBID" -> "PA449422", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3168]}, "Synonyms" -> {"inapsine", "droleptan", "dehydrobenzperidol", "properidol", "sintosian", "dridol", "halkan", "droperidol", "sintodril", "dehidrobenzperidol", "innovar", "innovar-vet", "thalamanol", "mcn-jr 4749", "dihidrobenzperidol", "inoval", "leptofen", "vetkalm", "inapsin", "thalamonal", "inappin", "deidrobenzperidolo", "innovan", "inopsin", "dhbp", "548-73-2[rn]", "alpha adrenergic receptor 1c", "dehydrobenzoperidol", "alpha-1c adrenergic receptor", "2h-benzimidazol-2-one 1-(1-(4-(4-fluorophenyl)-4-oxobutyl)-1,2,3,6-tetrahydro-4-pyridinyl)-1,3-dihydro-", "droperidolo [dcit]", "droperidol[wiki]", "{1-1-[3-(p-fluorobenzoyl)propyl]-1,2,3,} 6-tetrahydro-4-pyridyl-2-benzimidazolinone", "2h-benzimidazol-2-one 1-[1-[4- (4-fluorophenyl)-4-oxobutyl]-1,2,3 6-tetrahydro-4-pyridinyl]-1,3-dihydro-", "9005-49-6", "5-24-02-00388", "1-[1-[3-(p-fluorobenzoyl)propyl]-1,2,3,6-tetrahydro-4-pyridyl]-2-benzimidazolinone", "1-[1-[3-(p-fluorobenzoyl)propyl]-1,2 3,6-tetrahydro-4-pyridyl]-2-benzimidazolinone", "innovar inj (droperidol + fentanyl citrate)_mixture", "1-{1-[4-(4-fluorophenyl)-4-oxobutyl]-1,2,3,6-tetrahydropyridin-4-yl}-1,3-dihydro-2h-benzimidazol-2-one", "1-[1-[4-(p-fluorophenyl)-4-oxobutyl]-1,2,3 6-tetrahydro-4-pyridyl]-2-benzimidazolinone", "1-(1-[4-fluorobenzoylpropyl]-1,2,3,6-tetrahydro-4-pyridyl)-2-benzimidazolinone", "2-benzimidazolinone 1-(1-(3-(p-fluorobenzoyl)propyl)-1,2,3,6-tetrahydro-4-pyridyl)-", "2h-benzimidazol-2-one {1-[1-[4-(4-fluorophenyl)-4-oxobutyl]-1,2,3,} 6-tetrahydro-4-pyridinyl\\]-1,3-dihydro-", "1-[1-[4-(p-fluorophenyl)-4-oxobutyl]-1,2,3,6-tetrahydro-4-pyridyl]-2-benzimidazolinone", "mcn-jr-4749", "1-(1-(4-(p-fluorophenyl)-4-oxobutyl)-1,2,3,6-tetrahydro-4-pyridyl)-2-benzimidazolinone", "{1-[1-[3-(p-fluorobenzoyl)propyl]-1,2,} 3,6-tetrahydro-4-pyridyl\\]-2-benzimidazolinone", "inapsine (tn)", "droperidolum[latin]", "alpha 1a-adrenoceptor", "droperidol [usan:ban:inn:jan][inn][jan][usan]", "1-(1-(3-(p-fluorobenzoyl)propyl)-1,2,3,6-tetrahydro-4-pyridyl)-2-benzimidazolinone", "2-benzimidazolinone 1-[1-[3- (p-fluorobenzoyl)propyl]-1,2,3,6-tetrahydro-4-pyridyl]-", "fc1ccc(cc1)c(=o)cccn2ccc(=cc2)n3c(=o)nc4ccccc34", "droleptan (tn)", "{1-[1-[4-(p-fluorophenyl)-4-oxobutyl]-1,2,3,}6-tetrahydro-4-pyridyl\\]-2-benzimidazolinone", "1-butanone 4-[3,6-dihydro-4-(2-hydroxy-1h-benzimidazol-1-yl)-1(2h)-pyridinyl]-1-(4-fluorophenyl)-", "alpha 1a- adrenoreceptor", "548-73-2", "component of innovar", "ina.psi.n", "1-{1-[4-(4-fluorophenyl)-4-oxobutyl]-1,2,3,6-tetrahydro-4-pyridinyl}-2,3-dihydro-1h-benzo[d]imidazol-2-one", "leptanal", "1-1-[3-(p-fluorobenzoyl)propyl]-1,2,3 6-tetrahydro-4-pyridyl-2-benzimidazolinone", "1-(1-(4-(4-fluorophenyl)-4-oxobutyl)-1,2,3,6-tetrahydro-4-pyridinyl)-1,3-dihydro-2h-benzimidazol-2-one", "cas-548-73-2", "innovar-vet inj (droperidol + fentanyl citrate)_mixture", "208-957-8[einecs]", "1-{1-[4-(4-fluoro-phenyl)-4-oxo-butyl]-1,2,3,6-tetrahydro-pyridin-4-yl}-1,3-dihydro-benzoimidazol-2-one", "ino.psi.n", "1-[1-[4-(4-fluorophenyl)-4-oxobutyl]-1,2,3,6-tetrahydro-4-pyridinyl]-1,3-dihydro-2h-benzimidazol-2-one", "5-24-02-00388 (beilstein handbook reference)[beilstein]", "innovar[wiki]", "droperidolum [inn_la]", "1-(4-fluorophenyl)-4-[4-(2-hydroxy-1h-benzimidazol-1-yl)-3,6-dihydropyridin-1(2h)-yl]butan-1-one", "1-{1-[4-(4-fluorphenyl)-4-oxobutyl]-1,2,3,6-tetrahydropyridin-4-yl}-1,3-dihydro-2h-benzimidazol-2-on", "2-benzimidazolinone {1-[1-[3-(p-fluorobenzoyl)propyl]-1,2,3,6-tetrahydro-4-pyridyl]-}", "r4749", "1-{1-[4-(4-chloro-phenyl)-4-oxo-butyl]-1,2,3,6-tetrahydro-pyridin-4-yl}-1,3-dihydro-benzoimidazol-2-one(droperidol)", "ina.psi.ne", "2h-benzimidazol-2-one 1-[1-[4-(4-fluorophenyl)-4-oxobutyl]-1,2,3,6-tetrahydro-4-pyridinyl]-1,3-dihydro-"}|>, "4699" -> <|"DatabaseID" -> "SW02779", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4717"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3056]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00450"]}, "IsomericSmiles" -> "c1ccc2c(c1)[nH]c(=O)n2C3=CC[NH+](CC3)CCCC(=O)c4ccc(cc4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00308"]}, "OfficialNames" -> <|"China Approved Name" -> "Droperidol", "Indian Approved Name" -> "droperidol", "FDA Approved Drug" -> "DROPERIDOL"|>, "PharmGKBID" -> "PA449422", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3168]}, "Synonyms" -> {"inapsine", "droleptan", "dehydrobenzperidol", "properidol", "sintosian", "dridol", "halkan", "droperidol", "sintodril", "dehidrobenzperidol", "innovar", "innovar-vet", "thalamanol", "mcn-jr 4749", "dihidrobenzperidol", "inoval", "leptofen", "vetkalm", "inapsin", "thalamonal", "inappin", "deidrobenzperidolo", "innovan", "inopsin", "dhbp", "548-73-2[rn]", "alpha adrenergic receptor 1c", "dehydrobenzoperidol", "alpha-1c adrenergic receptor", "2h-benzimidazol-2-one 1-(1-(4-(4-fluorophenyl)-4-oxobutyl)-1,2,3,6-tetrahydro-4-pyridinyl)-1,3-dihydro-", "droperidolo [dcit]", "droperidol[wiki]", "{1-1-[3-(p-fluorobenzoyl)propyl]-1,2,3,} 6-tetrahydro-4-pyridyl-2-benzimidazolinone", "2h-benzimidazol-2-one 1-[1-[4- (4-fluorophenyl)-4-oxobutyl]-1,2,3 6-tetrahydro-4-pyridinyl]-1,3-dihydro-", "9005-49-6", "5-24-02-00388", "1-[1-[3-(p-fluorobenzoyl)propyl]-1,2,3,6-tetrahydro-4-pyridyl]-2-benzimidazolinone", "1-[1-[3-(p-fluorobenzoyl)propyl]-1,2 3,6-tetrahydro-4-pyridyl]-2-benzimidazolinone", "innovar inj (droperidol + fentanyl citrate)_mixture", "1-{1-[4-(4-fluorophenyl)-4-oxobutyl]-1,2,3,6-tetrahydropyridin-4-yl}-1,3-dihydro-2h-benzimidazol-2-one", "1-[1-[4-(p-fluorophenyl)-4-oxobutyl]-1,2,3 6-tetrahydro-4-pyridyl]-2-benzimidazolinone", "1-(1-[4-fluorobenzoylpropyl]-1,2,3,6-tetrahydro-4-pyridyl)-2-benzimidazolinone", "2-benzimidazolinone 1-(1-(3-(p-fluorobenzoyl)propyl)-1,2,3,6-tetrahydro-4-pyridyl)-", "2h-benzimidazol-2-one {1-[1-[4-(4-fluorophenyl)-4-oxobutyl]-1,2,3,} 6-tetrahydro-4-pyridinyl\\]-1,3-dihydro-", "1-[1-[4-(p-fluorophenyl)-4-oxobutyl]-1,2,3,6-tetrahydro-4-pyridyl]-2-benzimidazolinone", "mcn-jr-4749", "1-(1-(4-(p-fluorophenyl)-4-oxobutyl)-1,2,3,6-tetrahydro-4-pyridyl)-2-benzimidazolinone", "{1-[1-[3-(p-fluorobenzoyl)propyl]-1,2,} 3,6-tetrahydro-4-pyridyl\\]-2-benzimidazolinone", "inapsine (tn)", "droperidolum[latin]", "alpha 1a-adrenoceptor", "droperidol [usan:ban:inn:jan][inn][jan][usan]", "1-(1-(3-(p-fluorobenzoyl)propyl)-1,2,3,6-tetrahydro-4-pyridyl)-2-benzimidazolinone", "2-benzimidazolinone 1-[1-[3- (p-fluorobenzoyl)propyl]-1,2,3,6-tetrahydro-4-pyridyl]-", "fc1ccc(cc1)c(=o)cccn2ccc(=cc2)n3c(=o)nc4ccccc34", "droleptan (tn)", "{1-[1-[4-(p-fluorophenyl)-4-oxobutyl]-1,2,3,}6-tetrahydro-4-pyridyl\\]-2-benzimidazolinone", "1-butanone 4-[3,6-dihydro-4-(2-hydroxy-1h-benzimidazol-1-yl)-1(2h)-pyridinyl]-1-(4-fluorophenyl)-", "alpha 1a- adrenoreceptor", "548-73-2", "component of innovar", "ina.psi.n", "1-{1-[4-(4-fluorophenyl)-4-oxobutyl]-1,2,3,6-tetrahydro-4-pyridinyl}-2,3-dihydro-1h-benzo[d]imidazol-2-one", "leptanal", "1-1-[3-(p-fluorobenzoyl)propyl]-1,2,3 6-tetrahydro-4-pyridyl-2-benzimidazolinone", "1-(1-(4-(4-fluorophenyl)-4-oxobutyl)-1,2,3,6-tetrahydro-4-pyridinyl)-1,3-dihydro-2h-benzimidazol-2-one", "cas-548-73-2", "innovar-vet inj (droperidol + fentanyl citrate)_mixture", "208-957-8[einecs]", "1-{1-[4-(4-fluoro-phenyl)-4-oxo-butyl]-1,2,3,6-tetrahydro-pyridin-4-yl}-1,3-dihydro-benzoimidazol-2-one", "ino.psi.n", "1-[1-[4-(4-fluorophenyl)-4-oxobutyl]-1,2,3,6-tetrahydro-4-pyridinyl]-1,3-dihydro-2h-benzimidazol-2-one", "5-24-02-00388 (beilstein handbook reference)[beilstein]", "innovar[wiki]", "droperidolum [inn_la]", "1-(4-fluorophenyl)-4-[4-(2-hydroxy-1h-benzimidazol-1-yl)-3,6-dihydropyridin-1(2h)-yl]butan-1-one", "1-{1-[4-(4-fluorphenyl)-4-oxobutyl]-1,2,3,6-tetrahydropyridin-4-yl}-1,3-dihydro-2h-benzimidazol-2-on", "2-benzimidazolinone {1-[1-[3-(p-fluorobenzoyl)propyl]-1,2,3,6-tetrahydro-4-pyridyl]-}", "r4749", "1-{1-[4-(4-chloro-phenyl)-4-oxo-butyl]-1,2,3,6-tetrahydro-pyridin-4-yl}-1,3-dihydro-benzoimidazol-2-one(droperidol)", "ina.psi.ne", "2h-benzimidazol-2-one 1-[1-[4-(4-fluorophenyl)-4-oxobutyl]-1,2,3,6-tetrahydro-4-pyridinyl]-1,3-dihydro-"}|>, "4700" -> <|"DatabaseID" -> "SW02780", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5201947]}, "IsomericSmiles" -> "Cc1ccccc1/N=N/c2ccc(c(c2)C)NN=C3c4ccccc4C=CC3=O", "OfficialNames" -> <|"NPC Approved Name" -> "o-tolylazo-o-tolylazo-beta-naphthol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6797604]}, "Synonyms" -> {"solvent red 24", "1-({2-methyl-4-[(2-methylphenyl)diazenyl]-phenyl}diazenyl)-2-naphthol", "85-83-6", "fat ponceau", "ac1oa31g", "1-[[2-methyl-4-[(2-methylphenyl)diazenyl]phenyl]hydrazinylidene]naphthalen-2-one", "oil red iv", "85-83-6[rn]"}|>, "4701" -> <|"DatabaseID" -> "SW02780", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5201947]}, "IsomericSmiles" -> "Cc1ccccc1/N=N/c2ccc(c(c2)C)NN=C3c4ccccc4C=CC3=O", "OfficialNames" -> <|"NPC Approved Name" -> "o-tolylazo-o-tolylazo-beta-naphthol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6797604]}, "Synonyms" -> {"solvent red 24", "1-({2-methyl-4-[(2-methylphenyl)diazenyl]-phenyl}diazenyl)-2-naphthol", "85-83-6", "fat ponceau", "ac1oa31g", "1-[[2-methyl-4-[(2-methylphenyl)diazenyl]phenyl]hydrazinylidene]naphthalen-2-one", "oil red iv", "85-83-6[rn]"}|>, "4702" -> <|"DatabaseID" -> "SW02781", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50885"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29111]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00687"]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C=C1CC[C@@H]3[C@@]2([C@H](C[C@]4([C@H]3CC[C@@]4(C(=O)CO)O)C)O)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07967"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "fludrocortisone", "Indian Approved Name" -> "fludrocortisone"|>, "PharmGKBID" -> "PA164743961", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31378]}, "Synonyms" -> {"astonin-h", "fludrocortone", "fludronef", "fluohydrisone", "fludrocortisone", "fludrone", "fluodrocortisone", "f-col", "fluorocortisone", "florinef", "alflorone", "fluorocortisol", "fluohydrocortisone", "zk5", "9.alpha.-fluorohydrocortisone", "9 alpha ff", "corticosterone 9-fluoro-17-hydroxy-", "fludrocortisona [inn-spanish]", "3014278[beilstein]", "9-afh", "fludrocortisone[wiki]", "9-fluorocortisol", "fludrocortisonum[latin]", "9-af", "9 .alpha. ff", "204-833-2[einecs]", "(11b)-9-fluoro-11,17,21-trihydroxypregn-4-ene-3,20-dione", "fludrocortisonum [inn-latin]", "f-cortef", "9a-fluorocortisol", "9-fluorohydrocortisone", "dihydrotestosterone receptor", "22756-84-9[rn]", "4-08-00-03427 (beilstein handbook reference)[beilstein]", "9a-fluoro-17-hydroxycorticosterone", "9 alpha-fluorocortisol", "9 alpha-fludrocortisone", "9a-fluorohydrocortisone", "fludrocortisone acetate", "cortisol 9-fluoro-", "9.alpha.-fluorocortisol", "fludrocortisona[spanish][inn]", "127-31-1[rn]"}|>, "4703" -> <|"DatabaseID" -> "SW02782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475456]}, "IsomericSmiles" -> "CC(=O)[C@]1(CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4[C@@]3(CC[C@@H](C4)O)C)O)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacylmetaplexigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316391]}, "Synonyms" -> {"ac1nsu8k", "1-[(3s", "deacylmetaplexigenin"}|>, "4704" -> <|"DatabaseID" -> "SW02782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475456]}, "IsomericSmiles" -> "CC(=O)[C@]1(CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4[C@@]3(CC[C@@H](C4)O)C)O)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacylmetaplexigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316391]}, "Synonyms" -> {"ac1nsu8k", "1-[(3s", "deacylmetaplexigenin"}|>, "4705" -> <|"DatabaseID" -> "SW02782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475456]}, "IsomericSmiles" -> "CC(=O)[C@]1(CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4[C@@]3(CC[C@@H](C4)O)C)O)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacylmetaplexigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316391]}, "Synonyms" -> {"ac1nsu8k", "1-[(3s", "deacylmetaplexigenin"}|>, "4706" -> <|"DatabaseID" -> "SW02782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475456]}, "IsomericSmiles" -> "CC(=O)[C@]1(CC[C@]2([C@@]1([C@@H](CC3C2(CC=C4[C@@]3(CC[C@@H](C4)O)C)O)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacylmetaplexigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316391]}, "Synonyms" -> {"ac1nsu8k", "1-[(3s", "deacylmetaplexigenin"}|>, "4707" -> <|"DatabaseID" -> "SW02783", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4696"], ExternalIdentifier["ChEBIID", "53289"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5539], ExternalIdentifier["ChemSpiderID", 3040]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00843"]}, "IsomericSmiles" -> "COc1cc2c(cc1OC)C(=O)C(C2)CC3CC[NH+](CC3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00670"], ExternalIdentifier["KEGGID", "D07869"]}, "OfficialNames" -> <|"Indian Approved Name" -> "donepezil", "FDA Approved Drug" -> "DONEPEZIL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449394", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5741], ExternalIdentifier["PubChemCompoundID", 3152]}, "Synonyms" -> {"aricept odt", "donepezil", "aricept", "eranz", "donepezil hydrochloride", "donepezil hcl", "bnag", "serotonin receptor 2a", "e2020", "5-ht-2a", "120014-06-4[rn]", "5- ht-2", "120011-70-3", "aricept[wiki]", "1h-inden-1-one 2,3-dihydro-5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]- hydrochloride", "2-[(1-benzyl-4-piperidinyl)methyl]-5,6-dimethoxy-1-indanone hydrochloride", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxyindan-1-one", "e 2020 (pharmaceutical)", "donepezilhydrochloride", "donepezil (inn)", "12001-70-3", "ac1l1fae", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxyindan-1-one hydrochloride (1:1)", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxy-2,3-dihydro-1h-inden-1-onhydrochlorid", "1-benzyl-4-[(5,6-dimethoxy-1-indanon-2-yl)methyl]piperidine hydrochloride", "aricept (tn)", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxyindan-1-one hydrochloride", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxy-2,3-dihydro-1h-inden-1-one hydrochloride(1:1)", "2-[(1-benzyl-4-piperidinyl)methyl]-5,6-dimethoxy-1-indanone[acd/iupac name]", "5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]-2,3-dihydro-1h-inden-1-one", "120011-70-3[rn]", "120014-06-4", "5,6-dimethoxy-2-[[1-(phenylmethyl)piperidin-4-yl]methyl]-2,3-dihydroinden-1-one hydrochloride", "memac", "1h-inden-1-one 2,3-dihydro-5,6-dimethoxy-2-((1-(phenylmethyl)-4-piperidinyl)methyl)- hydrochloride", "e 2020", "1h-inden-1-one 2,3-dihydro-5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]- hydrochloride (1:1)", "2-[(1-benzyl-4-piperidyl)methyl]-5,6-dimethoxy-2,3-dihydroinden-1-one", "donepezil [inn:ban]", "5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]-2,3-dihydro-1h-inden-1-one hydrochloride", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxy-2,3-dihydro-1h-inden-1-one", "142057-77-0[rn]", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxyindan-1-onhydrochlorid", "hydrogenchloride2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxy-2,3-dihydro-1h-inden-1-one (1:1:1)", "2,3-dihydro-5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]-1h-inden-1-one hydrochloride", "spectrum_001664", "1-benzyl-4-((5,6-dimethoxy-1-indanon)-2-yl)methylpiperidine hcl", "donaz", "chebi:53289", "donepezil [inn_en]", "memorit", "1h-inden-1-one 2,3-dihydro-5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]-", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxy-2,3-dihydro-1h-inden-1-one hydrochloride", "e-2020", "donepezil hydrochloride (jan/usan)[jan][usan]", "donaz (tn)", "1h-inden-1-one 2,3-dihydro-5,6-dimethoxy-2-((1-(phenylmethyl)-4-piperidinyl)methyl)-", "tl8000531", "tl8000530", "2-((1-benzylpiperidin-4-yl)methyl)-5,6-dimethoxy-2,3-dihydro-1h-inden-1-one", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxy-2,3-dihydro-1h-inden-1-on", "aricept (donepezil)", "aricept evess", "1-benzyl-4-[(5,6-dimethoxy-1-oxo-2,3-dihydro-1h-inden-2-yl)methyl]piperidinium chloride", "1h-inden-1-one 2,3-dihydro-5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]- chloride hydrogen salt (1:1)", "5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]-2,3-dihydroinden-1-one hydrochloride", "1-benzyl-4-[(5,6-dimethoxy-1-oxoindan-2-yl)methyl]piperidine; donepezil", "110119-84-1[rn]", "2-((1-benzylpiperidin-4-yl)methyl)-5,6-dimethoxy-2,3-dihydro-1h-inden-1-one hydrochloride", "1-benzyl-4-[(5,6-dimethoxy-1-indanon-2-yl)methyl]piperidine", "2,3-dihydro-5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]-1h-inden-1-one"}|>, "4708" -> <|"DatabaseID" -> "SW02783", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4696"], ExternalIdentifier["ChEBIID", "53289"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5539], ExternalIdentifier["ChemSpiderID", 3040]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00843"]}, "IsomericSmiles" -> "COc1cc2c(cc1OC)C(=O)C(C2)CC3CC[NH+](CC3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00670"], ExternalIdentifier["KEGGID", "D07869"]}, "OfficialNames" -> <|"Indian Approved Name" -> "donepezil", "FDA Approved Drug" -> "DONEPEZIL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449394", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5741], ExternalIdentifier["PubChemCompoundID", 3152]}, "Synonyms" -> {"aricept odt", "donepezil", "aricept", "eranz", "donepezil hydrochloride", "donepezil hcl", "bnag", "serotonin receptor 2a", "e2020", "5-ht-2a", "120014-06-4[rn]", "5- ht-2", "120011-70-3", "aricept[wiki]", "1h-inden-1-one 2,3-dihydro-5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]- hydrochloride", "2-[(1-benzyl-4-piperidinyl)methyl]-5,6-dimethoxy-1-indanone hydrochloride", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxyindan-1-one", "e 2020 (pharmaceutical)", "donepezilhydrochloride", "donepezil (inn)", "12001-70-3", "ac1l1fae", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxyindan-1-one hydrochloride (1:1)", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxy-2,3-dihydro-1h-inden-1-onhydrochlorid", "1-benzyl-4-[(5,6-dimethoxy-1-indanon-2-yl)methyl]piperidine hydrochloride", "aricept (tn)", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxyindan-1-one hydrochloride", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxy-2,3-dihydro-1h-inden-1-one hydrochloride(1:1)", "2-[(1-benzyl-4-piperidinyl)methyl]-5,6-dimethoxy-1-indanone[acd/iupac name]", "5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]-2,3-dihydro-1h-inden-1-one", "120011-70-3[rn]", "120014-06-4", "5,6-dimethoxy-2-[[1-(phenylmethyl)piperidin-4-yl]methyl]-2,3-dihydroinden-1-one hydrochloride", "memac", "1h-inden-1-one 2,3-dihydro-5,6-dimethoxy-2-((1-(phenylmethyl)-4-piperidinyl)methyl)- hydrochloride", "e 2020", "1h-inden-1-one 2,3-dihydro-5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]- hydrochloride (1:1)", "2-[(1-benzyl-4-piperidyl)methyl]-5,6-dimethoxy-2,3-dihydroinden-1-one", "donepezil [inn:ban]", "5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]-2,3-dihydro-1h-inden-1-one hydrochloride", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxy-2,3-dihydro-1h-inden-1-one", "142057-77-0[rn]", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxyindan-1-onhydrochlorid", "hydrogenchloride2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxy-2,3-dihydro-1h-inden-1-one (1:1:1)", "2,3-dihydro-5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]-1h-inden-1-one hydrochloride", "spectrum_001664", "1-benzyl-4-((5,6-dimethoxy-1-indanon)-2-yl)methylpiperidine hcl", "donaz", "chebi:53289", "donepezil [inn_en]", "memorit", "1h-inden-1-one 2,3-dihydro-5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]-", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxy-2,3-dihydro-1h-inden-1-one hydrochloride", "e-2020", "donepezil hydrochloride (jan/usan)[jan][usan]", "donaz (tn)", "1h-inden-1-one 2,3-dihydro-5,6-dimethoxy-2-((1-(phenylmethyl)-4-piperidinyl)methyl)-", "tl8000531", "tl8000530", "2-((1-benzylpiperidin-4-yl)methyl)-5,6-dimethoxy-2,3-dihydro-1h-inden-1-one", "2-[(1-benzylpiperidin-4-yl)methyl]-5,6-dimethoxy-2,3-dihydro-1h-inden-1-on", "aricept (donepezil)", "aricept evess", "1-benzyl-4-[(5,6-dimethoxy-1-oxo-2,3-dihydro-1h-inden-2-yl)methyl]piperidinium chloride", "1h-inden-1-one 2,3-dihydro-5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]- chloride hydrogen salt (1:1)", "5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]-2,3-dihydroinden-1-one hydrochloride", "1-benzyl-4-[(5,6-dimethoxy-1-oxoindan-2-yl)methyl]piperidine; donepezil", "110119-84-1[rn]", "2-((1-benzylpiperidin-4-yl)methyl)-5,6-dimethoxy-2,3-dihydro-1h-inden-1-one hydrochloride", "1-benzyl-4-[(5,6-dimethoxy-1-indanon-2-yl)methyl]piperidine", "2,3-dihydro-5,6-dimethoxy-2-[[1-(phenylmethyl)-4-piperidinyl]methyl]-1h-inden-1-one"}|>, "4709" -> <|"DatabaseID" -> "SW02784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2563]}, "IsomericSmiles" -> "CCN(CC)C(=O)Nc1ccc(c(c1)C(=O)C)OCC(C[NH2+]C(C)(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07660"]}, "OfficialNames" -> <|"Indian Approved Name" -> "celiprolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2663]}, "Synonyms" -> {"celiprolol", "celectol", "ccris 3400", "n'-[3-acetyl-4-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]phenyl]-n,n-diethylurea", "3-[3-acetyl-4-(3-tert-butylamino-2-hydroxy-propoxy)-phenyl]-1,1-diethyl-urea(celiprolol)", "urea n'-[3-acetyl-4-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]phenyl]-n,n-diethyl-", "3-[3-acetyl-4-[3-[(tert-butyl)amino]-2-hydroxypropoxy]phenyl]-1,1-diethyluroniumchloride", "celiptolol", "brn 2776298", "celiprolol hydrochloride", "260-752-2[einecs]", "3-{3-acetyl-4-[3-(tert-butylamino)-2-hydroxypropoxy]phenyl}-1,1-diethylurea", "celiprololum [inn-latin]", "260-497-7[einecs]", "3-[3-acetyl-4-(3-tert-butylamino-2-hydroxy-propoxy)-phenyl]-1,1-diethyl-urea", "n-[3-acetyl-4-(3'-tert-butylamino-2'-hydroxy)propoxy]phenyl-n'-diethylurea", "selectol", "urea n'-[3-acetyl-4-[3-[(1,1-dimethylethyl)amin", "urea n'-(3-acetyl-4-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)phenyl)-n,n-diethyl-", "n'-(3-acetyl-4-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)phenyl)-n,n-diethylurea", "56980-93-9", "56980-93-9[rn]", "einecs 260-497-7", "celiprololum[latin]", "celiprolol pch", "3-[3-acetyl-4-({3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl}oxy)phenyl]-1,1-diethylurea", "rhc 5320 a", "rhc-5320a", "57470-78-7[rn]", "ul/1677"}|>, "4710" -> <|"DatabaseID" -> "SW02784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2563]}, "IsomericSmiles" -> "CCN(CC)C(=O)Nc1ccc(c(c1)C(=O)C)OCC(C[NH2+]C(C)(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07660"]}, "OfficialNames" -> <|"Indian Approved Name" -> "celiprolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2663]}, "Synonyms" -> {"celiprolol", "celectol", "ccris 3400", "n'-[3-acetyl-4-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]phenyl]-n,n-diethylurea", "3-[3-acetyl-4-(3-tert-butylamino-2-hydroxy-propoxy)-phenyl]-1,1-diethyl-urea(celiprolol)", "urea n'-[3-acetyl-4-[3-[(1,1-dimethylethyl)amino]-2-hydroxypropoxy]phenyl]-n,n-diethyl-", "3-[3-acetyl-4-[3-[(tert-butyl)amino]-2-hydroxypropoxy]phenyl]-1,1-diethyluroniumchloride", "celiptolol", "brn 2776298", "celiprolol hydrochloride", "260-752-2[einecs]", "3-{3-acetyl-4-[3-(tert-butylamino)-2-hydroxypropoxy]phenyl}-1,1-diethylurea", "celiprololum [inn-latin]", "260-497-7[einecs]", "3-[3-acetyl-4-(3-tert-butylamino-2-hydroxy-propoxy)-phenyl]-1,1-diethyl-urea", "n-[3-acetyl-4-(3'-tert-butylamino-2'-hydroxy)propoxy]phenyl-n'-diethylurea", "selectol", "urea n'-[3-acetyl-4-[3-[(1,1-dimethylethyl)amin", "urea n'-(3-acetyl-4-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)phenyl)-n,n-diethyl-", "n'-(3-acetyl-4-(3-((1,1-dimethylethyl)amino)-2-hydroxypropoxy)phenyl)-n,n-diethylurea", "56980-93-9", "56980-93-9[rn]", "einecs 260-497-7", "celiprololum[latin]", "celiprolol pch", "3-[3-acetyl-4-({3-[(1,1-dimethylethyl)amino]-2-hydroxypropyl}oxy)phenyl]-1,1-diethylurea", "rhc 5320 a", "rhc-5320a", "57470-78-7[rn]", "ul/1677"}|>, "4711" -> <|"DatabaseID" -> "SW02785", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479]}, "IsomericSmiles" -> "Cc1c(c2cc(c(cc2[nH]1)OC)OC)CC[NH+]3CCN(CC3)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01219"]}, "OfficialNames" -> <|"NPC Approved Name" -> "equipertine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4640]}, "Synonyms" -> {"oxypertine", "forit", "opertil", "oxipertinum", "equipertine", "1-[2-(5,6-dimethoxy-2-methyl-3-indolyl)ethyl]-4-phenylpiperazine", "205-818-3[einecs]", "153-87-7[rn]", "einecs 205-818-3", "oxipertina[spanish][inn]", "oxypertine (jan/usan)[jan][usan]", "5-23-03-00112 (beilstein handbook reference)[beilstein]", "oxipertina [inn-spanish]", "oxipertine", "integrin[wiki]", "oxypertinum[latin]", "5,6-dimethoxy-2-methyl-3-[2-(4-phenyl-1-piperazinyl)ethyl]-1h-indole[acd/iupac name]", "oxypertine [usan:inn:ban:jan]", "integrin", "1h-indole 5,6-dimethoxy-2-methyl-3-[2-(4-phenyl-1-piperazinyl)ethyl]-", "forit (tn)", "win 18501-2", "oxypertinum [inn-latin]", "5,6-dimethoxy-2-methyl-3-[2-(4-phenylpiperazin-1-yl)ethyl]-1h-indole", "1h-indole 5,6-dimethoxy-2-methyl-3-(2-(4-phenyl-1-piperazinyl)ethyl)-", "5,6-dimethoxy-2-methyl-3-(2-(4-phenyl-1-piperazinyl)ethyl)indole", "oxypertine [usan:ban:inn:jan][inn][jan][usan]", "indole 5,6-dimethoxy-2-methyl-3-(2-(4-phenyl-1-piperazinyl)ethyl)-", "17506-66-0[rn]"}|>, "4712" -> <|"DatabaseID" -> "SW02786", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2322839], ExternalIdentifier["ChemSpiderID", 3193]}, "IsomericSmiles" -> "CCN1C(c2ccccc2C1=O)Nc3ccc(cc3)OCC[NH+]4CCCCC4", "OfficialNames" -> <|"Indian Approved Name" -> "nefopam hcl", "NPC Approved Name" -> "2-ethyl-3-(.beta.-piperidino-p-phenetidino)phthalimidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3062121], ExternalIdentifier["PubChemCompoundID", 3309]}, "Synonyms" -> {"nefopam hydrochloride compd. with etomidoline (5:1)", "smedolin mixed with nefopam hydrochloride (1:5)", "etomidoline combined with ajan (1:5)", "smedolin (tn)", "smedolin", "ajan compd. with etomidoline (5:1)", "amidoline compd. with acupan (1:5)", "etomidoline", "etomidoline mixed with nefopam hydrochloride (1:5)", "k 2680 compd. with nefopam hydrochloride (1:5)", "acupan mixed with amidoline (5:1)", "2-ethyl-2,3-dihydro-3-((4-(2-(1-piperidinyl)ethoxy)phenyl)amino)-1h-isoindol-1-one", "ac1l1fn5", "dsstox_gsid_48800", "etomidoline (jan/inn)", "1h-isoindol-1-one,2-ethyl-2,3-dihydro-3-[[4-[2-(1-piperidinyl)ethoxy]phenyl]amino]-", "tox21_113277", "dsstox_cid_28726", "1h-isoindol-1-one", "2-ethyl-3-({4-[2-(piperidin-1-yl)ethoxy]phenyl}amino)isoindolin-1-one", "dsstox_rid_82995", "80286-26-6[rn]", "21590-92-1[rn]", "ac1q6k4k", "244-463-9[einecs]", "2-ethyl-2,3-dihydro-3-[[4-[2-(1-piperidinyl)ethoxy]phenyl]amino]-1h-isoindol-1-one", "2-ethyl-3-(b-piperidino-p-phenetidino)phthalimidine", "chembl2106603", "1h-isoindol-1-one,2-ethyl-2,3-dihydro-3-((4-(2-(1-piperidinyl)ethoxy)phenyl)amino)- mixt. with 3,4,5,6-tetrahydro-5-methyl-1-phenyl-1h-2,5-benzoxazocine hydrochloride", "ac1mi2zu", "surecn249757"}|>, "4713" -> <|"DatabaseID" -> "SW02786", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2322839], ExternalIdentifier["ChemSpiderID", 3193]}, "IsomericSmiles" -> "CCN1C(c2ccccc2C1=O)Nc3ccc(cc3)OCC[NH+]4CCCCC4", "OfficialNames" -> <|"Indian Approved Name" -> "nefopam hcl", "NPC Approved Name" -> "2-ethyl-3-(.beta.-piperidino-p-phenetidino)phthalimidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3062121], ExternalIdentifier["PubChemCompoundID", 3309]}, "Synonyms" -> {"nefopam hydrochloride compd. with etomidoline (5:1)", "smedolin mixed with nefopam hydrochloride (1:5)", "etomidoline combined with ajan (1:5)", "smedolin (tn)", "smedolin", "ajan compd. with etomidoline (5:1)", "amidoline compd. with acupan (1:5)", "etomidoline", "etomidoline mixed with nefopam hydrochloride (1:5)", "k 2680 compd. with nefopam hydrochloride (1:5)", "acupan mixed with amidoline (5:1)", "2-ethyl-2,3-dihydro-3-((4-(2-(1-piperidinyl)ethoxy)phenyl)amino)-1h-isoindol-1-one", "ac1l1fn5", "dsstox_gsid_48800", "etomidoline (jan/inn)", "1h-isoindol-1-one,2-ethyl-2,3-dihydro-3-[[4-[2-(1-piperidinyl)ethoxy]phenyl]amino]-", "tox21_113277", "dsstox_cid_28726", "1h-isoindol-1-one", "2-ethyl-3-({4-[2-(piperidin-1-yl)ethoxy]phenyl}amino)isoindolin-1-one", "dsstox_rid_82995", "80286-26-6[rn]", "21590-92-1[rn]", "ac1q6k4k", "244-463-9[einecs]", "2-ethyl-2,3-dihydro-3-[[4-[2-(1-piperidinyl)ethoxy]phenyl]amino]-1h-isoindol-1-one", "2-ethyl-3-(b-piperidino-p-phenetidino)phthalimidine", "chembl2106603", "1h-isoindol-1-one,2-ethyl-2,3-dihydro-3-((4-(2-(1-piperidinyl)ethoxy)phenyl)amino)- mixt. with 3,4,5,6-tetrahydro-5-methyl-1-phenyl-1h-2,5-benzoxazocine hydrochloride", "ac1mi2zu", "surecn249757"}|>, "4714" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4715" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4716" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4717" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4718" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4719" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4720" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4721" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4722" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4723" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4724" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4725" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4726" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4727" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4728" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4729" -> <|"DatabaseID" -> "SW02787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089145]}, "IsomericSmiles" -> "CC12CCC3c4ccc(cc4CCC3C1C[C@H]([C@]2(C#C)O)O)OC5CCCC5", "OfficialNames" -> <|"China Approved Name" -> "nilestriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357479]}, "Synonyms" -> {"nilestriol", "39791-20-3", "39791-20-3[rn]", "akos015961931"}|>, "4730" -> <|"DatabaseID" -> "SW02788", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5359]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01021"]}, "IsomericSmiles" -> "c1c2c(cc(c1Cl)S(=O)(=O)N)S(=O)(=O)NC(N2)C(Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00658"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRICHLORMETHIAZIDE"|>, "PharmGKBID" -> "PA164752426", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5560]}, "Synonyms" -> {"trichlormethiazide", "naqua", "schebitran", "trichloromethiazide", "trichlormetazid", "achletin", "aponorin", "chlopolidine", "metahydrin", "diurese", "isestran", "trichlorex", "tolcasone", "fluitran", "diu-hydrin", "esmarin", "diuroral", "3-dichloromethyl-6-chloro-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine1,1-dioxide", "intromene", "flutra", "carvacron", "trichloromethiadiazide", "6-chloro-3-dichloromethyl-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine1,1-dioxide", "trichlormas", "anatran", "anistadin", "triclordiuride", "gangesol", "flurese", "trichlormethiazid", "cretonin", "eurinol", "naquasone", "kubacron", "diurazida", "tachionin", "hydrotrichlorothiazide", "triflumen", "nakva", "3-(dichloromethyl)-6-chloro-1,1-dioxo-2h,3h,4h-benzo[e]1,2,4-thiadiazine-7-sulfonamide", "3-(dichloromethyl)-6-chloro-7-sulfamoyl-3,4-dihydro-1,2 4-benzothiadiazine 1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3-(dichloromethyl)-3,4-dihydro- 1,1-dioxide", "salurin", "205-118-8[einecs]", "6-chloro-3-(dichloromethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "6-chloro-3-(dichloromethyl)-3,4-dihydro-7-sulfamyl-1,2,4-benzothiadiazine-1,1-dioxide", "achletin;diu-hydrin;triflumen", "ec 4.2.1.1", "carbonic anhydrase 4 precursor", "salurin (wadel)", "carbonate dehydratase iv", "trichlormethiazide w/ reserpine", "ciba 7057-su", "6-chloro-3-(dichloromethyl)3,4-dihydro-7-sulfamyl-1,2,4-benzothiadiazine-1,1-dioxide", "naqua (tn)", "d014237", "diurese[wiki]", "6-chloro-3-(dichloromethyl)3,4-dihydro-7-sulfamoyl-1,2 4-benzothiadiazine-1,1-dioxide", "naquival", "6-chloro-3-(dichloromethyl)-3 4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "trichlormethiazide [inn:jan][inn][jan]", "3-dichloromethyl-6-chloro-7-sulfamoyl-3,4-dihydro-1,2,4-benzothiadiazine-1,1-dioxide", "ca-iv", "trichlormethiazidum[latin]", "3-(dichloromethyl)-6-chloro-7-sulfamoyl-3,4-dihydro-1,2 4-benzothiadiazine-1,1-dioxide", "triclormetiazide", "aquazide", "triclormetiazida[spanish][inn]", "metatensin", "trichlordiuride", "triclormetiazide[italian]", "triclormetiazide [dcit]", "carbonic anhydrase iv", "3-dichloromethylhydrochlorothiazide", "133-67-5[rn]", "96782-89-7[rn]", "flurese (van)", "triazide", "337376-15-5", "2h-1,2 4-benzothiadiazine-7-sulfonamide 6-chloro-3-(dichloromethyl)-3 4-dihydro- 1,1-dioxide"}|>, "4731" -> <|"DatabaseID" -> "SW02788", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5359]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01021"]}, "IsomericSmiles" -> "c1c2c(cc(c1Cl)S(=O)(=O)N)S(=O)(=O)NC(N2)C(Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00658"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRICHLORMETHIAZIDE"|>, "PharmGKBID" -> "PA164752426", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5560]}, "Synonyms" -> {"trichlormethiazide", "naqua", "schebitran", "trichloromethiazide", "trichlormetazid", "achletin", "aponorin", "chlopolidine", "metahydrin", "diurese", "isestran", "trichlorex", "tolcasone", "fluitran", "diu-hydrin", "esmarin", "diuroral", "3-dichloromethyl-6-chloro-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine1,1-dioxide", "intromene", "flutra", "carvacron", "trichloromethiadiazide", "6-chloro-3-dichloromethyl-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine1,1-dioxide", "trichlormas", "anatran", "anistadin", "triclordiuride", "gangesol", "flurese", "trichlormethiazid", "cretonin", "eurinol", "naquasone", "kubacron", "diurazida", "tachionin", "hydrotrichlorothiazide", "triflumen", "nakva", "3-(dichloromethyl)-6-chloro-1,1-dioxo-2h,3h,4h-benzo[e]1,2,4-thiadiazine-7-sulfonamide", "3-(dichloromethyl)-6-chloro-7-sulfamoyl-3,4-dihydro-1,2 4-benzothiadiazine 1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3-(dichloromethyl)-3,4-dihydro- 1,1-dioxide", "salurin", "205-118-8[einecs]", "6-chloro-3-(dichloromethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "6-chloro-3-(dichloromethyl)-3,4-dihydro-7-sulfamyl-1,2,4-benzothiadiazine-1,1-dioxide", "achletin;diu-hydrin;triflumen", "ec 4.2.1.1", "carbonic anhydrase 4 precursor", "salurin (wadel)", "carbonate dehydratase iv", "trichlormethiazide w/ reserpine", "ciba 7057-su", "6-chloro-3-(dichloromethyl)3,4-dihydro-7-sulfamyl-1,2,4-benzothiadiazine-1,1-dioxide", "naqua (tn)", "d014237", "diurese[wiki]", "6-chloro-3-(dichloromethyl)3,4-dihydro-7-sulfamoyl-1,2 4-benzothiadiazine-1,1-dioxide", "naquival", "6-chloro-3-(dichloromethyl)-3 4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "trichlormethiazide [inn:jan][inn][jan]", "3-dichloromethyl-6-chloro-7-sulfamoyl-3,4-dihydro-1,2,4-benzothiadiazine-1,1-dioxide", "ca-iv", "trichlormethiazidum[latin]", "3-(dichloromethyl)-6-chloro-7-sulfamoyl-3,4-dihydro-1,2 4-benzothiadiazine-1,1-dioxide", "triclormetiazide", "aquazide", "triclormetiazida[spanish][inn]", "metatensin", "trichlordiuride", "triclormetiazide[italian]", "triclormetiazide [dcit]", "carbonic anhydrase iv", "3-dichloromethylhydrochlorothiazide", "133-67-5[rn]", "96782-89-7[rn]", "flurese (van)", "triazide", "337376-15-5", "2h-1,2 4-benzothiadiazine-7-sulfonamide 6-chloro-3-(dichloromethyl)-3 4-dihydro- 1,1-dioxide"}|>, "4732" -> <|"DatabaseID" -> "SW02789", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32941"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11146]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "heptacosane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11636]}, "Synonyms" -> {"n-heptacosane", "209-792-4[einecs]", "qspl 073", "51559_fluka", "51560_aldrich", "1706242[beilstein]", "ch3-[ch2]25-ch3", "heptacosane[wiki][acd/iupac name]", "qspl 047", "chebi:32941", "593-49-7", "51560_fluka", "[593-49-7]", "heptacosane", "593-49-7[rn]", "ac1l1xsc"}|>, "4733" -> <|"DatabaseID" -> "SW02790", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3641"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10815]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00269"]}, "IsomericSmiles" -> "COc1ccc(cc1)C(=C(c2ccc(cc2)OC)Cl)c3ccc(cc3)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00269"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CHLOROTRIANISENE"|>, "PharmGKBID" -> "PA164768822", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11289]}, "Synonyms" -> {"tace", "chlorotrianizen", "chlorestrolo", "chloortrianisestrol", "chlorotrianisine", "chlortrianisen", "clorestrolo", "chlorotrianisene", "chlortrianisestrol", "chlortrianizen", "chlortrianisene", "tace-fn", "clorotrisin", "chlorotrisin", "trianisestrol", "anisene", "metace", "merbentul", "hormonisene", "khlortrianizen", "cta", "chlortrianisenum", "chlortrianisoestrolum", "rianil", "1,1',1''-(1-chloro-1-ethenyl-2-ylidene)-tris(4-methoxybenzene)", "clorotrianiseno[spanish][inn]", "1,1',1''-(2-chloroethene-1,1,2-triyl)tris[4-(methyloxy)benzene]", "209-318-6[einecs]", "chlorotrianisenum [inn-latin]", "chlorotrianisene; chlorotrianisenum; clorotrianiseno", "1891845[beilstein]", "tace (pharmaceutical)", "ethylene chlorotris(p-methoxyphenyl)-", "chlorotrianisenum[latin]", "tace (tn)", "4-06-00-07650 (beilstein handbook reference)[beilstein]", "569-57-3[rn]", "tri-p-anisylchloroethylene", "chlorotrianisestrol", "chlorotrianisene[wiki][usan]", "1,1',1''-(2-chloro-1,1,2-ethenetriyl)tris(4-methoxybenzene)[acd/iupac name]", "chlorotrianisene [nonsteroidal oestrogens]", "ethylene chlorotris (p-methoxyphenyl)-", "benzene,1,1',1''-(2-chloro-2-ethenyl-1-ylidene)tris[4-methoxy-", "clorotrianiseno [inn-spanish]", "preparado con clorotrianiseno", "clorotrianisene [dcit]", "benzene,1,1',1''-(1-chloro-1-ethenyl-2-ylidene)tris(4-methoxy)-", "chlorotrianisene [ban:inn][inn]", "chlorotris(p-methoxyphenyl)ethylene", "4-06-00-07650", "cas-569-57-3", "1,1',1''-(1-chloro-1-ethenyl-2-ylidene)tris[4-methoxybenzene]", "tris(p-methoxyphenyl)chloroethylene", "estradiol receptor", "er-alpha", "1,1',1''-(2-chloroethene-1,1,2-triyl)tris(4-methoxybenzene)", "er"}|>, "4734" -> <|"DatabaseID" -> "SW02791", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3520"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2562]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00482"]}, "IsomericSmiles" -> "Cc1ccc(cc1)c2cc(nn2c3ccc(cc3)S(=O)(=O)N)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00567"]}, "OfficialNames" -> <|"Indian Approved Name" -> "celecoxib", "FDA Approved Drug" -> "CELECOXIB"|>, "PharmGKBID" -> "PA448871", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2662]}, "Synonyms" -> {"celecoxib", "celebrex", "celebra", "celocoxib", "ym177", "celecox", "onsenal", "benzenesulfonamide 4-[5-(4-methylphenyl)-3-(trifluoromethyl)-1h-pyrazol-1-yl]-", "169590-42-5", "p-(5-p-tolyl-3-(trifluoromethyl)pyrazol-1-yl)benzenesulfonamide", "4-[5-(4-methylphenyl)-3-(trifluoromethyl)-1h-pyrazol-1-yl]-benzenesulfonamide", "benzenesulfonamide 4-5-(4-methylphenyl)-3-(trifluoromethyl)-1h-pyrazol-1-yl-", "184007-95-2[rn]", "tl8001323", "xilebao", "4-[5-(4-methylphenyl)-3-(trifluormethyl)-1h-pyrazol-1-yl]benzolsulfonamid", "4-(5-(4-methylphenyl)-3-(trifluoromethyl)-1h-pyrazol-1-yl)benzenesulfonamide", "ec 2.7.11.1", "4-5-(4-methylphenyl)-3-(trifluoromethyl)-1h-pyrazol-1-ylbenzenesulfonamide", "4-(5-p-tolyl-3-trifluoromethyl-pyrazol-1-yl)-benzenesulfonamide", "4-[5-((4-methylphenyl)-3-trifluorpmethyl)-1h-pyrazol-yl]benenesulfonamide", "cel", "4-[5-(4-methylphenyl)-3-(trifluoromethyl)-1h-pyrazol-1-yl] benzenesulfonamide", "4-(5-(p-tolyl)-3-(trifluoromethyl)-1h-pyrazol-1-yl)benzenesulfonamide", "benzenesulfonamide 4-(5-(4-methylphenyl)-3-(trifluoromethyl)-1h-pyrazol-1-yl)-", "c105934", "4-[5-(4-methylphenyl)-3-(trifluoromethyl)-pyrazol-1-yl]benzenesulfonamide", "solexa[wiki]", "26303-90-2[rn]", "169590-42-5[rn]", "hpdk1", "4-[5-(4-methylphenyl)-3-(trifluoromethyl)-1h-pyrazol-1-yl]benzenesulfonamide[acd/iupac name]", "celecoxib[wiki][jan][usan]", "194044-54-7[rn]", "337376-15-5", "4-[5-(4-methylphenyl)-3-(trifluoromethyl)-1h-pyrazol-1-yl]benzene-1-sulfonamide", "sc 58635"}|>, "4735" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4736" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4737" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4738" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4739" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4740" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4741" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4742" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4743" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4744" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4745" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4746" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4747" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4748" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4749" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4750" -> <|"DatabaseID" -> "SW02792", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 182904]}, "IsomericSmiles" -> "C[NH+]1CCC23c4ccccc4N5C2C6C(CC5=O)OCC=C(C1)C6(CC3=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icajine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 210990]}, "Synonyms" -> {"14-hydroxyicajine", "icajine", "16,19-secostrychnidine-10,16-dione 14-hydroxy-19-methyl-", "16", "14-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ar-1g0391", "14-hydroxy-19-methyl-16", "ac1l4pwx", "4a-hydroxy-15-methyl-4a", "ac1q6krr", "22029-96-5", "ls-144741", "22029-96-5[rn]", "icajine 14-hydroxy-"}|>, "4751" -> <|"DatabaseID" -> "SW02793", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 181387]}, "IsomericSmiles" -> "C[NH+]1CCC23c4cccc(c4N5[C@H]2[C@H]6[C@@H](CC3=O)C(=CCO[C@H]6CC5=O)C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vomicine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 209348]}, "Synonyms" -> {"vomicine", "12-hydroxy-n-methylpseudostrychnine", "4-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ls-162306", "ar-1a5443", "kst-1a2868", "22691-02-7", "4,16-dihydroxy-19-methyl-10-oxostrychnidinium", "ac1l4mgs", "4", "strychnidinium 4,16-dihydroxy-19-methyl-10-oxo- (9ci)", "(4ar", "19764-19-3[rn]", "4-hydroxy-19-methyl-16"}|>, "4752" -> <|"DatabaseID" -> "SW02793", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 181387]}, "IsomericSmiles" -> "C[NH+]1CCC23c4cccc(c4N5[C@H]2[C@H]6[C@@H](CC3=O)C(=CCO[C@H]6CC5=O)C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vomicine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 209348]}, "Synonyms" -> {"vomicine", "12-hydroxy-n-methylpseudostrychnine", "4-hydroxy-19-methyl-16,19-secostrychnidine-10,16-dione", "ls-162306", "ar-1a5443", "kst-1a2868", "22691-02-7", "4,16-dihydroxy-19-methyl-10-oxostrychnidinium", "ac1l4mgs", "4", "strychnidinium 4,16-dihydroxy-19-methyl-10-oxo- (9ci)", "(4ar", "19764-19-3[rn]", "4-hydroxy-19-methyl-16"}|>, "4753" -> <|"DatabaseID" -> "SW02794", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2084]}, "IsomericSmiles" -> "Cc1ccc(cc1S(=O)(=O)N)C(C[NH2+]CCOc2ccccc2OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07451"]}, "OfficialNames" -> <|"NPC Approved Name" -> "amosulalol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2169]}, "Synonyms" -> {"lowgan", "amosulalol", "amosulalol [inn]", "amosulalol[inn]", "85320-68-9", "(+-)-5-(1-hydroxy-2-((2-(o-methoxyphenoxy)ethyl)amino)ethyl)-o-toluenesulfonamide", "5-{1-hydroxy-2-[2-(2-methoxy-phenoxy)-ethylamino]-ethyl}-2-methyl-benzenesulfonamide", "93633-92-2", "amosulalolum", "benzenesulfonamide 5-[1-hydroxy-2-[[2-(2-methoxyphenoxy)ethyl]amino]ethyl]-2-methyl-", "amosulalolum[latin]", "93633-92-2[rn]", "surecn48933", "85320-68-9[rn]", "70958-86-0[rn]", "amosulalolum [latin]", "amosulalol hcl", "amosulalol (inn)", "5-(1-hydroxy-2-{[2-(2-methoxyphenoxy)ethyl]amino}ethyl)-2-methylbenzenesulfonamide[acd/iupac name]", "5-(1-hydroxy-2-{[2-(2-methoxyphenoxy)ethyl]amino}ethyl)-2-methylbenzenesulfonamide"}|>, "4754" -> <|"DatabaseID" -> "SW02794", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2084]}, "IsomericSmiles" -> "Cc1ccc(cc1S(=O)(=O)N)C(C[NH2+]CCOc2ccccc2OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07451"]}, "OfficialNames" -> <|"NPC Approved Name" -> "amosulalol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2169]}, "Synonyms" -> {"lowgan", "amosulalol", "amosulalol [inn]", "amosulalol[inn]", "85320-68-9", "(+-)-5-(1-hydroxy-2-((2-(o-methoxyphenoxy)ethyl)amino)ethyl)-o-toluenesulfonamide", "5-{1-hydroxy-2-[2-(2-methoxy-phenoxy)-ethylamino]-ethyl}-2-methyl-benzenesulfonamide", "93633-92-2", "amosulalolum", "benzenesulfonamide 5-[1-hydroxy-2-[[2-(2-methoxyphenoxy)ethyl]amino]ethyl]-2-methyl-", "amosulalolum[latin]", "93633-92-2[rn]", "surecn48933", "85320-68-9[rn]", "70958-86-0[rn]", "amosulalolum [latin]", "amosulalol hcl", "amosulalol (inn)", "5-(1-hydroxy-2-{[2-(2-methoxyphenoxy)ethyl]amino}ethyl)-2-methylbenzenesulfonamide[acd/iupac name]", "5-(1-hydroxy-2-{[2-(2-methoxyphenoxy)ethyl]amino}ethyl)-2-methylbenzenesulfonamide"}|>, "4755" -> <|"DatabaseID" -> "SW02795", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "39455"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470755]}, "IsomericSmiles" -> "CCCCCCCC(=O)CC[C@H]1[C@@H](C[C@@H]([C@@H]1C/C=C\\CCCC(=O)[O-])O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08661"]}, "OfficialNames" -> <|"NPC Approved Name" -> "unoprostone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311236]}, "Synonyms" -> {"unoprostone", "120373-36-6", "[1r-[1a(z),2b,3a,5a]]-7-[3,5-dihydroxy-2-(3-oxodecyl)cyclopentyl]-5-heptenoic acid", "120373-24-2[rn]", "ac1nsk9z", "chebi:39455", "(5z)-7-[(1r,2r,3r,5s)-3,5-dihydroxy-2-(3-oxodecyl)cyclopentyl]hept-5-enoic acid (non-preferred name)", "(+)-(z)-7-((1r,2r,3r,5s)-3,5-dihydroxy-2-(3-oxodecyl)cyclopentyl)-5-heptenoic acid", "rescula", "(5z)-7-[(1r,2r,3r,5s)-3,5-dihydroxy-2-(3-oxodecyl)cyclopentyl]hept-5-enoic acid", "120373-36-6[rn]", "9363775[beilstein]", "surecn194651", "unoprostone[wiki][inn]", "isopropyl unoprostone", "(5z)-7-[(1r", "13", "chembl1201407", "(+)-(z)-7-((1r", "13,14-dihydro-15-keto-20-ethyl-pgf2a", "lmfa03010204"}|>, "4756" -> <|"DatabaseID" -> "SW02796", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3132]}, "IsomericSmiles" -> "CCOC(C[NH+]1CCN(CC1)CC(C)C(=O)c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07902"]}, "OfficialNames" -> <|"NPC Approved Name" -> "eprazinona"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3245]}, "Synonyms" -> {"eprazinone", "3-(4-(2-ethoxy-2-phenylethyl)piperazin-1-yl)-2-methyl-1-phenylpropan-1-one", "resplen", "eprazinone dihydrochloride", "5-23-02-00216[beilstein]", "10402-90-1[rn]", "3-[4-(2-ethoxy-2-phenylethyl)piperazin-1-yl]-2-methyl-1-phenylpropan-1-one", "eprazinona [inn-spanish]", "eftapan", "eprazinonum [inn-latin]", "3-(4-(beta-ethoxyphenethyl)-1-piperazinyl)-2-methylpropiophenone", "746 ce", "propiophenone", "eprazinonum[latin]", "1-propanone 3-[4-(2-ethoxy-2-phenylethyl)-1-piperazinyl]-2-methyl-1-phenyl-", "10402-53-6 (dihydrochloride)", "1-propanone 3-(4-(2-ethoxy-2-phenylethyl)-1-piperazinyl)-2-methyl-1-phenyl-", "brn 0844684", "eprazinone [dcf:inn][inn]", "3-(4-(2-ethoxy-2-phenylethyl)-1-piperazinyl)-2-methyl-1-phenyl-1-propanone", "einecs 233-873-3", "3-[4-(2-ethoxy-2-phenylethyl)-1-piperazinyl]-2-methyl-1-phenyl-1-propanone[acd/iupac name]", "10402-90-1", "mucitux", "233-873-3[einecs]", "eprazinona[spanish][inn]", "5-23-02-00216 (beilstein handbook reference)[beilstein]", "10402-53-6[rn]", "1-(2-phenyl-2-ethoxyethyl)-4-(2-benzyloxypropyl)piperazine", "233-872-8[einecs]"}|>, "4757" -> <|"DatabaseID" -> "SW02796", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3132]}, "IsomericSmiles" -> "CCOC(C[NH+]1CCN(CC1)CC(C)C(=O)c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07902"]}, "OfficialNames" -> <|"NPC Approved Name" -> "eprazinona"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3245]}, "Synonyms" -> {"eprazinone", "3-(4-(2-ethoxy-2-phenylethyl)piperazin-1-yl)-2-methyl-1-phenylpropan-1-one", "resplen", "eprazinone dihydrochloride", "5-23-02-00216[beilstein]", "10402-90-1[rn]", "3-[4-(2-ethoxy-2-phenylethyl)piperazin-1-yl]-2-methyl-1-phenylpropan-1-one", "eprazinona [inn-spanish]", "eftapan", "eprazinonum [inn-latin]", "3-(4-(beta-ethoxyphenethyl)-1-piperazinyl)-2-methylpropiophenone", "746 ce", "propiophenone", "eprazinonum[latin]", "1-propanone 3-[4-(2-ethoxy-2-phenylethyl)-1-piperazinyl]-2-methyl-1-phenyl-", "10402-53-6 (dihydrochloride)", "1-propanone 3-(4-(2-ethoxy-2-phenylethyl)-1-piperazinyl)-2-methyl-1-phenyl-", "brn 0844684", "eprazinone [dcf:inn][inn]", "3-(4-(2-ethoxy-2-phenylethyl)-1-piperazinyl)-2-methyl-1-phenyl-1-propanone", "einecs 233-873-3", "3-[4-(2-ethoxy-2-phenylethyl)-1-piperazinyl]-2-methyl-1-phenyl-1-propanone[acd/iupac name]", "10402-90-1", "mucitux", "233-873-3[einecs]", "eprazinona[spanish][inn]", "5-23-02-00216 (beilstein handbook reference)[beilstein]", "10402-53-6[rn]", "1-(2-phenyl-2-ethoxyethyl)-4-(2-benzyloxypropyl)piperazine", "233-872-8[einecs]"}|>, "4758" -> <|"DatabaseID" -> "SW02796", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3132]}, "IsomericSmiles" -> "CCOC(C[NH+]1CCN(CC1)CC(C)C(=O)c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07902"]}, "OfficialNames" -> <|"NPC Approved Name" -> "eprazinona"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3245]}, "Synonyms" -> {"eprazinone", "3-(4-(2-ethoxy-2-phenylethyl)piperazin-1-yl)-2-methyl-1-phenylpropan-1-one", "resplen", "eprazinone dihydrochloride", "5-23-02-00216[beilstein]", "10402-90-1[rn]", "3-[4-(2-ethoxy-2-phenylethyl)piperazin-1-yl]-2-methyl-1-phenylpropan-1-one", "eprazinona [inn-spanish]", "eftapan", "eprazinonum [inn-latin]", "3-(4-(beta-ethoxyphenethyl)-1-piperazinyl)-2-methylpropiophenone", "746 ce", "propiophenone", "eprazinonum[latin]", "1-propanone 3-[4-(2-ethoxy-2-phenylethyl)-1-piperazinyl]-2-methyl-1-phenyl-", "10402-53-6 (dihydrochloride)", "1-propanone 3-(4-(2-ethoxy-2-phenylethyl)-1-piperazinyl)-2-methyl-1-phenyl-", "brn 0844684", "eprazinone [dcf:inn][inn]", "3-(4-(2-ethoxy-2-phenylethyl)-1-piperazinyl)-2-methyl-1-phenyl-1-propanone", "einecs 233-873-3", "3-[4-(2-ethoxy-2-phenylethyl)-1-piperazinyl]-2-methyl-1-phenyl-1-propanone[acd/iupac name]", "10402-90-1", "mucitux", "233-873-3[einecs]", "eprazinona[spanish][inn]", "5-23-02-00216 (beilstein handbook reference)[beilstein]", "10402-53-6[rn]", "1-(2-phenyl-2-ethoxyethyl)-4-(2-benzyloxypropyl)piperazine", "233-872-8[einecs]"}|>, "4759" -> <|"DatabaseID" -> "SW02796", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3132]}, "IsomericSmiles" -> "CCOC(C[NH+]1CCN(CC1)CC(C)C(=O)c2ccccc2)c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07902"]}, "OfficialNames" -> <|"NPC Approved Name" -> "eprazinona"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3245]}, "Synonyms" -> {"eprazinone", "3-(4-(2-ethoxy-2-phenylethyl)piperazin-1-yl)-2-methyl-1-phenylpropan-1-one", "resplen", "eprazinone dihydrochloride", "5-23-02-00216[beilstein]", "10402-90-1[rn]", "3-[4-(2-ethoxy-2-phenylethyl)piperazin-1-yl]-2-methyl-1-phenylpropan-1-one", "eprazinona [inn-spanish]", "eftapan", "eprazinonum [inn-latin]", "3-(4-(beta-ethoxyphenethyl)-1-piperazinyl)-2-methylpropiophenone", "746 ce", "propiophenone", "eprazinonum[latin]", "1-propanone 3-[4-(2-ethoxy-2-phenylethyl)-1-piperazinyl]-2-methyl-1-phenyl-", "10402-53-6 (dihydrochloride)", "1-propanone 3-(4-(2-ethoxy-2-phenylethyl)-1-piperazinyl)-2-methyl-1-phenyl-", "brn 0844684", "eprazinone [dcf:inn][inn]", "3-(4-(2-ethoxy-2-phenylethyl)-1-piperazinyl)-2-methyl-1-phenyl-1-propanone", "einecs 233-873-3", "3-[4-(2-ethoxy-2-phenylethyl)-1-piperazinyl]-2-methyl-1-phenyl-1-propanone[acd/iupac name]", "10402-90-1", "mucitux", "233-873-3[einecs]", "eprazinona[spanish][inn]", "5-23-02-00216 (beilstein handbook reference)[beilstein]", "10402-53-6[rn]", "1-(2-phenyl-2-ethoxyethyl)-4-(2-benzyloxypropyl)piperazine", "233-872-8[einecs]"}|>, "4760" -> <|"DatabaseID" -> "SW02797", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4754"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61857], ExternalIdentifier["ChemSpiderID", 3086]}, "IsomericSmiles" -> "c1cc(ccc1COC(Cn2ccnc2)c3ccc(cc3Cl)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00881"], ExternalIdentifier["KEGGID", "D03936"]}, "OfficialNames" -> <|"China Approved Name" -> "econazole", "Indian Approved Name" -> "econazole nit;econazole", "FDA Approved Drug" -> "ECONAZOLE NITRATE"|>, "PharmGKBID" -> "PA164746010", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68589], ExternalIdentifier["PubChemCompoundID", 3198]}, "Synonyms" -> {"gyno-pevaryl 150", "pevaryl", "24169-02-6[rn]", "palavale", "econazole", "68797-31-9[rn]", "spectazole[wiki]", "27220-47-9[rn]", "econazolum", "econazole[wiki]", "gyno-pevaryl", "econazole nitrate", "epi-pevaryl", "ifenec", "(1)-1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-1h-imidazolium nitrate", "spectazole", "1h-imidazole 1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)- nitrate", "272-295-6[einecs]", "(+-)-econazole", "1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)-ethyl)-1h-imidazole mononitrate", "1-{2-(4-chlorobenzyloxy)-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole", "ecostatin", "1-[2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole", "r 14 827", "ecostatin vaginal ovules", "1-(2-[(4-chlorophenyl)methoxy]-2-[2,4-dichlorophenyl]ethyl)-1h-imidazole", "1-{2-[(4-chlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate (1:1)[acd/iupac name]", "r-14827", "68797-31-9 27220-47-9", "spectazole cream", "econazol", "1-[2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]imidazole", "1-[2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]-1himidazole", "sq-13050", "ecostatin;epi-pevaryl;gyno-pevaryl;gynoryl;ifenec;micogin;nsc 243115;palavale;pevaryl;spectazole", "24169-02-6 (nitrate)", "r 14827 {nitrate}", "9005-49-6", "1-[2-[(4-chlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole nitrate", "1-{2-[(4-chlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate", "1h-imidazole 1-[2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]-", "1h-imidazole 1-[2-[ (4-chlorophenyl)methoxy]-2-(2 4-dichlorophenyl)ethyl]-", "econazole nitrate (unspecified)", "econazole nitrate [usan:ban:jan][jan][usan]", "econazolenitrate", "r 14,827", "24169-02-6 {nitrate}", "248-341-6[einecs]", "1-{2-[(4-chlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole[acd/iupac name]", "1h-imidazole 1-[2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]- nitrate (1:1)", "spectazole (tn)", "27220-47-9", "1-{2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole", "ecostatin cream", "miconazole nitrate imp. b (ep) as nitrate", "68797-31-9 27220-47-9 [econazole]", "1h-imidazole 1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)- mononitrate (9ci)", "1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-1h-imidazole", "1h-imidazole 1-[2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl]ethyl)- nitrate", "246-053-5[einecs]", "1h-imidazole 1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-", "1-[(2rs)-2-[(4-chlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole nitrate", "1-[2,4-dichloro-b-[(p-chlorobenzyl)oxy]phenethyl]imidazole", "ecostatin[wiki]", "econazole nitrate salt", "1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-1h-imidazolenitrate", "chebi:4754", "(+-)-econazole nitrate", "r 14827", "ccris 6031", "econazole nitrate [usan:ban:jan]", "24169-02-6"}|>, "4761" -> <|"DatabaseID" -> "SW02797", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4754"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61857], ExternalIdentifier["ChemSpiderID", 3086]}, "IsomericSmiles" -> "c1cc(ccc1COC(Cn2ccnc2)c3ccc(cc3Cl)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00881"], ExternalIdentifier["KEGGID", "D03936"]}, "OfficialNames" -> <|"China Approved Name" -> "econazole", "Indian Approved Name" -> "econazole nit;econazole", "FDA Approved Drug" -> "ECONAZOLE NITRATE"|>, "PharmGKBID" -> "PA164746010", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68589], ExternalIdentifier["PubChemCompoundID", 3198]}, "Synonyms" -> {"gyno-pevaryl 150", "pevaryl", "24169-02-6[rn]", "palavale", "econazole", "68797-31-9[rn]", "spectazole[wiki]", "27220-47-9[rn]", "econazolum", "econazole[wiki]", "gyno-pevaryl", "econazole nitrate", "epi-pevaryl", "ifenec", "(1)-1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-1h-imidazolium nitrate", "spectazole", "1h-imidazole 1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)- nitrate", "272-295-6[einecs]", "(+-)-econazole", "1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)-ethyl)-1h-imidazole mononitrate", "1-{2-(4-chlorobenzyloxy)-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole", "ecostatin", "1-[2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole", "r 14 827", "ecostatin vaginal ovules", "1-(2-[(4-chlorophenyl)methoxy]-2-[2,4-dichlorophenyl]ethyl)-1h-imidazole", "1-{2-[(4-chlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate (1:1)[acd/iupac name]", "r-14827", "68797-31-9 27220-47-9", "spectazole cream", "econazol", "1-[2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]imidazole", "1-[2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]-1himidazole", "sq-13050", "ecostatin;epi-pevaryl;gyno-pevaryl;gynoryl;ifenec;micogin;nsc 243115;palavale;pevaryl;spectazole", "24169-02-6 (nitrate)", "r 14827 {nitrate}", "9005-49-6", "1-[2-[(4-chlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole nitrate", "1-{2-[(4-chlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate", "1h-imidazole 1-[2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]-", "1h-imidazole 1-[2-[ (4-chlorophenyl)methoxy]-2-(2 4-dichlorophenyl)ethyl]-", "econazole nitrate (unspecified)", "econazole nitrate [usan:ban:jan][jan][usan]", "econazolenitrate", "r 14,827", "24169-02-6 {nitrate}", "248-341-6[einecs]", "1-{2-[(4-chlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole[acd/iupac name]", "1h-imidazole 1-[2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]- nitrate (1:1)", "spectazole (tn)", "27220-47-9", "1-{2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole", "ecostatin cream", "miconazole nitrate imp. b (ep) as nitrate", "68797-31-9 27220-47-9 [econazole]", "1h-imidazole 1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)- mononitrate (9ci)", "1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-1h-imidazole", "1h-imidazole 1-[2-[(4-chlorophenyl)methoxy]-2-(2,4-dichlorophenyl]ethyl)- nitrate", "246-053-5[einecs]", "1h-imidazole 1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-", "1-[(2rs)-2-[(4-chlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole nitrate", "1-[2,4-dichloro-b-[(p-chlorobenzyl)oxy]phenethyl]imidazole", "ecostatin[wiki]", "econazole nitrate salt", "1-(2-((4-chlorophenyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-1h-imidazolenitrate", "chebi:4754", "(+-)-econazole nitrate", "r 14827", "ccris 6031", "econazole nitrate [usan:ban:jan]", "24169-02-6"}|>, "4762" -> <|"DatabaseID" -> "SW02799", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "553473"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7962928], ExternalIdentifier["ChemSpiderID", 5018818]}, "IsomericSmiles" -> "CO/N=C(/c1csc(n1)N)\\C(=O)N[C@H]2[C@@H]3N(C2=O)C(=CCS3)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00923"], ExternalIdentifier["KEGGID", "D07658"]}, "OfficialNames" -> <|"China Approved Name" -> "ceftizoxime", "Indian Approved Name" -> "ceftizoxime", "FDA Approved Drug" -> "CEFTIZOXIME SODIUM"|>, "PharmGKBID" -> "PA164748758", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23663938], ExternalIdentifier["PubChemCompoundID", 6533629]}, "Synonyms" -> {"cefizox", "ceftizoxime", "ceftizoxime sodium", "epocelin", "eposerin", "ceftix", "68401-82-1[rn]", "czx", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-(2-amino-4-thiazolyl)(methoxyimino)acetyl]amino]-8-oxo- (6r,7r)-", "ceftizoxima [inn-spanish]", "syn-7-(2-(2-amino-4-thiazolyl)-2-methoxyiminoacetamido)-3-cephem-4-carboxylic acid", "fk-749", "68401-81-0[rn]", "(6r,7r)-7-[2-(2-amino-4-thiazolyl)glyoxylamido]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid72-(z)-(o-methyloxime)", "ceftizoximum[latin]", "ceftizoximum [inn_la]", "(6r,7r)-7-({(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-[(methyloxy)imino]acetyl}amino)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-8-oxo- (6r,7r)-", "ceftizoxima[spanish][inn]", "7-[2-(2-amino-thiazol-4-yl)-2-methoxyimino-acetylamino]-8-oxo-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid(fk-749)", "ceftizoxime monosodium salt", "ceftizoximum [inn-latin]", "7-[2-(2-amino-thiazol-4-yl)-2-methoxyimino-acetylamino]-8-oxo-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "ceftizoxime acid", "epocelin (tn)", "[6r-[6a,7b(z)]]-7-[[(2-amino-4-thiazolyl)(methoxyimino)acetyl]amino]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "ceftizoxima", "sk&f; 88373-z", "ceftizoximum", "(6r,7r)-7-(2-(2-amino-4-thiazolyl)glyoxyamido)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-carbonsaeure-7-(z)-(o-methyloxim)", "(6r,7r)-7-(2-(2-amino-4-thiazolyl)-2z-(methoxyimino)acetamido)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-en-2-carbonsaeure", "68401-82-1", "cefizox (tn)", "sodium (6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "chebi:3512", "ceftizoxim-natrium", "natrium-(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-2-carboxylat", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-8-oxo- sodium salt,(6r,7r)-(1:1)", "fr-13749", "sk&f-88373-z;", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-8-oxo- monosodium salt (6r,7r)-", "fk 749"}|>, "4763" -> <|"DatabaseID" -> "SW02800", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "35017"], ExternalIdentifier["ChEBIID", "9587"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)[C@@H](c3ccsc3)C(=O)[O-])C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02241"], ExternalIdentifier["KEGGID", "D08593"]}, "OfficialNames" -> <|"Australia Approved Name" -> "TICARCILLIN", "FDA Approved Drug" -> "TICARCILLIN DISODIUM"|>, "PharmGKBID" -> "PA451684", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 470375], ExternalIdentifier["PubChemCompoundID", 36921]}, "Synonyms" -> {"ticarcillin supplement", "ticar", "ticarcillin", "ticarcilina", "ticarcillinum [inn-latin]", "ticarcilline", "ticarcillin disodium", "ticarcillinum", "ticarcilina [inn-spanish]", "ticarcilline [inn-french]", "ticarcillin sodium", "ticarpen", "n-(2-carboxy-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]hept-6-yl)-3-thiophenemalonamicacid", "ticarcilina[spanish][inn]", "(2s,5r,6r)-6-{[(2r)-2-carboxy-2-(3-thienyl)acetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid[acd/iupac name]", "ncgc00017046-01", "ticillin ", "timentin (ticarcillin + clavulanate)_mixture", "ticillin", "34787-01-4[rn]", "chebi:35017", "aerugipen", "ticarcillin[wiki]", "chebi:9587", "6009447[beilstein]", "ticarcillinum[latin]", "einecs 252-213-5", "a-carboxy-3-thienylmethylpenicillin", "monapen", "(2s,5r,6r)-6-{[(2r)-2-carboxy-2-thiophen-3-ylacetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-2-carboxy-2-(3-thienyl)acetyl]amino]-3,3-dimethyl-7-oxo- (2s,5r,6r)-", "brl-2288", "252-213-5[einecs]", "ticarcilline[french][inn]", "34787-01-4", "6-[d(-)-a-carboxy-3-thienylacetamido]penicillanic acid", "cas-4697-14-7", "(2s,5r,6r)-6-{[(2r)-2-carboxy-2-(thiophen-3-yl)acetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid"}|>, "4764" -> <|"DatabaseID" -> "SW02801", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48520"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 114237]}, "IsomericSmiles" -> "c1ccc2cc(ccc2c1)CC[NH+]3CCC(=CC3)c4cccc(c4)C(F)(F)F", "OfficialNames" -> <|"NPC Approved Name" -> "1-(2-(naphth-2-yl)ethyl)-4-(3-trifluoromethylphenyl)-1,2,5,6-tetrahydropyridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 128919]}, "Synonyms" -> {"135354-02-8[rn]", "1-[2-(naphthalen-2-yl)ethyl]-4-[3-(trifluoromethyl)phenyl]-1,2,3,6-tetrahydropyridine", "l001401", "pyridine,1,2,3,6-tetrahydro-1-[2-(2-naphthalenyl)ethyl]-4-[3-(trifluoromethyl)phenyl]-", "1-[2-(2-naphthyl)ethyl]-4-[3-(trifluoromethyl)phenyl]-1,2,3,6-tetrahydropyridine", "xaliproden", "xaliproden (usan)", "chebi:48520", "xaliproden[wiki][inn][ban]", "ncgc00167574-02", "ncgc00167574-01", "sr57746", "ac1l2uot", "pyridine,1,2,3,6-tetrahydro-1-(2-(2-naphthalenyl)ethyl)-4-(3-(trifluoromethyl)phenyl)-", "d06327", "pdsp2_000054", "1,2,3,6-tetrahydro-1-(2-(2-naphthalenyl)ethyl)-4-(3-(trifluoromethyl)phenyl)-pyridine", "1-(2-(2-naphthyl)ethyl)-4-(3-trifluoromethylphenyl)-1,2,3,6-tetrahydropyridine", "8164054[beilstein]", "pdsp1_000054"}|>, "4765" -> <|"DatabaseID" -> "SW02801", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48520"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 114237]}, "IsomericSmiles" -> "c1ccc2cc(ccc2c1)CC[NH+]3CCC(=CC3)c4cccc(c4)C(F)(F)F", "OfficialNames" -> <|"NPC Approved Name" -> "1-(2-(naphth-2-yl)ethyl)-4-(3-trifluoromethylphenyl)-1,2,5,6-tetrahydropyridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 128919]}, "Synonyms" -> {"135354-02-8[rn]", "1-[2-(naphthalen-2-yl)ethyl]-4-[3-(trifluoromethyl)phenyl]-1,2,3,6-tetrahydropyridine", "l001401", "pyridine,1,2,3,6-tetrahydro-1-[2-(2-naphthalenyl)ethyl]-4-[3-(trifluoromethyl)phenyl]-", "1-[2-(2-naphthyl)ethyl]-4-[3-(trifluoromethyl)phenyl]-1,2,3,6-tetrahydropyridine", "xaliproden", "xaliproden (usan)", "chebi:48520", "xaliproden[wiki][inn][ban]", "ncgc00167574-02", "ncgc00167574-01", "sr57746", "ac1l2uot", "pyridine,1,2,3,6-tetrahydro-1-(2-(2-naphthalenyl)ethyl)-4-(3-(trifluoromethyl)phenyl)-", "d06327", "pdsp2_000054", "1,2,3,6-tetrahydro-1-(2-(2-naphthalenyl)ethyl)-4-(3-(trifluoromethyl)phenyl)-pyridine", "1-(2-(2-naphthyl)ethyl)-4-(3-trifluoromethylphenyl)-1,2,3,6-tetrahydropyridine", "8164054[beilstein]", "pdsp1_000054"}|>, "4766" -> <|"DatabaseID" -> "SW02802", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15521]}, "IsomericSmiles" -> "c1ccc2c(c1)[nH]c(=O)n2C3CC[NH+](CC3)CCCC(=O)c4ccc(cc4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02627"]}, "OfficialNames" -> <|"NPC Approved Name" -> "benperidol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16363]}, "Synonyms" -> {"2062-84-2", "benzeridol", "benzperidol", "benzoperidol", "mcn-jr-4584", "frenactyl", "anquil", "benperidol", "glianimon", "frenactil", "2h-benzimidazol-2-one {1-[1-[4-(4-fluorophenyl)-4-oxobutyl]-4-piperidinyl]-1,3-dihydro-}", "1-(1-(3-(p-fluorobenzoyl)propyl)-4-piperidyl)-2-benzimidazolinone", "5-24-02-00375[beilstein]", "5-24-02-00375 (beilstein handbook reference)[beilstein]", "benperidolum[latin]", "1-{1-[4-(4-fluorophenyl)-4-oxobutyl]piperidin-4-yl}-1h-benzo[d]imidazol-2(3h)-one", "2-benzimidazolinone 1-(1-(3-(p-fluorobenzoyl)propyl)-4-piperidyl)-", "benperidol[wiki][usan]", "2-benzimidazolinone 1-[1-[3-(p-fluorobenzoyl)propyl]-4-piperidyl]- hydrochloridemonohydrate", "cas-2062-84-2", "983-42-6[rn]", "2062-84-2[rn]", "1-[1-[4-(p-fluorophenyl)-4-oxobutyl]piperidin-4-yl]-2-benzimidazolinone", "benperidolo [dcit]", "concilium[wiki]", "2-benzimidazolinone {1-[1-[3-(p-fluorobenzoyl)propyl]-4-piperidyl]-,} hydrochloridemonohydrate", "4'-fluor-4-(4-(2-oxo-1-benzimidazolinyl)piperidino)butyrophenon", "benperidol [usan:ban:inn][inn][usan]", "1-[1-[3-(p-fluorobenzoyl)propyl]-4-piperidyl]-2-benzimidazolinone", "mcn-jr 4584", "1-(1-(4-(4-fluorophenyl)-4-oxobutyl)-4-piperidinyl)-1,3-dihydro-2h-benzimidazol-2-one", "2h-benzimidazol-2-one 1-[1-[4-(4-fluorophenyl)-4-oxobutyl]-4-piperidinyl]-1,3-dihydro-", "1-(1-(4-(4-fluorophenyl)-4-oxobutyl)piperidin-4-yl)-1h-benzo[d]imidazol-2(3h)-one", "anquil (van)", "1-{1-[4-(4-fluorophenyl)-4-oxobutyl]-4-piperidyl}-3-hydrobenzimidazol-2-one", "218-172-2[einecs]", "benperidol1-{1-[4-(4-fluoro-phenyl)-4-oxo-butyl]-piperidin-4-yl}-1,3-dihydro-benzoimidazol-2-one", "1-1-[3-(p-fluorobenzoyl)propyl]-4-piperidyl-2-benzimidazolinone", "8089 c. b.", "2-benzimidazolinone 1-[1-[3- (p-fluorobenzoyl)propyl]-4-piperidyl]-", "1-{1-[4-(4-fluorophenyl)-4-oxobutyl]piperidin-4-yl}-1,3-dihydro-2h-benzimidazol-2-one", "2-benzimidazolinone {1-[1-[3-(p-fluorobenzoyl)propyl]-4-piperidyl]-}", "2h-benzimidazol-2-one 1-[1-[4- (4-fluorophenyl)-4-oxobutyl]-4-piperidinyl]-1,3-dihydro-", "glianimon mite", "1-[1-[4-(4-fluorophenyl)-4-oxobutyl]-4-piperidinyl]-1,3-dihydro-2h-benzimidazol-2-one", "anquil (tn)", "concilium", "8089 c.b.", "{1-1-[3-(p-fluorobenzoyl)propyl]-4-piperidyl-2-benzimidazolinone}", "2h-benzimidazol-2-one 1-(1-(4-(4-fluorophenyl)-4-oxobutyl)-4-piperidinyl)-1,3-dihydro-"}|>, "4767" -> <|"DatabaseID" -> "SW02803", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5408960]}, "IsomericSmiles" -> "CC[C@H]1c2cc(c(cc2C(=NN=C1C)c3ccc(c(c3)OC)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04721"]}, "OfficialNames" -> <|"NPC Approved Name" -> "levotofisopam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7048810]}, "Synonyms" -> {"(s)-tofisopam", "levotofisopam", "surecn5431173", "tofisopam[wiki][jp15]", "82059-51-6[rn]", "levotofisopam (usan/inn)", "82059-51-6", "zinc03831552", "d04721", "ac1ofcru", "unii-11zyl7qk34", "chembl2107351"}|>, "4768" -> <|"DatabaseID" -> "SW02804", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9640624]}, "IsomericSmiles" -> "CCOCCP(CCOCC)CCP(CCOCC)CCOCC", "OfficialNames" -> <|"FDA Approved Drug" -> "TECHNETIUM TC-99M TETROFOSMIN KIT"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11465786]}, "Synonyms" -> {"technetium (99mtc) tetrofosmin", "technetium tc-99m tetrofosmin kit", "chembl1200857"}|>, "4769" -> <|"DatabaseID" -> "SW02805", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "CHEMBL1201303"], ExternalIdentifier["ChEBIID", "CHEMBL1572280"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21125]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "D00489"]}, "IsomericSmiles" -> "Cc1cc(c(n1c2ccccc2)C)/C=C/c3ccc4cc(ccc4[n+]3C)N(C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "PYRVINIUM PAMOATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281035], ExternalIdentifier["PubChemCompoundID", 6436141], ExternalIdentifier["PubChemCompoundID", 54680693], ExternalIdentifier["PubChemCompoundID", 46869959]}, "Synonyms" -> {"pyrvinium", "pyrvinum", "quinolinium", "cyanine dye 715", "cas-3546-41-6", "pirvinio cloruro [dcit]", "pyrvinium chloride", "dsstox_rid_77072", "pyrvinium pamoate (jan/usp)", "35648-29-4[rn]", "6-dimethylamino-2-(2-(2", "6-(dimethylamino)-2-(2-(2,5-dimethyl-1-phenyl-1h-pyrrol-3-yl)ethenyl)-1-methylquinolinium", "7187-62-4[rn]", "surecn149063", "cloruro de pirvinio [inn-spanish]", "quinolinium 6-(dimethylamino)-2-(2-(2,5-dimethyl-1-phenyl-1h-pyrrol-3-yl)ethenyl)-1-methyl-", "pyrvinium iodide", "ac1nqxxk", "6-(dimethylamino)-2-[(e)-2-(2", "dsstox_gsid_23545", "pyrvinii chloridum [inn-latin]", "povan (tn)", "pyrvinium pamoate", "chembl1908377", "sn 4395", "chlorure de pyrvinium [inn-french]", "chembl1201303", "poquil", "3546-41-6", "ncgc00017042-01", "ar-1g9980", "hsdb 3178", "quinolinium 6-(dimethylamino)-2-(2-(2,5-dimethyl-1-phenylpyrrol-3-yl)vinyl)-1-methyl-", "unii-6b9991flu3", "6-dimethylamino-2'-(2-(2", "6-(dimethylamino)-2-(2-(2", "dsstox_cid_3545"}|>, "4770" -> <|"DatabaseID" -> "SW02806", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445541]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00929"]}, "IsomericSmiles" -> "CCCCC(C)(C/C=C/[C@H]1[C@@H](CC(=O)[C@@H]1CCCCCCC(=O)OC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00419"]}, "OfficialNames" -> <|"China Approved Name" -> "misoprostol", "WHO Essential Medicine" -> "misoprostol", "Indian Approved Name" -> "misoprostol", "FDA Approved Drug" -> "MISOPROSTOL"|>, "PharmGKBID" -> "PA450523", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282381]}, "Synonyms" -> {"cytotec", "misoprostol", "isprelor", "arthrotec", "gymiso", "misoprostolum [inn-latin]", "misopess", "dl-misoprostol", "pge receptor ep4 subtype", "prostanoid ep4 receptor", "cytotec (tn)", "103601-27-0[rn]", "cytotec[wiki]", "arthrotec[wiki]", "misoprostol[wiki]", "59122-46-2[rn]", "methyl 7-{(1r,2r,3r)-3-hydroxy-2-[(1e)-4-hydroxy-4-methyloct-1-en-1-yl]-5-oxocyclopentyl}heptanoate", "misoprostolum[latin]", "misotol", "(11a,13e)-(-)-11,16-dihydroxy-16-methyl-9-oxo-prost-13-en-1-oicacid methyl ester", "toxic liquid organic n.o.s. (misoprostol)", "misoprostol 1:100", "sc-29333", "misoprostol [usan:ban:inn:jan][inn][jan][usan]", "misoprostil", "xp-16j", "7-[3-hydroxy-2-(4-hydroxy-4-methyl-oct-1-enyl)-5-oxo-cyclopentyl]-heptanoic acidmethyl ester", "62015-39-8[rn]", "59122-46-2 (62015-39-8)", "337376-15-5", "methyl-7-{(1r,2r,3r)-3-hydroxy-2-[(1e)-4-hydroxy-4-methyloct-1-en-1-yl]-5-oxocyclopentyl}heptanoat", "misoprostolum", "misoprostol (jan/usan)[jan][usan]", "59122-46-2"}|>, "4771" -> <|"DatabaseID" -> "SW02806", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445541]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00929"]}, "IsomericSmiles" -> "CCCCC(C)(C/C=C/[C@H]1[C@@H](CC(=O)[C@@H]1CCCCCCC(=O)OC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00419"]}, "OfficialNames" -> <|"China Approved Name" -> "misoprostol", "WHO Essential Medicine" -> "misoprostol", "Indian Approved Name" -> "misoprostol", "FDA Approved Drug" -> "MISOPROSTOL"|>, "PharmGKBID" -> "PA450523", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282381]}, "Synonyms" -> {"cytotec", "misoprostol", "isprelor", "arthrotec", "gymiso", "misoprostolum [inn-latin]", "misopess", "dl-misoprostol", "pge receptor ep4 subtype", "prostanoid ep4 receptor", "cytotec (tn)", "103601-27-0[rn]", "cytotec[wiki]", "arthrotec[wiki]", "misoprostol[wiki]", "59122-46-2[rn]", "methyl 7-{(1r,2r,3r)-3-hydroxy-2-[(1e)-4-hydroxy-4-methyloct-1-en-1-yl]-5-oxocyclopentyl}heptanoate", "misoprostolum[latin]", "misotol", "(11a,13e)-(-)-11,16-dihydroxy-16-methyl-9-oxo-prost-13-en-1-oicacid methyl ester", "toxic liquid organic n.o.s. (misoprostol)", "misoprostol 1:100", "sc-29333", "misoprostol [usan:ban:inn:jan][inn][jan][usan]", "misoprostil", "xp-16j", "7-[3-hydroxy-2-(4-hydroxy-4-methyl-oct-1-enyl)-5-oxo-cyclopentyl]-heptanoic acidmethyl ester", "62015-39-8[rn]", "59122-46-2 (62015-39-8)", "337376-15-5", "methyl-7-{(1r,2r,3r)-3-hydroxy-2-[(1e)-4-hydroxy-4-methyloct-1-en-1-yl]-5-oxocyclopentyl}heptanoat", "misoprostolum", "misoprostol (jan/usan)[jan][usan]", "59122-46-2"}|>, "4772" -> <|"DatabaseID" -> "SW02807", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28415"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61478]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-hexacosanol;cerylic alcohol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68171]}, "Synonyms" -> {"hexacosan-1-ol", "n-hexacosanol", "ceryl alcohol", "hexacosanol", "cerylic alcohol", "hexacosyl alcohol", "nsc4058", "506-52-5", "ac1q7cqc", "506-52-5[rn]", "208-044-4[einecs]", "1783162[beilstein]", "1-hexacosanol", "[506-52-5]", "cerotin", "1-hexacosanol[acd/iupac name]", "1-hexacosanol[portuguese]", "28346-64-7[rn]", "67905-28-6[rn]"}|>, "4773" -> <|"DatabaseID" -> "SW02808", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475483]}, "IsomericSmiles" -> "C[NH+]1CCC23C1(C[C@@H](C24CC(=CC4=O)OC)Cl)C(=C(C(=O)C3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acutuminine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316424]}, "Synonyms" -> {"acutuminine"}|>, "4774" -> <|"DatabaseID" -> "SW02808", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475483]}, "IsomericSmiles" -> "C[NH+]1CCC23C1(C[C@@H](C24CC(=CC4=O)OC)Cl)C(=C(C(=O)C3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acutuminine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316424]}, "Synonyms" -> {"acutuminine"}|>, "4775" -> <|"DatabaseID" -> "SW02809", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3820]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00455"]}, "IsomericSmiles" -> "CCOC(=O)N1CCC(=C2c3ccc(cc3CCc4c2nccc4)Cl)CC1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00364"]}, "OfficialNames" -> <|"China Approved Name" -> "loratadine", "Indian Approved Name" -> "loratadine", "FDA Approved Drug" -> "LORATADINE"|>, "PharmGKBID" -> "PA450266", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3957]}, "Synonyms" -> {"histaloran", "alavert", "claritin", "loratadine", "lisino", "civeran", "bonalerg", "loradif", "loranox", "loratyne", "sanelor", "lertamine", "clarityn", "lorastine", "nularef", "biloina", "fristamin", "lowadina", "rinomex", "loritine", "velodan", "sinhistan dy", "sohotin", "alarin", "clarinase reperabs", "sensibit", "restamine", "allertidin", "clarinase", "versal", "loradex", "clarityne", "polaratyne", "lorfast", "loraver", "talorat dy", "alerpriv", "lorantis", "aerotina", "claritin-d", "optimin", "pylor", "claritin reditabs", "lesidas", "loracert", "zeos", "tadine", "rhinase", "alavert claritin", "clarityn[wiki]", "ethyl 4-(8-chloro-5h-benzo[5,6]cyclohepta[1,2-b]pyridin-11(6h)-ylidene)piperidine-1-carboxylate", "clarityne[wiki]", "sch29851", "alavert;claritin", "claritin allergy + sinus extra strength (loratadine + pseudoephedrine sulfate)_mixture", "claritin hives relief", "1-piperidinecarboxylic acid 4-(8-chloro-5,6-dihydro-11h-benzo(5,6)cyclohepta(1,2-b)pyridin-11-ylidene)- ethyl ester", "4-(8-chloro-5,6-dihydro-11h-benzo(5,6)cyclohepta(1,2-b)pyridin-11-ylidene)-1-piperidinecarboxylicacid ethyl ester", "loratadine redidose", "loratadina[spanish]", "loratadine;", "d017336", "4-(8-chloro-5,6-dihydro-benzo[5,6]cyclohepta[1,2-b]pyridin-11-ylidene)-piperidine-1-carboxylic acidethyl ester (loratadine)", "11-[n-(ethoxycarbonyl)-4-piperidylidene]-8-chloro-6,11-dihydro-5h-benzo[5,6]cyclohepta[1,2-b]pyridine", "cronopen", "bedix loratadina", "ethyl 4-(8-chloro-5,6-dihydro-11h-benzo(5,6)cyclohepta(1,2-b)pyridin-11-ylidene)-1-piperidinecarboxylate", "lergy[wiki]", "klaritin", "flonidan", "children\\'s claritin", "clarityne-d", "loratadinum[latin]", "claritin hives relief reditab", "claritin[wiki]", "4-(8-chloro-5,6-dihydro-benzo[5,6]cyclohepta[1,2-b]pyridin-11-ylidene)-piperidine-1-carboxylic acidethyl ester(loratadine)", "loratidine[wiki]", "4-(8-chloro-5,6-dihydro-benzo[5,6]cyclohepta[1,2-b]pyridin-11-ylidene)-piperidine-1-carboxylic acidethyl ester", "claritin reditab", "lergy", "[79794-75-5]", "79794-75-5[rn]", "claratyne[wiki]", "4-(8-chloro-5,6-dihydro-11h-benzo[5,6]cyclohepta[1,2-b]pyridin-11-ylidene)-1-piperidinecarboxylic acid ethylester", "loratadina [spanish]", "loratadinum [latin]", "claritine", "claratyne", "lomilan", "liberator (loratadine + pseudoephedrine sulfate)_mixture", "loratadine [usan:ban:inn][inn][usan]", "tl8005389", "anhissen", "claritin d", "4-(8-chloro-5,6-dihydro-11h-benzo(5,6)cyclohepta(1,2-b)pyridin-11-ylidene)-1-piperidinecarboxylic acid ethylester", "ethyl 4-(8-chloro-5,6-dihydro-11h-benzo[5,6]cyclohepta[1,2-b]pyridin-11-ylidene)-1-piperidinecarboxylate[acd/iupac name]", "clarium", "ethyl 4-(8-chloro-5,6-dihydro-11h-benzo[5,6]cyclohepta[1,2-b]pyridin-11-ylidene)piperidine-1-carboxylate", "loratidine", "1-piperidinecarboxylic acid 4-(8-chloro-5,6-dihydro-11h-benzo[5,6]cyclohepta[1,2-b]pyridin-11-ylidene)- ethyl ester", "ethyl-4-(8-chlor-5,6-dihydro-11h-benzo[5,6]cyclohepta[1,2-b]pyridin-11-yliden)piperidin-1-carboxylat", "claritine[wiki]", "loratadine[wiki]", "337376-15-5", "roletra", "chlor-tripolon nd srt (loratadine + pseudoephedrine sulfate)_mixture", "4-(8-chloro-5,6-dihydro-11h-benzo[5,6]cycloheptal[1,2-b]pyridin-11-ylidene-1-piperidinecarboxylic acid ethylester"}|>, "4776" -> <|"DatabaseID" -> "SW02810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3907]}, "IsomericSmiles" -> "CC1(CCCO1)CN(C)S(=O)(=O)c2ccc(c(c2)S(=O)(=O)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01877"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mefrusida"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4047]}, "Synonyms" -> {"mefruside", "baycaron", "mefrusal", "mefrusid", "230-562-4[einecs]", "mefrusida [inn-spanish]", "1,3-benzenedisulfonamide 4-chloro-n(1)-methyl-n(1)-[(tetrahydro-2-methyl-2-furanyl)methyl]-", "2-[(4-chloro-n1-methyl-3-sulfamoylbenzenesulfonamido)methyl]-2-methyltetrahydrofuran", "n-(4-chloro-3-sulfamoylbenzenesulfonyl)-n-methyl-2-furfurylamine", "mefrusida[spanish][inn]", "mefrusidum [inn-latin]", "fda 1902", "mefrusidum[latin]", "1,3-benzenedisulfonamide 4-chloro-n1-methyl-n1-((tetrahydro-2-methyl-2-furanyl)methyl)-", "fba 1500", "4-chloro-n(sup 1)-methyl-n(sup 1)-(tetrahydro-2-methylfurfuryl)-m-benzenedisulfonamide", "4-chloro-n1-methyl-n1-(tetrahydro-2-methylfurfuryl)-m-benzenedisulfonamide", "1", "bay 1500", "m-benzenedisulfonamide 4-chloro-n(sup 1)-methyl-n(sup1)-(tetrahydro-2-methylfurfuryl)-", "4-chloro-n1-methyl-n1-[(tetrahydro-2-methyl-2-furanyl)methyl]-1,3-benzenedisulfonamide", "baycaron (tn)", "mefruside (jp15/usan)[usan][jp15]", "n-(4'-chloro-3'-sulfamoylbenzenesulfonyl)-n-methyl-2-aminomethyl-2-methyltetrahydrofuran", "1,3-benzenedisulfonamide 4-chloro-n1-methyl-n1-[(tetrahydro-2-methyl-2-furanyl)methyl]-", "1,3-benzenedisulfonamide 4-chloro-n(sup 1)-methyl-n(sup 1)-((tetrahydro-2-methyl-2-furanyl)methyl)-", "7195-27-9[rn]", "4-chloro-n1-methyl-n1-[(2-methyltetrahydrofuran-2-yl)methyl]benzene-1,3-disulfonamide", "mefruside [usan:ban:inn:jan][inn][jan][usan]"}|>, "4777" -> <|"DatabaseID" -> "SW02810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3907]}, "IsomericSmiles" -> "CC1(CCCO1)CN(C)S(=O)(=O)c2ccc(c(c2)S(=O)(=O)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01877"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mefrusida"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4047]}, "Synonyms" -> {"mefruside", "baycaron", "mefrusal", "mefrusid", "230-562-4[einecs]", "mefrusida [inn-spanish]", "1,3-benzenedisulfonamide 4-chloro-n(1)-methyl-n(1)-[(tetrahydro-2-methyl-2-furanyl)methyl]-", "2-[(4-chloro-n1-methyl-3-sulfamoylbenzenesulfonamido)methyl]-2-methyltetrahydrofuran", "n-(4-chloro-3-sulfamoylbenzenesulfonyl)-n-methyl-2-furfurylamine", "mefrusida[spanish][inn]", "mefrusidum [inn-latin]", "fda 1902", "mefrusidum[latin]", "1,3-benzenedisulfonamide 4-chloro-n1-methyl-n1-((tetrahydro-2-methyl-2-furanyl)methyl)-", "fba 1500", "4-chloro-n(sup 1)-methyl-n(sup 1)-(tetrahydro-2-methylfurfuryl)-m-benzenedisulfonamide", "4-chloro-n1-methyl-n1-(tetrahydro-2-methylfurfuryl)-m-benzenedisulfonamide", "1", "bay 1500", "m-benzenedisulfonamide 4-chloro-n(sup 1)-methyl-n(sup1)-(tetrahydro-2-methylfurfuryl)-", "4-chloro-n1-methyl-n1-[(tetrahydro-2-methyl-2-furanyl)methyl]-1,3-benzenedisulfonamide", "baycaron (tn)", "mefruside (jp15/usan)[usan][jp15]", "n-(4'-chloro-3'-sulfamoylbenzenesulfonyl)-n-methyl-2-aminomethyl-2-methyltetrahydrofuran", "1,3-benzenedisulfonamide 4-chloro-n1-methyl-n1-[(tetrahydro-2-methyl-2-furanyl)methyl]-", "1,3-benzenedisulfonamide 4-chloro-n(sup 1)-methyl-n(sup 1)-((tetrahydro-2-methyl-2-furanyl)methyl)-", "7195-27-9[rn]", "4-chloro-n1-methyl-n1-[(2-methyltetrahydrofuran-2-yl)methyl]benzene-1,3-disulfonamide", "mefruside [usan:ban:inn:jan][inn][jan][usan]"}|>, "4778" -> <|"DatabaseID" -> "SW02811", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2951"], ExternalIdentifier["ChEBIID", "2950"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49103], ExternalIdentifier["ChemSpiderID", 2180]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00972"]}, "IsomericSmiles" -> "C[NH+]1CCCC(CC1)n2c(=O)c3ccccc3c(n2)Cc4ccc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00659"], ExternalIdentifier["KEGGID", "D07483"]}, "OfficialNames" -> <|"Indian Approved Name" -> "azelastine", "FDA Approved Drug" -> "AZELASTINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448517", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54360], ExternalIdentifier["PubChemCompoundID", 2267]}, "Synonyms" -> {"azelastine hydrochloride", "optivar", "azelastine", "astelin", "azeptin", "azelastina [inn-spanish]", "azelastinum [inn-latin]", "azelastine hcl", "astelin[wiki]", "azelastina; azelastine; azelastinum", "optivar[wiki]", "azelastinum [inn_la]", "w-2979m", "79307-93-0[rn]", "37932-96-0[rn]", "58581-89-8[rn]", "rhinolast", "allergodil", "azelastine[wiki]", "4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone hydrochloride", "azelastine [inn:ban]", "4-(4-chlorobenzyl)-2-(1-methyl-4-azepanyl)-1(2h)-phthalazinonehydrochloride (1:1)[acd/iupac name]", "chebi:2951", "chebi:2950", "58581-89-8 79307-93-0", "azelnidipine[wiki][inn]", "4-(4-chlorobenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-onehydrochloride (1:1)", "optivar (tn)", "allergodil;rhinolast;astelin;optilas;optivar", "afluon", "azelastine (inn)", "4-(4-chloro-benzyl)-2-(1-methyl-azepan-4-yl)-2h-phthalazin-1-one", "1(2h)-phthalazinone 4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)- monohydrochloride", "4-(4-chlorobenzyl)-2-(1-methyl-4-azepanyl)-1(2h)-phthalazinone[acd/iupac name]", "79307-93-0", "e-0659", "9005-49-6", "(ranitidine)1n-[2-(5-dimethylaminomethyl-2-furylmethylsulfanyl)ethyl]-1n-methyl-2-nitro-(z)-1-ethene-1,1-diamine", "1(2h)-phthalazinone 4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)- monohydrochloride", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)phthalazin-1(2h)-one", "4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone hydrochloride", "1(2h)-phthalazinone 4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-", "corifina", "4-(4-chlorobenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-onehydrochloride", "4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)phthalazin-1(2h)-one hydrochloride", "253-720-4[einecs]", "astelin (tn)", "azep", "4-(p-chlorobenzyl)-2-(n-methylperhydroazepin-4-yl)-1(2h)-phthalazinone", "azelastina[spanish][inn]", "azelastinum[latin]", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone", "optilast", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)-1,2-dihydrophthalazin-1-one hydrochloride", "4-(4-chlorobenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-one", "astepro", "153408-27-6[rn]", "azelastine monohydrochloride", "radethazin", "azelastinum", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)-1,2-dihydrophthalazin-1-one", "1(2h)-phthalazinone 4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)-", "4-(4-chlorbenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-onhydrochlorid", "1(2h)-phthalazinone 4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)- hydrochloride (1:1)", "azelastine hydrochloride [usan:jan][jan][usan]", "4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)phthalazin-1(2h)-one hydrochloride", "azelastine hydrochloride (jan/usan)[jan][usan]", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)phthalazin-1-one hydrochloride", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone monohydrochloride", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1-(2h)-phthalazinone; azelastine", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone monohydrochloride; azelastine hcl", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1-(2h)-phthalazinone", "4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone", "azelastina", "123524-52-7[rn]"}|>, "4779" -> <|"DatabaseID" -> "SW02811", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2951"], ExternalIdentifier["ChEBIID", "2950"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49103], ExternalIdentifier["ChemSpiderID", 2180]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00972"]}, "IsomericSmiles" -> "C[NH+]1CCCC(CC1)n2c(=O)c3ccccc3c(n2)Cc4ccc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00659"], ExternalIdentifier["KEGGID", "D07483"]}, "OfficialNames" -> <|"Indian Approved Name" -> "azelastine", "FDA Approved Drug" -> "AZELASTINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448517", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54360], ExternalIdentifier["PubChemCompoundID", 2267]}, "Synonyms" -> {"azelastine hydrochloride", "optivar", "azelastine", "astelin", "azeptin", "azelastina [inn-spanish]", "azelastinum [inn-latin]", "azelastine hcl", "astelin[wiki]", "azelastina; azelastine; azelastinum", "optivar[wiki]", "azelastinum [inn_la]", "w-2979m", "79307-93-0[rn]", "37932-96-0[rn]", "58581-89-8[rn]", "rhinolast", "allergodil", "azelastine[wiki]", "4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone hydrochloride", "azelastine [inn:ban]", "4-(4-chlorobenzyl)-2-(1-methyl-4-azepanyl)-1(2h)-phthalazinonehydrochloride (1:1)[acd/iupac name]", "chebi:2951", "chebi:2950", "58581-89-8 79307-93-0", "azelnidipine[wiki][inn]", "4-(4-chlorobenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-onehydrochloride (1:1)", "optivar (tn)", "allergodil;rhinolast;astelin;optilas;optivar", "afluon", "azelastine (inn)", "4-(4-chloro-benzyl)-2-(1-methyl-azepan-4-yl)-2h-phthalazin-1-one", "1(2h)-phthalazinone 4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)- monohydrochloride", "4-(4-chlorobenzyl)-2-(1-methyl-4-azepanyl)-1(2h)-phthalazinone[acd/iupac name]", "79307-93-0", "e-0659", "9005-49-6", "(ranitidine)1n-[2-(5-dimethylaminomethyl-2-furylmethylsulfanyl)ethyl]-1n-methyl-2-nitro-(z)-1-ethene-1,1-diamine", "1(2h)-phthalazinone 4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)- monohydrochloride", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)phthalazin-1(2h)-one", "4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone hydrochloride", "1(2h)-phthalazinone 4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-", "corifina", "4-(4-chlorobenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-onehydrochloride", "4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)phthalazin-1(2h)-one hydrochloride", "253-720-4[einecs]", "astelin (tn)", "azep", "4-(p-chlorobenzyl)-2-(n-methylperhydroazepin-4-yl)-1(2h)-phthalazinone", "azelastina[spanish][inn]", "azelastinum[latin]", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone", "optilast", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)-1,2-dihydrophthalazin-1-one hydrochloride", "4-(4-chlorobenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-one", "astepro", "153408-27-6[rn]", "azelastine monohydrochloride", "radethazin", "azelastinum", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)-1,2-dihydrophthalazin-1-one", "1(2h)-phthalazinone 4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)-", "4-(4-chlorbenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-onhydrochlorid", "1(2h)-phthalazinone 4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)- hydrochloride (1:1)", "azelastine hydrochloride [usan:jan][jan][usan]", "4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)phthalazin-1(2h)-one hydrochloride", "azelastine hydrochloride (jan/usan)[jan][usan]", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)phthalazin-1-one hydrochloride", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone monohydrochloride", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1-(2h)-phthalazinone; azelastine", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone monohydrochloride; azelastine hcl", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1-(2h)-phthalazinone", "4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone", "azelastina", "123524-52-7[rn]"}|>, "4780" -> <|"DatabaseID" -> "SW02811", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2951"], ExternalIdentifier["ChEBIID", "2950"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49103], ExternalIdentifier["ChemSpiderID", 2180]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00972"]}, "IsomericSmiles" -> "C[NH+]1CCCC(CC1)n2c(=O)c3ccccc3c(n2)Cc4ccc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00659"], ExternalIdentifier["KEGGID", "D07483"]}, "OfficialNames" -> <|"Indian Approved Name" -> "azelastine", "FDA Approved Drug" -> "AZELASTINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448517", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54360], ExternalIdentifier["PubChemCompoundID", 2267]}, "Synonyms" -> {"azelastine hydrochloride", "optivar", "azelastine", "astelin", "azeptin", "azelastina [inn-spanish]", "azelastinum [inn-latin]", "azelastine hcl", "astelin[wiki]", "azelastina; azelastine; azelastinum", "optivar[wiki]", "azelastinum [inn_la]", "w-2979m", "79307-93-0[rn]", "37932-96-0[rn]", "58581-89-8[rn]", "rhinolast", "allergodil", "azelastine[wiki]", "4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone hydrochloride", "azelastine [inn:ban]", "4-(4-chlorobenzyl)-2-(1-methyl-4-azepanyl)-1(2h)-phthalazinonehydrochloride (1:1)[acd/iupac name]", "chebi:2951", "chebi:2950", "58581-89-8 79307-93-0", "azelnidipine[wiki][inn]", "4-(4-chlorobenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-onehydrochloride (1:1)", "optivar (tn)", "allergodil;rhinolast;astelin;optilas;optivar", "afluon", "azelastine (inn)", "4-(4-chloro-benzyl)-2-(1-methyl-azepan-4-yl)-2h-phthalazin-1-one", "1(2h)-phthalazinone 4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)- monohydrochloride", "4-(4-chlorobenzyl)-2-(1-methyl-4-azepanyl)-1(2h)-phthalazinone[acd/iupac name]", "79307-93-0", "e-0659", "9005-49-6", "(ranitidine)1n-[2-(5-dimethylaminomethyl-2-furylmethylsulfanyl)ethyl]-1n-methyl-2-nitro-(z)-1-ethene-1,1-diamine", "1(2h)-phthalazinone 4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)- monohydrochloride", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)phthalazin-1(2h)-one", "4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone hydrochloride", "1(2h)-phthalazinone 4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-", "corifina", "4-(4-chlorobenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-onehydrochloride", "4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)phthalazin-1(2h)-one hydrochloride", "253-720-4[einecs]", "astelin (tn)", "azep", "4-(p-chlorobenzyl)-2-(n-methylperhydroazepin-4-yl)-1(2h)-phthalazinone", "azelastina[spanish][inn]", "azelastinum[latin]", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone", "optilast", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)-1,2-dihydrophthalazin-1-one hydrochloride", "4-(4-chlorobenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-one", "astepro", "153408-27-6[rn]", "azelastine monohydrochloride", "radethazin", "azelastinum", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)-1,2-dihydrophthalazin-1-one", "1(2h)-phthalazinone 4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)-", "4-(4-chlorbenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-onhydrochlorid", "1(2h)-phthalazinone 4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)- hydrochloride (1:1)", "azelastine hydrochloride [usan:jan][jan][usan]", "4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)phthalazin-1(2h)-one hydrochloride", "azelastine hydrochloride (jan/usan)[jan][usan]", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)phthalazin-1-one hydrochloride", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone monohydrochloride", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1-(2h)-phthalazinone; azelastine", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone monohydrochloride; azelastine hcl", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1-(2h)-phthalazinone", "4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone", "azelastina", "123524-52-7[rn]"}|>, "4781" -> <|"DatabaseID" -> "SW02811", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2951"], ExternalIdentifier["ChEBIID", "2950"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49103], ExternalIdentifier["ChemSpiderID", 2180]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00972"]}, "IsomericSmiles" -> "C[NH+]1CCCC(CC1)n2c(=O)c3ccccc3c(n2)Cc4ccc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00659"], ExternalIdentifier["KEGGID", "D07483"]}, "OfficialNames" -> <|"Indian Approved Name" -> "azelastine", "FDA Approved Drug" -> "AZELASTINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448517", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54360], ExternalIdentifier["PubChemCompoundID", 2267]}, "Synonyms" -> {"azelastine hydrochloride", "optivar", "azelastine", "astelin", "azeptin", "azelastina [inn-spanish]", "azelastinum [inn-latin]", "azelastine hcl", "astelin[wiki]", "azelastina; azelastine; azelastinum", "optivar[wiki]", "azelastinum [inn_la]", "w-2979m", "79307-93-0[rn]", "37932-96-0[rn]", "58581-89-8[rn]", "rhinolast", "allergodil", "azelastine[wiki]", "4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone hydrochloride", "azelastine [inn:ban]", "4-(4-chlorobenzyl)-2-(1-methyl-4-azepanyl)-1(2h)-phthalazinonehydrochloride (1:1)[acd/iupac name]", "chebi:2951", "chebi:2950", "58581-89-8 79307-93-0", "azelnidipine[wiki][inn]", "4-(4-chlorobenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-onehydrochloride (1:1)", "optivar (tn)", "allergodil;rhinolast;astelin;optilas;optivar", "afluon", "azelastine (inn)", "4-(4-chloro-benzyl)-2-(1-methyl-azepan-4-yl)-2h-phthalazin-1-one", "1(2h)-phthalazinone 4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)- monohydrochloride", "4-(4-chlorobenzyl)-2-(1-methyl-4-azepanyl)-1(2h)-phthalazinone[acd/iupac name]", "79307-93-0", "e-0659", "9005-49-6", "(ranitidine)1n-[2-(5-dimethylaminomethyl-2-furylmethylsulfanyl)ethyl]-1n-methyl-2-nitro-(z)-1-ethene-1,1-diamine", "1(2h)-phthalazinone 4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)- monohydrochloride", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)phthalazin-1(2h)-one", "4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone hydrochloride", "1(2h)-phthalazinone 4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-", "corifina", "4-(4-chlorobenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-onehydrochloride", "4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)phthalazin-1(2h)-one hydrochloride", "253-720-4[einecs]", "astelin (tn)", "azep", "4-(p-chlorobenzyl)-2-(n-methylperhydroazepin-4-yl)-1(2h)-phthalazinone", "azelastina[spanish][inn]", "azelastinum[latin]", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone", "optilast", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)-1,2-dihydrophthalazin-1-one hydrochloride", "4-(4-chlorobenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-one", "astepro", "153408-27-6[rn]", "azelastine monohydrochloride", "radethazin", "azelastinum", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)-1,2-dihydrophthalazin-1-one", "1(2h)-phthalazinone 4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)-", "4-(4-chlorbenzyl)-2-(1-methylazepan-4-yl)phthalazin-1(2h)-onhydrochlorid", "1(2h)-phthalazinone 4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)- hydrochloride (1:1)", "azelastine hydrochloride [usan:jan][jan][usan]", "4-((4-chlorophenyl)methyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)phthalazin-1(2h)-one hydrochloride", "azelastine hydrochloride (jan/usan)[jan][usan]", "4-[(4-chlorophenyl)methyl]-2-(1-methylazepan-4-yl)phthalazin-1-one hydrochloride", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone monohydrochloride", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1-(2h)-phthalazinone; azelastine", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone monohydrochloride; azelastine hcl", "4-(p-chlorobenzyl)-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1-(2h)-phthalazinone", "4-[(4-chlorophenyl)methyl]-2-(hexahydro-1-methyl-1h-azepin-4-yl)-1(2h)-phthalazinone", "azelastina", "123524-52-7[rn]"}|>, "4782" -> <|"DatabaseID" -> "SW02812", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7915"], ExternalIdentifier["ChEBIID", "50270"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4517], ExternalIdentifier["ChemSpiderID", 5293370], ExternalIdentifier["ChemSpiderID", 23089468]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00213"]}, "IsomericSmiles" -> "COc1ccnc(c1OC)CS(=O)c2[nH]c3cc(ccc3n2)OC(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02593"], ExternalIdentifier["KEGGID", "D05353"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PANTOPRAZOLE SODIUM"|>, "PharmGKBID" -> "PA450774", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4679], ExternalIdentifier["PubChemCompoundID", 15008962], ExternalIdentifier["PubChemCompoundID", 11954257], ExternalIdentifier["PubChemCompoundID", 23684923], ExternalIdentifier["PubChemCompoundID", 53396298]}, "Synonyms" -> {"pantoprazole sodium", "pantoprazole", "protonix", "protium", "protonix iv", "pantoprazole sodium[usan]", "pantozol", "pantoprazolum [inn-latin]", "protonix[wiki]", "pantoprazole sodium hydrate", "protonix i.v.", "pantoprozole", "138786-67-1[rn]", "pantoloc", "pantoprazol [inn-spanish]", "138786-67-1", "astropan", "anagastra", "5-(difluoromethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methyl]sulfinyl}-1h-benzimidazole", "1h-benzimidazole,5-(difluoromethoxy)-2-[[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl]-", "dz-2352a", "by-1023/sk&f-96022;", "pantoprazole sodium hydrate (jan)", "5-(difluoromethoxy)-2-((3,4-dimethoxypyridin-2-yl)methylsulfinyl)-1h-benzo[d]imidazole", "sk&f; 96022", "protonix delayed-release", "citrel", "sk-96022", "ulcotenal", "d02593", "apton", "akos015963265", "pantoprazol", "pantoloc;", "5-[bis(fluoranyl)methoxy]-2-[(3", "citrel; protium; protonix", "5-(difluoromethoxy)-2-{[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl}-1h-benzimidazole", "1h-benzimidazole,5-(difluoromethoxy)-2-[[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl]- sodium salt(1:1)", "pantoprazole [usan:ban:inn][inn][usan]", "5-(difluormethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methyl]sulfinyl}-1h-benzimidazol", "a807440", "pantoprazole[wiki][usan]", "dsstox_gsid_44215", "pantoprazol; pantoprazole; pantoprazolum", "1h-benzimidazole,6-(difluoromethoxy)-2-[[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl]-", "dsstox_cid_24215", "rifun", "pantoloc;protonix", "5-(difluoromethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methane]sulfinyl}-1h-1,3-benzodiazole", "protonix (tn)", "6-[bis(fluoranyl)methoxy]-2-[(3,4-dimethoxypyridin-2-yl)methylsulfinyl]-1h-benzimidazole", "pantoprazolum", "proton pump", "102625-70-7", "1h-benzimidazole,5-(difluoromethoxy)-2-[[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl]- sodium salt", "pantoprazolum[latin]", "1h-benzimidazole,6-(difluoromethoxy)-2-[[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl]- sodium salt(1:1)", "pantor", "zurcal", "5361474[beilstein]", "pantoprazole sodium (usan)", "pantopan", "gastric h(+)/k(+) atpase subunit alpha", "164579-32-2[rn]", "natrium-5-(difluormethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methyl]sulfinyl}benzimidazol-1-id", "6-(difluoromethoxy)-2-((3,4-dimethoxypyridin-2-yl)methylsulfinyl)-1h-benzo[d]imidazole", "164579-32-2", "sk&f-96022;", "5-difluoromethoxy-2-(3,4-dimethoxy-pyridin-2-ylmethanesulfinyl)-1h-benzoimidazole", "5-(difluoromethoxy)-2-[(3", "by-1023", "26303-90-2[rn]", "5-(difluoromethoxy)-2-[[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl]-1h-benzimidazole", "1h-benzimidazole,5-(difluoromethoxy)-2-(((3,4-dimethoxy-2-pyridinyl)methyl)sulfinyl)-", "sodium 5-(difluoromethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methyl]sulfinyl}benzimidazol-1-ide", "ec 3.6.3.10", "pantoprazole sodium [usan]", "dsstox_rid_80123", "6-(difluoromethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methyl]sulfinyl}-1h-benzimidazole", "b-8610-23/sk&f-96022-z;", "5-(difluoromethoxy)-2-(((3,4-dimethoxy-2-pyridinyl)methyl)sulfinyl)- 1h-benzimidazole", "sodium 6-(difluoromethoxy)-2-(((3,4-dimethoxypyridin-2-yl)methyl)sulfinyl)benzo[d]imidazol-1-ide", "6-(difluoromethoxy)-2-{[(3,4-dimethoxy(2-pyridyl))methyl]sulfinyl}benzimidazole", "pantozol control", "2-({[3,4-bis(methyloxy)pyridin-2-yl]methyl}sulfinyl)-6-[(difluoromethyl)oxy]-1h-benzimidazole", "chebi:50270", "5372611[beilstein]", "pantoprazole na", "pantoprazol[spanish][inn]", "sodium 6-(difluoromethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methyl]sulfinyl}benzimidazol-1-ide", "b-8510-29", "102625-70-7[rn]", "inipomp", "tl8000127", "ac-900", "5-(difluoromethoxy)-2-(((3,4-dimethoxy-2-pyridyl)methyl)sulfinyl)benzimidazole", "sodium 6-(difluoromethoxy)-2-((3,4-dimethoxypyridin-2-yl)methylsulfinyl)benzo[d]imidazol-1-ide", "337376-15-5", "6-(difluoromethoxy)-2-[(3,4-dimethoxy-2-pyridinyl)methylsulfinyl]-1h-benzimidazole"}|>, "4783" -> <|"DatabaseID" -> "SW02812", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7915"], ExternalIdentifier["ChEBIID", "50270"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4517], ExternalIdentifier["ChemSpiderID", 5293370], ExternalIdentifier["ChemSpiderID", 23089468]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00213"]}, "IsomericSmiles" -> "COc1ccnc(c1OC)CS(=O)c2[nH]c3cc(ccc3n2)OC(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02593"], ExternalIdentifier["KEGGID", "D05353"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PANTOPRAZOLE SODIUM"|>, "PharmGKBID" -> "PA450774", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4679], ExternalIdentifier["PubChemCompoundID", 15008962], ExternalIdentifier["PubChemCompoundID", 11954257], ExternalIdentifier["PubChemCompoundID", 23684923], ExternalIdentifier["PubChemCompoundID", 53396298]}, "Synonyms" -> {"pantoprazole sodium", "pantoprazole", "protonix", "protium", "protonix iv", "pantoprazole sodium[usan]", "pantozol", "pantoprazolum [inn-latin]", "protonix[wiki]", "pantoprazole sodium hydrate", "protonix i.v.", "pantoprozole", "138786-67-1[rn]", "pantoloc", "pantoprazol [inn-spanish]", "138786-67-1", "astropan", "anagastra", "5-(difluoromethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methyl]sulfinyl}-1h-benzimidazole", "1h-benzimidazole,5-(difluoromethoxy)-2-[[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl]-", "dz-2352a", "by-1023/sk&f-96022;", "pantoprazole sodium hydrate (jan)", "5-(difluoromethoxy)-2-((3,4-dimethoxypyridin-2-yl)methylsulfinyl)-1h-benzo[d]imidazole", "sk&f; 96022", "protonix delayed-release", "citrel", "sk-96022", "ulcotenal", "d02593", "apton", "akos015963265", "pantoprazol", "pantoloc;", "5-[bis(fluoranyl)methoxy]-2-[(3", "citrel; protium; protonix", "5-(difluoromethoxy)-2-{[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl}-1h-benzimidazole", "1h-benzimidazole,5-(difluoromethoxy)-2-[[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl]- sodium salt(1:1)", "pantoprazole [usan:ban:inn][inn][usan]", "5-(difluormethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methyl]sulfinyl}-1h-benzimidazol", "a807440", "pantoprazole[wiki][usan]", "dsstox_gsid_44215", "pantoprazol; pantoprazole; pantoprazolum", "1h-benzimidazole,6-(difluoromethoxy)-2-[[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl]-", "dsstox_cid_24215", "rifun", "pantoloc;protonix", "5-(difluoromethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methane]sulfinyl}-1h-1,3-benzodiazole", "protonix (tn)", "6-[bis(fluoranyl)methoxy]-2-[(3,4-dimethoxypyridin-2-yl)methylsulfinyl]-1h-benzimidazole", "pantoprazolum", "proton pump", "102625-70-7", "1h-benzimidazole,5-(difluoromethoxy)-2-[[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl]- sodium salt", "pantoprazolum[latin]", "1h-benzimidazole,6-(difluoromethoxy)-2-[[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl]- sodium salt(1:1)", "pantor", "zurcal", "5361474[beilstein]", "pantoprazole sodium (usan)", "pantopan", "gastric h(+)/k(+) atpase subunit alpha", "164579-32-2[rn]", "natrium-5-(difluormethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methyl]sulfinyl}benzimidazol-1-id", "6-(difluoromethoxy)-2-((3,4-dimethoxypyridin-2-yl)methylsulfinyl)-1h-benzo[d]imidazole", "164579-32-2", "sk&f-96022;", "5-difluoromethoxy-2-(3,4-dimethoxy-pyridin-2-ylmethanesulfinyl)-1h-benzoimidazole", "5-(difluoromethoxy)-2-[(3", "by-1023", "26303-90-2[rn]", "5-(difluoromethoxy)-2-[[(3,4-dimethoxy-2-pyridinyl)methyl]sulfinyl]-1h-benzimidazole", "1h-benzimidazole,5-(difluoromethoxy)-2-(((3,4-dimethoxy-2-pyridinyl)methyl)sulfinyl)-", "sodium 5-(difluoromethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methyl]sulfinyl}benzimidazol-1-ide", "ec 3.6.3.10", "pantoprazole sodium [usan]", "dsstox_rid_80123", "6-(difluoromethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methyl]sulfinyl}-1h-benzimidazole", "b-8610-23/sk&f-96022-z;", "5-(difluoromethoxy)-2-(((3,4-dimethoxy-2-pyridinyl)methyl)sulfinyl)- 1h-benzimidazole", "sodium 6-(difluoromethoxy)-2-(((3,4-dimethoxypyridin-2-yl)methyl)sulfinyl)benzo[d]imidazol-1-ide", "6-(difluoromethoxy)-2-{[(3,4-dimethoxy(2-pyridyl))methyl]sulfinyl}benzimidazole", "pantozol control", "2-({[3,4-bis(methyloxy)pyridin-2-yl]methyl}sulfinyl)-6-[(difluoromethyl)oxy]-1h-benzimidazole", "chebi:50270", "5372611[beilstein]", "pantoprazole na", "pantoprazol[spanish][inn]", "sodium 6-(difluoromethoxy)-2-{[(3,4-dimethoxypyridin-2-yl)methyl]sulfinyl}benzimidazol-1-ide", "b-8510-29", "102625-70-7[rn]", "inipomp", "tl8000127", "ac-900", "5-(difluoromethoxy)-2-(((3,4-dimethoxy-2-pyridyl)methyl)sulfinyl)benzimidazole", "sodium 6-(difluoromethoxy)-2-((3,4-dimethoxypyridin-2-yl)methylsulfinyl)benzo[d]imidazol-1-ide", "337376-15-5", "6-(difluoromethoxy)-2-[(3,4-dimethoxy-2-pyridinyl)methylsulfinyl]-1h-benzimidazole"}|>, "4784" -> <|"DatabaseID" -> "SW02813", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90541]}, "IsomericSmiles" -> "CC(=O)NC1CCc2cc3c(c(c2-c4c1cc(=O)c(cc4)OC)OC)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cornigerine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100188]}, "Synonyms" -> {"cornigerine", "n-(3", "6877-25-4[rn]", "ac1l2o97", "nsc 358825", "ar-1j8264", "acetamide", "6877-25-4", "nsc-358825", "ac1q5odo", "nsc358825"}|>, "4785" -> <|"DatabaseID" -> "SW02813", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90541]}, "IsomericSmiles" -> "CC(=O)NC1CCc2cc3c(c(c2-c4c1cc(=O)c(cc4)OC)OC)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cornigerine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 100188]}, "Synonyms" -> {"cornigerine", "n-(3", "6877-25-4[rn]", "ac1l2o97", "nsc 358825", "ar-1j8264", "acetamide", "6877-25-4", "nsc-358825", "ac1q5odo", "nsc358825"}|>, "4786" -> <|"DatabaseID" -> "SW02814", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8364"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4724]}, "IsomericSmiles" -> "COc1cc2c(cc1OC)nc(nc2N)N3CCN(CC3)C(=O)c4ccco4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08411"]}, "OfficialNames" -> <|"China Approved Name" -> "prazosin", "Indian Approved Name" -> "prazosin", "Australia Approved Name" -> "PRAZOSIN", "FDA Approved Drug" -> "PRAZOSIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451093", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4893]}, "Synonyms" -> {"furazosin", "lentopres", "prazosin", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(2-furanylcarbonyl)piperazine", "minipress", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(2-furoyl)- (8ci)", "minipress[wiki]", "2-(4-(2-furoyl)piperazin-1-yl)-4-amino-6,7-dimethoxyquinazoline", "2-[4-(2-furoyl)piperazin-1-yl]-6,7-dimethoxyquinazolin-4-amine", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](furan-2-yl)methanone", "minipress xl", "242-885-8[einecs]", "prazosine [inn-french]", "prazosin base", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](2-furyl)methanone[acd/iupac name]", "[4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl](2-furyl)methanone", "cp-12,299-1", "768345[beilstein]", "prazosinum", "quinazoline 4-amino-6,7-dimethoxy-2-[4-(2-furoyl)piperazin-1-yl]-", "19216-56-9[rn]", "4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazinyl 2-furyl ketone", "2-[4-(2-furoyl)piperazin-1-yl]-4-amino-6,7-dimethoxyquinazoline", "cp-12299", "pratsiol", "methanone [4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl]-2-furanyl-[acd/index name]", "prazosina[spanish][inn]", "[4-(4-amino-6,7-dimethoxychinazolin-2-yl)piperazin-1-yl](furan-2-yl)methanon[german][acd/iupac name]", "(4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl)(furan-2-yl)methanone", "prazosinum [inn-latin]", "5-25-13-00365 (beilstein handbook reference)[beilstein]", "justac", "prazosinum[latin]", "prazosina [inn-spanish]", "prazosine", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(2-furanylcarbonyl)- (9ci)", "prazosina", "d011224", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(2-furanylcarbonyl)-", "prazosine[french][inn]", "337376-15-5", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(2-furoyl)-", "prazosin[wiki]", "[4-(4-amino-6,7-dimethoxy-quinazolin-2-yl)piperazin-1-yl]-(2-furyl)methanone", "t66 bn dnj ez ho1 io1 c- at6n dntj dv- bt5oj[wln]"}|>, "4787" -> <|"DatabaseID" -> "SW02815", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63918"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293084]}, "IsomericSmiles" -> "C[C@@H]1CC[C@H]2[C@H]([C@@H](O[C@H]3[C@@]24[C@H]1CC[C@](O3)(OO4)C)OC(=O)CCC(=O)[O-])C", "OfficialNames" -> <|"China Approved Name" -> "artesunate", "WHO Essential Medicine" -> "artesunate", "Indian Approved Name" -> "artesunate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6917864]}, "Synonyms" -> {"plasmotrim", "dihydroqinghasu hemsuccinate", "arinate", "artsuna", "arsumax", "artesunato", "artesunatum", "butanedioic acid,mono((3r,5as,6r,8as,9r,10s,12r,12ar)-decahydro-3,6,9-trimethyl-3,12-epoxy-12h-pyrano(4,3-j)-1,2-benzodioxepin-10-yl)ester", "4-oxo-4-{[(1s,4s,5r,8s,9r,10s,12r,13r)-1,5,9-trimethyl-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadecan-10-yl]oxy}butanoic acid", "artesunic acid", "(3r,5as,6r,8as,9r,10s,12r,12ar)-decahydro-3,6,9-trimethyl-3,12-epoxy-12h-pyrano(4,3-j)-1,2-benzodioxepin-10-ol hydrogen succinate", "artesunate; artesunato; artesunatum", "as", "4-oxo-4-(((3r,5as,6r,8as,9r,10s,12r,12ar)-3,6,9-trimethyldecahydro-3h-3,12-epoxy[1,2]dioxepino[4,3-i]isochromen-10-yl)oxy)butanoic acid", "4-oxo-4-{[(3r,5as,6r,8as,9r,10s,12r,12ar)-3,6,9-trimethyldecahydro-3,12-epoxypyrano[4,3-j][1,2]benzodioxepin-10-yl]oxy}butanoic acid", "artesunate", "artesunate[wiki][inn][usan]", "arsumax (tn)", "1,5,9-trimethyl-(1r,4s,5r,8s,9r,10s,12r,13r)-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadec-10-ylpropionicacid", "butanedioic acid,1-[(3r,5as,6r,8as,9r,10s,12r,12ar)-decahydro-3,6,9-trimethyl-3,12-epoxy-12h-pyrano[4,3-j]-1,2-benzodioxepin-10-yl] ester", "4-oxo-4-{[(5as,6r,8as,9r,10s,12r,12ar)-3,6,9-trimethyldecahydro-3,12-epoxy[1,2]dioxepino[4,3-i]isochromen-10-yl]oxy}butanoic acid", "88495-63-0[rn]", "nuartez", "artesunatum [inn_la]", "4-oxo-4-{[(4s,5r,8s,9r,10s,12r,13r)-1,5,9-trimethyl-11,14,15,16-tetraoxatetracyclo[10.3.1.04,13.08,13]hexadec-10-yl]oxy}butanoic acid", "as; artesunic acid; butanedioic acid 1-[(3r,5as,6r,8as,9r,10s,12r,12ar)-decahydro-3,6,9-trimethyl-3,12-epoxy-12h-pyrano[4,3-j]-1,2-benzodioxepin-10-yl]ester; dihydroqinghasu hemsuccinate", "butanedioic acid,mono[(5as,6r,8as,9r,10s,12r,12ar)-decahydro-3,6,9-trimethyl-3,12-epoxy-12h-pyrano[4,3-j]-1,2-benzodioxepin-10-yl] ester"}|>, "4788" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4789" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4790" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4791" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4792" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4793" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4794" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4795" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4796" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4797" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4798" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4799" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4800" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4801" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4802" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4803" -> <|"DatabaseID" -> "SW02816", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86196]}, "IsomericSmiles" -> "CC1C2C[NH+]3CCc4c5ccc(cc5[nH]c4C3CC2C(=CO1)C(=O)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pubescine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 95501]}, "Synonyms" -> {"pubescine", "raubasinin", "raubasinine", "raunitidine", "nsc72290", "4h-indolo(2,3-a)pyrano(3 4-g)quinolizine-16-carboxylic acid 4a,5,7,8,13,13b,14,14a-octahydro-11-methoxy-4-methyl-,methyl ester", "ac1l3ugo", "methyl 11-methoxy-19-methyl-16", "mls002638438", "14883-83-1[rn]", "482-96-2[rn]", "nciopen2_008687", "methyl 11-methoxy-19-methyl-16,17-didehydrooxayohimban-16-carboxylate", "reserpinine (c22 alkaloid) (8ci)", "ac1q5ymp", "reserpinin", "nsc 15624"}|>, "4804" -> <|"DatabaseID" -> "SW02817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475240]}, "IsomericSmiles" -> "CO/C=C(\\[C@H]1CC2C3(CC[NH+]2C[C@@H]1C=C)c4ccccc4NC3=O)/C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corynoxeine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316103]}, "Synonyms" -> {"corynoxeine", "isocorynoxeine", "ambotz630-94-4", "ac1nstvg", "630-94-4", "methyl (e)-2-[(6'r", "corynoxan-16-carboxylic acid"}|>, "4805" -> <|"DatabaseID" -> "SW02817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475240]}, "IsomericSmiles" -> "CO/C=C(\\[C@H]1CC2C3(CC[NH+]2C[C@@H]1C=C)c4ccccc4NC3=O)/C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corynoxeine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316103]}, "Synonyms" -> {"corynoxeine", "isocorynoxeine", "ambotz630-94-4", "ac1nstvg", "630-94-4", "methyl (e)-2-[(6'r", "corynoxan-16-carboxylic acid"}|>, "4806" -> <|"DatabaseID" -> "SW02818", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2301182]}, "IsomericSmiles" -> "CO/C=C(\\[C@H]1C[C@H]2[C@]3(CC[NH+]2C[C@@H]1C=C)c4ccccc4NC3=O)/C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-corynoxeine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3037448]}, "Synonyms" -> {"isocorynoxeine", "51014-29-0[rn]", "corynoxeine", "chembl481359", "methyl (e)-2-[(3s", "ac1mi2wd", "630-94-4[rn]", "51014-29-0"}|>, "4807" -> <|"DatabaseID" -> "SW02819", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "43968"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389924]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00760"]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H](C(=O)N2C(=C1S[C@H]3C[C@H]([NH2+]C3)C(=O)N(C)C)C(=O)[O-])[C@@H](C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02222"]}, "OfficialNames" -> <|"Indian Approved Name" -> "meropenem", "Australia Approved Name" -> "MEROPENEM", "FDA Approved Drug" -> "MEROPENEM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441130]}, "Synonyms" -> {"meropenem", "96036-03-2", "antibiotic sm 7338", "merrem;meronem", "merrem", "meropenem anhydrous", "meropenem[wiki][usp]", "(4r,5s,6s)-3-[(3s,5s)-5-dimethylcarbamoylpyrrolidin-3-ylthio]-6- [(r)-1-hydroxyethyl]-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene- 2-carboxylicacid", "chebi:43968", "(4r,5s,6s)-3-{[(3s,5s)-5-(dimethylcarbamoyl)pyrrolidin-3-yl]thio}-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "ici-194660", "119478-56-7[rn]", "merrem i.v.", "6826115[beilstein]", "meropenemum [inn-latin]", "sm 7338", "dd- carboxypeptidase", "pbp-4", "penicillin-binding protein 4 precursor", "(1r,5s,6s)-2-[(3s,5s)-5-(dimethylaminocarbonyl)pyrrolidin-3-ylthio]-6-[(r)-1-hydroxyethyl]-1-methylcarbapen-2-em-3-carboxylicacid", "96036-03-2[rn]", "d-alanyl-d-alanine-endopeptidase", "sm-7338", "(1r,5s,6s)-2-[(3s,5s)-5-dimethylaminocarbonylpyrrolidin-3-ylthio]-6-[(r)-1-hydroxyethyl]-1-methylcarbapen-2-em-3-carboxylic acid", "merrem[wiki]", "(4r,5s,6s)-3-{[(3s,5s)-5-(dimethylcarbamoyl)pyrrolidin-3-yl]sulfanyl}-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "meronem[wiki]", "meronem", "meropen", "(4r,5s,6s)-3-[[(3s,5s)-5-(dimethylcarbamoyl)pyrrolidin-3-yl]thio]-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "ec 3.4.16.4", "1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid 3-[[(3s,5s)-5-[(dimethylamino)carbonyl]-3-pyrrolidinyl]thio]-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo- (4r,5s,6s)-", "1-azabicyclo(3.2.0)hept-2-ene-2-carboxylic acid 3-(((3s,5s)-5-((dimethylamino)carbonyl)-3-pyrrolidinyl)thio)-6-((1r)-1-hydroxyethyl)-4-methyl-7-oxo- (4r,5s,6s)-", "(1r,5s,6s)-2-[(3s,5s)-5-(dimethylaminocarbonyl)pyrrolidin-3-ylthio]-6-[(r)-1-hydroxyethyl]-1-methylcarbapen-2-em-3-carboxylicacid trihydrate", "ici 194660", "meropenem trihydrate[jp15]", "dd-peptidase", "(1'r,3''s,5''s,4r,5s,6s)-3-(5-dimethylcarbamoyl-pyrrolidin-3-ylsulfanyl)-6-(1-hydroxy-ethyl)-4-methyl-7-oxo-1-aza-bicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "meropenemum", "(4r-(3(s*,5s*),4-a,5b,6b(r*)))-3-((5-((dimethylamino)carbonyl)-3-pyrrolidinyl)thio)-6-(1-hydroxyethyl)-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "[4r-[3(3s*,5s*),4a,5b,6b(r*)]]-3-[[5-[(dimethylamino)carbonyl]-3-pyrrolidinyl]thio]-6-(1-hydroxyethyl)-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "ec 3.4.99.-", "meropenemum[latin]", "3-(5-dimethylcarbamoyl-pyrrolidin-3-ylsulfanyl)-6-(1-hydroxy-ethyl)-4-methyl-7-oxo-1-aza-bicy", "meropenem hydrate"}|>, "4808" -> <|"DatabaseID" -> "SW02820", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61176"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 70379]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00216"]}, "IsomericSmiles" -> "C[NH+]1CCC[C@@H]1Cc2c[nH]c3c2cc(cc3)CCS(=O)(=O)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07887"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ELETRIPTAN HYDROBROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656631]}, "Synonyms" -> {"eletriptan", "5ht7", "3-{[(2r)-1-methylpyrrolidin-2-yl]methyl}-5-[2-(phenylsulfonyl)ethyl]-1h-indole", "eletriptan hydrobromide", "1h-indole 3-(((2r)-1-methyl-2-pyrrolidinyl)methyl)-5-(2-(phenylsulfonyl)ethyl)ethyl)-", "3-[[(2r)-1-methyl-2-pyrrolidinyl]methyl]-5-[2-(phenylsulfonyl)ethyl]-1h-indole", "chebi:61176", "5-ht- x", "eletriptan hydrobromide (jan/usan)", "ac-3398", "5-ht-7", "relpax[wiki]", "9005-49-6", "relpax (tn)", "chembl1201003", "eletriptanum[latin]", "143322-58-1[rn]", "1h-indole 3-[[(2r)-1-methyl-2-pyrrolidinyl]methyl]-5-[2-(phenylsulfonyl)ethyl]-", "ac1lcvbd", "177834-92-3", "(r)-3-((1-methyl-2-pyrrolidinyl)methyl)-5-(2-(phenylsulfonyl)ethyl)-1h-indole monohydrobromide", "serotonin receptor 7", "(r)-3-[(1-methyl-2-pyrrolidinyl)methyl]-5-[2-(phenylsulfonyl)ethyl]-1h-indole; (r)-5-[2-(benzenesulfonyl)ethyl]-3-[(n-methylpyrrolidin-2-yl)methyl]-1h-indole; eletriptan", "relpax", "eletriptan[wiki][inn][ban]", "eletriptan monohydrobromide"}|>, "4809" -> <|"DatabaseID" -> "SW02820", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61176"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 70379]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00216"]}, "IsomericSmiles" -> "C[NH+]1CCC[C@@H]1Cc2c[nH]c3c2cc(cc3)CCS(=O)(=O)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07887"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ELETRIPTAN HYDROBROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656631]}, "Synonyms" -> {"eletriptan", "5ht7", "3-{[(2r)-1-methylpyrrolidin-2-yl]methyl}-5-[2-(phenylsulfonyl)ethyl]-1h-indole", "eletriptan hydrobromide", "1h-indole 3-(((2r)-1-methyl-2-pyrrolidinyl)methyl)-5-(2-(phenylsulfonyl)ethyl)ethyl)-", "3-[[(2r)-1-methyl-2-pyrrolidinyl]methyl]-5-[2-(phenylsulfonyl)ethyl]-1h-indole", "chebi:61176", "5-ht- x", "eletriptan hydrobromide (jan/usan)", "ac-3398", "5-ht-7", "relpax[wiki]", "9005-49-6", "relpax (tn)", "chembl1201003", "eletriptanum[latin]", "143322-58-1[rn]", "1h-indole 3-[[(2r)-1-methyl-2-pyrrolidinyl]methyl]-5-[2-(phenylsulfonyl)ethyl]-", "ac1lcvbd", "177834-92-3", "(r)-3-((1-methyl-2-pyrrolidinyl)methyl)-5-(2-(phenylsulfonyl)ethyl)-1h-indole monohydrobromide", "serotonin receptor 7", "(r)-3-[(1-methyl-2-pyrrolidinyl)methyl]-5-[2-(phenylsulfonyl)ethyl]-1h-indole; (r)-5-[2-(benzenesulfonyl)ethyl]-3-[(n-methylpyrrolidin-2-yl)methyl]-1h-indole; eletriptan", "relpax", "eletriptan[wiki][inn][ban]", "eletriptan monohydrobromide"}|>, "4810" -> <|"DatabaseID" -> "SW02821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 461978]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)N(C)C(C)C(c2ccccc2)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "si-ephedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 530349]}, "Synonyms" -> {"2-chlorobenzoic acid 3-chloroprop-2-enyl ester", "(1r2s)-ephedrine", "3-trifluoromethylbenzoic acid 2,7-dimethyloct-7-en-5-yn-4-yl ester", "n-methyl-2-phenyl-n-(1-phenyl-1-trimethylsilyloxypropan-2-yl)butanamide", "(1s2r)-ephedrine", "ac1lb6l9", "(1s2s)-ephedrine", "(1r2r)-ephedrine"}|>, "4811" -> <|"DatabaseID" -> "SW02821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 461978]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)N(C)C(C)C(c2ccccc2)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "si-ephedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 530349]}, "Synonyms" -> {"2-chlorobenzoic acid 3-chloroprop-2-enyl ester", "(1r2s)-ephedrine", "3-trifluoromethylbenzoic acid 2,7-dimethyloct-7-en-5-yn-4-yl ester", "n-methyl-2-phenyl-n-(1-phenyl-1-trimethylsilyloxypropan-2-yl)butanamide", "(1s2r)-ephedrine", "ac1lb6l9", "(1s2s)-ephedrine", "(1r2r)-ephedrine"}|>, "4812" -> <|"DatabaseID" -> "SW02821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 461978]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)N(C)C(C)C(c2ccccc2)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "si-ephedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 530349]}, "Synonyms" -> {"2-chlorobenzoic acid 3-chloroprop-2-enyl ester", "(1r2s)-ephedrine", "3-trifluoromethylbenzoic acid 2,7-dimethyloct-7-en-5-yn-4-yl ester", "n-methyl-2-phenyl-n-(1-phenyl-1-trimethylsilyloxypropan-2-yl)butanamide", "(1s2r)-ephedrine", "ac1lb6l9", "(1s2s)-ephedrine", "(1r2r)-ephedrine"}|>, "4813" -> <|"DatabaseID" -> "SW02821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 461978]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)N(C)C(C)C(c2ccccc2)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "si-ephedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 530349]}, "Synonyms" -> {"2-chlorobenzoic acid 3-chloroprop-2-enyl ester", "(1r2s)-ephedrine", "3-trifluoromethylbenzoic acid 2,7-dimethyloct-7-en-5-yn-4-yl ester", "n-methyl-2-phenyl-n-(1-phenyl-1-trimethylsilyloxypropan-2-yl)butanamide", "(1s2r)-ephedrine", "ac1lb6l9", "(1s2s)-ephedrine", "(1r2r)-ephedrine"}|>, "4814" -> <|"DatabaseID" -> "SW02821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 461978]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)N(C)C(C)C(c2ccccc2)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "si-ephedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 530349]}, "Synonyms" -> {"2-chlorobenzoic acid 3-chloroprop-2-enyl ester", "(1r2s)-ephedrine", "3-trifluoromethylbenzoic acid 2,7-dimethyloct-7-en-5-yn-4-yl ester", "n-methyl-2-phenyl-n-(1-phenyl-1-trimethylsilyloxypropan-2-yl)butanamide", "(1s2r)-ephedrine", "ac1lb6l9", "(1s2s)-ephedrine", "(1r2r)-ephedrine"}|>, "4815" -> <|"DatabaseID" -> "SW02821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 461978]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)N(C)C(C)C(c2ccccc2)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "si-ephedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 530349]}, "Synonyms" -> {"2-chlorobenzoic acid 3-chloroprop-2-enyl ester", "(1r2s)-ephedrine", "3-trifluoromethylbenzoic acid 2,7-dimethyloct-7-en-5-yn-4-yl ester", "n-methyl-2-phenyl-n-(1-phenyl-1-trimethylsilyloxypropan-2-yl)butanamide", "(1s2r)-ephedrine", "ac1lb6l9", "(1s2s)-ephedrine", "(1r2r)-ephedrine"}|>, "4816" -> <|"DatabaseID" -> "SW02821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 461978]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)N(C)C(C)C(c2ccccc2)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "si-ephedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 530349]}, "Synonyms" -> {"2-chlorobenzoic acid 3-chloroprop-2-enyl ester", "(1r2s)-ephedrine", "3-trifluoromethylbenzoic acid 2,7-dimethyloct-7-en-5-yn-4-yl ester", "n-methyl-2-phenyl-n-(1-phenyl-1-trimethylsilyloxypropan-2-yl)butanamide", "(1s2r)-ephedrine", "ac1lb6l9", "(1s2s)-ephedrine", "(1r2r)-ephedrine"}|>, "4817" -> <|"DatabaseID" -> "SW02821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 461978]}, "IsomericSmiles" -> "CCC(c1ccccc1)C(=O)N(C)C(C)C(c2ccccc2)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "si-ephedrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 530349]}, "Synonyms" -> {"2-chlorobenzoic acid 3-chloroprop-2-enyl ester", "(1r2s)-ephedrine", "3-trifluoromethylbenzoic acid 2,7-dimethyloct-7-en-5-yn-4-yl ester", "n-methyl-2-phenyl-n-(1-phenyl-1-trimethylsilyloxypropan-2-yl)butanamide", "(1s2r)-ephedrine", "ac1lb6l9", "(1s2s)-ephedrine", "(1r2r)-ephedrine"}|>, "4818" -> <|"DatabaseID" -> "SW02822", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735891]}, "IsomericSmiles" -> "CCCCC/C=C\\C/C=C\\CCCCCCCC(=O)NC(C)c1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01202"]}, "OfficialNames" -> <|"NPC Approved Name" -> "melinamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20054967]}, "Synonyms" -> {"melinamide", "artes", "dsstox_gsid_48809", "dsstox_rid_83004", "artes (tn)", "mbla", "surecn20354", "n-(2-methylbenzyl)linoleamide", "(z,z)-n-(1-phenylethyl)-9,12-octadecadienamide", "14417-88-0[rn]", "malinamide", "9,12-octadecadienamide n-(1-phenylethyl)- (9z,12z)-", "melinamide (jan)", "n-(a-methylbenzyl)linoleamide", "chembl64379", "ncgc00182997-01", "14417-88-0", "dsstox_cid_28735", "(9z,12z)-n-(1-phenylethyl)octadeca-9,12-dienamide", "(9z,12z)-octadeca-9,12-dienoic acid (1-phenyl-ethyl)-amide"}|>, "4819" -> <|"DatabaseID" -> "SW02822", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735891]}, "IsomericSmiles" -> "CCCCC/C=C\\C/C=C\\CCCCCCCC(=O)NC(C)c1ccccc1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01202"]}, "OfficialNames" -> <|"NPC Approved Name" -> "melinamide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20054967]}, "Synonyms" -> {"melinamide", "artes", "dsstox_gsid_48809", "dsstox_rid_83004", "artes (tn)", "mbla", "surecn20354", "n-(2-methylbenzyl)linoleamide", "(z,z)-n-(1-phenylethyl)-9,12-octadecadienamide", "14417-88-0[rn]", "malinamide", "9,12-octadecadienamide n-(1-phenylethyl)- (9z,12z)-", "melinamide (jan)", "n-(a-methylbenzyl)linoleamide", "chembl64379", "ncgc00182997-01", "14417-88-0", "dsstox_cid_28735", "(9z,12z)-n-(1-phenylethyl)octadeca-9,12-dienamide", "(9z,12z)-octadeca-9,12-dienoic acid (1-phenyl-ethyl)-amide"}|>, "4820" -> <|"DatabaseID" -> "SW02823", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 185843]}, "IsomericSmiles" -> "c1cc(c(cc1F)F)C(Cn2cncn2)(Cn3cncn3)OP(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01429"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fosfluconazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 214356]}, "Synonyms" -> {"fosfluconazole", "procif", "prodif (tn)", "prodif", "unii-3jij299ewh", "fosfluconazole[wiki][inn]", "ac1l4wom", "fosfluconazole [inn]", "surecn378428", "ncgc00182029-01", "194798-83-9", "194798-83-9[rn]", "uk-292"}|>, "4821" -> <|"DatabaseID" -> "SW02825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4619]}, "IsomericSmiles" -> "c1ccc(cc1)OC(=O)CCCCCCCCC#CI", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01595"]}, "OfficialNames" -> <|"NPC Approved Name" -> "phenyliodoundecynoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4783]}, "Synonyms" -> {"phenyliodoundecynoate", "ac1l1iy2", "unii-vxd0h11tq7", "82846-27-3[rn]", "ac1q61md", "phenyliodoundecynoate (jan)", "phenyliodoundecynoate [jan]", "ncgc00183856-01", "10-undecynoic acid 11-iodo- phenyl ester", "2020-25-9[rn]", "phenyl 11-iodo-10-undecynoate", "2020-25-9", "surecn4016354", "phenyl 11-iodo-10-undecynoate[acd/iupac name]", "yq3685000"}|>, "4822" -> <|"DatabaseID" -> "SW02826", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "585948"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3216]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01023"]}, "IsomericSmiles" -> "CCOC(=O)C1=C(NC(=C(C1c2cccc(c2Cl)Cl)C(=O)OC)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00319"]}, "OfficialNames" -> <|"China Approved Name" -> "felodipine", "Indian Approved Name" -> "felodipine", "FDA Approved Drug" -> "FELODIPINE"|>, "PharmGKBID" -> "PA449591", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3333]}, "Synonyms" -> {"felodipine", "munobal", "prevex", "modip", "hydac", "perfudal", "flodil", "renedil", "splendil", "plendil", "agon", "felogard", "plendil depottab", "penedil", "munobal retard", "agon sr", "felodur er", "feloday", "preslow", "plendil retard", "dl-felodipine", "plandil", "lexxel", "plendil er", "logimax", "felodipene", "felodipinum[latin]", "felodipin-ratiopharm", "3,5-pyridinedicarboxylic acid 4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-,ethyl methyl ester", "h 154/82", "felodipin al", "86189-69-7[rn]", "h 154-82", "felodipine [usan:ban:inn][inn][usan]", "ethyl-methyl-4-(2,3-dichlorphenyl)-2,6-dimethyl-1,4-dihydropyridin-3,5-dicarboxylat", "felodipina [inn-spanish]", "felodipin stada", "ethyl methyl 4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydro-3,5-pyridinedicarboxylate[acd/iupac name]", "cam-pde 1b", "ec 3.1.4.17", "4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylicacidethyl methyl ester", "felodipin dura", "3-ethyl 5-methyl 4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydro-3,5-pyridinedicarboxylate", "h 154 82", "plendil[wiki]", "mfcd00868316", "felodipine [usan:ban:inn]", "felobeta", "72509-76-3[rn]", "felodipin von ct", "3-ethyl 5-methyl 4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "ethyl methyl 4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "d015736", "felodipinum [inn_la]", "4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinecarboxylic acid ethylmethyl ester", "felo-puren", "felodipin ratiopharm", "plendil (tn)", "t6m dhj b1 cvo2 dr bg cg& evo1 f1 [wln][wln]", "felodur", "felo biochemie", "lexxel (felodipine + enalapril maleate)_mixture", "felodipina[spanish][inn]", "renedil;feloday;plendil", "felo puren", "plendil renedil feloday", "3,5-pyridinedicarboxylic acid 1,4-dihydro-4-(2,3-dichlorophenyl)-2,6-dimethyl-,ethyl methyl ester", "(rs)-felodipine", "4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylicacid ethyl methylester", "[72509-76-3]", "felocor", "h 15482", "felogamma", "fensel", "felodipin heumann", "felodipine[wiki]", "63 kda cam-pde", "4-(2,3-dichloro-phenyl)-2,6-dimethyl-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-ethyl ester 5-methyl ester", "felodipin abz", "h-154/82", "337376-15-5", "4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinecarboxylic acid methyl ester", "felodipin 1a pharma", "felodipinum [inn-latin]", "felodipin azu"}|>, "4823" -> <|"DatabaseID" -> "SW02826", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "585948"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3216]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01023"]}, "IsomericSmiles" -> "CCOC(=O)C1=C(NC(=C(C1c2cccc(c2Cl)Cl)C(=O)OC)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00319"]}, "OfficialNames" -> <|"China Approved Name" -> "felodipine", "Indian Approved Name" -> "felodipine", "FDA Approved Drug" -> "FELODIPINE"|>, "PharmGKBID" -> "PA449591", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3333]}, "Synonyms" -> {"felodipine", "munobal", "prevex", "modip", "hydac", "perfudal", "flodil", "renedil", "splendil", "plendil", "agon", "felogard", "plendil depottab", "penedil", "munobal retard", "agon sr", "felodur er", "feloday", "preslow", "plendil retard", "dl-felodipine", "plandil", "lexxel", "plendil er", "logimax", "felodipene", "felodipinum[latin]", "felodipin-ratiopharm", "3,5-pyridinedicarboxylic acid 4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-,ethyl methyl ester", "h 154/82", "felodipin al", "86189-69-7[rn]", "h 154-82", "felodipine [usan:ban:inn][inn][usan]", "ethyl-methyl-4-(2,3-dichlorphenyl)-2,6-dimethyl-1,4-dihydropyridin-3,5-dicarboxylat", "felodipina [inn-spanish]", "felodipin stada", "ethyl methyl 4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydro-3,5-pyridinedicarboxylate[acd/iupac name]", "cam-pde 1b", "ec 3.1.4.17", "4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylicacidethyl methyl ester", "felodipin dura", "3-ethyl 5-methyl 4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydro-3,5-pyridinedicarboxylate", "h 154 82", "plendil[wiki]", "mfcd00868316", "felodipine [usan:ban:inn]", "felobeta", "72509-76-3[rn]", "felodipin von ct", "3-ethyl 5-methyl 4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "ethyl methyl 4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "d015736", "felodipinum [inn_la]", "4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinecarboxylic acid ethylmethyl ester", "felo-puren", "felodipin ratiopharm", "plendil (tn)", "t6m dhj b1 cvo2 dr bg cg& evo1 f1 [wln][wln]", "felodur", "felo biochemie", "lexxel (felodipine + enalapril maleate)_mixture", "felodipina[spanish][inn]", "renedil;feloday;plendil", "felo puren", "plendil renedil feloday", "3,5-pyridinedicarboxylic acid 1,4-dihydro-4-(2,3-dichlorophenyl)-2,6-dimethyl-,ethyl methyl ester", "(rs)-felodipine", "4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylicacid ethyl methylester", "[72509-76-3]", "felocor", "h 15482", "felogamma", "fensel", "felodipin heumann", "felodipine[wiki]", "63 kda cam-pde", "4-(2,3-dichloro-phenyl)-2,6-dimethyl-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-ethyl ester 5-methyl ester", "felodipin abz", "h-154/82", "337376-15-5", "4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinecarboxylic acid methyl ester", "felodipin 1a pharma", "felodipinum [inn-latin]", "felodipin azu"}|>, "4824" -> <|"DatabaseID" -> "SW02827", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171184]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2[C@@H]4[C@H]1c5ccc6c(c5[C@H](O4)OC)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeadine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197775]}, "Synonyms" -> {"rheadine", "rhoeadine", "rhoeadin", "rheadine (8ci)", "(5br,13br,15s)-15-methoxy-6-methyl-5b,6,7,8,13b,15-hexahydro[1,3]dioxolo[4,5-h][1,3]dioxolo[7,8]isochromeno[3,4-a][3]benzazepin", "2718-25-4[rn]", "ac1l5402", "8-beta-methoxy-16-methyl-2", "(5br,13br,15s)-15-methoxy-6-methyl-5b,6,7,8,13b,15-hexahydro[1,3]dioxolo[4,5-h][1,3]dioxolo[7,8]isochromeno[3,4-a][3]benzazepine", "4-27-00-06897 (beilstein handbook reference)[beilstein]", "ambap2718-25-4", "1,3-dioxolo[7,8][2]benzopyrano[3,4-a][1,3]dioxolo[4,5-h][3]benzazepine,5b,6,7,8,13b,15-hexahydro-15-methoxy-6-methyl- (5br,13br,15s)-", "(8b)-8-methoxy-16-methyl-2,3:10,11-bis[methylenebis(oxy)]rheadan", "2718-25-4", "rheadan", "brn 0098745"}|>, "4825" -> <|"DatabaseID" -> "SW02827", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171184]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(cc2[C@@H]4[C@H]1c5ccc6c(c5[C@H](O4)OC)OCO6)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhoeadine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197775]}, "Synonyms" -> {"rheadine", "rhoeadine", "rhoeadin", "rheadine (8ci)", "(5br,13br,15s)-15-methoxy-6-methyl-5b,6,7,8,13b,15-hexahydro[1,3]dioxolo[4,5-h][1,3]dioxolo[7,8]isochromeno[3,4-a][3]benzazepin", "2718-25-4[rn]", "ac1l5402", "8-beta-methoxy-16-methyl-2", "(5br,13br,15s)-15-methoxy-6-methyl-5b,6,7,8,13b,15-hexahydro[1,3]dioxolo[4,5-h][1,3]dioxolo[7,8]isochromeno[3,4-a][3]benzazepine", "4-27-00-06897 (beilstein handbook reference)[beilstein]", "ambap2718-25-4", "1,3-dioxolo[7,8][2]benzopyrano[3,4-a][1,3]dioxolo[4,5-h][3]benzazepine,5b,6,7,8,13b,15-hexahydro-15-methoxy-6-methyl- (5br,13br,15s)-", "(8b)-8-methoxy-16-methyl-2,3:10,11-bis[methylenebis(oxy)]rheadan", "2718-25-4", "rheadan", "brn 0098745"}|>, "4826" -> <|"DatabaseID" -> "SW02828", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61265]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=C3c4ccccc4C(=O)c5c3cccc5)c6ccccc6C2=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dianthrone glucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 67948]}, "Synonyms" -> {"bianthrone", "dehydrodianthrone", "bisanthrone", "434-85-5[rn]", "207-106-8[einecs]", "10-[10-oxoanthracen-9(10h)-ylidene]anthracen-9(10h)-one", "b-2370", "9(10h)-anthracenone 10-(10-oxo-9(10h)-anthracenylidene)-", "10-(10-oxo-9(10h)-anthracenylidene)-9(10h)-anthracenone[acd/iupac name]", "434-85-5", "9 (10h)-anthracenone 10-(10-oxo-9(10h)-anthracenylidene)-", "st50411978", "10-(10-oxo-9-anthrylidene)anthracen-9-one", "9(10h)-anthracenone", "dianthrone", "ac1q6p8e", "10,10'-bianthrone", "10-(10-oxoanthracen-9(10h)-ylidene)anthracen-9(10h)-one", "ac1l28p2", "nsc627656", "[9,9']bianthracenylidene-10,10'-dione", "10-(10-oxoanthracen-9(10h)-yliden)anthracen-9(10h)-on", "nciopen2_009646", "tl8003060"}|>, "4827" -> <|"DatabaseID" -> "SW02829", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17373]}, "IsomericSmiles" -> "CC(=O)N[C@H]1CCc2cc(c(c(c2-c3c1cc(=O)c(cc3)N)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "colchicine amide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18397]}, "Synonyms" -> {"colchiceinamid", "colchicamid", "14-aminocolchicide", "colchicine amide", "colchicenamide", "colchiceinamide", "colchicamide (van)", "colchicamide", "colchiceinamide (8ci)", "acetamide n- (10-amino-5,6,7,9-tetrahydro-1,2 3-trimethoxy-9-oxobenzo[a]heptalen-7-yl)-,(s)-", "n-[(7s)-9-hydroxy-10-imino-1,2,3-trimethoxy-5,6,7,10-tetrahydrobenzo[a]heptalen-7-yl]acetamide", "n-((s)-10-amino-1,2,3-trimethoxy-9-oxo-5,6,7,9-tetrahydro-benzo[a]heptalen-7-yl)-acetamide", "skf 3192", "colchiceeinamide[german]", "acetamide n-(10-amino-5,6,7,9-tetrahydro-1,2,3-trimethoxy-9-oxobenzo(a)heptalen-7-yl)- (s)-", "colchicide 14-amino-", "acetamide n-(10-amino-5,6,7,9-tetrahydro-1,2,3-trimethoxy-9-oxobenzo(a)heptalen-7-yl)- (s)- (9ci)", "colchicine 10-amino-10-demethoxy-", "colchicide", "colchicamide (colchiceinamide)", "3123-89-5[rn]", "acetamide n-[(7s)-5,6,7,10-tetrahydro-9-hydroxy-10-imino-1,2,3-trimethoxybenzo[a]heptalen-7-yl]-", "4-14-00-00921 (beilstein handbook reference)[beilstein]"}|>, "4828" -> <|"DatabaseID" -> "SW02830", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 154872]}, "IsomericSmiles" -> "CC[NH+](CC)CCCCC(c1ccccc1)NC(=O)c2ccc(cc2)[N+](=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "he-11"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 177905]}, "Synonyms" -> {"nibentan", "n-[5-(diethylamino)-1-phenylpentyl]-4-nitrobenzamide hydrochloride", "ac1l431c", "surecn9571826", "150491-98-8[rn]", "150491-98-8", "he-11", "sbb080569", "aronis23895", "ambcb5668260", "benzamide n-[5-(diethylamino)-1-phenylpentyl]-4-nitro- monohydrochloride", "ctk4c6665", "n-[5-(diethylamino)-1-phenylpentyl](4-nitrophenyl)carboxamide,chloride"}|>, "4829" -> <|"DatabaseID" -> "SW02830", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 154872]}, "IsomericSmiles" -> "CC[NH+](CC)CCCCC(c1ccccc1)NC(=O)c2ccc(cc2)[N+](=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "he-11"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 177905]}, "Synonyms" -> {"nibentan", "n-[5-(diethylamino)-1-phenylpentyl]-4-nitrobenzamide hydrochloride", "ac1l431c", "surecn9571826", "150491-98-8[rn]", "150491-98-8", "he-11", "sbb080569", "aronis23895", "ambcb5668260", "benzamide n-[5-(diethylamino)-1-phenylpentyl]-4-nitro- monohydrochloride", "ctk4c6665", "n-[5-(diethylamino)-1-phenylpentyl](4-nitrophenyl)carboxamide,chloride"}|>, "4830" -> <|"DatabaseID" -> "SW02831", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82421]}, "IsomericSmiles" -> "c1cnc(nc1)N2CC[NH+](CC2)CCCCN3C(=O)[C@H]4[C@@H]5CC[C@@H](C5)[C@H]4C3=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08561"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tandospirone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91273]}, "Synonyms" -> {"tandospirone", "dsstox_gsid_48836", "(1r*,2s*,3r*,4s*)-n-[4-[4-(2-pyrimidinyl)-1-piperazinyl]butyl]-2,3-bicyclo[2.2.1]heptanedicarboximide", "surecn49026", "cid91273", "sediel", "metanopirone", "tandospirone (inn)", "(3ar,4s,7r,7as)-2-{4-[4-(pyrimidin-2-yl)piperazin-1-yl]butyl}hexahydro-1h-4,7-methanoisoindole-1,3(2h)-dione", "(1r,2s,6r,7s)-4-{4-[4-(pyrimidin-2-yl)piperazin-1-yl]butyl}-4-azatricyclo[5.2.1.02,6]decane-3,5-dione", "tandospirone [inn:ban]", "(1s,2r,6s,7r)-4-[4-(4-pyrimidin-2-yl-piperazin-1-yl)-butyl]-4-aza-tricyclo[5.2.1.0*2,6*]decane-3,5-dione", "4,7-methano-1h-isoindole-1,3(2h)-dione hexahydro-2-[4-[4-(2-pyrimidinyl)-1-piperazinyl]butyl]- (3ar,4s,7r,7as)-", "tandospirone[wiki]", "ncgc00182990-01", "87760-53-0[rn]", "(3aa,4b,7b,7aa)-hexahydro-2-[4-[4-(2-pyrimidinyl)-1-piperazinyl]butyl]-4,7-methano-1h-isoindole-1,3(2h)-dione", "dsstox_rid_83031", "ac1l3lqy", "87760-53-0", "dsstox_cid_28762"}|>, "4831" -> <|"DatabaseID" -> "SW02832", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31580"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8913]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00823"]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@@H]2[C@H]3CC[C@]4([C@H]([C@@H]3CCC2=C1)CC[C@]4(C#C)OC(=O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01294"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diacetate", "FDA Approved Drug" -> "ETHYNODIOL DIACETATE"|>, "PharmGKBID" -> "PA164749157", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9270]}, "Synonyms" -> {"ethinodiol diacetate", "ovulen", "cervicundin", "continuin", "ovulen 50", "luto-metrodiol", "femulen", "metrodiol", "ethynodiol diacetate", "metrulen", "metrodiol diacetate", "luteonorm", "demulen 50 (28 day pack) (ethinyl estradiol + ethynodiol diacetate)_mixture", "ethynodiol", "demulen 50 (21 day pack) (ethinyl estradiol + ethynodiol diacetate)_mixture", "etynodiol acetate", "ethynodiol diacetate [progestins]", "estr-4-ene-3,17-diol 17-ethynyl- diacetate (3b,17b)-", "(3b,17b)-17-ethynylestr-4-ene-3,17-diyl diacetate", "er", "(3s,8r,9s,10r,13s,14s,17r)-17-ethinyl-13-methyl-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-3,17-diyldiacetat", "206-044-9[einecs]", "8056-92-6[rn]", "etynodiol di(acetate)", "3040143[beilstein]", "ethynodiol diacetate[wiki]", "ethynodioldiacetate", "297-76-7[rn]", "(3s,8r,9s,10r,13s,14s,17r)-17-ethynyl-13-methyl-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthrene-3,17-diyl diacetate", "sc-11800", "etynodiol[wiki]", "demulen[wiki]", "8080 c. b.", "demulen 30 (28 day pack) (ethinyl estradiol + ethynodiol diacetate)_mixture", "3b,17b-diacetoxy-17a-ethynyl-4-estrene", "demulen 30 (21 day pack) (ethinyl estradiol + ethynodiol diacetate)_mixture", "etynodiol", "estradiol receptor", "er-alpha"}|>, "4832" -> <|"DatabaseID" -> "SW02833", "IsomericSmiles" -> "C[C@]12CC[C@@H](C[C@H]1CCC3C2CC[C@]4([C@]35[C@H](O5)C[C@@H]4c6ccc(=O)oc6)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01378"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bufogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10063]}, "Synonyms" -> {"bufogenin", "resi (van)", "14", "respigon", "bufogeninum [inn-latin]", "bufogenine [inn-french]", "resibufogenin", "bufogenina [inn-spanish]", "bufogenina [spanish]", "nsc 90783"}|>, "4833" -> <|"DatabaseID" -> "SW02833", "IsomericSmiles" -> "C[C@]12CC[C@@H](C[C@H]1CCC3C2CC[C@]4([C@]35[C@H](O5)C[C@@H]4c6ccc(=O)oc6)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01378"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bufogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10063]}, "Synonyms" -> {"bufogenin", "resi (van)", "14", "respigon", "bufogeninum [inn-latin]", "bufogenine [inn-french]", "resibufogenin", "bufogenina [inn-spanish]", "bufogenina [spanish]", "nsc 90783"}|>, "4834" -> <|"DatabaseID" -> "SW02833", "IsomericSmiles" -> "C[C@]12CC[C@@H](C[C@H]1CCC3C2CC[C@]4([C@]35[C@H](O5)C[C@@H]4c6ccc(=O)oc6)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01378"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bufogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10063]}, "Synonyms" -> {"bufogenin", "resi (van)", "14", "respigon", "bufogeninum [inn-latin]", "bufogenine [inn-french]", "resibufogenin", "bufogenina [inn-spanish]", "bufogenina [spanish]", "nsc 90783"}|>, "4835" -> <|"DatabaseID" -> "SW02833", "IsomericSmiles" -> "C[C@]12CC[C@@H](C[C@H]1CCC3C2CC[C@]4([C@]35[C@H](O5)C[C@@H]4c6ccc(=O)oc6)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01378"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bufogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10063]}, "Synonyms" -> {"bufogenin", "resi (van)", "14", "respigon", "bufogeninum [inn-latin]", "bufogenine [inn-french]", "resibufogenin", "bufogenina [inn-spanish]", "bufogenina [spanish]", "nsc 90783"}|>, "4836" -> <|"DatabaseID" -> "SW02834", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7932]}, "IsomericSmiles" -> "CCC(=O)Oc1ccc2c(c1)CC[C@@H]3[C@@H]2CC[C@]4([C@H]3CC[C@@H]4OC(=O)CC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01617"]}, "OfficialNames" -> <|"NPC Approved Name" -> "estradiol dipropionate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8225]}, "Synonyms" -> {"diovocylin", "estronex", "diovocyclin", "estroici", "ovocyclin-p", "diprostron", "estradiol dipropionate", "akrofolline", "follicyclin p", "nacyclyl", "progynon-dp", "oestradiol-3,17-dipropionate", "(17b)-estra-1(10),2,4-triene-3,17-diyl dipropanoate", "dimenformon dipropionate", "estradiol dipropionate[jan]", "estradiol dipropionate", "oestradiol dipropionate", "ovahormon", "204-026-5[einecs]", "oestradioli propionas", "agofollin [inj.]", "endofollicolina d.p.", "ovocyclin dipropionate", "oestradiol streuli", "ovahormon (tn)", "estradiol 3,17-dipropionate", "4-06-00-06613 (beilstein handbook reference)[beilstein]", "dipropionate d'oestradiol[french]", "113-38-2[rn]"}|>, "4837" -> <|"DatabaseID" -> "SW02835", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11192]}, "IsomericSmiles" -> "CC1=C[C@@H]2[C@H](CC[C@]3([C@H]2CC[C@@]3(C(=O)C)OC(=O)C)C)[C@@]4(C1=CC(=O)CC4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00952"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MEGESTROL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11683]}, "Synonyms" -> {"megace es", "megestrol acetate", "niagestin", "megeron", "ovaban", "magestin", "pallace", "megace", "ovarid", "megestryl acetate", "megestil", "pregna-4,6-diene-3,20-dione 17-(acetyloxy)-6-methyl-", "megestin", "kombiquens", "6-methyl-3,20-dioxopregna-4,6-dien-17-yl acetate[acd/iupac name]", "estropill", "citestrol", "megace[wiki]", "gorda", "volidan", "17a-acetoxy-6-methylpregna-4,6-diene-3,20-dione", "volplan", "6-methyl-d4,6-pregnadien-17a-ol-3,20-dione acetate", "megestrol 17-acetate", "canipil", "megestrol[wiki]", "opochaleurs", "tri-ervonum", "megecat", "medroxyprogesterone acetate imp. g (ep)", "megestrol acetate[usan]", "222-628-6[einecs]", "megace megace es", "3562-63-8[rn]", "17-acetoxy-6-methylpregna-4,6-diene-3,20-dione", "(8r,9s,10r,13s,14s,17r)-17-acetyl-6,10,13-trimethyl-3-oxo-2,3,8,9,10,11,12,13,14,15,16,17-dodecahydro-1h-cyclopenta[a]phenanthren-17-ylacetate", "(8r,9s,10r,13s,14s,17r)-17-acetyl-6,10,13-trimethyl-3-oxo-2,3,8,9,10,11,12,13,14,15,16,17-dodecahydro-1h-cyclopenta[a]phenanthren-17-ylacetat", "pill'kan", "nia", "17-hydroxy-6-methylpregna-4,6-diene-3,20-dione 17-acetate", "suppress", "megostat", "megefren", "maygace", "minigest", "67783-17-9[rn]", "progesterone 6-dehydro-17-hydroxy-6-methyl- acetate", "megace;megace es", "pilucalm", "felipil", "51154-23-5[rn]", "megoestrolacetat", "595-33-5[rn]", "209-864-5[einecs]", "pruritex chat", "megestat", "17-hydroxy-6-methylpregna-4,6-diene-3,20-dione acetate", "8064-66-2[rn]", "pregna-4,6-diene-3,20-dione 17-hydroxy-6-methyl- acetate", "6-dehydro-6-methyl-17a-acetoxyprogesterone", "bdh-1298", "nuvacon", "sc10363"}|>, "4838" -> <|"DatabaseID" -> "SW02836", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3176"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62077]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01194"]}, "IsomericSmiles" -> "CC[NH2+][C@H]1CN(S(=O)(=O)c2c1cc(s2)S(=O)(=O)N)CCCOC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00652"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BRINZOLAMIDE"|>, "PharmGKBID" -> "PA164744929", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68844]}, "Synonyms" -> {"azopt", "brinzolamide", "birnzolamide", "azopt (tn)", "brinzolamide (brz)", "ac1l2aka", "2h-thieno[3,2-e]-1,2-thiazine-6-sulfonamide,4-(ethylamino)-3,4-dihydro-2-(3-methoxypropyl)- 1,1-dioxide (4r)-", "2h-thieno(3,2-e)-1,2-thiazine-6-sulfonamide,4-(ethylamino)-3,4-dihydro-2-(3-methoxypropyl)- 1,1-dioxide (r)-", "brinzolamide[wiki][usp][jan][usan]", "138890-62-7", "138890-62-7[rn]", "bz1", "brinzolamide [usan]", "chebi:3176", "4-(ethylamino)-2-(3-methoxypropyl)-2h-thieno[3,2-e][1,2]thiazine-6-sulfonamide 1,1-dioxide", "9651552[beilstein]", "(4r)-4-(ethylamino)-3,4-dihydro-2-(3-methoxypropyl)-2h-thieno[3,2-e]-1,2-thiazine-6-sulfonamide 1,1-dioxide", "carbonic anhydrase va", "carbonate dehydratase va", "ca-va", "azopt[wiki]", "azo", "3znc", "(4r)-4-(ethylamino)-2-(3-methoxypropyl)-3,4-dihydro-2h-thieno[3,2-e][1,2]thiazine-6-sulfonamide 1,1-dioxide[acd/iupac name]"}|>, "4839" -> <|"DatabaseID" -> "SW02837", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4264]}, "IsomericSmiles" -> "CC[NH+](CC)CCOC(=O)C(Cc1cccc2c1cccc2)CC3CCCO3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08244"]}, "OfficialNames" -> <|"NPC Approved Name" -> "naftidrofurilo"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4417]}, "Synonyms" -> {"naftidrofuryl", "praxilene", "tridus", "naphtidrofuryl", "nafronyl", "dusodril", "iridus", "a-tetrahydrofurfuryl-1-naphthalenepropionic acid 2-(diethylamino)ethyl ester", "31329-57-4[rn]", "naftidrofurilo[spanish][inn]", "tetrahydro-a-(1-naphthylmethyl)-2-furanpropionic acid2-(diethylamino)ethyl ester", "naftidrofuryl [inn:ban]", "di-actane [menarini; millot-solac] {{oxalate}", "naftidrofurylum[latin]", "drosunal", "dubimax", "2-(diethylamino)ethyl 3-(1-naphthyl)-2-(tetrahydro-2-furanylmethyl)propanoate[acd/iupac name]", "tetrahydro-a-(1-naphthalenylmethyl)-2-furanpropanoic acid 2-(diethylamino)ethyl ester", "naftidrofurylum [inn-latin]", "n-diethylaminoethyl b-(1-naphthyl)-b-tetrahydrofuryl isobutyrate", "860-36-6[rn]", "naftidrofurilo [inn-spanish]", "3200-06-4 (oxalate salt)", "31329-57-4", "2-(diethylamino)ethyl 3-naphthalen-1-yl-2-(tetrahydrofuran-2-ylmethyl)propanoate", "2-(diethylamino)ethyl 3-(1-naphthyl)-2-(tetrahydrofuran-2-ylmethyl)propanoate", "naftidrofuryl[wiki]", "gevatran", "250-572-2[einecs]", "3-(1-naphthyl)-2-tetrahydrofurfurylpropionicacid 2-(diethylamino)ethylester", "3200-06-4[rn]", "2-(diethylamino)ethyl 3-(naphthalen-1-yl)-2-(tetrahydrofuran-2-ylmethyl)propanoate"}|>, "4840" -> <|"DatabaseID" -> "SW02837", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4264]}, "IsomericSmiles" -> "CC[NH+](CC)CCOC(=O)C(Cc1cccc2c1cccc2)CC3CCCO3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08244"]}, "OfficialNames" -> <|"NPC Approved Name" -> "naftidrofurilo"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4417]}, "Synonyms" -> {"naftidrofuryl", "praxilene", "tridus", "naphtidrofuryl", "nafronyl", "dusodril", "iridus", "a-tetrahydrofurfuryl-1-naphthalenepropionic acid 2-(diethylamino)ethyl ester", "31329-57-4[rn]", "naftidrofurilo[spanish][inn]", "tetrahydro-a-(1-naphthylmethyl)-2-furanpropionic acid2-(diethylamino)ethyl ester", "naftidrofuryl [inn:ban]", "di-actane [menarini; millot-solac] {{oxalate}", "naftidrofurylum[latin]", "drosunal", "dubimax", "2-(diethylamino)ethyl 3-(1-naphthyl)-2-(tetrahydro-2-furanylmethyl)propanoate[acd/iupac name]", "tetrahydro-a-(1-naphthalenylmethyl)-2-furanpropanoic acid 2-(diethylamino)ethyl ester", "naftidrofurylum [inn-latin]", "n-diethylaminoethyl b-(1-naphthyl)-b-tetrahydrofuryl isobutyrate", "860-36-6[rn]", "naftidrofurilo [inn-spanish]", "3200-06-4 (oxalate salt)", "31329-57-4", "2-(diethylamino)ethyl 3-naphthalen-1-yl-2-(tetrahydrofuran-2-ylmethyl)propanoate", "2-(diethylamino)ethyl 3-(1-naphthyl)-2-(tetrahydrofuran-2-ylmethyl)propanoate", "naftidrofuryl[wiki]", "gevatran", "250-572-2[einecs]", "3-(1-naphthyl)-2-tetrahydrofurfurylpropionicacid 2-(diethylamino)ethylester", "3200-06-4[rn]", "2-(diethylamino)ethyl 3-(naphthalen-1-yl)-2-(tetrahydrofuran-2-ylmethyl)propanoate"}|>, "4841" -> <|"DatabaseID" -> "SW02837", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4264]}, "IsomericSmiles" -> "CC[NH+](CC)CCOC(=O)C(Cc1cccc2c1cccc2)CC3CCCO3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08244"]}, "OfficialNames" -> <|"NPC Approved Name" -> "naftidrofurilo"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4417]}, "Synonyms" -> {"naftidrofuryl", "praxilene", "tridus", "naphtidrofuryl", "nafronyl", "dusodril", "iridus", "a-tetrahydrofurfuryl-1-naphthalenepropionic acid 2-(diethylamino)ethyl ester", "31329-57-4[rn]", "naftidrofurilo[spanish][inn]", "tetrahydro-a-(1-naphthylmethyl)-2-furanpropionic acid2-(diethylamino)ethyl ester", "naftidrofuryl [inn:ban]", "di-actane [menarini; millot-solac] {{oxalate}", "naftidrofurylum[latin]", "drosunal", "dubimax", "2-(diethylamino)ethyl 3-(1-naphthyl)-2-(tetrahydro-2-furanylmethyl)propanoate[acd/iupac name]", "tetrahydro-a-(1-naphthalenylmethyl)-2-furanpropanoic acid 2-(diethylamino)ethyl ester", "naftidrofurylum [inn-latin]", "n-diethylaminoethyl b-(1-naphthyl)-b-tetrahydrofuryl isobutyrate", "860-36-6[rn]", "naftidrofurilo [inn-spanish]", "3200-06-4 (oxalate salt)", "31329-57-4", "2-(diethylamino)ethyl 3-naphthalen-1-yl-2-(tetrahydrofuran-2-ylmethyl)propanoate", "2-(diethylamino)ethyl 3-(1-naphthyl)-2-(tetrahydrofuran-2-ylmethyl)propanoate", "naftidrofuryl[wiki]", "gevatran", "250-572-2[einecs]", "3-(1-naphthyl)-2-tetrahydrofurfurylpropionicacid 2-(diethylamino)ethylester", "3200-06-4[rn]", "2-(diethylamino)ethyl 3-(naphthalen-1-yl)-2-(tetrahydrofuran-2-ylmethyl)propanoate"}|>, "4842" -> <|"DatabaseID" -> "SW02837", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4264]}, "IsomericSmiles" -> "CC[NH+](CC)CCOC(=O)C(Cc1cccc2c1cccc2)CC3CCCO3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08244"]}, "OfficialNames" -> <|"NPC Approved Name" -> "naftidrofurilo"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4417]}, "Synonyms" -> {"naftidrofuryl", "praxilene", "tridus", "naphtidrofuryl", "nafronyl", "dusodril", "iridus", "a-tetrahydrofurfuryl-1-naphthalenepropionic acid 2-(diethylamino)ethyl ester", "31329-57-4[rn]", "naftidrofurilo[spanish][inn]", "tetrahydro-a-(1-naphthylmethyl)-2-furanpropionic acid2-(diethylamino)ethyl ester", "naftidrofuryl [inn:ban]", "di-actane [menarini; millot-solac] {{oxalate}", "naftidrofurylum[latin]", "drosunal", "dubimax", "2-(diethylamino)ethyl 3-(1-naphthyl)-2-(tetrahydro-2-furanylmethyl)propanoate[acd/iupac name]", "tetrahydro-a-(1-naphthalenylmethyl)-2-furanpropanoic acid 2-(diethylamino)ethyl ester", "naftidrofurylum [inn-latin]", "n-diethylaminoethyl b-(1-naphthyl)-b-tetrahydrofuryl isobutyrate", "860-36-6[rn]", "naftidrofurilo [inn-spanish]", "3200-06-4 (oxalate salt)", "31329-57-4", "2-(diethylamino)ethyl 3-naphthalen-1-yl-2-(tetrahydrofuran-2-ylmethyl)propanoate", "2-(diethylamino)ethyl 3-(1-naphthyl)-2-(tetrahydrofuran-2-ylmethyl)propanoate", "naftidrofuryl[wiki]", "gevatran", "250-572-2[einecs]", "3-(1-naphthyl)-2-tetrahydrofurfurylpropionicacid 2-(diethylamino)ethylester", "3200-06-4[rn]", "2-(diethylamino)ethyl 3-(naphthalen-1-yl)-2-(tetrahydrofuran-2-ylmethyl)propanoate"}|>, "4843" -> <|"DatabaseID" -> "SW02838", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19815]}, "IsomericSmiles" -> "CCCCCCC(=O)O[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCc4c3ccc(c4)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04064"]}, "OfficialNames" -> <|"NPC Approved Name" -> "estradiol enanthate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21070]}, "Synonyms" -> {"estradiol enanthate", "oestradiol 17-heptanoate", "estradiol heptanoate", "225-599-8[einecs]", "4956-37-0", "ac1l2hk9", "sq 16,150", "ncgc00188442-01", "oestradiol17-heptanoate", "estradiol 17-heptanoate", "4956-37-0[rn]", "surecn547096", "estradiol enanthate (usan)", "unii-pap315wzia", "dsstox_cid_3001", "(17b)-3-hydroxyestra-1(10),2,4-trien-17-yl heptanoate", "dsstox_rid_76826", "oestradiol enanthate"}|>, "4844" -> <|"DatabaseID" -> "SW02839", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28940"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444353]}, "IsomericSmiles" -> "C[C@H](CCCC(C)C)[C@H]1CC[C@@H]\\2[C@@]1(CCC/C2=C\\C=C/3\\C[C@H](CCC3=C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00188"]}, "OfficialNames" -> <|"China Approved Name" -> "cholecalciferol", "WHO Essential Medicine" -> "cholecalciferol", "Indian Approved Name" -> "vitamin d3;cholecalciferol;vitamin d", "FDA Approved Drug" -> "CHOLECALCIFEROL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280795]}, "Synonyms" -> {"cholecalciferol", "colecalciferol", "(+)-vitamin d3", "vitamin d", "calciol", "vitamin d3", "oleovitamin d3", "deparal", "delta-d", "vitamin d3 emulsifiable", "activated 7-dehydrocholesterol", "200-673-2[einecs]", "(3s,5z,7e)-9,10-secocholesta-5,7,10-trien-3-ol", "cholecalciferolum", "cholecalciferol[wiki]", "cyclohexanol 3-[(2e)-2-[(1r,3as,7ar)-1-(1,5-dimethylhexyl)octahydro-7a-methyl-4h-inden-4-ylidene]ethylidene]-4-methylene- (1s,3z)-", "provitina", "9,10-seco(5z,7e)-5,7,10(19)-cholestatrien-3-ol", "d014807", "vitamind3", "vi-de-3-hydrosol", "cyclohexanol 3-[(2e)-2-[(1r,3as,7ar)-1-[(1r)-1,5-dimethylhexyl]octahydro-7a-methyl-4h-inden-4-ylidene]ethylidene]-4-methylene- (1s,3z)-", "arachitol", "2339331[beilstein]", "colecalciferol[inn][ban]", "(s)-3-[2-[(1r,3as,7ar)-1-((r)-1,5-dimethyl-hexyl)-7a-methyl-octahydro-inden-(4e)-ylidene]-eth-(z)-ylidene]-4-methylene-cyclohexanol", "ebivit", "(5z,7e)-(3s)-9,10-secocholesta-5,7,10(19)-trien-3-ol", "colecalciferolum[latin]", "micro-dee", "(1s,3z)-3-[(2e)-2-{(1r,3as,7ar)-1-[(1r)-1,5-dimethylhexyl]-7a-methyloctahydro-4h-inden-4-ylidene}ethylidene]-4-methylidenecyclohexanol", "67-97-0[rn]", "neo dohyfral d3", "1406-16-2[rn]", "rampage[wiki]", "vigorsan", "8024-19-9[rn]", "57651-82-8[rn]", "(1s,3z)-3-[(2e)-2-{(1r,3as,7ar)-1-[(1r)-1,5-dimethylhexyl]-7a-methyloctahydro-4h-inden-4-yliden}ethyliden]-4-methylidencyclohexanol", "granuvit d3", "colecalcipherol", "cholecalciferol [usan:ban:jan][jan][usan]", "dihydrocholesterol", "cholecalciferol d3", "vi-de3", "duphafral d3 1000", "cholecalciferol;", "feracol", "(1s,3z)-3-[(2e)-2-[(1r,3ar,7as)-7a-methyl-1-[(2r)-6-methylheptan-2-yl]-2,3,3a,5,6,7-hexahydro-1h-inden-4-ylidene]ethylidene]-4-methylidene-cyclohexan-1-ol", "d3-vigantol", "(3b,5z,7e)-9,10-secocholesta-5,7,10(19)-trien-3-ol", "vitamin d 3", "videkhol", "7-dehydrocholesterol[wiki]", "cc", "(3s,5z,7e)-9,10-secocholesta-5,7,10(19)-trien-3-ol", "ricketon", "(5z,7e)-(3s)-9,10-seco-5,7,10(19)-cholestatrien-3-ol", "cholecalciferol (d3)", "9,10-secocholesta-5,7,10-trien-3-ol (3s,5z,7e)-", "toxic solid organic n.o.s. (vitamin d3)", "delsterol", "trivitan", "vigantol", "215-797-2[einecs]", "vitinc dan-dee-3", "(1s,3z)-4-methylene-3-[(2e)-2-{(1r,3as,7ar)-7a-methyl-1-[(2r)-6-methyl-2-heptanyl]octahydro-4h-inden-4-ylidene}ethylidene]cyclohexanol", "8050-67-7[rn]", "(+)-vitamin d3;cholecalciferol ; activated 7-dehydrocholesterol; calciol", "9,10-secocholesta-5,7,10(19)-trien-3b-ol", "d3-vicotrat", "colecalciferolo [dcit]"}|>, "4845" -> <|"DatabaseID" -> "SW02840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391157]}, "IsomericSmiles" -> "COC1=CC(=O)[C@@]2([C@@H]1O)[C@H](C[C@@]34[C@@]2(CC[NH2+]3)CC(=O)C(=C4OC)OC)Cl", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acutumidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442840]}, "Synonyms" -> {"acutumidine", "chembl237548", "18145-26-1[rn]", "ac1l9dht", "c10565", "(1r,2s,3as,5's,7as)-2-chloro-5'-hydroxy-4,4',5-trimethoxy-2,3-dihydro-2'h-spiro[10-aza-3a,7a-(epiminoethano)indene-1,1'-cyclopent[3]ene]-2',6(7h)-dione", "18145-26-1"}|>, "4846" -> <|"DatabaseID" -> "SW02841", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06712"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C#N)C(=O)OC)c2cccc(c2)[N+](=O)[O-])C(=O)OC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01908"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nilvadipine"|>, "PharmGKBID" -> "PA165958385", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4494]}, "Synonyms" -> {"nivadil", "nilvadipine", "nilvadipino [spanish]", "voltage-dependent calcium channel subunit delta-3", "escor", "fk 235", "voltage-gated calcium channel subunit alpha-2/delta-3", "fr-34235", "nilvadipinum [latin]", "75530-68-6", "voltage-dependent calcium channel subunit alpha-2-3", "fr 34235", "nivadipine"}|>, "4847" -> <|"DatabaseID" -> "SW02841", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06712"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C#N)C(=O)OC)c2cccc(c2)[N+](=O)[O-])C(=O)OC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01908"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nilvadipine"|>, "PharmGKBID" -> "PA165958385", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4494]}, "Synonyms" -> {"nivadil", "nilvadipine", "nilvadipino [spanish]", "voltage-dependent calcium channel subunit delta-3", "escor", "fk 235", "voltage-gated calcium channel subunit alpha-2/delta-3", "fr-34235", "nilvadipinum [latin]", "75530-68-6", "voltage-dependent calcium channel subunit alpha-2-3", "fr 34235", "nivadipine"}|>, "4848" -> <|"DatabaseID" -> "SW02842", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391973]}, "IsomericSmiles" -> "COc1ccc(cc1OC)C[NH2+]C[C@H](COc2ccc3c(c2)ccc(=O)[nH]3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01198"]}, "OfficialNames" -> <|"NPC Approved Name" -> "toborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443891]}, "Synonyms" -> {"143343-83-3", "surecn7322759", "toborinone (jan/usan)[jan][usan]", "toborinone", "toborinone (jan/usan/inn)", "toborinone[inn]", "d01198", "ac1l9fec", "143343-83-3[rn]", "6-[(2r)-3-[(3"}|>, "4849" -> <|"DatabaseID" -> "SW02843", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 96913]}, "IsomericSmiles" -> "CC(=O)SCC(Cc1ccccc1)C(=O)NCC(=O)OCc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08464"]}, "OfficialNames" -> <|"Indian Approved Name" -> "racecadotril"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 107751]}, "Synonyms" -> {"racecadotril", "glycine", "acetorphan", "81110-73-8[rn]", "benzyl n-[3-(acetylsulfanyl)-2-benzylpropanoyl]glycinate", "glycine,n-(2-((acetylthio)methyl)-1-oxo-3-phenylpropyl)- phenylmethylester", "tiorfan", "racecodotril", "benzyl 2-(3-(acetylthio)-2-benzylpropanamido)acetate", "81110-73-8", "racecadotril [inn]", "phenylmethyl 2-[3-acetylthio-2-benzylpropanoylamino]acetate", "racecadotril[inn]", "benzyl n-[3-(acetylsulfanyl)-2-benzylpropanoyl]glycinate[acd/iupac name]", "glycine,n-[3-(acetylthio)-1-oxo-2-(phenylmethyl)propyl]- phenylmethylester", "81110-60-3[rn]", "(+-)-n-(2-((acetylthio)methyl)-1-oxo-3-phenylpropyl)glycine phenylmethyl ester", "racecadotril (inn)"}|>, "4850" -> <|"DatabaseID" -> "SW02843", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 96913]}, "IsomericSmiles" -> "CC(=O)SCC(Cc1ccccc1)C(=O)NCC(=O)OCc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08464"]}, "OfficialNames" -> <|"Indian Approved Name" -> "racecadotril"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 107751]}, "Synonyms" -> {"racecadotril", "glycine", "acetorphan", "81110-73-8[rn]", "benzyl n-[3-(acetylsulfanyl)-2-benzylpropanoyl]glycinate", "glycine,n-(2-((acetylthio)methyl)-1-oxo-3-phenylpropyl)- phenylmethylester", "tiorfan", "racecodotril", "benzyl 2-(3-(acetylthio)-2-benzylpropanamido)acetate", "81110-73-8", "racecadotril [inn]", "phenylmethyl 2-[3-acetylthio-2-benzylpropanoylamino]acetate", "racecadotril[inn]", "benzyl n-[3-(acetylsulfanyl)-2-benzylpropanoyl]glycinate[acd/iupac name]", "glycine,n-[3-(acetylthio)-1-oxo-2-(phenylmethyl)propyl]- phenylmethylester", "81110-60-3[rn]", "(+-)-n-(2-((acetylthio)methyl)-1-oxo-3-phenylpropyl)glycine phenylmethyl ester", "racecadotril (inn)"}|>, "4851" -> <|"DatabaseID" -> "SW02844", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300830]}, "IsomericSmiles" -> "CC[C@H]1C[NH+]2CCc3c4c(cccc4O)[nH]c3[C@@H]2C[C@@H]1/C(=C\\OC)/C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gambirine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036945]}, "Synonyms" -> {"gambirine", "29472-77-3[rn]", "methyl (e)-2-[(2s", "ac1mi21k", "corynan-16-carboxylic acid", "29472-77-3", "corynan-16-carboxylic acid,16,17-didehydro-9-hydroxy-17-methoxy- methyl ester,(16e)-"}|>, "4852" -> <|"DatabaseID" -> "SW02845", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444758]}, "IsomericSmiles" -> "CC[C@H]1C[NH+]2CC[C@]3([C@@H]2C[C@@H]1/C(=C\\OC)/C(=O)OC)c4ccccc4NC3=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhynchophylline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281408]}, "Synonyms" -> {"rhynchophylline", "tl8003244", "rhyncophylline", "methyl (2e)-2-[(3r,6'r,7's,8'as)-6'-ethyl-2-oxo-3',5',6',7',8',8'a,1,2-octahydro-2'h-spiro[indole-3,1'-indolizine]-7'-yl]-3-methoxyprop-2-enoate", "ac1nqyf8", "478-43-3[rn]", "methyl (e)-2-[(3r", "chembl519266", "76-66-4", "c09236", "rhyncophylline (8ci)", "chebi:566735", "methyl (2e)-2-[(3r,6'r,7's,8a's)-6'-ethyl-2-oxo-1,2,2',3',6',7',8',8a'-octahydro-5'h-spiro[indole-3,1'-indolizin]-7'-yl]-3-methoxyacrylate", "76-66-4[rn]", "mitrinermine", "ambap76-66-4"}|>, "4853" -> <|"DatabaseID" -> "SW02846", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8707"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01224"]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=[NH+]c3ccccc3S2)N4CC[NH+](CC4)CCOCCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00458"], ExternalIdentifier["KEGGID", "D08456"]}, "OfficialNames" -> <|"Indian Approved Name" -> "quetiapine fumarate", "Australia Approved Name" -> "QUETIAPINE", "FDA Approved Drug" -> "QUETIAPINE FUMARATE"|>, "PharmGKBID" -> "PA451201", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5002]}, "Synonyms" -> {"seroquel", "quetiapine fumarate", "quetiapine", "quetiapina", "quetiapinum", "quetiapine hemifumarate", "quetiapine (inn)", "seroquel xr", "5-ht-6", "co-quetiapine", "chebi:8707", "111974-69-7", "norsic (tn)", "serotonin receptor 6", "zm 204,636", "ici 204,636", "2-[2-(4-dibenzo[b,f][1,4]thiazepin-11-yl-piperazin-1-yl)-ethoxy]-ethanol", "11-[4-[2-(2-hydroxyethoxy)ethyl]-1-piperazinyl]dibenzo[b,f][1,4]thiazepine", "norsic", "2-[2-(4-dibenzo[b,f][1,4]thiazepin-11-yl-1-piperazinyl)ethoxy]ethanol", "2-{2-[4-(dibenzo[b,f][1,4]thiazepin-11-yl)piperazin-1-yl]ethoxy}ethanol", "ethanol,2-[2-(4-dibenzo[b,f][1,4]thiazepin-11-yl-1-piperazinyl)ethoxy]-", "cid5002", "2-(2-(4-(dibenzo[b,f][1,4]thiazepin-11-yl)piperazin-1-yl)ethoxy)ethanol", "2-{[2-(4-dibenzo[b,f][1,4]thiazepin-11-ylpiperazin-1-yl)ethyl]oxy}ethanol", "2-(2-(4-dibenzo(b,f)(1,4)thiazepine-11-yl-1-piperazinyl)ethoxy)ethanol", "ethanol,2-(2-(4-dibenzo(b,f)(1,4)thiazepin-11-yl-1-piperazinyl)ethoxy)-", "111974-69-7[rn]", "seroquel[wiki]", "2-(2-(4-dibenzo(b,f)(1,4)thiazepin-11-yl-1-piperazinyl)ethoxy)ethanol", "2-{2-[4-(dibenzo[b,f][1,4]thiazepin-11-yl)-1-piperazinyl]ethoxy}ethanol[acd/iupac name]", "quetiapine[wiki]", "ketipinor", "ethanol,2-2-(4-dibenzob,f1,4thiazepin-11-yl-1-piperazinyl)ethoxy-", "2-[2-(4-dibenzo[b,f][1,4]thiazepin-11-ylpiperazin-1-yl)ethoxy]ethanol", "2-{2-4-(dibenzob,f1,4thiazepin-11-yl)piperazin-1-ylethoxy}ethanol"}|>, "4854" -> <|"DatabaseID" -> "SW02847", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54755]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00308"]}, "IsomericSmiles" -> "CCCCCCC[NH+](CC)CCCC(c1ccc(cc1)NS(=O)(=O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00648"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IBUTILIDE FUMARATE"|>, "PharmGKBID" -> "PA449958", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60753]}, "Synonyms" -> {"ibutilide", "corvert", "ibutilide fumarate", "ibutilida [inn-spanish]", "ibutilidum [inn-latin]", "eag- related protein 3", "ibutilida", "ether-a-go-go-related protein 3", "ether-a-go-go-related gene potassium channel 3", "122647-31-8[rn]", "ibutilide [inn:ban][inn]", "ibutilide fumarate[usan]", "herg-3", "ibutilide (inn)", "methanesulfonamide n-[4-[4-(ethylheptylamino)-1-hydroxybutyl]phenyl]-", "ibutilidum[latin]", "n-(4-{4-[ethyl(heptyl)amino]-1-hydroxybutyl}phenyl)methanesulfonamide[acd/iupac name]", "ibutilide [inn:ban]", "9050-31-1[rn]", "ibutilide[wiki]", "122647-32-9[rn]", "ibutilidum", "voltage-gated potassium channel subunit kv11.3", "corvert[wiki]", "n-{4-[4-(ethyl-heptyl-amino)-1-hydroxy-butyl]-phenyl}-methanesulfonamide", "ibutilida[spanish][inn]"}|>, "4855" -> <|"DatabaseID" -> "SW02847", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54755]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00308"]}, "IsomericSmiles" -> "CCCCCCC[NH+](CC)CCCC(c1ccc(cc1)NS(=O)(=O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00648"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IBUTILIDE FUMARATE"|>, "PharmGKBID" -> "PA449958", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60753]}, "Synonyms" -> {"ibutilide", "corvert", "ibutilide fumarate", "ibutilida [inn-spanish]", "ibutilidum [inn-latin]", "eag- related protein 3", "ibutilida", "ether-a-go-go-related protein 3", "ether-a-go-go-related gene potassium channel 3", "122647-31-8[rn]", "ibutilide [inn:ban][inn]", "ibutilide fumarate[usan]", "herg-3", "ibutilide (inn)", "methanesulfonamide n-[4-[4-(ethylheptylamino)-1-hydroxybutyl]phenyl]-", "ibutilidum[latin]", "n-(4-{4-[ethyl(heptyl)amino]-1-hydroxybutyl}phenyl)methanesulfonamide[acd/iupac name]", "ibutilide [inn:ban]", "9050-31-1[rn]", "ibutilide[wiki]", "122647-32-9[rn]", "ibutilidum", "voltage-gated potassium channel subunit kv11.3", "corvert[wiki]", "n-{4-[4-(ethyl-heptyl-amino)-1-hydroxy-butyl]-phenyl}-methanesulfonamide", "ibutilida[spanish][inn]"}|>, "4856" -> <|"DatabaseID" -> "SW02847", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54755]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00308"]}, "IsomericSmiles" -> "CCCCCCC[NH+](CC)CCCC(c1ccc(cc1)NS(=O)(=O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00648"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IBUTILIDE FUMARATE"|>, "PharmGKBID" -> "PA449958", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60753]}, "Synonyms" -> {"ibutilide", "corvert", "ibutilide fumarate", "ibutilida [inn-spanish]", "ibutilidum [inn-latin]", "eag- related protein 3", "ibutilida", "ether-a-go-go-related protein 3", "ether-a-go-go-related gene potassium channel 3", "122647-31-8[rn]", "ibutilide [inn:ban][inn]", "ibutilide fumarate[usan]", "herg-3", "ibutilide (inn)", "methanesulfonamide n-[4-[4-(ethylheptylamino)-1-hydroxybutyl]phenyl]-", "ibutilidum[latin]", "n-(4-{4-[ethyl(heptyl)amino]-1-hydroxybutyl}phenyl)methanesulfonamide[acd/iupac name]", "ibutilide [inn:ban]", "9050-31-1[rn]", "ibutilide[wiki]", "122647-32-9[rn]", "ibutilidum", "voltage-gated potassium channel subunit kv11.3", "corvert[wiki]", "n-{4-[4-(ethyl-heptyl-amino)-1-hydroxy-butyl]-phenyl}-methanesulfonamide", "ibutilida[spanish][inn]"}|>, "4857" -> <|"DatabaseID" -> "SW02847", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54755]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00308"]}, "IsomericSmiles" -> "CCCCCCC[NH+](CC)CCCC(c1ccc(cc1)NS(=O)(=O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00648"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IBUTILIDE FUMARATE"|>, "PharmGKBID" -> "PA449958", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60753]}, "Synonyms" -> {"ibutilide", "corvert", "ibutilide fumarate", "ibutilida [inn-spanish]", "ibutilidum [inn-latin]", "eag- related protein 3", "ibutilida", "ether-a-go-go-related protein 3", "ether-a-go-go-related gene potassium channel 3", "122647-31-8[rn]", "ibutilide [inn:ban][inn]", "ibutilide fumarate[usan]", "herg-3", "ibutilide (inn)", "methanesulfonamide n-[4-[4-(ethylheptylamino)-1-hydroxybutyl]phenyl]-", "ibutilidum[latin]", "n-(4-{4-[ethyl(heptyl)amino]-1-hydroxybutyl}phenyl)methanesulfonamide[acd/iupac name]", "ibutilide [inn:ban]", "9050-31-1[rn]", "ibutilide[wiki]", "122647-32-9[rn]", "ibutilidum", "voltage-gated potassium channel subunit kv11.3", "corvert[wiki]", "n-{4-[4-(ethyl-heptyl-amino)-1-hydroxy-butyl]-phenyl}-methanesulfonamide", "ibutilida[spanish][inn]"}|>, "4858" -> <|"DatabaseID" -> "SW02848", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 48922]}, "IsomericSmiles" -> "Cc1cc(c(c(c1NC(=O)C[NH+](CC(=O)[O-])CC(=O)[O-])C)Br)C", "OfficialNames" -> <|"FDA Approved Drug" -> "TECHNETIUM TC-99M MEBROFENIN KIT"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54158]}, "Synonyms" -> {"choletec", "((((3-bromomesityl)carbamoyl)methyl)imino)diacetic acid", "mebrofenin", "[[[(3-bromomesityl)carbamoyl]methyl]imino]diacetic acid", "mebrofenine [inn-french]", "mebrofeninum [inn-latin]", "mebrofenino[spanish][inn]", "278-877-6[einecs]", "acetic acid 2,2'-[[2-[(3-bromo-2,4,6-trimethylphenyl)amino]-2-oxoethyl]imino]bis-", "2,2'-({2-[(3-bromo-2,4,6-trimethylphenyl)amino]-2-oxoethyl}imino)diacetic acid[acd/iupac name]", "78266-06-5", "einecs 278-877-6", "n-[2-[(3-bromo-2,4,6-trimethylphenyl)amino]-2-oxoethyl]-n-(carboxymethyl)glycine", "mebrofenine[french][inn]", "ncgc00181297-01", "trimethylbromo-ida", "mebrofenino [inn-spanish]", "n-(2-((3-bromo-2,4,6-trimethylphenyl)amino)-2-oxoethyl)-n-(carboxymethyl)glycine", "mebrofenin [usan:inn][inn][usan]", "78266-06-5[rn]", "sq 26962", "br-n(246-meph)carbamoylme iminodiacetic acid", "2-[[2-[(3-bromo-2,4,6-trimethylphenyl)amino]-2-oxoethyl]-(carboxymethyl)amino]acetic acid", "(3-bromo-2,4,6-trimethylphenylcarbamoyl)methyliminodiacetic acid", "mebrofeninum[latin]", "n-(3-bromo-2,4,6-trimethylacetanilide)iminodiacetic acid", "glycine,n-(2-((3-bromo-2,4,6-trimethylphenyl)amino)-2-oxoethyl)-n-(carboxymethyl)-"}|>, "4859" -> <|"DatabaseID" -> "SW02849", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 191748]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3cc(cc(c3C2=O)OCC(C(C(C=O)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aloins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 221037]}, "Synonyms" -> {"aloins", "ac1l59op", "nsc-4722", "2", "nsc4722", "5-o-[3-(hydroxymethyl)-9", "nci60_004113"}|>, "4860" -> <|"DatabaseID" -> "SW02849", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 191748]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3cc(cc(c3C2=O)OCC(C(C(C=O)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aloins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 221037]}, "Synonyms" -> {"aloins", "ac1l59op", "nsc-4722", "2", "nsc4722", "5-o-[3-(hydroxymethyl)-9", "nci60_004113"}|>, "4861" -> <|"DatabaseID" -> "SW02849", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 191748]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3cc(cc(c3C2=O)OCC(C(C(C=O)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aloins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 221037]}, "Synonyms" -> {"aloins", "ac1l59op", "nsc-4722", "2", "nsc4722", "5-o-[3-(hydroxymethyl)-9", "nci60_004113"}|>, "4862" -> <|"DatabaseID" -> "SW02849", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 191748]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3cc(cc(c3C2=O)OCC(C(C(C=O)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aloins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 221037]}, "Synonyms" -> {"aloins", "ac1l59op", "nsc-4722", "2", "nsc4722", "5-o-[3-(hydroxymethyl)-9", "nci60_004113"}|>, "4863" -> <|"DatabaseID" -> "SW02849", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 191748]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3cc(cc(c3C2=O)OCC(C(C(C=O)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aloins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 221037]}, "Synonyms" -> {"aloins", "ac1l59op", "nsc-4722", "2", "nsc4722", "5-o-[3-(hydroxymethyl)-9", "nci60_004113"}|>, "4864" -> <|"DatabaseID" -> "SW02849", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 191748]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3cc(cc(c3C2=O)OCC(C(C(C=O)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aloins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 221037]}, "Synonyms" -> {"aloins", "ac1l59op", "nsc-4722", "2", "nsc4722", "5-o-[3-(hydroxymethyl)-9", "nci60_004113"}|>, "4865" -> <|"DatabaseID" -> "SW02849", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 191748]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3cc(cc(c3C2=O)OCC(C(C(C=O)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aloins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 221037]}, "Synonyms" -> {"aloins", "ac1l59op", "nsc-4722", "2", "nsc4722", "5-o-[3-(hydroxymethyl)-9", "nci60_004113"}|>, "4866" -> <|"DatabaseID" -> "SW02849", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 191748]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3cc(cc(c3C2=O)OCC(C(C(C=O)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aloins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 221037]}, "Synonyms" -> {"aloins", "ac1l59op", "nsc-4722", "2", "nsc4722", "5-o-[3-(hydroxymethyl)-9", "nci60_004113"}|>, "4867" -> <|"DatabaseID" -> "SW02850", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 149122]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)c2coc3cc4c(c(c3c2=O)OC)OCO4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irisflorentin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 170569]}, "Synonyms" -> {"irisflorentin", "akos015896764", "zinc05999015", "41743-73-1", "8h-1,3-dioxolo(4,5-g)(1)benzopyran-8-one 9-methoxy-7-(3,4,5-trimethoxyphenyl)-", "i07-0226", "8h-1,3-dioxolo[4,5-g][1]benzopyran-8-one 9-methoxy-7-(3,4,5-trimethoxyphenyl)-", "ac1l55te", "c17958", "9-methoxy-7-(3,4,5-trimethoxyphenyl)-8h-1,3-dioxolo(4,5-g)(1)benzopyran-8-one", "9-methoxy-7-(3,4,5-trimethoxyphenyl)-8h-[1,3]dioxolo[4,5-g]chromen-8-one[acd/iupac name]", "5", "41743-73-1[rn]", "lmpk12050419", "chembl487216"}|>, "4868" -> <|"DatabaseID" -> "SW02851", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31680"], ExternalIdentifier["ChEBIID", "50187"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23443], ExternalIdentifier["ChemSpiderID", 10482260], ExternalIdentifier["ChemSpiderID", 4444501], ExternalIdentifier["ChemSpiderID", 4400623]}, "IsomericSmiles" -> "c1ccc2c(c1)cc(c(c2Cc3c4ccccc4cc(c3O)C(=O)[O-])O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01096"], ExternalIdentifier["KEGGID", "D08071"], ExternalIdentifier["KEGGID", "D00486"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pyrantel pamoate", "NPC Approved Name" -> "5-oxopro-his-trp-ser-tyr-d-trp-leu-arg-pro-gly-nh2 pamoate", "FDA Approved Drug" -> "HYDROXYZINE PAMOATE;IMIPRAMINE PAMOATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25096], ExternalIdentifier["PubChemCompoundID", 16052002], ExternalIdentifier["PubChemCompoundID", 5281033], ExternalIdentifier["PubChemCompoundID", 5230727]}, "Synonyms" -> {"pyrantel pamoate", "hydroxyzine pamoate", "antiminth", "hydroxyzine embonate", "atarax p", "combantrin", "embovin", "paxisitil", "bobsule", "pyrantel embonate", "hydroxyzyne pamoate", "atarax-p", "equipose {pamoate}", "10246-75-0[rn]", "233-582-1[einecs]", "15686-83-6[rn]", "vistaril pamoate", "cp-10,423-16", "68-88-2[rn]", "chembl1200631", "einecs 233-582-1", "2-naphthalenecarboxylic acid 4,4'-methylenebis[3-hydroxy- compd. with10,11-dihydro-n,n-dimethyl-5h-dibenz[b,f]azepine-5-propanamine(1:1)", "embonate pyrantel", "paxistil {pamoate}", "drontal plus", "4,4'-methanediylbis(3-hydroxynaphthalene-2-carboxylicacid) - 2-(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)ethanol (1:1)", "vistaril pamoate (tn)", "2-naphthalenecarboxylic acid 4,4'-methylenebis[3-hydroxy- compd. with1,4,5,6-tetrahydro-1-methyl-2-[(e)-2-(2-thienyl)ethenyl]pyrimidine (1:1)", "10246-75-0 {pamoate}", "2-naphthalenecarboxylic acid 4,4'-methylenebis[3-hydroxy- compd. with2-[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]ethanol (1:1)", "(e)-1-methyl-2-(2-(thiophen-2-yl)vinyl)-1,4,5,6-tetrahydropyrimidine 4,4'-methylenebis(3-hydroxy-2-naphthoate)", "1-[(4-chlorophenyl)(phenyl)methyl]-4-[2-(2-hydroxyethoxy)ethyl]piperazinediium 4,4'-methanediylbis(3-hydroxynaphthalene-2-carboxylate)", "nsc355080", "cp 10423-16", "pamoate", "antiminth (tn)", "1-[(4-chlorophenyl)(phenyl)methyl]-4-[2-(2-hydroxyethoxy)ethyl]piperazinediium 4,4'-methylenebis(3-hydroxynaphthalene-2-carboxylate)", "heartgard-30 plus", "cp-10", "imipramine pamoate", "hydroxyzine pamoate [usan:jan][jan][usan]", "pyrimidine 1,4,5,6-tetrahydro-1-methyl-2-(2-(2-thienyl)ethenyl)- (e)-,compd. with 4,4'-methylenebis(3-hydroxy-2-naphthalenecarboxylic acid) (1:1)", "4,4'-methylenebis(3-hydroxynaphthalene-2-carboxylate)", "10246-75-0 68-88-2", "hydroxyzine pamoate salt", "4-[(3-carboxy-2-hydroxynaphthyl)methyl]-3-hydroxynaphthalene-2-carboxylic acid 2-[(1e)-2-(3-methyl(3,4,5,6-tetrahydropyrimidin-2-yl))vinyl]thiophene", "4,4'-methanediylbis(3-hydroxynaphthalene-2-carboxylicacid) - 3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)-n,n-dimethylpropan-1-amine (1:1)", "4,4'-methylenebis(3-hydroxy-2-naphthoic) acid compound with (e)-1,4,5,6-tetrahydro-1-methyl-2-(2-(2-thienyl)vinyl)pyrimidine(1:1)", "pamoate(2-)", "tofranil-pm", "5h-dibenz(b,f)azepine 5-(3-(dimethylamino)propyl)-10,11-dihydro- pamoate", "d011716", "130-85-8[rn]", "drontal", "10246-75-0 68-88-2 [hydroxyzine]", "hyydroxyzine pamoate", "2-naphthalenecarboxylic acid 4,4'-methylenebis(3-hydroxy) compd. with(e)-1,4,5,6-tetrahydro-1-methyl-2-(2-(2-thienyl)ethenyl)pyrimidine (1:1)", "nsc 355080", "masmoran", "pamoate pyrantel", "22204-24-6[rn]", "4,4'-methylenebis(3-hydroxy-2-naphthalenecarboxylic acid compd.with (e)-1,4,5,6-tetrahydro-1-methyl-2-(2-(2-thienyl)ethenyl)pyrimidine(1:1)", "2-naphthalenecarboxylic acid 4,4'-methylenebis(3-hydroxy- compd. with(e)-1,4,5,6-tetrahydro-1-methyl-2-(2-(2-thienyl)ethenyl)pyrimidine (1:1)", "4,4'-methanediylbis(3-hydroxynaphthalene-2-carboxylicacid) - 1-methyl-2-[(e)-2-(thiophen-2-yl)ethenyl]-1,4,5,6-tetrahydropyrimidine (1:1)", "2-naphthoic acid,4,4'-methylenebis(3-hydroxy- compd.with (e)-1,4,5,6-tetrahydro-1-methyl-2-(2-(2-thienyl)vinyl)pyrimidine (1:1)", "equipose", "244-837-1[einecs]", "pyrantel pamoate [usan:jan][jan][usan]", "3917704[beilstein]", "122157-48-6[rn]", "4,4'-methylenebis(3-hydroxy-2-naphthoate)", "mls000028605", "atarax-p (tn)", "22204-24-6 15686-83-6", "einecs 244-837-1", "(e)-1,4,5,6-tetrahydro-1-methyl-2-(2-(2-thienyl)vinyl)pyrimidine 4,4'-methylenebis(3-hydroxy-2-naphthoate) (1:1)", "ethanol,2-(2-(4-((4-chlorophenyl)phenylmethyl)-1-piperazinyl)ethoxy)-,compd. with 4,4'-methylenebis(3-hydroxy-2-naphthalenecarboxylicacid) (1:1)", "22204-24-6 15686-83-6 [pyrantel]", "4,4'-methylenebis(3-hydroxy-2-naphthoic acidcompd. with (e)-1,4,5,6-tetrahydro-1-methyl-2-(2-(2-thienyl)vinyl)pyrimidine (1:1)", "22204-24-6", "vistaril[wiki]", "4,4'-methylenebis(3-hydroxy-2-naphthoic acid)- 1-methyl-2-[(e)-2-(2-thienyl)vinyl]-1,4,5,6-tetrahydropyrimidine (1:1)"}|>, "4869" -> <|"DatabaseID" -> "SW02852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 254098]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2C(=O)Cc3ccc(c(c3C1)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 288122]}, "Synonyms" -> {"muramine", "cryptopalmatine", "3", "2292-20-8", "ac1q6n8e", "{dibenz[c,g]azecin-13(6h)-one,} 5,7,8 14-tetrahydro-3,4,10,11-tetramethoxy-6-methyl-", "ac1l68v7", "dibenz[c,g]azecin-13 (6h)-one 5,7,8 14-tetrahydro-3,4,10,11-tetramethoxy-6-methyl-", "ar-1j6923", "nsc148827", "2292-20-8[rn]", "3,4,10,11-tetramethoxy-6-methyl-5,7,8,14-tetrahydrodibenzo(c,g)azecin-13(6h)-one", "dibenz[c,g]azecin-13(6h)-one 5,7,8,14-tetrahydro-3,4,10,11-tetramethoxy-6-methyl-", "dibenz[c", "3,4,10,11-tetramethoxy-6-methyl-5,7,8,14-tetrahydrodibenzo[c,g]azecin-13(6h)-one"}|>, "4870" -> <|"DatabaseID" -> "SW02852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 254098]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2C(=O)Cc3ccc(c(c3C1)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "muramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 288122]}, "Synonyms" -> {"muramine", "cryptopalmatine", "3", "2292-20-8", "ac1q6n8e", "{dibenz[c,g]azecin-13(6h)-one,} 5,7,8 14-tetrahydro-3,4,10,11-tetramethoxy-6-methyl-", "ac1l68v7", "dibenz[c,g]azecin-13 (6h)-one 5,7,8 14-tetrahydro-3,4,10,11-tetramethoxy-6-methyl-", "ar-1j6923", "nsc148827", "2292-20-8[rn]", "3,4,10,11-tetramethoxy-6-methyl-5,7,8,14-tetrahydrodibenzo(c,g)azecin-13(6h)-one", "dibenz[c,g]azecin-13(6h)-one 5,7,8,14-tetrahydro-3,4,10,11-tetramethoxy-6-methyl-", "dibenz[c", "3,4,10,11-tetramethoxy-6-methyl-5,7,8,14-tetrahydrodibenzo[c,g]azecin-13(6h)-one"}|>, "4871" -> <|"DatabaseID" -> "SW02853", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99892]}, "IsomericSmiles" -> "CC(=O)OCC(=O)[C@]1(CC[C@@H]2[C@@]1(CC=C3[C@H]2CCC4=CC(=O)CC[C@@]43C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01733"]}, "OfficialNames" -> <|"NPC Approved Name" -> "anecortave acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111332]}, "Synonyms" -> {"anecortave acetate", "retaane suspension", "retaane", "pregna-4,9(11)-diene-3,20-dione 21-(acetyloxy)-17-hydroxy-", "anecortave[wiki]", "anecortave", "al-3789", "nsc 15475", "7753-60-8", "surecn94110", "17-a,21-dihydroxypregna-4,9(11)-diene-3,20-dione 21-acetate", "[2-[(8s,10s,13s,14s,17r)-17-hydroxy-10,13-dimethyl-3-oxo-2,6,7,8,12,14,15,16-octahydro-1h-cyclopenta[a]phenanthren-17-yl]-2-oxoethyl]acetate", "nsc 24345", "anecortave acetate (jan/usan)[jan][usan]", "21-(acetyloxy)-17a-hydroxypregna-4,9(11)-diene-3,20-dione", "7753-60-8[rn]", "231-812-5[einecs]", "ncgc00181018-01"}|>, "4872" -> <|"DatabaseID" -> "SW02854", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3224"], ExternalIdentifier["ChEBIID", "3223"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33481]}, "IsomericSmiles" -> "c1cnc(nc1)N2CC[NH+](CC2)CCCCN3C(=O)CC4(CCCC4)CC3=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00702"]}, "OfficialNames" -> <|"Indian Approved Name" -> "buspirone hcl", "FDA Approved Drug" -> "BUSPIRONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448689", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36431], ExternalIdentifier["PubChemCompoundID", 2477]}, "Synonyms" -> {"buspirone hydrochloride", "busirone", "ansitec", "anxiolan", "anxinil", "buspar", "n-(4-(4-(2-pyrimidinyl)-1-piperazinyl)butyl)-1,1-cyclopentanediacetamidemonohydrochloride", "8-{4-[4-(2-pyrimidinyl)-1-piperazinyl]butyl}-8-azaspiro[4.5]decane-7,9-dione hydrochloride", "spamilan", "normaton", "buspirone[wiki]", "8-[4-(4-pyrimidin-2-ylpiperazin-1-yl)butyl]-8-azaspiro[4.5]decane-7,9-dione hydrochloride", "251-489-4[einecs]", "[33386-08-2]", "8-[4-(4-pyrimidin-2-ylpiperazinyl)butyl]-8-azaspiro[4.5]decane-7,9-dione chloride", "barpil", "nerbet", "33386-08-2[rn]", "8-[4-(4-pyrimidin-2-ylpiperazin-1-yl)butyl]-8-azaspiro[4.5]decan-7,9-dionhydrochlorid", "apo-buspirone", "5369604[beilstein]", "8-{4-[4-(pyrimidin-2-yl)piperazin-1-yl]butyl}-8-azaspiro[4.5]decane-7,9-dione hydrochloride (1:1)", "8-[4-[4-(2-pyrimidinyl)-1-pipirazinyl]butyl]-8-azaspiro[4,5]decane-7,9-dione hydrochloride", "8-azaspiro[4.5]decane-7,9-dione 8-[4-[4-(2-pyrimidinyl)-1-piperazinyl]butyl]- hydrochloride (1:1)", "toxic solid organic n.o.s. (buspirone hydrochloride)", "establix", "mj-9022-1", "33386-08-2 36505-84-7", "8-[4-[4-(2-pyrimidinyl)-1-piperazinyl]butyl]-8-azaspiro[4.5]decane-7,9-dione monohydrochloride", "itagil", "mabuson", "8-azaspiro(4,5)decane-7,9-dione 8-(4-(4-(2-pyrimidinyl)-1-piperazinyl)butyl)- monohydrochloride", "sburol", "buspirone hydrochloride[usp]", "kallmiren", "relac", "biron[wiki]", "tutran", "effiplen", "1,1-cyclopentanediacetimide n-(4-(4-(2-pyrimidinyl)-1-piperazinyl)butyl)- hydrochloride", "n-[4-[4-(2-pyrimidinyl)-1-piperazinyl]butyl]-8-azaspiro[4.5]decane-7,9-dione hydrochloride", "buspar[wiki]", "33386-08-2 36505-84-7 [buspirone]", "36505-84-7[rn]", "buspar (tn)", "8-(4-(4-(2-pyrimidinyl)-1-piperazinyl)butyl)-8-azaspiro(4.5)decane-7,9-dione monohydrochloride", "8-{4-[4-(pyrimidin-2-yl)piperazin-1-yl]butyl}-8-azaspiro[4.5]decane-7,9-dione hydrochloride", "hydrogenchloride8-{4-[4-(pyrimidin-2-yl)piperazin-1-yl]butyl}-8-azaspiro[4.5]decane-7,9-dione (1:1:1)", "buspirone monohydrochloride", "8-azaspiro[4.5]decane-7,9-dione 8-[4-[4-(2-pyrimidinyl)-1-piperazinyl]butyl]- chloride,hydrogensalt (1:1)", "buspironehydrochloride", "8-azaspiro[4.5]decane-7,9-dione 8-[4-[4-(2-pyrimidinyl)-1-piperazinyl]butyl]- monohydrochloride", "buspirone hcl", "buspirone hydrochlorid", "8-(4-(4-(2-pyrimidinyl)-1-piperazinyl)butyl)-8-azaspiro(4.5)decane-7,9-dione hydrochloride", "buspirona [inn-spanish]", "bespar", "ansial", "buspimen", "buspinol", "censpar", "narol", "buspirone", "buspirona", "buspisal", "buspironum [inn-latin]", "ansiced", "anxiron", "buspironum"}|>, "4873" -> <|"DatabaseID" -> "SW02855", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6716"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6043]}, "IsomericSmiles" -> "C[C@H]1C[C@@H]2[C@H](CC[C@]3([C@H]2CC[C@@]3(C(=O)C)OC(=O)C)C)[C@@]4(C1=CC(=O)CC4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00951"]}, "OfficialNames" -> <|"China Approved Name" -> "medroxyprogesterone acetate", "WHO Essential Medicine" -> "medroxyprogesterone acetate", "Indian Approved Name" -> "depo medroxyprogesterone acetate", "Traditional Herbal Isolate" -> "kamaladiol-3-acetate;moretenol acetate;leptostachyd acetate;methyl acetyl-isocupressate", "FDA Approved Drug" -> "MEDROXYPROGESTERONE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6279]}, "Synonyms" -> {"depo-provera", "progestalfa", "veramix", "gestapuran", "medroxyprogesterone acetate", "perlutex", "supprestral", "depcorlutin", "metigestrona", "gestoral", "progevera", "71-58-9 98-92-0", "depo-ralovera", "mpa gym", "depo-subq provera 104", "oragest", "(1s,8s,11s,15s,2r,10r,14r)-14-acetyl-2,8,15-trimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-en-14-yl acetate", "lutopolar", "mpa hexal", "depo-medroxyprogesterone acetate", "map solution", "ralovera", "prodasone", "map (steroid)", "aragest", "cykrina", "depomedroxyprogesterone acetate", "medroxiprogesterone acetate", "onco-provera", "nogest", "(6a)-6-methyl-3,20-dioxopregn-4-en-17-yl acetate", "veraplex", "dugen", "17a-hydroxy-6a-methylpregn-4-ene-3,20-dione acetate", "farlutal", "depocon", "megestrol acetate imp. a (ep)", "6a-methyl-17a-acetoxyprogesterone", "sodelut g", "depo-progestin", "proverone", "nadigest", "hysron", "(6s,8r,9s,10r,13s,14s,17r)-17-acetyl-6,10,13-trimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ylacetat", "57-83-0[rn]", "71-58-9[rn]", "clinofem", "amen", "mepastat", "meprate", "pregn-4-ene-3,20-dione 17-(acetyloxy)-6-methyl- (6a)-", "deporone", "depo-proveracontraceptive", "depo-promone", "medroxyprogesterone 17-acetate[wiki]", "90776-59-3[rn]", "mpa-noury", "medroxyprogesterone acetate [progestins]", "6a-methyl-4-pregnene-3,20-dion-17a-ol acetate", "med-pro", "indivina", "lutoral", "200-757-9[einecs]", "mpa[formula]", "4-08-00-02212", "depo-subq provera", "depo-progevera", "gestapuron", "provera dosepak", "medroxyprogesterone acetate(provera)", "sumiferm", "depot medroxyprogesterone acetate", "progestalpha", "medroxyprogesterone acetate[jan]", "medroxyprogesone acetate", "depot-medroxyprogesterone acetate", "g-farlutal", "suprestral", "(6s,8r,9s,10r,13s,14s,17r)-17-acetyl-6,10,13-trimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl acetate", "progestin[wiki]", "farlutin", "nidaxin", "200-350-6[einecs]", "17a-acetoxy-6a-methylprogesterone", "depo-prodasone", "dp150", "acetic acid (6s,8r,9s,10r,13s,14s,17r)-17-acetyl-6,10,13-trimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl ester", "progeston", "aragest 5", "medroxyprogesteroneacetate", "medroxyprogesterone 17-acetate", "2066112[beilstein]", "provest", "17a-hydroxy-6a-methylprogesterone acetate", "metipregnone", "depo-clinovir", "cycrin", "methylacetoxyprogesterone", "provera[wiki]", "medrosterona", "curretab", "medroxyacetate progesterone", "map", "depo-map", "clinovir", "medroxyprogesterone 17-acetate;mpa", "provera", "perlutex leo", "repromix", "sirprogen", "repromap", "promone-e", "17a-acetoxy-6a-methylpregn-4-ene-3,20-dione", "4-08-00-02212 (beilstein handbook reference)[beilstein]"}|>, "4874" -> <|"DatabaseID" -> "SW02856", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 201317]}, "IsomericSmiles" -> "CC(C)CCC(=O)O[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)C", "OfficialNames" -> <|"NPC Approved Name" -> "androst-4-en-3-one 17-((4-methyl-1-oxopentyl)oxy)- (17beta)-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 231084]}, "Synonyms" -> {"testosterone isocaproate", "testosterone 4-methylvalerate", "surecn354423", "17beta-hydroxyandrost-4-ene-3-one 4-methylvalerate", "ac1q6od4", "4-androsten-17beta-ol-3-one 17-(4-methylpentanoate)", "239-307-1[einecs]", "ncgc00181019-01", "testosteroneisocaproate", "testosterone 17-isocaproate", "testosterone 17- (4-methylvalerate)", "15262-86-9[rn]", "ac1l5kxg", "testosterone 17- (4-methylpentanoate)", "testosterone", "15262-86-9"}|>, "4875" -> <|"DatabaseID" -> "SW02857", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474857]}, "IsomericSmiles" -> "CC(=O)[C@H]1C(CC2([C@@]1(CC[C@]34[C@H]2CCC5[C@]3(C4)CC[C@@H](C5=C)[NH+](C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "buxpiine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315581]}, "Synonyms" -> {"buxpiine"}|>, "4876" -> <|"DatabaseID" -> "SW02857", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474857]}, "IsomericSmiles" -> "CC(=O)[C@H]1C(CC2([C@@]1(CC[C@]34[C@H]2CCC5[C@]3(C4)CC[C@@H](C5=C)[NH+](C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "buxpiine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315581]}, "Synonyms" -> {"buxpiine"}|>, "4877" -> <|"DatabaseID" -> "SW02857", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474857]}, "IsomericSmiles" -> "CC(=O)[C@H]1C(CC2([C@@]1(CC[C@]34[C@H]2CCC5[C@]3(C4)CC[C@@H](C5=C)[NH+](C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "buxpiine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315581]}, "Synonyms" -> {"buxpiine"}|>, "4878" -> <|"DatabaseID" -> "SW02857", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474857]}, "IsomericSmiles" -> "CC(=O)[C@H]1C(CC2([C@@]1(CC[C@]34[C@H]2CCC5[C@]3(C4)CC[C@@H](C5=C)[NH+](C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "buxpiine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315581]}, "Synonyms" -> {"buxpiine"}|>, "4879" -> <|"DatabaseID" -> "SW02858", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16113"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5775]}, "IsomericSmiles" -> "C[C@H](CCCC(C)C)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CC[C@@H](C4)O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00040"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cholesterol", "Indian Approved Name" -> "soya protein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5997]}, "Synonyms" -> {"cholesterol", "provitamin d", "dusoline", "cholesterin", "dusoran", "cholestrin", "2060565[beilstein]", "cholesterol[wiki][jan][usan]", "cholesterine", "200-353-2[einecs]", "cholest-5-en-3-ol (3b)-", "(-)-cholesterol", "cholesterol ", "5-cholesten-3b-ol", "lidinit", "3b-hydroxy-5-cholestene", "(3s,8s,9s,10r,13r,14s,17r)-10,13-dimethyl-17-[(2r)-6-methylheptan-2-yl]-2,3,4,7,8,9,11,12,14,15,16,17-dodecahydro-1h-cyclopenta[a]phenanthren-3-ol", "14-((1r)-1,5-dimethylhexyl)(1s,5s,10s,11s,2r,14r,15r)-2,15-dimethyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-7-en-5-ol", "d5-cholesten-3b-ol", "lanol", "cholesterin[german][wiki]", "(3b)-cholest-5-en-3-ol", "(3s,8s,9s,10r,13r,14s,17r)-10,13-dimethyl-17-[(2r)-6-methyl-2-heptanyl]-2,3,4,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-3-ol", "dythol", "57-88-5[rn]", "(3s,8s,9s,10r,13r,14s,17r)-17-[(1r)-1,5-dimethylhexyl]-10,13-dimethyl-2,3,4,7,8,9,11,12,14,15,16,17-dodecahydro-1h-cyclopenta[a]phenanthren-3-ol", "cholesteryl alcohol", "(1s,2r,5s,10s,11s,14r,15r)-2,15-dimethyl-14-[(2r)-6-methylheptan-2-yl]tetracyclo[8.7.0.02,7.011,15]heptadec-7-en-5-ol", "cholesterine[wiki]", "synthechol", "cholesterin; cholesterol", "1915888", "14-((1r)-1,5-dimethylhexyl)(1s,5s,10s,11s,2r,14r,15r)-2,15-dimethyltetracyclo[ 8.7.0.0<2,7>.0<11,15>]heptadec-7-en-5-ol", "cordulan", "80356-14-5[rn]", "cholestrol", "5:6-cholesten-3b-ol", "(3s,8s,9s,10r,13r,14s,17r)-10,13-dimethyl-17-((r)-6-methylheptan-2-yl)-2,3,4,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-3-ol", "cholest-5-en-3b-ol", "cholest-5-en-3-ol[acd/iupac name]", "lidinite", "hydrocerin"}|>, "4880" -> <|"DatabaseID" -> "SW02859", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "24130"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5256779]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H](C[C@@H]3[C@@]2(CC[C@H]4[C@H]3CCC5[C@@]4(CCCC5)C)C)OC1CCC(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furostan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6857441]}, "Synonyms" -> {"furostan", "c19663", "chebi:24130", "ag-f-19322"}|>, "4881" -> <|"DatabaseID" -> "SW02859", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "24130"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5256779]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H](C[C@@H]3[C@@]2(CC[C@H]4[C@H]3CCC5[C@@]4(CCCC5)C)C)OC1CCC(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furostan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6857441]}, "Synonyms" -> {"furostan", "c19663", "chebi:24130", "ag-f-19322"}|>, "4882" -> <|"DatabaseID" -> "SW02859", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "24130"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5256779]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H](C[C@@H]3[C@@]2(CC[C@H]4[C@H]3CCC5[C@@]4(CCCC5)C)C)OC1CCC(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furostan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6857441]}, "Synonyms" -> {"furostan", "c19663", "chebi:24130", "ag-f-19322"}|>, "4883" -> <|"DatabaseID" -> "SW02859", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "24130"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5256779]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H](C[C@@H]3[C@@]2(CC[C@H]4[C@H]3CCC5[C@@]4(CCCC5)C)C)OC1CCC(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "furostan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6857441]}, "Synonyms" -> {"furostan", "c19663", "chebi:24130", "ag-f-19322"}|>, "4884" -> <|"DatabaseID" -> "SW02860", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4825]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01589"]}, "IsomericSmiles" -> "c1ccc(c(c1)C2=NCC(=S)N(c3c2cc(cc3)Cl)CC(F)(F)F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00457"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Quazepam", "FDA Approved Drug" -> "QUAZEPAM"|>, "PharmGKBID" -> "PA164744373", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4999]}, "Synonyms" -> {"prosedar", "oniria", "quazepam", "quazium", "selepam", "cetrane", "quazepamum", "doral", "dormalin", "quazepamum [inn-latin]", "36735-22-5[rn]", "5-24-04-00356 (beilstein handbook reference)[beilstein]", "quazapam", "dormalin[wiki]", "quazepam [usan:ban:inn][inn][usan]", "7-chloro-5-(2-fluorophenyl)-1,3-dihydro-1-(2,2,2-trifluoroethyl)-2h-1,4-benzodiazepine-2-thione", "253-179-4[einecs]", "2h-1,4-benzodiazepine-2-thione 7-chloro-5-(2-fluorophenyl)-1,3-dihydro-1-(2,2,2-trifluoroethyl)-", "doral[wiki]", "quazepam[wiki]", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "doral (tn)", "7-chloro-5-(o-fluorophenyl)-1,3-dihydro-1-(2,2,2-trifluoroethyl)-2h-1,4-benzodiazepine-2-thione", "2h-1,4-benzodiazepine-2-thione 7-chloro-5-(2-fluorophenyl)-1,3-dihydro-1-(2,2,2", "gaba(a", "7-chloro-5-(2-fluorophenyl)-1-(2,2,2-trifluoroethyl)-1,3-dihydro-2h-1,4-benzodiazepine-2-thione[acd/iupac name]", "2h-1,4-benzodiazepine-2-thione 7-chloro-5-(2-fl", "2h-1,4-benzodiazepine-2-thione 7-chloro-5- (2-fluorophenyl)-1,3-dihydro-1-(2,2,2-trifluoroethyl)-", "7-chloro-5-(o-fluorophenyl)-1,3-dihydro-1-(2,2 2-trifluoroethyl)-2h-1,4-benzodiazepine-2-thione"}|>, "4885" -> <|"DatabaseID" -> "SW02861", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9445"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 40382]}, "IsomericSmiles" -> "COc1cc2c(cc1OC)nc(nc2N)N3CCN(CC3)C(=O)C4CCCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08569"], ExternalIdentifier["KEGGID", "D00610"]}, "OfficialNames" -> <|"Indian Approved Name" -> "terazosin hcl", "FDA Approved Drug" -> "TERAZOSIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451612", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5401]}, "Synonyms" -> {"terazosin", "terazosin hydrochloride", "hytrin", "hytrin[wiki]", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[(tetrahydro-2-furanyl)carbonyl]-piperazine hydrochloride", "[4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl](tetrahydro-2-furanyl)methanone hydrochloride", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[(tetrahydro-2-furanyl)carbonyl]piperazine hydrochloride", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](tetrahydrofuran-2-yl)methanone hydrochloride", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[(tetrahydro-2-furanyl)carbonyl]-,monohydrochloride", "terazosine [inn-french]", "63590-64-7[rn]", "methanone [4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl](tetrahydro-2-furanyl)- hydrochloride (1:1)", "terazosin hydrochloride anhydrous", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-((tetrahydro-2-furanyl)carbonyl)-,monohydrochloride", "[63074-08-8]", "vasomet", "6,7-dimethoxy-2-[4-(tetrahydrofuran-2-ylcarbonyl)piperazin-1-yl]chinazolin-4-aminhydrochlorid", "63074-08-8[rn]", "terazosinhydrochloride", "terazosinum", "70024-40-7[rn]", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(tetrahydro-2-furanyl-)carbonyl)-piperazine hydrochloride dihydrate", "terazosin hydrochloride dihydrate", "terazosin hcl", "abbott-45975", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)4-((tetrahydro-2-furanyl)carbonyl)piperazine hydrochloride", "6,7-dimethoxy-2-[4-(tetrahydrofuran-2-ylcarbonyl)piperazin-1-yl]quinazolin-4-amine hydrochloride", "fosfomic", "blavin", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](tetrahydrofuran-2-yl)methanone hydrochloride (1:1)", "flumarc", "[4-(4-amino-6,7-dimethoxychinazolin-2-yl)piperazin-1-yl](tetrahydrofuran-2-yl)methanonhydrochlorid", "terazosina", "terazosine", "tl8004930", "terazosin hydrochloride hydrate", "terazosabb"}|>, "4886" -> <|"DatabaseID" -> "SW02861", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9445"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 40382]}, "IsomericSmiles" -> "COc1cc2c(cc1OC)nc(nc2N)N3CCN(CC3)C(=O)C4CCCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08569"], ExternalIdentifier["KEGGID", "D00610"]}, "OfficialNames" -> <|"Indian Approved Name" -> "terazosin hcl", "FDA Approved Drug" -> "TERAZOSIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451612", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5401]}, "Synonyms" -> {"terazosin", "terazosin hydrochloride", "hytrin", "hytrin[wiki]", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[(tetrahydro-2-furanyl)carbonyl]-piperazine hydrochloride", "[4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl](tetrahydro-2-furanyl)methanone hydrochloride", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[(tetrahydro-2-furanyl)carbonyl]piperazine hydrochloride", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](tetrahydrofuran-2-yl)methanone hydrochloride", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[(tetrahydro-2-furanyl)carbonyl]-,monohydrochloride", "terazosine [inn-french]", "63590-64-7[rn]", "methanone [4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl](tetrahydro-2-furanyl)- hydrochloride (1:1)", "terazosin hydrochloride anhydrous", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-((tetrahydro-2-furanyl)carbonyl)-,monohydrochloride", "[63074-08-8]", "vasomet", "6,7-dimethoxy-2-[4-(tetrahydrofuran-2-ylcarbonyl)piperazin-1-yl]chinazolin-4-aminhydrochlorid", "63074-08-8[rn]", "terazosinhydrochloride", "terazosinum", "70024-40-7[rn]", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(tetrahydro-2-furanyl-)carbonyl)-piperazine hydrochloride dihydrate", "terazosin hydrochloride dihydrate", "terazosin hcl", "abbott-45975", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)4-((tetrahydro-2-furanyl)carbonyl)piperazine hydrochloride", "6,7-dimethoxy-2-[4-(tetrahydrofuran-2-ylcarbonyl)piperazin-1-yl]quinazolin-4-amine hydrochloride", "fosfomic", "blavin", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](tetrahydrofuran-2-yl)methanone hydrochloride (1:1)", "flumarc", "[4-(4-amino-6,7-dimethoxychinazolin-2-yl)piperazin-1-yl](tetrahydrofuran-2-yl)methanonhydrochlorid", "terazosina", "terazosine", "tl8004930", "terazosin hydrochloride hydrate", "terazosabb"}|>, "4887" -> <|"DatabaseID" -> "SW02862", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9316"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58942], ExternalIdentifier["ChemSpiderID", 38043]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00708"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2(CC[NH+](CC2)CCc3cccs3)COC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05938"]}, "OfficialNames" -> <|"Australia Approved Name" -> "SUFENTANIL;SUFENTANYL", "US Illegal/Scheduled Drug (Schedule 2)" -> "Sufentanil", "FDA Approved Drug" -> "SUFENTANIL CITRATE"|>, "PharmGKBID" -> "PA451527", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41693]}, "Synonyms" -> {"sufentanil", "sufentanyl", "chronogesic", "sufentanilum [inn-latin]", "sufenta", "sulfentanil citrate", "sufentanilum", "sulfentanyl", "60561-17-3[rn]", "unii-afe2yw0iiz", "sufentanil citrate", "n-[4-(methoxymethyl)-1-[2-(2-thienyl)ethyl]-4-piperidyl]-n-phenylpropionamide citrate", "sufentanil citrate[usp]", "hsdb 6760", "262-295-4[einecs]", "sulfentanil", "kor-1", "chebi:9316", "n-(4-(methoxymethyl)-1-(2-(2-thienyl)ethyl)-4-piperidyl)propionanilide", "n-[4-(methoxymethyl)-1-[2-(2-thienyl)ethyl]-4-piperidyl]propionanilide", "n-[4-methoxymethyl-1-(2-thiophen-2-yl-ethyl)-piperidin-4-yl]-n-phenyl-propionamide", "n-{4-(methoxymethyl)-1-[2-(2-thienyl)ethyl]piperidin-4-yl}-n-phenylpropanamide", "56030-54-7[rn]", "n-(4-(methoxymethyl)-1-(2-(2-thienyl)ethyl)-4-piperidinyl)-n-phenylpropanamide", "n-{4-[(methyloxy)methyl]-1-[2-(2-thienyl)ethyl]piperidin-4-yl}-n-phenylpropanamide", "n-{4-(methoxymethyl)-1-[2-(thiophen-2-yl)ethyl]piperidin-4-yl}-n-phenylpropanamide", "propanamide n-(4-(methoxymethyl)-1-(2-(2-thienyl)ethyl)-4-piperidinyl)-n-phenyl-", "n-[4-(methoxymethyl)-1-(2-thiophen-2-ylethyl)piperidin-4-yl]-n-phenylpropanamide", "sufentaniln-[4-methoxymethyl-1-(2-thiophen-2-yl-ethyl)-piperidin-4-yl]-n-phenyl-propionamide", "sufentanilum[latin]", "propanamide n-[4-(methoxymethyl)-1-[2-(2-thienyl)ethyl]-4-piperidinyl]-n-phenyl-", "sufentanil[wiki]", "n-[4-(methoxymethyl)-1-[2-(2-thienyl)ethyl]-4-piperidinyl]-n-phenylpropanamide", "sufentanil [usan:ban:inn][inn][usan]", "sufentanil base", "n-(4-(methoxymethyl)-1-(2-(thiophen-2-yl)ethyl)piperidin-4-yl)-n-phenylpropionamide", "n-[4-(methoxymethyl)-1-(2-thiophen-2-ylethyl)piperidin-4-yl]-n-phenylpropanamide2-hydroxypropane-1,2,3-tricarboxylate (salt)", "sufenta (tn)", "60561-17-3 {citrate}", "fentatienil", "sufental", "propanamide n-[4-(methoxymethyl)-1-[2-(2-thienyl)ethyl]-4-piperidinyl]-n-phenyl- 2-hydroxy-1,2,3-propanetricarboxylate (1:1)(salt)", "r33800", "n-(4-(methoxymethyl)-1-(2-(2-thienyl)ethyl)-4-piperidyl)-n-phenylpropionamide citrate", "sufentanyl citrate", "r 30730 citrate salt", "propionanilide n-(4-(methoxymethyl)-1-(2-(2-thienyl)ethyl)-4-piperidyl)- citrate", "n-(4-(methoxymethyl)-1-(2-(2-thienyl)ethyl)-4-piperidyl)propionanilide citrate", "n-(4-(methoxymethyl)-1-(2-(2-thienyl)ethyl)-4-piperidinyl)-n-phenylpropionamide citrate", "propanamide n-(4-(methoxymethyl)-1-(2-(thienyl)ethyl)-4-piperidinyl)-n-phenyl-,2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "r 33800 {citrate}", "n-{4-(methoxymethyl)-1-[2-(2-thienyl)ethyl]piperidin-4-yl}-n-phenylpropanamide 2-hydroxypropane-1,2,3-tricarboxylate(1:1)", "n-{4-(methoxymethyl)-1-[2-(thiophen-2-yl)ethyl]piperidin-4-yl}-n-phenylpropanamide 2-hydroxypropane-1,2,3-tricarboxylate (1:1)", "n-(4-(methoxymethyl)-1-(2-(2-thienyl)ethyl)-4-piperidyl)propionanilide citrate (1:1)"}|>, "4888" -> <|"DatabaseID" -> "SW02863", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6781"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33296]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00933"]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCN2c3ccccc3Sc4c2cc(cc4)S(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00795"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MESORIDAZINE BESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36207]}, "Synonyms" -> {"mesoridazine besylate", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "serentil (tn)", "lidanil", "mesoridazine benzenesulfonate", "serentil", "lidanar", "mesoridazine monobenzenesulfonate", "10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)-10h-phenothiazine monobenzenesulfonate", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate(1:1)", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylsulfinyl-phenothiazine", "smr000466274", "thioridazine thiomethyl sulfoxide", "calodal", "mesoridazine besylate[usp]", "tps23", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate", "32672-69-8[rn]", "serentil[wiki]", "thioridazine-2-sulfoxide besylate", "thioridazien thiomethyl sulfoxide", "nc 123", "benzenesulfonic acid", "tps-23", "dopamine d2 receptor", "32672-69-8", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylsulfinyl)- benzenesulfonate (1:1)", "(+-)-10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "benzenesulfonic acid compd. with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)", "lidanar; lidanil; serentil", "chebi:6781", "thioridazine monosulfoxide analog", "serentil concentrate", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)- monobenzenesulfonate", "mesoridazine", "benzenesulfonic acid compd.with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)"}|>, "4889" -> <|"DatabaseID" -> "SW02863", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6781"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33296]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00933"]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCN2c3ccccc3Sc4c2cc(cc4)S(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00795"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MESORIDAZINE BESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36207]}, "Synonyms" -> {"mesoridazine besylate", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "serentil (tn)", "lidanil", "mesoridazine benzenesulfonate", "serentil", "lidanar", "mesoridazine monobenzenesulfonate", "10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)-10h-phenothiazine monobenzenesulfonate", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate(1:1)", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylsulfinyl-phenothiazine", "smr000466274", "thioridazine thiomethyl sulfoxide", "calodal", "mesoridazine besylate[usp]", "tps23", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate", "32672-69-8[rn]", "serentil[wiki]", "thioridazine-2-sulfoxide besylate", "thioridazien thiomethyl sulfoxide", "nc 123", "benzenesulfonic acid", "tps-23", "dopamine d2 receptor", "32672-69-8", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylsulfinyl)- benzenesulfonate (1:1)", "(+-)-10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "benzenesulfonic acid compd. with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)", "lidanar; lidanil; serentil", "chebi:6781", "thioridazine monosulfoxide analog", "serentil concentrate", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)- monobenzenesulfonate", "mesoridazine", "benzenesulfonic acid compd.with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)"}|>, "4890" -> <|"DatabaseID" -> "SW02863", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6781"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33296]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00933"]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCN2c3ccccc3Sc4c2cc(cc4)S(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00795"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MESORIDAZINE BESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36207]}, "Synonyms" -> {"mesoridazine besylate", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "serentil (tn)", "lidanil", "mesoridazine benzenesulfonate", "serentil", "lidanar", "mesoridazine monobenzenesulfonate", "10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)-10h-phenothiazine monobenzenesulfonate", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate(1:1)", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylsulfinyl-phenothiazine", "smr000466274", "thioridazine thiomethyl sulfoxide", "calodal", "mesoridazine besylate[usp]", "tps23", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate", "32672-69-8[rn]", "serentil[wiki]", "thioridazine-2-sulfoxide besylate", "thioridazien thiomethyl sulfoxide", "nc 123", "benzenesulfonic acid", "tps-23", "dopamine d2 receptor", "32672-69-8", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylsulfinyl)- benzenesulfonate (1:1)", "(+-)-10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "benzenesulfonic acid compd. with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)", "lidanar; lidanil; serentil", "chebi:6781", "thioridazine monosulfoxide analog", "serentil concentrate", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)- monobenzenesulfonate", "mesoridazine", "benzenesulfonic acid compd.with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)"}|>, "4891" -> <|"DatabaseID" -> "SW02863", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6781"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33296]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00933"]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCN2c3ccccc3Sc4c2cc(cc4)S(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00795"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MESORIDAZINE BESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36207]}, "Synonyms" -> {"mesoridazine besylate", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "serentil (tn)", "lidanil", "mesoridazine benzenesulfonate", "serentil", "lidanar", "mesoridazine monobenzenesulfonate", "10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)-10h-phenothiazine monobenzenesulfonate", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate(1:1)", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylsulfinyl-phenothiazine", "smr000466274", "thioridazine thiomethyl sulfoxide", "calodal", "mesoridazine besylate[usp]", "tps23", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate", "32672-69-8[rn]", "serentil[wiki]", "thioridazine-2-sulfoxide besylate", "thioridazien thiomethyl sulfoxide", "nc 123", "benzenesulfonic acid", "tps-23", "dopamine d2 receptor", "32672-69-8", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylsulfinyl)- benzenesulfonate (1:1)", "(+-)-10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "benzenesulfonic acid compd. with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)", "lidanar; lidanil; serentil", "chebi:6781", "thioridazine monosulfoxide analog", "serentil concentrate", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)- monobenzenesulfonate", "mesoridazine", "benzenesulfonic acid compd.with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)"}|>, "4892" -> <|"DatabaseID" -> "SW02863", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6781"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33296]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00933"]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCN2c3ccccc3Sc4c2cc(cc4)S(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00795"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MESORIDAZINE BESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36207]}, "Synonyms" -> {"mesoridazine besylate", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "serentil (tn)", "lidanil", "mesoridazine benzenesulfonate", "serentil", "lidanar", "mesoridazine monobenzenesulfonate", "10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)-10h-phenothiazine monobenzenesulfonate", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate(1:1)", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylsulfinyl-phenothiazine", "smr000466274", "thioridazine thiomethyl sulfoxide", "calodal", "mesoridazine besylate[usp]", "tps23", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate", "32672-69-8[rn]", "serentil[wiki]", "thioridazine-2-sulfoxide besylate", "thioridazien thiomethyl sulfoxide", "nc 123", "benzenesulfonic acid", "tps-23", "dopamine d2 receptor", "32672-69-8", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylsulfinyl)- benzenesulfonate (1:1)", "(+-)-10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "benzenesulfonic acid compd. with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)", "lidanar; lidanil; serentil", "chebi:6781", "thioridazine monosulfoxide analog", "serentil concentrate", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)- monobenzenesulfonate", "mesoridazine", "benzenesulfonic acid compd.with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)"}|>, "4893" -> <|"DatabaseID" -> "SW02863", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6781"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33296]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00933"]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCN2c3ccccc3Sc4c2cc(cc4)S(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00795"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MESORIDAZINE BESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36207]}, "Synonyms" -> {"mesoridazine besylate", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "serentil (tn)", "lidanil", "mesoridazine benzenesulfonate", "serentil", "lidanar", "mesoridazine monobenzenesulfonate", "10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)-10h-phenothiazine monobenzenesulfonate", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate(1:1)", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylsulfinyl-phenothiazine", "smr000466274", "thioridazine thiomethyl sulfoxide", "calodal", "mesoridazine besylate[usp]", "tps23", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate", "32672-69-8[rn]", "serentil[wiki]", "thioridazine-2-sulfoxide besylate", "thioridazien thiomethyl sulfoxide", "nc 123", "benzenesulfonic acid", "tps-23", "dopamine d2 receptor", "32672-69-8", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylsulfinyl)- benzenesulfonate (1:1)", "(+-)-10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "benzenesulfonic acid compd. with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)", "lidanar; lidanil; serentil", "chebi:6781", "thioridazine monosulfoxide analog", "serentil concentrate", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)- monobenzenesulfonate", "mesoridazine", "benzenesulfonic acid compd.with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)"}|>, "4894" -> <|"DatabaseID" -> "SW02863", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6781"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33296]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00933"]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCN2c3ccccc3Sc4c2cc(cc4)S(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00795"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MESORIDAZINE BESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36207]}, "Synonyms" -> {"mesoridazine besylate", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "serentil (tn)", "lidanil", "mesoridazine benzenesulfonate", "serentil", "lidanar", "mesoridazine monobenzenesulfonate", "10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)-10h-phenothiazine monobenzenesulfonate", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate(1:1)", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylsulfinyl-phenothiazine", "smr000466274", "thioridazine thiomethyl sulfoxide", "calodal", "mesoridazine besylate[usp]", "tps23", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate", "32672-69-8[rn]", "serentil[wiki]", "thioridazine-2-sulfoxide besylate", "thioridazien thiomethyl sulfoxide", "nc 123", "benzenesulfonic acid", "tps-23", "dopamine d2 receptor", "32672-69-8", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylsulfinyl)- benzenesulfonate (1:1)", "(+-)-10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "benzenesulfonic acid compd. with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)", "lidanar; lidanil; serentil", "chebi:6781", "thioridazine monosulfoxide analog", "serentil concentrate", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)- monobenzenesulfonate", "mesoridazine", "benzenesulfonic acid compd.with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)"}|>, "4895" -> <|"DatabaseID" -> "SW02863", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6781"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33296]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00933"]}, "IsomericSmiles" -> "C[NH+]1CCCCC1CCN2c3ccccc3Sc4c2cc(cc4)S(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00795"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MESORIDAZINE BESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36207]}, "Synonyms" -> {"mesoridazine besylate", "10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "serentil (tn)", "lidanil", "mesoridazine benzenesulfonate", "serentil", "lidanar", "mesoridazine monobenzenesulfonate", "10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)-10h-phenothiazine monobenzenesulfonate", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate(1:1)", "10-[2-(1-methyl-2-piperidyl)ethyl]-2-methylsulfinyl-phenothiazine", "smr000466274", "thioridazine thiomethyl sulfoxide", "calodal", "mesoridazine besylate[usp]", "tps23", "10-[2-(1-methylpiperidin-2-yl)ethyl]-2-(methylsulfinyl)-10h-phenothiazine benzenesulfonate", "32672-69-8[rn]", "serentil[wiki]", "thioridazine-2-sulfoxide besylate", "thioridazien thiomethyl sulfoxide", "nc 123", "benzenesulfonic acid", "tps-23", "dopamine d2 receptor", "32672-69-8", "10h-phenothiazine,10-[2-(1-methyl-2-piperidinyl)ethyl]-2-(methylsulfinyl)- benzenesulfonate (1:1)", "(+-)-10-(2-(1-methyl-2-piperidyl)ethyl)-2-(methylsulfinyl)phenothiazine monobenzenesulfonate", "benzenesulfonic acid compd. with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)", "lidanar; lidanil; serentil", "chebi:6781", "thioridazine monosulfoxide analog", "serentil concentrate", "10h-phenothiazine,10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)- monobenzenesulfonate", "mesoridazine", "benzenesulfonic acid compd.with 10-(2-(1-methyl-2-piperidinyl)ethyl)-2-(methylsulfinyl)ethyl)-10h-phenothiazine (1:1)"}|>, "4896" -> <|"DatabaseID" -> "SW02864", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5282]}, "IsomericSmiles" -> "c1cc(c(cc1Cl)Cl)C(Cn2ccnc2)OCc3ccsc3Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00890"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TIOCONAZOLE"|>, "PharmGKBID" -> "PA164746156", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5482]}, "Synonyms" -> {"vagistat-1", "trosyd", "trosyl", "tioconazole", "tz-3", "gyno-trosyd", "1-{2-[(2-chlorothiophen-3-yl)methoxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole", "1h-imidazole 1-(2-((2-chloro-3-thienyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-", "1-[2,4-dichloro-b-[(2-chloro-3-thenyl)oxy]phenethyl]imidazole", "tioconazole [usan:ban:inn:jan][inn][jan][usan]", "65899-73-2[rn]", "thioconazole", "tioconazol[spanish][inn]", "zoniden", "tioconazol [inn-spanish]", "oxiconazolc nitrate", "tioconazolum[latin]", "1-(2-((2-chlorothiophen-3-yl)methoxy)-2-(2,4-dichlorophenyl)-ethyl)imidazole", "tioconazol", "trosyd j", "1-{2-[(2-chloro-3-thienyl)methoxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole[acd/iupac name]", "gynecure ovules", "tioconazolum [inn-latin]", "trosyd af", "1-[2-[(2-chloro-3-thienyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole", "gynecure vaginal ovules tandempak", "vagistat", "265-973-8[einecs]", "1h-imidazole 1-[2-[(2-chloro-3-thienyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]-", "5-23-04-00324", "tioconazole[wiki]", "gynecure", "5-23-04-00324 (beilstein handbook reference)[beilstein]", "tioconazolum", "gynecure vaginal ointment tandempak", "fungibacid", "vagistat-1 (tn)", "monistat 1"}|>, "4897" -> <|"DatabaseID" -> "SW02864", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5282]}, "IsomericSmiles" -> "c1cc(c(cc1Cl)Cl)C(Cn2ccnc2)OCc3ccsc3Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00890"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TIOCONAZOLE"|>, "PharmGKBID" -> "PA164746156", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5482]}, "Synonyms" -> {"vagistat-1", "trosyd", "trosyl", "tioconazole", "tz-3", "gyno-trosyd", "1-{2-[(2-chlorothiophen-3-yl)methoxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole", "1h-imidazole 1-(2-((2-chloro-3-thienyl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-", "1-[2,4-dichloro-b-[(2-chloro-3-thenyl)oxy]phenethyl]imidazole", "tioconazole [usan:ban:inn:jan][inn][jan][usan]", "65899-73-2[rn]", "thioconazole", "tioconazol[spanish][inn]", "zoniden", "tioconazol [inn-spanish]", "oxiconazolc nitrate", "tioconazolum[latin]", "1-(2-((2-chlorothiophen-3-yl)methoxy)-2-(2,4-dichlorophenyl)-ethyl)imidazole", "tioconazol", "trosyd j", "1-{2-[(2-chloro-3-thienyl)methoxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole[acd/iupac name]", "gynecure ovules", "tioconazolum [inn-latin]", "trosyd af", "1-[2-[(2-chloro-3-thienyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole", "gynecure vaginal ovules tandempak", "vagistat", "265-973-8[einecs]", "1h-imidazole 1-[2-[(2-chloro-3-thienyl)methoxy]-2-(2,4-dichlorophenyl)ethyl]-", "5-23-04-00324", "tioconazole[wiki]", "gynecure", "5-23-04-00324 (beilstein handbook reference)[beilstein]", "tioconazolum", "gynecure vaginal ointment tandempak", "fungibacid", "vagistat-1 (tn)", "monistat 1"}|>, "4898" -> <|"DatabaseID" -> "SW02865", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2258]}, "IsomericSmiles" -> "c1ccc(cc1)CC2Nc3cc(c(cc3S(=O)(=O)N2)S(=O)(=O)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01246"]}, "OfficialNames" -> <|"NPC Approved Name" -> "benzylhydrochlorothiazide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2348]}, "Synonyms" -> {"behyd", "benzylhydrochlorothiazide", "6-chloro-3,4-dihydro-3-(phenylmethyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "2h-1,2 4-benzothiadiazine-7-sulfonamide 3-benzyl-6-chloro-3,4-dihydro- 1,1-dioxide", "3-benzyl-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "mls000756597", "1824-50-6", "18593-33-4[rn]", "6-chloro-3,4-dihydro-3-(phenylmethyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "nsc263220", "3-benzyl-3,4-dihydro-6-chlor-2h 1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-3- (phenylmethyl)-,1,1-dioxide", "benzylhydrochlorothiazide[jan]", "6-chloro-1,1-dioxo-3-(phenylmethyl)-3,4-dihydro-2h-benzo[e][1,2,4]thiadiazine-7-sulfonamide", "brn 0631362", "su 6227", "benzylhydrochlorothiazide (jan)", "nsc 263220", "3-benzyl-6-chloro-3,4-dihydro-7-sulfamoyl-1,2,4-benzothiadiazine 1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3-benzyl-6-chloro-3,4-dihydro-,1,1-dioxide (8ci)", "1824-50-6[rn]", "6-chloro-7-sulfamoyl-3-benzyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide", "behyd (tn)", "benzylhydrochlorothiazide [jan]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-3-(phenylmethyl)-,1,1-dioxide"}|>, "4899" -> <|"DatabaseID" -> "SW02865", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2258]}, "IsomericSmiles" -> "c1ccc(cc1)CC2Nc3cc(c(cc3S(=O)(=O)N2)S(=O)(=O)N)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01246"]}, "OfficialNames" -> <|"NPC Approved Name" -> "benzylhydrochlorothiazide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2348]}, "Synonyms" -> {"behyd", "benzylhydrochlorothiazide", "6-chloro-3,4-dihydro-3-(phenylmethyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "2h-1,2 4-benzothiadiazine-7-sulfonamide 3-benzyl-6-chloro-3,4-dihydro- 1,1-dioxide", "3-benzyl-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "mls000756597", "1824-50-6", "18593-33-4[rn]", "6-chloro-3,4-dihydro-3-(phenylmethyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "nsc263220", "3-benzyl-3,4-dihydro-6-chlor-2h 1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-3- (phenylmethyl)-,1,1-dioxide", "benzylhydrochlorothiazide[jan]", "6-chloro-1,1-dioxo-3-(phenylmethyl)-3,4-dihydro-2h-benzo[e][1,2,4]thiadiazine-7-sulfonamide", "brn 0631362", "su 6227", "benzylhydrochlorothiazide (jan)", "nsc 263220", "3-benzyl-6-chloro-3,4-dihydro-7-sulfamoyl-1,2,4-benzothiadiazine 1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3-benzyl-6-chloro-3,4-dihydro-,1,1-dioxide (8ci)", "1824-50-6[rn]", "6-chloro-7-sulfamoyl-3-benzyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide", "behyd (tn)", "benzylhydrochlorothiazide [jan]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-3-(phenylmethyl)-,1,1-dioxide"}|>, "4900" -> <|"DatabaseID" -> "SW02866", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56301]}, "IsomericSmiles" -> "CC[NH+](CC)CCn1c2ccc(cc2nc1Cc3ccc(cc3)Cl)[N+](=O)[O-]", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Clonitazene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62528]}, "Synonyms" -> {"clobedolum", "clonitazene", "clonitazinum", "clonitazenum[latin]", "clonitaceno", "2-p-chlorobenzyl-1-(2-diethylaminoethyl)-5-nitrobenzimidazole", "clonitaceno[spanish]", "1-(b-diethylaminoethyl)-2-p-chlorobenzyl-5-nitrobenzimidazole", "2-(p-chlorobenzyl)-1-(2-diethylaminoethyl)-5-nitrobenzimidazole", "3861-76-5", "ac1l1xan", "benzimidazole 2-(p-chlorobenzyl)-1-(2-(diethylamino)ethyl)-5-nitro-", "clonitaceno [inn-spanish]", "ac1q21ht", "2-[(4-chlorophenyl)methyl]-n,n-diethyl-5-nitro-1h-benzimidazole-1-ethanamine", "2-[2-(4-chlorobenzyl)-5-nitro-1h-benzimidazol-1-yl]-n,n-diethylethanamine[acd/iupac name]", "2-(p-chlorobenzyl)-1-(2-(diethylamino)ethyl)-5-nitrobenzimidazole", "clonitazene [ban:dcf:inn][inn]", "clonitazenum [inn-latin]", "clonitazenum", "3861-76-5[rn]", "1h-benzimidazole-1-ethanamine 2-[(4-chlorophenyl)methyl]-n,n-diethyl-5-nitro-", "1h-benzeimidazole-1-ethanamine 2-((4-chlorophenyl)methyl)-n,n-diethyl-5-nitro-"}|>, "4901" -> <|"DatabaseID" -> "SW02867", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51805"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 35067]}, "IsomericSmiles" -> "C(NC(=O)NC1C(=O)NC(=O)N1CO)NC(=O)NC2C(=O)NC(=O)N2CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04513"]}, "OfficialNames" -> <|"Indian Approved Name" -> "imidurea"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 38258]}, "Synonyms" -> {"imidurea", "imidazolidinyl urea", "germall 115", "imidazolinidyl urea", "n,n`-methylenebis[n`-3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl] urea", "254-372-6[einecs]", "n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl)urea)", "n',n'''-methanediylbis{1-[3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl]urea}", "1,1'-methylenebis{3-[3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl]urea}", "n,n-methylenebisn'-1- -2,5-dioxo-4-imidazolidinylurea", "1,1'-methanediylbis{3-[3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl]urea}", "methanebis(n", "n,n\"-methylenebis(n'-(1-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl)urea)", "urea n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl)-", "methanebis(n,n'-(5-ureido-2,4-diketotetrahydroimidazole)-n,n-dimethylol)", "n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidin- yl)urea", "n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl)urea)", "n-[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]{[({n-[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]carbamoyl}amino)methyl]amino}carboxamide", "71042-94-9[rn]", "n,n''-methylenebis[n'-[3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl]urea]", "1,1'-methylenebis{3-[3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl]urea}[acd/iupac name]", "39236-46-9[rn]", "n,n\"-methylenebis[n\"-[3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl]urea]", "39236-46-9", "urea n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidin-yl)-", "chebi:51805", "urea n,n''-methylenebis[n'-[3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl]-", "1,1'-methylenebis(3-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl)urea)", "8731946[beilstein]", "ncgc00164388-01", "n-[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]{[({[3-(hydroxymethyl)-2,5 -dioxo(1,3-diazolidin-4-yl)]amino}carbonylamino)methyl]amino}carboxamide", "n-[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]{[({[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]amino}carbonylamino)methyl]amino}carboxamide", "einecs 254-372-6", "82852-50-4[rn]", "sbb058157"}|>, "4902" -> <|"DatabaseID" -> "SW02867", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51805"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 35067]}, "IsomericSmiles" -> "C(NC(=O)NC1C(=O)NC(=O)N1CO)NC(=O)NC2C(=O)NC(=O)N2CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04513"]}, "OfficialNames" -> <|"Indian Approved Name" -> "imidurea"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 38258]}, "Synonyms" -> {"imidurea", "imidazolidinyl urea", "germall 115", "imidazolinidyl urea", "n,n`-methylenebis[n`-3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl] urea", "254-372-6[einecs]", "n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl)urea)", "n',n'''-methanediylbis{1-[3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl]urea}", "1,1'-methylenebis{3-[3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl]urea}", "n,n-methylenebisn'-1- -2,5-dioxo-4-imidazolidinylurea", "1,1'-methanediylbis{3-[3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl]urea}", "methanebis(n", "n,n\"-methylenebis(n'-(1-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl)urea)", "urea n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl)-", "methanebis(n,n'-(5-ureido-2,4-diketotetrahydroimidazole)-n,n-dimethylol)", "n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidin- yl)urea", "n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl)urea)", "n-[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]{[({n-[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]carbamoyl}amino)methyl]amino}carboxamide", "71042-94-9[rn]", "n,n''-methylenebis[n'-[3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl]urea]", "1,1'-methylenebis{3-[3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl]urea}[acd/iupac name]", "39236-46-9[rn]", "n,n\"-methylenebis[n\"-[3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl]urea]", "39236-46-9", "urea n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidin-yl)-", "chebi:51805", "urea n,n''-methylenebis[n'-[3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl]-", "1,1'-methylenebis(3-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl)urea)", "8731946[beilstein]", "ncgc00164388-01", "n-[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]{[({[3-(hydroxymethyl)-2,5 -dioxo(1,3-diazolidin-4-yl)]amino}carbonylamino)methyl]amino}carboxamide", "n-[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]{[({[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]amino}carbonylamino)methyl]amino}carboxamide", "einecs 254-372-6", "82852-50-4[rn]", "sbb058157"}|>, "4903" -> <|"DatabaseID" -> "SW02867", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51805"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 35067]}, "IsomericSmiles" -> "C(NC(=O)NC1C(=O)NC(=O)N1CO)NC(=O)NC2C(=O)NC(=O)N2CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04513"]}, "OfficialNames" -> <|"Indian Approved Name" -> "imidurea"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 38258]}, "Synonyms" -> {"imidurea", "imidazolidinyl urea", "germall 115", "imidazolinidyl urea", "n,n`-methylenebis[n`-3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl] urea", "254-372-6[einecs]", "n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl)urea)", "n',n'''-methanediylbis{1-[3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl]urea}", "1,1'-methylenebis{3-[3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl]urea}", "n,n-methylenebisn'-1- -2,5-dioxo-4-imidazolidinylurea", "1,1'-methanediylbis{3-[3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl]urea}", "methanebis(n", "n,n\"-methylenebis(n'-(1-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl)urea)", "urea n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl)-", "methanebis(n,n'-(5-ureido-2,4-diketotetrahydroimidazole)-n,n-dimethylol)", "n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidin- yl)urea", "n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl)urea)", "n-[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]{[({n-[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]carbamoyl}amino)methyl]amino}carboxamide", "71042-94-9[rn]", "n,n''-methylenebis[n'-[3-(hydroxymethyl)-2,5-dioxoimidazolidin-4-yl]urea]", "1,1'-methylenebis{3-[3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl]urea}[acd/iupac name]", "39236-46-9[rn]", "n,n\"-methylenebis[n\"-[3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl]urea]", "39236-46-9", "urea n,n''-methylenebis(n'-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidin-yl)-", "chebi:51805", "urea n,n''-methylenebis[n'-[3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl]-", "1,1'-methylenebis(3-(3-(hydroxymethyl)-2,5-dioxo-4-imidazolidinyl)urea)", "8731946[beilstein]", "ncgc00164388-01", "n-[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]{[({[3-(hydroxymethyl)-2,5 -dioxo(1,3-diazolidin-4-yl)]amino}carbonylamino)methyl]amino}carboxamide", "n-[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]{[({[3-(hydroxymethyl)-2,5-dioxo(1,3-diazolidin-4-yl)]amino}carbonylamino)methyl]amino}carboxamide", "einecs 254-372-6", "82852-50-4[rn]", "sbb058157"}|>, "4904" -> <|"DatabaseID" -> "SW02868", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18002"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141670]}, "IsomericSmiles" -> "COC(=O)C1=CO[C@H]([C@@H]([C@@H]1CC=O)C=C)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "secologanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161276]}, "Synonyms" -> {"scg", "(-)-secologanin", "loniceroside", "secologanin", "19241-18-0[rn]", "2,2-dimethylthiazolidine", "50741_fluka", "methyl (2s,3r,4s)-4-(2-oxoethyl)-2-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-3-vinyl-3,4-dihydro-2h-pyran-5-carboxylate", "19351-63-4[rn]", "secologanin-cpd", "ac1l4p4g", "chebi:18002", "molport-003-935-406", "19354-27-9[rn]", "19351-63-4"}|>, "4905" -> <|"DatabaseID" -> "SW02869", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66163]}, "IsomericSmiles" -> "C[C@H]1CC(=O)[C@H]2[C@@H]1[C@@H](OC=C2C(=O)OC)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cornin;verbenalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73467]}, "Synonyms" -> {"cornin", "cornin (glycoside)", "verbenalin", "verbenaloside", "548-37-8", "glucopyranoside", "verbenalin (6ci,7ci,8ci)", "(1s,4as,7s,7ar)-methyl 7-methyl-5-oxo-1-(((2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahy", "nsc 118055", "verbenalin (6ci", "cyclopenta(c)pyran-4-carboxylic acid", "verbenalol", "548-37-8[rn]"}|>, "4906" -> <|"DatabaseID" -> "SW02870", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2139]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OCC(=O)C)c2ccccc2[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01562"]}, "OfficialNames" -> <|"NPC Approved Name" -> "aranidipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2225]}, "Synonyms" -> {"sapresta", "aranidipine", "mpc-1304", "3-methyl5-(2-oxopropyl) 2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "ncgc00182054-02", "sapresta (tn)", "bec", "aranidipine [inn]", "(+-)-acetonyl methyl 1", "3", "86780-90-7[rn]", "methyl 2-oxopropyl1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)-3,5-pyridinedicarboxylic acid", "aranidipine[wiki][inn]", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)- methyl 2-oxopropyl ester", "methyl 2-oxopropyl2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "mpc 1304", "86780-90-7", "1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)-3,5-pyridinedicarboxylic acidmethyl 2-oxopropyl ester", "ccris 6724", "c059427"}|>, "4907" -> <|"DatabaseID" -> "SW02870", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2139]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OCC(=O)C)c2ccccc2[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01562"]}, "OfficialNames" -> <|"NPC Approved Name" -> "aranidipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2225]}, "Synonyms" -> {"sapresta", "aranidipine", "mpc-1304", "3-methyl5-(2-oxopropyl) 2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "ncgc00182054-02", "sapresta (tn)", "bec", "aranidipine [inn]", "(+-)-acetonyl methyl 1", "3", "86780-90-7[rn]", "methyl 2-oxopropyl1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)-3,5-pyridinedicarboxylic acid", "aranidipine[wiki][inn]", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)- methyl 2-oxopropyl ester", "methyl 2-oxopropyl2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "mpc 1304", "86780-90-7", "1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)-3,5-pyridinedicarboxylic acidmethyl 2-oxopropyl ester", "ccris 6724", "c059427"}|>, "4908" -> <|"DatabaseID" -> "SW02871", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4343]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00401"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OCC(C)C)c2ccccc2[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00618"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NISOLDIPINE"|>, "PharmGKBID" -> "PA450634", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4499]}, "Synonyms" -> {"nisoldipine", "syscor", "baymycard", "nisoldipin", "nisocor", "sular", "zadipina", "nisoldipino [inn-spanish]", "nisoldipinum [inn-latin]", "63675-72-9", "zadipina;bay k 5552;baymycard;sular", "methyl 2-methylpropyl 2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nisocor;", "isobutylmethyl 2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nisoldipinum[latin]", "isobutylmethyl 1,4-dihydro-2,6-dimethyl-4-(o-nitrophenyl)-3,5-pyridinedicarboxylate", "nisoldipino", "bay-k-5552", "63675-72-9[rn]", "nisoldipino[spanish][inn]", "3-methyl5-(2-methylpropyl)2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "sular[wiki]", "nisocor;sular", "d015737", "bay k 5552", "2,6-dimethyl-4-(2-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-isobutyl ester 5-methyl ester", "sular (tn)", "nisoldipine[wiki]", "2,6-dimethyl-3-carbomethoxy-4-(2-nitrophenyl)-5-carbisobutoxy-1,4-dihydropyridine", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)- methyl 2-methylpropyl ester", "isobutyl1,4-dihydro-5-methoxycarbonyl-2,6-dimethyl-4-(2-nitrophenyl)-3-pyridincarboxylat", "nisoldipine (jan/usan)[jan][usan]", "calcium channel l type alpha-1 polypeptide isoform 3 skeletal muscle", "voltage- gated calcium channel subunit alpha cav1.1", "isobutylmethyl 2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydro-3,5-pyridinedicarboxylate[acd/iupac name]", "1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)-3,5-pyridinedicarboxylic acidmethyl 2-methylpropyl ester", "3-isobutyl 5-methyl 2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "2-methylpropyl methyl 2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nisoldipine [usan:ban:inn:jan][inn][jan][usan]", "264-407-7[einecs]", "isobutyl1,4-dihydro-5-methoxycarbonyl-2,6-dimethyl-4-(2-nitrophenyl)-3-pyridinecarboxylate"}|>, "4909" -> <|"DatabaseID" -> "SW02871", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4343]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00401"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OCC(C)C)c2ccccc2[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00618"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NISOLDIPINE"|>, "PharmGKBID" -> "PA450634", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4499]}, "Synonyms" -> {"nisoldipine", "syscor", "baymycard", "nisoldipin", "nisocor", "sular", "zadipina", "nisoldipino [inn-spanish]", "nisoldipinum [inn-latin]", "63675-72-9", "zadipina;bay k 5552;baymycard;sular", "methyl 2-methylpropyl 2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nisocor;", "isobutylmethyl 2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nisoldipinum[latin]", "isobutylmethyl 1,4-dihydro-2,6-dimethyl-4-(o-nitrophenyl)-3,5-pyridinedicarboxylate", "nisoldipino", "bay-k-5552", "63675-72-9[rn]", "nisoldipino[spanish][inn]", "3-methyl5-(2-methylpropyl)2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "sular[wiki]", "nisocor;sular", "d015737", "bay k 5552", "2,6-dimethyl-4-(2-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-isobutyl ester 5-methyl ester", "sular (tn)", "nisoldipine[wiki]", "2,6-dimethyl-3-carbomethoxy-4-(2-nitrophenyl)-5-carbisobutoxy-1,4-dihydropyridine", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)- methyl 2-methylpropyl ester", "isobutyl1,4-dihydro-5-methoxycarbonyl-2,6-dimethyl-4-(2-nitrophenyl)-3-pyridincarboxylat", "nisoldipine (jan/usan)[jan][usan]", "calcium channel l type alpha-1 polypeptide isoform 3 skeletal muscle", "voltage- gated calcium channel subunit alpha cav1.1", "isobutylmethyl 2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydro-3,5-pyridinedicarboxylate[acd/iupac name]", "1,4-dihydro-2,6-dimethyl-4-(2-nitrophenyl)-3,5-pyridinedicarboxylic acidmethyl 2-methylpropyl ester", "3-isobutyl 5-methyl 2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "2-methylpropyl methyl 2,6-dimethyl-4-(2-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nisoldipine [usan:ban:inn:jan][inn][jan][usan]", "264-407-7[einecs]", "isobutyl1,4-dihydro-5-methoxycarbonyl-2,6-dimethyl-4-(2-nitrophenyl)-3-pyridinecarboxylate"}|>, "4910" -> <|"DatabaseID" -> "SW02872", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59014]}, "IsomericSmiles" -> "C[C@@H]1C=C(C(=O)[C@]2([C@H]1C[C@@H]3[C@@]4([C@@H]2C(=O)C(=C([C@@H]4CC(=O)O3)C)OC)C)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "picrasmin;quassin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65571]}, "Synonyms" -> {"quassine", "nigakilactone d", "2,12-dimethoxypicrasa-2,12-diene-1,11,16-trione[acd/iupac name]", "ac1q6d7e", "76-78-8", "76-78-8[rn]", "ac1l23iq", "(3as,6ar,7as,8s,11as,11bs,11cs)-1,3a,4,5,6a,7,7a,8,11,11a,11b,11c-dodecahydro-2,10-dimethoxy-3,8,11a,11c-tetramethyldibenzo(de,g)chromene-1,5,11-trione", "2,12-dimethoxypicrasa-2,12-dien-1,11,16-trion", "quassin[wiki]", "picrasa-2,12-diene-1,11,16-trione 2,12-dimethoxy-", "picrasmin", "(3ar,6ar,7as,8s,11as,11bs,11cs)-2,10-dimethoxy-3,8,11a,11c-tetramethyl-3a,6a,7,7a,8,11a,11b,11c-octahydrodibenzo[de,g]chromene-1,5,11(4h)-trione", "picrasa-2", "200-985-9[einecs]", "ac1q47ax", "nsc36342", "2", "1405-17-0[rn]", "quassin", "3ab,6ab,7,7aa,8,11a,11ba,11c-octahydro-2,10-dimethoxy-3,8a,11ab,11cb-tetramethylphenanthro[10,1-bc]pyran-1,5,11(4h)-trione"}|>, "4911" -> <|"DatabaseID" -> "SW02873", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5372]}, "IsomericSmiles" -> "CCC(COC(=O)c1cc(c(c(c1)OC)OC)OC)(c2ccccc2)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08639"]}, "OfficialNames" -> <|"China Approved Name" -> "trimebutine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5573]}, "Synonyms" -> {"trimebutine", "trimedat", "34140-59-5[rn]", "trimebutinum [inn-latin]", "58997-89-0[rn]", "debridat", "2-(dimethylamino)-2-phenylbutyl 3", "261-547-0[einecs]", "trimebutino", "2-dimethylamino-2-phenylbutyl 3", "261-548-6[einecs]", "trimebutine base", "58997-90-3[rn]", "trimebutina", "cerekinon;digerent;mebutin;spabucol", "einecs 254-309-2", "2-(dimethylamino)-2-phenylbutyl (-)-3,4,5-trimethoxybenzoate", "254-309-2[einecs]", "39133-31-8[rn]", "polibutin", "trimebutino[spanish][inn]", "[1-ethyl-1-phenyl-2-(3,4,5-trimethoxybenzoyloxy)ethyl]dimethylammonium hydrogen maleate", "3,4,5-trimethoxybenzoic acid 2-(dimethylamino)-2-phenylbutyl ester", "trimebutinum[latin]", "trimebutine base; 2'-phenyl-2'-dimethylamino-n-but", "2-dimethylamino-2-phenylbutyl 3,4,5-trimethoxybenzoat", "2-(dimethylamino)-2-phenylbutyl 3,4,5-trimethoxybenzoate[acd/iupac name]", "benzoic acid", "trimebutine; 3.4.5-trimethoxybenzoate -2`-phenyl-2`-;dimethylamino-n-butyl", "trimebutine maleate[jp15]", "2-(dimethylamino)-2-phenylbutyl 3,4,5-trimethoxybenzoate maleate", "cerekinon", "58997-88-9[rn]", "261-546-5[einecs]", "3,4,5-trimethoxy-benzoic acid 2-dimethylamino-2-phenyl-butyl ester", "benzoic acid 3,4,5-trimethoxy- 2-(dimethylamino)-2-phenylbutyl ester", "cerekinon;", "2-(dimethylamino)-2-phenylbutyl 3,4,5-tris(methyloxy)benzoate", "trimebutine [ban:dcf:inn][inn]", "3,4,5-trimethoxybenzoic acid 2-(dimethylamino)-2-phenylbutyl ester maleate salt", "trimebutino [inn-spanish]", "39133-31-8", "3,4,5-trimethoxybenzoic acid 2-[dimethylamino]-2-phenylbutyl ester"}|>, "4912" -> <|"DatabaseID" -> "SW02873", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5372]}, "IsomericSmiles" -> "CCC(COC(=O)c1cc(c(c(c1)OC)OC)OC)(c2ccccc2)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08639"]}, "OfficialNames" -> <|"China Approved Name" -> "trimebutine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5573]}, "Synonyms" -> {"trimebutine", "trimedat", "34140-59-5[rn]", "trimebutinum [inn-latin]", "58997-89-0[rn]", "debridat", "2-(dimethylamino)-2-phenylbutyl 3", "261-547-0[einecs]", "trimebutino", "2-dimethylamino-2-phenylbutyl 3", "261-548-6[einecs]", "trimebutine base", "58997-90-3[rn]", "trimebutina", "cerekinon;digerent;mebutin;spabucol", "einecs 254-309-2", "2-(dimethylamino)-2-phenylbutyl (-)-3,4,5-trimethoxybenzoate", "254-309-2[einecs]", "39133-31-8[rn]", "polibutin", "trimebutino[spanish][inn]", "[1-ethyl-1-phenyl-2-(3,4,5-trimethoxybenzoyloxy)ethyl]dimethylammonium hydrogen maleate", "3,4,5-trimethoxybenzoic acid 2-(dimethylamino)-2-phenylbutyl ester", "trimebutinum[latin]", "trimebutine base; 2'-phenyl-2'-dimethylamino-n-but", "2-dimethylamino-2-phenylbutyl 3,4,5-trimethoxybenzoat", "2-(dimethylamino)-2-phenylbutyl 3,4,5-trimethoxybenzoate[acd/iupac name]", "benzoic acid", "trimebutine; 3.4.5-trimethoxybenzoate -2`-phenyl-2`-;dimethylamino-n-butyl", "trimebutine maleate[jp15]", "2-(dimethylamino)-2-phenylbutyl 3,4,5-trimethoxybenzoate maleate", "cerekinon", "58997-88-9[rn]", "261-546-5[einecs]", "3,4,5-trimethoxy-benzoic acid 2-dimethylamino-2-phenyl-butyl ester", "benzoic acid 3,4,5-trimethoxy- 2-(dimethylamino)-2-phenylbutyl ester", "cerekinon;", "2-(dimethylamino)-2-phenylbutyl 3,4,5-tris(methyloxy)benzoate", "trimebutine [ban:dcf:inn][inn]", "3,4,5-trimethoxybenzoic acid 2-(dimethylamino)-2-phenylbutyl ester maleate salt", "trimebutino [inn-spanish]", "39133-31-8", "3,4,5-trimethoxybenzoic acid 2-[dimethylamino]-2-phenylbutyl ester"}|>, "4913" -> <|"DatabaseID" -> "SW02874", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5437]}, "IsomericSmiles" -> "Cn1c(cc(=O)n(c1=O)C)NCCC[NH+]2CCN(CC2)c3ccccc3OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01333"]}, "OfficialNames" -> <|"NPC Approved Name" -> "urapidil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5639]}, "Synonyms" -> {"urapidil", "ebrantil", "34661-75-1", "eupressyl", "cas-64887-14-5", "1,3-dimethyl-6-[(3-{4-[2-(methyloxy)phenyl]piperazin-1-yl}propyl)amino]pyrimidine-2,4(1h,3h)-dione", "6-[3-[4-(o-methoxyphenyl)-1-piperazinyl]propylamino]-1 3-dimethyluracil", "2,4(1h,3h)-pyrimidinedione 6-[[3-[4-(2-methoxyp", "uracil 1,3-dimethyl-6-(3-(4-(o-methoxyphenyl)-1-piperazinyl)proppylamino)-", "6-({3-[4-(2-methoxyphenyl)piperazinyl]propyl}amino)-1,3-dimethyl-1,3-dihydropyrimidine-2,4-dione", "urapidilum[latin]", "34661-75-1[rn]", "urapidilum [inn-latin]", "64887-14-5[rn]", "6-[[3-[4-(o-methoxyphenyl)-1-piperazinyl]propyl]amino]-1 3-dimethyluracil", "ebrantil (tn)", "2,4(1h,3h)-pyrimidinedione,6-((3-(4-(2-methoxyphenyl)-1-piperazinyl)propyl)amino)-1,3-dimethyl- (9ci)", "6-{3-[4-(2-methoxy-phenyl)-piperazin-1-yl]-propylamino}-1,3-dimethyl-1h-pyrimidine-2,4-dione", "mls003115907", "urapidil [ban:inn:jan][inn][jan]", "252-130-4[einecs]", "2,4(1h,3h)-pyrimidinedione,6-[[3-[4-(2-methoxyphenyl)-1-piperazinyl]propyl]amino]-1,3-dimethyl-", "6-({3-[4-(2-methoxyphenyl)piperazin-1-yl]propyl}amino)-1,3-dimethylpyrimidine-2,4(1h,3h)-dione", "6-(3-(4-(o-methoxyphenyl)-1-piperazinyl)propylamino)-1,3-dimethyluracil", "6-((3-(4-(o-methoxyphenyl)-1-piperazinyl)propyl)amino)-1,3-dimethyluracil", "urapidil(jan)", "2,4 (1h,3h)-pyrimidinedione 6-[[3-[4-(2-methoxyphenyl)-1-piperazinyl]propyl]amino]-1 3-dimethyl-", "6-[[3-[4-(2-methoxyphenyl)-1-piperazinyl]propyl]amino]-1,3-dimethyluracil", "uracil 1 3-dimethyl-6-[3-[4-(o-methoxyphenyl)-1-piperazinyl]proppylamino]-", "uraprene", "6-[3-[4-(2-methoxyphenyl)piperazinyl]propylamino]-1,3-dimethyluracil", "5-25-15-00402 (beilstein handbook reference)[beilstein]", "mediatensyl", "b-66256", "6-[[3-[4-(o-methoxyphenyl)-1-piperazinyl]propyl]amino]-1,3-dimethyluracil", "6-((3-(4-(2-methoxyphenyl)-1-piperazinyl)propyl)amino)-1,3-dimethyl-2,4(1h,3h)-pyrimidinedione", "6-[[3-[4-(2-methoxyphenyl)-1-piperazinyl]propyl]amino]-1,3-dimethyl-2,4(1h,3h)-pyrimidinedione"}|>, "4914" -> <|"DatabaseID" -> "SW02875", "IsomericSmiles" -> "CCC(=O)O[C@H]1CC[C@@H]2[C@H]3CC[C@]4([C@H]([C@@H]3CCC2=C1)CC[C@@H]4OC(=O)CC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01461"]}, "OfficialNames" -> <|"NPC Approved Name" -> "estr-4-ene-3 beta17 beta-diol dipropionate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443979]}, "Synonyms" -> {"d01461", "bolandiol dipropionate", "1986-53-4", "surecn634970", "ac1l9fhy", "bolandiol dipropionate (jan/usan)", "[(3s"}|>, "4915" -> <|"DatabaseID" -> "SW02876", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6413]}, "IsomericSmiles" -> "C[C@H](CCCC(C)C)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC[C@@H]4[C@@]3(CC[C@@H](C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cholestanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6665]}, "Synonyms" -> {"cholestanol", "dihydrocholesterin", "dihydrocholesterol", "516-92-7[rn]", "3beta-hydroxy-5alpha-cholestane", "beta-cholestanol", "zymostanol", "3b-hydroxy-5a-cholestane", "(3s,5s,8r,9s,10s,13r,14s,17r)-10,13-dimethyl-17-[(2r)-6-methyl-2-heptanyl]hexadecahydro-1h-cyclopenta[a]phenanthren-3-ol", "5a-cholestan-3b-ol", "epicoprostanol", "b-cholestanol", "epicoprosterol", "epicholestanol", "5-?-cholestan-3-?-ol", "(3b,5a)-cholestan-3-ol", "cholestan-3beta-ol", "118167-50-3[rn]", "a-coprostanol", "5alpha-cholestan-3beta-ol", "cholestanol (van)", "5b-cholestanol", "5alpha-cholestanol", "201-315-8[einecs]", "2418594", "5b-cholestan-3a-ol", "5-alpha-cholestan-3-beta-ol", "5a-dihydrocholesterol", "29466-38-4[rn]", "80-97-7[rn]"}|>, "4916" -> <|"DatabaseID" -> "SW02877", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31542"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59456]}, "IsomericSmiles" -> "C[C@H](CCCC(C)C)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC[C@@H]4[C@@]3(CC[C@H](C4)O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01527"]}, "OfficialNames" -> <|"NPC Approved Name" -> "epidihydrocholesterin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66066]}, "Synonyms" -> {"presteron", "epidehydrocholesterin", "epi-cholestanol", "epidihydrocholesterin", "epicholestanol", "(3-alpha", "208-228-4[einecs]", "dihydrin", "(3a,5a)-cholestan-3-ol", "516-95-0[rn]", "5alpha-cholestan-3alpha-ol", "1380-69-4[rn]", "dihydrin (tn)", "cholestan-3-alpha-ol", "3alpha-hydroxy-5alpha-cholestane", "5a-cholestan-3a-ol", "epidihydrocholesterin[jan]", "3a-hydroxy-5a-cholestane", "cholestan-3alpha-ol"}|>, "4917" -> <|"DatabaseID" -> "SW02878", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3276], ExternalIdentifier["ChemSpiderID", 34286]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00690"]}, "IsomericSmiles" -> "CC[NH+](CC)CCN1c2ccc(cc2C(=NCC1=O)c3ccccc3F)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00329"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Flurazepam", "Indian Approved Name" -> "flurazepam hcl", "FDA Approved Drug" -> "FLURAZEPAM HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449681", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14434], ExternalIdentifier["PubChemCompoundID", 3393], ExternalIdentifier["PubChemCompoundID", 37368]}, "Synonyms" -> {"insumin", "flurazepam", "noctosom", "dalmadorm", "stauroderm", "valdorm", "felmane", "flunox", "felison", "somnol", "paxane", "flurazepam hcl", "dalmane", "gaba(a", "36105-20-1[rn]", "dalmane-r", "flurazepam[wiki][jp15]", "gamma-aminobutyric-acid receptor subunit beta-3 precursor", "flurazepamum[latin]", "7-chloro-1-(2-diethylamino-ethyl)-5-(2-fluoro-phenyl)-1,3-dihydro-benzo[e][1,4]diazepin-2-one", "7-chloro-1-[2-(diethylamino)ethyl]-5-(o-fluorophenyl)-1 3-dihydro-2h-1,4-benzodiazepin-2-one dihydrochloride", "17617-23-1[rn]", "7-chloro-1-(2-(diethylamino)ethyl)-5-(2-fluorophenyl)-1h-benzo[e][1,4]diazepin-2(3h)-one", "7-chloro-1-(2-(diethylamino)ethyl)-5-(2-fluorophenyl)-1h-1,4-benzodiazepin-2(3h)-one", "dalmane[wiki]", "2h-1,4-benzodiazepin-2-one,1,3-dihydro-7-chloro-1-(2-(diethylamino)ethyl)-5-(o-fluorophenyl)-", "7-chloro-1-[2-(diethylamino)ethyl]-5-(2-fluorophenyl)-1,3-dihydro-2h-1,4-benzodiazepin-2-one[acd/iupac name]", "2h-1,4-benzodiazepin-2-one,7-chloro-1-[2-(diethylamino)ethyl]-5-(o-fluorophenyl)-1,3-dihydro-", "241-591-7[einecs]", "5-24-04-00322 (beilstein handbook reference)[beilstein]", "5-24-04-00322", "9005-49-6", "2h-1,4-benzodiazepin-2-one,7-chloro-1-[2-(diethylamino)ethyl]-5-(o-fluorophenyl)-,1 3-dihydro- dihydrochloride", "2h-1,4-benzodiazepin-2-one,7-chloro-1-[2- (diethylamino)ethyl]-5-(o-fluorophenyl)-1 3-dihydro- dihydrochloride", "2h-1,4-benzodiazepin-2-one,7-chloro-1-(2-(diethylamino)ethyl)-5-(2-fluorophenyl)-1,3-dihydro-", "ro 5-6901", "ro-5-6901/3", "flurazepam monohydrochloride", "7-chloro-1-(2-(diethylamino)ethyl)-5-(2-fluorophenyl)-1,3-dihydro-2h-1,4-benzodiazepin-2-one", "insumin (tn)", "2h-1,4-benzodiazepin-2-one,7-chloro-1-[2- (diethylamino)ethyl]-5-(2-fluorophenyl)-1 3-dihydro- dihydrochloride", "fluorazepam hydrochloride", "2h-1,4-benzodiazepin-2-one,7-chloro-1-[2-(diethylamino)ethyl]-5-(2-fluorophenyl)-1,3-dihydro-", "fluzepam", "7-chlor-1-[2-(diethylamino)ethyl]-5-(2-fluorphenyl)-1,3-dihydro-2h-1,4-benzodiazepin-2-on", "somlan", "dalmate", "17617-23-1 (parent)", "2h-1,4-benzodiazepin-2-one,7-chloro-1-(2-(diethylamino)ethyl)-5-(2-fluorophenyl", "flurazepamum", "7-chloro-1-(2-(diethylamino)ethyl)-5-(2-fluorophenyl)-1,3-dihydro-2h-benzo-1,4-diazepin-2-one monohydrochloride", "flurazepam dihydrochloride", "7-chloro-1-(2-(diethylamino)ethyl)-5-(2-fluorophenyl)-1", "252-867-1[einecs]", "lunipax", "flurazepam hydrochloride", "einecs 252-867-1", "2h-1,4-benzodiazepin-2-one,7-chloro-1-(2-(diethylamino)ethyl)-5-(2-fluorophenyl)-1,3-dihydro- monohydrochloride", "linzac", "2h-1", "natam", "flurazepam hydrochloride[usp][jp15]", "dalmate (tn)", "ro-5-6901", "benozil", "36105-20-1"}|>, "4918" -> <|"DatabaseID" -> "SW02879", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 144227]}, "IsomericSmiles" -> "c1ccnc(c1)[C@H](c2ccc(cc2)Cl)OC3CC[NH+](CC3)CCCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01654"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BEPOTASTINE BESILATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 164521]}, "Synonyms" -> {"bepotastine besilate", "4-((4-chlorophenyl)-2-pyridinylmethoxy)- (s)-1-piperidinebutanoic acid monobenzenesulfonate", "betotastine besilate", "bepreve", "talion", "190786-44-8", "4-{4-[(s)-(4-chlorophenyl)(pyridin-2-yl)methoxy]piperidin-1-yl}butanoic acid benzenesulfonate", "4-{4-[(s)-(4-chlorophenyl)(pyridin-2-yl)methoxy]piperidin-1-yl}butanoicacid benzenesulfonate (1:1)", "(+)-(s)-4-(4-((4-chlorophenyl)(2-pyridyl)methoxy)piperidino)butyric acid monobenzenesulfonate", "talion[wiki]", "4-{4-[(s)-(4-chlorophenyl)(pyridin-2-yl)methoxy]piperidin-1-yl}butanoicacid benzenesulfonate", "1-piperidinebutanoic acid,4-((4-chlorophenyl)-2-pyridinylmethoxy)- (s)- monobenzenesulfonate", "(+)-(s)-4-(4-((4-chlorophenyl)(2-pyridyl)methoxy)piperidino)butyric acidmonobenzenesulfonate", "ac1l4uxj", "tau-284ds", "1-piperidinebutanoic acid,4-[(s)-(4-chlorophenyl)-2-pyridinylmethoxy]-,benzenesulfonate(1:1)", "bepotastine besylate", "1-piperidinebutanoic acid", "190786-44-8[rn]"}|>, "4919" -> <|"DatabaseID" -> "SW02880", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3561"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2577], ExternalIdentifier["ChemSpiderID", 7830774], ExternalIdentifier["ChemSpiderID", 49830]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00341"]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccc(cc2)Cl)N3CC[NH+](CC3)CCOCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00664"], ExternalIdentifier["KEGGID", "D07662"]}, "OfficialNames" -> <|"China Approved Name" -> "cetirizine", "Indian Approved Name" -> "cetirizine;cetirizine dihydrochloride;cetirizine dihcl", "FDA Approved Drug" -> "CETIRIZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448905", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55182], ExternalIdentifier["PubChemCompoundID", 2678]}, "Synonyms" -> {"zyrtec", "setir", "cetryn", "ziptek", "cetirizine", "alerlisin", "hitrizin film tablet", "reactine", "virlix", "cetirizine hydrochloride", "zirtek", "cetirizinum [latin]", "zyrtec[wiki]", "zyrtec-d", "cetrine", "cetirizine dihydrochloride", "zyrlex", "alercet", "alertisin", "formistin", "cetirizine[wiki]", "83881-51-0[rn]", "cetriler", "alergex", "2-(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)acetic acid", "benaday", "(2-(4-((4-chlorophenyl)phenylmethyl)-1-piperazinyl)ethoxy)acetic acid", "cetirizina [spanish]", "cetirizin", "(2-{4-[(4-chloro-phenyl)-phenyl-methyl]-piperazin-1-yl}-ethoxy)-acetic acid", "acetic acid [2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]-", "cetrizine hcl", "cetirizina[spanish]", "humex", "[(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethyl)oxy]acetic acid", "(2-{4-[(4-chlorophenyl)(phenyl)methyl]-1-piperazinyl}ethoxy)acetic acid[acd/iupac name]", "mfcd00800721", "acetic acid (2-(4-((4-chlorophenyl)phenylmethyl)-1-piperazinyl)ethoxy)-", "(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)acetic acid", "zyrtec syrup", "acetic acid 2-[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]-", "cetirizinum[latin]", "cetirizinum [inn_la]", "83881-52-1[rn]", "cetirizina", "cetirizine di hcl", "cetiderm", "cetirizinum", "(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)acetic aciddihydrochloride", "cetirizinehydrochloride", "virdos", "[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]acetic acid dihydrochloride", "acetic acid [2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]- monohydrochloride", "alerid", "cetirizin dihydrochloride", "cezin", "zyrzine", "cetzine", "setiral", "cetirizine hydrochloride (jan/usan)[jan][usan]", "130018-77-8[rn]", "(2-(4-((4-chlorophenyl)phenylmethyl)-1-piperazinyl)ethoxy)acetic acid dihydrochloride", "reactine[wiki]", "riztec", "zyrtec (tn)", "zirtin", "acetic acid 2-[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]- hydrochloride(1:2)", "(2-{4-[(4-chlorophenyl)(phenyl)methyl]-1-piperazinyl}ethoxy)acetic aciddihydrochloride[acd/iupac name]", "ryzen", "salvalerg", "ucb-p 071", "triz", "xero-sed", "acetic acid [2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]- dihydrochloride", "(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)acetic acidhydrochloride", "stopaler", "ressital"}|>, "4920" -> <|"DatabaseID" -> "SW02880", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3561"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2577], ExternalIdentifier["ChemSpiderID", 7830774], ExternalIdentifier["ChemSpiderID", 49830]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00341"]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccc(cc2)Cl)N3CC[NH+](CC3)CCOCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00664"], ExternalIdentifier["KEGGID", "D07662"]}, "OfficialNames" -> <|"China Approved Name" -> "cetirizine", "Indian Approved Name" -> "cetirizine;cetirizine dihydrochloride;cetirizine dihcl", "FDA Approved Drug" -> "CETIRIZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448905", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55182], ExternalIdentifier["PubChemCompoundID", 2678]}, "Synonyms" -> {"zyrtec", "setir", "cetryn", "ziptek", "cetirizine", "alerlisin", "hitrizin film tablet", "reactine", "virlix", "cetirizine hydrochloride", "zirtek", "cetirizinum [latin]", "zyrtec[wiki]", "zyrtec-d", "cetrine", "cetirizine dihydrochloride", "zyrlex", "alercet", "alertisin", "formistin", "cetirizine[wiki]", "83881-51-0[rn]", "cetriler", "alergex", "2-(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)acetic acid", "benaday", "(2-(4-((4-chlorophenyl)phenylmethyl)-1-piperazinyl)ethoxy)acetic acid", "cetirizina [spanish]", "cetirizin", "(2-{4-[(4-chloro-phenyl)-phenyl-methyl]-piperazin-1-yl}-ethoxy)-acetic acid", "acetic acid [2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]-", "cetrizine hcl", "cetirizina[spanish]", "humex", "[(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethyl)oxy]acetic acid", "(2-{4-[(4-chlorophenyl)(phenyl)methyl]-1-piperazinyl}ethoxy)acetic acid[acd/iupac name]", "mfcd00800721", "acetic acid (2-(4-((4-chlorophenyl)phenylmethyl)-1-piperazinyl)ethoxy)-", "(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)acetic acid", "zyrtec syrup", "acetic acid 2-[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]-", "cetirizinum[latin]", "cetirizinum [inn_la]", "83881-52-1[rn]", "cetirizina", "cetirizine di hcl", "cetiderm", "cetirizinum", "(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)acetic aciddihydrochloride", "cetirizinehydrochloride", "virdos", "[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]acetic acid dihydrochloride", "acetic acid [2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]- monohydrochloride", "alerid", "cetirizin dihydrochloride", "cezin", "zyrzine", "cetzine", "setiral", "cetirizine hydrochloride (jan/usan)[jan][usan]", "130018-77-8[rn]", "(2-(4-((4-chlorophenyl)phenylmethyl)-1-piperazinyl)ethoxy)acetic acid dihydrochloride", "reactine[wiki]", "riztec", "zyrtec (tn)", "zirtin", "acetic acid 2-[2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]- hydrochloride(1:2)", "(2-{4-[(4-chlorophenyl)(phenyl)methyl]-1-piperazinyl}ethoxy)acetic aciddihydrochloride[acd/iupac name]", "ryzen", "salvalerg", "ucb-p 071", "triz", "xero-sed", "acetic acid [2-[4-[(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]- dihydrochloride", "(2-{4-[(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)acetic acidhydrochloride", "stopaler", "ressital"}|>, "4921" -> <|"DatabaseID" -> "SW02881", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1266001], ExternalIdentifier["ChemSpiderID", 23254946], ExternalIdentifier["ChemSpiderID", 8131587]}, "IsomericSmiles" -> "c1ccc(cc1)[C@H](c2ccc(cc2)Cl)N3CC[NH+](CC3)CCOCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07402"], ExternalIdentifier["KEGGID", "D08118"]}, "OfficialNames" -> <|"China Approved Name" -> "levocetirizine Hydrochloride", "Indian Approved Name" -> "levocetirizine;levocetirizine dihcl", "FDA Approved Drug" -> "LEVOCETIRIZINE DIHYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1549000], ExternalIdentifier["PubChemCompoundID", 9955977]}, "Synonyms" -> {"xyzal", "xyzall", "unii-sod6a38aga", "levocetirizine hcl", "xusal", "levocetirizine dihydrochloride", "(-)-cetirizine", "levocetirizine", "130018-77-8[rn]", "xyzal[wiki]", "130018-87-0[rn]", "levocetirizine 2hcl", "130018-87-0", "ac-549", "acetic acid (2-(4-((r)-(4-chlorophenyl)phenylmethyl)-1-piperazinyl)ethoxy)-", "chembl1201190", "acetic acid 2-[2-[4-[(r)-(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]-", "xazal", "levocetirizine hydrochloride", "(2-(4-((r)-(4-chlorophenyl)(phenyl)methyl)piperazin-1-yl)ethoxy)acetic acid", "molport-003-983-419", "130018-77-8", "levocetirizine[wiki][inn]", "acetic acid", "2-[2-[4-[(r)-(4-chlorophenyl)-phenylmethyl]piperazin-1-yl]ethoxy]acetic acid", "(2-{4-[(r)-(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)acetic acid", "(r)-cetirizine dihydrochloride", "83881-52-1[rn]", "levocetirizinedihydrochloride", "acetic acid 2-[2-[4-[(r)-(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]- hydrochloride (1:1)", "levocetirizinehcl", "2-(2-{4-[(r)-(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)aceticacid dihydrochloride", "cetirizine hydrochloride", "acetic acid 2-[2-[4-[(r)-(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]- hydrochloride (1:2)", "acetic acid [2-[4-[(r)-(4-chlorophenyl)phenylmethyl]-1-piperazinyl]ethoxy]- dihydrochloride", "levocetrizine dihydrochloride", "(2-{4-[(r)-(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)acetic acid hydrochloride(1:1)", "(2-{4-[(r)-(4-chlorophenyl)(phenyl)methyl]piperazin-1-yl}ethoxy)acetic acid dihydrochloride"}|>, "4922" -> <|"DatabaseID" -> "SW02882", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64218"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8127831]}, "IsomericSmiles" -> "C[C@H]1[C@H](CC[NH+]1Cc2ccccc2)NC(=O)c3cc(c(cc3OC)NC)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "nemonapride"|>, "Synonyms" -> {"cis-5-chloro-2-methoxy-4-(methylamino)-n-[2-methyl-2-(phenylmethyl)-3-pyrrolidinyl]benzamide", "cis-n-(1-benzyl-2-methylpyrrolidin-3-yl)-5-chloro-2-methoxy-4-(methylamino)benzamide", "ym 09151", "emonapride", "n-((2s,3s)-1-benzyl-2-methyl-pyrrolidin-3-yl)-5-chloro-2-methoxy-4-methylamino-benzamide", "(2s,3s)-nemonapride", "emilace", "nemonapride", "(-)-nemonapride", "93664-94-9", "n-(1-benzyl-2-methyl-pyrrolidin-3-yl)-5-chloro-2-methoxy-4-methylamino-benzamide", "70325-83-6[rn]", "benzamide 5-chloro-2-methoxy-4-(methylamino)-n-[(2s,3s)-2-methyl-1-(phenylmethyl)-3-pyrrolidinyl]-", "75272-39-8[rn]", "n-[(2s,3s)-1-benzyl-2-methylpyrrolidin-3-yl]-5-chloro-2-methoxy-4-(methylamino)benzamide", "ym 09151-2"}|>, "4923" -> <|"DatabaseID" -> "SW02882", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64218"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8127831]}, "IsomericSmiles" -> "C[C@H]1[C@H](CC[NH+]1Cc2ccccc2)NC(=O)c3cc(c(cc3OC)NC)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "nemonapride"|>, "Synonyms" -> {"cis-5-chloro-2-methoxy-4-(methylamino)-n-[2-methyl-2-(phenylmethyl)-3-pyrrolidinyl]benzamide", "cis-n-(1-benzyl-2-methylpyrrolidin-3-yl)-5-chloro-2-methoxy-4-(methylamino)benzamide", "ym 09151", "emonapride", "n-((2s,3s)-1-benzyl-2-methyl-pyrrolidin-3-yl)-5-chloro-2-methoxy-4-methylamino-benzamide", "(2s,3s)-nemonapride", "emilace", "nemonapride", "(-)-nemonapride", "93664-94-9", "n-(1-benzyl-2-methyl-pyrrolidin-3-yl)-5-chloro-2-methoxy-4-methylamino-benzamide", "70325-83-6[rn]", "benzamide 5-chloro-2-methoxy-4-(methylamino)-n-[(2s,3s)-2-methyl-1-(phenylmethyl)-3-pyrrolidinyl]-", "75272-39-8[rn]", "n-[(2s,3s)-1-benzyl-2-methylpyrrolidin-3-yl]-5-chloro-2-methoxy-4-(methylamino)benzamide", "ym 09151-2"}|>, "4924" -> <|"DatabaseID" -> "SW02883", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53749"], ExternalIdentifier["ChEBIID", "101853"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7845573]}, "IsomericSmiles" -> "CO/N=C/1\\CN(CC1C[NH3+])c2c(cc3c(=O)c(cn(c3n2)C4CC4)C(=O)[O-])F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02471"]}, "OfficialNames" -> <|"Indian Approved Name" -> "gemifloxacin", "FDA Approved Drug" -> "GEMIFLOXACIN MESYLATE"|>, "Synonyms" -> {"(z)-7-(3-(aminomethyl)-4-(methoxyimino)pyrrolidin-1-yl)-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-1,8-naphthyridine-3-carboxylic acid", "7-{3-aminomethyl-4-[(z)-methoxyimino]-pyrrolidin-1-yl}-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-[1,8]naphthyridine-3-carboxylic acid", "7-(3-aminomethyl-4-methoxyimino-pyrrolidine-1-yl)-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-(1,8)-naphthyridine-3-carboxylic acid", "204519-64-2[rn]", "factive[wiki]", "214346-11-9[rn]", "gemifloxacin mesylate", "7-(3-(aminomethyl)-4-(methoxyimino)pyrrolidin-1-yl)-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-1,8-naphthyridine-3-carboxylic acid", "7-[3-(aminomethyl)-4-(methoxyimino)pyrrolidin-1-yl]-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-1,8-naphthyridine-3-carboxylic acid", "7-(3-aminomethyl)-4-methoxyimino-pyrrolidin-1-yl)-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-[1,8]naphthyridine-3-carboxylic acid", "175463-14-6[rn]", "210353-52-9[rn]", "gemifloxacin[wiki]", "gemifioxacin", "factive", "210353-53-0[rn]", "gemifloxacin [inn_en]", "1,8-naphthyridine-3-carboxylic acid,7-[(4z)-3-(aminomethyl)-4-(methoxyimino)-1-pyrrolidinyl]-1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-", "7-[(4z)-3-(aminomethyl)-4-(methoxyimino)pyrrolidin-1-yl]-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-1,8-naphthyridine-3-carboxylic acid", "chembl430", "175463-14-6", "lb 20304", "gemifloxacin", "bspbio_002308", "gemifloxacin [inn]", "chebi:101853", "gemifloxacin (inn)", "factiv (tn)", "gemifloxacin mesilate"}|>, "4925" -> <|"DatabaseID" -> "SW02883", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53749"], ExternalIdentifier["ChEBIID", "101853"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7845573]}, "IsomericSmiles" -> "CO/N=C/1\\CN(CC1C[NH3+])c2c(cc3c(=O)c(cn(c3n2)C4CC4)C(=O)[O-])F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02471"]}, "OfficialNames" -> <|"Indian Approved Name" -> "gemifloxacin", "FDA Approved Drug" -> "GEMIFLOXACIN MESYLATE"|>, "Synonyms" -> {"(z)-7-(3-(aminomethyl)-4-(methoxyimino)pyrrolidin-1-yl)-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-1,8-naphthyridine-3-carboxylic acid", "7-{3-aminomethyl-4-[(z)-methoxyimino]-pyrrolidin-1-yl}-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-[1,8]naphthyridine-3-carboxylic acid", "7-(3-aminomethyl-4-methoxyimino-pyrrolidine-1-yl)-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-(1,8)-naphthyridine-3-carboxylic acid", "204519-64-2[rn]", "factive[wiki]", "214346-11-9[rn]", "gemifloxacin mesylate", "7-(3-(aminomethyl)-4-(methoxyimino)pyrrolidin-1-yl)-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-1,8-naphthyridine-3-carboxylic acid", "7-[3-(aminomethyl)-4-(methoxyimino)pyrrolidin-1-yl]-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-1,8-naphthyridine-3-carboxylic acid", "7-(3-aminomethyl)-4-methoxyimino-pyrrolidin-1-yl)-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-[1,8]naphthyridine-3-carboxylic acid", "175463-14-6[rn]", "210353-52-9[rn]", "gemifloxacin[wiki]", "gemifioxacin", "factive", "210353-53-0[rn]", "gemifloxacin [inn_en]", "1,8-naphthyridine-3-carboxylic acid,7-[(4z)-3-(aminomethyl)-4-(methoxyimino)-1-pyrrolidinyl]-1-cyclopropyl-6-fluoro-1,4-dihydro-4-oxo-", "7-[(4z)-3-(aminomethyl)-4-(methoxyimino)pyrrolidin-1-yl]-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro-1,8-naphthyridine-3-carboxylic acid", "chembl430", "175463-14-6", "lb 20304", "gemifloxacin", "bspbio_002308", "gemifloxacin [inn]", "chebi:101853", "gemifloxacin (inn)", "factiv (tn)", "gemifloxacin mesilate"}|>, "4926" -> <|"DatabaseID" -> "SW02884", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99301]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00820"]}, "IsomericSmiles" -> "CN1CC(=O)N2[C@@H](C1=O)Cc3c4ccccc4[nH]c3[C@H]2c5ccc6c(c5)OCO6", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02008"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tadalafil", "FDA Approved Drug" -> "TADALAFIL"|>, "PharmGKBID" -> "PA10333", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 110635]}, "Synonyms" -> {"tadalafil", "cialis", "icos 351", "ic351", "tadanafil", "ic 351", "adcirca", "ic-351", "(6r,12ar)-2,3,6,7,12,12a-hexahydro-2-methyl-6-(3,4-methylenedioxyphenyl)pyrazino[1',2':1,6]pyrido[3,4-b]indole-1,4-dione", "pyrazino(1',2':1,6)pyrido(3,4-b)indole-1,4-dione 6-(1,3-benzodioxol-5-yl)-2,3,6,7,12,12a-hexahydro-2-methyl- (6r-trans)-", "171596-29-5[rn]", "(6r,12ar)-6-(1,3-benzodioxol-5-yl)-2,3,6,7,12,12a-hexahydro-2-methylpyrazino[1',2':1,6]pyrido[3,4-b]indole-1,4-dione", "tadalafil[wiki][jan][usan]", "(6r-trans)-6-(1,3-benzodioxol-5-yl)-2,3,6,7,12,12a-hexahydro-2-methylpyrazino[1',2':1,6]pyrido[3,4-b]indole-1,4-dione", "camp and cgmp phosphodiesterase 11a", "(6r,12ar)-6-(1,3-benzodioxol-5-yl)-2-methyl-2,3,6,7,12,12a-hexahydropyrazino[1',2':1,6]pyrido[3,4-b]indole-1,4-dione[acd/iupac name]", "pyrazino(1',2':1,6)pyrido(3,4-b)indole-1,4-dione 6-(1,3-benzodioxol-5-yl)-2,3,6,7,12,12a-hexahydro-2-methyl- (6r,12ar)-", "cialis[wiki]", "(6r,12ar)-6-(1,3-benzodioxol-5-yl)-2-methyl-2,3,6,7,12,12a-hexahydropyrazino[1',2':1,6]pyrido[3,4-b]indol-1,4-dion[german]", "(6r,12ar)-6-(1,3-benzodioxol-5-yl)-2,3,6,7,12,12a-hexahydro-2-methyl-pyrazino(1',2':1,6)pyrido(3,4-b)indole-1,4-dione", "(6r.12ar)-methyl-1,2,3,4-tetrahydro-2-chloroacetyl1-1(3,4-methylenedioxyphenyl)9h-pyrido-[3,4-b]-indole-3-carbxylate", "tadalalfil", "pyrazino[1',2':1,6]pyrido[3,4-b]indole-1,4-dione 6-(1,3-benzodioxol-5-yl)-2,3,6,7,12,12a-hexahydro-2-methyl- (6r,12ar)-", "cia", "(6r,12ar)-2,3,6,7,12,12a-hexahydro-2-methyl-6-(3,4-methylenedioxyphenyl)pyrazino(1',2':1,6)pyrido(3,4-b)indole-1,4-dione", "gf-196960x", "1xoz", "(6r,12ar)-6-(1,3-benzodioxol-5-yl)-2,3,6,7,12,12a-hexahydro-2-methyl-pyrazino[1',2':1,6]pyrido[3,4-b]indole-1,4-dione", "171596-29-5", "tadalafil [usan]"}|>, "4927" -> <|"DatabaseID" -> "SW02885", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59361]}, "IsomericSmiles" -> "C[NH2+]C1CCCN(C1)c2c(cc3c(c2OC)n(cc(c3=O)C(=O)[O-])C4CC4)F", "OfficialNames" -> <|"Indian Approved Name" -> "balofloxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65958]}, "Synonyms" -> {"baloxin", "ncgc00167532-01", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-[3-(methylamino)-1-piperidinyl]-4-oxo-", "balofloxacin[wiki][inn]", "1-cyclopropyl-6-fluoro-8-methoxy-7-[3-(methylamino)-1-piperidinyl]-4-oxo-1,4-dihydro-3-quinolinecarboxylic acid[acd/iupac name]", "ac1l24bt", "ag-d-56934", "q 35", "1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methylaminopiperidin-1-yl)-4-oxoquinoline-3-carboxylic acid", "127294-70-6", "3-quinolinecarboxylic acid", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-(methylamino)-1-piperidinyl)-4-oxo-", "balofloxacin", "127294-70-6[rn]", "tl8000675", "1-cyclopropyl-6-fluoro-8-methoxy-7-[3-(methylamino)piperidin-1-yl]-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methylaminopiperdin-1-yl)-4-oxoquinoline-3-carboxylic acid\"", "\"1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methylaminopiperdin-1-yl)-4-oxoquinoline-3-carboxylic acid", "(+-)-1-cyclopropyl-6-fluoro-1", "1-cyclopropyl-6-fluoro-8-methoxy-7-[3-(methylamino)piperidyl]-4-oxohydroquinoline-3-carboxylic acid", "balofloxacin [inn]"}|>, "4928" -> <|"DatabaseID" -> "SW02885", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59361]}, "IsomericSmiles" -> "C[NH2+]C1CCCN(C1)c2c(cc3c(c2OC)n(cc(c3=O)C(=O)[O-])C4CC4)F", "OfficialNames" -> <|"Indian Approved Name" -> "balofloxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65958]}, "Synonyms" -> {"baloxin", "ncgc00167532-01", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-[3-(methylamino)-1-piperidinyl]-4-oxo-", "balofloxacin[wiki][inn]", "1-cyclopropyl-6-fluoro-8-methoxy-7-[3-(methylamino)-1-piperidinyl]-4-oxo-1,4-dihydro-3-quinolinecarboxylic acid[acd/iupac name]", "ac1l24bt", "ag-d-56934", "q 35", "1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methylaminopiperidin-1-yl)-4-oxoquinoline-3-carboxylic acid", "127294-70-6", "3-quinolinecarboxylic acid", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-(methylamino)-1-piperidinyl)-4-oxo-", "balofloxacin", "127294-70-6[rn]", "tl8000675", "1-cyclopropyl-6-fluoro-8-methoxy-7-[3-(methylamino)piperidin-1-yl]-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methylaminopiperdin-1-yl)-4-oxoquinoline-3-carboxylic acid\"", "\"1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(3-methylaminopiperdin-1-yl)-4-oxoquinoline-3-carboxylic acid", "(+-)-1-cyclopropyl-6-fluoro-1", "1-cyclopropyl-6-fluoro-8-methoxy-7-[3-(methylamino)piperidyl]-4-oxohydroquinoline-3-carboxylic acid", "balofloxacin [inn]"}|>, "4929" -> <|"DatabaseID" -> "SW02886", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3506"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01150"]}, "IsomericSmiles" -> "C/C=C/C1=C(N2[C@@H]([C@@H](C2=O)NC(=O)[C@@H](c3ccc(cc3)O)[NH3+])SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07651"], ExternalIdentifier["KEGGID", "D00261"]}, "OfficialNames" -> <|"China Approved Name" -> "cefprozil", "Indian Approved Name" -> "cefprozil", "FDA Approved Drug" -> "CEFPROZIL"|>, "PharmGKBID" -> "PA164746342", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281006]}, "Synonyms" -> {"cefprozil", "serozil", "arzimol", "procef", "cefprozilum [inn-latin]", "brisoral", "cronocef", "cefprozil anhydrous", "cefprozilum", "cefprozilo", "cefprozilo [inn-spanish]", "cefzil"}|>, "4930" -> <|"DatabaseID" -> "SW02887", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32286"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64803]}, "IsomericSmiles" -> "CN(CCCNC(=O)C1CCCO1)c2nc3cc(c(cc3c(n2)N)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01692"]}, "OfficialNames" -> <|"Indian Approved Name" -> "alfuzosin hcl", "FDA Approved Drug" -> "ALFUZOSIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71764]}, "Synonyms" -> {"alfuzosin hydrochloride", "alfuzosin hcl", "xatral retard", "alfetim", "xatral od", "uroxatral", "xatral sr", "2-furancarboxamide n-[3-[(4-amino-6,7-dimethoxy-2-quinazolinyl)methylamino]propyl]tetrahydro- chloride hydrogen salt (1:1)", "sl 77 499-10", "sl-77.0499-10", "alfuzosin hydrochloride (jan/usan)[jan][usan]", "2-furancarboxamide n-[3-[(4-amino-6,7-dimethoxy-2-quinazolinyl)methylamino]propyl]tetrahydro- hydrochloride (1:1)", "sl-77499-10", "hydrogenchloride- n-{3-[(4-amino-6,7-dimethoxyquinazolin-2-yl)(methyl)amino]propyl}tetrahydrofuran-2-carboxamide (1:1:1)", "[81403-68-1]", "2-furancarboxamide n-[3-[(4-amino-6,7-dimethoxy-2-quinazolinyl)methylamino]propyl]tetrahydro- monohydrochloride", "xatral", "n-{3-[(4-amino-6,7-dimethoxychinazolin-2-yl)(methyl)amino]propyl}tetrahydrofuran-2-carboxamidhydrochlorid", "urion", "xatral xl", "n-{3-[(4-amino-6,7-dimethoxyquinazolin-2-yl)(methyl)amino]propyl}tetrahydrofuran-2-carboxamide hydrochloride", "n-[3-[(4-amino-6,7-dimethoxy-2-quinazolinyl)methylamino]propyl]tetrahydro-2-furancarboxamide hydrochloride", "alfoten", "alfuzosin[wiki]", "81403-68-1[rn]", "uroxatral[wiki]", "6034829[beilstein]", "n-{3-[(4-amino-6,7-dimethoxyquinazolin-2-yl)(methyl)amino]propyl}tetrahydrofuran-2-carboxamide hydrochloride(1:1)", "uroxatral (tn)"}|>, "4931" -> <|"DatabaseID" -> "SW02887", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32286"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64803]}, "IsomericSmiles" -> "CN(CCCNC(=O)C1CCCO1)c2nc3cc(c(cc3c(n2)N)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01692"]}, "OfficialNames" -> <|"Indian Approved Name" -> "alfuzosin hcl", "FDA Approved Drug" -> "ALFUZOSIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71764]}, "Synonyms" -> {"alfuzosin hydrochloride", "alfuzosin hcl", "xatral retard", "alfetim", "xatral od", "uroxatral", "xatral sr", "2-furancarboxamide n-[3-[(4-amino-6,7-dimethoxy-2-quinazolinyl)methylamino]propyl]tetrahydro- chloride hydrogen salt (1:1)", "sl 77 499-10", "sl-77.0499-10", "alfuzosin hydrochloride (jan/usan)[jan][usan]", "2-furancarboxamide n-[3-[(4-amino-6,7-dimethoxy-2-quinazolinyl)methylamino]propyl]tetrahydro- hydrochloride (1:1)", "sl-77499-10", "hydrogenchloride- n-{3-[(4-amino-6,7-dimethoxyquinazolin-2-yl)(methyl)amino]propyl}tetrahydrofuran-2-carboxamide (1:1:1)", "[81403-68-1]", "2-furancarboxamide n-[3-[(4-amino-6,7-dimethoxy-2-quinazolinyl)methylamino]propyl]tetrahydro- monohydrochloride", "xatral", "n-{3-[(4-amino-6,7-dimethoxychinazolin-2-yl)(methyl)amino]propyl}tetrahydrofuran-2-carboxamidhydrochlorid", "urion", "xatral xl", "n-{3-[(4-amino-6,7-dimethoxyquinazolin-2-yl)(methyl)amino]propyl}tetrahydrofuran-2-carboxamide hydrochloride", "n-[3-[(4-amino-6,7-dimethoxy-2-quinazolinyl)methylamino]propyl]tetrahydro-2-furancarboxamide hydrochloride", "alfoten", "alfuzosin[wiki]", "81403-68-1[rn]", "uroxatral[wiki]", "6034829[beilstein]", "n-{3-[(4-amino-6,7-dimethoxyquinazolin-2-yl)(methyl)amino]propyl}tetrahydrofuran-2-carboxamide hydrochloride(1:1)", "uroxatral (tn)"}|>, "4932" -> <|"DatabaseID" -> "SW02888", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01046"]}, "IsomericSmiles" -> "CCCCC([C@]1(CC[C@H]2[C@H](O1)CC(=O)[C@H]2CCCCCCC(=O)[O-])O)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04790"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lubiprostone", "FDA Approved Drug" -> "LUBIPROSTONE"|>, "PharmGKBID" -> "PA164777012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656719]}, "Synonyms" -> {"amitiza", "lubiprostone", "ru-0211", "spi0211", "s1675_selleck", "ac1l4ixh", "clc-2", "chembl1201134", "ru 0211", "lubiprostone [usan]", "spi-0211", "ac-1863"}|>, "4933" -> <|"DatabaseID" -> "SW02889", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27796"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61671]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00662"]}, "IsomericSmiles" -> "C[NH+](C)CCOc1ccc(cc1)CNC(=O)c2cc(c(c(c2)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02733"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRIMETHOBENZAMIDE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164764516", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5577]}, "Synonyms" -> {"tigan", "trimethobenzamide", "benzacot", "trimetobenzamida [inn-spanish]", "trimethobenzamide hcl", "tribenzagan", "ametik hydrochloride", "trimethobenzamidum [inn-latin]", "stemetic", "trimethobenzamide hydrochloride", "benzamide n-((4-(2-(dimethylamino)ethoxy)phenyl)methyl)-3,4,5-trimethoxy- monohydrochloride", "n-[[4-(2-dimethylaminoethoxy)phenyl]methyl]-3,4,5-trimethoxy-benzamide", "n-{4-[2-(dimethylamino)ethoxy]benzyl}-3,4,5-trimethoxybenzamidehydrochloride", "benzamide n-[p-[2- (dimethylamino)ethoxy]benzyl]-3,4,5-trimethoxy- monohydrochloride", "554-92-7 138-56-7 [trimethobenzamide]", "benzamide n-[[4-[2-(dimethylamino)ethoxy]phenyl]methyl]-3,4,5-trimethoxy- hydrochloride(1:1)", "tigan (tn)", "trimazide", "benzamide n-(p-(2-(dimethylamino)ethoxy)benzyl)-3,4,5-trimethoxy- hydrochloride", "poligerim", "n-({4-[2-(dimethylamino)ethoxy]phenyl}methyl)(3,4,5-trimethoxyphenyl)carboxamide,chloride", "n-(p-(2-(dimethylamino)ethoxy)benzyl)-3,4,5-trimethoxybenzamidemonohydrochloride", "138-56-7[rn]", "209-075-6[einecs]", "tigan[wiki]", "n-({4-[2-(dimethylamino)ethoxy]phenyl}methyl)(3,4,5-trimethoxyphenyl)carboxami de chloride", "nauseton", "554-92-7 138-56-7", "4-(2-dimethylaminoethoxy)-n-(3,4,5-trimethoxybenzoyl)benzylamine hydrochloride", "trimethobenzamidum", "trimetobenzamida", "n-(p-(2-(dimethylamino)ethoxy)benzyl)-3,4,5-trimethoxybenzamidehydrochloride", "tebamide", "trimethobenzamide [inn]", "benzamide n-[[4-[2- (dimethylamino)ethoxy]phenyl]methyl]-3,4,5-trimethoxy- monohydrochloride", "n-{4-[2-(dimethylamino)ethoxy]benzyl}-3,4,5-trimethoxybenzolcarboxamidhydrochlorid", "554-92-7[rn]", "trimethobenzamide hydrochloride[usp]", "benzamide n-(p-(2-(dimethylamino)ethoxy)benzyl)-3,4,5-trimethoxy- monohydrochloride (8ci)", "benzamide n-[p-[2-(dimethylamino)ethoxy]benzyl]-3,4,5-trimethoxy- hydrochloride", "ibikin", "benzamide n-[[4-[2-(dimethylamino)ethoxy]phenyl]methyl]-3,4,5-trimethoxy- monohydrochloride", "n-{4-[2-(dimethylamino)ethoxy]benzyl}-3,4,5-trimethoxybenzamidehydrochloride (1:1)[acd/iupac name]"}|>, "4934" -> <|"DatabaseID" -> "SW02890", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5683"], ExternalIdentifier["ChEBIID", "34789"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00739"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)N3C(=O)[C@H]([NH2+]C3(C)C)c4ccccc4)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01074"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HETACILLIN;HETACILLIN POTASSIUM"|>, "PharmGKBID" -> "PA164746559", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443387]}, "Synonyms" -> {"hetacillin", "versapen", "phenazacillin", "chebi:5683", "etacillina [dcit]", "hetacilina", "etacillina", "versapen (tn)", "hetacilline", "versapen-k", "hetacillin potassium", "hetacillinum"}|>, "4935" -> <|"DatabaseID" -> "SW02891", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49475]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00374"]}, "IsomericSmiles" -> "CCCCC[C@H](CC[C@H]1[C@@H]2Cc3cccc(c3C[C@@H]2C[C@@H]1O)OCC(=O)[O-])O", "OfficialNames" -> <|"FDA Approved Drug" -> "TREPROSTINIL SODIUM"|>, "PharmGKBID" -> "PA164768801", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54786]}, "Synonyms" -> {"treprostinil", "viveta", "uniprost", "ac1l1hpx", "tyvaso", "((1s,2s,3ar,9ar)-2-hydroxy-1-((3s)-3-hydroxyoctyl)-2,3,3a,4,9,9a-hexahydro-1h-cylopent(b)naphthalen-5-yl)oxy)acetate", "p2y(ac)", "treprostinil [usan:inn]", "ent-treprostinil", "p2y(cyc)", "p2y(adp)", "treprostinil [usan:inn][inn][usan]", "lrx 15", "treprostinil[wiki]", "15 au81", "remodulin (tn)", "p2t(ac)", "adp-glucose receptor", "sp1999", "p2y12 platelet adp receptor", "treprostinil sodium", "remodulin", "adpg-r", "289480-64-4[rn]", "p2y12", "db00374", "u-62,840", "81846-19-7[rn]"}|>, "4936" -> <|"DatabaseID" -> "SW02892", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32315"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5533]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)C(=O)OC2c3c(nccn3)C(=O)N2c4ccc(cn4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01372"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Zopiclone"|>, "PharmGKBID" -> "PA10236", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5735]}, "Synonyms" -> {"zopiclone", "amoban", "zimovane", "ximovan", "amovane", "4-methyl-1-piperazinecarboxylic acid6-(5-chloro-2-pyridinyl)-6,7-dihydro-7-oxo-5h-pyrrolo(3,4-b)pyrazin-5-yl ester", "138680-07-6[rn]", "zopiclone [ban:inn:jan][inn][jan]", "(+-)-zopiclone", "imovane[wiki]", "sopivan", "imovane", "zopiclona[spanish][inn]", "imovance", "256-138-9[einecs]", "zopiclone[wiki]", "6-(5-chloropyrid-2-yl)-5-(4-methylpiperazin-1-yl)carbonyloxy-7-oxo-6,7-dihydro-5h-pyrrolo[3,4-b]pyrazine", "43200-80-2[rn]", "amoban (tn)", "zopiclonum[latin]", "1-piperazinecarboxylic acid 4-methyl- 6-(5-chloro-2-pyridinyl)-6,7-dihydro-7-oxo-5h-pyrrolo(3,4-b)pyrazin-5-yl ester", "4-methyl-1-piperazinecarboxylic acid6-(5-chloro-2-pyridinyl)-6,7-dihydro-7-oxo-5h-pyrrolo[3,4-b] pyrazin-5-yl ester", "6-(5-chloropyridin-2-yl)-7-oxo-6,7-dihydro-5h-pyrrolo[3,4-b]pyrazin-5-yl4-methylpiperazine-1-carboxylate", "1-piperazinecarboxylic acid 4-methyl- 6-(5-chloro-2-pyridinyl)-6,7-dihydro-7-oxo-5h-pyrrolo[3,4-b]pyrazin-5-yl ester", "lunesta[wiki]", "4-methyl-1-piperazinecarboxylic acidester with 6-(5-chloro-2-pyridyl)-6,7-dihydro-7-hydroxy-5h-pyrrolo(3,4-b)pyrazin-5-one", "zopiclonum", "imovane zimovane lunesta", "zopiclona", "4-methyl-1-piperazinecarboxylic acid6-(5-chloro-2-pyridinyl)-6,7-dihydro-7-oxo-5h-pyrrolo[3,4-b]pyrazin-5-yl ester", "4-methylpiperazine-1-carboxylic acid6-(5-chloro-pyridin-2-yl)-7-oxo-6,7-dihydro-5h-pyrrolo[3,4-b]py", "zopiclone (tn)", "138729-47-2[rn]", "4-methyl-piperazine-1-carboxylic acid 6-(5-chloro-pyridin-2-yl)-7-oxo-6,7-dihydro-5h-pyrrolo[3,4-b]pyrazin-5-yl ester", "rhovane", "27267 r.p.", "337376-15-5"}|>, "4937" -> <|"DatabaseID" -> "SW02892", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32315"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5533]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)C(=O)OC2c3c(nccn3)C(=O)N2c4ccc(cn4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01372"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Zopiclone"|>, "PharmGKBID" -> "PA10236", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5735]}, "Synonyms" -> {"zopiclone", "amoban", "zimovane", "ximovan", "amovane", "4-methyl-1-piperazinecarboxylic acid6-(5-chloro-2-pyridinyl)-6,7-dihydro-7-oxo-5h-pyrrolo(3,4-b)pyrazin-5-yl ester", "138680-07-6[rn]", "zopiclone [ban:inn:jan][inn][jan]", "(+-)-zopiclone", "imovane[wiki]", "sopivan", "imovane", "zopiclona[spanish][inn]", "imovance", "256-138-9[einecs]", "zopiclone[wiki]", "6-(5-chloropyrid-2-yl)-5-(4-methylpiperazin-1-yl)carbonyloxy-7-oxo-6,7-dihydro-5h-pyrrolo[3,4-b]pyrazine", "43200-80-2[rn]", "amoban (tn)", "zopiclonum[latin]", "1-piperazinecarboxylic acid 4-methyl- 6-(5-chloro-2-pyridinyl)-6,7-dihydro-7-oxo-5h-pyrrolo(3,4-b)pyrazin-5-yl ester", "4-methyl-1-piperazinecarboxylic acid6-(5-chloro-2-pyridinyl)-6,7-dihydro-7-oxo-5h-pyrrolo[3,4-b] pyrazin-5-yl ester", "6-(5-chloropyridin-2-yl)-7-oxo-6,7-dihydro-5h-pyrrolo[3,4-b]pyrazin-5-yl4-methylpiperazine-1-carboxylate", "1-piperazinecarboxylic acid 4-methyl- 6-(5-chloro-2-pyridinyl)-6,7-dihydro-7-oxo-5h-pyrrolo[3,4-b]pyrazin-5-yl ester", "lunesta[wiki]", "4-methyl-1-piperazinecarboxylic acidester with 6-(5-chloro-2-pyridyl)-6,7-dihydro-7-hydroxy-5h-pyrrolo(3,4-b)pyrazin-5-one", "zopiclonum", "imovane zimovane lunesta", "zopiclona", "4-methyl-1-piperazinecarboxylic acid6-(5-chloro-2-pyridinyl)-6,7-dihydro-7-oxo-5h-pyrrolo[3,4-b]pyrazin-5-yl ester", "4-methylpiperazine-1-carboxylic acid6-(5-chloro-pyridin-2-yl)-7-oxo-6,7-dihydro-5h-pyrrolo[3,4-b]py", "zopiclone (tn)", "138729-47-2[rn]", "4-methyl-piperazine-1-carboxylic acid 6-(5-chloro-pyridin-2-yl)-7-oxo-6,7-dihydro-5h-pyrrolo[3,4-b]pyrazin-5-yl ester", "rhovane", "27267 r.p.", "337376-15-5"}|>, "4938" -> <|"DatabaseID" -> "SW02893", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53760"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 839530]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)C(=O)O[C@H]2c3c(nccn3)C(=O)N2c4ccc(cn4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02624"]}, "OfficialNames" -> <|"Indian Approved Name" -> "eszopiclone", "FDA Approved Drug" -> "ESZOPICLONE"|>, "PharmGKBID" -> "PA162630444", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 969472]}, "Synonyms" -> {"estorra", "(s)-zopiclone", "esopiclone", "eszopiclone", "(+)-zopiclone", "lunesta", "eszopiclone [usan:inn][inn][usan]", "hsdb 7472", "eszopiclone[wiki]", "[(7s)-6-(5-chloranylpyridin-2-yl)-5-oxidanylidene-7h-pyrrolo[3,4-b]pyrazin-7-yl]4-methylpiperazine-1-carboxylate", "(5s)-6-(5-chloropyridin-2-yl)-7-oxo-5h,6h,7h-pyrrolo[3,4-b]pyrazin-5-yl4-methylpiperazine-1-carboxylate", "(5s)-6-(5-chlorpyridin-2-yl)-7-oxo-6,7-dihydro-5h-pyrrolo[3,4-b]pyrazin-5-yl-4-methylpiperazin-1-carboxylat", "lunesta[wiki]", "chebi:53760", "(s)-6-(5-chloropyridin-2-yl)-7-oxo-6,7-dihydro-5h-pyrrolo[3,4-b]pyrazin-5-yl 4-methylpiperazine-1-carboxylate", "4-methyl-1-piperazinecarboxylic acid[(7s)-6-(5-chloro-2-pyridinyl)-5-oxo-7h-pyrrolo[3,4-b]pyrazin-7-yl] ester", "( )-zopiclone", "(5s)-6-(5-chloropyridin-2-yl)-7-oxo-6,7-dihydro-5h-pyrrolo[3,4-b]pyrazin-5-yl 4-methylpiperazine-1-carboxylate", "sep-190", "(5s)-6-(5-chloropyridin-2-yl)-7-oxo-6,7-dihydro-5h-pyrrolo(3,4-b)pyrazin-5-yl 4-methylpiperazine-1-carboxylate", "138729-47-2[rn]", "mfcd03700720", "1-piperazinecarboxylic acid 4-methyl- (5s)-6-(5-chloro-2-pyridinyl)-6,7-dihydro-7-oxo-5h-pyrrolo(3,4-b)pyrazin-5-ylester", "eszopiclone [inn_en]", "1-piperazinecarboxylic acid 4-methyl- (5s)-6-(5-chloro-2-pyridinyl)-6,7-dihydro-7-oxo-5h-pyrrolo[3,4-b]pyrazin-5-ylester"}|>, "4939" -> <|"DatabaseID" -> "SW02894", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31448"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2807]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00606"]}, "IsomericSmiles" -> "c1c2c(cc(c1Cl)S(=O)(=O)N)S(=O)(=O)NC(N2)C3CC4CC3C=C4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01256"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CYCLOTHIAZIDE"|>, "PharmGKBID" -> "PA449168", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2910]}, "Synonyms" -> {"anhydron", "cyclothiazide", "doburil", "aquirel", "renazide", "valmiran", "fluidil", "ciclotiazide [dcit]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-3-(5-norbornen-2-yl)- 1,1-dioxide", "ec 4.2.1.1", "lilly 35,483", "[2259-96-3]", "3-bicyclo[2.2.1]hept-5-en-2-yl-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3-bicyclo(2.2.1)hept-5-en-2-yl-6-chloro-3,4-dihydro- 1,1-dioxide", "cyclothiazidum[latin]", "carbonic anhydrase 4 precursor", "9005-49-6", "2259-96-3[rn]", "anhydron (tn)", "6-chloro-3,4-dihydro-3-(2-norbornen-5-yl)-7-sulfamoyl-1,2,4-benzothiadiazine 1,1-dioxide", "6-chloro-3,4-dihydro-3-(5-norbornen-2-yl)-2h-1,2,4-benzothiazidiazine-7-sulfonamide-1,1-dioxide", "233-108-3[einecs]", "10034-81-8[rn]", "3-(bicyclo[2.2.1]hept-5-en-2-yl)-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "3-bicyclo(2.2.1)hept-5-en-2-yl-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "ciclotiazida [inn-spanish]", "cyclothiazidum [inn_la]", "cyclothiazide (jan/usan)[jan][usan]", "ciclotiazida", "carbonate dehydratase iv", "6-chloro-3,4-dihydro-3-(2-norbornen-5-yl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "218-859-7[einecs]", "6-chloro-3,4-dihydro-3-(2-norbornen-5-yl)-2h-1,2-4-benzothiadiazine-7-sulfonamide1,1-dioxide", "ciclotiazida[spanish][inn]", "cyclothiazide [usan:ban:inn][inn][usan]", "ca-iv", "6-chloro-3,4-dihydro-3-(norbornen-2-yl)-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "carbonic anhydrase iv", "cyclothiazidum", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3,4-dihydro-6-chloro-3-(5-norbornen-2-yl)- 1,1-dioxide", "6-chloro-3,4-dihydro-3-(5-norbornen-2-yl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3-bicyclo[2.2.1]hept-5-en-2-yl-6-chloro-3,4-dihydro- 1,1-dioxide", "cyclothiazidum [inn-latin]", "6-chloro-3-(2-norbornen-5-yl)-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide"}|>, "4940" -> <|"DatabaseID" -> "SW02894", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31448"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2807]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00606"]}, "IsomericSmiles" -> "c1c2c(cc(c1Cl)S(=O)(=O)N)S(=O)(=O)NC(N2)C3CC4CC3C=C4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01256"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CYCLOTHIAZIDE"|>, "PharmGKBID" -> "PA449168", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2910]}, "Synonyms" -> {"anhydron", "cyclothiazide", "doburil", "aquirel", "renazide", "valmiran", "fluidil", "ciclotiazide [dcit]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-3-(5-norbornen-2-yl)- 1,1-dioxide", "ec 4.2.1.1", "lilly 35,483", "[2259-96-3]", "3-bicyclo[2.2.1]hept-5-en-2-yl-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3-bicyclo(2.2.1)hept-5-en-2-yl-6-chloro-3,4-dihydro- 1,1-dioxide", "cyclothiazidum[latin]", "carbonic anhydrase 4 precursor", "9005-49-6", "2259-96-3[rn]", "anhydron (tn)", "6-chloro-3,4-dihydro-3-(2-norbornen-5-yl)-7-sulfamoyl-1,2,4-benzothiadiazine 1,1-dioxide", "6-chloro-3,4-dihydro-3-(5-norbornen-2-yl)-2h-1,2,4-benzothiazidiazine-7-sulfonamide-1,1-dioxide", "233-108-3[einecs]", "10034-81-8[rn]", "3-(bicyclo[2.2.1]hept-5-en-2-yl)-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "3-bicyclo(2.2.1)hept-5-en-2-yl-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "ciclotiazida [inn-spanish]", "cyclothiazidum [inn_la]", "cyclothiazide (jan/usan)[jan][usan]", "ciclotiazida", "carbonate dehydratase iv", "6-chloro-3,4-dihydro-3-(2-norbornen-5-yl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "218-859-7[einecs]", "6-chloro-3,4-dihydro-3-(2-norbornen-5-yl)-2h-1,2-4-benzothiadiazine-7-sulfonamide1,1-dioxide", "ciclotiazida[spanish][inn]", "cyclothiazide [usan:ban:inn][inn][usan]", "ca-iv", "6-chloro-3,4-dihydro-3-(norbornen-2-yl)-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "carbonic anhydrase iv", "cyclothiazidum", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3,4-dihydro-6-chloro-3-(5-norbornen-2-yl)- 1,1-dioxide", "6-chloro-3,4-dihydro-3-(5-norbornen-2-yl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3-bicyclo[2.2.1]hept-5-en-2-yl-6-chloro-3,4-dihydro- 1,1-dioxide", "cyclothiazidum [inn-latin]", "6-chloro-3-(2-norbornen-5-yl)-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide"}|>, "4941" -> <|"DatabaseID" -> "SW02894", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31448"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2807]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00606"]}, "IsomericSmiles" -> "c1c2c(cc(c1Cl)S(=O)(=O)N)S(=O)(=O)NC(N2)C3CC4CC3C=C4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01256"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CYCLOTHIAZIDE"|>, "PharmGKBID" -> "PA449168", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2910]}, "Synonyms" -> {"anhydron", "cyclothiazide", "doburil", "aquirel", "renazide", "valmiran", "fluidil", "ciclotiazide [dcit]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-3-(5-norbornen-2-yl)- 1,1-dioxide", "ec 4.2.1.1", "lilly 35,483", "[2259-96-3]", "3-bicyclo[2.2.1]hept-5-en-2-yl-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3-bicyclo(2.2.1)hept-5-en-2-yl-6-chloro-3,4-dihydro- 1,1-dioxide", "cyclothiazidum[latin]", "carbonic anhydrase 4 precursor", "9005-49-6", "2259-96-3[rn]", "anhydron (tn)", "6-chloro-3,4-dihydro-3-(2-norbornen-5-yl)-7-sulfamoyl-1,2,4-benzothiadiazine 1,1-dioxide", "6-chloro-3,4-dihydro-3-(5-norbornen-2-yl)-2h-1,2,4-benzothiazidiazine-7-sulfonamide-1,1-dioxide", "233-108-3[einecs]", "10034-81-8[rn]", "3-(bicyclo[2.2.1]hept-5-en-2-yl)-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "3-bicyclo(2.2.1)hept-5-en-2-yl-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "ciclotiazida [inn-spanish]", "cyclothiazidum [inn_la]", "cyclothiazide (jan/usan)[jan][usan]", "ciclotiazida", "carbonate dehydratase iv", "6-chloro-3,4-dihydro-3-(2-norbornen-5-yl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "218-859-7[einecs]", "6-chloro-3,4-dihydro-3-(2-norbornen-5-yl)-2h-1,2-4-benzothiadiazine-7-sulfonamide1,1-dioxide", "ciclotiazida[spanish][inn]", "cyclothiazide [usan:ban:inn][inn][usan]", "ca-iv", "6-chloro-3,4-dihydro-3-(norbornen-2-yl)-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "carbonic anhydrase iv", "cyclothiazidum", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3,4-dihydro-6-chloro-3-(5-norbornen-2-yl)- 1,1-dioxide", "6-chloro-3,4-dihydro-3-(5-norbornen-2-yl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3-bicyclo[2.2.1]hept-5-en-2-yl-6-chloro-3,4-dihydro- 1,1-dioxide", "cyclothiazidum [inn-latin]", "6-chloro-3-(2-norbornen-5-yl)-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide"}|>, "4942" -> <|"DatabaseID" -> "SW02894", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31448"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2807]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00606"]}, "IsomericSmiles" -> "c1c2c(cc(c1Cl)S(=O)(=O)N)S(=O)(=O)NC(N2)C3CC4CC3C=C4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01256"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CYCLOTHIAZIDE"|>, "PharmGKBID" -> "PA449168", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2910]}, "Synonyms" -> {"anhydron", "cyclothiazide", "doburil", "aquirel", "renazide", "valmiran", "fluidil", "ciclotiazide [dcit]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-3-(5-norbornen-2-yl)- 1,1-dioxide", "ec 4.2.1.1", "lilly 35,483", "[2259-96-3]", "3-bicyclo[2.2.1]hept-5-en-2-yl-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3-bicyclo(2.2.1)hept-5-en-2-yl-6-chloro-3,4-dihydro- 1,1-dioxide", "cyclothiazidum[latin]", "carbonic anhydrase 4 precursor", "9005-49-6", "2259-96-3[rn]", "anhydron (tn)", "6-chloro-3,4-dihydro-3-(2-norbornen-5-yl)-7-sulfamoyl-1,2,4-benzothiadiazine 1,1-dioxide", "6-chloro-3,4-dihydro-3-(5-norbornen-2-yl)-2h-1,2,4-benzothiazidiazine-7-sulfonamide-1,1-dioxide", "233-108-3[einecs]", "10034-81-8[rn]", "3-(bicyclo[2.2.1]hept-5-en-2-yl)-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "3-bicyclo(2.2.1)hept-5-en-2-yl-6-chloro-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "ciclotiazida [inn-spanish]", "cyclothiazidum [inn_la]", "cyclothiazide (jan/usan)[jan][usan]", "ciclotiazida", "carbonate dehydratase iv", "6-chloro-3,4-dihydro-3-(2-norbornen-5-yl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "218-859-7[einecs]", "6-chloro-3,4-dihydro-3-(2-norbornen-5-yl)-2h-1,2-4-benzothiadiazine-7-sulfonamide1,1-dioxide", "ciclotiazida[spanish][inn]", "cyclothiazide [usan:ban:inn][inn][usan]", "ca-iv", "6-chloro-3,4-dihydro-3-(norbornen-2-yl)-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "carbonic anhydrase iv", "cyclothiazidum", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3,4-dihydro-6-chloro-3-(5-norbornen-2-yl)- 1,1-dioxide", "6-chloro-3,4-dihydro-3-(5-norbornen-2-yl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3-bicyclo[2.2.1]hept-5-en-2-yl-6-chloro-3,4-dihydro- 1,1-dioxide", "cyclothiazidum [inn-latin]", "6-chloro-3-(2-norbornen-5-yl)-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide"}|>, "4943" -> <|"DatabaseID" -> "SW02895", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31797"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 50087], ExternalIdentifier["ChemSpiderID", 4886499], ExternalIdentifier["ChemSpiderID", 54867], ExternalIdentifier["ChemSpiderID", 143994], ExternalIdentifier["ChemSpiderID", 4886571]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00789"]}, "IsomericSmiles" -> "C(CN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])[NH+](CC(=O)[O-])CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01707"], ExternalIdentifier["KEGGID", "D05422"], ExternalIdentifier["KEGGID", "D05419"], ExternalIdentifier["KEGGID", "D09762"]}, "OfficialNames" -> <|"NPC Approved Name" -> "acido ar?ndico", "FDA Approved Drug" -> "GADOPENTETATE DIMEGLUMINE;IMCIROMAB PENTETATE;PENTETATE CALCIUM TRISODIUM;PENTETATE CALCIUM TRISODIUM YB-169;PENTETATE ZINC TRISODIUM;TECHNETIUM TC-99M PENTETATE KIT"|>, "PharmGKBID" -> "PA164748760", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55466], ExternalIdentifier["PubChemCompoundID", 3053], ExternalIdentifier["PubChemCompoundID", 25513], ExternalIdentifier["PubChemCompoundID", 60888], ExternalIdentifier["PubChemCompoundID", 164209], ExternalIdentifier["PubChemCompoundID", 6328391], ExternalIdentifier["PubChemCompoundID", 56841013]}, "Synonyms" -> {"gadopentetate dimeglumine", "magnevist", "pentetate calcium trisodium", "gadopentetic acid dimeglumine salt", "technetium tc 99m pentetate", "pentetate zinc trisodium", "calcium trisodium pentetate", "gadopentetic acid", "pentetic acid", "mpi tc 99m dtpa kit (chelate)", "zinc trinatrium dtpa", "dimeglumine-gadolinium-dtpa", "techneplex", "technetium tc 99m", "meglumine gadopentetate", "gadolinium-dtpa", "calcii trinatrii pentetas[latin]", "dtpa", "calcium trisodium dtpa", "acidum gadopenteticum [latin]", "gadolinium (bis{2-[(carboxylatomethyl)(carboxymethyl)amino]ethyl}amino)acetate--1-deoxy-1-(methylamino)-d-glucitol (1:2)", "125833-02-5[rn]", "12111-24-9[rn]", "pentetate zinc trisodium (jan)", "chembl1200945", "ac1l1u46", "diethylenetriaminepentaacetic acid calcium trisodium salt", "calcium trisodium chel 330", "diethylenetriamine pentaacetic acid calcium trisodium salt", "calcium chel-330", "complexon v", "dtpa calcium trisodium salt", "cadtpa", "zinc trisodium pentetate", "235-169-1[einecs]", "ac1o5ux9", "ls-148636", "gd-dtpa", "acide gadopentetique [french]", "ditripentat", "calcium trinatrium dtpa", "gadopentetate", "technetate(1-)(sup 99 m)tc", "pentetate de calcium trisodique[french][inn]", "65454-61-7[rn]", "gadolinium dtpa", "magnevist (tn)", "pentetato calcico trisodico[spanish][inn]", "12257-43-1[rn]", "86050-77-3[rn]", "calcium trisodium 2-[bis[2-[bis(2-oxido-2-oxoethyl)amino]ethyl]amino]acetate", "62796-80-9[rn]", "ditripental", "80529-93-7", "acido gadopentetico [spanish]", "trisodium(n,n-bis(2-(bis(carboxymethyl)amino)ethyl)glycinato(5-))calciate(3-)", "2-(bis(2-(bis(carboxymethyl)amino)ethyl)amino)acetic acid zinctrisodium salt", "an-dtpa", "ac1l4ued", "calciate(3-) (n,n-bis(2-(bis(carboxymethyl)amino)ethyl)glycinato(5-))-,trisodium", "diethylenetriaminepentaacetic acid zinc trisodium salt", "technetium tc-99m pentetate", "gadolinate(2-) (n,n-bis(2-(bis(carboxymethyl)amino)ethyl)glycinato(5-))- dihydrogen compd. with1-deoxy-1-(methylamino)-d-glucitol (1:2)", "11070-37-4[rn]", "dihydrogen (n,n-bis(2-(bis(carboxymethyl)amino)ethyl)glycinato(5-))gadolinate(2-) compound with 1-deoxy-1-(methylamino)-d-glucitol (1:2)", "pentetate trisodium calcium", "ls-162831", "calcium dtpa", "ac1q1uou", "unii-k2i13dr72l", "35284-67-4[rn]", "trisodium calcium diethylenetriaminepentaacetate", "glycine,n,n-bis(2-(bis(carboxymethyl)amino)ethyl)- calcium trisodium salt", "sodium zinc 2,2',2'',2''',2''''-(ethane-1,2-diylnitrilo)pentaacetate(3:1:1)", "magnevist[wiki]", "diethylenetriaminepentaacetic acid", "2-[bis[2-[bis(2-oxido-2-oxoethyl)amino]ethyl]amino]acetate; sodium; technetium", "detarex", "acide gadopentetique", "211115-31-0[rn]", "trisodium(n,n-bis(2-(bis(carboxylatomethyl)amino)ethyl)glycinato(5-))zincate(3-)", "62-34-0[rn]", "sodium (n", "1317-31-3[rn]", "ac1nal1p", "19632-02-1[rn]", "penthanil", "calcium trisodium diethylenetriaminepentaacetate", "acido gadopentetico", "calcium-dtpa", "17034-67-2[rn]", "1282-74-2[rn]", "80529-93-7[rn]", "nsc34249", "penthamil", "zincate(3-) (n,n-bis(2-(bis(carboxymethyl)amino)ethyl)glycinato(5-))-,trisodium", "diethylenetriaminepentaacetic acid dimeglumine salt gadoliniumchelate", "technetate(1-)-99tc", "n,n-bis(2-(bis(carboxymethyl)amino)ethyl)glycine calcium trisodium salt", "acetic acid ((carboxymethylimino)bis(ethylenenitrilo))tetra-,calcium trisodiumsalt", "12153-86-5[rn]", "trisodium zinc 2-[bis[2-[bis(2-oxido-2-oxoethyl)amino]ethyl]amino]acetate", "gadolinium (bis{2-[(carboxylatomethyl)(carboxymethyl)amino]ethyl}amino)acetate -(2r,3r,4r,5s)-6-(methylamino)hexane-1,2,3,4,5-pentol (1:1:2) (non-preferred name)", "86050-77-3", "detapac", "chel 330 acid", "monaquest cai", "zndtpa", "11082-38-5[rn]", "26466-77-3[rn]", "12242-50-1[rn]", "gadopentetate dimeglumine (jan/usp)[usp][jan]", "12001-88-6[rn]", "51681-43-7[rn]", "ac1o3h7v", "ar-1l5247", "zinc trisodium dtpa", "pentetate calcium trisodium yb-169", "shl 451a", "215297-13-5[rn]", "234-305-7[einecs]", "ca-dtpa", "perma kleer", "technetate(1-)(sup99 m)tc,(n,n-bis(2-bis(carboxymethyl)amino)ethyl)glycinato(5-))- sodium", "62796-80-9", "pentacin", "12111-24-9", "technetate(1-)-99tc (n,n-bis(2-(bis(carboxymethyl)amino)ethyl)glycinato(5-))- sodium", "resovist", "6139-48-6[rn]", "zinc trisodium diethylenetriaminepentaacetate", "50884-26-9[rn]", "sodium (n,n-bis(2-bis(carboxymethyl)amino)ethyl)glycinato(5-))-technetate(1-)-(sup 99m)tc", "diethylenetriaminepentaacetic acid dimeglumine salt gadolinium chelate", "1337-58-2[rn]", "trisodium zinc dtpa", "calcium; trisodium; 2-[bis[2-[bis(2-oxido-2-oxoethyl)amino]ethyl]amino]acetate; ytterbium", "calcium trisodium salt of diethylenetriaminepentaacetic acid", "chembl1200424", "acidum gadopenteticum", "calcium trisodium diethylenetriamine pentaacetate", "pentacine", "sodium zinc 2"}|>, "4944" -> <|"DatabaseID" -> "SW02896", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 189859]}, "IsomericSmiles" -> "CNC(=O)c1cnn(c1)c2nc(c3c(n2)n(cn3)[C@H]4[C@@H]([C@@H]([C@H](O4)CO)O)O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05711"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "REGADENOSON"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219024]}, "Synonyms" -> {"regadenoson", "lexiscan", "2-[4-(methylcarbamoyl)-1h-pyrazol-1-yl]adenosine", "1-[6-amino-9-((2r,3r,4s,5r)-3,4-dihydroxy-5-hydroxymethyl-tetrahydro-furan-2-yl)-9h-purin-2-yl]-1h-pyrazole-4-carboxylic acidmethylamide", "cvt-3146", "cvt 3146;regadenoson;", "cvt 3146", "313348-27-5", "adenosine 2-[4-[(methylamino)carbonyl]-1h-pyrazol-1-yl]-", "313348-27-5[rn]", "rapiscan", "lexiscan (tn)", "regadenoson (usan/inn)", "(1-(9-(3,4-dihydroxy-5-(hydroxymethyl)oxolan-2-yl)-6-aminopurin-2-yl)pyrazol-4-yl)-n-methylcarboxamide", "adenosine 2-(4-((methylamino)carbonyl)-1h-pyrazol-1-yl)-"}|>, "4945" -> <|"DatabaseID" -> "SW02897", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15771"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 79111]}, "IsomericSmiles" -> "C[C@H]1[C@H](C[C@H]2[C@@H]1[C@@H](OC=C2C(=O)OC)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "loganin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 87691]}, "Synonyms" -> {"loganin", "chebi:15771", "1-(b-d-glucopyranosyloxy)-1,4a,5,6,7,7a-hexahydro-6-hydroxy-7-methylcyclopenta[c]pyran-4-carboxylicacid methyl ester", "242-398-0[einecs]", "ac1l3e6x", "7-hydroxy-6-desoxyverbenalin", "18524-94-2[rn]", "methyl [1s-(1?,4a?,6?,7?,7a?)]-1-(?-d-glucopyranosyloxy)-1,4a,5,6,7,7a-hexahydro-6-hydroxy-7-methylcyclopenta[c]pyran-4-carboxylate", "spectrum3_001875", "specplus_000563", "methyl-(1s,4as,6s,7r,7as)-6-hydroxy-7-methyl-1-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-1,4a,5,6,7,7a-hexahydrocyclopenta[c]pyran-4-carboxylat", "spectrum5_000628", "spectrum_001503", "spectrum4_001914", "methyl (1s,4as,6s,7r,7as)-6-hydroxy-7-methyl-1-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-1,4a,5,6,7,7a-hexahydrocyclopenta[c]pyran-4-carboxylate", "spectrum2_001637", "18524-94-2"}|>, "4946" -> <|"DatabaseID" -> "SW02898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83713]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)OC[C@@H]2[C@H]([C@@H]([C@H]([C@@H](O2)Oc3ccccc3CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "populin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92735]}, "Synonyms" -> {"populoside", "populin (8ci)", "populin", "populine", "salicin benzoate", "salicin 6'-benzoate", "ac1l3oq4", "202-737-5[einecs]", "99-17-2", "salicin", "einecs 202-737-5", "molport-006-110-516", "2-(hydroxymethyl)phenyl-b-d-glucopyranoside 6-benzoate", "ac1q60as", "99-17-2[rn]"}|>, "4947" -> <|"DatabaseID" -> "SW02899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445034]}, "IsomericSmiles" -> "c1cc(ccc1/C=C/c2cc(cc(c2)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "polydatin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281718]}, "Synonyms" -> {"polydatin", "3", "27208-80-6", "polydatin(piceid)", "65914-17-2", "resveratrol-3-b-mono-d-glucoside", "3,4',5-trihydroxystilbene-3-b-glucoside", "3-hydroxy-5-(p-hydroxystyryl)phenyl glucoside", "(3s,4r,6s)-2-{3-hydroxy-5-[(e)-2-(4-hydroxy-phenyl)-vinyl]-phenoxy}-6-((s)-(r)-1-hydroxymethyl)-tetrahydro-pyran-3,4,5-triol", "smr000466371", "resveratrol 3-beta-mono-d-glucoside", "(2s,3r,4s,5s,6r)-2-{3-hydroxy-5-[(e)-2-(4-hydroxy-phenyl)-vinyl]-phenoxy}-6-hydroxymethyl-tetrahydro-pyran-3,4,5-triol", "65914-17-2[rn]", "3,4,5-tsg", "3-hydroxy-5-[2-(4-hydroxyphenyl)ethenyl]phenyl-b-d-glucopyranoside", "27208-80-6[rn]", "piceid[wiki]", "3,5,4'-trihydroxystilbene 3-glucoside", "piceid", "(2s,3r,4s,5s,6r)-2-(3-hydroxy-5-((e)-4-hydroxystyryl)phenoxy)-6-(hydroxymethyl)tetrahydro-2h-pyran-3,4,5-triol", "polydatin - piceid"}|>, "4948" -> <|"DatabaseID" -> "SW02900", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477686]}, "IsomericSmiles" -> "CC(C)C(=O)c1c(c2c(cc(=O)oc2c3c1OC(C=C3)(C)C)c4ccccc4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuagin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319380]}, "Synonyms" -> {"mesuagin", "5-hydroxy-8,8-dimethyl-6-(2-methylpropanoyl)-4-phenyl-2h,8h-pyrano[2,3-f]chromen-2-one", "ac1nsxzs", "2h,8h-benzo[1,2-b:3,4-b']dipyran-2-one 5-hydroxy-8,8-dimethyl-6-(2-methyl-1-oxopropyl)-4-phenyl-", "5-hydroxy-6-isobutyryl-8", "lmpk12100030", "5-hydroxy-6''", "chembl198546", "5-hydroxy-6-isobutyryl-8,8-dimethyl-4-phenyl-8h-pyrano[2,3-f]chromen-2-one", "5-hydroxy-8", "chebi:429842"}|>, "4949" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4950" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4951" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4952" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4953" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4954" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4955" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4956" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4957" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4958" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4959" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4960" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4961" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4962" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4963" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4964" -> <|"DatabaseID" -> "SW02901", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136835]}, "IsomericSmiles" -> "CCC1C2C3CCC([NH+]3CCCC2OC14C=C(C(=O)O4)C)C5CC(C(=O)O5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stemonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155331]}, "Synonyms" -> {"stemonine", "69772-72-1", "spiro(furan-2(5h)", "spiro(furan-2(5h),2'-(2h)-furo(3,2-c)pyrrolo(1,2-a)azepin)-5-one 1'-ethyl-1',3'a,4',5',6',8',9',10',10'a,10'b-decahydro-4-methyl-8'-(tetrahydro-4-methyl-5-oxo-2-furanyl)-", "ac1l4e2d", "69772-72-1[rn]"}|>, "4965" -> <|"DatabaseID" -> "SW02902", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 309300]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C[C@H]1CC[C@@H]3[C@@H]2CC[C@]4([C@@]3(C[C@@H]([C@@H]4C5=CC(=O)OC5)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitoxigenin-karabin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 348482]}, "Synonyms" -> {"545-26-6", "gitoxigenin", "208-886-2[einecs]", "nsc-407807", "4-((1s,2s,5s,11s,13s,7r,10r,14r,15r)-5,11,13-trihydroxy-2,15-dimethyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-14-yl)-5-hydrofuran-2-one", "ac1l89nr", "16.beta.-hydroxydigitoxigenin", "nsc407807", "96483[beilstein]", "3-?,14,16-?-trihydroxy-5-?,14-?-card-20(22)-enolide", "d20,22-3,14,16,21-tetrahydroxynorcholenic acid lactone", "(3b,5b,16b)-3,14,16-trihydroxycard-20(22)-enolide", "16beta-hydroxydigitoxigenin", "545-26-6[rn]", "3beta", "chebi:38105", "mls002701727"}|>, "4966" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4967" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4968" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4969" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4970" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4971" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4972" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4973" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4974" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4975" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4976" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4977" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4978" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4979" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4980" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4981" -> <|"DatabaseID" -> "SW02903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252339]}, "IsomericSmiles" -> "CC12CCC3C(C1(CCC2C4=CC(=O)OC4)O)CCC5C3(CCC(C5)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coroglaucigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286248]}, "Synonyms" -> {"coroglaucigenin", "ar-1e8134", "ac1l64so", "chembl495179", "ac1q69ng", "nsc144150", "3", "468-19-9[rn]", "nsc-144150", "5.alpha.-card-20(22)-enolide", "468-19-9"}|>, "4982" -> <|"DatabaseID" -> "SW02904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49995]}, "IsomericSmiles" -> "C(CCC[NH+]=C(N)N)CCC(=O)NC(C(=O)NCCCC[NH2+]CCC[NH3+])O", "OfficialNames" -> <|"NPC Approved Name" -> "gusperimus"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55362]}, "Synonyms" -> {"deoxyspergualin", "heptanamide 7-(aminoiminomethyl)amino-n-2-[4-(3-aminopropylamino-butyl)amino)]-1-hydroxy-2-oxoethyl-", "15-deoxyspergualin", "1-amino-19-guanidino-11-hydroxy-4,9,12-triazanonadecane-10,13-dione", "ac1q5pcx", "15-deoxyspergulin", "7-guanidino-heptanoic acid{[4-(3-amino-propylamino)-butylcarbamoyl]-hydroxy-methyl}-amide", "98629-43-7[rn]", "n-[2-({4-[(3-aminopropyl)amino]butyl}amino)-1-hydroxy-2-oxoethyl]-7-carbamimidamidoheptanamide", "gusperimus[wiki]", "gusperimus", "heptanamide 7-[(aminoiminomethyl)amino]-n-[2-[[4-[(3-aminopropyl)amino]butyl]amino]-1-hydroxy-2-oxoethyl]-", "gusperimus (inn)", "89149-10-0[rn]", "104317-84-2[rn]", "spergualin 15-deoxy", "heptanamide 7-((aminoiminomethyl)amino)-n-(2-((4-((3-aminopropyl)amino)butyl)amino)-1-hydroxy-2-oxoethyl)-", "gusperimus [inn]", "ncgc00183869-01", "104317-84-2", "nsc356894", "ac1l1ixj"}|>, "4983" -> <|"DatabaseID" -> "SW02904", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49995]}, "IsomericSmiles" -> "C(CCC[NH+]=C(N)N)CCC(=O)NC(C(=O)NCCCC[NH2+]CCC[NH3+])O", "OfficialNames" -> <|"NPC Approved Name" -> "gusperimus"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55362]}, "Synonyms" -> {"deoxyspergualin", "heptanamide 7-(aminoiminomethyl)amino-n-2-[4-(3-aminopropylamino-butyl)amino)]-1-hydroxy-2-oxoethyl-", "15-deoxyspergualin", "1-amino-19-guanidino-11-hydroxy-4,9,12-triazanonadecane-10,13-dione", "ac1q5pcx", "15-deoxyspergulin", "7-guanidino-heptanoic acid{[4-(3-amino-propylamino)-butylcarbamoyl]-hydroxy-methyl}-amide", "98629-43-7[rn]", "n-[2-({4-[(3-aminopropyl)amino]butyl}amino)-1-hydroxy-2-oxoethyl]-7-carbamimidamidoheptanamide", "gusperimus[wiki]", "gusperimus", "heptanamide 7-[(aminoiminomethyl)amino]-n-[2-[[4-[(3-aminopropyl)amino]butyl]amino]-1-hydroxy-2-oxoethyl]-", "gusperimus (inn)", "89149-10-0[rn]", "104317-84-2[rn]", "spergualin 15-deoxy", "heptanamide 7-((aminoiminomethyl)amino)-n-(2-((4-((3-aminopropyl)amino)butyl)amino)-1-hydroxy-2-oxoethyl)-", "gusperimus [inn]", "ncgc00183869-01", "104317-84-2", "nsc356894", "ac1l1ixj"}|>, "4984" -> <|"DatabaseID" -> "SW02905", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34911"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 36845]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04930"]}, "IsomericSmiles" -> "CC1(C(C1C(=O)OCc2cccc(c2)Oc3ccccc3)C=C(Cl)Cl)C", "OfficialNames" -> <|"Indian Approved Name" -> "permethrin", "WHO Essential Medicine" -> "permethrin", "Australia Approved Name" -> "PERMETHRIN", "FDA Approved Drug" -> "PERMETHRIN"|>, "PharmGKBID" -> "PA164743137", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 40326]}, "Synonyms" -> {"permethrin", "elimite", "perfoam", "nix", "m-phenoxybenzyl 3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate", "(3-phenoxyphenyl)methyl 3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropane-1-carboxylate", "sodium channel protein brain i subunit alpha", "(+-)-trans-permethrin", "kestrel", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylic acid (3-phenoxyphenyl)methyl ester", "peregin", "ectiban", "outflank", "actiban", "ipitox", "(3-phenoxyphenyl)methyl 3-(2,2-dichlorethenyl)-2,2-dimethylcyclopropanecarboxylate", "bematin 987", "peregin w", "permanone 80", "pertox", "talcord", "stomoxin", "permasect", "(+)-trans-permethrin", "permethrine", "3-phenoxybenzyl-3-(2,2-dichlorvinyl)-2,2-dimethylcyclopropancarboxylat", "picket", "57608-04-5[rn]", "mitin bc", "picket g", "sodium channel protein type i subunit alpha", "perigen w", "kafil", "bw-21-z", "pounce", "cooper", "matadan", "coopex", "1rs-trans-permethrin", "voltage-gated sodium channel subunit alpha nav1.1", "acticin", "outflank-stockade", "sbp 15131tec", "diffusil h", "pramex", "le 79-519", "dragnet ft", "eksmin", "exsmin", "ambush", "ecsumin", "imperator", "nix cream rinse", "corsair[wiki]", "(+-)-cis-permethrin", "(3-phenoxyphenyl)methyl 3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate", "cyclopropanecarboxylic acid 3-(2,2-dichloroethenyl)-2,2-dimethyl- (3-phenoxyphenyl)methyl ester", "antiborer", "l3tj a1 a1 bvo1r cor&& c1uygg[wln]", "258-067-9[einecs]", "chinetrin", "sbp-1513tec", "kaleait", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylic acid(3-phenoxyphenyl)methylester", "insorbcid mp", "3-phenoxybenzyl 3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate[acd/iupac name]", "transpermethrin [iso]", "anomethrin n", "mp79", "permasect-25ec", "kudos", "3-phenoxybenzyl-3-(2,2-dichlorethenyl)-2,2-dimethylcyclopropancarboxylat", "efmethrin", "stomozan", "3-phenoxybenzyl 3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylate", "kavil", "3-phenoxybenzyl (1rs)-cis-trans-3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate", "52645-53-1[rn]", "cosair", "pynosect", "expar", "permethrine[french][iso]", "[3-(phenyloxy)phenyl]methyl3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylate", "transpermethrin", "anomethrin", "quamlin", "elimite cream", "antiborer 3768", "persect", "lyclear", "3-phenoxybenzyl 2,2-dimethyl-3-(2,2-dichlorovinyl)cyclopropanecarboxylate", "acticin cream", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylic acid(3-phenoxyphenyl)methyl ester", "dragnet", "1rs", "exmin", "ridect pour-on", "perigen", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropane carboxylic acid (3-phenoxyphenyl) methylester", "ambushfog", "permethrin[wiki]", "ici-pp 557", "stomoxi", "indothrin", "perthrine", "stomoxin p"}|>, "4985" -> <|"DatabaseID" -> "SW02905", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34911"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 36845]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04930"]}, "IsomericSmiles" -> "CC1(C(C1C(=O)OCc2cccc(c2)Oc3ccccc3)C=C(Cl)Cl)C", "OfficialNames" -> <|"Indian Approved Name" -> "permethrin", "WHO Essential Medicine" -> "permethrin", "Australia Approved Name" -> "PERMETHRIN", "FDA Approved Drug" -> "PERMETHRIN"|>, "PharmGKBID" -> "PA164743137", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 40326]}, "Synonyms" -> {"permethrin", "elimite", "perfoam", "nix", "m-phenoxybenzyl 3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate", "(3-phenoxyphenyl)methyl 3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropane-1-carboxylate", "sodium channel protein brain i subunit alpha", "(+-)-trans-permethrin", "kestrel", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylic acid (3-phenoxyphenyl)methyl ester", "peregin", "ectiban", "outflank", "actiban", "ipitox", "(3-phenoxyphenyl)methyl 3-(2,2-dichlorethenyl)-2,2-dimethylcyclopropanecarboxylate", "bematin 987", "peregin w", "permanone 80", "pertox", "talcord", "stomoxin", "permasect", "(+)-trans-permethrin", "permethrine", "3-phenoxybenzyl-3-(2,2-dichlorvinyl)-2,2-dimethylcyclopropancarboxylat", "picket", "57608-04-5[rn]", "mitin bc", "picket g", "sodium channel protein type i subunit alpha", "perigen w", "kafil", "bw-21-z", "pounce", "cooper", "matadan", "coopex", "1rs-trans-permethrin", "voltage-gated sodium channel subunit alpha nav1.1", "acticin", "outflank-stockade", "sbp 15131tec", "diffusil h", "pramex", "le 79-519", "dragnet ft", "eksmin", "exsmin", "ambush", "ecsumin", "imperator", "nix cream rinse", "corsair[wiki]", "(+-)-cis-permethrin", "(3-phenoxyphenyl)methyl 3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate", "cyclopropanecarboxylic acid 3-(2,2-dichloroethenyl)-2,2-dimethyl- (3-phenoxyphenyl)methyl ester", "antiborer", "l3tj a1 a1 bvo1r cor&& c1uygg[wln]", "258-067-9[einecs]", "chinetrin", "sbp-1513tec", "kaleait", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylic acid(3-phenoxyphenyl)methylester", "insorbcid mp", "3-phenoxybenzyl 3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate[acd/iupac name]", "transpermethrin [iso]", "anomethrin n", "mp79", "permasect-25ec", "kudos", "3-phenoxybenzyl-3-(2,2-dichlorethenyl)-2,2-dimethylcyclopropancarboxylat", "efmethrin", "stomozan", "3-phenoxybenzyl 3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylate", "kavil", "3-phenoxybenzyl (1rs)-cis-trans-3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate", "52645-53-1[rn]", "cosair", "pynosect", "expar", "permethrine[french][iso]", "[3-(phenyloxy)phenyl]methyl3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylate", "transpermethrin", "anomethrin", "quamlin", "elimite cream", "antiborer 3768", "persect", "lyclear", "3-phenoxybenzyl 2,2-dimethyl-3-(2,2-dichlorovinyl)cyclopropanecarboxylate", "acticin cream", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylic acid(3-phenoxyphenyl)methyl ester", "dragnet", "1rs", "exmin", "ridect pour-on", "perigen", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropane carboxylic acid (3-phenoxyphenyl) methylester", "ambushfog", "permethrin[wiki]", "ici-pp 557", "stomoxi", "indothrin", "perthrine", "stomoxin p"}|>, "4986" -> <|"DatabaseID" -> "SW02905", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34911"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 36845]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04930"]}, "IsomericSmiles" -> "CC1(C(C1C(=O)OCc2cccc(c2)Oc3ccccc3)C=C(Cl)Cl)C", "OfficialNames" -> <|"Indian Approved Name" -> "permethrin", "WHO Essential Medicine" -> "permethrin", "Australia Approved Name" -> "PERMETHRIN", "FDA Approved Drug" -> "PERMETHRIN"|>, "PharmGKBID" -> "PA164743137", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 40326]}, "Synonyms" -> {"permethrin", "elimite", "perfoam", "nix", "m-phenoxybenzyl 3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate", "(3-phenoxyphenyl)methyl 3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropane-1-carboxylate", "sodium channel protein brain i subunit alpha", "(+-)-trans-permethrin", "kestrel", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylic acid (3-phenoxyphenyl)methyl ester", "peregin", "ectiban", "outflank", "actiban", "ipitox", "(3-phenoxyphenyl)methyl 3-(2,2-dichlorethenyl)-2,2-dimethylcyclopropanecarboxylate", "bematin 987", "peregin w", "permanone 80", "pertox", "talcord", "stomoxin", "permasect", "(+)-trans-permethrin", "permethrine", "3-phenoxybenzyl-3-(2,2-dichlorvinyl)-2,2-dimethylcyclopropancarboxylat", "picket", "57608-04-5[rn]", "mitin bc", "picket g", "sodium channel protein type i subunit alpha", "perigen w", "kafil", "bw-21-z", "pounce", "cooper", "matadan", "coopex", "1rs-trans-permethrin", "voltage-gated sodium channel subunit alpha nav1.1", "acticin", "outflank-stockade", "sbp 15131tec", "diffusil h", "pramex", "le 79-519", "dragnet ft", "eksmin", "exsmin", "ambush", "ecsumin", "imperator", "nix cream rinse", "corsair[wiki]", "(+-)-cis-permethrin", "(3-phenoxyphenyl)methyl 3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate", "cyclopropanecarboxylic acid 3-(2,2-dichloroethenyl)-2,2-dimethyl- (3-phenoxyphenyl)methyl ester", "antiborer", "l3tj a1 a1 bvo1r cor&& c1uygg[wln]", "258-067-9[einecs]", "chinetrin", "sbp-1513tec", "kaleait", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylic acid(3-phenoxyphenyl)methylester", "insorbcid mp", "3-phenoxybenzyl 3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate[acd/iupac name]", "transpermethrin [iso]", "anomethrin n", "mp79", "permasect-25ec", "kudos", "3-phenoxybenzyl-3-(2,2-dichlorethenyl)-2,2-dimethylcyclopropancarboxylat", "efmethrin", "stomozan", "3-phenoxybenzyl 3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylate", "kavil", "3-phenoxybenzyl (1rs)-cis-trans-3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate", "52645-53-1[rn]", "cosair", "pynosect", "expar", "permethrine[french][iso]", "[3-(phenyloxy)phenyl]methyl3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylate", "transpermethrin", "anomethrin", "quamlin", "elimite cream", "antiborer 3768", "persect", "lyclear", "3-phenoxybenzyl 2,2-dimethyl-3-(2,2-dichlorovinyl)cyclopropanecarboxylate", "acticin cream", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylic acid(3-phenoxyphenyl)methyl ester", "dragnet", "1rs", "exmin", "ridect pour-on", "perigen", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropane carboxylic acid (3-phenoxyphenyl) methylester", "ambushfog", "permethrin[wiki]", "ici-pp 557", "stomoxi", "indothrin", "perthrine", "stomoxin p"}|>, "4987" -> <|"DatabaseID" -> "SW02905", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34911"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 36845]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04930"]}, "IsomericSmiles" -> "CC1(C(C1C(=O)OCc2cccc(c2)Oc3ccccc3)C=C(Cl)Cl)C", "OfficialNames" -> <|"Indian Approved Name" -> "permethrin", "WHO Essential Medicine" -> "permethrin", "Australia Approved Name" -> "PERMETHRIN", "FDA Approved Drug" -> "PERMETHRIN"|>, "PharmGKBID" -> "PA164743137", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 40326]}, "Synonyms" -> {"permethrin", "elimite", "perfoam", "nix", "m-phenoxybenzyl 3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate", "(3-phenoxyphenyl)methyl 3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropane-1-carboxylate", "sodium channel protein brain i subunit alpha", "(+-)-trans-permethrin", "kestrel", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylic acid (3-phenoxyphenyl)methyl ester", "peregin", "ectiban", "outflank", "actiban", "ipitox", "(3-phenoxyphenyl)methyl 3-(2,2-dichlorethenyl)-2,2-dimethylcyclopropanecarboxylate", "bematin 987", "peregin w", "permanone 80", "pertox", "talcord", "stomoxin", "permasect", "(+)-trans-permethrin", "permethrine", "3-phenoxybenzyl-3-(2,2-dichlorvinyl)-2,2-dimethylcyclopropancarboxylat", "picket", "57608-04-5[rn]", "mitin bc", "picket g", "sodium channel protein type i subunit alpha", "perigen w", "kafil", "bw-21-z", "pounce", "cooper", "matadan", "coopex", "1rs-trans-permethrin", "voltage-gated sodium channel subunit alpha nav1.1", "acticin", "outflank-stockade", "sbp 15131tec", "diffusil h", "pramex", "le 79-519", "dragnet ft", "eksmin", "exsmin", "ambush", "ecsumin", "imperator", "nix cream rinse", "corsair[wiki]", "(+-)-cis-permethrin", "(3-phenoxyphenyl)methyl 3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate", "cyclopropanecarboxylic acid 3-(2,2-dichloroethenyl)-2,2-dimethyl- (3-phenoxyphenyl)methyl ester", "antiborer", "l3tj a1 a1 bvo1r cor&& c1uygg[wln]", "258-067-9[einecs]", "chinetrin", "sbp-1513tec", "kaleait", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylic acid(3-phenoxyphenyl)methylester", "insorbcid mp", "3-phenoxybenzyl 3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate[acd/iupac name]", "transpermethrin [iso]", "anomethrin n", "mp79", "permasect-25ec", "kudos", "3-phenoxybenzyl-3-(2,2-dichlorethenyl)-2,2-dimethylcyclopropancarboxylat", "efmethrin", "stomozan", "3-phenoxybenzyl 3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylate", "kavil", "3-phenoxybenzyl (1rs)-cis-trans-3-(2,2-dichlorovinyl)-2,2-dimethylcyclopropanecarboxylate", "52645-53-1[rn]", "cosair", "pynosect", "expar", "permethrine[french][iso]", "[3-(phenyloxy)phenyl]methyl3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylate", "transpermethrin", "anomethrin", "quamlin", "elimite cream", "antiborer 3768", "persect", "lyclear", "3-phenoxybenzyl 2,2-dimethyl-3-(2,2-dichlorovinyl)cyclopropanecarboxylate", "acticin cream", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropanecarboxylic acid(3-phenoxyphenyl)methyl ester", "dragnet", "1rs", "exmin", "ridect pour-on", "perigen", "3-(2,2-dichloroethenyl)-2,2-dimethylcyclopropane carboxylic acid (3-phenoxyphenyl) methylester", "ambushfog", "permethrin[wiki]", "ici-pp 557", "stomoxi", "indothrin", "perthrine", "stomoxin p"}|>, "4988" -> <|"DatabaseID" -> "SW02906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10122984]}, "IsomericSmiles" -> "C[C@@]1(C[C@H]([C@H]2[C@@H]1[C@@H](OC=C2C(=O)[O-])O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "shanzhiside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11948668]}, "Synonyms" -> {"shanzhiside", "c17066", "chembl518392"}|>, "4989" -> <|"DatabaseID" -> "SW02907", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7997598]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@@]2([C@H]3CC[C@]4([C@H]([C@@H]3CC=C2C1)CC=C4c5cccnc5)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09701"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ABIRATERONE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9821849]}, "Synonyms" -> {"abiraterone acetate", "zytiga", "cb 7630", "abiraterone acetate (cb7630)", "abiraterone acetate [usan]", "154229-18-2[rn]", "17-(3-pyridyl)androsta-5", "cb-7630", "ncgc00186462-01", "abiraterone acetate (usan)", "[h][c@@]12cc=c(c3=cc=cn=c3)[c@@]1(c)cc[c@@]1([h])[c@@]2([h])cc=c2c[c@@h](o)cc[c@]12c", "androsta-5", "(1s,2r,5s,10r,11s,15s)-2,15-dimethyl-14-(pyridin-3-yl)tetracyclo[8.7.0.02,7.011,15]heptadeca-7,13-dien-5-ylacetate", "154229-18-2"}|>, "4990" -> <|"DatabaseID" -> "SW02908", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9907"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29131]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01586"]}, "IsomericSmiles" -> "C[C@H](CCC(=O)[O-])[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2[C@H](C[C@H]4[C@@]3(CC[C@H](C4)O)C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00734"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ursodeoxycholic acid;ursodiol", "Traditional Herbal Isolate" -> "5-beta-cholanic acid", "Australia Approved Name" -> "URSODEOXYCHOLIC ACID", "FDA Approved Drug" -> "URSODIOL"|>, "PharmGKBID" -> "PA451837", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31401]}, "Synonyms" -> {"urso", "ursochol", "delursan", "ursolvan", "destolit", "actigall", "ursodeoxycholic acid", "ursodiol", "udcs", "deursil", "urso 250", "peptarom", "lyeton", "antigall", "arsacol", "cholit-ursan", "iso-ursodeoxycholic acid", "ursodesoxycholic acid", "solutrat", "ursodamor", "ursofalk", "ursobilin", "litursol", "ursacol", "urso ds", "urso forte", "4-10-00-01604 (beilstein handbook reference)[beilstein]", "ec 1.3.1.20", "3-alpha,7-beta-dioxycholanic acid", "actigall[wiki]", "chenodeoxycholic acid", "ursodeoxycholate", "acido ursodeoxicolico[spanish][inn]", "3a,7b-dioxycholanic acid", "7beta-hydroxylithocholic acid", "3alpha,7beta-dihydroxy-5beta-cholan-24-oic acid", "ec 1.1.1.213", "acido ursodeoxicolico [inn-spanish]", "dd/babp", "u-9000", "(3alpha,5beta,7beta)-3,7-dihydroxycholan-24-oic acid", "3219888[beilstein]", "cholan-24-oic acid 3,7-dihydroxy- (3a,5b,7b,8x)-", "7-beta-hydroxylithocholic acid", "ec 1.-.-.-", "3-alpha,7-beta-dihydroxycholanic acid", "ursodeoxycholic acid[jp15]", "3-alpha,7-beta-dihydroxy-5-beta-cholanoic acid", "(4r)-4-[(3r,5s,7s,8r,9s,10s,13r,14s,17r)-3,7-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]pentanoicacid", "trans-1,2- dihydrobenzene-1,2-diol dehydrogenase", "3-alpha-hsd3", "iu5", "urso (tn)", "5beta-cholan-24-oic acid-3alpha,7beta-diol", "(3a,5b,7b)-3,7-dihydroxycholan-24-oic acid", "acido ursodeossicolico [italian]", "(3a,5b,7b)-3,7-dihydroxy-cholan-24-oic acid", "dd2", "(4r)-4-[(3r,5s,7s,8s,9s,10s,13r,14s,17r)-3,7-dihydroxy-10,13-dimethyl-2,3,4,5,6,7,8,9,11,12,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]pentanoicacid", "ursocholic acid deoxy-", "pms-ursodiol c", "acidum ursodeoxycholicum[latin]", "17b-(1-methyl-3-carboxypropyl)etiocholane-3a,7b-diol", "dom-ursodiol c", "204-879-3[einecs]", "antigall (tn)", "3a,7b-dihydroxy-5b-cholan-24-oic acid", "phl-ursodiol c", "(3a,5b,7b,8x)-3,7-dihydroxycholan-24-oic acid", "ursodeoxycholoc acid", "dihydrodiol dehydrogenase 2", "ursodiol[wiki][usp]", "(r)-4-((3r,5s,7s,8r,9s,10s,13r,14s,17r)-3,7-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl)pentanoicacid", "ursofalk[wiki]", "ursodeoxycholic acid;udca;ursosan;ursofalk;urso forte;udiliv;actigal urso", "acide ursodesoxycholique [inn-french]", "chlordecone reductase homolog hakrd", "128-13-2[rn]", "acidum ursodeoxycholicum [inn-latin]", "dihydrodiol dehydrogenase/bile acid-binding protein", "5b-cholanic acid-3a,7a-diol", "acido ursodeossicolico[italian]", "acide ursodesoxycholique[french][inn]", "type iii 3- alpha-hydroxysteroid dehydrogenase", "3,7-dihydroxycholan-24-oic acid[acd/iupac name]", "3,7-dihydroxycholan-24-oic acid"}|>, "4991" -> <|"DatabaseID" -> "SW02909", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16755"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9728]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06777"]}, "IsomericSmiles" -> "C[C@H](CCC(=O)[O-])[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2[C@@H](C[C@H]4[C@@]3(CC[C@H](C4)O)C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00163"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CHENODIOL"|>, "PharmGKBID" -> "PA165958403", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10133]}, "Synonyms" -> {"chenix", "chenodeoxycholic acid", "chenodiol", "chenodesoxycholic acid", "gallodesoxycholic acid", "chenic acid", "cdca", "chenodiol;chenodesoxycholic acid;chenocholic acid", "17b-(1-methyl-3-carboxypropyl)etiocholane-3a,7a-diol", "acide chenodeoxycholique[french][inn]", "(4r)-4-[(3r,5s,7r,8r,9s,10s,13r,14s,17r)-3,7-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]pentanoicacid", "chenodeoxycholate", "anthropododesoxycholic acid", "(4r)-4-((1s,2s,7s,11s,5r,9r,10r,14r,15r)-5,9-dihydroxy-2,15-dimethyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-14-yl)pentanoicacid", "cholan-24-oic acid 3,7-dihydroxy- (3a,5b,7a,8x)-", "cdc", "3a,7a-dihydroxy-5b-cholan-24-oic acid", "474-25-9[rn]", "chenocholic acid", "c-2900", "128-13-2[rn]", "rxr-interacting protein 14", "3a,7a-dihydroxy-5b-cholanic acid", "(4r)-4-((1s,2s,7s,11s,5r,9r,10r,14r,15r)-5,9-dihydroxy-2,15-dimethyltetracyclo [8.7.0.0<2,7>.0<11,15>]heptadec-14-yl)pentanoicacid", "3219887[beilstein]", "chenodal", "acido chenodeoxicholico[spanish][inn]", "fluibil", "(3a,5b,7a)-3,7-dihydroxycholan-24-oic acid", "chenodiol[usan]", "chendol[wiki]", "(3a,5b,7a)-3,7-dihydroxy-cholan-24-oic acid", "(4r)-4-[(3r,5s,7r,8s,9s,10s,13r,14s,17r)-3,7-dihydroxy-10,13-dimethyl-2,3,4,5,6,7,8,9,11,12,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]pentanoicacid", "chenofalk", "chendol", "anthropodeoxycholic acid", "207-481-8[einecs]", "acidum chenodeoxycholicum[latin]", "anthropodesoxycholic acid", "farnesoid x-activated receptor", "farnesol receptor hrr-1", "retinoid x receptor-interacting protein 14", "(3a,5b,7a,8x)-3,7-dihydroxycholan-24-oic acid", "chenodeoxycholic acid[wiki][jp15]", "chenodesoxycholsaeure[german]"}|>, "4992" -> <|"DatabaseID" -> "SW02910", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28834"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 193196]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "07690"]}, "IsomericSmiles" -> "C[C@H](CCC(=O)[O-])[C@H]1CC[C@@H]2[C@@]1([C@H](C[C@H]3[C@H]2CC[C@H]4[C@@]3(CC[C@H](C4)O)C)O)C", "OfficialNames" -> <|"NPC Approved Name" -> "3-hydroxy-polydeoxycholic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222528]}, "Synonyms" -> {"7-deoxycholic acid", "desoxycholic acid", "deoxycholic acid", "choleic acid", "desoxycholsaeure", "dihydroxycholanoic acid", "droxolan", "deoxycholatic acid", "201-478-5[einecs]", "cholic acid deoxy-", "(r)-4-((3r,5r,8r,9s,10s,12s,13r,14s,17r)-3,12-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl)pentanoic acid", "oxidase aa(3) subunit 2", "dxc", "dho", "(4r)-4-[(3r,5r,8r,9s,10s,12s,13r,14s,17r)-3,12-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]pentanoic acid", "3-hydroxy-polydeoxycholic acid", "degalol", "4-(3,12-dihydroxy-10,13-dimethyl-hexadecahydro-cyclopenta[a]phenanthren-17-yl)-pentanoic acid", "(3alpha,5beta,12alpha)-3,12-dihydroxycholan-24-oic acid", "(r)-4-((3r,5r,8r,9s,10s,12s,13r,14s,17r)-3,12-dihydroxy-10,13-dimethyl-hexadecahydro-cyclopenta[a]phenanthren-17-yl)-pentanoicacid", "17b-(1-methyl-3-carboxypropyl)etiocholane-3a,12a-diol", "cytochrome c oxidase polypeptide ii", "cholerebic", "desoxycholsaeure[german]", "deoxy cholic acid", "septochol", "deoxycholicacid", "(4r)-4-((1s,2s,11s,16s,5r,7r,10r,14r,15r)-5,16-dihydroxy-2,15-dimethyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-14-yl)pentanoic acid", "deoxycholate", "cytochrome aa3 subunit 2", "83-44-3[rn]", "pyrochol", "o-deoxycholic acid", "7alpha-deoxycholic acid", "5b-cholanic acid-3a,12a-diol", "deoxy-cholic acid", "5b-deoxycholic acid", "3,12-dihydroxycholanic acid", "83-44-3", "3219882[beilstein]", "(4r)-4-((1s,2s,11s,16s,5r,7r,10r,14r,15r)-5,16-dihydroxy-2,15-dimethyltetracyc lo[8.7.0.0<2,7>.0<11,15>]heptadec-14-yl)pentanoic acid", "302-95-4[rn]", "(4r)-4-[(1s,2s,5r,7r,10r,11s,14r,15r,16s)-5,16-dihydroxy-2,15-dimethyltetracyclo[8.7.0.02,7.011,15]heptadecan-14-yl]pentanoicacid", "(3a,5b,12a)-3,12-dihydroxy-5-cholan-24-oic acid", "(3alpha"}|>, "4993" -> <|"DatabaseID" -> "SW02911", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83334], ExternalIdentifier["ChemSpiderID", 151524]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00737"]}, "IsomericSmiles" -> "Cc1cccc(c1)C[NH+]2CCN(CC2)C(c3ccccc3)c4ccc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01317"]}, "OfficialNames" -> <|"Indian Approved Name" -> "meclizine hcl", "FDA Approved Drug" -> "MECLIZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450338", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92303], ExternalIdentifier["PubChemCompoundID", 4034]}, "Synonyms" -> {"meclizine hcl", "meclizine hydrochloride", "antivert", "parachloramine", "bonadettes", "histamethizine", "histametizyne", "chiclida", "meclizine", "bonine", "histametizine", "meclozine", "histamethine", "sea-legs", "bonamine", "dramamine", "medivert", "neo-suprimal", "peremesin", "diadril", "antivert/25", "neo-suprimel", "monamine", "dramamine ii", "sabari", "postafene", "vomissels", "antivert/50", "marex", "suprimal", "subari", "siguran", "neo-istafene", "antivert tab (meclizine hydrochloride + nicotinic acid)_mixture", "ancolan", "veritab", "travelon", "calmonal", "ancolon", "meclicot", "bonadoxin", "navicalm", "vomisseis", "ravelon", "itinerol", "olopatadine hydrochloride", "smr000058736", "1-[(4-chlorophenyl)(phenyl)methyl]-4-(3-methylbenzyl)piperazinehydrochloride", "1-[(4-chlorophenyl)phenylmethyl]-4-[(3-methylphenyl)methyl]piperazine chloride", "piperazine 1-((4-chlorophenyl)phenylmethyl)-4-((3-methylphenyl)methyl)- dihydrochloride,monohydrate", "1-[(4-chlorphenyl)(phenyl)methyl]-4-(3-methylbenzyl)piperazinhydrochlorid", "piperazine 1-[(4-chlorophenyl)phenylmethyl]-4-[(3-methylphenyl)methyl]- monohydrochloride", "1-[(4-chlorophenyl)phenylmethyl]-4-[(3-methylphenyl)methyl]piperazine", "einecs 252-932-4", "sbb058162", "antivert (tn)", "piperazine 1-[(4-chlorophenyl)phenylmethyl]-4-[(3-methylphenyl)methyl]- hydrochloride (1:1)", "1-[(4-chlorophenyl)(phenyl)methyl]-4-(3-methylbenzyl)piperazinehydrochloride (1:1)[acd/iupac name]", "meclizine hydrochloride anhydrous", "36236-67-6[rn]", "1-(p-chloro-alpha-phenylbenzyl)-4-(m-methylbenzyl)piperazine hydrochloride", "meclozine hydrochloride", "569-65-3 (parent)", "meclizine hydrochloride [usan:jan][jan][usan]", "piperazine", "1104-22-9[rn]", "1-((4-chlorophenyl)benzyl)-4-((m-tolyl)methyl)piperazine hydrochloride", "1-[(4-chlorophenyl)phenylmethyl]-4-[(3-methylphenyl)methyl]piperazine chlorid e", "252-932-4[einecs]"}|>, "4994" -> <|"DatabaseID" -> "SW02911", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83334], ExternalIdentifier["ChemSpiderID", 151524]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00737"]}, "IsomericSmiles" -> "Cc1cccc(c1)C[NH+]2CCN(CC2)C(c3ccccc3)c4ccc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01317"]}, "OfficialNames" -> <|"Indian Approved Name" -> "meclizine hcl", "FDA Approved Drug" -> "MECLIZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450338", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92303], ExternalIdentifier["PubChemCompoundID", 4034]}, "Synonyms" -> {"meclizine hcl", "meclizine hydrochloride", "antivert", "parachloramine", "bonadettes", "histamethizine", "histametizyne", "chiclida", "meclizine", "bonine", "histametizine", "meclozine", "histamethine", "sea-legs", "bonamine", "dramamine", "medivert", "neo-suprimal", "peremesin", "diadril", "antivert/25", "neo-suprimel", "monamine", "dramamine ii", "sabari", "postafene", "vomissels", "antivert/50", "marex", "suprimal", "subari", "siguran", "neo-istafene", "antivert tab (meclizine hydrochloride + nicotinic acid)_mixture", "ancolan", "veritab", "travelon", "calmonal", "ancolon", "meclicot", "bonadoxin", "navicalm", "vomisseis", "ravelon", "itinerol", "olopatadine hydrochloride", "smr000058736", "1-[(4-chlorophenyl)(phenyl)methyl]-4-(3-methylbenzyl)piperazinehydrochloride", "1-[(4-chlorophenyl)phenylmethyl]-4-[(3-methylphenyl)methyl]piperazine chloride", "piperazine 1-((4-chlorophenyl)phenylmethyl)-4-((3-methylphenyl)methyl)- dihydrochloride,monohydrate", "1-[(4-chlorphenyl)(phenyl)methyl]-4-(3-methylbenzyl)piperazinhydrochlorid", "piperazine 1-[(4-chlorophenyl)phenylmethyl]-4-[(3-methylphenyl)methyl]- monohydrochloride", "1-[(4-chlorophenyl)phenylmethyl]-4-[(3-methylphenyl)methyl]piperazine", "einecs 252-932-4", "sbb058162", "antivert (tn)", "piperazine 1-[(4-chlorophenyl)phenylmethyl]-4-[(3-methylphenyl)methyl]- hydrochloride (1:1)", "1-[(4-chlorophenyl)(phenyl)methyl]-4-(3-methylbenzyl)piperazinehydrochloride (1:1)[acd/iupac name]", "meclizine hydrochloride anhydrous", "36236-67-6[rn]", "1-(p-chloro-alpha-phenylbenzyl)-4-(m-methylbenzyl)piperazine hydrochloride", "meclozine hydrochloride", "569-65-3 (parent)", "meclizine hydrochloride [usan:jan][jan][usan]", "piperazine", "1104-22-9[rn]", "1-((4-chlorophenyl)benzyl)-4-((m-tolyl)methyl)piperazine hydrochloride", "1-[(4-chlorophenyl)phenylmethyl]-4-[(3-methylphenyl)methyl]piperazine chlorid e", "252-932-4[einecs]"}|>, "4995" -> <|"DatabaseID" -> "SW02912", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9212"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54517]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01208"]}, "IsomericSmiles" -> "C[C@@H]1CN(C[C@@H]([NH2+]1)C)c2c(c(c3c(c2F)n(cc(c3=O)C(=O)[O-])C4CC4)N)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00590"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sparfloxacin", "FDA Approved Drug" -> "SPARFLOXACIN"|>, "PharmGKBID" -> "PA451472", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60464]}, "Synonyms" -> {"sparfloxacin", "zagam", "spara", "spfx", "5-azanyl-1-cyclopropyl-7-[(3s,5r)-3,5-dimethylpiperazin-1-yl]-6,8-bis(fluoranyl)-4-oxidanylidene-quinoline-3-carboxylic acid", "3-quinolinecarboxylic acid,5-amino-1-cyclopropyl-7-[(3r,5s)-3,5-dimethyl-1-piperazinyl]-6,8-difluoro-1,4-dihydro-4-oxo-", "110871-86-8[rn]", "liposome-encapsulated sparfloxacin", "(cis)-5-amino-1-cyclopropyl-7-(3,5-dimethyl-1-piperazinyl)-6,8-difluoro-1,4-dihydro-4-oxo-3-quinolinecarboxylic acid", "spara;", "dna topoisomerase ii alpha isozyme", "5-amino-1-cyclopropyl-7-(cis-3,5-dimethyl-1-piperazinyl)-6,8-difluoro-1,4-dihydro-4-oxo-3-quinolinecarboxylic acid", "ci-978", "3658018[beilstein]", "5-amino-1-cyclopropyl-7-((3s,5r)-3,5-dimethyl-piperazin-1-yl)-6,8-difluoro-4-oxo-1,4-dihydro-quinoline-3-carboxylic acid", "esparfloxacino", "3-quinolinecarboxylic acid,5-amino-1-cyclopropyl-7-(3,5-dimethyl-1-piperazinyl)-6,8-difluoro-1,4-dihydro-4-oxo- cis-", "sparfloxacinum[latin]", "5-amino-1-cyclopropyl-7-((3r,5s)-3,5-dimethylpiperazin-1-yl)-6,8-difluoro-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "sparfloxacin[wiki]", "3-quinolinecarboxylic acid,1,4-dihydro-5-amino-1-cyclopropyl-6,8-difluoro-7-(3,5-dimethyl-1-piperazinyl)-4-oxo- cis-", "5-amino-1-cyclopropyl-7-[(3r,5s)-3,5-dimethylpiperazin-1-yl]-6,8-difluoro-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "5-amino-1-cyclopropyl-7-(cis-3,5-dimethyl)-6,8- difluoro-1,4-dihydro-4-oxo-3-quinolinecarboxylic acid & ru 40555", "5-amino-1-cyclopropyl-7-[(3s,5r)-3,5-dimethyl-1-piperazinyl]-6,8-difluoro-4-oxo-3-quinolinecarboxylic acid", "sparfloxacin (jan/usan)[jan][usan]", "ci 978", "pd131501", "sparfloxacinum", "esparfloxacino[spanish][inn]", "sparfloxacine", "at-4140", "111542-93-9[rn]", "ec 5.99.1.3", "spara;zagam", "5-amino-1-cyclopropyl-7-[(3r,5s)-3,5-dimethyl-1-piperazinyl]-6,8-difluoro-4-oxo-1,4-dihydro-3-quinolinecarboxylic acid[acd/iupac name]", "zagam (tn)", "5-amino-1-cyclohexyl-7-(cis-3,5-dimethylpiperazino)-6,8-difluoro-1,4-dihydro-4-oxo-3-quinolinecarboxylic acid", "zagam[wiki]", "sparfloxacin & ru 40555", "3-quinolinecarboxylic acid,5-amino-1-cyclopropyl-7-((3r,5s)-3,5-dimethyl-1-piperazinyl)-6,8-difluoro-1,4-dihydro-4-oxo- rel-", "cis-5-amino-1-cyclopropyl-7-(3,5-dimethyl-1-piperazinyl)-6,8-difluoro-1,4-dihydro-4-oxo-3-quinolinecarboxylic acid", "sparfloxacine[french][inn]", "sparfloxacin [usan:ban:inn:jan][inn][jan][usan]"}|>, "4996" -> <|"DatabaseID" -> "SW02913", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 135728]}, "IsomericSmiles" -> "Cc1c(nc(o1)c2ccccc2)CCOc3ccc(cc3)CC4C(=O)NOC4=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01971"]}, "OfficialNames" -> <|"NPC Approved Name" -> "reglitazar"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 154000]}, "Synonyms" -> {"reglitazar", "4-[[4-[2-(5-methyl-2-phenyl-1", "surecn362873", "4-{4-[2-(5-methyl-2-phenyl-oxazol-4-yl)-ethoxy]-benzyl}-isoxazolidine-3,5-dione", "ac1l4bii", "unii-p9utn18jvv", "jtt-501", "jtt 501beta", "170861-63-9[rn]", "170861-63-9", "4-{4-[2-(5-methyl-2-phenyl-oxazol-4-yl)-ethoxy]-benzyl}-isoxazolidine-3,5-dione(jtt-501)", "reglitazar (jan/inn)", "reglitazar [inn]", "3,5-isoxazolidinedione 4-((4-(2-(5-methyl-2-phenyl-4-oxazolyl)ethoxy)phenyl)methyl)-"}|>, "4997" -> <|"DatabaseID" -> "SW02913", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 135728]}, "IsomericSmiles" -> "Cc1c(nc(o1)c2ccccc2)CCOc3ccc(cc3)CC4C(=O)NOC4=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01971"]}, "OfficialNames" -> <|"NPC Approved Name" -> "reglitazar"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 154000]}, "Synonyms" -> {"reglitazar", "4-[[4-[2-(5-methyl-2-phenyl-1", "surecn362873", "4-{4-[2-(5-methyl-2-phenyl-oxazol-4-yl)-ethoxy]-benzyl}-isoxazolidine-3,5-dione", "ac1l4bii", "unii-p9utn18jvv", "jtt-501", "jtt 501beta", "170861-63-9[rn]", "170861-63-9", "4-{4-[2-(5-methyl-2-phenyl-oxazol-4-yl)-ethoxy]-benzyl}-isoxazolidine-3,5-dione(jtt-501)", "reglitazar (jan/inn)", "reglitazar [inn]", "3,5-isoxazolidinedione 4-((4-(2-(5-methyl-2-phenyl-4-oxazolyl)ethoxy)phenyl)methyl)-"}|>, "4998" -> <|"DatabaseID" -> "SW02914", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3077"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9399]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00443"]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)CO)O)C)O)F)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00244"]}, "OfficialNames" -> <|"China Approved Name" -> "betamethasone", "WHO Essential Medicine" -> "betamethasone", "Indian Approved Name" -> "betamethasone valerate;betamethasone;dexamethasone sod phos;betamethasone sod phos;dexamethasone sod", "FDA Approved Drug" -> "BETAMETHASONE;BETAMETHASONE DIPROPIONATE;BETAMETHASONE SODIUM PHOSPHATE"|>, "PharmGKBID" -> "PA164754818", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9782]}, "Synonyms" -> {"rinderon", "betamethasone", "celestone", "betacorlan", "betacortril", "betamethazone", "betadexamethasone", "flubenisolone", "betamamallet", "betafluorene", "valisone", "alphatrex", "betamethasone alcohol", "celestene", "betapredol", "betametasone [dcit]", "luxiqo", "diprolene af", "betaderm", "cidoten", "valnac", "methazon", "visubeta", "lotrisone", "rinderon a", "becort", "betsolan", "dermabet", "betatrex", "betasolon", "bedifos", "gr", "diprosone", "beta-methasone alcohol", "uticort", "betamethasone [usan:ban:inn:jan]", "betamethasone valearate", "beta-val", "betamethasone dipropionate", "betamethasone valerate", "betametasona [inn-spanish]", "betamethasone sodium phosphate", "betamethasonvalerat mikron", "lotrisone (betamethasone + clotrimazole)_mixture", "betamethasone base", "diprolene", "betamethasone cream", "betamethasonum [inn-latin]", "luxiq", "diproderm", "bebate", "hormezon", "beta-methasone", "desacort-beta", "maxivate", "betnelan", "celestone syrup and tablets", "9a-fluoro-16b-methylprednisolone", "betametasona[spanish][inn]", "betamethasonum", "betamethasone dipropionate imp. a (pharmeuropa)", "4-08-00-03501 (beilstein handbook reference)[beilstein]", "dexamethasone[wiki][usp][inn][ban][jan][jp15]", "206-825-4[einecs]", "bentelan", "betamethasone[wiki]", "378-44-9[rn]", "betamethasonum[latin]", "b-corlan", "b-methasone", "16b-methyl-9a-fluoro-d1-hydrocortisone", "4-chloro-2-(methylmercapto)pyrimidine", "(8s,9r,10s,11s,13s,14s,16s,17r)-9-fluoro-11,17-dihydroxy-17-(hydroxyacetyl)-10,13,16-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one", "3176546[beilstein]", "(8s,9s,10s,11s,13s,14s,16s,17r)-9-fluoro-11,17-dihydroxy-17-(2-hydroxyacetyl)-10,13,16-trimethyl-6,7,8,11,12,14,15,16-octahydrocyclopenta[a]phenanthren-3-one", "pregna-1,4-diene-3,20-dione 9-fluoro-11,17,21-trihydroxy-16-methyl- (11b,16b)-", "dexamethasone imp. b (ep)", "betamethasone [usan:ban:inn:jan][inn][jan][usan]", "diprolene[wiki]", "50-02-2[rn]", "betamethasone valerate imp. a (ep)", "betamethasone acetate imp. a (ep)", "betamethasonum [inn_la]", "celestone[wiki]", "(8s,9r,10s,11s,13s,14s,16s,17r)-9-fluor-11,17-dihydroxy-17-(hydroxyacetyl)-10,13,16-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-on", "betametasona", "betamethasone(celestone)", "(11b,16b)-9-fluoro-11,17,21-trihydroxy-16-methylpregna-1,4-diene-3,20-dione", "luxiq[wiki]", "b-methasone alcohol", "16b-methyl-9a-fluoroprednisolone", "337376-15-5", "betamethasone (celestone)"}|>, "4999" -> <|"DatabaseID" -> "SW02915", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "41879"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5541]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01234"]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)CO)O)C)O)F)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00292"]}, "OfficialNames" -> <|"China Approved Name" -> "dexamethasone;dexamethasone acetate", "Indian Approved Name" -> "dexamethasone", "WHO Essential Medicine" -> "dexamethasone", "Australia Approved Name" -> "DEXAMETHASONE", "FDA Approved Drug" -> "DEXAMETHASONE;DEXAMETHASONE ACETATE"|>, "PharmGKBID" -> "PA449247", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5743]}, "Synonyms" -> {"maxidex", "decadron", "dexamethasone", "hexadrol", "decaspray", "millicorten", "hexadecadrol", "desametasone", "dexamethazone", "dexacort", "desameton", "dexa-sine", "hl-dex", "dexacidin", "dexason", "sunia sol d", "dexameth", "fluormone", "dextelan", "bisu ds", "pet derm iii", "dexair", "decasone", "anaflogistico", "deronil", "aphthasolone", "prednisolone f", "dexacortin", "mexidex", "dexa", "dexaltin", "dexadeltone", "dectancyl", "desametasone [dcit]", "pet-derm iii", "corsone", "dexacortal", "dexapolcort", "superprednol", "aeroseb-d", "dexinoral", "luxazone", "fluorocort", "gammacorten", "dexa-mamallet", "aeroseb-dex", "mymethasone", "policort", "dexa-scheroson", "decacort", "dexa mamallet", "hexadrol tablets", "dexinolon", "dexasone", "prednisolon f", "loverine", "dexone", "decacortin", "ocu-trol", "adexone", "fortecortin", "cortisumman", "fluormethylprednisolone", "dexapos", "dexaprol", "dinormon", "dex-ide", "dexamonozon", "deseronil", "spoloven", "aphtasolon", "azium", "dergramin", "visumetazone", "decalix", "maxitrol", "deltafluorene", "calonat", "dexalona", "isopto-dex", "dexonium", "auxiron", "dexacen-4", "sk-dexamethasone", "desadrene", "desamethasone", "decaderm", "dexa-cortisyl", "dexa-cortidelt", "dekacort", "decagel", "dexafarma", "mediamethasone", "lokalison f", "hexadrol elixir", "dioptrol suspension (dexamethasone + neomycin (neomycin sulfate) + polymyxin b sulfate)_mixture", "tobradex oph ointment (dexamethasone + tobramycin)_mixture", "sofracort ear/eye ointment (dexamethasone + framycetin sulfate + gramicidin)_mixture", "ciprodex (ciprofloxacin (ciprofloxacin hydrochloride) + dexamethasone)_mixture", "maxitrol ont (dexamethasone + neomycin (neomycin sulfate) + polymyxin b sulfate)_mixture", "endomethasone ivory (dexamethasone + hydrocortisone acetate + paraformaldehyde + thymol iodide)_mixture", "maxitrol (dexamethasone + neomycin (neomycin sulfate) + polymyxin b sulfate)_mixture", "posurdex", "hep- nos", "pendamine (chlorpheniramine maleate + dexamethasone + dihydrostreptomycin sulfate + penicillin g procaine)_mixture", "dexone 4", "turbinaire", "sandoz opticort (dexamethasone (dexamethasone sodium metasulphobenzoate) + framycetin sulfate + gramicidin)_mixture", "dexone 1.5", "inos", "tresaderm dermatologic solution (dexamethasone + neomycin (neomycin sulfate) + thiabendazole)_mixture", "dexamethasone acetate", "tobradex oph sus (dexamethasone + tobramycin)_mixture", "ak trol suspension (dexamethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin (neomycin sulfate) + polymyxin b sulfate + tyrothricin)_mixture", "iontodex", "nos type ii", "dexone 0.5", "sofracort sterile ear/eye drops (dexamethasone (dexamethasone sodium metasulphobenzoate) + framycetin sulfate + gramicidin)_mixture", "dexone 0.75", "hepatocyte nos", "inducible no synthase", "dexamethasone sodium phosphate", "decadron tablets elixir", "dexamethasone intensol", "dezone", "dioptrol ointment (dexamethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "decadron-la", "inducible nos", "sofracort sterile ear/eye ointment (dexamethasone + framycetin sulfate + gramicidin)_mixture", "dexametasona [inn-spanish]", "naquasone inj (dexamethasone + trichlormethiazide)_mixture", "naquasone bolus (dexamethasone + trichlormethiazide)_mixture", "dexamethasonum [inn-latin]", "cresophene liq (camphor + chlorophenol + dexamethasone + thymol)_mixture", "sofracort eye/ear drops (dexamethasone sodium metasulphobenzoate + framycetin sulfate + gramicidin)_mixture", "ec 1.14.13.39", "oradexon", "corson", "neodecadron eye ear soln 0.1% (dexamethasone phosphate (dexamethasone sodium phosphate) + neomycin sulfate)_mixture", "mfcd00064136", "dexamethasone metasulfobenzoate sodium", "16a-methyl-9a-fluoro-1,4-pregnadiene-11b,17a,21-triol-3,20-dione", "dexamethasone valerate", "tl8003317", "corson[wiki]", "(8s,9r,10s,11s,13s,14s,16r,17r)-9-fluoro-17-glycoloyl-11,17-dihydroxy-10,13,16-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one", "pregna-1,4-diene-3,20-dione 9-fluoro-11,17,21-trihydroxy-16-methyl- (11b,16a)-", "dexamethason", "(8s,9r,10s,11s,13s,14s,16r,17r)-9-fluor-11,17-dihydroxy-17-(hydroxyacetyl)-10,13,16-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-on", "1-dehydro-16a-methyl-9a-fluorohydrocortisone", "dexamethasone[wiki][usp][inn][ban][jan][jp15]", "dxms", "tobradex", "2066652[beilstein]", "16a-methyl-9a-fluoro-d1-hydrocortisone", "prodex", "fulvidex (veterinary)", "dexamethasone sodium phosphate imp. a (ep)", "16a-methyl-9a-fluoroprednisolone", "(8s,9r,10s,11s,13s,14s,16r,17r)-9-fluoro-11,17-dihydroxy-17-(hydroxyacetyl)-10,13,16-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one", "naquasone (veterinary)", "dexamethasone base", "dexamethasone palmitate", "dexamethasonum[latin][inn]", "dexametasona[spanish][inn]", "dexamethasone acetate imp. a (ep)", "9a-fluoro-16a-methylprednisolone", "200-003-9[einecs]", "decadron[wiki]", "50-02-2[rn]", "(1r,2s,10s,11s,13r,14r,15s,17s)-1-fluoro-14,17-dihydroxy-14-(2-hydroxyacetyl)-2,13,15-trimethyltetracyclo[8.7.0.02,7.011,15]heptadeca-3,6-dien-5-one", "dxm", "kortico injection", "fortecortin (van)", "(11b,16a)-9-fluoro-11,17,21-trihydroxy-16-methylpregna-1,4-diene-3,20-dione", "dex", "dalalone", "betamethasone imp. a (ep)", "(8s,9s,10s,11s,13s,14s,16r,17r)-9-fluoro-11,17-dihydroxy-17-(2-hydroxyacetyl)-10,13,16-trimethyl-6,7,8,11,12,14,15,16-octahydrocyclopenta[a]phenanthren-3-one", "dexamethasonum [inn_la]", "(2s,10s,11s,15s,17s,1r,13r,14r)-1-fluoro-14,17-dihydroxy-14-(2-hydroxyacetyl)-2,13,15-trimethyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadeca-3,6-dien-5-one"}|>, "5000" -> <|"DatabaseID" -> "SW02916", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5088"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390100], ExternalIdentifier["ChemSpiderID", 3237]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01148"]}, "IsomericSmiles" -> "Cc1c(=O)c2cccc(c2oc1c3ccccc3)C(=O)OCC[NH+]4CCCCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00718"], ExternalIdentifier["KEGGID", "D07961"]}, "OfficialNames" -> <|"China Approved Name" -> "flavoxate", "FDA Approved Drug" -> "FLAVOXATE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164781386", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441345], ExternalIdentifier["PubChemCompoundID", 3354]}, "Synonyms" -> {"flavoxate hcl", "urispas", "flavoxate", "flavoxate hci", "flavoxate hydrochloride", "flavoxatum", "flavoxato", "flavossato [dcit]", "flavoxate[wiki]", "urispas[wiki]", "3717-88-2[rn]", "2-piperidin-1-ylethyl-3-methyl-4-oxo-2-phenyl-4h-chromen-8-carboxylathydrochlorid", "2-piperidylethyl 3-methyl-4-oxo-2-phenylchromene-8-carboxylate,chloride h", "bladuril", "dsstox_rid_82541", "4h-1-benzopyran-8-carboxylic acid 3-methyl-4-oxo-2-phenyl- 2-(1-piperidinyl)ethyl ester hydrochloride", "2-(piperidin-1-yl)ethyl 3-methyl-4-oxo-2-phenyl-4h-chromene-8-carboxylate", "flavoxato [inn-spanish]", "flavoxatum [inn-latin]", "1-(2-{[(3-methyl-4-oxo-2-phenyl-4h-chromen-8-yl)carbonyl]oxy}ethyl)piperidinium chloride", "rec-7-0040", "3717-88-2 (hcl)", "genurin", "spasuret", "3-methyl-4-oxo-2-phenyl-4h-1-benzopyran-8-carboxylic acid 2-(1-piperidinyl)ethylester", "239-337-5[einecs]", "2-piperidinoethyl3-methyl-4-oxo-2-phenyl-4h-1-benzopyran-8-carboxylate", "tl8002737", "flavossato", "dw-61", "9005-49-6", "2-(piperidin-1-yl)ethyl 3-methyl-4-oxo-2-phenyl-4h-chromene-8-carboxylate hydrochloride (1:1)", "rec 7/0040", "bladderon", "3-methylflavone-8-carboxylic acid b-piperidinoethyl ester", "4h-1-benzopyran-8-carboxylic acid 3-methyl-4-oxo-2-phenyl- 2-(1-piperidinyl)ethyl ester", "spasuret hydrochloride", "2-(1-piperidyl)ethyl 3-methyl-4-oxo-2-phenyl-chromene-8-carboxylate", "2-piperidin-1-ylethyl 3-methyl-4-oxo-2-phenyl-4h-chromene-8-carboxylatehydrochloride", "2-piperidinoethyl3-methyl-4-oxo-2-phenyl-4h-1-benzopyran-8-carboxylatehydrochloride", "2-(1-piperidinyl)ethyl 3-methyl-4-oxo-2-phenyl-4h-chromene-8-carboxylatehydrochloride", "dsstox_cid_27764", "2-piperidinoethyl 3-methylflavone-8-carboxylate", "223-066-4[einecs]", "2-piperidinoethyl3-methyl-4-oxo-2-phenyl-4h-1-benzopyran-8-carboxylat", "2-(piperidin-1-yl)ethyl 3-methyl-4-oxo-2-phenyl-4h-chromene-8-carboxylate hydrochloride", "prestwick_884", "chebi:5089", "dw 61 (flavoxate)", "flavoxate hydrochloride (jp15/usan)[usan][jp15]", "ac1l9b0j", "4h-1-benzopyran-8-carboxylic acid 3-methyl-4-oxo-2-phenyl- 2-(1-piperidinyl)ethyl ester,hydrochloride (1:1)", "2-(1-piperidinyl)ethyl 3-methyl-4-oxo-2-phenyl-4h-chromene-8-carboxylate[acd/iupac name]", "flavoxatum[latin]", "4h-1-benzopyran-8-carboxylic acid 3-methyl-4-oxo-2-phenyl- 2-(1-piperidinyl)ethyl ester,hydrochloride", "tl8001137", "peflate", "spasmal", "flavoxato[spanish][inn]", "urispas (tn)", "rec 7-0040", "3717-88-2", "2-piperidin-1-ylethyl 3-methyl-4-oxo-2-phenyl-4h-chromene-8-carboxylate", "15301-69-6[rn]", "flavoxate (inn)", "2-(piperidin-1-yl)ethyl-3-methyl-4-oxo-2-phenyl-4h-chromen-8-carboxylathydrochlorid", "4h-1-benzopyran-8-carboxylic acid 3-methyl-4-oxo-2-phenyl- 2-piperidinoethyl ester hydrochloride", "cas-3717-88-2", "2-(piperidin-1-yl)ethyl-3-methyl-4-oxo-2-phenyl-4h-chromen-8-carboxylat", "3-methyl-4-oxo-2-phenyl-4h-1-benzopyran-8-carboxylic acid 2-(1-piperidinyl)ethylester hydrochloride"}|>, "5001" -> <|"DatabaseID" -> "SW02917", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00209"]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccccc2)(C(=O)OC3CC4CCC(C3)[N+]45CCCC5)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "urgenin", "FDA Approved Drug" -> "TROSPIUM CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 107979]}, "Synonyms" -> {"trospium", "3-hydroxyspiro(8-azoniabicyclo(3.2.1)octane-8", "trosec", "trospium chloride", "spiro(8-azoniabicyclo(3.2.1)octane-8", "spasmex (tn)", "ac1q1si9", "mls003876614", "8-benziloyloxy-6", "6", "spasmoplex (tn)", "spasmoplex", "spasmex", "sanctura"}|>, "5002" -> <|"DatabaseID" -> "SW02918", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "CHEMBL258622"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25048627]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01409"]}, "IsomericSmiles" -> "C[N+]1([C@@H]2CC(C[C@H]1[C@H]3[C@@H]2O3)OC(=O)C(c4cccs4)(c5cccs5)O)C", "OfficialNames" -> <|"FDA Approved Drug" -> "TIOTROPIUM BROMIDE MONOHYDRATE"|>, "PharmGKBID" -> "PA164769056", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5487426], ExternalIdentifier["PubChemCompoundID", 5487428], ExternalIdentifier["PubChemCompoundID", 11431811]}, "Synonyms" -> {"tiotropium", "tiotropium bromide", "spiriva", "spiriva handihaler", "fc1259", "name: tiotropium bromide hydrate", "411207-31-3", "akos015900631", "unii-xx112xzp0j", "ba 679br", "spiriva respimat", "unii-l64sxo195n", "ft-0080433", "tiotropium bromide hydrate", "136310-93-5", "g00011-watson-int", "tiotropium bromide monohydrate", "tiotropium[wiki]", "ba 679 br", "(1a", "ba-679 br"}|>, "5003" -> <|"DatabaseID" -> "SW02919", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2979]}, "IsomericSmiles" -> "CC(CN1c2ccccc2Sc3c1cc(cc3)S(=O)(=O)N(C)C)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01902"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dimethothiazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3089]}, "Synonyms" -> {"dimethothiazine", "fonazine", "dimethodin", "dimetiotazine", "10-(2-dimethylaminopropyl)-3-dimethylsulfamidophenothiazine", "dimetotiazine[wiki][inn]", "r.p. 8599", "10-[2-(dimethylamino)propyl]-n,n-dimethyl-10h-phenothiazine-2-sulfonamide[acd/iupac name]", "10-(2-dimethylamino-propyl)-10h-phenothiazine-2-sulfonic acid dimethylamide", "dimetotiazine [inn:ban]", "3-dimethylsulfamido-10-(2-dimethylaminopropyl)phenothiazine", "7456-24-8[rn]", "dimethiotazine", "10-(2-(dimethylamino)propyl)-n,n-dimethylphenothiazine-2-sulfonamide", "fonazine mesylate", "banistyl", "phenothiazine-2-sulfonamide 10-(2-(dimethylamino)propyl)-n,n-dimethyl-", "dimetotiazine mesilate", "7456-24-8", "dimetotiazina [inn-spanish]", "3-dimethylsulfonamido 10-(2-dimethylaminopropyl)phenothiazine", "bayer 1483", "dimetotiazine", "dimetotiazinum [inn-latin]", "231-229-6[einecs]", "n,n-dimethyl-10-(2-dimethylaminopropyl)-2-phenothiazinylsulfonamid", "dimetotiazina[spanish][inn]", "dimethylsulfamido-3-(dimethylamino-2-propyl)-10-phenothiazine", "dimetotiazinum[latin]", "dimetothiazine", "n,n-dimethyl-10-(2-dimethylaminopropyl)-2-phenothiazin-sulfonamid", "10h-phenothiazine-2-sulfonamide 10-[2-(dimethylamino)propyl]-n,n-dimethyl-"}|>, "5004" -> <|"DatabaseID" -> "SW02919", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2979]}, "IsomericSmiles" -> "CC(CN1c2ccccc2Sc3c1cc(cc3)S(=O)(=O)N(C)C)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01902"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dimethothiazine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3089]}, "Synonyms" -> {"dimethothiazine", "fonazine", "dimethodin", "dimetiotazine", "10-(2-dimethylaminopropyl)-3-dimethylsulfamidophenothiazine", "dimetotiazine[wiki][inn]", "r.p. 8599", "10-[2-(dimethylamino)propyl]-n,n-dimethyl-10h-phenothiazine-2-sulfonamide[acd/iupac name]", "10-(2-dimethylamino-propyl)-10h-phenothiazine-2-sulfonic acid dimethylamide", "dimetotiazine [inn:ban]", "3-dimethylsulfamido-10-(2-dimethylaminopropyl)phenothiazine", "7456-24-8[rn]", "dimethiotazine", "10-(2-(dimethylamino)propyl)-n,n-dimethylphenothiazine-2-sulfonamide", "fonazine mesylate", "banistyl", "phenothiazine-2-sulfonamide 10-(2-(dimethylamino)propyl)-n,n-dimethyl-", "dimetotiazine mesilate", "7456-24-8", "dimetotiazina [inn-spanish]", "3-dimethylsulfonamido 10-(2-dimethylaminopropyl)phenothiazine", "bayer 1483", "dimetotiazine", "dimetotiazinum [inn-latin]", "231-229-6[einecs]", "n,n-dimethyl-10-(2-dimethylaminopropyl)-2-phenothiazinylsulfonamid", "dimetotiazina[spanish][inn]", "dimethylsulfamido-3-(dimethylamino-2-propyl)-10-phenothiazine", "dimetotiazinum[latin]", "dimetothiazine", "n,n-dimethyl-10-(2-dimethylaminopropyl)-2-phenothiazin-sulfonamid", "10h-phenothiazine-2-sulfonamide 10-[2-(dimethylamino)propyl]-n,n-dimethyl-"}|>, "5005" -> <|"DatabaseID" -> "SW02920", "IsomericSmiles" -> "CC[C@@]1(c2cc-3n(c(=O)c2COC1=O)Cc4c3nc5ccccc5c4[N+](=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04031"]}, "OfficialNames" -> <|"NPC Approved Name" -> "rubitecan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954380]}, "Synonyms" -> {"rubitecan (usan/inn)", "rubitecan", "d04031"}|>, "5006" -> <|"DatabaseID" -> "SW02921", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476124]}, "IsomericSmiles" -> "CCOC1c2c(ccc(c2OC)OC)-c3ccc4cc5c(cc4c3N1C)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ethoxychelerythrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317228]}, "Synonyms" -> {"9-ethoxychelerythrine", "13-ethoxy-1", "ac1nsv9i", "13-ethoxy-1,2-dimethoxy-12-methyl-12,13-dihydro[1,3]benzodioxolo[5,6-c]phenanthridine", "ethoxychelerythrine", "[1,3]benzodioxolo[5,6-c]phenanthridine 13-ethoxy-12,13-dihydro-1,2-dimethoxy-12-methyl-", "7451-89-0[rn]"}|>, "5007" -> <|"DatabaseID" -> "SW02921", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476124]}, "IsomericSmiles" -> "CCOC1c2c(ccc(c2OC)OC)-c3ccc4cc5c(cc4c3N1C)OCO5", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ethoxychelerythrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317228]}, "Synonyms" -> {"9-ethoxychelerythrine", "13-ethoxy-1", "ac1nsv9i", "13-ethoxy-1,2-dimethoxy-12-methyl-12,13-dihydro[1,3]benzodioxolo[5,6-c]phenanthridine", "ethoxychelerythrine", "[1,3]benzodioxolo[5,6-c]phenanthridine 13-ethoxy-12,13-dihydro-1,2-dimethoxy-12-methyl-", "7451-89-0[rn]"}|>, "5008" -> <|"DatabaseID" -> "SW02922", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53509"], ExternalIdentifier["ChEBIID", "114785"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 154045], ExternalIdentifier["ChemSpiderID", 154044]}, "IsomericSmiles" -> "COCCOc1cc2c(cc1OCCOC)ncnc2Nc3cccc(c3)C#C", "OfficialNames" -> <|"Indian Approved Name" -> "erlotinib", "FDA Approved Drug" -> "ERLOTINIB HYDROCHLORIDE"|>, "PharmGKBID" -> "PA134687924", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 176871], ExternalIdentifier["PubChemCompoundID", 176870]}, "Synonyms" -> {"erlotinib", "erlotinib hydrochloride", "erlotinib hcl", "kinome_3317", "tarceva[wiki]", "183319-69-9[rn]", "erlotinib(tarceva)", "183319-69-9", "erlotinib[wiki][inn]", "n-(3-ethynylphenyl)-6", "aq4", "tarceva; cp-358774; osi-774; nsc 718781", "4-quinazolinamine,n-(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)- chloride hydrogen salt(1:1)", "n-(3-ethynylphenyl)[6,7-bis(2-methoxyethoxy)quinazolin-4-yl]amine hydrochloride;6,7-bis(2-methoxyethoxy)-4-(3-ethynylanilino)quinazoline hydrochloride", "4-(m-ethynylanilino)-6,7-bis(2-methoxyethoxy)quinazoline monohydrochloride", "chebi:114785", "erlotinib os-774", "erlotinibhydrochloride (synonyms cp-358774,osi-774,nsc 718781)", "tarceva", "ro-50-8231", "[6,7-bis(2-methoxy-ethoxy)quinazoline-4-yl]-(3-ethynylphenyl)amine", "4-quinazolinamine,n-(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)- monohydrochloride", "4-quinazolinamine,n-(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)- hydrochloride", "n-(3-ethinylphenyl)-6,7-bis(2-methoxyethoxy)chinazolin-4-amin", "n-(3-ethynylphenyl)[6,7-bis(2-methoxyethoxy)quinazolin-4-yl]amine hydrochloride;6,7-bis(2-methoxyethoxy)-4-(3-ethynylanilino)quinazoline hydrochloride;tarceva", "9005-49-6", "nsc-718781", "n-(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)quinazolin-4-aminehydrochloride", "4-[(3-ethynylphenyl)amino]-6,7-bis(2-methoxyethoxy)quinazoline;n-(3-ethynylphenyl)[6,7-bis(2-methoxyethoxy)quinazolin-4-yl]amine; n-(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)-4-quinazolinamine; erlotinin; erlotinibbase", "erlotinib [inn_en]", "4-((3-ethynylphenyl)amino)-6,7-bis(2-methoxyethoxy)quinazoline", "6", "nchembio866-comp3", "4-quinazolinamine,n-(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)-", "[6,7-bis-(2-methoxy-ethoxy)-quinazolin-4-yl]-(3-ethynyl-phenyl)-amine", "cp 358,774", "n-(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)quinazolin-4-aminehydrochloride (1:1)", "n-(3-ethinylphenyl)-6,7-bis(2-methoxyethoxy)chinazolin-4-aminhydrochlorid", "cp 358774", "n-(3-ethynylphenyl)[6,7-bis(2-methoxyethoxy)quinazolin-4-yl]amine hydrochloride", "6,7-bis(2-methoxyethoxy)-4-(3-ethynylanilino)quinazoline hydrochloride", "n-(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)-4-quinazolinamine[acd/iupac name]", "k00241", "ethynylanilino)quinazoline hydrochloride", "hydrogenchloride- n-(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)quinazolin-4-amine (1:1:1)", "4-quinazolinamine,n-(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)-,", "n-(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)quinazolin-4-amine", "cp-358774 osi-774 nsc 718781", "6,7-bis(2-methoxyethoxy)-4-(3-", "183321-74-6", "tarceva cp-358774 osi-774 nsc 718781", "183321-74-6[rn]", "cp-358774", "osi 744", "4-quinazolinamine,n-(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)- hydrochloride (1:1)", "osi-774", "cp-358,774", "osi 774", "cp-358774-01", "c400278"}|>, "5009" -> <|"DatabaseID" -> "SW02923", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2687"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2094]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00276"]}, "IsomericSmiles" -> "COc1cc(ccc1Nc2c3ccccc3nc4c2cccc4)NS(=O)(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02321"]}, "OfficialNames" -> <|"NPC Approved Name" -> "amsacrine"|>, "PharmGKBID" -> "PA10309", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2179]}, "Synonyms" -> {"amsidyl", "amsidine", "amsacrine", "m-amsa", "mamsa", "amsine", "amsa p-d", "acridinylanisidide", "meta-amsacrine", "acridinyl anisidide", "amsacrina[spanish][inn]", "eag homolog", "ether-a-go-go-related gene potassium channel 1", "n-(4-(acridin-9-ylamino)-3-methoxyphenyl)methanesulfonamide", "n-[4-(9-acridinylamino)-3-methoxy-phenyl]methanesulfonamide", "4'-(9-acridinylamino)-3'-methoxymethanesulfonanilide", "methanesulfon-m-anisidide 4'-(9-acridinylamino)-", "amsidyl (tn)", "amsacrinum[latin]", "ether-a-go-go-related protein 1", "methansulfon-m-aniside 4'-(9-acridinylamino)- monohydrochloride", "voltage-gated potassium channel subunit kv11.1", "n-[4-(9-acridinylamino)-3-methoxuphenyl]methanesulfonamide", "methanesulfonanilide 4'-(9-acridinylamino)-3'-methoxy-", "amsa m-", "257-094-3[einecs]", "337376-15-5[rn]", "amsa", "amekrin", "amsacrine [usan:ban:inn][inn][usan]", "h-erg", "methanesulfonamide n-[4- (9-acridinylamino)-3-methoxyphenyl]-(9ci)", "n-[4-(9-acridinylamino)-3-methoxyphenyl]methanesulfonamide[acd/iupac name]", "namsa", "amsa m- amsacrine", "methanesulfon-m-anisidide 4'-(9-acridinylamino)-,", "amecrin", "amsacrine[wiki][usan]", "amsakrin", "n-[4-(acridin-9-ylamino)-3-methoxyphenyl]methanesulfonamide", "nci-249992", "54301-15-4[rn]", "4'-(9-acridinylamino)methanesulphon-m-anisidide", "n-[4-(acridin-9-ylamino)-3-(methyloxy)phenyl]methanesulfonamide; n-[4-(acridin-9-ylmethyl)-3-methoxyphenyl]methanesulfonamide", "methanesulfonamide n-[4-(9-acridinylamino)-3-methoxyphenyl]-", "erg1", "4'-(9-acridinylamino)methanesulfon-meta-anisidide", "4'-(9-acridinylamino)methanesulfon-m-anisidide", "n-(4-(9-acridinylamino)-3-methoxyphenyl)methanesulfonamide", "n-[4-(acridin-9-ylamino)-3-(methyloxy)phenyl]methanesulfonamide", "eag-related protein 1", "lamasine", "500176[beilstein]", "4'-(acridinylamino)methanesulfon-m-anisidide", "methanesulfonamide n-(4-(9-acridinylamino)-3-methoxyphenyl)-", "51264-14-3", "51264-14-3[rn]", "5-22-11-00030 (beilstein handbook reference)[beilstein]"}|>, "5010" -> <|"DatabaseID" -> "SW02924", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4265]}, "IsomericSmiles" -> "COc1ccccc1N2CC[NH+](CC2)CC(COc3cccc4c3cccc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01674"]}, "OfficialNames" -> <|"Indian Approved Name" -> "naftopidil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4418]}, "Synonyms" -> {"flivas", "naftopidil (unspecified)", "naftopidil", "naftopidil[inn]", "kt-611", "flivas kt-611 bm-15275 avishot", "57149-07-2[rn]", "naftopidildihydrochloride", "flivas (tn)", "avishot", "1-(2-methoxyphenyl)-4-[3-(naphth-1-yloxy)-2-hydroxypropyl]-piperazine", "(+-)-1-(4-(2-methoxyphenyl)piperazinyl)-3-(1-naphthyloxy)propan-2-ol", "naftopidil dihydrochloride", "1-[4-(2-methoxyphenyl)piperazin-1-yl]-3-(1-naphthyloxy)propan-2-ol", "naftopidilum[latin]", "5-23-02-00135 (beilstein handbook reference)[beilstein]", "kt-611;bm-15275;avishot;flivas", "rs-1-[4-(2-methoxyphenyl)-1-piperazinyl]-3-(1-naphthoxy)-2-propanol", "ncgc00015718-06", "avishot;flivas", "4-(2-methoxyphenyl)-a-[(1-naphthalenyloxy)methyl]-1-piperazineethanol", "(+-)-4-(o-methoxyphenyl)-alpha-((1-naphthyloxy)methyl)-1-piperazineethanol", "avishot;", "(rs)-1-(4-(2-methoxyphenyl)-1-piperazinyl)-3-(1-naphthyloxy)-2-propanol", "57149-08-3[rn]", "57149-07-2", "1-[4-(2-methoxy-phenyl)-piperazin-1-yl]-3-(naphthalen-1-yloxy)-propan-2-ol", "brn 0629965", "57419-08-3", "1-(4-(2-methoxyphenyl)piperazin-1-yl)-3-(naphthalen-1-yloxy)propan-2-ol", "5-23-02-00135", "naftopidilum [latin]", "1-[4-(2-methoxyphenyl)piperazin-1-yl]-3-(naphthalen-1-yloxy)propan-2-ol"}|>, "5011" -> <|"DatabaseID" -> "SW02924", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4265]}, "IsomericSmiles" -> "COc1ccccc1N2CC[NH+](CC2)CC(COc3cccc4c3cccc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01674"]}, "OfficialNames" -> <|"Indian Approved Name" -> "naftopidil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4418]}, "Synonyms" -> {"flivas", "naftopidil (unspecified)", "naftopidil", "naftopidil[inn]", "kt-611", "flivas kt-611 bm-15275 avishot", "57149-07-2[rn]", "naftopidildihydrochloride", "flivas (tn)", "avishot", "1-(2-methoxyphenyl)-4-[3-(naphth-1-yloxy)-2-hydroxypropyl]-piperazine", "(+-)-1-(4-(2-methoxyphenyl)piperazinyl)-3-(1-naphthyloxy)propan-2-ol", "naftopidil dihydrochloride", "1-[4-(2-methoxyphenyl)piperazin-1-yl]-3-(1-naphthyloxy)propan-2-ol", "naftopidilum[latin]", "5-23-02-00135 (beilstein handbook reference)[beilstein]", "kt-611;bm-15275;avishot;flivas", "rs-1-[4-(2-methoxyphenyl)-1-piperazinyl]-3-(1-naphthoxy)-2-propanol", "ncgc00015718-06", "avishot;flivas", "4-(2-methoxyphenyl)-a-[(1-naphthalenyloxy)methyl]-1-piperazineethanol", "(+-)-4-(o-methoxyphenyl)-alpha-((1-naphthyloxy)methyl)-1-piperazineethanol", "avishot;", "(rs)-1-(4-(2-methoxyphenyl)-1-piperazinyl)-3-(1-naphthyloxy)-2-propanol", "57149-08-3[rn]", "57149-07-2", "1-[4-(2-methoxy-phenyl)-piperazin-1-yl]-3-(naphthalen-1-yloxy)-propan-2-ol", "brn 0629965", "57419-08-3", "1-(4-(2-methoxyphenyl)piperazin-1-yl)-3-(naphthalen-1-yloxy)propan-2-ol", "5-23-02-00135", "naftopidilum [latin]", "1-[4-(2-methoxyphenyl)piperazin-1-yl]-3-(naphthalen-1-yloxy)propan-2-ol"}|>, "5012" -> <|"DatabaseID" -> "SW02925", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8003340]}, "IsomericSmiles" -> "CCc1cc2c(cc1CC)CC(C2)[NH2+]C[C@@H](c3ccc(c4c3ccc(=O)[nH]4)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09319"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "INDACATEROL MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9827599]}, "Synonyms" -> {"indacaterol maleate", "arcapta neohaler", "arcapta neohaler (tn)", "onbrez inhalation capsules", "unii-2jec1itx7r", "oslif breezhaler", "onbrez breezhaler", "qab-149 maleate", "753498-25-8", "hirobriz breezhaler"}|>, "5013" -> <|"DatabaseID" -> "SW02926", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9269]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01529"]}, "IsomericSmiles" -> "CC(C[NH+]1CCOCC1)C(c2ccccc2)(c3ccccc3)C(=O)N4CCCC4", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Dextromoramide;Racemoramide", "US Illegal/Scheduled Drug (Schedule 2)" -> "Moramide Intermediate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9648]}, "Synonyms" -> {"dextromoramide", "levomoramide", "racemoramide", "levoramide", "levomoramida [inn-spanish]", "dea no. 9629", "einecs 227-123-4", "(-)-2", "levomoramidum [inn-latin]", "r 898", "levomoramide [ban:dcf:inn][inn]", "dextromoramidum[latin]", "pyrrolidine 1-(3-methyl-4-(4-morpholinyl)-1-oxo-2,2-diphenylbutyl)-", "3-methyl-4-(morpholin-4-yl)-2,2-diphenyl-1-(pyrrolidin-1-yl)butan-1-one", "pyrrolidine 1-(2,2-diphenyl-3-methyl-4-morpholinobutyryl)- (+)-", "linfadol", "4-[2-methyl-4-oxo-3,3-diphenyl-4-(1-pyrrolidinyl)butyl]morpholine", "levomoramidum[latin]", "1-(3-methyl-4-(4-morpholinyl)-1-oxo-2,2-diphenylbutyl)pyrrolidine", "levomoramida[spanish][inn]", "moramide", "dimorlin", "pyrrolamidol", "( -)-1-(3-methyl-4-morpholino-2,2-diphenylbutylpyrrolidine", "dextromoramida[spanish][inn]", "dextromoramide3-methyl-4-morpholin-4-yl-2,2-diphenyl-1-pyrrolidin-1-yl-butan-1-one", "pyrrolidine 1-(2,2-diphenyl-3-methyl-4-morpholinobutyryl)- (-)-", "dextromoramide[wiki]", "1-(3-methyl-4-morpholino-2,2-diphenylbutyryl)pyrrolidine", "13013-15-5[rn]", "357-56-2[rn]", "227-123-4[einecs]", "545-59-5[rn]", "1-butanone 3-methyl-4-(4-morpholinyl)-2,2-diphenyl-1-(1-pyrrolidinyl)-", "racemoramida[spanish]", "jetrium", "(+)-2,2-diphenyl-3-methyl-4-morpholinobutyrylpyrrolidine", "palfadonna", "206-613-1[einecs]", "alcoid", "4-(2-methyl-4-oxo-3,3-diphenyl-4-pyrrolidin-1-ylbutyl)morpholine", "5666-11-5[rn]", "jetrium r", "racemoramide [ban:dcf:inn][inn]", "destromoramide [dcit]", "racemoramidum[latin]", "208-893-0[einecs]", "narcolo", "pyrrolamidolum", "troxilan", "pyrrolidine 1-[3-methyl-4-(4-morpholinyl)-1-oxo-2,2-diphenylbutyl]-", "dauran", "yetrium", "palfium"}|>, "5014" -> <|"DatabaseID" -> "SW02926", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9269]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01529"]}, "IsomericSmiles" -> "CC(C[NH+]1CCOCC1)C(c2ccccc2)(c3ccccc3)C(=O)N4CCCC4", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Dextromoramide;Racemoramide", "US Illegal/Scheduled Drug (Schedule 2)" -> "Moramide Intermediate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9648]}, "Synonyms" -> {"dextromoramide", "levomoramide", "racemoramide", "levoramide", "levomoramida [inn-spanish]", "dea no. 9629", "einecs 227-123-4", "(-)-2", "levomoramidum [inn-latin]", "r 898", "levomoramide [ban:dcf:inn][inn]", "dextromoramidum[latin]", "pyrrolidine 1-(3-methyl-4-(4-morpholinyl)-1-oxo-2,2-diphenylbutyl)-", "3-methyl-4-(morpholin-4-yl)-2,2-diphenyl-1-(pyrrolidin-1-yl)butan-1-one", "pyrrolidine 1-(2,2-diphenyl-3-methyl-4-morpholinobutyryl)- (+)-", "linfadol", "4-[2-methyl-4-oxo-3,3-diphenyl-4-(1-pyrrolidinyl)butyl]morpholine", "levomoramidum[latin]", "1-(3-methyl-4-(4-morpholinyl)-1-oxo-2,2-diphenylbutyl)pyrrolidine", "levomoramida[spanish][inn]", "moramide", "dimorlin", "pyrrolamidol", "( -)-1-(3-methyl-4-morpholino-2,2-diphenylbutylpyrrolidine", "dextromoramida[spanish][inn]", "dextromoramide3-methyl-4-morpholin-4-yl-2,2-diphenyl-1-pyrrolidin-1-yl-butan-1-one", "pyrrolidine 1-(2,2-diphenyl-3-methyl-4-morpholinobutyryl)- (-)-", "dextromoramide[wiki]", "1-(3-methyl-4-morpholino-2,2-diphenylbutyryl)pyrrolidine", "13013-15-5[rn]", "357-56-2[rn]", "227-123-4[einecs]", "545-59-5[rn]", "1-butanone 3-methyl-4-(4-morpholinyl)-2,2-diphenyl-1-(1-pyrrolidinyl)-", "racemoramida[spanish]", "jetrium", "(+)-2,2-diphenyl-3-methyl-4-morpholinobutyrylpyrrolidine", "palfadonna", "206-613-1[einecs]", "alcoid", "4-(2-methyl-4-oxo-3,3-diphenyl-4-pyrrolidin-1-ylbutyl)morpholine", "5666-11-5[rn]", "jetrium r", "racemoramide [ban:dcf:inn][inn]", "destromoramide [dcit]", "racemoramidum[latin]", "208-893-0[einecs]", "narcolo", "pyrrolamidolum", "troxilan", "pyrrolidine 1-[3-methyl-4-(4-morpholinyl)-1-oxo-2,2-diphenylbutyl]-", "dauran", "yetrium", "palfium"}|>, "5015" -> <|"DatabaseID" -> "SW02927", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2357]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "?"]}, "IsomericSmiles" -> "Cc1nnc2n1-c3c(cc(s3)Br)C(=NC2)c4ccccc4Cl", "OfficialNames" -> <|"NPC Approved Name" -> "brotizolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2451]}, "Synonyms" -> {"lendorm", "57801-81-7", "lendormin", "8-bromo-6-(o-chlorophenyl)-1-methyl-4h-s-triazolo[3,4-c]thieno[2,3-e]-1,4-diazepine", "ladormin", "sintonal", "6h-thieno[3,2-f][1,2,4]triazolo[4,3-a][1,4]diazepine,2-bromo-4-(2-chlorophenyl)-9-methyl-", "2-bromo-4-(2-chloro-phenyl)-9-methyl-6h-1-thia-5,7,8,9a-tetraaza-cyclopenta[e]azulene", "c020960", "brotizolam", "2-bromo-4-(2-chlorophenyl)-9-methyl-6h-thieno(3,2-f)(1,2,4)triazolo(4,3-a)(1,4)diazepine", "brotizolamum[latin]", "57801-81-7[rn]", "2-bromo-4-(o-chlorophenyl)-9-methyl-6h-thieno[3,2-f]-s-triazolo[4,3-a][1,4]diazepine", "260-964-5[einecs]", "einecs 260-964-5", "lendormine", "6h-thieno(3,2-f)(1,2,4)triazolo(4,3-a)(1,4)diazepine,2-bromo-4-(2-chlorophenyl)-9-methyl-", "we 941", "brn 0839277", "brotizolam [usan:ban:inn:jan][inn][jan][usan]", "we 941-bs", "indormyl", "brotizolam[wiki]", "2-bromo-4-(o-chlorophenyl)-9-methyl-6h-thieno(3,2-f)-s-triazolo(4,3-a)(1,4)diazepine", "lindormin", "2-bromo-4-(2-chlorophenyl)-9-methyl-6h-thieno(3", "ncgc00183872-01", "brotizolam (jan/usan)[jan][usan]", "brotizolamum [inn-latin]", "2-bromo-4-(2-chlorophenyl)-9-methyl-6h-thieno[3,2-f][1,2,4]triazolo[4,3-a][1,4]diazepine[acd/iupac name]", "8-bromo-6-(o-chlorophenyl)-1-methyl-4h-s-triazolo(3,4c)thieno(2,3e)-1,4-diazepine", "lendormin (tn)"}|>, "5016" -> <|"DatabaseID" -> "SW02928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4591093]}, "IsomericSmiles" -> "Cc1ccccc1C(=O)N2CC/C(=N\\OS(=O)(=O)[O-])/c3c2cc(cc3)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "alilusem"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23684123]}, "Synonyms" -> {"tox21_113284", "dsstox_gsid_48807", "dsstox_rid_83002", "dsstox_cid_28733", "ncgc00183004-01", "cas-114417-20-8", "alilusem potassium"}|>, "5017" -> <|"DatabaseID" -> "SW02929", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8400086]}, "IsomericSmiles" -> "c1c2c(c(c(c1F)N3CCCC[C@H](C3)[NH3+])Cl)n(cc(c2=O)C(=O)[O-])C4CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08872"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BESIFLOXACIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10224595]}, "Synonyms" -> {"besifloxacin hydrochloride", "besivance", "405165-61-9[rn]", "unii-7506a6j57t", "besivance (tn)", "besifloxacin hcl", "chembl1201761", "405165-61-9", "d08872", "besifloxacin hydrochloride (usan)"}|>, "5018" -> <|"DatabaseID" -> "SW02931", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4589518]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2c(c(=O)c3c(cc(cc3o2)O)[O-])OS(=O)(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "persicarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5487766]}, "Synonyms" -> {"isohamnetin 3-sulfate", "persicarin", "isohamnetin 3-monosulfate", "chromone,2-(4-hydroxy-3-methoxyphenyl)-3,5,7-trihydroxy- 3-sulfate (ester)", "4h-1-benzopyran-4-one 5,7-dihydroxy-2-(4-hydroxy-3-methoxyphenyl)-3-(sulfooxy)-", "[5", "549-31-5[rn]", "4h-1-benzopyran-4-one", "chromone", "ac1nuptx", "ls-39598", "549-31-5", "lmpk12112396"}|>, "5019" -> <|"DatabaseID" -> "SW02932", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3485"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5291705]}, "IsomericSmiles" -> "C=CC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)/C(=N\\O)/c3csc(n3)N)SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00917"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cefdinir", "FDA Approved Drug" -> "CEFDINIR"|>, "PharmGKBID" -> "PA164768739", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6915944]}, "Synonyms" -> {"cefzon", "cefdinir", "cfdn", "cefdinirum", "omnicef", "cefdinyl", "cefdinir(omnicef)", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(hydroxyimino)acetyl]amino}-8-oxo-3-vinyl-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "omnicef[wiki]", "cefdinirum[latin]", "7-[2-(2-aminothiazol-4-yl)-2-hydroxyiminoacetylamino]-8-oxo-3-vinyl-5-thia-1-aza-bicyclo[4.2.0]oct-2", "cefdinir[wiki]", "[6r-[6a,7b(z)]]-7-[[(2-amino-4-thiazolyl)(hydroxyimino)acetyl]amino]-3-ethenyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "91832-40-5[rn]", "(6r,7r,z)-7-(2-(2-aminothiazol-4-yl)-2-(hydroxyimino)acetamido)-8-oxo-3-vinyl-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "(-)-(6r,7r)-7-(2-(2-amino-4-thiazolyl)glyoxylamido)-8-oxo-3-vinyl-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid 7(sup2)-(z)-oxime", "cefdinirum [inn_la]", "fk 482", "omnicef fk-482 bmy-28488", "fk-482", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(hydroxyimino)acetyl]amino}-3-ethenyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(hydroxyimino)-1-oxoethyl]amino]-3-ethenyl-8-oxo- (6r,7r)-", "cefdinir [usan:inn][inn][usan]", "(6r,7r)-7-{2-(2-amino-thiazol-4-yl)-2-[(z)-hydroxyimino]-acetylamino}-8-oxo-3-vinyl-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "omnicef (tn)", "91832-40-5", "cefzon (tn)", "ci-983", "cefdinir (jp15/usan)[usan][jp15]", "(6r,7r)-7-[2-(2-amino-thiazol-4-yl)-2-hydroxyimino-acetylamino]-8-oxo-3-vinyl-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid"}|>, "5020" -> <|"DatabaseID" -> "SW02933", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28201"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6500]}, "IsomericSmiles" -> "CC(=C)[C@H]1Cc2c(ccc3c2O[C@@H]4COc5cc(c(cc5[C@@H]4C3=O)OC)OC)O1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-darutigenals b;rotenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6758]}, "Synonyms" -> {"rotocide", "rotenon", "ronone", "dactinol", "deril", "paraderil", "derrin", "rotacide e.c.", "chemi-mite", "nicouline", "[1]benzopyrano[3,4-b]furo[2,3-h][1]benzopyran-6(6ah)-one 1,2,12,12a-tetrahydro-8,9-dimethoxy-2-(1-methylethenyl)- (2r,6as,12as)- (9ci)", "rotenox 5ec", "rotefour", "rotessenol", "canex[wiki]", "83-79-4[rn]", "prentox", "[1]benzopyrano[3,4-b]furo[2,3-h][1]benzopyran-6(6ah)-one 1,2,12,12a-tetrahydro-8,9-dimethoxy-2-(1-methylethenyl)- (2r,6as,12as)-", "rotenox", "1,2,12,12a-tetrahydro-8,9-dimethoxy-2-(1-methylethenyl)-(1)benzopyrano(3,4-b)furo(2,3-h)(1)benzopyran-6(6ah)-one", "rotefive", "pro-nox fish", "(2r,6as,12as)-1,2,6,6a,12,12a-hexahydro-2-isopropenyl-8,9-dimethoxychromeno(3,4-b)furo(2,3-h)chromen-6-one", "(12as,6as,2r)-8,9-dimethoxy-2-(1-methylvinyl)-1,2-dihydrochromano[3,4-b]furano[2,3-h]chroman-6-one", "barbasco", "tubatoxin", "chem-fish synergized", "protax", "rotenone[wiki]", "(2r,6as,12as)-8,9-dimethoxy-2-(prop-1-en-2-yl)-1,2,12,12a-tetrahydrochromeno[3,4-b]furo[2,3-h]chromen-6(6ah)-on", "ro-ko", "cube-pulver", "tubatoxin1,2,12,12a,-tetrahydro-8,9-dimethoxy-2-(1-methylethenyl)-[1]benzopyrano[3,4-b]furo[2,3-h][1]-benzopyran-6(6ah)-one", "dri-kil", "cenol garden dust", "(2r,6as,12as)-8,9-dimethoxy-2-(prop-1-en-2-yl)-1,2,12,12a-tetrahydrochromeno[3,4-b]furo[2,3-h]chromen-6(6ah)-one", "derris[wiki]", "pb-nox", "(-)-rotenone", "green cross warble powder", "gerane", "(1s,6r,13s)-16,17-dimethoxy-6-(prop-1-en-2-yl)-2,7,20-trioxapentacyclo[11.8.0.03,11.04,8.014,19]henicosa-3(11),4(8),9,14(19),15,17-hexaen-12-one", "nusyn-noxfish", "(2r,6as,12as)-2-isopropenyl-8,9-dimethoxy-1,2,12,12a-tetrahydro-6ah-chromeno[3,4-b]furo[2,3-h]chromen-6-one", "5'b-rotenone", "entrax", "mexide", "goodwinol", "tubotoxine", "barbasco[wiki]", "rotenoid", "nekoe", "cube root", "furo[2',3':7,8][1]benzopyrano[2,3-c][1]benzopyran-6(6ah)-one 1,2,12,12a-tetrahydro-8,9-dimethoxy-2-(1-methylethenyl)- (2r,6as,12as)-", "rotenone [bsi:iso]", "chem fish", "rotenone", "[1]benzopyrano[3,4-b]furo[2,3-h][1]benzopyran-6(6ah)-one 1,2,12 12a-tetrahydro-2-isopropenyl-8,9-dimethoxy-", "99070[beilstein]", "noxfish", "curex flea duster", "dactinol;derrin;derris;dri-kil;nicouline;noxfish;paraderil;tubotoxin", "haiari", "(1)benzopyrano(3,4-b)furo(2,3-h)(1)benzopyran-6(6ah)-one 1,2,12,12a-tetrahydro-8,9-dimethoxy-2-(1-methylethenyl)- (2r,6as,12as)-", "5'-b-rotenone", "derris", "(2r,6as,12as)-2-isopropenyl-8,9-dimethoxy-1,2,12,12a-tetrahydrochromeno[3,4-b]furo[2,3-h]chromen-6(6ah)-one[acd/iupac name]", "[83-79-4]", "rotenone (7ci)", "noxfire", "fish-tox", "(2r,6as,12as)-1,2,12,12a-tetrahydro-8,9-dimethoxy-2-(1-methylethenyl)-[1]benzopyrano[3,4-b]furo[2,3-h][1]benzopyran-6(6ah)-one", "chem-mite", "prentox synpren-fish", "12679-58-2[rn]", "(-)-cis-rotenone", "ear mitacide", "(2r,6as,12as)-2-isopropenyl-8,9-dimethoxy-1,2,12,12a-tetrahydrochromeno[3,4-b]furo[2,3-h]chromen-6(6ah)-on", "derris root", "(2r,6as,12as)-1,2,6,6a,12,12a-hexahydro-2-isopropenyl-8,9-dimethoxychromeno[3,4-b]furo[2,3-h]chromen-6-one", "rotenona[spanish]", "synpren", "cubor", "[2r-(2a,6aa,12aa)]-1,2,12,12a-tetrahydro-8,9-dimethoxy-2-(1-methylethenyl)-[1]benzopyrano[3,4-b]furo[2,3-h][1]benzopyran-6(6ah)-one", "toxic solid organic n.o.s. (rotenone)", "(2r,6as,12as)-8,9-dimethoxy-2-(1-methylethenyl)-1,2,12,12a-tetrahydrochromeno[3,4-b]furo[2,3-h]chromen-6(6ah)-one", "prenfish", "extrax", "foliafume e.c.", "201-501-9[einecs]", "dri-kill"}|>, "5021" -> <|"DatabaseID" -> "SW02934", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29046]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00620"]}, "IsomericSmiles" -> "C[C@]12C[C@@H]([C@]3([C@H]([C@@H]1C[C@H]([C@@]2(C(=O)CO)O)O)CCC4=CC(=O)C=C[C@@]43C)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00385"]}, "OfficialNames" -> <|"China Approved Name" -> "triamcinolone;triamcinolone acetpmode", "Traditional Herbal Isolate" -> "corticosteroids", "Indian Approved Name" -> "triamcinolone", "FDA Approved Drug" -> "TRIAMCINOLONE;TRIAMCINOLONE DIACETATE"|>, "PharmGKBID" -> "PA451749", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31307]}, "Synonyms" -> {"kenacort", "triamcinolone", "aristocort", "triamcet", "ledercort", "fluoxyprednisolone", "volon", "adcortyl", "rodinolone", "omicilon", "tri-nasal", "tricortale", "triacort", "kenalog-40", "kenalog in orabase", "kenalog-h", "nasacort hfa", "sk-triamcinolone", "delphicort", "oracort", "triamcinalone", "omcilon", "triamcinlon", "nasacort aq", "oralone", "triderm", "triam-tablinen", "triatex", "cinolone", "kenacort-ag", "kenalog-10", "kenalog", "cinolone-t", "aristocort tablets", "fluoxiprednisolone", "aristocort a", "ratio-triacomb regular cream (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "gr", "vetalog", "aristogel", "nasacort", "panolog cream (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "triacet", "triamcinolonum [inn]", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "azmacort", "flutex", "trymex", "viaderm kc ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "theraderm cream (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "oribiotic ointment (bacitracin + lidocaine + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "polcortolon", "viaderm kc crm (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "fougera", "kenacort-a", "celeste", "triamcinolon", "tristoject", "volon a", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "aristoform r crm 0.1% (clioquinol + triamcinolone acetonide)_mixture", "panolog ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "aristospan", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "triamcinolona [inn-spanish]", "orion", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "trilone", "triamcinolone acetonide", "tiamcinolonum [inn-latin]", "triamcinolone diacetate", "triamcinolone hexacetonide", "celeste[wiki]", "kenacort (tn)", "83474-03-7[rn]", "(8s,9r,10s,11s,13s,14s,16r,17s)-9-fluoro-11,16,17-trihydroxy-17-(hydroxyacetyl)-10,13-dimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one", "9a-fluoro-16a-hydroxyprednisolone", "triamcinolon[wiki]", "d1-16a-hydroxy-9a-fluorohydrocortisone", "tiamcinolonum[latin]", "(8s,9r,10s,11s,13s,14s,16r,17s)-9-fluoro-17-glycoloyl-11,16,17-trihydroxy-10,13-dimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one", "(8s,9r,10s,11s,13s,14s,16r,17s)-9-fluoro-11,16,17-trihydroxy-17-(2-hydroxyacetyl)-10,13-dimethyl-7,8,11,12,13,15,16,17-octahydro-6h-cyclopenta[a]phenanthren-3(9h,10h,14h)-one", "triamcinolona[spanish][inn]", "9-fluoro-11,16,17,21-tetrahydroxypregna-1,4-diene-3,20-dione[acd/iupac name]", "(8s,9r,10s,11s,13s,14s,16r,17s)-9-fluoro-11,16,17-trihydroxy-17-(2-hydroxy-acetyl)-10,13-dimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-cyclopenta[a]phenanthren-3-one", "triamcinolone [usan:ban:inn:jan][inn][jan][usan]", "16a-hydroxy-9a-fluoroprednisolone", "124-94-7[rn]", "(8s,9r,10s,11s,13s,14s,16r,17s)-9-fluor-11,16,17-trihydroxy-17-(hydroxyacetyl)-10,13-dimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-on", "orion[wiki]", "124-94-7", "triamcinolone acetonide imp. a (ep)", "triamcinolone acetonide in absorbase", "triamcinolone[wiki]", "kenacort tri-nasal triaderm azmacort", "(8s,9r,10s,11s,13s,14s,16r,17s)-9-fluoro-11,16,17-trihydroxy-17-(2-hydroxyacetyl)-10,13-dimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one", "aristocort;fluoxiprednisolone;kenacort;lederspan;volon", "aristocort;", "d1-9a-fluoro-16a-hydroxyhydrocortisone", "triamcinolonum[inn]", "4-08-00-03629 (beilstein handbook reference)[beilstein]", "337376-15-5", "204-718-7[einecs]"}|>, "5022" -> <|"DatabaseID" -> "SW02935", "IsomericSmiles" -> "CCCCC(C)(C)[C@@H](/C=C/[C@H]1[C@@H](CC(=O)[C@@H]1CCCC/C=C/C(=O)OC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02073"]}, "OfficialNames" -> <|"NPC Approved Name" -> "gemeprost"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282237]}, "Synonyms" -> {"gemeprost", "n915", "preglandin (tn)", "chembl1908315", "surecn343075", "gemoprost", "gemeprost (jan/usan/inn)", "sc-37681", "ac1nqzpg", "64318-79-2", "preglandin"}|>, "5023" -> <|"DatabaseID" -> "SW02936", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32943"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11902]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "octacosane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12408]}, "Synonyms" -> {"octacosane", "n-octacosane", "630-02-4", "octacosane[wiki][acd/iupac name]", "ccris 680", "211-125-7[einecs]", "ac1l1zj9", "octacosan", "442696_supelco", "octacosane n-", "ethylhexacosane", "[630-02-4]", "2/4/630", "tl8004356", "ag-g-32528", "ch3-[ch2]26-ch3", "630-02-4[rn]", "1770570[beilstein]", "st51037384", "o504_aldrich"}|>, "5024" -> <|"DatabaseID" -> "SW02937", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54631]}, "IsomericSmiles" -> "C[C@@H]1CN(C[C@@H]([NH2+]1)C)c2c(c3c(c(=O)c(cn3C4CC4)C(=O)[O-])c(c2F)F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08299"]}, "OfficialNames" -> <|"NPC Approved Name" -> "orbifloxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60605]}, "Synonyms" -> {"orbifloxacin", "orbax", "113617-63-3[rn]", "orbifloxacin (usp/inn)", "orbifloxacin[inn]", "1-cyclopropyl-7-(cis-3,5-dimethyl-1-piperazinyl)-5,6,8-trifluoro-1,4-dihydro-4-oxo-3-quinolinecarboxylic acid", "ac1l1tkw", "orbax [veterinary] (tn)", "orbax ", "specplus_000366", "1-cyclopropyl-7-[(3r,5s)-3,5-dimethyl-1-piperazinyl]-5,6,8-trifluoro-4-oxo-1,4-dihydro-3-quinolinecarboxylicacid[acd/iupac name]", "ncgc00160518-01", "113617-63-3", "1-cyclopropyl-7-(3,5-dimethyl-piperazin-1-yl)-5,6,8-trifluoro-4-oxo-1,4-dihydro-quinoline-3-carboxylic acid", "1-cyclopropyl-7-((3s,5r)-3,5-dimethylpiperazin-1-yl)-5,6,8-trifluoro-4-oxo-1,4-dihydroquinoline-3-carboxylicacid", "smr000544203", "1-cyclopropyl-7-((3r,5s)-3,5-dimethyl-piperazin-1-yl)-5,6,8-trifluoro-4-oxo-1,4-dihydro-quinoline-3-carboxylic acid", "1-cyclopropyl-5", "3-quinolinecarboxylic acid,1-cyclopropyl-7-[(3r,5s)-3,5-dimethyl-1-piperazinyl]-5,6,8-trifluoro-1,4-dihydro-4-oxo-[acd/index name]", "1-cyclopropyl-5,6,8-trifluoro-1,4-dihydro-7-(cis-3,5-dimethyl-1-piperazinyl)-4-oxo-quinoline-3-carboxylic acid", "1-cyclopropyl-7-[(3r,5s)-3,5-dimethylpiperazin-1-yl]-5,6,8-trifluoro-4-oxo-1,4-dihydroquinoline-3-carboxylicacid"}|>, "5025" -> <|"DatabaseID" -> "SW02938", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3542"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5802]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00456"]}, "IsomericSmiles" -> "CC(=O)OCC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)Cc3cccs3)SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07635"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEPHALOTHIN SODIUM"|>, "PharmGKBID" -> "PA448886", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6024]}, "Synonyms" -> {"coaxin", "cephalotin", "cephalothinum", "cefalothin", "cefalotin", "averon-1", "keflin", "seffin", "cemastin", "cephalothin", "cefalotin sodium[jp15]", "cepovenin", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[(acetyloxy)methyl]-8-oxo-7-[[2-(2-thienyl)acetyl]amino]- (6r,7r)-", "7-(2-thiopheneacetamido)cephalosporanic acid;cephalothin;cephalosporin 871;cephalotin", "cephalothin[wiki]", "(6r,7r)-3-[(acetyloxy)methyl]-8-oxo-7-[(thiophen-2-ylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "7-(thiophene-2-acetamido)cephalosporin", "cefalotina fabra", "microtin", "2073-29-2[rn]", "153-61-7 (free acid)", "cephalothin sodium[usp]", "(6r,7r)-3-(acetoxymethyl)-8-oxo-7-(thiophen-2-ylacetamido)-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "cephalothin sodium", "945586[beilstein]", "synclotin", "7-(2-(2-thienyl)acetylamido)cephalosporanic acid", "205-815-7[einecs]", "beta-lactamase precursor", "(6r,7r)-3-(acetoxymethyl)-8-oxo-7-[(2-thienylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid[acd/iupac name]", "9005-49-6", "cefalotina[spanish][inn]", "lospoven", "(6r,7r)-3-acetoxymethyl-8-oxo-7-(2-thiophen-2-yl-acetylamino)-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "ec 3.5.2.6", "cefalotine[french][inn]", "7-(2-thienylacetamido)cephalosporanic acid sodium salt", "153-61-7[rn]", "cefalotina [inn-spanish]", "(6r-trans)-3-[(acetyloxy)methyl]-8-oxo-7-[(2-thienylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carbo", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,3-((acetyloxy)methyl)-8-oxo-7-((2-thienylacetyl)amino)- (6r-trans)-", "cefalotin[wiki]", "cefalotine [inn-french]", "(6r,7r)-3-(acetoxymethyl)-8-oxo-7-(2-(thiophen-2-yl)acetamido)-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,3-(hydroxymethyl)-8-oxo-7-(2-(2-thienyl)acetamido)-,acetate (ester)", "200-394-6[einecs]", "6r-trans-3-((acetyloxy)methyl)-8-oxo-7-((2-thienylacetyl)amino)-5-thia-1-azabicyclo(4.2.0)-oct-2-ene-2-carboxylic acid", "3-(hydroxymethyl)-8-oxo-7-[2-(2-thienyl)acetamido]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxyli", "cephalosporinase", "(6r,7r)-3-[(acetyloxy)methyl]-8-oxo-7-[(2-thienylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "(6r,7r)-3-(acetoxymethyl)-8-oxo-7-(2-(thiophen-2-yl)acetamido)-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "tokiosarl ampullen", "7-(2-thiopheneacetamido)cephalosporanic acid;", "cefalotinum [inn-latin]", "bek", "3-acetoxymethyl-7-(2-thienylacetamido)-3-cephem-4-carboxylic acid", "ceporacin", "3-acetoxymethyl-8-oxo-7-(2-thiophen-2-yl-acetylamino)-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cefalotinum[latin]", "58-71-9[rn]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[(acetyloxy)methyl]-8-oxo-7-[(2-thienylacetyl)amino]- (6r,7r)-", "7-(thiophene-2-acetamido)cephalosporanic acid", "3-(acetoxymethyl)-8-oxo-7-(2-(2-thienyl)acetamido)-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylicacid", "7-(2-thienylacetamido)cephalosporanic acid", "cls", "toricelocin"}|>, "5026" -> <|"DatabaseID" -> "SW02939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5461]}, "IsomericSmiles" -> "COc1ccc(cc1OC)C(=O)N2CCN(CC2)c3ccc4c(c3)CCC(=O)N4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01690"]}, "OfficialNames" -> <|"NPC Approved Name" -> "vesnarinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5663]}, "Synonyms" -> {"vesnarinone", "piteranometozine", "arkin-z", "vesnarinona[spanish]", "2(1h)-quinolinone,6-[4-(3,4-dimethoxybenzoyl)-1-piperazinyl]-3,4-dihydro-", "vesnarinonum [latin]", "vesnarinone [usan:inn:jan][inn][jan][usan]", "6-[4-(3,4-dimethoxy-benzoyl)-piperazin-1-yl]-3,4-dihydro-1h-quinolin-2-one", "opc-8212", "arkin z", "81840-15-5", "piperazine 1-(3,4-dimethoxybenzoyl)-4-(1,2,3,4-tetrahydro-2-oxo-6-quinolinyl)-", "1-(3,4-dimethoxybenzoyl)-4-(1,2,3,4-tetrahydro-2-oxo-6-quinolinyl)piperazine", "86513-63-5[rn]", "ccris 1451", "brn 5644229", "3,4-dihydro-6-(4-(3,4-dimethoxybenzoyl)-1-piperazinyl)-2(1h)-quinolinone", "drg-0210", "vesnarinone (jan/usan)[jan][usan]", "arkin", "vesnarinona [spanish]", "1-(1,2,3,4-tetrahydro-2-oxo-6-quinolyl)-4-veratroylpiperazine", "6-[4-(3,4-dimethoxy-benzoyl)-piperazin-1-yl]-3,4-dihydro-1h-quinolin-2-one(opc-8212)", "3,4-dihydro-6-[4-(3,4-dimethoxybenzoyl)-1-piperazinyl]-2(1h)-quinolinone", "arkin (tn)", "81840-15-5[rn]", "6-[4-(3,4-dimethoxybenzoyl)piperazin-1-yl]-3,4-dihydroquinolin-2(1h)-one", "3,4-dihydro-6-[4-(3,4-dimethoxybenzoyl)-1-piperazinyl]-2-(1h)-quinolinone", "vesnarinonum[latin]", "6-[4-(3,4-dimethoxybenzoyl)-1-piperazinyl]-3,4-dihydro-2(1h)-quinolinone[acd/iupac name]", "6-(4-(3,4-dimethoxybenzoyl)-1-piperazinyl)-3,4-dihydro-2(1h)-"}|>, "5027" -> <|"DatabaseID" -> "SW02940", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390579]}, "IsomericSmiles" -> "COc1cc2c(cc1OC)N3[C@@H]4[C@]25CC[NH+]6[C@H]5C[C@@H]7[C@H]4[C@H](CC3=O)OCC=C7C6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "brucine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442021]}, "Synonyms" -> {"(-)-brucine", "brucine alkaloid", "l-brucine", "206-614-7[einecs]", "strychnidin-10-one 2,3-dimethoxy-[acd/index name]", "(1r,11s,18s,20r,21r,22s)-4,5-dimethoxy-12-oxa-8,17-diazaheptacyclo[15.5.2.01,18.02,7.08,22.011,21.015,20]tetracosa-2(7),3,5,14-tetraen-9-one monohydrate", "dimethoxy strychnine", "2", "145428-94-0[rn]", "brucin[german]", "10", "10,11-dimethoxystrychnine", "2,3-dimethoxystrychnidin-10-one[acd/iupac name]", "dsstox_rid_77490", "brucine[wiki]", "2,3-dimethoxystrychnine", "357-57-3", "brucina", "brucina[portuguese]", "brucine", "brucina[italian]", "brucin", "357-57-3[rn]", "dsstox_gsid_24662", "dsstox_cid_4662"}|>, "5028" -> <|"DatabaseID" -> "SW02941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3165]}, "IsomericSmiles" -> "CCOc1ccc(cc1OCC)Cc2c3cc(c(cc3ccn2)OCC)OCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07926"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ethaverine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3280]}, "Synonyms" -> {"barbonine", "ethylpapaverine", "ethaverine", "dyscural", "isovex", "barbonin", "neopavrin", "isoquinoline 1-(3,4-diethoxybenzyl)-6,7-diethoxy-", "1-[(3,4-diethoxyphenyl)methyl]-6,7-diethoxyisoquinoline", "ethaverinum [inn-latin]", "1-(3,4-diethoxybenzyl)-6,7-diethoxyisoquinoline[acd/iupac name]", "perperine", "consenil", "perparin", "etaverina [inn-spanish]", "207-633-3[einecs]", "6,7-diaethoxy-1-(3,4-diaethoxybenzyl)isochinolin[german]", "laverin", "etaverina[spanish][inn]", "isoquinoline 1-[(3,4-diethoxyphenyl)methyl]-6,7-diethoxy-", "ethquinol", "5-21-06-00183 (beilstein handbook reference)[beilstein]", "ethaverine [inn]", "isoquinoline 1-((3,4-diethoxyphenyl)methyl)-6,7-diethoxy- (9ci)", "486-47-5[rn]", "6,7-diethoxy-1-(3,4-diethoxybenzyl)isoquinoline", "isoquinolinium 1-[(3,4-diethoxyphenyl)methyl]-6,7-diethoxy-", "papetherine", "isoquinoline", "isoquinoline 6,7-diethoxy-1-(3,4-diethoxybenzyl)-", "paveroid", "ethaverine[inn]", "985-13-7[rn]", "ethaquin", "1-{[3,4-bis(ethyloxy)phenyl]methyl}-6,7-bis(ethyloxy)isoquinoline", "perparine", "ethaverinum[latin]", "cebral", "cas-985-13-7"}|>, "5029" -> <|"DatabaseID" -> "SW02942", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61084"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55986]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01535"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2(CC[NH+](CC2)CCc3ccccc3)C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07620"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Carfentanil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62156]}, "Synonyms" -> {"carfentanil", "carfentanila", "carfentanilum", "carfentanil [inn]", "carfentanilum [inn_la]", "methyl 1-phenylethyl-4-(n-phenylpropionamido)isonipecotate", "dea no. 9743", "carfentanyl[wiki]", "carfentanila [spanish]", "1-phenethyl-4-(phenyl-propionyl-amino)-piperidine-4-carboxylicacid methyl ester", "carfentanil1-phenethyl-4-(phenyl-propionyl-amino)-piperidine-4-carboxylic acid methyl ester", "carfentanil[wiki][inn]", "4-((1-oxopropyl)phenylamino)-1-(2-phenylethyl)-4-piperidinecarboxylic acid methylester", "5-22-13-00537 (beilstein handbook reference)[beilstein]", "4-piperidinecarboxylic acid 4((1-oxopropyl)phenylamino)-1-(2-phenylethyl)- methyl ester", "wildnil", "methyl 1-(2-phenylethyl)-4-[phenyl(propionyl)amino]piperidine-4-carboxylate", "60645-15-0[rn]", "methyl 4-(n-propionyl-n-phenylamino)-1-(2-phenylethyl)-4-piperidine-carboxylate", "4-piperidinecarboxylic acid 4-[(1-oxopropyl)phenylamino]-1-(2-phenylethyl)- methyl ester", "carfentanilum[latin]", "methyl 4-(n-(1-oxopropyl)-n-phenylamino)-1-(2-phenylethyl)-4-piperidinecarboxylate", "carfentanila [inn-spanish]", "59708-52-0[rn]", "carfentanyl", "carfentanila[spanish][inn]", "5-22-13-00537", "carfentanilum [inn-latin]", "methyl 1-(2-phenylethyl)-4-[phenyl(propanoyl)amino]piperidine-4-carboxylate", "methyl 1-phenethyl-4-(n-phenylpropionamido)isonipecotate", "kor-1"}|>, "5030" -> <|"DatabaseID" -> "SW02943", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31009"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10037]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cerotic acid;cerotinic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10469]}, "Synonyms" -> {"cerinic acid", "hexacosanic acid", "ceric acid", "n-hexacosanoic acid", "cerotinic acid", "cerylic acid", "ceratinic acid", "hexacosanoic acid[acd/iupac name]", "c26:0; ch3-[ch2]24-cooh; hexacosansaeure; ceratinic acid; cericacid; cerinic acid; cerotic acid; cerylic acid; hexacosoic acid; hexaeicosanoicacid; n-c26:0; n-hexacosanoic acid", "cerotic acid (6ci,7ci)", "1799681[beilstein]", "c26:0", "hexacosansaeure", "hexacosanoicacid", "208-040-2[einecs]", "22412-97-1[rn]", "hexacosanoic acid", "n-c26:0", "cerotic acid[wiki]", "cerotic acid", "hexaeicosanoic acid", "ch3-[ch2]24-cooh", "hexacosanoic acid", "[506-46-7]", "506-46-7[rn]", "hexacosoic acid", "506-46-7", "hexacosanoic acid (8ci,9ci)"}|>, "5031" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5032" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5033" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5034" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5035" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5036" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5037" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5038" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5039" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5040" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5041" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5042" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5043" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5044" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5045" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5046" -> <|"DatabaseID" -> "SW02944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254042]}, "IsomericSmiles" -> "COC1C(C(C(OC1C(=O)[O-])OC2C(C(C(OC2C(=O)[O-])OC)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "calcium alginate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850754]}, "Synonyms" -> {"calginat", "kaltostat", "sodium alginate", "kalrostat", "vocoloid", "xantalgin", "sodium calcium alginate", "9005-32-7[rn]", "landalgine", "alginic acid copper salt", "polymannuronic-guluronic acid", "alginic acid barium salt", "potassium alginate", "alginic acid potassium salt", "alginic acid", "3-(6-carboxy-3,4-dihydroxy-5-methoxy(2h-3,4,5,6-tetrahydropyran-2-yl)oxy)-4,5-dihydroxy-6-methoxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "c008970", "copper alginate", "poly(mannuronic acid) sodium salt", "9005-38-3[rn]", "kelacid", "calcium alginate", "alginic acid calcium salt", "alginic acid sodium salt", "alginic acid[wiki]", "barium alginate", "kalrostat 2", "alginate", "alloid g", "poly(mannuronic acid)"}|>, "5047" -> <|"DatabaseID" -> "SW02945", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9334"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00795"]}, "IsomericSmiles" -> "c1ccnc(c1)[N-]S(=O)(=O)c2ccc(cc2)/N=N/c3ccc(c(c3)C(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00448"]}, "OfficialNames" -> <|"China Approved Name" -> "sulfasalazine", "WHO Essential Medicine" -> "sulfasalazine", "Australia Approved Name" -> "SULFASALAZINE", "FDA Approved Drug" -> "SULFASALAZINE"|>, "Synonyms" -> {"salazosulfapyridine", "azulfidine", "sulfasalazine", "s.a.s. enteric-500", "salazopyridin", "salazopyrin en-tabs", "azlufidine en-tabs", "azopyrin", "salazopyrin", "rorasul", "ec 2.3.1.9", "pms-sulfasalazine e.c.", "salicylazosulfapyridine", "t2", "colo-pleon", "salazosulfapyridin", "asulfidine", "reupirin", "salisulf", "sulcolon", "azopyrine", "sulfasalazin", "salazopiridazin", "w-t sasp oral", "benzosulfa", "azulfidine en-tabs", "acetoacetyl-coa thiolase", "alti-sulfasalazine", "pms-sulfasalazine", "sulphasalazine", "accucol", "acetyl-coa acetyltransferase mitochondrial precursor"}|>, "5048" -> <|"DatabaseID" -> "SW02946", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4589562]}, "IsomericSmiles" -> "CC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)/C(=N\\OC)/c3csc(n3)N)SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03424"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cefetamet pivoxil hci;cefetamet"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5487888]}, "Synonyms" -> {"cefetamet", "ly097964", "cefetametum [latin]", "cefetamet hydrochloride", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "65052-63-3", "cemt", "cefetametum", "cefetamet acid;cefetamet;deacetoxycefotaxime", "ac1nupyf", "cefetamet[wiki][inn][usan]", "(6r,7r)-7-(2-(2-amino-4-thiazolyl)glyoxylamido)-3-methyl-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,7(sup 2)-(z)-(o-methyloxime)", "(6r,7r)-7-[2-(2-amino-thiazol-4-yl)-2-methoxyimino-acetylamino]-3-methyl-8-oxo-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "antibiotic ro 15-8074", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "65052-63-3[rn]", "[6r-[(6a,7b(z))]]-7-[[(2-amino-4-thiazolyl)(methoxyimino)acetyl]amino]-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "ro 15-8074/005", "ro 15-8074", "deacetoxycefotaxime", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-3-methyl-8-oxo- (6r,7r)-", "(6r,7r)-7-[[(2z)-(2-amino-4-thiazolyl)(methoxyimino)acetyl]amino]-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cefetametum[latin]"}|>, "5049" -> <|"DatabaseID" -> "SW02947", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9233"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5075]}, "IsomericSmiles" -> "c1ccc(cc1)N2CNC(=O)C23CC[NH+](CC3)CCCC(=O)c4ccc(cc4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01051"]}, "OfficialNames" -> <|"NPC Approved Name" -> "spiperone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5265]}, "Synonyms" -> {"spiropitan", "749-02-0", "spiperone", "spiroperidol", "1,3,8-triazaspiro(4.5)decan-4-one 8-(3-(p-fluorobenzoyl)propyl)-1-phenyl-", "r 5147", "8-[4-(4-fluorophenyl)-4-oxo-butyl]-1-phenyl-1,3,8-triazaspiro[4.5]decan-4-one", "cas-749-02-0", "8-(3-(p-fluorobenzoyl)propyl)-1-phenyl-1,3,8-triazaspiro(4.5)decan-4-one", "8-(3-p-fluorobenzoyl-1-propyl)-4-oxo-1-phenyl-1,3,8-triazaspiro(4,5)decane", "212-024-0[einecs]", "spiperonum[latin]", "8-[4-(4-fluorophenyl)-4-oxobutyl]-4-phenyl-2,4,8-triazaspiro[4.5]decan-1-one", "8-[3-(p-fluorobenzoyl)propyl]-1-phenyl-1,3,8-triazaspiro[4.5]decan-4-one", "spiroperone", "1,3,8-triazaspiro[4.5]decan-4-one 8-[4-(4-fluorophenyl)-4-oxobutyl]-1-phenyl-", "spiperonum", "spiperone[wiki]", "spiperone (jan/usan)[jan][usan]", "4-phenyl-8-[3-(4-fluorobenzoyl)propyl]-1-oxo-2,4,8-triazaspiro[4.5]decane", "8-[4-(4-fluorphenyl)-4-oxobutyl]-1-phenyl-1,3,8-triazaspiro[4.5]decan-4-on", "749-02-0[rn]", "espiperona [inn-spanish]", "1-[2-[4-[5-chloro-1-(4-fluorophenyl)-indol-3-yl]-1-piperidyl]ethyl]imidazolidin-2-one", "8-[4-(4-fluorophenyl)-4-oxobutyl]-1-phenyl-1,3,8-triazaspiro[4.5]decan-4-one[acd/iupac name]", "1,3,8-triazaspiro(4.5)decan-4-one 8-(4-(4-fluorophenyl)-4-oxobutyl)-1-phenyl-", "espiperona; spiperone; spiperonum", "cid5265", "spiperonum [inn-latin]", "spiperone [usan:ban:inn:jan][inn][jan][usan]", "butyrophenone 4'-fluoro-4-(4-oxo-1-phenyl-1,3,8-triazaspiro(4,5)decan-8-yl)-", "d013134", "chebi:9233", "espiperona", "espiperona[spanish][inn]", "8-[3-(p-fluorobenzoyl)propyl]-1-phenyl-1,3 8-triazaspiro[4.5]decan-4-one", "632204[beilstein]", "5-26-04-00109 (beilstein handbook reference)[beilstein]"}|>, "5050" -> <|"DatabaseID" -> "SW02948", "IsomericSmiles" -> "CCCCCCCCCCCCCC[C@H]([C@H]([C@H](COP(=O)([O-])[O-])[NH3+])O)O", "OfficialNames" -> <|"Indian Approved Name" -> "saccharomyces boulardil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46891723]}, "Synonyms" -> {"4-hydroxysphinganine-1-phosphate (saccharomyces cerevisiae)", "383908-62-1", "d-ribo-phytosphingosine-1-phosphate", "(2s", "phytosphingosine 2s"}|>, "5051" -> <|"DatabaseID" -> "SW02949", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99880]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@@H]2OC(=O)CCc4ccco4)CCC5=CC(=O)CC[C@H]35", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01737"]}, "OfficialNames" -> <|"NPC Approved Name" -> "estr-4-en-3-one 17-(3-(2-furanyl)-1-oxopropoxy)- (17beta)-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 111318]}, "Synonyms" -> {"nandrolone furylpropionate", "d01737", "ac1l39cb", "7642-64-0[rn]", "7642-64-0", "einecs 231-580-5", "[(8r", "17beta-hydroxyestr-4-en-3-one 17-(3-(2-furyl)propionate)", "231-580-5[einecs]", "estr-4-en-3-one", "surecn603717", "nandrolone furylpropionate (jan)"}|>, "5052" -> <|"DatabaseID" -> "SW02950", "IsomericSmiles" -> "CCCC[C@H](C)C[C@@H](/C=C/[C@@H]1[C@H]2C[C@@H](C[C@H]2C[C@H]1O)CCOCC(=O)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01188"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pimilprost"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282140]}, "Synonyms" -> {"pimilprost", "surecn636273", "chembl2106962", "139403-31-9", "pimilprost (jan/inn)", "methyl 2-[2-[(2r", "ac1nqzjh", "sm-10902", "d01188", "skipron"}|>, "5053" -> <|"DatabaseID" -> "SW02951", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16933"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392539]}, "IsomericSmiles" -> "C[C@H](/C=C/[C@H](C)C(C)C)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3C2=CC=C4[C@@]3(CC[C@@H](C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444679]}, "Synonyms" -> {"ergosterol", "ergosterin", "provitamin d2", "(3s,9s,10r,13r,14r,17r)-17-[(2r,3e,5r)-5,6-dimethyl-3-hepten-2-yl]-10,13-dimethyl-2,3,4,9,10,11,12,13,14,15,16,17-dodecahydro-1h-cyclopenta[a]phenanthren-3-ol", "(22e)-ergosta-5", "24-methylcholesta-5,7,22-trien-3b-ol", "57-87-4", "ergosta-5:6,7:8,22:23-trien-3-ol", "dxa", "(3b,22e)-ergosta-5,7,22-trien-3-ol", "3beta-hydroxy-5", "1,2-hydro-1-oxy-3,4-hydro-3-(1-methoxy-2-oxy-3,4-dihydroxypentyl)-8,9-dihydroxy-7-(sec-butyl)-anthracene", "5", "24a-methyl-22e-dehydrocholesterol", "(22e)-ergosta-5,7,22-trien-3-ol", "chebi:16933", "57-87-4[rn]", "ergosta-5,7,22-trien-3-ol", "14-((2e)(1r,4r)-1,4,5-trimethylhex-2-enyl)(1s,5s,2r,11r,14r,15r)-2,15-dimethyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadeca-7,9-dien-5-ol", "st073383", "(24r)-ergosta-5,7,22-trien-3b-ol", "2338604[beilstein]", "ergosta-5", "provitamine d2", "erg", "200-352-7[einecs]", "24r-methylcholesta-5,7,22e-trien-3b-ol"}|>, "5054" -> <|"DatabaseID" -> "SW02952", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28934"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444351]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00153"]}, "IsomericSmiles" -> "C[C@H](/C=C/[C@H](C)C(C)C)[C@H]1CC[C@@H]\\2[C@@]1(CCC/C2=C\\C=C/3\\C[C@H](CCC3=C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00187"]}, "OfficialNames" -> <|"China Approved Name" -> "ergocalciferol", "WHO Essential Medicine" -> "ergocalciferol", "Traditional Herbal Isolate" -> "22e-dehydroclerosterol;5 alpha-ergost-en-3 beta-ol;ergostatetraen", "FDA Approved Drug" -> "ERGOCALCIFEROL"|>, "PharmGKBID" -> "PA449484", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280793]}, "Synonyms" -> {"ergocalciferol", "calciferol", "mulsiferol", "oleovitamin d2", "deratol", "detalup", "crystallina", "condocaps", "viosterol", "deltalin", "drisdol", "oleovitamin d", "ertron", "divit urto", "vitavel-d", "condol", "d-tracetten", "ergorone", "mykostin", "dee-osterol", "novovitamin-d", "ergosterol activated", "fortodyl", "hi-deratol", "metadee", "diactol", "radstein", "condacaps", "davitin", "de-rat concentrate", "dee-roual", "radsterin", "infron", "shock-ferol", "geltabs", "viosterol in oil", "viostdrol", "buco-d", "calciferon 2", "decaps", "dee-ronal", "vio-d", "radiostol", "d-arthin", "rodine c", "shock-ferol sterogyl", "davitamon d", "uvesterol-d", "crtron", "daral", "sterogyl", "ercalciol", "ostelin", "vitamin d2", "synthetic vitamin d", "dee-ron", "ergosterol irradiated", "doral", "calcium magnesium 2:1 tablets with vitamin d (calcium (calcium citrate) + magnesium (magnesium oxide) + vitamin d2 (ergocalciferol))_mixture", "super thera-m (beta-carotene (provitamin a) + biotin + calcium (calcium phosphate (dibasic)) + chloride (potassium chloride) + chromium (chromic chloride) + copper (cupric sulfate) + d-pantothenic acid (calcium d-pantothenate) + folic acid + iodine (potassium iodide kelp) + iron (ferrous fumarate) + magnesium (magnesium oxide) + manganese (manganese sulfate) + molybdenum (sodium molybdate) + nicotinic acid (nicotinamide) + phosphorus (calcium phosphate (dibasic)) + potassium (potassium chloride) + selenium (sodium selenate) + vitamin a (vitamin a palmitate) + vitamin b1 (thiamine mononitrate) + vitamin b12 (cyanocobalamin) + vitamin b2 (riboflavin) + vitamin b6 (pyridoxine hydrochloride) + vitamin c (ascorbic acid) + vitamin d2 (ergocalciferol) + vitamin e (dl-alpha tocopheryl acetate) + zinc (zinc sulfate))_mixture", "oleovitamin d synthetic", "calcium and magnesium citrate with vitamin d (calcium (calcium citrate) + magnesium (magnesium citrate) + vitamin d (ergocalciferol))_mixture", "timed release multi vitamin with chelated minerals (beta-carotene (provitamin a) + biotin + calcium (calcium hvp chelate calcium phosphate (tribasic)) + choline bitartrate + chromium (chromium hvp chelate) + copper (copper gluconate) + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (potassium iodide kelp) + iron (iron hvp chelate ferrous fumarate) + magnesium (magnesium oxide magnesium hvp chelate) + manganese (manganese hvp chelate) + nicotinamide + potassium (potassium chloride potassium citrate) + selenium (selenium hvp chelate) + vitamin b1 (thiamine hydrochloride) + vitamin b2 (riboflavin) + vitamin b6 (pyridoxine hydrochloride) + vitamin c (ascorbic acid) + vitamin d (ergocalciferol) + vitamin e (d-alpha tocopheryl acetate) + zinc (zinc hvp chelate))_mixture", "vdr", "insur-all vitamin supplement (biotin + choline bitartrate + d-pantothenic acid + inositol + nicotinamide + vitamin a (vitamin a acetate) + vitamin b1 (thiamine hydrochloride) + vitamin b12 (cyanocobalamin) + vitamin b2 + vitamin b6 (pyridoxine hydrochloride) + vitamin c + vitamin d (ergocalciferol) + vitamin e (dl-alpha tocopheryl acetate))_mixture", "pre-natal (beta-carotene (provitamin a) + biotin + calcium (calcium citrate calcium carbonate) + chromium (chromium hvp chelate) + copper (copper hvp chelate) + d-pantothenic acid (calcium d-pantothenate) + folic acid + iodine (potassium iodide) + iron (iron citrate) + magnesium (magnesium hvp chelate) + manganese (manganese hvp chelate) + molybdenum (molybdenum hvp chelate) + nicotinamide + potassium (potassium citrate) + selenium (selenium hvp chelate) + silicon (silicon dioxide) + vitamin a (vitamin a palmitate) + vitamin b1 (thiamine hydrochloride) + vitamin b12 (cyanocobalamin) + vitamin b2 (riboflavin hydrochloride riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxine 5' phosphate) + vitamin c (calcium ascorbate) + vitamin d2 (ergocalciferol) + vitamin e (d-alpha tocopheryl acid succinate) + zinc (zinc hvp chelate))_mixture", "mega halibut liver oil (vitamin a (halibut liver oil) + vitamin d (ergocalciferol))_mixture", "calcimate plus calcium potassium magnesium and vitamin d (calcium (calcium citrate calcium malate) + magnesium (magnesium oxide) + potassium (potassium chloride) + vitamin d2 (ergocalciferol))_mixture", "1,25-dihydroxyvitamin d3 receptor", "centrum 8409 (beta-carotene + biotin + chromium (chromic chloride) + copper (cupric oxide) + d-pantothenic acid (calcium d-pantothenate) + folic acid + iodine (potassium iodide) + iron (ferronyl) + manganese (manganese sulfate) + molybdenum (sodium molybdate) + nicotinamide + vitamin a (vitamin a acetate) + vitamin b1 (thiamine mononitrate) + vitamin b12 (cyanocobalamin) + vitamin b2 (riboflavin) + vitamin b6 (pyridoxine hydrochloride) + vitamin c (ascorbic acid) + vitamin d2 (ergocalciferol) + vitamin e (vitamin e acetate) + vitamin k1 (phytonadione) + zinc (zinc oxide))_mixture", "msb essentials (beta-carotene + biotin + calcium (calcium citrate) + choline dihydrogen citrate + chromium (chromic chloride) + d-pantothenic acid (calcium d-pantothenate) + folic acid + inositol + iodine (potassium iodide) + iron (ferrous fumarate) + magnesium (magnesium citrate) + manganese (manganese hvp chelate) + methionine + molybdenum (sodium molybdate) + nicotinamide + nicotinic acid + potassium (potassium citrate) + selenium (selenium hvp chelate) + vitamin a (vitamin a acetate) + vitamin b1 (thiamine hydrochloride) + vitamin b12 + vitamin b2 (riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride) + vitamin c + vitamin d (ergocalciferol) + vitamin e (d-alpha tocopherol) + zinc (zinc chloride))_mixture", "(+)-vitamin d2", "uvesterol d", "ergocalciferolo [dcit]", "calciferolum", "(5e,7e,22e)-9,10-secoergosta-5,7,10,22-tetraen-3-ol", "(1s,3z)-3-[(2e)-2-[(1r,3as,7ar)-1-[(e,2r,5r)-5,6-dimethylhept-3-en-2-yl]-7a-methyl-2,3,3a,5,6,7-hexahydro-1h-inden-4-ylidene]ethylidene]-4-methylidenecyclohexan-1-ol", "vitamin d 2", "geltabs vitamin d", "200-014-9[einecs]", "drisdol[wiki]", "deltalin[wiki]", "ergosterol irradiated", "irradiated ergosterol", "ergocalciferol oil", "9,10-secoergosta-5,7,10(19),22-tetraen-3b-ol", "haliver", "vio d", "vitamin d", "sorex c.r.", "ergocalciferol-water soluble", "vitamind2", "(3b,5z,7e,22e)-9,10-secoergosta-5,7,10(19),22-tetraen-3-ol", "(1s,3z)-4-methylidene-3-[(2e)-2-{(1r,3as,7ar)-7a-methyl-1-[(1r,2e,4r)-1,4,5-trimethylhex-2-en-1-yl]octahydro-4h-inden-4-ylidene}ethylidene]cyclohexanol", "osteil", "9,10-secoergosta-5,7,10,22-tetraen-3-ol (3s,5z,7e,22e)-", "7489-18-1[rn]", "vitamin- d2", "8017-28-5[rn]", "ergocalciferol vitamin d2", "vitamina d2", "ergocalciferol (d2)", "ergocalciferolum [inn_la]", "cyclohexanol 4-methylene-3-[(2e)-2-[(1r,3as,7ar)-octahydro-7a-methyl-1-[(1r,2e,4r)-1,4,5-trimethyl-2-hexen-1-yl]-4h-inden-4-ylidene]ethylidene]- (1s,3z)-", "ergocalciferol[portuguese]", "5,7,10(19),22-cholestatetraen-24b-methyl-3b-ol-9,10-seco", "hyperkil", "1916682[beilstein]", "cycloheanol 4-methylene-3-(2-(tetrahydro-7a-methyl-1-(1,4,5-trimethyl-2-hexenyl)-4(3ah)-indanylidene)ethylidene)-", "calciferol[wiki]", "viosterol[wiki]", "drisdol (tn)", "(1s,3z)-3-[(2e)-2-[(1r,3ar,7ar)-1-[(e,2s,5r)-5,6-dimethylhept-3-en-2-yl]-7a-methyl-2,3,3a,5,6,7-hexahydro-1h-inden-4-ylidene]ethylidene]-4-methylidene-cyclohexan-1-ol", "calciferol (tn)", "ergocalciferol[wiki]", "ergocalciferolum[latin]", "activated ergosterol", "50-14-6[rn]", "(1s,3z)-4-methyliden-3-[(2e)-2-{(1r,3as,7ar)-7a-methyl-1-[(1r,2e,4r)-1,4,5-trimethylhex-2-en-1-yl]octahydro-4h-inden-4-yliden}ethyliden]cyclohexanol", "4-methylene-3-[2-[tetrahydro-7a-methyl-1-(1,4,5-trimethyl-2-hexenyl)-4(3ah)-indanylidene]ethylidene]-cyclohexanol", "31316-19-5[rn]", "9,10-seco(5z,7e,22e)-5,7,10(19),22-ergostatetraen-3-ol", "'ergosterol irradiated'", "rodinec", "(3s,5z,7e,22e)-9,10-secoergosta-5,7,10,22-tetraen-3-ol", "(5z,7e,22e)-(3s)-9,10-seco-5,7,10(19),22-ergostatetraen-3-ol", "vigantol", "(5z,7e,22e)-(3s)-9,10-secoergosta-5,7,10(19),22-tetraen-3-ol", "(1s,3z)-3-[(2e)-2-{(1r,3as,7ar)-1-[(2r,3e,5r)-5,6-dimethyl-3-hepten-2-yl]-7a-methyloctahydro-4h-inden-4-ylidene}ethylidene]-4-methylenecyclohexanol", "(3s,5z,7e,22e)-9,10-secoergosta-5,7,10(19),22-tetraen-3-ol", "ergocalciferol [ban:inn:jan][inn][jan]", "mina d2", "ergocalciferol; calciferol; vitamin d2"}|>, "5055" -> <|"DatabaseID" -> "SW02953", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3597]}, "IsomericSmiles" -> "c1cc2c(cc(c(c2nc1)O)I)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00581"]}, "OfficialNames" -> <|"Indian Approved Name" -> "di-iodohydroxyquin;di-iodohydroxyquinoline"|>, "Synonyms" -> {"yodoxin", "moebiquin", "zoaquin", "diiodoquin", "5,7-diiod-8-chinolinol", "201-497-9[einecs]", "diiodohydroxyquinolin", "8-hydroxy-5 7-diiodoquinoline", "amebaquin", "fluoraquin", "5,7-diiodooxine", "diiodohydroxyquinolinum[latin]", "yodoxin (tn)", "5-21-03-00296 (beilstein handbook reference)[beilstein]", "5,7-diiodo-8-hydroxyquinoline", "quinadome", "di-quinol", "floraquin", "5,7-diiodo-quinolin-8-ol", "diiodohydroxyquin", "8-hydroxy-5,7-diiodoquinoline", "83-73-8[rn]", "searlequin", "enterosept", "diodoxyquinoleine", "iodoquinol[usp]", "diodoquine", "diiodoquine", "8-quinolinol 5,7-diiodo-", "embequin", "ioquin", "rafamebin", "5,7-diodo-8-quinolinol", "diiodohydroxyquinoline", "diiodohydroxyquinoleine[french][inn]", "di-iodohydroxyquinoline", "diiodohydroxyquinoline[wiki]", "stanquinate", "disoquin", "dyodin", "cor-tar-quin", "diodoxylin", "5,7-diiodo-oxine", "lanodoxin", "diiodohidroxiquinoleina[spanish][inn]", "5,7-diiodo-8-quinolinol[acd/iupac name]", "iodoquinol", "clioquinol imp. c (ep)", "diodohydroxyquin", "diamoebin", "sebaquin", "dijodoxichinoline", "direxiode", "dinoleine", "diiodo-oxyquinoline", "diiodoidrossichinolina [dcit]", "vytone", "5,7-diiodoquinolin-8-ol", "enterodiamoebin", "diiodoquinol", "diodoquin", "dijodoxichinolinum"}|>, "5056" -> <|"DatabaseID" -> "SW02954", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "73032"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2319853]}, "IsomericSmiles" -> "COc1ccc(cc1F)c2cc(nn2c3ccc(cc3)S(=O)(=O)N)C(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03689"]}, "OfficialNames" -> <|"NPC Approved Name" -> "deracoxib"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3058754]}, "Synonyms" -> {"deracoxib", "169590-41-4[rn]", "deramaxx", "deramaxx[wiki]", "benzenesulfonamide 4-[3-(difluoromethyl)-5-(3-fluoro-4-methoxyphenyl)-1h-pyrazol-1-yl]-", "benzenesulfonamide 4-(3-(difluoromethyl)-5-(3-fluoro-4-methoxyphenyl)-1h-pyrazol-1-yl)-", "sc 46", "ncgc00095312-01", "4-[3-(difluoromethyl)-5-(3-fluoro-4-methoxyphenyl)-1h-pyrazol-1-yl]benzenesulfonamide", "169590-41-4", "sc-59046", "deracoxib[wiki][usan]", "sc 046", "deracoxib (usan)", "4-(3-(difluoromethyl)-5-(3-fluoro-4-methoxyphenyl)-1h-pyrazol-1-yl)benzenesulfonamide", "deracoxib [usan]", "4-[3-difluoromethyl-5-(3-fluoro-4-methoxy-phenyl)-pyrazol-1-yl]-benzenesulfonamide", "sc 59046"}|>, "5057" -> <|"DatabaseID" -> "SW02955", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293169]}, "IsomericSmiles" -> "CC#CCC(C)[C@@H](/C=C/[C@H]1[C@@H](C[C@H]2[C@@H]1c3cccc(c3O2)CCCC(=O)[O-])O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02720"]}, "OfficialNames" -> <|"NPC Approved Name" -> "beraprost"|>, "Synonyms" -> {"dl-16-methyl-18,19-tetradehydro-5,6,7-trinor-4,8-inter-m-phenyleneprostaglandin i2", "befaprost", "beraprost[wiki][usan]", "1h-benzo[b]cyclopenta[d]furan-5-butanoic acid 2,3,3a,8b-tetrahydro-2-hydroxy-1-[(1e,3s)-3-hydroxy-4-methyl-1-octen-6-yn-1-yl]- (1r,2r,3as,8bs)-", "beraprost", "88430-50-6[rn]", "4-{(1r,2r,3as,8bs)-2-hydroxy-1-[(1e,3s)-3-hydroxy-4-methyloct-1-en-6-yn-1-yl]-2,3,3a,8b-tetrahydro-1h-benzo[b]cyclopenta[d]furan-5-yl}butanoic acid"}|>, "5058" -> <|"DatabaseID" -> "SW02955", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293169]}, "IsomericSmiles" -> "CC#CCC(C)[C@@H](/C=C/[C@H]1[C@@H](C[C@H]2[C@@H]1c3cccc(c3O2)CCCC(=O)[O-])O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02720"]}, "OfficialNames" -> <|"NPC Approved Name" -> "beraprost"|>, "Synonyms" -> {"dl-16-methyl-18,19-tetradehydro-5,6,7-trinor-4,8-inter-m-phenyleneprostaglandin i2", "befaprost", "beraprost[wiki][usan]", "1h-benzo[b]cyclopenta[d]furan-5-butanoic acid 2,3,3a,8b-tetrahydro-2-hydroxy-1-[(1e,3s)-3-hydroxy-4-methyl-1-octen-6-yn-1-yl]- (1r,2r,3as,8bs)-", "beraprost", "88430-50-6[rn]", "4-{(1r,2r,3as,8bs)-2-hydroxy-1-[(1e,3s)-3-hydroxy-4-methyloct-1-en-6-yn-1-yl]-2,3,3a,8b-tetrahydro-1h-benzo[b]cyclopenta[d]furan-5-yl}butanoic acid"}|>, "5059" -> <|"DatabaseID" -> "SW02956", "IsomericSmiles" -> "CCOC(=O)O[C@H](c1ccnc2c1cc(cc2)OC)[C@@H]3CC4CC[NH+]3C[C@@H]4C=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01663"]}, "OfficialNames" -> <|"NPC Approved Name" -> "quinine ethylcarbonate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 53297453]}, "Synonyms" -> {"quinine ethylcarbonate", "d01663", "quinine ethylcarbonate (jp16)", "83-75-0", "quinine ethylcarbonate (tn)"}|>, "5060" -> <|"DatabaseID" -> "SW02957", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12397]}, "IsomericSmiles" -> "CC(C)OP(=S)(OC(C)C)SCCNS(=O)(=O)c1ccccc1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "6-o-beta-sophoruside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12932]}, "Synonyms" -> {"disan", "prefar", "exporsan", "betasan", "betamec", "benzulfide", "kayaphenone", "betasan e", "prefar e", "o,o-bis(1-methylethyl) s-(2-((phenylsulfonyl)amino)ethyl)pheosphorodithioate", "n-(2-(o,o-diisopropyldithiophosphoryl)ethyl)benzenesulfonamide", "o,o-di-isopropyl s-2-phenylsulphonylaminoethyl phosphorodithioate", "prefer", "o,o-diisopropyl phosphorothioate s-ester withn-(2-mercaptoethyl)benzenesulfonamide", "39291-71-9[rn]", "sap", "212-010-4[einecs]", "phosphorodithioicacid o,o-bis(1-methylethyl) s-[2-[(phenylsulfonyl)amino]ethyl]ester", "prefer[wiki]", "bensulide", "o,o-diisopropyl 2-(benzenesulfonamido)ethyl dithiophosphate", "o,o-diisopropyl-s-{2-[(phenylsulfonyl)amino]ethyl}dithiophosphat", "bensulide [bsi:iso]", "disan (pesticide)", "n-(2-mercaptoethylbenzene)sulfonamide s-(o,o-diisopropylphosphorodithioate)", "n-(2-ethylthio)benzene sulphonamide-s,o,o-diisopropylphosphorodithioate", "s-{2-[(phenylsulfonyl)amino]ethyl} o,o-dipropan-2-yl phosphorodithioate", "s-2-benzenesulphonamidoethyl o,o-diisopropylphosphorodithioate", "s-(o,o-diisopropylphosphorodithioate) of n-(2-mercaptoethyl)benzenesulfonamide", "o,o-diisopropyl phosphorodithioate s-ester with n-(2-mercaptoethyl)benzenesulfonamide", "s-2-benzenesulfonamidoethylo,o-di-isopropylphosphorodithioate", "phosphorodithioicacid o,o-bis(1-methylethyl) s-(2-((phenylsulfonyl)amino)ethyl)ester", "phosphorodithioicacid o,o-diisopropyl ester s-esterwith n-(2-mercaptoethyl)benzenesulfonamide", "benzenesulfonamide n-(2-mercaptoethyl)- s-ester witho,o-diisopropylphosphorodithioate", "pre-san", "741-58-2[rn]", "o,o-diisopropyl s-(2-benzenesulfonylaminoethyl) phosphorodithioate", "o,o-diisopropyl s-{2-[(phenylsulfonyl)amino]ethyl} dithiophosphate", "n-(2-mercaptoethyl)benzenesulfonamide s-(o,o-diisopropyl phosphorodithioate)", "o,o-diisopropyl s-{2-[(phenylsulfonyl)amino]ethyl} phosphorodithioate[acd/iupac name]", "o,o-bis(1-methylethyl) s-{2-[(phenylsulfonyl)amino]ethyl} dithiophosphate", "o,o-di-isopropyl s-2-phenylsulfonylaminoethylphosphorodithioate", "bensulide[wiki]", "o,o-bis(1-methylethyl) s-(2-((phenylsulfonyl)amino)ethyl)phosphorodithioate (9ci)", "betasan g", "o,o-bis(1-methylethyl)-s-(2-((phenylsulfonyl)amino)ethyl) phosphorodithioate", "o,o-bis(1-methylethyl) s-[2-[(phenylsulfonyl)amino]ethyl] phosphorodithioate", "s-(o,o-diisopropylphosphorodithioate) esterof n-(2-mercaptoethyl)benzenesulfonamide", "o,o-diisopropyl dithiophosphate s-ester withn-(2-mercaptoethyl)benzenesulphonamide"}|>, "5061" -> <|"DatabaseID" -> "SW02958", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64561]}, "IsomericSmiles" -> "C([C@@H]1[C@@H]([C@@H]([C@H]([C@H](O1)O[C@]2([C@H]([C@@H]([C@H](O2)CCl)O)O)CCl)O)O)Cl)O", "OfficialNames" -> <|"Indian Approved Name" -> "sucralose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71485]}, "Synonyms" -> {"sucralose", "splenda", "trichlorosucrose", "tgs", "dsstox_cid_20245", "alpha-d-galactopyranoside", "brn 3654410", "56038-13-2", "tl8003643", "a-d-galactopyranoside 1,6-dichloro-1,6-dideoxy-b-d-fructofuranosyl 4-chloro-4-deoxy-", "1", "dsstox_rid_79457", "1,6-dichloro-1,6-dideoxy-b-d-fructofuranosyl4-chloro-4-deoxy-a-d-galactopyranoside", "513-29-1[rn]", "259-952-2[einecs]", "4,1',6'-trichloro-4,1',6'-trideoxygalacto-sucrose", "1,6-dichloro-1,6-dideoxy-b-d-fructofuranosyl-4-chloro-4-deoxy-a-d-galactopyranoside", "sucralose [ban]", "208-154-2[einecs]", "4,1',6'-trichloro-4,1',6'-trideoxy-galacto-sucrose", "1',4,6'-trichlorogalactosucrose", "sucralose[wiki]", "einecs 259-952-2", "56038-13-2[rn]", "(2r,3r,4r,5r,6r)-2-{[(2r,3s,4s,5s)-2,5-bis(chloromethyl)-3,4-dihydroxytetrahydro-2-furanyl]oxy}-5-chloro-6-(hydroxymethyl)tetrahydro-2h-pyran-3,4-diol"}|>, "5062" -> <|"DatabaseID" -> "SW02959", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58943]}, "IsomericSmiles" -> "c1cc(ccc1CSC(Cn2ccnc2)c3ccc(cc3Cl)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00886"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULCONAZOLE NITRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65495]}, "Synonyms" -> {"sulconazole nitrate", "rs-44872-00-10-3", "sulconazole mononitrate", "exelderm", "1-[2-(4-chlorobenzylthio)-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole nitrate", "1-{2-[(4-chlorobenzyl)sulfanyl]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate(1:1)[acd/iupac name]", "1h-imidazole", "sulconazole[wiki]", "61318-91-0(nitrate)", "61318-91-0 (nitrate)", "61318-91-0[rn]", "sulconazolenitrate", "1h-imidazole 1-[2-[[(4-chlorophenyl)methyl]thio]-2-(2,4-dichlorophenyl)ethyl]-,nitrate (1:1)", "61318-91-0", "(+-)-1-(2", "exelderm (tn)", "1-(4-chlorobenzylthio)-1-(2,4-dichlorophenyl)-2-(imidazol-1-yl)ethane nitrate", "1-(2-[p-chlorobenzylthio]-2-[2,4-dichlorophenyl]ethyl)-1h-imidazole", "rs 44872", "61318-91-0 61318-90-9", "sulconazole nitrate salt", "exelderm[wiki]", "sulconazole nitrate [usan:jan][jan][usan]", "1-[2-[(4-chlorophenyl)methylsulfanyl]-2-(2,4-dichlorophenyl)ethyl]imidazole", "1-{2-[(4-chlorobenzyl)sulfanyl]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate", "1-[2-[(4-chlorophenyl)methylsulfanyl]-2-(2", "61318-90-9[rn]", "82382-23-8[rn]", "61318-91-0 61318-90-9 [sulconazole]", "rs-44872"}|>, "5063" -> <|"DatabaseID" -> "SW02959", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58943]}, "IsomericSmiles" -> "c1cc(ccc1CSC(Cn2ccnc2)c3ccc(cc3Cl)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00886"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULCONAZOLE NITRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65495]}, "Synonyms" -> {"sulconazole nitrate", "rs-44872-00-10-3", "sulconazole mononitrate", "exelderm", "1-[2-(4-chlorobenzylthio)-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole nitrate", "1-{2-[(4-chlorobenzyl)sulfanyl]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate(1:1)[acd/iupac name]", "1h-imidazole", "sulconazole[wiki]", "61318-91-0(nitrate)", "61318-91-0 (nitrate)", "61318-91-0[rn]", "sulconazolenitrate", "1h-imidazole 1-[2-[[(4-chlorophenyl)methyl]thio]-2-(2,4-dichlorophenyl)ethyl]-,nitrate (1:1)", "61318-91-0", "(+-)-1-(2", "exelderm (tn)", "1-(4-chlorobenzylthio)-1-(2,4-dichlorophenyl)-2-(imidazol-1-yl)ethane nitrate", "1-(2-[p-chlorobenzylthio]-2-[2,4-dichlorophenyl]ethyl)-1h-imidazole", "rs 44872", "61318-91-0 61318-90-9", "sulconazole nitrate salt", "exelderm[wiki]", "sulconazole nitrate [usan:jan][jan][usan]", "1-[2-[(4-chlorophenyl)methylsulfanyl]-2-(2,4-dichlorophenyl)ethyl]imidazole", "1-{2-[(4-chlorobenzyl)sulfanyl]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate", "1-[2-[(4-chlorophenyl)methylsulfanyl]-2-(2", "61318-90-9[rn]", "82382-23-8[rn]", "61318-91-0 61318-90-9 [sulconazole]", "rs-44872"}|>, "5064" -> <|"DatabaseID" -> "SW02961", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91491]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)[C@H]2c3cc4c(cc3C[C@H]5[C@H]2C(=O)OC5)OCO4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deoxypodophyllotoxin;desoxypodophyllotoxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101256]}, "Synonyms" -> {"4-deoxypodophyllotoxin", "(-)-anthricin", "hernandion", "deoxypodophyllotoxin", "(-)-deoxypodophyllotoxin", "anthricin", "(-)-desoxypodophyllotoxin", "silicicolin", "75805-80-0[rn]", "podophyllotoxin", "1836-86-8[rn]", "furo(3',4':6,7)naphtho(2,3-d)-1,3-dioxol-6(5ah)-one 5,8,8a,9-tetrahydro-5-(3,4,5-trimethoxyphenyl)- (5r,5ar,8ar)-", "desoxypodophyllotoxin", "hernandin", "24150-31-0[rn]", "518-30-9[rn]", "podophyllotoxin deoxy-", "19186-35-7[rn]", "as 2-3"}|>, "5065" -> <|"DatabaseID" -> "SW02962", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10374]}, "IsomericSmiles" -> "c1ccc(cc1)NC(=O)OCC(C[NH+]2CCCCC2)OC(=O)Nc3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "3-piperidino-12-propanediol dicarbanilate ester"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208845]}, "Synonyms" -> {"101-08-6 (parent)", "3-(piperidin-1-yl)propane-1", "diperodon anhydrous", "ar-1i6008", "3-(1-piperidinyl)-1,2-propanediol bis(phenylcarbamate)(ester)", "ac1q63ej", "surecn83016", "diperodon", "unii-2456go94tr", "101-08-6[rn]", "3-(piperidin-1-yl)propane-1,2-diyl bis(phenylcarbamate)", "[2-(phenylcarbamoyloxy)-3-piperidin-1-ylpropyl] n-phenylcarbamate hydrate", "bis-(1,2 phenyl-carbamic acid) 3-piperidin-1-yl-propyl ester", "1,2-propanediol 3- (1-piperidinyl)- bis(phenylcarbamate) (ester) monohydrochloride", "1,2-propanediol 3-piperidino- dicarbanilate(ester),monohydrochloride", "1,2-propanediol 3-(1-piperidinyl)-,bis(phenylcarbamate) (ester)", "diperodonum[latin]", "no cas", "ac1l4lgp"}|>, "5066" -> <|"DatabaseID" -> "SW02962", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10374]}, "IsomericSmiles" -> "c1ccc(cc1)NC(=O)OCC(C[NH+]2CCCCC2)OC(=O)Nc3ccccc3", "OfficialNames" -> <|"NPC Approved Name" -> "3-piperidino-12-propanediol dicarbanilate ester"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208845]}, "Synonyms" -> {"101-08-6 (parent)", "3-(piperidin-1-yl)propane-1", "diperodon anhydrous", "ar-1i6008", "3-(1-piperidinyl)-1,2-propanediol bis(phenylcarbamate)(ester)", "ac1q63ej", "surecn83016", "diperodon", "unii-2456go94tr", "101-08-6[rn]", "3-(piperidin-1-yl)propane-1,2-diyl bis(phenylcarbamate)", "[2-(phenylcarbamoyloxy)-3-piperidin-1-ylpropyl] n-phenylcarbamate hydrate", "bis-(1,2 phenyl-carbamic acid) 3-piperidin-1-yl-propyl ester", "1,2-propanediol 3- (1-piperidinyl)- bis(phenylcarbamate) (ester) monohydrochloride", "1,2-propanediol 3-piperidino- dicarbanilate(ester),monohydrochloride", "1,2-propanediol 3-(1-piperidinyl)-,bis(phenylcarbamate) (ester)", "diperodonum[latin]", "no cas", "ac1l4lgp"}|>, "5067" -> <|"DatabaseID" -> "SW02963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293006]}, "IsomericSmiles" -> "C[N+]1(C2CCC1CC(C2)OC(=O)C(c3ccccc3)(c4ccccc4)O)CCF", "OfficialNames" -> <|"NPC Approved Name" -> "flutropium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6917780]}, "Synonyms" -> {"flutropium bromide", "2-hydroxy-2", "i06-2133", "(1r,5r)-8-(2-fluoroethyl)-3-[2-hydroxy(diphenyl)acetoxy]-8-methyl-8-azoniabicyclo[3.2.1]octane bromide[acd/iupac name]", "ac1ocena", "8-(2-fluoroethyl)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl2-hydroxy-2,2-diphenylacetate bromide", "sbb071018", "63516-07-4", "[8-(2-fluoranylethyl)-8-methyl-8-azoniabicyclo[3.2.1]octan-3-yl] 2-oxidanyl-2", "a834403", "[8-(2-fluoroethyl)-8-methyl-8-azoniabicyclo[3.2.1]octan-3-yl] 2-hydroxy-2", "63516-07-4[rn]", "akos015896256", "ba 598 br", "flubron"}|>, "5068" -> <|"DatabaseID" -> "SW02964", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4942382]}, "IsomericSmiles" -> "CCOc1ccc(cc1OCC)/C=C\\2/c3cc(c(cc3CC[NH2+]2)OCC)OCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07879"]}, "OfficialNames" -> <|"Indian Approved Name" -> "drotaverine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6437861]}, "Synonyms" -> {"drotaverinium chloride", "no-spa hydrochloride", "isodihydroperparine hydrochloride", "drotaverine hydrochloride", "drotaverin hydrochloride", "isoquinoline 1-[(3,4-diethoxyphenyl)methylene]-6,7-diethoxy-1,2,3,4-tetrahydro-,(1z)- hydrochloride (1:1)", "tl8000901", "taverin", "isoquinoline 1,2,3,4-tetrahydro-6,7-diethoxy-1-((3,4-diethoxyphenyl)methylene)-,hydrochloride", "tetraspasmin-lefa", "drotaverine hcl", "isoquinoline 1-((3,4-diethoxyphenyl)methylene)-6,7-diethoxy-1,2,3,4-tetrahydro-,hydrochloride", "(1z)-1-[(3,4-diethoxyphenyl)methyliden]-6,7-diethoxy-1,2,3,4-tetrahydroisochinolinhydrochlorid", "6", "drotaverine hcl ;1-[(3,4-diethoxyphenyl)methylene]-6,7-diethoxy1,2,3,4-tetrahydroisoquinoline hcl", "(1z)-1-(3,4-diethoxybenzylidene)-6,7-diethoxy-1,2,3,4-tetrahydroisoquinoline hydrochloride(1:1)", "1-[(3,4-diethoxyphenyl)methylene]-6,7-diethoxy 1,2,3,4-tetrahydroisoquinoline hcl", "985-12-6[rn]", "isoquinoline 1-(3,4-diethoxybenzylidene)-6,7-diethoxy-1,2,3,4-tetrahydro- hydrochloride", "drotin", "(1z)-1-(3,4-diethoxybenzylidene)-6,7-diethoxy-1,2,3,4-tetrahydroisoquinoline hydrochloride", "14009-24-6[rn]", "985-12-6", "no-spa", "12/6/985", "6,7,3',4'-tetraethoxy-1-benzal-1,2,3,4-tetrahydroisoquinoline hydrochloride"}|>, "5069" -> <|"DatabaseID" -> "SW02965", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2297930]}, "IsomericSmiles" -> "c1ccc2c(c1)[nH]c(=S)n2C3CC[NH+](CC3)CCCC(=O)c4ccc(cc4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02035"]}, "OfficialNames" -> <|"NPC Approved Name" -> "timiperone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3033151]}, "Synonyms" -> {"timiperone", "tolopelon", "4-fluoro-4-(4-(2-thioxo-1-benzimidazolinyl)piperidino)butyrophenone", "4'-fluoro-4-(4-(2-thioxo-1-benzimidazolinyl)piperidino)butyrophenone", "1-(1-(3-(p-fluorobenzoyl)propyl)-4-piperidyl)-2-benzimidazolinethione", "4-[4-(2,3-dihydro-2-thioxo-1h-benzimidazol-1-yl)-1-piperidinyl]-1-(4-fluorophenyl)-1-butanone", "260-880-9[einecs]", "timiperona[spanish][inn]", "timiperonum[latin]", "4-fluoro-4-[4-(2-thioxo-1-benzimidazolinyl)piperidino]butyrophenone", "einecs 260-880-9", "1-butanone 4-(4-(2,3-dihydro-2-thioxo-1h-benzimidazol-1-yl)-1-piperidinyl)-1-(4-fluorophenyl)-", "1-butanone 4-[4-(2,3-dihydro-2-thioxo-1h-benzimidazol-1-yl)-1-piperidinyl]-1-(4-fluorophenyl)-", "1-butanone 4-(4-(2,3-dihydro-2-thioxo-1h-benzimidazol-1-yl)-1-piperidinyl)-1-(4", "57648-21-2[rn]", "timiperona [inn-spanish]", "tolopelon (tn)", "4-(4-(2,3-dihydro-2-thioxo-1h-benzimidazol-1-yl)-1-piperidinyl)-1-(4-fluorophenyl)-1-butanone", "butyrophenone 4'-fluoro-4-(4-(2-thioxobenzimidazol-1-yl)piperidino)-", "1-[1-[3-(4-fluorobenzoyl)propyl]-4-piperidyl]-2-mercaptobenzimidazole", "1-[1-[3-(4-fluorobenzoyl)propyl]-4-piperidyl]-2,3-dihydrobenzimidazole-2-thione", "2-benzimidazolinethione 1-(1-(3-(p-fluorobenzoyl)propyl)-4-piperidyl)-", "57648-21-2", "timiperone [inn:jan][inn][jan]", "dd 3480", "1-(4-fluorophenyl)-4-[4-(2-thioxo-2,3-dihydro-1h-benzimidazol-1-yl)piperidin-1-yl]butan-1-one", "timiperonum [inn-latin]", "c(=o)(cccn3ccc(n1c(=s)nc2=c1c=cc=c2)cc3)c4=cc=c(f)c=c4"}|>, "5070" -> <|"DatabaseID" -> "SW02966", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2981]}, "IsomericSmiles" -> "CCCCN(CCN(CCCC)C(=O)N1CCOCC1)C(=O)N2CCOCC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01607"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nn'-12-ethanediylbis (n-butyl-4-morpholinecarboxamide)"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3091]}, "Synonyms" -> {"theraptique", "theraleptique", "dimorpholamine", "1064 th", "prontodin", "atmurin", "amipan t", "119-48-2", "n,n'-dibutyl-n,n'-dicarboxyethylene diaminemorpholide", "119-48-2[rn]", "4-27-00-00298[beilstein]", "n,n'-1,2-ethanediylbis(n-butyl-4-morpholinecarboxamide)[acd/iupac name]", "n,n'-dibutyl-n,n'-dicarboxymorpholide-ethylenediamine", "n,n'-ethane-1,2-diylbis(n-butylmorpholine-4-carboxamide)", "n,n'-ethylenebis(n-butyl-4-morpholinecarboxamide)", "n,n'-di-n-butylethylenediamine-n,n'-dicarboxybismorpholide", "4-morpholinecarboxamide n,n'-1,2-ethanediylbis[n-butyl-", "4-27-00-00298 (beilstein handbook reference)[beilstein]", "einecs 204-328-7", "n,n'-1,2-ethanediylbis[n-butyl-4-morpholinecarboxamide]", "brn 0052277", "204-328-7[einecs]", "n,n'-dibutyl-n,n'-dicarboxymorpholideethylenediamine", "n,n'-ethylenebis(n-butylmorpholine-4-carboxamide)", "dimorpholamine[jan][jp15]", "theraptique (tn)"}|>, "5071" -> <|"DatabaseID" -> "SW02967", "IsomericSmiles" -> "Cc1ncc(c(n1)N)CN(C=O)/C(=C(/CCO)\\SSCC2CCCO2)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03319"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fursultiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036929]}, "Synonyms" -> {"aliaron f", "ncgc00188432-01", "st51052656", "akos015894233", "ac1mi20w", "ar-1j0914", "aliaron f (tn)", "n-[(4-amino-2-methylpyrimidin-5-yl)methyl]-n-[(z)-5-hydroxy-3-(oxolan-2-ylmethyldisulfanyl)pent-2-en-2-yl]formamide", "d03319", "fursultiamine", "fursultiamine (jan/inn)", "804-30-8"}|>, "5072" -> <|"DatabaseID" -> "SW02967", "IsomericSmiles" -> "Cc1ncc(c(n1)N)CN(C=O)/C(=C(/CCO)\\SSCC2CCCO2)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03319"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fursultiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036929]}, "Synonyms" -> {"aliaron f", "ncgc00188432-01", "st51052656", "akos015894233", "ac1mi20w", "ar-1j0914", "aliaron f (tn)", "n-[(4-amino-2-methylpyrimidin-5-yl)methyl]-n-[(z)-5-hydroxy-3-(oxolan-2-ylmethyldisulfanyl)pent-2-en-2-yl]formamide", "d03319", "fursultiamine", "fursultiamine (jan/inn)", "804-30-8"}|>, "5073" -> <|"DatabaseID" -> "SW02968", "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@@H]2C(=O)NC(C)(C)C)CC=C4[C@@]3(CCC(=C4)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01134"]}, "OfficialNames" -> <|"China Approved Name" -> "epristeride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68741]}, "Synonyms" -> {"epristeride", "(17-beta)-17-(((1", "ono 9302", "ncgc00182849-01", "androsta-3", "17-beta-n-t-butylcarboxamide-androst-3", "119169-78-7", "skf 105657", "sk&f-105657", "ono-9302"}|>, "5074" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5075" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5076" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5077" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5078" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5079" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5080" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5081" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5082" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5083" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5084" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5085" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5086" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5087" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5088" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5089" -> <|"DatabaseID" -> "SW02969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 455985]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 522740]}, "Synonyms" -> {"solanid-5-en-3-ol", "solatubin", "solanid-5-en-3b-ol", "solatubine", "solanid-5-en-3.beta.-ol", "3-b-solanid-5-en-3-ol(9cl)", "80-78-4[rn]", "22r,25s-solanidine", "ac1laxbi", "solanidin", "solanid-5-en-3-ol (acd/name 4.0)", "solanidine", "isosolanidine", "oprea1_407776"}|>, "5090" -> <|"DatabaseID" -> "SW02970", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4446752]}, "IsomericSmiles" -> "C[C@H](/C=C/[C@@H](C)C(C)C)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CC[C@@H](C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "epibrassicasterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5283660]}, "Synonyms" -> {"ergosta-5", "5", "brassicasterol", "ac1nr2qs", "pincasterol", "crinosterol", "brassicasterin", "24-epibrassicasterol"}|>, "5091" -> <|"DatabaseID" -> "SW02971", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4591"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470607]}, "IsomericSmiles" -> "C[C@H]\\1CC[C@@H](C/C1=C\\C=C\\2/CCC[C@]3([C@H]2CC[C@@H]3[C@H](C)/C=C/[C@H](C)C(C)C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00299"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dihydrotachysterol"|>, "Synonyms" -> {"hytakerol", "200-672-7[einecs]", "dihidrotaquisterol; dihydrotachysterol; dihydrotachysterolum", "antitanil", "dichysterol", "dihydrotachysterolum[latin]", "dht2", "dichystrolum", "dihydrotachysterol", "parterol", "cyclohexanol 4-methyl-3-[(2e)-2-[(1r,3as,7ar)-octahydro-7a-methyl-1-[(1r,2e,4r)-1,4,5-trimethyl-2-hexen-1-yl]-4h-inden-4-ylidene]ethylidene]-,(1s,3e,4s)-", "dygratyl", "(3s,5e,7e,10s,22e)-9,10-secoergosta-5,7,22-trien-3-ol", "(5e,7e,22e)-(3s,10s)-9,10-seco-5,7,22-ergostatrien-3-ol", "dihydral", "(3b,5e,7e,10a,22e)-9,10-secoergosta-5,7,22-trien-3-ol", "calcamine", "tachystin", "dihydrotachysterol_2 / (5e)-(10s)-10,19-dihydrovitamind2 / (5e)-(10s)-10,19-dihydroergocalciferol", "67-96-9[rn]", "dihydrotachysterol[wiki]", "vitamin d4", "a.t. 10", "anti-tetany substance 10", "dihidrotaquisterol[spanish][inn]", "dihydrotachysterol2"}|>, "5092" -> <|"DatabaseID" -> "SW02972", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8376347]}, "IsomericSmiles" -> "C[NH+]1CC[C@@]23[C@@]1(C[C@@H]([C@@]24[C@@H](C(=CC4=O)OC)O)Cl)C(=C(C(=O)C3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acutumine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10200848]}, "Synonyms" -> {"acutumine", "17088-50-5", "()-acutumine", "(1r,1's,5s,6's,8's)-8'-chloro-5-hydroxy-2',3',4-trimethoxy-10'-methyl-10'-azaspiro[cyclopentane-1,7'-tricyclo[4.3.3.01,6]dodecane]-2',3-diene-2,4'-dione", "(1r,2s,3as,5's,7as)-2-chloro-5'-hydroxy-4,4',5-trimethoxy-10-methyl-2,3-dihydro-2'h-spiro[10-aza-3a,7a-(epiminoethano)indene-1,1'-cyclopent[3]ene]-2',6(7h)-dione", "chembl391628", "c16910"}|>, "5093" -> <|"DatabaseID" -> "SW02972", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8376347]}, "IsomericSmiles" -> "C[NH+]1CC[C@@]23[C@@]1(C[C@@H]([C@@]24[C@@H](C(=CC4=O)OC)O)Cl)C(=C(C(=O)C3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acutumine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10200848]}, "Synonyms" -> {"acutumine", "17088-50-5", "()-acutumine", "(1r,1's,5s,6's,8's)-8'-chloro-5-hydroxy-2',3',4-trimethoxy-10'-methyl-10'-azaspiro[cyclopentane-1,7'-tricyclo[4.3.3.01,6]dodecane]-2',3-diene-2,4'-dione", "(1r,2s,3as,5's,7as)-2-chloro-5'-hydroxy-4,4',5-trimethoxy-10-methyl-2,3-dihydro-2'h-spiro[10-aza-3a,7a-(epiminoethano)indene-1,1'-cyclopent[3]ene]-2',6(7h)-dione", "chembl391628", "c16910"}|>, "5094" -> <|"DatabaseID" -> "SW02973", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 50725]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)c2cc3c(cc2F)c(=O)c(cn3c4ccc(cc4)F)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07828"]}, "OfficialNames" -> <|"NPC Approved Name" -> "difloxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56206]}, "Synonyms" -> {"6-fluoro-1-(4-fluorophenyl)-7-(4-methylpiperazin-1-yl)-4-oxoquinoline-3-carboxylic acid", "difloxacin", "difloxacin (inn)", "abbott 56619", "3-quinolinecarboxylic acid", "98106-17-3[rn]", "6-fluoro-1-(4-fluorophenyl)-7-(4-methyl-1-piperazinyl)-4-oxo-1", "6-fluoro-1-(4-fluorophenyl)-1,4-dihydro-7-(4-methyl-1- piperazinyl)-4-oxo-3- quinolinecarboxylic acid", "6-fluoro-1-(4-fluorophenyl)-7-(4-methyl-1-piperazinyl)-4-oxo-1,4-dihydro-3-quinolinecarboxylic acid[acd/iupac name]", "3-quinolinecarboxylic acid,6-fluoro-1-(4-fluorophenyl)-1,4-dihydro-7-(4-methyl-1-piperazinyl)-4-oxo-", "6-fluoro-1-(4-fluoro-phenyl)-7-(4-methyl-piperazin-1-yl)-4-oxo-1,4-dihydro-quinoline-3-carboxylic acid", "98106-17-3", "marbocyl", "difloxacin[wiki][inn]", "ncgc00166308-01", "6-fluoro-1-(4-fluorophenyl)-7-(4-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylic acid", "difloxacin [inn]", "6-fluoro-1-(4-fluorophenyl)-7-(4-methylpiperazin-1-yl)-4-oxo-1", "6-fluoro-1-(4-fluorophenyl)-1,4-dihydro-7-(4-methyl-1-piperazinyl)-4-oxo-3-quinolinecarboxylic acid", "91296-86-5[rn]", "6-fluoro-1-(4-fluorophenyl)-7-(4-methylpiperazinyl)-4-oxohydroquinoline-3-carboxylic acid", "6-fluoro-1-(4-fluorophenyl)-7-(4-methylpiperazin-1-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylic acid"}|>, "5095" -> <|"DatabaseID" -> "SW02974", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2440]}, "IsomericSmiles" -> "CN(C)C(=O)COC(=O)Cc1ccc(cc1)OC(=O)c2ccc(cc2)[NH+]=C(N)N", "OfficialNames" -> <|"Indian Approved Name" -> "camostat"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2536]}, "Synonyms" -> {"4-[[4-[(aminoiminomethyl)amino]benzoyl]oxy]benzeneacetic acid 2-(dimethylamino)-2-oxoethylester", "p-guanidinobenzoicacid ester with(p-hydroxyphenyl)acetic acid esterwith n,n-dimethylglycolamide", "camostat [inn]", "camostat mesilate[jp15]", "camostatum[latin]", "59721-28-7", "4-{2-[2-(dimethylamino)-2-oxoethoxy]-2-oxoethyl}phenyl4-carbamimidamidobenzoate", "camostate", "59721-29-8[rn]", "n,n-dimethylcarbamoylmethyl-p-(p-guanidinobenzoyloxy)phenylacetate", "ccris 7219", "camostatum [inn-latin]", "foipan", "camostat (inn)", "foy 305", "foy-305", "59721-28-7[rn]", "camostat[inn]", "benzeneacetic acid 4-[[4-[(aminoiminomethyl)amino]benzoyl]oxy]- 2-(dimethylamino)-2-oxoethyl ester", "camostat", "foypan"}|>, "5096" -> <|"DatabaseID" -> "SW02975", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27882"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5933]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01394"]}, "IsomericSmiles" -> "CC(=O)N[C@H]1CCc2cc(c(c(c2-c3c1cc(=O)c(cc3)OC)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00570"]}, "OfficialNames" -> <|"Indian Approved Name" -> "colchicine", "FDA Approved Drug" -> "COLCHICINE"|>, "PharmGKBID" -> "PA449092", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6167]}, "Synonyms" -> {"colchicine", "colchicina", "condylon", "colchicinum", "colchicin", "colchisol", "colbenemid", "colchineos", "colsaloid", "(s)-n-(5,6,7,9-tetrahydro-1,2,3,10-tetramethoxy-9-oxobenzo[a]heptalen-7-yl)acetamide", "colcin", "colcrys", "arnix hp (apis mellifica + bryonia + colchicine + hahnemann's causticum + ivy + ledum palustre + poison ivy + pulsatilla + rhododendron chrysanthemum)_mixture", "proben-c", "acetamide n-(5,6,7,9-tetrahydro-1,2,3,10-tetramethoxy-9-oxobenzo(a)heptalen-7-yl)- (s)-", "col-probenecid", "n-(5,6,7,9-tetrahydro-1,2,3,10-tetramethoxy-9-oxobenzo(a)heptalen-7-yl)acetamide", "n-((7s)-1,2,3,10-tetramethoxy-9-oxo-5,6,7-trihydrobenzo[d]heptalen-7-yl)acetamide", "acetamide n- (5,6,7,9-tetrahydro-1,2,3 10-tetramethoxy-9-oxobenzo[a]heptalen-7-yl)- (s)-", "sciat hp (aconitinum + arnica montana + colchicine + esculin + hypericum perforatum + magnesium phosphate dibasic + plumbum metallicum + poison ivy)_mixture", "(s)-colchicine", "benzo(a)heptalen-9(5h)-one,7-acetamido-6,7-dihydro-1,2,3,10-tetramethoxy-", "colchicine natural", "64-86-8[rn]", "edemnix hp (apis mellifica + cinchona officinalis + colchicine + ledum palustre + lycopodium clavatum + poison ivy + sambucus nigra + strophanthus hispidus)_mixture", "(s)-n-(1,2,3,10-tetramethoxy-9-oxo-5,6,7,9-tetrahydrobenzo[a]heptalen-7-yl)acetamide", "n-((s)-1,2,3,10-tetramethoxy-9-oxo-5,6,7,9-tetrahydro-benzo[a]heptalen-7-yl)-acetamide", "benzo[a]heptalen-9(5h)-one,7-acetamido-6,7-dihydro-1,2,3 10-tetramethoxy-", "jnt-nix hp (bryonia + colchicine + kalmia latifolia + ledum palustre + lycopodium clavatum + poison ivy + rhododendron chrysanthemum)_mixture", "acetamide n-[(7s)-5,6,7,9-tetrahydro-1,2,3,10-tetramethoxy-9-oxobenzo[a]heptalen-7-yl]-", "db hp (colchicine + eugenia jambolana + lactic acid + lycopodium clavatum + phosphoric acid + phosphorus + uranium nitrate)_mixture", "colchicin[german]", "n-[(7s)-1,2,3,10-tetramethoxy-9-oxo-5,6,7,9-tetrahydrobenzo[a]heptalen-7-yl]acetamide[acd/iupac name]", "n-acetyl trimethylcolchicinic acid methylether", "colchineos;colchisol;colcin", "sciatinix hp (aconitinum + arnica montana + colchicine + esculin + hypericum perforatum + magnesium phosphate dibasic + plumbum metallicum + poison ivy)_mixture", "2228813[beilstein]", "sucurnix hp (colchicine + eugenia jambolana + lactic acid + lycopodium clavatum + phosphoric acid + phosphorus + uranium nitrate)_mixture", "art hp (apis mellifica + bryonia + colchicine + hahnemann's causticum + ivy + ledum palustre + poison ivy + pulsatilla + rhododendron chrysanthemum)_mixture", "200-598-5[einecs]", "acetamide n-((7s)-5,6,7,9-tetrahydro-1,2,3,10-tetramethoxy-9-oxobenzo(a)heptalen-7-yl)-", "tubulin beta-5 chain", "64-86-8", "arnix gel (colchicine + hahnemann's causticum + ivy + ledum palustre + poison ivy + propolis + rhododendron chrysanthemum + thuja occidentalis)_mixture", "colchicine[wiki][jan]", "spindle poison", "n-[(7s)-5,6,7,9-tetrahydro-1,2,3,10-tetramethoxy-9-oxobenzo[a]heptalen-7-yl]acetamide", "edma hp (apis mellifica + cinchona officinalis + colchicine + ledum palustre + lycopodium clavatum + poison ivy + sambucus nigra + strophanthus hispidus)_mixture", "n-((7s)-5,6,7,9-tetrahydro-1,2,3,10-tetramethoxy-9-oxobenzo(a)heptalen-7-yl)-acetamide", "colchicine (tn)", "n-[(7s)-1,2,3,10-tetramethoxy-9-oxo-5,6,7,9-tetrahydrobenzo[a]heptalen-7-yl]acetamid"}|>, "5097" -> <|"DatabaseID" -> "SW02978", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "38940"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4486264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01268"]}, "IsomericSmiles" -> "CC[NH+](CC)CCNC(=O)c1c(c([nH]c1C)/C=C\\2/c3cc(ccc3NC2=O)F)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06402"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SUNITINIB MALATE"|>, "PharmGKBID" -> "PA162372840", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5329102]}, "Synonyms" -> {"sutent", "sunitinib", "sunitinib malate", "su11248", "sunitinibum", "su-11248", "sunitinib (free base)", "341031-54-7[rn]", "su-011248", "n-(2-(diethylamino)ethyl)-5-((z)-(5-fluoro-1,2-dihydro-2-oxo-3h-indol-3-ylidene)methyl)-2,4-dimethyl-1h-pyrrole-3-carboxamide", "1h-pyrrole-3-carboxamide n-(2-(diethylamino)ethyl)-5-((z)-(5-fluoro-1,2-dihydro-2-oxo-3h-indol-3-ylidene)methyl)-2,4-dimethyl-", "5-[5-fluoro-2-oxo-1,2-dihydro-indol-(3z)-ylidenemethyl]-2,4-dimethyl-1h-pyrrole-3-carboxylic acid (2-diethylamino-ethyl)-amide", "342641-94-5[rn]", "sunitinib (inn)", "sunitinibmalate", "sunitinib malate(sutent)", "su-11248;sutent;sunitinib", "pdgf-r-alpha", "ec 2.7.10.1", "n-(2-(diethylamino)ethyl)-5-((5-fluoro-2-oxoindolin-3-ylidene)methyl)-2,4-dimethyl-1h-pyrrole-3-carboxamide", "1h-pyrrole-3-carboxamide n-[2-(diethylamino)ethyl]-5-[(z)-(5-fluoro-1,2-dihydro-2-oxo-3h-indol-3-ylidene)methyl]-2,4-dimethyl-", "[341031-54-7]", "326914-13-0[rn]", "chebi:38940", "n-[2-(diethylamino)ethyl]-5-[(z)-(5-fluoro-2-oxo-1,2-dihydro-3h-indol-3-ylidene)methyl]-2,4-dimethyl-1h-pyrrole-3-carboxamide", "k00588a", "sunitinib[wiki]", "alpha platelet-derived growth factor receptor precursor", "(z)-n-(2-(diethylamino)ethyl)-5-((5-fluoro-2-oxoindolin-3-ylidene)methyl)-2,4-dimethyl-1h-pyrrole-3-carboxamide", "sunitinib maleate", "5-(5-fluoro-2-oxo-1,2-dihydro-indol-3-ylidenemethyl)-2,4-dimethyl-1h-pyrrole-3-carboxylicacid (2-diethylamino-ethyl)-amide", "su 11248", "n-(2-(diethylamino)ethyl)-5-((5-fluoro-2-oxoindolin-3-ylidene)methyl)-2,4-dimethyl-1h-pyrrole-3-carb", "cd140a antigen", "557795-19-4[rn]"}|>, "5098" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5099" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5100" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5101" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5102" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5103" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5104" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5105" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5106" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5107" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5108" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5109" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5110" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5111" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5112" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5113" -> <|"DatabaseID" -> "SW02979", "IsomericSmiles" -> "c1ccc(cc1)c2c(c(=O)c3ccccc3o2)OC4C(C(C(C(O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycosides;purpureal glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 22446905]}, "Synonyms" -> {"flavonol 3-o-glycosides", "flavonol 3-o-glycoside", "a flavonol 3-o-glycoside", "chebi:14268"}|>, "5114" -> <|"DatabaseID" -> "SW02980", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17340832]}, "IsomericSmiles" -> "C(COC[C@@H]1[C@H]([C@@H]([C@H]([C@H](O1)OCCO)OCCO)OCCO)OCCO)O", "OfficialNames" -> <|"China Approved Name" -> "hydroxyethyl starch", "Indian Approved Name" -> "hydroxyethyl starch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16213095]}, "Synonyms" -> {"hydroxyethyl starch", "h6382_sigma", "9005-27-0[rn]", "ag-h-68561", "465143_aldrich", "2-hydroxyethyl starch"}|>, "5115" -> <|"DatabaseID" -> "SW02981", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7809"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5961]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00713"]}, "IsomericSmiles" -> "Cc1c(c(no1)c2ccccc2)C(=O)N[C@H]3[C@@H]4N(C3=O)[C@H](C(S4)(C)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00929"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "OXACILLIN SODIUM"|>, "PharmGKBID" -> "PA450725", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6196]}, "Synonyms" -> {"oxacillin", "mpi-penicillin", "oxazocilline", "prostaphlyn", "oxacillin sodium", "bactocill", "oxazocillin", "prostaphlin", "oxacillinum", "oxacilina", "bactocill[wiki]", "stapenor", "[2s-(2a,5a,6b)]-3,3-dimethyl-6-[[(5-methyl-3-phenyl-4-isoxazolyl)carbonyl]amino]-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "1773-88-2[rn]", "oxacilina[spanish][inn]", "ossacillina [dcit]", "oxacillinum[latin]", "oxacilline[french][inn]", "penicillin (5-methyl-3-phenyl-4-isoxazolyl)-", "oxabel", "oxacillin sodium monohydrate", "penstapho", "200-635-5[einecs]", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 3,3-dimethyl-6-(5-methyl-3-phenyl-4-isoxazolecarboxamide)-7-oxo-", "1093589[beilstein]", "5-methyl-3-phenyl-4-isoxazolylpenicillin", "bristopen", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-6-[[(5-methyl-3-phenyl-4-isoxazolyl)carbonyl]amino]-7-oxo-,(2s,5r,6r)-", "micropenin", "66-79-5[rn]", "5-methyl-3-phenyl-4-isoxazolyl-penicillin", "cryptocillin", "oxacilline", "(2s,5r,6r)-3,3-dimethyl-6-{[(5-methyl-3-phenylisoxazol-4-yl)carbonyl]amino}-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "mpi-pc", "(5-methyl-3-phenyl-4-isoxazolyl)penicillin", "7240-38-2[rn]", "1173-88-2[rn]", "(2s,5r,6r)-3,3-dimethyl-6-{[(5-methyl-3-phenyl-1,2-oxazol-4-yl)carbonyl]amino}-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid[acd/iupac name]", "resistopen", "ossacillina"}|>, "5116" -> <|"DatabaseID" -> "SW02982", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4940006]}, "IsomericSmiles" -> "COC(=O)CCC=C=CC[C@H]1[C@@H]([C@H](CC1=O)O)/C=C\\[C@H](COc2ccccc2)O", "OfficialNames" -> <|"NPC Approved Name" -> "enprostil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6435207]}, "Synonyms" -> {"gardrin", "rs 84135-004", "enprostil l-", "enprostilo[spanish]", "methyl 7-((1r*,2r*,3r*)-3-hydroxy-2-((e)-(3r*)-3-hydroxy-4-phenoxy-1-butenyl)-5-oxocyclopentyl)-4,5-heptadienoate", "enprostilum [latin]", "enprostil[wiki]", "enprostilum[latin]", "enprostilo [spanish]", "enprostil [usan:ban:inn:jan][inn][jan][usan]", "ac1o5jcp", "unii-j4ip5z9dau", "73121-56-9[rn]", "enprostilo", "enprostilum", "4,5-heptadienoic acid 7-(3-hydroxy-2-(3-hydroxy-4-phenoxy-1-butenyl)-5-oxocyclopentyl)-,methyl ester", "enprostil", "4"}|>, "5117" -> <|"DatabaseID" -> "SW02983", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53579"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470854]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "?"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)OCC[NH+]6CCOCC6", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07385"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pholcodine", "US Illegal/Scheduled Drug (Schedule 1)" -> "Pholcodine", "Australia Approved Name" -> "PHOLCODINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311356]}, "Synonyms" -> {"3-(2-morpholinoethyl)morphine", "pholcodine", "(5a,6a)-7,8-didehydro-4,5-epoxy-17-methyl-3-[2-(4-morpholinyl)ethoxy]morphinan-6-ol", "homocodeine", "morpholinylethylmorphine", "3-[2-(4-morpholinyl)ethyl]morphine", "pholcodine[wiki]", "509-67-1", "208-102-9[einecs]", "3-morpholylaethylmorphin[german]", "tetrahydro-1,4-oxazinylmethylcodeine", "509-67-1[rn]", "pholcodine (inn)", "neocodine", "weifacodine", "codylin", "3-morpholylaethylmorphin", "3-(2-(4-morpholinyl)ethyl)morphine", "folcodin", "glycodine", "memine", "tussokon", "pholcodine linctus", "dia-tuss", "pholcodinum [inn_la]", "chebi:53579", "pectolin", "pholtex", "o3-(2-morpholinoethyl)morphine", "b-morpholinylethylmorphine", "pholcodinum", "folcodina; pholcodine; pholcodinum", "hibernyl", "folcodina", "pholcodine linctus (tn)", "prodromine", "surecn154354", "d07385"}|>, "5118" -> <|"DatabaseID" -> "SW02983", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53579"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470854]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "?"]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)O)OCC[NH+]6CCOCC6", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07385"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pholcodine", "US Illegal/Scheduled Drug (Schedule 1)" -> "Pholcodine", "Australia Approved Name" -> "PHOLCODINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311356]}, "Synonyms" -> {"3-(2-morpholinoethyl)morphine", "pholcodine", "(5a,6a)-7,8-didehydro-4,5-epoxy-17-methyl-3-[2-(4-morpholinyl)ethoxy]morphinan-6-ol", "homocodeine", "morpholinylethylmorphine", "3-[2-(4-morpholinyl)ethyl]morphine", "pholcodine[wiki]", "509-67-1", "208-102-9[einecs]", "3-morpholylaethylmorphin[german]", "tetrahydro-1,4-oxazinylmethylcodeine", "509-67-1[rn]", "pholcodine (inn)", "neocodine", "weifacodine", "codylin", "3-morpholylaethylmorphin", "3-(2-(4-morpholinyl)ethyl)morphine", "folcodin", "glycodine", "memine", "tussokon", "pholcodine linctus", "dia-tuss", "pholcodinum [inn_la]", "chebi:53579", "pectolin", "pholtex", "o3-(2-morpholinoethyl)morphine", "b-morpholinylethylmorphine", "pholcodinum", "folcodina; pholcodine; pholcodinum", "hibernyl", "folcodina", "pholcodine linctus (tn)", "prodromine", "surecn154354", "d07385"}|>, "5119" -> <|"DatabaseID" -> "SW02984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187460]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H](C(=O)N2C(=C1S[C@H]3C[C@H]([NH2+]C3)[C@@H](CC[NH2+]C)O)C(=O)[O-])[C@@H](C)O", "OfficialNames" -> <|"NPC Approved Name" -> "lenapenem"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216262]}, "Synonyms" -> {"surecn75702", "149951-16-6", "149951-16-6[rn]", "bo-2727", "149882-71-3[rn]", "ctk4c6450", "lenapenem[inn]", "(4r,5s,6s)-6-((1r)-1-hydroxyethyl)-3-(((3s,5s)-5-((1r)-1-hydroxy-3-(methylamino)propyl)pyrrolidin-3-yl)thio)-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "unii-d6nbq3h12u", "lenapenem [inn]", "kst-1a2125", "(4r", "(1r,5s,6s)-6-[1(r)-hydroxyethyl]-2-[2(s)-[1(r)-hydroxy-3-(methylamino)propyl]pyrrolidin-4(s)-ylthio]-1-methyl-1-carba-2-penem-3-carboxylic acidmonohydrochloridemonohydrate", "ac1l50e0", "1-azabicyclo[3.2.0]hept-2-ene-2-carboxylicacid"}|>, "5120" -> <|"DatabaseID" -> "SW02985", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9045]}, "IsomericSmiles" -> "CCCCCCC(=O)O[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00958"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TESTOSTERONE ENANTHATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9416]}, "Synonyms" -> {"testosterone enanthate", "atlatest", "testanthate", "androtardyl", "testoenant", "everone", "testostroval", "testinon", "delatestryl", "durathate", "delatest", "depo-testro med", "315-37-7[rn]", "malogen l.a", "depatestrye", "testate[wiki]", "primoteston", "(8r,9s,10r,13s,14s,17s)-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl heptanoate", "testosterone oenanthate", "17-hydroxyandrost-4-en-3-one 17-heptanoate", "ditate", "theramex", "primotestone", "c004648", "testosterone heptanoate", "testosterone 17-enanthate", "malogen l.a.200", "andropository", "11111-10-7[rn]", "3170544[beilstein]", "testosterone isocaproate imp. f (ep)", "andro l.a. 200", "testosterone heptylate", "orquisteron-e", "exten test", "206-253-5[einecs]", "testosterone heptanoate", "(8r,9s,10r,13s,14s,17s)-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ylheptanoat", "ditate-ds", "testosterone enanthate [usan:jan][jan][usan]", "androgyn l.a.", "primoteston depot", "testosterone heptoate", "delatestryl (tn)", "testrin p.a.", "testenate", "testosterone enantate", "testosteroneenanthate", "reposo tmd", "reposo-tmd", "testonenant", "malogen l.a.", "4-08-00-00979 (beilstein handbook reference)[beilstein]", "17-((1-oxoheptyl)oxy)androst-4-en-3-one"}|>, "5121" -> <|"DatabaseID" -> "SW02986", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32216"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10128553], ExternalIdentifier["ChemSpiderID", 5245]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00372"]}, "IsomericSmiles" -> "CCSc1ccc2c(c1)N(c3ccccc3S2)CCCN4CC[NH+](CC4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02610"], ExternalIdentifier["KEGGID", "D02354"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "THIETHYLPERAZINE MALATE;THIETHYLPERAZINE MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954258], ExternalIdentifier["PubChemCompoundID", 5282398]}, "Synonyms" -> {"torecan", "torecan (tn)", "thiethylperazine malate", "thiethylperazine", "ethylthioperazine", "52127[beilstein]", "2-(ethylthio)-10-(3-(4-methyl-1-piperazinyl)propyl)phenothiazine", "2-(ethylthio)-10-[3-(4-methyl-1-piperazinyl)propyl]phenothiazine", "phenothiazine 2-(ethylthio)-10-(3-(4-methyl-1-piperazinyl)propyl)-", "2-(ethylthio)-10-[3-(4-methylpiperazin-1-yl)propyl]-10h-phenothiazine", "257-780-2[einecs]", "1420-55-9[rn]", "thiethylperazinum[latin]", "einecs 214-648-9", "d(2c) dopamine receptor", "215-819-0[einecs]", "torecan dimaleate", "tietylperazine maleate", "52239-63-1[rn]", "thiethylperazine dimalate", "dsstox_gsid_45586", "hms1571e18", "cas-52239-63-1", "torecan maleate", "dsstox_rid_80982", "malic acid compound with 2-(ethylthio)-10-[3-(4-methylpiperazin-1-yl)propyl]-10h-phenothiazine (2:1)", "thiethylperazine dimaleate", "torecan bimaleate", "toresten", "tietilperazina", "tietylperazine malate", "thioethylperazine", "tresten", "2-(ethylsulfanyl)-10-[3-(4-methylpiperazin-1-yl)propyl]-10h-phenothiazine", "thiethylpipezazine", "10h-phenothiazine,2-(ethylthio)-10-(3-(4-methyl-1-piperazinyl)propyl)-", "337376-15-5", "norzine", "52239-63-1", "tietilperazina [dcit]", "1179-69-7[rn]", "214-648-9[einecs]", "dopamine d4 receptor", "thiethylperazine maleate", "10h-phenothiazine,2-(ethylthio)-10-[3-(4-methyl-1-piperazinyl)propyl]-", "thiethylperazine[wiki][inn][ban][usan]", "malic acid compound with 2-(ethylthio)-10-(3-(4-methylpiperazin-1-yl)propyl)-10h-phenothiazine (2:1)", "2-ethylsulfanyl-10-[3-(4-methyl-piperazin-1-yl)-propyl]-10h-phenothiazine", "dsstox_cid_25586", "theithylperazine", "butanedioic acid,hydroxy-,compd. with 2-(ethylthio)-10-(3-(4-methyl-1-piperazinyl)propyl)-10h-phenothiazine (2:1)", "ncgc00017115-01", "norzine ampuls", "3-ethylmercapto-10-(1'-methylpiperazinyl-4'-propyl)phenothiazine", "thietylperazine malate", "thietylperazine malate (jan)"}|>, "5122" -> <|"DatabaseID" -> "SW02987", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445376]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01436"]}, "IsomericSmiles" -> "C[C@H](CCCC(C)C)[C@H]1CC[C@@H]\\2[C@@]1(CCC/C2=C\\C=C/3\\C[C@H](C[C@@H](C3=C)O)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01518"]}, "OfficialNames" -> <|"China Approved Name" -> "alfacalcidol", "Indian Approved Name" -> "alfacalcidol"|>, "PharmGKBID" -> "PA164746469", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282181]}, "Synonyms" -> {"alfacalcidol", "alfarol", "1-hydroxycholecalciferol", "alphacalcidol", "alsiodol", "1alpha-hydroxycholecalciferol", "1alpha-hydroxyvitamin d3", "alpha-calcidol", "25-hydroxyvitamin d(3) 1-alpha-hydroxylase", "etalpha", "alfacalcidol[portuguese]", "p450c1 alpha", "oxydevit", "un-alpha", "cytochrome p450 27b1", "tl8002985", "25-hydroxyvitamin d-1 alpha hydroxylase mitochondrial precursor", "(1s,3r,5z,7e)-9,10-secocholesta-5,7,10-trien-1,3-diol", "p450vd1-alpha", "one-alpha", "25-ohd-1 alpha- hydroxylase", "1a-hydroxyvitamin d3", "1a-hydroxycholecalciferol", "alfacalcidiol", "hidroxicolecalciferol", "ec 1.14.13.13", "(1r,3s,5z)-4-methylene-5-[(2e)-2-{(1r,3as,7ar)-7a-methyl-1-[(2r)-6-methyl-2-heptanyl]octahydro-4h-inden-4-ylidene}ethylidene]-1,3-cyclohexanediol", "calcidiol 1-monooxygenase", "one alpha", "(1s,3r,5z,7e)-9,10-secocholesta-5,7,10-triene-1,3-diol", "255-297-1[einecs]", "1a-oh-cc", "1,3-cyclohexanediol 5-[(2e)-2-[(1r,3as,7ar)-1-[(1r)-1,5-dimethylhexyl]octahydro-7a-methyl-4h-inden-4-ylidene]ethylidene]-4-methylene-,(1r,3s,5z)-", "cytochrome p450 subfamily xxviib polypeptide 1", "41294-56-8[rn]", "(5z,7e)-(1s,3r)-9,10-seco-5,7,10(19)-cholestatriene-1,3-diol", "(1a,3b,5z,7e)-9,10-secocholesta-5,7,10(19)-triene-1,3-diol", "1,2-hydroxy cholecalciferol", "vd3 1a hydroxylase", "1-hydroxyvitamin d3", "alpha d3"}|>, "5123" -> <|"DatabaseID" -> "SW02988", "IsomericSmiles" -> "CC(=CCC/C(=C/CC/C(=C/CCC(=O)OC/C=C(\\C)/CCC=C(C)C)/C)/C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01529"]}, "OfficialNames" -> <|"NPC Approved Name" -> "gefarnate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282182]}, "Synonyms" -> {"gefarnate", "gefarnyl", "51-77-4", "gefarnatum [inn-latin]", "gefarnato [inn-spanish]", "da-688", "gefarnil", "gefanil", "ncgc00182546-01", "geranyl farnesylacetate", "einecs 200-121-0"}|>, "5124" -> <|"DatabaseID" -> "SW02989", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17933"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4446820]}, "IsomericSmiles" -> "C[C@H](CCCC(C)(C)O)[C@H]1CC[C@@H]\\2[C@@]1(CCC/C2=C\\C=C/3\\C[C@H](CCC3=C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00122"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CALCIFEDIOL"|>, "Synonyms" -> {"calderol", "calcifediol[wiki][usp]", "calcidiol didrogyl hidroferol", "5,6-cis-25-hydroxyvitamin d3", "(3b,5z,7e)-9,10-secocholesta-5,7,10(19)-triene-3,25-diol", "calcidiol;didrogyl;hidroferol", "calcifediolum [inn_la]", "19356-17-3[rn]", "63283-36-3[rn]", "25-hydroxyvitamin d", "(5z,7e)-(3s)-9,10-seco-5,7,10(19)-cholestatriene-3,25-diol", "(6r)-6-[(1r,3ar,4e,7ar)-4-[(2z)-2-[(5s)-5-hydroxy-2-methylidene-cyclohexylidene]ethylidene]-7a-methyl-2,3,3a,5,6,7-hexahydro-1h-inden-1-yl]-2-methyl-heptan-2-ol", "u 32070e", "(3s,5z,7e)-9,10-secocholesta-5,7,10(19)-triene-3,25-diol", "c104450", "3-{2-[1-(5-hydroxy-1,5-dimethyl-hexyl)-7a-methyl-octahydro-inden-4-ylidene]-ethylidene}-4-methylene-cyclohexanol", "64719-49-9[rn]", "25-hydroxycholecalciferol", "calcidiol", "25-hydroxyvitamin d3", "242-990-9[einecs]", "didrogyl", "cholecalciferol 25-hydroxy-", "25-hcc", "calcifediol", "25(oh)d3", "calcifediolum[latin]", "4270041[beilstein]", "hidroferol", "(3s,5z,7e)-9,10-secocholesta-5,7,10-triene-3,25-diol", "ro 8-8892", "25-hydroxy-cholecalciferol", "vdy", "9,10-secocholesta-5,7,10(19)-triene-3b,25-diol", "25-(oh)vitamin d3", "(er,1r,3as,4e,7ar)-4-[(2z)-2-[(5s)-5-hydroxy-2-methylenecyclohexylidene]ethylidene]octahydro-a,a,e,7a-tetramethyl-1h-indene-1-pentanol", "9,10-secocholesta-5,7,10-triene-3,25-diol (3s,5z,7e)-", "1h-indene-1-pentanol octahydro-4-[(2z)-2-[(5s)-5-hydroxy-2-methylenecyclohexylidene]ethylidene]-a,a,e,7a-tetramethyl- (er,1r,3as,4e,7ar)-", "(5z,7e)-(3s)-9,10-secocholesta-5,7,10(19)-triene-3,25-diol"}|>, "5125" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5126" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5127" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5128" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5129" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5130" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5131" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5132" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5133" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5134" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5135" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5136" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5137" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5138" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5139" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5140" -> <|"DatabaseID" -> "SW02990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4516816]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C2CCC4C3(CCC(C4)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spongesterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5364671]}, "Synonyms" -> {"ergost-22-en-3-ol", "(22e)-ergost-22-en-3-ol", "spongesterol", "17-[(e)-5", "nsc231809", "ac1nsk2o", "nsc-231809"}|>, "5141" -> <|"DatabaseID" -> "SW02991", "IsomericSmiles" -> "CC[NH+](CC)CCCC(C)Nc1cc(cc2c1cc3cc(ccc3n2)OC)Cl", "OfficialNames" -> <|"China Approved Name" -> "clostridium butyricum", "Indian Approved Name" -> "clostridium butyricum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16760629]}, "Synonyms" -> {"cethrin", "quinacrine", "dcl000747", "dnc000925"}|>, "5142" -> <|"DatabaseID" -> "SW02991", "IsomericSmiles" -> "CC[NH+](CC)CCCC(C)Nc1cc(cc2c1cc3cc(ccc3n2)OC)Cl", "OfficialNames" -> <|"China Approved Name" -> "clostridium butyricum", "Indian Approved Name" -> "clostridium butyricum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16760629]}, "Synonyms" -> {"cethrin", "quinacrine", "dcl000747", "dnc000925"}|>, "5143" -> <|"DatabaseID" -> "SW02992", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17770"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10160727]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3ccc(c(c3C2=O)[O-])O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-d-glucosyloxy"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11988260]}, "Synonyms" -> {"1-hydroxy-2-(beta-d-glucopyranosyloxy)-9", "59007[beilstein]", "5-17-07-00167 (beilstein handbook reference)", "chebi:17770", "31297-82-2[rn]", "1", "c04719", "2-alizarin-beta-d-glucoside", "2-(beta-d-glucopyranosyloxy)-1-hydroxy-9", "chembl1086418", "1-hydroxy-2-(beta-d-glucosyloxy)-9", "alizarin-2-beta-d-glucopyranoside"}|>, "5144" -> <|"DatabaseID" -> "SW02993", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342608]}, "IsomericSmiles" -> "C1CN(CCN(CCN(CC[NH+]1CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08007"]}, "OfficialNames" -> <|"NPC Approved Name" -> "gadoteric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085828]}, "Synonyms" -> {"gadoteric acid", "hydrogen(1,4,7,10-tetraazacyclododecane-1,4,7,10-tetraacetato(4-))gadolinate(1-).", "gadoteric acid [inn:ban][inn]", "gadolinium 2-[4", "artirem", "ac1mj54j", "72573-82-1", "1,4,7,10-tetraazacyclododecane-1,4,7,10-tetraacetic acid gadolinium complex", "72573-82-1[rn]", "g00030-watson-int", "gadolinium(3+); 2-[4"}|>, "5145" -> <|"DatabaseID" -> "SW02994", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4564]}, "IsomericSmiles" -> "CCCCCC1Nc2cc(c(cc2S(=O)(=O)N1)S(=O)(=O)N)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01241"]}, "OfficialNames" -> <|"NPC Approved Name" -> "penflutizide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4726]}, "Synonyms" -> {"penflutizide", "pentylhydroflumethiazide", "penfluzide", "penflutizidum[latin]", "brn 0769946", "ncgc00183012-01", "217-186-6[einecs]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3,4-dihydro-3-pentyl-6-(trifluoromethyl)- 1,1-dioxide", "penflutizidum [inn-latin]", "penflutizida[spanish][inn]", "penflutizida [inn-spanish]", "3-pentyl-6-(trifluoromethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide[acd/iupac name]", "einecs 217-186-6", "ft 124", "1800-74-4[rn]", "3,4-dihydro-3-pentyl-6-(trifluoromethyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "penflutizide [inn:jan][inn][jan]", "1766-91-2", "1766-91-2[rn]"}|>, "5146" -> <|"DatabaseID" -> "SW02994", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4564]}, "IsomericSmiles" -> "CCCCCC1Nc2cc(c(cc2S(=O)(=O)N1)S(=O)(=O)N)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01241"]}, "OfficialNames" -> <|"NPC Approved Name" -> "penflutizide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4726]}, "Synonyms" -> {"penflutizide", "pentylhydroflumethiazide", "penfluzide", "penflutizidum[latin]", "brn 0769946", "ncgc00183012-01", "217-186-6[einecs]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3,4-dihydro-3-pentyl-6-(trifluoromethyl)- 1,1-dioxide", "penflutizidum [inn-latin]", "penflutizida[spanish][inn]", "penflutizida [inn-spanish]", "3-pentyl-6-(trifluoromethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide[acd/iupac name]", "einecs 217-186-6", "ft 124", "1800-74-4[rn]", "3,4-dihydro-3-pentyl-6-(trifluoromethyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "penflutizide [inn:jan][inn][jan]", "1766-91-2", "1766-91-2[rn]"}|>, "5147" -> <|"DatabaseID" -> "SW02995", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7008"], ExternalIdentifier["ChEBIID", "63611"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91739], ExternalIdentifier["ChemSpiderID", 134802], ExternalIdentifier["ChemSpiderID", 7853447]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00218"]}, "IsomericSmiles" -> "COc1c2c(cc(c1N3C[C@@H]4CCC[NH2+][C@@H]4C3)F)c(=O)c(cn2C5CC5)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "moxifloxacin;thiacetazone", "Australia Approved Name" -> "MOXIFLOXACIN", "FDA Approved Drug" -> "MOXIFLOXACIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450555", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 152946], ExternalIdentifier["PubChemCompoundID", 9579088]}, "Synonyms" -> {"moxifloxacin", "avelox i.v.", "avelox", "vigamox", "mxfx", "moxifloxacin hydrochloride", "moxifloxacin hcl", "bay 12-8039", "moxifloxacin [inn:ban]", "dna topoisomerase ii alpha isozyme", "avelox (*hydrochloride*)", "ac1l49ep", "moxifloxacin[wiki][inn][ban]", "chembl32", "actira (*hydrochloride*)", "186826-86-8[rn]", "ec 5.99.1.3", "151096-09-2[rn]", "avelox[wiki]", "vigamox[wiki]", "1-cyclopropyl-6-fluoro-8-methoxy-7-[(4as,7as)-octahydro-6h-pyrrolo[3,4-b]pyridin-6-yl]-4-oxo-1,4-dihydroquinoline-3-carboxylicacid", "1-cyclopropyl-6-fluoro-7-((4as,7as)-hexahydro-1h-pyrrolo[3,4-b]pyridin-6(2h)-yl)-8-methoxy-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "m & tc", "moxifloxacin & thiacetazone", "(1's,6's)-1-cyclopropyl-7-(2,8-diazabicyclo[4.3.0]non-8-yl)-6-fluoro-8-methoxy-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "7-[(4as,7as)-octahydro-1h-pyrrolo[3,4-b]pyridin-6-yl]-1-cyclopropyl-6-fluoro-8-methoxy-4-oxo-1,4-dihydroquinoline-3-carboxylicacid", "1-cyclopropyl-6-fluoro-8-methoxy-7-(4as,7as)-octahydro-pyrrolo[3,4-b]pyridin-6-yl-4-oxo-1,4-dihydro-quinoline-3-carboxylic acid", "1-cyclopropyl-6-fluoro-8-methoxy-7-(1s,7as)-octahydro-pyrrolo[3,4-b]pyridin-6-yl-4-oxo-1,4-dihydro-quinoline-3-carboxylic acid", "354812-41-2[rn]", "mxf", "1-cyclopropyl-6-fluoro-8-methoxy-7-(4s,4as)-octahydro-pyrrolo[3,4-b]pyridin-6-yl-4-oxo-1,4-dihydro-quinoline-3-carboxylic acid", "1-cyclopropyl-6-fluoro-8-methoxy-7-((4as,7as)-octahydropyrrolo[3,4-b]pyridin-6-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "moxifloxacin [inn_en]", "1-cyclopropyl-6-fluoro-8-methoxy-7-((4as,7as)-octahydro-6h-pyrrolo[3,4-b]pyridin-6-yl)-4-oxo-1,4-dihydro-3-quinolinecarboxylicacid", "1-cyclopropyl-6-fluoro-8-methoxy-7-[(4as,7as)-octahydro-6h-pyrrolo[3,4-b]pyridin-6-yl]-4-oxo-1,4-dihydro-3-quinolinecarboxylicacid[acd/iupac name]", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-[(4as,7as)-octahydro-6h-pyrrolo[3,4-b]pyridin-6-yl]-4-oxo-", "1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-((4as,7as)-octahydro-6h-pyrrolo(3,4-b)pyridin-6-yl)-4-oxo-3-quinolinecarboxylicacid", "1-cyclopropyl-6-fluoro-7-((4as,7as)-hexahydro-1h-pyrrolo[3,4-b]pyridin-6(2h)-yl)-8-methoxy-4-oxo-1,4-dihydroquinoline-3-carboxylic acidhydrochloride", "proflox", "1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-((4as,7as)-octahydro-6h-pyrrolo(3,4-b)pyridin-6-yl)-4-oxo-3-quinolinecarboxylicacid monohydrochloride", "avalox[wiki]", "moxifloxacine hydrochloride", "vegamox", "bay-12-8039", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-((4as,7as)-octahydro-6h-pyrrolo(3,4-b)pyridin-6-yl)-4-oxo-,monohydrochloride", "actira", "moxifloxacinhydrochloride", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-[(4as,7as)-octahydro-6h-pyrrolo[3,4-b]pyridin-6-yl]-4-oxo-,monohydrochloride", "izilox", "1-cyclopropyl-6-fluoro-8-methoxy-7-[(4as,7as)-octahydro-6h-pyrrolo[3,4-b]pyridin-6-yl]-4-oxo-1,4-dihydroquinoline-3-carboxylicacid hydrochloride (1:1)", "(4as-cis)-1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(octahydro-6h-pyrrolol(3,4-b)pyridin-6-yl)-4-oxo-3-quinolinecarboxylic acid monohydrochloride;1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-((4as,7as)-octahydro-6h-pyrrolo(3,4-b)pyridin-6-yl)-4-oxo-3-quinolinecarboxylicacid monohydrochloride; moxifloxacin hcl; moxifloxacin hydrochloride", "octegra", "3-quinolinecarboxylic acid,1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-[(4as,7as)-octahydro-6h-pyrrolo[3,4-b]pyridin-6-yl]-4-oxo-,hydrochloride (1:1)", "1-cyclopropyl-6-fluoro-8-methoxy-7-[(4as,7as)-octahydro-6h-pyrrolo[3,4-b]pyridin-6-yl]-4-oxo-1,4-dihydroquinoline-3-carboxylicacid hydrochloride", "moxifloxacin h/cl", "moxiflocacin hydrochloride", "1-cyclopropyl-6-fluoro-8-methoxy-7-((4as,7as)-octahydro-6h-pyrrolo[3,4-b]pyridin-6-yl)-4-oxo-1,4-dihydro-3-quinolinecarboxylicacid hydrochloride", "(4as-cis)-1-cyclopropyl-6-fluoro-1,4-dihydro-8-methoxy-7-(octahydro-6h-pyrrolol(3,4-b)pyridin-6-yl)-4-oxo-3-quinolinecarboxylic acid monohydrochloride", "1-cyclopropyl-6-fluoro-7-((4as,7as)-hexahydro-1h-pyrrolo[3,4-b]pyridin-6(2h)-yl)-8-methoxy-4-oxo-1,4"}|>, "5148" -> <|"DatabaseID" -> "SW02996", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15904]}, "IsomericSmiles" -> "c1c(cc(c(c1NC(=O)c2c(c(cc(c2Cl)Cl)Cl)O)O)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08320"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxyclozanide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16779]}, "Synonyms" -> {"oxyclozanide", "zanil", "oxiclozanidum", "oxyclozanid", "zanilox", "diplin", "zanil [veterinay]", "salicylanilide 3,3',5,5',6-pentachloro-2'-hydroxy-", "oxyclozanidum[latin]", "3,3',5,5',6-pentachloro-2,2'-dihydroxybenzanilide", "3,5,6,3',5'-pentachloro-2,2'-dihydroxybenzanilide", "oxiclozanida[spanish][inn]", "benzamide 2,3,5-trichloro-n-(3,5-dichloro-2-hydroxyphenyl)-6-hydroxy-", "2,3,5-trichlor-n-(3,5-dichlor-2-hydroxyphenyl)-6-hydroxybenzamid", "n-(3,5-dichloro-2-hydroxyphenyl)(3,5,6-trichloro-2-hydroxyphenyl)carboxamide", "benzamide 2,3,5-trichloro-n-(3,5-dichloro-2-hydroxyphenyl)-6-hydroxy- (9ci)", "2,3,5-trichlor-n-(3,5-dichlor-2-hydroxyphenyl)-6-hydroxybenzolcarboxamid", "2", "2,3,5-trichloro-n-(3,5-dichloro-2-hydroxyphenyl)-6-hydroxybenzamide[acd/iupac name]", "tl8001910", "218-904-0[einecs]", "oxyclozanidum [inn-latin]", "2277-92-1", "2,2'-dihydroxy-3,3',5,5',6-pentachlorobenzanilide", "2277-92-1[rn]", "benzanilide 2,2'-dihydroxy-3,3',5,5',6-pentachloro-", "oxiclozanida [inn-spanish]", "oxyclozanide [ban:inn][inn]", "3,3',5,5',6-pentachloro-2'-hydroxysalicylanilide"}|>, "5149" -> <|"DatabaseID" -> "SW02997", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31459"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6422]}, "IsomericSmiles" -> "C[C@H](CCC(=O)[O-])[C@H]1CC[C@@H]2[C@@]1(C(=O)C[C@H]3[C@H]2C(=O)C[C@H]4[C@@]3(CCC(=O)C4)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01693"]}, "OfficialNames" -> <|"China Approved Name" -> "dehydrocholic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6674]}, "Synonyms" -> {"dehydrocholic acid", "decholin", "bilidren", "didrocolo", "dehychol", "bilostat", "cholimed", "cholagon", "chologon", "dehystolin", "ketochol", "94107-86-5[rn]", "procholon", "4-10-00-03478 (beilstein handbook reference)[beilstein]", "dhc", "decholin (tn)", "didocol", "81-23-2[rn]", "felacrinos", "dehydrocholsaeure[german]", "3,7,12-triketo-5b-cholanic acid", "dee-co", "acido deidrocolico [dcit]", "biochol", "novocolin", "hydrochol", "acido dehidrocolico[spanish][inn]", "khologon", "acidum dehydrocholicum[latin]", "201-335-7[einecs]", "4-((1s,2s,7s,11s,10r,14r,15r)-2,15-dimethyl-5,9,16-trioxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-14-yl)pentanoic acid", "dehydrocholicacid", "triketocholanic acid", "deidrocolico vita", "cholic acid dehydro-", "cholan dh", "3,7,12-triketocholanic acid", "dilabil", "3226734[beilstein]", "3,7,12-trioxocholanic acid", "ketocholanic acid", "drenobyl", "7786-84-7[rn]", "dehycol", "dehycon", "4-10-00-03478", "acide dehydrocholique[french][inn]", "erebile", "hykolex", "oxycholin", "(5b)-3,7,12-trioxocholan-24-oic acid", "sanocholen", "dehydrocholic acid [ban:inn:jan][inn][jan]", "3,7,12-trioxo-5b-cholan-24-oic acid", "acolen"}|>, "5150" -> <|"DatabaseID" -> "SW02998", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11654743]}, "IsomericSmiles" -> "CCCCCCC(=O)CCCCCC/C=C/CC(C(C(CO)(C(=O)[O-])[NH3+])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "myrocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6184440]}, "Synonyms" -> {"nsc177379", "6-eicosenoic acid,2-amino-3,4-dihydroxy-2-(hydroxymethyl)-14-oxo-", "ac1o1xg8", "myrocin", "nsc-177379", "(e)-2-amino-3"}|>, "5151" -> <|"DatabaseID" -> "SW02998", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11654743]}, "IsomericSmiles" -> "CCCCCCC(=O)CCCCCC/C=C/CC(C(C(CO)(C(=O)[O-])[NH3+])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "myrocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6184440]}, "Synonyms" -> {"nsc177379", "6-eicosenoic acid,2-amino-3,4-dihydroxy-2-(hydroxymethyl)-14-oxo-", "ac1o1xg8", "myrocin", "nsc-177379", "(e)-2-amino-3"}|>, "5152" -> <|"DatabaseID" -> "SW02998", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11654743]}, "IsomericSmiles" -> "CCCCCCC(=O)CCCCCC/C=C/CC(C(C(CO)(C(=O)[O-])[NH3+])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "myrocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6184440]}, "Synonyms" -> {"nsc177379", "6-eicosenoic acid,2-amino-3,4-dihydroxy-2-(hydroxymethyl)-14-oxo-", "ac1o1xg8", "myrocin", "nsc-177379", "(e)-2-amino-3"}|>, "5153" -> <|"DatabaseID" -> "SW02998", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11654743]}, "IsomericSmiles" -> "CCCCCCC(=O)CCCCCC/C=C/CC(C(C(CO)(C(=O)[O-])[NH3+])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "myrocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6184440]}, "Synonyms" -> {"nsc177379", "6-eicosenoic acid,2-amino-3,4-dihydroxy-2-(hydroxymethyl)-14-oxo-", "ac1o1xg8", "myrocin", "nsc-177379", "(e)-2-amino-3"}|>, "5154" -> <|"DatabaseID" -> "SW02998", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11654743]}, "IsomericSmiles" -> "CCCCCCC(=O)CCCCCC/C=C/CC(C(C(CO)(C(=O)[O-])[NH3+])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "myrocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6184440]}, "Synonyms" -> {"nsc177379", "6-eicosenoic acid,2-amino-3,4-dihydroxy-2-(hydroxymethyl)-14-oxo-", "ac1o1xg8", "myrocin", "nsc-177379", "(e)-2-amino-3"}|>, "5155" -> <|"DatabaseID" -> "SW02998", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11654743]}, "IsomericSmiles" -> "CCCCCCC(=O)CCCCCC/C=C/CC(C(C(CO)(C(=O)[O-])[NH3+])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "myrocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6184440]}, "Synonyms" -> {"nsc177379", "6-eicosenoic acid,2-amino-3,4-dihydroxy-2-(hydroxymethyl)-14-oxo-", "ac1o1xg8", "myrocin", "nsc-177379", "(e)-2-amino-3"}|>, "5156" -> <|"DatabaseID" -> "SW02998", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11654743]}, "IsomericSmiles" -> "CCCCCCC(=O)CCCCCC/C=C/CC(C(C(CO)(C(=O)[O-])[NH3+])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "myrocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6184440]}, "Synonyms" -> {"nsc177379", "6-eicosenoic acid,2-amino-3,4-dihydroxy-2-(hydroxymethyl)-14-oxo-", "ac1o1xg8", "myrocin", "nsc-177379", "(e)-2-amino-3"}|>, "5157" -> <|"DatabaseID" -> "SW02998", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11654743]}, "IsomericSmiles" -> "CCCCCCC(=O)CCCCCC/C=C/CC(C(C(CO)(C(=O)[O-])[NH3+])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "myrocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6184440]}, "Synonyms" -> {"nsc177379", "6-eicosenoic acid,2-amino-3,4-dihydroxy-2-(hydroxymethyl)-14-oxo-", "ac1o1xg8", "myrocin", "nsc-177379", "(e)-2-amino-3"}|>, "5158" -> <|"DatabaseID" -> "SW02999", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59115"], ExternalIdentifier["ChEBIID", "51364"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01624"]}, "IsomericSmiles" -> "c1ccc2c(c1)/C(=C/CCN3CC[NH+](CC3)CCO)/c4cc(ccc4S2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02613"], ExternalIdentifier["KEGGID", "D03556"]}, "OfficialNames" -> <|"China Approved Name" -> "clopenthixol", "Indian Approved Name" -> "zuclopenthixol"|>, "PharmGKBID" -> "PA452629", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311507]}, "Synonyms" -> {"clopixol", "clopenthixol", "zuclopenthixol", "zuclopentixol [spanish]", "zuclopenthixolum [latin]", "acuphase", "zuclopenthixol acetate", "clopenthixolum", "serotonin receptor 2a", "zuclopenthixol decanoate", "clopentixol", "5- ht-2", "zuclopenthixolum", "5-ht-2a", "zuclopentixol", "zuclopenthixol dihydrochloride", "(z)-4-(3-(2-chlorothioxanthen-9-ylidene)propyl)-1-piperazineethanol", "4-[3-(2-chloro-9h-thioxanthen-9-ylidene)propyl]-1-piperazineethanol", "1-piperazineethanol 4-[(3z)-3-(2-chloro-9h-thioxanthen-9-ylidene)propyl]-", "4-(3-(2-chlorothioxanthen-9-ylidene)propyl)-1-piperazineethanol", "1-piperazineethanol 4-(3-(2-chloro-9h-thioxanthen-9-ylidene)propyl)-", "clopixol (tn)", "258-758-5[einecs]", "899403[beilstein]", "zuclopenthixolum[latin]", "zuclopentixol[spanish]", "zuclopenthixol[wiki]", "a-clopenthixol", "1-piperazineethanol 4-[3-(2-chloro-9h-thioxanthen-9-ylidene)propyl]- (z)-", "2-{4-[(3z)-3-(2-chloro-9h-thioxanthen-9-ylidene)propyl]piperazin-1-yl}ethanol", "1-piperazineethanol 4-(3-(2-chlorothioxanthen-9-ylidene)propyl)-", "4-(3-(2-chloro-9h-thioxanthen-9-ylidene)propyl)-1-piperazineethanol", "53772-83-1[rn]", "clopenthixol[usan]", "zuclopenthixol [ban:inn][inn]", "clopentixol cis-(z)-", "cis-(z)-clopentixol"}|>, "5159" -> <|"DatabaseID" -> "SW03000", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4508209]}, "IsomericSmiles" -> "CC[NH+](CC)CCCC(C)Nc1c2ccc(cc2[nH+]c3c1cc(cc3)OC)Cl", "OfficialNames" -> <|"Indian Approved Name" -> "mepacrine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5351141]}, "Synonyms" -> {"arichin", "quinacrine", "chemiochin", "69-05-6[rn]", "mepacrine hydrochloride", "1,4-pentanediamine n4-(6-chloro-2-methoxy-9-acridinyl)-n1,n1-diethyl- hydrochloride (1:1)", "204-989-1[einecs]", "quinacrine hydrochloride", "malaricida", "quinacrine hydrochloride anhydrous", "mepacrine hcl", "130-42-7[rn]", "nsc14229", "italchin", "acridine,6-chloro-9-((4-(diethylamino)-1-methylbutyl)amino)-2-methoxy-,monohydrochloride", "n4-(6-chloro-2-methoxyacridin-9-yl)-n1,n1-diethylpentane-1,4-diamine hydrochloride", "acrichine", "methoquine", "200-700-8[einecs]", "n4-(6-chloro-2-methoxyacridin-9-yl)-n1,n1-diethylpentane-1,4-diamine hydrochloride (1:1)", "1,4-pentanediamine n4-(6-chloro-2-methoxy-9-acridinyl)-n1,n1-diethyl-,monohydrochloride", "metochin", "atebrine"}|>, "5160" -> <|"DatabaseID" -> "SW03000", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4508209]}, "IsomericSmiles" -> "CC[NH+](CC)CCCC(C)Nc1c2ccc(cc2[nH+]c3c1cc(cc3)OC)Cl", "OfficialNames" -> <|"Indian Approved Name" -> "mepacrine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5351141]}, "Synonyms" -> {"arichin", "quinacrine", "chemiochin", "69-05-6[rn]", "mepacrine hydrochloride", "1,4-pentanediamine n4-(6-chloro-2-methoxy-9-acridinyl)-n1,n1-diethyl- hydrochloride (1:1)", "204-989-1[einecs]", "quinacrine hydrochloride", "malaricida", "quinacrine hydrochloride anhydrous", "mepacrine hcl", "130-42-7[rn]", "nsc14229", "italchin", "acridine,6-chloro-9-((4-(diethylamino)-1-methylbutyl)amino)-2-methoxy-,monohydrochloride", "n4-(6-chloro-2-methoxyacridin-9-yl)-n1,n1-diethylpentane-1,4-diamine hydrochloride", "acrichine", "methoquine", "200-700-8[einecs]", "n4-(6-chloro-2-methoxyacridin-9-yl)-n1,n1-diethylpentane-1,4-diamine hydrochloride (1:1)", "1,4-pentanediamine n4-(6-chloro-2-methoxy-9-acridinyl)-n1,n1-diethyl-,monohydrochloride", "metochin", "atebrine"}|>, "5161" -> <|"DatabaseID" -> "SW03001", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8176731]}, "IsomericSmiles" -> "COc1cc(cc(c1)O)[C@H]2[C@H]3[C@@H](CO2)[C@@H](OC3=O)c4cc(c(c(c4)OC)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "graminone a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10001150]}, "Synonyms" -> {"graminone b", "(3r,3as,6r,6ar)-3-(3-hydroxy-4,5-dimethoxyphenyl)-6-(3-hydroxy-5-methoxyphenyl)tetrahydro-1h,3h-furo[3,4-c]furan-1-one", "chembl460859", "1h,3h-furo[3,4-c]furan-1-one tetrahydro-3-(3-hydroxy-4,5-dimethoxyphenyl)-6-(3-hydroxy-5-methoxyphenyl)- (3r,3as,6r,6ar)-"}|>, "5162" -> <|"DatabaseID" -> "SW03002", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54719]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00597"]}, "IsomericSmiles" -> "CC(CN1CC[NH+](CCN(CCN(CC1)CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01137"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GADOTERIDOL"|>, "PharmGKBID" -> "PA164746463", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60714]}, "Synonyms" -> {"gadoteridol", "prohance", "prohance multipack", "gd-hp-do3a", "chebi:31643", "gd-hp-do 3a", "sq-32692", "prohance (tn)", "gd(hp-do3a)", "gadoteridolum[latin]", "gadolinium-hp-do 3a", "gadoteridol [usan:ban:inn:jan][inn][jan][usan]", "120066-54-8", "1,4,7,10-tetraazacyclododecan-1,4,7-triaceticacid 10-(2-hydroxypropyl)- gadolinium complex", "(10-(2-hydroxypropyl)-1,4,7,10-tetraazacyclododecane-1,4,7-triacetato)gadolinium", "dsstox_cid_28588", "120066-54-8[rn]", "dsstox_rid_82859", "dsstox_gsid_48662", "gadolinium-hp-do3a", "gadolinium (10-(2-hydroxypropyl)-1,4,7,10-tetraazacyclododecane-1,4,7-triacetato(3-)-n(sup 1),n(sup 4),n(sup 7),n(sup 10),o(sup 1),o(sup 4),o(sup 7),o(sup 10))-"}|>, "5163" -> <|"DatabaseID" -> "SW03002", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54719]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00597"]}, "IsomericSmiles" -> "CC(CN1CC[NH+](CCN(CCN(CC1)CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01137"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GADOTERIDOL"|>, "PharmGKBID" -> "PA164746463", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60714]}, "Synonyms" -> {"gadoteridol", "prohance", "prohance multipack", "gd-hp-do3a", "chebi:31643", "gd-hp-do 3a", "sq-32692", "prohance (tn)", "gd(hp-do3a)", "gadoteridolum[latin]", "gadolinium-hp-do 3a", "gadoteridol [usan:ban:inn:jan][inn][jan][usan]", "120066-54-8", "1,4,7,10-tetraazacyclododecan-1,4,7-triaceticacid 10-(2-hydroxypropyl)- gadolinium complex", "(10-(2-hydroxypropyl)-1,4,7,10-tetraazacyclododecane-1,4,7-triacetato)gadolinium", "dsstox_cid_28588", "120066-54-8[rn]", "dsstox_rid_82859", "dsstox_gsid_48662", "gadolinium-hp-do3a", "gadolinium (10-(2-hydroxypropyl)-1,4,7,10-tetraazacyclododecane-1,4,7-triacetato(3-)-n(sup 1),n(sup 4),n(sup 7),n(sup 10),o(sup 1),o(sup 4),o(sup 7),o(sup 10))-"}|>, "5164" -> <|"DatabaseID" -> "SW03002", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54719]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00597"]}, "IsomericSmiles" -> "CC(CN1CC[NH+](CCN(CCN(CC1)CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01137"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GADOTERIDOL"|>, "PharmGKBID" -> "PA164746463", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60714]}, "Synonyms" -> {"gadoteridol", "prohance", "prohance multipack", "gd-hp-do3a", "chebi:31643", "gd-hp-do 3a", "sq-32692", "prohance (tn)", "gd(hp-do3a)", "gadoteridolum[latin]", "gadolinium-hp-do 3a", "gadoteridol [usan:ban:inn:jan][inn][jan][usan]", "120066-54-8", "1,4,7,10-tetraazacyclododecan-1,4,7-triaceticacid 10-(2-hydroxypropyl)- gadolinium complex", "(10-(2-hydroxypropyl)-1,4,7,10-tetraazacyclododecane-1,4,7-triacetato)gadolinium", "dsstox_cid_28588", "120066-54-8[rn]", "dsstox_rid_82859", "dsstox_gsid_48662", "gadolinium-hp-do3a", "gadolinium (10-(2-hydroxypropyl)-1,4,7,10-tetraazacyclododecane-1,4,7-triacetato(3-)-n(sup 1),n(sup 4),n(sup 7),n(sup 10),o(sup 1),o(sup 4),o(sup 7),o(sup 10))-"}|>, "5165" -> <|"DatabaseID" -> "SW03002", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54719]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00597"]}, "IsomericSmiles" -> "CC(CN1CC[NH+](CCN(CCN(CC1)CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01137"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GADOTERIDOL"|>, "PharmGKBID" -> "PA164746463", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60714]}, "Synonyms" -> {"gadoteridol", "prohance", "prohance multipack", "gd-hp-do3a", "chebi:31643", "gd-hp-do 3a", "sq-32692", "prohance (tn)", "gd(hp-do3a)", "gadoteridolum[latin]", "gadolinium-hp-do 3a", "gadoteridol [usan:ban:inn:jan][inn][jan][usan]", "120066-54-8", "1,4,7,10-tetraazacyclododecan-1,4,7-triaceticacid 10-(2-hydroxypropyl)- gadolinium complex", "(10-(2-hydroxypropyl)-1,4,7,10-tetraazacyclododecane-1,4,7-triacetato)gadolinium", "dsstox_cid_28588", "120066-54-8[rn]", "dsstox_rid_82859", "dsstox_gsid_48662", "gadolinium-hp-do3a", "gadolinium (10-(2-hydroxypropyl)-1,4,7,10-tetraazacyclododecane-1,4,7-triacetato(3-)-n(sup 1),n(sup 4),n(sup 7),n(sup 10),o(sup 1),o(sup 4),o(sup 7),o(sup 10))-"}|>, "5166" -> <|"DatabaseID" -> "SW03003", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8610]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01145"]}, "IsomericSmiles" -> "c1cc(ccc1NCS(=O)[O-])S(=O)(=O)c2ccc(cc2)NCS(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02521"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFOXONE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8954]}, "Synonyms" -> {"aldesulfone sodium", "diasone sodium", "novotrone", "diamidin", "aldapsone", "sulfoxone sodium", "diasone", "diazon", "sodium sulfoxone", "sodium aldesulphone", "sulfoxone", "adesulfone sodium", "diason", "diasone sodium enterab", "aldesulfone [sodium]", "disodium formaldehyde sulfoxylate diamino diphenylsulfone", "methanesulfinic acid [sulfonylbis(4,1-phenyleneimino)]bis- disodium salt", "aldesulfona sodica[spanish][inn]", "4:4'-diaminodiphenylsulfonedisodiumformaldehyde sulfoxylate", "aniline,4,4'-sulfonyldi-,bis(sodium formaldehydesulfoxylate)", "aniline,4,4'-sulfonyldi-,bis(sodium formaldehydesulfonylate)", "disodium (sulfonylbis(p-phenyleneimino))dimethanesulfinate", "ddf", "disodium formaldehydesulfoxylatediaminodiphenylsulfone", "disodium[sulfonylbis(benzene-4,1-diylimino)]dimethanesulfinate", "144-75-2[rn]", "methanesulfinic acid (sulfonylbis(p-phenyleneimino))di- disodium salt", "(sulfonylbis(p-phenyleneimino))dimethanesulfinic aciddisodiumsalt", "disodium diformaldehydesulfoxylate", "disodium formaldehydesulfoxylate-diaminodiphenylsulfone", "disodium (sulfonylbis(p-phenylenimino))dimethanesulfinate", "methanesulfinic acid (sulfonylbis(4,1-phenyleneimino))bis- disodium salt (9ci)", "methanesulfinic acid (sulfonylbis(1,4-phenyleneimino))bis- disodium salt", "aldesulfonum natricum[latin]", "ec 2.5.1.15", "[sulfonylbis(p-phenyleneimino)]dimethanesulfinic acid,disodiumsalt", "adesulfone sodium[inn]", "disodium[sulfonylbis(p-phenylenimino)]dimethanesulfinate", "aldesulfone sodique[french][inn]", "diasone (tn)", "4,4'-diaminodiphenylsulfonedisodiumformaldehyde sulfoxylate"}|>, "5167" -> <|"DatabaseID" -> "SW03003", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8610]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01145"]}, "IsomericSmiles" -> "c1cc(ccc1NCS(=O)[O-])S(=O)(=O)c2ccc(cc2)NCS(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02521"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFOXONE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8954]}, "Synonyms" -> {"aldesulfone sodium", "diasone sodium", "novotrone", "diamidin", "aldapsone", "sulfoxone sodium", "diasone", "diazon", "sodium sulfoxone", "sodium aldesulphone", "sulfoxone", "adesulfone sodium", "diason", "diasone sodium enterab", "aldesulfone [sodium]", "disodium formaldehyde sulfoxylate diamino diphenylsulfone", "methanesulfinic acid [sulfonylbis(4,1-phenyleneimino)]bis- disodium salt", "aldesulfona sodica[spanish][inn]", "4:4'-diaminodiphenylsulfonedisodiumformaldehyde sulfoxylate", "aniline,4,4'-sulfonyldi-,bis(sodium formaldehydesulfoxylate)", "aniline,4,4'-sulfonyldi-,bis(sodium formaldehydesulfonylate)", "disodium (sulfonylbis(p-phenyleneimino))dimethanesulfinate", "ddf", "disodium formaldehydesulfoxylatediaminodiphenylsulfone", "disodium[sulfonylbis(benzene-4,1-diylimino)]dimethanesulfinate", "144-75-2[rn]", "methanesulfinic acid (sulfonylbis(p-phenyleneimino))di- disodium salt", "(sulfonylbis(p-phenyleneimino))dimethanesulfinic aciddisodiumsalt", "disodium diformaldehydesulfoxylate", "disodium formaldehydesulfoxylate-diaminodiphenylsulfone", "disodium (sulfonylbis(p-phenylenimino))dimethanesulfinate", "methanesulfinic acid (sulfonylbis(4,1-phenyleneimino))bis- disodium salt (9ci)", "methanesulfinic acid (sulfonylbis(1,4-phenyleneimino))bis- disodium salt", "aldesulfonum natricum[latin]", "ec 2.5.1.15", "[sulfonylbis(p-phenyleneimino)]dimethanesulfinic acid,disodiumsalt", "adesulfone sodium[inn]", "disodium[sulfonylbis(p-phenylenimino)]dimethanesulfinate", "aldesulfone sodique[french][inn]", "diasone (tn)", "4,4'-diaminodiphenylsulfonedisodiumformaldehyde sulfoxylate"}|>, "5168" -> <|"DatabaseID" -> "SW03003", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8610]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01145"]}, "IsomericSmiles" -> "c1cc(ccc1NCS(=O)[O-])S(=O)(=O)c2ccc(cc2)NCS(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02521"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFOXONE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8954]}, "Synonyms" -> {"aldesulfone sodium", "diasone sodium", "novotrone", "diamidin", "aldapsone", "sulfoxone sodium", "diasone", "diazon", "sodium sulfoxone", "sodium aldesulphone", "sulfoxone", "adesulfone sodium", "diason", "diasone sodium enterab", "aldesulfone [sodium]", "disodium formaldehyde sulfoxylate diamino diphenylsulfone", "methanesulfinic acid [sulfonylbis(4,1-phenyleneimino)]bis- disodium salt", "aldesulfona sodica[spanish][inn]", "4:4'-diaminodiphenylsulfonedisodiumformaldehyde sulfoxylate", "aniline,4,4'-sulfonyldi-,bis(sodium formaldehydesulfoxylate)", "aniline,4,4'-sulfonyldi-,bis(sodium formaldehydesulfonylate)", "disodium (sulfonylbis(p-phenyleneimino))dimethanesulfinate", "ddf", "disodium formaldehydesulfoxylatediaminodiphenylsulfone", "disodium[sulfonylbis(benzene-4,1-diylimino)]dimethanesulfinate", "144-75-2[rn]", "methanesulfinic acid (sulfonylbis(p-phenyleneimino))di- disodium salt", "(sulfonylbis(p-phenyleneimino))dimethanesulfinic aciddisodiumsalt", "disodium diformaldehydesulfoxylate", "disodium formaldehydesulfoxylate-diaminodiphenylsulfone", "disodium (sulfonylbis(p-phenylenimino))dimethanesulfinate", "methanesulfinic acid (sulfonylbis(4,1-phenyleneimino))bis- disodium salt (9ci)", "methanesulfinic acid (sulfonylbis(1,4-phenyleneimino))bis- disodium salt", "aldesulfonum natricum[latin]", "ec 2.5.1.15", "[sulfonylbis(p-phenyleneimino)]dimethanesulfinic acid,disodiumsalt", "adesulfone sodium[inn]", "disodium[sulfonylbis(p-phenylenimino)]dimethanesulfinate", "aldesulfone sodique[french][inn]", "diasone (tn)", "4,4'-diaminodiphenylsulfonedisodiumformaldehyde sulfoxylate"}|>, "5169" -> <|"DatabaseID" -> "SW03004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5543]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01380"]}, "IsomericSmiles" -> "CC(=O)OCC(=O)[C@]1(CC[C@@H]2[C@@]1(CC(=O)[C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00973"]}, "OfficialNames" -> <|"China Approved Name" -> "cortisone acetate", "FDA Approved Drug" -> "CORTISONE ACETATE"|>, "PharmGKBID" -> "PA449130", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5745]}, "Synonyms" -> {"cortisone acetate", "cortone acetate", "cortistab", "cortisyl", "artriona", "ricortex", "cortelan", "biocort acetate", "cortisone 21-acetate", "gr", "incortin", "200-006-5[einecs]", "2-[(8s,9s,10r,13s,14s,17r)-17-hydroxy-10,13-dimethyl-3,11-dioxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2-oxoethylacetat", "2-[(8s,9s,10r,13s,14s,17r)-17-hydroxy-10,13-dimethyl-3,11-dioxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2-oxoethyl acetate", "cortisone acetate product (product)", "4/4/1950", "04/04/1950", "component of neosone", "17,21-dihydroxypregn-4-ene-3,11,20-trione 21-acetate", "17-hydroxy-3,11,20-trioxo-pregn-4-en-21-yl acetate", "50-04-4[rn]", "17-hydroxy-3,11,20-trioxopregn-4-en-21-yl acetate[acd/iupac name]", "artriona;biocort acetate;cortadren;incortin;nsc 49420;scheroson;cortone", "18357", "irisone acetate", "cortisone 21-acetate", "cortisone acetate [usan:jan][jan][usan]", "29253-51-8[rn]", "11-dehydro-17-hydroxycorticosterone-21-acetate", "cortisone monoacetate", "cortilen", "21-(acetyloxy)-17-hydroxypregn-4-ene-3,11,20-trione", "hydrocortisone acetate imp. d (pharmeuropa)", "pregn-4-ene-3,11,20-trione 17,21-dihydroxy- 21-acetate", "pregn-4-ene-3,11,20-trione 21- (acetyloxy)-17-hydroxy-", "2-((8s,9s,10r,13s,14s,17r)-17-hydroxy-10,13-dimethyl-3,11-dioxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl)-2-oxoethyl acetate", "compound e acetate", "cortogen acetate", "cortisone[wiki]", "17,21-dihydroxypregn-4-ene-3,11,20-trione-21-acetate", "acetic acid 2-((8s,9s,10r,13s,14s,17r)-17-hydroxy-10,13-dimethyl-3,11-dioxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl)-2-oxo-ethyl ester", "cortone", "2-((1s,10s,11s,15s,2r,14r)-14-hydroxy-2,15-dimethyl-5,17-dioxotetracyclo[8.7.0 .0<2,7>.0<11,15>]heptadec-6-en-14-yl)-2-oxoethyl acetate", "2-((1s,10s,11s,15s,2r,14r)-14-hydroxy-2,15-dimethyl-5,17-dioxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-en-14-yl)-2-oxoethylacetate", "neosone", "cortone acetate (tn)", "pregn-4-ene-3,11,20-trione 21-(acetyloxy)-17-hydroxy-"}|>, "5170" -> <|"DatabaseID" -> "SW03005", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC[C@H](C1[C@@H]([C@H](CO1)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05896"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sorbitan monopalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23725021]}, "Synonyms" -> {"26266-57-9", "d05896", "sorbitan palmitate", "surecn9947472", "span 40", "span 40 (tn)", "sorbitan monopalmitate (nf)", "sorbitan monopalmitate", "sorbitan palmitate (inn)"}|>, "5171" -> <|"DatabaseID" -> "SW03005", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC[C@H](C1[C@@H]([C@H](CO1)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05896"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sorbitan monopalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23725021]}, "Synonyms" -> {"26266-57-9", "d05896", "sorbitan palmitate", "surecn9947472", "span 40", "span 40 (tn)", "sorbitan monopalmitate (nf)", "sorbitan monopalmitate", "sorbitan palmitate (inn)"}|>, "5172" -> <|"DatabaseID" -> "SW03006", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 509839]}, "IsomericSmiles" -> "Cc1cc(cc2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "delta-tocopherol d-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 586537]}, "Synonyms" -> {"unii-zl0rfa4e5n", "d-delta-tocopherol", "2h-1-benzopyran-6-ol 3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)- [2r-[2r*(4r*,8r*)]]-", "78656-14-1[rn]", "[2r[2r*(4r*,8r*)]]-3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-ol", "delta-tocopherol", "ar-1e9158", "204-299-0[einecs]", "119-13-1[rn]", "vitamin edelta", "surecn2908170", "3", "3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ol", "ac1q7az8", "ctk4b1086", ".delta.-tocopherol", "d-tocopherol", "ac1lbp1w"}|>, "5173" -> <|"DatabaseID" -> "SW03006", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 509839]}, "IsomericSmiles" -> "Cc1cc(cc2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "delta-tocopherol d-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 586537]}, "Synonyms" -> {"unii-zl0rfa4e5n", "d-delta-tocopherol", "2h-1-benzopyran-6-ol 3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)- [2r-[2r*(4r*,8r*)]]-", "78656-14-1[rn]", "[2r[2r*(4r*,8r*)]]-3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-ol", "delta-tocopherol", "ar-1e9158", "204-299-0[einecs]", "119-13-1[rn]", "vitamin edelta", "surecn2908170", "3", "3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ol", "ac1q7az8", "ctk4b1086", ".delta.-tocopherol", "d-tocopherol", "ac1lbp1w"}|>, "5174" -> <|"DatabaseID" -> "SW03006", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 509839]}, "IsomericSmiles" -> "Cc1cc(cc2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "delta-tocopherol d-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 586537]}, "Synonyms" -> {"unii-zl0rfa4e5n", "d-delta-tocopherol", "2h-1-benzopyran-6-ol 3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)- [2r-[2r*(4r*,8r*)]]-", "78656-14-1[rn]", "[2r[2r*(4r*,8r*)]]-3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-ol", "delta-tocopherol", "ar-1e9158", "204-299-0[einecs]", "119-13-1[rn]", "vitamin edelta", "surecn2908170", "3", "3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ol", "ac1q7az8", "ctk4b1086", ".delta.-tocopherol", "d-tocopherol", "ac1lbp1w"}|>, "5175" -> <|"DatabaseID" -> "SW03006", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 509839]}, "IsomericSmiles" -> "Cc1cc(cc2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "delta-tocopherol d-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 586537]}, "Synonyms" -> {"unii-zl0rfa4e5n", "d-delta-tocopherol", "2h-1-benzopyran-6-ol 3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)- [2r-[2r*(4r*,8r*)]]-", "78656-14-1[rn]", "[2r[2r*(4r*,8r*)]]-3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-ol", "delta-tocopherol", "ar-1e9158", "204-299-0[einecs]", "119-13-1[rn]", "vitamin edelta", "surecn2908170", "3", "3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ol", "ac1q7az8", "ctk4b1086", ".delta.-tocopherol", "d-tocopherol", "ac1lbp1w"}|>, "5176" -> <|"DatabaseID" -> "SW03006", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 509839]}, "IsomericSmiles" -> "Cc1cc(cc2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "delta-tocopherol d-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 586537]}, "Synonyms" -> {"unii-zl0rfa4e5n", "d-delta-tocopherol", "2h-1-benzopyran-6-ol 3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)- [2r-[2r*(4r*,8r*)]]-", "78656-14-1[rn]", "[2r[2r*(4r*,8r*)]]-3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-ol", "delta-tocopherol", "ar-1e9158", "204-299-0[einecs]", "119-13-1[rn]", "vitamin edelta", "surecn2908170", "3", "3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ol", "ac1q7az8", "ctk4b1086", ".delta.-tocopherol", "d-tocopherol", "ac1lbp1w"}|>, "5177" -> <|"DatabaseID" -> "SW03006", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 509839]}, "IsomericSmiles" -> "Cc1cc(cc2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "delta-tocopherol d-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 586537]}, "Synonyms" -> {"unii-zl0rfa4e5n", "d-delta-tocopherol", "2h-1-benzopyran-6-ol 3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)- [2r-[2r*(4r*,8r*)]]-", "78656-14-1[rn]", "[2r[2r*(4r*,8r*)]]-3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-ol", "delta-tocopherol", "ar-1e9158", "204-299-0[einecs]", "119-13-1[rn]", "vitamin edelta", "surecn2908170", "3", "3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ol", "ac1q7az8", "ctk4b1086", ".delta.-tocopherol", "d-tocopherol", "ac1lbp1w"}|>, "5178" -> <|"DatabaseID" -> "SW03006", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 509839]}, "IsomericSmiles" -> "Cc1cc(cc2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "delta-tocopherol d-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 586537]}, "Synonyms" -> {"unii-zl0rfa4e5n", "d-delta-tocopherol", "2h-1-benzopyran-6-ol 3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)- [2r-[2r*(4r*,8r*)]]-", "78656-14-1[rn]", "[2r[2r*(4r*,8r*)]]-3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-ol", "delta-tocopherol", "ar-1e9158", "204-299-0[einecs]", "119-13-1[rn]", "vitamin edelta", "surecn2908170", "3", "3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ol", "ac1q7az8", "ctk4b1086", ".delta.-tocopherol", "d-tocopherol", "ac1lbp1w"}|>, "5179" -> <|"DatabaseID" -> "SW03006", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 509839]}, "IsomericSmiles" -> "Cc1cc(cc2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "delta-tocopherol d-"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 586537]}, "Synonyms" -> {"unii-zl0rfa4e5n", "d-delta-tocopherol", "2h-1-benzopyran-6-ol 3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)- [2r-[2r*(4r*,8r*)]]-", "78656-14-1[rn]", "[2r[2r*(4r*,8r*)]]-3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-ol", "delta-tocopherol", "ar-1e9158", "204-299-0[einecs]", "119-13-1[rn]", "vitamin edelta", "surecn2908170", "3", "3,4-dihydro-2,8-dimethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ol", "ac1q7az8", "ctk4b1086", ".delta.-tocopherol", "d-tocopherol", "ac1lbp1w"}|>, "5180" -> <|"DatabaseID" -> "SW03007", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392023]}, "IsomericSmiles" -> "C[NH+](Cc1c(cccc1Cl)NC(=O)c2ccccc2)CC(=O)N3CCOCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01483"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fominoben hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3015003]}, "Synonyms" -> {"fominoben hydrochloride", "noleptan (tn)", "ncgc00182980-01", "n-[3-chloro-2-[[methyl[2-morpholino-2-oxoethyl]amino]methyl]phenyl]benzamide monohydrochloride", "18053-32-2[rn]", "3'-chloro-2'-(n-methyl-n-((morpholinocarbonyl)methyl)aminomethyl)benzanilide hydrochloride", "dsstox_gsid_48759", "noleptan", "fominoben hydrochloride (jan)", "n-[3-chloro-2-({methyl[2-(morpholin-4-yl)-2-oxoethyl]amino}methyl)phenyl]benzamide hydrochloride (1:1)", "ac1mi0hi", "246-344-7[einecs]", "24600-36-0[rn]", "dsstox_rid_82955", "241-966-5[einecs]", "n-(3-chloro-2-((methyl(2-morpholino-2-oxoethyl)amino)methyl)phenyl)benzamide hydrochloride", "n-[3-chloro-2-[[methyl[2-morpholino-2-oxoethyl]amino]methyl]phenyl]benzamide hydrochloride", "benzamide n-[3-chloro-2-[[methyl[2-(4-morpholinyl)-2-oxoethyl]amino]methyl]phenyl]- hydrochloride(1:1)", "benzamide n-(3-chloro-2-((methyl(2-(4-morpholinyl)-2-oxoethyl)amino)methyl)phenyl)- monohydrochloride (9ci)", "n-(3-chloro-2-((methyl(2-morpholino-2-oxoethyl)amino)methyl)phenyl)benzamide monohydrochloride", "24600-36-0", "surecn598558", "dsstox_cid_28685"}|>, "5181" -> <|"DatabaseID" -> "SW03007", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392023]}, "IsomericSmiles" -> "C[NH+](Cc1c(cccc1Cl)NC(=O)c2ccccc2)CC(=O)N3CCOCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01483"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fominoben hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3015003]}, "Synonyms" -> {"fominoben hydrochloride", "noleptan (tn)", "ncgc00182980-01", "n-[3-chloro-2-[[methyl[2-morpholino-2-oxoethyl]amino]methyl]phenyl]benzamide monohydrochloride", "18053-32-2[rn]", "3'-chloro-2'-(n-methyl-n-((morpholinocarbonyl)methyl)aminomethyl)benzanilide hydrochloride", "dsstox_gsid_48759", "noleptan", "fominoben hydrochloride (jan)", "n-[3-chloro-2-({methyl[2-(morpholin-4-yl)-2-oxoethyl]amino}methyl)phenyl]benzamide hydrochloride (1:1)", "ac1mi0hi", "246-344-7[einecs]", "24600-36-0[rn]", "dsstox_rid_82955", "241-966-5[einecs]", "n-(3-chloro-2-((methyl(2-morpholino-2-oxoethyl)amino)methyl)phenyl)benzamide hydrochloride", "n-[3-chloro-2-[[methyl[2-morpholino-2-oxoethyl]amino]methyl]phenyl]benzamide hydrochloride", "benzamide n-[3-chloro-2-[[methyl[2-(4-morpholinyl)-2-oxoethyl]amino]methyl]phenyl]- hydrochloride(1:1)", "benzamide n-(3-chloro-2-((methyl(2-(4-morpholinyl)-2-oxoethyl)amino)methyl)phenyl)- monohydrochloride (9ci)", "n-(3-chloro-2-((methyl(2-morpholino-2-oxoethyl)amino)methyl)phenyl)benzamide monohydrochloride", "24600-36-0", "surecn598558", "dsstox_cid_28685"}|>, "5182" -> <|"DatabaseID" -> "SW03008", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 395793]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01656"]}, "IsomericSmiles" -> "c1cc(c(cc1C(=O)Nc2c(cncc2Cl)Cl)OCC3CC3)OC(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05744"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ROFLUMILAST"|>, "PharmGKBID" -> "PA165948052", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 449193]}, "Synonyms" -> {"daxas", "roflumilast", "daliresp", "benzamide 3-(cyclopropylmethoxy)-n-(3,5-dichloro-4-pyridinyl)-4-(difluoromethoxy)-", "by217", "roflumilast[wiki]", "rof", "3-cyclopropylmethoxy-n-(3,5-dichloro-pyridin-4-yl)-4-difluoromethoxy-benzamide", "roflumilast [usan]", "ac1l9mu7", "162401-32-3[rn]", "b9302-107", "3-cyclopropylmethoxy-4-difluoromethoxy-n-(3,5-di-chloropyrid-4-yl)benzamide", "3-(cyclopropylmethoxy)-n-(3", "1xoq", "c424423", "byk20869", "3-(cyclopropylmethoxy)-n-(3,5-dichloropyridin-4-yl)-4-(difluoromethoxy)benzamide", "unii-0p6c6zop5u", "3-cyclopropylmethoxy-n-(3,5-dichloropyridin-4-yl)-4-(difluoromethoxy)benzamide", "162401-32-3", "1xmu", "s2131_selleck", "3-(cyclopropylmethoxy)-n-(3,5-dichloro-4-pyridinyl)-4-(difluoromethoxy)-benzamide", "benzamide 3-(cyclopropylmethoxy)-n-(3,5-dichloro-4-pyridinyl)-4-(difluoromethoxy)-"}|>, "5183" -> <|"DatabaseID" -> "SW03009", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00522"]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)NC(Cc2ccc(cc2)O)C(=O)Nc3ccc(cc3)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01346"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENTIROMIDE"|>, "PharmGKBID" -> "PA164750572", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2329]}, "Synonyms" -> {"bentiromide", "bentiromido [inn-spanish]", "pfd", "bentiromidum [inn-latin]", "bentiromide [usan:ban:inn:jan]", "btpaba", "chymex", "ec 3.4.21.106", "brn 2910938", "n-benzoyl-l-tyrosyl-p-aminobenzoic acid", "benzoyltyrosyl-p-aminobenzoic acid", "einecs 253-349-8", "pft", "transmembrane protease serine 1"}|>, "5184" -> <|"DatabaseID" -> "SW03009", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00522"]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)NC(Cc2ccc(cc2)O)C(=O)Nc3ccc(cc3)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01346"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENTIROMIDE"|>, "PharmGKBID" -> "PA164750572", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2329]}, "Synonyms" -> {"bentiromide", "bentiromido [inn-spanish]", "pfd", "bentiromidum [inn-latin]", "bentiromide [usan:ban:inn:jan]", "btpaba", "chymex", "ec 3.4.21.106", "brn 2910938", "n-benzoyl-l-tyrosyl-p-aminobenzoic acid", "benzoyltyrosyl-p-aminobenzoic acid", "einecs 253-349-8", "pft", "transmembrane protease serine 1"}|>, "5185" -> <|"DatabaseID" -> "SW03010", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9342"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5149]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01138"]}, "IsomericSmiles" -> "c1ccc(cc1)n2c(=O)c(c(=O)n2c3ccccc3)CCS(=O)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00449"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFINPYRAZONE"|>, "PharmGKBID" -> "PA451550", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5342]}, "Synonyms" -> {"anturane", "anturan", "sulphinpyrazone", "sulfinpyrazone", "sulfoxyphenylpyrazolidine", "sulfinpyrazon", "enturen", "anturanil", "diphenylpyrazone", "anturidin", "novopyrazone", "apo-sulfinpyrazone", "sulfinpyrazine", "anturen", "anturano", "enturan", "3,5-pyrazolidinedione 1,2-diphenyl-4-[2-(phenylsulfinyl)ethyl]-", "3 5-pyrazolidinedione 1,2-diphenyl-4-[2- (phenylsulfinyl)ethyl]-", "4-(phenylsulfoxyethyl)-1,2-diphenyl-3 5-pyrazolidinedione", "1,2-diphenyl-3,5-dioxo-4-(2'-phenyl-sulfinyl-aethyl)-pyrazolidin[german]", "leukotriene c(4", "4-(2-benzenesulfinylethyl)-1,2-diphenylpyrazolidine-3,5-dione", "1,2-diphenyl-4-[2-(phenylsulfinyl)ethyl]-3,5-pyrazolidinedione[acd/iupac name]", "cas-57-96-5", "713597[beilstein]", "5-25-02-00397 (beilstein handbook reference)[beilstein]", "3,5-pyrazolidinedione 1,2-diphenyl-4-(2-(phenylsulfinyl)ethyl)-", "1,2-diphenyl-4-(2'-phenylsulfinethyl)-3,5-pyrazolidinedione", "sulfoxyphenylpyrazolidin", "g 28,315", "apo sulfinpyrazone", "sulfinpirazona[spanish][inn]", "nu-sulfinpyrazone", "sulfinpyrazonum[latin]", "1,2-diphenyl-4-[2-(phenylsulfinyl)ethyl]pyrazolidine-3,5-dione", "200-357-4[einecs]", "1 2-diphenyl-4-(2'-phenylsulfinethyl)-3,5-pyrazolidinedione", "1,2-diphenyl-4-[2-(phenylsulfinyl)ethyl]-1,2-diazolidine-3,5-dione", "sulfoxyphenyl pyrazolidine", "atp-binding cassette sub- family c member 1", "ltc4 transporter", "57-96-5[rn]", "1,2-diphenyl-4-(phenylsulfinylethyl)-3,5-pyrazolidinedione", "d013442", "anturane (tn)", "sulfinpyrazone[wiki]", "1,2-diphenyl-4-[2-(phenylsulfinyl)ethyl]-1h-pyrazol-3,5(2h,4h)-dion", "4-(phenylsulfoxyethyl)-1,2-diphenyl-3,5-pyrazolidinedione", "1,2-diphenyl-3,5-dioxo-4-(2-phenylsulfinylethyl)pyrazolidine", "4-[2-(benzenesulfinyl)ethyl]-1,2-diphenyl-pyrazolidine-3,5-dione", "usaf ge-13", "1,2-diphenyl-4-(2-(phenylsulfinyl)ethyl)-3,5-pyrazolidinedione", "sulfinpyrazone [usan:inn:jan][inn][jan][usan]", "nu sulfinpyrazone"}|>, "5186" -> <|"DatabaseID" -> "SW03010", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9342"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5149]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01138"]}, "IsomericSmiles" -> "c1ccc(cc1)n2c(=O)c(c(=O)n2c3ccccc3)CCS(=O)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00449"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SULFINPYRAZONE"|>, "PharmGKBID" -> "PA451550", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5342]}, "Synonyms" -> {"anturane", "anturan", "sulphinpyrazone", "sulfinpyrazone", "sulfoxyphenylpyrazolidine", "sulfinpyrazon", "enturen", "anturanil", "diphenylpyrazone", "anturidin", "novopyrazone", "apo-sulfinpyrazone", "sulfinpyrazine", "anturen", "anturano", "enturan", "3,5-pyrazolidinedione 1,2-diphenyl-4-[2-(phenylsulfinyl)ethyl]-", "3 5-pyrazolidinedione 1,2-diphenyl-4-[2- (phenylsulfinyl)ethyl]-", "4-(phenylsulfoxyethyl)-1,2-diphenyl-3 5-pyrazolidinedione", "1,2-diphenyl-3,5-dioxo-4-(2'-phenyl-sulfinyl-aethyl)-pyrazolidin[german]", "leukotriene c(4", "4-(2-benzenesulfinylethyl)-1,2-diphenylpyrazolidine-3,5-dione", "1,2-diphenyl-4-[2-(phenylsulfinyl)ethyl]-3,5-pyrazolidinedione[acd/iupac name]", "cas-57-96-5", "713597[beilstein]", "5-25-02-00397 (beilstein handbook reference)[beilstein]", "3,5-pyrazolidinedione 1,2-diphenyl-4-(2-(phenylsulfinyl)ethyl)-", "1,2-diphenyl-4-(2'-phenylsulfinethyl)-3,5-pyrazolidinedione", "sulfoxyphenylpyrazolidin", "g 28,315", "apo sulfinpyrazone", "sulfinpirazona[spanish][inn]", "nu-sulfinpyrazone", "sulfinpyrazonum[latin]", "1,2-diphenyl-4-[2-(phenylsulfinyl)ethyl]pyrazolidine-3,5-dione", "200-357-4[einecs]", "1 2-diphenyl-4-(2'-phenylsulfinethyl)-3,5-pyrazolidinedione", "1,2-diphenyl-4-[2-(phenylsulfinyl)ethyl]-1,2-diazolidine-3,5-dione", "sulfoxyphenyl pyrazolidine", "atp-binding cassette sub- family c member 1", "ltc4 transporter", "57-96-5[rn]", "1,2-diphenyl-4-(phenylsulfinylethyl)-3,5-pyrazolidinedione", "d013442", "anturane (tn)", "sulfinpyrazone[wiki]", "1,2-diphenyl-4-[2-(phenylsulfinyl)ethyl]-1h-pyrazol-3,5(2h,4h)-dion", "4-(phenylsulfoxyethyl)-1,2-diphenyl-3,5-pyrazolidinedione", "1,2-diphenyl-3,5-dioxo-4-(2-phenylsulfinylethyl)pyrazolidine", "4-[2-(benzenesulfinyl)ethyl]-1,2-diphenyl-pyrazolidine-3,5-dione", "usaf ge-13", "1,2-diphenyl-4-(2-(phenylsulfinyl)ethyl)-3,5-pyrazolidinedione", "sulfinpyrazone [usan:inn:jan][inn][jan][usan]", "nu sulfinpyrazone"}|>, "5187" -> <|"DatabaseID" -> "SW03011", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62099]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08810"]}, "IsomericSmiles" -> "CCOc1cc(c(cc1C(=O)NC2CC[NH+](CC2)CC3CCC=CC3)[N+](=O)[O-])N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07700"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cinitapride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68867]}, "Synonyms" -> {"cidine", "cinitapride", "paxapride", "cinitapridum[latin]", "cinmove", "cinitaprida", "5- ht4", "benzamide 4-amino-n-[1-(3-cyclohexen-1-ylmethyl)-4-piperidinyl]-2-ethoxy-5-nitro-", "4-amino-n-(1-(3-cyclohexen-1-ylmethyl)-4-piperidyl)-2-ethoxy-5-nitrobenzamide", "cinitapride hydrogen tartrate", "ac1q1ymd", "paxapride (tn)", "4-amino-n-[1-(3-cyclohexen-1-ylmethyl)-4-piperidinyl]-2-ethoxy-5-nitrobenzamide[acd/iupac name]", "surecn476454", "cinitapride[inn]", "cinitaprida[spanish]", "pemix", "67135-13-1[rn]", "blaston", "cinitapride (inn)", "cintapro", "66564-14-5[rn]", "cinitapridum", "cinitapridum [inn-latin]", "66564-14-5", "5-ht-4", "serotonin receptor 4", "4-amino-n-[1-(cyclohex-3-en-1-ylmethyl)piperidin-4-yl]-2-ethoxy-5-nitrobenzamide"}|>, "5188" -> <|"DatabaseID" -> "SW03011", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62099]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08810"]}, "IsomericSmiles" -> "CCOc1cc(c(cc1C(=O)NC2CC[NH+](CC2)CC3CCC=CC3)[N+](=O)[O-])N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07700"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cinitapride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68867]}, "Synonyms" -> {"cidine", "cinitapride", "paxapride", "cinitapridum[latin]", "cinmove", "cinitaprida", "5- ht4", "benzamide 4-amino-n-[1-(3-cyclohexen-1-ylmethyl)-4-piperidinyl]-2-ethoxy-5-nitro-", "4-amino-n-(1-(3-cyclohexen-1-ylmethyl)-4-piperidyl)-2-ethoxy-5-nitrobenzamide", "cinitapride hydrogen tartrate", "ac1q1ymd", "paxapride (tn)", "4-amino-n-[1-(3-cyclohexen-1-ylmethyl)-4-piperidinyl]-2-ethoxy-5-nitrobenzamide[acd/iupac name]", "surecn476454", "cinitapride[inn]", "cinitaprida[spanish]", "pemix", "67135-13-1[rn]", "blaston", "cinitapride (inn)", "cintapro", "66564-14-5[rn]", "cinitapridum", "cinitapridum [inn-latin]", "66564-14-5", "5-ht-4", "serotonin receptor 4", "4-amino-n-[1-(cyclohex-3-en-1-ylmethyl)piperidin-4-yl]-2-ethoxy-5-nitrobenzamide"}|>, "5189" -> <|"DatabaseID" -> "SW03012", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5316]}, "IsomericSmiles" -> "c1cc(c(cc1F)F)n2cc(c(=O)c3c2nc(c(c3)F)N4CCC(C4)[NH3+])C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02317"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tosufloxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5517]}, "Synonyms" -> {"tosufloxacin tosilate", "tosufloxacin", "abbott 61827", "ozex", "115964-29-9[rn]", "100490-36-6", "107097-79-0 (monohydrate)", "100490-36-6[rn]", "tosufloxacin (unspecified)", "ccris 6304", "abbott-61827", "7-(3-amino-pyrrolidin-1-yl)-1-(2,4-difluoro-phenyl)-6-fluoro-4-oxo-1,4-dihydro-[1,8]naphthyridine-3-carboxylic acid (tosufloxacin)", "7-(3-aminopyrrolidin-1-yl)-1-(2,4-difluorophenyl)-6-fluoro-4-oxo-1,4-dihydro-1,8-naphthyridine-3-carboxylicacid", "104051-69-6[rn]", "a 61827", "tflx", "7-(3-amino-1-pyrrolidinyl-1-(2,4-diflurophenyl)-6-fluro-1,4-dihydro-4-oxo-naphthyridine-3-carboxylic acid", "a 67107", "100490-94-6[rn]", "108138-46-1[rn]", "1,8-naphthyridine-3-carboxylic acid,7-(3-amino-1-pyrrolidinyl)-1-(2,4-difluorophenyl)-6-fluoro-1,4-dihydro-4-oxo-", "tosuxacin", "tosufloxacin[usan]", "100490-94-6 (tosylate)", "7-(3-amino-pyrrolidin-1-yl)-1-(2,4-difluoro-phenyl)-6-fluoro-4-oxo-1,4-dihydro-[1,8]naphthyridine-3-carboxylic acid(tosufloxacin)", "7-(3-amino-pyrrolidin-1-yl)-1-(2,4-difluoro-phenyl)-6-fluoro-4-oxo-1,4-dihydro-[1,8]naphthyridine-3-carboxylic acid", "1,8-naphthyridine-3-carboxylic acid,1,4-dihydro-7-(3-amino-1-pyrrolidinyl)-1-(2,4-difluorophenyl)-6-fluoro-4-oxo-", "tosufloxacin tosylate", "108138-46-1"}|>, "5190" -> <|"DatabaseID" -> "SW03012", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5316]}, "IsomericSmiles" -> "c1cc(c(cc1F)F)n2cc(c(=O)c3c2nc(c(c3)F)N4CCC(C4)[NH3+])C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02317"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tosufloxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5517]}, "Synonyms" -> {"tosufloxacin tosilate", "tosufloxacin", "abbott 61827", "ozex", "115964-29-9[rn]", "100490-36-6", "107097-79-0 (monohydrate)", "100490-36-6[rn]", "tosufloxacin (unspecified)", "ccris 6304", "abbott-61827", "7-(3-amino-pyrrolidin-1-yl)-1-(2,4-difluoro-phenyl)-6-fluoro-4-oxo-1,4-dihydro-[1,8]naphthyridine-3-carboxylic acid (tosufloxacin)", "7-(3-aminopyrrolidin-1-yl)-1-(2,4-difluorophenyl)-6-fluoro-4-oxo-1,4-dihydro-1,8-naphthyridine-3-carboxylicacid", "104051-69-6[rn]", "a 61827", "tflx", "7-(3-amino-1-pyrrolidinyl-1-(2,4-diflurophenyl)-6-fluro-1,4-dihydro-4-oxo-naphthyridine-3-carboxylic acid", "a 67107", "100490-94-6[rn]", "108138-46-1[rn]", "1,8-naphthyridine-3-carboxylic acid,7-(3-amino-1-pyrrolidinyl)-1-(2,4-difluorophenyl)-6-fluoro-1,4-dihydro-4-oxo-", "tosuxacin", "tosufloxacin[usan]", "100490-94-6 (tosylate)", "7-(3-amino-pyrrolidin-1-yl)-1-(2,4-difluoro-phenyl)-6-fluoro-4-oxo-1,4-dihydro-[1,8]naphthyridine-3-carboxylic acid(tosufloxacin)", "7-(3-amino-pyrrolidin-1-yl)-1-(2,4-difluoro-phenyl)-6-fluoro-4-oxo-1,4-dihydro-[1,8]naphthyridine-3-carboxylic acid", "1,8-naphthyridine-3-carboxylic acid,1,4-dihydro-7-(3-amino-1-pyrrolidinyl)-1-(2,4-difluorophenyl)-6-fluoro-4-oxo-", "tosufloxacin tosylate", "108138-46-1"}|>, "5191" -> <|"DatabaseID" -> "SW03013", "IsomericSmiles" -> "CCN1CCN(C(=O)C1=O)C(=O)N[C@H](C)C(=O)NC2CN(C2=O)S(=O)(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "2-phenylbenzamidazole-5-sulfonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70580798]}|>, "5192" -> <|"DatabaseID" -> "SW03013", "IsomericSmiles" -> "CCN1CCN(C(=O)C1=O)C(=O)N[C@H](C)C(=O)NC2CN(C2=O)S(=O)(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "2-phenylbenzamidazole-5-sulfonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70580798]}|>, "5193" -> <|"DatabaseID" -> "SW03014", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5401"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7827548]}, "IsomericSmiles" -> "CCC(C)(C/C(=N\\OS(=O)(=O)[O-])/S[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucocleomin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9548625]}, "Synonyms" -> {"2-hydroxy-2-methylbutylglucosinolate", "glucocleomin", "36286-64-3[rn]", "1-s-[3-hydroxy-3-methyl-n-(sulfonatooxy)pentanimidoyl]-1-thio-beta-d-glucopyranose", "chebi:5401"}|>, "5194" -> <|"DatabaseID" -> "SW03014", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5401"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7827548]}, "IsomericSmiles" -> "CCC(C)(C/C(=N\\OS(=O)(=O)[O-])/S[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucocleomin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9548625]}, "Synonyms" -> {"2-hydroxy-2-methylbutylglucosinolate", "glucocleomin", "36286-64-3[rn]", "1-s-[3-hydroxy-3-methyl-n-(sulfonatooxy)pentanimidoyl]-1-thio-beta-d-glucopyranose", "chebi:5401"}|>, "5195" -> <|"DatabaseID" -> "SW03015", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477593]}, "IsomericSmiles" -> "CC(C)CC(=O)c1c(c2c(cc(=O)oc2c3c1OC(C=C3)(C)C)c4ccccc4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mammeigin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319255]}, "Synonyms" -> {"mammeigin", "5-hydroxy-8", "2h,8h-benzo[1,2-b:3,4-b']dipyran-2-one 5-hydroxy-8,8-dimethyl-6-(3-methyl-1-oxobutyl)-4-phenyl-", "5-hydroxy-8,8-dimethyl-6-(3-methylbutanoyl)-4-phenyl-2h,8h-pyrano[2,3-f]chromen-2-one", "chembl195013", "ac1nsxu6", "5-hydroxy-8,8-dimethyl-6-(3-methyl-butyryl)-4-phenyl-8h-pyrano[2,3-f]chromen-2-one", "(5-hydroxy-8,8-dimethyl-6-(3-methylbutanoyl)-4-phenyl-2h,8h-pyrano(2,3-f)chromen-2-one)", "chebi:429835", "5-hydroxy-6''", "lmpk12100028"}|>, "5196" -> <|"DatabaseID" -> "SW03016", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5542]}, "IsomericSmiles" -> "CC(=O)OCC(=O)[C@]1(CC[C@@H]2[C@@]1(C[C@@H]([C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00165"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HYDROCORTISONE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5744]}, "Synonyms" -> {"hydrocortisone acetate", "chemysone", "hydrocortisone 21-acetate", "cortisol acetate", "bambicort", "biocortar", "abbocort", "carmol-hc", "cortifoam", "cortisol 21-acetate", "cortell", "hydrocortisat", "colifoam", "fernisone", "idrocortisone acetano", "caldecort", "fenitral", "bacicoline", "hydrin-2", "hydrocortisone acetate [ban:jan][jan]", "cortaid", "cortic", "ha", "cortisol 21-acetate", "hydrocortistab", "chloromycetin hydrocortisone ophthalmic", "berlison", "efcorlin", "hysone-a", "allocort", "ophticor", "iracetisone", "42016-02-4[rn]", "neo-cortef", "proctocort", "carmol hc", "component of neo-cortef", "hycortole acetate", "2066841[beilstein]", "wycort", "hydrocortisone imp. c (ep)", "hydrocortisone-21-acetate", "hydrocortisoneacetate", "hydrocortisone hydrogen succinate imp. b (ep)", "supralef", "squibb-hc", "acetic acid 2-((8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl)-2-oxo-ethyl ester", "hemsol-hc", "micort-hc", "cortidro", "aceto-cort", "corticosterone 17-hydroxy- 21-acetate", "ekzemsalbe f", "protef", "alfacorton", "dricort", "crema transcutan", "hipokort", "corti selbe", "cortioftal", "acetate-as", "mysone", "acepolcort-h", "proctocream-hc", "prednisolone acetate imp. a (ep)", "component of mantadil", "sanadermil", "cortril acetate", "idrocortigamma", "cortisporin cream", "urecortyn", "60620-33-9[rn]", "hydrocortison", "pabracort", "anusol-hc", "cortisone acetate imp. a (ep)", "sigmacort", "soenol hydrocortison", "hydroxycorticosterone acetate", "sigmacort", "sintotrat", "anusol hc", "idrocort", "corti", "clear-aid", "eye-cort", "sagittacortin", "hyderm[wiki]", "component of terra-cortril", "dermosa hidrocortisona", "17-hydroxycorticosterone 21-acetate", "cortef acetate", "abbocort", "cortifoam", "hydrosone-a", "hydriocort von ct", "efcolin", "mantadil", "proctofoam-hc", "hydrocortone", "efzem", "50-03-3[rn]", "latimit", "hydrocortisonum", "carmol-hc (tn)", "berlison f", "lenirit", "2-[(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2-oxoethyl acetate", "epifoam[wiki]", "derminovag", "siguent hycor", "cortril", "200-004-4[einecs]", "53187-58-9[rn]", "isopto-hydrocortisone", "crematranscutan", "cortiderm", "2-[(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2-oxoethylacetat", "velopural", "collusul-hc", "cortiform", "hydrison", "posterine corte", "orabase hca", "coly-mycin s otic", "neobacimyx (veterinary)", "(11b)-21-(acetyloxy)-11,17-dihydroxypregn-4-ene-3,20-dione", "cortacream", "hydrocal[wiki]", "component of protef", "ebenol", "paro", "21-o-acetylcortisol", "corticaine cream", "hycor eye oitment", "hydrosone", "lidamantle-hc", "oft cusi hidrocortisona", "colofoam", "hydro-adreson [inj.]", "hydrocortone acetate", "korti", "glycocortison", "medithane", "compound f acetate", "cortimycine", "cortes[wiki]", "3/3/1950", "pannocort", "hidrocortisona", "lanacort[wiki]", "2-((8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl)-2-oxoethyl acetate", "17-hydroxycorticosterone 21-acetate", "hydrocortison streuli", "resicort", "hydrocortole acetate", "lidaform-hc", "ophthocort", "cortril acetate-as"}|>, "5197" -> <|"DatabaseID" -> "SW03017", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "38178"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5950]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@]1(CC[C@@H]2C4=CC(=O)OC4)O)CC[C@]5([C@@]3(CC[C@@H](C5)O)C=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corchorin;cymarigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6185]}, "Synonyms" -> {"strophanthidine", "corchorgenin", "corchsularin", "corchoside a aglycon", "strophanthidin k", "corchorin", "strophanthidin", "erysimupicrone", "convallatoxigenin", "97859[beilstein]", "card-20(22)-enolide 3,5,14-trihydroxy-19-oxo- (3b,5b)-", "k-strophanthidin[wiki]", "5-18-05-00126 (beilstein handbook reference)[beilstein]", "k-strophanthidin", "200-626-6[einecs]", "k-strophanthidine", "antibiotic xs-89", "erysimupikron", "3,5,14-trihydroxy-19-oxocard-20(22)-enolide[acd/iupac name]", "(3b,5b)-3,5,14-trihydroxy-19-oxocard-20(22)-enolide", "(3?,5?)-3,5,14-trihydroxy-19-oxocard-20(22)-enolide", "(1s,2s,5s,7s,11s,10r,14r,15r)-5,7,11-trihydroxy-15-methyl-14-(5-oxo(3-2-hydrofuryl))tetracyclo[8.7.0.0<2,7>.0<11,15>]heptadecane-2-carbaldehyde", "cynotoxin", "cymarigenin", "strophantidine", "66-28-4[rn]", "corchoside a aglycon", "apocynamarin"}|>, "5198" -> <|"DatabaseID" -> "SW03018", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "40303"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 48085]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00227"]}, "IsomericSmiles" -> "CC[C@H](C)C(=O)O[C@H]1C[C@H](C=C2[C@H]1[C@H]([C@H](C=C2)C)CC[C@@H]3C[C@H](CC(=O)O3)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00359"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lovastatin", "FDA Approved Drug" -> "LOVASTATIN"|>, "PharmGKBID" -> "PA450272", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 53232]}, "Synonyms" -> {"lovastatin", "monacolin k", "mevinacor", "mevacor", "lovalord", "altocor", "nergadan", "lovalip", "mevlor", "lipdip", "paschol", "artein", "mevinolin", "lozutin", "sivlor", "lovastin", "lestatin", "altoprev", "teroltrat", "lovasterol", "cholestra", "colevix", "belvas", "lipivas", "hipovastin", "tecnolip", "rodatin", "closterol", "lipofren", "hipolip", "rovacor", "taucor", "2-methyl-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-[2-(tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl)ethyl]-1-naphthalenyl ester butanoic acid", "(1s,3r,7s,8s,8ar)-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-[2-[(2r,4r)-tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl]ethyl]-1-naphthalenyl (s)-2-methylbutyrate", "75330-75-5[rn]", "lovastatine [french]", "lovastatin[wiki][usp]", "(2s)-2-methylbutanoic acid(1s,3r,7s,8s,8ar)-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-(2-((2r,4r)-tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl)ethyl)-1-naphthalenylester", "(s)-2-methyl-butyric acid (1s,3r,7s,8s,8ar)-8-[2-((2r,4r)-4-hydroxy-6-oxo-tetrahydro-pyran-2-yl)-ethyl]-3,7-dimethyl-1,2,3,7,8,8a-hexahydro-naphthalen-1-yl ester", "butanoicacid 2-methyl- (1s,3r,7s,8s,8ar)-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-[2-[(2r,4r)-tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl]ethyl]-1-naphthalenyl ester (2s)-", "(2s)-2-methylbutanoic acid(1s,3r,7s,8s,8ar)-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-[2-[(2r,4r)-tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl]ethyl]-1-naphthalenyl ester", "lovastatinum [latin]", "6a-methylcompactin", "8-[2-(4-hydroxy-6-oxotetrahydro-2h-pyran-2-yl)ethyl]-3,7-dimethyl-1,2,3,7,8,8a-hexahydro-1-naphthalenyl 2-methylbutanoate[acd/iupac name]", "butanoicacid 2-methyl- (1s,3r,7s,8s,8ar)-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-[2-[(2r,4r)-tetrahydro-4-hydroxy-6-oxo-2h-p", "altoprev[wiki]", "lovastatin (mevinolin)", "mevacor[wiki]", "antibiotic mb 530b", "(1s,3r,7s,8s,8ar)-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-(2-(2r,4r)-(tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl)ethyl)-1-naphthalenyl (s)-2-methyl-butyrate", "(+)-mevinolin", "(s)-(1s,3r,7s,8s,8ar)-8-(2-((2r,4r)-4-hydroxy-6-oxotetrahydro-2h-pyran-2-yl)ethyl)-3,7-dimethyl-1,2,3,7,8,8a-hexahydronaphthalen-1-yl 2-methylbutanoate", "(1s,3r,7s,8s,8ar)-8-{2-[(2r,4r)-4-hydroxy-6-oxotetrahydro-2h-pyran-2-yl]ethyl}-3,7-dimethyl-1,2,3,7,8,8a-hexahydronaphthalen-1-yl-(2s)-2-methylbutanoat", "3631989[beilstein]", "8-[2-((2r,4r)-4-hydroxy-6-oxo(2h-3,4,5-trihydropyran-2-yl))ethyl](1s,7s,8s,3r 8ar)-3,7-dimethyl-1,2,3,7,8,8a-hexahydronaphthyl (2s)-2-methylbutanoate", "(1s,3r,7s,8s,8ar)-8-{2-[(2r,4r)-4-hydroxy-6-oxotetrahydro-2h-pyran-2-yl]ethyl}-3,7-dimethyl-1,2,3,7,8,8a-hexahydronaphthalen-1-yl (2s)-2-methylbutanoate", "(1s,3r,7s,8s,8ar)-8-{2-[(2r,4r)-4-hydroxy-6-oxooxan-2-yl]ethyl}-3,7-dimethyl-1,2,3,7,8,8a-hexahydronaphthalen-1-yl (2s)-2-methylbutanoate", "lovastatin [usan:ban:inn][inn][usan]", "lovastatina[spanish]", "lovastatina [spanish]", "lovastatinum[latin]", "ml-530b", "(2s)-(1s,3r,7s,8s,8ar)-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-[2-[(2r,4r)-tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl]ethyl]-1-naphthalenyl-2-methylbutanoate", "2b,6a-dimethyl-8a-(2-methyl-1-oxobutoxy)mevinic acid lactone", "lovastatine[french]", "[(1s,3r,7r,8s,8as)-8-[2-[(2r,4r)-4-hydroxy-6-oxo-oxan-2-yl]ethyl]-3,7-dimethyl-1,2,3,7,8,8a-hexahydronaphthalen-1-yl](2s)-2-methylbutanoate", "hd2", "[1s-[1a(r*),3a,7b,8b(2s*,4s*),8ab]]-2-methylbutanoic acid1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-[2-(tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl)ethyl]-1-naphthalenylester", "mfcd00072164", "1,2,6,7,8,8a-hexahydro-b,d-dihydroxy-2,6-dimethyl-8-(2-methyl-1-oxobutoxy)-1-naphthaleneheptanoic acid d-lactone", "liposcler", "monakolin k", "6 alpha-methylcompactin", "(s)-2-methylbutyric acid 8-ester with (4r,6r)-6-(2-((1s,2s,6r,8s,8ar)-1,2,6,7,8,8a-hexahydro-8-hydroxy-2,6-dimethyl-1-naphthyl)ethyl)tetrahydro-4-hydroxy-2h-pyran-2-one", "butanoicacid 2-methyl- (1s,3r,7s,8s,8ar)-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-(2-(tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl)ethyl)-1-naphthalenyl ester (2s)-"}|>, "5199" -> <|"DatabaseID" -> "SW03019", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8084854]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@@H]2OC4(CCCC4)OC)CC[C@@H]5[C@@]3(C[C@@H]6[C@H](C5)S6)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01602"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mepitiostane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9909202]}, "Synonyms" -> {"thioderon (tn)", "thioderon", "mepitiostane (jp16/inn)", "cyclopentanone 2a,3a-epithio-5a-androstan-17b-yl methyl acetal", "21362-69-6[rn]", "chembl2104860", "mepitiostane", "akos015904663", "10364-s", "x2113", "i14-17230", "2a,3a-epithio-17b-[(1-methoxycyclopentyl)oxy]-5a-androstane", "(2a,3a,5a,17b)-2,3-epithio-17-[(1-methoxycyclopentyl)oxy]androstane", "21362-69-6", "mepitiostane[jp15]", "d01602"}|>, "5200" -> <|"DatabaseID" -> "SW03020", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "62741"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26332855]}, "IsomericSmiles" -> "CC(=CCC/C(=C/C=C/C(=C/C=C/C=C(/C=C/C=C(/CCC=C(C)C)\\C)\\C)/C)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carotenes"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11315692]}, "Synonyms" -> {"4", "chebi:62742", "chebi:62741", "c19841", "2,6,8,10,12,14,16,18,22-tetracosanonaene 2,6,10,15,19,23-hexamethyl- (6e,8e,10e,12e,14e,16e,18e)-[acd/index name]", "(6e", "cpd-9910", "7", "2,6,10,15,19,23-hexamethyltetracosa-2,6,8,10,12,14,16,18,22-nonaene", "all-trans-4", "lmpr01070142", "(6e,8e,10e,12e,14e,16e,18e)-2,6,10,15,19,23-hexamethyl-2,6,8,10,12,14,16,18,22-tetracosanonaene[acd/iupac name]", "(6e,8e,10e,12e,14e,16e,18e)-2,6,10,15,19,23-hexamethyl-2,6,8,10,12,14,16,18,22-tetracosanonaen[german][acd/iupac name]"}|>, "5201" -> <|"DatabaseID" -> "SW03021", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8028"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4586]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00850"]}, "IsomericSmiles" -> "c1ccc2c(c1)N(c3cc(ccc3S2)Cl)CCCN4CC[NH+](CC4)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00503"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PERPHENAZINE"|>, "PharmGKBID" -> "PA450882", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4748]}, "Synonyms" -> {"etaperazin", "ethaperazine", "fentazin", "etaperazine", "perfenazine", "thilatazin", "perphenazin", "trilafon", "perphenazine", "chlorperphenazine", "perphenan", "triphenot", "etrafon-a", "emesinal", "chlorpiprazine", "decentan", "apo-perphenazine", "trilifan", "trifaron", "1-piperazineethanol 4-[3-(2-chloro-10h-phenothiazin-10-yl)propyl]-", "etrafon-forte", "f-mon", "pzc", "trilafon[wiki]", "pms-levazine 3/15 tab (amitriptyline hydrochloride + perphenazine)_mixture", "etrafon 2 10 (amitriptyline hydrochloride + perphenazine)_mixture", "1-(2-hydroxyethyl)-4-(3-(2-chloro-10-phenothiazinyl)propyl)piperazine", "2-chloro-10-[3-[4-(2-hydroxyethyl)piperazin-1-yl]propyl]phenothiazine", "1-(2-hydroxyethyl)-4-[3-(2-chloro-10-phenothiazinyl)propyl]piperazine", "2-[4-[3-[2-chloro-10h-phenothiazin-10-yl]propyl]piperazin-1-yl]ethanol", "4-[3-(2-chlorophenothiazin-10-yl)propyl]-1-piperazineethanol", "triavil tab (amitriptyline hydrochloride + perphenazine)_mixture", "1-piperazineethanol 4-(3-(2-chloro-10h-phenothiazin-10-yl)propyl)-", "2-chloro-10-[3-[1-(2-hydroxyethyl)-4-piperazinyl]propyl]phenothiazine", "2-{4-[3-(2-chloro-phenothiazin-10-yl)-propyl]-piperazin-1-yl}-ethanol", "4-[3-(2-chloro-10h-phenothiazin-10-yl)propyl]-1-piperazineethanol", "tranquisan", "2-chloro-10-3-[1-(2-hydroxyethyl)-4-piperazinyl]propylphenothiazine", "2-{4-[3-(2-chloro-10h-phenothiazin-10-yl)propyl]-1-piperazinyl}ethanol[acd/iupac name]", "2-[4-[3-(2-chlorophenothiazin-10-yl)propyl]piperazin-1-yl]ethanol", "58-39-9", "apo peram tab 2-25 (amitriptyline hydrochloride + perphenazine)_mixture", "2-{4-[3-(2-chlor-10h-phenothiazin-10-yl)propyl]piperazin-1-yl}ethanol", "1',1-(2-idrossietil)-4,3-(2-cloro-10-fenotiazil)propilpiperazina[italian]", "2-{4-[3-(2-chloro-10h-phenothiazin-10-yl)propyl]piperazin-1-yl}ethanol", "2-chloro-10-(3-(1-(2-hydroxyethyl)-4-piperazinyl)propyl)phenothiazine", "perphenazinum[latin]", "2-{4-[3-(2-chlorophenothiazin-10-yl)propyl]piperazinyl}ethan-1-ol", "g-[4-(b-hydroxyethyl)piperazin-1-yl]propyl-2-chlorophenothiazine", "trilafon (tn)", "perfenazina", "perphenazine[wiki]", "etrafon d tab (amitriptyline hydrochloride + perphenazine)_mixture", "trilafon-la", "1-piperazineethanol 4-[3-(2-chlorophenothiazin-10-yl)propyl]-", "1-piperazineethanol 4-(3-(2-chlorophenothiazin-10-yl)propyl)-", "triavil", "58-39-9[rn]", "4-(3-(2-chlorophenothiazin-10-yl)propyl)-1-piperazineethanol", "cas-58-39-9", "54730[beilstein]", "perphenazine fendizoate", "perfenazina[italian]", "perphenazine [ban:inn:jan][inn][jan]", "cam", "2-chloro-10-[3-[4-(2-hydroxyethyl)piperazin-1-yl]propyl]phenothiaz ine", "proavil tab (amitriptyline hydrochloride + perphenazine)_mixture", "etrafon", "pms perphenazine", "2-(4-[3-(2-chloro-10h-phenothiazin-10-yl)propyl]-1-piperazinyl)ethanol", "piperazineethanol,4-(3-(2-chloro-10h-phenothiazin-10-yl)propyl)-", "apo peram tab 3-15 (amitriptyline hydrochloride + perphenazine)_mixture", "component of etrafon", "fluphenazine dihydrochloride imp. e (ep)", "1-(2-hydroxyethyl)-4-[3-(2-chloro-10-phenothiazinyl)propyl]piperaz ine", "perphenazine maleate[jp15]", "chlorpiprozine", "337376-15-5", "etrafon f tab (amitriptyline hydrochloride + perphenazine)_mixture", "elavil plus tab (amitriptyline hydrochloride + perphenazine)_mixture", "2-chloro-10-(3-(4-(2-hydroxyethyl)piperazin-1-yl)propyl)phenothiazine", "2-chloro-10-3-(1-(2-hydroxyethyl)-4-piperazinyl)propylphenothiazine", "etrafon a tab (amitriptyline hydrochloride + perphenazine)_mixture", "perphenazine and amitriptyline hcl", "pms-levazine 2/25 tab (amitriptyline hydrochloride + perphenazine)_mixture", "pms-levazine 4/25 tab (amitriptyline hydrochloride + perphenazine)_mixture", "200-381-5[einecs]"}|>, "5202" -> <|"DatabaseID" -> "SW03022", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102734]}, "IsomericSmiles" -> "CN1C(=O)C[C@H](NC1=O)C(=O)N[C@@H](Cc2cnc[nH]2)C(=O)N3CCC[C@H]3C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01925"]}, "OfficialNames" -> <|"NPC Approved Name" -> "taltirelin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656609]}, "Synonyms" -> {"taltirelin hydrate", "ceredist", "(-)-n-(((s)-hexahydro-1-methyl-2,6-dioxo-4-pyrimidinyl)carbonyl)-l-histidyl-l-prolinamide", "201677-75-0", "surecn3188420", "taltirelin tetrahydrate", "n-{[(4s)-1-methyl-2,6-dioxohexahydropyrimidin-4-yl]carbonyl}-l-histidyl-l-prolinamide", "l-prolinamide n-[[(4s)-hexahydro-1-methyl-2,6-dioxo-4-pyrimidinyl]carbonyl]-l-histidyl-", "taltirelin[wiki]", "l-prolinamide n-((hexahydro-1-methyl-2,6-dioxo-4-pyrimidinyl)carbonyl)-l-histidyl- (s)-", "taltirelin hydrate (jp16)", "103300-74-9[rn]", "ls-185116", "ac1lcva7", "(-)-n-[[(s)-hexahydro-1-methyl-2,6-dioxo-4-pyrimidinyl]carbonyl]-l-histidyl-l-prolinamide", "d01925", "l-prolinamide (4s)-hexahydro-1-methyl-2,6-dioxo-4-pyrimidinecarbonyl-l-histidyl-", "n-{[(4s)-1-methyl-2", "l-prolinamide n-(((4s)-hexahydro-1-methyl-2,6-dioxo-4-pyrimidinyl)carbonyl)-l-histidyl-", "n-[[(4s)-hexahydro-1-methyl-2,6-dioxo-4-pyrimidinyl]carbonyl]-l-histidyl-l-prolinamide", "ceredist (tn)"}|>, "5203" -> <|"DatabaseID" -> "SW03023", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34613"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18069]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00689"]}, "IsomericSmiles" -> "CC(=O)OCC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)[C@@H](c3ccccc3)[NH3+])SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01949"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEPHALOGLYCIN"|>, "PharmGKBID" -> "PA164781027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19150]}, "Synonyms" -> {"d-cephaloglycine", "cephaoglycin acid", "kefglycin", "cephaloglycine", "cephaloglycin anhydrous", "cefaloglycin", "ceg", "cephaloglycin", "kafocin", "cefaloglicina [inn-spanish]", "(6r,7r)-3-[(acetyloxy)methyl]-7-{[(2r)-2-amino-2-phenylacetyl]amino}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cefaloglycinum", "d-(-)-cephaloglycin", "7-(2-amino-2-phenylacetamido)-3-(hydroxymethyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)octane-2-carboxylicacid acetate inner salt", "cefaloglycine[french][inn]", "cefaloglicina[spanish][inn]", "cefaloglycinum [inn_la]", "9005-49-6", "7-(d-2-amino-2-phenylacetamido)-3-acetoxymethyl-d3-cephem-4-carboxylic acid", "cefaloglycinum [inn-latin]", "3577-01-3[rn]", "cefaloglicina", "cefaloglycine", "cefaloglycine [inn-french]", "cefaloglycinum[latin]", "7-(d-a-aminophenylacetamido)cephalosporanic acid", "cephaloglycin[wiki][usan]", "222-696-7[einecs]", "7-(2-amino-2-phenylacetamido)-3-(hydroxymethyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acidacetate (ester)", "7-(2-amino-2-phenylacetamido)-3-(hydroxymethyl)-8-oxo-5 -thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acidacetate(ester)", "cefaloglycin[wiki]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[(acetyloxy)methyl]-7-[[(2r)-2-amino-2-phenylacetyl]amino]-8-oxo- (6r,7r)-", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,7-(2-amino-2-phenylacetamido)-3-(hydroxymethyl)-8-oxo- acetate (ester) d-", "3-((acetyloxy)methyl)-7-((aminophenylacetyl)amino)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid"}|>, "5204" -> <|"DatabaseID" -> "SW03024", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576628]}, "IsomericSmiles" -> "CCOC(=O)[C@H](CCc1ccccc1)[NH2+][C@@H](C)C(=O)N2[C@@H](CN(C2=O)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08068"]}, "OfficialNames" -> <|"China Approved Name" -> "imidapril", "Indian Approved Name" -> "imidapril"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5464343]}, "Synonyms" -> {"imidapril", "(s)-3-(n-((s)-1-ethoxycarbonyl-3-phenylpropyl)-l-alanyl)-1-methyl-2-oxoimidazoline-4-carboxylic acid", "imidaprilum [inn-latin]", "4-imidazolidinecarboxylic acid 3-[(2s)-2-[[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino]-1-oxopropyl]-1-methyl-2-oxo- (4s)-", "(4s)-3-{n-[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]-l-alanyl}-1-methyl-2-oxoimidazolidine-4-carboxylic acid", "tanatril", "hipertene", "[4s-[3[r*(r*)],4r*]]-3-[2-[[1-(ethoxycarbonyl)-3-phenylpropyl]amino]-1-oxopropil]-1-methyl-2-oxo-4-imidazolinecarboxylic acid", "imidaprilum", "89371-37-9", "imidapril hydrochloride[jan]", "imidapril (inn)", "ncgc00181342-01", "imidapril [ban:inn]", "89371-37-9[rn]", "imidaprilum[latin]", "3-[2-(1-ethoxycarbonyl-3-phenyl-propylamino)-propionyl]-1-methyl-2-oxo-imidazolidine-4-carboxylic acid", "pubchem18235", "hipertene (tn)", "89396-94-1[rn]", "imidapril[wiki][inn][ban]"}|>, "5205" -> <|"DatabaseID" -> "SW03025", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576411]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)OC(=O)c6cccnc6)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08272"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Nicocodeine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463872]}, "Synonyms" -> {"nicocodine", "lyopect", "rc 146", "nicocodina [inn-spanish]", "nicocodeine[wiki]", "3688-66-2[rn]", "6-nicotinoylcodeine", "nicocodine [ban:dcf:inn][inn]", "nicocodina[spanish][inn]", "nicotinic acid", "dea no. 9309", "einecs 222-990-5", "nicocodeine", "58263-01-7[rn]", "222-990-5[einecs]", "nicocodinum[latin]", "codeine nicotinate (ester)", "nicocodinum [inn-latin]", "(5a,6a)-7,8-didehydro-4,5-epoxy-3-methoxy-17-methylmorphinan-6-ol 3-pyridinecarboxylate (ester)", "codeine", "nicotinic acid ester with codeine", "nicotinicacid 7,8-didehydro-4,5a-epoxy-3-methoxy-17-methylmorphinan-6a-yl ester"}|>, "5206" -> <|"DatabaseID" -> "SW03025", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576411]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)OC(=O)c6cccnc6)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08272"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Nicocodeine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5463872]}, "Synonyms" -> {"nicocodine", "lyopect", "rc 146", "nicocodina [inn-spanish]", "nicocodeine[wiki]", "3688-66-2[rn]", "6-nicotinoylcodeine", "nicocodine [ban:dcf:inn][inn]", "nicocodina[spanish][inn]", "nicotinic acid", "dea no. 9309", "einecs 222-990-5", "nicocodeine", "58263-01-7[rn]", "222-990-5[einecs]", "nicocodinum[latin]", "codeine nicotinate (ester)", "nicocodinum [inn-latin]", "(5a,6a)-7,8-didehydro-4,5-epoxy-3-methoxy-17-methylmorphinan-6-ol 3-pyridinecarboxylate (ester)", "codeine", "nicotinic acid ester with codeine", "nicotinicacid 7,8-didehydro-4,5a-epoxy-3-methoxy-17-methylmorphinan-6a-yl ester"}|>, "5207" -> <|"DatabaseID" -> "SW03026", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64993]}, "IsomericSmiles" -> "C[C@H](CSC(=O)C)C(=O)N1CCC[C@H]1C(=O)N[C@@H](Cc2ccccc2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01900"]}, "OfficialNames" -> <|"NPC Approved Name" -> "alacepril"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71992]}, "Synonyms" -> {"cetapril", "1-(d-3-acetylthio-2-methylpropanoyl)-l-prolyl-l-phenylalanine", "alacepril", "nsc 338157", "l-phenylalanine n-(1-(3-(acetylthio)-2-methyl-1-oxopropyl)-l-prolyl)-,(s)-", "ncgc00182037-01", "1-[(2s)-3-(acetylsulfanyl)-2-methylpropanoyl]-l-prolyl-l-phenylalanine[acd/iupac name]", "alacepril[jp15]", "l-phenylalanine 1-[(2s)-3-(acetylthio)-2-methyl-1-oxopropyl]-l-prolyl-", "1-[3-(acetylsulfanyl)-2-methylpropanoyl]prolylphenylalanine[acd/iupac name]", "n-[1-[(s)-3-mercapto-2-methylpropionyl]-l-prolyl]-3-phenyl-l-alanine acetate (ester)", "cetapril (tn)", "alaceprilum [latin]", "n-(1-((s)-3-mercapto-2-methylpropionyl)-l-prolyl)-3-phenyl-l-alanine acetate (ester)", "brn 3634372", "alaceprilum[latin]", "74258-86-9[rn]", "1-[(2s)-3-(acetylsulfanyl)-2-methylpropanoyl]-l-prolyl-l-phenylalanine", "alacepril [inn:jan][inn][jan]", "du 1219", "du-1219"}|>, "5208" -> <|"DatabaseID" -> "SW03027", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "43755"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514933]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00722"]}, "IsomericSmiles" -> "c1ccc(cc1)CC[C@@H](C(=O)[O-])[NH2+][C@@H](CCCC[NH3+])C(=O)N2CCC[C@H]2C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00362"], ExternalIdentifier["KEGGID", "D08131"]}, "OfficialNames" -> <|"China Approved Name" -> "lisinopril", "Indian Approved Name" -> "lisinopril;anhydrous lisinopril", "FDA Approved Drug" -> "LISINOPRIL"|>, "PharmGKBID" -> "PA450242", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362119]}, "Synonyms" -> {"noperten", "lysinopril", "lisipril", "lisinopril", "inhibril", "acercomp", "linopril", "zestril", "prinivil", "presiten", "acerbon", "sinopril", "lisinopril hydrate", "aceh", "n-(1(s)-carboxy-3-phenylpropyl)-l-lysyl-l-proline", "sinopryl", "prinil", "lisinopril dihydrate", "76547-98-3[rn]", "1-[nalpha-[(s)-1-carboxy-3-phenylpropyl]-l-lysyl]-l-proline", "l-proline n2-((1s)-1-carboxy-3-phenylpropyl)-l-lysyl-", "carace", "angiotensin-converting enzyme 2 precursor", "(2s)-1-[(2s)-6-amino-2-{[(1s)-1-carboxy-3-phenylpropyl]amino}hexanoyl]pyrrolidine-2-carboxylic acid", "(2s)-1-[(2s)-6-amino-2-{[(1s)-1-carboxy-3-phenylpropyl]amino}hexanoyl]-2-pyrrolidinecarboxylic acid", "[n2-[(s)-1-carboxy-3-phenylpropyl]-l-lysyl-l-proline", "(s)-1-(n(2)-(1-carboxy-3-phenylpropyl)-l-lysyl)-l-proline", "lpr", "l-proline 1-(n2-(1-carboxy-3-phenylpropyl)-l-lysyl)-", "linvas", "prinivil[wiki]", "lisinopril[wiki]", "(s)-1-(n2-(1-carboxy-3-phenylpropyl)-l-lysyl)-l-proline", "n2-[(1s)-1-carboxy-3-phenylpropyl]-l-lysyl-l-prolinato", "prinivil (tn)", "83915-83-7[rn]", "doneka", "(s)-1-((s)-6-amino-2-(((s)-1-carboxy-3-phenylpropyl)amino)hexanoyl)pyrrolidine-2-carboxylic acid", "1-{n2-[(1s)-1-carboxy-3-phenylpropyl]-l-lysyl}-l-prolin", "l-proline n2-[(1s)-1-carboxy-3-phenylpropyl]-l-lysyl-", "lisinal", "lipril", "ace-related carboxypeptidase", "278-488-1[einecs]", "l-proline 1-[n2-(1-carboxy-3-phenylpropyl)-l-lysyl]-", "lisinoprilum[latin]", "acecomb;", "n(2)-[(1s)-1-carboxy-3-phenylpropyl]-l-lysyl-l-proline", "lispril", "zestril[wiki]", "tensyn", "ici-209k", "77726-95-5[rn]", "(s)-1-[(s)-6-amino-2-((s)-1-carboxy-3-phenyl-propylamino)-hexanoyl]-pyrrolidine-2-carboxylic acid", "renacor", "4276619[beilstein]", "novatec", "inopril", "ec 3.4.17.-", "longes", "prinzide (lisinopril + hydrochlorothiazide)_mixture", "(s)-1-(n(sup 2)-(1-carboxy-3-phenylpropyl)-l-lysyl)-l-proline", "angiotensin-converting enzyme homolog", "alapril", "vivatec", "1-(n2-(1-carboxy-3-phenylpropyl)-l-lysyl)-l-proline", "tersif", "n2-((s)-1-carboxy-3-phenylpropyl)-l-lysyl-l-proline", "tensopril", "n2-[(1s)-1-carboxy-3-phenylpropyl]-l-lysyl-l-proline", "lisinopril comp (lisinopril + hydrochlorothiazide)_mixture", "l-proline 1-(n(sup 2)-(1-carboxy-3-phenylpropyl)-l-lysyl)- (s)-", "lisoril", "337376-15-5", "loril", "cipral", "zestoretic tab 10/12.5mg (lisinopril + hydrochlorothiazide)_mixture", "coric", "zestoretic tab 20/12.5mg (lisinopril + hydrochlorothiazide)_mixture", "zestoretic tab 20/25mg (lisinopril + hydrochlorothiazide)_mixture"}|>, "5209" -> <|"DatabaseID" -> "SW03028", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 819216]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04841"]}, "IsomericSmiles" -> "c1ccc(cc1)/C=C/C[NH+]2CCN(CC2)C(c3ccc(cc3)F)c4ccc(cc4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01303"]}, "OfficialNames" -> <|"China Approved Name" -> "flunarizine", "Indian Approved Name" -> "flunarizine"|>, "PharmGKBID" -> "PA164776636", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 941361]}, "Synonyms" -> {"sibelium", "zinasen", "fluvert", "flunarizine", "flunarizina [inn-spanish]", "flufenal", "flunarizinum [inn-latin]", "flunarizine dihydrochloride", "1-(bis(4-fluorophenyl)methyl)-4-cinnamylpiperazine", "flunarizine hydrochloride", "1-[bis(4-fluorophenyl)methyl]-4-(3-phenylprop-2-en-1-yl)piperazine", "(e)-1-[bis(4-fluorophenyl)methyl]-4-cinnamylpiperazinedihydrochloride", "254-842-0[einecs]", "250-216-6[einecs]", "1-[bis(4-fluorophenyl)]dihydrochloride", "apo-flunarizine capsules", "1-[bis(4-fluorophenyl)methyl]-4-[(2e)-3-phenylprop-2-en-1-yl]piperazine", "flunarizina", "piperazine 1-(bis(4-fluorophenyl)methyl)-4-(3-phenyl-2-propenyl)-", "flunarizine[wiki]", "(e)-1-(bis(4-fluorophenyl)methyl)-4-(3-phenyl-2-propenyl)piperazine", "flunarizinum", "flunarizina[spanish][inn]", "40218-96-0[rn]", "(e)-1-[bis-(p-fluorophenyl)methyl]-4-cinnamylpiperazine", "piperazine 1-[bis(4-fluorophenyl)methyl]-4-[(2e)-3-phenyl-2-propen-1-yl]-", "vertix", "257-937-5[einecs]", "piperazine 1-(bis(4-fluorophenyl)methyl)-4-(3-phenyl-2-propenyl)- (e)-", "1-[bis-(4-fluoro-phenyl)-methyl]-4-(3-phenyl-allyl)-piperazine(flunarizine)", "1-[bis-(4-fluoro-phenyl)-methyl]-4-((e)-3-phenyl-allyl)-piperazine", "(e)-1-[bis(4-fluorophenyl)methyl]-4-(3-phenyl-2-propenyl)piperazine", "issium", "piperazine 1-[bis(4-fluorophenyl)methyl]-4-(3-phenyl-2-propenyl)- (e)-", "1-[bis(4-fluorophenyl)methyl]-4-(3-phenyl-2-propenyl)piperazine;4',4''-difluorocinnarizine", "30484-77-6[rn]", "1-[bis(4-fluorophenyl)methyl]-4-cinnamylpiperazine[acd/iupac name]", "flunarizin", "1-[bis-(4-fluoro-phenyl)-methyl]-4-(3-phenyl-allyl)-piperazine", "flunarizinum[latin]", "1-cinnamyl-4-(di-p-fluorobenzhydryl)piperazine", "52468-60-7[rn]", "(e)-1-[bis(p-fluorophenyl)-methyl]-4-cinnamylpiperazine", "1-[bis(4-fluorophenyl)methyl]-4-(3-phenyl-2-propenyl)piperazine;", "novo-flunarizine", "cam"}|>, "5210" -> <|"DatabaseID" -> "SW03029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91786]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00767"]}, "IsomericSmiles" -> "CCN(CC)C(=O)C1C[NH+]2CCc3cc(c(cc3C2CC1OC(=O)C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00243"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENZQUINAMIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101584]}, "Synonyms" -> {"benzoquinamide hydrochloride", "benzochinamide hydrochloride", "benzquinamide hydrochloride", "p-2647 hydrochloride", "benzquinamide", "promecon", "2h-benzo(a)quinolizine-3-carboxamide n,n-diethyl-1,3,4,6,7,11b-hexahydro-2-hydroxy-9,10-dimethoxy- acetate(ester),hydrochloride", "3-(diethylcarbamoyl)-9", "einecs 204-033-3", "3-(diethylcarbamoyl)-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-yl acetate hydrochloride(1:1)", "2h-benzo(a)quinolizine-3-carboxamide", "benzchinamide", "benzquinamida clorhidrato[spanish]", "2-acetoxy-3-diethylcarbamoyl-9,10-dimethoxyhexahydrobenzo(a)quinolizinehydrochloride", "emeticon", "quantril", "113-69-9[rn]", "bzq", "2-acetoxy-3-diethylcarbamoyl-9", "204-033-3[einecs]", "nsc 64375", "emete-con", "benzquinamida clorhidrato [spanish]"}|>, "5211" -> <|"DatabaseID" -> "SW03029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91786]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00767"]}, "IsomericSmiles" -> "CCN(CC)C(=O)C1C[NH+]2CCc3cc(c(cc3C2CC1OC(=O)C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00243"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENZQUINAMIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101584]}, "Synonyms" -> {"benzoquinamide hydrochloride", "benzochinamide hydrochloride", "benzquinamide hydrochloride", "p-2647 hydrochloride", "benzquinamide", "promecon", "2h-benzo(a)quinolizine-3-carboxamide n,n-diethyl-1,3,4,6,7,11b-hexahydro-2-hydroxy-9,10-dimethoxy- acetate(ester),hydrochloride", "3-(diethylcarbamoyl)-9", "einecs 204-033-3", "3-(diethylcarbamoyl)-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-yl acetate hydrochloride(1:1)", "2h-benzo(a)quinolizine-3-carboxamide", "benzchinamide", "benzquinamida clorhidrato[spanish]", "2-acetoxy-3-diethylcarbamoyl-9,10-dimethoxyhexahydrobenzo(a)quinolizinehydrochloride", "emeticon", "quantril", "113-69-9[rn]", "bzq", "2-acetoxy-3-diethylcarbamoyl-9", "204-033-3[einecs]", "nsc 64375", "emete-con", "benzquinamida clorhidrato [spanish]"}|>, "5212" -> <|"DatabaseID" -> "SW03029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91786]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00767"]}, "IsomericSmiles" -> "CCN(CC)C(=O)C1C[NH+]2CCc3cc(c(cc3C2CC1OC(=O)C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00243"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENZQUINAMIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101584]}, "Synonyms" -> {"benzoquinamide hydrochloride", "benzochinamide hydrochloride", "benzquinamide hydrochloride", "p-2647 hydrochloride", "benzquinamide", "promecon", "2h-benzo(a)quinolizine-3-carboxamide n,n-diethyl-1,3,4,6,7,11b-hexahydro-2-hydroxy-9,10-dimethoxy- acetate(ester),hydrochloride", "3-(diethylcarbamoyl)-9", "einecs 204-033-3", "3-(diethylcarbamoyl)-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-yl acetate hydrochloride(1:1)", "2h-benzo(a)quinolizine-3-carboxamide", "benzchinamide", "benzquinamida clorhidrato[spanish]", "2-acetoxy-3-diethylcarbamoyl-9,10-dimethoxyhexahydrobenzo(a)quinolizinehydrochloride", "emeticon", "quantril", "113-69-9[rn]", "bzq", "2-acetoxy-3-diethylcarbamoyl-9", "204-033-3[einecs]", "nsc 64375", "emete-con", "benzquinamida clorhidrato [spanish]"}|>, "5213" -> <|"DatabaseID" -> "SW03029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91786]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00767"]}, "IsomericSmiles" -> "CCN(CC)C(=O)C1C[NH+]2CCc3cc(c(cc3C2CC1OC(=O)C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00243"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENZQUINAMIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101584]}, "Synonyms" -> {"benzoquinamide hydrochloride", "benzochinamide hydrochloride", "benzquinamide hydrochloride", "p-2647 hydrochloride", "benzquinamide", "promecon", "2h-benzo(a)quinolizine-3-carboxamide n,n-diethyl-1,3,4,6,7,11b-hexahydro-2-hydroxy-9,10-dimethoxy- acetate(ester),hydrochloride", "3-(diethylcarbamoyl)-9", "einecs 204-033-3", "3-(diethylcarbamoyl)-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-yl acetate hydrochloride(1:1)", "2h-benzo(a)quinolizine-3-carboxamide", "benzchinamide", "benzquinamida clorhidrato[spanish]", "2-acetoxy-3-diethylcarbamoyl-9,10-dimethoxyhexahydrobenzo(a)quinolizinehydrochloride", "emeticon", "quantril", "113-69-9[rn]", "bzq", "2-acetoxy-3-diethylcarbamoyl-9", "204-033-3[einecs]", "nsc 64375", "emete-con", "benzquinamida clorhidrato [spanish]"}|>, "5214" -> <|"DatabaseID" -> "SW03029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91786]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00767"]}, "IsomericSmiles" -> "CCN(CC)C(=O)C1C[NH+]2CCc3cc(c(cc3C2CC1OC(=O)C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00243"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENZQUINAMIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101584]}, "Synonyms" -> {"benzoquinamide hydrochloride", "benzochinamide hydrochloride", "benzquinamide hydrochloride", "p-2647 hydrochloride", "benzquinamide", "promecon", "2h-benzo(a)quinolizine-3-carboxamide n,n-diethyl-1,3,4,6,7,11b-hexahydro-2-hydroxy-9,10-dimethoxy- acetate(ester),hydrochloride", "3-(diethylcarbamoyl)-9", "einecs 204-033-3", "3-(diethylcarbamoyl)-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-yl acetate hydrochloride(1:1)", "2h-benzo(a)quinolizine-3-carboxamide", "benzchinamide", "benzquinamida clorhidrato[spanish]", "2-acetoxy-3-diethylcarbamoyl-9,10-dimethoxyhexahydrobenzo(a)quinolizinehydrochloride", "emeticon", "quantril", "113-69-9[rn]", "bzq", "2-acetoxy-3-diethylcarbamoyl-9", "204-033-3[einecs]", "nsc 64375", "emete-con", "benzquinamida clorhidrato [spanish]"}|>, "5215" -> <|"DatabaseID" -> "SW03029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91786]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00767"]}, "IsomericSmiles" -> "CCN(CC)C(=O)C1C[NH+]2CCc3cc(c(cc3C2CC1OC(=O)C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00243"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENZQUINAMIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101584]}, "Synonyms" -> {"benzoquinamide hydrochloride", "benzochinamide hydrochloride", "benzquinamide hydrochloride", "p-2647 hydrochloride", "benzquinamide", "promecon", "2h-benzo(a)quinolizine-3-carboxamide n,n-diethyl-1,3,4,6,7,11b-hexahydro-2-hydroxy-9,10-dimethoxy- acetate(ester),hydrochloride", "3-(diethylcarbamoyl)-9", "einecs 204-033-3", "3-(diethylcarbamoyl)-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-yl acetate hydrochloride(1:1)", "2h-benzo(a)quinolizine-3-carboxamide", "benzchinamide", "benzquinamida clorhidrato[spanish]", "2-acetoxy-3-diethylcarbamoyl-9,10-dimethoxyhexahydrobenzo(a)quinolizinehydrochloride", "emeticon", "quantril", "113-69-9[rn]", "bzq", "2-acetoxy-3-diethylcarbamoyl-9", "204-033-3[einecs]", "nsc 64375", "emete-con", "benzquinamida clorhidrato [spanish]"}|>, "5216" -> <|"DatabaseID" -> "SW03029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91786]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00767"]}, "IsomericSmiles" -> "CCN(CC)C(=O)C1C[NH+]2CCc3cc(c(cc3C2CC1OC(=O)C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00243"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENZQUINAMIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101584]}, "Synonyms" -> {"benzoquinamide hydrochloride", "benzochinamide hydrochloride", "benzquinamide hydrochloride", "p-2647 hydrochloride", "benzquinamide", "promecon", "2h-benzo(a)quinolizine-3-carboxamide n,n-diethyl-1,3,4,6,7,11b-hexahydro-2-hydroxy-9,10-dimethoxy- acetate(ester),hydrochloride", "3-(diethylcarbamoyl)-9", "einecs 204-033-3", "3-(diethylcarbamoyl)-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-yl acetate hydrochloride(1:1)", "2h-benzo(a)quinolizine-3-carboxamide", "benzchinamide", "benzquinamida clorhidrato[spanish]", "2-acetoxy-3-diethylcarbamoyl-9,10-dimethoxyhexahydrobenzo(a)quinolizinehydrochloride", "emeticon", "quantril", "113-69-9[rn]", "bzq", "2-acetoxy-3-diethylcarbamoyl-9", "204-033-3[einecs]", "nsc 64375", "emete-con", "benzquinamida clorhidrato [spanish]"}|>, "5217" -> <|"DatabaseID" -> "SW03029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91786]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00767"]}, "IsomericSmiles" -> "CCN(CC)C(=O)C1C[NH+]2CCc3cc(c(cc3C2CC1OC(=O)C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00243"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENZQUINAMIDE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101584]}, "Synonyms" -> {"benzoquinamide hydrochloride", "benzochinamide hydrochloride", "benzquinamide hydrochloride", "p-2647 hydrochloride", "benzquinamide", "promecon", "2h-benzo(a)quinolizine-3-carboxamide n,n-diethyl-1,3,4,6,7,11b-hexahydro-2-hydroxy-9,10-dimethoxy- acetate(ester),hydrochloride", "3-(diethylcarbamoyl)-9", "einecs 204-033-3", "3-(diethylcarbamoyl)-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-2-yl acetate hydrochloride(1:1)", "2h-benzo(a)quinolizine-3-carboxamide", "benzchinamide", "benzquinamida clorhidrato[spanish]", "2-acetoxy-3-diethylcarbamoyl-9,10-dimethoxyhexahydrobenzo(a)quinolizinehydrochloride", "emeticon", "quantril", "113-69-9[rn]", "bzq", "2-acetoxy-3-diethylcarbamoyl-9", "204-033-3[einecs]", "nsc 64375", "emete-con", "benzquinamida clorhidrato [spanish]"}|>, "5218" -> <|"DatabaseID" -> "SW03030", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3243]}, "IsomericSmiles" -> "c1ccc(c(c1)C(=O)OCC(CO)O)Nc2ccnc3c2cccc3C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01267"]}, "OfficialNames" -> <|"NPC Approved Name" -> "floctafenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3360]}, "Synonyms" -> {"floctafenine", "idarac", "novodolan", "diralgan", "idalon", "2,3-dihydroxypropyl 2-{[8-(trifluoromethyl)quinolin-4-yl]amino}benzoate", "benzoic acid 2-((8-(trifluoromethyl)-4-quinolinyl)amino)- 2,3-dihydroxypropyl ester", "8-trifluoromethyl-7-deschloroglafenine", "2-(8'-trifluoromethyl-4'-quinolylamino)benzoic acid 2,3-dihydroxy propylester", "r 4318", "245-881-4[einecs]", "floctafeninum [inn-latin]", "n-[8-(trifluoromethyl)-4-quinolyl]-anthranilic acid 2,3-dihydroxypropylester", "floctafenina [inn-spanish]", "23779-99-9", "floctafenin", "23779-99-9[rn]", "floctafenine (jan/usan)[jan][usan]", "idarac (tn)", "floctafenine [usan:ban:inn:jan][inn][jan][usan]", "2,3-dihydroxypropyl n-(8-(trifluoromethyl)-4-quinolyl)anthranilate", "benzoic acid 2-[[8-(trifluoromethyl)-4-quinolinyl]amino]- 2,3-dihydroxypropyl ester", "2-[[8-(trifluoromethyl)-4-quinolinyl]amino]benzoic acid 2,3-dihydroxypropyl ester", "benzoic acid 2-(8'-trifluoromethyl-4'-quinolylamino)- 2,3-dihydroxypropyl ester", "4-[o-(2',3'-dihydroxypropyloxycarbonyl)phenyl]amino-8-trifluoromethylquinoline", "ru 15750", "floctafeninum[latin]", "4-(o-(2',3'-dihydroxypropyloxycarbonyl)phenyl)-amino-8-trifluoromethylquinoline", "floctafenina[spanish][inn]", "n-[8-(trifluoromethyl)-4-quinolyl]anthranilicacid 2,3-dihydroxypropyl ester", "2,3-dihydroxypropyl 2-((8-(trifluoromethyl)quinolin-4-yl)amino)benzoate"}|>, "5219" -> <|"DatabaseID" -> "SW03030", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3243]}, "IsomericSmiles" -> "c1ccc(c(c1)C(=O)OCC(CO)O)Nc2ccnc3c2cccc3C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01267"]}, "OfficialNames" -> <|"NPC Approved Name" -> "floctafenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3360]}, "Synonyms" -> {"floctafenine", "idarac", "novodolan", "diralgan", "idalon", "2,3-dihydroxypropyl 2-{[8-(trifluoromethyl)quinolin-4-yl]amino}benzoate", "benzoic acid 2-((8-(trifluoromethyl)-4-quinolinyl)amino)- 2,3-dihydroxypropyl ester", "8-trifluoromethyl-7-deschloroglafenine", "2-(8'-trifluoromethyl-4'-quinolylamino)benzoic acid 2,3-dihydroxy propylester", "r 4318", "245-881-4[einecs]", "floctafeninum [inn-latin]", "n-[8-(trifluoromethyl)-4-quinolyl]-anthranilic acid 2,3-dihydroxypropylester", "floctafenina [inn-spanish]", "23779-99-9", "floctafenin", "23779-99-9[rn]", "floctafenine (jan/usan)[jan][usan]", "idarac (tn)", "floctafenine [usan:ban:inn:jan][inn][jan][usan]", "2,3-dihydroxypropyl n-(8-(trifluoromethyl)-4-quinolyl)anthranilate", "benzoic acid 2-[[8-(trifluoromethyl)-4-quinolinyl]amino]- 2,3-dihydroxypropyl ester", "2-[[8-(trifluoromethyl)-4-quinolinyl]amino]benzoic acid 2,3-dihydroxypropyl ester", "benzoic acid 2-(8'-trifluoromethyl-4'-quinolylamino)- 2,3-dihydroxypropyl ester", "4-[o-(2',3'-dihydroxypropyloxycarbonyl)phenyl]amino-8-trifluoromethylquinoline", "ru 15750", "floctafeninum[latin]", "4-(o-(2',3'-dihydroxypropyloxycarbonyl)phenyl)-amino-8-trifluoromethylquinoline", "floctafenina[spanish][inn]", "n-[8-(trifluoromethyl)-4-quinolyl]anthranilicacid 2,3-dihydroxypropyl ester", "2,3-dihydroxypropyl 2-((8-(trifluoromethyl)quinolin-4-yl)amino)benzoate"}|>, "5220" -> <|"DatabaseID" -> "SW03031", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9403741]}, "IsomericSmiles" -> "C[C@H]1[C@@H]2[C@H](C[C@@H](O1)O)C(=CO[C@H]2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11228693]}, "Synonyms" -> {"morroniside", "25406-64-8[rn]", "b-morroniside", "c17000", "chembl1209803", "25406-64-8"}|>, "5221" -> <|"DatabaseID" -> "SW03032", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390865]}, "IsomericSmiles" -> "C[C@@]1(CC[C@]2([C@@H]1[C@@H](OC=C2C(=O)OC)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ipolamiide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442425]}, "Synonyms" -> {"ipolamiide", "methyl (1s", "27934-98-1[rn]", "27934-98-1", "ac1l9csq", "c09784"}|>, "5222" -> <|"DatabaseID" -> "SW03033", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 104951]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)OCc2cc(ccc2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "salireposide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 117440]}, "Synonyms" -> {"salireposide", "ac1l3kvt", "beta-d-glucopyranoside", "chembl464611", "16955-55-8[rn]", "|a-d-glucopyranoside", "ar-1l8673", "[5-hydroxy-2-[(2s"}|>, "5223" -> <|"DatabaseID" -> "SW03034", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64019"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64421]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04861"]}, "IsomericSmiles" -> "c1cc2c(cc1F)CCC(O2)C(C[NH2+]CC(C3CCc4cc(ccc4O3)F)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05127"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nebivolol", "FDA Approved Drug" -> "NEBIVOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71301], ExternalIdentifier["PubChemCompoundID", 9933004]}, "Synonyms" -> {"nebivolol", "nebilong", "nebilet", "nebicard-5", "nubeta", "nebivololum [latin]", "lobivon", "bystolic", "nebipill", "nodon", "nebivololum", "pi-21858", "9920-09-6[rn]", "1,1'-[bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)]-2,2'-iminodiethanol", "r65,824", "2,2'-iminobis[1-(6-fluoro-3,4-dihydro-2h-chromen-2-yl)ethanol][acd/iupac name]", "nebivololum[latin]", "nebilet[wiki]", "dl-nebivolol", "1,1'-bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)-2,2'-iminodiethanol", "nebivolol[wiki]", "nebivolol [usan:ban:inn][inn][usan]", "104365-59-5[rn]", "beta-2 adrenoceptor", "a,a'-[iminobis(methylene)]bis[6-fluoro-3,4-dihydro-2h-1-benzopyran-2-methanol]", "99200-09-6[rn]", "narbivolol", "1-(6-fluoro-chroman-2-yl)-2-[2-(6-fluoro-chroman-2-yl)-2-hydroxy-ethylamino]-ethanol", "a,a'-(iminodimethylene)bis[6-fluoro-2-chromanmethanol]", "99200-09-6", "beta-2 adrenoreceptor", "pubchem18274", "(1s)-1-[(2r)-6-fluorochroman-2-yl]-2-[[(2s)-2-[(2r)-6-fluorochroman-2-yl]-2-hydroxyethyl]amino]ethanol hydrochloride", "nebivolol hcl", "152520-56-4", "abp000746", "chembl1201731", "nebivolol hydrochloride", "ac-4233", "169293-50-9", "surecn514784"}|>, "5224" -> <|"DatabaseID" -> "SW03034", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64019"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64421]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04861"]}, "IsomericSmiles" -> "c1cc2c(cc1F)CCC(O2)C(C[NH2+]CC(C3CCc4cc(ccc4O3)F)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05127"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nebivolol", "FDA Approved Drug" -> "NEBIVOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71301], ExternalIdentifier["PubChemCompoundID", 9933004]}, "Synonyms" -> {"nebivolol", "nebilong", "nebilet", "nebicard-5", "nubeta", "nebivololum [latin]", "lobivon", "bystolic", "nebipill", "nodon", "nebivololum", "pi-21858", "9920-09-6[rn]", "1,1'-[bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)]-2,2'-iminodiethanol", "r65,824", "2,2'-iminobis[1-(6-fluoro-3,4-dihydro-2h-chromen-2-yl)ethanol][acd/iupac name]", "nebivololum[latin]", "nebilet[wiki]", "dl-nebivolol", "1,1'-bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)-2,2'-iminodiethanol", "nebivolol[wiki]", "nebivolol [usan:ban:inn][inn][usan]", "104365-59-5[rn]", "beta-2 adrenoceptor", "a,a'-[iminobis(methylene)]bis[6-fluoro-3,4-dihydro-2h-1-benzopyran-2-methanol]", "99200-09-6[rn]", "narbivolol", "1-(6-fluoro-chroman-2-yl)-2-[2-(6-fluoro-chroman-2-yl)-2-hydroxy-ethylamino]-ethanol", "a,a'-(iminodimethylene)bis[6-fluoro-2-chromanmethanol]", "99200-09-6", "beta-2 adrenoreceptor", "pubchem18274", "(1s)-1-[(2r)-6-fluorochroman-2-yl]-2-[[(2s)-2-[(2r)-6-fluorochroman-2-yl]-2-hydroxyethyl]amino]ethanol hydrochloride", "nebivolol hcl", "152520-56-4", "abp000746", "chembl1201731", "nebivolol hydrochloride", "ac-4233", "169293-50-9", "surecn514784"}|>, "5225" -> <|"DatabaseID" -> "SW03034", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64019"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64421]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04861"]}, "IsomericSmiles" -> "c1cc2c(cc1F)CCC(O2)C(C[NH2+]CC(C3CCc4cc(ccc4O3)F)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05127"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nebivolol", "FDA Approved Drug" -> "NEBIVOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71301], ExternalIdentifier["PubChemCompoundID", 9933004]}, "Synonyms" -> {"nebivolol", "nebilong", "nebilet", "nebicard-5", "nubeta", "nebivololum [latin]", "lobivon", "bystolic", "nebipill", "nodon", "nebivololum", "pi-21858", "9920-09-6[rn]", "1,1'-[bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)]-2,2'-iminodiethanol", "r65,824", "2,2'-iminobis[1-(6-fluoro-3,4-dihydro-2h-chromen-2-yl)ethanol][acd/iupac name]", "nebivololum[latin]", "nebilet[wiki]", "dl-nebivolol", "1,1'-bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)-2,2'-iminodiethanol", "nebivolol[wiki]", "nebivolol [usan:ban:inn][inn][usan]", "104365-59-5[rn]", "beta-2 adrenoceptor", "a,a'-[iminobis(methylene)]bis[6-fluoro-3,4-dihydro-2h-1-benzopyran-2-methanol]", "99200-09-6[rn]", "narbivolol", "1-(6-fluoro-chroman-2-yl)-2-[2-(6-fluoro-chroman-2-yl)-2-hydroxy-ethylamino]-ethanol", "a,a'-(iminodimethylene)bis[6-fluoro-2-chromanmethanol]", "99200-09-6", "beta-2 adrenoreceptor", "pubchem18274", "(1s)-1-[(2r)-6-fluorochroman-2-yl]-2-[[(2s)-2-[(2r)-6-fluorochroman-2-yl]-2-hydroxyethyl]amino]ethanol hydrochloride", "nebivolol hcl", "152520-56-4", "abp000746", "chembl1201731", "nebivolol hydrochloride", "ac-4233", "169293-50-9", "surecn514784"}|>, "5226" -> <|"DatabaseID" -> "SW03034", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64019"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64421]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04861"]}, "IsomericSmiles" -> "c1cc2c(cc1F)CCC(O2)C(C[NH2+]CC(C3CCc4cc(ccc4O3)F)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05127"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nebivolol", "FDA Approved Drug" -> "NEBIVOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71301], ExternalIdentifier["PubChemCompoundID", 9933004]}, "Synonyms" -> {"nebivolol", "nebilong", "nebilet", "nebicard-5", "nubeta", "nebivololum [latin]", "lobivon", "bystolic", "nebipill", "nodon", "nebivololum", "pi-21858", "9920-09-6[rn]", "1,1'-[bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)]-2,2'-iminodiethanol", "r65,824", "2,2'-iminobis[1-(6-fluoro-3,4-dihydro-2h-chromen-2-yl)ethanol][acd/iupac name]", "nebivololum[latin]", "nebilet[wiki]", "dl-nebivolol", "1,1'-bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)-2,2'-iminodiethanol", "nebivolol[wiki]", "nebivolol [usan:ban:inn][inn][usan]", "104365-59-5[rn]", "beta-2 adrenoceptor", "a,a'-[iminobis(methylene)]bis[6-fluoro-3,4-dihydro-2h-1-benzopyran-2-methanol]", "99200-09-6[rn]", "narbivolol", "1-(6-fluoro-chroman-2-yl)-2-[2-(6-fluoro-chroman-2-yl)-2-hydroxy-ethylamino]-ethanol", "a,a'-(iminodimethylene)bis[6-fluoro-2-chromanmethanol]", "99200-09-6", "beta-2 adrenoreceptor", "pubchem18274", "(1s)-1-[(2r)-6-fluorochroman-2-yl]-2-[[(2s)-2-[(2r)-6-fluorochroman-2-yl]-2-hydroxyethyl]amino]ethanol hydrochloride", "nebivolol hcl", "152520-56-4", "abp000746", "chembl1201731", "nebivolol hydrochloride", "ac-4233", "169293-50-9", "surecn514784"}|>, "5227" -> <|"DatabaseID" -> "SW03034", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64019"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64421]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04861"]}, "IsomericSmiles" -> "c1cc2c(cc1F)CCC(O2)C(C[NH2+]CC(C3CCc4cc(ccc4O3)F)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05127"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nebivolol", "FDA Approved Drug" -> "NEBIVOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71301], ExternalIdentifier["PubChemCompoundID", 9933004]}, "Synonyms" -> {"nebivolol", "nebilong", "nebilet", "nebicard-5", "nubeta", "nebivololum [latin]", "lobivon", "bystolic", "nebipill", "nodon", "nebivololum", "pi-21858", "9920-09-6[rn]", "1,1'-[bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)]-2,2'-iminodiethanol", "r65,824", "2,2'-iminobis[1-(6-fluoro-3,4-dihydro-2h-chromen-2-yl)ethanol][acd/iupac name]", "nebivololum[latin]", "nebilet[wiki]", "dl-nebivolol", "1,1'-bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)-2,2'-iminodiethanol", "nebivolol[wiki]", "nebivolol [usan:ban:inn][inn][usan]", "104365-59-5[rn]", "beta-2 adrenoceptor", "a,a'-[iminobis(methylene)]bis[6-fluoro-3,4-dihydro-2h-1-benzopyran-2-methanol]", "99200-09-6[rn]", "narbivolol", "1-(6-fluoro-chroman-2-yl)-2-[2-(6-fluoro-chroman-2-yl)-2-hydroxy-ethylamino]-ethanol", "a,a'-(iminodimethylene)bis[6-fluoro-2-chromanmethanol]", "99200-09-6", "beta-2 adrenoreceptor", "pubchem18274", "(1s)-1-[(2r)-6-fluorochroman-2-yl]-2-[[(2s)-2-[(2r)-6-fluorochroman-2-yl]-2-hydroxyethyl]amino]ethanol hydrochloride", "nebivolol hcl", "152520-56-4", "abp000746", "chembl1201731", "nebivolol hydrochloride", "ac-4233", "169293-50-9", "surecn514784"}|>, "5228" -> <|"DatabaseID" -> "SW03034", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64019"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64421]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04861"]}, "IsomericSmiles" -> "c1cc2c(cc1F)CCC(O2)C(C[NH2+]CC(C3CCc4cc(ccc4O3)F)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05127"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nebivolol", "FDA Approved Drug" -> "NEBIVOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71301], ExternalIdentifier["PubChemCompoundID", 9933004]}, "Synonyms" -> {"nebivolol", "nebilong", "nebilet", "nebicard-5", "nubeta", "nebivololum [latin]", "lobivon", "bystolic", "nebipill", "nodon", "nebivololum", "pi-21858", "9920-09-6[rn]", "1,1'-[bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)]-2,2'-iminodiethanol", "r65,824", "2,2'-iminobis[1-(6-fluoro-3,4-dihydro-2h-chromen-2-yl)ethanol][acd/iupac name]", "nebivololum[latin]", "nebilet[wiki]", "dl-nebivolol", "1,1'-bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)-2,2'-iminodiethanol", "nebivolol[wiki]", "nebivolol [usan:ban:inn][inn][usan]", "104365-59-5[rn]", "beta-2 adrenoceptor", "a,a'-[iminobis(methylene)]bis[6-fluoro-3,4-dihydro-2h-1-benzopyran-2-methanol]", "99200-09-6[rn]", "narbivolol", "1-(6-fluoro-chroman-2-yl)-2-[2-(6-fluoro-chroman-2-yl)-2-hydroxy-ethylamino]-ethanol", "a,a'-(iminodimethylene)bis[6-fluoro-2-chromanmethanol]", "99200-09-6", "beta-2 adrenoreceptor", "pubchem18274", "(1s)-1-[(2r)-6-fluorochroman-2-yl]-2-[[(2s)-2-[(2r)-6-fluorochroman-2-yl]-2-hydroxyethyl]amino]ethanol hydrochloride", "nebivolol hcl", "152520-56-4", "abp000746", "chembl1201731", "nebivolol hydrochloride", "ac-4233", "169293-50-9", "surecn514784"}|>, "5229" -> <|"DatabaseID" -> "SW03034", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64019"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64421]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04861"]}, "IsomericSmiles" -> "c1cc2c(cc1F)CCC(O2)C(C[NH2+]CC(C3CCc4cc(ccc4O3)F)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05127"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nebivolol", "FDA Approved Drug" -> "NEBIVOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71301], ExternalIdentifier["PubChemCompoundID", 9933004]}, "Synonyms" -> {"nebivolol", "nebilong", "nebilet", "nebicard-5", "nubeta", "nebivololum [latin]", "lobivon", "bystolic", "nebipill", "nodon", "nebivololum", "pi-21858", "9920-09-6[rn]", "1,1'-[bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)]-2,2'-iminodiethanol", "r65,824", "2,2'-iminobis[1-(6-fluoro-3,4-dihydro-2h-chromen-2-yl)ethanol][acd/iupac name]", "nebivololum[latin]", "nebilet[wiki]", "dl-nebivolol", "1,1'-bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)-2,2'-iminodiethanol", "nebivolol[wiki]", "nebivolol [usan:ban:inn][inn][usan]", "104365-59-5[rn]", "beta-2 adrenoceptor", "a,a'-[iminobis(methylene)]bis[6-fluoro-3,4-dihydro-2h-1-benzopyran-2-methanol]", "99200-09-6[rn]", "narbivolol", "1-(6-fluoro-chroman-2-yl)-2-[2-(6-fluoro-chroman-2-yl)-2-hydroxy-ethylamino]-ethanol", "a,a'-(iminodimethylene)bis[6-fluoro-2-chromanmethanol]", "99200-09-6", "beta-2 adrenoreceptor", "pubchem18274", "(1s)-1-[(2r)-6-fluorochroman-2-yl]-2-[[(2s)-2-[(2r)-6-fluorochroman-2-yl]-2-hydroxyethyl]amino]ethanol hydrochloride", "nebivolol hcl", "152520-56-4", "abp000746", "chembl1201731", "nebivolol hydrochloride", "ac-4233", "169293-50-9", "surecn514784"}|>, "5230" -> <|"DatabaseID" -> "SW03034", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64019"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64421]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04861"]}, "IsomericSmiles" -> "c1cc2c(cc1F)CCC(O2)C(C[NH2+]CC(C3CCc4cc(ccc4O3)F)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05127"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nebivolol", "FDA Approved Drug" -> "NEBIVOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71301], ExternalIdentifier["PubChemCompoundID", 9933004]}, "Synonyms" -> {"nebivolol", "nebilong", "nebilet", "nebicard-5", "nubeta", "nebivololum [latin]", "lobivon", "bystolic", "nebipill", "nodon", "nebivololum", "pi-21858", "9920-09-6[rn]", "1,1'-[bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)]-2,2'-iminodiethanol", "r65,824", "2,2'-iminobis[1-(6-fluoro-3,4-dihydro-2h-chromen-2-yl)ethanol][acd/iupac name]", "nebivololum[latin]", "nebilet[wiki]", "dl-nebivolol", "1,1'-bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)-2,2'-iminodiethanol", "nebivolol[wiki]", "nebivolol [usan:ban:inn][inn][usan]", "104365-59-5[rn]", "beta-2 adrenoceptor", "a,a'-[iminobis(methylene)]bis[6-fluoro-3,4-dihydro-2h-1-benzopyran-2-methanol]", "99200-09-6[rn]", "narbivolol", "1-(6-fluoro-chroman-2-yl)-2-[2-(6-fluoro-chroman-2-yl)-2-hydroxy-ethylamino]-ethanol", "a,a'-(iminodimethylene)bis[6-fluoro-2-chromanmethanol]", "99200-09-6", "beta-2 adrenoreceptor", "pubchem18274", "(1s)-1-[(2r)-6-fluorochroman-2-yl]-2-[[(2s)-2-[(2r)-6-fluorochroman-2-yl]-2-hydroxyethyl]amino]ethanol hydrochloride", "nebivolol hcl", "152520-56-4", "abp000746", "chembl1201731", "nebivolol hydrochloride", "ac-4233", "169293-50-9", "surecn514784"}|>, "5231" -> <|"DatabaseID" -> "SW03034", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64019"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64421]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04861"]}, "IsomericSmiles" -> "c1cc2c(cc1F)CCC(O2)C(C[NH2+]CC(C3CCc4cc(ccc4O3)F)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05127"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nebivolol", "FDA Approved Drug" -> "NEBIVOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71301], ExternalIdentifier["PubChemCompoundID", 9933004]}, "Synonyms" -> {"nebivolol", "nebilong", "nebilet", "nebicard-5", "nubeta", "nebivololum [latin]", "lobivon", "bystolic", "nebipill", "nodon", "nebivololum", "pi-21858", "9920-09-6[rn]", "1,1'-[bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)]-2,2'-iminodiethanol", "r65,824", "2,2'-iminobis[1-(6-fluoro-3,4-dihydro-2h-chromen-2-yl)ethanol][acd/iupac name]", "nebivololum[latin]", "nebilet[wiki]", "dl-nebivolol", "1,1'-bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)-2,2'-iminodiethanol", "nebivolol[wiki]", "nebivolol [usan:ban:inn][inn][usan]", "104365-59-5[rn]", "beta-2 adrenoceptor", "a,a'-[iminobis(methylene)]bis[6-fluoro-3,4-dihydro-2h-1-benzopyran-2-methanol]", "99200-09-6[rn]", "narbivolol", "1-(6-fluoro-chroman-2-yl)-2-[2-(6-fluoro-chroman-2-yl)-2-hydroxy-ethylamino]-ethanol", "a,a'-(iminodimethylene)bis[6-fluoro-2-chromanmethanol]", "99200-09-6", "beta-2 adrenoreceptor", "pubchem18274", "(1s)-1-[(2r)-6-fluorochroman-2-yl]-2-[[(2s)-2-[(2r)-6-fluorochroman-2-yl]-2-hydroxyethyl]amino]ethanol hydrochloride", "nebivolol hcl", "152520-56-4", "abp000746", "chembl1201731", "nebivolol hydrochloride", "ac-4233", "169293-50-9", "surecn514784"}|>, "5232" -> <|"DatabaseID" -> "SW03034", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64019"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64421]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04861"]}, "IsomericSmiles" -> "c1cc2c(cc1F)CCC(O2)C(C[NH2+]CC(C3CCc4cc(ccc4O3)F)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05127"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nebivolol", "FDA Approved Drug" -> "NEBIVOLOL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71301], ExternalIdentifier["PubChemCompoundID", 9933004]}, "Synonyms" -> {"nebivolol", "nebilong", "nebilet", "nebicard-5", "nubeta", "nebivololum [latin]", "lobivon", "bystolic", "nebipill", "nodon", "nebivololum", "pi-21858", "9920-09-6[rn]", "1,1'-[bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)]-2,2'-iminodiethanol", "r65,824", "2,2'-iminobis[1-(6-fluoro-3,4-dihydro-2h-chromen-2-yl)ethanol][acd/iupac name]", "nebivololum[latin]", "nebilet[wiki]", "dl-nebivolol", "1,1'-bis(6-fluoro-3,4-dihydro-2h-1-benzopyran-2-yl)-2,2'-iminodiethanol", "nebivolol[wiki]", "nebivolol [usan:ban:inn][inn][usan]", "104365-59-5[rn]", "beta-2 adrenoceptor", "a,a'-[iminobis(methylene)]bis[6-fluoro-3,4-dihydro-2h-1-benzopyran-2-methanol]", "99200-09-6[rn]", "narbivolol", "1-(6-fluoro-chroman-2-yl)-2-[2-(6-fluoro-chroman-2-yl)-2-hydroxy-ethylamino]-ethanol", "a,a'-(iminodimethylene)bis[6-fluoro-2-chromanmethanol]", "99200-09-6", "beta-2 adrenoreceptor", "pubchem18274", "(1s)-1-[(2r)-6-fluorochroman-2-yl]-2-[[(2s)-2-[(2r)-6-fluorochroman-2-yl]-2-hydroxyethyl]amino]ethanol hydrochloride", "nebivolol hcl", "152520-56-4", "abp000746", "chembl1201731", "nebivolol hydrochloride", "ac-4233", "169293-50-9", "surecn514784"}|>, "5233" -> <|"DatabaseID" -> "SW03035", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 108978]}, "IsomericSmiles" -> "Cn1c(cc(=O)n(c1=O)C)NCC[NH+](CCCc2ccc(cc2)[N+](=O)[O-])CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01856"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nifekalant"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122188]}, "Synonyms" -> {"nifekalant hydrochloride", "shinbit", "2,4(1h,3h)-pyrimidinedione,6-[[2-[(2-hydroxyethyl)[3-(4-nitrophenyl)propyl]amino]ethyl]amino]-1,3-dimethyl- hydrochloride (1:1)", "ms-551", "1,3-dimethyl-6-(2-(n-(2-hydroxyethyl)-3-(4-nitrophenyl)propylamino)ethylamino)-2,4(1h,3h)-pyrimidinedione hydrochloride", "6-[2-[2-hydroxyethyl-[3-(4-nitrophenyl)propyl]amino]ethylamino]-1", "6-[(2-{(2-hydroxyethyl)[3-(4-nitrophenyl)propyl]amino}ethyl)amino]-1,3-dimethylpyrimidine-2,4(1h,3h)-dione hydrochloride (1:1)", "nifekalant hcl", "shinbit (tn)", "smr000466369", "130636-43-0[rn]", "1", "2", "130656-51-8[rn]", "ms 551", "2,4(1h,3h)-pyrimidinedione,6-((2-((2-hydroxyethyl)(3-(4-nitrophenyl)propyl)amino)ethyl)amino)-1,3-dimethyl- monohydrochloride", "130656-51-8", "nifekalant[inn]", "1,3-dimethyl-6-((2-(n-(2-hydroxyethyl)-3-(4-nitrophenyl)propylamino)ethylamino)-2,4(1h),3h)-pyrimidinedionehcl"}|>, "5234" -> <|"DatabaseID" -> "SW03035", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 108978]}, "IsomericSmiles" -> "Cn1c(cc(=O)n(c1=O)C)NCC[NH+](CCCc2ccc(cc2)[N+](=O)[O-])CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01856"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nifekalant"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122188]}, "Synonyms" -> {"nifekalant hydrochloride", "shinbit", "2,4(1h,3h)-pyrimidinedione,6-[[2-[(2-hydroxyethyl)[3-(4-nitrophenyl)propyl]amino]ethyl]amino]-1,3-dimethyl- hydrochloride (1:1)", "ms-551", "1,3-dimethyl-6-(2-(n-(2-hydroxyethyl)-3-(4-nitrophenyl)propylamino)ethylamino)-2,4(1h,3h)-pyrimidinedione hydrochloride", "6-[2-[2-hydroxyethyl-[3-(4-nitrophenyl)propyl]amino]ethylamino]-1", "6-[(2-{(2-hydroxyethyl)[3-(4-nitrophenyl)propyl]amino}ethyl)amino]-1,3-dimethylpyrimidine-2,4(1h,3h)-dione hydrochloride (1:1)", "nifekalant hcl", "shinbit (tn)", "smr000466369", "130636-43-0[rn]", "1", "2", "130656-51-8[rn]", "ms 551", "2,4(1h,3h)-pyrimidinedione,6-((2-((2-hydroxyethyl)(3-(4-nitrophenyl)propyl)amino)ethyl)amino)-1,3-dimethyl- monohydrochloride", "130656-51-8", "nifekalant[inn]", "1,3-dimethyl-6-((2-(n-(2-hydroxyethyl)-3-(4-nitrophenyl)propylamino)ethylamino)-2,4(1h),3h)-pyrimidinedionehcl"}|>, "5235" -> <|"DatabaseID" -> "SW03036", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444767]}, "IsomericSmiles" -> "CC(C)CC(=O)c1c(c(c2c(c1O)c(cc(=O)o2)c3ccccc3)CC=C(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mammeisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281419]}, "Synonyms" -> {"mammeisin", "5", "5,7-dihydroxy-6-(3-methylbutanoyl)-8-(3-methylbut-2-en-1-yl)-4-phenyl-2h-chromen-2-one", "c09275", "5,7-dihydroxy-8-(3-methyl-2-butenyl)-6-(3-methyl-1-oxobutyl)-4-phenyl-2h-1-benzopyran-2-one", "2h-1-benzopyran-2-one 5,7-dihydroxy-8-(3-methyl-2-butenyl)-6-(3-methyl-1-oxobutyl)-4-phenyl-", "chembl194485", "5,7-dihydroxy-8-(3-methyl-but-2-enyl)-6-(3-methyl-butyryl)-4-phenyl-chromen-2-one", "ac1nqyfq", "2h-1-benzopyran-2-one 5,7-dihydroxy-8-(3-methyl-2-buten-1-yl)-6-(3-methyl-1-oxobutyl)-4-phenyl-", "18483-64-2", "2h-1-benzopyran-2-one", "18483-64-2[rn]", "lmpk12100002"}|>, "5236" -> <|"DatabaseID" -> "SW03037", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7468"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 199761]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00984"]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@@H]2OC(=O)CCc4ccccc4)CCC5=CC(=O)CC[C@H]35", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00956"]}, "OfficialNames" -> <|"China Approved Name" -> "nandrolone phenylpropionate", "Indian Approved Name" -> "nandrolone phenylpropionate", "FDA Approved Drug" -> "NANDROLONE PHENPROPIONATE"|>, "PharmGKBID" -> "PA164746281", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 229455]}, "Synonyms" -> {"nandrolone phenylpropionate", "fenobolin", "phenobolin", "nandrolone phenpropionate", "nerobolil", "superanabolon", "nortestosterone phenylpropionate", "nandrolin", "durabol", "durabolin", "19ntpp", "nandrolon phenylpropionate", "nandrobolic", "activin", "norandrolone phenyl propionate", "ntpp", "strabolene", "norandrostenolone phenylpropionate", "nerobiolil", "npp", "nandrolone phenylpionate", "nadrolone phenylpropionate", "nerobil", "dihydrotestosterone receptor", "19-nor-d4-androsten-17b-ol-3-one b-phenylpropionate", "testosterone phenylpropionate", "(17b)-(1-oxo-3-phenylpropoxy)estr-4-en-3-one", "fts", "4-estren-17b-ol-3-one 17-phenylpropionate", "19-nortestosterone duranox dubol-100", "17b-hydroxyestr-4-en-3-one 17-(3-phenylpropionate)", "200-551-9[einecs]", "nortestosterone furanpropionate", "104625-48-1[rn]", "17b-hydroxy-4-estren-3-one hydrocinnamate", "nandrolone phenpropionate[usp]", "337376-15-5", "durabolin (tn)", "17b-hydroxyestr-4-en-3-one 3-phenylpropionate", "19-nor-17b-hydroxy-3-ketoandrostene 17-phenylpropionate", "17- (1-oxo-3-phenylpropoxy)estr-4-en-3-one", "19-norandrostenolone phenylpropionate", "norandrolone phenylpropionate", "durabolin[wiki]", "62-90-8[rn]", "nandrolonephenylpropionate", "3170861[beilstein]", "19-nortestosterone b-phenylpropionate", "19-nortestosterone hydrocinnamate"}|>, "5237" -> <|"DatabaseID" -> "SW03038", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61921]}, "IsomericSmiles" -> "CC1(CC[C@@H]2C[C@H](C[C@H]1[NH+]2C)OC(=O)C(c3cccs3)(c4cccs4)O)C", "OfficialNames" -> <|"NPC Approved Name" -> "mazaticol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68667]}, "Synonyms" -> {"pentona", "ac1q5x0s", "(1r,3r,5r)-6,6,9-trimethyl-9-azabicyclo[3.3.1]non-3-ylhydroxy(di-2-thienyl)acetate[acd/iupac name]", "unii-i6x824ogwz", "42024-98-6[rn]", "surecn34619", "32226-62-3[rn]", "mazaticol[inn]", "exo-a-hydroxy-a-2-thienyl-2-thiopheneacetic acid 6,9,9-trimethyl-9-azabicyclo[3.1.1]non-3-yl ester", "ar-1l0048", "chembl2105187", "mazaticol", "mazaticolum[latin]", "mazaticolum", "mazaticolum [inn-latin]", "ac1l2a74"}|>, "5238" -> <|"DatabaseID" -> "SW03038", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61921]}, "IsomericSmiles" -> "CC1(CC[C@@H]2C[C@H](C[C@H]1[NH+]2C)OC(=O)C(c3cccs3)(c4cccs4)O)C", "OfficialNames" -> <|"NPC Approved Name" -> "mazaticol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68667]}, "Synonyms" -> {"pentona", "ac1q5x0s", "(1r,3r,5r)-6,6,9-trimethyl-9-azabicyclo[3.3.1]non-3-ylhydroxy(di-2-thienyl)acetate[acd/iupac name]", "unii-i6x824ogwz", "42024-98-6[rn]", "surecn34619", "32226-62-3[rn]", "mazaticol[inn]", "exo-a-hydroxy-a-2-thienyl-2-thiopheneacetic acid 6,9,9-trimethyl-9-azabicyclo[3.1.1]non-3-yl ester", "ar-1l0048", "chembl2105187", "mazaticol", "mazaticolum[latin]", "mazaticolum", "mazaticolum [inn-latin]", "ac1l2a74"}|>, "5239" -> <|"DatabaseID" -> "SW03039", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735870]}, "IsomericSmiles" -> "C[C@@H]1[C@H](CC[C@]2([C@]1(C[C@@H]([C@@H]3[C@@H]2CC[C@@]45[C@H]3CC[C@@H]4[C@@H]([NH+](C5)C)C)O)O)C)[NH+](C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kurcholessine"|>, "Synonyms" -> {"kurcholessine", "6869-47-2[rn]", "3b-(dimethylamino)-4a-methyl-5a-conanine-5,7b-diol", "(3b,4a,5a,7b)-3-(dimethylamino)-4-methyl-5-conanine-5,7-diol"}|>, "5240" -> <|"DatabaseID" -> "SW03039", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735870]}, "IsomericSmiles" -> "C[C@@H]1[C@H](CC[C@]2([C@]1(C[C@@H]([C@@H]3[C@@H]2CC[C@@]45[C@H]3CC[C@@H]4[C@@H]([NH+](C5)C)C)O)O)C)[NH+](C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kurcholessine"|>, "Synonyms" -> {"kurcholessine", "6869-47-2[rn]", "3b-(dimethylamino)-4a-methyl-5a-conanine-5,7b-diol", "(3b,4a,5a,7b)-3-(dimethylamino)-4-methyl-5-conanine-5,7-diol"}|>, "5241" -> <|"DatabaseID" -> "SW03040", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3472]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00756"]}, "IsomericSmiles" -> "c1c(c(c(c(c1Cl)Cl)Cc2c(c(cc(c2Cl)Cl)Cl)O)O)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00859"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bacteriostatic", "FDA Approved Drug" -> "HEXACHLOROPHENE"|>, "PharmGKBID" -> "PA449871", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3598]}, "Synonyms" -> {"hexachlorofen", "almederm", "hexachlorophen", "tersaseptic", "cotofilm", "dermadex", "distodin", "acigena", "phisohex", "hexachlorophene", "hexachlorophane", "surgi-cin", "hexosan", "fesia-sin", "isobac", "soy-dome", "septi-soft", "fomac", "germa-medica", "isobac 20", "septisol", "phiso-scrub", "g-eleven", "surofene", "hexide", "turgex", "hexascrub", "dial", "hexophene", "hexabalm", "hexafen", "steral", "pre-op", "compound g-11", "steraskin", "bivelon", "e-z scrub", "hexachlorophene pharma", "eleven", "nabac", "bilevon", "gamophene", "gamophen", "fostril", "hexa-germ", "exofene", "neosept v", "fascol", "ritosept", "trichlorophene", "nabac 25 ec", "at-7", "hcp", "septofen", "scrubteam surgical spongebrush", "phisodan", "surgi-cen", "2,2'-dihydroxy-3,3',5,5',6,6'-hexachlorodiphenylmethane", "g-ii", "b 32 (van)", "phisohex (tn)", "bis-2,3,5-trichloro-6-hydroxyfenylmethan[czech]", "phenol 2,2'-methylenebis[3,4,6-trichloro-", "8054-98-6[rn]", "139411-96-4[rn]", "bis(3,5,6-trichloro-2-hydroxyphenyl)-methane", "70-30-4[rn]", "bis(3,5 6-trichloro-2-hydroxyphenyl)methane", "turgex.", "2,2'-methylene bis(3,4,6-trichlorophenol)", "rcra waste number u132", "hexachlorophene[wiki][usp][inn]", "2,2'-methanediylbis(3,4,6-trichlorophenol)", "blockade anti bacterial finish", "ster-zac", "2,2'-dihydroxy-3,5,6,3',5' 6'-hexachlorodiphenylmethane", "gdh", "2,2'-methylenebis (3,5 6-trichlorophenol)", "hexazinone", "at 7", "2 2',3,3',5,5'-hexachloro-6,6'-dihydroxydiphenylmethane", "2,2'-dihydroxy-3,3',5,5',6 6'-hexachlorodiphenylmethane", "enditch pet shampoo", "brevity blue liquid bacteriostatic scouring cream", "germa-medica \\\"mg\\\"", "b32", "hexaclorofeno[spanish][inn]", "methane bis (2,3 5-trichloro-6-hydroxyphenyl)", "en-viron d concentrated phenolic disinfectant", "200-733-8[einecs]", "4-06-00-06659 (beilstein handbook reference)[beilstein]", "bis(3,5,6-trichloro-2-hydroxyphenyl)methane", "pre-op ii", "3,4,6-trichloro-2-(2,3,5-trichloro-6-hydroxybenzyl)phenol", "2,2'-dihydroxy-3,5,6,3',5',6'-hexachlorodiphenylmethane", "hilo cat flea powder", "bis(2,3,5-trichloro-6-hydroxyphenyl)methane", "fosteen dermatologic shampoo (hexachlorophene + lanolin + salicylic acid + sulfur)_mixture", "pedigree dog shampoo bar", "bis-2,3 5-trichlor-6-hydroxyfenylmethan", "solu-heks", "brevity blue liquid sanitizing scouring cream", "4-06-00-06659", "2,2'-methylenebis[3,4,6-trichlorophenol]", "compound g 11", "2,2',3,3',5,5'-hexachloro-6,6'-dihydroxydiphenylmethane", "thera-groom pet shampoo for dogs for veterinary use only", "esaclorofene [dcit]", "hilo flea powder", "glutamate dehydrogenase 1 mitochondrial precursor", "staphene o", "bis(2-hydroxy-3,5,6-trichlorophenyl)methane", "german-medica[german]", "2,2'-methylenebis(3,4,6-trichlorophenol)[acd/iupac name]", "b & b flea kontroller for dogs only", "2,2'-methylenebis", "hexaphene-lv", "hexaphenyl (hexachlorophene + isopropyl alcohol)_mixture", "methane bis(2,3,5-trichloro-6-hydroxyphenyl)-", "2,2'-methandiylbis(3,4,6-trichlorbenzolol)", "3,4,6-trichloro-2-[(3,5,6-trichloro-2-hydroxyphenyl)methyl]phenol", "methane bis(2,3,5-trichloro-6-hydroxyphenyl)", "3,4,6-trichloro-2-(2,3,5-trichloro-6-hydroxybenzyl)phenol(hexachlorophene)", "hexachlorophenum[latin]", "ec 1.4.1.3", "phenol 2,2'-methylenebis(3,4,6-trichloro)-", "trisophen", "d006582", "hexachlorophene [un2875] [poison]", "methylenebis(3,4,6-trichlorophenol)", "armohex"}|>, "5242" -> <|"DatabaseID" -> "SW03041", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2298419]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00882"]}, "IsomericSmiles" -> "CC[NH+](CC)CCOc1ccc(cc1)/C(=C(/c2ccccc2)\\Cl)/c3ccccc3", "OfficialNames" -> <|"FDA Approved Drug" -> "CLOMIPHENE CITRATE", "Indian Approved Name" -> "clomiphene"|>, "PharmGKBID" -> "PA449046", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1548955]}, "Synonyms" -> {"clomiphene", "dyneric", "zuclomiphene citrate", "clomiphene b", "clostilbegyt", "ikaclomin", "chloramiphene", "cisclomiphene", "clomifeno", "serophene", "genozym", "clomiphene dihydrogen citrate", "clomivid", "racemic clomiphene citrate", "clomphid", "omifin", "207563-42-6[rn]", "cas-50-41-9", "911-45-5[rn]", "50-41-9[rn]", "ethanamine 2-(4-((1z)-2-chloro-1,2-diphenylethenyl)phenoxy)-n,n-diethyl- 2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "triethylamine 2-[p- (2-chloro-1,2-diphenylvinyl)phenoxy]- citrate (1:1) (z)-", "clomifene citrate (serophene)", "estradiol receptor", "clomifene citrate", "triethylamine 2-(p-(2-chloro-1,2-diphenylvinyl)phenoxy)- citrate (1:1) (z)-", "er", "milophene", "(z)-2-(p-(2-chloro-1,2-diphenylvinyl)phenoxy)triethylamine citrate (1:1)", "zuclomid", "(z)-clomiphene citrate", "clomid[wiki]", "clomifen dihydrogen citrate", "50-41-9 911-45-5", "clomid (tn)", "50-41-9 911-45-5 [clomiphene]", "clomiphene a citrate", "fertivet", "cisclomifenum", "androxal", "cis-clomiphene citrate", "43054-45-1[rn]", "7619-53-6[rn]", "fertyl", "enclomifene", "clostilbegit", "clomifene citrate[jp15]", "clomiphene citrate salt", "enclomiphen", "clomiphene citrate", "2-({4-[(z)-2-chloro-1,2-diphenylethenyl]phenyl}oxy)-n,n-diethylethanamine 2-hydroxypropane-1,2,3-tricarboxylate (salt)", "ethanamine 2-(4-(2-chloro-1,2-diphenylethenyl)phenoxy)-n,n-diethyl- 2-hydroxy-1,2,3-propanetricarboxylate(1:1)", "clomid", "zuclomifene", "clomiphene citrate[usp]", "{2-[4-((1z)-2-chloro-1,2-diphenylvinyl)phenoxy]ethyl}diethylamine 2-hydroxypr opane-1,2,3-tricarboxylic acid", "ethanamine 2-[4-(2-chloro-1 2-diphenylethenyl)phenoxy]-n,n-diethyl-,(z)- 2-hydroxy-1,2 3-propanetricarboxylate(1:1)", "clomifenecitrate", "2-{4-[(z)-2-chloro-1,2-diphenylethenyl]phenoxy}-n,n-diethylethanamine 2-hydroxypropane-1,2,3-tricarboxylate(salt)", "clomifert", "2-{4-[(z)-2-chloro-1,2-diphenylethenyl]phenoxy}-n,n-diethylethanamine 2-hydroxypropane-1,2,3-tricarboxylate(1:1)", "2-(p-(2-chloro-1,2-diphenylvinyl)phenoxy)triethylaminecitrate(1:1)", "chlomaphene", "200-035-3[einecs]", "clomiphene citrate (z,e)", "triethylamine 2-(p-(2-chloro-1,2-diphenylvinyl)phenoxy)- citrate (1:1)", "2-{4-[(z)-2-chloro-1,2-diphenylvinyl]phenoxy}-n,n-diethylethanamine 2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "2-{4-[(z)-2-chloro-1,2-diphenylvinyl]phenoxy}-n,n-diethylethanamine 2-hydroxypropane-1,2,3-tricarboxylate (1:1)", "chloramifene", "clomid;serophene;milophene", "clomiphene citrate cis-", "ethanamine 2-[4-[(z)-2-chloro-1,2-diphenylethenyl]phenoxy]-n,n-diethyl- 2-hydroxy-1,2,3-propanetricarboxylate (1:1)(salt)", "clomiphene-r", "clomifene", "cis-clomiphene", "zuclomiphene", "ethanamine 2-(4-(2-chloro-1,2-diphenylethenyl)phenoxy)-n,n-diethyl- (z)- 2-hydroxy-1,2,3-propanetricarboxylate (1:1) (9ci)", "er-alpha", "{2-[4-(2-chloro-1,2-diphenylvinyl)phenoxy]ethyl}diethylamine 2-hydroxy-1,2,3-propanetricarboxylate(salt)", "2-(4-[2-chloro-1,2-diphenylethenyl]phenoxy)-n,n-diethylethanamine"}|>, "5243" -> <|"DatabaseID" -> "SW03041", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2298419]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00882"]}, "IsomericSmiles" -> "CC[NH+](CC)CCOc1ccc(cc1)/C(=C(/c2ccccc2)\\Cl)/c3ccccc3", "OfficialNames" -> <|"FDA Approved Drug" -> "CLOMIPHENE CITRATE", "Indian Approved Name" -> "clomiphene"|>, "PharmGKBID" -> "PA449046", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1548955]}, "Synonyms" -> {"clomiphene", "dyneric", "zuclomiphene citrate", "clomiphene b", "clostilbegyt", "ikaclomin", "chloramiphene", "cisclomiphene", "clomifeno", "serophene", "genozym", "clomiphene dihydrogen citrate", "clomivid", "racemic clomiphene citrate", "clomphid", "omifin", "207563-42-6[rn]", "cas-50-41-9", "911-45-5[rn]", "50-41-9[rn]", "ethanamine 2-(4-((1z)-2-chloro-1,2-diphenylethenyl)phenoxy)-n,n-diethyl- 2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "triethylamine 2-[p- (2-chloro-1,2-diphenylvinyl)phenoxy]- citrate (1:1) (z)-", "clomifene citrate (serophene)", "estradiol receptor", "clomifene citrate", "triethylamine 2-(p-(2-chloro-1,2-diphenylvinyl)phenoxy)- citrate (1:1) (z)-", "er", "milophene", "(z)-2-(p-(2-chloro-1,2-diphenylvinyl)phenoxy)triethylamine citrate (1:1)", "zuclomid", "(z)-clomiphene citrate", "clomid[wiki]", "clomifen dihydrogen citrate", "50-41-9 911-45-5", "clomid (tn)", "50-41-9 911-45-5 [clomiphene]", "clomiphene a citrate", "fertivet", "cisclomifenum", "androxal", "cis-clomiphene citrate", "43054-45-1[rn]", "7619-53-6[rn]", "fertyl", "enclomifene", "clostilbegit", "clomifene citrate[jp15]", "clomiphene citrate salt", "enclomiphen", "clomiphene citrate", "2-({4-[(z)-2-chloro-1,2-diphenylethenyl]phenyl}oxy)-n,n-diethylethanamine 2-hydroxypropane-1,2,3-tricarboxylate (salt)", "ethanamine 2-(4-(2-chloro-1,2-diphenylethenyl)phenoxy)-n,n-diethyl- 2-hydroxy-1,2,3-propanetricarboxylate(1:1)", "clomid", "zuclomifene", "clomiphene citrate[usp]", "{2-[4-((1z)-2-chloro-1,2-diphenylvinyl)phenoxy]ethyl}diethylamine 2-hydroxypr opane-1,2,3-tricarboxylic acid", "ethanamine 2-[4-(2-chloro-1 2-diphenylethenyl)phenoxy]-n,n-diethyl-,(z)- 2-hydroxy-1,2 3-propanetricarboxylate(1:1)", "clomifenecitrate", "2-{4-[(z)-2-chloro-1,2-diphenylethenyl]phenoxy}-n,n-diethylethanamine 2-hydroxypropane-1,2,3-tricarboxylate(salt)", "clomifert", "2-{4-[(z)-2-chloro-1,2-diphenylethenyl]phenoxy}-n,n-diethylethanamine 2-hydroxypropane-1,2,3-tricarboxylate(1:1)", "2-(p-(2-chloro-1,2-diphenylvinyl)phenoxy)triethylaminecitrate(1:1)", "chlomaphene", "200-035-3[einecs]", "clomiphene citrate (z,e)", "triethylamine 2-(p-(2-chloro-1,2-diphenylvinyl)phenoxy)- citrate (1:1)", "2-{4-[(z)-2-chloro-1,2-diphenylvinyl]phenoxy}-n,n-diethylethanamine 2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "2-{4-[(z)-2-chloro-1,2-diphenylvinyl]phenoxy}-n,n-diethylethanamine 2-hydroxypropane-1,2,3-tricarboxylate (1:1)", "chloramifene", "clomid;serophene;milophene", "clomiphene citrate cis-", "ethanamine 2-[4-[(z)-2-chloro-1,2-diphenylethenyl]phenoxy]-n,n-diethyl- 2-hydroxy-1,2,3-propanetricarboxylate (1:1)(salt)", "clomiphene-r", "clomifene", "cis-clomiphene", "zuclomiphene", "ethanamine 2-(4-(2-chloro-1,2-diphenylethenyl)phenoxy)-n,n-diethyl- (z)- 2-hydroxy-1,2,3-propanetricarboxylate (1:1) (9ci)", "er-alpha", "{2-[4-(2-chloro-1,2-diphenylvinyl)phenoxy]ethyl}diethylamine 2-hydroxy-1,2,3-propanetricarboxylate(salt)", "2-(4-[2-chloro-1,2-diphenylethenyl]phenoxy)-n,n-diethylethanamine"}|>, "5244" -> <|"DatabaseID" -> "SW03042", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2275721]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00539"]}, "IsomericSmiles" -> "C[NH+](C)CCOc1ccc(cc1)/C(=C(/CCCl)\\c2ccccc2)/c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00967"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TOREMIFENE CITRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3005572]}, "Synonyms" -> {"toremifene citrate", "fareston", "toremifene", "fc 1157a", "nsc613680", "2-{4-[(1z)-4-chloro-1,2-diphenyl-1-buten-1-yl]phenoxy}-n,n-dimethylethanamine 2-hydroxy-1,2,3-propanetricarboxylate (salt)", "fareston acapodene", "toremifeno [spanish]", "2-{4-[(1z)-4-chloro-1,2-diphenyl-1-buten-1-yl]phenoxy}-n,n-dimethylethanamine 2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "2-[p-[(z)-4-chloro-1,2-diphenyl-1-butenyl]phenoxy]-n,n- dimethylethylamine citrate (1:1)", "fareston (tn)", "ccris 6719", "89778-26-7[rn]", "fareston;acapodene", "89778-27-8", "dsstox_cid_1367", "fc-1157a", "(z)-4-chloro-1,2-diphenyl-1-(4-(2-(n,n-dimethylamino)ethoxy)phenyl)-1-butene citrate (1:1)", "2-(para-((z)-4-chloro-1,2-diphenyl-1-butenyl)phenoxy)-n,n-dimethylethylamine citrate (1:1)", "nsc 613680", "{2-[4-((1z)-4-chloro-1,2-diphenylbut-1-enyl)phenoxy]ethyl}dimethylamine,2-hydroxypropane-1,2,3-tricarboxylic acid", "farestone", "er", "ethanamine 2-[4-[(1z)-4-chloro-1,2-diphenyl-1-buten-1-yl]phenoxy]-n,n-dimethyl-,2-hydroxy-1,2,3-propanetricarboxylate (1:1)(salt)", "n-(2-(4-(4-chloro-1,2-diphenyl-1-butenyl)phenoxy)ethyl)-n,n-dimethylamine 2-hydroxy-1,2,3-propanetricarboxylate", "2-[p-[ (z)-4-chloro-1,2-diphenyl-1-butenyl]phenoxy]-n,n- dimethylethylamine citrate (1:1)", "dsstox_rid_76113", "ethanamine 2-[4-[(1z)-4-chloro-1,2-diphenyl-1-buten-1-yl]phenoxy]-n,n-dimethyl-,2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "{2-[p-[(z)-4-chloro-1,2-diphenyl-1-butenyl]phenoxy]-n,n-} dimethylethylamine citrate (1:1)", "toremiphene citrate", "nk 622", "2-{4-[(1z)-4-chloro-1,2-diphenylbut-1-en-1-yl]phenoxy}-n,n-dimethylethanamine 2-hydroxypropane-1,2,3-tricarboxylate (1:1)", "toremifene base", "toremifenum [latin]", "tl8005784", "er-alpha", "ethanamine 2-(4-(4-chloro-1,2-diphenyl-1-butenyl)phenoxy)-n,n-dimethyl- (z)- 2-hydroxy-1,2,3-propanetricarboxylate(1:1)", "2-(p-((z)-4-chloro-1,2-diphenyl-1-butenyl)phenoxy)-n,n-dimethylethylamine citrate(1:1)", "ethanamine 2-[4-[(1z)-4-chloro-1,2-diphenyl-1-butenyl]phenoxy]-n,n-dimethyl- 2-hydroxy-1,2,3-propanetricarboxylate(1:1) (salt)", "(z)-2-[4-(4-chloro-1 2-diphenyl-1-butenyl)phenoxy]-n,n- dimethylethanamine 2-hydroxy-1,2,3-propanetricarboxylate (1:1)", "acapodene", "{(z)-2-[4-(4-chloro-1,} 2-diphenyl-1-butenyl)phenoxy\\]-n,n- dimethylethanamine 2-hydroxy-1,2,3-propanetricarboxylate(1:1)", "dsstox_gsid_21367", "89778-27-8[rn]", "estradiol receptor", "toremifene citrate (jan/usan)[jan][usan]", "z-toremifene", "2-{4-[(1z)-4-chloro-1,2-diphenylbut-1-en-1-yl]phenoxy}-n,n-dimethylethanamine 2-hydroxypropane-1,2,3-tricarboxylate (salt)", "2-({4-[(1z)-4-chloro-1,2-diphenylbut-1-en-1-yl]phenyl}oxy)-n,n-dimethylethanamine2-hydroxypropane-1,2,3-tricarboxylate (salt)"}|>, "5245" -> <|"DatabaseID" -> "SW03043", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 180999]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "07399"]}, "IsomericSmiles" -> "CCO[C@@H](Cc1ccc(cc1)OCCc2ccc(cc2)OS(=O)(=O)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01274"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tesaglitazar"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208901]}, "Synonyms" -> {"galida", "(2s)-2-ethoxy-3-[4-(2-{4-[(methylsulfonyl)oxy]phenyl}ethoxy)phenyl]propanoic acid", "tesaglitazar", "az2", "ar-h039242xx", "251565-85-2", "tesaglitazar[inn]", "2(s)-ethoxy-3-(4-(2-(4-(methylsulfonyloxy)phenyl)ethoxy)phenyl)propionicacid", "(s)-2-ethoxy-3-[4-[2-(4-methanesulfonyloxyphenyl)ethoxy]phenyl]propanoicacid", "az-242", "(s)-2-ethoxy-3-{4-[2-(4-methanesulfonyloxyphenyl)ethoxy]phenyl}propionicacid", "(s)-2-ethoxy-3-(4-(4-((methylsulfonyl)oxy)phenethoxy)phenyl)propanoic acid", "(s)-2-ethoxy-3-(4-(2-(4-methylsulphonyloxyphenyl)ethoxy)phenyl)propanoic acid", "benzenepropanoic acid", "az 242 |", "(s)-2-ethoxy-3-{4-[2-(4-methanesulfonyloxy-phenyl)-ethoxy]-phenyl}-propionic acid", "(2s)-2-ethoxy-3-[4-[2-[4-[(methylsulfonyl)oxy]phenyl]ethoxy]phenyl]propanoic acid", "251565-85-2[rn]", "(s)-2-ethoxy-3-{4-[2-(4-methanesulfonyloxyphenyl)ethoxy]phenyl}propionic acid", "(s)-2-ethoxy-3-(4-(2-(4-methylsulphonyloxyphenyl)ethoxy)phenyl)propanoicacid"}|>, "5246" -> <|"DatabaseID" -> "SW03044", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3441"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10128639], ExternalIdentifier["ChemSpiderID", 2487]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01136"]}, "IsomericSmiles" -> "COc1ccccc1OCC[NH2+]CC(COc2cccc3c2c4ccccc4[nH]3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03415"], ExternalIdentifier["KEGGID", "D00255"]}, "OfficialNames" -> <|"China Approved Name" -> "carvedilol", "Indian Approved Name" -> "carvedilol", "FDA Approved Drug" -> "CARVEDILOL PHOSPHATE"|>, "PharmGKBID" -> "PA448817", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954344], ExternalIdentifier["PubChemCompoundID", 2585]}, "Synonyms" -> {"carvedilol", "coreg", "coreg cr", "carvedilolum [latin]", "querto", "coropress", "kredex", "dilatrend", "eucardic", "vascular cell adhesion protein 1 precursor", "v-cam 1", "cd106 antigen", "incam-100", "1-(9h-carbazol-4-yloxy)-3-[[2-(2-methoxyphenoxy)ethyl]amino]-2-propanol", "coreg[wiki]", "coreg;", "carvedilolum", "tl8005080", "72956-09-3[rn]", "coreg (tn)", "2-propanol 1-(9h-carbazol-4-yloxy)-3-[[2-(2-methoxyphenoxy)ethyl]amino]-", "c043211", "1-((9h-carbazol-4-yl)oxy)-3-((2-(2-methoxyphenoxy)ethyl)amino)propan-2-ol", "coropres", "carvedilol [usan:ban:inn:jan][inn][jan][usan]", "coreg;dilatrend", "carvedilol[wiki]", "carvedilolum[latin]", "72956-63-4", "carvedilolum [inn_la]", "2-propanol 1-(9h-carbazol-4-yloxy)-3-2-(2-methoxyphenoxy)ethylamino-", "1-(9h-carbazol-4-yloxy)-3-{[2-(2-methoxyphenoxy)ethyl]amino}propan-2-ol", "1-(9h-carbazol-4-yloxy)-3-{[2-(2-methoxyphenoxy)ethyl]amino}-2-propanol[acd/iupac name]", "1-(9h-carbazol-4-yloxy)-3-[(2-{[2-(methyloxy)phenyl]oxy}ethyl)amino]propan-2-ol", "72956-09-3", "1-(9h-carbazol-4-yloxy)-3-{2-(2-methoxyphenoxy)ethylamino}propan-2-ol", "dibloc", "dimitone", "[3-(9h-carbazol-4-yloxy)-2-hydroxypropyl][2-(2-methoxyphenoxy)ethyl]amine", "1-(9h-carbazol-4-yloxy)-3-[2-(2-methoxy-phenoxy)-ethylamino]-propan-2-ol", "sk&f-105517;", "carvedilol (jan/usan)[jan][usan]", "1514452[beilstein]", "artist", "coreg cr (tn)", "carvedilol phosphate", "carvedilol phosphate hemihydrate", "610309-89-2", "carvedilol phosphate hydrate", "d03415", "carvedilol phosphate (usan)", "610309-89-2[rn]", "carvedilol phosphate hydrate (jan)", "carvedilol phosphate[usan]"}|>, "5247" -> <|"DatabaseID" -> "SW03044", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3441"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10128639], ExternalIdentifier["ChemSpiderID", 2487]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01136"]}, "IsomericSmiles" -> "COc1ccccc1OCC[NH2+]CC(COc2cccc3c2c4ccccc4[nH]3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03415"], ExternalIdentifier["KEGGID", "D00255"]}, "OfficialNames" -> <|"China Approved Name" -> "carvedilol", "Indian Approved Name" -> "carvedilol", "FDA Approved Drug" -> "CARVEDILOL PHOSPHATE"|>, "PharmGKBID" -> "PA448817", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954344], ExternalIdentifier["PubChemCompoundID", 2585]}, "Synonyms" -> {"carvedilol", "coreg", "coreg cr", "carvedilolum [latin]", "querto", "coropress", "kredex", "dilatrend", "eucardic", "vascular cell adhesion protein 1 precursor", "v-cam 1", "cd106 antigen", "incam-100", "1-(9h-carbazol-4-yloxy)-3-[[2-(2-methoxyphenoxy)ethyl]amino]-2-propanol", "coreg[wiki]", "coreg;", "carvedilolum", "tl8005080", "72956-09-3[rn]", "coreg (tn)", "2-propanol 1-(9h-carbazol-4-yloxy)-3-[[2-(2-methoxyphenoxy)ethyl]amino]-", "c043211", "1-((9h-carbazol-4-yl)oxy)-3-((2-(2-methoxyphenoxy)ethyl)amino)propan-2-ol", "coropres", "carvedilol [usan:ban:inn:jan][inn][jan][usan]", "coreg;dilatrend", "carvedilol[wiki]", "carvedilolum[latin]", "72956-63-4", "carvedilolum [inn_la]", "2-propanol 1-(9h-carbazol-4-yloxy)-3-2-(2-methoxyphenoxy)ethylamino-", "1-(9h-carbazol-4-yloxy)-3-{[2-(2-methoxyphenoxy)ethyl]amino}propan-2-ol", "1-(9h-carbazol-4-yloxy)-3-{[2-(2-methoxyphenoxy)ethyl]amino}-2-propanol[acd/iupac name]", "1-(9h-carbazol-4-yloxy)-3-[(2-{[2-(methyloxy)phenyl]oxy}ethyl)amino]propan-2-ol", "72956-09-3", "1-(9h-carbazol-4-yloxy)-3-{2-(2-methoxyphenoxy)ethylamino}propan-2-ol", "dibloc", "dimitone", "[3-(9h-carbazol-4-yloxy)-2-hydroxypropyl][2-(2-methoxyphenoxy)ethyl]amine", "1-(9h-carbazol-4-yloxy)-3-[2-(2-methoxy-phenoxy)-ethylamino]-propan-2-ol", "sk&f-105517;", "carvedilol (jan/usan)[jan][usan]", "1514452[beilstein]", "artist", "coreg cr (tn)", "carvedilol phosphate", "carvedilol phosphate hemihydrate", "610309-89-2", "carvedilol phosphate hydrate", "d03415", "carvedilol phosphate (usan)", "610309-89-2[rn]", "carvedilol phosphate hydrate (jan)", "carvedilol phosphate[usan]"}|>, "5248" -> <|"DatabaseID" -> "SW03045", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00886"]}, "IsomericSmiles" -> "c1ccc(cc1)C[C@@H](C(=O)N[C@H]2CCS[C@H]3CCC[C@H](N3C2=O)C(=O)[O-])S", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01970"]}, "OfficialNames" -> <|"NPC Approved Name" -> "omapatrilat"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656629]}, "Synonyms" -> {"omapatrilat", "cid656629", "d01970", "chebi:159756", "chembl289556", "ac1lcvb7", "167305-00-2", "omapatrilat (jan/usan/inn)", "(4s", "bms-186716"}|>, "5249" -> <|"DatabaseID" -> "SW03046", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2272112]}, "IsomericSmiles" -> "CCC[C@@H]1C[C@H]([NH+](C1)C)C(=O)N[C@@H]([C@@H]2[C@@H]([C@@H]([C@H]([C@H](O2)SC)O)O)O)[C@@H](C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00223"]}, "OfficialNames" -> <|"Australia Approved Name" -> "LINCOMYCIN HYDROCHLORIDE", "FDA Approved Drug" -> "LINCOMYCIN HYDROCHLORIDE", "China Approved Name" -> "lincomycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3000540]}, "Synonyms" -> {"lincomycin", "cillimycin", "methyl 6,8-dideoxy-6-((((2s,4r)-1-methyl-4-propyl-2-pyrrolidinyl)carbonyl)amino)-1-thio-d-erythro-a-d-galacto-octopyranoside", "154-21-2", "lincomycin[wiki][inn][ban][usan]", "(2s,4r)-n-((1r,2r)-2-hydroxy-1-((2r,3r,4s,5r,6r)-3,4,5-trihydroxy-6-(methylthio)-tetrahydro-2h-pyran-2-yl)propyl)-1-methyl-4-propylpyrrolidine-2-carboxamide", "epilincomycin", "lincomycin a", "lincolnensin", "lincomycine[french]", "hms2089a13", "ac1mhd7x", "lincomycinum[latin]", "lincomycin (usan/inn)", "lincolcina", "c18h34n2o6s", "lincomicina[spanish]", "(2s,4r)-n-((1r,2r)-2-hydroxy-1-((2r,3r,4s,5r,6r)-3,4,5-trihydroxy-6-(methylthio)tetrahydro-2h-pyran-2-yl)propyl)-1-methyl-4-propylpyrrolidine-2-carboxamide", "lincocin", "frademicina", "chembl1447", "(2s-trans)-methyl6,8-dideoxy-6-[[(1-methyl-4-propyl-2-pyrrolidinyl)carbonyl]amino]-1-thio-d-erythro-a-d-galactooctopyranoside", "(2s,4r)-1-methyl-4-propyl-pyrrolidine-2-carboxylic acid [(1r,2r)-2-hydroxy-1-((2r,3r,4s,5r,6r)-3,4,5-trihydroxy-6-methylsulfanyl-tetrahydro-pyran-2-yl)-propyl]-amide", "jiemycin", "stock1n-50613", "1-methyl-4-propyl-pyrrolidine-2-carboxylic acid [2-hydroxy-1-(3,4,5-trihydroxy-6-methylsulfanyl-tetrahydro-pyran-2-yl)-propyl]-amide", "154-21-2[rn]", "205-824-6[einecs]"}|>, "5250" -> <|"DatabaseID" -> "SW03046", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2272112]}, "IsomericSmiles" -> "CCC[C@@H]1C[C@H]([NH+](C1)C)C(=O)N[C@@H]([C@@H]2[C@@H]([C@@H]([C@H]([C@H](O2)SC)O)O)O)[C@@H](C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00223"]}, "OfficialNames" -> <|"Australia Approved Name" -> "LINCOMYCIN HYDROCHLORIDE", "FDA Approved Drug" -> "LINCOMYCIN HYDROCHLORIDE", "China Approved Name" -> "lincomycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3000540]}, "Synonyms" -> {"lincomycin", "cillimycin", "methyl 6,8-dideoxy-6-((((2s,4r)-1-methyl-4-propyl-2-pyrrolidinyl)carbonyl)amino)-1-thio-d-erythro-a-d-galacto-octopyranoside", "154-21-2", "lincomycin[wiki][inn][ban][usan]", "(2s,4r)-n-((1r,2r)-2-hydroxy-1-((2r,3r,4s,5r,6r)-3,4,5-trihydroxy-6-(methylthio)-tetrahydro-2h-pyran-2-yl)propyl)-1-methyl-4-propylpyrrolidine-2-carboxamide", "epilincomycin", "lincomycin a", "lincolnensin", "lincomycine[french]", "hms2089a13", "ac1mhd7x", "lincomycinum[latin]", "lincomycin (usan/inn)", "lincolcina", "c18h34n2o6s", "lincomicina[spanish]", "(2s,4r)-n-((1r,2r)-2-hydroxy-1-((2r,3r,4s,5r,6r)-3,4,5-trihydroxy-6-(methylthio)tetrahydro-2h-pyran-2-yl)propyl)-1-methyl-4-propylpyrrolidine-2-carboxamide", "lincocin", "frademicina", "chembl1447", "(2s-trans)-methyl6,8-dideoxy-6-[[(1-methyl-4-propyl-2-pyrrolidinyl)carbonyl]amino]-1-thio-d-erythro-a-d-galactooctopyranoside", "(2s,4r)-1-methyl-4-propyl-pyrrolidine-2-carboxylic acid [(1r,2r)-2-hydroxy-1-((2r,3r,4s,5r,6r)-3,4,5-trihydroxy-6-methylsulfanyl-tetrahydro-pyran-2-yl)-propyl]-amide", "jiemycin", "stock1n-50613", "1-methyl-4-propyl-pyrrolidine-2-carboxylic acid [2-hydroxy-1-(3,4,5-trihydroxy-6-methylsulfanyl-tetrahydro-pyran-2-yl)-propyl]-amide", "154-21-2[rn]", "205-824-6[einecs]"}|>, "5251" -> <|"DatabaseID" -> "SW03047", "IsomericSmiles" -> "CC(CCC(=O)[O-])[C@H]1CC[C@@H]2[C@@]1([C@H](C[C@H]3[C@H]2[C@@H](C[C@H]4[C@@]3(CC[C@H](C4)O)C)O)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05355"], ExternalIdentifier["KEGGID", "D03322"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "papain", "Indian Approved Name" -> "pancreatin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56840785]}, "Synonyms" -> {"cholic acid", "einecs 206-643-5", "unii-nu3y4cch8z", "ccris 643", "trihydroxy 3-7-12 cholanate de na [french]", "pancreatin", "sodium cholic acid", "cholan-24-oic acid", "sodium cholate", "ds-na", "caroid", "papain"}|>, "5252" -> <|"DatabaseID" -> "SW03047", "IsomericSmiles" -> "CC(CCC(=O)[O-])[C@H]1CC[C@@H]2[C@@]1([C@H](C[C@H]3[C@H]2[C@@H](C[C@H]4[C@@]3(CC[C@H](C4)O)C)O)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05355"], ExternalIdentifier["KEGGID", "D03322"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "papain", "Indian Approved Name" -> "pancreatin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56840785]}, "Synonyms" -> {"cholic acid", "einecs 206-643-5", "unii-nu3y4cch8z", "ccris 643", "trihydroxy 3-7-12 cholanate de na [french]", "pancreatin", "sodium cholic acid", "cholan-24-oic acid", "sodium cholate", "ds-na", "caroid", "papain"}|>, "5253" -> <|"DatabaseID" -> "SW03048", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3473]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCOP(=O)([O-])OCC[N+](C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02494"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "miltefosine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3599]}, "Synonyms" -> {"miltefosine", "miltefosin c", "miltex", "n-hexadecylphosphorylcholine", "hdpc", "choline hydroxide hexadecyl hydrogen phosphate inner salt", "miltefosine [ban:inn][inn]", "[2-(hexadecyloxy-hydroxy-phosphoryloxy)-ethyl]-trimethyl-ammonium", "2-(((hexadecyloxy)hydroxyphosphinyl)oxy)-n,n,n-trimethylethanaminium hydroxide inner salt", "58066-85-6[rn]", "miltefosina", "choline hexadecyl hydrogen phosphate inner salt", "ethanaminium 2-[[(hexadecyloxy)hydroxyphosphinyl]oxy]-n,n,n-trimethyl-,inner salt", "hexadecyl 2-(trimethylammonio)ethyl phosphate[acd/iupac name]", "choline phosphate,hexadecyl ester,hydroxide inner salt (6ci)", "hexadecylphosphocholine", "miltefosine[wiki]", "miltefosinum", "ethanaminium 2-(((hexadecyloxy)hydroxyphosphinyl)oxy)-n,n,n-trimethyl-,hydroxide innersalt", "hexadecyl 2-trimethylazaniumylethyl phosphate", "2-[[(hexadecyloxy)hydroxyphosphinyl]oxy]-n,n,n-trimethylethanaminium inner salt", "d18506", "ethanaminium 2-(((hexadecyloxy)hydroxyphosphinyl)oxy)-n,n,n-trimethyl-,hydroxide innnersalt", "58066-85-6 8", "n-hexadecylphosphocholine", "hexadecylphosphocholine[wiki]", "impavido[wiki]", "4-04-00-01460", "hpc [van][formula]", "3,5-dioxa-4-phosphaunacosan-1-aminium 4-hydroxy-n,n,n-trimethyl- hydroxide inner salt,4-oxide", "hexadecyloxy-2-trimethylammonioethylphosphorate", "c039128", "m-7200", "hexadecyl hydrogen 2-(trimethylamino)ethyl phosphate", "miltefosin", "impavido", "4-04-00-01460 (beilstein handbook reference)[beilstein]", "2-(((hexadecyloxy)hydroxyphosphinyl)oxy)-n,n,n-trimethylethanaminium hydroxide", "mil", "58066-85-6", "miltefosinum[latin]", "hexadecylphosphorylcholine", "hexadecyl2-(n,n,n-trimethylamino)ethyl phosphate", "1-hexadecylphosphocholine", "h-1850", "miltefosina[spanish][inn]"}|>, "5254" -> <|"DatabaseID" -> "SW03048", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3473]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCOP(=O)([O-])OCC[N+](C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02494"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "miltefosine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3599]}, "Synonyms" -> {"miltefosine", "miltefosin c", "miltex", "n-hexadecylphosphorylcholine", "hdpc", "choline hydroxide hexadecyl hydrogen phosphate inner salt", "miltefosine [ban:inn][inn]", "[2-(hexadecyloxy-hydroxy-phosphoryloxy)-ethyl]-trimethyl-ammonium", "2-(((hexadecyloxy)hydroxyphosphinyl)oxy)-n,n,n-trimethylethanaminium hydroxide inner salt", "58066-85-6[rn]", "miltefosina", "choline hexadecyl hydrogen phosphate inner salt", "ethanaminium 2-[[(hexadecyloxy)hydroxyphosphinyl]oxy]-n,n,n-trimethyl-,inner salt", "hexadecyl 2-(trimethylammonio)ethyl phosphate[acd/iupac name]", "choline phosphate,hexadecyl ester,hydroxide inner salt (6ci)", "hexadecylphosphocholine", "miltefosine[wiki]", "miltefosinum", "ethanaminium 2-(((hexadecyloxy)hydroxyphosphinyl)oxy)-n,n,n-trimethyl-,hydroxide innersalt", "hexadecyl 2-trimethylazaniumylethyl phosphate", "2-[[(hexadecyloxy)hydroxyphosphinyl]oxy]-n,n,n-trimethylethanaminium inner salt", "d18506", "ethanaminium 2-(((hexadecyloxy)hydroxyphosphinyl)oxy)-n,n,n-trimethyl-,hydroxide innnersalt", "58066-85-6 8", "n-hexadecylphosphocholine", "hexadecylphosphocholine[wiki]", "impavido[wiki]", "4-04-00-01460", "hpc [van][formula]", "3,5-dioxa-4-phosphaunacosan-1-aminium 4-hydroxy-n,n,n-trimethyl- hydroxide inner salt,4-oxide", "hexadecyloxy-2-trimethylammonioethylphosphorate", "c039128", "m-7200", "hexadecyl hydrogen 2-(trimethylamino)ethyl phosphate", "miltefosin", "impavido", "4-04-00-01460 (beilstein handbook reference)[beilstein]", "2-(((hexadecyloxy)hydroxyphosphinyl)oxy)-n,n,n-trimethylethanaminium hydroxide", "mil", "58066-85-6", "miltefosinum[latin]", "hexadecylphosphorylcholine", "hexadecyl2-(n,n,n-trimethylamino)ethyl phosphate", "1-hexadecylphosphocholine", "h-1850", "miltefosina[spanish][inn]"}|>, "5255" -> <|"DatabaseID" -> "SW03049", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 401855]}, "IsomericSmiles" -> "c1cc(ccc1C(C#N)c2c(cc(cc2Cl)n3c(=O)[nH]c(=O)cn3)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03794"]}, "OfficialNames" -> <|"NPC Approved Name" -> "diclazuril"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 456389]}, "Synonyms" -> {"diclazuril", "nuoqiu", "(p-chlorophenyl)(2,6-dichloro-4-(4,5-dihydro-3,5-dioxo-as-triazin-2(3h)-yl)phenyl)acetonitrile", "r64", "clinacox", "2-[4-(3,5-dioxo(4h-1,2,4-triazin-2-yl))-2,6-dichlorophenyl]-2-(4-chlorophenyl)ethanenitrile", "(4-chloro-phenyl)-[2,6-dichloro-4-(3,5-dioxo-4,5-dihydro-3h-[1,2,4]triazin-2-yl)-phenyl]-acetonitrile", "2-(4-chlorophenyl)-2-[2,6-dichloro-4-(3,5-dioxo-1,2,4-triazin-2-yl)phenyl]acetonitrile", "101831-37-2", "2,6-dichloro-a-(4-chlorophenyl)-4-(4,5-dihydro-3,5-dioxo-1,2,4-triazin-2(3h)-yl)benzeneacetonitrile", "diclazuril[wiki][usan]", "101831-37-2[rn]", "diclazurilo", "2-[4-[3,5-bis(oxidanylidene)-1,2,4-triazin-2-yl]-2,6-bis(chloranyl)phenyl]-2-(4-chlorophenyl)ethanenitrile", "(p-chlorophenyl)[2,6-dichloro-4-(4,5-dihydro-3,5-dioxo-as-triazin-2(3h)-yl)phenyl]acetonitrile", "vecoxan", "2-(4-chlorophenyl)-2-[2,6-dichloro-4-(3,5-dioxo-2,3,4,5-tetrahydro-1,2,4-triazin-2-yl)phenyl]acetonitrile", "(4-chlorophenyl)[2,6-dichloro-4-(3,5-dioxo-4,5-dihydro-1,2,4-triazin-2(3h)-yl)phenyl]acetonitrile", "2-(4-chlorophenyl)-2-[2", "diclazurilum", "ncgc00168785-01"}|>, "5256" -> <|"DatabaseID" -> "SW03049", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 401855]}, "IsomericSmiles" -> "c1cc(ccc1C(C#N)c2c(cc(cc2Cl)n3c(=O)[nH]c(=O)cn3)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03794"]}, "OfficialNames" -> <|"NPC Approved Name" -> "diclazuril"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 456389]}, "Synonyms" -> {"diclazuril", "nuoqiu", "(p-chlorophenyl)(2,6-dichloro-4-(4,5-dihydro-3,5-dioxo-as-triazin-2(3h)-yl)phenyl)acetonitrile", "r64", "clinacox", "2-[4-(3,5-dioxo(4h-1,2,4-triazin-2-yl))-2,6-dichlorophenyl]-2-(4-chlorophenyl)ethanenitrile", "(4-chloro-phenyl)-[2,6-dichloro-4-(3,5-dioxo-4,5-dihydro-3h-[1,2,4]triazin-2-yl)-phenyl]-acetonitrile", "2-(4-chlorophenyl)-2-[2,6-dichloro-4-(3,5-dioxo-1,2,4-triazin-2-yl)phenyl]acetonitrile", "101831-37-2", "2,6-dichloro-a-(4-chlorophenyl)-4-(4,5-dihydro-3,5-dioxo-1,2,4-triazin-2(3h)-yl)benzeneacetonitrile", "diclazuril[wiki][usan]", "101831-37-2[rn]", "diclazurilo", "2-[4-[3,5-bis(oxidanylidene)-1,2,4-triazin-2-yl]-2,6-bis(chloranyl)phenyl]-2-(4-chlorophenyl)ethanenitrile", "(p-chlorophenyl)[2,6-dichloro-4-(4,5-dihydro-3,5-dioxo-as-triazin-2(3h)-yl)phenyl]acetonitrile", "vecoxan", "2-(4-chlorophenyl)-2-[2,6-dichloro-4-(3,5-dioxo-2,3,4,5-tetrahydro-1,2,4-triazin-2-yl)phenyl]acetonitrile", "(4-chlorophenyl)[2,6-dichloro-4-(3,5-dioxo-4,5-dihydro-1,2,4-triazin-2(3h)-yl)phenyl]acetonitrile", "2-(4-chlorophenyl)-2-[2", "diclazurilum", "ncgc00168785-01"}|>, "5257" -> <|"DatabaseID" -> "SW03050", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "40237"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3571948]}, "IsomericSmiles" -> "c1c(c(cc(c1F)F)F)C[C@H](CC(=O)N2CCn3c(nnc3C(F)(F)F)C2)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08516"]}, "OfficialNames" -> <|"Australia Approved Name" -> "SITAGLIPTIN", "FDA Approved Drug" -> "SITAGLIPTIN PHOSPHATE"|>, "PharmGKBID" -> "PA164748978", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4369359]}, "Synonyms" -> {"sitagliptin", "654671-78-0[rn]", "(3r)-3-amino-1-[3-(trifluoromethyl)-5,6,7,8-tetrahydro-1,2,4-triazolo[4,3-a]pyrazin-7-yl]-4-(2,4,5-trifluorophenyl)butan-1-one", "januvia", "janumet", "chebi:40237", "xelevia", "sitagliptin[wiki]", "(3r)-3-amino-1-(3-(trifluoromethyl)-5,6,7,8-tetrahydro-1,2,4-triazolo(4,3-a)pyrazin-7-yl)-4-(2,4,5-trifluorophenyl)butan-1-one", "486460-32-6", "(2r)-4-oxo-4-[3-(trifluoromethyl)-5,6-dihydro[1,2,4]triazolo[4,3-a]pyrazin-7(8h)-yl]-1-(2,4,5-trifluorophenyl)butan-2-amine; mk-0431", "sitagliptan", "(3r)-3-amino-1-[3-(trifluoromethyl)-5,6-dihydro[1,2,4]triazolo[4,3-a]pyrazin-7(8h)-yl]-4-(2,4,5-trifluorophenyl)butan-1-one", "9962060[beilstein]", "654671-77-9[rn]", "ac1n9zyr", "1-butanone 3-amino-1-[5,6-dihydro-3-(trifluoromethyl)-1,2,4-triazolo[4,3-a]pyrazin-7(8h)-yl]-4-(2,4,5-trifluorophenyl)- (3r)-", "januvia (merck & co.)", "(2r)-4-oxo-4-[3-(trifluormethyl)-5,6-dihydro[1,2,4]triazolo[4,3-a]pyrazin-7(8h)-yl]-1-(2,4,5-trifluorphenyl)butan-2-amin", "(2r)-4-oxo-4-[3-(trifluoromethyl)-5,6-dihydro[1,2,4]triazolo[4,3-a]pyrazin-7(8h)-yl]-1-(2,4,5-trifluorophenyl)butan-2-amine", "790712-60-6[rn]", "486460-32-6[rn]", "sitagliptin (prop.inn)"}|>, "5258" -> <|"DatabaseID" -> "SW03051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65952]}, "IsomericSmiles" -> "CC(C)([C@H]1Cc2cc3ccc(=O)oc3cc2O1)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nodakenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73191]}, "Synonyms" -> {"nodakenin", "(+)-marmesinin", "495-31-8", "megxp0_001251", "chebi:546611", "mls000563463", "ac1l2jf8", "495-31-8[rn]", "nodakenetin b-d-glucopyranoside", "2-[(2r)-7-oxo-2", "chembl459825", "ac1q6a33"}|>, "5259" -> <|"DatabaseID" -> "SW03052", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61374]}, "IsomericSmiles" -> "c1ccc2c(c1)c3c4c(c2=O)ccc5c4c6c(n3)ccc7c6c(n5)c8ccccc8c7=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "indo-yellow"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68059]}, "Synonyms" -> {"vat yellow 1", "ponsol yellow gd", "sandothrene ngn", "vat yellow i", "flavanthrone", "flavanthrene", "tinon yellow gn", "ponsol yellow g", "pigment yellow 24", "indofast yellow", "tyrian yellow i-g", "mikethrene yellow g", "c.i. vat yellow 1", "indanthren yellow g", "sandothrene yellow ng", "monolite fast yellow frs", "benzo[h]benzo[5,6]acridino[2,1,9,8-klmna]acridine-8,16-dione", "82601-32-9[rn]", "cromophtal yellow a2r", "flavanthrone (8ci)", "caledon printing yellow gn", "475-71-8[rn]", "romantrene yellow fg", "microlith gold g-t", "benzo[5,6]acridino[2,1,9,8-klmna]benzo[h]acridine-8,16-dione[acd/iupac name]", "indo yellow y-35", "chromophthal yellow-a2r", "solanthrene yellow j", "pigment yellow 112", "palanthrene yellow g", "paradone yellow g new", "indanthrene yellow g", "cromophtal yellow a 2r", "benzo[h]benz[5,6]acridino[2,1,9,8-klmna]acridine-8,16-dione", "caledon paper yellow gn", "carbanthrene printing yellow g", "52907-35-4[rn]", "c.i. pigment yellow 24", "indofast yellow toner", "benzo(h)benz(5,6)acridino(2,1,9,8-klmna)acridine-8,16-dione", "207-498-0[einecs]", "benz[5,6]acridino[2,1,9,8-klmna]benz[h]acridine-8,16-dione", "cibanone yellow fgn", "caledon yellow gn", "carbanthrene yellow g", "paliogen yellow 1870", "c.i. pigment yellow 112", "monolite fast yellow fr", "indanthren yellow glp"}|>, "5260" -> <|"DatabaseID" -> "SW03053", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34618"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445418]}, "IsomericSmiles" -> "c1c(nc(s1)N)/C(=C/CC(=O)[O-])/C(=O)N[C@H]2[C@@H]3N(C2=O)C(=CCS3)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02121"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFTIBUTEN DIHYDRATE"|>, "PharmGKBID" -> "PA164744555", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282241]}, "Synonyms" -> {"ceftibuten dihydrate", "seftem", "seftem (tn)", "cedax", "cedax (tn)", "118081-34-8[rn]", "(6r,7r)-7-[[(z)-2-(2-azanyl-1,3-thiazol-4-yl)-5-oxidanyl-5-oxidanylidene-pent-2-enoyl]amino]-8-oxidanylidene-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic aciddihydrate", "118081-34-8", "cetb", "ceftibuten[usan][jp15]", "(6r", "ceftibuten hydrate (jp16)", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-4-carboxy-1-oxo-2-butenyl]amino]-8-oxo- (6r,7r)- dihydrate", "(6r,7r)-7-[[(z)-2-(2-amino-4-thiazolyl)-4-carboxy-1-oxobut-2-enyl]amino]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid dihydrate", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-4-carboxybut-2-enoyl]amino}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid dihydrate", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-4-carboxy-1-oxo-2-buten-1-yl]amino]-8-oxo- (6r,7r)- hydrate (1:2)", "ac1nqzpm", "chebi:34618", "(+)-(6r,7r)-7-[2-(2-amino-1,3-thiazol-4-yl)-4-carboxy-2-butenamide]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid dihydrate", "ceftibuten.2h2o", "ceftibuten hydrate"}|>, "5261" -> <|"DatabaseID" -> "SW03054", "IsomericSmiles" -> "C[C@@H]1C(=O)N[C@@H](CS1)C(=O)N[C@@H](Cc2cnc[nH]2)C(=O)N3CCC[C@H]3C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02588"]}, "OfficialNames" -> <|"NPC Approved Name" -> "montirelin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6917793]}, "Synonyms" -> {"surecn7311976", "montirelin", "ps-24", "chembl2105106", "(3r", "ac1ocens", "surecn194391", "d02588", "montirelin (inn)", "90243-66-6"}|>, "5262" -> <|"DatabaseID" -> "SW03055", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "45951"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5365], ExternalIdentifier["ChemSpiderID", 571367]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00831"]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)CCCN2c3ccccc3Sc4c2cc(cc4)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00799"], ExternalIdentifier["KEGGID", "D01448"]}, "OfficialNames" -> <|"China Approved Name" -> "trifluoperazine", "Indian Approved Name" -> "trifluoperazine hcl;trifluoperazine", "Australia Approved Name" -> "TRIFLUOPERAZINE", "FDA Approved Drug" -> "TRIFLUOPERAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451771", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5566]}, "Synonyms" -> {"trifluperazine", "triflurin", "trifluoperazin", "triperazine", "trifluoperazine", "trifluoperazine dihydrochloride", "stelazine", "trifluoroperazine", "trifluoperazina", "trifluoromethylperazine", "novo-trifluzine", "stellazine", "triphtazin", "triphtazine", "triphthazine", "triftazine", "trifluroperizine", "tryptazine dihydrochloride", "eskazine", "triphthasine", "modalina", "tryptazine", "terfluzine", "eskazinyl", "jatroneural", "flurazine", "fluoperazine", "triftazin", "trazine", "triphthazine dihydrochloride", "trifluoperazine hcl", "trifluoperazine hydrochloride", "stelabid no 1 (isopropamide iodide + trifluoperazine hydrochloride)_mixture", "synklor", "calvasculin", "protein mts1", "s100 calcium-binding protein a4", "placental calcium-binding protein", "trifluoroperazine hydrochloride", "stelabid no 2 (isopropamide iodide + trifluoperazine hydrochloride)_mixture", "parmodalin (tranylcypromine + trifluoperazine)_mixture", "trifluoroperazine dihydrochloride", "440-17-5[rn]", "stelabid forte (isopropamide iodide + trifluoperazine hydrochloride)_mixture", "207-123-0[einecs]", "metastasin", "trifluoperazine[wiki]", "stelazine[wiki]", "10-(3-(4-methylpiperazin-1-yl)propyl)-2-(trifluoromethyl)-10h-phenothiazine dihydrochloride", "2-trifluoromethyl-10-(3'-(1-methyl-4-piperazinyl)propyl)phenothiazine", "trifluoperazine maleate", "trifluoroperazine[wiki]", "trifluoperaz", "117-89-5[rn]", "10-(3-(4-methyl-1-piperazinyl)propyl)-2-(trifluoromethyl)-phenothiazine", "triflorperazine dihydrochloride", "trifluoperazinum[latin]", "10-(3-(4-methylpiperazin-1-yl)propyl)-2-trifluoromethyl-10h-phenothiazine", "117-89-5", "10h-phenothiazine,10-[3-(4-methyl-1-piperazinyl)propyl]-2-(trifluoromethyl)-", "10h-phenothiazine,10-(3-(4-methyl-1-piperazinyl)propyl)-2-(trifluoromethyl)-", "57272[beilstein]", "10-[3-(4-methyl-piperazin-1-yl)-propyl]-2-trifluoromethyl-10h-phenothiazine", "stalazine hydrochloride", "10-[3-(4-methylpiperazin-1-yl)propyl]-2-(trifluoromethyl)phenothiazine", "modalina[spanish][inn]", "10-[3-(4-methyl-piperazin-1-yl)-propyl]-2-trifluoromethyl-10h-phenothiazine (trifluoperazine)", "trifluoperazinum [inn_la]", "trifluperazine dihydrochloride", "apo-trifluoperazine", "440-17-5 (dihydrochloride)", "10-[3-(4-methylpiperazin-1-yl)propyl]-2-(trifluoromethyl)-10h-phenothiazine", "trifluoperazina[italian]", "pms trifluoperazine", "10-(3-(4-methyl-1-piperazinyl)propyl)-2-(trifluoromethyl)phenothiazine", "10-[3-(4-methyl-1-piperazinyl)propyl]-2-(trifluoromethyl)-10h-phenothiazine[acd/iupac name]", "phenothiazine 10-(3-(4-methyl-1-piperazinyl)propyl)-2-(trifluoromethyl)-", "10-[3-(4-methyl-1-piperazinyl)propyl]-2-(trifluoromethyl)phenothia zinedihydrochloride", "10-[3-(4-methylpiperazin-1-yl)propyl]-2-(trifluoromethyl)phenothiazine dihydrochloride", "10-(3-(4-methylpiperazin-1-yl)propyl)-2-(trifluoromethyl)-10h-phenothiazine", "204-219-4[einecs]", "10-[3-(4-methyl-piperazin-1-yl)-propyl]-2-trifluoromethyl-10h-phenothiazine dihydrochloride", "trifluoperazine hydrochoride", "2-trifluoromethyl-10-[3'-(1-methyl-4-piperazinyl)propyl]phenothiazine", "440-17-5", "calmazine", "cas-440-17-5", "trifluoperazine (oxide)", "(trifluoperazine)10-[3-(4-methyl-piperazin-1-yl)-propyl]-2-trifluoromethyl-10h-phenothiazine", "trifluoromethyl-10-(3'-(1-methyl-4-piperazinyl)propyl)phenothiazine", "337376-15-5", "stelazine (*dihydrochloride*)", "10-(3-(4-methyl-1-piperazinyl)propyl)-2-(trifluoromethyl)-10h-phenothiazine", "10-[3-(4-methyl-piperazin-1-yl)-propyl]-2-trifluoromethyl-10h-phenothiazine ( trifluoperazine)", "10-[3-(4-methylpiperazin-1-yl)propyl]-2-(trifluormethyl)-10h-phenothiazinhydrochlorid", "10-[3-(4-methylpiperazin-1-yl)propyl]-2-(trifluoromethyl)-10h-phenothiazine hydrochloride(1:1)", "trifluoperazine hydrochloride (van)", "10h-phenothiazine,10-[3-(4-methyl-1-piperazinyl)propyl]-2-(trifluoromethyl)- monohydrochloride", "10h-phenothiazine,10-[3-(4-methyl-1-piperazinyl)propyl]-2-(trifluoromethyl)- hydrochloride (1:1)", "10-[3-(4-methylpiperazin-1-yl)propyl]-2-(trifluoromethyl)-10h-phenothiazine hydrochloride", "10-[3-(4-methyl-1-piperazinyl)propyl]-2-(trifluoromethyl)-10h-phenothiazine hydrochloride", "trifluoperazine hydrochloride[jan]"}|>, "5263" -> <|"DatabaseID" -> "SW03056", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7613"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11903]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nonacosane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12409]}, "Synonyms" -> {"n-nonacosane", "[630-03-5]", "630-03-5[rn]", "nonacosan", "chebi:7613", "211-126-2[einecs]", "nonacosane[wiki][acd/iupac name]", "74156_fluka", "tl8004357", "nonacosane", "284246_aldrich", "ac1q28u0", "chembl428955", "630-03-5", "ch3-[ch2]27-ch3", "1724922[beilstein]", "ac1l1zjc", "ag-g-32540", "z-14-nonacosane"}|>, "5264" -> <|"DatabaseID" -> "SW03057", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3001"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00394"]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)CO)O)C)O)Cl)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07495"]}, "OfficialNames" -> <|"China Approved Name" -> "beclometasone", "WHO Essential Medicine" -> "beclometasone", "Indian Approved Name" -> "beclomethasone;beclometasone"|>, "PharmGKBID" -> "PA448547", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20469]}, "Synonyms" -> {"beclometasone", "beclometasonum [inn-latin]", "beclometasona [inn-spanish]", "becotide", "becloval", "anceron", "beclomethasone", "beclometasonum", "beclometasona", "beconase aq", "inalone", "beclometasondipropionat mikron", "andion", "vanceril double strength", "aldecin", "becodisks", "becloforte", "viarox", "korbutone", "beclocort", "sanasthmyl", "gr", "clenil-a", "viarex", "beclorhinol", "qvar", "sanasthmax", "beclovent", "beclacin", "beclomet", "vancenase aq", "aerobec", "propaderm", "vancenase", "vanceril", "entyderma", "beconase", "rino-clenil", "beconasol", "qvar 80", "beclometason", "(11b,16b)-9-chloro-11,17,21-trihydroxy-16-methylpregna-1,4-diene-3,20-dione", "beconase[wiki]", "beclomethasone dipropionate[usp]", "5640546[beilstein]", "9a-chloro-16b-methyl-1,4-pregnadiene-11b,17a,21-triol-3,20-dione", "beclometasonum [inn_la]", "224-585-9[einecs]", "337376-15-5", "4419-39-0[rn]", "9a-chloro-16b-methylprednisolone", "beclomethasone[wiki]"}|>, "5265" -> <|"DatabaseID" -> "SW03058", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106563]}, "IsomericSmiles" -> "CC(C)(C#N)O[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linustatin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119301]}, "Synonyms" -> {"linustatin", "72229-40-4", "2-{[6-o-(|a-d-glucopyranosyl)-|a-d-glucopyranosyl]oxy}-2-methylpropanenitrile", "propanenitrile", "ar-1d7509", "zinc04097528", "ls-120873", "2-((6-o-beta-d-glucopyranosyl-beta-d-glucopyranosyl)oxy)-2-methylpropanenitrile", "ac1l3ok2", "72229-40-4[rn]", "ac1q4qut"}|>, "5266" -> <|"DatabaseID" -> "SW03059", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "49040"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 132493]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00973"]}, "IsomericSmiles" -> "c1cc(ccc1[C@@H]2[C@H](C(=O)N2c3ccc(cc3)F)CC[C@@H](c4ccc(cc4)F)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01966"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ezetimibe", "FDA Approved Drug" -> "EZETIMIBE"|>, "PharmGKBID" -> "PA10816", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 150311]}, "Synonyms" -> {"ezedoc", "zetia", "ezetimibe", "zetia (tn)", "ezetrol", "163222-33-1", "zient", "myeloid plasma membrane glycoprotein cd13", "ezetimibe[wiki]", "2-azetidinone 1-(4-fluorophenyl)-3-[(3s)-3-(4-fluorophenyl)-3-hydroxypropyl]-4-(4-hydroxyphenyl)-,(3r,4s)-", "gp150", "hapn", "ezetimibe (jan/usan)[jan][usan]", "sch 58235", "zetia ;ezetrol", "zetia ezetrol", "ezetrol[wiki]", "(3r,4s)-1-(4-fluorophenyl)-3-[(3s)-3-(4-fluorophenyl)-3-hydroxypropyl]-4-(4-hydroxyphenyl)azetidin-2-one", "163222-33-1[rn]", "vytorin (one component of a combination drug)", "(3r,4s)-1-(4-fluorphenyl)-3-[(3s)-3-(4-fluorphenyl)-3-hydroxypropyl]-4-(4-hydroxyphenyl)azetidin-2-on", "ezetimibe [usan:inn][inn][usan]", "aminopeptidase m", "inegy (simvastatin + ezetimibe)_mixture", "s1655_selleck", "microsomal aminopeptidase", "(-)-sch 58235", "(3r,4s)-1-(4-fluorophenyl)-3-[(3s)-3-(4-fluorophenyl)-3-hydroxypropyl]-4-(4-hydroxyphenyl)-2-azetidinone[acd/iupac name]", "7981967[beilstein]", "ec 3.4.11.2", "sch-58235", "zetia[wiki]", "2-azetidinone 1-(4-fluorophenyl)-3-((3s)-3-(4-fluorophenyl)-3-hydroxypropyl)-4-(4-hydroxyphenyl)-,(3r,4s)-", "cd13 antigen", "alanyl aminopeptidase"}|>, "5267" -> <|"DatabaseID" -> "SW03060", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9399"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 114457], ExternalIdentifier["ChemSpiderID", 4515016]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00706"]}, "IsomericSmiles" -> "CCOc1ccccc1OCC[NH2+][C@H](C)Cc2ccc(c(c2)S(=O)(=O)N)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08560"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tamsulosin hcl", "FDA Approved Drug" -> "TAMSULOSIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362376]}, "Synonyms" -> {"tamsulosin", "flomax", "omnic", "pradif", "alna", "secotex", "tamsulosin hydrochloride", "tamsolusin", "106133-20-4[rn]", "urolosin", "josir", "omix", "tamsulosin[wiki]", "flomax[wiki]", "omic", "tamsulosinhydrochloride", "5-[(2r)-2-{[2-(2-ethoxyphenoxy)ethyl]amino}propyl]-2-methoxybenzenesulfonamide hydrochloride (1:1)", "tamsulosinum[latin]", "5-[2-[2-(2-ethoxyphenoxy)ethylamino]propyl]-2-methoxy-benzenesulfonamide", "5-[(2r)-2-{[2-(2-ethoxyphenoxy)ethyl]amino}propyl]-2-methoxybenzenesulfonamide[acd/iupac name]", "ym 12617-1", "benzenesulfonamide 5-[(2r)-2-[[2-(2-ethoxyphenoxy)ethyl]amino]propyl]-2-methoxy- chloride hydrogen salt (1:1)", "5-[(2r)-2-{[2-(2-ethoxyphenoxy)ethyl]amino}propyl]-2-methoxybenzenesulfonamide hydrochloride", "6896059[beilstein]", "tamsulosin hcl", "106138-88-9[rn]", "tamsulosin hydrochloride [usan:jan][jan][usan]", "(-)-(r)-5-[2-[[2-(o-ethoxyphenoxy)ethyl]amino]propyl]-2-methoxybenzenesulfonamidemonohydrochloride", "5-{(r)-2-[2-(2-ethoxy-phenoxy)-ethylamino]-propyl}-2-methoxy-benzenesulfonamide", "r-(-)-ym-12617", "hydrogenchloride5-[(2r)-2-{[2-(2-ethoxyphenoxy)ethyl]amino}propyl]-2-methoxybenzenesulfonamide (1:1:1)", "5-[(2r)-2-[2-(2-ethoxyphenoxy)ethylamino]propyl]-2-methoxybenzenesulfonamide", "benzenesulfonamide 5-[(2r)-2-[[2-(2-ethoxyphenoxy)ethyl]amino]propyl]-2-methoxy-", "r-(-)-5-(2-((2-(2-ethoxyphenoxy)ethyl)amino)propyl)-2-methoxybenzenesulfonamide hydrochloride", "ym-617", "tamsulosin (r)-form hydrochloride", "112101-78-7[rn]", "harnal[wiki]", "5-[(2r)-2-{[2-(2-ethoxyphenoxy)ethyl]amino}propyl]-2-methoxybenzolsulfonamidhydrochlorid", "amsulosin", "tamsulosin hydrochloride (jp15/usan)[usan][jp15]", "ym617", "(r)-5-[2-[[2-(2-ethoxyphenoxy)ethyl]amino]propyl]-2-methoxybenzenesulfonamide", "amsulosin hydrochloride", "(r)-5-(2-((2-(2-ethoxyphenoxy)ethyl)amino)propyl)-2-methoxybenzenesulfonamide", "alpha 1b-adrenoceptor", "alnaocas", "tamsulosina[spanish][inn]", "tamsolusinhydrochloride", "ym-12617-1", "benzenesulfonamide 5-[(2r)-2-[[2-(2-ethoxyphenoxy)ethyl]amino]propyl]-2-methoxy- monohydrochloride", "expros", "128332-25-2[rn]", "tamsulosine [inn-french]", "tamsulosine[french][inn]", "tamsulon", "106463-17-6[rn]", "5-[(2r)-2-{[2-(2-ethoxyphenoxy)ethyl]amino}propyl]-2-methoxybenzene-1-sulfonamidehydrochloride", "5-{(2r)-2-[(2-{[2-(ethyloxy)phenyl]oxy}ethyl)amino]propyl}-2-(methyloxy)benzenesulfonamide", "(-)-(r)-5-(2-((2-(o-ethoxyphenoxy)ethyl)amino)propyl)-2-methoxybenzenesulfonamidemonohydrochloride", "(r)-5-[2-[[2-(2-ethoxyphenoxy)ethyl]amino]propyl]-2-methoxybenzenesulfonamide monohydrochloride", "harnal", "80223-99-0[rn]", "benzenesulfonamide 5-[(2r)-2-[[2-(2-ethoxyphenoxy)ethyl]amino]propyl]-2-methoxy- hydrochloride (1:1)", "5-[(2r)-2-[[2-(2-ethoxyphenoxy)ethyl]amino]propyl]-2-benzenesulfonamidehydrochloride", "benzenesulfonamide 5-(2-((2-(2-ethoxyphenoxy)ethyl)amino)propyl)-2-methoxy- monohydrochloride (r)-", "tamsulosinum [inn-latin]", "(r)-5-(2-((2-(2-ethoxyphenoxy)ethyl)amino)propyl)-2-methoxybenzenesulfonamide monohydrochloride; flomax; harnal; omnic; pradif", "benzenesulfonamide 5-(2-((2-(2-ethoxyphenoxy)ethyl)amino)propyl)-2-methoxy- (r)-", "(r)-5-(2-((2-(2-ethoxyphenoxy)ethyl)amino)propyl)-2-methoxybenzenesulfonamide monohydrochloride", "ly253351", "alpha 1b- adrenoreceptor", "tamsulosina [inn-spanish]", "5-[(2r)-2-[2-(2-ethoxyphenoxy)ethylamino]propyl]-2-methoxy-benzenesulfonamide", "6897600[beilstein]"}|>, "5268" -> <|"DatabaseID" -> "SW03061", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2668"], ExternalIdentifier["ChEBIID", "2669"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2077], ExternalIdentifier["ChemSpiderID", 54537], ExternalIdentifier["ChemSpiderID", 4940607]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00381"]}, "IsomericSmiles" -> "CCOC(=O)C1=C(NC(=C(C1c2ccccc2Cl)C(=O)OC)C)COCC[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07450"], ExternalIdentifier["KEGGID", "D00615"], ExternalIdentifier["KEGGID", "D02914"]}, "OfficialNames" -> <|"China Approved Name" -> "amlodipine", "WHO Essential Medicine" -> "amlodipine", "Indian Approved Name" -> "amlodipine;s-amlodipine;amlodipine besylate", "FDA Approved Drug" -> "AMLODIPINE;AMLODIPINE BESYLATE;AMLODIPINE MALEATE"|>, "PharmGKBID" -> "PA448388", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2162], ExternalIdentifier["PubChemCompoundID", 60496], ExternalIdentifier["PubChemCompoundID", 6435922]}, "Synonyms" -> {"norvasc", "amvaz", "amlodipine", "lipinox", "amlodipinum [latin]", "amlodipino [spanish]", "amlocard", "amlodis", "coroval", "amlodipine besilate", "amlodipine besylate", "amlodipine benzenesulfonate", "exforge (amlodipine + valsartan)_mixture", "carbonate dehydratase i", "coroval b (amlodipine + benazepril)_mixture", "ca-i", "carbonic anhydrase i", "ec 4.2.1.1", "azor (amlodipine + olmesartan)_mixture", "lotrel", "lotrel (amlodipine + benazepril)_mixture", "caduet (amlodipine + atorvastatin)_mixture", "amlodipine free base", "88150-47-4[rn]", "2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-3,5-pyridinedicarboxylicacid 3-ethyl 5-methyl ester benzenesulfonate", "amlodipinum", "norvasc[wiki]", "o3-ethylo5-methyl2-(2-azanylethoxymethyl)-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate", "pelmec", "amlodipine[wiki][inn][ban]", "2-(2-aminoethoxymethyl)-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylic acid o3-ethyl estero5-methyl ester", "amlodipino", "88150-42-9[rn]", "111470-99-6[rn]", "3,5-pyridinedicarboxylic acid 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-,3-ethyl 5-methyl ester", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydro-3,5-pyridinedicarboxylate[acd/iupac name]", "246852-12-0[rn]", "(s)-amlodipine; (4s)-2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-3,5-pyridinedicarboxylic acid3-ethyl 5-methyl ester", "3-ethyl 5-methyl 2-{[(2-aminoethyl)oxy]methyl}-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate", "amlodipino[spanish]", "amlodipinum[latin]", "103129-82-4[rn]", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate", "t6m dhj b1o2z cvo2 dr bg& evo1 f1[wln]", "methyl ethyl 2-(2-aminoethoxymethyl)-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate", "2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-3,5-pyridinedicarboxylicacid 3-ethyl 5-methyl ester", "amlodipine maleate", "3,5-pyridinedicarboxylic acid 2-((2-aminoethoxy)methyl)-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-,3-ethyl 5-methyl ester", "3-ethyl 5-methyl 2-((2-aminoethoxy)methyl)-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate", "levamlodipine", "istin;norvasc;caduet;norvasc", "amlodipinemaleate", "amvaz (tn)", "amlodipine maleate[usan]", "amdepin", "3,5-pyridinedicarboxylic acid 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-,3-ethyl 5-methyl ester (2z)-2-butenedioate (1:1)", "amdipin", "amlodin", "methyl 6-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-5-(ethoxycarbonyl)-2-methyl-1,4-dihydropyridine-3-carboxylate (2z)but-2-enedioic acid", "amlosyn", "amlogard", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate(2z)-but-2-enedioate (1:1)", "amlopin", "2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-3,5-pyridinedicarboxylicacid 3-ethyl 5-methyl ester (z)-2-butenedioate", "antacal", "2-[(2-aminoethoxy)-methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-3,5-pyridinedicarboxylic acid 3-ethyl 5-methyl ester benzene sulfonate", "3,5-pyridinedicarboxylic acid 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-,3-ethyl 5-methyl ester benzenesulfonate (1:1)", "terloc", "3", "tensivask", "[111470-99-6]", "norlopin", "88150-47-4", "monopina", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate; benzenesulfonicacid", "myodura", "111470-99-6", "amlodipine maleate (usan)", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylatebenzenesulfonate(1:1)", "ac1o5kqs", "calchek", "amlodipine besilate; 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-3-ethoxycarbonyl-5-methoxycarbonyl-6-methyl-1,4-dihydropyridine benzenesulfonate", "cordarene", "lowrac", "amcard", "cardiorex", "benzenesulfonic acid[wiki][acd/iupac name]", "3,5-pyridinedicarboxylic acid 2-((2-aminoethoxy)methyl)-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-,3-ethyl-5-methyl ester monobenzenesulfonate", "tl8000339", "amlodipine besilate; amlodipine besylate", "norvask", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydro-3,5-pyridinedicarboxylatebenzenesulfonate", "istin norvasc", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydro-3,5-pyridinedicarboxylatebenzenesulfonate(1:1)[acd/iupac name]", "amlodipine; amlodipino; amlodipinum", "amlodipine maleate [usan]", "unii-cq27g2bzjm", "amlodipine besylate[usan]", "amlodipinum [inn_la]", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylatebenzenesulfonate", "uk-48340-26", "methyl 6-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-5-(ethoxycarbonyl)-2-methyl-1,4-dihydropyridine-3-carboxylate benzenesulfonic acid", "istin;norvasc;norvasc", "astudar"}|>, "5269" -> <|"DatabaseID" -> "SW03061", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2668"], ExternalIdentifier["ChEBIID", "2669"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2077], ExternalIdentifier["ChemSpiderID", 54537], ExternalIdentifier["ChemSpiderID", 4940607]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00381"]}, "IsomericSmiles" -> "CCOC(=O)C1=C(NC(=C(C1c2ccccc2Cl)C(=O)OC)C)COCC[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07450"], ExternalIdentifier["KEGGID", "D00615"], ExternalIdentifier["KEGGID", "D02914"]}, "OfficialNames" -> <|"China Approved Name" -> "amlodipine", "WHO Essential Medicine" -> "amlodipine", "Indian Approved Name" -> "amlodipine;s-amlodipine;amlodipine besylate", "FDA Approved Drug" -> "AMLODIPINE;AMLODIPINE BESYLATE;AMLODIPINE MALEATE"|>, "PharmGKBID" -> "PA448388", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2162], ExternalIdentifier["PubChemCompoundID", 60496], ExternalIdentifier["PubChemCompoundID", 6435922]}, "Synonyms" -> {"norvasc", "amvaz", "amlodipine", "lipinox", "amlodipinum [latin]", "amlodipino [spanish]", "amlocard", "amlodis", "coroval", "amlodipine besilate", "amlodipine besylate", "amlodipine benzenesulfonate", "exforge (amlodipine + valsartan)_mixture", "carbonate dehydratase i", "coroval b (amlodipine + benazepril)_mixture", "ca-i", "carbonic anhydrase i", "ec 4.2.1.1", "azor (amlodipine + olmesartan)_mixture", "lotrel", "lotrel (amlodipine + benazepril)_mixture", "caduet (amlodipine + atorvastatin)_mixture", "amlodipine free base", "88150-47-4[rn]", "2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-3,5-pyridinedicarboxylicacid 3-ethyl 5-methyl ester benzenesulfonate", "amlodipinum", "norvasc[wiki]", "o3-ethylo5-methyl2-(2-azanylethoxymethyl)-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate", "pelmec", "amlodipine[wiki][inn][ban]", "2-(2-aminoethoxymethyl)-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylic acid o3-ethyl estero5-methyl ester", "amlodipino", "88150-42-9[rn]", "111470-99-6[rn]", "3,5-pyridinedicarboxylic acid 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-,3-ethyl 5-methyl ester", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydro-3,5-pyridinedicarboxylate[acd/iupac name]", "246852-12-0[rn]", "(s)-amlodipine; (4s)-2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-3,5-pyridinedicarboxylic acid3-ethyl 5-methyl ester", "3-ethyl 5-methyl 2-{[(2-aminoethyl)oxy]methyl}-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate", "amlodipino[spanish]", "amlodipinum[latin]", "103129-82-4[rn]", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate", "t6m dhj b1o2z cvo2 dr bg& evo1 f1[wln]", "methyl ethyl 2-(2-aminoethoxymethyl)-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate", "2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-3,5-pyridinedicarboxylicacid 3-ethyl 5-methyl ester", "amlodipine maleate", "3,5-pyridinedicarboxylic acid 2-((2-aminoethoxy)methyl)-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-,3-ethyl 5-methyl ester", "3-ethyl 5-methyl 2-((2-aminoethoxy)methyl)-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate", "levamlodipine", "istin;norvasc;caduet;norvasc", "amlodipinemaleate", "amvaz (tn)", "amlodipine maleate[usan]", "amdepin", "3,5-pyridinedicarboxylic acid 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-,3-ethyl 5-methyl ester (2z)-2-butenedioate (1:1)", "amdipin", "amlodin", "methyl 6-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-5-(ethoxycarbonyl)-2-methyl-1,4-dihydropyridine-3-carboxylate (2z)but-2-enedioic acid", "amlosyn", "amlogard", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate(2z)-but-2-enedioate (1:1)", "amlopin", "2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-3,5-pyridinedicarboxylicacid 3-ethyl 5-methyl ester (z)-2-butenedioate", "antacal", "2-[(2-aminoethoxy)-methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-3,5-pyridinedicarboxylic acid 3-ethyl 5-methyl ester benzene sulfonate", "3,5-pyridinedicarboxylic acid 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-,3-ethyl 5-methyl ester benzenesulfonate (1:1)", "terloc", "3", "tensivask", "[111470-99-6]", "norlopin", "88150-47-4", "monopina", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate; benzenesulfonicacid", "myodura", "111470-99-6", "amlodipine maleate (usan)", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylatebenzenesulfonate(1:1)", "ac1o5kqs", "calchek", "amlodipine besilate; 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-3-ethoxycarbonyl-5-methoxycarbonyl-6-methyl-1,4-dihydropyridine benzenesulfonate", "cordarene", "lowrac", "amcard", "cardiorex", "benzenesulfonic acid[wiki][acd/iupac name]", "3,5-pyridinedicarboxylic acid 2-((2-aminoethoxy)methyl)-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-,3-ethyl-5-methyl ester monobenzenesulfonate", "tl8000339", "amlodipine besilate; amlodipine besylate", "norvask", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydro-3,5-pyridinedicarboxylatebenzenesulfonate", "istin norvasc", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydro-3,5-pyridinedicarboxylatebenzenesulfonate(1:1)[acd/iupac name]", "amlodipine; amlodipino; amlodipinum", "amlodipine maleate [usan]", "unii-cq27g2bzjm", "amlodipine besylate[usan]", "amlodipinum [inn_la]", "3-ethyl 5-methyl 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylatebenzenesulfonate", "uk-48340-26", "methyl 6-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-5-(ethoxycarbonyl)-2-methyl-1,4-dihydropyridine-3-carboxylate benzenesulfonic acid", "istin;norvasc;norvasc", "astudar"}|>, "5270" -> <|"DatabaseID" -> "SW03062", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7998499]}, "IsomericSmiles" -> "CCOC(=O)C1=C(NC(=C([C@@H]1c2ccccc2Cl)C(=O)OC)C)COCC[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08941"]}, "OfficialNames" -> <|"China Approved Name" -> "levamlodipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46174133]}, "Synonyms" -> {"levamlodipine malate (usan)", "3-ethyl 5-methyl (4s)-2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-6-methyl-1,4-dihydropyridine-3,5-dicarboxylate", "levamlodipine malate", "amlodipine[wiki][inn][ban]", "3,5-pyridinedicarboxylic acid 2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-,3-ethyl 5-methyl ester (4s)-", "levamlodipine", "736178-83-9", "(s)-amlodipine", "amlodipinum [inn_la]", "103129-82-4[rn]", "(-)-(s)-amlodipine", "levoamlodipine besylate", "150566-71-5[rn]", "levoamlodipine", "(4s)-2-[(2-aminoethoxy)methyl]-4-(2-chlorophenyl)-1,4-dihydro-6-methyl-3,5-pyridinedicarboxylic acid 3-ethyl5-methylester", "(4s)-; l-amlodipine; levoamlodipine besylate; (s)-amlodipine", "d08941"}|>, "5271" -> <|"DatabaseID" -> "SW03063", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34764"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15632]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3C[C@@H](C4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)CO)O)C)O)F)C)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04208"]}, "OfficialNames" -> <|"Australia Approved Name" -> "FLUMETASONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16490]}, "Synonyms" -> {"aniprime", "flumethasone", "fluvet", "(1r,2s,8s,10s,11s,13r,14r,15s,17s)-1,8-difluoro-14,17-dihydroxy-14-(2-hydroxyacetyl)-2,13,15-trimethyltetracyclo[8.7.0.02,7.011,15]heptadeca-3,6-dien-5-one", "methagon", "anaprime", "flucorticin", "flumetasone", "cortexilar", "flumethason", "(6s,8s,9r,10s,11s,13s,14s,16r,17r)-6,9-difluoro-17-glycoloyl-11,17-dihydroxy-10,13,16-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one", "flumetasonum[latin]", "flumetasone pivalate imp. a (ep)", "218-370-9[einecs]", "flucort", "u-10,974", "flumetasona[spanish][inn]", "6a,9a-difluoro-16a-methylprednisolone", "flumetasone[wiki]", "flumetasona; flumetasone; flumetasonum", "2135-17-3[rn]", "flumetasona", "flumethasone[wiki]", "flumethasone [usan:ban][usan]", "5645455[beilstein]", "(6s,8s,9r,10s,11s,13s,14s,16r,17r)-6,9-difluor-17-glycoloyl-11,17-dihydroxy-10,13,16-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-on", "flucort (veterinary)", "flumethasonum", "6,9-difluoro-11,17,21-trihydroxy-16-methylpregna-1,4-diene-3,20-dione[acd/iupac name]", "locorten", "6a-fluorodexamethasone"}|>, "5272" -> <|"DatabaseID" -> "SW03064", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5136"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01095"]}, "IsomericSmiles" -> "CC(C)n1c2ccccc2c(c1/C=C/[C@@H](C[C@@H](CC(=O)[O-])O)O)c3ccc(cc3)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07983"]}, "OfficialNames" -> <|"China Approved Name" -> "fluvastatin", "FDA Approved Drug" -> "FLUVASTATIN"|>, "PharmGKBID" -> "PA449688", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1548972]}, "Synonyms" -> {"fluvastatin", "fluvastatinum [inn-latin]", "lescol", "fluindostatin", "fluvastatine [inn-french]", "fluvastatina [inn-spanish]", "cranoc", "fluvastatina", "fluvastatinum", "fluvastatin sodium", "ec 1.1.1.34", "canef", "lescol xl", "fluvastatine", "hmg-coa reductase", "fluvas"}|>, "5273" -> <|"DatabaseID" -> "SW03065", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2226]}, "IsomericSmiles" -> "c1ccc(cc1)COC(=O)c2ccccc2OC(=O)C3CCC(CC3)C[NH+]=C(N)N", "OfficialNames" -> <|"NPC Approved Name" -> "benexate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2316]}, "Synonyms" -> {"benzyl 2-{[(4-{[(diaminomethylidene)amino]methyl}cyclohexyl)carbonyl]oxy}benzoate", "78718-52-2[rn]", "benexato[spanish]", "benexate (inn)", "benzoic acid 2-(((4-(((aminoiminomethyl)amino)methyl)cyclohexyl)carbonyl)oxy)-,phenylmethyl ester trans-", "benexate[inn]", "83177-45-1[rn]", "phenylmethyl 2-[4-[(diaminomethylideneamino)methyl]cyclohexanecarbonyl]oxybenzoate", "benexate", "benzoic acid", "78718-52-2", "benexatum[latin]", "benexatum [latin]", "benexato", "benexatum", "benzyl salicylate,trans-4-(guanidinomethyl)cyclohexanecarboxylate", "benexato [spanish]", "benexate [inn]"}|>, "5274" -> <|"DatabaseID" -> "SW03066", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390393]}, "IsomericSmiles" -> "C[C@@H]1C=C(C(=O)[C@]2([C@H]1C[C@@H]3[C@@]4([C@@H]2[C@@H]([C@H]([C@@]([C@@H]4CC(O3)O)(C)O)OC)O)C)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nigakihemiacetal a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441803]}, "Synonyms" -> {"nigakihemiacetal-a", "nigakihemiacetal a", "c08772", "30248-05-6[rn]", "quassinoid", "ac1l9bov"}|>, "5275" -> <|"DatabaseID" -> "SW03066", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390393]}, "IsomericSmiles" -> "C[C@@H]1C=C(C(=O)[C@]2([C@H]1C[C@@H]3[C@@]4([C@@H]2[C@@H]([C@H]([C@@]([C@@H]4CC(O3)O)(C)O)OC)O)C)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nigakihemiacetal a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441803]}, "Synonyms" -> {"nigakihemiacetal-a", "nigakihemiacetal a", "c08772", "30248-05-6[rn]", "quassinoid", "ac1l9bov"}|>, "5276" -> <|"DatabaseID" -> "SW03067", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4944107]}, "IsomericSmiles" -> "CCCC[C@H](C)C[C@H](/C=C/[C@H]1[C@@H](CC(=O)[C@@H]1CC(=O)CCCCC(=O)OC)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "ornoprostil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6439714]}, "Synonyms" -> {"17", "85679-51-2", "prost-13-en-1-oic acid", "85679-51-2[rn]", "17,20-dimethyl-6-oxo-prostaglandin e1 methyl ester", "ornoprostil", "ac1o5s9a", "ou-1308", "17,20-dimethyl-6-oxo-pge1 me ester", "methyl 7-[(1r"}|>, "5277" -> <|"DatabaseID" -> "SW03068", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 199613]}, "IsomericSmiles" -> "CCCCCCC(=O)O[C@]1(CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CC(=O)CC[C@H]34)C)C#C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08285"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "norethisterone enantate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 229295]}, "Synonyms" -> {"noristerat", "norethisterone enantate", "nee", "norlutin enanthate", "norethisterone enanthate", "norethindrone enanthate", "norethisterone oenanthate", "norigest", "ne", "norethisteroneenanthate", "3836-23-5[rn]", "sh 393", "3836-23-5", "223-326-7[einecs]"}|>, "5278" -> <|"DatabaseID" -> "SW03069", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9951"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5845]}, "IsomericSmiles" -> "Cc1c(ccc2c1C[C@H]3[C@H]2CC=C4[C@@]3(CC[C@@H](C4)O)C)[C@H](C)[C@H]5[C@@H](C[C@@H](C[NH2+]5)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "veratramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6070]}, "Synonyms" -> {"veratramine", "3-piperidinol 5-methyl-2-[(1s)-1-[(3s,6ar,11as,11br)-2,3,4,6,6a,11,11a,11b-octahydro-3-hydroxy-10,11b-dimethyl-1h-benzo[a]fluoren-9-yl]ethyl]-,(2s,3r,5s)-", "nsc 23880", "nsc23880", "(3b,23b)-14,15,16,17-tetradehydroveratraman-3,23-diol", "nsc17821", "60-70-8[rn]", "veratraman-3", "brn 0055515", "(3beta", "55515[beilstein]", "nsc 17821", "chebi:9951", "5-21-05-00297 (beilstein handbook reference)[beilstein]", "hsdb 3545"}|>, "5279" -> <|"DatabaseID" -> "SW03070", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10197975]}, "IsomericSmiles" -> "CC([C@@H]1[C@@]2([C@H]([C@]3([C@@](C4=C([C@@]5([C@H]([C@@](CCC5)(C)C)CC4)C)CC3)(CC2)C)C)CC1)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-fernene"|>, "Synonyms" -> {"iso-fernene"}|>, "5280" -> <|"DatabaseID" -> "SW03071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23255124]}, "IsomericSmiles" -> "C[C@]1(C[C@@H]2[C@@](CC[C@@]3([C@@H]2CC[C@H]4[C@]3(CC[C@@H]5[C@@]4(C=CC[C@]5(C)C)C)C)C)(CC1)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oleanene derivatives"|>, "Synonyms" -> {"34640-40-9[rn]", "oleanene", "olean-1-ene"}|>, "5281" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5282" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5283" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5284" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5285" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5286" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5287" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5288" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5289" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5290" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5291" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5292" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5293" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5294" -> <|"DatabaseID" -> "SW03072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476228]}, "IsomericSmiles" -> "CC1=CCCC2[C@@]1(CCC3[C@]2(CCC4([C@@]3(CCC5([C@H]4CCC5C(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317350]}, "Synonyms" -> {"filicene", "(5ar", "ac1nsvgm"}|>, "5295" -> <|"DatabaseID" -> "SW03073", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15440"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 553635]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CC/C(=C/CC/C=C(/CC/C=C(/CCC=C(C)C)\\C)\\C)/C)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "squalene", "Indian Approved Name" -> "squalene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 638072]}, "Synonyms" -> {"squalene", "all-trans-squalene", "spinacene", "supraene", "trans-squalene", "(6e,10e,14e,18e)-2,6,10,15,19,23-hexamethyltetracosa-2,6,10,14,18,22-hexaene", "(e,e,e,e)-squalene", "203-826-1[einecs]", "1728920[beilstein]", "(6e,10e,14e,18e)-2,6,10,15,19,23-hexamethyl-2,6,10,14,18,22-tetracosahexaene", "111-02-4[rn]", "2,6,10,14,18,22-tetracosahexaene 2,6,10,15,19,23-hexamethyl-,(all-e)-", "7683-64-9[rn]", "2,6,10,15,19,23-hexamethyl-2,6,10,14,18,22-tetracosahexaene[acd/iupac name]", "2", "(6e,10e,14e,18e)-2,6,10,15,19,23-hexamethyl-2,6,10,14,18,22-tetracosahexaen[german]", "d013185", "squalene spinacene supraene", "2,6,10,14,18,22-tetracosahexaene 2,6,10,15,19,23-hexamethyl-,", "2,6,10,14,18,22-tetracosahexaene 2,6,10,15,19,23-hexamethyl-", "(all-e)-2,6,10,15,19,23-hexamethyl-2,6,10,14,18,22-tetracosahexaene", "-2,6,10,15,19,23-hexamethyl-2,6,10,14,18,22-tetracosahexaene", "2,6,10,15,19,23-hexamethyltetracosa-(2e,6e,10e,14e,18e,22e)-2,6,10,14,18,22-hexaene", "2,6,10,14,18,22-tetracosahexaene 2,6,10,15,19,23-hexamethyl-,(6e,10e,14e,18e)-", "squalene all-trans-", "2,6,10,15,19,23-hexamethyl-2,6,10,14,18,22- tetracosahexaene", "2,6,10,15,19,23-hexamethyltetracosa-2,6,10,14,18,22-hexaene", "chebi:15440", "(e", "einecs 203-826-1"}|>, "5296" -> <|"DatabaseID" -> "SW03074", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390293]}, "IsomericSmiles" -> "CC(C)[C@H]1CC[C@@H]2[C@@]1(CC[C@]3([C@]2(CC=C4[C@@H]3CC[C@@H]5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fernene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441679]}, "Synonyms" -> {"fernene", "ac1l9bgg", "1615-99-2", "c08625", "(3r", "d:c-friedo-b':a'-neogammacer-9(11)-ene", "1615-99-2[rn]", "fern-9(11)ene solution", "11201_fluka", "fern-9(11)ene"}|>, "5297" -> <|"DatabaseID" -> "SW03075", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4648"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83200]}, "IsomericSmiles" -> "CC(=C)[C@H]1CC[C@]2([C@H]1CC[C@@]3([C@@H]2CC[C@H]4[C@]3(CC[C@@H]5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diploptene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92155]}, "Synonyms" -> {"hopene", "a'-neogammacer-22(29)-ene", "diploptene", "22(29)-hopene", "hop-22(29)-ene solution", "chembl455613", "2419865[beilstein]", "chebi:4648", "hop-22(29)-ene[acd/iupac name]", "hop-22(29)-ene", "1615-91-4[rn]", "114784-90-6[rn]", "hop-22 -ene", "1h-cyclopenta[a]chrysene eicosahydro-5a,5b,8,8,11a,13b-hexamethyl-3-(1-methylethenyl)- (3s,3as,5ar,5br,7as,11as,11br,13ar,13bs)-", "ac1l3nja", "1615-91-4"}|>, "5298" -> <|"DatabaseID" -> "SW03076", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28243"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61689]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCCCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "octacosanol", "Indian Approved Name" -> "policosanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68406]}, "Synonyms" -> {"octacosyl alcohol", "octacosanol-1", "montanyl alcohol", "octacosanol", "octacosan-1-ol", "n-octacosanol", "cluytyl alcohol", "1-octacosanol[wiki][acd/iupac name]", "557-61-9[rn]", "67905-27-5[rn]", "209-181-2[einecs]", "1786879[beilstein]", "1-octacosanol", "einecs 209-181-2", "557-61-9"}|>, "5299" -> <|"DatabaseID" -> "SW03077", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59362]}, "IsomericSmiles" -> "CCOC(=O)c1c2n(cn1)-c3cccc(c3C(=O)N(C2)C)[123I]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02283"]}, "OfficialNames" -> <|"NPC Approved Name" -> "iomazenil ((sup 123)i)"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65959]}, "Synonyms" -> {"iomazenil (123i)", "[123i]iomazenil", "benzodine", "iomazenil", "[123i]imz", "benzodine (tn)", "127396-36-5", "ac1l24bw", "4h-imidazo(1,5-a)(1,4)benzodiazepine-3-carboxylic acid 5,6-dihydro-7-(iodo-123i)-5-methyl-6-oxo-,ethyl ester", "chembl2105020", "127396-36-5[rn]", "iomazenil ((sup 123)i)", "ethyl 5,6-dihydro-7-iodo-(sup 123)i-5-methyl-6-oxo-4h-imidazo(1,5-a)(1,4)benzodiazepine-3-carboxylate", "iomazenil (123i) (jan/inn)", "iomazenil ((sup 123)i)[inn]"}|>, "5300" -> <|"DatabaseID" -> "SW03078", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8871"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4895]}, "IsomericSmiles" -> "Cc1c(c(=O)n2c(n1)CCCC2)CC[NH+]3CCC(CC3)c4c5ccc(cc5on4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00426"]}, "OfficialNames" -> <|"China Approved Name" -> "risperidone", "Indian Approved Name" -> "risperidone", "Australia Approved Name" -> "RISPERIDONE", "FDA Approved Drug" -> "RISPERIDONE"|>, "PharmGKBID" -> "PA451257", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5073]}, "Synonyms" -> {"risperdal m-tab", "sequinan", "risperdal consta", "risperin", "rispolept", "risperidone", "risperidal", "risperdal", "rispolin", "3-(2-(4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl)ethyl)-6,7,8,9-tetrahydro-2-methyl-4h-pyrido(1,2-a)pyrimidin-4-one", "risperdal m", "3-[2-[4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl]ethyl]-6,7,8,9-tetrahydro-2-methyl-4h-pyrido[1,2-a]pyrimidin-4-one", "3-{2-[4-(6-fluor-1,2-benzisoxazol-3-yl)piperidin-1-yl]ethyl}-2-methyl-6,7,8,9-tetrahydro-4h-pyrido[1,2-a]pyrimidin-4-on", "risperidone(risperdal)", "risperidonum", "risperidona[spanish]", "belivon;risperdal;rispolin", "3-{2-[4-(6-fluoro-1,2-benzoxazol-3-yl)-1-piperidinyl]ethyl}-2-methyl-6,7,8,9-tetrahydro-4h-pyrido[1,2-a]pyrimidin-4-one[acd/iupac name]", "risperidonum[latin]", "3-{2-[4-(6-fluoro-1,2-benzoxazol-3-yl)piperidin-1-yl]ethyl}-2-methyl-6,7,8,9-tetrahydro-4h-pyrido[1,2-a]pyrimidin-4-one", "3-{2-[4-(6-fluoro-benzo[d]isoxazol-3-yl)-", "3-[2-[4-(6-fluoro-1,2-benzisoxazol-3-yl)piperi-dino]ethyl]-6,7,8,9-tetrahydro-2-methyl-4h-pyrido[1,2-a]-pyrimidin-4-one", "r 64,766", "risperdal consta long acting", "4h-pyrido(1,2-a)pyrimidin-4-one 3-(2-(4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl)ethyl)-6,7,8,9-tetrahydro-2-methyl-", "3-(2-(4-(6-fluoro-1,2-benzisoxazol-3-yl)piperidino)ethyl)-6,7,8,9-tetrahydro-2-methyl-4h-pyrido(1,2-a)pyrimidin-4-one", "piperidin-1-yl]-ethyl}-2-methyl-6,7,8,9-", "4h-pyrido(1,2-a)pyrimidin-4-one 6,7,8,9-tetrahydro-3-(2-(4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl)ethyl)-2-methyl-", "3-{2-[4-(6-fluoro-1,2-benzisoxazol-3-yl)piperidin-1-yl]ethyl}-2-methyl-6,7,8,9-tetrahydro-4h-pyrido[1,2-a]pyrimidin-4-one", "106266-06-2[rn]", "tl8000230", "3-(2-(4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl)ethyl)-6,7,8,9-tetrahydro-2-methyl-4h-pyrido[1,2-a]pyrimidin-4-one; risperidone", "risperdal[wiki]", "belivon[wiki]", "r64766", "r 64 766 risperdal", "spiron", "risperdal (tn)", "[106266-06-2]", "3-(2-(4-(6-fluorobenzo[d]isoxazol-3-yl)piperidin-1-yl)ethyl)-2-methyl-6,7,8,9-tetrahydro-4h-pyrido[1,2-a]pyrimidin-4-one", "3-{2-[4-(6-fluoro-benzo[d]isoxazol-3-yl)-piperidin-1-yl]-ethyl}-2-methyl-6,7,8,9-tetrahydro-pyrido[1,2-a]pyrimidin-4-one", "4891881[beilstein]", "belivon;", "4h-pyrido[1,2-a]pyrimidin-4-one 3-[2-[4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl]ethyl]-6,7,8,9-tetrahydro-2-methyl-", "r-64,766", "r64,766", "cas-106266-06-2", "tetrahydropyrido[1,2-a]pyrimidin-4-one", "risperidone[wiki]", "3-[2-[4-(6-fluoro-1,2-benzoxazol-3-yl)-1-piperidinyl]ethyl]-2-methyl-6,7,8,9-tetrahydropyrido[1,2-a]pyrimidin-4-one", "4h-pyrido(1,2-a)pyrimidin-4-one 3-(2-(4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl)ethyl)-6 ,7,8,9-tetrahydro-2-methyl-", "consta risperdal", "risperidal m-tab", "cid5073", "toxic solid organic n.o.s. (risperidone)", "jsp000573", "risperidone [usan:ban:inn][inn][usan]", "4h-pyrido[1,2-a]pyrimidin-4-one 3-[2-[4-(6-fluoro-1,2-benz-isoxazol-3-yl)-1-piperidinyl]ethyl]-6,7,8,9-tetrahydro-2-methyl-", "r 62 766", "risperidone (jan/usan)[jan][usan]", "d018967", "337376-15-5", "3-{2-[4-(6-fluoro-benzo[d]isoxazol-3-yl)-piperidin-1-yl]-ethyl}-2-methyl-6,7,8,9-tetrahydropyrido[1,2-a]pyrimidin-4-one", "3-[2-[4-(6-fluoranyl-1,2-benzoxazol-3-yl)piperidin-1-yl]ethyl]-2-methyl-6,7,8,9-tetrahydropyrido[1,2-a]pyrimidin-4-one", "rispen", "106266-06-2", "3-[2-[4-(6-fluorobenzo[d]isoxazol-3-yl)-1-piperidyl]ethyl]-4-methyl-1,5-diazabicyclo[4.4.0]deca-3,5-dien-2-one", "r-64-766"}|>, "5301" -> <|"DatabaseID" -> "SW03079", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31174"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54244]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00210"]}, "IsomericSmiles" -> "COc1ccc(cc1C23CC4CC(C2)CC(C4)C3)c5ccc6cc(ccc6c5)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01112"]}, "OfficialNames" -> <|"Indian Approved Name" -> "adapalene", "FDA Approved Drug" -> "ADAPALENE"|>, "PharmGKBID" -> "PA448047", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60164]}, "Synonyms" -> {"adapalene", "differin", "adaferin", "adapalenum [inn-latin]", "differine", "adapaleno [inn-spanish]", "retinoid x receptor alpha", "adapalenum", "6-(3-adamantan-1-yl-4-methoxyphenyl)naphthalene-2-carboxylic acid", "6-(4-methoxy-3-tricyclo[3.3.1.13,7]dec-1-ylphenyl)naphthalene-2-carboxylic acid", "6-(3-(1-adamantyl)-4-methoxyphenyl)-2-naphthoic acid", "adapaleno", "adapalenum[latin]", "6-[3-(1-adamantyl)-4-methoxyphenyl]-2-naphthoic acid", "6-[3-(1-adamantyl)-4-methoxyphenyl]-2-naphthalenecarboxylic acid", "106685-40-9", "6-(3-(adamantan-1-yl)-4-methoxyphenyl)-2-naphthoic acid", "6-(4-methoxy-3-tricyclo[3.3.1.13,7 ]dec-1-ylphenyl)-2-naphthalenecarboxylic acid", "adapalene [usan:ban:inn][inn][usan]", "adapalene[wiki]", "2-naphthalenecarboxylic acid 6-(4-methoxy-3-tricyclo[3.3.1.13,7]dec-1-ylphenyl)-", "adapaleno[spanish][inn]", "cd-271", "6-[3-(1-adamantyl)-4-methoxyphenyl]-2-naphthalene carboxylic acid", "[106685-40-9]", "6-[3-(adamantan-1-yl)-4-methoxyphenyl]-2-naphthoic acid[acd/iupac name]", "6-[3-(1-adamantyl)-4-methoxy-phenyl]naphthalene-2-carboxylic acid", "adapalene (jan/usan)[jan][usan]", "differin[wiki]", "106685-40-9[rn]", "differin (tn)", "tl8000241", "chebi:31174", "6-(4-methoxy-3-tricyclo[3.3.1.13,7]dec-1-ylphenyl)-2-naphthalenecarboxylic acid", "6-[4-methoxy-3-(tricyclo[3.3.1.13,7]dec-1-yl)phenyl]naphthalene-2-carboxylic acid", "2-naphthalenecarboxylic acid 6-(4-methoxy-3-tricyclo(3.3.1.1(sup 3,7))dec-1-ylphenyl)-"}|>, "5302" -> <|"DatabaseID" -> "SW03080", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18533]}, "IsomericSmiles" -> "CC(=O)c1ccc2c(c1)N(c3ccccc3S2)CCC[NH+]4CCC(CC4)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02679"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PIPERACETAZINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19675]}, "Synonyms" -> {"psymod", "piperacetazine", "piperazetazina [dcit]", "quide", "1-(10-{3-[4-(2-hydroxyethyl)piperidin-1-yl]propyl}-10h-phenothiazin-2-yl)ethanone", "2-acetyl-10-[3-[g-(2-hydroxyethyl)piperidino]propyl]phenothiazine", "3819-00-9", "quide[wiki]", "ketone 10-(3-(4-(2-hydroxyethyl)piperidino)propyl)phenothiazin-2-yl methyl", "piperacetazina [inn-spanish]", "3819-00-9[rn]", "cas-3819-00-9", "piperacetazinum [inn-latin]", "1-(10-(3-(4-(2-hydroxyethyl)-1-piperidinyl)propyl)-10h-phenothiazin-2-yl)ethanone", "223-312-0[einecs]", "pc-1421", "10-(3-(4-(2-hydroxyethyl)piperidino)propyl)phenothiazin-2-yl methyl ketone", "piperacetazina[spanish][inn]", "piperacetazine [usan:inn][inn][usan]", "quide (tn)", "sc 9794", "piperacetazinum[latin]", "1-[10-[3-[4-(2-hydroxyethyl)-1-piperidinyl]propyl]-10h-phenothiazin-2-yl]ethanone", "einecs 223-312-0", "10-[3-[4-(2-hydroxyethyl)piperidino]propyl]phenothiazin-2-yl methyl ketone", "ethanone,1-[10-[3-[4-(2-hydroxyethyl)-1-piperidinyl]propyl]-10h-phenothiazin-2-yl]-", "ethanone,1-(10-(3-(4-(2-hydroxyethyl)-1-piperidinyl)propyl)-10h-phenothiazin-2-yl)-", "piperacetazine[usan]", "2-acetyl-10-[3-[4-(b-hydroxyethyl)piperidino]propyl]phenothiazine"}|>, "5303" -> <|"DatabaseID" -> "SW03081", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3241"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43192]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00639"]}, "IsomericSmiles" -> "c1cc(c(c(c1)Cl)SC(CCc2ccc(cc2)Cl)Cn3ccnc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00880"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BUTOCONAZOLE NITRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47471]}, "Synonyms" -> {"gynazole-1", "femstat", "femstat 3", "butoconazole nitrate", "gynomyk", "butoconazole", "exelgyn", "85496-23-7[rn]", "butoconazol[spanish][inn]", "butoconazolum [inn_la]", "64872-76-0[rn]", "butoconazolum", "64872-76-0 (free base)", "1h-imidazole 1-[4-(4-chlorophenyl)-2-[(2,6-dichlorophenyl)thio]butyl]-", "9005-49-6", "1-{4-(4-chlorophenyl)-2-[(2,6-dichlorophenyl)sulfanyl]butyl}-1h-imidazole[acd/iupac name]", "1-(4-(4-chlorophenyl)-2-(2,6-dichlorophenyl)sulfanyl-butyl)imidazole", "( -)-1-((4-(p-chlorophenyl)-2-((2,6-dichlorophenyl)thio)imidazole", "butoconazolum[latin]", "butoconazol", "67085-13-6[rn]", "rs-35887", "1h-imidazole 1-[4-(4-chlorophenyl)-2-[(2,6-dichlorophenyl)thio]butyl]-,(1)-", "butonazole", "64872-77-1", "femstat one", "rs 35887-10-3", "butoconazole nitrate[usp]", "64872-77-1[rn]", "1-(4-(4-chlorophenyl)-2-(2,6-dichlorophenylthio)-n-butyl)-1h-imidazole", "1-[4-(4-chloro-phenyl)-2-(2,6-dichloro-phenylsulfanyl)-butyl]-1h-imidazole", "mycelex-3", "67085-14-7[rn]", "chebi:3241"}|>, "5304" -> <|"DatabaseID" -> "SW03081", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3241"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43192]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00639"]}, "IsomericSmiles" -> "c1cc(c(c(c1)Cl)SC(CCc2ccc(cc2)Cl)Cn3ccnc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00880"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BUTOCONAZOLE NITRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47471]}, "Synonyms" -> {"gynazole-1", "femstat", "femstat 3", "butoconazole nitrate", "gynomyk", "butoconazole", "exelgyn", "85496-23-7[rn]", "butoconazol[spanish][inn]", "butoconazolum [inn_la]", "64872-76-0[rn]", "butoconazolum", "64872-76-0 (free base)", "1h-imidazole 1-[4-(4-chlorophenyl)-2-[(2,6-dichlorophenyl)thio]butyl]-", "9005-49-6", "1-{4-(4-chlorophenyl)-2-[(2,6-dichlorophenyl)sulfanyl]butyl}-1h-imidazole[acd/iupac name]", "1-(4-(4-chlorophenyl)-2-(2,6-dichlorophenyl)sulfanyl-butyl)imidazole", "( -)-1-((4-(p-chlorophenyl)-2-((2,6-dichlorophenyl)thio)imidazole", "butoconazolum[latin]", "butoconazol", "67085-13-6[rn]", "rs-35887", "1h-imidazole 1-[4-(4-chlorophenyl)-2-[(2,6-dichlorophenyl)thio]butyl]-,(1)-", "butonazole", "64872-77-1", "femstat one", "rs 35887-10-3", "butoconazole nitrate[usp]", "64872-77-1[rn]", "1-(4-(4-chlorophenyl)-2-(2,6-dichlorophenylthio)-n-butyl)-1h-imidazole", "1-[4-(4-chloro-phenyl)-2-(2,6-dichloro-phenylsulfanyl)-butyl]-1h-imidazole", "mycelex-3", "67085-14-7[rn]", "chebi:3241"}|>, "5305" -> <|"DatabaseID" -> "SW03082", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 138508]}, "IsomericSmiles" -> "CC[C@@H]1CC[NH2+][C@@H](C1)C(=O)N[C@@H]([C@@H]2[C@@H]([C@@H]([C@H]([C@H](O2)SC)O)O)O)[C@H](C)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08391"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pirlimycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 157385]}, "Synonyms" -> {"pirlimycin", "pirlimycinum [inn-latin]", "79548-73-5[rn]", "pirlimycine", "pirlimycine[french]", "pirlimycinum[latin]", "pirlimycina", "methyl (2s-cis)-7-chloro-6,7,8-trideoxy-6-[[(4-ethyl-2-piperidinyl)carbonyl]amino]-1-thio-l-threo-a-d-galactooctopyranoside", "79548-73-5", "pirsue ", "pirlimycinum", "unii-lm19jt6g5k", "pirlimycine [inn-french]", "surecn301657", "pirlimycin (inn)", "pirlimycina[spanish]"}|>, "5306" -> <|"DatabaseID" -> "SW03083", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089150]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)[C@@H](c3ccccc3)S(=O)(=O)[O-])C(=O)[O-])C", "OfficialNames" -> <|"NPC Approved Name" -> "sulbenicillin", "China Approved Name" -> "Sulbenicillin Sodium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45357485]}, "Synonyms" -> {"sulbenicillin sodium[jp15]", "tox21_112956", "sulbenicillin sodium", "28002-18-8", "disodium(2s,5r,6r)-3,3-dimethyl-7-oxo-6-{[(2r)-2-phenyl-2-sulfonatoacetyl]amino}-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate", "cas-28002-18-8", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[[(2r)-2-phenyl-2-sulfoacetyl]amino]- sodium salt,(2s,5r,6r)- (1:2)", "dsstox_cid_28544", "ncgc00182030-01", "akos015961976", "dsstox_rid_82816", "28002-18-8[rn]", "dsstox_gsid_48618"}|>, "5307" -> <|"DatabaseID" -> "SW03084", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19617]}, "IsomericSmiles" -> "CC(=O)O[C@@H]1C2CC[C@@H]3C1(C[C@H]([C@]4([C@H]([C@]3(C)O)C[C@@H](C4(C)C)O)O)O)C[C@@]2(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rhodotoxin;andromedotoxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20842]}, "Synonyms" -> {"grayanotoxin i", "rhodotoxine", "asebotoxin", "gtx-i", "rhodotoxin", "g-i", "7,9a-methano-9ah-cyclopenta(b)heptalene-2,4,8,11,11a,12(1h)-hexol dodecahydro-1,1,4,8-tetramethyl- 12-acetate (2s,3as,4r,4ar,7r,8r,9as,11r,11ar,12r)-", "7,9a-methano-9ah-cyclopenta(b)heptalene-2,4,8,11,11a,12(1h)-hexol- dodecahydro-1,1,4,8-tetramethyl- 12-acetate (2s,3as,4ar,7r,8r,9as,11r,11ar,12r)-", "acetylandromedol", "andromedotoxin", "grayanotoxane-3,5,6,10,14,16-hexol 14-acetate", "hsdb 3463", "acetylandromedol[wiki]", "andromedotoxin[wiki]", "4720-09-6[rn]", "nsc 26711", "rhodotoxin[wiki]", "brn 2065643"}|>, "5308" -> <|"DatabaseID" -> "SW03085", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01497"]}, "IsomericSmiles" -> "CCCC(C)(C1C[C@@]23C=CC1(C4[C@@]25CC[NH+]([C@@H]3Cc6c5c(c(cc6)O)O4)C)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Etorphine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Etorphine hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26721]}, "Synonyms" -> {"7-alpha-etorphine", "etorphine", "19-propylorvinol", "dea no. 9056", "etorphinum [inn-latin]", "etorphine hcl", "etorphine hydrochloride", "einecs 238-535-9", "etorfina [dcit]", "m99", "corticotropin-lipotropin precursor", "pomc", "etorphine (except hydrochloride salt)", "immobilon", "pro-opiomelanocortin"}|>, "5309" -> <|"DatabaseID" -> "SW03085", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01497"]}, "IsomericSmiles" -> "CCCC(C)(C1C[C@@]23C=CC1(C4[C@@]25CC[NH+]([C@@H]3Cc6c5c(c(cc6)O)O4)C)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Etorphine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Etorphine hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26721]}, "Synonyms" -> {"7-alpha-etorphine", "etorphine", "19-propylorvinol", "dea no. 9056", "etorphinum [inn-latin]", "etorphine hcl", "etorphine hydrochloride", "einecs 238-535-9", "etorfina [dcit]", "m99", "corticotropin-lipotropin precursor", "pomc", "etorphine (except hydrochloride salt)", "immobilon", "pro-opiomelanocortin"}|>, "5310" -> <|"DatabaseID" -> "SW03085", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01497"]}, "IsomericSmiles" -> "CCCC(C)(C1C[C@@]23C=CC1(C4[C@@]25CC[NH+]([C@@H]3Cc6c5c(c(cc6)O)O4)C)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Etorphine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Etorphine hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26721]}, "Synonyms" -> {"7-alpha-etorphine", "etorphine", "19-propylorvinol", "dea no. 9056", "etorphinum [inn-latin]", "etorphine hcl", "etorphine hydrochloride", "einecs 238-535-9", "etorfina [dcit]", "m99", "corticotropin-lipotropin precursor", "pomc", "etorphine (except hydrochloride salt)", "immobilon", "pro-opiomelanocortin"}|>, "5311" -> <|"DatabaseID" -> "SW03085", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01497"]}, "IsomericSmiles" -> "CCCC(C)(C1C[C@@]23C=CC1(C4[C@@]25CC[NH+]([C@@H]3Cc6c5c(c(cc6)O)O4)C)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Etorphine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Etorphine hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26721]}, "Synonyms" -> {"7-alpha-etorphine", "etorphine", "19-propylorvinol", "dea no. 9056", "etorphinum [inn-latin]", "etorphine hcl", "etorphine hydrochloride", "einecs 238-535-9", "etorfina [dcit]", "m99", "corticotropin-lipotropin precursor", "pomc", "etorphine (except hydrochloride salt)", "immobilon", "pro-opiomelanocortin"}|>, "5312" -> <|"DatabaseID" -> "SW03085", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01497"]}, "IsomericSmiles" -> "CCCC(C)(C1C[C@@]23C=CC1(C4[C@@]25CC[NH+]([C@@H]3Cc6c5c(c(cc6)O)O4)C)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Etorphine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Etorphine hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26721]}, "Synonyms" -> {"7-alpha-etorphine", "etorphine", "19-propylorvinol", "dea no. 9056", "etorphinum [inn-latin]", "etorphine hcl", "etorphine hydrochloride", "einecs 238-535-9", "etorfina [dcit]", "m99", "corticotropin-lipotropin precursor", "pomc", "etorphine (except hydrochloride salt)", "immobilon", "pro-opiomelanocortin"}|>, "5313" -> <|"DatabaseID" -> "SW03085", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01497"]}, "IsomericSmiles" -> "CCCC(C)(C1C[C@@]23C=CC1(C4[C@@]25CC[NH+]([C@@H]3Cc6c5c(c(cc6)O)O4)C)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Etorphine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Etorphine hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26721]}, "Synonyms" -> {"7-alpha-etorphine", "etorphine", "19-propylorvinol", "dea no. 9056", "etorphinum [inn-latin]", "etorphine hcl", "etorphine hydrochloride", "einecs 238-535-9", "etorfina [dcit]", "m99", "corticotropin-lipotropin precursor", "pomc", "etorphine (except hydrochloride salt)", "immobilon", "pro-opiomelanocortin"}|>, "5314" -> <|"DatabaseID" -> "SW03085", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01497"]}, "IsomericSmiles" -> "CCCC(C)(C1C[C@@]23C=CC1(C4[C@@]25CC[NH+]([C@@H]3Cc6c5c(c(cc6)O)O4)C)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Etorphine", "US Illegal/Scheduled Drug (Schedule 2)" -> "Etorphine hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26721]}, "Synonyms" -> {"7-alpha-etorphine", "etorphine", "19-propylorvinol", "dea no. 9056", "etorphinum [inn-latin]", "etorphine hcl", "etorphine hydrochloride", "einecs 238-535-9", "etorfina [dcit]", "m99", "corticotropin-lipotropin precursor", "pomc", "etorphine (except hydrochloride salt)", "immobilon", "pro-opiomelanocortin"}|>, "5315" -> <|"DatabaseID" -> "SW03086", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2402"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16708]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01063"]}, "IsomericSmiles" -> "CC(=O)c1ccc2c(c1)N(c3ccccc3S2)CCCN4CC[NH+](CC4)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00788"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ACETOPHENAZINE MALEATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281082]}, "Synonyms" -> {"tindal", "ketone 10-(3-(4-(2-hydroxyethyl)-1-piperazinyl)propyl)phenothiazin-2-ylmethyl,", "acetophenazine", "nsc169180", "57631[beilstein]", "acetophenazine dimaleate", "acephenazinum", "10-[3-[4-(2-hydroxyethyl)-1-piperazinyl]propyl]phenothiazin-2-yl methylketone", "ketone 10-[3-[4-(2-hydroxyethyl)-1-piperazinyl]propyl]phenothiazin-2-ylmethyl", "5714-00-1", "ethanone,1-[10-[3-[4-(2-hydroxyethyl)-1-piperazinyl]propyl]-10h-phenothiazin-2-yl]-", "2751-68-0[rn]", "acetophenazina[spanish][inn]", "2-acetyl-10-[3-[4-(b-hydroxyethyl)piperazinyl]propyl]phenothiazine", "ketone 10-(3-(4-(2-hydroxyethyl-1-piperazinyl)propyl)phenothiazin-2-ylmethyl", "ethanone,1-(10-(3-(4-(2-hydroxyethyl)-1-piperazinyl)propyl)-10h-phenothiazin-2-yl)-", "acetophenazine maleate", "10-(3-(4-(2-hydroxyethyl)-1-piperazinyl)propyl)phenothiazin-2-yl methylketone", "acetophenazine[wiki][inn]", "1-(2-hydroxyethyl)-4-[3-(2-acetyl-10-phenothiazyl)propyl]piperazine", "acetophenazinum", "ncgc00181120-01", "sch 6673", "acetophenazine maleate (usan)", "1-[10-[3-[4-(2-hydroxyethyl)-1-piperazinyl]propyl]-10h-phenothiazin-2-yl]ethanone", "1-(10-(3-(4-(2-hydroxyethyl)-1-piperazinyl)propyl)-10h-phenothiazin-2-yl)ethanone", "ac1nqy05", "1-(10-{3-[4-(2-hydroxyethyl)piperazin-1-yl]propyl}-10h-phenothiazin-2-yl)ethanone", "sc 8806", "tindal (tn)"}|>, "5316" -> <|"DatabaseID" -> "SW03087", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8025521]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06702"]}, "IsomericSmiles" -> "CC(C)C(=O)Oc1ccc(cc1[C@H](CC[NH+](C(C)C)C(C)C)c2ccccc2)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08923"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FESOTERODINE FUMARATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9849808]}, "Synonyms" -> {"toviaz", "fesoterodine fumarate", "286930-03-8", "toviza", "toviaz (tn)", "fesoterodine; fumaric acid", "spm 907", "fesoterodine fumarate toviaz", "fesoterodine fumarate (usp)", "fesoterodinefumarate", "propanoic acid", "fesoterodine", "(r)-2-(3-(diisopropylamino)-1-phenylpropyl)-4-(hydroxymethyl)phenyl isobutyrate fumarate", "spm 8272", "s2240_selleck", "286930-03-8[rn]"}|>, "5317" -> <|"DatabaseID" -> "SW03088", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4450880], ExternalIdentifier["ChemSpiderID", 21230323]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02300"]}, "IsomericSmiles" -> "C[C@H](/C=C/[C@H](C1CC1)O)[C@H]2CC[C@@H]\\\\3[C@@]2(CCC/C3=C\\\\C=C/4\\\\C[C@H](C[C@@H](C4=C)O)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01125"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CALCIPOTRIENE HYDRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5288783], ExternalIdentifier["PubChemCompoundID", 9801803], ExternalIdentifier["PubChemCompoundID", 29933710]}, "Synonyms" -> {"calcipotriol", "dovonex", "calcipotriene", "daivonex", "divonex", "psorcutan", "bidd:gt0282", "(1r,3s,5z)-5-[(2e)-2-{(1r,3as,7ar)-1-[(1r,2e,4s)-4-cyclopropyl-4-hydroxy-1-methylbut-2-en-1-yl]-7a-methyloctahydro-4h-inden-4-yliden}ethyliden]-4-methylidencyclohexan-1,3-diol", "(1r,3s,5z)-5-[(2e)-2-{(1r,3as,7ar)-1-[(1r,2e,4s)-4-cyclopropyl-4-hydroxy-1-methylbut-2-en-1-yl]-7a-methyloctahydro-4h-inden-4-yliden}ethyliden]-4-methylidencyclohexan-1,3-diolhydrat", "chebi:50749", "(1r,3s,5z)-5-[(2e)-2-{(1r,3as,7ar)-1-[(1r,2e,4s)-4-cyclopropyl-4-hydroxy-1-methylbut-2-en-1-yl]-7a-methyloctahydro-4h-inden-4-ylidene}ethylidene]-4-methylidenecyclohexane-1,3-diol", "brd-k56429665-001-03-9", "mc9", "26,27-cyclo-9,10-secocholesta-5,7,10,22-tetraene-1,3,24-triol,(1s,3r,5z,7e,22e,24s)-", "ncgc00167465-01", "(5z,7e,22e)-(1s,3r,24s)-26,27-cyclo-9,10-seco-5,7,10(19),22-cholestatetraene-1,3,24-triol", "davonex", "(1r,3s,5z)-5-[(2e)-2-{(1r,3as,7ar)-1-[(1r,2e,4s)-4-cyclopropyl-4-hydroxy-1-methylbut-2-en-1-yl]-7a-methyloctahydro-4h-inden-4-ylidene}ethylidene]-4-methylidenecyclohexane-1,3-diolhydrate", "akos015965116", "(1s,3r,5z,7e,22e,24s)-26,27-cyclo-9,10-secocholesta-5,7,10,22-tetraen-1,3,24-triol", "mc-903", "vdr", "26,27-cyclo-9,10-secocholesta-5,7,10,22-tetraene-1,3,24-triol,(1s,3r,5z,7e,22e,24s)- monohydrate", "calcipotriene[usan]", "112965-21-6[rn]", "sorilux", "214-439-2[einecs]", "112905-21-6", "(1a,3b,5z,7e,22e,24s)-24-cyclopropyl-9,10-secochola-5,7,10(19),22-tetraene-1,3,24-triol", "1,25-dihydroxyvitamin d3 receptor", "calcipotriene hydrate", "1128-61-6[rn]", "calcipotriene monohydrate", "calciptriol", "(1s,3r,5z,7e,22e,24s)-26,27-cyclo-9,10-secocholesta-5,7,10,22-tetraene-1,3,24-triol hydrate", "calcipotriol[wiki][inn][jan]", "112965-21-6", "zinc22000069", "112828-00-9[rn]", "(1s,3r,5z,7e,22e,24s)-26,27-cyclo-9,10-secocholesta-5,7,10,22-tetraene-1,3,24-triol", "1,3-cyclohexanediol 5-[(2e)-2-[(1r,3as,7ar)-1-[(1r,2e,4s)-4-cyclopropyl-4-hydroxy-1-methyl-2-buten-1-yl]octahydro-7a-methyl-4h-inden-4-ylidene]ethylidene]-4-methylene- (1r,3s,5z)-"}|>, "5318" -> <|"DatabaseID" -> "SW03089", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 92068]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@@H]2OC(=O)CCC4CCCCC4)CCC5=CC(=O)CC[C@H]35", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01476"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nandrolone cyclohexylpropionate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101905]}, "Synonyms" -> {"sanabolicum", "19-norandrostenolone 17-cyclohexylpropionate", "fherbolico", "sanabolicum (tn)", "nandrolone cyclohexanepropionate", "912-57-2", "213-013-3[einecs]", "nandrolone cyclohexylpropionate [jan]", "nandrolone cyclohexylpropionate", "nandrolone cyclohexylpropionate (jan)", "17beta-hydroxyestr-4-en-3-one 17-(3-cyclohexylpropionate)", "912-57-2[rn]", "ac1l2rrq"}|>, "5319" -> <|"DatabaseID" -> "SW03090", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50749"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4450880]}, "IsomericSmiles" -> "C[C@H](/C=C/[C@H](C1CC1)O)[C@H]2CC[C@@H]\\3[C@@]2(CCC/C3=C\\C=C/4\\C[C@H](C[C@@H](C4=C)O)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01125"]}, "OfficialNames" -> <|"Indian Approved Name" -> "calcipotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5288783]}, "Synonyms" -> {"dovonex", "calcipotriol", "daivonex", "divonex", "psorcutan", "calcipotriene", "calciptriol", "26,27-cyclo-9,10-secocholesta-5,7,10,22-tetraene-1,3,24-triol,(1s,3r,5z,7e,22e,24s)-", "chebi:50749", "(1r,3s,5z)-5-[(2e)-2-{(1r,3as,7ar)-1-[(1r,2e,4s)-4-cyclopropyl-4-hydroxy-1-methylbut-2-en-1-yl]-7a-methyloctahydro-4h-inden-4-ylidene}ethylidene]-4-methylidenecyclohexane-1,3-diol", "112828-00-9[rn]", "mc9", "(1r,3s,5z)-5-[(2e)-2-{(1r,3as,7ar)-1-[(1r,2e,4s)-4-cyclopropyl-4-hydroxy-1-methylbut-2-en-1-yl]-7a-methyloctahydro-4h-inden-4-yliden}ethyliden]-4-methylidencyclohexan-1,3-diol", "(5z,7e,22e)-(1s,3r,24s)-26,27-cyclo-9,10-seco-5,7,10(19),22-cholestatetraene-1,3,24-triol", "(1s,3r,5z,7e,22e,24s)-26,27-cyclo-9,10-secocholesta-5,7,10,22-tetraen-1,3,24-triol", "ncgc00167465-01", "calcipotriene[usan]", "112965-21-6[rn]", "sorilux", "214-439-2[einecs]", "112905-21-6", "(1a,3b,5z,7e,22e,24s)-24-cyclopropyl-9,10-secochola-5,7,10(19),22-tetraene-1,3,24-triol", "1128-61-6[rn]", "calcipotriol[wiki][inn][jan]", "112965-21-6", "(1s,3r,5z,7e,22e,24s)-26,27-cyclo-9,10-secocholesta-5,7,10,22-tetraene-1,3,24-triol", "1,3-cyclohexanediol 5-[(2e)-2-[(1r,3as,7ar)-1-[(1r,2e,4s)-4-cyclopropyl-4-hydroxy-1-methyl-2-buten-1-yl]octahydro-7a-methyl-4h-inden-4-ylidene]ethylidene]-4-methylene- (1r,3s,5z)-"}|>, "5320" -> <|"DatabaseID" -> "SW03091", "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CCC2OC(=O)CCC4CCCC4)CCC5=CC(=O)CC[C@]35C", "OfficialNames" -> <|"NPC Approved Name" -> "amyltricresol secondary"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57351146]}, "Synonyms" -> {"ag-k-44291", "58-20-8", "testosterone", "androst-4-en-3-one", "ctk5a8004"}|>, "5321" -> <|"DatabaseID" -> "SW03091", "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CCC2OC(=O)CCC4CCCC4)CCC5=CC(=O)CC[C@]35C", "OfficialNames" -> <|"NPC Approved Name" -> "amyltricresol secondary"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57351146]}, "Synonyms" -> {"ag-k-44291", "58-20-8", "testosterone", "androst-4-en-3-one", "ctk5a8004"}|>, "5322" -> <|"DatabaseID" -> "SW03092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8165]}, "IsomericSmiles" -> "CC(C)(C)CC(C)(C)c1ccc(cc1)OCCOCC[N+](C)(C)Cc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01140"]}, "OfficialNames" -> <|"NPC Approved Name" -> "benzethonium chloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8478]}, "Synonyms" -> {"benzethonium chloride", "microklenz", "solamin", "benzethonium", "disilyn", "phemerol chloride", "hyamine", "phemithyn", "phemeride", "neostelin green", "quatrachlor", "diisobutyl phenoxyethoxy ethyl dimethyl benzyl ammonium chloride", "hyamine(r) 1622", "inactisol", "dimethylbenzyl(2-{2-[4-(1,1,3,3-tetramethylbutyl)phenoxy]ethoxy}ethyl)amine chloride", "n,n-dimethyl-n-(2-(2-(4-(1,1,3,3-tetramethylbutyl)phenoxy)ethoxy)- ethyl)benzenemethanaminium chloride", "hyamine 1622", "ammonium,benzyldimethyl(2-(2-(p-(1,1,3,3-tetramethylbutyl)phenoxy)ethoxy)ethyl)- chloride", "(diisobutylphenoxyethoxyethyl)dimethylbenzylammonium chloride solution", "phermerol", "banagerm", "p-diisobutylphenoxyethoxyethyldimethylbenzylammonium chloride monohydrate", "5929-09-9[rn]", "diisobutylphenoxyethoxyethyl dimethyl benzylammoniumchloride", "benzyldimethyl(2-(2-(4-(1,1,3,3-tetramethylbutyl)phenoxy)ethoxy)ethyl)ammonium chloride", "polymine d", "benzethoniumchloride", "antiseptol", "benzenemethanaminium n,n-dimethyl-n-(2-(2-(4-(1,1,3,3-tetramethylbutyl)phenoxy)ethoxy)- ethyl)- chloride", "benzethonium chloride 1622", "solamine", "benzyldimethyl[2-[2-[4-(1,1,3,3-tetramethylbutyl)phenoxy]ethoxy]ethyl]ammonium chloride", "benzethonii chloridum", "neostelin green (tn)", "benzethoni chloridum", "benzyldimethyl[2-[2-(p-1,1,3,3-tetramethylbutylphenoxy)ethoxy]ethyl]ammonium chloride", "benzyldimethyl(2-(2-(p-(1,1,3,3-tetramethylbutyl)phenoxy)ethoxy)ethyl)ammonium chloride", "sanizol", "benzethonium hydrochloride", "microklenz (tn)", "qac", "benzenemethanaminium n,n-dimethyl-n-[2-[2-[4-(1,1,3,3-tetramethylbutyl)phenoxy]ethoxy]ethyl]- chloride", "n-benzyl-n,n-dimethyl-2-{2-[4-(2,4,4-trimethyl-2-pentanyl)phenoxy]ethoxy}ethanaminium chloride[acd/iupac name]", "p-diisobutylphenoxyethoxyethyl dimethyl benzyl ammonium chloride", "benzenemethanaminium n,n-dimethyl-n-[2-[2-[4-(1,1,3,3-tetramethylbutyl)phenoxy]ethoxy]ethyl]- chloride (1:1)", "n-benzyl-n,n-dimethyl-2-{2-[4-(2,4,4-trimethylpentan-2-yl)phenoxy]ethoxy}ethanaminium chloride", "benzethonii chloridum[latin]", "bzt", "39362-38-4[rn]", "chlorure de benzethonium[french][inn]", "diapp", "121-54-0", "p-diisobutyl phenoxyethoxyethyl dimethyl benzylammonium chloride", "formula 144", "benzetonio cloruro [dcit]", "204-479-9[einecs]", "121-54-0[rn]", "n,n-dimethyl-n-(2-(2-(4-(1,1,3,3-tetramethylbutyl)phenoxy)ethoxy)ethyl)-benzenemethanaminium chloride", "kylacol", "bzt (van)", "salanine", "anti-germ 77", "3898548", "benzenemethanaminium n,n-dimethyl-n-(2-(2-(4-(1,1,3,3-tetramethylbutyl)phenoxy)ethoxy)ethyl)- chloride", "hyamine 1622 solution", "hyamine (tn)", "benzethonium chloride [usan:ban:inn:jan][inn][jan][usan]", "benzetonium chloride", "benzyl-dimethyl-[2-[2-[4-(2,4,4-trimethylpentan-2-yl)phenoxy]ethoxy]ethyl]azaniumchloride", "cloruro de benzetonio[spanish][inn]", "n-benzyl-n,n-dimethyl-2-{2-[4-(1,1,3,3-tetramethylbutyl)phenoxy]ethoxy}ethanaminium chloride", "antiseptol (quarternary compound)", "n,n-dimethyl-n-[2-[2-[4-(1,1,3,3-tetramethylbutyl)phenoxy]ethoxy]ethyl]benzenemethanaminium chloride"}|>, "5323" -> <|"DatabaseID" -> "SW03093", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444554]}, "IsomericSmiles" -> "C[C@H](/C=C/[C@H](C)C(C)C)[C@H]1CC[C@@H]\\2[C@@]1(CCC/C2=C\\C=C/3\\C[C@H](C[C@@H](C3=C)O)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01009"]}, "OfficialNames" -> <|"Indian Approved Name" -> "doxercalciferol", "FDA Approved Drug" -> "DOXERCALCIFEROL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281107]}, "Synonyms" -> {"hectorol", "hectorol (tn)", "doxcercalciferol", "doxercalciferol", "doxercalciferol (inn)", "(1r,3s,5z)-4-methylidene-5-[(2e)-2-{(1r,3as,7ar)-7a-methyl-1-[(1r,2e,4r)-1,4,5-trimethylhex-2-en-1-yl]octahydro-4h-inden-4-ylidene}ethylidene]cyclohexane-1,3-diol", "1-alpha-hydroxyergocalciferol", "54573-75-0[rn]", "bci-101", "(1s,3r,5z,7e,22e)-9,10-secoergosta-5,7,10,22-tetraene-1,3-diol", "doxercalciferol[inn]", "doxercalciferol [inn]", "[54573-75-0]", "doxercalciferol(hectorol)", "(5z,7e,22e)-(1s,3r)-9,10-seco-5,7,10(19),22-ergostatetraene-1,3-diol", "1alpha-hydroxyergocalciferol", "1,3-cyclohexanediol 4-methylene-5-[(2e)-2-[(1r,3as,7ar)-octahydro-7a-methyl-1-[(1r,2e)-1,4,5-trimethyl-2-hexen-1-yl]-4h-inden-4-ylidene]ethylidene]- (1r,3s,5z)-", "(1r,3s,5z)-4-methyliden-5-[(2e)-2-{(1r,3as,7ar)-7a-methyl-1-[(1r,2e,4r)-1,4,5-trimethylhex-2-en-1-yl]octahydro-4h-inden-4-yliden}ethyliden]cyclohexan-1,3-diol", "toxic solid organic n.o.s. (doxercalciferol)", "1,3-cyclohexanediol 4-methylene-5-[(2e)-2-[(1r,3as,7ar)-octahydro-7a-methyl-1-[(1r,2e,4r)-1,4,5-trimethyl-2-hexen-1-yl]-4h-inden-4-ylidene]ethylidene]-,(1r,3s,5z)-", "54573-75-0", "(1r,3s,5z)-4-methylene-5-[(2e)-2-[(1r,3as,7ar)-octahydro-7a-methyl-1-[(1r,2e)-1,4,5-trimethyl-2-hexen-1-yl]-4h-inden-4-ylidene]ethylidene]-1,3-cyclohexanediol", "9,10-secoergosta-5,7,10,22-tetraene-1,3-diol,(1s,3r,5z,7e,22e)-", "1-hydroxyergocalciferol", "1.alpha.-hydroxyvitamin d2", "1alpha-oh-d2"}|>, "5324" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5325" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5326" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5327" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5328" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5329" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5330" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5331" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5332" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5333" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5334" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5335" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5336" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5337" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5338" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5339" -> <|"DatabaseID" -> "SW03094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475527]}, "IsomericSmiles" -> "CC(=O)[C@H]1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CCCC5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adiantone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316475]}, "Synonyms" -> {"1-[(3s", "adiantone", "ac1nsubt"}|>, "5340" -> <|"DatabaseID" -> "SW03095", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444703]}, "IsomericSmiles" -> "C/C=C(/CC[C@@H](C)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CC[C@@H](C4)O)C)C)\\C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "avenasterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281326]}, "Synonyms" -> {"fucosterol", "isofucosterol", "29-isofucosterol", "(z)-24-ethylidenecholesterol", "(3b,24z)-stigmasta-5,24(28)-dien-3-ol", "chembl1836654", "ambotz17605-67-3", "18472-36-1[rn]", "(z)-stigmasta-5,24(28)-dien-3b-ol", "17605-67-3[rn]", "482-14-1", "ac1nqycp", "delta5-avenasterol", "(24z)-ethylidenecholesterol", "481-14-1[rn]", "stigmasta-5", "avenasterol", "(24z)-stigmasta-5,24(28)-dien-3-ol"}|>, "5341" -> <|"DatabaseID" -> "SW03096", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28824"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444352]}, "IsomericSmiles" -> "CC[C@H](/C=C/[C@@H](C)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CC[C@@H](C4)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "24alpha-epimer stigmasterol;24beta-epimer poriferasterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280794]}, "Synonyms" -> {"stigmasta-5", "stigmasterin", "st069313", "stigmasterol", "beta-stigmasterol", "chebi:28824", "(24s)-5", "83-48-7", "(3b,22e)-stigmasta-5,22-dien-3-ol", "(3s,8s,9s,10r,13r,14s,17r)-17-[(2r,3e,5s)-5-ethyl-6-methylhept-3-en-2-yl]-10,13-dimethyl-2,3,4,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-3-ol", "guinea-pig-anti-stiffness factor", "(3s,8s,9s,10r,13r,14s,17r)-17-((2r,5r,e)-5-ethyl-6-methylhept-3-en-2-yl)-10,13-dimethyl-2,3,4,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-3-ol[acd/iupac name]", "wulzen anti-stiffness factor", "stigmasta-5,22-dien-3-ol[acd/iupac name]", "83-48-7[rn]", "14-((2e)(4s,1r)-4-ethyl-1,5-dimethylhex-2-enyl)(1s,5s,10s,11s,2r,14r,15r)-2,15-dimethyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-7-en-5-ol", "(3s,8s,9s,10r,13r,14s,17r)-17-[(2r,3e,5s)-5-ethyl-6-methyl-3-hepten-2-yl]-10,13-dimethyl-2,3,4,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-3-ol", "201-482-7[einecs]", "stigmasta-5,22-dien-3-b-ol", "stigmasterol[wiki]", "2568182[beilstein]", "d5-stigmasterol", "3b-hydroxy-24-ethyl-d5,22-cholestadiene", "14-((2e)(4s,1r)-4-ethyl-1,5-dimethylhex-2-enyl)(1s,5s,10s,11s,2r,14r,15r)-2,15 -dimethyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-7-en-5-ol", "(24s)-5,22-stigmastadien-3b-ol", "poriferasterol"}|>, "5342" -> <|"DatabaseID" -> "SW03097", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444708]}, "IsomericSmiles" -> "CC[C@H](/C=C/[C@@H](C)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3C2=CC[C@@H]4[C@@]3(CC[C@@H](C4)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spinasterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281331]}, "Synonyms" -> {"hitodesterol", "spinasterol", "bessisterol", "481-18-5[rn]", "(3-beta", "chondrillasterol", "5-alpha-stigmasta-7", "(3b,5a,22e)-stigmasta-7,22-dien-3-ol", "a-spinasterol", "alpha-spinasterin", "stigmasta-7", "alpha-spinasterol", "a-spinasterin", "481-18-5"}|>, "5343" -> <|"DatabaseID" -> "SW03098", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7447"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58259]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00607"]}, "IsomericSmiles" -> "CCOc1ccc2ccccc2c1C(=O)N[C@H]3[C@@H]4N(C3=O)[C@H](C(S4)(C)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00928"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NAFCILLIN SODIUM"|>, "PharmGKBID" -> "PA450576", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8982]}, "Synonyms" -> {"unipen", "nafcillin sodium salt", "nafcilline [inn-french]", "nafcillinum [inn-latin]", "nafcilin-1", "naphcillin", "nafcillin", "nafcillin sodium", "nafcilina [inn-spanish]", "213-574-4[einecs]", "nafcilina", "nafcillin[wiki]", "6-(2-ethoxy-1-naphthamido)penicillin sodium", "4287293[beilstein]", "nallpen in plastic container", "sodium 6-(2-ethoxy-1-naphthamido)penicillanate", "nafcillin sodium for injection", "natrium-(2s,5r,6r)-6-{[(2-ethoxynaphthalen-1-yl)carbonyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptan-2-carboxylat", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 6-(2-ethoxy-1-naphthamido)-3,3-dimethyl-7-oxo- monosodium salt", "wy-3277", "nafcillinum", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2-ethoxy-1-naphthalenyl)carbonyl]amino]-3,3-dimethyl-7-oxo- sodiumsalt (2s,5r,6r)-(1:1)", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2-ethoxy-1-naphthalenyl)carbonyl]amino]-3,3-dimethyl-7-oxo- monosodium salt,(2s,5r,6r)-", "pbp-1a", "6-[2-ethoxy-1-naphthamido]-penicillin sodium salt", "sodium (2s,5r,6r)-6-{[(2-ethoxynaphthalen-1-yl)carbonyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate", "nafcillin sodium[usp]", "nallpen", "sodium nafcillin", "nafcillin sodium anhydrous", "985-16-0[rn]", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 6-(((2-ethoxy-1-naphthalenyl)carbonyl)amido)-3,3-dimethyl-7-oxo- monosodium salt,(2s,5r,6r)-", "nafcilline", "exported protein 2"}|>, "5344" -> <|"DatabaseID" -> "SW03099", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC[C@@H]([C@@H]1C(=C(C(=O)O1)O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02412"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ascorbyl palmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54680660]}, "Synonyms" -> {"ascorbyl palmitate", "ascorbic acid 6-palmitate", "ascorbic palmitate", "l-ascorbyl 6-palmitate", "dsstox_cid_21611", "6-o-palmitoyl-l-ascorbic acid", "l-ascorbic acid 6-palmitate", "sbb058267", "dsstox_rid_79785", "dsstox_gsid_41611"}|>, "5345" -> <|"DatabaseID" -> "SW03100", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12108]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCC(C(=O)[O-])C(CC(=O)[O-])(C(=O)[O-])O", "OfficialNames" -> <|"NPC Approved Name" -> "hexadecylcitric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12629]}, "Synonyms" -> {"agaricin", "n-hexadecylcitric acid", "agaricic acid", "agaricinic acid", "agaricinsaeure", "agaric acid", "laricic acid", "1-hexadecyl-2-hydroxypropane-1,2,3-tricarboxylic acid", "2-hydroxy-1,2,3-nona- decane- tricarboxylic acid", "3-carboxy-2-hexadecyl-3-hydroxy-pentanedioic acid", "a-3920", "4-03-00-01284 (beilstein handbook reference)[beilstein]", "1,2 3-nonadecanetricarboxylic acid 2-hydroxy-", "3-c-carboxy-2,4-dideoxy-2-hexadecylpentaric acid[acd/iupac name]", "agaricacid", "2-hydroxynonadecane-1,2,3-tricarboxylic acid", "nsc 60429", "211-566-5[einecs]", "pentaric acid 3-c-carboxy-2,4-dideoxy-2-hexadecyl-", "nsc 65690", "a-cetylcitric acid", "agaric acid sesquihydrate", "alpha-cetylcitric acid", "1,2,3-nonadecanetricarboxylic acid 2-hydroxy-", "2-hydroxy-1,2,3-nonadecanetricarboxylic acid", "666-99-9[rn]"}|>, "5346" -> <|"DatabaseID" -> "SW03100", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12108]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCC(C(=O)[O-])C(CC(=O)[O-])(C(=O)[O-])O", "OfficialNames" -> <|"NPC Approved Name" -> "hexadecylcitric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12629]}, "Synonyms" -> {"agaricin", "n-hexadecylcitric acid", "agaricic acid", "agaricinic acid", "agaricinsaeure", "agaric acid", "laricic acid", "1-hexadecyl-2-hydroxypropane-1,2,3-tricarboxylic acid", "2-hydroxy-1,2,3-nona- decane- tricarboxylic acid", "3-carboxy-2-hexadecyl-3-hydroxy-pentanedioic acid", "a-3920", "4-03-00-01284 (beilstein handbook reference)[beilstein]", "1,2 3-nonadecanetricarboxylic acid 2-hydroxy-", "3-c-carboxy-2,4-dideoxy-2-hexadecylpentaric acid[acd/iupac name]", "agaricacid", "2-hydroxynonadecane-1,2,3-tricarboxylic acid", "nsc 60429", "211-566-5[einecs]", "pentaric acid 3-c-carboxy-2,4-dideoxy-2-hexadecyl-", "nsc 65690", "a-cetylcitric acid", "agaric acid sesquihydrate", "alpha-cetylcitric acid", "1,2,3-nonadecanetricarboxylic acid 2-hydroxy-", "2-hydroxy-1,2,3-nonadecanetricarboxylic acid", "666-99-9[rn]"}|>, "5347" -> <|"DatabaseID" -> "SW03100", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12108]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCC(C(=O)[O-])C(CC(=O)[O-])(C(=O)[O-])O", "OfficialNames" -> <|"NPC Approved Name" -> "hexadecylcitric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12629]}, "Synonyms" -> {"agaricin", "n-hexadecylcitric acid", "agaricic acid", "agaricinic acid", "agaricinsaeure", "agaric acid", "laricic acid", "1-hexadecyl-2-hydroxypropane-1,2,3-tricarboxylic acid", "2-hydroxy-1,2,3-nona- decane- tricarboxylic acid", "3-carboxy-2-hexadecyl-3-hydroxy-pentanedioic acid", "a-3920", "4-03-00-01284 (beilstein handbook reference)[beilstein]", "1,2 3-nonadecanetricarboxylic acid 2-hydroxy-", "3-c-carboxy-2,4-dideoxy-2-hexadecylpentaric acid[acd/iupac name]", "agaricacid", "2-hydroxynonadecane-1,2,3-tricarboxylic acid", "nsc 60429", "211-566-5[einecs]", "pentaric acid 3-c-carboxy-2,4-dideoxy-2-hexadecyl-", "nsc 65690", "a-cetylcitric acid", "agaric acid sesquihydrate", "alpha-cetylcitric acid", "1,2,3-nonadecanetricarboxylic acid 2-hydroxy-", "2-hydroxy-1,2,3-nonadecanetricarboxylic acid", "666-99-9[rn]"}|>, "5348" -> <|"DatabaseID" -> "SW03100", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12108]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCC(C(=O)[O-])C(CC(=O)[O-])(C(=O)[O-])O", "OfficialNames" -> <|"NPC Approved Name" -> "hexadecylcitric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12629]}, "Synonyms" -> {"agaricin", "n-hexadecylcitric acid", "agaricic acid", "agaricinic acid", "agaricinsaeure", "agaric acid", "laricic acid", "1-hexadecyl-2-hydroxypropane-1,2,3-tricarboxylic acid", "2-hydroxy-1,2,3-nona- decane- tricarboxylic acid", "3-carboxy-2-hexadecyl-3-hydroxy-pentanedioic acid", "a-3920", "4-03-00-01284 (beilstein handbook reference)[beilstein]", "1,2 3-nonadecanetricarboxylic acid 2-hydroxy-", "3-c-carboxy-2,4-dideoxy-2-hexadecylpentaric acid[acd/iupac name]", "agaricacid", "2-hydroxynonadecane-1,2,3-tricarboxylic acid", "nsc 60429", "211-566-5[einecs]", "pentaric acid 3-c-carboxy-2,4-dideoxy-2-hexadecyl-", "nsc 65690", "a-cetylcitric acid", "agaric acid sesquihydrate", "alpha-cetylcitric acid", "1,2,3-nonadecanetricarboxylic acid 2-hydroxy-", "2-hydroxy-1,2,3-nonadecanetricarboxylic acid", "666-99-9[rn]"}|>, "5349" -> <|"DatabaseID" -> "SW03101", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61366]}, "IsomericSmiles" -> "CC(C)CC(=O)C1=C(C(=C(C(C1=O)(CC=C(C)C)CC=C(C)C)O)CC=C(C)C)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lupulone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68051]}, "Synonyms" -> {"b'' -acid", "lupulone", "3", "lupulon", "einecs 207-405-3", "2,4-cyclohexadien-1-one 3,5-dihydroxy-4-isovaleryl-2,6,6-tris(3-methyl-2-butenyl)-", "3,5-dihydroxy-2,6,6-tris(3-methyl-2-butenyl)-4-(3-methyl-1-oxobutyl)-2,4-cyclohexadien-1-one", "3,5-dihydroxy-2-(3-methylbutanoyl)-4,6,6-tris(3-methylbut-2-en-1-yl)cyclohexa-2,4-dien-1-one", "beta-lupulic acid", "468-28-0", "207-405-3[einecs]", "2", "468-28-0[rn]", "2,4-cyclohexadien-1-one 3,5-dihydroxy-2,6,6-tris(3-methyl-2-butenyl)-4-(3-methyl-1-oxobutyl)-", "beta-bitter acid"}|>, "5350" -> <|"DatabaseID" -> "SW03102", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4357]}, "IsomericSmiles" -> "CC[NH+](CC)Cc1nccn1c2ccc(cc2C(=O)c3ccccc3Cl)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01465"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nizofenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4514]}, "Synonyms" -> {"nizofenone fumarate", "2'-chloro-2-(2-((diethylamino)methyl)imidazol-1-yl)-5-nitrobenzophenone", "ekonal", "2-{2-[(diethylamino)methyl]imidazolyl}-5-nitrophenyl 2-chlorophenyl ketone", "(2-chlorophenyl)[2-[2-[(diethylamino)methyl]-1h-imidazol-1-yl]-5-nitrophenyl]methanone", "ncgc00183104-01", "nizofenona [inn-spanish]", "nizofenonum [inn-latin]", "nizofenonum[latin]", "54533-85-6", "y 9179", "54533-85-6[rn]", "54533-86-7[rn]", "methanone (2-chlorophenyl)[2-[2-[(diethylamino)methyl]-1h-imidazol-1-yl]-5-nitrophenyl]-", "nizofenone[inn]", "nizofenone (inn)", "nizofenone", "nizofenona[spanish][inn]", "midafenone", "2'-chloro-2-[2-[(diethylamino)methyl]imidazol-1-yl]-5-nitrobenzophenone", "(2-chlorophenyl)(2-{2-[(diethylamino)methyl]-1h-imidazol-1-yl}-5-nitrophenyl)methanone[acd/iupac name]", "nizofenone [inn]", "2'-chlor-2-(2-(diethylaminomethyl)-1-imidazolyl)-5-nitrobenzophenon", "(2-chlorophenyl)(2-(2-((diethylamino)methyl)-1h-imidazol-1-yl)-5-nitrophenyl)methanone"}|>, "5351" -> <|"DatabaseID" -> "SW03103", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10119"], ExternalIdentifier["ChEBIID", "53757"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54840], ExternalIdentifier["ChemSpiderID", 54841]}, "IsomericSmiles" -> "c1ccc2c(c1)c(ns2)N3CC[NH+](CC3)CCc4cc5c(cc4Cl)NC(=O)C5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08687"], ExternalIdentifier["KEGGID", "D01939"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ziprasidone", "Australia Approved Name" -> "ZIPRASIDONE HYDROCHLORIDE", "FDA Approved Drug" -> "ZIPRASIDONE HYDROCHLORIDE;ZIPRASIDONE MESYLATE"|>, "PharmGKBID" -> "PA451974", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60854], ExternalIdentifier["PubChemCompoundID", 656685]}, "Synonyms" -> {"ziprasidone", "ziprasidonum", "zeldox", "ziprasidona", "geodon[wiki]", "geodon", "ziprasidone hydrochloride monohydrate", "ziprasidone hydrochloride", "chebi:10119", "zipradon", "ziprazidone", "146939-27-7", "146939-27-7[rn]", "zipradon (tn)", "ziprasidone hydrochloride hydrate", "ziprasidone (cp 88059)", "138982-67-9[rn]", "ziprasidone[wiki]", "6-chloro-5-[2-[4-(7-thia-8-azabicyclo[4.3.0]nona-1,3,5,8-tetraen-9-yl)piperazin-1-yl]ethyl]-1,3-dihydroindol-2-one", "5-(2-(4-(1,2-benzisothiazol-3-yl)-1-piperazinyl)ethyl)-6-chloro-2-indolinone monohydrochloride monohydrate", "5-[2-[4-(1", "5-[2-[4-(1,2-benzisothiazol-3-yl)-1-piperazinyl]ethyl]-6-chloro-1,3-dihydro-2h-indol-2-onmonohydrochloridemonohydrate", "ziprisadone", "5-{2-[4-(1,2-benzisothiazol-3-yl)piperazin-1-yl]ethyl}-6-chlor-1,3-dihydro-2h-indol-2-on", "5-{2-[4-(1,2-benzothiazol-3-yl)piperazin-1-yl]ethyl}-6-chloro-1,3-dihydro-2h-indol-2-one hydrochloride hydrate", "geodon; ziprasidone; ziprasidone hydrochloride", "5-(2-(4-(1,2-benzisothiazol-3-yl)-1-piperazinyl)ethyl)-6-chloro-1,3-dihydro-2h-indol-2-one", "5-{2-[4-(1,2-benzothiazol-3-yl)piperazin-1-yl]ethyl}-6-chloro-1,3-dihydro-2h-indol-2-one", "5-{2-[4-(1,2-benzisothiazol-3-yl)piperazin-1-yl]ethyl}-4-chloroisoindolin-1-one", "2h-indol-2-one 5-[2-[4-(1,2-benzisothiazol-3-yl)-1-piperazinyl]ethyl]-6-chloro-1,3-dihydro-", "cid60854", "5-(2-(4-(1,2-benzisothiazol-3-yl)piperazinyl)ethyl)-6-chlorooxindole", "5-{2-[4-(1,2-benzothiazol-3-yl)piperazin-1-yl]ethyl}-6-chloro-2,3-dihydro-1h-indol-2-one hydrate hydrochloride", "2h-indol-2-one 5-(2-(4-(1,2-benzisothiazol-3-yl)-1-piperazinyl)ethyl)-6-chloro-1,3-dihydro- monohydrochloride monohydrate", "5-{2-[4-(1,2-benzisothiazol-3-yl)piperazin-1-yl]ethyl}-6-chloro-1,3-dihydro-2h-indol-2-one", "5-{2-[4-(1,2-benzisothiazol-3-yl)piperazin-1-yl]ethyl}-4-chloroisoindolin-1-one hydrochloride hydrate", "5-(2-(4-(1,2-benzisothiazol-3-yl)piperazinyl)ethyl)-6-chlorooxindole monohydrochloride monohydrate", "2h-indol-2-one 5-[2-[4-(1,2-benzisothiazol-3-yl)-1-piperazinyl]ethyl]-6-chloro-1,3-dihydro- chloride hydrogen salt hydrate(1:1:1)", "cp 88,059-1", "2h-indol-2-one 5-(2-(4-(1,2-benzisothiazol-3-yl)-1-piperazinyl)ethyl)-6-chloro-1,3-dihydro-", "geodon; zeldox", "ziprasidona; ziprasidone; ziprasidonum", "tl8000889", "hydrogenchloride5-{2-[4-(1,2-benzothiazol-3-yl)piperazin-1-yl]ethyl}-6-chloro-1,3-dihydro-2h-indol-2-one hydrate (1:1:1:1)", "2h-indol-2-one 5-[2-[4-(1,2-benzisothiazol-3-yl)-1-piperazinyl]ethyl]-6-chloro-1,3-dihydro- hydrochloride,hydrate(1:1:1)", "5-[2-[4--1-piperazinyl]ethyl]-6-chloro-1,3-dihydro-2h-indol-2-onehydrochloride", "5-[2-[4-(1,2-benzisothiazol-3-yl)-1-piperazinyl]ethyl]-6-chloro-1,3-dihydro-2h-indol-2-on", "5-{2-[4-(1,2-benzothiazol-3-yl)-1-piperazinyl]ethyl}-6-chloro-1,3-dihydro-2h-indol-2-one[acd/iupac name]", "5-(2-(4-(benzo[d]isothiazol-3-yl)piperazin-1-yl)ethyl)-6-chloroindolin-2-one", "cp 88059-1", "2h-indol-2-one 5-2-4-(1,2-benzisothiazol-3-yl)-1-piperazinylethyl-6-chloro-1,3-dihydro-", "ziprasidone hydrochloride[usan]", "5-{2-[4-(1,2-benzothiazol-3-yl)piperazin-1-yl]ethyl}-6-chloro-2,3-dihydro-1h-indol-2-one", "5-{2-4-(1,2-benzothiazol-3-yl)piperazin-1-ylethyl}-6-chloro-1,3-dihydro-2h-indol-2-one", "122883-93-6[rn]", "cp-88059-01", "199191-69-0[rn]", "geodon (tn)", "ac1lcvem", "d02100", "199191-69-0", "chebi:53757", "ziprasidone mesylate trihydrate", "a814073", "ziprasidone mesilate", "ziprasidone mesylate hydrate", "ziprasidone mesylate (usan)"}|>, "5352" -> <|"DatabaseID" -> "SW03104", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 76046]}, "IsomericSmiles" -> "CC(=O)OCC1=C[C@H]2[C@H]3[C@@H]1[C@@H](OC=C3C(=O)O2)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperuloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 84298]}, "Synonyms" -> {"asperuloside", "ac1l376m", "[(2as", "14259-45-1[rn]", "hms2206p12", "238-137-5[einecs]", "ac1q608r", "14259-45-1", "kst-1a1425", "mls002472968", "molport-019-937-206", "chembl461910"}|>, "5353" -> <|"DatabaseID" -> "SW03105", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83168]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)[C@@H]2c3cc4c(c(c3C[C@@H]5[C@@H]2C(=O)OC5)O)OCO4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peltatin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92122]}, "Synonyms" -> {"peltatin methyl ether", "peltatin b", "beta-peltatin a", "5-19-10-00670 (beilstein handbook reference)[beilstein]", "b-peltatin a", "artigenin congener", ".alpha.-peltalin a", "(5r)-5a,8,8aa,9-tetrahydro-10-hydroxy-5-(3,4,5-trimethoxyphenyl)furo[3',4':6,7]naphtho[2,3-d]-1,3-dioxol-6(5abh)-one", "8-hydroxy-2-hydroxymethyl-6,7-methylenedioxy-4-(3',4',5'-trimethoxyphenyl)-1,2,3,4-tetrahydronaphthalene-3-carboxylicacid lactone", "dibenzylbutyrolactone lignanolide", "(5r,5ar,8ar)-10-hydroxy-5-(3,4,5-trimethoxy-phenyl)-5,8,8a,9-tetrahydro-5ah-furo[3',4':6,7]naphtho[2,3-d][1,3]dioxol-6-one", "beta-peltatin", "furo[3',4':6,7]naphtho[2,3-d]-1,3-dioxol-6(5ah)-one 5,8,8a,9-tetrahydro-10-hydroxy-5-(3,4,5-trimethoxyphenyl)- (5r,5ar,8ar)-", "nsc35471", "peltatin", "518-29-6[rn]", "nsc 24819", "(5r,5ar,8ar)-10-hydroxy-5-(3,4,5-trimethoxyphenyl)-5,8,8a,9-tetrahydrofuro[3',4':6,7]naphtho[2,3-d][1,3]dioxol-6(5ah)-one[acd/iupac name]", "b-peltatin", "alpha-peltalin a", "nsc24819"}|>, "5354" -> <|"DatabaseID" -> "SW03106", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50305"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10162]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01179"]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)[C@@H]2c3cc4c(cc3[C@@H]([C@@H]5[C@@H]2C(=O)OC5)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05529"]}, "OfficialNames" -> <|"Indian Approved Name" -> "podophyllotoxin", "Traditional Herbal Isolate" -> "podophyllotoxin", "Australia Approved Name" -> "PODOPHYLLOTOXIN", "FDA Approved Drug" -> "PODOFILOX"|>, "PharmGKBID" -> "PA450993", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10607]}, "Synonyms" -> {"podophyllotoxin 7", "podophyllinic acid lactone", "podophyllotoxin", "podofilox", "wartec", "condylox", "condyline", "warticon", "[5r-(5a,5ab,8aa,9a)]-5,8,8a,9-tetrahydro-9-hydroxy-5-(3,4,5-trimethoxyphenyl)furo[3',4':6,7]naphtho[2,3-d]-1,3-dioxol-6(5ah)-one", "condyline;", "(5r,5ar,8ar,9r)-5,8,8a,9-tetrahydro-9-hydroxy-5-(3,4,5-trimethoxyphenyl)-furo(3',4':6,7)naphtho[2,3-d]-1,3-dioxol-6(5ah)-one", "518-28-5", "1,3,3a,4,9,9a-hexahydro-9-hydroxy-6,7-(methylenedioxy)-4-(3',4',5'-trimethoxyphenyl)benz(f)isobenzofuran-3-one", "518-28-5[rn]", "b18-5c", "9-hydroxy-5-(3,4,5-trimethoxyphenyl)-5,8,8a,9-tetrahydrofuro[3',4':6,7]naphtho[2,3-d][1,3]dioxol-6(5ah)-one[acd/iupac name]", "(5r,5ar,8ar,9r)-9-hydroxy-5-(3,4,5-trimethoxyphenyl)-5,5a,8a,9-tetrahydrofuro[3',4':6,7]naphtho[2,3-d][1,3]dioxol-6(8h)-one", "477-47-4[rn]", "mfcd00075290", "(5r,9r,5ar,8ar)-9-hydroxy-5-(3,4,5-trimethoxyphenyl)-5,8,9,5a,8a-pentahydro-2h-isobenzofurano[5',6'-2,1]benzo[4,5-d]1,3-dioxolan-6-one", "rd4-6269", "(-)-podophyllotoxin", "chebi:50305", "p-6980", "furo[3',4':6,7]naphtho[2,3-d]-1,3-dioxol-6(5ah)-one 5,8,8a,9-tetrahydro-9-hydroxy-5-(3,4,5-trimethoxyphenyl)- (5r,5ar,8ar,9r)-", "1-hydroxy-2-hydroxymethyl-6,7-methylenedioxy-4-(3',4',5'-trimethoxyphenyl)-1,2,3,4-tetrahydronaphthalene-3-carboxylicacid lactone", "(5r,5ar,8ar,9r)-5,8,8a,9-tetrahydro-9-hydroxy-5-(3,4,5-trimethoxyphenyl)furo(3',4':6,7)naphtho(2,3-d)-1,3-dioxol-6(5ah)-one", "(5r,5ar,8ar,9r)-9-hydroxy-5-(3,4,5-trimethoxyphenyl)-5,8,8a,9-tetrahydrofuro[3',4':6,7]naphtho[2,3-d][1,3]dioxol-6(5ah)-on", "podophyllotoxin[wiki]", "podophyllotoxin (8ci)", "(10r,11r,15r,16r)-16-hydroxy-10-(3,4,5-trimethoxyphenyl)-4,6,13-trioxatetracyclo[7.7.0.03,7.011,15]hexadeca-1(9),2,7-trien-12-one", "(5r,5ar,8ar,9r)-9-hydroxy-5-(3,4,5-trimethoxyphenyl)-5,8,8a,9-tetrahydrofuro[3',4':6,7]naphtho[2,3-d][1,3]dioxol-6(5ah)-one[acd/iupac name]", "1,3,3a,4,9,9a-hexahydro-9-hydroxy-6,7-(methylenedioxy)-4-(3',4',5'-trimethoxyphenyl)benz[f]isobenzofuran-3-one", "-5,8,8a,9-tetrahydro-9-hydroxy-5- -furo naphtho[2,3-d]-1,3-dioxol-6 -one", "condyline;condylox;warticon", "tubulin beta-5 chain", "208-250-4[einecs]", "condylox[wiki]", "4354-76-1[rn]", "(5r,5ar,8ar,9r)-5,8,8a,9-tetrahydro-9-hydroxy-5-(3,4,5-trimethoxyphenyl)furo[3',4':6,7]naphtho[2,3-d]-1,3-dioxol-6(5ah)-one", "podofilox[wiki]", "(5r,5ar,8ar,9r)-9-hydroxy-5-(3,4,5-trimethoxy-phenyl)-5,8,8a,9-tetrahydro-5ah-furo[3',4':6,7]naphtho[2,3-d][1,3]dioxol-6-one"}|>, "5355" -> <|"DatabaseID" -> "SW03107", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5169077]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3cccc(c3C2=O)c4cccc5c4C(=O)c6ccccc6C5=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bianthraquinonyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6737485]}, "Synonyms" -> {"ac1o9ui7", "molport-000-639-535", "1-(9", "hms588n11", "chemdiv1_000649", "zinc12275402"}|>, "5356" -> <|"DatabaseID" -> "SW03108", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 242139]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c(c2[C@@H]1[C@@H]4c5ccc(c(c5C(=O)O4)OC)OC)OC)OCO3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01036"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "narcotine", "Indian Approved Name" -> "noscapine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 275196]}, "Synonyms" -> {"noscapine", "capval", "narcosine", "methoxyhydrastine", "tusscapine", "opianin", "narcompren", "coscopin", "terbenol", "gnoscopine;opianine;anarkotin;tusscapine", "vadebex", "narcotine (8ci)", "narcotine[wiki]", "1(3h)-isobenzofuranone 6,7-dimethoxy-3-(5,6,7,8-tetrahydro-4-methoxy-6-methyl-1,3-dioxolo[4,5-g]isoquinolin-5-yl)-", "nicolane", "noscapalin", "1(3h)-isobenzofuranone 6,7-dimethoxy-3-(5,6,7,8-tetrahydro-4-methoxy-6-methyl-1,3-dioxolo(4,5-g)-isoquinolin-5-yl),(s-(r*,s*))-", "coscopin (van)", "(3s)-6,7-dimethoxy-3-[(5r)-4-methoxy-6-methyl-5,6,7,8-tetrahydro[1,3]dioxolo[4,5-g]isoquinolin-5-yl]-2-benzofuran-1(3h)-one[acd/iupac name]", "narcotine", "coscopin;methoxyhydrastine", "gnoscopine", "6,7-dimethoxy-3-(4-methoxy-6-methyl-5,6,7,8-tetrahydro[1,3]dioxolo[4,5-g]isoquinolin-5-yl)-2-benzofuran-1(3h)-one[acd/iupac name]", "narcotussin", "a-noscapine", "1(3h)-isobenzofuranone 6,7-dimethoxy-3-((5r)-5,6,7,8-tetrahydro-4-methoxy-6-methyl-1,3-dioxolo(4,5-g)isoquinolin-5-yl)- (3s)-rel-", "noscapin", "nectadon", "noscopine", "opianine", "l-a-2-methyl-8-methoxy-6,7-methylenedioxy-1-(6,7-dimethoxy-3-phthalidyl)-1,2,3,4-tetrahydroisoquinoline", "key-tusscapine", "(s)-6,7-dimethoxy-3-((r)-4-methoxy-6-methyl-5,6,7,8-tetrahydro-[1,3]dioxolo[4,5-g]isoquinolin-5-yl)isobenzofuran-1(3h)-one hydrochloride", "gnoscopine;", "1(3h)-isobenzofuranone 6,7-dimethoxy-3-[(5r)-5,6,7,8-tetrahydro-4-methoxy-6-methyl-1,3-dioxolo[4,5-g]isoquinolin-5-yl]- (3s)-", "dl-narcotine", "narcotine 2-oxo-10-bornanesulfonate", "coscotabs", "25333-79-3[rn]", "(s)-6,7-dimethoxy-3-((r)-4-methoxy-6-methyl-5,6,7,8-tetrahydro-[1,3]dioxolo[4,5-g]isoquinolin-5-yl)isobenzofuran-1(3h)-one", "noscapine hydrochloride[jan][jp15]", "lyobex", "opian", "noscapal", "[s-(r*,s*)]-6,7-dimethoxy-3-(5,6,7,8-tetrahydro-4-methoxy-6-methyl-1,3-dioxolo[4,5-g]isoquinolin-5-yl)-1(3h)-isobenzofuranone", "noscapine[wiki]", "nipaxon", "l-a-narcotine", "longatin", "204-899-2[einecs]", "noscapine (tn)", "6035-40-1[rn]", "(s)-6,7-dimethoxy-3-((r)-4-methoxy-6-methyl-5,6,7,8-tetrahydro-[1,3]dioxolo[4,5-g]isoquinolin-5-yl)-3h-isobenzofuran-1-one hydrochloride", "(s,r)-noscapine", "128-62-1[rn]", "(s)-6,7-dimethoxy-3-((r)-4-methoxy-6-methyl-5,6,7,8-tetrahydro-[1,3]dioxolo[4,5-g]isoquinolin-5-yl)-3h-isobenzofuran-1-one", "(3s)-3-[(5r)-6-methyl-4-(methyloxy)-5,6,7,8-tetrahydro[1,3]dioxolo[4,5-g]isoquinolin-5-yl]-6,7-bis(methyloxy)-2-benzofuran-1(3h)-one", "912-60-7[rn]", "noscapine derivatives"}|>, "5357" -> <|"DatabaseID" -> "SW03108", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 242139]}, "IsomericSmiles" -> "C[NH+]1CCc2cc3c(c(c2[C@@H]1[C@@H]4c5ccc(c(c5C(=O)O4)OC)OC)OC)OCO3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01036"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "narcotine", "Indian Approved Name" -> "noscapine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 275196]}, "Synonyms" -> {"noscapine", "capval", "narcosine", "methoxyhydrastine", "tusscapine", "opianin", "narcompren", "coscopin", "terbenol", "gnoscopine;opianine;anarkotin;tusscapine", "vadebex", "narcotine (8ci)", "narcotine[wiki]", "1(3h)-isobenzofuranone 6,7-dimethoxy-3-(5,6,7,8-tetrahydro-4-methoxy-6-methyl-1,3-dioxolo[4,5-g]isoquinolin-5-yl)-", "nicolane", "noscapalin", "1(3h)-isobenzofuranone 6,7-dimethoxy-3-(5,6,7,8-tetrahydro-4-methoxy-6-methyl-1,3-dioxolo(4,5-g)-isoquinolin-5-yl),(s-(r*,s*))-", "coscopin (van)", "(3s)-6,7-dimethoxy-3-[(5r)-4-methoxy-6-methyl-5,6,7,8-tetrahydro[1,3]dioxolo[4,5-g]isoquinolin-5-yl]-2-benzofuran-1(3h)-one[acd/iupac name]", "narcotine", "coscopin;methoxyhydrastine", "gnoscopine", "6,7-dimethoxy-3-(4-methoxy-6-methyl-5,6,7,8-tetrahydro[1,3]dioxolo[4,5-g]isoquinolin-5-yl)-2-benzofuran-1(3h)-one[acd/iupac name]", "narcotussin", "a-noscapine", "1(3h)-isobenzofuranone 6,7-dimethoxy-3-((5r)-5,6,7,8-tetrahydro-4-methoxy-6-methyl-1,3-dioxolo(4,5-g)isoquinolin-5-yl)- (3s)-rel-", "noscapin", "nectadon", "noscopine", "opianine", "l-a-2-methyl-8-methoxy-6,7-methylenedioxy-1-(6,7-dimethoxy-3-phthalidyl)-1,2,3,4-tetrahydroisoquinoline", "key-tusscapine", "(s)-6,7-dimethoxy-3-((r)-4-methoxy-6-methyl-5,6,7,8-tetrahydro-[1,3]dioxolo[4,5-g]isoquinolin-5-yl)isobenzofuran-1(3h)-one hydrochloride", "gnoscopine;", "1(3h)-isobenzofuranone 6,7-dimethoxy-3-[(5r)-5,6,7,8-tetrahydro-4-methoxy-6-methyl-1,3-dioxolo[4,5-g]isoquinolin-5-yl]- (3s)-", "dl-narcotine", "narcotine 2-oxo-10-bornanesulfonate", "coscotabs", "25333-79-3[rn]", "(s)-6,7-dimethoxy-3-((r)-4-methoxy-6-methyl-5,6,7,8-tetrahydro-[1,3]dioxolo[4,5-g]isoquinolin-5-yl)isobenzofuran-1(3h)-one", "noscapine hydrochloride[jan][jp15]", "lyobex", "opian", "noscapal", "[s-(r*,s*)]-6,7-dimethoxy-3-(5,6,7,8-tetrahydro-4-methoxy-6-methyl-1,3-dioxolo[4,5-g]isoquinolin-5-yl)-1(3h)-isobenzofuranone", "noscapine[wiki]", "nipaxon", "l-a-narcotine", "longatin", "204-899-2[einecs]", "noscapine (tn)", "6035-40-1[rn]", "(s)-6,7-dimethoxy-3-((r)-4-methoxy-6-methyl-5,6,7,8-tetrahydro-[1,3]dioxolo[4,5-g]isoquinolin-5-yl)-3h-isobenzofuran-1-one hydrochloride", "(s,r)-noscapine", "128-62-1[rn]", "(s)-6,7-dimethoxy-3-((r)-4-methoxy-6-methyl-5,6,7,8-tetrahydro-[1,3]dioxolo[4,5-g]isoquinolin-5-yl)-3h-isobenzofuran-1-one", "(3s)-3-[(5r)-6-methyl-4-(methyloxy)-5,6,7,8-tetrahydro[1,3]dioxolo[4,5-g]isoquinolin-5-yl]-6,7-bis(methyloxy)-2-benzofuran-1(3h)-one", "912-60-7[rn]", "noscapine derivatives"}|>, "5358" -> <|"DatabaseID" -> "SW03109", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31547"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10203511]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C=C1C[C@H]([C@@H]3[C@]24[C@H](O4)C[C@]5([C@H]3CC[C@@]56CCC(=O)O6)C)C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01115"]}, "OfficialNames" -> <|"Indian Approved Name" -> "eplerenone", "FDA Approved Drug" -> "EPLERENONE"|>, "Synonyms" -> {"eplerenone", "107727-20-9", "methyl-(4as,4br,5ar,6as,7r,9as,9br,10r)-4a,6a-dimethyl-2,5'-dioxo-2,4,4',4a,5',5a,6,6a,8,9,9a,9b,10,11-tetradecahydro-3h,3'h-spiro[cyclopenta[7,8]phenanthro[4b,5-b]oxiren-7,2'-furan]-10-carboxylat", "inspra epoxymexrenone cgp30083 sc-66110", "pregn-4-ene-7,21-dicarboxylic acid,9,11-epoxy-17-hydroxy-3-oxo- ?-lactone 7-methyl ester (7?,11?,17?)-", "tl8000270", "exemestane[wiki][inn]", "spiro[cyclopenta[7,8]phenanthro[4b,5-b]oxirene-7(3h),2'(3'h)-furan]-10-carboxylicacid 2,4,4',4a,5',5a,6,6a,8,9,9a,9b,10,11-tetradecahydro-4a,6a-dimethyl-2,5'-dioxo- methyl ester (4as,4br,5ar,6as,7r,9as,9br,10r)-", "inspra[wiki]", "6-methylenandrosta-1,4-diene-3,17-dione", "107868-30-4[rn]", "inspra", "spiro[cyclopenta[7,8]phenanthro[4b,5-b]oxirene-7(3h),2'(3'h)-furan]-10-carboxylicacid 2,4,4',4a,5',5a,6,6a,8,9,9a,9b,10,11-tetradecahydro-4a,6a-dimethyl-2,5'-dioxo- methyl ester (4as,4br,5ar,6as,7", "methyl (4as,4br,5ar,7r,9as,9br,10r)-4a,6a-dimethyl-2,5'-dioxo-2,4,4',4a,5',5a,6,6a,8,9,9a,9b,10,11-tetradecahydro-3h,3'h-spiro[cyclopenta[7,8]phenanthro[4b,5-b]oxirene-7,2'-furan]-10-carboxylate", "epoxymexrenone;cgp30083;sc-66110", "eplerenone[wiki]", "methyl (4as,4br,5ar,6as,7r,9as,9br,10r)-4a,6a-dimethyl-2,5'-dioxo-2,4,4',4a,5',5a,6,6a,8,9,9a,9b,10,11-tetradecahydro-3h,3'h-spiro[cyclopenta[7,8]phenanthro[4b,5-b]oxirene-7,2'-furan]-10-carboxylate", "9,11a-epoxy-17-hydroxy-3-oxo-17a-pregn-4-ene-7a,21-dicarboxylicacid g-lactone methyl ester", "107724-20-9[rn]", "yle", "epoxymexrenone", "(7a,11a,17a)-9,11-epoxy-17-hydroxy-3-oxo-pregn-4-ene-7,21-dicarboxylic acid g-lactone methyl ester"}|>, "5359" -> <|"DatabaseID" -> "SW03110", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 96924]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01450"]}, "IsomericSmiles" -> "CCC[C@](C)([C@H]1C[C@@]23CC[C@@]1([C@H]4[C@@]25CC[NH+]([C@@H]3Cc6c5c(c(cc6)O)O4)C)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Dihydroetorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 107765]}, "Synonyms" -> {"dihydroetorphine", "dihydroetorphine hydrochloride", "6", "dea no. 9334", "18", "82068-94-8[rn]", "ac1l32pm", "14357-76-7[rn]", "18,19-dihydroetorphine", "7", "c25h35no4", "tetrahydro-7alpha-(1-hydroxy-1-methylbutyl)-6"}|>, "5360" -> <|"DatabaseID" -> "SW03110", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 96924]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01450"]}, "IsomericSmiles" -> "CCC[C@](C)([C@H]1C[C@@]23CC[C@@]1([C@H]4[C@@]25CC[NH+]([C@@H]3Cc6c5c(c(cc6)O)O4)C)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Dihydroetorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 107765]}, "Synonyms" -> {"dihydroetorphine", "dihydroetorphine hydrochloride", "6", "dea no. 9334", "18", "82068-94-8[rn]", "ac1l32pm", "14357-76-7[rn]", "18,19-dihydroetorphine", "7", "c25h35no4", "tetrahydro-7alpha-(1-hydroxy-1-methylbutyl)-6"}|>, "5361" -> <|"DatabaseID" -> "SW03111", "IsomericSmiles" -> "CCCCCC(=O)O[C@@]1(CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CC(=O)CC[C@H]34)C)C(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01159"]}, "OfficialNames" -> <|"NPC Approved Name" -> "gestonorone caproate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443881]}, "Synonyms" -> {"depostat", "gestonorone caproate", "sh 582", "gestronol caproate", "gestonorone capronate", "gestronol hexanoate", "sh 80582", "nsc84054", "1253-28-7", "primostat"}|>, "5362" -> <|"DatabaseID" -> "SW03112", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62175]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@@H]2OC(=O)CCC4CCCC4)CCC5=C(C(=O)CC[C@H]35)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01149"]}, "OfficialNames" -> <|"NPC Approved Name" -> "oxabolone cipionate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68952]}, "Synonyms" -> {"oxabolone cipionate", "steranabol ritardo", "oxabolone cypionate", "esterbol depo", "oxaboloni cypionas", "4-hydroxy-19-nortestosterone cyclopentanepropionate", "215-011-8[einecs]", "oxabolone 17-cyclopentanepropionate", "1254-35-9", "ossabolone cipionato [dcit]", "fi 5852", "oxaboloni cipionas", "steranabol long-acting", "ossabolone cipionato", "1254-35-9[rn]", "cipionato de oxabolona[spanish]", "oxabolone cipionate[inn]", "oxaboloni cipionas[latin]", "4-hydroxy-19-nortestosterone 17-cyclopentanepropionate", "cipionate d'oxabolone[french]", "68952-09-0[rn]", "ncgc00181156-01"}|>, "5363" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5364" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5365" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5366" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5367" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5368" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5369" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5370" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5371" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5372" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5373" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5374" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5375" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5376" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5377" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5378" -> <|"DatabaseID" -> "SW03113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12574]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01134"]}, "IsomericSmiles" -> "CC12CCC3C(C1CCC2C(=O)COC(=O)C(C)(C)C)CCC4=CC(=O)CCC34C", "OfficialNames" -> <|"FDA Approved Drug" -> "DESOXYCORTICOSTERONE PIVALATE"|>, "PharmGKBID" -> "PA449245", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13126]}, "Synonyms" -> {"deoxycortone pivalate", "dtma", "neodin-depositum", "docp", "cortexone m", "percorten m", "percorten pivalate", "deoxycorticosterone pivalate", "deoxycortone trimethylacetate", "desoxycorticosterone trimethylacetate", "desoxycortone pivalate", "percorten", "deoxycortolone pivalate", "deoxycorticosterone trimethylacetate", "pregn-4-ene-3,20-dione 21-(2,2-dimethyl-1-oxopropoxy)-", "21-(2,2-dimethyl-1-oxopropoxy)pregn-4-ene-3,20-dione", "808-48-0[rn]", "11-deoxycorticosterone pivalate", "212-366-0[einecs]", "4-08-00-02196 (beilstein handbook reference)[beilstein]", "desoxycorticosterone pivalate[usp]", "corticosterone deoxy- pivalate (6ci,7ci)", "pregn-4-ene-3,20-dione 21- (2 2-dimethyl-1-oxopropoxy)-", "11-deoxycorticosterone pivalate (8ci)", "mr", "desoxycorticosterone pivalate", "11-deoxycorticosterone pivalate"}|>, "5379" -> <|"DatabaseID" -> "SW03114", "IsomericSmiles" -> "CCCCCCC(=O)O[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC[C@@H]4[C@@]3(C(=CC(=O)C4)C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01301"]}, "OfficialNames" -> <|"NPC Approved Name" -> "methenolone enanthate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 248271]}, "Synonyms" -> {"primobolan depot", "metenolone enanthate", "methenolone enanthate", "303-42-4", "ncgc00167979-01", "sq 16374", "sh 601", "delapromor", "methenolone enanthate (usan)", "primobolan-depot"}|>, "5380" -> <|"DatabaseID" -> "SW03115", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 221993]}, "IsomericSmiles" -> "C[C@H]1CC[C@@H]2[C@H]([C@H]3[C@@H]([NH+]2C1)C[C@@H]4[C@@]3([C@H](C[C@H]5[C@H]4CC=C6[C@@]5(CC[C@@H](C6)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubijervine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 253295]}, "Synonyms" -> {"rubijervin", "rubigervine", "rubijervine", "solanid-5-ene-3b,12a-diol", "79-58-3[rn]", "d5-3b,12a-dihydroxysolanidene", "solanid-5-ene-3.beta.", "nsc-76026", "nsc76026", "79-58-3", "(3beta", "solanid-5-en-3.beta.", "ac1l5nu0"}|>, "5381" -> <|"DatabaseID" -> "SW03116", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112146]}, "IsomericSmiles" -> "C[C@H]1CC[C@H]2[C@@H]([C@@H]3CCC4[C@H]([C@@H]3C[NH+]2C1)C[C@H]5[C@H]4CC(=O)[C@@H]6[C@@]5(CC[C@@H](C6)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "puqiedinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 126149]}, "Synonyms" -> {"puqiedinone", "20-deoxy-5-cevanine-3-ol-6-one", "sinpeinine a", "ar-1a5127", "96997-98-7[rn]", "kst-1a0091", "(3|a", "ac1l2ptw", "(3beta", "cevan-6-one", "(20r"}|>, "5382" -> <|"DatabaseID" -> "SW03116", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112146]}, "IsomericSmiles" -> "C[C@H]1CC[C@H]2[C@@H]([C@@H]3CCC4[C@H]([C@@H]3C[NH+]2C1)C[C@H]5[C@H]4CC(=O)[C@@H]6[C@@]5(CC[C@@H](C6)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "puqiedinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 126149]}, "Synonyms" -> {"puqiedinone", "20-deoxy-5-cevanine-3-ol-6-one", "sinpeinine a", "ar-1a5127", "96997-98-7[rn]", "kst-1a0091", "(3|a", "ac1l2ptw", "(3beta", "cevan-6-one", "(20r"}|>, "5383" -> <|"DatabaseID" -> "SW03117", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338382]}, "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3C2=CCC4[C@@]3(CC[C@@H](C4)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stigmast-7-enol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3080632]}, "Synonyms" -> {"stigmast-7-en-3-ol", "stigmast-7-en-3b-ol (7ci", "22", "22,23-dihydrospinasterol", "(3s", "ac1mivec", "6869-99-4[rn]", "delta(7)-stigmastenol"}|>, "5384" -> <|"DatabaseID" -> "SW03117", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338382]}, "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3C2=CCC4[C@@]3(CC[C@@H](C4)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stigmast-7-enol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3080632]}, "Synonyms" -> {"stigmast-7-en-3-ol", "stigmast-7-en-3b-ol (7ci", "22", "22,23-dihydrospinasterol", "(3s", "ac1mivec", "6869-99-4[rn]", "delta(7)-stigmastenol"}|>, "5385" -> <|"DatabaseID" -> "SW03118", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27693"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192962]}, "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CC[C@@H](C4)O)C)C)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08518"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sterol;phytosterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222284]}, "Synonyms" -> {"harzol", "rhamnol", "triastonal", "quebrachol", "cupreol", "cinchol", "22,23-dihydrostigmasterol", "stigmasterol 22,23-dihydro-", "5779-62-4[rn]", "sitosterol", "angelicin", "(3?)-stigmast-5-en-3-ol", "prostasal", "alpha-dihydrofucosterol", "22", "201-480-6[einecs]", "nimbosterol", "14-((1s,4r)-4-ethyl-1,5-dimethylhexyl)(1s,5s,10s,11s,2r,14r,15r)-2,15-dimethyl tetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-7-en-5-ol", "sitosterin", "stigmast-5-en-3-ol (3b,24r)-", "sobatum", "24a-ethylcholesterol", "(-)-b-sitosterol", "b-sitosterol", "phytosterol", "sitosterol[wiki]", "stigmast-5-en-3-ol[acd/iupac name]", "271-413-3[einecs]", "22,23-dihydro-stigmasterol", "22:23-dihydrostigmasterol", "beta-sitosterol", "64997-52-0[rn]", "stigmast-5-en-3b-ol", "14-((1s,4r)-4-ethyl-1,5-dimethylhexyl)(1s,5s,10s,11s,2r,14r,15r)-2,15-dimethyltetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-7-en-5-ol", "b-sitosterin", "1916156[beilstein]", "l e5 b666 lutj a1 e1 fy1&2y2&y1;&1 oq &&stereoisomer;[wln]", "(3b)-stigmast-5-en-3-ol", "sito-lande", "24b-ethyl-d5-cholesten-3b-ol", "a-phytosterol", "azuprostat", "alpha.dihydrofucosterol", "d5-stigmasten-3b-ol", "a-dihydrofucosterol", "(3s,8s,9s,10r,13r,14s,17r)-17-[(2r,5r)-5-ethyl-6-methyl-2-heptanyl]-10,13-dimethyl-2,3,4,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-3-ol", "83-46-5[rn]", "(24r)-stigmast-5-en-3b-ol"}|>, "5386" -> <|"DatabaseID" -> "SW03119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1904]}, "IsomericSmiles" -> "Cc1c(c2cc(ccc2n1C(=O)c3ccc(cc3)Cl)OC)CC(=O)OCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01582"]}, "OfficialNames" -> <|"NPC Approved Name" -> "acemetacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1981]}, "Synonyms" -> {"rantudil", "acemetacin", "rheumibis", "emflex", "acemetacinum", "acemix", "aximeixin", "(1-(p-chlorbenzoyl)-5-methoxy-2-methylindol-3-acetoxy)essigsaeure[german]", "1h-indole-3-aceticacid 1-(4-chlorobenzoyl)-5-methoxy-2-methyl- carboxymethyl", "acemetacinum [inn-latin]", "[({1-[(4-chlorophenyl)carbonyl]-5-methoxy-2-methyl-1h-indol-3-yl}acetyl)oxy]acetic acid", "rantudil (tn)", "2-(2-(1-(p-chlorobenzoyl)-5-methoxy-2-methylindol-3-yl)acetoxy)acetic acid", "bay f 4975", "1-(4-chlorobenzoyl)-5-methoxy-2-methyl-1h-indole-3-acetic acidcarboxymethyl ester", "1h-indole-3-aceticacid 1-(4-chlorobenzoyl)-5-methoxy-2-methyl- carboxymethyl ester", "tv 1322", "[({1-[(4-chlorophenyl)carbonyl]-2-methyl-5-(methyloxy)-1h-indol-3-yl}acetyl)oxy]acetic acid", "5-22-05-00241 (beilstein handbook reference)[beilstein]", "[1-(4-chloro-benzoyl)-5-methoxy-2-methyl-1h-indol-3-yl]-aceticacid carboxymethylester", "{2-[1-(4-chlorobenzoyl)-5-methoxy-2-methyl-1h-indol-3-yl]acetoxy}aceticacid[acd/iupac name]", "1-(p-chlorobenzoyl)-5-methoxy-2-methylindole-3-aceticacid carboxymethylester", "azeat", "tilur", "2-(2-{1-[(4-chlorophenyl)carbonyl]-5-methoxy-2-methylindol-3-yl}acetyloxy)aceticacid", "bay-f-4975", "acemetacin (emflex)", "acemetacine [inn-french]", "reudol", "acemetacine[french][inn]", "258-403-4[einecs]", "{2-[1-(4-chlorbenzoyl)-5-methoxy-2-methyl-1h-indol-3-yl]acetoxy}essigs", "acephlogont", "53164-05-9[rn]", "acemetadoc", "({[1-(4-chlorobenzoyl)-5-methoxy-2-methyl-1h-indol-3-yl]acetyl}oxy)acetic acid", "acemetacina[spanish][inn]", "[[1-(4-chlorobenzoyl)-5-methoxy-2-methylindol-3-yl]acetoxy]acetic acid", "acemetacin[wiki]", "53164-05-9", "oldan", "1-(p-chlorobenzoyl)-5-methoxy-2-methylindole-3-aceticacid ester with glycolic acid", "gamespir", "acemetacin [ban:inn:jan][inn][jan]", "rheutrop"}|>, "5387" -> <|"DatabaseID" -> "SW03120", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 37445]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01195"]}, "IsomericSmiles" -> "c1cc(c(cc1OCC(F)(F)F)C(=O)NCC2CCCC[NH2+]2)OCC(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00638"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLECAINIDE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41022]}, "Synonyms" -> {"flecainide acetate", "n-(piperidin-2-ylmethyl)-2", "tambocor", "flecainide monoacetate", "r-818", "mfcd00214290", "sodium channel protein type iv subunit alpha", "benzamide n-(2-piperidinylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)- acetate (1:1)", "54143-56-5", "n-(2-piperidylmethyl)-2,5-bis-(2,2,2-trifluoroethoxy)benzamideacetate salt", "n-(2-piperidinylmethyl)-2", "n-(piperidin-2-ylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamide acetate(1:1)", "n-(2-piperidinylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamideacetate(1:1)[acd/iupac name]", "flecainideacetate", "flecainide[wiki]", "flecainide", "2", "n-(2-piperidylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamide monoacetate", "n-(2-piperidylmethyl)-2,5-bis-(2,2,2-trifluoroethoxy)benzamideacetate", "voltage-gated sodium channel subunit alpha nav1.4", "n-(piperidin-2-ylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamide acetate", "n-(piperidin-2-ylmethyl)-2,5-bis(2,2,2-trifluorethoxy)benzolcarboxamidacetat", "r 818", "n-(2-piperidinylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamidemonoacetate", "skm1", "flecainidum [inn-latin]", "54143-56-5[rn]", "n-(piperidin-2-ylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamide; aceticacid", "flecainide acetate salt", "flecainide acetate [usan:jan][jan][usan]", "einecs 258-997-5", "[54143-56-5]", "flecainida [inn-spanish]", "flecaine", "benzamide n-(2-piperidinylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)- monoacetate", "n-(piperidin-2-ylmethyl)-2,5-bis[(2,2,2-trifluoroethyl)oxy]benzamide acetate", "2,5-bis-(2,2,2-trifluoroethoxy)-n-(2-piperidinylmethyl)benzamide acetate", "n-(piperidin-2-ylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamide monoacetate", "tambocor (tn)", "sodium channel protein skeletal muscle subunit alpha", "258-997-5[einecs]", "tambocor[wiki]", "[2,5-bis(2,2,2-trifluoroethoxy)phenyl]-n-(2-piperidylmethyl)carboxamide,acetic acid"}|>, "5388" -> <|"DatabaseID" -> "SW03120", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 37445]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01195"]}, "IsomericSmiles" -> "c1cc(c(cc1OCC(F)(F)F)C(=O)NCC2CCCC[NH2+]2)OCC(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00638"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLECAINIDE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41022]}, "Synonyms" -> {"flecainide acetate", "n-(piperidin-2-ylmethyl)-2", "tambocor", "flecainide monoacetate", "r-818", "mfcd00214290", "sodium channel protein type iv subunit alpha", "benzamide n-(2-piperidinylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)- acetate (1:1)", "54143-56-5", "n-(2-piperidylmethyl)-2,5-bis-(2,2,2-trifluoroethoxy)benzamideacetate salt", "n-(2-piperidinylmethyl)-2", "n-(piperidin-2-ylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamide acetate(1:1)", "n-(2-piperidinylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamideacetate(1:1)[acd/iupac name]", "flecainideacetate", "flecainide[wiki]", "flecainide", "2", "n-(2-piperidylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamide monoacetate", "n-(2-piperidylmethyl)-2,5-bis-(2,2,2-trifluoroethoxy)benzamideacetate", "voltage-gated sodium channel subunit alpha nav1.4", "n-(piperidin-2-ylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamide acetate", "n-(piperidin-2-ylmethyl)-2,5-bis(2,2,2-trifluorethoxy)benzolcarboxamidacetat", "r 818", "n-(2-piperidinylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamidemonoacetate", "skm1", "flecainidum [inn-latin]", "54143-56-5[rn]", "n-(piperidin-2-ylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamide; aceticacid", "flecainide acetate salt", "flecainide acetate [usan:jan][jan][usan]", "einecs 258-997-5", "[54143-56-5]", "flecainida [inn-spanish]", "flecaine", "benzamide n-(2-piperidinylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)- monoacetate", "n-(piperidin-2-ylmethyl)-2,5-bis[(2,2,2-trifluoroethyl)oxy]benzamide acetate", "2,5-bis-(2,2,2-trifluoroethoxy)-n-(2-piperidinylmethyl)benzamide acetate", "n-(piperidin-2-ylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)benzamide monoacetate", "tambocor (tn)", "sodium channel protein skeletal muscle subunit alpha", "258-997-5[einecs]", "tambocor[wiki]", "[2,5-bis(2,2,2-trifluoroethoxy)phenyl]-n-(2-piperidylmethyl)carboxamide,acetic acid"}|>, "5389" -> <|"DatabaseID" -> "SW03121", "IsomericSmiles" -> "COc1cc(c2c(=O)cc(oc2c1[C@H]3C([C@H]([C@H](CO3)O)O)O)c4ccc(cc4)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "molludistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258315]}, "Synonyms" -> {"lmpk12110971", "molludistin"}|>, "5390" -> <|"DatabaseID" -> "SW03121", "IsomericSmiles" -> "COc1cc(c2c(=O)cc(oc2c1[C@H]3C([C@H]([C@H](CO3)O)O)O)c4ccc(cc4)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "molludistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258315]}, "Synonyms" -> {"lmpk12110971", "molludistin"}|>, "5391" -> <|"DatabaseID" -> "SW03122", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110413]}, "IsomericSmiles" -> "c1ccc2c(c1)c3c(n2CCC(=O)[O-])CC[C@H](C3)NS(=O)(=O)c4ccc(cc4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01128"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ramatroban"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 123879]}, "Synonyms" -> {"ramatroban", "baynas", "bay u 3405", "bay u-3405", "baynas (tn)", "bay u3405", "bay u 3406", "bay-u 3405", "(3r)-3-[[(4-fluorophenyl)sulfonyl]amino]-1,2,3,4-tetrahydro-9h-carbazole-9-propanoic acid", "[116649-85-5]", "ramatroban |", "3-[(3r)-3-{[(4-fluorophenyl)sulfonyl]amino}-1,2,3,4-tetrahydro-9h-carbazol-9-yl]propanoicacid[acd/iupac name]", "116649-85-5[rn]", "3-[(r)-3-(4-fluoro-benzenesulfonylamino)-1,2,3,4-tetrahydro-carbazol-9-yl]-propionic acid", "(+)-(3r)-3-(p-fluorobenzenesulfonamido)-1,2,3,4-tetrahydrocarbazole-9-propionic acid", "ac1l3xgv", "116649-85-5", "(r)-3-(3-(4-fluorophenylsulfonamido)-1,2,3,4-tetrahydrocarbazol-9-yl)propanoic acid", "bay-u-3405", "9h-carbazole-9-propanoic acid 3-[[(4-fluorophenyl)sulfonyl]amino]-1,2,3,4-tetrahydro- (3r)-", "3-(4-fluorophenylsulfonamido)-1,2,3,4-tetrahydro-9-carbazole propanoic acid", "3-((3r)-3-(((4-fluorophenyl)sulfonyl)amino)-1,2,3,4-tetrahydro-9h-carbazol-9-yl)propanoicacid", "c063119", "ramatroban (jan/inn)", "(r)-3-(3-(4-fluorophenylsulfonamido)-3,4-dihydro-1h-carbazol-9(2h)-yl)propanoic acid", "9h-carbazole-9-propanoic acid 3-(((4-fluorophenyl)sulfonyl)amino)-1,2,3,4-tetrahydro- (r)-"}|>, "5392" -> <|"DatabaseID" -> "SW03123", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3537"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5569]}, "IsomericSmiles" -> "c1cc[n+](cc1)CC2=C(N3[C@@H]([C@@H](C3=O)NC(=O)Cc4cccs4)SC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01075"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cephaloridine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5773]}, "Synonyms" -> {"cefaloridine", "cephaloridinum", "cephaloridine", "cefaloridinum", "cefalorizin", "cephaloridin", "loridine", "cefaloridin", "cepaloridin", "kefloridin", "cefaloridina", "(6r,7r)-8-oxo-3-(pyridinium-1-ylmethyl)-7-[(2-thienylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "pyridinium 1-((2-carboxy-8-oxo-7-(2-(2-thienyl)acetamido)-5-thia-1-azabicyclo(4.2.0)oct-2-en-3-yl)methyl)-,hydroxide innersalt", "intrasporin", "cefaloridinum [inn_la]", "keflordin", "8031-18-3[rn]", "200-052-6[einecs]", "ceporine", "7-[2-(4-hydroxy-phenyl)-acetylamino]-3-(1-methyl-1h-tetrazol-5-ylsulfanylmethyl)-8-oxo-5-oxa-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "cilifor", "pyridinium 1-((2-carboxy-8-oxo-7-((2-thienylacetyl)amino)-5-thia-1-azabicyclo(4.2.0)oct-2-en-3-yl)methyl)-,inner salt (6r-trans)-", "cefaloridina; cefaloridine; cefaloridinum", "ceflorin", "kefloridin (tn)", "pyridinium 1-[[(6r,7r)-2-carboxy-8-oxo-7-[[2-(2-thienyl)acetyl]amino]-5-thia-1-azabicyclo[4.2.0]oct-2-en-3-yl]methyl]- innersalt", "lloncefal", "aliporina", "pyridinium 1-((2-carboxy-8-oxo-7-((2-thienylacetyl)amino)-5-thia-1-azabicyclo(4.2.0)-oct-2-en-3-yl)methyl)- hydroxide innersalt (6r-trans)-", "ceporin", "7-((2-thienyl)acetamido)-3-(1-pyridylmethyl)cephalosporanic acid", "(6r,7r)-1-((2-carboxy-8-oxo-7-(2-(2-thienyl)acetamido)-5-thia-1-azabicyclo(4.2.0)oct-2-en-3-yl)methyl)pyridinium hydroxide inner salt", "deflorin", "n-(7-(2'-thienylacetamidoceph-3-ylmethyl))-pyridinium-2-carboxylate", "1-[(7'-b-[2-(2-thienyl)acetamido]-8'-oxo-1'-aza-5'-thiabicyclo[4.2.0]oct-2'-en-3'-yl)methyl]pyridinium-2'-carboxylate", "pyridinium 1-[[(6r,7r)-2-carboxy-8-oxo-7-[(2-thienylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-en-3-yl]methyl]-,inner salt", "n-[7-(2'-thienylacetamidoceph-3-ylmethyl)]pyridinium-2-carboxylate", "(6r,7r)-8-oxo-3-(pyridinium-1-ylmethyl)-7-[(thiophen-2-ylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "ceph 87/4", "cephaloridine [usan:ban][usan]", "ampligram", "cefaloridina[spanish][inn]", "(6r,7r)-8-oxo-3-(pyridinium-1-ylmethyl)-7-[(thien-2-ylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate(cephaloridine)", "1-{[(6r,7r)-2-carboxylato-8-oxo-7-[2-(thiophen-2-yl)acetamido]-5-thia-1-azabicyclo[4.2.0]oct-2-en-3-yl]methyl}pyridin-1-ium", "n-(7-((2-thienyl)acetamido)ceph-3-em-3-ylmethyl)pyridinium-4-carboxylate", "cer[german]", "pyridinium 1-((2-carboxy-8-oxo-7-((2-thienylacetyl)amino)-5-thia-1-azabicyclo(4.2.0)oct-2-en-3-yl)methyl)-,hydroxide innersalt (6r-trans)-", "cepalorin", "betaine cephaloridine", "floridin", "ceporan", "glaxoridin", "(6r-trans)-1-[[2-carboxy-8-oxo-7-[(2-thienylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-en-3-yl]methyl]pyridinium hydroxideinner salt", "cefaloridinum[latin]", "kefspor", "cephaloridine[usan]", "(6r,7r)-8-oxo-3-(1-pyridiniumylmethyl)-7-[(2-thienylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate[acd/iupac name]", "(6r,7r)-8-oxo-3-(pyridinium-1-ylmethyl)-7-[(thien-2-ylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "50-59-9[rn]", "sefacin", "n-[7-[(2-thienyl)acetamido]ceph-3-em-3-ylmethyl]pyridinium-4-carboxylate", "keflodin", "faredina"}|>, "5393" -> <|"DatabaseID" -> "SW03124", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "645509"], ExternalIdentifier["ChEBIID", "101278"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56639], ExternalIdentifier["ChemSpiderID", 147753], ExternalIdentifier["ChemSpiderID", 35850]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00343"]}, "IsomericSmiles" -> "CC(=O)O[C@@H]1[C@@H](Sc2ccccc2N(C1=O)CC[NH+](C)C)c3ccc(cc3)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00616"], ExternalIdentifier["KEGGID", "D03830"], ExternalIdentifier["KEGGID", "D07845"]}, "OfficialNames" -> <|"Indian Approved Name" -> "diltiazem", "Traditional Herbal Isolate" -> "lacerol", "Australia Approved Name" -> "DILTIAZEM HYDROCHLORIDE", "FDA Approved Drug" -> "DILTIAZEM HYDROCHLORIDE;DILTIAZEM MALATE"|>, "PharmGKBID" -> "PA449334", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62920], ExternalIdentifier["PubChemCompoundID", 168918], ExternalIdentifier["PubChemCompoundID", 39186]}, "Synonyms" -> {"cartia xt", "dilt-cd", "masdil", "dilzem", "herbesser", "diltiazem hydrochloride", "cardizem cd", "cardizem", "angizem", "novo-diltazem", "syn-diltiazem", "dilpral", "bruzem", "tiazac", "dilacor xr", "britiazim", "calcicard", "anginyl", "altiazem", "dilticard", "dilzen", "endrydil", "mono-tildiem", "acalix", "tildiem", "diltiazem", "dilthiazem hydrochloride", "tiamate", "dilzene", "anoheal", "lacerol", "dilcontin", "diltiazem hcl", "diltia", "nu-diltiaz", "cardizen la", "citizem", "cardizem sr", "deltazen", "apo-diltiaz", "d-cis-diltiazem", "dilta-hexal", "diladel", "cormax", "dilacor-xr", "dilrene", "adizem", "dilacor", "tiazac tildiem", "incoril ap", "viazem", "surazem", "33286-22-5[rn]", "diltzac", "tiazac xc", "cardizem la", "dilren", "dihydropyridine- sensitive l-type skeletal muscle calcium channel subunit gamma", "diltiazem[wiki]", "cardizem[wiki]", "cardil", "tiazac[wiki]", "dilthiazem hcl", "presokin a. p.", "iski-90 sr", "diltikor", "tildiem retard", "myonil retard", "farmabes", "diltiazem awd", "apo-diltiazem", "angiotrofin", "(2s-cis)-3-(acetyloxy)-5-[2-(dimethylamino)ethyl]-2,3-dihydro-2-(4-methoxyphenyl)-1,5-benzothiazepin-4(5h)-one hydrochloride", "presoken", "diltiazem upsa", "dilzereal 90 retard", "viazem xl", "diatal", "tilazem 90", "dilatam", "dinisor", "(2s-cis)-3-acetoxy-5-(2-(dimethylamino)ethyl)-2,3-dihydro-2-(4-methoxyphenyl)-1,5-benzothiazepin-4(5h)-one monohydrochloride", "longazem", "dilgard", "diltiazem,hydrochloride", "rg-83606", "diltiazem eu rho", "angitil", "tiadil", "wl diltiazem", "dilzem retard", "adizem-cd", "(2s,3s)-5-[2-(dimethylamino)ethyl]-2-(4-methoxyphenyl)-4-oxo-2h,3h-benzo[b]1,4-thiazaperhydroepin-3-yl acetate chloride", "etyzen", "(2s,3s)-5-[2-(dimethylamino)ethyl]-2-(4-methoxyphenyl)-4-oxo-2,3,4,5-tetrahydro-1,5-benzothiazepin-3-yl acetate hydrochloride(1:1)[acd/iupac name]", "diltan", "tilazem", "herbesser 90 sr", "diltiazem-mepha", "bi-tildiem", "hart", "altiazem retard", "cirilen ap", "pentilzeno", "diltan sr", "diltime", "lytelsen", "zildem", "(2s,3s)-5-[2-(dimethylamino)ethyl]-2-(4-methoxyphenyl)-4-oxo-2,3,4,5-tetrahydro-1,5-benzothiazepin-3-ylacetathydrochlorid", "cardizem retard", "hesor", "diltiazem hydrochloride extended release", "dilzem rr", "diltiazem verla", "dilcard", "herbesser 60", "cardizem;tiazac", "(2s,3s)-5-[2-(dimethylamino)ethyl]-2-(4-methoxyphenyl)-4-oxo-2,3,4,5-tetrahydro-1,5-benzothiazepin-3-yl acetate hydrochloride", "oxycardil", "myonil", "cardil retard", "levozem", "(+)-cis-3-(acetyloxy)-5-(2-(dimethylamino)ethyl)-2,3-dihydro-2-(4-methoxyphenyl)-1,5-benzothiazepin-4(5h)-one monohydrochloride", "carzem", "dilcor", "diltiazem chloridrate", "coras", "slozen", "1,5-benzothiazepin-4(5h)-one 3-(acetyloxy)-5-[2-(dimethylamino)ethyl]-2,3-dihydro-2-(4-methoxyphenyl)- (2s,3s)- hydrochloride (1:1)", "dilacor xr extended release capsules", "dilicardin", "(2s-cis)-3-acetoxy-5-[2-(dimethylamino)ethyl]-2,3-dihydro-2-(4-methoxyphenyl)-1,5-benzothiazepin-4(5h)-one monohydrochloride", "dilatame", "diltiazem henning", "dilatam 120", "clarute", "trumsal", "diltiazem msd", "(2s,3s)-(+)-cis-3-acetoxy-5-(2-dimethylaminoethyl)-2,3-dihydro-2-(4-methoxyphenyl)-1,5-benzothiazepin-4(5h)-one hydrochloride", "corazet", "poltiazem", "dilso", "dilsal", "cirilen", "[(4r,5r)-2-(2-dimethylaminoethyl)-5-(4-methoxyphenyl)-3-oxo-6-thia-2-azabicyclo[5.4.0]undeca-7,9,11-trien-4-yl] acetate hydrochloride", "tilazem as 60", "diltiazem stada", "tiaves", "diltam", "ubicor", "1,5-benzothiazepin-4(5h)-one 3-(acetyloxy)-5-[2-(dimethylamino)ethyl]-2,3-dihydro-2-(4-methoxyphenyl)- (2s,3s)- monohydrochloride", "diltiazem hydrochloride [usan:jan][jan][usan]", "helsibon", "tildiem cr", "dyalac", "viazem sr", "diltelan", "dilfar", "251-443-3[einecs]", "angiotrofin retard", "gadoserin", "pazeadin", "diltahexal[wiki]", "(+)-5-(2-(dimethylamino)ethyl)-cis-2,3-dihydro-3-hydroxy-2-(p-methoxyphenyl)-1,5-benzothiazepin-4(5h)-one acetate (ester) monohydrochloride", "doclis", "diltiazem.hcl", "diltiazem-cophar", "tazem", "33286-55-5", "[33286-22-5]", "incoril", "diltiazem basics", "cardiazem", "tilazem as 90", "diltiazem hydrochloride extended-release", "diacor", "cardizem (tn)", "diltiazem merck", "anzem", "dilthiazemhydrochloride", "citizen[wiki]", "kaltiazen", "1,5-benzothiazepin-4(5h)-one 2,3-dihydro-3-(acetyloxy)-5-(2-(dimethylamino)ethyl)-2-(4-methoxyphenyl)- monohydrochloride cis-(+)-", "dodexen a.p.", "herbesser 180 sr", "herben", "entrydil", "diltiazem gnr", "dinisor retard", "kardil", "altiazem rr", "diltiasyn", "taztia xt", "dilzicardin", "diltiazem-isis", "dil-sonaramia", "dilem", "uni masdil", "etizen", "ziruvate", "miocardie", "metazem", "diltiazem d-cis-form hydrochloride", "calnurs", "tiazac cardizem", "diltiazem-gry", "dazil", "iski", "1,5-benzothiazepin-4(5h)-one 3-(acetyloxy)-5-(2-(dimethylamino)ethyl)-2,3-dihydro-2-(4-methoxyphenyl)- monohydrochloride (+)-cis-", "dilt-xr", "dodexen", "carex[wiki]", "(+)-cis-diltiazem hydrochloride", "tildiem la", "diltiazem malate", "mk-793", "acetic acid 5-(2-dimethylamino-ethyl)-2-(4-methoxy-phenyl)-4-oxo-2,3,4,5-tetrahydro-benzo[b][1,4]thiazepin-3-yl ester(diltiazem)", "(+)-cis-diltiazem", "(2s,3s)-5-[2-(dimethylamino)ethyl]-2-(4-methoxyphenyl)-4-oxo-2,3,4,5-tetrahydro-1,5-benzothiazepin-3-ylacetat", "1,5-benzothiazepin-4(5h)-one 3-(acetyloxy)-5-(2-(dimethylamino)ethyl)-2,3-dihydro-2-(4-methoxyphenyl)- (2s-cis)-", "acetic acid 5-(2-dimethylamino-ethyl)-2-(4-methoxy-phenyl)-4-oxo-2,3,4,5-tetrahydro-benzo[b][1,4]thiazepin-3-yl ester", "diltiazemum[latin]", "ar-1i5355", "zilden", "42399-41-7[rn]", "[(2s", "(+)-diltiazem", "(2s-cis)-3-(acetyloxy)-5-[2-(dimethylamino)ethyl]-2,3-dihydro-2-(4-methoxyphenyl)-1,5-benzothiazepin-4(5h)-one", "42399-41-7", "acetic acid (2s,3s)-5-(2-dimethylamino-ethyl)-2-(4-methoxy-phenyl)-4-oxo-2,3,4,5-tetrahydro-benzo[b][1,4]thiazepin-3-yl ester", "(+)-cis-5-[2-(dimethylamino)ethyl]-2,3-dihydro-3-hydroxy-2-(p-methoxyphenyl)-1,5-benzothiazepin-4(5h)-one acetate (ester)", "(2s,3s)-3-(acetyloxy)-5-[2-(dimethylamino)ethyl]-2,3-dihydro-2-(4-methoxyphenyl)-1,5-benzothiazepin-4(5h)-one", "255-796-4[einecs]", "144604-00-2[rn]", "cis-acetic acid 5-(2-dimethylamino-ethyl)-2-(4-methoxy-phenyl)-4-oxo-2,3,4,5-tetrahydro-benzo[b][1,4]thiazepin-3-yl ester", "2-hydroxysuccinicacid - (2s,3s)-5-[2-(dimethylamino)ethyl]-2-(4-methoxyphenyl)-4-oxo-2,3,4,5-tetrahydro-1,5-benzothiazepin-3-yl acetate (1:1)[acd/iupac name]", "(2s,3s)-5-(2-(dimethylamino)ethyl)-2-(4-methoxyphenyl)-4-oxo-2,3,4,5-tetrahydrobenzo[b][1,4]thiazepin-3-yl acetate", "ac1l52sl", "(2s,3s)-5-[2-(dimethylamino)ethyl]-2-(4-methoxyphenyl)-4-oxo-2,3,4,5-tetrahydro-1,5-benzothiazepin-3-yl acetate[acd/iupac name]", "belbis", "teczem", "butanedioic acid,2-hydroxy- compd.with (2s,3s)-3-(acetyloxy)-5-[2-(dimethylamino)ethyl]-2,3-dihydro-2-(4-methoxyphenyl)-1,5-benzothiazepin-4(5h)-one (1:1)", "acetic acid 5-(2-dimethylamino-ethyl)-2-(4-methoxy-phenyl)-4-oxo-2,3,4,5-tetrahydro-benzo[b][1,4]thiazepin-3-yl ester(cis-(+)-diltiazem)", "1,5-benzothiazepin-4(5h)-one 3-(acetyloxy)-5-[2-(dimethylamino)ethyl]-2,3-dihydro-2-(4-methoxyphenyl)- (2s-cis)-", "diltiazemum [inn_la]", "chembl1200805", "ac1q5vdg", "diltiazem malate[usan]", "d-diltiazem", "8-chloro-1-methyl-6-phenyl-4h-2,3,5,10b-tetraaza-benzo[e]azulene", "1,5-benzothiazepin-4(5h)-one 3-(acetyloxy)-5-[2-(dimethylamino)ethyl]-2,3-dihydro-2-(4-methoxyphenyl)- (2s,3s)-", "337376-15-5", "mk-793 (malate)", "(2s,3s)-5-[2-(dimethylamino)ethyl]-2-[4-(methyloxy)phenyl]-4-oxo-2,3,4,5-tetrahydro-1,5-benzothiazepin-3-ylacetate", "(+)-(2s,3s)-3-(acetyloxy)-5-[2-(dimethylamino)ethyl]-2,3-dihydro-2-(4-methoxyphenyl)-1,5-benzothiazepin-4(5h)-one (s)-malate (1:1)"}|>, "5394" -> <|"DatabaseID" -> "SW03125", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51230"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470565]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00905"]}, "IsomericSmiles" -> "CCNC(=O)CCC/C=C\\C[C@H]1[C@H](C[C@H]([C@@H]1/C=C/[C@H](CCc2ccccc2)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02724"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bimatoprost", "FDA Approved Drug" -> "BIMATOPROST"|>, "PharmGKBID" -> "PA164748867", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311027]}, "Synonyms" -> {"bimatoprost", "lumigan", "agn 192024", "lumigan (tn)", "bimatoprostum", "latisse", "ec 1.1.1.213", "3-alpha- hydroxysteroid dehydrogenase type 2", "agn-192024", "ec 1.1.1.188", "bimatoprost; bimatoprostum", "lumigan[wiki]", "chlordecone reductase homolog hakrb", "unii-qxs94885mz", "dd-3", "3-alpha-hsd type 2", "bimataprost [usan:inn:ban]", "5-heptenamide 7-[(1r,2r,3r,5s)-3,5-dihydroxy-2-[(1e,3s)-3-hydroxy-5-phenyl-1-penten-1-yl]cyclopentyl]-n-ethyl- (5z)-", "dihydrodiol dehydrogenase 3", "ec 1.1.1.62", "dihydrodiol dehydrogenase type i", "pgfs", "trans-1,2- dihydrobenzene-1,2-diol dehydrogenase", "3-alpha-hsd type ii brain", "5-heptenamide 7-((1r,2r,3r,5s)-3,5-dihydroxy-2-((1e,3s)-3-hydroxy-5-phenyl-1-pentenyl)cyclopentyl)-n-ethyl- (5z)-", "(z)-7-((1r,2r,3r,5s)-3,5-dihydroxy-2-((1e,3s)-3-hydroxy-5-phenyl-1-pentenyl)cyclopentyl)-n-ethyl-5-heptenamide", "17-beta-hydroxysteroid dehydrogenase type 5", "17-beta-hsd 5", "ha1753", "(5z)-7-{(1r,2r,3r,5s)-3,5-dihydroxy-2-[(1e,3s)-3-hydroxy-5-phenylpent-1-en-1-yl]cyclopentyl}-n-ethylhept-5-enamide", "prostaglandin f synthase", "ec 1.3.1.20", "dd3", "ac1nsjuw", "155206-00-1[rn]", "estradiol 17-beta-dehydrogenase", "ec 1.-.-.-", "267244-98-4[rn]", "bimatoprost[wiki][usan]", "9005-49-6", "15m", "bimatoprostum[latin][inn]", "nebivolol hydrochloride"}|>, "5395" -> <|"DatabaseID" -> "SW03126", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 355164]}, "IsomericSmiles" -> "c1c2c(cc(c1Cl)Br)ncn(c2=O)CC(=O)C[C@H]3[C@@H](CCC[NH2+]3)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08034"]}, "OfficialNames" -> <|"NPC Approved Name" -> "halofuginone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 400772]}, "Synonyms" -> {"halofuginone", "stenorol", "tempostatin", "55837-20-2[rn]", "halofuginon", "64924-67-0[rn]", "halofuginonum", "7-bromo-6-chloro-3-[3-((2s,3r)-3-hydroxy-piperidin-2-yl)-2-oxo-propyl]-3h-quinazolin-4-one", "17395-31-2[rn]", "halofuginona", "7-bromo-6-chloro-3-{3-[(2s,3r)-3-hydroxypiperidin-2-yl]-2-oxopropyl}quinazolin-4(3h)-one", "halocur ", "empostatin", "241-422-7[einecs]", "55837-20-2", "4(3h)-quinazolinone 7-bromo-6-chloro-3-[3-[(2s,3r)-3-hydroxy-2-piperidinyl]-2-oxopropyl]-", "halofuginone[wiki]", "7-bromo-6-chlorofebrifugine", "halofuginona [inn-spanish]", "halofuginonum [inn-latin]", "halofuginone [inn:ban]"}|>, "5396" -> <|"DatabaseID" -> "SW03127", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3629]}, "IsomericSmiles" -> "c1cc(c(c(c1)Cl)COC(Cn2ccnc2)c3ccc(cc3Cl)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04624"]}, "OfficialNames" -> <|"NPC Approved Name" -> "isoconazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3760]}, "Synonyms" -> {"isoconazole", "travogen", "fazol", "1-[2,4-dichloro-b-[(2,6-dichlorobenzyl)oxy]phenethyl]imidazole", "isoconazole [usan:ban:inn][inn][usan]", "248-508-3[einecs]", "246-051-4[einecs]", "isoconazolum", "27523-40-6", "1-(2-(2", "isoconazole nitrate", "1-(2,4-dichlorophenyl)-1-[(2,6-dichlorophenyl)methoxy]-2-imidazolylethane", "isoconazolum[latin]", "isoconazolum [inn-latin]", "isoconazol[spanish][inn]", "einecs 248-508-3", "1h-imidazole 1-[2-(2,4-dichlorophenyl)-2-[(2,6-dichlorophenyl)methoxy]ethyl]-", "1-{2-[(2,6-dichlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole[acd/iupac name]", "isoconazol [inn-spanish]", "isoconazol", "travogyn", "1h-imidazole 1-(2-(2,4-dichlorophenyl)-2-((2,6-dichlorophenyl)methoxy)ethyl)-", "1-[2-(2,4-dichlorophenyl)-2-[(2,6-dichlorophenyl)methoxy]ethyl]-1h-imidazole", "1-(2-(2,4-dichlorophenyl)-2-((2,6-dichlorophenyl)methoxy)ethyl)1h-imidazole", "27523-40-6[rn]", "1-(2-(2,4-dichlorophenyl)-2-((2,6-dichlorophenyl)methoxy)ethyl)-1h-imidazole", "24168-96-5[rn]"}|>, "5397" -> <|"DatabaseID" -> "SW03127", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3629]}, "IsomericSmiles" -> "c1cc(c(c(c1)Cl)COC(Cn2ccnc2)c3ccc(cc3Cl)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04624"]}, "OfficialNames" -> <|"NPC Approved Name" -> "isoconazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3760]}, "Synonyms" -> {"isoconazole", "travogen", "fazol", "1-[2,4-dichloro-b-[(2,6-dichlorobenzyl)oxy]phenethyl]imidazole", "isoconazole [usan:ban:inn][inn][usan]", "248-508-3[einecs]", "246-051-4[einecs]", "isoconazolum", "27523-40-6", "1-(2-(2", "isoconazole nitrate", "1-(2,4-dichlorophenyl)-1-[(2,6-dichlorophenyl)methoxy]-2-imidazolylethane", "isoconazolum[latin]", "isoconazolum [inn-latin]", "isoconazol[spanish][inn]", "einecs 248-508-3", "1h-imidazole 1-[2-(2,4-dichlorophenyl)-2-[(2,6-dichlorophenyl)methoxy]ethyl]-", "1-{2-[(2,6-dichlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole[acd/iupac name]", "isoconazol [inn-spanish]", "isoconazol", "travogyn", "1h-imidazole 1-(2-(2,4-dichlorophenyl)-2-((2,6-dichlorophenyl)methoxy)ethyl)-", "1-[2-(2,4-dichlorophenyl)-2-[(2,6-dichlorophenyl)methoxy]ethyl]-1h-imidazole", "1-(2-(2,4-dichlorophenyl)-2-((2,6-dichlorophenyl)methoxy)ethyl)1h-imidazole", "27523-40-6[rn]", "1-(2-(2,4-dichlorophenyl)-2-((2,6-dichlorophenyl)methoxy)ethyl)-1h-imidazole", "24168-96-5[rn]"}|>, "5398" -> <|"DatabaseID" -> "SW03128", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6923"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4044], ExternalIdentifier["ChemSpiderID", 61827]}, "IsomericSmiles" -> "c1cc(c(cc1Cl)Cl)COC(Cn2ccnc2)c3ccc(cc3Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00416"], ExternalIdentifier["KEGGID", "D00882"]}, "OfficialNames" -> <|"China Approved Name" -> "miconazole;miconazole nitrate", "Indian Approved Name" -> "miconazole nit;miconazole", "WHO Essential Medicine" -> "miconazole", "Australia Approved Name" -> "MICONAZOLE", "FDA Approved Drug" -> "MICONAZOLE;MICONAZOLE NITRATE"|>, "PharmGKBID" -> "PA450494", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4189], ExternalIdentifier["PubChemCompoundID", 68553]}, "Synonyms" -> {"monistat", "minostate", "monistat iv", "miconazole", "daktarin iv", "1h-imidazole 1-(2-(2,4-dichlorophenyl)-2-((2,4-dichlorophenyl)methoxy)ethyl)-", "conofite", "monistat[wiki]", "monistat-derm", "miconazole 7", "miconazole 3", "vusion", "micatin[wiki]", "mcz", "m-zole 7 dual pack", "monistat 3", "monistat 7", "monistat 5", "22916-47-8[rn]", "22832-87-7[rn]", "245-324-5[einecs]", "monistat (tn)", "dermazole", "micozole", "miconazole-7", "75319-47-0[rn]", "miconazole;1-(2-(2,4-dichlorophenyl)-2-((2,4-dichlorophenyl)methoxy)ethyl)-1h-imidazole", "miconazole nitrate", "femizol-m", "monistat iv (tn)", "monistat-3", "1-{2-[(2,4-dichlorbenzyl)oxy]-2-(2,4-dichlorphenyl)ethyl}-1h-imidazol[acd/iupac name]", "monistat 3 vaginal ovules", "1-[2,4-dichloro-b-[(2,4-dichlorobenzyl)oxy]phenethyl]imidazole", "daktariniv;mjr 1762;monistat iv;nsc170986;r18134;zimybase;monistat", "novo-miconazole vaginal ovules", "monistat 3 dual-pak", "benzoylmetronildazole", "miconazolum[latin]", "1h-imidazole 1-[2-(2,4-dichlorophenyl)-2-[(2,4-dichlorophenyl)methoxy]ethyl]-[acd/index name]", "imidazole 1-(2-(2,4-dichlorophenyl)-2-((2,4-dichlorophenyl)methoxy)ethyl)- (9ci)", "miconazolo", "miconazole[wiki][inn][ban][jan]", "monazole 7", "5-23-04-00320 (beilstein handbook reference)[beilstein]", "1-(2,4-dichlorophenyl)-1-[(2,4-dichlorophenyl)methoxy]-2-imidazolylethane", "1-[2-(2,4-dichlorobenzyloxy)-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole", "imidazole 1-(2-(2,4-dichlorophenyl)-2-((2,4-dichlorophenyl) methoxy)ethyl)- (9ci)", "monistat dual- pak", "miconazol", "1-{2-[(2,4-dichlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole[acd/iupac name]", "1-{2-[(2,4-dichlorbenzyl)oxy]-2-(2,4-dichlorphenyl)ethyl}-1h-imidazol[german][acd/iupac name]", "1h-imidazole 1-[2- (2,4-dichlorophenyl)-2-[(2 4-dichlorophenyl)methoxy]ethyl]-", "monistat 5 tampon", "1-[2-(2,4-dichlorophenyl)-2-[(2,4-dichlorophenyl)methoxy]ethyl]imidazole", "miconazolo [dcit]", "1-[2-(2,4-dichlorophenyl)-2-[(2,4-dichlorophenyl)methoxy]ethyl]-1h-imidazole", "9005-80-5[rn]", "dactarin", "miconazolum", "1-[2-(2,4-dichlorophenyl)-2-{[(2,4-dichlorophenyl)methyl]oxy}ethyl]-1h-imidazole", "miconazol[spanish][inn]", "albistat", "andergin", "aflorix", "gyno-daktar", "gyno-monistat", "epi-monistat", "florid", "dermonistat", "75319-48-1[rn]", "22832-87-7 22916-47-8", "22832-87-7 (75319-48-1)", "miconal ecobi", "1h-imidazole 1-(2-(2,4-dichlorophenyl)-2-((2,4-dichlorophenyl)methoxy)ethyl)- mononitrate", "1-{2-[(2,4-dichlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazolenitrate(1:1)[acd/iupac name]", "lotrimin af powder aerosol", "daktarin[wiki]", "1-{2-[(2,4-dichlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazolenitrate", "lotrimin af powder", "miconazole 7 combination pack", "miconazole nitrate [usan:jan][jan][usan]", "228321-87-7; 22832-87-7", "1-[(2rs)-2-[(2,4-dichlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole nitrate", "crimak", "isoconazole nitrate imp. c (ep) as nitrate", "monistat 7 combination pack", "miconazolenitrate", "1-[2-(2,4-dichlorophenyl)-2-[(2,4-dichlorophenyl)methoxy]ethyl]-1h-imidazole; nitric acid", "miconazole nitrate combination pack", "1h-imidazole 1-[2-(2,4-dichlorophenyl)-2-[(2,4-dichlorophenyl)methoxy]ethyl]- nitrate (1:1)", "micatin", "1-[2-(2,4-dichlorophenyl)-2-[(2,4-dichlorophenyl)methoxy]ethyl]imidazole; nitricacid", "monistat 1 combination pack", "1-(2-(2,4-dichlorophenyl)-2-((2,4dichlorophenyl)methoxy)ethyl)-1h-imidazolemononitrate", "5h-dibenz[b,f]azepine-5-carboxamide", "miconazole 3 combination pack", "micatin (tn)", "r 14,889", "zeasorb-af", "fungisdin albistat andergin daktacort", "mezolitan", "lotrimin af jock-itch powder aerosol", "deralbine", "monistat cream & suppositories", "22832-87-7 ; 228321-87-7", "22832-37-7[rn]", "22832-87-7 22916-47-8 [miconazole]", "micotef", ".; 22832-87-7", "monistat 3 combination pack (prefilled)", "245-256-6[einecs]", "lotrimin af spray liquid", "brentan", "monistat 3 combination pack", "r-14889", "m-zole 3 combination pack", "1-(2,4-dichloro-b-((2,4-dichlorobenzyl)oxy)phenethyl)imidazolemononitrate", "daktarin talc", "zeasorb-af powder", "monistat-3 combination pack", "gyno-daktarin"}|>, "5399" -> <|"DatabaseID" -> "SW03128", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6923"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4044], ExternalIdentifier["ChemSpiderID", 61827]}, "IsomericSmiles" -> "c1cc(c(cc1Cl)Cl)COC(Cn2ccnc2)c3ccc(cc3Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00416"], ExternalIdentifier["KEGGID", "D00882"]}, "OfficialNames" -> <|"China Approved Name" -> "miconazole;miconazole nitrate", "Indian Approved Name" -> "miconazole nit;miconazole", "WHO Essential Medicine" -> "miconazole", "Australia Approved Name" -> "MICONAZOLE", "FDA Approved Drug" -> "MICONAZOLE;MICONAZOLE NITRATE"|>, "PharmGKBID" -> "PA450494", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4189], ExternalIdentifier["PubChemCompoundID", 68553]}, "Synonyms" -> {"monistat", "minostate", "monistat iv", "miconazole", "daktarin iv", "1h-imidazole 1-(2-(2,4-dichlorophenyl)-2-((2,4-dichlorophenyl)methoxy)ethyl)-", "conofite", "monistat[wiki]", "monistat-derm", "miconazole 7", "miconazole 3", "vusion", "micatin[wiki]", "mcz", "m-zole 7 dual pack", "monistat 3", "monistat 7", "monistat 5", "22916-47-8[rn]", "22832-87-7[rn]", "245-324-5[einecs]", "monistat (tn)", "dermazole", "micozole", "miconazole-7", "75319-47-0[rn]", "miconazole;1-(2-(2,4-dichlorophenyl)-2-((2,4-dichlorophenyl)methoxy)ethyl)-1h-imidazole", "miconazole nitrate", "femizol-m", "monistat iv (tn)", "monistat-3", "1-{2-[(2,4-dichlorbenzyl)oxy]-2-(2,4-dichlorphenyl)ethyl}-1h-imidazol[acd/iupac name]", "monistat 3 vaginal ovules", "1-[2,4-dichloro-b-[(2,4-dichlorobenzyl)oxy]phenethyl]imidazole", "daktariniv;mjr 1762;monistat iv;nsc170986;r18134;zimybase;monistat", "novo-miconazole vaginal ovules", "monistat 3 dual-pak", "benzoylmetronildazole", "miconazolum[latin]", "1h-imidazole 1-[2-(2,4-dichlorophenyl)-2-[(2,4-dichlorophenyl)methoxy]ethyl]-[acd/index name]", "imidazole 1-(2-(2,4-dichlorophenyl)-2-((2,4-dichlorophenyl)methoxy)ethyl)- (9ci)", "miconazolo", "miconazole[wiki][inn][ban][jan]", "monazole 7", "5-23-04-00320 (beilstein handbook reference)[beilstein]", "1-(2,4-dichlorophenyl)-1-[(2,4-dichlorophenyl)methoxy]-2-imidazolylethane", "1-[2-(2,4-dichlorobenzyloxy)-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole", "imidazole 1-(2-(2,4-dichlorophenyl)-2-((2,4-dichlorophenyl) methoxy)ethyl)- (9ci)", "monistat dual- pak", "miconazol", "1-{2-[(2,4-dichlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole[acd/iupac name]", "1-{2-[(2,4-dichlorbenzyl)oxy]-2-(2,4-dichlorphenyl)ethyl}-1h-imidazol[german][acd/iupac name]", "1h-imidazole 1-[2- (2,4-dichlorophenyl)-2-[(2 4-dichlorophenyl)methoxy]ethyl]-", "monistat 5 tampon", "1-[2-(2,4-dichlorophenyl)-2-[(2,4-dichlorophenyl)methoxy]ethyl]imidazole", "miconazolo [dcit]", "1-[2-(2,4-dichlorophenyl)-2-[(2,4-dichlorophenyl)methoxy]ethyl]-1h-imidazole", "9005-80-5[rn]", "dactarin", "miconazolum", "1-[2-(2,4-dichlorophenyl)-2-{[(2,4-dichlorophenyl)methyl]oxy}ethyl]-1h-imidazole", "miconazol[spanish][inn]", "albistat", "andergin", "aflorix", "gyno-daktar", "gyno-monistat", "epi-monistat", "florid", "dermonistat", "75319-48-1[rn]", "22832-87-7 22916-47-8", "22832-87-7 (75319-48-1)", "miconal ecobi", "1h-imidazole 1-(2-(2,4-dichlorophenyl)-2-((2,4-dichlorophenyl)methoxy)ethyl)- mononitrate", "1-{2-[(2,4-dichlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazolenitrate(1:1)[acd/iupac name]", "lotrimin af powder aerosol", "daktarin[wiki]", "1-{2-[(2,4-dichlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazolenitrate", "lotrimin af powder", "miconazole 7 combination pack", "miconazole nitrate [usan:jan][jan][usan]", "228321-87-7; 22832-87-7", "1-[(2rs)-2-[(2,4-dichlorobenzyl)oxy]-2-(2,4-dichlorophenyl)ethyl]-1h-imidazole nitrate", "crimak", "isoconazole nitrate imp. c (ep) as nitrate", "monistat 7 combination pack", "miconazolenitrate", "1-[2-(2,4-dichlorophenyl)-2-[(2,4-dichlorophenyl)methoxy]ethyl]-1h-imidazole; nitric acid", "miconazole nitrate combination pack", "1h-imidazole 1-[2-(2,4-dichlorophenyl)-2-[(2,4-dichlorophenyl)methoxy]ethyl]- nitrate (1:1)", "micatin", "1-[2-(2,4-dichlorophenyl)-2-[(2,4-dichlorophenyl)methoxy]ethyl]imidazole; nitricacid", "monistat 1 combination pack", "1-(2-(2,4-dichlorophenyl)-2-((2,4dichlorophenyl)methoxy)ethyl)-1h-imidazolemononitrate", "5h-dibenz[b,f]azepine-5-carboxamide", "miconazole 3 combination pack", "micatin (tn)", "r 14,889", "zeasorb-af", "fungisdin albistat andergin daktacort", "mezolitan", "lotrimin af jock-itch powder aerosol", "deralbine", "monistat cream & suppositories", "22832-87-7 ; 228321-87-7", "22832-37-7[rn]", "22832-87-7 22916-47-8 [miconazole]", "micotef", ".; 22832-87-7", "monistat 3 combination pack (prefilled)", "245-256-6[einecs]", "lotrimin af spray liquid", "brentan", "monistat 3 combination pack", "r-14889", "m-zole 3 combination pack", "1-(2,4-dichloro-b-((2,4-dichlorobenzyl)oxy)phenethyl)imidazolemononitrate", "daktarin talc", "zeasorb-af powder", "monistat-3 combination pack", "gyno-daktarin"}|>, "5400" -> <|"DatabaseID" -> "SW03129", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01187"]}, "IsomericSmiles" -> "CCOC(=O)CCCCCCCCC(C)c1ccccc1I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04583"]}, "OfficialNames" -> <|"China Approved Name" -> "Iophendylate", "FDA Approved Drug" -> "IOPHENDYLATE"|>, "PharmGKBID" -> "PA164743143", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3037234]}, "Synonyms" -> {"iophendylate", "pantopaque", "ac1mi2j2", "db01187", "unii-2990i809yh", "iophendylate [usan:ban]", "1320-11-2", "iofendylate", "ethyl 10-(2-iodophenyl)undecanoate", "ethyl 10-(iodophenyl)undecanoate", "undecanoic acid", "surecn3936803"}|>, "5401" -> <|"DatabaseID" -> "SW03129", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01187"]}, "IsomericSmiles" -> "CCOC(=O)CCCCCCCCC(C)c1ccccc1I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04583"]}, "OfficialNames" -> <|"China Approved Name" -> "Iophendylate", "FDA Approved Drug" -> "IOPHENDYLATE"|>, "PharmGKBID" -> "PA164743143", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3037234]}, "Synonyms" -> {"iophendylate", "pantopaque", "ac1mi2j2", "db01187", "unii-2990i809yh", "iophendylate [usan:ban]", "1320-11-2", "iofendylate", "ethyl 10-(2-iodophenyl)undecanoate", "ethyl 10-(iodophenyl)undecanoate", "undecanoic acid", "surecn3936803"}|>, "5402" -> <|"DatabaseID" -> "SW03130", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736478]}, "IsomericSmiles" -> "c1cc(c(cc1F)F)n2cc(c(=O)c3c2nc(c(c3)F)N4C[C@@H]5[C@H](C4)[C@H]5[NH3+])C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08654"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TROVAFLOXACIN MESYLATE", "NPC Approved Name" -> "trovafloxacin"|>, "Synonyms" -> {"trovafloxacin", "7-((1s,5r,6s)-6-amino-3-aza-bicyclo[3.1.0]hex-3-yl)-1-(2,4-difluoro-phenyl)-6-fluoro-4-oxo-1,4-dihydro-[1,8]naphthyridine-3-carboxylicacid", "trovoflaxicin(trovaflaxacin)", "trovafloxacin[wiki][inn]", "trovafloxacina", "turvel", "7-[(1r,5s,6s)-6-amino-3-azabicyclo[3.1.0]hex-3-yl]-1-(2,4-difluorophenyl)-6-fluoro-4-oxo-1,4-dihydro-1,8-naphthyridine-3-carboxylic acid", "(1a,5a,6a)-7-(6-amino-3-azabicyclo[3.1.0]hex-3-yl)-1-(2,4-difluorophenyl)-6-fluoro-1,4-dihydro-4-oxo-1,8-naphthyridine-3-carboxylic acid", "trovan[wiki]", "7-(6-amino-3-aza-bicyclo[3.1.0]hex-3-yl)-1-(2,4-difluoro-phenyl)-6-fluoro-4-oxo-1,4-dihydro-[1,8]naphthyridine-3-carboxylic acid", "147059-72-1[rn]", "7-[(1s,5r)-6-amino-3-azabicyclo[3.1.0]hex-3-yl]-1-(2,4-difluorophenyl)-6-fluoro-4-oxo-1,8-naphthyridine-3-carboxylicacid; 5-(4-chlorophenyl)-6-ethyl-pyrimidine-2,4-diamine", "146836-84-2[rn]", "1,8-naphthyridine-3-carboxylic acid,7-[(1r,5s)-6-amino-3-azabicyclo[3.1.0]hex-3-yl]-1-(2,4-difluorophenyl)-6-fluoro-1,4-dihydro-4-oxo-"}|>, "5403" -> <|"DatabaseID" -> "SW03131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445119]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3c(c2=O)ccc(c3[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "puerarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281807]}, "Synonyms" -> {"npi-31g", "bidd:er0101", "ac1nqz4n", "(1s)-1,5-anhydro-1-[7-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-8-yl]-d-glucitol[acd/iupac name]", "d-glucitol 1,5-anhydro-1-c-[7-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-1-benzopyran-8-yl]- (1s)-[acd/index name]", "p5555_fluka", "p5555_sigma", "3681-99-0[rn]", "puerarin[wiki]", "kakonein", "mls002473178", "3681-99-0", "puerarin", "8-(beta-d-glucopyranosyl-7-hydroxy-3- (4-hydroxyphenyl)-4h-1-benzopyran-4-one"}|>, "5404" -> <|"DatabaseID" -> "SW03132", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4307"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02115"]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(ccc3c2=O)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "daidzin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 107971]}, "Synonyms" -> {"daidzin", "daidzoside", "7-o-b-d-glucopyranoside", "daidzein-7-glucoside", "daidzein 7-glucoside", "daidzein 7-o-glucoside", "7-(beta-d-glucopyranosyloxy)-3-(4-hydroxyphenyl)-4h-1-benzopyran-4-one", "ec 1.2.1.3", "aldehyde dehydrogenase mitochondrial precursor", "aldh class 2", "552-66-9", "aldhi", "chebi:42202", "7-(beta-d-glucopyranosyloxy)-3-(4-hydroxyphenyl)-4h-chromen-4-one", "brn 0059741", "aldh-e2", "4',7-dihydroxyisoflavone"}|>, "5405" -> <|"DatabaseID" -> "SW03133", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8042387]}, "IsomericSmiles" -> "c1cc2c(c(c1)[O-])C(=O)c3c(cc(cc3[O-])CO)C2[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "isobarbaloin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9866696]}, "Synonyms" -> {"aloin", "barbaloin", "1", "b6906_sigma", "1415-73-2[rn]", "chembl497001", "aloin- a", "aloin-?a", "10-beta-d-glucopyranosyl-1", "a0451_sigma", "surecn4974144", "aloin a"}|>, "5406" -> <|"DatabaseID" -> "SW03133", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8042387]}, "IsomericSmiles" -> "c1cc2c(c(c1)[O-])C(=O)c3c(cc(cc3[O-])CO)C2[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "isobarbaloin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9866696]}, "Synonyms" -> {"aloin", "barbaloin", "1", "b6906_sigma", "1415-73-2[rn]", "chembl497001", "aloin- a", "aloin-?a", "10-beta-d-glucopyranosyl-1", "a0451_sigma", "surecn4974144", "aloin a"}|>, "5407" -> <|"DatabaseID" -> "SW03134", "IsomericSmiles" -> "c1ccc(cc1)CO[C@H]2[C@H]([C@H]([C@H]3CO[C@@H]2O3)O)OC4c5ccccc5-c6c4cccc6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cucarbita-5;5-guaizulene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 398030]}, "Synonyms" -> {"ag-k-40582", "(1r", "nci60_038095", "ac1l9frc", "nsc707103", "nsc-707103"}|>, "5408" -> <|"DatabaseID" -> "SW03135", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6889"]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@@H]3CC[C@@]([C@]3(C[C@@H]([C@@H]2[C@@]4(C1=CC(=O)C=C4)C)O)C)(C(=O)COC(=O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00979"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "demethyl cephaeline;demethyl nobiletin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5877]}, "Synonyms" -> {"methylprednisolone acetate", "depo-medrol", "medrol acetate", "depo-medrate", "d-med", "medrol enpak", "depo-medrone", "methylprednisolone 21-acetate", "mepred", "m-predrol"}|>, "5409" -> <|"DatabaseID" -> "SW03136", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136769]}, "IsomericSmiles" -> "C[C@@H]1Cc2cc(c(c(c2-c3c(cc(c(c3OC)OC)OC)C[C@@H]1C)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deoxyschizandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155256]}, "Synonyms" -> {"deoxyschisandrin", "schisandrin a", "(-)-deoxyschisandrin", "(+)-deoxyschizandrin", "(-)-dimethylgomisin j", "ac1l4dwv", "(+)-deoxyschisandrin", "schizandrin a", "69176-53-0[rn]", "(6r,7s)-1,2,3,10,11,12-hexamethoxy-6,7-dimethyl-5,6,7,8-tetrahydrodibenzo[a,c][8]annulene[acd/iupac name]", "(-)-deoxyschizandrin", "dibenzo(a,c)cyclooctene 5,6,7,8-tetrahydro-1,2,3,10,11,12-hexamethoxy-6,7-dimethyl- (6r,7s,12as)-", "61281-38-7[rn]", "(+)-dimethylgomisin j", "dimethylgomisin j", "mls000728483", "di-o-methylgomisin j", "dibenzo[a,c]cyclooctene 5,6,7,8-tetrahydro-1,2,3,10,11,12-hexamethoxy-6,7-dimethyl- (6r,7s)-", "chembl253908"}|>, "5410" -> <|"DatabaseID" -> "SW03137", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "204734"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470603]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01260"]}, "IsomericSmiles" -> "C[C@]12C[C@@H]([C@H]3[C@H]([C@@H]1C[C@@H]4[C@]2(OC(O4)(C)C)C(=O)CO)CCC5=CC(=O)C=C[C@]35C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03696"]}, "OfficialNames" -> <|"Indian Approved Name" -> "desonide", "FDA Approved Drug" -> "DESONIDE"|>, "PharmGKBID" -> "PA164776996", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311066]}, "Synonyms" -> {"desonide", "desowen", "tridesilon", "desilux", "desonate", "prednacinolone", "locapred", "verdeso", "locapred;topifug;tridesilon", "gr", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-,(4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-", "steroderm", "desocort", "11b,16a,17,21-tetrahydroxypregna-1,4-diene-3,20-dionecyclic 16,17-acetal with acetone", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-6b-glycoloyl-5-hydroxy-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one", "16a-hydroxyprednisolone-16a,17-acetonide", "211-351-6[einecs]", "tridesonit", "11b,21-dihydroxy-16a,17-isopropylidenedioxy-1,4-pregnadiene-3,20-dione", "11,21-dihydroxy-16,17-[(1-methylethylidene)bis(oxy)]pregna-1,4-diene-3,20-dione", "desonida", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one", "638-94-8[rn]", "locapred topifug tridesilon", "desonidum", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-6b-(2-hydroxyacetyl)-4a,6a,8,8-tetramethyl- (4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-on", "desonidum [inn_la]", "16a,17a-isopropylidenedioxyprednisolone", "desowen (tn)", "16a-hydroxy-d1-hydrocortisone-16a,17a-acetonide", "sterax", "desonide[wiki][usan]", "topifug", "tl8004516", "lokara"}|>, "5411" -> <|"DatabaseID" -> "SW03138", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8774"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514937]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00178"]}, "IsomericSmiles" -> "CCOC(=O)[C@H](CCc1ccccc1)[NH2+][C@@H](C)C(=O)N2[C@H]3CCC[C@H]3C[C@H]2C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00421"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ramipril", "Australia Approved Name" -> "RAMIPRIL", "FDA Approved Drug" -> "RAMIPRIL"|>, "PharmGKBID" -> "PA451223", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362129]}, "Synonyms" -> {"ramipril", "vesdil", "lostapres", "altace", "ramace", "triatec", "acovil", "carasel", "hytren", "unipril", "delix", "tritace", "cardace", "(2s,3as,6as)-1-[(2s)-2-{[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino}propanoyl]octahydrocyclopenta[b]pyrrole-2-carboxylic acid (non-preferred name)", "pramace", "ramiprilum[latin]", "n-(1s-carboethoxy-3-phenylpropyl)-s-alanyl-cis,endo-2-azabicyclo[3.3.0]octane-3s-carboxylic acid", "ramiprilum [latin]", "(2s,3as,6as)-1-[(s)-n-[(s)-1-carboxy-3-phenylpropyl]alanyl]octahydrocyclopenta[b]pyrrole-2-carboxylic acid 1-ethyl ester", "angiotensin-converting enzyme somatic isoform precursor", "kininase ii", "(2s,3as,6as)-1-[(2s)-2-{[(2s)-1-ethoxy-1-oxo-4-phenyl-2-butanyl]amino}propanoyl]octahydrocyclopenta[b]pyrrole-2-carboxylic acid (non-preferred name)", "(2s,3as,6as)-1-[(2s)-2-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}propanoyl]octahydrocyclopenta[b]pyrrole-2-carboxylic acid (non-preferred name)", "(2s,3as,6as)-1-((s)-n-((s)-1-carboxy-3-phenylpropyl)alanyl)octahydrocyclopenta(b)pyrrole-2-carboxylic acid,1-ethyl ester", "hypren", "ramipro;tritace;prilace;altace", "altace[wiki]", "87333-19-5[rn]", "[2s-[1[r*(r*)],2a,3ab,6ab]]-1-[2-[[1-(ethoxycarbonyl)-3-phenylpropyl]amino]-1-oxopropyl]octahydrocyclopenta[b]pyrrole-2-carboxylic acid", "quark", "altace (tn)", "cd143 antigen", "ec 3.4.15.1", "(2s,3as,6as)-1-[(2s)-2-{[(1s)-1-ethoxycarbonyl-3-phenylpropyl]amino}propanoyl]octahydrocyclopenta[b]pyrrole-2-carboxylic acid", "delix[wiki]", "(2s,3as,6as)-1-[(2s)-2-{[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino}propanoyl]octahydrocyclopenta[b]pyrrole-2-carboxylic acid", "1-[2-(1-ethoxycarbonyl-3-phenyl-propylamino)-propionyl]-octahydro-cyclopenta[b]pyrrole-2-carboxylicacid(ramipril)", "pramace (discontinued)", "ramipril[usp][inn][ban][usan]", "quark[wiki]", "dipeptidyl carboxypeptidase i", "altace hct (ramipril + hydrochlorothiazide)_mixture", "4214464[beilstein]", "[2s,3as,6as]-1-[(2s)-2-[[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino]-1-oxopropyl]octahydrocyclopenta[b]pyrrole-2-carboxylicacid", "(2s,3as,6as)-1-[(s)-2-((s)-1-ethoxycarbonyl-3-phenyl-propylamino)-propionyl]-octahydro-cyclopenta[b]pyrrole-2-carboxylic acid", "tritace[wiki]", "(2s,3as,6as)-1-{2-[(1-ethoxy-1-oxo-4-phenylbutan-2-yl)amino]propanoyl}octahydrocyclopenta[b]pyrrole-2-carboxylic acid(non-preferred name)", "(2s,3as,6as)-1-((s)-2-(((s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl)amino)propanoyl)octahydrocyclopenta[b]pyrrole-2-carboxylic acid", "(2s,3as,6as)-1-((s)-n-((s)-1-ethoxycarbonyl-3-phenylpropyl)alanyl)octahydrocyclopenta(b)pyrrol-2-carbonsaeure"}|>, "5412" -> <|"DatabaseID" -> "SW03139", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25613]}, "IsomericSmiles" -> "C[n+]1cccc(c1)OC(=O)N(C)CCCCCCN(C)C(=O)Oc2ccc[n+](c2)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01228"]}, "OfficialNames" -> <|"NPC Approved Name" -> "distigmine bromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27522]}, "Synonyms" -> {"ubretid", "hexamarium", "ubritil", "distigmine bromide", "distigmine", "distigmini bromidum [inn-latin]", "ubretid (tn)", "pyridinium 3,3'-[1,6-hexanediylbis[(methylimino)carbonyloxy]]bis[1-methyl- bromide (1:2)", "3,3'-{hexane-1,6-diylbis[(methylcarbamoyl)oxy]}bis(1-methylpyridinium) dibromide", "bromuro de distigmina [inn-spanish]", "bromure de distigmine[french][inn]", "3,3'-(1,6-hexanediylbis((methylimino)carbonyl)oxy)bis(1-methylpyridinium) dibromide", "15876-67-2[rn]", "pyridinium 3,3'-(1,6-hexanediylbis((methylimino)carbonyl)oxy)bis-1-methyl- dibromide", "240-013-0[einecs]", "distigmini bromidum[latin]", "hexamethylenebis[methylcarbamic acid] ester of 3-hydroxy-1-methylpyridinium bromide", "3-hydroxy-1-methylpyridinium bromidehexamethylenebis[methylcarbamate]", "distigmine bromide [ban:inn:jan][inn][jan]", "distigminebromide", "bromuro de distigmina[spanish][inn]", "bc 51", "distigmine bromide[jp15]", "hexamethylenebis[n-methylcarbaminoyl-1-methyl-3-hydroxypyridinium bromide]", "3,3'-[1,6-hexanediylbis[(methylimino)carbonyl]oxy]bis[1-methylpyridinium]dibromide", "einecs 240-013-0", "bromure de distigmine [inn-french]", "hexamethylenebis[n-methylcarbamic acid ester bromomethylate]"}|>, "5413" -> <|"DatabaseID" -> "SW03140", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9241"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5628]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00421"]}, "IsomericSmiles" -> "CC(=O)S[C@@H]1CC2=CC(=O)CC[C@@]2([C@@H]3[C@@H]1[C@@H]4CC[C@]5([C@]4(CC3)C)CCC(=O)O5)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00443"]}, "OfficialNames" -> <|"China Approved Name" -> "spironolactone", "Indian Approved Name" -> "spironolactone", "WHO Essential Medicine" -> "spironolactone", "Australia Approved Name" -> "SPIRONOLACTONE", "FDA Approved Drug" -> "SPIRONOLACTONE"|>, "PharmGKBID" -> "PA451483", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5833]}, "Synonyms" -> {"spirolang", "spirolactone", "aldactone a", "aldactone", "spiroctan", "spironocompren", "spironolactone", "alderon", "verospirone", "verospiron", "sincomen", "lacdene", "aldopur", "altex", "dira", "lacalmin", "supra-puren", "spirone", "spiroderm", "spironolactone a", "spirolone", "nefurofan", "urusonin", "aquareduct", "duraspiron", "almatol", "melarcon", "spiresis", "spironolattone [dcit]", "diatensec", "acelat", "deverol", "spiretic", "xenalon", "osyrol", "suracton", "sagisal", "spiroctanie", "euteberol", "aldace", "uractone", "aldactide", "abbolactone", "verospirone opianin", "laractone", "sprioderm", "spirolakton", "snl", "spiro-tablinen", "spironolactonum[latin]", "component of aldactazide", "57767[beilstein]", "spironolattone", "spironolactone [ban:inn:jan][inn][jan]", "(7a,17a)-7-(acetylthio)-17-hydroxy-3-oxopregn-4-ene-21-carboxylic acid g-lactone", "espironolactona; spironolactone; spironolactonum", "spiro[17h-cyclopenta[a]phenauthrene-17 2'-(3'h)-furan]", "(1's,2r,2'r,9'r,10'r,11's,15's)-9'-(acetylsulfanyl)-2',15'-dimethylspiro[oxolane-2,14'-tetracyclo[8.7.0.02,7.011,15]heptadecan]-6'-ene-5,5'-dione", "4-18-00-01601 (beilstein handbook reference)[beilstein]", "s-[(7r,8r,9s,10r,13s,14s,17r)-10,13-dimethyl-3,5'-dioxo-1,2,3,4',5',6,7,8,9,10,11,12,13,14,15,16-hexadecahydro-3'h-spiro[cyclopenta[a]phenanthrene-17,2'-furan]-7-yl] ethanethioate[acd/iupac name]", "aldactazide 50 (50 mg hydrochlorothiazide + 50 mg spironolactone)_mixture", "(7r,8r,9s,10r,13s,14s,17r)-7-acetylsulfanyl-10,13-dimethyl-spiro[2,6,7,8,9,11,12,14,15,16-decahydro-1h-cyclopenta[a]phenanthrene-17,5'-oxolane]-2',3-dione", "spironolactonum [inn-latin]", "s-[(7r,8r,9s,10r,13s,14s,17r)-10,13-dimethyl-3,5'-dioxo-1,2,3,4',5',6,7,8,9,10,11,12,13,14,15,16-hexadecahydro-3'h-spiro[cyclopenta[a]phenanthren-17,2'-furan]-7-yl]ethanthioat", "spironolactone 17-hydroxy-7-mercapto-3-oxo-17a-pregn-4-ene-21-carboxylicacid g-lactone 7-acetate", "novo-spirozine-50 tab (hydrochlorothiazide + spironolactone)_mixture", "spiridon[wiki]", "novo-spirozine tab 25mg (hydrochlorothiazide + spironolactone)_mixture", "aldactazide (tn)", "3-(3-oxo-7a-acetylthio-17b-hydroxy-4-androsten-17a-yl)propionicacid g-lactone", "apo-spirozide tab (hydrochlorothiazide + spironolactone)_mixture", "espironolactona [inn-spanish]", "52-01-7[rn]", "200-133-6[einecs]", "ethanethioic acid,s-[(7r,8r,9s,10r,13s,14s,17r)-1,2,3,4',5',6,7,8,9,10,11,12,13,14,15,16-hexadecahydro-10,13-dimethyl-3,5'-dioxospiro[17h-cyclopenta[a]phenanthrene-17,2'(3'h)-furan]-7-yl]ester", "aldactazide[wiki]", "dihydrotestosterone receptor", "osiren", "spiro(17h-cyclopenta(a)phenauthrene-17,2'-(3'h)-furan)", "aldactazide 25 (25 mg hydrochlorothiazide + 25 mg spironolactone)_mixture", "spiridon", "1/7/1952", "spironolactone [ban:inn:jan]", "[52-01-7]", "spironolactone[wiki]", "17-hydroxy-7a-mercapto-3-oxo-17a-pregn-4-ene-21-carboxylic acidg-lactone acetate", "aldactazide", "espironolactona[spanish][inn]", "aldactone[wiki]"}|>, "5414" -> <|"DatabaseID" -> "SW03141", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64064"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 51216]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00938"]}, "IsomericSmiles" -> "c1ccc(cc1)CCCCOCCCCCC[NH2+]CC(c2ccc(c(c2)CO)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00687"], ExternalIdentifier["KEGGID", "D05792"]}, "OfficialNames" -> <|"Indian Approved Name" -> "salmeterol", "FDA Approved Drug" -> "SALMETEROL XINAFOATE"|>, "PharmGKBID" -> "PA451300", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56801], ExternalIdentifier["PubChemCompoundID", 5152]}, "Synonyms" -> {"serevent", "salmeterol", "salmetedur", "salmeterolum [latin]", "arial", "astmerole", "salmeterol xinafoate", "aeromax", "asmerole", "betamican", "dilamax", "beglan", "advair 500 diskus (fluticasone propionate + salmeterol xinafoate)_mixture", "advair 100 diskus (fluticasone propionate + salmeterol xinafoate)_mixture", "inaspir", "ultrabeta", "beta-2 adrenoceptor", "advair 250 diskus (fluticasone propionate + salmeterol xinafoate)_mixture", "advair 250 (fluticasone propionate + salmeterol xinafoate)_mixture", "beta-2 adrenoreceptor", "fujimycin", "advair 125 (fluticasone propionate + salmeterol xinafoate)_mixture", "1-hydroxy-2-naphthoic acid- 2-(hydroxymethyl)-4-(1-hydroxy-2-{[6-(4-phenylbutoxy)hexyl]amino}ethyl)phenol (1:1)[acd/iupac name]", "salmeterol 1-hydroxy-2-naphthoate", "serevent (tn)", "gr 33343x", "serevent[wiki]", "serevent inhaler and disks", "salmaterol", "gr-33343 g", "salmeterol xinafoate (jan/usan)[jan][usan]", "gr 33343g", "1-hydroxynaphthalene-2-carboxylic acid - 2-(hydroxymethyl)-4-(1-hydroxy-2-{[6-(4-phenylbutoxy)hexyl]amino}ethyl)phenol (1:1)", "salmeterolxinafoate", "gr 33343x xinafoate", "salmeterolum", "salmeterol 1-hydroxy-2-naphthoate", "gr 33343 g", "arial[wiki]", "94749-08-3[rn]", "serevent diskus", "hsdb 7315", "ac1l1jpx"}|>, "5415" -> <|"DatabaseID" -> "SW03141", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64064"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 51216]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00938"]}, "IsomericSmiles" -> "c1ccc(cc1)CCCCOCCCCCC[NH2+]CC(c2ccc(c(c2)CO)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00687"], ExternalIdentifier["KEGGID", "D05792"]}, "OfficialNames" -> <|"Indian Approved Name" -> "salmeterol", "FDA Approved Drug" -> "SALMETEROL XINAFOATE"|>, "PharmGKBID" -> "PA451300", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56801], ExternalIdentifier["PubChemCompoundID", 5152]}, "Synonyms" -> {"serevent", "salmeterol", "salmetedur", "salmeterolum [latin]", "arial", "astmerole", "salmeterol xinafoate", "aeromax", "asmerole", "betamican", "dilamax", "beglan", "advair 500 diskus (fluticasone propionate + salmeterol xinafoate)_mixture", "advair 100 diskus (fluticasone propionate + salmeterol xinafoate)_mixture", "inaspir", "ultrabeta", "beta-2 adrenoceptor", "advair 250 diskus (fluticasone propionate + salmeterol xinafoate)_mixture", "advair 250 (fluticasone propionate + salmeterol xinafoate)_mixture", "beta-2 adrenoreceptor", "fujimycin", "advair 125 (fluticasone propionate + salmeterol xinafoate)_mixture", "1-hydroxy-2-naphthoic acid- 2-(hydroxymethyl)-4-(1-hydroxy-2-{[6-(4-phenylbutoxy)hexyl]amino}ethyl)phenol (1:1)[acd/iupac name]", "salmeterol 1-hydroxy-2-naphthoate", "serevent (tn)", "gr 33343x", "serevent[wiki]", "serevent inhaler and disks", "salmaterol", "gr-33343 g", "salmeterol xinafoate (jan/usan)[jan][usan]", "gr 33343g", "1-hydroxynaphthalene-2-carboxylic acid - 2-(hydroxymethyl)-4-(1-hydroxy-2-{[6-(4-phenylbutoxy)hexyl]amino}ethyl)phenol (1:1)", "salmeterolxinafoate", "gr 33343x xinafoate", "salmeterolum", "salmeterol 1-hydroxy-2-naphthoate", "gr 33343 g", "arial[wiki]", "94749-08-3[rn]", "serevent diskus", "hsdb 7315", "ac1l1jpx"}|>, "5416" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5417" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5418" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5419" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5420" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5421" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5422" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5423" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5424" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5425" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5426" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5427" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5428" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5429" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5430" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5431" -> <|"DatabaseID" -> "SW03142", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 190588]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CCC6C5(CCC(C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tigogenin;sarsasapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219836]}, "Synonyms" -> {"spirostan-3-ol", "tigogenin", "smilagenin", "3-episarsasapogenin", "sarsasapogenin", "sarsasopogenin", "neotigogenin", "parigenin", "470-01-9[rn]", "nsc1615", "470-03-1[rn]", "77-60-1[rn]", "(3beta", "126-19-2[rn]", "nsc93754"}|>, "5432" -> <|"DatabaseID" -> "SW03143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25942052]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H](C[C@@H]3[C@@]2(CC[C@H]4[C@H]3CCC5[C@@]4(C(CCC5)O)C)C)O[C@]16CCC(CO6)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spirostanol saponins"|>, "Synonyms" -> {"spirostanol"}|>, "5433" -> <|"DatabaseID" -> "SW03143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25942052]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H](C[C@@H]3[C@@]2(CC[C@H]4[C@H]3CCC5[C@@]4(C(CCC5)O)C)C)O[C@]16CCC(CO6)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spirostanol saponins"|>, "Synonyms" -> {"spirostanol"}|>, "5434" -> <|"DatabaseID" -> "SW03143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25942052]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H](C[C@@H]3[C@@]2(CC[C@H]4[C@H]3CCC5[C@@]4(C(CCC5)O)C)C)O[C@]16CCC(CO6)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spirostanol saponins"|>, "Synonyms" -> {"spirostanol"}|>, "5435" -> <|"DatabaseID" -> "SW03143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25942052]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H](C[C@@H]3[C@@]2(CC[C@H]4[C@H]3CCC5[C@@]4(C(CCC5)O)C)C)O[C@]16CCC(CO6)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spirostanol saponins"|>, "Synonyms" -> {"spirostanol"}|>, "5436" -> <|"DatabaseID" -> "SW03143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25942052]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H](C[C@@H]3[C@@]2(CC[C@H]4[C@H]3CCC5[C@@]4(C(CCC5)O)C)C)O[C@]16CCC(CO6)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spirostanol saponins"|>, "Synonyms" -> {"spirostanol"}|>, "5437" -> <|"DatabaseID" -> "SW03143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25942052]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H](C[C@@H]3[C@@]2(CC[C@H]4[C@H]3CCC5[C@@]4(C(CCC5)O)C)C)O[C@]16CCC(CO6)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spirostanol saponins"|>, "Synonyms" -> {"spirostanol"}|>, "5438" -> <|"DatabaseID" -> "SW03143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25942052]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H](C[C@@H]3[C@@]2(CC[C@H]4[C@H]3CCC5[C@@]4(C(CCC5)O)C)C)O[C@]16CCC(CO6)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spirostanol saponins"|>, "Synonyms" -> {"spirostanol"}|>, "5439" -> <|"DatabaseID" -> "SW03143", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25942052]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H](C[C@@H]3[C@@]2(CC[C@H]4[C@H]3CCC5[C@@]4(C(CCC5)O)C)C)O[C@]16CCC(CO6)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "spirostanol saponins"|>, "Synonyms" -> {"spirostanol"}|>, "5440" -> <|"DatabaseID" -> "SW03144", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4446823]}, "IsomericSmiles" -> "C[C@H](CC[C@H](C(C)C)O)[C@H]1CC[C@@H]\\2[C@@]1(CCC/C2=C\\C=C/3\\C[C@H](C[C@@H](C3=C)O)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08554"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tacalcitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5283734]}, "Synonyms" -> {"bonalfa", "tv-02h", "tacalcitol", "curatoderm", "1,24(r)-dihydroxyvitamin d3 tacalcitol", "tv-02hs", "tacalcitol[wiki][inn][jan]", "1,3-cyclohexanediol 4-methylene-5-[(2e)-2-[(1r,3as,7ar)-octahydro-1-[(1r,4r)-4-hydroxy-1,5-dimethylhexyl]-7a-methyl-4h-inden-4-ylidene]ethylidene]- (1r,3s,5z)-", "tacalcitolum [inn-latin]", "tacalcitolum[latin]", "vellutan", "(1s,3r,5z,7e,24r)-9,10-secocholesta-5,7,10-trien-1,3,24-triol", "(1s,3r,5z,7e,24r)-9,10-secocholesta-5,7,10-triene-1,3,24-triol", "57333-96-7", "1a,24(r)-dihydroxycholecalciferol", "1a,24r-dihydroxyvitamin d3", "57333-96-7[rn]", "1-alpha", "(5z,7e)-(1s,3r,24r)-9,10-seco-5,7,10(19)-cholestatriene-1,3,24-triol", "apsor", "1,24(r)-dihydroxyvitamin d3", "(1r", "tv-02", "(1a,3b,5z,7e,24r)-9,10-secocholesta-5,7,10(19)-triene-1,3,24-triol", "131801-95-1[rn]", "1.alpha."}|>, "5441" -> <|"DatabaseID" -> "SW03145", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28818"]}, "IsomericSmiles" -> "C[C@H](CC[C@H](C(C)(C)O)O)[C@H]1CC[C@@H]\\2[C@@]1(CCC/C2=C\\C=C/3\\C[C@H](CCC3=C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00628"]}, "OfficialNames" -> <|"NPC Approved Name" -> "secalciferol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5283748]}, "Synonyms" -> {"secalciferol", "24", "osteo d", "(24r)-", "chebi:28818", "ac1nr2xu", "ncgc00161328-03", "24r", "(24r)-24", "osteo d (tn)", "55721-11-4"}|>, "5442" -> <|"DatabaseID" -> "SW03146", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17823"]}, "IsomericSmiles" -> "C[C@H](CCCC(C)(C)O)[C@H]1CC[C@@H]\\2[C@@]1(CCC/C2=C\\C=C/3\\C[C@H](C[C@@H](C3=C)O)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00129"]}, "OfficialNames" -> <|"NPC Approved Name" -> "calcitriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280453]}, "Synonyms" -> {"1alpha", "rocaltrol", "calcitriol", "1", "calcijex", "32222-06-3", "silkis", "soltriol", "topitriol"}|>, "5443" -> <|"DatabaseID" -> "SW03147", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7931"]}, "IsomericSmiles" -> "C[C@H](/C=C/[C@H](C)C(C)(C)O)[C@H]1CC[C@@H]\\2[C@@]1(CCC/C2=C\\C=C3C[C@H](C[C@@H](C3)O)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00930"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PARICALCITOL"|>, "PharmGKBID" -> "PA450798", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281104]}, "Synonyms" -> {"zemplar", "paricalcitol", "131918-61-1", "paricalcitol [usan]", "19-nor-1", "zemplar (tn)", "paracalcin", "19-nor-1alpha", "compound 49510", "chebi:7931"}|>, "5444" -> <|"DatabaseID" -> "SW03148", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10252448]}, "IsomericSmiles" -> "C[C@H]1CC[C@@]2([C@H]([C@H]3[C@@H](O2)C[C@@H]4[C@@]3(CC[C@H]5[C@H]4CC[C@@H]6[C@@]5(CC[C@@H](C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neotigogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12304433]}, "Synonyms" -> {"tigogenin", "neotigogenin", "ac-20329", "77-60-1[rn]", "lmst01080019", "77-60-1", "470-01-9", "neo-tigogenin", "(25s)-5alpha-spirostan-3beta-ol", "c16819", "akos015965459"}|>, "5445" -> <|"DatabaseID" -> "SW03149", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47771"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5256784]}, "IsomericSmiles" -> "Cc1cc(c(c2c1O[C@](CC2)(C)CCC[C@H](C)CCC[C@H](C)CCCC(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-tocopherol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6857447]}, "Synonyms" -> {"ac1oagn8", "b-tocopherol", "(2r)-2", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,8-trimethyl-2-((4r,8r)-4,8,12-trimethyltridecyl)- (2r)-rel-", "(2r)-3,4-dihydro-2,5,8-trimethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]-2h-1-benzopyran-6-ol", "chebi:47771", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,8-trimethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]- (2r)-", "3,4-dihydro-2,5,8-trimethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-ol", "205-708-5[einecs]", "beta-tocopherol", "5", "tocopherol", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,8-trimethyl-2-((4r,8r)-4,8,12-trimethyltridecyl)- (2r)-", "(2r)-2,5,8-trimethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]-3,4-dihydro-2h-chromen-6-ol", "93070[beilstein]", "neotocopherol", "5,8-dimethyltocol", "hmdb06335", "cumotocopherol", "(2r)-2,5,8-trimethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]chroman-6-ol", "p-xylotocopherol", "bidd:pxr0140", "fa7ba838-41f9-4b85-947d-f3a920942587", "16698-35-4[rn]", "148-03-8[rn]"}|>, "5446" -> <|"DatabaseID" -> "SW03150", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 117388]}, "IsomericSmiles" -> "Cc1cc(cnc1)C[NH+]2CCC(=C3c4ccc(cc4CCc5c3nccc5)Cl)CC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08497"]}, "OfficialNames" -> <|"Indian Approved Name" -> "rupatadine"|>, "PharmGKBID" -> "PA165107052", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 133017]}, "Synonyms" -> {"rupatadinefumarate", "156611-76-6[rn]", "8-chloro-11-[1-(5-methyl-pyridin-3-ylmethyl)-piperidin-4-ylidene]-6,11-dihydro-5h-benzo[5,6]cyclohepta[1,2-b]pyridine", "158876-82-5[rn]", "unii-2ae8m83g3e", "8-chloro-6,11-dihydro-11-[1-[(5-methyl-3-pyridyl)methyl]-4-piperidylidene]-5h-benzo[5,6]cyclohepta[1,2-b]pyridine", "8-chloro-11-{1-[(5-methyl(3-pyridyl))methyl](4-piperidylidene)}-5,6-dihydrobenzo[a]pyridino[2,3-d][7]annulene", "5h-benzo[5,6]cyclohepta[1,2-b]pyridine 8-chloro-6,11-dihydro-11-[1-[(5-methyl-3-pyridinyl)methyl]-4-piperidinylidene]-", "8-chloro-11-{1-[(5-methylpyridin-3-yl)methyl]piperidin-4-ylidene}-6,11-dihydro-5h-benzo[5,6]cyclohepta[1,2-b]pyridine", "rupatadine fumarate", "rupatadine fumarate;", "chembl91397", "rupatadine[wiki]", "chebi:247769", "8-chloro-6,11-dihydro-11-(1-((5-methyl-3-pyridyl)methyl)-4-piperidylidene)-5h-benzo(5,6)cyclohepta(1,2-b)pyridine", "ac1l320o", "rinialer", "surecn27703", "158876-82-5", "rupatadine", "8-chloro-6,11-dihydro-11-(1-((5-methyl-3-pyridinyl)methyl)-4-piperidinylidene)-5h-benzo[5,6]cyclohepta[1,2-b]pyridine", "5h-benzo(5,6)cyclohepta(1,2-b)pyridine 8-chloro-6,11-dihydro-11-(1-((5-methyl-3-pyridinyl)methyl)-4-piperidinylidene)-", "rupatadine (inn)"}|>, "5447" -> <|"DatabaseID" -> "SW03151", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10365524]}, "IsomericSmiles" -> "c1cc(ccc1c2c(c(=O)c3c(cc(cc3o2)O)[O-])O[C@H]4[C@@H]([C@H]([C@@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "juglanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318717]}, "Synonyms" -> {"juglanin", "ac1nsx7x", "chembl469440", "3-[(2s", "lmpk12111839"}|>, "5448" -> <|"DatabaseID" -> "SW03152", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24586]}, "IsomericSmiles" -> "CC(=O)Oc1ccc(cc1)C2(C(=O)Nc3ccccc3O2)c4ccc(cc4)OC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01191"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bisoxatin diacetate"|>, "Synonyms" -> {"bisoxatin acetate", "maratan", "exodol", "2h-1,4-benzoxazin-3(4h)-one 2,2-bis(4-(acetyloxy)phenyl)-", "bisoxatin acetate (jan/usan)[jan][usan]", "tasis", "(3-oxo-3,4-dihydro-2h-1,4-benzoxazine-2,2-diyl)di-4,1-phenylenediacetate[acd/iupac name]", "kritel tropfen", "237-820-5[einecs]", "2h-1,4-benzoazin-3(4h)-one 2,2-bis(4-(acetoxy)phenyl)-", "2,2-bis(p-hydroxyphenyl)-2h-1,4-benzoazin-3(4h)-one diacetate", "2h-1,4-benzoxazin-3-(4h)-one 2,2-bis(p-hydroxyphenyl)- diacetate", "2h-1,4-benzoxazin-3(4h)-one 2,2-bis[4-(acetyloxy)phenyl]-", "14008-48-1[rn]", "bisoxatin acetate [usan:jan][jan][usan]", "talsis", "2,2-bis[4-(acetyloxy)phenyl]-2h-1,4-benzoxazin-3(4h)-one", "2,2-bis(4-acetoxyphenyl)-2h-1,4-benzoxazin-3(4h)-one", "wylaxine", "2,2-bis(4-acetoxyphenyl)-3-oxo-2,3-dihydrobenz-1,4-oxazine", "metrolax", "laxonalin"}|>, "5449" -> <|"DatabaseID" -> "SW03153", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 135661]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00225"]}, "IsomericSmiles" -> "CNC(=O)C[NH+](CCN(CCN(CC(=O)NC)CC(=O)[O-])CC(=O)[O-])CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01645"]}, "OfficialNames" -> <|"China Approved Name" -> "Gadodiamide", "FDA Approved Drug" -> "GADODIAMIDE"|>, "PharmGKBID" -> "PA164784027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60754]}, "Synonyms" -> {"gadodiamide hydrate", "omniscan", "131410-48-5[rn]", "omniscan (tn)", "122795-43-1[rn]", "gadodiamide", "dsstox_rid_82845", "tl8000744", "gadolinium(iii) 5,8-bis(carboxylatomethyl)-2-(2-(methylamino)-2-oxoethyl)-10-oxo-2,5,8,11-tetraazadodecane-1-carboxylate", "gadolinium 5,8-bis(carboxylatomethyl)-11-[2-(methylamino)-2-oxoethyl]-3-oxo-2,5,8,11-tetraazatridecan-13-oate", "122795-43-1", "2-({2-[(carboxymethyl)(2-{(carboxymethyl)[(n-methylcarbamoyl)methyl]amino}ethyl)amino]ethyl}[(n-methylcarbamoyl)methyl]amino)acetic acid gd", "gadolinium-5,8-bis(carboxylatomethyl)-11-[2-(methylamino)-2-oxoethyl]-3-oxo-2,5,8,11-tetraazatridecan-13-oat(non-preferred name)", "gadodiamide[wiki]", "glycine,n,n-bis[2-[(carboxymethyl)[2-(methylamino)-2-oxoethyl]amino]ethyl]- gadolinium salt (1:1)", "omniscan[wiki]", "ncgc00184996-01", "gadolinium [bis(2-{(carboxylatomethyl)[2-(methylamino)-2-oxoethyl]amino}ethyl)amino]acetate", "dsstox_gsid_48647", "cas-122795-43-1", "gadolinium 5,8-bis(carboxylatomethyl)-11-[2-(methylamino)-2-oxoethyl]-3-oxo-2,5,8,11-tetraazatridecan-13-oate (non-preferred name)[acd/iupac name]", "ncgc00182547-01", "dsstox_cid_28573"}|>, "5450" -> <|"DatabaseID" -> "SW03153", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 135661]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00225"]}, "IsomericSmiles" -> "CNC(=O)C[NH+](CCN(CCN(CC(=O)NC)CC(=O)[O-])CC(=O)[O-])CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01645"]}, "OfficialNames" -> <|"China Approved Name" -> "Gadodiamide", "FDA Approved Drug" -> "GADODIAMIDE"|>, "PharmGKBID" -> "PA164784027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60754]}, "Synonyms" -> {"gadodiamide hydrate", "omniscan", "131410-48-5[rn]", "omniscan (tn)", "122795-43-1[rn]", "gadodiamide", "dsstox_rid_82845", "tl8000744", "gadolinium(iii) 5,8-bis(carboxylatomethyl)-2-(2-(methylamino)-2-oxoethyl)-10-oxo-2,5,8,11-tetraazadodecane-1-carboxylate", "gadolinium 5,8-bis(carboxylatomethyl)-11-[2-(methylamino)-2-oxoethyl]-3-oxo-2,5,8,11-tetraazatridecan-13-oate", "122795-43-1", "2-({2-[(carboxymethyl)(2-{(carboxymethyl)[(n-methylcarbamoyl)methyl]amino}ethyl)amino]ethyl}[(n-methylcarbamoyl)methyl]amino)acetic acid gd", "gadolinium-5,8-bis(carboxylatomethyl)-11-[2-(methylamino)-2-oxoethyl]-3-oxo-2,5,8,11-tetraazatridecan-13-oat(non-preferred name)", "gadodiamide[wiki]", "glycine,n,n-bis[2-[(carboxymethyl)[2-(methylamino)-2-oxoethyl]amino]ethyl]- gadolinium salt (1:1)", "omniscan[wiki]", "ncgc00184996-01", "gadolinium [bis(2-{(carboxylatomethyl)[2-(methylamino)-2-oxoethyl]amino}ethyl)amino]acetate", "dsstox_gsid_48647", "cas-122795-43-1", "gadolinium 5,8-bis(carboxylatomethyl)-11-[2-(methylamino)-2-oxoethyl]-3-oxo-2,5,8,11-tetraazatridecan-13-oate (non-preferred name)[acd/iupac name]", "ncgc00182547-01", "dsstox_cid_28573"}|>, "5451" -> <|"DatabaseID" -> "SW03154", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475351]}, "IsomericSmiles" -> "CC(=CC1c2c(=O)c3c(cc4c(c3[O-])C=CC(O4)(C)C)oc2-c5ccc(cc5O1)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cyclomulberrochromene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316261]}, "Synonyms" -> {"cudraflavone a", "6h,7h,11h-pyrano[3',2':6,7][1]benzopyrano[3,2-c][1]benzopyran-7-one 3,8-dihydroxy-11,11-dimethyl-6-(2-methyl-1-propen-1-yl)-", "chebi:485485", "chembl230558", "3", "isocyclomorusin", "lmpk12110923", "cyclomulberrochromene", "3,8-dihydroxy-11,11-dimethyl-6-(2-methylprop-1-en-1-yl)-6h,7h,11h-chromeno[4,3-b]pyrano[3,2-g]chromen-7-one"}|>, "5452" -> <|"DatabaseID" -> "SW03154", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475351]}, "IsomericSmiles" -> "CC(=CC1c2c(=O)c3c(cc4c(c3[O-])C=CC(O4)(C)C)oc2-c5ccc(cc5O1)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cyclomulberrochromene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316261]}, "Synonyms" -> {"cudraflavone a", "6h,7h,11h-pyrano[3',2':6,7][1]benzopyrano[3,2-c][1]benzopyran-7-one 3,8-dihydroxy-11,11-dimethyl-6-(2-methyl-1-propen-1-yl)-", "chebi:485485", "chembl230558", "3", "isocyclomorusin", "lmpk12110923", "cyclomulberrochromene", "3,8-dihydroxy-11,11-dimethyl-6-(2-methylprop-1-en-1-yl)-6h,7h,11h-chromeno[4,3-b]pyrano[3,2-g]chromen-7-one"}|>, "5453" -> <|"DatabaseID" -> "SW03155", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 50831]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01340"]}, "IsomericSmiles" -> "CCOC(=O)[C@H](CCc1ccccc1)[NH2+][C@H]2CCCN3CCC[C@H](N3C2=O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07699"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cilazapril"|>, "PharmGKBID" -> "PA164748302", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56329]}, "Synonyms" -> {"cilazapril", "inhibace", "inibace", "cilazaprilum[latin]", "justor", "dipeptidyl carboxypeptidase i", "unii-19kw7pi29f", "inhibace (tn)", "cilazapril (usan)", "angiotensin-converting enzyme somatic isoform precursor", "vascace", "ro 31-2848 monohydrate", "ro 34-2848", "kininase ii", "6h-pyridazino[1,2-a][1,2]diazepine-1-carboxylic acid,9-[[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino]octahydro-10-oxo- (1s,9s)-", "cilazapril[portuguese]", "6h-pyridazino(1,2-a)(1,2)diazepine-1-carboxylic acid,9-(((1s)-1-(ethoxycarbonyl)-3-phenylpropyl)amino)octahydro-10-oxo- (1s,9s)-", "ac1q63ib", "cd143 antigen", "ec 3.4.15.1", "(1s,9s)-9-[(s)-1-ethoxycarbonyl-3-phenylpropylamino]-10-oxoperhydropyridazino[1,2-a][1,2]diazepine-1-carboxylic acid", "cilazapril[wiki]", "cilazil", "88768-40-5[rn]", "cilazapril monohydrate", "ac1l1ktx", "(1s,9s)-9-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}-10-oxooctahydro-6h-pyridazino[1,2-a][1,2]diazepine-1-carboxylic acid"}|>, "5454" -> <|"DatabaseID" -> "SW03156", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2569"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58295], ExternalIdentifier["ChemSpiderID", 46451]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00802"]}, "IsomericSmiles" -> "CCC(=O)N(c1ccccc1)C2(CC[NH+](CC2)CCn3c(=O)n(nn3)CC)COC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00835"], ExternalIdentifier["KEGGID", "D07122"]}, "OfficialNames" -> <|"Australia Approved Name" -> "ALFENTANIL HYDROCHLORIDE", "US Illegal/Scheduled Drug (Schedule 2)" -> "Alfentanil", "FDA Approved Drug" -> "ALFENTANIL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448084", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64761], ExternalIdentifier["PubChemCompoundID", 51263]}, "Synonyms" -> {"alfenta", "alfentanyl", "alfentanil", "alfentanilum [inn-latin]", "rapifen", "alfentanil hydrochloride", "fentalim", "alfenta[wiki]", "mor-1", "273-846-3[einecs]", "69049-06-5[rn]", "alfentanil[wiki]", "n-[1-[2-(4-ethyl-4,5-dihydro-5-oxo-1h-tetrazol-1-yl)ethyl]-4-(methoxymethyl)piperidin-4-yl]-n-phenylpropionamide hydrochloride", "alfentanil hydrochloride[usp]", "propanamide n-(1-(2-(4-ethyl-4,5-dihydro-5-oxo-1h-tetrazol-1-yl)ethyl)-4-(methoxymethyl)-4-piperidinyl)-n-phenyl- monohydrochloride", "r 39209", "propanamide", "r-39209", "einecs 273-846-3", "propanamide n-[1-[2-(4-ethyl-4,5-dihydro-5-oxo-1h-tetrazol-1-yl)ethyl]-4-(methoxymethyl)-4-piperidinyl]-n-phenyl- hydrochloride (1:1)", "n-{1-[2-(4-ethyl-5-oxo-4,5-dihydro-1h-tetrazol-1-yl)ethyl]-4-(methoxymethyl)piperidin-4-yl}-n-phenylpropanamide hydrochloride", "n-(1-(2-(4-ethyl-4", "ncgc00247354-02", "alfentanilum", "n-(1-(2-(4-ethyl-4,5-dihydro-5-oxo-1h-tetrazol-1-yl)ethyl)-4-(methoxymethyl)piperidin-4-yl)-n-phenylpropionamide hydrochloride", "71124-01-1[rn]", "propanamide n-[1-[2-(4-ethyl-4,5-dihydro-5-oxo-1h-tetrazol-1-yl)ethyl]-4-(methoxymethyl)-4-piperidinyl]-n-phenyl- monohydrochloride", "n-{1-[2-(4-ethyl-5-oxo-4,5-dihydro-1h-tetrazol-1-yl)ethyl]-4-(methoxymethyl)piperidin-4-yl}-n-phenylpropanamide hydrochloride(1:1)", "n-{1-[2-(4-ethyl-5-oxo-4,5-dihydro-1h-tetrazol-1-yl)ethyl]-4-(methoxymethyl)piperidin-4-yl}-n-phenylpropanamidhydrochlorid", "alfentanil hydrochloride anhydrous", "n-[1-[2-(4-ethyl-4,5-dihydro-5-oxo-1h-tetrazol-1-yl)ethyl]-4-(methoxymethyl)-4-piperidinyl]-n-phenylpropanamide", "n-[1-[2-(4-ethyl-5-oxo-2-tetrazolin-1-yl)ethyl]-4-(methoxymethyl)-4-piperidyl]propionanilide", "alfentanilum[latin]", "(alfentanil)n-{1-[2-(4-ethyl-5-oxo-4,5-dihydro-tetrazol-1-yl)-ethyl]-4-methoxymethyl-piperidin-4-yl}-n-phenyl-propionamide", "n-(1-(2-(4-ethyl-4,5-dihydro-5-oxotetrazolyl)ethyl)-4-(methoxymethyl)-4-piperidyl)-n-phenylpropionamid", "71195-58-9[rn]", "n-(1-(2-(4-ethyl-4,5-dihydro-5-oxotetrazolyl)ethyl)-4-(methoxymethyl)-4-piperidyl)propionanilid", "rapifen (tn)", "propanamide n-(1-(2-(4-ethyl-4,5-dihydro-5-oxo-1h-tetrazol-1-yl)ethyl)-4-(methoxymethyl)-4-piperidinyl)-n-phenyl-", "5-26-13-00110 (beilstein handbook reference)[beilstein]", "alfentanilum [inn_la]", "propanamide n-[1-[2-(4-ethyl-4,5-dihydro-5-oxo-1h-tetrazol-1-yl)ethyl]-4-(methoxymethyl)-4-piperidinyl]-n-phenyl-", "hsdb 6789", "70879-28-6[rn]", "n-(1-(2-(4-ethyl-5-oxo-2-tetrazolin-1-yl)ethyl)-4-(methoxymethyl)-4-piperidyl)propionanilide", "n-{1-[2-(4-ethyl-5-oxo-4,5-dihydro-tetrazol-1-yl)-ethyl]-4-methoxymethyl-piperidin-4-yl}-n-phenyl-propionamide", "dea no. 9737", "chebi:2569", "n-{1-[2-(4-ethyl-5-oxo-4,5-dihydro-1h-tetrazol-1-yl)ethyl]-4-[(methyloxy)methyl]piperidin-4-yl}-n-phenylpropanamide", "alfentanil (inn)", "n-{1-[2-(4-ethyl-5-oxo-4,5-dihydro-1h-tetrazol-1-yl)ethyl]-4-(methoxymethyl)piperidin-4-yl}-n-phenylpropanamide"}|>, "5455" -> <|"DatabaseID" -> "SW03157", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 27081]}, "IsomericSmiles" -> "CCCCCCCCCCOc1cc2c(cc1OCC)[nH]cc(c2=O)C(=O)OCC", "OfficialNames" -> <|"NPC Approved Name" -> "decoquinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29112]}, "Synonyms" -> {"decoxy", "deccox", "decoquinato[spanish][inn]", "decoquinatum[latin][inn]", "decoquinatum [inn-latin]", "18507-89-6[rn]", "m. and b. 15497", "decoquinato [inn-spanish]", "nsc 339057", "m & b 15497", "3-quinolinecarboxylic acid,6- (decyloxy)-7-ethoxy-4-hydroxy-,ethyl ester", "m&b; 15497", "decoquinate[wiki][usp][inn][usan]", "ethyl 6-decyloxy-7-ethoxy-4-hydroxy-3-quinolinate", "18507-89-6", "ethyl 6-decyloxy-7-ethoxy-4-oxohydroquinoline-3-carboxylate", "ethyl 6-(n-decyloxy)-7-ethoxy-4-hydroxyquinoline-3-carboxylate", "3-quinolinecarboxylic acid,6-(decyloxy)-7-ethoxy-4-hydroxy- ethyl ester", "einecs 242-389-1", "hc 1528", "242-389-1[einecs]", "ethyl 6-(decyloxy)-7-ethoxy-4-hydroxy-3-quinolinecarboxylate", "ethyl 6-(decyloxy)-7-ethoxy-4-hydroxyquinoline-3-carboxylate", "6-decyloxy-7-ethoxy-4-hydroxy-3-quinolinecarboxylic acid ethylester", "m&b 15497", "deccox (tn)", "decoquinate", "6-decyloxy-7-ethoxy-4-hydroxy-quinoline-3-carboxylic acid ethylester", "m and b 15497"}|>, "5456" -> <|"DatabaseID" -> "SW03158", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 439855]}, "IsomericSmiles" -> "c1cc(ccc1[C@@H]2CC(=O)c3ccc(cc3O2)O)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "liquiritin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 503737]}, "Synonyms" -> {"liquiritoside", "liquiritin", "likviritin", "ambap551-15-5", "mls000575018", "7-hydroxyflavanone 4'-o-glucoside", "ac1l9xrq", "(s)-7-hydroxy-2-[4-((2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yloxy)-phenyl]-chroman-4-one", "liquiritigenin-4'-beta-glucoside", "chembl511995", "hms2214b11", "31564-20-2[rn]", "551-15-5", "(2s)-7-hydroxy-2-(4-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxy}phenyl)-3,4-dihydro-2h-1-benzopyran-4-one", "551-15-5[rn]", "17654-21-6[rn]", "30372-08-8[rn]", "100483-53-2[rn]"}|>, "5457" -> <|"DatabaseID" -> "SW03159", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391324]}, "IsomericSmiles" -> "COc1cc(cc(c1O)OC)[C@@H]2[C@H]3CO[C@@H]([C@H]3CO2)c4cc(c(c(c4)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "syringaresinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443023]}, "Synonyms" -> {"syringaresinol", "(+)-syringaresinol", "21453-69-0[rn]", "chembl361362", "c10889", "chebi:47", "phenol 4,4'-[(1s,3ar,4s,6ar)-tetrahydro-1h,3h-furo[3,4-c]furan-1,4-diyl]bis[2,6-dimethoxy-", "zinc04098933", "1177-14-6[rn]", "ac1l9dvw", "(7alpha", "21453-69-0", "4,4'-(1s,3ar,4s,6ar)-tetrahydro-1h,3h-furo[3,4-c]furan-1,4-diylbis(2,6-dimethoxyphenol)", "4-[(3s"}|>, "5458" -> <|"DatabaseID" -> "SW03160", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7575"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4341]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00393"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OC(C)C)c2cccc(c2)[N+](=O)[O-])C(=O)OCCOC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00438"]}, "OfficialNames" -> <|"China Approved Name" -> "nimodipine", "Australia Approved Name" -> "NIMODIPINE", "FDA Approved Drug" -> "NIMODIPINE"|>, "PharmGKBID" -> "PA450633", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4497]}, "Synonyms" -> {"nimotop", "nimodipine", "nimodipinum [inn-latin]", "bay e 9736", "nimodipinum", "nimodipino", "nimodipino [inn-spanish]", "periplum", "admon", "nimodipine[wiki][usan]", "isopropyl2-methoxyethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "methylethyl 5-[(2-methoxyethyl)oxycarbonyl]-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate", "nimodipin isis", "nimotop(tm)", "266-127-0[einecs]", "nimotop (tn)", "modus", "isopropyl2-methoxyethyl 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylate", "3-(2-methoxyethyl)5-propan-2-yl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-methoxyethyl1-methylethyl ester", "kenesil", "nimodipino[spanish][inn]", "2-methoxyethyl 14-dihydro-5-(isopropoxycarbonyil)-2,6-dimethyl-4-(3-nitrophenyl)-3-pyridinecarboxylate", "[66085-59-4]", "1-methylethyl 2-(methyloxy)ethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nimodipin-isis", "2-methoxyethyl propan-2-yl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "66085-59-4[rn]", "bay-e-9736", "d009553", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-methoxyethyl 1-methylethyl ester", "isopropyl2-methoxyethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydro-3,5-pyridinedicarboxylate[acd/iupac name]", "brainal", "nimotop[wiki]", "4-[4-(4-chlorophenyl)-4-hydroxy-1-piperidyl]-n,n-dimethyl-2,2-diphenyl-butanamide", "nimotop; periplum", "2-methoxyethyl-1-methylethyl-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridin-3,5-dicarboxylat", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-methoxyethyl1-methylethyl ester", "calnit", "nimodipine [usan:ban:inn][inn][usan]", "bay-e 9736; nimodipine", "2,6-dimethyl-4-(3-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-isopropyl ester 5-(2-methoxy-ethyl) ester", "nimodipinisis", "isopropyl2-methoxyethyl 1,4-dihydro-2,6-dimethyl-4-(m-nitrophenyl)-3,5-pyridinedicarboxylate", "2,6-dimethyl-4-(3'-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylic acid 3-b-methoxyethylester 5-isopropylester", "3-isopropyl 5-(2-methoxyethyl) 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "periplum[wiki]", "nimodipin hexal", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-methoxyethyl 1-methylethyl ester;isopropyl 2-methoxyethyl 1,4-dihydro-2,6-dimethyl-4-(m-nitrophenyl)-3,5-pyridinedicarboxylate", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-;3,5-pyridinecarboxylic acid2-methoxyethyl 1-methylethyl ester", "remontal", "propan-2-yl 2-methoxyethyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-methyloxyethyl1-methylethyl ester", "2-methoxyethyl 1-methylethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "mr", "nimodipine; nimodipino; nimodipinum", "nimodipino bayvit", "66085-59-4", "nimodipinum[latin]"}|>, "5459" -> <|"DatabaseID" -> "SW03160", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7575"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4341]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00393"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OC(C)C)c2cccc(c2)[N+](=O)[O-])C(=O)OCCOC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00438"]}, "OfficialNames" -> <|"China Approved Name" -> "nimodipine", "Australia Approved Name" -> "NIMODIPINE", "FDA Approved Drug" -> "NIMODIPINE"|>, "PharmGKBID" -> "PA450633", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4497]}, "Synonyms" -> {"nimotop", "nimodipine", "nimodipinum [inn-latin]", "bay e 9736", "nimodipinum", "nimodipino", "nimodipino [inn-spanish]", "periplum", "admon", "nimodipine[wiki][usan]", "isopropyl2-methoxyethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "methylethyl 5-[(2-methoxyethyl)oxycarbonyl]-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate", "nimodipin isis", "nimotop(tm)", "266-127-0[einecs]", "nimotop (tn)", "modus", "isopropyl2-methoxyethyl 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylate", "3-(2-methoxyethyl)5-propan-2-yl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-methoxyethyl1-methylethyl ester", "kenesil", "nimodipino[spanish][inn]", "2-methoxyethyl 14-dihydro-5-(isopropoxycarbonyil)-2,6-dimethyl-4-(3-nitrophenyl)-3-pyridinecarboxylate", "[66085-59-4]", "1-methylethyl 2-(methyloxy)ethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nimodipin-isis", "2-methoxyethyl propan-2-yl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "66085-59-4[rn]", "bay-e-9736", "d009553", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-methoxyethyl 1-methylethyl ester", "isopropyl2-methoxyethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydro-3,5-pyridinedicarboxylate[acd/iupac name]", "brainal", "nimotop[wiki]", "4-[4-(4-chlorophenyl)-4-hydroxy-1-piperidyl]-n,n-dimethyl-2,2-diphenyl-butanamide", "nimotop; periplum", "2-methoxyethyl-1-methylethyl-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridin-3,5-dicarboxylat", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-methoxyethyl1-methylethyl ester", "calnit", "nimodipine [usan:ban:inn][inn][usan]", "bay-e 9736; nimodipine", "2,6-dimethyl-4-(3-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-isopropyl ester 5-(2-methoxy-ethyl) ester", "nimodipinisis", "isopropyl2-methoxyethyl 1,4-dihydro-2,6-dimethyl-4-(m-nitrophenyl)-3,5-pyridinedicarboxylate", "2,6-dimethyl-4-(3'-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylic acid 3-b-methoxyethylester 5-isopropylester", "3-isopropyl 5-(2-methoxyethyl) 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "periplum[wiki]", "nimodipin hexal", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-methoxyethyl 1-methylethyl ester;isopropyl 2-methoxyethyl 1,4-dihydro-2,6-dimethyl-4-(m-nitrophenyl)-3,5-pyridinedicarboxylate", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-;3,5-pyridinecarboxylic acid2-methoxyethyl 1-methylethyl ester", "remontal", "propan-2-yl 2-methoxyethyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-methyloxyethyl1-methylethyl ester", "2-methoxyethyl 1-methylethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "mr", "nimodipine; nimodipino; nimodipinum", "nimodipino bayvit", "66085-59-4", "nimodipinum[latin]"}|>, "5460" -> <|"DatabaseID" -> "SW03161", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47890"]}, "IsomericSmiles" -> "C[C@]12C[C@@H]([C@H]3[C@H]([C@@H]1C[C@H]([C@@]2(C(=O)CO)O)C(=O)OC)CCC4=CC(=O)C=C[C@]34C)O", "OfficialNames" -> <|"Indian Approved Name" -> "methyl prednisolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 130689]}, "Synonyms" -> {"tdpdc", "6-methoxycarbonylprednisolone", "6-methoxycarbonyl prednisolone", "ac1l2xty", "chebi:47890", "mtdpdc", "surecn10614442", "methyl 11beta", "16alpha-methoxycarbonylprednisolone", "p16cm"}|>, "5461" -> <|"DatabaseID" -> "SW03162", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 210390]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@@H]3CC[C@@]([C@]3(C[C@@H]([C@@]2([C@@]4(C1=CC(=O)C=C4)C)F)O)C)(C(=O)C)OC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04221"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLUOROMETHOLONE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 240767]}, "Synonyms" -> {"fluorometholone acetate", "flarex", "fluorometholone 17-acetate", "oxylone acetate", "9-fluoro-11beta", "223-270-3[einecs]", "3801-06-7[rn]", "(6s,8s,9r,10s,11s,13s,14s,17r)-17-acetyl-9-fluor-11-hydroxy-6,10,13-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-ylacetat", "3801-06-7", "nsc47438", "u-17323", "einecs 223-270-3", "3801-06-7 {acetate}", "flarex[wiki]", "(6s,8s,9r,10s,11s,13s,14s,17r)-17-acetyl-9-fluoro-11-hydroxy-6,10,13-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-ylacetate", "fluorometholone acetate (usan)"}|>, "5462" -> <|"DatabaseID" -> "SW03163", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10129]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C[C@H]1CCC3C2CC[C@]4([C@@]3(C[C@@H]([C@@H]4C5=CC(=O)OC5)OC=O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10571]}, "Synonyms" -> {"gitaloxigenin", "16-formyl-gitoxigenin", "4-18-00-02457 (beilstein handbook reference)[beilstein]", "brn 0057855", "208-179-9[einecs]", "3-beta", "ls-52515", "ac1l1vhd", "4-18-00-02457 (beilstein handbook reference)", "3beta", "514-21-6[rn]", "5-beta-card-20(22)-enolide", "einecs 208-179-9"}|>, "5463" -> <|"DatabaseID" -> "SW03163", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10129]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C[C@H]1CCC3C2CC[C@]4([C@@]3(C[C@@H]([C@@H]4C5=CC(=O)OC5)OC=O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10571]}, "Synonyms" -> {"gitaloxigenin", "16-formyl-gitoxigenin", "4-18-00-02457 (beilstein handbook reference)[beilstein]", "brn 0057855", "208-179-9[einecs]", "3-beta", "ls-52515", "ac1l1vhd", "4-18-00-02457 (beilstein handbook reference)", "3beta", "514-21-6[rn]", "5-beta-card-20(22)-enolide", "einecs 208-179-9"}|>, "5464" -> <|"DatabaseID" -> "SW03163", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10129]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C[C@H]1CCC3C2CC[C@]4([C@@]3(C[C@@H]([C@@H]4C5=CC(=O)OC5)OC=O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10571]}, "Synonyms" -> {"gitaloxigenin", "16-formyl-gitoxigenin", "4-18-00-02457 (beilstein handbook reference)[beilstein]", "brn 0057855", "208-179-9[einecs]", "3-beta", "ls-52515", "ac1l1vhd", "4-18-00-02457 (beilstein handbook reference)", "3beta", "514-21-6[rn]", "5-beta-card-20(22)-enolide", "einecs 208-179-9"}|>, "5465" -> <|"DatabaseID" -> "SW03163", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10129]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C[C@H]1CCC3C2CC[C@]4([C@@]3(C[C@@H]([C@@H]4C5=CC(=O)OC5)OC=O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10571]}, "Synonyms" -> {"gitaloxigenin", "16-formyl-gitoxigenin", "4-18-00-02457 (beilstein handbook reference)[beilstein]", "brn 0057855", "208-179-9[einecs]", "3-beta", "ls-52515", "ac1l1vhd", "4-18-00-02457 (beilstein handbook reference)", "3beta", "514-21-6[rn]", "5-beta-card-20(22)-enolide", "einecs 208-179-9"}|>, "5466" -> <|"DatabaseID" -> "SW03164", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 318634]}, "IsomericSmiles" -> "COC[C@@H](Cc1ccc(c(c1)OC)OC)[C@H](Cc2ccc(c(c2)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phyllanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 358901]}, "Synonyms" -> {"phyllanthin", "1,1'-((2s,3s)-2,3-bis(methoxymethyl)-1,4-butanediyl)bis(3,4-dimethoxybenzene)", "nsc-619043", "c10746", "ac1l7dk7", "4-[(2s", "10351-88-9", "nci60_005684", "10351-88-9[rn]", "nsc619043"}|>, "5467" -> <|"DatabaseID" -> "SW03165", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9150"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49179]}, "IsomericSmiles" -> "CCC(C)(C)C(=O)O[C@H]1C[C@H](C=C2[C@H]1[C@H]([C@H](C=C2)C)CC[C@@H]3C[C@H](CC(=O)O3)O)C", "OfficialNames" -> <|"China Approved Name" -> "simvastatine", "Indian Approved Name" -> "simvastatin", "WHO Essential Medicine" -> "simvastatin", "Australia Approved Name" -> "SIMVASTATIN", "FDA Approved Drug" -> "SIMVASTATIN"|>, "PharmGKBID" -> "PA451363", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54454]}, "Synonyms" -> {"colemin", "medipo", "sivastin", "lodales", "simvastatin", "synvinolin", "sinvacor", "[(1s,3r,7r,8s,8as)-8-[2-[(2r,4r)-4-hydroxy-6-oxo-oxan-2-yl]ethyl]-3,7-dimethyl-1,2,3,7,8,8a-hexahydronaphthalen-1-yl]2,2-dimethylbutanoate", "(+)-simvastatin", "2,2-dimethylbutyric acid 8-ester with (4r,6r)-6-(2-((1s,2s,6r,8s,8ar)-1,2,6,7,8,8a-hexahydro-8-hydroxy-2,6-dimethyl-1-naphthyl)ethyl)tetrahydro-4-hydroxy-2h-pyran-2-one", "butanoicacid 2,2-dimethyl- (1s,3r,7s,8s,8ar)-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-[2-[(2r,4r)-tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl]ethyl]-1-naphthalenyl ester", "8-[2-(4-hydroxy-6-oxotetrahydro-2h-pyran-2-yl)ethyl]-3,7-dimethyl-1,2,3,7,8,8a-hexahydro-1-naphthalenyl 2,2-dimethylbutanoate", "(1s,3r,7s,8s,8ar)-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-[2-[(2r,4r)-tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl]ethyl]-1-naphthalenyly-2,2-dimethylbutanoate", "liponorm", "labistatin", "(1s,3r,7s,8s,8ar)-8-{2-[(2r,4r)-4-hydroxy-6-oxotetrahydro-2h-pyran-2-yl]ethyl}-3,7-dimethyl-1,2,3,7,8,8a-hexahydro-1-naphthalenyl 2,2-dimethylbutanoate[acd/iupac name]", "nor-vastina", "2,2-dimethylbutanoic acid (1s,3r,7s,8s,8ar)-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-[2-[(2r,4r)-tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl]ethyl]-1-naphthalenyl ester", "zocor", "2,2-dimethyl-butyric acid (1s,3r,7s,8s,8ar)-8-[2-((2r,4r)-4-hydroxy-6-oxo-tetrahydro-pyran-2-yl)-ethyl]-3,7-dimethyl-1,2,3,7,8,8a-hexahydro-naphthalen-1-yl ester", "rechol", "pantok", "lipinorm", "lodal s", "simvastatine[french]", "8-[2-((2r,4r)-4-hydroxy-6-oxo(2h-3,4,5-trihydropyran-2-yl))ethyl](1s,7s,8s,3r 8ar)-3,7-dimethyl-1,2,3,7,8,8a-hexahydronaphthyl 2,2-dimethylbutanoate", "rendapid", "coledis", "2,2-dimethylbutyric acid 8-ester with (4r,6r)-6-[2-[(1s,2s,6r,8s,8ar)-1,2,6,7,8,8a-hexahydro-8-hydroxy-2,6-dimethyl-1-naphthyl]ethyl]tetrahydro-4-hydroxy-2h-pyran-2-one", "l 644128-000u", "simvastatine", "(1s,3r,7s,8s,8ar)-8-{2-[(2r,4r)-4-hydroxy-6-oxotetrahydro-2h-pyran-2-yl]ethyl}-3,7-dimethyl-1,2,3,7,8,8a-hexahydronaphthalen-1-yl-2,2-dimethylbutanoat", "lipovas", "4768037[beilstein]", "(1s,3r,7s,8s,8ar)-8-(2-((2r,4r)-4-hydroxy-6-oxotetrahydro-2h-pyran-2-yl)ethyl)-3,7-dimethyl-1,2,3,7,8,8a-hexahydronaphthalen-1-yl 2,2-dimethylbutanoate", "simvastatina[spanish]", "cholestat", "simvastatinum[latin]", "[1s-[1a,3a,7b,8b(2s*,4s*),8ab]]-2,2-dimethylbutanoic acid1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-[2-(tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl)ethyl]-1-naphthalenylester", "simvotin", "zocor[wiki]", "simcor", "corolin", "simvastatin[wiki][usp][inn][ban][jan][usan]", "lipex[wiki]", "kolestevan", "zocor simlup simcard simvacor simvoget", "butanoicacid 2,2-dimethyl- (1s,3r,7s,8s,8ar)-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-(2-((2r,4r)-tetrahydro-4-hydroxy-6-oxo-2h-pyran-2-yl)ethyl)-1-naphthalenyl ester", "butanoicacid 2,2-dimethyl- (1s,3r,7s,8s,8ar)-1,2,3,7,8,8a-hexahydro-3,7-dimethyl-8-[2-[(2r,4r)-tetrahydro-4-hydroxy-6-oxo-", "vasotenal", "denan", "velostatin", "colemin;denan;lipex;liponorm;lodales;medipo;pantok;sinvacor;sivastin;synvinolin;velastatin;zocor;zocord", "(1s,3r,7s,8s,8ar)-8-{2-[(2r,4r)-4-hydroxy-6-oxotetrahydro-2h-pyran-2-yl]ethyl}-3,7-dimethyl-1,2,3,7,8,8a-hexahydronaphthalen-1-yl 2,2-dimethylbutanoate", "simovil", "79902-63-9[rn]", "mk-733", "nivelipol", "valemia", "337376-15-5", "colemin;", "modutrol", "zocord"}|>, "5468" -> <|"DatabaseID" -> "SW03166", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83417]}, "IsomericSmiles" -> "c1cc(c(cc1C(F)(F)F)Cl)Oc2ccc(c(c2)C(=O)OCC(=O)[O-])[N+](=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "6-c-galactopyranosyl-isoscutellarein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92395]}, "Synonyms" -> {"({5-[2-chlor-4-(trifluormethyl)phenoxy]-2-nitrobenzoyl}oxy)essigs", "2-[5-[2-chloro-4-(trifluoromethyl)phenoxy]-2-nitrobenzoyl]oxyacetic acid", "fluoroglycofen", "fluoroglicofene", "77501-60-1", "77501-60-1[rn]", "82014-23-1", "({5-[2-chloro-4-(trifluoromethyl)phenoxy]-2-nitrobenzoyl}oxy)acetic acid[acd/iupac name]", "ac1l3o1a", "benzoic acid 5-[2-chloro-4-(trifluoromethyl)phenoxy]-2-nitro-,carboxymethyl ester", "fluoroglicofene [iso-french]", "ac1q3qkc", "fluoroglycofen [ansi:bsi:iso]", "2-(5-(2-chloro-4-(trifluoromethyl)phenoxy)-2-nitrobenzoyl)oxyacetic acid", "118340-11-7[rn]", "benzoic acid 5-(2-chloro-4-(trifluoromethyl)phenoxy)-2-nitro-,carboxymethyl ester", "2-{5-[2-chloro-4-(trifluoromethyl)phenoxy]-2-nitrophenylcarbonyloxy}acetic acid", "carboxymethyl 5-(2-chloro-4-(trifluoromethyl)phenoxy)-2-nitrobenzoate", "fluoroglicofene[french]"}|>, "5469" -> <|"DatabaseID" -> "SW03167", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47782"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3810]}, "IsomericSmiles" -> "C[NH+](CCCN1c2ccccc2CCc3c1cccc3)CC(=O)c4ccc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08140"]}, "OfficialNames" -> <|"NPC Approved Name" -> "lofepramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3947]}, "Synonyms" -> {"23047-25-8", "lopramine", "lofepramine", "23047-25-8[rn]", "lofepramina[spanish][inn]", "4'-chloro-2-((3-(10,11-dihydro-5h-dibenz(b,f)azepin5-yl)propyl)methylamino)acetophenone", "1-(4-chlorophenyl)-2-[[3-(10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl]methylamino]ethanone", "lofepramine [inn:ban]", "lofepramina [inn-spanish]", "4'-chloro-2-[[3-(10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl]methylamino]acetophenone", "lofepraminum [inn-latin]", "ethanone,1-(4-chlorophenyl)-2-((3-(10,11-dihydro-5h-dibenz(b,f)azepin-5-yl)propyl)methylamino)-", "1406318[beilstein]", "chebi:47782", "n-methyl-n-(4-chlorobenzoylmethyl)-3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)propylamine", "gamonil", "lopramine | leo 640 |", "1-(4-chlorophenyl)-2-{[3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)propyl]methylamino}ethanone", "ethanone,1-(4-chlorophenyl)-2-[[3-(10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl]methylamino]-", "lofepraminum[latin]", "amplit", "acetophenone 4'-chloro-2-((3-(10,11-dihydro-5h-dibenz(b,f)azepin5-yl)propyl)methylamino)-", "hsdb 7184", "[23047-25-8]", "1-(4-chlorophenyl)-2-{[3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)propyl](methyl)amino}ethanone[acd/iupac name]", "4'-chlor-2-((3-(10,11-dihydro-5h-dibenz(b,f)azepin-5-yl)propyl)methylamino)acetophenon", "lofepramine[wiki]", "245-396-8[einecs]"}|>, "5470" -> <|"DatabaseID" -> "SW03167", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47782"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3810]}, "IsomericSmiles" -> "C[NH+](CCCN1c2ccccc2CCc3c1cccc3)CC(=O)c4ccc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08140"]}, "OfficialNames" -> <|"NPC Approved Name" -> "lofepramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3947]}, "Synonyms" -> {"23047-25-8", "lopramine", "lofepramine", "23047-25-8[rn]", "lofepramina[spanish][inn]", "4'-chloro-2-((3-(10,11-dihydro-5h-dibenz(b,f)azepin5-yl)propyl)methylamino)acetophenone", "1-(4-chlorophenyl)-2-[[3-(10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl]methylamino]ethanone", "lofepramine [inn:ban]", "lofepramina [inn-spanish]", "4'-chloro-2-[[3-(10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl]methylamino]acetophenone", "lofepraminum [inn-latin]", "ethanone,1-(4-chlorophenyl)-2-((3-(10,11-dihydro-5h-dibenz(b,f)azepin-5-yl)propyl)methylamino)-", "1406318[beilstein]", "chebi:47782", "n-methyl-n-(4-chlorobenzoylmethyl)-3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)propylamine", "gamonil", "lopramine | leo 640 |", "1-(4-chlorophenyl)-2-{[3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)propyl]methylamino}ethanone", "ethanone,1-(4-chlorophenyl)-2-[[3-(10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl]methylamino]-", "lofepraminum[latin]", "amplit", "acetophenone 4'-chloro-2-((3-(10,11-dihydro-5h-dibenz(b,f)azepin5-yl)propyl)methylamino)-", "hsdb 7184", "[23047-25-8]", "1-(4-chlorophenyl)-2-{[3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)propyl](methyl)amino}ethanone[acd/iupac name]", "4'-chlor-2-((3-(10,11-dihydro-5h-dibenz(b,f)azepin-5-yl)propyl)methylamino)acetophenon", "lofepramine[wiki]", "245-396-8[einecs]"}|>, "5471" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5472" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5473" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5474" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5475" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5476" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5477" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5478" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5479" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5480" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5481" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5482" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5483" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5484" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5485" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5486" -> <|"DatabaseID" -> "SW03168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884979]}, "IsomericSmiles" -> "CC1C2C(CC(O1)OC)C(=COC2O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-o-methyl-morroniside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325676]}, "Synonyms" -> {"methyl 3-methoxy-1-methyl-8-[(2s", "7-o-methyl morroniside", "ac1o3dp6"}|>, "5487" -> <|"DatabaseID" -> "SW03169", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391564]}, "IsomericSmiles" -> "CC1=CO[C@H]([C@H]2[C@@]1([C@@H](C[C@]2(C)OC(=O)C)O)O)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lamioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443328]}, "Synonyms" -> {"lamioside", "[(1s", "lmpr0102070018", "c11645", "ac1l9eg2"}|>, "5488" -> <|"DatabaseID" -> "SW03170", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445604]}, "IsomericSmiles" -> "c1ccc2c(c1)c(c(c(n2)C3CC3)/C=C/[C@H](C[C@H](CC(=O)[O-])O)O)c4ccc(cc4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01862"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PITAVASTATIN CALCIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282452]}, "Synonyms" -> {"livalo", "itavastatin", "pitavastatin calcium", "itavastatin calcium", "6-heptenoic acid,7-[2-cyclopropyl-4-(4-fluorophenyl)-3-quinolinyl]-3,5-dihydroxy- (3r,5s,6e)-", "pitavastatin", "nk-104", "ls-74594", "(3r,5s,6e)-7-(2-cyclopropyl-4-(4-fluorophenyl)quinolin-3-yl)-3,5-dihydroxyhept-6-enoic acid", "livazo", "nks-104", "nk 104", "pitavastatin[inn]", "ac1nr03j", "alipza", "147511-69-1[rn]", "(3r,5s,6e)-7-[2-cyclopropyl-4-(4-fluorophenyl)quinolin-3-yl]-3,5-dihydroxyhept-6-enoic acid", "147526-32-7[rn]", "pitavastatin [inn]", "6-heptenoic acid,7-(2-cyclopropyl-4-(4-fluorophenyl)-3-quinolinyl)-3,5-dihydroxy- (3r,5s,6e)-", "akos005145916", "itabavastin", "nisvastatin"}|>, "5489" -> <|"DatabaseID" -> "SW03171", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4945246]}, "IsomericSmiles" -> "C/C/1=C/C[C@H](/C(=C\\[C@@H]2[C@@H]([C@@H](C1)OC(=O)/C(=C/CO)/CO)C(=C)C(=O)O2)/C)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "eupaformosanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6441017]}, "Synonyms" -> {"eupaformosanin", "[(3ar", "64439-43-6", "ac1o5ult", "ls-47157", "64439-43-6[rn]", "2-butenoic acid", "2-butenoic acid 4-hydroxy-2-(hydroxymethyl)- 9-(acetyloxy)-2,3,3a,4,5,8,9,11a-octahydro-6,10-dimethyl-3-methylene-2-oxocyclodeca(b)furan-4-ylester (3ar-(3ar*,4r*(e),6e,9r*,10z,11ar*))-"}|>, "5490" -> <|"DatabaseID" -> "SW03172", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59091]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(=O)c2ccc(n2C)CC(=O)NCC(=O)Oc3ccccc3OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07453"]}, "OfficialNames" -> <|"Indian Approved Name" -> "amtolmetin guacil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65655]}, "Synonyms" -> {"amtolmetin guacil", "amtolmetin guacil [inn]", "2-methoxyphenyl2-(1-methyl-5-(4-methylbenzoyl)-1h-pyrrole-2-acetylamino)acetate", "amtolmetinguacil", "2-methoxyphenyl n-{[1-methyl-5-(4-methylbenzoyl)-1h-pyrrol-2-yl]acetyl}glycinate[acd/iupac name]", "87344-06-7", "amtolmetin guacil (inn)", "n-((1-methyl-5-p-toluoylpyrrol-2-yl)acetyl)glycine o-methoxyphenyl ester", "eufans", "amtolmetine guacil [inn-french]", "glycine,n-[2-[1-methyl-5-(4-methylbenzoyl)-1h-pyrrol-2-yl]acetyl]- 2-methoxyphenyl ester", "104076-16-6", "amtolmetine guacil[french][inn]", "2-methoxyphenyl 2-(2-{1-methyl-5-[(4-methylphenyl)carbonyl]pyrrol-2-yl}acetylamino)acetate", "st 679", "artromed", "amtolmetina guacilo [inn-spanish]", "amtolmetinum guacilum [inn-latin]", "glycine,n-((1-methyl-5-(4-methylbenzoyl)-1h-pyrrol-2-yl)acetyl)- 2-methoxyphenyl ester", "2-methoxyphenyl 1-methyl-5-p-methylbenzoylpyrrole-2-acetoamidoacetate", "87344-06-7[rn]", "amtolmetinum guacilum[latin]", "2-methoxyphenyl 2-(2-(1-methyl-5-(4-methylbenzoyl)-1h-pyrrol-2-yl)acetamido)acetate", "104076-16-6[rn]", "n-((1-methyl-5-(4-methylbenzoyl)-1h-pyrrol-2-yl)acetyl)glycine2-methoxyphenyl ester", "amtolmetina guacilo[spanish][inn]", "med 15", "amtolmetin guacil[inn]"}|>, "5491" -> <|"DatabaseID" -> "SW03173", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 194836]}, "IsomericSmiles" -> "CC(=O)OCC(=O)[C@]1(CC[C@@H]2[C@@]1(C[C@@H]([C@]3([C@H]2CCC4=CC(=O)C=C[C@@]43C)F)O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04627"]}, "OfficialNames" -> <|"NPC Approved Name" -> "isoflupredone acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 224246]}, "Synonyms" -> {"isoflupredone acetate", "predef", "predef 2x", "biorinil", "9-fluoroprednisolone 21-acetate", "isoflupredone 21-acetate", "7793-38-6[rn]", "predef r 2x", "u-6013", "9-fluoro-11,17,21-trihydroxypregna-1,4-diene-3,20-dione 21-acetate", "prednisolone", "9-fluoroprednisolone acetate", "predef veterinary", "338-98-7[rn]", "206-423-9[einecs]", "(11b)-9-fluoro-11,17-dihydroxy-3,20-dioxopregna-1,4-dien-21-ylacetate", "prednisolone 9-fluoro- 21-acetate", "u 6013", "9-fluorprednisolone acetate"}|>, "5492" -> <|"DatabaseID" -> "SW03174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66040]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H](C(=O)N2C(=C1S[C@H]3C[C@H]([NH2+]C3)CNS(=O)(=O)N)C(=O)[O-])[C@@H](C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03895"]}, "OfficialNames" -> <|"Indian Approved Name" -> "doripenem", "FDA Approved Drug" -> "DORIPENEM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73303]}, "Synonyms" -> {"doribax", "finibax", "doripenem", "doripenem[wiki][usan]", "doripenem [usan:inn][inn][usan]", "chembl491571", "d03895", "(4r,5s,6s)-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo-3-({(3s,5s)-5-[(sulfamoylamino)methyl]pyrrolidin-3-yl}sulfanyl)-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "doripenem (usan/inn)", "ft-0081127", "ac1l2jmj", "1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid 3-[[(3s,5s)-5-[[(aminosulfonyl)amino]methyl]-3-pyrrolidinyl]thio]-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo- (4r,5s,6s)-", "148016-81-3[rn]", "364622-82-2[rn]", "ncgc00167510-01", "doripenem hydrate/doribax/s-4661/finibax", "1-azabicyclo(3.2.0)hept-2-ene-2-carboxylic acid 3-(((3s,5s)-5-(((aminosulfonyl)amino)methyl)-3-pyrrolidinyl)thio)-6-((1r)-1-hydroxyethyl)-4-methyl-7-oxo- (4r,5s,6s)-", "unii-bhv525jobh"}|>, "5493" -> <|"DatabaseID" -> "SW03175", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 37521]}, "IsomericSmiles" -> "CC(C)(C(=O)OCCn1cnc2c1c(=O)n(c(=O)n2C)C)Oc3ccc(cc3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06102"]}, "OfficialNames" -> <|"Indian Approved Name" -> "etophylline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41109]}, "Synonyms" -> {"etofylline clofibrate", "duolip", "theofibrate", "etofyllinclofibrate", "2-(4-chlorophenoxy)-2-methylpropanoic acid 2-(1,2,3,6-tetrahydro-1,3-dimethyl-2,6-dioxo-7h-purin-7-yl)ethylester", "1-(theophyllin-7-yl)-ethyl-2-(2-(p-chlorophenoxy)-2-methylpropionate)", "einecs 259-191-6", "54504-70-0", "clofibrato de etofilina[spanish][inn]", "etofyllinclofibrat [german]", "2-(1,3-dimethyl-2,6-dioxo-1,2,3,6-tetrahydro-7h-purin-7-yl)ethyl 2-[(4-chlorophenyl)oxy]-2-methylpropanoate", "propionicacid 2-(p-chlorophenoxy)-2-methyl- 2-(7-theophyllinyl)ethylester", "2-(p-chlorophenoxy)-2-methylpropionic acid 2-(7-theophyllinyl)ethyl ester", "1-(theophyllin-7-yl)ethyl-2-(2-(p-chlorophenoxy)-2-methylpropionat e", "1- (theophyllin-7-yl)athyl-2-(2-(p-chlorphenoxy)-2-methylpropionat", "clofibrate d'etofylline[french][inn]", "2-(p-chlorophenoxy)-2-methylpropionic acid ester with7-(2-hydroxyethyl)theophylline", "2-(p-chlorophenoxy)-2-methylpropionic acid ester with7-(2-hydroxyethyl)theophylline", "1-(theophyllin-7-yl)-aethyl-2 2-(p-chlorphenoxy)-2-methylpropionat[german]", "etofyllinclofibrat[german]", "ml 1024", "propanoicacid 2-(4-chlorophenoxy)-2-methyl- 2-(1,2,3,6-tetrahydro-1,3-dimethyl-2,6-dioxo-7h-purin-7-yl)ethyl ester", "1-(theophyllin-7-yl)-ethyl-2 2-(p-chlorophenoxy)-2-methylpropionate", "54504-70-0[rn]", "propionicacid 2-(4-chlorophenoxy)-2-methyl- 2-(1,2,3,6-tetrahydro-1,3-dimethyl-2,6-dioxo-7h-purin-7-yl) ethyl ester", "propanoicacid 2-(4-chlorophenoxy)-2-methyl- 2-(1,2,3 6-tetrahydro-1,3-dimethyl-2,6-dioxo-7h-purin-7-yl)ethyl ester", "etofyllini clofibras[latin]", "1-(7-theophyllinyl)-2-ethyl (2-(p-chlorophenoxy)isobutyrate)", "2-(1,3-dimethyl-2,6-dioxo-1,2,3,6-tetrahydro-7h-purin-7-yl)ethyl 2-(4-chlorophenoxy)-2-methylpropanoate[acd/iupac name]", "mls003115174", "etofilline clofibrate", "etofyllini clofibras [inn-latin]", "259-191-6[einecs]"}|>, "5494" -> <|"DatabaseID" -> "SW03176", "IsomericSmiles" -> "c1cc(ccc1[C@H]([C@@H](COC(=O)CCC(=O)[O-])NC(=O)[C-](Cl)Cl)O)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02185"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CHLORAMPHENICOL SODIUM SUCCINATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656833]}, "Synonyms" -> {"chloramphenicol sodium succinate", "chloramphenicol succinate sodium", "chloromycetin succinate", "mychel-s", "chloramphenicol-sukzinat-natrium", "chloramphenicol monosuccinate sodium salt", "chloramphenicol sodium monosuccinate", "protophenicol", "ccris 6204", "ncgc00094619-04", "sodium chloramphenicol succinate"}|>, "5495" -> <|"DatabaseID" -> "SW03177", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2354]}, "IsomericSmiles" -> "c1cc(ccc1C(=O)CCC[NH+]2CCC(CC2)(c3ccc(cc3)Br)O)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01101"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bromperidol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2448]}, "Synonyms" -> {"impromen", "bromperidol", "bromoperidol", "10457-90-6", "233-943-3[einecs]", "impromen (tn)", "einecs 233-943-3", "r 11", "4-[4-(4-bromo-phenyl)-4-hydroxy-piperidin-1-yl]-1-(4-fluoro-phenyl)-butan-1-one", "4-(4-(p-bromophenyl)-4-hydroxypiperidinol)-4'-fluorobutyrophenone", "bromperidolum[latin]", "5-21-02-00382[beilstein]", "bromperidol [usan:ban:inn:jan][inn][jan][usan]", "4-[4-(4-bromophenyl)-4-hydroxypiperidin-1-yl]-1-(4-fluorophenyl)butan-1-one", "brn 1552256", "cc 2489", "4-[4-(4-bromophenyl)-4-hydroxy-1-piperidinyl]-1-(4-fluorophenyl)-1-butanone[acd/iupac name]", "bromperidolum [inn-latin]", "1-butanone 4-[4-(4-bromophenyl)-4-hydroxy-1-piperidinyl]-1-(4-fluorophenyl)-", "4-(4-(4-bromophenyl)-4-hydroxypiperidin-1-yl)-1-(4-fluorophenyl)butan-1-one", "bromperidol (jan/usan)[jan][usan]", "4-(4-(p-bromophenyl)-4-hydroxypiperidino)-4'-fluorobutyrophenone", "4-(4-(4-bromophenyl)-4-hydroxy-1-piperidinyl)-1-(4-fluorophenyl)-1-butanone", "r 11333", "butyrophenone 4-(4-(p-bromophenyl)-4-hydroxypiperidino)-4'-fluoro-", "bromperidol[wiki]", "1-butanone 4-(4-(4-bromophenyl)-4-hydroxy-1-piperidinyl)-1-(4-fluorophenyl)-", "10457-90-6[rn]", "5-21-02-00382 (beilstein handbook reference)[beilstein]", "4-[4-(p-bromophenyl)-4-hydroxypiperidino]-4'-fluorobutyrophenone", "4-(4-(4-bromophenyl)-4-hydroxypiperidino)-4'-fluorobutyrophenone", "cas-10457-90-6"}|>, "5496" -> <|"DatabaseID" -> "SW03178", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477132]}, "IsomericSmiles" -> "c1c2c(cc(c1O)O)oc3c(c2=O)c(cc(c3[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-mangiferin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318597]}, "Synonyms" -> {"isomangiferin", "ambotz24699-16-9", "c16979", "d-glucitol 1,5-anhydro-1-c-(1,3,6,7-tetrahydroxy-9-oxo-9h-xanthen-4-yl)- (1s)-", "ac1nsx2i", "24699-16-9", "1", "(1s)-1,5-anhydro-1-(1,3,6,7-tetrahydroxy-9-oxo-9h-xanthen-4-yl)-d-glucitol", "24699-16-9[rn]", "9h-xanthen-9-one"}|>, "5497" -> <|"DatabaseID" -> "SW03179", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6682"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444966]}, "IsomericSmiles" -> "c1c2c(cc(c1O)O)oc3cc(c(c(c3c2=O)[O-])[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mangiferin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281647]}, "Synonyms" -> {"alpizarine", "chinoinin", "alpizarin", "mangiferin", "chinomin", "aphloiol", "hedysarid", "65853[beilstein]", "4773-96-0[rn]", "1,3,6,7-tetrahydroxy-2-[(2s,3r,4r,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]-9h-xanthen-9-one", "d-glucitol 1,5-anhydro-1-c-(1,3,6,7-tetrahydroxy-9-oxo-9h-xanthen-2-yl)- (1s)-", "mangiferin mangifera indica bark", "1,3,6,7-tetrahydroxy-2-[(2s,3r,4r,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]-9h-xanthen-9-on", "chebi:6682", "chinomine", "4773-96-0", "salvianolic acid b", "chinonin", "(1s)-1,5-anhydro-1-(1,3,6,7-tetrahydroxy-9-oxo-9h-xanthen-2-yl)-d-glucitol"}|>, "5498" -> <|"DatabaseID" -> "SW03180", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3013"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2225]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00436"]}, "IsomericSmiles" -> "c1ccc(cc1)CC2Nc3cc(c(cc3S(=O)(=O)N2)S(=O)(=O)N)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00650"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENDROFLUMETHIAZIDE"|>, "PharmGKBID" -> "PA448563", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2315]}, "Synonyms" -> {"naturetin", "bentride", "centyl", "neo-naclex", "pluryl", "bendroflumethiazide", "benzylrodiuran", "aprinox", "berkozide", "neo-rontyl", "sinesalin", "bristuron", "benzydroflumethiazide", "ft 8", "corzide", "poliuron", "intolex", "rauzide", "benzylhydroflumethiazide", "sodiuretic", "orsile", "flumesil", "benzy-rodiuran", "bendrofumethiazide", "benuron", "bendroflumethazide", "livesan", "nateretin", "naigaril", "bendrofluazide", "plusuril", "rautrax n", "pluryle", "salures", "salural", "thiazidico", "repicin", "bristuric", "naturetin-2.5", "urlea", "flumersil", "benzhydroflumethiazide", "bhft", "niagaril", "naturine", "bendroflumetiazide [dcit]", "3-benzyl-6-trifluoromethyl-7-sulfamoyl-3,4-dihydro-2h-1,2,4-benzothiadiazine 1,1-dioxide", "nikion", "3-(phenylmethyl)-6-(trifluoromethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "bendroflumetiazida [inn_es]", "naturetin (tn)", "corzide tab w nadolol 80mg (bendroflumethiazide + nadolol)_mixture", "be 724-a", "relan beta", "3-benzyl-6-(trifluormethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazin-7-sulfonamid-1,1-dioxid", "73-48-3[rn]", "3-benzyl-6-(trifluoromethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide[acd/iupac name]", "carbonate dehydratase iv", "carbonic anhydrase iv", "corzide tab w nadolol 40mg (bendroflumethiazide + nadolol)_mixture", "6-trifluoromethyl-3-benzyl-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide", "bendrofluazide[wiki]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3,4-dihydro-3-(phenylmethyl)-6-(trifluoromethyl)- 1,1-dioxide", "bendroflumethiazidum[latin]", "1,1-dioxo-3-benzyl-6-(trifluoromethyl)-2h,3h,4h-benzo[e]1,2,4-thiadiazine-7-sulfonamide", "ec 4.2.1.1", "200-800-1[einecs]", "bl h368", "6-trifluoromethyl-3-benzyl-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine1,1-dioxide", "bendroflumethiazide[wiki][inn]", "carbonic anhydrase 4 precursor", "bendroflumetiazida [inn-spanish]", "4-27-00-08041 (beilstein handbook reference)[beilstein]", "bendroflumethiazidum [inn-latin]", "3,4-dihydro-3-(phenylmethyl)-6-(trifluoromethyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "bendroflumethiazidum", "3-benzyl-3,4-dihydro-6-(trifluoromethyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "naturetin-10", "nikion[wiki]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3-benzyl-3,4-dihydro-6-(trifluoromethyl)- 1,1-dioxide", "3-benzyl-6-trifluoromethyl-3,4-dihydro-7-sulfamoyl-2h-1,2,4-benzothiadiazine1,1-dioxide", "3-benzyl-3,4-dihydro-7-sulfamyl-6-trifluoromethyl-1,2,4-benzothiadiazine1,1-dioxide", "bendroflumetiazida[spanish][inn]", "bendroflumetiazida", "3-benzyl-6-trifluoromethyl-7-sulfamoyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide", "ca-iv", "naturetin-5"}|>, "5499" -> <|"DatabaseID" -> "SW03180", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3013"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2225]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00436"]}, "IsomericSmiles" -> "c1ccc(cc1)CC2Nc3cc(c(cc3S(=O)(=O)N2)S(=O)(=O)N)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00650"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BENDROFLUMETHIAZIDE"|>, "PharmGKBID" -> "PA448563", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2315]}, "Synonyms" -> {"naturetin", "bentride", "centyl", "neo-naclex", "pluryl", "bendroflumethiazide", "benzylrodiuran", "aprinox", "berkozide", "neo-rontyl", "sinesalin", "bristuron", "benzydroflumethiazide", "ft 8", "corzide", "poliuron", "intolex", "rauzide", "benzylhydroflumethiazide", "sodiuretic", "orsile", "flumesil", "benzy-rodiuran", "bendrofumethiazide", "benuron", "bendroflumethazide", "livesan", "nateretin", "naigaril", "bendrofluazide", "plusuril", "rautrax n", "pluryle", "salures", "salural", "thiazidico", "repicin", "bristuric", "naturetin-2.5", "urlea", "flumersil", "benzhydroflumethiazide", "bhft", "niagaril", "naturine", "bendroflumetiazide [dcit]", "3-benzyl-6-trifluoromethyl-7-sulfamoyl-3,4-dihydro-2h-1,2,4-benzothiadiazine 1,1-dioxide", "nikion", "3-(phenylmethyl)-6-(trifluoromethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "bendroflumetiazida [inn_es]", "naturetin (tn)", "corzide tab w nadolol 80mg (bendroflumethiazide + nadolol)_mixture", "be 724-a", "relan beta", "3-benzyl-6-(trifluormethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazin-7-sulfonamid-1,1-dioxid", "73-48-3[rn]", "3-benzyl-6-(trifluoromethyl)-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide[acd/iupac name]", "carbonate dehydratase iv", "carbonic anhydrase iv", "corzide tab w nadolol 40mg (bendroflumethiazide + nadolol)_mixture", "6-trifluoromethyl-3-benzyl-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide", "bendrofluazide[wiki]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3,4-dihydro-3-(phenylmethyl)-6-(trifluoromethyl)- 1,1-dioxide", "bendroflumethiazidum[latin]", "1,1-dioxo-3-benzyl-6-(trifluoromethyl)-2h,3h,4h-benzo[e]1,2,4-thiadiazine-7-sulfonamide", "ec 4.2.1.1", "200-800-1[einecs]", "bl h368", "6-trifluoromethyl-3-benzyl-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine1,1-dioxide", "bendroflumethiazide[wiki][inn]", "carbonic anhydrase 4 precursor", "bendroflumetiazida [inn-spanish]", "4-27-00-08041 (beilstein handbook reference)[beilstein]", "bendroflumethiazidum [inn-latin]", "3,4-dihydro-3-(phenylmethyl)-6-(trifluoromethyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "bendroflumethiazidum", "3-benzyl-3,4-dihydro-6-(trifluoromethyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "naturetin-10", "nikion[wiki]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3-benzyl-3,4-dihydro-6-(trifluoromethyl)- 1,1-dioxide", "3-benzyl-6-trifluoromethyl-3,4-dihydro-7-sulfamoyl-2h-1,2,4-benzothiadiazine1,1-dioxide", "3-benzyl-3,4-dihydro-7-sulfamyl-6-trifluoromethyl-1,2,4-benzothiadiazine1,1-dioxide", "bendroflumetiazida[spanish][inn]", "bendroflumetiazida", "3-benzyl-6-trifluoromethyl-7-sulfamoyl-3,4-dihydro-1,2,4-benzothiadiazine 1,1-dioxide", "ca-iv", "naturetin-5"}|>, "5500" -> <|"DatabaseID" -> "SW03181", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10861], ExternalIdentifier["ChemSpiderID", 10862]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)CC(C(=O)OCC(CC)CCCC)S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00305"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "docusate sodium", "Indian Approved Name" -> "dioctyl sod.sulphosuccinate;docusate sod"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11338], ExternalIdentifier["PubChemCompoundID", 11339]}, "Synonyms" -> {"dioctyl sodium sulfosuccinate", "sodium dioctyl sulfosuccinate", "docusate[wiki]", "10041-19-7[rn]", "dioctyl", "docusate sodium[usp]", "solusol", "neopelex otp", "alcopol o", "requtol", "diovac", "coprol", "genopur sb 1970j", "bis(ethylhexyl) ester of sodium sulfosuccinic acid", "doss", "1639-66-3[rn]", "modane soft", "1", "empimin ot 75", "bis(2-ethylhexyl) s-sodium sulfosuccinate", "rapisol b 90", "106396-28-5[rn]", "sodium docusate", "triton gr 7me", "diotilan", "complemix", "monawet mo 70r", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonate", "577-11-7[rn]", "di(2-ethylhexyl)sulfosuccinic acid sodium salt", "bis(2-ethylhexyl)sodium sulfosuccinate", "nikkol otp 100", "nissan rapisol b 80", "mackanate dos 75", "nekal wt-27", "60202-21-3[rn]", "colace", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "sulfosuccinic acid di-(2-ethylhexyl) ester sodium salt", "diosuccin", "correctol extra gentle tablets", "karawet doss", "wetaid sr", "aerosol ot-a", "tex-wet 1001", "dess", "lutensit a-bo", "53023-94-2[rn]", "monawet mo-70", "pelex ot", "nissan rapisol a 30", "celanol dos 65", "humifen wt 27g", "nikkol otp 100s", "secosol dos 70", "aerosol ot-b", "gemtex sc 40", "monawet md 70e", "alkasurf ss-o 75", "warcowet 060", "aerosol ot-b; 1,4-bis(2-ethylhexyl)sodium sulfosuccinate; bis(2-ethylhexyl)sodium sulfosuccinate;sodium bis(2-ethylhexyl) sulfosuccinate; aerosol ot; aot", "aerosol a 501", "aerosol ot-s", "molatoc", "dulsivac", "docusate sodique[french][inn]", "bis(2-ethylhexyl) sulphosuccinatesodium salt", "nk-ep 70g", "airrol op", "nissan rapisol b 90", "butanedioic acid,sulfo- 1,4-bis(2-ethylhexyl) ester,sodium salt", "sbo", "mervamine", "jamylene", "aerosol gpg", "113255-61-1[rn]", "dioctyl ester of sodium sulfosuccinic acid", "solovet", "216-684-0[einecs]", "docusate sodium", "dioctyl sulfosuccinate sodium salt", "dioctlyn", "colace[wiki]", "neocol ysk", "gemtex sc", "209453-97-4[rn]", "surfonic dos 75pg", "norval", "135843-72-0[rn]", "dioctyl ester of sodium sulfosuccinate", "doxol", "astrowet 608", "'dioctyl' sulfosuccinate sodium salt", "aerosol ot 75", "newcol 291m", "manoxol", "bis-2-ethylhexylester sulfojantaranu sodneho[czech]", "nissan rapisol", "aerosol ot 100", "aerosol ot 70pg", "manoxol ot", "freetex ot", "sulfosuccinic acid bis(2-ethylhexyl) ester sodium salt", "natrii dioctylsulfosuccinas", "manoxol op", "nonit", "sol sodowej sulfobursztynianu dwu-2-etyloheksylowego[polish]", "docusatum natricum[latin]", "geropon ss-o 75", "newkalgen ep 60p", "110162-65-7[rn]", "aerosol ot 94", "triton gr 7m", "kosate", "spilon 8", "105956-73-8[rn]", "sodium di(2-ethylhexyl) sulfosuccinate", "modane plus", "obston", "correctol caplets", "manoxal ot", "lankropol ko 2", "airrol ct 1", "geropon wt 27", "adekacol ec 8600", "202352-75-8[rn]", "dioctylal", "nissan rapisol b 30", "di-(2-ethylhexyl) sodium sulfosuccinate", "octowet", "regutol", "defilin", "nissan rapisol a 80", "docusate hydrogen", "molofac", "209-406-4[einecs]", "rapisol a 80", "nikkol otp 75", "astrowet o 70pg", "laxcaps", "nikkol otp 70", "monawet mo 70e", "succinicacid sulfo- 1,4-bis(2-ethylhexyl)ester sodium salt", "lutensit a-bos", "vatsol ot", "lumiten i-ra", "softil", "544-76-3[rn]", "newcol 291eg", "sulfosuccinic acid 1,4-bis(2-ethylhexyl) ester s-sodium salt", "sunnol ldf 110", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "78207-03-1[rn]", "monawet m 085p", "51910-13-5[rn]", "pentex 99", "66812-62-2[rn]", "76689-26-4[rn]", "waxsol", "disonate", "astrowet o 75", "201816-76-4[rn]", "laxinate", "dialose plus", "dialose", "persol kmn 3", "monawet mo 70", "diox", "rapisol", "aerosol ot 75pg", "21535-47-7[rn]", "correctol tablets", "sodium di-(2-ethylhexyl) sulfosuccinate", "rapisol a 30", "newkalgen ep 70g", "aerosol aot", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester sodium salt", "sulfosuccinic acid bis(2-ethylhexyl)ester sodium salt", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxo-2-butanesulfonate[acd/iupac name]", "doxinate", "aerosol ot", "succinate std", "neocol p", "newcol 290m", "sanmorin ot 70n", "244-426-7[einecs]", "empimin op 70", "laxinate 100", "sanmorin ot 70", "drewfax 007", "alphasol ot", "sodium 1,4-bis(2-ethylhexoxy)-1,4-dioxobutane-2-sulfonate", "pionin a 51b", "diomedicone", "130390-93-1[rn]", "phillips gelcaps", "59030-04-5[rn]", "pelex ot-p", "sanseparer 100", "rapisol b 30", "sodium bis(2-ethylhexyl) sulfosuccinate", "75418-10-9[rn]", "aot i", "monawet mo-84 r2w", "butanedioic acid,2-sulfo-,1,4-bis(2-ethylhexyl) ester sodiumsalt (1:1)", "valsol ot", "dorbantyl", "208-878-9[einecs]", "molcer", "isoprotanc", "bis(2-ethylhexyl) sodium sulfosuccinate", "geriplex", "*577-11-7", "1,4-bis(2-ethylhexyl) sodium sulfosuccinate", "triton gr 7", "triton gr 5", "senokap dss", "duosol", "doxan", "rewopol sbdo 70", "senokot s", "dioctyl-medo forte", "docusate sodium salt", "sulfobutanedioic acid bis(2-ethylhexyl ester) sodium salt", "km 10-1610", "docusate sodium [usan:ban][usan]", "138893-51-3[rn]", "nevax", "revac", "sobital", "monoxol ot", "aot", "velmol", "ferro-sequels", "sulfimel dos", "monawet mo-70 rp", "colace (tn)", "peri-colace", "celanol dos 75", "rapisol b 80", "soliwax", "67924-68-9[rn]", "constonate", "clestol", "triton gr-5", "docusato sodico[spanish][inn]", "marlinat df 8", "geropon dos", "triton gr 5m", "1,4-bis(2-ethylhexyl) sulfosuccinate", "1,4-bis(2-ethylhexyl) 2-sulphosuccinate", "butanedioic acid 2-sulfo- 1,4-bis(2-ethylhexyl) ester", "1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonic acid", "succinic acid sulfo- bis(2-ethylhexyl) ester", "bis(2-ethylhexyl) sulfosuccinate", "butanedionic acid", "einecs 233-124-0", "dioctyl sulfosuccinic acid", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester", "butanedioic acid sulfo- 1,4-bis(2-ethylhexyl) ester", "docusate", "233-124-0[einecs]", "4y2&1ovyswq1vo1y4&2[wln]", "spolion 8", "10041-19-7", "butanedioic acid", "sulfosuccinic acid bis(2-ethylhexyl) ester"}|>, "5501" -> <|"DatabaseID" -> "SW03181", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10861], ExternalIdentifier["ChemSpiderID", 10862]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)CC(C(=O)OCC(CC)CCCC)S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00305"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "docusate sodium", "Indian Approved Name" -> "dioctyl sod.sulphosuccinate;docusate sod"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11338], ExternalIdentifier["PubChemCompoundID", 11339]}, "Synonyms" -> {"dioctyl sodium sulfosuccinate", "sodium dioctyl sulfosuccinate", "docusate[wiki]", "10041-19-7[rn]", "dioctyl", "docusate sodium[usp]", "solusol", "neopelex otp", "alcopol o", "requtol", "diovac", "coprol", "genopur sb 1970j", "bis(ethylhexyl) ester of sodium sulfosuccinic acid", "doss", "1639-66-3[rn]", "modane soft", "1", "empimin ot 75", "bis(2-ethylhexyl) s-sodium sulfosuccinate", "rapisol b 90", "106396-28-5[rn]", "sodium docusate", "triton gr 7me", "diotilan", "complemix", "monawet mo 70r", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonate", "577-11-7[rn]", "di(2-ethylhexyl)sulfosuccinic acid sodium salt", "bis(2-ethylhexyl)sodium sulfosuccinate", "nikkol otp 100", "nissan rapisol b 80", "mackanate dos 75", "nekal wt-27", "60202-21-3[rn]", "colace", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "sulfosuccinic acid di-(2-ethylhexyl) ester sodium salt", "diosuccin", "correctol extra gentle tablets", "karawet doss", "wetaid sr", "aerosol ot-a", "tex-wet 1001", "dess", "lutensit a-bo", "53023-94-2[rn]", "monawet mo-70", "pelex ot", "nissan rapisol a 30", "celanol dos 65", "humifen wt 27g", "nikkol otp 100s", "secosol dos 70", "aerosol ot-b", "gemtex sc 40", "monawet md 70e", "alkasurf ss-o 75", "warcowet 060", "aerosol ot-b; 1,4-bis(2-ethylhexyl)sodium sulfosuccinate; bis(2-ethylhexyl)sodium sulfosuccinate;sodium bis(2-ethylhexyl) sulfosuccinate; aerosol ot; aot", "aerosol a 501", "aerosol ot-s", "molatoc", "dulsivac", "docusate sodique[french][inn]", "bis(2-ethylhexyl) sulphosuccinatesodium salt", "nk-ep 70g", "airrol op", "nissan rapisol b 90", "butanedioic acid,sulfo- 1,4-bis(2-ethylhexyl) ester,sodium salt", "sbo", "mervamine", "jamylene", "aerosol gpg", "113255-61-1[rn]", "dioctyl ester of sodium sulfosuccinic acid", "solovet", "216-684-0[einecs]", "docusate sodium", "dioctyl sulfosuccinate sodium salt", "dioctlyn", "colace[wiki]", "neocol ysk", "gemtex sc", "209453-97-4[rn]", "surfonic dos 75pg", "norval", "135843-72-0[rn]", "dioctyl ester of sodium sulfosuccinate", "doxol", "astrowet 608", "'dioctyl' sulfosuccinate sodium salt", "aerosol ot 75", "newcol 291m", "manoxol", "bis-2-ethylhexylester sulfojantaranu sodneho[czech]", "nissan rapisol", "aerosol ot 100", "aerosol ot 70pg", "manoxol ot", "freetex ot", "sulfosuccinic acid bis(2-ethylhexyl) ester sodium salt", "natrii dioctylsulfosuccinas", "manoxol op", "nonit", "sol sodowej sulfobursztynianu dwu-2-etyloheksylowego[polish]", "docusatum natricum[latin]", "geropon ss-o 75", "newkalgen ep 60p", "110162-65-7[rn]", "aerosol ot 94", "triton gr 7m", "kosate", "spilon 8", "105956-73-8[rn]", "sodium di(2-ethylhexyl) sulfosuccinate", "modane plus", "obston", "correctol caplets", "manoxal ot", "lankropol ko 2", "airrol ct 1", "geropon wt 27", "adekacol ec 8600", "202352-75-8[rn]", "dioctylal", "nissan rapisol b 30", "di-(2-ethylhexyl) sodium sulfosuccinate", "octowet", "regutol", "defilin", "nissan rapisol a 80", "docusate hydrogen", "molofac", "209-406-4[einecs]", "rapisol a 80", "nikkol otp 75", "astrowet o 70pg", "laxcaps", "nikkol otp 70", "monawet mo 70e", "succinicacid sulfo- 1,4-bis(2-ethylhexyl)ester sodium salt", "lutensit a-bos", "vatsol ot", "lumiten i-ra", "softil", "544-76-3[rn]", "newcol 291eg", "sulfosuccinic acid 1,4-bis(2-ethylhexyl) ester s-sodium salt", "sunnol ldf 110", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "78207-03-1[rn]", "monawet m 085p", "51910-13-5[rn]", "pentex 99", "66812-62-2[rn]", "76689-26-4[rn]", "waxsol", "disonate", "astrowet o 75", "201816-76-4[rn]", "laxinate", "dialose plus", "dialose", "persol kmn 3", "monawet mo 70", "diox", "rapisol", "aerosol ot 75pg", "21535-47-7[rn]", "correctol tablets", "sodium di-(2-ethylhexyl) sulfosuccinate", "rapisol a 30", "newkalgen ep 70g", "aerosol aot", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester sodium salt", "sulfosuccinic acid bis(2-ethylhexyl)ester sodium salt", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxo-2-butanesulfonate[acd/iupac name]", "doxinate", "aerosol ot", "succinate std", "neocol p", "newcol 290m", "sanmorin ot 70n", "244-426-7[einecs]", "empimin op 70", "laxinate 100", "sanmorin ot 70", "drewfax 007", "alphasol ot", "sodium 1,4-bis(2-ethylhexoxy)-1,4-dioxobutane-2-sulfonate", "pionin a 51b", "diomedicone", "130390-93-1[rn]", "phillips gelcaps", "59030-04-5[rn]", "pelex ot-p", "sanseparer 100", "rapisol b 30", "sodium bis(2-ethylhexyl) sulfosuccinate", "75418-10-9[rn]", "aot i", "monawet mo-84 r2w", "butanedioic acid,2-sulfo-,1,4-bis(2-ethylhexyl) ester sodiumsalt (1:1)", "valsol ot", "dorbantyl", "208-878-9[einecs]", "molcer", "isoprotanc", "bis(2-ethylhexyl) sodium sulfosuccinate", "geriplex", "*577-11-7", "1,4-bis(2-ethylhexyl) sodium sulfosuccinate", "triton gr 7", "triton gr 5", "senokap dss", "duosol", "doxan", "rewopol sbdo 70", "senokot s", "dioctyl-medo forte", "docusate sodium salt", "sulfobutanedioic acid bis(2-ethylhexyl ester) sodium salt", "km 10-1610", "docusate sodium [usan:ban][usan]", "138893-51-3[rn]", "nevax", "revac", "sobital", "monoxol ot", "aot", "velmol", "ferro-sequels", "sulfimel dos", "monawet mo-70 rp", "colace (tn)", "peri-colace", "celanol dos 75", "rapisol b 80", "soliwax", "67924-68-9[rn]", "constonate", "clestol", "triton gr-5", "docusato sodico[spanish][inn]", "marlinat df 8", "geropon dos", "triton gr 5m", "1,4-bis(2-ethylhexyl) sulfosuccinate", "1,4-bis(2-ethylhexyl) 2-sulphosuccinate", "butanedioic acid 2-sulfo- 1,4-bis(2-ethylhexyl) ester", "1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonic acid", "succinic acid sulfo- bis(2-ethylhexyl) ester", "bis(2-ethylhexyl) sulfosuccinate", "butanedionic acid", "einecs 233-124-0", "dioctyl sulfosuccinic acid", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester", "butanedioic acid sulfo- 1,4-bis(2-ethylhexyl) ester", "docusate", "233-124-0[einecs]", "4y2&1ovyswq1vo1y4&2[wln]", "spolion 8", "10041-19-7", "butanedioic acid", "sulfosuccinic acid bis(2-ethylhexyl) ester"}|>, "5502" -> <|"DatabaseID" -> "SW03181", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10861], ExternalIdentifier["ChemSpiderID", 10862]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)CC(C(=O)OCC(CC)CCCC)S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00305"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "docusate sodium", "Indian Approved Name" -> "dioctyl sod.sulphosuccinate;docusate sod"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11338], ExternalIdentifier["PubChemCompoundID", 11339]}, "Synonyms" -> {"dioctyl sodium sulfosuccinate", "sodium dioctyl sulfosuccinate", "docusate[wiki]", "10041-19-7[rn]", "dioctyl", "docusate sodium[usp]", "solusol", "neopelex otp", "alcopol o", "requtol", "diovac", "coprol", "genopur sb 1970j", "bis(ethylhexyl) ester of sodium sulfosuccinic acid", "doss", "1639-66-3[rn]", "modane soft", "1", "empimin ot 75", "bis(2-ethylhexyl) s-sodium sulfosuccinate", "rapisol b 90", "106396-28-5[rn]", "sodium docusate", "triton gr 7me", "diotilan", "complemix", "monawet mo 70r", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonate", "577-11-7[rn]", "di(2-ethylhexyl)sulfosuccinic acid sodium salt", "bis(2-ethylhexyl)sodium sulfosuccinate", "nikkol otp 100", "nissan rapisol b 80", "mackanate dos 75", "nekal wt-27", "60202-21-3[rn]", "colace", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "sulfosuccinic acid di-(2-ethylhexyl) ester sodium salt", "diosuccin", "correctol extra gentle tablets", "karawet doss", "wetaid sr", "aerosol ot-a", "tex-wet 1001", "dess", "lutensit a-bo", "53023-94-2[rn]", "monawet mo-70", "pelex ot", "nissan rapisol a 30", "celanol dos 65", "humifen wt 27g", "nikkol otp 100s", "secosol dos 70", "aerosol ot-b", "gemtex sc 40", "monawet md 70e", "alkasurf ss-o 75", "warcowet 060", "aerosol ot-b; 1,4-bis(2-ethylhexyl)sodium sulfosuccinate; bis(2-ethylhexyl)sodium sulfosuccinate;sodium bis(2-ethylhexyl) sulfosuccinate; aerosol ot; aot", "aerosol a 501", "aerosol ot-s", "molatoc", "dulsivac", "docusate sodique[french][inn]", "bis(2-ethylhexyl) sulphosuccinatesodium salt", "nk-ep 70g", "airrol op", "nissan rapisol b 90", "butanedioic acid,sulfo- 1,4-bis(2-ethylhexyl) ester,sodium salt", "sbo", "mervamine", "jamylene", "aerosol gpg", "113255-61-1[rn]", "dioctyl ester of sodium sulfosuccinic acid", "solovet", "216-684-0[einecs]", "docusate sodium", "dioctyl sulfosuccinate sodium salt", "dioctlyn", "colace[wiki]", "neocol ysk", "gemtex sc", "209453-97-4[rn]", "surfonic dos 75pg", "norval", "135843-72-0[rn]", "dioctyl ester of sodium sulfosuccinate", "doxol", "astrowet 608", "'dioctyl' sulfosuccinate sodium salt", "aerosol ot 75", "newcol 291m", "manoxol", "bis-2-ethylhexylester sulfojantaranu sodneho[czech]", "nissan rapisol", "aerosol ot 100", "aerosol ot 70pg", "manoxol ot", "freetex ot", "sulfosuccinic acid bis(2-ethylhexyl) ester sodium salt", "natrii dioctylsulfosuccinas", "manoxol op", "nonit", "sol sodowej sulfobursztynianu dwu-2-etyloheksylowego[polish]", "docusatum natricum[latin]", "geropon ss-o 75", "newkalgen ep 60p", "110162-65-7[rn]", "aerosol ot 94", "triton gr 7m", "kosate", "spilon 8", "105956-73-8[rn]", "sodium di(2-ethylhexyl) sulfosuccinate", "modane plus", "obston", "correctol caplets", "manoxal ot", "lankropol ko 2", "airrol ct 1", "geropon wt 27", "adekacol ec 8600", "202352-75-8[rn]", "dioctylal", "nissan rapisol b 30", "di-(2-ethylhexyl) sodium sulfosuccinate", "octowet", "regutol", "defilin", "nissan rapisol a 80", "docusate hydrogen", "molofac", "209-406-4[einecs]", "rapisol a 80", "nikkol otp 75", "astrowet o 70pg", "laxcaps", "nikkol otp 70", "monawet mo 70e", "succinicacid sulfo- 1,4-bis(2-ethylhexyl)ester sodium salt", "lutensit a-bos", "vatsol ot", "lumiten i-ra", "softil", "544-76-3[rn]", "newcol 291eg", "sulfosuccinic acid 1,4-bis(2-ethylhexyl) ester s-sodium salt", "sunnol ldf 110", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "78207-03-1[rn]", "monawet m 085p", "51910-13-5[rn]", "pentex 99", "66812-62-2[rn]", "76689-26-4[rn]", "waxsol", "disonate", "astrowet o 75", "201816-76-4[rn]", "laxinate", "dialose plus", "dialose", "persol kmn 3", "monawet mo 70", "diox", "rapisol", "aerosol ot 75pg", "21535-47-7[rn]", "correctol tablets", "sodium di-(2-ethylhexyl) sulfosuccinate", "rapisol a 30", "newkalgen ep 70g", "aerosol aot", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester sodium salt", "sulfosuccinic acid bis(2-ethylhexyl)ester sodium salt", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxo-2-butanesulfonate[acd/iupac name]", "doxinate", "aerosol ot", "succinate std", "neocol p", "newcol 290m", "sanmorin ot 70n", "244-426-7[einecs]", "empimin op 70", "laxinate 100", "sanmorin ot 70", "drewfax 007", "alphasol ot", "sodium 1,4-bis(2-ethylhexoxy)-1,4-dioxobutane-2-sulfonate", "pionin a 51b", "diomedicone", "130390-93-1[rn]", "phillips gelcaps", "59030-04-5[rn]", "pelex ot-p", "sanseparer 100", "rapisol b 30", "sodium bis(2-ethylhexyl) sulfosuccinate", "75418-10-9[rn]", "aot i", "monawet mo-84 r2w", "butanedioic acid,2-sulfo-,1,4-bis(2-ethylhexyl) ester sodiumsalt (1:1)", "valsol ot", "dorbantyl", "208-878-9[einecs]", "molcer", "isoprotanc", "bis(2-ethylhexyl) sodium sulfosuccinate", "geriplex", "*577-11-7", "1,4-bis(2-ethylhexyl) sodium sulfosuccinate", "triton gr 7", "triton gr 5", "senokap dss", "duosol", "doxan", "rewopol sbdo 70", "senokot s", "dioctyl-medo forte", "docusate sodium salt", "sulfobutanedioic acid bis(2-ethylhexyl ester) sodium salt", "km 10-1610", "docusate sodium [usan:ban][usan]", "138893-51-3[rn]", "nevax", "revac", "sobital", "monoxol ot", "aot", "velmol", "ferro-sequels", "sulfimel dos", "monawet mo-70 rp", "colace (tn)", "peri-colace", "celanol dos 75", "rapisol b 80", "soliwax", "67924-68-9[rn]", "constonate", "clestol", "triton gr-5", "docusato sodico[spanish][inn]", "marlinat df 8", "geropon dos", "triton gr 5m", "1,4-bis(2-ethylhexyl) sulfosuccinate", "1,4-bis(2-ethylhexyl) 2-sulphosuccinate", "butanedioic acid 2-sulfo- 1,4-bis(2-ethylhexyl) ester", "1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonic acid", "succinic acid sulfo- bis(2-ethylhexyl) ester", "bis(2-ethylhexyl) sulfosuccinate", "butanedionic acid", "einecs 233-124-0", "dioctyl sulfosuccinic acid", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester", "butanedioic acid sulfo- 1,4-bis(2-ethylhexyl) ester", "docusate", "233-124-0[einecs]", "4y2&1ovyswq1vo1y4&2[wln]", "spolion 8", "10041-19-7", "butanedioic acid", "sulfosuccinic acid bis(2-ethylhexyl) ester"}|>, "5503" -> <|"DatabaseID" -> "SW03181", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10861], ExternalIdentifier["ChemSpiderID", 10862]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)CC(C(=O)OCC(CC)CCCC)S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00305"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "docusate sodium", "Indian Approved Name" -> "dioctyl sod.sulphosuccinate;docusate sod"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11338], ExternalIdentifier["PubChemCompoundID", 11339]}, "Synonyms" -> {"dioctyl sodium sulfosuccinate", "sodium dioctyl sulfosuccinate", "docusate[wiki]", "10041-19-7[rn]", "dioctyl", "docusate sodium[usp]", "solusol", "neopelex otp", "alcopol o", "requtol", "diovac", "coprol", "genopur sb 1970j", "bis(ethylhexyl) ester of sodium sulfosuccinic acid", "doss", "1639-66-3[rn]", "modane soft", "1", "empimin ot 75", "bis(2-ethylhexyl) s-sodium sulfosuccinate", "rapisol b 90", "106396-28-5[rn]", "sodium docusate", "triton gr 7me", "diotilan", "complemix", "monawet mo 70r", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonate", "577-11-7[rn]", "di(2-ethylhexyl)sulfosuccinic acid sodium salt", "bis(2-ethylhexyl)sodium sulfosuccinate", "nikkol otp 100", "nissan rapisol b 80", "mackanate dos 75", "nekal wt-27", "60202-21-3[rn]", "colace", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "sulfosuccinic acid di-(2-ethylhexyl) ester sodium salt", "diosuccin", "correctol extra gentle tablets", "karawet doss", "wetaid sr", "aerosol ot-a", "tex-wet 1001", "dess", "lutensit a-bo", "53023-94-2[rn]", "monawet mo-70", "pelex ot", "nissan rapisol a 30", "celanol dos 65", "humifen wt 27g", "nikkol otp 100s", "secosol dos 70", "aerosol ot-b", "gemtex sc 40", "monawet md 70e", "alkasurf ss-o 75", "warcowet 060", "aerosol ot-b; 1,4-bis(2-ethylhexyl)sodium sulfosuccinate; bis(2-ethylhexyl)sodium sulfosuccinate;sodium bis(2-ethylhexyl) sulfosuccinate; aerosol ot; aot", "aerosol a 501", "aerosol ot-s", "molatoc", "dulsivac", "docusate sodique[french][inn]", "bis(2-ethylhexyl) sulphosuccinatesodium salt", "nk-ep 70g", "airrol op", "nissan rapisol b 90", "butanedioic acid,sulfo- 1,4-bis(2-ethylhexyl) ester,sodium salt", "sbo", "mervamine", "jamylene", "aerosol gpg", "113255-61-1[rn]", "dioctyl ester of sodium sulfosuccinic acid", "solovet", "216-684-0[einecs]", "docusate sodium", "dioctyl sulfosuccinate sodium salt", "dioctlyn", "colace[wiki]", "neocol ysk", "gemtex sc", "209453-97-4[rn]", "surfonic dos 75pg", "norval", "135843-72-0[rn]", "dioctyl ester of sodium sulfosuccinate", "doxol", "astrowet 608", "'dioctyl' sulfosuccinate sodium salt", "aerosol ot 75", "newcol 291m", "manoxol", "bis-2-ethylhexylester sulfojantaranu sodneho[czech]", "nissan rapisol", "aerosol ot 100", "aerosol ot 70pg", "manoxol ot", "freetex ot", "sulfosuccinic acid bis(2-ethylhexyl) ester sodium salt", "natrii dioctylsulfosuccinas", "manoxol op", "nonit", "sol sodowej sulfobursztynianu dwu-2-etyloheksylowego[polish]", "docusatum natricum[latin]", "geropon ss-o 75", "newkalgen ep 60p", "110162-65-7[rn]", "aerosol ot 94", "triton gr 7m", "kosate", "spilon 8", "105956-73-8[rn]", "sodium di(2-ethylhexyl) sulfosuccinate", "modane plus", "obston", "correctol caplets", "manoxal ot", "lankropol ko 2", "airrol ct 1", "geropon wt 27", "adekacol ec 8600", "202352-75-8[rn]", "dioctylal", "nissan rapisol b 30", "di-(2-ethylhexyl) sodium sulfosuccinate", "octowet", "regutol", "defilin", "nissan rapisol a 80", "docusate hydrogen", "molofac", "209-406-4[einecs]", "rapisol a 80", "nikkol otp 75", "astrowet o 70pg", "laxcaps", "nikkol otp 70", "monawet mo 70e", "succinicacid sulfo- 1,4-bis(2-ethylhexyl)ester sodium salt", "lutensit a-bos", "vatsol ot", "lumiten i-ra", "softil", "544-76-3[rn]", "newcol 291eg", "sulfosuccinic acid 1,4-bis(2-ethylhexyl) ester s-sodium salt", "sunnol ldf 110", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "78207-03-1[rn]", "monawet m 085p", "51910-13-5[rn]", "pentex 99", "66812-62-2[rn]", "76689-26-4[rn]", "waxsol", "disonate", "astrowet o 75", "201816-76-4[rn]", "laxinate", "dialose plus", "dialose", "persol kmn 3", "monawet mo 70", "diox", "rapisol", "aerosol ot 75pg", "21535-47-7[rn]", "correctol tablets", "sodium di-(2-ethylhexyl) sulfosuccinate", "rapisol a 30", "newkalgen ep 70g", "aerosol aot", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester sodium salt", "sulfosuccinic acid bis(2-ethylhexyl)ester sodium salt", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxo-2-butanesulfonate[acd/iupac name]", "doxinate", "aerosol ot", "succinate std", "neocol p", "newcol 290m", "sanmorin ot 70n", "244-426-7[einecs]", "empimin op 70", "laxinate 100", "sanmorin ot 70", "drewfax 007", "alphasol ot", "sodium 1,4-bis(2-ethylhexoxy)-1,4-dioxobutane-2-sulfonate", "pionin a 51b", "diomedicone", "130390-93-1[rn]", "phillips gelcaps", "59030-04-5[rn]", "pelex ot-p", "sanseparer 100", "rapisol b 30", "sodium bis(2-ethylhexyl) sulfosuccinate", "75418-10-9[rn]", "aot i", "monawet mo-84 r2w", "butanedioic acid,2-sulfo-,1,4-bis(2-ethylhexyl) ester sodiumsalt (1:1)", "valsol ot", "dorbantyl", "208-878-9[einecs]", "molcer", "isoprotanc", "bis(2-ethylhexyl) sodium sulfosuccinate", "geriplex", "*577-11-7", "1,4-bis(2-ethylhexyl) sodium sulfosuccinate", "triton gr 7", "triton gr 5", "senokap dss", "duosol", "doxan", "rewopol sbdo 70", "senokot s", "dioctyl-medo forte", "docusate sodium salt", "sulfobutanedioic acid bis(2-ethylhexyl ester) sodium salt", "km 10-1610", "docusate sodium [usan:ban][usan]", "138893-51-3[rn]", "nevax", "revac", "sobital", "monoxol ot", "aot", "velmol", "ferro-sequels", "sulfimel dos", "monawet mo-70 rp", "colace (tn)", "peri-colace", "celanol dos 75", "rapisol b 80", "soliwax", "67924-68-9[rn]", "constonate", "clestol", "triton gr-5", "docusato sodico[spanish][inn]", "marlinat df 8", "geropon dos", "triton gr 5m", "1,4-bis(2-ethylhexyl) sulfosuccinate", "1,4-bis(2-ethylhexyl) 2-sulphosuccinate", "butanedioic acid 2-sulfo- 1,4-bis(2-ethylhexyl) ester", "1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonic acid", "succinic acid sulfo- bis(2-ethylhexyl) ester", "bis(2-ethylhexyl) sulfosuccinate", "butanedionic acid", "einecs 233-124-0", "dioctyl sulfosuccinic acid", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester", "butanedioic acid sulfo- 1,4-bis(2-ethylhexyl) ester", "docusate", "233-124-0[einecs]", "4y2&1ovyswq1vo1y4&2[wln]", "spolion 8", "10041-19-7", "butanedioic acid", "sulfosuccinic acid bis(2-ethylhexyl) ester"}|>, "5504" -> <|"DatabaseID" -> "SW03181", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10861], ExternalIdentifier["ChemSpiderID", 10862]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)CC(C(=O)OCC(CC)CCCC)S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00305"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "docusate sodium", "Indian Approved Name" -> "dioctyl sod.sulphosuccinate;docusate sod"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11338], ExternalIdentifier["PubChemCompoundID", 11339]}, "Synonyms" -> {"dioctyl sodium sulfosuccinate", "sodium dioctyl sulfosuccinate", "docusate[wiki]", "10041-19-7[rn]", "dioctyl", "docusate sodium[usp]", "solusol", "neopelex otp", "alcopol o", "requtol", "diovac", "coprol", "genopur sb 1970j", "bis(ethylhexyl) ester of sodium sulfosuccinic acid", "doss", "1639-66-3[rn]", "modane soft", "1", "empimin ot 75", "bis(2-ethylhexyl) s-sodium sulfosuccinate", "rapisol b 90", "106396-28-5[rn]", "sodium docusate", "triton gr 7me", "diotilan", "complemix", "monawet mo 70r", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonate", "577-11-7[rn]", "di(2-ethylhexyl)sulfosuccinic acid sodium salt", "bis(2-ethylhexyl)sodium sulfosuccinate", "nikkol otp 100", "nissan rapisol b 80", "mackanate dos 75", "nekal wt-27", "60202-21-3[rn]", "colace", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "sulfosuccinic acid di-(2-ethylhexyl) ester sodium salt", "diosuccin", "correctol extra gentle tablets", "karawet doss", "wetaid sr", "aerosol ot-a", "tex-wet 1001", "dess", "lutensit a-bo", "53023-94-2[rn]", "monawet mo-70", "pelex ot", "nissan rapisol a 30", "celanol dos 65", "humifen wt 27g", "nikkol otp 100s", "secosol dos 70", "aerosol ot-b", "gemtex sc 40", "monawet md 70e", "alkasurf ss-o 75", "warcowet 060", "aerosol ot-b; 1,4-bis(2-ethylhexyl)sodium sulfosuccinate; bis(2-ethylhexyl)sodium sulfosuccinate;sodium bis(2-ethylhexyl) sulfosuccinate; aerosol ot; aot", "aerosol a 501", "aerosol ot-s", "molatoc", "dulsivac", "docusate sodique[french][inn]", "bis(2-ethylhexyl) sulphosuccinatesodium salt", "nk-ep 70g", "airrol op", "nissan rapisol b 90", "butanedioic acid,sulfo- 1,4-bis(2-ethylhexyl) ester,sodium salt", "sbo", "mervamine", "jamylene", "aerosol gpg", "113255-61-1[rn]", "dioctyl ester of sodium sulfosuccinic acid", "solovet", "216-684-0[einecs]", "docusate sodium", "dioctyl sulfosuccinate sodium salt", "dioctlyn", "colace[wiki]", "neocol ysk", "gemtex sc", "209453-97-4[rn]", "surfonic dos 75pg", "norval", "135843-72-0[rn]", "dioctyl ester of sodium sulfosuccinate", "doxol", "astrowet 608", "'dioctyl' sulfosuccinate sodium salt", "aerosol ot 75", "newcol 291m", "manoxol", "bis-2-ethylhexylester sulfojantaranu sodneho[czech]", "nissan rapisol", "aerosol ot 100", "aerosol ot 70pg", "manoxol ot", "freetex ot", "sulfosuccinic acid bis(2-ethylhexyl) ester sodium salt", "natrii dioctylsulfosuccinas", "manoxol op", "nonit", "sol sodowej sulfobursztynianu dwu-2-etyloheksylowego[polish]", "docusatum natricum[latin]", "geropon ss-o 75", "newkalgen ep 60p", "110162-65-7[rn]", "aerosol ot 94", "triton gr 7m", "kosate", "spilon 8", "105956-73-8[rn]", "sodium di(2-ethylhexyl) sulfosuccinate", "modane plus", "obston", "correctol caplets", "manoxal ot", "lankropol ko 2", "airrol ct 1", "geropon wt 27", "adekacol ec 8600", "202352-75-8[rn]", "dioctylal", "nissan rapisol b 30", "di-(2-ethylhexyl) sodium sulfosuccinate", "octowet", "regutol", "defilin", "nissan rapisol a 80", "docusate hydrogen", "molofac", "209-406-4[einecs]", "rapisol a 80", "nikkol otp 75", "astrowet o 70pg", "laxcaps", "nikkol otp 70", "monawet mo 70e", "succinicacid sulfo- 1,4-bis(2-ethylhexyl)ester sodium salt", "lutensit a-bos", "vatsol ot", "lumiten i-ra", "softil", "544-76-3[rn]", "newcol 291eg", "sulfosuccinic acid 1,4-bis(2-ethylhexyl) ester s-sodium salt", "sunnol ldf 110", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "78207-03-1[rn]", "monawet m 085p", "51910-13-5[rn]", "pentex 99", "66812-62-2[rn]", "76689-26-4[rn]", "waxsol", "disonate", "astrowet o 75", "201816-76-4[rn]", "laxinate", "dialose plus", "dialose", "persol kmn 3", "monawet mo 70", "diox", "rapisol", "aerosol ot 75pg", "21535-47-7[rn]", "correctol tablets", "sodium di-(2-ethylhexyl) sulfosuccinate", "rapisol a 30", "newkalgen ep 70g", "aerosol aot", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester sodium salt", "sulfosuccinic acid bis(2-ethylhexyl)ester sodium salt", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxo-2-butanesulfonate[acd/iupac name]", "doxinate", "aerosol ot", "succinate std", "neocol p", "newcol 290m", "sanmorin ot 70n", "244-426-7[einecs]", "empimin op 70", "laxinate 100", "sanmorin ot 70", "drewfax 007", "alphasol ot", "sodium 1,4-bis(2-ethylhexoxy)-1,4-dioxobutane-2-sulfonate", "pionin a 51b", "diomedicone", "130390-93-1[rn]", "phillips gelcaps", "59030-04-5[rn]", "pelex ot-p", "sanseparer 100", "rapisol b 30", "sodium bis(2-ethylhexyl) sulfosuccinate", "75418-10-9[rn]", "aot i", "monawet mo-84 r2w", "butanedioic acid,2-sulfo-,1,4-bis(2-ethylhexyl) ester sodiumsalt (1:1)", "valsol ot", "dorbantyl", "208-878-9[einecs]", "molcer", "isoprotanc", "bis(2-ethylhexyl) sodium sulfosuccinate", "geriplex", "*577-11-7", "1,4-bis(2-ethylhexyl) sodium sulfosuccinate", "triton gr 7", "triton gr 5", "senokap dss", "duosol", "doxan", "rewopol sbdo 70", "senokot s", "dioctyl-medo forte", "docusate sodium salt", "sulfobutanedioic acid bis(2-ethylhexyl ester) sodium salt", "km 10-1610", "docusate sodium [usan:ban][usan]", "138893-51-3[rn]", "nevax", "revac", "sobital", "monoxol ot", "aot", "velmol", "ferro-sequels", "sulfimel dos", "monawet mo-70 rp", "colace (tn)", "peri-colace", "celanol dos 75", "rapisol b 80", "soliwax", "67924-68-9[rn]", "constonate", "clestol", "triton gr-5", "docusato sodico[spanish][inn]", "marlinat df 8", "geropon dos", "triton gr 5m", "1,4-bis(2-ethylhexyl) sulfosuccinate", "1,4-bis(2-ethylhexyl) 2-sulphosuccinate", "butanedioic acid 2-sulfo- 1,4-bis(2-ethylhexyl) ester", "1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonic acid", "succinic acid sulfo- bis(2-ethylhexyl) ester", "bis(2-ethylhexyl) sulfosuccinate", "butanedionic acid", "einecs 233-124-0", "dioctyl sulfosuccinic acid", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester", "butanedioic acid sulfo- 1,4-bis(2-ethylhexyl) ester", "docusate", "233-124-0[einecs]", "4y2&1ovyswq1vo1y4&2[wln]", "spolion 8", "10041-19-7", "butanedioic acid", "sulfosuccinic acid bis(2-ethylhexyl) ester"}|>, "5505" -> <|"DatabaseID" -> "SW03181", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10861], ExternalIdentifier["ChemSpiderID", 10862]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)CC(C(=O)OCC(CC)CCCC)S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00305"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "docusate sodium", "Indian Approved Name" -> "dioctyl sod.sulphosuccinate;docusate sod"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11338], ExternalIdentifier["PubChemCompoundID", 11339]}, "Synonyms" -> {"dioctyl sodium sulfosuccinate", "sodium dioctyl sulfosuccinate", "docusate[wiki]", "10041-19-7[rn]", "dioctyl", "docusate sodium[usp]", "solusol", "neopelex otp", "alcopol o", "requtol", "diovac", "coprol", "genopur sb 1970j", "bis(ethylhexyl) ester of sodium sulfosuccinic acid", "doss", "1639-66-3[rn]", "modane soft", "1", "empimin ot 75", "bis(2-ethylhexyl) s-sodium sulfosuccinate", "rapisol b 90", "106396-28-5[rn]", "sodium docusate", "triton gr 7me", "diotilan", "complemix", "monawet mo 70r", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonate", "577-11-7[rn]", "di(2-ethylhexyl)sulfosuccinic acid sodium salt", "bis(2-ethylhexyl)sodium sulfosuccinate", "nikkol otp 100", "nissan rapisol b 80", "mackanate dos 75", "nekal wt-27", "60202-21-3[rn]", "colace", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "sulfosuccinic acid di-(2-ethylhexyl) ester sodium salt", "diosuccin", "correctol extra gentle tablets", "karawet doss", "wetaid sr", "aerosol ot-a", "tex-wet 1001", "dess", "lutensit a-bo", "53023-94-2[rn]", "monawet mo-70", "pelex ot", "nissan rapisol a 30", "celanol dos 65", "humifen wt 27g", "nikkol otp 100s", "secosol dos 70", "aerosol ot-b", "gemtex sc 40", "monawet md 70e", "alkasurf ss-o 75", "warcowet 060", "aerosol ot-b; 1,4-bis(2-ethylhexyl)sodium sulfosuccinate; bis(2-ethylhexyl)sodium sulfosuccinate;sodium bis(2-ethylhexyl) sulfosuccinate; aerosol ot; aot", "aerosol a 501", "aerosol ot-s", "molatoc", "dulsivac", "docusate sodique[french][inn]", "bis(2-ethylhexyl) sulphosuccinatesodium salt", "nk-ep 70g", "airrol op", "nissan rapisol b 90", "butanedioic acid,sulfo- 1,4-bis(2-ethylhexyl) ester,sodium salt", "sbo", "mervamine", "jamylene", "aerosol gpg", "113255-61-1[rn]", "dioctyl ester of sodium sulfosuccinic acid", "solovet", "216-684-0[einecs]", "docusate sodium", "dioctyl sulfosuccinate sodium salt", "dioctlyn", "colace[wiki]", "neocol ysk", "gemtex sc", "209453-97-4[rn]", "surfonic dos 75pg", "norval", "135843-72-0[rn]", "dioctyl ester of sodium sulfosuccinate", "doxol", "astrowet 608", "'dioctyl' sulfosuccinate sodium salt", "aerosol ot 75", "newcol 291m", "manoxol", "bis-2-ethylhexylester sulfojantaranu sodneho[czech]", "nissan rapisol", "aerosol ot 100", "aerosol ot 70pg", "manoxol ot", "freetex ot", "sulfosuccinic acid bis(2-ethylhexyl) ester sodium salt", "natrii dioctylsulfosuccinas", "manoxol op", "nonit", "sol sodowej sulfobursztynianu dwu-2-etyloheksylowego[polish]", "docusatum natricum[latin]", "geropon ss-o 75", "newkalgen ep 60p", "110162-65-7[rn]", "aerosol ot 94", "triton gr 7m", "kosate", "spilon 8", "105956-73-8[rn]", "sodium di(2-ethylhexyl) sulfosuccinate", "modane plus", "obston", "correctol caplets", "manoxal ot", "lankropol ko 2", "airrol ct 1", "geropon wt 27", "adekacol ec 8600", "202352-75-8[rn]", "dioctylal", "nissan rapisol b 30", "di-(2-ethylhexyl) sodium sulfosuccinate", "octowet", "regutol", "defilin", "nissan rapisol a 80", "docusate hydrogen", "molofac", "209-406-4[einecs]", "rapisol a 80", "nikkol otp 75", "astrowet o 70pg", "laxcaps", "nikkol otp 70", "monawet mo 70e", "succinicacid sulfo- 1,4-bis(2-ethylhexyl)ester sodium salt", "lutensit a-bos", "vatsol ot", "lumiten i-ra", "softil", "544-76-3[rn]", "newcol 291eg", "sulfosuccinic acid 1,4-bis(2-ethylhexyl) ester s-sodium salt", "sunnol ldf 110", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "78207-03-1[rn]", "monawet m 085p", "51910-13-5[rn]", "pentex 99", "66812-62-2[rn]", "76689-26-4[rn]", "waxsol", "disonate", "astrowet o 75", "201816-76-4[rn]", "laxinate", "dialose plus", "dialose", "persol kmn 3", "monawet mo 70", "diox", "rapisol", "aerosol ot 75pg", "21535-47-7[rn]", "correctol tablets", "sodium di-(2-ethylhexyl) sulfosuccinate", "rapisol a 30", "newkalgen ep 70g", "aerosol aot", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester sodium salt", "sulfosuccinic acid bis(2-ethylhexyl)ester sodium salt", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxo-2-butanesulfonate[acd/iupac name]", "doxinate", "aerosol ot", "succinate std", "neocol p", "newcol 290m", "sanmorin ot 70n", "244-426-7[einecs]", "empimin op 70", "laxinate 100", "sanmorin ot 70", "drewfax 007", "alphasol ot", "sodium 1,4-bis(2-ethylhexoxy)-1,4-dioxobutane-2-sulfonate", "pionin a 51b", "diomedicone", "130390-93-1[rn]", "phillips gelcaps", "59030-04-5[rn]", "pelex ot-p", "sanseparer 100", "rapisol b 30", "sodium bis(2-ethylhexyl) sulfosuccinate", "75418-10-9[rn]", "aot i", "monawet mo-84 r2w", "butanedioic acid,2-sulfo-,1,4-bis(2-ethylhexyl) ester sodiumsalt (1:1)", "valsol ot", "dorbantyl", "208-878-9[einecs]", "molcer", "isoprotanc", "bis(2-ethylhexyl) sodium sulfosuccinate", "geriplex", "*577-11-7", "1,4-bis(2-ethylhexyl) sodium sulfosuccinate", "triton gr 7", "triton gr 5", "senokap dss", "duosol", "doxan", "rewopol sbdo 70", "senokot s", "dioctyl-medo forte", "docusate sodium salt", "sulfobutanedioic acid bis(2-ethylhexyl ester) sodium salt", "km 10-1610", "docusate sodium [usan:ban][usan]", "138893-51-3[rn]", "nevax", "revac", "sobital", "monoxol ot", "aot", "velmol", "ferro-sequels", "sulfimel dos", "monawet mo-70 rp", "colace (tn)", "peri-colace", "celanol dos 75", "rapisol b 80", "soliwax", "67924-68-9[rn]", "constonate", "clestol", "triton gr-5", "docusato sodico[spanish][inn]", "marlinat df 8", "geropon dos", "triton gr 5m", "1,4-bis(2-ethylhexyl) sulfosuccinate", "1,4-bis(2-ethylhexyl) 2-sulphosuccinate", "butanedioic acid 2-sulfo- 1,4-bis(2-ethylhexyl) ester", "1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonic acid", "succinic acid sulfo- bis(2-ethylhexyl) ester", "bis(2-ethylhexyl) sulfosuccinate", "butanedionic acid", "einecs 233-124-0", "dioctyl sulfosuccinic acid", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester", "butanedioic acid sulfo- 1,4-bis(2-ethylhexyl) ester", "docusate", "233-124-0[einecs]", "4y2&1ovyswq1vo1y4&2[wln]", "spolion 8", "10041-19-7", "butanedioic acid", "sulfosuccinic acid bis(2-ethylhexyl) ester"}|>, "5506" -> <|"DatabaseID" -> "SW03181", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10861], ExternalIdentifier["ChemSpiderID", 10862]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)CC(C(=O)OCC(CC)CCCC)S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00305"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "docusate sodium", "Indian Approved Name" -> "dioctyl sod.sulphosuccinate;docusate sod"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11338], ExternalIdentifier["PubChemCompoundID", 11339]}, "Synonyms" -> {"dioctyl sodium sulfosuccinate", "sodium dioctyl sulfosuccinate", "docusate[wiki]", "10041-19-7[rn]", "dioctyl", "docusate sodium[usp]", "solusol", "neopelex otp", "alcopol o", "requtol", "diovac", "coprol", "genopur sb 1970j", "bis(ethylhexyl) ester of sodium sulfosuccinic acid", "doss", "1639-66-3[rn]", "modane soft", "1", "empimin ot 75", "bis(2-ethylhexyl) s-sodium sulfosuccinate", "rapisol b 90", "106396-28-5[rn]", "sodium docusate", "triton gr 7me", "diotilan", "complemix", "monawet mo 70r", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonate", "577-11-7[rn]", "di(2-ethylhexyl)sulfosuccinic acid sodium salt", "bis(2-ethylhexyl)sodium sulfosuccinate", "nikkol otp 100", "nissan rapisol b 80", "mackanate dos 75", "nekal wt-27", "60202-21-3[rn]", "colace", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "sulfosuccinic acid di-(2-ethylhexyl) ester sodium salt", "diosuccin", "correctol extra gentle tablets", "karawet doss", "wetaid sr", "aerosol ot-a", "tex-wet 1001", "dess", "lutensit a-bo", "53023-94-2[rn]", "monawet mo-70", "pelex ot", "nissan rapisol a 30", "celanol dos 65", "humifen wt 27g", "nikkol otp 100s", "secosol dos 70", "aerosol ot-b", "gemtex sc 40", "monawet md 70e", "alkasurf ss-o 75", "warcowet 060", "aerosol ot-b; 1,4-bis(2-ethylhexyl)sodium sulfosuccinate; bis(2-ethylhexyl)sodium sulfosuccinate;sodium bis(2-ethylhexyl) sulfosuccinate; aerosol ot; aot", "aerosol a 501", "aerosol ot-s", "molatoc", "dulsivac", "docusate sodique[french][inn]", "bis(2-ethylhexyl) sulphosuccinatesodium salt", "nk-ep 70g", "airrol op", "nissan rapisol b 90", "butanedioic acid,sulfo- 1,4-bis(2-ethylhexyl) ester,sodium salt", "sbo", "mervamine", "jamylene", "aerosol gpg", "113255-61-1[rn]", "dioctyl ester of sodium sulfosuccinic acid", "solovet", "216-684-0[einecs]", "docusate sodium", "dioctyl sulfosuccinate sodium salt", "dioctlyn", "colace[wiki]", "neocol ysk", "gemtex sc", "209453-97-4[rn]", "surfonic dos 75pg", "norval", "135843-72-0[rn]", "dioctyl ester of sodium sulfosuccinate", "doxol", "astrowet 608", "'dioctyl' sulfosuccinate sodium salt", "aerosol ot 75", "newcol 291m", "manoxol", "bis-2-ethylhexylester sulfojantaranu sodneho[czech]", "nissan rapisol", "aerosol ot 100", "aerosol ot 70pg", "manoxol ot", "freetex ot", "sulfosuccinic acid bis(2-ethylhexyl) ester sodium salt", "natrii dioctylsulfosuccinas", "manoxol op", "nonit", "sol sodowej sulfobursztynianu dwu-2-etyloheksylowego[polish]", "docusatum natricum[latin]", "geropon ss-o 75", "newkalgen ep 60p", "110162-65-7[rn]", "aerosol ot 94", "triton gr 7m", "kosate", "spilon 8", "105956-73-8[rn]", "sodium di(2-ethylhexyl) sulfosuccinate", "modane plus", "obston", "correctol caplets", "manoxal ot", "lankropol ko 2", "airrol ct 1", "geropon wt 27", "adekacol ec 8600", "202352-75-8[rn]", "dioctylal", "nissan rapisol b 30", "di-(2-ethylhexyl) sodium sulfosuccinate", "octowet", "regutol", "defilin", "nissan rapisol a 80", "docusate hydrogen", "molofac", "209-406-4[einecs]", "rapisol a 80", "nikkol otp 75", "astrowet o 70pg", "laxcaps", "nikkol otp 70", "monawet mo 70e", "succinicacid sulfo- 1,4-bis(2-ethylhexyl)ester sodium salt", "lutensit a-bos", "vatsol ot", "lumiten i-ra", "softil", "544-76-3[rn]", "newcol 291eg", "sulfosuccinic acid 1,4-bis(2-ethylhexyl) ester s-sodium salt", "sunnol ldf 110", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "78207-03-1[rn]", "monawet m 085p", "51910-13-5[rn]", "pentex 99", "66812-62-2[rn]", "76689-26-4[rn]", "waxsol", "disonate", "astrowet o 75", "201816-76-4[rn]", "laxinate", "dialose plus", "dialose", "persol kmn 3", "monawet mo 70", "diox", "rapisol", "aerosol ot 75pg", "21535-47-7[rn]", "correctol tablets", "sodium di-(2-ethylhexyl) sulfosuccinate", "rapisol a 30", "newkalgen ep 70g", "aerosol aot", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester sodium salt", "sulfosuccinic acid bis(2-ethylhexyl)ester sodium salt", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxo-2-butanesulfonate[acd/iupac name]", "doxinate", "aerosol ot", "succinate std", "neocol p", "newcol 290m", "sanmorin ot 70n", "244-426-7[einecs]", "empimin op 70", "laxinate 100", "sanmorin ot 70", "drewfax 007", "alphasol ot", "sodium 1,4-bis(2-ethylhexoxy)-1,4-dioxobutane-2-sulfonate", "pionin a 51b", "diomedicone", "130390-93-1[rn]", "phillips gelcaps", "59030-04-5[rn]", "pelex ot-p", "sanseparer 100", "rapisol b 30", "sodium bis(2-ethylhexyl) sulfosuccinate", "75418-10-9[rn]", "aot i", "monawet mo-84 r2w", "butanedioic acid,2-sulfo-,1,4-bis(2-ethylhexyl) ester sodiumsalt (1:1)", "valsol ot", "dorbantyl", "208-878-9[einecs]", "molcer", "isoprotanc", "bis(2-ethylhexyl) sodium sulfosuccinate", "geriplex", "*577-11-7", "1,4-bis(2-ethylhexyl) sodium sulfosuccinate", "triton gr 7", "triton gr 5", "senokap dss", "duosol", "doxan", "rewopol sbdo 70", "senokot s", "dioctyl-medo forte", "docusate sodium salt", "sulfobutanedioic acid bis(2-ethylhexyl ester) sodium salt", "km 10-1610", "docusate sodium [usan:ban][usan]", "138893-51-3[rn]", "nevax", "revac", "sobital", "monoxol ot", "aot", "velmol", "ferro-sequels", "sulfimel dos", "monawet mo-70 rp", "colace (tn)", "peri-colace", "celanol dos 75", "rapisol b 80", "soliwax", "67924-68-9[rn]", "constonate", "clestol", "triton gr-5", "docusato sodico[spanish][inn]", "marlinat df 8", "geropon dos", "triton gr 5m", "1,4-bis(2-ethylhexyl) sulfosuccinate", "1,4-bis(2-ethylhexyl) 2-sulphosuccinate", "butanedioic acid 2-sulfo- 1,4-bis(2-ethylhexyl) ester", "1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonic acid", "succinic acid sulfo- bis(2-ethylhexyl) ester", "bis(2-ethylhexyl) sulfosuccinate", "butanedionic acid", "einecs 233-124-0", "dioctyl sulfosuccinic acid", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester", "butanedioic acid sulfo- 1,4-bis(2-ethylhexyl) ester", "docusate", "233-124-0[einecs]", "4y2&1ovyswq1vo1y4&2[wln]", "spolion 8", "10041-19-7", "butanedioic acid", "sulfosuccinic acid bis(2-ethylhexyl) ester"}|>, "5507" -> <|"DatabaseID" -> "SW03181", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10861], ExternalIdentifier["ChemSpiderID", 10862]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)CC(C(=O)OCC(CC)CCCC)S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00305"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "docusate sodium", "Indian Approved Name" -> "dioctyl sod.sulphosuccinate;docusate sod"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11338], ExternalIdentifier["PubChemCompoundID", 11339]}, "Synonyms" -> {"dioctyl sodium sulfosuccinate", "sodium dioctyl sulfosuccinate", "docusate[wiki]", "10041-19-7[rn]", "dioctyl", "docusate sodium[usp]", "solusol", "neopelex otp", "alcopol o", "requtol", "diovac", "coprol", "genopur sb 1970j", "bis(ethylhexyl) ester of sodium sulfosuccinic acid", "doss", "1639-66-3[rn]", "modane soft", "1", "empimin ot 75", "bis(2-ethylhexyl) s-sodium sulfosuccinate", "rapisol b 90", "106396-28-5[rn]", "sodium docusate", "triton gr 7me", "diotilan", "complemix", "monawet mo 70r", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonate", "577-11-7[rn]", "di(2-ethylhexyl)sulfosuccinic acid sodium salt", "bis(2-ethylhexyl)sodium sulfosuccinate", "nikkol otp 100", "nissan rapisol b 80", "mackanate dos 75", "nekal wt-27", "60202-21-3[rn]", "colace", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "sulfosuccinic acid di-(2-ethylhexyl) ester sodium salt", "diosuccin", "correctol extra gentle tablets", "karawet doss", "wetaid sr", "aerosol ot-a", "tex-wet 1001", "dess", "lutensit a-bo", "53023-94-2[rn]", "monawet mo-70", "pelex ot", "nissan rapisol a 30", "celanol dos 65", "humifen wt 27g", "nikkol otp 100s", "secosol dos 70", "aerosol ot-b", "gemtex sc 40", "monawet md 70e", "alkasurf ss-o 75", "warcowet 060", "aerosol ot-b; 1,4-bis(2-ethylhexyl)sodium sulfosuccinate; bis(2-ethylhexyl)sodium sulfosuccinate;sodium bis(2-ethylhexyl) sulfosuccinate; aerosol ot; aot", "aerosol a 501", "aerosol ot-s", "molatoc", "dulsivac", "docusate sodique[french][inn]", "bis(2-ethylhexyl) sulphosuccinatesodium salt", "nk-ep 70g", "airrol op", "nissan rapisol b 90", "butanedioic acid,sulfo- 1,4-bis(2-ethylhexyl) ester,sodium salt", "sbo", "mervamine", "jamylene", "aerosol gpg", "113255-61-1[rn]", "dioctyl ester of sodium sulfosuccinic acid", "solovet", "216-684-0[einecs]", "docusate sodium", "dioctyl sulfosuccinate sodium salt", "dioctlyn", "colace[wiki]", "neocol ysk", "gemtex sc", "209453-97-4[rn]", "surfonic dos 75pg", "norval", "135843-72-0[rn]", "dioctyl ester of sodium sulfosuccinate", "doxol", "astrowet 608", "'dioctyl' sulfosuccinate sodium salt", "aerosol ot 75", "newcol 291m", "manoxol", "bis-2-ethylhexylester sulfojantaranu sodneho[czech]", "nissan rapisol", "aerosol ot 100", "aerosol ot 70pg", "manoxol ot", "freetex ot", "sulfosuccinic acid bis(2-ethylhexyl) ester sodium salt", "natrii dioctylsulfosuccinas", "manoxol op", "nonit", "sol sodowej sulfobursztynianu dwu-2-etyloheksylowego[polish]", "docusatum natricum[latin]", "geropon ss-o 75", "newkalgen ep 60p", "110162-65-7[rn]", "aerosol ot 94", "triton gr 7m", "kosate", "spilon 8", "105956-73-8[rn]", "sodium di(2-ethylhexyl) sulfosuccinate", "modane plus", "obston", "correctol caplets", "manoxal ot", "lankropol ko 2", "airrol ct 1", "geropon wt 27", "adekacol ec 8600", "202352-75-8[rn]", "dioctylal", "nissan rapisol b 30", "di-(2-ethylhexyl) sodium sulfosuccinate", "octowet", "regutol", "defilin", "nissan rapisol a 80", "docusate hydrogen", "molofac", "209-406-4[einecs]", "rapisol a 80", "nikkol otp 75", "astrowet o 70pg", "laxcaps", "nikkol otp 70", "monawet mo 70e", "succinicacid sulfo- 1,4-bis(2-ethylhexyl)ester sodium salt", "lutensit a-bos", "vatsol ot", "lumiten i-ra", "softil", "544-76-3[rn]", "newcol 291eg", "sulfosuccinic acid 1,4-bis(2-ethylhexyl) ester s-sodium salt", "sunnol ldf 110", "bis(2-ethylhexyl) sulfosuccinate sodium salt", "78207-03-1[rn]", "monawet m 085p", "51910-13-5[rn]", "pentex 99", "66812-62-2[rn]", "76689-26-4[rn]", "waxsol", "disonate", "astrowet o 75", "201816-76-4[rn]", "laxinate", "dialose plus", "dialose", "persol kmn 3", "monawet mo 70", "diox", "rapisol", "aerosol ot 75pg", "21535-47-7[rn]", "correctol tablets", "sodium di-(2-ethylhexyl) sulfosuccinate", "rapisol a 30", "newkalgen ep 70g", "aerosol aot", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester sodium salt", "sulfosuccinic acid bis(2-ethylhexyl)ester sodium salt", "sodium 1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxo-2-butanesulfonate[acd/iupac name]", "doxinate", "aerosol ot", "succinate std", "neocol p", "newcol 290m", "sanmorin ot 70n", "244-426-7[einecs]", "empimin op 70", "laxinate 100", "sanmorin ot 70", "drewfax 007", "alphasol ot", "sodium 1,4-bis(2-ethylhexoxy)-1,4-dioxobutane-2-sulfonate", "pionin a 51b", "diomedicone", "130390-93-1[rn]", "phillips gelcaps", "59030-04-5[rn]", "pelex ot-p", "sanseparer 100", "rapisol b 30", "sodium bis(2-ethylhexyl) sulfosuccinate", "75418-10-9[rn]", "aot i", "monawet mo-84 r2w", "butanedioic acid,2-sulfo-,1,4-bis(2-ethylhexyl) ester sodiumsalt (1:1)", "valsol ot", "dorbantyl", "208-878-9[einecs]", "molcer", "isoprotanc", "bis(2-ethylhexyl) sodium sulfosuccinate", "geriplex", "*577-11-7", "1,4-bis(2-ethylhexyl) sodium sulfosuccinate", "triton gr 7", "triton gr 5", "senokap dss", "duosol", "doxan", "rewopol sbdo 70", "senokot s", "dioctyl-medo forte", "docusate sodium salt", "sulfobutanedioic acid bis(2-ethylhexyl ester) sodium salt", "km 10-1610", "docusate sodium [usan:ban][usan]", "138893-51-3[rn]", "nevax", "revac", "sobital", "monoxol ot", "aot", "velmol", "ferro-sequels", "sulfimel dos", "monawet mo-70 rp", "colace (tn)", "peri-colace", "celanol dos 75", "rapisol b 80", "soliwax", "67924-68-9[rn]", "constonate", "clestol", "triton gr-5", "docusato sodico[spanish][inn]", "marlinat df 8", "geropon dos", "triton gr 5m", "1,4-bis(2-ethylhexyl) sulfosuccinate", "1,4-bis(2-ethylhexyl) 2-sulphosuccinate", "butanedioic acid 2-sulfo- 1,4-bis(2-ethylhexyl) ester", "1,4-bis[(2-ethylhexyl)oxy]-1,4-dioxobutane-2-sulfonic acid", "succinic acid sulfo- bis(2-ethylhexyl) ester", "bis(2-ethylhexyl) sulfosuccinate", "butanedionic acid", "einecs 233-124-0", "dioctyl sulfosuccinic acid", "sulfobutanedioic acid 1,4-bis(2-ethylhexyl) ester", "butanedioic acid sulfo- 1,4-bis(2-ethylhexyl) ester", "docusate", "233-124-0[einecs]", "4y2&1ovyswq1vo1y4&2[wln]", "spolion 8", "10041-19-7", "butanedioic acid", "sulfosuccinic acid bis(2-ethylhexyl) ester"}|>, "5508" -> <|"DatabaseID" -> "SW03182", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6541"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54768]}, "IsomericSmiles" -> "CCCCc1nc(c(n1Cc2ccc(cc2)c3ccccc3c4[n-]nnn4)CO)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00357"]}, "OfficialNames" -> <|"China Approved Name" -> "losartan potassium", "Indian Approved Name" -> "losartan pot"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11751549], ExternalIdentifier["PubChemCompoundID", 60771]}, "Synonyms" -> {"losartan potassium", "lorzaan", "cozaar", "losacor", "losacar", "losaprex", "tenopres", "covance[wiki]", "lortaan", "1h-imidazole-5-methanol 2-butyl-4-chloro-1-[[2'-(1h-tetrazol-5-yl)[1,1'-biphenyl]-4-yl]methyl]- potassiumsalt (1:1)", "potassiumsalt {2-butyl-5-chloro-3-[2'-(1h-tetrazol-5-yl)-biphenyl-4-ylmethyl]-3h-imidazol-4-yl}-methanol", "neo lotan", "1h-imidazole-5-methanol 2-butyl-4-chloro-1-[[2'-(1h-tetrazol-5-yl)[1,1'-biphenyl]-4-yl]methyl]- monopotassium salt", "du pont 753", "kalium-5-(4'-{[2-butyl-4-chlor-5-(hydroxymethyl)-1h-imidazol-1-yl]methyl}biphenyl-2-yl)tetrazol-1-id", "losartanpotassium", "2-butyl-4-chloro-1-(p-(o-1h-tetrazol-5-ylphenyl)benzyl)imidazole-5-methanol monopotassiumsalt", "ocsaar", "lotim", "124750-99-8[rn]", "potassium5-(4'-((2-butyl-4-chloro-5-(hydroxymethyl)-1h-imidazol-1-yl)methyl)biphenyl-2-yl)tetrazol-1-ide", "cozaar[wiki]", "losartan potassium (jan/usan)[jan][usan]", "losartan[wiki]", "cozaar (tn)", "hyzaar[wiki]", "nu-lotan", "2-butyl-4-chloro-1-{4-[2-(1h-1,2,3,4-tetraazol-5-yl)phenyl]benzyl}-1h-5-imidazolylmethanolwith potassium salt", "potassium5-(4'-((2-butyl-4-chloro-5-(hydroxymethyl)-1h-imidazol-1-yl)methyl)-[1,1'-biphenyl]-2-yl)tetrazol-1-ide", "niten", "potassium5-(4'-{[2-butyl-4-chloro-5-(hydroxymethyl)-1h-imidazol-1-yl]methyl}biphenyl-2-yl)tetrazol-1-ide", "losartan monopotassium salt", "{2-butyl-5-chloro-3-[2'-(1h-tetrazol-5-yl)-biphenyl-4-ylmethyl]-3h-imidazol-4-yl}-methanol,potassium salt", "hyzaar", "124750-99-8", "lorzaar"}|>, "5509" -> <|"DatabaseID" -> "SW03183", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18290"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8715]}, "IsomericSmiles" -> "Cc1c(sc[n+]1Cc2cnc(nc2N)C)CCOP(=O)([O-])OP(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01225"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cocarboxylase"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9068]}, "Synonyms" -> {"cocarboxil", "cocarboxylasum", "cocarboxylase", "metabolase", "farmaneurina", "thiamine pyrophosphate", "thiamine pyrophosphate chloride", "berolase", "pyruvodehydrase", "cocarboxilasa", "coenzymate", "triphosphoric acid pentasodium salt", "aneurinepyrophosphoric acid", "tdp (thiamin ester)", "tpp (coenzyme)", "tpp (van)", "thiamine diphosphate", "thiaminepyrophosphate", "74992-00-0[rn]", "thiazolium 3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-[2-[[hydroxy(phosphonooxy)phosphinyl]oxy]ethyl]-4-methyl- chloride (1:1)", "bioxilasi", "thiazolium 3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-4-methyl-5-(4,6,6-trihydroxy-3,5-dioxa-4,6-diphosphahex-1-yl)- chloride p,p'-dioxide tetrahydrate", "thiamine diphosphate chloride", "b-neurox", "thiamine trihydrogen pyrophosphate (ester)", "3875902[beilstein]", "cocarboxylase [dcf:inn:jan][inn][jan]", "co-b1", "coxylase", "bioxylasi", "thiamine pyrophosphoric ester", "coenzymate (tn)", "cocarbina", "vitamin b1 pyrophosphate chloride", "cocarboxylasum [inn_la]", "thiamine-pp", "cocarboxilasa; cocarboxylase; cocarboxylasum", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-4-methyl-5-(4,6,6-trihydroxy-3,5-dioxa-4,6-diphosphahex-1-yl)thiazolium chloride p,p'-dioxide", "154-87-0[rn]", "thiaminediphosphate", "bivitasi", "thiaminpyrophosphate", "cocarboxilasa[spanish][inn]", "3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-5-(2-{[hydroxy(phosphonooxy)phosphoryl]oxy}ethyl)-4-methyl-1,3-thiazol-3-ium chloride", "thiamine pyrophosphoric acid ester chloride", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-[2-[[hydroxy(phosphonooxy)phosphinyl]oxy]ethyl]-4-methylthiazolium chloride", "pyrolase", "nutrase", "55056-45-6[rn]", "tdp", "205-836-1[einecs]", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-4-methyl-5-(4,6,6-trihydroxy-4,6-dioxido-3,5-dioxa-4,6-diphosphahex-1-yl)thiazoliumchloride", "diphosphothiamin", "cocarboxylase[wiki]", "7758-29-4[rn]", "thiamin diphosphate", "3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-5-[2-(diphosphooxy)ethyl]-4-methyl-1,3-thiazol-3-ium chloride", "co-bi", "pyrophosphoric ester of thiamine", "cocarboxylasum[latin]", "diphosphothiamine", "tpp", "3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-5-(2-diphosphoethyl)-4-methyl-1,3-thiazolium chloride", "thiamine diphosphate ester chloride", "coenbione", "thiamine(1+) diphosphate chloride", "biosyth", "thiazolium 3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-4-methyl-5-(4,6,6-trihydroxy-3,5-dioxa-4,6-diphosphahex-1-yl)- chloride p,p'-dioxide", "thiazolium 3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-4-methyl-5-(4,6,6-trihydroxy-4,6-dioxido-3,5-dioxa-4,6-diphosphahex-1-yl)- chloride"}|>, "5510" -> <|"DatabaseID" -> "SW03183", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18290"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8715]}, "IsomericSmiles" -> "Cc1c(sc[n+]1Cc2cnc(nc2N)C)CCOP(=O)([O-])OP(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01225"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cocarboxylase"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9068]}, "Synonyms" -> {"cocarboxil", "cocarboxylasum", "cocarboxylase", "metabolase", "farmaneurina", "thiamine pyrophosphate", "thiamine pyrophosphate chloride", "berolase", "pyruvodehydrase", "cocarboxilasa", "coenzymate", "triphosphoric acid pentasodium salt", "aneurinepyrophosphoric acid", "tdp (thiamin ester)", "tpp (coenzyme)", "tpp (van)", "thiamine diphosphate", "thiaminepyrophosphate", "74992-00-0[rn]", "thiazolium 3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-[2-[[hydroxy(phosphonooxy)phosphinyl]oxy]ethyl]-4-methyl- chloride (1:1)", "bioxilasi", "thiazolium 3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-4-methyl-5-(4,6,6-trihydroxy-3,5-dioxa-4,6-diphosphahex-1-yl)- chloride p,p'-dioxide tetrahydrate", "thiamine diphosphate chloride", "b-neurox", "thiamine trihydrogen pyrophosphate (ester)", "3875902[beilstein]", "cocarboxylase [dcf:inn:jan][inn][jan]", "co-b1", "coxylase", "bioxylasi", "thiamine pyrophosphoric ester", "coenzymate (tn)", "cocarbina", "vitamin b1 pyrophosphate chloride", "cocarboxylasum [inn_la]", "thiamine-pp", "cocarboxilasa; cocarboxylase; cocarboxylasum", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-4-methyl-5-(4,6,6-trihydroxy-3,5-dioxa-4,6-diphosphahex-1-yl)thiazolium chloride p,p'-dioxide", "154-87-0[rn]", "thiaminediphosphate", "bivitasi", "thiaminpyrophosphate", "cocarboxilasa[spanish][inn]", "3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-5-(2-{[hydroxy(phosphonooxy)phosphoryl]oxy}ethyl)-4-methyl-1,3-thiazol-3-ium chloride", "thiamine pyrophosphoric acid ester chloride", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-5-[2-[[hydroxy(phosphonooxy)phosphinyl]oxy]ethyl]-4-methylthiazolium chloride", "pyrolase", "nutrase", "55056-45-6[rn]", "tdp", "205-836-1[einecs]", "3-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-4-methyl-5-(4,6,6-trihydroxy-4,6-dioxido-3,5-dioxa-4,6-diphosphahex-1-yl)thiazoliumchloride", "diphosphothiamin", "cocarboxylase[wiki]", "7758-29-4[rn]", "thiamin diphosphate", "3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-5-[2-(diphosphooxy)ethyl]-4-methyl-1,3-thiazol-3-ium chloride", "co-bi", "pyrophosphoric ester of thiamine", "cocarboxylasum[latin]", "diphosphothiamine", "tpp", "3-[(4-amino-2-methylpyrimidin-5-yl)methyl]-5-(2-diphosphoethyl)-4-methyl-1,3-thiazolium chloride", "thiamine diphosphate ester chloride", "coenbione", "thiamine(1+) diphosphate chloride", "biosyth", "thiazolium 3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-4-methyl-5-(4,6,6-trihydroxy-3,5-dioxa-4,6-diphosphahex-1-yl)- chloride p,p'-dioxide", "thiazolium 3-((4-amino-2-methyl-5-pyrimidinyl)methyl)-4-methyl-5-(4,6,6-trihydroxy-4,6-dioxido-3,5-dioxa-4,6-diphosphahex-1-yl)- chloride"}|>, "5511" -> <|"DatabaseID" -> "SW03184", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54704]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01030"]}, "IsomericSmiles" -> "CC[C@@]1(c2cc-3n(c(=O)c2COC1=O)Cc4c3nc5ccc(c(c5c4)C[NH+](C)C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02168"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TOPOTECAN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60699]}, "Synonyms" -> {"topotecan hcl", "topotecan hydrochloride", "topotecan monohydrochloride", "hycamptin", "nogitecan hydrochloride", "skf 104864a", "hycamtin", "hycamptamine hydrochloride", "topotecan", "deoxyribonucleic acid", "(s)-10-((dimethylamino)methyl)-4-ethyl-4,9-dihydroxy-1h-pyrano(3',4':6,7)indolizino(1,2-b)quinoline-3,14(4h,12h)-dione monohydrochloride", "icaridin[wiki][inn]", "119413-54-6", "hycamtin nsc 609699", "drg-0288", "ncgc00095189-01", "ttc", "(19s)-8-[(dimethylamino)methyl]-19-ethyl-7,19-dihydroxy-17-oxa-3,13-diazapentacyclo[11.8.0.02,11.04,9.015,20]henicosa-1(21),2,4(9),5,7,10,15(20)-heptaene-14,18-dione hydrochloride", "sec-butyl 2-(2-hydroxyethyl)piperidine-1-carboxylate", "topotecan hydrochloride (skampf 104864)", "sk&f-s-104864-a;", "topotecan[wiki]", "picaridin[wiki]", "sk&f s-104864-a", "119515-38-7[rn]", "1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione 10-[(dimethylamino)methyl]-4-ethyl-4,9-dihydroxy-,(4s)- monohydrochloride", "nsc-609699", "1h-pyrano(3',4':6,7)indolizino(1,2-b)quinoline-3,14(4h,12h)-dione 10-((dimethylamino)methyl)-4-ethyl-4,9-dihydroxy-,monohydrochloride (s)-", "hycamtin (tn)", "sk-s-104864-a", "119413-54-6[rn]", "sk&f; s-104864-a", "hycamtin[wiki]", "1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione 10-[(dimethylamino)methyl]-4-ethyl-4,9-dihydroxy-,(4s)- hydrochloride (1:1)", "(4s)-10-[(dimethylamino)methyl]-4-ethyl-4,9-dihydroxy-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione hydrochloride", "(4s)-10-[(dimethylamino)methyl]-4-ethyl-4,9-dihydroxy-1h-pyrano[3',4':6,7]indolizino[1,2-b]chinolin-3,14(4h,12h)-dionhydrochlorid", "e-89/001", "9-[(dimethylamino)methyl]-10-hydroxy-(20s)-camptothecin hcl", "sk&f-s-104864a;", "topotecane [inn-french]", "tpt", "(4s)-10-[(dimethylamino)methyl]-4-ethyl-4,9-dihydroxy-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione hydrochloride (1:1)[acd/iupac name]", "topotecan hydrochloride[usan]", "hycamptamine", "evotropin", "topotecan lactone", "topotecanum [inn-latin]", "(s)-10-((dimethylamino)methyl)-4-ethyl-4,9-dihydroxy-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione monohydrochloride", "123948-87-8[rn]"}|>, "5512" -> <|"DatabaseID" -> "SW03185", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "554446"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390127]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01139"]}, "IsomericSmiles" -> "CC(=O)OCC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)CSc3ccncc3)SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00908"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEPHAPIRIN SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23675312]}, "Synonyms" -> {"cefadyl", "cephapirin sodium", "cefatrexyl", "sodium cefapirin", "cefapirin sodium", "bl-p 1322", "ambrocef", "cephapirin sodium salt", "cephapirin", "cepr", "21593-23-7[rn]", "bl-p-1322", "cefatrex", "cephapirine", "prestwick_27", "brisfirina", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[(acetyloxy)methyl]-8-oxo-7-[[2-(4-pyridinylthio)acetyl]amino]- sodium salt,(6r,7r)-(1:1)", "cefa", "cefapirin[wiki]", "246-194-2[einecs]", "st057376", "chebi:3545", "cefapirinsodium", "cefapirin sodium[jp15]", "24356-60-3 21593-23-7 [cephapirin]", "sodium (6r,7r)-3-[(acetyloxy)methyl]-8-oxo-7-{[(pyridin-4-ylsulfanyl)acetyl]amino}-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "today[wiki]", "3-(hydroxymethyl)-8-oxo-7-[2-(4-pyridylthio)acetamido]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acidacetatemonosodium salt", "sodium (6r,7r)-3-(acetoxymethyl)-8-oxo-7-{[(pyridin-4-ylsulfanyl)acetyl]amino}-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "cefadyl (tn)", "7-[a-(4-pyridylthio)acetamido]cephalosporanicacid sodium salt", "cefapirin", "24356-60-3 21593-23-7", "cefapirine [inn-french]", "antibiotic bl-p1322", "cefapirinum [inn-latin]", "cefaprin", "cefaprin sodium", "24356-60-3", "24356-60-3[rn]", "bristocef", "sodium 7-(pyrid-4-ylthioacetamido)cephalosporanate", "cefapirina [inn-spanish]", "sodium (6r-trans)-3-(acetoxymethyl)-8-oxo-7-[(4-pyridylthio)acetamido]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "cephapirin sodium[usp]"}|>, "5513" -> <|"DatabaseID" -> "SW03186", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390876]}, "IsomericSmiles" -> "CC(C)CC(=O)O[C@H]1C=C2[C@@H]([C@@]13CO3)[C@@H](OC=C2COC(=O)C)OC(=O)CC(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "valtrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442436]}, "Synonyms" -> {"halazuchrome b", "valepotriate", "baldrisedon", "valtratum", "valtrato", "(1r,2s,7s,7as)-4-[(acetyloxy)methyl]-7-[(3-methylbutanoyl)oxy]-7,7a-dihydro-2h-spiro[cyclopenta[c]pyran-1,2'-oxirane]-2-yl 3-methylbutanoate", "(1s,6s,7r,7as)-4-(acetoxymethyl)-6,7a-dihydro-1h-spiro[cyclopenta[c]pyran-7,2'-oxirane]-1,6-diyl bis(3-methylbutanoate)", "(1s,6s,7r,7as)-4-[(acetyloxy)methyl]-6,7a-dihydro-1h-spiro[cyclopenta[c]pyran-7,2'-oxirane]-1,6-diyl bis(3-methylbutanoate)", "242-174-2[einecs]", "valtrate", "valtrate[inn]", "ccris 5795", "valtrato [inn-spanish]", "(1s-(1a,6a,7b,7aa))-3-methylbutanoicacid 4-((acetyloxy)methyl)-6,7a-dihydrospiro(cyclopenta[c]pyran-7(1h),2'-oxirane)-1,6-diyl ester", "18296-44-1[rn]", "valtrats [german]", "butanoicacid 3-methyl- (1s,6s,7r,7as)-4-[(acetyloxy)methyl]-6,7a-dihydrospiro[cyclopenta[c]pyran-7(1h),2'-oxirane]-1,6-diylester", "valtratum [inn-latin]"}|>, "5514" -> <|"DatabaseID" -> "SW03187", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 196144]}, "IsomericSmiles" -> "CC(=O)OCC(=O)[C@]1(CC[C@@H]2[C@@]1(C[C@@H]([C@]3([C@H]2CCC4=CC(=O)CC[C@@]43C)F)O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00986"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLUDROCORTISONE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 225609]}, "Synonyms" -> {"florinef acetate", "cortineff", "cortef-f", "scherofluron", "fludrocortisone 21-acetate", "fludrocortisone acetate", "514-36-3", "(6s,8r,9r,10s,11s,13s,14s,16r,17r)-6-fluoro-11,17-dihydroxy-17-(2-hydroxyacetyl)-10,13,16-trimethyl-7,8,9,11,12,14,15,16-octahydro-6h-cyclopenta[a]phenanthren-3-one", "florinef acetate (tn)", "fludrocortone", "astonin", "alflorone acetate", "florinef", "(11b)-9-fluoro-11,17-dihydroxy-3,20-dioxopregn-4-en-21-yl acetate", "f-cortef", "alflorone", "2-[(8s,9r,10s,11s,13s,14s,17r)-9-fluor-11,17-dihydroxy-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2-oxoethylacetat", "2-[(8s,9r,10s,11s,13s,14s,17r)-9-fluoro-11,17-dihydroxy-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2-oxoethyl acetate", "fluohydrocortisone acetate", "514-36-3[rn]", "fludrocortisone acetate[jan]", "fluorocortisone acetate", "pregn-4-ene-3,20-dione 21-(acetyloxy)-9-fluoro-11,17-dihydroxy- (11b)-", "corticosterone 9-fluoro-17-hydroxy- 21-acetate", "208-180-4[einecs]", "cortisol 9-fluoro- 21-acetate"}|>, "5515" -> <|"DatabaseID" -> "SW03188", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3483]}, "IsomericSmiles" -> "c1cc(c(cc1C(C[NH2+]CCCCCC[NH2+]CC(c2ccc(c(c2)O)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08039"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexoprenaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3609]}, "Synonyms" -> {"hexoprenaline", "gynipral", "esoprenalina [dcit]", "etoscol", "delaprem", "32266-10-7[rn]", "ginipral", "4,4'-[hexane-1,6-diylbis[imino(1-hydroxy-2,1-ethanediyl)]]bispyrocatechol dihydrochloride", "4,4'-{hexane-1,6-diylbis[imino(1-hydroxyethane-2,1-diyl)]}dibenzene-1,2-diol", "adrover", "prensol", "4323-43-7[rn]", "4,4'-[hexane-1,6-diylbis[iminio(1-hydroxyethylene)]]dipyrocatechol sulphate", "hidesol", "hexoprenalinum [inn-latin]", "1", "hexoprenaline [inn:ban]", "3215-70-1[rn]", "4-06-00-06048 (beilstein handbook reference)[beilstein]", "benzene,1,3-dihydroxy,4-hexyl", "oxana[wiki]", "ascarinol", "antascarin", "hexoprenalino[spanish][inn]", "n,n'-bis[2-(3,4-dihydroxyphenyl)-2-hydroxyethyl]hexamethylenediamine", "ascaricid", "hexylresorcinolum", "4-hexylresorcine", "hexylresorzin", "4,4'-[1,6-hexanediylbis[imino(1-hydroxy-2,1-ethanediyl)]]bis-1,2-benzenediol", "1,12-bis(3,4-dihydroxyphenyl)-3,10-diaza-1,12-dodecandiol", "bronalin", "cystoids anthelmintic", "1,2-benzenediol 4,4'-(1,6-hexanediylbis(imino(1-hydroxy-2,1-ethanediyl)))bis-", "ipradol", "hexoprenalinum[latin]", "1,2-benzenediol 4,4'-[1,6-hexanediylbis[imino(1-hydroxy-2,1-ethanediyl)]]bis-", "3215-70-1", "hexylresorcin[german]", "1 3-dihydroxy-4-n-hexylbenzene", "a,a'-[hexamethylenebis(iminomethylene)]bis[3,4-dihydroxybenzylalcohol]", "hexoprenalino [inn-spanish]"}|>, "5516" -> <|"DatabaseID" -> "SW03188", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3483]}, "IsomericSmiles" -> "c1cc(c(cc1C(C[NH2+]CCCCCC[NH2+]CC(c2ccc(c(c2)O)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08039"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexoprenaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3609]}, "Synonyms" -> {"hexoprenaline", "gynipral", "esoprenalina [dcit]", "etoscol", "delaprem", "32266-10-7[rn]", "ginipral", "4,4'-[hexane-1,6-diylbis[imino(1-hydroxy-2,1-ethanediyl)]]bispyrocatechol dihydrochloride", "4,4'-{hexane-1,6-diylbis[imino(1-hydroxyethane-2,1-diyl)]}dibenzene-1,2-diol", "adrover", "prensol", "4323-43-7[rn]", "4,4'-[hexane-1,6-diylbis[iminio(1-hydroxyethylene)]]dipyrocatechol sulphate", "hidesol", "hexoprenalinum [inn-latin]", "1", "hexoprenaline [inn:ban]", "3215-70-1[rn]", "4-06-00-06048 (beilstein handbook reference)[beilstein]", "benzene,1,3-dihydroxy,4-hexyl", "oxana[wiki]", "ascarinol", "antascarin", "hexoprenalino[spanish][inn]", "n,n'-bis[2-(3,4-dihydroxyphenyl)-2-hydroxyethyl]hexamethylenediamine", "ascaricid", "hexylresorcinolum", "4-hexylresorcine", "hexylresorzin", "4,4'-[1,6-hexanediylbis[imino(1-hydroxy-2,1-ethanediyl)]]bis-1,2-benzenediol", "1,12-bis(3,4-dihydroxyphenyl)-3,10-diaza-1,12-dodecandiol", "bronalin", "cystoids anthelmintic", "1,2-benzenediol 4,4'-(1,6-hexanediylbis(imino(1-hydroxy-2,1-ethanediyl)))bis-", "ipradol", "hexoprenalinum[latin]", "1,2-benzenediol 4,4'-[1,6-hexanediylbis[imino(1-hydroxy-2,1-ethanediyl)]]bis-", "3215-70-1", "hexylresorcin[german]", "1 3-dihydroxy-4-n-hexylbenzene", "a,a'-[hexamethylenebis(iminomethylene)]bis[3,4-dihydroxybenzylalcohol]", "hexoprenalino [inn-spanish]"}|>, "5517" -> <|"DatabaseID" -> "SW03188", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3483]}, "IsomericSmiles" -> "c1cc(c(cc1C(C[NH2+]CCCCCC[NH2+]CC(c2ccc(c(c2)O)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08039"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hexoprenaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3609]}, "Synonyms" -> {"hexoprenaline", "gynipral", "esoprenalina [dcit]", "etoscol", "delaprem", "32266-10-7[rn]", "ginipral", "4,4'-[hexane-1,6-diylbis[imino(1-hydroxy-2,1-ethanediyl)]]bispyrocatechol dihydrochloride", "4,4'-{hexane-1,6-diylbis[imino(1-hydroxyethane-2,1-diyl)]}dibenzene-1,2-diol", "adrover", "prensol", "4323-43-7[rn]", "4,4'-[hexane-1,6-diylbis[iminio(1-hydroxyethylene)]]dipyrocatechol sulphate", "hidesol", "hexoprenalinum [inn-latin]", "1", "hexoprenaline [inn:ban]", "3215-70-1[rn]", "4-06-00-06048 (beilstein handbook reference)[beilstein]", "benzene,1,3-dihydroxy,4-hexyl", "oxana[wiki]", "ascarinol", "antascarin", "hexoprenalino[spanish][inn]", "n,n'-bis[2-(3,4-dihydroxyphenyl)-2-hydroxyethyl]hexamethylenediamine", "ascaricid", "hexylresorcinolum", "4-hexylresorcine", "hexylresorzin", "4,4'-[1,6-hexanediylbis[imino(1-hydroxy-2,1-ethanediyl)]]bis-1,2-benzenediol", "1,12-bis(3,4-dihydroxyphenyl)-3,10-diaza-1,12-dodecandiol", "bronalin", "cystoids anthelmintic", "1,2-benzenediol 4,4'-(1,6-hexanediylbis(imino(1-hydroxy-2,1-ethanediyl)))bis-", "ipradol", "hexoprenalinum[latin]", "1,2-benzenediol 4,4'-[1,6-hexanediylbis[imino(1-hydroxy-2,1-ethanediyl)]]bis-", "3215-70-1", "hexylresorcin[german]", "1 3-dihydroxy-4-n-hexylbenzene", "a,a'-[hexamethylenebis(iminomethylene)]bis[3,4-dihydroxybenzylalcohol]", "hexoprenalino [inn-spanish]"}|>, "5518" -> <|"DatabaseID" -> "SW03189", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140575]}, "IsomericSmiles" -> "CC[NH+]1CC2(CCC(C34C2CC(C31)C5(CC(C6CC4C5C6O)OC)O)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "talatisamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159891]}, "Synonyms" -> {"talatisamine", "talatizamine", "ac1q55yz", "aconitane-8", "20501-56-8[rn]", "20-ethyl-1,16-dimethoxy-4-(methoxymethyl)aconitane-8,14-diol[acd/iupac name]", "20-ethyl-1-alpha", "nsc624752", "oprea1_414489", "20501-56-8", "ac1l4moe", "20-ethyl-1"}|>, "5519" -> <|"DatabaseID" -> "SW03189", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140575]}, "IsomericSmiles" -> "CC[NH+]1CC2(CCC(C34C2CC(C31)C5(CC(C6CC4C5C6O)OC)O)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "talatisamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159891]}, "Synonyms" -> {"talatisamine", "talatizamine", "ac1q55yz", "aconitane-8", "20501-56-8[rn]", "20-ethyl-1,16-dimethoxy-4-(methoxymethyl)aconitane-8,14-diol[acd/iupac name]", "20-ethyl-1-alpha", "nsc624752", "oprea1_414489", "20501-56-8", "ac1l4moe", "20-ethyl-1"}|>, "5520" -> <|"DatabaseID" -> "SW03189", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140575]}, "IsomericSmiles" -> "CC[NH+]1CC2(CCC(C34C2CC(C31)C5(CC(C6CC4C5C6O)OC)O)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "talatisamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159891]}, "Synonyms" -> {"talatisamine", "talatizamine", "ac1q55yz", "aconitane-8", "20501-56-8[rn]", "20-ethyl-1,16-dimethoxy-4-(methoxymethyl)aconitane-8,14-diol[acd/iupac name]", "20-ethyl-1-alpha", "nsc624752", "oprea1_414489", "20501-56-8", "ac1l4moe", "20-ethyl-1"}|>, "5521" -> <|"DatabaseID" -> "SW03189", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140575]}, "IsomericSmiles" -> "CC[NH+]1CC2(CCC(C34C2CC(C31)C5(CC(C6CC4C5C6O)OC)O)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "talatisamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159891]}, "Synonyms" -> {"talatisamine", "talatizamine", "ac1q55yz", "aconitane-8", "20501-56-8[rn]", "20-ethyl-1,16-dimethoxy-4-(methoxymethyl)aconitane-8,14-diol[acd/iupac name]", "20-ethyl-1-alpha", "nsc624752", "oprea1_414489", "20501-56-8", "ac1l4moe", "20-ethyl-1"}|>, "5522" -> <|"DatabaseID" -> "SW03189", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140575]}, "IsomericSmiles" -> "CC[NH+]1CC2(CCC(C34C2CC(C31)C5(CC(C6CC4C5C6O)OC)O)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "talatisamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159891]}, "Synonyms" -> {"talatisamine", "talatizamine", "ac1q55yz", "aconitane-8", "20501-56-8[rn]", "20-ethyl-1,16-dimethoxy-4-(methoxymethyl)aconitane-8,14-diol[acd/iupac name]", "20-ethyl-1-alpha", "nsc624752", "oprea1_414489", "20501-56-8", "ac1l4moe", "20-ethyl-1"}|>, "5523" -> <|"DatabaseID" -> "SW03189", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140575]}, "IsomericSmiles" -> "CC[NH+]1CC2(CCC(C34C2CC(C31)C5(CC(C6CC4C5C6O)OC)O)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "talatisamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159891]}, "Synonyms" -> {"talatisamine", "talatizamine", "ac1q55yz", "aconitane-8", "20501-56-8[rn]", "20-ethyl-1,16-dimethoxy-4-(methoxymethyl)aconitane-8,14-diol[acd/iupac name]", "20-ethyl-1-alpha", "nsc624752", "oprea1_414489", "20501-56-8", "ac1l4moe", "20-ethyl-1"}|>, "5524" -> <|"DatabaseID" -> "SW03189", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140575]}, "IsomericSmiles" -> "CC[NH+]1CC2(CCC(C34C2CC(C31)C5(CC(C6CC4C5C6O)OC)O)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "talatisamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159891]}, "Synonyms" -> {"talatisamine", "talatizamine", "ac1q55yz", "aconitane-8", "20501-56-8[rn]", "20-ethyl-1,16-dimethoxy-4-(methoxymethyl)aconitane-8,14-diol[acd/iupac name]", "20-ethyl-1-alpha", "nsc624752", "oprea1_414489", "20501-56-8", "ac1l4moe", "20-ethyl-1"}|>, "5525" -> <|"DatabaseID" -> "SW03189", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140575]}, "IsomericSmiles" -> "CC[NH+]1CC2(CCC(C34C2CC(C31)C5(CC(C6CC4C5C6O)OC)O)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "talatisamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159891]}, "Synonyms" -> {"talatisamine", "talatizamine", "ac1q55yz", "aconitane-8", "20501-56-8[rn]", "20-ethyl-1,16-dimethoxy-4-(methoxymethyl)aconitane-8,14-diol[acd/iupac name]", "20-ethyl-1-alpha", "nsc624752", "oprea1_414489", "20501-56-8", "ac1l4moe", "20-ethyl-1"}|>, "5526" -> <|"DatabaseID" -> "SW03189", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140575]}, "IsomericSmiles" -> "CC[NH+]1CC2(CCC(C34C2CC(C31)C5(CC(C6CC4C5C6O)OC)O)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "talatisamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159891]}, "Synonyms" -> {"talatisamine", "talatizamine", "ac1q55yz", "aconitane-8", "20501-56-8[rn]", "20-ethyl-1,16-dimethoxy-4-(methoxymethyl)aconitane-8,14-diol[acd/iupac name]", "20-ethyl-1-alpha", "nsc624752", "oprea1_414489", "20501-56-8", "ac1l4moe", "20-ethyl-1"}|>, "5527" -> <|"DatabaseID" -> "SW03189", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140575]}, "IsomericSmiles" -> "CC[NH+]1CC2(CCC(C34C2CC(C31)C5(CC(C6CC4C5C6O)OC)O)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "talatisamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159891]}, "Synonyms" -> {"talatisamine", "talatizamine", "ac1q55yz", "aconitane-8", "20501-56-8[rn]", "20-ethyl-1,16-dimethoxy-4-(methoxymethyl)aconitane-8,14-diol[acd/iupac name]", "20-ethyl-1-alpha", "nsc624752", "oprea1_414489", "20501-56-8", "ac1l4moe", "20-ethyl-1"}|>, "5528" -> <|"DatabaseID" -> "SW03190", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7612"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390213]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCC(=O)CCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nonacosan-6-one;nonacosan-10-one"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441490]}, "Synonyms" -> {"ginnone", "nonacosan-10-one", "ac1l9b9p", "c08386", "504-56-3[rn]", "chebi:7612", "504-56-3", "10-nonacosanone", "ag-f-69688", "lmfa12000008", "1799788[beilstein]"}|>, "5529" -> <|"DatabaseID" -> "SW03191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7798]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCCC(C)CCCC(C)CCCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05915"]}, "OfficialNames" -> <|"Indian Approved Name" -> "squalane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8089]}, "Synonyms" -> {"squalane", "cosbiol", "dodecahydrosqualene", "robane", "perhydrosqualene", "hexamethyltetracosane", "spinacane", "vitabiosol", "squalane; dodecahydrosqualene", "111-01-3[rn]", "4-01-00-00593", "203-825-6[einecs]", "2", "squalan", "111-01-3", "hexamethyl tetracosane", "squalene perhydro-", "tetracosane 2,6,10,15,19,23-hexamethyl-", "2 6,10,15,19,23-hexamethyltetracosane", "776019", "4-01-00-00593 (beilstein handbook reference)[beilstein]", "2,6,10,15,19,23-hexamethyltetracosan", "2,6,10,15,19,23-hexamethyltetracosane[acd/iupac name]", "einecs 203-825-6", "perhydrosqualen"}|>, "5530" -> <|"DatabaseID" -> "SW03191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7798]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCCC(C)CCCC(C)CCCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05915"]}, "OfficialNames" -> <|"Indian Approved Name" -> "squalane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8089]}, "Synonyms" -> {"squalane", "cosbiol", "dodecahydrosqualene", "robane", "perhydrosqualene", "hexamethyltetracosane", "spinacane", "vitabiosol", "squalane; dodecahydrosqualene", "111-01-3[rn]", "4-01-00-00593", "203-825-6[einecs]", "2", "squalan", "111-01-3", "hexamethyl tetracosane", "squalene perhydro-", "tetracosane 2,6,10,15,19,23-hexamethyl-", "2 6,10,15,19,23-hexamethyltetracosane", "776019", "4-01-00-00593 (beilstein handbook reference)[beilstein]", "2,6,10,15,19,23-hexamethyltetracosan", "2,6,10,15,19,23-hexamethyltetracosane[acd/iupac name]", "einecs 203-825-6", "perhydrosqualen"}|>, "5531" -> <|"DatabaseID" -> "SW03191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7798]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCCC(C)CCCC(C)CCCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05915"]}, "OfficialNames" -> <|"Indian Approved Name" -> "squalane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8089]}, "Synonyms" -> {"squalane", "cosbiol", "dodecahydrosqualene", "robane", "perhydrosqualene", "hexamethyltetracosane", "spinacane", "vitabiosol", "squalane; dodecahydrosqualene", "111-01-3[rn]", "4-01-00-00593", "203-825-6[einecs]", "2", "squalan", "111-01-3", "hexamethyl tetracosane", "squalene perhydro-", "tetracosane 2,6,10,15,19,23-hexamethyl-", "2 6,10,15,19,23-hexamethyltetracosane", "776019", "4-01-00-00593 (beilstein handbook reference)[beilstein]", "2,6,10,15,19,23-hexamethyltetracosan", "2,6,10,15,19,23-hexamethyltetracosane[acd/iupac name]", "einecs 203-825-6", "perhydrosqualen"}|>, "5532" -> <|"DatabaseID" -> "SW03191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7798]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCCC(C)CCCC(C)CCCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05915"]}, "OfficialNames" -> <|"Indian Approved Name" -> "squalane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8089]}, "Synonyms" -> {"squalane", "cosbiol", "dodecahydrosqualene", "robane", "perhydrosqualene", "hexamethyltetracosane", "spinacane", "vitabiosol", "squalane; dodecahydrosqualene", "111-01-3[rn]", "4-01-00-00593", "203-825-6[einecs]", "2", "squalan", "111-01-3", "hexamethyl tetracosane", "squalene perhydro-", "tetracosane 2,6,10,15,19,23-hexamethyl-", "2 6,10,15,19,23-hexamethyltetracosane", "776019", "4-01-00-00593 (beilstein handbook reference)[beilstein]", "2,6,10,15,19,23-hexamethyltetracosan", "2,6,10,15,19,23-hexamethyltetracosane[acd/iupac name]", "einecs 203-825-6", "perhydrosqualen"}|>, "5533" -> <|"DatabaseID" -> "SW03191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7798]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCCC(C)CCCC(C)CCCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05915"]}, "OfficialNames" -> <|"Indian Approved Name" -> "squalane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8089]}, "Synonyms" -> {"squalane", "cosbiol", "dodecahydrosqualene", "robane", "perhydrosqualene", "hexamethyltetracosane", "spinacane", "vitabiosol", "squalane; dodecahydrosqualene", "111-01-3[rn]", "4-01-00-00593", "203-825-6[einecs]", "2", "squalan", "111-01-3", "hexamethyl tetracosane", "squalene perhydro-", "tetracosane 2,6,10,15,19,23-hexamethyl-", "2 6,10,15,19,23-hexamethyltetracosane", "776019", "4-01-00-00593 (beilstein handbook reference)[beilstein]", "2,6,10,15,19,23-hexamethyltetracosan", "2,6,10,15,19,23-hexamethyltetracosane[acd/iupac name]", "einecs 203-825-6", "perhydrosqualen"}|>, "5534" -> <|"DatabaseID" -> "SW03191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7798]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCCC(C)CCCC(C)CCCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05915"]}, "OfficialNames" -> <|"Indian Approved Name" -> "squalane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8089]}, "Synonyms" -> {"squalane", "cosbiol", "dodecahydrosqualene", "robane", "perhydrosqualene", "hexamethyltetracosane", "spinacane", "vitabiosol", "squalane; dodecahydrosqualene", "111-01-3[rn]", "4-01-00-00593", "203-825-6[einecs]", "2", "squalan", "111-01-3", "hexamethyl tetracosane", "squalene perhydro-", "tetracosane 2,6,10,15,19,23-hexamethyl-", "2 6,10,15,19,23-hexamethyltetracosane", "776019", "4-01-00-00593 (beilstein handbook reference)[beilstein]", "2,6,10,15,19,23-hexamethyltetracosan", "2,6,10,15,19,23-hexamethyltetracosane[acd/iupac name]", "einecs 203-825-6", "perhydrosqualen"}|>, "5535" -> <|"DatabaseID" -> "SW03191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7798]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCCC(C)CCCC(C)CCCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05915"]}, "OfficialNames" -> <|"Indian Approved Name" -> "squalane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8089]}, "Synonyms" -> {"squalane", "cosbiol", "dodecahydrosqualene", "robane", "perhydrosqualene", "hexamethyltetracosane", "spinacane", "vitabiosol", "squalane; dodecahydrosqualene", "111-01-3[rn]", "4-01-00-00593", "203-825-6[einecs]", "2", "squalan", "111-01-3", "hexamethyl tetracosane", "squalene perhydro-", "tetracosane 2,6,10,15,19,23-hexamethyl-", "2 6,10,15,19,23-hexamethyltetracosane", "776019", "4-01-00-00593 (beilstein handbook reference)[beilstein]", "2,6,10,15,19,23-hexamethyltetracosan", "2,6,10,15,19,23-hexamethyltetracosane[acd/iupac name]", "einecs 203-825-6", "perhydrosqualen"}|>, "5536" -> <|"DatabaseID" -> "SW03191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7798]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCCC(C)CCCC(C)CCCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05915"]}, "OfficialNames" -> <|"Indian Approved Name" -> "squalane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8089]}, "Synonyms" -> {"squalane", "cosbiol", "dodecahydrosqualene", "robane", "perhydrosqualene", "hexamethyltetracosane", "spinacane", "vitabiosol", "squalane; dodecahydrosqualene", "111-01-3[rn]", "4-01-00-00593", "203-825-6[einecs]", "2", "squalan", "111-01-3", "hexamethyl tetracosane", "squalene perhydro-", "tetracosane 2,6,10,15,19,23-hexamethyl-", "2 6,10,15,19,23-hexamethyltetracosane", "776019", "4-01-00-00593 (beilstein handbook reference)[beilstein]", "2,6,10,15,19,23-hexamethyltetracosan", "2,6,10,15,19,23-hexamethyltetracosane[acd/iupac name]", "einecs 203-825-6", "perhydrosqualen"}|>, "5537" -> <|"DatabaseID" -> "SW03191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7798]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCCC(C)CCCC(C)CCCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05915"]}, "OfficialNames" -> <|"Indian Approved Name" -> "squalane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8089]}, "Synonyms" -> {"squalane", "cosbiol", "dodecahydrosqualene", "robane", "perhydrosqualene", "hexamethyltetracosane", "spinacane", "vitabiosol", "squalane; dodecahydrosqualene", "111-01-3[rn]", "4-01-00-00593", "203-825-6[einecs]", "2", "squalan", "111-01-3", "hexamethyl tetracosane", "squalene perhydro-", "tetracosane 2,6,10,15,19,23-hexamethyl-", "2 6,10,15,19,23-hexamethyltetracosane", "776019", "4-01-00-00593 (beilstein handbook reference)[beilstein]", "2,6,10,15,19,23-hexamethyltetracosan", "2,6,10,15,19,23-hexamethyltetracosane[acd/iupac name]", "einecs 203-825-6", "perhydrosqualen"}|>, "5538" -> <|"DatabaseID" -> "SW03191", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7798]}, "IsomericSmiles" -> "CC(C)CCCC(C)CCCC(C)CCCCC(C)CCCC(C)CCCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05915"]}, "OfficialNames" -> <|"Indian Approved Name" -> "squalane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8089]}, "Synonyms" -> {"squalane", "cosbiol", "dodecahydrosqualene", "robane", "perhydrosqualene", "hexamethyltetracosane", "spinacane", "vitabiosol", "squalane; dodecahydrosqualene", "111-01-3[rn]", "4-01-00-00593", "203-825-6[einecs]", "2", "squalan", "111-01-3", "hexamethyl tetracosane", "squalene perhydro-", "tetracosane 2,6,10,15,19,23-hexamethyl-", "2 6,10,15,19,23-hexamethyltetracosane", "776019", "4-01-00-00593 (beilstein handbook reference)[beilstein]", "2,6,10,15,19,23-hexamethyltetracosan", "2,6,10,15,19,23-hexamethyltetracosane[acd/iupac name]", "einecs 203-825-6", "perhydrosqualen"}|>, "5539" -> <|"DatabaseID" -> "SW03192", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31006"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 12018]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-triacontane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12535]}, "Synonyms" -> {"n-triacontane", "triacontane", "263842_aldrich", "[638-68-6]", "ac1l1zsx", "638-68-6", "638-68-6[rn]", "442711_supelco", "1777281[beilstein]", "triacontane[wiki][acd/iupac name]", "ch3-[ch2]28-ch3", "90272_fluka", "stock1n-04451", "90270_fluka", "nsc 158661;n-triacontane", "triacontan[german]", "tl8004514", "n-tricontane", "211-349-5[einecs]"}|>, "5540" -> <|"DatabaseID" -> "SW03193", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106780]}, "IsomericSmiles" -> "CCOc1cc(c(cc1C(=O)NCC2C[NH+](CCO2)Cc3ccc(cc3)F)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08236"]}, "OfficialNames" -> <|"China Approved Name" -> "mosapride", "Indian Approved Name" -> "mosapride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119584]}, "Synonyms" -> {"112885-41-3", "4-amino-5-chloro-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]-2-morpholinyl]methyl]benzamide", "mosapride", "4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)-2-morpholinyl)methyl)benzamide", "4-amino-5-chloro-2-ethoxy-n-{[4-(4-fluorobenzyl)morpholin-2-yl]methyl}benzamide", "4-azanyl-5-chloranyl-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]morpholin-2-yl]methyl]benzamide", "mosart (tn)", "112885-41-3[rn]", "4-amino-5-chloro-2-ethoxy-n-[4-(4-fluoro-benzyl)-morpholin-2-ylmethyl]-benzamidecitrate", "112885-42-4[rn]", "mosapride (inn)", "mosapride/4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)-2-morpholinyl)methyl)benzamide", "mosapride [inn]", "benzamide 4-amino-5-chloro-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]-2-morpholinyl]methyl]-", "citrate(as-4370)", "(4-amino-5-chloro-2-ethoxyphenyl)-n-({4-[(4-fluorophenyl)methyl]morpholin-2-yl}methyl)carboxamide", "4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)morpholin-2-yl)methyl)benzamide 2-hydroxypropane-1,2,3-tricarboxylate", "4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)morpholin-2-yl)methyl)benzamide", "mosart", "(- )-4-amino-5-chloro-2-ethoxy-n-((4-(p-fluorobenzyl)-2-morpholinyl)methyl)-benzamide.", "mosapride citrate", "4-amino-5-chloro-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]morpholin-2-yl]methyl]benzamide", "4-amino-5-chloro-2-ethoxy-n-[4-(4-fluoro-benzyl)-morpholin-2-ylmethyl]-benzamide", "4-amino-5-chloro-2-ethoxy-n-({4-[(4-fluorophenyl)methyl]morpholin-2-yl}methyl)benzamide", "mosapride[inn]", "4-amino-5-chloro-2-ethoxy-n-{[4-(4-fluorobenzyl)-2-morpholinyl]methyl}benzamide[acd/iupac name]"}|>, "5541" -> <|"DatabaseID" -> "SW03193", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106780]}, "IsomericSmiles" -> "CCOc1cc(c(cc1C(=O)NCC2C[NH+](CCO2)Cc3ccc(cc3)F)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08236"]}, "OfficialNames" -> <|"China Approved Name" -> "mosapride", "Indian Approved Name" -> "mosapride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119584]}, "Synonyms" -> {"112885-41-3", "4-amino-5-chloro-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]-2-morpholinyl]methyl]benzamide", "mosapride", "4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)-2-morpholinyl)methyl)benzamide", "4-amino-5-chloro-2-ethoxy-n-{[4-(4-fluorobenzyl)morpholin-2-yl]methyl}benzamide", "4-azanyl-5-chloranyl-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]morpholin-2-yl]methyl]benzamide", "mosart (tn)", "112885-41-3[rn]", "4-amino-5-chloro-2-ethoxy-n-[4-(4-fluoro-benzyl)-morpholin-2-ylmethyl]-benzamidecitrate", "112885-42-4[rn]", "mosapride (inn)", "mosapride/4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)-2-morpholinyl)methyl)benzamide", "mosapride [inn]", "benzamide 4-amino-5-chloro-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]-2-morpholinyl]methyl]-", "citrate(as-4370)", "(4-amino-5-chloro-2-ethoxyphenyl)-n-({4-[(4-fluorophenyl)methyl]morpholin-2-yl}methyl)carboxamide", "4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)morpholin-2-yl)methyl)benzamide 2-hydroxypropane-1,2,3-tricarboxylate", "4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)morpholin-2-yl)methyl)benzamide", "mosart", "(- )-4-amino-5-chloro-2-ethoxy-n-((4-(p-fluorobenzyl)-2-morpholinyl)methyl)-benzamide.", "mosapride citrate", "4-amino-5-chloro-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]morpholin-2-yl]methyl]benzamide", "4-amino-5-chloro-2-ethoxy-n-[4-(4-fluoro-benzyl)-morpholin-2-ylmethyl]-benzamide", "4-amino-5-chloro-2-ethoxy-n-({4-[(4-fluorophenyl)methyl]morpholin-2-yl}methyl)benzamide", "mosapride[inn]", "4-amino-5-chloro-2-ethoxy-n-{[4-(4-fluorobenzyl)-2-morpholinyl]methyl}benzamide[acd/iupac name]"}|>, "5542" -> <|"DatabaseID" -> "SW03193", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106780]}, "IsomericSmiles" -> "CCOc1cc(c(cc1C(=O)NCC2C[NH+](CCO2)Cc3ccc(cc3)F)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08236"]}, "OfficialNames" -> <|"China Approved Name" -> "mosapride", "Indian Approved Name" -> "mosapride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119584]}, "Synonyms" -> {"112885-41-3", "4-amino-5-chloro-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]-2-morpholinyl]methyl]benzamide", "mosapride", "4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)-2-morpholinyl)methyl)benzamide", "4-amino-5-chloro-2-ethoxy-n-{[4-(4-fluorobenzyl)morpholin-2-yl]methyl}benzamide", "4-azanyl-5-chloranyl-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]morpholin-2-yl]methyl]benzamide", "mosart (tn)", "112885-41-3[rn]", "4-amino-5-chloro-2-ethoxy-n-[4-(4-fluoro-benzyl)-morpholin-2-ylmethyl]-benzamidecitrate", "112885-42-4[rn]", "mosapride (inn)", "mosapride/4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)-2-morpholinyl)methyl)benzamide", "mosapride [inn]", "benzamide 4-amino-5-chloro-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]-2-morpholinyl]methyl]-", "citrate(as-4370)", "(4-amino-5-chloro-2-ethoxyphenyl)-n-({4-[(4-fluorophenyl)methyl]morpholin-2-yl}methyl)carboxamide", "4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)morpholin-2-yl)methyl)benzamide 2-hydroxypropane-1,2,3-tricarboxylate", "4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)morpholin-2-yl)methyl)benzamide", "mosart", "(- )-4-amino-5-chloro-2-ethoxy-n-((4-(p-fluorobenzyl)-2-morpholinyl)methyl)-benzamide.", "mosapride citrate", "4-amino-5-chloro-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]morpholin-2-yl]methyl]benzamide", "4-amino-5-chloro-2-ethoxy-n-[4-(4-fluoro-benzyl)-morpholin-2-ylmethyl]-benzamide", "4-amino-5-chloro-2-ethoxy-n-({4-[(4-fluorophenyl)methyl]morpholin-2-yl}methyl)benzamide", "mosapride[inn]", "4-amino-5-chloro-2-ethoxy-n-{[4-(4-fluorobenzyl)-2-morpholinyl]methyl}benzamide[acd/iupac name]"}|>, "5543" -> <|"DatabaseID" -> "SW03193", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106780]}, "IsomericSmiles" -> "CCOc1cc(c(cc1C(=O)NCC2C[NH+](CCO2)Cc3ccc(cc3)F)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08236"]}, "OfficialNames" -> <|"China Approved Name" -> "mosapride", "Indian Approved Name" -> "mosapride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119584]}, "Synonyms" -> {"112885-41-3", "4-amino-5-chloro-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]-2-morpholinyl]methyl]benzamide", "mosapride", "4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)-2-morpholinyl)methyl)benzamide", "4-amino-5-chloro-2-ethoxy-n-{[4-(4-fluorobenzyl)morpholin-2-yl]methyl}benzamide", "4-azanyl-5-chloranyl-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]morpholin-2-yl]methyl]benzamide", "mosart (tn)", "112885-41-3[rn]", "4-amino-5-chloro-2-ethoxy-n-[4-(4-fluoro-benzyl)-morpholin-2-ylmethyl]-benzamidecitrate", "112885-42-4[rn]", "mosapride (inn)", "mosapride/4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)-2-morpholinyl)methyl)benzamide", "mosapride [inn]", "benzamide 4-amino-5-chloro-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]-2-morpholinyl]methyl]-", "citrate(as-4370)", "(4-amino-5-chloro-2-ethoxyphenyl)-n-({4-[(4-fluorophenyl)methyl]morpholin-2-yl}methyl)carboxamide", "4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)morpholin-2-yl)methyl)benzamide 2-hydroxypropane-1,2,3-tricarboxylate", "4-amino-5-chloro-2-ethoxy-n-((4-(4-fluorobenzyl)morpholin-2-yl)methyl)benzamide", "mosart", "(- )-4-amino-5-chloro-2-ethoxy-n-((4-(p-fluorobenzyl)-2-morpholinyl)methyl)-benzamide.", "mosapride citrate", "4-amino-5-chloro-2-ethoxy-n-[[4-[(4-fluorophenyl)methyl]morpholin-2-yl]methyl]benzamide", "4-amino-5-chloro-2-ethoxy-n-[4-(4-fluoro-benzyl)-morpholin-2-ylmethyl]-benzamide", "4-amino-5-chloro-2-ethoxy-n-({4-[(4-fluorophenyl)methyl]morpholin-2-yl}methyl)benzamide", "mosapride[inn]", "4-amino-5-chloro-2-ethoxy-n-{[4-(4-fluorobenzyl)-2-morpholinyl]methyl}benzamide[acd/iupac name]"}|>, "5544" -> <|"DatabaseID" -> "SW03194", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3023"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2243]}, "IsomericSmiles" -> "CCc1c(c2ccccc2o1)C(=O)c3cc(c(c(c3)Br)[O-])Br", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01056"]}, "OfficialNames" -> <|"NPC Approved Name" -> "benzbromarone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2333]}, "Synonyms" -> {"narcaricin", "urinorm", "minuric", "normurat", "exurate", "uroleap", "uricovac", "benzbromarone", "benzbromaron", "hipurik", "desuric", "benzbromarone[wiki][inn][usan][jp15]", "benzbromaronum[latin]", "273668[beilstein]", "2-ethyl-3-(3,5-dibromo-4-hydroxybenzoyl)benzofuran", "3-(3,5-dibromo-4-hydroxybenzoyl)-2-ethylbenzofuran; (3,5-dibromo-4-hydroxyphenyl)(2-ethyl-1-benzofuran-3-yl)methanone", "3,5-dibromo-4-hydroxyphenyl 2-ethylbenzo[b]furan-3-yl ketone", "2-ethyl-3-benzofuranyl 4-hydroxy-3,5-dibromophenyl ketone", "3-[3,5-dibromo-4-hydroxybenzoyl]-2-ethylbenzofuran", "methanone (3,5-dibromo-4-hydroxyphenyl)(2-ethyl-3-benzofuranyl)-", "(3,5-dibromo-4-hydroxyphenyl)(2-ethyl-1-benzofuran-3-yl)methanone[acd/iupac name]", "uroleap (tn)", "3 5-dibromo-4-hydroxyphenyl-2-ethyl-3-benzofuranyl ketone", "benzobromarona[spanish][inn]", "methanone (3 5-dibromo-4-hydroxyphenyl)(2-ethyl-3-benzofuranyl)-", "benzbromarone [usan:ban:inn][inn][usan]", "l2214", "(3,5-dibromo-4-hydroxy-phenyl)-(2-ethylbenzofuran-3-yl)methanone", "2-ethyl-3-(3,5-dibromo-4-hydroxybenzoyl)oxaindene", "cas-3562-84-3", "l 2214-labaz", "azubromaron", "5-18-02-00335[beilstein]", "3562-84-3[rn]", "5-18-02-00335 (beilstein handbook reference)[beilstein]", "222-630-7[einecs]", "(3,5-dibromo-4-hydroxyphenyl)(2-ethyl-3-benzofuranyl)methanone", "3-(3,5-dibromo-4-hydroxybenzoyl)-2-ethylbenzofuran", "2-ethyl-3-benzofuryl 3,5-dibromo-4-hydroxyphenyl ketone", "2-ethyl-3-(3,5-dibrom-4-hydroxybenzoyl)benzofuran", "3,5-dibromo-4-hydroxyphenyl-2-ethyl-3-benzofuranyl ketone", "(2-ethyl-3-benzofuranyl)-(3,5-dibrom-4-hydroxyphenyl)keton", "l2214-labaz", "ketone 3,5-dibromo-4-hydroxyphenyl 2-ethyl-3-benzofuranyl", "benzofuran 3-(3,5-dibromo-4-hydroxybenzoyl)-2-ethyl-", "117976-90-6[rn]", "harolan", "3,5-dibromo-4-hydroxyphenyl 2-ethyl-3-benzofuranyl ketone"}|>, "5545" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5546" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5547" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5548" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5549" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5550" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5551" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5552" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5553" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5554" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5555" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5556" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5557" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5558" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5559" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5560" -> <|"DatabaseID" -> "SW03195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 72]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)C3C(C(C(O3)COP(=O)([O-])[O-])OP(=O)([O-])[O-])O)N", "OfficialNames" -> <|"Indian Approved Name" -> "quatenium 73"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73]}, "Synonyms" -> {"9h-purin-6-amine 9-(3,5-di-o-phosphonopentofuranosyl)-", "phosphoric acid mono-[5-(6-amino-purin-9-yl)-4-hydroxy-2-phosphonooxymethyl-tetrahydro-furan-3-yl]ester", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen-phosphat", "ac1l18f4", "chembl416789", "3-5-adp", "chebi:156223", "adenosine 3',5'-bisphosphate", "3',5'-adp", "9-(3,5-di-o-phosphonopentofuranosyl)-9h-purin-6-amine[acd/iupac name]", "5-(6-amino-9h-purin-9-yl)-4-hydroxy-2-[(phosphonooxy)methyl]tetrahydro-3-furanyldihydrogen phosphate", "adenosine 3'", "[5-(6-aminopurin-9-yl)-4-hydroxy-2-(phosphonooxymethyl)oxolan-3-yl] dihydrogen phosphate"}|>, "5561" -> <|"DatabaseID" -> "SW03196", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3515"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4586393]}, "IsomericSmiles" -> "CO/N=C(/c1ccco1)\\C(=O)N[C@H]2[C@@H]3N(C2=O)C(=C(CS3)COC(=O)N)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00262"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFUROXIME;CEFUROXIME SODIUM", "China Approved Name" -> "cefuroxime", "Indian Approved Name" -> "cefuroxime"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23670318]}, "Synonyms" -> {"cefuroxime", "(7r)-3-[(carbamoyloxy)methyl]-7-[(2z)-2-(furan-2-yl)-2-(methoxyimino)acetamido]-3,4-didehydrocepham-4-carboxylic acid", "cefuroximo[spanish][inn]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[[(aminocarbonyl)oxy]methyl]-7-[[(2z)-2-(2-furanyl)-2-(methoxyimino)-1-oxoethyl]amino]-8-oxo- (6r,7r)-", "cefuroxime[wiki][usan]", "(6r,7r)-7-(2-(2-furyl)glyoxylamido)-3-(hydroxymethyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylicacid 7(sup 2)-(z)-(o-methyloxime) carbamate(ester)", "cefuril", "(6r,7r)-3-[(carbamoyloxy)methyl]-7-{[(2z)-2-(2-furyl)-2-(methoxyimino)acetyl]amino}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cefuroxime free acid", "cefuroxim", "cefuroxime [usan:ban:inn][inn][usan]", "(6r,7r)-3-[(carbamoyloxy)methyl]-7-[(2z)-2-(furan-2-yl)-2-(methoxyimino)acetamido]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cephuroxime", "cefuroximum[latin]", "(6r,7r)-3-[(carbamoyloxy)methyl]-7-{[(2z)-2-(furan-2-yl)-2-(methoxyimino)acetyl]amino}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "(6r,7r)-3-carbamoyloxymethyl-7-[2-(2-furyl)-2-(methoxyimino)acetamido]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "mfcd00864889", "cefuroximum [inn_la]", "sharox", "259-560-1[einecs]", "cefuroximo", "153012-39-6[rn]", "cefuroximum", "cefuroxime (tn)", "zinacef danmark", "biofuroksym", "55268-75-2[rn]", "(6r,7r)-3-[(carbamoyloxy)methyl]-7-{[(2z)-2-furan-2-yl-2-(methoxyimino)acetyl]amino}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "kef", "bioxima", "sodium cefuroxime", "spectrazolr", "cefofix", "anaptivan", "cefumax", "colifossim", "biociclin", "cefuroxime sodium salt", "cefuroxime sodium"}|>, "5562" -> <|"DatabaseID" -> "SW03197", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106743]}, "IsomericSmiles" -> "CC[C@](C)(C#N)O[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neolinustatin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119533]}, "Synonyms" -> {"neolinustatin", "(2r)-2-{[6-o-(|a-d-glucopyranosyl)-|a-d-glucopyranosyl]oxy}-2-methylbutanenitrile", "butanenitrile", "7501-64-6", "72229-42-6[rn]", "kst-1a8054", "(2r)-2-((6-o-beta-d-glucopyranosyl-beta-d-glucopyranosyl)oxy)-2-methylbutanenitrile", "ls-45939", "ar-1a2675", "72229-42-6", "ac1l3ozh"}|>, "5563" -> <|"DatabaseID" -> "SW03198", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48409"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445620]}, "IsomericSmiles" -> "CCCCc1[nH+]cc(n1Cc2ccc(cc2)C(=O)[O-])/C=C(\\Cc3cccs3)/C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02082"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "EPROSARTAN MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282474]}, "Synonyms" -> {"teveten", "eprosartan mesylate", "regulaten", "tevetenz", "teveten sb", "teveten (tn)", "navixen", "eprosartan mesilate", "eprosartan mesylate [usan:ban][usan]", "144143-96-4[rn]", "eprosartan methanesulfonate", "4-({2-butyl-5-[(1e)-2-carboxy-3-(thiophen-2-yl)prop-1-en-1-yl]-1h-imidazol-1-yl}methyl)benzoic acidmethanesulfonate(1:1)", "4-({2-butyl-5-[(1e)-2-carboxy-3-thiophen-2-ylprop-1-en-1-yl]-1h-imidazol-1-yl}methyl)benzoic acid methanesulfonate", "sk&f-108566;", "9889741[beilstein]", "4-({2-butyl-5-[(1e)-2-carboxy-3-(2-thienyl)prop-1-en-1-yl]-1h-imidazol-1-yl}methyl)benzoicacid methanesulfonate", "eprosartan mesylate[usan]", "sk&f-108566-j;", "4-[[2-butyl-5-[(e)-2-carboxy-3-thiophen-2-ylprop-1-enyl]-1-imidazolyl]methyl]benzoic acid", "4-[[2-butyl-5-[(e)-3-oxidanyl-3-oxidanylidene-2-(thiophen-2-ylmethyl)prop-1-enyl]imidazol-1-yl]methyl]benzoic acid", "4-({2-butyl-5-[(1e)-2-carboxy-3-(2-thienyl)-1-propen-1-yl]-1h-imidazol-1-yl}methyl)benzoicacid methanesulfonate (1:1)", "chebi:48409", "sk&f; 108566-j", "futuran", "methanesulfonic acid[wiki][acd/iupac name]"}|>, "5564" -> <|"DatabaseID" -> "SW03199", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8361"], ExternalIdentifier["ChEBIID", "63618"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49400], ExternalIdentifier["ChemSpiderID", 49398]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00175"]}, "IsomericSmiles" -> "CC[C@H](C)C(=O)O[C@H]1C[C@@H](C=C2[C@H]1[C@H]([C@H](C=C2)C)CC[C@H](C[C@H](CC(=O)[O-])O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00893"]}, "OfficialNames" -> <|"China Approved Name" -> "pravastatin", "Australia Approved Name" -> "PRAVASTATIN SODIUM", "FDA Approved Drug" -> "PRAVASTATIN SODIUM"|>, "PharmGKBID" -> "PA451089", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16759173], ExternalIdentifier["PubChemCompoundID", 54687]}, "Synonyms" -> {"pravastatin sodium", "pravachol", "lipostat", "elisor", "pravaselect", "oliprevin", "mevalotin", "selipran", "vasten", "pravastatin", "prareduct", "pravastatinum [latin]", "pravastatina [spanish]", "bristacol", "pravacol", "lipemol", "pravastatine [french]", "mevinolin", "81093-37-0[rn]", "hmg-coa reductase", "selectin", "pravachol[wiki]", "ec 1.1.1.34", "pravastatinum", "selektine[wiki]", "85956-24-7[rn]", "(3r,5r)-3,5-dihydroxy-7-[(1s,2s,6s,8s,8ar)-6-hydroxy-2-methyl-8-((s)-2-methyl-butyryloxy)-1,2,6,7,8,8a-hexahydro-naphthalen-1-yl]-heptanoate", "3b-hydroxycompactin sodium salt", "sodium (3r,5r)-3,5-dihydroxy-7-((1s,2s,6s,8s,8ar)-6-hydroxy-2-methyl-8-(((s)-2-methylbutanoyl)oxy)-1,2,6,7,8,8a-hexahydronaphthalen-1-yl)heptanoate", "pravastatina", "natrium-(3r,5r)-3,5-dihydroxy-7-[(1s,2s,6s,8s,8ar)-6-hydroxy-2-methyl-8-{[(2s)-2-methylbutanoyl]oxy}-1,2,6,7,8,8a-hexahydronaphthalen-1-yl]heptanoat", "(br,dr,1s,2s,6s,8s,8ar)-1,2,6,7,8,8a-hexahydro-b,d,6-trihydroxy-2-methyl-8-[(2s)-2-methyl-1-oxobutoxy]-1-naphthaleneheptanoicacid monosodium salt", "pravigard pac", "pravasin", "3,5-dihydroxy-7-[6-hydroxy-2-methyl-8-(2-methyl-butyryloxy)-1,2,6,7,8,8a-hexahydro-naphthalen-1-yl]-heptanoate", "pravastatin sodium [usan:jan][jan][usan]", "pravastatine", "pravastatin sodium salt", "epastatin sodium", "115873-26-2[rn]", "[1s-[1a(bs*,ds*),2a,6a,8b(r*),8aa]]-1,2,6,7,8,8a-hexahydro-b,d,6-trihydroxy-2-methyl-8-(2-methyl-1-oxobutoxy)-1-naphthaleneheptanoic acid monosodium salt", "aplactin", "81131-73-9[rn]", "sodium (+)-(3r,5r)-3,5-dihydroxy-7-[(1s,2s,6s,8s,8ar)-6-hydroxy-2-methyl-8-[(s)-2-methylbutyryloxy]-1,2,6,7,8,8a-hexahydro-1-naphthyl]heptanoate", "pravastatin sodium (jp15/usan)[usan][jp15]", "eptastatin sodium", "lipidal", "vasen", "selectin[wiki]", "3,5-dihydroxy-7-[8-hydroxy-3-methyl-10-[1-methyl-(1s)-propylcarbonyloxy]-(1r,2s,3s,8s,10s)-bicyclo[4.4.0]deca-4,6-dien-2-yl]-(3r,5r)-sodium heptanoate", "mevalotin[wiki]", "sodium (3r,5r)-3,5-dihydroxy-7-[(1s,2s,6s,8s,8ar)-6-hydroxy-2-methyl-8-{[(2s)-2-methylbutanoyl]oxy}-1,2,6,7,8,8a-hexahydronaphthalen-1-yl]heptanoate", "pravasine", "230-711-3[einecs]", "liplat", "7287-19-6[rn]", "liprevil", "sanaprav", "87098-76-8[rn]", "pravastatinsodium", "pravastatin sodium salt", "pravastatin natrium mayrho fer", "sodium; (3r,5r)-3,5-dihydroxy-7-[(1s,2s,6s,8s,8ar)-6-hydroxy-2-methyl-8-((s)-2-methyl-butyryloxy)-1,2,6,7,8,8a-hexahydro-naphthalen-1-yl]-heptanoate", "pralidon", "81131-70-6[rn]", "pravastatinum[latin]", "(3r,5r)-3,5-dihydroxy-7-((1s,2s,6s,8s,8ar)-6-hydroxy-2-methyl-8-((s)-2-methylbutanoyloxy)-1,2,6,7,8,8a-hexahydronaphthalen-1-yl)heptanoic acid", "(+)-(3r,5r)-3,5-dihydroxy-7-[(1s,2s,6s,8s,8ar)-6-hydroxy-2-methyl-8-{[(s)-2-methylbutyryl]oxy}-1,2,6,7,8,8a-hexahydro-1-naphthyl]heptanoic acid;pravastatin acid", "(3r,5r)-3,5-dihydroxy-7-[(1s,2s,6s,8s,8ar)-6-hydroxy-2-methyl-8-((s)-2-methyl-butyryloxy)-1,2,6,7,8,8a-hexahydro-naphthalen-1-yl]-heptanoic acid", "pravastatinum [inn_la]", "(3r,5r)-3,5-dihydroxy-7-[(1s,2s,6s,8s,8ar)-6-hydroxy-2-methyl-8-{[(2s)-2-methylbutanoyl]oxy}-1,2,6,7,8,8a-hexahydro-1-naphthalenyl]heptanoic acid[acd/iupac name]", "(2r,4r)-3,5-dihydroxy-7-[(1s,2s,6s,8s,8ar)-6-hydroxy-2-methyl-8-((s)-2-methyl-butyryloxy)-1,2,6,7,8,8a-hexahydro-naphthalen-1-yl]-heptanoic acid", "pravastatin; pravastatina; pravastatine; pravastatinum", "pravastatine[french]", "pravastatin[wiki]", "(+)-(3r,5r)-3,5-dihydroxy-7-[(1s,2s,6s,8s,8ar)-6-hydroxy-2-methyl-8-{[(s)-2-methylbutyryl]oxy}-1,2,6,7,8,8a-hexahydro-1-naphthyl]heptanoic acid", "eptastatin", "(3r,5r)-3,5-dihydroxy-7-[(1s,2s,6s,8s,8ar)-6-hydroxy-2-methyl-8-{[(2s)-2-methylbutanoyl]oxy}-1,2,6,7,8,8a-hexahydronaphthalen-1-yl]heptanoic acid", "pravastatin acid", "pravastatina[spanish]"}|>, "5565" -> <|"DatabaseID" -> "SW03200", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2298546]}, "IsomericSmiles" -> "C/C(=C(\\c1ccc(cc1Cl)Cl)/OCCOc2ccc(cc2)Cl)/n3ccnc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08296"]}, "OfficialNames" -> <|"NPC Approved Name" -> "omoconazole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3033988]}, "Synonyms" -> {"omoconazole", "fungisan", "fongarex", "(z)-1-[2,4-dichloro-b-[2-(p-chlorophenoxy)ethoxy]-a-methylstyryl]imidazole", "74299-76-6[rn]", "83621-06-1[rn]", "105102-19-0[rn]", "omoconazolum[latin]", "1-[(1z)-1-[2-(4-chlorophenoxy)ethoxy]-1-(2,4-dichlorophenyl)prop-1-en-2-yl]-1h-imidazole", "omoconazol[spanish][inn]", "74512-12-2[rn]", "omoconazol", "omoconazole[inn]", "cm-8282", "omoconazol [inn-spanish]", "fongamil", "cm 8282", "1h-imidazole 1-(2-(2-(4-chlorophenoxy)ethoxy)-2-(2,4-dichlorophenyl)-1-methylethenyl)- (z)-", "1h-imidazole 1-[(z)-2-[2-(4-chlorophenoxy)ethoxy]-2-(2,4-dichlorophenyl)-1-methylethenyl]-", "omoconazolum [inn-latin]", "omoconazolum", "fangorex", "omoconazole [inn]", "(z)-1-[2-[2-(4-chlorophenoxy)ethoxy]-2-(2,4-dichlorophenyl)-1-methylethenyl]-1h-imidazole", "omoconazole (inn)", "74512-12-2"}|>, "5566" -> <|"DatabaseID" -> "SW03201", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31001"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10038]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCCC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "n-octacosanoic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10470]}, "Synonyms" -> {"octacosoic acid", "n-octacosanoic acid", "octacosansaeure", "1801616[beilstein]", "208-041-8[einecs]", "octacosancarbonsaeure", "octacosanoic acid[acd/iupac name]", "506-48-9", "octacosoate", "nsc-407311", "ch3-[ch2]26-cooh[formula]", "octacosanoic acid", "506-48-9[rn]", "montanic acid", "[506-48-9]", "st51037386", "52258-47-6[rn]", "n-octacosanoate", "n-octaeicosanoic acid", "montanate", "montanic acid[wiki]", "octaeicosanoic acid", "1-octacosanoic acid"}|>, "5567" -> <|"DatabaseID" -> "SW03202", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2297327]}, "IsomericSmiles" -> "CC/C(=C(/CC)\\c1ccc(cc1)OP(=O)([O-])[O-])/c2ccc(cc2)OP(=O)([O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00946"]}, "OfficialNames" -> <|"Indian Approved Name" -> "fosfestrol", "FDA Approved Drug" -> "DIETHYLSTILBESTROL DIPHOSPHATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3032325]}, "Synonyms" -> {"diethylstilbestrol diphosphate", "diethylstilbestryl diphosphate", "stilbestrol diphosphate", "phosphoestrolum", "st52-asta", "desdp", "honvan", "stilphostrol", "fosfestrol", "phosphestrol", "4719-75-9[rn]", "208-328-8[einecs]", "diethylstilbesterol diphosphate", "3-hexene-3,4-diylbis(4,1-phenylene)bis[dihydrogen (phosphate)]", "(e)-4,4'-(1,2-diethyl-1,1-ethenediyl)bisphenol bis(dihydrogen phosphate)", "phenol 4,4'-[(e)-1,2-diethyl-1,2-ethenediyl]bis- bis(dihydrogen phosphate)", "diethylstilbestrol diphosphate[usp]", "fosfestrolum [inn-latin]", "fosfomycin sodium[jp15]", "4-{(1e)-1-ethyl-2-[4-(oxyphosphinyloxyphosphinyl)phenyl]but-1-enyl}phenyl dihy drogen phosphate", "(3e)-hex-3-ene-3,4-diyldi-4,1-phenylene bis[dihydrogen(phosphate)]", "225-209-6[einecs]", "fosfestrol (e)-isomer", "522-40-7[rn]", "(3e)-hex-3-ene-3,4-diyldibenzene-4,1-diyl bis[dihydrogen (phosphate)]", "phenol 4,4'-(1,2-diethyl-1,2-ethenediyl)bis- bis(dihydrogen phosphate) (e)-", "a,a'-diethyl-(e)-4,4'-stilbenediol bis(dihydrogen phosphate)", "diethylstilbestrol bisphosphate", "einecs 208-328-8", "5965-09-3[rn]", "c18h22o8p2", "stilphostrol (tn)", "522-40-7 5965-09-3 4719-75-9", "fosfestrolum[latin]", "fosfestrol[wiki][jp15]", "a,a'-diethyl-4,4'-stilbenediol diphosphoric acid ester", "diethyldihydroxystilbene diphosphate", "knonvan", "honvol", "diethylstilbestrol 4,4'-diphosphoric ester", "sp-52-asta"}|>, "5568" -> <|"DatabaseID" -> "SW03203", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3011"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514935]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00542"]}, "IsomericSmiles" -> "CCOC(=O)[C@H](CCc1ccccc1)[NH2+][C@H]2CCc3ccccc3N(C2=O)CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00620"], ExternalIdentifier["KEGGID", "D07499"]}, "OfficialNames" -> <|"China Approved Name" -> "benazepril", "Indian Approved Name" -> "benazepril", "FDA Approved Drug" -> "BENAZEPRIL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448561", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362124]}, "Synonyms" -> {"benazepril", "benazepril hydrochloride", "benazeprilum [latin]", "cibacene", "lotensin", "2-[(4s)-4-[[(1s)-1-ethoxycarbonyl-3-phenyl-propyl]amino]-5-oxo-6-azabicyclo[5.4.0]undeca-7,9,11-trien-6-yl]acetic acid", "benazepril[wiki]", "ec 3.4.15.1", "86541-75-5[rn]", "dipeptidyl carboxypeptidase i", "lotensin hct (benazepril hydrochloride + hydrochlorothiazide)_mixture", "benazepril hcl", "cibacen;lotensin", "lotrel[wiki]", "briem", "[(3s)-3-({(1s)-1-[(ethyloxy)carbonyl]-3-phenylpropyl}amino)-2-oxo-2,3,4,5-tetrahydro-1h-1-benzazepin-1-yl]acetic acid", "benazapril", "angiotensin-converting enzyme somatic isoform precursor", "1h-1-benzazepine-1-acetic acid 3-[[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino]-2,3,4,5-tetrahydro-2-oxo-,(3s)-", "chebi:3011", "[(3s)-3-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}-2-oxo-2,3,4,5-tetrahydro-1h-1-benzazepin-1-yl]aceticacid", "cibacen", "cibacen;", "1h-1-benzazepine-1-acetic acid 3-((1-(ethoxycarbonyl)-3-phenylpropyl)amino)-2,3,4,5-tetrahydro-2-oxo- (s-(r*,r*))-", "lotrel", "benazcpril", "(s)-2-((s)-1-carboxymethyl-2-oxo-2,3,4,5-tetrahydro-1h-benzo[b]azepin-3-ylamino)-4-phenyl-butyric acid ethylester", "benazeprilum", "cd143 antigen", "benazepril hydrochloride", "[(3s)-3-{[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino}-2-oxo-2,3,4,5-tetrahydro-1h-1-benzazepin-1-yl]aceticacid", "benazeprilum[latin]", "86541-75-5", "2-((s)-3-(((s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl)amino)-2-oxo-2,3,4,5-tetrahydro-1h-benzo[b]azepin-1-yl)acetic acid", "lotrel (benazepril hydrochloride + amlodipine besylate)_mixture", "benzazepril", "cgs-14824-a", "86541-74-4[rn]", "kininase ii", "337376-15-5", "[s-(r*,r*)]-3-[[1-(ethoxycarbonyl)-3-phenylpropyl]amino]-2,3,4,5-tetrahydro-2-oxo-1h-1-benzazepine-1-aceticacid", "benazepril [inn:ban]", "benazepril sandoz", "forteekor "}|>, "5569" -> <|"DatabaseID" -> "SW03204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4589864]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06274"]}, "IsomericSmiles" -> "C[C@H]1C[NH+](CC[C@@]1(C)c2cccc(c2)O)C[C@H](Cc3ccccc3)C(=O)NCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02878"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ALVIMOPAN"|>, "PharmGKBID" -> "PA164754864", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5488548]}, "Synonyms" -> {"alvimopan", "ly246736", "entereg", "alvimopan anhydrous", "170098-38-1[rn]", "156053-89-3", "unii-q153v49p3z", "glycine,n-[(2s)-3-[(3r,4r)-4-(3-hydroxyphenyl)-3,4-dimethyl-1-piperidinyl]-1-oxo-2-(phenylmethyl)propyl]-", "db06274", "ac1nuqn6", "glycine,n-((2s)-2-(((3r,4r)-4-(3-hydroxyphenyl)-3,4-dimethyl-1-piperidinyl)methyl)-1-oxo-3-phenylpropyl)-", "ly 246736", "n-{(2s)-2-benzyl-3-[(3r,4r)-4-(3-hydroxyphenyl)-3,4-dimethylpiperidin-1-yl]propanoyl}glycine", "156053-89-3[rn]", "chembl270190", "glycine,n-[(2s)-2-[[(3r,4r)-4-(3-hydroxyphenyl)-3,4-dimethyl-1-piperidinyl]methyl]-1-oxo-3-phenylpropyl]-", "170098-38-1 (dihydrate)", "dor-1", "adl 8-2698", "2-((s)-2-benzyl-3-((3r,4r)-4-(3-hydroxyphenyl)-3,4-dimethylpiperidin-1-yl)propanamido)acetic acid", "alvimopan[usan]"}|>, "5570" -> <|"DatabaseID" -> "SW03204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4589864]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06274"]}, "IsomericSmiles" -> "C[C@H]1C[NH+](CC[C@@]1(C)c2cccc(c2)O)C[C@H](Cc3ccccc3)C(=O)NCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02878"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ALVIMOPAN"|>, "PharmGKBID" -> "PA164754864", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5488548]}, "Synonyms" -> {"alvimopan", "ly246736", "entereg", "alvimopan anhydrous", "170098-38-1[rn]", "156053-89-3", "unii-q153v49p3z", "glycine,n-[(2s)-3-[(3r,4r)-4-(3-hydroxyphenyl)-3,4-dimethyl-1-piperidinyl]-1-oxo-2-(phenylmethyl)propyl]-", "db06274", "ac1nuqn6", "glycine,n-((2s)-2-(((3r,4r)-4-(3-hydroxyphenyl)-3,4-dimethyl-1-piperidinyl)methyl)-1-oxo-3-phenylpropyl)-", "ly 246736", "n-{(2s)-2-benzyl-3-[(3r,4r)-4-(3-hydroxyphenyl)-3,4-dimethylpiperidin-1-yl]propanoyl}glycine", "156053-89-3[rn]", "chembl270190", "glycine,n-[(2s)-2-[[(3r,4r)-4-(3-hydroxyphenyl)-3,4-dimethyl-1-piperidinyl]methyl]-1-oxo-3-phenylpropyl]-", "170098-38-1 (dihydrate)", "dor-1", "adl 8-2698", "2-((s)-2-benzyl-3-((3r,4r)-4-(3-hydroxyphenyl)-3,4-dimethylpiperidin-1-yl)propanamido)acetic acid", "alvimopan[usan]"}|>, "5571" -> <|"DatabaseID" -> "SW03205", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59790"], ExternalIdentifier["ChEBIID", "4534"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34134], ExternalIdentifier["ChemSpiderID", 31620]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01501"]}, "IsomericSmiles" -> "c1ccc(cc1)C2(CC[NH+](CC2)CCC(C#N)(c3ccccc3)c4ccccc4)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03809"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Difenoxin", "FDA Approved Drug" -> "DIFENOXIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37193], ExternalIdentifier["PubChemCompoundID", 34328]}, "Synonyms" -> {"difenoxin", "difenoxine hydrochloride", "difenossina [dcit]", "difenoxin hydrochloride", "1-(3-cyano-3,3-diphenylpropyl)-4-phenylpiperidine-4-carboxylicacid monohydrochloride", "difenoxina", "difenoxine", "difenoxinum", "mcn-jr 15403-11", "diphenoxylic acid", "35607-36-4[rn]", "diphenoxylic acid hydrochloride", "diphenoxin", "motofen[wiki]", "252-640-7[einecs]", "motofen", "1-(3-cyano-3,3-diphenylpropyl)-4-phenylisonipecotic acid", "diphenoxilic acid", "chebi:59790", "1-(3-cyano-3,3-diphenylpropyl)-4-phenylpiperidine-4-carboxylicacid", "difenoxylic acid", "difenoxin [usan:ban:inn][inn][usan]", "difenoxinum [inn-latin]", "1-(3-cyano-3,3-diphenylpropyl)-4-phenyl-4-piperidinecarboxylicacid[acd/iupac name]", "mcn-jr 15,403-11", "lyspafen", "isonipecotic acid 1-(3-cyano-3,3-diphenylpropyl)-4-phenyl-", "isonipecotic acid,1-(3-cyano-3,3-diphenylpropyl)-4-phenyl- hydrochloride", "difenoxilic acid", "r 15403", "28782-42-5[rn]", "difenoxin hcl", "difenoxina[spanish][inn]", "motofen half-strength", "difenoxinum[latin]", "1-(3-cyano-3,3-diphenylpropyl)-4-phenylpiperidine-4-carboxylicacid hydrochloride", "4-piperidinecarboxylic acid 1-(3-cyano-3,3-diphenylpropyl)-4-phenyl-", "difenoxin[usan]", "einecs 252-640-7", "mcn-jr-15403-11", "r-15403", "4-piperidinecarboxylic acid 1-(3-cyano-3,3-diphenylpropyl)-4-phenyl- monohydrochloride", "difenoxina [inn-spanish]", "difenoxin (not >1 mg) and atropine sulfate (not <25 ug per dosage unit)"}|>, "5572" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5573" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5574" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5575" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5576" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5577" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5578" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5579" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5580" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5581" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5582" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5583" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5584" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5585" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5586" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5587" -> <|"DatabaseID" -> "SW03206", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01480"]}, "IsomericSmiles" -> "CC(C)(C1CC23C=CC1(C4C25CC[NH+](C3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Cyprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 544534]}, "Synonyms" -> {"cyprenorphine", "ac1lby6e", "db01480", "6"}|>, "5588" -> <|"DatabaseID" -> "SW03207", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31731"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445370]}, "IsomericSmiles" -> "CCCCCCCC(=O)CC[C@H]1[C@@H](C[C@@H]([C@@H]1C/C=C\\CCCC(=O)OC(C)C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01452"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "UNOPROSTONE ISOPROPYL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282175]}, "Synonyms" -> {"rescula", "unoprostone isopropyl ester", "unoprostone isopropyl", "isopropyl unoprostone", "120373-36-6[rn]", "isopropyl(5z)-7-[(1r,2r,3r,5s)-3,5-dihydroxy-2-(3-oxodecyl)cyclopentyl]hept-5-enoate (non-preferred name)", "120373-24-2", "ncgc00183877-01", "chebi:31731", "propan-2-yl (5z)-7-[(1r,2r,3r,5s)-3,5-dihydroxy-2-(3-oxodecyl)cyclopentyl]hept-5-enoate (non-preferred name)", "propan-2-yl (5z)-7-[(1r,2r,3r,5s)-3,5-dihydroxy-2-(3-oxodecyl)cyclopentyl]hept-5-enoate", "uf-021", "eescula", "uf 021", "120373-24-2[rn]", "ocuseva", "5-heptenoic acid,7-((1r,2r,3r,5s)-3,5-dihydroxy-2-(3-oxodecyl)cyclopentyl)- 1-methylethyl ester,(5z)-", "rescula (tn)", "unoprostone[inn]"}|>, "5589" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5590" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5591" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5592" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5593" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5594" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5595" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5596" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5597" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5598" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5599" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5600" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5601" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5602" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5603" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5604" -> <|"DatabaseID" -> "SW03208", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475728]}, "IsomericSmiles" -> "CCC(/C=C\\C(C)C1CCC2[C@@]1(CCC3[C@H]2CC(=O)C4=CC(=O)CC[C@]34C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "22-dihydrostigmast-4-en-36-dione;dihydrostigmast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316741]}, "Synonyms" -> {"(8s", "ac1nsuln", "22-dihydrostigmast-4-en-3,6-dione"}|>, "5605" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5606" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5607" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5608" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5609" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5610" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5611" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5612" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5613" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5614" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5615" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5616" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5617" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5618" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5619" -> <|"DatabaseID" -> "SW03209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476227]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CC[C@]3(C2(CC[C@@]4(C3CC[C@]5(C4CCC=C5C=O)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "filicenal"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317349]}, "Synonyms" -> {"ac1nsvgj", "filicenal", "(5ar"}|>, "5620" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5621" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5622" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5623" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5624" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5625" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5626" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5627" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5628" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5629" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5630" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5631" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5632" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5633" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5634" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5635" -> <|"DatabaseID" -> "SW03210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161343]}, "IsomericSmiles" -> "CC(C)C1CCC2C1(CCC3(C2(CC=C4C3CCC5C4(CCC(=O)C5(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arborinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185590]}, "Synonyms" -> {"3a", "ag-k-51856", "ac1l4h5o", "arborinone(7ci); d:c-friedo-b':a'-neo-8b", "ar-1f1517", "ac1q6oui", "25465-81-0[rn]"}|>, "5636" -> <|"DatabaseID" -> "SW03211", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110534]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@]2(CC[C@@]3(C(=CCC4[C@]3(CC[C@@H]5[C@@]4(CCC(=O)C5(C)C)C)C)[C@@H]2[C@H]1C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "amyrenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124018]}, "Synonyms" -> {"urs-12-en-3-one", "(4ar", "(4ar,6ar,6bs,8ar,11r,12s,12ar,14br)-4,4,6a,6b,8a,11,12,14b-octamethyl-1,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-octadecahydro-2h-picen-3-one", "ac1l3xqy", "638-96-0[rn]", "638-96-0", ".alpha.-amyrenone", "alpha-amyrenone"}|>, "5637" -> <|"DatabaseID" -> "SW03211", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110534]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@]2(CC[C@@]3(C(=CCC4[C@]3(CC[C@@H]5[C@@]4(CCC(=O)C5(C)C)C)C)[C@@H]2[C@H]1C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "amyrenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124018]}, "Synonyms" -> {"urs-12-en-3-one", "(4ar", "(4ar,6ar,6bs,8ar,11r,12s,12ar,14br)-4,4,6a,6b,8a,11,12,14b-octamethyl-1,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-octadecahydro-2h-picen-3-one", "ac1l3xqy", "638-96-0[rn]", "638-96-0", ".alpha.-amyrenone", "alpha-amyrenone"}|>, "5638" -> <|"DatabaseID" -> "SW03212", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83759]}, "IsomericSmiles" -> "C[C@]12CCC(C[C@H]1[C@@]3(CC[C@@H]4[C@]5(CCC(=O)C([C@@H]5CC[C@]4(C3=CC2)C)(C)C)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxerone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92785]}, "Synonyms" -> {"taraxerone", "d-friedoolean-14-en-3-one", "ac1l3oty", "514-07-8[rn]", "(4ar,6ar,8ar,12ar,12bs,14ar,14br)-4,4,6a,8a,11,11,12b,14b-octamethyl-1,4,4a,5,6,6a,8,8a,9,10,11,12,12a,12b,13,14,14a,14b-octadecahydropicen-3(2h)-one", "52628-64-5", "514-07-8", "ar-1a5479", "chebi:616424", "3(2h)-picenone 1,4,4a,5,6,6a,8,8a,9,10,11,12,12a,12b,13,14,14a,14b-octadecahydro-4,4,6a,8a,11,11,12b,14b-octamethyl- (4ar,6ar,8ar,12ar,12bs,14ar,14br)-", "(4ar", "chembl519077", "kst-1a5340"}|>, "5639" -> <|"DatabaseID" -> "SW03213", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7611"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10752065]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCC(CCCCCCCCC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "10-nonacosanol;nonacosan-10-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25240035]}, "Synonyms" -> {"10-nonacosanol", "ginnol", "nonacosan-10-ol", "2606-50-0", "chebi:7611", "1790020[beilstein]", "2606-50-0[rn]", "molport-002-510-218", "lmfa05000098", "stock1n-06795", "nsc380686", "nsc-380686", "1727225[beilstein]"}|>, "5640" -> <|"DatabaseID" -> "SW03213", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7611"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10752065]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCC(CCCCCCCCC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "10-nonacosanol;nonacosan-10-ol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25240035]}, "Synonyms" -> {"10-nonacosanol", "ginnol", "nonacosan-10-ol", "2606-50-0", "chebi:7611", "1790020[beilstein]", "2606-50-0[rn]", "molport-002-510-218", "lmfa05000098", "stock1n-06795", "nsc380686", "nsc-380686", "1727225[beilstein]"}|>, "5641" -> <|"DatabaseID" -> "SW03214", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342974]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01432"]}, "IsomericSmiles" -> "CC(C)(C(=O)NCCS(=O)(=O)[O-])Oc1ccc(cc1)C(=O)c2ccc(cc2)Cl", "OfficialNames" -> <|"FDA Approved Drug" -> "CHOLESTYRAMINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3086319]}, "Synonyms" -> {"novo-cholamine", "ls-65645", "ethanesulfonic acid 2-((2-(4-(4-chlorobenzoyl)phenoxy)-2-methyl-1-oxopropyl)amino)- compd. with cholestyramine", "ethanesulfonic acid", "cholestyramine", "questran light", "90932-92-6", "locholest light", "alfa-1081", "ac1mj5zd", "questran", "2-[[2-[4-(4-chlorobenzoyl)phenoxy]-2-methylpropanoyl]amino]ethanesulfonate", "prevalite", "locholest", "pms cholestyramine", "cholybar", "alpha-1081", "90932-92-6[rn]", "novo-cholamine light"}|>, "5642" -> <|"DatabaseID" -> "SW03215", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63616"], ExternalIdentifier["ChEBIID", "63722"]}, "IsomericSmiles" -> "c1cc(ccc1CCc2c[nH]c3c2c(=O)nc([nH]3)N)C(=O)N[C@@H](CCC(=O)[O-])C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07472"]}, "OfficialNames" -> <|"Australia Approved Name" -> "PEMETREXED DISODIUM", "FDA Approved Drug" -> "PEMETREXED;PEMETREXED DISODIUM"|>, "Synonyms" -> {"disodium(2s)-2-{[4-(2-{2-amino-4-oxo-1h,4h,7h-pyrrolo[2,3-d]pyrimidin-5-yl}ethyl)phenyl]formamido}pentanedioate", "150399-23-8 (disodium)", "dinatrium-(2s)-2-[({4-[2-(2-amino-4-oxo-4,7-dihydro-1h-pyrrolo[2,3-d]pyrimidin-5-yl)ethyl]phenyl}carbonyl)amino]pentandioat", "150399-23-8[rn]", "pemetrexed disodium (ly-231514)", "disodiumn-[p-[2-(2-amino-4,7-dihydro-4-oxo-1h-pyrrolo[2,3-d]pyrimidin-5-yl)ethyl]benzoyl]-l-glutamate", "l-glutamic acid n-[4-[2-(2-amino-4,7-dihydro-4-oxo-3h-pyrrolo[2,3-d]pyrimidin-5-yl)ethyl]benzoyl]- sodiumsalt (1:2)", "l-glutamic acid n-[4-[2-(2-amino-4,7-dihydro-4-oxo-1h-pyrrolo[2,3-d]pyrimidin-5-yl)ethyl]benzoyl]- sodiumsalt (1:2)", "alimta ly-231514", "alimta[wiki]", "disodium(2s)-2-({4-[2-(2-amino-4-oxo-4,7-dihydro-1h-pyrrolo[2,3-d]pyrimidin-5-yl)ethyl]benzoyl}amino)pentanedioate", "pemetrexeddisodium", "137281-23-3[rn]", "disodium(2s)-2-[({4-[2-(2-amino-4-oxo-4,7-dihydro-1h-pyrrolo[2,3-d]pyrimidin-5-yl)ethyl]phenyl}carbonyl)amino]pentanedioate", "pemetrexed (alimta)", "150399-23-8", "rolazar", "l-glutamic acid n-[4-[2-(2-amino-4,7-dihydro-4-oxo-1h-pyrrolo[2,3-d]pyrimidin-5-yl)ethyl]benzoyl]- disodium salt", "premetred disodium", "pemetrexed[wiki]", "pemetrexed", "n-[4-[2-(2-amino-4,7-dihydro-4-oxo-1h-pyrrolo[2,3-d]pyrimidin-5-yl)ethyl]benzoyl]-l-glutamic acid disodium salt", "alimta", "pemetrexed na", "l-glutamic acid n-(4-(2-(2-amino-4,7-dihydro-4-oxo-1h-pyrrolo(2,3-d)pyrimidin-5-yl)ethyl)benzoyl)- disodium salt", "disodiumn-{4-[2-(2-amino-4-oxo-4,7-dihydro-1h-pyrrolo[2,3-d]pyrimidin-5-yl)ethyl]benzoyl}-l-glutamate", "pemetrexed disodium[usan]", "137281-23-3/150399-23-8", "tifolar", "alimta (tn)", "n-(4-(2-(2-amino-4,7-dihydro-4-oxo-1h-pyrrolo(2,3-d)pyrimidin-5-yl)ethyl)benzoyl)-l-glutamic acid disodium salt", "130800-90-7[rn]"}|>, "5643" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5644" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5645" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5646" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5647" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5648" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5649" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5650" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5651" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5652" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5653" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5654" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5655" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5656" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5657" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5658" -> <|"DatabaseID" -> "SW03216", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478374]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4cc(c(cc4N5[C@H]2C6C(CC3=O)C(=CCOC6CC5=O)C1)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "novacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320231]}, "Synonyms" -> {"novacine"}|>, "5659" -> <|"DatabaseID" -> "SW03217", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3745"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01190"]}, "IsomericSmiles" -> "CCC[C@@H]1C[C@H]([NH+](C1)C)C(=O)NC([C@@H]2[C@@H]([C@@H]([C@H]([C@H](O2)SC)O)O)O)C(C)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00277"]}, "OfficialNames" -> <|"China Approved Name" -> "clindamycin", "WHO Essential Medicine" -> "clindamycin", "Indian Approved Name" -> "clindamycin;clindamycin phosphate", "FDA Approved Drug" -> "CLINDAMYCIN;CLINDAMYCIN HYDROCHLORIDE;CLINDAMYCIN PHOSPHATE"|>, "PharmGKBID" -> "PA449035", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29029]}, "Synonyms" -> {"clindamycin", "cleocin", "chlolincocin", "sobelin", "dalacin c", "clinimycin", "cleocin hcl", "cleocin t topical solution", "clindamicina [inn-spanish]", "7-chloro-7-deoxylincomycin", "clindagel", "cleocin t", "clindamycine [french]", "clindamycin hcl", "cleocin t lotion", "dalacin", "chlorlincocin", "clindamycin hydrochloride", "clindesse", "clindamycinum [inn-latin]", "dalacin t topical solution", "clinda-derm", "zindaclin", "dalacin c flavored granules", "evoclin", "23s ribosomal ribonucleic acid", "cleocin t gel", "dalacin c phosphate", "clindamycin phosphate", "cleocin pediatric", "residerm a", "cleocin (tn)", "clindets", "clindamycine [inn-french]", "cleocin phosphate"}|>, "5660" -> <|"DatabaseID" -> "SW03217", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3745"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01190"]}, "IsomericSmiles" -> "CCC[C@@H]1C[C@H]([NH+](C1)C)C(=O)NC([C@@H]2[C@@H]([C@@H]([C@H]([C@H](O2)SC)O)O)O)C(C)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00277"]}, "OfficialNames" -> <|"China Approved Name" -> "clindamycin", "WHO Essential Medicine" -> "clindamycin", "Indian Approved Name" -> "clindamycin;clindamycin phosphate", "FDA Approved Drug" -> "CLINDAMYCIN;CLINDAMYCIN HYDROCHLORIDE;CLINDAMYCIN PHOSPHATE"|>, "PharmGKBID" -> "PA449035", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29029]}, "Synonyms" -> {"clindamycin", "cleocin", "chlolincocin", "sobelin", "dalacin c", "clinimycin", "cleocin hcl", "cleocin t topical solution", "clindamicina [inn-spanish]", "7-chloro-7-deoxylincomycin", "clindagel", "cleocin t", "clindamycine [french]", "clindamycin hcl", "cleocin t lotion", "dalacin", "chlorlincocin", "clindamycin hydrochloride", "clindesse", "clindamycinum [inn-latin]", "dalacin t topical solution", "clinda-derm", "zindaclin", "dalacin c flavored granules", "evoclin", "23s ribosomal ribonucleic acid", "cleocin t gel", "dalacin c phosphate", "clindamycin phosphate", "cleocin pediatric", "residerm a", "cleocin (tn)", "clindets", "clindamycine [inn-french]", "cleocin phosphate"}|>, "5661" -> <|"DatabaseID" -> "SW03217", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3745"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01190"]}, "IsomericSmiles" -> "CCC[C@@H]1C[C@H]([NH+](C1)C)C(=O)NC([C@@H]2[C@@H]([C@@H]([C@H]([C@H](O2)SC)O)O)O)C(C)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00277"]}, "OfficialNames" -> <|"China Approved Name" -> "clindamycin", "WHO Essential Medicine" -> "clindamycin", "Indian Approved Name" -> "clindamycin;clindamycin phosphate", "FDA Approved Drug" -> "CLINDAMYCIN;CLINDAMYCIN HYDROCHLORIDE;CLINDAMYCIN PHOSPHATE"|>, "PharmGKBID" -> "PA449035", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29029]}, "Synonyms" -> {"clindamycin", "cleocin", "chlolincocin", "sobelin", "dalacin c", "clinimycin", "cleocin hcl", "cleocin t topical solution", "clindamicina [inn-spanish]", "7-chloro-7-deoxylincomycin", "clindagel", "cleocin t", "clindamycine [french]", "clindamycin hcl", "cleocin t lotion", "dalacin", "chlorlincocin", "clindamycin hydrochloride", "clindesse", "clindamycinum [inn-latin]", "dalacin t topical solution", "clinda-derm", "zindaclin", "dalacin c flavored granules", "evoclin", "23s ribosomal ribonucleic acid", "cleocin t gel", "dalacin c phosphate", "clindamycin phosphate", "cleocin pediatric", "residerm a", "cleocin (tn)", "clindets", "clindamycine [inn-french]", "cleocin phosphate"}|>, "5662" -> <|"DatabaseID" -> "SW03217", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3745"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01190"]}, "IsomericSmiles" -> "CCC[C@@H]1C[C@H]([NH+](C1)C)C(=O)NC([C@@H]2[C@@H]([C@@H]([C@H]([C@H](O2)SC)O)O)O)C(C)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00277"]}, "OfficialNames" -> <|"China Approved Name" -> "clindamycin", "WHO Essential Medicine" -> "clindamycin", "Indian Approved Name" -> "clindamycin;clindamycin phosphate", "FDA Approved Drug" -> "CLINDAMYCIN;CLINDAMYCIN HYDROCHLORIDE;CLINDAMYCIN PHOSPHATE"|>, "PharmGKBID" -> "PA449035", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29029]}, "Synonyms" -> {"clindamycin", "cleocin", "chlolincocin", "sobelin", "dalacin c", "clinimycin", "cleocin hcl", "cleocin t topical solution", "clindamicina [inn-spanish]", "7-chloro-7-deoxylincomycin", "clindagel", "cleocin t", "clindamycine [french]", "clindamycin hcl", "cleocin t lotion", "dalacin", "chlorlincocin", "clindamycin hydrochloride", "clindesse", "clindamycinum [inn-latin]", "dalacin t topical solution", "clinda-derm", "zindaclin", "dalacin c flavored granules", "evoclin", "23s ribosomal ribonucleic acid", "cleocin t gel", "dalacin c phosphate", "clindamycin phosphate", "cleocin pediatric", "residerm a", "cleocin (tn)", "clindets", "clindamycine [inn-french]", "cleocin phosphate"}|>, "5663" -> <|"DatabaseID" -> "SW03217", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3745"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01190"]}, "IsomericSmiles" -> "CCC[C@@H]1C[C@H]([NH+](C1)C)C(=O)NC([C@@H]2[C@@H]([C@@H]([C@H]([C@H](O2)SC)O)O)O)C(C)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00277"]}, "OfficialNames" -> <|"China Approved Name" -> "clindamycin", "WHO Essential Medicine" -> "clindamycin", "Indian Approved Name" -> "clindamycin;clindamycin phosphate", "FDA Approved Drug" -> "CLINDAMYCIN;CLINDAMYCIN HYDROCHLORIDE;CLINDAMYCIN PHOSPHATE"|>, "PharmGKBID" -> "PA449035", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29029]}, "Synonyms" -> {"clindamycin", "cleocin", "chlolincocin", "sobelin", "dalacin c", "clinimycin", "cleocin hcl", "cleocin t topical solution", "clindamicina [inn-spanish]", "7-chloro-7-deoxylincomycin", "clindagel", "cleocin t", "clindamycine [french]", "clindamycin hcl", "cleocin t lotion", "dalacin", "chlorlincocin", "clindamycin hydrochloride", "clindesse", "clindamycinum [inn-latin]", "dalacin t topical solution", "clinda-derm", "zindaclin", "dalacin c flavored granules", "evoclin", "23s ribosomal ribonucleic acid", "cleocin t gel", "dalacin c phosphate", "clindamycin phosphate", "cleocin pediatric", "residerm a", "cleocin (tn)", "clindets", "clindamycine [inn-french]", "cleocin phosphate"}|>, "5664" -> <|"DatabaseID" -> "SW03217", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3745"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01190"]}, "IsomericSmiles" -> "CCC[C@@H]1C[C@H]([NH+](C1)C)C(=O)NC([C@@H]2[C@@H]([C@@H]([C@H]([C@H](O2)SC)O)O)O)C(C)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00277"]}, "OfficialNames" -> <|"China Approved Name" -> "clindamycin", "WHO Essential Medicine" -> "clindamycin", "Indian Approved Name" -> "clindamycin;clindamycin phosphate", "FDA Approved Drug" -> "CLINDAMYCIN;CLINDAMYCIN HYDROCHLORIDE;CLINDAMYCIN PHOSPHATE"|>, "PharmGKBID" -> "PA449035", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29029]}, "Synonyms" -> {"clindamycin", "cleocin", "chlolincocin", "sobelin", "dalacin c", "clinimycin", "cleocin hcl", "cleocin t topical solution", "clindamicina [inn-spanish]", "7-chloro-7-deoxylincomycin", "clindagel", "cleocin t", "clindamycine [french]", "clindamycin hcl", "cleocin t lotion", "dalacin", "chlorlincocin", "clindamycin hydrochloride", "clindesse", "clindamycinum [inn-latin]", "dalacin t topical solution", "clinda-derm", "zindaclin", "dalacin c flavored granules", "evoclin", "23s ribosomal ribonucleic acid", "cleocin t gel", "dalacin c phosphate", "clindamycin phosphate", "cleocin pediatric", "residerm a", "cleocin (tn)", "clindets", "clindamycine [inn-french]", "cleocin phosphate"}|>, "5665" -> <|"DatabaseID" -> "SW03217", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3745"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01190"]}, "IsomericSmiles" -> "CCC[C@@H]1C[C@H]([NH+](C1)C)C(=O)NC([C@@H]2[C@@H]([C@@H]([C@H]([C@H](O2)SC)O)O)O)C(C)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00277"]}, "OfficialNames" -> <|"China Approved Name" -> "clindamycin", "WHO Essential Medicine" -> "clindamycin", "Indian Approved Name" -> "clindamycin;clindamycin phosphate", "FDA Approved Drug" -> "CLINDAMYCIN;CLINDAMYCIN HYDROCHLORIDE;CLINDAMYCIN PHOSPHATE"|>, "PharmGKBID" -> "PA449035", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29029]}, "Synonyms" -> {"clindamycin", "cleocin", "chlolincocin", "sobelin", "dalacin c", "clinimycin", "cleocin hcl", "cleocin t topical solution", "clindamicina [inn-spanish]", "7-chloro-7-deoxylincomycin", "clindagel", "cleocin t", "clindamycine [french]", "clindamycin hcl", "cleocin t lotion", "dalacin", "chlorlincocin", "clindamycin hydrochloride", "clindesse", "clindamycinum [inn-latin]", "dalacin t topical solution", "clinda-derm", "zindaclin", "dalacin c flavored granules", "evoclin", "23s ribosomal ribonucleic acid", "cleocin t gel", "dalacin c phosphate", "clindamycin phosphate", "cleocin pediatric", "residerm a", "cleocin (tn)", "clindets", "clindamycine [inn-french]", "cleocin phosphate"}|>, "5666" -> <|"DatabaseID" -> "SW03217", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3745"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01190"]}, "IsomericSmiles" -> "CCC[C@@H]1C[C@H]([NH+](C1)C)C(=O)NC([C@@H]2[C@@H]([C@@H]([C@H]([C@H](O2)SC)O)O)O)C(C)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00277"]}, "OfficialNames" -> <|"China Approved Name" -> "clindamycin", "WHO Essential Medicine" -> "clindamycin", "Indian Approved Name" -> "clindamycin;clindamycin phosphate", "FDA Approved Drug" -> "CLINDAMYCIN;CLINDAMYCIN HYDROCHLORIDE;CLINDAMYCIN PHOSPHATE"|>, "PharmGKBID" -> "PA449035", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29029]}, "Synonyms" -> {"clindamycin", "cleocin", "chlolincocin", "sobelin", "dalacin c", "clinimycin", "cleocin hcl", "cleocin t topical solution", "clindamicina [inn-spanish]", "7-chloro-7-deoxylincomycin", "clindagel", "cleocin t", "clindamycine [french]", "clindamycin hcl", "cleocin t lotion", "dalacin", "chlorlincocin", "clindamycin hydrochloride", "clindesse", "clindamycinum [inn-latin]", "dalacin t topical solution", "clinda-derm", "zindaclin", "dalacin c flavored granules", "evoclin", "23s ribosomal ribonucleic acid", "cleocin t gel", "dalacin c phosphate", "clindamycin phosphate", "cleocin pediatric", "residerm a", "cleocin (tn)", "clindets", "clindamycine [inn-french]", "cleocin phosphate"}|>, "5667" -> <|"DatabaseID" -> "SW03218", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110579]}, "IsomericSmiles" -> "C[C@@H]1c2ccc(cc2C[NH2+]1)c3ccc4c(c3OC(F)F)n(cc(c4=O)C(=O)[O-])C5CC5", "OfficialNames" -> <|"NPC Approved Name" -> "garenoxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124093]}, "Synonyms" -> {"t-3811mea", "chembl215303", "(r)-1-cyclopropyl-8-(difluoromethoxy)-7-(1-methylisoindolin-5-yl)-4-oxo-1,4-dihydroquinoline-3-carbo", "ac1l3xup", "t-3811", "ganefloxacin", "bms 284756 (*mesylate salt*)", "1-cyclopropyl-8-(difluoromethoxy)-7-((1r)-1-methylisoindolin-5-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "223652-82-2[rn]", "3-quinolinecarboxylic acid,1-cyclopropyl-8-(difluoromethoxy)-7-[(1r)-2,3-dihydro-1-methyl-1h-isoindol-5-yl]-1,4-dihydro-4-oxo-", "unii-v72h9867wb", "garenoxacin[wiki]", "194804-75-6[rn]", "194804-75-6", "bms-284756 (*mesylate salt*)", "1-cyclopropyl-8-(difluoromethoxy)-7-[(1r)-1-methyl-2,3-dihydro-1h-isoindol-5-yl]-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "(r)-1-cyclopropyl-8-(difluoromethoxy)-7-(1-methylisoindolin-5-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "garenoxacin", "1-cyclopropyl-8-(difluoromethoxy)-7-((r)-1-methylisoindolin-5-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylic acid", "t 3811"}|>, "5668" -> <|"DatabaseID" -> "SW03219", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "209807"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389981]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01331"]}, "IsomericSmiles" -> "CO[C@@]1([C@@H]2N(C1=O)C(=C(CS2)COC(=O)N)C(=O)[O-])NC(=O)Cc3cccs3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02345"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFOXITIN;CEFOXITIN SODIUM"|>, "PharmGKBID" -> "PA448856", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441199]}, "Synonyms" -> {"cefoxitin", "mefoxin", "mefoxitin", "cephoxitin", "(6r,7s)-3-[(carbamoyloxy)methyl]-7-methoxy-8-oxo-7-[(thiophen-2-ylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cfx", "cefoxitina", "cefoxitine", "cenomycin", "252-641-2[einecs]", "(6r,7s)-3-{[(aminocarbonyl)oxy]methyl}-7-(methyloxy)-8-oxo-7-[(2-thienylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "35607-66-0 (free acid)", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[[(aminocarbonyl)oxy]methyl]-7-methoxy-8-oxo-7-[(2-thienylacetyl)amino]- (6r,7s)-", "chebi:209807", "cefoxitin[usan]", "rephoxitin", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[[(aminocarbonyl)oxy]methyl]-7-methoxy-8-oxo-7-[[2-(2-thienyl)acetyl]amino]-,(6r,7s)-", "35607-66-0", "51311-17-2[rn]", "257-131-3[einecs]", "(6r,7s)-3-(hydroxymethyl)-7-methoxy-8-oxo-7-(2-(2-thienyl)acetamido)-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylicacid carbamate (ester)", "35607-66-0[rn]", "spectrum_001399", "3-carbamoyloxymethyl-7a-methoxy-7-[2-(2-thienyl)acetamido]-3-cephem-4-carboxylicacid", "cefoxitinum", "(6r,7s)-3-[(carbamoyloxy)methyl]-7-methoxy-8-oxo-7-[(2-thienylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid"}|>, "5669" -> <|"DatabaseID" -> "SW03220", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3504"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4891496]}, "IsomericSmiles" -> "COCC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)/C(=N\\OC)/c3csc(n3)N)SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07650"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cefpodoxime"|>, "PharmGKBID" -> "PA164746385", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6335986]}, "Synonyms" -> {"cefpodoxim acid", "cefpodoximum", "cefpodoxima", "cefpodoxime", "epoxim", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-(methoxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "(6r,7r)-7-({(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-[(methyloxy)imino]acetyl}amino)-3-[(methyloxy)methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "chembl1672", "epoxim (tn)", "(6r-(6a,7b(z)))-7-(((2-amino-4-thiazolyl)(methoxyimino)acetyl)amino)-3-(methoxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "80210-62-4[rn]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-3-(methoxymethyl)-8-oxo- (6r,7r)-", "ac1o3s8j", "u 76253a", "cefpodoxime[wiki]", "82619-04-3[rn]", "cefpodoximum [inn_la]", "tl8005407", "cpdx", "cefpodoxime (inn)", "chebi:606443"}|>, "5670" -> <|"DatabaseID" -> "SW03221", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10195108]}, "IsomericSmiles" -> "CC(=CC(=O)O[C@H]1[C@@H]([C@@](Oc2c1cc3c(c2)oc(=O)cc3)(C)C)OC(=O)C=C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "decursidin"|>, "Synonyms" -> {"23027-48-7[rn]", "(6r,7s)-8,8-dimethyl-2-oxo-7,8-dihydro-2h,6h-pyrano[3,2-g]chromene-6,7-diyl bis(3-methylbut-2-enoate)", "2-butenoic acid 3-methyl-,(6r,7s)-7,8-dihydro-8,8-dimethyl-2-oxo-2h,6h-benzo[1,2-b:5,4-b']dipyran-6,7-diylester", "decursidin"}|>, "5671" -> <|"DatabaseID" -> "SW03222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2298542]}, "IsomericSmiles" -> "CCOC(=O)OCC/C(=C(\\C)/N(Cc1cnc(nc1N)C)C=O)/SC(=O)OCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03292"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cetotiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3033983]}, "Synonyms" -> {"dicetamin", "dcet", "(3z)-4-{[(4-amino-2-methylpyrimidin-5-yl)methyl](formyl)amino}-3-[(ethoxycarbonyl)sulfanyl]pent-3-en-1-yl ethyl carbonate", "137-76-8[rn]", "dicethiamin", "thiocarbonic acido-ethyl ester s-ester withn-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-n-(4-hydroxy-2-mercapto-1-methyl-1-butenyl)formamide ethyl carbonate (ester)", "cetotiamine[inn]", "s-ester of o-ethylthiocarbonate with n-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-n-(4-hydroxy-2-mercapto-1-methyl-1-butenyl)formamide ethyl carbonate", "cetotiamine hydrochloride", "cetotiamine hydrochloride hydrate", "ncgc00183026-01", "cetotiaminum [inn-latin]", "cetotiaminum", "carbonicacid (3z)-4-[[(4-amino-2-methyl-5-pyrimidinyl)methyl]formylamino]-3-[(ethoxycarbonyl)thio]-3-penten-1-yl ethyl ester", "cetotiamina[spanish]", "o,s-dicarbethoxythiamine", "o", "s-ester of o-ethylthiocarbonate with n-((4-amino-2-methyl-5-pyrimidinyl)methyl)-n-(4-hydroxy-2-mercapto-1-methyl-1-butenyl)formamide ethyl carbonate", "cetotiamine", "ac1mhwos", "cetotiamina", "cetotiaminum[latin]", "o,s-bis(ethoxycarbonyl)thiamine"}|>, "5672" -> <|"DatabaseID" -> "SW03223", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17100]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01038"]}, "IsomericSmiles" -> "CCC(=O)c1ccc2c(c1)N(c3ccccc3S2)CCCN4CC[NH+](CC4)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02644"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carfenazina"|>, "PharmGKBID" -> "PA164750571", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18104]}, "Synonyms" -> {"proketazine", "proketazin", "carphenazin", "procethazine", "carfenazine", "carphenazine", "carfenazina[spanish][inn]", "9005-49-6[rn]", "1-[10-[3-[4-(2-hydroxyethyl)-1-piperazinyl]propyl]-10h-phenothiazin-2-yl]-1-propanone", "ac1l2bcq", "1-propanone 1-[10-[3-[4-(2-hydroxyethyl)-1-piperazinyl]propyl]-10h-phenothiazin-2-yl]-", "carfenazina [inn-spanish]", "1-(10-{3-[4-(2-hydroxyethyl)piperazin-1-yl]propyl}-10h-phenothiazin-2-yl)propan-1-one", "d1beta dopamine receptor", "1b", "carfenazinum[latin]", "carfenazinum [inn-latin]", "2-propionyl-10-[g-(n'-b-hydroxyethylpiperazino)propyl]phenothiazine", "carphenazine maleate", "carphenazine[wiki]", "2622-30-2[rn]", "carfenazine [inn:ban]", "d(5) dopamine receptor", "220-072-9[einecs]"}|>, "5673" -> <|"DatabaseID" -> "SW03224", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9694]}, "IsomericSmiles" -> "C[C@H]1C[C@@H]2[C@H]([C@H]([C@]3(O2)CC[C@H]4[C@@H]5CC=C6C[C@H](CC[C@@]6([C@H]5C(=O)C4=C3C)C)O)C)[NH2+]C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jervine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10098]}, "Synonyms" -> {"iervin", "469-59-0", "jerwiny [polish]", "207-417-9[einecs]", "(3b,23b)-17,23-epoxy-3-hydroxyveratraman-11-one", "4-27-00-03590 (beilstein handbook reference)[beilstein]", "jervine[wiki]", "einecs 207-417-9", "jerwiny[polish]", "jervine", "spiro(9h-benzo(a)fluorene-9,2'(3'h)-furo(3,2-b)-pyridin)-11(1h)-one 2,3,3'a,4,4',5',6,6',6a,6b,7,7',7'a,8,11a,11b-hexadecahydro-3-hydroxy- 3',6',10,11b-tetramethyl-", "spiro(9h-benzo(a)fluorene-9,2'(3'h)-furo(3,2-b)-pyridin)-11(1h)-one 2,3,3'a,4,4',5',6,6',6a,6b,7,7',7'a,8,11a,11b-hexadecahydro-3-hydroxy-3',6',10 11b-tetramethyl-", "nsc23898", "469-59-0[rn]", "11-ketocyclopamine", "nsc 7520", "17", "spiro[9h-benzo[a]fluorene-9,2'(3'h)-furo[3,2-b]pyridin]-11(1h)-one 2,3,3'a,4,4',5',6,6',6a,6b,7,7',7'a,8,11a,11b-hexadecahydro-3-hydroxy-3',6',10,11b-tetramethyl- (3s,3'r,3a's,6's,6as,6bs,7a'r,9r,11as,11br)-", "hsdb 3502", "5'-hydroxy-2',3,6,15'-tetramethyl-(1's,2'r,2'r,3r,3as,5's,6s,7ar,10's,11's)-spiro[perhydrofuro[3,2-b]pyridine-2,14'-tetracyclo[8.7.0.02,7.011,16]heptadeca-7',15'-diene]-17'-one", "brn 0059109"}|>, "5674" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5675" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5676" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5677" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5678" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5679" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5680" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5681" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5682" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5683" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5684" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5685" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5686" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5687" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5688" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5689" -> <|"DatabaseID" -> "SW03225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475146]}, "IsomericSmiles" -> "CC(C)C1CC[C@]2(C1C3C(=O)CC4[C@]5(CCCC(C5CC[C@]4(C3(CC2)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315973]}, "Synonyms" -> {"clerodone", "(3ar", "ac1nstpv"}|>, "5690" -> <|"DatabaseID" -> "SW03226", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109524]}, "IsomericSmiles" -> "CC(C)[C@H]1CCC2[C@@]1(CC[C@]3([C@]2(CC=C4C3CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fernenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122865]}, "Synonyms" -> {"3-hydroxydiploptene", "(3r", "fernenol", "4966-00-1", "ar-1a4337", "kst-1a5234", "ac1l3veq", "d:c-friedo-b':a'-neogammacer-9(11)-en-3-ol", "(3r,3ar,5ar,9s,11as,13as)-3a,5a,8,8,11a,13a-hexamethyl-3-(propan-2-yl)-2,3,3a,4,5,5a,5b,6,7,7a,8,9,10,11,11a,13,13a,13b-octadecahydro-1h-cyclopenta[a]chrysen-9-ol", "4966-00-1[rn]", "ac1q59x5", "17904-56-2[rn]"}|>, "5691" -> <|"DatabaseID" -> "SW03226", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109524]}, "IsomericSmiles" -> "CC(C)[C@H]1CCC2[C@@]1(CC[C@]3([C@]2(CC=C4C3CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fernenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122865]}, "Synonyms" -> {"3-hydroxydiploptene", "(3r", "fernenol", "4966-00-1", "ar-1a4337", "kst-1a5234", "ac1l3veq", "d:c-friedo-b':a'-neogammacer-9(11)-en-3-ol", "(3r,3ar,5ar,9s,11as,13as)-3a,5a,8,8,11a,13a-hexamethyl-3-(propan-2-yl)-2,3,3a,4,5,5a,5b,6,7,7a,8,9,10,11,11a,13,13a,13b-octadecahydro-1h-cyclopenta[a]chrysen-9-ol", "4966-00-1[rn]", "ac1q59x5", "17904-56-2[rn]"}|>, "5692" -> <|"DatabaseID" -> "SW03226", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109524]}, "IsomericSmiles" -> "CC(C)[C@H]1CCC2[C@@]1(CC[C@]3([C@]2(CC=C4C3CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fernenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122865]}, "Synonyms" -> {"3-hydroxydiploptene", "(3r", "fernenol", "4966-00-1", "ar-1a4337", "kst-1a5234", "ac1l3veq", "d:c-friedo-b':a'-neogammacer-9(11)-en-3-ol", "(3r,3ar,5ar,9s,11as,13as)-3a,5a,8,8,11a,13a-hexamethyl-3-(propan-2-yl)-2,3,3a,4,5,5a,5b,6,7,7a,8,9,10,11,11a,13,13a,13b-octadecahydro-1h-cyclopenta[a]chrysen-9-ol", "4966-00-1[rn]", "ac1q59x5", "17904-56-2[rn]"}|>, "5693" -> <|"DatabaseID" -> "SW03226", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109524]}, "IsomericSmiles" -> "CC(C)[C@H]1CCC2[C@@]1(CC[C@]3([C@]2(CC=C4C3CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fernenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122865]}, "Synonyms" -> {"3-hydroxydiploptene", "(3r", "fernenol", "4966-00-1", "ar-1a4337", "kst-1a5234", "ac1l3veq", "d:c-friedo-b':a'-neogammacer-9(11)-en-3-ol", "(3r,3ar,5ar,9s,11as,13as)-3a,5a,8,8,11a,13a-hexamethyl-3-(propan-2-yl)-2,3,3a,4,5,5a,5b,6,7,7a,8,9,10,11,11a,13,13a,13b-octadecahydro-1h-cyclopenta[a]chrysen-9-ol", "4966-00-1[rn]", "ac1q59x5", "17904-56-2[rn]"}|>, "5694" -> <|"DatabaseID" -> "SW03226", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109524]}, "IsomericSmiles" -> "CC(C)[C@H]1CCC2[C@@]1(CC[C@]3([C@]2(CC=C4C3CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fernenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122865]}, "Synonyms" -> {"3-hydroxydiploptene", "(3r", "fernenol", "4966-00-1", "ar-1a4337", "kst-1a5234", "ac1l3veq", "d:c-friedo-b':a'-neogammacer-9(11)-en-3-ol", "(3r,3ar,5ar,9s,11as,13as)-3a,5a,8,8,11a,13a-hexamethyl-3-(propan-2-yl)-2,3,3a,4,5,5a,5b,6,7,7a,8,9,10,11,11a,13,13a,13b-octadecahydro-1h-cyclopenta[a]chrysen-9-ol", "4966-00-1[rn]", "ac1q59x5", "17904-56-2[rn]"}|>, "5695" -> <|"DatabaseID" -> "SW03226", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109524]}, "IsomericSmiles" -> "CC(C)[C@H]1CCC2[C@@]1(CC[C@]3([C@]2(CC=C4C3CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fernenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122865]}, "Synonyms" -> {"3-hydroxydiploptene", "(3r", "fernenol", "4966-00-1", "ar-1a4337", "kst-1a5234", "ac1l3veq", "d:c-friedo-b':a'-neogammacer-9(11)-en-3-ol", "(3r,3ar,5ar,9s,11as,13as)-3a,5a,8,8,11a,13a-hexamethyl-3-(propan-2-yl)-2,3,3a,4,5,5a,5b,6,7,7a,8,9,10,11,11a,13,13a,13b-octadecahydro-1h-cyclopenta[a]chrysen-9-ol", "4966-00-1[rn]", "ac1q59x5", "17904-56-2[rn]"}|>, "5696" -> <|"DatabaseID" -> "SW03226", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109524]}, "IsomericSmiles" -> "CC(C)[C@H]1CCC2[C@@]1(CC[C@]3([C@]2(CC=C4C3CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fernenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122865]}, "Synonyms" -> {"3-hydroxydiploptene", "(3r", "fernenol", "4966-00-1", "ar-1a4337", "kst-1a5234", "ac1l3veq", "d:c-friedo-b':a'-neogammacer-9(11)-en-3-ol", "(3r,3ar,5ar,9s,11as,13as)-3a,5a,8,8,11a,13a-hexamethyl-3-(propan-2-yl)-2,3,3a,4,5,5a,5b,6,7,7a,8,9,10,11,11a,13,13a,13b-octadecahydro-1h-cyclopenta[a]chrysen-9-ol", "4966-00-1[rn]", "ac1q59x5", "17904-56-2[rn]"}|>, "5697" -> <|"DatabaseID" -> "SW03226", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109524]}, "IsomericSmiles" -> "CC(C)[C@H]1CCC2[C@@]1(CC[C@]3([C@]2(CC=C4C3CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fernenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122865]}, "Synonyms" -> {"3-hydroxydiploptene", "(3r", "fernenol", "4966-00-1", "ar-1a4337", "kst-1a5234", "ac1l3veq", "d:c-friedo-b':a'-neogammacer-9(11)-en-3-ol", "(3r,3ar,5ar,9s,11as,13as)-3a,5a,8,8,11a,13a-hexamethyl-3-(propan-2-yl)-2,3,3a,4,5,5a,5b,6,7,7a,8,9,10,11,11a,13,13a,13b-octadecahydro-1h-cyclopenta[a]chrysen-9-ol", "4966-00-1[rn]", "ac1q59x5", "17904-56-2[rn]"}|>, "5698" -> <|"DatabaseID" -> "SW03227", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 103120]}, "IsomericSmiles" -> "C[C@H]1[C@@H]2[C@H]3CC[C@@H]4[C@]5(CC[C@@H](C([C@@H]5CC[C@]4([C@@]3(CC[C@]2(CCC1=C)C)C)C)(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lactucerol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 115250]}, "Synonyms" -> {"anthesterin", "taraxasterol", "isolactucerol", "18alpha", "1059-14-9", "taraxast-20(30)-en-3b-ol", "ac1l3gt5", "taraxasterin", "a-lactucerol", "lmpr0106180006", "ar-1h7409", "18a,19a-urs-20(30)-en-3b-ol", "(3b,18a,19a)-urs-20(30)-en-3-ol", "urs-20(30)-en-3-ol", "1059-14-9[rn]"}|>, "5699" -> <|"DatabaseID" -> "SW03228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736026]}, "IsomericSmiles" -> "C[C@H]1C(=O)CC[C@@H]2[C@@]1(CC[C@H]3[C@]2(CC[C@@]4([C@@]3(CC[C@@](C4)(C)CCC=C(C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "shionon"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12315507]}, "Synonyms" -> {"shionone", "3b,5a,8,17ab-tetramethyl-3-(4-methyl-3-pentenyl)-d-homoandrostan-17-one", "(1r", "10376-48-4[rn]", "d:a-friedo-18", "chebi:63459", "ambap10376-48-4", "shionon", "2(1h)-chrysenone,hexadecahydro-1,4b,6a,8,10a,12a-hexamethyl-8-(4-methyl-3-penten-1-yl)-,(1r,4as,4bs,6as,8r,10ar,10bs,12as)-", "10376-48-4", "c17966", "d:a-friedo-18,19-secolup-19-en-3-one", "(1r,4as,4bs,6as,8r,10ar,10bs,12as)-1,4b,6a,8,10a,12a-hexamethyl-8-(4-methylpent-3-en-1-yl)hexadecahydrochrysen-2(1h)-one", "zinc06037228"}|>, "5700" -> <|"DatabaseID" -> "SW03229", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6570"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 228079]}, "IsomericSmiles" -> "CC(=C)[C@@H]1CC[C@]2([C@H]1[C@H]3CC[C@@H]4[C@]5(CC[C@@H](C([C@@H]5CC[C@]4([C@@]3(CC2)C)C)(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lupeol palmitate"|>, "Synonyms" -> {"208-889-9[einecs]", "clerodol", "monogynol b", "(1r,3ar,5ar,5br,7ar,9s,11ar,11br,13ar,13br)-1-isopropenyl-3a,5a,5b,8,8,11a-hexamethyl-icosahydro-cyclopenta[a]chrysen-9-ol", "lupeol", "(1r,3ar,5ar,5br,7ar,9s,11ar,11br,13ar,13br)-1-isopropenyl-3a,5a,5b,8,8,11a-hexamethylicosahydro-1h-cyclopenta[a]chrysen-9-ol", "lup-20(29)-en-3-ol (3?)-", "(3b)-lup-20(29)-en-3-ol", "fagarasterol", "b-viscol", "545-47-1[rn]", "lup-20(29)-en-3b-ol", "fagarsterol"}|>, "5701" -> <|"DatabaseID" -> "SW03230", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10352"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65921]}, "IsomericSmiles" -> "C[C@@]12CC[C@@]3(C(=CC[C@H]4[C@]3(CC[C@@H]5[C@@]4(CC[C@@H](C5(C)C)O)C)C)[C@@H]1CC(CC2)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "amyrenol;amyrin;beta-amyrenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73145]}, "Synonyms" -> {"b-amyrenol", "beta.-amyrenol", "beta.-amyrin", "amyrin", "b-amyrin", "559-70-6", "beta-amyrenol", "209-204-6[einecs]", "559-70-6[rn]", "olean-12-en-3?-ol", "(3s,4ar,6ar,6bs,8ar,12ar,14ar,14br)-4,4,6a,6b,8a,11,11,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-icosahydropicen-3-ol", "(3beta)-olean-12-en-3-ol", "olean-12-en-3b-ol", "beta-amyrin", "(3s,4ar,6ar,6bs,8ar,12ar,14ar,14br)-4,4,6a,6b,8a,11,11,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-icosahydro-3-picenol", "olean-12-en-3beta-ol", "(3s,4ar,5r,6ar,6br,8s,8ar,12ar,14ar,14br)-4,4,6a,6b,8a,11,11,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-eicosahydro-picen-3-ol", "5973-06-8[rn]"}|>, "5702" -> <|"DatabaseID" -> "SW03231", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16653"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91880]}, "IsomericSmiles" -> "C[C@H]1[C@@H]2CC[C@H]3[C@@]4(CC[C@@H]([C@]4(CC[C@@]35[C@@]2(C5)CC[C@@H]1O)C)[C@H](C)CCC(=C)C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cycloeucalenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101690]}, "Synonyms" -> {"cycloleucalenol", "cycloeucalenol", "469-39-6", "4alpha", "kst-1a5078", "ar-1a5039", "chebi:16653", "(3|a", "469-39-6[rn]", "ac1l2rck", "chembl225634"}|>, "5703" -> <|"DatabaseID" -> "SW03232", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63462"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8107883]}, "IsomericSmiles" -> "C[C@@]12CC[C@@]3([C@H]4CC=C5[C@H]([C@@]4(CC[C@]3([C@@H]1CC(CC2)(C)C)C)C)CC[C@@H](C5(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glutin-5-en-3-ol;glutinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9932254]}, "Synonyms" -> {"glutinol", "3beta-hydroxyglutin-5-ene", "3-picenol 1,2,3,4,6,6a,6b,7,8,8a,9,10,11,12,12a,12b,13,14,14a,14b-eicosahydro-4,4,6b,8a,11,11,12b,14a-octamethyl- (3s,6as,6br,8ar,12ar,12bs,14ar,14bs)-", "3beta-hydroxy-d:b-friedoolean-5-ene", "cpd-13048", "chebi:545226", "(3s", "(3s,6as,6br,8ar,12ar,12bs,14ar,14bs)-4,4,6b,8a,11,11,12b,14a-octamethyl-1,2,3,4,6,6a,6b,7,8,8a,9,10,11,12,12a,12b,13,14,14a,14b-icosahydropicen-3-ol", "chembl452242", "chebi:63462", "glutin-5-en-3beta-ol"}|>, "5704" -> <|"DatabaseID" -> "SW03233", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390292]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)[C@@H]1CC[C@]2([C@]1(CCC3=C2CC[C@@H]4[C@@]3(CC[C@@H](C4(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-euphol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441678]}, "Synonyms" -> {"euphol", "(3s,5r,10s,13s,14s)-17-((r)-1,5-dimethyl-hex-4-enyl)-4,4,10,13,14-pentamethyl-2,3,4,5,6,7,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-3-ol", "zinc04097719", "eupha-8", "lmpr0106090002", "ac1l9bgd", "514-47-6[rn]", "euphadienol", "(+)-euphol", "chembl465181", "lpha.", "514-47-6"}|>, "5705" -> <|"DatabaseID" -> "SW03234", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91492]}, "IsomericSmiles" -> "C[C@@H](CCC=C(C)C)[C@@H]1CC[C@]2([C@]1(CCC3=C2CC[C@@H]4[C@@]3(CC[C@@H](C4(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tirucallol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101257]}, "Synonyms" -> {"tirucallol", "ac1l2qg5", "514-46-5[rn]", "zinc03978489", "cpd-13277", "ar-1a4944", "kst-1a5342", "(3|a", "(+)-tirucallol", "514-46-5", "52648-13-2"}|>, "5706" -> <|"DatabaseID" -> "SW03235", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10213"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65935]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@]2(CC[C@@]3(C(=CC[C@H]4[C@]3(CC[C@@H]5[C@@]4(CC[C@@H](C5(C)C)O)C)C)[C@@H]2[C@H]1C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-amyrenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73170]}, "Synonyms" -> {"viminalol", "a-amyrin", "638-95-9", "urs-12-en-3b-ol", "urs-12-en-3?-ol", "211-352-1[einecs]", "(3s,4ar,6ar,6bs,8ar,11r,12s,12ar,14ar,14br)-4,4,6a,6b,8a,11,12,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-eicosahydro-picen-3-ol", "638-95-9[rn]", "(3s,4ar,6ar,6bs,8ar,11r,12s,12ar,14ar,14br)-4,4,6a,6b,8a,11,12,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-icosahydro-3-picenol", "4,4,6a,6b,8a,11,12,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-icosahydropicen-3-ol", "a-amyrenol", "alpha-amyrenol", "urs-12-en-3beta-ol", ".alpha.-amyrenol", "ac1l2jdt", "alpha-amyrine", "(3s,4ar,6ar,6bs,8ar,11r,12s,12ar,14ar,14br)-4,4,6a,6b,8a,11,12,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-icosahydropicen-3-ol", "urs-12-ene-3beta-ol", "alpha-amyrin"}|>, "5707" -> <|"DatabaseID" -> "SW03236", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31515"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3039]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01184"]}, "IsomericSmiles" -> "c1ccc2c(c1)[nH]c(=O)n2CCC[NH+]3CCC(CC3)n4c5ccc(cc5[nH]c4=O)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01745"]}, "OfficialNames" -> <|"Indian Approved Name" -> "domperidone"|>, "PharmGKBID" -> "PA134711056", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3151]}, "Synonyms" -> {"nauzelin", "domperidone", "motilium", "domperidon", "lopac-d-122", "57808-66-9", "apo-domperidone", "[57808-66-9]", "domperidone (jan/usan)[jan][usan]", "4-(5-chloro-2-oxo-1-benzimidazolinyl)-1-(3-(2-oxobenzimidazolinyl)propyl)piperidine", "domperidone [usan:ban:inn:jan][inn][jan][usan]", "domperidone[wiki]", "5-chloro-1-{1-[3-(2-oxo-2,3-dihydro-benzoimidazol-1-yl)-propyl]-piperidin-4-yl}-1,3-dihydro-benzoimidazol-2-one(domperidone)", "r-33,812", "ratio-domperidone", "r 33,812", "1-(3-chloropropyl)-1,3-dihydro-2h-benzimidazol-2-one", "halcinonide[wiki]", "domperidone,motilium", "5-chloro-1-[1-[3-(2-oxo-1-benzimidazolinyl)propyl]-4-piperidyl]-2-benzimidazolinone", "4-(5-chloro-2-oxo-1-benzimidazolinyl)-1-[3-(2-oxobenzimidazolinyl)propyl]piperidine", "hexal domperidon", "57808-66-9[rn]", "domidon", "5-chloro-1-(1-(3-(2-oxo-2,3-dihydro-1h-benzo[d]imidazol-1-yl)propyl)piperidin-4-yl)-1h-benzo[d]imidazol-2(3h)-one", "pms domperidone", "domperidon stada", "5-chloro-1-{1-[3-(2-oxo-2,3-dihydro-1h-benzimidazol-1-yl)propyl]piperidin-4-yl}-1,3-dihydro-2h-benzimidazol-2-one", "pms-domperidone", "nu domperidone", "domperidona", "99497-03-7[rn]", "domperidonum [inn-latin]", "5-chloro-1-{1-[3-(2-oxo-2,3-dihydro-benzoimidazol-1-yl)-propyl]-piperidin-4-yl}-1,3-dihydro-benzoimidazol-2-one", "260-968-7[einecs]", "domperidon-teva", "domperidona[spanish][inn]", "5-chloro-1-(1-(3-(2-oxo-1-benzimidazolinyl)propyl)-4-piperidyl)-2-benzimidazolinone", "5-chloro-1-[1-[3-(2-oxo-1-benzimidazolinyl)propyl]-4-piperidyl]-2- benzimidazolinone", "domperidona gamir", "2h-benzimidazol-2-one 1,3-dihydro-5-chloro-1-(1-(3-(2,3-dihydro-2-oxo-1h-benzimidazol-1-yl)propyl)-4-piperidinyl)-", "r33,812", "gastrocure", "337376-15-5", "nu-domperidone", "domperidonum[latin]", "stada domperidon", "5-chloro-1-(1-(3-(2-oxo-2,3-dihydrobenzo[d]imidazol-1-yl)propyl)piperidin-4-yl)-1h-benzo[d]imidazol-2(3h)-one", "novo-domperidone", "novo domperidone", "1-(3-(4-(5-chloro-2-oxo-2,3-dihydrobenzo[d]imidazol-1-yl)piperidin-1-yl)propyl)-1h-benzo[d]imidazol-2(3h)-one", "83898-65-1[rn]", "motilium[wiki]", "domperidonum [inn_la]", "gamir domperidona", "domperidon al", "mod", "2h-benzimidazol-2-one 5-chloro-1-(1-(3-(2,3-dihydro-2-oxo-1h-benzimidazol-1-yl)propyl)-4-piperidinyl)-1,3-dihydro-", "2h-benzimidazol-2-one 5-chloro-1-[1-[3- (2,3-dihydro-2-oxo-1h-benzimidazol-1-yl)propyl]-4-piperidinyl]-1,3-dihydro-", "5-chloro-1-[1-[3-(2,3-dihydro-2-oxo-1h-benzimidazol-1-yl)propyl]-4-piperidinyl]-1,3-dihydro-2h-benzimidazol-2-one", "motilium (tn)", "5-chloro-1-(1-(3-(2-oxo-2,3-dihydro-1h-benzimidazol-1-yl)propyl)-4-piperidinyl)-1,3-dihydro-2h-benzimidazol-2-one", "r33812", "apo domperidone", "5-chloro-1-{1-[3-(2-oxo-2,3-dihydro-1h-benzimidazol-1-yl)propyl]-4-piperidinyl}-1,3-dihydro-2h-benzimidazol-2-one[acd/iupac name]", "ratio domperidone", "2h-benzimidazol-2-one 5-chloro-1-[1-[3-(2,3-dihydro-2-oxo-1h-benzimidazol-1-yl)propyl]-4-piperidinyl]-1,3-dihydro-", "motilium motillium motinorm costi", "nsc299589", "d004294", "domperidonum", "3039-35-4", "domperidon teva", "5-24-02-00402 (beilstein handbook reference)[beilstein]", "domperidon hexal"}|>, "5708" -> <|"DatabaseID" -> "SW03237", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6970"]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)CCl)O)C)O)Cl)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08227"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mometasone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441335]}, "Synonyms" -> {"mometasone", "mometasona [spanish]", "chebi:6970", "mometasone (inn)", "(+)-mometasone", "ac1l9azp", "mometasonum [latin]", "mometasonum", "unii-8hr4qj6dw8", "mometasona"}|>, "5709" -> <|"DatabaseID" -> "SW03238", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64459]}, "IsomericSmiles" -> "CC(=O)c1ccc(c(c1)OC)OCCC[NH+]2CCC(CC2)c3c4ccc(cc4on3)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02666"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ILOPERIDONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71360]}, "Synonyms" -> {"fanapt", "zomaril", "fanapta", "iloperidone", "133454-47-4", "ethanone,1-[4-[3-[4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl]propoxy]-3-methoxyphenyl]-", "iloperidone (usan/inn)", "s1483_selleck", "1-(4-(3-(4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl)propoxy)-3-methoxyphenyl)ethanone", "ethanone,1-(4-(3-(4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl)propoxy)-3-methoxyphenyl)-", "1-(4-{3-[4-(6-fluoro-benzo[d]isoxazol-3-yl)-piperidin-1-yl]-propoxy}-3-methoxy-phenyl)-ethanone", "4'-(3-(4-(6-fluoro-1,2-benzisoxazol-3-yl)piperidino)propoxy)-3'-methoxyacetophenone", "1-(4-{3-[4-(6-fluoro-1,2-benzoxazol-3-yl)piperidin-1-yl]propoxy}-3-methoxyphenyl)ethanon", "ac1q5gsb", "hp-873", "cid71360", "fanapta;zomaril;fanapt", "1-(4-{3-[4-(6-fluoro-1,2-benzoxazol-3-yl)piperidin-1-yl]propoxy}-3-methoxyphenyl)ethanone", "fiapta", "133454-47-4[rn]", "iloperidone[wiki][inn][usan]"}|>, "5710" -> <|"DatabaseID" -> "SW03239", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 103109]}, "IsomericSmiles" -> "Cc1c(c(=O)n2c(n1)C(CCC2)O)CC[NH+]3CCC(CC3)c4c5ccc(cc5on4)F", "OfficialNames" -> <|"FDA Approved Drug" -> "PALIPERIDONE", "Indian Approved Name" -> "paliperidone"|>, "PharmGKBID" -> "PA163518919", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 115237]}, "Synonyms" -> {"144598-75-4", "9-hydroxyrisperidone", "ac1l3gs8", "6,7,8,9-tetrahydro-3-(2-(4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl)ethyl)-9-hydroxy-2-methyl-4h-pyrido[2,1-a]pyrimidin-4-one", "3-{2-[4-(6-fluoro-1,2-benzoxazol-3-yl)-1-piperidinyl]ethyl}-9-hydroxy-2-methyl-6,7,8,9-tetrahydro-4h-pyrido[1,2-a]pyrimidin-4-one[acd/iupac name]", "droxyrisperidone", "r 76477", "4h-pyrido(1,2-a)pyrimidin-4-one 3-(2-(4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl)ethyl)-6,7,8-tetrahydro-9-hydroxy-2-methyl-", "3-{2-[4-(6-fluoro-1,2-benzoxazol-3-yl)piperidin-1-yl]ethyl}-9-hydroxy-2-methyl-6,7,8,9-tetrahydro-4h-pyrido[1,2-a]pyrimidin-4-one", "147687-18-1[rn]", "invega", "3-(2-(4-(6-fluorobenzo[d]isoxazol-3-yl)piperidin-1-yl)ethyl)-9-hydroxy-2-methyl-6,7,8,9-tetrahydropyrido[1,2-a]pyrimidin-4-one", "paliperidone", "paliperidone[wiki][inn]", "4h-pyrido(2,1-a)pyrimidin-4-one 6,7,8,9-tetrahydro-3-(2-(4-(6-fluro-1,2-benzisoxazol-3-yl)-1-piperidinyl)ethyl)-9-hydroxy-2-methyl-", "130049-84-2[rn]", "9-hy", "risperidone imp. c (ep)", "chembl1621", "invega[wiki]", "144598-75-4[rn]", "130049-86-4[rn]", "4h-pyrido[1,2-a]pyrimidin-4-one 3-[2-[4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl]ethyl]-6,7,8,9-tetrahydro-9-hydroxy-2-methyl-", "paliperidone [inn]", "9-hydroxyrisperidone; 6,7,8,9-tetrahydro-3-(2-(4-(6-fluro-1,2-benzisoxazol-3-yl)-1-piperidinyl)ethyl)-9-hydroxy-2-methyl-4h-pyrido[2,1-a]pyrimidin-4-one", "(9rs)-3-[2-[4-(6-fluoro-1,2-benzisoxazol-3-yl)piperidin-1-yl]ethyl]-9-hydroxy-2-methyl-6,7,8,9-tetrahydro-4h-pyrido[1,2-a]pyrimidin-4-one"}|>, "5711" -> <|"DatabaseID" -> "SW03239", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 103109]}, "IsomericSmiles" -> "Cc1c(c(=O)n2c(n1)C(CCC2)O)CC[NH+]3CCC(CC3)c4c5ccc(cc5on4)F", "OfficialNames" -> <|"FDA Approved Drug" -> "PALIPERIDONE", "Indian Approved Name" -> "paliperidone"|>, "PharmGKBID" -> "PA163518919", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 115237]}, "Synonyms" -> {"144598-75-4", "9-hydroxyrisperidone", "ac1l3gs8", "6,7,8,9-tetrahydro-3-(2-(4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl)ethyl)-9-hydroxy-2-methyl-4h-pyrido[2,1-a]pyrimidin-4-one", "3-{2-[4-(6-fluoro-1,2-benzoxazol-3-yl)-1-piperidinyl]ethyl}-9-hydroxy-2-methyl-6,7,8,9-tetrahydro-4h-pyrido[1,2-a]pyrimidin-4-one[acd/iupac name]", "droxyrisperidone", "r 76477", "4h-pyrido(1,2-a)pyrimidin-4-one 3-(2-(4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl)ethyl)-6,7,8-tetrahydro-9-hydroxy-2-methyl-", "3-{2-[4-(6-fluoro-1,2-benzoxazol-3-yl)piperidin-1-yl]ethyl}-9-hydroxy-2-methyl-6,7,8,9-tetrahydro-4h-pyrido[1,2-a]pyrimidin-4-one", "147687-18-1[rn]", "invega", "3-(2-(4-(6-fluorobenzo[d]isoxazol-3-yl)piperidin-1-yl)ethyl)-9-hydroxy-2-methyl-6,7,8,9-tetrahydropyrido[1,2-a]pyrimidin-4-one", "paliperidone", "paliperidone[wiki][inn]", "4h-pyrido(2,1-a)pyrimidin-4-one 6,7,8,9-tetrahydro-3-(2-(4-(6-fluro-1,2-benzisoxazol-3-yl)-1-piperidinyl)ethyl)-9-hydroxy-2-methyl-", "130049-84-2[rn]", "9-hy", "risperidone imp. c (ep)", "chembl1621", "invega[wiki]", "144598-75-4[rn]", "130049-86-4[rn]", "4h-pyrido[1,2-a]pyrimidin-4-one 3-[2-[4-(6-fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl]ethyl]-6,7,8,9-tetrahydro-9-hydroxy-2-methyl-", "paliperidone [inn]", "9-hydroxyrisperidone; 6,7,8,9-tetrahydro-3-(2-(4-(6-fluro-1,2-benzisoxazol-3-yl)-1-piperidinyl)ethyl)-9-hydroxy-2-methyl-4h-pyrido[2,1-a]pyrimidin-4-one", "(9rs)-3-[2-[4-(6-fluoro-1,2-benzisoxazol-3-yl)piperidin-1-yl]ethyl]-9-hydroxy-2-methyl-6,7,8,9-tetrahydro-4h-pyrido[1,2-a]pyrimidin-4-one"}|>, "5712" -> <|"DatabaseID" -> "SW03240", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31455"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392053]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00496"]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccccc2)([C@@H]3CC[NH+](C3)CCc4ccc5c(c4)CCO5)C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01699"]}, "OfficialNames" -> <|"Indian Approved Name" -> "darifenacin hbr", "FDA Approved Drug" -> "DARIFENACIN HYDROBROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444030]}, "Synonyms" -> {"darifenacin hydrobromide", "enablex", "emselex", "darifenacin hbr", "2-{(3s)-1-[2-(2,3-dihydro-1-benzofur-5-yl)ethyl]pyrrolidin-3-yl}-2,2-diphenylacetamidhydrobromid(1:1)", "enablex (tn)", "darifenacin", "133099-07-7", "(s)-2-{1-(2-(2", "uk 88525-04 hydrobromide", "133099-07-7[rn]", "2-[(3s)-1-[2-(2", "2-{(3s)-1-[2-(2,3-dihydro-1-benzofuran-5-yl)ethyl]pyrrolidin-3-yl}-2,2-diphenylacetamide hydrobromide", "2-{(3s)-1-[2-(2,3-dihydro-1-benzofuran-5-yl)ethyl]pyrrolidin-3-yl}-2,2-diphenylacetamide hydrobromide (1:1)", "darifenacin hydrobromide (jan/usan)[jan][usan]", "enablex[wiki]", "3-pyrrolidineacetamide", "2-{(3s)-1-[2-(2,3-dihydro-1-benzofur-5-yl)ethyl]pyrrolidin-3-yl}-2,2-diphenylacetamidhydrobromid", "chebi:31455"}|>, "5713" -> <|"DatabaseID" -> "SW03240", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31455"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392053]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00496"]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccccc2)([C@@H]3CC[NH+](C3)CCc4ccc5c(c4)CCO5)C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01699"]}, "OfficialNames" -> <|"Indian Approved Name" -> "darifenacin hbr", "FDA Approved Drug" -> "DARIFENACIN HYDROBROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444030]}, "Synonyms" -> {"darifenacin hydrobromide", "enablex", "emselex", "darifenacin hbr", "2-{(3s)-1-[2-(2,3-dihydro-1-benzofur-5-yl)ethyl]pyrrolidin-3-yl}-2,2-diphenylacetamidhydrobromid(1:1)", "enablex (tn)", "darifenacin", "133099-07-7", "(s)-2-{1-(2-(2", "uk 88525-04 hydrobromide", "133099-07-7[rn]", "2-[(3s)-1-[2-(2", "2-{(3s)-1-[2-(2,3-dihydro-1-benzofuran-5-yl)ethyl]pyrrolidin-3-yl}-2,2-diphenylacetamide hydrobromide", "2-{(3s)-1-[2-(2,3-dihydro-1-benzofuran-5-yl)ethyl]pyrrolidin-3-yl}-2,2-diphenylacetamide hydrobromide (1:1)", "darifenacin hydrobromide (jan/usan)[jan][usan]", "enablex[wiki]", "3-pyrrolidineacetamide", "2-{(3s)-1-[2-(2,3-dihydro-1-benzofur-5-yl)ethyl]pyrrolidin-3-yl}-2,2-diphenylacetamidhydrobromid", "chebi:31455"}|>, "5714" -> <|"DatabaseID" -> "SW03241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4454]}, "IsomericSmiles" -> "c1ccc(cc1)C(c2ccccc2)N3CC[NH+](CC3)CCCn4c5ccccc5[nH]c4=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01773"]}, "OfficialNames" -> <|"NPC Approved Name" -> "oxatimide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4615]}, "Synonyms" -> {"celtect", "oxetal", "oxatomida", "tinset", "oxatomide", "oxatimide", "oxatomidum[latin]", "oxatimide;cenacert;fensedyl;tinset;truxa", "1-[3-(4-benzhydryl-piperazin-1-yl)-propyl]-1,3-dihydro-benzoimidazol-2-one(oxatomide)", "1-(3-(4-(diphenylmethyl)-1-piperazinyl)propyl)-1,3-dihydro-2h-benzimidazol-2-one", "oxatomide[wiki]", "1-[3-[4-(diphenylmethyl)-1-piperazinyl]propyl]-1,3-dihydro-2h-benzimidazol-2-one", "1-{3-[4-(diphenylmethyl)piperazin-1-yl]propyl}-1h-benzimidazol-2-ol", "1-(3-(4-(diphenylmethyl)-1-piperazinyl)propyl)-2-benzimidazolinone", "1-{3-[4-(diphenylmethyl)-1-piperazinyl]propyl}-1,3-dihydro-2h-benzimidazol-2-on[german][acd/iupac name]", "kw-4354", "1-[3-(4-benzhydryl-piperazin-1-yl)-propyl]-1,3-dihydro-benzoimidazol-2-one", "oxatomidum [inn-latin]", "oxatomidum", "262-320-9[einecs]", "oxatimide;", "1-[3-[4-(diphenylmethyl)-1-piperazinyl]propyl]-2-benzimidazolinone", "1h-benzimidazol-2-ol 1-[3-[4-(diphenylmethyl)-1-piperazinyl]propyl]-", "oxatomide (jan/usan)[jan][usan]", "60607-34-3", "1-{3-[4-(diphenylmethyl)piperazinyl]propyl}-3-hydrobenzimidazol-2-one", "mcn-jr 35443", "1-{3-[4-(diphenylmethyl)piperazin-1-ium-1-yl]propyl}-1h-benzimidazol-2-olate", "60607-34-3[rn]", "2h-benzimidazol-2-one 1-[3-[4-(diphenylmethyl)-1-piperazinyl]propyl]-1,3-dihydro-[acd/index name]", "celtect (tn)", "2h-benzimidazol-2-one 1-(3-(4-(diphenylmethyl)-1-piperazinyl)propyl)-1,3-dihydro-", "r 35,443", "oxatomide [usan:ban:inn:jan][inn][jan][usan]", "1-(3-(4-benzhydrylpiperazin-1-yl)propyl)-1h-benzo[d]imidazol-2(3h)-one", "1-{3-[4-(diphenylmethyl)-1-piperazinyl]propyl}-1,3-dihydro-2h-benzimidazol-2-one[acd/iupac name]", "1-{3-[4-(diphenylmethyl)piperazin-1-yl]propyl}-1,3-dihydro-2h-benzimidazol-2-one", "2h-benzimidazol-2-one 1,3-dihydro-1-(3-(4-(diphenylmethyl)-1-piperazinyl)propyl)-"}|>, "5715" -> <|"DatabaseID" -> "SW03242", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "60937"], ExternalIdentifier["ChEBIID", "6997"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31871], ExternalIdentifier["ChemSpiderID", 31872]}, "IsomericSmiles" -> "CCOC(=O)Nc1ccc2c(c1)N(c3ccccc3S2)C(=O)CC[NH+]4CCOCC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02087"], ExternalIdentifier["KEGGID", "D05077"]}, "OfficialNames" -> <|"China Approved Name" -> "moracizine", "FDA Approved Drug" -> "MORICIZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164747738", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 34632], ExternalIdentifier["PubChemCompoundID", 34633]}, "Synonyms" -> {"ethmozine", "moracizine", "moricizine", "moracizina [inn-spanish]", "moricizine hydrochloride", "moracizinum", "ethmosine", "moracizine hydrochloride", "ethmozin", "etmozin", "moracizina", "moracizinum [inn-latin]", "moricizine hcl", "en-313", "ethmozine[wiki]", "ethyl [10-(3-morpholin-4-ylpropanoyl)-10h-phenothiazin-2-yl]carbamate", "moricizine[wiki]", "carbamicacid n-[10-[3-(4-morpholinyl)-1-oxopropyl]-10h-phenothiazin-2-yl]- ethyl ester", "ethoxy-n-[10-(3-morpholin-4-ylpropanoyl)phenothiazin-2-yl]carboxamide chloride", "moracizinum [inn_la]", "(10-(3-(4-morpholinyl)-1-oxopropyl)-10h-phenothiazin-2-yl)carbamic acid,ethyl ester monohydrochloride", "10-(3-morpholinopropionyl)phenothiazine-2-carbamic acid ethyl ester", "cas-31883-05-3", "ethyl-[10-(3-morpholin-4-ylpropanoyl)-10h-phenothiazin-2-yl]carbamathydrochlorid", "moracizinum[latin]", "29560-58-5", "ethyl [10-(3-morpholin-4-ylpropanoyl)-10h-phenothiazin-2-yl]carbamate hydrochloride", "10-(3-morpholinopropionyl)phenothiazine-2-carbamic acid ethyl ester monohydrochloride", "carbamicacid n-[10-[3-(4-morpholinyl)-1-oxopropyl]-10h-phenothiazin-2-yl]- ethyl ester,hydrochloride (1:1)", "sodium channel protein type v subunit alpha", "ethyl {10-[3-(4-morpholinyl)propanoyl]-10h-phenothiazin-2-yl}carbamate hydrochloride", "29560-58-5[rn]", "carbamicacid [10-[3-(4-morpholinyl)-1-oxopropyl]-10h-phenothiazin-2-yl]- ethylester monohydrochloride", "ethyl n-{10-[3-(morpholin-4-yl)propanoyl]-10h-phenothiazin-2-yl}carbamate", "carbamicacid (10-(3-(4-morpholinyl)-1-oxopropyl)-10h-phenothiazin-2-yl)- ethylester", "moricizine hydrochloride[usp]", "[10-(3-morpholin-4-yl-propionyl)-10h-phenothiazin-2-yl]-carbamic acid ethyl ester", "phenothiazine-2-carbamic acid 10-(3-morpholinopropionyl)- ethyl ester", "voltage-gated sodium channel subunit alpha nav1.5", "ethmozine (tn)", "moracizine (inn)", "hh1", "ethyl 10-(3-morpholinopropionyl)phenothiazine-2-carbamate", "ethyl (10-(3-(4-morpholinyl)-1-oxopropyl)-10h-phenothiazin-2-yl)carbamate", "ethyl 10-(3-morpholinopropionyl)phenothiazine-2-carbamate hydrochloride", "en 313", "ethyl {10-[3-(morpholin-4-yl)propanoyl]-10hh-phenothiazin-2-yl}carbamatehydrochloride", "[10-[3-(4-morpholinyl)-1-oxopropyl]-10h-phenothiazin-2-yl]carbamic acidethyl ester", "carbamicacid (10-(3-(4-morpholinyl)-1-oxopropyl)-10h-phenothiazin-2-yl)- ethylester monohydrochloride", "[10-[3-(4-morpholinyl)-1-oxopropyl]-10h-phenothiazin-2-yl]carbamic acidethyl ester monohydrochloride", "carbamicacid [10-[3-(4-morpholinyl)-1-oxopropyl]-10h-phenothiazin-2-yl]- ethylester", "ethyl {10-[3-(morpholin-4-yl)propanoyl]-10h-phenothiazin-2-yl}carbamatehydrochloride (1:1)", "250-854-5[einecs]", "ethyl {10-[3-(4-morpholinyl)propanoyl]-10h-phenothiazin-2-yl}carbamate hydrochloride (1:1)[acd/iupac name]", "phenothiazine-2-carbamic acid 10-(3-morpholinopropionyl)- ethyl ester,hydrochloride", "moracizine hcl", "moracizin", "9005-80-5[rn]", "ethyl {10-[3-(morpholin-4-yl)propanoyl]-10h-phenothiazin-2-yl}carbamate", "ethoxy-n-[10-(3-morpholin-4-ylpropanoyl)phenothiazin-2-yl]carboxamide", "moracizina[spanish][inn]", "31883-05-3[rn]", "4-(3-{2-[(ethoxycarbonyl)amino]-10h-phenothiazin-10-yl}-3-oxopropyl)morpholin-4-ium chloride", "sodium channel protein cardiac muscle alpha-subunit"}|>, "5716" -> <|"DatabaseID" -> "SW03243", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83422]}, "IsomericSmiles" -> "C[C@H](CSC(=O)c1ccccc1)C(=O)N2C[C@H](C[C@H]2C(=O)[O-])Sc3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08688"]}, "OfficialNames" -> <|"NPC Approved Name" -> "zofenopril"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92400]}, "Synonyms" -> {"zofenopril", "zoprace", "zofenil", "(4s)-1-[(2s)-3-(benzoylsulfanyl)-2-methylpropanoyl]-4-(phenylsulfanyl)-l-proline[acd/iupac name]", "zofenopril[wiki]", "81872-10-8", "(4s)-n-((s)-3-mercapto-2-methylpropionyl)-4-(phenylthio)-l-proline benzoate (ester)", "zofenoprilum[latin]", "l-proline 1-[(2s)-3-(benzoylthio)-2-methyl-1-oxopropyl]-4-(phenylthio)- (4s)-", "ncgc00167455-01", "zofenopril (inn)", "zofenil (tn)", "zofenopril [inn:ban]", "zofenoprilum [latin]", "1-(3-benzoylsulfanyl-2-methyl-propionyl)-4-phenylsulfanyl-pyrrolidine-2-carboxylic acid(zofenopril)", "(1(r*),2a,4a)-1-(3-(benzoylthio)-2-methyl-1-oxopropyl)-4-(phenylthio)-l-proline", "l-proline", "81872-10-8[rn]", "zofenoprilum", "81938-43-4[rn]"}|>, "5717" -> <|"DatabaseID" -> "SW03244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 51354]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00243"]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)C[NH+]2CCN(CC2)CC(COc3ccccc3OC)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05700"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ranolazine", "FDA Approved Drug" -> "RANOLAZINE"|>, "PharmGKBID" -> "PA164746007", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56959]}, "Synonyms" -> {"ranolazine", "ranexa", "ranolazine dihydrochloride", "(-)-ranolazine", "ranolazine 2hcl", "( -)-ranolazine", "ran4", "1-piperazineacetamide n-(2,6-dimethylphenyl)-4-(2-hydroxy-3-(2-methoxyphenoxy)propyl)-", "latixa", "rs-43285-003", "ranexa[wiki]", "n-(2,6-dimethylphenyl)-2-{4-[2-hydroxy-3-(2-methoxyphenoxy)propyl]piperazin-1-yl}acetamide", "sodium channel protein type ix subunit alpha", "1-piperazineacetamide n-(2,6-dimethylphenyl)-4-[2-hydroxy-3-(2-methoxyphenoxy)propyl]-", "95635-56-6[rn]", "n-(2,6-dimethylphenyl)-2-{4-[2-hydroxy-3-(2-methoxyphenoxy)propyl]piperazin-1-yl}acetamid", "peripheral sodium channel 1", "95635-55-5[rn]", "n-(2,6-dimethylphenyl)-2-(4-(2-hydroxy-3-(2-methoxyphenoxy)propyl)piperazin-1-yl)acetamide", "110445-25-5[rn]", "95635-55-5", "95635-55-5 95635-56-6", "hne-na", "ranolazine[wiki]", "voltage-gated sodium channel subunit alpha nav1.7", "ran d", "cvt 303", "neuroendocrine sodium channel", "142387-99-3[rn]"}|>, "5718" -> <|"DatabaseID" -> "SW03244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 51354]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00243"]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)C[NH+]2CCN(CC2)CC(COc3ccccc3OC)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05700"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ranolazine", "FDA Approved Drug" -> "RANOLAZINE"|>, "PharmGKBID" -> "PA164746007", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56959]}, "Synonyms" -> {"ranolazine", "ranexa", "ranolazine dihydrochloride", "(-)-ranolazine", "ranolazine 2hcl", "( -)-ranolazine", "ran4", "1-piperazineacetamide n-(2,6-dimethylphenyl)-4-(2-hydroxy-3-(2-methoxyphenoxy)propyl)-", "latixa", "rs-43285-003", "ranexa[wiki]", "n-(2,6-dimethylphenyl)-2-{4-[2-hydroxy-3-(2-methoxyphenoxy)propyl]piperazin-1-yl}acetamide", "sodium channel protein type ix subunit alpha", "1-piperazineacetamide n-(2,6-dimethylphenyl)-4-[2-hydroxy-3-(2-methoxyphenoxy)propyl]-", "95635-56-6[rn]", "n-(2,6-dimethylphenyl)-2-{4-[2-hydroxy-3-(2-methoxyphenoxy)propyl]piperazin-1-yl}acetamid", "peripheral sodium channel 1", "95635-55-5[rn]", "n-(2,6-dimethylphenyl)-2-(4-(2-hydroxy-3-(2-methoxyphenoxy)propyl)piperazin-1-yl)acetamide", "110445-25-5[rn]", "95635-55-5", "95635-55-5 95635-56-6", "hne-na", "ranolazine[wiki]", "voltage-gated sodium channel subunit alpha nav1.7", "ran d", "cvt 303", "neuroendocrine sodium channel", "142387-99-3[rn]"}|>, "5719" -> <|"DatabaseID" -> "SW03245", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 148552]}, "IsomericSmiles" -> "CCCCCC(=O)O[C@@]1(CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)C)C(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00949"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hydroxyprogesterone hexanoate;hydroxyprogesterone caproate", "FDA Approved Drug" -> "HYDROXYPROGESTERONE CAPROATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 169870]}, "Synonyms" -> {"hylutin", "hydroxyprogesterone caproate", "kaprogest", "hyproval", "primolut depot", "hormofort", "delalutin", "relutin", "proge", "estralutin", "lutate", "syngynon", "17a-hydroxyprogesteronecaproate", "hydroxyprogesterone hexanoate", "(1s,11s,15s,2r,10r,14r)-14-acetyl-2,15-dimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-en-14-yl hexanoate", "hexanoic acid 3,20-dioxopregn-4-en-17-yl ester", "depo-proluton", "17a-hydroxyprogesterone hexanoate", "proluton depot", "gesterol la 250", "pregn-4-ene-3,20-dione 17-((1-oxohexyl)oxy)-", "delalutin[wiki]", "17a-hydroxyprogesterone caproate", "progesterone 17-hydroxxy- hexanoate", "tl8004370", "delalutin;pharlon;proge;proluton.", "3,20-dioxopregn-4-en-17-ylhexanoat", "630-56-8[rn]", "teralutil", "makena", "3,20-dioxopregn-4-en-17-yl hexanoate[acd/iupac name]", "hexanoicacid (8r,9s,10r,13s,14s,17r)-17-acetyl-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ylester", "pregn-4-ene-3,20-dione 17-hydroxy- hexanoate", "neolutin forte", "(1s,11s,15s,2r,10r,14r)-14-acetyl-2,15-dimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0 <11,15>]heptadec-6-en-14-yl hexanoate", "delalutin;", "pharlon", "delalutin (tn)", "pregn-4-ene-3,20-dione 17-[ (1-oxohexyl)oxy]-", "hydroxyprogesterone", "17-[(1-oxohexyl)oxy]pregn-4-ene-3,20-dione", "progesterone 17-hydroxy- hexanoate", "hylutin (tn)", "(8r,9s,10r,13s,14s,17r)-17-acetyl-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl hexanoate", "pregn-4-ene-3,20-dione 17-[(1-oxohexyl)oxy]-", "17-hydroxypregn-4-ene-3,20-dione hexanoate", "component of deluteval 2x", "211-138-8[einecs]", "17-((1-oxohexyl)oxy)pregn-4-ene-3,20-dione"}|>, "5720" -> <|"DatabaseID" -> "SW03246", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141684]}, "IsomericSmiles" -> "C[C@H]1C[C@@H]2[C@H]([C@H]([C@]3(O2)CC[C@H]4[C@@H]5CC(=O)[C@H]6C[C@H](CC[C@@]6([C@H]5CC4=C3C)C)O)C)[NH2+]C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peimisine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161294]}, "Synonyms" -> {"ebeiensine", "peimisine", "peimissine", "(3s,3'r,3'as,4as,6's,6ar,6bs,7'ar,9r,11as,11br)-3-hydroxy-3',6',10,11b-tetramethylspiro[1,2,3,4,4a,6,6a,6b,7,8,11,11a-dodecahydrobenzo[a]fluorene-9,2'-3a,4,5,6,7,7a-hexahydro-3h-furo[3,2-b]pyridine]-5-one", "veratraman-6(5h)-one", "i01-16682", "spiro[9h-benzo[a]fluorene-9,2'(3'h)-furo[3,2-b]pyridin]-5(6h)-one 1,2,3,3'a,4,4',4a,5',6',6a,6b,7,7',7'a,8,11,11a,11b-octadecahydro-3-hydroxy-3',6',10,11b-tetramethyl- (3s,3'r,3a's,4as,6's,6ar,6bs,7a'r,9r,11as,11br)-", "19773-24-1[rn]", "139893-27-9[rn]", "akos015888866", "ac1l4p5m", "139893-27-9", "ar-1l8132", "ar-1l8133"}|>, "5721" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5722" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5723" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5724" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5725" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5726" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5727" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5728" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5729" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5730" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5731" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5732" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5733" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5734" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5735" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5736" -> <|"DatabaseID" -> "SW03247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4938489]}, "IsomericSmiles" -> "CC(C)C(C)/C=C/C(C)C1CCC2C1(CCC3C24C=CC5(C3(CC[C@@H](C5)O)C)OO4)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ergosterol peroxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6433319]}, "Synonyms" -> {"peroxyergosterol", "ergosterol peroxide", "ergosterol endoperoxide", "ergosterol-5", "ergosterol 5alpha", "2061-64-5[rn]", "ergosterol 5-alpha", "5-19-03-00043 (beilstein handbook reference)[beilstein]", "5", "ergosterol-5,8-peroxide", "nsc 31324", "5-alpha", "brn 0096852"}|>, "5737" -> <|"DatabaseID" -> "SW03248", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9296]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "08804"]}, "IsomericSmiles" -> "CCCCCCCCCC(=O)O[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CC(=O)CC[C@H]34)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00955"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nandrolone decanoate", "FDA Approved Drug" -> "NANDROLONE DECANOATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9677]}, "Synonyms" -> {"nandrolone decanoate", "deca-durabol", "retabolil", "deca-durabolin", "adenocorin", "salistoperm", "axedanin", "norandrostenolone decanoate", "nortestosterone decanoate", "naboline", "dimapolan", "superbolan", "deca-hybolin", "deca durabolin", "dihydrotestosterone receptor", "17b-[(1-oxodecyl)oxy]estr-4-en-3-one", "ndrolone-d", "17b-hydroxy-19-norandrost-4-en-3-one 17-decanoate", "19-nortestosterone decanoate", "anaboline depot", "decadurabolin", "retabolyl", "c003297", "ziremilon", "deca-durabolin (tn)", "206-639-3[einecs]", "deca-durobolin", "(8r,9s,10r,13s,14s,17s)-13-methyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl decanoate", "decadurobolin", "(8r,9s,10r,13s,14s,17s)-13-methyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yldecanoat", "17b-hydroxyestr-4-en-3-one 17-decanoate", "hybolin decanoate", "rougerol", "19-nortestoterone decanoate", "360-70-3[rn]", "decanoicacid 13-methyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phe", "nandrobolic l.a.", "anabolin depot", "palactin", "19-norandrostenolone decanoate", "nandrolonedecanoate"}|>, "5738" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5739" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5740" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5741" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5742" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5743" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5744" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5745" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5746" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5747" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5748" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5749" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5750" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5751" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5752" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5753" -> <|"DatabaseID" -> "SW03249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475537]}, "IsomericSmiles" -> "C[C@]12CCCC(C1CC[C@@]3(C2CCC4C3(CC[C@@H]5C46CCC5C(OC6)(C)O)C)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "adipedatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316485]}, "Synonyms" -> {"adipedatol"}|>, "5754" -> <|"DatabaseID" -> "SW03250", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106523]}, "IsomericSmiles" -> "C[C@H]1[C@H](CC[C@@H]2[C@@]1(CC[C@H]3[C@]2(CC[C@@]4([C@@]3(CC[C@@]5([C@H]4CC(CC5)(C)C)C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "epi-friedelanol;epifriedelinol;epi-friedelinol;epifriedelanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119242]}, "Synonyms" -> {"epi-friedelanol", "epifriendelanol", "3-picenol docosahydro-4,4a,6b,8a,11,11,12b,14a-octamethyl- (3s,4r,4as,6as,6br,8ar,12ar,12bs,14as,14bs)-", "epifriedelinol", "16844-71-6", "ac1l3ogk", "16844-71-6[rn]", "nsc741685", "(3s,4r,4as,6as,6br,8ar,12ar,12bs,14as,14bs)-4,4a,6b,8a,11,11,12b,14a-octamethyldocosahydropicen-3-ol", "chembl464649", "(3s", "epifriedelanol", "beta-friedelinol", "ambap16844-71-6", "ar-1i7147"}|>, "5755" -> <|"DatabaseID" -> "SW03251", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23089179]}, "IsomericSmiles" -> "c1cc(c(cc1Cl)Cl)CO/N=C(/Cn2ccnc2)\\c3ccc(cc3Cl)Cl", "OfficialNames" -> <|"FDA Approved Drug" -> "OXICONAZOLE NITRATE"|>, "PharmGKBID" -> "PA164754742", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5361463]}, "Synonyms" -> {"1-(2", "oxiconazole nitrate", "ethanone,1-(2,4-dichlorophenyl)-2-(1h-imidazol-1-yl)- o-[(2,4-dichlorophenyl)methyl]oxime (1e)-,nitrate(1:1)", "zinc03873295", "oxiconazolc nitrate", "ac1nsf85", "ac-15734", "a834675", "(1e)-n-[(2,4-dichlorobenzyl)oxy]-1-(2,4-dichlorophenyl)-2-(1h-imidazol-1-yl)ethanimine nitrate (1:1)", "64211-45-6[rn]", "(1e)-n-[(2", "db00239"}|>, "5756" -> <|"DatabaseID" -> "SW03252", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7834530]}, "IsomericSmiles" -> "c1cc(c(cc1Cl)Cl)CO/N=C(\\Cn2ccnc2)/c3ccc(cc3Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00885"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxiconazole"|>, "Synonyms" -> {"oxiconazole nitrate", "oxiconazole nitrate [usan:jan][jan][usan]", "2',4'-dichloro-2-imidazol-1-ylacetophenone (z)-(o-(2,4-dichlorobenzyl)oxime) mononitrate", "oxiconazole[wiki]", "oxistat[wiki]", "oxistat (tn)", "(z)-1-(2,4-dichlorophenyl)-2-(1h-imidazol-1-yl)ethanone o-[(2,4-dichlorophenyl)methyl]oxime mononitrate", "(1z)-n-[(2,4-dichlorobenzyl)oxy]-1-(2,4-dichlorophenyl)-2-(1h-imidazol-1-yl)ethanimine nitrate (1:1)", "ethanone,1-(2,4-dichlorophenyl)-2-(1h-imidazol-1-yl)- o-((2,4-dichlorophenyl)m", "ethanone,1-(2,4-dichlorophenyl)-2-(1h-imidazol-1-yl)- o-[(2,4-dichlorophenyl)methyl]oxime (1z)-,nitrate(1:1)", "okinazole", "(z)-1-[2-(2,4-dichlorophenyl)-2-[[(2,4-dichlorophenyl)oxy]imino]ethyl]-1h-imidazole mononitrate", "264-730-3[einecs]", "2',4'-dichloro-2-(imidazol-1-yl)acetophenoneo-(2,4-dichlorobenzyl)oximenitrate", "oceral", "sgd 301-76", "sgd-301-76", "104360-36-3[rn]", "2',4'-dichloro-2-imidazol-1-ylacetophenone (z)-(o-(2,4-dichlorobenzyl))oxime nitrate", "myfungar", "ro-13-8996", "st-813", "ro-13-8996/001", "ro 13-8996", "64211-46-7[rn]", "ethanone,1-(2,4-dichlorophenyl)-2-(1h-imidazol-1-yl)- o-((2,4-dichlorophenyl)methyl)oxime (z)-,mononitrate", "oxiconazole nitrate (jan/usan)[jan][usan]", "oxistat", "(1z)-n-[(2,4-dichlorobenzyl)oxy]-1-(2,4-dichlorophenyl)-2-(1h-imidazol-1-yl)ethanimine nitrate", "64211-45-6[rn]", "ethanone,1-(2,4-dichlorophenyl)-2-(1h-imidazol-1-yl)- o-((2,4-dichlorophenyl)methyl)oxime nitrate (z)-"}|>, "5757" -> <|"DatabaseID" -> "SW03253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392036]}, "IsomericSmiles" -> "C[NH+](C)CC(COc1ccccc1CCc2cccc(c2)OC)OC(=O)CCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01624"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sarpogrelate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5160]}, "Synonyms" -> {"anplag", "chebi:180532", "sarpogrelate", "sarpogrelate[inn]", "butanedioic acid,mono[2-(dimethylamino)-1-[[2-[2-(3-methoxyphenyl)ethyl]phenoxy]methyl]ethyl] ester hydrochloride (9ci)", "butanedioic acid 1-[2-(dimethylamino)-1-[[2-[2-(3-methoxyphenyl)ethyl]phenoxy]methyl]ethyl] ester hydrochloride; succinic acidmono-(1-dimethylaminomethyl-2-(2-[2-(3-methoxyphenyl)et hyl]phenoxy)ethyl) esterhydrochloride", "ac1q5vs0", "390229", "butanedioic acid,mono[2-(dimethylamino)-1-[[2-[2-(3-methoxyphenyl)ethyl]phenoxy]methyl]ethyl] ester hydrochloride (1:1)", "ac1l1jql", "4-{[1-(dimethylamino)-3-{2-[2-(3-methoxyphenyl)ethyl]phenoxy}propan-2-yl]oxy}-4-oxobutanoic acid hydrochloride (1:1)", "anplag (tn)", "135159-51-2[rn]", "ls-187118", "succinicacid mono-(1-dimethylaminomethyl-2-(2-[2-(3-methoxyphenyl)ethyl]phenoxy)ethyl) ester hydrochloride", "unii-19p708e787", "chembl52939", "sarpogrelate (inn)", "butanedioic acid,mono(2-(dimethylamino)-1-((2-(2-(3-methoxyphenyl)ethyl)phenoxy)methyl)ethyl) ester hydrochloride", "sarpogrelate hcl", "mci 9042 |", "stk631325", "4-((1-(dimethylamino)-3-(2-(3-methoxyphenethyl)phenoxy)propan-2-yl)oxy)-4-oxobutanoic acidhydrochloride", "[135159-51-2]", "125926-17-2[rn]", "sarpogrelate hydrochloride", "4-{[1-(dimethylamino)-3-{2-[2-(3-methoxyphenyl)ethyl]phenoxy}propan-2-yl]oxy}-4-oxobutanoic acid hydrochloride", "sarpogrelate [inn]", "sarpogrelate hydrochloride[jan]", "125926-17-2"}|>, "5758" -> <|"DatabaseID" -> "SW03253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392036]}, "IsomericSmiles" -> "C[NH+](C)CC(COc1ccccc1CCc2cccc(c2)OC)OC(=O)CCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01624"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sarpogrelate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5160]}, "Synonyms" -> {"anplag", "chebi:180532", "sarpogrelate", "sarpogrelate[inn]", "butanedioic acid,mono[2-(dimethylamino)-1-[[2-[2-(3-methoxyphenyl)ethyl]phenoxy]methyl]ethyl] ester hydrochloride (9ci)", "butanedioic acid 1-[2-(dimethylamino)-1-[[2-[2-(3-methoxyphenyl)ethyl]phenoxy]methyl]ethyl] ester hydrochloride; succinic acidmono-(1-dimethylaminomethyl-2-(2-[2-(3-methoxyphenyl)et hyl]phenoxy)ethyl) esterhydrochloride", "ac1q5vs0", "390229", "butanedioic acid,mono[2-(dimethylamino)-1-[[2-[2-(3-methoxyphenyl)ethyl]phenoxy]methyl]ethyl] ester hydrochloride (1:1)", "ac1l1jql", "4-{[1-(dimethylamino)-3-{2-[2-(3-methoxyphenyl)ethyl]phenoxy}propan-2-yl]oxy}-4-oxobutanoic acid hydrochloride (1:1)", "anplag (tn)", "135159-51-2[rn]", "ls-187118", "succinicacid mono-(1-dimethylaminomethyl-2-(2-[2-(3-methoxyphenyl)ethyl]phenoxy)ethyl) ester hydrochloride", "unii-19p708e787", "chembl52939", "sarpogrelate (inn)", "butanedioic acid,mono(2-(dimethylamino)-1-((2-(2-(3-methoxyphenyl)ethyl)phenoxy)methyl)ethyl) ester hydrochloride", "sarpogrelate hcl", "mci 9042 |", "stk631325", "4-((1-(dimethylamino)-3-(2-(3-methoxyphenethyl)phenoxy)propan-2-yl)oxy)-4-oxobutanoic acidhydrochloride", "[135159-51-2]", "125926-17-2[rn]", "sarpogrelate hydrochloride", "4-{[1-(dimethylamino)-3-{2-[2-(3-methoxyphenyl)ethyl]phenoxy}propan-2-yl]oxy}-4-oxobutanoic acid hydrochloride", "sarpogrelate [inn]", "sarpogrelate hydrochloride[jan]", "125926-17-2"}|>, "5759" -> <|"DatabaseID" -> "SW03254", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50692"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49889]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00834"]}, "IsomericSmiles" -> "CC#C[C@@]1(CC[C@@H]2[C@@]1(C[C@@H](C3=C4CCC(=O)C=C4CC[C@@H]23)c5ccc(cc5)N(C)C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00585"]}, "OfficialNames" -> <|"China Approved Name" -> "mifepristone", "WHO Essential Medicine" -> "mifepristone", "Indian Approved Name" -> "mifepristone", "FDA Approved Drug" -> "MIFEPRISTONE"|>, "PharmGKBID" -> "PA450500", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55245]}, "Synonyms" -> {"mifepristone", "corlux", "ru486", "mifeprex", "mifegyne", "ru-486", "mifepristona [spanish]", "mifepriston", "mifepristonum [latin]", "84371-65-3", "(11b,17b)-11-[4-(dimethylamino)phenyl]-17-hydroxy-17-(1-propynyl)estra-4,9-dien-3-one", "122742-25-0[rn]", "gr", "11b-[4-(n,n-dimethylamino)phenyl]-17a-(prop-1-ynyl)-d4,9-estradiene-17b-ol-3-one", "(8s,11r,13s,14s,17s)-11-[4-(dimethylamino)phenyl]-17-hydroxy-13-methyl-17-(1-propyn-1-yl)-1,2,6,7,8,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-3-one", "11-(4-dimethylamino-phenyl)-17-hydroxy-13-methyl-17-prop-1-ynyl-1,2,6,7,8,11,12,13,14,15,16,17-dodec ahydro-cyclopenta[a]phenanthren-3-one", "(11b,17b)-11-[4-(dimethylamino)phenyl]-17-hydroxy-17-(1-propynyl)-estra-4,9-dien-3-one", "mifepristonum[latin]", "vgx-410c", "tl8005515", "mifepristone (ru486)", "korlym", "mifepristone [usan:ban:inn][inn][usan]", "mifeprex (tn)", "mifestone", "ru-486;ru-38486;mifegyne;mifeprex;mifeprex", "estra-4,9-dien-3-one 11-[4-(dimethylamino)phenyl]-17-hydroxy-17-(1-propynyl)- (11b,17b)-", "(11b,17 b)-11-[4-(dimethylamino)phenyl]-17-hydroxy-17-(1-propynyl)-estra-4,9-dien-3-one", "mifepristona[spanish]", "mifeprex[wiki]", "mifepristone[wiki][usan]", "ru 486", "pictovir", "84371-65-3[rn]", "337376-15-5", "mifepristone(mifeprex)", "83203-42-3[rn]"}|>, "5760" -> <|"DatabaseID" -> "SW03255", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2284]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01128"]}, "IsomericSmiles" -> "CC(CS(=O)(=O)c1ccc(cc1)F)(C(=O)Nc2ccc(c(c2)C(F)(F)F)C#N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00961"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bicalutamide", "FDA Approved Drug" -> "BICALUTAMIDE"|>, "PharmGKBID" -> "PA164746255", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2375]}, "Synonyms" -> {"bicalutamide", "casodex", "raffolutil", "n-[4-cyano-3-(trifluoromethyl)phenyl]-3-(4-fluorophenyl)sulfonyl-2-hydroxy-2-methylpropanamide", "cosudex", "casodex (tn)", "bicalutamide[wiki]", "c053541", "casodex[wiki]", "ici 176334", "propanamide n-[4-cyano-3-(trifluoromethyl)phenyl]-3-[(4-fluorophenyl)sulfonyl]-2-hydroxy-2-methyl-", "ici-176334", "n-(4-cyano-3-(trifluoromethyl)phenyl)-3-(4-fluorophenyl)sulfonyl-2-hydroxy-2-methyl-propanamide", "90357-06-5[rn]", "s1190_selleck", "4'-cyano-3-(4-fluorophenylsulfonyl)-2-hydroxy-2-methyl-3'-(trifluoromethyl)propionanilide", "n-(4-cyano-3-trifluoromethyl-phenyl)-3-(4-fluoro-benzenesulfonyl)-2-hydroxy-2-methyl-propionamide(ici 176334)", "n-(4-cyano-3-trifluoromethyl-phenyl)-3-(4-fluoro-benzenesulfonyl)-2-hydroxy-2-methyl-propionamide", "kalumid", "dihydrotestosterone receptor", "n-[4-cyano-3-(trifluoromethyl)phenyl]-3-[(4-fluorobenzene)sulfonyl]-2-hydroxy-2-methylpropanamide", "n-[4-cyano-3-(trifluoromethyl)phenyl]-3-(4-fluorophenyl)sulfonyl-2-methyl-2-oxidanyl-propanamide", "90357-06-5", "bortezomib[wiki][inn][jan][usan]", "n-[4-cyan-3-(trifluormethyl)phenyl]-3-[(4-fluorphenyl)sulfonyl]-2-hydroxy-2-methylpropanamid", "n-(4-cyano-3-(trifluoromethyl)phenyl)-3-(4-fluorophenylsulfonyl)-2-hydroxy-2-methylpropanamide", "n-[4-cyano-3-(trifluoromethyl)phenyl]-3-[(4-fluorophenyl)sulfonyl]-2-hydroxy-2-methylpropanamide[acd/iupac name]", "casodex cosudex calutide kalumid", "calutide", "tl8005814", "n-[4-cyano-3-(trifluoromethyl)phenyl]-3-[(4-fluorophenyl)sulfonyl]-2-hydroxy-2-methylpropionanilide"}|>, "5761" -> <|"DatabaseID" -> "SW03255", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2284]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01128"]}, "IsomericSmiles" -> "CC(CS(=O)(=O)c1ccc(cc1)F)(C(=O)Nc2ccc(c(c2)C(F)(F)F)C#N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00961"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bicalutamide", "FDA Approved Drug" -> "BICALUTAMIDE"|>, "PharmGKBID" -> "PA164746255", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2375]}, "Synonyms" -> {"bicalutamide", "casodex", "raffolutil", "n-[4-cyano-3-(trifluoromethyl)phenyl]-3-(4-fluorophenyl)sulfonyl-2-hydroxy-2-methylpropanamide", "cosudex", "casodex (tn)", "bicalutamide[wiki]", "c053541", "casodex[wiki]", "ici 176334", "propanamide n-[4-cyano-3-(trifluoromethyl)phenyl]-3-[(4-fluorophenyl)sulfonyl]-2-hydroxy-2-methyl-", "ici-176334", "n-(4-cyano-3-(trifluoromethyl)phenyl)-3-(4-fluorophenyl)sulfonyl-2-hydroxy-2-methyl-propanamide", "90357-06-5[rn]", "s1190_selleck", "4'-cyano-3-(4-fluorophenylsulfonyl)-2-hydroxy-2-methyl-3'-(trifluoromethyl)propionanilide", "n-(4-cyano-3-trifluoromethyl-phenyl)-3-(4-fluoro-benzenesulfonyl)-2-hydroxy-2-methyl-propionamide(ici 176334)", "n-(4-cyano-3-trifluoromethyl-phenyl)-3-(4-fluoro-benzenesulfonyl)-2-hydroxy-2-methyl-propionamide", "kalumid", "dihydrotestosterone receptor", "n-[4-cyano-3-(trifluoromethyl)phenyl]-3-[(4-fluorobenzene)sulfonyl]-2-hydroxy-2-methylpropanamide", "n-[4-cyano-3-(trifluoromethyl)phenyl]-3-(4-fluorophenyl)sulfonyl-2-methyl-2-oxidanyl-propanamide", "90357-06-5", "bortezomib[wiki][inn][jan][usan]", "n-[4-cyan-3-(trifluormethyl)phenyl]-3-[(4-fluorphenyl)sulfonyl]-2-hydroxy-2-methylpropanamid", "n-(4-cyano-3-(trifluoromethyl)phenyl)-3-(4-fluorophenylsulfonyl)-2-hydroxy-2-methylpropanamide", "n-[4-cyano-3-(trifluoromethyl)phenyl]-3-[(4-fluorophenyl)sulfonyl]-2-hydroxy-2-methylpropanamide[acd/iupac name]", "casodex cosudex calutide kalumid", "calutide", "tl8005814", "n-[4-cyano-3-(trifluoromethyl)phenyl]-3-[(4-fluorophenyl)sulfonyl]-2-hydroxy-2-methylpropionanilide"}|>, "5762" -> <|"DatabaseID" -> "SW03257", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 163847]}, "IsomericSmiles" -> "Cc1cc2ccc(c(c2c(c1C(=O)C)O)O)c3ccc4cc(c(c(c4c3O)O)C(=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hemerocallin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 188516]}, "Synonyms" -> {"stypandrol", "hemerocallin", "99305-33-6", "53052-82-7", "53052-82-7[rn]", "99305-33-6[rn]", "1-[7-(7-acetyl-1", "ethanone,1,1'-(1,1',8,8'-tetrahydroxy-6,6'-dimethyl(2,2'-binaphthalene)-7,7'-diyl)bis-", "ac1l4myv", "ethanone", "7", "c09971"}|>, "5763" -> <|"DatabaseID" -> "SW03258", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158846]}, "IsomericSmiles" -> "COC[C@H]1Cc2cc3c(c(c2[C@H]([C@@H]1COC)c4ccc(c(c4)OC)OC)OC)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nirtetralin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182644]}, "Synonyms" -> {"naphtho(2", "( -)-nirtetralin", "78185-63-4[rn]", "50656-78-5[rn]", "nirtetralin", "ac1l4bdh", "zinc14614015", "50656-78-5", "(5r", "78185-63-4", "naphtho(2,3-d)-1,3-dioxole,5-(3,4-dimethoxyphenyl)-5,6,7,8-tetrahydro-4-methoxy-6,7-bis(methoxymethyl)- (5r,6s,7s)-rel-", "ls-193523"}|>, "5764" -> <|"DatabaseID" -> "SW03259", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 318635]}, "IsomericSmiles" -> "COC[C@@H]1Cc2cc(c3c(c2[C@@H](C1COC)c4ccc(c(c4)OC)OC)OCO3)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hypophyllanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 358902]}, "Synonyms" -> {"hypophyllanthin", "ac1l7dka", "nsc-619044", "nci60_005685", "nsc619044", "(7r", "33676-00-5[rn]"}|>, "5765" -> <|"DatabaseID" -> "SW03259", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 318635]}, "IsomericSmiles" -> "COC[C@@H]1Cc2cc(c3c(c2[C@@H](C1COC)c4ccc(c(c4)OC)OC)OCO3)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hypophyllanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 358902]}, "Synonyms" -> {"hypophyllanthin", "ac1l7dka", "nsc-619044", "nci60_005685", "nsc619044", "(7r", "33676-00-5[rn]"}|>, "5766" -> <|"DatabaseID" -> "SW03260", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3207"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444479]}, "IsomericSmiles" -> "CCCC1O[C@@H]2C[C@H]3[C@@H]4CCC5=CC(=O)C=C[C@@]5([C@H]4[C@H](C[C@@]3([C@@]2(O1)C(=O)CO)C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00246"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BUDESONIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281004]}, "Synonyms" -> {"entocort ec", "budesonide", "51333-22-3[rn]", "r-budesonide", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-5-hydroxy-6b-(2-hydroxy-acetyl)-4a,6a-dimethyl-8-propyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-7,9-dioxa-pentaleno[2,1-a]phenanthren-2-one", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-5-hydroxy-6b-(hydroxyacetyl)-4a,6a-dimethyl-8-propyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one", "entocort", "budesonide [inn_en]", "rhinocort aqua", "pulmicort flexhaler", "pulmicort", "budesonide[wiki]", "budenofalk", "rhinocort", "694438-95-4[rn]", "17-pa", "16,17-butylidenebis(oxy)-11,21-dihydroxypregna-1,4-diene-3,20-dione", "preferid", "(11b,16a)-16,17-[butylidenebis(oxy)]-11,21-dihydroxypregna-1,4-diene-3,20-dione", "pulmicort respules", "17-phenyl-(3a,5a)-androst-16-en-3-ol", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-6b-(2-hydroxyacetyl)-4a,6a-dimethyl-8-propyl- (4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-6b-glycoloyl-5-hydroxy-4a,6a-dimethyl-8-propyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one", "(6ar,6bs,7s,8as,8bs,11ar,12as,12bs)-7-hydroxy-8b-(2-hydroxyacetyl)-6a,8a-dimethyl-10-propyl-6a,6b,7,8,8a,8b,11a,12,12a,12b-decahydro-1h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-4(2h)-one", "51372-29-3[rn]", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-6b-(hydroxyacetyl)-4a,6a-dimethyl-8-propyl- (4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-", "chebi:3207", "s-1320", "51333-22-3"}|>, "5767" -> <|"DatabaseID" -> "SW03260", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3207"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444479]}, "IsomericSmiles" -> "CCCC1O[C@@H]2C[C@H]3[C@@H]4CCC5=CC(=O)C=C[C@@]5([C@H]4[C@H](C[C@@]3([C@@]2(O1)C(=O)CO)C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00246"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BUDESONIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281004]}, "Synonyms" -> {"entocort ec", "budesonide", "51333-22-3[rn]", "r-budesonide", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-5-hydroxy-6b-(2-hydroxy-acetyl)-4a,6a-dimethyl-8-propyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-7,9-dioxa-pentaleno[2,1-a]phenanthren-2-one", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-5-hydroxy-6b-(hydroxyacetyl)-4a,6a-dimethyl-8-propyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one", "entocort", "budesonide [inn_en]", "rhinocort aqua", "pulmicort flexhaler", "pulmicort", "budesonide[wiki]", "budenofalk", "rhinocort", "694438-95-4[rn]", "17-pa", "16,17-butylidenebis(oxy)-11,21-dihydroxypregna-1,4-diene-3,20-dione", "preferid", "(11b,16a)-16,17-[butylidenebis(oxy)]-11,21-dihydroxypregna-1,4-diene-3,20-dione", "pulmicort respules", "17-phenyl-(3a,5a)-androst-16-en-3-ol", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-6b-(2-hydroxyacetyl)-4a,6a-dimethyl-8-propyl- (4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-6b-glycoloyl-5-hydroxy-4a,6a-dimethyl-8-propyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one", "(6ar,6bs,7s,8as,8bs,11ar,12as,12bs)-7-hydroxy-8b-(2-hydroxyacetyl)-6a,8a-dimethyl-10-propyl-6a,6b,7,8,8a,8b,11a,12,12a,12b-decahydro-1h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-4(2h)-one", "51372-29-3[rn]", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-6b-(hydroxyacetyl)-4a,6a-dimethyl-8-propyl- (4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-", "chebi:3207", "s-1320", "51333-22-3"}|>, "5768" -> <|"DatabaseID" -> "SW03261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4588590]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00519"]}, "IsomericSmiles" -> "CCOC(=O)[C@H](CCc1ccccc1)[NH2+][C@@H](C)C(=O)N2[C@H]3CCCC[C@@H]3C[C@H]2C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00383"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRANDOLAPRIL"|>, "PharmGKBID" -> "PA451737", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5484727]}, "Synonyms" -> {"trandolapril", "mavik", "gopten", "trandolaprilum [latin]", "udrik", "preran", "odrik", "(2s,3ar,7as)-1-[(s)-n-[(s)-1-carboxy-3-phenylpropyl]alanyl]hexahydro-2-indolinecarboxylicacid 1-ethyl ester", "tarka (trandolapril + verapamil hydrochloride)_mixture", "dipeptidyl carboxypeptidase i", "mavik[wiki]", "(2s,3ar,7as)-1-(n-((1s)-1-((ethyloxy)carbonyl)-3-phenylpropyl)-l-alanyl)octahydro-1h-indole-2-carboxylic acid", "trandolaprilum[latin]", "[2s-[1[r*(r*)],2a,3aa,7ab]]-1-[2-[[1-(ethoxycarbonyl)-3-phenylpropyl]amino]-1-oxopropyl]octahydro-1h-indole-2-carboxylic acid", "1h-indole-2-carboxylic acid 1-((2s)-2-((1-(ethoxycarbonyl)-3-phenylpropyl)amino)-1-oxopropyl)octahydro- (2s,3ar,7as)-", "(2s,3ar,7as)-1-((s)-n-((s)-1-carboxy-3-phenylpropyl)alanyl)hexahydro-2-indolinecarboxylicacid 1-ethyl ester", "angiotensin-converting enzyme somatic isoform precursor", "kininase ii", "(2s,3ar,7as)-1-[(2s)-2-{[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino}propanoyl]octahydro-1h-indole-2-carboxylic acid", "(2s,3ar,7as)-1-((2s)-2-(((1s)-1-ethoxycarbonyl-3-phenyl-propyl)amino)propanoyl)-2,3,3a,4,5,6,7,7a-octahydroindole-2-carboxylicacid", "trandolapril [ban:inn][inn]", "(3ar,7as)-1-[n-[1(s)-(ethoxycarbonyl)-3-phenylpropyl]-(s)-alanyl]octahydroindole-2(s)-carboxylic acid", "87679-37-6[rn]", "cd143 antigen", "ec 3.4.15.1", "mavik (tn)", "87679-37-6", "(2s,3ar,7as)-1-[(2s)-2-[[(1s)-1-ethoxycarbonyl-3-phenyl-propyl]amino]propanoyl]-2,3,3a,4,5,6,7,7a-octahydroindole-2-carboxylicacid", "trandolaprilum", "trandolapril[wiki]", "odric", "(2s,3ar,7as)-1-[(2s)-2-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}propanoyl]octahydro-1h-indole-2-carboxylic acid(non-preferred name)", "(2s,3ar,7as)-1-[(2s)-2-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}propanoyl]-octahydro-1h-indole-2-carboxylic acid", "(2s,3ar,7as)-1-[(2s)-2-{[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino}propanoyl]octahydro-1h-indole-2-carboxylic acid(non-preferred name)"}|>, "5769" -> <|"DatabaseID" -> "SW03262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3891]}, "IsomericSmiles" -> "CC[NH+](CCCCOC(=O)c1ccc(c(c1)OC)OC)C(C)Cc2ccc(cc2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04868"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mebeverine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4031]}, "Synonyms" -> {"mebeverina[spanish][inn]", "3,4-dimethoxybenzoic acid 4-[ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino]butylester", "benzoic acid 3,4-dimethoxy- {4-[ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino]butyl} ester", "mebeverine (inn)", "mebeverine hydrochloride", "4-{ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino}butyl3,4-dimethoxybenzoate", "mebeverine[wiki][usan]", "3625-06-7[rn]", "spectrum_000435", "veratricacid 4-[ethyl(p-methoxy-a-methylphenethyl)amino]butylester", "4-(ethyl(2-(4-methoxyphenyl)-1-methylethyl)amino)butyl3,4-dimethoxybenzoate", "mebeverina [inn-spanish]", "4-[n-[2-(p-methoxyphenyl)-1-methylethyl]-n-ethylamino]butyl 3,4-dimethoxybenzoate", "prestwick0_000310", "mebeverinum [inn-latin]", "benzoic acid 3,4-dimethoxy- 4-[ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino]butyl ester", "mebeverinum[latin]", "arluy (tn)", "222-830-4[einecs]", "3,4-dimethoxybenzoic acid 4-[ethyl(p-methoxy-a-methylphenethyl)amino]butyl ester", "benzoic acid 3,4-dimethoxy- 4-(ethyl(2-(4-methoxyphenyl)-1-methylethyl)amino)butyl ester", "mebeverinum", "4-{ethyl[1-(4-methoxyphenyl)propan-2-yl]amino}butyl 3,4-dimethoxybenzoate", "3,4-dimethoxy-benzoic acid4-{ethyl-[2-(4-methoxy-phenyl)-1-methyl-ethyl]-amino}-butyl ester", "4-(ethyl{1-methyl-2-[4-(methyloxy)phenyl]ethyl}amino)butyl 3,4-bis(methyloxy)benzoate", "4-[ethyl(p-methoxy-a-methylphenethyl)amino]butyl 3,4-dimethoxybenzoate", "mebeverine [inn:ban]", "4-(ethyl(1-(4-methoxyphenyl)propan-2-yl)amino)butyl 3,4-dimethoxybenzoate", "07/06/3625", "mebeverina", "mebeverine"}|>, "5770" -> <|"DatabaseID" -> "SW03262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3891]}, "IsomericSmiles" -> "CC[NH+](CCCCOC(=O)c1ccc(c(c1)OC)OC)C(C)Cc2ccc(cc2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04868"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mebeverine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4031]}, "Synonyms" -> {"mebeverina[spanish][inn]", "3,4-dimethoxybenzoic acid 4-[ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino]butylester", "benzoic acid 3,4-dimethoxy- {4-[ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino]butyl} ester", "mebeverine (inn)", "mebeverine hydrochloride", "4-{ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino}butyl3,4-dimethoxybenzoate", "mebeverine[wiki][usan]", "3625-06-7[rn]", "spectrum_000435", "veratricacid 4-[ethyl(p-methoxy-a-methylphenethyl)amino]butylester", "4-(ethyl(2-(4-methoxyphenyl)-1-methylethyl)amino)butyl3,4-dimethoxybenzoate", "mebeverina [inn-spanish]", "4-[n-[2-(p-methoxyphenyl)-1-methylethyl]-n-ethylamino]butyl 3,4-dimethoxybenzoate", "prestwick0_000310", "mebeverinum [inn-latin]", "benzoic acid 3,4-dimethoxy- 4-[ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino]butyl ester", "mebeverinum[latin]", "arluy (tn)", "222-830-4[einecs]", "3,4-dimethoxybenzoic acid 4-[ethyl(p-methoxy-a-methylphenethyl)amino]butyl ester", "benzoic acid 3,4-dimethoxy- 4-(ethyl(2-(4-methoxyphenyl)-1-methylethyl)amino)butyl ester", "mebeverinum", "4-{ethyl[1-(4-methoxyphenyl)propan-2-yl]amino}butyl 3,4-dimethoxybenzoate", "3,4-dimethoxy-benzoic acid4-{ethyl-[2-(4-methoxy-phenyl)-1-methyl-ethyl]-amino}-butyl ester", "4-(ethyl{1-methyl-2-[4-(methyloxy)phenyl]ethyl}amino)butyl 3,4-bis(methyloxy)benzoate", "4-[ethyl(p-methoxy-a-methylphenethyl)amino]butyl 3,4-dimethoxybenzoate", "mebeverine [inn:ban]", "4-(ethyl(1-(4-methoxyphenyl)propan-2-yl)amino)butyl 3,4-dimethoxybenzoate", "07/06/3625", "mebeverina", "mebeverine"}|>, "5771" -> <|"DatabaseID" -> "SW03262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3891]}, "IsomericSmiles" -> "CC[NH+](CCCCOC(=O)c1ccc(c(c1)OC)OC)C(C)Cc2ccc(cc2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04868"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mebeverine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4031]}, "Synonyms" -> {"mebeverina[spanish][inn]", "3,4-dimethoxybenzoic acid 4-[ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino]butylester", "benzoic acid 3,4-dimethoxy- {4-[ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino]butyl} ester", "mebeverine (inn)", "mebeverine hydrochloride", "4-{ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino}butyl3,4-dimethoxybenzoate", "mebeverine[wiki][usan]", "3625-06-7[rn]", "spectrum_000435", "veratricacid 4-[ethyl(p-methoxy-a-methylphenethyl)amino]butylester", "4-(ethyl(2-(4-methoxyphenyl)-1-methylethyl)amino)butyl3,4-dimethoxybenzoate", "mebeverina [inn-spanish]", "4-[n-[2-(p-methoxyphenyl)-1-methylethyl]-n-ethylamino]butyl 3,4-dimethoxybenzoate", "prestwick0_000310", "mebeverinum [inn-latin]", "benzoic acid 3,4-dimethoxy- 4-[ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino]butyl ester", "mebeverinum[latin]", "arluy (tn)", "222-830-4[einecs]", "3,4-dimethoxybenzoic acid 4-[ethyl(p-methoxy-a-methylphenethyl)amino]butyl ester", "benzoic acid 3,4-dimethoxy- 4-(ethyl(2-(4-methoxyphenyl)-1-methylethyl)amino)butyl ester", "mebeverinum", "4-{ethyl[1-(4-methoxyphenyl)propan-2-yl]amino}butyl 3,4-dimethoxybenzoate", "3,4-dimethoxy-benzoic acid4-{ethyl-[2-(4-methoxy-phenyl)-1-methyl-ethyl]-amino}-butyl ester", "4-(ethyl{1-methyl-2-[4-(methyloxy)phenyl]ethyl}amino)butyl 3,4-bis(methyloxy)benzoate", "4-[ethyl(p-methoxy-a-methylphenethyl)amino]butyl 3,4-dimethoxybenzoate", "mebeverine [inn:ban]", "4-(ethyl(1-(4-methoxyphenyl)propan-2-yl)amino)butyl 3,4-dimethoxybenzoate", "07/06/3625", "mebeverina", "mebeverine"}|>, "5772" -> <|"DatabaseID" -> "SW03262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3891]}, "IsomericSmiles" -> "CC[NH+](CCCCOC(=O)c1ccc(c(c1)OC)OC)C(C)Cc2ccc(cc2)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04868"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mebeverine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4031]}, "Synonyms" -> {"mebeverina[spanish][inn]", "3,4-dimethoxybenzoic acid 4-[ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino]butylester", "benzoic acid 3,4-dimethoxy- {4-[ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino]butyl} ester", "mebeverine (inn)", "mebeverine hydrochloride", "4-{ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino}butyl3,4-dimethoxybenzoate", "mebeverine[wiki][usan]", "3625-06-7[rn]", "spectrum_000435", "veratricacid 4-[ethyl(p-methoxy-a-methylphenethyl)amino]butylester", "4-(ethyl(2-(4-methoxyphenyl)-1-methylethyl)amino)butyl3,4-dimethoxybenzoate", "mebeverina [inn-spanish]", "4-[n-[2-(p-methoxyphenyl)-1-methylethyl]-n-ethylamino]butyl 3,4-dimethoxybenzoate", "prestwick0_000310", "mebeverinum [inn-latin]", "benzoic acid 3,4-dimethoxy- 4-[ethyl[2-(4-methoxyphenyl)-1-methylethyl]amino]butyl ester", "mebeverinum[latin]", "arluy (tn)", "222-830-4[einecs]", "3,4-dimethoxybenzoic acid 4-[ethyl(p-methoxy-a-methylphenethyl)amino]butyl ester", "benzoic acid 3,4-dimethoxy- 4-(ethyl(2-(4-methoxyphenyl)-1-methylethyl)amino)butyl ester", "mebeverinum", "4-{ethyl[1-(4-methoxyphenyl)propan-2-yl]amino}butyl 3,4-dimethoxybenzoate", "3,4-dimethoxy-benzoic acid4-{ethyl-[2-(4-methoxy-phenyl)-1-methyl-ethyl]-amino}-butyl ester", "4-(ethyl{1-methyl-2-[4-(methyloxy)phenyl]ethyl}amino)butyl 3,4-bis(methyloxy)benzoate", "4-[ethyl(p-methoxy-a-methylphenethyl)amino]butyl 3,4-dimethoxybenzoate", "mebeverine [inn:ban]", "4-(ethyl(1-(4-methoxyphenyl)propan-2-yl)amino)butyl 3,4-dimethoxybenzoate", "07/06/3625", "mebeverina", "mebeverine"}|>, "5773" -> <|"DatabaseID" -> "SW03263", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 229356]}, "IsomericSmiles" -> "CC1=C(O[C@@H]2[C@H]1[C@@]3([C@@H](C2)[C@@H]4CC[C@H]5C[C@H](CC[C@@]5([C@H]4CC3=O)C)O)C)CCC(C)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "haemolytic sapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 261265]}, "Synonyms" -> {"nci60_042075", "ac1l64x7", "sapogenin", "nsc-93241", "nsc93241"}|>, "5774" -> <|"DatabaseID" -> "SW03263", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 229356]}, "IsomericSmiles" -> "CC1=C(O[C@@H]2[C@H]1[C@@]3([C@@H](C2)[C@@H]4CC[C@H]5C[C@H](CC[C@@]5([C@H]4CC3=O)C)O)C)CCC(C)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "haemolytic sapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 261265]}, "Synonyms" -> {"nci60_042075", "ac1l64x7", "sapogenin", "nsc-93241", "nsc93241"}|>, "5775" -> <|"DatabaseID" -> "SW03264", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390469]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@]2([C@H]([C@H]3[C@@H](O2)C[C@@H]4[C@@]3(CC[C@H]5[C@H]4CC=C6[C@@]5([C@@H](C[C@@H](C6)O)O)C)C)C)OC1", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08498"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ruscogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441893]}, "Synonyms" -> {"ruscogenin", "lmst01080038", "(25r)-spirost-5-ene-1?,3?-diol", "(25r)-spirost-5-ene-1b,3b-diol", "d08498", "ambap472-11-7", "472-11-7[rn]", "ruscorectal", "c08909", "ruscorectal (tn)", "472-11-7", "chembl1169820", "207-447-2[einecs]", "(25r)-spirost-5-en-1beta", "ac1l9bvb"}|>, "5776" -> <|"DatabaseID" -> "SW03265", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 163675]}, "IsomericSmiles" -> "C[C@@H]1CCC2([C@H]([C@H]3[C@@H](O2)C[C@@H]4[C@@]3(CC[C@H]5[C@H]4CC(=O)[C@@H]6[C@@]5(CC[C@@H](C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laxogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 188310]}, "Synonyms" -> {"laxogenin", "1177-71-5", "ls-146349", "ar-1a5164", "kst-1a1222", "(3|a", "ac1l4mkg", "13770-90-6", "1177-71-5[rn]"}|>, "5777" -> <|"DatabaseID" -> "SW03266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82581]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@]2([C@H]([C@H]3[C@@H](O2)C[C@@H]4[C@@]3(C(=O)C[C@H]5[C@H]4CC[C@@H]6[C@@]5(CC[C@@H](C6)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hecogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91453]}, "Synonyms" -> {"hocogenin", "hecogenin", "(25r)-3b-hydroxy-5a-spirostan-12-one", "467-55-0[rn]", "cas-467-55-0", "dsstox_cid_25310", "207-392-4[einecs]", "ac1l3m3v", "(3b,5a,25r)-3-hydroxyspirostan-12-one", "467-55-0", "prestwick3_000730", "3-?-hydroxy-5-?-spirostan-12-one", "dsstox_rid_80794", "ncgc00016448-01"}|>, "5778" -> <|"DatabaseID" -> "SW03267", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 146697]}, "IsomericSmiles" -> "C[C@H]1CC[C@H]2[C@@]([C@H]3CC[C@@H]4[C@H]([C@@H]3C[NH+]2C1)C[C@H]5[C@H]4CC(=O)[C@@H]6[C@@]5(CC[C@@H](C6)O)C)(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fritillarine;peiminine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 167691]}, "Synonyms" -> {"imperialine", "peiminine", "verticinone", "fritillarine", "sipeimine", "zhebeinone", "18059-10-4[rn]", "1357-21-7[rn]", "1357-77-3[rn]", "ac1l50ew", "kashmirine", "1361-22-4[rn]", "1416-43-9[rn]", "(2s,6s,9s,10s,11s,14s,15s,18s,20s,24s,1r,23r)-10,20-dihydroxy-6,10,23-trimethyl-4-azahexacyclo[12.11.0.0<2,11>.0<4,9>.0<15,24>.0<18,23>]pentacosan-17-one", "3beta", "18059-10-4"}|>, "5779" -> <|"DatabaseID" -> "SW03268", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18145"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00163"]}, "IsomericSmiles" -> "Cc1c(c2c(c(c1O)C)CC[C@@](O2)(C)CCC[C@H](C)CCC[C@H](C)CCCC(C)C)C", "OfficialNames" -> <|"China Approved Name" -> "vitamin E", "Indian Approved Name" -> "vitamin e;tocopherol;d-alpha tocopherol", "Traditional Herbal Isolate" -> "tocopherol;vitamin e", "Australia Approved Name" -> "VITAMIN E;TOCOPHEROL", "FDA Approved Drug" -> "VITAMIN E"|>, "PharmGKBID" -> "PA451900", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14985]}, "Synonyms" -> {"vitamin e", "alpha-tocopherol", "vitamin ea", "ephanyl", "aquasol e", "dl-a-tocopherol", "daltose", "(r", "gordo-vite e", "e-ferol", "tocopherol-associated protein 2", "(+)-alpha-tocopherol", "vitec", "e-vitamin succinate", "e-200 i.u. softgels", "tocopherol", "e-complex-600", "(2r", "d-alpha-tocopherol", "vitamin plus e softgells", "5", "amino-opti-e", "vascuals", "fujimix e 20n", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-", "(r,r,r)-a-tocopherol", "hydrovit e forte", "palmvitee", "(r)-2,5,7,8-tetramethyl-2-((4r,8r)-4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-ol", "denamone", "tokopharm", "covi-ox", "59-02-9[rn]", "5-17-04-00168[beilstein]", "esorb", "d-a tocopherol", "(2r)-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]-6-chromanol[acd/iupac name]", "tocopherol (vit e)", "e-mix 40", "vitaplex e", "25094-97-7[rn]", "bpbio1_000362", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-", "rontex 201", "covitol f 1300", "rhenogran ronotec 50", "(2r,4'r,8'r)-a-tocopherol", "a-tocopherol", "e prolin", "etavit", "233-466-0[einecs]", "(2r)-3,4-dihydro-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]-2h-1-benzopyran-6-ol", "antisterility vitamin", "a-d-tocopherol", "(2r)-3,4-dihydro-2,5,7,8-tetramethyl-2-((4r,8r)-4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ol", "4072-33-7[rn]", "vi-e", "tocopherol[wiki][jp15]", "218-197-9[einecs]", "juvela e", "epsilan", "viprimol", "tenox gt 1", "(2r,4'r,8'r)-2,5,7,8-tetramethyl-2-(4',8',12'-trimethyltridecyl)-6-chromanol", "rocavit e", "vitamine", "vitamin e[usp]", "vitayonon", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-ol", "d-a-tocopherol", "phytogermin", "a-tocopherol acid", "(2r)-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]chroman-6-ol", "pheryl-e", "lan-e", "eprolin (tn)", "etamican", "5,7,8-trimethyltocol", "215-798-8[einecs]", "verrol", "emipherol", "(2r)-2-((4r,8r)-4,8,12-trimethyltridecyl)-2,5,7,8-tetramethylchroman-6-ol", "erevit forte", "phytogermine", "11105-14-9[rn]", "irganox e 217", "1406-18-4[rn]", "almefrol", "16826-11-2[rn]", "irganox e 218", "e-oil 1000", "[2r-2r*(4r*,8r*)]-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ol", "viteolin", "94012[beilstein]", "5300493[beilstein]", "10191-41-0[rn]", "2/9/1959", "(+)-a-tocopherol", "ido-e", "irganox e 201", "ilitia[wiki]", "endo e", "(2r)-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]-3,4-dihydro-2h-chromen-6-ol", "covitol", "2074-53-5[rn]", "renascin", "[2r-[2r*(4r*,8r*)]]-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl nicotinate", "juvela food 500", "vitamin e oil", "364-50-1[rn]", "vitamin e a", "spavit e", "a-tokoferol", "vitamin e nicotinate", "profecundin", "(all-r)-a-tocopherol", "viterra e", "181591-70-8[rn]", "juvela nicotinate", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]- (2r)-", "200-412-2[einecs]", "2,5,7,8-tetramethyl-2-(4',8',12'-trimethyltridecyl)-6-chromanol", "med-e", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-((4r,8r)-4,8,12-trimethyltridecyl)- (2r)-", "syntopherol", "vitamin-e", "43119-47-7[rn]"}|>, "5780" -> <|"DatabaseID" -> "SW03269", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475671]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)Oc2c(=O)c3c(cc(cc3oc2c4ccc(cc4)O)O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "afzelin;kaempferin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316673]}, "Synonyms" -> {"kaempferol 3-rhamnoside", "afzelin", "megxp0_000339", "kaempferol 3-o-glucorhamnoside", "acon1_000149", "482-39-3", "chembl240528", "kaempferin", "482-39-3[rn]", "3,4',5,7-tetrahydroxyflavone-3-l-rhamnoside", "molport-001-740-515", "ac1nsui4", "chebi:507233"}|>, "5781" -> <|"DatabaseID" -> "SW03270", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16778"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444290]}, "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-glucoside;cosmosiin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280704]}, "Synonyms" -> {"cosmetin", "cosmosiin", "apigenin 7-glucoside", "cosmosioside", "cosmosiine", "7-(b-d-glucopyranosyloxy)-5-hydroxy-2-(4-hydroxyphenyl)-4h-1-benzopyran-4-one", "5-hydroxy-2-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl b-d-glucopyranoside", "cosmosiin (8ci)", "apigetrin", "7-o-beta-d-glucosyl-5", "5-hydroxy-2-(4-hydroxyphenyl)-7-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-on", "578-74-5[rn]", "209-430-5[einecs]", "5-hydroxy-2-(4-hydroxyphenyl)-7-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-one", "cosmiin", "cossmetin", "apigenin-7-o-glucoside", "chebi:16778", "7-d-glycosylapigenin", "apigenin 7-o-beta-d-glucoside", "apigenin 7-o-glucoside", "thalictiin", "apigenin-7-glucoside", "cosmosin", "578-74-5", "apigenin-7-d-glucoside", "apigetrin[wiki]", "nsc-407303"}|>, "5782" -> <|"DatabaseID" -> "SW03271", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16954"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444098]}, "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(c(c3o2)[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vitexin;vitexin-7-0-glucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280441]}, "Synonyms" -> {"4h-1-benzopyran-4-one", "8-beta-d-glucopyranosyl-apigenin", "8-beta-d-glucopyranosyl-5", "flavone", "3681-93-4", "vitexin[wiki]", "d-glucitol 1,5-anhydro-1-c-[5,7-dihydroxy-2-(4-hydroxyphenyl)-4-oxo-4h-1-benzopyran-8-yl]- (1s)-", "8-d-glucosyl-4',5,7-trihydroxyflavone", "222-963-8[einecs]", "apigenin 8-c-glucoside", "5,7-dihydroxy-2-(4-hydroxyphenyl)-8-[(2s,3r,4r,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]-4h-chromen-4-one", "5,7-dihydroxy-2-(4-hydroxyphenyl)-8-[(2s,3r,4r,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]-4h-chromen-4-on", "(1s)-1,5-anhydro-1-[5,7-dihydroxy-2-(4-hydroxyphenyl)-4-oxo-4h-chromen-8-yl]-d-glucitol", "vitexin", "521-33-5[rn]", "chebi:16954", "apigenin-8-c-glucoside", "3681-93-4[rn]", "einecs 222-963-8", "flavone 8-d-glucosyl-4',5,7-trihydroxy-", "8-b-d-glucopyranosyl-apigenin"}|>, "5783" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5784" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5785" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5786" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5787" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5788" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5789" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5790" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5791" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5792" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5793" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5794" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5795" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5796" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5797" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5798" -> <|"DatabaseID" -> "SW03272", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447683]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])OC4C(C(C(C(O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "genistin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284639]}, "Synonyms" -> {"genistein glucoside", "genistin", "genistein-7-glucoside", "surecn12464298", "ambotz529-59-9", "5-hydroxy-3-(4-hydroxyphenyl)-4-oxo-4h-chromen-7-yl hexopyranoside", "genisteol 7-monoglucoside", "genistoside", "nsc5112", "4h-1-benzopyran-4-one 7-(hexopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-", "529-59-9[rn]", "genistein 7-glucoside", "529-59-9", "mls000563446", "hms2219h07", "ac1nr4t9"}|>, "5799" -> <|"DatabaseID" -> "SW03273", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479150]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])O)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sophoricoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321398]}, "Synonyms" -> {"4',5,7-trihydroxyisoflavone-4'-d-glucoside", "chebi:545835", "molport-000-680-352", "3-{4-[(2s", "stock1n-52146", "sophoricoside[wiki]", "ac1nt0h6", "5,7-dihydroxy-3-[4-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydropyran-2-yl]oxyphenyl]chromen-4-one", "3-[4-(b-d-glucopyranosyloxy)phenyl]-5,7-dihydroxy-411-1-benzopyran-4-one", "dnc014385", "sophoricoside", "sbb015797", "152-95-4[rn]", "genistein-4'-glucoside", "152-95-4", "5,7-dihydroxy-3-(4-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxy}phenyl)-4h-chromen-4-one", "chembl486626", "3-{4-[(2s,4s,5s,3r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)(2h-3,4,5,6-tetrahydr opyran-2-yloxy)]phenyl}-5,7-dihydroxychromen-4-one", "3-{4-[(2s,4s,5s,3r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)(2h-3,4,5,6-tetrahydropyran-2-yloxy)]phenyl}-5,7-dihydroxychromen-4-one", "4-(5,7-dihydroxy-4-oxo-4h-chromen-3-yl)phenylb-d-glucopyranoside"}|>, "5800" -> <|"DatabaseID" -> "SW03274", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27514"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444736]}, "IsomericSmiles" -> "c1cc(ccc1c2coc3cc(cc(c3c2=O)[O-])O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "diadzin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281377]}, "Synonyms" -> {"genistin", "genistine", "genistoside", "genistein", "genisteol 7-monoglucoside", "genistein glucoside", "genistein 7-glucoside", "chebi:27514", "diadzin", "5-hydroxy-3-(4-hydroxyphenyl)-7-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-on", "genistein 7-o-b-d-glucoside", "5-hydroxy-3-(4-hydroxyphenyl)-7-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-one", "4',5,7-trihydroxyisoflavone 7-d-glucoside", "nsc 5112", "isoflavone 4',5,7-trihydroxy- 7-d-glucoside", "genistin (8ci)", "4-18-00-02732", "529-59-9[rn]", "genistein-7-o-glucoside", "genistein-7-glucoside", "4-18-00-02732 (beilstein handbook reference)[beilstein]", "7-(b-d-glucopyranosyloxy)-5-hydroxy-3-(4-hydroxyphenyl)-4h-1-benzopyran-4-one"}|>, "5801" -> <|"DatabaseID" -> "SW03275", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18330"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142556]}, "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(o2)cc(c(c3[O-])[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isovitexin;saponaretin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 162350]}, "Synonyms" -> {"6-glucosylapigenin", "isovitexin", "homovitexin", "6-c-glucosylapigenin", "apigenin-6-c-glucoside", "saponaretin", "chebi:18330", "(1s)-1,5-anhydro-1-[5,7-dihydroxy-2-(4-hydroxyphenyl)-4-oxo-4h-chromen-6-yl]-d-glucitol[acd/iupac name]", "apigenin 6-c-glucoside", "4h-1-benzopyran-4-one", "6-b-d-glucopyranosyl-5", "isovitexin (c-6 isomer)", "d-glucitol 1,5-anhydro-1-c-[5,7-dihydroxy-2-(4-hydroxyphenyl)-4-oxo-4h-1-benzopyran-6-yl]- (1s)-", "29702-25-8[rn]", "38953-85-4[rn]", "5,7-dihydroxy-2-(4-hydroxyphenyl)-6-[(2s,3r,4r,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]-4h-chromen-4-on", "6-b-d-glucopyranosyl-5,7-dihydroxy-2-(4-hydroxyphenyl)-4h-1-benzopyran-4-one", "38953-85-4", "5,7-dihydroxy-2-(4-hydroxyphenyl)-6-[(2s,3r,4r,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]-4h-chromen-4-one"}|>, "5802" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5803" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5804" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5805" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5806" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5807" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5808" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5809" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5810" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5811" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5812" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5813" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5814" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5815" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5816" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5817" -> <|"DatabaseID" -> "SW03276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10152781]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C2c3cc4c(cc3C(C(C2C(=O)[O-])CO)O)OCO4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06484"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "podophyllum resin", "Indian Approved Name" -> "podophyllum resin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979494]}, "Synonyms" -> {"podophyllum resin", "resin podophyllum,usp from mandrake roots,containspodophyllotoxin picropodophyllin picropodophyllic acid podophyllic acid and podophylloquercetin[usp]", "9000-55-9", "podophyllin[wiki]", "podophyllin", "podophyllum (the resin)", "ag-l-66549"}|>, "5818" -> <|"DatabaseID" -> "SW03277", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2253]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00562"]}, "IsomericSmiles" -> "c1ccc(cc1)CSCC2=NS(=O)(=O)c3cc(c(cc3N2)Cl)S(=O)(=O)N", "OfficialNames" -> <|"Indian Approved Name" -> "benzthiazide", "FDA Approved Drug" -> "BENZTHIAZIDE"|>, "PharmGKBID" -> "PA164776841", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2343]}, "Synonyms" -> {"aquatag", "fovane", "benzthiazide", "lemazide", "exosalt", "benzothiazide", "dihydrex", "edemex", "diucen", "freeuril", "hydrine", "pfizer 1393", "proaqua", "3-((benzylthio)methyl)-6-chloro-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "urese", "exna", "benzthazide", "3-[(benzylsulfanyl)methyl]-6-chloro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "ec 4.2.1.1", "urazide", "3-[(benzylthio)methyl]-6-chloro-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "fouane", "202-061-0[einecs]", "benzthiazide (jan/usan)[jan][usan]", "carbonate dehydratase xii", "2h-1,2,4-benzothiadiazine-7-sulfonamide 3-((benzylthio)methyl)-6-chloro- 1,1-dioxide", "benzotiazida[spanish][inn]", "tumor antigen hom-rcc-3.1.3", "aquasec", "6-chloro-3-{[(phenylmethyl)thio]methyl}-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "aqua-scrip", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3-[[(phenylmethyl)thio]methyl]- 1,1-dioxide", "benzthiazidum [inn_la]", "91-33-8[rn]", "6-chloro-7-sulfamoyl-3-benzylthiomethyl-2h-1,2,4-benzothiadiazine 1,1-dioxide", "pro-aqua", "6-chloro-3-[[(phenylmethyl)thio]methyl]-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "regulon[wiki]", "6-chloro-3-(((phenylmethyl)thio)methyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "3-((benzylthio)methyl)-6-chloro-7-sulfamoyl-2h-benzo-1,2,4-thiadiazine 1,1-dioxide", "benzthiazidum[latin]", "naclex", "s-aqua", "6-chloro-1,1-dioxo-3-[(phenylmethylthio)methyl]-4h-benzo[e]1,2,4-thiadiazine-7-sulfonamide", "benzthiazide [usan:ban:inn][inn][usan]", "diucene", "rid-ema", "3-[(benzylthio)methyl]-6-chloro-7-sulfamoyl-2h-benzo-1,2,4-thiadiazine 1,1-dioxide", "ca-xii", "hy-drine", "carbonic anhydrase xii", "3-benzylthiomethyl-6-chloro-7-sulfamoyl-1,2,4-benzothiadiazine1,1-dioxide", "benztiazide [dcit]", "carbonic anhydrase 12 precursor", "3-((benzylthio)methyl)-6-chloro-7-sulfamoyl-2h-benzo-1,2,4-thiadiazine-1,1-dioxide", "aquapres"}|>, "5819" -> <|"DatabaseID" -> "SW03278", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 96875]}, "IsomericSmiles" -> "CC(C)(C)C(=O)Oc1ccc(cc1)S(=O)(=O)[N-]c2ccccc2C(=O)NCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03788"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sivelestat"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 107706]}, "Synonyms" -> {"ono5046", "sivelestat", "n-{2-[({4-[(2,2-dimethylpropanoyl)oxy]phenyl}sulfonyl)amino]benzoyl}glycine[acd/iupac name]", "glycine", "o-(p-hydroxybenzenesulfonamido)hippuric acid", "o-(p-hydroxybenzenesulfonamido)hippuric acid,pivalate(ester)", "o-(p-hydroxybenzenesulfonamido)hippuric acidpivalate(ester)", "ono-5046", "n-(2-(4-(2,2-dimethylpropionyloxy)phenylsulfonylamino)benzoyl)aminoacetic acid", "150374-95-1[rn]", "ei 546", "n-(2-(4-(2", "127373-66-4[rn]", "ono 5046", "n-(2-(((4-(2,2-dimethyl-1-oxopropoxy)phenyl)sulfonyl)amino)benzoyl)glycine", "propanoicacid 2,2-dimethyl- 4-[[[2-[[(carboxymethyl)amino]carbonyl]phenyl]amino]sulfonyl]phenylester", "2,2-dimethyl-propionic acid4-[2-(carboxymethyl-carbamoyl)-phenylsulfamoyl]-phenyl ester", "127373-66-4", "2-[[2-[[4-(2,2-dimethylpropanoyloxy)phenyl]sulfonylamino]benzoyl]amino]acetic acid", "glycine,n-(2-(((4-(2,2-dimethyl-1-oxopropoxy)phenyl)sulfonyl)amino)benzoyl)-", "sivelestat[usan]", "2,2-dimethyl-propionic acid4-[2-(carboxymethyl-carbamoyl)-phenylsulfamoyl]-phenyl ester(ono-5046)", "ly 544349"}|>, "5820" -> <|"DatabaseID" -> "SW03279", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8155833]}, "IsomericSmiles" -> "CC(=O)OCC(=O)[C@]1(C(=C)C[C@@H]2[C@@]1(C[C@@H]([C@]3([C@H]2CCC4=CC(=O)C=C[C@@]43C)F)O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07980"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fluprednidene acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9980241]}, "Synonyms" -> {"fluprednidene acetate", "decoderm", "decoderm (tn)", "1255-35-2[rn]", "fluprednylidene acetate", "fluprednylidene 21-acetate", "1255-35-2", "215-013-9[einecs]", "9a-fluoro-16-methyleneprednisolone 21-acetate", "emecort", "etacortin", "corticoderm", "fluprednidene 21-acetate", "21-(acetyloxy)-9-fluoro-11b,17-dihydroxy-16-methylenepregna-1,4-diene-3,20-dione", "9a-fluoro-16-methylene-d1,4-pregnadiene-11b,17,21-triol-3,20-dione 21-acetate", "16-methylene-9a-fluoroprednisolone 21-acetate", "9a-fluoro-11b,17,21-trihydroxy-16-methylenepregna-1,4-diene-3,20-dione 21-acetate", "surecn7333"}|>, "5821" -> <|"DatabaseID" -> "SW03280", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59315]}, "IsomericSmiles" -> "CN(c1[nH]c(=O)ccn1)C2CCN(CC2)c3nc4ccccc4n3Cc5ccc(cc5)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01117"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mizolastine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65906]}, "Synonyms" -> {"mizollen", "zolim", "mizolastine", "zolistan", "zolistam", "mizolen", "2-[(1-{1-[(4-fluorophenyl)methyl]-1h-1,3-benzodiazol-2-yl}piperidin-4-yl)(methyl)amino]-3,4-dihydropyrimidin-4-one", "2-[[1-[1-[(4-fluorophenyl)methyl]-1h-benzimidazol-2-yl]-4-piperidinyl]methylamino]-4(1h)-pyrimidinone", "2-[(1-{1-[(4-fluorophenyl)methyl]benzimidazol-2-yl}(4-piperidyl))methylamino]-3-hydropyrimidin-4-one", "4(1h)-pyrimidinone 2-[[1-[1-[(4-fluorophenyl)methyl]-1h-benzimidazol-2-yl]-4-piperidinyl]methylamino]-", "mizolastina", "sl-85.0324", "108612-45-9", "4-pyrimidinol 2-[[1-[1-[(4-fluorophenyl)methyl]-1h-benzimidazol-2-yl]-4-piperidinyl]methylamino]-", "2-[[1-[1-(p-fluorobenzyl)-2-benzimidazolyl]-4-piperidinyl]methylamino]-4(3h)-pyrimidinone", "2-[{1-[1-(4-fluorobenzyl)-1h-benzimidazol-2-yl]piperidin-4-yl}(methyl)amino]pyrimidin-4(1h)-one", "mizolastinum", "108612-45-9[rn]", "2-((1-(1-(p-fluorobenzyl)-2-benzimidazolyl)-4-piperidyl)methylamino)-4(3h)-pyrimidinone", "mizolastinum[latin]", "4(1h)-pyrimidinone 2-((1-(1-((4-fluorophenyl)methyl)-1h-benzimidazol-2-yl)-4-piperidinyl)methylamino)-", "mizolastina[spanish][inn]", "4(3h)-pyrimidinone 2-[[1-[1-[(4-fluorophenyl)methyl]-1h-benzimidazol-2-yl]-4-piperidinyl]methylamino]-", "2-[{1-[1-(4-fluorobenzyl)-1h-benzimidazol-2-yl]piperidin-4-yl}(methyl)amino]pyrimidin-4(3h)-one", "2-[[1-[1-[(4-fluorophenyl)methyl]benzimidazol-2-yl]piperidin-4-yl]-methyl-amino]-1h-pyrimidin-6-one", "mizollen (tn)", "mizolastinum [inn-latin]", "mizolastine[inn]", "2-[{1-[1-(4-fluorobenzyl)-1h-benzimidazol-2-yl]piperidin-4-yl}(methyl)amino]pyrimidin-4-ol", "2-[{1-[1-(4-fluorobenzyl)-1h-benzimidazol-2-yl]-4-piperidinyl}(methyl)amino]-4(1h)-pyrimidinone", "2-[[1-[1-[(4-fluorophenyl)methyl]-2-benzimidazolyl]-4-piperidinyl]-methylamino]-1h-pyrimidin-6-one", "2-({1-[1-(4-fluoro-benzyl)-1h-benzoimidazol-2-yl]-piperidin-4-yl}-methyl-amino)-3h-pyrimidin-4-one"}|>, "5822" -> <|"DatabaseID" -> "SW03281", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22358]}, "IsomericSmiles" -> "CC1Cc2cc(c(c(c2-c3c(cc(c(c3OC)OC)OC)CC1(C)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "schizandrin;schizandrol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23915]}, "Synonyms" -> {"dibenzo(a,c)cycloocten-6-ol 5,6,7,8-tetrahydro-6,7-dimethyl-1,2 3,10,11,12-hexamethoxy-,stereoisomer", "schizandrin", "dibenzo(a", "schizandrol a", "schisandrin", "wuweizi alcohol a", "schisandrol a", "wuweizichun a", "7432-28-2", "schizandra", "dibenzo(a,c)cycloocten-6-ol 5,6,7,8-tetrahydro-6,7-dimethyl-1,2 3,10,11,12-hexa", "dibenzo(a,c)cycloocten-6-ol 5,6,7,8-tetrahydro-1,2,3,10,11,12-hexamethoxy-6,7-dimethyl-,stereoisomer", "7432-28-2[rn]", "schizandra[wiki]", "1,2,3,10,11,12-hexamethoxy-6,7-dimethyl-5,6,7,8-tetrahydrodibenzo[a,c][8]annulen-6-ol[acd/iupac name]", "dibenzo[a,c]cycloocten-6-ol 5,6,7,8-tetrahydro-1,2,3,10,11,12-hexamethoxy-6,7-dimethyl-", "schisandra chinensis p.e"}|>, "5823" -> <|"DatabaseID" -> "SW03281", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22358]}, "IsomericSmiles" -> "CC1Cc2cc(c(c(c2-c3c(cc(c(c3OC)OC)OC)CC1(C)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "schizandrin;schizandrol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23915]}, "Synonyms" -> {"dibenzo(a,c)cycloocten-6-ol 5,6,7,8-tetrahydro-6,7-dimethyl-1,2 3,10,11,12-hexamethoxy-,stereoisomer", "schizandrin", "dibenzo(a", "schizandrol a", "schisandrin", "wuweizi alcohol a", "schisandrol a", "wuweizichun a", "7432-28-2", "schizandra", "dibenzo(a,c)cycloocten-6-ol 5,6,7,8-tetrahydro-6,7-dimethyl-1,2 3,10,11,12-hexa", "dibenzo(a,c)cycloocten-6-ol 5,6,7,8-tetrahydro-1,2,3,10,11,12-hexamethoxy-6,7-dimethyl-,stereoisomer", "7432-28-2[rn]", "schizandra[wiki]", "1,2,3,10,11,12-hexamethoxy-6,7-dimethyl-5,6,7,8-tetrahydrodibenzo[a,c][8]annulen-6-ol[acd/iupac name]", "dibenzo[a,c]cycloocten-6-ol 5,6,7,8-tetrahydro-1,2,3,10,11,12-hexamethoxy-6,7-dimethyl-", "schisandra chinensis p.e"}|>, "5824" -> <|"DatabaseID" -> "SW03281", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22358]}, "IsomericSmiles" -> "CC1Cc2cc(c(c(c2-c3c(cc(c(c3OC)OC)OC)CC1(C)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "schizandrin;schizandrol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23915]}, "Synonyms" -> {"dibenzo(a,c)cycloocten-6-ol 5,6,7,8-tetrahydro-6,7-dimethyl-1,2 3,10,11,12-hexamethoxy-,stereoisomer", "schizandrin", "dibenzo(a", "schizandrol a", "schisandrin", "wuweizi alcohol a", "schisandrol a", "wuweizichun a", "7432-28-2", "schizandra", "dibenzo(a,c)cycloocten-6-ol 5,6,7,8-tetrahydro-6,7-dimethyl-1,2 3,10,11,12-hexa", "dibenzo(a,c)cycloocten-6-ol 5,6,7,8-tetrahydro-1,2,3,10,11,12-hexamethoxy-6,7-dimethyl-,stereoisomer", "7432-28-2[rn]", "schizandra[wiki]", "1,2,3,10,11,12-hexamethoxy-6,7-dimethyl-5,6,7,8-tetrahydrodibenzo[a,c][8]annulen-6-ol[acd/iupac name]", "dibenzo[a,c]cycloocten-6-ol 5,6,7,8-tetrahydro-1,2,3,10,11,12-hexamethoxy-6,7-dimethyl-", "schisandra chinensis p.e"}|>, "5825" -> <|"DatabaseID" -> "SW03281", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22358]}, "IsomericSmiles" -> "CC1Cc2cc(c(c(c2-c3c(cc(c(c3OC)OC)OC)CC1(C)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "schizandrin;schizandrol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23915]}, "Synonyms" -> {"dibenzo(a,c)cycloocten-6-ol 5,6,7,8-tetrahydro-6,7-dimethyl-1,2 3,10,11,12-hexamethoxy-,stereoisomer", "schizandrin", "dibenzo(a", "schizandrol a", "schisandrin", "wuweizi alcohol a", "schisandrol a", "wuweizichun a", "7432-28-2", "schizandra", "dibenzo(a,c)cycloocten-6-ol 5,6,7,8-tetrahydro-6,7-dimethyl-1,2 3,10,11,12-hexa", "dibenzo(a,c)cycloocten-6-ol 5,6,7,8-tetrahydro-1,2,3,10,11,12-hexamethoxy-6,7-dimethyl-,stereoisomer", "7432-28-2[rn]", "schizandra[wiki]", "1,2,3,10,11,12-hexamethoxy-6,7-dimethyl-5,6,7,8-tetrahydrodibenzo[a,c][8]annulen-6-ol[acd/iupac name]", "dibenzo[a,c]cycloocten-6-ol 5,6,7,8-tetrahydro-1,2,3,10,11,12-hexamethoxy-6,7-dimethyl-", "schisandra chinensis p.e"}|>, "5826" -> <|"DatabaseID" -> "SW03282", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24344]}, "IsomericSmiles" -> "CCCC(=O)O[C@@]1(CC[C@@H]2[C@@]1(C[C@@H]([C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)O)C)C(=O)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01619"]}, "OfficialNames" -> <|"China Approved Name" -> "hydrocortisone butyrate", "FDA Approved Drug" -> "HYDROCORTISONE BUTYRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 26133]}, "Synonyms" -> {"hydrocortisone butyrate", "locoid", "bucort", "hycortate", "alfason", "hydrocortisone 17-butyrate", "laticort", "cortisol 17-butyrate", "lacoidon", "lacoid", "3634702[beilstein]", "11?,17,21-trihydroxypregn-4-ene-3,20-dione 17-butyrate", "11b,17,21-trihydroxypregn-4-ene-3,20-dione 17-butyrate", "locoid (tn)", "(8s,9s,10r,11s,13s,14s,17r)-11-hydroxy-17-(hydroxyacetyl)-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ylbutanoat", "cortisol 17-butyrate", "13609-67-1[rn]", "(8s,9s,10r,11s,13s,14s,17r)-11-hydroxy-17-(hydroxyacetyl)-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl butanoate", "locoid lipocream", "237-093-4[einecs]", "hydrocortisone butyrate [usan:ban:jan][jan][usan]", "h.17b", "hb(sub 17)", "(1s,10s,11s,15s,17s,2r,14r)-17-hydroxy-14-(2-hydroxyacetyl)-2,15-dimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-en-14-yl butanoate", "17-o-butyrylcortisol", "hydrocortisone-17-butyrate"}|>, "5827" -> <|"DatabaseID" -> "SW03283", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445337]}, "IsomericSmiles" -> "c1cc(oc1)CS(=O)CC(=O)NC/C=C\\COc2cc(ccn2)C[NH+]3CCCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01131"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lafutidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282136]}, "Synonyms" -> {"lafutidine", "protecadin", "n-(4-(4-piperidinylmethyl)pyridyl-2-oxy)butenyl-2-(furfurylsulfinyl)acetamide", "protecadin (tn)", "stogar", "118288-08-7[rn]", "(z)-2-((furan-2-ylmethyl)sulfinyl)-n-(4-((4-(piperidin-1-ylmethyl)pyridin-2-yl)oxy)but-2-en-1-yl)acetamide", "ncgc00164550-01", "143375-16-0[rn]", "2-[(furan-2-ylmethyl)sulfinyl]-n-[(2z)-4-{[4-(piperidin-1-ylmethyl)pyridin-2-yl]oxy}but-2-en-1-yl]acetamid", "acetamide 2-((2-furanylmethyl)sulfinyl)-n-(4-((4-(1-piperidinylmethyl)-2-pyridinyl)oxy)-2-butenyl)- (z)-", "(+-)-2-(furfurylsulfinyl)-n-(4-(4-(piperidinomethyl)-2-pyridyl)oxy-(z)-2-butenyl)acetamide", "2-((2-furanylmethyl)sulfinyl)-n-((2z)-4-((4-(1-piperidinylmethyl)-2-pyridinyl)oxy)-2-buten-1-yl)acetamide", "2-[(2-furylmethyl)sulfinyl]-n-[(2z)-4-{[4-(1-piperidinylmethyl)-2-pyridinyl]oxy}-2-buten-1-yl]acetamide", "(z)-2-((2-furanylmethyl)sulfinyl)-n-(4-((4-(1-piperidinylmethyl)-2-pyridinyl)oxy)-2-butenyl)acetamide", "tl8000499", "(+-)-2-(furfurylsulfinyl)-n-((z)-4-((4-(piperidinomethyl)-2-pyridyl)oxy)-2-butenyl) acetamide", "acetamide", "206449-93-6[rn]", "2-[(furan-2-ylmethyl)sulfinyl]-n-[(2z)-4-{[4-(piperidin-1-ylmethyl)pyridin-2-yl]oxy}but-2-en-1-yl]acetamide", "frg-8813", "lafutidine[inn]", "acetamide 2-[(2-furanylmethyl)sulfinyl]-n-[(2z)-4-[[4-(1-piperidinylmethyl)-2-pyridinyl]oxy]-2-buten-1-yl]- (+)-", "2-[(2-furylmethyl)sulfinyl]-n-[(2z)-4-{[4-(piperidin-1-ylmethyl)pyridin-2-yl]oxy}but-2-en-1-yl]acetamide", "acetamide 2-[(2-furanylmethyl)sulfinyl]-n-[(2z)-4-[[4-(1-piperidinylmethyl)-2-pyridinyl]oxy]-2-buten-1-yl]-"}|>, "5828" -> <|"DatabaseID" -> "SW03283", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445337]}, "IsomericSmiles" -> "c1cc(oc1)CS(=O)CC(=O)NC/C=C\\COc2cc(ccn2)C[NH+]3CCCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01131"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lafutidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282136]}, "Synonyms" -> {"lafutidine", "protecadin", "n-(4-(4-piperidinylmethyl)pyridyl-2-oxy)butenyl-2-(furfurylsulfinyl)acetamide", "protecadin (tn)", "stogar", "118288-08-7[rn]", "(z)-2-((furan-2-ylmethyl)sulfinyl)-n-(4-((4-(piperidin-1-ylmethyl)pyridin-2-yl)oxy)but-2-en-1-yl)acetamide", "ncgc00164550-01", "143375-16-0[rn]", "2-[(furan-2-ylmethyl)sulfinyl]-n-[(2z)-4-{[4-(piperidin-1-ylmethyl)pyridin-2-yl]oxy}but-2-en-1-yl]acetamid", "acetamide 2-((2-furanylmethyl)sulfinyl)-n-(4-((4-(1-piperidinylmethyl)-2-pyridinyl)oxy)-2-butenyl)- (z)-", "(+-)-2-(furfurylsulfinyl)-n-(4-(4-(piperidinomethyl)-2-pyridyl)oxy-(z)-2-butenyl)acetamide", "2-((2-furanylmethyl)sulfinyl)-n-((2z)-4-((4-(1-piperidinylmethyl)-2-pyridinyl)oxy)-2-buten-1-yl)acetamide", "2-[(2-furylmethyl)sulfinyl]-n-[(2z)-4-{[4-(1-piperidinylmethyl)-2-pyridinyl]oxy}-2-buten-1-yl]acetamide", "(z)-2-((2-furanylmethyl)sulfinyl)-n-(4-((4-(1-piperidinylmethyl)-2-pyridinyl)oxy)-2-butenyl)acetamide", "tl8000499", "(+-)-2-(furfurylsulfinyl)-n-((z)-4-((4-(piperidinomethyl)-2-pyridyl)oxy)-2-butenyl) acetamide", "acetamide", "206449-93-6[rn]", "2-[(furan-2-ylmethyl)sulfinyl]-n-[(2z)-4-{[4-(piperidin-1-ylmethyl)pyridin-2-yl]oxy}but-2-en-1-yl]acetamide", "frg-8813", "lafutidine[inn]", "acetamide 2-[(2-furanylmethyl)sulfinyl]-n-[(2z)-4-[[4-(1-piperidinylmethyl)-2-pyridinyl]oxy]-2-buten-1-yl]- (+)-", "2-[(2-furylmethyl)sulfinyl]-n-[(2z)-4-{[4-(piperidin-1-ylmethyl)pyridin-2-yl]oxy}but-2-en-1-yl]acetamide", "acetamide 2-[(2-furanylmethyl)sulfinyl]-n-[(2z)-4-[[4-(1-piperidinylmethyl)-2-pyridinyl]oxy]-2-buten-1-yl]-"}|>, "5829" -> <|"DatabaseID" -> "SW03284", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6384"]}, "IsomericSmiles" -> "CC(C)OC(=O)CCC/C=C\\C[C@H]1[C@H](C[C@H]([C@@H]1CC[C@H](CCc2ccccc2)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00356"]}, "OfficialNames" -> <|"Indian Approved Name" -> "latanoprost", "Australia Approved Name" -> "LATANOPROST", "FDA Approved Drug" -> "LATANOPROST"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311221]}, "Synonyms" -> {"latanoprost", "xalatan", "phxa41", "xalatan (tn)", "130209-82-4", "s1254_selleck", "ac1nsk8q", "chebi:6384", "latanoprost free acid", "catioprost"}|>, "5830" -> <|"DatabaseID" -> "SW03285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8967]}, "IsomericSmiles" -> "c1ccc(cc1)C(CC[NH+]2CCC(CC2)(C(=O)N)[NH+]3CCCCC3)(C#N)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07288"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Piritramide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9331]}, "Synonyms" -> {"dipidolor", "pirinitramide", "dipiritramide", "piridolan", "piritramide", "einecs 206-124-3", "piritramide [ban:dcf:inn][inn]", "206-124-3[einecs]", "1-(3,3-diphenyl-3-cyanopropyl)-4-piperidino-4-piperidinecarboxamide", "piritramide[wiki]", "1'-(3-cyano-3,3-diphenylpropyl)-[1,4'-bipiperidine]-4'-carboxamide", "dea no. 9642", "1'-(3-cyano-3,3-diphenylpropyl)[1,4'-bipiperidine]-4'-carboxamide", "[1,4'-bipiperidine]-4'-carboxamide,1'-(3-cyano-3,3-diphenylpropyl)-", "piritramidum[latin]", "2,2-diphenyl-4-(4-piperidino-4-carbamoylpiperidino)butyronitrile", "piritramidum [inn-latin]", "5-22-13-00539", "5-22-13-00539 (beilstein handbook reference)[beilstein]", "brn 0501362", "1'-(3-cyano-3,3-diphenylpropyl)(1,4'-bipiperidine)-4'-carboxamide", "piritramida[spanish][inn]", "(1,4'-bipiperidine)-4'-carboxamide,1'-(3-cyano-3,3-diphenylpropyl)-", "1'-(3-cyano-3,3-diphenylpropyl)-(1,4'-bipiperidine)-4'-carboxamide", "piritramida [inn-spanish]", "302-41-0[rn]", "1'-(3-cyano-3,3-diphenylpropyl)-1,4'-bipiperidine-4'-carboxamide[acd/iupac name]"}|>, "5831" -> <|"DatabaseID" -> "SW03286", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477619]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4C3(CCC5C4CC[C@H]6C5(C[C@@H]([C@@H](C6)O)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "markogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319285]}, "Synonyms" -> {"markogenin"}|>, "5832" -> <|"DatabaseID" -> "SW03287", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390463]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@]2([C@H]([C@H]3[C@@H](O2)C[C@@H]4[C@@]3(CC[C@H]5[C@H]4CC[C@@H]6[C@@]5(C[C@H]([C@@H](C6)O)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441887]}, "Synonyms" -> {"gitogenin", "(25r)-5alpha-spirostan-2alpha", "ac1l9but", "5a-spirostan-2a", "511-96-6", "lmst01080010", "chembl1770687", "ag-k-44586", "c08899", "511-96-6[rn]", "(2a,3b,5a,25r)-spirostan-2,3-diol"}|>, "5833" -> <|"DatabaseID" -> "SW03288", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 116523]}, "IsomericSmiles" -> "C[C@H]1CC[C@H]2[C@@]([C@H]3CC[C@@H]4[C@H]([C@@H]3C[NH+]2C1)C[C@H]5[C@H]4C[C@@H]([C@@H]6[C@@]5(CC[C@@H](C6)O)C)O)(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peimine;verticine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 131900]}, "Synonyms" -> {"peimine", "verticine", "zhebeinine", "wanpeinine-a", "(3b", "239-85-0", "ac1q59mm", "135636-54-3[rn]", "(3b,5a,6a)-cevane-3,6,20-triol", "23496-41-5", "5,14-cevanine-3,6,20-triol", "23496-41-5[rn]", "107299-20-7[rn]", "cevane-3,6,20-triol (3b,5a,6a)-", "ambap23496-41-5", "wanpeinine a"}|>, "5834" -> <|"DatabaseID" -> "SW03289", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66133]}, "IsomericSmiles" -> "C[C@@H]1C[C@]2([C@@H]([C@H]([C@H]3[C@H](O2)C[C@@H]4[C@@]3(CC[C@H]5[C@H]4CC[C@@H]6[C@@]5(CC[C@@H](C6)[NH3+])C)C)C)[NH2+]C1)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanocapsin;solanocapsine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73419]}, "Synonyms" -> {"solanocapsine", "solanocapsin", "ag-k-44702", "ar-1a3514", "639-86-1[rn]", "nsc102622", "(2s", "639-86-1", "naphth[2'',1'':4',5']indeno[1',2':5,6]pyrano[3,2-b]pyridin-11a(1h)-ol,2-aminodocosahydro-4a,6a,7,10-tetramethyl- (2s,4as,4bs,6as,6br,7s,7ar,10r,11as,12ar,13as,13br,15as)-", "ac1l2jty", "nsc 102622", "kst-1a7155"}|>, "5835" -> <|"DatabaseID" -> "SW03290", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20130086]}, "IsomericSmiles" -> "c1cc(c(cc1c2c(c(=O)c3c(cc(cc3o2)O)[O-])O[C@H]4[C@@H]([C@H]([C@@H](O4)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "avicularin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5490064]}, "Synonyms" -> {"avicularin", "3-{[(2s,3r,4r,5s)-3,4-dihydroxy-5-(hydroxymethyl)oxolan-2-yl]oxy}-2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4h-chromen-4-one", "572-30-5[rn]", "quercetin 3-alpha-l-arabinofuranoside", "lmpk12112167", "572-30-5", "chembl471282", "ac1nurkj", "4h-1-benzopyran-4-one", "i07-0277", "3-[(2s"}|>, "5836" -> <|"DatabaseID" -> "SW03291", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "161680"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4674940]}, "IsomericSmiles" -> "C[C@H]1[C@@H](C(=O)N1S(=O)(=O)[O-])NC(=O)/C(=N\\OC(C)(C)C(=O)[O-])/c2csc(n2)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00240"]}, "OfficialNames" -> <|"China Approved Name" -> "aztreonam", "Indian Approved Name" -> "aztreonam", "FDA Approved Drug" -> "AZTREONAM"|>, "Synonyms" -> {"dynabiotic", "(2s,3s)-3-{[(2z)-2-(2-ammonio-1,3-thiazol-4-yl)-2-{[(2-carboxypropan-2-yl)oxy]imino}acetyl]amino}-2-methyl-4-oxoazetidine-1-sulfonate", "ahi", "80951-91-3[rn]", "sq 26,776", "aztreonamum[latin]", "2-((z)-1-(2-aminothiazol-4-yl)-2-((2s,3s)-2-methyl-4-oxo-1-sulfoazetidin-3-ylamino)-2-oxoethylideneaminooxy)-2-methylpropanoicacid", "aztreonam(azactam)", "propanoicacid 2-[[[(1z)-1-(2-amino-4-thiazolyl)-2-[[(2s,3s)-2-methyl-4-oxo-1-sulfo-3-azetidinyl]amino]-2-oxoethylidene]amino]oxy]-2-methyl-", "monobactam;sq 26776;squibb 26776;azactam;cayston", "(z)-2-((((2-amino-4-thiazolyl)(((2s,3s)-2-methyl-4-oxo-1-sulfo-3-azetidinyl)carbamoyl)methylene)amino)oxy)-2-methylpropionic acid", "azactam", "78110-38-0[rn]", "aztreonam (z-isomer)", "278-839-9[einecs]", "aztreonam e-isomer", "squibb 26,776", "monobactam sq 26776 squibb 26776", "primbactam", "azactam[wiki]", "antibiotic squibb 26,776", "2-({[(1z)-1-(2-amino-1,3-thiazol-4-yl)-2-{[(2s,3s)-2-methyl-4-oxo-1-sulfoazetidin-3-yl]amino}-2-oxoethylidene]amino}oxy)-2-methylpropanoic acid", "aztreonam(azactam cayston)", "monobactam[wiki]", "aztreonam", "{2s-[2a,3b(z)]}-2-{[((2-amino-4-thiazolyl)-2-((2-methyl-4-oxo-1-sulfo-3-azetidinyl)amino)-2-oxoethyl", "aztreonam[wiki]", "[2s-[2a,3b(z)]]-2-[[[1-(2-amino-4-thiazolyl)-2-[(2-methyl-4-oxo-1-sulfo-3-azetidinyl)amino]-2-oxoethylidene]amino]oxy]-2-methylpropanoic acid", "aztreonam [usan:ban:inn:jan][inn][jan][usan]", "azthreonam"}|>, "5837" -> <|"DatabaseID" -> "SW03292", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444535], ExternalIdentifier["ChemSpiderID", 4945251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00688"]}, "IsomericSmiles" -> "Cc1c2c(c(c(c1OC)C/C=C(\\C)/CCC(=O)OCC[NH+]3CCOCC3)[O-])C(=O)OC2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00752"]}, "OfficialNames" -> <|"Indian Approved Name" -> "mycophenolate mofetil", "FDA Approved Drug" -> "MYCOPHENOLATE MOFETIL;MYCOPHENOLATE MOFETIL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450566", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281078], ExternalIdentifier["PubChemCompoundID", 6441022]}, "Synonyms" -> {"cellcept", "mycophenolate mofetil", "munoloc", "mycophenylate mofetil", "mycophenolic acid morpholinoethyl ester", "impdh-ii", "ec 1.1.1.205", "rs-61443-190", "rs 61443-190", "impd 2", "imp dehydrogenase 2", "204-722-9[einecs]", "2-morpholin-4-ylethyl (e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-1h-isobenzofuran-5-yl)-4-methyl-hex-4-enoate", "mycophenolate mofetil hydrochloride", "4-hexenoic acid", "mycophenolatemofetil", "mofetil micofenolato[portuguese]", "128794-94-5", "2-morpholin-4-ylethyl (4e)-6-[4-hydroxy-7-methyl-6-(methyloxy)-3-oxo-1,3-dihydro-2-benzofuran-5-yl]-4-methylhex-4-enoate", "6-((7-hydroxy-5-methoxy-4-methyl-1-oxo-3h-isobenzofuran-6-yl))-4-methyl-hex-4-enoic acid 2-morpholinoethyl ester", "4-hexenoic acid 6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methyl- 2-(4-morpholinyl)ethyl ester,(4e)-", "mmf cellcept(tm)", "me-mpa", "rs 61443", "cellcept (tn)", "(e)-2-morpholinoethyl 6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-1,3-dihydroisobenzofuran-5-yl)-4-methylhex-4-enoate", "4-hexenoic acid 6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methyl- 2-(4-morpholinyl)ethyl ester,(e)-", "rs-61443;mmf cellcept(tm)", "tl8000648", "2-morpholin-4-ylethyl-(4e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-1,3-dihydro-2-benzofur-5-yl)-4-methylhex-4-enoat", "2-(4-morpholinyl)ethyl (4e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-1,3-dihydro-2-benzofuran-5-yl)-4-methyl-4-hexenoate", "2-morpholin-4-ylethyl (4e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-1,3-dihydro-2-benzofuran-5-yl)-4-methylhex-4-enoate", "2-(morpholin-4-yl)ethyl (4e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-1,3-dihydro-2-benzofuran-5-yl)-4-methylhex-4-enoate", "6-[(7-hydroxy-5-methoxy-4-methyl-1-oxo-3h-isobenzofuran-6-yl)]-4-methyl-hex-4-enoic acid 2-morpholinoethyl ester", "128794-94-5[rn]", "rs-61443", "(e)-6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methyl-4-hexenoic acid 2-(4-morpholinyl)ethyl ester", "2-morpholin-4-ylethyl (e)-6-(6-methoxy-7-methyl-4-oxidanyl-3-oxidanylidene-1h-2-benzofuran-5-yl)-4-methyl-hex-4-enoate", "6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methyl-4-hexenoic acid 2-(4-morpholinyl)ethylester", "(e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-1h-isobenzofuran-5-yl)-4-methyl-4-hexenoic acid2-(4-morpholinyl)ethyl ester", "2-(morpholin-4-yl)ethyl-(4e)-6-(4-hydroxy-6-methoxy-7-methyl-3-oxo-1,3-dihydro-2-benzofur-5-yl)-4-methylhex-4-enoat", "mycophenolate mofetil[wiki][jan][usan]", "128791-94-5", "116680-01-4", "ac1o5um8", "mycophenolate mofetil hcl", "cellcept intravenous", "mycophenolate mofetil hydrochloride [usan]", "mycophenolate mofetil hydrochloride (usan)", "4-hexenoic acid 6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methyl- 2-(4-morpholinyl)ethyl ester,hydrochloride (e)-", "unii-uxh81s8zvb", "4-hexenoic acid 6-(1,3-dihydro-4-hydroxy-6-methoxy-7-methyl-3-oxo-5-isobenzofuranyl)-4-methyl- 2-(4-morpholinyl)ethyl ester,hydrochloride (4e)-"}|>, "5838" -> <|"DatabaseID" -> "SW03293", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9927"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54833]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00177"]}, "IsomericSmiles" -> "CCCCC(=O)N(Cc1ccc(cc1)c2ccccc2c3[n-]nnn3)[C@@H](C(C)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00400"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALSARTAN"|>, "PharmGKBID" -> "PA451848", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60846]}, "Synonyms" -> {"valsartan", "diovan", "valsarran", "137862-53-4[rn]", "nisis", "3-methyl-2-[pentanoyl-[[4-[2-(2h-tetrazol-5-yl)phenyl]phenyl]methyl]amino]-butanoic acid", "provas", "(s)-2-(n-((2'-(1h-tetrazol-5-yl)-[1,1'-biphenyl]-4-yl)methyl)pentanamido)-3-methylbutanoicacid", "l-valine,n-(1-oxopentyl)-n-((2'-(1h-tetrazol-5-yl)(1,1'-biphenyl)-4-yl)methyl)-", "l-valine,n-(1-oxopentyl)-n-[[2'-(2h-tetrazol-5-yl)[1,1'-biphenyl]-4-yl]methyl]-", "l-valine,n-(1-oxopentyl)-n-[[2'-(1h-tetrazol-5-yl)[1,1'-biphenyl]-4-yl]methyl]-", "3-methyl-2-{pentanoyl-[2'-(1h-tetrazol-5-yl)-biphenyl-4-ylmethyl]-amino}-butyricacid", "137862-53-4", "tareg", "(s)-3-methyl-2-[n-({4-[2-(2h-1,2,3,4-tetrazol-5-yl)phenyl]phenyl}methyl)pentanamido]butanoic acid", "kalpress", "at1", "n-(p-(o-1h-tetrazol-5-ylphenyl)benzyl)-n-valeryl-l-valine", "at1br", "(s)-n-valeryl-n-{[2'-(1h-tetrazol-5-yl)biphenyl-4-yl]-methyl}-valine", "diovan hct", "tl8000869", "137862-87-4[rn]", "n-pentanoyl-n-{[2'-(1h-tetrazol-5-yl)biphenyl-4-yl]methyl}-l-valin", "cgp-48933", "(2s)-3-methyl-2-[n-({4-[2-(1h-1,2,3,4-tetrazol-5-yl)phenyl]phenyl}methyl)pentanamido]butanoic acid", "n-[p-(o-1h-tetrazol-5-ylphenyl)benzyl]-n-valeryl-l-valine", "at1ar", "miten", "(s)-3-methyl-2-{pentanoyl-[2'-(2h-tetrazol-5-yl)-biphenyl-4-ylmethyl]-amino}-butyric acid", "exforge", "(s)-n-(1-carboxy-2-methylprop-1-yl)-n-pentanoyl-n-[2'-(1h-tetrazol-5-yl)-biphenyl-4-ylmethyl]amine", "(s)-3-methyl-2-{pentanoyl-[2'-(1h-tetrazol-5-yl)-biphenyl-4-ylmethyl]-amino}-butyric acid", "n-pentanoyl-n-{[2'-(1h-tetrazol-5-yl)[1,1'-biphenyl]-4-yl]methyl}-l-valine", "vals", "valsartan[wiki][inn][jan][usan]", "n-(1-oxopentyl)-n-[[2'-(1h-tetrazol-5-yl)[1,1'-biphenyl]-4-yl]methyl]-l-valine", "diovan[wiki]", "(2s)-3-methyl-2-(pentanoyl{[2'-(1h-tetrazol-5-yl)biphenyl-4-yl]methyl}amino)butanoic acid", "7754038[beilstein]", "n-pentanoyl-n-{[2'-(2h-tetrazol-5-yl)biphenyl-4-yl]methyl}-l-valine", "(2s)-3-methyl-2-[pentanoyl-[[4-[2-(2h-tetrazol-5-yl)phenyl]phenyl]methyl]amino]butanoic acid", "n-pentanoyl-n-{[2'-(1h-tetrazol-5-yl)-4-biphenylyl]methyl}-l-valine", "3-methyl-2-{((s)-pentanoyl)-[2'-(1h-tetrazol-5-yl)-biphenyl-4-ylmethyl]-amino}-butyric acid", "(2s)-3-methyl-2-(pentanoyl{[2'-(1h-tetrazol-5-yl)-4-biphenylyl]methyl}amino)butanoic acid", "valtan", "137863-60-6[rn]", "n-pentanoyl-n-{[2'-(1h-tetrazol-5-yl)biphenyl-4-yl]methyl}-l-valine"}|>, "5839" -> <|"DatabaseID" -> "SW03294", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61193"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6473]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00354"]}, "IsomericSmiles" -> "CC(C)(C)c1ccc(cc1)C[NH+]2CCN(CC2)C(c3ccccc3)c4ccc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07547"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BUCLIZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164748223", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6729]}, "Synonyms" -> {"buclizine", "bucladin", "buclifen", "aphilan-r base", "histabutizine", "histabutyzine", "histabuticine", "vibazine", "buclodin", "bucladin-s", "buclizinum", "buclizina", "hitabutyzyne", "buclina", "1-[(4-chlorophenyl)(phenyl)methyl]-4-{[4-(1,1-dimethylethyl)phenyl]methyl}piperazine", "4-23-00-00082 (beilstein handbook reference)[beilstein]", "component of softran", "posdel", "buclizine hydrochloride", "component of bucladin-s", "82-95-1[rn]", "1-[(4-chlorophenyl)phenylmethyl]-4-[[4-(1,1-dimethylethyl)phenyl]methyl]piperazine", "buclizina [inn-spanish]", "softran", "postafen", "buclizine dihydrochloride", "aphilan r", "buclizine hydrochloride (usan) (*dihydrochloride*)[usan]", "1-(p-chlorobenzhydryl)-4-(p-tert-butylbenzyl)diethylenediamine-", "129-74-8 (dihydrochloride)", "buclizinum [inn-latin]", "longifene", "buclizina; buclizine; buclizinum", "349567[beilstein]", "1-(p-chlorobenzhydryl)-4-(p-(tert)-butylbenzyl)piperazine dihydrochloride", "piperazine {1-[(4-chlorophenyl)phenylmethyl]-4-[[4-(1,} 1-dimethylethyl)phenyl\\]methyl\\]- dihydrochloride", "vibazine hydrochloride", "buclizina[spanish][inn]", "buclizinum [inn_la]", "1-(4-tert-butylbenzyl)-4-((4-chlorophenyl)(phenyl)methyl)piperazine", "histabutyzine hydrochloride", "1-(p-tert-butylbenzyl)-4-(p-chloro-a-phenylbenzyl)piperazine", "1-(p-tert-butylbenzyl)-4-(p-chlorodiphenylmethyl)piperazine", "piperazine 1-[(4-chlorophenyl)phenylmethyl]-4-[[4-(1,1-dimethylethyl)phenyl]methyl]-", "4-23-00-00082", "buclizinum[latin]", "1-(4-tert-butylbenzyl)-4-[(4-chlorophenyl)(phenyl)methyl]piperazine", "buclizine[wiki]", "piperazine 1-((4-chlorophenyl)phenylmethyl)-4-((4-(1,1-dimethylethyl)phenyl)methyl)- (9ci)", "buclizine hydrochloride", "201-448-1[einecs]", "piperazine 1-[ (4-chlorophenyl)phenylmethyl]-4-[[4-(1 1-dimethylethyl)phenyl]methyl]- dihydrochloride", "histabutyzine dihydrochloride", "1-(p-chlorobenzhydryl)-4-(p-tert-butylbenzyl)diethylenediamine"}|>, "5840" -> <|"DatabaseID" -> "SW03294", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61193"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6473]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00354"]}, "IsomericSmiles" -> "CC(C)(C)c1ccc(cc1)C[NH+]2CCN(CC2)C(c3ccccc3)c4ccc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07547"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BUCLIZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164748223", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6729]}, "Synonyms" -> {"buclizine", "bucladin", "buclifen", "aphilan-r base", "histabutizine", "histabutyzine", "histabuticine", "vibazine", "buclodin", "bucladin-s", "buclizinum", "buclizina", "hitabutyzyne", "buclina", "1-[(4-chlorophenyl)(phenyl)methyl]-4-{[4-(1,1-dimethylethyl)phenyl]methyl}piperazine", "4-23-00-00082 (beilstein handbook reference)[beilstein]", "component of softran", "posdel", "buclizine hydrochloride", "component of bucladin-s", "82-95-1[rn]", "1-[(4-chlorophenyl)phenylmethyl]-4-[[4-(1,1-dimethylethyl)phenyl]methyl]piperazine", "buclizina [inn-spanish]", "softran", "postafen", "buclizine dihydrochloride", "aphilan r", "buclizine hydrochloride (usan) (*dihydrochloride*)[usan]", "1-(p-chlorobenzhydryl)-4-(p-tert-butylbenzyl)diethylenediamine-", "129-74-8 (dihydrochloride)", "buclizinum [inn-latin]", "longifene", "buclizina; buclizine; buclizinum", "349567[beilstein]", "1-(p-chlorobenzhydryl)-4-(p-(tert)-butylbenzyl)piperazine dihydrochloride", "piperazine {1-[(4-chlorophenyl)phenylmethyl]-4-[[4-(1,} 1-dimethylethyl)phenyl\\]methyl\\]- dihydrochloride", "vibazine hydrochloride", "buclizina[spanish][inn]", "buclizinum [inn_la]", "1-(4-tert-butylbenzyl)-4-((4-chlorophenyl)(phenyl)methyl)piperazine", "histabutyzine hydrochloride", "1-(p-tert-butylbenzyl)-4-(p-chloro-a-phenylbenzyl)piperazine", "1-(p-tert-butylbenzyl)-4-(p-chlorodiphenylmethyl)piperazine", "piperazine 1-[(4-chlorophenyl)phenylmethyl]-4-[[4-(1,1-dimethylethyl)phenyl]methyl]-", "4-23-00-00082", "buclizinum[latin]", "1-(4-tert-butylbenzyl)-4-[(4-chlorophenyl)(phenyl)methyl]piperazine", "buclizine[wiki]", "piperazine 1-((4-chlorophenyl)phenylmethyl)-4-((4-(1,1-dimethylethyl)phenyl)methyl)- (9ci)", "buclizine hydrochloride", "201-448-1[einecs]", "piperazine 1-[ (4-chlorophenyl)phenylmethyl]-4-[[4-(1 1-dimethylethyl)phenyl]methyl]- dihydrochloride", "histabutyzine dihydrochloride", "1-(p-chlorobenzhydryl)-4-(p-tert-butylbenzyl)diethylenediamine"}|>, "5841" -> <|"DatabaseID" -> "SW03295", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445588]}, "IsomericSmiles" -> "CC[C@@]12CCC[NH+]3[C@@H]1c4c(c5ccc(cc5n4[C@](C2)(C(=O)OC)O)Br)CC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01656"]}, "OfficialNames" -> <|"NPC Approved Name" -> "brovincamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68771]}, "Synonyms" -> {"sabromin", "brovincamine fumarate", "bv 26-723", "11-bromovincamine", "brovincamine", "brovincamine hydogen fumurate", "brovincaminum [inn-latin]", "sabromin (tn)", "brovincamine fumarte", "(3a,14b,16a)-14,15-dihydro-11-bromo-14-hydroxy-eburnamenine-14-carboxylic acid methyl ester (e)-2-butenedioate (1:1)(salt)", "brovincamine [inn]", "11-bromovincamine fumarate", "9-bromvincamin", "brovincamina [inn-spanish]", "84964-12-5[rn]", "brovincamine fumurate", "cis-11-bromovincamine", "c21h25brn2o3", "brovincamine (inn)"}|>, "5842" -> <|"DatabaseID" -> "SW03296", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31275"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392014]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)COC(=O)C)O)C)O)F)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01402"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BETAMETHASONE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443967]}, "Synonyms" -> {"betamethasone acetate", "betamethasone 21-acetate", "9-fluoro-11beta", "2-[(8s,9r,10s,11s,13s,14s,16s,17r)-9-fluor-11,17-dihydroxy-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl]-2-oxoethylacetat", "3228669[beilstein]", "betafluorene", "celestone soluspan (tn)", "beta-methasone acetate", "ac1l9fhg", "987-24-6", "9-fluoro-11b,17,21-trihydroxy-16b-methylpregna-1,4-diene-3,20-dione 21-acetate", "213-578-6[einecs]", "einecs 213-578-6", "unii-ti05ao53l7", "chebi:31275", "b7527_sigma", "987-24-6[rn]", "dexamethasone acetate imp. d (ep)", "2-[(8s,9r,10s,11s,13s,14s,16s,17r)-9-fluoro-11,17-dihydroxy-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl]-2-oxoethyl acetate", "celestone soluspan"}|>, "5843" -> <|"DatabaseID" -> "SW03297", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391984]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3C[C@@H](C4=CC(=O)C=C[C@@]4([C@H]3[C@H](C[C@@]2([C@]1(C(=O)COC(=O)C)O)C)O)C)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01229"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PARAMETHASONE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443928]}, "Synonyms" -> {"paramethasone acetate", "haldrone", "haldrone (tn)", "1597-82-6", "(6a,11b,16a)-21-(acetyloxy)-6-fluoro-11,17-dihydroxy-16-methylpregna-1,4-diene-3,20-dione", "dsstox_cid_3422", "1597-82-6[rn]", "chembl1200342", "paramethasone[wiki]", "haldrate", "metilar", "ncgc00185748-01", "stemex", "6a-fluoro-11b,17,21-trihydroxy-16a-methylpregna-1,4-diene-3,20-dione 21-acetate", "sintecort", "paramezone", "monocortin", "paramethasone acetate (jan/usp)", "dsstox_gsid_23422", "216-486-4[einecs]", "dilar", "16a-methyl-6a-fluoro-prednisolone-21-acetate", "paramethasone 21-acetate", "ac1l9ff9", "cortidene", "dillar", "dsstox_rid_77021"}|>, "5844" -> <|"DatabaseID" -> "SW03298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6196]}, "IsomericSmiles" -> "C[C@]12C[C@@H]([C@]3([C@H]([C@@H]1C[C@@H]4[C@]2(OC(O4)(C)C)C(=O)CO)CCC5=CC(=O)C=C[C@@]53C)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00983"]}, "OfficialNames" -> <|"China Approved Name" -> "triamcinolone acetonide", "Indian Approved Name" -> "triamcinolone acetonide", "FDA Approved Drug" -> "TRIAMCINOLONE ACETONIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436]}, "Synonyms" -> {"azmacort", "aristogel", "flutone", "tramacin", "solodelf", "triaceton", "kenalone", "rineton", "kenalog", "triamcinolone acetonide", "aristoderm", "acetospan", "9a-fluoro-11b,21-dihydroxy-16a,17a-isopropylidene-dioxy-1,4-pregnadiene-3,20-dione", "aristocort", "triacet", "vetalog", "tri-nasal", "5-19-06-00568 (beilstein handbook reference)[beilstein]", "omcilon-a", "triamcinolone 16,17-acetonide", "nasacort", "kenaquart", "76-25-5[rn]", "triacort", "triamsinolone acetonide", "kenalog-40", "13586-95-3[rn]", "coupe-a", "9a-fluoro-11b,16a,17,21-tetrahydroxypregna-1,4-diene-3,20-dionecyclic 16,17-acetal with acetone", "kenalog in orabase", "9a-fluoro-11b,16a,17a,21-tetrahydroxy-1,4-pregnadiene-3,20-dione 16,17-acetonide", "volon a 40", "kenalog (tn)", "oracort", "triamcinolone acetonide[wiki][jan]", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 4b-fluoro-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-,(4as,4br,5s,6as,6bs,9ar,10as,10bs)-", "kenalog-h", "nasacort hfa", "flutex", "trymex", "oncilon-a", "tac-3", "triamcincolone acetonide", "nasacort[wiki]", "delphicort", "adcortyl a", "200-948-7[einecs]", "omcilon a", "kenacort-a", "triam", "triesence", "124-94-7[rn]", "nasacort aq", "oralone", "(6as,6br,7s,8as,8bs,11ar,12as,12bs)-6b-fluoro-7-hydroxy-8b-(2-hydroxyacetyl)-6a,8a,10,10-tetramethyl-6a,6b,7,8,8a,8b,11a,12,12a,12b-decahydro-1h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-4(2h)-one", "(4as,4br,5s,6as,6bs,9ar,10as,10bs)-4b-fluoro-6b-glycoloyl-5-hydroxy-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one[acd/iupac name]", "panolog ointment", "volon a", "9a-fluoro-16a,17-isopropylidenedioxyprednisolone", "9a-fluoro-16a-hydroxyprednisolone acetonide", "9-fluoro-11,21-dihydroxy-16,17-[1-methylethylidenebis(oxy)]pregna-1,4-diene-3,20-dione", "ledercort d", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 4b-fluoro-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-6b-(2-hydroxyacetyl)-4a,6a,8,8-tetramethyl- (4as,4br,5s,6as,6bs,9ar,10as,10bs)-", "triderm", "8054-16-8[rn]", "triam-injekt", "67-78-7[rn]", "138265-06-2[rn]", "triatex", "azmacort[wiki]", "triamcinolone acetonide in absorbase", "triamonide 40", "(4as,4br,5s,6as,6bs,9ar,10as,10bs)-4b-fluoro-5-hydroxy-6b-(2-hydroxy-acetyl)-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-7,9-dioxa-pentaleno[2,1-a]phenanthren-2-one", "kenalog-10", "(4as,4br,5s,6as,6bs,9ar,10as,10bs)-4b-fluor-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-on", "(11b,16a)-9-fluoro-11,21-dihydroxy-16,17-[1-methylethylidenebis(oxy)]pregna-1,4-diene-3,20-dione", "aristocort;fluoxiprednisolone;kenacort;lederspan;volon", "aristocort;", "adcortyl-a", "9a-fluoro-11b,21-dihydroxy-16a,17a-isopropylidenedioxy-1,4-pregnadiene-3,20-dione", "volonimat", "triamcinolone 16a,17-acetonide", "tricinolon", "myco-triacet ii", "triamcinolone acetonide acetate", "(4as,4br,5s,6as,6bs,9ar,10as,10bs)-4b-fluoro-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one", "(1s,2s,8s,9s,11s,13s,4r,12r)-12-fluoro-11-hydroxy-8-(2-hydroxyacetyl)-6,6,9,13-tetramethyl-5,7-dioxapentacyclo[10.8.0.0<2,9>.0<4,8>.0<13,18>]icosa-14,17-dien-16-one", "aristocort acetonide", "triamcinolone hexacetonide imp. a (ep)", "mytrex", "mycolog ii", "aristocort a", "204-718-7[einecs]", "respicort"}|>, "5845" -> <|"DatabaseID" -> "SW03299", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5106"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 74144]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00180"]}, "IsomericSmiles" -> "C[C@]12C[C@@H]([C@H]3[C@H]([C@@H]1C[C@@H]4[C@]2(OC(O4)(C)C)C(=O)CO)C[C@@H](C5=CC(=O)C=C[C@]35C)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00324"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLUNISOLIDE"|>, "PharmGKBID" -> "PA449661", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 82153]}, "Synonyms" -> {"flunisolide", "rhinalar", "syntaris", "lunis", "bronalide", "synaclyn", "nasalide", "flunisolide [anhydrous]", "nasarel", "aerobid", "aerospan", "flunisolide hfa", "3/3/3385", "gr", "flunisolidum[latin]", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs,12s)-12-fluoro-6b-glycoloyl-5-hydroxy-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one[acd/iupac name]", "-6-fluoro-11,21-dihydroxy-16,17-[ bis ]-pregna-1,4-diene-3,20-dione", "77326-96-6[rn]", "6a-fluoro-11b,21-dihydroxy-16a,17-isopropylidenedioxy-d1,4-pregnadiene-3,20-dione", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 12-fluoro-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-6b-(2-hydroxyacetyl)-4a,6a,8,8-tetramethyl- (4ar,4bs,5s,6as,6bs,9ar,10as,10bs,12s)-", "aerobid-m", "6a-fluoro-11b,16a,17,21-tetrahydroxypregna-1,4-diene-3,20-dionecyclic 16,17-acetal with acetone", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 12-fluoro-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-,(4ar,4bs,5s,6as,6bs,9ar,10as,10bs,12s)-", "soluzione", "flunisolide[wiki][inn]", "6?-fluoro-11?,21-dihydroxy-16?,17-(isopropylidenedioxy)pregna-1,4-diene-3,20-dione 21-acetate", "aerobid[wiki]", "9005-49-6", "3385/3/3", "flunisolide hemihydrate", "aerobid nasalide nasarel", "3385-03-3[rn]", "nasarel[wiki]", "4533-89-5[rn]", "(6a,11b,16a)-6-fluoro-11,21-dihydroxy-16,17-[(1-methylethylidene)bis(oxy)]pregna-1,4-diene-3,20-dione", "aerospan hfa", "nasalide[wiki]", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs,12s)-12-fluor-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-on", "542449", "aerobid m", "nisolid", "222-193-2[einecs]", "flunisolide(nasalide)", "flunisolida[spanish][inn]", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs,12s)-12-fluoro-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one"}|>, "5846" -> <|"DatabaseID" -> "SW03300", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161314]}, "IsomericSmiles" -> "C[C@@H]1C=C(C(=O)[C@]2([C@H]1C[C@@H]3[C@@]4([C@@H]2[C@@H]([C@H]([C@@H]([C@@H]4CC(=O)O3)C)OC)OC(=O)C)C)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nigakilactone a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185556]}, "Synonyms" -> {"c17029", "(11|a", "nigakilactone c", "ar-1a0406", "nigakilactone", "ac1l4h39", "24148-78-5", "24148-78-5[rn]", "kst-1a3416"}|>, "5847" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5848" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5849" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5850" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5851" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5852" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5853" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5854" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5855" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5856" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5857" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5858" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5859" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5860" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5861" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5862" -> <|"DatabaseID" -> "SW03301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476582]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](CC1=CCC3C2CC[C@]4(C3C[C@@H](C4[C@](C)(CCCC(C)(C)O)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "guggulsterol;z-guggulsterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317852]}, "Synonyms" -> {"ac1nsw46", "guggulsterol y", "(3s"}|>, "5863" -> <|"DatabaseID" -> "SW03302", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3765"], ExternalIdentifier["ChEBIID", "49566"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5873]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01147"]}, "IsomericSmiles" -> "Cc1c(c(no1)c2ccccc2Cl)C(=O)N[C@H]3[C@@H]4N(C3=O)[C@H](C(S4)(C)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02231"], ExternalIdentifier["KEGGID", "D07733"]}, "OfficialNames" -> <|"China Approved Name" -> "cloxacillin", "WHO Essential Medicine" -> "cloxacillin", "Indian Approved Name" -> "cloxacillin", "FDA Approved Drug" -> "CLOXACILLIN SODIUM"|>, "PharmGKBID" -> "PA449059", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6098]}, "Synonyms" -> {"cloxacillin", "clossacillina [dcit]", "methocillin s", "cloxacillin sodium", "tegopen", "chloroxacillin", "clossacillina", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[[3-(2-chlorophenyl)-5-methyl-4-isoxazolyl]carbonyl]amino]-3,3-dimethyl-7-oxo-,(2s,5r,6r)-", "[3-(o-chlorophenyl)-5-methyl-4-isoxazolyl]penicillin", "orbenin extra dry cow", "[5-methyl-3-(o-chlorophenyl)-4-isoxazolyl]penicillin", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 6-(3-(o-chlorophenyl)-5-methyl-4-isoxazolecarboxamido)-3,3-dimethyl-7-oxo-", "[2s-(2a,5a,6b)]-6-[[[3-(2-chlorophenyl)-5-methyl-4-isoxazolyl]carbonyl]amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid", "cxn", "(2s,5r,6r)-6-({[3-(2-chlorophenyl)-5-methyl-1,2-oxazol-4-yl]carbonyl}amino)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid[acd/iupac name]", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 6-(3-(o-chlorophenyl)-s-methyl-4-isoxazolecarboxamido)-3,3-dimethyl-7-oxo-", "pbp-5", "9005-49-6", "50763-55-8[rn]", "(2s,5r,6r)-6-[[[3-(2-chlorophenyl)-5-methyl-4-isoxazolyl]carbonyl]amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "1232834[beilstein]", "8056-79-9[rn]", "penicillin-binding protein 5 precursor", "novo-cloxin", "6-(((3-(2-chlorophenyl)-5-methyl-4-isoxazolyl)carbonyl)amino)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "cloxacilina", "cloxacillinum [inn_la]", "61-72-3[rn]", "syntarpen", "cloxacilline[french][inn]", "(3-(o-chlorophenyl)-5-methyl-4-isoxazolyl)penicillin", "23736-58-5 (2:1 benzathine)", "nu-cloxi", "cloxacilline", "oxacillin", "cloxacilina[spanish][inn]", "200-514-7[einecs]", "ec 3.4.16.4", "dd- carboxypeptidase", "(2s,5r,6r)-6-({[3-(2-chlorophenyl)-5-methylisoxazol-4-yl]carbonyl}amino)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "dd-peptidase", "cloxacillin[wiki]", "d-alanyl-d-alanine carboxypeptidase fraction a", "cloxacillinum", "6-(3-(o-chlorophenyl)-5-methyl-4-isoxazolecarboxamido)penicillanic acid", "cloxacillinum[latin]", "methylchlorphenylisoxazoryl-penicillin", "orbenin", "cloxapen", "cloxacillin sodium hydrate"}|>, "5864" -> <|"DatabaseID" -> "SW03303", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63589"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 168313]}, "IsomericSmiles" -> "Cc1cc(cc(c1Oc2c(c(nc(n2)Nc3ccc(cc3)C#N)N)Br)C)C#N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04112"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ETRAVIRINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 193962]}, "Synonyms" -> {"intelence", "etravirine", "tmc125", "r165335", "4-{6-amino-5-bromo-2-[(4-cyanophenyl)amino]pyrimidin-4-yloxy}-3,5-dimethylbenzenecarbonitrile", "6-amino-5-bromo-4-(4-cyano-2,6-dimethylphenoxy)-2-(4-cyanophenylamino)pyrimidine", "intelence(tm)", "4-((6-amino-5-bromo-2-((4-cyanophenyl)amino)pyrimidin-4-yl)oxy)-3,5-dimethylbenzonitrile", "tmc-125", "etravirine[inn]", "benzonitrile 4-((6-amino-5-bromo-2-((4-cyanophenyl)amino)-4-pyrimidinyl)oxy)-3,5-dimethyl-", "t6n cnj bmr dcn& dz ee for b1 f1 dcn [wln][wln]", "4-({6-amino-5-bromo-2-[(4-cyanophenyl)amino]pyrimidin-4-yl}oxy)-3,5-dimethylbenzonitrile", "etravirine [inn_en]", "269055-15-4 [rn]", "394729-17-0[rn]", "dapy deriv", "intelence (tn)", "tmc 125", "4-[[6-amino-5-bromo-2-[(4-cyanophenyl)amino]-4-pyrimidinyl]oxy]-3,5-dimethylbenzonitrile", "269055-15-4", "r165335-tmc125", "benzonitrile 4-[[6-amino-5-bromo-2-[(4-cyanophenyl)amino]-4-pyrimidinyl]oxy]-3,5-dimethyl-", "diaminopyrimidine deriv", "4-({6-amino-5-brom-2-[(4-cyanphenyl)amino]pyrimidin-4-yl}oxy)-3,5-dimethylbenzolcarbonitril"}|>, "5865" -> <|"DatabaseID" -> "SW03304", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 61910]}, "IsomericSmiles" -> "c1ccnc(c1)C(c2ccc(cc2)OS(=O)(=O)[O-])c3ccc(cc3)OS(=O)(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "sodium picosulphate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68654]}, "Synonyms" -> {"laxoberon", "laxoberal", "laxidogol", "picosulfate sodium", "guttalax", "picosulfol", "evanol", "rapilax", "10040-45-6[rn]", "disodium(pyridin-2-ylmethanediyl)dibenzene-4,1-diyl disulfate", "(pyridin-2-ylmethylene)bis(4,1-phenylene) disodium bis(sulfate)", "neopax", "phenol 4,4'-(2-pyridinylmethylene)bis- bis(hydrogensulfate)(ester),sodium salt (1:2)", "4,4'-(2-pyridylmethylene)diphenol bis(hydrogen sulfate) disodium salt", "picolax", "2-picolylidenebis(p-phenyl sodium sulfate)", "picosulfate de sodium[french][inn]", "picosulfato sodico[spanish][inn]", "sodium picosulfate", "phenol 4,4'-(2-pyridinylmethylene)bis- 1,1'-bis(hydrogen sulfate) sodium salt(1:2)", "sodium picosulphate", "4,4'-(2-pyridylmethylene)diphenolbis(hydrogensulfate)(ester)disodiumsalt", "disodium (pyridin-2-ylmethylene)di-4,1-phenylene disulfate", "sodium picosulfate[inn][jan][jp15]", "phenol 4,4'-(2-pyridylmethylene)bis- bis(hydrogen sulfate) disodium salt", "natrii picosulfas[latin]", "4,4'-(2-picolylidene)bis(phenylsulfuric acid) disodium salt", "4,4'-(2-pyridinylmethylene)bisphenolbis(hydrogen sulfate) (ester) disodium salt", "233-120-9[einecs]", "disodium 4,4'-disulfoxydiphenyl-(2-pyridyl)methane"}|>, "5866" -> <|"DatabaseID" -> "SW03305", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445173]}, "IsomericSmiles" -> "c1ccc2c(c1)/C(=C/CCN3CC[NH+](CC3)CCO)/c4cc(ccc4S2)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01044"]}, "OfficialNames" -> <|"China Approved Name" -> "flupentixol", "Indian Approved Name" -> "flupentixol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281881]}, "Synonyms" -> {"flupentixol", "cis-flupentixol", "emergil", "depixol", "cis-(z)-flupenthixol", "fluxanxol", "fluanxol", "siplarol", "siplaril", "flupentixolum[latin]", "1-piperazineethanol 4-[3-[2-(trifluoromethyl)-9h-thioxanthen-9-ylidene]propyl]-", "258-756-4[einecs]", "4-(3-(2-(trifluoromethyl)thioxanthen-9-ylidene)propyl)-1-piperazineethanol", "4-[3-[2-(trifluoromethyl)-9h-thioxanthen-9-ylidene]propyl]-1-piperazineethanol", "(z)-4-(3-(2-(trifluoromethyl)-9h-thioxanthen-9-ylidene)propyl)-1-piperazineethanol", "2-(4-{(3z)-3-[2-(trifluoromethyl)-9h-thioxanthen-9-ylidene]propyl}piperazin-1-yl)ethanol", "2-[4-[(3z)-3-[2-(trifluoromethyl)thioxanthen-9-ylidene]propyl]piperazin-1-yl]ethanol", "220-304-9[einecs]", "(z)-4-(3-(2-(trifluoromethyl)-9h-thioxanthen-9-ylidene)propyl)piperazine-1-ethanol", "1-piperazineethanol 4-(3-(2-(trifluoromethyl)-9h-thioxanthen-9-ylidene)propyl)-,(z)-", "depixol (tn)", "fupentixol dihydrochloride", "1-piperazineethanol 4-[(3z)-3-[2-(trifluoromethyl)-9h-thioxanthen-9-ylidene]propyl]-", "1-piperazineethanol 4-(3-(2-(trifluoromethyl)thioxanthen-9-ylidene)propyl)-", "flupentixol [dcf:inn][inn]", "2-trifluoromethyl-9-(3-(4-(2-hydroxyethyl)piperazin-1-yl)propylidene)thioxanthene", "4-(3-(2-(trifluoromethyl)-9h-thioxanthen-9-ylidene)propyl)-1-piperazineethanol", "30909-51-4[rn]", "2-(4-{3-[2-trifluoromethyl-thioxanthen-(9z)-ylidene]-propyl}-piperazin-1-yl)-ethanol", "flupentixol[wiki]", "cis(z)flupenthixol", "flupentixol decanoate", "fluanxol depot", "53772-82-0[rn]", "2709-56-0[rn]", "flupentiol", "metamin", "flupenthixol[wiki]", "(z)-4-[3-[2-(trifluoromethyl)-9h-thioxanthen-9-ylidene]propyl]piperazine-1-ethanol", "flupenthixol", "2-[4-[3-[2-(trifluoromethyl)-9h-thioxanthen-9-ylidene]propyl]-1-piperazinyl]ethyldecanoate", "(cis-flupenthixol)2-{4-[3-(2-trifluoromethyl-thioxanthen-9-ylidene)-propyl]-piperazin-1-yl}-ethanol", "1-piperazineethanol 4-(3-(2-(trifluoromethyl)-9h-thioxanthen-9-ylidene)propyl)-(9ci)", "alpha-flupenthixol", "2413-38-9[rn]"}|>, "5867" -> <|"DatabaseID" -> "SW03306", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8051086]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06228"]}, "IsomericSmiles" -> "c1cc(ccc1N2CCOCC2=O)N3C[C@@H](OC3=O)CNC(=O)c4ccc(s4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07086"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "RIVAROXABAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9875401]}, "Synonyms" -> {"xarelto", "rivaroxaban", "(s)-5-chloro-n-((2-oxo-3-(4-(3-oxomorpholino)phenyl)oxazolidin-5-yl)methyl)thiophene-2-carboxamide", "unii-9ndf7jz4m3", "stuart- prower factor", "t5sj bg evm1- dt5nvotj ar d- at6nv dotj &&s; form [wln]", "5-chloro-n-({(5s)-2-oxo-3-[4-(3-oxomorpholin-4-yl)phenyl]-1,3-oxazolidin-5-yl}methyl)thiophene-2-carboxamide", "rivaroxaban[wiki][inn]", "bay 59-7939", "(s)-5-chloro-n-{[2-oxo-3-[4-(3-oxomorpholin-4-yl)phenyl]oxazolidin-5-yl]methyl} thiophene-2-carboxamide", "stuart factor", "ec 3.4.21.6", "xarelto (tn)", "5-chlor-n-({(5s)-2-oxo-3-[4-(3-oxomorpholin-4-yl)phenyl]-1,3-oxazolidin-5-yl}methyl)thiophen-2-carboxamid", "coagulation factor x precursor", "xarelto,bay 59-7939", "5-chloro-n-[[(5s)-2-oxo-3-[4-(3-oxo-4-morpholinyl)phenyl]-5-oxazolidinyl]methyl]-2-thiophenecarboxamide", "2-thiophenecarboxamide 5-chloro-n-[[(5s)-2-oxo-3-[4-(3-oxo-4-morpholinyl)phenyl]-5-oxazolidinyl]methyl]-", "bay-59-7939", "rivaroxaban(xarelto)", "5-chloro-thiophene-2-carboxylic acid{(s)-2-oxo-3-[4-(3-oxo-morpholin-4-yl)-phenyl]-oxazolidin-5-ylmethyl}-amide", "366789-02-8[rn]", "2-thiophenecarboxamide", "5-chloro-n-(((5s)-2-oxo-3-(4-(3-oxomorpholin-4-yl)phenyl)-1,3-oxazolidin-5-yl)methyl)thiophene-2-carboxamide", "366789-02-8", "5-chloro-n-[[(5s)-2-oxo-3-[4-(3-oxo-4-morpholinyl)phenyl]-1,3-oxazolidin-5-yl]methyl]-2-thiophenecarboxamide", "rivaroxaban (jan/usan/inn)"}|>, "5868" -> <|"DatabaseID" -> "SW03307", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 117984]}, "IsomericSmiles" -> "c1cc(ccc1C(CC(=O)c2ccc(c(c2O)[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pterosupin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 133775]}, "Synonyms" -> {"pterosupin", "1-propanone", "ac1l33ec", "81861-73-6[rn]", "1-[2", "ac1q5d3r", "ar-1c5522"}|>, "5869" -> <|"DatabaseID" -> "SW03307", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 117984]}, "IsomericSmiles" -> "c1cc(ccc1C(CC(=O)c2ccc(c(c2O)[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pterosupin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 133775]}, "Synonyms" -> {"pterosupin", "1-propanone", "ac1l33ec", "81861-73-6[rn]", "1-[2", "ac1q5d3r", "ar-1c5522"}|>, "5870" -> <|"DatabaseID" -> "SW03308", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 133194]}, "IsomericSmiles" -> "CC[C@@]1(c2cc-3n(c(=O)c2COC1=O)Cc4c3nc5cc(c(c6c5c4[C@H](CC6)[NH3+])C)F)O", "OfficialNames" -> <|"NPC Approved Name" -> "exatecan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70689343]}, "Synonyms" -> {"exatecan[inn]", "(10s,23s)-23-amino-10-ethyl-18-fluoro-10-hydroxy-19-methyl-8-oxa-4,15-diazahexacyclo[14.7.1.02,14.04,13.06,11.020,24]tetracosa-1,6(11),12,14,16,18,20(24)-heptaene-5,9-dione", "chembl2106563", "10h,13h-benzo(de)pyrano(3',4':6,7)indolizino(1,2-b)quinoline-10,13-dione 1-amino-9-ethyl-5-fluoro-1,2,3,9,12,15-hexahydro-9-hydroxy-4-methyl-,(1s,9s)-", "exatecan mesylate", "exatecan mesylate[usan]", "171335-80-1[rn]", "exatecan mesilate", "10h,13h-benzo(de)pyrano(3',4':6,7)indolizino(1,2-b)quinoline-10,13-dione 1-amino-9-ethyl-5-fluoro-1,2,3,9,12,15-hexahydro-9-hydroxy-4-methyl-,(1s-trans)-", "dx-8951f"}|>, "5871" -> <|"DatabaseID" -> "SW03309", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 14475]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00846"]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C=C1[C@H](C[C@@H]3[C@@H]2[C@H](C[C@]4([C@H]3C[C@@H]5[C@]4(OC(O5)(C)C)C(=O)CO)C)O)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00328"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLURANDRENOLIDE"|>, "PharmGKBID" -> "PA164750513", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15209]}, "Synonyms" -> {"cordran", "fludroxicortidum", "fludroxycortide", "drenison", "drocort", "flurandrenolide", "fluorandrenolone", "sermaka", "flurandrenolone acetonide", "flurandrenolone", "haldrone-f", "haelan", "alondra-f", "fludrossicortide [dcit]", "fludroxycortidum [inn-latin]", "cordran sp", "fludroxicortida[spanish][inn]", "flurandrenolide[usp]", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs,12s)-12-fluor-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-3,4,4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-tetradecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-on", "floudroxycortide", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 12-fluoro-3,4,4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-tetradecahydro-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl- (4ar,4bs,5s,6as,6bs,9ar,10as,10bs,12s)-", "gr", "fludroxicortide", "6a-fluoro-11b,21-dihydroxy-16a,17-[(1-methylethylidene)bis(oxy)]pregn-4-ene-3,20-dione", "9005-49-6", "flurandrenolone[wiki]", "2-on", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs,12s)-12-fluoro-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-3,4,4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-tetradecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one", "cordran (tn)", "haelan[wiki]", "1524-88-5[rn]", "fluorandrenolone acetonide", "fludroxycortide[wiki]", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs,12s)-12-fluor-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-3,4,4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-tetradecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs,12s)-12-fluoro-6b-glycoloyl-5-hydroxy-4a,6a,8,8-tetramethyl-3,4,4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-tetradecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one[acd/iupac name]", "fludroxicortida [inn-spanish]", "6a-fluoro-16a,17a-isopropylidenedioxy-4-pregnene-11b,21-diol-3,20-dione", "fludroxycortidum[latin]", "216-196-8[einecs]", "-2-one", "6a-fluoro-11b,16a,17,21-tetrahydroxypregn-4-ene-3,20-dione cyclic16,17-acetal with acetone", "(4ar,4bs,5s,6as,6bs,9ar,10as,10bs,12s)-12-fluoro-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-3,4,4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-tetradecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol", "6a-fluoro-11b,16a,17,21-tetrahydroxyprogesterone cyclic 16,17-acetal with acetone", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 12-fluoro-3,4,4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-tetradecahydro-5-hydroxy-6b-(2-hydroxyacetyl)-4a,6a,8,8-tetramethyl-,(4ar,4bs,5s,6as,6bs,9ar,10as,10bs,12s)-", "2-one"}|>, "5872" -> <|"DatabaseID" -> "SW03310", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5659"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11904]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hentriacontane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12410]}, "Synonyms" -> {"n-hentriacontane", "hentriacontan", "euphorbia cerifera wax", "hentriacontane[wiki][acd/iupac name]", "630-04-6[rn]", "untriacontane", "waxes", "tl8004358", "hentriacontane", "1709817[beilstein]", "ch3-[ch2]29-ch3", "chebi:5659", "630-04-6", "6/4/630", "candelilla wax", "hentriacontanoic acid [630-04-6]", "candellila wax"}|>, "5873" -> <|"DatabaseID" -> "SW03311", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "32173"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5169]}, "IsomericSmiles" -> "CCCCC1(C(=O)N(N(C1=O)c2ccccc2)c3ccccc3)COC(=O)CCC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01289"]}, "OfficialNames" -> <|"NPC Approved Name" -> "suxibuzone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362]}, "Synonyms" -> {"solurol", "alfide", "flogos", "suxibuzone", "aflogan", "flamilon", "calibene", "suxibuzonum", "suxibuzona[spanish][inn]", "3-{[(4-butyl-3,5-dioxo-1,2-diphenyl-1,2-diazolidin-4-yl)methyl]oxycarbonyl}propanoic acid", "27470-51-5[rn]", "butanedioic acid,mono((4-butyl-3,5-dioxo-1,2-diphenyl-4-pyrazolidinyl)methyl) ester (9ci)", "butanedioic acid,mono((4-butyl-3,5-dioxo-1,2-diphenyl-4-pyrazolidinyl)methyl) ester", "succinicacid monoester with 4-butyl-4-(hydroxymethyl)-1,2-diphenyl-3,5-pyrazolidinedione", "4-{[(4-butyl-3,5-dioxo-1,2-diphenylpyrazolidin-4-yl)methyl]oxy}-4-oxobutanoic acid", "suxibuzone[wiki][inn][jan]", "4-butyl-4-hydroxymethyl-1,2-diphenyl-3,5-pyrazolidinedione hydrogen succinate", "suxibuzona", "4-butyl-4-(hydroxymethyl)-1,2-diphenyl-3,5-pyrazolidinedione hydrogen succinate (ester)", "suxibuzona; suxibuzone; suxibuzonum", "28277-71-6[rn]", "27470-51-5", "butanedioic acid,mono[(4-butyl-3,5-dioxo-1,2-diphenyl-4-pyrazolidinyl)methyl] ester", "4-[(4-butyl-3,5-dioxo-1,2-diphenylpyrazolidin-4-yl)methoxy]-4-oxobutanoic acid", "3,5-pyrazolidinedione 4-butyl-4-(hydroxymethyl)-1,2-diphenyl-,hydrogensuccinate (ester)", "suxibuzonum[latin]", "danilon", "248-477-6[einecs]", "3-((4-butyl-3,5-dioxo-1,2-diphenyl-4-pyrazolidinyl)methoxycarbonyl)propionsaeure", "4-hydroxymethylbutazolidine hemisuccinate", "butanedioic acid mono[[4-butyl-3,5-dioxo-1,2-diphenyl-4-pyrazolidinyl]methyl] ester", "1,2-diphenyl-4-n-butyl-4-hydroxymethyl-3,5-dioxopyrazolidine hemisuccinate", "4-butyl-4-[hydroxymethyl]-1,2-diphenyl-3,5-pyrazolidinedione hydrogen succinate [ester]"}|>, "5874" -> <|"DatabaseID" -> "SW03312", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9700526]}, "IsomericSmiles" -> "Cc1ccc(cc1S(=O)(=O)N)Nc2nccc(n2)N(C)c3ccc4c(n(nc4c3)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05380"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PAZOPANIB HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11525740]}, "Synonyms" -> {"pazopanib hydrochloride", "votrient", "armala", "votrient; gw786034", "gw 786034", "unii-7rn5dr86ck", "gw-786034", "gw-786034b", "gw 786034b", "444731-52-6[rn]", "635702-64-6", "pazopanib [inn]", "pazopanib", "pazopanib hcl", "635702-64-6[rn]", "kinome_3790", "gw786034gw786034 votrient", "5-((4-((2,3-dimethyl-2h-indazol-6-yl)(methyl)amino)pyrimidin-2-yl)amino)-2-methylbenzenesulfonamidehydrochloride"}|>, "5875" -> <|"DatabaseID" -> "SW03313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 173199]}, "IsomericSmiles" -> "c1cc2c(csc2c(c1)Cl)COC(Cn3ccnc3)c4ccc(cc4Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06883"], ExternalIdentifier["KEGGID", "D08510"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sertaconazole nitrate", "FDA Approved Drug" -> "SERTACONAZOLE NITRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 200103]}, "Synonyms" -> {"zalain", "ginedermofix", "dermofix", "dermoseptic", "sertaconazole nitrate", "ertaczo", "1h-imidazole", "fi 7056", "1-[2-[(7-chloro-1-benzothiophen-3-yl)methoxy]-2-(2", "1-(2-((7-chlorobenzo(b)thien-3-yl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-1h-imidazole mononitrate", "ertaczo[wiki]", "1-{2-[(7-chloro-1-benzothiophen-3-yl)methoxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate (1:1)", "1-(2-((7-chloro-1-benzothiophen-3-yl)methoxy)-2-(2,4-dichlorophenyl)ethyl)imidazole nitrate", "1h-imidazole 1-(2-((7-chlorobenzo(b)thien-3-yl)methoxy)-2-(2,4-dichlorophenyl)ethyl)- mononitrate", "99592-39-9[rn]", "extens", "1-(2-((7-chlorobenzo[b]thien-3-yl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-1h-imidazole mononitrate", "99592-39-9", "1h-imidazole 1-[2-[(7-chlorobenzo[b]thien-3-yl)methoxy]-2-(2,4-dichlorophenyl)ethyl]- nitrate (1:1)", "fisderm", "1-{2-[(7-chloro-1-benzothiophen-3-yl)methoxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate", "99592-32-2[rn]", "99592-32-2 (nitrate)", "sertaconazole", "t56 bsj ig d1oyr bg dg&1- at5n cnj &&hno3;[wln]", "sertaconazole nitrate[inn][ban]", "1-{2-[(7-chloro-1-benzothiophen-3-yl)methoxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate[acd/iupac name]"}|>, "5876" -> <|"DatabaseID" -> "SW03313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 173199]}, "IsomericSmiles" -> "c1cc2c(csc2c(c1)Cl)COC(Cn3ccnc3)c4ccc(cc4Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06883"], ExternalIdentifier["KEGGID", "D08510"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sertaconazole nitrate", "FDA Approved Drug" -> "SERTACONAZOLE NITRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 200103]}, "Synonyms" -> {"zalain", "ginedermofix", "dermofix", "dermoseptic", "sertaconazole nitrate", "ertaczo", "1h-imidazole", "fi 7056", "1-[2-[(7-chloro-1-benzothiophen-3-yl)methoxy]-2-(2", "1-(2-((7-chlorobenzo(b)thien-3-yl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-1h-imidazole mononitrate", "ertaczo[wiki]", "1-{2-[(7-chloro-1-benzothiophen-3-yl)methoxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate (1:1)", "1-(2-((7-chloro-1-benzothiophen-3-yl)methoxy)-2-(2,4-dichlorophenyl)ethyl)imidazole nitrate", "1h-imidazole 1-(2-((7-chlorobenzo(b)thien-3-yl)methoxy)-2-(2,4-dichlorophenyl)ethyl)- mononitrate", "99592-39-9[rn]", "extens", "1-(2-((7-chlorobenzo[b]thien-3-yl)methoxy)-2-(2,4-dichlorophenyl)ethyl)-1h-imidazole mononitrate", "99592-39-9", "1h-imidazole 1-[2-[(7-chlorobenzo[b]thien-3-yl)methoxy]-2-(2,4-dichlorophenyl)ethyl]- nitrate (1:1)", "fisderm", "1-{2-[(7-chloro-1-benzothiophen-3-yl)methoxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate", "99592-32-2[rn]", "99592-32-2 (nitrate)", "sertaconazole", "t56 bsj ig d1oyr bg dg&1- at5n cnj &&hno3;[wln]", "sertaconazole nitrate[inn][ban]", "1-{2-[(7-chloro-1-benzothiophen-3-yl)methoxy]-2-(2,4-dichlorophenyl)ethyl}-1h-imidazole nitrate[acd/iupac name]"}|>, "5877" -> <|"DatabaseID" -> "SW03314", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 89922]}, "IsomericSmiles" -> "CC1=C(C(=O)C[C@]2([C@H]1C[C@@H]3[C@]45[C@@H]2[C@H]([C@@H]([C@]([C@@H]4[C@H](C(=O)O3)O)(OC5)C(=O)OC)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bruceolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 99531]}, "Synonyms" -> {"bruceolide", "ar-1j6211", "methyl 3,10,15,16-tetrahydroxy-9,13-dimethyl-4,11-dioxo-(1r,2s,3r,6r,8r,13s,14r,15r,16s,17s)-5,18-dioxapentacyclo[12.5.0.01,6.02,17.08,13]nonadec-9-ene-17-carboxylate", "methyl(11|a", "ac1l40yn", "chembl140588", "25514-28-7[rn]", "25514-28-7", "nsc 238185", "picras-3-en-21-oic acid", "methyl (11beta"}|>, "5878" -> <|"DatabaseID" -> "SW03315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 323494]}, "IsomericSmiles" -> "CN1C(C(=O)N(C(C1=O)(Cc2cccc(c2)O)O)C)Cc3c[nH]c4c3c(ccc4)[N+](=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phytotoxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 364416]}, "Synonyms" -> {"phytotoxin 1 (streptomyces scabies)", "ac1q6fht", "3-hydroxy-3-(3-hydroxybenzyl)-6-((4-(hydroxy(oxido)amino)-1h-indol-3-yl)methyl)-1", "ag-k-24811", "3-hydroxy-3-[(3-hydroxyphenyl)methyl]-1", "ac1l7orf", "(3r", "nsc630669", "122380-18-1"}|>, "5879" -> <|"DatabaseID" -> "SW03315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 323494]}, "IsomericSmiles" -> "CN1C(C(=O)N(C(C1=O)(Cc2cccc(c2)O)O)C)Cc3c[nH]c4c3c(ccc4)[N+](=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phytotoxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 364416]}, "Synonyms" -> {"phytotoxin 1 (streptomyces scabies)", "ac1q6fht", "3-hydroxy-3-(3-hydroxybenzyl)-6-((4-(hydroxy(oxido)amino)-1h-indol-3-yl)methyl)-1", "ag-k-24811", "3-hydroxy-3-[(3-hydroxyphenyl)methyl]-1", "ac1l7orf", "(3r", "nsc630669", "122380-18-1"}|>, "5880" -> <|"DatabaseID" -> "SW03315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 323494]}, "IsomericSmiles" -> "CN1C(C(=O)N(C(C1=O)(Cc2cccc(c2)O)O)C)Cc3c[nH]c4c3c(ccc4)[N+](=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phytotoxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 364416]}, "Synonyms" -> {"phytotoxin 1 (streptomyces scabies)", "ac1q6fht", "3-hydroxy-3-(3-hydroxybenzyl)-6-((4-(hydroxy(oxido)amino)-1h-indol-3-yl)methyl)-1", "ag-k-24811", "3-hydroxy-3-[(3-hydroxyphenyl)methyl]-1", "ac1l7orf", "(3r", "nsc630669", "122380-18-1"}|>, "5881" -> <|"DatabaseID" -> "SW03315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 323494]}, "IsomericSmiles" -> "CN1C(C(=O)N(C(C1=O)(Cc2cccc(c2)O)O)C)Cc3c[nH]c4c3c(ccc4)[N+](=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phytotoxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 364416]}, "Synonyms" -> {"phytotoxin 1 (streptomyces scabies)", "ac1q6fht", "3-hydroxy-3-(3-hydroxybenzyl)-6-((4-(hydroxy(oxido)amino)-1h-indol-3-yl)methyl)-1", "ag-k-24811", "3-hydroxy-3-[(3-hydroxyphenyl)methyl]-1", "ac1l7orf", "(3r", "nsc630669", "122380-18-1"}|>, "5882" -> <|"DatabaseID" -> "SW03316", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3347"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2445]}, "IsomericSmiles" -> "CCOc1nc2cccc(c2n1Cc3ccc(cc3)c4ccccc4c5[n-]nnn5)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "candesartan", "Indian Approved Name" -> "candesartan"|>, "Synonyms" -> {"2-ethoxy-3-[[4-[2-(2h-1,2,3,4-tetrazol-5-yl)phenyl]phenyl]methyl]benzimidazole-4-carboxylic acid", "1h-benzimidazole-7-carboxylic acid,2-ethoxy-1-[[2'-(1h-tetrazol-5-yl)[1,1'-biphenyl]-4-yl]methyl]-", "2-ethoxy-3-[[4-[2-(1h-tetrazol-5-yl)phenyl]phenyl]methyl]-3h-benzoimidazole-4-carboxylic acid", "6377719[beilstein]", "2-ethoxy-1-[[2'-(1h-tetrazol-5-yl)biphenyl-4-yl]methyl]-1h-benzimidazole-7-carboxylic acid", "1-((2'-(1h-tetrazol-5-yl)-[1,1'-biphenyl]-4-yl)methyl)-2-ethoxy-1h-benzo[d]imidazole-7-carboxylic acid", "2-ethoxy-3-[2'-(2h-tetrazol-5-yl)-biphenyl-4-ylmethyl]-3h-benzoimidazole-4-carboxylic acid", "139481-59-7[rn]", "2-ethoxy-3-[2'-(1h-tetrazol-5-yl)-biphenyl-4-ylmethyl]-3h-benzoimidazole-4-carboxylic acid", "2-ethoxy-1-{[2'-(1h-tetrazol-5-yl)(1,1'-biphenyl)-4-yl]methyl}-1h-benzimidazole-7-carboxylic acid", "2-ethoxy-3-((4-(2-(1h-tetrazol-5-yl)phenyl)phenyl)methyl)-3h-benzoimidazole-4-carboxylic acid", "2-(ethyloxy)-1-{[2'-(1h-tetrazol-5-yl)biphenyl-4-yl]methyl}-1h-benzimidazole-7-carboxylicacid", "2-ethoxy-1-(p-(o-1h-tetrazol-5-ylphenyl)benzyl)-7-benzimidazolecarboxylic acid", "cv-11974", "c081643", "2-ethoxy-1-{[2'-(2h-tetrazol-5-yl)biphenyl-4-yl]methyl}-1h-benzimidazole-7-carboxylic acid", "2-ethoxy-1-{[2'-(1h-tetrazol-5-yl)biphenyl-4-yl]methyl}-1h-benzimidazole-7-carboxylic acid", "2-ethoxy-1-({2'-(1h-tetrazol-5-yl)[1,1'-biphenyl]-4-yl}methyl)-1h-benzimidazole-7-carboxylic acid", "2-ethoxy-1-{[2'-(1h-tetrazol-5-yl)-4-biphenylyl]methyl}-1h-benzimidazole-7-carboxylic acid", "blopress (tn)", "2-ethoxy-3-[[4-[2-(2h-tetrazol-5-yl)phenyl]phenyl]methyl]-4-benzimidazolecarboxylic acid", "2-ethoxy-1-((2'-(1h-tetrazol-5-yl)(1,1'-biphenyl)-4-yl)methyl)-1h-benzimidazole-7-carboxylic acid", "1h-benzimidazole-7-carboxylic acid,2-ethoxy-1-[[2'-(2h-tetrazol-5-yl)[1,1'-biphenyl]-4-yl]methyl]-", "candesartan[wiki][inn][usan]", "blopress[wiki]", "2-ethoxy-1-{[2'-(1h-tetrazol-5-yl)biphenyl-4ethyl}-1h-benzimidazole-7-carboxylicacid", "1h-benzimidazole-7-carboxylic acid,2-ethoxy-1-((2'-(1h-tetrazol-5-yl)(1,1'-biphenyl)-4-yl)methyl)-", "tl8000897", "cv11974", "2-ethoxy-3-[[4-[2-(2h-tetrazol-5-yl)phenyl]phenyl]methyl]benzoimidazole-4-carboxylic acid"}|>, "5883" -> <|"DatabaseID" -> "SW03317", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 117303]}, "IsomericSmiles" -> "c1ccc2c(c1)cc([nH]2)C(=O)N[C@@H]3C(=O)N4CCc5c4c(ccc5)C(=N3)c6ccccc6F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01858"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pranazepide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 132916]}, "Synonyms" -> {"panazepide", "pranazepide", "1h-indole-2-carboxamide n-(1-(2-fluorophenyl)-3,4,6,7-tetrahydro-4-oxopyrrolo(3,2,1-jk)(1,4)benzodiazepin-3-yl)- (s)-", "fk 480", "fr 120480", "150408-73-4[rn]", "n-[(3s)-1-(2-fluorophenyl)-4-oxo-3,4,6,7-tetrahydro[1,4]diazepino[6,7,1-hi]indol-3-yl]-1h-indole-2-carboxamide[acd/iupac name]", "1h-indole-2-carboxylic acid[(s)-1-(2-fluoro-phenyl)-4-oxo-3,4,6,7-tetrahydro-[1,4]diazepino[6,7,1-hi]indol-3-yl]-amide", "150408-73-4", "fk-480", "ncgc00183006-01", "(-)-n-[(s)-1-(o-fluorophenyl)-3,4,6,7-tetrahydro-4-oxopyrrolo[3,2,1-jk][1,4]benzodiazepin-3-yl]indole-2-carboxamide", "panazepide (jan)", "ncgc00183009-01", "fr-120480panazepide", "n-(1-(2-fluorophenyl)-3,4,6,7-tetrahydro-4-oxo-pyrrolo(3,2,1-jk)(1,4)benzodiazepin-3-yl)-1h-indole-2-carboxamide", "pranazepide [jan]", "1h-indol-2-carboxamide n-(1-(2-fluorophenyl)-3,4,6,7-tetrahydro-4-oxopyrrolo(3,2,1-jk)(1,4)benzodiazepin-3-yl)- (s)-", "1h-indole-2-carboxamide n-[(3s)-1-(2-fluorophenyl)-3,4,6,7-tetrahydro-4-oxo[1,4]diazepino[6,7,1-hi]indol-3-yl]-"}|>, "5884" -> <|"DatabaseID" -> "SW03318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8130425]}, "IsomericSmiles" -> "CC(=CCC(Cc1c(cc(c(c1O)C(=O)/C=C/c2ccc(cc2O)O)OC)O)C(=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kuraridin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9954815]}, "Synonyms" -> {"lmpk12120282", "(e)-1-[2,4-dihydroxy-3-(2-isopropenyl-5-methyl-hex-4-enyl)-6-methoxy-phenyl]-3-(2,4-dihydroxy-phenyl)-propenone", "(2e)-1-{2,4-dihydroxy-6-methoxy-3-[5-methyl-2-(prop-1-en-2-yl)hex-4-en-1-yl]phenyl}-3-(2,4-dihydroxyphenyl)prop-2-en-1-one", "chebi:219922", "kuraridin", "2-propen-1-one 1-[2,4-dihydroxy-6-methoxy-3-[5-methyl-2-(1-methylethenyl)-4-hexen-1-yl]phenyl]-3-(2,4-dihydroxyphenyl)- (2e)-"}|>, "5885" -> <|"DatabaseID" -> "SW03318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8130425]}, "IsomericSmiles" -> "CC(=CCC(Cc1c(cc(c(c1O)C(=O)/C=C/c2ccc(cc2O)O)OC)O)C(=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kuraridin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9954815]}, "Synonyms" -> {"lmpk12120282", "(e)-1-[2,4-dihydroxy-3-(2-isopropenyl-5-methyl-hex-4-enyl)-6-methoxy-phenyl]-3-(2,4-dihydroxy-phenyl)-propenone", "(2e)-1-{2,4-dihydroxy-6-methoxy-3-[5-methyl-2-(prop-1-en-2-yl)hex-4-en-1-yl]phenyl}-3-(2,4-dihydroxyphenyl)prop-2-en-1-one", "chebi:219922", "kuraridin", "2-propen-1-one 1-[2,4-dihydroxy-6-methoxy-3-[5-methyl-2-(1-methylethenyl)-4-hexen-1-yl]phenyl]-3-(2,4-dihydroxyphenyl)- (2e)-"}|>, "5886" -> <|"DatabaseID" -> "SW03319", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8713"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49564], ExternalIdentifier["ChemSpiderID", 49565]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00881"]}, "IsomericSmiles" -> "CCOC(=O)[C@H](CCc1ccccc1)[NH2+][C@@H](C)C(=O)N2Cc3ccccc3C[C@H]2C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00459"], ExternalIdentifier["KEGGID", "D03752"]}, "OfficialNames" -> <|"China Approved Name" -> "quinapril", "Indian Approved Name" -> "quinapril hcl", "FDA Approved Drug" -> "QUINAPRIL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451205", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54891], ExternalIdentifier["PubChemCompoundID", 54892]}, "Synonyms" -> {"quinapril hcl", "quinapril hydrochloride", "quinapril", "accuprin", "acequin", "acuitel", "quinazil", "accupro", "accupril", "quinaprilum [latin]", "korec", "co-quinapril (quinapril hydrochloride + hydrochlorothiazide)_mixture", "quinaplus (quinapril hydrochloride + hydrochlorothiazide)_mixture", "angiotensin-converting enzyme somatic isoform precursor", "quiril comp (quinapril hydrochloride + hydrochlorothiazide)_mixture", "cd143 antigen", "quinazide (quinapril hydrochloride + hydrochlorothiazide)_mixture", "accuzide (quinapril hydrochloride + hydrochlorothiazide)_mixture", "stadapress (quinapril hydrochloride + hydrochlorothiazide)_mixture", "dipeptidyl carboxypeptidase i", "quinalich comp (quinapril hydrochloride + hydrochlorothiazide)_mixture", "bicetil (quinapril hydrochloride + hydrochlorothiazide)_mixture", "ec 3.4.15.1", "quinapril[wiki][usp]", "quinapril comp (quinapril hydrochloride + hydrochlorothiazide)_mixture", "quimea (quinapril hydrochloride + hydrochlorothiazide)_mixture", "82586-55-8[rn]", "korec[wiki]", "koretic (quinapril hydrochloride + hydrochlorothiazide)_mixture", "85441-61-8[rn]", "kininase ii", "quinaretic (quinapril hydrochloride + hydrochlorothiazide)_mixture", "accuretic (quinapril hydrochloride + hydrochlorothiazide)_mixture", "acequide (quinapril hydrochloride + hydrochlorothiazide)_mixture", "acuilix (quinapril hydrochloride + hydrochlorothiazide)_mixture", "accupro comp (quinapril hydrochloride + hydrochlorothiazide)_mixture", "lidaltrin diu (quinapril hydrochloride + hydrochlorothiazide)_mixture", "accupril[wiki]", "chebi:8713", "[3s-[2[r*(r*)],3r*]]-2-[2-[[1-(ethoxycarbonyl)-3-phenylpropyl]amino]-1-oxopropyl]-1,2,3,4-tetrahydro-3-isoquinolinecarboxylicacid", "spectrum_001597", "(3s)-2-{n-[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]-l-alanyl}-1,2,3,4-tetrahydroisoquinoline-3-carboxylic acid", "(3s)-2-{n-[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]-l-alanyl}-1,2,3,4-tetrahydroisoquinoline-3-carboxylic acid", "pd 109452-2", "(3s)-2-[(2s)-2-{[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino}propanoyl]-1,2,3,4-tetrahydroisoquinoline-3-carboxylicacid", "3-isoquinolinecarboxylic acid 2-[(2s)-2-[[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino]-1-oxopropyl]-1,2,3,4-tetrahydro- (3s)-", "quinaprilum[latin]", "(3s)-2-[(2s)-2-[[(1s)-1-ethoxycarbonyl-3-phenyl-propyl]amino]propanoyl]-3,4-dihydro-1h-isoquinoline-3-carboxylic acid", "tl8005458", "85441-61-8", "(3s)-2-{(2s)-2-[(1s)-1-ethoxycarbonyl-3-phenylpropylamino]propanoyl}-1,2,3,4-tetrahydroisoquinoline-3-carboxylic acid", "ac1l1hxl", "(3s)-2-{n-[(2s)-1-ethoxy-1-oxo-4-phenyl-2-butanyl]-l-alanyl}-1,2,3,4-tetrahydro-3-isoquinolinecarboxylic acid[acd/iupac name]", "ectren", "3-isoquinolinecarboxylic acid 2-(2-((1-(ethoxycarbonyl)-3-phenylpropyl)amino)-1-oxopropyl)-1,2,3,4-tetrahydro- (3s-(2(r*(r*)),3r*))-", "quinapril [inn:ban]", "quinapril hydrochloride: accupril", "(3s)-2-(n-{(1s)-1-[(ethyloxy)carbonyl]-3-phenylpropyl}-l-alanyl)-1,2,3,4-tetrahydroisoquinoline-3-carboxylicacid", "(3s)-2-[(2s)-2-[[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino]-1-oxopropyl]-1,2,3,4-tetrahydro-3-isoquinolinecarboxylic acid", "lidaltrin", "quinapril (usp/inn)", "quinaprilum", "(s)-2-[(s)-n-[(s)-1-carboxy-3-phenylpropyl]alanyl]-1,2,3,4-tetrahydro-3-isoquinolinecarboxylic acid1-ethylester", "[3s-[2[r*(r*)],3r*]]-2-[2-[[(1-ethoxycarbonyl)-3-phenylpropyl]amino]-1-oxopropyl]-1,2,3,4-tetrahydro-3-isoquinolinecarboxylicacid", "(3s)-2-[(2s)-2-{[(2s)-1-ethoxy-1-oxo-4-phenyl-2-butanyl]amino}propanoyl]-1,2,3,4-tetrahydro-3-isoquinolinecarboxylicacid", "337376-15-5", "quinapril hydrochloride (jan/usan)[jan][usan]", "(3s)-2-{n-[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]-l-alanyl}-1,2,3,4-tetrahydroisoquinoline-3-carboxylic acid hydrochloride (1:1)", "quinaprilhydrochloride", "accupril (tn)", "3-isoquinolinecarboxylic acid 2-[(2s)-2-[[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino]-1-oxopropyl]-1,2,3,4-tetrahydro- (3s)- monohydrochloride", "82586-55-8 85441-61-8 [quinapril]", "(3s)-2-{(2s)-2-[(1s)-1-ethoxycarbonyl-3-phenylpropylamino]propanoyl}-1,2,3,4-tetrahydroisoquinoline-3-carboxylic acidhydrochloride", "(3s)-2-[(2s)-2-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}propanoyl]-1,2,3,4-tetrahydroisoquinoline-3-carboxylicacid hydrochloride", "asig", "5699760[beilstein]", "hemokvin", "(3s)-2-[(2s)-2-{[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino}propanoyl]-1,2,3,4-tetrahydroisoquinoline-3-carboxylicacid hydrochloride", "3-isoquinolinecarboxylic acid 2-(2-((1-(ethoxycarbonyl)-3-phenylpropyl)amino)-1-oxopropyl)-1,2,3,4-tetrahydro- monohydrochloride (3s-(2(r*(r*)),3r*))", "82586-55-8 85441-61-8", "3-isoquinolinecarboxylic acid 1,2,3,4-tetrahydro-2-(2-((1-(ethoxycarbonyl)-3-phenylpropyl)amino)-1-oxopropyl)- monohydrochloride (3s-(2(r*(r*)),3r*))-", "(3s)-2-{n-[(2s)-1-ethoxy-1-oxo-4-phenyl-2-butanyl]-l-alanyl}-1,2,3,4-tetrahydro-3-isoquinolinecarboxylic acid hydrochloride (1:1)[acd/iupac name]", "accupron", "3-isoquinolinecarboxylic acid 2-[(2s)-2-[[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino]-1-oxopropyl]-1,2,3,4-tetrahydro- (3s)- hydrochloride(1:1)", "acuprel", "conan", "accuretic[wiki]", "koretic", "quinapril.hcl", "continucor", "(s)-2-((s)-n-((s)-1-carboxy-3-phenylpropyl)alanyl)-1,2,3,4-tetrahydro-3-isoquinolinecarboxylic acid 1-ethylester monohydrochloride", "(3s)-2-(n-{(1s)-1-[(ethyloxy)carbonyl]-3-phenylpropyl}-l-alanyl)-1,2,3,4-tetrahydroisoquinoline-3-carboxylicacid hydrochloride", "(3s)-2-{n-[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]-l-alanyl}-1,2,3,4-tetrahydroisoquinoline-3-carboxylic acid hydrochloride"}|>, "5887" -> <|"DatabaseID" -> "SW03320", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5123"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 60687], ExternalIdentifier["ChemSpiderID", 3255]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00623"]}, "IsomericSmiles" -> "c1ccc2c(c1)N(c3cc(ccc3S2)C(F)(F)F)CCCN4CC[NH+](CC4)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00791"], ExternalIdentifier["KEGGID", "D07977"]}, "OfficialNames" -> <|"Indian Approved Name" -> "fluphenazine", "WHO Essential Medicine" -> "fluphenazine", "Australia Approved Name" -> "FLUPHENAZINE DECANOATE", "FDA Approved Drug" -> "FLUPHENAZINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449676", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 67356], ExternalIdentifier["PubChemCompoundID", 3372]}, "Synonyms" -> {"fluorfenazine", "triflumethazine", "siqualine", "vespazine", "elinol", "fluorophenazine", "siqualon", "fluphenazine", "fluorphenazine", "yespazine", "prolixin", "prolixine", "apo-fluphenazine", "fluphenazine hydrochloride", "sevinol", "ftorphenazine", "permitil concentrate", "prolixin enanthate", "moditen enanthate", "prolixin concentrate", "moditen hcl", "modecate", "cam", "fluphenazine decanoate", "fluphenazine hcl", "moditen", "2-[4-[3-[2-(trifluoromethyl)phenothiazin-10-yl]propyl]piperazin-1-yl]ethanol dihydrochloride", "prolixin[wiki]", "permitil[wiki]", "1-(2-hydroxyethyl)-4-[3-(trifluoromethyl-10-phenothiazinyl)propyl]piperazine", "moditen (tabl or elixir)", "1-piperazineethanol 4-(3-(2-(trifluoromethyl)phenothiazin-10-yl)propyl)-", "4-(3-(-trifluoromethyl-10-phenothiazyl)-propyl)-1-piperazineethanol", "69-23-8[rn]", "fluphenazine (oxide)", "4-(3-(2-(trifluoromethyl)-10h-phenothiazin-10-yl)propyl)-1-piperazineethanol", "47646-09-3[rn]", "2-(4-{3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl}piperazin-1-yl)ethanol", "flufenazine", "2-{4-[3-(2-trifluoromethyl-phenothiazin-10-yl)-propyl]-piperazin-1-yl}-ethanol", "4-(3-(2-trifluoromethyl-10-phenothiazyl)-propyl)-1-piperazineethanol", "lyorodin", "4-[3-[2-(trifluoromethyl)phenothiazin-10-yl]propyl]-1-piperazineet hanol dihydrochloride", "2-(4-{3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl}-1-piperazinyl)ethanol[acd/iupac name]", "2-(4-(3-(2-(trifluoromethyl)-10h-phenothiazin-10-yl)propyl)piperazin-1-yl)ethanol", "s94", "phthorphenazine", "10-[3-[4-(2-hydroxyethyl)piperazinyl]propyl]-2-trifluoromethylphen othiazine dihydrochloride", "69-23-8", "flufenazina [dcit]", "phenothiazine 10-(3-(4-(2-hydroxyethyl)-1-piperazinyl)propyl)-2-(trifluoromethyl)-", "1-piperazineethanol 4-(3-(2-(trifluoromethyl)-10h-phenothiazin-10-yl)propyl)-", "fluphenazine dihydrochloride", "cas-146-56-5", "1-piperazineethanol 4-[3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl]-", "omca", "4-[3-(2-trifluoromethyl-10-phenothiazyl)-propyl]-1-piperazineethanol", "pms fluphenazine", "fluphenazinum[latin]", "200-702-9[einecs]", "4-(3-(2-(trifluoromethyl)phenothiazin-10-yl)propyl)-1-piperazineethanol", "2-(trifluoromethyl)-10-[3-[1-(b-hydroxyethyl)-4-piperazinyl]propyl]phenothiazine", "2-{4-[3-(2-trifluoromethyl-phenothiazin-10-yl)-propyl]-piperazin-1-yl}-ethanol (fluphenazine)", "mirenil", "10-[3'-[4''-(b-hydroxyethyl)-1''-piperazinyl]propyl]-3-trifluoromethylphenothiazine", "1-piperazineethanol 4-(3-(2-(trifluoromethyl)-10h-phenothiazin-10-yl)propyl)- (9ci)", "146-56-5 (dlhydrochloride)", "fluphenazine[wiki]", "4-[3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl]-1-piperazineethanol", "fluphenazinehydrochloride", "1-piperazineethanol 4-[3-[2- (trifluoromethyl)-10h-phenothiazin-10-yl]propyl]-,dihydrochloride", "flufenazin", "2-(4-{3-[2-(trifluoromethyl)phenothiazin-10-yl]propyl}piperazinyl)ethan-1-ol hloride chloride", "dapotum[wiki]", "4-[3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl]-1-piperazineethanol dihydrochloride", "tensofin[wiki]", "1-piperazineethanol 4-[3-[2- (trifluoromethyl)phenothiazin-10-yl]propyl]- dihydrochloride", "205-674-1[einecs]", "permitil", "anatensol[wiki]", "2-(4-{3-[2-(trifluormethyl)-10h-phenothiazin-10-yl]propyl}piperazin-1-yl)ethanoldihydrochlorid", "prolixin (tn)", "calmansial", "valamina[wiki]", "lyogen[wiki]", "10-[3'-[4''-(b-hydroxyethyl)-1''-piperazinyl]propyl]-3-trifluoromethylphenothiazine dihydrochloride", "146-56-5[rn]", "1-(2-hydroxyethyl)-4-(3-(2-trifluoromethyl-10-phenothiazinylpropyl)piperazine dihydrochloride", "squibb 4918", "2-(4-{3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl}piperazin-1-yl)ethanoldihydrochloride", "1-piperazineethanol 4-(3-(2-(trifluoromethyl)phenothiazin-10-yl)propyl)- dihydrochloride", "fluphenazine chloride", "pacinol[wiki]", "motipress", "fluphenazine hydrochloride [ban:jan][jan]", "4-(3-(2-(trifluoromethyl)phenothiazin-10-yl)propyl)-1-piperazineethanoldihydrochloride", "1-piperazineethanol 4-[3-[2-(trifluoromethyl)phenothiazin-10-yl]propyl]- dihydrochloride", "1-piperazineethanol 4-[3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl]- hydrochloride (1:2)", "36315-90-9[rn]", "2-(trifluoromethyl)-10-[3-[1-(b-hydroxyethyl)-4-piperazinyl]propyl]phenothiazinedihydrochloride", "liogen", "1-piperazineethanol 4-(3-(2-(trifluoromethyl)-10h-phenothiazin-10-yl)propyl)- dihydrochloride", "siqualone[wiki]", "1-piperazineethanol 4-[3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl]- dihydrochloride", "trancin", "dapotum d", "tensofin", "moditen[wiki]", "anatensol", "fluorophenazine dihydrochloride", "flufenazine hydrochloride", "10-(3-(4-(2-hydroxyethyl)piperazinyl)propyl)-2-trifluoromethylphenothiazine dihydrochloride", "1-(2-hydroxyethyl)-4-[3-(trifluoromethyl-10-phenothiazinyl)propyl]piperazine dihydrochloride"}|>, "5888" -> <|"DatabaseID" -> "SW03321", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28409"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62194]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triacontanol;n-triacontanol;myricyl;myricyl alcohol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68972]}, "Synonyms" -> {"melissyl alcohol", "triacontanol-1", "triacontan-1-ol", "myricyl alcohol", "myricyl alcohol (van)", "triacontyl alcohol", "n-triacontanol", "triacontanol", "209-794-5[einecs]", "593-50-0", "1-triacontanol[acd/iupac name]", "q30[wln]", "miraculan", "1-hydroxytriacontane", "28351-05-5[rn]", "triacontanol[wiki]", "593-50-0[rn]", "well-bloom", "1-triacontanol", "1711965[beilstein]"}|>, "5889" -> <|"DatabaseID" -> "SW03322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19667]}, "IsomericSmiles" -> "c1cc(cc(c1)NC(=O)c2cc(cc(c2O)Br)Br)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04222"]}, "OfficialNames" -> <|"NPC Approved Name" -> "flusalan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20906]}, "Synonyms" -> {"fluorosalan", "flusalan", "fluorsalan", "flusalanum", "fluorophene", "vancide fp", "4776-06-1", "4776-06-1[rn]", "einecs 225-322-0", "flusalanum [inn-latin]", "benzamide 3,5-dibromo-2-hydroxy-n-[3-(trifluoromethyl)phenyl]-", "225-322-0[einecs]", "3'-methyl-biphenyl-3-carboxylic acid", "3", "benzamide 3,5-dibromo-2-hydroxy-n-(3-(trifluoromethyl)phenyl)-", "3,5-dibromo-2-hydroxy-n-(3-trifluoromethyl-phenyl)-benzamide(fluorophen)", "benzamide 3 {5-dibromo-2-hydroxy-n-[3-(trifluoromethyl)phenyl]-}", "caswell no. 290", "3,5-dibromo-3'-trifluoromethylsalicylanilide", "3,5-dibromo-3'-(triflouromethyl)salicylanilide", "3,5-dibromo-2-hydroxy-n-[3-(trifluoromethyl)phenyl]benzamide[acd/iupac name]", "3,5-dibromo-2-hydroxy-n-(3-(trifluoromethyl)phenyl)benzamide", "3,5-dibromo-2-hydroxy-n-(3-trifluoromethyl-phenyl)-benzamide", "3,5-dibromo-3'-(trifluoromethyl)salicylanilide", "flusalanum[latin][inn]", "benzamide 3 5-dibromo-2-hydroxy-n-[3- (trifluoromethyl)phenyl]-", "3,5-dibromo-a,a,a-trifluoro-m-salicylotoluidide"}|>, "5890" -> <|"DatabaseID" -> "SW03323", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27470"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5815]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00158"]}, "IsomericSmiles" -> "c1cc(ccc1C(=O)N[C@@H](CCC(=O)[O-])C(=O)[O-])NCc2cnc3c(n2)c(=O)nc([nH]3)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00070"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FOLIC ACID"|>, "PharmGKBID" -> "PA449692", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6037], ExternalIdentifier["PubChemCompoundID", 23678413]}, "Synonyms" -> {"folic acid", "vitamin m", "vitamin bc", "folvite", "pteroylglutamic acid", "folcidin", "acifolic", "folicet", "millafol", "vitamin be", "folate", "dosfolat b activ", "folsaure", "pteroylmonoglutamic acid", "vitamin b9", "folipac", "folsav", "folacid", "folacin", "folsan", "folbal", "pteroyl-l-monoglutamic acid", "foldine", "foliamin", "pteroyl-l-glutamic acid", "incafolic", "apo-folic", "pga", "cytofol", "folettes", "pteglu", "folic acid [ban:inn:jan][inn][jan]", "folicacid", "novo-folacid", "n-pteroyl-l-glutamic acid", "glutamicacid n-[p-[[(2-amino-4-hydroxy-6-pteridinyl)methyl]amino]benzoyl]- l-", "folate receptor gamma precursor", "glutamic acid pteroyl- l-", "l-glutamic acid", "(2s)-2-[(4-{[(2-amino-4-oxo-1,4-dihydro-6-pteridinyl)methyl]amino}benzoyl)amino]pentanedioic acid", "nifolin [denmark]", "pga (van)", "4-pteridinol 2-amino-6-((p-((1,3-dicarboxypropyl)carbamoyl)anilino)methyl)-", "folsaeure", "33609-88-0[rn]", "100781[beilstein]", "(2s)-2-{[(4-{[(2-amino-4-oxo-1,4-dihydropteridin-6-yl)methyl]amino}phenyl)carbonyl]amino}pentanedioic acid", "acfol (spain)", "vitaped", "pteroyl-d-glutamic acid", "n-(4-{[(2-amino-4-hydroxypteridin-6-yl)methyl]amino}benzoyl)-l-glutamicacid", "acidum folicum[latin][inn]", "glutamicacid n-(p-(((2-amino-4-hydroxy-6-pteridinyl)methyl)amino)benzoyl)- l-", "fol", "glutamicacid n-(p-(((2-amino-4-hydroxypyrimido(4,5-b)pyrazin-6-yl)methyl)amino)benzoyl)- l", "folicet (tn)", "mission prenatal", "folan[wiki]", "mittafol", "l-glutamic acid n-[4-[[(2-amino-4,8-dihydro-4-oxo-6-pteridinyl)methyl]amino]benzoyl]-", "(2s)-2-[(4-{[(2-amino-4-hydroxy-6-pteridinyl)methyl]amino}benzoyl)amino]pentanedioic acid", "6484-89-5[rn]", "folate[wiki]", "facid", "folic acid[wiki][usp][jp15]", "n-[(4-{[(2-amino-4-oxo-1,4-dihydropteridin-6-yl)methyl]amino}phenyl)carbonyl]-l-glutamic acid", "acido folico[spanish][inn]", "n-(4-(((2-amino-1,4-dihydro-4-oxo-6-pteridinyl)methyl)amino)benzo- yl)-l-glutamicacid", "36653-55-1", "n-(4-{[(2-amino-4-oxo-3,4-dihydropteridin-6-yl)methyl]amino}benzoyl)-l-glutamic acid", "l-glutamic acid n-(4-(((2-amino-1,4-dihydro-4-oxo-6-pteridinyl)methyl)amino)benzoyl)-", "n-(4-{[(2-amino-4-oxo-1,4-dihydro-6-pteridinyl)methyl]amino}benzoyl)-l-glutamic acid[acd/iupac name]", "folate receptor 3", "l-glutamic acid n-[4-[[(2-amino-4-hydroxy-6-pteridinyl)methyl]amino]benzoyl]-", "novofolacid [canada]", "folico (italy)", "l-pteroylglutamic acid", "folic acid (tn)", "fr-gamma", "l-glutamic acid n-[4-[[(2-amino-1,4-dihydro-4-oxo-6-pteridinyl)methyl]amino]benzoyl]-", "folcysteine", "folvron", "59-30-3[rn]", "folcidin (van)", "n-(4-{[(2-amino-4-oxo-1,4-dihydropteridin-6-yl)methyl]amino}benzoyl)-l-glutamic acid", "n-(p-(((2-amino-4-hydroxy-6-pteridinyl)methyl)amino)benzoyl)-l-glutamicacid", "kyselina listova[czech]", "folacin[wiki]", "75708-92-8[rn]", "vitamin b11", "59-30-3 (parent)", "liver lactobacillus casei factor", "l-glutamic acid n-(4-(((2-amino-1,4-dihydro-4-oxo-6-pteridinyl)methyl)amino)benzo- yl)-", "folasic (australia)", "antianemia factor", "54353-24-1[rn]", "pteroyglutamic acid", "acide folique[french][inn]", "200-419-0[einecs]", "n-[4-[[(2-amino-1,4-dihydro-4-oxo-6-pteridinyl)methyl]amino]benzoyl]-l-glutamic acid", "l-glutamic acid n-(4-((2-amino-1,4-dihydro-4-oxo-6-pteridinyl)methyl)amino)benzoyl)-", "mvc plus", "l-glutamic acid n-[4-[[(1,2-dihydro-4-hydroxy-2-imino-6-pteridinyl)methyl]amino]benzoyl]-", "n-(4-(((2-amino-1", "foldine [france]", "36653-55-1[rn]", "factor u", "folina (italy)", "n-(4-((2-amino-1,4-dihydro-4-oxo-6-pteridinyl)methyl)amino)benzoyl)-l-glutamic acid", "foluite", "l-glutamic acid n-[4-[[(2-amino-3,4-dihydro-4-oxo-6-pteridinyl)methyl]amino]benzoyl]-", "folaemin[dutch]"}|>, "5891" -> <|"DatabaseID" -> "SW03324", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59178]}, "IsomericSmiles" -> "c1nnnn1CC(=O)N[C@H]2[C@@H]3N(C2=O)C(=C(CS3)CSc4nncs4)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07656"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ceftezole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65755]}, "Synonyms" -> {"ceftezole", "cg-b 3 q", "26973-24-0", "ceftezol", "ceftezolum", "26973-24-0[rn]", "ac1q6lou", "ceftezole (inn)", "celoslin", "ncgc00182064-02", "ceftezolo", "41136-22-5[rn]", "ceftezoleacid", "demethylcefazolin", "7-(1h-tetrazol-1-yl)acetamido-3-(1,3,4-thiadiazol-2-ylthio)methylceph-3-em-4-carboxylic acid", "falomesin", "(6r,7r)-8-oxo-7-(2-(1h-tetrazol-1-yl)acetamido)-3-((1,3,4-thiadiazol-2-ylthio)methyl)-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylicacid", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,8-oxo-7-[(1h-tetrazol-1-ylacetyl)amino]-3-[(1,3,4-thiadiazol-2-ylthio)methyl]-,(6r,7r)-", "(6r,7r)-8-oxo-7-[(1h-tetrazol-1-ylacetyl)amino]-3-[(1,3,4-thiadiazol-2-ylthio)methyl]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "ceftezole[inn]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,8-oxo-7-[[2-(1h-tetrazol-1-yl)acetyl]amino]-3-[(1,3,4-thiadiazol-2-ylthio)methyl]- (6r,7r)-", "ceftezolum[latin]", "cg b3q", "(6r,7r)-8-oxo-7-[(1h-tetrazol-1-ylacetyl)amino]-3-[(1,3,4-thiadiazol-2-ylsulfanyl)methyl]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid[acd/iupac name]", "ctz"}|>, "5892" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5893" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5894" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5895" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5896" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5897" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5898" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5899" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5900" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5901" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5902" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5903" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5904" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5905" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5906" -> <|"DatabaseID" -> "SW03325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479031]}, "IsomericSmiles" -> "CC(=C)C1CCC2(C1CCC3(C2CCC4C3(CCC(C4(C)CCC(=O)[O-])C(=C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sebiferic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321206]}, "Synonyms" -> {"sebiferic acid", "ac1nt0b0", "3-[4"}|>, "5907" -> <|"DatabaseID" -> "SW03326", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4704]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01324"]}, "IsomericSmiles" -> "CN1C(Nc2cc(c(cc2S1(=O)=O)S(=O)(=O)N)Cl)CSCC(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00657"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "POLYTHIAZIDE"|>, "PharmGKBID" -> "PA164748763", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4870]}, "Synonyms" -> {"polythiazide", "renese", "drenusil", "renese (tn)", "nephril", "6-chloro-3,4-dihydro-2-methyl-3-(((2,2,2-trifluoroethyl)thio)methyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "renese-r", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-2-methyl-3-[[(2,2,2-trifluoroethyl)thio]methyl]- 1,1-dioxide", "6-chloro-3,4-dihydro-2-methyl-3-[[(2,2 2-trifluoroethyl)thio]methyl]-2h-1,2 4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "thiazide-sensitive sodium-chloride cotransporter", "2-methyl-3-(b,b,b-trifluoroethylthiomethyl)-6-chloro-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine1,1-dioxide", "206-468-4[einecs]", "politiazida [inn-spanish]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-2-methyl-3-(((2,2,2-trifluoroethyl)thio)methyl)- 1,1-dioxide", "p-2525", "6-chloro-2-methyl-3-{[(2,2,2-trifluoroethyl)thio]methyl}-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "polythiazide [usan:ban:inn:jan][inn][jan][usan]", "na-cl symporter", "polythiazidum [inn-latin]", "polythiazidum[latin]", "6-chloro-3,4-dihydro-2-methyl-3-[[(2,2,2-trifluoroethyl)thio]methyl]-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "6-chloro-3,4-dihydro-2-methyl-7-sulphamoyl-3-(2,2,2-trifluoroethylthiomethyl)-2h-benzo-1,2,4-thiadiazine 1,1-dioxide", "politiazida[spanish][inn]", "6-chlor-2-methyl-3-{[(2,2,2-trifluorethyl)sulfanyl]methyl}-3,4-dihydro-2h-1,2,4-benzothiadiazin-7-sulfonamid-1,1-dioxid", "6-chloro-2-methyl-3-{[(2,2,2-trifluoroethyl)sulfanyl]methyl}-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "2h-1,2 4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-2-methyl-3-[[ (2,2,2-trifluoroethyl)thio]methyl]- 1,1-dioxide", "polythiazide (jan/usan)[jan][usan]", "polythiazidum", "politiazida", "346-18-9[rn]"}|>, "5908" -> <|"DatabaseID" -> "SW03326", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4704]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01324"]}, "IsomericSmiles" -> "CN1C(Nc2cc(c(cc2S1(=O)=O)S(=O)(=O)N)Cl)CSCC(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00657"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "POLYTHIAZIDE"|>, "PharmGKBID" -> "PA164748763", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4870]}, "Synonyms" -> {"polythiazide", "renese", "drenusil", "renese (tn)", "nephril", "6-chloro-3,4-dihydro-2-methyl-3-(((2,2,2-trifluoroethyl)thio)methyl)-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "renese-r", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-2-methyl-3-[[(2,2,2-trifluoroethyl)thio]methyl]- 1,1-dioxide", "6-chloro-3,4-dihydro-2-methyl-3-[[(2,2 2-trifluoroethyl)thio]methyl]-2h-1,2 4-benzothiadiazine-7-sulfonamide 1,1-dioxide", "thiazide-sensitive sodium-chloride cotransporter", "2-methyl-3-(b,b,b-trifluoroethylthiomethyl)-6-chloro-7-sulfamyl-3,4-dihydro-1,2,4-benzothiadiazine1,1-dioxide", "206-468-4[einecs]", "politiazida [inn-spanish]", "2h-1,2,4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-2-methyl-3-(((2,2,2-trifluoroethyl)thio)methyl)- 1,1-dioxide", "p-2525", "6-chloro-2-methyl-3-{[(2,2,2-trifluoroethyl)thio]methyl}-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "polythiazide [usan:ban:inn:jan][inn][jan][usan]", "na-cl symporter", "polythiazidum [inn-latin]", "polythiazidum[latin]", "6-chloro-3,4-dihydro-2-methyl-3-[[(2,2,2-trifluoroethyl)thio]methyl]-2h-1,2,4-benzothiadiazine-7-sulfonamide1,1-dioxide", "6-chloro-3,4-dihydro-2-methyl-7-sulphamoyl-3-(2,2,2-trifluoroethylthiomethyl)-2h-benzo-1,2,4-thiadiazine 1,1-dioxide", "politiazida[spanish][inn]", "6-chlor-2-methyl-3-{[(2,2,2-trifluorethyl)sulfanyl]methyl}-3,4-dihydro-2h-1,2,4-benzothiadiazin-7-sulfonamid-1,1-dioxid", "6-chloro-2-methyl-3-{[(2,2,2-trifluoroethyl)sulfanyl]methyl}-3,4-dihydro-2h-1,2,4-benzothiadiazine-7-sulfonamide 1,1-dioxide[acd/iupac name]", "2h-1,2 4-benzothiadiazine-7-sulfonamide 6-chloro-3,4-dihydro-2-methyl-3-[[ (2,2,2-trifluoroethyl)thio]methyl]- 1,1-dioxide", "polythiazide (jan/usan)[jan][usan]", "polythiazidum", "politiazida", "346-18-9[rn]"}|>, "5909" -> <|"DatabaseID" -> "SW03327", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482179]}, "IsomericSmiles" -> "C[NH+](C)[C@H]1[C@@H]2[C@H]([C@@H]3C(=C)c4cccc(c4C(=O)C3=C([C@@]2(C(=O)C(=C1[O-])C(=O)N)O)[O-])[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04972"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHACYCLINE HYDROCHLORIDE"|>, "Synonyms" -> {"metacycline hydrochloride", "2-naphthacenecarboxamide 4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,5,10,12,12a-pentahydroxy-6-methylene-1,11-dioxo-,(4s,4ar,5s,5ar,12as)- hydrochloride (1:1)", "6-methylene-5-hydroxytetracycline hydrochloride", "adriamicina", "rondomycin", "3963-45-9[rn]", "metadomus", "3963-95-9[rn]", "6-methyleneoxytetracycline hydrochloride", "rindex", "(4s,4ar,5s,5ar,12as)-4-(dimethylamino)-3,5,10,12,12a-pentahydroxy-6-methylene-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide hydrochloride (1:1)", "metilenbiotic", "methacyclime hydrochloride", "[4s-(4a,4aa,5a,5aa,12aa)]-4-dimethylamino-1,4,4a,5,5a,6,11,12a-octahydro-3,5,10,12,12a-pentahydroxy-6-methylene-1,11-dioxo-2-naphthacenecarboxamide monohydrochloride", "adriamicina;ciclobiotic;germiciclin;londomycin;metacyclin hydrochloride;metadomus;methacycline;physiomycine", "methacycline", "physiomycine", "methacycline hydrochloride", "(4s,4ar,5s,5ar,12as)-4-(dimethylamino)-3,5,10,12,12a-pentahydroxy-6-methylidene-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamidehydrochloride (1:1)", "6-demethyl-6-deoxy-6-methyleneoxytetracyclinemonohydrochloride", "methacycline monohydrochloride", "germiciclin", "globociclina", "223-568-3[einecs]", "3963-95-9 914-00-1 [methacycline]", "914-00-1[rn]", "methacycline hcl", "megamycine", "metacycline", "ciclobiotic", "3963-95-9 914-00-1", "londomycin"}|>, "5910" -> <|"DatabaseID" -> "SW03328", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4868"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 227635]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]3c4ccc(cc4CC[C@H]3[C@@H]1CC[C@@H]2O)OC(=O)N(CCCl)CCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04066"]}, "OfficialNames" -> <|"Indian Approved Name" -> "estramustine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 259331]}, "Synonyms" -> {"estramustine", "chebi:4868", "estra-1,3,5(10)-triene-3,17-diol (17?)- 3-[bis(2-chloroethyl)carbamate]17-(dihydrogen phosphate),disodiumsalt", "17b-estradiol 3-(bis(2-chloroethyl)carbamate)", "2998-57-4", "17beta-estradiol 3-(bis(2-chloroethyl)carbamate)", "leo 275", "estramustinum[latin]", "estramustina", "estracyt", "estra-1,3,5(10)triene-3,17b-diol 3-[n,n-bis(2-chloroethyl)carbamate]", "ro-22-2296-000", "52205-73-9[rn]", "(17b)-estra-1,3,5(10)-triene-3,17-diol 3-[bis(2-chloroethyl)carbamate]", "225-512-3[einecs]", "estramustine[wiki]", "estradiol 3-(n,n-bis(2-chloroethyl)carbamate)", "estradiol", "257-735-7[einecs]", "estramustine sodium phosphate", "ro 21-8837", "221-076-3[einecs]", "emcyt[wiki]", "estramustine phosphate sodium", "ncgc00164581-01", "estradiol 3-bis(2-chloroethyl)carbamate", "2998-57-4[rn]", "estramustine phosphate", "estradiol 3-[bis(2-chloroethyl)carbamate]", "estradiol 3-(n", "estramustina[spanish][inn]", "estramustinum", "5637599[beilstein]", "ro 21-8837/001", "4891-15-0[rn]", "estradiol 3-[bis (2-chloroethyl)carbamate]"}|>, "5911" -> <|"DatabaseID" -> "SW03329", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390142]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C=C1CC[C@@H]3[C@@H]2[C@H](C[C@]4([C@H]3CC[C@@]4(C(=O)COP(=O)([O-])[O-])O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00977"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HYDROCORTISONE SODIUM PHOSPHATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441406]}, "Synonyms" -> {"hydrocortisone sodium phosphate", "hydrocortisone disodium phosphate", "hydrocortone phosphate", "sodium hydrocortisone 21-phosphate", "actocortin", "actocortina", "hydrocortisone 21-sodium phosphate", "hidroaltesona", "efcortesol", "physiocortison", "cortisol 21-(dihydrogen phosphate) disodium salt", "cleiton", "hydrocortisone 21-phosphate disodium salt", "cortisol 21-phosphate", "227-843-9[einecs]", "(11b)-11,17-dihydroxy-21-(phosphonooxy)pregn-4-ene-3,20-dione disodium salt", "hydrocortone phosphate (tn)", "pregn-4-ene-3,20-dione 11,17-dihydroxy-21-(phosphonooxy)- disodium salt (11?)-", "cortisol 21-(disodium phosphate)", "chebi:5781", "cortisol sodium phosphate", "6000-74-4[rn]", "idracemi"}|>, "5912" -> <|"DatabaseID" -> "SW03330", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9753"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5389]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00197"]}, "IsomericSmiles" -> "Cc1c(c2c(c(c1O)C)CCC(O2)(C)COc3ccc(cc3)CC4C(=O)[N-]C(=O)S4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00395"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TROGLITAZONE"|>, "PharmGKBID" -> "PA451799", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5591]}, "Synonyms" -> {"prelay", "noscal", "rezulin", "troglitazone", "romglizone", "romozin", "rezulin (tn)", "troglitazona", "gr 92132x", "cs-045", "nuclear receptor subfamily 3 group b member 1", "resulin", "troglitazonum", "[97322-87-7]", "2,4-thiazolidinedione 5-((4-((3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy)phenyl)methyl)-", "5-[[4-[(6-hydroxy-2,5,7,8-tetramethyl-chroman-2-yl)methoxy]phenyl]methyl]-1,3-thiazolidine-2,4-dione", "5-[(4-{[(6-hydroxy-2,5,7,8-tetramethyl-3,4-dihydro-2h-chromen-2-yl)methyl]oxy}phenyl)methyl]-1,3-thiazolidine-2,4-dione", "troglitazone[wiki]", "estrogen receptor-like 1", "rezulin[wiki]", "troglitazone [usan:ban:inn][inn][usan]", "5-(4-((6-hydroxy-2,5,7,8-tetramethylchroman-2-yl)methoxy)benzyl)thiazolidine-2,4-dione", "5-{4-[(6-hydroxy-2,5,7,8-tetramethyl-3,4-dihydro-2h-chromen-2-yl)methoxy]benzyl}-1,3-thiazolidine-2,4-dione[acd/iupac name]", "5-(4-((6-hydroxy-2,5,7,8-tetramethylchroman-2-yl-methoxy)benzyl)-2,4-thiazolidinedione)", "cs 045", "5-{[4-((3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy)phenyl]methyl}-2,4-th", "estrogen-related receptor alpha", "romozin[wiki]", "err-alpha", "97322-87-7[rn]", "5-{4-[(6-hydroxy-2,5,7,8-tetramethyl-3,4-dihydro-2h-chromen-2-yl)methoxy]benzyl}-1,3-thiazolidin-2,4-dion", "troglitazone (jan/usan)[jan][usan]", "5-[[4-[(3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy]phenyl]methyl]-2,4-thiazolidinedione", "5-(4-(6-hydroxy-2,5,7,8-tetramethylchroman-2-ylmethoxy)benzyl)thiazolidine-2,4-dione", "gr-92132x", "2,4-thiazolidinedione 5-[[4-[(3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy]phenyl]methyl]-(9ci)", "c057693", "337376-15-5", "4338399[beilstein]", "2,4-thiazolidinedione 5-[[4-[(3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy]phenyl]methyl]-"}|>, "5913" -> <|"DatabaseID" -> "SW03330", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9753"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5389]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00197"]}, "IsomericSmiles" -> "Cc1c(c2c(c(c1O)C)CCC(O2)(C)COc3ccc(cc3)CC4C(=O)[N-]C(=O)S4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00395"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TROGLITAZONE"|>, "PharmGKBID" -> "PA451799", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5591]}, "Synonyms" -> {"prelay", "noscal", "rezulin", "troglitazone", "romglizone", "romozin", "rezulin (tn)", "troglitazona", "gr 92132x", "cs-045", "nuclear receptor subfamily 3 group b member 1", "resulin", "troglitazonum", "[97322-87-7]", "2,4-thiazolidinedione 5-((4-((3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy)phenyl)methyl)-", "5-[[4-[(6-hydroxy-2,5,7,8-tetramethyl-chroman-2-yl)methoxy]phenyl]methyl]-1,3-thiazolidine-2,4-dione", "5-[(4-{[(6-hydroxy-2,5,7,8-tetramethyl-3,4-dihydro-2h-chromen-2-yl)methyl]oxy}phenyl)methyl]-1,3-thiazolidine-2,4-dione", "troglitazone[wiki]", "estrogen receptor-like 1", "rezulin[wiki]", "troglitazone [usan:ban:inn][inn][usan]", "5-(4-((6-hydroxy-2,5,7,8-tetramethylchroman-2-yl)methoxy)benzyl)thiazolidine-2,4-dione", "5-{4-[(6-hydroxy-2,5,7,8-tetramethyl-3,4-dihydro-2h-chromen-2-yl)methoxy]benzyl}-1,3-thiazolidine-2,4-dione[acd/iupac name]", "5-(4-((6-hydroxy-2,5,7,8-tetramethylchroman-2-yl-methoxy)benzyl)-2,4-thiazolidinedione)", "cs 045", "5-{[4-((3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy)phenyl]methyl}-2,4-th", "estrogen-related receptor alpha", "romozin[wiki]", "err-alpha", "97322-87-7[rn]", "5-{4-[(6-hydroxy-2,5,7,8-tetramethyl-3,4-dihydro-2h-chromen-2-yl)methoxy]benzyl}-1,3-thiazolidin-2,4-dion", "troglitazone (jan/usan)[jan][usan]", "5-[[4-[(3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy]phenyl]methyl]-2,4-thiazolidinedione", "5-(4-(6-hydroxy-2,5,7,8-tetramethylchroman-2-ylmethoxy)benzyl)thiazolidine-2,4-dione", "gr-92132x", "2,4-thiazolidinedione 5-[[4-[(3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy]phenyl]methyl]-(9ci)", "c057693", "337376-15-5", "4338399[beilstein]", "2,4-thiazolidinedione 5-[[4-[(3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy]phenyl]methyl]-"}|>, "5914" -> <|"DatabaseID" -> "SW03330", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9753"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5389]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00197"]}, "IsomericSmiles" -> "Cc1c(c2c(c(c1O)C)CCC(O2)(C)COc3ccc(cc3)CC4C(=O)[N-]C(=O)S4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00395"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TROGLITAZONE"|>, "PharmGKBID" -> "PA451799", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5591]}, "Synonyms" -> {"prelay", "noscal", "rezulin", "troglitazone", "romglizone", "romozin", "rezulin (tn)", "troglitazona", "gr 92132x", "cs-045", "nuclear receptor subfamily 3 group b member 1", "resulin", "troglitazonum", "[97322-87-7]", "2,4-thiazolidinedione 5-((4-((3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy)phenyl)methyl)-", "5-[[4-[(6-hydroxy-2,5,7,8-tetramethyl-chroman-2-yl)methoxy]phenyl]methyl]-1,3-thiazolidine-2,4-dione", "5-[(4-{[(6-hydroxy-2,5,7,8-tetramethyl-3,4-dihydro-2h-chromen-2-yl)methyl]oxy}phenyl)methyl]-1,3-thiazolidine-2,4-dione", "troglitazone[wiki]", "estrogen receptor-like 1", "rezulin[wiki]", "troglitazone [usan:ban:inn][inn][usan]", "5-(4-((6-hydroxy-2,5,7,8-tetramethylchroman-2-yl)methoxy)benzyl)thiazolidine-2,4-dione", "5-{4-[(6-hydroxy-2,5,7,8-tetramethyl-3,4-dihydro-2h-chromen-2-yl)methoxy]benzyl}-1,3-thiazolidine-2,4-dione[acd/iupac name]", "5-(4-((6-hydroxy-2,5,7,8-tetramethylchroman-2-yl-methoxy)benzyl)-2,4-thiazolidinedione)", "cs 045", "5-{[4-((3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy)phenyl]methyl}-2,4-th", "estrogen-related receptor alpha", "romozin[wiki]", "err-alpha", "97322-87-7[rn]", "5-{4-[(6-hydroxy-2,5,7,8-tetramethyl-3,4-dihydro-2h-chromen-2-yl)methoxy]benzyl}-1,3-thiazolidin-2,4-dion", "troglitazone (jan/usan)[jan][usan]", "5-[[4-[(3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy]phenyl]methyl]-2,4-thiazolidinedione", "5-(4-(6-hydroxy-2,5,7,8-tetramethylchroman-2-ylmethoxy)benzyl)thiazolidine-2,4-dione", "gr-92132x", "2,4-thiazolidinedione 5-[[4-[(3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy]phenyl]methyl]-(9ci)", "c057693", "337376-15-5", "4338399[beilstein]", "2,4-thiazolidinedione 5-[[4-[(3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy]phenyl]methyl]-"}|>, "5915" -> <|"DatabaseID" -> "SW03330", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9753"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5389]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00197"]}, "IsomericSmiles" -> "Cc1c(c2c(c(c1O)C)CCC(O2)(C)COc3ccc(cc3)CC4C(=O)[N-]C(=O)S4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00395"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TROGLITAZONE"|>, "PharmGKBID" -> "PA451799", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5591]}, "Synonyms" -> {"prelay", "noscal", "rezulin", "troglitazone", "romglizone", "romozin", "rezulin (tn)", "troglitazona", "gr 92132x", "cs-045", "nuclear receptor subfamily 3 group b member 1", "resulin", "troglitazonum", "[97322-87-7]", "2,4-thiazolidinedione 5-((4-((3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy)phenyl)methyl)-", "5-[[4-[(6-hydroxy-2,5,7,8-tetramethyl-chroman-2-yl)methoxy]phenyl]methyl]-1,3-thiazolidine-2,4-dione", "5-[(4-{[(6-hydroxy-2,5,7,8-tetramethyl-3,4-dihydro-2h-chromen-2-yl)methyl]oxy}phenyl)methyl]-1,3-thiazolidine-2,4-dione", "troglitazone[wiki]", "estrogen receptor-like 1", "rezulin[wiki]", "troglitazone [usan:ban:inn][inn][usan]", "5-(4-((6-hydroxy-2,5,7,8-tetramethylchroman-2-yl)methoxy)benzyl)thiazolidine-2,4-dione", "5-{4-[(6-hydroxy-2,5,7,8-tetramethyl-3,4-dihydro-2h-chromen-2-yl)methoxy]benzyl}-1,3-thiazolidine-2,4-dione[acd/iupac name]", "5-(4-((6-hydroxy-2,5,7,8-tetramethylchroman-2-yl-methoxy)benzyl)-2,4-thiazolidinedione)", "cs 045", "5-{[4-((3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy)phenyl]methyl}-2,4-th", "estrogen-related receptor alpha", "romozin[wiki]", "err-alpha", "97322-87-7[rn]", "5-{4-[(6-hydroxy-2,5,7,8-tetramethyl-3,4-dihydro-2h-chromen-2-yl)methoxy]benzyl}-1,3-thiazolidin-2,4-dion", "troglitazone (jan/usan)[jan][usan]", "5-[[4-[(3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy]phenyl]methyl]-2,4-thiazolidinedione", "5-(4-(6-hydroxy-2,5,7,8-tetramethylchroman-2-ylmethoxy)benzyl)thiazolidine-2,4-dione", "gr-92132x", "2,4-thiazolidinedione 5-[[4-[(3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy]phenyl]methyl]-(9ci)", "c057693", "337376-15-5", "4338399[beilstein]", "2,4-thiazolidinedione 5-[[4-[(3,4-dihydro-6-hydroxy-2,5,7,8-tetramethyl-2h-1-benzopyran-2-yl)methoxy]phenyl]methyl]-"}|>, "5916" -> <|"DatabaseID" -> "SW03331", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33356]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01605"]}, "IsomericSmiles" -> "CC1(C(N2[C@H](S1)[C@@H](C2=O)/[NH+]=C/N3CCCCCC3)C(=O)OCOC(=O)C(C)(C)C)C", "OfficialNames" -> <|"NPC Approved Name" -> "pivmecillinam"|>, "PharmGKBID" -> "PA164750167", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36272]}, "Synonyms" -> {"coactabs", "amdinocillin pivoxil", "pivmecillinamum [inn-latin]", "pivmecillinam", "pivmecilinamo [inn-spanish]", "selexid", "mecillinam pivaloyl ester", "ac1l1vg9", "32887-01-7[rn]", "32886-97-8[rn]", "hydroxymethyl (5r,6r)-6-(((hexahydro-1h-azepin-1-yl)methylene)amino)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylatepivalateester", "ro 10-9071", "251-276-6[einecs]", "pivmecilinamo", "pivamdinocillin"}|>, "5917" -> <|"DatabaseID" -> "SW03331", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33356]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01605"]}, "IsomericSmiles" -> "CC1(C(N2[C@H](S1)[C@@H](C2=O)/[NH+]=C/N3CCCCCC3)C(=O)OCOC(=O)C(C)(C)C)C", "OfficialNames" -> <|"NPC Approved Name" -> "pivmecillinam"|>, "PharmGKBID" -> "PA164750167", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36272]}, "Synonyms" -> {"coactabs", "amdinocillin pivoxil", "pivmecillinamum [inn-latin]", "pivmecillinam", "pivmecilinamo [inn-spanish]", "selexid", "mecillinam pivaloyl ester", "ac1l1vg9", "32887-01-7[rn]", "32886-97-8[rn]", "hydroxymethyl (5r,6r)-6-(((hexahydro-1h-azepin-1-yl)methylene)amino)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylatepivalateester", "ro 10-9071", "251-276-6[einecs]", "pivmecilinamo", "pivamdinocillin"}|>, "5918" -> <|"DatabaseID" -> "SW03332", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9606"], ExternalIdentifier["ChEBIID", "9605"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54912]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00775"]}, "IsomericSmiles" -> "CCCCS(=O)(=O)N[C@@H](Cc1ccc(cc1)OCCCCC2CC[NH2+]CC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01029"], ExternalIdentifier["KEGGID", "D08607"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tirofiban", "Australia Approved Name" -> "TIROFIBAN", "FDA Approved Drug" -> "TIROFIBAN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451698", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60946], ExternalIdentifier["PubChemCompoundID", 60947]}, "Synonyms" -> {"tirofiban", "aggrastat", "agg", "tirofiban [ban:inn]", "tirofibanum", "tirofiban hydrochloride monohydrate", "142373-60-2[rn]", "gpiiia", "n-(butylsulfonyl)-o-(4-(4-piperidyl)butyl)-l-tyrosine", "null", "n-(butylsulfonyl)-4-[4-(4-piperidyl)butoxy]-l-phenylalanine", "integrin beta-3 precursor", "2-s-(n-butylsulfonylamino)-3[4-(piperidin-4-yl)butyloxyphenyl]propionicacid", "(2s)-2-(butylsulfonylamino)-3-[4-(4-piperidin-4-ylbutoxy)phenyl]propanoic acid; n-(butylsulfonyl)-o-(4-(4-piperidyl)butyl)-l-tyrosine;tirofiban", "l-tyrosine n-(butylsulfonyl)-o-[4-(4-piperidinyl)butyl]-", "n-(butylsulfonyl)-o-(4-piperidin-4-ylbutyl)-l-tyrosine", "(2s)-2-(butylsulfonylamino)-3-[4-(4-piperidin-4-ylbutoxy)phenyl]propanoic acid", "tirofiban[wiki]", "platelet membrane glycoprotein iiia", "cd61 antigen", "144494-65-5[rn]", "tirofiban [ban:inn][inn]", "151065-53-1[rn]", "6182267[beilstein]", "tirofiban; tirofibanum", "337376-15-5", "l-tyrosine n-(butylsulfonyl)-o-(4-(4-piperidinyl)butyl)-", "n-(butylsulfonyl)-o-[4-(piperidin-4-yl)butyl]-l-tyrosine", "n-(butylsulfonyl)-o-[4-(4-piperidinyl)butyl]-l-tyrosine[acd/iupac name]", "chebi:9605", "agrastat (tn)", "ac1q6vfb", "hsdb 7323", "tirofiban [inn:ban]", "tirofiban hydrochloride[usan]", "agrastat", "tirofiban (inn)", "ncgc00182085-01", "150915-40-5", "dsstox_rid_82833", "tirofiban hcl", "aggrastat (tn)", "dsstox_cid_28561", "ac1q3etq", "tirofiban hydrochloride", "tirofiban hydrochloride anhydrous", "ac1l1u7l"}|>, "5919" -> <|"DatabaseID" -> "SW03333", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10264899]}, "IsomericSmiles" -> "C[C@]1([C@H](CC[C@]2([C@H]1CC[C@@]3([C@@H]2CCC4=C5[C@@]6(C(=O)O[C@](C5)(CC6)C)CC[C@@]34C)C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "larreagenin"|>, "Synonyms" -> {"larreagenin a"}|>, "5920" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5921" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5922" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5923" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5924" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5925" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5926" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5927" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5928" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5929" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5930" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5931" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5932" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5933" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5934" -> <|"DatabaseID" -> "SW03334", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 551105]}, "IsomericSmiles" -> "CC1C(=O)CCC2C1(CC(=O)C3C2(CCC4(C3(CCC5(C4CC(CC5)(C)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "putranjivadione"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 634915]}, "Synonyms" -> {"putranjivadione", "d:a-friedooleanane-3,7-dione", "d:a-friedooleanane-3", "ac1lcppo", "4"}|>, "5935" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5936" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5937" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5938" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5939" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5940" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5941" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5942" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5943" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5944" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5945" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5946" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5947" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5948" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5949" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5950" -> <|"DatabaseID" -> "SW03335", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 244183]}, "IsomericSmiles" -> "CC(CCC=C(C)C)C1C(CC2(C1(CCC3C2=CCC4C3(CCC(=O)C4(C)C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kulinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 277443]}, "Synonyms" -> {"kulinone", "16-hydroxy-4", "ag-k-51871", "ac1l5lxl", "nsc-126319", "ar-1c0946", "21688-61-9[rn]", "ac1q6j0f", "nsc126319", "16-hydroxylanosta-7", "21688-61-9"}|>, "5951" -> <|"DatabaseID" -> "SW03336", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16737764]}, "IsomericSmiles" -> "CC[C@H](/C=C/[C@@H](C)[C@H]1CC[C@@]2([C@@]1(CC[C@]34C2CCC5[C@]3(C4)CCC([C@H]5C)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cyclonervilol"|>, "Synonyms" -> {"cyclonervilol"}|>, "5952" -> <|"DatabaseID" -> "SW03336", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16737764]}, "IsomericSmiles" -> "CC[C@H](/C=C/[C@@H](C)[C@H]1CC[C@@]2([C@@]1(CC[C@]34C2CCC5[C@]3(C4)CCC([C@H]5C)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cyclonervilol"|>, "Synonyms" -> {"cyclonervilol"}|>, "5953" -> <|"DatabaseID" -> "SW03336", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16737764]}, "IsomericSmiles" -> "CC[C@H](/C=C/[C@@H](C)[C@H]1CC[C@@]2([C@@]1(CC[C@]34C2CCC5[C@]3(C4)CCC([C@H]5C)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cyclonervilol"|>, "Synonyms" -> {"cyclonervilol"}|>, "5954" -> <|"DatabaseID" -> "SW03336", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16737764]}, "IsomericSmiles" -> "CC[C@H](/C=C/[C@@H](C)[C@H]1CC[C@@]2([C@@]1(CC[C@]34C2CCC5[C@]3(C4)CCC([C@H]5C)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cyclonervilol"|>, "Synonyms" -> {"cyclonervilol"}|>, "5955" -> <|"DatabaseID" -> "SW03337", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 164262]}, "IsomericSmiles" -> "CC(C)[C@@H]1CC[C@H]2[C@]1(CC[C@@]3([C@@]2(CC=C4[C@H]3CC[C@@H]5[C@@]4(CC[C@@H](C5(C)C)OC)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cylindrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 189045]}, "Synonyms" -> {"hollow cylinder protein complex", "(3s", "cylindrin", "(3s,3as,5as,5bs,7ar,9s,11as,13ar,13bs)-3-isopropyl-9-methoxy-3a,5a,8,8,11a,13a-hexamethyl-2,3,3a,4,5,5a,5b,6,7,7a,8,9,10,11,11a,13,13a,13b-octadecahydro-1h-cyclopenta[a]chrysene", "kst-1a2663", "(3s,3as,5as,5bs,7ar,9s,11as,13ar,13bs)-3-isopropyl-3a,5a,8,8,11a,13a-hexamethyl-2,3,3a,4,5,5a,5b,6,7,7a,8,9,10,11,11a,13,13a,13b-octadecahydro-1h-cyclopenta[a]chrysen-9-ylmethyl ether", "1h-cyclopenta[a]chrysene 2,3,3a,4,5,5a,5b,6,7,7a,8,9,10,11,11a,13,13a,13b-octadecahydro-9-methoxy-3a,5a,8,8,11a,13a-hexamethyl-3-(1-methylethyl)- (3s,3as,5as,5bs,7ar,9s,11as,13ar,13bs)-", "c17534", "21220-70-2", "ar-1a4556", "ag-k-53493", "17904-55-1[rn]", "ac1l4nye"}|>, "5956" -> <|"DatabaseID" -> "SW03338", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165925]}, "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)[C@H]1CCC2([C@@]1(CCC34[C@H]2CC[C@@H]5C3(C4)CC[C@@H]([C@H]5C)O)C)C)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cyclotrichosantol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191060]}, "Synonyms" -> {"cyclotrichosantol", "ac1l4rsk", "4alpha", "kst-1a5604", "ar-1a5038", "41507-26-0[rn]", "(3|a"}|>, "5957" -> <|"DatabaseID" -> "SW03338", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165925]}, "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)[C@H]1CCC2([C@@]1(CCC34[C@H]2CC[C@@H]5C3(C4)CC[C@@H]([C@H]5C)O)C)C)C(=C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cyclotrichosantol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191060]}, "Synonyms" -> {"cyclotrichosantol", "ac1l4rsk", "4alpha", "kst-1a5604", "ar-1a5038", "41507-26-0[rn]", "(3|a"}|>, "5958" -> <|"DatabaseID" -> "SW03339", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8091574]}, "IsomericSmiles" -> "Cc1ccc(cc1C)n2c(=O)c(c([nH]2)C)N/N=C/3\\C=CC=C(C3=O)c4cccc(c4)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ELTROMBOPAG OLAMINE"|>, "PharmGKBID" -> "PA165981594", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9915926]}, "Synonyms" -> {"en002876", "revolade", "sb-497115", "sb 497115", "eltrombopag olamine", "eltrombopag [inn]", "promacta", "unii-s56d65xj9g", "496775-62-3", "eltrombopag"}|>, "5959" -> <|"DatabaseID" -> "SW03340", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 164861]}, "IsomericSmiles" -> "CC1=N[C@@]2([C@H](O1)C[C@@H]3[C@@]2(C[C@@H]([C@H]4[C@H]3CCC5=CC(=O)C=C[C@]45C)O)C)C(=O)COC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03671"]}, "OfficialNames" -> <|"Indian Approved Name" -> "deflazacort"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 189821]}, "Synonyms" -> {"deflazacort", "flantadin", "calcort", "oxazacort", "deflan", "azacort", "2-((1s,2s,8s,9s,11s,12s,4r,13r)-11-hydroxy-6,9,13-trimethyl-16-oxo-5-oxa-7-azapentacyclo[10.8.0.0<2,9>.0<4,8>.0<13,18>]icosa-6,14,17-trien-8-yl)-2-oxoethyl cetate", "11b,21-dihydroxy-2'-methyl-5'bh-pregna-1,4-dieno[17,16-d]oxazole-3,20-dione 21-acetate", "lantadin", "238-483-7[einecs]", "14484-47-0[rn]", "14484-47-0", "2-[(4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-5-hydroxy-4a,6a,8-trimethyl-2-oxo-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-6bh-naphtho[2',1':4,5]indeno[1,2-d][1,3]oxazol-6b-yl]-2-oxoethyl acetate", "2h-naphth[2',1':4,5]indeno[1,2-d]oxazol-2-one 6b-[2-(acetyloxy)acetyl]-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-4a,6a,8-trimethyl- (4ar,4bs,5s,6as,6bs,9ar,10as,10bs)-", "74712-90-6[rn]", "pregna-1,4-diene-11b,21-diol-3,20-dione[17a,16a-d]-2'-methyloxazoline 21-acetate", "dl 458-it", "(11b,16b)-21-(acetyloxy)-11-hydroxy-2'-methyl-5'h-pregna-1,4-dieno[17,16-d]oxazole-3,20-dione", "dsstox_cid_378", "dl-458it", "l-5458", "dezacor", "dsstox_rid_75552", "deflazacort[wiki][usan]"}|>, "5960" -> <|"DatabaseID" -> "SW03341", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9122"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54229]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06144"]}, "IsomericSmiles" -> "c1cc(ccc1n2cc(c3c2ccc(c3)Cl)C4CC[NH+](CC4)CCN5CCNC5=O)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00561"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sertindol"|>, "PharmGKBID" -> "PA164784002", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60149]}, "Synonyms" -> {"serlect", "sertindole", "serdolect", "sertindol [inn-spanish]", "sertindolum [inn-latin]", "106516-24-9", "alpha 1d- adrenoreceptor", "1-(2-(4-(5-chloro-1-(p-fluorophenyl)indol-3-yl)piperidino)ethyl)-2-imidazolidinone", "alpha 1d-adrenoceptor", "sertindol[spanish][inn]", "lu-23-174", "serlect; serdolect; serlect", "substance 5364890", "alpha-1a adrenergic receptor", "106516-24-9[rn]", "2-imidazolidinone,1-[2-[4-[5-chloro-1-(4-fluorophenyl)-1h-indol-3-yl]-1-piperidinyl]ethyl]-", "sertindole [usan:inn][inn][usan]", "sertindole[wiki][usan]", "sertindol; sertindole; sertindolum", "chebi:9122", "1-(2-{4-[5-chloro-1-(4-fluorophenyl)-1h-indol-3-yl]-1-piperidinyl}ethyl)-2-imidazolidinone[acd/iupac name]", "1-(2-(4-(5-chloro-1-(4-fluorophenyl)-1h-indol-3-yl)piperidin-1-yl)ethyl)imidazolidin-2-one", "sertindole hydrochloride", "1-(2-(4-(5-chloro-1-(4-fluorophenyl)-1h-indole-3-yl)-1-piperidinyl)ethyl)-2-imidazolidinone", "sertindolum", "1-(2-{4-[5-chloro-1-(4-fluorophenyl)-1h-indol-3-yl]piperidin-1-yl}ethyl)imidazolidin-2-one", "5-chloro-1-(4-fluorophenyl)-3-[1-[2-(2-imidazolidinon-1-yl)ethyl]-4-piperidyl]-1h-indole", "serlect (tn)", "sertindol", "1-[2-[4-[5-chloro-1-(4-fluorophenyl)-indol-3-yl]-1-piperidyl]ethyl]imidazolidin-2-one", "cid60149", "2-imidazolidinone,1-(2-(4-(5-chloro-1-(4-fluorophenyl)-1h-indol-3-yl)-1-piperidinyl)ethyl)-", "no cas", "lu 23-174", "sertindolum[latin]", "5364890[beilstein]", "1-[2-[4-[5-chloro-1-(p-fluorophenyl)indol-3-yl]piperidino]ethyl]-2-imidazolidinone", "2-imidazolidinone,1-[2-[4-[5-chloro-1-(4-fluorophenyl)-1h-indol-3-yl]-1-piperidinyl]ethyl]", "alpha adrenergic receptor 1a", "1-[2-[4-[5-chloro-1-(4-fluorophenyl)-1h-indol-3-yl]-1-piperidinyl]ethyl]-2-imidazolidinone"}|>, "5961" -> <|"DatabaseID" -> "SW03342", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27902"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10257122], ExternalIdentifier["ChemSpiderID", 10482118], ExternalIdentifier["ChemSpiderID", 24831305]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00759"]}, "IsomericSmiles" -> "C[C@]1(c2cccc(c2C(=O)C3=C([C@]4([C@@H](C[C@@H]31)[C@@H](C(=C(C4=O)C(=O)N)[O-])[NH+](C)C)O)[O-])[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00201"]}, "OfficialNames" -> <|"China Approved Name" -> "tetracycline", "Indian Approved Name" -> "tetracycline hcl;tetracycline", "WHO Essential Medicine" -> "tetracycline", "Australia Approved Name" -> "TETRACYCLINE", "FDA Approved Drug" -> "TETRACYCLINE;TETRACYCLINE HYDROCHLORIDE;TETRACYCLINE PHOSPHATE COMPLEX"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24847745]}, "Synonyms" -> {"tetracycline", "tetracyn", "cyclopar", "panmycin", "sumycin", "tetrex", "liquamycin", "deschlorobiomycin", "anhydrotetracycline", "democracin", "abramycin", "tetradecin", "tetrabon", "tsiklomitsin", "abricycline", "agromicina", "polycycline", "criseociclina", "bio-tetra", "omegamycin", "purocyclina", "ambramycin", "tetracycline hcl", "cefracycline", "topicycline", "tetrachel", "dumocyclin", "ambramicina", "robitet", "hostacyclin", "tetracycl", "achromycin v", "60-54-8[rn]", "200-481-9[einecs]", "bristacycline", "neo chlor pwr (neomycin sulfate + tetracycline hydrochloride)_mixture", "cd230 antigen", "roviciclina", "delta-albaplex tablets (novobiocin sodium + prednisolone + tetracycline hydrochloride)_mixture", "neocycline", "major prion protein precursor", "oletetrin", "tc", "tetraverine", "amycin", "achromycin", "prp33-35c", "polyotic", "enterocycline", "tetramed", "tetracycline ii", "micycline", "ciclibion", "sk-tetracycline", "tsiklomistsin", "cytome", "biocycline", "ascr", "resteclin", "vetacyclinum", "helidac (metronidazole + bismuth subsalicylate + tetracycline hydrochloride)_mixture", "actisite", "neotetramed pwr (neomycin sulfate + tetracycline hydrochloride)_mixture", "medocycline", "tetrafil", "tac", "mericycline", "limecycline", "prp", "retet", "lexacycline", "tetra-co", "veracin", "copharlan", "prp27-30", "bristaciclin", "bristaciclina", "orlycycline", "neo-chlor (neomycin sulfate + tetracycline hydrochloride)_mixture", "solvocin", "p onytricin p (calcium d-pantothenate + menadione sodium bisulfite + nicotinamide + tetracycline hydrochloride + vitamin a + vitamin b12 + vitamin b2 + vitamin b6 + vitamin d3 + vitamin e)_mixture", "achromycin[wiki]", "tetracyclinum[latin]", "2-naphthacenecarboximidic acid 4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo- (4s,4as,5as,6s,12as)-", "(4s,4as,5as,6s,12as)-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide", "sanclomycine", "tetrazyklin", "vetquamycin", "(4s,6s,12as,4as,5as)-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-6-methyl-1,1 1-dioxo-4,5,6,12a,4a,5a-hexahydronaphthacene-2-carboxamide", "cyclomycin", "(4s,4as,5as,12as)-4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-2-naphthacenecarboxamide", "tetracyclinum", "[4s-(4a,4aa,5aa,6b,12aa)]-4-(dimethylamino)-1,4,4a,5,5a,6-11,12a-octahydro-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-2-naphthacenecarboxamide", "polycycline (van)", "201-212-8[einecs]", "()-tetracycline", "(4s,4as,5as,6s,12as)-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracen-2-carboxamid", "tetracycline tautomer[redirect]", "79-57-2[rn]", "(4s,6s,12as,4as,5as)-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-4,5,6,12a,4a,5a-hexahydronaphthacene-2-carboxamide", "tetracycline;tetramycin", "2-naphthacenecarboxamide 4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo- (4s,4as,5as,6s,12as)-", "(4s,4as,5as,6s,12as)-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydro-2-tetracenecarboxamide", "2230417[beilstein]", "cobalt hydroxide", "(4s,4as,5as,6s,12as)-4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-2-naphthacenecarboxamide", "tetracyclinum [inn_la]", "tetracyclin", "(2z,4s,4as,5as,12as)-2-(amino-hydroxy-methylidene)-4-dimethylamino-6,10,11,12a-tetrahydroxy-6-methyl-4,4a,5,5a-tetrahydrotetracene-1,3,12-trione", "achromycin hydrochloride", "telotrex", "diacycline", "totomycin", "tetra-wedel", "tetracyclinehydrochloride", "triphacyclin", "supramycin", "200-593-8[einecs]", "tetracycline chlorohydrate", "ro-cycline", "steclin", "mephacyclin", "tetrakap", "tetrabid", "tetrabakat", "64-75-5 60-54-8 [tetracycline]", "(4s,4as,5as,6s,12as)-4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-2-naphthacenecarboxamide monohydrochloride", "tetrosol", "64-75-5[rn]", "tetra-d", "tetrasure", "tetramavan", "subamycin", "tefilin[wiki]", "sumycin[wiki]", "remicyclin", "tetracycline hydrochloride[jan]", "(4s,4as,5as,6s,12as)-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydro-2-tetracenecarboxamide hydrochloride(1:1)", "2-naphthacenecarboxamide 4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo- (4s,4as,5as,6s,12as)- monohydrochloride", "tetracycline.hcl", "(4s,4as,5as,6s,12as)-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracen-2-carboxamidhydrochlorid", "(4s,6s,12as,4as,5as)-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-4,5,6,12a,4a,5a-hexahydronaphthacene-2-carboxamide chloride", "tetracaps", "oxytetracycline hydrochloride imp. b (ep) as hydrochloride", "teline", "(4s,4as,5as,6s,12as)-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide hydrochloride", "artomycin", "64-75-5 60-54-8", "tetracycline phosphate complex", "tetrablet", "tetracompren", "null", "vetquamycin-324", "stilciclina", "(4s,4as,5as,6s,12as)-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide hydrochloride(1:1)", "tetramycin", "tetralution", "unicin", "2-naphthacenecarboxamide 4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo- (4s,4as,5as,6s,12as)- hydrochloride (1:1)", "polycycline hydrochloride", "ricycline", "quatrex", "quadracycline", "4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,6,10,12,12a-penta-hydroxy-6-methyl-1,11-dioxo-2-naphthacenecarboxamide hydrochloride", "sustamycin", "partrex", "metaphosphoric acid", "einecs 215-646-0", "panmycin p", "tetrex bidcaps", "tetradecin-novum", "tetracycline metaphosphate", "upcyclin", "2-naphthacenecarboxamide"}|>, "5962" -> <|"DatabaseID" -> "SW03343", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50845"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482106], ExternalIdentifier["ChemSpiderID", 10482319]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00254"]}, "IsomericSmiles" -> "C[C@H]1c2cccc(c2C(=O)C3=C([C@]4([C@@H]([C@H]([C@H]13)O)[C@@H](C(=C(C4=O)C(=O)N)[O-])[NH+](C)C)O)[O-])[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07876"], ExternalIdentifier["KEGGID", "D03903"], ExternalIdentifier["KEGGID", "D02129"]}, "OfficialNames" -> <|"China Approved Name" -> "doxycycline", "Indian Approved Name" -> "doxycycline", "FDA Approved Drug" -> "DOXYCYCLINE;DOXYCYCLINE CALCIUM;DOXYCYCLINE HYCLATE"|>, "Synonyms" -> {"doxycycline", "supracyclin", "oracea", "monodox", "jenacyclin", "doxycycline monohydrate", "doxytetracycline", "vibra-tabs", "doryx", "doxychel", "periostat", "doxycycline hyclate", "doxy-caps", "doxytec", "16s ribosomal ribonucleic acid", "doxcycline anhydrous", "atridox", "novo-doxylin", "doxylin", "apo-doxy", "doxychel hyclate", "doxy-lemmon", "vibramycin", "doxycin", "alti-doxycycline", "nu-doxycycline", "doxy 100", "liviatin", "doxycycline hydrochloride[jan][jp15]", "vibravenos", "doxy-puren", "2-naphthacenecarboxamide 4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,5,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo- (4s,4ar,5s,5ar,6r,12as)- monohydrate", "a-6-deoxy-s-hydroxytetracycline monohydrate", "doxitard", "spanor", "a-6-deoxyoxytetracycline monohydrate", "[4s-(4a,4aa,5a,5aa,6a,12aa)]-4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,5,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-2-naphthacenecarboxamide monohydrate", "209-271-1[einecs]", "doxycycline[wiki]", "deoxymykoin", "vibramycine", "5-hydroxy-a-6-deoxytetracycline monohydrate", "investin", "doxivetin", "vibramycin monohydrate", "(4s,4ar,5s,5ar,6r,12as)-4-(dimethylamino)-3,5,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide hydrate", "nordox", "2-naphthacenecarboxamide 4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,5,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo- (4s,4ar,5s,5ar,6r,12as)- hydrate (1:1)", "doxycycline [inn_en]", "(4s,4ar,5s,5ar,6r,12as)-4-(dimethylamino)-3,5,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide hydrate (1:1)", "17086-28-1[rn]", "(4s,4ar,5s,5ar,6r,12as)-4-(dimethylamino)-3,5,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracen-2-carboxamidhydrat", "a-doxycycline", "doxycen", "doxycycline hydrochloride hydrate", "94088-85-4[rn]", "doxycycline calcium", "2-naphthacenecarboxamide 4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,5,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo- calcium salt (4s,4ar,5s,5ar,6r,12as)- hydrate(1:1:1)", "302-088-9[einecs]", "vibramycin calcium", "doxycycline calcium[usp]", "2-naphthacenecarboxamide 4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,5,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo- calcium salt (4s,4ar,5s,5ar,6r,12as)-(1:1) monohydrate"}|>, "5963" -> <|"DatabaseID" -> "SW03344", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293517]}, "IsomericSmiles" -> "c1cc2c(cc1C#N)c(c[nH]2)CCCC[NH+]3CCN(CC3)c4ccc5c(c4)cc(o5)C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09698"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VILAZODONE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918313]}, "Synonyms" -> {"vilazodone hydrochloride", "ac1ocfa0", "wti-11893", "5-(4-(4-(5-cyano-1h-indol-3-yl)butyl)piperazin-1-yl)benzofuran-2-carboxamide hydrochloride", "viibryd", "vilazodone", "163521-12-8[rn]", "unii-u8htx2gk8j", "163521-08-2[rn]", "emd-68843", "chembl1615374", "5-{4-[4-(5-cyano-1h-indol-3-yl)-butyl]-piperazin-1-yl}-benzofuran-2-carboxylic acid amidehydrochloride", "vilazodone[wiki]", "sb-659746a", "vilazodone hydrochloride (usan)", "2-benzofurancarboxamide 5-[4-[4-(5-cyano-1h-indol-3-yl)butyl]-1-piperazinyl]- monohydrochloride (9ci)", "163521-08-2", "viibryd (tn)"}|>, "5964" -> <|"DatabaseID" -> "SW03345", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4681"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64435]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00204"]}, "IsomericSmiles" -> "C[NH+](CCc1ccc(cc1)NS(=O)(=O)C)CCOc2ccc(cc2)NS(=O)(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00647"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DOFETILIDE"|>, "PharmGKBID" -> "PA449389", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71329]}, "Synonyms" -> {"dofetilide", "dofetilida", "tikosyn", "dofetilidum [inn-latin]", "xelide", "dofetilidum", "n-[4-[2-[methyl[2-[4-[(methylsulfonyl)amino]phenoxy]ethyl]amino]ethyl]phenyl]methanesulfonamide", "dofetilida [inn-spanish]", "[115256-11-6]", "dofetilide (jan/usan)[jan][usan]", "tikosyn[wiki]", "dofetilida[spanish][inn]", "n-[4-[2-[methyl-[2-[4-(methylsulfonylamino)phenoxy]ethyl]amino]ethyl]phenyl]methanesulfonamide", "inward rectifier k(+) channel kir2.2v", "dofetilide[wiki]", "1-(4-methanesulphonamidophenoxy)-2-[n-(4-methanesulphonamidophenethyl)-n-methylamino]ethane", "tikosyn (tn)", "chebi:4681", "n-(4-{2-[methyl(2-{4-[(methylsulfonyl)amino]phenoxy}ethyl)amino]ethyl}phenyl)methansulfonamid", "dofetilide [usan:ban:inn][inn][usan]", "[3h]-dofetilide", "potassium channel inwardly rectifying subfamily j member 12", "tikosyn;uk68798", "337376-15-5", "n-[4-[2-[2-[4-(methanesulfonamido)phenoxy]ethyl-methylamino]ethyl]phenyl]methanesulfonamide", "1-mspmpe", "kir2.2v", "b-((p-methanesulfonamidophenethyl)methylamino)methanesulfono-p-phenetidide", "dofetilidum[latin][inn]", "115256-11-6", "115256-11-6[rn]", "irk2", "tl8000450", "tikosyn uk68798", "n-(4-{2-[methyl(2-{4-[(methylsulfonyl)amino]phenoxy}ethyl)amino]ethyl}phenyl)methanesulfonamide[acd/iupac name]", "methanesulfonamide n-(4-(2-(methyl(2-(4-((methylsulfonyl)amino)phenoxy)ethyl)amino)ethyl)phenyl)-", "methanesulfonamide n-[4-[2-[methyl[2-[4-[(methylsulfonyl)amino]phenoxy]ethyl]amino]ethyl]phenyl]-"}|>, "5965" -> <|"DatabaseID" -> "SW03345", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4681"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64435]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00204"]}, "IsomericSmiles" -> "C[NH+](CCc1ccc(cc1)NS(=O)(=O)C)CCOc2ccc(cc2)NS(=O)(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00647"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DOFETILIDE"|>, "PharmGKBID" -> "PA449389", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71329]}, "Synonyms" -> {"dofetilide", "dofetilida", "tikosyn", "dofetilidum [inn-latin]", "xelide", "dofetilidum", "n-[4-[2-[methyl[2-[4-[(methylsulfonyl)amino]phenoxy]ethyl]amino]ethyl]phenyl]methanesulfonamide", "dofetilida [inn-spanish]", "[115256-11-6]", "dofetilide (jan/usan)[jan][usan]", "tikosyn[wiki]", "dofetilida[spanish][inn]", "n-[4-[2-[methyl-[2-[4-(methylsulfonylamino)phenoxy]ethyl]amino]ethyl]phenyl]methanesulfonamide", "inward rectifier k(+) channel kir2.2v", "dofetilide[wiki]", "1-(4-methanesulphonamidophenoxy)-2-[n-(4-methanesulphonamidophenethyl)-n-methylamino]ethane", "tikosyn (tn)", "chebi:4681", "n-(4-{2-[methyl(2-{4-[(methylsulfonyl)amino]phenoxy}ethyl)amino]ethyl}phenyl)methansulfonamid", "dofetilide [usan:ban:inn][inn][usan]", "[3h]-dofetilide", "potassium channel inwardly rectifying subfamily j member 12", "tikosyn;uk68798", "337376-15-5", "n-[4-[2-[2-[4-(methanesulfonamido)phenoxy]ethyl-methylamino]ethyl]phenyl]methanesulfonamide", "1-mspmpe", "kir2.2v", "b-((p-methanesulfonamidophenethyl)methylamino)methanesulfono-p-phenetidide", "dofetilidum[latin][inn]", "115256-11-6", "115256-11-6[rn]", "irk2", "tl8000450", "tikosyn uk68798", "n-(4-{2-[methyl(2-{4-[(methylsulfonyl)amino]phenoxy}ethyl)amino]ethyl}phenyl)methanesulfonamide[acd/iupac name]", "methanesulfonamide n-(4-(2-(methyl(2-(4-((methylsulfonyl)amino)phenoxy)ethyl)amino)ethyl)phenyl)-", "methanesulfonamide n-[4-[2-[methyl[2-[4-[(methylsulfonyl)amino]phenoxy]ethyl]amino]ethyl]phenyl]-"}|>, "5966" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5967" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5968" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5969" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5970" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5971" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5972" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5973" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5974" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5975" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5976" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5977" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5978" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5979" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5980" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5981" -> <|"DatabaseID" -> "SW03346", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 252581]}, "IsomericSmiles" -> "CC(=C)C1(CCC2C1C3C(=O)CC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "clerodolone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 286500]}, "Synonyms" -> {"clerodolone", "ac1l65ct", "ag-k-48838", "1", "nsc144946", "nsc-144946"}|>, "5982" -> <|"DatabaseID" -> "SW03347", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136680]}, "IsomericSmiles" -> "CCCCCCCCCC(=O)O[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08573"]}, "OfficialNames" -> <|"NPC Approved Name" -> "testosterone decanoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 155143]}, "Synonyms" -> {"testosterone decanoate", "testosterone 17-decanoate", "dsstox_rid_81429", "testocaps (tn)", "dsstox_gsid_46198", "dsstox_cid_26198", "5721-91-5[rn]", "testosteronedecanoate", "5721-91-5", "testocaps", "ac1l4dpf", "surecn219795", "decanoicacid (8r,9s,10r,13s,14s,17s)-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ylester", "ncgc00160513-01", "(8r,9s,10r,13s,14s,17s)-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl decanoate", "17beta-hydroxyandrost-4-en-3-one decanoate", "227-226-4[einecs]"}|>, "5983" -> <|"DatabaseID" -> "SW03348", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 413068]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5(C4CC(CC5)(C)C)CO)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erythrodiol monocaprylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 470261]}, "Synonyms" -> {"erythrodiol", "545-48-2", "(3.beta.)-olean-12-ene-3", "545-48-2[rn]", "ac1laksy"}|>, "5984" -> <|"DatabaseID" -> "SW03348", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 413068]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5(C4CC(CC5)(C)C)CO)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erythrodiol monocaprylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 470261]}, "Synonyms" -> {"erythrodiol", "545-48-2", "(3.beta.)-olean-12-ene-3", "545-48-2[rn]", "ac1laksy"}|>, "5985" -> <|"DatabaseID" -> "SW03348", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 413068]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5(C4CC(CC5)(C)C)CO)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erythrodiol monocaprylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 470261]}, "Synonyms" -> {"erythrodiol", "545-48-2", "(3.beta.)-olean-12-ene-3", "545-48-2[rn]", "ac1laksy"}|>, "5986" -> <|"DatabaseID" -> "SW03348", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 413068]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5(C4CC(CC5)(C)C)CO)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erythrodiol monocaprylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 470261]}, "Synonyms" -> {"erythrodiol", "545-48-2", "(3.beta.)-olean-12-ene-3", "545-48-2[rn]", "ac1laksy"}|>, "5987" -> <|"DatabaseID" -> "SW03348", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 413068]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5(C4CC(CC5)(C)C)CO)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erythrodiol monocaprylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 470261]}, "Synonyms" -> {"erythrodiol", "545-48-2", "(3.beta.)-olean-12-ene-3", "545-48-2[rn]", "ac1laksy"}|>, "5988" -> <|"DatabaseID" -> "SW03348", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 413068]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5(C4CC(CC5)(C)C)CO)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erythrodiol monocaprylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 470261]}, "Synonyms" -> {"erythrodiol", "545-48-2", "(3.beta.)-olean-12-ene-3", "545-48-2[rn]", "ac1laksy"}|>, "5989" -> <|"DatabaseID" -> "SW03348", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 413068]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5(C4CC(CC5)(C)C)CO)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erythrodiol monocaprylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 470261]}, "Synonyms" -> {"erythrodiol", "545-48-2", "(3.beta.)-olean-12-ene-3", "545-48-2[rn]", "ac1laksy"}|>, "5990" -> <|"DatabaseID" -> "SW03348", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 413068]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5(C4CC(CC5)(C)C)CO)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erythrodiol monocaprylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 470261]}, "Synonyms" -> {"erythrodiol", "545-48-2", "(3.beta.)-olean-12-ene-3", "545-48-2[rn]", "ac1laksy"}|>, "5991" -> <|"DatabaseID" -> "SW03349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110562]}, "IsomericSmiles" -> "C[C@@]12CC[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C1CC(C[C@H]2O)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sophoradiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124061]}, "Synonyms" -> {"sophoradiol", "olean-12-ene-3.beta.", "6822-47-5", "kst-1a7594", "(3s,6ar,6bs,8ar,9r,14br)-4,4,6a,6b,8a,11,11,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-eicosahydro-picene-3,9-diol", "cpd-7609", "olean-12-ene-3", "ac1l3xta", "(3s", "6822-47-5[rn]", "ar-1a4637", "ac1q59ms"}|>, "5992" -> <|"DatabaseID" -> "SW03349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110562]}, "IsomericSmiles" -> "C[C@@]12CC[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C1CC(C[C@H]2O)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sophoradiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124061]}, "Synonyms" -> {"sophoradiol", "olean-12-ene-3.beta.", "6822-47-5", "kst-1a7594", "(3s,6ar,6bs,8ar,9r,14br)-4,4,6a,6b,8a,11,11,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-eicosahydro-picene-3,9-diol", "cpd-7609", "olean-12-ene-3", "ac1l3xta", "(3s", "6822-47-5[rn]", "ar-1a4637", "ac1q59ms"}|>, "5993" -> <|"DatabaseID" -> "SW03349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110562]}, "IsomericSmiles" -> "C[C@@]12CC[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C1CC(C[C@H]2O)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sophoradiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124061]}, "Synonyms" -> {"sophoradiol", "olean-12-ene-3.beta.", "6822-47-5", "kst-1a7594", "(3s,6ar,6bs,8ar,9r,14br)-4,4,6a,6b,8a,11,11,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-eicosahydro-picene-3,9-diol", "cpd-7609", "olean-12-ene-3", "ac1l3xta", "(3s", "6822-47-5[rn]", "ar-1a4637", "ac1q59ms"}|>, "5994" -> <|"DatabaseID" -> "SW03349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110562]}, "IsomericSmiles" -> "C[C@@]12CC[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C1CC(C[C@H]2O)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sophoradiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124061]}, "Synonyms" -> {"sophoradiol", "olean-12-ene-3.beta.", "6822-47-5", "kst-1a7594", "(3s,6ar,6bs,8ar,9r,14br)-4,4,6a,6b,8a,11,11,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-eicosahydro-picene-3,9-diol", "cpd-7609", "olean-12-ene-3", "ac1l3xta", "(3s", "6822-47-5[rn]", "ar-1a4637", "ac1q59ms"}|>, "5995" -> <|"DatabaseID" -> "SW03349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110562]}, "IsomericSmiles" -> "C[C@@]12CC[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C1CC(C[C@H]2O)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sophoradiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124061]}, "Synonyms" -> {"sophoradiol", "olean-12-ene-3.beta.", "6822-47-5", "kst-1a7594", "(3s,6ar,6bs,8ar,9r,14br)-4,4,6a,6b,8a,11,11,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-eicosahydro-picene-3,9-diol", "cpd-7609", "olean-12-ene-3", "ac1l3xta", "(3s", "6822-47-5[rn]", "ar-1a4637", "ac1q59ms"}|>, "5996" -> <|"DatabaseID" -> "SW03349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110562]}, "IsomericSmiles" -> "C[C@@]12CC[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C1CC(C[C@H]2O)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sophoradiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124061]}, "Synonyms" -> {"sophoradiol", "olean-12-ene-3.beta.", "6822-47-5", "kst-1a7594", "(3s,6ar,6bs,8ar,9r,14br)-4,4,6a,6b,8a,11,11,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-eicosahydro-picene-3,9-diol", "cpd-7609", "olean-12-ene-3", "ac1l3xta", "(3s", "6822-47-5[rn]", "ar-1a4637", "ac1q59ms"}|>, "5997" -> <|"DatabaseID" -> "SW03349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110562]}, "IsomericSmiles" -> "C[C@@]12CC[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C1CC(C[C@H]2O)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sophoradiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124061]}, "Synonyms" -> {"sophoradiol", "olean-12-ene-3.beta.", "6822-47-5", "kst-1a7594", "(3s,6ar,6bs,8ar,9r,14br)-4,4,6a,6b,8a,11,11,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-eicosahydro-picene-3,9-diol", "cpd-7609", "olean-12-ene-3", "ac1l3xta", "(3s", "6822-47-5[rn]", "ar-1a4637", "ac1q59ms"}|>, "5998" -> <|"DatabaseID" -> "SW03349", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110562]}, "IsomericSmiles" -> "C[C@@]12CC[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CC[C@@H](C5(C)C)O)C)C)C1CC(C[C@H]2O)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sophoradiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124061]}, "Synonyms" -> {"sophoradiol", "olean-12-ene-3.beta.", "6822-47-5", "kst-1a7594", "(3s,6ar,6bs,8ar,9r,14br)-4,4,6a,6b,8a,11,11,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-eicosahydro-picene-3,9-diol", "cpd-7609", "olean-12-ene-3", "ac1l3xta", "(3s", "6822-47-5[rn]", "ar-1a4637", "ac1q59ms"}|>, "5999" -> <|"DatabaseID" -> "SW03350", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 144608]}, "IsomericSmiles" -> "C[C@@]12CC[C@@H]3[C@@]([C@H]1CC[C@H]4C(=CC[C@@H]5[C@@]4(CC[C@@H](C5(C)C)O)C)C2)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "serratenediol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 164947]}, "Synonyms" -> {"serratenediol", "2239-24-9[rn]", "serrat-14-ene-3", "serrat-14-ene-3,21-diol", "ar-1l4122", "2239-24-9", "c(14a)-homo-27-norgammacer-14-ene-3", "ac1q59si", "chembl510572", "(3s,4ar,6as,9ar,11s,13ar,13bs,15as,15br)-4,4,6a,10,10,13a,15b-heptamethyl-2,3,4,4a,5,6,6a,7,9,9a,10,11,12,13,13a,13b,14,15,15a,15b-icosahydro-1h-cyclohepta[1,2-a:5,4-a']dinaphthalene-3,11-diol", "serrat-14-ene-3beta", "1h-cyclohepta[1,2-a:5,4-a']dinaphthalene-3,11-diol 2,3,4,4a,5,6,6a,7,9,9a,10,11,12,13,13a,13b,14,15,15a,15b-eicosahydro-4,4,6a,10,10,13a,15b-heptamethyl- (3s,4ar,6as,9ar,11s,13ar,13bs,15as,15br)-", "ac1l4vsi"}|>, "6000" -> <|"DatabaseID" -> "SW03351", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109518]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H]3CCC4[C@]5(CC[C@@H](C([C@@H]5CC[C@]4([C@@]3(C[C@@H]([C@]2(CC=C1C)C)O)C)C)(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "faradiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122856]}, "Synonyms" -> {"faradiol", "(3s", "ac1l3ve8", "urs-20-ene-3", "20554-95-4[rn]", "(3beta", "21068-52-0", "kst-1a2641", "18alpha", "(3s,4ar,6ar,6br,8s,8as,12s,12as,12br,14br)-4,4,6a,6b,8a,11,12,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,12,12a,12b,13,14,14a,14b-eicosahydro-picene-3,8-diol", "ar-1a4572"}|>, "6001" -> <|"DatabaseID" -> "SW03351", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109518]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@H]3CCC4[C@]5(CC[C@@H](C([C@@H]5CC[C@]4([C@@]3(C[C@@H]([C@]2(CC=C1C)C)O)C)C)(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "faradiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122856]}, "Synonyms" -> {"faradiol", "(3s", "ac1l3ve8", "urs-20-ene-3", "20554-95-4[rn]", "(3beta", "21068-52-0", "kst-1a2641", "18alpha", "(3s,4ar,6ar,6br,8s,8as,12s,12as,12br,14br)-4,4,6a,6b,8a,11,12,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,12,12a,12b,13,14,14a,14b-eicosahydro-picene-3,8-diol", "ar-1a4572"}|>, "6002" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6003" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6004" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6005" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6006" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6007" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6008" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6009" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6010" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6011" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6012" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6013" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6014" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6015" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6016" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6017" -> <|"DatabaseID" -> "SW03352", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478415]}, "IsomericSmiles" -> "CC1(C2CCC(=C)C(C2(CCC1O)C)CCC3C(=C)CCC4C3(CCC(C4(C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-onocerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320292]}, "Synonyms" -> {"alpha-onocerin", "einecs 208-118-6", "ac1nszas", "511-01-3", "(3beta", "5-[2-(6-hydroxy-5"}|>, "6018" -> <|"DatabaseID" -> "SW03353", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83774]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@]2(CC[C@@]3(C(=CC[C@H]4[C@]3(CC[C@@H]5[C@@]4(CC[C@@H](C5(C)C)O)C)C)[C@@H]2[C@H]1C)C)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uvaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92802]}, "Synonyms" -> {"uvaol", "545-46-0[rn]", "urs-12-ene-3?,28-diol", "208-888-3[einecs]", "(3s,4ar,6ar,6bs,8as,11r,12s,12as,14br)-8a-hydroxymethyl-4,4,6a,6b,11,12,14b-heptamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-eicosahydro-picen-3-ol", "u6628_sigma", "urs-12-ene-3", "bcbcmap01_000233", "hmdb02391", "(3beta)-urs-12-ene-3", "ambap545-46-0", "ac1l3ov7", "urs-12-ene-3b,28-diol", "(3s,4ar,6ar,6bs,8as,11r,12s,12as,14ar,14br)-8a-(hydroxymethyl)-4,4,6a,6b,11,12,14b-heptamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-icosahydro-3-picenol", "urs-12-ene-3,28-diol", "545-46-0", "urs-12-ene-3beta"}|>, "6019" -> <|"DatabaseID" -> "SW03354", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16445111]}, "IsomericSmiles" -> "Cc1nnc(o1)C(=O)NC(C)(C)c2nc(c(c(=O)n2C)[O-])C(=O)NCc3ccc(cc3)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07133"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "RALTEGRAVIR POTASSIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54671008]}, "Synonyms" -> {"isentress", "raltegravir potassium", "raltegravir", "mk-0518", "tl8006542", "ac-2062", "4-pyrimidinecarboxamide n-[(4-fluorophenyl)methyl]-1,6-dihydro-5-hydroxy-1-methyl-2-[1-methyl-1-[[(5-methyl-1,3,4-oxadiazol-2-yl)carbonyl]amino]ethyl]-6-oxo-", "chembl254316", "518048-05-0[rn]", "n-(2-(4-(4-fluorobenzylcarbamoyl)-5-hydroxy-1-methyl-6-oxo-1,6-dihydropyrimidin-2-yl)propan-2-yl)-5-methyl-1,3,4-oxadiazole-2-carboxamide", "n-[(4-fluorophenyl)methyl](5-hydroxy-1-methyl-2-{1-methyl-1-[(5-methyl(1,3,4-oxadiazol-2-yl))carbonylamino]ethyl}-6-oxohydropyrimidin-4-yl)carboxamide", "isentress(tm)", "n-((4-fluorophenyl)methyl)-1,6-dihydro-5-hydroxy-1-methyl-2-(1-methyl-1-(((5-methyl-1,3,4-oxadiazol-2-yl)carbonyl)amino)ethyl)-6-oxo-4-pyrimidinecarboxamide", "isentress raltegravir potassium mk-518 d07133", "unii-22vkv8053u", "s2005_selleck", "518048-05-0", "n-(4-fluorobenzyl)-5-hydroxy-1-methyl-2-(2-{[(5-methyl-1,3,4-oxadiazol-2-yl)carbonyl]amino}-2-propanyl)-6-oxo-1,6-dihydro-4-pyrimidinecarboxamide", "871038-72-1[rn]", "n-(4-fluorobenzyl)-5-hydroxy-1-methyl-2-(2-{[(5-methyl-1,3,4-oxadiazol-2-yl)carbonyl]amino}propan-2-yl)-6-oxo-1,6-dihydropyrimidine-4-carboxamide", "n-(4-fluorobenzyl)-5-hydroxy-1-methyl-2-(2-(2-methyl-1,3,4-oxadiazole-5-carboxamido)propan-2-yl)-6-oxo-1,6-dihydropyrimidine-4-carboxamide", "n-(2-(4-(4-fluorobenzylcarbamoyl)"}|>, "6020" -> <|"DatabaseID" -> "SW03355", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300655]}, "IsomericSmiles" -> "CN(CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)C(=O)[O-])O)O)O)/N=N/c2c(cc(cc2Cl)Cl)Cl", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "uronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036686]}, "Synonyms" -> {"1-(2", "beta-d-glucopyranosiduronic acid", "glucopyranosiduronic acid", "72040-50-7[rn]", "ls-71642", "(2s", "72040-50-7", "ac1mi1mn", "(1-methyl-3-(2"}|>, "6021" -> <|"DatabaseID" -> "SW03356", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941264]}, "IsomericSmiles" -> "CC(=O)OCCN1CC[NH+](CC1)CC/C=C\\2/c3ccccc3Sc4c2cc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08691"]}, "OfficialNames" -> <|"Indian Approved Name" -> "zuclopenthixol acetate", "Australia Approved Name" -> "ZUCLOPENTHIXOL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436640]}, "Synonyms" -> {"clopenthixol acetate ester", "zuclopenthixol acetate", "(z)-4-(3-(2-chloro-9h-thioxanthen-9-ylidene)propyl)piperazine-1-ethyl acetate", "clopixol acuphase", "cisordinol-acutard (tn)", "einecs 288-415-5", "85721-05-7[rn]", "288-415-5[einecs]", "ac1o5m3e", "surecn1651216", "clopixol-acuphase", "85721-05-7", "cisordinol-acutard"}|>, "6022" -> <|"DatabaseID" -> "SW03357", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2981"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58507]}, "IsomericSmiles" -> "c1ccc(cc1)c2cc(=O)c3c(o2)cc(c(c3[O-])O)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "baicalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64982]}, "Synonyms" -> {"baicalein 7-o-glucuronide", "baicalin", "baicalein-7-d-glucuronide", "baicalein-7-o-glucuronide", "31564-28-0[rn]", "ac1l22cn", "21967-41-9", "70480[beilstein]", "5", "100647-26-5[rn]", "7-d-glucuronic acid-5,6-dihydroxyflavone", "beta-d-glucopyranosiduronic acid", "7-d-glucuronic acid-5", "572667_aldrich", "21967-41-9[rn]", "chebi:2981", "(2s,3s,4s,5r,6s)-6-((5,6-dihydroxy-4-oxo-2-phenyl-4h-chromen-7-yl)oxy)-3,4,5-trihydroxytetrahydro-2h-pyran-2-carboxylic acid", "27462-75-5[rn]", "baicalin;b-d-glucopyranosiduronic acid 5,6-dihydroxy-4-oxo-2-phenyl-4h-1-benzopyran-7-yl,"}|>, "6023" -> <|"DatabaseID" -> "SW03358", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50729"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 46292], ExternalIdentifier["ChemSpiderID", 4067], ExternalIdentifier["ChemSpiderID", 4572184]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01204"]}, "IsomericSmiles" -> "c1cc(c2c(c1NCC[NH2+]CCO)C(=O)c3c(ccc(c3C2=O)[O-])[O-])NCC[NH2+]CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08224"]}, "OfficialNames" -> <|"Australia Approved Name" -> "MITOXANTRONE ;MITOZANTRONE HYDROCHLORIDE;MITOZANTRONE", "FDA Approved Drug" -> "MITOXANTRONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450526", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4212], ExternalIdentifier["PubChemCompoundID", 54607525]}, "Synonyms" -> {"mitoxantrone", "mitozantrone", "dhaq", "mitoxantron", "mitoxanthrone", "mitoxantronum [inn-latin]", "dihydroxyanthraquinone", "mitoxantrona [inn-spanish]", "mitoxantrone hydrochloride", "dhaq hcl", "mitoxantrone hcl", "novantron", "dhad", "mitoxantrone dihydrochloride", "mitozantrone hydrochloride", "mitoxantrone 2hcl", "novantrone", "70476-82-3[rn]", "mitoxantrone[wiki][inn]", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "novantrone[wiki]", "mitox", "mitoxantrona", "65271-80-9", "65271-80-9[rn]", "1,4-dihydroxy-5,8-bis[2-(2-hydroxyethylamino)ethylamino]anthracene-9,10-dione", "1,4-dihydroxy-5,8-bis({2-[(2-hydroxyethyl)amino]ethyl}amino)-9,10-anthraquinone dihydrochloride[acd/iupac name]", "mitoxantron hcl", "9,10-anthracenedione 1,4-dihydroxy-5,8-bis[[2-[(2-hydroxyethyl)amino]ethyl]amino]-", "novantron (tn)", "novatrone", "4835931[beilstein]", "1,4-dihydroxy-5,8-bis[[2-[(2-hydroxyethyl)amino]ethyl]amino]-9,10-anthraquinone dihydrochloride", "misostol", ")ethylamino]anthraquinone dihydrochloride", "1,4-dihydroxy-5,8-bis({2-[(2-hydroxyethyl)amino]ethyl}amino)anthracen-9,10-diondihydrochlorid", "dad", "1,4-dihydroxy-5,8-bis-[2-(2-hydroxyethylamino)ethylamino]anthraquinone dihydrochloride", "1,4-dihydroxy-5,8-bis({2-[(2-hydroxyethyl)amino]ethyl}amino)-9,10-anthracenedione", "9,10-anthracenedione 1,4-dihydroxy-5,8-bis[[2-[(2-hydroxyethyl)amino]ethyl]amino]- dihydrochloride", "nsc-310739 novantrone", "1,4-dihydroxy-5,8-bis({2-[(2-hydroxyethyl)amino]ethyl}amino)anthra-9,10-quinone", "1,4-dihydroxy-5,8-bis-[2-(2-hydroxyethylamino)ethylamino]anthraquinone 2hcl", "1,4-dihydroxy-5,8-bis({2-[(2-hydroxyethyl)amino]ethyl}amino)anthracene-9,10-dione", "704766-82-3", "9 10-anthracenedione 1,4-dihydroxy-5 8-bis[[2-[(2-hydroxyethyl)amino]ethyl] amino]-", "1,4-bis(2-(2-hydroxyethylamino)ethyl)amino)-5,8-dihydroxyanthraquinone", "1,4-dihydroxy-5,8-bis((2-((2-hydroxyethyl)amino)ethyl)amino)anthracene-9,10-dione", "1,4-dihydroxy-5,8-bis-[2-(2-hydroxy-ethylamino)-ethylamino]-anthraquinone dihydrochloride", "1,4-dihydroxy-5,8-bis((2-((2-hydroxyethyl)amino)ethyl)amino)anthraquinone dihydrochloride", "9,10-anthracenedione 1,4-dihydroxy-5,8-bis[[2-[(2-hydroxyethyl)amino]ethyl]amino]- hydrochloride(1:2)", "mitoxantrona[spanish][inn]", "70476-82-3 65271-80-9", "anthraquinone 5,8-bis((2-((2-hydroxyethyl)amino)ethyl)amino)-1,4-dihydroxy-", "mitoxantronum[latin]", "70711-41-0", "metrisone;", "70476-82-3 65271-80-9 [mitoxantrone]", "9,10-anthracenedione 1,4-dihydroxy-5,8-bis((2-((2-hydroxyethyl)amino)ethyl)amino)- (9ci)", "70945-62-9[rn]", "9,10-anthracenedione 1,4-dihydroxy-5,8-bis((2-((2-hydroxyethyl)amino)ethyl)amino)- dihydrochloride", "1,4-dihydroxy-5,8-bis[[2-[(2-hydroxyethyl)amino]ethyl]amino]-9,10-anthracenedionedihydrochloride", "bisantrone", "1,4-dihydroxy-5,8-bis({2-[(2-hydroxyethyl)amino]ethyl}amino)-9,10-anthraquinone[acd/iupac name]", "1,4-dihydroxy-5,8-bis([2-([2-hydroxyethyl]amino)ethyl]amino)-9,10-anthracenedione", "mitoxanthrone hydrochloride", "70711-41-0[rn]", "1,4-dihydroxy-5,8-bis[[2-[(2-hydroxyethyl)amino]ethyl]amino]anthraquinone dihydrochloride", "dhaq diacetate salt", "surecn119801", "1,4-dihydroxy-5,8-bis[[2-[(2-hydroxyethyl)amino]ethyl]amino]-9,10-anthracenedione", "1,4-dihydroxy-5,8-bis(2-((2-hydroxyethyl)amino)ethylamino)-9,10-anthracenedione", "9,10-anthracenedione 1,4-dihydroxy-5,8-bis((2-((2-hydroxyethyl)amino)ethyl)amino)-", "1,4-dihydroxy-5,8-bis({2-[(2-hydroxyethyl)amino]ethyl}amino)anthracene-9,10-dionedihydrochloride", "onkotrone", "1,4-bis({2-[(2-hydroxyethyl)amino]ethyl}amino)-5,8-dihydroxyanthracene-9,10-dione h chloride chloride h", "1,4-dihydroxy-5,8-bis[[2-[(2-hydroxyethyl)amino]ethyl]amino]-9,10-anthraquinone", "immunex[wiki]", "anthracenedione 1,4-dihydroxy-5,8-bis((2-((2-hydroxyethyl)amino)ethyl)amino)-,", "137635-96-2[rn]", "novantron; novantrone", "1,4-dihydroxy-5,8-bis({2-[(2-hydroxyethyl)amino]ethyl}amino)anthracen-9,10-dion", "nsc-310739;novantrone", "mitoxantrone (free base)", "1,4-dihydroxy-5,8-bis-[2-(2-hydroxy-ethylamino)-ethylamino]-anthraquinone", "1,4-dihydroxy-5,8-bis(5-hydroxy-3-azapentylamino)anthrachinon", "mix", "70476-82-3 65271-80-9", "mitoxantrone 1,4-dihydroxy-5,8-bis({2-[(2-hydroxyethyl)amino]ethyl}amino)anthra-9,10-quinone", "9", "mitoxantrone dihcl", "1,4-dihydroxy-5,8-bis-[2-(2-hydroxyethylamino", "274-619-1[einecs]", "5,8-bis((2-((2-hydroxyethyl)amino)ethyl)amino)-1,4-dihydroxyanthraquinone", "2795126[beilstein]", "mitoxantrone diacetate salt", "tl8004973", "337376-15-5", "mitoxantrone hydrochloride [usan:jan][jan][usan]"}|>, "6024" -> <|"DatabaseID" -> "SW03359", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470631]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3C[C@@H](C4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)SCF)O)C)O)F)C)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07981"]}, "OfficialNames" -> <|"China Approved Name" -> "Fluticasone", "Indian Approved Name" -> "fluticasone prop;fluticasone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311101]}, "Synonyms" -> {"fluticasone", "fluticaps (tn)", "veramyst", "ac1nsjzt", "fluticasone (inn)", "chembl1201396", "90566-53-3[rn]", "fluticasona", "flovent[wiki]", "fluticasone[wiki]", "flonase", "fluticasonum [latin]", "flovent diskus", "90566-53-3", "flovent hfa", "fluticasona [spanish]", "bidd:gt0819", "fluticaps"}|>, "6025" -> <|"DatabaseID" -> "SW03360", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110746]}, "IsomericSmiles" -> "CC(=O)OC[C@H](Cc1ccccc1)NC(=O)C(Cc2ccccc2)NC(=O)c3ccccc3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aurantiamide acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124319]}, "Synonyms" -> {"n-benzoyl-phe-phe-ol-acetate", "lyciumamide", "asperglaucide", "aurantiamide acetate", "ac1l3y8p", "dia-aurantiamide acetate", "n-benzoylphenylalanylphenylalinol acetate", "(2s)-2-[(n-benzoylphenylalanyl)amino]-3-phenylpropyl acetate", "n-benzoyl-l-phenylalanyl-l-phenylalinol acetate", "ac1q5faw", "56121-42-7[rn]", "56121-42-7", "kst-1a6174", "ar-1a3187"}|>, "6026" -> <|"DatabaseID" -> "SW03360", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110746]}, "IsomericSmiles" -> "CC(=O)OC[C@H](Cc1ccccc1)NC(=O)C(Cc2ccccc2)NC(=O)c3ccccc3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aurantiamide acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124319]}, "Synonyms" -> {"n-benzoyl-phe-phe-ol-acetate", "lyciumamide", "asperglaucide", "aurantiamide acetate", "ac1l3y8p", "dia-aurantiamide acetate", "n-benzoylphenylalanylphenylalinol acetate", "(2s)-2-[(n-benzoylphenylalanyl)amino]-3-phenylpropyl acetate", "n-benzoyl-l-phenylalanyl-l-phenylalinol acetate", "ac1q5faw", "56121-42-7[rn]", "56121-42-7", "kst-1a6174", "ar-1a3187"}|>, "6027" -> <|"DatabaseID" -> "SW03361", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3359]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01067"]}, "IsomericSmiles" -> "Cc1cnc(cn1)C(=O)NCCc2ccc(cc2)S(=O)(=O)[N-]C(=O)NC3CCCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00335"]}, "OfficialNames" -> <|"China Approved Name" -> "glipizide", "Indian Approved Name" -> "glipizide", "FDA Approved Drug" -> "GLIPIZIDE"|>, "PharmGKBID" -> "PA449762", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3478]}, "Synonyms" -> {"ozidia", "glucotrol", "glipizide", "mindiab", "glydiazinamide", "melizide", "dipazide", "minidiab", "glupitel", "minodiab", "glucozide", "glupizide", "minidab", "digrin", "metaglip", "glican", "glibetin", "aldiab", "glucolip", "gluco-rite", "glidiab", "glibenese", "glucotrol xl", "glipid", "sucrazide", "glyde", "napizide", "glipizide extended-release tablets", "glide", "1-cyclohexyl-3-{4-[2-(5-methylpyrazine-2-carboxamido)ethyl]phenylsulfonyl}urea", "glipizida[spanish][inn]", "249-427-6[einecs]", "glipizidum [inn-latin]", "n-(2-{4-[(cyclohexylcarbamoyl)sulfamoyl]phenyl}ethyl)-5-methyl-2-pyrazinecarboxamide[acd/iupac name]", "n-[2-[4-[[[(cyclohexylamino)carbonyl]amino]sulfonyl]phenyl]ethyl]-5-methylpyrazinecarboxamide", "urea 1-cyclohexyl-3-((p-(2-(5-methylpyrazinecarboxamido)ethyl)phenyl)sulfonyl)-", "pyrazinecarboxamide n-(2-(4-((((cyclohexylamino)carbonyl)amino)sulfonyl)phenyl)ethyl)-5-methyl-", "apamid", "n-(4-(n-(cyclohexylcarbamoyl)sulfamoyl)phenethyl)-5-methylpyrazine-2-carboxamide", "tl8006447", "n-[2-(4-{[(cyclohexylcarbamoyl)amino]sulfonyl}phenyl)ethyl]-5-methylpyrazine-2-carboxamide", "glipizide[wiki][usp][inn][ban][usan]", "cp-28720", "glucotrol[wiki]", "k-4024", "2-pyrazinecarboxamide n-[2-[4-[[[(cyclohexylamino)carbonyl]amino]sulfonyl]phenyl]ethyl]-5-methyl-", "29094-61-9[rn]", "1-cyclohexyl-3-[[p-[2-(5-methylpyrazinecarboxamido)ethyl]phenyl]sulfonyl]urea", "n-(2-{4-[(cyclohexylcarbamoyl)sulfamoyl]phenyl}ethyl)-5-methylpyrazine-2-carboxamide", "glipizibe", "ppar-gamma", "pyrazinecarboxamide n-[2-[4-[[[(cyclohexylamino)carbonyl]amino]sulfonyl]phenyl]ethyl]-5-methyl-", "glipizida [inn-spanish]", "glucotrol (tn)", "1-cyclohexyl-3-(4-(2-(2-methylpyrazine-5-carboxamido)ethyl)phenylsulfonyl)urea", "semiglynase", "glipizidum[latin][inn]", "n-(2-{4-[(cyclohexylcarbamoyl)sulfamoyl]phenyl}ethyl)-5-methylpyrazin-2-carboxamid", "n-[2-(4-{[(cyclohexylamino)carbonylamino]sulfonyl}phenyl)ethyl](5-methylpyrazin-2-yl)carboxamide", "glide[wiki]", "1-cyclohexyl-3-((p-(2-(5-methylpyrazinecarboxamido)ethyl)phenyl)sulfonyl)urea"}|>, "6028" -> <|"DatabaseID" -> "SW03362", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 819430]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01623"]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)CC/C=C\\2/c3ccccc3Sc4c2cc(cc4)S(=O)(=O)N(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00374"], ExternalIdentifier["KEGGID", "D02612"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "THIOTHIXENE;THIOTHIXENE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451669", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 941651], ExternalIdentifier["PubChemCompoundID", 11954259]}, "Synonyms" -> {"tiotixene", "thiothixine", "(e)-thiothixene", "cis-thiothixene", "thiothixene", "navaron", "orbinamon", "navane", "trans-thiothixene", "tiotixeno [inn-spanish]", "navan", "tiotixenum [inn-latin]", "9h-thioxanthene-2-sulfonamide n,n-dimethyl-9-[3-(4-methyl-1-piperazinyl)propylidene]- (9z)-", "trans-n,n-dimethyl-9-(3-(4-methyl-piperazinyl)propylidene)thioxanthene-2-sulfonamide", "tiotixenum[latin]", "navane[wiki]", "serotonin receptor 2a", "3313-27-7[rn]", "cis-n,n-dimethyl-9-(3-(4-methyl-1-piperazinyl)propylidene)thioxanthene-2-sulfonamide", "p-4657b", "p-4657a", "227-001-0[einecs]", "(9z)-n,n-dimethyl-9-[3-(4-methylpiperazin-1-yl)propylidene]-9h-thioxanthene-2-sulfonamide", "(9z)-n,n-dimethyl-9-[3-(4-methylpiperazin-1-yl)propylidene]thioxanthene-2-sulfonamide", "cp 12252-1", "3313-26-6[rn]", "9h-thioxanthene-2-sulfonamide n,n-dimethyl-9-[3-(4-methyl- 1-piperazinyl)propylidene]- (9z)-", "(9z)-n,n-dimethyl-9-[3-(4-methylpiperazin-1-yl)propyliden]-9h-thioxanthen-2-sulfonamid", "5- ht-2", "tiotixeno[spanish][inn]", "{2-(dimethylsulfamoyl)-[9-(4-methyl-1-piperazinyl)propylidene]thiox} anthene", "thiothixene (z)", "thioxanthene-2-sulfonamide,n,n-dimethyl-9-(3-(4-methyl-1-piperazinyl)propylidene)- (e)-", "thiothixene (base)", "navan[wiki]", "5591-45-7[rn]", "9h-thioxanthene-2-sulfonamide n,n-dimethyl-9-[3-(4-methyl-1-piperazinyl)propylidene]-", "thiothixene hydrochloride", "thiothixene[wiki][usp]", "p-4657 b", "thioxanthene-2-sulfonamide,n,n-dimethyl-9-(3-(4-methyl-1-piperazinyl)propylidene)- (z)-", "cis-9-[3-(4-methyl-1-piperazinyl)propylidene]-2-(dimethylsulfonamido)thioxanthene", "5-ht-2a", "(thiothixene)9-[3-(4-methyl-piperazin-1-yl)-propylidene]-9h-thioxanthene-2-sulfonic acid dimethylamide", "5591-45-7", "navane (tn)", "9h-thioxanthene-2-sulfonamide n {n-dimethyl-9-[3-(4-methyl-1-piperazinyl)propylidene]-,}(z)-", "thiothixene hydrochloride (tn)", "22189-31-7", "tiotixene dihydrochloride", "d02612", "thiothixene hydrochloride (usp)", "thiothixene dihydrochloride dihydrate"}|>, "6029" -> <|"DatabaseID" -> "SW03363", "IsomericSmiles" -> "CC1=C(C(=O)c2ccccc2C1=O)C/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CCC=C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00100"]}, "OfficialNames" -> <|"Indian Approved Name" -> "vitamin k2"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282367]}, "Synonyms" -> {"menatetrenone", "menaquinone k4", "vitamin mk 4", "menaquinone 4", "vitamin k2", "menaquinone-4", "vitamin k2(sub 20)", "kefton-2", "kaytwo", "menatetrenonum [inn-latin]", "k2(sub 20)"}|>, "6030" -> <|"DatabaseID" -> "SW03364", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109532]}, "IsomericSmiles" -> "CC(=CCC[C@@](C)(C1CC[C@@]2(C1CC[C@H]3[C@]2(CC[C@@H]4[C@@]3(CC[C@@H](C4(C)C)O)C)C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dammarenediol ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122880]}, "Synonyms" -> {"dammarenediol ii", "14351-29-2", "(3s,5r,8r,9r,10r,14r)-17-((s)-1-hydroxy-1,5-dimethyl-hex-4-enyl)-4,4,8,10,14-pentamethyl-hexadecahydro-cyclopenta[a]phenanthren-3-ol", "dammarenediol-ii", "kst-1a1452", "dammarenediol", "(3s", "(3|a", "3beta-dammar-24-ene-3", "dammar-24-ene-3beta", "ac1l3vfe", "14351-29-2[rn]"}|>, "6031" -> <|"DatabaseID" -> "SW03364", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109532]}, "IsomericSmiles" -> "CC(=CCC[C@@](C)(C1CC[C@@]2(C1CC[C@H]3[C@]2(CC[C@@H]4[C@@]3(CC[C@@H](C4(C)C)O)C)C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dammarenediol ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122880]}, "Synonyms" -> {"dammarenediol ii", "14351-29-2", "(3s,5r,8r,9r,10r,14r)-17-((s)-1-hydroxy-1,5-dimethyl-hex-4-enyl)-4,4,8,10,14-pentamethyl-hexadecahydro-cyclopenta[a]phenanthren-3-ol", "dammarenediol-ii", "kst-1a1452", "dammarenediol", "(3s", "(3|a", "3beta-dammar-24-ene-3", "dammar-24-ene-3beta", "ac1l3vfe", "14351-29-2[rn]"}|>, "6032" -> <|"DatabaseID" -> "SW03364", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109532]}, "IsomericSmiles" -> "CC(=CCC[C@@](C)(C1CC[C@@]2(C1CC[C@H]3[C@]2(CC[C@@H]4[C@@]3(CC[C@@H](C4(C)C)O)C)C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dammarenediol ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122880]}, "Synonyms" -> {"dammarenediol ii", "14351-29-2", "(3s,5r,8r,9r,10r,14r)-17-((s)-1-hydroxy-1,5-dimethyl-hex-4-enyl)-4,4,8,10,14-pentamethyl-hexadecahydro-cyclopenta[a]phenanthren-3-ol", "dammarenediol-ii", "kst-1a1452", "dammarenediol", "(3s", "(3|a", "3beta-dammar-24-ene-3", "dammar-24-ene-3beta", "ac1l3vfe", "14351-29-2[rn]"}|>, "6033" -> <|"DatabaseID" -> "SW03364", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109532]}, "IsomericSmiles" -> "CC(=CCC[C@@](C)(C1CC[C@@]2(C1CC[C@H]3[C@]2(CC[C@@H]4[C@@]3(CC[C@@H](C4(C)C)O)C)C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dammarenediol ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122880]}, "Synonyms" -> {"dammarenediol ii", "14351-29-2", "(3s,5r,8r,9r,10r,14r)-17-((s)-1-hydroxy-1,5-dimethyl-hex-4-enyl)-4,4,8,10,14-pentamethyl-hexadecahydro-cyclopenta[a]phenanthren-3-ol", "dammarenediol-ii", "kst-1a1452", "dammarenediol", "(3s", "(3|a", "3beta-dammar-24-ene-3", "dammar-24-ene-3beta", "ac1l3vfe", "14351-29-2[rn]"}|>, "6034" -> <|"DatabaseID" -> "SW03365", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8022046]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3C[C@@H](C4=CC(=O)C(=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)CO)O)C)O)F)C)Cl)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07202"]}, "OfficialNames" -> <|"China Approved Name" -> "halometasone", "Indian Approved Name" -> "halometasone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9846332]}, "Synonyms" -> {"halometasone", "mls001424089", "50629-82-8", "2-chloroflumethasone", "2-chloro-6a,9-difluoro-11b,17,21-trihydroxy-16a-methylpregna-1,4-diene-3,20-dione", "mls000759439", "halometasone[wiki][inn]", "hms2051c16", "c 48401-ba", "50629-82-8[rn]", "(6a,11b,16a)-2-chloro-6,9-difluoro-11,17,21-trihydroxy-16-methylpregna-1,4-diene-3,20-dione", "256-664-9[einecs]", "smr000466330", "surecn4872", "hms2232n17", "halometasone monohydrate", "halometasone (inn)", "sicorten", "(1r,2s,8s,10s,11s,13r,14r,15s,17s)-4-chloro-1,8-difluoro-14,17-dihydroxy-14-(2-hydroxyacetyl)-2,13,15-trimethyltetracyclo[8.7.0.02,7.011,15]heptadeca-3,6-dien-5-one"}|>, "6035" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6036" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6037" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6038" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6039" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6040" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6041" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6042" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6043" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6044" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6045" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6046" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6047" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6048" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6049" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6050" -> <|"DatabaseID" -> "SW03366", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 328152]}, "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O)c(c1C4C(C(C(C(O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertisin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 369636]}, "Synonyms" -> {"swertisin", "nsc-641547", "hexitol,1,5-anhydro-1-c-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-1-benzopyran-6-yl]-", "5-hydroxy-2-(4-hydroxy-phenyl)-7-methoxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl)-chromen-4-one", "nsc641547", "kst-1a9482", "ac1l7zgd", "1,5-anhydro-1-[5-hydroxy-2-(4-hydroxyphenyl)-7-methoxy-4-oxo-4h-chromen-6-yl]hexitol", "1", "chebi:390215", "7114-11-6", "ac1q6bbo", "chembl174243", "6991-10-2[rn]"}|>, "6051" -> <|"DatabaseID" -> "SW03367", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4586973]}, "IsomericSmiles" -> "COc1ccc(cc1)c2cc(=O)c3c(cc(cc3o2)O[C@H]4[C@@H]([C@H]([C@H]([C@H](O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acacetin-7-o-routinosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5480899]}, "Synonyms" -> {"5-hydroxy-2-(4-methoxyphenyl)-7-[(2s", "4h-1-benzopyran-4-one", "ac1nujtq", "acacetin", "acacetin-7-o-.beta.-d-galactopyranoside", "chembl487994"}|>, "6052" -> <|"DatabaseID" -> "SW03368", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479561]}, "IsomericSmiles" -> "COc1ccc(cc1)c2cc(=O)c3c(cc(cc3o2)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acacetin-7-glucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321954]}, "Synonyms" -> {"acacetin 7-glucoside", "tilianin", "4291-60-5[rn]", "tilianine", "5-hydroxy-2-(4-methoxyphenyl)-7-[(2s", "chembl487018", "4h-1-benzopyran-4-one", "ac1nt10p", "4291-60-5"}|>, "6053" -> <|"DatabaseID" -> "SW03369", "IsomericSmiles" -> "c1cc(ccc1c2c(c(=O)c3c(cc(cc3o2)O[C@H]4C([C@H]([C@H](C(O4)CO)O)O)O)[O-])[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-galactoside daempferol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258921]}, "Synonyms" -> {"lmpk12111850", "kaempferol 7-galactoside"}|>, "6054" -> <|"DatabaseID" -> "SW03369", "IsomericSmiles" -> "c1cc(ccc1c2c(c(=O)c3c(cc(cc3o2)O[C@H]4C([C@H]([C@H](C(O4)CO)O)O)O)[O-])[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-galactoside daempferol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258921]}, "Synonyms" -> {"lmpk12111850", "kaempferol 7-galactoside"}|>, "6055" -> <|"DatabaseID" -> "SW03369", "IsomericSmiles" -> "c1cc(ccc1c2c(c(=O)c3c(cc(cc3o2)O[C@H]4C([C@H]([C@H](C(O4)CO)O)O)O)[O-])[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-galactoside daempferol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258921]}, "Synonyms" -> {"lmpk12111850", "kaempferol 7-galactoside"}|>, "6056" -> <|"DatabaseID" -> "SW03369", "IsomericSmiles" -> "c1cc(ccc1c2c(c(=O)c3c(cc(cc3o2)O[C@H]4C([C@H]([C@H](C(O4)CO)O)O)O)[O-])[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-galactoside daempferol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258921]}, "Synonyms" -> {"lmpk12111850", "kaempferol 7-galactoside"}|>, "6057" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6058" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6059" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6060" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6061" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6062" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6063" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6064" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6065" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6066" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6067" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6068" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6069" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6070" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6071" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6072" -> <|"DatabaseID" -> "SW03370", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176999]}, "IsomericSmiles" -> "COc1cc2c(cc1OC3C(C(C(C(O3)CO)O)O)O)occ(c2=O)c4ccc(cc4)O", "OfficialNames" -> <|"Indian Approved Name" -> "glycitein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12004532]}, "Synonyms" -> {"glycitin", "ambotz40246-10-4", "40246-10-4[rn]", "mls000563447", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s", "surecn62444", "hmdb02219", "glycitein 7-o-glucoside", "40246-10-4", "lmpk12050096", "3-(4-hydroxyphenyl)-6-methoxy-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxychromen-4-one", "hms2214b19"}|>, "6073" -> <|"DatabaseID" -> "SW03371", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391145]}, "IsomericSmiles" -> "c1cc2c(cc1O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)OC[C@@H]4[C@H]2Oc5c4cc6c(c5)OCO6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "trifolirhizin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442827]}, "Synonyms" -> {"trifolirhizin", "ac1l9dgt", "6807-83-6", "molport-001-742-236", "acon1_002295", "zinc04098749", "6807-83-6[rn]", "stock1n-04262", "(-)-maackiain 3-o-glucoside", "trifolrhizin", "ncgc00169980-01", "chembl454878"}|>, "6074" -> <|"DatabaseID" -> "SW03372", "IsomericSmiles" -> "COc1cc2c(c(c1)O[C@H]3C([C@H]([C@@H](C(O3)CO)O)O)O)c(=O)c(co2)c4ccc(cc4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prunetinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257332]}, "Synonyms" -> {"prunetinoside", "prunetin 5-o-glucoside", "lmpk12050350"}|>, "6075" -> <|"DatabaseID" -> "SW03372", "IsomericSmiles" -> "COc1cc2c(c(c1)O[C@H]3C([C@H]([C@@H](C(O3)CO)O)O)O)c(=O)c(co2)c4ccc(cc4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prunetinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257332]}, "Synonyms" -> {"prunetinoside", "prunetin 5-o-glucoside", "lmpk12050350"}|>, "6076" -> <|"DatabaseID" -> "SW03372", "IsomericSmiles" -> "COc1cc2c(c(c1)O[C@H]3C([C@H]([C@@H](C(O3)CO)O)O)O)c(=O)c(co2)c4ccc(cc4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prunetinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257332]}, "Synonyms" -> {"prunetinoside", "prunetin 5-o-glucoside", "lmpk12050350"}|>, "6077" -> <|"DatabaseID" -> "SW03372", "IsomericSmiles" -> "COc1cc2c(c(c1)O[C@H]3C([C@H]([C@@H](C(O3)CO)O)O)O)c(=O)c(co2)c4ccc(cc4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prunetinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257332]}, "Synonyms" -> {"prunetinoside", "prunetin 5-o-glucoside", "lmpk12050350"}|>, "6078" -> <|"DatabaseID" -> "SW03373", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445635]}, "IsomericSmiles" -> "CCCCC(=O)O[C@@]1(CC[C@@H]2[C@@]1(C[C@@H]([C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)O)C)C(=O)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02288"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HYDROCORTISONE VALERATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282494]}, "Synonyms" -> {"hydrocortisone-17-valerate", "hydrocortisone 17-valerate", "westcort", "hydrocortisone valerate", "cortisol 17-valerate", "(8s,9s,10r,11s,13s,14s,17r)-11-hydroxy-17-(hydroxyacetyl)-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ylpentanoat", "5165087[beilstein]", "57524-89-7", "260-786-8[einecs]", "hydrocortisone valerate[usp]", "einecs 260-786-8", "11b,17,21-trihydroxypregn-4-ene-3,20-dione 17-valerate", "(1s,10s,11s,15s,17s,2r,14r)-17-hydroxy-14-(2-hydroxyacetyl)-2,15-dimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-en-14-yl pentanoate", "11beta", "st075195", "westcort (tn)", "chebi:50865", "(8s,9s,10r,11s,13s,14s,17r)-11-hydroxy-17-(hydroxyacetyl)-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl pentanoate", "smr000058860", "11?,17,21-trihydroxypregn-4-ene-3,20-dione 17-valerate", "57524-89-7[rn]"}|>, "6079" -> <|"DatabaseID" -> "SW03374", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4780]}, "IsomericSmiles" -> "CCCOC(=O)Cn1cc(c(=O)c(c1)I)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01755"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PROPYLIODONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4949]}, "Synonyms" -> {"propyliodone", "dionosil oily", "bronchodiagnostin", "propiodone", "dionosil", "brosombra", "diostril", "bronkhodiagnostin", "3,5-diiodo-4-oxo-1(4h)-pyridineacetic acid propyl ester", "propyliodonum[latin]", "propiliodona [inn-spanish]", "propyl 3,5-diiodo-4-pyridone-n-acetate", "propyliodone [usan:ban:inn:jan][inn][jan][usan]", "5-21-07-00164", "a.g. 33-107", "propyl-3 5-diiodo-4-oxo-1(4h)pyridineacetate", "a. g. 33-107", "propyliodon", "1(4h)-pyridineacetic acid 3,5-diiodo-4-oxo- propyl ester", "propyliodonum [inn-latin]", "209-603-5[einecs]", "3 5-diiodo-4-pyridone-n-acetic acid propyl ester", "dionosil oily (tn)", "5-21-07-00164 (beilstein handbook reference)[beilstein]", "587-61-1[rn]", "propyl (3,5-diiodo-4-oxopyridin-1(4h)-yl)acetate", "propyl 3 5-diiodo-4-pyridone-n-acetate", "3 5-diiodo-4-oxo-1(4h)-pyridineacetic acid propyl ester", "propyl 3,5-diiodo-4-oxo-1(4h)-pyridineacetate", "propiliodona[spanish][inn]", "1 (4h)-pyridineacetic acid 3 5-diiodo-4-oxo- propyl ester", "3,5-diiodo-4-pyridone-n-acetic acid propyl ester", "propyl 3"}|>, "6080" -> <|"DatabaseID" -> "SW03375", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59138]}, "IsomericSmiles" -> "c1ccc2c(c1)N(c3cc(ccc3S2)Cl)CCC[NH+]4CCC5(CC4)NC(=O)CS5", "OfficialNames" -> <|"NPC Approved Name" -> "spiclomazinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65714]}, "Synonyms" -> {"clospirazine", "27007-85-8[rn]", "246-298-8[einecs]", "ncistruc2_001737", "8-[3-(2-chloro-10-phenothiazinyl)propyl]-3-oxo-1-thia-4,8-diazaspiro[4.5]decane", "diceplon", "spiclomazine[inn]", "nsc290956", "8-[3-(2-chloro-10h-phenothiazin-10-yl)propyl]-1-thia-4,8-diazaspiro[4.5]decan-3-one[acd/iupac name]", "spiclomazine", "1-thia-4,8-diazaspiro[4.5]decan-3-one 8-[3-(2-chloro-10h-phenothiazin-10-yl)propyl]-", "disepron", "8-(3-(2-chloro-10h-phenothiazin-10-yl)propyl)-1-thia-4,8-diazaspiro[4.5]decan-3-one", "ncistruc1_001652", "spiclomazinum [inn-latin]", "spiclomazine [inn]", "nsc-290956", "espiclomazina", "8-(3-(2-chloro-10-phenothiazinyl)propyl)-1-thia-4,8-diazaspiro(4,5)decan-3-one", "spiclomazinum", "espiclomazina[spanish]", "24527-27-3[rn]", "spiclomazinum[latin]", "1-thia-4,8-diazaspiro[4.5]decan-3-one 8-[3-(2-chloro-10h-phenothiazin-10-yl)propyl]- monohydrochloride"}|>, "6081" -> <|"DatabaseID" -> "SW03376", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17558"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444112]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)Oc2c(=O)c3c(cc(cc3oc2c4ccc(c(c4)O)O)O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "quercetrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280459]}, "Synonyms" -> {"quercimelin", "thujin", "quercetin-3-l-rhamnoside", "quercetin 3-rhamnoside", "quercetrin", "chebi:17558", "quercitroside", "quercetin-3-o-rhamnoside", "522-12-3", "5-18-05-00514", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-3-{[(2s,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-one", "3,3',4',5,7-pentahydroxyflavone-3-l-rhamnoside", "nsc9221", "3,3',4',5,7-pentahydroxyflavone 3-(6-deoxy-a-l-mannopyranoside)", "3-[(6-deoxy-a-l-mannopyranosyl)oxy]-2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4h-1-benzopyran-4-one", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-3-{[(2s,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-on", "quercetin 3-o-rhamnoside", "3-[(6-deoxy-?-l-mannopyranosyl)oxy]-2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4h-benzopyran-4-one", "quercetin[wiki]", "quercetin-3-rhamnoside", "522-12-3[rn]", "208-322-5[einecs]", "quercitrin[wiki]", "quercitrin"}|>, "6082" -> <|"DatabaseID" -> "SW03377", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7781"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444994]}, "IsomericSmiles" -> "c1cc(c(cc1c2cc(=O)c3c(cc(c(c3o2)[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O)[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "orientin;orientin-7-0-glucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281675]}, "Synonyms" -> {"orientin (flavone)", "nsc-133101", "orientin", "luteolin 8-c-glucoside", "luteolin 8-glucoside", "lutexin", "chebi:7781", "d-glucitol 1,5-anhydro-1-c-[2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4-oxo-4h-1-benzopyran-8-yl]- (1s)-", "28608-75-5[rn]", "4h-1-benzopyran-4-one", "(1s)-1,5-anhydro-1-[2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4-oxo-4h-chromen-8-yl]-d-glucitol", "28608-75-5", "luteolin-8-c-glucoside", "2-(3,4-dihydroxyphenyl)-8-b-d-glucopyranosyl-5,7-dihydroxy-4h-1-benzopyran-4-one", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-8-?-d-glucopyranosyl-5,7-dihydroxy-", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-8-[(2s,3r,4r,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]-4h-chromen-4-on", "2-(3", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-8-[(2s,3r,4r,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]-4h-chromen-4-one"}|>, "6083" -> <|"DatabaseID" -> "SW03378", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444241]}, "IsomericSmiles" -> "c1cc(c(cc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "luteolin-7-beta-d-glucoside;luteolin-7-beta-d-glucopyranoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280637]}, "Synonyms" -> {"luteolin 7-monoglucoside", "luteoloside", "luteolin 7-glucoside", "luteolin 7-o-glucoside", "luteolin-7-glucoside", "7-glucoluteolin", "glucoluteolin", "7-glucosylluteolin", "cinaroside", "cynaroside", "luteolin 7-b-d-glucopyranoside", "luteolin-7-o-glucoside", "2-(3,4-dihydroxyphenyl)-7-(b-d-glucopyranosyloxy)-5-hydroxy-4h-1-benzopyran-4-one", "5373-11-5[rn]", "2-(3,4-dihydroxyphenyl)-5-hydroxy-7-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-on", "2-(3,4-dihydroxyphenyl)-5-hydroxy-7-(((2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl)oxy)-4h-chromen-4-one", "2-(3,4-dihydroxy-phenyl)-5-hydroxy-7-((2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yloxy)-chromen-4-one", "luteolin monoglucoside", "luteolin7-glucoside;glucoluteolin;cinaroside;cynaroside;daphneflavonoloside;flavopurposide;luteoloside", "luteolin 7-b-glucoside", "luteolin glucoside", "luteolin 7-o-glucopyranoside", "luteolin 7-o-d-glucoside", "luteolin 7-glucoside;", "226-365-8[einecs]", "2-(3,4-dihydroxyphenyl)-5-hydroxy-7-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-one", "flavon 3',4',5,7-tetrahydroxy- glucoside", "11/5/5373"}|>, "6084" -> <|"DatabaseID" -> "SW03379", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31742"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10306173]}, "IsomericSmiles" -> "c1cc(ccc1c2c(c(=O)c3c(cc(cc3o2)O)[O-])O[C@H]4[C@@H]([C@H]([C@H]([C@H](O4)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "trifolin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282149]}, "Synonyms" -> {"trifolin", "ac1nqzjz", "5,7-dihydroxy-2-(4-hydroxyphenyl)-3-((2s,3r,4s,5r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yloxy)-4h-chromen-4-one", "megxp0_000499", "23627-87-4", "chebi:31742", "kaempferol-3-o-galactoside", "chembl453290", "kaempferol 3-o-beta-d-galactoside", "chebi:545254", "acon1_000322"}|>, "6085" -> <|"DatabaseID" -> "SW03380", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17965"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102753]}, "IsomericSmiles" -> "c1cc(c(cc1c2cc(=O)c3c(o2)cc(c(c3[O-])[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso orientin;homoorientin;iso-orientin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 114776]}, "Synonyms" -> {"isoorientin", "homoorientin", "luteolin-6-c-glucoside", "4261-42-1[rn]", "4261-42-1", "chebi:17965", "2-(3,4-dihydroxyphenyl)-6-b-d-glucopyranosyl-5,7-dihydroxy-4h-1-benzopyran-4-one", "(1s)-1,5-anhydro-1-[2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4-oxo-4h-chromen-6-yl]-d-glucitol[acd/iupac name]", "ac1l3fxw", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-6-[(2s,3r,4r,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]-4h-chromen-4-on", "mls002473101", "ambap4261-42-1", "iso-orientin", "d-glucitol 1,5-anhydro-1-c-[2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4-oxo-4h-1-benzopyran-6-yl]- (1s)-", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-6-[(2s,3r,4r,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]-4h-chromen-4-one", "2-(3", "ac1q6bbi", "4h-1-benzopyran-4-one 2-(3,4-dihydroxyphenyl)-6-?-d-glucopyranosyl-5,7-dihydroxy-"}|>, "6086" -> <|"DatabaseID" -> "SW03381", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30200"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445311]}, "IsomericSmiles" -> "c1cc(ccc1c2c(c(=O)c3c(cc(cc3o2)O)[O-])O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-glucoside;kaempferol-7-shamnoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282102]}, "Synonyms" -> {"astragaline", "kaempferol 3-o-glucoside", "kaempferol-3-glucoside", "5,7-dihydroxy-2-(4-hydroxyphenyl)-3-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-one", "kaempferol-3-o-glucoside", "5,7-dihydroxy-2-(4-hydroxyphenyl)-3-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-on", "kaempferol-3-beta-monoglucoside", "3,4',5,7-tetrahydroxyflavone-3-glucoside", "3", "astragalin[wiki]", "k5", "480-10-4", "480-10-4[rn]", "4h-1-benzopyran-4-one 3-(?-d-glucopyranosyloxy)-5,7-dihydroxy-2-(4-hydroxyphenyl)-", "chebi:30200", "kaempferol-3-d-glucoside", "5,7-dihydroxy-2-(4-hydroxyphenyl)-4-oxo-4h-chromen-3-yl b-d-glucopyranoside", "4h-1-benzopyran-4-one", "kaempferol-3-beta-glucopyranoside", "astragalin", "kaempferol 3-glucoside"}|>, "6087" -> <|"DatabaseID" -> "SW03382", "IsomericSmiles" -> "COc1ccc(cc1)C2CC(=O)c3c(cc(cc3O2)O[C@H]4[C@@H]([C@H]([C@H]([C@H](O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "puddumin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 42607953]}, "Synonyms" -> {"lmpk12140340", "puddumin b"}|>, "6088" -> <|"DatabaseID" -> "SW03382", "IsomericSmiles" -> "COc1ccc(cc1)C2CC(=O)c3c(cc(cc3O2)O[C@H]4[C@@H]([C@H]([C@H]([C@H](O4)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "puddumin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 42607953]}, "Synonyms" -> {"lmpk12140340", "puddumin b"}|>, "6089" -> <|"DatabaseID" -> "SW03383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7850689]}, "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)C/C(=N/OS(=O)(=O)[O-])/SC3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucobrassicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9576241]}, "Synonyms" -> {"3-indolylmethyl glucosinolate", "3-indolylmethylglucosinolate", "beta-d-glucopyranose", "glucobrassicin", "11013-70-0[rn]", "glucobrassicin[wiki]", "4356-52-9", "3-img", "4356-52-9[rn]", "31015-05-1[rn]"}|>, "6090" -> <|"DatabaseID" -> "SW03383", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7850689]}, "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)C/C(=N/OS(=O)(=O)[O-])/SC3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucobrassicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9576241]}, "Synonyms" -> {"3-indolylmethyl glucosinolate", "3-indolylmethylglucosinolate", "beta-d-glucopyranose", "glucobrassicin", "11013-70-0[rn]", "glucobrassicin[wiki]", "4356-52-9", "3-img", "4356-52-9[rn]", "31015-05-1[rn]"}|>, "6091" -> <|"DatabaseID" -> "SW03384", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2091]}, "IsomericSmiles" -> "CCOC(=O)OC(C)OC1=C(N(S(=O)(=O)c2c1cccc2)C)C(=O)Nc3ccccn3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01397"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ampiroxicam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2176]}, "Synonyms" -> {"flucam", "ampiroxicam", "cp-65703", "ethyl 1-{[2-methyl-1,1-dioxido-3-(pyridin-2-ylcarbamoyl)-2h-1,2-benzothiazin-4-yl]oxy}ethyl carbonate", "ampiroxicamum[latin]", "nacyl", "ncgc00164605-01", "99464-64-9", "ethyl {[2-methyl-1,1-dioxo-3-(n-(2-pyridyl)carbamoyl)benzo[e]1,2-thiazin-4-yloxy]ethoxy}formate", "carbonic acid", "ampiroxicam [ban:inn:jan][inn][jan]", "cp 65703", "4-(1-(ethoxycarbonyloxy)ethoxy)-2-methyl-n-(2-pyridyl)-2h-1,2-benzothiazine-3-carboxamide-1,1-dioxide", "ampiroxicamum [latin]", "carbonicacid ethyl 1-[[2-methyl-1,1-dioxido-3-[(2-pyridinylamino)carbonyl]-2h-1,2-benzothiazin-4-yl]oxy]ethyl ester", "flucam (tn)", "carbonicacid ethyl 1-((2-methyl-3-((2-pyridinylamino)carbonyl)-2h-1,2-benzothiazin-4-yl)oxy)ethylester s,s-dioxide", "brn 5184713", "ethyl 1-{[2-methyl-1", "99464-64-9[rn]"}|>, "6092" -> <|"DatabaseID" -> "SW03384", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2091]}, "IsomericSmiles" -> "CCOC(=O)OC(C)OC1=C(N(S(=O)(=O)c2c1cccc2)C)C(=O)Nc3ccccn3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01397"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ampiroxicam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2176]}, "Synonyms" -> {"flucam", "ampiroxicam", "cp-65703", "ethyl 1-{[2-methyl-1,1-dioxido-3-(pyridin-2-ylcarbamoyl)-2h-1,2-benzothiazin-4-yl]oxy}ethyl carbonate", "ampiroxicamum[latin]", "nacyl", "ncgc00164605-01", "99464-64-9", "ethyl {[2-methyl-1,1-dioxo-3-(n-(2-pyridyl)carbamoyl)benzo[e]1,2-thiazin-4-yloxy]ethoxy}formate", "carbonic acid", "ampiroxicam [ban:inn:jan][inn][jan]", "cp 65703", "4-(1-(ethoxycarbonyloxy)ethoxy)-2-methyl-n-(2-pyridyl)-2h-1,2-benzothiazine-3-carboxamide-1,1-dioxide", "ampiroxicamum [latin]", "carbonicacid ethyl 1-[[2-methyl-1,1-dioxido-3-[(2-pyridinylamino)carbonyl]-2h-1,2-benzothiazin-4-yl]oxy]ethyl ester", "flucam (tn)", "carbonicacid ethyl 1-((2-methyl-3-((2-pyridinylamino)carbonyl)-2h-1,2-benzothiazin-4-yl)oxy)ethylester s,s-dioxide", "brn 5184713", "ethyl 1-{[2-methyl-1", "99464-64-9[rn]"}|>, "6093" -> <|"DatabaseID" -> "SW03385", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7851565]}, "IsomericSmiles" -> "CC[C@@]1(c2cc-3n(c(=O)c2COC1=O)Cc4c3nc5ccccc5c4/C=N/OC(C)(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "gimatecan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9577124]}, "Synonyms" -> {"st1481", "gimatecan", "1h-pyrano(3'", "unii-7kks9r192f", "st 1481", "(s)-4-ethyl-4-hydroxy-3,13-dioxo-3,4,12,13-tetrahydro-1h-2-oxa-6,12a-diaza-dibenzo[b,h]fluorene-11-carbaldehyde o-tert-butyl-oxime", "gimatecan [inn]", "1h-pyrano(3',4':6,7)indolizino(1,2-b)quinoline-11-carboxaldehyde 4-ethyl-3,4,12,14-tetrahydro-4-hydroxy-3,14-dioxo-,11-(o-(1,1-dimethylethyl)oxime) (c(e),4s)-", "(4s)-11-[(e)-(tert-butoxyimino)methyl]-4-ethyl-4-hydroxy-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-3,14(4h,12h)-dione", "1h-pyrano[3',4':6,7]indolizino[1,2-b]quinoline-11-carboxaldehyde 4-ethyl-3,4,12,14-tetrahydro-4-hydroxy-3,14-dioxo-,11-[o-(1,1-dimethylethyl)oxime] (4s)-", "gimatecan[inn]", "lbq707", "1h-pyrano(3',4':6,7)indolizino(1,2-b)quinoline-11-carboxaldehyde 4-ethyl-3,4,12,14-tetrahydro-4-hydroxy-3,14-dioxo-,11-(o-(1,1-dimethylethyl)oxime) (4s)-", "292618-32-7", "st1481; gimatecan", "chembl113051", "292620-90-7[rn]", "292618-32-7[rn]", "7-tert-butoxyiminomethylcamptothecin", "4-ethyl-4-hydroxy-3,13-dioxo-3,4,12,13-tetrahydro-1h-2-oxa-6,12a-diaza-dibenzo[b,h]fluorene-11-carbaldehydeo-tert-butyl-oxime"}|>, "6094" -> <|"DatabaseID" -> "SW03386", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514715]}, "IsomericSmiles" -> "COCC(=O)Nc1cc(ccc1N/C(=[NH+]\\C(=O)OC)/NC(=O)OC)Sc2ccccc2", "OfficialNames" -> <|"NPC Approved Name" -> "febantel"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9570638]}, "Synonyms" -> {"bay vh 5757", "bay vh5757", "febantel", "rintal", "methyl (2e)-3-{[2-(2-methoxyacetylamino)-4-phenylthiophenyl]amino}-3-(methoxycarbonylamino)-2-azaprop-2-enoate", "((2-((methoxyacetyl)amino)-4-(phenylthio)phenyl)carbonimidoyl)bis(carbamic acid),dimethylester", "[[2-[(methoxyacetyl)amino]-4-(phenylthio)phenyl]carbonimidoyl]biscarbamic acid dimethyl ester", "vercom", "261-205-0[einecs]", "brn 2195764", "carbamicacid n,n'-[[2-[(2-methoxyacetyl)amino]-4-(phenylthio)phenyl]carbonimidoyl]bis-,dimethylester", "methyl [n'-{2-[(methoxyacetyl)amino]-4-(phenylsulfanyl)phenyl}-n-(methoxycarbonyl)carbamimidoyl]carbamate (non-preferred name)", "58306-30-2[rn]", "drontal plus", "n-{2-[2,3-bis-(methoxycarbonyl)-guanido]-5-(phenylthio)-phenyl}-2-methoxyacetamide", "febantelum[latin]", "febantelum [inn-latin]", "methyl-[n'-{2-[(methoxyacetyl)amino]-4-(phenylsulfanyl)phenyl}-n-(methoxycarbonyl)carbamimidoyl]carbamat", "methyl {(z)-({2-[(methoxyacetyl)amino]-4-(phenylsulfanyl)phenyl}amino)[(methoxycarbonyl)amino]methylene}carbamate", "carbamicacid ((2-((methoxyacetyl)amino)-4-(phenylthio)phenyl)carbonimidoyl)bis- dimethyl ester", "einecs 261-205-0", "58306-30-2", "negabot plus paste", "febantel [usan:ban:inn][inn][usan]", "drontal", "((2-((methoxyacetyl)amino)-4-(phenylthio)phenyl)carbonimidoyl)bis(carbamic acid)", "dimethyl[[2-(2-methoxyacetamido)-4-(phenylthio)phenyl]imidocarbonyl]dicarbamate", "n-(2-(2,3-bis-(methoxycarbonyl)-guanidino)-5-(phenylthio)-phenyl)-2-methoxyacetamide", "oratel", "dimethyl((2-(2-methoxyacetamido)-4-(phenylthio)phenyl)imidocarbonyl)dicarbamate", "tl8003736", "combotel", "methyl [n'-{2-[(methoxyacetyl)amino]-4-(phenylsulfanyl)phenyl}-n-(methoxycarbonyl)carbamimidoyl]carbamate", "bay vh-5757", "bay h 5757", "n-(2-(2", "methyl-{(z)-({2-[(methoxyacetyl)amino]-4-(phenylsulfanyl)phenyl}amino)[(methoxycarbonyl)amino]methylen}carbamat"}|>, "6095" -> <|"DatabaseID" -> "SW03387", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83221]}, "IsomericSmiles" -> "C[NH+]1CCN(CC1)CCCN2c3ccccc3Sc4c2cc(cc4)S(=O)(=O)N(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01447"]}, "OfficialNames" -> <|"NPC Approved Name" -> "thioproperazine mesilate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92178]}, "Synonyms" -> {"thioproperazine mesilate", "thioproperazine dimethanesulfonate", "thioproperazine dimesilate", "majeptil", "thioproperazine mesylate", "thioperazine dimethanesulfonate", "thioproperazine dimesylate", "mageptyl", "thioperazine methanesulfate", "219-074-2[einecs]", "2347-80-0[rn]", "vontil", "thioproperazine bis-methanesulfonate", "2347-80-0", "cas-2347-80-0", "10h-phenothiazine-2-sulfonamide n,n-dimethyl-10-[3-(4-methyl-1-piperazinyl)propyl]- methanesulfonate (1:2)", "phenothiazine-2-sulfonamide n,n-dimethyl-10-(3-(4-methyl-1-piperazinyl)propyl)-,dimethanesulfonate", "n,n-dimethyl-10-[3-(4-methylpiperazin-1-yl)propyl]-10h-phenothiazine-2-sulfonamide methanesulfonate(1:2)", "n,n-dimethyl-10-(3-(4-methyl-1-piperazinyl)propyl)phenothiazine-2-sulfonamide dimethanesulfonate", "dimethyl({10-[3-(4-methylpiperazinyl)propyl]phenothiazin-2-yl}sulfonyl)amine ethanesulfonic acid,methanesulfonic acid", "thioproperasine dimesylate"}|>, "6096" -> <|"DatabaseID" -> "SW03388", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "49668"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110217]}, "IsomericSmiles" -> "COc1cc2c(cc1OCCC[NH+]3CCOCC3)c(ncn2)Nc4ccc(c(c4)Cl)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01977"]}, "OfficialNames" -> <|"Indian Approved Name" -> "gefitinib", "FDA Approved Drug" -> "GEFITINIB"|>, "PharmGKBID" -> "PA131301952", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 123631]}, "Synonyms" -> {"iressa", "zd1839", "gefitinib", "irressat", "gefitinib[wiki][inn][jan][usan]", "4-quinazolinamine,n-(3-chloro-4-fluorophenyl)-7-methoxy-6-[3-(4-morpholinyl)propoxy]-", "n-(3-chloro-4-fluorophenyl)-7-methoxy-6-(3-(4-morpholinyl)propoxy)-4-quinazolinamine", "n-(3-chloro-4-fluorophenyl)-7-methoxy-6-[3-(morpholin-4-yl)propoxy]quinazolin-4-amine", "zd-1839,iressa", "c419708", "iressa (tn)", "4-quinazolinamine,n-(3-chloro-4-fluorophenyl)-7-methoxy-6-(3-(4-morpholinyl)propoxy)-", "9005-49-6", "4-(3'-chloro-4'-fluoroanilino)-7-methoxy-6-(3-morpholinopropoxy)quinazoline", "gefitinib; zd 1839; n-(3-chloro-4-fluorophenyl)-7-methoxy-6-(3-morpholinopropoxy)quinazolin-4-amine", "mitotane[wiki]", "184475-35-2", "n-(3-chloro-4-fluorophenyl)-7-methoxy-6-(3-morpholin-4-ylpropoxy)quinazolin-4-amine", "(3-chloro-4-fluoro-phenyl)-[7-methoxy-6-(3-morpholin-4-yl-propoxy)-quinazolin-4-yl]-amine", "184475-35-2[rn]", "n-(3-chloro-4-fluorophenyl)-7-methoxy-6-[3-(4-morpholinyl)propoxy]-4-quinazolinamine[acd/iupac name]", "6-(3-morpholinopropoxy)-n-(3-chloro-4-fluorophenyl)-7-methoxyquinazolin-4-amine", "zd 1839", "gefitinib [usan]", "k00240", "zd-1839", "n-(3-chlor-4-fluorphenyl)-7-methoxy-6-[3-(morpholin-4-yl)propoxy]chinazolin-4-amin", "n-(3-chlor-4-fluorphenyl)-7-methoxy-6-(3-morpholin-4-ylpropoxy)chinazolin-4-amin", "n-(3-chloro-4-fluorophenyl)-7-methoxy-6-(3-(4-morpholinyl)propoxy)-4-quinazolinamide", "kinome_3321", "n-(3-chloro-4-fluorophenyl)-7-methoxy-6-(3-morpholinopropoxy)quinazolin-4-amine", "iressa(tm)", "n-(3-chloro-4-fluoro-phenyl)-7-methoxy-6-(3-morpholin-4-ylpropoxy)quinazolin-4-amine"}|>, "6097" -> <|"DatabaseID" -> "SW03389", "IsomericSmiles" -> "COc1cc(c(c(c1)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O)C(=O)/C=C/c3ccc(cc3)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neosakuranin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14524444]}, "Synonyms" -> {"neosakuranin", "chembl495848"}|>, "6098" -> <|"DatabaseID" -> "SW03390", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06703"]}, "IsomericSmiles" -> "C1CN(CCN(CCN(CC[NH+]1CC(=O)[O-])CC(=O)[O-])C(CO)C(CO)O)CC(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "GADOBUTROL"|>, "PharmGKBID" -> "PA165958377", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15814656]}, "Synonyms" -> {"gadovist", "[1", "gd-do3a-butrol", "138071-82-6", "db06703", "gd-bt-do3a", "gadobutrol", "d07420", "gadavist (tn)", "gadobutrol (jan/usan/inn)", "(10-((1sr"}|>, "6099" -> <|"DatabaseID" -> "SW03390", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06703"]}, "IsomericSmiles" -> "C1CN(CCN(CCN(CC[NH+]1CC(=O)[O-])CC(=O)[O-])C(CO)C(CO)O)CC(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "GADOBUTROL"|>, "PharmGKBID" -> "PA165958377", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15814656]}, "Synonyms" -> {"gadovist", "[1", "gd-do3a-butrol", "138071-82-6", "db06703", "gd-bt-do3a", "gadobutrol", "d07420", "gadavist (tn)", "gadobutrol (jan/usan/inn)", "(10-((1sr"}|>, "6100" -> <|"DatabaseID" -> "SW03390", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06703"]}, "IsomericSmiles" -> "C1CN(CCN(CCN(CC[NH+]1CC(=O)[O-])CC(=O)[O-])C(CO)C(CO)O)CC(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "GADOBUTROL"|>, "PharmGKBID" -> "PA165958377", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15814656]}, "Synonyms" -> {"gadovist", "[1", "gd-do3a-butrol", "138071-82-6", "db06703", "gd-bt-do3a", "gadobutrol", "d07420", "gadavist (tn)", "gadobutrol (jan/usan/inn)", "(10-((1sr"}|>, "6101" -> <|"DatabaseID" -> "SW03390", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06703"]}, "IsomericSmiles" -> "C1CN(CCN(CCN(CC[NH+]1CC(=O)[O-])CC(=O)[O-])C(CO)C(CO)O)CC(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "GADOBUTROL"|>, "PharmGKBID" -> "PA165958377", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15814656]}, "Synonyms" -> {"gadovist", "[1", "gd-do3a-butrol", "138071-82-6", "db06703", "gd-bt-do3a", "gadobutrol", "d07420", "gadavist (tn)", "gadobutrol (jan/usan/inn)", "(10-((1sr"}|>, "6102" -> <|"DatabaseID" -> "SW03391", "IsomericSmiles" -> "CCOC(=O)Cn1cccc1c2nc(c(s2)c3ccc(cc3)OC)c4ccc(cc4)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01090"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pamicogrel"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65870]}, "Synonyms" -> {"ethyl 2-(4", "pamicogrel", "101001-34-7", "kb-3022", "kb 3022", "kbt-3022", "ncgc00182996-01", "1h-pyrrole-1-acetic acid"}|>, "6103" -> <|"DatabaseID" -> "SW03392", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2482]}, "IsomericSmiles" -> "c1ccc2c(c1)CCc3ccccc3N2CCC[NH+]4CCC(CC4)(C(=O)N)[NH+]5CCCCC5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07623"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carpipramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2580]}, "Synonyms" -> {"carpipramine", "5942-95-0", "carbadipimidine", "bay b 4343 b", "carpipraminum[latin]", "1'-[3-(10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)propyl]-1,4'-bipiperidine-4'-carboxamide[acd/iupac name]", "5-22-13-00540[beilstein]", "5-[3-(4-piperidino-4-carbamoylpiperidino)propyl]-10,11-dihydro-5h-dibenz[b,f]azepine", "einecs 227-700-0", "1'-[3-(10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl]-[1,4'-bipiperidine]-4'-carboxamide", "carpipramine (inn)", "5942-95-0[rn]", "carpipramina[spanish][inn]", "5h-dibenz(b,f)azepine 10,11-dihydro-5-(3-(4-piperidino-4-carbamoylpiperidino)propyl)-", "carpipramine [inn]", "pz-1511", "[1,4'-bipiperidine]-4'-carboxamide,1'-[3-(10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl]-", "5-(3-(4-piperidino-4-carbamoylpiperidino)propyl)-10,11-dihydro-5(h)-dibenz(b,f)azepine", "carpipramina [inn-spanish]", "227-700-0[einecs]", "carpipraminum [inn-latin]", "carpipramine[inn]", "5-22-13-00540 (beilstein handbook reference)[beilstein]"}|>, "6104" -> <|"DatabaseID" -> "SW03393", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187438]}, "IsomericSmiles" -> "Cc1ccccc1C(=O)Nc2ccc(c(c2)C)C(=O)N3CCCC(c4c3ccc(c4)Cl)O", "OfficialNames" -> <|"FDA Approved Drug" -> "TOLVAPTAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216237]}, "Synonyms" -> {"samsca", "ac1l50c9", "7-chloro-5-hydroxy-1-(2-methyl-4-(2-methylbenzoylamino)benzoyl)2,3,4,5-tetrahydro-1h-1-benzazepine", "samsca;opc-41061", "opc 41061", "tolvaptan", "c116664", "150683-30-0", "150683-30-0[rn]", "benzazepine derivative", "n-[4-[(5r)-7-chloro-5-hydroxy-2,3,4,5-tetrahydro-1-benzazepine-1-carbonyl]-3-methylphenyl]-2-methylbenzamide", "tolvaptan[wiki][inn]", "unii-21g72t1950", "chebi:327437", "benzamide n-[4-[(7-chloro-2,3,4,5-tetrahydro-5-hydroxy-1h-1-benzazepin-1-yl)carbonyl]-3-methylphenyl]-2-methyl-", "n-[4-(7-chloro-5-hydroxy-2,3,4,5-tetrahydro-benzo[b]azepine-1-carbonyl)-3-methyl-phenyl]-2-methyl-benzamide", "n-{4-[(7-chloro-5-hydroxy-2,3,4,5-tetrahydro-1h-1-benzazepin-1-yl)carbonyl]-3-methylphenyl}-2-methylbenzamide", "opc-41061", "chembl344159"}|>, "6105" -> <|"DatabaseID" -> "SW03393", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187438]}, "IsomericSmiles" -> "Cc1ccccc1C(=O)Nc2ccc(c(c2)C)C(=O)N3CCCC(c4c3ccc(c4)Cl)O", "OfficialNames" -> <|"FDA Approved Drug" -> "TOLVAPTAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216237]}, "Synonyms" -> {"samsca", "ac1l50c9", "7-chloro-5-hydroxy-1-(2-methyl-4-(2-methylbenzoylamino)benzoyl)2,3,4,5-tetrahydro-1h-1-benzazepine", "samsca;opc-41061", "opc 41061", "tolvaptan", "c116664", "150683-30-0", "150683-30-0[rn]", "benzazepine derivative", "n-[4-[(5r)-7-chloro-5-hydroxy-2,3,4,5-tetrahydro-1-benzazepine-1-carbonyl]-3-methylphenyl]-2-methylbenzamide", "tolvaptan[wiki][inn]", "unii-21g72t1950", "chebi:327437", "benzamide n-[4-[(7-chloro-2,3,4,5-tetrahydro-5-hydroxy-1h-1-benzazepin-1-yl)carbonyl]-3-methylphenyl]-2-methyl-", "n-[4-(7-chloro-5-hydroxy-2,3,4,5-tetrahydro-benzo[b]azepine-1-carbonyl)-3-methyl-phenyl]-2-methyl-benzamide", "n-{4-[(7-chloro-5-hydroxy-2,3,4,5-tetrahydro-1h-1-benzazepin-1-yl)carbonyl]-3-methylphenyl}-2-methylbenzamide", "opc-41061", "chembl344159"}|>, "6106" -> <|"DatabaseID" -> "SW03394", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "38200"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106533]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](Oc3cc(cc(c3C2=O)[O-])O)c4ccc(c(c4)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "astilbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119258]}, "Synonyms" -> {"chebi:38200", "isoastilbin", "100564[beilstein]", "3066-75-9", "(2r-trans)-3-((6-deoxy-|a-l-mannopyranosyl)oxy)-2-(3", "astilbin[wiki]", "29838-67-3[rn]", "neoisoastilbin", "chembl486017", "29838-67-3", "ac1q6nl7", "astilbin", "ac1l3ohh"}|>, "6107" -> <|"DatabaseID" -> "SW03395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165831]}, "IsomericSmiles" -> "c1cc(c(cc1O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O)O)C3COc4cc(cc(c4C3=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dalbergion"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190949]}, "Synonyms" -> {"dalbergion 4'-o-glucopyranoside", "dalbergio-di-n 4'-o-glucopyranoside", "4-(5", "160206-04-2[rn]", "ac1l4rkt", "ac1q6e8m", "5", "ar-1f6428"}|>, "6108" -> <|"DatabaseID" -> "SW03395", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165831]}, "IsomericSmiles" -> "c1cc(c(cc1O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O)O)C3COc4cc(cc(c4C3=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dalbergion"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190949]}, "Synonyms" -> {"dalbergion 4'-o-glucopyranoside", "dalbergio-di-n 4'-o-glucopyranoside", "4-(5", "160206-04-2[rn]", "ac1l4rkt", "ac1q6e8m", "5", "ar-1f6428"}|>, "6109" -> <|"DatabaseID" -> "SW03396", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31236"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54790]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01238"]}, "IsomericSmiles" -> "c1cc(c(c(c1)Cl)Cl)N2CC[NH+](CC2)CCCCOc3ccc4c(c3)NC(=O)CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01164"]}, "OfficialNames" -> <|"China Approved Name" -> "aripiprazole", "Indian Approved Name" -> "aripiprazole;aripirazole", "FDA Approved Drug" -> "ARIPIPRAZOLE"|>, "PharmGKBID" -> "PA10026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60795]}, "Synonyms" -> {"aripiprazole", "abilify", "abilitat", "opc-14597", "aripiprazolum", "abilify discmelt", "aripiprazol", "7-{4-[4-(2,3-dichlorphenyl)piperazin-1-yl]butoxy}-3,4-dihydrochinolin-2(1h)-on", "opc 14597", "opc 31", "129722-12-9", "7-(4-(4-(2,3-dichlorophenyl)-1-piperazinyl)butoxy)-3,4-dihydro-2(1h)-quinolinone", "7-(4-(4-(2,3-dichlorophenyl)-1-piperazinyl)butyloxy)-3,4-dihydro-2(1h)-quinolinone", "tl8000707", "2(1h)-quinolinone,7-[4-[4-(2,3-dichlorophenyl)-1-piperazinyl]butoxy]-3,4-dihydro-", "discmelt", "2(1h)-quinolinone,7-(4-(4-(2,3-dichlorophenyl)-1-piperazinyl)butoxy)-3,4-dihydro-", "7-[4-[4-(2,3-dichlorophenyl)-1-piperazinyl]butoxy]-3,4-dihydrocarbostyril; 7-{4-[4-(2,3-dichlorophenyl)piperazin-1-yl]butoxy}-3,4-dihydroquinolin-2(1h)-one", "7-{4-[4-(2,3-dichlorophenyl)-1-piperazinyl]butoxy}-3,4-dihydro-2(1h)-quinolinone[acd/iupac name]", "7-{4-4-(2,3-dichlorophenyl)piperazin-1-ylbutoxy}-3,4-dihydroquinolin-2(1h)-one", "5-ht-6", "2(1h)-quinolinone,7-4-4-(2,3-dichlorophenyl)-1-piperazinylbutoxy-3,4-dihydro-", "7-{4-[4-(2,3-dichloro-phenyl)-piperazin-1-yl]-butoxy}-3,4-dihydro-1h-quinolin-2-one", "7-[4-[4-(2,3-dichlorophenyl)piperazin-1-yl]butoxy]-3,4-dihydro-1h-quinolin-2-one", "abilify (tn)", "7-{4-[4-(2,3-dichlorophenyl)piperazin-1-yl]butoxy}-1,2,3,4-tetrahydroquinolin-2-one", "abilify[wiki]", "7-(4-(4-(2,3-dichlorophenyl)piperazin-1-yl)butoxy)-3,4-dihydroquinolin-2(1h)-one", "7-[4-[4-(2,3-dichlorophenyl)-1-piperazinyl]butoxy]-3,4-dihydro-2(1h)-quinolinone", "7-[4-[4-(2,3-dichlorophenyl)-1-piperazinyl]butoxy]-3,4-dihydrocarbostyril", "129722-12-9[rn]", "aripiprazole[wiki][jan][usan]", "cid60795", "serotonin receptor 6", "7-{4-[4-(2,3-dichlorophenyl)piperazin-1-yl]butoxy}-3,4-dihydroquinolin-2(1h)-one"}|>, "6110" -> <|"DatabaseID" -> "SW03397", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445402]}, "IsomericSmiles" -> "CC(=CCOc1ccc(cc1)/C=C/C(=O)c2ccc(cc2OCC(=O)[O-])OCC=C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01956"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sofalcone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282219]}, "Synonyms" -> {"sofalcone", "isoprenyl chalcone", "solon", "su 88", "{5-[(3-methyl-2-buten-1-yl)oxy]-2-[(2e)-3-{4-[(3-methyl-2-buten-1-yl)oxy]phenyl}-2-propenoyl]phenoxy}aceticacid", "sofalconum [latin]", "brn 2191482", "acetic acid 2-[5-[(3-methyl-2-buten-1-yl)oxy]-2-[(2e)-3-[4-[(3-methyl-2-buten-1-yl)oxy]phenyl]-1-oxo-2-propen-1-yl]phenoxy]-", "sofalconum[latin]", "64506-49-6[rn]", "solon[wiki]", "2'-carboxymethoxy-4,4'-bis(3-methyl-2-butenyloxy)chalcone", "acetic acid (5((3-methyl-2-butenyl)oxy)-2-(3-(4-((3-methyl-2-butenyl)oxy)phenyl)-1-oxo-2-propenyl)phenoxy)-", "(5-((3-methyl-2-butenyl)oxy)-2-(p-((3-methyl-2-butenyl)oxy)cinnamoyl)phenoxy)acetic acid", "su-88", "{5-[(3-methylbut-2-en-1-yl)oxy]-2-[(2e)-3-{4-[(3-methylbut-2-en-1-yl)oxy]phenyl}prop-2-enoyl]phenoxy}aceticacid", "[5-[(3-methyl-2-butenyl)oxy]-2-[3-[4-[(3-methyl-2-butenyl)oxy]phenyl]-1-oxo-2-propenyl]phenoxy]acetic acid", "ncgc00159481-02", "solon (tn)", "sofalcona[spanish]", "acetic acid [5-[(3-methyl-2-butenyl)oxy]-2-[(2e)-3-[4-[(3-methyl-2-butenyl)oxy]phenyl]-1-oxo-2-propenyl]phenoxy]-", "64506-49-6", "sofalcona [spanish]", "sofalcone [inn:jan][inn][jan]", "sofalcone(2'-ethoxycarbonylmethoxy-4'-(3-methyl-2-butenyl-oxy)acetophenone)", "({5-[(3-methylbut-2-en-1-yl)oxy]-2-[(2e)-3-{4-[(3-methylbut-2-en-1-yl)oxy]phenyl}prop-2-enoyl]phenyl}oxy)acetic acid", "acetic acid (5((3-methyl-2-butenyl)oxy)-2-(3-(4-((3-methyl-2-butenyl)oxy)phenyl", "tl8004578"}|>, "6111" -> <|"DatabaseID" -> "SW03398", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63959"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109405]}, "IsomericSmiles" -> "CC1=C(C(=O)C=C2C1=CC=C3[C@]2(CC[C@@]4([C@@]3(CC[C@@]5([C@H]4C[C@](CC5)(C)C(=O)[O-])C)C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "celastrol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122724]}, "Synonyms" -> {"celastrol", "tripterine", "2-picenecarboxylicacid 1,2,3,4,4a,5,6,6a 11,12b,13,14,14a,14b-tetradecahydro-10-hydroxy-2,4a,6a,9,12b 14a-hexamethyl-11-oxo-", "(2r,4as,6as,12br,14as,14br)-10-hydroxy-2,4a,6a,9,12b,14a-hexamethyl-11-oxo-1,2,3,4,4a,5,6,6a,11,12b,13,14,14a,14b-tetradecahydropicene-2-carboxylic acid", "spectrum_000335", "34157-83-0", "34157-83-0[rn]", "spectrum2_000150", "spectrum3_000233", "2-picenecarboxylicacid 1,2,3,4,4a,5,6,6a,11,12b,13,14,14a,14b-tetradecahydro-10-hydroxy-2,4a,6a,9,12b,14a-hexamethyl-11-oxo- (2r,4as,6as,12br,14as,14br)-", "tripterin", "1,2,3,4,4a,5,6,6a,11,12b,13,14,14a,14b-tetradecahydro-10-hydroxy-2,4a,6a,9,12b,14a-hexamethyl-11-oxo-2-picenecarboxylic acid", "nsc70931", "spectrum4_001966", "s1290_selleck", "(2r,4as,6as,12br,14as,14br)-10-hydroxy-2,4a,6a,9,12b,14a-hexamethyl-11-oxo-1,2,3,4,4a,5,6,6a,11,12b,13,14,14a,14b-tetradecahydro-picene-2-carboxylic acid"}|>, "6112" -> <|"DatabaseID" -> "SW03399", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "127105"]}, "IsomericSmiles" -> "c1cc(ccc1NC(=O)c2cc(cc(c2O)Br)Br)Br", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06218"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tribromsalan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14868]}, "Synonyms" -> {"tribromsalan", "temasept ii", "sherstat tbs", "trisanil", "temasept iv", "agramed", "vancide tbs", "3", "trisanyl", "tuasol 100", "tempasept ii"}|>, "6113" -> <|"DatabaseID" -> "SW03400", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18067"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447652]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01022"]}, "IsomericSmiles" -> "CC1=C(C(=O)c2ccccc2C1=O)C/C=C(\\C)/CCC[C@H](C)CCC[C@H](C)CCCC(C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "PHYTONADIONE", "China Approved Name" -> "phytomenadione", "Indian Approved Name" -> "phytomenadione", "WHO Essential Medicine" -> "phytomenadione", "Australia Approved Name" -> "PHYTOMENADIONE;VITAMIN K"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284607]}, "Synonyms" -> {"aquamephyton", "vitamin k", "mono-kay", "combinal k1", "phytylmenadione", "antihemorrhagic vitamin", "3-phytylmenadione", "konakion", "mephyton", "kativ n", "kephton", "kinadion", "phyllochinon", "synthex p", "k-ject", "phylloquinone", "vitamin k 1", "phytomenadione[wiki]", "phytonadione k1", "phytomenadionum [inn_en]", "trans-phylloquinone", "phytomenadione", "2-methyl-3-((2e,7r,11r)-3,7,11,15-tetramethyl-2-hexadecenyl)-1,4-naphthalenedione", "201-564-2[einecs]", "1,4-naphthalenedione 2-methyl-3-[(2e,7r,11r)-3,7,11,15-tetramethyl-2-hexadecenyl]-", "(r-(r*,r*-(e)))-2-methyl-3-(3,7,11,15-tetramethyl-2-hexadecenyl)-1,4-naphthalenedione", "aqua mephyton", "2-methyl-3-[(2e)-3,7,11,15-tetramethyl-2-hexadecenyl]naphthoquinone", "bgp", "1,4-naphthalenedione 2-methyl-3-((2e,7r,11r)-3,7,11,15-tetramethyl-2-hexadecenyl)-", "vitamin k1[wiki]", "aqua-mephytin", "phythyl-menadion (german)", "phytonadione", "alpha-phylloquinone", "vitamin k1", "phylloquinone[wiki]", "bone gla-protein", "2-methyl-3-[(2e,7r,11r)-3,7,11,15-tetramethyl-2-hexadecen-1-yl]-1,4-naphthoquinone", "84-80-0[rn]", "11104-38-4[rn]", "pqn", "phytonadionum", "2',3'-trans-vitamin k1", "2-methyl-3-[(2e,7r,11r)-3,7,11,15-tetramethylhexadec-2-en-1-yl]naphthalen-1,4-dion", "fitomenadiona", "[r-[r*,r*-(e)]]-2-methyl-3-(3,7,11,15-tetramethyl-2-hexadecenyl)-1,4-naphthalenedione", "2-methyl-3-[(2e,7r,11r)-3,7,11,15-tetramethylhexadec-2-en-1-yl]-1,4-naphthoquinone", "vitamin- k1", "2-methyl-3-[(2e,7r,11r)-3,7,11,15-tetramethylhexadec-2-en-1-yl]naphthalene-1,4-dione", "phylloquinone (8ci)", "phytonadione[wiki]", "phyllochinonum", "vitamin k1 (van)", "monodion", "2' 3'-trans-vitamin k1", "2-methyl-3-phytyl-1,4-naphthoquinone", "1,4-naphthalenedione 2-methyl-3-[(2e,7r,11r)-3,7,11,15-tetramethyl-2-hexadecen-1-yl]-", "2-methyl-3-phytyl-1,4-naphthochinon", "osteocalcin precursor", "2-methyl-3-phythyl-1,4-naphthochinon", "phytomenadionum", "2-methyl-3-(3,7,11,15-tetramethyl-2-hexadecenyl)-1,4-naphthalenedione", "gamma-carboxyglutamic acid-containing protein", "2-methyl-3-[(2e", "einecs 234-330-3", "84-80-0", "vitamin-?k1", "vitamin k1 (generic)", "2-methyl-3-[(e", "chebi:18067", "vitamin-?k1(20)", "2-methyl-3-phytyl-1"}|>, "6114" -> <|"DatabaseID" -> "SW03401", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4947787]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCOC(=O)CCCCCCC/C=C\\CCCC", "OfficialNames" -> <|"Indian Approved Name" -> "cetyl myristoleate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6443825]}, "Synonyms" -> {"64660-84-0", "hexadecyl 9z-tetradecenoate", "hexadecyl (z)-tetradec-9-enoate", "unii-7opl833q4d", "unii-87p8k33q5x", "ac1o5zqt", "cetyl myristoleate[wiki]", "9-tetradecenoic acid hexadecyl ester (z)-", "hexadecanyl 9z-tetradecenoate", "64660-84-0[rn]", "palmityl myristoleate", "cetyl myristoleate", "lmfa07010103"}|>, "6115" -> <|"DatabaseID" -> "SW03402", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64310"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9801307]}, "IsomericSmiles" -> "C[C@H](c1c(ccc(c1Cl)F)Cl)Oc2cc(cnc2N)c3cnn(c3)C4CC[NH2+]CC4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09731"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CRIZOTINIB"|>, "PharmGKBID" -> "PA165946122", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11626560]}, "Synonyms" -> {"pf-2341066", "crizotinib", "pf-02341066", "877399-52-5[rn]", "3-[(1r)-1-(2", "2-pyridinamine 3-[(1r)-1-(2,6-dichloro-3-fluorophenyl)ethoxy]-5-[1-(4-piperidinyl)-1h-pyrazol-4-yl]-", "vgh", "3-[(1r)-1-(2,6-dichloro-3-fluorophenyl)ethoxy]-5-[1-(piperidin-4-yl)-1h-pyrazol-4-yl]pyridin-2-amine", "pf-2341066 (crizotinib)", "crizotinib[wiki]", "877399-52-5", "3-[1-(2,6-dichloro-3-fluoro-phenyl)-ethoxy]-5-(1-piperidin-4-yl-1h-pyrazol-4-yl)-pyridin-2-ylamine", "pf 2341066; pf-2341066", "xalkori (tn)", "sb431542", "xalkori", "pf 2341066", "s1068_selleck", "3-[(1r)-1-(2,6-dichloro-3-fluorophenyl)ethoxy]-5-[1-(4-piperidinyl)-1h-pyrazol-4-yl]-2-pyridinamine", "(r)-3-(1-(2,6-dichloro-3-fluorophenyl)ethoxy)-5-(1-(piperidin-4-yl)-1h-pyrazol-4-yl)pyridin-2-amine"}|>, "6116" -> <|"DatabaseID" -> "SW03403", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 89534]}, "IsomericSmiles" -> "CN(Cc1ccc2c(c1)c(=O)nc([nH]2)N)c3ccc(cc3)C(=O)N[C@@H](CCC(=O)[O-])C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "l-methylfolate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 99111]}, "Synonyms" -> {"10-mddf", "(5)n", "l-glutamic acid n-[4-[[(2-amino-4-hydroxy-6-quinazolinyl)methyl]methylamino]benzoyl]-", "n-(4-{[(2-amino-4-hydroxyquinazolin-6-yl)methyl](methyl)amino}benzoyl)-l-glutamicacid", "(5)n,(8)n-deaza-(10)-n-methylfolate", "5854-12-6", "chebi:366695", "27244-70-8[rn]", "10-methyl-5,8-dideazafolate", "ac1l40nv", "surecn6337570", "l-glutamic acid n-(4-(((2-amino-1,4-dihydro-4-oxo-6-quinazolinyl)methyl)methylamino)benzoyl)-", "2-{4-[(2-amino-4-oxo-3,4-dihydro-quinazolin-6-ylmethyl)-methyl-amino]-benzoylamino}-pentanedioic acid", "nsc 178256", "ar-1j3169", "5854-12-6[rn]", "10-methyl-5", "chembl347223"}|>, "6117" -> <|"DatabaseID" -> "SW03404", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "472657"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514923]}, "IsomericSmiles" -> "C=CC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)/C(=N\\OCC(=O)[O-])/c3csc(n3)N)SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00258"]}, "OfficialNames" -> <|"China Approved Name" -> "cefixime", "WHO Essential Medicine" -> "cefixime", "Indian Approved Name" -> "cefixime", "FDA Approved Drug" -> "CEFIXIME"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362065]}, "Synonyms" -> {"necopen", "denvar", "cefixime", "tricef", "[6r-[6a,7b(z)]]-7-[[(2-amino-4-thiazolyl)[(carboxymethoxy)imino]acetyl]amino]-3-ethenyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "suprax (tn)", "cefspan", "ac1nsfni", "(6r,7r)-7-[-2-(2-amino-thiazol-4-yl)-2-carboxymethoxyimino-acetylamino]-8-oxo-3-vinyl-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-{[(carboxymethyl)oxy]imino}acetyl]amino}-3-ethenyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "cefixoral", "cephoral", "cefixime anhydrous", "fk-027", "chembl1541", "oroken", "suprax", "cefixime[wiki]", "prestwick3_000462", "cefiximum [inn_la]", "(6r,7r)-7-({(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-[(carboxymethoxy)imino]acetyl}amino)-8-oxo-3-vinyl-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "(6r,7r,z)-7-(2-(2-aminothiazol-4-yl)-2-(carboxymethoxyimino)acetamido)-8-oxo-3-vinyl-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "unixime", "suprax[wiki]", "cfix", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,7-(((2z)-(2-amino-4-thiazolyl)((carboxymethoxy)imino)acetyl)amino)-3-ethenyl-8-oxo- (6r,7r)-", "(6r,7r)-7-({(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-[(carboxymethoxy)imino]acetyl}amino)-3-ethenyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "79350-37-1[rn]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-[(carboxymethoxy)imino]-1-oxoethyl]amino]-3-ethenyl-8-oxo- (6r,7r)-"}|>, "6118" -> <|"DatabaseID" -> "SW03405", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4708"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56686], ExternalIdentifier["ChemSpiderID", 3045]}, "IsomericSmiles" -> "COc1cc2c(cc1OC)nc(nc2N)N3CCN(CC3)C(=O)C4COc5ccccc5O4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00608"], ExternalIdentifier["KEGGID", "D07874"]}, "OfficialNames" -> <|"China Approved Name" -> "doxazosin", "Indian Approved Name" -> "doxazosin", "FDA Approved Drug" -> "DOXAZOSIN MESYLATE"|>, "PharmGKBID" -> "PA449407", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62978], ExternalIdentifier["PubChemCompoundID", 3157]}, "Synonyms" -> {"doxazosina", "doxazosine", "doxazosin", "cardura", "doxazosinum", "77883-43-3[rn]", "normothen", "74191-85-8[rn]", "cardura xl", "doxazosin[wiki]", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[4-(1,4-benzodioxan-2-yl)carpiperazin-1-yl)]-6,7-dimethoxyquinazoline mesylate", "doxazomerck", "cardular", "cardenalin", "progandol", "4-amino-2-[4-(1,4-benzodioxan-2-carbonyl)piperazin-1-yl]-6,7-dimethoxyquinazoline", "doxazosina [spanish]", "doxazosina[spanish]", "mfcd00800482", "doxazosin; doxazosina; doxazosine; doxazosinum", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-((2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl)-", "tensiobas", "doxazosinum [latin]", "doxazosin mesylate", "[4-(4-amino-6,7-dimethoxy-quinazolin-2- yl)piperazin-1-yl]-(2,5-dioxabicyclo[4.4.0]deca-6,8,10-trien-4-yl)methanone", "2-[4-(2,3-dihydro-1,4-benzodioxin-2-ylcarbonyl)piperazin-1-yl]-6,7-dimethoxyquinazolin-4-amine", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[(2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl]piperazine", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(1,4-benzodioxan-2-ylcarbonyl)piperazin", "doxazosin mesilate", "doxazosinum[latin]", "carduran", "[4-(4-amino-6,7-dimethoxy-quinazolin-2-yl)-piperazin-1-yl]-(2,3-dihydro-benzo[1,4]dioxin-2-yl)-methanone", "2-[4-(2,3-dihydro-1,4-benzodioxin-2-ylcarbonyl)piperazin-1-yl]-6,7-dimethoxychinazolin-4-amin", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(1,4-benzodioxan-2-ylcarbonyl)piperazin; 1-(4-amino-6,7-dimethoxy-2-chinazolinyl)-4-(2,3-dihydro-1,4-benzodioxixin-2-ylcarbonyl)piperazin; doxazosin", "74191-85-8", "2-{4-[(2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl]piperazin-1-yl}-6,7-dimethoxyquinazolin-4-amine", "1-(4-amino-6,7-dimethoxy-2-chinazolinyl)-4-(2,3-dihydro-1,4-benzodioxixin-2-ylcarbonyl)piperazin", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[(2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl]-", "diblocin", "doxazosine[french]", "(4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl)(2,3-dihydrobenzo[b][1,4]dioxin-2-yl)methanone", "2-[4-(2,3-dihydro-1,4-benzodioxin-2-ylcarbonyl)piperazin-1-yl]-6,7-bis(methyloxy)quinazolin-4-amine", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](2,3-dihydro-1,4-benzodioxin-2-yl)methanone", "chebi:4708", "731849[beilstein]", "doxazosine [french]", "dedralen", "337376-15-5", "methanone [4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl](2,3-dihydro-1,4-benzodioxin-2-yl)-", "normathen", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(1,4-benzodioxan-2-ylcarbonyl) piperazine methanesulfonate", "tl8005338", "diblocin pp", "cardoxan", "uk-33274-27", "doxazosin monomethanesulfonate", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[(2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl]- methanesulfonate (1:1)", "[4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl](2,3-dihydro-1,4-benzodioxin-2-yl)methanonemethanesulfonate(1:1)[acd/iupac name]", "cardura (tn)", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](2,3-dihydro-1,4-benzodioxin-2-yl)methanonemethanesulfonate(1:1)", "cardoral", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(1,4-benzodioxan-2-ylcarbonyl)piperazine monomethanesulfonate", "zoxan", "diblocin uro", "doksura", "4-amino-2-[4-(1,4-benzodioxan-2-carbonyl)piperazin-1-yl]-6,7-dimethoxyquinazolinemethanesulfonate", "benur", "2-{4-[(2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl]piperazin-1-yl}-6,7-dimethoxyquinazolin-4-amine; methanesulfonic acid", "tonocardin", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl]-(2,3-dihydro-1,4-benzodioxin-2-yl)methanone; methanesulfonicacid", "2-[4-(2,3-dihydro-1,4-benzodioxin-2-ylcarbonyl)piperazin-1-yl]-6,7-dimethoxyquinazolin-4-amine; methanesulfonic acid", "[77883-43-3]", "2-[4-(2,3-dihydro-1,4-benzodioxin-2-ylcarbonyl)piperazin-1-yl]-6,7-dimethoxyquinazolin-4-amine methanesulfonate", "cardura carduran cardura xl", "doxazosinmesylate", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](2,3-dihydro-1,4-benzodioxin-2-yl)methanonemethanesulfonate", "doxazosin mesylate[usan]", "kaltensif", "[4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl](2,3-dihydro-1,4-benzodioxin-2-yl)methanonemethanesulfonate", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-((2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl)- monomethanesulfonate", "doxolbran", "methanone [4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl](2,3-dihydro-1,4-benzodioxin-2-yl)- methanesulfonate (1:1)", "cardular pp", "cardura[wiki]", "cardura;carduran;cardura xl", "cardular uro", "hydrogenmethanesulfonate [4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](2,3-dihydro-1,4-benzodioxin-2-yl)methanone(1:1:1)", "doxaben", "mfcd00216023", "alfadil", "prostadilat", "doxazosin azu", "carduran neo", "2h,3h-benzo[e]1,4-dioxan-2-yl 4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazinylketone,methanesulfonic acid"}|>, "6119" -> <|"DatabaseID" -> "SW03405", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4708"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56686], ExternalIdentifier["ChemSpiderID", 3045]}, "IsomericSmiles" -> "COc1cc2c(cc1OC)nc(nc2N)N3CCN(CC3)C(=O)C4COc5ccccc5O4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00608"], ExternalIdentifier["KEGGID", "D07874"]}, "OfficialNames" -> <|"China Approved Name" -> "doxazosin", "Indian Approved Name" -> "doxazosin", "FDA Approved Drug" -> "DOXAZOSIN MESYLATE"|>, "PharmGKBID" -> "PA449407", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62978], ExternalIdentifier["PubChemCompoundID", 3157]}, "Synonyms" -> {"doxazosina", "doxazosine", "doxazosin", "cardura", "doxazosinum", "77883-43-3[rn]", "normothen", "74191-85-8[rn]", "cardura xl", "doxazosin[wiki]", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[4-(1,4-benzodioxan-2-yl)carpiperazin-1-yl)]-6,7-dimethoxyquinazoline mesylate", "doxazomerck", "cardular", "cardenalin", "progandol", "4-amino-2-[4-(1,4-benzodioxan-2-carbonyl)piperazin-1-yl]-6,7-dimethoxyquinazoline", "doxazosina [spanish]", "doxazosina[spanish]", "mfcd00800482", "doxazosin; doxazosina; doxazosine; doxazosinum", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-((2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl)-", "tensiobas", "doxazosinum [latin]", "doxazosin mesylate", "[4-(4-amino-6,7-dimethoxy-quinazolin-2- yl)piperazin-1-yl]-(2,5-dioxabicyclo[4.4.0]deca-6,8,10-trien-4-yl)methanone", "2-[4-(2,3-dihydro-1,4-benzodioxin-2-ylcarbonyl)piperazin-1-yl]-6,7-dimethoxyquinazolin-4-amine", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[(2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl]piperazine", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(1,4-benzodioxan-2-ylcarbonyl)piperazin", "doxazosin mesilate", "doxazosinum[latin]", "carduran", "[4-(4-amino-6,7-dimethoxy-quinazolin-2-yl)-piperazin-1-yl]-(2,3-dihydro-benzo[1,4]dioxin-2-yl)-methanone", "2-[4-(2,3-dihydro-1,4-benzodioxin-2-ylcarbonyl)piperazin-1-yl]-6,7-dimethoxychinazolin-4-amin", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(1,4-benzodioxan-2-ylcarbonyl)piperazin; 1-(4-amino-6,7-dimethoxy-2-chinazolinyl)-4-(2,3-dihydro-1,4-benzodioxixin-2-ylcarbonyl)piperazin; doxazosin", "74191-85-8", "2-{4-[(2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl]piperazin-1-yl}-6,7-dimethoxyquinazolin-4-amine", "1-(4-amino-6,7-dimethoxy-2-chinazolinyl)-4-(2,3-dihydro-1,4-benzodioxixin-2-ylcarbonyl)piperazin", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[(2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl]-", "diblocin", "doxazosine[french]", "(4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl)(2,3-dihydrobenzo[b][1,4]dioxin-2-yl)methanone", "2-[4-(2,3-dihydro-1,4-benzodioxin-2-ylcarbonyl)piperazin-1-yl]-6,7-bis(methyloxy)quinazolin-4-amine", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](2,3-dihydro-1,4-benzodioxin-2-yl)methanone", "chebi:4708", "731849[beilstein]", "doxazosine [french]", "dedralen", "337376-15-5", "methanone [4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl](2,3-dihydro-1,4-benzodioxin-2-yl)-", "normathen", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(1,4-benzodioxan-2-ylcarbonyl) piperazine methanesulfonate", "tl8005338", "diblocin pp", "cardoxan", "uk-33274-27", "doxazosin monomethanesulfonate", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-[(2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl]- methanesulfonate (1:1)", "[4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl](2,3-dihydro-1,4-benzodioxin-2-yl)methanonemethanesulfonate(1:1)[acd/iupac name]", "cardura (tn)", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](2,3-dihydro-1,4-benzodioxin-2-yl)methanonemethanesulfonate(1:1)", "cardoral", "1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-(1,4-benzodioxan-2-ylcarbonyl)piperazine monomethanesulfonate", "zoxan", "diblocin uro", "doksura", "4-amino-2-[4-(1,4-benzodioxan-2-carbonyl)piperazin-1-yl]-6,7-dimethoxyquinazolinemethanesulfonate", "benur", "2-{4-[(2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl]piperazin-1-yl}-6,7-dimethoxyquinazolin-4-amine; methanesulfonic acid", "tonocardin", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl]-(2,3-dihydro-1,4-benzodioxin-2-yl)methanone; methanesulfonicacid", "2-[4-(2,3-dihydro-1,4-benzodioxin-2-ylcarbonyl)piperazin-1-yl]-6,7-dimethoxyquinazolin-4-amine; methanesulfonic acid", "[77883-43-3]", "2-[4-(2,3-dihydro-1,4-benzodioxin-2-ylcarbonyl)piperazin-1-yl]-6,7-dimethoxyquinazolin-4-amine methanesulfonate", "cardura carduran cardura xl", "doxazosinmesylate", "[4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](2,3-dihydro-1,4-benzodioxin-2-yl)methanonemethanesulfonate", "doxazosin mesylate[usan]", "kaltensif", "[4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl](2,3-dihydro-1,4-benzodioxin-2-yl)methanonemethanesulfonate", "piperazine 1-(4-amino-6,7-dimethoxy-2-quinazolinyl)-4-((2,3-dihydro-1,4-benzodioxin-2-yl)carbonyl)- monomethanesulfonate", "doxolbran", "methanone [4-(4-amino-6,7-dimethoxy-2-quinazolinyl)-1-piperazinyl](2,3-dihydro-1,4-benzodioxin-2-yl)- methanesulfonate (1:1)", "cardular pp", "cardura[wiki]", "cardura;carduran;cardura xl", "cardular uro", "hydrogenmethanesulfonate [4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazin-1-yl](2,3-dihydro-1,4-benzodioxin-2-yl)methanone(1:1:1)", "doxaben", "mfcd00216023", "alfadil", "prostadilat", "doxazosin azu", "carduran neo", "2h,3h-benzo[e]1,4-dioxan-2-yl 4-(4-amino-6,7-dimethoxyquinazolin-2-yl)piperazinylketone,methanesulfonic acid"}|>, "6120" -> <|"DatabaseID" -> "SW03406", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59377]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00912"]}, "IsomericSmiles" -> "CCOc1cc(ccc1C(=O)[O-])CC(=O)N[C@@H](CC(C)C)c2ccccc2N3CCCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00594"]}, "OfficialNames" -> <|"China Approved Name" -> "repaglinide", "Indian Approved Name" -> "repaglinide", "FDA Approved Drug" -> "REPAGLINIDE"|>, "PharmGKBID" -> "PA451234", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65981]}, "Synonyms" -> {"repaglinide", "ag-ee 388 zw", "prandin", "ag-ee 623 zw", "repaglinida [inn-spanish]", "repaglinidum [inn-latin]", "gluconorm", "ag-ee-623 zw", "ppar-gamma", "repaglinida[spanish][inn]", "2-ethoxy-4-[2-[[(1s)-3-methyl-1-[2-(1-piperidinyl)phenyl]butyl]amino]-2-oxoethyl]benzoic acid", "(s)-(+)-2-ethoxy-4-[n-[1-(2-piperidinophenyl)-3-methyl-1-butyl]aminocarbonylmethyl]benzoicacid", "agee-623zw", "135062-02-1[rn]", "(s)-(+)-2-ethoxy-4-(n-(1-(2-piperidinophenyl)-3-methyl-1-butyl)aminocarbonylmethyl)benzoicacid", "repaglinidum", "(s)-2-ethoxy-4-[2-[[3-methyl-1-[2-(1-piperidinyl)phenyl]butyl]amino]-2-oxoethyl]benzoic acid", "gluconorm[wiki]", "2-ethoxy-4-[2-({(1s)-3-methyl-1-[2-(piperidin-1-yl)phenyl]butyl}amino)-2-oxoethyl]benzoicacid", "benzoic acid 2-ethoxy-4-(2-((3-methyl-1-(2-(1-piperidinyl)phenyl)butyl)amino)-2-oxoethyl)- (s)-", "repaglinida", "novonorm", "repaglinide[wiki]", "135062-02-1", "(s)-2-ethoxy-4-(2-((3-methyl-1-(2-(piperidin-1-yl)phenyl)butyl)amino)-2-oxoethyl)benzoic acid", "prandin;gluconorm;novonorm", "2-ethoxy-4-(2-{[(1s)-3-methyl-1-(2-piperidin-1-ylphenyl)butyl]amino}-2-oxoethyl)benzoic acid", "2-ethoxy-4-{[(s)-3-methyl-1-(2-piperidin-1-yl-phenyl)-butylcarbamoyl]-methyl}-benzoic acid", "(+)-2-ethoxy-a-[[(s)-a-isobutyl-o-piperidinobenzyl]carbamoyl]-p-toluic acid", "ag-ee-388", "(s)-2-ethoxy-4-(2-(3-methyl-1-(2-(piperidin-1-yl)phenyl)butylamino)-2-oxoethyl)benzoic acid", "novonorm;", "benzoic acid 2-ethoxy-4-[2-[[(1s)-3-methyl-1-[2-(1-piperidinyl)phenyl]butyl]amino]-2-oxoethyl]-", "novonorm[wiki]", "surepost", "337376-15-5", "repaglinidum[latin]", "repaglinid", "actulin", "[135062-02-1]", "prandin[wiki]", "ag ee-623 zw"}|>, "6121" -> <|"DatabaseID" -> "SW03407", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6837"], ExternalIdentifier["ChEBIID", "44185"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112728]}, "IsomericSmiles" -> "CN(Cc1cnc2c(n1)c(nc(n2)N)N)c3ccc(cc3)C(=O)N[C@@H](CCC(=O)[O-])C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00142"]}, "OfficialNames" -> <|"China Approved Name" -> "methotrexate", "Indian Approved Name" -> "methotrexate", "WHO Essential Medicine" -> "methotrexate", "Australia Approved Name" -> "METHOTREXATE", "FDA Approved Drug" -> "METHOTREXATE SODIUM"|>, "PharmGKBID" -> "PA450428", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 126941]}, "Synonyms" -> {"methotrexate", "mexate", "ledertrexate", "rheumatrex", "trexall", "metatrexan", "abitrexate", "antifolan", "rheumatrex dose pack", "glutamicacid n-(p-(((2,4-diamino-6-pteridinyl)methyl)methylamino)benzoyl)- l-", "n-[4-[[(2,4-diamino-6-pteridinyl)methyl]methylamino]benzoyl]-l-glutamicacid", "52-67-5[rn]", "262-213-7[einecs]", "n-[4-[[(2,4-diamino-6-pteridinyl)methyl] methylamino]benzoyl]-l-glutamicacid", "arbitrexate", "methotextrate", "folex pfs", "4-amino-n10-methylfolic acid", "extexate;", "n-(4-(((2,4-diamino-6-pteridinyl)methyl)methylamino)benzoyl)-l-glutamicacid", "4-amino-10-methylfolic acid", "l-methotrexate", "methotrexate[wiki]", "hdmtx", "59-05-2[rn]", "l-amethopterin", "(s)-2-(4-(((2,4-diaminopteridin-6-yl)methyl)(methyl)amino)benzamido)pentanedioicacid", "ametopterina", "l-glutamic acid n-(4-(((2,4-diamino-6-pteridinyl)methyl)methylamino)benzoyl)-", "methylaminopterinum", "mexate-aq", "(+)-amethopterin", "metolate", "(2s)-2-[[4-[(2,4-diaminopteridin-6-yl)methyl-methyl-amino]benzoyl]amino]pentanedioic acid", "n-(4-{[(2,4-diaminopteridin-6-yl)methyl](methyl)amino}benzoyl)-l-glutamic acid", "amethopterin", "n-(p-(((2,4-diamino-6-pteridinyl)methyl)methylamino)benzoyl)-l-(+)-glutamic acid", "methylaminopterin", "200-148-8[einecs]", "intradose-mtx", "70669[beilstein]", "cl14377", "200-413-8[einecs]", "(s)-2-{4-[(2,4-diamino-pteridin-6-ylmethyl)-methyl-amino]-benzoylamino}-pentanedioic acid", "folex", "4-amino-n10-methylpteroylglutamic acid", "amethopterine", "maxtrex[wiki]", "metotrexato [inn_es]", "methotrexatum[latin]", "15475-56-6[rn]", "05/02/1959", "(2s)-2-{[(4-{[(2,4-diaminopteridin-6-yl)methyl](methyl)amino}phenyl)carbonyl]amino}pentanedioic acid", "tcmdc-125858", "239-495-5[einecs]", "133073-73-1[rn]", "n-(4-{[(2,4-diamino-6-pteridinyl)methyl](methyl)amino}benzoyl)-l-glutamic acid[acd/iupac name]", "4-amino-n(10)-methylpteroylglutamic acid", "mtx", "methotrate", "60388-53-6[rn]", "metotrexato[spanish][inn]", "folex-pfs", "l-glutamic acid n-[4-[[(2,4-diamino-6-pteridinyl)methyl]methylamino]benzoyl]-", "l-(+)-n-(p-(((2,4-diamino-6-pteridinyl)methyl)methylamino)benzoyl)glutamic acid", "methotrexat-ebewe", "(2s)-2-[[4-[(2,4-diaminopteridin-6-yl)methyl-methylamino]benzoyl]amino]pentanedioic acid", "n-[(4-{[(2,4-diaminopteridin-6-yl)methyl](methyl)amino}phenyl)carbonyl]-l-glutamic acid", "l-(+)-n-[p-[[(2,4-diamino-6-pteridinyl)methyl]methylamino]benzoyl]glutamic acid", "51865-79-3[rn]", "a-methopterin", "337376-15-5", "amethopterin[wiki]", "methotrexat", "emtexate", "(+)-4-amino-10-methylfolic acid"}|>, "6122" -> <|"DatabaseID" -> "SW03408", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4940731]}, "IsomericSmiles" -> "CC/C=C(/c1csc(n1)N)\\C(=O)N[C@H]2[C@@H]3N(C2=O)C(=C(CS3)COC(=O)N)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07638"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cefcapene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436055]}, "Synonyms" -> {"cefcapene", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)pent-2-enoyl]amino}-3-[(carbamoyloxy)methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "(6r-(6a,7b(z)))-3-(((aminocarbonyl)oxy)methyl)-7-((2-(2-amino-4-thiazolyl)-1-oxo-2-pentenyl)amino)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "cefcapene[wiki][inn]", "cefcapene pivoxil free acid", "chembl582912", "unii-4d5d3422mw", "(6r,7r)-7-((z)-2-(2-amino-4-thiazolyl)-2-pentenamido)-3-(hydroxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid carbamate (ester)", "akos015915643", "(6r,7r)-3-[[(aminocarbonyl)oxy]methyl]-7-[[(2z)-2-(2-amino-4-thiazolyl)-1-oxo-2-pentenyl]amino]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[[(aminocarbonyl)oxy]methyl]-7-[[(2z)-2-(2-amino-4-thiazolyl)-1-oxo-2-penten-1-yl]amino]-8-oxo-,(6r,7r)-", "135889-00-8", "cefcamate", "cefcapene (inn)", "ac1o5l06", "(6r,7r)-7-((z)-2-(2-amino-4-thiazolyl)-2-pentenamido)-3-(hydroxymethyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylicacid carbamate (ester)", "cfpn", "135889-00-8[rn]"}|>, "6123" -> <|"DatabaseID" -> "SW03409", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5980]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00591"]}, "IsomericSmiles" -> "C[C@]12C[C@@H]([C@]3([C@H]([C@@H]1C[C@@H]4[C@]2(OC(O4)(C)C)C(=O)CO)C[C@@H](C5=CC(=O)C=C[C@@]53C)F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01825"]}, "OfficialNames" -> <|"China Approved Name" -> "fluocinolone", "Indian Approved Name" -> "fluocinolone acetonide", "FDA Approved Drug" -> "FLUOCINOLONE ACETONIDE"|>, "PharmGKBID" -> "PA164754912", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6215], ExternalIdentifier["PubChemCompoundID", 24848068]}, "Synonyms" -> {"fluocinolone acetonide", "synalar", "retisert", "fluocet", "jellin", "dermalar", "flucinar", "fluonid", "sinalar", "synandone", "coriphate", "synamol", "fluotrex", "fluovitif", "tefunote", "synalar-hp", "flupollon", "synotic", "radiocin", "neo-synalar", "omniderm", "fluocinolone acetonide [dcit]", "derma-smoothe/fs", "localyn syntex", "synandrone", "synsac", "percutina", "localyn", "synemol", "fluocinolonacetonidum", "synalar bi-otic solution (fluocinolone acetonide + neomycin (neomycin sulfate) + polymyxin b sulfate)_mixture", "4b,12-difluoro-6b-glycoloyl-5-hydroxy-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one[acd/iupac name]", "acetonide de fluocinolone[french][inn]", "gr", "4b,12-difluoro-5-hydroxy-6b-(2-hydroxy-acetyl)-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-7,9-dioxa-pentaleno[2,1-a]phenanthren-2-one", "9005-49-6", "(4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-4b,12-difluoro-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2", "flucinolone", "67-73-2[rn]", "fluocet (tn)", "fluocinoloni acetonidum[latin]", "medidur", "rs 1401at", "flucort", "(4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-4b,12-difluoro-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one", "synotic otic solution (dimethyl sulfoxide + fluocinolone acetonide)_mixture", "prodermin", "(4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-4b,12-difluor-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-on", "fluocinolone[wiki]", "fluocinoloni acetonidum [inn-latin]", "fluzon", "tri-luma", "cortiplastol", "fs shampoo", "fluocinolone acetonide [usan:inn:jan][inn][jan][usan]", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 4b,12-difluoro-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl- (4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-", "(4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-4b,12-difluoro-5-hydroxy-6b-(2-hydroxy-acetyl)-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-7,9-dioxa-pentaleno[2,1-a]phenanthren-2-one", "dermatin (steroid)", "200-668-5[einecs]", "(4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-4b,12-difluoro-6b-glycoloyl-5-hydroxy-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one[acd/iupac name]", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 4b,12-difluoro-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-6b-(2-hydroxyacetyl)-4a,6a,8,8-tetramethyl- (4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-", "6a,9a-difluoro-11b,16a,17,21-tetrahydroxypregna-1,4-diene-3,20-dione cyclic 16,17-acetal with acetone", "component of neo-synalar", "(4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-4b,12-difluor-5-hydroxy-6b-(hydroxyacetyl)-4a,6a,8,8-tetramethyl-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-", "flucort-n", "fs", "6a,9a-difluoro-16a-hydroxyprednisolone 16,17-acetonide", "(6a,11b,16a)-6,9-difluoro-11,21-dihydroxy-16,17-[(1-methylethylidene)bis(oxy)]-pregna-1,4-diene-3,20-dione", "6a,9a-difluoro-16a,17a-isopropylidenedioxy-1,4-pregnadiene-3,20-dione", "neosynalar crm vet (fluocinolone acetonide + neomycin sulfate)_mixture", "fluocinolone 16,17-acetonide", "acetonida de fluocinolona[spanish][inn]", "rs-1401 at", "ls-187959", "hydroquinone 4%", "triluma", "hydroquinone/tretinoin/fluocinolone cream", "940291-89-4", "tretinoin", "hydroquinone / tretinoin / fluocinolone"}|>, "6124" -> <|"DatabaseID" -> "SW03410", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "66899"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8044182]}, "IsomericSmiles" -> "CC(C)OC(=O)CCC/C=C\\C[C@H]1[C@H](C[C@H]([C@@H]1/C=C/C(COc2ccccc2)(F)F)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06274"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tafluprost"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9868491]}, "Synonyms" -> {"saflutan", "zioptan", "taflotan", "tafluprost", "afp-168", "tafluprost [usan:inn]", "isopropyl(5z)-7-{(1r,2r,3r,5s)-2-((1e)-3,3-difluoro-4-phenoxybut-1-enyl)-3,5-dihydroxycyclopentyl}hept-5-enoate", "tafluprost[wiki][inn]", "chebi:66899", "209860-87-7", "209860-87-7[rn]", "tapros", "isopropyl(5z)-7-{(1r,2r,3r,5s)-2-[(1e)-3,3-difluoro-4-phenoxybut-1-en-1-yl]-3,5-dihydroxycyclopentyl}hept-5-enoate", "mk-2452"}|>, "6125" -> <|"DatabaseID" -> "SW03411", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514931]}, "IsomericSmiles" -> "CCOC(=O)[C@H](CCc1ccccc1)[NH2+][C@@H](C)C(=O)N(CC(=O)[O-])C2Cc3ccccc3C2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07781"]}, "OfficialNames" -> <|"NPC Approved Name" -> "delapril"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362116]}, "Synonyms" -> {"glycine", "delapril", "alindapril", "delaket", "delapril [inn]", "glycine,n-((1s)-1-(ethoxycarbonyl)-3-phenylpropyl)-l-alanyl-n-(2,3-dihydro-1h-inden-2-yl)-", "(s)-n-(2,3-dihydro-1h-inden-2-yl)-n-[n-[1-(ethoxycarbonyl)-3-phenylpropyl]-l-alanyl]glycine", "ncgc00181755-01", "delaket (tn)", "glycine,n-(2,3-dihydro-1h-inden-2-yl)-n-(n-(1-(ethoxycarbonyl)-3-phenylpropyl)-l-alanyl)- (s)-", "glycine,n-[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]-l-alanyl-n-(2,3-dihydro-1h-inden-2-yl)-", "adecut", "83435-66-9[rn]", "delaprilum", "delapril[wiki][inn]", "delaprilum [latin]", "rev 6000a", "ethyl (s)-2-[[(s)-1-[(carboxymethyl)-2-indanylcarbamoyl]ethyl]amino]-4-phenylbutyrate", "n-[n-[(s)-1-(ethoxycarbonyl)-3-phenylpropyl]-l-alanyl]-n-(indan-2-yl)glycine", "83435-67-0[rn]", "83435-66-9", "n-[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]-l-alanyl-n-(2,3-dihydro-1h-inden-2-yl)glycine", "indalapril", "delaprilum[latin]"}|>, "6126" -> <|"DatabaseID" -> "SW03412", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9169"]}, "IsomericSmiles" -> "C[C@@]1(CO[C@@H]([C@@H]([C@H]1[NH2+]C)O)O[C@H]2[C@@H](C[C@@H]([C@H]([C@@H]2O)O[C@@H]3[C@@H](CC=C(O3)C[NH3+])[NH3+])[NH3+])[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02544"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sisomicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36119]}, "Synonyms" -> {"sisomicin", "sissomicin", "antibiotic 66-40", "antibiotic 6640", "sisomycin", "sisomicinum", "sch 13475", "sisomicine", "rickamicin", "sisomicina"}|>, "6127" -> <|"DatabaseID" -> "SW03413", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5098"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00301"]}, "IsomericSmiles" -> "Cc1c(c(no1)c2c(cccc2Cl)F)C(=O)N[C@H]3[C@@H]4N(C3=O)[C@H](C(S4)(C)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04196"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sesamol"|>, "Synonyms" -> {"floxapen", "flucloxacillin", "floxacillin", "flucloxacilina [inn-spanish]", "flucloxacilline [inn-french]", "flucloxacillinum [inn-latin]", "flucloxacillin-sodium", "fluclox", "flucloxacillin sodium", "sesamol"}|>, "6128" -> <|"DatabaseID" -> "SW03414", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3414"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31054]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)C(c3ccccc3)C(=O)Oc4ccccc4)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02199"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carfecillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 33672]}, "Synonyms" -> {"carfecillin", "carbenicillin phenyl", "carbenicillin phenyl ester", "carbenicillin phenyl sodium", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-((2-phenoxycarbonyl)-2-phenylacetamido)-4-thia-1-azabicyclo(3.2.0)heptan-2-carbonsaeure", "1095507[beilstein]", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(3-oxo-3-phenoxy-2-phenylpropanoyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid[acd/iupac name]", "carfecillinum[latin]", "carfecillin sodium", "chebi:3414", "5405930[beilstein]", "naproxen[wiki]", "carfecilina", "carfecillinum [inn-latin]", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-((3-oxo-3-phenoxy-2-phenylpropanoyl)amino)-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "carfecilina[spanish][inn]", "malonamicacid n-(2-carboxy-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)hept-6-yl)-2-phenyl- 1-phenyl ester", "carfecilina; carfecilline; carfecillinum", "carfecilline", "248-171-2[einecs]", "carfecillinum", "malonamicacid n-(2-carboxy-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)hept-6", "carfecilina [inn-spanish]", "carfecillinum [inn_la]", "carfecilline [inn-french]", "6-(2-phenoxycarbonyl-2-phenylacetamido)penicillansaeure", "27025-49-6[rn]", "carfecilline[french][inn]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[(1,3-dioxo-3-phenoxy-2-phenylpropyl)amino]-3,3-dimethyl-7-oxo- (2s,5r,6r)-"}|>, "6129" -> <|"DatabaseID" -> "SW03414", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3414"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31054]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)C(c3ccccc3)C(=O)Oc4ccccc4)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02199"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carfecillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 33672]}, "Synonyms" -> {"carfecillin", "carbenicillin phenyl", "carbenicillin phenyl ester", "carbenicillin phenyl sodium", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-((2-phenoxycarbonyl)-2-phenylacetamido)-4-thia-1-azabicyclo(3.2.0)heptan-2-carbonsaeure", "1095507[beilstein]", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-[(3-oxo-3-phenoxy-2-phenylpropanoyl)amino]-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid[acd/iupac name]", "carfecillinum[latin]", "carfecillin sodium", "chebi:3414", "5405930[beilstein]", "naproxen[wiki]", "carfecilina", "carfecillinum [inn-latin]", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-((3-oxo-3-phenoxy-2-phenylpropanoyl)amino)-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "carfecilina[spanish][inn]", "malonamicacid n-(2-carboxy-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)hept-6-yl)-2-phenyl- 1-phenyl ester", "carfecilina; carfecilline; carfecillinum", "carfecilline", "248-171-2[einecs]", "carfecillinum", "malonamicacid n-(2-carboxy-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)hept-6", "carfecilina [inn-spanish]", "carfecillinum [inn_la]", "carfecilline [inn-french]", "6-(2-phenoxycarbonyl-2-phenylacetamido)penicillansaeure", "27025-49-6[rn]", "carfecilline[french][inn]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[(1,3-dioxo-3-phenoxy-2-phenylpropyl)amino]-3,3-dimethyl-7-oxo- (2s,5r,6r)-"}|>, "6130" -> <|"DatabaseID" -> "SW03415", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "474053"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390126], ExternalIdentifier["ChemSpiderID", 30723]}, "IsomericSmiles" -> "Cc1nnc(s1)SCC2=C(N3[C@@H]([C@@H](C3=O)NC(=O)Cn4cnnn4)SC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02299"]}, "OfficialNames" -> <|"China Approved Name" -> "cefazolin", "WHO Essential Medicine" -> "cefazolin", "Indian Approved Name" -> "cefazolin", "FDA Approved Drug" -> "CEFAZOLIN SODIUM"|>, "Synonyms" -> {"cefazolin", "cefamezin", "cephazoline", "cefazolinum", "cephamezine", "cephazolidin", "cefazolina", "25953-19-9[rn]", "cefazolin[wiki][usp]", "cephazolin[wiki]", "(6r-trans)-3-(((5-methyl-1,3,4-thiadiazol-2-yl)thio)methyl)-8-oxo-7-(((1h-tetrazol-1-yl)acetyl)-amino)-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,3-(((5-methyl-1,3,4-thiadiazol-2-yl)thio)methyl)-8-oxo-7-(2-(1h-tetrazol-1-yl)acetamido)-", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[[(5-methyl-1,3,4-thiadiazol-2-yl)thio]methyl]-8-oxo-7-[[2-(1h-tetrazol-1-yl)acetyl]amino]- (6r,7r)-", "ancef", "(6r,7r)-3-(5-methyl-[1,3,4]thiadiazol-2-ylsulfanylmethyl)-8-oxo-7-(2-tetrazol-1-yl-acetylamino)-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "(6r,7r)-7-(2-(1h-tetrazol-1-yl)acetamido)-3-(((5-methyl-1,3,4-thiadiazol-2-yl)thio)methyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "25953-19-9 (free acid)", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[[(5-methyl-1,3,4-thiadiazol-2-yl)thio]methyl]-8-oxo-7-[(1h-tetrazol-1-ylacetyl)amino]- (6r,7r)-", "(6r 7r)-3-[[(5-methyl-1,3,4-thiadiazol-2- yl)thio]methyl]-8-oxo-7-[[1h-tetrazol-1- yl)acetyl]amino]-5-thia-1-azabicyclo[4.2.0]oct-2- ene-2-carboxylic acid", "cefazolina[spanish][inn]", "cefazoline[wiki]", "cefazolin acid", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,3-(((5-methyl-1,3,4-thiadiazol-2-yl)thio)methyl)-8-oxo-7-(((1h-tetrazol-1-yl)acetyl)amino)- (6r-trans)-", "247-362-8[einecs]", "(6r,7r)-3-{[(5-methyl-1,3,4-thiadiazol-2-yl)thio]methyl}-8-oxo-7-[(1h-tetrazol-1-ylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cefazolin [usan:inn][inn][usan]", "cephazolin", "cez", "cefazolinum[latin]", "cefazolinum [inn_la]", "cefazoline", "(6r,7r)-3-{[(5-methyl-1,3,4-thiadiazol-2-yl)sulfanyl]methyl}-8-oxo-7-[(1h-tetrazol-1-ylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid[acd/iupac name]", "7-(1-(1h)-tetrazolylacetamido)-3-[2-(5-methyl-1,3,4-thiadiazolyl)thiomethyl]-d3-cephem-4-carboxylicacid", "(6r,7r)-3-(((5-methyl-1,3,4-thiadiazol-2-yl)thio)methyl)-8-oxo-7-(2-(1h-tetrazol-1-yl)acetamido)-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "cephazolin sodium", "sk&f; 41558", "27164-46-1 25953-19-9", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[[(5-methyl-1,3,4-thiadiazol-2-yl)thio]methyl]-8-oxo-7-[(1h-tetrazol-1-ylacetyl)amino]- monosodium salt,(6r,7r)-", "sk&f-41558;", "acef", "sodium cez; skf-41558", "biazolina", "sodium (6r,7r)-3-(((5-methyl-1,3,4-thiadiazol-2-yl)thio)methyl)-8-oxo-7-(2-(1h-tetrazol-1-yl)acetamido)-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylate", "248-278-4[einecs]", "totacef", "cefazolin sodium", "27164-46-1 25953-19-9 [cefazolin]", "sodium cefazolin", "cefazil", "liviclina", "(6r,7r)-3-(5-methyl-[1,3,4]thiadiazol-2-ylsulfanylmethyl)-8-oxo-7-(2-tetrazol-1-yl-acetylamino)-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid sodium salt", "firmacef", "monosodium cefazolin", "2716-46-1", "elzogram[wiki]", "kefzol[wiki]", "atirin", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[[(5-methyl-1,3,4-thiadiazol-2-yl)thio]methyl]-8-oxo-7-[[2-(1h-tetrazol-1-yl)acetyl]amino]- sodium salt,(6r,7r)-(1:1)", "sodium (6r,7r)-3-{[(5-methyl-1,3,4-thiadiazol-2-yl)sulfanyl]methyl}-8-oxo-7-[(1h-tetrazol-1-ylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "lampocef", "zolicef", "sodium (6r-trans)-3-[[(5-methyl-1,3,4-thiadiazol-2-yl)thio]methyl]-8-oxo-7-(1h-tetrazol-1-ylacetamido)-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "cefazina", "sodium cez", "gramaxin", "ancef (tn)", "cez sodium", "cefazoline sodium", "cefamedin", "sodium (6r,7r)-3-(((5-methyl-1,3,4-thiadiazol-2-yl)thio)methyl)-8-oxo-7-(2-(1h-tetrazol-1-yl)acetamido)-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "cefazolin sodium salt", "sodium cephazolin", "27164-46-1[rn]", "ancef[wiki]", "natrium-(6r,7r)-3-{[(5-methyl-1,3,4-thiadiazol-2-yl)sulfanyl]methyl}-8-oxo-7-[(1h-tetrazol-1-ylacetyl)amino]-5-thia-1-azabicyclo[4.2.0]oct-2-en-2-carboxylat"}|>, "6131" -> <|"DatabaseID" -> "SW03416", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59784"], ExternalIdentifier["ChEBIID", "4639"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18509], ExternalIdentifier["ChemSpiderID", 12919]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01081"]}, "IsomericSmiles" -> "CCOC(=O)C1(CC[NH+](CC1)CCC(C#N)(c2ccccc2)c3ccccc3)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00301"]}, "OfficialNames" -> <|"China Approved Name" -> "diphenoxylate", "FDA Approved Drug" -> "DIPHENOXYLATE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164746539", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13505]}, "Synonyms" -> {"difenossilato [dcit]", "diphenoxalate", "lomotil", "difenoxilato [inn-spanish]", "diphenoxylatum [inn-latin]", "diphenoxylate", "difenoxilato", "diphenoxylatum", "223-287-6[einecs]", "3810-80-8[rn]", "lomotil (atropine sulfate + diphenoxylate hcl)_mixture", "dor-1", "dea no. 9170", "diphenoxylatum [latin]", "difenossilato", "diphenoxylate[wiki]", "diphenoxylate hydrochloride", "difenoxilato [spanish]", "1-(3-cyano-3,3-diphenylpropyl)-4-phenyl-isonipecotic acid ethylester", "4-piperidinecarboxylic acid 1-(3-cyano-3,3-diphenylpropyl)-4-phenyl- ethyl ester hydrochloride (1:1)", "ethyl-1-(3-cyan-3,3-diphenylpropyl)-4-phenylpiperidin-4-carboxylathydrochlorid", "2,2-diphenyl-4-(4-carbethoxy-4-phenylpiperidino)butyronitrile", "4-piperidinecarboxylic acid 1-(3-cyano-3,3-diphenylpropyl)-4-phenyl- ethyl ester", "ethyl 1-(3-cyano-3,3-diphenylpropyl)-4-phenylisonipecotate", "difenoxilato[spanish][inn]", "1-(3-cyano-3,3-diphenylpropyl)-4-phenyl-4-piperidinecarboxylicacid ethyl ester monohydrochloride", "isonipecotic acid,1-(3-cyano-3,3-diphenylpropyl)-4-phenyl- ethyl ester hydroc", "isonipecotic acid,1-(3-cyano-3,3-diphenylpropyl)-4-phenyl- ethyl ester", "r 1132 (antiperistaltic)", "4-piperidinecarboxylic acid 1-(3-cyano-3,3-diphenylpropyl)-4-phenyl- ethyl ester (9ci)", "ethyl 1-(3-cyano-3,3-diphenylpropyl)-4-phenylpiperidine-4-carboxylate", "915-30-0", "ethyl 1-(3-cyano-3,3-diphenylpropyl)-4-phenylpiperidine-4-carboxylate hydrochloride (1:1)", "5-22-02-00487 (beilstein handbook reference)[beilstein]", "ethyl 1-(3-cyano-3,3-diphenyl-propyl)-4-phenyl-piperidine-4-carboxylate", "diphenoxylate hcl", "1-(3-cyano-3,3-diphenylpropyl)-4-phenyl-4-piperidinecarboxylicacid ethyl ester", "213-020-1[einecs]", "ethyl 1-(3-cyano-3,3-diphenylpropyl)-4-phenyl-4-piperidinecarboxylate[acd/iupac name]", "1-(3-cyano-3,3-diphenylpropyl)-4-phenylisonipecotic acid ethylester hydrochloride", "4-piperidinecarboxylic acid 1-(3-cyano-3,3-diphenylpropyl)-4-phenyl- ethyl ester monohydrochloride", "5-22-02-00487", "isonipecotic acid,1-(3-cyano-3,3-diphenylpropyl)-4-phenyl- ethyl ester hydrochloride", "diphenoxylate-atropine", "915-30-0[rn]", "lomotil[wiki]", "1-(3-cyano-3,3-diphenylpropyl)-4-(ethoxycarbonyl)-4-phenylpiperidinium chloride[acd/iupac name]", "diphenoxylatum[latin]", "ethyl 1-(3-cyano-3,3-diphenylpropyl)-4-phenylpiperidine-4-carboxylate hydrochloride", "1-(3-cyano-3,3-diphenylpropyl)-4-phenylisonipecotic acid ethylester", "diphenoxylate hydrochloride[usp]", "ethyl 1-(3-cyano-3,3-diphenylpropyl)-4-phenylisonipecotate monohydrochloride", "337376-15-5", "reasec"}|>, "6132" -> <|"DatabaseID" -> "SW03417", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3286"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49452]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00248"]}, "IsomericSmiles" -> "CCNC(=O)N(CCC[NH+](C)C)C(=O)[C@@H]1C[C@@H]2c3cccc4c3c(c[nH]4)C[C@H]2[NH+](C1)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00987"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cabergoline"|>, "PharmGKBID" -> "PA448708", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54746]}, "Synonyms" -> {"cabaser", "cabergoline", "dostinex", "cabergolinum [latin]", "cabergolina [spanish]", "cabaseril", "cid54746", "81409-90-7[rn]", "5-ht-1a", "5- ht1a", "cabergolinum", "(6ar,9r,10ar)-n-[3-(dimethylamino)propyl]-n-(ethylcarbamoyl)-7-prop-2-en-1-yl-4,6,6a,7,8,9,10,10a-octahydroindolo[4,3-fg]quinoline-9-carboxamide", "cabergoline [usan:ban:inn][inn][usan]", "cabergolina", "g-21", "fce-21336", "cabergolina[spanish]", "galastop", "85329-89-1[rn]", "9005-49-6", "dostinex[wiki]", "cabaser (tn)", "cabergoline[wiki]", "(8b)-n-[3-(dimethylamino)propyl]-n-[(ethylamino)carbonyl]-6-(2-propenyl)ergoline-8-carboxamide", "n-[3-(dimethylamino)propyl]-n-[(ethylamino)carbonyl]-6-(2-propenyl)ergoline-8-carboxamide", "cabergolinum [inn_la]", "cabergolinum[latin]", "cabaser[wiki]", "serotonin receptor 1a", "cabergoline (jan/usan)[jan][usan]", "(6ar,9r,10ar)-n-[3-(dimethylamino)propyl]-n-(ethylcarbamoyl)-7-prop-2-en-1-yl-4,6,6a,7,8,9,10,10a-octahydroindolo[4,3-fg]chinolin-9-carboxamid", "sogilen", "1-ethyl-3-(3'-dimethylaminopropyl)-3-(6'-allylergoline-8'b-carbonyl)urea", "dostinex (tn)"}|>, "6133" -> <|"DatabaseID" -> "SW03417", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3286"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49452]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00248"]}, "IsomericSmiles" -> "CCNC(=O)N(CCC[NH+](C)C)C(=O)[C@@H]1C[C@@H]2c3cccc4c3c(c[nH]4)C[C@H]2[NH+](C1)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00987"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cabergoline"|>, "PharmGKBID" -> "PA448708", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54746]}, "Synonyms" -> {"cabaser", "cabergoline", "dostinex", "cabergolinum [latin]", "cabergolina [spanish]", "cabaseril", "cid54746", "81409-90-7[rn]", "5-ht-1a", "5- ht1a", "cabergolinum", "(6ar,9r,10ar)-n-[3-(dimethylamino)propyl]-n-(ethylcarbamoyl)-7-prop-2-en-1-yl-4,6,6a,7,8,9,10,10a-octahydroindolo[4,3-fg]quinoline-9-carboxamide", "cabergoline [usan:ban:inn][inn][usan]", "cabergolina", "g-21", "fce-21336", "cabergolina[spanish]", "galastop", "85329-89-1[rn]", "9005-49-6", "dostinex[wiki]", "cabaser (tn)", "cabergoline[wiki]", "(8b)-n-[3-(dimethylamino)propyl]-n-[(ethylamino)carbonyl]-6-(2-propenyl)ergoline-8-carboxamide", "n-[3-(dimethylamino)propyl]-n-[(ethylamino)carbonyl]-6-(2-propenyl)ergoline-8-carboxamide", "cabergolinum [inn_la]", "cabergolinum[latin]", "cabaser[wiki]", "serotonin receptor 1a", "cabergoline (jan/usan)[jan][usan]", "(6ar,9r,10ar)-n-[3-(dimethylamino)propyl]-n-(ethylcarbamoyl)-7-prop-2-en-1-yl-4,6,6a,7,8,9,10,10a-octahydroindolo[4,3-fg]chinolin-9-carboxamid", "sogilen", "1-ethyl-3-(3'-dimethylaminopropyl)-3-(6'-allylergoline-8'b-carbonyl)urea", "dostinex (tn)"}|>, "6134" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6135" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6136" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6137" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6138" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6139" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6140" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6141" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6142" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6143" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6144" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6145" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6146" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6147" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6148" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6149" -> <|"DatabaseID" -> "SW03418", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478647]}, "IsomericSmiles" -> "CC(=CCCC(C1CCC2(C1(CCC3=C2CCC4C3(CCC(=O)C4(C)C)C)C)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pinicolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320604]}, "Synonyms" -> {"pinicolic acid", "ac1nsznq", "6-methyl-2-(4"}|>, "6150" -> <|"DatabaseID" -> "SW03419", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 229795]}, "IsomericSmiles" -> "C[C@H]1[C@@H](CC[C@]2([C@@H]1C3=CC[C@@H]4[C@]5(CCC(=O)C([C@@H]5CC[C@]4([C@@]3(CC2)C)C)(C)C)C)C)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ifflaionic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 261728]}, "Synonyms" -> {"ifflaionic acid", "ac1q6j01", "3-oxours-12-en-30-oic acid", "(1r", "ac1l65xt", "nsc-94656", "ar-1f4852", "nsc94656", "6805-19-2[rn]"}|>, "6151" -> <|"DatabaseID" -> "SW03420", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "123417"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187436]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06268"]}, "IsomericSmiles" -> "Cc1cc2c(cc1CC(=O)c3c(ccs3)S(=O)(=O)[N-]c4c(c(no4)C)Cl)OCO2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07171"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sitaxentan"|>, "PharmGKBID" -> "PA165958361", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216235]}, "Synonyms" -> {"sitaxentan", "thelin", "sitaxsentan", "tbc-11251", "sitaxsentan[wiki]", "endothelin b receptor precursor", "2-[2-(6-methyl-benzo[1,3]dioxol-5-yl)-acetyl]-thiophene-3-sulfonic acid(4-chloro-3-methyl-isoxazol-5-yl)-amide", "thelin[wiki]", "184036-34-8[rn]", "sitax", "endothelin receptor non- selective type", "3-thiophenesulfonamide n-(4-chloro-3-methyl-5-isoxazolyl)-2-[2-(6-methyl-1,3-benzodioxol-5-yl)acetyl]-", "3-thiophenesulfonamide n-(4-chloro-3-methyl-5-isoxazolyl)-2-((6-methyl-1,3-benzodioxol-5-yl)acetyl)-", "184036-34-8,; 210421-64-0", "210421-64-0[rn]", "unii-j9qh779mem", "n-(4-chloro-3-methylisoxazol-5-yl)-2-(2-(6-methylbenzo[d][1,3]dioxol-5-yl)acetyl)thiophene-3-sulfonamide", "sitaxentan[inn]", "2-[2-(6-methyl-benzo[1,3]dioxol-5-yl)-acetyl]-thiophene-3-sulfonic acid(4-chloro-3-methyl-isoxazol-5-yl)-amide (sitaxsentan)", "ac1q5g7p", "et-b", "n-(4-chloro-3-methyl-5-isoxazolyl)-2-((3,4-(methylenedioxy)-6-methylphenyl)acetyl)-3-thiophenesulfonamide", "n-(4-chloro-3-methyl-5-isoxazolyl)-2-((2-methyl-4,5-methylenedioxyphenyl)acetyl)thiophene-3-sulfonamide", "184036-34-8", "tbc 11251", "n-(4-chloro-3-methyl-1,2-oxazol-5-yl)-2-[(6-methyl-1,3-benzodioxol-5-yl)acetyl]thiophene-3-sulfonamide", "ac1l50c3"}|>, "6152" -> <|"DatabaseID" -> "SW03421", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559060]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)n(c-3nc(=O)[nH]c(=O)c3n2)C[C@@H]([C@@H]([C@@H](COP(=O)([O-])[O-])O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05725"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "RIBOFLAVIN 5'-PHOSPHATE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23687712]}, "Synonyms" -> {"(2r,3s,4s)-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-2,3,4-trihydroxypentyldihydrogen phosphate", "riboflavin 5'-phosphate sodium dihydrate", "riboflavine 5-phosphate (6ci)", "vitamin b2 phosphate", "flavol", "riboflavine 5'-monophosphate", "riboflavin 5'-phosphate", "6184-17-4", "riboflavine dihydrogen phosphate", "riboflavin 5prime-phosphate", "riboflavin mononucleotide", "fmn", "riboflavin 5'-phosphate sodium", "flavin mononucleotide[wiki]", "dxa", "146-17-8[rn]", "4-26-00-02554", "riboflavin 5'-monophosphate", "riboflavin sodium phosphate dihydrate", "1-deoxy-1-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-5-o-phosphono-d-ribitol", "flavine mononucleotide", "riboflavin-5-phosphate", "d05725", "205-664-7[einecs]", "riboflavin 5'-(dihydrogen phosphate)", "bif4012", "riboflavin 5'-phosphate sodium (usp)", "d-ribitol 1-deoxy-1-(4-hydroxy-7,8-dimethyl-2-oxobenzo[g]pteridin-10(2h)-yl)- 5-(dihydrogen phosphate)", "alloxazine mononucleotide", "68086[beilstein]", "riboflavin monophosphate", "riboflavine 5'-phosphate", "bisulase", "flanin", "riboflavin 5'-(dihydrogen phosphate) (8ci,9ci)", "riboflavin phosphate", "d-ribitol 1-deoxy-1-(3,4-dihydro-7,8-dimethyl-2,4-dioxobenzo[g]pteridin-10(2h)-yl)- 5-(dihydrogenphosphate)"}|>, "6153" -> <|"DatabaseID" -> "SW03422", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "204928"]}, "IsomericSmiles" -> "CC(=O)OCC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)/C(=N\\OC)/c3csc(n3)N)SC1)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00919"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFOTAXIME SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10695961]}, "Synonyms" -> {"cefotaxime sodium", "cefotaxim sodium salt", "smr000058812", "(+)-cefotaxime sodium salt", "sodium cefotaxime", "hr-756", "claforan", "64485-93-4", "cefotaxime sodium salt", "ru-24756", "chebi:3498"}|>, "6154" -> <|"DatabaseID" -> "SW03423", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106368]}, "IsomericSmiles" -> "C[C@@]12CC[C@@H]3[C@]4(C=CC(=O)OC([C@@H]4CC(=O)[C@]3([C@@]15[C@H](O5)C(=O)O[C@H]2c6ccoc6)C)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "obacunone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119041]}, "Synonyms" -> {"obacunone", "(5ar,5br,7as,8r,10as,11ar,11br,13ar)-8-(furan-3-yl)-1,1,5a,7a,11b-pentamethyl-5b,6,7,7a,8,11b,13,13a-octahydrooxireno[4,4a]isochromeno[6,5-g][2]benzoxepine-3,10,12(1h,5ah,10ah)-trione", "751-03-1[rn]", "(5ar", "ai3-37934", "oxireno(4", "mls002473187", "oxireno(4,4a)-2-benzopyrano(6,5-g)(2)benzoxepin-3,5,9(3ah,4bh,6h)-trione 1-(3-furanyl)-1,6a,7,11a,11b,12,13,13a-octahydro-4b,7,7,11a,13a-pentamethyl- (1s,3as,4ar,4br,6ar,11ar,11br,11br,13as)-", "obacunoic acid", "ac1l3o3h", "751-03-1", "ccris 8657", "oxireno[4',5']pyrano[4',3':5,6]naphth[2,1-c]oxepin-3,10,12(1h,5ah,10ah)-trione 8-(3-furanyl)-5b,6,7,7a,8,11b,13,13a-octahydro-1,1,5a,7a,11b-pentamethyl- (5ar,5br,7as,8r,10as,11ar,11br,13ar)-", "ambap751-03-1"}|>, "6155" -> <|"DatabaseID" -> "SW03424", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01469"]}, "IsomericSmiles" -> "CCC[C@](C)([C@H]1CC23C=CC1([C@@H]4C25CC[NH+](C3Cc6c5c(c(cc6)OC(=O)C)O4)C)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Acetorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62795]}, "Synonyms" -> {"acetorphine", "dea no. 9319", "ac1l1xsm", "acetorfina", "acetorphinum", "acetorfina [inn-spanish]", "4", "6", "acetorphinum [inn-latin]", "brn 4947728"}|>, "6156" -> <|"DatabaseID" -> "SW03424", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01469"]}, "IsomericSmiles" -> "CCC[C@](C)([C@H]1CC23C=CC1([C@@H]4C25CC[NH+](C3Cc6c5c(c(cc6)OC(=O)C)O4)C)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Acetorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62795]}, "Synonyms" -> {"acetorphine", "dea no. 9319", "ac1l1xsm", "acetorfina", "acetorphinum", "acetorfina [inn-spanish]", "4", "6", "acetorphinum [inn-latin]", "brn 4947728"}|>, "6157" -> <|"DatabaseID" -> "SW03424", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01469"]}, "IsomericSmiles" -> "CCC[C@](C)([C@H]1CC23C=CC1([C@@H]4C25CC[NH+](C3Cc6c5c(c(cc6)OC(=O)C)O4)C)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Acetorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62795]}, "Synonyms" -> {"acetorphine", "dea no. 9319", "ac1l1xsm", "acetorfina", "acetorphinum", "acetorfina [inn-spanish]", "4", "6", "acetorphinum [inn-latin]", "brn 4947728"}|>, "6158" -> <|"DatabaseID" -> "SW03424", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01469"]}, "IsomericSmiles" -> "CCC[C@](C)([C@H]1CC23C=CC1([C@@H]4C25CC[NH+](C3Cc6c5c(c(cc6)OC(=O)C)O4)C)OC)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Acetorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62795]}, "Synonyms" -> {"acetorphine", "dea no. 9319", "ac1l1xsm", "acetorfina", "acetorphinum", "acetorfina [inn-spanish]", "4", "6", "acetorphinum [inn-latin]", "brn 4947728"}|>, "6159" -> <|"DatabaseID" -> "SW03425", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27784"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65329]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04729"]}, "IsomericSmiles" -> "C[C@@]1(CO[C@@H]([C@@H]([C@H]1[NH2+]C)O)O[C@H]2[C@@H](C[C@@H]([C@H]([C@@H]2O)O[C@@H]3[C@@H](CC[C@H](O3)C[NH3+])[NH3+])[NH3+])[NH3+])O", "OfficialNames" -> <|"NPC Approved Name" -> "gentamicin c1a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72396]}, "Synonyms" -> {"gentamicin c1a", "gentamycin c1a", "26098-04-4[rn]", "ge1-(1-4)ge2-(2-4)ge3", "gentacycol", "lll", "16s ribosomal ribonucleic acid", "gentamicin cla", "d-streptamine", "garasol", "gentalline", "(2r", "refobacin", "tlc g-65", "brn 1356351", "a-d-erythro-hexopyranoside,(1r,2s,3s,4r,6s)-4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)-b-l-arabinopyranosyl]oxy]-2-hydroxycyclohexyl 2,6-diamino-2,3,4,6-tetradeoxy-", "gentamycin c12", "215-778-9[einecs]", "septocin", "(1r,2s,3s,4r,6s)-4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)-b-l-arabinopyranosyl]oxy}-2-hydroxycyclohexyl 2,6-diamino-2,3,4,6-tetradeoxy-a-d-erythro-hexopyranoside", "(2r,3r,4r,5r)-2-((1s,2s,3r,4s,6r)-4,6-diamino-3-((2r,3r,6s)-3-amino-6-(aminomethyl)-tetrahydro-2h-pyran-2-yloxy)-2-hydroxycyclohexyloxy)-5-methyl-4-(methylamino)-tetrahydro-2h-pyran-3,5-diol", "gentamicin d", "garamycin[wiki]", "(1r", "u-gencin", "gentacidin", "26098-04-4", "gentavet"}|>, "6160" -> <|"DatabaseID" -> "SW03426", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04258"]}, "IsomericSmiles" -> "CCC(CC)(/C=C/C=C/[C@@H](C)[C@H]1CC[C@H]\\2[C@]1(CCC/C2=C/C=C\\3/C[C@@H](C[C@H](C3=C)O)O)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "seocalcitol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46936934]}, "Synonyms" -> {"cb-1089", "eb-1089", "vdr", "22-24-diene-24a,26a,27a,trihomo-1alpha,25-dihydroxyvitamin d3", "1,25-dihydroxyvitamin d3 receptor", "22-24-diene-24a", "(5z,7e,22e,24e)-(1s,3r)-26,27-dimethyl-24a-homo-9,10-seco-5,7,10(19),22,24-cholestapentaene-1,3,25-triol", "134404-52-7", "seocalcitol", "db04258", "(5z"}|>, "6161" -> <|"DatabaseID" -> "SW03427", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391997]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C=C1CC[C@@H]3[C@@]2([C@H](C[C@]4([C@H]3C[C@@H]5[C@]4(OC(O5)(C)C)C(=O)CCl)C)O)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01308"]}, "OfficialNames" -> <|"China Approved Name" -> "halcinonide", "Traditional Herbal Isolate" -> "pregnenes", "Indian Approved Name" -> "halcinonide", "FDA Approved Drug" -> "HALCINONIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443943]}, "Synonyms" -> {"halog", "halcort", "halcinonide", "halciderm", "halcimat", "betacorton", "3093-35-4[rn]", "221-439-6[einecs]", "(4as,4br,5s,6as,6bs,9ar,10as,10bs)-6b-(chloroacetyl)-4b-fluoro-5-hydroxy-4a,6a,8,8-tetramethyl-3,4,4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-tetradecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one", "halcinonide[wiki]", "prestwick_1069", "ascochrom", "(4as,4br,5s,6as,6bs,9ar,10as,10bs)-6b-(chloracetyl)-4b-fluor-5-hydroxy-4a,6a,8,8-tetramethyl-3,4,4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-tetradecahydro-2h-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 6b-(2-chloroacetyl)-4b-fluoro-3,4,4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-tetradecahydro-5-hydroxy-4a,6a,8,8-tetramethyl-,(4as,4br,5s,6as,6bs,9ar,10as,10bs)-", "21-chloro-9-fluoro-11b,16a,17-trihydroxypregn-4-ene-3,20-dionecyclic 16,17-acetal with acetone", "21-chloro-9a-fluoro-11b-hydroxy-16a,17a-isopropylidenedioxy-4-pregnene-3,20-dione", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 6b-(chloroacetyl)-4b-fluoro-3,4,4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-tetradecahydro-5-hydroxy-4a,6a,8,8-tetramethyl- (4as,4br,5s,6as,6bs,9ar,10as,10bs)-", "sq-18566", "volog", "3093-35-4", "9a-fluoro-21-chloro-11b,16a,17a-trihydroxypregn-4-ene-3,20-dione 16,17-acetonide", "halog-e", "(11b,16a)-21-chloro-9-fluoro-11-hydroxy-16,17-[(1-methylethylidene)bis(oxy)]pregn-4-ene-3,20-dione", "3039-35-4", "halog (tn)"}|>, "6162" -> <|"DatabaseID" -> "SW03428", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50694"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735907]}, "IsomericSmiles" -> "C[NH+](C)[C@H]1[C@@H]2C[C@@H]3Cc4c(ccc(c4C(=O)C3=C([C@@]2(C(=O)C(=C1[O-])C(=O)N)O)[O-])[O-])N(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05045"]}, "OfficialNames" -> <|"Indian Approved Name" -> "minocycline", "Australia Approved Name" -> "MINOCYCLINE"|>, "Synonyms" -> {"minocycline", "2-naphthacenecarboxamide 4,7-bis(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,10,12,12a-tetrahydroxy-1,11-dioxo-,(4s,4as,5ar,12as)-", "13614-98-7[rn]", "(4s,4as,5ar,12as)-4,7-bis-dimethylamino-3,10,12,12a-tetrahydroxy-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydro-naphthacene-2-carboxylic acid amide", "3077644[beilstein]", "[4s-(4a,4aa,5aa,12aa)]-4,7-bis(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,10,12,12a-tetrahydroxy-1,11-dioxo-2-naphthacenecarboxamide", "10118-90-8[rn]", "(4s,4as,5ar,12as)-4,7-bis(dimethylamino)-3,10,12,12a-tetrahydroxy-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide", "7-dimethylamino-6-demethyl-6-deoxytetracycline", "minociclinum", "minociclina[spanish][inn]", "237-099-7[einecs]", "minocycline [inn_en]"}|>, "6163" -> <|"DatabaseID" -> "SW03429", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470736]}, "IsomericSmiles" -> "CCOC(=O)C1=C(NC(=C(C1c2ccccc2/C=C/C(=O)OC(C)(C)C)C(=O)OCC)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04657"]}, "OfficialNames" -> <|"China Approved Name" -> "lacidipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311217]}, "Synonyms" -> {"lacidipine", "motens", "gr 43659 x", "lacipil", "gr-43659x", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(2-(3-(1,1-dimethylethoxy)-3-oxo-1-propenyl)phenyl)- diethyl ester,(e)-", "(e)-4-[2-[3-(1,1-dimethylethoxy)-3-oxo-1-propenyl]phenyl]-1,4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylicacid diethyl ester", "diethyl 4-{2-[(1e)-3-tert-butoxy-3-oxoprop-1-en-1-yl]phenyl}-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "lacidipinum[latin]", "trans lacidipine", "tert-butyl (2e)-3-{2-[3,5-bis(ethoxycarbonyl)-2,6-dimethyl(4-1,4-dihydropyridyl)]phenyl}prop-2-enoate", "lacidipino [spanish]", "4-(o-((e)-2-carboxyvinyl)phenyl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylic acid 4-tert-butyl diethyl ester", "diethyl (e)-4-[2-[2-(tert-butoxycarbonyl)vinyl]phenyl]-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "diethyl 2,6-dimethyl-4-[2-[(e)-3-[(2-methylpropan-2-yl)oxy]-3-oxidanylidene-prop-1-enyl]phenyl]-1,4-dihydropyridine-3,5-dicarboxylate", "4-[o-[(e)-2-carboxyvinyl]phenyl]-1,4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylic acid 4-tert-butyl diethylester", "lacirex", "3", "gr 43659x", "103890-78-4", "viapres", "lacipil;motens", "2,6-dimethyl-4-[2-[(e)-3-[(2-methylpropan-2-yl)oxy]-3-oxoprop-1-enyl]phenyl]-1,4-dihydropyridine-3,5-dicarboxylic acid diethylester", "3,5-pyridinedicarboxylic acid 4-[2-[(1e)-3-(1,1-dimethylethoxy)-3-oxo-1-propen-1-yl]phenyl]-1,4-dihydro-2,6-dimethyl- diethyl ester", "103890-78-4[rn]", "lacimen", "3,5-pyridinedicarboxylic acid 4-(2-(3-(1,1-dimethylethoxy)-3-oxo-1-propenyl)phenyl)-1,4-dihydro-2,6-dimethyl- diethyl ester,(e)-", "lacidipinum [latin]", "caldine", "lacipil motens", "lacidipine (lacipil motens)", "lacidipino[spanish]", "lacidipine [usan:ban:inn][inn][usan]"}|>, "6164" -> <|"DatabaseID" -> "SW03430", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53188"], ExternalIdentifier["ChEBIID", "9948"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56679], ExternalIdentifier["ChemSpiderID", 2425]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00661"]}, "IsomericSmiles" -> "CC(C)C(CCC[NH+](C)CCc1ccc(c(c1)OC)OC)(C#N)c2ccc(c(c2)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00619"], ExternalIdentifier["KEGGID", "D02356"]}, "OfficialNames" -> <|"China Approved Name" -> "verapamil", "Indian Approved Name" -> "verapamil hcl", "WHO Essential Medicine" -> "verapamil", "Australia Approved Name" -> "VERAPAMIL HYDROCHLORIDE", "FDA Approved Drug" -> "VERAPAMIL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451868", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62969], ExternalIdentifier["PubChemCompoundID", 2520]}, "Synonyms" -> {"vasolan", "cordilox", "verapamil", "cardibeltin", "calan", "iproveratril", "berkatens", "dilacoran", "isoptimo", "covera-hs", "verapamil hcl", "dignover", "geangin", "veracim", "apo-verap", "calan sr", "drosteakard", "isoptin", "univer", "novo-veramil", "arpamyl", "verexamil", "securon", "veramex", "cardiagutt", "verelan pm", "isoptin sr", "veraptin", "nu-verap", "verelan", "quasar", "durasoptin", "ca(v)3.3", "verapamil [usan:ban:inn]", "cardiabeltin", "verapamilo [inn-spanish]", "tarka (trandolapril + verapamil hydrochloride)_mixture", "cardioprotect", "verapamilum [inn-latin]", "5-((3,4-dimethoxyphenethyl)(methyl)amino)-2-(3,4-dimethoxyphenyl)-2-isopropylpentanenitrile", "manidon", "voltage- gated calcium channel subunit alpha cav3.3", "hexasoptin", "52-53-9[rn]", "verapamyl hydrochloride", "verapamil hydrochloride", "verapamil henning", "2-(3,4-dimethoxyphenyl)-5-[[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino]-2-isopropylpentanenitrile hydrochloride", "dexverapamil", "verapamil msd", "verapamil-abz", "-verapamilhydrochloride", "veramil", "verasifar", "hormitol", "verapamil hydrochloride (isoptin iproveratril calan)", "falicard", "rapam", "vortac[wiki]", "verapamil acis", "civicor retard", "verapamil nm pharma", "lekoptin retard", "vasopten", "[4-cyano-4-(3,4-dimethoxy-phenyl)-5-methyl-hexyl]-[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-ammonium", "245-579-2[einecs]", "inselon", "calaptin 240 sr", "veracaps sr", "arpamyl lp", "ikacor", "verapamil atid", "5-[(3,4-dimethoxyphenethyl)(methyl)amino]-2-(3,4-dimethoxyphenyl)-2-isopropylpentanenitrile hydrochloride", "verapamil sr", "isoptin retard", "2-(3,4-dimethoxyphenyl)-5-[[2-(3,4-dimethoxyphenyl )ethyl](methyl)amino]-2-isopropylpentanenitrilehcl", "benzeneacetonitrile a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)- hydrochloride (1:1)", "vasolan (tn)", "vasomil", "tarka[wiki]", "magotiron", "[4-cyano-4-(3,4-dimethoxy-phenyl)-5-methyl-hexyl]-[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-ammonium;chloride", "izoptin hydrochloride", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methylethyl)pentanenitrile chloride h", "univex", "verahexal", "vera-sanorania", "jenapamil", "anpec", "4-cyano-4-(3,4-dimethoxyphenyl)-n-[2-(3,4-dimethoxyphenyl)ethyl]-n,5-dimethylhexan-1-aminium chloride", "finoptin", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)benzeneacetonitrile monohydrochloride", "verapin", "praecicor", "novapamyl lp", "quasar[wiki]", "verpamil", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(1-methylethyl)pentanenitrile hydrochloride", "verapamil hydrochloride[usp][jan][usan][jp15]", "verapamilum", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropylpentanenitrile hydrochloride", "152-11-4[rn]", "ikapress", "flamon[wiki]", "dilacoran hta", "cordilox sr", "veracor", "verelan[wiki]", "dl-verapamil hydrochloride", "ormil", "verabeta", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(1-methylethyl)pentanonitrilhydrochlorid", "verapamil riker", "veroptinstada", "chloride", "elthon", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(propan-2-yl)pentanenitrile hydrochloride (1:1)", "verelan sr", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methylethyl)pentanenitrile chloride", "verasal", "verapamil al", "harteze", "verapress 240 sr", "veraloc", "akilen", "isoptin[wiki]", "calan (tn)", "5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropylvaleronitrile monohydrochloride", "verapamil nm", "manidon retard", "lodixal", "hexasoptin retard", "2-(3,4-dimethoxyphenyl)-5-[2-(3,4-dimethoxyphenyl)ethyl-methyl-amino]-2-propan-2-yl-pentanenitrilehydrochloride", "verogalid er", "veratensin", "civicor", "verapamil chloridrate", "verapamil verla", "verapamil basics", "coraver", "verapamil ebewe", "verapamil pb", "valeronitrile 5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropyl- monohydrochloride", "23313-68-0[rn]", "calaptin", "corpamil", "calan[wiki]", "isoptine", "benzeneacetonitrile a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)- monohydrochlor", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methy lethyl)pentanenitrile chloride", "robatelan", "caveril", "verapamil nordic", "vetrimil", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropylpentanenitrile hydrochloride (1:1)[acd/iupac name]", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)benzeneacetonitrile hydrochloride", "205-800-5[einecs]", "iproveratril hydrochloride", "verdilac", "5-[(3,4-dimethoxyphenethyl)methylamino]-2-(3,4-dimethoxyphenyl)-2-isopropylvaleronitrile", "2-(3,4-dimethoxy-phenyl)-5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-pentanenitrile", "calcan", "cp-16533-1", "benzeneacetonitrile a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)-", "2-(3,4-dimethoxyphenyl)-5-[2-(3,4-dimethoxyphenyl)ethyl-methyl-amino]-2-(1-methylethyl) pentanenitrile", "dl-verapamil", "260-462-6[einecs]", "a-((n-methyl-n-homoveratryl)-g-aminopropyl)-3,4-dimethoxyphenylacetonitrile", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methylethyl)pentanenitrile", "valeronitrile 5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropyl-", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)benzeneacetonitrile", "cordilox;covera;ethimil;geangin;isoptin;securon;univer;vasolan;verapress;verelan", "r,s-verapamil", "cp 16533-1", "lekoptin", "calcan hydrochloride", "izoptin", "a-isopropyl-a-[(n-methyl-n-homoveratryl)-g-aminopropyl]-3,4-dimethoxyphenylacetonitrile", "(1)-3-(3,4-dimethoxyphenyl)-6-((5,6-dimethoxyphenethyl)methylamino)hexane-3-carbonitrile", "verapamilum[latin]", "vpl", "verapamilo[spanish][inn]", "200-145-1[einecs]", "verapamil[wiki][inn][ban][usan]", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropylpentanenitrile[acd/iupac name]", "isoptino", "isotopin", "5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropylvaleronitrile", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(propan-2-yl)pentanenitrile"}|>, "6165" -> <|"DatabaseID" -> "SW03430", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53188"], ExternalIdentifier["ChEBIID", "9948"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56679], ExternalIdentifier["ChemSpiderID", 2425]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00661"]}, "IsomericSmiles" -> "CC(C)C(CCC[NH+](C)CCc1ccc(c(c1)OC)OC)(C#N)c2ccc(c(c2)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00619"], ExternalIdentifier["KEGGID", "D02356"]}, "OfficialNames" -> <|"China Approved Name" -> "verapamil", "Indian Approved Name" -> "verapamil hcl", "WHO Essential Medicine" -> "verapamil", "Australia Approved Name" -> "VERAPAMIL HYDROCHLORIDE", "FDA Approved Drug" -> "VERAPAMIL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451868", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62969], ExternalIdentifier["PubChemCompoundID", 2520]}, "Synonyms" -> {"vasolan", "cordilox", "verapamil", "cardibeltin", "calan", "iproveratril", "berkatens", "dilacoran", "isoptimo", "covera-hs", "verapamil hcl", "dignover", "geangin", "veracim", "apo-verap", "calan sr", "drosteakard", "isoptin", "univer", "novo-veramil", "arpamyl", "verexamil", "securon", "veramex", "cardiagutt", "verelan pm", "isoptin sr", "veraptin", "nu-verap", "verelan", "quasar", "durasoptin", "ca(v)3.3", "verapamil [usan:ban:inn]", "cardiabeltin", "verapamilo [inn-spanish]", "tarka (trandolapril + verapamil hydrochloride)_mixture", "cardioprotect", "verapamilum [inn-latin]", "5-((3,4-dimethoxyphenethyl)(methyl)amino)-2-(3,4-dimethoxyphenyl)-2-isopropylpentanenitrile", "manidon", "voltage- gated calcium channel subunit alpha cav3.3", "hexasoptin", "52-53-9[rn]", "verapamyl hydrochloride", "verapamil hydrochloride", "verapamil henning", "2-(3,4-dimethoxyphenyl)-5-[[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino]-2-isopropylpentanenitrile hydrochloride", "dexverapamil", "verapamil msd", "verapamil-abz", "-verapamilhydrochloride", "veramil", "verasifar", "hormitol", "verapamil hydrochloride (isoptin iproveratril calan)", "falicard", "rapam", "vortac[wiki]", "verapamil acis", "civicor retard", "verapamil nm pharma", "lekoptin retard", "vasopten", "[4-cyano-4-(3,4-dimethoxy-phenyl)-5-methyl-hexyl]-[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-ammonium", "245-579-2[einecs]", "inselon", "calaptin 240 sr", "veracaps sr", "arpamyl lp", "ikacor", "verapamil atid", "5-[(3,4-dimethoxyphenethyl)(methyl)amino]-2-(3,4-dimethoxyphenyl)-2-isopropylpentanenitrile hydrochloride", "verapamil sr", "isoptin retard", "2-(3,4-dimethoxyphenyl)-5-[[2-(3,4-dimethoxyphenyl )ethyl](methyl)amino]-2-isopropylpentanenitrilehcl", "benzeneacetonitrile a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)- hydrochloride (1:1)", "vasolan (tn)", "vasomil", "tarka[wiki]", "magotiron", "[4-cyano-4-(3,4-dimethoxy-phenyl)-5-methyl-hexyl]-[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-ammonium;chloride", "izoptin hydrochloride", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methylethyl)pentanenitrile chloride h", "univex", "verahexal", "vera-sanorania", "jenapamil", "anpec", "4-cyano-4-(3,4-dimethoxyphenyl)-n-[2-(3,4-dimethoxyphenyl)ethyl]-n,5-dimethylhexan-1-aminium chloride", "finoptin", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)benzeneacetonitrile monohydrochloride", "verapin", "praecicor", "novapamyl lp", "quasar[wiki]", "verpamil", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(1-methylethyl)pentanenitrile hydrochloride", "verapamil hydrochloride[usp][jan][usan][jp15]", "verapamilum", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropylpentanenitrile hydrochloride", "152-11-4[rn]", "ikapress", "flamon[wiki]", "dilacoran hta", "cordilox sr", "veracor", "verelan[wiki]", "dl-verapamil hydrochloride", "ormil", "verabeta", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(1-methylethyl)pentanonitrilhydrochlorid", "verapamil riker", "veroptinstada", "chloride", "elthon", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(propan-2-yl)pentanenitrile hydrochloride (1:1)", "verelan sr", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methylethyl)pentanenitrile chloride", "verasal", "verapamil al", "harteze", "verapress 240 sr", "veraloc", "akilen", "isoptin[wiki]", "calan (tn)", "5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropylvaleronitrile monohydrochloride", "verapamil nm", "manidon retard", "lodixal", "hexasoptin retard", "2-(3,4-dimethoxyphenyl)-5-[2-(3,4-dimethoxyphenyl)ethyl-methyl-amino]-2-propan-2-yl-pentanenitrilehydrochloride", "verogalid er", "veratensin", "civicor", "verapamil chloridrate", "verapamil verla", "verapamil basics", "coraver", "verapamil ebewe", "verapamil pb", "valeronitrile 5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropyl- monohydrochloride", "23313-68-0[rn]", "calaptin", "corpamil", "calan[wiki]", "isoptine", "benzeneacetonitrile a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)- monohydrochlor", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methy lethyl)pentanenitrile chloride", "robatelan", "caveril", "verapamil nordic", "vetrimil", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropylpentanenitrile hydrochloride (1:1)[acd/iupac name]", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)benzeneacetonitrile hydrochloride", "205-800-5[einecs]", "iproveratril hydrochloride", "verdilac", "5-[(3,4-dimethoxyphenethyl)methylamino]-2-(3,4-dimethoxyphenyl)-2-isopropylvaleronitrile", "2-(3,4-dimethoxy-phenyl)-5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-pentanenitrile", "calcan", "cp-16533-1", "benzeneacetonitrile a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)-", "2-(3,4-dimethoxyphenyl)-5-[2-(3,4-dimethoxyphenyl)ethyl-methyl-amino]-2-(1-methylethyl) pentanenitrile", "dl-verapamil", "260-462-6[einecs]", "a-((n-methyl-n-homoveratryl)-g-aminopropyl)-3,4-dimethoxyphenylacetonitrile", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methylethyl)pentanenitrile", "valeronitrile 5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropyl-", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)benzeneacetonitrile", "cordilox;covera;ethimil;geangin;isoptin;securon;univer;vasolan;verapress;verelan", "r,s-verapamil", "cp 16533-1", "lekoptin", "calcan hydrochloride", "izoptin", "a-isopropyl-a-[(n-methyl-n-homoveratryl)-g-aminopropyl]-3,4-dimethoxyphenylacetonitrile", "(1)-3-(3,4-dimethoxyphenyl)-6-((5,6-dimethoxyphenethyl)methylamino)hexane-3-carbonitrile", "verapamilum[latin]", "vpl", "verapamilo[spanish][inn]", "200-145-1[einecs]", "verapamil[wiki][inn][ban][usan]", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropylpentanenitrile[acd/iupac name]", "isoptino", "isotopin", "5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropylvaleronitrile", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(propan-2-yl)pentanenitrile"}|>, "6166" -> <|"DatabaseID" -> "SW03430", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53188"], ExternalIdentifier["ChEBIID", "9948"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56679], ExternalIdentifier["ChemSpiderID", 2425]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00661"]}, "IsomericSmiles" -> "CC(C)C(CCC[NH+](C)CCc1ccc(c(c1)OC)OC)(C#N)c2ccc(c(c2)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00619"], ExternalIdentifier["KEGGID", "D02356"]}, "OfficialNames" -> <|"China Approved Name" -> "verapamil", "Indian Approved Name" -> "verapamil hcl", "WHO Essential Medicine" -> "verapamil", "Australia Approved Name" -> "VERAPAMIL HYDROCHLORIDE", "FDA Approved Drug" -> "VERAPAMIL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451868", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62969], ExternalIdentifier["PubChemCompoundID", 2520]}, "Synonyms" -> {"vasolan", "cordilox", "verapamil", "cardibeltin", "calan", "iproveratril", "berkatens", "dilacoran", "isoptimo", "covera-hs", "verapamil hcl", "dignover", "geangin", "veracim", "apo-verap", "calan sr", "drosteakard", "isoptin", "univer", "novo-veramil", "arpamyl", "verexamil", "securon", "veramex", "cardiagutt", "verelan pm", "isoptin sr", "veraptin", "nu-verap", "verelan", "quasar", "durasoptin", "ca(v)3.3", "verapamil [usan:ban:inn]", "cardiabeltin", "verapamilo [inn-spanish]", "tarka (trandolapril + verapamil hydrochloride)_mixture", "cardioprotect", "verapamilum [inn-latin]", "5-((3,4-dimethoxyphenethyl)(methyl)amino)-2-(3,4-dimethoxyphenyl)-2-isopropylpentanenitrile", "manidon", "voltage- gated calcium channel subunit alpha cav3.3", "hexasoptin", "52-53-9[rn]", "verapamyl hydrochloride", "verapamil hydrochloride", "verapamil henning", "2-(3,4-dimethoxyphenyl)-5-[[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino]-2-isopropylpentanenitrile hydrochloride", "dexverapamil", "verapamil msd", "verapamil-abz", "-verapamilhydrochloride", "veramil", "verasifar", "hormitol", "verapamil hydrochloride (isoptin iproveratril calan)", "falicard", "rapam", "vortac[wiki]", "verapamil acis", "civicor retard", "verapamil nm pharma", "lekoptin retard", "vasopten", "[4-cyano-4-(3,4-dimethoxy-phenyl)-5-methyl-hexyl]-[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-ammonium", "245-579-2[einecs]", "inselon", "calaptin 240 sr", "veracaps sr", "arpamyl lp", "ikacor", "verapamil atid", "5-[(3,4-dimethoxyphenethyl)(methyl)amino]-2-(3,4-dimethoxyphenyl)-2-isopropylpentanenitrile hydrochloride", "verapamil sr", "isoptin retard", "2-(3,4-dimethoxyphenyl)-5-[[2-(3,4-dimethoxyphenyl )ethyl](methyl)amino]-2-isopropylpentanenitrilehcl", "benzeneacetonitrile a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)- hydrochloride (1:1)", "vasolan (tn)", "vasomil", "tarka[wiki]", "magotiron", "[4-cyano-4-(3,4-dimethoxy-phenyl)-5-methyl-hexyl]-[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-ammonium;chloride", "izoptin hydrochloride", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methylethyl)pentanenitrile chloride h", "univex", "verahexal", "vera-sanorania", "jenapamil", "anpec", "4-cyano-4-(3,4-dimethoxyphenyl)-n-[2-(3,4-dimethoxyphenyl)ethyl]-n,5-dimethylhexan-1-aminium chloride", "finoptin", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)benzeneacetonitrile monohydrochloride", "verapin", "praecicor", "novapamyl lp", "quasar[wiki]", "verpamil", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(1-methylethyl)pentanenitrile hydrochloride", "verapamil hydrochloride[usp][jan][usan][jp15]", "verapamilum", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropylpentanenitrile hydrochloride", "152-11-4[rn]", "ikapress", "flamon[wiki]", "dilacoran hta", "cordilox sr", "veracor", "verelan[wiki]", "dl-verapamil hydrochloride", "ormil", "verabeta", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(1-methylethyl)pentanonitrilhydrochlorid", "verapamil riker", "veroptinstada", "chloride", "elthon", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(propan-2-yl)pentanenitrile hydrochloride (1:1)", "verelan sr", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methylethyl)pentanenitrile chloride", "verasal", "verapamil al", "harteze", "verapress 240 sr", "veraloc", "akilen", "isoptin[wiki]", "calan (tn)", "5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropylvaleronitrile monohydrochloride", "verapamil nm", "manidon retard", "lodixal", "hexasoptin retard", "2-(3,4-dimethoxyphenyl)-5-[2-(3,4-dimethoxyphenyl)ethyl-methyl-amino]-2-propan-2-yl-pentanenitrilehydrochloride", "verogalid er", "veratensin", "civicor", "verapamil chloridrate", "verapamil verla", "verapamil basics", "coraver", "verapamil ebewe", "verapamil pb", "valeronitrile 5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropyl- monohydrochloride", "23313-68-0[rn]", "calaptin", "corpamil", "calan[wiki]", "isoptine", "benzeneacetonitrile a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)- monohydrochlor", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methy lethyl)pentanenitrile chloride", "robatelan", "caveril", "verapamil nordic", "vetrimil", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropylpentanenitrile hydrochloride (1:1)[acd/iupac name]", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)benzeneacetonitrile hydrochloride", "205-800-5[einecs]", "iproveratril hydrochloride", "verdilac", "5-[(3,4-dimethoxyphenethyl)methylamino]-2-(3,4-dimethoxyphenyl)-2-isopropylvaleronitrile", "2-(3,4-dimethoxy-phenyl)-5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-pentanenitrile", "calcan", "cp-16533-1", "benzeneacetonitrile a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)-", "2-(3,4-dimethoxyphenyl)-5-[2-(3,4-dimethoxyphenyl)ethyl-methyl-amino]-2-(1-methylethyl) pentanenitrile", "dl-verapamil", "260-462-6[einecs]", "a-((n-methyl-n-homoveratryl)-g-aminopropyl)-3,4-dimethoxyphenylacetonitrile", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methylethyl)pentanenitrile", "valeronitrile 5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropyl-", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)benzeneacetonitrile", "cordilox;covera;ethimil;geangin;isoptin;securon;univer;vasolan;verapress;verelan", "r,s-verapamil", "cp 16533-1", "lekoptin", "calcan hydrochloride", "izoptin", "a-isopropyl-a-[(n-methyl-n-homoveratryl)-g-aminopropyl]-3,4-dimethoxyphenylacetonitrile", "(1)-3-(3,4-dimethoxyphenyl)-6-((5,6-dimethoxyphenethyl)methylamino)hexane-3-carbonitrile", "verapamilum[latin]", "vpl", "verapamilo[spanish][inn]", "200-145-1[einecs]", "verapamil[wiki][inn][ban][usan]", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropylpentanenitrile[acd/iupac name]", "isoptino", "isotopin", "5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropylvaleronitrile", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(propan-2-yl)pentanenitrile"}|>, "6167" -> <|"DatabaseID" -> "SW03430", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53188"], ExternalIdentifier["ChEBIID", "9948"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56679], ExternalIdentifier["ChemSpiderID", 2425]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00661"]}, "IsomericSmiles" -> "CC(C)C(CCC[NH+](C)CCc1ccc(c(c1)OC)OC)(C#N)c2ccc(c(c2)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00619"], ExternalIdentifier["KEGGID", "D02356"]}, "OfficialNames" -> <|"China Approved Name" -> "verapamil", "Indian Approved Name" -> "verapamil hcl", "WHO Essential Medicine" -> "verapamil", "Australia Approved Name" -> "VERAPAMIL HYDROCHLORIDE", "FDA Approved Drug" -> "VERAPAMIL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451868", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62969], ExternalIdentifier["PubChemCompoundID", 2520]}, "Synonyms" -> {"vasolan", "cordilox", "verapamil", "cardibeltin", "calan", "iproveratril", "berkatens", "dilacoran", "isoptimo", "covera-hs", "verapamil hcl", "dignover", "geangin", "veracim", "apo-verap", "calan sr", "drosteakard", "isoptin", "univer", "novo-veramil", "arpamyl", "verexamil", "securon", "veramex", "cardiagutt", "verelan pm", "isoptin sr", "veraptin", "nu-verap", "verelan", "quasar", "durasoptin", "ca(v)3.3", "verapamil [usan:ban:inn]", "cardiabeltin", "verapamilo [inn-spanish]", "tarka (trandolapril + verapamil hydrochloride)_mixture", "cardioprotect", "verapamilum [inn-latin]", "5-((3,4-dimethoxyphenethyl)(methyl)amino)-2-(3,4-dimethoxyphenyl)-2-isopropylpentanenitrile", "manidon", "voltage- gated calcium channel subunit alpha cav3.3", "hexasoptin", "52-53-9[rn]", "verapamyl hydrochloride", "verapamil hydrochloride", "verapamil henning", "2-(3,4-dimethoxyphenyl)-5-[[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino]-2-isopropylpentanenitrile hydrochloride", "dexverapamil", "verapamil msd", "verapamil-abz", "-verapamilhydrochloride", "veramil", "verasifar", "hormitol", "verapamil hydrochloride (isoptin iproveratril calan)", "falicard", "rapam", "vortac[wiki]", "verapamil acis", "civicor retard", "verapamil nm pharma", "lekoptin retard", "vasopten", "[4-cyano-4-(3,4-dimethoxy-phenyl)-5-methyl-hexyl]-[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-ammonium", "245-579-2[einecs]", "inselon", "calaptin 240 sr", "veracaps sr", "arpamyl lp", "ikacor", "verapamil atid", "5-[(3,4-dimethoxyphenethyl)(methyl)amino]-2-(3,4-dimethoxyphenyl)-2-isopropylpentanenitrile hydrochloride", "verapamil sr", "isoptin retard", "2-(3,4-dimethoxyphenyl)-5-[[2-(3,4-dimethoxyphenyl )ethyl](methyl)amino]-2-isopropylpentanenitrilehcl", "benzeneacetonitrile a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)- hydrochloride (1:1)", "vasolan (tn)", "vasomil", "tarka[wiki]", "magotiron", "[4-cyano-4-(3,4-dimethoxy-phenyl)-5-methyl-hexyl]-[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-ammonium;chloride", "izoptin hydrochloride", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methylethyl)pentanenitrile chloride h", "univex", "verahexal", "vera-sanorania", "jenapamil", "anpec", "4-cyano-4-(3,4-dimethoxyphenyl)-n-[2-(3,4-dimethoxyphenyl)ethyl]-n,5-dimethylhexan-1-aminium chloride", "finoptin", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)benzeneacetonitrile monohydrochloride", "verapin", "praecicor", "novapamyl lp", "quasar[wiki]", "verpamil", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(1-methylethyl)pentanenitrile hydrochloride", "verapamil hydrochloride[usp][jan][usan][jp15]", "verapamilum", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropylpentanenitrile hydrochloride", "152-11-4[rn]", "ikapress", "flamon[wiki]", "dilacoran hta", "cordilox sr", "veracor", "verelan[wiki]", "dl-verapamil hydrochloride", "ormil", "verabeta", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(1-methylethyl)pentanonitrilhydrochlorid", "verapamil riker", "veroptinstada", "chloride", "elthon", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(propan-2-yl)pentanenitrile hydrochloride (1:1)", "verelan sr", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methylethyl)pentanenitrile chloride", "verasal", "verapamil al", "harteze", "verapress 240 sr", "veraloc", "akilen", "isoptin[wiki]", "calan (tn)", "5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropylvaleronitrile monohydrochloride", "verapamil nm", "manidon retard", "lodixal", "hexasoptin retard", "2-(3,4-dimethoxyphenyl)-5-[2-(3,4-dimethoxyphenyl)ethyl-methyl-amino]-2-propan-2-yl-pentanenitrilehydrochloride", "verogalid er", "veratensin", "civicor", "verapamil chloridrate", "verapamil verla", "verapamil basics", "coraver", "verapamil ebewe", "verapamil pb", "valeronitrile 5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropyl- monohydrochloride", "23313-68-0[rn]", "calaptin", "corpamil", "calan[wiki]", "isoptine", "benzeneacetonitrile a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)- monohydrochlor", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methy lethyl)pentanenitrile chloride", "robatelan", "caveril", "verapamil nordic", "vetrimil", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropylpentanenitrile hydrochloride (1:1)[acd/iupac name]", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)benzeneacetonitrile hydrochloride", "205-800-5[einecs]", "iproveratril hydrochloride", "verdilac", "5-[(3,4-dimethoxyphenethyl)methylamino]-2-(3,4-dimethoxyphenyl)-2-isopropylvaleronitrile", "2-(3,4-dimethoxy-phenyl)-5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-pentanenitrile", "calcan", "cp-16533-1", "benzeneacetonitrile a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)-", "2-(3,4-dimethoxyphenyl)-5-[2-(3,4-dimethoxyphenyl)ethyl-methyl-amino]-2-(1-methylethyl) pentanenitrile", "dl-verapamil", "260-462-6[einecs]", "a-((n-methyl-n-homoveratryl)-g-aminopropyl)-3,4-dimethoxyphenylacetonitrile", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl]methylamino}-2-(methylethyl)pentanenitrile", "valeronitrile 5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropyl-", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4-dimethoxy-a-(1-methylethyl)benzeneacetonitrile", "cordilox;covera;ethimil;geangin;isoptin;securon;univer;vasolan;verapress;verelan", "r,s-verapamil", "cp 16533-1", "lekoptin", "calcan hydrochloride", "izoptin", "a-isopropyl-a-[(n-methyl-n-homoveratryl)-g-aminopropyl]-3,4-dimethoxyphenylacetonitrile", "(1)-3-(3,4-dimethoxyphenyl)-6-((5,6-dimethoxyphenethyl)methylamino)hexane-3-carbonitrile", "verapamilum[latin]", "vpl", "verapamilo[spanish][inn]", "200-145-1[einecs]", "verapamil[wiki][inn][ban][usan]", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropylpentanenitrile[acd/iupac name]", "isoptino", "isotopin", "5-((3,4-dimethoxyphenethyl)methylamino)-2-(3,4-dimethoxyphenyl)-2-isopropylvaleronitrile", "2-(3,4-dimethoxyphenyl)-5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(propan-2-yl)pentanenitrile"}|>, "6168" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6169" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6170" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6171" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6172" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6173" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6174" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6175" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6176" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6177" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6178" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6179" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6180" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6181" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6182" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6183" -> <|"DatabaseID" -> "SW03431", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 538085]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CCC(C5(C)C)O)C)C)C2C1)C)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentacyclic triterpene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 619166]}, "Synonyms" -> {"3-hydroxyolean-12-en-28-oic acid", "olean-12-en-28-oic acid", "ac1ldikx", "akos005613008", "(3beta)-3-hydroxyolean-12-en-28-oic acid", "stk801366", "508-02-1[rn]", "10-hydroxy-2", "molport-001-736-568", "508-02-1", "bbl009966"}|>, "6184" -> <|"DatabaseID" -> "SW03432", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "37659"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10062]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C([C@@H]1CC[C@@]3([C@@H]2CC=C4[C@]3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oleanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10494]}, "Synonyms" -> {"oleanic acid", "virgaureagenin b", "caryophyllin", "oleanolic acid", "astrantiagenin c", "giganteumgenin c", "oleanicacid", "null", "oleanolic_acid", "nsc114945", "(2s,5s,10s,18s,1r,14r,15r,20r)-18-hydroxy-1,2,8,8,15,19,19-heptamethylpentacyclo[12.8.0.0<2,11>.0<5,10>.0<15,20>]docos-11-ene-5-carboxylic acid", "(4as,6as,6br,8ar,10s,12ar,12br,14bs)-10-hydroxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,6b,7,8,8a,9,10,11,12,12a,12b,13,14b-octadecahydro-4a(2h)-picenecarboxylic acid", "oleanolic acid[wiki]", "oleanol", "chebi:37659", "nsc-114945", "508-02-1[rn]", "(4as,5s,6as,6br,8r,8ar,10s,12ar,12br,14bs)-10-hydroxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,6b,7,8,8a,9,10,11,12,12a,12b,13,14b-octadecahydro-2h-picene-4a-carboxylicacid", "2/1/508", "3?-hydroxyolean-12-en-28-oic acid", "3beta-hydroxyolean-12-en-28-oic acid", "oleanolicacid", "208-081-6[einecs]", "(3b)-3-hydroxyolean-12-en-28-oic acid"}|>, "6185" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6186" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6187" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6188" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6189" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6190" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6191" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6192" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6193" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6194" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6195" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6196" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6197" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6198" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6199" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6200" -> <|"DatabaseID" -> "SW03433", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474676]}, "IsomericSmiles" -> "CC(=C)C1CCC2([C@H]1CCC3(C2CCC4[C@]3(CCC5[C@@]4(CC[C@@H]([C@@]5(C)C(=O)[O-])O)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodwardic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315328]}, "Synonyms" -> {"ac1nssxo", "10-30-0[rn]", "woodwardic acid", "(3as"}|>, "6201" -> <|"DatabaseID" -> "SW03434", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58496]}, "IsomericSmiles" -> "CC(=C)[C@@H]1CC[C@]2([C@H]1[C@H]3CC[C@@H]4[C@]5(CC[C@@H](C([C@@H]5CC[C@]4([C@@]3(CC2)C)C)(C)C)O)C)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulinic;betulic acid;mairin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64971]}, "Synonyms" -> {"betulic acid", "(1r,3as,5ar,5br,7ar,9s,11ar,11br,13ar,13br)-9-hydroxy-1-isopropenyl-5a,5b,8,8,11a-pentamethylicosahydro-3ah-cyclopenta[a]chrysene-3a-carboxylicacid", "472-15-1", "[472-15-1]", "betulinic acid[wiki]", "rl9-080", "207-448-8[einecs]", "lup-20(29)-en-28-oic acid 3-hydroxy- (3?)-", "nsc 113090", "(1r,3ar,5br,7ar,9s,11ar,11br,13br)-9-hydroxy-1-((r)-isopropenyl)-5a,5b,8,8,11a-pentamethyl-icosahydro-cyclopenta[a]chrysene-3a-carboxylic acid", "mairin", "(1r,3as,5ar,5br,7ar,9s,11ar,11br,13ar,13br)-9-hydroxy-1-isopropenyl-5a,5b,8,8,11a-pentamethyl-icosahydro-cyclopenta[a]chrysene-3a-carboxylic acid", "(1r,3as,5ar,5br,7ar,9s,11ar,11br,13ar,13br)-9-hydroxy-5a,5b,8,8,11a-pentamethyl-1-(prop-1-en-2-yl)-icosahydro-1h-cyclopenta[a]chrysene-3a-carboxylic acid", "9-hydroxy-1-isopropenyl-5a,5b,8,8,11a-pentamethyl-icosahydro-cyclopenta[a]chrysene-3a-carboxylic acid", "betulinicacid", "3-hydroxylup-20(29)-en-28-oic acid[acd/iupac name]", "(3b)-3-hydroxylup-20(29)-en-28-oic acid", "472-15-1[rn]", "ccris 6748", "betulinic acid", "nsc677578", "(1r,3as,5ar,5br,7ar,9s,11ar,11br,13ar,13br)-9-hydroxy-1-isopropenyl-5a,5b,8,8,11a-pentamethyl-eicosahydro-cyclopenta[a]chrysene-3a-carboxylic acid", "einecs 207-448-8", "(1r,3as,5ar,5br,7ar,9s,11ar,11br,13ar,13br)-9-hydroxy-5a,5b,8,8,11a-pentamethyl-1-(prop-1-en-2-yl)ic", "3beta-hydroxy-20(29)-lupaene-28-oic acid", "nsc 677578", "mairin[wiki]"}|>, "6202" -> <|"DatabaseID" -> "SW03435", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 135722]}, "IsomericSmiles" -> "CCCC(=O)OCOC(=O)C1=C(NC(=C(C1c2cccc(c2Cl)Cl)C(=O)OC)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08892"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CLEVIDIPINE BUTYRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 153994]}, "Synonyms" -> {"cleviprex", "clevelox", "clevidipine", "clevidipine butyrate", "methyl 5-{[(butanoyloxy)methoxy]carbonyl}-4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydropyridine-3-carboxylate", "clevidipine[inn]", "166432-28-6", "methyl (1-oxobutoxy)methyl4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dime thyl-3,5-pyridinedicarboxylate", "clevidipine (usan/inn)", "167221-71-8[rn]", "3,5-pyridinedicarboxylic acid 4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-,methyl (1-oxobutoxy)methylester", "166432-28-6[rn]", "cleviprex (tn)", "clevidipine cleviprex", "167221-71-8", "methyl (1-oxobutoxy)methyl4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylate", "ac1l4bi0", "(butyryloxy)methylmethyl 4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydro-3,5-pyridinedicarboxylate[acd/iupac name]", "(butanoyloxy)methyl methyl4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "rac-clevidipine"}|>, "6203" -> <|"DatabaseID" -> "SW03435", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 135722]}, "IsomericSmiles" -> "CCCC(=O)OCOC(=O)C1=C(NC(=C(C1c2cccc(c2Cl)Cl)C(=O)OC)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08892"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CLEVIDIPINE BUTYRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 153994]}, "Synonyms" -> {"cleviprex", "clevelox", "clevidipine", "clevidipine butyrate", "methyl 5-{[(butanoyloxy)methoxy]carbonyl}-4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydropyridine-3-carboxylate", "clevidipine[inn]", "166432-28-6", "methyl (1-oxobutoxy)methyl4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dime thyl-3,5-pyridinedicarboxylate", "clevidipine (usan/inn)", "167221-71-8[rn]", "3,5-pyridinedicarboxylic acid 4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-,methyl (1-oxobutoxy)methylester", "166432-28-6[rn]", "cleviprex (tn)", "clevidipine cleviprex", "167221-71-8", "methyl (1-oxobutoxy)methyl4-(2,3-dichlorophenyl)-1,4-dihydro-2,6-dimethyl-3,5-pyridinedicarboxylate", "ac1l4bi0", "(butyryloxy)methylmethyl 4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydro-3,5-pyridinedicarboxylate[acd/iupac name]", "(butanoyloxy)methyl methyl4-(2,3-dichlorophenyl)-2,6-dimethyl-1,4-dihydropyridine-3,5-dicarboxylate", "rac-clevidipine"}|>, "6204" -> <|"DatabaseID" -> "SW03436", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94568]}, "IsomericSmiles" -> "Cc1[nH]c(=O)c2cc(ccc2n1)CN(C)c3ccc(s3)C(=O)N[C@@H](CCC(=O)[O-])C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01064"]}, "OfficialNames" -> <|"NPC Approved Name" -> "raltitrexed"|>, "Synonyms" -> {"tomudex", "112887-68-0", "tomudex (tn)", "2-({5-[methyl-(2-methyl-4-oxo-3,4-dihydro-quinazolin-6-ylmethyl)-amino]-thiophene-2-carbonyl}-amino)-pentanedioic acid", "zd-16", "(2s)-2-[(5-{methyl[(2-methyl-4-oxo-3,4-dihydroquinazolin-6-yl)methyl]amino}thiophen-2-yl)formamido]pentanedioic acid", "n-[(5-{methyl[(2-methyl-4-oxo-3,4-dihydroquinazolin-6-yl)methyl]amino}-2-thienyl)carbonyl]-l-glutamic acid", "112887-68-0[rn]", "n-[(5-{methyl[(2-methyl-4-oxo-3,4-dihydro-6-quinazolinyl)methyl]amino}-2-thienyl)carbonyl]-l-glutamic acid[acd/iupac name]", "raltitrexed[wiki]", "zd1694", "337376-15-5[rn]", "ici d1694", "l-glutamic acid n-((5-(((1,4-dihydro-2-methyl-4-oxo-6-quinazolinyl)methyl)methylamino)-2-thienyl)carbonyl)-", "n-[(5-{methyl[(2-methyl-4-oxo-3,4-dihydroquinazolin-6-yl)methyl]amino}thiophen-2-yl)carbonyl]-l-glutamic acid", "raltitrexed (jan/usan)[jan][usan]", "l-glutamic acid n-[[5-[[(1,4-dihydro-2-methyl-4-oxo-6-quinazolinyl)methyl]methylamino]-2-thienyl]carbonyl]-", "(s)-2-(5-(methyl((2-methyl-4-oxo-3,4-dihydroquinazolin-6-yl)methyl)amino)thiophene-2-carboxamido)pentanedioic acid", "zn-d1694", "l-glutamic acid n-[[5-[[(3,4-dihydro-2-methyl-4-oxo-6-quinazolinyl)methyl]methylamino]-2-thienyl]carbonyl]-[acd/index name]", "n-[(5-{methyl[(2-methyl-4-oxo-1,4-dihydro-6-quinazolinyl)methyl]amino}-2-thienyl)carbonyl]-l-glutamic acid[acd/iupac name]", "n-[[5-[[(1,4-dihydro-2-methyl-4-oxo-6-quinazolinyl)methyl]methylamino]-2-thienyl]carbonyl]-l-glutamic acid", "raltitrexed (tomudex)", "ici-d1694", "ici-d-1694", "(s)-2-[(1-{5-[methyl-(2-methyl-4-oxo-3,4-dihydro-quinazolin-6-ylmethyl)-amino]-thiophen-2-yl}-methanoyl)-amino]-pentanedioic acid", "n-(5-[n-(3,4-dihydro-2-methyl-4-oxoquinazolin-6-ylmethyl)-n-methylamino]-2-thenoyl)-l-glutamic acid", "(s)-2-(2-(methyl((2-methyl-4-oxo-3,4-dihydroquinazolin-6-yl)methyl)amino)thiophene-5-carboxamido)pentanedioic acid", "raltitrexed", "ici-d 1694", "2-(2-(methyl((2-methyl-4-oxo-3,4-dihydroquinazolin-6-yl)methyl)amino)thiophene-5-carboxamido)pentanedioic acid", "n-(5-(n-(3,4-dihydro-2-methyl-4-oxoquinazolin-6-ylmethyl)-n-methylamino)-2-thenoyl)-l-glutamic acid", "raltitrexed(tomudex)", "(s)-2-({5-[methyl-(2-methyl-4-oxo-3,4-dihydro-quinazolin-6-ylmethyl)-amino]-thiophene-2-carbonyl}-amino)-pentanedioicacid"}|>, "6205" -> <|"DatabaseID" -> "SW03437", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "37945"]}, "IsomericSmiles" -> "C1C[C@H]([C@H](O[C@@H]1C[NH3+])O[C@@H]2[C@H](C[C@H]([C@@H]([C@H]2O)O[C@@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)[NH3+])O)[NH3+])[NH3+])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07811"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dibekacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 470999]}, "Synonyms" -> {"dibekacin", "dkm", "34493-98-6", "icacine", "spectrum_001398", "dibekacin (inn)", "ac1lam6l", "orbicin", "dibekacin sulfate", "chebi:37945"}|>, "6206" -> <|"DatabaseID" -> "SW03438", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4379"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390125]}, "IsomericSmiles" -> "CC(C)Nc1cccnc1N2CCN(CC2)C(=O)c3cc4cc(ccc4[nH]3)NS(=O)(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07782"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DELAVIRDINE MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441386]}, "Synonyms" -> {"u-90152s", "rescriptor (tn)", "rescriptor", "delavirdine mesilate", "compound with methane", "delavirdine,mesylate", "n-{2-[4-(3-isopropylamino-pyridin-2-yl)-piperazine-1-carbonyl]-1h-indol-5-yl}-methanesulfonamide", "delavirdine", "immuno deficiencyvirus 1n-{2-[4-(3-isopropylamino-pyridin-2-yl)-piperazine-1-carbonyl]-1h-indol-5-yl}-methanesulfonamide", "delavirdine mesylate[usan]", "piperazine 1-[3-[(1-methylethyl)amino]-2-pyridinyl]-4-[[5-[(methylsulfonyl)amino]-1h-indol-2-yl]carbonyl]-,methanesulfonate(1:1)", "n-{2-[(4-{3-[(1-methylethyl)amino]pyridin-2-yl}piperazin-1-yl)carbonyl]-1h-indol-5-yl}methanesulfonamide methanesulfonate", "compound with methanesulfonic acid", "chebi:4379", "delavirdine mesilate [inn_en]", "u 90152t", "u-90152t", "delavirdine mesylate", "u 90152s", "delavirdine methanesulfonate", "chembl929", "u 90152e", "n-[2-({4-[3-(propan-2-ylamino)pyridin-2-yl]piperazin-1-yl}carbonyl)-1h-indol-5-yl]methanesulfonamide methanesulfonate(1:1)", "n-[2-({4-[3-(isopropylamino)pyridin-2-yl]piperazin-1-yl}carbonyl)-1h-indol-5-yl]methanesulfonamidemethanesulfonate (1:1)", "delavirdine mesylate", "delavirdine[wiki][inn]", "1-(3-(isopropylamino)-2-pyridyl)-4-((5-methanesulfonamidoindol-2-yl)carbonyl)piperazine monomethanesulfonate", "piperazine 1-(3-((1-methylethyl)amino)-2-pyridinyl)-4-((5-((methylsulfonyl)amino)-1h-indol-2-yl)carbonyl)-,monomethanesulfonate", "ac1l9b2v", "delavirdine monomethanesulfonate", "1-[3-[(1-methylethyl)amino]-2-pyridinyl]-4-[[5-[(methylsulfonyl)amino]-1h-indol-2-yl]carbonyl]piperazine monomethanesulfonate", "147221-93-0", "n-[4-(4-cyano-2,6-dimethyl-phenoxy)-2-(4-cyano-phenylamino)-pyrimidin-5-yl]-acetamide", "immuno deficiencyvirus 1n-{2-[4-(3-isopropylamino-pyridin-2-yl)-piperazine-1-carbonyl]-1h-indol-5-yl}-methanesulfonamide; compound with methanesulfonicacid", "147221-93-0[rn]", "methanesulfonamide n-[2-[[4-[3-[(1-methylethyl)amino]-2-pyridinyl]-1-piperazinyl]carbonyl]-1h-indol-5-yl]-,methanesulfonate(1:1)"}|>, "6207" -> <|"DatabaseID" -> "SW03439", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 92362]}, "IsomericSmiles" -> "CCC(=O)Oc1ccc2c(c1)CC[C@@H]3[C@@H]2CC[C@]4([C@H]3C[C@H]([C@@H]4OC(=O)CC)OC(=O)CC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01986"]}, "OfficialNames" -> <|"NPC Approved Name" -> "estriol tripropionate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 102232]}, "Synonyms" -> {"estriol tripropionate", "estriol (tn)", "estriol tripropionate (jan)", "218-798-6[einecs]", "estra-1", "estriol", "ar-1i7260", "2236-31-9", "einecs 218-798-6", "2236-31-9[rn]", "ac1l2sfa", "d01986", "surecn5184945"}|>, "6208" -> <|"DatabaseID" -> "SW03440", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10201]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04209"]}, "IsomericSmiles" -> "Cc1cc(c2ccccc2[n+]1CCCCCCCCCC[n+]3c(cc(c4c3cccc4)N)C)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01575"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dequalinium chl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10649]}, "Synonyms" -> {"dequalinium chloride", "dequalinium dichloride", "dequadin", "phylletten", "dekuarin", "dequafungan", "danical", "decosan", "eriosept", "decaminum", "decabis", "decamine", "grocreme", "1,1'-decan-1,10-diylbis(4-amino-2-methylchinolinium)dichlorid", "nordman[wiki]", "1,1'-decamethylenebis(4-aminoquinaldinium) dichloridehydrate", "dequalinio cloruro [dcit]", "evazol", "quinolinium 1,1'-(1,10-decanediyl)bis(4-amino-2-methyl- dichloride (9ci)", "quinolinium 1,1'-(1,10-decanediyl)bis[4-amino-2-methyl- chloride (1:2)", "208-330-9[einecs]", "sanoral", "dequalin chloride", "quinaldinium 1,1'-decamethylenebis(4-amino)- dichloride", "labosept", "dequalinum chloride", "nordman (tn)", "dequadin chloride", "dequalinii chloridum[latin]", "chlorure de dequalinium[french][inn]", "quinolinium 1,1'-(1,10-decanediyl)bis(4-amino-2-methyl- dichloride", "rumilet", "gorgine", "sorot", "decamine (pharmaceutical)", "1,1'-decamethylenebis(4-aminoquinaldinium) dichloride", "vaster", "1-[10-(4-amino-2-methylquinolyl)decyl]-2-methyl-4-quinolylamine chloride chloride", "1,1'-(1,10-decanediyl)bis(4-amino-2-methylquinolinium)dichloride[acd/iupac name]", "dequaliniumchloride", "dequalinium chloride hydrate", "cloruro de decalinio[spanish][inn]", "1,1'-decamethylenebis(4-aminoquinaldinium chloride)", "dekadin", "dekamin", "1,10-decamethylene-bis(4-aminoquinaldinium chloride)", "ivazil", "sentril", "1,1'-decane-1,10-diylbis(4-amino-2-methylquinolinium)dichloride", "nordman", "dequalinium chloride [ban:inn:jan][inn][jan]", "decamethylenebis(4-aminoquinaldinium chloride)", "tl8003449", "dequavet", "efisol", "oralgol", "dequalinium", "angils", "522-51-0 (anhydrous)", "6707-58-0[rn]", "erosept", "dequavagyn", "dynexan-mhp", "522-51-0[rn]", "polycidine", "optipect"}|>, "6209" -> <|"DatabaseID" -> "SW03441", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58664]}, "IsomericSmiles" -> "CCCCCCCCCCC(=O)O[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06087"]}, "OfficialNames" -> <|"Indian Approved Name" -> "testosterone undecanoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65157]}, "Synonyms" -> {"testosterone undecanoate", "andriol", "undestor", "testosterone undecylate", "nebido", "pantestone", "227-712-6[einecs]", "5949-44-0[rn]", "einecs 227-712-6", "17beta-hydroxyandrost-4-en-3-one undecanoate", "(17b)-3-oxoandrost-4-en-17-yl undecanoate", "restandol", "c010792", "t undecanoate", "testosterone", "4-08-00-00981 (beilstein handbook reference)[beilstein]", "brn 3176734"}|>, "6210" -> <|"DatabaseID" -> "SW03442", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17019"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 570897]}, "IsomericSmiles" -> "c1ccc(cc1)[C@H](C#N)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "amygdalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656516]}, "Synonyms" -> {"(r)-amygdaloside", "(r)-amygdalin", "(r)-laenitrile", "d-amygdalin", "glucoprunasin", "208-532-7[einecs]", "laetrile[wiki]", "vitamin b17", "mandelonitrile gentiobioside", "phenyl-[3,4,5-trihydroxy-6-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yloxymethyl)-tetrahydro-pyran-2-yloxy]-acetonitrile", "51371-34-7[rn]", "mandelonitrile b-glucuronide", "249-925-3[einecs]", "tl8002322", "[(6-o-b-d-glucopyranosyl-b-d-glucopyranosyl)oxy]benzeneacetonitrile", "amygdaloside", "68784-74-7[rn]", "29883-15-6[rn]", "d-mandelonitrile-b-d-glucosido-6-b-d-glucoside", "s2260_selleck", "532-28-5[rn]", "chebi:17019", "d(-)-mandelonitrile-beta-d-gentiobioside", "amygdalin: benzeneacetonitrile,-[(6-o--d-glucopyranosyl--d-glucopyranosyl)oxy]-,(r)-", "amygdalin[wiki]", "29883-15-6", "66856[beilstein]", "(2r)-phenyl{[(2r,3r,4s,5s,6r)-3,4,5-trihydroxy-6-({[(2r,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-2-yl]oxy}acetonitrile", "1332-94-1[rn]", "(2r)-phenyl{[(2r,3r,4s,5s,6r)-3,4,5-trihydroxy-6-({[(2r,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-2-yl]oxy}acetonitril", "ac1lcv4a", "mandelonitrile-b-gentiobioside", "amygdalin"}|>, "6211" -> <|"DatabaseID" -> "SW03443", "IsomericSmiles" -> "CN1c2c([nH]c(nc2=O)N)NC[C@@H]1CNc3ccc(cc3)C(=O)N[C@@H](CCC(=O)[O-])C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09354"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LEVOMEFOLATE CALCIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15341110]}, "Synonyms" -> {"levomefolate calcium", "metafolin (tn)", "levomefolinate calcium", "bay86-7660", "151533-22-1", "chembl1615371", "unii-a9r10k3f2f", "calcium levomefolate", "levomefolate calcium (usan)", "ac-7457", "metafolin"}|>, "6212" -> <|"DatabaseID" -> "SW03444", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391972]}, "IsomericSmiles" -> "C[NH2+]Cc1ccc(o1)CSCCN/C(=N\\C[C@@H](c2ccc(cc2)O)O)/NS(=O)(=O)C", "OfficialNames" -> <|"NPC Approved Name" -> "osutidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443889]}, "Synonyms" -> {"methanesulfonamide n-[(1e)-[[(2r)-2-hydroxy-2-(4-hydroxyphenyl)ethyl]amino][[2-[[[5-[(methylamino)methyl]-2-furanyl]methyl]thio]ethyl]amino]methylene]-", "140695-21-2[rn]", "akos015961956", "2-[(2r)-2-hydroxy-2-(4-hydroxyphenyl)ethyl]-1-[2-[[5-(methylaminomethyl)furan-2-yl]methylsulfanyl]ethyl]-3-methylsulfonylguanidine", "ac1l9fe6", "ac-15530", "osutidine (jan/inn)", "n-[(e)-{[(2r)-2-hydroxy-2-(4-hydroxyphenyl)ethyl]amino}({2-[({5-[(methylamino)methyl]-2-furyl}methyl)sulfanyl]ethyl}amino)methylene]methanesulfonamide", "osutidine", "d01193", "140695-21-2", "n-[(e)-{[(2r)-2-hydroxy-2-(4-hydroxyphenyl)ethyl]amino}({2-[({5-[(methylamino)methyl]furan-2-yl}methyl)sulfanyl]ethyl}amino)methylidene]methanesulfonamide"}|>, "6213" -> <|"DatabaseID" -> "SW03445", "IsomericSmiles" -> "Cc1nnc2n1C3C(C=C(S3)CCC(=O)N4CCOCC4)C(=NC2)c5ccccc5Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01652"]}, "OfficialNames" -> <|"NPC Approved Name" -> "apafant"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724810]}, "Synonyms" -> {"apafant (jan/usan/inn)", "chebi:273828", "apafant", "d01652"}|>, "6214" -> <|"DatabaseID" -> "SW03445", "IsomericSmiles" -> "Cc1nnc2n1C3C(C=C(S3)CCC(=O)N4CCOCC4)C(=NC2)c5ccccc5Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01652"]}, "OfficialNames" -> <|"NPC Approved Name" -> "apafant"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724810]}, "Synonyms" -> {"apafant (jan/usan/inn)", "chebi:273828", "apafant", "d01652"}|>, "6215" -> <|"DatabaseID" -> "SW03445", "IsomericSmiles" -> "Cc1nnc2n1C3C(C=C(S3)CCC(=O)N4CCOCC4)C(=NC2)c5ccccc5Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01652"]}, "OfficialNames" -> <|"NPC Approved Name" -> "apafant"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724810]}, "Synonyms" -> {"apafant (jan/usan/inn)", "chebi:273828", "apafant", "d01652"}|>, "6216" -> <|"DatabaseID" -> "SW03445", "IsomericSmiles" -> "Cc1nnc2n1C3C(C=C(S3)CCC(=O)N4CCOCC4)C(=NC2)c5ccccc5Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01652"]}, "OfficialNames" -> <|"NPC Approved Name" -> "apafant"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724810]}, "Synonyms" -> {"apafant (jan/usan/inn)", "chebi:273828", "apafant", "d01652"}|>, "6217" -> <|"DatabaseID" -> "SW03446", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 172662]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)[C@H]2[C@@H](Cc3c(cc(cc3O2)O)O)OC(=O)c4cc(c(c(c4)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-gallocatechol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 199472]}, "Synonyms" -> {"(-)-gallocatechol gallate", "gallocatechin gallate", "(-)-gallocatechin gallate", "4233-96-9[rn]", "chembl264938", "(2s,3r)-5,7-dihydroxy-2-(3,4,5-trihydroxyphenyl)-3,4-dihydro-2h-chromen-3-yl 3,4,5-trihydroxybenzoate", "ac1l57gg", "gallocatechol 3-gallate (-)- (8ci)", "ambap4233-96-9", "(2s,3r)-2-(3,4,5-trihydroxyphenyl)-3,4-dihydro-1(2h)-benzopyran-3,5,7-triol 3-(3,4,5-trihydroxybenzoate)", "benzoic acid", "-gallocatechingallate", "4233-96-9", "(-)-gallocatechin gallate (gcg)", "ccris 9286", "benzoic acid 3,4,5-trihydroxy- 3,4-dihydro-5,7-dihydroxy-2-(3,4,5-trihydroxyphenyl)-2h-1-benzopyran-3-yl ester (2s-trans)-", "g6782_sigma", "benzoic acid 3,4,5-trihydroxy- (2s,3r)-3,4-dihydro-5,7-dihydroxy-2-(3,4,5-trihydroxyphenyl)-2h-1-benzopyran-3-yl ester"}|>, "6218" -> <|"DatabaseID" -> "SW03447", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58575]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)[C@@H]2[C@@H](Cc3c(cc(cc3O2)O)O)OC(=O)c4cc(c(c(c4)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "epicatechin gallate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65064]}, "Synonyms" -> {"epigallocatechin 3-gallate", "epigallocatechin-3-gallate", "teavigo", "(-)-epigallocatechin-3-o-gallate", "989-51-5", "(-)-epigallocatechin gallate", "tea catechin", "egcg", "(-)-epigallocatechin gallat[german]", "epigallocic acid", "(-)-epigallocatechin gallate (egcg)", "epigallocatechol 3-gallate (-)-", "egcg cpd", "3658838[beilstein]", "()-epigallocatechin", "epigallocatechin gallate", "epigallo-catechin gallate", "(-)-epigallocatechin 3-gallate", "(-)-epigallocatechin gallate hydrate", "catechin deriv.", "(-)-epigallocatechin 3-o-gallate", "[(2r,3r)-5,7-dihydroxy-2-(3,4,5-trihydroxyphenyl)chroman-3-yl]3,4,5-trihydroxybenzoate", "epigallocatechin-3-monogallate", "galloyl-l-epigallocatechol", "c045651", "3,4,5-trihydroxybenzoic acid (2r-cis)-3,4-dihydro-5,7-dihydroxy-2-(3,4,5-trihydroxyphenyl)-2h-1-benzopyran-3-yl ester", "(2r,3r)-5,7-dihydroxy-2-(3,4,5-trihydroxyphenyl)chroman-3-yl 3,4,5-trihydroxybenzoate", "(-)-egcg", "epigallocate", "(2r,3r)-5,7-dihydroxy-2-(3,4,5-trihydroxyphenyl)-3,4-dihydro-2h-chromen-3-yl-3,4,5-trihydroxybenzoat[german]", "epigallocatechin gallate[wiki]", "benzoic acid 3,4,5-trihydroxy- (2r,3r)-3,4-dihydro-5,7-dihydroxy-2-(3,4,5-trihydroxyphenyl)-2h-1-benzopyran-3-yl ester", "-epigallocatechingallate", "989-51-5[rn]", "epigallocatechin (-)- gallate", "(-)epigallocatechin gallate with hplc", "(2r,3r)-5,7-dihydroxy-2-(3,4,5-trihydroxyphenyl)-3,4-dihydro-2h-chromen-3-yl 3,4,5-trihydroxybenzoate[acd/iupac name]", "(-)-epigallocatechol gallate"}|>, "6219" -> <|"DatabaseID" -> "SW03448", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27701"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482174], ExternalIdentifier["ChemSpiderID", 10482178]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00595"]}, "IsomericSmiles" -> "C[C@]1(c2cccc(c2C(=O)C3=C([C@]4([C@@H]([C@H]([C@@H]31)O)[C@@H](C(=C(C4=O)C(=O)N)[O-])[NH+](C)C)O)[O-])[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00205"], ExternalIdentifier["KEGGID", "D05322"], ExternalIdentifier["KEGGID", "D01596"]}, "OfficialNames" -> <|"China Approved Name" -> "oxytetracycline", "Indian Approved Name" -> "oxytetracycline", "FDA Approved Drug" -> "OXYTETRACYCLINE;OXYTETRACYCLINE CALCIUM;OXYTETRACYCLINE HYDROCHLORIDE"|>, "Synonyms" -> {"terramycin", "oxytetracycline", "oxytetracycline anhydrous", "oxytetracycline hcl", "16s ribosomal ribonucleic acid", "6153-64-6[rn]", "201-212-8[einecs]", "2058-46-0[rn]", "oxytetracycline hydrochloride[jan]", "oxytetracycline[wiki][inn]", "terramycin[wiki]", "79-57-2[rn]", "(4s,4ar,5s,5ar,6s,12as)-4-(dimethylamino)-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydro-2-tetracencarboxamid", "(4s,5s,6s,12as,4ar,5ar)-4-(dimethylamino)-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo-4,5,6,12a,4a,5a-hexahydronaphthacene-2-carboxamide", "(4s,4ar,5s,5ar,6s,12as)-4-(dimethylamino)-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide", "terramicin", "oxitetracyclin", "oxyterracyne", "oxytetracycline (anhydrous)", "tarosin", "oxtc", "oxymykoin", "4-14-00-02633", "terramitsin", "vendracin", "terramycin q50", "calcium oxytetracycline", "oxytetracid", "(4s,4ar,5s,5ar,6s,12as)-4-(dimethylamino)-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracen-2-carboxamid", "riomitsin", "pennox 200", "oxytetracyclinum [inn_la]", "glomycin", "geotilin", "terrafungine", "tarocyn", "dabicycline", "5-hydroxytetracycline", "tetramel", "hi-tet", "[4s-(4a,4aa,5a,5aa,6b,12aa)]-4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo-2-naphthacenecarboxamide", "oxyterracin", "ursocycline", "oxy-kesso-tetra", "oxacycline", "oksisyklin", "oxytetracyclinum", "stevacin", "solkaciclina", "ursocyclin", "oxytetracyclin", "ogye selective supplement; oxytetracycline", "fanterrin", "oxytetracycline amphoteric", "(4s,4ar,5s,5ar,6s,12as)-4-(dimethylamino)-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydro-2-tetracenecarboxamide", "proteroxyna", "biostat pa", "lenocycline", "biostat", "ryomycin", "teravit", "oxitetraciclina", "tetraplex", "2-naphthacenecarboxamide 4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo- (4s,4ar,5s,5ar,6s,12as)-", "hydroxytetracycline", "oxatets", "antibiotic tm 25", "79-57-2 (anhydrous)", "oxysteclin", "liquamycin la 200", "adamycin", "oxypan", "oxypam", "mycoshield tmqthc 20", "microtet", "oxytetra selective supplement", "oxyterracine", "15251-48-6[rn]", "7179-50-2[rn]", "oxytetral", "uri-tet", "oxytetrin", "liquachel", "aquacycline", "dalinmycin", "6153-64-6 79-57-2 [anhydrous]", "biosolvomycin", "oxytetracycline.hcl", "ia-loxin", "5-hydroxytetracycline monohydrochloride", "macodyn", "alamycin", "2-naphthacenecarboxamide 4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo- (4s,4ar,5s,5ar,6s,12as)- monohydrochloride", "engemycin", "oxyject", "intaloxin", "biotet", "oxytracyl", "bi steclin", "(4s,4ar,5s,5ar,6s,12as)-4-(dimethylamino)-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydro-2-tetracenecarboxamidehydrochloride (1:1)", "vendarcin", "mepatar", "chrysocin", "otetryn", "tetran", "oxlopar", "oxytetracyclinehydrochloride", "hydrocyclin", "(4s,4ar,5s,5ar,6s,12as)-4-(dimethylamino)-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamidehydrochloride", "oxybiocycline", "stecsolin", "oxytetracycline calcium", "toxinal", "tetra-tablinen", "5-hydroxytetracycline hydrochloride", "oxy-dumocyclin", "6153-64-6 79-57-2", "oxytetracycline hydrochloride", "218-161-2[einecs]", "oxy-tet 50", "oxy-terachel", "liquamycin injectable", "terraject", "terramycin hydrochloride", "2-naphthacenecarboxamide 4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo- (4s,4ar,5s,5ar,6s,12as)- hydrochloride (1:1)", "bisolvomycin", "oxy-rivo", "5-oxytetracycline hydrochloride", "oxy ws", "oxyject 100", "dalimycin", "tm 5 (van)", "(4s,5s,6s,12as,4ar,5ar)-4-(dimethylamino)-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo-4,5,6,12a,4a,5a-hexahydronaphthacene-2-carboxamide chloride", "geomycin", "oxamycen", "oxyvet", "gynamousse", "(4s,4ar,5s,5ar,6s,12as)-4-(dimethylamino)-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracen-2-carboxamidhydrochlorid", "tm 5", "(4s,4ar,5s,5ar,6s,12as)-4-(dimethylamino)-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamidehydrochloride (1:1)", "(4s,4ar,5s,5ar,6s,12as)-4-(dimethylamino)-3,5,6,10,12,12a-hexahydroxy-6-methyl-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydro-2-tetracenecarboxamidehydrochloride", "elinton", "oxy-de 250", "macocyn"}|>, "6220" -> <|"DatabaseID" -> "SW03449", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 149552]}, "IsomericSmiles" -> "C[C@@H]1Cc2cc(c(c(c2-c3c(cc4c(c3OC)OCO4)[C@@H]([C@@H]1C)OC(=O)C)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kadsurin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 171064]}, "Synonyms" -> {"kadsurin", "51670-40-7", "benzo(3,4)cycloocta(1,2-f)(1,3)benzodioxol-8-ol 5,6,7,8-tetrahydro-1,2,3,13-tetramethoxy-6,7-dimethyl- acetate stereoisomer(van)", "ac1l56rz", "51670-40-7[rn]", "chembl559796", "benzo(3"}|>, "6221" -> <|"DatabaseID" -> "SW03450", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10003"]}, "IsomericSmiles" -> "C1[C@H]([C@@H]([C@H]([C@@H]([C@H]1[NH3+])O[C@@H]2[C@@H]([C@H]([C@@H]([C@H](O2)C[NH3+])O)O)[NH3+])O[C@H]3[C@@H]([C@@H]([C@H](O3)CO)O)O)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08478"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ribostamycin"|>, "Synonyms" -> {"ribostamycin"}|>, "6222" -> <|"DatabaseID" -> "SW03451", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3558"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444549]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00439"]}, "IsomericSmiles" -> "CC(C)c1c(c(c(c(n1)C(C)C)/C=C/[C@H](C[C@H](CC(=O)[O-])O)O)c2ccc(cc2)F)COC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00889"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CERIVASTATIN SODIUM"|>, "PharmGKBID" -> "PA448897", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 446156]}, "Synonyms" -> {"cerivastatin sodium", "cerivastatin", "rivastatin", "6-heptenoic acid", "(3r", "baycol", "hsdb 7357", "lipobay", "baycol (tn)", "certa", "baycol[wiki]", "cervastatin", "6-heptenoic acid,7-[4-(4-fluorophenyl)-5-(methoxymethyl)-2,6-bis(1-methylethyl)-3-pyridinyl]-3,5-dihydroxy- sodiumsalt (3r,5s,6e)-(1:1)", "145599-86-6[rn]", "(3r,5s,6e)-7-(4-(4-fluorophenyl)-5-(methoxymethyl)-2,6-bis(1-methylethyl)-3-pyridinyl)-3,5-dihydroxy-6-heptenoic acidsodium salt", "sodium (3r,5s,6e)-7-[4-(4-fluorophenyl)-2,6-diisopropyl-5-(methoxymethyl)-3-pyridinyl]-3,5-dihydroxy-6-heptenoate", "(e", "sodium (3r,5s,6e)-7-[4-(4-fluorophenyl)-5-(methoxymethyl)-2,6-di(propan-2-yl)pyridin-3-yl]-3,5-dihydroxyhept-6-enoate", "chebi:3558", "bay w 6228", "143201-11-0[rn]", "cerivastatin[wiki]", "sodium (e,3r,5s)-7-[4-(4-fluorophenyl)-5-(methoxymethyl)-2,6-di(propan-2-yl)pyridin-3-yl]-3,5-bis(oxidanyl)hept-6-enoate", "6-heptenoic acid,7-(4-(4-fluorophenyl)-5-(methoxymethyl)-2,6-bis(1-methylethyl)-3-pyridinyl)-3,5-dihydroxy- monosodium salt,(3r,5s,6e)-", "cerivastatin sodium salt", "(+)-sodium (3r,5s,6e)-7-(4-(p-fluorophenyl)-2,6-diisopropyl-5-(methoxymethyl)-3-pyridyl)-3,5-dihydroxy-6-heptenoate", "143201-12-1[rn]", "lipobay[wiki]", "145599-86-0", "145599-86-6", "sodium (e,3r,5s)-7-[4-(4-fluorophenyl)-5-(methoxymethyl)-2,6-di(propan-2-yl)-3-pyridinyl]-3,5-dihydroxy-6-heptenoate", "sodium (3r,5s,6e)-7-[4-(4-fluorophenyl)-2,6-diisopropyl-5-(methoxymethyl)pyridin-3-yl]-3,5-dihydroxyhept-6-enoate", "[s-[r*,s*-(e)]]-7-[4-(4-fluorophenyl)-5-(methoxymethyl)-2,6-bis(1-methylethyl)-3-pyridinyl]-3,5-dihydroxy-6-heptenoicacid sodium salt", "7-(4-(4-fluorophenyl)-2,6-diisopropyl-5-(methoxymethyl)pyrid-3-yl)-3,5-dihydroxy-6-heptenoate sodium salt", "bay-w-6228", "ec 1.1.1.34", "cerivastatin sodium (jan/usan)[jan][usan]", "6-heptenoic acid,7-(4-(4-fluorophenyl)-5-(methoxymethyl)-2,6-bis(1-methylethyl)-3-pyridinyl)-3,5-dihydroxy- monosodium salt,(s-(r*,s*-(e)))-", "hmg-coa reductase"}|>, "6223" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6224" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6225" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6226" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6227" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6228" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6229" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6230" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6231" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6232" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6233" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6234" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6235" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6236" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6237" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6238" -> <|"DatabaseID" -> "SW03452", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 192840]}, "IsomericSmiles" -> "CC(=O)OC1CC2(C(CCC3(C2(CCC3c4ccc(=O)oc4)O)C)C5(C1=CC(CC5)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "irridoid glycoside-sambacin;lepitidine glycoside;glycoside pharbitin;glycoside rhaphantin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 222160]}, "Synonyms" -> {"scillirosidin glycoside", "nsc-7534", "nsc7534", "507-59-5", "ar-1g9879", "6-(acetyloxy)-3", "scillirosidin glycoside", "ac1q6at7", "neuro_000007", "ac1l5be3", "scillirosidin", "507-59-5[rn]"}|>, "6239" -> <|"DatabaseID" -> "SW03453", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 84007]}, "IsomericSmiles" -> "C[C@]12C[C@@H]([C@H]3[C@H]([C@@H]1CC[C@@]2(C(=O)COC(=O)CC(C)(C)C)O)CCC4=CC(=O)C=C[C@]34C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00982"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PREDNISOLONE TEBUTATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 93055]}, "Synonyms" -> {"pregna-1", "hydeltra-t.b.a.", "hydeltra-tba", "prednisolone 21-tert-butylacetate", "prednisolone tebutate", "231-661-5[einecs]", "einecs 231-661-5", "7681-14-3[rn]", "prednisolone tebutate[usp][jan]", "predalone t.b.a.", "hydeltra-tba (tn)", "prednisolone butyl acetete", "11beta", "prednisolone butylacetate", "hydeltra-t.b.a", "7681-14-3", "11b,17,21-trihydroxypregna-1,4-diene-3,20-dione 21-(3,3-dimethylbutyrate)", "predalone t.b.a"}|>, "6240" -> <|"DatabaseID" -> "SW03454", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479148]}, "IsomericSmiles" -> "CC(=CCc1cc(cc2c1OC(C=C2)(C)C)[C@@H]3CC(=O)c4ccc(c(c4O3)CC=C(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sophoranochromene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321396]}, "Synonyms" -> {"ac1nt0h3", "(2s)-2-[2", "sophoranochromene"}|>, "6241" -> <|"DatabaseID" -> "SW03455", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 136040]}, "IsomericSmiles" -> "CC1([C@@H]([C@H](c2ccc(cc2O1)OC)c3ccc(cc3)OCC[NH+]4CCCC4)c5ccccc5)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08301"]}, "OfficialNames" -> <|"Indian Approved Name" -> "centchroman;ormeloxifene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 154413]}, "Synonyms" -> {"centron (tn)", "ac1l4c8c", "ormeloxifene", "unii-44axy5ve90", "ac1q4ds7", "centron", "ormeloxifene [inn]", "31477-60-8", "d08301", "surecn6863582", "ormeloxifene (inn)", "chembl284200", "pyrrolidine 1-(2-(4-((3s,4s)-3,4-dihydro-7-methoxy-2,2-dimethyl-3-phenyl-2h-1-benzopyran-4-yl)phenoxy)ethyl)-", "78994-24-8[rn]", "1-{2-[4-(7-methoxy-2,2-dimethyl-3-phenyl-chroman-4-yl)-phenoxy]-ethyl}-pyrrolidine", "1-(2-{4-[(3s,4s)-7-methoxy-2,2-dimethyl-3-phenyl-3,4-dihydro-2h-chromen-4-yl]phenoxy}ethyl)pyrrolidine[acd/iupac name]", "1-[2-[4-[(3s,4s)-7-methoxy-2,2-dimethyl-3-phenylchroman-4-yl]phenoxy]ethyl]pyrrolidine", "78994-25-9[rn]", "pyrrolidine 1-[2-[4-[(3s,4s)-3,4-dihydro-7-methoxy-2,2-dimethyl-3-phenyl-2h-1-benzopyran-4-yl]phenoxy]ethyl]-", "ormeloxifene[wiki][inn]", "(- )-1-(2-(p-(trans-7-methoxy-2,2-dimethyl-3-phenyl-4-chromanyl)phenoxy)ethyl)pyrrolidine", "1-{2-[4-((3s,4s)-7-methoxy-2,2-dimethyl-3-phenyl-chroman-4-yl)-phenoxy]-ethyl}-pyrrolidine"}|>, "6242" -> <|"DatabaseID" -> "SW03456", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8179925]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C([C@@H]1CC[C@@]3([C@@H]2CC=C4[C@]3(C[C@H]([C@@]5([C@H]4CC(CC5)(C)C)CO)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "primulagenin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10004345]}, "Synonyms" -> {"primulagenin a", "primulagenin", "chembl496854"}|>, "6243" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6244" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6245" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6246" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6247" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6248" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6249" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6250" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6251" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6252" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6253" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6254" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6255" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6256" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6257" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6258" -> <|"DatabaseID" -> "SW03457", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477506]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC[C@@H]5C4(CC[C@H](C5(C)C)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319121]}, "Synonyms" -> {"lycoclavanol"}|>, "6259" -> <|"DatabaseID" -> "SW03458", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13211]}, "IsomericSmiles" -> "CCCC(=O)c1c(c(c(c(c1O)CC2=C(C(C(=O)C(=C2[O-])C(=O)CCC)(C)C)O)OC)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "paraaspidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13808]}, "Synonyms" -> {"p-aspidin", "p-aspidin bb", "paraaspidin", "butyrophenone 3'-((5-butyryl-2,4-dihydroxy-3,3-dimethyl-6-oxo-1,4-cyclohexadien-1-yl)methyl)-2',6'-dihydroxy-4'-methoxy-5'-methyl-", "3-08-00-04399 (beilstein handbook reference)[beilstein]", "ls-48298", "989-54-8[rn]", "butyrophenone", "brn 2230587", "989-54-8", "3-08-00-04399 (beilstein handbook reference)", "2-butanoyl-4-(3-butanoyl-2", "para-aspidin", "ac1l22j2"}|>, "6260" -> <|"DatabaseID" -> "SW03459", "IsomericSmiles" -> "C[C@]12C[C@@H]([C@H]3[C@H]([C@@H]1CC[C@@]2(C(=O)COC(=O)CCC(=O)[O-])O)CCC4=CC(=O)C=C[C@]34C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02156"]}, "OfficialNames" -> <|"NPC Approved Name" -> "prednisolone succinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656804]}, "Synonyms" -> {"prednisolone succinate", "prednisolone hemisuccinate", "prednisolone hemisuccinate [usp]", "4-[2-[(8s", "prednisolut", "2920-86-7", "prednisolone hemisuccinate (usp)", "prednisolone bisuccinate", "solu-delta-cortef", "prednisolone 21-hemisuccinate"}|>, "6261" -> <|"DatabaseID" -> "SW03460", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2896"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2160]}, "IsomericSmiles" -> "COc1ccc(cc1)CC[NH+]2CCC(CC2)Nc3nc4ccccc4n3Cc5ccc(cc5)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00234"]}, "OfficialNames" -> <|"Indian Approved Name" -> "astemizole"|>, "PharmGKBID" -> "PA448498", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2247]}, "Synonyms" -> {"hismanal", "histaminos", "astemison", "astemizole", "retolen", "kelp", "laridal", "histamen", "paralergin", "alermizol", "1-((4-fluorophenyl)methyl)-n-(1-(2-(4-methoxyphenyl)ethyl)-4-piperidinyl)- 1h-benzimidazol-2-amine", "astemisan", "astemizole [usan:ban:inn][inn][usan]", "benzimidazole 1-(p-fluorobenzyl)-2-((1-(2-(p-methoxyphenyl)ethyl)piperid-4-yl)amino)-", "astemisol", "cas-68844-77-9", "metodih", "waruzol", "{1-[(4-fluorophenyl)methyl]benzimidazol-2-yl}{1-[2-(4-methoxyphenyl)ethyl](4-piperidyl)}amine", "1-[(4-fluorophenyl)methyl]-n-(1-{2-[4-(methyloxy)phenyl]ethyl}piperidin-4-yl)-1h-benzimidazol-2-amine", "68844-77-9[rn]", "hestazol", "gnf-pf-2461", "astemizolum [inn_la]", "[1-(4-fluoro-benzyl)-1h-benzoimidazol-2-yl]-{1-[2-(4-methoxy-phenyl)-ethyl]-piperidin-4-yl}-amine", "[68844-77-9]", "novo-mastizol a", "nono-nastizol a", "hismanal (tn)", "1h-benzimidazol-2-amine 1-((4-fluorophenyl)methyl)-n-(1-(2-(4-methoxyphenyl)ethl)-4-piperidinyl)-", "histazol", "1-(4-fluorobenzyl)-n-(1-(4-methoxyphenethyl)piperidin-4-yl)-1h-benzo[d]imidazol-2-amine", "metodik", "1-[(4-fluorophenyl)methyl]-n-[1-[2-(4-methoxyphenyl)ethyl]-4-piperidinyl]-1h-benzimidazol-2-amine", "astemizole[wiki]", "1-(p-fluorobenzyl)-2-((1-(2-(p-methoxyphenyl)ethyl)piperid-4-yl)amino)benzimidazole", "1-(p-fluorobenzyl)-2-[[1-(p-methoxyphenethyl)-4-piperidyl]amino]benzimidazole", "1-(4-fluorobenzyl)-n-{1-[2-(4-methoxyphenyl)ethyl]piperidin-4-yl}-1h-benzimidazol-2-amine", "1-[(4-fluorophenyl)methyl]-n-[1-[2-(4-methoxyphenyl)ethyl]-4-piperidyl]benzoimidazol-2-amine", "astemizolum[latin]", "1h-benzimidazol-2-amine 1-((4-fluorophenyl)methyl)-n-(1-(2-(4-methoxyphenyl)ethyl)-4-piperidinyl)-", "1-(4-fluorobenzyl)-2-(1-[4-methoxyphenethyl]piperidin-4-yl)aminobenzimidazole", "1-((4-fluorophenyl)methyl)-n-(1-(2-(4-methoxyphenyl)ethyl)-4-piperidinyl)-1h-b", "1-(4-fluorobenzyl)-2-(1-(4-methoxyphenethyl)piperidin-4-yl)aminobenzimidazole", "68844-77-9", "1-(4-fluorobenzyl)-n-{1-[2-(4-methoxyphenyl)ethyl]-4-piperidinyl}-1h-benzimidazol-2-amine[acd/iupac name]", "1-(p-fluorobenzyl)-2-((1-(p-methoxyphenethyl)-4-piperidyl)amino)benzimidazole", "68844-79-9", "wareezol", "astemizol[german]", "272-441-9[einecs]", "1h-benzimidazol-2-amine 1-[(4-fluorophenyl)methyl]-n-[1-[2-(4-methoxyphenyl)ethyl]-4-piperidinyl]-", "[1-(4-fluoro-benzyl)-1h-benzoimidazol-2-yl]-{1-[2-(4-methoxy-phenyl)-ethyl]-piperidin-4-yl}-amine(astemizole)"}|>, "6262" -> <|"DatabaseID" -> "SW03461", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61278"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 161366]}, "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(o2)cc(c(c3[O-])O)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)C(=O)[O-])O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scutellarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 185617]}, "Synonyms" -> {"breviscapin", "breviscapine", "scutellarein-7-glucuronide", "676536-34-8[rn]", "scutellarin[wiki]", "viminol r2", "scutellarein-7-o-beta-d-glucuronide", "5", "23784-10-3[rn]", "27740-01-8", "chebi:61278", "32647-60-2[rn]", "27740-01-8[rn]", "scutellarein-7beta-d-glucuronide", "116122-36-2[rn]", "scutellarein-7beta-d-glucuronoside", "scutellarin", "1329-06-2[rn]"}|>, "6263" -> <|"DatabaseID" -> "SW03462", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59342]}, "IsomericSmiles" -> "CCCCCN(CCCOC)C(=O)[C@@H](CCC(=O)[O-])NC(=O)c1ccc(c(c1)Cl)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "dexloxiglumide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65937]}, "Synonyms" -> {"dexloxiglumide", "dexloxiglumide[wiki][inn]", "119817-90-2[rn]", "dexloxiglumida", "n2-(3,4-dichlorobenzoyl)-n1-(3-methoxypropyl)-n1-pentyl-d-a-glutamine", "ac1q3mxi", "chembl550781", "ac1l24a8", "(4r)-4-[(3,4-dichlorophenyl)carbonylamino]-5-[3-methoxypropyl(pentyl)amino]-5-oxidanylidene-pentanoic acid", "(r)-4-(3,4-dichlorobenzamido)-n-(3-methoxypropyl)-n-pentylglutaramic acid", "(4r)-4-[[(3,4-dichlorophenyl)-oxomethyl]amino]-5-[3-methoxypropyl(pentyl)amino]-5-oxopentanoic acid", "cr-2017", "dexloxiglumidum [inn-latin]", "dexloxiglumidum[latin]", "dexloxiglumidum", "dexloxiglumida [inn-spanish]", "dexloxiglumida[spanish]", "119817-90-2"}|>, "6264" -> <|"DatabaseID" -> "SW03463", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2956"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4980416]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)[C@@H](c3ccccc3)NC(=O)N4CCNC4=O)C(=O)[O-])C", "OfficialNames" -> <|"FDA Approved Drug" -> "AZLOCILLIN SODIUM", "China Approved Name" -> "azlocillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6479523]}, "Synonyms" -> {"securopen", "azlocillinum", "azlocilina", "azlocilline", "chembl1537", "chebi:2956", "37091-66-0[rn]", "azlocillinum[latin]", "azlocilina[spanish][inn]", "prestwick3_000821", "bspbio_000741", "ac1o580a", "37091-65-9[rn]", "azlocillin sodium[usan]", "azlocillinum [inn_la]", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-{[(2r)-2-{[(2-oxoimidazolidin-1-yl)carbonyl]amino}-2-phenylacetyl]amino}-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo-6-[[[[((r)-2-oxo-1-imidazolidinyl)carbonyl]amino]phenylacetyl]amino]- (2s,5r,6r)-", "(2s,5r,6r)-3,3-dimethyl-7-oxo-6-((r)-2-(2-oxo-1-imidazolidinecarboxamido)-2-phenylacetamido)-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "azlocillin[wiki][usan]", "253-348-2[einecs]", "5785146[beilstein]", "azlocilline[french][inn]", "azlocillin"}|>, "6265" -> <|"DatabaseID" -> "SW03464", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390366]}, "IsomericSmiles" -> "CC(=CCc1cc(cc(c1O)CC=C(C)C)[C@@H]2CC(=O)c3ccc(c(c3O2)CC=C(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sophoranone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441767]}, "Synonyms" -> {"sophoranone", "(2s)-7-hydroxy-2-[4-hydroxy-3", "23057-55-8", "c08719", "lmpk12140034", "23057-55-8[rn]", "ac1l9bmj"}|>, "6266" -> <|"DatabaseID" -> "SW03465", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479146]}, "IsomericSmiles" -> "CC(=CCc1cc(cc(c1O)CC=C(C)C)/C=C/C(=O)c2ccc(c(c2O)CC=C(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sophoradin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321393]}, "Synonyms" -> {"lmpk12120050", "(e)-1-[2", "sophoradin[wiki]", "ac1nt0gx", "sophoradin"}|>, "6267" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6268" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6269" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6270" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6271" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6272" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6273" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6274" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6275" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6276" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6277" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6278" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6279" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6280" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6281" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6282" -> <|"DatabaseID" -> "SW03466", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 291217]}, "IsomericSmiles" -> "CC1(CCCC(O1)(C)C2CCC3(C2C(CC4C3(CCC5C4(CCC(C5(C)C)O)C)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "panaxadiol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 328778]}, "Synonyms" -> {"4", "panaxadiol", "19666-76-3[rn]", "nsc308879", "4,4,8,10,14-pentamethyl-17-(2,6,6-trimethyltetrahydro-2h-pyran-2-yl)gonane-3,12-diol", "a813863", "nci60_002646", "nsc-308879", "ac1l73d2", "19666-76-3"}|>, "6283" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6284" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6285" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6286" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6287" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6288" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6289" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6290" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6291" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6292" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6293" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6294" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6295" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6296" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6297" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6298" -> <|"DatabaseID" -> "SW03467", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479568]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4[C@@](C2)(CC[C@@H]5C4(CCC(C5(C)C)O)C)O)(CC[C@@H](C3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tohogenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321963]}, "Synonyms" -> {"tohogenol"}|>, "6299" -> <|"DatabaseID" -> "SW03468", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338383]}, "IsomericSmiles" -> "CC(=CCC[C@@](C)([C@H]1CC[C@]2([C@@H]1[C@@H](C[C@H]3[C@]2(CCC4[C@@]3(CC[C@H](C4(C)C)O)C)C)O)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3080633]}, "Synonyms" -> {"betulafolientriol", "3-epibetulafolientriol", "betulafolienetriol", "11018-52-3[rn]", "dammar-24-ene-3", "465-07-6[rn]", "betulafolientriol 3-epimer", "(3r", "6892-79-1[rn]", "ac1mivef"}|>, "6300" -> <|"DatabaseID" -> "SW03468", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338383]}, "IsomericSmiles" -> "CC(=CCC[C@@](C)([C@H]1CC[C@]2([C@@H]1[C@@H](C[C@H]3[C@]2(CCC4[C@@]3(CC[C@H](C4(C)C)O)C)C)O)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3080633]}, "Synonyms" -> {"betulafolientriol", "3-epibetulafolientriol", "betulafolienetriol", "11018-52-3[rn]", "dammar-24-ene-3", "465-07-6[rn]", "betulafolientriol 3-epimer", "(3r", "6892-79-1[rn]", "ac1mivef"}|>, "6301" -> <|"DatabaseID" -> "SW03469", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23152]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@H]([C@H](O[C@H]1O)OS(=O)(=O)[O-])O)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)C(=O)[O-])O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04427"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HEPARIN CALCIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24766]}, "Synonyms" -> {"chonsurid", "chondroitin sulfates", "chondroitin 6-sulfate", "9088-44-2[rn]", "translagen", "24967-93-9[rn]", "6-[(2r,3r,4r,5r,6r)-3-(acetylamino)-2,5-dihydroxy-6-(hydroxysulfonyloxy)(2h-3,4,5,6-tetrahydropyran-4-yloxy)](2s,3s,4s,5r,6r)-3,4,5-trihydroxy-2h-3,4,5,6-tetrahydropyran-2-carboxylic acid", "heparin calcium", "chondroitin", "9007-28-7[rn]", "56480-79-6[rn]", "chondroitin sulfate", "9046-20-2[rn]", "9082-07-9[rn]", "9062-29-7[rn]", "chondroitin polysulfate", "25322-46-7[rn]", "nadroparin calcium", "blutal", "chondroitin sulfuric acids", "112635-91-3[rn]", "232-696-9[einecs]", "chondroitin sulfuric acid", "5522-68-9[rn]", "calciparine", "chondroitin sulfate c", "chondroitin sulphate", "d002809", "11120-14-2[rn]"}|>, "6302" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6303" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6304" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6305" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6306" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6307" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6308" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6309" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6310" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6311" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6312" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6313" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6314" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6315" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6316" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6317" -> <|"DatabaseID" -> "SW03470", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4530944]}, "IsomericSmiles" -> "COc1cc(ccc1O)c2cc(=O)c3c(cc(c(c3o2)C4C(C(C(C(O4)CO)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "scoparin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5383409]}, "Synonyms" -> {"scoparoside", "4h-1-benzopyran-4-one", "scoparin", "scoparine", "nsc167408", "ac1ntlcf", "301-16-6", "5", "301-16-6[rn]"}|>, "6318" -> <|"DatabaseID" -> "SW03471", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445121]}, "IsomericSmiles" -> "COc1c(cc2c(c1[O-])c(=O)c(co2)c3ccc(cc3)O)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tectoridin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281810]}, "Synonyms" -> {"tectoridin", "shekanin", "brn 0068384", "4-18-00-03312 (beilstein handbook reference)[beilstein]", "611-40-5[rn]", "tectoridin (7ci,8ci)", "611-40-5", "4h-1-benzopyran-4-one", "tectoridin (7ci", "ac1nqz4q", "chembl520214", "zinc04098747", "4'", "4',5-dihydro-6-methoxy-7-(o-glucoside)isoflavone"}|>, "6319" -> <|"DatabaseID" -> "SW03472", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476712]}, "IsomericSmiles" -> "COc1c(cc2c(c1[O-])c(=O)cc(o2)c3ccc(cc3)O)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoplantaginin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318083]}, "Synonyms" -> {"megxp0_000164", "ncgc00180817-01", "brd-k01859934-001-01-2", "molport-001-740-342", "17680-84-1[rn]", "ac1nswcn", "np-000427", "zinc31155527", "acon1_000166", "homoplantaginin", "hispiduloside", "chembl480657"}|>, "6320" -> <|"DatabaseID" -> "SW03473", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391965]}, "IsomericSmiles" -> "Cc1c(oc(=O)o1)C[NH+]2CCN(CC2)c3cc4c(cc3F)c(=O)c(c5n4[C@H](S5)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01144"]}, "OfficialNames" -> <|"Indian Approved Name" -> "prulifloxacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443877]}, "Synonyms" -> {"tl8000628", "sword (tn)", "sword", "pufx", "(1r)-6-fluoro-1-methyl-7-{4-[(5-methyl-2-oxo-1,3-dioxol-4-yl)methyl]-1-piperazinyl}-4-oxo-4h-[1,3]thiazeto[3,2-a]quinoline-3-carboxylicacid", "1h,4h-[1,3]thiazeto[3,2-a]quinoline-3-carboxylic acid,6-fluoro-1-methyl-7-[4-[(5-methyl-2-oxo-1,3-dioxol-4-yl)methyl]-1-piperazinyl]-4-oxo- (1r)-", "a805077", "123447-63-2[rn]", "ac1l9fdl", "prulifloxacin[wiki][inn]", "prulifloxacin (jan/inn)", "d01144", "(1r)-6-fluoranyl-1-methyl-7-[4-[(5-methyl-2-oxidanylidene-1", "123447-62-1[rn]", "prulifloxacin", "(1r)-6-fluoro-1-methyl-7-[4-[(5-methyl-2-oxo-1,3-dioxol-4-yl)methyl]-1-piperazinyl]-4-oxo-1h-[1,3]thiazeto[3,2-a]quinoline-3-carboxylicacid", "(1r)-6-fluoro-1-methyl-7-{4-[(5-methyl-2-oxo-2h-1,3-dioxol-4-yl)methyl]piperazin-1-yl}-4-oxo-1h,4h-[1,3]thiazeto[3,2-a]quinoline-3-carboxylic acid", "(1r)-6-fluoranyl-1-methyl-7-[4-[(5-methyl-2-oxidanylidene-1,3-dioxol-4-yl)methyl]piperazin-1-yl]-4-oxidanylidene-1h-[1,3]thiazeto[3,2-a]quinoline-3-carboxylic acid", "surecn136641", "(1r)-6-fluoro-1-methyl-7-{4-[(5-methyl-2-oxo-1,3-dioxol-4-yl)methyl]piperazin-1-yl}-4-oxo-4h-[1,3]thiazeto[3,2-a]quinoline-3-carboxylicacid", "123447-62-1"}|>, "6321" -> <|"DatabaseID" -> "SW03474", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3480"]}, "IsomericSmiles" -> "Cn1c(nnn1)SCC2=C(N3[C@@H]([C@@H](C3=O)NC(=O)[C@@H](c4ccccc4)O)SC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02344"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFAMANDOLE NAFATE"|>, "PharmGKBID" -> "PA448837", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 456255]}, "Synonyms" -> {"cefamandole", "l-cefamandole", "cefamandolum", "cefadole", "cephadole", "ac1l9uki", "34444-01-4", "cephamandole", "chebi:3480", "cefamandol"}|>, "6322" -> <|"DatabaseID" -> "SW03475", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390144]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C=C1CC[C@@H]3[C@@H]2[C@H](C[C@]4([C@H]3CC[C@@]4(C(=O)COC(=O)CCC(=O)[O-])O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00978"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hydrocortisone sodium succinate", "FDA Approved Drug" -> "HYDROCORTISONE SODIUM SUCCINATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23694214]}, "Synonyms" -> {"hydrocortisone sodium succinate", "a-hydrocort", "intracort", "solu-cortef", "buccalsone", "corlan", "nordicort", "emi-corlin", "hycorace", "flebocortid", "arcocort", "oralsone", "solu-glyc", "sodium 17-hydroxycorticosterone 21-succinate", "125-04-2[rn]", "hydrocortisone 21-(sodium succinate)", "natrium-4-{2-[(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2-oxoethoxy}-4-oxobutanoat", "hydrocortisone 21-hemisuccinate sodium", "(11b)-21-(3-carboxy-1-oxopropoxy)-11,17-dihydroxypregn-4-ene-3,20-dionemonosodium salt", "hydrocortisone hemisuccinate sodium salt", "hydrocortisone 21-sodium succinate", "hydrocortisone sodium succinate (jp14/usp)[usp]", "3-{[2-((1s,10s,11s,15s,17s,2r,14r)-14,17-dihydroxy-2,15-dimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadec-6-en-14-yl)-2-oxoethyl]oxycarbonyl}propanoicacid,sodium salt", "saxizon", "sodium 4-{2-[(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2-oxoethoxy}-4-oxobutanoate", "cortisol 21-hemisuccinate sodium", "hydrocortisone 21-hemisuccinate sodium salt", "cortisol 21-hemisuccinate sodium salt", "204-725-5[einecs]", "solu-cortef (tn)"}|>, "6323" -> <|"DatabaseID" -> "SW03476", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 144660]}, "IsomericSmiles" -> "CC[C@H]1C[NH+]2CCc3cc(c(cc3[C@@H]2C[C@@H]1C[C@@H]4c5c(c6ccccc6[nH]5)CC[NH2+]4)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deoxytubulosine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 165003]}, "Synonyms" -> {"deoxytubulosine", "10,11-dimethoxytubulosan[acd/iupac name]", "10", "2632-30-6[rn]", "tubulosan 10,11-dimethoxy-", "c11817", "ac1l4vwr", "(2s", "tubulosan", "2632-30-6", "ar-1c0046", "ac1q56pd"}|>, "6324" -> <|"DatabaseID" -> "SW03477", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28529"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445356]}, "IsomericSmiles" -> "c1cc(c(cc1c2c(c(=O)c3c(cc(cc3o2)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)[O-])[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gossypitrin;quercimeritrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282160]}, "Synonyms" -> {"quercimeritrin", "quercetin-7-o-glucoside", "quercimeritroside", "2-(3,4-dihydroxyphenyl)-7-(b-d-glucopyranosyloxy)-3,5-dihydroxy-4h-1-benzopyran-4-one", "quercetin 7-o-glucoside", "quercimeritrin (6ci,7ci,8ci)", "quercimeritrin (6ci", "491-50-9[rn]", "chebi:28529", "2-(3", "quercetin-7-glucoside", "quercetin-7-d-glucoside", "gossypitrin", "4h-1-benzopyran-4-one", "3", "491-50-9", "nsc-115917", "3,3',4',5,7-pentahydroxyflavone-7-d-glucoside", "c.i. 75710"}|>, "6325" -> <|"DatabaseID" -> "SW03478", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476668]}, "IsomericSmiles" -> "c1cc(ccc1c2c(c(=O)c3c(cc(c(c3o2)O)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)[O-])[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "herbacetrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318021]}, "Synonyms" -> {"ac1nsw9x", "35815-07-7[rn]", "herbacetrin", "3", "icariside", "35815-07-7"}|>, "6326" -> <|"DatabaseID" -> "SW03479", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478811]}, "IsomericSmiles" -> "c1cc(c(cc1c2c(c(=O)c3c(cc(cc3o2)O)[O-])[O-])O)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "quercetin-4-glucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320844]}, "Synonyms" -> {"spiraein", "spiraeosid", "spiraein (acacia)", "quercetin 4'-o-glucoside", "spiraeoside", "20229-56-5[rn]", "3,5,7-trihydroxy-2-(3-hydroxy-4-((2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)-tetrahydro-2h-pyran-2-yloxy)phenyl)-4h-chromen-4-one", "3,5,7-trihydroxy-2-(3-hydroxy-4-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}phenyl)-4h-chromen-4-on", "3,5,7-trihydroxy-2-(3-hydroxy-4-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}phenyl)-4h-chromen-4-one", "243-614-6[einecs]", "chembl402947", "quercetin-4'-glucoside", "quercetin-4'-o-glucoside", "20229-56-5", "2-(4-(b-d-glucopyranosyloxy)-3-hydroxyphenyl)-3,5,7-trihydroxy-4h-1-benzopyran-4-one", "4h-1-benzopyran-4-one", "2-hydroxy-4-(3,5,7-trihydroxy-4-oxo-4h-chromen-2-yl)phenyl b-d-glucopyranoside", "2-[4-(?-d-glucopyranosyloxy)-3-hydroxyphenyl]-3,5,7-trihydroxy-4h-1-benzopyran-4-one", "2-(4-(beta-d-glucopyranosyloxy)-3-hydroxyphenyl)-3", "einecs 243-614-6"}|>, "6327" -> <|"DatabaseID" -> "SW03480", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142388]}, "IsomericSmiles" -> "CC(C)CC(=O)O[C@H]1[C@H]2[C@H](C[C@@H]([C@@H]2CO)O)C(=CO1)CO[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "patrinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 162135]}, "Synonyms" -> {"patrinoside", "53962-20-2", "ar-1a1634", "beta-d-glucopyranoside", "(1s", "ac1q5x1s", "kst-1a6476", "kst-1a6475", "53962-20-2[rn]", "ar-1a1633", "ac1l4qr0"}|>, "6328" -> <|"DatabaseID" -> "SW03481", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59083]}, "IsomericSmiles" -> "Cc1c(oc(=O)o1)COC(=O)[C@H]2C(S[C@H]3N2C(=O)[C@H]3NC(=O)[C@@H](c4ccccc4)[NH3+])(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08110"]}, "OfficialNames" -> <|"NPC Approved Name" -> "lenampicillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65646]}, "Synonyms" -> {"lenampicillin", "lenampicillin hydrochloride", "80734-02-7[rn]", "takacillin", "2,3-dihydroxy-2-butenyl(2s,5r,6r)-6-((r)-2-amino-2-phenylacetamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylate,cyclic carbonate", "6-[d(-)-a-aminophenylacetamido]penicillanic acid (5-methyl-2-oxo-1,3-dioxol-4-yl)methyl ester", "lapc", "lenampicilline", "lenampicillin (inn)", "86273-18-9[rn]", "lenampicillin[inn]", "(5-methyl-2-oxo-1,3-dioxol-4-yl)methyl (2s,5r,6r)-6-{[(2r)-2-amino-2-phenylacetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate[acd/iupac name]", "86273-18-9", "lenampicillin hcl", "lenampicilline[french]", "[2s-[2a,5a,6b(s*)]]-6-[(aminophenylacetyl)amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid (5-methyl-2-oxo-1,3-dioxol-4-yl)methyl ester", "lenampicilina", "varacillin", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-2-amino-2-phenylacetyl]amino]-3,3-dimethyl-7-oxo- (5-methyl-2-oxo-1,3-dioxol-4-yl)methyl ester (2s,5r,6r)-", "lenampicillinum[latin]", "lenampicilina[spanish]", "lenampicilina [spanish]", "lenampicilline [french]", "lenampicillinum", "ampicillin (5-methyl-2-oxo-1,3-dioxolen-4-yl)methyl ester"}|>, "6329" -> <|"DatabaseID" -> "SW03482", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4918615]}, "IsomericSmiles" -> "c1cc(ccc1[C@H](C(=O)N[C@H]2[C@@H]3N(C2=O)C(=C(CS3)CSc4cn[nH]n4)C(=O)[O-])[NH3+])O", "OfficialNames" -> <|"NPC Approved Name" -> "cefatrizine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6410758]}, "Synonyms" -> {"dsstox_cid_2752", "kefoxina", "(6r,7r)-7-{[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino}-8-oxo-3-[(1h-1,2,3-triazol-4-ylsulfanyl)methyl]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "257-324-2[einecs]", "[6r-[6a,7b(r*)]]-7-[[amino-(4-hydroxyphenyl)acetyl]amino]-8-oxo-3-[(1h-1,2,3-triazol-4-ylthio)methyl]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cft", "ac1o4q3u", "ncgc00185755-01", "7-[d-a-amino-a-(4-hydroxyphenyl)-acetamido]-3-(1,2,3-triazol-4(5)-ylthiomethyl)-3-cepbem-4-carboxylic acid", "cefatrizine propylene glycol", "51627-14-6", "(6r,7r)-7-{[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino}-8-oxo-3-[(1h-1,2,3-triazol-4-ylthio)methyl]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2r)-2-amino-2-(4-hydroxyphenyl)acetyl]amino]-8-oxo-3-[(1h-1,2,3-triazol-4-ylthio)methyl]- (6r,7r)-", "cefotrizin", "dsstox_rid_76716", "antibiotic bl-s 640", "cefatrizine[usan]", "64217-62-5[rn]", "surecn49504", "surecn49503", "bl s 640", "cefatrizine", "s 640p", "zitrix", "cefatrizine (usan)", "51627-14-6[rn]", "dsstox_gsid_22752"}|>, "6330" -> <|"DatabaseID" -> "SW03483", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391968]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](C[C@@H]2[C@@]1(C[C@@H]([C@]3([C@H]2CCC4=CC(=O)C=C[C@@]43C)F)O)C)C)C(=O)COC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01156"]}, "OfficialNames" -> <|"NPC Approved Name" -> "amelometasone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443880]}, "Synonyms" -> {"123013-22-9[rn]", "surecn140206", "21-o-methyl-17-o-propionylbetamethasone", "amelometasone", "123013-22-9", "betamethasone 17-propionate 21-methoxide", "[(8s", "(11b,16b)-9-fluoro-11-hydroxy-21-methoxy-16-methyl-17-(1-oxopropoxy)pregna-1,4-diene-3,20-dione", "amelometasone (jan/inn)", "ac1l9fdu", "amelometasone[inn]", "d01156"}|>, "6331" -> <|"DatabaseID" -> "SW03484", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8212"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15520]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01100"]}, "IsomericSmiles" -> "c1ccc2c(c1)[nH]c(=O)n2C3CC[NH+](CC3)CCCC(c4ccc(cc4)F)c5ccc(cc5)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00560"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PIMOZIDE"|>, "PharmGKBID" -> "PA450965", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16362]}, "Synonyms" -> {"orap", "opiran", "neoperidole", "pimozide", "halomonth", "1-[1-[4,4-bis(p-fluorophenyl)butyl]-4-piperidyl]-2-benzimidazolinone", "pimozida", "2062-78-4", "pimozidum [inn-latin]", "mcn-jr-6238", "orap (tn)", "2h-benzimidazol-2-one 1-[1-[4 4-bis (4-fluorophenyl)butyl]-4-piperidinyl]-1,3-dihydro-", "3-[1-[4,4-bis(4-fluorophenyl)butyl]-4-piperidyl]-1h-benzoimidazol-2-one", "1-[4,4-di-(4-fluorophenyl)butyl]-4-(2-oxo-1-benzimidazolinyl)piperidine", "1-[4 4-bis(p-fluorophenyl)butyl]-4-(2-oxo-1-benzimidazolinyl)piperidine", "1-[1-[4,4-bis(4-fluorophenyl)butyl]-4-piperidinyl]-1,3-dihydro-2h-benzimidazol-2-one", "1-(1-(4,4-bis(p-fluorophenyl)butyl)-4-piperidyl)-2-benzimidazolinone", "mcn-jr 6238", "cid16362", "pimozide [usan:ban:inn:jan][inn][jan][usan]", "729089[beilstein]", "haldol decanoate", "pimozidum", "5-24-02-00367 (beilstein handbook reference)[beilstein]", "cas-2062-78-4", "cam", "218-171-7[einecs]", "2-benzimidazolinone 1-[1-[4 4-bis(p-fluorophenyl)butyl]-4-piperidyl]-", "2062-78-4[rn]", "1-{1-[4,4-bis(4-fluorophenyl)butyl]-4-piperidinyl}-1,3-dihydro-2h-benzimidazol-2-one[acd/iupac name]", "2h-benzimidazol-2-one 1-[1-[4,4-bis(4-fluorophenyl)butyl]-4-piperidinyl]-1,3-dihydro-", "pimozide[wiki]", "[2062-78-4]", "1-(4,4-bis(p-fluorophenyl)butyl)-4-(2-oxo-1-benzimidazolinyl)piperidine", "pimozidum[latin]", "pimozida [inn-spanish]", "1-{1-[4,4-bis(4-fluorophenyl)butyl]piperidin-4-yl}-1,3-dihydro-2h-benzimidazol-2-one", "337376-15-5", "1-(1-(4,4-bis(4-fluorophenyl)butyl)-4-piperidinyl)-1,3-dihydro-2h-benzimidazol-2-one", "1-{1-[4,4-bis(4-fluorophenyl)butyl]piperidin-4-yl}-2,3-dihydro-1h-1,3-benzodiazol-2-one", "2h-benzimidazol-2-one 1-(1-(4,4-bis(4-fluorophenyl)butyl)-4-piperidinyl)-1,3-dihydro-", "primozida[spanish][inn]"}|>, "6332" -> <|"DatabaseID" -> "SW03485", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3133"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 32525]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00901"]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(=O)Oc2ccc(cc2OC(=O)c3ccc(cc3)C)C(C[NH2+]C(C)(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00684"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bitolterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 35330]}, "Synonyms" -> {"bitolterol mesylate", "tornalate", "bitolterolum [inn-latin]", "bitolterol", "4-(2-(tert-butylamino)-1-hydroxyethyl-o-phenylene di-p-toluate", "bitolterolum", "4-(2-(tert-butylamino)-1-hydroxyethyl-1", "bitolterol mesilate", "9005-49-6[rn]", "30392-41-7[rn]", "4-{2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl}benzene-1,2-diylbis(4-methylbenzoate)", "benzoic acid 4-methyl- 4-(2-((1,1-dimethylethyl)amino)-1-hydroxyethyl)-1,2-phenylene ester", "30392-40-6[rn]", "4-[2-(tert-butylamino)-1-hydroxyethyl]-o-phenylene di-p-toluate", "4-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,2-phenylene 4-methylbenzoate", "win 32784", "p-toluicacid 4-[2-(t-butylamino)-1-hydroxethyl]-o-phenylene ester", "a-[(tert-butylamino)methyl]-3,4-dihydroxybenzyl alcohol 3,4-di-p-toluate", "4-methylbenzoic acid 4-[2-[(1,1-dimethylethyl)amino]-1-hydroxy-ethyl]-1,2-phenylene ester", "30392-40-6", "bitolterolum [inn_la]", "chebi:3133", "benzoic acid 4-methyl- 4-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,2-phenylene ester", "bitolterolum[latin][inn]", "bis(4-methylbenzoic acid) 4-[2-(tert-butylamino)-1-hydroxyethyl]-1,2-phenylene ester", "beta-2 adrenoceptor", "4-[2-(tert-butylamino)-1-hydroxyethyl]-1,2-phenylene bis(4-methylbenzoate)", "4-(2-(tert-butylamino)-1-hydroxyethyl-1,2-phenylen di-4-toluat", "4-(2-(tert-butylamino)-1-hydroxyethyl)-o-phenylene di-p-toluate", "s 1540", "bitolterol[wiki]", "bitolterol; bitolterolum", "bitolterol [inn:ban]", "4-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1,2-diylbis(4-methylbenzoate)", "beta-2 adrenoreceptor"}|>, "6333" -> <|"DatabaseID" -> "SW03485", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3133"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 32525]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00901"]}, "IsomericSmiles" -> "Cc1ccc(cc1)C(=O)Oc2ccc(cc2OC(=O)c3ccc(cc3)C)C(C[NH2+]C(C)(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00684"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bitolterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 35330]}, "Synonyms" -> {"bitolterol mesylate", "tornalate", "bitolterolum [inn-latin]", "bitolterol", "4-(2-(tert-butylamino)-1-hydroxyethyl-o-phenylene di-p-toluate", "bitolterolum", "4-(2-(tert-butylamino)-1-hydroxyethyl-1", "bitolterol mesilate", "9005-49-6[rn]", "30392-41-7[rn]", "4-{2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl}benzene-1,2-diylbis(4-methylbenzoate)", "benzoic acid 4-methyl- 4-(2-((1,1-dimethylethyl)amino)-1-hydroxyethyl)-1,2-phenylene ester", "30392-40-6[rn]", "4-[2-(tert-butylamino)-1-hydroxyethyl]-o-phenylene di-p-toluate", "4-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,2-phenylene 4-methylbenzoate", "win 32784", "p-toluicacid 4-[2-(t-butylamino)-1-hydroxethyl]-o-phenylene ester", "a-[(tert-butylamino)methyl]-3,4-dihydroxybenzyl alcohol 3,4-di-p-toluate", "4-methylbenzoic acid 4-[2-[(1,1-dimethylethyl)amino]-1-hydroxy-ethyl]-1,2-phenylene ester", "30392-40-6", "bitolterolum [inn_la]", "chebi:3133", "benzoic acid 4-methyl- 4-[2-[(1,1-dimethylethyl)amino]-1-hydroxyethyl]-1,2-phenylene ester", "bitolterolum[latin][inn]", "bis(4-methylbenzoic acid) 4-[2-(tert-butylamino)-1-hydroxyethyl]-1,2-phenylene ester", "beta-2 adrenoceptor", "4-[2-(tert-butylamino)-1-hydroxyethyl]-1,2-phenylene bis(4-methylbenzoate)", "4-(2-(tert-butylamino)-1-hydroxyethyl-1,2-phenylen di-4-toluat", "4-(2-(tert-butylamino)-1-hydroxyethyl)-o-phenylene di-p-toluate", "s 1540", "bitolterol[wiki]", "bitolterol; bitolterolum", "bitolterol [inn:ban]", "4-[2-(tert-butylamino)-1-hydroxyethyl]benzene-1,2-diylbis(4-methylbenzoate)", "beta-2 adrenoreceptor"}|>, "6334" -> <|"DatabaseID" -> "SW03486", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28282401]}, "IsomericSmiles" -> "CC1=C2C[C@@H]3C(=C)CCCC3(C[C@]2(OC1=O)C45C[C@@]6(CCCC(=C)C6CC4=C(C(=O)O5)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "biatractylolide"|>, "Synonyms" -> {"(+)-biatractylolide", "[9a,9'a(2h,2'h)-binaphtho[2,3-b]furan]-2,2'-dione 4,4',4a,4'a,5,5',6,6',7,7',8,8',8a,8'a,9,9'-hexadecahydro-3,3',8a,8'a-tetramethyl-5,5'-bis(methylene)- (4ar,8a's,9ar,9a's)-[acd/index name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-dimethylen-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dion[german][acd/iupac name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-bis(methylene)-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dione[acd/iupac name]"}|>, "6335" -> <|"DatabaseID" -> "SW03486", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28282401]}, "IsomericSmiles" -> "CC1=C2C[C@@H]3C(=C)CCCC3(C[C@]2(OC1=O)C45C[C@@]6(CCCC(=C)C6CC4=C(C(=O)O5)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "biatractylolide"|>, "Synonyms" -> {"(+)-biatractylolide", "[9a,9'a(2h,2'h)-binaphtho[2,3-b]furan]-2,2'-dione 4,4',4a,4'a,5,5',6,6',7,7',8,8',8a,8'a,9,9'-hexadecahydro-3,3',8a,8'a-tetramethyl-5,5'-bis(methylene)- (4ar,8a's,9ar,9a's)-[acd/index name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-dimethylen-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dion[german][acd/iupac name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-bis(methylene)-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dione[acd/iupac name]"}|>, "6336" -> <|"DatabaseID" -> "SW03486", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28282401]}, "IsomericSmiles" -> "CC1=C2C[C@@H]3C(=C)CCCC3(C[C@]2(OC1=O)C45C[C@@]6(CCCC(=C)C6CC4=C(C(=O)O5)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "biatractylolide"|>, "Synonyms" -> {"(+)-biatractylolide", "[9a,9'a(2h,2'h)-binaphtho[2,3-b]furan]-2,2'-dione 4,4',4a,4'a,5,5',6,6',7,7',8,8',8a,8'a,9,9'-hexadecahydro-3,3',8a,8'a-tetramethyl-5,5'-bis(methylene)- (4ar,8a's,9ar,9a's)-[acd/index name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-dimethylen-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dion[german][acd/iupac name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-bis(methylene)-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dione[acd/iupac name]"}|>, "6337" -> <|"DatabaseID" -> "SW03486", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28282401]}, "IsomericSmiles" -> "CC1=C2C[C@@H]3C(=C)CCCC3(C[C@]2(OC1=O)C45C[C@@]6(CCCC(=C)C6CC4=C(C(=O)O5)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "biatractylolide"|>, "Synonyms" -> {"(+)-biatractylolide", "[9a,9'a(2h,2'h)-binaphtho[2,3-b]furan]-2,2'-dione 4,4',4a,4'a,5,5',6,6',7,7',8,8',8a,8'a,9,9'-hexadecahydro-3,3',8a,8'a-tetramethyl-5,5'-bis(methylene)- (4ar,8a's,9ar,9a's)-[acd/index name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-dimethylen-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dion[german][acd/iupac name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-bis(methylene)-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dione[acd/iupac name]"}|>, "6338" -> <|"DatabaseID" -> "SW03486", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28282401]}, "IsomericSmiles" -> "CC1=C2C[C@@H]3C(=C)CCCC3(C[C@]2(OC1=O)C45C[C@@]6(CCCC(=C)C6CC4=C(C(=O)O5)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "biatractylolide"|>, "Synonyms" -> {"(+)-biatractylolide", "[9a,9'a(2h,2'h)-binaphtho[2,3-b]furan]-2,2'-dione 4,4',4a,4'a,5,5',6,6',7,7',8,8',8a,8'a,9,9'-hexadecahydro-3,3',8a,8'a-tetramethyl-5,5'-bis(methylene)- (4ar,8a's,9ar,9a's)-[acd/index name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-dimethylen-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dion[german][acd/iupac name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-bis(methylene)-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dione[acd/iupac name]"}|>, "6339" -> <|"DatabaseID" -> "SW03486", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28282401]}, "IsomericSmiles" -> "CC1=C2C[C@@H]3C(=C)CCCC3(C[C@]2(OC1=O)C45C[C@@]6(CCCC(=C)C6CC4=C(C(=O)O5)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "biatractylolide"|>, "Synonyms" -> {"(+)-biatractylolide", "[9a,9'a(2h,2'h)-binaphtho[2,3-b]furan]-2,2'-dione 4,4',4a,4'a,5,5',6,6',7,7',8,8',8a,8'a,9,9'-hexadecahydro-3,3',8a,8'a-tetramethyl-5,5'-bis(methylene)- (4ar,8a's,9ar,9a's)-[acd/index name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-dimethylen-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dion[german][acd/iupac name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-bis(methylene)-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dione[acd/iupac name]"}|>, "6340" -> <|"DatabaseID" -> "SW03486", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28282401]}, "IsomericSmiles" -> "CC1=C2C[C@@H]3C(=C)CCCC3(C[C@]2(OC1=O)C45C[C@@]6(CCCC(=C)C6CC4=C(C(=O)O5)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "biatractylolide"|>, "Synonyms" -> {"(+)-biatractylolide", "[9a,9'a(2h,2'h)-binaphtho[2,3-b]furan]-2,2'-dione 4,4',4a,4'a,5,5',6,6',7,7',8,8',8a,8'a,9,9'-hexadecahydro-3,3',8a,8'a-tetramethyl-5,5'-bis(methylene)- (4ar,8a's,9ar,9a's)-[acd/index name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-dimethylen-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dion[german][acd/iupac name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-bis(methylene)-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dione[acd/iupac name]"}|>, "6341" -> <|"DatabaseID" -> "SW03486", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28282401]}, "IsomericSmiles" -> "CC1=C2C[C@@H]3C(=C)CCCC3(C[C@]2(OC1=O)C45C[C@@]6(CCCC(=C)C6CC4=C(C(=O)O5)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "biatractylolide"|>, "Synonyms" -> {"(+)-biatractylolide", "[9a,9'a(2h,2'h)-binaphtho[2,3-b]furan]-2,2'-dione 4,4',4a,4'a,5,5',6,6',7,7',8,8',8a,8'a,9,9'-hexadecahydro-3,3',8a,8'a-tetramethyl-5,5'-bis(methylene)- (4ar,8a's,9ar,9a's)-[acd/index name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-dimethylen-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dion[german][acd/iupac name]", "(4ar,8a's,9ar,9a's)-3,3',8a,8a'-tetramethyl-5,5'-bis(methylene)-4,4',4a,4a',5,5',6,6',7,7',8,8',8a,8a',9,9'-hexadecahydro-2h,2'h-9a,9a'-binaphtho[2,3-b]furan-2,2'-dione[acd/iupac name]"}|>, "6342" -> <|"DatabaseID" -> "SW03487", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4392"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482189]}, "IsomericSmiles" -> "C[NH+](C)[C@H]1[C@@H]2C[C@@H]3[C@@H](c4c(ccc(c4C(=O)C3=C([C@@]2(C(=O)C(=C1[O-])C(=O)N)O)[O-])[O-])Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00290"]}, "OfficialNames" -> <|"Indian Approved Name" -> "demeclocycline hcl", "FDA Approved Drug" -> "DEMECLOCYCLINE HYDROCHLORIDE"|>, "Synonyms" -> {"7-chloro-6-demethyltetracycline hydrochloride", "(4s,4as,5as,6s,12as)-7-chloro-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide hydrochloride", "demeclocycline hydrochloride [inn_en]", "demeclocycline hcl", "(4s,4as,5as,6s,12as)-7-chlor-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracen-2-carboxamidhydrochlorid", "127-33-3[rn]", "ledermycin hydrochloride", "64-73-3[rn]", "declomycin", "200-592-2[einecs]", "demethylchlortetracycline hydrochloride[jp15]", "demeclocycline hydrochloride[usp]", "demeclocycline hydrochloride", "2-naphthacenecarboxamide 7-chloro-4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,6,10,12,12a-pentahydroxy-1,11-dioxo- (4s,4as,5as,6s,12as)- monohydrochloride", "declomycin hydrochloride", "demethylchlortetracycline hydrochloride", "2-naphthacenecarboxamide 7-chloro-4-(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,6,10,12,12a-pentahydroxy-1,11-dioxo- (4s,4as,5as,6s,12as)- hydrochloride (1:1)", "(4s,4as,5as,6s,12as)-7-chloro-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide hydrochloride(1:1)", "chlortetracycline hydrochloride imp. b (ep) as hydrochloride"}|>, "6343" -> <|"DatabaseID" -> "SW03488", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444992]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)Oc2c(=O)c3c(cc(cc3oc2c4cc(c(c(c4)O)O)O)O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "myricitrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281673]}, "Synonyms" -> {"myricetin 3-o-rhamnoside", "myricetol 3-rhamnoside", "myricitrine", "myricetin 3-rhamnoside", "myricitroside", "myricetrin", "5,7-dihydroxy-3-((2s,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-2-(3,4,5-trihydroxy-phenyl)-1-benzopyran-4-one", "241-856-7[einecs]", "5,7-dihydroxy-3-{[(2s,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-2-(3,4,5-trihydroxyphenyl)-4h-chromen-4-one", "rhamnoside", "nsc19803", "myricitrin[wiki]", "myricitrin (8ci)", "myricetin-3-rhamnoside", "flavone,3,3',4',5,5',7-hexahydroxy-,3-rhamnoside", "5,7-dihydroxy-4-oxo-2-(3,4,5-trihydroxyphenyl)-4h-chromen-3-yl6-deoxy-?-l-mannopyranoside", "5,7-dihydroxy-4-oxo-2-(3,4,5-trihydroxyphenyl)-4h-chromen-3-yl6-deoxy-a-l-mannopyranoside", "myricetin-3-o-rhamnoside", "myricitrin", "myricitrine myricitroside myricetol 3-rhamnoside myr", "17912-87-7", "3-[(6-deoxy-?-l-mannopyranosyl)oxy]-5,7-dihydroxy-2-(3,4,5-trihydroxyphenyl)-4h-benzopyran-4-one", "rhamnoside,myricetin-3", "17912-87-7[rn]", "5,7-dihydroxy-3-{[(2s,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-2-(3,4,5-trihydroxyphenyl)-4h-chromen-4-on", "3,3',4',5,5',7-hexahydroxyflavone 3-rhamnoside"}|>, "6344" -> <|"DatabaseID" -> "SW03489", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4586771]}, "IsomericSmiles" -> "c1cc(c(cc1c2c(c(=O)c3c(cc(cc3o2)O)[O-])OCC4[C@H]([C@H]([C@@H](C(O4)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoquercetrin;iso-quercitrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5480505]}, "Synonyms" -> {"isoquercetrin", "2-(3", "ac1nujbl"}|>, "6345" -> <|"DatabaseID" -> "SW03489", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4586771]}, "IsomericSmiles" -> "c1cc(c(cc1c2c(c(=O)c3c(cc(cc3o2)O)[O-])OCC4[C@H]([C@H]([C@@H](C(O4)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoquercetrin;iso-quercitrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5480505]}, "Synonyms" -> {"isoquercetrin", "2-(3", "ac1nujbl"}|>, "6346" -> <|"DatabaseID" -> "SW03489", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4586771]}, "IsomericSmiles" -> "c1cc(c(cc1c2c(c(=O)c3c(cc(cc3o2)O)[O-])OCC4[C@H]([C@H]([C@@H](C(O4)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoquercetrin;iso-quercitrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5480505]}, "Synonyms" -> {"isoquercetrin", "2-(3", "ac1nujbl"}|>, "6347" -> <|"DatabaseID" -> "SW03489", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4586771]}, "IsomericSmiles" -> "c1cc(c(cc1c2c(c(=O)c3c(cc(cc3o2)O)[O-])OCC4[C@H]([C@H]([C@@H](C(O4)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isoquercetrin;iso-quercitrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5480505]}, "Synonyms" -> {"isoquercetrin", "2-(3", "ac1nujbl"}|>, "6348" -> <|"DatabaseID" -> "SW03490", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444361]}, "IsomericSmiles" -> "c1cc(c(cc1c2c(c(=O)c3c(cc(cc3o2)O)[O-])O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hirsutrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280804]}, "Synonyms" -> {"glucosyl 3-quercetin", "contigoside b", "3-glucosylquercetin", "quercetol 3-glucoside", "hirsutrin", "isoquercetin", "quercetin 3-monoglucoside", "quercetol 3-monoglucoside", "isoquercitrin", "quercetin 3-d-glucoside", "21637-25-2[rn]", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-3-((2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)-tetrahydro-2h-pyran-2-yloxy)-4h-chromen-4-one", "quercetin-3-o-glucopyranoside", "4-18-00-03493 (beilstein handbook reference)[beilstein]", "quercetin 3-glucoside", "quercetin 3-o-glucoside", "quercetin 3-o-glucopyranoside", "q 5", "nsc-407304"}|>, "6349" -> <|"DatabaseID" -> "SW03491", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444962]}, "IsomericSmiles" -> "c1cc(c(cc1c2c(c(=O)c3c(cc(cc3o2)O)[O-])O[C@H]4[C@@H]([C@H]([C@H]([C@H](O4)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "quercetin-3-o-galactoside;hyperoside;hyperin;quercetin-3-galactoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281643]}, "Synonyms" -> {"quercetin-3-o-galactoside", "hyperosid", "quercetin 3-d-galactoside", "hyperozide", "hyperasid", "hyperoside", "hyperin", "quercetin 3-galactoside", "hyperin (8ci)", "quercetin-3-galactoside", "quercetin-3-d-galactoside", "482-36-0", "244-488-5[einecs]", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-3-((2s,3r,4s,5r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)-tetrahydro-2h-pyran-2-yloxy)-4h-chromen-4-one", "21637-25-2[rn]", "hydroside", "482-36-0[rn]", "quercetin 3-o-beta-d-galactopyranoside", "207-580-6[einecs]", "quercetin-3-o-galactoside;p hyperin"}|>, "6350" -> <|"DatabaseID" -> "SW03492", "IsomericSmiles" -> "c1cc(ccc1[N+](=O)[O-])O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cyandidin-3-sophoroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 53356731]}, "Synonyms" -> {"p-nitrophenyl beta-sophoroside", "chebi:62680", "4-nitrophenyl beta-d-glucosyl-(1->2)-beta-d-glucoside", "glc-(1->2)-glc-phi-no2", "p-nitrophenyl sophoroside", "p-nitrophenyl beta-d-glucosyl-(1->2)-beta-d-glucoside", "p-nitrophenyl beta-d-glucopyranosyl-(1->2)-beta-d-glucopyranoside", "4-nitrophenyl beta-d-glucopyranosyl-(1->2)-beta-d-glucopyranoside", "4-nitrophenyl 2-o-beta-d-glucopyranosyl-beta-d-glucopyranoside"}|>, "6351" -> <|"DatabaseID" -> "SW03493", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8271387]}, "IsomericSmiles" -> "CC[C@H]1C[NH+]2CCc3cc(c(cc3[C@@H]2C[C@@H]1C[C@@H]4c5c(c6cc(ccc6[nH]5)O)CC[NH2+]4)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "demethyl-tubulosine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10095852]}, "Synonyms" -> {"9-demethyltubulosine"}|>, "6352" -> <|"DatabaseID" -> "SW03494", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94641]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06155"]}, "IsomericSmiles" -> "Cc1c(n(nc1C(=O)NN2CCCCC2)c3ccc(cc3Cl)Cl)c4ccc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05731"]}, "OfficialNames" -> <|"Indian Approved Name" -> "rimonabant"|>, "PharmGKBID" -> "PA152407999", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 104850]}, "Synonyms" -> {"rimonabant", "acomplia", "zimulti", "sr141716a", "168273-06-1", "sr 141716", "rimoslim", "riobant", "slimona", "5-(4-chloro-phenyl)-1-(2,4-dichlorophenyl)-4-methyl-1h-pyrazole-3-carboxylic acidpiperidin-1-ylamide", "sr-14171", "cb-r", "cann6", "1h-pyrazole-3-carboxamide,5-(4-chlorophenyl)-1-(2,4-dichlorophenyl)-4-methyl-n-1-piperidinyl-", "158681-13-1[rn]", "5-(4-chlorophenyl)-1-(2,4-dichlorophenyl)-4-methyl-n-1-piperidinyl-1h-pyrazole-3-carboxamide", "5-(4-chlorophenyl)-1-(2,4-dichlorophenyl)-4-methyl-n-piperidinopyrazole-3-carboxamide", "sr141,716a", "n-piperidino-5-(4-chlorophenyl)-1-(2,4-dichlorophenyl)-4-methyl-3-pyrazole-carboxamide", "sr 141716a", "acomplia[wiki]", "sr-141716a", "5-(4-chloro-phenyl)-1-(2,4-dichloro-phenyl)-4-methyl-1h-pyrazole-3-carboxylic acid piperidin-1-ylamide", "sr141716", "cb1", "rimonabant hydrochloride", "acomplia;bethin;riobant;slimona;rimoslim;zimulti", "n-(piperidin-1-yl)-5-(4-chlorophenyl)-1-(2,4-dichlorophenyl)-4-methyl-1h-pyrazole-3-carboxamide", "5-(4-chloro-phenyl)-1-(2,4-dichloro-phenyl)-4-methyl-1h-pyrazole-3-carboxylic acid piperidin-1-ylamide (sr-141716a)", "acomplia;", "168273-06-1[rn]", "5-(4-chlorophenyl)-1-(2,4-dichlorophenyl)-4-methyl-n-(piperidin-1-yl)-1h-pyrazole-3-carboxamide", "n-(piperidin-1-yl)-1-(2,4-dichlorophenyl)-5-(4-chlorophenyl)-4-methyl-1h-pyrazole-3-carboxamide", "acomplia (tn)", "rimonabant [usan:inn][inn][usan]"}|>, "6353" -> <|"DatabaseID" -> "SW03495", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "55486"]}, "IsomericSmiles" -> "c1c(nc(s1)N)/C(=N/OCC(=O)[O-])/C(=O)N[C@H]2[C@H](N(C2=O)S(=O)(=O)[O-])COC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07625"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carumonam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6540466]}, "Synonyms" -> {"carumonam", "carumonam (inn)", "87638-04-8", "ama 1080", "chebi:55486", "carumonamum", "ac1o712k", "ac-15442", "akos015961995", "crmn"}|>, "6354" -> <|"DatabaseID" -> "SW03496", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2297665]}, "IsomericSmiles" -> "Cc1ncc(c(n1)N)CN(C=O)/C(=C(/CCOP(=O)([O-])[O-])\\SC(=O)c2ccccc2)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01255"]}, "OfficialNames" -> <|"Indian Approved Name" -> "benfotiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3032771]}, "Synonyms" -> {"biotamin", "tabiomyl", "vitanevril", "benfotiamine", "neurostop", "betivina", "benphothiamine", "s-benzoylthiamine o-monophosphate", "nitanevril", "berdi", "benfotiamine[wiki]", "bietamine", "benzenecarbothioicacid s-[(1z)-2-[[(4-amino-2-methyl-5-pyrimidinyl)methyl]formylamino]-1-[2-(phosphonooxy)ethyl]-1-propen-1-yl] ester", "s-(2-(n-((4-amino-2-methylpyrimidin-5-yl)methyl)formamido)-5-(phosphonooxy)pent-2-en-3-yl)benzothio", "benfotiamina[spanish][inn]", "thiamine monophosphate benzoyl", "benzoylthiamine o-monophosphate", "benzoylthiaminmonophosphate", "s-(2-(n-((4-amino-2-methylpyrimidin-5-yl)methyl)formamido)-5-(phosphonooxy)pent-2-en-3-yl)benzothioate", "8088 c.b.", "s-benzoylthiamine monophosphate", "benzoic acid thio- s-ester with n-((4-amino-2-methyl-5-pyrimidinyl)methyl)-n-(4-hydroxy-2-mercapto-1-methyl-1-butenyl)formamide dihydrogen phosphate (ester)", "thiobenzoic acid s-ester with n-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-n-(4-hydroxy-2-mercapto-1-methyl-1-butenyl)formamideo-phosphate", "22457-89-2[rn]", "245-013-4[einecs]", "(3z)-4-{n-[(4-amino-2-methylpyrimidin-5-yl)methyl]carbonylamino}-3-(phenylcarbonylthio)pent-3-enyldihydrogen phosphate", "s-(2-(n-((4-amino-2-methylpyrimidin-5-yl)methyl)formamido)-5-(phosphonooxy)pent-2-en-3-yl)benzothioa", "btmp", "s-[(2z)-2-{[(4-amino-2-methylpyrimidin-5-yl)methyl](formyl)amino}-5-(phosphonooxy)pent-2-en-3-yl] benzenecarbothioate", "benfotiaminum[latin]", "n-((4-amino-2-methyl-5-pyrimidinyl)methyl)-n-(4-hydroxy-2-mercapto-1-methyl-1-butenyl)formamide s-benzoate o-phosphate", "benzoylthiamine monophosphate", "6-(2-methyl-6-amino-5-pyrimidinyl)-5-aza-5-formyl-4-methyl-3-benzoylthio-3-hexenyl phosphate", "benfotiamine [dcf:inn:jan][inn][jan]"}|>, "6355" -> <|"DatabaseID" -> "SW03497", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445364]}, "IsomericSmiles" -> "Cc1ncc(c(n1)N)CN(C=O)/C(=C(\\CCOP(=O)([O-])[O-])/SC(=O)c2ccccc2)/C", "OfficialNames" -> <|"Indian Approved Name" -> "benfothiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282168]}, "Synonyms" -> {"cas-22457-89-2", "pharmakon1600-01503105", "22457-89-2[rn]", "ac1q6rzy", "s-[2-{[(4-amino-2-methylpyrimidin-5-yl)methyl](formyl)amino}-5-(phosphonooxy)pent-2-en-3-yl] benzenecarbothioate", "biotamin (tn)", "spectrum5_001042", "hms500j09", "spectrum1503105", "ncgc00016764-01", "ac1nqzle", "benfotiamine[wiki]", "biotamin", "hms1923i13"}|>, "6356" -> <|"DatabaseID" -> "SW03498", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106497]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00895"]}, "IsomericSmiles" -> "CC1(C([NH2+]C(S1)C(C(=O)NCCCCCC(=O)[O-])NC(=O)Cc2ccccc2)C(=O)[O-])C", "OfficialNames" -> <|"FDA Approved Drug" -> "BENZYLPENICILLOYL POLYLYSINE"|>, "PharmGKBID" -> "PA164754810", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119212]}, "Synonyms" -> {"benzylpenicilloyl polylysine", "pre-pen", "benzylpenicilloyl", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5", "fc-epsilon ri-alpha", "4-thiazolidinecarboxylic acid 2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-", "ar-1h9694", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-4-thiazolidinecarboxylic acid", "high affinity immunoglobulin epsilon receptor subunit alpha precursor", "9005-49-6", "db00895", "ac1q5kwz", "2642-55-9[rn]", "ac1l3oee", "ls-187378", "chembl1201779", "ige fc receptor alpha-subunit", "fceri", "benzylpenicilloyl g"}|>, "6357" -> <|"DatabaseID" -> "SW03498", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106497]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00895"]}, "IsomericSmiles" -> "CC1(C([NH2+]C(S1)C(C(=O)NCCCCCC(=O)[O-])NC(=O)Cc2ccccc2)C(=O)[O-])C", "OfficialNames" -> <|"FDA Approved Drug" -> "BENZYLPENICILLOYL POLYLYSINE"|>, "PharmGKBID" -> "PA164754810", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119212]}, "Synonyms" -> {"benzylpenicilloyl polylysine", "pre-pen", "benzylpenicilloyl", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5", "fc-epsilon ri-alpha", "4-thiazolidinecarboxylic acid 2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-", "ar-1h9694", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-4-thiazolidinecarboxylic acid", "high affinity immunoglobulin epsilon receptor subunit alpha precursor", "9005-49-6", "db00895", "ac1q5kwz", "2642-55-9[rn]", "ac1l3oee", "ls-187378", "chembl1201779", "ige fc receptor alpha-subunit", "fceri", "benzylpenicilloyl g"}|>, "6358" -> <|"DatabaseID" -> "SW03498", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106497]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00895"]}, "IsomericSmiles" -> "CC1(C([NH2+]C(S1)C(C(=O)NCCCCCC(=O)[O-])NC(=O)Cc2ccccc2)C(=O)[O-])C", "OfficialNames" -> <|"FDA Approved Drug" -> "BENZYLPENICILLOYL POLYLYSINE"|>, "PharmGKBID" -> "PA164754810", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119212]}, "Synonyms" -> {"benzylpenicilloyl polylysine", "pre-pen", "benzylpenicilloyl", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5", "fc-epsilon ri-alpha", "4-thiazolidinecarboxylic acid 2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-", "ar-1h9694", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-4-thiazolidinecarboxylic acid", "high affinity immunoglobulin epsilon receptor subunit alpha precursor", "9005-49-6", "db00895", "ac1q5kwz", "2642-55-9[rn]", "ac1l3oee", "ls-187378", "chembl1201779", "ige fc receptor alpha-subunit", "fceri", "benzylpenicilloyl g"}|>, "6359" -> <|"DatabaseID" -> "SW03498", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106497]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00895"]}, "IsomericSmiles" -> "CC1(C([NH2+]C(S1)C(C(=O)NCCCCCC(=O)[O-])NC(=O)Cc2ccccc2)C(=O)[O-])C", "OfficialNames" -> <|"FDA Approved Drug" -> "BENZYLPENICILLOYL POLYLYSINE"|>, "PharmGKBID" -> "PA164754810", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119212]}, "Synonyms" -> {"benzylpenicilloyl polylysine", "pre-pen", "benzylpenicilloyl", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5", "fc-epsilon ri-alpha", "4-thiazolidinecarboxylic acid 2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-", "ar-1h9694", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-4-thiazolidinecarboxylic acid", "high affinity immunoglobulin epsilon receptor subunit alpha precursor", "9005-49-6", "db00895", "ac1q5kwz", "2642-55-9[rn]", "ac1l3oee", "ls-187378", "chembl1201779", "ige fc receptor alpha-subunit", "fceri", "benzylpenicilloyl g"}|>, "6360" -> <|"DatabaseID" -> "SW03498", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106497]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00895"]}, "IsomericSmiles" -> "CC1(C([NH2+]C(S1)C(C(=O)NCCCCCC(=O)[O-])NC(=O)Cc2ccccc2)C(=O)[O-])C", "OfficialNames" -> <|"FDA Approved Drug" -> "BENZYLPENICILLOYL POLYLYSINE"|>, "PharmGKBID" -> "PA164754810", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119212]}, "Synonyms" -> {"benzylpenicilloyl polylysine", "pre-pen", "benzylpenicilloyl", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5", "fc-epsilon ri-alpha", "4-thiazolidinecarboxylic acid 2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-", "ar-1h9694", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-4-thiazolidinecarboxylic acid", "high affinity immunoglobulin epsilon receptor subunit alpha precursor", "9005-49-6", "db00895", "ac1q5kwz", "2642-55-9[rn]", "ac1l3oee", "ls-187378", "chembl1201779", "ige fc receptor alpha-subunit", "fceri", "benzylpenicilloyl g"}|>, "6361" -> <|"DatabaseID" -> "SW03498", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106497]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00895"]}, "IsomericSmiles" -> "CC1(C([NH2+]C(S1)C(C(=O)NCCCCCC(=O)[O-])NC(=O)Cc2ccccc2)C(=O)[O-])C", "OfficialNames" -> <|"FDA Approved Drug" -> "BENZYLPENICILLOYL POLYLYSINE"|>, "PharmGKBID" -> "PA164754810", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119212]}, "Synonyms" -> {"benzylpenicilloyl polylysine", "pre-pen", "benzylpenicilloyl", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5", "fc-epsilon ri-alpha", "4-thiazolidinecarboxylic acid 2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-", "ar-1h9694", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-4-thiazolidinecarboxylic acid", "high affinity immunoglobulin epsilon receptor subunit alpha precursor", "9005-49-6", "db00895", "ac1q5kwz", "2642-55-9[rn]", "ac1l3oee", "ls-187378", "chembl1201779", "ige fc receptor alpha-subunit", "fceri", "benzylpenicilloyl g"}|>, "6362" -> <|"DatabaseID" -> "SW03498", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106497]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00895"]}, "IsomericSmiles" -> "CC1(C([NH2+]C(S1)C(C(=O)NCCCCCC(=O)[O-])NC(=O)Cc2ccccc2)C(=O)[O-])C", "OfficialNames" -> <|"FDA Approved Drug" -> "BENZYLPENICILLOYL POLYLYSINE"|>, "PharmGKBID" -> "PA164754810", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119212]}, "Synonyms" -> {"benzylpenicilloyl polylysine", "pre-pen", "benzylpenicilloyl", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5", "fc-epsilon ri-alpha", "4-thiazolidinecarboxylic acid 2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-", "ar-1h9694", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-4-thiazolidinecarboxylic acid", "high affinity immunoglobulin epsilon receptor subunit alpha precursor", "9005-49-6", "db00895", "ac1q5kwz", "2642-55-9[rn]", "ac1l3oee", "ls-187378", "chembl1201779", "ige fc receptor alpha-subunit", "fceri", "benzylpenicilloyl g"}|>, "6363" -> <|"DatabaseID" -> "SW03498", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106497]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00895"]}, "IsomericSmiles" -> "CC1(C([NH2+]C(S1)C(C(=O)NCCCCCC(=O)[O-])NC(=O)Cc2ccccc2)C(=O)[O-])C", "OfficialNames" -> <|"FDA Approved Drug" -> "BENZYLPENICILLOYL POLYLYSINE"|>, "PharmGKBID" -> "PA164754810", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119212]}, "Synonyms" -> {"benzylpenicilloyl polylysine", "pre-pen", "benzylpenicilloyl", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5", "fc-epsilon ri-alpha", "4-thiazolidinecarboxylic acid 2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-", "ar-1h9694", "2-(2-((5-carboxypentyl)amino)-2-oxo-1-((phenylacetyl)amino)ethyl)-5,5-dimethyl-4-thiazolidinecarboxylic acid", "high affinity immunoglobulin epsilon receptor subunit alpha precursor", "9005-49-6", "db00895", "ac1q5kwz", "2642-55-9[rn]", "ac1l3oee", "ls-187378", "chembl1201779", "ige fc receptor alpha-subunit", "fceri", "benzylpenicilloyl g"}|>, "6364" -> <|"DatabaseID" -> "SW03499", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8255"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30899]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01604"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)[C@@H](c3ccccc3)[NH3+])C(=O)OCOC(=O)C(C)(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08396"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pivampicillin"|>, "PharmGKBID" -> "PA164776912", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 33478]}, "Synonyms" -> {"pondocillin", "pivaloyloxymethyl ampicillinate", "ampicillin pivaloyloxymethyl ester", "pivaloylampicillin", "pivampicillin", "pivampicilina [inn-spanish]", "pivampicilline [inn-french]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-2-amino-2-phenylacetyl]amino]-3,3-dimethyl-7-oxo- (2,2-dimethyl-1-oxopropoxy)methyl ester,(2s,5r,6r)-", "pivampicillinum", "pivampicilina; pivampicillin; pivampicilline;pivampicillinum", "6-[d-a-aminophenylacetamido]penicillanic acidpivaloyloxymethylester", "pivampicilina", "5406076[beilstein]", "pivampicillinum[latin]", "pivampicilline[french][inn]", "inacilin", "[(2,2-dimethylpropanoyl)oxy]methyl (2s,5r,6r)-6-{[(2r)-2-amino-2-phenylacetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate[acd/iupac name]", "pivatil", "26309-95-5[rn]", "hydroxymethyl 6-(2-amino-2-phenylacetamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate pivalate (ester)", "[2s-[2a,5a,6b(s*)]]-6-[(aminophenylacetyl)amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid (2,2-dimethyl-1-oxopropoxy)methylester", "pivampicillinum [inn-latin]", "devonium", "alphacillin", "pivaloyloxymethyl d-a-aminobenzylpenicillinate", "pivampicilina[spanish][inn]", "sanguicillin", "diancina", "pivampicilline", "berocillin", "pivampicillin[wiki]", "alphacilina", "251-688-6[einecs]", "247-604-2[einecs]", "maxifen", "centurina", "4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid 6-(2-amino-2-phenylacetamido)-3,3-dimethyl-7-oxo- hydroxymethylester pivalate (ester) d-(-)-", "33817-20-8[rn]"}|>, "6365" -> <|"DatabaseID" -> "SW03500", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28135"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 103018]}, "IsomericSmiles" -> "CC(C)CC[C@H]([C@@](C)([C@H]1CC[C@@]2([C@@]1(CC[C@H]3C2=CC(=O)[C@H]4[C@@]3(C[C@@H]([C@@H](C4)O)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ponasterone;ponasterone a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 115127]}, "Synonyms" -> {"p1a", "25-deoxycedysterone", "25-deoxyecdysterone", "ponasterone a", "13408-56-5", "ponasterone a 25-deoxyecdysterone,25-deoxy-20-hydroxyecdysone,", "2,3,14,20,22-pentahydroxycholest-7-en-6-one", "chebi:28135", "2422988[beilstein]", "ambap13408-56-5", "ac1l3gkh", "(2beta", "13408-56-5[rn]", "(2b,3b,5b,22r)-2,3,14,20,22-pentahydroxycholest-7-en-6-one", "25-deoxy-20-hydroxyecdysone", "(22r)-2beta"}|>, "6366" -> <|"DatabaseID" -> "SW03501", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50924"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187440]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00398"]}, "IsomericSmiles" -> "CNC(=O)c1cc(ccn1)Oc2ccc(cc2)NC(=O)Nc3ccc(c(c3)C(F)(F)F)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08524"]}, "OfficialNames" -> <|"Australia Approved Name" -> "SORAFENIB", "FDA Approved Drug" -> "SORAFENIB TOSYLATE"|>, "PharmGKBID" -> "PA7000", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216239]}, "Synonyms" -> {"sorafenib", "kinome_766", "nexavar", "bay-43-9006", "sorafenibum", "bay 43-9006", "4-(4-(3-(4-chloro-3-trifluoromethylphenyl)ureido)phenoxy)pyridine-2-carboxyllic acid methyamide", "4-[4-({[4-chloro-3-(trifluoromethyl)phenyl]carbamoyl}amino)phenoxy]-n-methylpyridine-2-carboxamide", "bay-439006", "sorafenib [inn]", "proto-oncogene tyrosine-protein kinase kit", "nexavar[wiki]", "284461-73-0", "2-pyridinecarboxamide 4-[4-[[[[4-chloro-3-(trifluoromethyl)phenyl]amino]carbonyl]amino]phenoxy]-n-methyl-", "xarelto", "k00597a", "4-(4-((((4-chloro-3-(trifluoromethyl)phenyl)amino)carbonyl)amino)phenoxy)-n-methyl-2-pyridinecarboxamide", "4-[4-({[4-chloro-3-(trifluoromethyl)phenyl]carbamoyl}amino)phenoxy]-n-methyl-2-pyridinecarboxamide", "ec 2.7.10.1", "ac1l50cf", "4-(4-(3-(4-chloro-3-(trifluoromethyl)phenyl)ureido)phenoxy)-n-methylpicolinamide", "bay-54-9085", "cd117 antigen", "mast/stem cell growth factor receptor precursor", "2-pyridinecarboxamide 4-(4-((((4-chloro-3-(trifluoromethyl)phenyl)amino)carbonyl)amino)phenoxy)-n-methyl-", "284461-73-0[rn]", "sorafenib tosylate", "475207-59-1[rn]", "4-{4-[({[4-chloro-3-(trifluoromethyl)phenyl]amino}carbonyl)amino]phenoxy}-n-methylpyridine-2-carboxamide", "4750207-59-1", "c-kit", "unii-9zoq3tzi87", "4-{4-[3-(4-chloro-3-trifluoromethyl-phenyl)-ureido]-phenoxy}-pyridine-2-carboxylic acid methylamide", "scfr", "sorafenib[wiki][inn]", "4-[4-[[4-chloro-3-(trifluoromethyl)phenyl]carbamoylamino]phenoxy]-n-methyl-pyridine-2-carboxamide", "n-(4-chloro-3-(trifluoromethyl)phenyl)-n'-(4-(2-(n-methylcarbamoyl)-4-pyridyloxy)phenyl)urea", "chembl1336"}|>, "6367" -> <|"DatabaseID" -> "SW03502", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "128458"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25594], ExternalIdentifier["ChemSpiderID", 17966293]}, "IsomericSmiles" -> "c1cc2c(c(c1)OCC(COc3cccc4c3c(=O)cc(o4)C(=O)[O-])O)c(=O)cc(o2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00526"]}, "OfficialNames" -> <|"China Approved Name" -> "cromolyn sodium", "Australia Approved Name" -> "SODIUM CROMOGLYCATE", "FDA Approved Drug" -> "CROMOLYN SODIUM;INDIUM IN-111 PENTETATE DISODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27503]}, "Synonyms" -> {"gastrocrom", "cromolyn sodium", "sodium cromoglicate", "sodium cromoglycate", "sodium cromolyn", "cromoglicic acid", "lomudal", "cromolyn", "opticrom", "nasalcrom", "intal", "dinatrium cromoglicicum", "disodium-5-[3-(2-carboxy-4-oxo-4h-5-chromenyloxy)-2-hydroxypropoxy]-4-oxo-4h-2-chromenecarboxylate(disodiumcromoglycate(dscg))", "sodium cromoglicate[jan][jp15]", "gastrofrenal", "cromoglicic acid [inn_en]", "nasalcrom[wiki]", "frenasma", "cromoglycic acid", "(dscg)disodium 5-[3-(2-carboxylato-4-oxo-4h-5-chromenyloxy)-2-hydroxypropoxy]-4-oxo-4h-2-chromenecarboxylate", "introl", "inostral", "4h-1-benzopyran-2-carboxylic acid 5,5'-[(2-hydroxy-1,3-propanediyl)bis(oxy)]bis[4-oxo- disodium salt", "cromolynsodium", "lomuda", "15826-37-6[rn]", "disodium5-{3-[(2-carboxylato-4-oxo-4h-chromen-5-yl)oxy]-2-hydroxypropoxy}-4-oxo-4h-chromene-2-carboxylate[disodium cromoglycate (dscg)]", "sodium cromoylycate", "4h-1-benzopyran-2-carboxylic acid 5,5'-((2-hydroxytrimethylene)dioxy)bis(4-oxo-,disodiumsalt", "cromolyn sodium[usp]", "5-[3-(2-carboxy-4-oxo-4h-chromen-5-yloxy)-2-hydroxy-propoxy]-4-oxo-4h-chromene-2-carboxylate(cromolyn sodium)", "disodium5,5'-[(2-hydroxytrimethylene)bis(oxy)]bis[4-oxo-4h-1-benzopyran-2-carboxylate]", "cromo asma aerosol", "disodium5-{3-[(2-carboxylato-4-oxo-4h-chromen-5-yl)oxy]-2-hydroxypropoxy}-4-oxo-4h-chromene-2-carboxylate (disodiumcromoglycate)", "aarane", "irtan", "colimune", "allergocrom", "disodium cromoglycate(dscg)", "lomuspray", "disodium5-{3-[(2-carboxylato-4-oxo-4h-chromen-5-yl)oxy]-2-hydroxypropoxy}-4-oxo-4h-chromene-2-carboxylate(dscg)", "sodium salt of 5-[3-(2-carboxy-4-oxo-4h-5-chromenyloxy)-2-hydroxypropoxy]-4-oxo-4h-2-chromenecarboxylic acid", "sofro", "cas-15826-37-6", "disodiumsalt of 5-[3-(2-carboxy-4-oxo-4h-5-chromenyloxy)-2-hydroxypropoxy]-4-oxo-4h-2-chromenecarboxylic acid(dscg)", "crolom", "intal (tn)", "gastrocrom[wiki]", "5-[3-(2-carboxy-4-oxochromen-5-yloxy)-2-hydroxypropoxy]-4-oxochromene-2-carboxylic acid sodium salt sodiumsalt", "fpl-670", "gastrocrom (tn)", "lomusol", "disodium salt (dscg)", "5-[3-(2-carboxy-4-oxo-4h-5-chromenyloxy)-2-hydroxypropoxy]-4-oxo-4h-2-chromenecarboxylic acid(sodium)(disodium cromoglycate)", "5-[3-(2-carboxy-4-oxo-4h-5-chromenyloxy)-2-hydroxypropoxy]-4-oxo-4h-2-chromenecarboxylate", "nasmil", "opticron", "disodium5-[3-(2-carboxylato-4-oxo-4h-5-chromenyloxy)-2-hydroxypropoxy]-4-oxo-4h-2-chromenecarboxylate(dscg)", "105878-73-7[rn]", "disodium5-[3-(2-carboxylato-4-oxo-4h-5-chromenyloxy)-2-hydroxypropoxy]-4-oxo-4h-2-chromenecarboxylate", "cromovet", "aararre", "rynacrom", "5-[3-(2-carboxy-4-oxo-4h-5-chromenyloxy)-2-hydroxypropoxy]-4-oxo-4h-2-chromenecarboxylic acid", "natrium cromoglicat[german]", "fivent", "239-926-7[einecs]", "disodium5,5'-[(2-hydroxypropane-1,3-diyl)bis(oxy)]bis(4-oxo-4h-chromene-2-carboxylate)", "nalcrom", "nalcron", "vividrin", "dinatrium-5,5'-[(2-hydroxypropan-1,3-diyl)bis(oxy)]bis(4-oxo-4h-chromen-2-carboxylat)", "sodium[wiki][acd/iupac name]", "5,5'-((2-hydroxytrimethylene)dioxy)bis(4-oxo-4h-1-benzopyran-2-carboxylic acid) disodium salt", "cromolyn disodium salt", "disodium5,5'-((2-hydroxytrimethylene)dioxy)bis(4-oxo-4h-1-benzopyran-2-carboxylate)", "disodium", "(dscg)5-{3-[(2-carboxylato-4-oxo-4h-chromen-5-yl)oxy]-2-hydroxypropoxy}-4-oxo-4h-chromene-2-carboxylate", "15826-37-6 16110-51-3", "cromolyn; sodium", "opticrom[wiki]", "disodium5-[3-(2-carboxylato-4-oxo-4h-5-chromenyloxy)-2-hydroxypropoxy]-4-oxo-4h-2-chromenecarboxylate(disodium cromoglycate,dscg)", "disodium cromoglycate", "nebulasma", "disodium5,5'-((2-hydroxytrimethylene)bis(oxy))bis(4-oxo-4h-1-benzopyran-2-carboxylate)", "alerion", "(disodium chromoglycate)dscg", "disodium5,5'-[(2-hydroxy-1,3-propanediyl)bis(oxy)]bis(4-oxo-4h-chromene-2-carboxylate)[acd/iupac name]", "cromoglycate disodium", "4h-1-benzopyran-2-carboxylic acid 5,5'-[(2-hydroxy-1,3-propanediyl)bis(oxy)]bis[4-oxo- sodium salt (1:2)[acd/index name]", "chromolyn sodium", "gynazole", "4h-1-benzopyran-2-carboxylic acid 5,5'-((2-hydroxy-1,3-propanediyl)bis(oxy))bis(4-oxo- disodium salt)", "cromoptic", "lomudas", "intal[wiki]", "disodium5-{3-[(2-carboxylato-4-oxo-4h-chromen-5-yl)oxy]-2-hydroxypropoxy}-4-oxo-4h-chromene-2-carboxylate", "cromolyn[wiki]", "dscg", "intal nebulizer", "disodium ions", "disodium5-[3-(2-carboxy-4-oxo-4h-5-chromenyloxy)-2-hydroxypropoxy]-4-oxo-4h-2-chromenecarboxylic acid(disodium chromoglycate)", "5-{3-[(2-carboxy-4-oxo-4h-chromen-5-yl)oxy]-2-hydroxypropoxy}-4-oxo-4h-chromene-2-carboxylic acid", "15826-37-6 16110-51-3 [cromolyn]", "natrii cromoglicas", "dinatriumsalz von1,3-bis-(2-carboxychromon-5-yloxy)-2-hydroxypropan[german]", "16110-51-3[rn]", "disodium chromoglycate"}|>, "6368" -> <|"DatabaseID" -> "SW03503", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390857]}, "IsomericSmiles" -> "c1cc(ccc1C(=O)OCC2=C[C@H]([C@H]3[C@@H]2[C@@H](OC=C3)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agnuside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442416]}, "Synonyms" -> {"agnuside", "ac1l9cs2", "megxp0_000767", "acon1_000039", "c09765", "[(1s,4ar,5s,7as)-5-hydroxy-1-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-1,4a,5,7a-tetrahydrocyclopenta[c]pyr-7-yl]methyl-4-hydroxybenzoat", "[(1s,4ar,5s,7as)-5-hydroxy-1-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-1,4a,5,7a-tetrahydrocyclopenta[c]pyran-7-yl]methyl4-hydroxybenzoate", "ncgc00168851-01", "11027-63-7[rn]", "chembl483223", "np-002211", "molport-001-740-917", "11027-63-7"}|>, "6369" -> <|"DatabaseID" -> "SW03504", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2968"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390135]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01602"]}, "IsomericSmiles" -> "CCOC(=O)OC(C)OC(=O)[C@H]1C(S[C@H]2N1C(=O)[C@H]2NC(=O)[C@@H](c3ccccc3)[NH3+])(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07487"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACAMPICILLIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164745461", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441397]}, "Synonyms" -> {"bacampicillin", "bacampicillin hydrochloride", "penglobe", "1-[(ethoxycarbonyl)oxy]ethyl (2s,5r,6r)-6-{[(2r)-2-amino-2-phenylacetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate", "penglobe (tn)", "bacampicillinum[latin]", "bacampicilline", "bacampicillinum", "1'-ethoxycarbonyloxyethyl 6-(d-a-aminophenylacetamido)penicillanate", "bacampicilline [inn_fr]", "bacampicilina", "prestwick1_000416", "bacampicilline[french][inn]", "bacampicilina[spanish][inn]", "spectrobid", "prestwick0_000416", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-2-amino-2-phenylacetyl]amino]-3,3-dimethyl-7-oxo- 1-[(ethoxycarbonyl)oxy]ethyl ester (2s,5r,6r)-", "chebi:2968", "50972-17-3[rn]", "5784318[beilstein]", "[2s-[2a,5a,6b(s*)]]-6-[(aminophenylacetyl)amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 1-[(ethoxycarbonyl)oxy]ethyl ester", "(2s,5r,6r)-6-[(r)-(2-amino-2-phenylacetamido)]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acidester with ethyl1-hydroxyethylcarbonate", "bacampicillin (inn)"}|>, "6370" -> <|"DatabaseID" -> "SW03504", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2968"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390135]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01602"]}, "IsomericSmiles" -> "CCOC(=O)OC(C)OC(=O)[C@H]1C(S[C@H]2N1C(=O)[C@H]2NC(=O)[C@@H](c3ccccc3)[NH3+])(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07487"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACAMPICILLIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164745461", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441397]}, "Synonyms" -> {"bacampicillin", "bacampicillin hydrochloride", "penglobe", "1-[(ethoxycarbonyl)oxy]ethyl (2s,5r,6r)-6-{[(2r)-2-amino-2-phenylacetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate", "penglobe (tn)", "bacampicillinum[latin]", "bacampicilline", "bacampicillinum", "1'-ethoxycarbonyloxyethyl 6-(d-a-aminophenylacetamido)penicillanate", "bacampicilline [inn_fr]", "bacampicilina", "prestwick1_000416", "bacampicilline[french][inn]", "bacampicilina[spanish][inn]", "spectrobid", "prestwick0_000416", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-2-amino-2-phenylacetyl]amino]-3,3-dimethyl-7-oxo- 1-[(ethoxycarbonyl)oxy]ethyl ester (2s,5r,6r)-", "chebi:2968", "50972-17-3[rn]", "5784318[beilstein]", "[2s-[2a,5a,6b(s*)]]-6-[(aminophenylacetyl)amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 1-[(ethoxycarbonyl)oxy]ethyl ester", "(2s,5r,6r)-6-[(r)-(2-amino-2-phenylacetamido)]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acidester with ethyl1-hydroxyethylcarbonate", "bacampicillin (inn)"}|>, "6371" -> <|"DatabaseID" -> "SW03505", "IsomericSmiles" -> "CCC(C)(C(=O)[O-])Oc1ccc(cc1)C2(CCCCC2)c3ccc(cc3)OC(C)(CC)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01300"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clinofibrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2787]}, "Synonyms" -> {"lipoclin", "clinofibrate", "clinofibrate [inn:jan]", "clinofibratum [inn-latin]", "s 8527", "30299-08-2", "ncgc00167453-01", "clinofibrato [inn-spanish]", "brn 2230067"}|>, "6372" -> <|"DatabaseID" -> "SW03505", "IsomericSmiles" -> "CCC(C)(C(=O)[O-])Oc1ccc(cc1)C2(CCCCC2)c3ccc(cc3)OC(C)(CC)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01300"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clinofibrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2787]}, "Synonyms" -> {"lipoclin", "clinofibrate", "clinofibrate [inn:jan]", "clinofibratum [inn-latin]", "s 8527", "30299-08-2", "ncgc00167453-01", "clinofibrato [inn-spanish]", "brn 2230067"}|>, "6373" -> <|"DatabaseID" -> "SW03505", "IsomericSmiles" -> "CCC(C)(C(=O)[O-])Oc1ccc(cc1)C2(CCCCC2)c3ccc(cc3)OC(C)(CC)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01300"]}, "OfficialNames" -> <|"NPC Approved Name" -> "clinofibrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2787]}, "Synonyms" -> {"lipoclin", "clinofibrate", "clinofibrate [inn:jan]", "clinofibratum [inn-latin]", "s 8527", "30299-08-2", "ncgc00167453-01", "clinofibrato [inn-spanish]", "brn 2230067"}|>, "6374" -> <|"DatabaseID" -> "SW03506", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4575409]}, "IsomericSmiles" -> "CC[C@H]1C[NH+]2CCc3cc(c(cc3[C@@H]2C[C@@H]1CC4=C5C=C(C(=O)C=C5CC[NH2+]4)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "psychotrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5462438]}, "Synonyms" -> {"psychotrine", "1'", "1-[[(2r", "c09612", "isoquinoline alkaloid", "ac1nuwda", "1',2'-didehydro-7',10,11-trimethoxyemetan-6'-ol", "1',15-didehydro-7',10,11-trimethoxyemetan-6'-ol", "7633-29-6", "emetan-6'-ol 1',2'-didehydro-7',10,11-trimethoxy-", "chembl463445", "emetan-6'-ol", "7633-29-6[rn]"}|>, "6375" -> <|"DatabaseID" -> "SW03507", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254098]}, "IsomericSmiles" -> "CCOC(=O)[C@H](CCc1ccccc1)[NH2+][C@@H](C)C(=O)N2CC3(C[C@H]2C(=O)[O-])SCCS3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03765"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SPIRAPRIL HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850814]}, "Synonyms" -> {"spirapril hydrochloride", "renormax (tn)", "spirapril", "ti 211-950", "(8s)-7-[(2s)-2-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}propanoyl]-1,4-dithia-7-azaspiro[4.4]nonane-8-carboxylic acid hydrochloride (1:1)(non-preferred name)", "spirapril hydrochloride (usan)", "sandopril", "(8s-(7(r*(r*)),8r*))-7-(2-((1-(ethoxycarbonyl)-3-phenylpropyl)amino)-1-oxopropyl)-1,4-dithia-7-azaspiro[4.4]nonane-8-carboxylic acid monohydrochloride", "ac1oa87d", "94841-17-5[rn]", "sch 33844", "spirapril[wiki]", "dsstox_cid_24272", "spirapril hydrochloride [usan]", "ncgc00182545-01", "renormax[wiki]", "spirapril hydrochloride[usan]", "(8s)-7((s)-n-((s)-1-carboxy-3-phenylpropyl)alanyl)-1,4-dithia-7-azaspiro[4.4]nonane-8-carboxylic acid 1-ethyl ester monohydrochloride", "renormax", "dsstox_rid_80139"}|>, "6376" -> <|"DatabaseID" -> "SW03508", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 86761]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dotriacontanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 96117]}, "Synonyms" -> {"n-dotriacontanol", "dotriacontan-1-ol", "dotriacontanol", "nsc53834", "ag-g-49688", "1-dotriacontanol", "nsc 53834;n-dotriacontanol;", "1-dotriacontanol[acd/iupac name]", "6624-79-9", "ac1l3vrr", "6624-79-9[rn]", "unii-82j5yyf71h", "79554-32-8[rn]"}|>, "6377" -> <|"DatabaseID" -> "SW03509", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2298440]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "none"]}, "IsomericSmiles" -> "CN1CC[NH+](CC1)/C=C\\2/C(=O)N3c4ccc(cc4C(=NCC3=[NH+]2)c5ccccc5Cl)[N+](=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07326"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Loprazolam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3033860]}, "Synonyms" -> {"loprazolam", "triazulenone", "loprazolamum[latin]", "dea no. 2773", "loprazolam [ban:inn][inn]", "loprazolam[wiki]", "(2z)-6-(2-chlorophenyl)-2-[(4-methylpiperazin-1-yl)methylene]-8-nitro-2,4-dihydro-1h-imidazo[1,2-a][1,4]benzodiazepin-1-one", "61197-73-7[rn]", "1h-imidazo(1", "(z)-6-(2-chlorophenyl)-2,4-dihydro-2-[(4-methyl-1-piperazinyl)methylene]-8-nitro-1h-imidazo[1,2-a][1,4]benzodiazepin-1-one", "(z)-6-(o-chlorophenyl)-2", "6-(2-chlorophenyl)-2,4-dihydro-2-((4-methyl-1-piperazinyl)methylene)-8-nitro-1h-imidazo(1,2-a) (1,4)benzodiazepin-1-one", "1h-imidazo(1,2-a)(1,4)benzodiazepin-1-one 2,4-dihydro-6-(2-chlorophenyl)-2-((4-methyl-1-piperazinyl)methylene)-8-nitro-", "loprazolamum", "61197-73-7", "ru 31158", "1h-imidazo[1,2-a][1,4]benzodiazepin-1-one 6-(2-chlorophenyl)-2,4-dihydro-2-[(4-methyl-1-piperazinyl)methylene]-8-nitro- (2z)-", "(z)-6-(o-chlorophenyl)-2,4-dihydro-2-((4-methyl-1-piperazinyl)methylene)-8-nitro-1h-imidazo(1,2-a)(1,4)benzodiazepin-1-one", "loprazolamum [inn-latin]", "(2z)-6-(2-chlorophenyl)-2-[(4-methylpiperazin-1-yl)methylidene]-8-nitro-2,4-dihydro-1h-imidazo[1,2-a][1,4]benzodiazepin-1-one", "dormonoct", "6-(2-chlorophenyl)-2"}|>, "6378" -> <|"DatabaseID" -> "SW03510", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392049]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00873"]}, "IsomericSmiles" -> "CCOC(=O)O[C@@]1(CC[C@@H]2[C@@]1(C[C@@H]([C@H]3[C@H]2CCC4=CC(=O)C=C[C@]34C)O)C)C(=O)OCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01689"]}, "OfficialNames" -> <|"Indian Approved Name" -> "loteprednol etabonate", "FDA Approved Drug" -> "LOTEPREDNOL ETABONATE"|>, "PharmGKBID" -> "PA164764569", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444025]}, "Synonyms" -> {"lotemax", "loteprednol etabonate", "alrex", "loteflam", "hgp-1", "zylet", "locort", "loterox", "lotemax (tn)", "loteprednol", "gr", "zylet (0.5% loteprednol etabonate + 0.3% tobramycin)_mixture", "s1669_selleck", "loteprednol etabonate (jan/usan)[jan][usan]", "(11b,17a)-17-[(ethoxycarbonyl)oxy]-11-hydroxy-3-oxoandrosta-1,4-diene-17-carboxylic acid chloromethyl ester", "alrex;lotemax", "17a-ethoxycarbonyloxy-d'-cortienic acid chloromethyl ester", "chebi:31784", "5461012[beilstein]", "chloromethyl 17a-ethoxycarbonyloxy-11b-hydroxyandrosta-1,4-diene-3-one-17b-carboxylate", "hgp 1", "chloromethyl (8s,9s,10r,11s,13s,14s,17r)-17-[(ethoxycarbonyl)oxy]-11-hydroxy-10,13-dimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthrene-17-carboxylate", "9005-80-5[rn]", "alrex lotemax", "82034-46-6", "82034-46-6[rn]", "androsta-1,4-diene-17-carboxylic acid,17-[(ethoxycarbonyl)oxy]-11-hydroxy-3-oxo-,chloromethylester,", "chlormethyl-(8s,9s,10r,11s,13s,14s,17r)-17-[(ethoxycarbonyl)oxy]-11-hydroxy-10,13-dimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-carboxylat"}|>, "6379" -> <|"DatabaseID" -> "SW03511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2667]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00604"]}, "IsomericSmiles" -> "COc1cc(c(cc1C(=O)NC2CC[NH+](CC2OC)CCCOc3ccc(cc3)F)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00274"]}, "OfficialNames" -> <|"China Approved Name" -> "cisapride", "Indian Approved Name" -> "cisapride", "FDA Approved Drug" -> "CISAPRIDE MONOHYDRATE"|>, "PharmGKBID" -> "PA449011", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2769]}, "Synonyms" -> {"cisapride", "propulsin", "enteropride", "acenalin", "alimix", "prepulsid", "cipril", "syspride", "risamal", "propulsid", "propulsid quicksolv", "kinestase", "acpulsif", "pridesia", "alipride", "cisapron", "colinorm", "4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidyl]-2-methoxy-benzamide", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy -4-piperidinyl)-2-methoxy-,cis-", "279-689-7[einecs]", "risamol", "alimix forte", "cisaprida[spanish][inn]", "ether-a-go-go-related protein 1", "81098-60-4", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy-", "esorid", "ether-a-go-go-related gene potassium channel 1", "4-amino-5-chloro-n-{1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "rapulid", "86718-68-5[rn]", "4-amino-5-chloro-n-{(3r,4s)-1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "presid", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy-4-piperidinyl)-2-methoxy- cis-", "vomiprid", "4-amino-5-chloro-n-{1-[3-(4-fluoro-phenoxy)-propyl]-3-methoxy-piperidin-4-yl}-2-methoxy-benzamide", "cisapride[wiki]", "cis-4-amino-5-chloro-n-[1-[3-(p-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-o-anisamide", "unamol", "cisapride (jan/usan)[jan][usan]", "cisapride [usan:ban:inn:jan][inn][jan][usan]", "guptro", "pulsid", "cisapridum[latin]", "cipride", "propulsid (tn)", "81098-60-4[rn]", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy- cis-", "vomipride", "cisawal", "104860-73-3[rn]", "dispep", "propulsid[wiki]", "h-erg", "erg1", "cis-4-amino-5-chloro-n-(1-(3-(p-fluorophenoxy)propyl)-3-methoxy-4-piperidyl)-o-anisamide", "4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxypiperidin-4-yl)-2-methoxybenzamide", "kaudalit", "eag homolog", "voltage-gated potassium channel subunit kv11.1", "unipride", "4-amino-5-chlor-n-{1-[3-(4-fluorphenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzolcarboxamid", "eag-related protein 1", "337376-15-5", "4-amino-5-chloro-n-[1-{3-[(4-fluorophenyl)oxy]propyl}-3-(methyloxy)piperidin-4-yl]-2-(methyloxy)benzamide", "cis-4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxybenzamide"}|>, "6380" -> <|"DatabaseID" -> "SW03511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2667]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00604"]}, "IsomericSmiles" -> "COc1cc(c(cc1C(=O)NC2CC[NH+](CC2OC)CCCOc3ccc(cc3)F)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00274"]}, "OfficialNames" -> <|"China Approved Name" -> "cisapride", "Indian Approved Name" -> "cisapride", "FDA Approved Drug" -> "CISAPRIDE MONOHYDRATE"|>, "PharmGKBID" -> "PA449011", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2769]}, "Synonyms" -> {"cisapride", "propulsin", "enteropride", "acenalin", "alimix", "prepulsid", "cipril", "syspride", "risamal", "propulsid", "propulsid quicksolv", "kinestase", "acpulsif", "pridesia", "alipride", "cisapron", "colinorm", "4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidyl]-2-methoxy-benzamide", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy -4-piperidinyl)-2-methoxy-,cis-", "279-689-7[einecs]", "risamol", "alimix forte", "cisaprida[spanish][inn]", "ether-a-go-go-related protein 1", "81098-60-4", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy-", "esorid", "ether-a-go-go-related gene potassium channel 1", "4-amino-5-chloro-n-{1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "rapulid", "86718-68-5[rn]", "4-amino-5-chloro-n-{(3r,4s)-1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "presid", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy-4-piperidinyl)-2-methoxy- cis-", "vomiprid", "4-amino-5-chloro-n-{1-[3-(4-fluoro-phenoxy)-propyl]-3-methoxy-piperidin-4-yl}-2-methoxy-benzamide", "cisapride[wiki]", "cis-4-amino-5-chloro-n-[1-[3-(p-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-o-anisamide", "unamol", "cisapride (jan/usan)[jan][usan]", "cisapride [usan:ban:inn:jan][inn][jan][usan]", "guptro", "pulsid", "cisapridum[latin]", "cipride", "propulsid (tn)", "81098-60-4[rn]", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy- cis-", "vomipride", "cisawal", "104860-73-3[rn]", "dispep", "propulsid[wiki]", "h-erg", "erg1", "cis-4-amino-5-chloro-n-(1-(3-(p-fluorophenoxy)propyl)-3-methoxy-4-piperidyl)-o-anisamide", "4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxypiperidin-4-yl)-2-methoxybenzamide", "kaudalit", "eag homolog", "voltage-gated potassium channel subunit kv11.1", "unipride", "4-amino-5-chlor-n-{1-[3-(4-fluorphenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzolcarboxamid", "eag-related protein 1", "337376-15-5", "4-amino-5-chloro-n-[1-{3-[(4-fluorophenyl)oxy]propyl}-3-(methyloxy)piperidin-4-yl]-2-(methyloxy)benzamide", "cis-4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxybenzamide"}|>, "6381" -> <|"DatabaseID" -> "SW03511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2667]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00604"]}, "IsomericSmiles" -> "COc1cc(c(cc1C(=O)NC2CC[NH+](CC2OC)CCCOc3ccc(cc3)F)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00274"]}, "OfficialNames" -> <|"China Approved Name" -> "cisapride", "Indian Approved Name" -> "cisapride", "FDA Approved Drug" -> "CISAPRIDE MONOHYDRATE"|>, "PharmGKBID" -> "PA449011", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2769]}, "Synonyms" -> {"cisapride", "propulsin", "enteropride", "acenalin", "alimix", "prepulsid", "cipril", "syspride", "risamal", "propulsid", "propulsid quicksolv", "kinestase", "acpulsif", "pridesia", "alipride", "cisapron", "colinorm", "4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidyl]-2-methoxy-benzamide", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy -4-piperidinyl)-2-methoxy-,cis-", "279-689-7[einecs]", "risamol", "alimix forte", "cisaprida[spanish][inn]", "ether-a-go-go-related protein 1", "81098-60-4", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy-", "esorid", "ether-a-go-go-related gene potassium channel 1", "4-amino-5-chloro-n-{1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "rapulid", "86718-68-5[rn]", "4-amino-5-chloro-n-{(3r,4s)-1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "presid", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy-4-piperidinyl)-2-methoxy- cis-", "vomiprid", "4-amino-5-chloro-n-{1-[3-(4-fluoro-phenoxy)-propyl]-3-methoxy-piperidin-4-yl}-2-methoxy-benzamide", "cisapride[wiki]", "cis-4-amino-5-chloro-n-[1-[3-(p-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-o-anisamide", "unamol", "cisapride (jan/usan)[jan][usan]", "cisapride [usan:ban:inn:jan][inn][jan][usan]", "guptro", "pulsid", "cisapridum[latin]", "cipride", "propulsid (tn)", "81098-60-4[rn]", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy- cis-", "vomipride", "cisawal", "104860-73-3[rn]", "dispep", "propulsid[wiki]", "h-erg", "erg1", "cis-4-amino-5-chloro-n-(1-(3-(p-fluorophenoxy)propyl)-3-methoxy-4-piperidyl)-o-anisamide", "4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxypiperidin-4-yl)-2-methoxybenzamide", "kaudalit", "eag homolog", "voltage-gated potassium channel subunit kv11.1", "unipride", "4-amino-5-chlor-n-{1-[3-(4-fluorphenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzolcarboxamid", "eag-related protein 1", "337376-15-5", "4-amino-5-chloro-n-[1-{3-[(4-fluorophenyl)oxy]propyl}-3-(methyloxy)piperidin-4-yl]-2-(methyloxy)benzamide", "cis-4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxybenzamide"}|>, "6382" -> <|"DatabaseID" -> "SW03511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2667]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00604"]}, "IsomericSmiles" -> "COc1cc(c(cc1C(=O)NC2CC[NH+](CC2OC)CCCOc3ccc(cc3)F)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00274"]}, "OfficialNames" -> <|"China Approved Name" -> "cisapride", "Indian Approved Name" -> "cisapride", "FDA Approved Drug" -> "CISAPRIDE MONOHYDRATE"|>, "PharmGKBID" -> "PA449011", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2769]}, "Synonyms" -> {"cisapride", "propulsin", "enteropride", "acenalin", "alimix", "prepulsid", "cipril", "syspride", "risamal", "propulsid", "propulsid quicksolv", "kinestase", "acpulsif", "pridesia", "alipride", "cisapron", "colinorm", "4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidyl]-2-methoxy-benzamide", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy -4-piperidinyl)-2-methoxy-,cis-", "279-689-7[einecs]", "risamol", "alimix forte", "cisaprida[spanish][inn]", "ether-a-go-go-related protein 1", "81098-60-4", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy-", "esorid", "ether-a-go-go-related gene potassium channel 1", "4-amino-5-chloro-n-{1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "rapulid", "86718-68-5[rn]", "4-amino-5-chloro-n-{(3r,4s)-1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "presid", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy-4-piperidinyl)-2-methoxy- cis-", "vomiprid", "4-amino-5-chloro-n-{1-[3-(4-fluoro-phenoxy)-propyl]-3-methoxy-piperidin-4-yl}-2-methoxy-benzamide", "cisapride[wiki]", "cis-4-amino-5-chloro-n-[1-[3-(p-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-o-anisamide", "unamol", "cisapride (jan/usan)[jan][usan]", "cisapride [usan:ban:inn:jan][inn][jan][usan]", "guptro", "pulsid", "cisapridum[latin]", "cipride", "propulsid (tn)", "81098-60-4[rn]", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy- cis-", "vomipride", "cisawal", "104860-73-3[rn]", "dispep", "propulsid[wiki]", "h-erg", "erg1", "cis-4-amino-5-chloro-n-(1-(3-(p-fluorophenoxy)propyl)-3-methoxy-4-piperidyl)-o-anisamide", "4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxypiperidin-4-yl)-2-methoxybenzamide", "kaudalit", "eag homolog", "voltage-gated potassium channel subunit kv11.1", "unipride", "4-amino-5-chlor-n-{1-[3-(4-fluorphenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzolcarboxamid", "eag-related protein 1", "337376-15-5", "4-amino-5-chloro-n-[1-{3-[(4-fluorophenyl)oxy]propyl}-3-(methyloxy)piperidin-4-yl]-2-(methyloxy)benzamide", "cis-4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxybenzamide"}|>, "6383" -> <|"DatabaseID" -> "SW03511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2667]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00604"]}, "IsomericSmiles" -> "COc1cc(c(cc1C(=O)NC2CC[NH+](CC2OC)CCCOc3ccc(cc3)F)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00274"]}, "OfficialNames" -> <|"China Approved Name" -> "cisapride", "Indian Approved Name" -> "cisapride", "FDA Approved Drug" -> "CISAPRIDE MONOHYDRATE"|>, "PharmGKBID" -> "PA449011", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2769]}, "Synonyms" -> {"cisapride", "propulsin", "enteropride", "acenalin", "alimix", "prepulsid", "cipril", "syspride", "risamal", "propulsid", "propulsid quicksolv", "kinestase", "acpulsif", "pridesia", "alipride", "cisapron", "colinorm", "4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidyl]-2-methoxy-benzamide", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy -4-piperidinyl)-2-methoxy-,cis-", "279-689-7[einecs]", "risamol", "alimix forte", "cisaprida[spanish][inn]", "ether-a-go-go-related protein 1", "81098-60-4", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy-", "esorid", "ether-a-go-go-related gene potassium channel 1", "4-amino-5-chloro-n-{1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "rapulid", "86718-68-5[rn]", "4-amino-5-chloro-n-{(3r,4s)-1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "presid", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy-4-piperidinyl)-2-methoxy- cis-", "vomiprid", "4-amino-5-chloro-n-{1-[3-(4-fluoro-phenoxy)-propyl]-3-methoxy-piperidin-4-yl}-2-methoxy-benzamide", "cisapride[wiki]", "cis-4-amino-5-chloro-n-[1-[3-(p-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-o-anisamide", "unamol", "cisapride (jan/usan)[jan][usan]", "cisapride [usan:ban:inn:jan][inn][jan][usan]", "guptro", "pulsid", "cisapridum[latin]", "cipride", "propulsid (tn)", "81098-60-4[rn]", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy- cis-", "vomipride", "cisawal", "104860-73-3[rn]", "dispep", "propulsid[wiki]", "h-erg", "erg1", "cis-4-amino-5-chloro-n-(1-(3-(p-fluorophenoxy)propyl)-3-methoxy-4-piperidyl)-o-anisamide", "4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxypiperidin-4-yl)-2-methoxybenzamide", "kaudalit", "eag homolog", "voltage-gated potassium channel subunit kv11.1", "unipride", "4-amino-5-chlor-n-{1-[3-(4-fluorphenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzolcarboxamid", "eag-related protein 1", "337376-15-5", "4-amino-5-chloro-n-[1-{3-[(4-fluorophenyl)oxy]propyl}-3-(methyloxy)piperidin-4-yl]-2-(methyloxy)benzamide", "cis-4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxybenzamide"}|>, "6384" -> <|"DatabaseID" -> "SW03511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2667]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00604"]}, "IsomericSmiles" -> "COc1cc(c(cc1C(=O)NC2CC[NH+](CC2OC)CCCOc3ccc(cc3)F)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00274"]}, "OfficialNames" -> <|"China Approved Name" -> "cisapride", "Indian Approved Name" -> "cisapride", "FDA Approved Drug" -> "CISAPRIDE MONOHYDRATE"|>, "PharmGKBID" -> "PA449011", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2769]}, "Synonyms" -> {"cisapride", "propulsin", "enteropride", "acenalin", "alimix", "prepulsid", "cipril", "syspride", "risamal", "propulsid", "propulsid quicksolv", "kinestase", "acpulsif", "pridesia", "alipride", "cisapron", "colinorm", "4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidyl]-2-methoxy-benzamide", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy -4-piperidinyl)-2-methoxy-,cis-", "279-689-7[einecs]", "risamol", "alimix forte", "cisaprida[spanish][inn]", "ether-a-go-go-related protein 1", "81098-60-4", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy-", "esorid", "ether-a-go-go-related gene potassium channel 1", "4-amino-5-chloro-n-{1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "rapulid", "86718-68-5[rn]", "4-amino-5-chloro-n-{(3r,4s)-1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "presid", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy-4-piperidinyl)-2-methoxy- cis-", "vomiprid", "4-amino-5-chloro-n-{1-[3-(4-fluoro-phenoxy)-propyl]-3-methoxy-piperidin-4-yl}-2-methoxy-benzamide", "cisapride[wiki]", "cis-4-amino-5-chloro-n-[1-[3-(p-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-o-anisamide", "unamol", "cisapride (jan/usan)[jan][usan]", "cisapride [usan:ban:inn:jan][inn][jan][usan]", "guptro", "pulsid", "cisapridum[latin]", "cipride", "propulsid (tn)", "81098-60-4[rn]", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy- cis-", "vomipride", "cisawal", "104860-73-3[rn]", "dispep", "propulsid[wiki]", "h-erg", "erg1", "cis-4-amino-5-chloro-n-(1-(3-(p-fluorophenoxy)propyl)-3-methoxy-4-piperidyl)-o-anisamide", "4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxypiperidin-4-yl)-2-methoxybenzamide", "kaudalit", "eag homolog", "voltage-gated potassium channel subunit kv11.1", "unipride", "4-amino-5-chlor-n-{1-[3-(4-fluorphenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzolcarboxamid", "eag-related protein 1", "337376-15-5", "4-amino-5-chloro-n-[1-{3-[(4-fluorophenyl)oxy]propyl}-3-(methyloxy)piperidin-4-yl]-2-(methyloxy)benzamide", "cis-4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxybenzamide"}|>, "6385" -> <|"DatabaseID" -> "SW03511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2667]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00604"]}, "IsomericSmiles" -> "COc1cc(c(cc1C(=O)NC2CC[NH+](CC2OC)CCCOc3ccc(cc3)F)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00274"]}, "OfficialNames" -> <|"China Approved Name" -> "cisapride", "Indian Approved Name" -> "cisapride", "FDA Approved Drug" -> "CISAPRIDE MONOHYDRATE"|>, "PharmGKBID" -> "PA449011", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2769]}, "Synonyms" -> {"cisapride", "propulsin", "enteropride", "acenalin", "alimix", "prepulsid", "cipril", "syspride", "risamal", "propulsid", "propulsid quicksolv", "kinestase", "acpulsif", "pridesia", "alipride", "cisapron", "colinorm", "4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidyl]-2-methoxy-benzamide", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy -4-piperidinyl)-2-methoxy-,cis-", "279-689-7[einecs]", "risamol", "alimix forte", "cisaprida[spanish][inn]", "ether-a-go-go-related protein 1", "81098-60-4", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy-", "esorid", "ether-a-go-go-related gene potassium channel 1", "4-amino-5-chloro-n-{1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "rapulid", "86718-68-5[rn]", "4-amino-5-chloro-n-{(3r,4s)-1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "presid", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy-4-piperidinyl)-2-methoxy- cis-", "vomiprid", "4-amino-5-chloro-n-{1-[3-(4-fluoro-phenoxy)-propyl]-3-methoxy-piperidin-4-yl}-2-methoxy-benzamide", "cisapride[wiki]", "cis-4-amino-5-chloro-n-[1-[3-(p-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-o-anisamide", "unamol", "cisapride (jan/usan)[jan][usan]", "cisapride [usan:ban:inn:jan][inn][jan][usan]", "guptro", "pulsid", "cisapridum[latin]", "cipride", "propulsid (tn)", "81098-60-4[rn]", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy- cis-", "vomipride", "cisawal", "104860-73-3[rn]", "dispep", "propulsid[wiki]", "h-erg", "erg1", "cis-4-amino-5-chloro-n-(1-(3-(p-fluorophenoxy)propyl)-3-methoxy-4-piperidyl)-o-anisamide", "4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxypiperidin-4-yl)-2-methoxybenzamide", "kaudalit", "eag homolog", "voltage-gated potassium channel subunit kv11.1", "unipride", "4-amino-5-chlor-n-{1-[3-(4-fluorphenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzolcarboxamid", "eag-related protein 1", "337376-15-5", "4-amino-5-chloro-n-[1-{3-[(4-fluorophenyl)oxy]propyl}-3-(methyloxy)piperidin-4-yl]-2-(methyloxy)benzamide", "cis-4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxybenzamide"}|>, "6386" -> <|"DatabaseID" -> "SW03511", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2667]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00604"]}, "IsomericSmiles" -> "COc1cc(c(cc1C(=O)NC2CC[NH+](CC2OC)CCCOc3ccc(cc3)F)Cl)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00274"]}, "OfficialNames" -> <|"China Approved Name" -> "cisapride", "Indian Approved Name" -> "cisapride", "FDA Approved Drug" -> "CISAPRIDE MONOHYDRATE"|>, "PharmGKBID" -> "PA449011", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2769]}, "Synonyms" -> {"cisapride", "propulsin", "enteropride", "acenalin", "alimix", "prepulsid", "cipril", "syspride", "risamal", "propulsid", "propulsid quicksolv", "kinestase", "acpulsif", "pridesia", "alipride", "cisapron", "colinorm", "4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidyl]-2-methoxy-benzamide", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy -4-piperidinyl)-2-methoxy-,cis-", "279-689-7[einecs]", "risamol", "alimix forte", "cisaprida[spanish][inn]", "ether-a-go-go-related protein 1", "81098-60-4", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy-", "esorid", "ether-a-go-go-related gene potassium channel 1", "4-amino-5-chloro-n-{1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "rapulid", "86718-68-5[rn]", "4-amino-5-chloro-n-{(3r,4s)-1-[3-(4-fluorophenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzamide", "presid", "benzamide 4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxy-4-piperidinyl)-2-methoxy- cis-", "vomiprid", "4-amino-5-chloro-n-{1-[3-(4-fluoro-phenoxy)-propyl]-3-methoxy-piperidin-4-yl}-2-methoxy-benzamide", "cisapride[wiki]", "cis-4-amino-5-chloro-n-[1-[3-(p-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-o-anisamide", "unamol", "cisapride (jan/usan)[jan][usan]", "cisapride [usan:ban:inn:jan][inn][jan][usan]", "guptro", "pulsid", "cisapridum[latin]", "cipride", "propulsid (tn)", "81098-60-4[rn]", "benzamide 4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxy- cis-", "vomipride", "cisawal", "104860-73-3[rn]", "dispep", "propulsid[wiki]", "h-erg", "erg1", "cis-4-amino-5-chloro-n-(1-(3-(p-fluorophenoxy)propyl)-3-methoxy-4-piperidyl)-o-anisamide", "4-amino-5-chloro-n-(1-(3-(4-fluorophenoxy)propyl)-3-methoxypiperidin-4-yl)-2-methoxybenzamide", "kaudalit", "eag homolog", "voltage-gated potassium channel subunit kv11.1", "unipride", "4-amino-5-chlor-n-{1-[3-(4-fluorphenoxy)propyl]-3-methoxypiperidin-4-yl}-2-methoxybenzolcarboxamid", "eag-related protein 1", "337376-15-5", "4-amino-5-chloro-n-[1-{3-[(4-fluorophenyl)oxy]propyl}-3-(methyloxy)piperidin-4-yl]-2-(methyloxy)benzamide", "cis-4-amino-5-chloro-n-[1-[3-(4-fluorophenoxy)propyl]-3-methoxy-4-piperidinyl]-2-methoxybenzamide"}|>, "6387" -> <|"DatabaseID" -> "SW03512", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31414"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30399]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01013"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](C[C@@H]2[C@@]1(C[C@@H]([C@]3([C@H]2CCC4=CC(=O)C=C[C@@]43C)F)O)C)C)C(=O)CCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01272"]}, "OfficialNames" -> <|"China Approved Name" -> "clobetasol propionate", "Indian Approved Name" -> "clobetasol propionate", "FDA Approved Drug" -> "CLOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164744375", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32798]}, "Synonyms" -> {"clobex", "cormax", "embeline e", "temovate e", "olux", "clobesol", "embeline", "clobetasol propionate", "temovate", "clobetasole propionate", "dermovate", "clobetasolpropionat mikron.", "clobetasol 17-propionate", "temovate[wiki]", "gr", "dermovate[wiki]", "gr 2/925", "null", "luxiq[wiki]", "clobetasol propionate[wiki]", "olux-e", "(8s,9r,10s,11s,13s,14s,16s,17r)-17-(chloroacetyl)-9-fluoro-11-hydroxy-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl propanoate", "246-634-3[einecs]", "9005-49-6", "clobetasol propionate [usan:jan]", "clobetasol", "cci-4725", "25122-46-7[rn]", "gr-2/925", "clobestasol propionate", "dermoxin", "cormax (tn)", "(8s,9r,10s,11s,13s,14s,16s,17r)-17-(chloracetyl)-9-fluor-11-hydroxy-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-ylpropanoat", "dermoval", "clobetasol propionate (jan/usp)[usp][jan]", "clobetasol propionate [usan:jan][jan][usan]", "25122-41-2[rn]"}|>, "6388" -> <|"DatabaseID" -> "SW03513", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50095"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9306]}, "IsomericSmiles" -> "CCCC(=O)Nc1c2c(ncn1)n(cn2)[C@H]3[C@@H]([C@H]4[C@H](O3)COP(=O)(O4)[O-])OC(=O)CCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07546"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bucladesine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9687]}, "Synonyms" -> {"dibutyl cyclic amp", "bucladesinum", "dibutyryl camp", "bucladesina", "bucladesine", "dibutyryl cyclic amp", "n6,o2'-dibutyryl cyclic adenosine 3',5'-monophosphoric acid", "6-n-butanoyl-2'-o-butanoyladenosine3',5'-(hydrogen phosphate)", "amp cyclic dibutyryl", "dibutyryl cyclic 3',5'-adenylic acid", "n6,o2-dibutyryl-adenosine 3',5'-cyclic monophosphate", "n6,o2'-dibutyryl 3',5'-adenosine monophosphate", "n(sup 6),2'-o-dibutyryl camp", "cyclic amp n(sup 6),2'-o-dibutyrate", "dibutyryl cyclic adenosine monophosphate", "(4ar,6r,7r,7ar)-6-[6-(butanoylamino)-9h-purin-9-yl]-2-hydroxy-2-oxidotetrahydro-4h-furo[3,2-d][1,3,2]dioxaphosphinin-7-yl butanoate", "n6,2'-o-dibutyryladenosine 3',5'-cyclic monophosphate", "n(sup 6),o(sup 2')-dibutyryl cyclic amp", "n6,o2'-dibutyryladenosine 3',5'-monophosphate", "n6,2'-o-dibutyryl camp", "n6,o2'-dibutyryl cyclic adenosine 3',5'-monophosphate", "n6,2-o-dibutyryladenosine 3',5'-cyclic monophosphate", "n6,o2'-dibutyryladenosine cyclic 3',5'-phosphate", "amp n6-2'-o-dibutyrate", "dibutyryl-3'", "n(6),o(2')-dibutyryl cyclic 3',5'-amp", "n6,o2'-dibutyrylcyclic adenosine 3',5'-phosphate", "butanoicacid (4ar,6r,7r,7ar)-tetrahydro-2-hydroxy-2-oxido-6-[6-[(1-oxobutyl)amino]-9h-purin-9-yl]-4h-furo[3,2-d]-1,3,2-dioxaphosphorin-7-yl ester", "n6,o2'-dibutyryl-3',5'-cyclic amp", "n(6),o(2')-dibutyryl-3',5'-cyclic amp", "dibutyryl adenosine 3',5'-monophosphate", "n6,o2'-dibutyrylcyclic amp", "dibutyryladenosine 3',5'-cyclic monophosphate", "19436-29-4[rn]", "phosphoric acid n6,2'-o-dibutryladenosine 3'-5'-cyclic", "871714[beilstein]", "bucladesine[wiki][inn]", "n6,o2'-dibutyryl cyclic amp", "n6,2'-o-dibutyryl cyclic 3',5'-adenosine monophosphate", "cyclic n6-dibutyryl-amp", "n6,o2'-dibutyryl adenosine-3',5'-phosphate", "n6,2'-o-dibutyryl cyclic 3',5'-amp", "3'", "dbcamp", "n(6),o(2)'-dibutyryladenosine-3',5'-monophosphate", "dibutyryl adenosine cyclic monophosphate", "dbc-amp", "n(6),2'-o-dibutyryl camp", "n(sup 6),o(sup 2')-dibutyryl camp", "dibutyryl adenosine 3',5'-cyclic phosphate", "n(6),o(2')-dibutyryl cyclic amp", "dibutyryl acid amp", "n6,o2'-dibutyryl 3',5'-amp", "dibutyryl 3',5'-cyclic amp", "adenosine n-(1-oxobutyl)-,cyclic 3',5'-(hydrogen phosphate) 2'-butanoate (9ci)", "n6,2'-o-dibutyryladenosine cyclic 3',5'-phosphate", "dibutyryl-3',5'-adenosine monophosphate", "n-(9-b-d-ribofuranosyl-9h-purin-6-yl)butyramide cyclic3',5'-(hydrogen phosphate)2'-butyrate", "n6,2'-o-dibutyryl cyclic amp", "362-74-3[rn]", "actosin", "dibutyryl cyclic adenosine 3',5'-monophosphate", "n6,o2'-dibutyryl adenosine 3',5'-cyclic monophosphate", "206-649-8[einecs]", "n-(1-oxobutyl)adenosine cyclic 3',5'-(hydrogen phosphate) 2'-butanoate", "dibutyryl 3'", "n(6),2'-o-dibutyryl cyclic amp", "n6,o2'-dibutyryl cyclic adenosine monophosphate", "bucladesina[spanish]", "cyclic dibutyryl amp", "dibutyryladenosine cyclic monophosphate", "n(sup 6),2'-o-dibutyryl cyclic amp", "bucladesinum[latin]", "bucladesinum [latin]", "n(6),o(2')-dibutyryl adenosine 3',5'-cyclic monophosphate", "n(6),o(2')-dibutyryl camp", "n(6),o(2')-dibutyryladenosine 3',5'-monophosphate", "dibutyrylic cyclic amp", "dibutyryl-3',5'-amp", "dibutyryl adenosine cyclic 3',5'-monophosphate", "bucladesina; bucladesine; bucladesinum", "3',5'-cyclic amp dibutyrate", "n6,2'-o-dibutyryladenosine 3',5'-monophosphate", "n6,o2'-dibutyryl cyclic 3',5'-amp", "n6,2'-dibutyryladenosine cyclic 3',5'-(hydrogen phosphate)", "dibutyrl cylic amp", "(4ar,6r,7r,7ar)-6-[6-(butyrylamino)-9h-purin-9-yl]-2-hydroxy-2-oxidotetrahydro-4h-furo[3,2-d][1,3,2]dioxaphosphinin-7-yl butyrate"}|>, "6389" -> <|"DatabaseID" -> "SW03513", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50095"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9306]}, "IsomericSmiles" -> "CCCC(=O)Nc1c2c(ncn1)n(cn2)[C@H]3[C@@H]([C@H]4[C@H](O3)COP(=O)(O4)[O-])OC(=O)CCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07546"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bucladesine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9687]}, "Synonyms" -> {"dibutyl cyclic amp", "bucladesinum", "dibutyryl camp", "bucladesina", "bucladesine", "dibutyryl cyclic amp", "n6,o2'-dibutyryl cyclic adenosine 3',5'-monophosphoric acid", "6-n-butanoyl-2'-o-butanoyladenosine3',5'-(hydrogen phosphate)", "amp cyclic dibutyryl", "dibutyryl cyclic 3',5'-adenylic acid", "n6,o2-dibutyryl-adenosine 3',5'-cyclic monophosphate", "n6,o2'-dibutyryl 3',5'-adenosine monophosphate", "n(sup 6),2'-o-dibutyryl camp", "cyclic amp n(sup 6),2'-o-dibutyrate", "dibutyryl cyclic adenosine monophosphate", "(4ar,6r,7r,7ar)-6-[6-(butanoylamino)-9h-purin-9-yl]-2-hydroxy-2-oxidotetrahydro-4h-furo[3,2-d][1,3,2]dioxaphosphinin-7-yl butanoate", "n6,2'-o-dibutyryladenosine 3',5'-cyclic monophosphate", "n(sup 6),o(sup 2')-dibutyryl cyclic amp", "n6,o2'-dibutyryladenosine 3',5'-monophosphate", "n6,2'-o-dibutyryl camp", "n6,o2'-dibutyryl cyclic adenosine 3',5'-monophosphate", "n6,2-o-dibutyryladenosine 3',5'-cyclic monophosphate", "n6,o2'-dibutyryladenosine cyclic 3',5'-phosphate", "amp n6-2'-o-dibutyrate", "dibutyryl-3'", "n(6),o(2')-dibutyryl cyclic 3',5'-amp", "n6,o2'-dibutyrylcyclic adenosine 3',5'-phosphate", "butanoicacid (4ar,6r,7r,7ar)-tetrahydro-2-hydroxy-2-oxido-6-[6-[(1-oxobutyl)amino]-9h-purin-9-yl]-4h-furo[3,2-d]-1,3,2-dioxaphosphorin-7-yl ester", "n6,o2'-dibutyryl-3',5'-cyclic amp", "n(6),o(2')-dibutyryl-3',5'-cyclic amp", "dibutyryl adenosine 3',5'-monophosphate", "n6,o2'-dibutyrylcyclic amp", "dibutyryladenosine 3',5'-cyclic monophosphate", "19436-29-4[rn]", "phosphoric acid n6,2'-o-dibutryladenosine 3'-5'-cyclic", "871714[beilstein]", "bucladesine[wiki][inn]", "n6,o2'-dibutyryl cyclic amp", "n6,2'-o-dibutyryl cyclic 3',5'-adenosine monophosphate", "cyclic n6-dibutyryl-amp", "n6,o2'-dibutyryl adenosine-3',5'-phosphate", "n6,2'-o-dibutyryl cyclic 3',5'-amp", "3'", "dbcamp", "n(6),o(2)'-dibutyryladenosine-3',5'-monophosphate", "dibutyryl adenosine cyclic monophosphate", "dbc-amp", "n(6),2'-o-dibutyryl camp", "n(sup 6),o(sup 2')-dibutyryl camp", "dibutyryl adenosine 3',5'-cyclic phosphate", "n(6),o(2')-dibutyryl cyclic amp", "dibutyryl acid amp", "n6,o2'-dibutyryl 3',5'-amp", "dibutyryl 3',5'-cyclic amp", "adenosine n-(1-oxobutyl)-,cyclic 3',5'-(hydrogen phosphate) 2'-butanoate (9ci)", "n6,2'-o-dibutyryladenosine cyclic 3',5'-phosphate", "dibutyryl-3',5'-adenosine monophosphate", "n-(9-b-d-ribofuranosyl-9h-purin-6-yl)butyramide cyclic3',5'-(hydrogen phosphate)2'-butyrate", "n6,2'-o-dibutyryl cyclic amp", "362-74-3[rn]", "actosin", "dibutyryl cyclic adenosine 3',5'-monophosphate", "n6,o2'-dibutyryl adenosine 3',5'-cyclic monophosphate", "206-649-8[einecs]", "n-(1-oxobutyl)adenosine cyclic 3',5'-(hydrogen phosphate) 2'-butanoate", "dibutyryl 3'", "n(6),2'-o-dibutyryl cyclic amp", "n6,o2'-dibutyryl cyclic adenosine monophosphate", "bucladesina[spanish]", "cyclic dibutyryl amp", "dibutyryladenosine cyclic monophosphate", "n(sup 6),2'-o-dibutyryl cyclic amp", "bucladesinum[latin]", "bucladesinum [latin]", "n(6),o(2')-dibutyryl adenosine 3',5'-cyclic monophosphate", "n(6),o(2')-dibutyryl camp", "n(6),o(2')-dibutyryladenosine 3',5'-monophosphate", "dibutyrylic cyclic amp", "dibutyryl-3',5'-amp", "dibutyryl adenosine cyclic 3',5'-monophosphate", "bucladesina; bucladesine; bucladesinum", "3',5'-cyclic amp dibutyrate", "n6,2'-o-dibutyryladenosine 3',5'-monophosphate", "n6,o2'-dibutyryl cyclic 3',5'-amp", "n6,2'-dibutyryladenosine cyclic 3',5'-(hydrogen phosphate)", "dibutyrl cylic amp", "(4ar,6r,7r,7ar)-6-[6-(butyrylamino)-9h-purin-9-yl]-2-hydroxy-2-oxidotetrahydro-4h-furo[3,2-d][1,3,2]dioxaphosphinin-7-yl butyrate"}|>, "6390" -> <|"DatabaseID" -> "SW03514", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2301017]}, "IsomericSmiles" -> "C[C@@]1(CO[C@@H]([C@@H]([C@H]1[NH2+]C)O)O[C@H]2[C@@H](C[C@@H]([C@H]([C@@H]2O)O[C@@H]3[C@@H](CC[C@H](O3)C[NH2+]C)[NH3+])[NH3+])[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08219"]}, "OfficialNames" -> <|"NPC Approved Name" -> "micronomicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3037206]}, "Synonyms" -> {"d08219", "micromicin", "antibiotic kw 1062", "antibiotic xk 62-2", "micronomicin[inn]", "micromycin", "micronomicin (dcf)", "micronomycin sulfate", "micronomicin", "(2r", "chembl373081", "ac1mi2hh", "santemycin", "52093-21-7[rn]", "ak115766", "xk 62-2", "sagamicin", "gentamicin c2b", "micronomicin sulfate[jp15]", "c17706", "(2r,3r,4r,5r)-2-[(1s,2s,3r,4s,6r)-4,6-diamino-3-((2r,3r,6s)-3-amino-6-methylaminomethyl-tetrahydro-pyran-2-yloxy)-2-hydroxy-cyclohexyloxy]-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "6'-n-methylgentamicin c1a", "52093-21-7", "ncgc00183277-01", "surecn147893", "66803-19-8[rn]"}|>, "6391" -> <|"DatabaseID" -> "SW03515", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3533"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390702]}, "IsomericSmiles" -> "CC[C@H]1C[NH+]2CCc3cc(c(cc3[C@@H]2C[C@@H]1C[C@@H]4c5cc(c(cc5CC[NH2+]4)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cephaeline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442195]}, "Synonyms" -> {"cephaelin", "cephaelinel", "nsc32944", "6-isoquinolinol 1-[[(2s,3r,11bs)-3-ethyl-1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-2h-benzo[a]quinolizin-2-yl]methyl]-1,2,3,4-tetrahydro-7-methoxy- (1r)-", "483-17-0", "prestwick0_000428", "prestwick1_000428", "isoquinoline alkaloid", "prestwick2_000428", "gnf-pf-307", "desmethylemetine", "dihydropsychotrine", "100615[beilstein]", "emetan-6'-ol 7',10,11-trimethoxy-", "483-17-0[rn]", "207-591-6[einecs]", "(1r)-1-[[(2s,3r,11bs)-3-ethyl-9,10-dimethoxy-2,3,4,6,7,11b-hexahydro-1h-pyrido[2,1-a]isoquinolin-2-yl]methyl]-7-methoxy-1,2,3,4-tetrahydroisoquinolin-6-ol", "cephaeline[wiki]", "chebi:3533", "cephaeline", "7',10,11-trimethoxyemetan-6'-ol[acd/iupac name]"}|>, "6392" -> <|"DatabaseID" -> "SW03516", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3216"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559124]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00921"]}, "IsomericSmiles" -> "C[C@]([C@H]1C[C@@]23CC[C@@]1([C@H]4[C@@]25CC[NH+]([C@@H]3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)(C(C)(C)C)O", "OfficialNames" -> <|"Indian Approved Name" -> "buprenorphine", "FDA Approved Drug" -> "BUPRENORPHINE;BUPRENORPHINE HYDROCHLORIDE", "US Illegal/Scheduled Drug (Schedule 3)" -> "Buprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 644073]}, "Synonyms" -> {"temgesic", "buprenorphine", "(-)-buprenorphine", "subutex", "buprenorfina", "buprenex", "buprenorphinum", "52485-79-7[rn]", "buprenorphinum [inn_la]", "subutex[wiki]", "257-950-6[einecs]", "21-cyclopropyl-7a-[(s)-1-hydroxy-1,2,2-trimethylpropyl]-6,14-endoethano-6,7,8,14-tetrahydrooripavine", "[5a,7a(s)]-17-(cyclopropylmethyl)-a-(1,1-dimethylethyl)-4,5-epoxy-18,19-dihydro-3-hydroxy-6-methoxy-a-methyl-6,14-ethanomorphinan-7-methanol", "probuphine", "dea no. 9064", "buprel", "buprenophine", "[5alpha", "6029-m", "buprenex[wiki]", "buprenorphine[wiki]", "buprenorphine hcl", "dor-1", "rx 6029m", "ac1ld8ih", "buprenorphinum [inn-latin]", "258-396-8[einecs]", "21-cyclopropyl-7a-(2-hydroxy-3,3-dimethyl-2-butyl)-6,14-endoethano-6,7,8,14-tetrahydrooripavine", "buprenorfina [inn-spanish]"}|>, "6393" -> <|"DatabaseID" -> "SW03516", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3216"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559124]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00921"]}, "IsomericSmiles" -> "C[C@]([C@H]1C[C@@]23CC[C@@]1([C@H]4[C@@]25CC[NH+]([C@@H]3Cc6c5c(c(cc6)O)O4)CC7CC7)OC)(C(C)(C)C)O", "OfficialNames" -> <|"Indian Approved Name" -> "buprenorphine", "FDA Approved Drug" -> "BUPRENORPHINE;BUPRENORPHINE HYDROCHLORIDE", "US Illegal/Scheduled Drug (Schedule 3)" -> "Buprenorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 644073]}, "Synonyms" -> {"temgesic", "buprenorphine", "(-)-buprenorphine", "subutex", "buprenorfina", "buprenex", "buprenorphinum", "52485-79-7[rn]", "buprenorphinum [inn_la]", "subutex[wiki]", "257-950-6[einecs]", "21-cyclopropyl-7a-[(s)-1-hydroxy-1,2,2-trimethylpropyl]-6,14-endoethano-6,7,8,14-tetrahydrooripavine", "[5a,7a(s)]-17-(cyclopropylmethyl)-a-(1,1-dimethylethyl)-4,5-epoxy-18,19-dihydro-3-hydroxy-6-methoxy-a-methyl-6,14-ethanomorphinan-7-methanol", "probuphine", "dea no. 9064", "buprel", "buprenophine", "[5alpha", "6029-m", "buprenex[wiki]", "buprenorphine[wiki]", "buprenorphine hcl", "dor-1", "rx 6029m", "ac1ld8ih", "buprenorphinum [inn-latin]", "258-396-8[einecs]", "21-cyclopropyl-7a-(2-hydroxy-3,3-dimethyl-2-butyl)-6,14-endoethano-6,7,8,14-tetrahydrooripavine", "buprenorfina [inn-spanish]"}|>, "6394" -> <|"DatabaseID" -> "SW03517", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4460]}, "IsomericSmiles" -> "CC(C)(Cc1ccccc1)N(C)C(=O)C[NH+](CCO)CC(=O)N(C)C(C)(C)Cc2ccccc2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01152"]}, "OfficialNames" -> <|"Indian Approved Name" -> "oxethazine;oxetacaine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4621]}, "Synonyms" -> {"oxetacaine", "oxethazaine", "stomacain", "oxaethacainum", "mucaine", "topicain", "mucoxin", "strocain", "oxaine", "oxethacaine", "muthesa", "78371-69-4[rn]", "2,2'-[(2-hydroxyethyl)imino]bis[n-methyl-n-(2-methyl-1-phenyl-2-propanyl)acetamide][acd/iupac name]", "tepilta", "oxethazaine (jp15/usan)[usan][jp15]", "13930-31-9[rn]", "2,2'-[(2-hydroxyethyl)imino]bis[n(1,1-dimethyl-2-phenylethyl)-n-methylacetamide]", "2,2'-[(2-hydroxyethyl)imino]bis[n-methyl-n-(2-methyl-1-phenylpropan-2-yl)acetamide]", "therap cat: local anesthetic", "oxetacainum[latin]", "oxethazaine [usan:ban:jan][jan][usan]", "4-12-00-02822 (beilstein handbook reference)[beilstein]", "oxetacaine hydrochloride", "oxethacaina[italian]", "oxethazine", "2,2'-[(2-hydroxyethyl)imino]bis[n-(1,1-dimethyl-2-phenylethyl)-n-methylacetamide]", "126-27-2[rn]", "oxetacaina[spanish][inn]", "emoren", "2,2'-((2-hydroxyethyl)imino)bis(n-(1,1-dimethyl-2-phenylethyl)-n-methylacetamide)", "n-(1,1-dimethyl-2-phenyl-ethyl)-2-[{[(1,1-dimethyl-2-phenyl-ethyl)-methyl-carbamoyl]-methyl}-(2-hydroxy-ethyl)-amino]-n-methyl-acetamide", "cas-126-27-2", "oxaine m", "204-780-5[einecs]", "237-698-3[einecs]", "acetamide 2,2'-((2-hydroxyethyl)imino)bis(n-(1,1-dimethyl-2-phenylethyl)-n-methyl-", "n,n-bis[n-methyl-n-phenyl-tert-butylacetamido]-b-hydroxyethylamine", "betalgil", "acetamide 2,2'-[(2-hydroxyethyl)imino]bis[n-(1,1-dimethyl-2-phenylethyl)-n-methyl-", "strocain (tn)", "n-(1,1-dimethyl-2-phenylethyl)-2-({[n-(1,1-dimethyl-2-phenylethyl)-n-methylcarbamoyl]methyl}(2-hydroxyethyl)amino)-n-methylacetamide", "2-di(n-methyl-n-phenyl-tert-butyl-carbamoylmethyl)aminoethanol"}|>, "6395" -> <|"DatabaseID" -> "SW03518", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4531752]}, "IsomericSmiles" -> "C[C@H](CC/C=C(/C)\\C(=O)[O-])C1CC[C@@]2([C@@]1(CC=C3[C@H]2CC[C@H]([C@]3(C)CCC(=O)[O-])C(=C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kadsuric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5384417]}, "Synonyms" -> {"kadsuric acid", "(z", "62393-88-8", "62393-88-8[rn]", "nsc330514", "nsc-330514", "ac1ntn55"}|>, "6396" -> <|"DatabaseID" -> "SW03518", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4531752]}, "IsomericSmiles" -> "C[C@H](CC/C=C(/C)\\C(=O)[O-])C1CC[C@@]2([C@@]1(CC=C3[C@H]2CC[C@H]([C@]3(C)CCC(=O)[O-])C(=C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kadsuric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5384417]}, "Synonyms" -> {"kadsuric acid", "(z", "62393-88-8", "62393-88-8[rn]", "nsc330514", "nsc-330514", "ac1ntn55"}|>, "6397" -> <|"DatabaseID" -> "SW03519", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91462]}, "IsomericSmiles" -> "C[C@H]1[C@@H]2[C@H]3CC[C@@H]4[C@]5(CC[C@@H](C([C@@H]5CCC4([C@@]3(CC[C@]2(CCC1=C)C)C)C)(C)C)OC(=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxasteryl acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101225]}, "Synonyms" -> {"taraxasteryl acetate", "urs-20(30)-en-3-ol acetate", "taraxasterol acetate", "urs-20(3)-en-3-ol", "6623-95-6", "taraxasterol", "urs-20(3)-en-3-ol acetate", "(3|a", "ac1l2qdn", "6426-43-3[rn]", "ar-1a5324", "kst-1a7217", "6426-43-3"}|>, "6398" -> <|"DatabaseID" -> "SW03519", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91462]}, "IsomericSmiles" -> "C[C@H]1[C@@H]2[C@H]3CC[C@@H]4[C@]5(CC[C@@H](C([C@@H]5CCC4([C@@]3(CC[C@]2(CCC1=C)C)C)C)(C)C)OC(=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxasteryl acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101225]}, "Synonyms" -> {"taraxasteryl acetate", "urs-20(30)-en-3-ol acetate", "taraxasterol acetate", "urs-20(3)-en-3-ol", "6623-95-6", "taraxasterol", "urs-20(3)-en-3-ol acetate", "(3|a", "ac1l2qdn", "6426-43-3[rn]", "ar-1a5324", "kst-1a7217", "6426-43-3"}|>, "6399" -> <|"DatabaseID" -> "SW03520", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83202]}, "IsomericSmiles" -> "CC(=C)[C@@H]1CC[C@]2([C@H]1[C@H]3CC[C@@H]4[C@]5(CC[C@@H](C([C@@H]5CC[C@]4([C@@]3(CC2)C)C)(C)C)OC(=O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lupeol acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92157]}, "Synonyms" -> {"lupeol acetate", "lupenyl acetate", "lupeyl acetate", "3-acetyllupeol", "3-o-acetyllupeol", "acetic acid (1r,3ar,4s,5ar,5br,7ar,9s,11ar,11br,13ar,13br)-1-isopropenyl-3a,5a,5b,8,8,11a-hexamethyl-eicosahydro-cyclopenta[a]chrysen-9-yl ester", "1617-68-1", "(1r,3ar,5ar,5br,7ar,9s,11ar,11br,13ar)-3a,5a,5b,8,8,11a-hexamethyl-1-(prop-1-en-2-yl)icosahydro-1h-cyclopenta[a]chrysen-9-yl acetate", "acetic acid lupeol ester", "einecs 216-575-8", "lmpr0106130002", "(1r,3ar,5ar,5br,7ar,9s,11ar,11br,13ar,13br)-1-isopropenyl-3a,5a,5b,8,8,11a-hexamethylicosahydro-1h-cyclopenta[a]chrysen-9-ylacetat", "ac1l3njg", "(1r,2r,5r,8r,9r,10r,13r,14r,17s,19r)-1,2,5,14,18,18-hexamethyl-8-(prop-1-en-2-yl)pentacyclo[11.8.0.02,10.05,9.014,19]henicosan-17-yl acetate", "chembl453802", "1617-68-1[rn]", "(1r,3ar,5ar,5br,7ar,9s,11ar,11br,13ar,13br)-1-isopropenyl-3a,5a,5b,8,8,11a-hexamethylicosahydro-1h-cyclopenta[a]chrysen-9-yl acetate", "216-575-8[einecs]"}|>, "6400" -> <|"DatabaseID" -> "SW03521", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85034]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@@]2([C@H]3CC[C@]4([C@@H]5CC(CC[C@@]5(CC=C4[C@@]3(CC[C@H]2C1(C)C)C)C)(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxerol acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94225]}, "Synonyms" -> {"friedoolean-14-en-3-yl acetate", "taraxerol acetate", "ar-1l5843", "d-friedoolean-14-en-3beta-yl acetate", "3-picenol 1,2,3,4,4a,5,6,6a,8,8a,9,10,11,12,12a,12b,13,14,14a,14b-eicosahydro-4,4,6a,8a,11,11,12b,14b-octamethyl- acetate (3s,4ar,6ar,8ar,12ar,12bs,14ar,14br)-", "2189-80-2[rn]", "(3s,4ar,6ar,8ar,12ar,12bs,14ar,14br)-4,4,6a,8a,11,11,12b,14b-octamethyl-1,2,3,4,4a,5,6,6a,8,8a,9,10,11,12,12a,12b,13,14,14a,14b-icosahydropicen-3-yl acetate", "ac1l3rrw", "2189-80-2", "[(3s", "ac1q5x7o", "d-friedoolean-14-en-3-ol"}|>, "6401" -> <|"DatabaseID" -> "SW03522", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83811]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@]2(CC[C@@]3(C(=CC[C@H]4[C@]3(CC[C@@H]5[C@@]4(CC[C@@H](C5(C)C)OC(=O)C)C)C)[C@@H]2[C@H]1C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-amyrin acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92842]}, "Synonyms" -> {"amyrin acetate", "ac1q5x67", "nsc 160881", "ar-1l8521", "863-76-3[rn]", "(3s,4ar,6ar,6bs,8ar,11r,12s,12ar,14ar,14br)-4,4,6a,6b,8a,11,12,14b-octamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,14,14a,14b-icosahydropicen-3-ylacetate", "ac1l3oya", "chembl471754", "urs-12-en-3beta-ol(acetate)", "alpha-amyrenyl acetate", "|a-amyrin acetate", "863-76-3"}|>, "6402" -> <|"DatabaseID" -> "SW03523", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4511"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17358]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00485"]}, "IsomericSmiles" -> "Cc1c(c(no1)c2c(cccc2Cl)Cl)C(=O)N[C@H]3[C@@H]4N(C3=O)[C@H](C(S4)(C)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02348"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dicloxacillin", "FDA Approved Drug" -> "DICLOXACILLIN SODIUM"|>, "PharmGKBID" -> "PA164749649", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18381]}, "Synonyms" -> {"dicloxacilin", "dicloxacycline", "dycill", "dynapen", "dicloxacillin", "diclossacillina [dcit]", "maclicine", "pathocil", "dicloxacilline [inn-french]", "3-(2,6-dichlorophenyl)-5-methyl-4-isoxazolylpenicillin", "dicloxacillinum", "dicloxacilline", "(2s,5r,6r)-6-({[3-(2,6-dichlorophenyl)-5-methyl-1,2-oxazol-4-yl]carbonyl}amino)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid[acd/iupac name]", "dicloxacilline[french][inn]", "dicloxacillinum [inn-latin]", "9005-49-6", "dicloxacilina[spanish][inn]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[[3-(2,6-dichlorophenyl)-5-methyl-4-isoxazolyl]carbonyl]amino]-3,3-dimethyl-7-oxo- (2s,5r,6r)-", "(2s,5r,6r)-6-({[3-(2,6-dichlorophenyl)-5-methylisoxazol-4-yl]carbonyl}amino)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "(2s-(2a,5a,6b))-6-(((3-(2,6-dichlorophenyl)-5-methyl-4-isoxazolyl)carbonyl)amino)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "3116-76-5[rn]", "6-(3-(2,6-dichlorophenyl)-5-methyl-4-isoxazolecarboxamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "dicloxacillin [usan:ban:inn][inn][usan]", "6-(3-(2,6-dichlorophenyl)-5-methyl-4-isoxazolecarboxamido)penicillanic acid", "dicloxacillin[wiki][usan]", "(2s,5r,6r)-6-(((3-(2,6-dichlorophenyl)-5-methyl-4-isoxazolyl)carbonyl)amino)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "dicloxacilina [inn-spanish]", "methyldichlorophenylisoxazolylpenicillin", "221-488-3[einecs]", "dicloxacillin sodium", "dicloxacillinum[latin]", "1233662[beilstein]", "pathocill", "dicloxacilina"}|>, "6403" -> <|"DatabaseID" -> "SW03524", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5028]}, "IsomericSmiles" -> "CC(C)(C(=O)OCCCOC(=O)C(C)(C)Oc1ccc(cc1)Cl)Oc2ccc(cc2)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01212"]}, "OfficialNames" -> <|"NPC Approved Name" -> "simfibrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5217]}, "Synonyms" -> {"cholesolvin", "simfibrate", "sinfibrate", "diclofibrate", "propane-1,3-diyl bis[2-(4-chlorophenoxy)-2-methylpropanoate]", "2-(4-chlorophenoxy)-2-methylpropanoic acid 1,3-propanediyl ester", "14929-11-4[rn]", "propionicacid 2-(p-chlorophenoxy)-2-methyl- 1,3-propanediylester", "14929-11-4", "cly-503", "simfibratum[latin]", "simfibrate [inn:jan][inn][jan]", "1,3-propanediyl bis[2-(4-chlorophenoxy)-2-methylpropanoate][acd/iupac name]", "1,3-propanediol bis[2-(4-chlorophenoxy)-2-methylpropionate]", "cholesolvin (tn)", "1", "propanoicacid 2-(4-chlorophenoxy)-2-methyl- 1,3-propanediylester", "sinfibrato [inn-spanish]", "238-998-7[einecs]", "2-(p-chlorophenoxy)-2-methylpropionic acid trimethylene ester", "1,3-propanediol bis[a-(p-chlorophenoxy)isobutyrate]", "einecs 238-998-7", "brn 1897652", "sinfibrato[spanish][inn]", "1,3-propanediol bis(2-(4-chlorophenoxy)-2-methylpropionate)", "simfibratum [inn-latin]"}|>, "6404" -> <|"DatabaseID" -> "SW03525", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19980266]}, "IsomericSmiles" -> "COc1ccc(c(c1OC)OC)C[NH+]2CCN(CC2)C(c3ccc(cc3)F)c4ccc(cc4)F", "OfficialNames" -> <|"NPC Approved Name" -> "lomerizine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3949]}, "Synonyms" -> {"piperazine 1-[bis(4-fluorophenyl)methyl]-4-[(2,3,4-trimethoxyphenyl)methyl]- hydrochloride (1:1)", "ac1l1h2q", "ac1q4nme", "surecn79390", "ncgc00164543-01", "oprea1_445487", "1-[bis(4-fluorophenyl)methyl]-4-(2,3,4-trimethoxybenzyl)piperazine hydrochloride(1:1)", "lomerizine hydrochloride", "101477-54-7[rn]", "1-[bis(4-fluorphenyl)methyl]-4-(2", "101477-55-8", "lomerizinehydrochloride", "unii-dee37cy4vo", "lomerizine [inn]", "lomerizine"}|>, "6405" -> <|"DatabaseID" -> "SW03526", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 117373]}, "IsomericSmiles" -> "C[NH+](CCCN1CCc2cc(c(cc2CC1=O)OC)OC)C[C@H]3Cc4c3cc(c(c4)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07165"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ivabradine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 132999]}, "Synonyms" -> {"s-16257-2", "ivabradine", "s 16257-2", "148849-67-6[rn]", "s 16257", "procoralan", "3-(3-((((7s)-3,4-dimethoxybicyclo[4.2.0]octa-1,3,5-trien-7-yl)methyl)(methyl)amino)propyl)-7,8-dimethoxy-1,3,4,5-tetrahydro-2h-3-benzazepin-2-one", "ivabradine (discontinued due to patent)", "ivabradine hydrochloride", "2h-3-benzazepin-2-one 3-[3-[[[(7s)-3,4-dimethoxybicyclo[4.2.0]octa-1,3,5-trien-7-yl]methyl]methylamino]propyl]-1,3,4,5-tetrahydro-7,8-dimethoxy-", "155974-00-8[rn]", "ivabradine [inn]", "148870-61-5[rn]", "7,8-dimethoxy-3-(3-(((4,5-dimethoxybenzocyclobutan-1-yl)methyl)methylamino)propyl)-1,3,4,5-tetrahydro-2h-benzazepin-2-one", "2h-3-benzazepin-2-one 3-(3-(((3,4-dimethoxybicyclo(4.2.0)octa-1,3,5-trien-7-yl)methyl)methylamino)propyl)-1,3,4,5-tetrahydro-7,8-dimethoxy- (s)-", "ivabradine (inn)", "corlentor", "155974-00-8", "(s)-3-(3-(((3,4-dimethoxybicyclo(4.2.0)octa-1,3,5-trien-7-yl)methyl)methylamino)propyl)-1,3,4,5-tetrahydro-7,8-dimethoxy-2h-3-benzazepin-2-one", "procoralan[wiki]", "ivabradine[wiki][inn]", "tl8001175", "s-16257", "3-{3-[{[(7s)-3,4-dimethoxybicyclo[4.2.0]octa-1,3,5-trien-7-yl]methyl}(methyl)amino]propyl}-7,8-dimethoxy-1,3,4,5-tetrahydro-2h-3-benzazepin-2-on", "3-{3-[{[(7s)-3,4-dimethoxybicyclo[4.2.0]octa-1,3,5-trien-7-yl]methyl}(methyl)amino]propyl}-7,8-dimethoxy-1,3,4,5-tetrahydro-2h-3-benzazepin-2-one[acd/iupac name]"}|>, "6406" -> <|"DatabaseID" -> "SW03526", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 117373]}, "IsomericSmiles" -> "C[NH+](CCCN1CCc2cc(c(cc2CC1=O)OC)OC)C[C@H]3Cc4c3cc(c(c4)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07165"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ivabradine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 132999]}, "Synonyms" -> {"s-16257-2", "ivabradine", "s 16257-2", "148849-67-6[rn]", "s 16257", "procoralan", "3-(3-((((7s)-3,4-dimethoxybicyclo[4.2.0]octa-1,3,5-trien-7-yl)methyl)(methyl)amino)propyl)-7,8-dimethoxy-1,3,4,5-tetrahydro-2h-3-benzazepin-2-one", "ivabradine (discontinued due to patent)", "ivabradine hydrochloride", "2h-3-benzazepin-2-one 3-[3-[[[(7s)-3,4-dimethoxybicyclo[4.2.0]octa-1,3,5-trien-7-yl]methyl]methylamino]propyl]-1,3,4,5-tetrahydro-7,8-dimethoxy-", "155974-00-8[rn]", "ivabradine [inn]", "148870-61-5[rn]", "7,8-dimethoxy-3-(3-(((4,5-dimethoxybenzocyclobutan-1-yl)methyl)methylamino)propyl)-1,3,4,5-tetrahydro-2h-benzazepin-2-one", "2h-3-benzazepin-2-one 3-(3-(((3,4-dimethoxybicyclo(4.2.0)octa-1,3,5-trien-7-yl)methyl)methylamino)propyl)-1,3,4,5-tetrahydro-7,8-dimethoxy- (s)-", "ivabradine (inn)", "corlentor", "155974-00-8", "(s)-3-(3-(((3,4-dimethoxybicyclo(4.2.0)octa-1,3,5-trien-7-yl)methyl)methylamino)propyl)-1,3,4,5-tetrahydro-7,8-dimethoxy-2h-3-benzazepin-2-one", "procoralan[wiki]", "ivabradine[wiki][inn]", "tl8001175", "s-16257", "3-{3-[{[(7s)-3,4-dimethoxybicyclo[4.2.0]octa-1,3,5-trien-7-yl]methyl}(methyl)amino]propyl}-7,8-dimethoxy-1,3,4,5-tetrahydro-2h-3-benzazepin-2-on", "3-{3-[{[(7s)-3,4-dimethoxybicyclo[4.2.0]octa-1,3,5-trien-7-yl]methyl}(methyl)amino]propyl}-7,8-dimethoxy-1,3,4,5-tetrahydro-2h-3-benzazepin-2-one[acd/iupac name]"}|>, "6407" -> <|"DatabaseID" -> "SW03527", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5580"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83794]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]([C@@]([C@@H]1CC[C@@]3([C@@H]2CC=C4[C@]3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)(C)C=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gypsogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92825]}, "Synonyms" -> {"albsapogenin", "gypsophilasaponin", "astrantiagenin d", "albasapogenin", "gypsophilasapogenin", "githagenin", "gypsogenin", "saponin-gypsophila", "(3b,4a)-3-hydroxy-23-oxoolean-12-en-28-oic acid", "3beta-hydroxy-23-oxoolean-12-en-28-oic acid", "3228001[beilstein]", "gypsophila paniculata saponin (swiss standard saponin)", "211-353-7[einecs]", "639-14-5[rn]", "(3?,4?)-3-hydroxy-23-oxoolean-12-en-28-oic acid", "einecs 211-353-7"}|>, "6408" -> <|"DatabaseID" -> "SW03528", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17930566]}, "IsomericSmiles" -> "C[C@]12CC[C@](CC1C3=CC(=O)C4[C@]5(CC[C@@H](C(C5CC[C@]4([C@@]3(CC2)C)C)(C)C)O)C)(C)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "glycyrrhiza glabara"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18526330]}, "Synonyms" -> {"18b-glycyrrhetic acid", "glycyrrhetinate", "beta-glycyrrhetic acid", "3-glycyrrhetinic acid", "a-glycyrrhetinic acid", "glycyrrhetic acid", "uralenic acid", "glycyrrhetin", "b-glycyrrhetic acid", "biosone"}|>, "6409" -> <|"DatabaseID" -> "SW03528", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17930566]}, "IsomericSmiles" -> "C[C@]12CC[C@](CC1C3=CC(=O)C4[C@]5(CC[C@@H](C(C5CC[C@]4([C@@]3(CC2)C)C)(C)C)O)C)(C)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "glycyrrhiza glabara"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18526330]}, "Synonyms" -> {"18b-glycyrrhetic acid", "glycyrrhetinate", "beta-glycyrrhetic acid", "3-glycyrrhetinic acid", "a-glycyrrhetinic acid", "glycyrrhetic acid", "uralenic acid", "glycyrrhetin", "b-glycyrrhetic acid", "biosone"}|>, "6410" -> <|"DatabaseID" -> "SW03528", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17930566]}, "IsomericSmiles" -> "C[C@]12CC[C@](CC1C3=CC(=O)C4[C@]5(CC[C@@H](C(C5CC[C@]4([C@@]3(CC2)C)C)(C)C)O)C)(C)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "glycyrrhiza glabara"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18526330]}, "Synonyms" -> {"18b-glycyrrhetic acid", "glycyrrhetinate", "beta-glycyrrhetic acid", "3-glycyrrhetinic acid", "a-glycyrrhetinic acid", "glycyrrhetic acid", "uralenic acid", "glycyrrhetin", "b-glycyrrhetic acid", "biosone"}|>, "6411" -> <|"DatabaseID" -> "SW03530", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65265]}, "IsomericSmiles" -> "C[C@@H](C1=C[C@@]2(C=C[C@H]3[C@@H]2[C@@H](OC=C3C(=O)OC)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)OC1=O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agoniadin;plumieride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72319]}, "Synonyms" -> {"plumieride", "agoniadin", "methyl (1s", "chembl464470", "ac1q6bj5", "ac1l2huj", "511-89-7", "511-89-7[rn]", "methyl (1r,3as,7s,7as)-4'-[(1s)-1-hydroxyethyl]-5'-oxo-7-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxy}-7,7a-dihydro-3ah,5'h-spiro[cyclopenta[c]pyran-1,2'-furan]-4-carboxylate", "1-(b-d-glucopyranosyloxy)-4a,7a-dihydro-4'-(1-hydroxyethyl)-5'-oxospiro[cyclopenta[c]pyran-7(1h),2'(5'h)-furan]-4-carboxylic acid methyl ester", "ar-1h6682", "iridoid[wiki]", "molport-019-937-205", "c09797"}|>, "6412" -> <|"DatabaseID" -> "SW03531", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3078"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58930]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)COP(=O)([O-])[O-])O)C)O)F)C", "OfficialNames" -> <|"China Approved Name" -> "betamethasone 21‐phosphate disodium"|>, "Synonyms" -> {"celestone[wiki]", "betavet soluspan (veterinary)", "betamethasone 21-phosphate disodium", "pregna-1,4-diene-3,20-dione 9-fluoro-11,17-dihydroxy-16-methyl-21-(phosphonooxy)- disodium salt,(11?,16?)-", "dexamethasone sodium phosphate imp. b (ep)", "151-73-5[rn]", "(11b,16b)-9-fluoro-11,17,21-trihydroxy-16-methylpregna-1,4-diene-3,20-dione 21-(disodium phosphate)", "betamethasone 21-phosphate disodium salt", "betnesol", "rinderon", "dinatrium-2-[(8s,9r,10s,11s,13s,14s,16s,17r)-9-fluor-11,17-dihydroxy-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl]-2-oxoethylphosphat", "bdp", "disodium2-[(8s,9r,10s,11s,13s,14s,16s,17r)-9-fluoro-11,17-dihydroxy-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl]-2-oxoethyl phosphate", "betasone (veterinary)", "celestone phosphate injection", "betamethasone sodium phosphate [usan:ban:jan][jan][usan]", "betamethasone 21-(dihydrogen phosphate) disodium salt", "linosal", "betamethasone 21-disodium phosphate", "rinderon (tn)", "linolosal", "betnelan", "205-797-0[einecs]", "betamethazone disodium phosphate", "betamethasone sodium phosphate", "celestone soluspan"}|>, "6413" -> <|"DatabaseID" -> "SW03532", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3489"]}, "IsomericSmiles" -> "Cn1c(nnn1)SCC2=C(N3[C@@H]([C@@](C3=O)(NC(=O)CSCC#N)OC)SC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00910"]}, "OfficialNames" -> <|"China Approved Name" -> "cefmetazole", "FDA Approved Drug" -> "CEFMETAZOLE SODIUM"|>, "PharmGKBID" -> "PA164746819", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23666711], ExternalIdentifier["PubChemCompoundID", 42008]}, "Synonyms" -> {"cefmetazole", "56796-20-4", "zefazone", "260-384-2[einecs]", "zefazone in plastic container", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[2-[(cyanomethyl)thio]acetyl]amino]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo- (6r,7s)-", "56796-39-5", "cefmetazolo[spanish][inn]", "skf 83088", "skf 83088 sodium", "cmz sodium", "cefmetazolo", "cefmetazole[usp]", "cefmetazole sodium", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[[(cyanomethyl)thio]acetyl]amino]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo-,(6r,7s)-", "(6r,7s)-7-({[(cyanomethyl)thio]acetyl}amino)-7-(methyloxy)-3-{[(1-methyl-1h-tetrazol-5-yl)thio]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cs 1170 sodium", "cefmetazolum", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,7-((((cyanomethyl)thio)acetyl)amino)-7-methoxy-3-(((1-methyl-1h-tetrazol-5-yl)thio)methyl)-8-oxo-,(6r-cis)-", "cefmetazole sodium salt", "9005-49-6", "56796-20-4 (free acid)", "cefmetazolum [inn_la]", "56796-39-5[rn]", "chebi:3490", "cefmetazon", "cefmetazolo [inn-spanish]", "(6r,7s)-7-(2-((cyanomethyl)thio)acetamido)-7-methoxy-3-(((1-methyl-1h-tetrazol-5-yl)thio)methyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "56796-20-4[rn]", "cs 1170", "cefmetazole acid", "cefmetazole [usan:inn][inn][usan]", "cefmetazole; cefmetazolo; cefmetazolum", "(6r,7s)-7-({[(cyanomethyl)sulfanyl]acetyl}amino)-7-methoxy-3-{[(1-methyl-1h-tetrazol-5-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid[acd/iupac name]", "cefmetazole monosodium salt", "cefmetazolum [inn-latin]", "cefmetazolum[latin]", "chebi:3489"}|>, "6414" -> <|"DatabaseID" -> "SW03533", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64283]}, "IsomericSmiles" -> "CCOC(=O)Oc1ccc(cc1OC(=O)OCC)CCNC(=O)[C@H](CCSC)NC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01903"]}, "OfficialNames" -> <|"NPC Approved Name" -> "docarpamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71137]}, "Synonyms" -> {"tanadopa", "do carpamine", "docarpamine", "4-{2-[(n-acetyl-l-methionyl)amino]ethyl}benzene-1,2-diyl diethyl biscarbonate", "docarpamine[inn]", "docarpaminum[latin]", "docarpamina [inn-spanish]", "carbonic acid", "ta-8704", "n-(n-acetyl-l-methionyl)-o,o-bis(ethoxycarbonyl)dopamine", "docarpaminum [inn-latin]", "74639-40-0", "carbonicacid 4-(2-((2-(acetylamino)-4-(methylthio)-1-oxobutyl)amino)ethyl)-1,2-phenylenediethylester (s)-", "carbonicacid 4-[2-[[(2s)-2-(acetylamino)-4-(methylthio)-1-oxobutyl]amino]ethyl]-1,2-phenylene diethyl ester", "tanadopa (tn)", "ta-870", "4-{2-[(n-acetyl-l-methionyl)amino]ethyl}benzene-1", "(s)-4-[2-[[2-(acetylamino)-4-(methylthio)-1-oxobutyl]amino]ethyl]-1,2-phenylenediethyl ester", "n-(n-acetyl-l-methionyl)-o", "(-)-(s)-2-acetamido-n-(3,4-dihydroxyphenethyl)-4-(methylthio)butyramidebis(ethylcarbonate) (ester)", "docarpamina[spanish][inn]", "74639-40-0[rn]"}|>, "6415" -> <|"DatabaseID" -> "SW03534", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 233064]}, "IsomericSmiles" -> "CC1=C(C(=O)O[C@H](C1)[C@@H](C)[C@H]2CC[C@@H]3[C@@]2(CC[C@H]4[C@H]3C[C@@H]5[C@]6([C@@]4(C(=O)C=C[C@@H]6O)C)O5)C)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaferin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 265237]}, "Synonyms" -> {"withaferin a", "4b,27-dihydroxy-1-oxo-5b,6b-epoxywitha-2,24-dienolide", "withaferin deriv jpr iowa u. compound", "withaferin deriv jpr", "(4b,5b,6b,22r)-5,6-epoxy-4,22,27-trihydroxy-1-oxoergosta-2,24-dien-26-oic acid d-lactone", "c28h38o6", "5119-48-2[rn]", "ergosta-2", "ar-1g1030", "withaferina", "ac1l6dj0", "nsc101088", "nsc-101088", "4b", "5,6-epoxy-4,22,27-trihydroxy-1-oxoergosta-2,24-dien-26-oic acidd-lactone", "5.beta.-ergosta-2"}|>, "6416" -> <|"DatabaseID" -> "SW03535", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3079]}, "IsomericSmiles" -> "CC(C)(C)c1ccc(cc1)C(=O)CCC[NH+]2CCC(CC2)OC(c3ccccc3)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01478"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ebastine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3191]}, "Synonyms" -> {"kestine", "4-diphenylmethoxy-1-(3-(4-tert-butylbenzoyl)propyl)piperidine", "ebastine", "las w-090", "ebastin", "ebastel", "90729-43-4[rn]", "no-sedat", "ncgc00164603-01", "ebastina [spanish]", "4-(4-(benzhydryloxy)piperidin-1-yl)-1-(4-(tert-butyl)phenyl)butan-1-one", "1-[4-(tert-butyl)phenyl]-4-[4-(diphenylmethoxy)piperidyl]butan-1-one", "4'-tert-butyl-4-(4-(diphenylmethoxy)piperidino)butyrophenone", "bastel;ebastel", "1-butanone 1-[4-(1,1-dimethylethyl)phenyl]-4-[4-(diphenylmethoxy)-1-piperidinyl]-", "ebastinum[latin]", "ebastine[wiki]", "kestine (tn)", "4-[4-(diphenylmethoxy)-1-piperidinyl]-1-[4-(2-methyl-2-propanyl)phenyl]-1-butanone[acd/iupac name]", "1-[4-(1,1-dimethylethyl)phenyl]-4-[4-(diphenylmethoxy)-1-piperidinyl]-1-butanone", "ebastine (jan/usan)[jan][usan]", "1-butanone 1-(4-(1,1-dimethylethyl)phenyl)-4-(4-(diphenylmethoxy)-1-piperidinyl)-", "las-w-090", "4-(4-benzhydryloxy-piperidin-1-yl)-1-(4-tert-butyl-phenyl)-butan-1-one", "bastel", "4'-tert-butyl-4-[4-(diphenylmethoxy)piperidino]butyrophenone", "1-(4-tert-butylphenyl)-4-[4-(diphenylmethoxy)piperidin-1-yl]butan-1-one", "ebastina[spanish]", "bastel;", "4-diphenylmethoxy-1-[3-(4-tert-butylbenzoyl)propyl]piperidine", "1-(4-(1,1-dimethylethyl)phenyl)-4-(4-(diphenylmethoxy)-1-piperidinyl)-1-butanone", "ebastinum [latin]", "90729-43-4", "ebastine [usan:inn][inn][usan]", "evastel"}|>, "6417" -> <|"DatabaseID" -> "SW03536", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10393]}, "IsomericSmiles" -> "CCCCCCCC(=O)OCC(COC(=O)CCCCCCC)OC(=O)CCCCCCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01587"]}, "OfficialNames" -> <|"NPC Approved Name" -> "trioctanoin"|>, "Synonyms" -> {"caprylin", "glycerin tricaprylate", "1,2,3-tricapryloylglycerol", "caprylic acid triglyceride", "glyceryl trioctanoate", "glyceryl tricaprylate", "538-23-8[rn]", "octanoic acid triglyceride", "rato", "trioctanoate de 1,2,3-propanetriyle", "octanoic acid 1,2,3-propanetriyl ester", "glycerol tricaprylate", "1,2,3-propantriyltrioctanoat", "tricaprilin[jan]", "2-octanoyloxy-1-(octanoyloxymethyl)ethyl octanoate", "tricaprylin", "caprylic acid 1,2,3-propanetriyl ester", "trioctanoin", "1,2,3-propanetriol trioctanoate", "tricaprilin", "1,2,3-trioctanoylglycerol", "propane-1,2,3-triyl trioctanoate", "trioctanoylglycerol", "octanoin tri-", "trioctanoin oil", "glycerol trioctanoate", "208-686-5[einecs]", "1,2,3-propanetriyl trioctanoate[acd/iupac name]", "panacete 800", "tricaprylic glyceride", "trioctonoin", "maceight", "sefsol 800", "1,2,3-tri-n-octanoylglycerol", "4-02-00-00991 (beilstein handbook reference)[beilstein]", "octanoin tri- (8ci)"}|>, "6418" -> <|"DatabaseID" -> "SW03537", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7495"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4294]}, "IsomericSmiles" -> "CCc1nn(c(=O)n1CCOc2ccccc2)CCC[NH+]3CCN(CC3)c4cccc(c4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00819"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "NEFAZODONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450603", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4449]}, "Synonyms" -> {"83366-66-9", "2-[3-[4-(3-chlorophenyl)-1-piperazinyl]propyl]-5-ethyl-2,4-dihydro-4-(2-phenoxyethyl)-3h-1,2,4-triazol-3-one", "2-{3-[4-(3-chlorophenyl)piperazin-1-yl]propyl}-5-ethyl-4-[2-(phenyloxy)ethyl]-2,4-dihydro-3h-1,2,4-triazol-3-one", "2-[3-[4-(3-chlorophenyl)piperazin-1-yl]propyl]-5-ethyl-4-(2-phenoxyethyl)-1,2,4-triazol-3-one", "nefazodone [inn:ban]", "nefazodone (inn)", "nefazodonum [latin]", "nefazodonum[latin]", "serzone", "nefazodone hcl", "83366-66-9[rn]", "3h-1,2,4-triazol-3-one 2-(3-(4-(3-chlorophenyl)-1-piperazinyl)propyl)-5-ethyl-2,4-dihydro-4-(2-phenoxyethyl)-", "4728403[beilstein]", "nefazodone[wiki]", "82752-99-6[rn]", "nefazodona [spanish]", "3h-1,2,4-triazol-3-one 2,4-dihydro-2-3-(4-(3-chlorophenyl)-1-piperazinyl)propyl)-5-ethyl-4-(2-phenoxyethyl)-", "2-{3-[4-(3-chlorophenyl)-1-piperazinyl]propyl}-5-ethyl-4-(2-phenoxyethyl)-2,4-dihydro-3h-1,2,4-triazol-3-one[acd/iupac name]", "2-[3-[4-(3-chlorophenyl)-1-piperazinyl]propyl]-5-ethyl-4-(2-phenoxyethyl)-2h-1,2,4-triazol-3(4h)-one", "2-{3-[4-(3-chlorophenyl)piperazin-1-yl]propyl}-5-ethyl-4-(2-phenoxyethyl)-2,4-dihydro-3h-1,2,4-triazol-3-one", "nefazodona", "chebi:7494", "nefazodone", "1-(3-(4-(3-chlorpheyl-1-piperazinylpropyl)-3-ethyl-4,5-dihydro-4-(2-phenoxyethyl)-1,2,4-triazol-5-on", "nefazodone hydrochloride", "3h-1,2,4-triazol-3-one 2-[3-[4-(3-chlorophenyl)-1-piperazinyl]propyl]-5-ethyl-2,4-dihydro-4-(2-phenoxyethyl)-", "nefazodona[spanish]", "337376-15-5", "nefazodonum"}|>, "6419" -> <|"DatabaseID" -> "SW03539", "IsomericSmiles" -> "c1cc(ccc1C(=O)N[C@@H](CCC(=O)[O-])C(=O)[O-])NCC2CNc3c(c(=O)nc([nH]3)N)N2C=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01211"]}, "OfficialNames" -> <|"Indian Approved Name" -> "calcium folinate", "Traditional Herbal Isolate" -> "folinic acid", "Australia Approved Name" -> "FOLINIC ACID;LEUCOVORIN", "China Approved Name" -> "leucovorin", "WHO Essential Medicine" -> "calcium folinate", "FDA Approved Drug" -> "LEUCOVORIN CALCIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15150]}, "Synonyms" -> {"acide folinique", "n5-formyltetrahydrofolic acid", "wellcovorin", "calcium folinate", "folinic acid", "leucovorin calcium", "uzel", "leucovorinum", "l-glutamic acid n-[4-[[(2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6-pteridinyl)methyl]amino]benzoyl]-", "glutamicacid n-(p-(((2-amino-5-formyl-5,6,7,8-tetrahydro-4-hydroxy-6-pteridinyl)methyl)amino)benzoyl)- l-", "l-glutamic acid n-(4-(((2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6-pteridinyl)methyl)amino)benzoyl)- (s)-", "cf[formula]", "n-(4-{[(2-amino-5-formyl-4-oxo-1,4,5,6,7,8-hexahydropteridin-6-yl)methyl]amino}benzoyl)-l-glutamicacid", "(5-formyl-5,6,7,8-tetrahydropteroyl)glutamate; 10-formyl-7,8-dihydrofolic acid; 5-formyl-5,6,7,8-tetrahydrofolic acid; 5-formyl-5,6,7,8-tetrahydropteroyl-l-glutamic acid;acide folinique; leucovorin; leucovorinum; n-(5-formyl-5,6,7,8-tetrahydropteroyl)-l-glutamic acid;n5-formyl-5,6,7,8-tetrahydrofolic acid; n5-formyltetrahydrofolic acid", "(2s)-2-[(4-{[(2-amino-5-formyl-4-oxo-1,4,5,6,7,8-hexahydropteridin-6-yl)methyl]amino}phenyl)formamido]pentanedioic acid", "5-formyl-5,6,7,8-tetrahydrofolic acid", "citrovorum factor", "l-n-[p-[[(2-amino-5-formyl-5,6,7,8-tetrahydro-4-hydroxy-6-pteridinyl)methyl]amino]benzoyl]-glutamicacid", "n-[4-[[(2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6-pteridinyl)methyl]amino]benzoyl]-l-glutamicacid", "leucovorin[wiki]", "5-formyltetrahydrofolic acid", "5/9/1958", "n-[4-({[2-amino-5-formyl-4-oxo-3,4,5,6,7,8-hexahydropteridin-6-yl]methyl}amino)benzoyl]-l-glutamicacid", "(2s)-2-[(4-{[(2-amino-5-formyl-4-oxo-1,4,5,6,7,8-hexahydro-6-pteridinyl)methyl]amino}benzoyl)amino]pentanedioic acid", "(6r,s)-folinic acid", "(5-formyl-5,6,7,8-tetrahydropteroyl)glutamate", "l-glutamic acid n-(4-(((2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6-pteridinyl)methyl)amino)benzoyl)-", "n-[4-[[(2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6- pteridinyl)methyl]amino]benzoyl]-l-glutamicacid", "58-05-9[rn]", "5-formyl-5,6,7,8-tetrahydropteroyl-l-glutamic acid", "n-(5-formyl-5,6,7,8-tetrahydropteroyl)-l-glutamic acid", "10-formyl-7,8-dihydrofolic acid", "n-(4-{[(2-amino-5-formyl-4-oxo-1,4,5,6,7,8-hexahydro-6-pteridinyl)methyl]amino}benzoyl)-l-glutamicacid[acd/iupac name]", "200-361-6[einecs]", "n5-formyl-5,6,7,8-tetrahydrofolic acid", "folinic acid-sf", "folinate", "l-leucovorin", "welcovorin", "leucovorin", "5-formyl-5", "leucal", "(+)-l-folinic acid", "calcium leucovorin", "lederfoline", "calcii folinas [inn-latin]", "leucovorin calcium salt", "folinic acid calcium salt"}|>, "6420" -> <|"DatabaseID" -> "SW03539", "IsomericSmiles" -> "c1cc(ccc1C(=O)N[C@@H](CCC(=O)[O-])C(=O)[O-])NCC2CNc3c(c(=O)nc([nH]3)N)N2C=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01211"]}, "OfficialNames" -> <|"Indian Approved Name" -> "calcium folinate", "Traditional Herbal Isolate" -> "folinic acid", "Australia Approved Name" -> "FOLINIC ACID;LEUCOVORIN", "China Approved Name" -> "leucovorin", "WHO Essential Medicine" -> "calcium folinate", "FDA Approved Drug" -> "LEUCOVORIN CALCIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 15150]}, "Synonyms" -> {"acide folinique", "n5-formyltetrahydrofolic acid", "wellcovorin", "calcium folinate", "folinic acid", "leucovorin calcium", "uzel", "leucovorinum", "l-glutamic acid n-[4-[[(2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6-pteridinyl)methyl]amino]benzoyl]-", "glutamicacid n-(p-(((2-amino-5-formyl-5,6,7,8-tetrahydro-4-hydroxy-6-pteridinyl)methyl)amino)benzoyl)- l-", "l-glutamic acid n-(4-(((2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6-pteridinyl)methyl)amino)benzoyl)- (s)-", "cf[formula]", "n-(4-{[(2-amino-5-formyl-4-oxo-1,4,5,6,7,8-hexahydropteridin-6-yl)methyl]amino}benzoyl)-l-glutamicacid", "(5-formyl-5,6,7,8-tetrahydropteroyl)glutamate; 10-formyl-7,8-dihydrofolic acid; 5-formyl-5,6,7,8-tetrahydrofolic acid; 5-formyl-5,6,7,8-tetrahydropteroyl-l-glutamic acid;acide folinique; leucovorin; leucovorinum; n-(5-formyl-5,6,7,8-tetrahydropteroyl)-l-glutamic acid;n5-formyl-5,6,7,8-tetrahydrofolic acid; n5-formyltetrahydrofolic acid", "(2s)-2-[(4-{[(2-amino-5-formyl-4-oxo-1,4,5,6,7,8-hexahydropteridin-6-yl)methyl]amino}phenyl)formamido]pentanedioic acid", "5-formyl-5,6,7,8-tetrahydrofolic acid", "citrovorum factor", "l-n-[p-[[(2-amino-5-formyl-5,6,7,8-tetrahydro-4-hydroxy-6-pteridinyl)methyl]amino]benzoyl]-glutamicacid", "n-[4-[[(2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6-pteridinyl)methyl]amino]benzoyl]-l-glutamicacid", "leucovorin[wiki]", "5-formyltetrahydrofolic acid", "5/9/1958", "n-[4-({[2-amino-5-formyl-4-oxo-3,4,5,6,7,8-hexahydropteridin-6-yl]methyl}amino)benzoyl]-l-glutamicacid", "(2s)-2-[(4-{[(2-amino-5-formyl-4-oxo-1,4,5,6,7,8-hexahydro-6-pteridinyl)methyl]amino}benzoyl)amino]pentanedioic acid", "(6r,s)-folinic acid", "(5-formyl-5,6,7,8-tetrahydropteroyl)glutamate", "l-glutamic acid n-(4-(((2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6-pteridinyl)methyl)amino)benzoyl)-", "n-[4-[[(2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6- pteridinyl)methyl]amino]benzoyl]-l-glutamicacid", "58-05-9[rn]", "5-formyl-5,6,7,8-tetrahydropteroyl-l-glutamic acid", "n-(5-formyl-5,6,7,8-tetrahydropteroyl)-l-glutamic acid", "10-formyl-7,8-dihydrofolic acid", "n-(4-{[(2-amino-5-formyl-4-oxo-1,4,5,6,7,8-hexahydro-6-pteridinyl)methyl]amino}benzoyl)-l-glutamicacid[acd/iupac name]", "200-361-6[einecs]", "n5-formyl-5,6,7,8-tetrahydrofolic acid", "folinic acid-sf", "folinate", "l-leucovorin", "welcovorin", "leucovorin", "5-formyl-5", "leucal", "(+)-l-folinic acid", "calcium leucovorin", "lederfoline", "calcii folinas [inn-latin]", "leucovorin calcium salt", "folinic acid calcium salt"}|>, "6421" -> <|"DatabaseID" -> "SW03540", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63606"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 131714], ExternalIdentifier["ChemSpiderID", 8068253]}, "IsomericSmiles" -> "c1cc(ccc1C(=O)N[C@@H](CCC(=O)[O-])C(=O)[O-])NC[C@H]2CNc3c(c(=O)nc([nH]3)N)N2C=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04715"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LEVOLEUCOVORIN CALCIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 149436], ExternalIdentifier["PubChemCompoundID", 9892583]}, "Synonyms" -> {"calcium levofolinate", "(6s)-leucovorin", "isovorin", "levoleucovorin", "citrovorum factor", "levoleucovorin calcium", "l-folinic acid", "(6s)-folinic acid", "levofolinic acid", "levofolene", "(s)-leucovorin", "80433-71-2", "5-formyltetrahydrofolate", "chembl1908361", "ffo", "l-glutamic acid n-(4-(((2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6-pteridinyl)methyl)amino)benzoyl)- (s)-", "(6s)-5-formyl-5", "calcium n-(p-((((6s)-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6-pteridinyl)methyl)amino)benzoyl)-l-glutamate (1:1)", "l-glutamic acid n-(4-((((6s)-2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6-pteridinyl)methyl)amino)benzoyl)-", "(6s)-5-formyltetrahydrofolic acid", "l(-)-5-formyl-5,6,7,8-tetrahydrofolic acid", "calcium 2-{[4-({[(6s)-2-amino-5-formyl-4-oxo-1,4,5,6,7,8-hexahydropteridin-6-yl]methyl}amino)benzoyl]amino}pentanedioate", "216-082-8[einecs]", "levofolinate calcium (jan)", "(6s)-5-formyl-5,6,7,8-tetrahydrofolic acid", "5-formyltetrahydrofolic acid", "121451-09-0[rn]", "(6s)-5-formyltetrahydrofolate", "levofolinate calcium", "ag-g-64159", "(6s)-5-formyl-5,6,7,8-tetrahydrofolic acid; (6s)-folinic acid;(6s)-leucovorin; (s)-leucovorin; citrovorum factor; l-folinic acid; levofolene; levofolinic acid; levoleucovorin", "calcium levofolinate (inn)", "80433-71-2[rn]", "68538-85-2[rn]", "fusilev", "folinate[wiki]", "calcium folinate[jp15]", "n-(5-formyl-5,6,7,8-tetrahydropteroyl)-l-glutamic acid", "58-05-9[rn]", "1492-18-8[rn]", "n-[4-({[(6s)-2-amino-5-formyl-4-oxo-3,4,5,6,7,8-hexahydropteridin-6-yl]methyl}amino)benzoyl]-l-glutamic acid", "(6s)-5-hco-h4folate", "isovorin (tn)", "fusilev (tn)", "l-glutamic acid n-[4-[[[(6s)-2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6-pteridinyl]methyl]amino]benzoyl]- calcium salt (1:1)", "n-[4-[[[(6s)-2-amino-5-formyl-1,4,5,6,7,8-hexahydro-4-oxo-6-pteridinyl]methyl]amino]benzoyl]-l-glutamic acidcalciumsalt (1:1)", "folinic acid", "ac-12945", "levoleucovorin calcium (usan)", "[(6s)-5-formyl-5,6,7,8-tetrahydropteroyl]glutamate", "calcium (2s)-2-{[4-({[(6s)-2-amino-5-formyl-4-oxo-1,4,5,6,7,8-hexahydropteridin-6-yl]methyl}amino)benzoyl]amino}pentanedioate", "ab2000681"}|>, "6422" -> <|"DatabaseID" -> "SW03541", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64545]}, "IsomericSmiles" -> "C[C@H]1[C@@H]2C[NH+]3CCc4c5cc(c(cc5[nH]c4[C@H]3C[C@@H]2C(=CO1)C(=O)OCC[NH+](C)C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01950"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dimethylaminoethyl reserpilinate dihydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71464]}, "Synonyms" -> {"antipressine", "dimethylaminoethyl reserpilinate dihydrochloride", "ac1q67oe", "reserpilinic acid 2-(dimethylamino)ethyl ester (6ci,7ci)", "2-(dimethylamino)ethyl(3|a", "5585-67-1[rn]", "reserpilin-24-oic acid", "reserpilin-24-oicacid 2-(dimethylamino)ethyl ester,dihydrochloride", "ar-1c9138", "reserpilinic acid", "ls-143358", "ac1l2g7n", "dimethylaminoethyl reserpilinate dihydrochloride[jan]"}|>, "6423" -> <|"DatabaseID" -> "SW03542", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66038]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]([C@@]([C@@H]1CC[C@@]3([C@@H]2CC=C4[C@]3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)(C)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hederagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73299]}, "Synonyms" -> {"astrantiagenin e", "hederagenol", "caulosapogenin", "hederagenic acid", "465-99-6", "(4as,6as,6br,8ar,9r,10s,12ar,12br,14bs)-10-hydroxy-9-(hydroxymethyl)-2,2,6a,6b,9,12a-hexamethyl-1,3,4,5,6,6a,6b,7,8,8a,9,10,11,12,12a,12b,13,14b-octadecahydro-4a(2h)-picenecarboxylic acid", "einecs 207-369-9", "3,23-dihydroxyolean-12-en-28-oic acid", "melanthigenin", "465-99-6[rn]", "(3b,4a)-3,23-dihydroxyolean-12-en-28-oic acid", "207-369-9[einecs]", "herderagenin", "nsc 24954", "hederagenin[wiki]", "hederagenin", "(3beta", "nsc24954", "4-epi-hederagenin"}|>, "6424" -> <|"DatabaseID" -> "SW03543", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66312]}, "IsomericSmiles" -> "C[C@@]12CC[C@@H]3[C@@]([C@H]1CC=C4[C@]2(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)(C[C@H]([C@@H](C3(C)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maslinic acid;crategolic acid;crataegolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73659]}, "Synonyms" -> {"crategolic acid", "maslinic acid", "masilinic acid", "(2|a", "maslinicacid", "(4as,6as,6br,8ar,10r,11r,12ar,12br,14bs)-10,11-dihydroxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,6b,7,8,8a,9,10,11,12,12a,12b,13,14b-octadecahydro-2h-picene-4a-carboxylic acid", "ac1q5qht", "4373-41-5", "ac1l2k8y", "olean-12-en-28-oic acid 2,3-dihydroxy- (2?,3?)-", "(4as", "chembl201515", "4373-41-5[rn]", "crataegolic acid"}|>, "6425" -> <|"DatabaseID" -> "SW03544", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293965]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@]2(CC[C@@]3(C(=CC[C@H]4[C@]3(CC[C@@H]5[C@@]4(C[C@H]([C@@H](C5(C)C)O)O)C)C)[C@@H]2[C@H]1C)C)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "2alpha-hydroxyursolic acid;corosolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918774]}, "Synonyms" -> {"colosic acid", "glucosol", "corsolic acid", "4547-24-4[rn]", "ac1ocfv1", "mls000563488", "chebi:499211", "corosolic acid", "corosolicacid", "dnc010347", "corosolic acid[wiki]", "2alpha-hydroxyursolic acid", "ncgc00247602-01"}|>, "6426" -> <|"DatabaseID" -> "SW03545", "IsomericSmiles" -> "CC(=CCC[C@@](C)([C@H]1CC[C@@]2([C@@]1(CC[C@H]3[C@]2(CC[C@H]([C@]3(C)CCC(=O)[O-])C(=C)C)C)C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dammarenolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49775662]}, "Synonyms" -> {"dammarenolic acid"}|>, "6427" -> <|"DatabaseID" -> "SW03546", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28864"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33377]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00684"]}, "IsomericSmiles" -> "C1[C@@H]([C@H]([C@@H]([C@H]([C@@H]1[NH3+])O[C@@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)[NH3+])O)O)O[C@@H]3[C@@H](C[C@@H]([C@H](O3)C[NH3+])O)[NH3+])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00063"]}, "OfficialNames" -> <|"China Approved Name" -> "tobramycin", "Indian Approved Name" -> "tobramycin", "Australia Approved Name" -> "TOBRAMYCIN", "FDA Approved Drug" -> "TOBRAMYCIN;TOBRAMYCIN SULFATE"|>, "PharmGKBID" -> "PA451704", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36294]}, "Synonyms" -> {"tobracin", "tobrex", "tobramycin", "tobramitsetin", "tenebrimycin", "nebramycin 6", "tobramycetin", "nebramycin factor 6", "tenemycin", "nebramycin vi", "tobramaxin", "tobi", "tobrasone", "obramycin", "tobradistin", "3'-deoxykanamycin b", "tobradex", "aktob", "nebramycin", "distobram", "nebramycin factir 6", "nebcin", "sybryx", "16s ribosomal ribonucleic acid", "gernebcin", "sprc-ab01", "obracin", "tobramycin sulfate", "nf 6", "tobramycin solution for inhalation", "tobramicina[spanish][inn]", "a-d-glucopyranoside (1s,2s,3r,4s,6r)-4,6-diamino-3-[(2,6-diamino-2,3,6-trideoxy-a-d-ribo-hexopyranosyl)oxy]-2-hydroxycyclohexyl 3-amino-3-deoxy-", "32986-56-4[rn]", "tobramycinum[latin][inn]", "4-amino-2-[4,6-diamino-3-(3-amino-6-aminomethyl-5-hydroxy-tetrahydro-pyran-2-yloxy)-2-hydroxy-cyclohexyloxy]-6-hydroxymethyl-tetrahydro-pyran-3,5-diol", "49842-07-1[rn]", "tobacin", "(1s,2s,3r,4s,6r)-4,6-diamino-3-[(2,6-diamino-2,3,6-trideoxy-a-d-ribo-hexopyranosyl)oxy]-2-hydroxycyclohexyl3-amino-3-deoxy-a-d-glucopyranoside", "tobracin (tn)", "toa-(1-6)tob-(4-1)toc", "deoxykanamycin b", "tobramycin[wiki][usp][inn][ban][jan][usan][jp15]", "toy", "tobramicin", "nebcin[wiki]", "251-322-5[einecs]", "1-epitobramycin", "(2s,3r,4s,5s,6r)-4-amino-2-{[(1s,2s,3r,4s,6r)-4,6-diamino-3-{[(2r,3r,5s,6r)-3-amino-6-(aminomethyl)-5-hydroxytetrahydro-2h-pyran-2-yl]oxy}-2-hydroxycyclohexyl]oxy}-6-(hydroxymethyl)tetrahydro-2h-pyran-3,5-diol", "burlamycin", "nebicin", "toa-(1-6)2tb-(4-1)toc", "tobradex st", "tobrased", "tobralex", "(2s,3r,4s,5s,6r)-4-amino-2-{[(1s,2s,3r,4s,6r)-4,6-diamino-3-{[(2r,3r,5s,6r)-3-amino-6-(aminomethyl)-5-hydroxytetrahydro-2h-pyran-2-yl]oxy}-2-hydroxycyclohexyl]oxy}-6-(hydroxymethyl)tetrahydro-2h-pyran", "brulamycin", "gotabiotic", "tobrex (tn)", "tobramycin base", "nf 6[nf]", "tobramycine[french][inn]", "4-[2,6-diamino-2,3,6-trideoxy-a-d-glycopyranosyl]-6-[3-amino-3-deoxy-a-d-glycopyranosyl]-2-deoxystreptamine"}|>, "6428" -> <|"DatabaseID" -> "SW03547", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 148228]}, "IsomericSmiles" -> "CC(C)N/C(=[NH+]\\C(C)C)/SCC(=O)NC1C2N(C1=O)C(=C(CS2)COC(=O)C)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "cefathiamidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 169489]}, "Synonyms" -> {"5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "cefathiamidine", "ar-1e7259", "3-(acetoxymethyl)-7-({[(n,n'-diisopropylcarbamimidoyl)sulfanyl]acetyl}amino)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid[acd/iupac name]", "ac1q6lpl", "33075-00-2[rn]", "7-(alpha-((n", "akos015901269", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[(acetyloxy)methyl]-7-[[2-[[(z)-[(1-methylethyl)amino][(1-methylethyl)imino]methyl]thio]acetyl]amino]-8-oxo-", "3-(acetyloxymethyl)-7-[[2-(n,n'-di(propan-2-yl)carbamimidoyl)sulfanylacetyl]amino", "3-(acetoxymethyl)-7-({[(n", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,3-((acetyloxy)methyl)-7-((((((1-methylethyl)amino)((1-methylethyl)imino)methyl)thio)acetyl)amino)-8-oxo- (6r-trans)-", "ls-150050", "ac1l53ui"}|>, "6429" -> <|"DatabaseID" -> "SW03547", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 148228]}, "IsomericSmiles" -> "CC(C)N/C(=[NH+]\\C(C)C)/SCC(=O)NC1C2N(C1=O)C(=C(CS2)COC(=O)C)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "cefathiamidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 169489]}, "Synonyms" -> {"5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "cefathiamidine", "ar-1e7259", "3-(acetoxymethyl)-7-({[(n,n'-diisopropylcarbamimidoyl)sulfanyl]acetyl}amino)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid[acd/iupac name]", "ac1q6lpl", "33075-00-2[rn]", "7-(alpha-((n", "akos015901269", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[(acetyloxy)methyl]-7-[[2-[[(z)-[(1-methylethyl)amino][(1-methylethyl)imino]methyl]thio]acetyl]amino]-8-oxo-", "3-(acetyloxymethyl)-7-[[2-(n,n'-di(propan-2-yl)carbamimidoyl)sulfanylacetyl]amino", "3-(acetoxymethyl)-7-({[(n", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,3-((acetyloxy)methyl)-7-((((((1-methylethyl)amino)((1-methylethyl)imino)methyl)thio)acetyl)amino)-8-oxo- (6r-trans)-", "ls-150050", "ac1l53ui"}|>, "6430" -> <|"DatabaseID" -> "SW03547", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 148228]}, "IsomericSmiles" -> "CC(C)N/C(=[NH+]\\C(C)C)/SCC(=O)NC1C2N(C1=O)C(=C(CS2)COC(=O)C)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "cefathiamidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 169489]}, "Synonyms" -> {"5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "cefathiamidine", "ar-1e7259", "3-(acetoxymethyl)-7-({[(n,n'-diisopropylcarbamimidoyl)sulfanyl]acetyl}amino)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid[acd/iupac name]", "ac1q6lpl", "33075-00-2[rn]", "7-(alpha-((n", "akos015901269", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[(acetyloxy)methyl]-7-[[2-[[(z)-[(1-methylethyl)amino][(1-methylethyl)imino]methyl]thio]acetyl]amino]-8-oxo-", "3-(acetyloxymethyl)-7-[[2-(n,n'-di(propan-2-yl)carbamimidoyl)sulfanylacetyl]amino", "3-(acetoxymethyl)-7-({[(n", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,3-((acetyloxy)methyl)-7-((((((1-methylethyl)amino)((1-methylethyl)imino)methyl)thio)acetyl)amino)-8-oxo- (6r-trans)-", "ls-150050", "ac1l53ui"}|>, "6431" -> <|"DatabaseID" -> "SW03547", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 148228]}, "IsomericSmiles" -> "CC(C)N/C(=[NH+]\\C(C)C)/SCC(=O)NC1C2N(C1=O)C(=C(CS2)COC(=O)C)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "cefathiamidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 169489]}, "Synonyms" -> {"5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "cefathiamidine", "ar-1e7259", "3-(acetoxymethyl)-7-({[(n,n'-diisopropylcarbamimidoyl)sulfanyl]acetyl}amino)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid[acd/iupac name]", "ac1q6lpl", "33075-00-2[rn]", "7-(alpha-((n", "akos015901269", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[(acetyloxy)methyl]-7-[[2-[[(z)-[(1-methylethyl)amino][(1-methylethyl)imino]methyl]thio]acetyl]amino]-8-oxo-", "3-(acetyloxymethyl)-7-[[2-(n,n'-di(propan-2-yl)carbamimidoyl)sulfanylacetyl]amino", "3-(acetoxymethyl)-7-({[(n", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,3-((acetyloxy)methyl)-7-((((((1-methylethyl)amino)((1-methylethyl)imino)methyl)thio)acetyl)amino)-8-oxo- (6r-trans)-", "ls-150050", "ac1l53ui"}|>, "6432" -> <|"DatabaseID" -> "SW03548", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5212]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00342"]}, "IsomericSmiles" -> "CC(C)(C)c1ccc(cc1)C(CCC[NH+]2CCC(CC2)C(c3ccccc3)(c4ccccc4)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00521"]}, "OfficialNames" -> <|"Indian Approved Name" -> "terfenadine"|>, "PharmGKBID" -> "PA451619", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5405]}, "Synonyms" -> {"teldane", "teldanex", "triludan", "seldane", "aldaban", "ternadin", "terdin", "terfenadine", "allerplus", "cyater", "terfex", "a-(p-tert-butylphenyl)-4-(a-hydroxy-a-phenylbenzyl)-1-piperidinebutanol", "1-(4-tert-butyl-phenyl)-4-[4-(hydroxy-diphenyl-methyl)-piperidin-1-yl]-butan-1-ol", "4-{4-[hydroxy(diphenyl)methyl]-1-piperidinyl}-1-[4-(2-methyl-2-propanyl)phenyl]-1-butanol[acd/iupac name]", "1-(4-tert-butylphenyl)-4-{4-[hydroxy(diphenyl)methyl]piperidin-1-yl}butan-1-ol", "50679-08-8[rn]", "terfenadine[wiki]", "1-(4-tert-butylphenyl)-4-[4-(hydroxydiphenylmethyl)piperidin-1-yl]butan-1-ol", "1-piperidinebutanol a-[4-(1,1-dimethylethyl)phenyl]-4-(hydroxydiphenylmethyl)-", "1-[4-(tert-butyl)phenyl]-4-[4-(hydroxydiphenylmethyl)piperidyl]butan-1-ol", "treludan", "terfenidine", "50679-08-8", "terfenadine [usan:ban:inn:jan][inn][jan][usan]", "4-[4-(hydroxy-diphenyl-methyl)-1-piperidyl]-1-(4-tert-butylphenyl)butan-1-ol", "1-[4-(tert-butyl)phenyl]-4-{4-[hydroxy(diphenyl)methyl]piperidino}butan-1-ol", "seldane-d", "seldane (tn)", "terfen", "1-(p-tert-butylphenyl)-4'-[4'-(a-hydroxydiphenylmethyl)-1-piperidyl]butanol", "1-(4-tert-butyl-phenyl)-4-[4-(hydroxy-diphenyl-methyl)-piperidin-1-yl]-butan-1-ol(thioridazine)", "terfenadina[spanish][inn]", "teraenadine", "nebralin", "1-[4-(1,1-dimethylethyl)phenyl]-4-{4-[hydroxy(diphenyl)methyl]piperidin-1-yl}butan-1-ol", "[50679-08-8]", "terfenadinum[latin]", "seldane[wiki]", "1-(4-tert-butylphenyl)-4-(4-(hydroxydiphenylmethyl)piperidin-1-yl)butan-1-ol", "a-[4-(1,1-dimethylethyl)phenyl]-4-(hydroxydiphenylmethyl)-1-piperidinebutanol", "terfenadine (jan/usan)[jan][usan]", "256-710-8[einecs]"}|>, "6433" -> <|"DatabaseID" -> "SW03548", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5212]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00342"]}, "IsomericSmiles" -> "CC(C)(C)c1ccc(cc1)C(CCC[NH+]2CCC(CC2)C(c3ccccc3)(c4ccccc4)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00521"]}, "OfficialNames" -> <|"Indian Approved Name" -> "terfenadine"|>, "PharmGKBID" -> "PA451619", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5405]}, "Synonyms" -> {"teldane", "teldanex", "triludan", "seldane", "aldaban", "ternadin", "terdin", "terfenadine", "allerplus", "cyater", "terfex", "a-(p-tert-butylphenyl)-4-(a-hydroxy-a-phenylbenzyl)-1-piperidinebutanol", "1-(4-tert-butyl-phenyl)-4-[4-(hydroxy-diphenyl-methyl)-piperidin-1-yl]-butan-1-ol", "4-{4-[hydroxy(diphenyl)methyl]-1-piperidinyl}-1-[4-(2-methyl-2-propanyl)phenyl]-1-butanol[acd/iupac name]", "1-(4-tert-butylphenyl)-4-{4-[hydroxy(diphenyl)methyl]piperidin-1-yl}butan-1-ol", "50679-08-8[rn]", "terfenadine[wiki]", "1-(4-tert-butylphenyl)-4-[4-(hydroxydiphenylmethyl)piperidin-1-yl]butan-1-ol", "1-piperidinebutanol a-[4-(1,1-dimethylethyl)phenyl]-4-(hydroxydiphenylmethyl)-", "1-[4-(tert-butyl)phenyl]-4-[4-(hydroxydiphenylmethyl)piperidyl]butan-1-ol", "treludan", "terfenidine", "50679-08-8", "terfenadine [usan:ban:inn:jan][inn][jan][usan]", "4-[4-(hydroxy-diphenyl-methyl)-1-piperidyl]-1-(4-tert-butylphenyl)butan-1-ol", "1-[4-(tert-butyl)phenyl]-4-{4-[hydroxy(diphenyl)methyl]piperidino}butan-1-ol", "seldane-d", "seldane (tn)", "terfen", "1-(p-tert-butylphenyl)-4'-[4'-(a-hydroxydiphenylmethyl)-1-piperidyl]butanol", "1-(4-tert-butyl-phenyl)-4-[4-(hydroxy-diphenyl-methyl)-piperidin-1-yl]-butan-1-ol(thioridazine)", "terfenadina[spanish][inn]", "teraenadine", "nebralin", "1-[4-(1,1-dimethylethyl)phenyl]-4-{4-[hydroxy(diphenyl)methyl]piperidin-1-yl}butan-1-ol", "[50679-08-8]", "terfenadinum[latin]", "seldane[wiki]", "1-(4-tert-butylphenyl)-4-(4-(hydroxydiphenylmethyl)piperidin-1-yl)butan-1-ol", "a-[4-(1,1-dimethylethyl)phenyl]-4-(hydroxydiphenylmethyl)-1-piperidinebutanol", "terfenadine (jan/usan)[jan][usan]", "256-710-8[einecs]"}|>, "6434" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6435" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6436" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6437" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6438" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6439" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6440" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6441" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6442" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6443" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6444" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6445" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6446" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6447" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6448" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6449" -> <|"DatabaseID" -> "SW03549", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477230]}, "IsomericSmiles" -> "CC(=CC1CC(C2C3CCC4[C@]5(CC[C@@H](C(C5CC[C@]4(C36CC2(O1)OC6)C)(C)C)O)C)(C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujubogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318721]}, "Synonyms" -> {"jujubogenin"}|>, "6450" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6451" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6452" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6453" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6454" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6455" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6456" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6457" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6458" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6459" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6460" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6461" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6462" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6463" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6464" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6465" -> <|"DatabaseID" -> "SW03550", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911188]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C6C(O6)(C)C)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398558]}, "Synonyms" -> {"melianol"}|>, "6466" -> <|"DatabaseID" -> "SW03551", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10299019]}, "IsomericSmiles" -> "C[C@]1(C[C@H]2[C@]34OC[C@]2(C(=O)C[C@]3([C@]5([C@@H]([C@@]6([C@H]([C@@]([C@H](CC6)O)(CO)C)CC5)C)CC4)C)C)CC1)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anagalligenone"|>, "Synonyms" -> {"anagalligenone b"}|>, "6467" -> <|"DatabaseID" -> "SW03552", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 77987]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1O[C@](CC2)(C)CCC[C@H](C)CCC[C@H](C)CCCC(C)C)C)OC(=O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01735"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tocopherol acetate", "FDA Approved Drug" -> "TOCOPHEROL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 86472]}, "Synonyms" -> {"tocopherol acetate", "vitamin e acetate dl-form", "syntopherol acetate", "rovimix e 50sd", "tocopheryl acetate", "ephynal", "vectan", "d-alpha-tocopherol acetate", "d-alpha-tocopheryl acetate", "dl-alpha tocopheryl acetate", "dl-alpha-tocopheryl acetate", "acetic acid (r)-2,5,7,8-tetramethyl-2-((4r,8r)-4,8,12-trimethyl-tridecyl)-chroman-6-yl ester", "contopheron", "7695-91-2[rn]", "54-22-8[rn]", "eprolin", "endo e dompe", "[(2r)-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]chroman-6-yl] acetate", "gevex", "a-tocopherol acetate", "vitamin e acetate", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-b- enzopyran-6-ol acetate", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-yl acetate", "e-vimin", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-((4r,8r)-4,8,12-trimethyltridecyl)- acetate (2r)-rel-", "juvela (tn)", "tocopherol acetate[jp15]", "e-ferol", "ecofrol", "59-02-9[rn]", "200-405-4[einecs]", "5-17-04-00169 (beilstein handbook reference)[beilstein]", "18920-61-1[rn]", "vitaminee-acetate; [2r-[2r*(4r*,8r*)]]-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ol acetate", "(2r)-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]-3,4-dihydro-2h-chromen-6-ylacetate[acd/iupac name]", "vitamin- e acetate", "acetic acid 2,5,7,8-tetramethyl-2-(4,8,12-trimethyl-tridecyl)-chroman-6-yl ester", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]- acetate (2r)-", "juvela", "fertilvit", "e-toplex", "a-tocopheryl acetate", "133-80-2[rn]", "evipherol", "tocopherex", "evion", "(2r-(2r*(4r*,8r*)))-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-olacetate", "alfacol", "200-412-2[einecs]", "[2r*(4r*,8r*)]-()-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-yl acetate", "(2r*(4r*,8r*))-(1)-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-ylacetate", "[2r*(4r*,8r*)]-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ol acetate", "epsilan-m", "52225-20-4[rn]", "econ", "231-710-0[einecs]", "tofaxin", "58-95-7[rn]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-((4r,8r)-4,8,12-trimethyltridecyl)- acetate (2r)-", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate", "tocophrin", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate [2r-[2r*(4r*,8r*)]]-", "257-757-7[einecs]", "1407-18-7[rn]"}|>, "6468" -> <|"DatabaseID" -> "SW03553", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5415680]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1O[C@@](CC2)(C)CCC[C@H](C)CCC[C@@H](C)CCCC(C)C)C)OC(=O)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "vitamin e acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7059474]}, "Synonyms" -> {"7695-91-2[rn]", "chembl1200704", "alpha-tocopherol acetate", "7695-91-2", "zinc03871497", "ac1oemrj", "[(2s)-2"}|>, "6469" -> <|"DatabaseID" -> "SW03554", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2033]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "ALPHA-TOCOPHEROL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2117]}, "Synonyms" -> {"contopheron", "vitamin e acetate", "ecofrol", "tocopherex", "alfacol", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ylacetate,(2r-(2*(4r*,8r*)))-", "dl-.alpha.-tocopherol acetate", "vitamin- e", "97512", "7695-91-2[rn]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate (2r-(2*(4r*,8r*)))-", "52225-20-4[rn]", "ephynal acetate", "alpha-tocopherol acetate", "231-710-0[einecs]", "12741-00-3[rn]", "tofaxin", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-yl acetate", "covitol 1100", "6-acetoxy-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecan-1-yl)-2h-1-benzopyrane", "2h-1-benzopyran-6-ol", "e-ferol", "1406-70-8[rn]", "erevit", "200-405-4[einecs]", "26243-95-8[rn]", "tocophrin", "[2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl]acetate", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate", "fertilvit", "evipherol", "6-acetoxy-2,5,7,8-tetramethyl-2-(4',8',12'-trimethyltridecyl)-chromane", "58-95-7[rn]", "juvela", "e-toplex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanol acetate", "econ", "vitamin ealpha acetate", "endo e dompe", "dl-alpha-tocopherol acetate", "tokoferol acetate", "combinal e", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate,(+)-", "covitol 1360", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-olacetate", "alpha-tochopheryl acetate", "ervit", "epsilan-m", "tocopheryl acetate", "copherol 1250", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl acetate[acd/iupac name]", "gevex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl acetate", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate", "st072191", "tocopherol acetate[jp15]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate [2r-[2r*(4r*,8r*)]]-", "257-757-7[einecs]"}|>, "6470" -> <|"DatabaseID" -> "SW03554", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2033]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "ALPHA-TOCOPHEROL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2117]}, "Synonyms" -> {"contopheron", "vitamin e acetate", "ecofrol", "tocopherex", "alfacol", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ylacetate,(2r-(2*(4r*,8r*)))-", "dl-.alpha.-tocopherol acetate", "vitamin- e", "97512", "7695-91-2[rn]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate (2r-(2*(4r*,8r*)))-", "52225-20-4[rn]", "ephynal acetate", "alpha-tocopherol acetate", "231-710-0[einecs]", "12741-00-3[rn]", "tofaxin", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-yl acetate", "covitol 1100", "6-acetoxy-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecan-1-yl)-2h-1-benzopyrane", "2h-1-benzopyran-6-ol", "e-ferol", "1406-70-8[rn]", "erevit", "200-405-4[einecs]", "26243-95-8[rn]", "tocophrin", "[2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl]acetate", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate", "fertilvit", "evipherol", "6-acetoxy-2,5,7,8-tetramethyl-2-(4',8',12'-trimethyltridecyl)-chromane", "58-95-7[rn]", "juvela", "e-toplex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanol acetate", "econ", "vitamin ealpha acetate", "endo e dompe", "dl-alpha-tocopherol acetate", "tokoferol acetate", "combinal e", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate,(+)-", "covitol 1360", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-olacetate", "alpha-tochopheryl acetate", "ervit", "epsilan-m", "tocopheryl acetate", "copherol 1250", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl acetate[acd/iupac name]", "gevex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl acetate", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate", "st072191", "tocopherol acetate[jp15]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate [2r-[2r*(4r*,8r*)]]-", "257-757-7[einecs]"}|>, "6471" -> <|"DatabaseID" -> "SW03554", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2033]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "ALPHA-TOCOPHEROL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2117]}, "Synonyms" -> {"contopheron", "vitamin e acetate", "ecofrol", "tocopherex", "alfacol", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ylacetate,(2r-(2*(4r*,8r*)))-", "dl-.alpha.-tocopherol acetate", "vitamin- e", "97512", "7695-91-2[rn]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate (2r-(2*(4r*,8r*)))-", "52225-20-4[rn]", "ephynal acetate", "alpha-tocopherol acetate", "231-710-0[einecs]", "12741-00-3[rn]", "tofaxin", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-yl acetate", "covitol 1100", "6-acetoxy-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecan-1-yl)-2h-1-benzopyrane", "2h-1-benzopyran-6-ol", "e-ferol", "1406-70-8[rn]", "erevit", "200-405-4[einecs]", "26243-95-8[rn]", "tocophrin", "[2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl]acetate", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate", "fertilvit", "evipherol", "6-acetoxy-2,5,7,8-tetramethyl-2-(4',8',12'-trimethyltridecyl)-chromane", "58-95-7[rn]", "juvela", "e-toplex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanol acetate", "econ", "vitamin ealpha acetate", "endo e dompe", "dl-alpha-tocopherol acetate", "tokoferol acetate", "combinal e", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate,(+)-", "covitol 1360", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-olacetate", "alpha-tochopheryl acetate", "ervit", "epsilan-m", "tocopheryl acetate", "copherol 1250", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl acetate[acd/iupac name]", "gevex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl acetate", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate", "st072191", "tocopherol acetate[jp15]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate [2r-[2r*(4r*,8r*)]]-", "257-757-7[einecs]"}|>, "6472" -> <|"DatabaseID" -> "SW03554", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2033]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "ALPHA-TOCOPHEROL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2117]}, "Synonyms" -> {"contopheron", "vitamin e acetate", "ecofrol", "tocopherex", "alfacol", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ylacetate,(2r-(2*(4r*,8r*)))-", "dl-.alpha.-tocopherol acetate", "vitamin- e", "97512", "7695-91-2[rn]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate (2r-(2*(4r*,8r*)))-", "52225-20-4[rn]", "ephynal acetate", "alpha-tocopherol acetate", "231-710-0[einecs]", "12741-00-3[rn]", "tofaxin", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-yl acetate", "covitol 1100", "6-acetoxy-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecan-1-yl)-2h-1-benzopyrane", "2h-1-benzopyran-6-ol", "e-ferol", "1406-70-8[rn]", "erevit", "200-405-4[einecs]", "26243-95-8[rn]", "tocophrin", "[2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl]acetate", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate", "fertilvit", "evipherol", "6-acetoxy-2,5,7,8-tetramethyl-2-(4',8',12'-trimethyltridecyl)-chromane", "58-95-7[rn]", "juvela", "e-toplex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanol acetate", "econ", "vitamin ealpha acetate", "endo e dompe", "dl-alpha-tocopherol acetate", "tokoferol acetate", "combinal e", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate,(+)-", "covitol 1360", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-olacetate", "alpha-tochopheryl acetate", "ervit", "epsilan-m", "tocopheryl acetate", "copherol 1250", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl acetate[acd/iupac name]", "gevex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl acetate", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate", "st072191", "tocopherol acetate[jp15]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate [2r-[2r*(4r*,8r*)]]-", "257-757-7[einecs]"}|>, "6473" -> <|"DatabaseID" -> "SW03554", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2033]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "ALPHA-TOCOPHEROL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2117]}, "Synonyms" -> {"contopheron", "vitamin e acetate", "ecofrol", "tocopherex", "alfacol", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ylacetate,(2r-(2*(4r*,8r*)))-", "dl-.alpha.-tocopherol acetate", "vitamin- e", "97512", "7695-91-2[rn]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate (2r-(2*(4r*,8r*)))-", "52225-20-4[rn]", "ephynal acetate", "alpha-tocopherol acetate", "231-710-0[einecs]", "12741-00-3[rn]", "tofaxin", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-yl acetate", "covitol 1100", "6-acetoxy-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecan-1-yl)-2h-1-benzopyrane", "2h-1-benzopyran-6-ol", "e-ferol", "1406-70-8[rn]", "erevit", "200-405-4[einecs]", "26243-95-8[rn]", "tocophrin", "[2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl]acetate", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate", "fertilvit", "evipherol", "6-acetoxy-2,5,7,8-tetramethyl-2-(4',8',12'-trimethyltridecyl)-chromane", "58-95-7[rn]", "juvela", "e-toplex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanol acetate", "econ", "vitamin ealpha acetate", "endo e dompe", "dl-alpha-tocopherol acetate", "tokoferol acetate", "combinal e", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate,(+)-", "covitol 1360", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-olacetate", "alpha-tochopheryl acetate", "ervit", "epsilan-m", "tocopheryl acetate", "copherol 1250", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl acetate[acd/iupac name]", "gevex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl acetate", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate", "st072191", "tocopherol acetate[jp15]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate [2r-[2r*(4r*,8r*)]]-", "257-757-7[einecs]"}|>, "6474" -> <|"DatabaseID" -> "SW03554", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2033]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "ALPHA-TOCOPHEROL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2117]}, "Synonyms" -> {"contopheron", "vitamin e acetate", "ecofrol", "tocopherex", "alfacol", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ylacetate,(2r-(2*(4r*,8r*)))-", "dl-.alpha.-tocopherol acetate", "vitamin- e", "97512", "7695-91-2[rn]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate (2r-(2*(4r*,8r*)))-", "52225-20-4[rn]", "ephynal acetate", "alpha-tocopherol acetate", "231-710-0[einecs]", "12741-00-3[rn]", "tofaxin", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-yl acetate", "covitol 1100", "6-acetoxy-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecan-1-yl)-2h-1-benzopyrane", "2h-1-benzopyran-6-ol", "e-ferol", "1406-70-8[rn]", "erevit", "200-405-4[einecs]", "26243-95-8[rn]", "tocophrin", "[2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl]acetate", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate", "fertilvit", "evipherol", "6-acetoxy-2,5,7,8-tetramethyl-2-(4',8',12'-trimethyltridecyl)-chromane", "58-95-7[rn]", "juvela", "e-toplex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanol acetate", "econ", "vitamin ealpha acetate", "endo e dompe", "dl-alpha-tocopherol acetate", "tokoferol acetate", "combinal e", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate,(+)-", "covitol 1360", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-olacetate", "alpha-tochopheryl acetate", "ervit", "epsilan-m", "tocopheryl acetate", "copherol 1250", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl acetate[acd/iupac name]", "gevex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl acetate", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate", "st072191", "tocopherol acetate[jp15]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate [2r-[2r*(4r*,8r*)]]-", "257-757-7[einecs]"}|>, "6475" -> <|"DatabaseID" -> "SW03554", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2033]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "ALPHA-TOCOPHEROL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2117]}, "Synonyms" -> {"contopheron", "vitamin e acetate", "ecofrol", "tocopherex", "alfacol", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ylacetate,(2r-(2*(4r*,8r*)))-", "dl-.alpha.-tocopherol acetate", "vitamin- e", "97512", "7695-91-2[rn]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate (2r-(2*(4r*,8r*)))-", "52225-20-4[rn]", "ephynal acetate", "alpha-tocopherol acetate", "231-710-0[einecs]", "12741-00-3[rn]", "tofaxin", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-yl acetate", "covitol 1100", "6-acetoxy-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecan-1-yl)-2h-1-benzopyrane", "2h-1-benzopyran-6-ol", "e-ferol", "1406-70-8[rn]", "erevit", "200-405-4[einecs]", "26243-95-8[rn]", "tocophrin", "[2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl]acetate", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate", "fertilvit", "evipherol", "6-acetoxy-2,5,7,8-tetramethyl-2-(4',8',12'-trimethyltridecyl)-chromane", "58-95-7[rn]", "juvela", "e-toplex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanol acetate", "econ", "vitamin ealpha acetate", "endo e dompe", "dl-alpha-tocopherol acetate", "tokoferol acetate", "combinal e", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate,(+)-", "covitol 1360", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-olacetate", "alpha-tochopheryl acetate", "ervit", "epsilan-m", "tocopheryl acetate", "copherol 1250", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl acetate[acd/iupac name]", "gevex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl acetate", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate", "st072191", "tocopherol acetate[jp15]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate [2r-[2r*(4r*,8r*)]]-", "257-757-7[einecs]"}|>, "6476" -> <|"DatabaseID" -> "SW03554", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2033]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "ALPHA-TOCOPHEROL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2117]}, "Synonyms" -> {"contopheron", "vitamin e acetate", "ecofrol", "tocopherex", "alfacol", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ylacetate,(2r-(2*(4r*,8r*)))-", "dl-.alpha.-tocopherol acetate", "vitamin- e", "97512", "7695-91-2[rn]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate (2r-(2*(4r*,8r*)))-", "52225-20-4[rn]", "ephynal acetate", "alpha-tocopherol acetate", "231-710-0[einecs]", "12741-00-3[rn]", "tofaxin", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-benzopyran-6-yl acetate", "covitol 1100", "6-acetoxy-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecan-1-yl)-2h-1-benzopyrane", "2h-1-benzopyran-6-ol", "e-ferol", "1406-70-8[rn]", "erevit", "200-405-4[einecs]", "26243-95-8[rn]", "tocophrin", "[2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl]acetate", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate", "fertilvit", "evipherol", "6-acetoxy-2,5,7,8-tetramethyl-2-(4',8',12'-trimethyltridecyl)-chromane", "58-95-7[rn]", "juvela", "e-toplex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanol acetate", "econ", "vitamin ealpha acetate", "endo e dompe", "dl-alpha-tocopherol acetate", "tokoferol acetate", "combinal e", "6-chromanol 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-,acetate,(+)-", "covitol 1360", "3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-olacetate", "alpha-tochopheryl acetate", "ervit", "epsilan-m", "tocopheryl acetate", "copherol 1250", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl acetate[acd/iupac name]", "gevex", "2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)chroman-6-yl acetate", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate", "st072191", "tocopherol acetate[jp15]", "2h-1-benzopyran-6-ol 3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)- acetate [2r-[2r*(4r*,8r*)]]-", "257-757-7[einecs]"}|>, "6477" -> <|"DatabaseID" -> "SW03555", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3749"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2692], ExternalIdentifier["ChemSpiderID", 13098548]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00845"]}, "IsomericSmiles" -> "CC(C)/N=c/1\\cc-2n(c3ccccc3nc2cc1Nc4ccc(cc4)Cl)c5ccc(cc5)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00278"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "clofazimine", "Indian Approved Name" -> "clofazimine", "FDA Approved Drug" -> "CLOFAZIMINE"|>, "PharmGKBID" -> "PA164748759", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2794]}, "Synonyms" -> {"lamprene", "clofazimine", "lampren", "chlofazimine", "clofaziminum [inn-latin]", "clofazimina [inn-spanish]", "b 663 (pharmaceutical)", "clofazimina", "trk family", "clofaziminum", "2030-63-9", "(4-chloro-phenyl)-{5-(4-chloro-phenyl)-3-[(e)-isopropylimino]-3,5-dihydro-phenazin-2-yl}-amine", "3-(p-chloranilino)-10-(p-chlorphenyl)-2,10-dihydro-2-(isopropylimino)-phenazin[german]", "3-(p-chloranilino)-10-(p-chlorophenyl)-2,10-dihydro-2-(isopropylimino)-phenazine", "b 663 (van)", "3-(p-chloroanilino)-10-(p-chlorophenyl)-2 10-dihydro-2-(isopropylimino)phenazine", "217-980-2[einecs]", "phenazine 2 10-dihydro-3-(p-chloroanilino)-10-(p-chlorophenyl)-2-(isopropylimino)-", "cfz", "3- (p-chloranilino)-10-(p-chlorphenyl)-2 10-dihydro-2-(isopropylimino)-phenazin", "cas-2030-63-9", "2-p-chloroanilino-5-p-chlorophenyl-3,5-dihydro-3-isopropyliminophenazine", "b663", "clofaziminum[latin]", "liposome-encapsulated clofazimine", "2-phenazinamine 3,5-dihydro-n,5-bis(4-chlorophenyl)-3-((1-methylethyl)imino)-", "4-25-00-03033", "(4-chloro-phenyl)-[5-(4-chloro-phenyl)-3-isopropylimino-3,5-dihydro-phenazin-2-yl]-amine", "2-phenazinamine n 5-bis (4-chlorophenyl)-3,5-dihydro-3-[(1-methylethyl)imino]-", "2-phenazinamine n,5-bis(4-chlorophenyl)-3,5-dihydro-3-[(1-methylethyl)imino]-", "n,5-bis(4-chlorophenyl)-3-(isopropylimino)-3,5-dihydrophenazin-2-amine", "(3e)-n,5-bis(4-chlorophenyl)-3-(isopropylimino)-3,5-dihydrophenazin-2-amine", "clofazimine[wiki]", "2030-63-9[rn]", "(3e)-n,5-bis(4-chlorophenyl)-3-(propan-2-ylimino)-3,5-dihydrophenazin-2-amine", "n,5-bis(4-chlorophenyl)-3,5-dihydro-3-[(1-methylethyl)imino]-2-phenazinamine", "4-25-00-03033 (beilstein handbook reference)[beilstein]", "b 663 pharmaceutical", "g-30320", "phenazine 3-(p-chloroanilino)-10-(p-chlorophenyl)-2,10-dihydro-2-(isopropylimino)- (8ci)", "n,5-bis(4-chlorophenyl)-3-propan-2-yliminophenazin-2-amine", "clofazimina[spanish][inn]", "2-(4-chloroanilino)-3-isopropylimino-5-(4-chlorophenyl)-3,5-dihydrophenazine", "phenazine 3- (p-chloroanilino)-10-(p-chlorophenyl)-2,10-dihydro-2-(isopropylimino)-", "phenazine 2,10-dihydro-3-(p-chloroanilino)-10-(p-chlorophenyl)-2-(isopropylimino)-", "3-(p-chloranilino)-10-(p-chlorophenyl)-2 10-dihydro-2-(isopropylimino)phenazine", "2-phenazinamine n,5-bis(4-chlorophenyl)-3,5-dihydro-3-((1-methylethyl)imino)-", "2-phenazinamine n,5-bis(4-chlorophenyl)-3,5-dihydro-3-[(1-methylethyl)imino]- (3e)-", "337376-15-5", "b. 663", "(4-chlorophenyl)[5-(4-chlorophenyl)-3-(2-methyl-1-azapropylidene)(5-hydrophenazin-2-yl)]amine", "2-phenazinamine 3,5-dihydro-n 5-bis(4-chlorophenyl)-3-[(1-methylethyl)imino]-", "lamprene (tn)", "3-(p-chloroanilino)-10-(p-chlorophenyl)-2,10-dihydro-2-(isopropylimino)phenazine", "n,5-bis(4-chlorophenyl)-3,5-dihydro-3-(isopropylimino)phenazin-2-amine", "clofazimine [usan:ban:inn][inn][usan]"}|>, "6478" -> <|"DatabaseID" -> "SW03556", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16033]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@@H]3CC[C@@]([C@]3(C[C@@H]([C@@H]2[C@@]4(C1=CC(=O)C=C4)C)O)C)(C(=O)COC(=O)CCC(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00751"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METHYLPREDNISOLONE SODIUM SUCCINATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23680530]}, "Synonyms" -> {"solu-medrol", "asmacortone", "emmetipi", "nirypan solubile", "prednilem", "corticel", "solu-medrone", "a-methapred", "methylprednisolone sodium succinate", "metypresol", "firmacort fiale", "urbason solubile", "metypred", "2375-03-3[rn]", "medrate [inj.]", "prednol [inj.]", "sol melcort", "natrium-4-{2-[(6s,8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-6,10,13-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl]-2-oxoethoxy}-4-oxobutanoat", "lemod solu", "methylprednisolone succinate", "methylprednisolone sodium hemisuccinate", "cryosolona [inj.]", "methylprednisolone sodium succinate [usan:jan][jan][usan]", "solu-medrol (tn)", "metypred [inj.]", "methylprednisolone 21-succinate sodium salt", "sodium 4-{2-[(6s,8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-6,10,13-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl]-2-oxoethoxy}-4-oxobutanoate", "11b,17,21-trihydroxy-6a-methylpregna-1,4-diene-3,20-dione 21-(sodium succinate)", "219-156-8[einecs]", "ubrason solubile [inj.]", "methylprednisolone hydrogen succinate sodium salt", "3/3/2375", "m-6-p", "urbasone", "sodium methylprednisolone succinate"}|>, "6479" -> <|"DatabaseID" -> "SW03557", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 113738]}, "IsomericSmiles" -> "CCCC(=O)c1c(c(c(c(c1OC)C)O)CC2(C(=C(C(=C(C2=O)C(=O)C(C)CC)[O-])C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agrimophol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 128292]}, "Synonyms" -> {"agrimophol", "2", "2,4-cyclohexadien-1-one 6-[[2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl]methyl]-3,5-dihydroxy-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-", "ar-1g9762", "65792-05-4", "2,4-cyclohexadien-1-one 6-((2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl)methyl)-3,5-dihydroxy-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-", "agrimophol: 2,4-cyclohexadien-1-one,6-[[2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl]methyl]-3,5-dihydroxy-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-,", "6-(3-butyryl-2", "65792-05-4[rn]", "ac1l2tj9", "6-(3-butanoyl-2,6-dihydroxy-4-methoxy-5-methylbenzyl)-3,5-dihydroxy-4,6-dimethyl-2-(2-methylbutanoyl)cyclohexa-2,4-dien-1-one", "megxp0_000406", "6-(3-butyryl-2,6-dihydroxy-4-methoxy-5-methylbenzyl)-3,5-dihydroxy-4,6-dimethyl-2-(2-methylbutanoyl)cyclohexa-2,4-dien-1-one", "ac1q5bl0", "brn 2195872", "2,4-cyclohexadien-1-one 3,5-dihydroxy-6-((2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl)methyl)-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-"}|>, "6480" -> <|"DatabaseID" -> "SW03557", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 113738]}, "IsomericSmiles" -> "CCCC(=O)c1c(c(c(c(c1OC)C)O)CC2(C(=C(C(=C(C2=O)C(=O)C(C)CC)[O-])C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agrimophol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 128292]}, "Synonyms" -> {"agrimophol", "2", "2,4-cyclohexadien-1-one 6-[[2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl]methyl]-3,5-dihydroxy-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-", "ar-1g9762", "65792-05-4", "2,4-cyclohexadien-1-one 6-((2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl)methyl)-3,5-dihydroxy-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-", "agrimophol: 2,4-cyclohexadien-1-one,6-[[2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl]methyl]-3,5-dihydroxy-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-,", "6-(3-butyryl-2", "65792-05-4[rn]", "ac1l2tj9", "6-(3-butanoyl-2,6-dihydroxy-4-methoxy-5-methylbenzyl)-3,5-dihydroxy-4,6-dimethyl-2-(2-methylbutanoyl)cyclohexa-2,4-dien-1-one", "megxp0_000406", "6-(3-butyryl-2,6-dihydroxy-4-methoxy-5-methylbenzyl)-3,5-dihydroxy-4,6-dimethyl-2-(2-methylbutanoyl)cyclohexa-2,4-dien-1-one", "ac1q5bl0", "brn 2195872", "2,4-cyclohexadien-1-one 3,5-dihydroxy-6-((2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl)methyl)-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-"}|>, "6481" -> <|"DatabaseID" -> "SW03557", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 113738]}, "IsomericSmiles" -> "CCCC(=O)c1c(c(c(c(c1OC)C)O)CC2(C(=C(C(=C(C2=O)C(=O)C(C)CC)[O-])C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agrimophol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 128292]}, "Synonyms" -> {"agrimophol", "2", "2,4-cyclohexadien-1-one 6-[[2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl]methyl]-3,5-dihydroxy-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-", "ar-1g9762", "65792-05-4", "2,4-cyclohexadien-1-one 6-((2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl)methyl)-3,5-dihydroxy-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-", "agrimophol: 2,4-cyclohexadien-1-one,6-[[2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl]methyl]-3,5-dihydroxy-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-,", "6-(3-butyryl-2", "65792-05-4[rn]", "ac1l2tj9", "6-(3-butanoyl-2,6-dihydroxy-4-methoxy-5-methylbenzyl)-3,5-dihydroxy-4,6-dimethyl-2-(2-methylbutanoyl)cyclohexa-2,4-dien-1-one", "megxp0_000406", "6-(3-butyryl-2,6-dihydroxy-4-methoxy-5-methylbenzyl)-3,5-dihydroxy-4,6-dimethyl-2-(2-methylbutanoyl)cyclohexa-2,4-dien-1-one", "ac1q5bl0", "brn 2195872", "2,4-cyclohexadien-1-one 3,5-dihydroxy-6-((2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl)methyl)-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-"}|>, "6482" -> <|"DatabaseID" -> "SW03557", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 113738]}, "IsomericSmiles" -> "CCCC(=O)c1c(c(c(c(c1OC)C)O)CC2(C(=C(C(=C(C2=O)C(=O)C(C)CC)[O-])C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agrimophol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 128292]}, "Synonyms" -> {"agrimophol", "2", "2,4-cyclohexadien-1-one 6-[[2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl]methyl]-3,5-dihydroxy-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-", "ar-1g9762", "65792-05-4", "2,4-cyclohexadien-1-one 6-((2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl)methyl)-3,5-dihydroxy-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-", "agrimophol: 2,4-cyclohexadien-1-one,6-[[2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl]methyl]-3,5-dihydroxy-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-,", "6-(3-butyryl-2", "65792-05-4[rn]", "ac1l2tj9", "6-(3-butanoyl-2,6-dihydroxy-4-methoxy-5-methylbenzyl)-3,5-dihydroxy-4,6-dimethyl-2-(2-methylbutanoyl)cyclohexa-2,4-dien-1-one", "megxp0_000406", "6-(3-butyryl-2,6-dihydroxy-4-methoxy-5-methylbenzyl)-3,5-dihydroxy-4,6-dimethyl-2-(2-methylbutanoyl)cyclohexa-2,4-dien-1-one", "ac1q5bl0", "brn 2195872", "2,4-cyclohexadien-1-one 3,5-dihydroxy-6-((2,6-dihydroxy-4-methoxy-3-methyl-5-(1-oxobutyl)phenyl)methyl)-4,6-dimethyl-2-(2-methyl-1-oxobutyl)-"}|>, "6483" -> <|"DatabaseID" -> "SW03558", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8271879]}, "IsomericSmiles" -> "CC#CCn1c2c(nc1N3CCC[C@H](C3)[NH3+])n(c(=O)n(c2=O)Cc4nc(c5ccccc5n4)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09566"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LINAGLIPTIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10096344]}, "Synonyms" -> {"tradjenta", "linagliptin", "bi-1356", "668270-12-0[rn]", "linagliptin (jan/usan/inn)", "(r)-8-(3-aminopiperidin-1-yl)-7-(but-2-yn-1-yl)-3-methyl-1-((4-methylquinazolin-2-yl)methyl)-1h-purine-2,6(3h,7h)-dione", "trazenta", "unii-3x29zej4r2", "1h-purine-2,6-dione 8-[(3r)-3-amino-1-piperidinyl]-7-(2-butynyl)-3,7-dihydro-3-methyl-1-[(4-methyl-2-quinazolinyl)methyl]- (9ci)", "tradjenta (tn)", "8-[(3r)-3-amino-1-piperidinyl]-7-(2-butynyl)-3,7-dihydro-3-methyl-1-[(4-methyl-2-quinazolinyl)methyl]-1h-purine-2,6-dione", "ondero", "668270-12-0", "trajenta"}|>, "6484" -> <|"DatabaseID" -> "SW03559", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "60070"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 132758]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00303"]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H](C(=O)N2C(=C1S[C@H]3C[C@H]([NH2+]C3)C(=O)Nc4cccc(c4)C(=O)[O-])C(=O)[O-])[C@@H](C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04049"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ertapenem", "FDA Approved Drug" -> "ERTAPENEM SODIUM"|>, "PharmGKBID" -> "PA164777032", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23674512], ExternalIdentifier["PubChemCompoundID", 150610]}, "Synonyms" -> {"invanz", "ertapenem", "ertapenem sodium", "mk-0826", "(4r,5s,6s)-3-({(3s,5s)-5-[(3-carboxyphenyl)carbamoyl]pyrrolidin-3-yl}sulfanyl)-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo-1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid", "9005-49-6", "pbp-6", "invanz[wiki]", "153832-46-3[rn]", "dd-carboxypeptidase", "1-azabicyclo(3.2.0)hept-2-ene-2-carboxylic acid 3-(((3s,5s)-5-(((3-carboxyphenyl)amino)carbonyl)-3-pyrrolidinyl)thio)-6-((1r)-1-hydroxyethyl-4-methyl-7-oxo- (4r,5s,6s)-", "1-9-1", "penicillin-binding protein 6", "1-azabicyclo[3.2.0]hept-2-ene-2-carboxylic acid 3-[[(3s,5s)-5-[[(3-carboxyphenyl)amino]carbonyl]-3-pyrrolidinyl]thio]-6-[(1r)-1-hydroxyethyl]-4-methyl-7-oxo- (4r,5s,6s)-", "1-azabicyclo(3.2.0)hept-2-ene-2-carboxylic acid", "dd-peptidase", "ertapenem [inn_en]", "ertapenem[wiki][inn]", "ac1l44ol", "invanz (tn)", "chembl1359", "mk 826", "ertapenem disodium salt", "l 749345", "unii-g32f6eid2h", "chebi:404903", "153832-46-3", "ac-6814", "chebi:60070", "ertapenem (inn)", "153773-82-1", "ertapenem [inn]"}|>, "6485" -> <|"DatabaseID" -> "SW03560", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50740"], ExternalIdentifier["ChEBIID", "8772"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49573]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00481"]}, "IsomericSmiles" -> "c1cc(ccc1c2c(c3ccc(cc3s2)O)C(=O)c4ccc(cc4)OCC[NH+]5CCCCC5)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02217"], ExternalIdentifier["KEGGID", "D08465"]}, "OfficialNames" -> <|"Indian Approved Name" -> "raloxifene", "Australia Approved Name" -> "RALOXIFENE", "FDA Approved Drug" -> "RALOXIFENE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451221", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54900], ExternalIdentifier["PubChemCompoundID", 5035]}, "Synonyms" -> {"raloxifene", "evista", "raloxifene hydrochloride", "keoxifene", "raloxifenum [latin]", "raloxifeno [spanish]", "raloxifene hcl", "er-beta", "ral", "ly-139481", "84449-90-1", "raxeto", "raloxifenum", "eviden", "raloxifene (inn)", "keoxifene hydrochloride", "eviden (tn)", "ly 139481", "raloxifeno", "mfcd01938233", "[6-hydroxy-2-(4-hydroxyphenyl)benzo[b]thien-3-yl][4-[2-(1-piperidinyl)ethoxy]phenyl]methanone", "84449-90-1[rn]", "methanone [6-hydroxy-2- (4-hydroxyphenyl)benzo[b]thien-3-yl] [4-[2-(1-piperidinyl)ethoxy)phenyl]-,hydrochloride", "(6-hydroxy-2-(4-hydroxyphenyl)benzo(b)thien-3-yl)(4-(2-(1-piperidinyl)ethoxy)phenyl)-methanone hydrochloride", "raloxifene hydrochloride (jan/usan)[jan][usan]", "raloxifenehydrochloride", "[6-hydroxy-2-(4-hydroxyphenyl)-1-benzothiophen-3-yl]{4-[2-(piperidin-1-yl)ethoxy]phenyl}methanone hydrochloride (1:1)", "evista(raloxifene hydrochloride)", "1-(2-{4-[6-hydroxy-2-(4-hydroxy-phenyl)-benzo[b]thiophene-3-carbonyl]-phenoxy}-ethyl)-piperidinium;chloride", "6036780[beilstein]", "methanone [6-hydroxy-2-(4-hydroxyphenyl)benzo[b]thien-3-yl][4-[2-(1-piperidinyl)ethoxy]phenyl]- hydrochloride (1:1)", "6-hydroxy-2-(p-hydroxyphenyl)benzo(b)thien-3-yl-p-(2-piperidinoethoxy)phenyl ketone hydrochloride", "[6-hydroxy-2-(4-hydroxyphenyl)-1-benzothiophen-3-yl][4-(2-piperidin-1-ylethoxy)phenyl]methanonhydrochlorid", "hydrogenchloride[6-hydroxy-2-(4-hydroxyphenyl)-1-benzothiophen-3-yl]{4-[2-(piperidin-1-yl)ethoxy]phenyl}methanone (1:1:1)", "methanone (6-hydroxy-2-(4-hydroxyphenyl)benzo(b)thien-3-yl)(4-(2-(1-piperidinyl)ethoxy)phenyl)- hydrochloride", "methanone [6-hydroxy-2-(4-hydroxyphenyl)benzo[b]thien-3-yl][4-[2-(1-piperidinyl)ethoxy]phenyl]- chloride,hydrogensalt (1:1)", "[6-hydroxy-2-(4-hydroxyphenyl)benzo[b]thien-3-yl][4-[2-(1-piperidinyl)ethoxy]phenyl]methanone hydrochloride", "optruma", "[6-hydroxy-2-(4-hydroxyphenyl)benzo[b]thien-3-yl][4-[2-(1-piperidinyl)ethoxy]phenyl]-methanone hydrochloride", "ly-156758", "82640-04-8", "[84449-90-1]", "1-(2-{4-[6-hydroxy-2-(4-hydroxy-phenyl)-benzo[b]thiophene-3-carbonyl]-phenoxy}-ethyl)-piperidinium", "cdt-raloxifene", "6-hydroxy-2-(p-hydroxyphenyl)benzo(b)thien-3-yl-p-(2-piperidinoethoxy)phenyl ketone hydrochloride", "2-(4-hydroxyphenyl)-3-{4-[2-(piperidin-1-yl)ethoxy]benzoyl}-1-benzothiophen-6-olhydrochloride", "evista (tn)", "dsstox_gsid_34181", "dsstox_rid_79119", "[6-hydroxy-2-(4-hydroxyphenyl)-1-benzothiophen-3-yl][4-(2-piperidin-1-ylethoxy)phenyl]methanone hydrochloride", "loxifen", "82640-04-8[rn]", "1-[2-(4-{[6-hydroxy-2-(4-hydroxyphenyl)-1-benzothiophen-3-yl]carbonyl}phenoxy)ethyl]piperidinium chloride", "[6-hydroxy-2-(4-hydroxyphenyl)-1-benzothien-3-yl][4-(2-piperidin-1-ylethoxy)phenyl]methanone hydrochloride", "methanone [6-hydroxy-2-(4-hydroxyphenyl)benzo[b]thien-3-yl][4-[2-(1-piperidinyl)ethoxy]phenyl]- hydrochloride", "dsstox_cid_14181", "2-(4-hydroxyphenyl)-3-({4-[2-(piperidin-1-yl)ethoxy]phenyl}carbonyl)-1-benzothiophen-6-olhydrochloride", "ly 156758"}|>, "6486" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6487" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6488" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6489" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6490" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6491" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6492" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6493" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6494" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6495" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6496" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6497" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6498" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6499" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6500" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6501" -> <|"DatabaseID" -> "SW03561", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884932]}, "IsomericSmiles" -> "CC(C)C[C@H]1C[C@@H](C(=O)O1)[C@@H]2CCC3C2(CCC4[C@]3(C(CC5[C@@]4(CC[C@@H](C5(C)C)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melialactone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325611]}, "Synonyms" -> {"(3r", "ac1o3dmq", "melialactone"}|>, "6502" -> <|"DatabaseID" -> "SW03562", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19973602]}, "IsomericSmiles" -> "C[C@]12C[C@@H]([C@]3([C@H]([C@@H]1CC[C@@]2(C(=O)CO)O)C[C@H](C4=CC(=O)C(=C[C@@]43C)Br)F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08036"]}, "OfficialNames" -> <|"NPC Approved Name" -> "halopredone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12788355]}, "Synonyms" -> {"halopredone (inn)", "surecn10779471", "halopredone", "57781-15-4", "d08036"}|>, "6503" -> <|"DatabaseID" -> "SW03563", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 130578]}, "IsomericSmiles" -> "C#CCC(Cc1cnc2c(n1)c(nc(n2)N)N)c3ccc(cc3)C(=O)N[C@@H](CCC(=O)[O-])C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05589"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PRALATREXATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 148121]}, "Synonyms" -> {"pralatrexate", "10-propargyl-10-deazaaminopterin", "folotyn", "146464-95-1[rn]", "pralatrexate (usan/inn)", "pdx", "146464-95-1", "dsstox_cid_28504", "ncgc00242596-01", "n-(4-(1-((2,4-diamino-6-pteridinyl)methyl)-3-butynyl)benzoyl)-l-glutamicacid", "pralatrexate(folotyn)", "ac1l3wha", "n-{4-[1-(2,4-diaminopteridin-6-yl)pent-4-yn-2-yl]benzoyl}-l-glutamic acid", "s1497_selleck", "dsstox_rid_82776", "l-glutamic acid n-[4-[1-[(2,4-diamino-6-pteridinyl)methyl]-3-butyn-1-yl]benzoyl]-", "l-glutamic acid n-(4-(1-((2,4-diamino-6-pteridinyl)methyl)-3-butynyl)benzoyl)-"}|>, "6504" -> <|"DatabaseID" -> "SW03563", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 130578]}, "IsomericSmiles" -> "C#CCC(Cc1cnc2c(n1)c(nc(n2)N)N)c3ccc(cc3)C(=O)N[C@@H](CCC(=O)[O-])C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05589"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PRALATREXATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 148121]}, "Synonyms" -> {"pralatrexate", "10-propargyl-10-deazaaminopterin", "folotyn", "146464-95-1[rn]", "pralatrexate (usan/inn)", "pdx", "146464-95-1", "dsstox_cid_28504", "ncgc00242596-01", "n-(4-(1-((2,4-diamino-6-pteridinyl)methyl)-3-butynyl)benzoyl)-l-glutamicacid", "pralatrexate(folotyn)", "ac1l3wha", "n-{4-[1-(2,4-diaminopteridin-6-yl)pent-4-yn-2-yl]benzoyl}-l-glutamic acid", "s1497_selleck", "dsstox_rid_82776", "l-glutamic acid n-[4-[1-[(2,4-diamino-6-pteridinyl)methyl]-3-butyn-1-yl]benzoyl]-", "l-glutamic acid n-(4-(1-((2,4-diamino-6-pteridinyl)methyl)-3-butynyl)benzoyl)-"}|>, "6505" -> <|"DatabaseID" -> "SW03564", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28870"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445170]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)/C=C/C(=C/C=C/C(=C/C(=O)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)C(=O)[O-])O)O)O)/C)/C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acacetin-7-beta-d-glucurono-b-d- glucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281877]}, "Synonyms" -> {"13-cis-retinoyl glucuronide", "retinoyl glucuronide", "retinoic acid beta-d-glucuronide", "retinoyl-beta-glucuronide", "o(15)-[(2s,3r,4s,5s,6s)-6-carboxy-3,4,5-trihydroxytetrahydro-2h-pyran-2-yl]retinoic acid", "retinoyl beta-glucuronide", "all-trans-retinoyl-beta-glucuronide", "9-cis-retinoyl-beta-d-glucuronide", "beta-d-glucopyranuronic acid", "glucuronide[wiki]", "glucuronide", "401-10-5[rn]", "all-trans-retinoyl-beta-d-glucuronide"}|>, "6506" -> <|"DatabaseID" -> "SW03565", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "65172"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7848559]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04898"]}, "IsomericSmiles" -> "CCOC(=O)C[NH2+][C@H](C1CCCCC1)C(=O)N2CC[C@H]2C(=O)NCc3ccc(cc3)/C(=[NH+]/O)/N", "OfficialNames" -> <|"NPC Approved Name" -> "ximelagatran"|>, "PharmGKBID" -> "PA161748474", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9574101]}, "Synonyms" -> {"ximelagatran", "exarta", "h 376/95", "exanta", "h 376-95", "exanta (tn)", "h-376/95", "ethyl 2-(((r)-1-cyclohexyl-2-((s)-2-((4-((z)-n'-hydroxycarbamimidoyl)benzyl)carbamoyl)azetidin-1-yl)-2-oxoethyl)amino)acetate", "unii-49hfb70472", "h 37695", "ximelagatran [usan:inn]", "glycine,n-[(1r)-2-[(2s)-2-[[[[4-[(z)-amino(hydroxyimino)methyl]phenyl]methyl]amino]carbonyl]-1-azetidinyl]-1-cyclohexyl-2-oxoethyl]-,ethyl ester", "activated factor ii [iia]", "thrombin", "ec 3.4.21.5", "glycine,n-((1)1-cyclohexyl-2-((2)-((((4-(amino(hydroxyimino)methyl)phenyl)methyl)amino)carbonyl)-1-azetidinyl)2-oxoethyl)- ethyl ester", "ximelagatran[wiki][inn][jan][usan]", "ximelagatran (jan/usan/inn)", "prothrombin precursor", "ethyl (((1r)-1-cyclohexyl-2-((2s)-2-((4-(hydroxycarbamimidoyl)benzyl)carbamoyl)azetidin-1-yl-2-oxoethyl)amino)acetate", "ethyl 2-[[(1r)-1-cyclohexyl-2- [(2s)-2-[[4-(n'-hydroxycarbamimidoyl) phenyl]methylcarbamoyl]azetidin-1-yl]-2-oxo-ethyl]amino]acetate", "192939-46-1[rn]", "ethyl n-{(1r)-1-cyclohexyl-2-[(2s)-2-{[4-(n'-hydroxycarbamimidoyl)benzyl]carbamoyl}azetidin-1-yl]-2-oxoethyl}glycinate", "glycine,n-((1r)-1-cyclohexyl-2-((2s)-2-((((4-((hydroxyamino)iminomethyl)phenyl)methyl)amino)carbonyl)-1-azetidinyl)-2-oxoethyl)- ester ester", "coagulation factor ii", "ximelagatran; ximelagatranum"}|>, "6507" -> <|"DatabaseID" -> "SW03566", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9139"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5023]}, "IsomericSmiles" -> "CCCc1c2c(c(=O)[nH]c(n2)c3cc(ccc3OCC)S(=O)(=O)N4CC[NH+](CC4)C)n(n1)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02229"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sildenafil", "FDA Approved Drug" -> "SILDENAFIL CITRATE"|>, "Synonyms" -> {"revatio", "5-{2-ethoxy-5-[(4-methyl-1-piperazinyl)sulfonyl]phenyl}-1-methyl-3-propyl-1,6-dihydro-7h-pyrazolo[4,3-d]pyrimidin-7-one", "139755-83-2[rn]", "sildenafil[wiki][inn]", "piperazine 1-[[3-(6,7-dihydro-1-methyl-7-oxo-3-propyl-1h-pyrazolo[4,3-d]pyrimidin-5-yl)-4-ethoxyphenyl]sulfonyl]-4-methyl-", "7h-pyrazolo[4,3-d]pyrimidin-7-one 5-[2-ethoxy-5-[(4-methyl-1-piperazinyl)sulfonyl]phenyl]-1,6-dihydro-1-methyl-3-propyl-", "5-{2-ethoxy-5-[(4-methyl-1-piperazinyl)sulfonyl]phenyl}-1-methyl-3-propyl-1,4-dihydro-7h-pyrazolo[4,3-d]pyrimidin-7-one[acd/iupac name]", "viagra", "caverta[wiki]", "5-[2-ethoxy-5-(4-methylpiperazine-1-sulfonyl)phenyl]-1-methyl-3-propyl-1h,6h,7h-pyrazolo[4,3-d]pyrimidin-7-one", "7h-pyrazolo[4,3-d]pyrimidin-7-one 5-[2-ethoxy-5-[(4-methyl-1-piperazinyl)sulfonyl]phenyl]-1,4-dihydro-1-methyl-3-propyl-", "revatio[wiki]", "piperazine 1-((3-(4,7-dihydro-1-methyl-7-oxo-3-propyl-1h-pyrazolo(4,3-d)pyrimidin-5-yl)-4-ethoxyphenyl)sulfonyl)-4-methyl-", "1-((3-(4,7-dihydro-1-methyl-7-oxo-3-propyl-1h-pyrazolo[4,3-d]pyrimidin-5-yl)-4-ethoxyphenyl)sulfonyl)-4-methylpiperazine", "5-{2-ethoxy-5-[(4-methylpiperazin-1-yl)sulfonyl]phenyl}-1-methyl-3-propyl-1,6-dihydro-7h-pyrazolo[4,3-d]pyrimidin-7-one", "5-{2-ethoxy-5-[(4-methylpiperazin-1-yl)sulfonyl]phenyl}-1-methyl-3-propyl-1,4-dihydro-7h-pyrazolo[4,3-d]pyrimidin-7-one", "sildenafil citrate", "5-{2-(ethyloxy)-5-[(4-methylpiperazin-1-yl)sulfonyl]phenyl}-1-methyl-3-propyl-1,6-dihydro-7h-pyrazolo[4,3-d]pyrimidin-7-one", "5-[2-ethoxy-5-(4-methyl-piperazine-1-sulfonyl)-phenyl]-1-methyl-3-propyl-1,6-dihydro-pyrazolo[4,3-d]pyrimidin-7-one(sildenafil)", "1-((3-(4,7-dihydro-1-methyl-7-oxo-3-propyl-1h-pyrazolo(4,3-d)pyrimidin-5-yl)-4-ethoxyphenyl)sulfonyl)-4-methylpiperazine", "5-[2-ethoxy-5-(4-methyl-piperazine-1-sulfonyl)-phenyl]-1-methyl-3-propyl-1,6-dihydro-pyrazolo[4,3-d]pyrimidin-7-one (sildenafil or viagra)", "5-(2-ethoxy-5-(4-methylpiperazin-1-ylsulfonyl)phenyl)-1-methyl-3-propyl-1h-pyrazolo[4,3-d]pyrimidin-7(6h)-one"}|>, "6508" -> <|"DatabaseID" -> "SW03567", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 115762]}, "IsomericSmiles" -> "CC(=O)[C@]1(CC[C@@H]2[C@@]1(C[C@@H](C3=C4CCC(=O)C=C4CC[C@@H]23)c5ccc(cc5)N(C)C)C)OC(=O)C", "OfficialNames" -> <|"FDA Approved Drug" -> "ULIPRISTAL ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 130904]}, "Synonyms" -> {"ellaone", "ulipristal acetate", "ella", "ulipristal", "cdb 2914", "uliprisnil acetate", "ac1l2y8a", "17?-acetoxy-11?-(4-dimethylaminophenyl)-19-norpregna-4,9-dien-3,20-dione", "cbd 2914", "17a-acetoxy-11b-(4-dimethylaminophenyl)-19-norpregna-4,9-dien-3,20-dione", "126784-99-4[rn]", "rti 3021-012", "chembl260538", "17-acetoxy-11-(4-n,n-dimethylaminophenyl)pregna-4,9-diene-3,20-dione", "126784-99-4", "unii-yf7v70n02b", "hrp-2000"}|>, "6509" -> <|"DatabaseID" -> "SW03568", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4891]}, "IsomericSmiles" -> "CN(C)C(=O)c1nc(n(n1)c2ccc(cc2C(=O)c3ccccc3Cl)Cl)CNC(=O)C[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08481"]}, "OfficialNames" -> <|"NPC Approved Name" -> "rilmazafone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5069]}, "Synonyms" -> {"rilmazafone", "1h-1", "rilmazafonum [latin]", "1-[4-chloro-2-(2-chlorobenzoyl)phenyl]-5-[(glycylamino)methyl]-n,n-dimethyl-1h-1,2,4-triazole-3-carboxamide[acd/iupac name]", "rilmazafona [spanish]", "rilmazafone [inn]", "rilmazafone[inn]", "5-((2-aminoacetamido)methyl)-1-(4-chloro-2-(o-chlorobenzoyl)phenyl)-n", "rilmazafone (inn)", "rilmazafona[spanish]", "450191-s", "rilmazafone hydrochloride", "1-(2-o-chlorobenzoyl-4-chlorophenyl)-5-glycylaminomethyl-3-dimethylcarbamoyl-1h-1,2,4-triazole", "1h-1,2,4-triazole-3-carboxamide 5-(((aminoacetyl)amino)methyl)-1-(4-chloro-2-(2-chlorobenzoyl)phenyl)-n,n-dimethyl-", "5-[[(aminoacetyl)amino]methyl]-1-[4-chloro-2-(2-chlorobenzoyl)phenyl]-n,n-dimethyl-1h-1,2,4-triazole-3-carboxamide", "85815-37-8[rn]", "99593-25-6[rn]", "rhythmy", "2',5-dichloro-2-(3-dimethylcarbamoyl-5-glycylaminomethyl-1h-1,2,4-triazol-1-yl)benzophenone", "1h-1,2,4-triazole-3-carboxamide 5-[[(2-aminoacetyl)amino]methyl]-1-[4-chloro-2-(2-chlorobenzoyl)phenyl]-n,n-dimethyl-", "99593-25-6", "rilmazafonum[latin]", "5-((2-aminoacetamido)methyl)-1-(4-chloro-2-(o-chlorobenzoyl)phenyl)-n,n-dimethyl-1h-1,2,4-triazole-3-carboxamide"}|>, "6510" -> <|"DatabaseID" -> "SW03569", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "49960"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338979]}, "IsomericSmiles" -> "C[NH+]1CCC(CC1)COc2cc3c(cc2OC)c(ncn3)Nc4ccc(cc4F)Br", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06407"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VANDETANIB"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3081361]}, "Synonyms" -> {"vandetanib", "zd6474", "443913-73-3", "443913-73-3[rn]", "4-quninazolinamine n-(4-bromo-2-fluorophenyl)-6-methoxy-7-((1-methyl-4-piperidinyl)methoxy)-", "n-(4-bromo-2-fluorophenyl)-6-methoxy-7-((1-methyl-4-piperidinyl)methoxy)-4-quinazolinamine", "4-quinazolinamine,n-(4-bromo-2-fluorophenyl)-6-methoxy-7-[(1-methyl-4-piperidinyl)methoxy]-", "zactima[wiki]", "n-(4-bromo-2-fluorophenyl)-6-methoxy-7-((1-methylpiperidin-4-yl)methoxy)quinazolin-4-amine", "vandetanib(zactima),zd6474", "zactima; zd6474", "zd-6474", "kinome_3316", "zactima", "vandetanib [inn]", "4-bromo-2-fluoro-n-[(4e)-6-methoxy-7-[(1-methylpiperidin-4-yl)methoxy]quinazolin-4(1h)-ylidene]aniline", "caprelsa", "vandetanib[wiki][inn]", "c452423", "2ivu", "338992-00-0[rn]", "s1046_selleck", "n-(4-bromo-2-fluorophenyl)-6-methoxy-7-[(1-methyl-4-piperidinyl)methoxy]-4-quinazolinamine", "zd 6474", "||zactima", "n-(4-bromo-2-fluorophenyl)-6-methoxy-7-[(1-methylpiperidin-4-yl)methoxy]quinazolin-4-amine", "4-(4-bromo-2-fluoroanilino)-6-methoxy-7-[(1-methylpiperidin-4-yl)methoxy]quinazoline"}|>, "6511" -> <|"DatabaseID" -> "SW03570", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 570990]}, "IsomericSmiles" -> "CC(=O)O[C@@H]1C[C@H]2[C@@H]3CCc4cc(ccc4[C@H]3CC[C@@]2([C@H]1OC(=O)C)C)OC(=O)c5ccccc5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01989"]}, "OfficialNames" -> <|"NPC Approved Name" -> "holin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656637]}, "Synonyms" -> {"holin (tn)", "holin", "estriol diacetate benzoate", "estriol 3-benzoate 16,17-diacetate", "surecn5711620", "estriol benzoate diacetate", "ac1lcvbv", "[(8r", "d01989", "estriol diacetate benzoate (jan)", "2508-47-6[rn]", "2508-47-6"}|>, "6512" -> <|"DatabaseID" -> "SW03571", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56734]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)COC(=O)C(C)(C)C)O)C)O)F)C", "OfficialNames" -> <|"Indian Approved Name" -> "dexamethasone trimethyl acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 63040]}, "Synonyms" -> {"opticortenol", "dexamethasone 21-trimethylacetate", "dexamethasone trimethyl acetate", "dexamethasone 21-pivalate", "dexamethasone pivalate", "unii-k182597n9c", "einecs 217-659-7", "[2-[(8s", "1926-94-9", "217-659-7[einecs]", "1926-94-9[rn]", "ac1l1y94"}|>, "6513" -> <|"DatabaseID" -> "SW03572", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31277"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15673]}, "IsomericSmiles" -> "CCCCC(=O)O[C@@]1([C@H](C[C@@H]2[C@@]1(C[C@@H]([C@]3([C@H]2CCC4=CC(=O)C=C[C@@]43C)F)O)C)C)C(=O)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01357"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BETAMETHASONE VALERATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16533]}, "Synonyms" -> {"betamethasone valerate", "celestoderm", "betamethasone 17-valerate", "rinderon-v", "betnovateat", "betaderm", "betnovate", "luxiq", "rinderon-v (tn)", "(8s,9r,10s,11s,13s,14s,16s,17r)-9-fluor-11-hydroxy-17-(hydroxyacetyl)-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-ylpentanoat", "dermabet", "2152-44-5", "st075178", "2152-44-5[rn]", "12772-60-0[rn]", "hormezon", "valnac", "b-val", "(2s,10s,11s,13s,15s,17s,1r,14r)-1-fluoro-17-hydroxy-14-(2-hydroxyacetyl)-2,13,15-trimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadeca-3,6-dien-14-ylpentanoate", "beta-methasone 17-valerate", "betatrex", "(8s,9r,10s,11s,13s,14s,16s,17r)-9-fluoro-11-hydroxy-17-(hydroxyacetyl)-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl pentanoate", "betamethasone valerate [usan:ban:jan][jan][usan]", "beta-val", "otomax (veterinary)", "luxiq[wiki]", "betnovate[wiki]", "betamethasone-17-valerate", "chebi:31277", "(11b,16b)-9-fluoro-11,17,21-trihydroxy-16-methylpregna-1,4-diene-3,20-dione 17-valerate", "4240001[beilstein]", "gentocin (veterinary)", "topagen (veterinary)", "218-439-3[einecs]", "valisone", "einecs 218-439-3", "ecoval 70"}|>, "6514" -> <|"DatabaseID" -> "SW03573", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64431]}, "IsomericSmiles" -> "CCOC(=O)[C@H](CCc1ccccc1)[NH2+]C2CS[C@@H](CN(C2=O)CC(=O)[O-])c3cccs3", "OfficialNames" -> <|"NPC Approved Name" -> "temocapril"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71323]}, "Synonyms" -> {"temocapril", "111902-57-9[rn]", "temocaprilum [inn-latin]", "temocaprilum[latin]", "2-[(2s)-6-[[(1s)-1-ethoxycarbonyl-3-phenyl-propyl]amino]-5-oxo-2-thiophen-2-yl-1,4-thiazepan-4-yl]acetic acid", "[(2s)-6-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}-5-oxo-2-(2-thienyl)-1", "[(2s)-6-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}-5-oxo-2-(thiophen-2-yl)-1,4-thiazepan-4-yl]acetic acid", "temocapril [inn:ban]", "[(2s)-6-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}-5-oxo-2-(2-thienyl)-1,4-thiazepan-4-yl]acetic acid", "ac1l2fy5", "temocaprilum", "ac1q63iq", "111902-57-9", "surecn1650365", "ncgc00181345-01", "1,4-thiazepine-4(5h)-aceticacid 6-[[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino]tetrahydro-5-oxo-2-(2-thienyl)- (2s)-", "2-((2s)-6-{[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino}-5-oxo-2-(2-thienyl)-1,4-thiazaperhydroepin-4-yl)acetic acid"}|>, "6515" -> <|"DatabaseID" -> "SW03573", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64431]}, "IsomericSmiles" -> "CCOC(=O)[C@H](CCc1ccccc1)[NH2+]C2CS[C@@H](CN(C2=O)CC(=O)[O-])c3cccs3", "OfficialNames" -> <|"NPC Approved Name" -> "temocapril"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71323]}, "Synonyms" -> {"temocapril", "111902-57-9[rn]", "temocaprilum [inn-latin]", "temocaprilum[latin]", "2-[(2s)-6-[[(1s)-1-ethoxycarbonyl-3-phenyl-propyl]amino]-5-oxo-2-thiophen-2-yl-1,4-thiazepan-4-yl]acetic acid", "[(2s)-6-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}-5-oxo-2-(2-thienyl)-1", "[(2s)-6-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}-5-oxo-2-(thiophen-2-yl)-1,4-thiazepan-4-yl]acetic acid", "temocapril [inn:ban]", "[(2s)-6-{[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]amino}-5-oxo-2-(2-thienyl)-1,4-thiazepan-4-yl]acetic acid", "ac1l2fy5", "temocaprilum", "ac1q63iq", "111902-57-9", "surecn1650365", "ncgc00181345-01", "1,4-thiazepine-4(5h)-aceticacid 6-[[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino]tetrahydro-5-oxo-2-(2-thienyl)- (2s)-", "2-((2s)-6-{[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino}-5-oxo-2-(2-thienyl)-1,4-thiazaperhydroepin-4-yl)acetic acid"}|>, "6516" -> <|"DatabaseID" -> "SW03574", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "50851"], ExternalIdentifier["ChEBIID", "50854"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 75860], ExternalIdentifier["ChemSpiderID", 29051]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00769"]}, "IsomericSmiles" -> "CC[NH+](CC)CC(=O)OCC(=O)[C@]1(CC[C@@H]2[C@@]1(C[C@@H]([C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)O)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "HYDROCORTAMATE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 84088], ExternalIdentifier["PubChemCompoundID", 31312]}, "Synonyms" -> {"magnacort", "hydrocortamate hydrochloride", "ulcort", "idrocortamato [dcit]", "hydrocortisone 21-(diethylamino)acetate hydrochloride", "hydrocortamate", "125-03-1[rn]", "ethamicort", "17-hydroxycorticosterone 21-(diethylamino)acetate hydrochloride", "204-723-4[einecs]", "hydrocortamatum", "hidrocortamato", "17-hydroxycorticosterone", "glycine", "glycine n,n-diethyl- 21-ester with cortisol", "hydrocortisone 21-diethylaminoacetate", "hidrocortamato[spanish][inn]", "cortisol 21-ester with n,n-diethylglycine", "hydrocortamate chloride", "17-hydroxycorticosterone 21-(diethylamino)acetate", "hidrocortamato [inn-spanish]", "gr", "hydrocortamatum [inn-latin]", "2316706[beilstein]", "76-47-1[rn]", "cortisol 21-(n,n-diethyl)glycinate", "hydrocortamate[inn]", "hydrocortamate [inn]", "hydrocortamatum[latin]", "einecs 200-963-9", "cortisol", "17-hydroxycorticosterone 21-(diethylamino)acetate", "11beta", "idrocortamato", "hydrocortisone 21-diethylaminoacetate hydrochloride", "hidrocortamato; hydrocortamate; hydrocortamatum", "einecs 204-723-4", "cortisol 21-ester with n,n-diethylglycine hydrochloride", "glycine n,n-diethyl- 21-ester with cortisol hydrochloride", "hydrocortisone 21-(diethylamino)acetate", "200-963-9[einecs]", "n,n-diethylglycine(11b)-11,17-dihydroxy-3,20-dioxopregn-4-en-21-yl ester"}|>, "6517" -> <|"DatabaseID" -> "SW03575", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445556]}, "IsomericSmiles" -> "c1ccc2c(c1)CSc3ccccc3C2NC(=O)CCC[NH+]4CCN(CC4)c5ccc(cc5)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01171"]}, "OfficialNames" -> <|"NPC Approved Name" -> "monatepil maleate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282401]}, "Synonyms" -> {"monatepil maleate", "unii-w456i35skd", "monatepil maleate [usan]", "103379-03-9", "n-(6,11-dihydrodibenzo[b,e]thiepin-11-yl)-4-[4-(4-fluorophenyl)piperazin-1-yl]butanamide (2z)-but-2-enedioate (1:1)", "103379-03-9[rn]", "1-piperazinebutanamide n-(6,11-dihydrodibenzo[b,e]thiepin-11-yl)-4-(4-fluorophenyl)- (2z)-2-butenedioate (1:1)", "132046-06-1[rn]", "ac1nr00a", "11-(4-(4-(4-fluorophenyl)-1-piperazinyl)butyrylamino)-6", "monatepil maleate (jan/usan)[jan][usan]", "surecn120879", "1-piperazine-butanamide n-(6,11-dihydrodibenzo(b,e)thiepin-11-yl)-4-(4-fluorophenyl)-,(-)-,(z)-2-butenedioate (1:1);", "11-(4-(4-(4-fluorophenyl)-1-piperazinyl)butyrylamino)-6,11-dihydrodibenzo(b,e)thiepin maleate", "132046-06-1", "aj-2615", "1-piperazinebutanamide n-(6,11-dihydrodibenzo(b,e)thiepin-11-yl)-4-(4-fluorophenyl)- (z)-2-butenedioate (1:1)", "1-piperazinebutanamide"}|>, "6518" -> <|"DatabaseID" -> "SW03575", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445556]}, "IsomericSmiles" -> "c1ccc2c(c1)CSc3ccccc3C2NC(=O)CCC[NH+]4CCN(CC4)c5ccc(cc5)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01171"]}, "OfficialNames" -> <|"NPC Approved Name" -> "monatepil maleate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282401]}, "Synonyms" -> {"monatepil maleate", "unii-w456i35skd", "monatepil maleate [usan]", "103379-03-9", "n-(6,11-dihydrodibenzo[b,e]thiepin-11-yl)-4-[4-(4-fluorophenyl)piperazin-1-yl]butanamide (2z)-but-2-enedioate (1:1)", "103379-03-9[rn]", "1-piperazinebutanamide n-(6,11-dihydrodibenzo[b,e]thiepin-11-yl)-4-(4-fluorophenyl)- (2z)-2-butenedioate (1:1)", "132046-06-1[rn]", "ac1nr00a", "11-(4-(4-(4-fluorophenyl)-1-piperazinyl)butyrylamino)-6", "monatepil maleate (jan/usan)[jan][usan]", "surecn120879", "1-piperazine-butanamide n-(6,11-dihydrodibenzo(b,e)thiepin-11-yl)-4-(4-fluorophenyl)-,(-)-,(z)-2-butenedioate (1:1);", "11-(4-(4-(4-fluorophenyl)-1-piperazinyl)butyrylamino)-6,11-dihydrodibenzo(b,e)thiepin maleate", "132046-06-1", "aj-2615", "1-piperazinebutanamide n-(6,11-dihydrodibenzo(b,e)thiepin-11-yl)-4-(4-fluorophenyl)- (z)-2-butenedioate (1:1)", "1-piperazinebutanamide"}|>, "6519" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6520" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6521" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6522" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6523" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6524" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6525" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6526" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6527" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6528" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6529" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6530" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6531" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6532" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6533" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6534" -> <|"DatabaseID" -> "SW03576", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474625]}, "IsomericSmiles" -> "CC(=CCCC(C)([C@]1(CCC2([C@@H]1[C@@H](CC3[C@]2(CCC4[C@@]3(CCC(C4(C)C)O)C)C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "betulafolienetetraol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315256]}, "Synonyms" -> {"ac1nssva", "(8r", "betulafolienetetraol"}|>, "6535" -> <|"DatabaseID" -> "SW03577", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27506"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7850861]}, "IsomericSmiles" -> "COn1cc(c2c1cccc2)C/C(=N/OS(=O)(=O)[O-])/S[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neoglucobrassicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9576416]}, "Synonyms" -> {"1-methoxy-3-indolylmethylglucosinolate", "neoglucobrassicin", "1-methoxy-3-indolylmethyl glucosinolate", "mimg", "beta-d-glucopyranose", "5187-84-8[rn]", "5187-84-8", "1-s-[2-(1-methoxy-1h-indol-3-yl)-n-(sulfooxy)ethanimidoyl]-1-thio-beta-d-glucopyranose", "chebi:27506", "1-methoxyindol-3-ylmethylglucosinolate"}|>, "6536" -> <|"DatabaseID" -> "SW03578", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293246]}, "IsomericSmiles" -> "c1ccc(cc1)c2ccc(cc2)CO[C@H]3C[C@@H]([C@@H]([C@H]3CC/C=C\\CCC(=O)[O-])[NH+]4CCCCC4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06280"]}, "OfficialNames" -> <|"NPC Approved Name" -> "vapiprost"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918029]}, "Synonyms" -> {"vapiprost hydrochloride", "gr-32191b", "4-heptenoic acid,7-[(1r,2r,3s,5s)-5-([1,1'-biphenyl]-4-ylmethoxy)-3-hydroxy-2-(1-piperidinyl)cyclopentyl]-,(4z)- hydrochloride (1:1)", "surecn635146", "(4z)-7-[(1r,2r,3s,5s)-5-(biphenyl-4-ylmethoxy)-3-hydroxy-2-(piperidin-1-yl)cyclopentyl]hept-4-enoicacid hydrochloride (1:1)", "gr 32191 hydrochloride", "85505-64-2[rn]", "(4z)-7-[(1r,2r,3s,5s)-5-([1,1'-biphenyl]-4-ylmethoxy)-3-hydroxy-2-(1-piperidinyl)cyclopentyl]-4-heptenoic acid hydrochloride", "chembl2107694", "ac1ocexp", "dsstox_cid_25689", "dsstox_rid_81061", "ncgc00025325-02", "[85505-64-2]", "gr 32191 [vapiprost]", "dsstox_gsid_45689"}|>, "6537" -> <|"DatabaseID" -> "SW03579", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9775"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65281]}, "IsomericSmiles" -> "CC[C@H]1C[NH+]2CCc3cc(c(cc3[C@@H]2C[C@@H]1C[C@@H]4c5c(c6cc(ccc6[nH]5)O)CC[NH2+]4)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tubulosine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72341]}, "Synonyms" -> {"tubulosine (8ci)", "marckine", "tubulosine", "10,11-dimethoxytubulosan-8'-ol", "10", "tubulosan-8'-ol 10,11-dimethoxy-", "(1r)-1-[[(2s,3r,11bs)-3-ethyl-9,10-dimethoxy-2,3,4,6,7,11b-hexahydro-1h-pyrido[2,1-a]isoquinolin-2-yl]methyl]-2,3,4,9-tetrahydro-1h-pyrido[3,4-b]indol-6-ol", "marckine;tubulosan-8'-ol 10,11-dimethoxy-", "2632-29-3", "772464[beilstein]", "nsc-131547", "tubulosan-8'-ol", "tubulosan-8'-ol 10,11-dimethoxy- (9ci)", "1h-pyrido[3,4-b]indol-6-ol,1-[[(2s,3r,11bs)-3-ethyl-1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-2h-benzo[a]quinolizin-2-yl]methyl]-2,3,4,9-tetrahydro- (1r)-", "nsc131547", "2632-29-3[rn]", "chebi:9775", "indole alkaloid", "mls002703010"}|>, "6538" -> <|"DatabaseID" -> "SW03580", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2536"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390676]}, "IsomericSmiles" -> "CC[C@H]1C[NH+]2CCc3c(cc(c(c3O)OC)OC)[C@@H]2C[C@@H]1C[C@@H]4c5c(c6ccccc6[nH]5)CC[NH2+]4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alangimarckine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442159]}, "Synonyms" -> {"(2s", "alangimarckine", "10,11-dimethoxytubulosan-9-ol", "13849-53-1[rn]", "c09328", "13849-53-1", "chebi:2536", "2h-benzo[a]quinolizin-8-ol,3-ethyl-1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-2-[[(1r)-2,3,4,9-tetrahydro-1h-pyrido[3,4-b]indol-1-yl]methyl]- (2s,3r,11bs)-", "ac1l9cct", "(2s,3r,11bs)-3-ethyl-9,10-dimethoxy-2-[(r)-1-(2,3,4,9-tetrahydro-1h-pyrido[3,4-b]indol-1-yl)methyl]-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-8-ol"}|>, "6539" -> <|"DatabaseID" -> "SW03581", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6532"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64510], ExternalIdentifier["ChemSpiderID", 3818]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00836"]}, "IsomericSmiles" -> "CN(C)C(=O)C(CC[NH+]1CCC(CC1)(c2ccc(cc2)Cl)O)(c3ccccc3)c4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00729"]}, "OfficialNames" -> <|"China Approved Name" -> "loperamide", "Indian Approved Name" -> "loperamide hcl;loperamide", "Australia Approved Name" -> "LOPERAMIDE HYDDROCHLORIDE", "FDA Approved Drug" -> "LOPERAMIDE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450262", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71420], ExternalIdentifier["PubChemCompoundID", 3955]}, "Synonyms" -> {"imodium", "loperamide", "kaopectate ii", "apo-loperamide", "loperacap", "rho-loperamide", "nu-loperamide", "loperamide hcl", "imodium a-d", "ioperamide", "maalox anti-diarrheal", "imodium a-d caplets", "pms-loperamide", "53179-11-6[rn]", "lopemin", "lopemid", "loperyl", "diarr-eze", "loperamide[wiki][inn]", "dissenten", "fortasec", "pepto diarrhea control", "loperamida [inn-spanish]", "loperamidum [inn-latin]", "suprasec", "cam", "loseramin", "4-[4-(4-chlorophenyl)-4-hydroxypiperidin-1-yl]-n,n-dimethyl-2,2-diphenylbutanamide hydrochloride (1:1)", "4-[4-(4-chlorophenyl)-4-hydroxypiperidyl]-n,n-dimethyl-2,2-diphenylbutanamide chloride", "arret", "blox", "4-[4-(4-chlorophenyl)-4-hydroxypiperidin-1-yl]-n,n-dimethyl-2,2-diphenylbutanamide hydrochloride", "34552-83-5[rn]", "4-[4-(4-chlorophenyl)-4-hydroxy-1-piperidyl]-n,n-dimethyl-2,2-diphenyl-butanamide", "4-[4-(4-chlorophenyl)-4-hydroxy-1-piperidinyl]-n,n-dimethyl-2,2-diphenylbutanamide hydrochloride", "maalox antidiarrheal", "imodium advanced", "4-(4-(p-chlorophenyl)-4-hydroxy-1-piperidyl)-n,n-dimethyl-2,2-diphenylbutyramidehcl", "pj185", "loperamida", "4-(4-chlorophenyl)-4-hydroxy-n,n-dimethyl-a,a-diphenyl-1-piperidinebutanamide hydrochloride", "imosec", "loperamide hydrochloride", "1-piperidinebutanamide 4-(4-chlorophenyl)-4-hydroxy-n,n-dimethyl-a,a-diphenyl-,hydrochloride (1:1)", "tl8002575", "loperamidum", "brek", "imodium a-d ez chews", "4-[4-(4-chlorphenyl)-4-hydroxypiperidin-1-yl]-n,n-dimethyl-2,2-diphenylbutanamidhydrochlorid", "r-18553", "4-[4-(4-chlorophenyl)-4-hydroxypiperidyl]-n,n-dimethyl-2,2-diphenylbutanamide,chloride", "loperamide hydrochloride[jan][usan]", "252-082-4[einecs]", "tebloc", "imodium (tn)", "5-21-02-00379 (beilstein handbook reference)[beilstein]", "loperamida[spanish][inn]", "2-methoxyethyl1-methylethyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "4-(4-(4-chlorophenyl)-4-hydroxypiperidin-1-yl)-n,n-dimethyl-2,2-diphenylbutanamide", "1-piperidinebutanamide 4-(4-chlorophenyl)-4-hydroxy-n,n-dimethyl-a,a-diphenyl-", "4-[4-(4-chloro-phenyl)-4-hydroxy-piperidin-1-yl]-n,n-dimethyl-2,2-diphenyl-butyramide", "loperamidum[latin]", "4-[4-(4-chlorophenyl)-4-hydroxypiperidin-1-yl]-n,n-dimethyl-2,2-diphenylbutanamide", "34552-83-5", "26303-90-2[rn]", "258-416-5[einecs]", "4-(p-chlorophenyl)-4-hydroxy-n,n-dimethyl-a,a-diphenyl-1-piperidinebutyramide", "4-(4-chlorophenyl)-4-hydroxy-n,n-dimethyl-a,a-diphenyl-1-piperidinebutanamide", "diamide"}|>, "6540" -> <|"DatabaseID" -> "SW03582", "IsomericSmiles" -> "Cc1nnn(n1)CC2=C(N3[C@@H]([C@@H](C3=O)NC(=O)/C(=N\\OC)/c4csc(n4)N)SC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07655"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cefteram"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6537431]}, "Synonyms" -> {"cefteram", "cftm", "cefteram (inn)", "ceftetrame", "cefterame", "ro 19-5247", "ncgc00183016-01", "cefteramum", "cefteramum [latin]", "82547-58-8"}|>, "6541" -> <|"DatabaseID" -> "SW03583", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53778"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31235]}, "IsomericSmiles" -> "C=CCNc1nc(nc(n1)N2CC[NH+](CC2)C(c3ccc(cc3)F)c4ccc(cc4)F)NCC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02822"]}, "OfficialNames" -> <|"China Approved Name" -> "almitrine"|>, "PharmGKBID" -> "PA164750492", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 33887]}, "Synonyms" -> {"vectarion", "almitrin", "almitrine bismesylate", "almitrina[spanish][inn]", "248-475-5[einecs]", "almitrinum", "6-{4-[bis(4-fluorophenyl)methyl]piperazin-1-yl}-n,n'-di(prop-2-en-1-yl)-1,3,5-triazine-2,4-diamine", "1,3,5-triazine-2,4-diamine 6-[4-[bis(4-fluorophenyl)methyl]-1-piperazinyl]-n2,n4-di-2-propen-1-yl-", "almitrine [ban:inn][inn]", "27469-53-0[rn]", "almitrinum [inn_la]", "1,3,5-triazine-2,4-diamine,6-(4-(bis(4-fluorophenyl)methyl)-1-piperazinyl)-n,n'-di-2-propenyl-", "almitrina [inn-spanish]", "almitrinum [inn-latin]", "n,n'-diallyl-6-{4-[bis(4-fluorophenyl)methyl]piperazin-1-yl}-1,3,5-triazine-2,4-diamine", "almitrinum[latin]", "almitrine mesylate", "2,4-bis[allylamino]-6-[4-[bis(p-fluorophenyl)methyl]-1-piperazinyl]-s-triazine", "6-(4-(bis(4-fluorphenyl)methyl)-1-piperazinyl)-n,n'-di-2-propenyl-1,3,5-triazin-2,4-diamin", "almitrine dimesylate", "6-[4-[bis(4-fluorophenyl)methyl]-1-piperazinyl]-n,n'-di-2-propenyl-1,3,5-triazine-2,4-diamine", "almitrine[wiki]", "almitrine [inn:ban]", "almitrine (substance)", "2,4-bis(allylamino)-6-(4-(bis(p-fluorophenyl)methyl)-1-piperazinyl)-s-triazine", "almitrine", "29608-49-9[rn]", "almitrina"}|>, "6542" -> <|"DatabaseID" -> "SW03584", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 143864]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@H]1[C@@H](C[C@@H]2[C@@]1(C[C@@H](C3([C@H]2C[C@@H](C4=CC(=O)C=C[C@@]43C)F)F)O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04692"]}, "OfficialNames" -> <|"NPC Approved Name" -> "neriproct"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 164050]}, "Synonyms" -> {"neriproct", "diflucortolone valerate mixture with lidocaine", "ctk0i0069", "117803-69-7", "(6|a", "ac1l4u3h", "ag-d-39910", "kst-1a1225", "ar-1a7042", "117803-69-7[rn]", "2-diethylamino-n-(2"}|>, "6543" -> <|"DatabaseID" -> "SW03584", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 143864]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@H]1[C@@H](C[C@@H]2[C@@]1(C[C@@H](C3([C@H]2C[C@@H](C4=CC(=O)C=C[C@@]43C)F)F)O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04692"]}, "OfficialNames" -> <|"NPC Approved Name" -> "neriproct"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 164050]}, "Synonyms" -> {"neriproct", "diflucortolone valerate mixture with lidocaine", "ctk0i0069", "117803-69-7", "(6|a", "ac1l4u3h", "ag-d-39910", "kst-1a1225", "ar-1a7042", "117803-69-7[rn]", "2-diethylamino-n-(2"}|>, "6544" -> <|"DatabaseID" -> "SW03585", "IsomericSmiles" -> "CCOC1[C@@H]([C@H]([C@H](O1)C(COCc2ccccc2)OCc3ccccc3)OCc4ccccc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01095"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tribenoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25145]}, "Synonyms" -> {"tribenoside", "glyvenol", "glyvenal", "einecs 233-687-2", "glivenol", "tribenzoside", "tribenosidum [inn-latin]", "tbgf", "hemocuron", "ethyl 3", "tribenosido [inn-spanish]"}|>, "6545" -> <|"DatabaseID" -> "SW03585", "IsomericSmiles" -> "CCOC1[C@@H]([C@H]([C@H](O1)C(COCc2ccccc2)OCc3ccccc3)OCc4ccccc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01095"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tribenoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25145]}, "Synonyms" -> {"tribenoside", "glyvenol", "glyvenal", "einecs 233-687-2", "glivenol", "tribenzoside", "tribenosidum [inn-latin]", "tbgf", "hemocuron", "ethyl 3", "tribenosido [inn-spanish]"}|>, "6546" -> <|"DatabaseID" -> "SW03585", "IsomericSmiles" -> "CCOC1[C@@H]([C@H]([C@H](O1)C(COCc2ccccc2)OCc3ccccc3)OCc4ccccc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01095"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tribenoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25145]}, "Synonyms" -> {"tribenoside", "glyvenol", "glyvenal", "einecs 233-687-2", "glivenol", "tribenzoside", "tribenosidum [inn-latin]", "tbgf", "hemocuron", "ethyl 3", "tribenosido [inn-spanish]"}|>, "6547" -> <|"DatabaseID" -> "SW03585", "IsomericSmiles" -> "CCOC1[C@@H]([C@H]([C@H](O1)C(COCc2ccccc2)OCc3ccccc3)OCc4ccccc4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01095"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tribenoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25145]}, "Synonyms" -> {"tribenoside", "glyvenol", "glyvenal", "einecs 233-687-2", "glivenol", "tribenzoside", "tribenosidum [inn-latin]", "tbgf", "hemocuron", "ethyl 3", "tribenosido [inn-spanish]"}|>, "6548" -> <|"DatabaseID" -> "SW03586", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64481]}, "IsomericSmiles" -> "CCCC(=O)O[C@@]1([C@H](C[C@@H]2[C@@]1(CC(=O)[C@]3([C@H]2CCC4=CC(=O)C=C[C@@]43C)F)C)C)C(=O)CCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01273"]}, "OfficialNames" -> <|"Indian Approved Name" -> "clobetasone-17 butyrate;clobetasone butyrate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71386]}, "Synonyms" -> {"clobetasone butyrate", "kindavate", "molivate", "clobetasone 17-butyrate", "246-635-9[einecs]", "21-chloro-9-fluoro-17-hydroxy-16-methylpregna-1,4-diene-3,11,20-trione 17-butyrate", "21-chloro-9-fluoro-17-hydroxy-16b-methylpregna-1,4-diene-3,11,20-trione17-butyrate", "clobetasone butyrate (jan/usan)[jan][usan]", "25122-57-0[rn]", "clobetasone butyrate [usan:jan][jan][usan]", "eumovate[wiki]", "gr 2/1214", "clobetasonebutyrate", "kindavate (tn)", "21-chloro-9-fluoro-17-hydroxy-16?-methylpregna-1,4-diene-3,11,20-trione17-butyrate", "gnf-pf-1500", "21-chloro-9-fluoro-17-hydroxy-16-beta-methylpregna-1", "25122-57-0", "eumovate", "emovate", "sn 203", "trimovate", "einecs 246-635-9"}|>, "6549" -> <|"DatabaseID" -> "SW03587", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142560]}, "IsomericSmiles" -> "CC12CC(C3CC1(C3(C(=O)O2)COC(=O)c4ccccc4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "albiflorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 162355]}, "Synonyms" -> {"albiflorin", "ar-1a8622", "51046-32-3", "[1-(|a-d-glucopyranosyloxy)-4-hydroxy-6-methyl-8-oxo-7-oxatricyclo[4.3.0.03", "39011-90-0[rn]", "ar-1a8623", "ac1l4r53", "ac1q66h0", "kst-1a5174", "5104-44-9", "kst-1a5175"}|>, "6550" -> <|"DatabaseID" -> "SW03587", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142560]}, "IsomericSmiles" -> "CC12CC(C3CC1(C3(C(=O)O2)COC(=O)c4ccccc4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "albiflorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 162355]}, "Synonyms" -> {"albiflorin", "ar-1a8622", "51046-32-3", "[1-(|a-d-glucopyranosyloxy)-4-hydroxy-6-methyl-8-oxo-7-oxatricyclo[4.3.0.03", "39011-90-0[rn]", "ar-1a8623", "ac1l4r53", "ac1q66h0", "kst-1a5174", "5104-44-9", "kst-1a5175"}|>, "6551" -> <|"DatabaseID" -> "SW03587", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142560]}, "IsomericSmiles" -> "CC12CC(C3CC1(C3(C(=O)O2)COC(=O)c4ccccc4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "albiflorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 162355]}, "Synonyms" -> {"albiflorin", "ar-1a8622", "51046-32-3", "[1-(|a-d-glucopyranosyloxy)-4-hydroxy-6-methyl-8-oxo-7-oxatricyclo[4.3.0.03", "39011-90-0[rn]", "ar-1a8623", "ac1l4r53", "ac1q66h0", "kst-1a5174", "5104-44-9", "kst-1a5175"}|>, "6552" -> <|"DatabaseID" -> "SW03587", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142560]}, "IsomericSmiles" -> "CC12CC(C3CC1(C3(C(=O)O2)COC(=O)c4ccccc4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "albiflorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 162355]}, "Synonyms" -> {"albiflorin", "ar-1a8622", "51046-32-3", "[1-(|a-d-glucopyranosyloxy)-4-hydroxy-6-methyl-8-oxo-7-oxatricyclo[4.3.0.03", "39011-90-0[rn]", "ar-1a8623", "ac1l4r53", "ac1q66h0", "kst-1a5174", "5104-44-9", "kst-1a5175"}|>, "6553" -> <|"DatabaseID" -> "SW03587", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142560]}, "IsomericSmiles" -> "CC12CC(C3CC1(C3(C(=O)O2)COC(=O)c4ccccc4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "albiflorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 162355]}, "Synonyms" -> {"albiflorin", "ar-1a8622", "51046-32-3", "[1-(|a-d-glucopyranosyloxy)-4-hydroxy-6-methyl-8-oxo-7-oxatricyclo[4.3.0.03", "39011-90-0[rn]", "ar-1a8623", "ac1l4r53", "ac1q66h0", "kst-1a5174", "5104-44-9", "kst-1a5175"}|>, "6554" -> <|"DatabaseID" -> "SW03587", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142560]}, "IsomericSmiles" -> "CC12CC(C3CC1(C3(C(=O)O2)COC(=O)c4ccccc4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "albiflorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 162355]}, "Synonyms" -> {"albiflorin", "ar-1a8622", "51046-32-3", "[1-(|a-d-glucopyranosyloxy)-4-hydroxy-6-methyl-8-oxo-7-oxatricyclo[4.3.0.03", "39011-90-0[rn]", "ar-1a8623", "ac1l4r53", "ac1q66h0", "kst-1a5174", "5104-44-9", "kst-1a5175"}|>, "6555" -> <|"DatabaseID" -> "SW03587", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142560]}, "IsomericSmiles" -> "CC12CC(C3CC1(C3(C(=O)O2)COC(=O)c4ccccc4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "albiflorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 162355]}, "Synonyms" -> {"albiflorin", "ar-1a8622", "51046-32-3", "[1-(|a-d-glucopyranosyloxy)-4-hydroxy-6-methyl-8-oxo-7-oxatricyclo[4.3.0.03", "39011-90-0[rn]", "ar-1a8623", "ac1l4r53", "ac1q66h0", "kst-1a5174", "5104-44-9", "kst-1a5175"}|>, "6556" -> <|"DatabaseID" -> "SW03587", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142560]}, "IsomericSmiles" -> "CC12CC(C3CC1(C3(C(=O)O2)COC(=O)c4ccccc4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "albiflorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 162355]}, "Synonyms" -> {"albiflorin", "ar-1a8622", "51046-32-3", "[1-(|a-d-glucopyranosyloxy)-4-hydroxy-6-methyl-8-oxo-7-oxatricyclo[4.3.0.03", "39011-90-0[rn]", "ar-1a8623", "ac1l4r53", "ac1q66h0", "kst-1a5174", "5104-44-9", "kst-1a5175"}|>, "6557" -> <|"DatabaseID" -> "SW03587", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142560]}, "IsomericSmiles" -> "CC12CC(C3CC1(C3(C(=O)O2)COC(=O)c4ccccc4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "albiflorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 162355]}, "Synonyms" -> {"albiflorin", "ar-1a8622", "51046-32-3", "[1-(|a-d-glucopyranosyloxy)-4-hydroxy-6-methyl-8-oxo-7-oxatricyclo[4.3.0.03", "39011-90-0[rn]", "ar-1a8623", "ac1l4r53", "ac1q66h0", "kst-1a5174", "5104-44-9", "kst-1a5175"}|>, "6558" -> <|"DatabaseID" -> "SW03587", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142560]}, "IsomericSmiles" -> "CC12CC(C3CC1(C3(C(=O)O2)COC(=O)c4ccccc4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "albiflorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 162355]}, "Synonyms" -> {"albiflorin", "ar-1a8622", "51046-32-3", "[1-(|a-d-glucopyranosyloxy)-4-hydroxy-6-methyl-8-oxo-7-oxatricyclo[4.3.0.03", "39011-90-0[rn]", "ar-1a8623", "ac1l4r53", "ac1q66h0", "kst-1a5174", "5104-44-9", "kst-1a5175"}|>, "6559" -> <|"DatabaseID" -> "SW03588", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4718]}, "IsomericSmiles" -> "c1ccc(cc1)CCCCOc2ccc(cc2)C(=O)Nc3cccc4c3oc(cc4=O)c5n[n-]nn5", "OfficialNames" -> <|"NPC Approved Name" -> "pranlukast"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4887]}, "Synonyms" -> {"n-[4-oxo-2-(1h-tetrazol-5-yl)-4h-chromen-8-yl]-4-(4-phenyl-butoxy)-benzamide (ono-rs-411)", "n-(4-oxo-2-(1h-tetrazol-5-yl)-4h-1-benzopyran-8-yl)-4-(4-phenylbutoxy)benzamide", "benzamide n-(4-oxo-2-(1h-tetrazol-5-yl)-4h-1-benzopyran-8-yl)-4-(4-phenylbutoxy)-", "n-(4-oxo-2-(1h-tetrazol-5-yl)-4h-1-benzopyran-8-yl)-p-(4-phenylbutoxy)benzamide", "akos015967342", "surecn3693", "molport-003-849-959", "dsstox_rid_80074", "4-oxo-8-(4-(4-phenylbutoxy)benzoylamino)-2-(tetrazol-5-yl)-4h-1-benzopyran", "8-[p-(4-phenylbutoxy)benzoyl]amino-2-(5-tetrazolyl)-4-oxo-4h-1-benzopyran", "ono rs-411", "n-[4-oxo-2-(1h-tetrazol-5-yl)-4h-1-benzopyran-8-yl]-4(4-phenylbutoxy)benzamide", "n-[4-oxo-2-(1h-tetrazol-5-yl)-4h-chromen-8-yl]-4-(4-phenylbutoxy)benzamide", "benzamide n-[4-oxo-2-(2h-tetrazol-5-yl)-4h-1-benzopyran-8-yl]-4-(4-phenylbutoxy)-", "ctk7f7297", "dsstox_gsid_43782", "tox21_112952", "pranlukast[wiki]", "103177-37-3[rn]", "n-[4-oxo-2-(1h-tetrazol-5-yl)-4h-1-benzopyran-8-yl]-4-(4-phenylbutoxy)benzamide", "dsstox_cid_23782", "pranlukast", "pranlukast |", "8-[4-(4-phenylbutoxy)benzamido]-2-(tetrazol-5-yl)-4h-1-benzopyran-4-one", "n-[4-oxo-2-(2h-tetrazol-5-yl)-4h-chromen-8-yl]-4-(4-phenylbutoxy)benzamide[acd/iupac name]", "n-[4-oxo-2-(1h-tetrazol-5-yl)-4h-chromen-8-yl]-4-(4-phenyl-butoxy)-benzamide(ono-rs-411)", "n-[4-oxo-2-(1h-tetrazol-5-yl)-4h-chromen-8-yl]-4-(4-phenyl-butoxy)-benzamide", "benzamide n-[4-oxo-2-(1h-tetrazol-5-yl)-4h-1-benzopyran-8-yl]-4-(4-phenylbutoxy)-", "103177-37-3"}|>, "6560" -> <|"DatabaseID" -> "SW03589", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "38545"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 393589]}, "IsomericSmiles" -> "CC(C)c1c(c(nc(n1)N(C)S(=O)(=O)C)c2ccc(cc2)F)/C=C/[C@H](C[C@H](CC(=O)[O-])O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01915"]}, "OfficialNames" -> <|"Indian Approved Name" -> "rosuvastatin", "FDA Approved Drug" -> "ROSUVASTATIN CALCIUM;ROSUVASTATIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282455], ExternalIdentifier["PubChemCompoundID", 446157]}, "Synonyms" -> {"crestor", "rosuvastatin calcium", "287714-41-4[rn]", "(3r,5s,6e)-7-{4-(4-fluorophenyl)-6-isopropyl-2-[methyl(methylsulfonyl)amino]pyrimidin-5-yl}-3,5-dihydroxyhept-6-enoicacid", "fbi", "(3r,5s,6e)-7-{4-(4-fluorophenyl)-2-[methyl(methylsulfonyl)amino]-6-(propan-2-yl)pyrimidin-5-yl}-3,5-dihydroxyhept-6-enoic acid", "6-heptenoic acid,7-[4-(4-fluorophenyl)-6-(1-methylethyl)-2-[methyl(methylsulfonyl)amino]-5-pyrimidinyl]-3,5-dihydroxy- (3r,5s,6e)-", "rosuvastatin[wiki]", "147098-20-2[rn]", "rosuvastatin preparation", "rosuvastatin; rosuvastatin calcium", "9670765[beilstein]", "(3r,5s,6e)-7-(4-(4-fluorophenyl)-6-(1-methylethyl)-2-(ethyl(methylsulfonyl)amino)-5-pyrimidinyl)-3,5-dihydroxy-6-heptenoic acid", "creston (tn)", "bspbio_003429", "rosuvastatin (inn)", "pyrimidine compound", "chebi:38545", "rosuvastatin", "287714-41-4", "ac1l9j7o", "chembl1496", "spectrum5_001695", "zd 4522", "rosuvastatin hemicalcium", "s 4522", "s-4522", "zd4522", "crestor (tn)", "shufutan"}|>, "6561" -> <|"DatabaseID" -> "SW03590", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4319]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00622"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OCC[NH+](C)Cc2ccccc2)c3cccc(c3)[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08270"]}, "OfficialNames" -> <|"China Approved Name" -> "nicardipine", "FDA Approved Drug" -> "NICARDIPINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450620", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41114], ExternalIdentifier["PubChemCompoundID", 4474]}, "Synonyms" -> {"nicardipine", "cardene", "cardene sr", "nicodel", "loxen", "nicardipino [inn-spanish]", "nicardipinum [inn-latin]", "cardene iv", "perdipine", "perdipina", "nicardipine hydrochloride", "bionicard", "alpha 1d- adrenoreceptor", "alpha 1d-adrenoceptor", "3-(2-(benzyl(methyl)amino)ethyl) 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nicardipinum[latin]", "alpha-1a adrenergic receptor", "nicardipine hcl", "nicardipino[spanish][inn]", "2-[benzyl(methyl)amino]ethyl methyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "roxen[wiki]", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- methyl 2-[methyl(phenylmethyl)amino]ethylester", "2-(benzylmethylamino)ethylmethyl 1,4-dihydro-2,6-dimethyl-4-(m-nitrophenyl)pyridine-3,5-dicarboxylate", "nicardipine[wiki]", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- methyl 2-(methyl(phenylmethyl)amino)ethylester", "54527-84-3[rn]", "55985-32-5[rn]", "259-198-4[einecs]", "methyl 2-[methyl(phenylmethyl)amino]ethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "3,5-pyridinedicarboxylic acid derivative", "259-932-3[einecs]", "2-[benzyl(methyl)amino]ethyl-methyl-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridin-3,5-dicarboxylat", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-(benzylmethylamino)ethyl methyl ester", "cardene[wiki]", "2-(benzylmethylamino)ethylmethyl 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)pyridine-3,5-dicarboxylatemonohydrochloride", "337376-15-5", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acidmethyl 2-[methyl(phenylmethyl)amino]ethyl ester", "alpha adrenergic receptor 1a", "angioglebil", "nicardipino", "55985-32-5", "nicardil", "lincil", "nicardipine (inn)", "nicardipine la", "cardene (tn)", "nicardipinum"}|>, "6562" -> <|"DatabaseID" -> "SW03590", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4319]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00622"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OCC[NH+](C)Cc2ccccc2)c3cccc(c3)[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08270"]}, "OfficialNames" -> <|"China Approved Name" -> "nicardipine", "FDA Approved Drug" -> "NICARDIPINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450620", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41114], ExternalIdentifier["PubChemCompoundID", 4474]}, "Synonyms" -> {"nicardipine", "cardene", "cardene sr", "nicodel", "loxen", "nicardipino [inn-spanish]", "nicardipinum [inn-latin]", "cardene iv", "perdipine", "perdipina", "nicardipine hydrochloride", "bionicard", "alpha 1d- adrenoreceptor", "alpha 1d-adrenoceptor", "3-(2-(benzyl(methyl)amino)ethyl) 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nicardipinum[latin]", "alpha-1a adrenergic receptor", "nicardipine hcl", "nicardipino[spanish][inn]", "2-[benzyl(methyl)amino]ethyl methyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "roxen[wiki]", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- methyl 2-[methyl(phenylmethyl)amino]ethylester", "2-(benzylmethylamino)ethylmethyl 1,4-dihydro-2,6-dimethyl-4-(m-nitrophenyl)pyridine-3,5-dicarboxylate", "nicardipine[wiki]", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- methyl 2-(methyl(phenylmethyl)amino)ethylester", "54527-84-3[rn]", "55985-32-5[rn]", "259-198-4[einecs]", "methyl 2-[methyl(phenylmethyl)amino]ethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "3,5-pyridinedicarboxylic acid derivative", "259-932-3[einecs]", "2-[benzyl(methyl)amino]ethyl-methyl-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridin-3,5-dicarboxylat", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-(benzylmethylamino)ethyl methyl ester", "cardene[wiki]", "2-(benzylmethylamino)ethylmethyl 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)pyridine-3,5-dicarboxylatemonohydrochloride", "337376-15-5", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acidmethyl 2-[methyl(phenylmethyl)amino]ethyl ester", "alpha adrenergic receptor 1a", "angioglebil", "nicardipino", "55985-32-5", "nicardil", "lincil", "nicardipine (inn)", "nicardipine la", "cardene (tn)", "nicardipinum"}|>, "6563" -> <|"DatabaseID" -> "SW03590", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4319]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00622"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OCC[NH+](C)Cc2ccccc2)c3cccc(c3)[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08270"]}, "OfficialNames" -> <|"China Approved Name" -> "nicardipine", "FDA Approved Drug" -> "NICARDIPINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450620", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41114], ExternalIdentifier["PubChemCompoundID", 4474]}, "Synonyms" -> {"nicardipine", "cardene", "cardene sr", "nicodel", "loxen", "nicardipino [inn-spanish]", "nicardipinum [inn-latin]", "cardene iv", "perdipine", "perdipina", "nicardipine hydrochloride", "bionicard", "alpha 1d- adrenoreceptor", "alpha 1d-adrenoceptor", "3-(2-(benzyl(methyl)amino)ethyl) 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nicardipinum[latin]", "alpha-1a adrenergic receptor", "nicardipine hcl", "nicardipino[spanish][inn]", "2-[benzyl(methyl)amino]ethyl methyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "roxen[wiki]", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- methyl 2-[methyl(phenylmethyl)amino]ethylester", "2-(benzylmethylamino)ethylmethyl 1,4-dihydro-2,6-dimethyl-4-(m-nitrophenyl)pyridine-3,5-dicarboxylate", "nicardipine[wiki]", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- methyl 2-(methyl(phenylmethyl)amino)ethylester", "54527-84-3[rn]", "55985-32-5[rn]", "259-198-4[einecs]", "methyl 2-[methyl(phenylmethyl)amino]ethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "3,5-pyridinedicarboxylic acid derivative", "259-932-3[einecs]", "2-[benzyl(methyl)amino]ethyl-methyl-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridin-3,5-dicarboxylat", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-(benzylmethylamino)ethyl methyl ester", "cardene[wiki]", "2-(benzylmethylamino)ethylmethyl 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)pyridine-3,5-dicarboxylatemonohydrochloride", "337376-15-5", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acidmethyl 2-[methyl(phenylmethyl)amino]ethyl ester", "alpha adrenergic receptor 1a", "angioglebil", "nicardipino", "55985-32-5", "nicardil", "lincil", "nicardipine (inn)", "nicardipine la", "cardene (tn)", "nicardipinum"}|>, "6564" -> <|"DatabaseID" -> "SW03590", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4319]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00622"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OCC[NH+](C)Cc2ccccc2)c3cccc(c3)[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08270"]}, "OfficialNames" -> <|"China Approved Name" -> "nicardipine", "FDA Approved Drug" -> "NICARDIPINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450620", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41114], ExternalIdentifier["PubChemCompoundID", 4474]}, "Synonyms" -> {"nicardipine", "cardene", "cardene sr", "nicodel", "loxen", "nicardipino [inn-spanish]", "nicardipinum [inn-latin]", "cardene iv", "perdipine", "perdipina", "nicardipine hydrochloride", "bionicard", "alpha 1d- adrenoreceptor", "alpha 1d-adrenoceptor", "3-(2-(benzyl(methyl)amino)ethyl) 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "nicardipinum[latin]", "alpha-1a adrenergic receptor", "nicardipine hcl", "nicardipino[spanish][inn]", "2-[benzyl(methyl)amino]ethyl methyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "roxen[wiki]", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- methyl 2-[methyl(phenylmethyl)amino]ethylester", "2-(benzylmethylamino)ethylmethyl 1,4-dihydro-2,6-dimethyl-4-(m-nitrophenyl)pyridine-3,5-dicarboxylate", "nicardipine[wiki]", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- methyl 2-(methyl(phenylmethyl)amino)ethylester", "54527-84-3[rn]", "55985-32-5[rn]", "259-198-4[einecs]", "methyl 2-[methyl(phenylmethyl)amino]ethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "3,5-pyridinedicarboxylic acid derivative", "259-932-3[einecs]", "2-[benzyl(methyl)amino]ethyl-methyl-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridin-3,5-dicarboxylat", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-(benzylmethylamino)ethyl methyl ester", "cardene[wiki]", "2-(benzylmethylamino)ethylmethyl 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)pyridine-3,5-dicarboxylatemonohydrochloride", "337376-15-5", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acidmethyl 2-[methyl(phenylmethyl)amino]ethyl ester", "alpha adrenergic receptor 1a", "angioglebil", "nicardipino", "55985-32-5", "nicardil", "lincil", "nicardipine (inn)", "nicardipine la", "cardene (tn)", "nicardipinum"}|>, "6565" -> <|"DatabaseID" -> "SW03591", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "478164"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4586395]}, "IsomericSmiles" -> "C[N+]1(CCCC1)CC2=C(N3[C@@H]([C@@H](C3=O)NC(=O)/C(=N\\OC)/c4csc(n4)N)SC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01157"], ExternalIdentifier["KEGGID", "D02376"]}, "OfficialNames" -> <|"China Approved Name" -> "cefepime", "Indian Approved Name" -> "cefepime", "FDA Approved Drug" -> "CEFEPIME HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164754876", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9571075], ExternalIdentifier["PubChemCompoundID", 5479537]}, "Synonyms" -> {"maxipime", "cefepima", "cefepimum", "cefepime", "cefepime hcl", "cefepimum[latin]", "cefepime[wiki][usan]", "1-(((6r,7r)-7-(2-(2-amino-4-thiazolyl)glyoxylamido)-2-carboxy-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-en-3-yl)methyl)-1-methylpyrrolidinium hydroxide inner salt 7(sup 2)-(z)-(o-methyloxime)", "[6r-[6a,7b(z)]]-1-[[7-[[(2-amino-4-thiazolyl)(methoxyimino)acetyl]amino]-2-carboxy-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-3-yl]methyl]-1-methylpyrrolidinium inner salt", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-[(1-methylpyrrolidinium-1-yl)methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "cefepima[spanish]", "cefepimum [inn_la]", "88040-23-7[rn]", "107648-80-6[rn]", "pyrrolidinium 1-[[(6r,7r)-7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-2-carboxy-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-3-yl]methyl]-1-methyl- inner salt", "cefepime(maxipime)", "cefepime [usan:inn][inn][usan]", "cefepime hydrochloride[usp]", "cefepime hydrochloride", "cepimax", "cepimex", "cefepima [spanish]", "maxcef", "cefepimum [latin]", "axepim", "chebi:31368", "123171-59-5", "cefepime dihydrochloride", "maxipime (tn)", "ncgc00017147-01", "dsstox_cid_25603", "cefepime dihydrochloride hydrate", "dsstox_rid_80996", "cas-123171-59-5"}|>, "6566" -> <|"DatabaseID" -> "SW03592", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140766]}, "IsomericSmiles" -> "C[C@]1(CCC[C@@]2([C@@H]1CCC(=C)C2CCC3=CCOC3=O)C)CO[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neoandrographolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160143]}, "Synonyms" -> {"neoandrographolide", "31222-64-7[rn]", "ar-1a9284", "27215-14-1", "36050-34-7", "27215-14-1[rn]", "akos015896739", "ac1l4n48", "kst-1a4207", "kst-1a4206", "{(1r", "ar-1a9285"}|>, "6567" -> <|"DatabaseID" -> "SW03592", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140766]}, "IsomericSmiles" -> "C[C@]1(CCC[C@@]2([C@@H]1CCC(=C)C2CCC3=CCOC3=O)C)CO[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neoandrographolide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160143]}, "Synonyms" -> {"neoandrographolide", "31222-64-7[rn]", "ar-1a9284", "27215-14-1", "36050-34-7", "27215-14-1[rn]", "akos015896739", "ac1l4n48", "kst-1a4207", "kst-1a4206", "{(1r", "ar-1a9285"}|>, "6568" -> <|"DatabaseID" -> "SW03593", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21112360]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00955"]}, "IsomericSmiles" -> "CC[NH2+][C@@H]1C[C@@H]([C@H]([C@@H]([C@H]1O[C@@H]2[C@@H]([C@H]([C@@](CO2)(C)O)[NH2+]C)O)O)O[C@@H]3[C@@H](CC=C(O3)C[NH3+])[NH3+])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08268"]}, "OfficialNames" -> <|"Indian Approved Name" -> "netilmicin sulphate", "China Approved Name" -> "Netilmicin", "Australia Approved Name" -> "NETILMICIN", "FDA Approved Drug" -> "NETILMICIN SULFATE"|>, "PharmGKBID" -> "PA164754913", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441306]}, "Synonyms" -> {"netilmicin", "netromycin", "netilmicin sulfate", "netilmicin (inn)", "ac1l9axv", "netira (tn)", "netilmicinum", "1-n-ethylsisomicin", "netilmicina", "16s ribosomal ribonucleic acid", "netilmicine", "netillin", "netira", "56391-57-2[rn]", "netilmicin[wiki]"}|>, "6569" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6570" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6571" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6572" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6573" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6574" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6575" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6576" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6577" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6578" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6579" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6580" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6581" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6582" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6583" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6584" -> <|"DatabaseID" -> "SW03594", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106520]}, "IsomericSmiles" -> "CC(CCC(C(C)(C1CCC2(C1(CCC3C2=CC(=O)C4C3(CC(C(C4)O)O)C)C)O)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "inokosterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119238]}, "Synonyms" -> {"inokosterone", "ar-1d1869", "15130-85-5[rn]", "5-beta-cholest-7-en-6-one", "88980-54-5", "chembl564971", "ac1l3ogb", "2", "15130-85-5", "88980-54-5[rn]", "ac1q6cu7", "nsc342715"}|>, "6585" -> <|"DatabaseID" -> "SW03595", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16587"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4573597]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3C(=CC(=O)[C@H]4[C@@]3(C[C@@H]([C@@H](C4)O)O)C)[C@@]1(CC[C@@H]2[C@](C)([C@@H](CCC(C)(C)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ecdysterone;crustecdysone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459840]}, "Synonyms" -> {"polypodine a", "insect moulting hormone", "crustecdysone", "20-hydroxyecdysone", "20-oh ecdysone", "(2s,3r,5r,9r,10r,13r,14s,17s)-2,3,14-trihydroxy-10,13-dimethyl-17-[(2r,3r)-2,3,6-trihydroxy-6-methyl-2-heptanyl]-1,2,3,4,5,9,10,11,12,13,14,15,16,17-tetradecahydro-6h-cyclopenta[a]phenanthren-6-one", "ecdysterone", "20e", "beta-ecdysone", "ecdysteron", "5289-74-7", "(2s,3r,5r,9r,10r,13r,14s,17s)-2,3,14-trihydroxy-10,13-dimethyl-17-[(2r,3r)-2,3,6-trihydroxy-6-methyl-2-heptanyl]-1,2,3,4,5,9,10,11,12,13,14,15,16,17-tetradecahydro-6h-cyclopenta[a]phenanthren-6-on", "5289-74-7[rn]", "(2s", "viticosterone", "ecdysterone[wiki]", "hydroxyecdysone", "the-7", "(2s,3r,5r,9r,10r,13r,14s,17s)-2,3,14-trihydroxy-10,13-dimethyl-17-((1r,2r)-1,2,5-trihydroxy-1,5-dimethyl-hexyl)-1,2,3,4,5,9,10,11,12,13,14,15,16,17-tetradecahydro-cyclopenta[a]phenanthren-6-one", "(2b,3b,5b,22r)-2,3,14,20,22,25-hexahydroxycholest-7-en-6-one", "(2s,3r,5r,9r,10r,13r,14s,17s)-2,3,14-trihydroxy-10,13-dimethyl-17-((2r,3r)-2,3,6-trihydroxy-6-methylheptan-2-yl)-2,3,4,5,9,11,12,13,14,15,16,17-dodecahydro-1h-cyclopenta[a]phenanthren-6(10h)-one", "b-ecdysone", "chebi:16587", "isoinokosterone", "crustecdyson", "2,3,14-trihydroxy-10,13-dimethyl-17-(1,2,5-trihydroxy-1,5-dimethyl-hexyl)-1,2,3,4,5,9,10,11,12,13,14,15,16,17-tetradecahydro-cyclopenta[a]phenanthren-6-one", "commisterone"}|>, "6586" -> <|"DatabaseID" -> "SW03596", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390406]}, "IsomericSmiles" -> "CC(C)CC[C@H]([C@@](C)([C@H]1CC[C@@]2([C@@]1(C[C@H]([C@H]3C2=CC(=O)[C@H]4[C@@]3(C[C@@H]([C@@H](C4)O)O)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ajugasterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441826]}, "Synonyms" -> {"ajugasterone c", "c08811", "ac1l9bq2", "23044-80-6[rn]", "(2s", "23044-80-6"}|>, "6587" -> <|"DatabaseID" -> "SW03597", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341295]}, "IsomericSmiles" -> "CCC1=C(C[C@H]2c3cc(c(cc3CC[NH+]2C1)OC)OC)C[C@@H]4c5cc(c(cc5CC[NH2+]4)OC)OC", "OfficialNames" -> <|"Indian Approved Name" -> "dehydroemetine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084192]}, "Synonyms" -> {"14358-43-1", "ac1mj230", "nsc129414", "einecs 238-326-2", "4h-benzo[a]quinolizine 3-ethyl-1,6,7,11b-tetrahydro-9,10-dimethoxy-2-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-1-isoquinolinyl]methyl]-,(11bs)-,hydrochloride (1:1)", "dehydroemetine (+-)-form dihydrochloride", "tcmdc-131825", "(+-)-dehydro-2", "nsc-129414", "dehydroemetine hydrochloride", "2228-39-9[rn]", "6',7',10,11-tetramethoxy-2,3-didehydroemetanhydrochloride (1:1)", "emetan 2,3-didehydro-6',7',10,11-tetramethoxy- dihydrochloride (1)-", "emetine", "dehydroemetine (+-)-form hcl"}|>, "6588" -> <|"DatabaseID" -> "SW03598", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4107]}, "IsomericSmiles" -> "c1ccc2c(c1)CCc3ccc(cc3N2CCC[NH+]4CCC5(CC4)C(=O)NC6[NH+]5CCCC6)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08235"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mosapramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4257]}, "Synonyms" -> {"mosapramine", "spiro[imidazo[1,2-a]pyridine-3(2h),4'-piperidin]-2-one 1'-[3-(3-chloro-10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl]hexahydro-", "89419-40-9[rn]", "mosapramine (inn)", "ac1l1hra", "ncgc00183853-01", "1'-[3-(3-chloro-10", "950-16-3[rn]", "1'-[3-(3-chloro-10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl]-1,2,3,5,6,7,8,8a-octahydro-2-oxoimidazo[1,2-a]-pyridine-3-spiro-4'-piperidine", "(- )-1'-(3-(3-chloro-10,11-dihydro-5h-dibenz(b,f)azepin-5-yl)propyl)hexahydrospiro(imidazo(1,2-a)pyridine-3(2h),4'-piperidin)-2-one.", "spiro[imidazo[1", "ac1q3otw", "mosapramine [inn]", "1'-[3-(3-chloro-10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)propyl]hexahydro-2h-spiro[imidazo[1,2-a]pyridine-3,4'-piperidin]-2-one[acd/iupac name]", "mosapramine hydrochloride", "mosapramine[inn]", "clospipramine", "89419-40-9"}|>, "6589" -> <|"DatabaseID" -> "SW03598", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4107]}, "IsomericSmiles" -> "c1ccc2c(c1)CCc3ccc(cc3N2CCC[NH+]4CCC5(CC4)C(=O)NC6[NH+]5CCCC6)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08235"]}, "OfficialNames" -> <|"NPC Approved Name" -> "mosapramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4257]}, "Synonyms" -> {"mosapramine", "spiro[imidazo[1,2-a]pyridine-3(2h),4'-piperidin]-2-one 1'-[3-(3-chloro-10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl]hexahydro-", "89419-40-9[rn]", "mosapramine (inn)", "ac1l1hra", "ncgc00183853-01", "1'-[3-(3-chloro-10", "950-16-3[rn]", "1'-[3-(3-chloro-10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl]-1,2,3,5,6,7,8,8a-octahydro-2-oxoimidazo[1,2-a]-pyridine-3-spiro-4'-piperidine", "(- )-1'-(3-(3-chloro-10,11-dihydro-5h-dibenz(b,f)azepin-5-yl)propyl)hexahydrospiro(imidazo(1,2-a)pyridine-3(2h),4'-piperidin)-2-one.", "spiro[imidazo[1", "ac1q3otw", "mosapramine [inn]", "1'-[3-(3-chloro-10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)propyl]hexahydro-2h-spiro[imidazo[1,2-a]pyridine-3,4'-piperidin]-2-one[acd/iupac name]", "mosapramine hydrochloride", "mosapramine[inn]", "clospipramine", "89419-40-9"}|>, "6590" -> <|"DatabaseID" -> "SW03599", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29263]}, "IsomericSmiles" -> "COc1cc(ccc1O)[C@@H]2[C@H](Oc3ccc(cc3O2)[C@@H]4[C@H](C(=O)c5c(cc(cc5O4)O)[O-])O)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08515"]}, "OfficialNames" -> <|"China Approved Name" -> "silibinin", "Traditional Herbal Isolate" -> "dehydrosilybin;silybin;silymarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31553]}, "Synonyms" -> {"silibinin", "flavobin spofa", "silliver", "silymarine i", "flavobin", "silymarin i", "silybine", "silibinine [inn-french]", "22888-70-6", "silybin", "legalon", "3,5,7-trihydroxy-2-(3-(4-hydroxy-3-methoxyphenyl)- 2-(hydroxymethyl)-1,4-benzodioxan-6-yl)-4-chromanone", "silymarin[wiki]", "silybin[wiki]", "22888-70-6[rn]", "7c3mt", "silibinin[wiki][inn]", "3,5,7-trihydroxy-2-(3-(4-hydroxy-3-methoxyphenyl)-2-(hydroxymethyl)-1,4-benzodioxan-6-yl)-4-chromanone", "245-302-5[einecs]", "(2r,3r)-3,5,7-trihydroxy-2-[(2r,3r)-3-(4-hydroxy-3-methoxy-phenyl)-2-hydroxymethyl-2,3-dihydro-benzo[1,4]dioxin-6-yl]-chroman-4-one", "4h-1-benzopyran-4-one 2-[(2r,3r)-2,3-dihydro-3-(4-hydroxy-3-methoxyphenyl)-2-(hydroxymethyl)-1,4-benzodioxin-6-yl]-2,3-dihydro-3,5,7-trihydroxy- (2r,3r)-", "3,5,7-trihydroxy-2-[3-(4-hydroxy-3-methoxy-phenyl)-2-hydroxymethyl-2,3-dihydro-benzo[1,4]dioxin-6-yl]-chroman-4-one", "silibinine[french][inn]", "[2r-[2a,3b,6(2r*,3r*)]]-2-[2,3-dihydro-3-(4-hydroxy-3-methoxyphenyl)-2-(hydroxymethyl)-1,4-benzodioxin-6-yl]-2,3-dihydro-3,5,7-trihydroxy-4h-1-benzopyran-4-one", "(2r,3r)-2-((2r,3r)-2,3-dihydro-3-(4-hydroxy-3-methoxyphenyl)-2-(hydroxymethyl)-1,4-benzodioxin-6-yl)-2,3-dihydro-3,5,7-trihydroxy-4h-1-benzopyran-4-one", "silibininum[latin]", "silybin (7ci)", "(2r,3r)-3,5,7-trihydroxy-2-[(2r,3r)-3-(4-hydroxy-3-methoxyphenyl)-2-(hydroxymethyl)-2,3-dihydro-1,4-benzodioxin-6-yl]-2,3-dihydro-4h-chromen-4-one[acd/iupac name]", "silibinina[spanish][inn]", "silybum substance e6", "silybin; silymarin", "(2r,3r)-3,5,7-trihydroxy-2-[(2r,3r)-3-(4-hydroxy-3-methoxyphenyl)-2-(hydroxymethyl)-2,3-dihydro-1,4-benzodioxin-6-yl]-2,3-dihydro-4h-chromen-4-on", "3,5,7-trihydroxy-2-[3-(4-hydroxy-3-methoxyphenyl)-2-hydroxymethyl-(2r,3r)-2,3-dihydrobenzo[b][1,4]dioxin-6-yl]-(2r,3r)-3,4-dihydro-2h-4-chromenone", "(2r,3r)-3,5,7-trihydroxy-2-((2r,3r)-3-(4-hydroxy-3-methoxyphenyl)-2-(hydroxymethyl)-2,3-dihydrobenzo[b][1,4]dioxin-6-yl)chroman-4-one", "dura-silymarin"}|>, "6591" -> <|"DatabaseID" -> "SW03600", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83992]}, "IsomericSmiles" -> "c1cc(ccc1C(=O)O[C@H]2[C@@H]3C=CO[C@H]([C@@H]3[C@@]4([C@H]2O4)CO)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "catalposide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 93039]}, "Synonyms" -> {"hydroxybenzoyl catalpol", "catalposide", "1390-72-3[rn]", "kst-1a1310", "6736-85-2[rn]", "beta-d-glucopyranoside", "molport-019-936-970", "6736-85-2", "[1as-(1aa,1bb,2b,5ab,6b,6aa)]-1a,1b,2,5a,6,6a-hexahydro-6-[(4-hydroxybenzoyl)oxy]-1a-(hydroxymethyl)oxireno[4,5]cyclopenta[1,2-c]pyran-2-yl-b-d-glucopyranoside", "1a(s)alpha", "ac1l3pdg", "1a(s)?,1b?,2?,5a?,6?,6a?-hexahydro-6-[(4-hydroxybenzoyl)oxy]-1a-(hydroxymethyl)oxireno[4,5]cyclopenta[1,2-c]pyran-2-yl ?-d-glucopyranoside", "(1as", "einecs 229-789-1", "catalpin", "229-789-1[einecs]"}|>, "6592" -> <|"DatabaseID" -> "SW03601", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9391"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64529]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)[C@@H](c3ccccc3)[NH3+])C(=O)OC4c5ccccc5C(=O)O4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08557"]}, "OfficialNames" -> <|"NPC Approved Name" -> "talampicillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71447]}, "Synonyms" -> {"talampicillin", "47747-56-8", "3-oxo-1,3-dihydro-2-benzofuran-1-yl(2s,5r,6r)-6-{[(2r)-2-amino-2-phenylacetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate[acd/iupac name]", "3-phthalidyl (2s,5r,6r)-6-((r)-2-amino-2-phenylacetamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptan-2-carboxylat[german]", "47747-56-8[rn]", "talampicilina [inn-spanish]", "3-phthalidyl(2s", "talampicillin [inn:ban]", "pc 183", "talampicilline", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-2-amino-2-phenylacetyl]amino]-3,3-dimethyl-7-oxo- 1,3-dihydro-3-oxo-1-isobenzofuranyl ester (2s,5r,6r)-", "talampicillin[wiki]", "talampicilina", "talampicillinum [inn-latin]", "talampicilline [inn-french]"}|>, "6593" -> <|"DatabaseID" -> "SW03601", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9391"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64529]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)[C@@H](c3ccccc3)[NH3+])C(=O)OC4c5ccccc5C(=O)O4)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08557"]}, "OfficialNames" -> <|"NPC Approved Name" -> "talampicillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71447]}, "Synonyms" -> {"talampicillin", "47747-56-8", "3-oxo-1,3-dihydro-2-benzofuran-1-yl(2s,5r,6r)-6-{[(2r)-2-amino-2-phenylacetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate[acd/iupac name]", "3-phthalidyl (2s,5r,6r)-6-((r)-2-amino-2-phenylacetamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptan-2-carboxylat[german]", "47747-56-8[rn]", "talampicilina [inn-spanish]", "3-phthalidyl(2s", "talampicillin [inn:ban]", "pc 183", "talampicilline", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-2-amino-2-phenylacetyl]amino]-3,3-dimethyl-7-oxo- 1,3-dihydro-3-oxo-1-isobenzofuranyl ester (2s,5r,6r)-", "talampicillin[wiki]", "talampicilina", "talampicillinum [inn-latin]", "talampicilline [inn-french]"}|>, "6594" -> <|"DatabaseID" -> "SW03602", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4642378]}, "IsomericSmiles" -> "CC(=O)O[C@@H]1CC2[C@](C=CC(=O)C2(C)C)(C3[C@@]1([C@]45[C@H](O4)C(=O)O[C@H]([C@@]5(CC3)C)c6ccoc6)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gedunin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5701985]}, "Synonyms" -> {"gedunin", "kbioss_000813", "spectrum_000333", "spectrum2_000234", "bspbio_001643", "spectrum5_000809", "spectrum3_000012", "2753-30-2[rn]", "kbiogr_002428", "spectrum4_001962", "(6r", "1-(3-furyl)-4b,7,7,10a,12a-pentamethyl-3,8-dioxo-1,3,3a,4b,5,6,6a,7,8,10a,10b,11,12,12a-tetradecahydronaphtho[2,1-f]oxireno[2,3-d]isochromen-5-yl acetate"}|>, "6595" -> <|"DatabaseID" -> "SW03602", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4642378]}, "IsomericSmiles" -> "CC(=O)O[C@@H]1CC2[C@](C=CC(=O)C2(C)C)(C3[C@@]1([C@]45[C@H](O4)C(=O)O[C@H]([C@@]5(CC3)C)c6ccoc6)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gedunin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5701985]}, "Synonyms" -> {"gedunin", "kbioss_000813", "spectrum_000333", "spectrum2_000234", "bspbio_001643", "spectrum5_000809", "spectrum3_000012", "2753-30-2[rn]", "kbiogr_002428", "spectrum4_001962", "(6r", "1-(3-furyl)-4b,7,7,10a,12a-pentamethyl-3,8-dioxo-1,3,3a,4b,5,6,6a,7,8,10a,10b,11,12,12a-tetradecahydronaphtho[2,1-f]oxireno[2,3-d]isochromen-5-yl acetate"}|>, "6596" -> <|"DatabaseID" -> "SW03602", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4642378]}, "IsomericSmiles" -> "CC(=O)O[C@@H]1CC2[C@](C=CC(=O)C2(C)C)(C3[C@@]1([C@]45[C@H](O4)C(=O)O[C@H]([C@@]5(CC3)C)c6ccoc6)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gedunin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5701985]}, "Synonyms" -> {"gedunin", "kbioss_000813", "spectrum_000333", "spectrum2_000234", "bspbio_001643", "spectrum5_000809", "spectrum3_000012", "2753-30-2[rn]", "kbiogr_002428", "spectrum4_001962", "(6r", "1-(3-furyl)-4b,7,7,10a,12a-pentamethyl-3,8-dioxo-1,3,3a,4b,5,6,6a,7,8,10a,10b,11,12,12a-tetradecahydronaphtho[2,1-f]oxireno[2,3-d]isochromen-5-yl acetate"}|>, "6597" -> <|"DatabaseID" -> "SW03602", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4642378]}, "IsomericSmiles" -> "CC(=O)O[C@@H]1CC2[C@](C=CC(=O)C2(C)C)(C3[C@@]1([C@]45[C@H](O4)C(=O)O[C@H]([C@@]5(CC3)C)c6ccoc6)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gedunin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5701985]}, "Synonyms" -> {"gedunin", "kbioss_000813", "spectrum_000333", "spectrum2_000234", "bspbio_001643", "spectrum5_000809", "spectrum3_000012", "2753-30-2[rn]", "kbiogr_002428", "spectrum4_001962", "(6r", "1-(3-furyl)-4b,7,7,10a,12a-pentamethyl-3,8-dioxo-1,3,3a,4b,5,6,6a,7,8,10a,10b,11,12,12a-tetradecahydronaphtho[2,1-f]oxireno[2,3-d]isochromen-5-yl acetate"}|>, "6598" -> <|"DatabaseID" -> "SW03603", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4573963]}, "IsomericSmiles" -> "CC[C@H]1C[NH+]2CCc3c(cc(c(c3O)OC)OC)[C@@H]2C[C@@H]1CC4=C5C=C(C(=O)C=C5CC[NH2+]4)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alangicine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5460436]}, "Synonyms" -> {"alangicine", "16531-04-7", "1-[[(2r", "c09327", "chebi:2535", "(2r", "ac1nut82", "(2r,3r,11bs)-3-ethyl-2-(6-hydroxy-7-methoxy-3,4-dihydroisoquinolin-1-ylmethyl)-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2h-pyrido[2,1-a]isoquinolin-8-ol", "16531-04-7[rn]"}|>, "6599" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6600" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6601" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6602" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6603" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6604" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6605" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6606" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6607" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6608" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6609" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6610" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6611" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6612" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6613" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6614" -> <|"DatabaseID" -> "SW03604", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3348]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00798"]}, "IsomericSmiles" -> "CC(C1CCC(C(O1)OC2C(CC(C(C2O)OC3C(C(C(CO3)(C)O)[NH2+]C)O)[NH3+])[NH3+])[NH3+])[NH2+]C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08013"]}, "OfficialNames" -> <|"China Approved Name" -> "gentamicin", "Indian Approved Name" -> "gentamicin", "WHO Essential Medicine" -> "gentamicin", "Australia Approved Name" -> "GENTAMICIN", "FDA Approved Drug" -> "GENTAMICIN SULFATE"|>, "PharmGKBID" -> "PA449753", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3467]}, "Synonyms" -> {"gentamicin", "garamycin", "topagen spray (betamethasone + gentamicin sulfate)_mixture", "sandoz pentasone (betamethasone + gentamicin sulfate)_mixture", "gentafair", "uromycine", "megalin", "ocu-mycin", "u-gencin", "gentamar", "gentocin otic solution (betamethasone + gentamicin sulfate)_mixture", "gentacycol", "gentamicins", "diprogen crm (betamethasone dipropionate + gentamicin sulfate)_mixture", "genoptic s.o.p.", "garasol", "diprogen ont (betamethasone dipropionate + gentamicin sulfate)_mixture", "glycoprotein 330", "g-myticin", "bristagen", "alcomicin", "apogen", "g-mycin", "gp330", "garamycin otic solution", "valisone g cream (betamethasone + gentamicin sulfate)_mixture", "gentamcin sulfate", "cidomycin", "spectro-genta", "gentamicin sulfate in nacl 0.9% inj (gentamicin sulfate + sodium chloride)_mixture", "otomax ointment (betamethasone + clotrimazole + gentamicin sulfate)_mixture", "low-density lipoprotein receptor-related protein 2 precursor", "gentocin durafilm (betamethasone 21-acetate + gentamicin sulfate)_mixture", "valisone g ointment (betamethasone + gentamicin sulfate)_mixture", "genoptic liquifilm", "gentak", "topagen ont (betamethasone + gentamicin sulfate)_mixture", "garasone oph/ot sol (betamethasone + gentamicin sulfate)_mixture", "gentacidin", "gentamycinum", "jenamicin", "garasone ophthalmic ointment (betamethasone + gentamicin sulfate)_mixture", "gentamycin", "gentavet", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol", "4,6-diamino-3-{[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy}-2-hydroxycyclohexyl2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)heptopyranoside", "25876-10-2[rn]", "heptopyranoside 4,6-diamino-3-[[3-deoxy-4-c-methyl-3-(methylamino)pentopyranosyl]oxy]-2-hydroxycyclohexyl 2-amino-2,3,4,6,7-pentadeoxy-6-(methylamino)-", "1405-41-0[rn]", "2-{4,6-diamino-3-[3-amino-6-(1-methylamino-ethyl)-tetrahydro-pyran-2-yloxy]-2-hydroxy-cyclohexyloxy}-5-methyl-4-methylamino-tetrahydro-pyran-3,5-diol(gentamicin c1)", "gentamicin c1,; free base;(impurity of gentamicin; sulphate complex c)"}|>, "6615" -> <|"DatabaseID" -> "SW03605", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24534099]}, "IsomericSmiles" -> "CC[NH2+][C@@H]1C[C@@H](C([C@@H]([C@H]1O[C@@H]2[C@@H]([C@H]([C@@](CO2)(C)O)[NH2+]C)O)O)O[C@@H]3[C@@H](CC[C@H](O3)C[NH3+])[NH3+])[NH3+]", "OfficialNames" -> <|"China Approved Name" -> "etimicin"|>, "Synonyms" -> {"etimicin", "362045-44-1[rn]", "59711-96-5[rn]", "etimicin sulfate"}|>, "6616" -> <|"DatabaseID" -> "SW03605", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24534099]}, "IsomericSmiles" -> "CC[NH2+][C@@H]1C[C@@H](C([C@@H]([C@H]1O[C@@H]2[C@@H]([C@H]([C@@](CO2)(C)O)[NH2+]C)O)O)O[C@@H]3[C@@H](CC[C@H](O3)C[NH3+])[NH3+])[NH3+]", "OfficialNames" -> <|"China Approved Name" -> "etimicin"|>, "Synonyms" -> {"etimicin", "362045-44-1[rn]", "59711-96-5[rn]", "etimicin sulfate"}|>, "6617" -> <|"DatabaseID" -> "SW03606", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4781"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9802]}, "IsomericSmiles" -> "CC[C@H]1C[NH+]2CCc3cc(c(cc3[C@@H]2C[C@@H]1C[C@@H]4c5cc(c(cc5CC[NH2+]4)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "emetine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10219]}, "Synonyms" -> {"emetin", "methyl cephaeline", "cephaline-o-methyl ether", "gnf-pf-196", "cephaeline methyl ether", "chebi:4781", "2h-benzo[a]quinolizine 3-ethyl-1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-2-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-1-isoquinolinyl]methyl]- (2s,3r,11bs)-", "24377-67-1[rn]", "emetan", "emetine[wiki]", "207-592-1[einecs]", "483-18-1[rn]", "hsdb 2150", "6',7',10,11-tetramethoxyemetan", "316-42-7[rn]", "206-259-8[einecs]", "483-18-1", "emetan 6',7',10,11-tetramethoxy-", "emetine", "100834[beilstein]", "tcmdc-125531", "602-59-5[rn]", "6253162[beilstein]", "2h-benzo(a)quinolizine 3-ethyl-1,3,4,6,7,11b-hexahydro-9,10-dimethoxy-2-((1,2,3,4-tetrahydro-6,7-dimethoxy-1-isoquinolyl)methyl)-", "6',7',10,11-tetrakis(methyloxy)emetan"}|>, "6618" -> <|"DatabaseID" -> "SW03608", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2691]}, "IsomericSmiles" -> "c1ccc2c(c1)CCc3ccc(cc3N2CCC[NH+]4CCC(CC4)(C(=O)N)[NH+]5CCCCC5)Cl", "OfficialNames" -> <|"NPC Approved Name" -> "clocapramine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2793]}, "Synonyms" -> {"3-chlorocarpipramine", "clocapramine[wiki][inn]", "3-chloro-5-[3-(4-piperidino-4-carbamoylpiperidino)propyl]-10,11-dihydro-5h-dibenz[b,f]azepine", "clocapraminum", "clocapramine hydrochloride", "clocarpramine[wiki]", "209-103-7[einecs]", "y 4153", "ac1l1ehb", "clocapraminum[latin]", "surecn34251", "47739-98-0[rn]", "1'-[3-(3-chloro-10,11-dihydro-5h-dibenzo[b,f]azepin-5-yl)propyl]-1,4'-bipiperidine-4'-carboxamide[acd/iupac name]", "y 4153 [as hydrochloride]", "65016-29-7[rn]", "1'-(3-(3-chloro-10,11-dihydro-5h-dibenz(b,f)azepin-5-yl)propyl)(1,4'-bipiperidine)-4'-carboxamide", "47739-98-0", "1'-[3-(3-chloro-10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl][1,4'-bipiperidine]-4'-carboxamide", "clocapramina", "clocapramine", "[1,4'-bipiperidine]-4'-carboxamide,1'-[3-(3-chloro-10,11-dihydro-5h-dibenz[b,f]azepin-5-yl)propyl]-", "ccp", "clocapramina[spanish]"}|>, "6619" -> <|"DatabaseID" -> "SW03609", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476191]}, "IsomericSmiles" -> "C[C@@]12C(CCC3([C@]14C(O4)C(=O)OC3c5ccoc5)C)C67COC(=O)CC6OC(C7=C(C2=O)O)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evodol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317305]}, "Synonyms" -> {"evodol"}|>, "6620" -> <|"DatabaseID" -> "SW03609", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476191]}, "IsomericSmiles" -> "C[C@@]12C(CCC3([C@]14C(O4)C(=O)OC3c5ccoc5)C)C67COC(=O)CC6OC(C7=C(C2=O)O)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evodol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317305]}, "Synonyms" -> {"evodol"}|>, "6621" -> <|"DatabaseID" -> "SW03609", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476191]}, "IsomericSmiles" -> "C[C@@]12C(CCC3([C@]14C(O4)C(=O)OC3c5ccoc5)C)C67COC(=O)CC6OC(C7=C(C2=O)O)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evodol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317305]}, "Synonyms" -> {"evodol"}|>, "6622" -> <|"DatabaseID" -> "SW03609", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476191]}, "IsomericSmiles" -> "C[C@@]12C(CCC3([C@]14C(O4)C(=O)OC3c5ccoc5)C)C67COC(=O)CC6OC(C7=C(C2=O)O)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evodol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317305]}, "Synonyms" -> {"evodol"}|>, "6623" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6624" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6625" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6626" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6627" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6628" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6629" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6630" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6631" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6632" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6633" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6634" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6635" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6636" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6637" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6638" -> <|"DatabaseID" -> "SW03610", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 166257]}, "IsomericSmiles" -> "CC1=C(C(=O)OC(C1)C2(C3CCC4(C5CC=C6C=CCC(=O)C6(C5CCC3(O4)C(O2)O)C)O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaphysalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 191450]}, "Synonyms" -> {"withaphysalin c", "13", "ac1l4sk7", "ar-1b9970", "ag-k-46530", "57485-60-6[rn]", "10-(4"}|>, "6639" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6640" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6641" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6642" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6643" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6644" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6645" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6646" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6647" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6648" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6649" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6650" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6651" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6652" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6653" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6654" -> <|"DatabaseID" -> "SW03611", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2300857]}, "IsomericSmiles" -> "CC1C[C@H]2C(C(CC[C@@]2([C@H]3C1=C[C@@](CC3)(C)[C@H](CO)O)C)OC4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "darutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3036982]}, "Synonyms" -> {"ac1mi23w", "beta-d-glucopyranoside", "darutoside", "(3r", "59219-65-7", "59219-65-7[rn]"}|>, "6655" -> <|"DatabaseID" -> "SW03612", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475078]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C(=O)[O-])C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cincholic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315884]}, "Synonyms" -> {"(4as", "ac1nstlq", "cincholic acid"}|>, "6656" -> <|"DatabaseID" -> "SW03612", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475078]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C(=O)[O-])C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cincholic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315884]}, "Synonyms" -> {"(4as", "ac1nstlq", "cincholic acid"}|>, "6657" -> <|"DatabaseID" -> "SW03612", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475078]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C(=O)[O-])C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cincholic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315884]}, "Synonyms" -> {"(4as", "ac1nstlq", "cincholic acid"}|>, "6658" -> <|"DatabaseID" -> "SW03612", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475078]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C(=O)[O-])C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cincholic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315884]}, "Synonyms" -> {"(4as", "ac1nstlq", "cincholic acid"}|>, "6659" -> <|"DatabaseID" -> "SW03612", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475078]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C(=O)[O-])C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cincholic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315884]}, "Synonyms" -> {"(4as", "ac1nstlq", "cincholic acid"}|>, "6660" -> <|"DatabaseID" -> "SW03612", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475078]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C(=O)[O-])C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cincholic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315884]}, "Synonyms" -> {"(4as", "ac1nstlq", "cincholic acid"}|>, "6661" -> <|"DatabaseID" -> "SW03612", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475078]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C(=O)[O-])C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cincholic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315884]}, "Synonyms" -> {"(4as", "ac1nstlq", "cincholic acid"}|>, "6662" -> <|"DatabaseID" -> "SW03612", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475078]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C(=O)[O-])C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cincholic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315884]}, "Synonyms" -> {"(4as", "ac1nstlq", "cincholic acid"}|>, "6663" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6664" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6665" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6666" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6667" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6668" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6669" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6670" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6671" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6672" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6673" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6674" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6675" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6676" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6677" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6678" -> <|"DatabaseID" -> "SW03613", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00596"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@H](CC2C1(CC([C@]3(C2C[C@@H](C4=CC(=O)C=CC43C)F)F)O)C)C)C(=O)CCl", "OfficialNames" -> <|"Indian Approved Name" -> "halobetasol propionate", "FDA Approved Drug" -> "HALOBETASOL PROPIONATE"|>, "PharmGKBID" -> "PA164768832", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 48175]}, "Synonyms" -> {"halobetasol propionate", "ultravate", "ulobetasol propionate", "ac1l2jj6", "6-fluoroclobetasol 17-propionate", "gr", "halobetasol", "c25h31clf2o5", "bmy 30056", "cgp 14458", "ulobetasol cream", "halobetasol propionate [usan]"}|>, "6679" -> <|"DatabaseID" -> "SW03614", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2310115]}, "IsomericSmiles" -> "CC1CC(=O)NN=C1c2ccc(cc2)NCC(C)(C)[NH2+]CC(COc3cc(ccc3C#N)Cl)O", "OfficialNames" -> <|"NPC Approved Name" -> "oberadilol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3047798]}, "Synonyms" -> {"chembl2105183", "ac1milu2", "surecn8813275", "114856-44-9[rn]", "oberadilol[inn]", "4-chloro-2-(3-((1,1-dimethyl-2-((4-(4-methyl-6-oxo-1,4,5,6-tetrahydro-3-pyridazinyl)phenyl)amino)ethyl)amino)-2-hydroxypropoxy)benzonitrile", "oberadilol [inn]", "dsstox_cid_28671", "oberadilol", "tox21_113202", "(- )-4-chloro-2-(3-((1,1-dimethyl-2-(p-(1,4,5,6-tetrahydro-4-methyl-6-oxo-3-pyridazinyl)anilino)ethyl)amino)-2-hydroxypropoxy)benzonitrile", "dsstox_rid_82941", "unii-7znx9et039", "oberadiol", "dsstox_gsid_48745"}|>, "6680" -> <|"DatabaseID" -> "SW03614", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2310115]}, "IsomericSmiles" -> "CC1CC(=O)NN=C1c2ccc(cc2)NCC(C)(C)[NH2+]CC(COc3cc(ccc3C#N)Cl)O", "OfficialNames" -> <|"NPC Approved Name" -> "oberadilol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3047798]}, "Synonyms" -> {"chembl2105183", "ac1milu2", "surecn8813275", "114856-44-9[rn]", "oberadilol[inn]", "4-chloro-2-(3-((1,1-dimethyl-2-((4-(4-methyl-6-oxo-1,4,5,6-tetrahydro-3-pyridazinyl)phenyl)amino)ethyl)amino)-2-hydroxypropoxy)benzonitrile", "oberadilol [inn]", "dsstox_cid_28671", "oberadilol", "tox21_113202", "(- )-4-chloro-2-(3-((1,1-dimethyl-2-(p-(1,4,5,6-tetrahydro-4-methyl-6-oxo-3-pyridazinyl)anilino)ethyl)amino)-2-hydroxypropoxy)benzonitrile", "dsstox_rid_82941", "unii-7znx9et039", "oberadiol", "dsstox_gsid_48745"}|>, "6681" -> <|"DatabaseID" -> "SW03614", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2310115]}, "IsomericSmiles" -> "CC1CC(=O)NN=C1c2ccc(cc2)NCC(C)(C)[NH2+]CC(COc3cc(ccc3C#N)Cl)O", "OfficialNames" -> <|"NPC Approved Name" -> "oberadilol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3047798]}, "Synonyms" -> {"chembl2105183", "ac1milu2", "surecn8813275", "114856-44-9[rn]", "oberadilol[inn]", "4-chloro-2-(3-((1,1-dimethyl-2-((4-(4-methyl-6-oxo-1,4,5,6-tetrahydro-3-pyridazinyl)phenyl)amino)ethyl)amino)-2-hydroxypropoxy)benzonitrile", "oberadilol [inn]", "dsstox_cid_28671", "oberadilol", "tox21_113202", "(- )-4-chloro-2-(3-((1,1-dimethyl-2-(p-(1,4,5,6-tetrahydro-4-methyl-6-oxo-3-pyridazinyl)anilino)ethyl)amino)-2-hydroxypropoxy)benzonitrile", "dsstox_rid_82941", "unii-7znx9et039", "oberadiol", "dsstox_gsid_48745"}|>, "6682" -> <|"DatabaseID" -> "SW03614", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2310115]}, "IsomericSmiles" -> "CC1CC(=O)NN=C1c2ccc(cc2)NCC(C)(C)[NH2+]CC(COc3cc(ccc3C#N)Cl)O", "OfficialNames" -> <|"NPC Approved Name" -> "oberadilol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3047798]}, "Synonyms" -> {"chembl2105183", "ac1milu2", "surecn8813275", "114856-44-9[rn]", "oberadilol[inn]", "4-chloro-2-(3-((1,1-dimethyl-2-((4-(4-methyl-6-oxo-1,4,5,6-tetrahydro-3-pyridazinyl)phenyl)amino)ethyl)amino)-2-hydroxypropoxy)benzonitrile", "oberadilol [inn]", "dsstox_cid_28671", "oberadilol", "tox21_113202", "(- )-4-chloro-2-(3-((1,1-dimethyl-2-(p-(1,4,5,6-tetrahydro-4-methyl-6-oxo-3-pyridazinyl)anilino)ethyl)amino)-2-hydroxypropoxy)benzonitrile", "dsstox_rid_82941", "unii-7znx9et039", "oberadiol", "dsstox_gsid_48745"}|>, "6683" -> <|"DatabaseID" -> "SW03615", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31373]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00699"]}, "IsomericSmiles" -> "Cn1cc2c3c1cccc3[C@]4(C[C@H](C[NH+]([C@@H]4C2)C)COC(=O)c5cc(cnc5)Br)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01290"]}, "OfficialNames" -> <|"China Approved Name" -> "nicergoline", "Indian Approved Name" -> "nicergoline"|>, "PharmGKBID" -> "PA164743014", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 34040]}, "Synonyms" -> {"sermion", "nicergolina [dcit]", "nimergoline", "nicotergoline", "nicergoline", "mne", "nicergolin [german]", "nargoline", "nicergolinum [inn-latin]", "nimergoline base", "cholergol", "248-694-6[einecs]", "sermion (tn)", "10-methoxy-1,6-dimethylergoline-8-methanol 5-bromo-3-pyrindinecarboxylate (ester)", "nicergolin", "nicergoline[wiki][inn][ban][jan][usan][jp15]", "nicergolin[german]", "8b-[(5-bromonicotinoyloxy)methyl]-1,6-dimethyl-10a-methoxyergoline", "1-methyllumilysergol 8-(5-bromonicotinate) 10-methyl ether", "alpha-1c adrenergic receptor", "memoq", "5-bromonicotinic acid 10-methoxy-1,6-dimethylergoline-8-methylester", "vasospan", "(8b)-10-methoxy-1,6-dimethylergoline-8-methanol 5-bromo-3-pyridinecarboxylate (ester)", "1-methyl-lumilysergol 8-(5-bromonicotinate) 10-methyl ether", "nicergolinum", "((6ar,9r,10as)-10a-methoxy-4,7-dimethyl-4,6,6a,7,8,9,10,10a-octahydroindolo[4,3-fg]quinolin-9-yl)methyl 5-bromonicotinate", "nicergolina", "4,6,6a,7,8,9,10,10a-octahydro-10aa-methoxy-4,7-dimethylindolo[4,3-fg]quinoline-9-methanol5-bromonicotinate", "(8b)-10-methoxy-1,6-dimethylergoline-8-methanol 5-bromo-3-pyridine carboxylate ester", "5-bromo-nicotinicacid (6ar,9r,10as)-10a-methoxy-4,7-dimethyl-4,6,6a,7,8,9,10,10a-octahydro-indolo[4,3-fg]quinolin-9-ylmethylester", "alpha 1a- adrenoreceptor", "nicergolinum[latin][inn]", "alpha 1a-adrenoceptor", "nicergoline [usan:ban:inn:jan]", "alpha adrenergic receptor 1c", "27848-84-6[rn]"}|>, "6684" -> <|"DatabaseID" -> "SW03615", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31373]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00699"]}, "IsomericSmiles" -> "Cn1cc2c3c1cccc3[C@]4(C[C@H](C[NH+]([C@@H]4C2)C)COC(=O)c5cc(cnc5)Br)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01290"]}, "OfficialNames" -> <|"China Approved Name" -> "nicergoline", "Indian Approved Name" -> "nicergoline"|>, "PharmGKBID" -> "PA164743014", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 34040]}, "Synonyms" -> {"sermion", "nicergolina [dcit]", "nimergoline", "nicotergoline", "nicergoline", "mne", "nicergolin [german]", "nargoline", "nicergolinum [inn-latin]", "nimergoline base", "cholergol", "248-694-6[einecs]", "sermion (tn)", "10-methoxy-1,6-dimethylergoline-8-methanol 5-bromo-3-pyrindinecarboxylate (ester)", "nicergolin", "nicergoline[wiki][inn][ban][jan][usan][jp15]", "nicergolin[german]", "8b-[(5-bromonicotinoyloxy)methyl]-1,6-dimethyl-10a-methoxyergoline", "1-methyllumilysergol 8-(5-bromonicotinate) 10-methyl ether", "alpha-1c adrenergic receptor", "memoq", "5-bromonicotinic acid 10-methoxy-1,6-dimethylergoline-8-methylester", "vasospan", "(8b)-10-methoxy-1,6-dimethylergoline-8-methanol 5-bromo-3-pyridinecarboxylate (ester)", "1-methyl-lumilysergol 8-(5-bromonicotinate) 10-methyl ether", "nicergolinum", "((6ar,9r,10as)-10a-methoxy-4,7-dimethyl-4,6,6a,7,8,9,10,10a-octahydroindolo[4,3-fg]quinolin-9-yl)methyl 5-bromonicotinate", "nicergolina", "4,6,6a,7,8,9,10,10a-octahydro-10aa-methoxy-4,7-dimethylindolo[4,3-fg]quinoline-9-methanol5-bromonicotinate", "(8b)-10-methoxy-1,6-dimethylergoline-8-methanol 5-bromo-3-pyridine carboxylate ester", "5-bromo-nicotinicacid (6ar,9r,10as)-10a-methoxy-4,7-dimethyl-4,6,6a,7,8,9,10,10a-octahydro-indolo[4,3-fg]quinolin-9-ylmethylester", "alpha 1a- adrenoreceptor", "nicergolinum[latin][inn]", "alpha 1a-adrenoceptor", "nicergoline [usan:ban:inn:jan]", "alpha adrenergic receptor 1c", "27848-84-6[rn]"}|>, "6685" -> <|"DatabaseID" -> "SW03616", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1197]}, "IsomericSmiles" -> "CC(C)C(CCC[NH+](C)CCc1ccc(c(c1)OC)OC)(C#N)c2cc(c(c(c2)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08009"]}, "OfficialNames" -> <|"NPC Approved Name" -> "gallopamil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1234]}, "Synonyms" -> {"5-((3", "gallopamil", "methoxyverapamil", "a-isopropyl-a-[(n-methyl-n-homoveratryl)-g-aminopropyl]-3,4,5-trimethoxyphenylacetonitrile", "5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-2-(3,4,5-trimethoxy-phenyl)-pentanenitrile (gallopamil)", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4,5-trimethoxy-a-(1-methylethyl)benzeneacetonitrile", "gallopamil[wiki][inn][ban]", "prebet", "16662-47-8[rn]", "d 600", "5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-2-(3,4,5-trimethoxy-phenyl)-pentanenitrile", "5-((3,4-dimethoxyphenethyl)(methyl)amino)-2-isopropyl-2-(3,4,5-trimethoxyphenyl)pentanenitrile", "5-[(3,4-dimethoxyphenethyl)methylamino]-2-isopropyl-2-(3,4,5-trimethoxyphenyl)valeronitrile", "gallopamillum[latin]", "5-((3,4-dimethoxyphenethyl)methylamino)-2-isopropyl-2-(3,4,5-trimethoxyphenyl)valeronitrile", "gallopamillum [inn-latin]", "d600", "benzeneacetonitrile", "16662-47-8", "240-704-7[einecs]", "16662-46-7[rn]", "5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropyl-2-(3,4,5-trimethoxyphenyl)pentanenitrile[acd/iupac name]", "galopamilo[spanish][inn]", "procorum", "5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-2-(3,4,5-trimethoxy-phenyl)-pentanenitrile(d600)", "galopamilo [inn-spanish]", "5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(propan-2-yl)-2-(3,4,5-trimethoxyphenyl)pentanenitrile"}|>, "6686" -> <|"DatabaseID" -> "SW03616", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1197]}, "IsomericSmiles" -> "CC(C)C(CCC[NH+](C)CCc1ccc(c(c1)OC)OC)(C#N)c2cc(c(c(c2)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08009"]}, "OfficialNames" -> <|"NPC Approved Name" -> "gallopamil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1234]}, "Synonyms" -> {"5-((3", "gallopamil", "methoxyverapamil", "a-isopropyl-a-[(n-methyl-n-homoveratryl)-g-aminopropyl]-3,4,5-trimethoxyphenylacetonitrile", "5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-2-(3,4,5-trimethoxy-phenyl)-pentanenitrile (gallopamil)", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4,5-trimethoxy-a-(1-methylethyl)benzeneacetonitrile", "gallopamil[wiki][inn][ban]", "prebet", "16662-47-8[rn]", "d 600", "5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-2-(3,4,5-trimethoxy-phenyl)-pentanenitrile", "5-((3,4-dimethoxyphenethyl)(methyl)amino)-2-isopropyl-2-(3,4,5-trimethoxyphenyl)pentanenitrile", "5-[(3,4-dimethoxyphenethyl)methylamino]-2-isopropyl-2-(3,4,5-trimethoxyphenyl)valeronitrile", "gallopamillum[latin]", "5-((3,4-dimethoxyphenethyl)methylamino)-2-isopropyl-2-(3,4,5-trimethoxyphenyl)valeronitrile", "gallopamillum [inn-latin]", "d600", "benzeneacetonitrile", "16662-47-8", "240-704-7[einecs]", "16662-46-7[rn]", "5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropyl-2-(3,4,5-trimethoxyphenyl)pentanenitrile[acd/iupac name]", "galopamilo[spanish][inn]", "procorum", "5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-2-(3,4,5-trimethoxy-phenyl)-pentanenitrile(d600)", "galopamilo [inn-spanish]", "5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(propan-2-yl)-2-(3,4,5-trimethoxyphenyl)pentanenitrile"}|>, "6687" -> <|"DatabaseID" -> "SW03616", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1197]}, "IsomericSmiles" -> "CC(C)C(CCC[NH+](C)CCc1ccc(c(c1)OC)OC)(C#N)c2cc(c(c(c2)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08009"]}, "OfficialNames" -> <|"NPC Approved Name" -> "gallopamil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1234]}, "Synonyms" -> {"5-((3", "gallopamil", "methoxyverapamil", "a-isopropyl-a-[(n-methyl-n-homoveratryl)-g-aminopropyl]-3,4,5-trimethoxyphenylacetonitrile", "5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-2-(3,4,5-trimethoxy-phenyl)-pentanenitrile (gallopamil)", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4,5-trimethoxy-a-(1-methylethyl)benzeneacetonitrile", "gallopamil[wiki][inn][ban]", "prebet", "16662-47-8[rn]", "d 600", "5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-2-(3,4,5-trimethoxy-phenyl)-pentanenitrile", "5-((3,4-dimethoxyphenethyl)(methyl)amino)-2-isopropyl-2-(3,4,5-trimethoxyphenyl)pentanenitrile", "5-[(3,4-dimethoxyphenethyl)methylamino]-2-isopropyl-2-(3,4,5-trimethoxyphenyl)valeronitrile", "gallopamillum[latin]", "5-((3,4-dimethoxyphenethyl)methylamino)-2-isopropyl-2-(3,4,5-trimethoxyphenyl)valeronitrile", "gallopamillum [inn-latin]", "d600", "benzeneacetonitrile", "16662-47-8", "240-704-7[einecs]", "16662-46-7[rn]", "5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropyl-2-(3,4,5-trimethoxyphenyl)pentanenitrile[acd/iupac name]", "galopamilo[spanish][inn]", "procorum", "5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-2-(3,4,5-trimethoxy-phenyl)-pentanenitrile(d600)", "galopamilo [inn-spanish]", "5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(propan-2-yl)-2-(3,4,5-trimethoxyphenyl)pentanenitrile"}|>, "6688" -> <|"DatabaseID" -> "SW03616", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 1197]}, "IsomericSmiles" -> "CC(C)C(CCC[NH+](C)CCc1ccc(c(c1)OC)OC)(C#N)c2cc(c(c(c2)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08009"]}, "OfficialNames" -> <|"NPC Approved Name" -> "gallopamil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 1234]}, "Synonyms" -> {"5-((3", "gallopamil", "methoxyverapamil", "a-isopropyl-a-[(n-methyl-n-homoveratryl)-g-aminopropyl]-3,4,5-trimethoxyphenylacetonitrile", "5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-2-(3,4,5-trimethoxy-phenyl)-pentanenitrile (gallopamil)", "a-[3-[[2-(3,4-dimethoxyphenyl)ethyl]methylamino]propyl]-3,4,5-trimethoxy-a-(1-methylethyl)benzeneacetonitrile", "gallopamil[wiki][inn][ban]", "prebet", "16662-47-8[rn]", "d 600", "5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-2-(3,4,5-trimethoxy-phenyl)-pentanenitrile", "5-((3,4-dimethoxyphenethyl)(methyl)amino)-2-isopropyl-2-(3,4,5-trimethoxyphenyl)pentanenitrile", "5-[(3,4-dimethoxyphenethyl)methylamino]-2-isopropyl-2-(3,4,5-trimethoxyphenyl)valeronitrile", "gallopamillum[latin]", "5-((3,4-dimethoxyphenethyl)methylamino)-2-isopropyl-2-(3,4,5-trimethoxyphenyl)valeronitrile", "gallopamillum [inn-latin]", "d600", "benzeneacetonitrile", "16662-47-8", "240-704-7[einecs]", "16662-46-7[rn]", "5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-isopropyl-2-(3,4,5-trimethoxyphenyl)pentanenitrile[acd/iupac name]", "galopamilo[spanish][inn]", "procorum", "5-{[2-(3,4-dimethoxy-phenyl)-ethyl]-methyl-amino}-2-isopropyl-2-(3,4,5-trimethoxy-phenyl)-pentanenitrile(d600)", "galopamilo [inn-spanish]", "5-{[2-(3,4-dimethoxyphenyl)ethyl](methyl)amino}-2-(propan-2-yl)-2-(3,4,5-trimethoxyphenyl)pentanenitrile"}|>, "6689" -> <|"DatabaseID" -> "SW03617", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447657]}, "IsomericSmiles" -> "CCCCC(=O)O[C@@]1(CC[C@@H]2[C@@]1(C[C@@H]([C@H]3[C@H]2CCC4=CC(=O)C=C[C@]34C)O)C)C(=O)COC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03301"]}, "OfficialNames" -> <|"NPC Approved Name" -> "prednisolone valerate acetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284612]}, "Synonyms" -> {"acepreval", "prednisolone valerate acetate", "spirazon", "lidomex", "276-312-8[einecs]", "einecs 276-312-8", "72064-79-0", "brn 2713941", "11b,17a,21-trihydroxy-1,4-pregnadiene-3,20-dione 21-acetate 17-valerate", "prednisolone valerate acetate[jan]", "prednisolone-17-valerate-21-acetate", "spirazon (tn)", "prednisolone valerate acetate [jan]", "prednival acetate", "prednisolone valerate acetate (jan)", "72064-79-0[rn]", "pdl", "prednisolone 17-valerate 21-acetate"}|>, "6690" -> <|"DatabaseID" -> "SW03618", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 193884]}, "IsomericSmiles" -> "C[C@]12CCC(=O)C=C1CC[C@@H]3[C@@H]2[C@H](C[C@]4([C@H]3CC[C@@]4(C(=O)COC(=O)CCC5CCCC5)O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00976"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HYDROCORTISONE CYPIONATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 223253]}, "Synonyms" -> {"cortisol 21-cyclopentanepropionate", "hydrocortisone cypionate", "cortef fluid", "11?,17,21-trihydroxypregn-4-ene-3,20-dione 21-cyclopentanepropionate", "2-[(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2-oxoethyl 3-cyclopentylpropanoate", "2-((8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl)-2-oxoethyl 3-cyclopentylpropanoate", "208-091-0[einecs]", "2-[(8s,9s,10r,11s,13s,14s,17r)-11,17-dihydroxy-10,13-dimethyl-3-oxo-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2-oxoethyl-3-cyclopentylpropanoat", "hydrocortisone cyclopentylpropionate", "11b,17,21-trihydroxypregn-4-ene-3,20-dione 21-cyclopentanepropionate", "hydrocortisone cyclopentyl propionate", "chembl1549", "508-99-6[rn]", "cortisol", "17-hydroxycorticosterone 21b-cyclopentylpropionate", "(11b)-21-(3-cyclopentyl-1-oxopropoxy)-11,17-dihydroxypregn-4-ene-3,20-dione", "ac1l5cf4", "cortisol 21-cyclopentanepropionate (8ci)", "mls002638159", "cortef[wiki]", "508-99-6", "cortisol 21-cyclopentanepropionate", "cortef (tn)"}|>, "6691" -> <|"DatabaseID" -> "SW03619", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16436"]}, "IsomericSmiles" -> "C[N+](C)(C)CCOP(=O)([O-])OP(=O)([O-])OC[C@@H]1[C@H]([C@H]([C@@H](O1)n2ccc(nc2=O)N)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00057"]}, "OfficialNames" -> <|"China Approved Name" -> "citicoline", "Indian Approved Name" -> "citicoline", "NPC Approved Name" -> "citicolinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13805], ExternalIdentifier["PubChemCompoundID", 13804]}, "Synonyms" -> {"citicoline", "nicholin", "[2-cytidylate-o'-phosphonyloxyl]-ethyl-trimethyl-ammonium", "cdc", "ac1l22it", "2-[[[(2r", "chebi:49086", "5'-o-[hydroxy({hydroxy[2-(trimethylammonio)ethoxy]phosphoryl}oxy)phosphoryl]cytidine", "chembl1618340", "recofnan", "cytidine 5'-diphosphoric choline", "choline 5'-cytidine diphosphate", "cytidindiphosphocholin[german]", "choline cytidine 5'-pyrophosphate ester", "citicholine", "niticolin", "5'-o-[hydroxy({[2-(trimethylammonio)ethoxy]phosphinato}oxy)phosphoryl]cytidine[acd/iupac name]", "haocolin", "cytidine5'-(trihydrogen diphosphate) mono(2-(trimethylammonio)ethyl) ester hydroxide inner salt", "cdp-colina", "1477-47-0[rn]", "cdp-cholin[german]", "cytidine5'-(trihydrogen diphosphate) p'-(2-(trimethylammonio)ethyl) ester inner salt", "choline ester with cytidine 5'-pyrophosphate", "cytidoline", "cytidine diphosphate cholin ester", "cytidine 5'-diphosphocholine", "cytidine 5'-(cholinyl pyrophosphate)", "citidin difosfato de colina[spanish]", "cdp-colina[spanish]", "cytidindiphosphocholin", "citidoline", "citicolina[spanish][inn]", "cytidine 5'-(choline diphosphate)", "987-78-0[rn]", "4170138[beilstein]", "citicolinum[latin]", "cytidine,5'-o-[hydroxy[[hydroxy[2-(trimethylammonio)ethoxy]phosphinyl]oxy]phosphinyl]- inner salt", "citicolina; citicolinum", "choline,hydroxide 5'-ester with cytidine 5'-(trihydrogen pyrophosphate) innersalt", "cyscholin", "citidin difosfato de colina", "choline cytidine diphosphate", "cytidine 5'-pyrophosphate ester with choline", "cytidine diphosphorylcholine", "difosfocin", "citicolinum [inn_en]", "cdp-choline", "cytidinediphosphoric choline"}|>, "6692" -> <|"DatabaseID" -> "SW03619", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16436"]}, "IsomericSmiles" -> "C[N+](C)(C)CCOP(=O)([O-])OP(=O)([O-])OC[C@@H]1[C@H]([C@H]([C@@H](O1)n2ccc(nc2=O)N)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00057"]}, "OfficialNames" -> <|"China Approved Name" -> "citicoline", "Indian Approved Name" -> "citicoline", "NPC Approved Name" -> "citicolinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13805], ExternalIdentifier["PubChemCompoundID", 13804]}, "Synonyms" -> {"citicoline", "nicholin", "[2-cytidylate-o'-phosphonyloxyl]-ethyl-trimethyl-ammonium", "cdc", "ac1l22it", "2-[[[(2r", "chebi:49086", "5'-o-[hydroxy({hydroxy[2-(trimethylammonio)ethoxy]phosphoryl}oxy)phosphoryl]cytidine", "chembl1618340", "recofnan", "cytidine 5'-diphosphoric choline", "choline 5'-cytidine diphosphate", "cytidindiphosphocholin[german]", "choline cytidine 5'-pyrophosphate ester", "citicholine", "niticolin", "5'-o-[hydroxy({[2-(trimethylammonio)ethoxy]phosphinato}oxy)phosphoryl]cytidine[acd/iupac name]", "haocolin", "cytidine5'-(trihydrogen diphosphate) mono(2-(trimethylammonio)ethyl) ester hydroxide inner salt", "cdp-colina", "1477-47-0[rn]", "cdp-cholin[german]", "cytidine5'-(trihydrogen diphosphate) p'-(2-(trimethylammonio)ethyl) ester inner salt", "choline ester with cytidine 5'-pyrophosphate", "cytidoline", "cytidine diphosphate cholin ester", "cytidine 5'-diphosphocholine", "cytidine 5'-(cholinyl pyrophosphate)", "citidin difosfato de colina[spanish]", "cdp-colina[spanish]", "cytidindiphosphocholin", "citidoline", "citicolina[spanish][inn]", "cytidine 5'-(choline diphosphate)", "987-78-0[rn]", "4170138[beilstein]", "citicolinum[latin]", "cytidine,5'-o-[hydroxy[[hydroxy[2-(trimethylammonio)ethoxy]phosphinyl]oxy]phosphinyl]- inner salt", "citicolina; citicolinum", "choline,hydroxide 5'-ester with cytidine 5'-(trihydrogen pyrophosphate) innersalt", "cyscholin", "citidin difosfato de colina", "choline cytidine diphosphate", "cytidine 5'-pyrophosphate ester with choline", "cytidine diphosphorylcholine", "difosfocin", "citicolinum [inn_en]", "cdp-choline", "cytidinediphosphoric choline"}|>, "6693" -> <|"DatabaseID" -> "SW03619", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16436"]}, "IsomericSmiles" -> "C[N+](C)(C)CCOP(=O)([O-])OP(=O)([O-])OC[C@@H]1[C@H]([C@H]([C@@H](O1)n2ccc(nc2=O)N)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00057"]}, "OfficialNames" -> <|"China Approved Name" -> "citicoline", "Indian Approved Name" -> "citicoline", "NPC Approved Name" -> "citicolinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13805], ExternalIdentifier["PubChemCompoundID", 13804]}, "Synonyms" -> {"citicoline", "nicholin", "[2-cytidylate-o'-phosphonyloxyl]-ethyl-trimethyl-ammonium", "cdc", "ac1l22it", "2-[[[(2r", "chebi:49086", "5'-o-[hydroxy({hydroxy[2-(trimethylammonio)ethoxy]phosphoryl}oxy)phosphoryl]cytidine", "chembl1618340", "recofnan", "cytidine 5'-diphosphoric choline", "choline 5'-cytidine diphosphate", "cytidindiphosphocholin[german]", "choline cytidine 5'-pyrophosphate ester", "citicholine", "niticolin", "5'-o-[hydroxy({[2-(trimethylammonio)ethoxy]phosphinato}oxy)phosphoryl]cytidine[acd/iupac name]", "haocolin", "cytidine5'-(trihydrogen diphosphate) mono(2-(trimethylammonio)ethyl) ester hydroxide inner salt", "cdp-colina", "1477-47-0[rn]", "cdp-cholin[german]", "cytidine5'-(trihydrogen diphosphate) p'-(2-(trimethylammonio)ethyl) ester inner salt", "choline ester with cytidine 5'-pyrophosphate", "cytidoline", "cytidine diphosphate cholin ester", "cytidine 5'-diphosphocholine", "cytidine 5'-(cholinyl pyrophosphate)", "citidin difosfato de colina[spanish]", "cdp-colina[spanish]", "cytidindiphosphocholin", "citidoline", "citicolina[spanish][inn]", "cytidine 5'-(choline diphosphate)", "987-78-0[rn]", "4170138[beilstein]", "citicolinum[latin]", "cytidine,5'-o-[hydroxy[[hydroxy[2-(trimethylammonio)ethoxy]phosphinyl]oxy]phosphinyl]- inner salt", "citicolina; citicolinum", "choline,hydroxide 5'-ester with cytidine 5'-(trihydrogen pyrophosphate) innersalt", "cyscholin", "citidin difosfato de colina", "choline cytidine diphosphate", "cytidine 5'-pyrophosphate ester with choline", "cytidine diphosphorylcholine", "difosfocin", "citicolinum [inn_en]", "cdp-choline", "cytidinediphosphoric choline"}|>, "6694" -> <|"DatabaseID" -> "SW03619", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16436"]}, "IsomericSmiles" -> "C[N+](C)(C)CCOP(=O)([O-])OP(=O)([O-])OC[C@@H]1[C@H]([C@H]([C@@H](O1)n2ccc(nc2=O)N)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00057"]}, "OfficialNames" -> <|"China Approved Name" -> "citicoline", "Indian Approved Name" -> "citicoline", "NPC Approved Name" -> "citicolinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13805], ExternalIdentifier["PubChemCompoundID", 13804]}, "Synonyms" -> {"citicoline", "nicholin", "[2-cytidylate-o'-phosphonyloxyl]-ethyl-trimethyl-ammonium", "cdc", "ac1l22it", "2-[[[(2r", "chebi:49086", "5'-o-[hydroxy({hydroxy[2-(trimethylammonio)ethoxy]phosphoryl}oxy)phosphoryl]cytidine", "chembl1618340", "recofnan", "cytidine 5'-diphosphoric choline", "choline 5'-cytidine diphosphate", "cytidindiphosphocholin[german]", "choline cytidine 5'-pyrophosphate ester", "citicholine", "niticolin", "5'-o-[hydroxy({[2-(trimethylammonio)ethoxy]phosphinato}oxy)phosphoryl]cytidine[acd/iupac name]", "haocolin", "cytidine5'-(trihydrogen diphosphate) mono(2-(trimethylammonio)ethyl) ester hydroxide inner salt", "cdp-colina", "1477-47-0[rn]", "cdp-cholin[german]", "cytidine5'-(trihydrogen diphosphate) p'-(2-(trimethylammonio)ethyl) ester inner salt", "choline ester with cytidine 5'-pyrophosphate", "cytidoline", "cytidine diphosphate cholin ester", "cytidine 5'-diphosphocholine", "cytidine 5'-(cholinyl pyrophosphate)", "citidin difosfato de colina[spanish]", "cdp-colina[spanish]", "cytidindiphosphocholin", "citidoline", "citicolina[spanish][inn]", "cytidine 5'-(choline diphosphate)", "987-78-0[rn]", "4170138[beilstein]", "citicolinum[latin]", "cytidine,5'-o-[hydroxy[[hydroxy[2-(trimethylammonio)ethoxy]phosphinyl]oxy]phosphinyl]- inner salt", "citicolina; citicolinum", "choline,hydroxide 5'-ester with cytidine 5'-(trihydrogen pyrophosphate) innersalt", "cyscholin", "citidin difosfato de colina", "choline cytidine diphosphate", "cytidine 5'-pyrophosphate ester with choline", "cytidine diphosphorylcholine", "difosfocin", "citicolinum [inn_en]", "cdp-choline", "cytidinediphosphoric choline"}|>, "6695" -> <|"DatabaseID" -> "SW03620", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66301]}, "IsomericSmiles" -> "C[C@@]12CC[C@@H]3[C@@]([C@H]1CC=C4[C@]2(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)(C[C@H]([C@@H]([C@@]3(C)CO)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arjunolic;arjunolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73641]}, "Synonyms" -> {"arjunolic acid", "(2|a", "chembl464466", "chebi:565352", "465-00-9", "ar-1a3700", "kst-1a5039", "2,3,23-trihydroxyolean-12-en-28-oic acid", "465-00-9[rn]", "2", "(4as,6as,6br,8ar,9r,10r,11r,12ar,12br,14bs)-10,11-dihydroxy-9-(hydroxymethyl)-2,2,6a,6b,9,12a-hexamethyl-1,2,3,4,4a,5,6,6a,6b,7,8,8a,9,10,11,12,12a,12b,13,14b-icosahydropicene-4a-carboxylicacid", "ac1q5qz9", "ac1l2k7y"}|>, "6696" -> <|"DatabaseID" -> "SW03621", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106361]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@]2(CC[C@@]3(C(=CC[C@H]4[C@]3(CC[C@@H]5[C@@]4(C[C@H]([C@@H]([C@@]5(C)CO)O)O)C)C)[C@@H]2[C@H]1C)C)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asiatic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119034]}, "Synonyms" -> {"asiatic acid", "(2|a", "nsc-166063", "ac1l3o2w", "stock1n-67825", "ac1q5qhs", "464-92-6", "464-92-6[rn]", "hsdb 7662", "chembl404313", "s2266_selleck", "asiaticacid"}|>, "6697" -> <|"DatabaseID" -> "SW03622", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391235]}, "IsomericSmiles" -> "CC(=O)O[C@]12CO[C@@H]([C@H]1CO[C@H]2Oc3cc4c(cc3OC)OCO4)c5cc6c(cc5OC)OCO6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phrymarolin-i"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442932]}, "Synonyms" -> {"phrymarolin i", "ac1l9doe", "phrymarolin-i", "38303-95-6", "38303-95-6[rn]", "c10737", "[(3s"}|>, "6698" -> <|"DatabaseID" -> "SW03623", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "24945"], ExternalIdentifier["ChEBIID", "17630"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01172"]}, "IsomericSmiles" -> "C1[C@H]([C@@H]([C@H]([C@@H]([C@H]1[NH3+])O[C@@H]2[C@@H]([C@H]([C@@H]([C@H](O2)C[NH3+])O)O)O)O)O[C@@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)[NH3+])O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03262"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "kanamycin", "Indian Approved Name" -> "kanamycin", "FDA Approved Drug" -> "KANAMYCIN SULFATE"|>, "PharmGKBID" -> "PA450137", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6032]}, "Synonyms" -> {"kanamycin a", "kanamycin base", "kanamycin", "klebcil", "km (the antibiotic)", "kanamycin sulfate", "kan", "kenamycin a", "kanamycine [inn-french]", "16s ribosomal ribonucleic acid", "kanamycin b", "kanamycinum [inn-latin]", "nebramycin factor 5", "aminodeoxykanamycin", "kanamycinum", "kanamicina [italian]", "kanamicina", "bekanamycin", "kanamycine", "kano", "232-512-7[einecs]", "einecs 200-411-7", "a-d-glucopyranoside (1s,2r,3r,4s,6r)-4,6-diamino-3-[(6-amino-6-deoxy-a-d-glucopyranosyl)oxy]-2-hydroxycyclohexyl 3-amino-3-deoxy-", "klebcil (1:1 sulfate)", "kanamycin & crl8131", "kanamycin sulfate[usp][jp15]", "km", "25389-94-0[rn]", "liposomal kanamycin", "19079-03-9[rn]", "59-01-8 (kanamycin a)", "8063-07-8[rn]", "kanamycin sulphate", "c18h36n4o11", "kanabristol", "4-18-00-07631 (beilstein handbook reference)[beilstein]", "(1s,2r,3r,4s,6r)-4,6-diamino-3-[(6-amino-6-deoxy-a-d-glucopyranosyl)oxy]-2-hydroxycyclohexyl 3-amino-3-deoxy-a-d-glucopyranoside", "11025-65-3[rn]", "kanamycine[french][inn]", "kanamycinum[latin]", "kanasig", "kanamycin [inn:ban][inn]", "kanescin", "kantrex[wiki]", "kannasyn", "59-01-8[rn]", "kanamicina[italian]", "ih4", "kanacedin", "4-18-00-07631", "kantrex (1:1 sulfate)", "200-411-7[einecs]", "kanamycin a derivative", "61647[beilstein]", "glucopyranoside 4,6-diamino-2-hydroxy-1,3-cyclohexylene 3,6'-diamino-3,6'-dideoxydi- d-", "kanaqua", "cantrex", "cristalomicina", "kanamycin[wiki]", "kanatrol", "kanicin", "4,6-diamino-2-hydroxy-1,3-cyclohexylene 3,6'-diamino-3,6'-dideoxydi-d-glucopyranoside", "kanamytrex", "25389-94-0 (kanamycin a,1:1 sulfate)", "246-933-9[einecs]", "otokalixin", "337376-15-5", "64013-69-0[rn]"}|>, "6699" -> <|"DatabaseID" -> "SW03624", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5145991]}, "IsomericSmiles" -> "CCC(=O)OCC(=O)[C@]1(CC[C@@H]2[C@@]1(C[C@@H]([C@H]3[C@H]2CCC4=CC(=O)C=C[C@]34C)O)C)OC(=O)OCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05601"]}, "OfficialNames" -> <|"Indian Approved Name" -> "prednicarbate", "FDA Approved Drug" -> "PREDNICARBATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6714002]}, "Synonyms" -> {"dermatop", "prednicarbate", "peitel", "prednicarbate[wiki]", "dermatop (tn)", "277-590-3[einecs]", "hoe 777", "s 77 0777", "2-{(8s,9s,10r,11s,13s,14s,17r)-17-[(ethoxycarbonyl)oxy]-11-hydroxy-10,13-dimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl}-2-oxoethylpropanoat", "2-{(8s,9s,10r,11s,13s,14s,17r)-17-[(ethoxycarbonyl)oxy]-11-hydroxy-10,13-dimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl}-2-oxoethyl propanoate", "[2-(17-ethoxycarbonyloxy-11-hydroxy-10,13-dimethyl-3-oxo-7,8,9,11,12,14,15,16-octahydro-6h-cyclopenta[a]phenanthren-17-yl)-2-oxo-ethyl]propanoate", "dermatop e emollient", "prednisolone 17-ethylcarbonate 21-propionate", "prestwick0_001044", "s-77 0777", "73771-04-7[rn]", "11b,17,21-trihydroxypregna-1,4-diene-3,20-dione 17-(ethyl carbonate) 21-propionate", "hoe-777", "(11b)-17-[(ethoxycarbonyl)oxy]-11-hydroxy-21-(1-oxopropoxy)pregna-1,4-diene-3,20-dione", "prestwick1_001044", "73771-04-7"}|>, "6700" -> <|"DatabaseID" -> "SW03625", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552186]}, "IsomericSmiles" -> "CCCC(=O)O[C@@]1(CC[C@@H]2[C@@]1(C[C@@H]([C@H]3[C@H]2CCC4=CC(=O)CC[C@]34C)O)C)C(=O)COC(=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01886"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HYDROCORTISONE PROBUTATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636398]}, "Synonyms" -> {"hydrocortisone butyrate propionate", "hydrocortisone buteprate", "hydrocortisone probutate", "pandel (tn)", "11?,17,21-trihydroxypregn-4-ene-3,20-dione 17-butyrate21-propionate", "hydrocortisone probutate[usan]", "ts-408", "pandel[wiki]", "dsstox_rid_82801", "276-726-9[einecs]", "dsstox_cid_28529", "(8s,9s,10r,11s,13s,14s,17r)-11-hydroxy-10,13-dimethyl-3-oxo-17-[(propanoyloxy)acetyl]-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ylbutanoat", "11b,17,21-trihydroxypregn-4-ene-3,20-dione 17-butyrate21-propionate", "ncgc00183276-01", "pandel", "(8s,9s,10r,11s,13s,14s,17r)-11-hydroxy-10,13-dimethyl-3-oxo-17-[(propanoyloxy)acetyl]-2,3,6,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-17-ylbutanoate", "72590-77-3[rn]", "ac1lcs5w", "hydrocortisone 17-butyrate 21-propionate", "chembl1200953", "dsstox_gsid_48603"}|>, "6701" -> <|"DatabaseID" -> "SW03626", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735743]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@H](O[C@]3([C@H]1[C@]4(CC[C@@]56C[C@@]57CC[C@@H](C([C@@H]7CC[C@H]6[C@@]4([C@H]3O)C)(C)C)O)C)O2)C(C)(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cimigenol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20054872]}, "Synonyms" -> {"cimigenol", "cimicifugol", "(3b,15a,16a,23r,24s)-16,23:16,24-diepoxy-9,19-cyclolanostane-3,15,25-triol", "chembl1651287", "3779-59-7[rn]", "c17538"}|>, "6702" -> <|"DatabaseID" -> "SW03627", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735802]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]([C@]([C@@H]1CC[C@@]3([C@@H]2CC=C4[C@]3(C[C@@H]5[C@@]6([C@H]4CC([C@@H]([C@@H]6O)O5)(C)C)CO)C)C)(C)CO)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "escigenin"|>, "Synonyms" -> {"escigenin", "17806-68-7[rn]", "aescigenin"}|>, "6703" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6704" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6705" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6706" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6707" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6708" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6709" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6710" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6711" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6712" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6713" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6714" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6715" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6716" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6717" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6718" -> <|"DatabaseID" -> "SW03628", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477505]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@](C1CC[C@H]4C(=CC(=O)[C@@H]5C4(C[C@H]([C@H](C5(C)C)O)O)C)C2)(CCC([C@]3(C)CO)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycoclavanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319120]}, "Synonyms" -> {"lycoclavanin"}|>, "6719" -> <|"DatabaseID" -> "SW03629", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "49375"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2323020]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)c2cnc(s2)Nc3cc(nc(n3)C)N4CC[NH+](CC4)CCO)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03658"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DASATINIB"|>, "PharmGKBID" -> "PA162372878", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3062316]}, "Synonyms" -> {"dasatinibum", "dasatinib", "bms354825", "n-(2-chloro-6-methylphenyl)-2-({6-[4-(2-hydroxyethyl)-1-piperazinyl]-2-methyl-4-pyrimidinyl}amino)-1,3-thiazole-5-carboxamide", "dasatinibum [inn_la]", "183319-69-9[rn]", "n-(2-chloro-6-methylphenyl)-2-(6-(4-(2-hydroxyethyl)piperazin-1-yl)-2-methylpyrimidin-4-ylamino)thiazole-5-carboxamide", "sprycel", "dasatinib anhydrous", "2-{6-[4-(2-hydroxy-ethyl)-piperazin-1-yl]-2-methyl-pyrimidin-4-ylamino}-thiazole", "bms-354825; sprycel; n-(2-chloro-6-methylphenyl)-2-(6-(4-(2-hydroxyethyl)piperazin-1-yl)-2-methylpyrimidin-4-ylamino)thiazole-5-carboxamide", "spyrcel", "n-(2-chlor-6-methylphenyl)-2-({6-[4-(2-hydroxyethyl)piperazin-1-yl]-2-methylpyrimidin-4-yl}amino)-1,3-thiazol-5-carboxamid", "5-thiazolecarboxamide n-(2-chloro-6-methylphenyl)-2-((6-(4-(2-hydroxyethyl)-1-piperazinyl)-2-methyl-4-pyrimidinyl)amino)-", "5-thiazolecarboxamide n-(2-chloro-6-methylphenyl)-2-[[6-[4-(2-hydroxyethyl)-1-piperazinyl]-2-methyl-4-pyrimidinyl]amino]-", "sprycel[wiki]", "bms dasatinib", "302962-49-8", "kinome_3650", "dasatinib [usan]", "(18f)-n-(2-chloro-6-methylphenyl)-2-(6-(4-(2-hydroxyethyl)piperazin-1-yl)-2-methylpyrimidin-4-ylamino)thiazole-5-carboxamide", "2-(6-(4-(2-hydroxyethyl)piperazin-1-yl)-2-methylpyrimidin-4-ylamino)-n-(2-chloro-6-methylphenyl)thiazole-5-carboxamide", "1n1", "n-(2-chloro-6-methylphenyl)-2-[[6-[4-(2-hydroxyethyl)piperazin-1-yl]-2-methylpyrimidin-4-yl]amino]-1,3-thiazole-5-carboxamide", "n-(2-chloro-6-methylphenyl)-2-((6-(4-(2-hydroxyethyl)piperazin-1-yl)-2-methylpyrimidin-4-yl)amino)thiazole-5-carboxamide", "863127-77-9[rn]", "bms 354825", "n-(2-chloro-6-methylphenyl)-2-({6-[4-(2-hydroxyethyl)piperazin-1-yl]-2-methylpyrimidin-4-yl}amino)-1,3-thiazole-5-carboxamide", "c488369", "bms-354825", "bms-354825 sprycel bms354825", "302962-49-8[rn]", "dasatinib[wiki][usan]"}|>, "6720" -> <|"DatabaseID" -> "SW03630", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552203]}, "IsomericSmiles" -> "Cc1nnc2n1-c3c(cc(s3)CCc4ccc(cc4)CC(C)C)C(=N[C@@H]2C)c5ccccc5Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02590"]}, "OfficialNames" -> <|"NPC Approved Name" -> "israpafant"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636426]}, "Synonyms" -> {"israpafant", "117279-73-9[rn]", "surecn121587", "ac1lcs7b", "israpafant (jan/inn)", "d02590"}|>, "6721" -> <|"DatabaseID" -> "SW03631", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5383"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00222"]}, "IsomericSmiles" -> "CCC1=C(CN(C1=O)C(=O)NCCc2ccc(cc2)S(=O)(=O)[N-]C(=O)NC3CCC(CC3)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00593"]}, "OfficialNames" -> <|"China Approved Name" -> "glimepiride", "Indian Approved Name" -> "glimepiride", "Australia Approved Name" -> "GLIMEPIRIDE", "FDA Approved Drug" -> "GLIMEPIRIDE"|>, "PharmGKBID" -> "PA449761", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3476]}, "Synonyms" -> {"amaryl", "glimepiride", "glimepiridum", "glimepirida", "endial", "glimepirid", "amarel", "ratio-glimepiride", "glimepride", "sulfonylurea receptor 1", "avandaryl (glimepiride + rosiglitazone maleate)_mixture", "novo-glimepiride", "roname", "pms-glimepiride", "hoe 490", "sandoz glimepiride", "93479-97-1"}|>, "6722" -> <|"DatabaseID" -> "SW03632", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 99300]}, "IsomericSmiles" -> "CCCc1nc(c2n1[nH]c(nc2=O)c3cc(ccc3OCC)S(=O)(=O)N4CC[NH+](CC4)CC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09989"], ExternalIdentifier["KEGGID", "D08668"]}, "OfficialNames" -> <|"NPC Approved Name" -> "vardenafil", "FDA Approved Drug" -> "VARDENAFIL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA10229", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10142962], ExternalIdentifier["PubChemCompoundID", 110634]}, "Synonyms" -> {"vardenafil", "vivanza", "224785-90-4", "2-[2-ethoxy-5-(4-ethylpiperazine-1-sulfonyl)phenyl]-5-methyl-7-propyl-1h,4h-imidazo[4,3-f][1,2,4]triazin-4-one", "2-(2-ethoxy-5-(4-ethylpiperazin-1-yl-1-sulfonyl)phenyl)-5-methyl-7-propyl-3h-imidazo(5,1-f)(1,2,4)triazin-4-one", "2-{2-ethoxy-5-[(4-ethylpiperazin-1-yl)sulfonyl]phenyl}-5-methyl-7-propylimidazo[5,1-f][1,2,4]triazin-4-ol", "vardenafil[wiki]", "levitra;vivanza", "imidazo[5,1-f][1,2,4]triazin-4-ol 2-[2-ethoxy-5-[(4-ethyl-1-piperazinyl)sulfonyl]phenyl]-5-methyl-7-propyl-", "2-{2-ethoxy-5-[(4-ethylpiperazin-1-yl)sulfonyl]phenyl}-5-methyl-7-propylimidazo[5,1-f][1,2,4]triazin-4(1h)-one", "vardenafil (vivanza)", "imidazo[5,1-f][1,2,4]triazin-4(1h)-one 2-[2-ethoxy-5-[(4-ethyl-1-piperazinyl)sulfonyl]phenyl]-5-methyl-7-propyl-", "levitra[wiki]", "levitra", "vardenafil hcl trihydrate", "224785-90-4[rn]", "piperazine 1-((3-(1,4-dihydro-5-methyl-4-oxo-7-propylimidazo(5,1-f)(1,2,4)triazin-2-yl)-4-ethoxyphenyl)sulfonyl)-4-ethyl-", "vardenafil hydrochloride", "vdn", "vardenafil (inn)", "224789-15-5", "nsc759103", "nsc-759103", "hsdb 7304", "d09989", "vardenafil hydrochloride (usan)", "s2515_selleck", "stk642629", "pharmakon1600-01505374", "molport-003-666-657", "chembl1339", "levitra (tn)"}|>, "6723" -> <|"DatabaseID" -> "SW03633", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63637"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24747352]}, "IsomericSmiles" -> "CCCS(=O)(=O)Nc1ccc(c(c1F)C(=O)c2c[nH]c3c2cc(cn3)c4ccc(cc4)Cl)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09996"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VEMURAFENIB"|>, "PharmGKBID" -> "PA165946873", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 42611257]}, "Synonyms" -> {"rg7204", "zelboraf", "vemurafenib", "1029872-54-5", "plx4032[wiki]", "1-propanesulfonamide n-[3-[[5-(4-chlorophenyl)-1h-pyrrolo[2,3-b]pyridin-3-yl]carbonyl]-2,4-difluorophenyl]-", "1029872-54-", "2-(4-tert-butyl-2,6-dimethylbenzyl)-2-imidazoline hydrochloride", "n-{3-[5-(4-clorofenil)-1h-pirrolo[2,3-b]piridin-3-carbonil]-2,4-difluorofenil}propano-1-sulfonamida[spanish]", "plx4032", "rg7204 r7204 ro5185426", "n-[3-[[5-(4-chlorophenyl)-1h-pyrrolo[2,3-b]pyridin-3-yl]carbonyl]-2,4-difluorophenyl]-1-propanesulfonamide", "vemurafenib rg7204 ro5185426 zelboraf", "918504-65-1", "n-{3-[5-(4-chlorophenyl)-1h-pyrrolo[2,3-b]pyridin-3-carbonyl]-2,4-difluorophenyl}propane-1-sulfonamide", "n-(3-{[5-(4-chlorophenyl)-1h-pyrrolo[2", "vemurafenib[wiki][inn][usan]", "918504-65-1[rn]", "plx 4032", "zelboraf (tn)", "ro5185426", "n-(3-{[5-(4-chlorophenyl)-1h-pyrrolo[2,3-b]pyridin-3-yl]carbonyl}-2,4-difluorophenyl)-1-propanesulfonamid", "plx-4032", "n-(3-{[5-(4-chlorophenyl)-1h-pyrrolo[2,3-b]pyridin-3-yl]carbonyl}-2,4-difluorophenyl)propane-1-sulfonamide", "vemurafenibum[latin][inn]", "n-{3-[5-(4-chlorophenyl)-1h-pyrrolo[2,3-b]pyridine-3-carbonyl]-2,4-difluorophenyl}propane-1-sulfonamide", "r7204"}|>, "6724" -> <|"DatabaseID" -> "SW03634", "IsomericSmiles" -> "Cn1cncc1[C@@](c2ccc(cc2)Cl)(c3ccc4c(c3)c(cc(=O)n4C)c5cccc(c5)Cl)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03720"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tipifarnib"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159324]}, "Synonyms" -> {"tipifarnib", "192185-72-1", "ind 58359", "s1453_selleck", "ac1q3ovc", "r-115777", "r115777", "zarnestra", "tipifarnib [usan]", "tipifarnib (usan/inn)"}|>, "6725" -> <|"DatabaseID" -> "SW03635", "IsomericSmiles" -> "COc1ccc(cc1)c2c(c(=O)c3c(cc(c(c3o2)OC)O[C@H]4C([C@H]([C@H](C(O4)CO)O)O)O)[O-])[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prudomenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44259949]}, "Synonyms" -> {"lmpk12113133", "prudomenin"}|>, "6726" -> <|"DatabaseID" -> "SW03635", "IsomericSmiles" -> "COc1ccc(cc1)c2c(c(=O)c3c(cc(c(c3o2)OC)O[C@H]4C([C@H]([C@H](C(O4)CO)O)O)O)[O-])[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prudomenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44259949]}, "Synonyms" -> {"lmpk12113133", "prudomenin"}|>, "6727" -> <|"DatabaseID" -> "SW03635", "IsomericSmiles" -> "COc1ccc(cc1)c2c(c(=O)c3c(cc(c(c3o2)OC)O[C@H]4C([C@H]([C@H](C(O4)CO)O)O)O)[O-])[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prudomenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44259949]}, "Synonyms" -> {"lmpk12113133", "prudomenin"}|>, "6728" -> <|"DatabaseID" -> "SW03635", "IsomericSmiles" -> "COc1ccc(cc1)c2c(c(=O)c3c(cc(c(c3o2)OC)O[C@H]4C([C@H]([C@H](C(O4)CO)O)O)O)[O-])[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prudomenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44259949]}, "Synonyms" -> {"lmpk12113133", "prudomenin"}|>, "6729" -> <|"DatabaseID" -> "SW03636", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552649]}, "IsomericSmiles" -> "CC(=CCc1c2c(c3c(c1OC)C(=O)[C@](C(=O)O3)(CC(=O)C)c4ccc(cc4)O)C=CC(O2)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-22-dimethylchromene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636973]}, "Synonyms" -> {"3-(4-hydroxyphenyl)-5-methoxy-8", "inchi=1/c29h30o7/c1-16(2)7-12-20-23-21(13-14-28(4", "(3s)-3-(4-hydroxyphenyl)-5-methoxy-8", "3-(4-hydroxy-phenyl)-5-methoxy-8", "3-(4-hydroxyphenyl)-5-methoxy-8,8-dimethyl-6-(3-methylbut-2-en-1-yl)-3-(2-oxopropyl)-2h,8h-pyrano[2,3-f]chromene-2,4(3h)-dione", "3-(4'-hydroxyphenyl)-5-methoxy-6-(3,3-dimethylallyl)-2\",2\"-dimethylchromene-(5\",6\":8,7)-3-(propyl-2-one)-4h-1-benzo-2,3-dihydropyran-2,4-dione", "3-(4'-hydroxyphenyl)-5-methoxy-6-(3", "3-(4-hydroxy-phenyl)-5-methoxy-8,8-dimethyl-6-(3-methyl-but-2-enyl)-3-(2-oxo-propyl)-8h-pyrano[2,3-f]chromene-2,4-dione", "ac1lct94"}|>, "6730" -> <|"DatabaseID" -> "SW03637", "IsomericSmiles" -> "CC1([C@]2([C@]1([C@]([C@]([C@@H]([C@@]2(Cc3ccccc3)O)O)(Cc4ccccc4)O)(Cc5ccccc5)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "6-methylocodine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 53760210]}|>, "6731" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6732" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6733" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6734" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6735" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6736" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6737" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6738" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6739" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6740" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6741" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6742" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6743" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6744" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6745" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6746" -> <|"DatabaseID" -> "SW03638", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477656]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC=C3C2CCC4([C@@]3(CC[C@H]4[C@@H]5C[C@@H](OC5O)C(C(C)(C)O)O)C)C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "melianotriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319345]}, "Synonyms" -> {"melianotriol", "1-[(2r", "ac1nsxxs"}|>, "6747" -> <|"DatabaseID" -> "SW03639", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4945129]}, "IsomericSmiles" -> "c1ccc(cc1)/C=C/C(=O)OC[C@@H]2[C@H]([C@@H]([C@H]([C@@H](O2)O[C@H]3[C@H]4[C@@H](C=CO3)[C@@H]([C@H]5[C@@]4(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "picroside i"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6440892]}, "Synonyms" -> {"picroside i", "6'-cinnamoylcatalpol", "27409-30-9[rn]", "beta-d-glucopyranoside", "einecs 248-445-1", "i07-0198", "248-445-1[einecs]", "31200-45-0", "27409-30-9", "chembl454577"}|>, "6748" -> <|"DatabaseID" -> "SW03640", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31399"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445338]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OC/C=C/c2ccccc2)c3cccc(c3)[N+](=O)[O-])C(=O)OCCOC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01173"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cilnidipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282138]}, "Synonyms" -> {"atelec", "siscard", "cinalong", "atelec (tn)", "cinaldipine", "cilnidipine", "frc 8653", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-methoxyethyl(2e)-3-phenyl-2-propen-1-yl ester", "cinildipine", "frc-8653", "c065927", "2,6-dimethyl-4-(3-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-(2-methoxy-ethyl) ester 5-((e)-3-phenyl-allyl) ester", "(2e)-3-phenylprop-2-enyl 5-[(2-methoxyethyl)oxycarbonyl]-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-methoxyethyl (2e)-3-phenyl-2-propenyl ester", "132203-70-4", "2-methoxyethyl (2e)-3-phenylprop-2-en-1-yl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "3-cinnamyl 5-(2-methoxyethyl) 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "cilnidipine[wiki][inn]", "132203-70-4[rn]", "cilnidipine (jan/usan)[jan][usan]", "cilnidipine [inn]", "2-methoxyethyl-3-phenyl-2-propen-1-yl-1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)pyridine-3,5-dicarboxylate", "cilnidipine [inn_en]"}|>, "6749" -> <|"DatabaseID" -> "SW03640", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31399"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445338]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OC/C=C/c2ccccc2)c3cccc(c3)[N+](=O)[O-])C(=O)OCCOC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01173"]}, "OfficialNames" -> <|"Indian Approved Name" -> "cilnidipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282138]}, "Synonyms" -> {"atelec", "siscard", "cinalong", "atelec (tn)", "cinaldipine", "cilnidipine", "frc 8653", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-methoxyethyl(2e)-3-phenyl-2-propen-1-yl ester", "cinildipine", "frc-8653", "c065927", "2,6-dimethyl-4-(3-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-(2-methoxy-ethyl) ester 5-((e)-3-phenyl-allyl) ester", "(2e)-3-phenylprop-2-enyl 5-[(2-methoxyethyl)oxycarbonyl]-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-methoxyethyl (2e)-3-phenyl-2-propenyl ester", "132203-70-4", "2-methoxyethyl (2e)-3-phenylprop-2-en-1-yl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "3-cinnamyl 5-(2-methoxyethyl) 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "cilnidipine[wiki][inn]", "132203-70-4[rn]", "cilnidipine (jan/usan)[jan][usan]", "cilnidipine [inn]", "2-methoxyethyl-3-phenyl-2-propen-1-yl-1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)pyridine-3,5-dicarboxylate", "cilnidipine [inn_en]"}|>, "6750" -> <|"DatabaseID" -> "SW03641", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3789]}, "IsomericSmiles" -> "Cc1cccc(c1NC(=O)C[NH+]2CCN(CC2)CCCC(c3ccc(cc3)F)c4ccc(cc4)F)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04733"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lidoflazine"|>, "PharmGKBID" -> "PA165818137", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3926]}, "Synonyms" -> {"angex", "lidoflazinum", "lidoflazine", "ordiflazine", "corflazine", "klinium", "clinium", "lidoflazin", "mcn-jr 7094", "lidoflazinum [inn-latin]", "222-312-8[einecs]", "1-[4,4-di(4-fluorophenyl)butyl]-4-[(2,6-dimethylanilinocarbonyl)methyl]piperazine", "3416-26-0[rn]", "mcn-jr 7904", "1-piperazineacetamide 4-[4,4-bis(4-fluorophenyl)butyl]-n-(2,6-dimethylphenyl)-", "1-(4,4-bis(4-fluorofenil)butil)-4-((2,6-dimetilanilinocarbonil)metil)piperazina[italian]", "2-{4-[4,4-bis(4-fluorophenyl)butyl]-1-piperazinyl}-n-(2,6-dimethylphenyl)acetamide[acd/iupac name]", "5-23-02-00297 (beilstein handbook reference)[beilstein]", "1-piperazineacetamide 4-(4,4-bis(4-fluorophenyl)butyl)-n-(2,6-dimethylphenyl)-", "lidoflazina [inn-spanish]", "4-[4,4-bis(4-fluorophenyl)butyl]-n-(2,6-dimethylphenyl)-1-piperazineacetamide", "lidoflazine[wiki]", "lidoflazina [italian]", "4-[4,4-bis(p-fluorophenyl)butyl]-1-piperazineaceto-2',6'-xylidide", "lidoflazina[italian]", "2-(4-(4,4-bis(4-fluorophenyl)butyl)piperazin-1-yl)-n-(2,6-dimethylphenyl)acetamide", "2-{4-[4,4-bis(4-fluorophenyl)butyl]piperazin-1-yl}-n-(2,6-dimethylphenyl)acetamide", "1-piperazineaceto-2',6'-xylidide 4-(4,4-bis(p-fluorophenyl)butyl)-", "lidoflazine [usan:ban:inn][inn][usan]", "cas-3416-26-0", "4-(4,4-bis(p-fluorophenyl)butyl)-1-piperazineaceto-2',6'-xylidide", "2-{4-[4,4-bis-(4-fluoro-phenyl)-butyl]-piperazin-1-yl}-n-(2,6-dimethyl-phenyl)-acetamide"}|>, "6751" -> <|"DatabaseID" -> "SW03642", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 11907]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentatriacontane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12413]}, "Synonyms" -> {"n-pentatriacontane", "pentatriacontane (8ci)(9ci)", "pentatriacontane[wiki][acd/iupac name]", "tl8004361", "lmfa11000584", "76968_fluka", "ag-b-42331", "pentatriacontan", "nsc125400", "nsc 125400", "pentatriacontane", "ac1l1zjo", "[630-07-9]", "630-07-9[rn]", "630-07-9"}|>, "6752" -> <|"DatabaseID" -> "SW03643", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5441"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3368]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01016"]}, "IsomericSmiles" -> "COc1ccc(cc1C(=O)NCCc2ccc(cc2)S(=O)(=O)[N-]C(=O)NC3CCCCC3)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00336"]}, "OfficialNames" -> <|"China Approved Name" -> "glibenclamide", "Indian Approved Name" -> "glibenclamide", "WHO Essential Medicine" -> "glibenclamide", "Australia Approved Name" -> "GLIBENCLAMIDE", "FDA Approved Drug" -> "GLYBURIDE"|>, "PharmGKBID" -> "PA449782", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3488]}, "Synonyms" -> {"glynase", "glibenclamide", "neogluconin", "glyburide", "micronase", "euglucon 5", "glybenclamide", "maninil", "diabeta", "daonil", "azuglucon", "libanil", "glibenclamid-cophar", "norglicem 5", "nadib", "glibesyn", "glibet", "glibens", "glubate", "glucomid", "prodiabet", "duraglucon", "glisulin", "novo-glyburide", "calabren", "glucoven", "euglykon", "tiabet", "glibenclamid riker m.", "glycomin", "cytagon", "glucoremed", "gbn 5", "semi-daonil", "glibenclamid heumann", "gewaglucon", "glibenbeta", "glicem", "adiab", "praeciglucon", "yuglucon", "betanese 5", "glibenil", "glibenclamid-ratiopharm", "dibelet", "euglucon", "gliban", "glimel", "glibetic", "lisaglucon", "glucolon", "glibenclamid fabra", "normoglucon", "glibenclamid basics", "orabetic", "med-glionil", "glyben", "glibil", "gen-glybe", "glitisol", "euclamin", "glybenzcyclamide", "glamide", "glibenclamid genericon", "glibenclamid al", "renabetic", "pira", "lederglib", "euglucan", "gilemal", "melix", "suraben", "benclamin", "humedia", "glucobene", "apo-glibenclamide", "gluben", "glidiabet", "hexaglucon", "sugril", "bastiverit", "glimide", "debtan", "miglucan", "gliben", "gliboral", "betanase", "5-chloro-n-[2-[4-[[[(cyclohexylamino)carbonyl]amino]sulfonyl]phenyl]ethyl]-2-methoxybenzamide", "5-chloro-n-{2-[4-({[(cyclohexylamino)carbonyl]amino}sulfonyl)phenyl]ethyl}-2-methoxybenzamide", "5-chloro-n-(2-{4-[n-(n-cyclohexylcarbamoyl)sulfamoyl]phenyl}ethyl)-2-methoxybenzamide", "glynase prestab", "gliben-puren n", "4-(2-(5-chloro-2-methoxy-benzamide)ethyl)-benzenesulphonamide", "mananil", "[10238-21-8]", "micronized glyburide", "glyburide[wiki][usp]", "micronase[wiki]", "d005905", "ikatp", "diabiphage", "5-chloro-n-[2-[4-[[[(cylcohexylamino)carbonyl]amino]sulphonyl]phenyl]ethyl]-2-methoxybenzamide", "semi-euglucon", "(5-chloro-2-methoxyphenyl)-n-[2-(4-{[(cyclohexylamino)carbonylamino]sulfonyl}p henyl)ethyl]carboxamide", "glyburide;", "glibenclamide;glycron;glynase;micronase;daonil;semi-daonil;euglucon;delmide;diabeta", "glycolande", "2230085[beilstein]", "glibenclamide (substance)", "glyburide (glibenclamide)", "1-(p-(2-(5-chloro-2-methoxybenzamido)ethyl)benzenesulfonyl)-3-cyclohexylurea", "urea 1-((p-(2-(chloro-o-anisamido)ethyl)phenyl)sulfonyl)-3-cyclohexyl-", "u-26452", "potassium channel inwardly rectifying subfamily j member 11", "glibenclamide[wiki][jp15]", "hb-419", "hb420", "1-((p-(2-(5-chloro-o-anisamido)ethyl)phenyl)sulfonyl)-3-cyclohexylurea", "n-[4-(b-(2-methoxy-5-chlorobenzamido)ethyl)benzosulfonyl]-n'-cyclohexylurea", "5-chloro-n-[2-(4-{[(cyclohexylcarbamoyl)amino]sulfonyl}phenyl)ethyl]-2-methoxybenzamide", "5-chloro-n-(2-{4-[(cyclohexylcarbamoyl)sulfamoyl]phenyl}ethyl)-2-methoxybenzamide[acd/iupac name]", "inward rectifier k(+) channel kir6.2", "1-((p-(2-(5-chloro-o-anisamido)ethyl)phenyl)-sulfonyl)-3-cyclohexylurea", "n1-[4-[b-(2-methoxy-5-chlorobenzoylamino)ethyl]benzenesulfonyl]-n2-cyclohexylurea", "diabeta[wiki]", "micronase (tn)", "10238-21-8[rn]", "glyburide (micronized)", "glibenclamidum[latin]", "n-(4-(2-(5-chloro-2-methoxybenzamido)ethyl)phenylsulfonyl)-n'-cyclohexylurea", "glibenclamidum [inn-latin]", "glimidstata", "n-[(4-{2-[(5-chloro-2-methoxyphenyl)carbonylamino]ethyl}phenyl)sulfonyl](cyclo hexylamino)carboxamide", "5-chloro-n-(4-(n-(cyclohexylcarbamoyl)sulfamoyl)phenethyl)-2-methoxybenzamide", "1-[[p-[2-(5-chloro-o-anisamido)ethyl]phenyl]sulfonyl]-3-cyclohexylurea", "dia-basan", "5-chloro-n-(2-(4-((((cyclohexylamino)carbonyl)amino)sulfonyl)phenyl)ethyl)-2-methoxybenzamide", "(5-chloro-2-methoxyphenyl)-n-[2-(4-{[(cyclohexylamino)carbonylamino]sulfonyl}phenyl)ethyl]carboxamide", "glibenclamide glycron glynase micronase", "malix", "euglucon n", "n-[(4-{2-[(5-chloro-2-methoxyphenyl)carbonylamino]ethyl}phenyl)sulfonyl](cyclohexylamino)carboxamide", "233-570-6[einecs]", "glibenclamide (glyburide)", "gluco-tablimen", "5-chlor-n-(2-{4-[(cyclohexylcarbamoyl)sulfamoyl]phenyl}ethyl)-2-methoxybenzolcarboxamid", "benzamide 5-chloro-n-[2-[4-[[[(cyclohexylamino)carbonyl]amino]sulfonyl]phenyl]ethyl]-2-methoxy-", "glibenclamida[spanish][inn]", "hemi-daonil", "hb-420", "cas-10238-21-8", "urea 1-(p-(2-(5-chloro-2-methoxybenzamido)ethyl)benzenesulfonyl)-3-cyclohexyl-", "hb419", "glyburide;calabren;daonil;diabeta;diabetamide;euglucon;gilemal;glynase;libanil;malix;micronase;semi-daonil", "glucohexal[wiki]", "glucohexal", "hb 420", "glucovance (metformin + glibenclamide)_mixture", "diabeta (tn)", "semi-gliben-puren n", "abbenclamide", "glibenclamida [inn-spanish]", "benzamide 5-chloro-n-(2-(4-((((cyclohexylamino)carbonyl)amino)sulfonyl)phenyl)ethyl)-2-methoxy-", "glibadone", "semi-euglucon n", "prestab", "337376-15-5", "5-chloro-n-[4-(cyclohexylureidosulfonyl)phenethyl]-2-methoxybenzamide"}|>, "6753" -> <|"DatabaseID" -> "SW03644", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64968]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)[C@@H](c3ccc(cc3)O)NC(=O)[C@@H](CC(=O)NC)[NH3+])C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07469"]}, "OfficialNames" -> <|"NPC Approved Name" -> "aspoxicillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71961]}, "Synonyms" -> {"aspc", "aspoxicillan", "aspoxicillin", "aspoxicilline [french]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-2-[[(2r)-2-amino-4-(methylamino)-1,4-dioxobutyl]amino]-2-(4-hydroxyphenyl)acetyl]amino]-3,3-dimethyl-7-oxo-,(2s,5r,6r)-", "aspoxicillinum", "aspoxicillinum [latin]", "aspoxicillin [inn:jan]", "aspoxicilina [spanish]", "n(sup 4)-methyl-d-asparagininylamoxicillin", "63358-49-6[rn]", "aspoxicilina[spanish]", "aspoxicilline", "doyle[wiki]", "aspoxicillinum[latin]", "(2s,5r,6r)-6-((2r)-2-((2r)-2-amino-3-(methylcarbamoyl)propionamido)-2-(p-hydroxyphenyl)acetamido)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "(2s,5r,6r)-6-({(2r)-2-(4-hydroxyphenyl)-2-[(n-methyl-d-asparaginyl)amino]acetyl}amino)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid[acd/iupac name]", "(2s,5r,6r)-6-[(2r)-2-[(2r)-2-amino-3-(methylcarbamoyl)propionamido]-2-(p-hydroxyphenyl)acetamido]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "aspoxicilline[french]", "6-[d-2-(d-2-amino-3-n-methylcarbamoylpropionamido)-2-p-hydroxyphenylacetamido]penicillanicacid", "[2s-(2a,5a,6b)]-n-methyl-d-asparaginyl-n-(2-carboxy-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]hept-6-yl)-d-2-(4-hydroxyphenyl)glycinamide", "n4-methyl-d-asparaginylamoxicillin", "aspoxicillin [inn:jan][inn][jan]", "aspoxicillin[jp15]", "aspoxicilina", "aspoxicilin", "doyle"}|>, "6754" -> <|"DatabaseID" -> "SW03645", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52015"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)C(c3ccccc3)C(=O)Oc4ccc5c(c4)CCC5)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01283"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carindacillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 93184]}, "Synonyms" -> {"carindacilline [inn-french]", "carindacilline", "carbenicillin indanyl sodium", "indanylcarbenicillin", "carbenicillin indanyl", "indanyl carbenicillin", "carindacillin", "carindacillinum", "geocillin", "carindacillin sodium", "carindacillinum [inn-latin]", "carindacilina", "carindacilina [inn-spanish]"}|>, "6755" -> <|"DatabaseID" -> "SW03645", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52015"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)C(c3ccccc3)C(=O)Oc4ccc5c(c4)CCC5)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01283"]}, "OfficialNames" -> <|"NPC Approved Name" -> "carindacillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 93184]}, "Synonyms" -> {"carindacilline [inn-french]", "carindacilline", "carbenicillin indanyl sodium", "indanylcarbenicillin", "carbenicillin indanyl", "indanyl carbenicillin", "carindacillin", "carindacillinum", "geocillin", "carindacillin sodium", "carindacillinum [inn-latin]", "carindacilina", "carindacilina [inn-spanish]"}|>, "6756" -> <|"DatabaseID" -> "SW03646", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 55675]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01459"]}, "IsomericSmiles" -> "CCC(=O)n1c2ccccc2n(c1=O)C3CC[NH+](CC3)CCC(C#N)(c4ccccc4)c5ccccc5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07289"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 2)" -> "Bezitramide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 61791]}, "Synonyms" -> {"bezitramide", "burgodin", "benzitramide", "2-benzimidazolinone 1-(1-(3-cyano-3,3-diphenylpropyl)-4-piperidyl)-3-propionyl-", "1-(3-cyano-3,3-diphenylpropyl)-4-(2-oxo-3-propionyl-1-benzimidazolinyl)piperidine", "1-[1-(3-cyano-3,3-diphenylpropyl)-4-piperidinyl]-1,3-dihydro-3-(1-oxopropyl)-2h-benzimidazol-2-one", "5-24-02-00382", "239-335-4[einecs]", "bezitramida[spanish][inn]", "15301-48-1[rn]", "dea no. 9800", "1-[1-(3-cyano-3,3-diphenylpropyl)-4-piperidyl]-3-propionyl-2-benzimidazolinone", "4-[4-(2-oxo-3-propanoyl-2,3-dihydro-1h-benzimidazol-1-yl)piperidin-1-yl]-2,2-diphenylbutanenitrile", "r-4845", "bezitramida [inn-spanish]", "bezitramide[wiki]", "bezitramidum[latin]", "4-[4-(2-oxo-3-propionyl-2,3-dihydro-1h-benzimidazol-1-yl)piperidin-1-yl]-2,2-diphenylbutanenitrile", "bezitramide [ban:dcf:inn][inn]", "einecs 239-335-4", "r 4845", "2h-benzimidazol-2-one 1-[1-(3-cyano-3,3-diphenylpropyl)-4-piperidinyl]-1,3-dihydro-3-(1-oxopropyl)-", "brn 0905485", "bezitramidum [inn-latin]", "5-24-02-00382 (beilstein handbook reference)[beilstein]", "1-(1-(3-cyano-3,3-diphenylpropyl)-4-piperidyl)-3-propionyl-2-benzimidazolinone"}|>, "6757" -> <|"DatabaseID" -> "SW03647", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9412905]}, "IsomericSmiles" -> "c1ccc2c(c1)c(ns2)N3CC[NH+](CC3)C[C@@H]4CCCC[C@H]4CN5C(=O)[C@H]6[C@@H]7CC[C@@H](C7)[C@H]6C5=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LURASIDONE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11237860]}, "Synonyms" -> {"lurasidone hydrochloride", "latuda", "lurasidone hcl", "367514-88-3", "sm 13496", "sm-13496", "d04820", "mk-3756", "n-(2-(4-(1", "smp-13496"}|>, "6758" -> <|"DatabaseID" -> "SW03648", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444874]}, "IsomericSmiles" -> "C[C@@]1(C[C@H]([C@]2([C@@H]1[C@@H](OC=C2)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O)OC(=O)/C=C/c4ccccc4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "harpagoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281542]}, "Synonyms" -> {"harpagoside", "bpbio1_001161", "bspbio_001055", "mls002473324", "smr001233395", "hapagoside", "prestwick3_000988", "chembl516702", "e-harpagoside", "242-881-6[einecs]", "mls002154086", "ac1nqyly", "19210-12-9", "19210-12-9[rn]"}|>, "6759" -> <|"DatabaseID" -> "SW03649", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64504]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00223"]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@@H]3C[C@@H](C4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)COC(=O)C)OC(=O)C)C)O)F)C)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01327"]}, "OfficialNames" -> <|"Indian Approved Name" -> "diflorasone diacetate", "FDA Approved Drug" -> "DIFLORASONE DIACETATE"|>, "PharmGKBID" -> "PA164749408", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71414]}, "Synonyms" -> {"psorcon", "diflorasone diacetate", "florone e", "diflorasone di(acetate)", "apexicon e", "maxiflor", "florone", "251-575-1[einecs]", "einecs 251-575-1", "6a-fluorobetamethasone-17,21 diacetate", "6a,9-difluoro-11b,17,21-trihydroxy-16b-methylpregna-1,4-diene-3,20-dione17,21-diacetate", "ncgc00022003-03", "florone (tn)", "diflorasone", "1-13-8[rn]", "9005-49-6", "diflorasone diacetate [usan:jan][jan][usan]", "(6s,8s,9r,10s,11s,13s,14s,16s,17r)-17-[(acetyloxy)acetyl]-6,9-difluor-11-hydroxy-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-ylacetat", "chebi:31483", "33564-31-7", "brn 2318163", "florone[italian]", "u-34865", "gr", "diflorasone[wiki]", "33564-31-7[rn]", "(6s,8s,9r,10s,11s,13s,14s,16s,17r)-17-[(acetyloxy)acetyl]-6,9-difluoro-11-hydroxy-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl acetate", "diflorasone diacetate (jan/usp)[usp][jan]"}|>, "6760" -> <|"DatabaseID" -> "SW03650", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9265]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01047"]}, "IsomericSmiles" -> "CC(=O)OCC(=O)[C@@]12[C@@H](C[C@@H]3[C@@]1(C[C@@H]([C@]4([C@H]3C[C@@H](C5=CC(=O)C=C[C@@]54C)F)F)O)C)OC(O2)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00325"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLUOCINONIDE"|>, "PharmGKBID" -> "PA449664", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9642]}, "Synonyms" -> {"fluocinonide", "straderm", "cortalar", "lidex", "metosyn", "topsymin", "biscosal", "bestasone", "fluocinolide", "vanos", "fluocinolone acetonide acetate", "fluzon", "lidex e", "lidex-e", "topsyn", "fluocinonide emulsified base", "fluocinolide acetate", "fluocinonidum[latin]", "trisyn (ciprocinonide + fluocinonide + procinonide)_mixture", "synalar acetate", "16a,17a-isopropylidene-6a-fluorotriamcinolone 21-acetate", "fluocinonide [usan:ban:inn:jan][inn][jan][usan]", "fluocinonide [usan:ban:inn:jan]", "fluocinonide[wiki]", "fluocinonide(vanos)", "oethyl acetate", "ethylacetat", "2-[(4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-4b,12-difluoro-5-hydroxy-4a,6a,8,8-tetramethyl-2-oxo-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-6bh-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-ox", "flucinar", "fluocinolone acetonide 21-acetate", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 6b-[(acetyloxy)acetyl]-4b,12-difluoro-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-4a,6a,8,8-tetramethyl-,(4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-", "9005-49-6", "topsym", "fluocinonido[spanish][inn]", "12/07/0356", "6a,9-difluoro-11b,16a,17,21-tetrahydroxypregna-1,4-diene-3,20-dione cyclic 16,17-acetal with acetone 21-acetate", "2-[(4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-4b,12-difluor-5-hydroxy-4a,6a,8,8-tetramethyl-2-oxo-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-6bh-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-oxoethylacetat", "2h-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-2-one 6b-[2-(acetyloxy)acetyl]-4b,12-difluoro-4a,4b,5,6,6a,6b,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-4a,6a,8,8-tetramethyl- (4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-", "21-acetoxy-6a,9a-difluoro-11b-hydroxy-16a,17a-isopropylidenedioxy-1,4-pregnadiene-3,20-dione", "12/7/356", "lidex[wiki]", "lyderm", "2-[(4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-4b,12-difluoro-5-hydroxy-4a,6a,8,8-tetramethyl-2-oxo-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-6bh-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-oxoethylacetate", "fluonex;lidex;lidex-e;lonide;lyderm;vanos", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "fluonex", "21-(acetyloxy)-6a,9-difluoro-11b-hydroxy-16a,17-[(1-methylethylidene)bis(oxy)]pregna-1,4-diene-3,20-dione", "lidex (tn)", "2-[(4as,4br,5s,6as,6bs,9ar,10as,10bs,12s)-4b,12-difluor-5-hydroxy-4a,6a,8,8-tetramethyl-2-oxo-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-6bh-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-oxo", "lonide", "fluocinonidum [inn-latin]", "fluocinonido [inn-spanish]", "356-12-7[rn]", "206-597-6[einecs]"}|>, "6761" -> <|"DatabaseID" -> "SW03651", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31620"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392021]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00663"]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3C[C@@H](C4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)COC(=O)C(C)(C)C)O)C)O)F)C)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01464"]}, "OfficialNames" -> <|"Australia Approved Name" -> "FLUMETHASONE PIVALATE", "FDA Approved Drug" -> "FLUMETHASONE PIVALATE"|>, "PharmGKBID" -> "PA164749388", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443980]}, "Synonyms" -> {"flumethasone pivalate", "locorten", "flumetasone pivalate", "locorten (tn)", "lorinden", "locacorten", "gr", "chebi:31620", "locacorten vioform eardrops (clioquinol + flumethasone pivalate)_mixture", "losalen", "6,9-difluoro-11,17-dihydroxy-16-methyl-3,20-dioxopregna-1,4-dien-21-yl pivalate[acd/iupac name]", "flumetasone 21-pivalate", "9005-49-6", "locacorten vioform (clioquinol + flumethasone pivalate)_mixture", "ac1l9fi1", "locacorten vioformeardrops(clioquinol + flumethasonepivalate)", "locacorten vioform cream (clioquinol + flumethasone pivalate)_mixture", "locacorten vioformcream (clioquinol+ flumethasone pivalate)", "locasalen (flumethasone pivalate + salicylic acid)_mixture", "2002-29-1", "217-901-1[einecs]", "flumethasone pivalate (usp)", "locasalen (flumethasone pivalate + salicylic acid)", "locacorten vioform (clioquinol + flumethasone pivalate)", "flumethasone 21-pivalate", "2002-29-1[rn]"}|>, "6762" -> <|"DatabaseID" -> "SW03652", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "45783"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5101], ExternalIdentifier["ChemSpiderID", 110189]}, "IsomericSmiles" -> "Cc1ccc(cc1Nc2nccc(n2)c3cccnc3)NC(=O)c4ccc(cc4)CN5CC[NH+](CC5)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01441"]}, "OfficialNames" -> <|"Indian Approved Name" -> "imatinib mesylate", "Australia Approved Name" -> "IMATINIB", "FDA Approved Drug" -> "IMATINIB MESYLATE"|>, "PharmGKBID" -> "PA10804", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5291], ExternalIdentifier["PubChemCompoundID", 123596]}, "Synonyms" -> {"imatinib", "glivec", "gleevec", "imatinib mesylate", "imatinib mesilate", "sti571", "sti-571", "152459-95-5[rn]", "220127-57-1[rn]", "benzamide 4-[(4-methyl-1-piperazinyl)methyl]-n-[4-methyl-3-[[4-(3-pyridinyl)-2-pyrimidinyl]amino]phenyl]-", "imatinib (inn)", "4-(4-methyl-piperazin-1-ylmethyl)-n-[4-methyl-3-(4-pyridin-3-yl-pyrimidin-2-ylamino)-phenyl]-benzamide", "4-[(4-methyl-1-piperazinyl)methyl]-n-[4-methyl-3-[[4-(3-pyridinyl)-2-pyrimidinyl]amino]-phenyl]benzamide", "pyrimidine,4-(bromomethyl)-2-chloro-; 4-(bromomethyl)pyrimidine", "n-(3-(4-(pyridin-3-yl)pyrimidin-2-ylamino)-4-methylphenyl)-4-((4-methylpiperazin-1-yl)methyl)benzamide", "st1571", "benzamide 4-((4-methyl)-1-piperazinyl)methyl)-n-(4-methyl-3-((4-(3-pyridinyl)-2-pyrimidinyl)amino)phenyl)-", "kinome_3724", "sti 571", "4-[(4-methyl-1-piperazinyl)methyl]-n-(4-methyl-3-{[4-(3-pyridinyl)-2-pyrimidinyl]amino}phenyl)benzamide[acd/iupac name]", "1xbb", "152459-95-5", "cgp 57148b", "1iep", "9050-31-1[rn]", "4-[(4-methylpiperazin-1-yl)methyl]-n-(4-methyl-3-{[4-(pyridin-3-yl)pyrimidin-2-yl]amino}phenyl)benzamide", "cgp 57148", "n-(4-methyl-3-{[4-(pyridin-3-yl)pyrimidin-2-yl]amino}phenyl)-4-[(4-methylpiperazin-1-yl)methyl]benzamide", "220127-57-1", "n-(4-methyl-3-((4-(pyridin-3-yl)pyrimidin-2-yl)amino)phenyl)-4-((4-methylpiperazin-1-yl)methyl)benzamide", "benzamide 4-[(4-methyl-1-piperazinyl)methyl]-n-[4-methyl-3-[[4-(3-pyridinyl)-2-pyrimidinyl]amino]phenyl]- (9ci)", "imatinib free base", "7671333[beilstein]", "4-[(4-methylpiperazin-1-yl)methyl]-n-{4-methyl-3-[(4-pyridin-3-ylpyrimidin-2-yl)amino]phenyl}benzamide", "4-((4-methylpiperazin-1-yl)methyl)-n-(4-methyl-3-((4-pyridin-3-ylpyrimidin-2-yl)amino)phenyl)benzamide", "{4-[(4-methylpiperazinyl)methyl]phenyl}-n-{4-methyl-3-[(4-(3-pyridyl)pyrimidin-2-yl)amino]phenyl}carboxamide methanesulfonicacid", "hsdb 7142", "4-[(4-methyl-1-piperazinyl)methyl]-n-(4-methyl-3-{[4-(3-pyridinyl)-2-pyrimidinyl]amino}phenyl)benzamide methanesulfonate", "nsc-716051", "imatinib methane sulfonate", "4-((4-methylpiperazin-1-yl)methyl)-n-(4-methyl-3-((4-pyridin-3-ylpyrimidin-2-yl)amino)phenyl)benzamide monomethanesulfonate", "pirarubicin[jp15]", "4-[(4-methylpiperazin-1-yl)methyl]-n-{4-methyl-3-[(4-pyridin-3-ylpyrimidin-2-yl)amino]phenyl}benzamide methanesulfonate", "4-[(4-methylpiperazin-1-yl)methyl]-n-(4-methyl-3-{[4-(pyridin-3-yl)pyrimidin-2-yl]amino}phenyl)benzamide methanesulfonate", "benzamide 4-((4-methyl-1-piperazinyl)methyl)-n-(4-methyl-3-((4-(3-pyridinyl)-2-pyrimidinyl)amino)phenyl)-,monomethanesulfonate", "4-[(4-methylpiperazin-1-yl)methyl]-n-(4-methyl-3-{[4-(pyridin-3-yl)pyrimidin-2-yl]amino}phenyl)benzamide methanesulfonate (1:1)", "imatinib mesilate[jan]", "benzamide 4-[ (4-methyl-1-piperazinyl)methyl]-n-[[4-methyl-3-[[4-(3-pyridinyl)-2-pyrimidinyl]amino]phenyl]- monomethanesulfonate", "10229624[beilstein]", "glivec (tn)", "tl8006192", "cgp-57148b", "ggp-57148b", "imatinib methansulfonate", "gleevac", "chebi:31690", "4-(4-methylpiperazin-1-ylmethyl)-n-[4-methyl-3-(4-pyridin-3-yl-pyrimidin-2-ylamino)phenyl]benzamidemethanesulfonic acid salt", "4-(4-methyl-piperazin-1-ylmethyl)-n-[4-methyl-3- (4-pyridin-3-yl)-pyrimidin-2-ylamino)-phenyl]-benzamidemethanesulf onic acidsalt", "benzamide 4-[(4-methyl-1-piperazinyl)methyl]-n-[4-methyl-3-[[4-(3-pyridinyl)-2-pyrimidinyl]amino]phenyl]-,methanesulfonate (1:1)", "n-(4-methyl-3(4-(pyridin-3-yl)pyridin-2-ylamino)phenyl-4-((4-methylpiperazin-1-yl)methyl)benzamide", "imatinib methanesulfonate", "4-[(4-methyl-1-piperazinyl)methyl]-n-[4-methyl-3-[[4-(3-pyridinyl)-2-pyrimidinyl]amino]phenyl]-benzamide monomethanesulfonate"}|>, "6763" -> <|"DatabaseID" -> "SW03653", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59583"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00838"]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3C[C@@H](C4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@H]1C(=O)COC(=O)C(C)(C)C)C)O)Cl)C)F", "OfficialNames" -> <|"FDA Approved Drug" -> "CLOCORTOLONE PIVALATE"|>, "PharmGKBID" -> "PA164744013", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282493]}, "Synonyms" -> {"clocortolone pivalate", "cloderm", "ncgc00016824-01", "prestwick1_001119", "prestwick0_001119", "clocortolone 21-pivalate", "cas-34097-16-0", "prestwick2_001119", "chebi:59583", "gr", "clocortolone", "prestwick3_001119"}|>, "6764" -> <|"DatabaseID" -> "SW03654", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8111189]}, "IsomericSmiles" -> "C[C@@]1(CC[C@H]2[C@@H]1[C@@H](OC=C2C(=O)[O-])O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)OC(=O)c4ccc(cc4)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "negundoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9935561]}, "Synonyms" -> {"negundoside", "chembl519878", "np-004543", "molport-001-741-645"}|>, "6765" -> <|"DatabaseID" -> "SW03655", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59274]}, "IsomericSmiles" -> "CO[C@@]1([C@@H]2N(C1=O)C(=C(CO2)CSc3nnnn3CCO)C(=O)[O-])NC(=O)CSC(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07963"]}, "OfficialNames" -> <|"NPC Approved Name" -> "flomoxef"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65864]}, "Synonyms" -> {"flomoxef", "99665-00-6", "flumarin", "flomoxef (inn)", "flomoxefum", "flomoxefo[spanish]", "5-oxa-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[2-[(difluoromethyl)thio]acetyl]amino]-3-[[[1-(2-hydroxyethyl)-1h-tetrazol-5-yl]thio]methyl]-7-methoxy-8-oxo- (6r,7r)-", "s 6315", "(6r,7r)-7-({[(difluoromethyl)sulfanyl]acetyl}amino)-3-({[1-(2-hydroxyethyl)-1h-tetrazol-5-yl]sulfanyl}methyl)-7-methoxy-8-oxo-5-oxa-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid[acd/iupac name]", "flomoxef[5-oxa-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[[(difluoromethyl)thio]acetyl]amino]-3-[[[1-(2-hydroxyethyl)-1h-tetrazol-5-yl]thio]methyl]-7-methoxy-8-oxo- (6r-cis)- ]", "flomoxefum[latin]", "(1r,8r)-7-(2-difluoromethylsulfanyl-acetylamino)-3-[1-(2-hydroxy-ethyl)-1h-tetrazol-5-ylsulfanylmethyl]-7-methoxy-8-oxo-5-oxa-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "flomoxefum [latin]", "(7r,7ar)-7-[2-(difluoromethylthio)acetylamino]-3-{[1-(2-hydroxyethyl)(1,2,3,4-tetraazol-5-ylthio)]methyl}-7-methoxy-6-oxo-2h-azetidino[2,1-b]1,3-oxazine-4-carboxylic acid", "ncgc00182999-01", "(6r,7r)-7-(2-difluoromethylsulfanyl-acetylamino)-3-[1-(2-hydroxy-ethyl)-1h-tetrazol-5-ylsulfanylmethyl]-7-methoxy-8-oxo-5-oxa-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "7-b-difluoromethylthioacetamido-7a-methoxy-3-[[1-(2-hydroxyethyl)-1h-tetrazol-5-yl]thiomethyl]-1-oxa-3-cephem-4-carboxylic acid", "92823-03-5[rn]", "flomoxef [5-oxa-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "6315-s", "fmox", "flomoxefo", "(-)-(6r,7r)-7-(2-((difluoromethyl)thio)acetamido)-3-(((1-(2-hydroxyethyl)-1h-tetrazol-5-yl)thio)methyl)-7-methoxy-8-oxo-5-oxa-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "flomoxef[inn]", "99665-00-6[rn]"}|>, "6766" -> <|"DatabaseID" -> "SW03656", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2298564]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01083"]}, "IsomericSmiles" -> "CCCCCCCCCCC[C@@H](C[C@H]1[C@@H](C(=O)O1)CCCCCC)OC(=O)[C@H](CC(C)C)NC=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04028"]}, "OfficialNames" -> <|"Indian Approved Name" -> "orlistat", "FDA Approved Drug" -> "ORLISTAT"|>, "PharmGKBID" -> "PA164776864", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3034010]}, "Synonyms" -> {"orlistat", "xenical", "alli", "(-)-tetrahydrolipstatin", "orlipastat", "thlp", "orlipastatum [inn-latin]", "tetrahydrolipstatin", "(1s)-1-{[(2s,3s)-3-hexyl-4-oxooxetan-2-yl]methyl}dodecyl-(2s)-2-(formylamino)-4-methylpentanoat[german]", "l-leucine n-formyl- (1s)-1-[[(2s,3s)-3-hexyl-4-oxo-2-oxetanyl]methyl]dodecyl ester", "(-)-tetrahydrolipstatin; n-formyl-l-leucine (1s)-1-[[(2s,3s)-3-hexyl-4-oxo-2-oxetanyl]methyl] dodecyl ester;ro-18-0647", "(s)-2-formylamino-4-methyl-pentanoicacid (s)-1-((2s,3s)-3-hexyl-4-oxo-oxetan-2-ylmethyl)-dodecyl ester", "tetrahydrolipstatin[wiki]", "xenical[wiki]", "(2s)-1-[(2s,3s)-3-hexyl-4-oxo-2-oxetanyl]-2-tridecanyln-formyl-l-leucinate", "ro-18-0647", "orlipastatum[latin]", "(1s)-1-{[(2s,3s)-3-hexyl-4-oxooxetan-2-yl]methyl}dodecyl (2s)-2-(formylamino)-4-methylpentanoate", "ec 2.3.1.85", "l-leucine n-formyl- (1s)-1-(((2s,3s)-3-hexyl-4-oxo-2-oxetanyl)methyl)dodecyl ester", "[2s-[2a(r*),3b]]-n-formyl-l-leucine1-[(3-hexyl-4-oxo-2-oxetanyl)methyl]dodecyl ester", "(1s)-1-{[(2s,3s)-3-hexyl-4-oxooxetan-2-yl]methyl}dodecyl n-formyl-l-leucinate", "111397-16-1[rn]", "(2s)-1-[(2s,3s)-3-hexyl-4-oxooxetan-2-yl]tridecan-2-yln-formyl-l-leucinate", "96829-58-2[rn]", "orlipastatum", "orlistat[wiki][usan]", "n-formyl-l-leucineester with (3s,4s)-3-hexyl-4-[(2s)-2-hydroxytridecyl]-2-oxetanone", "()-tetrahydrolipstatin", "n-formyl-l-leucine(1s)-1-[[(2s,3s)-3-hexyl-4-oxo-2-oxetanyl]methyl]dodecyl ester", "ro-18-0647-002", "ro 18-0647/002", "[96829-58-2]", "n-formyl-l-leucine ester with (3s,4s)-3-hexyl-4-((2s)-2-hydroxytridecyl)-2-oxetanone", "ro-18-0647/002", "(s)-((s)-1-((2s,3s)-3-hexyl-4-oxooxetan-2-yl)tridecan-2-yl) 2-formamido-4-methylpentanoate", "96829-58-2", "orlistat [usan:inn][inn][usan]", "337376-15-5", "xenical (tn)"}|>, "6767" -> <|"DatabaseID" -> "SW03657", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90028]}, "IsomericSmiles" -> "C[C@]12C[C@@]3([C@@H]4C[C@]1([C@@]4(C(O2)O3)COC(=O)c5ccc(cc5)O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oxypaeoniflorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 99650]}, "Synonyms" -> {"oxypaeoniflora", "oxypaeoniflorin", "39011-91-1[rn]", "ac1l411m", "beta-d-glucopyranoside", "kst-1a4687", "ar-1a7959", "39011-91-1", "[(1ar", "40889-54-1"}|>, "6768" -> <|"DatabaseID" -> "SW03658", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "42068"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 39117], ExternalIdentifier["ChemSpiderID", 552161]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01177"]}, "IsomericSmiles" -> "C[C@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2C[C@@](Cc3c2c(c4c(c3[O-])C(=O)c5ccccc5C4=O)[O-])(C(=O)C)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08062"], ExternalIdentifier["KEGGID", "D01747"]}, "OfficialNames" -> <|"Australia Approved Name" -> "IDARUBICIN HYDROCHLORIDE", "FDA Approved Drug" -> "IDARUBICIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449961", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 42890], ExternalIdentifier["PubChemCompoundID", 636362]}, "Synonyms" -> {"idamycin", "idarubicin hydrochloride", "idarubicin hcl", "idamycin pfs", "idarubicin", "idarubicin hcl pfs", "57852-57-0", "idarubicina [inn-spanish]", "idarubicine [inn-french]", "idarubicin aglycone", "idarubicinum [inn-latin]", "4-demethoxydaunorubicin", "idamycin (tn)", "dna topoisomerase ii alpha isozyme", "58957-92-9[rn]", "4-demethoxydaunomycin", "zavedos", "ec 5.99.1.3", "idarubicin[wiki]", "57852-57-0[rn]", "dmdr", "3641270[beilstein]", "5,12-naphthacenedione 9-acetyl-7-[(3-amino-2,3,6-trideoxy-a-l-lyxo-hexopyranosyl)oxy]-7,8,9,10-tetrahydro-6,9,11-trihydroxy-,(7s,9s)- hydrochloride (1:1)", "sr-01000075934", "idarubicine[french][inn]", "idarubicina", "(7s-cis)-9-acetyl-7-((3-amino-2,3,6-trideoxy-a-l-lyxo-hexopyranosyl)oxy)-7,8,9,10-tetrahydro-6,9,11-trihydroxynaphthacene-5,12-dione hydrochloride", "(1s,3s)-3-acetyl-3,5,12-trihydroxy-6,11-dioxo-1,2,3,4,6,11-hexahydrotetracen-1-yl3-amino-2,3,6-trideoxy-a-l-lyxo-hexopyranoside hydrochloride (1:1)", "260-990-7[einecs]", "(7s,9s)-9-acetyl-7-{[(2r,4s,5s,6s)-4-amino-5-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-6,9,11-trihydroxy-7,8,9,10-tetrahydrotetracene-5,12-dione hydrochloride", "4-demethoxydaunomycin; 4-demethoxydaunorubicin; (7s,9s)-9-acetyl-7-[(2r,4s,5s,6s)-4-amino-5-hydroxy-6-methyloxan-2-yl]oxy-6,9,11-trihydroxy-8,10-dihydro-7h-tetracene-5,12-dione", "idarubicina[spanish][inn]", "dexrazoxane[wiki][usan]", "dm5", "4-demethoxydaunorubicin hydrochloride", "mls000759470", "smr000466355", "(9r)-7-[(2s,4s,5s,6s)-4-amino-5-hydroxy-6-methyl-oxan-2-yl]oxy-6,9,11-trihydroxy-9-(1-hydroxyethyl)-8,10-dihydro-7h-tetracene-5,12-dione", "idarubicinum[latin]", "58957-92-9", "(7s-cis)-9-acetyl-7-[(3-amino-2,3,6-trideoxy-a-l-lyxo-hexopyranosyl)oxy]-7,8,9,10-tetrahydro-6,9,11-trihydroxy-5,12-naphthacenedione", "mls001401448", "idarubicinhydrochloride", "idamycin zavedos 4-demethoxydaunorubicin", "s1228_selleck", "337376-15-5", "24584-09-6[rn]", "(7s,9s)-9-acetyl-7-{[(2r,4s,5s,6s)-4-amino-5-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-6,9,11-trihydroxy-7,8,9,10-tetrahydrotetracen-5,12-dionhydrochlorid", "daunomycin 4-demethoxy-", "4-dmd"}|>, "6769" -> <|"DatabaseID" -> "SW03659", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4515048]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)OC(=O)c6cccnc6)OC(=O)c7cccnc7", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07285"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Nicomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362460]}, "Synonyms" -> {"di-o-nicotinoylmorphine", "nicomorfina [dcit]", "morphine dinicotinate", "nicomorphine[wiki]", "morphine bis(pyridine-3-carboxylate)", "(5a,6a)-7,8-didehydro-4,5-epoxy-17-methylmorphinan-3,6-diol di-3-pyridinecarboxylate (ester)", "639-48-5", "nicotinic acid diester with morphine", "35055-78-8[rn]", "nicomorfina", "morphine bis(nicotinate)", "morphine diester with nicotinic acid", "nicomorphine [ban:dcf:inn][inn]", "nicomorphinum", "3", "nicotinic acid morphine ester", "morphine ester with nicotinic acid", "nicomorphine", "211-357-9[einecs]", "di-nicotinsaeureester von morphin", "nicomorphine (inn)", "639-48-5[rn]", "dea no. 9312", "nicomorphinum[latin]", "morphine dinicotinate ester", "unii-y95frl95fw", "vilan", "gewalan"}|>, "6770" -> <|"DatabaseID" -> "SW03659", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4515048]}, "IsomericSmiles" -> "C[NH+]1CC[C@]23c4c5ccc(c4O[C@H]2[C@H](C=C[C@H]3[C@H]1C5)OC(=O)c6cccnc6)OC(=O)c7cccnc7", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07285"]}, "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Nicomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362460]}, "Synonyms" -> {"di-o-nicotinoylmorphine", "nicomorfina [dcit]", "morphine dinicotinate", "nicomorphine[wiki]", "morphine bis(pyridine-3-carboxylate)", "(5a,6a)-7,8-didehydro-4,5-epoxy-17-methylmorphinan-3,6-diol di-3-pyridinecarboxylate (ester)", "639-48-5", "nicotinic acid diester with morphine", "35055-78-8[rn]", "nicomorfina", "morphine bis(nicotinate)", "morphine diester with nicotinic acid", "nicomorphine [ban:dcf:inn][inn]", "nicomorphinum", "3", "nicotinic acid morphine ester", "morphine ester with nicotinic acid", "nicomorphine", "211-357-9[einecs]", "di-nicotinsaeureester von morphin", "nicomorphine (inn)", "639-48-5[rn]", "dea no. 9312", "nicomorphinum[latin]", "morphine dinicotinate ester", "unii-y95frl95fw", "vilan", "gewalan"}|>, "6771" -> <|"DatabaseID" -> "SW03660", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4471557]}, "IsomericSmiles" -> "C[C@H](Cc1cc2c(c(c1)C(=O)N)N(CC2)CCCO)[NH2+]CCOc3ccccc3OCC(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01965"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SILODOSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5312125]}, "Synonyms" -> {"silodosin", "urief", "rapaflo", "silodosin(rapaflo)", "kmd3213", "160970-64-9[rn]", "1-(3-hydroxypropyl)-5-[(2r)-2-({2-[2-(2,2,2-trifluoroethoxy)phenoxy]ethyl}amino)propyl]indoline-7-carboxamide", "kmd-3213", "kmd 3213", "silodyx", "urief (tn)", "1h-indole-7-carboxamide 2,3-dihydro-1-(3-hydroxypropyl)-5-[(2r)-2-[[2-[2-(2,2,2-trifluoroethoxy)phenoxy]ethyl]amino]propyl]-", "1-(3-hydroxypropyl)-5-[(2r)-2-[2-[2-(2,2,2-trifluoroethoxy)phenoxy]ethylamino]propyl]-2,3-dihydroindole-7-carboxamide", "urorec", "1-(3-hydroxypropyl)-5-[(2r)-2-[2-[2-(2", "1-(3-hydroxypropyl)-5-[(2r)-2-[[2-[2-(2,2,2-trifluoroethoxy)phenoxy]ethyl]amino]propyl]-2,3-dihydro-1h-indole-7-carboxamide", "160970-54-7[rn]", "1-(3-hydroxypropyl)-5-[(2r)-2-({2-[2-(2,2,2-trifluoroethoxy)phenoxy]ethyl}amino)propyl]-2,3-dihydro-1h-indole-7-carboxamide", "rapflo", "160970-54-7", "1-(3-hydroxy-propyl)-5-((r)-2-{2-[2-(2,2,2-trifluoro-ethoxy)-phenoxy]-ethylamino}-propyl)-2,3-dihydro-1h-indole-7-carboxylic acid amide"}|>, "6772" -> <|"DatabaseID" -> "SW03661", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445633]}, "IsomericSmiles" -> "C[C@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)CO)OC(=O)c5ccccc5)C)O)F)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02286"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BETAMETHASONE BENZOATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282492]}, "Synonyms" -> {"betamethasone benzoate", "uticort", "betamethasone 17-benzoate", "uticort (tn)", "22298-29-9[rn]", "betamethasone benzoate[usp]", "benisone", "unii-877k0xw47a", "einecs 244-897-9", "betamethasone benzoate (usp)", "ms 1112", "chembl1200376", "(11b,16b)-9-fluoro-11,17,21-trihydroxy-16-methylpregna-1,4-diene-3,20-dione 17-benzoate", "22298-29-9", "w-5975", "244-897-9[einecs]", "ac1nr05m", "bebate"}|>, "6773" -> <|"DatabaseID" -> "SW03662", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 152493]}, "IsomericSmiles" -> "CCCCCCCCCCCCOCCOCCOCCOC(=O)CC(C(=O)[O-])S(=O)(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "disodium laureth sulfosuccinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 174873]}, "Synonyms" -> {"disodium laureth sulfosuccinate", "disodium4-oxo-2-sulfonato-5,8,11,14-tetraoxahexacosan-1-oate[acd/iupac name]", "butanedioic acid,2-sulfo-,4-[2-[2-[2-(dodecyloxy)ethoxy]ethoxy]ethyl]ester sodium salt(1:2)", "disodium 4-[2-[2-(2-dodecoxyethoxy)ethoxy]ethoxy]-4-oxo-2-sulfonatobutanoate", "sulfobutanedioic acid", "disodium4-(2-(2-(2-(dodecyloxy)ethoxy)ethoxy)ethyl) 2-sulphonatosuccinate", "chembl1651994", "butanedioic acid,sulfo- 4-(2-(2-(2-(dodecyloxy)ethoxy)ethoxy)ethyl) ester disodium salt", "255-062-3[einecs]", "disodium laureth sulfosucccinate", "40754-59-4[rn]", "unii-d6dh1dtn7e", "butanedioic acid", "sulfobutanedioic acid 4-(2-(2-(2-(dodecyloxy)ethoxy)ethoxy)ethyl) ester disodium salt", "einecs 255-062-3", "disodium 4-(2-(2-(2-(dodecyloxy)ethoxy)ethoxy)ethyl) 2-sulphonatosuccinate", "disodium4-[2-[2-[2-(dodecyloxy)ethoxy]ethoxy]ethyl] 2-sulphonatosuccinate", "ac1l5bpm"}|>, "6774" -> <|"DatabaseID" -> "SW03662", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 152493]}, "IsomericSmiles" -> "CCCCCCCCCCCCOCCOCCOCCOC(=O)CC(C(=O)[O-])S(=O)(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "disodium laureth sulfosuccinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 174873]}, "Synonyms" -> {"disodium laureth sulfosuccinate", "disodium4-oxo-2-sulfonato-5,8,11,14-tetraoxahexacosan-1-oate[acd/iupac name]", "butanedioic acid,2-sulfo-,4-[2-[2-[2-(dodecyloxy)ethoxy]ethoxy]ethyl]ester sodium salt(1:2)", "disodium 4-[2-[2-(2-dodecoxyethoxy)ethoxy]ethoxy]-4-oxo-2-sulfonatobutanoate", "sulfobutanedioic acid", "disodium4-(2-(2-(2-(dodecyloxy)ethoxy)ethoxy)ethyl) 2-sulphonatosuccinate", "chembl1651994", "butanedioic acid,sulfo- 4-(2-(2-(2-(dodecyloxy)ethoxy)ethoxy)ethyl) ester disodium salt", "255-062-3[einecs]", "disodium laureth sulfosucccinate", "40754-59-4[rn]", "unii-d6dh1dtn7e", "butanedioic acid", "sulfobutanedioic acid 4-(2-(2-(2-(dodecyloxy)ethoxy)ethoxy)ethyl) ester disodium salt", "einecs 255-062-3", "disodium 4-(2-(2-(2-(dodecyloxy)ethoxy)ethoxy)ethyl) 2-sulphonatosuccinate", "disodium4-[2-[2-[2-(dodecyloxy)ethoxy]ethoxy]ethyl] 2-sulphonatosuccinate", "ac1l5bpm"}|>, "6775" -> <|"DatabaseID" -> "SW03663", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4582537]}, "IsomericSmiles" -> "CC1C(CC2C3(C1C(C2(CC3)C(C)C(=O)[O-])O)C)OS(=O)(=O)c4ccc5c(c4)sc(=S)[nH]5", "OfficialNames" -> <|"NPC Approved Name" -> "santonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5472646]}, "Synonyms" -> {"2-mercapto-6-(6-sulfonate-8-hydroxy santonic acid)-benzothiazole", "nsc720603", "nci60_041321", "nsc-720603", "2-mercapto-6-(6-sulfonate-8-hydroxysantonicacid)-benzothiazole"}|>, "6776" -> <|"DatabaseID" -> "SW03663", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4582537]}, "IsomericSmiles" -> "CC1C(CC2C3(C1C(C2(CC3)C(C)C(=O)[O-])O)C)OS(=O)(=O)c4ccc5c(c4)sc(=S)[nH]5", "OfficialNames" -> <|"NPC Approved Name" -> "santonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5472646]}, "Synonyms" -> {"2-mercapto-6-(6-sulfonate-8-hydroxy santonic acid)-benzothiazole", "nsc720603", "nci60_041321", "nsc-720603", "2-mercapto-6-(6-sulfonate-8-hydroxysantonicacid)-benzothiazole"}|>, "6777" -> <|"DatabaseID" -> "SW03663", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4582537]}, "IsomericSmiles" -> "CC1C(CC2C3(C1C(C2(CC3)C(C)C(=O)[O-])O)C)OS(=O)(=O)c4ccc5c(c4)sc(=S)[nH]5", "OfficialNames" -> <|"NPC Approved Name" -> "santonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5472646]}, "Synonyms" -> {"2-mercapto-6-(6-sulfonate-8-hydroxy santonic acid)-benzothiazole", "nsc720603", "nci60_041321", "nsc-720603", "2-mercapto-6-(6-sulfonate-8-hydroxysantonicacid)-benzothiazole"}|>, "6778" -> <|"DatabaseID" -> "SW03663", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4582537]}, "IsomericSmiles" -> "CC1C(CC2C3(C1C(C2(CC3)C(C)C(=O)[O-])O)C)OS(=O)(=O)c4ccc5c(c4)sc(=S)[nH]5", "OfficialNames" -> <|"NPC Approved Name" -> "santonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5472646]}, "Synonyms" -> {"2-mercapto-6-(6-sulfonate-8-hydroxy santonic acid)-benzothiazole", "nsc720603", "nci60_041321", "nsc-720603", "2-mercapto-6-(6-sulfonate-8-hydroxysantonicacid)-benzothiazole"}|>, "6779" -> <|"DatabaseID" -> "SW03663", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4582537]}, "IsomericSmiles" -> "CC1C(CC2C3(C1C(C2(CC3)C(C)C(=O)[O-])O)C)OS(=O)(=O)c4ccc5c(c4)sc(=S)[nH]5", "OfficialNames" -> <|"NPC Approved Name" -> "santonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5472646]}, "Synonyms" -> {"2-mercapto-6-(6-sulfonate-8-hydroxy santonic acid)-benzothiazole", "nsc720603", "nci60_041321", "nsc-720603", "2-mercapto-6-(6-sulfonate-8-hydroxysantonicacid)-benzothiazole"}|>, "6780" -> <|"DatabaseID" -> "SW03663", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4582537]}, "IsomericSmiles" -> "CC1C(CC2C3(C1C(C2(CC3)C(C)C(=O)[O-])O)C)OS(=O)(=O)c4ccc5c(c4)sc(=S)[nH]5", "OfficialNames" -> <|"NPC Approved Name" -> "santonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5472646]}, "Synonyms" -> {"2-mercapto-6-(6-sulfonate-8-hydroxy santonic acid)-benzothiazole", "nsc720603", "nci60_041321", "nsc-720603", "2-mercapto-6-(6-sulfonate-8-hydroxysantonicacid)-benzothiazole"}|>, "6781" -> <|"DatabaseID" -> "SW03663", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4582537]}, "IsomericSmiles" -> "CC1C(CC2C3(C1C(C2(CC3)C(C)C(=O)[O-])O)C)OS(=O)(=O)c4ccc5c(c4)sc(=S)[nH]5", "OfficialNames" -> <|"NPC Approved Name" -> "santonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5472646]}, "Synonyms" -> {"2-mercapto-6-(6-sulfonate-8-hydroxy santonic acid)-benzothiazole", "nsc720603", "nci60_041321", "nsc-720603", "2-mercapto-6-(6-sulfonate-8-hydroxysantonicacid)-benzothiazole"}|>, "6782" -> <|"DatabaseID" -> "SW03663", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4582537]}, "IsomericSmiles" -> "CC1C(CC2C3(C1C(C2(CC3)C(C)C(=O)[O-])O)C)OS(=O)(=O)c4ccc5c(c4)sc(=S)[nH]5", "OfficialNames" -> <|"NPC Approved Name" -> "santonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5472646]}, "Synonyms" -> {"2-mercapto-6-(6-sulfonate-8-hydroxy santonic acid)-benzothiazole", "nsc720603", "nci60_041321", "nsc-720603", "2-mercapto-6-(6-sulfonate-8-hydroxysantonicacid)-benzothiazole"}|>, "6783" -> <|"DatabaseID" -> "SW03663", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4582537]}, "IsomericSmiles" -> "CC1C(CC2C3(C1C(C2(CC3)C(C)C(=O)[O-])O)C)OS(=O)(=O)c4ccc5c(c4)sc(=S)[nH]5", "OfficialNames" -> <|"NPC Approved Name" -> "santonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5472646]}, "Synonyms" -> {"2-mercapto-6-(6-sulfonate-8-hydroxy santonic acid)-benzothiazole", "nsc720603", "nci60_041321", "nsc-720603", "2-mercapto-6-(6-sulfonate-8-hydroxysantonicacid)-benzothiazole"}|>, "6784" -> <|"DatabaseID" -> "SW03664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475148]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@]2(C(C1(C)C)CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetyl oleanolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315977]}, "Synonyms" -> {"(4as", "ac1nstpy", "acetyl oleanolic acid"}|>, "6785" -> <|"DatabaseID" -> "SW03664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475148]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@]2(C(C1(C)C)CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetyl oleanolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315977]}, "Synonyms" -> {"(4as", "ac1nstpy", "acetyl oleanolic acid"}|>, "6786" -> <|"DatabaseID" -> "SW03664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475148]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@]2(C(C1(C)C)CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetyl oleanolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315977]}, "Synonyms" -> {"(4as", "ac1nstpy", "acetyl oleanolic acid"}|>, "6787" -> <|"DatabaseID" -> "SW03664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475148]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@]2(C(C1(C)C)CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetyl oleanolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315977]}, "Synonyms" -> {"(4as", "ac1nstpy", "acetyl oleanolic acid"}|>, "6788" -> <|"DatabaseID" -> "SW03664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475148]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@]2(C(C1(C)C)CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetyl oleanolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315977]}, "Synonyms" -> {"(4as", "ac1nstpy", "acetyl oleanolic acid"}|>, "6789" -> <|"DatabaseID" -> "SW03664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475148]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@]2(C(C1(C)C)CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetyl oleanolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315977]}, "Synonyms" -> {"(4as", "ac1nstpy", "acetyl oleanolic acid"}|>, "6790" -> <|"DatabaseID" -> "SW03664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475148]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@]2(C(C1(C)C)CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetyl oleanolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315977]}, "Synonyms" -> {"(4as", "ac1nstpy", "acetyl oleanolic acid"}|>, "6791" -> <|"DatabaseID" -> "SW03664", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475148]}, "IsomericSmiles" -> "CC(=O)O[C@H]1CC[C@]2(C(C1(C)C)CC[C@@]3(C2CC=C4C3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetyl oleanolic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315977]}, "Synonyms" -> {"(4as", "ac1nstpy", "acetyl oleanolic acid"}|>, "6792" -> <|"DatabaseID" -> "SW03665", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10310589]}, "IsomericSmiles" -> "CO[C@H]1C[C@H]2[C@@H](C=C([C@H]2[C@@H](O1)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)COC(=O)c4ccc(cc4)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nishindaside"|>, "Synonyms" -> {"nishindaside"}|>, "6793" -> <|"DatabaseID" -> "SW03666", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82418]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00691"]}, "IsomericSmiles" -> "CCOC(=O)[C@H](CCc1ccccc1)[NH2+][C@@H](C)C(=O)N2Cc3cc(c(cc3C[C@H]2C(=O)[O-])OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00623"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MOEXIPRIL HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164769059", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91270]}, "Synonyms" -> {"moexipril", "univasc", "moexipril hydrochloride", "moexiprilum [inn-latin]", "aceh", "[3s-[2[r*(r*)],3r*]]-2-[2-[[1-(ethoxycarbonyl)-3-phenylpropyl]amino]-1-oxopropyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-3-isoquinolinecarboxylic acid", "(3s)-2-{n-[(2s)-1-ethoxy-1-oxo-4-phenylbutan-2-yl]-l-alanyl}-6,7-dimethoxy-1,2,3,4-tetrahydroisoquinoline-3-carboxylic acid", "moexipril [inn:ban][inn]", "ac1l3lqp", "103775-10-6", "angiotensin-converting enzyme 2 precursor", "uniretic (moexipril + hydrochlorothiazide)_mixture", "moexiprilum", "(s)-2-((s)-2-((s)-1-ethoxy-1-oxo-4-phenylbutan-2-ylamino)propanoyl)-6,7-dimethoxy-1,2,3,4-tetrahydroisoquinoline-3-carboxylicacid", "3-isoquinolinecarboxylic acid 2-[(2s)-2-[[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]amino]-1-oxopropyl]-1,2,3,4-tetrahydro-6,7-dimethoxy- (3s)-", "(3s)-2-(n-{(1s)-1-[(ethyloxy)carbonyl]-3-phenylpropyl}-l-alanyl)-6,7-bis(methyloxy)-1,2,3,4-tetrahydroisoquinoline-3-carboxylic acid", "109715-88-0[rn]", "9005-80-5[rn]", "103775-10-6[rn]", "ac1q63id", "moexipril hcl", "(3s)-2-{n-[(1s)-1-(ethoxycarbonyl)-3-phenylpropyl]-l-alanyl}-6,7-dimethoxy-1,2,3,4-tetrahydroisoquinoline-3-carboxylic acid", "moexipril [inn:ban]", "moexiprilum[latin]", "moexipril (inn)", "angiotensin-converting enzyme homolog", "(3s)-2-((2s)-n-((1s)-1-carboxy-3-phenylpropyl)alanyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-3-isoquinolinecarboxylic acid2-ethyl ester", "ace-related carboxypeptidase", "ec 3.4.17.-", "(3s)-2-((2s)-n-((1s)-1-carboxy-3-phenylpropyl)alanyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-3-isoquinolinecarboxylic acid,2-ethylester", "uniretic"}|>, "6794" -> <|"DatabaseID" -> "SW03667", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "681850"], ExternalIdentifier["ChEBIID", "31430"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 133239], ExternalIdentifier["ChemSpiderID", 187511]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00872"]}, "IsomericSmiles" -> "Cc1[nH]c2c(n1)-c3ccccc3N(CC2)C(=O)c4ccc(cc4)NC(=O)c5ccccc5c6ccccc6", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01236"], ExternalIdentifier["KEGGID", "D07748"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CONIVAPTAN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164742939", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 151171], ExternalIdentifier["PubChemCompoundID", 216322]}, "Synonyms" -> {"vaprisol", "conivaptan hydrochloride", "conivaptan", "vaprisol (tn)", "ym 087", "ym087", "conivaptan hcl", "chebi:31430", "conivaptan [inn]", "unii-0nj98y462x", "chembl1755", "n-{4-[(2-methyl-4", "[1,1'-biphenyl]-2-carboxamide n-[4-[(4,5-dihydro-2-methylimidazo[4,5-d][1]benzazepin-6(3h)-yl)carbonyl]phenyl]-", "(1,1'-biphenyl)-2-carboxamide n-(4-(4,5-dihydro-2-methylimidazo(4,5-d)(1)benzazepin-6(1h)-yl)carbonyl)phenyl)-", "n-[4-(2-methyl4,5-dihydro-3h-imidazo[5,4-d][1]benzazepine-6-carbonyl)phenyl]-2-phenylbenzamide", "conivaptan hydrochloride (jan/usan)[jan][usan]", "pdsp1_001735", "[1,1'-biphenyl]-2-carboxamide n-[4-[(4,5-dihydro-2-methylimidazo[4,5-d][1]benzazepin-6(1h)-yl)carbonyl]phenyl]- monohydrochloride", "antidiuretic hormone receptor", "168626-94-6[rn]", "(1,1'-biphenyl)-2-carboxamide n-(4-((4,5-dihydro-2-methylimidazo(4,5-d)(1)benzazepin-6(1h)-yl)carbonyl)phenyl)- monohydrochloride", "168626-94-6", "(1", "renal-type arginine vasopressin receptor", "n-{4-[(2-methyl-4,5-dihydroimidazo[4,5-d][1]benzazepin-6(3h)-yl)carbonyl]phenyl}biphenyl-2-carboxamide", "n-{4-[(2-methyl-4,5-dihydroimidazo[4,5-d][1]benzazepin-6(1h)-yl)carbonyl]phenyl}biphenyl-2-carboxamide hydrochloride", "ac1l45sx", "n-{4-[(2-methyl-4,5-dihydroimidazo[4,5-d][1]benzazepin-6(1h)-yl)carbonyl]phenyl}biphenyl-2-carboxamidhydrochlorid", "4'-((4", "conivaptan (inn)", "[1,1'-biphenyl]-2-carboxamide n-[4-[(4,5-dihydro-2-methylimidazo[4,5-d][1]benzazepin-6(1h)-yl)carbonyl]phenyl]-", "ym-087", "n-{4-[(2-methyl(4h,5h-benzo[f]imidazo[5,4-d]azepin-6-yl))carbonyl]phenyl}(2-phenylphenyl)carboxamide chloride h", "conivaptan hydrochloride [usan]", "conivaptan [inn_en]", "avpr v2", "chebi:681850", "210101-16-9[rn]", "conivaptan[wiki][inn]"}|>, "6795" -> <|"DatabaseID" -> "SW03668", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64690]}, "IsomericSmiles" -> "CCCc1ccc(c(c1)OC)OCC(=O)N2CCN(CC2)C(=O)COc3ccc(cc3OC)CCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01962"]}, "OfficialNames" -> <|"NPC Approved Name" -> "simetridum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71622]}, "Synonyms" -> {"simetride", "kyorin ap 2", "ap 2", "1,4-bis[(2-methoxy-4-propylphenoxy)acetyl]piperazine", "simetrida [inn-spanish]", "154-82-5[rn]", "simetridum [inn-latin]", "simetridum", "1", "5-23-01-00074 (beilstein handbook reference)[beilstein]", "154-82-5", "brn 0772468", "1,4-bis((2-methoxy-4-propylphenoxy)acetyl)piperazine", "1,1'-piperazine-1,4-diylbis[2-(2-methoxy-4-propylphenoxy)ethanone]", "simetride [inn:jan][inn][jan]", "ethanone,1,1'-(1,4-piperazinediyl)bis[2-(2-methoxy-4-propylphenoxy)-", "kyorin ap2", "simetrida[spanish][inn]", "piperazine", "5-23-01-00074[beilstein]", "piperazine 1,4-bis((2-methoxy-4-propylphenoxy)acetyl)-", "simetridum[latin]"}|>, "6796" -> <|"DatabaseID" -> "SW03669", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106553]}, "IsomericSmiles" -> "C[C@H]1[C@H]2[C@@H](C[C@@]3([C@@]2(CC(=O)[C@@]4([C@H]3CC=C5[C@H]4C=C(C(=O)C5(C)C)O)C)C)C)O[C@@H](CC1=O)C(C)(C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cucurbitacins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119287]}, "Synonyms" -> {"19-norlanosta-1", "cucurbitacins", "cucurbitacin s", "ar-1c1270", "lmst01010116", "ls-186694", "ls-187399", "60137-06-6[rn]", "60137-06-6", "ac1l3oj8"}|>, "6797" -> <|"DatabaseID" -> "SW03670", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "38803"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9489]}, "IsomericSmiles" -> "C(C(C(C(C(F)(F)Br)(F)F)(F)F)(F)F)(C(C(C(F)(F)F)(F)F)(F)F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05439"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PERFLUBRON"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9873]}, "Synonyms" -> {"imagent gi", "liquivent", "1-bromoperfluorooctane", "perflubron", "imagent", "1-bromoheptadecafluorooctane", "long's compound", "oxygent ca", "oxygent", "perfluorooctyl bromide", "oxygent ht", "perfluoroctylbromide", "foralkyl br 8", "octane 1-bromo-1,1,2,2,3,3,4,4,5,5,6,6,7,7,8,8,8-heptadecafluoro-", "perflubron[inn][usan]", "perfluorooctylbromide", "octane 1-bromoheptadecafluoro-", "bromoperfluorooctane", "n-perfluorooctyl bromide", "rg8700000", "423-55-2", "207-028-4[einecs]", "pfob", "1-bromo-1,1,2,2,3,3,4,4,5,5,6,6,7,7,8,8,8-heptadecafluorooctane", "heptadecafluorooctyl bromide", "imagent bp", "heptadecafluoro-n-octyl bromide", "perfluoroctyl bromide", "perfluoro-octylbromide", "423-55-2[rn]", "2016022[beilstein]", "bromure de n-perfluorooctyle[french]"}|>, "6798" -> <|"DatabaseID" -> "SW03671", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 393914]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00410"]}, "IsomericSmiles" -> "C[C@H]([C@H]1[C@@H](O1)C[C@H]2CO[C@H]([C@@H]([C@@H]2O)O)C/C(=C/C(=O)OCCCCCCCCC(=O)[O-])/C)[C@H](C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01076"], ExternalIdentifier["KEGGID", "D02195"]}, "OfficialNames" -> <|"China Approved Name" -> "mupirocin", "WHO Essential Medicine" -> "mupirocin", "Indian Approved Name" -> "mupirocin", "FDA Approved Drug" -> "MUPIROCIN;MUPIROCIN CALCIUM"|>, "PharmGKBID" -> "PA164764568", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 446596], ExternalIdentifier["PubChemCompoundID", 5282317]}, "Synonyms" -> {"mupirocin", "centany", "mupirocine", "bactoderm", "bactroban", "pseudomonic acid", "turixin", "mrc", "plasimine", "pseudomonic acid a", "ilers", "brl 4910a", "ec 6.1.1.5", "9-({(2e)-4-[(2s,3r,4r,5s)-3,4-dihydroxy-5-({(2s,3s)-3-[(1s,2s)-2-hydroxy-1-methylpropyl]oxiran-2-yl}methyl)tetrahydro-2h-pyran-2-yl]-3-methylbut-2-enoyl}oxy)nonanoic acid", "mupirocinum[latin]", "9-({(2e)-4-[(2s,3r,4r,5s)-3,4-dihydroxy-5-({(2s,3s)-3-[(2s,3s)-3-hydroxybutan-2-yl]oxiran-2-yl}methyl)tetrahydro-2h-pyran-2-yl]-3-methylbut-2-enoyl}oxy)nonanoic acid (non-preferredname)", "mupirocin [usan:ban:inn][inn][usan]", "9-(4-{3,4-dihydroxy-5-[3-(2-hydroxy-1-methyl-propyl)-oxiranylmethyl]-tetrahydro-pyran-2-yl}-3-methyl-but-2-enoyloxy)-nonanoicacid (mupirocin)", "[2s-[2a(e),3b,4b,5a[2r*,3r*(1r*,2r*)]]]-9-[[3-methyl-1-oxo-4-[tetrahydro-3,4-dihydroxy-5-[[3-(2-hydroxy-1-methylpropyl)oxiranyl]methyl]-2h-pyran-2-yl]-2-butenyl]oxy]nonanoic acid", "bactroban[wiki]", "8-carboxyoctyl (e)-4-(2s,3r,4r,5s)-5-((2s,3s,4s,5s)-2,3-epoxy-5-hydroxy-4-methylhexyl)-3,4-dihydroxytetrahydro-2h-pyran-2-yl)-3-methylcrotonat", "lithium mupirocin", "12650-69-0[rn]", "5,9-anhydro-2,3,4,8-tetradeoxy-8-[[3-(2-hydroxy-1-methylpropyl)oxiranyl]methyl]-3-methyl-[2e,8[2s,3s(1s,2s)]]-l-talonon-2-enonic acid 8-carboxyoctyl ester", "9-((e)-4-((2s,3r,4r,5s)-3,4-dihydroxy-5-(((2s,3s)-3-((2s,3s)-3-hydroxybutan-2-yl)oxiran-2-yl)methyl)-tetrahydro-2h-pyran-2-yl)-3-methylbut-2-enoyloxy)nonanoic acid", "9-({(2e)-4-[(2s,3r,4r,5s)-3,4-dihydroxy-5-({(2s,3s)-3-[(2s,3s)-3-hydroxy-2-butanyl]-2-oxiranyl}methyl)tetrahydro-2h-pyran-2-yl]-3-methyl-2-butenoyl}oxy)nonanoic acid (non-preferredname)", "mupirocin[wiki][usp]", "9-((e)-4-{(2s,3r,4r,5s)-3,4-dihydroxy-5-[(2s,3s)-3-((1s,2s)-2-hydroxy-1-methyl-propyl)-oxiranylmethyl]-tetrahydro-pyran-2-yl}-3-methyl-but-2-enoyloxy)-nonanoic acid", "isoleucine--trna ligase", "nonanoicacid 9-[[(2z)-3-methyl-1-oxo-4-[(2s,3r,4r,5s)-tetrahydro-3,4-dihydroxy-5-[[(2s,3s)-3-[(1s,2s)-2-hydroxy-1-methylpropyl]-2-oxiranyl]methyl]-2h-pyran-2-yl]-2-buten-1-yl]oxy]-", "9-({(2e)-4-[(2s,3r,4r,5s)-3,4-dihydroxy-5-({(2s,3s)-3-[(1s,2s)-2-hydroxy-1-methylpropyl]oxiran-2-yl}methyl)tetrahydro-2h-pyran-2-yl]-3-methylbut-2-enoyl}oxy)nonanoic acid(non-preferred name)", "brl-4910a", "bactroban nasal", "mupirocina[spanish]", "trans-pseudomonic acid", "centany (tn)", "mupirocina", "mupirocinum", "mupirocin calcium", "calcium 9-[(e)-4-[(2s", "mupirocin calcium hydrate", "115074-43-6", "mupirocin calcium dihydrate", "mupirocin calcium (usan)", "mupirocin calcium hydrate (jp16)", "d02195", "ks-1208", "ac1nqzv4"}|>, "6799" -> <|"DatabaseID" -> "SW03672", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5835"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444511]}, "IsomericSmiles" -> "Cc1cc(c2c3c1c4c(cc(c5c4c6c3c7c(c(cc(c7c2=O)[O-])O)c8c6c(c5=O)c(cc8O)[O-])[O-])C)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hypericin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281051]}, "Synonyms" -> {"cyclo werrol", "cyclosan", "cyclo-werol", "hypericum red", "233-307-5[einecs]", "hypericin;hypericum red;cyclo-werrol;cyclosan;vimrxyn", "1,3,4,6,8,13-hexahydroxy-10,11-dimethyl-; phenanthro[1,10,9,8-opqra]perylene-7,14-dione", "231-430-9[einecs]", "4/9/548", "10112-91-1[rn]", "hipericina", "4,4',5,5',7,7'-hexahydroxy-2,2'-dimethylnaphthodianthrone", "phenanthro[1,10,9,8-opqra]perylene-7,14-dione 1,3,4,6,8,13-hexahydroxy-10,11-dimethyl-", "1,3,4,6,8,13-hexahydroxy-10,11-dimethylphenanthro(1,10,9,8-opqra)perylene-7,14-dione", "548-04-9", "vimrxyn", "208-941-0[einecs]", "4,5,7,4',5',7'-hexahydroxy-2,2'-dimethyl-mesonapthtodianthron", "1,3,4,6,8,13-hexahydroxy-10,11-dimethylphenanthro[1,10,9,8-opqra]perylen-7,14-dion", "chebi:5835", "cyclo-werrol; hypericum red", "548-04-9[rn]", "7,11,13,16,18,22-hexahydroxy-5,24-dimethyloctacyclo[13.11.1.12,10.03,8.04,25.019,27.021,26.014,28]octacosa-1,3,5,7,10,12,14(28),15,17,19(27),21,23,25-tridecaene-9,20-dione", "7546-30-7[rn]", "hypericin hypericum perforatum", "nsc622946", "1:6:8:10:11:13-hexahydroxy-3:4-dimethyl-meso-naphthodianthrene-7:14-dione", "c004965", "nsc407313", "einecs 208-941-0", "1917913[beilstein]", "hypericin with hplc", "hypericin[wiki]", "1,3,4,6,8,13-hexahydroxy-10,11-dimethylphenanthro[1,10,9,8-opqra]perylene-7,14-dione", "[548-04-9]", "1,3,4,6,8,13-hexahydroxy-10,11-dimethyl-phenanthro[1,10,9,8-opqra]perylene-7,14-dione", "hypericin from hypericum perforatum", "hypericine", "4,5,7,4',5',7'-hexahydroxy-2,2'-dimethylnaphthodianthrone", "hypericin", "hyperizin", "mono-(123i)iodohypericin"}|>, "6800" -> <|"DatabaseID" -> "SW03673", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "746859"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445407]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00287"]}, "IsomericSmiles" -> "CC(C)OC(=O)CCC/C=C\\C[C@H]1[C@H](C[C@H]([C@@H]1/C=C/[C@H](COc2cccc(c2)C(F)(F)F)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01964"]}, "OfficialNames" -> <|"Australia Approved Name" -> "TRAVOPROST", "FDA Approved Drug" -> "TRAVOPROST"|>, "PharmGKBID" -> "PA164781371", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282226]}, "Synonyms" -> {"travatan", "travoprost", "travatan z", "travatan (tn)", "travatan alcon", "travoprost intermediates", "1-methylethyl-(5z)-7-[(1r,2r,3r,5s)-3,5-dihydroxy-2-{(1e,3r)-3-hydroxy-4-[3-(trifluormethyl)phenoxy]but-1-en-1-yl}cyclopentyl]hept-5-enoat", "157283-68-6[rn]", "1-methylethyl (5z)-7-[(1r,2r,3r,5s)-3,5-dihydroxy-2-{(1e,3r)-3-hydroxy-4-[3-(trifluoromethyl)phenoxy]but-1-en-1-yl}cyclopentyl]hept-5-enoate", "5-heptenoic acid,7-[(1r,2r,3r,5s)-3,5-dihydroxy-2-[(1e,3r)-3-hydroxy-4-[3-(trifluoromethyl)phenoxy]-1-buten-1-yl]cyclopentyl]- 1-methylethyl ester (5z)-", "ethanol solution", "s1554_selleck", "travoprost[wiki]", "pgf2 alpha receptor", "5-heptenoic acid,7-[(1r,2r,3r,5s)-3,5-dihydroxy-2-[(1e,3r)-3-hydroxy-4-[3-(trifluoromethyl)phenoxy]-1-butenyl]cyclopentyl]-,1-methylethyl ester (5z)-", "5-heptenoic acid,7-((1r,2r,3r,5s)-3,5-dihydroxy-2-((1e,3r)-3-hydroxy-4-(3-(trifluoromethyl)phenoxy)-1-butenyl)cyclopentyl)-,1-methylethyl ester (5z)-", "prostanoid fp receptor", "(5z)-7-[(1r,2r,3r,5s)-3,5-dihydroxy-2-[(1e,3r)-3-hydroxy-4-[3-(trifluoromethyl)phenoxy]-1-buten-1-yl]cyclopentyl]-5-heptenoicacid 1-methyethylester", "pgf receptor", "travoprost (jan/usan)[jan][usan]", "travoprost [usan]", "travatanz", "isopropyl(5z)-7-[(1r,2r,3r,5s)-3,5-dihydroxy-2-{(1e,3r)-3-hydroxy-4-[3-(trifluoromethyl)phenoxy]but-1-en-1-yl}cyclopentyl]hept-5-enoate", "al-6221", "travaprost", "(+)-fluprostenol isopropyl ester"}|>, "6801" -> <|"DatabaseID" -> "SW03674", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31441"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392059]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00588"]}, "IsomericSmiles" -> "CCC(=O)O[C@@]1([C@@H](C[C@@H]2[C@@]1(C[C@@H]([C@]3([C@H]2C[C@@H](C4=CC(=O)C=C[C@@]43C)F)F)O)C)C)C(=O)SCF", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01708"]}, "OfficialNames" -> <|"Indian Approved Name" -> "fluticasone propionate", "Australia Approved Name" -> "FLUTICASONE PROPIONATE", "FDA Approved Drug" -> "FLUTICASONE PROPIONATE"|>, "PharmGKBID" -> "PA449686", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444036]}, "Synonyms" -> {"flonase", "fluticasone propionate", "cutivate", "flixonase", "flixotide", "flunase", "flovent", "flovent hfa", "flovent diskus 50", "flovent diskus 100", "flusonal", "flovent diskus 250", "atemur", "flutide", "fluspiral", "advair diskus 250/50", "advair diskus 100/50", "(6a,11b,16a,17a)-6,9-difluoro-11-hydroxy-16-methyl-3-oxo-17-(1-oxopropoxy)androsta-1,4-diene-17-carbothioicacid s-(fluoromethyl) ester", "fluticasone propionate (jan/usan)[jan][usan]", "advair diskus", "(2s,8s,10s,11s,15s,17s,1r,13r,14r)-1,8-difluoro-14-[(fluoromethylthio)carbonyl]-17-hydroxy-2,13,15-trimethyl-5-oxotetracyclo[8.7.0.0<2,7>.0<11,15>]heptadeca-3,6-dien-14-ylpropanoate", "advair diskus 500/50", "flovent dpi", "fluxonal", "cutivate (tn); fluticasone propionate", "flovent diskus", "cutivate (tn)", "90566-53-3[rn]", "skyron", "6944704[beilstein]", "fluticasone propiponate", "flovent[wiki]", "(6a,11b,16a,17a)-6,9-difluoro-11-hydroxy-16-methyl-3-oxo-17-(1-oxopropoxy)androsta-1,4-diene-17-carbothioicacid fluoromethylester", "mr", "fluticasone propionate[wiki]"}|>, "6802" -> <|"DatabaseID" -> "SW03675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10076]}, "IsomericSmiles" -> "CC[NH+]1CC2([C@H]3C(C4[C@@H]1C3([C@@H]5C[C@]6(C([C@@H]5[C@@]4(C(C6OC)O)O)O)O)C(CC2O)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10511]}, "Synonyms" -> {"aconine", "509-20-6", "5-21-06-00310 (beilstein handbook reference)", "brn 0060864", "ls-14007", "aconitane-3", "ac1l1vcy", "5-21-06-00310 (beilstein handbook reference)[beilstein]", "509-20-6[rn]"}|>, "6803" -> <|"DatabaseID" -> "SW03675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10076]}, "IsomericSmiles" -> "CC[NH+]1CC2([C@H]3C(C4[C@@H]1C3([C@@H]5C[C@]6(C([C@@H]5[C@@]4(C(C6OC)O)O)O)O)C(CC2O)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10511]}, "Synonyms" -> {"aconine", "509-20-6", "5-21-06-00310 (beilstein handbook reference)", "brn 0060864", "ls-14007", "aconitane-3", "ac1l1vcy", "5-21-06-00310 (beilstein handbook reference)[beilstein]", "509-20-6[rn]"}|>, "6804" -> <|"DatabaseID" -> "SW03675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10076]}, "IsomericSmiles" -> "CC[NH+]1CC2([C@H]3C(C4[C@@H]1C3([C@@H]5C[C@]6(C([C@@H]5[C@@]4(C(C6OC)O)O)O)O)C(CC2O)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10511]}, "Synonyms" -> {"aconine", "509-20-6", "5-21-06-00310 (beilstein handbook reference)", "brn 0060864", "ls-14007", "aconitane-3", "ac1l1vcy", "5-21-06-00310 (beilstein handbook reference)[beilstein]", "509-20-6[rn]"}|>, "6805" -> <|"DatabaseID" -> "SW03675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10076]}, "IsomericSmiles" -> "CC[NH+]1CC2([C@H]3C(C4[C@@H]1C3([C@@H]5C[C@]6(C([C@@H]5[C@@]4(C(C6OC)O)O)O)O)C(CC2O)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10511]}, "Synonyms" -> {"aconine", "509-20-6", "5-21-06-00310 (beilstein handbook reference)", "brn 0060864", "ls-14007", "aconitane-3", "ac1l1vcy", "5-21-06-00310 (beilstein handbook reference)[beilstein]", "509-20-6[rn]"}|>, "6806" -> <|"DatabaseID" -> "SW03675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10076]}, "IsomericSmiles" -> "CC[NH+]1CC2([C@H]3C(C4[C@@H]1C3([C@@H]5C[C@]6(C([C@@H]5[C@@]4(C(C6OC)O)O)O)O)C(CC2O)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10511]}, "Synonyms" -> {"aconine", "509-20-6", "5-21-06-00310 (beilstein handbook reference)", "brn 0060864", "ls-14007", "aconitane-3", "ac1l1vcy", "5-21-06-00310 (beilstein handbook reference)[beilstein]", "509-20-6[rn]"}|>, "6807" -> <|"DatabaseID" -> "SW03675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10076]}, "IsomericSmiles" -> "CC[NH+]1CC2([C@H]3C(C4[C@@H]1C3([C@@H]5C[C@]6(C([C@@H]5[C@@]4(C(C6OC)O)O)O)O)C(CC2O)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10511]}, "Synonyms" -> {"aconine", "509-20-6", "5-21-06-00310 (beilstein handbook reference)", "brn 0060864", "ls-14007", "aconitane-3", "ac1l1vcy", "5-21-06-00310 (beilstein handbook reference)[beilstein]", "509-20-6[rn]"}|>, "6808" -> <|"DatabaseID" -> "SW03675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10076]}, "IsomericSmiles" -> "CC[NH+]1CC2([C@H]3C(C4[C@@H]1C3([C@@H]5C[C@]6(C([C@@H]5[C@@]4(C(C6OC)O)O)O)O)C(CC2O)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10511]}, "Synonyms" -> {"aconine", "509-20-6", "5-21-06-00310 (beilstein handbook reference)", "brn 0060864", "ls-14007", "aconitane-3", "ac1l1vcy", "5-21-06-00310 (beilstein handbook reference)[beilstein]", "509-20-6[rn]"}|>, "6809" -> <|"DatabaseID" -> "SW03675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10076]}, "IsomericSmiles" -> "CC[NH+]1CC2([C@H]3C(C4[C@@H]1C3([C@@H]5C[C@]6(C([C@@H]5[C@@]4(C(C6OC)O)O)O)O)C(CC2O)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10511]}, "Synonyms" -> {"aconine", "509-20-6", "5-21-06-00310 (beilstein handbook reference)", "brn 0060864", "ls-14007", "aconitane-3", "ac1l1vcy", "5-21-06-00310 (beilstein handbook reference)[beilstein]", "509-20-6[rn]"}|>, "6810" -> <|"DatabaseID" -> "SW03675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10076]}, "IsomericSmiles" -> "CC[NH+]1CC2([C@H]3C(C4[C@@H]1C3([C@@H]5C[C@]6(C([C@@H]5[C@@]4(C(C6OC)O)O)O)O)C(CC2O)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10511]}, "Synonyms" -> {"aconine", "509-20-6", "5-21-06-00310 (beilstein handbook reference)", "brn 0060864", "ls-14007", "aconitane-3", "ac1l1vcy", "5-21-06-00310 (beilstein handbook reference)[beilstein]", "509-20-6[rn]"}|>, "6811" -> <|"DatabaseID" -> "SW03675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10076]}, "IsomericSmiles" -> "CC[NH+]1CC2([C@H]3C(C4[C@@H]1C3([C@@H]5C[C@]6(C([C@@H]5[C@@]4(C(C6OC)O)O)O)O)C(CC2O)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10511]}, "Synonyms" -> {"aconine", "509-20-6", "5-21-06-00310 (beilstein handbook reference)", "brn 0060864", "ls-14007", "aconitane-3", "ac1l1vcy", "5-21-06-00310 (beilstein handbook reference)[beilstein]", "509-20-6[rn]"}|>, "6812" -> <|"DatabaseID" -> "SW03675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10076]}, "IsomericSmiles" -> "CC[NH+]1CC2([C@H]3C(C4[C@@H]1C3([C@@H]5C[C@]6(C([C@@H]5[C@@]4(C(C6OC)O)O)O)O)C(CC2O)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10511]}, "Synonyms" -> {"aconine", "509-20-6", "5-21-06-00310 (beilstein handbook reference)", "brn 0060864", "ls-14007", "aconitane-3", "ac1l1vcy", "5-21-06-00310 (beilstein handbook reference)[beilstein]", "509-20-6[rn]"}|>, "6813" -> <|"DatabaseID" -> "SW03675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10076]}, "IsomericSmiles" -> "CC[NH+]1CC2([C@H]3C(C4[C@@H]1C3([C@@H]5C[C@]6(C([C@@H]5[C@@]4(C(C6OC)O)O)O)O)C(CC2O)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10511]}, "Synonyms" -> {"aconine", "509-20-6", "5-21-06-00310 (beilstein handbook reference)", "brn 0060864", "ls-14007", "aconitane-3", "ac1l1vcy", "5-21-06-00310 (beilstein handbook reference)[beilstein]", "509-20-6[rn]"}|>, "6814" -> <|"DatabaseID" -> "SW03675", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10076]}, "IsomericSmiles" -> "CC[NH+]1CC2([C@H]3C(C4[C@@H]1C3([C@@H]5C[C@]6(C([C@@H]5[C@@]4(C(C6OC)O)O)O)O)C(CC2O)OC)OC)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10511]}, "Synonyms" -> {"aconine", "509-20-6", "5-21-06-00310 (beilstein handbook reference)", "brn 0060864", "ls-14007", "aconitane-3", "ac1l1vcy", "5-21-06-00310 (beilstein handbook reference)[beilstein]", "509-20-6[rn]"}|>, "6815" -> <|"DatabaseID" -> "SW03676", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26689]}, "IsomericSmiles" -> "Cc1c(c(c(c(c1C(=O)[O-])I)NC(=O)C)I)C(=O)NC", "OfficialNames" -> <|"FDA Approved Drug" -> "IOTHALAMATE SODIUM I-125"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 28695]}, "Synonyms" -> {"natrii iotalamas (125 i)[latin]", "iotalamato sodico (125 i)[spanish]", "sodium 5-acetamido-ar,ar-diiodo-ar-iodo-125i-n-methylisophthalamate", "iotalamate (125 i) de sodium[french]", "benzoic acid 3-(acetylamino)diiodoiodo-(sup125)i-5-((methylamino)carbonyl)- monosodiumsalt", "natrii jotalamas (125 i)", "iothalamate sodium i 125[usan]", "monosodium 5-acetamido-triiodo-n-methylisophthalamate,labeledwith iodine-125", "iothalamate sodium i-125", "17692-74-9[rn]", "glofil-125", "diatrizoate sodium i 125[usan]"}|>, "6816" -> <|"DatabaseID" -> "SW03677", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34302]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01218"]}, "IsomericSmiles" -> "CCCC[NH+](CCCC)CCC(c1cc2c(cc(cc2Cl)Cl)c3c1ccc(c3)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02485"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HALOFANTRINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37392]}, "Synonyms" -> {"halfan", "halofantrine hydrochloride", "(+-)-halofantrine hydrochloride", "69756-53-2[rn]", "plasmepsin-2 precursor", "halofantrine [usan]", "36167-63-2[rn]", "aspartic hemoglobinase ii", "halofantrina [inn-spanish]", "36167-63-2 (hydrochloride)", "halofantrino [spanish]", "halfan (tn)", "3-(dibutylamino)-1-[1,3-dichloro-6-(trifluoromethyl)phenanthren-9-yl]propan-1-olhydrochloride", "1-(1,3-dichloro-6-trifluoromethyl-9-phenanthryl)-3-(di-n-butylamino)propanol hydrochloride", "3-(dibutylamino)-1-[1,3-dichloro-6-(trifluoromethyl)-9-phenanthryl]propan-1-ol hydrochloride (1:1)", "9-(3-(dibutylamino)-1-hydroxypropyl)-1,3-dichloro-6-(trifluoromethyl)phenanthrenehydrochloride", "106927-11-1[rn]", "3-(dibutylamino)-1-[1,3-dichloro-6-(trifluoromethyl)phenanthren-9-yl]propan-1-olhydrochloride (1:1)", "1,3-dichloro-6-trifluoromethyl-9-(3-(dibutylamino)-1-hydroxypropyl)phenanthrene hcl", "wr-171,669", "ec 3.4.23.39", "pfapd", "halofantrinum [inn-latin]", "einecs 252-895-4", "halofantrine hydrochloride[usan]", "wr-171669", "halofantrine[wiki]", "sk&f-102866;", "halofantrine", "halofantrino", "3-(dibutylamino)-1-[1,3-dichlor-6-(trifluormethyl)phenanthren-9-yl]propan-1-olhydrochlorid", "wr 171669", "wr-171", "halofantrine hcl", "halofantrino[spanish]"}|>, "6817" -> <|"DatabaseID" -> "SW03677", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34302]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01218"]}, "IsomericSmiles" -> "CCCC[NH+](CCCC)CCC(c1cc2c(cc(cc2Cl)Cl)c3c1ccc(c3)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02485"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HALOFANTRINE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37392]}, "Synonyms" -> {"halfan", "halofantrine hydrochloride", "(+-)-halofantrine hydrochloride", "69756-53-2[rn]", "plasmepsin-2 precursor", "halofantrine [usan]", "36167-63-2[rn]", "aspartic hemoglobinase ii", "halofantrina [inn-spanish]", "36167-63-2 (hydrochloride)", "halofantrino [spanish]", "halfan (tn)", "3-(dibutylamino)-1-[1,3-dichloro-6-(trifluoromethyl)phenanthren-9-yl]propan-1-olhydrochloride", "1-(1,3-dichloro-6-trifluoromethyl-9-phenanthryl)-3-(di-n-butylamino)propanol hydrochloride", "3-(dibutylamino)-1-[1,3-dichloro-6-(trifluoromethyl)-9-phenanthryl]propan-1-ol hydrochloride (1:1)", "9-(3-(dibutylamino)-1-hydroxypropyl)-1,3-dichloro-6-(trifluoromethyl)phenanthrenehydrochloride", "106927-11-1[rn]", "3-(dibutylamino)-1-[1,3-dichloro-6-(trifluoromethyl)phenanthren-9-yl]propan-1-olhydrochloride (1:1)", "1,3-dichloro-6-trifluoromethyl-9-(3-(dibutylamino)-1-hydroxypropyl)phenanthrene hcl", "wr-171,669", "ec 3.4.23.39", "pfapd", "halofantrinum [inn-latin]", "einecs 252-895-4", "halofantrine hydrochloride[usan]", "wr-171669", "halofantrine[wiki]", "sk&f-102866;", "halofantrine", "halofantrino", "3-(dibutylamino)-1-[1,3-dichlor-6-(trifluormethyl)phenanthren-9-yl]propan-1-olhydrochlorid", "wr 171669", "wr-171", "halofantrine hcl", "halofantrino[spanish]"}|>, "6818" -> <|"DatabaseID" -> "SW03678", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54855]}, "IsomericSmiles" -> "CC(C)(C)C(=O)OCOP(=O)(COCCn1cnc2c1ncnc2N)OCOC(=O)C(C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01655"]}, "OfficialNames" -> <|"China Approved Name" -> "adefovir dipivoxil", "Indian Approved Name" -> "adefovir dipivoxil", "FDA Approved Drug" -> "ADEFOVIR DIPIVOXIL"|>, "PharmGKBID" -> "PA10005", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60871]}, "Synonyms" -> {"adefovir pivoxil", "adefovirdipivoxl", "142340-99-6", "preveon", "hepsera", "adefovir depivoxil", "adefovir dipivoxil", "tl8000938", "adefovir dipivolix", "gs-0840", "3-{[2-(6-amino-9h-purin-9-yl)ethoxy]methyl}-8,8-dimethyl-3-oxido-7-oxo-2,4,6-trioxa-3-phosphanon-1-yl 2,2-dimethylpropanoate", "bis(pivaloyloxymethyl)-9-[2-(phosphonomethoxy)ethyl]adenine", "bis-pom pmea preveon hepsera", "[({[2-(6-amino-9h-purin-9-yl)ethoxy]methyl}({[(2,2-dimethylpropanoyl)oxy]methoxy})phosphoryl)oxy]methyl 2,2-dimethylpropanoate", "142340-99-6[rn]", "mecobalamin(methyl-5,6-dimethylbenzimidazolylcobalamin; vitaminb12)", "adv", "propanoicacid 2,2-dimethyl- (((2-(6-amino-9h-purin-9-yl)ethoxy)methyl)phosphinylidene)bis(oxymethylene) ester", "2,2-dimethylpropanoic acid[2-(6-aminopurin-9-yl)ethoxymethyl-[(2,2-dimethyl-1-oxopropoxy)methoxy]phosphoryl]oxymethyl ester", "hepsera[wiki]", "bis(pom)-pmea", "bis(pivaloylosymethyl)-9-(2-phosphonyl-methoxyethyl)adenine", "2,2-dimethyl-propionic acid[2-(6-amino-purin-9-yl)-ethoxymethyl]-(2,2-dimethyl-propionyloxymethoxy)-phosphinoyloxymethyl ester", "adefovir di(pivaloyloxymethyl) ester", "(((2-(6-amino-9h-purin-9-yl)ethoxy)methyl)phosphinylidene)bis(oxymethylene) 2,2-dimethylpropanoate", "bis-pom pmea;preveon;hepsera;preveon;hepsera", "9-[2-[bis[(pivaloyloxy)methoxy]phosphinyl]methoxy]ethyl]adenine", "bis(pom)pmea", "adefovirdipivoxil", "[2-(6-aminopurin-9-yl)ethoxymethyl-(2,2-dimethylpropanoyloxymethoxy)phosphoryl]oxymethyl 2,2-dimethylpropanoate", "23687-27-6[rn]", "propanoicacid 2,2-dimethyl- [[[[2-(6-amino-9h-purin-9-yl)ethoxy]methyl][(2,2-dimethyl-1-oxopropoxy)methoxy]phosphinyl]oxy]methyl ester", "2,2-dimethyl-propionic acid[2-(6-purin-9-yl)-ethoxymethyl]-(2,2-dimethyl-propionyloxymethoxy)-phosphinoyloxymethyl ester", "13422-55-4[rn]", "9-(2-((-bis((pivaloyloxy)methoxy)phosphinyl)methoxy)ethyl)adenine", "adefovir dipivoxil[usan]", "youheding", "3-{[2-(6-amino-9h-purin-9-yl)ethoxy]methyl}-8,8-dimethyl-3-oxido-7-oxo-2,4,6-trioxa-3-phosphanon-1-yl-2,2-dimethylpropanoat", "piv2pmea", "gs 840", "hepsera (tn)"}|>, "6819" -> <|"DatabaseID" -> "SW03679", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5050"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56703], ExternalIdentifier["ChemSpiderID", 8007604]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00950"]}, "IsomericSmiles" -> "CC(C)(c1ccc(cc1)C(CCC[NH+]2CCC(CC2)C(c3ccccc3)(c4ccccc4)O)O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07958"], ExternalIdentifier["KEGGID", "D00671"]}, "OfficialNames" -> <|"Indian Approved Name" -> "fexofenadine hydrochloride;fexofenadine hcl", "FDA Approved Drug" -> "FEXOFENADINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449621", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3348], ExternalIdentifier["PubChemCompoundID", 9831873]}, "Synonyms" -> {"allegra", "fexofenadine hydrochloride", "fexofenadine", "terfenadine-cooh", "terfenadine acid metabolite", "terfenadine carboxylate", "fexofendine", "carboxyterfenadine", "allegra-d 12 hour", "2-(4-(1-hydroxy-4-(4-(hydroxydiphenylmethyl)piperidin-1-yl)butyl)phenyl)-2-methylpropanoicacid hydr", "2-[4-[1-hydroxy-4-[4-(hydroxy-diphenylmethyl)piperidin-1-yl]butyl]phenyl]-2-methylpropanoic acid hydrochloride", "allegra flash", "terfenidine carboxylate hydrochloride", "mdl-16455a", "mdl 16455 hydrochloride", "2-(4-{1-hydroxy-4-[4-(hydroxydiphenylmethyl)piperidyl]butyl}phenyl)-2-methylpropanoic acid chloride h", "altiva", "fexofenadine hydrochloride (jan/usan)[jan][usan]", "m-016455-o", "allegra--d", "2-[4-(1-hydroxy-4-{4-[hydroxy(diphenyl)methyl]piperidin-1-yl}butyl)phenyl]-2-methylpropans", "chebi:5050", "153439-40-8[rn]", "138452-21-8[rn]", "83799-24-0[rn]", "carboxyterfenadine hydrochloride", "fexofenadine[wiki]", "fexofenidine hydrochloride", "2-[4-(1-hydroxy-4-{4-[hydroxy(diphenyl)methyl]piperidin-1-yl}butyl)phenyl]-2-methylpropanoic acid hydrochloride (1:1)", "153439-40-8 (138452-21-8)", "chloride", "hydron[wiki]", "a,a-dimethyl-4-[1-hydroxy-4-[4-(hydroxydiphenylmethyl)-1-piperidinyl]butyl]-benzeneaceticacid hydrochloride", "allegra[wiki]", "benzeneacetic acid 4-[1-hydroxy-4-[4-(hydroxydiphenylmethyl)-1-piperidinyl]butyl]-a,a-dimethyl- hydrochloride (1:1)", "allegra-d (fexofenadine hydrochloride + pseudoephedrine hydrochloride)_mixture", "2-(4-{1-hydroxy-4-[4-(hydroxydiphenylmethyl)piperidyl]butyl}phenyl)-2-methylpropanoic acid chloride", "2-[4-[1-hydroxy-4-[4-[hydroxy(diphenyl)methyl]-1-piperidinyl]butyl]phenyl]-2-methylpropanoic acid", "allegra d-12 hour", "2-methyl-2-[4-[1-oxidanyl-4-[4-[oxidanyl(diphenyl)methyl]piperidin-1-yl]butyl]phenyl]propanoic acid", "[153439-40-8]", "terfenadine carboxylate hydrochloride", "fexofenadine (inn)", "allegra-d 24 hour", "2-[4-(1-hydroxy-4-{4-[hydroxy(diphenyl)methyl]piperidin-1-yl}butyl)phenyl]-2-methylpropanoic acid hydrochloride", "mdl 16,455a", "allegra (tn)", "telfast (tn)", "2-(4-(1-hydroxy-4-(4-(hydroxydiphenylmethyl)piperidin-1-yl)butyl)phenyl)-2-methylpropanoicacid hydrochloride", "fexofenadine hcl", "allegra-d", "fexofenadine hydrochloride mixture with pseudoephedrine hydrochloride", "fexofenadine hcl; pseudoephedrine hcl", "allegra d 24 hour", "fexofenadine(hcl form)", "telfast", "fexofenadine hydrochloride and pseudoephedrine hydrochloride", "616242-78-5", "2-[4-(1-hydroxy-4-{4-[hydroxy(diphenyl)methyl]piperidin-1-yl}butyl)phenyl]-2-methylpropanoic acid -(1s,2s)-2-(methylamino)-1-phenylpropan-1-ol(1:1) dihydrochloride", "fexofenadine mixture with pseudoephedrine", "allegra d"}|>, "6820" -> <|"DatabaseID" -> "SW03679", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5050"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56703], ExternalIdentifier["ChemSpiderID", 8007604]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00950"]}, "IsomericSmiles" -> "CC(C)(c1ccc(cc1)C(CCC[NH+]2CCC(CC2)C(c3ccccc3)(c4ccccc4)O)O)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07958"], ExternalIdentifier["KEGGID", "D00671"]}, "OfficialNames" -> <|"Indian Approved Name" -> "fexofenadine hydrochloride;fexofenadine hcl", "FDA Approved Drug" -> "FEXOFENADINE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449621", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3348], ExternalIdentifier["PubChemCompoundID", 9831873]}, "Synonyms" -> {"allegra", "fexofenadine hydrochloride", "fexofenadine", "terfenadine-cooh", "terfenadine acid metabolite", "terfenadine carboxylate", "fexofendine", "carboxyterfenadine", "allegra-d 12 hour", "2-(4-(1-hydroxy-4-(4-(hydroxydiphenylmethyl)piperidin-1-yl)butyl)phenyl)-2-methylpropanoicacid hydr", "2-[4-[1-hydroxy-4-[4-(hydroxy-diphenylmethyl)piperidin-1-yl]butyl]phenyl]-2-methylpropanoic acid hydrochloride", "allegra flash", "terfenidine carboxylate hydrochloride", "mdl-16455a", "mdl 16455 hydrochloride", "2-(4-{1-hydroxy-4-[4-(hydroxydiphenylmethyl)piperidyl]butyl}phenyl)-2-methylpropanoic acid chloride h", "altiva", "fexofenadine hydrochloride (jan/usan)[jan][usan]", "m-016455-o", "allegra--d", "2-[4-(1-hydroxy-4-{4-[hydroxy(diphenyl)methyl]piperidin-1-yl}butyl)phenyl]-2-methylpropans", "chebi:5050", "153439-40-8[rn]", "138452-21-8[rn]", "83799-24-0[rn]", "carboxyterfenadine hydrochloride", "fexofenadine[wiki]", "fexofenidine hydrochloride", "2-[4-(1-hydroxy-4-{4-[hydroxy(diphenyl)methyl]piperidin-1-yl}butyl)phenyl]-2-methylpropanoic acid hydrochloride (1:1)", "153439-40-8 (138452-21-8)", "chloride", "hydron[wiki]", "a,a-dimethyl-4-[1-hydroxy-4-[4-(hydroxydiphenylmethyl)-1-piperidinyl]butyl]-benzeneaceticacid hydrochloride", "allegra[wiki]", "benzeneacetic acid 4-[1-hydroxy-4-[4-(hydroxydiphenylmethyl)-1-piperidinyl]butyl]-a,a-dimethyl- hydrochloride (1:1)", "allegra-d (fexofenadine hydrochloride + pseudoephedrine hydrochloride)_mixture", "2-(4-{1-hydroxy-4-[4-(hydroxydiphenylmethyl)piperidyl]butyl}phenyl)-2-methylpropanoic acid chloride", "2-[4-[1-hydroxy-4-[4-[hydroxy(diphenyl)methyl]-1-piperidinyl]butyl]phenyl]-2-methylpropanoic acid", "allegra d-12 hour", "2-methyl-2-[4-[1-oxidanyl-4-[4-[oxidanyl(diphenyl)methyl]piperidin-1-yl]butyl]phenyl]propanoic acid", "[153439-40-8]", "terfenadine carboxylate hydrochloride", "fexofenadine (inn)", "allegra-d 24 hour", "2-[4-(1-hydroxy-4-{4-[hydroxy(diphenyl)methyl]piperidin-1-yl}butyl)phenyl]-2-methylpropanoic acid hydrochloride", "mdl 16,455a", "allegra (tn)", "telfast (tn)", "2-(4-(1-hydroxy-4-(4-(hydroxydiphenylmethyl)piperidin-1-yl)butyl)phenyl)-2-methylpropanoicacid hydrochloride", "fexofenadine hcl", "allegra-d", "fexofenadine hydrochloride mixture with pseudoephedrine hydrochloride", "fexofenadine hcl; pseudoephedrine hcl", "allegra d 24 hour", "fexofenadine(hcl form)", "telfast", "fexofenadine hydrochloride and pseudoephedrine hydrochloride", "616242-78-5", "2-[4-(1-hydroxy-4-{4-[hydroxy(diphenyl)methyl]piperidin-1-yl}butyl)phenyl]-2-methylpropanoic acid -(1s,2s)-2-(methylamino)-1-phenylpropan-1-ol(1:1) dihydrochloride", "fexofenadine mixture with pseudoephedrine", "allegra d"}|>, "6821" -> <|"DatabaseID" -> "SW03680", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31199"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392009]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00288"]}, "IsomericSmiles" -> "CC(=O)OCC(=O)[C@@]12[C@@H](C[C@@H]3[C@@]1(C[C@@H]([C@]4([C@H]3CCC5=CC(=O)C=C[C@@]54C)F)O)C)OC6(O2)CCCC6", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01387"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "AMCINONIDE"|>, "PharmGKBID" -> "PA164746074", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443958]}, "Synonyms" -> {"cyclocort", "amcinonide", "amcinonida", "cyclocort (tn)", "visderm", "phospholipase a2 inhibitory protein", "chromobindin-9", "amcinonida; amcinonide; amcinonidum", "9-fluoro-11b,16a,17,21-tetrahydroxypregna-1,4-diene-3,20-dionecyclic 16,17-acetal with cyclopentanone 21-acetate", "triamcinolonacetatcyclopentanonid", "256-915-2[einecs]", "amcinonidum[latin]", "no[1,2-d][1,3]dioxol]-6b'-yl]-2-oxoethylacetat", "spiro[cyclopentane-1,8'-[2h]naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol]-2'-one 6'b-[2-(acetyloxy)acetyl]-4'b-fluoro-4'a,4'b,5',6',6'a,6'b,9'a,10',10'a,10'b,11',12'-dodecahydro-5'-hydroxy-4'a,6'a-dimethyl- (4a's,4b'r,5's,6a's,6b's,9a'r,10a's,10b's)-", "spiro[cyclopentane-1,8'-[2h]naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol]-2'-one 6'b-[(acetyloxy)acetyl]-4'b-fluoro-4'a,4'b,5',6',6'a,6'b,9'a,10',10'a,10'b,11',12'-dodecahydro-5'-hydroxy-4'a,6'a-dimethyl- (4a's,4b'r,5's,6a's,6b's,9a'r,10a's,10b's)-", "calpactin ii", "amcinonidum", "annexin i", "lipocortin i", "51022-69-6[rn]", "chebi:31199", "(11b,16a)-21-(acetyloxy)-16,17-[cyclopentylidenebis(oxy)]-9-fluoro-11-hydroxypregna-1,4-diene-3,20-dione", "p35", "spiro[cyclopentane-1,8'-[2h]naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol]-2'-one 6'b-[(acetyloxy)acetyl]-4'b-fluoro-4'a,4'b,5',6',6'a,6'b,9'a,10',10'a,10'b,11',12'-dodecahydro-5'-hydroxy-4'a,6'a-dimethy", "aminonide", "amcinonide[wiki]", "amcinonide (jan/usp/inn)", "a2428_fluka", "2-[(4a's,4b'r,5's,6a's,6b's,9a'r,10a's,10b's)-4b'-fluor-5'-hydroxy-4a',6a'-dimethyl-2'-oxo-2',4a',4b',5',6',6a',9a',10',10a',10b',11',12'-dodecahydro-6b'h-spiro[cyclopentan-1,8'-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol]-6b'-yl]-2-oxoethylacetat", "cyclort", "l- (4a's,4b'r,5's,6a's,6b's,9a'r,10a's,10b's)-", "deno[1,2-d][1,3]dioxol]-6b'-yl]-2-oxoethyl acetate", "ac1l9fh1", "2-[(4a's,4b'r,5's,6a's,6b's,9a'r,10a's,10b's)-4b'-fluoro-5'-hydroxy-4a',6a'-dimethyl-2'-oxo-2',4a',4b',5',6',6a',9a',10',10a',10b',11',12'-dodecahydro-6b'h-spiro[cyclopentane-1,8'-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol]-6b'-yl]-2-oxoethylacetate"}|>, "6822" -> <|"DatabaseID" -> "SW03681", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9063]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00941"]}, "IsomericSmiles" -> "C[N+](C)(CCCCCC[N+](C)(C)C1c2ccccc2-c3c1cccc3)C4c5ccccc5-c6c4cccc6", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04435"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "HEXAFLUORENIUM BROMIDE"|>, "PharmGKBID" -> "PA164743020", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9434]}, "Synonyms" -> {"hexafluorenium bromide", "hexafluronium bromide", "mylaxen", "hexafluorenium", "milaxen", "esafluronio bromuro [dcit]", "4844-10-4[rn]", "1,6-bis(9 fluorenyldimethyl-ammonium)hexane bromide", "hexamethylenebis(9-fluorenyldimethylammonium bromide)", "esafluronio bromuro", "butyrylcholine esterase", "acylcholine acylhydrolase", "9005-49-6", "hexafluorenium dibromide", "mylaxen (tn)", "n,n'-di(9-fluorenyl)-n,n,n',n'-tetramethyly-hexamethylendi(ammoniumbromid)", "hexamethylene bis(9-fluorenyldimethylammonium)dibromide", "cholinesterase precursor", "hexafluronii bromidum[latin]", "hexafluronium", "n,n'-di-9h-fluoren-9-yl-n,n,n',n'-tetramethyl-1,6-hexanediaminium dibromide", "317-52-2[rn]", "bromure d'hexafluronium[french][inn]", "n,n'-di(9h-fluoren-9-yl)-n,n,n',n'-tetramethylhexane-1,6-diaminium dibromide", "choline esterase ii", "hexafluronii bromidum", "1,6-hexanediaminium n,n'-di-9h-fluoren-9-yl-n,n,n',n'-tetramethyl- dibromide", "hexamethylenebis[9-fluorenyldimethylammonium bromide]", "hexamethylenebis(dimethyl-9-fluorenylammonium bromide)", "206-265-0[einecs]", "pseudocholinesterase", "ec 3.1.1.8", "1,6-hexanediaminium n1,n6-di-9h-fluoren-9-yl-n1,n1,n6,n6-tetramethyl- bromide (1:2)", "bromuro de hexafluronio[spanish][inn]", "hexamethylenebis(fluoren-9-yldimethylammonium) dibromide"}|>, "6823" -> <|"DatabaseID" -> "SW03682", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15422"]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)[C@H]3[C@@H]([C@@H]([C@H](O3)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])[O-])O)O)N", "OfficialNames" -> <|"China Approved Name" -> "adenosine triphosphate"|>, "PharmGKBID" -> "PA164743471", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5957]}, "Synonyms" -> {"atriphos", "adetol", "triphosaden", "triadenyl", "striadyne", "adephos", "glucobasin", "triphosphaden", "adenosine triphosphate", "myotriphos"}|>, "6824" -> <|"DatabaseID" -> "SW03682", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15422"]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)[C@H]3[C@@H]([C@@H]([C@H](O3)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])[O-])O)O)N", "OfficialNames" -> <|"China Approved Name" -> "adenosine triphosphate"|>, "PharmGKBID" -> "PA164743471", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5957]}, "Synonyms" -> {"atriphos", "adetol", "triphosaden", "triadenyl", "striadyne", "adephos", "glucobasin", "triphosphaden", "adenosine triphosphate", "myotriphos"}|>, "6825" -> <|"DatabaseID" -> "SW03682", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15422"]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)[C@H]3[C@@H]([C@@H]([C@H](O3)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])[O-])O)O)N", "OfficialNames" -> <|"China Approved Name" -> "adenosine triphosphate"|>, "PharmGKBID" -> "PA164743471", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5957]}, "Synonyms" -> {"atriphos", "adetol", "triphosaden", "triadenyl", "striadyne", "adephos", "glucobasin", "triphosphaden", "adenosine triphosphate", "myotriphos"}|>, "6826" -> <|"DatabaseID" -> "SW03682", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15422"]}, "IsomericSmiles" -> "c1nc(c2c(n1)n(cn2)[C@H]3[C@@H]([C@@H]([C@H](O3)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])[O-])O)O)N", "OfficialNames" -> <|"China Approved Name" -> "adenosine triphosphate"|>, "PharmGKBID" -> "PA164743471", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5957]}, "Synonyms" -> {"atriphos", "adetol", "triphosaden", "triadenyl", "striadyne", "adephos", "glucobasin", "triphosphaden", "adenosine triphosphate", "myotriphos"}|>, "6827" -> <|"DatabaseID" -> "SW03683", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141763]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@]([C@H]1CC=C4[C@]2(C[C@H]([C@@]5([C@@H]4CC(CC5)(C)C)C(=O)[O-])O)C)(C[C@@H]([C@@H]([C@@]3(C)CO)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "polygalacic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161388]}, "Synonyms" -> {"polygalacic acid", "(2|a", "22338-71-2[rn]", "kst-1a3184", "ar-1a3752", "ar-1a3753", "akos015896723", "22338-71-2", "kst-1a3183", "ac1q5qz5", "ac1l4pc1"}|>, "6828" -> <|"DatabaseID" -> "SW03683", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141763]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@]([C@H]1CC=C4[C@]2(C[C@H]([C@@]5([C@@H]4CC(CC5)(C)C)C(=O)[O-])O)C)(C[C@@H]([C@@H]([C@@]3(C)CO)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "polygalacic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161388]}, "Synonyms" -> {"polygalacic acid", "(2|a", "22338-71-2[rn]", "kst-1a3184", "ar-1a3752", "ar-1a3753", "akos015896723", "22338-71-2", "kst-1a3183", "ac1q5qz5", "ac1l4pc1"}|>, "6829" -> <|"DatabaseID" -> "SW03684", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16634"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388379]}, "IsomericSmiles" -> "C([C@@H]1[C@@H]([C@@H]([C@H]([C@H](O1)OC[C@@H]2[C@H]([C@@H]([C@H]([C@H](O2)O[C@]3([C@H]([C@@H]([C@H](O3)CO)O)O)CO)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-raffinose;raffinose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439242]}, "Synonyms" -> {"d-raffinose", "raffinose (8ci)", "d-(+)-raffinose", "6g-alpha-d-galactosylsucrose", "512-69-6", "rafinosa", "208-146-9[einecs]", "17629-30-0[rn]", "melitose[wiki]", "melitriose[wiki]", "512-69-6[rn]", "raffinose; d(+)-raffinose; melitriose", "gossypose[wiki]", "gossypose", "melitose", "raffinose[wiki]", "chebi:16634", "6227-50-5[rn]", "melitriose", "raffinose", "d-(+)-raffinose pentahydrate", "(2r,3r,4s,5s,6r)-2-{[(2s,3s,4s,5r)-3,4-dihydroxy-2,5-bis(hydroxymethyl)tetrahydro-2-furanyl]oxy}-6-({[(2s,3r,4s,5r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-3,4,5-triol"}|>, "6830" -> <|"DatabaseID" -> "SW03685", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4573723]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@H](O1)OC[C@@H]2[C@H]([C@@H]([C@H]([C@H](O2)OC[C@H]([C@H]([C@@H]([C@H](C=O)O)O)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"WHO Essential Medicine" -> "dextran 70"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5460037]}, "Synonyms" -> {"isomaltosaccharide", "isomaltotriose", "isomaltotri-itol", "o-alpha-d-glucopyranosyl-(1.6)-o-alpha-d-glucopyranosyl-(1.6)-d-glucose", "dextran", "d016264", "onkotin", "chebi:27649", "3371-50-4[rn]", "ac1nuspk", "hemodex", "gentran", "9042-14-2[rn]", "alpha-d-glucopyranosyl-(1->6)-alpha-d-glucopyranosyl-(1->6)-d-glucose", "chembl1697742", "rheomacrodex", "cpd-13351", "hyskon"}|>, "6831" -> <|"DatabaseID" -> "SW03686", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388438]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H](C(O1)O)O)OC2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)OC3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laminarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439306]}, "Synonyms" -> {"ac1l973h", "9008-22-4[rn]", "(3r", "laminarin[wiki]", "laminaran"}|>, "6832" -> <|"DatabaseID" -> "SW03686", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388438]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H](C(O1)O)O)OC2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)OC3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laminarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439306]}, "Synonyms" -> {"ac1l973h", "9008-22-4[rn]", "(3r", "laminarin[wiki]", "laminaran"}|>, "6833" -> <|"DatabaseID" -> "SW03686", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388438]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H](C(O1)O)O)OC2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)OC3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laminarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439306]}, "Synonyms" -> {"ac1l973h", "9008-22-4[rn]", "(3r", "laminarin[wiki]", "laminaran"}|>, "6834" -> <|"DatabaseID" -> "SW03686", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388438]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H](C(O1)O)O)OC2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)OC3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laminarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439306]}, "Synonyms" -> {"ac1l973h", "9008-22-4[rn]", "(3r", "laminarin[wiki]", "laminaran"}|>, "6835" -> <|"DatabaseID" -> "SW03686", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388438]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H](C(O1)O)O)OC2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)OC3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laminarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439306]}, "Synonyms" -> {"ac1l973h", "9008-22-4[rn]", "(3r", "laminarin[wiki]", "laminaran"}|>, "6836" -> <|"DatabaseID" -> "SW03686", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388438]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H](C(O1)O)O)OC2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)OC3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laminarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439306]}, "Synonyms" -> {"ac1l973h", "9008-22-4[rn]", "(3r", "laminarin[wiki]", "laminaran"}|>, "6837" -> <|"DatabaseID" -> "SW03686", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388438]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H](C(O1)O)O)OC2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)OC3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laminarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439306]}, "Synonyms" -> {"ac1l973h", "9008-22-4[rn]", "(3r", "laminarin[wiki]", "laminaran"}|>, "6838" -> <|"DatabaseID" -> "SW03686", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388438]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H](C(O1)O)O)OC2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)OC3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "laminarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439306]}, "Synonyms" -> {"ac1l973h", "9008-22-4[rn]", "(3r", "laminarin[wiki]", "laminaran"}|>, "6839" -> <|"DatabaseID" -> "SW03687", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388396]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)OC2[C@H](O[C@H]([C@@H]([C@H]2O)O)OC3[C@H](O[C@@H]([C@@H]([C@H]3O)O)O)CO)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439262]}, "Synonyms" -> {"(2s", "9041-22-9[rn]", "ac1l96zz", "glucan[wiki]"}|>, "6840" -> <|"DatabaseID" -> "SW03687", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388396]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)OC2[C@H](O[C@H]([C@@H]([C@H]2O)O)OC3[C@H](O[C@@H]([C@@H]([C@H]3O)O)O)CO)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439262]}, "Synonyms" -> {"(2s", "9041-22-9[rn]", "ac1l96zz", "glucan[wiki]"}|>, "6841" -> <|"DatabaseID" -> "SW03687", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388396]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)OC2[C@H](O[C@H]([C@@H]([C@H]2O)O)OC3[C@H](O[C@@H]([C@@H]([C@H]3O)O)O)CO)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439262]}, "Synonyms" -> {"(2s", "9041-22-9[rn]", "ac1l96zz", "glucan[wiki]"}|>, "6842" -> <|"DatabaseID" -> "SW03687", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388396]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)OC2[C@H](O[C@H]([C@@H]([C@H]2O)O)OC3[C@H](O[C@@H]([C@@H]([C@H]3O)O)O)CO)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glucan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439262]}, "Synonyms" -> {"(2s", "9041-22-9[rn]", "ac1l96zz", "glucan[wiki]"}|>, "6843" -> <|"DatabaseID" -> "SW03688", "IsomericSmiles" -> "C[C@@H]1C[C@H]([NH2+]C1C)c2[nH]c(c(n2)c3ccc(cc3)c4ccc(cc4)C5=C(NC([NH2+]5)[C@@H]6C[C@H]7C[C@H]7N6)F)F", "OfficialNames" -> <|"Indian Approved Name" -> "5-hydroxytrytophan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673564]}, "Synonyms" -> {"surecn12148243"}|>, "6844" -> <|"DatabaseID" -> "SW03688", "IsomericSmiles" -> "C[C@@H]1C[C@H]([NH2+]C1C)c2[nH]c(c(n2)c3ccc(cc3)c4ccc(cc4)C5=C(NC([NH2+]5)[C@@H]6C[C@H]7C[C@H]7N6)F)F", "OfficialNames" -> <|"Indian Approved Name" -> "5-hydroxytrytophan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673564]}, "Synonyms" -> {"surecn12148243"}|>, "6845" -> <|"DatabaseID" -> "SW03688", "IsomericSmiles" -> "C[C@@H]1C[C@H]([NH2+]C1C)c2[nH]c(c(n2)c3ccc(cc3)c4ccc(cc4)C5=C(NC([NH2+]5)[C@@H]6C[C@H]7C[C@H]7N6)F)F", "OfficialNames" -> <|"Indian Approved Name" -> "5-hydroxytrytophan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673564]}, "Synonyms" -> {"surecn12148243"}|>, "6846" -> <|"DatabaseID" -> "SW03688", "IsomericSmiles" -> "C[C@@H]1C[C@H]([NH2+]C1C)c2[nH]c(c(n2)c3ccc(cc3)c4ccc(cc4)C5=C(NC([NH2+]5)[C@@H]6C[C@H]7C[C@H]7N6)F)F", "OfficialNames" -> <|"Indian Approved Name" -> "5-hydroxytrytophan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 70673564]}, "Synonyms" -> {"surecn12148243"}|>, "6847" -> <|"DatabaseID" -> "SW03689", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4653"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2997]}, "IsomericSmiles" -> "C1CCN(CC1)c2c3c(c(nc(n3)N(CCO)CCO)N4CCCCC4)nc(n2)N(CCO)CCO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00302"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dipyridamole"|>, "PharmGKBID" -> "PA449367", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3108]}, "Synonyms" -> {"dipyridamole", "persantine", "cardoxin", "dipyridamine", "kurantil", "dipyudamine", "curantyl", "persantin", "dipyridamolum", "antistenocardin", "ethanol,2,2',2'',2'''-((4,8-di-1-piperidinylpyrimido(5,4-d)pyrimidine-2,6-diyl)dinitrilo)tetrakis-", "2,2',2'',2'''-[(4,8-dipiperidin-1-ylpyrimido[5,4-d]pyrimidin-2,6-diyl)dinitrilo]tetraethanol", "cerebrovase", "dypyridamole", "curantil", "dipyramidole", "2,2',2'',2'''-((4,8-di(piperidin-1-yl)pyrimido[5,4-d]pyrimidine-2,6-diyl)bis(azanetriyl))tetraethanol", "dipyridamol", "permole persantine dipyridan", "dipiridamol", "permole;dipyridan;persantine", "dypyridamol", "0068373[beilstein]", "ra 8", "2,2',2\",2\"'-[(4,8-di-1-piperidinylpyrimido[5,4-d]pyrimidine-2,6-diyl)dinitrilo]tetrakisethanol", "2,2',2'',2'''-{[4,8-di(1-piperidinyl)pyrimido[5,4-d]pyrimidine-2,6-diyl]dinitrilo}tetraethanol[acd/iupac name]", "2-[{6-[bis-(2-hydroxy-ethyl)-amino]-4,8-di-piperidin-1-yl-pyrimido[5,4-d]pyrimidin-2-yl}-(2-hydroxy-ethyl)-amino]-ethanol", "2,2',2'',2'''-{[4,8-di(piperidin-1-yl)pyrimido[5,4-d]pyrimidine-2,6-diyl]dinitrilo}tetraethanol", "apo-dipyridamole", "ra-8", "2,2',2'',2'''-((4,8-di(piperidin-1-yl)pyrimido[5,4-d]pyrimidine-2,6-diyl)bis(azanetriyl))tetraethano", "58-32-2[rn]", "2-({6-[bis(2-hydroxyethyl)amino]-4,8-bis(piperidin-1-yl)-[1,3]diazino[5,4-d]pyrimidin-2-yl}(2-hydroxyethyl)amino)ethan-1-ol", "2-[[4-(bis(2-hydroxyethyl)amino)-2,7-bis(1-piperidyl)-3,5,8,10-tetrazabicyclo[4.4.0]deca-2,4,7,9,11-pentaen-9-yl]-(2-hydroxyethyl)amino]ethanol", "2,6-bis(diethanolamino)-4,8-dipiperidinopyrimido[5,4-d]pyrimidine", "d004176", "cardioflux", "50-53-3[rn]", "200-374-7[einecs]", "novo-dipiradol", "2-({6-[bis(2-hydroxyethyl)amino]-4,8-dipiperidylpyrimidino[5,4-d]pyrimidin-2-yl}(2-hydroxyethyl)amino)ethan-1-ol", "cleridium 150", "miosen", "2,2',2'',2'''-[(4,8-dipiperidin-1-ylpyrimido[5,4-d]pyrimidine-2,6-diyl)dinitrilo]tetraethanol"}|>, "6848" -> <|"DatabaseID" -> "SW03690", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31644"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392041]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00538"]}, "IsomericSmiles" -> "COCCNC(=O)C[NH+](CCN(CCN(CC(=O)NCCOC)CC(=O)[O-])CC(=O)[O-])CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01646"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GADOVERSETAMIDE"|>, "PharmGKBID" -> "PA164743703", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444013]}, "Synonyms" -> {"optimark", "gadoversetamide", "gadoversetamide [usan:inn:ban]", "optimark (tn)", "ac1l9fjp", "ac1o5kij", "gadoversetamide [usan:inn:ban][inn][usan]", "gadoversetamide[wiki]", "mp-1177", "chebi:31644", "2-[bis[2-[[2-(2-methoxyethylamino)-2-oxoethyl]-(2-oxido-2-oxoethyl)amino]ethyl]amino]acetate; gadolinium(3+)", "131069-91-5", "gadolinium 8,11-bis(carboxylatomethyl)-14-{2-[(2-methoxyethyl)amino]-2-oxoethyl}-6-oxo-2-oxa-5,8,11,14-tetraazahexadecan-16-oate", "9005-49-6", "chembl1200457", "131069-91-5[rn]"}|>, "6849" -> <|"DatabaseID" -> "SW03690", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31644"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392041]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00538"]}, "IsomericSmiles" -> "COCCNC(=O)C[NH+](CCN(CCN(CC(=O)NCCOC)CC(=O)[O-])CC(=O)[O-])CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01646"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GADOVERSETAMIDE"|>, "PharmGKBID" -> "PA164743703", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444013]}, "Synonyms" -> {"optimark", "gadoversetamide", "gadoversetamide [usan:inn:ban]", "optimark (tn)", "ac1l9fjp", "ac1o5kij", "gadoversetamide [usan:inn:ban][inn][usan]", "gadoversetamide[wiki]", "mp-1177", "chebi:31644", "2-[bis[2-[[2-(2-methoxyethylamino)-2-oxoethyl]-(2-oxido-2-oxoethyl)amino]ethyl]amino]acetate; gadolinium(3+)", "131069-91-5", "gadolinium 8,11-bis(carboxylatomethyl)-14-{2-[(2-methoxyethyl)amino]-2-oxoethyl}-6-oxo-2-oxa-5,8,11,14-tetraazahexadecan-16-oate", "9005-49-6", "chembl1200457", "131069-91-5[rn]"}|>, "6850" -> <|"DatabaseID" -> "SW03691", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3462]}, "IsomericSmiles" -> "CCCCCCC(COC(=O)c1cccnc1)(COC(=O)c2cccnc2)COC(=O)c3cccnc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01882"]}, "OfficialNames" -> <|"NPC Approved Name" -> "hepronicate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3588]}, "Synonyms" -> {"megrin", "hepronicate", "hepronicat", "3-pyridinecarboxylic acid,2,2-bis[[(3-pyridinylcarbonyl)oxy]methyl]octyl ester", "7237-81-2", "2-hydroxymethyl-2-hexyl-1,3-propanediol trinicotinate", "1,1,1-trimethylolheptane trinicotinate", "hepronicatum[latin]", "nicotinicacid triester with 2-hexyl-2-(hydroxymethyl)-1,3-propanediol", "megrin (tn)", "7237-81-2[rn]", "hepronicate(jan)", "1,1,1-(trihydroxymethyl)heptane trinicotinate", "2-hydroxymethyl-2-hexyl-1", "nicotinicacid triester with 2-hexyl-2-(hydroxymethyl)-1,3-propanediol", "2,2-dihydroxymethyl-n-octanol trinicotinate", "hepronicato [inn-spanish]", "cly 115", "hepronicato[spanish][inn]", "2,2-bis{[(pyridin-3-ylcarbonyl)oxy]methyl}octyl nicotinate", "hepronicate [inn:jan][inn][jan]", "2-hexyl-2-(hydroxymethyl)-1,3-propanediol trinicotinate", "3-pyridinecarboxylic acid 2-hexyl-2-[[(3-pyridinylcarbonyl)oxy]methyl]-1,3-propanediyl ester", "3-pyridinecarboxylic acid,2-hexyl-2-(((3-pyridinecarbonyl)oxy)methyl)-1,3-propanediyl ester", "hepronicatum [inn-latin]", "brn 0504308"}|>, "6851" -> <|"DatabaseID" -> "SW03692", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59343"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8046534]}, "IsomericSmiles" -> "Cc1c(scn1)/C=C\\C2=C(N3[C@@H]([C@@H](C3=O)NC(=O)/C(=N\\OC)/c4csc(n4)N)SC2)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "cefditoren", "NPC Approved Name" -> "cefditoren"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9870843]}, "Synonyms" -> {"5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-3-[(z)-2-(4-methyl-5-thiazolyl)ethenyl]-8-oxo-,(6r,7r)-", "(6r", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-[(z)-2-(4-methyl-1,3-thiazol-5-yl)ethenyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "7beta-(2z)-2-(2-amino-1", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-[(z)-2-(4-methyl-1,3-thiazol-5-yl)vinyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cefditoren [inn_en]", "[6r-[3(z),6a,7b(z)]]-7-[[(2-amino-4-thiazolyl)(methoxyimino)acetyl]amino]-3-[2-(4-methyl-5-thiazolyl)ethenyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "104145-95-1[rn]", "chebi:59343", "cefditoren[wiki]", "ino-1,3-thiazol-4-yl)-2-(methoxyimino)acetamido-3-[(z)-2-(4-methyl-1,3-thiazol-5-yl)ethenyl]-3,4-didehydrocepham-4-carboxylicacid", "cefditoren [inn]", "unii-81qs09v3yw"}|>, "6852" -> <|"DatabaseID" -> "SW03693", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "40050"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58532]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00701"]}, "IsomericSmiles" -> "CC(C)CN(C[C@H]([C@H](Cc1ccccc1)NC(=O)O[C@H]2CCOC2)O)S(=O)(=O)c3ccc(cc3)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00894"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "AMPRENAVIR"|>, "PharmGKBID" -> "PA448422", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65016]}, "Synonyms" -> {"agenerase", "prozei", "amprenavir", "apv", "vx-478", "vertex", "amv", "141w94", "vertex vx478", "(3s)-tetrahydrofuran-3-yl [(1s,2r)-3-{[(4-aminophenyl)sulfonyl](2-methylpropyl)amino}-1-benzyl-2-hydroxypropyl]carbamate", "amp", "lexiva[wiki]", "(3s)-tetrahydro-3-furyl n-[(1s,2r)-3-(4-amino-n-isobutylbenzenesulfonamido)-1-benzyl-2-hydroxypropyl]carbamate", "(3s)-tetrahydrofuran-3-yl-[(1s,2r)-3-{[(4-aminophenyl)sulfonyl](2-methylpropyl)amino}-1-benzyl-2-hydroxypropyl]carbamat", "(3s)-tetrahydrofuran-3-yl [(2s,3r)-4-{[(4-aminophenyl)sulfonyl](2-methylpropyl)amino}-3-hydroxy-1-phenylbutan-2-yl]carbamate", "vx 478", "carbamicacid ((1s,2r)-3-(((4-aminophenyl)sulfonyl)(2-methylpropyl)amino)-2-hydroxy-1-(phenylmethyl)propyl)- (3s)-tetrahydro-3-furanyl ester &hippeastrum hybrid agglutinin( hha)", "161814-49-9[rn]", "carbamicacid ((1s,2r)-3-(((4-aminophenyl)sulfonyl)(2-methylpropyl)amino)-2-hydroxy-1-(phenylmethyl)propyl)- (3s)-tetrahydro-3-furanyl ester &galanthus nivalisagglutinin (gna)", "{3-[(4-amino-benzenesulfonyl)-isobutyl-amino]-1-benzyl-2-hydroxy-propyl}-carbamicacid tetrahydro-furan-3-ylester", "carbamicacid [(1s,2r)-3-[[(4-aminophenyl)sulfonyl](2-methylpropyl)amino]-2-hydroxy-1-(phenylmethyl)propyl]- (3s)-tetrahydro-3-furanyl ester", "(3s)-tetrahydrofuran-3-yl [(2s,3r)-4-{[(4-aminophenyl)sulfonyl](isobutyl)amino}-3-hydroxy-1-phenylbutan-2-yl]carbamate", "tetrahydro-3-furyln-(3-(4-amino-n-isobutylbenzenesulfonamido)-1-benzyl-2-hydroxypropyl)carbamate", "4-amino-n-((2 syn,3s)-2-hydroxy-4-phenyl-3-((s)-tetrahydrofuran-3-yloxycarbonylamino)-butyl)-n-isobutyl-benzenesulfonamide", "4-amino-n-((2syn,3s)-2-hydroxy-4-phenyl-3-((s)-tetrahydrofuran-3-yloxycarbonylamino)-butyl)-n-isobutylbenzene sulfonamide", "fragment", "carbamicacid ((1s,2r)-3-(((4-aminophenyl)sulfonyl)(2-methylpropyl)amino)-2-hydroxy-1-(phenylmethyl)propyl)- (3s)-tetrahydro-3-furanyl ester", "[(1s,2r)]-[3-[[(4-aminophenyl)sulfonyl](2-methylpropyl)amino]-2-hydroxy-1-(phenylmethyl)propyl]carbamic acid(3s)-tetrahydro-3-furanylester", "161814-49-9", "10126027[beilstein]", "amprenavir[wiki]", "agenerase[wiki]", "amprenavir (jan/usan)[jan][usan]", "carbamicacid (3-(((4-aminophenyl)sulfonyl)(2-methylpropyl)amino)-2-hydroxy-1-(phenylmethyl)propyl)- tetrahydro-3-furanyl ester (3s-(3r*(1s*,2r*)))-", "carbamicacid n-[(1s,2r)-3-[[(4-aminophenyl)sulfonyl](2-methylpropyl)amino]-2-hydroxy-1-(phenylmethyl)propyl]- (3s)-tetrahydro-3-furanyl ester", "c095108", "amprenavir[usan]", "(3s)-tetrahydro-3-furanyl [(2s,3r)-4-{[(4-aminophenyl)sulfonyl](isobutyl)amino}-3-hydroxy-1-phenyl-2-butanyl]carbamate[acd/iupac name]", "(3s)-tetrahydro-3-furanyl ((1s,2r)-3-(((4-aminophenyl)sulfonyl)(2-methylpropyl)amino)-2-hydroxy-1-(phenylmethyl)propyl)carbamate"}|>, "6853" -> <|"DatabaseID" -> "SW03694", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 571012]}, "IsomericSmiles" -> "CC1=C([C@H](C(=C(N1)C)C(=O)O[C@@H]2CCC[NH+](C2)Cc3ccccc3)c4cccc(c4)[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02045"]}, "OfficialNames" -> <|"Indian Approved Name" -> "benidipine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656667]}, "Synonyms" -> {"coniel r", "benidipine hydrochloride", "coniel", "benidipine hcl", "85387-35-5[rn]", "[91599-74-5]", "benidipine hydrochloride", "105979-17-7[rn]", "ncgc00185768-01", "coniel (tn)", "91599-74-5[rn]", "(3r)-1-benzylpiperidin-3-ylmethyl (4r)-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylatehydrochloride (1:1)", "benidipine hydrochloride[jp15]", "91599-74-5", "c28h31n3o6.hcl", "kw 3049", "(+-)-benidipine hydrochloride", "(3r)-1-benzyl-3-piperidyl (4r)-5-(methoxycarbonyl)-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate,chloride", "(-)-alpha-benidipine hydrochloride", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- methyl (3r)-1-(phenylmethyl)-3-piperidinyl ester,(4r)- hydrochloride (1:1)"}|>, "6854" -> <|"DatabaseID" -> "SW03694", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 571012]}, "IsomericSmiles" -> "CC1=C([C@H](C(=C(N1)C)C(=O)O[C@@H]2CCC[NH+](C2)Cc3ccccc3)c4cccc(c4)[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02045"]}, "OfficialNames" -> <|"Indian Approved Name" -> "benidipine hcl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656667]}, "Synonyms" -> {"coniel r", "benidipine hydrochloride", "coniel", "benidipine hcl", "85387-35-5[rn]", "[91599-74-5]", "benidipine hydrochloride", "105979-17-7[rn]", "ncgc00185768-01", "coniel (tn)", "91599-74-5[rn]", "(3r)-1-benzylpiperidin-3-ylmethyl (4r)-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylatehydrochloride (1:1)", "benidipine hydrochloride[jp15]", "91599-74-5", "c28h31n3o6.hcl", "kw 3049", "(+-)-benidipine hydrochloride", "(3r)-1-benzyl-3-piperidyl (4r)-5-(methoxycarbonyl)-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate,chloride", "(-)-alpha-benidipine hydrochloride", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- methyl (3r)-1-(phenylmethyl)-3-piperidinyl ester,(4r)- hydrochloride (1:1)"}|>, "6855" -> <|"DatabaseID" -> "SW03695", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63605"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20145579]}, "IsomericSmiles" -> "Cc1nc(cs1)/C=C(\\C)/[C@@H]2C[C@H]3[C@](O3)(CCC[C@@H]([C@@H]([C@H](C(=O)C([C@H](CC(=O)N2)O)(C)C)C)O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04645"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IXABEPILONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6445540]}, "Synonyms" -> {"ixempra", "azaepothilone b", "aza-epothilone b", "ixabepilone", "219989-84-1[rn]", "17-oxa-4-azabicyclo[14.1.0]heptadecane-5,9-dione 7,11-dihydroxy-8,8,10,12,16-pentamethyl-3-[(e)-1-methyl-2-(2-methyl-4-thiazolyl)ethenyl]- (1s,3s,7s,10r,11s,12s,16r)-", "(1s,3s,7s,10r,11s,12s,16r)-7,11-dihydroxy-8,8,10,12,16-pentamethyl-3-[(e)-1-methyl-2-(2-methyl-1,3-thiazol-4-yl)ethenyl]-17-oxa-4-azabicyclo[14.1.0]heptadecane-5,9-dione", "bms-247550", "ixempra (tm)", "ixabepilone [inn]", "(1s,3s,7s,10r,11s,12s,16r)-7,11-dihydroxy-8,8,10,12,16-pentamethyl-3-[(e)-1-methyl-2-(2-methyl-1,3-thiazol-4-yl)ethenyl]-17-oxa-4-azabicyclo[14.1.0]heptadecan-5,9-dion", "bms 247550-1", "219989-84-1", "ixempra kit", "17-oxa-4-azabicyclo(14.1.0)heptadecane-5,9-dione 7,11-dihydroxy-8,8,10,12,16-pentamethyl-3-((1e)-1-methyl-2-(2-methyl-4-thiazolyl)ethenyl)- (1s,3s,7s,10r,11s,12s,16r)-", "aza-epothilone b; azaepothilone b; bms-247550", "ixabepilone [inn_en]", "ixabepilone[wiki][inn]", "(1s,3s,7s,10r,11s,12s,16r)-7,11-dihydroxy-8,8,10,12,16-pentamethyl-3-[(1e)-1-(2-methyl-1,3-thiazol-4-yl)prop-1-en-2-yl]-17-oxa-4-azabicyclo[14.1.0]heptadecane-5,9-dione"}|>, "6856" -> <|"DatabaseID" -> "SW03696", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83364]}, "IsomericSmiles" -> "CCCCCCOc1ccc(cc1)CCC(=O)O[C@H]2CC[C@@H]3[C@@]2(CC[C@H]4[C@H]3CCC5=CC(=O)CC[C@H]45)C", "OfficialNames" -> <|"NPC Approved Name" -> "testosterone phenyl propionate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92341]}, "Synonyms" -> {"nandrolone p-hexyloxyphenylpropionate", "19-nortestosterone 4-hexyloxyphenylpropionate", "anadur", "19-nortestosterone-3-(p-hexyloxyphenyl)propionate", "nortestosterone hexoxyphenylpropionate", "ac1q6p5t", "einecs 257-810-4", "52279-57-9[rn]", "17b-[3-[4-(hexyloxy)phenyl]-1-oxopropoxy]estr-4-en-3-one", "surecn1587450", "3-oxo-4-estren-17beta-yl 3-(4-hexyloxyphenyl)propionat", "ac1l3nwv", "ar-1h7275", "unii-602jjc2862", "17b-hydroxyestr-4-en-3-one p-(hexyloxy)hydrocinnamate", "257-810-4[einecs]", "17b-hydroxy-19-norandrost-4-en-3-onep-hexyloxyphenylpropionate", "17b-hydroxyestr-4-en-3-one p-hexyloxyphenylpropionate"}|>, "6857" -> <|"DatabaseID" -> "SW03697", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "120346"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58531]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06809"]}, "IsomericSmiles" -> "c1cc(ccc1C[NH+]2CCCNCC[NH2+]CCCNCC2)C[NH+]3CCCNCC[NH2+]CCCNCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08971"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PLERIXAFOR"|>, "PharmGKBID" -> "PA165958410", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65015]}, "Synonyms" -> {"mozobil", "amd3100", "plerixafor", "bicyclam jm-2987", "sid791", "jm3100", "1,4,8,11-tetraazacyclotetradecane 1,1'-[1,4-phenylenebis(methylene)]bis-", "155148-31-5[rn]", "amd 3100", "leukocyte-derived seven transmembrane domain receptor", "110078-46-1", "1-[[4-(1,4,8,11-tetrazacyclotetradec-1-ylmethyl)phenyl] methyl]-1,4,8,11-tetrazacyclotetradecane", "lcr1", "1,4,8,11-tetraazacyclotetradecanyl[4-(1,4,8,11-tetraazacyclotetradecanylmethyl)phenyl]methane", "11'-xylyl bis-1,4,8,11-tetraazacyclotetradecane", "cxc-r4", "155148-31-5", "cxcr-4", "fusin", "11-{4-[4,8 11-1,4,8,11tetraaza-cyclotetradec-1-ylmethyl]-benzyl}-1,4,8,11tetraaza-cyclotetradecane-1,4,8-tricarboxylic acid tri-tert-butyl ester", "jm 3100", "1,1'-[1,4-phenylenebis(methylene)]bis-1,4,8,11-tetraazacyclotetradecane", "npyrl", "110078-46-1[rn]", "1,4-bis((1,4,8,11-tetraazacyclotetradecan-1-yl)methyl)benzene", "110078-46-1,155148-31-5", "1,1'-[1,4-phenylenebis(methylene)]bis[1,4,8,11-tetraazacyclotetradecane]", "mozobil (tn)", "stromal cell- derived factor 1 receptor", "hm89", "plerixafor[wiki][inn][usan]", "plerixafor/jm3100/amd3100", "fb22", "cd184 antigen", "1,1'-(benzene-1,4-diyldimethanediyl)bis(1,4,8,11-tetraazacyclotetradecane)", "sdf-1 receptor", "lestr"}|>, "6858" -> <|"DatabaseID" -> "SW03697", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "120346"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58531]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06809"]}, "IsomericSmiles" -> "c1cc(ccc1C[NH+]2CCCNCC[NH2+]CCCNCC2)C[NH+]3CCCNCC[NH2+]CCCNCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08971"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PLERIXAFOR"|>, "PharmGKBID" -> "PA165958410", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65015]}, "Synonyms" -> {"mozobil", "amd3100", "plerixafor", "bicyclam jm-2987", "sid791", "jm3100", "1,4,8,11-tetraazacyclotetradecane 1,1'-[1,4-phenylenebis(methylene)]bis-", "155148-31-5[rn]", "amd 3100", "leukocyte-derived seven transmembrane domain receptor", "110078-46-1", "1-[[4-(1,4,8,11-tetrazacyclotetradec-1-ylmethyl)phenyl] methyl]-1,4,8,11-tetrazacyclotetradecane", "lcr1", "1,4,8,11-tetraazacyclotetradecanyl[4-(1,4,8,11-tetraazacyclotetradecanylmethyl)phenyl]methane", "11'-xylyl bis-1,4,8,11-tetraazacyclotetradecane", "cxc-r4", "155148-31-5", "cxcr-4", "fusin", "11-{4-[4,8 11-1,4,8,11tetraaza-cyclotetradec-1-ylmethyl]-benzyl}-1,4,8,11tetraaza-cyclotetradecane-1,4,8-tricarboxylic acid tri-tert-butyl ester", "jm 3100", "1,1'-[1,4-phenylenebis(methylene)]bis-1,4,8,11-tetraazacyclotetradecane", "npyrl", "110078-46-1[rn]", "1,4-bis((1,4,8,11-tetraazacyclotetradecan-1-yl)methyl)benzene", "110078-46-1,155148-31-5", "1,1'-[1,4-phenylenebis(methylene)]bis[1,4,8,11-tetraazacyclotetradecane]", "mozobil (tn)", "stromal cell- derived factor 1 receptor", "hm89", "plerixafor[wiki][inn][usan]", "plerixafor/jm3100/amd3100", "fb22", "cd184 antigen", "1,1'-(benzene-1,4-diyldimethanediyl)bis(1,4,8,11-tetraazacyclotetradecane)", "sdf-1 receptor", "lestr"}|>, "6859" -> <|"DatabaseID" -> "SW03697", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "120346"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58531]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06809"]}, "IsomericSmiles" -> "c1cc(ccc1C[NH+]2CCCNCC[NH2+]CCCNCC2)C[NH+]3CCCNCC[NH2+]CCCNCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08971"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PLERIXAFOR"|>, "PharmGKBID" -> "PA165958410", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65015]}, "Synonyms" -> {"mozobil", "amd3100", "plerixafor", "bicyclam jm-2987", "sid791", "jm3100", "1,4,8,11-tetraazacyclotetradecane 1,1'-[1,4-phenylenebis(methylene)]bis-", "155148-31-5[rn]", "amd 3100", "leukocyte-derived seven transmembrane domain receptor", "110078-46-1", "1-[[4-(1,4,8,11-tetrazacyclotetradec-1-ylmethyl)phenyl] methyl]-1,4,8,11-tetrazacyclotetradecane", "lcr1", "1,4,8,11-tetraazacyclotetradecanyl[4-(1,4,8,11-tetraazacyclotetradecanylmethyl)phenyl]methane", "11'-xylyl bis-1,4,8,11-tetraazacyclotetradecane", "cxc-r4", "155148-31-5", "cxcr-4", "fusin", "11-{4-[4,8 11-1,4,8,11tetraaza-cyclotetradec-1-ylmethyl]-benzyl}-1,4,8,11tetraaza-cyclotetradecane-1,4,8-tricarboxylic acid tri-tert-butyl ester", "jm 3100", "1,1'-[1,4-phenylenebis(methylene)]bis-1,4,8,11-tetraazacyclotetradecane", "npyrl", "110078-46-1[rn]", "1,4-bis((1,4,8,11-tetraazacyclotetradecan-1-yl)methyl)benzene", "110078-46-1,155148-31-5", "1,1'-[1,4-phenylenebis(methylene)]bis[1,4,8,11-tetraazacyclotetradecane]", "mozobil (tn)", "stromal cell- derived factor 1 receptor", "hm89", "plerixafor[wiki][inn][usan]", "plerixafor/jm3100/amd3100", "fb22", "cd184 antigen", "1,1'-(benzene-1,4-diyldimethanediyl)bis(1,4,8,11-tetraazacyclotetradecane)", "sdf-1 receptor", "lestr"}|>, "6860" -> <|"DatabaseID" -> "SW03698", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "03010"]}, "IsomericSmiles" -> "Cc1nc(cs1)/C=C(\\C)/[C@@H]2C[C@H]3[C@@](O3)(CCC[C@@H]([C@H]([C@@H](C(=O)C([C@@H](CC(=O)O2)O)(C)C)C)O)C)C", "OfficialNames" -> <|"NPC Approved Name" -> "epothilone b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46936553]}, "Synonyms" -> {"epo906", "epo 906", "alpha-tubulin 8", "epothilone b", "patupilone", "db03010"}|>, "6861" -> <|"DatabaseID" -> "SW03699", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391990]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06781"]}, "IsomericSmiles" -> "CCCC(=O)O[C@@]1(CC[C@@H]2[C@@]1(C[C@@H]([C@]3([C@H]2C[C@@H](C4=CC(=O)C=C[C@@]43C)F)F)O)C)C(=O)COC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01266"]}, "OfficialNames" -> <|"Indian Approved Name" -> "difluprednate", "FDA Approved Drug" -> "DIFLUPREDNATE"|>, "PharmGKBID" -> "PA165958405", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443936]}, "Synonyms" -> {"difluprednate", "durezol", "myser", "difluprednate (jan/usan)[jan][usan]", "difluprednatum [inn-latin]", "gr", "245-815-4[einecs]", "smr000058924", "epitopic", "6alpha", "6a,9-difluoro-11b,17,21-trihydroxypregna-1,4-diene-3,20-dione 21-acetate17-butyrate", "difluoroprednisolone butyrate acetate", "dfba", "difluprednate[wiki]", "23674-86-4[rn]", "(6a,11b)-21-(acetyloxy)-6,9-difluoro-11-hydroxy-17-(1-oxobutoxy)pregna-1,4-diene-3,20-dione", "23674-86-4", "difluprednato", "6a,9a-difluoroprednisolone-21-acetate-17-butyrate", "difluprednato [inn-spanish]"}|>, "6862" -> <|"DatabaseID" -> "SW03700", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00278"]}, "IsomericSmiles" -> "C[C@@H]1CCN([C@H](C1)C(=O)[O-])C(=O)[C@H](CCC[NH+]=C(N)N)NS(=O)(=O)c2cccc3c2NC[C@@H](C3)C", "OfficialNames" -> <|"FDA Approved Drug" -> "ARGATROBAN"|>, "PharmGKBID" -> "PA164745516", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 152951]}, "Synonyms" -> {"argatroban", "activated factor ii [iia]", "21r-argatroban", "mqi-arg-mcp", "argatroban [inn:jan]", "db00278", "ec 3.4.21.5", "ncgc00164592-01", "prothrombin precursor", "bidd:gt0748", "coagulation factor ii", "thrombin", "chebi:194249", "ac1l49f4", "ls-114640"}|>, "6863" -> <|"DatabaseID" -> "SW03701", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7982059]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCC(=O)OCC(CCCCCC)CCCCCCCC", "OfficialNames" -> <|"NPC Approved Name" -> "eutanol g"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9806300]}, "Synonyms" -> {"ctk0e3809", "hexyldecyl stearate", "(+/-)-2-hexyldecyl stearate", "octadecanoic acid", "1-decanol", "2-hexyldecyl stearate", "17618-45-0", "unii-ojx2p28y14", "eutanol g 16 s", "eutanol g 16s"}|>, "6864" -> <|"DatabaseID" -> "SW03701", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7982059]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCC(=O)OCC(CCCCCC)CCCCCCCC", "OfficialNames" -> <|"NPC Approved Name" -> "eutanol g"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9806300]}, "Synonyms" -> {"ctk0e3809", "hexyldecyl stearate", "(+/-)-2-hexyldecyl stearate", "octadecanoic acid", "1-decanol", "2-hexyldecyl stearate", "17618-45-0", "unii-ojx2p28y14", "eutanol g 16 s", "eutanol g 16s"}|>, "6865" -> <|"DatabaseID" -> "SW03702", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170831]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00743"]}, "IsomericSmiles" -> "c1ccc(cc1)COCC(C(=O)[O-])N(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04283"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GADOBENATE DIMEGLUMINE"|>, "PharmGKBID" -> "PA164745426", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918204]}, "Synonyms" -> {"gadobenate dimeglumine", "multihance", "gd-bopta/dimeg", "b-19036/7", "gadobenic acid", "gd-bopta", "gadolinate(2-) (4-carboxy-5,8,11-tris(carboxymethyl)-1-phenyl-2-oxa-5,8,11-triazatridecan-13-oato(5-)-n5,n8,n11,o4,o5,o8,o11,o13)- dihydrogen,comp. with 1-deoxy-1-(methylamino)-d-glucitol (1:2)", "113662-23-0[rn]", "d-glucitol 1-deoxy-1-(methylamino)- (4-carboxy-5,8,11-tris(carboxymethyl)-1-phenyl-2-oxa-5,8,11-triazatridecan-13-oato(5-)-n(sup 5),n(sup 8),n(sup 11),o(sup 4),o(sup 5),o(sup 8),o(sup 11),o(sup 13)-gadolinate(2-)(2:1)", "e-7155", "127000-20-8[rn]", "db00743", "2-[carboxymethyl-[2-[2-[carboxymethyl-(2-oxido-2-oxoethyl)amino]ethyl-(2-oxido-2-oxoethyl)amino]ethyl]amino]-3-phenylmethoxypropanoate; gadolinium(3+); (2r", "multihance multipack", "meglumine gadobenate", "ac1ocf5f", "gadobenic acid dimeglumine salt"}|>, "6866" -> <|"DatabaseID" -> "SW03702", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170831]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00743"]}, "IsomericSmiles" -> "c1ccc(cc1)COCC(C(=O)[O-])N(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04283"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GADOBENATE DIMEGLUMINE"|>, "PharmGKBID" -> "PA164745426", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918204]}, "Synonyms" -> {"gadobenate dimeglumine", "multihance", "gd-bopta/dimeg", "b-19036/7", "gadobenic acid", "gd-bopta", "gadolinate(2-) (4-carboxy-5,8,11-tris(carboxymethyl)-1-phenyl-2-oxa-5,8,11-triazatridecan-13-oato(5-)-n5,n8,n11,o4,o5,o8,o11,o13)- dihydrogen,comp. with 1-deoxy-1-(methylamino)-d-glucitol (1:2)", "113662-23-0[rn]", "d-glucitol 1-deoxy-1-(methylamino)- (4-carboxy-5,8,11-tris(carboxymethyl)-1-phenyl-2-oxa-5,8,11-triazatridecan-13-oato(5-)-n(sup 5),n(sup 8),n(sup 11),o(sup 4),o(sup 5),o(sup 8),o(sup 11),o(sup 13)-gadolinate(2-)(2:1)", "e-7155", "127000-20-8[rn]", "db00743", "2-[carboxymethyl-[2-[2-[carboxymethyl-(2-oxido-2-oxoethyl)amino]ethyl-(2-oxido-2-oxoethyl)amino]ethyl]amino]-3-phenylmethoxypropanoate; gadolinium(3+); (2r", "multihance multipack", "meglumine gadobenate", "ac1ocf5f", "gadobenic acid dimeglumine salt"}|>, "6867" -> <|"DatabaseID" -> "SW03703", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3614"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2612], ExternalIdentifier["ChemSpiderID", 8115552], ExternalIdentifier["ChemSpiderID", 7838272]}, "IsomericSmiles" -> "c1cc(ccc1NC(=[NH2+])NC(=[NH2+])NCCCCCCNC(=[NH2+])NC(=[NH2+])Nc2ccc(cc2)Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07668"], ExternalIdentifier["KEGGID", "D00858"]}, "OfficialNames" -> <|"China Approved Name" -> "chlorhexidine;chlorhexidine acetate", "WHO Essential Medicine" -> "chlorhexidine", "Indian Approved Name" -> "chlorhexidine gluconate;chlorhexidine acetate;chlorhexidine gluconate sol;chlorhexidine", "FDA Approved Drug" -> "CHLORHEXIDINE GLUCONATE"|>, "PharmGKBID" -> "PA164776863", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9552079], ExternalIdentifier["PubChemCompoundID", 9562059]}, "Synonyms" -> {"4-12-00-01201", "1,6-bis[n'-(p-chlorophenyl)-n5-biguanido]hexane", "chlorhexidine free base", "cida-stat", "2826432[beilstein]", "1,6-bis(p-chlorophenyldiguanido)hexane", "chlorhexidine[wiki]", "tubulicid", "hexadol", "2,4,11,13-tetraazatetradecanediimidamide n,n''-bis(4-chlorophenyl)-3,12-diimino-", "lisium (*dihydrochloride*)", "clorhexidine", "savloclens", "savlon babycare", "{[(4-chlorophenyl)amino]iminomethyl}{[(6-{[({[(4-chlorophenyl)amino]iminomethyl}amino)iminomethyl]amino}hexyl)amino]iminomethyl}amine", "3697-42-5[rn]", "hexamethylenebis(5-(4-chlorophenyl)biguanide)", "fimeil", "n,n''''-1,6-hexanediylbis[n'-(4-chlorophenyl)(imidodicarbonimidic diamide)]", "chlorhexamed forte", "promax", "cloresidina [dcit]", "56-95-1[rn]", "1,6-bis(n5-p-chlorophenyl-n'-diguanido)hexane", "{[(4-chlorophenyl)amino]iminomethyl}{[(6-{[({[(4-chlorophenyl)amino]iminomethy l}amino)iminomethyl]amino}hexyl)amino]iminomethyl}amine", "pharmaseal scrub care", "chlorohexidine", "exidine[wiki]", "hexident", "1,1'-hexamethylene bis(5-(p-chlorophenyl)biguanide)", "1,6-bis(5-(p-chlorophenyl)biguanidino)hexane", "microderm", "chlorhexidine dihydrochloride", "1,1'-hexamethylenebis(5-(p-chlorophenyl)biguanide", "nolvasan[wiki]", "1,1'-hexamethylenebis(5-(p-chlorophenyl)biguanide)", "nolvasan (*diacetate*)", "1,6-di(4'-chlorophenyldiguanido)hexane", "periogard[wiki]", "prevacare r", "e-z scrub", "superspray", "chlorhexidin[czech]", "55-56-1[rn]", "sterilon", "cas-55-56-1", "oro-clense", "1,6-di(n-p-chlorophenyl-diguanido) hexane", "hibispray", "steri-stat", "n,n'-bis(4-chlorophenyl)-3,12-diimino-2,4,11,13-tetraazatetradecanediimidamide", "4-12-00-01201 (beilstein handbook reference)[beilstein]", "200-238-7[einecs]", "1,1'-hexamethylenebis[5-(p-chlorophenyl)biguanide]", "bioscrub", "n,n''-bis(4-chlorophenyl)-3,12-diimino-2,4,11,13-tetraazatetradecanediimidamide", "sterido", "soretol", "1,6-bis(5-(p-chlorophenyl)biguandino)hexane", "consepsis", "2,4,11,13-tetraazatetadecanediimidamide", "periochip", "rotersept", "imidodicarbonimidic diamide n,n''''-1,6-hexanediylbis[n'-(4-chlorophenyl)-", "n',n'''''-hexane-1,6-diylbis[n-(4-chlorophenyl)(imidodicarbonimidic diamide)]", "brian care", "chlorhexidinum[latin]", "chlorhexidine acetate", "chlorhexidine base", "56-95-1 (diacetate)", "n,n'-bis(4-chlorophenyl)-3,12-diimino-2,4,11,13-tetraazatetradeca- nediimidamide", "eburos", "n,n''''-hexane-1,6-diylbis[n'-(4-chlorophenyl)(imidodicarbonimidic diamide)]", "eludril", "1,6-di(n-p-chlorophenyldiguanido)hexane", "clorhexidina[spanish][inn]", "chlorohex", "337376-15-5", "biguanide 1,1'-hexamethylenebis(5-(p-chlorophenyl)-", "merfen-incolore", "chlorhexidine", "dentisept ", "chlorhexidine gluconate", "peridex", "hibiclens", "periogard"}|>, "6868" -> <|"DatabaseID" -> "SW03704", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4882027]}, "IsomericSmiles" -> "CC(OC(=O)C)OC(=O)C1=C(CS[C@H]2N1C(=O)[C@H]2NC(=O)/C(=N\\OC)/c3ccco3)COC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00914"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFUROXIME AXETIL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6321416]}, "Synonyms" -> {"cefuroxime axetil", "elobact", "cxm-ax", "zinat", "celocid", "ceftin", "coliofossim", "cefuroxime 1-acetoxyethyl ester", "bioracef", "cepazine", "lifurox", "zinnat[wiki]", "zinnat", "zoref", "furoxime", "{(7r,7ar)-7-((2z)-2-(2-furyl)-3-methoxy-3-azaprop-2-enoylamino)-3-[(aminocarbonyloxy)methyl]-6-oxo-2h,7h-azetidino[2,1-b]1,3-thiazin-4-ylcarbonyloxy}ethyl acetate", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[[(aminocarbonyl)oxy]methyl]-7-[[(2z)-2-(2-furanyl)-2-(methoxyimino)-1-oxoethyl]amino]-8-oxo- 1-(acetyloxy)ethylester (6r,7r)-", "1-acetoxyethyl (6r,7r)-3-[(carbamoyloxy)methyl]-7-{[(2z)-2-(2-furyl)-2-(methoxyimino)acetyl]amino}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "cefuroxime axetil [usan:ban:jan][jan][usan]", "64544-07-6[rn]", "sharox-500", "(rs)-1-hydroxyethyl (6r,7r)-7-(2-(2-furyl)glyoxylamido)-3-(hydroxymethyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylate 7(sup 2)-(z)-(o-methyloxime) 1-acetate3-carbamate", "ceftin[wiki]", "ceftin (tn)", "cethixim", "maxitil", "medoxm", "cefuroximeaxetil", "1-(acetyloxy)ethyl(6r,7r)-3-[(carbamoyloxy)methyl]-7-{[(2z)-2-(furan-2-yl)-2-(methoxyimino)acetyl]amino}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "kalcef", "nivador", "55268-75-2[rn]", "cetoxil"}|>, "6869" -> <|"DatabaseID" -> "SW03704", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4882027]}, "IsomericSmiles" -> "CC(OC(=O)C)OC(=O)C1=C(CS[C@H]2N1C(=O)[C@H]2NC(=O)/C(=N\\OC)/c3ccco3)COC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00914"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFUROXIME AXETIL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6321416]}, "Synonyms" -> {"cefuroxime axetil", "elobact", "cxm-ax", "zinat", "celocid", "ceftin", "coliofossim", "cefuroxime 1-acetoxyethyl ester", "bioracef", "cepazine", "lifurox", "zinnat[wiki]", "zinnat", "zoref", "furoxime", "{(7r,7ar)-7-((2z)-2-(2-furyl)-3-methoxy-3-azaprop-2-enoylamino)-3-[(aminocarbonyloxy)methyl]-6-oxo-2h,7h-azetidino[2,1-b]1,3-thiazin-4-ylcarbonyloxy}ethyl acetate", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,3-[[(aminocarbonyl)oxy]methyl]-7-[[(2z)-2-(2-furanyl)-2-(methoxyimino)-1-oxoethyl]amino]-8-oxo- 1-(acetyloxy)ethylester (6r,7r)-", "1-acetoxyethyl (6r,7r)-3-[(carbamoyloxy)methyl]-7-{[(2z)-2-(2-furyl)-2-(methoxyimino)acetyl]amino}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "cefuroxime axetil [usan:ban:jan][jan][usan]", "64544-07-6[rn]", "sharox-500", "(rs)-1-hydroxyethyl (6r,7r)-7-(2-(2-furyl)glyoxylamido)-3-(hydroxymethyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylate 7(sup 2)-(z)-(o-methyloxime) 1-acetate3-carbamate", "ceftin[wiki]", "ceftin (tn)", "cethixim", "maxitil", "medoxm", "cefuroximeaxetil", "1-(acetyloxy)ethyl(6r,7r)-3-[(carbamoyloxy)methyl]-7-{[(2z)-2-(furan-2-yl)-2-(methoxyimino)acetyl]amino}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "kalcef", "nivador", "55268-75-2[rn]", "cetoxil"}|>, "6870" -> <|"DatabaseID" -> "SW03705", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478598]}, "IsomericSmiles" -> "C[C@]12C[C@H](C3(C45[C@H]1C(=O)[C@@](O4)([C@@H]6CC=C7CC=CC(=O)[C@@]7(C6CCC5(C(=O)O3)O)C)O)C)OC(=O)C2=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin c"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320540]}, "Synonyms" -> {"physalin c"}|>, "6871" -> <|"DatabaseID" -> "SW03705", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478598]}, "IsomericSmiles" -> "C[C@]12C[C@H](C3(C45[C@H]1C(=O)[C@@](O4)([C@@H]6CC=C7CC=CC(=O)[C@@]7(C6CCC5(C(=O)O3)O)C)O)C)OC(=O)C2=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin c"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320540]}, "Synonyms" -> {"physalin c"}|>, "6872" -> <|"DatabaseID" -> "SW03705", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478598]}, "IsomericSmiles" -> "C[C@]12C[C@H](C3(C45[C@H]1C(=O)[C@@](O4)([C@@H]6CC=C7CC=CC(=O)[C@@]7(C6CCC5(C(=O)O3)O)C)O)C)OC(=O)C2=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin c"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320540]}, "Synonyms" -> {"physalin c"}|>, "6873" -> <|"DatabaseID" -> "SW03705", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478598]}, "IsomericSmiles" -> "C[C@]12C[C@H](C3(C45[C@H]1C(=O)[C@@](O4)([C@@H]6CC=C7CC=CC(=O)[C@@]7(C6CCC5(C(=O)O3)O)C)O)C)OC(=O)C2=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin c"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320540]}, "Synonyms" -> {"physalin c"}|>, "6874" -> <|"DatabaseID" -> "SW03706", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "55490"]}, "IsomericSmiles" -> "Cn1c(nnn1)SCC2=C(N3[C@@H]([C@@H](C3=O)NC(=O)/C(=N\\OC)/c4csc(n4)N)SC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01739"], ExternalIdentifier["KEGGID", "D07641"]}, "OfficialNames" -> <|"China Approved Name" -> "Cefmenoxime", "FDA Approved Drug" -> "CEFMENOXIME HYDROCHLORIDE"|>, "Synonyms" -> {"65085-01-0", "cefmax", "cefmenoxime", "bestcall", "cefmenoxime hydrochloride", "cefmenoxime (inn)", "cefmenoxime hemihydrochloride", "cefmenoxima", "ab 50912", "(6r,7r)-7-[2-(2-amino-4-thiazolyl)glyoxylamido]-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid 72-(z)-(o-methyloxime)", "cefmenoxima[spanish][inn]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo- (6r,7r)-", "(6r,7r)-7-({(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-[(methyloxy)imino]acetyl}amino)-3-{[(1-methyl-1h-tetrazol-5-yl)thio]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cemix", "cefmenoximum[latin]", "cefmenoxime[wiki][inn]", "65085-01-0[rn]", "sce 1365", "75738-58-8[rn]", "(6r,7r)-(2-(2-amino-4-thiazolyl)glyoxylamido)-3-(1-methyl-1h-tetrazol-5-yl)thiomethyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-en-2-carbonsaeure-7-(z)-(o-methyloxim)", "(6r,7r)-7-((z)-2-(2-amino-4-thiazolyl)-2-methoxyiminoacetamido)-3-((1-methyl-1h-5-tetraazolylthio)methyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-en-2-carbonsaeure", "cefmenoximum", "[6r-[6a,7b(z)]]-7-[[(2-amino-4-thiazolyl)(methoxyimino)acetyl]amino]-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "278-299-4[einecs]", "tacef", "cefmenoxime [inn]", "cefmenoximum [inn_la]", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-{[(1-methyl-1h-tetrazol-5-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "a 50912"}|>, "6875" -> <|"DatabaseID" -> "SW03707", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102855]}, "IsomericSmiles" -> "CC1(OC[C@H](O1)COC(=O)CCc2ccc(cc2)OC[C@H](C[NH2+]CCNC(=O)N3CCOCC3)O)C", "OfficialNames" -> <|"NPC Approved Name" -> "landiolol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 114905]}, "Synonyms" -> {"landiolol", "benzenepropanoic acid", "benzenepropanoic acid 4-(2-hydroxy-3-((2-((4-morpholinylcarbonyl)amino)ethyl)amino)propoxy)- (2,2-dimethyl-1,3-dioxolan-4-yl)methyl ester (s-(r*,r*))-", "benzenepropanoic acid 4-((2s)-2-hydroxy-3-((2-((4-morpholinylcarbonyl)amino)ethyl)amino)propoxy)-,((4s)-2,2-dimethyl-1,3-dioxolan-4-yl)methylester", "133242-30-5[rn]", "133242-30-5", "144481-98-1[rn]", "landiolol hydrochloride", "[(4s)-2,2-dimethyl-1,3-dioxolan-4-yl]methyl 3-(4-{[(2s)-2-hydroxy-3-({2-[(morpholin-4-ylcarbonyl)amino]ethyl}amino)propyl]oxy}phenyl)propanoate", "(s-(r*", "ono 1101", "(s-(r*,r*))-(2,2-dimethyl-1,3-dioxolan-4-yl)methyl 4-(2-hydroxy-3-((2-((4-morpholinylcarbonyl)amino)ethyl)amino)propoxy)benzenepropanoate", "ncgc00182709-02", "benzenepropanoic acid 4-[[(2s)-2-hydroxy-3-[[2-[(4-morpholinylcarbonyl)amino]ethyl]amino]propyl]oxy]- [(4s)-2,2-dimethyl-1,3-dioxolan-4-yl]methyl ester", "ncgc00182709-01", "ono-1101", "((4s)-2,2-dimethyl-1,3-dioxolan-4-yl)methyl 3-(4-(((2s)-2-hydroxy-3-((2-((morpholin-4-ylcarbonyl)amino)ethyl)amino)propyl)oxy)phenyl)propanoate"}|>, "6876" -> <|"DatabaseID" -> "SW03708", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187462]}, "IsomericSmiles" -> "CC(C)C(=O)OCc1cccc(c1)OC(=O)[C@H]2C(S[C@H]3N2C(=O)[C@H]3NC(=O)Cc4ccccc4)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01214"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tobicillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216265]}, "Synonyms" -> {"tobicillin", "tobicillin [inn]", "tobicillin[inn]", "ac1l50e6", "chembl2105430", "unii-2p43z53esb", "tobicillin (jan/inn)", "surecn2109819", "151287-22-8[rn]", "3-{[(2-methylpropanoyl)oxy]methyl}phenyl(2s", "ar-1f1261", "ac1q60tj"}|>, "6877" -> <|"DatabaseID" -> "SW03709", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392051]}, "IsomericSmiles" -> "CC(=O)O[C@H]1[C@H]([C@@H]2[C@]([C@H](CCC2(C)C)O)([C@@]3([C@@]1(O[C@@](CC3=O)(C)C=C)C)O)C)OC(=O)CC[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01697"]}, "OfficialNames" -> <|"NPC Approved Name" -> "colforsin daropate hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444028]}, "Synonyms" -> {"adehl", "colforsin daropate hydrochloride", "beta-alanine", "138605-00-2", "nkh-477", "nkh 477", "nkh477", "colforsindapropate hydrochloride |6-(3-dimethylaminopropionyl)forskolin hydrochloride |", "n,n-dimethyl-(3r,4ar,5s,6as,10s,10ar,10bs)-5-(acetyloxy)-3-ethenyldodecahydro-10,10b-dihydroxy-3,4a,7,7,10a-pentamethyl-1-oxo-1h-naphtho[2,1-b]pyran-6-ylester b-alanine hydrochloride", "colforsin dapropate hydrochloride", "[138605-00-2]", "colforsin daproate hydrochloride", "nkh 477 (colforsin daropate)", "adehl (tn)", "138605-00-2[rn]", "6-(3-dimethylaminopropionyl)forskolin hydrochloride"}|>, "6878" -> <|"DatabaseID" -> "SW03710", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5937]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00483"]}, "IsomericSmiles" -> "CC[N+](CC)(CC)CCOc1cccc(c1OCC[N+](CC)(CC)CC)OCC[N+](CC)(CC)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02292"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GALLAMINE TRIETHIODIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6172]}, "Synonyms" -> {"flaxedil", "syncurarine", "sincurarine", "parexyl", "gallamine triethiodide", "benzkurin", "gallaflex", "pirolakson", "tricuran", "gallaminii iodidum", "triiodoethylate de gallamine", "gallamin triethiodide", "remyolan", "gallamone triethiodide", "miowas g", "benzcurine iodide", "relaxan", "retensin", "gallamoni jodidum", "pyrolaxon", "gallamine triiodoethylate", "fourneau 2559", "ammonium,(v-phenenyltris(oxyethylene))tris(triethyl-,triiodide", "153-76-4[rn]", "[v-phenenyltris(oxyethylene)]tris[triethylammonium triiodide]", "gallamonum", "gallamine[wiki]", "gallamini triethiodidum[latin]", "triiodoethylate of tri(diethylaminoethyloxy)-1,2,3-benzene", "pyrogallol 1,2,3-(diethylaminoethylether) tris(ethyliodide)", "gallaminum triaethjodidum", "flacedil", "2,2',2''-(1,2,3-benzenetriyltris(oxy))tris(n,n,n-triethylethanaminium) triiodide", "2,2',2''-[1,2,3-benzenetriyltris(oxy)]tris[n,n,n-triethylethanaminium] triiodide", "(v-phenenyltris(oxyethylene))tris(triethylammonium iodide)", "200-605-1[einecs]", "2-[2,6-bis(2-triethylammonioethoxy)phenoxy]ethyl-triethyl-azanium triiodide", "(v-phenenyltris(oxyethylene))tris(triethylammoniumiodide)", "65-29-2[rn]", "ammonium,(v-phenenyltris(oxyethylene)tris(triethyl-,triiodide", "triethioduro de galamina[spanish][inn]", "gallaminetriethiodide", "1,2,3-tris(2-diethylaminoethoxy)benzene tris(ethyl iodide)", "gallamine iodide", "ethanaminium 2,2',2''-(1,2,3-benzenetriyltris(oxy))tris(n,n,n-triethyl- triiodide", "gallomone triethiodide", "1,2,3-tris(2-diethylaminoethoxy)benzene triethiodide", "pyrogallol 1,2,3-(diethylaminoethyl ether) tris(ethyliodide)", "gallaminum triaethoiodatum", "gallamine", "gallamin", "(v-phenenyltris(oxyethylene))tris(triethylammonium) triiodide", "65-29-2", "1,2,3-tris(diethylaminoethoxy)benzene triethiodide", "1,2,3-tris(2-triethylammonium ethoxy)benzene triiodide", "pyrogallol 1,2,3-(diethylaminoethyl ether) trisethyl iodide", "tri(b-diethylaminoethoxy)-1,2,3-benzene triiodoethylate", "ethanaminium 2,2',2''-[benzene-1,2,3-triyltris(oxy)]tris[n,n,n-triethyl- iodide(1:3)", "2,2',2''-[benzene-1,2,3-triyltris(oxy)]tris(n,n,n-triethylethanaminium)triiodide[acd/iupac name]", "gallamine triethiodide[wiki][usp][inn]", "triethiodure de gallamine[french][inn]", "ethanaminium 2,2',2''-(1,2,3-benzenetriyltris(oxy))tris(n,n,n-triethyl)- triiodide", "gallamine triethiiodide", "gallamina triodoetilato [dcit]", "gallamine-3eti", "neuronal acetylcholine receptor subunit alpha-2 precursor"}|>, "6879" -> <|"DatabaseID" -> "SW03711", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "39384"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64813]}, "IsomericSmiles" -> "c1cc(c(c(c1)F)C(=O)NC(=O)Nc2cc(c(cc2Cl)OC(C(C(F)(F)F)F)(F)F)Cl)F", "OfficialNames" -> <|"NPC Approved Name" -> "cga 184699"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71777]}, "Synonyms" -> {"fluphenacur", "(rs)-1-[2,5-dichloro-4-(1,1,2,3,3,3-hexafluoropropoxy)phenyl]-3-(2,6-difluorobenzoyl)urea", "dsstox_gsid_34357", "103055-07-8", "benzamide n-[[[2,5-dichloro-4-(1,1,2,3,3,3-hexafluoropropoxy)phenyl]amino]carbonyl]-2,6-difluoro-", "103055-07-8[rn]", "lufenuron", "n-{[2", "1-(2,5-dichloro-4-(1,1,2,3,3,3-hexafluoropropoxy)phenyl)-3-(2,6-difluorobenzoyl)urea", "n-[[[2,5-dichloro-4-(1,1,2,3,3,3-hexafluoropropoxy)phenyl]amino]carbonyl]-2,6-difluorobenzamide", "dsstox_rid_79146", "1-(2", "n-({[2,5-dichloro-4-(1,1,2,3,3,3-hexafluoropropoxy)phenyl]amino}carbonyl)-2,6-difluorobenzamide", "lufenuron[wiki]", "ncgc00095978-02", "chebi:39384", "lufenurone[french]", "8398291[beilstein]", "phenylurea", "n-{[2,5-dichloro-4-(1,1,2,3,3,3-hexafluoropropoxy)phenyl]carbamoyl}-2,6-difluorobenzamide[acd/iupac name]", "n-{[2,5-dichlor-4-(1,1,2,3,3,3-hexafluorpropoxy)phenyl]carbamoyl}-2,6-difluorbenzamid", "lufenuronum[latin]", "dsstox_cid_14357", "lufenuron [ban:inn][inn]"}|>, "6880" -> <|"DatabaseID" -> "SW03711", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "39384"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64813]}, "IsomericSmiles" -> "c1cc(c(c(c1)F)C(=O)NC(=O)Nc2cc(c(cc2Cl)OC(C(C(F)(F)F)F)(F)F)Cl)F", "OfficialNames" -> <|"NPC Approved Name" -> "cga 184699"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71777]}, "Synonyms" -> {"fluphenacur", "(rs)-1-[2,5-dichloro-4-(1,1,2,3,3,3-hexafluoropropoxy)phenyl]-3-(2,6-difluorobenzoyl)urea", "dsstox_gsid_34357", "103055-07-8", "benzamide n-[[[2,5-dichloro-4-(1,1,2,3,3,3-hexafluoropropoxy)phenyl]amino]carbonyl]-2,6-difluoro-", "103055-07-8[rn]", "lufenuron", "n-{[2", "1-(2,5-dichloro-4-(1,1,2,3,3,3-hexafluoropropoxy)phenyl)-3-(2,6-difluorobenzoyl)urea", "n-[[[2,5-dichloro-4-(1,1,2,3,3,3-hexafluoropropoxy)phenyl]amino]carbonyl]-2,6-difluorobenzamide", "dsstox_rid_79146", "1-(2", "n-({[2,5-dichloro-4-(1,1,2,3,3,3-hexafluoropropoxy)phenyl]amino}carbonyl)-2,6-difluorobenzamide", "lufenuron[wiki]", "ncgc00095978-02", "chebi:39384", "lufenurone[french]", "8398291[beilstein]", "phenylurea", "n-{[2,5-dichloro-4-(1,1,2,3,3,3-hexafluoropropoxy)phenyl]carbamoyl}-2,6-difluorobenzamide[acd/iupac name]", "n-{[2,5-dichlor-4-(1,1,2,3,3,3-hexafluorpropoxy)phenyl]carbamoyl}-2,6-difluorbenzamid", "lufenuronum[latin]", "dsstox_cid_14357", "lufenuron [ban:inn][inn]"}|>, "6881" -> <|"DatabaseID" -> "SW03712", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8544586]}, "IsomericSmiles" -> "C=C[C@H]1[C@@H](OC(=C2C1=C[C@H]3c4c(c5ccccc5[nH]4)CCN3C2=O)[O-])O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "naucleoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10369140]}, "Synonyms" -> {"naucleoside b", "chembl464839"}|>, "6882" -> <|"DatabaseID" -> "SW03713", "IsomericSmiles" -> "CC1(C2CCC(C1C2)CCOCC[N+]3(CCOCC3)Cc4cc(c(cc4Br)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07094"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pinaverium bromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 40703]}, "Synonyms" -> {"pinaverium bromide", "53251-94-8", "bromure de pinaverium [inn-french]", "einecs 258-450-0", "pinaverium bromide [inn]", "bromuro de pinaverio [inn-spanish]", "dicetel", "pinaverii bromidum [inn-latin]", "lat 1717", "pinaverium bromide (inn)"}|>, "6883" -> <|"DatabaseID" -> "SW03713", "IsomericSmiles" -> "CC1(C2CCC(C1C2)CCOCC[N+]3(CCOCC3)Cc4cc(c(cc4Br)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07094"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pinaverium bromide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 40703]}, "Synonyms" -> {"pinaverium bromide", "53251-94-8", "bromure de pinaverium [inn-french]", "einecs 258-450-0", "pinaverium bromide [inn]", "bromuro de pinaverio [inn-spanish]", "dicetel", "pinaverii bromidum [inn-latin]", "lat 1717", "pinaverium bromide (inn)"}|>, "6884" -> <|"DatabaseID" -> "SW03714", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4588888]}, "IsomericSmiles" -> "CC1=C(N2[C@@H]([C@@H](C2=O)NC(=O)/C(=N\\OC)/c3csc(n3)N)SC1)C(=O)OCOC(=O)C(C)(C)C", "OfficialNames" -> <|"NPC Approved Name" -> "cefetamet pivoxyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5486182]}, "Synonyms" -> {"cefetamet pivoxil", "globocef", "cefyl", "ro-15-8075", "dasymclqenwcjg-xukdpadisa-", "ncgc00181788-01", "pubchem20563", "ro 15-8075", "ac1nuoet", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-3-methyl-8-oxo- (2,2-dimethyl-1-oxopropoxy)methyl ester,(6r,7r)-", "65243-33-6[rn]", "v2363", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,7-(((2z)-(2-amino-4-thiazolyl)(methoxyimino)acetyl)amino)-3-methyl-8-oxo- (2,2-dimethyl-1-oxopropoxy)methyl ester,(6r,7r)-", "cefetamet pivoxil hcl", "[(2,2-dimethylpropanoyl)oxy]methyl (6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "65052-63-3[rn]", "(6r,7r)-7-[[(2z)-(2-amino-4-thiazolyl)(methoxyimino)acetyl]amino]-3-methyl-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid(2,2-dimethyl-1-oxopropoxy)methyl ester", "cefetamet pivoxyl", "65243-33-6", "cefetamet pivaloyloxymethyl ester"}|>, "6885" -> <|"DatabaseID" -> "SW03715", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10631]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC[N+](C)(C)CCN(Cc1ccc(cc1)OC)c2ncccn2", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02140"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "THONZONIUM BROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11102]}, "Synonyms" -> {"thonzide", "tonzonium bromide", "thonzonium bromide", "nc-1264", "n-(2-pyrimidyl)-n-(p-methoxybenzyl)-n',n'-dimethyl-n'-cetyl-n'-bromoethylenediamine", "553-08-2", "ammonium,hexadecyl(2-[(p-methoxybenzyl)-2-pyrimidinylamino]ethyl)-dimethyl- bromide", "cetyl[2-[(p-methoxybenzyl)-2-pyrimidinylamino]ethyl]dimethylammonium bromide", "thonzide (tn)", "coly-mycin s otic", "1-hexadecanaminium n-(2-(((4-methoxyphenyl)methyl)-2-pyrimidinylamino)ethyl)-n,n-dimethyl- bromide", "tonzonii bromidum[latin]", "n-[2-[[(4-methoxyphenyl)methyl]-2-pyrimidinylamino]ethyl]-n,n-dimethyl-1-hexadecanaminiumbromide", "bromure de tonzonium[french]", "tonzonii bromidum", "nc 1264", "553-08-2[rn]", "ncgc00016507-01", "1-hexadecanaminium n-[2-[[(4-methoxyphenyl)methyl]-2-pyrimidinylamino]ethyl]-n,n-dimethyl- bromide (1:1)", "209-032-1[einecs]", "nebair", "hexadecyl(2-((p-methoxybenzyl)-2-pyrimidinylamino)ethyl)dimethylammoniumbromide", "bromuro de tonzonio[spanish]", "ammonium,hexadecyl(2-((p-methoxybenzyl)-2-pyrimidinylamino)ethyl)dimethyl- bromide (8ci)", "mls002154065", "hexadecyl[2-[(p-methoxybenzyl)-2-pyrimidinylamino]ethyl]dimethylammoniumbromide", "n-{2-[(4-methoxybenzyl)(pyrimidin-2-yl)amino]ethyl}-n,n-dimethylhexadecan-1-aminium bromide", "smr001233380", "cas-553-08-2", "thonzonium bromide[wiki][usan]"}|>, "6886" -> <|"DatabaseID" -> "SW03716", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158521]}, "IsomericSmiles" -> "COc1cc(ccc1O)C(=O)OCC23C4C(C=COC4OC5C(C(C(C(O5)CO)O)O)O)C(C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kutkoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182265]}, "Synonyms" -> {"35988-27-3[rn]", "kutkosid", "ac1l4ame", "beta-d-glucopyranoside", "35988-27-3", "kutkoside", "[2-(hexopyranosyloxy)-6-hydroxy-1b"}|>, "6887" -> <|"DatabaseID" -> "SW03716", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158521]}, "IsomericSmiles" -> "COc1cc(ccc1O)C(=O)OCC23C4C(C=COC4OC5C(C(C(C(O5)CO)O)O)O)C(C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kutkoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182265]}, "Synonyms" -> {"35988-27-3[rn]", "kutkosid", "ac1l4ame", "beta-d-glucopyranoside", "35988-27-3", "kutkoside", "[2-(hexopyranosyloxy)-6-hydroxy-1b"}|>, "6888" -> <|"DatabaseID" -> "SW03716", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158521]}, "IsomericSmiles" -> "COc1cc(ccc1O)C(=O)OCC23C4C(C=COC4OC5C(C(C(C(O5)CO)O)O)O)C(C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kutkoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182265]}, "Synonyms" -> {"35988-27-3[rn]", "kutkosid", "ac1l4ame", "beta-d-glucopyranoside", "35988-27-3", "kutkoside", "[2-(hexopyranosyloxy)-6-hydroxy-1b"}|>, "6889" -> <|"DatabaseID" -> "SW03716", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158521]}, "IsomericSmiles" -> "COc1cc(ccc1O)C(=O)OCC23C4C(C=COC4OC5C(C(C(C(O5)CO)O)O)O)C(C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kutkoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182265]}, "Synonyms" -> {"35988-27-3[rn]", "kutkosid", "ac1l4ame", "beta-d-glucopyranoside", "35988-27-3", "kutkoside", "[2-(hexopyranosyloxy)-6-hydroxy-1b"}|>, "6890" -> <|"DatabaseID" -> "SW03716", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158521]}, "IsomericSmiles" -> "COc1cc(ccc1O)C(=O)OCC23C4C(C=COC4OC5C(C(C(C(O5)CO)O)O)O)C(C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kutkoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182265]}, "Synonyms" -> {"35988-27-3[rn]", "kutkosid", "ac1l4ame", "beta-d-glucopyranoside", "35988-27-3", "kutkoside", "[2-(hexopyranosyloxy)-6-hydroxy-1b"}|>, "6891" -> <|"DatabaseID" -> "SW03716", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158521]}, "IsomericSmiles" -> "COc1cc(ccc1O)C(=O)OCC23C4C(C=COC4OC5C(C(C(C(O5)CO)O)O)O)C(C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kutkoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182265]}, "Synonyms" -> {"35988-27-3[rn]", "kutkosid", "ac1l4ame", "beta-d-glucopyranoside", "35988-27-3", "kutkoside", "[2-(hexopyranosyloxy)-6-hydroxy-1b"}|>, "6892" -> <|"DatabaseID" -> "SW03716", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158521]}, "IsomericSmiles" -> "COc1cc(ccc1O)C(=O)OCC23C4C(C=COC4OC5C(C(C(C(O5)CO)O)O)O)C(C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kutkoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182265]}, "Synonyms" -> {"35988-27-3[rn]", "kutkosid", "ac1l4ame", "beta-d-glucopyranoside", "35988-27-3", "kutkoside", "[2-(hexopyranosyloxy)-6-hydroxy-1b"}|>, "6893" -> <|"DatabaseID" -> "SW03716", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158521]}, "IsomericSmiles" -> "COc1cc(ccc1O)C(=O)OCC23C4C(C=COC4OC5C(C(C(C(O5)CO)O)O)O)C(C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kutkoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182265]}, "Synonyms" -> {"35988-27-3[rn]", "kutkosid", "ac1l4ame", "beta-d-glucopyranoside", "35988-27-3", "kutkoside", "[2-(hexopyranosyloxy)-6-hydroxy-1b"}|>, "6894" -> <|"DatabaseID" -> "SW03716", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158521]}, "IsomericSmiles" -> "COc1cc(ccc1O)C(=O)OCC23C4C(C=COC4OC5C(C(C(C(O5)CO)O)O)O)C(C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kutkoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182265]}, "Synonyms" -> {"35988-27-3[rn]", "kutkosid", "ac1l4ame", "beta-d-glucopyranoside", "35988-27-3", "kutkoside", "[2-(hexopyranosyloxy)-6-hydroxy-1b"}|>, "6895" -> <|"DatabaseID" -> "SW03716", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158521]}, "IsomericSmiles" -> "COc1cc(ccc1O)C(=O)OCC23C4C(C=COC4OC5C(C(C(C(O5)CO)O)O)O)C(C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kutkoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182265]}, "Synonyms" -> {"35988-27-3[rn]", "kutkosid", "ac1l4ame", "beta-d-glucopyranoside", "35988-27-3", "kutkoside", "[2-(hexopyranosyloxy)-6-hydroxy-1b"}|>, "6896" -> <|"DatabaseID" -> "SW03716", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158521]}, "IsomericSmiles" -> "COc1cc(ccc1O)C(=O)OCC23C4C(C=COC4OC5C(C(C(C(O5)CO)O)O)O)C(C2O3)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kutkoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182265]}, "Synonyms" -> {"35988-27-3[rn]", "kutkosid", "ac1l4ame", "beta-d-glucopyranoside", "35988-27-3", "kutkoside", "[2-(hexopyranosyloxy)-6-hydroxy-1b"}|>, "6897" -> <|"DatabaseID" -> "SW03717", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "55488"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4891670]}, "IsomericSmiles" -> "CO/N=C(/c1csc(n1)N)\\C(=O)N[C@H]2[C@@H]3N(C2=O)C(=C(CS3)CSc4cnns4)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03432"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cefuzonam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6336505]}, "Synonyms" -> {"cefuzoname", "cefuzonam", "cefuzonamum[latin][inn]", "(-)-(6r,7r)-7-(2-(2-amino-4-thiazolyl)glyoxylamido)-8-oxo-3-((1,2,3-thiadiazol-5-ylthio)methyl)-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylicacid 7(sup 2)-(z)-(o-methyloxime)", "cefuzonamum [inn_la]", "82219-78-1[rn]", "82219-81-6[rn]", "cefuzoname[french][inn]", "ac1o3sm5", "unii-860mt00t7t", "chebi:55488", "czon", "cefuzonam (inn)", "cefuzonamum", "chembl1689069", "[6r-[6a,7b(z)]]-7-[[(2-amino-4-thiazolyl)(methoxyimino)acetyl]amino]-8-oxo-3-[(1,2,3-thiadiazol-5-ylthio)methyl]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "112079-66-0[rn]", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-8-oxo-3-[(1,2,3-thiadiazol-5-ylsulfanyl)methyl]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "(-)-(6r,7r)-7-[2-(2-amino-4-thiazolyl)glyoxylamido]-8-oxo-3-[(1,2,3-thiadiazol-5-ylthio)methyl]-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid 72-(z)-(o-methyloxime)", "82219-78-1", "cefuzonam; cefuzonamum", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-8-oxo-3-[(1,2,3-thiadiazol-5-ylthio)methyl]- (6r,7r)-", "7b-[2-(2-aminothiazol-4-yl)-(z)-2-methoxyiminoacetamido]-3-[(1,2,3-thiadiazol-5-yl)thiomethyl]ceph-3-em-4-carboxylicacid", "tl8005443", "cefuzonamum [latin]", "cosmosin", "cefuzonam[wiki][inn]", "no-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-[(1,2,3-thiadiazol-5-ylsulfanyl)methyl]-3,4-didehydrocepham-4-carboxylicacid"}|>, "6898" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6899" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6900" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6901" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6902" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6903" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6904" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6905" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6906" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6907" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6908" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6909" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6910" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6911" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6912" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6913" -> <|"DatabaseID" -> "SW03718", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474512]}, "IsomericSmiles" -> "CC1COC2(CC1C(Cl)Cl)C(C3C(O2)CC4C3(CCC5C4CC=C6C5([C@@H](C[C@@H](C6)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "abamagenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315111]}, "Synonyms" -> {"abamagenin"}|>, "6914" -> <|"DatabaseID" -> "SW03719", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9434"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59391]}, "IsomericSmiles" -> "CCCc1nc2c(cc(cc2n1Cc3ccc(cc3)c4ccccc4C(=O)[O-])c5nc6ccccc6n5C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00627"]}, "OfficialNames" -> <|"China Approved Name" -> "telmisartan", "Indian Approved Name" -> "telmisartan", "FDA Approved Drug" -> "TELMISARTAN"|>, "PharmGKBID" -> "PA451605", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65999]}, "Synonyms" -> {"telmisartan", "micardis", "kinzalmono", "bibr 277se", "4'-((1,4'-dimethyl-2'-propyl(2,6'-bi-1h-benzimidazol)-1'-yl)methyl)-(1,1'-biphenyl)-2-carboxylic acid", "144701-48-4[rn]", "pritor;kinzal; telma;teleact d;micardis", "4'-((1,7'-dimethyl-2'-propyl-1h,3'h-[2,5'-bibenzo[d]imidazol]-3'-yl)methyl)-[1,1'-biphenyl]-2-carbox", "4'-[(1,4'-dimethyl-2'propyl[2,6'-bi-1h-benzimidazol]-1'-yl)methyl]-[1,1'-biphenyl]-2-carboxylic acid", "2-[4-[[4-methyl-6-(1-methylbenzoimidazol-2-yl)-2-propyl-benzoimidazol-1-yl]methyl]phenyl]benzoic acid", "144701-48-4", "micardis[wiki]", "4'-((4-methyl-6-(1-methyl-2-benzimidazolyl)-2-propyl-1-benzimidazolyl)methyl)-2-biphenylcarboxylicacid", "2-(4-{[4-methyl-6-(1-methyl-1h-1,3-benzodiazol-2-yl)-2-propyl-1h-1,3-benzodiazol-1-yl]methyl}phenyl)benzoicacid", "bibr 277 se", "4'-[[1,4'-dimethyl-2'-propyl(2,6'-bi-1h-benzimidazol)-1'-yl]-methyl]-1,1'-biphenyl-2-carboxylic acid 1,1-dimethylethyl ester", "targit;temax;bibr277;micardis", "kinzal", "4'-[(1,7'-dimethyl-2'-propyl-1h,3'h-2,5'-bibenzimidazol-3'-yl)methyl]biphenyl-2-carboxylicacid", "chebi:9434", "[1,1'-biphenyl]-2-carboxylic acid 4'-[(1,4'-dimethyl-2'-propyl[2,6'-bi-1h-benzimidazol]-1'-yl)methyl]-", "(1,1'-biphenyl)-2-carboxylic acid 4'-((1,4'-dimethyl-2'-propyl(2,6'-bi-1h-benzimidazol)-1'-yl)methyl)-", "micardis hct", "bibr-277", "pritor[wiki]", "bibr 277", "pritor", "bibr-277-se", "telmisartan[wiki][inn][jan][usan]", "micardis targit temax bibr277", "micardis (tn)", "6624054[beilstein]", "4'-[(1,4'-dimethyl-2'-propyl[2,6'-bi-1h-benzimidazol]-1'-yl)methyl][1,1'-biphenyl]-2-carboxylic acid", "4'-[[4-methyl-6-(1-methyl-2-benzimidazolyl)-2-propyl-1-benzimidazolyl]methyl]-2-biphenylcarboxylicacid", "4'[(1,4'-dimethyl-2'-propyl[2,6'-bi-1h-benzimidazol]-1'-yl)methyl][1,1'-biphenyl]-2-carboxylic acid", "4'-[(1,7'-dimethyl-2'-propyl-1h,3'h-2,5'-bibenzimidazol-3'-yl)methyl]-2-biphenylcarboxylicacid[acd/iupac name]", "4'-[(1,7'-dimethyl-2'-propyl-1h,3'h-2,5'-bibenzimidazol-3'-yl)methyl][1,1'-biphenyl]-2-carboxylic acid", "tl8000991", "4'-(1,7'-dimethyl-2'-propyl-1h-[2,5']bibenzoimidazolyl-3'-ylmethyl)-biphenyl-2-carboxylicacid", "4'-((1,7'-dimethyl-2'-propyl-1h,3'h-[2,5'-bibenzo[d]imidazol]-3'-yl)methyl)-[1,1'-biphenyl]-2-carboxylic acid"}|>, "6915" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6916" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6917" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6918" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6919" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6920" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6921" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6922" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6923" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6924" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6925" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6926" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6927" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6928" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6929" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6930" -> <|"DatabaseID" -> "SW03720", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341517]}, "IsomericSmiles" -> "CC(CC(C1C(O1)(C)C)OC(=O)C)C2=C3C[C@@H](C4[C@]5(CCC(=O)C(C5CC[C@@]4([C@]3(CC2)C)C)(C)C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alisol a;alisol b;alisol monoacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084460]}, "Synonyms" -> {"alisol b 23-acetate", "23-o-acetylalisol b", "alisol b 23-monoacetate", "alisol b acetate", "8alpha", "26575-95-1[rn]", "ac1mj2la", "dammar-13(17)-en-3-one", "[1-(3", "26575-95-1", "26622-13-9[rn]", "26622-13-9"}|>, "6931" -> <|"DatabaseID" -> "SW03721", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5020639]}, "IsomericSmiles" -> "c1cc(c(cc1/C=C/C(=O)O[C@@H]2CC[C@]([C@H]([C@@H]2O)O)(C(=O)[O-])OC(=O)/C=C/c3ccc(c(c3)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cynarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6537500]}, "Synonyms" -> {"(1s", "(1s,2s,3s,4r)-1,2,3-trihydroxycyclohexane-1,4-diyl (2e,2'e)bis[3-(3,4-dihydroxyphenyl)acrylate]", "(1s,2s,3s,4r)-1,4-bis[(e)-3-(3,4-dihydroxyphenyl)-1-oxoprop-2-enoxy]-2,3-dihydroxy-1-cyclohexanecarboxylic acid", "214-655-7[einecs]", "cynarin", "cynarin (echinacea)(1", "(1s,2s,3s,4r)-1,4-bis{[(2e)-3-(3,4-dihydroxyphenyl)prop-2-enoyl]oxy}-2,3-dihydroxycyclohexanecarboxylic acid", "cyclohexanecarboxylic acid,1,4-bis[[(2e)-3-(3,4-dihydroxyphenyl)-1-oxo-2-propenyl]oxy]-2,3-dihydroxy- (1s,2s,3s,4r)-", "(1s,2s,3s,4r)-1,4-bis[[(e)-3-[3,4-bis(oxidanyl)phenyl]prop-2-enoyl]oxy]-2,3-bis(oxidanyl)cyclohexane-1-carboxylic acid", "1182-34-9[rn]", "2-allyl-1,4-bis[[3-(3,4-dihydroxyphenyl)-1-oxo]oxy]-3,5-dihydroxycyclohexanecarboxylic acid", "a803898", "ac1o6wxc", "cynarin (echinacea)(1,3-dicaffeoylquinic acid)"}|>, "6932" -> <|"DatabaseID" -> "SW03722", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7845546]}, "IsomericSmiles" -> "CO/N=C(/c1nc(sn1)N)\\C(=O)N[C@H]2[C@@H]3N(C2=O)C(=C(CS3)Cn4cc[n+]5c4cccn5)C(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "cefozopran"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9571080]}, "Synonyms" -> {"czop", "cefozopran (inn)", "sce 2787", "(7r,7ar)-7-[(2z)-2-(5-amino(1,2,4-thiadiazol-3-yl))-3-methoxy-3-azaprop-2-enoylamino]-3-(imidazo[3,2-e]pyridazinylmethyl)-6-oxo-2h,7h-azetidino[2,1-b]1,3-thiazine-4-carboxylic acid", "113359-04-9[rn]", "cefozopran[wiki][inn]", "125882-76-0[rn]", "imidazo[1,2-b]pyridazinium,1-[[(6r,7r)-7-[[(2z)-2-(5-amino-1,2,4-thiadiazol-3-yl)-2-(methoxyimino)acetyl]amino]-2-carboxy-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-3-yl]methyl]- inner salt", "ccris 6737", "(-)-1-(((6r,7r)-7-(2-(5-amino-1,2,4-thiadiazol-3-yl)glyoxylamido)-2-carboxy-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-en-3-yl)methyl)-1h-imidazo(1,2-b)pyridazin-4-iumhydroxide inner salt 7(sup 2)-(z)-(o-methyloxime)", "cefozopran", "c19h17n9o5s2", "(6r,7r)-7-{[(2z)-2-(5-amino-1,2,4-thiadiazol-3-yl)-2-(methoxyimino)acetyl]amino}-3-(imidazo[1,2-b]pyridazin-1-ium-1-ylmethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "zinc22008130", "123572-82-7[rn]", "st51053161", "ls-172220", "imidazo(1,2-b)pyridazinium,1-((6r,7r)-7-(((2z)-(5-amino-1,2,4-thiadiazol-3-yl)(methoxyimino)acetyl)amino)-2-carboxy-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-en-3-yl)methyl)- inner salt", "133790-04-2[rn]", "firstcin", "128007-70-5[rn]", "cefozopran [inn]", "imidazo[1,2-b]pyridazinium,1-[[(6r,7r)-7-[[(2z)-2-(5-amino-1,2,4-thiadiazol-3-yl)-2-(methoxyimino)-1-oxoethyl]amino]-2-carboxy-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-3-yl]methyl]- innersalt", "[6r-[6a,7b(z)]]-1-[[7-[[(5-amino-1,2,4-thiadiazol-3-yl)(methoxyimino)acetyl]amino]-2-carboxy-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-3-yl]methyl]imidazo[1,2-b]pyridazinium inner salt", "(6r,7r)-7-[[(2z)-2-(5-amino-1,2,4-thiadiazol-3-yl)-2-methoxyiminoacetyl]amino]-3-(imidazo[2,3-f]pyridazin-4-ium-1-ylmethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate"}|>, "6933" -> <|"DatabaseID" -> "SW03723", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5043]}, "IsomericSmiles" -> "CC(C)COC(=O)OCN1C(=O)C[NH+](CC1=O)CCN2CC(=O)N(C(=O)C2)COC(=O)OCC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01404"]}, "OfficialNames" -> <|"NPC Approved Name" -> "sobuzoxane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5233]}, "Synonyms" -> {"sobuzoxane", "perazolin", "sobuzoxano [inn-spanish]", "4,4'-(1,2-ethanediyl)bis(1-isobutoxycarbonyloxymethyl-2,6-piperazinedione)", "4,4'-(1,2-ethanediyl)bis(1-iso- butoxycarbonylox- methyl-2,6-piperazinedione)", "carbonicacid 1,2-ethanediylbis((2,6-dioxo-4,1-piperazinediyl)methylene)bis(2-methylpropyl) ester", "4,4'-(1,2-ethanediyl)bis(1-isobutoxycarbonyloxymethyl)-2,6-piperazine dione", "ncgc00015954-02", "mst-16", "98631-95-9[rn]", "[4-[2-[4-(2-methylpropoxycarbonyloxymethyl)-3,5-dioxo-piperazin-1-yl]ethyl]-2,6-dioxo-piperazin-1-yl]methyl2-methylpropyl carbonate", "sobuzoxane [inn:jan][inn][jan]", "1", "sobuzoxano[spanish][inn]", "parazolin", "sobuzoxanum [inn-latin]", "ethane-1,2-diylbis[(2,6-dioxopiperazine-4,1-diyl)methanediyl] bis(2-methylpropyl)biscarbonate", "carbonicacid 1,2-ethanediylbis[(2,6-dioxo-4,1-piperazinediyl)methylene] bis(2-methylpropyl) ester", "1,2-ethanediylbis[(2,6-dioxo-4,1-piperazinediyl)methylene]carbonic acidbis(2-methylpropyl) ester", "mst 16", "perazolin (tn)", "brn 6031322", "sobuzoxanum[latin]", "1,2-bis(4-isobutoxycarbonyloxymethyl-3,5-dioxo-piperazin-1-yl)ethane", "4,4'-ethylenebis(1-(hydroxymethyl)-2,6-piperazinedione) bis(isobutyl carbonate) (ester)", "98631-95-9", "4,4'-ethylenebis[1-(hydroxymethyl)-2,6-piperazinedione] bis(isobutylcarbonate) (ester)", "4,4'-(1,2-ethanediyl)bis(1-iso butoxycarbonylox methyl-2,6-piperazinedione)", "ethane-1,2-diylbis[(2,6-dioxopiperazine-4,1-diyl)methylene] diisobutyl biscarbonate"}|>, "6934" -> <|"DatabaseID" -> "SW03724", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29013"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2298842]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02703"]}, "IsomericSmiles" -> "C[C@H]1[C@@H]2CC[C@]3([C@H]([C@]2(CC[C@H]1O)C)[C@@H](C[C@@H]\\4[C@@]3(C[C@@H](/C4=C(/CCC=C(C)C)\\C(=O)[O-])OC(=O)C)C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00213"], ExternalIdentifier["KEGGID", "D04281"]}, "OfficialNames" -> <|"Indian Approved Name" -> "fusidic acid;sodium fusidate", "Australia Approved Name" -> "FUSIDIC ACID SODIUM SALT"|>, "PharmGKBID" -> "PA164749648", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23672955], ExternalIdentifier["PubChemCompoundID", 3000226]}, "Synonyms" -> {"fucidine", "fusidate sodium", "intertulle fucidin", "fusidic acid sodium salt", "sodium fusidin", "fucidina", "fusidin", "zn 6-na", "fusidic acid", "sodium fusidate", "fusidate sodium[usan]", "fusidate", "fusidine", "ramycin", "fucidate", "diethanolamine fusidate", "fucidin", "(3a,4a,8a,9b,11a,13a,14b,16b,17z)-16-(acetyloxy)-3,11-dihydroxy-29-nordammara-17(20),24-dien-21-oicacid monosodium salt", "sodium 3a,11a,16b-trihydroxy-29-nor-8a,9b,13a,14b-dammara-17(20),24-dien-21-oate16-acetate", "fucidin[wiki]", "sodium fusidate[jp15]", "fucidic acid", "zn 6", "fucidin acid", "fucithalmic", "fusidic acid sodium salt", "fusin[wiki]", "212-030-3[einecs]", "751-94-0[rn]", "fucicort (fusidic acid + hydrocortisone)_mixture", "fucidin cream 2%", "fucibet (fusidic acid + betamethasone)_mixture", "fusin", "chloramphenicol acetyltransferase iii", "fucidate sodium", "ec 2.3.1.28", "catiii", "fucidin leo"}|>, "6935" -> <|"DatabaseID" -> "SW03725", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9224736]}, "IsomericSmiles" -> "c1cc(c(cc1CCO[C@@H]2COC(=O)C[C@H]3[C@@H]2[C@@H](OC=C3C(=O)OCCc4ccc(c(c4)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jasmolactone b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11049569]}, "Synonyms" -> {"jasmolactone b", "chembl530342"}|>, "6936" -> <|"DatabaseID" -> "SW03726", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445144]}, "IsomericSmiles" -> "Cc1c(c(c(c(c1O)C(=O)C)O)Cc2c(c3c(c(c2O)C(=O)/C=C/c4ccccc4)OC(C=C3)(C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rottlerin;kamalin-1"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281847]}, "Synonyms" -> {"kamalin", "mallotoxin", "5,7-dihydroxy-2,2-dimethyl-6-(2,4,6-trihydroxy-3-methyl-5-acetylbenzyl)-8-cinnamoyl-1,2-chromene", "acetophenone 3'-((8-cinnamoyl-5,7-dihydroxy-2,2-dimethyl-2h-1-benzopyran-6-yl)methyl)-2',4',6'-trihydroxy-5'-methyl-", "2-propen-1-one 1-[6-[(3-acetyl-2,4,6-trihydroxy-5-methylphenyl)methyl]-5,7-dihydroxy-2,2-dimethyl-2h-1-benzopyran-8-yl]-3-phenyl- (2e)-", "3-{[8-((2e)-3-phenylprop-2-enoyl)-5,7-dihydroxy-2,2-dimethyl(2h-chromen-6-yl)]methyl}-1-acetyl-2,4,6-trihydroxy-5-methylbenzene", "(2e)-1-[6-(3-acetyl-2,4,6-trihydroxy-5-methylbenzyl)-5,7-dihydroxy-2,2-dimethyl-2h-chromen-8-yl]-3-phenylprop-2-en-1-one", "(e)-1-[6-[(3-acetyl-2,4,6-trihydroxy-5-methylphenyl)methyl]-5,7-dihydroxy-2,2-dimethyl-2h-1-benzopyran-8-yl]-3-phenyl-2-propen-1-one", "(e)-1-(6-(3-acetyl-2,4,6-trihydroxy-5-methylbenzyl)-5,7-dihydroxy-2,2-dimethyl-2h-chromen-8-yl)-3-phenylprop-2-en-1-one", "(e)-1-(6-((3-acetyl-2,4,6-trihydroxy-5-methylphenyl)methyl)-5,7-dihydroxy-2,2-dimethyl-2h-1-benzopyran-8-yl)-3-phenyl-2-propen-1-one", "einecs 201-395-4", "(2e)-1-[6-(3-acetyl-2,4,6-trihydroxy-5-methylbenzyl)-5,7-dihydroxy-2,2-dimethyl-2h-chromen-8-yl]-3-phenyl-2-propen-1-on", "biomolki2_000064", "3'-[(8-cinnamoyl-5,7-dihydroxy-2,2-dimethyl-2h-1-benzopyran-6-yl)methyl]-2',4',6'-trihydroxy-5'-methylacetophenone", "82-08-6", "nsc 56346", "82-08-6[rn]", "ac1nqz6c", "5-18-05-00695 (beilstein handbook reference)[beilstein]", "nsc 94525", "1-[6-[(3-acetyl-2,4,6-trihydroxy-5-methylphenyl)methyl]-5,7-dihydroxy-2,2-dimethyl-2h-1-benzopyran-8-yl]-3-phenyl-2-propen-1-one", "rottlerin[wiki]", "acetophenone 3'-((8-cinnamoyl-5,7-dihydroxy-2,2-dimethyl-2h-1-benzopyran-6-yl)m", "201-395-4[einecs]", "(2e)-1-[6-(3-acetyl-2,4,6-trihydroxy-5-methylbenzyl)-5,7-dihydroxy-2,2-dimethyl-2h-chromen-8-yl]-3-phenyl-2-propen-1-one", "1-[6-[(3-acetyl-2,4,6-trihydroxy-5-methylphenyl)methyl]-5,7-dihydroxy-2,2-dimethylchromen-8-yl]-3-phenylprop-2-en-1-one", "1-(6-(3-acetyl-2,4,6-trihydroxy-5-methylbenzyl)-5,7-dihydroxy-2,2-dimethyl-2h-chromen-8-yl)-3-phenylprop-2-en-1-one", "1-[6-(3-acetyl-2,4,6-trihydroxy-5-methyl-benzyl)-5,7-dihydroxy-2,2-dimethyl-2h-chromen-8-yl]-3-phenyl-propenone", "rottlerin", "biomolki_000058"}|>, "6937" -> <|"DatabaseID" -> "SW03727", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477177]}, "IsomericSmiles" -> "Cc1c(c(c(c(c1O)C(=O)C)O)Cc2c(c3c(c4c2OC(CC4=O)c5ccccc5)OC(C=C3)(C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isorottlerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318656]}, "Synonyms" -> {"ac1nsx53", "isorottlerin", "6-[(3-acetyl-2"}|>, "6938" -> <|"DatabaseID" -> "SW03727", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477177]}, "IsomericSmiles" -> "Cc1c(c(c(c(c1O)C(=O)C)O)Cc2c(c3c(c4c2OC(CC4=O)c5ccccc5)OC(C=C3)(C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "isorottlerin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318656]}, "Synonyms" -> {"ac1nsx53", "isorottlerin", "6-[(3-acetyl-2"}|>, "6939" -> <|"DatabaseID" -> "SW03728", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8233"], ExternalIdentifier["ChEBIID", "8232"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 39798]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00319"]}, "IsomericSmiles" -> "CCN1CCN(C(=O)C1=O)C(=O)N[C@H](c2ccccc2)C(=O)N[C@H]3[C@@H]4N(C3=O)[C@H](C(S4)(C)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08380"], ExternalIdentifier["KEGGID", "D00466"]}, "OfficialNames" -> <|"China Approved Name" -> "Piperacillin", "Indian Approved Name" -> "piperacillin", "Australia Approved Name" -> "PIPERACILLIN", "FDA Approved Drug" -> "PIPERACILLIN SODIUM"|>, "PharmGKBID" -> "PA450975", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 43672]}, "Synonyms" -> {"pipracil", "piperacillin anhydrous", "piperacillin", "piperacillin sodium", "66258-76-2[rn]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-2-[[(4-ethyl-2,3-dioxo-1-piperazinyl)carbonyl]amino]-2-phenylacetyl]amino]-3,3-dimethyl-7-oxo- (2s,5r,6r)-", "piperacillin [inn_en]", "61477-96-1", "piperacillin[wiki]", "peperacillin", "(2s,5r,6r)-6-[(r)-2-(4-ethyl-2,3-dioxo-1-piperazinecarboxamido)-2-phenylacetamido]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 6-[[(2r)-[[(4-ethyl-2,3-dioxo-1-piperazinyl)carbonyl]amino]phenylacetyl]amino]-3,3-dimethyl-7-oxo-,(2s,5r,6r)-", "tazocin (piperacillin (piperacillin sodium) + tazobactam (tazobactam sodium))_mixture", "chebi:8232", "pipercillin", "6-d(-)-a-(4-ethyl-2,3-dioxo-1-piperazinylcarbonylamino)-a-phenylacetamidopenicillanic acid", "61477-96-1[rn]", "262-811-8[einecs]", "66258-76-2 (monohydrate)[rn]", "4-ethyl-2,3-dioxopiperazine carbonyl ampicillin", "(2s,5r,6r)-6-{[(2r)-2-{[(4-ethyl-2,3-dioxopiperazin-1-yl)carbonyl]amino}-2-phenylacetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "pipril", "(2s,5r,6r)-6-{[(2r)-2-{[(4-ethyl-2,3-dioxo-1-piperazinyl)carbonyl]amino}-2-phenylacetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid[acd/iupac name]", "337376-15-5", "pipracil; piperacillin", "pentcillin", "peracin"}|>, "6940" -> <|"DatabaseID" -> "SW03729", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3943"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444695]}, "IsomericSmiles" -> "C[C@@]12C[C@H]([C@@H]([C@]1(CC(=O)[C@@]3([C@H]2CC=C4[C@H]3C[C@@H](C(=O)C4(C)C)O)C)C)[C@](C)(C(=O)/C=C/C(C)(C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cucurbitacin d"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281318]}, "Synonyms" -> {"cucurbitacin d", "elatericin a", "cucurbitacine (d)", "elatericine a", "(1r,2r,4s,10s,11s,13r,14r,15r)-14-[(2r,4e)-2,6-dihydroxy-6-methyl-3-oxohept-4-en-2-yl]-4,13-dihydroxy-1,6,6,11,15-pentamethyltetracyclo[8.7.0.02,7.011,15]heptadec-7-ene-5,17-dione", "nsc 521776", "nsc 308606", "19-nor-9.beta.", "nsc308606", "(2s,8s,9r,10r,13r,14s,16r,17r)-17-[(2r,4e)-2,6-dihydroxy-6-methyl-3-oxo-4-hepten-2-yl]-2,16-dihydroxy-4,4,9,13,14-pentamethyl-7,8,9,10,12,13,14,15,16,17-decahydro-1h-cyclopenta[a]phenanthren-3,11(2h,4h)-dion", "3877-86-9", "3877-86-9[rn]", "(2s,8s,9r,10r,13r,14s,16r,17r)-17-[(2r,4e)-2,6-dihydroxy-6-methyl-3-oxo-4-hepten-2-yl]-2,16-dihydroxy-4,4,9,13,14-pentamethyl-7,8,9,10,12,13,14,15,16,17-decahydro-1h-cyclopenta[a]phenanthrene-3,11(2h,4h)-dione", "19-nor-9-beta"}|>, "6941" -> <|"DatabaseID" -> "SW03730", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 89994]}, "IsomericSmiles" -> "C[C@@]1(CC[C@@]2(CC[C@@]3(C(=CC[C@H]4[C@]3(CC[C@@H]5[C@@]4(C[C@@H]([C@@H]([C@@]5(C)CO)O)O)C)C)[C@@H]2C1)C)C(=O)[O-])C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jaligonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 99610]}, "Synonyms" -> {"jaligonic acid", "nsc 249338", "ar-1a3749", "ac1q5qze", "ac1l410o", "kst-1a5384", "51776-39-7[rn]", "51776-39-7", "(2beta", "(2|a", "52-92-6"}|>, "6942" -> <|"DatabaseID" -> "SW03731", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4743]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01599"]}, "IsomericSmiles" -> "CC(C)(C)c1cc(cc(c1O)C(C)(C)C)SC(C)(C)Sc2cc(c(c(c2)C(C)(C)C)O)C(C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00476"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PROBUCOL"|>, "PharmGKBID" -> "PA451107", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4912]}, "Synonyms" -> {"lorelco", "biphenabid", "lursell", "bisbid", "bisphenabid", "probucol", "panavir", "lurselle", "lesterol", "4,4'-(isopropylidenedithio)bis[2 6-di-tert-butylphenol]", "acetone bis (3,5-di-tert-butyl-4-hydroxyphenyl) mercaptole", "acetone bis(3,5-di-tert-butyl-4-hydroxyphenyl) mercaptole", "4,4'- (isopropylidenedithio)bis(2 6-di-tert-butylphenol)", "sinlestal", "4,4'-(isopropylidenedithio)bis(2,6-di-tert-butylphenol)", "acetone bis(3,5-di-tert-butyl-4-hydroxyphenyl) mercaptole", "hmse", "phenol 4,4'-((1-methylethylidene)bis(thio))bis(2,6-bis(1,1-dimethylethyl))-", "acat", "4,4'-[propane-2,2-diylbis(thio)]bis(2,6-di-tert-butylphenol)", "dh-581", "tgh", "cas-23288-49-5", "acetone bis(3,5-di-tert-butyl-4-hydroxyphenyl)mercaptole", "4,4'-[(1-methylethylidene)bis(thio)]bis[2,6-bis(1,1-dimethylethyl)phenol]", "2,6-di(tert-butyl)-4-{1-[3,5-di(tert-butyl)-4-hydroxyphenylsulfanyl]-1-methylethylsulfanyl}phenol(probucol)", "4-({1-((4-hydroxy-3,5-di-t-butylphenyl)thio)-1-methylethyl}thio)-2,6-di-t-butylphenol", "4,4'-(isopropylidenedithio)bis[2,6-di-tert-butylphenol]", "probucol [usan:ban:inn:jan][inn][jan][usan]", "245-560-9[einecs]", "23288-49-5[rn]", "lorelco (tn)", "phenol 4,4'-[(1-methylethylidene)bis(thio)]bis[2,6-bis(1,1-dimethylethyl)-", "2,6-bis(tert-butyl)-4-{1-[3,5-bis(tert-butyl)-4-hydroxyphenylthio]-isopropylth io}phenol", "brain carboxylesterase hbr1", "probucolum [inn-latin]", "2,6-bis(tert-butyl)-4-{1-[3,5-bis(tert-butyl)-4-hydroxyphenylthio]-isopropylthio}phenol", "4,4'-(propane-2,2-diyldisulfanediyl)bis(2,6-di-tert-butylphenol)", "dh581", "serine esterase 1", "acyl coenzyme a:cholesterol acyltransferase", "4,4'-(isopropylidenedithio)bis(2 6-di-tert-butylphenol)", "triacylglycerol hydrolase", "d011341", "liver carboxylesterase 1 precursor", "4-[2-(4-hydroxy-3,5-ditert-butyl-phenyl)sulfanylpropan-2-ylsulfanyl]-2,6-ditert-butyl-phenol", "superlipid", "egasyn", "probucol[wiki]", "phenol 4,4'-((1-methylethylidene)bis(thio))bis(2,6-bis(1,1-dimethylethyl)-", "phenol 4 4'-[ (1-methylethylidene)bis(thio)]bis[2,6-bis(1,1-dimethylethyl)-", "monocyte/macrophage serine esterase", "2,6-di(tert-butyl)-4-{1-[3,5-di(tert-butyl)-4-hydroxyphenylsulfanyl]-1-methylethylsulfanyl}phenol", "2,6-di-tert-butyl-4-[1-(3,5-di-tert-butyl-4-hydroxy-phenylsulfanyl)-1-methyl-ethylsulfanyl]-phenol", "ec 3.1.1.1", "probucolum[latin]"}|>, "6943" -> <|"DatabaseID" -> "SW03732", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6001]}, "IsomericSmiles" -> "CCc1c(c2ccccc2o1)C(=O)c3cc(c(c(c3)I)[O-])I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01833"]}, "OfficialNames" -> <|"NPC Approved Name" -> "benziodarone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6237]}, "Synonyms" -> {"amplivix", "retrangor", "algocor", "cardivix", "dilafurane", "corofam", "benziodaron", "benziodarone", "dila-vasal", "coronal-crinos", "2-ethyl-3-(3',5'-diiodo-4'-hydroxybenzoyl)oxaindene", "benziodarona[spanish][inn]", "benziodaronum[latin]", "2329 labaz", "3,5-diiodo-4-hydroxyphenyl 2-ethyl-3-benzofuranyl ketone", "plexocardio", "benzofuran 3-(3,5-diiodo-4-hydroxybenzoyl)-2-ethyl-", "methanone (2-ethyl-3-benzofuranyl)(4-hydroxy-3,5-diiodophenyl)- (9ci)", "200-695-2[einecs]", "2-ethyl-3-(3',5'-diiodo-4'-hydroxybenzoyl)-cumarone", "2-ethyl-3-(4-hydroxy-3,5-diiodobenzoyl)benzofuran", "ketone 2-ethyl-3-benzofuranyl 4-hydroxy-3,5-diiodophenyl", "2-ethyl-3-benzofuranyl 4-hydroxy-3,5-diiodophenyl ketone", "dilacoron", "benziodarone[wiki][jan]", "68-90-6[rn]", "methanone (2-ethyl-3-benzofuranyl)(4-hydroxy-3,5-diiodophenyl)-", "uricor", "(2-ethylbenzofuran-3-yl)(4-hydroxy-3,5-diiodophenyl)methanone", "ketone 3,5-diiodo-4-hydroxyphenyl 2-ethyl-3-benzofuranyl", "5-18-02-00335 (beilstein handbook reference)[beilstein]", "benziodarone [ban:dcf:inn][inn]", "flanicone", "2-ethyl-3-benzofuryl 3',5'-diiodo-4'-hydroxyphenyl ketone", "(2-ethyl-1-benzofuran-3-yl)(4-hydroxy-3,5-diiodophenyl)methanone[acd/iupac name]", "aethyl-2-(3',5'-dijod-4'-oxybenzoyl)-3 cumaron[german]", "benzoiodarone", "ketone 2-ethyl-3-benzofuranyl 4-hydroxy-3,5-diiodophenyl (8ci)", "amplivix (tn)", "2-ethyl-3-(3,5-diiodo-4-hydroxybenzoyl)coumarone", "carofam", "2-ethyl-3-benzofuranyl 4-hydroxy-3,5-diiodophenyl methanone", "2-ethyl-3-(3',5'-diiodo-4'-hydroxybenzoyl)benzofuran"}|>, "6944" -> <|"DatabaseID" -> "SW03733", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392034]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]3c4ccc(cc4CC[C@H]3[C@@H]1CC[C@@H]2OP(=O)([O-])[O-])OC(=O)N(CCCl)CCCl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02398"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ESTRAMUSTINE PHOSPHATE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444000]}, "Synonyms" -> {"estramustine phosphate sodium", "estracyt", "emcyt (tn)", "emcyt", "estramustine phosphate disodium", "ac1l9fj4", "estramustine phosphate sodium (jan/usan)[jan][usan]", "disodium(8r,9s,13s,14s,17s)-3-{[bis(2-chloroethyl)carbamoyl]oxy}-13-methyl-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-17-yl phosphate", "dinatrium-(8r,9s,13s,14s,17s)-3-{[bis(2-chlorethyl)carbamoyl]oxy}-13-methyl-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-17-ylphosphat", "emcyt[wiki]", "-estra-1,3,5 -triene-3,17-diol3-(bis 17- disodiumsalt", "52205-73-9[rn]", "estradiol3-(bis(2-chloroethyl)carbamate) 17-(dihydrogen phosphate) disodium salt; estramustine phosphate disodium;estramustine phosphate sodium", "estramustine sodium phosphate", "ncgc00185756-01", "52205-73-9", "dsstox_cid_28879", "chebi:31562", "estramustine phosphate", "emcyt; estracyt", "estradiol3-(bis(2-chloroethyl)carbamate) 17-(dihydrogen phosphate) disodium salt", "ro-21-8837-001"}|>, "6945" -> <|"DatabaseID" -> "SW03734", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390015]}, "IsomericSmiles" -> "Cn1c(nnn1)SCC2=C(N3[C@@H]([C@@](C3=O)(NC(=O)C(c4ccc(cc4)O)C(=O)[O-])OC)OC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02198"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MOXALACTAM DISODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441242]}, "Synonyms" -> {"shiomarin", "moxam", "moxalactam disodium", "shiomarin (tn)", "moxalactam disodium salt", "lmox", "265-288-4[einecs]", "disodium(6r,7r)-7-{[carboxylato(4-hydroxyphenyl)acetyl]amino}-7-methoxy-3-{[(1-methyl-1h-tetrazol-5-yl)sulfanyl]methyl}-8-oxo-5-oxa-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "moxalactam disodium (usan)", "ncgc00017130-01", "moxalactam disodium[usan]", "6059s", "moxam (tn)", "n-[(6r,7r)-2-carboxy-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo-5-oxa-1-azabicyclo[4.2.0]oct-2-en-7-yl]-2-(p-hydroxyphenyl)malonamic acid disodium salt", "latamoxef", "latamoxef sodium", "7b-[2-carboxy-2-(4-hydroxyphenyl)acetamido]-7a-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-1-oxa-1-dethia-3-cephem-4-carboxylicacid disodium salt", "disodium7-[[carboxylato(4-hydroxyphenyl)acetyl]amino]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo-5-oxa-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "64953-12-4", "moxalactam (hydrolyzed)", "disodium latamoxef", "5-oxa-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[2-carboxy-2-(4-hydroxyphenyl)acetyl]amino]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo-,sodium salt (6r,7r)- (1:2)", "moxalactam derivative", "latamoxef sodium[jp15]", "prestwick_33", "antibiotic 6059-s", "8031-09-2[rn]", "64953-12-4[rn]", "ly-127935", "n-((6r,7r)-2-carboxy-7-methoxy-3-(((1-methyl-1h-tetrazol-5-yl)thio)methyl)-8-oxo-5-oxa-1-azabicyclo(4.2.0)oct-2-en-7-yl)-2-(p-hydroxyphenyl)malonamic acid disodium salt"}|>, "6946" -> <|"DatabaseID" -> "SW03734", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390015]}, "IsomericSmiles" -> "Cn1c(nnn1)SCC2=C(N3[C@@H]([C@@](C3=O)(NC(=O)C(c4ccc(cc4)O)C(=O)[O-])OC)OC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02198"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MOXALACTAM DISODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441242]}, "Synonyms" -> {"shiomarin", "moxam", "moxalactam disodium", "shiomarin (tn)", "moxalactam disodium salt", "lmox", "265-288-4[einecs]", "disodium(6r,7r)-7-{[carboxylato(4-hydroxyphenyl)acetyl]amino}-7-methoxy-3-{[(1-methyl-1h-tetrazol-5-yl)sulfanyl]methyl}-8-oxo-5-oxa-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "moxalactam disodium (usan)", "ncgc00017130-01", "moxalactam disodium[usan]", "6059s", "moxam (tn)", "n-[(6r,7r)-2-carboxy-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo-5-oxa-1-azabicyclo[4.2.0]oct-2-en-7-yl]-2-(p-hydroxyphenyl)malonamic acid disodium salt", "latamoxef", "latamoxef sodium", "7b-[2-carboxy-2-(4-hydroxyphenyl)acetamido]-7a-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-1-oxa-1-dethia-3-cephem-4-carboxylicacid disodium salt", "disodium7-[[carboxylato(4-hydroxyphenyl)acetyl]amino]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo-5-oxa-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "64953-12-4", "moxalactam (hydrolyzed)", "disodium latamoxef", "5-oxa-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[2-carboxy-2-(4-hydroxyphenyl)acetyl]amino]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo-,sodium salt (6r,7r)- (1:2)", "moxalactam derivative", "latamoxef sodium[jp15]", "prestwick_33", "antibiotic 6059-s", "8031-09-2[rn]", "64953-12-4[rn]", "ly-127935", "n-((6r,7r)-2-carboxy-7-methoxy-3-(((1-methyl-1h-tetrazol-5-yl)thio)methyl)-8-oxo-5-oxa-1-azabicyclo(4.2.0)oct-2-en-7-yl)-2-(p-hydroxyphenyl)malonamic acid disodium salt"}|>, "6947" -> <|"DatabaseID" -> "SW03735", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3495"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 39656]}, "IsomericSmiles" -> "c1ccc(c(c1)CC(=O)N[C@H]2[C@@H]3N(C2=O)C(=C(CS3)CSc4nnnn4CC(=O)[O-])C(=O)[O-])C[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00259"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFORANIDE"|>, "PharmGKBID" -> "PA164746057", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 43507]}, "Synonyms" -> {"precef", "bl s786", "precef (tn)", "ceforanide", "ceforanido[spanish][inn]", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,7-(((2-(aminomethyl)phenyl)acetyl)amino)-3-(((1-(carboxymethyl)-1h-tetrazol-5-yl)thio)methyl)-8-oxo- (6r-trans)-", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[[2-(aminomethyl)phenyl]acetyl]amino]-3-[[[1-(carboxymethyl)-1h-tetrazol-5-yl]thio]methyl]-8-oxo- (6r,7r)-", "60925-61-3[rn]", "ceforanidum [inn_la]", "(6r-trans)-7-(((2-(aminomethyl)phenyl)acetyl)amino)-3-(((1-(carboxymethyl)-1h-tetrazol-5-yl)thio)methyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "ceforanidum [inn-latin]", "ceforanido [inn-spanish]", "ceforanidum[latin]", "(6r,7r)-7-({[2-(aminomethyl)phenyl]acetyl}amino)-3-({[1-(carboxymethyl)-1h-tetrazol-5-yl]sulfanyl}methyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid[acd/iupac name]", "9005-49-6", "chebi:3495", "7-(o-(aminomethyl)phenylacetamido)-3-(((1-(carboxymethyl)-1h-tetrazol-5-yl)thio)methyl)-3-cephem-4-carboxylic acid", "radacef", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[2-[2-(aminomethyl)phenyl]acetyl]amino]-3-[[[1-(carboxymethyl)-1h-tetrazol-5-yl]thio]methyl]-8-oxo- (6r,7r)-", "7-[o-(aminomethyl)phenylacetamido]-3-[[[1-(carboxymethyl)-1h-tetrazol-5-yl]thio]methyl]-3-cephem-4-carboxylic acid", "bl-s 786", "ceforanide [usan:ban:inn][inn][usan]", "(6r,7r)-7-[2-(a-amino-o-tolyl)acetamido]-3-[[[1-(carboxymethyl)-1h-tetrazol-5-yl]thio]methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "bl-s786", "ceforanidum", "(6r,7r)-7-({[2-(aminomethyl)phenyl]acetyl}amino)-3-({[1-(carboxymethyl)-1h-tetrazol-5-yl]thio}methyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "ceforanido", "ceforanide[wiki][usp]"}|>, "6948" -> <|"DatabaseID" -> "SW03736", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64286]}, "IsomericSmiles" -> "Cn1c(nnn1)SCC2=C(N3[C@@H]([C@@](C3=O)(NC(=O)CSC[C@H](C(=O)[O-])[NH3+])OC)SC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07642"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cefminox"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71141]}, "Synonyms" -> {"cefminox", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "7-[2-((2s)-2-amino-2-carboxyethylthio)acetylamino](7s,7ar)-7-methoxy-3-[(1-methyl(1,2,3,4-tetraazol-5-ylthio))methyl]-6-oxo-2h-azetidino[2,1-b]1,3-thiazine-4-carboxylic acid", "cefminox[wiki][inn]", "75481-73-1", "(6r,7s)-7-(2-(((s)-2-amino-2-carboxyethyl)thio)acetamido)-7-methoxy-3-(((1-methyl-1h-tetrazol-5-yl)thio)methyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "cefminoxum[latin]", "meicelin", "ncgc00181749-01", "[6r-[6a,7a,7(s*)]]-7-[[[(2-amino-2-carboxyethyl)thio]acetyl]amino]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,7-(((((2s)-2-amino-2-carboxyethyl)thio)acetyl)amino)-7-methoxy-3-(((1-methyl-1h-tetrazol-5-yl)thio)methyl)-8-oxo- (6r,7s)-", "mt-141", "75481-73-1[rn]", "84305-41-9", "ccris 5270", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[2-[[(2s)-2-amino-2-carboxyethyl]thio]acetyl]amino]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo-,(6r,7s)-", "cmnx", "(6r,7s)-7-[({[(2s)-2-amino-2-carboxyethyl]sulfanyl}acetyl)amino]-7-methoxy-3-{[(1-methyl-1h-tetrazol-5-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid[acd/iupac name]", "7b-(2-d-amino-2-carboxyethylthioacetamido)-7a-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-3-cephem-4-carboxylic acid", "75498-96-3[rn]", "84305-41-9[rn]", "cefminoxum"}|>, "6949" -> <|"DatabaseID" -> "SW03737", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64550]}, "IsomericSmiles" -> "CCCC(=O)O[C@@]1([C@H](C[C@@H]2[C@@]1(C[C@@H]([C@]3([C@H]2CCC4=CC(=O)C=C[C@@]43C)F)O)C)C)C(=O)COC(=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02032"]}, "OfficialNames" -> <|"NPC Approved Name" -> "betamethasone butyrate propionate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71470]}, "Synonyms" -> {"betamethasone butyrate propionate", "antebate", "antebate (tn)", "dsstox_cid_2671", "ac1l2g82", "unii-50fh5ag9rw", "surecn120208", "ncgc00183597-01", "(11b,16b)-9-fluoro-11,17,21-trihydroxy-16-methylpregna-1,4-dien-3,20-dione 17-butyrate 21-propionate", "5534-02-1", "bbp", "dsstox_gsid_22671", "dsstox_rid_76682", "5534-02-1[rn]", "betamethasone-17-butyrate-21-propionate[inn][ban][jan][usan]", "(11b,16b)-9-fluoro-11-hydroxy-16-methyl-17-(1-oxobutoxy)-21-(1-oxopropoxy)pregna-1,4-dien-3,20-dione"}|>, "6950" -> <|"DatabaseID" -> "SW03738", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 41796]}, "IsomericSmiles" -> "CC[NH+](CC)CC(=O)O[C@H]1CC[C@@]2(C3CC[C@@]4([C@H](CC[C@@]4(C3CC[C@@]2(C1)O)O)C5=CC(=O)OC5)C)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophantidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45933]}, "Synonyms" -> {"strophanthidin-3-diethylaminoacetate", "3-diethylaminoacetyl strophantidin", "ac1l2eyo", "glycine", "4-18-00-03135 (beilstein handbook reference)", "brn 0069824", "ls-52413", "strophanthidin", "glycine n,n-diethyl- ester with strophanthidin", "63979-66-8[rn]", "(3-beta", "card-20(22)-enolide", "4-18-00-03135 (beilstein handbook reference)[beilstein]"}|>, "6951" -> <|"DatabaseID" -> "SW03738", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 41796]}, "IsomericSmiles" -> "CC[NH+](CC)CC(=O)O[C@H]1CC[C@@]2(C3CC[C@@]4([C@H](CC[C@@]4(C3CC[C@@]2(C1)O)O)C5=CC(=O)OC5)C)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophantidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45933]}, "Synonyms" -> {"strophanthidin-3-diethylaminoacetate", "3-diethylaminoacetyl strophantidin", "ac1l2eyo", "glycine", "4-18-00-03135 (beilstein handbook reference)", "brn 0069824", "ls-52413", "strophanthidin", "glycine n,n-diethyl- ester with strophanthidin", "63979-66-8[rn]", "(3-beta", "card-20(22)-enolide", "4-18-00-03135 (beilstein handbook reference)[beilstein]"}|>, "6952" -> <|"DatabaseID" -> "SW03738", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 41796]}, "IsomericSmiles" -> "CC[NH+](CC)CC(=O)O[C@H]1CC[C@@]2(C3CC[C@@]4([C@H](CC[C@@]4(C3CC[C@@]2(C1)O)O)C5=CC(=O)OC5)C)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophantidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45933]}, "Synonyms" -> {"strophanthidin-3-diethylaminoacetate", "3-diethylaminoacetyl strophantidin", "ac1l2eyo", "glycine", "4-18-00-03135 (beilstein handbook reference)", "brn 0069824", "ls-52413", "strophanthidin", "glycine n,n-diethyl- ester with strophanthidin", "63979-66-8[rn]", "(3-beta", "card-20(22)-enolide", "4-18-00-03135 (beilstein handbook reference)[beilstein]"}|>, "6953" -> <|"DatabaseID" -> "SW03738", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 41796]}, "IsomericSmiles" -> "CC[NH+](CC)CC(=O)O[C@H]1CC[C@@]2(C3CC[C@@]4([C@H](CC[C@@]4(C3CC[C@@]2(C1)O)O)C5=CC(=O)OC5)C)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophantidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 45933]}, "Synonyms" -> {"strophanthidin-3-diethylaminoacetate", "3-diethylaminoacetyl strophantidin", "ac1l2eyo", "glycine", "4-18-00-03135 (beilstein handbook reference)", "brn 0069824", "ls-52413", "strophanthidin", "glycine n,n-diethyl- ester with strophanthidin", "63979-66-8[rn]", "(3-beta", "card-20(22)-enolide", "4-18-00-03135 (beilstein handbook reference)[beilstein]"}|>, "6954" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6955" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6956" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6957" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6958" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6959" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6960" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6961" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6962" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6963" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6964" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6965" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6966" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6967" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6968" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6969" -> <|"DatabaseID" -> "SW03739", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 109415]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3CCC5(C4(CCC5C6=CC(=O)OC6)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "somalin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 122736]}, "Synonyms" -> {"hongheloside g", "odoroside a", "beaumontia grandiflora", "wallichoside", "somalin", "3-[(2", "12708-27-9[rn]", "nsc 251698", "odorosid b[german]", "beaumontoside", "12738-19-1[rn]", "31087-88-4[rn]", "card-20(22)-enolide", "58407-69-5[rn]", "odoroside b", "odorosid a [german]", "odorosid a[german]"}|>, "6970" -> <|"DatabaseID" -> "SW03740", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293659]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@]23CCC(=O)[C@H]2[C@@]1([C@@H](C[C@@]([C@H]([C@@H]3C)O)(C)C=C)OC(=O)CSC4C[C@H]5CC[C@@H](C4)[NH+]5C)C", "OfficialNames" -> <|"Indian Approved Name" -> "retapamulin", "FDA Approved Drug" -> "RETAPAMULIN"|>, "PharmGKBID" -> "PA164749341", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918462]}, "Synonyms" -> {"altabax", "altargo", "224452-66-8", "altabax (glaxo)", "retapamulin[wiki]", "acetic acid [[(1r,5s)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl]thio]- (3as,4r,5s,6s,8r,9r,9ar,10r)-6-ethenyldecahydro-5-hydroxy-4,6,9,10-tetramethyl-1-oxo-3a,9-propano-3ah-cyclopentacycloocten-8-yl ester", "retapamulin", "(1s,2r,3s,4s,6r,7r,8r,14r)-4-ethenyl-3-hydroxy-2,4,7,14-tetramethyl-9-oxotricyclo[5.4.3.01,8]tetradec-6-yl{[(1r,5s)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl]sulfanyl}acetate", "altabax (tn)", "unii-4mg6o8991r", "sb 275833", "(1s,2r,3s,4s,6r,7r,8r,14r)-4-ethenyl-3-hydroxy-2,4,7,14-tetramethyl-9-oxotricyclo[5.4.3.01,8]tetradec-6-yl-{[(1r,5s)-8-methyl-8-azabicyclo[3.2.1]oct-3-yl]sulfanyl}acetat[german]", "db01256", "retapamulin (usan/inn)", "altabax[wiki]"}|>, "6971" -> <|"DatabaseID" -> "SW03741", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63718"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4911265]}, "IsomericSmiles" -> "C[C@H](Cn1cnc2c1ncnc2N)OCP(=O)(OCOC(=O)OC(C)C)OCOC(=O)OC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01982"]}, "OfficialNames" -> <|"China Approved Name" -> "tenofovir disoproxil fumarate", "WHO Essential Medicine" -> "tenofovir disoproxil fumarate", "FDA Approved Drug" -> "TENOFOVIR DISOPROXIL FUMARATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6398764]}, "Synonyms" -> {"tenofovir disoproxil fumarate", "gs-4331-05", "tenofovir df", "viread", "gs 4331-05", "hsdb 7165", "bis(((isopropoxycarbonyl)oxy)methyl)(((1r)-2-(6-amino-9h-purin-9-yl)-1-methylethoxy)methyl)phosphonate (2e)-2-butenedioate", "gs-us-104-0321", "9-((r)-2-((bis(((isopropoxycarbonyl)oxy)methoxy)phosphinyl)methoxy)propyl)adeninefumarate; tdf; viread; tenofovir df", "bis({[(1-methylethoxy)carbonyl]oxy}methyl) {[(1r)-2-(6-amino-9h-purin-9-yl)-1-methylethoxy]methyl}phosphonate (2e)-but-2-enedioate", "202138-50-9[rn]", "tenofovir disoproxil fumarate (jan/usan)[jan][usan]", "pmpa prodrug", "viread[wiki]", "bis({[(propan-2-yloxy)carbonyl]oxy}methyl) ({[(2r)-1-(6-amino-9h-purin-9-yl)propan-2-yl]oxy}methyl)phosphonate (2e)-but-2-enedioate (1:1)", "tdf", "carbonicacid [[[[(1r)-2-(6-amino-9h-purin-9-yl)-1-methylethoxy]methyl][[[(1-methylethoxy)carbonyl]oxy]methoxy]phosphinyl]oxy]methyl 1-methylethyl ester (2e)-2-butenedioate (1:1)", "dsstox_cid_29808", "tenfovir disoproxil fumarate", "viread (tn)", "({[(1r)-2-(6-aminopurin-9-yl)-isopropoxy]methyl}{[(methylethyl)oxycarbonyloxy]methoxy}carbonyloxy)methyl (methylethoxy)formate (2e)but-2-enedioic acid", "dsstox_gsid_50426", "dsstox_rid_79447", "bis{[(isopropoxycarbonyl)oxy]methyl}({[(2r)-1-(6-amino-9h-purin-9-yl)propan-2-yl]oxy}methyl)phosphonate (2e)-but-2-enedioate(1:1)", "fumaric acid bis[(isopropoxycarbonyl)oxy]methyl {[(2r)-1-(6-aminopurin-9-yl)propan-2-yl]oxy}methanephosphonate", "9-((r)-2-((bis(((isopropoxycarbonyl)oxy)methoxy)phosphinyl)methoxy)propyl)adeninefumarate", "tenofovir disproxil fumarate", "bis({[(propan-2-yloxy)carbonyl]oxy}methyl) ({[(2r)-1-(6-amino-9h-purin-9-yl)propan-2-yl]oxy}methyl)phosphonate (2e)-but-2-enedioate", "9-((r)-2-((bis(((isopropoxycarbonyl)oxy)methoxy)phosphinyl)methoxy)propyl)adenine fumarate", "tenofovir disoproxil fumarate (form: fumarate salt)"}|>, "6972" -> <|"DatabaseID" -> "SW03742", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8499830]}, "IsomericSmiles" -> "CC1([C@@H]2[C@H]1[C@H](N(C2)C(=O)[C@H](C(C)(C)C)NC(=O)NC(C)(C)C)C(=O)NC(CC3CCC3)C(=O)C(=O)N)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08876"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BOCEPREVIR"|>, "PharmGKBID" -> "PA165948902", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10324367]}, "Synonyms" -> {"victrelis", "sch503034", "sch-503034", "boceprevir", "victrelis (tn)", "394730-60-0", "394730-60-0[rn]", "unii-89bt58kelh", "boceprevir (inn/usan)", "sch 503034", "(1r,5s)-n-[3-amino-1-(cyclobutylmethyl)-2,3-dioxypropyl]-3-[2(s)-[[[(1,1-dimethylethyl)amino]carbonyl]amino]-3,3-dimethyl-1-oxobutyl]-6,6-dimethyl-3-azabicyclo[3.1.0]hexan-2(s)-carboxamide", "3-azabicyclo[3.1.0]hexane-2-carboxamide n-[3-amino-1-(cyclobutylmethyl)-2,3-dioxopropyl]-3-[(2s)-2-[[[(1,1-dimethylethyl)amino]carbonyl]amino]-3,3-dimethyl-1-oxobutyl]-6,6-dimethyl- (1r,2s,5s)-", "1-((s)-1-((1r,2s,5s)-2-((4-amino-1-cyclobutyl-3,4-dioxobutan-2-yl)carbamoyl)-6,6-dimethyl-3-aza-bicyclo[3.1.0]hexan-3-yl)-3,3-dimethyl-1-oxobutan-2-yl)-3-tert-butylurea", "chembl218394", "boceprevir[wiki][inn]", "(1r,2s,5s)-n-(4-amino-1-cyclobutyl-3,4-dioxobutan-2-yl)-3-[n-(tert-butylcarbamoyl)-3-methyl-l-valyl]-6,6-dimethyl-3-azabicyclo[3.1.0]hexane-2-carboxamide"}|>, "6973" -> <|"DatabaseID" -> "SW03742", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8499830]}, "IsomericSmiles" -> "CC1([C@@H]2[C@H]1[C@H](N(C2)C(=O)[C@H](C(C)(C)C)NC(=O)NC(C)(C)C)C(=O)NC(CC3CCC3)C(=O)C(=O)N)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08876"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BOCEPREVIR"|>, "PharmGKBID" -> "PA165948902", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10324367]}, "Synonyms" -> {"victrelis", "sch503034", "sch-503034", "boceprevir", "victrelis (tn)", "394730-60-0", "394730-60-0[rn]", "unii-89bt58kelh", "boceprevir (inn/usan)", "sch 503034", "(1r,5s)-n-[3-amino-1-(cyclobutylmethyl)-2,3-dioxypropyl]-3-[2(s)-[[[(1,1-dimethylethyl)amino]carbonyl]amino]-3,3-dimethyl-1-oxobutyl]-6,6-dimethyl-3-azabicyclo[3.1.0]hexan-2(s)-carboxamide", "3-azabicyclo[3.1.0]hexane-2-carboxamide n-[3-amino-1-(cyclobutylmethyl)-2,3-dioxopropyl]-3-[(2s)-2-[[[(1,1-dimethylethyl)amino]carbonyl]amino]-3,3-dimethyl-1-oxobutyl]-6,6-dimethyl- (1r,2s,5s)-", "1-((s)-1-((1r,2s,5s)-2-((4-amino-1-cyclobutyl-3,4-dioxobutan-2-yl)carbamoyl)-6,6-dimethyl-3-aza-bicyclo[3.1.0]hexan-3-yl)-3,3-dimethyl-1-oxobutan-2-yl)-3-tert-butylurea", "chembl218394", "boceprevir[wiki][inn]", "(1r,2s,5s)-n-(4-amino-1-cyclobutyl-3,4-dioxobutan-2-yl)-3-[n-(tert-butylcarbamoyl)-3-methyl-l-valyl]-6,6-dimethyl-3-azabicyclo[3.1.0]hexane-2-carboxamide"}|>, "6974" -> <|"DatabaseID" -> "SW03743", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66141]}, "IsomericSmiles" -> "CC1=C(C(=O)C[C@]2([C@H]1C[C@@H]3[C@]45[C@@H]2[C@H]([C@@H]([C@]([C@@H]4[C@H](C(=O)O3)OC(=O)C=C(C)C)(OC5)C(=O)OC)O)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "brusatol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73432]}, "Synonyms" -> {"yatansin", "brusatol", "ac1l2jum", "brn 1444847", "nsc 172924", "2h-3", "methyl 13", "(11beta", "14907-98-3", "picras-3-en-21-oic acid", "14907-98-3[rn]"}|>, "6975" -> <|"DatabaseID" -> "SW03744", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 426605]}, "IsomericSmiles" -> "COc1cc(ccc1O)C[C@H]2COC(=O)[C@@H]2Cc3ccc(c(c3)OC)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "matairesinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 486612]}, "Synonyms" -> {"2(3h)-furanone", "matairesinoside", "2(3h)-furanone 3-[[4-(b-d-glucopyranosyloxy)-3-methoxyphenyl]methyl]dihydro-4-[(4-hydroxy-3-methoxyphenyl)methyl]-,(3r,4r)-", "ar-1c7308", "chembl459834", "ac1laekk", "(3r", "23202-85-9", "2(3h)-furanone 3-((4-(b-d-glucopyranosyloxy)-3-methoxyphenyl)methyl)dihydro-4-((4-hydroxy-3-methoxyphenyl)methyl)-,(3r,4r)-", "23202-85-9[rn]", "ac1q6mjj"}|>, "6976" -> <|"DatabaseID" -> "SW03745", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29012"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106675]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H](OC1=O)C)C[C@H]([C@@](C)([C@H]2CC[C@@]3([C@@]2(CC[C@H]4C3=CC(=O)[C@H]5[C@@]4(C[C@@H]([C@@H](C5)O)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cyasterone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119444]}, "Synonyms" -> {"cyasterone", "cyasteron", "(2|a", "5-beta-stigmast-7-en-26-oic acid", "17086-76-9[rn]", "ac1l3otq", "17086-76-9", "ai3-44890", "(22r", "stigmast-7-en-26-oic acid", "chebi:29012"}|>, "6977" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6978" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6979" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6980" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6981" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6982" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6983" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6984" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6985" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6986" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6987" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6988" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6989" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6990" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6991" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6992" -> <|"DatabaseID" -> "SW03746", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10072]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "evomonoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10506]}, "Synonyms" -> {"digitoxigenin rhamnoside", "evomonoside", "digitoxigenin 3-rhamnoside", "einecs 208-088-4", "508-93-0[rn]", "evomonosid [german]", "evomonosid", "(3beta", "4-[(3s,5r,10s,13r,14s,17r)-14-hydroxy-10,13-dimethyl-3-((2s,5s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-hexadecahydro-cyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "ac1l1vcm", "ls-52326", "208-088-4[einecs]", "5-beta-card-20(22)-enolide", "evomonosid[german]"}|>, "6993" -> <|"DatabaseID" -> "SW03747", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29234"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4574127]}, "IsomericSmiles" -> "CC(C)(C)CC(C)(C)C1CCC(CC1)OCCOCCOCCOCCOCCOCCOCCO", "OfficialNames" -> <|"NPC Approved Name" -> "triton x4"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71312281]}, "Synonyms" -> {"triton™ x-100", "4-(1", "tritium(1+); triton", "(3)h(+)", "t(+)", "(3)1h(+)", "t[formula]", "92046-34-9", "tritium(1+)", "triton[wiki]"}|>, "6994" -> <|"DatabaseID" -> "SW03748", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3002"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20396], ExternalIdentifier["ChemSpiderID", 10482269]}, "IsomericSmiles" -> "CCC(=O)OCC(=O)[C@]1([C@H](C[C@@H]2[C@@]1(C[C@@H]([C@]3([C@H]2CCC4=CC(=O)C=C[C@@]43C)Cl)O)C)C)OC(=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00689"]}, "OfficialNames" -> <|"China Approved Name" -> "beclometasone dipropionate", "Indian Approved Name" -> "beclometasone dipropionate;beclomethasone dipropionate", "Australia Approved Name" -> "BECOTIDE", "FDA Approved Drug" -> "BECLOMETHASONE DIPROPIONATE;BECLOMETHASONE DIPROPIONATE MONOHYDRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21700], ExternalIdentifier["PubChemCompoundID", 16052009]}, "Synonyms" -> {"sanasthmax", "becloforte", "sanasthmyl", "beclorhinol", "beclovent", "beclomet", "propaderm", "beclomethasone dipropionate", "beconase aq", "beclometasone dipropionate[jp15]", "sch 18020w", "sch-18020w", "beconase[wiki]", "vanceril double strength", "betamethasone dipropionate imp. e (pharmeuropa)", "becloturmant", "beclocort nasel", "aldecin", "becodisks", "beclometasone dipropionate", "34135-07-4[rn]", "korbutone", "beclometasone[wiki][inn]", "226-886-0[einecs]", "vancenase[wiki]", "9/8/5534", "andion", "clenil", "beclomethasone dipropionate[usp]", "respocort", "viarex", "beclometasone 17,21-dipropionate", "anceron", "clenil-a", "(11b,16b)-9-chloro-11-hydroxy-16-methyl-17,21-bis(1-oxopropoxy)-pregna-1,4-diene-3,20-dione", "beclomet nasal", "beclacin", "vancenase aq", "rino-clenil", "aerobec", "vanceril[wiki]", "spir", "(8s,9r,10s,11s,13s,14s,16s,17r)-9-chlor-11-hydroxy-10,13,16-trimethyl-3-oxo-17-[(propanoyloxy)acetyl]-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-ylpropanoat", "pregna-1,4-diene-3,20-dione 9-chloro-11-hydroxy-16-methyl-17,21-bis(1-oxopropoxy)- (11b,16b)-", "(8s,9r,10s,11s,13s,14s,16s,17r)-9-chloro-11-hydroxy-10,13,16-trimethyl-3-oxo-17-[(propanoyloxy)acetyl]-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-ylpropanoate", "alanase", "aldecina", "becotide[wiki]", "vanceril", "propaderm forte", "atomase", "entyderma", "rhino clenil", "benconase", "qvar", "5534-09-8[rn]", "(11b,16b)-9-chloro-11-hydroxy-16-methyl-3,20-dioxopregna-1,4-diene-17,21-diyl dipropanoate", "becloval", "inalone o", "9-chloro-11b-hydroxy-16b-methylpregna-1,4-diene-3,20-dione 17,21-dipropionate", "beclovent[wiki]", "3638107[beilstein]", "turbinal", "beclate", "beconasol", "aldecine", "inalone r", "5534-09-8 (dipropionate)", "inalone", "(8s,9s,10s,11s,13s,14s,16s,17r)-9-chloro-11,17-dihydroxy-17-(2-hydroxyacetyl)-10,13,16-trimethyl-6,7,8,11,12,14,15,16-octahydrocyclopenta[a]phenanthren-3-one", "rhinosol", "beclomethasone[wiki]", "viarox", "beconase", "vancenase", "beclomethasone dipropionate monohydrate", "ls-186632", "(8s,9r,10s,11s,13s,14s,16s,17r)-9-chloro-11-hydroxy-10,13,16-trimethyl-3-oxo-17-[(propanoyloxy)acetyl]-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-ylpropanoate hydrate", "(8s,9r,10s,11s,13s,14s,16s,17r)-9-chlor-11-hydroxy-10,13,16-trimethyl-3-oxo-17-[(propanoyloxy)acetyl]-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-ylpropanoathydrat[german]", "chembl1200524"}|>, "6995" -> <|"DatabaseID" -> "SW03749", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552169]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00240"]}, "IsomericSmiles" -> "CCC(=O)OCC(=O)[C@]1([C@@H](C[C@@H]2[C@@]1(C[C@@H]([C@H]3[C@H]2[C@@H](CC4=CC(=O)C=C[C@]34C)Cl)O)C)C)OC(=O)CC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01820"]}, "OfficialNames" -> <|"Indian Approved Name" -> "alclometasone dipropionate", "FDA Approved Drug" -> "ALCLOMETASONE DIPROPIONATE"|>, "PharmGKBID" -> "PA164747650", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636374]}, "Synonyms" -> {"alclometasone dipropionate", "aclovate", "modrasone", "vaderm", "aclosone", "legederm", "chebi:31184", "sch-22219", "66734-13-2", "alclomethasone-17", "gr", "alclometasone", "(7a,11b,16a)-7-chloro-11,17,21-trihydroxy-16-methylpregna-1,4-diene-3,20-dione 17,21-dipropionate", "aclovate[wiki]", "alclometasone-17,21-dipropionate", "aclovate (tn)", "(7r,8s,9s,10r,11s,13s,14s,16r,17r)-7-chlor-11-hydroxy-10,13,16-trimethyl-3-oxo-17-[(propanoyloxy)acetyl]-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-ylpropanoat", "(7r,8s,9s,10r,11s,13s,14s,16r,17r)-7-chloro-11-hydroxy-10,13,16-trimethyl-3-oxo-17-[(propanoyloxy)acetyl]-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl propanoate", "alclometasone. dipropionate.", "alclomethasone-17,21-dipropionate", "66734-13-2[rn]", "delonal", "266-464-3[einecs]", "almeta", "7?-chloro-11?,17,21-trihydroxy-16?-methylpregna-1,4-diene-3,20-dione 17,21-di(propionate)", "alclometasone[wiki]"}|>, "6996" -> <|"DatabaseID" -> "SW03750", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47564"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390091], ExternalIdentifier["ChemSpiderID", 8069123]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)CCl)OC(=O)c5ccco5)C)O)Cl)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00690"]}, "OfficialNames" -> <|"China Approved Name" -> "mometasone furoate", "Indian Approved Name" -> "mometasone furoate", "Australia Approved Name" -> "MOMETASONE FUROATE", "FDA Approved Drug" -> "MOMETASONE FUROATE;MOMETASONE FUROATE MONOHYDRATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441336]}, "Synonyms" -> {"asmanex", "elocon", "mometasone furoate", "danitin", "nosorex", "flumeta", "83919-23-7", "chebi:47564", "nasonex", "elocone", "mometasone furoate (jan/usp)[usp][jan]", "sch-32088", "tl8005500", "2-furancarboxylicacid (11b,16a)-9,21-dichloro-11-hydroxy-16-methyl-3,20-dioxopregna-1,4-dien-17-yl ester", "nasonex[wiki]", "(8s,9r,10s,11s,13s,14s,16r,17r)-9-chlor-17-(chloracetyl)-11-hydroxy-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-ylfuran-2-carboxylat", "mometasone 17-furoate", "(11b,16a)-9,21-dichloro-11-hydroxy-16-methyl-3,20-dioxopregna-1,4-dien-17-yl furan-2-carboxylate", "elocon[wiki]", "(8s,9r,10s,11s,13s,14s,16r,17r)-9-chloro-17-(chloroacetyl)-11-hydroxy-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl furan-2-carboxylate", "4340538[beilstein]", "mometasone furoate[wiki]", "ecural", "asmanex twisthaler", "(8s,9r,10s,11s,13s,14s,16r,17r)-9-chloro-17-(chloroacetyl)-11-hydroxy-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl 2-furoate", "83919-23-7[rn]", "9,21-dichloro-11b,17-dihydroxy-16a-methylpregna-1,4-diene-3,20-dione17-(2-furoate)", "105102-22-5[rn]", "rimelon", "(11b,16a)-9,21-dichloro-17-[(2-furanylcarbonyl)oxy]-11-hydroxy-16-methylpregna-1,4-diene-3,20-dione", "(8s,9r,10s,11s,13s,14s,16r,17r)-9-chlor-17-(chloracetyl)-11-hydroxy-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-ylfuran-2-carboxylathydrat", "(8s,9r,10s,11s,13s,14s,16r,17r)-9-chloro-17-(chloroacetyl)-11-hydroxy-10,13,16-trimethyl-3-oxo-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl furan-2-carboxylate hydrate", "mometasone furoate hydrate", "drate", "mometasone furoate monohydrate"}|>, "6997" -> <|"DatabaseID" -> "SW03751", "IsomericSmiles" -> "CO/N=C(/c1csc(n1)N)\\C(=O)N[C@H]2[C@@H]3N(C2=O)C(=C(CS3)CSC(=O)c4ccco4)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07657"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ceftiofur"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6328657]}, "Synonyms" -> {"ceftiofur", "ceftiofurum", "excede", "ceftiofur hydrochloride", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "excenel", "u 67279a", "ceftiofur hydrochloride [usan]", "u 64279a", "naxcel ", "80370-57-6"}|>, "6998" -> <|"DatabaseID" -> "SW03752", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8047109]}, "IsomericSmiles" -> "CCCSc1nc(c2c(n1)n(nn2)[C@@H]3C[C@@H]([C@H]([C@H]3O)O)OCCO)N[C@@H]4C[C@H]4c5ccc(c(c5)F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09017"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TICAGRELOR"|>, "PharmGKBID" -> "PA165374673", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9871419]}, "Synonyms" -> {"ticagrelor", "brilinta", "azd-6140", "ticagrelor (usan/inn)", "ar-c126532", "274693-27-5[rn]", "ex-6274", "brilique", "274693-27-5", "1,2-cyclopentanediol 3-[7-[[(1r,2s)-2-(3,4-difluorophenyl)cyclopropyl]amino]-5-(propylthio)-3h-1,2,3-triazolo[4,5-d]pyrimidin-3-yl]-5-(2-hydroxyethoxy)- (1s,2s,3r,5s)-", "ticagrelor[wiki]", "brilinta (tn)", "(1s,2s,3r,5s)-3-[7-{[(1r,2s)-2-(3,4-difluorophenyl)cyclopropyl]amino}-5-(propylsulfanyl)-3h-[1,2,3]triazolo[4,5-d]pyrimidin-3-yl]-5-(2-hydroxyethoxy)cyclopentane-1,2-diol", "(1s,2s,3r,5s)-3-(7-((1r,2s)-2-(3,4-difluorophenyl)cyclopropylamino)-5-(propylthio)-3h-[1,2,3]triazolo[4,5-d]pyrimidin-3-yl)-5-(2-hydroxyethoxy)cyclopentane-1,2-diol", "chembl398435"}|>, "6999" -> <|"DatabaseID" -> "SW03753", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00042"]}, "IsomericSmiles" -> "C[C@@H](C1=CCC23C1(C[C@H](C45C2=CC[C@H]6[C@@]4(CC[C@@](C6)(O5)O)C)O)C[NH+](CCO3)C)OC(=O)c7ccccc7", "OfficialNames" -> <|"FDA Approved Drug" -> "incobotulinumtoxinA"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5485225]}, "Synonyms" -> {"myobloc (solstice neurosciences)", "7h-9", "batrachotoxinin a 20-alpha-benzoate", "ac1q29ob", "bta-20-ab", "synaptotagmin ii", "sytii", "botulinum toxin type b", "batrachotoxinin a", "78870-19-6", "batrachotoxinin benzoate", "neurobloc (solstice neurosciences)", "btxb cpd"}|>, "7000" -> <|"DatabaseID" -> "SW03753", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00042"]}, "IsomericSmiles" -> "C[C@@H](C1=CCC23C1(C[C@H](C45C2=CC[C@H]6[C@@]4(CC[C@@](C6)(O5)O)C)O)C[NH+](CCO3)C)OC(=O)c7ccccc7", "OfficialNames" -> <|"FDA Approved Drug" -> "incobotulinumtoxinA"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5485225]}, "Synonyms" -> {"myobloc (solstice neurosciences)", "7h-9", "batrachotoxinin a 20-alpha-benzoate", "ac1q29ob", "bta-20-ab", "synaptotagmin ii", "sytii", "botulinum toxin type b", "batrachotoxinin a", "78870-19-6", "batrachotoxinin benzoate", "neurobloc (solstice neurosciences)", "btxb cpd"}|>, "7001" -> <|"DatabaseID" -> "SW03754", "IsomericSmiles" -> "CCOc1ccc(cc1)CC(CN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])[NH+](CC(=O)[O-])CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08008"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GADOXETATE DISODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 450096]}, "Synonyms" -> {"gadoxetic acid", "eovist", "gadoxate disodium", "moli000482", "primovist", "ac1l9ops", "gd-eob-dtpa", "2-[[2-[bis(carboxymethyl)amino]-3-(4-ethoxyphenyl)propyl]-[2-[bis(carboxymethyl)amino]ethyl]amino]acetic acid; gadolinium(3+)", "gadolinium ethoxybenzyl-dtpa", "gadoxetate"}|>, "7002" -> <|"DatabaseID" -> "SW03754", "IsomericSmiles" -> "CCOc1ccc(cc1)CC(CN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])[NH+](CC(=O)[O-])CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08008"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GADOXETATE DISODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 450096]}, "Synonyms" -> {"gadoxetic acid", "eovist", "gadoxate disodium", "moli000482", "primovist", "ac1l9ops", "gd-eob-dtpa", "2-[[2-[bis(carboxymethyl)amino]-3-(4-ethoxyphenyl)propyl]-[2-[bis(carboxymethyl)amino]ethyl]amino]acetic acid; gadolinium(3+)", "gadolinium ethoxybenzyl-dtpa", "gadoxetate"}|>, "7003" -> <|"DatabaseID" -> "SW03755", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445383]}, "IsomericSmiles" -> "C[C@H](CCCC(C(F)(F)F)(C(F)(F)F)O)[C@H]1CC[C@@H]\\2[C@@]1(CCC/C2=C\\C=C/3\\C[C@H](C[C@@H](C3=C)O)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01662"]}, "OfficialNames" -> <|"NPC Approved Name" -> "falecalcitriol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282190]}, "Synonyms" -> {"hornel", "fulstan", "flocalcitriol", "falecalcitriol", "calcitriol hexafluoride", "ro 23-4194", "falecalcitriol[wiki][inn]", "(1s,3r,5z,7e)-26,26,26,27,27,27-hexafluoro-9,10-secocholesta-5,7,10-triene-1,3,25-triol", "1,25-dihydroxy-26,27-hexafluorocholecalciferol", "hornel (tn)", "26,27-f6-1,25(oh)2-vit d3", "hexafluorocalcitriol", "ro-23-4194", "st-630", "falecalcitoriol", "1,3-cyclohexanediol 4-methylene-5-[(2e)-2-[(1r,3as,7ar)-octahydro-7a-methyl-1-[(1r)-6,6,6-trifluoro-5-hydroxy-1-methyl-5-(trifluoromethyl)hexyl]-4h-inden-4-ylidene]ethylidene]- (1r,3s,5z)-", "(+)-(5z,7e)-26,26,26,27,27,27-hexafluoro-9,10-secocholesta-5,7,10(19)-triene-1a,3b,25-triol", "(1s,3r,5z,7e)-26,26,26,27,27,27-hexafluor-9,10-secocholesta-5,7,10-trien-1,3,25-triol", "(5z,7e)-(1s,3r)-26,26,26,27,27,27-hexafluoro-9,10-seco-5,7,10(19)-cholestatriene-1,3,25-triol", "hornel fulstan", "horner", "f6-1,25(oh)2d3", "st 630", "83805-11-2", "f(6)-1,25(oh)2 vitamin d3", "26,27-f6-1,25-dihydroxyvitamin d3", "26,26,26,27,27,27-hexafluoro-1,25-dihydroxyvitamin d3", "83805-11-2[rn]"}|>, "7004" -> <|"DatabaseID" -> "SW03756", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444162]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC/C=C(\\C)/C=C/C=C(\\C)/C=C/C1=C(CCCC1(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00069"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VITAMIN A PALMITATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280531]}, "Synonyms" -> {"vitazyme a", "retinyl palmitate", "vitamin a palmitate", "arovit", "aquapalm", "dispatabs tabs", "all-trans-retinyl palmitate", "chocola a", "optovit a", "axerophthol palmitate", "alphalin[wiki]", "retinol all-trans- palmitate", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethylcyclohex-1-enyl)nona-2,4,6,8-tetraenyl hexadecanoate", "vi-dom-a", "retinolpalmitate", "afaxin", "trans-retinol palmitate", "o15-palmitoylretinol[acd/iupac name]", "retinol o15-(1-oxohexadecyl)-", "o15-hexadecanoylretinol", "retinol palmitate", "arovit (roche)", "retinol palmitate all-trans-", "108066-99-5[rn]", "vitamin a oil", "palmitic acid ester with retinol", "201-228-5[einecs]", "retinol hexadecanoate", "retinol palmitate (6ci,7ci)", "79-81-2[rn]", "retinol palmitate[jp15]", "c014794", "retinol palmitate all-trans- (8ci)", "7488-89-3[rn]", "trans-retinyl palmitate", "79-81-2; 110067-62-4", "all-trans-retinol palmitate", "37340-08-2[rn]", "4-06-00-04135", "lutavit a 500 plus", "4-06-00-04135 (beilstein handbook reference)[beilstein]", "aquasol a (tn)", "myvak", "retinol", "retinol hexadecanoate", "del-vi-a", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethylcyclohex-1-en-1-yl)nona-2,4,6,8-tetraen-1-ylhexadecanoate", "testavol s", "optovit-a", "all trans-retinol palmitate", "vitamin a solubilized", "all-trans-vitamin a palmitate", "myvax", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethyl-cyclohex-en-1-yl)-2,4,6,8-nonateetraen-1-yl-palmitate", "retinyl palmitic acid", "(2e,4e,6e,8e)-hexadecanoicacid 3,7-dimethyl-9-(2,6,6-trimethyl-cyclohex-1-enyl)-nona-2 4,6,8,tetraenyl ester", "aquasol a"}|>, "7005" -> <|"DatabaseID" -> "SW03757", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31017]}, "IsomericSmiles" -> "c1cc(ccc1C(CCC[NH+]2CCC(CC2)(c3ccc(c(c3)C(F)(F)F)Cl)O)c4ccc(cc4)F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02630"]}, "OfficialNames" -> <|"China Approved Name" -> "Penfluridol", "Indian Approved Name" -> "penfluridol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 33630]}, "Synonyms" -> {"semap", "penfluridol", "26864-56-2", "248-074-5[einecs]", "1-(4,4-bis(4-fluorophenyl)butyl)-4-(4-chloro-3-(trifluoromethyl)phenyl)piperidin-4-ol", "1-(4,4-bis(4-fluorophenyl)butyl)-4-(4-chloro-3(trifluoromethyl)phenyl)-4-piperidinol", "mcn-jr 16341", "1-[4,4-bis-(4-fluoro-phenyl)-butyl]-4-(4-chloro-3-trifluoromethyl-phenyl)-piperidin-4-ol", "penfluridol[wiki][usan]", "26864-56-2[rn]", "1-(4,4-bis(4-fluorophenyl)butyl)-4-hydroxy-4-(3-trifluoromethyl-4-chlorophenyl)piperidine", "4-piperidinol 1-(4,4-bis(4-fluorophenyl)butyl)-4-(4-chloro-3-(trifluoromethyl)phenyl)-", "ncgc00165865-01", "mcn-jr-16,341", "semap (tn)", "1-[4,4-bis(4-fluorophenyl)butyl]-4-[4-chloro-3-(trifluoromethyl)phenyl]-4-piperidinol[acd/iupac name]", "1-[4,4-bis(p-fluorophenyl)butyl]-4-(4-chloro-a,a,a-trifluoro-m-tolyl)-4-piperidinol", "penfluridolum [inn-latin]", "penfluridol [usan:ban:inn][inn][usan]", "r 16341", "5-21-02-00409", "brn 1558826", "penfluridolum[latin]", "1-[4,4-bis(4-fluorophenyl)butyl]-4-[4-chloro-3-(trifluoromethyl)phenyl]piperidin-4-ol", "4-piperidinol 1-[4,4-bis(4-fluorophenyl)butyl]-4-[4-chloro-3-(trifluoromethyl)phenyl]-", "einecs 248-074-5", "penfluridol1-[4,4-bis-(4-fluoro-phenyl)-butyl]-4-(4-chloro-3-trifluoromethyl-phenyl)-piperidin-4-ol", "5-21-02-00409 (beilstein handbook reference)[beilstein]", "mcn-jr-16", "tlp-607"}|>, "7006" -> <|"DatabaseID" -> "SW03758", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31374"], ExternalIdentifier["ChEBIID", "355510"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 39831]}, "IsomericSmiles" -> "C[NH+](C)CCn1c(nnn1)SCC2=C(N3[C@@H]([C@@H](C3=O)NC(=O)Cc4csc(n4)N)SC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01819"]}, "OfficialNames" -> <|"China Approved Name" -> "cefotiam", "FDA Approved Drug" -> "CEFOTIAM HYDROCHLORIDE"|>, "PharmGKBID" -> "PA164749298", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 43708]}, "Synonyms" -> {"ceradon", "cgp 14221e", "cefotiam hydrochloride", "95789-30-3[rn]", "cefotiamum", "cefotiamum [inn_la]", "(6r,7r)-7-{[(2-amino-1,3-thiazol-4-yl)acetyl]amino}-3-[({1-[2-(dimethylamino)ethyl]-1h-tetrazol-5-yl}thio)methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "ceradolan", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid,7-(((2-amino-4-thiazolyl)acetyl)amino)-3-(((1-(2-(dimethylamino)ethyl)-1h-tetrazol-5-yl)thio)methyl)-8-oxo- (6r-trans)-", "70896-40-1[rn]", "cefotiam", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[2-(2-amino-4-thiazolyl)acetyl]amino]-3-[[[1-[2-(dimethylamino)ethyl]-1h-tetrazol-5-yl]thio]methyl]-8-oxo- (6r,7r)-", "7b-[2-(aminothiazol-4-yl)acetamido]-3-[[[1-(2-dimethylaminoethyl)-1h-tetrazol-5-yl]thio]methyl]ceph-3-em-4-carboxylicacid", "cefotiamum[latin]", "(6r,7r)-7-[2-(2-amino-thiazol-4-yl)-acetylamino]-3-[1-(2-dimethylamino-ethyl)-1h-tetrazol-5-ylsulfanylmethyl]-8-oxo-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "9005-49-6", "7-[2-(2-amino-thiazol-4-yl)-acetylamino]-3-[1-(2-dimethylamino-ethyl)-1h-tetrazol-5-ylsulfanylmethyl]-8-oxo-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "cefotiam hcl", "cefotiam[wiki]", "cefotiamum [inn-latin]", "abbott-48999", "67356-92-7[rn]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2-amino-4-thiazolyl)acetyl]amino]-3-[[[1-[2-(dimethylamino)ethyl]-1h-tetrazol-5-yl]thio]methyl]-8-oxo- (6r,7r)-", "cefotiam (inn)", "pansporin", "(6r,7r)-7-{[(2-amino-1,3-thiazol-4-yl)acetyl]amino}-3-[({1-[2-(dimethylamino)ethyl]-1h-tetrazol-5-yl}sulfanyl)methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid[acd/iupac name]", "66309-69-1[rn]", "haloapor", "ctm", "61622-34-2[rn]"}|>, "7007" -> <|"DatabaseID" -> "SW03759", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4330"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8137483], ExternalIdentifier["ChemSpiderID", 28163]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00694"]}, "IsomericSmiles" -> "C[C@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2C[C@@](Cc3c2c(c4c(c3[O-])C(=O)c5cccc(c5C4=O)OC)[O-])(C(=O)C)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01264"], ExternalIdentifier["KEGGID", "C01907"]}, "OfficialNames" -> <|"China Approved Name" -> "daunorubicin", "WHO Essential Medicine" -> "daunorubicin", "Indian Approved Name" -> "daunorubicin hcl;daunorubicin", "FDA Approved Drug" -> "DAUNORUBICIN CITRATE;DAUNORUBICIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449212", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9961878], ExternalIdentifier["PubChemCompoundID", 30323]}, "Synonyms" -> {"cerubidine", "daunoxome", "daunorubicine", "rubidomycin", "daunorrubicina", "daunarubicinum", "acetyladriamycin", "daunamycin", "daunorubicin", "daunomycin", "cerubidin", "rubomycin c", "leukaemomycin c", "dm1", "daunoblastin", "anthracyline", "daunorubicin hydrochloride", "antibiotics from streptomyces coeruleorubidus", "daunorubicinum [inn-latin]", "daunomycin hydrochloride", "dna topoisomerase ii beta isozyme", "daunorubicin hcl", "rubidomycin hydrochloride", "daunomycin hydrochloride", "daunorubicin hydrochloride", "ondena", "ec 5.99.1.3", "rp 13057 hydrochloride", "rcra waste no. u059", "1407-15-4[rn]", "(7s,9r)-9-acetyl-7-[(2s,4s,5s,6s)-4-amino-5-hydroxy-6-methyl-oxan-2-yl]oxy-6,9,11-trihydroxy-4-methoxy-8,10-dihydro-7h-tetracene-5,12-dione", "(8s-cis)-8-acetyl-10-[(3-amino-2,3,6-trideoxy-a-l-lyxo-hexopyranosyl)oxy]-7,8,9,10-tetrahydro-6,8,11-trihydroxy-1-methoxy-5,12-naphthacenedione", "27576-81-4[rn]", "daunorubicinum [inn_la]", "20830-81-3[rn]", "(8s,10s)-8-acetyl-10-{[(2r,4s,5s,6s)-4-amino-5-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-6,8,11-trihydroxy-1-methoxy-7,8,9,10-tetrahydro-5,12-tetracenedione", "1445583[beilstein]", "fi6339", "(+)-daunomycin", "(8s,10s)-8-acetyl-10-{[(2r,4s,5s,6s)-4-amino-5-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-6,8,11-trihydroxy-1-methoxy-7,8,9,10-tetrahydrotetracen-5,12-dion", "(8s,10s)-8-acetyl-10-{[(2r,4s,5s,6s)-4-amino-5-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-6,8,11-trihydroxy-1-methoxy-7,8,9,10-tetrahydrotetracene-5,12-dione", "daunorubicin[wiki]", "23942-76-9[rn]", "(8s,10s)-8-acetyl-10-[(3-amino-2,3,6-trideoxy-a-l-lyxo-hexopyranosyl)oxy]-7,8,9,10-tetrahydro-6,8,11-trihydroxy-1-methoxy-5,12-naphthacenedione", "23541-50-6[rn]", "244-069-7[einecs]", "daunomycin[wiki]", "149541-57-1[rn]", "daunorubicinum[latin]", "daunorubicin; daunorubicinum", "337376-15-5", "11006-54-5[rn]", "11048-29-6[rn]", "28020-80-6[rn]", "daunorubicin citrate", "(8s,10s)-8-acetyl-10-{[(2r,4s,5s,6s)-4-amino-5-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-6,8,11-trihydroxy-1-methoxy-7,8,9,10-tetrahydrotetracene-5,12-dione 2-hydroxypropane-1,2,3-tricarboxylate(", "(8s,10s)-8-acetyl-10-{[(2r,4s,5s,6s)-4-amino-5-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-6,8,11-trihydroxy-1-methoxy-7,8,9,10-tetrahydrotetracene-5,12-dione 2-hydroxypropane-1,2,3-tricarboxylate(salt)", ")", "2-dione (1:1)", "chembl1200475"}|>, "7008" -> <|"DatabaseID" -> "SW03760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 383390]}, "IsomericSmiles" -> "CC12CC3C4(C56C1C(=O)C(O5)(C7CC8C9(O8)CC=CC(=O)C9(C7CCC6(C(=O)O4)O)C)OCC2C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 433531]}, "Synonyms" -> {"physalin f", "5.beta.", "5.alpha.", "physalin b 5,6-epoxide", "epoxyphysalin 5a,6a-", "physalin b 5", "nsc332595", "nsc336815", "epoxyphysalin", "5,6-epoxide of physalin b", "5", "ac1l8vlt", "nsc661115"}|>, "7009" -> <|"DatabaseID" -> "SW03760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 383390]}, "IsomericSmiles" -> "CC12CC3C4(C56C1C(=O)C(O5)(C7CC8C9(O8)CC=CC(=O)C9(C7CCC6(C(=O)O4)O)C)OCC2C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 433531]}, "Synonyms" -> {"physalin f", "5.beta.", "5.alpha.", "physalin b 5,6-epoxide", "epoxyphysalin 5a,6a-", "physalin b 5", "nsc332595", "nsc336815", "epoxyphysalin", "5,6-epoxide of physalin b", "5", "ac1l8vlt", "nsc661115"}|>, "7010" -> <|"DatabaseID" -> "SW03760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 383390]}, "IsomericSmiles" -> "CC12CC3C4(C56C1C(=O)C(O5)(C7CC8C9(O8)CC=CC(=O)C9(C7CCC6(C(=O)O4)O)C)OCC2C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 433531]}, "Synonyms" -> {"physalin f", "5.beta.", "5.alpha.", "physalin b 5,6-epoxide", "epoxyphysalin 5a,6a-", "physalin b 5", "nsc332595", "nsc336815", "epoxyphysalin", "5,6-epoxide of physalin b", "5", "ac1l8vlt", "nsc661115"}|>, "7011" -> <|"DatabaseID" -> "SW03760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 383390]}, "IsomericSmiles" -> "CC12CC3C4(C56C1C(=O)C(O5)(C7CC8C9(O8)CC=CC(=O)C9(C7CCC6(C(=O)O4)O)C)OCC2C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 433531]}, "Synonyms" -> {"physalin f", "5.beta.", "5.alpha.", "physalin b 5,6-epoxide", "epoxyphysalin 5a,6a-", "physalin b 5", "nsc332595", "nsc336815", "epoxyphysalin", "5,6-epoxide of physalin b", "5", "ac1l8vlt", "nsc661115"}|>, "7012" -> <|"DatabaseID" -> "SW03760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 383390]}, "IsomericSmiles" -> "CC12CC3C4(C56C1C(=O)C(O5)(C7CC8C9(O8)CC=CC(=O)C9(C7CCC6(C(=O)O4)O)C)OCC2C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 433531]}, "Synonyms" -> {"physalin f", "5.beta.", "5.alpha.", "physalin b 5,6-epoxide", "epoxyphysalin 5a,6a-", "physalin b 5", "nsc332595", "nsc336815", "epoxyphysalin", "5,6-epoxide of physalin b", "5", "ac1l8vlt", "nsc661115"}|>, "7013" -> <|"DatabaseID" -> "SW03760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 383390]}, "IsomericSmiles" -> "CC12CC3C4(C56C1C(=O)C(O5)(C7CC8C9(O8)CC=CC(=O)C9(C7CCC6(C(=O)O4)O)C)OCC2C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 433531]}, "Synonyms" -> {"physalin f", "5.beta.", "5.alpha.", "physalin b 5,6-epoxide", "epoxyphysalin 5a,6a-", "physalin b 5", "nsc332595", "nsc336815", "epoxyphysalin", "5,6-epoxide of physalin b", "5", "ac1l8vlt", "nsc661115"}|>, "7014" -> <|"DatabaseID" -> "SW03760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 383390]}, "IsomericSmiles" -> "CC12CC3C4(C56C1C(=O)C(O5)(C7CC8C9(O8)CC=CC(=O)C9(C7CCC6(C(=O)O4)O)C)OCC2C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 433531]}, "Synonyms" -> {"physalin f", "5.beta.", "5.alpha.", "physalin b 5,6-epoxide", "epoxyphysalin 5a,6a-", "physalin b 5", "nsc332595", "nsc336815", "epoxyphysalin", "5,6-epoxide of physalin b", "5", "ac1l8vlt", "nsc661115"}|>, "7015" -> <|"DatabaseID" -> "SW03760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 383390]}, "IsomericSmiles" -> "CC12CC3C4(C56C1C(=O)C(O5)(C7CC8C9(O8)CC=CC(=O)C9(C7CCC6(C(=O)O4)O)C)OCC2C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 433531]}, "Synonyms" -> {"physalin f", "5.beta.", "5.alpha.", "physalin b 5,6-epoxide", "epoxyphysalin 5a,6a-", "physalin b 5", "nsc332595", "nsc336815", "epoxyphysalin", "5,6-epoxide of physalin b", "5", "ac1l8vlt", "nsc661115"}|>, "7016" -> <|"DatabaseID" -> "SW03760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 383390]}, "IsomericSmiles" -> "CC12CC3C4(C56C1C(=O)C(O5)(C7CC8C9(O8)CC=CC(=O)C9(C7CCC6(C(=O)O4)O)C)OCC2C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 433531]}, "Synonyms" -> {"physalin f", "5.beta.", "5.alpha.", "physalin b 5,6-epoxide", "epoxyphysalin 5a,6a-", "physalin b 5", "nsc332595", "nsc336815", "epoxyphysalin", "5,6-epoxide of physalin b", "5", "ac1l8vlt", "nsc661115"}|>, "7017" -> <|"DatabaseID" -> "SW03760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 383390]}, "IsomericSmiles" -> "CC12CC3C4(C56C1C(=O)C(O5)(C7CC8C9(O8)CC=CC(=O)C9(C7CCC6(C(=O)O4)O)C)OCC2C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 433531]}, "Synonyms" -> {"physalin f", "5.beta.", "5.alpha.", "physalin b 5,6-epoxide", "epoxyphysalin 5a,6a-", "physalin b 5", "nsc332595", "nsc336815", "epoxyphysalin", "5,6-epoxide of physalin b", "5", "ac1l8vlt", "nsc661115"}|>, "7018" -> <|"DatabaseID" -> "SW03760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 383390]}, "IsomericSmiles" -> "CC12CC3C4(C56C1C(=O)C(O5)(C7CC8C9(O8)CC=CC(=O)C9(C7CCC6(C(=O)O4)O)C)OCC2C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 433531]}, "Synonyms" -> {"physalin f", "5.beta.", "5.alpha.", "physalin b 5,6-epoxide", "epoxyphysalin 5a,6a-", "physalin b 5", "nsc332595", "nsc336815", "epoxyphysalin", "5,6-epoxide of physalin b", "5", "ac1l8vlt", "nsc661115"}|>, "7019" -> <|"DatabaseID" -> "SW03760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 383390]}, "IsomericSmiles" -> "CC12CC3C4(C56C1C(=O)C(O5)(C7CC8C9(O8)CC=CC(=O)C9(C7CCC6(C(=O)O4)O)C)OCC2C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 433531]}, "Synonyms" -> {"physalin f", "5.beta.", "5.alpha.", "physalin b 5,6-epoxide", "epoxyphysalin 5a,6a-", "physalin b 5", "nsc332595", "nsc336815", "epoxyphysalin", "5,6-epoxide of physalin b", "5", "ac1l8vlt", "nsc661115"}|>, "7020" -> <|"DatabaseID" -> "SW03760", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 383390]}, "IsomericSmiles" -> "CC12CC3C4(C56C1C(=O)C(O5)(C7CC8C9(O8)CC=CC(=O)C9(C7CCC6(C(=O)O4)O)C)OCC2C(=O)O3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physalin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 433531]}, "Synonyms" -> {"physalin f", "5.beta.", "5.alpha.", "physalin b 5,6-epoxide", "epoxyphysalin 5a,6a-", "physalin b 5", "nsc332595", "nsc336815", "epoxyphysalin", "5,6-epoxide of physalin b", "5", "ac1l8vlt", "nsc661115"}|>, "7021" -> <|"DatabaseID" -> "SW03761", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63334"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111754]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01301"]}, "IsomericSmiles" -> "C[C@]1(c2cccc(c2C(=O)C3=C([C@]4([C@@H](C[C@@H]31)[C@@H](C(=C(C4=O)C(=O)NC[NH+]5CCCC5)[O-])[NH+](C)C)O)[O-])[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02282"]}, "OfficialNames" -> <|"NPC Approved Name" -> "rolitetracycline"|>, "Synonyms" -> {"rolitetracycline", "synterin", "pyrrolidino-methyl-tetracycline", "rolitetracyclinum", "reverin", "rolitetracyclinum [inn_la]", "n-(pyrrolidinomethyl)tetracycline", "751-97-3[rn]", "rolitetraciclina; rolitetracycline; rolitetracyclinum", "[(4s,6s,12as,4as,5as)-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo(4,5,6,12a,4a,5a-hexahydronaphthacen-2-yl)]-n-(pyrrolidinylmethyl)carboxamide", "16s ribosomal ribonucleic acid", "n-(1-pyrrolidinylmethyl)-tetracycline", "(4s,4as,5as,6s,12as)-4-(dimethylamino)-3,6,10,12,12a-pentahydroxy-6-methyl-1,11-dioxo-n-(pyrrolidin-1-ylmethyl)-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide", "rolitetraciclina"}|>, "7022" -> <|"DatabaseID" -> "SW03762", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82719]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01251"]}, "IsomericSmiles" -> "CC1(c2ccc(cc2C(=O)N(C1=O)CCc3ccc(cc3)S(=O)(=O)[N-]C(=O)NC4CCCCC4)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02430"]}, "OfficialNames" -> <|"China Approved Name" -> "gliquidone"|>, "PharmGKBID" -> "PA164744895", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91610]}, "Synonyms" -> {"glurenorm", "gliquidone", "gliquidonum", "n-(cyclohexylcarbamoyl)-4-[2-(7-methoxy-4,4-dimethyl-1,3-dioxo-3,4-dihydroisochinolin-2(1h)-yl)ethyl]benzolsulfonamid", "benzenesulfonamide n-((cyclohexylamino)carbonyl)-4-(2-(3,4-dihydro-7-methoxy-4,4-dimethyl-1,3-dioxo-2(1h)-isoquinolinyl)ethyl)-", "3-cyclohexyl-1-[4-[2-(7-methoxy-4,4-dimethyl-1,3-dioxo-isoquinolin-2-yl)ethyl]phenyl]sulfonyl-urea", "n-(cyclohexylcarbamoyl)-4-[2-(7-methoxy-4,4-dimethyl-1,3-dioxo-3,4-dihydro-2(1h)-isoquinolinyl)ethyl]benzenesulfonamide[acd/iupac name]", "gliquidona", "n-(cyclohexylcarbamoyl)-4-[2-(7-methoxy-4,4-dimethyl-1,3-dioxo-3,4-dihydroisoquinolin-2(1h)-yl)ethyl]benzenesulfonamide", "potassium channel inwardly rectifying subfamily j member 8", "benzenesulfonamide n-[(cyclohexylamino)carbonyl]-4-[2-(3,4-dihydro-7-methoxy-4,4-dimethyl-1,3-dioxo-2(1h)-isoquinolinyl)ethyl]-", "inwardly rectifier k(+) channel kir6.1", "glurenorm (tn)", "tl8002523", "gliquidona [inn-spanish]", "glycvidon", "n-[(cyclohexylamino)carbonyl]-4-[2-(7-methoxy-4,4-dimethyl-1,3-dioxo-3,4-dihydroisoquinolin-2(1h)-yl)ethyl]benzenesulfonamide", "n-(cyclohexylcarbamoyl)-4-(2-(7-methoxy-4,4-dimethyl-1,3-dioxo-3,4-dihydroisoquinolin-2(1h)-yl)ethyl)benzenesulfonamide", "251-463-2[einecs]", "beglynora", "1-cyclohexyl-3-((p-(2-(3,4-dihydro-7-methoxy-4,4-dimethyl-1,3-dioxo-2(1h)-isoquinolyl)ethyl)phenyl)sulfonyl)urea", "gliquidona[spanish][inn]", "62783-47-5[rn]", "1-cyclohexyl-3-[[p-[2-(3,4-dihydro-7-methoxy-4,4-dimethyl-1,3-dioxo-2(1h)-isoquinolyl)ethyl]phenyl]sulfonyl]urea", "glikvidon", "glurenor;glurenorm", "ardf 26 se", "33342-05-1[rn]", "1,2,3,4-tetrahydro-2-[p-(n'-cyclohexylureido-n-sulfonyl)phenethyl]-4,4-dimethyl-7-methoxyisoquinoline-1,3-dione", "n-[(cyclohexylamino)carbonyl]-4-[2-(3,4-dihydro-7-methoxy-4,4-dimethyl-1,3-dioxo-2(1h)-isoquinolinyl)ethyl]benzenesulfonamide", "ukatp-1", "gliquidone[wiki]", "gliquidone [ban:inn][inn]", "glurenor;", "cas-33342-05-1", "gliquidonum[latin]", "gliquidonum [inn-latin]", "beglynor", "n-[(cyclohexylamino)carbonyl]-4-{2-[4,4-dimethyl-7-(methyloxy)-1,3-dioxo-3,4-dihydroisoquinolin-2(1h)-yl]ethyl}benzenesulfonamide", "ar df 26"}|>, "7023" -> <|"DatabaseID" -> "SW03763", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4588502]}, "IsomericSmiles" -> "CC(C)C(=C)CC[C@H]([C@H]1[C@@H](C[C@@]2([C@@]1(CCC3=C2CC[C@@H]4[C@@]3(CC[C@@H](C4(C)C)OC(=O)C)C)C)C)O)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pachymic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5484385]}, "Synonyms" -> {"pachymic acid", "29070-92-6[rn]", "ambap29070-92-6", "c17044", "chebi:564209", "lanost-8-en-21-oic acid", "ccris 7792", "ac1nunkc", "29070-92-6", "chembl468034", "(2r)-2-[(3s"}|>, "7024" -> <|"DatabaseID" -> "SW03764", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390966]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)O[C@@H]2[C@H]([C@@H]([C@H](O[C@H]2Oc3ccccc3COC(=O)C4(C=CCCC4=O)O)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tremulacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442544]}, "Synonyms" -> {"tremulacin", "29836-41-7[rn]", "ac1l9d1t", "tremulacin(8ci)", "29836-40-6[rn]", "29836-40-6", "ambap29836-41-7", "39463_fluka", "megxp0_001328", "mls001424184", "(2s,3r,4s,5s,6r)-4,5-dihydroxy-2-(2-{[(1-hydroxy-6-oxocyclohex-2-en-1-yl)carbonyloxy]methyl}phenoxy)-6-(hydroxymethyl)oxan-3-yl benzoate", "chembl462996", "acon1_001370"}|>, "7025" -> <|"DatabaseID" -> "SW03764", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390966]}, "IsomericSmiles" -> "c1ccc(cc1)C(=O)O[C@@H]2[C@H]([C@@H]([C@H](O[C@H]2Oc3ccccc3COC(=O)C4(C=CCCC4=O)O)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tremulacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442544]}, "Synonyms" -> {"tremulacin", "29836-41-7[rn]", "ac1l9d1t", "tremulacin(8ci)", "29836-40-6[rn]", "29836-40-6", "ambap29836-41-7", "39463_fluka", "megxp0_001328", "mls001424184", "(2s,3r,4s,5s,6r)-4,5-dihydroxy-2-(2-{[(1-hydroxy-6-oxocyclohex-2-en-1-yl)carbonyloxy]methyl}phenoxy)-6-(hydroxymethyl)oxan-3-yl benzoate", "chembl462996", "acon1_001370"}|>, "7026" -> <|"DatabaseID" -> "SW03765", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "521033"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293502]}, "IsomericSmiles" -> "C[C@]12CC[C@H]3[C@H]([C@@H]1CC[C@@H]2C(=O)Nc4cc(ccc4C(F)(F)F)C(F)(F)F)CC[C@@H]5[C@@]3(C=CC(=O)N5)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03820"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dutasteride", "FDA Approved Drug" -> "DUTASTERIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918296]}, "Synonyms" -> {"avodart", "duagen", "dutasteride", "avolve", "avodart;avidart;avolve;duagen;dutas;dutagen;duprost", "164656-23-9", "s1202_selleck", "unii-o0j6xjn02i", "(4ar,4bs,6as,7s,9as,9bs,11ar)-n-(2,5-bis(trifluoromethyl)phenyl)-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,7,8,9,9a,9b,10,11,11a-tetradecahydro-1h-indeno[5,4-f]quinoline-7-carboxamide", "avodart[wiki]", "dutasteride(avodart)", "gi-198745", "avodart (tn)", "avodart;", "(4ar,4bs,6as,7s,9as,9bs,11ar)-n-[2,5-bis(trifluoromethyl)phenyl]-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,7,8,9,9a,9b,10,11,11a-tetradecahydro-1h-indeno[5,4-f]quinoline-7-carboxamide", "164656-23-9[rn]", "(4ar,4bs,6as,7s,9as,9bs,11ar)-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,7,8,9,9a,9b,10,11,11a-tetradecahydro-1h-indeno[5,4-f]quinoline-7-carboxylic acid (2,5-bis-trifluoromethyl-phenyl)-amide", "(5a,17b)-n-(2,5-bis(trifluoromethyl)phenyl)-3-oxo-4-azaandrost-1-ene-17-carboxamide", "gg-745", "1h-indeno[5,4-f]quinoline-7-carboxamide n-[2,5-bis(trifluoromethyl)phenyl]-2,4a,4b,5,6,6a,7,8,9,9a,9b,10,11,11a-tetradecahydro-4a,6a-dimethyl-2-oxo- (4ar,4bs,6as,7s,9as,9bs,11ar)-", "gi-198745x", "(4ar,4bs,6as,7s,9as,9bs,11ar)-n-[2,5-bis(trifluormethyl)phenyl]-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,7,8,9,9a,9b,10,11,11a-tetradecahydro-1h-indeno[5,4-f]chinolin-7-carboxamid", "dutasteride[wiki][usan]", "a,a,a,a',a',a'-hexafluoro-3-oxo-4-aza-5a-androst-1-ene-17b-carboxy-2',5'-xylidide"}|>, "7027" -> <|"DatabaseID" -> "SW03766", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24746412]}, "IsomericSmiles" -> "c1ccc2c(c1)[C@H](c3ccccc3[C@H]4[C@@H]2C4(F)F)N5CC[NH+](CC5)C[C@H](COc6cccc7c6cccn7)O", "OfficialNames" -> <|"NPC Approved Name" -> "4-(11-difluoro-11a,6,10b-tetrahydrodibenzo(ae)cyclopropa(c)cyclohepten-6-yl)-"|>, "Synonyms" -> {"167465-36-3[rn]", "zosuquidar trihydrochloride", "(2r)-1-{4-[(2r,4s,11r)-3,3-difluorotetracyclo[10.4.0.02,4.05,10]hexadeca-1(12),5(10),6,8,13,15-hexaen-11-yl]piperazin-1-yl}-3-(quinolin-5-yloxy)propan-2-ol trihydrochloride", "(r)-1-(4-((1ar,6r,10bs)-1,1-difluoro-1,1a,6,10b-tetrahydrodibenzo[a,e]cyclopropa[c][7]annulen-6-yl)piperazin-1-yl)-3-(quinolin-5-yloxy)propan-2-ol trihydrochloride", "zosuquidar[wiki]", "zosuquidar trihydrochloride rs-33295-198"}|>, "7028" -> <|"DatabaseID" -> "SW03767", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10219140]}, "IsomericSmiles" -> "CC1=C(C(=O)O[C@H](C1)[C@@H](C)C2=C[C@@H]([C@@]3([C@@]2(CC[C@H]4[C@H]3C[C@H]([C@@]5([C@@]4(C(=O)C=CC5)C)O)O)C)O)OC(=O)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "withaminimin"|>, "Synonyms" -> {"withaminimin", "110202-66-9[rn]"}|>, "7029" -> <|"DatabaseID" -> "SW03768", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "52172"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25046597], ExternalIdentifier["ChemSpiderID", 559260]}, "IsomericSmiles" -> "Cc1ccc(cc1Nc2nccc(n2)c3cccnc3)C(=O)Nc4cc(cc(c4)n5cc(nc5)C)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06413"], ExternalIdentifier["KEGGID", "D08953"]}, "OfficialNames" -> <|"Australia Approved Name" -> "NILOTINIB", "FDA Approved Drug" -> "NILOTINIB HYDROCHLORIDE MONOHYDRATE"|>, "PharmGKBID" -> "PA165958345", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16757572], ExternalIdentifier["PubChemCompoundID", 644241]}, "Synonyms" -> {"tasigna", "nilotinib", "4-methyl-n-[3-(4-methyl-1h-imidazol-1-yl)-5-(trifluoromethyl)phenyl]-3-[(4-pyridin-3-ylpyrimidin-2-yl)amino]benzamide", "4-methyl-n-(3-(4-methylimidazol-1-yl)-5-(trifluoromethyl)phenyl)-3-((4-pyridin-3-ylpyrimidin-2-yl)amino)benzamide", "amn-107", "amn107", "nilotinib hydrochloride monohydrate", "tasigna; amn-107", "4-methyl-3-(4-(3-pyridinyl)-2-pyrimidinyl)amino)-n-[5-(4-methyl-1h-imidazol-1-yl)-3-(trifluoromethyl)phenyl]benzamide", "4-methyl-n-[3-(4-methyl-1h-imidazol-1-yl)-5-(trifluoromethyl)phenyl]-3-{[4-(pyridin-3-yl)pyrimidin-2-yl]amino}benzamide", "chembl1201740", "benzamide 4-methyl-n-[3-(4-methyl-1h-imidazol-1-yl)-5-(trifluoromethyl)phenyl]-3-[[4-(3-pyridinyl)-2-pyrimidinyl]amino]- (9ci)", "benzamide 4-methyl-n-(3-(4-methyl-1h-imidazol-1-yl)-5-(trifluoromethyl)phenyl)-3-(4-(3-pyridinyl)-2-pyrimidinyl)amino)-", "tasigna amn-107", "4-methyl-3-((4-(3-pyridinyl)-2-pyrimidinyl)amino)-n-(5-(4-methyl-1h-imidazol-1-yl)-3-(trifluoromethyl)phenyl)benzamide", "nilotinib & its intermediates", "4-methyl-n-(3-(4-methyl-1h-imidazol-1-yl)-5-(trifluoromethyl)phenyl)-3-((4-(pyridin-3-yl)pyrimidin-2", "nilotinib(tasigna)", "tasigna (tn)", "nilotinibum", "nilotinib hydrochloride hydrate", "benzamide 4-methyl-n-[3-(4-methyl-1h-imidazol-1-yl)-5-(trifluoromethyl)phenyl]-3-[[4-(3-pyridinyl)-2-pyrimidinyl]amino]-", "4-methyl-n-[3-(4-methyl-1h-imidazol-1-yl)-5-(trifluoromethyl)phenyl]-3-{[4-(3-pyridinyl)-2-pyrimidinyl]amino}benzamide", "4-methyl-3-[[4-(3-pyridinyl)-2-pyrimidinyl]amino]-n-[5-(4-methyl-1h-imidazol-1-yl)-3-(trifluoromethyl)phenyl]benzamide", "4-methyl-n-(3-(4-methyl-1h-imidazol-1-yl)-5-(trifluoromethyl)phenyl)-3-((4-(pyridin-3-yl)pyrimidin-2-yl)amino)benzamide", "chebi:52172", "4-methyl-n-(3-(4-methyl-1h-imidazol-1-yl)-5-(trifluoromethyl)phenyl)-3-(4-(pyridin-3-yl)pyrimidin-2-ylamino)benzamide", "d06413", "nilotinib amn107 tasigna", "4-methyl-n-[3-(4-methyl-1h-imidazol-1-yl)-5-(trifluormethyl)phenyl]-3-{[4-(pyridin-3-yl)pyrimidin-2-yl]amino}benzolcarboxamid", "nilotinib hydrochloride hydrate (jan)", "641571-10-0", "amn 107", "nilotinibum [inn_la]", "tl8004531", "benzamide", "641571-10-0[rn]", "benzamide 4-methyl-n-((3-(4-methyl-1h-imidazol-1-yl)-5-(trifluoromethyl)phenyl)-3-(4-(3-pyridinyl)-2-pyrimidinyl)amino)-"}|>, "7030" -> <|"DatabaseID" -> "SW03769", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19171]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1O[C@](CC2)(C)CCC[C@H](C)CCC[C@H](C)CCCC(C)C)C)OC(=O)CCC(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01406"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tocopheryl succinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20353]}, "Synonyms" -> {"vitamin e succinate", "vitamine e succinate", "vitamin e hemisuccinate", "tocopherol succinate", "vitamin-e dragees", "alpha-tocopheryl succinate", "butanedioic acid mono((2r)-3,4-dihydro-2,5,7,8-tetramethyl-2-((4r,8r)-4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl)ester", "butanedioic acid,mono((2r)-3,4-dihydro-2,5,7,8-tetramethyl-2-((4r,8r)-4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl) ester", "d-alpha-tocopherol succinate", "alpha-tocopherol hemisuccinate", "[2r-[2r*(4r*,8r*)]]-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ol succinate", "(3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl) hydrogen succinate", "butanedioic acid (2r-(2r*(4r*,8r*)))-mono(3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl) ester", "3/3/4345", "(+)-a-tocopheryl succinate", "17407-37-3[rn]", "a-tocopheryl hydrogen succinate", "4006-99-9[rn]", "covitol 1210", "4345-03-3", "butanedioic acid,mono(3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl) ester (2r-(2r*(4r*,8r*)))-", "ves", "a-tocopherol hemisuccinate", "4345-03-3[rn]", "4-oxo-4-({(2r)-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]-3,4-dihydro-2h-chromen-6-yl}oxy)butanoic acid[acd/iupac name]", "succinicacid mono(2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanyl)ester (+)-", "53532-12-0[rn]", "a-tocopheryl acid succinate", "tocopherol calcium succinate", "3361-16-8[rn]", "succinicacid mono(2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanyl)ester (+)- (8ci)", "ats", "120246-47-1[rn]", "mono(3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl) butanedioate (2r-(2r*(4r*,8r*)))-", "butanedioic acid,mono[(2r)-3,4-dihydro-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]-2h-1-benzopyran-6-yl] ester", "dal-e", "55134-51-5[rn]", "a-tocopherol acid succinate", "224-403-8[einecs]", "succinicacid mono-[(r)-2,5,7,8-tetramethyl-2-((4r,8r)-4,8,12-trimethyl-tridecyl)-chroman-6-yl] ester", "(+)-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanyl hydrogen succinate", "a-tocopheryl succinate", "d-alpha-tocopheryl succinate", "18126-01-7[rn]", "3-{[(2r)-2-((4r,8r)-4,8,12-trimethyltridecyl)-2,5,7,8-tetramethylchroman-6-yl]oxycarbonyl}propanoicacid", "241-433-7[einecs]", "nsc 173849", "mono(2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanyl) succinate (+)-", "vitamin-e", "c033716", "vitamin e acid succinate", "mono((2r)-3,4-dihydro-2,5,7,8-tetramethyl-2-((4r,8r)-4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl) butanedioate"}|>, "7031" -> <|"DatabaseID" -> "SW03770", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "156095"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941944]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06708"]}, "IsomericSmiles" -> "CCCC[NH+](CCCC)CC(c1cc(cc\\2c1-c3ccc(cc3/C2=C/c4ccc(cc4)Cl)Cl)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03821"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "lumefantrine", "Indian Approved Name" -> "lumefantrine", "FDA Approved Drug" -> "LUMEFANTRINE"|>, "PharmGKBID" -> "PA165111722", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6437380]}, "Synonyms" -> {"benflumetol", "lumefantrine", "coartem", "dl-benflumelol", "1-[4-(trans-4-butylcyclohexyl)-1-cyclohexen-1-yl]-4-trifluoromethoxybenzene", "2-(dibutylamino)-1-[(9z)-2,7-dichloro-9-(4-chlorobenzylidene)-9h-fluoren-4-yl]ethanol", "(z)-2-(dibutylamino)-1-(2,7-dichloro-9-(4-chlorobenzylidene)-9h-fluoren-4-yl)ethanol", "2-(dibutylamino)-1-{2,7-dichloro-9-[(4-chlorophenyl)methylene]fluoren-4-yl}ethan-1-ol", "82186-77-4[rn]", "(z)-2-(dibutylamino)-1-(2", "2-dibutylamino-1-[2,7-dichloro-9-(4-chloro-benzylidene)-9h-fluoren-4-yl]-ethanol", "9h-fluorene-4-methanol", "(+-)-2", "lumefantrine[wiki]", "coartem (artemether and lumefantrine)_mixture", "82186-77-4", "benflumelol", "ncgc00167490-01", "2-dibutylamino-1-{2,7-dichloro-9-[1-(4-chloro-phenyl)-meth-(z)-ylidene]-9h-fluoren-4-yl}-ethanol", "ac1o5nkd", "lumefantrine [inn_en]", "2-(dibutylamino)-1-[(9z)-2,7-dichloro-9-[(4-chlorophenyl)methylidene]fluoren-4-yl]ethanol", "hsdb 7210"}|>, "7032" -> <|"DatabaseID" -> "SW03770", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "156095"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941944]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06708"]}, "IsomericSmiles" -> "CCCC[NH+](CCCC)CC(c1cc(cc\\2c1-c3ccc(cc3/C2=C/c4ccc(cc4)Cl)Cl)Cl)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03821"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "lumefantrine", "Indian Approved Name" -> "lumefantrine", "FDA Approved Drug" -> "LUMEFANTRINE"|>, "PharmGKBID" -> "PA165111722", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6437380]}, "Synonyms" -> {"benflumetol", "lumefantrine", "coartem", "dl-benflumelol", "1-[4-(trans-4-butylcyclohexyl)-1-cyclohexen-1-yl]-4-trifluoromethoxybenzene", "2-(dibutylamino)-1-[(9z)-2,7-dichloro-9-(4-chlorobenzylidene)-9h-fluoren-4-yl]ethanol", "(z)-2-(dibutylamino)-1-(2,7-dichloro-9-(4-chlorobenzylidene)-9h-fluoren-4-yl)ethanol", "2-(dibutylamino)-1-{2,7-dichloro-9-[(4-chlorophenyl)methylene]fluoren-4-yl}ethan-1-ol", "82186-77-4[rn]", "(z)-2-(dibutylamino)-1-(2", "2-dibutylamino-1-[2,7-dichloro-9-(4-chloro-benzylidene)-9h-fluoren-4-yl]-ethanol", "9h-fluorene-4-methanol", "(+-)-2", "lumefantrine[wiki]", "coartem (artemether and lumefantrine)_mixture", "82186-77-4", "benflumelol", "ncgc00167490-01", "2-dibutylamino-1-{2,7-dichloro-9-[1-(4-chloro-phenyl)-meth-(z)-ylidene]-9h-fluoren-4-yl}-ethanol", "ac1o5nkd", "lumefantrine [inn_en]", "2-(dibutylamino)-1-[(9z)-2,7-dichloro-9-[(4-chlorophenyl)methylidene]fluoren-4-yl]ethanol", "hsdb 7210"}|>, "7033" -> <|"DatabaseID" -> "SW03771", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8884"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390104], ExternalIdentifier["ChemSpiderID", 390053]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00728"]}, "IsomericSmiles" -> "CC(=O)O[C@H]1[C@H](C[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC[C@@H]4[C@@]3(C[C@@H]([C@H](C4)O)[NH+]5CCOCC5)C)C)[N+]6(CCCC6)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00765"]}, "OfficialNames" -> <|"Indian Approved Name" -> "rocuronium bromide", "Australia Approved Name" -> "ROCURONIUM BROMIDE", "FDA Approved Drug" -> "ROCURONIUM BROMIDE"|>, "PharmGKBID" -> "PA164754992", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441290]}, "Synonyms" -> {"zemuron", "rocuronium bromide", "rocuronium", "esmeron", "db00728", "c07556", "bidd:gt0360", "5-ht-3", "143558-00-3", "5-ht3r", "119302-91-9[rn]", "chebi:8884", "serotonin-gated ion channel receptor", "5-hydroxytryptamine 3 receptor precursor", "hms2090e03", "ac1l9awm", "143558-00-3[rn]", "1-[(2b,3a,5a,16b,17b)-17-(acetyloxy)-3-hydroxy-2-(4-morpholinyl)androstan-16-yl]-1-(2-propenyl)pyrrolidinium", "rocuronium[wiki]", "1-[17b-(acetyloxy)-3a-hydroxy-2b-(4-morpholinyl)-5a-androstan-16b-yl]-1-(2-propenyl)pyrrolidinium bromide", "ncgc00167433-01", "bromide[wiki][acd/iupac name]", "1-((2b,3a,5a,16b,17b)-17-(acetyloxy)-3-hydroxy-2-(4-morpholinyl)androstan-16-yl)-1-(2-propenyl)pyrrolidiniumbromide", "1-[17b-(acetyloxy)-3a-hydroxy-2b-(4-morpholinyl)-", "5a-androstan-16b-yl]-1-(2-propenyl)pyrrolidinium", "zemuron esmeron", "(+)-rocuronium bromide", "rocuronium bromide (jan/usan)[jan][usan]", "119302-91-9", "zemuron (tn)"}|>, "7034" -> <|"DatabaseID" -> "SW03772", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48336"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 401695]}, "IsomericSmiles" -> "CC(=O)N1CCN(CC1)c2ccc(cc2)OC[C@H]3CO[C@](O3)(Cn4ccnc4)c5ccc(cc5Cl)Cl", "OfficialNames" -> <|"FDA Approved Drug" -> "KETOCONAZOLE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 456201]}, "Synonyms" -> {"ketoisdin", "nizoral a-d", "smr000058460", "265-667-4[einecs]", "orifungal m", "chebi:48336", "79156-75-5", "xolegel[wiki]", "65277-42-1[rn]", "cis-1-acetyl-4-[4-[[2-(2,4-; dichlorophenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy]phenyl]-piperazine", "piperazine (+)-1-acetyl-4-[4-[[2-(2,4-dichlorophenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy]phenyl]-", "fungoral", "(2r,4s)-ketoconazole", "1-acetyl-4-(4-{[(2r,4s)-2-(2,4-dichlorphenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin", "ethanone,1-[4-[4-[[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy]phenyl]-1-piperazinyl]-", "panfungol", "r 41,400", "ketoconazole[wiki]", "nizoral extina xolegel kuric", "1-[4-(4-{[(2r,4s)-2-(2,4-dichlorphenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)-1-piperazinyl]ethanon", "fungarest", "cis-1-acetyl-4-[4-[[2-(2,4-dichlorophenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4-yl] methoxy]phenyl]piperazine", "ketoconazole", "nizoral", "1-[4-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)-1-piperazinyl]ethanone", "ketoconazol", "piperazine 1-acetyl-4-[4-[[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy]phenyl]-", "mls001146934", "1-[4-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin-1-yl]ethan-1-one", "toxic solid organic n.o.s. (ketoconazole)", "cis-1-acetyl-4-[4-[[2-(2,4-dichlorophenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy]phenyl]piperazine", "1-[4-(4-{[(4s)-2-(2,4-dichlorophenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin-1-yl]ethanone", "ketozole", "4241048[beilstein]", "r-41400", "ketocanazole", "1-acetyl-4-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazine", "ketoderm[wiki]", "(+)-ketoconazole", "1-[4-[4-[[(2s,4s)-2-(2,4-dichlorophenyl)-2-(imidazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy]phenyl]piperazin-1-yl]ethanone", "65277-42-1", "ketosidin", "1-[4-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin-1-yl]ethanone", "extina", "79156-75-5[rn]", "ktn", "nizoral[wiki]", "kt", "kz", "dsstox_cid_9879", "cis-1-acetyl-4-[4-[[2-(2,4-dichlorophenyl)-2-(1h-imidazol-1-ylmethyl)-1,3-dioxolan-4 -yl]methoxy]phenyl]piperazine"}|>, "7035" -> <|"DatabaseID" -> "SW03773", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3507"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 570942]}, "IsomericSmiles" -> "c1ccc(cc1)[C@H](C(=O)N[C@H]2[C@@H]3N(C2=O)C(=C(CS3)C[n+]4ccc(cc4)C(=O)N)C(=O)[O-])S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02005"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cefsulodin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656575]}, "Synonyms" -> {"cefsulodin", "cefsulodino", "cefsulodin (inn)", "cefsulodinum [inn_la]", "pyridinium-1-yl)methyl-3,4-didehydrocepham-4-carboxylate", "cefsulodin; cefsulodine; cefsulodino; cefsulodinum", "ac1lcv81", "c11253", "chebi:3507", "cefsulodine", "cefsulodin sodium", "takesulin", "cefsulodinum", "62587-73-9", "(6r"}|>, "7036" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7037" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7038" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7039" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7040" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7041" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7042" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7043" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7044" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7045" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7046" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7047" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7048" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7049" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7050" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7051" -> <|"DatabaseID" -> "SW03774", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19591699]}, "IsomericSmiles" -> "COC1C(OC(C(C1O)O)OC2C(OC(C(C2O)O)OC3C(OC(C(C3O)O)OC)CO)CO)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "galactan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20758205]}, "Synonyms" -> {"galactan", "39300-87-3"}|>, "7052" -> <|"DatabaseID" -> "SW03775", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 243230]}, "IsomericSmiles" -> "CC(C)(CC[C@@](CC(=O)OC)(C(=O)O[C@H]1[C@H]2c3cc4c(cc3CC[NH+]5[C@@]2(CCC5)C=C1OC)OCO4)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "harringtonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 276389]}, "Synonyms" -> {"alkaloid c from cephalotaxus", "nsc-124147", "harringtonine", "zj-h", "harringtonin", "cephalotaxine 4-methyl-2-hydroxy-2-(3-hydroxy-3-methylbutyl)butanedioate (ester) [3(r)]-", "2'r-harringtonine harringtonin", "ht", "26833-85-2[rn]", "cephalotaxine o3-[(2r)-2,5-dihydroxy-2-(2-methoxy-2-oxoethyl)-5-methyl-1-oxohexyl]-", "ac1l5jq6", "1-[4-methoxy-(2s,3s,6s)-16,18-dioxa-10-azapentacyclo[11.7.0.02,6.06,10.015,19]icosa-1(20),4,13,15(19)-tetraen-3-yl] 4-methyl 2-hydroxy-2-(3-hydroxy-3-methylbutyl)-(2r)-butanedioate", "harringtonine(8ci)", "ac1q5ywp", "o3-[(2r)-2,5-dihydroxy-2-(2-methoxy-2-oxoethyl)-5-methylhexanoyl]cephalotaxine", "cephalotaxine 4-methyl 2-hydroxy-2-(3-hydroxy-3-methylbutyl)butanedioate (ester) [3(r)]-", "harringtonine (8ci)", "62624-24-2[rn]", "26833-85-2", "nsc124147"}|>, "7053" -> <|"DatabaseID" -> "SW03776", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66182]}, "IsomericSmiles" -> "CC(C)CC[C@@]([C@@H](C(=O)OC)O)(C(=O)O[C@H]1[C@H]2c3cc4c(cc3CC[NH+]5[C@@]2(CCC5)C=C1OC)OCO4)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-harringtonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73492]}, "Synonyms" -> {"isoharringtonine", "cephalotaxine", "iso-harringtonine", "cephalotaxine 4-methyl 2,3-dihydroxy-2- (3-methylbutyl)butanedioate (ester) [3(2r,3s)]-", "nsc141634", "ac1q5yh8", "26833-86-3[rn]", "4-methylcephalotaxine 2", "cephalotaxine 4-methyl-2,3-dihydroxy-2-(3-methylbutyl)butanedioate (ester) (3-(2r,3s))-", "nsc 141634", "4-methylcephalotaxine 2,3-dihydroxy-2-(3-methylbutyl)butanedioate ester", "26833-86-3", "cephalotaxine 4-methyl 2,3-dihydroxy-2-(3-methylbutyl)butanedioate (ester) (3(2r,3s))- (9ci)", "cephalotaxine 4-methyl 2,3-dihydroxy-2- (3-methylbutyl)butanedioate (ester)", "ac1l2jy1", "cephalotaxine 4-methyl 2,3-dihydroxy-2- (3-methylbutyl)butanedioate (ester),[3(2r,3s)]-"}|>, "7054" -> <|"DatabaseID" -> "SW03777", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 15326]}, "IsomericSmiles" -> "C[C@@H]1C[C@@H]([C@]2([C@@H](O1)O[C@@H]3C[C@@H]4CC[C@@H]5[C@@H]([C@]4(C[C@H]3O2)C=O)CC[C@]6([C@@]5(CC[C@@H]6C7=CC(=O)OC7)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "calotropin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16142]}, "Synonyms" -> {"pekilocerin a", "pecilocerin a", "calotropin", "ls-48695", "[2a(2s,3s,4s,6r),3b,5a]-14-hydroxy-19-oxo-3,2-[(tetrahydro-3,4-dihydroxy-6-methyl-2h-pyran-2,3-diyl)bis(oxy)]card-20(22)-enolide", "ac1l27ck", "7ah,13ah-cyclopenta[7,8]phenanthro[2,3-b]pyrano[3,2-e][1,4]dioxin-13a-carboxaldehyde 1-(2,5-dihydro-5-oxo-3-furanyl)eicosahydro-3a,11,11a-trihydroxy-9,15a-dimethyl- (1r,3as,3br,5as,6ar,7as,9r,11s,11as,12ar,13ar,13bs,15ar)-", "1986-70-5", "cardenolide", "(1r,3as,3br,5as,6ar,7as,9r,11s,11as,12ar,13ar,13bs,15ar)-3a,11,11a-trihydroxy-9,15a-dimethyl-1-(5-oxo-2,5-dihydrofuran-3-yl)icosahydro-7ah,13ah-cyclopenta[7,8]phenanthro[2,3-b]pyrano[3,2-e][1,4]dioxine-13a-carbaldehyde", "hsdb 3470", "1986-70-5[rn]", "card-20(22)-enolide", "nsc 143925"}|>, "7055" -> <|"DatabaseID" -> "SW03778", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20516]}, "IsomericSmiles" -> "C[C@]12C[C@@H]([C@]3([C@H]([C@@H]1C[C@@H]4[C@]2(OC(O4)(C)C)C(=O)COC(=O)CC(C)(C)C)CCC5=CC(=O)C=C[C@@]53C)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00985"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRIAMCINOLONE HEXACETONIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21826]}, "Synonyms" -> {"aristospan", "triamcinolone esacetonide [dcit]", "tatba", "lederspan", "aristospan (tn)", "triamcinolone hexacetonide", "triamcinolone hexacetonide[usp]", "triamcinolone acetonide tert-butyl acetate", "2-[(4as,4br,5s,6as,6bs,9ar,10as,10bs)-4b-fluor-5-hydroxy-4a,6a,8,8-tetramethyl-2-oxo-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-6bh-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-oxoethyl-3,3", "227-031-4[einecs]", "tiamcinoloni hexacetonidum [inn]", "triamcinolone hexacetonide [usan:ban:inn][inn][usan]", "einecs 227-031-4", "3-dimethylbutanoate", "2-[(4as,4br,5s,6as,6bs,9ar,10as,10bs)-4b-fluoro-5-hydroxy-4a,6a,8,8-tetramethyl-2-oxo-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-6bh-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-oxoethyl3,3-dimethylbutanoate", "9-fluoro-11b,16a,17,21-tetrahydroxypregna-1,4-diene-3,20-dionecyclic 16,17-acetal with acetone 21-(3,3-dimethylbutyrate)", "5611-51-8[rn]", "(11b,16a)-21-(3,3-dimethyl-1-oxobutoxy)-9-fluoro-11-hydroxy-16,17-[(1-methylethylidene)bis(oxy)]pregna-1,4-diene-3,20-dione", "5-19-06-00569 (beilstein handbook reference)[beilstein]", "21-tert-butylacetate-9a-fluoro-11b-hydroxy-16a,17a-(isopropylidenedioxy)pregna-1,4-diene-3,20-dione", "hexacetonido de triancinolona[spanish][inn]", "-dimethylbutanoat", "21-(3,3-dimethyl-1-oxobutoxy)-9-fluoro-11-hydroxy-16,17-[(1-methylethylidene)bis(oxy)]pregna-1,4-diene-3,20-dione", "butanoicacid 3,3-dimethyl- 2-[(4as,4br,5s,6as,6bs,9ar,10as,10bs)-4b-fluoro-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-4a,6a,8,8-tetramethyl-2-oxo-6bh-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-oxoethyl ester", "butanoicacid 3,3-dimethyl- 2-[(4as,4br,5s,6as,6bs,9ar,10as,10bs)-4b-fluoro-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-4a,6a,8,8-tetramethyl-2-oxo-6bh-naphth[2',1':4,5]indeno[1,2-d][1,", "21-(3,3-dimethylbutyryloxy)-9a-fluoro-11b-hydroxy-16a,17a-(isopropylidenedioxy)pregna-1,4-diene-3,20-dione", "triamcinoloni hexacetonidum[latin]", "cl-34433", "hexacetonide de triamcinolone[french][inn]", "5611-51-8", "tiamcinoloni hexacetonidum[inn]", "2-[(4as,4br,5s,6as,6bs,9ar,10as,10bs)-4b-fluor-5-hydroxy-4a,6a,8,8-tetramethyl-2-oxo-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-6bh-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-oxoethyl-3,3-dimethylbutanoat", "brn 1413888", "2-[(4as,4br,5s,6as,6bs,9ar,10as,10bs)-4b-fluoro-5-hydroxy-4a,6a,8,8-tetramethyl-2-oxo-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-6bh-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-oxoethyl3,"}|>, "7056" -> <|"DatabaseID" -> "SW03779", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83150]}, "IsomericSmiles" -> "c1ccc2c(c1)C(=O)c3ccc(c(c3C2=O)[O-])O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO[C@H]5[C@@H]([C@H]([C@@H](CO5)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oxymethyl anthraquinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92101]}, "Synonyms" -> {"alizarin primeveroside", "rubianic acid", "ruberythric acid", "rubierythric acid", "rubian", "brn 0071586", "beta-d-1-hydroxy-2-anthraquinonyl 6-o-beta-d-xylopyranosylglucopyranoside", "205-808-9[einecs]", "1-hydroxy-2-((6-o-beta-d-xylopyranosyl-beta-d-glucopyranosyl)oxy)anthraquinone", "glucopyranoside", "einecs 205-808-9", "b-2-alizarin primeveroside", "1-hydroxy-2-[(6-o-?-d-xylopyranosyl-?-d-glucopyranosyl)oxy]anthraquinone", "ruberythrinic acid", "1-hydroxy-2-[(6-o-b-d-xylopyranosyl-b-d-glucopyranosyl)oxy]-9,10-anthracenedione", "4-17-00-03462 (beilstein handbook reference)[beilstein]", "152-84-1[rn]", "1-hydroxy-2-anthraquinonyl6-o-b-d-xylopyranosyl-b-d-glucopyranoside", "ccris 4531"}|>, "7057" -> <|"DatabaseID" -> "SW03780", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390122]}, "IsomericSmiles" -> "CC(C)[NH+]1CCN(CC1)c2ccc(cc2)OC[C@H]3CO[C@](O3)(Cn4cncn4)c5ccc(cc5Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00888"]}, "OfficialNames" -> <|"Indian Approved Name" -> "terconazole", "FDA Approved Drug" -> "TERCONAZOLE"|>, "PharmGKBID" -> "PA164768834", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441383]}, "Synonyms" -> {"terazol 3", "terconazole", "gyno-terazol", "triaconazole", "terazol", "tercospor", "terazol 7", "fungistat", "terconazol", "terconazolum", "1-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)-4-(1-methylethyl)piperazine", "267-751-6[einecs]", "zazole", "panlomyc", "1-(4-{[(2r,4s)-2-(2,4-dichlorphenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)-4-(1-methylethyl)piperazin", "piperazine 1-[4-[[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy]phenyl]-4-(1-methylethyl)-", "1-{4-[2-(2,4-dichloro-phenyl)-2-[1,2,4]triazol-1-ylmethyl-[1,3]dioxolan-4-ylmethoxy]-phenyl}-4-isopropyl-piperazine", "piperazine 1-(4-(((2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl)methoxy)phenyl)-4-(1-methylethyl)-,rel-", "67915-31-5[rn]", "terconazole[wiki][usan]", "terazol 3 (tn)", "1-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)-4-isopropylpiperazine", "1-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)-4-(propan-2-yl)piperazine", "fungistat[wiki]", "cis-1-[4-[[2-(2,4-dichlorophenyl)-2(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy]phenyl]-4-(1-methylethyl)piperazine"}|>, "7058" -> <|"DatabaseID" -> "SW03781", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559145]}, "IsomericSmiles" -> "c1cn(c(=O)[nH]c1=O)[C@H]2[C@@H]([C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])O[C@@H]3[C@@H]([C@H]([C@H](CO3)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arabinose ester"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 644105]}, "Synonyms" -> {"udp-l-arabinose", "mono-b-l-arabinopyranosyl ester", "p1-b-l-arabinopyranosyl ester", "uridine 51-b-(trihydrogen pyrophosphate)", "udp-beta-l-arabinose", "udp-alpha-d-xylopyranose", "ac1ld8k8", "15839-78-8[rn]", "chebi:61455", "udp-beta-l-arap", "hmdb12303"}|>, "7059" -> <|"DatabaseID" -> "SW03781", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559145]}, "IsomericSmiles" -> "c1cn(c(=O)[nH]c1=O)[C@H]2[C@@H]([C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])O[C@@H]3[C@@H]([C@H]([C@H](CO3)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arabinose ester"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 644105]}, "Synonyms" -> {"udp-l-arabinose", "mono-b-l-arabinopyranosyl ester", "p1-b-l-arabinopyranosyl ester", "uridine 51-b-(trihydrogen pyrophosphate)", "udp-beta-l-arabinose", "udp-alpha-d-xylopyranose", "ac1ld8k8", "15839-78-8[rn]", "chebi:61455", "udp-beta-l-arap", "hmdb12303"}|>, "7060" -> <|"DatabaseID" -> "SW03781", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559145]}, "IsomericSmiles" -> "c1cn(c(=O)[nH]c1=O)[C@H]2[C@@H]([C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])O[C@@H]3[C@@H]([C@H]([C@H](CO3)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arabinose ester"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 644105]}, "Synonyms" -> {"udp-l-arabinose", "mono-b-l-arabinopyranosyl ester", "p1-b-l-arabinopyranosyl ester", "uridine 51-b-(trihydrogen pyrophosphate)", "udp-beta-l-arabinose", "udp-alpha-d-xylopyranose", "ac1ld8k8", "15839-78-8[rn]", "chebi:61455", "udp-beta-l-arap", "hmdb12303"}|>, "7061" -> <|"DatabaseID" -> "SW03781", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559145]}, "IsomericSmiles" -> "c1cn(c(=O)[nH]c1=O)[C@H]2[C@@H]([C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])O[C@@H]3[C@@H]([C@H]([C@H](CO3)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "arabinose ester"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 644105]}, "Synonyms" -> {"udp-l-arabinose", "mono-b-l-arabinopyranosyl ester", "p1-b-l-arabinopyranosyl ester", "uridine 51-b-(trihydrogen pyrophosphate)", "udp-beta-l-arabinose", "udp-alpha-d-xylopyranose", "ac1ld8k8", "15839-78-8[rn]", "chebi:61455", "udp-beta-l-arap", "hmdb12303"}|>, "7062" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7063" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7064" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7065" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7066" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7067" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7068" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7069" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7070" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7071" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7072" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7073" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7074" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7075" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7076" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7077" -> <|"DatabaseID" -> "SW03782", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4534249]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2[C@H]([C@@H]([C@@H]1OC(=O)/C=C/c3ccccc3)O)C(=CO[C@H]2OC4CC(C(C(C4O)O)O)CO)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iridoid glucosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5387860]}, "Synonyms" -> {"mixture of iridoid glucosides viz. arbortristosides c and d in the ratio of 3:2 with traces of diester", "ac1ntsyn", "mixture of iridoidglucosides viz. arbortristosides cand d inthe ratioof 3:2 with traces of diester", "methyl (1s", "nsc628603", "nsc-628603"}|>, "7078" -> <|"DatabaseID" -> "SW03783", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 91900]}, "IsomericSmiles" -> "COc1ccc(cc1OC)[C@H]2[C@H]3CO[C@@H]([C@H]3CO2)c4ccc(c(c4)OC)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phillyrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 101712]}, "Synonyms" -> {"phyllyrin", "forsythin", "phillyrin", "487-41-2", "[1s-(1a,3aa,4b,6aa)]-4-[4-(3,4-dimethoxyphenyl)tetrahydro-1h,3h-furo[3,4-c]furan-1-yl]-2-methoxyphenyl-b-d-glucopyranoside", "c17048", "81446-28-8[rn]", "487-41-2[rn]", "ac1q567k", "(2s", "ar-1l0967", "phillyroside", "ac1l2re8", "96420-61-0[rn]", "4-(4-(3"}|>, "7079" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7080" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7081" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7082" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7083" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7084" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7085" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7086" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7087" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7088" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7089" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7090" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7091" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7092" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7093" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7094" -> <|"DatabaseID" -> "SW03784", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34311]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)O)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "deacetylo-leandrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37401]}, "Synonyms" -> {"oleandrin", "16-deacetyloleandrin", "16-desacetyloleandrin", "deacetyl oleandrin", "ac1l1xnb", "oleandrin 16-deacetyl- (6ci)", "oleandrin deacetyl- (7ci)", "ls-52395", "card-20(22)-enolide 3-((2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyl)oxy)-14,", "36190-93-9[rn]", "card-20(22)-enolide"}|>, "7095" -> <|"DatabaseID" -> "SW03785", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "499361"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293568]}, "IsomericSmiles" -> "C[C@H](c1cc(cc(c1)C(F)(F)F)C(F)(F)F)O[C@@H]2[C@@H]([NH+](CCO2)Cc3[nH]c(=O)[nH]n3)c4ccc(cc4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02968"]}, "OfficialNames" -> <|"Indian Approved Name" -> "aprepitant", "FDA Approved Drug" -> "APREPITANT"|>, "Synonyms" -> {"emend[wiki]", "3h-1,2,4-triazol-3-one 5-[[(2r,3s)-2-[(1r)-1-[3,5-bis(trifluoromethyl)phenyl]ethoxy]-3-(4-fluorophenyl)-4-morpholinyl]methyl]-2,4-dihydro-", "5-(((2r,3s)-2-((r)-1-(3,5-bis(trifluoromethyl)phenyl)ethoxy)-3-(4-fluorophenyl)morpholino)methyl)-2h-1,2,4-triazol-3(4h)-one", "5-[2-[1-(3,5-bis-trifluoromethyl-phenyl)-ethoxy]-3-(4-fluoro-phenyl)-morpholin-4-ylmethyl]-2,4-dihydro-[1,2,4]triazol-3-one", "mk-0869 l-754030 emend", "aprepitant [inn_en]", "3h-1,2,4-triazol-3-one 5-(((2r,3s)-2-((1r)-1-(3,5-bis(trifluoromethyl)phenyl)ethoxy)-3-(4-fluorophenyl)-4-morpholinyl)methyl)-1,2-dihydro-", "aprepitant[wiki][usan]", "3h-1,2,4-triazol-3-one 5-[[(2r,3s)-2-[(1r)-1-[3,5-bis(trifluoromethyl)phenyl]ethoxy]-3-(4-fluorophenyl)-4-morpholinyl]methyl]-1,2-dihydro-", "3-{[(2r,3s)-2-[(1r)-1-[3,5-bis(trifluoromethyl)phenyl]ethoxy]-3-(4-fluorophenyl)morpholin-4-yl]methyl}-4,5-dihydro-1h-1,2,4-triazol-5-one", "emend", "170729-80-3[rn]", "5-{[(2r,3s)-2-{(1r)-1-[3,5-bis(trifluoromethyl)phenyl]ethoxy}-3-(4-fluorophenyl)morpholin-4-yl]methyl}-1,2-dihydro-3h-1,2,4-triazol-3-one", "5-{[(2r,3s)-2-{(1r)-1-[3,5-bis(trifluormethyl)phenyl]ethoxy}-3-(4-fluorphenyl)morpholin-4-yl]methyl}-1,2-dihydro-3h-1,2,4-triazol-3-on", "5-{[(2r,3s)-2-{(1r)-1-[3,5-bis(trifluoromethyl)phenyl]ethoxy}-3-(4-fluorophenyl)morpholin-4-yl]methyl}-2,4-dihydro-3h-1,2,4-triazol-3-one", "5-[(2r,3s)-2-[(r)-1-(3,5-bis-trifluoromethyl-phenyl)-ethoxy]-3-(4-fluoro-phenyl)-morpholin-4-ylmethyl]-2,4-dihydro-[1,2,4]triazol-3-one", "3-[2-{1-[3,5-di(trifluoromethyl)phenyl]ethoxy}-3-(4-fluorophenyl)-1,4-oxazinan-4-ylmethyl]-4,5-dihydro-1h-1,2,4-triazol-5-one", "aprepitant", "mk-869 l-754030 emend|)", "aprepitant(mk-0869)"}|>, "7096" -> <|"DatabaseID" -> "SW03785", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "499361"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293568]}, "IsomericSmiles" -> "C[C@H](c1cc(cc(c1)C(F)(F)F)C(F)(F)F)O[C@@H]2[C@@H]([NH+](CCO2)Cc3[nH]c(=O)[nH]n3)c4ccc(cc4)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02968"]}, "OfficialNames" -> <|"Indian Approved Name" -> "aprepitant", "FDA Approved Drug" -> "APREPITANT"|>, "Synonyms" -> {"emend[wiki]", "3h-1,2,4-triazol-3-one 5-[[(2r,3s)-2-[(1r)-1-[3,5-bis(trifluoromethyl)phenyl]ethoxy]-3-(4-fluorophenyl)-4-morpholinyl]methyl]-2,4-dihydro-", "5-(((2r,3s)-2-((r)-1-(3,5-bis(trifluoromethyl)phenyl)ethoxy)-3-(4-fluorophenyl)morpholino)methyl)-2h-1,2,4-triazol-3(4h)-one", "5-[2-[1-(3,5-bis-trifluoromethyl-phenyl)-ethoxy]-3-(4-fluoro-phenyl)-morpholin-4-ylmethyl]-2,4-dihydro-[1,2,4]triazol-3-one", "mk-0869 l-754030 emend", "aprepitant [inn_en]", "3h-1,2,4-triazol-3-one 5-(((2r,3s)-2-((1r)-1-(3,5-bis(trifluoromethyl)phenyl)ethoxy)-3-(4-fluorophenyl)-4-morpholinyl)methyl)-1,2-dihydro-", "aprepitant[wiki][usan]", "3h-1,2,4-triazol-3-one 5-[[(2r,3s)-2-[(1r)-1-[3,5-bis(trifluoromethyl)phenyl]ethoxy]-3-(4-fluorophenyl)-4-morpholinyl]methyl]-1,2-dihydro-", "3-{[(2r,3s)-2-[(1r)-1-[3,5-bis(trifluoromethyl)phenyl]ethoxy]-3-(4-fluorophenyl)morpholin-4-yl]methyl}-4,5-dihydro-1h-1,2,4-triazol-5-one", "emend", "170729-80-3[rn]", "5-{[(2r,3s)-2-{(1r)-1-[3,5-bis(trifluoromethyl)phenyl]ethoxy}-3-(4-fluorophenyl)morpholin-4-yl]methyl}-1,2-dihydro-3h-1,2,4-triazol-3-one", "5-{[(2r,3s)-2-{(1r)-1-[3,5-bis(trifluormethyl)phenyl]ethoxy}-3-(4-fluorphenyl)morpholin-4-yl]methyl}-1,2-dihydro-3h-1,2,4-triazol-3-on", "5-{[(2r,3s)-2-{(1r)-1-[3,5-bis(trifluoromethyl)phenyl]ethoxy}-3-(4-fluorophenyl)morpholin-4-yl]methyl}-2,4-dihydro-3h-1,2,4-triazol-3-one", "5-[(2r,3s)-2-[(r)-1-(3,5-bis-trifluoromethyl-phenyl)-ethoxy]-3-(4-fluoro-phenyl)-morpholin-4-ylmethyl]-2,4-dihydro-[1,2,4]triazol-3-one", "3-[2-{1-[3,5-di(trifluoromethyl)phenyl]ethoxy}-3-(4-fluorophenyl)-1,4-oxazinan-4-ylmethyl]-4,5-dihydro-1h-1,2,4-triazol-5-one", "aprepitant", "mk-869 l-754030 emend|)", "aprepitant(mk-0869)"}|>, "7097" -> <|"DatabaseID" -> "SW03786", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26036]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1O[C@](CC2)(C)CCC[C@H](C)CCC[C@H](C)CCCC(C)C)C)OC(=O)c3cccnc3)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01530"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tocopherol nicotinate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27990]}, "Synonyms" -> {"vitamin e nicotinic acid ester", "vitamin e nicotinate", "tocopherol nicotinate", "tocopheryl nicotinate", "juvela nicotinate (tn)", "(2r)-2-((4r,8r)-4,8,12-trimethyltridecyl)-2,5,7,8-tetramethylchroman-6-yl pyri dine-3-carboxylate", "3-pyridinecarboxylic acid,(2r)-3,4-dihydro-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]-2h-1-benzopyran-6-yl ester", "16676-75-8[rn]", "(2r-(2r*(4r*,8r*)))-3-pyridinecarboxylic acid 3,4-dihydro-2,5,7,8tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl ester", "(2r)-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]-3,4-dihydro-2h-chromen-6-ylnicotinate[acd/iupac name]", "[2r-2r*(4r*,8r*)]-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-olnicotinate", "51898-34-1[rn]", "(r)-2,5,7,8-tetramethyl-2-((4r,8r)-4,8,12-trimethyltridecyl)chroman-6-ylnicotinate", "43119-47-7[rn]", "dl-alpha tocopheryl nicotinate", "d-alpha tocopheryl nicotinate", "3-pyridinecarboxylic acid,3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-ylester (2r-(2r*(4r*,8r*)))-", "(2r-(2r*(4r*,8r*)))-3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl nicotinate", "16676-75-8", "juvela nicotinate", "vitamin- e nicotinate", "-pyridinecarboxylic acid (2r)-3,4-dihydro-2,5,7,8-tetramethyl-2-((4r,8r)-4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl ester", "sbb058193", "einecs 256-101-7", "256-101-7[einecs]", "(2r)-2-((4r,8r)-4,8,12-trimethyltridecyl)-2,5,7,8-tetramethylchroman-6-yl pyridine-3-carboxylate", "tocopherol nicotinate[jp15]", "43119-47-7 {nicotinate}", "(2r)-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]-3,4-dihydro-2h-chromen-6-ylpyridine-3-carboxylate", "3-pyridinecarboxylic acid,3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1- -benzopyran-6-yl ester", "renascin"}|>, "7098" -> <|"DatabaseID" -> "SW03787", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 143339]}, "IsomericSmiles" -> "C[C@H]1Cc2cc3c(c(c2-c4c(cc(c(c4OC)OC)OC)[C@H]([C@]1(C)O)OC(=O)c5ccccc5)OC)OCO3", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "schizandrer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 163338]}, "Synonyms" -> {"schizandrer a", "benzo(3", "ls-33968", "82042-38-4[rn]", "schisandrera; schizandrer a", "ag-k-51003", "benzo(3,4)cycloocta(1,2-f)(1,3)benzodioxole-5,6-diol,5,6,7,8-tetrahydro-1,2,3,13-tetramethoxy-6,7-dimethyl- 5-benzoate stereoisomer", "benzo(3,4)cycloocta(1,2-f)(1,3)benzodioxole-5,6-diol,5,6,7,8-tetrahydro-6,7-dimethyl-1,2,3,13-tetramethoxy- 5-benzoate stereoisomer", "ac1l4sw0"}|>, "7099" -> <|"DatabaseID" -> "SW03788", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476648]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5(C(CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "helveticosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317999]}, "Synonyms" -> {"ac1nsw8c", "3-[(3s", "helveticosol"}|>, "7100" -> <|"DatabaseID" -> "SW03788", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476648]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5(C(CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "helveticosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317999]}, "Synonyms" -> {"ac1nsw8c", "3-[(3s", "helveticosol"}|>, "7101" -> <|"DatabaseID" -> "SW03788", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476648]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5(C(CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "helveticosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317999]}, "Synonyms" -> {"ac1nsw8c", "3-[(3s", "helveticosol"}|>, "7102" -> <|"DatabaseID" -> "SW03788", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476648]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5(C(CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "helveticosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317999]}, "Synonyms" -> {"ac1nsw8c", "3-[(3s", "helveticosol"}|>, "7103" -> <|"DatabaseID" -> "SW03788", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476648]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5(C(CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "helveticosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317999]}, "Synonyms" -> {"ac1nsw8c", "3-[(3s", "helveticosol"}|>, "7104" -> <|"DatabaseID" -> "SW03788", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476648]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5(C(CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "helveticosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317999]}, "Synonyms" -> {"ac1nsw8c", "3-[(3s", "helveticosol"}|>, "7105" -> <|"DatabaseID" -> "SW03788", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476648]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5(C(CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "helveticosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317999]}, "Synonyms" -> {"ac1nsw8c", "3-[(3s", "helveticosol"}|>, "7106" -> <|"DatabaseID" -> "SW03788", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476648]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5(C(CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "helveticosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317999]}, "Synonyms" -> {"ac1nsw8c", "3-[(3s", "helveticosol"}|>, "7107" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7108" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7109" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7110" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7111" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7112" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7113" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7114" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7115" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7116" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7117" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7118" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7119" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7120" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7121" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7122" -> <|"DatabaseID" -> "SW03789", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18726]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "peripalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19880]}, "Synonyms" -> {"peripalloside", "ls-52315", "3981-14-4[rn]", "3981-14-4", "(3-beta", "3-[(3s", "card-20(22)-enolide", "ac1l2f2h"}|>, "7123" -> <|"DatabaseID" -> "SW03790", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17579"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444129]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(/C=C/C=C(/C=C/C2=C(CCCC2(C)C)C)\\C)\\C)/C)/C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "carotene;beta-carotenoid", "Indian Approved Name" -> "beta carotene;beta-carotene;betacarotene bp;natural beta carotene", "FDA Approved Drug" -> "BETA CAROTENE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280489]}, "Synonyms" -> {"betacarotene", "carotaben", "provitamin a", "provatene", "solatene", "serlabo", "17161-33-0[rn]", "provatenol", "betacaroteno[spanish][inn]", "7235-40-7[rn]", "1,1'-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyloctadeca-1,3,5,7,9,11,13,15,17-nonaene-1,18-diyl]bis(2,6,6-trimethylcyclohexene)", "502-65-8[rn]", "carotene[wiki]", "solatene (tn)", "lucaratin", "natural yellow 26", "lurotin", "(all-e)-1,1'-(3,7,12,16-tetramethyl-1,3,5,7,9,11,13,15,17-octadecanonaene-1,18-diyl)bis", "betavit", "karotin[czech]", "rovimix b-carotene", "116-32-5[rn]", "230-636-6[einecs]", "30430-49-0[rn]", "1,1'-(3,7,12,16-tetramethyl-1,3,5,7,9,11,13,15,17-octadecanonaene-1,18-diyl)bis(2,6,6-trimethylcyclohexene),(all e)-", "31797-85-0[rn]", "betacarotenum[latin]", "all-e-b-carotene", "1,3,3-trimethyl-2-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-18-(2,6,6-trimethyl-1-cyclohexenyl)octadeca-1,3,5,7,9,11,13,15,17-nonaenyl]cyclohexene", "1917416[beilstein]", "1,1'-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-1,3,5,7,9,11,13,15,17-octadecanonaen-1,18-diyl]bis(2,6,6-trimethylcyclohexen)", "1,1'-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-1,3,5,7,9,11,13,15,17-octadecanonaene-1,18-diyl]bis(2,6,6-trimethylcyclohexene)", "b-carotene", "1,3,3-trimethyl-2-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-18-(2,6,6-trimethylcyclohexen-1-yl)octadeca-1,3,5,7,9,11,13,15,17-nonaenyl]cyclohexene", "207-949-1[einecs]", "all-trans-b-carotene", "lucarotin", "carotene base 80s", "zlut", "e160a", "zlut prirodni 26[czech]", "bcr", "kpmk", "all-trans-beta-carotene", "beta carotene", "beta-carotene", "beta", "food orange 5", "?-carotene"}|>, "7124" -> <|"DatabaseID" -> "SW03791", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3571861]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C=C/C2C(=CCCC2(C)C)C)/C)/C", "OfficialNames" -> <|"NPC Approved Name" -> "alpha-carotene (6'r)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4369188]}, "Synonyms" -> {"432-70-2[rn]", "all-trans-alpha-carotene", "7488-99-5[rn]", "(6'r)-beta", "52646-96-5[rn]", "7488-99-5", "1,3,3-trimethyl-2-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-18-(2,6,6-trimethyl-2-cyclohexen-1-yl)-1,3,5,7,9,11,13,15,17-octadecanonaen-1-yl]cyclohexen", "alpha-carotene (natural)", "1", "1,3,3-trimethyl-2-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-18-(2,6,6-trimethyl-2-cyclohexen-1-yl)-1,3,5,7,9,11,13,15,17-octadecanonaen-1-yl]cyclohexene", "132073-46-2[rn]", "33547-43-2[rn]", "alpha-carotin", "3227599[beilstein]", "(+)-alpha-carotene", "alpha-carotene", "beta", "2067408[beilstein]", "24319-81-1[rn]", "alfacaroteno[portuguese]", "hi-alpha", "bcr"}|>, "7125" -> <|"DatabaseID" -> "SW03791", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3571861]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C=C/C2C(=CCCC2(C)C)C)/C)/C", "OfficialNames" -> <|"NPC Approved Name" -> "alpha-carotene (6'r)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4369188]}, "Synonyms" -> {"432-70-2[rn]", "all-trans-alpha-carotene", "7488-99-5[rn]", "(6'r)-beta", "52646-96-5[rn]", "7488-99-5", "1,3,3-trimethyl-2-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-18-(2,6,6-trimethyl-2-cyclohexen-1-yl)-1,3,5,7,9,11,13,15,17-octadecanonaen-1-yl]cyclohexen", "alpha-carotene (natural)", "1", "1,3,3-trimethyl-2-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-18-(2,6,6-trimethyl-2-cyclohexen-1-yl)-1,3,5,7,9,11,13,15,17-octadecanonaen-1-yl]cyclohexene", "132073-46-2[rn]", "33547-43-2[rn]", "alpha-carotin", "3227599[beilstein]", "(+)-alpha-carotene", "alpha-carotene", "beta", "2067408[beilstein]", "24319-81-1[rn]", "alfacaroteno[portuguese]", "hi-alpha", "bcr"}|>, "7126" -> <|"DatabaseID" -> "SW03792", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15948"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 394156]}, "IsomericSmiles" -> "CC(=CCC/C(=C/C=C/C(=C/C=C/C(=C/C=C/C=C(/C=C/C=C(/C=C/C=C(/CCC=C(C)C)\\C)\\C)\\C)/C)/C)/C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lycopene", "Indian Approved Name" -> "lycopene"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 446925]}, "Synonyms" -> {"all-trans-lycopene", "lycopene 7", "lycopene (van)", "trans-lycopene", "(6e,8e,10e,12e,14e,16e,18e,20e,22e,24e,26e)-2,6,10,14,19,23,27,31-octamethyldotriaconta-2,6,8,10,12,14,16,18,20,22,24,26,30-tridecaene", "y,y-carotene", "1730097[beilstein]", "207-949-1[einecs]", "lycopene[wiki]", "lycopen", "502-65-8[rn]", "lyc", "lycopene all-trans-", "2,6,10,14,19,23,27,31-octamethyl-dotriaconta-2,6,8,10,12,14,16,18,20,22,24,26,30-tridecaene", "(all-trans)-lycopene", "tl8006536", "psi,psi-carotene[acd/iupac name]", ".psi.,.psi.-carotene", "(6e,8e,10e,12e,14e,16e,18e,20e,22e,24e,26e)-2,6,10,14,19,23,27,31-octamethyl-2,6,8,10,12,14,16,18,20,22,24,26,30-dotriacontatridecaen", "psi,psi-carotin", "natural yellow 27", "(6e,8e,10e,12e,14e,16e,18e,20e,22e,24e,26e)-2,6,10,14,19,23,27,31-octamethyl-2,6,8,10,12,14,16,18,20,22,24,26,30-dotriacontatridecaene", "lyco vit", "y-carotene", "(all-e)-2,6,10,14,19,23,27,31-octamethyl-2,6,8,10,12,14,16,18,20,22,24,26,30-dotriacontatridecaene", "ccris 7925", "chebi:15948", "psi", "nsc 407322", "einecs 207-949-1", "lycopene"}|>, "7127" -> <|"DatabaseID" -> "SW03793", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2628"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7987]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01122"]}, "IsomericSmiles" -> "CC[N+](CC)(CCNC(=O)C(=O)NCC[N+](CC)(CC)Cc1ccccc1Cl)Cc2ccccc2Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01001"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "AMBENONIUM CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8288]}, "Synonyms" -> {"mytelase", "ambenonii chloridum", "mysuran", "ambenonium dichloride", "oxazylum", "ambenonium", "ambenonium chloride", "oksazil", "oxamizil", "misuran", "ambestigmin chloride", "2,2'-[(1,2-dioxoethan-1,2-diyl)diimino]bis[n-(2-chlorbenzyl)-n,n-diethylethanaminium]dichlorid", "(oxalylbis(iminoethylene))bis((o-chlorobenzyl)diethylammonium)dichloride", "benzenemethanaminium n,n'-((1,2-dioxo-1,2-ethanediyl)bis(imino-2,1-ethanediyl))bis(2-chloro-n,n-diethyl- dichloride", "ambenonium chloride [usan:ban:inn:jan][inn][jan][usan]", "n,n'-bis[2-diethylaminoethyl]oxamidebis[2-chlorobenzyl chloride]", "oxazil", "n,n'-bis(2-diethylaminoethyl)oxamidebis(2-chlorobenzyl chloride)", "[52022-31-8]", "chlorure d'ambenonium[french][inn]", "mytelase (tn)", "[oxalylbis(iminoethylene)]bis[(o-chlorobenzyl)diethylammonium chloride]", "ambenonum", "oxazyl", "cloruro de ambenonio[spanish][inn]", "(oxalylbis(iminoethylen))bis(2-chlorbenzyl)diethylammonium chlorid)", "ec 3.1.1.7", "52022-31-8[rn]", "ache", "n,n'-[(1,2-dioxo-1,2-ethanediyl)bis(imino-2,1-ethanediyl)]bis(2-chloro-n,n-diethylbenzenemethaminium) dichloride", "n,n'-[(1,2-dioxo-1,2-ethanediyl)bis(imino-2,1-ethanediyl)]bis[2-chloro-n,n-diethylbenzenemethanaminium] dichloride", "n,n'-bis(2-diethylaminoethyl)oxamidbis-2-chlorbenzylchlorid", "toxic solid organic n.o.s. (ambenonium dichloride)", "ambenonium chloride[jp15]", "2,2'-[(1,2-dioxoethane-1,2-diyl)diimino]bis{n-[(2-chlorophenyl)methyl]-n,n-diethylethanaminium} dichloride", "204-107-5[einecs]", "2,2'-[(1,2-dioxoethane-1,2-diyl)diimino]bis[n-(2-chlorobenzyl)-n,n-diethylethanaminium] dichloride", "acetylcholinesterase precursor", "ammonium,(oxalylbis(iminoethylene))bis((o-chlorobenzyl)diethyl- dichloride", "benzenemethanaminium n,n'-[(1,2-dioxo-1,2-ethanediyl)bis(imino-2,1-ethanediyl)]bis[2-chloro-n',n'-diethyl-,chloride(1:2)", "115-79-7[rn]", "ambenonium chloride [inn_en]"}|>, "7128" -> <|"DatabaseID" -> "SW03794", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6919"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 570894]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00948"]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)[C@@H](c3ccccc3)NC(=O)N4CCN(C4=O)S(=O)(=O)C)C(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05021"]}, "OfficialNames" -> <|"China Approved Name" -> "mezlocillin"|>, "PharmGKBID" -> "PA164750540", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656511]}, "Synonyms" -> {"mezlocillin", "mezlin", "(2s,5r,6r)-3,3-dimethyl-6-{[(2r)-2-({[3-(methylsulfonyl)-2-oxoimidazolidin-1-yl]carbonyl}amino)-2-phenylacetyl]amino}-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylicacid", "(2s,5r,6r)-3,3-dimethyl-6-((r)-2-(3-(methylsulfonyl)-2-oxo-1-imidazolidinecarboxamido)-2-phenylacetamido)-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "mezlocillinum[latin]", "6081499[beilstein]", "[2s-[2a,5a,6b(s*)]]-3,3-dimethyl-6-[[[[[3-(methylsulfonyl)-2-oxo-1-imidazolidinyl]carbonyl]amino]phenylacetyl]amino]-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid", "chembl1731", "mezlocilina; mezlocillin; mezlocilline; mezlocillinum", "mezlocillin;mezlocillin sodium", "mezlocillinum", "6r-[2-[3-(methylsulfonyl)-2-oxo-1-imidazolidine carboxamido]-2-phenylacetamido]penicillanic acid", "mezlin[wiki]", "mezlocillin (usan/inn)", "ac1lcv44", "59798-30-0[rn]", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-6-[[(2r)-2-[[[3-(methylsulfonyl)-2-oxo-1-imidazolidinyl]carbonyl]amino]-2-phenylacetyl]amino]-7-oxo- (2s,5r,6r)-", "mezlocillin acid", "mezlocilina[spanish][inn]", "(2s,5r,6r)-3,3-dimethyl-6-((r)-2-(3-(methylsulfonyl)-2-oxo-1-imidazolidinecarboxamido)-2-phenylacetamido)-7-oxo-4-thia-1-azabicyclo(3.2.0)heptane-2-carboxylic acid", "mezlocilline[french][inn]", "mezlocillin sodium", "51481-65-3", "mezlocilline", "9005-80-5[rn]", "pbp-2", "mezlocilina", "257-233-8[einecs]", "bay f 1353", "51481-65-3[rn]", "antibiotic bay-f 1353", "mezlocillin[wiki]", "chebi:6919"}|>, "7129" -> <|"DatabaseID" -> "SW03795", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8030195]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3C[C@@H](C4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)SCF)OC(=O)c5ccco5)C)O)F)C)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06315"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLUTICASONE FUROATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9854489]}, "Synonyms" -> {"fluticasone furoate", "veramyst", "avamys", "gw 685698", "779352-12-4", "397864-44-7", "allermist"}|>, "7130" -> <|"DatabaseID" -> "SW03796", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3491"]}, "IsomericSmiles" -> "c1ccc(cc1)[C@H](C(=O)N[C@H]2[C@@H]3N(C2=O)C(=C(CS3)CSc4nnnn4CS(=O)(=O)[O-])C(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03426"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFONICID SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 43593]}, "Synonyms" -> {"ncgc00167458-01", "sk&f d-75073-z2", "61270-78-8", "monocid", "cefonicid monosodium", "cefonicid sodium", "sk&f-d-75073-z2", "chebi:3492", "cefonicid disodium salt", "skf 75073", "cefonicid disodium"}|>, "7131" -> <|"DatabaseID" -> "SW03797", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 139259]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@]2([C@H]3[C@H]4[C@]1(C5C=C(C(=O)[C@]5([C@@H]([C@@]6([C@H]4O6)CO)O)O)C)O[C@](O3)(O2)c7ccccc7)C(=C)C)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "yuanhuafine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 158277]}, "Synonyms" -> {"yuanhuafin", "ac1l4jnb", "82870-43-7[rn]", "6h-2", "yuanhuafine", "82870-43-7", "6h-2,8b-epoxyoxireno(6,7)azuleno(5,4-e)-1,3-benzodioxol-6-one,10-(acetyloxy)-3a,3b,3c,4a,5,5a,8a,9,10,10a-decahydro-5,5a-dihydroxy-4a-(hydroxymethyl)-7,9-dimethyl-10a-(1-methylethenyl)-2-phenyl- (2s,3ar,3bs,3cs,4ar,5s,5as,8ar,8br,9r,10r,10as)-"}|>, "7132" -> <|"DatabaseID" -> "SW03797", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 139259]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@]2([C@H]3[C@H]4[C@]1(C5C=C(C(=O)[C@]5([C@@H]([C@@]6([C@H]4O6)CO)O)O)C)O[C@](O3)(O2)c7ccccc7)C(=C)C)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "yuanhuafine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 158277]}, "Synonyms" -> {"yuanhuafin", "ac1l4jnb", "82870-43-7[rn]", "6h-2", "yuanhuafine", "82870-43-7", "6h-2,8b-epoxyoxireno(6,7)azuleno(5,4-e)-1,3-benzodioxol-6-one,10-(acetyloxy)-3a,3b,3c,4a,5,5a,8a,9,10,10a-decahydro-5,5a-dihydroxy-4a-(hydroxymethyl)-7,9-dimethyl-10a-(1-methylethenyl)-2-phenyl- (2s,3ar,3bs,3cs,4ar,5s,5as,8ar,8br,9r,10r,10as)-"}|>, "7133" -> <|"DatabaseID" -> "SW03798", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4584088]}, "IsomericSmiles" -> "COc1ccc(cc1O)/C=C/C(=O)OC2CC34CC[NH2+]C35CC(c6c4c(c(cc6)OC)O)OC5(C2OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stephisoferuline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5475263]}, "Synonyms" -> {"hernandifoline", "stephisoferuline", "nsc339276", "nsc-339276", "30511-63-8", "nsc-135035", "30511-63-8[rn]", "nsc135035"}|>, "7134" -> <|"DatabaseID" -> "SW03798", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4584088]}, "IsomericSmiles" -> "COc1ccc(cc1O)/C=C/C(=O)OC2CC34CC[NH2+]C35CC(c6c4c(c(cc6)OC)O)OC5(C2OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stephisoferuline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5475263]}, "Synonyms" -> {"hernandifoline", "stephisoferuline", "nsc339276", "nsc-339276", "30511-63-8", "nsc-135035", "30511-63-8[rn]", "nsc135035"}|>, "7135" -> <|"DatabaseID" -> "SW03798", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4584088]}, "IsomericSmiles" -> "COc1ccc(cc1O)/C=C/C(=O)OC2CC34CC[NH2+]C35CC(c6c4c(c(cc6)OC)O)OC5(C2OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stephisoferuline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5475263]}, "Synonyms" -> {"hernandifoline", "stephisoferuline", "nsc339276", "nsc-339276", "30511-63-8", "nsc-135035", "30511-63-8[rn]", "nsc135035"}|>, "7136" -> <|"DatabaseID" -> "SW03798", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4584088]}, "IsomericSmiles" -> "COc1ccc(cc1O)/C=C/C(=O)OC2CC34CC[NH2+]C35CC(c6c4c(c(cc6)OC)O)OC5(C2OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stephisoferuline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5475263]}, "Synonyms" -> {"hernandifoline", "stephisoferuline", "nsc339276", "nsc-339276", "30511-63-8", "nsc-135035", "30511-63-8[rn]", "nsc135035"}|>, "7137" -> <|"DatabaseID" -> "SW03798", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4584088]}, "IsomericSmiles" -> "COc1ccc(cc1O)/C=C/C(=O)OC2CC34CC[NH2+]C35CC(c6c4c(c(cc6)OC)O)OC5(C2OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stephisoferuline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5475263]}, "Synonyms" -> {"hernandifoline", "stephisoferuline", "nsc339276", "nsc-339276", "30511-63-8", "nsc-135035", "30511-63-8[rn]", "nsc135035"}|>, "7138" -> <|"DatabaseID" -> "SW03798", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4584088]}, "IsomericSmiles" -> "COc1ccc(cc1O)/C=C/C(=O)OC2CC34CC[NH2+]C35CC(c6c4c(c(cc6)OC)O)OC5(C2OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stephisoferuline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5475263]}, "Synonyms" -> {"hernandifoline", "stephisoferuline", "nsc339276", "nsc-339276", "30511-63-8", "nsc-135035", "30511-63-8[rn]", "nsc135035"}|>, "7139" -> <|"DatabaseID" -> "SW03798", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4584088]}, "IsomericSmiles" -> "COc1ccc(cc1O)/C=C/C(=O)OC2CC34CC[NH2+]C35CC(c6c4c(c(cc6)OC)O)OC5(C2OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stephisoferuline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5475263]}, "Synonyms" -> {"hernandifoline", "stephisoferuline", "nsc339276", "nsc-339276", "30511-63-8", "nsc-135035", "30511-63-8[rn]", "nsc135035"}|>, "7140" -> <|"DatabaseID" -> "SW03798", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4584088]}, "IsomericSmiles" -> "COc1ccc(cc1O)/C=C/C(=O)OC2CC34CC[NH2+]C35CC(c6c4c(c(cc6)OC)O)OC5(C2OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stephisoferuline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5475263]}, "Synonyms" -> {"hernandifoline", "stephisoferuline", "nsc339276", "nsc-339276", "30511-63-8", "nsc-135035", "30511-63-8[rn]", "nsc135035"}|>, "7141" -> <|"DatabaseID" -> "SW03799", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 97160]}, "IsomericSmiles" -> "CC1=C2[C@@H](C[C@H]1c3ccoc3)O[C@H]4[C@@]2([C@@H]([C@@]5([C@@H]([C@H]4OC(=O)C)[C@](C=CC5=O)(C)C(=O)OC)C)CC(=O)OC)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nimbin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 108058]}, "Synonyms" -> {"(4a,5a,6a,7a,15b,17a)-6-(acetyloxy)-7,15:21,23-diepoxy-4,8-dimethyl-1-oxo-18,24-dinor-11,12-secochola-2,13,20,22-tetraene-4,11-dicarboxylic aciddimethylester", "nimbin", "chembl1774397", "methyl (2r,3ar,4as,5r,5ar,6r,9ar,10s,10ar)-5-acetoxy-2-(3-furyl)-10-(2-methoxy-2-oxoethyl)-1,6,9a,10a-tetramethyl-9-oxo-3,3a,4a,5,5a,6,9,9a,10,10a-decahydro-2h-cyclopenta[b]naphtho[2,3-d]furan-6-carboxylate", "ac1l3398", "aq-152/42730366", "18", "5945-86-8", "methyl (2r,3ar,4as,5r,5ar,6r,9ar,10s,10ar)-5-(acetyloxy)-2-(furan-3-yl)-10-(2-methoxy-2-oxoethyl)-1,6,9a,10a-tetramethyl-9-oxo-3,3a,4a,5,5a,6,9,9a,10,10a-decahydro-2h-cyclopenta[b]naphtho[2,3-d]furan-6-carboxylate", "2h-cyclopenta(b)naphtho(2", "5945-86-8[rn]", "2h-cyclopenta(b)naphtho(2,3-d)furan-10-aceticacid 5-(acetyloxy)-2-(3-furanyl)-3,3a,4a,5,5a,6,9,9a,10,10a-decahydro-6-(methoxycarbonyl)-1,6,9a,10a-tetamethyl-9-oxo- methyl ester,(2r,3ar,4as,5r,5ar,6r,9ar,10s,10ar)-", "22076-43-3[rn]", "25990-69-6[rn]", "2h-cyclopenta[b]naphtho[2,3-d]furan-10-aceticacid 5-(acetyloxy)-2-(3-furanyl)-3,3a,4a,5,5a,6,9,9a,10,10a-decahydro-6-(methoxycarbonyl)-1,6,9a,10a-tetramethyl-9-oxo- methyl ester (2r,3ar,4as,5r,5ar,6r,9ar,10s,10ar)-", "zinc08382508", "nimbin[wiki]"}|>, "7142" -> <|"DatabaseID" -> "SW03800", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5293368]}, "IsomericSmiles" -> "CC(C)C(=O)OCC(=O)[C@@]12[C@@H](C[C@@H]3[C@@]1(C[C@@H]([C@H]4[C@H]3CCC5=CC(=O)C=C[C@]45C)O)C)O[C@H](O2)C6CCCCC6", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01703"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ciclesonide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6918155]}, "Synonyms" -> {"omnaris", "alvesco", "osonide", "ciclesonide", "omnair", "2-[(4ar,4bs,5s,6as,6bs,8r,9ar,10as,10bs)-8-cyclohexyl-5-hydroxy-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-6bh-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-oxoethyl 2-m", "126544-47-6", "(r)-11b,16a,17,21-tetrahydroxypregna-1,4-diene-3,20-dione cyclic 16,17-acetal with cyclohexanecarboxaldehyde21-isobutyrate", "126544-47-6[rn]", "rpr 251526", "ciclesonide [inn]", "propanoicacid 2-methyl-,2-[(4ar,4bs,5s,6as,6bs,8r,9ar,10as,10bs)-8-cyclohexyl-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-4a,6a-dimethyl-2-oxo-6bh-naphth[2',1':4,5]indeno[1,2-d][1,3]di", "propanoicacid 2-methyl-,2-[(4ar,4bs,5s,6as,6bs,8r,9ar,10as,10bs)-8-cyclohexyl-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-5-hydroxy-4a,6a-dimethyl-2-oxo-6bh-naphth[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-oxoethyl ester", "ethylpropanoate", "ciclesonide[wiki][inn]", "2-[(4ar,4bs,5s,6as,6bs,8r,9ar,10as,10bs)-8-cyclohexyl-5-hydroxy-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-6bh-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-oxoethyl 2-methylpropanoate", "ethylpropanoat", "2-[(4ar,4bs,5s,6as,6bs,8r,9ar,10as,10bs)-8-cyclohexyl-5-hydroxy-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-6bh-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-oxoethyl-2-m", "osonase", "b-9207-015", "2-[(4ar,4bs,5s,6as,6bs,8r,9ar,10as,10bs)-8-cyclohexyl-5-hydroxy-4a,6a-dimethyl-2-oxo-2,4a,4b,5,6,6a,9a,10,10a,10b,11,12-dodecahydro-6bh-naphtho[2',1':4,5]indeno[1,2-d][1,3]dioxol-6b-yl]-2-oxoethyl-2-methylpropanoat", "(r)-11beta"}|>, "7143" -> <|"DatabaseID" -> "SW03801", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61080"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10122002]}, "IsomericSmiles" -> "C/C=C\\1/C(=O)N[C@H](C(=O)O[C@H]\\2CC(=O)N[C@@H](C(=O)N[C@H](CSSCC/C=C2)C(=O)N1)C(C)C)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06637"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ROMIDEPSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5352062]}, "Synonyms" -> {"romidepsin", "istodax", "fr901228", "antibiotic fr 901228", "fk228", "chromadax", "romidepsin [inn_en]", "depsipeptide", "fk-228", "(1s,4s,7z,10s,21r)-7-ethylidene-4,21-di(propan-2-yl)-2-oxa-12,13-dithia-5,8,20,23-tetraazabicyclo[8.7.6]tricos-16-ene-3,6,9,19,22-pentone", "2-oxa-12,13-dithia-5,8,20,23-tetraazabicyclo[8.7.6]tricos-16-ene-3,6,9,19,22-pentone 7-ethylidene-4,21-bis(1-methylethyl)- (1s,4s,7z,10s,21r)-", "fr-901228", "(1s,4s,9s,21r)-7-ethylidene-4,21-diisopropyl-2-oxa-12,13-dithia-5,8,20,23-tetraaza-bicyclo[8.7.6]tricos-16-ene-3,6,9,19,22-pentaone", "(1s,4s,7z,10s,16e,21r)-7-ethylidene-4,21-di(propan-2-yl)-2-oxa-12,13-dithia-5,8,20,23-tetraazabicyclo[8.7.6]tricos-16-ene-3,6,9,19,22-pentone", "fr 901228", "(1s,10s,21r)-7-ethylidene-4-((s)-isopropyl)-21-isopropyl-2-oxa-12,13-dithia-5,8,20,23-tetraaza-bicyclo[8.7.6]tricos-16-ene-3,6,9,19,22-pentaone"}|>, "7144" -> <|"DatabaseID" -> "SW03802", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28748"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29400]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00997"]}, "IsomericSmiles" -> "C[C@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2C[C@@](Cc3c2c(c4c(c3[O-])C(=O)c5cccc(c5C4=O)OC)[O-])(C(=O)CO)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03899"]}, "OfficialNames" -> <|"China Approved Name" -> "doxorubicin", "Indian Approved Name" -> "doxorubicin", "WHO Essential Medicine" -> "doxorubicin", "Australia Approved Name" -> "ADRIAMYCIN;DOXORUBICIN", "FDA Approved Drug" -> "DOXORUBICIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449412", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31703]}, "Synonyms" -> {"adriblastina", "doxorubicin", "adriamycin", "adriablastin", "caelyx", "doxil", "doxorubicinum", "doxorubicine", "rubex", "dm2", "adm", "adriblastin", "adriamycin semiquinone", "ndc 38242-874", "14-hydroxydaunorubicine", "doxorubicina", "doxorubicine [inn-french]", "(8s,10s)-10-((2r,4s,5s,6s)-4-amino-5-hydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-6,8,11-trihydroxy-8-(2-hydroxy-acetyl)-1-methoxy-7,8,9,10-tetrahydro-naphthacene-5,12-dione", "doxorubicin hcl", "doxorubicin hydrochloride[jan]", "doxorubicin [usan:ban:inn][inn][usan]", "dna topoisomerase ii alpha isozyme", "doxorubicine[french][inn]", "245-495-6[einecs]", "myocet", "246-818-3[einecs]", "rdf rubex", "adriblastina (tn)", "25316-40-9", "doxorubicinum [inn-latin]", "doxorubicina[spanish][inn]", "doxorubicina [inn-spanish]", "resmycin", "adriamycin[wiki]", "25316-40-9[rn]", "doxorubicin; doxorubicine; doxorubicinum", "10-((3-amino-2,3,6-trideoxy-d-lyxohexopyranosyl)oxy)-8-glycolcyl-7,8,9,10-tetrahydro-6,8,11-trihydroxy-1-methoxy-5,12-naphthacenedione", "(8s,10s)-10-[(3-amino-2,3,6-trideoxy-a-l-lyxo-hexopyranosyl)oxy]-7,8,9,10-tetrahydro-6,8,11-trihydroxy-8-(hydroxyacetyl)-1-methoxy-5,12-naphthacenedione", "14-hydroxydaunomycin", "(8s,10s)-10-(((2r,4s,5s,6s)-4-amino-5-hydroxy-6-methyltetrahydro-2h-pyran-2-yl)oxy)-6,8,11-trihydroxy-8-(2-hydroxyacetyl)-1-methoxy-7,8,9,10-tetrahydrotetracene-5,12-dione", "adriamycin rdf", "doxorubicinum [inn_la]", "doxorubicin hydrochloride", "(8s-cis)-10-[(3-amino-2,3,6-trideoxy-a-l-lyxo-hexopyranosyl)oxy]-7,8,9,10-tetrahydro-6,8,11-trihydroxy-8-(hydroxyacetyl)-1-methoxy-5,12-naphthacenedione", "ec 5.99.1.3", "(7s,9r)-7-[(2s,4s,5s,6s)-4-amino-5-hydroxy-6-methyl-oxan-2-yl]oxy-6,9,11-trihydroxy-9-(2-hydroxyacetyl)-4-methoxy-8,10-dihydro-7h-tetracene-5,12-dione", "(8s,10s)-10-{[(2r,4s,5s,6s)-4-amino-5-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-8-glycoloyl-6,8,11-trihydroxy-1-methoxy-7,8,9,10-tetrahydro-5,12-tetracenedione", "doxorubicin[wiki]", "doxorubicinum[latin]", "23214-92-8[rn]", "doxo", "adriamycin pfs", "doxil[wiki]", "5,12-naphthacenedione 10-[(3-amino-2,3,6-trideoxy-a-l-lyxo-hexopyranosyl)oxy]-7,8,9,10-tetrahydro-6,8,11-trihydroxy-8-(2-hydroxyacetyl)-1-methoxy- hydrochloride(1:1) (8s,10s)-"}|>, "7145" -> <|"DatabaseID" -> "SW03803", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "47898"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 38201]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00445"]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H](C[C@@H](O1)O[C@H]2C[C@@](Cc3c2c(c4c(c3[O-])C(=O)c5cccc(c5C4=O)OC)[O-])(C(=O)CO)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02214"], ExternalIdentifier["KEGGID", "D07901"]}, "OfficialNames" -> <|"Indian Approved Name" -> "epirubicin", "FDA Approved Drug" -> "EPIRUBICIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA449476", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65348], ExternalIdentifier["PubChemCompoundID", 41867]}, "Synonyms" -> {"ellence", "4'-epiadriamycin", "epiadriamycin", "epidoxorubicin", "ridorubicin", "epi-dx", "4'-epidoxorubicin", "farmorubicin", "epirubicin", "pharmorubicin pfs", "pidorubicin", "epirubicinum [latin]", "pharmorubicin", "epirubicine [french]", "epirubicina [inn-spanish]", "pidorubicine[french][inn]", "deoxyribonucleic acid", "260-145-2[einecs]", "56420-45-2 (free base)", "epirubicina", "imi 28", "epirubicin hydrochloride", "epirubicina [spanish]", "56390-09-1", "pidorubicinum[latin]", "1445812[beilstein]", "(1s,3s)-3,5,12-trihydroxy-3-(hydroxyacetyl)-10-methoxy-6,11-dioxo-1,2,3,4,6,11-hexahydrotetracen-1-yl 3-amino-2,3,6-trideoxy-a-l-arabino-hexopyranoside", "epirubicinum [inn-latin]", "epirubicinum[latin]", "4'-epidoxorubiein", "57918-25-9[rn]", "4-epidoxorubicin", "pidorubicina[spanish][inn]", "3-glycoloyl-1,2,3,4,6,11-hexahydro-3,5,12-trihydroxy-10-methoxy-6,11-dioxo-1-naphthacenyl-3-amino-2,3,6-tridioxy-a-l-arabinohexopyranoside", "epirubicin[wiki]", "pidorubicina", "56420-45-2[rn]", "pidorubicine", "pidorubicinum", "pidorubicinum [inn-latin]", "epirubicine[french][inn]", "5,12-naphthacenedione 10-[(3-amino-2,3,6-trideoxy-a-l-arabino-hexopyranosyl)oxy]-7,8,9,10-tetrahydro-6,8,11-trihydroxy-8-(2-hydroxyacetyl)-1-methoxy- (8s,10s)-", "epirubicine", "epirubicine [inn-french]", "4'-epi-dx", "pidorubicina [inn-spanish]", "pidorubicine [inn-french]", "epirubicinum", "epirubicina[spanish][inn]", "(8s-cis)-10-[(3-amino-2,3,6-trideoxy-a-l-arabino-hexopyranosyl)oxy]-7,8,9,10-tetrahydro-6,8,11-trihydroxy-8-(hydroxyacetyl)-1-methoxy-5,12-naphthacenedione", "(8s-cis)-10-[(3-amino-2,3,6-trideoxy-?-l-arabino-hexopyranosyl)oxy]-7,8,9,10-tetrahydro-6,8,11-trihydroxy-8-(hydroxyacetyl)-1-methoxynaphthacene-5,12-dione hydrochloride", "337376-15-5", "56390-09-1[rn]", "(7s,9r)-7-[(2s,4s,5r,6s)-4-amino-5-hydroxy-6-methyl-oxan-2-yl]oxy-6,9,11-trihydroxy-9-(2-hydroxyacetyl)-4-methoxy-8,10-dihydro-7h-tetracene-5,12-dione", "4'-epi-adriamycin hydrochloride", "mls001401404", "epidoxorubicin hydrochloride", "4'-epidoxorubicin hydrochloride", "ccris 4477"}|>, "7146" -> <|"DatabaseID" -> "SW03804", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388376]}, "IsomericSmiles" -> "[C@H]1([C@H]([C@H](O[C@@H]([C@@H]1OC2[C@@H]([C@H]([C@H]([C@H](O2)C(=O)[O-])OC3[C@@H]([C@H]([C@H]([C@H](O3)C(=O)[O-])O)O)O)O)O)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pectic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439239]}, "Synonyms" -> {"pectate[wiki]", "(2s", "ac1l96yb", "pectic acid"}|>, "7147" -> <|"DatabaseID" -> "SW03804", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388376]}, "IsomericSmiles" -> "[C@H]1([C@H]([C@H](O[C@@H]([C@@H]1OC2[C@@H]([C@H]([C@H]([C@H](O2)C(=O)[O-])OC3[C@@H]([C@H]([C@H]([C@H](O3)C(=O)[O-])O)O)O)O)O)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pectic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439239]}, "Synonyms" -> {"pectate[wiki]", "(2s", "ac1l96yb", "pectic acid"}|>, "7148" -> <|"DatabaseID" -> "SW03804", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388376]}, "IsomericSmiles" -> "[C@H]1([C@H]([C@H](O[C@@H]([C@@H]1OC2[C@@H]([C@H]([C@H]([C@H](O2)C(=O)[O-])OC3[C@@H]([C@H]([C@H]([C@H](O3)C(=O)[O-])O)O)O)O)O)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pectic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439239]}, "Synonyms" -> {"pectate[wiki]", "(2s", "ac1l96yb", "pectic acid"}|>, "7149" -> <|"DatabaseID" -> "SW03804", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388376]}, "IsomericSmiles" -> "[C@H]1([C@H]([C@H](O[C@@H]([C@@H]1OC2[C@@H]([C@H]([C@H]([C@H](O2)C(=O)[O-])OC3[C@@H]([C@H]([C@H]([C@H](O3)C(=O)[O-])O)O)O)O)O)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pectic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439239]}, "Synonyms" -> {"pectate[wiki]", "(2s", "ac1l96yb", "pectic acid"}|>, "7150" -> <|"DatabaseID" -> "SW03805", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 45452]}, "IsomericSmiles" -> "CCN(CC)c1ccc(cc1)C(=C2C=CC(=[N+](CC)CC)C=C2)c3cc(ccc3S(=O)(=O)[O-])S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04634"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ISOSULFAN BLUE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 50108]}, "Synonyms" -> {"isosulfan blue", "patent blau v", "sulfanblau", "sulphan blue", "disulphin blau", "lymphazurin", "ethanaminium n-[4-[[4-(diethylamino)phenyl](2,5-disulfophenyl)methylene]-2,5-cyclohexadien-1-ylidene]-n-ethyl- inner salt sodium salt (1:1)", "ethanaminium n-[4-[[4-(diethylamino)phenyl](2,5-disulfophenyl)methylene]-2,5-cyclohexadien-1-ylidene]-n-ethyl- inner salt monosodiumsalt", "sodium 2-{[4-(diethylamino)phenyl][4-(diethyliminio)cyclohexa-2,5-dien-1-ylidene]methyl}benzene-1,4-disulfonate", "iso-sulfan blue", "isosulfan blue (usan)", "patentblau v", "sulphan blue 2", "ethanaminium n-(4-((4-(diethylamino)phenyl)(2,5-disulfophenyl)methylene)-2,5-cyclohexadien-1-ylidene)-n-ethyl- hydroxide inner salt,sodium salt", "68238-36-8[rn]", "isosulfan blue [usan]", "patentblau v[german]", "natrium-2-{[4-(diethylamino)phenyl][4-(diethyliminio)cyclohexa-2,5-dien-1-yliden]methyl}benzol-1,4-disulfonat"}|>, "7151" -> <|"DatabaseID" -> "SW03806", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18193"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 135935]}, "IsomericSmiles" -> "CC1=C2[C@H](C(=O)[C@@]3([C@H](C[C@@H]4[C@]([C@H]3[C@@H]([C@@](C2(C)C)(C[C@@H]1O)O)OC(=O)c5ccccc5)(CO4)OC(=O)C)O)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "10-deacetylbaccatin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 154272]}, "Synonyms" -> {"10-deacetylbaccatin", "10-deacetylbaccatin iii", "32981-86-5[rn]", "molport-002-518-397", "7,11-methano-5h-cyclodeca[3,4]benz[1,2-b]oxet-5-one 12b-(acetyloxy)-12-(benzoyloxy)-1,2a,3,4,4a,6,9,10,11,12,12a,12b-dodecahydro-4,6,9,11-tetrahydroxy-4a,8,13,13-tetramethyl- (2ar,4s,4as,6r,9s,11s,12s,12ar,12bs)-", "chembl393912", "7,11-methano-5h-cyclodeca(3,4)benz(1,2-b)oxet-5-one 12b-(acetyloxy)-12-(benzoyloxy)-1,2a,3,4,4a,6,9,10,11,12,12a,12b-dodecahydro-4,6,9,11-tetrahydroxy-4a,8,13,13-tetramethyl- (2ar,4s,4as,6r,9s,11s,12s,12ar,12bs)-", "10-dab", "chebi:18193", "10-deacetylbaccatin- iii from taxus baccata", "stock1n-38774", "ac1l4bzl", "32981-86-5", "ac-20218", "10-deactylbaccatin iii", "d3676_sigma"}|>, "7152" -> <|"DatabaseID" -> "SW03807", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4510234]}, "IsomericSmiles" -> "Cc1ncc(c(n1)N)CN(C=O)/C(=C(/CCO)\\SSCCC(CCCCC(=O)OC)SC(=O)C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01184"]}, "OfficialNames" -> <|"NPC Approved Name" -> "octotiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5353843]}, "Synonyms" -> {"neuvita", "octotiamine (jan/inn)", "methyl 6-acetylsulfanyl-8-[[(z)-2-[(4-amino-2-methylpyrimidin-5-yl)methyl-formylamino]-5-hydroxypent-2-en-3-yl]disulfanyl]octanoate", "neuvita (tn)", "puroffit (tn)", "octotiamine", "d01184", "chembl2105140", "ac1ns4mn", "puroffit"}|>, "7153" -> <|"DatabaseID" -> "SW03807", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4510234]}, "IsomericSmiles" -> "Cc1ncc(c(n1)N)CN(C=O)/C(=C(/CCO)\\SSCCC(CCCCC(=O)OC)SC(=O)C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01184"]}, "OfficialNames" -> <|"NPC Approved Name" -> "octotiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5353843]}, "Synonyms" -> {"neuvita", "octotiamine (jan/inn)", "methyl 6-acetylsulfanyl-8-[[(z)-2-[(4-amino-2-methylpyrimidin-5-yl)methyl-formylamino]-5-hydroxypent-2-en-3-yl]disulfanyl]octanoate", "neuvita (tn)", "puroffit (tn)", "octotiamine", "d01184", "chembl2105140", "ac1ns4mn", "puroffit"}|>, "7154" -> <|"DatabaseID" -> "SW03808", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3508"], ExternalIdentifier["ChEBIID", "53675"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4587145]}, "IsomericSmiles" -> "CC(C)(C(=O)[O-])O/N=C(/c1csc(n1)N)\\C(=O)N[C@H]2[C@@H]3N(C2=O)C(=C(CS3)C[n+]4ccccc4)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07654"], ExternalIdentifier["KEGGID", "D00921"]}, "OfficialNames" -> <|"China Approved Name" -> "ceftazidime", "WHO Essential Medicine" -> "ceftazidime", "Indian Approved Name" -> "ceftazidime", "FDA Approved Drug" -> "CEFTAZIDIME;CEFTAZIDIME SODIUM"|>, "PharmGKBID" -> "PA448861", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5481173]}, "Synonyms" -> {"fortaz", "ceptaz", "ceftazidime", "ceftazidimum", "ceftazidima", "tazicef", "tazidime", "(6r,7r)-7-{[(2e)-2-(2-amino-1,3-thiazol-4-yl)-2-{[(1-carboxy-1-methylethyl)oxy]imino}acetyl]amino}-8-oxo-3-(pyridinium-1-ylmethyl)-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "pentacef", "ceftazidimum [inn_la]", "biotum", "276-715-9[einecs]", "ceptaz (tn)", "null", "(6r,7r)-7-[(z)-2-(aminothiazol-4-yl)-2-(2-carboxypropoxyimino)acetamido]-3-(1-pyridiniummethyl)ceph-3-em-4-carboxylate", "kefamin", "(6r(6a,7b(z)))-1-((7-(((2-amino-4-thiazolyl)((1-carboxy-1-methylethoxy)imino)acetyl)amino)-2-carboxy-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-3-yl)methyl)pyridinium hydroxide innersalt", "ceftazidime (tn)", "fortaz (tn)", "72558-82-8[rn]", "glazidim", "1-[[(6r,7r)-7-[[(2z)-(2-amino-4-thiazolyl)[(1-carboxy-1-methylethoxy)imino] acetyl] amino]-2-carboxy-8-oxo-5-thia-1-azabicyclo[4.2.0] oct-2-en-3-yl]methyl]pyridinum hydroxide innersalt", "ceftazidime (inn)", "78439-06-2[rn]", "spectrum[wiki]", "(6r,7r)-7-({(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-[(1-carboxy-1-methylethoxy)imino]acetyl}amino)-8-oxo-3-(pyridinium-1-ylmethyl)-5-thia-1-azabicyclo[4.2.0]oct-2-en-2-carboxylat", "fortum[wiki]", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-{[(2-carboxypropan-2-yl)oxy]imino}acetyl]amino}-8-oxo-3-(pyridinium-1-ylmethyl)-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "ceftazidime[wiki]", "(6r,7r)-7-({(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-[(1-carboxy-1-methylethoxy)imino]acetyl}amino)-8-oxo-3-(pyridinium-1-ylmethyl)-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "caz", "ceftazidima[spanish][inn]", "pyridinium 1-[[(6r,7r)-7-[[(2z)-2-(2-amino-4-thiazolyl)-2-[(1-carboxy-1-methylethoxy)imino]-1-oxoethyl]amino]-2-carboxy-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-3-yl]methyl]- inner salt", "ceftazidime anhydrous", "ac1nuk7u", "ceftazidime sodium", "ceftazidimum[latin]", "fortam", "modacin", "ceftazidime hydrate"}|>, "7155" -> <|"DatabaseID" -> "SW03809", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21230319]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01264"]}, "IsomericSmiles" -> "CC(C)CN(C[C@H]([C@H](Cc1ccccc1)NC(=O)O[C@H]2CO[C@@H]3[C@H]2CCO3)O)S(=O)(=O)c4ccc(cc4)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03656"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DARUNAVIR ETHANOLATE"|>, "PharmGKBID" -> "PA163522472", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 213039]}, "Synonyms" -> {"darunavir", "uic-94017", "tmc114", "darunavirum [inn-latin]", "tmc-114", "prezista", "prezista;tmc114", "aids073035", "635728-49-3[rn]", "tmc 114", "prezista[wiki]", "carbamicacid [(1s,2r)-3-[[(4-aminophenyl)sulfonyl](2-methylpropyl)amino]-2-hydroxy-1-(phenylmethyl)propyl]- (3r,3as,6ar)-hexahydrofuro[2,3-b]furan-3-yl ester,compd. with ethanol (1:1)", "2idw", "fragment", "darunavir ethanolate(prezista)", "(3r,3as,6ar)-hexahydrofuro[2,3-b]fur-3-yl-[(1s,2r)-3-{[(4-aminophenyl)sulfonyl](2-methylpropyl)amino}-1-benzyl-2-hydroxypropyl]carbamat-ethanol(1:1)", "darunavirum", "2ien", "darunavir ethanolate", "(3r,3as,6ar)-hexahydrofuro[2,3-b]furan-3-yl [(1s,2r)-3-{[(4-aminophenyl)sulfonyl](2-methylpropyl)amino}-1-benzyl-2-hydroxypropyl]carbamate - ethanol (1:1)"}|>, "7156" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7157" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7158" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7159" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7160" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7161" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7162" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7163" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7164" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7165" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7166" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7167" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7168" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7169" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7170" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7171" -> <|"DatabaseID" -> "SW03810", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107732]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(=O)C(C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "caudoside;sarmutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120676]}, "Synonyms" -> {"caudoside", "sarmutoside", "caudogenin-l-oleandrosid [german]", "3-[(2", "507-86-8[rn]", "caudosid [german]", "sarmutogenin-d-sarmentosid [german]", "caudosid[german]", "sarmutosid[german]", "caudosid", "464-76-6[rn]", "sarmutosid [german]", "sarmutosid", "card-20(22)-enolide", "sarmutogenin-d-sarmentosid[german]"}|>, "7172" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7173" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7174" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7175" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7176" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7177" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7178" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7179" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7180" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7181" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7182" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7183" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7184" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7185" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7186" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7187" -> <|"DatabaseID" -> "SW03811", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10061]}, "IsomericSmiles" -> "CC1[C@H](C(C[C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CCC4C3[C@@H](C[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10493]}, "Synonyms" -> {"sinoside", "sinogenin-l-oleandrosid[german]", "sinogenin-l-oleandrosid", "sinosid", "sinogenin-l-oleandrosid [german]", "sinosid [german]", "507-87-9[rn]", "ls-52381", "507-87-9", "5-beta-card-20(22)-enolide"}|>, "7188" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7189" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7190" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7191" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7192" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7193" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7194" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7195" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7196" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7197" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7198" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7199" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7200" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7201" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7202" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7203" -> <|"DatabaseID" -> "SW03812", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107750]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2CCC3(C(C2)CCC4C3C(C(=O)C5(C4(CCC5C6=CC(=O)OC6)O)C)O)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sinostroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120702]}, "Synonyms" -> {"amboside", "sinostroside", "sarmutogen-beta-d-diginosid [german]", "3-[(2", "ambosid[german]", "638-90-4[rn]", "507-88-0[rn]", "sinogenin-l-diginosid [german]", "ambosid [german]", "sinostrosid[german]", "amboside a (8ci)", "ambosid", "sinostrosid", "5-beta-card-20(22)-enolide", "sinostrosid [german]"}|>, "7204" -> <|"DatabaseID" -> "SW03813", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10617]}, "IsomericSmiles" -> "Cc1cc(c(cc1c2cc(c(cc2C)OI)C(C)C)C(C)C)OI", "OfficialNames" -> <|"NPC Approved Name" -> "thymol iodide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11088]}, "Synonyms" -> {"thymol iodide", "aristol", "iothymol", "thymiode", "iodothymol", "iodistol", "iodosol", "lothymol", "annidalin", "iodohydromol", "209-007-5[einecs]", "hypoiodous acid 2,2'-dimethyl-5,5'-bis(1-methylethyl)[1,1'-biphenyl]-4,4'-diyl ester", "4,4'-bis(iodooxy)-2,2'-dimethyl-5,5'-bis(1-methylethyl-1,1'-biphenyl", "dithymol iodide", "iodo{4-[4-(iodooxy)-2-methyl-5-(methylethyl)phenyl]-5-methyl-2-(methylethyl)phenyl}oxy", "dithymol diiodide", "hypoiodous acid 2,2'-dimethyl-5,5'-bis(1-methylethyl)(1,1'-biphenyl)-4,4'-diyl ester", "iosol", "thymodin", "1,1'-biphenyl 4,4'-bis(iodooxy)-2,2'-dimethyl-5 5'-bis(1-methylethyl)-", "thymoliodide", "bithymol diiodide", "552-22-7[rn]", "iodothymol (van)", "hypoiodous acid 2,2'-dimethyl-5 5'-bis (1-methylethyl)[1,1'-biphenyl]-4,4'-diylester", "8048-66-6[rn]", "5,5'-diisopropyl-2,2'-dimethylbiphenyl-4,4'-diyl dihypoiodite", "thymiodol", "4,4'-bis(iodooxy)-2,2'-dimethyl-5,5'-bis(l-methylethyl)-1,1'-biphenyl", "thymotol", "5,5'-diisopropyl-2,2'-dimethyl-4,4'-biphenyldiyl dihypoiodite[acd/iupac name]", "diiododithymol", "thymol iodide (8ci)"}|>, "7205" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7206" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7207" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7208" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7209" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7210" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7211" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7212" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7213" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7214" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7215" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7216" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7217" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7218" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7219" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7220" -> <|"DatabaseID" -> "SW03814", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 286853]}, "IsomericSmiles" -> "COc1ccc(cc1OC)CC2COC(=O)C2Cc3cc4c(c(c3)OC)OC(C4CO)c5ccc(c(c5)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lappaol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 323895]}, "Synonyms" -> {"lappaol b", "62359-60-8[rn]", "ac1l89kv", "4-[(3", "nsc-287067", "62359-60-8", "nsc287067"}|>, "7221" -> <|"DatabaseID" -> "SW03815", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51450"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94651]}, "IsomericSmiles" -> "CC(C)(C)c1ccc(cc1)S(=O)(=O)[N-]c2c(c(nc(n2)c3ncccn3)OCCO)Oc4ccccc4OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01227"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bosentan", "FDA Approved Drug" -> "BOSENTAN"|>, "PharmGKBID" -> "PA10034", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 104865]}, "Synonyms" -> {"bosentan hydrate", "4-(1,1-dimethylethyl)-n-(6-(2-hydroxyethoxy)-5-(2-methoxyphenoxy)-(2,2'-bipyrimidin)-4-yl)benzenesulfornamide", "bosentan", "bosentanum", "ro-47-0203", "tracleer", "147536-97-8", "ro 47-0203", "bosentan[wiki][usan]", "4-(1,1-dimethylethyl)-n-[6-(2-hydroxyethoxy)-5-(2-methoxyphenoxy)[2,2'-bipyrimidin]-4-yl]benzenesulfonamide", "4-tert-butyl-n-[6-(2-hydroxyethoxy)-5-(2-methoxyphenoxy)-2-(pyrimidin-2-yl)pyrimidin-4-yl]benzene-1-sulfonamide", "4-tert-butyl-n-[6-(2-hydroxyethoxy)-5-(2-methoxyphenoxy)-2,2'-bipyrimidin-4-yl]benzolsulfonamid", "4-(tert-butyl)-n-(6-(2-hydroxyethoxy)-5-(2-methoxyphenoxy)-[2,2'-bipyrimidin]-4-yl)benzenesulfonamide", "tracleer[wiki]", "ro 47-0203/039", "p-tert-butyl-n-(6-(2-hydroxyethoxy)-5-(o-methoxyphenoxy)-2-(2-pyrimidinyl)-4-pyrimidinyl)benzenesulfonamide", "174227-18-0[rn]", "ro-47-0203/039", "n-[6-(2-hydroxyethoxy)-5-(2-methoxyphenoxy)-2-pyrimidin-2-yl-pyrimidin-4-yl]-4-tert-butyl-benzenesulfonamidehydrate", "benzenesulfonamide 4-(1,1-dimethylethyl)-n-(6-(2-hydroxyethoxy)-5-(2-methoxyphenoxy)(2,2'-bipyrimidin)-4-yl)-", "tl8001039", "147536-97-8?", "9005-49-6", "4-tert-butyl-n-[6-(2-hydroxyethoxy)-5-(2-methoxyphenoxy)-2,2'-bipyrimidin-4-yl]benzenesulfonamide", "ro-47-0203-029", "actelion", "157212-55-0[rn]", "bosentan (inn)", "ro-47-0203/029", "n-[6-(2-hydroxyethoxy)-5-(2-methoxyphenoxy)-2,2'-bipyrimidin-4-yl]-4-(2-methyl-2-propanyl)benzenesulfonamide[acd/iupac name]", "147536-97-8[rn]", "benzenesulfonamide 4-(1,1-dimethylethyl)-n-[6-(2-hydroxyethoxy)-5-(2-methoxyphenoxy)[2,2'-bipyrimidin]-4-yl]-", "n-(6-(2-hydroxyethoxy)-5-(2-methoxyphenoxy)-2-pyrimidin-2-yl-pyrimidin-4-yl)-4-tert-butyl-benzenesulfonamide", "chebi:51450"}|>, "7222" -> <|"DatabaseID" -> "SW03816", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27663"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390428]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2CC[C@@]3([C@H]4CC[C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441852]}, "Synonyms" -> {"convallaton", "corglykon", "convallotoxin", "corglycone", "3b-[(6-deoxy-a-l-mannopyranosyl)oxy]-5,14-dihydroxy-19-oxo-5b-card-20(22)-enolide", "strophanthidin 3-o-alpha-l-rhamnoside", "korglykon", "convallatoxin", "convallatoxin[wiki]", "508-75-8[rn]", "convallaotoxin", "chebi:27663", "convallatoxin (=corglycon)", "corglycon", "strophanthidin a-l-rhamnoside", "strophanthidin", "208-086-3[einecs]", "(3b,5b)-3-[(6-deoxy-a-l-mannopyranosyl)oxy]-5,14-dihydroxy-19-oxocard-20(22)-enolide", "101532[beilstein]"}|>, "7223" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7224" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7225" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7226" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7227" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7228" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7229" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7230" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7231" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7232" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7233" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7234" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7235" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7236" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7237" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7238" -> <|"DatabaseID" -> "SW03817", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19160]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "strophalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20341]}, "Synonyms" -> {"strophalloside", "strophanthidin 6-deoxyglucoside", "deglucocheirotoxin", "card-20(22)-enolide", "4336-94-1[rn]", "cheirotoxin degluco- (7ci)", "3-beta-((6-deoxy-beta-d-allopyranosyl)oxy)-5-beta", "desglucocheirotoxin [german]", "cheirotoxin", "desglucocheirotoxin[german]", "desglucocheirotoxin", "5-beta-card-20(22)-enolide", "5822-57-1[rn]"}|>, "7239" -> <|"DatabaseID" -> "SW03818", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3272]}, "IsomericSmiles" -> "CCCCCCC(=O)OCCN1CC[NH+](CC1)CCCN2c3ccccc3Sc4c2cc(cc4)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00792"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLUPHENAZINE ENANTHATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3389]}, "Synonyms" -> {"prolixin enanthate", "fluphenazine enanthate", "moditen-retard", "fluphenazine o-enantate", "eutimox", "moditen enanthate", "fluphenazine enantate", "fluphenazine maleate", "heptanoicacid 2-[4-[3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl]-1-piperazinyl]ethyl ester", "ccris 4033", "4-(3-(2-trifluoromethyl-10-phenothiazinyl)propyl)-1-piperazineethanol enanthate", "2746-81-8", "einecs 220-385-0", "heptanoicacid 2-(4-(3-(2-(trifluoromethyl)phenothiazin-10-yl)propyl)-1-piperazinyl)ethyl ester", "sq 16,114", "2-(4-{3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl}piperazin-1-yl)ethyl heptanoate", "2-(4-(3-(2-(trifluoromethyl)phenothiazin-10-yl)propyl)-1-piperazinyl)ethyl heptanoate", "220-385-0[einecs]", "fluphenazine[wiki]", "2746-81-8[rn]", "prolixin enanthate (tn)", "fluphenazine enanthate[jan]", "heptanoicacid 2-(4-(3-(2-(trifluoromethyl)-10h-phenothiazin-10-yl)propyl)-1-piperazinyl)ethyl ester", "heptanoicacid 2-(4-(3-(2-(trifluoromethyl)-10h-phenothiazin-10-yl)propyl)-1-piperazinyl)ethyl ester"}|>, "7240" -> <|"DatabaseID" -> "SW03819", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9630543]}, "IsomericSmiles" -> "COc1ccc(cc1)c2cc(=O)c3c(cc(c(c3o2)c4cc(ccc4O)C5CC(=O)c6c(cc(cc6O5)O)[O-])O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl amentoflavone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11455695]}, "Synonyms" -> {"2,3-dihydro-4'''-o-methyl amentoflavone"}|>, "7241" -> <|"DatabaseID" -> "SW03819", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9630543]}, "IsomericSmiles" -> "COc1ccc(cc1)c2cc(=O)c3c(cc(c(c3o2)c4cc(ccc4O)C5CC(=O)c6c(cc(cc6O5)O)[O-])O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methyl amentoflavone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11455695]}, "Synonyms" -> {"2,3-dihydro-4'''-o-methyl amentoflavone"}|>, "7242" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7243" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7244" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7245" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7246" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7247" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7248" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7249" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7250" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7251" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7252" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7253" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7254" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7255" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7256" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7257" -> <|"DatabaseID" -> "SW03820", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17586]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@H](O1)O[C@H]2CC[C@@]3(C4CC[C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "convallatoxol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18620]}, "Synonyms" -> {"convallatoxol", "perconval", "ac1l2cgc", "3253-62-1", "ls-52329", "5-beta-card-20(22)-enolide", "3-[(3s", "3253-62-1[rn]", "mannopyranoside"}|>, "7258" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7259" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7260" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7261" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7262" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7263" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7264" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7265" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7266" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7267" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7268" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7269" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7270" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7271" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7272" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7273" -> <|"DatabaseID" -> "SW03821", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18727]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 19881]}, "Synonyms" -> {"antioside", "53682-13-6[rn]", "59170-21-7[rn]", "59170-21-7", "3981-16-6", "53682-13-6", "alpha-antioside", "3-[(3s", "alpha-antiosid", "3981-16-6[rn]", "ls-21358", "ac1l2f2k"}|>, "7274" -> <|"DatabaseID" -> "SW03822", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17600630]}, "IsomericSmiles" -> "C[C@H]1C[C@]2([C@@H]([C@H]1OC(=O)Cc3ccccc3)[C@@H]([C@@]4(CC[C@H]5[C@@H](C5(C)C)/C=C(/C2=O)\\C)CO4)OC(=O)C)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "euphorbiasteroid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16667704]}, "Synonyms" -> {"28649-59-4[rn]", "spectrum1505010", "euphorbiasteroid"}|>, "7275" -> <|"DatabaseID" -> "SW03823", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53777"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4591452]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01258"]}, "IsomericSmiles" -> "CC(C)[C@@H](Cc1ccc(c(c1)OCCCOC)OC)C[C@@H]([C@H](C[C@@H](C(C)C)C(=O)NCC(C)(C)C(=O)N)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03208"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ALISKIREN HEMIFUMARATE"|>, "PharmGKBID" -> "PA143487910", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5493444]}, "Synonyms" -> {"aliskiren", "rasilez", "tekturna", "spp 100", "rasilez (tn)", "ec 3.4.23.15", "renin precursor", "angiotensinogenase", "aliskiren[wiki][inn][usan]", "(2s,4s,5s,7s)-5-amino-n-(3-amino-2,2-dimethyl-3-oxopropyl)-4-hydroxy-2-isopropyl-7-[4-methoxy-3-(3-methoxypropoxy)benzyl]-8-methylnonanamide", "(2s,4s,5s,7s)-5-amino-n-(3-amino-2,2-dimethyl-3-oxopropyl)-4-hydroxy-7-[4-methoxy-3-(3-methoxypropoxy)benzyl]-8-methyl-2-(1-methylethyl)nonanamide", "chebi:601027", "(2s,4s,5s,7s)-5-amino-n-(2-carbamoyl-2-methylpropyl)-4-hydroxy-2-isopropyl-7-(4-methoxy-3-(3-methoxypropoxy)benzyl)-8-methylnonanamide", "aliskiren (usan/inn)", "db01258", "ac1nuu28", "chembl1639", "173334-57-1[rn]"}|>, "7276" -> <|"DatabaseID" -> "SW03824", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474953]}, "IsomericSmiles" -> "CC1=CCCC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CCCC2(O3)C)(C)C)/C)/C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-carotene-56-epoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315711]}, "Synonyms" -> {"1", "ac1nstee"}|>, "7277" -> <|"DatabaseID" -> "SW03824", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474953]}, "IsomericSmiles" -> "CC1=CCCC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CCCC2(O3)C)(C)C)/C)/C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-carotene-56-epoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315711]}, "Synonyms" -> {"1", "ac1nstee"}|>, "7278" -> <|"DatabaseID" -> "SW03824", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474953]}, "IsomericSmiles" -> "CC1=CCCC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CCCC2(O3)C)(C)C)/C)/C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-carotene-56-epoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315711]}, "Synonyms" -> {"1", "ac1nstee"}|>, "7279" -> <|"DatabaseID" -> "SW03824", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474953]}, "IsomericSmiles" -> "CC1=CCCC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CCCC2(O3)C)(C)C)/C)/C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-carotene-56-epoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315711]}, "Synonyms" -> {"1", "ac1nstee"}|>, "7280" -> <|"DatabaseID" -> "SW03824", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474953]}, "IsomericSmiles" -> "CC1=CCCC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CCCC2(O3)C)(C)C)/C)/C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-carotene-56-epoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315711]}, "Synonyms" -> {"1", "ac1nstee"}|>, "7281" -> <|"DatabaseID" -> "SW03824", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474953]}, "IsomericSmiles" -> "CC1=CCCC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CCCC2(O3)C)(C)C)/C)/C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-carotene-56-epoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315711]}, "Synonyms" -> {"1", "ac1nstee"}|>, "7282" -> <|"DatabaseID" -> "SW03824", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474953]}, "IsomericSmiles" -> "CC1=CCCC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CCCC2(O3)C)(C)C)/C)/C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-carotene-56-epoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315711]}, "Synonyms" -> {"1", "ac1nstee"}|>, "7283" -> <|"DatabaseID" -> "SW03824", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4474953]}, "IsomericSmiles" -> "CC1=CCCC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CCCC2(O3)C)(C)C)/C)/C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-carotene-56-epoxide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315711]}, "Synonyms" -> {"1", "ac1nstee"}|>, "7284" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7285" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7286" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7287" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7288" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7289" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7290" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7291" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7292" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7293" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7294" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7295" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7296" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7297" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7298" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7299" -> <|"DatabaseID" -> "SW03825", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 158499]}, "IsomericSmiles" -> "CC1=C(C(CCC1)(C)C)C=CC(=CC=CC(=CC=CC=C(C)C=CC=C(C)C=CC2=C(CC(CC2(C)C)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "physoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 182237]}, "Synonyms" -> {"cis-beta-cryptoxanthin", "physoxanthin(6ci", "neo-b-cryptoxanthin (6ci); b-caroten-3-ol", "24480-38-4[rn]", "ac1l4akk", "3", "ag-e-73054", "(1s)-3", "ag-f-60923", "b-cryptoxanthin", "ag-f-22722"}|>, "7300" -> <|"DatabaseID" -> "SW03826", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "29007"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4586394], ExternalIdentifier["ChemSpiderID", 7845298]}, "IsomericSmiles" -> "Cn1c(nc(=O)c(=O)[nH]1)SCC2=C(N3[C@@H]([C@@H](C3=O)NC(=O)/C(=N\\OC)/c4csc(n4)N)SC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00924"], ExternalIdentifier["KEGGID", "D07659"]}, "OfficialNames" -> <|"China Approved Name" -> "ceftriaxone", "WHO Essential Medicine" -> "ceftriaxone", "Indian Approved Name" -> "ceftriaxone;dextrose anhydrous", "FDA Approved Drug" -> "CEFTRIAXONE SODIUM"|>, "PharmGKBID" -> "PA448866", "Synonyms" -> {"ceftriaxone", "ceftriaxonum", "rocephine", "ceftriazone", "biotrakson", "ceftriaxona", "cefatriaxone", "ceftriaxone sodium", "ceftriaxone sodium hydrate", "277-930-0[einecs]", "ro 13-9904/001", "74578-69-1[rn]", "104376-79-6[rn]", "rocephin[wiki]", "rocephin", "277-405-6[einecs]", "(6r,7r)-7-({(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-[(methyloxy)imino]acetyl}amino)-3-{[(6-hydroxy-2-methyl-5-oxo-2,5-dihydro-1,2,4-triazin-3-yl)thio]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-{[(2-methyl-5,6-dioxo-1,2,5,6-tetrahydro-1,2,4-triazin-3-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "ceftriaxone [usan:jan][jan][usan]", "(6r,7r)-7-[[(2e)-2-(2-amino-1,3-thiazol-4-yl)-2-methoxyiminoacetyl]amino]-3-[(2-methyl-5,6-dioxo-1h-1,2,4-triazin-3-yl)sulfanylmethyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "(6r,7r,z)-7-(2-(2-aminothiazol-4-yl)-2-(methoxyimino)acetamido)-3-((6-hydroxy-2-methyl-5-oxo-2,5-dihydro-1,2,4-triazin-3-ylthio)methyl)-8-oxo-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "(6r,7r)-7-(((2z)-(2-amino-4-thiazolyl)(methoxyimino)acetyl)amino)-8-oxo-3-(((1,2,5,6-tetrahydro-2-methyl-5,6-dioxo-1,2,4-triazin-3-yl)thio)methyl)-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylicacid disodium salt hydrate(2:7)", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-8-oxo-3-[[(1,2,5,6-tetrahydro-2-methyl-5,6-dioxo-1,2,4-triazin-3-yl)thio]methyl]- (6r,7r)-", "ceftriaxone[wiki]", "ceftriaxonum [inn_la]", "7-[2-(2-amino-thiazol-4-yl)-2-methoxyimino-acetylamino]-3-(6-hydroxy-2-methyl-5-oxo-2,5-dihydro-[1,2,4]triazin-3-ylsulfanylmethyl)-8-oxo-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid (ceftriaxone)7-[2-(2-amino-thiazol-4-yl)-2-methoxyimino-acetylamino]-3-(6-hydroxy-2-methyl-5-oxo-2,5-dihydro-[1,2,4]triazin-3-ylsulfanylmethyl)-8-oxo-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid(ceftriaxone)ceftriaxone", ")", "73384-59-5[rn]", "ceftriaxonum[latin]", "7-[2-(2-amino-thiazol-4-yl)-2-methoxyimino-acetylamino]-3-(6-hydroxy-2-methyl-5-oxo-2,5-dihydro-[1,2,4]triazin-3-ylsulfanylmethyl)-8-oxo-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid(ceftriaxone)", "rocefin", "ceftriaxone disodium salt hemiheptahydrate", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-{[(6-hydroxy-2-methyl-5-oxo-2,5-dihydro-1,2,4-triazin-3-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-3-[[(2,5-dihydro-6-hydroxy-2-methyl-5-oxo-1,2,4-triazin-3-yl)thio]methyl]-8-oxo- (6r,7r)-", "ceftriaxone disodium hemiheptahydrate", "(6r,7r,z)-7-(2-(2-aminothiazol-4-yl)-2-(methoxyimino)acetamido)-3-((2-methyl-5,6-dioxo-1,2,5,6-tetrahydro-1,2,4-triazin-3-ylthio)methyl)-8-oxo-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "(6r,7r)-7-(2-(2-aminothiazol-4-yl)-2-(methoxyimino)acetamido)-3-((6-hydroxy-2-methyl-5-oxo-2,5-dihydro-1,2,4-triazin-3-ylthio)methyl)-8-oxo-5-thia-1-aza-bicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "ceftriaxona[spanish][inn]", "(6r,7r)-7-[2-(2-amino-thiazol-4-yl)-2-methoxyimino-acetylamino]-3-(2-methyl-5,6-dioxo-1,2,5,6-tetrah", "longacef", "ceftriaxon", "x 13-9904", "natrium-(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-{[(6-hydroxy-2-methyl-5-oxo-2,5-dihydro-1,2,4-triazin-3-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-2-carboxylat", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-3-[[(2,5-dihydro-6-hydroxy-2-methyl-5-oxo-1,2,4-triazin-3-yl)thio]methyl]-8-oxo- monosodiumsalt (6r,7r)-", "sodium (6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-{[(2-methyl-5,6-dioxo-1,2,5,6-tetrahydro-1,2,4-triazin-3-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "ro 13-9904", "tartriakson", "sodium (6r,7r)-7-[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetamido]-3-{[(6-hydroxy-2-methyl-5-oxo-2,5-dihydro-1,2,4-triazin-3-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "ceftriaxone sodium salt", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-8-oxo-3-[[(1,2,5,6-tetrahydro-2-methyl-5,6-dioxo-1,2,4-triazin-3-yl)thio]methyl]- sodium salt (6r,7r)- (1:1)", "sodium (6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-{[(6-hydroxy-2-methyl-5-oxo-2,5-dihydro-1,2,4-triazin-3-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "ceftriaxone disodium", "ro-13-9904", "lendacin", "einecs 277-930-0", "longaceph", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-3-[[(2,5-dihydro-6-hydroxy-2-methyl-5-oxo-1,2,4-triazin-3-yl)thio]methyl]-8-oxo- sodium salt (6r,7r)- (1:1)"}|>, "7301" -> <|"DatabaseID" -> "SW03827", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82646]}, "IsomericSmiles" -> "CN(C)c1ccc(cc1)C(=C2C=CC(=[N+](C)C)C=C2)c3c4ccc(cc4cc(c3O)S(=O)(=O)[O-])S(=O)(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "green 5"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91525]}, "Synonyms" -> {"hexacol green s", "calocid green s", "acid brilliant green bs", "lissamine green b", "green s", "acid green 50", "food green s", "wool green s", "green 5", "acid leather green s", "calcocid green s", "edicol supra green bs", "water green sx", "green bs", "acilan green bs", "amacid wool green s", "wool green sg", "calocid green sb", "wool green bs", "n-(4-((4-(dimethylamino)phenyl)(2-hydroxy-3,6-disulfo-1-naphthalenyl)methylene)-2,5-cyclohexadien-1-ylidene)-n-methylmethanaminium hydroxide inner salt monosodium salt", "221-409-2[einecs]", "methanaminium n-[4-[[4-(dimethylamino)phenyl](2-hydroxy-3,6-disulfo-1-naphthalenyl)methylene]-2,5-cyclohexadien-1-ylidene]-n-methyl-,inner salt sodiumsalt (1:1)[acd/index name]", "zelen potravinarska 4[czech]", "c.i. acid green 50", "c.i. food green 4", "naphthazine green s", "wool green 5", "c.i. acid green 50 monosodium salt (8ci)", "lissamine green- b", "hidacid wool green", "erio green s", "brilliantsaeure gruen bs[german]", "zelen kysela bs[czech]", "edicol supra green b", "3011-59-4[rn]", "kiton green s", "4-{[4-(dimethylamino)phenyl][4-(dimethylylidene)cyclohexa-2,5-dienylidene]meth yl}-3-hydroxynaphthalene-2,7-disulfonic acid sodium salt", "pharmacid green s", "lissamine green bn", "n-(4-((4-(dimethylamino)phenyl)(2-hydroxy-3,6-disulfo-1-naphthale- nyl)methylene)-2,5-cyclohexadien-1-ylidene)-n-methylmethanaminium hydroxide,inner salt monosodium salt", "calcocid green sb", "3087-16-9[rn]", "wool green s (biological stain)", "pontacyl green son and s", "methanaminium n-(4-((4-(dimethylamino)phenyl)(2-hydroxy-3,6-disulfo-1-naphthalenyl)methylene)-2,5-cyclohexadien-1-ylidene)-n-methyl-,hydroxide inner salt monosodium salt (9ci)", "sumitomo wool green s", "unitertracid green bs", "wool green bsna", "vondacid green s", "wool green ms", "c.i. acid green 50 monosodium salt", "4-{[4-(dimethylamino)phenyl][4-(dimethylylidene)cyclohexa-2,5-dienylidene]methyl}-3-hydroxynaphthalene-2,7-disulfonicacid sodium salt", "acidal wool green bs", "12078 green", "methanaminium n-(4-((4-(dimethylamino)phenyl)(2-hydroxy-3,6-disulfo-1-naphthalenyl)methylene)-2,5-cyclohexadien-1-ylidene)-n-methyl-,inner salt,monosodium salt", "zelen kysela 50[czech]", "vert acide brilliant bs", "methanaminium n-(4-((4-(dimethylamino)phenyl)(2-hydroxy-3,6-disulfo-1-naphthale-nyl)methylene)-2,5-cyclohexadien-1-ylidene)-n-methyl- hydroxide innersalt monosodiumsalt", "brilliant acid green bs", "bucacid wool green", "wool green b", "sodium 4-{[4-(dimethylamino)phenyl][4-(dimethyliminio)cyclohexa-2,5-dien-1-ylidene]methyl}-3-hydroxynaphthalene-2,7-disulfonate", "colour index acid green 50", "schultz nr. 836[german]", "pontacyl green son & s"}|>, "7302" -> <|"DatabaseID" -> "SW03828", "IsomericSmiles" -> "CC(=CCc1c(ccc2c1oc(=O)cc2)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "osthenol-7-o-beta-gentiobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 46173917]}, "Synonyms" -> {"osthenol-7-o-beta-d-gentiobioside", "c17476"}|>, "7303" -> <|"DatabaseID" -> "SW03829", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8203]}, "IsomericSmiles" -> "CC(=O)Nc1c(cc(c(c1I)C(=O)[O-])I)I", "OfficialNames" -> <|"FDA Approved Drug" -> "ACETRIZOATE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8517]}, "Synonyms" -> {"benzoic acid 3-acetamido-2,4,6-triiodo- monosodium salt", "tri-abrodil", "204-956-1[einecs]", "acetrizoic acid sodium salt", "iodopact", "sodium urokon", "acetrizoate sodium", "bronchoselectan", "sodium acetrizoate", "iodopaque", "thixokon", "fortombrine-n", "acetrizoate de sodium[french][inn]", "triiotrast", "3-acetamido-2,4,6-triiodobenzoic acid sodium salt", "triopas[wiki]", "visotrast", "benzoic acid 3-(acetylamino)-2,4,6-triiodo-,sodium salt (1:1)", "3-(acetylamino)-2,4,6-triiodobenzoic acid sodium salt", "acetrizoato sodico [dcit]", "129-63-5[rn]", "natrii acetrizoas[latin]", "2,4,6-trijod-3-acetaminobenzosaeure natrium[german]", "sodium 3-acetylamino-2,4,6-triiodobenzoate", "urokon sodium", "vesamin", "triuropan", "jodopax", "acetiodone", "triiodyl", "acidum acetrizoicum", "reopak", "salpix", "diaginol", "triopac", "cystokon", "pyelokon-r", "triurol", "triumbren", "sodium 3-acetamido-2,4,6-triiodobenzoate[acd/iupac name]", "triopac 200"}|>, "7304" -> <|"DatabaseID" -> "SW03830", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4952942]}, "IsomericSmiles" -> "CCCCCCCCCC(=O)OCCN1CC[NH+](CC1)CC/C=C\\2/c3ccccc3Sc4c2cc(cc4)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08692"]}, "OfficialNames" -> <|"Indian Approved Name" -> "zuclopenthixol decanoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6450333]}, "Synonyms" -> {"clopixol depot", "zuclopenthixol decanoate", "clopixol depot (tn)", "ac1o51h7", "akos015843136", "64053-00-5", "unii-tss9kiz5og", "tc-071509", "surecn1651217", "64053-00-5[rn]", "ls-59388", "decanoicacid 2-(4-(3-(2-chloro-9h-thioxanthen-9-ylidene)propyl)-1-piperazinyl)ethyl ester (z)-"}|>, "7305" -> <|"DatabaseID" -> "SW03831", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4321]}, "IsomericSmiles" -> "c1cc(cnc1)C(=O)OCC(COC(=O)c2cccnc2)(COC(=O)c3cccnc3)COC(=O)c4cccnc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01754"]}, "OfficialNames" -> <|"NPC Approved Name" -> "niceritrol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4476]}, "Synonyms" -> {"perycit", "cardiolipol", "pentaerithritol tetranicotinate", "niceritrol", "bufor", "pentaerythritol tetranicotinate", "sk 1 (pharmaceutical)", "4-22-00-00376 (beilstein handbook reference)[beilstein]", "8 al", "niceritrol [ban:dcf:inn:jan][inn][jan]", "3-pyridinecarboxylic acid,2,2-bis(((3-pyridinylcarbonyl)oxy)methyl)-1,3-propanediyl ester", "nicotinic acid neopentanetetrayl ester", "perycit (tn)", "5868-05-3", "4-22-00-00376[beilstein]", "3-[(pyridin-3-ylcarbonyl)oxy]-2,2-bis{[(pyridin-3-ylcarbonyl)oxy]methyl}propyl pyridine-3-carboxylate", "niceritrol[jp15]", "nicotinic acid neopentanetetrayl ester", "3-pyridinecarboxylic acid 2,2-bis-[[(3-pyridinylcarbonyl)oxy]methyl]-1,3-propanediyl ester", "niceritrolum [inn-latin]", "niceritrolum[latin]", "5868-05-3[rn]", "niceritrol [inn:ban:dcf:jan]", "227-519-7[einecs]", "3-pyridinecarboxylic acid,3-[(3-pyridinylcarbonyl)oxy]-2,2-bis[[(3-pyridinylcarbonyl)oxy]methyl]propyl ester"}|>, "7306" -> <|"DatabaseID" -> "SW03832", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5020189]}, "IsomericSmiles" -> "CC[N+](C)(C/C=C/C1=C(N2[C@@H]([C@@H](C2=O)NC(=O)/C(=N\\OCF)/c3nc(sn3)N)SC1)C(=O)[O-])CC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01054"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cefluprenam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6536774]}, "Synonyms" -> {"cefprenam", "antibiotic e 1077", "cefluprenam", "e 1077", "(-)-((e)-3-((6r,7r)-7-(2-(5-amino-1,2,4-thiadiazol-3-yl)glyoxylamido)-2-carboxy-8-oxo-5-thia-1-azabicyclo (4.2.0)oct-2-en-3-yl)allyl)(carbamoylmethyl)ethylmethylammonium hydroxide,inner salt 7(sup2)-(z)-(o-(fluoromethyl)oxime)", "116853-25-9[rn]", "cefluprenam[wiki][inn]", "(-)-((e)-3-((6r", "(6r,7r)-3-{(1e)-3-[(2-amino-2-oxoethyl)(ethyl)methylammonio]prop-1-en-1-yl}-7-({(2z)-2-(5-amino-1,2,4-thiadiazol-3-yl)-2-[(fluoromethoxy)imino]acetyl}amino)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "cefluprenam [inn]", "2-propen-1-aminium n-(2-amino-2-oxoethyl)-3-[(6r,7r)-7-[[(2z)-2-(5-amino-1,2,4-thiadiazol-3-yl)-2-[(fluoromethoxy)imino]-1-oxoethyl]amino]-2-carboxy-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-3-yl]-n-ethyl-n-methyl-,inner salt (2e)-", "2-propen-1-aminium", "cefluprenam (jan/inn)", "ac1o6w1s", "116853-25-9"}|>, "7307" -> <|"DatabaseID" -> "SW03832", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5020189]}, "IsomericSmiles" -> "CC[N+](C)(C/C=C/C1=C(N2[C@@H]([C@@H](C2=O)NC(=O)/C(=N\\OCF)/c3nc(sn3)N)SC1)C(=O)[O-])CC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01054"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cefluprenam"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6536774]}, "Synonyms" -> {"cefprenam", "antibiotic e 1077", "cefluprenam", "e 1077", "(-)-((e)-3-((6r,7r)-7-(2-(5-amino-1,2,4-thiadiazol-3-yl)glyoxylamido)-2-carboxy-8-oxo-5-thia-1-azabicyclo (4.2.0)oct-2-en-3-yl)allyl)(carbamoylmethyl)ethylmethylammonium hydroxide,inner salt 7(sup2)-(z)-(o-(fluoromethyl)oxime)", "116853-25-9[rn]", "cefluprenam[wiki][inn]", "(-)-((e)-3-((6r", "(6r,7r)-3-{(1e)-3-[(2-amino-2-oxoethyl)(ethyl)methylammonio]prop-1-en-1-yl}-7-({(2z)-2-(5-amino-1,2,4-thiadiazol-3-yl)-2-[(fluoromethoxy)imino]acetyl}amino)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "cefluprenam [inn]", "2-propen-1-aminium n-(2-amino-2-oxoethyl)-3-[(6r,7r)-7-[[(2z)-2-(5-amino-1,2,4-thiadiazol-3-yl)-2-[(fluoromethoxy)imino]-1-oxoethyl]amino]-2-carboxy-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-3-yl]-n-ethyl-n-methyl-,inner salt (2e)-", "2-propen-1-aminium", "cefluprenam (jan/inn)", "ac1o6w1s", "116853-25-9"}|>, "7308" -> <|"DatabaseID" -> "SW03833", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3944"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444696]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)[C@@](C)([C@H]1[C@@H](C[C@@]2([C@@]1(CC(=O)[C@@]3([C@H]2CC=C4[C@H]3C=C(C(=O)C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cucurbitacin e"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281319]}, "Synonyms" -> {"cucurbitacin e", "cucurbitacine e", "chebi:3944", "elaterin", "(3e,6r)-6-[(8s,9r,10r,13r,14s,16r,17r)-2,16-dihydroxy-4,4,9,13,14-pentamethyl-3,11-dioxo-4,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl]-6-hydroxy-2-methyl-5-oxo-3-hepten-2-ylacetat", "cucurbitacine-e", "(3e,6r)-6-[(1r,2r,10s,11s,13r,14r,15r)-4,13-dihydroxy-1,6,6,11,15-pentamethyl-5,17-dioxotetracyclo[8.7.0.02,7.011,15]heptadeca-3,7-dien-14-yl]-6-hydroxy-2-methyl-5-oxohept-3-en-2-yl acetate", "25-(acetyloxy)-2b,16a,20-trihydroxy-9b-methyl-19-nor-10a-lanosta-1,5,23e-triene-3,11,22-trione", "cue", "18444-66-1", "a-elaterin", "2,16?,20,25-tetrahydroxy-9?-methyl-10?,-19-norlanosta-1,5,23(e)-triene-3,11,22-trione 25-acetate", "(9b,10a,16a,23e)-25-(acetyloxy)-2,16,20-trihydroxy-9-methyl-19-norlanosta-1,5,23-triene-3,11,22-trione", "alpha-elaterine", "242-325-2[einecs]", "alpha-elaterin", ".alpha.-elaterin", ".alpha.-elaterine", "(3e,6r)-6-[(8s,9r,10r,13r,14s,16r,17r)-2,16-dihydroxy-4,4,9,13,14-pentamethyl-3,11-dioxo-4,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3h-cyclopenta[a]phenanthren-17-yl]-6-hydroxy-2-methyl-5-oxo-3-hepten-2-ylacetate", "18444-66-1[rn]"}|>, "7309" -> <|"DatabaseID" -> "SW03834", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4391"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5750]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00944"]}, "IsomericSmiles" -> "CN(CCCCCCCCCCN(C)C(=O)Oc1cccc(c1)[N+](C)(C)C)C(=O)Oc2cccc(c2)[N+](C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00667"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DEMECARIUM BROMIDE"|>, "PharmGKBID" -> "PA164745610", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5965]}, "Synonyms" -> {"demecarium bromide", "humorsol", "tosmicil", "visumiotic", "visumatic", "tonilen", "tosmilene", "frumtosnil", "tosmilen", "bromure de demecarium[french][inn]", "demekarium bromide", "decamethylenebis(m-dimethylaminophenyl-n-methylcarbamate) dimethobromide", "n,n'-bis(3-trimethylammoniumphenoxycarbonyl)-n,n'-dimethyldecamethylenediamine dibromide", "demekastigmine bromide", "3,3'-[1,10-decanediylbis[(methylimino)carbonyloxy]]bis[n,n,n-trimethylbenzenaminium]dibromide", "56-94-0[rn]", "acylcholine acylhydrolase", "choline esterase ii", "benzenaminium 3,3'-[1,10-decanediylbis[(methylimino)carbonyloxy]]bis[n,n,n-trimethyl- bromide (1:2)", "ammonium,(m-hydroxyphenyl)trimethyl- bromide decamethylenebis(methylcarbamate)", "ec 3.1.1.8", "9005-49-6", "(m-hydroxyphenyl)trimethylammonium bromide decamethylenebis(methylcarbamate) (2:1)", "200-301-9[einecs]", "pseudocholinesterase", "humorsol (tn)", "decamethylenebis(n-methylcarbamic acid m-dimethylaminophenyl ester) bromomethylate", "decamethylenebis[m-dimethylaminophenyl n-methylcarbamate] dimethobromide", "demecarium bromide[usp]", "3,3'-(1,10-decanediylbis((methylimino)carbonyloxy))bis(n,n,n-trimethyl-benzenaminium)) dibromide", "demecarii bromidum[latin]", "ammonium,(m-hydroxyphenyl)trimethyl- bromide decamethylenebis(methylcarbamate)(2:1)", "demecarium bromide [ban:inn][inn]", "(m-hydroxyphenyl)trimethylammonium bromide decamethylenebis(methylcarbamate) (7ci)", "cholinesterase precursor", "demecariumbromide", "3,3'-{decane-1,10-diylbis[(methylcarbamoyl)oxy]}bis(n,n,n-trimethylanilinium) dibromide", "demecarium", "decamethylenebis[n-methylcarbamic acid m-dimethylaminophenyl ester] bromidethylate", "bromuro de demecario[spanish][inn]", "demecarii bromidum", "(m-hydroxyphenyl)trimethylammonium bromide decamethylenebis(methylcarbamate)", "n,n'-bis[3-trimethylammoniumphenoxycarbonyl]-n,n'-dimethyldecamethylenediamine dibromide", "benzenaminium 3,3'-(1,10-decanediylbis((methylimino)carbonyloxy))bis(n,n,n-trimethyl- dibromide", "butyrylcholine esterase"}|>, "7310" -> <|"DatabaseID" -> "SW03835", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 115748]}, "IsomericSmiles" -> "CCCc1nc(c(n1Cc2ccc(cc2)c3ccccc3c4n[n-]nn4)C(=O)OCc5c(oc(=O)o5)C)C(C)(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "olmesartan", "FDA Approved Drug" -> "OLMESARTAN MEDOXOMIL"|>, "PharmGKBID" -> "PA164742950", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 130881]}, "Synonyms" -> {"144689-63-4", "benevas", "olmesartan medoxomil", "144689-63-4[rn]", "1h-imidazole-5-carboxylic acid 4-(1-hydroxy-1-methylethyl)-2-propyl-1-((2'-(1h-tetrazol-5-yl)(1,1'-biphenyl)-4-yl)methyl)- (5-methyl-2-oxo-1,3-dioxol-4-yl)methyl ester", "5-(1-hydroxy-1-methyl-ethyl)-2-propyl-3-[2'-(1h-tetrazol-5-yl)-biphenyl-4-ylmethyl]-3h-imidazole-4-carboxylic acid 5-methyl-2-oxo-[1,3]dioxol-4-ylmethylester", "(5-methyl-2-oxo-1,3-dioxol-4-yl)methyl 4-(2-hydroxypropan-2-yl)-2-propyl-1-{[2'-(1h-tetrazol-5-yl)biphenyl-4-yl]methyl}-1h-imidazole-5-carboxylate", "sc-866rn", "cs 866", "(5-methyl-2-oxo-1,3-dioxol-4-yl)methyl 4-(1-hydroxy-1-methylethyl)-2-propyl-1-{[2'-(2h-tetrazol-5-yl)biphenyl-4-yl]methyl}-1h-imidazole-5-carboxylate", "olmesartan[wiki]", "144689-78-1[rn]", "144689-24-7[rn]", "1h-imidazole-5-carboxylic acid 4-(1-hydroxy-1-methylethyl)-2-propyl-1-[[2'-(2h-tetrazol-5-yl)[1,1'-biphenyl]-4-yl]methyl]- (5-methyl-2-oxo-1,3-dioxol-4-yl)methyl ester", "olmesartan medoximil", "olvance", "cs-866dm", "benicar (tn)", "(5-methyl-2-oxo-1,3-dioxol-4-yl)methyl 4-(2-hydroxypropan-2-yl)-2-propyl-1-{[2'-(2h-tetrazol-5-yl)biphenyl-4-yl]methyl}-1h-imidazole-5-carboxylate", "4-(1-hydroxy-1-methylethyl)-2-propyl-1-[[2'-(1h-tetazol-5-yl)[1,1'-biphenyl]-4-yl]methyl]-1h-imidazole-5-carboxylicacid(5-methyl-2-oxo-1,3-dioxol-4-yl)methylester", "olmetec;4-(1-hydroxy-1-methylethyl)-2-propyl-1-[[2'-(1htetazol-5-yl)[1,1'-biphenyl]-4-yl]methyl]-1h-imidazole-5-carboxylic acid (5-methyl-2-oxo-1,3-dioxol-4-yl)methyl ester", "olmetec", "benicar[wiki]", "1h-imidazole-5-carboxylic acid 4-(1-hydroxy-1-methylethyl)-2-propyl-1-[[2'-(1h-tetrazol-5-yl)[1,1'-biphenyl]-4-yl]methyl]- (5-methyl-2-oxo-1,3-dioxol-4-yl)methyl ester", "(5-methyl-2-oxo-1,3-dioxol-4-yl)methyl 1-((2'-(1h-tetrazol-5-yl)-[1,1'-biphenyl]-4-yl)methyl)-4-(2-hydroxypropan-2-yl)-2-propyl-1h-imidazole-5-carboxylate", "337376-15-5", "benicar", "(5-methyl-2-oxo-1,3-dioxol-4-yl)methyl-4-(1-hydroxy-1-methylethyl)-2-propyl-1-{[2'-(2h-tetrazol-5-yl)biphenyl-4-yl]methyl}-1h-imidazol-5-carboxylat", "olmetec (tn)", "(5-methyl-2-oxo-1,3-dioxol-4-yl)methyl 1-((2'-(1h-tetrazol-5-yl)-[1,1'-biphenyl]-4-yl)methyl)-4-(2-h", "cs-866", "5-(1-hydroxy-1-methylethyl)-2-propyl-3-[2'-(1h-tetrazol-5-yl)-biphenyl-4-ylmethyl]-3h-imidazole-4-carboxylicacid 5-methyl-2-oxo-[1,3]dioxol-4-ylmethy"}|>, "7311" -> <|"DatabaseID" -> "SW03836", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3505"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5014485]}, "IsomericSmiles" -> "CC(C)OC(=O)OC(C)OC(=O)C1=C(CS[C@H]2N1C(=O)[C@H]2NC(=O)/C(=N\\OC)/c3csc(n3)N)COC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00920"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFPODOXIME PROXETIL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6526396]}, "Synonyms" -> {"cefpodoxime proxetil", "doxef", "vantin", "1-{[(1-methylethoxy)carbonyl]oxy}ethyl (6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-(methoxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "u-76252", "otreon", "banan[wiki]", "banan", "podomexef", "1-(isopropoxycarbonyloxy)ethyl (6r,7r)-7-[2-(2-amino-4-thiazolyl)-(z)-2-(methoxyimino)acetamido]-3-methoxymethyl-3-cephem-4-carboxylate", "vantin[wiki]", "1-({[(1-methylethyl)oxy]carbonyl}oxy)ethyl (6r,7r)-7-({(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-[(methyloxy)imino]acetyl}amino)-3-[(methyloxy)methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "[6r-[6a,7b(z)]]-7-[[(2-amino-4-thiazolyl)(methoxyimino)acetyl]amino]-3-(methoxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid 1-[[(1-methylethoxy)carbonyl]oxy]ethyl ester", "87239-81-4[rn]", "dsstox_cid_2766", "dsstox_gsid_22766", "dsstox_rid_76722", "1-{[(1-methylethoxy)carbonyl]oxy}ethyl-(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-(methoxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-2-carboxylat", "cefpodoxime[wiki]", "cpdx-pr", "chebi:3505", "1-[(isopropoxycarbonyl)oxy]ethyl (6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-(methoxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-3-(methoxymethyl)-8-oxo- 1-[[(1-methylethoxy)carbonyl]oxy]ethyl ester (6r,7r)-", "vantin (tn)", "orelox", "cs-807", "1-{[(propan-2-yloxy)carbonyl]oxy}ethyl (6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-(methoxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate"}|>, "7312" -> <|"DatabaseID" -> "SW03836", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3505"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5014485]}, "IsomericSmiles" -> "CC(C)OC(=O)OC(C)OC(=O)C1=C(CS[C@H]2N1C(=O)[C@H]2NC(=O)/C(=N\\OC)/c3csc(n3)N)COC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00920"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFPODOXIME PROXETIL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6526396]}, "Synonyms" -> {"cefpodoxime proxetil", "doxef", "vantin", "1-{[(1-methylethoxy)carbonyl]oxy}ethyl (6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-(methoxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "u-76252", "otreon", "banan[wiki]", "banan", "podomexef", "1-(isopropoxycarbonyloxy)ethyl (6r,7r)-7-[2-(2-amino-4-thiazolyl)-(z)-2-(methoxyimino)acetamido]-3-methoxymethyl-3-cephem-4-carboxylate", "vantin[wiki]", "1-({[(1-methylethyl)oxy]carbonyl}oxy)ethyl (6r,7r)-7-({(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-[(methyloxy)imino]acetyl}amino)-3-[(methyloxy)methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "[6r-[6a,7b(z)]]-7-[[(2-amino-4-thiazolyl)(methoxyimino)acetyl]amino]-3-(methoxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid 1-[[(1-methylethoxy)carbonyl]oxy]ethyl ester", "87239-81-4[rn]", "dsstox_cid_2766", "dsstox_gsid_22766", "dsstox_rid_76722", "1-{[(1-methylethoxy)carbonyl]oxy}ethyl-(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-(methoxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-2-carboxylat", "cefpodoxime[wiki]", "cpdx-pr", "chebi:3505", "1-[(isopropoxycarbonyl)oxy]ethyl (6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-(methoxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-3-(methoxymethyl)-8-oxo- 1-[[(1-methylethoxy)carbonyl]oxy]ethyl ester (6r,7r)-", "vantin (tn)", "orelox", "cs-807", "1-{[(propan-2-yloxy)carbonyl]oxy}ethyl (6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-(methoxymethyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate"}|>, "7313" -> <|"DatabaseID" -> "SW03837", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2910"], ExternalIdentifier["ChEBIID", "39548"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54810]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01076"]}, "IsomericSmiles" -> "CC(C)c1c(c(c(n1CC[C@H](C[C@H](CC(=O)[O-])O)O)c2ccc(cc2)F)c3ccccc3)C(=O)Nc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07474"]}, "OfficialNames" -> <|"China Approved Name" -> "atorvastatin", "Indian Approved Name" -> "atorvastatin", "FDA Approved Drug" -> "ATORVASTATIN CALCIUM"|>, "PharmGKBID" -> "PA448500", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60823]}, "Synonyms" -> {"atorvastatin", "sotis", "xavator", "cardyl", "tozalip", "lipitor", "torvast", "sortis", "atorvastatinium[latin]", "sincol", "atorvastatin; atorvastatina; atorvastatine; atorvastatinum", "(3r,5r)-7-[2-(4-fluorophenyl)-3-phenyl-4-(phenylcarbamoyl)-5-(propan-2-yl)-1h-pyrrol-1-yl]-3,5-dihydroxyheptanoic acid", "lipovastatinklonal", "class e basic helix-loop-helix protein 76", "ahr", "ah receptor", "atogal", "atorvastatin[wiki]", "atorvastatine[french]", "8373630[beilstein]", "atorvastatin acid", "normalip", "zurinel", "tulip", "(3r,5r)-7-[2-(4-fluorophenyl)-5-isopropyl-3-phenyl-4-(phenylcarbamoyl)-1h-pyrrol-1-yl]-3,5-dihydroxyheptanoic acid[acd/iupac name]", "totalip", "atorvastatina[spanish]", "bhlhe76", "lowden", "xarator", "xanator", "atorvastatinium", "atorvastatin (r-(r*,r*))", "atorvastatin calcium", "(3r,5r)-7-(2-(4-fluorophenyl)-5-isopropyl-3-phenyl-4-(phenylcarbamoyl)-1h-pyrrol-1-yl)-3,5-dihydroxyheptanoic acid", "134523-00-5[rn]", "(3r,5r)-7-[3-(anilinocarbonyl)-5-(4-fluorophenyl)-4-phenyl-2-(propan-2-yl)-1h-pyrrol-1-yl]-3,5-dihydroxyheptanoic acid", "atorvastatina", "atorvastatine", "caduet (atorvastatin calcium amlodipine besilate)_mixture", "atorpic", "atorvastatine [inn_fr]", "hipolixan", "atorlip", "faboxim", "lipotropic", "liprimar", "vastina", "torvacard", "atorvastatin calcium trihydrate", "344423-98-9[rn]", "134523-01-6[rn]", "atorvastatin sodium"}|>, "7314" -> <|"DatabaseID" -> "SW03838", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 189860]}, "IsomericSmiles" -> "CCCCc1c(c2cc(ccc2o1)NS(=O)(=O)C)C(=O)c3ccc(cc3)OCCC[NH+](CCCC)CCCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03914"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DRONEDARONE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 219025]}, "Synonyms" -> {"n-(2-butyl-3-(4-(3-(dibutylamino)propoxy)benzoyl)-5-benzofuranyl)methanesulfonamide monohydrochloride", "dronedarone hcl", "dronedarone hydrochloride", "n-(2-butyl-3-(4-(3-(dibutylamino)propoxy)benzoyl)benzofuran-5-yl)methanesulfonamide hydrochloride", "multaq", "ac1l55x4", "n-[2-butyl-3-[[4-[3-(dibutylamino)propoxy]phenyl]-oxomethyl]-5-benzofuranyl]methanesulfonamide", "n-[2-butyl-3-[4-[3-(dibutylamino)propoxy]phenyl]carbonyl-1-benzofuran-5-yl]methanesulfonamide", "141625-93-6", "methanesulfonamide n-[2-butyl-3-[4-[3-(dibutylamino)propoxy]benzoyl]-5-benzofuranyl]- hydrochloride (1:1)", "n-(2-butyl-3-{4-[3-(dibutylamino)propoxy]benzoyl}-1-benzofuran-5-yl)methanesulfonamide hydrochloride", "chloride", "ac1q3eu3", "multaq (tn)", "hydron[wiki]", "dronedarone hydrochloride[usan]", "n-(2-butyl-3-{4-[3-(dibutylamino)propoxy]benzoyl}-1-benzofuran-5-yl)methanesulfonamide hydrochloride (1:1)", "unii-fa36dv299q", "methanesulfonamide n-(2-butyl-3-(4-(3-(dibutylamino)propoxy)benzoyl)-5-benzofuranyl)- monohydrochloride", "n-[2-butyl-3-[4-[3-(dibutylamino)propoxy]benzoyl]-1-benzofuran-5-yl]methanesulfonamide hydrochloride", "141625-93-6[rn]", "n-[2-butyl-3-[4-[3-(dibutylamino)propoxy]benzoyl]-5-benzofuranyl]-methanesulfonamide hydrochloride"}|>, "7315" -> <|"DatabaseID" -> "SW03839", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2343243]}, "IsomericSmiles" -> "C[C@@H](C(=O)N[C@@H](C)C(=O)NC1[C@H]2[C@@H]1CN(C2)c3c(cc4c(=O)c(cn(c4n3)c5ccc(cc5F)F)C(=O)[O-])F)[NH3+]", "OfficialNames" -> <|"FDA Approved Drug" -> "ALATROFLOXACIN MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282517]}, "Synonyms" -> {"157182-32-6[rn]", "cp-116517-27", "trovan preservative free (tn)", "7-[(1s", "i14-17256", "ac1nr071", "alatrofloxacin[inn]", "chembl1200498", "d02470"}|>, "7316" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7317" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7318" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7319" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7320" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7321" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7322" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7323" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7324" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7325" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7326" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7327" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7328" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7329" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7330" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7331" -> <|"DatabaseID" -> "SW03840", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4585526]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)C(C)(C1C(CC2(C1(CC(=O)C3(C2CC=C4C3CC(=O)C(C4(C)C)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-cucurbitacin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5477826]}, "Synonyms" -> {"3-epi-isocucurbitacin b", "cucurbitacin b", "89647-62-1", "nsc-359240", "89647-62-1[rn]", "nsc359240", "ac1nugid", "cucurbitacin b 3 -epi-iso-", "[(e)-6-(3"}|>, "7332" -> <|"DatabaseID" -> "SW03841", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9940"], ExternalIdentifier["ChEBIID", "9939"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 36357], ExternalIdentifier["ChemSpiderID", 36358]}, "IsomericSmiles" -> "CC(=O)O[C@H]1C[C@@H]2CC[C@@H]3[C@@H]([C@]2(C[C@@H]1[NH+]4CCCCC4)C)CC[C@]5([C@H]3C[C@@H]([C@@H]5OC(=O)C)[N+]6(CCCCC6)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00767"]}, "OfficialNames" -> <|"China Approved Name" -> "vecuronium", "Indian Approved Name" -> "vecuronium", "WHO Essential Medicine" -> "vecuronium", "Australia Approved Name" -> "VECURONIUM BROMIDE", "FDA Approved Drug" -> "VECURONIUM BROMIDE"|>, "PharmGKBID" -> {"PA164748865", "PA164748865"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 39764], ExternalIdentifier["PubChemCompoundID", 39765]}, "Synonyms" -> {"vecuronium bromide", "vecuronium", "norcuron", "org nc 45", "vecuronium[wiki]", "org-nc-45", "org-nc 45", "50700-72-6[rn]", "bromuro de vecuronio", "50700-72-6", "bromure de vecuronium", "vecuronii bromidum", "86029-43-8[rn]", "neuronal acetylcholine receptor subunit alpha-2 precursor", "(2|a", "musculax", "ac1l22ef", "bromure de vecuronium[french][inn]", "norcuron (tn)", "c07553", "norcuron org nc 45", "74531-67-2[rn]", "72254-12-7[rn]", "1-methylpiperidinium bromide", "vecuronium bromide (jan/usan)[jan][usan]", "158966-92-8[rn]", "norcuron;org nc 45", "chebi:9939", "bromuro de vecuronio[spanish][inn]", "vecuronium bromide [usan:ban:inn:jan][inn][jan][usan]", "256-723-9[einecs]", "hms2090d22", "vecuronii bromidum[latin]", "1-(3,17-diacetoxy-2-piperidino-5-androstan-16-yl)-", "63884-29-7[rn]", "1-(3,17-diacetoxy-2-piperidino-5-androstan-16-yl)-1-methylpiperidinium bromide", "ac1q5x7s", "(2beta", "bromure de vecuronium; bromuro de vecuronio;vecuroniibromidum; vecuronium bromide", "db01339", "[(2s", "(+)-1-(3,17-diacetoxy-2-piperidino-5-androstan-16-yl)-1-methylpiperidinium bromide"}|>, "7333" -> <|"DatabaseID" -> "SW03842", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 401223]}, "IsomericSmiles" -> "Cc1c2cc3nc(cc4nc(cc5c(c(c([nH]5)cc(c1CCC(=O)[O-])[nH]2)CCC(=O)[O-])C)C(=C4C)C=C)C(=C3C)C=C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hemin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 455658]}, "Synonyms" -> {"hemin", "iron(3+)chloride2,18-bis(2-carboxyethyl)-3,8,13,17-tetramethyl-7,12-divinylporphine-21,23-diide", "16009-13-5[rn]", "ferriheme", "21h,23h-porphine-2,18-dipropanoic acid 7,12-diethenyl-3,8,13,17-tetramethyl- iron(3+) salt hydrochloride(1:1:1)", "chlorohemin", "protoferriheme", "iron(3+) chloride (1z,6z,12z,17z)-5,9-bis(2-carboxyethyl)-4,10,15,20-tetramethyl-14,19-divinyl-21,22,23,24-tetraazapentacyclo[16.2.1.13,6.18,11.113,16]tetracosa-1,3(24),4,6,8,10,12,14,16(22),17,19-undecaene-21,23-diide", "protohemin ix", "eisen(3+)chlorid-(1z,6z,12z,17z)-5,9-bis(2-carboxyethyl)-4,10,15,20-tetramethyl-14,19-divinyl-21,22,23,24-tetraazapentacyclo[16.2.1.13,6.18,11.113,16]tetracosa-1,3(24),4,6,8,10,12,14,16(22),17,19-undecaen-21,23-diid", "ferriprotoporphyrin", "hemin chloride", "haemin", "panhematin", "protohemin"}|>, "7334" -> <|"DatabaseID" -> "SW03843", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4946116]}, "IsomericSmiles" -> "CC1(C2(C(=O)/C(=C\\c3ccc(cc3)/C=C/4\\C(=O)C5(C(C4CC5)(C)C)CS(=O)(=O)[O-])/C1CC2)CS(=O)(=O)[O-])C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03932"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ECAMSULE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6442003]}, "Synonyms" -> {"ecamsule", "terephthalylidene dicamphor sulfonic acid", "mexoryl sx", "3", "92761-26-7", "3,3'-(1,4-phenylenedimethylidyne)bis(7,7-dimethyl-2-oxobicyclo(2.2.1)heptane-1-methanesulfonic acid)", "3,3'-(1,4-phenylenedimethylidyne)bis(7,7-dimethyl-2-oxo-bicyclo(2.2.1)heptane-1-methanesulfonic acid", "terephthalylidene-3,3'-dicamphor-10,10'-disulfonic acid", "ac1o5wed", "92761-26-7[rn]", "bicyclo (2.2.1) heptane-1-methanesulfonic acid", "hms3264d09", "3,3'-(1,4-phenylenedimethylidene)bis(7,7-dimethyl-2-oxobicyclo(2.- 2.1)heptane-1-methanesulfonic acid", "bicyclo (2.2.1) heptane-1-methanesulfonic acid 3,3'-(1,4-phenylenedimethylidene)bis(7,7-dimethyl-2-oxo-", "90457-82-2[rn]", "terephthalylidene dicamphor sulfonie acid", "ecamsule (usan/inn)", "3,3'-(1,4-phenylenedimethylidyne)bis[7,7-dimethyl-2-oxo-bicyclo[2.2.1]heptane-1-methanesulfonic acid]"}|>, "7335" -> <|"DatabaseID" -> "SW03844", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4356"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56609], ExternalIdentifier["ChemSpiderID", 2867]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00746"]}, "IsomericSmiles" -> "CC(=O)N(CCCCCNC(=O)CCC(=O)N(CCCCCNC(=O)CCC(=O)N(CCCCC[NH3+])O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03670"]}, "OfficialNames" -> <|"China Approved Name" -> "deferoxamine", "WHO Essential Medicine" -> "deferoxamine", "Indian Approved Name" -> "desferrioxamine", "FDA Approved Drug" -> "DEFEROXAMINE MESYLATE"|>, "PharmGKBID" -> "PA164746490", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62881], ExternalIdentifier["PubChemCompoundID", 2973]}, "Synonyms" -> {"deferoxamine", "desferin", "desferrioxamine b", "deferoxamin", "deferrioxamine", "deferoxamine b", "deferrioxamine b", "deferoxaminum", "desferal", "dfom", "desferex", "n-benzoylferrioxamine b", "dfo", "desferrin", "desferral", "desferrioxamine", "desferan", "deferoxamide b", "df b", "dfoa", "30-amino-3,14,25-trihydroxy-3,9,14,20,25-pentaazatriacontane-2,10,13,21,24-pentaone", "deferoxamine mesylate", "n'-[5-(acetyl-hydroxy-amino)pentyl]-n-[5-[3-(5-aminopentyl-hydroxy-carbamoyl)propanoylamino]pentyl]-n-hydroxy-butanediamide", "70-51-9[rn]", "ferrioxamine b n-benzoyl-", "butanediamide n'-(5-((4-((5-(acetylhydroxyamino)pentyl)amino)-1,4-dioxobutyl)hydroxyamino)pentyl)-n-(5-aminopentyl)-n-hydroxy-", "9005-49-6", "n'-{5-[acetyl(hydroxy)amino]pentyl}-n-[5-({4-[(5-aminopentyl)(hydroxy)amino]-4-oxobutanoyl}amino)pentyl]-n-hydroxysuccinamide[acd/iupac name]", "propionohydroxamicacid n-(5-(3-((5-aminopentyl)hydroxycarbamoyl)propionamido)pentyl)-3-((5-(n-hydroxyacetamido)pentyl)carbamoyl)-", "1-amino-6,17-dihydroxy-7,10,18,21-tetraoxo-27-(n-acetyl hydroxylamino)-6,11,17,22-tetraazaheptaeicosane", "butanimidic acid,n-[5-[[(4z)-4-[[5-(acetylhydroxyamino)pentyl]imino]-4-hydroxy-1-oxobutyl]hydroxyamino]pentyl]-4-[(5-aminopentyl)hydroxyamino]-4-oxo- (1z)-", "icl-749b", "n-(5-(3-((5-aminopentyl)hydroxycarbamoyl)propionamido)pentyl)-3-((5-(n-hydroxyacetamido)pentyl)carbamoyl)propionohydroxamic acid", "n'-(5-((4-((5-(acetylhydroxamino)pentyl)amino)-1,4-dioxobutyl)hydroxyamino)pentyl)-n-(5-aminopentyl)-n-hydroxybutanediamide", "propionohydroxamicacid n-[5-[3-[(5-aminopentyl)hydroxycarbamoyl]propionamido]pentyl]-3-[( 5-n-hydroxyacetamido)pentyl]carbamoyl]-", "deferriferrioxamine b", "n'-{5-[acetyl(hydroxy)amino]pentyl}-n-[5-({4-[(5-aminopentyl)(hydroxy)amino]-4-oxobutanoyl}amino)pentyl]-n-hydroxybutanediamide", "butanediamide n'-[5-[[4-[[5- (acetylhydroxyamino)pentyl]amino]-1 4-dioxobutyl]hydroxyamino]pentyl]-n-(5-aminopentyl)-n-hydroxy- monohydrochloride", "desferrioxamine[wiki]", "deferoxamine[wiki][usan]", "3,9,14,20,25-pentaazatriacontane-2,10,13,21,24-pentone 30-amino-3,14,25-trihydroxy-", "propionohydroxamicacid n-[5-[3-[ (5-aminopentyl)hydroxycarbamoyl]propionamido]pentyl]-3-[[ 5-(n-hydroxyacetamido)pentyl]carbamoyl]-", "n1-(5-(acetyl(hydroxy)amino)pentyl)-n4-(5-((4-((5-aminopentyl)(hydroxy)amino)-4-oxobutanoyl)amino)pentyl)-n4-hydroxysuccinamide", "70-51-9 (free base)", "deferoxamina[spanish][inn]", "butanediamide n'-[5-[[4-[[5-(acetylhydroxyamino)pentyl]amino]-1,4-dioxobutyl]hydroxyamino]pentyl]-n-(5-aminopentyl)-n-hydroxy-", "n-[5-[3-[(5-aminopentyl)hydroxycarbamoyl]propionamidopentyl]-3-[5- (n-hydroxycarbamoyl]propionamido]-pentyl]-3-[[5-(n-hydroxyacetamid o)pentyl]carbamoyl]propionohydroxamicacid monomethanesulfonatesalt", "n'-[5-[[4-[[5-(acetylhydroxyamino)pentyl]amino]-1,4-dioxobutyl]hydroxyamino]pentyl]-n-(5-aminopentyl)-n-hydroxybutanediamide", "butanediamide n4-[5-(acetylhydroxyamino)pentyl]-n1-[5-[[4-[(5-aminopentyl)hydroxyamino]-1,4-dioxobutyl]amino]pentyl]-n1-hydroxy-", "dfx", "cgh-749b", "1-amino-6,17-dihydroxy-7,10,18,21-tetraoxo-27-(n-acetylhydroxylamino)-6,11,17,22-tetraazaheptaeicosane", "n-[5-[3-[(5-aminopentyl)hydroxycarbamoyl]propionamido]pentyl]-3-[[5-(n-hydroxyacetamido)pentyl]carbamoyl]propionohydroxamic acid", "propionohydroxamicacid n-[5-(3-[(5-aminopentyl)hydroxycarbamoyl]propionamido)phentyl]-3-( [5-(n-hydroxyacetamido)pentyl]carbamoyl)-", "butanediamide n'-[5-(acetylhydroxyamino)pentyl]-n-[5-[[4-[(5-aminopentyl)hydroxyamino]-1,4-dioxobutyl]amino]pentyl]-n-hydroxy-", "desferriferrioxamin b", "200-738-5[einecs]", "2514118[beilstein]", "deferoxamine [usan:inn][inn][usan]", "butanediamide n'-[5-[[4-[[5-(acetylhydroxyamino)pentyl]amino]-1 4-dioxobutyl]hydroxyamino]pentyl]-n-(5-aminopentyl)-n-hydroxy- monohydrochloride", "7278-84-4[rn]", "desferrioxamin", "butanediamide n'-[5-[[4-[[5- (acetylhydroxyamino)pentyl]amino]-1 4-dioxobutyl]hydroxyamino]pentyl]-n-(5-aminopentyl)-n-hydroxy-", "n'-{5-[acetyl(hydroxy)amino]pentyl}-n-(5-{4-[(5-aminopentyl)(hydroxy)amino]-4-oxobutanamido}pentyl)-n-hydroxybutanediamide", "desferrioxamine mesylate", "desferrioxamine b mesylate", "deferoxamine b mesylate", "desferal mesylate", "deferoxamine methanesulfonate", "desferrioxamine b methanesulfonate", "butanediamide n'-(5-((4-((5-(acetylhydroxyamino)pentyl)amino)-1,4-dioxobutyl)hydroxyamino)pentyl)-n-(5-aminopentyl)-n-hydroxy- methanesulfonate (salt)", "deferoxamine methanesulfonate salt", "205-314-3[einecs]", "n'-{5-[acetyl(hydroxy)amino]pentyl}-n-(5-{4-[(5-aminopentyl)(hydroxy)amino]-4-oxobutanamido}pentyl)-n-hydroxybutanediamide methanesulfonate", "butanediamide n4-[5-(acetylhydroxyamino)pentyl]-n1-[5-[[4-[(5-aminopentyl)hydroxyamino]-1,4-dioxobutyl]amino]pentyl]-n1-hydroxy- methanesulfonate (1:1)(salt)", "butanediamide n'-[5-(acetylhydroxyamino)pentyl]-n-[5-[[4-[(5-aminopentyl)hydroxyamino]-1,4-dioxobutyl]amino]pentyl]-n-hydroxy- methanesulfonate (1:1) (salt)", "n'-{5-[acetyl(hydroxy)amino]pentyl}-n-[5-({4-[(5-aminopentyl)(hydroxy)amino]-4-oxobutanoyl}amino)pentyl]-n-hydroxybutanediamide methanesulfonate(salt)", "138-14-7", "compound with methanesulfonic acid", "n'-{5-[acetyl(hydroxy)amino]pentyl}-n-[5-({4-[(5-aminopentyl)(hydroxy)amino]-4-oxobutanoyl}amino)pentyl]-n-hydroxysuccinamidemethanesulfonate (1:1)[acd/iupac name]", "hydrogenmethanesulfonate n'-{5-[acetyl(hydroxy)amino]pentyl}-n-[5-({4-[(5-aminopentyl)(hydroxy)amino]-4-oxobutanoyl}amino)pentyl]-n-hydroxybutanediamide(1:1:1)", "desferrioxamine mesylate salt", "propionohydroxamicacid n-(5-(3-((5-aminopentyl)hydroxycarbamoyl)propionamido)pentyl)-3-((5-(n-hydroxyacetamido)pentyl)carbamoyl)- monomethanesulfonate(salt)", "deferoxaminemesylate", "butanediamide n4-[5-(acetylhydroxyamino)pentyl]-n1-[5-[[4-[(5-aminopentyl)hydroxyamino]-1,4-dioxobutyl]amino]pentyl]-n1-hydroxy- methanesulfonate(1:1) (salt)", "138-14-7 70-51-9", "n'-{5-[acetyl(hydroxy)amino]pentyl}-n-[5-({4-[(5-aminopentyl)(hydroxy)amino]-4-oxobutanoyl}amino)pentyl]-n-hydroxybutanediamide methanesulfonate(1:1)", "desferal[wiki]", "cas-138-14-7", "deferoxamine methaesulfonate", "n-[5-({3-[5-(acetyl-hydroxy-amino)-pentylcarbamoyl]-propionyl}-hydroxy-amino)-pentyl]-n'-(5-amino-pentyl)-n'-hydroxy-succinamide", "17688-38-9[rn]", "methanesulfonic acid[wiki][acd/iupac name]", "desferal (tn)", "n-[5-[[4-[5-[acetyl(hydroxy)amino]pentylamino]-1,4-dioxobutyl]-hydroxyamino]pentyl]-n'-(5-aminopentyl)-n'-hydroxybutanediamide", "n'-(5-azanylpentyl)-n-[5-[[4-[5-[ethanoyl(oxidanyl)amino]pentylamino]-4-oxidanylidene-butanoyl]-oxidanyl-amino]pentyl]-n'-oxidanyl-butanediamide", "desferal methanesulfonate", "deferoxamine mesilate", "deferoxamine mesylate salt", "n-(5-(3-((5-aminopentyl)hydroxycarbamoyl)propionamido)pentyl)-3-((5-(n-hydroxyacetamido)pentyl)carbamoyl)propionohydroxamic acid monomethanesulfonate (salt)", "desferrioxamine methanesulfonate", "6047788[beilstein]", "35908-62-4[rn]", "138-14-7 70-51-9 [deferoxamine]", "desferrioxamine mesilate", "deferoxamine mesylate[usp]", "138-14-7[rn]", "desferal; desferin", "deferoxamine mesilate[jp15]", "butanediamide n'-(5-((4-((5-(acetylhydroxyamino)pentyl)amino)-1,4-dioxobutyl)hydroxyamino)pentyl)-n-(5-aminopentyl)-n-hydroxy- monomethanesulfonate"}|>, "7336" -> <|"DatabaseID" -> "SW03845", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5163"], ExternalIdentifier["ChEBIID", "5164"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 50469], ExternalIdentifier["ChemSpiderID", 50468]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00492"]}, "IsomericSmiles" -> "CCC(=O)OC(C(C)C)OP(=O)(CCCCc1ccccc1)CC(=O)N2C[C@@H](C[C@H]2C(=O)[O-])C3CCCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00622"]}, "OfficialNames" -> <|"China Approved Name" -> "fosinopril", "Indian Approved Name" -> "fosinopril", "FDA Approved Drug" -> "FOSINOPRIL;FOSINOPRIL SODIUM"|>, "PharmGKBID" -> "PA449710", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55891]}, "Synonyms" -> {"fosinopril sodium", "monopril", "fosinopril", "staril", "acecor", "monopril (tn)", "dipeptidyl carboxypeptidase i", "angiotensin-converting enzyme somatic isoform precursor", "kininase ii", "unii-r43d2573wo", "hms2089p08", "cd143 antigen", "ec 3.4.15.1", "monopril-hct (fosinopril sodium + hydrochlorothiazide)_mixture", "ac1l1k09", "fosenopril", "(4s)-4-cyclohexyl-1-{[{[2-methyl-1-(propanoyloxy)propyl]oxy}(4-phenylbutyl)phosphoryl]acetyl}-l-proline", "(2s,4s)-4-cyclohexyl-1-{2-[(2-methyl-1-propanoyloxypropoxy)(4-phenylbutyl)carbonyl]acetyl}pyrrolidine-2-carboxylic acid sodium salt", "sodium (2s,4s)-4-cyclohexyl-1-({[2-methyl-1-(propionyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)-2-pyrrolidinecarboxylate[acd/iupac name]", "fositens", "tenso stop", "(4s)-4-cyclohexyl-1-({[2-methyl-1-(propionyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)-l-proline[acd/iupac name]", "hiperlex", "(4s)-4-cyclohexyl-1-({[2-methyl-1-(propanoyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)-l-proline", "fosinopril na", "88889-14-9[rn]", "l-proline 4-cyclohexyl-1-[2-[[2-methyl-1-(1-oxopropoxy)propoxy](4-phenylbutyl)phosphinyl]acetyl]-,sodium salt (4s)- (1:1)", "fosinopril sodium salt", "fosinil", "newace", "sodium (2s,4s)-4-cyclohexyl-1-(2-((2-methyl-1-(propionyloxy)propoxy)(4-phenylbutyl)phosphoryl)acetyl)pyrrolidine-2-carboxylate", "sodium (2s,4s)-4-cyclohexyl-1-({[2-methyl-1-(propionyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)pyrrolidine-2-carboxylate", "(4s)-4-cyclohexyl-1-{((rs)-2-methyl-1-(propionyloxy)propoxy)-(4-phenylbutyl)phosphinylacetyl}-l-proline sodium salt", "acenor-m", "sodium (2s,4s)-4-cyclohexyl-1-(2-((2-methyl-1-(propionyloxy)propoxy)(4-phenylbutyl)phosphoryl)acetyl", "fosinoprilsodium", "98048-97-6[rn]", "foziretic", "l-proline 4-cyclohexyl-1-[[[2-methyl-1-(1-oxopropoxy)propoxy](4-phenylbutyl)phosphinyl]acetyl]- (4s)-", "tensogard", "fosinopril sodium[usan]", "fosinopril [inn_en]", "fosipres", "l-proline 4-cyclohexyl-1-[2-[[2-methyl-1-(1-oxopropoxy)propoxy](4-phenylbutyl)phosphinyl]acetyl]-,(4s)-", "(4s)-4-cyclohexyl-1-{[(rs)-2-methyl-1-(propionyloxy)propoxy]-(4-phenylbutyl)phosphinylacetyl}-l-prolinesodi", "eliten", "sodium (2s,4s)-4-cyclohexyl-1-({[2-methyl-1-(propanoyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)pyrrolidine-2-carboxylate", "fosinopril[wiki]", "sapril"}|>, "7337" -> <|"DatabaseID" -> "SW03845", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5163"], ExternalIdentifier["ChEBIID", "5164"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 50469], ExternalIdentifier["ChemSpiderID", 50468]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00492"]}, "IsomericSmiles" -> "CCC(=O)OC(C(C)C)OP(=O)(CCCCc1ccccc1)CC(=O)N2C[C@@H](C[C@H]2C(=O)[O-])C3CCCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00622"]}, "OfficialNames" -> <|"China Approved Name" -> "fosinopril", "Indian Approved Name" -> "fosinopril", "FDA Approved Drug" -> "FOSINOPRIL;FOSINOPRIL SODIUM"|>, "PharmGKBID" -> "PA449710", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55891]}, "Synonyms" -> {"fosinopril sodium", "monopril", "fosinopril", "staril", "acecor", "monopril (tn)", "dipeptidyl carboxypeptidase i", "angiotensin-converting enzyme somatic isoform precursor", "kininase ii", "unii-r43d2573wo", "hms2089p08", "cd143 antigen", "ec 3.4.15.1", "monopril-hct (fosinopril sodium + hydrochlorothiazide)_mixture", "ac1l1k09", "fosenopril", "(4s)-4-cyclohexyl-1-{[{[2-methyl-1-(propanoyloxy)propyl]oxy}(4-phenylbutyl)phosphoryl]acetyl}-l-proline", "(2s,4s)-4-cyclohexyl-1-{2-[(2-methyl-1-propanoyloxypropoxy)(4-phenylbutyl)carbonyl]acetyl}pyrrolidine-2-carboxylic acid sodium salt", "sodium (2s,4s)-4-cyclohexyl-1-({[2-methyl-1-(propionyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)-2-pyrrolidinecarboxylate[acd/iupac name]", "fositens", "tenso stop", "(4s)-4-cyclohexyl-1-({[2-methyl-1-(propionyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)-l-proline[acd/iupac name]", "hiperlex", "(4s)-4-cyclohexyl-1-({[2-methyl-1-(propanoyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)-l-proline", "fosinopril na", "88889-14-9[rn]", "l-proline 4-cyclohexyl-1-[2-[[2-methyl-1-(1-oxopropoxy)propoxy](4-phenylbutyl)phosphinyl]acetyl]-,sodium salt (4s)- (1:1)", "fosinopril sodium salt", "fosinil", "newace", "sodium (2s,4s)-4-cyclohexyl-1-(2-((2-methyl-1-(propionyloxy)propoxy)(4-phenylbutyl)phosphoryl)acetyl)pyrrolidine-2-carboxylate", "sodium (2s,4s)-4-cyclohexyl-1-({[2-methyl-1-(propionyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)pyrrolidine-2-carboxylate", "(4s)-4-cyclohexyl-1-{((rs)-2-methyl-1-(propionyloxy)propoxy)-(4-phenylbutyl)phosphinylacetyl}-l-proline sodium salt", "acenor-m", "sodium (2s,4s)-4-cyclohexyl-1-(2-((2-methyl-1-(propionyloxy)propoxy)(4-phenylbutyl)phosphoryl)acetyl", "fosinoprilsodium", "98048-97-6[rn]", "foziretic", "l-proline 4-cyclohexyl-1-[[[2-methyl-1-(1-oxopropoxy)propoxy](4-phenylbutyl)phosphinyl]acetyl]- (4s)-", "tensogard", "fosinopril sodium[usan]", "fosinopril [inn_en]", "fosipres", "l-proline 4-cyclohexyl-1-[2-[[2-methyl-1-(1-oxopropoxy)propoxy](4-phenylbutyl)phosphinyl]acetyl]-,(4s)-", "(4s)-4-cyclohexyl-1-{[(rs)-2-methyl-1-(propionyloxy)propoxy]-(4-phenylbutyl)phosphinylacetyl}-l-prolinesodi", "eliten", "sodium (2s,4s)-4-cyclohexyl-1-({[2-methyl-1-(propanoyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)pyrrolidine-2-carboxylate", "fosinopril[wiki]", "sapril"}|>, "7338" -> <|"DatabaseID" -> "SW03845", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5163"], ExternalIdentifier["ChEBIID", "5164"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 50469], ExternalIdentifier["ChemSpiderID", 50468]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00492"]}, "IsomericSmiles" -> "CCC(=O)OC(C(C)C)OP(=O)(CCCCc1ccccc1)CC(=O)N2C[C@@H](C[C@H]2C(=O)[O-])C3CCCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00622"]}, "OfficialNames" -> <|"China Approved Name" -> "fosinopril", "Indian Approved Name" -> "fosinopril", "FDA Approved Drug" -> "FOSINOPRIL;FOSINOPRIL SODIUM"|>, "PharmGKBID" -> "PA449710", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55891]}, "Synonyms" -> {"fosinopril sodium", "monopril", "fosinopril", "staril", "acecor", "monopril (tn)", "dipeptidyl carboxypeptidase i", "angiotensin-converting enzyme somatic isoform precursor", "kininase ii", "unii-r43d2573wo", "hms2089p08", "cd143 antigen", "ec 3.4.15.1", "monopril-hct (fosinopril sodium + hydrochlorothiazide)_mixture", "ac1l1k09", "fosenopril", "(4s)-4-cyclohexyl-1-{[{[2-methyl-1-(propanoyloxy)propyl]oxy}(4-phenylbutyl)phosphoryl]acetyl}-l-proline", "(2s,4s)-4-cyclohexyl-1-{2-[(2-methyl-1-propanoyloxypropoxy)(4-phenylbutyl)carbonyl]acetyl}pyrrolidine-2-carboxylic acid sodium salt", "sodium (2s,4s)-4-cyclohexyl-1-({[2-methyl-1-(propionyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)-2-pyrrolidinecarboxylate[acd/iupac name]", "fositens", "tenso stop", "(4s)-4-cyclohexyl-1-({[2-methyl-1-(propionyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)-l-proline[acd/iupac name]", "hiperlex", "(4s)-4-cyclohexyl-1-({[2-methyl-1-(propanoyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)-l-proline", "fosinopril na", "88889-14-9[rn]", "l-proline 4-cyclohexyl-1-[2-[[2-methyl-1-(1-oxopropoxy)propoxy](4-phenylbutyl)phosphinyl]acetyl]-,sodium salt (4s)- (1:1)", "fosinopril sodium salt", "fosinil", "newace", "sodium (2s,4s)-4-cyclohexyl-1-(2-((2-methyl-1-(propionyloxy)propoxy)(4-phenylbutyl)phosphoryl)acetyl)pyrrolidine-2-carboxylate", "sodium (2s,4s)-4-cyclohexyl-1-({[2-methyl-1-(propionyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)pyrrolidine-2-carboxylate", "(4s)-4-cyclohexyl-1-{((rs)-2-methyl-1-(propionyloxy)propoxy)-(4-phenylbutyl)phosphinylacetyl}-l-proline sodium salt", "acenor-m", "sodium (2s,4s)-4-cyclohexyl-1-(2-((2-methyl-1-(propionyloxy)propoxy)(4-phenylbutyl)phosphoryl)acetyl", "fosinoprilsodium", "98048-97-6[rn]", "foziretic", "l-proline 4-cyclohexyl-1-[[[2-methyl-1-(1-oxopropoxy)propoxy](4-phenylbutyl)phosphinyl]acetyl]- (4s)-", "tensogard", "fosinopril sodium[usan]", "fosinopril [inn_en]", "fosipres", "l-proline 4-cyclohexyl-1-[2-[[2-methyl-1-(1-oxopropoxy)propoxy](4-phenylbutyl)phosphinyl]acetyl]-,(4s)-", "(4s)-4-cyclohexyl-1-{[(rs)-2-methyl-1-(propionyloxy)propoxy]-(4-phenylbutyl)phosphinylacetyl}-l-prolinesodi", "eliten", "sodium (2s,4s)-4-cyclohexyl-1-({[2-methyl-1-(propanoyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)pyrrolidine-2-carboxylate", "fosinopril[wiki]", "sapril"}|>, "7339" -> <|"DatabaseID" -> "SW03845", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5163"], ExternalIdentifier["ChEBIID", "5164"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 50469], ExternalIdentifier["ChemSpiderID", 50468]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00492"]}, "IsomericSmiles" -> "CCC(=O)OC(C(C)C)OP(=O)(CCCCc1ccccc1)CC(=O)N2C[C@@H](C[C@H]2C(=O)[O-])C3CCCCC3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00622"]}, "OfficialNames" -> <|"China Approved Name" -> "fosinopril", "Indian Approved Name" -> "fosinopril", "FDA Approved Drug" -> "FOSINOPRIL;FOSINOPRIL SODIUM"|>, "PharmGKBID" -> "PA449710", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55891]}, "Synonyms" -> {"fosinopril sodium", "monopril", "fosinopril", "staril", "acecor", "monopril (tn)", "dipeptidyl carboxypeptidase i", "angiotensin-converting enzyme somatic isoform precursor", "kininase ii", "unii-r43d2573wo", "hms2089p08", "cd143 antigen", "ec 3.4.15.1", "monopril-hct (fosinopril sodium + hydrochlorothiazide)_mixture", "ac1l1k09", "fosenopril", "(4s)-4-cyclohexyl-1-{[{[2-methyl-1-(propanoyloxy)propyl]oxy}(4-phenylbutyl)phosphoryl]acetyl}-l-proline", "(2s,4s)-4-cyclohexyl-1-{2-[(2-methyl-1-propanoyloxypropoxy)(4-phenylbutyl)carbonyl]acetyl}pyrrolidine-2-carboxylic acid sodium salt", "sodium (2s,4s)-4-cyclohexyl-1-({[2-methyl-1-(propionyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)-2-pyrrolidinecarboxylate[acd/iupac name]", "fositens", "tenso stop", "(4s)-4-cyclohexyl-1-({[2-methyl-1-(propionyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)-l-proline[acd/iupac name]", "hiperlex", "(4s)-4-cyclohexyl-1-({[2-methyl-1-(propanoyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)-l-proline", "fosinopril na", "88889-14-9[rn]", "l-proline 4-cyclohexyl-1-[2-[[2-methyl-1-(1-oxopropoxy)propoxy](4-phenylbutyl)phosphinyl]acetyl]-,sodium salt (4s)- (1:1)", "fosinopril sodium salt", "fosinil", "newace", "sodium (2s,4s)-4-cyclohexyl-1-(2-((2-methyl-1-(propionyloxy)propoxy)(4-phenylbutyl)phosphoryl)acetyl)pyrrolidine-2-carboxylate", "sodium (2s,4s)-4-cyclohexyl-1-({[2-methyl-1-(propionyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)pyrrolidine-2-carboxylate", "(4s)-4-cyclohexyl-1-{((rs)-2-methyl-1-(propionyloxy)propoxy)-(4-phenylbutyl)phosphinylacetyl}-l-proline sodium salt", "acenor-m", "sodium (2s,4s)-4-cyclohexyl-1-(2-((2-methyl-1-(propionyloxy)propoxy)(4-phenylbutyl)phosphoryl)acetyl", "fosinoprilsodium", "98048-97-6[rn]", "foziretic", "l-proline 4-cyclohexyl-1-[[[2-methyl-1-(1-oxopropoxy)propoxy](4-phenylbutyl)phosphinyl]acetyl]- (4s)-", "tensogard", "fosinopril sodium[usan]", "fosinopril [inn_en]", "fosipres", "l-proline 4-cyclohexyl-1-[2-[[2-methyl-1-(1-oxopropoxy)propoxy](4-phenylbutyl)phosphinyl]acetyl]-,(4s)-", "(4s)-4-cyclohexyl-1-{[(rs)-2-methyl-1-(propionyloxy)propoxy]-(4-phenylbutyl)phosphinylacetyl}-l-prolinesodi", "eliten", "sodium (2s,4s)-4-cyclohexyl-1-({[2-methyl-1-(propanoyloxy)propoxy](4-phenylbutyl)phosphoryl}acetyl)pyrrolidine-2-carboxylate", "fosinopril[wiki]", "sapril"}|>, "7340" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7341" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7342" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7343" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7344" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7345" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7346" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7347" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7348" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7349" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7350" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7351" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7352" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7353" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7354" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7355" -> <|"DatabaseID" -> "SW03846", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477687]}, "IsomericSmiles" -> "C[C@H]1[C@H](OC2C(C1=O)C(=O)C(=C(C2(CC=C(C)C)CC(=C(C)C)CCC(C)C)[O-])C(CC(=O)[O-])c3ccccc3)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesuanic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5319381]}, "Synonyms" -> {"3-[(2r", "ac1nsxzv", "mesuanic acid"}|>, "7356" -> <|"DatabaseID" -> "SW03847", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18983]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "andrographan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20149]}, "Synonyms" -> {"n-tetracontane", "4181-95-7[rn]", "tetracontane", "224-055-7[einecs]", "87087_fluka", "alkane c40", "ac1l2fnk", "einecs 224-055-7", "442706_supelco", "4181-95-7", "87087_aldrich", "andrographan", "tetracontane[wiki][acd/iupac name]", "87086_fluka"}|>, "7357" -> <|"DatabaseID" -> "SW03848", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15932"]}, "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O[C@H]5[C@@H]([C@](CO5)(CO)O)O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apiin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280746]}, "Synonyms" -> {"apiin", "apigenin-7-apioglucoside", "apigenin 7-o-[beta-d-apiosyl-(1->2)-beta-d-glucoside]", "ac1nqxj2", "spectrum_000204", "apioside", "spectrum2_001800", "26544-34-3", "7-((2-o-beta-d-apiofuranosyl-beta-d-glucopyranosyl)oxy)-5-hydroxy-2-(4-hydroxyphenyl)-4h-1-benzopyranone", "specplus_000939"}|>, "7358" -> <|"DatabaseID" -> "SW03849", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8091534]}, "IsomericSmiles" -> "CC(=O)N[C@H]1CCc2cc(c(c(c2-c3c1cc(=O)c(cc3)SC)OC)OC)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07276"]}, "OfficialNames" -> <|"Indian Approved Name" -> "thiocolchicoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9915886]}, "Synonyms" -> {"thiocolchicoside", "coltramyl", "4-17-00-03428", "dsstox_cid_25330", "dsstox_rid_80807", "602-41-5[rn]", "thiocolchicine glycoside", "10-thiocolchicoside", "chebi:456724", "musco-ril", "cas-602-41-5", "thiocolchicoside (inn)", "chembl213907", "ncgc00016519-01", "210-017-7[einecs]", "tiocolchicoside", "coltramyl (tn)", "3,10-di(demethoxy)-3-glucosyloxy-10-methylthiocolchicine", "ambap602-41-5", "r. 271", "dsstox_gsid_45330", "n-[(7s)-3-(b-d-glucopyranosyloxy)-1,2-dimethoxy-10-(methylthio)-9-oxo-5,6,7,9-tetrahydrobenzo[a]heptalen-7-yl]acetamide"}|>, "7359" -> <|"DatabaseID" -> "SW03850", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59909"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 147720]}, "IsomericSmiles" -> "CC(C)[C@H]1C(=O)N2CCC[C@H]2[C@]3(N1C(=O)[C@](O3)(C(C)C)NC(=O)[C@@H]4C[C@@H]5c6cccc7c6c(c[nH]7)C[C@H]5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydroergocornine"|>, "Synonyms" -> {"246-992-0[einecs]", "9,10-dihydroergocornine", "ergocornine dihydro-", "ergocornine 9,10-dihydro-", "d.h.o. 180", "dihydroergocornine[wiki]", "ergocornine dihydro- (7ci)", "25447-65-8[rn]", "(5'a,10a)-9,10-dihydro-12'-hydroxy-2',5'-bis(1-methylethyl)ergotaman-3',6',18-trione"}|>, "7360" -> <|"DatabaseID" -> "SW03850", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59909"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 147720]}, "IsomericSmiles" -> "CC(C)[C@H]1C(=O)N2CCC[C@H]2[C@]3(N1C(=O)[C@](O3)(C(C)C)NC(=O)[C@@H]4C[C@@H]5c6cccc7c6c(c[nH]7)C[C@H]5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydroergocornine"|>, "Synonyms" -> {"246-992-0[einecs]", "9,10-dihydroergocornine", "ergocornine dihydro-", "ergocornine 9,10-dihydro-", "d.h.o. 180", "dihydroergocornine[wiki]", "ergocornine dihydro- (7ci)", "25447-65-8[rn]", "(5'a,10a)-9,10-dihydro-12'-hydroxy-2',5'-bis(1-methylethyl)ergotaman-3',6',18-trione"}|>, "7361" -> <|"DatabaseID" -> "SW03851", "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCC(=O)Nc1ccn(c(=O)n1)[C@H]2[C@H]([C@@H]([C@H](O2)CO)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01633"]}, "OfficialNames" -> <|"NPC Approved Name" -> "enocitabine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71734]}, "Synonyms" -> {"sunrabin", "enocitabine", "n(sup 4)-behenoylcytosine arabinoside", "nsc-239336", "enocitabinum [inn-latin]", "ncgc00167515-01", "behenoylcytosine arabinoside", "brn 0772101", "bh-ac", "enocitabina [inn-spanish]"}|>, "7362" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7363" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7364" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7365" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7366" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7367" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7368" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7369" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7370" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7371" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7372" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7373" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7374" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7375" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7376" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7377" -> <|"DatabaseID" -> "SW03852", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 29699]}, "IsomericSmiles" -> "CC1[C@H](C(C([C@@H](O1)O[C@H]2CC[C@@]3(C4C[C@H]([C@@]5([C@H](CC[C@@]5(C4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)O)C=O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-antiarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32024]}, "Synonyms" -> {"ls-52322", "alpha-antiarin", "(3s", "3-((6-deoxy-beta-d-glucopyranosyl)oxy)-5", "ac1l1mu2", "antiarigenin + d-gulomethylose [german]", "23605-05-2", "antiarigenin + d-gulomethylose[german]", "card-20(22)-enolide", "antiarigenin + d-gulomethylose", "23605-05-2[rn]"}|>, "7378" -> <|"DatabaseID" -> "SW03853", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9413866]}, "IsomericSmiles" -> "CCOc1nc2cccc(c2n1Cc3ccc(cc3)c4ccccc4c5[nH]oc(=O)n5)C(=O)OCc6c(oc(=O)o6)C", "OfficialNames" -> <|"FDA Approved Drug" -> "AZILSARTAN MEDOXOMIL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11238823]}, "Synonyms" -> {"azilsartan (inn/usan)", "akos007930700", "azilsartan medoxomil[usan]", "edarbi", "863031-21-4[rn]", "dcl000491", "dcl000490", "unii-ll0g25k7i2", "edarbi (tn)", "azilsartan[wiki]", "azilsartan medoxomil (usan)", "azilsartan", "tak 491", "(5-methyl-2-oxo-1,3-dioxol-4-yl)methyl 2-ethoxy-1-((2'-(5-oxo-2,5-dihydro-1,2,4-oxadiazol-3-yl)-[1,1'-biphenyl]-4-yl)methyl)-1h-benzo[d]imidazole-7-carboxylate", "tak-491", "863031-21-4", "147403-03-0[rn]"}|>, "7379" -> <|"DatabaseID" -> "SW03855", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 57717], ExternalIdentifier["ChemSpiderID", 57718]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00220"]}, "IsomericSmiles" -> "Cc1c(cccc1O)C(=O)N[C@@H](CSc2ccccc2)[C@@H](C[NH+]3C[C@H]4CCCC[C@H]4C[C@H]3C(=O)NC(C)(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00899"], ExternalIdentifier["KEGGID", "D08259"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nelfinavir", "FDA Approved Drug" -> "NELFINAVIR MESYLATE"|>, "PharmGKBID" -> "PA450606", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64142], ExternalIdentifier["PubChemCompoundID", 64143]}, "Synonyms" -> {"viracept", "nelfinavir mesylate", "nelfinavir", "nfv", "nlf", "nelfinavir mesilate", "ag1343", "nelfinavir[wiki]", "1un", "159989-65-8", "viracept (tn)", "fragment", "159989-64-7[rn]", "nelfinavir (inn)", "vrx496", "(3s,4as,8as)-n-tert-butyl-2-[(2r,3r)-2-hydroxy-3-{[(3-hydroxy-2-methylphenyl)carbonyl]amino}-4-(phenylsulfanyl)butyl]decahydroisoquinoline-3-carboxamidemethanesulfonate (salt)", "[3s-(3r*,4ar*,8ar*,2's*,3's*)]-2-[2'-hydroxy-3'-phenylthiomethyl-4'-aza-5'-oxo-5'-(2''-methyl-3''-hydroxyphenyl)pentyl]decahydroisoquinoline-3-n-t-butylcarboxamide", "azt/3tc/nlfr combination", "(3s,4as,8as)-n-tert-butyl-2-[(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylthio)butyl]decahydroisoquinoline-3-carboxamide methanesulfonate (salt)", "(3s,4as,8as)-2-[(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylsulfanyl)butyl]-n-(2-methyl-2-propanyl)decahydro-3-isoquinolinecarboxamide methanesulfonate(1:1)[acd/iupac name]", "3-isoquinolinecarboxamide,n-(1,1-dimethylethyl)decahydro-2-[(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylthio)butyl]- (3s,4as,8as)-,methanesulfonate(1:1) (salt)", "(3s,4as,8as)-n-tert-butyl-2-[(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylsulfanyl)butyl]decahydroisoquinoline-3-carboxamide", "(3s-(2(2s*,3s*),3-a,4ab,8ab))-n-(1,1-dimethylethyl)decahydro-2-(2-hydroxy-3-((3-hydroxy-2-methylbenzoyl)amino)-4-(phenylthio)butyl)-3-isoquinolinecarboxamide monomethanesulfonate (salt)", "nelfinavir [inn:ban]", "nelfinavir [inn:ban][inn]", "viracept[wiki]", "dsstox_gsid_33736", "159989-65-8[rn]", "[159989-65-8]", "3-isoquinolinecarboxamide,n-(1,1-dimethylethyl)decahydro-2-[(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylthio)butyl]- (3s,4as,8as)-", "(3s,4as,8as)-2-[(2r,3r)-2-hydroxy-3-(3-hydroxy-2-methyl-benzoylamino)-4-phenylsulfanyl-butyl]-decahydro-isoquinoline-3-carboxylic acidtert-butylamide; compound with methanesulfonic acid", "3-isoquinolinecarboxamide,n-(1,1-dimethylethyl)decahydro-2- [(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylthio)butyl]- (3s,4as,8as)-", "hsdb 7159", "159989-64-7", "[3s-[2(2s*,3s*),3a,4ab,8ab]]-n-(1,1-dimethylethyl)decahydro-2-[2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylthio)butyl]-3-isoquinolinecarboxamide", "(3s,4as,8as)-n-(1,1-dimethylethyl)decahydro-2-((2r,3r)-2-hydroxy-3-((3-hydroxy-2-methylbenzoyl)amino)-4-(phenylthio)butyl)-3-isoquinolinecarboxamide", "337376-15-5", "nelfinavir mesylate[usan]", "nelfinavir monomethane sulfonate", "ag1346", "(3s,4as,8as)-n-(1,1-dimethylethyl)decahydro-2-[(2r,3r)-2- hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylthio)butyl]-3-isoquinolinecarboxamide methanesulfonate", "nelfinavir [ban:inn]", "1ohr", "dsstox_cid_10777", "ag 1343", "3-isoquinolinecarboxamide,n-(1,1-dimethylethyl)decahydro-2-((2r,3r)-2-hydroxy-3-((3-hydroxy-2-methylbenzoyl)amino)-4-(phenylthio)butyl)- (3s,4as,8as)-,monomethanesulfonate (salt)", "(3s,4as,8as)-n-tert-butyl-2-[(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylsulfanyl)butyl]decahydroisoquinoline-3-carboxamidemethanesulfonate (1:1)", "2-[2-hydroxy-3-(3-hydroxy-2-methyl-benzoylamino)-4-phenyl sulfanyl-butyl]-decahydro-isoquinoline-3-carboxylic acid tert-butylamide", "3-isoquinolinecarboxamide,n-(1,1-dimethylethyl)decahydro-2-((2r,3r)-2-hydroxy-3-((3-hydroxy-2-methylbenzoyl)amino)-4-(phenylthio)butyl)- (3s,4as,8as)-", "dsstox_rid_79093", "(3s,4as,8as)-n-(1,1-dimethylethyl)decahydro-2-((2r,3r)-2-hydroxy-3-((3-hydroxy-2-methylbenzoyl)amino)-4-(phenylthio)butyl)-3-isoquinolinecarboxamide mesylate"}|>, "7380" -> <|"DatabaseID" -> "SW03855", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 57717], ExternalIdentifier["ChemSpiderID", 57718]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00220"]}, "IsomericSmiles" -> "Cc1c(cccc1O)C(=O)N[C@@H](CSc2ccccc2)[C@@H](C[NH+]3C[C@H]4CCCC[C@H]4C[C@H]3C(=O)NC(C)(C)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00899"], ExternalIdentifier["KEGGID", "D08259"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nelfinavir", "FDA Approved Drug" -> "NELFINAVIR MESYLATE"|>, "PharmGKBID" -> "PA450606", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 64142], ExternalIdentifier["PubChemCompoundID", 64143]}, "Synonyms" -> {"viracept", "nelfinavir mesylate", "nelfinavir", "nfv", "nlf", "nelfinavir mesilate", "ag1343", "nelfinavir[wiki]", "1un", "159989-65-8", "viracept (tn)", "fragment", "159989-64-7[rn]", "nelfinavir (inn)", "vrx496", "(3s,4as,8as)-n-tert-butyl-2-[(2r,3r)-2-hydroxy-3-{[(3-hydroxy-2-methylphenyl)carbonyl]amino}-4-(phenylsulfanyl)butyl]decahydroisoquinoline-3-carboxamidemethanesulfonate (salt)", "[3s-(3r*,4ar*,8ar*,2's*,3's*)]-2-[2'-hydroxy-3'-phenylthiomethyl-4'-aza-5'-oxo-5'-(2''-methyl-3''-hydroxyphenyl)pentyl]decahydroisoquinoline-3-n-t-butylcarboxamide", "azt/3tc/nlfr combination", "(3s,4as,8as)-n-tert-butyl-2-[(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylthio)butyl]decahydroisoquinoline-3-carboxamide methanesulfonate (salt)", "(3s,4as,8as)-2-[(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylsulfanyl)butyl]-n-(2-methyl-2-propanyl)decahydro-3-isoquinolinecarboxamide methanesulfonate(1:1)[acd/iupac name]", "3-isoquinolinecarboxamide,n-(1,1-dimethylethyl)decahydro-2-[(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylthio)butyl]- (3s,4as,8as)-,methanesulfonate(1:1) (salt)", "(3s,4as,8as)-n-tert-butyl-2-[(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylsulfanyl)butyl]decahydroisoquinoline-3-carboxamide", "(3s-(2(2s*,3s*),3-a,4ab,8ab))-n-(1,1-dimethylethyl)decahydro-2-(2-hydroxy-3-((3-hydroxy-2-methylbenzoyl)amino)-4-(phenylthio)butyl)-3-isoquinolinecarboxamide monomethanesulfonate (salt)", "nelfinavir [inn:ban]", "nelfinavir [inn:ban][inn]", "viracept[wiki]", "dsstox_gsid_33736", "159989-65-8[rn]", "[159989-65-8]", "3-isoquinolinecarboxamide,n-(1,1-dimethylethyl)decahydro-2-[(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylthio)butyl]- (3s,4as,8as)-", "(3s,4as,8as)-2-[(2r,3r)-2-hydroxy-3-(3-hydroxy-2-methyl-benzoylamino)-4-phenylsulfanyl-butyl]-decahydro-isoquinoline-3-carboxylic acidtert-butylamide; compound with methanesulfonic acid", "3-isoquinolinecarboxamide,n-(1,1-dimethylethyl)decahydro-2- [(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylthio)butyl]- (3s,4as,8as)-", "hsdb 7159", "159989-64-7", "[3s-[2(2s*,3s*),3a,4ab,8ab]]-n-(1,1-dimethylethyl)decahydro-2-[2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylthio)butyl]-3-isoquinolinecarboxamide", "(3s,4as,8as)-n-(1,1-dimethylethyl)decahydro-2-((2r,3r)-2-hydroxy-3-((3-hydroxy-2-methylbenzoyl)amino)-4-(phenylthio)butyl)-3-isoquinolinecarboxamide", "337376-15-5", "nelfinavir mesylate[usan]", "nelfinavir monomethane sulfonate", "ag1346", "(3s,4as,8as)-n-(1,1-dimethylethyl)decahydro-2-[(2r,3r)-2- hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylthio)butyl]-3-isoquinolinecarboxamide methanesulfonate", "nelfinavir [ban:inn]", "1ohr", "dsstox_cid_10777", "ag 1343", "3-isoquinolinecarboxamide,n-(1,1-dimethylethyl)decahydro-2-((2r,3r)-2-hydroxy-3-((3-hydroxy-2-methylbenzoyl)amino)-4-(phenylthio)butyl)- (3s,4as,8as)-,monomethanesulfonate (salt)", "(3s,4as,8as)-n-tert-butyl-2-[(2r,3r)-2-hydroxy-3-[(3-hydroxy-2-methylbenzoyl)amino]-4-(phenylsulfanyl)butyl]decahydroisoquinoline-3-carboxamidemethanesulfonate (1:1)", "2-[2-hydroxy-3-(3-hydroxy-2-methyl-benzoylamino)-4-phenyl sulfanyl-butyl]-decahydro-isoquinoline-3-carboxylic acid tert-butylamide", "3-isoquinolinecarboxamide,n-(1,1-dimethylethyl)decahydro-2-((2r,3r)-2-hydroxy-3-((3-hydroxy-2-methylbenzoyl)amino)-4-(phenylthio)butyl)- (3s,4as,8as)-", "dsstox_rid_79093", "(3s,4as,8as)-n-(1,1-dimethylethyl)decahydro-2-((2r,3r)-2-hydroxy-3-((3-hydroxy-2-methylbenzoyl)amino)-4-(phenylthio)butyl)-3-isoquinolinecarboxamide mesylate"}|>, "7381" -> <|"DatabaseID" -> "SW03856", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27547"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444421]}, "IsomericSmiles" -> "CC1=C(C(C[C@@H](C1)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(/C=C/C=C(/C=C/C2=C(C[C@H](CC2(C)C)O)C)\\C)\\C)/C)/C", "OfficialNames" -> <|"Indian Approved Name" -> "zeaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280899]}, "Synonyms" -> {"zeaxanthol", "xanthophyll 3", "anchovyxanthin", "all-trans-zeaxanthin", "einecs 205-636-4", "2068416[beilstein]", "zeaxanthin", "(3r,3'r)-zeaxanthin", "(1r,1'r)-4,4'-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-1,3,5,7,9,11,13,15,17-octadecanonaene-1,18-diyl]bis(3,5,5-trimethyl-3-cyclohexen-1-ol)", "(3r,3'r)-dihydroxy-b-carotene", "205-636-4[einecs]", "zeaxanthin[wiki]", "(1r,1'r)-4,4'-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-1,3,5,7,9,11,13,15,17-octadecanonaen-1,18-diyl]bis(3,5,5-trimethyl-3-cyclohexen-1-ol)", "all-trans-anchovyxanthin", "(3r", "beta", "(3r,3'r)-?,?-carotene-3,3'-diol", "144-68-3", "144-68-3[rn]", "ncgc00181020-01"}|>, "7382" -> <|"DatabaseID" -> "SW03857", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28838"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444655]}, "IsomericSmiles" -> "CC1=C(C(C[C@@H](C1)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C=C/[C@H]2C(=C[C@@H](CC2(C)C)O)C)/C)/C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lutein", "Indian Approved Name" -> "leutin;lutein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281243]}, "Synonyms" -> {"bo-xan", "127-40-2[rn]", "204-840-0[einecs]", "leutin", "dsstox_rid_81874", "ac1nqy9c", "208-916-4[einecs]", "lutein[wiki]", "xanthophyll[wiki]", "vegetable luteol", "chebi:28838", "dsstox_cid_26749", "vegetable lutein", "2068550[beilstein]", "dsstox_gsid_46749", "adaptinol", "xanthophyll", "lutein", "(1r,4r)-4-{(1e,3e,5e,7e,9e,11e,13e,15e,17e)-18-[(4r)-4-hydroxy-2,6,6-trimethyl-1-cyclohexen-1-yl]-3,7,12,16-tetramethyl-1,3,5,7,9,11,13,15,17-octadecanonaen-1-yl}-3,5,5-trimethyl-2-cyclohexen-1-ol", "?,?-carotene-3,3'-diol", "ncgc00167965-01", "547-17-1[rn]", "helenien[jan]", "127-40-2"}|>, "7383" -> <|"DatabaseID" -> "SW03858", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3604]}, "IsomericSmiles" -> "CCC(Cc1c(cc(c(c1I)N)I)I)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01014"]}, "OfficialNames" -> <|"China Approved Name" -> "iopanoic acid", "FDA Approved Drug" -> "IOPANOIC ACID"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3735]}, "Synonyms" -> {"telepaque", "iopanoic acid", "bilijodon", "cistobil", "iodopanoic acid", "cholevid", "iopagnost", "choladine", "jopanoic acid", "polognost", "3-(3-amino-2,4,6-triiodophenyl)-2-ethylpropanoic acid", "3-amino-a-ethyl-2,4,6-triiodohydrocinnamic acid", "2-(3-amino-2,4,6-triiodobenzyl)butyric acid", "acidum iopanoicum[latin]", "telepaque (tn)", "iodopanic acid", "3-(3-amino-2,4,6-triiodophenyl)-2-ethylpropionic acid", "4-14-00-01741 (beilstein handbook reference)[beilstein]", "zr bi di fi c1y2&vq;[wln]", "2-(3-amino-2,4,6-triiodobenzyl)butanoic acid[acd/iupac name]", "teletrast", "96-83-3[rn]", "acido iopanoico[spanish][inn]", "3-amino-a-ethyl-2,4,6-triiodobenzenepropanoic acid", "2-[(3-amino-2,4,6-triiodophenyl)methyl]butanoic acid", "iopanoicum", "colepax", "jopagnost", "acide iopanoique[french][inn]", "202-539-9[einecs]", "iopanic acid", "copanoic", "iopanoic acid [ban:inn:jan][inn][jan]"}|>, "7384" -> <|"DatabaseID" -> "SW03858", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3604]}, "IsomericSmiles" -> "CCC(Cc1c(cc(c(c1I)N)I)I)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01014"]}, "OfficialNames" -> <|"China Approved Name" -> "iopanoic acid", "FDA Approved Drug" -> "IOPANOIC ACID"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3735]}, "Synonyms" -> {"telepaque", "iopanoic acid", "bilijodon", "cistobil", "iodopanoic acid", "cholevid", "iopagnost", "choladine", "jopanoic acid", "polognost", "3-(3-amino-2,4,6-triiodophenyl)-2-ethylpropanoic acid", "3-amino-a-ethyl-2,4,6-triiodohydrocinnamic acid", "2-(3-amino-2,4,6-triiodobenzyl)butyric acid", "acidum iopanoicum[latin]", "telepaque (tn)", "iodopanic acid", "3-(3-amino-2,4,6-triiodophenyl)-2-ethylpropionic acid", "4-14-00-01741 (beilstein handbook reference)[beilstein]", "zr bi di fi c1y2&vq;[wln]", "2-(3-amino-2,4,6-triiodobenzyl)butanoic acid[acd/iupac name]", "teletrast", "96-83-3[rn]", "acido iopanoico[spanish][inn]", "3-amino-a-ethyl-2,4,6-triiodobenzenepropanoic acid", "2-[(3-amino-2,4,6-triiodophenyl)methyl]butanoic acid", "iopanoicum", "colepax", "jopagnost", "acide iopanoique[french][inn]", "202-539-9[einecs]", "iopanic acid", "copanoic", "iopanoic acid [ban:inn:jan][inn][jan]"}|>, "7385" -> <|"DatabaseID" -> "SW03859", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390647]}, "IsomericSmiles" -> "CC(C)([C@H]1Cc2cc3ccc(=O)oc3cc2O1)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O[C@@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "decuroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442125]}, "Synonyms" -> {"decuroside iii", "96638-81-2[rn]", "ac1l9cae", "(2r)-2-[2-[(2s", "c09257", "96638-81-2"}|>, "7386" -> <|"DatabaseID" -> "SW03860", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63452"]}, "IsomericSmiles" -> "C[C@@]12[C@@H]([C@@H](C[C@@H](O1)n3c4ccccc4c5c3c6n2c7ccccc7c6c8c5C(=O)NC8)N(C)C(=O)c9ccccc9)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05029"]}, "OfficialNames" -> <|"NPC Approved Name" -> "midostaurin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9829523]}, "Synonyms" -> {"n-[(5s", "chebi:63452", "dnc011187", "ncgc00241102-01", "pkc 412", "midostaurin", "chebi:708601", "ccg-101288", "surecn8295379", "pkc-412", "cgp 41251"}|>, "7387" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7388" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7389" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7390" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7391" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7392" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7393" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7394" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7395" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7396" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7397" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7398" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7399" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7400" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7401" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7402" -> <|"DatabaseID" -> "SW03861", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 204595]}, "IsomericSmiles" -> "C[NH+]1CCC23c4c5cc(c(c4OC2C(C=CC3C1C5)O)O)c6cc7c8c(c6O)OC9C81CC[NH+](C(C7)C1C=CC9O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudomorphine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 234570]}, "Synonyms" -> {"pseudomorphine", "[2", "ac1l5sib"}|>, "7403" -> <|"DatabaseID" -> "SW03862", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478679]}, "IsomericSmiles" -> "CC(C)c1c2c(cc(c1O)c3cc4c(c(c3O)C(C)C)CCC5[C@@]4(CCCC5(C)C)C)[C@]6(CCCC(C6CC2)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "podototarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320650]}, "Synonyms" -> {"bspbio_003015", "ac1nszq0", "specplus_000128", "spectrum3_001318", "kbioss_001566", "spectrum100286", "spectrum5_001703", "kbiogr_001620", "spectrum4_001210", "spectrum_001086", "podototarin"}|>, "7404" -> <|"DatabaseID" -> "SW03862", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478679]}, "IsomericSmiles" -> "CC(C)c1c2c(cc(c1O)c3cc4c(c(c3O)C(C)C)CCC5[C@@]4(CCCC5(C)C)C)[C@]6(CCCC(C6CC2)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "podototarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320650]}, "Synonyms" -> {"bspbio_003015", "ac1nszq0", "specplus_000128", "spectrum3_001318", "kbioss_001566", "spectrum100286", "spectrum5_001703", "kbiogr_001620", "spectrum4_001210", "spectrum_001086", "podototarin"}|>, "7405" -> <|"DatabaseID" -> "SW03862", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478679]}, "IsomericSmiles" -> "CC(C)c1c2c(cc(c1O)c3cc4c(c(c3O)C(C)C)CCC5[C@@]4(CCCC5(C)C)C)[C@]6(CCCC(C6CC2)(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "podototarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320650]}, "Synonyms" -> {"bspbio_003015", "ac1nszq0", "specplus_000128", "spectrum3_001318", "kbioss_001566", "spectrum100286", "spectrum5_001703", "kbiogr_001620", "spectrum4_001210", "spectrum_001086", "podototarin"}|>, "7406" -> <|"DatabaseID" -> "SW03863", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7908"], ExternalIdentifier["ChEBIID", "7907"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25453], ExternalIdentifier["ChemSpiderID", 390052]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01337"]}, "IsomericSmiles" -> "CC(=O)O[C@H]1C[C@@H]2CC[C@@H]3[C@@H]([C@]2(C[C@@H]1[N+]4(CCCCC4)C)C)CC[C@]5([C@H]3C[C@@H]([C@@H]5OC(=O)C)[N+]6(CCCCC6)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00492"]}, "OfficialNames" -> <|"Indian Approved Name" -> "pancuronium", "Australia Approved Name" -> "PANCURONIUM BROMIDE", "FDA Approved Drug" -> "PANCURONIUM BROMIDE"|>, "PharmGKBID" -> {"PA450771", "PA450771"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27350], ExternalIdentifier["PubChemCompoundID", 441289]}, "Synonyms" -> {"pancuronium dibromide", "pancuronium bromide", "pavulon", "mioblock", "pancuronium", "bromuro de pancuronio [inn-spanish]", "pavulon[wiki]", "pancuronii bromidum", "bromure de pancuronium [inn-french]", "bromuro de pancuronio", "pancuronium[wiki]", "bromure de pancuronium", "org na 97", "pancuronium bromide (product)", "prestwick3_001034", "org-na 97", "2b,16b-dipiperidino-5a-androstane-3a,17b-dioldiacetate dimethobromide", "15500-66-0[rn]", "prestwick2_001034", "bromuro de pancuronio[spanish][inn]", "poncuronium bromide", "1,1'-(3a,17b-dihydroxy-5a-androstan-2b,16b-ylene)bis[1-methylpiperidinium] dibromide diacetate", "prestwick0_001034", "1,1'-(3,17-bis(acetyloxy)androstane-2,16-diyl)bis(1-methylpiperidinium)dibromide", "pancuronium bromide [usan:ban:inn:jan][inn][jan][usan]", "pancuronii bromidum[latin]", "ac1l9awj", "chebi:7907", "pancuronium bromide (jp15/usan)[usan][jp15]", "bromure de pancuronium[french][inn]", "1,1'-[(2s,3s,5s,8r,9s,10s,13s,14s,16s,17r)-3,17-bis(acetyloxy)-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthrene-2,16-diyl]bis(1-methylpiperidinium) dibromide", "1,1'-[(2b,3a,5a,16b,17b)-3,17-bis(acetyloxy)androstane-2,16-diyl]bis[1-methylpiperidinium]dibromide", "prestwick1_001034", "239-532-5[einecs]", "1,1'-[(2s,3s,5s,8r,9s,10s,13s,14s,16s,17r)-3,17-bis(acetyloxy)-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-2,16-diyl]bis(1-methylpiperidinium)dibromid", "pavulon (tn)", "(2b,3a,5a,16b,17b)-3,17-bis(acetyloxy)-2,16-bis(1-methylpiperidinium-1-yl)androstane-", "octadecapeptide derivative", "1-[(1s,2s,4s,5s,7s,10r,11s,13s,14r,15s)-5,14-bis(acetyloxy)-2,15-dimethyl-4-(1-methylpiperidin-1-ium-1-yl)tetracyclo[8.7.0.02,7.011,15]heptadecan-13-yl]-1-methylpiperidin-1-ium", "15500-66-0 (dibromide salt)"}|>, "7407" -> <|"DatabaseID" -> "SW03864", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34617"], ExternalIdentifier["ChEBIID", "3499"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 47903], ExternalIdentifier["ChemSpiderID", 47904]}, "IsomericSmiles" -> "Cn1c(nnn1)SCC2=C(N3[C@@H]([C@@](C3=O)(NC(=O)C4SC(=C(C(=O)N)C(=O)[O-])S4)OC)SC2)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02228"], ExternalIdentifier["KEGGID", "D00260"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cefotetan", "FDA Approved Drug" -> "CEFOTETAN DISODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 53024], ExternalIdentifier["PubChemCompoundID", 53025]}, "Synonyms" -> {"cefotetan sodium", "darvilen", "yamatetan", "cefotetan", "cefotan", "cefotetan disodium salt", "ceftenon", "cefotetan disodium", "cefotetan disodium[usp]", "69712-56-7[rn]", "cefotan[wiki]", "cepan", "(6r", "carboxylat", "cefotetanum [inn_la]", "(6r,7s)-4-((2-carboxy-7-methoxy-3-(((1-methyl-1h-tetrazol-5-yl)thio)methyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-7-yl)carbamoyl)-1,3-dithietane-d2,a-malonamicacid disodium salt", "cas-69712-56-7", "(6r-(6a,7a))-7-(((4-(2-amino-1-carboxy-2-oxoethylidene)-1,3-dithietan-2-yl)carbonyl)amino)-7-methoxy-3-(((1-methyl-1h-tetrazol-5-yl)thio)methyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic", "apacef", "274-093-3[einecs]", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[[4-(2-amino-1-carboxy-2-oxoethylidene)-1,3-dithietan-2-yl]carbonyl]amino]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo- sodium salt,(6r,7s)-(1:2)", "ate de disodium", "(6r,7s)-7-({[4-(2-amino-1-carboxy-2-oxoethylidene)-1,3-dithietan-2-yl]carbonyl}amino)-7-methoxy-3-{[(1-methyl-1h-tetrazol-5-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylica", "74356-00-6[rn]", "dinatrium-(6r,7s)-7-({[4-(2-amino-1-carboxylato-2-oxoethyliden)-1,3-dithietan-2-yl]carbonyl}amino)-7-methoxy-3-{[(1-methyl-1h-tetrazol-5-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-2-", "ici 156834 disodium", "disodium(6r,7s)-7-({[4-(2-amino-1-carboxylato-2-oxoethylidene)-1,3-dithietan-2-yl]carbonyl}amino)-7-methoxy-3-{[(1-methyl-1h-tetrazol-5-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2", "[6r-(6a,7a)]-7-[[[4-(2-amino-1-carboxy-2-oxoethylidene)-1,3-dithietan2-yl]carbonyl]amino]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylica", "(6r,7s)-7-(4-(carbamoylcarboxymethylene)-1,3-dithiethane-2-carboxamido)-7-methoxy-3-(((1-methyl-1h-tetrazol-5- yl)thio)methyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "acid disodium salt", "(6r,7s)-7-(4-(carbamoylcarboxymethylene)-1,3-dithietane-2-carboxamido)-7-methoxy-3-(((1-methyl-1h-tetrazol-5-yl)thio)methyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylicacid disodium salt", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[[4-(2-amino-1-carboxy-2-oxoethylidene)-1,3-dithietan-2-yl]carbonyl]amino]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo- disodium salt (6r,7s)-", "-carboxylate", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[[4-(2-amino-1-carboxy-2-oxoethylidene)-1,3-dithietan-2-yl]carbonyl]amino]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo- disod", "cefotetanum", "(6r,7s)-7-({[4-(2-amino-1-carboxy-2-oxoethylidene)-1,3-dithietan-2-yl]carbonyl}amino)-7-methoxy-3-{[(1-methyl-1h-tetrazol-5-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "ium salt (6r,7s)-", "ici-156834", "apatef", "cefotetan[wiki]", "ncgc00016914-01", "disodium(7r)-7-[[4-(carbamoyl-carboxylato-methylidene)-1,3-dithietane-2-carbonyl]amino]-7-methoxy-3-[(1-methyltetrazol-5-yl)sulfanylmethyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "dinatrium-(6r,7s)-7-({[4-(2-amino-1-carboxylato-2-oxoethyliden)-1,3-dithietan-2-yl]carbonyl}amino)-7-methoxy-3-{[(1-methyl-1h-tetrazol-5-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-en-2-carboxylat", "cefotetan; cefotetanum", "cefotetan acid", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[[4-(2-amino-1-carboxy-2-oxoethylidene)-1,3-dithietan-2-yl]carbonyl]amino]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo- (6r,7s)-", "ici 156", "cid", "chebi:3499", "69712-56-7", "apatef[wiki]", "277-834-9[einecs]", "(6r,7s)-7-[4-(carbamoylcarboxymethylene)-1,3-dithietane-2-carboxamido]-7-methoxy-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "disodium(6r,7s)-7-({[4-(2-amino-1-carboxylato-2-oxoethylidene)-1,3-dithietan-2-yl]carbonyl}amino)-7-methoxy-3-{[(1-methyl-1h-tetrazol-5-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "(6r,7s)-7-(4-(carbamoylcarboxymethylene)-1,3-dithietane-2-carboxamido)-7-methoxy-3-(((1-methyl-1h-tetrazol-5-yl)thio)methyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid disodium salt"}|>, "7408" -> <|"DatabaseID" -> "SW03865", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2301019]}, "IsomericSmiles" -> "C[C@@]1(CO[C@@H]([C@@H]([C@H]1[NH2+]C)O)O[C@H]2[C@@H](C[C@@H]([C@H]([C@@H]2O)O[C@@H]3[C@@H]([C@H]([C@@H]([C@H](O3)C[NH3+])O)O)O)[NH3+])NC(=O)[C@H](C[NH3+])O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02545"]}, "OfficialNames" -> <|"Indian Approved Name" -> "isepamicin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3037209]}, "Synonyms" -> {"isepamicin", "58152-03-7[rn]", "isepamicine", "isp", "isepalline", "58152-03-7", "sch-21420", "d02545", "hapa-b", "isepamicin (usan/inn)", "(s)-3-amino-n-((1r,2s,3s,4r,5s)-5-amino-4-((2r,3r,4s,5s,6r)-6-(aminomethyl)-3,4,5-trihydroxy-tetrahydro-2h-pyran-2-yloxy)-2-((2r,3r,4r,5r)-3,5-dihydroxy-5-methyl-4-(methylamino)-tetrahydro-2h-pyran-2-yloxy)-3-hydroxycyclohexyl)-2-hydroxypropanamide", "isepacin", "isepamicin[usan]", "ab2000497", "ac1mi2hn", "chembl272080"}|>, "7409" -> <|"DatabaseID" -> "SW03866", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102971]}, "IsomericSmiles" -> "CC(=O)O[C@@H]1C[C@@H]([C@@]23CO[C@H](C1([C@@H]2C[C@H]([C@@]4([C@@H]3C(=O)[C@@H]([C@@]5([C@]46[C@H](O6)C[C@H]5c7ccoc7)C)OC(=O)C)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "toosendanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 115060]}, "Synonyms" -> {"toosendanin", "chuanliansu", "66052-48-0[rn]", "kst-1a8476", "58812-37-6", "79304-40-8[rn]", "(1s", "ac1l3gge", "58812-37-6[rn]", "24-norchola-20", "brn 1674886", "ar-1a1588", "ac1q6p5i"}|>, "7410" -> <|"DatabaseID" -> "SW03866", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102971]}, "IsomericSmiles" -> "CC(=O)O[C@@H]1C[C@@H]([C@@]23CO[C@H](C1([C@@H]2C[C@H]([C@@]4([C@@H]3C(=O)[C@@H]([C@@]5([C@]46[C@H](O6)C[C@H]5c7ccoc7)C)OC(=O)C)C)O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "toosendanin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 115060]}, "Synonyms" -> {"toosendanin", "chuanliansu", "66052-48-0[rn]", "kst-1a8476", "58812-37-6", "79304-40-8[rn]", "(1s", "ac1l3gge", "58812-37-6[rn]", "24-norchola-20", "brn 1674886", "ar-1a1588", "ac1q6p5i"}|>, "7411" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7412" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7413" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7414" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7415" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7416" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7417" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7418" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7419" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7420" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7421" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7422" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7423" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7424" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7425" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7426" -> <|"DatabaseID" -> "SW03867", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 85259]}, "IsomericSmiles" -> "CC1CC(C2(C(O1)OC3CC4CCC5C(C4(CC3O2)C=O)CCC6(C5(CCC6C7=CC(=O)OC7)O)C)O)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asclepiadin;asclepin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 94475]}, "Synonyms" -> {"asclepiadin", "3'-o-acetylcalotropin", "asclepin", "ac1l3sar", "(2alpha", "einecs 253-110-8", "calotropin 3'-o-acetyl-", "brn 4897521", "(2alpha(2s", "36573-63-4[rn]", "253-110-8[einecs]", "13a-formyl-3a", "calotropin"}|>, "7427" -> <|"DatabaseID" -> "SW03868", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "10100"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5515]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00549"]}, "IsomericSmiles" -> "Cc1ccccc1S(=O)(=O)[N-]C(=O)c2ccc(c(c2)OC)Cc3cn(c4c3cc(cc4)NC(=O)OC5CCCC5)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00411"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ZAFIRLUKAST"|>, "PharmGKBID" -> "PA451949", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5717]}, "Synonyms" -> {"zafirlukast", "accolate", "zafirst", "accolate (tn)", "olmoran", "respix", "hg55", "hmtmf81", "carbamicacid n-[3-[[2-methoxy-4-[[[(2-methylphenyl)sulfonyl]amino]carbonyl]phenyl]methyl]-1-methyl-1h-indol-5-yl]-,cyclopentyl ester", "4-(5-cyclopentyloxycarbonylamino-2-methylindol-3-yl-methyl)-3-methoxy-n-o-tolylsulfonylbenzamide", "cyclopentyl n-[3-[[2-methoxy-4-[(2-methylphenyl)sulfonylcarbamoyl]phenyl]methyl]-1-methyl-indol-5-yl]carbamate", "accoleit", "107753-78-6[rn]", "3641829[beilstein]", "cyclopentyl (1-methyl-3-{[2-(methyloxy)-4-({[(2-methylphenyl)sulfonyl]amino}carbonyl)phenyl]methyl}-1h-indol-5-yl)carbamate", "{3-[2-methoxy-4-(toluene-2-sulfonylaminocarbonyl)-benzyl]-1-methyl-1h-indol-5-yl}-carbamicacid cyclopentylester", "cyclopentyl 3-[2-methoxy-4-(2-methylphenylsulfonylcarbamoyl)benzyl]-1-methyl-1h-indol-5-ylcarbamate", "cyclopentyl (3-(2-methoxy-4-((o-tolylsulfonyl)carbamoyl)benzyl)-1-methyl-1h-indol-5-yl)carbamate", "cyclopentyl 3-[2-methoxy-4-({[(2-methylphenyl)sulfonyl]amino}carbonyl)benzyl]-1-methyl-1h-indol-5-ylcarbamate", "accoleit[wiki]", "ici 204219", "accolate;accoleit;vanticon", "cyclopentyl 3-(2-methoxy-4-((o-tolylsulfonyl)carbamoyl)benzyl)-1-methylindole-5-carbamate", "carbamicacid [3-[[2-methoxy-4-[[[(2-methylphenyl)sulfonyl]amino]carbonyl]phenyl]methyl]-1-methyl-1h-indol-5-yl]- cyclopentyl ester", "ici-204219", "cysltr1", "chebi:10100", "accolate[wiki]", "cyclopentyl [3-(2-methoxy-4-{[(2-methylphenyl)sulfonyl]carbamoyl}benzyl)-1-methyl-1h-indol-5-yl]carbamate[acd/iupac name]", "4-(5-cyclopentyloxycarbonylamino-1-methyl-1h-indol-3-ylmethyl)-3-methoxy-n-o-tolylsulfonylbenzamide", "ltd4 receptor", "337376-15-5", "cysteinyl leukotriene d4 receptor", "n-[3-[[2-methoxy-4-[[(2-methylphenyl)sulfonylamino]-oxomethyl]phenyl]methyl]-1-methyl-5-indolyl]carbamic acid cyclopentyl ester", "carbamicacid (3-((2-methoxy-4-((((2-methylphenyl)sulfonyl)amino)carbonyl)phenyl)methyl)-1-methyl-1h-indol-5-yl)- cyclopentyl ester", "cyclopentyl n-[3-({2-methoxy-4-[(2-methylbenzenesulfonyl)carbamoyl]phenyl}methyl)-1-methylindol-5-yl]carbamate", "aeronix", "c062735", "cyclopentyl-[3-(2-methoxy-4-{[(2-methylphenyl)sulfonyl]carbamoyl}benzyl)-1-methyl-1h-indol-5-yl]carbamat", "ici 204,219", "zafirlukast[wiki][inn][ban][jan][usan]", "107753-78-6"}|>, "7428" -> <|"DatabaseID" -> "SW03869", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64498]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)CCC(=O)OCCO)C", "OfficialNames" -> <|"NPC Approved Name" -> "tocofersolanum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71406]}, "Synonyms" -> {"tocofersolan", "d 1t", "tpgs", "tocophersolan", "tocofersolanum[latin]", "tocophersolan [usan]", "9002-96-4[rn]", "tocofersolano[spanish]", "tocofersolan [inn]", "2-hydroxyethyl 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl succinate[acd/iupac name]", "butanedioic acid,3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl2-hydroxyethyl ester", "32408-94-9[rn]", "unii-o03s90u1f2", "tocophersolan (usan)", "tocofersolan (inn)", "tocopheryl polyethylene glycol 1000 succinate", "vitamin e tpgs", "mono-(2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanyl) succinate polyethyleneglycol monoester", "9002-96-4", "30999-06-5[rn]", "d-a-tocopherol polyethylene glycol succinate", "58829-13-3[rn]"}|>, "7429" -> <|"DatabaseID" -> "SW03869", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64498]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)CCC(=O)OCCO)C", "OfficialNames" -> <|"NPC Approved Name" -> "tocofersolanum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71406]}, "Synonyms" -> {"tocofersolan", "d 1t", "tpgs", "tocophersolan", "tocofersolanum[latin]", "tocophersolan [usan]", "9002-96-4[rn]", "tocofersolano[spanish]", "tocofersolan [inn]", "2-hydroxyethyl 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl succinate[acd/iupac name]", "butanedioic acid,3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl2-hydroxyethyl ester", "32408-94-9[rn]", "unii-o03s90u1f2", "tocophersolan (usan)", "tocofersolan (inn)", "tocopheryl polyethylene glycol 1000 succinate", "vitamin e tpgs", "mono-(2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanyl) succinate polyethyleneglycol monoester", "9002-96-4", "30999-06-5[rn]", "d-a-tocopherol polyethylene glycol succinate", "58829-13-3[rn]"}|>, "7430" -> <|"DatabaseID" -> "SW03869", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64498]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)CCC(=O)OCCO)C", "OfficialNames" -> <|"NPC Approved Name" -> "tocofersolanum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71406]}, "Synonyms" -> {"tocofersolan", "d 1t", "tpgs", "tocophersolan", "tocofersolanum[latin]", "tocophersolan [usan]", "9002-96-4[rn]", "tocofersolano[spanish]", "tocofersolan [inn]", "2-hydroxyethyl 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl succinate[acd/iupac name]", "butanedioic acid,3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl2-hydroxyethyl ester", "32408-94-9[rn]", "unii-o03s90u1f2", "tocophersolan (usan)", "tocofersolan (inn)", "tocopheryl polyethylene glycol 1000 succinate", "vitamin e tpgs", "mono-(2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanyl) succinate polyethyleneglycol monoester", "9002-96-4", "30999-06-5[rn]", "d-a-tocopherol polyethylene glycol succinate", "58829-13-3[rn]"}|>, "7431" -> <|"DatabaseID" -> "SW03869", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64498]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)CCC(=O)OCCO)C", "OfficialNames" -> <|"NPC Approved Name" -> "tocofersolanum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71406]}, "Synonyms" -> {"tocofersolan", "d 1t", "tpgs", "tocophersolan", "tocofersolanum[latin]", "tocophersolan [usan]", "9002-96-4[rn]", "tocofersolano[spanish]", "tocofersolan [inn]", "2-hydroxyethyl 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl succinate[acd/iupac name]", "butanedioic acid,3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl2-hydroxyethyl ester", "32408-94-9[rn]", "unii-o03s90u1f2", "tocophersolan (usan)", "tocofersolan (inn)", "tocopheryl polyethylene glycol 1000 succinate", "vitamin e tpgs", "mono-(2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanyl) succinate polyethyleneglycol monoester", "9002-96-4", "30999-06-5[rn]", "d-a-tocopherol polyethylene glycol succinate", "58829-13-3[rn]"}|>, "7432" -> <|"DatabaseID" -> "SW03869", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64498]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)CCC(=O)OCCO)C", "OfficialNames" -> <|"NPC Approved Name" -> "tocofersolanum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71406]}, "Synonyms" -> {"tocofersolan", "d 1t", "tpgs", "tocophersolan", "tocofersolanum[latin]", "tocophersolan [usan]", "9002-96-4[rn]", "tocofersolano[spanish]", "tocofersolan [inn]", "2-hydroxyethyl 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl succinate[acd/iupac name]", "butanedioic acid,3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl2-hydroxyethyl ester", "32408-94-9[rn]", "unii-o03s90u1f2", "tocophersolan (usan)", "tocofersolan (inn)", "tocopheryl polyethylene glycol 1000 succinate", "vitamin e tpgs", "mono-(2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanyl) succinate polyethyleneglycol monoester", "9002-96-4", "30999-06-5[rn]", "d-a-tocopherol polyethylene glycol succinate", "58829-13-3[rn]"}|>, "7433" -> <|"DatabaseID" -> "SW03869", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64498]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)CCC(=O)OCCO)C", "OfficialNames" -> <|"NPC Approved Name" -> "tocofersolanum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71406]}, "Synonyms" -> {"tocofersolan", "d 1t", "tpgs", "tocophersolan", "tocofersolanum[latin]", "tocophersolan [usan]", "9002-96-4[rn]", "tocofersolano[spanish]", "tocofersolan [inn]", "2-hydroxyethyl 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl succinate[acd/iupac name]", "butanedioic acid,3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl2-hydroxyethyl ester", "32408-94-9[rn]", "unii-o03s90u1f2", "tocophersolan (usan)", "tocofersolan (inn)", "tocopheryl polyethylene glycol 1000 succinate", "vitamin e tpgs", "mono-(2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanyl) succinate polyethyleneglycol monoester", "9002-96-4", "30999-06-5[rn]", "d-a-tocopherol polyethylene glycol succinate", "58829-13-3[rn]"}|>, "7434" -> <|"DatabaseID" -> "SW03869", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64498]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)CCC(=O)OCCO)C", "OfficialNames" -> <|"NPC Approved Name" -> "tocofersolanum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71406]}, "Synonyms" -> {"tocofersolan", "d 1t", "tpgs", "tocophersolan", "tocofersolanum[latin]", "tocophersolan [usan]", "9002-96-4[rn]", "tocofersolano[spanish]", "tocofersolan [inn]", "2-hydroxyethyl 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl succinate[acd/iupac name]", "butanedioic acid,3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl2-hydroxyethyl ester", "32408-94-9[rn]", "unii-o03s90u1f2", "tocophersolan (usan)", "tocofersolan (inn)", "tocopheryl polyethylene glycol 1000 succinate", "vitamin e tpgs", "mono-(2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanyl) succinate polyethyleneglycol monoester", "9002-96-4", "30999-06-5[rn]", "d-a-tocopherol polyethylene glycol succinate", "58829-13-3[rn]"}|>, "7435" -> <|"DatabaseID" -> "SW03869", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64498]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1OC(CC2)(C)CCCC(C)CCCC(C)CCCC(C)C)C)OC(=O)CCC(=O)OCCO)C", "OfficialNames" -> <|"NPC Approved Name" -> "tocofersolanum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71406]}, "Synonyms" -> {"tocofersolan", "d 1t", "tpgs", "tocophersolan", "tocofersolanum[latin]", "tocophersolan [usan]", "9002-96-4[rn]", "tocofersolano[spanish]", "tocofersolan [inn]", "2-hydroxyethyl 2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-3,4-dihydro-2h-chromen-6-yl succinate[acd/iupac name]", "butanedioic acid,3,4-dihydro-2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-2h-1-benzopyran-6-yl2-hydroxyethyl ester", "32408-94-9[rn]", "unii-o03s90u1f2", "tocophersolan (usan)", "tocofersolan (inn)", "tocopheryl polyethylene glycol 1000 succinate", "vitamin e tpgs", "mono-(2,5,7,8-tetramethyl-2-(4,8,12-trimethyltridecyl)-6-chromanyl) succinate polyethyleneglycol monoester", "9002-96-4", "30999-06-5[rn]", "d-a-tocopherol polyethylene glycol succinate", "58829-13-3[rn]"}|>, "7436" -> <|"DatabaseID" -> "SW03870", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56740]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4([C@]3([C@H](C[C@@]2([C@]1(C(=O)COC(=O)c5cccc(c5)S(=O)(=O)[O-])O)C)O)F)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01510"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dexamethasone-21-sulfobenzoate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 63046]}, "Synonyms" -> {"dexamethasone-21-sulfobenzoate", "santeson", "dexamethasone metasulfobenzoate sodium", "ac1l1y9m", "241-057-3[einecs]", "dexamethasone 21-(sodium 3-sulphobenzoate)", "16978-57-7[rn]", "einecs 241-057-3", "3-[2-[(8s", "16978-57-7"}|>, "7437" -> <|"DatabaseID" -> "SW03871", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59030"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9716290]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H](C[C@@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CC[C@@H]4[C@@H]3CC[C@]5([C@@]4(C[C@@H]([C@@H]5C6=CC(=O)OC6)OC(=O)C)O)C)C)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oleandrin"|>, "Synonyms" -> {"foliandrin; folinerin; neriolin; neriostene; oleandrina", "folinerin", "neriolin", "corrigen", "oleandrin", "oleandrina", "465-16-7[rn]", "foliandrin", "neriostene", "207-361-5[einecs]", "(3b,5b,16b)-16-(acetyloxy)-3-[(2,6-dideoxy-3-o-methyl-a-l-arabino-hexopyranosyl)oxy]-14-hydroxycard-20(22)-enolide", "16?-acetoxy-3?-(2,6-dideoxy-3-o-methyl-l-arabino-hexopyranosyloxy)-14-hydroxycard-20(22)-enolide"}|>, "7438" -> <|"DatabaseID" -> "SW03872", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21432020]}, "IsomericSmiles" -> "CC(=O)O[C@H]1[C@@H]([C@]2(CC(=O)[C@@]3([C@H]([C@@]2([C@H]1O)C)CC=C4[C@H]3C[C@@H]([C@H](C4(C)C)O)O)C)C)[C@](C)(C(=O)/C=C/C(C)(C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cucurbitacin glycosides"|>, "Synonyms" -> {"cucurbitacin", "(2s,3s,8s,9s,10r,13r,14s,15r,16s,17r)-17-[(2r,4e)-2,6-dihydroxy-6-methyl-3-oxohept-4-en-2-yl]-2,3,15-trihydroxy-4,4,9,13,14-pentamethyl-11-oxo-2,3,4,7,8,9,10,11,12,13,14,15,16,17-tetradecahydro-1h-cyclopenta[a]phenanthren-16-yl acetate", "estr-5-en-11-one,16-(acetyloxy)-17-[(1r,3e)-1,5-dihydroxy-1,5-dimethyl-2-oxo-3-hexen-1-yl]-2,3,15-trihydroxy-4,4,9,14-tetramethyl- (2b,3a,9b,10a,15a,16a,17b)-"}|>, "7439" -> <|"DatabaseID" -> "SW03873", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10002619]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@]2([C@H]([C@H]3[C@@H](O2)C[C@@H]4[C@@]3(CC[C@H]5[C@H]4CC=C6[C@@]5(CC[C@@H](C6)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)CO)O)O)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "trillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11827970]}, "Synonyms" -> {"trillin", "ac-11225", "melongoside b", "(25r)-3b-(b-d-glucopyranosyloxy)spirost-5-ene", "lilioglycoside a", "diosgenin 3-o-b-d-glucopyranoside", "14144-06-0", "polyphyllin a", "alliumoside a", "ambap14144-06-0", "chembl395414", "akos015960440", "funkioside a", "14144-06-0[rn]", "diosgenin 3-b-d-glucoside", "diosgenin glucoside", "collettiside i", "disogluside[inn]", "polygonatoside a", "diosgenin b-d-glucoside", "prosapogenin d'3"}|>, "7440" -> <|"DatabaseID" -> "SW03874", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64693]}, "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)C1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CCC(C4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sitosterol-d-glucoside;beta-sitosterol glucoside;daucosterin;sitosteryl-o-beta-d-glucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71628]}, "Synonyms" -> {"sterolin", "eleutheroside a", "daucosterin", "alexandrin", "doursterol", "daucosterol", "sitogluside", "lyoniside", "sitosteryl glycoside", "coriandrinol", "sitosterol d-glucoside", "sitoglusidum[latin]", "bssg", "sitogluside [usan:inn][inn][usan]", "474-58-8[rn]", "sitoglusido[spanish][inn]"}|>, "7441" -> <|"DatabaseID" -> "SW03874", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64693]}, "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)C1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CCC(C4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sitosterol-d-glucoside;beta-sitosterol glucoside;daucosterin;sitosteryl-o-beta-d-glucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71628]}, "Synonyms" -> {"sterolin", "eleutheroside a", "daucosterin", "alexandrin", "doursterol", "daucosterol", "sitogluside", "lyoniside", "sitosteryl glycoside", "coriandrinol", "sitosterol d-glucoside", "sitoglusidum[latin]", "bssg", "sitogluside [usan:inn][inn][usan]", "474-58-8[rn]", "sitoglusido[spanish][inn]"}|>, "7442" -> <|"DatabaseID" -> "SW03874", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64693]}, "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)C1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CCC(C4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sitosterol-d-glucoside;beta-sitosterol glucoside;daucosterin;sitosteryl-o-beta-d-glucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71628]}, "Synonyms" -> {"sterolin", "eleutheroside a", "daucosterin", "alexandrin", "doursterol", "daucosterol", "sitogluside", "lyoniside", "sitosteryl glycoside", "coriandrinol", "sitosterol d-glucoside", "sitoglusidum[latin]", "bssg", "sitogluside [usan:inn][inn][usan]", "474-58-8[rn]", "sitoglusido[spanish][inn]"}|>, "7443" -> <|"DatabaseID" -> "SW03874", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64693]}, "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)C1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CCC(C4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sitosterol-d-glucoside;beta-sitosterol glucoside;daucosterin;sitosteryl-o-beta-d-glucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71628]}, "Synonyms" -> {"sterolin", "eleutheroside a", "daucosterin", "alexandrin", "doursterol", "daucosterol", "sitogluside", "lyoniside", "sitosteryl glycoside", "coriandrinol", "sitosterol d-glucoside", "sitoglusidum[latin]", "bssg", "sitogluside [usan:inn][inn][usan]", "474-58-8[rn]", "sitoglusido[spanish][inn]"}|>, "7444" -> <|"DatabaseID" -> "SW03875", "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)[C@H]1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CC[C@@H](C4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)C)C)C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05848"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "daucosterol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5742590]}, "Synonyms" -> {"sitogluside", "ac1nx3nw", "bssg", "nsc165962", "wa 184", "daucosterol", "nsc-165962", "sitogluside (usan/inn)", "beta-sitosterol glucoside", "474-58-8"}|>, "7445" -> <|"DatabaseID" -> "SW03876", "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)C1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CC[C@@H](C4)OC5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sitosterol-beta-d-glucopyranoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 52940117]}, "Synonyms" -> {"o-glucosyl-beta-sitosterol", "beta-sitosterol-beta-d-glucopyranoside", "daucosterol", "cpd-11608", "beta-sitosterol glucoside", "3-o-beta-d-glucosyl-beta-sitosterol"}|>, "7446" -> <|"DatabaseID" -> "SW03876", "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)C1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CC[C@@H](C4)OC5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sitosterol-beta-d-glucopyranoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 52940117]}, "Synonyms" -> {"o-glucosyl-beta-sitosterol", "beta-sitosterol-beta-d-glucopyranoside", "daucosterol", "cpd-11608", "beta-sitosterol glucoside", "3-o-beta-d-glucosyl-beta-sitosterol"}|>, "7447" -> <|"DatabaseID" -> "SW03876", "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)C1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CC[C@@H](C4)OC5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sitosterol-beta-d-glucopyranoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 52940117]}, "Synonyms" -> {"o-glucosyl-beta-sitosterol", "beta-sitosterol-beta-d-glucopyranoside", "daucosterol", "cpd-11608", "beta-sitosterol glucoside", "3-o-beta-d-glucosyl-beta-sitosterol"}|>, "7448" -> <|"DatabaseID" -> "SW03876", "IsomericSmiles" -> "CC[C@H](CC[C@@H](C)C1CC[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC=C4[C@@]3(CC[C@@H](C4)OC5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)C)C)C(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sitosterol-beta-d-glucopyranoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 52940117]}, "Synonyms" -> {"o-glucosyl-beta-sitosterol", "beta-sitosterol-beta-d-glucopyranoside", "daucosterol", "cpd-11608", "beta-sitosterol glucoside", "3-o-beta-d-glucosyl-beta-sitosterol"}|>, "7449" -> <|"DatabaseID" -> "SW03877", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16522]}, "IsomericSmiles" -> "c1cn(c(=O)[nH]c1=O)[C@H]2[C@@H]([C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])O[C@@H]3[C@@H]([C@H]([C@@H]([C@H](O3)C(=O)[O-])O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diphosphate-glacturonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17473]}, "Synonyms" -> {"udpglucuronate", "uridine diphosphate glucuronic acid", "udpga", "uridine diphosphoglucuronic acid", "uridine 5'-diphospho-glucuronic acid", "udp-glucuronic acid", "udp-glucuronate", "udp-d-glucuronate", "uridinediphosphoglucuronic acid", "udp glucuronic acid", "uga", "uridine pyrophosphoglucuronic acid", "a-d-glucopyranuronic acid ester withuridine5'-pyrophosphate", "(2s,3s,4s,5r,6r)-6-{[{[{[(2r,3s,4r,5r)-5-(2,4-dioxo-3,4-dihydropyrimidin-1(2h)-yl)-3,4-dihydroxytetrahydrofuran-2-yl]methoxy}(hydroxy)phosphoryl]oxy}(hydroxy)phosphoryl]oxy}-3,4,5-trihydroxytetrahydro-2h-pyran-2-carboxylic acid (non-preferredname)", "uridine 5'-diphosphoglucuronic acid", "2616-64-0[rn]", "78881[beilstein]", "uridine diphosphate-glucuronate", "uridine 5'-[3-(d-glucopyranosyloxyuronic acid) dihydrogen diphosphate]", "udp-d-glucuronic acid", "30329-32-9[rn]", "14520-48-0[rn]", "uridine pyrophosphoglucuronate", "uridine 5'-diphosphoglucuronate", "glucopyranuronic acid 1-ester with uridine 5'-pyrophosphate", "a-d-glucopyranuronic acid 1->5'-ester with uridine 5'-(trihydrogen pyrophosphate)", "udp-glcua", "uridine 5'-diphospho-a-d-glucuronate", "3545-73-1[rn]", "uridine-5'-diphosphoglucuronic acid", "uridine-5'-diphosphate-glucuronic acid", "5918-40-1[rn]", "uridine 5'-diphospho-a-d-glucuronic acid"}|>, "7450" -> <|"DatabaseID" -> "SW03877", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16522]}, "IsomericSmiles" -> "c1cn(c(=O)[nH]c1=O)[C@H]2[C@@H]([C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])O[C@@H]3[C@@H]([C@H]([C@@H]([C@H](O3)C(=O)[O-])O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diphosphate-glacturonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17473]}, "Synonyms" -> {"udpglucuronate", "uridine diphosphate glucuronic acid", "udpga", "uridine diphosphoglucuronic acid", "uridine 5'-diphospho-glucuronic acid", "udp-glucuronic acid", "udp-glucuronate", "udp-d-glucuronate", "uridinediphosphoglucuronic acid", "udp glucuronic acid", "uga", "uridine pyrophosphoglucuronic acid", "a-d-glucopyranuronic acid ester withuridine5'-pyrophosphate", "(2s,3s,4s,5r,6r)-6-{[{[{[(2r,3s,4r,5r)-5-(2,4-dioxo-3,4-dihydropyrimidin-1(2h)-yl)-3,4-dihydroxytetrahydrofuran-2-yl]methoxy}(hydroxy)phosphoryl]oxy}(hydroxy)phosphoryl]oxy}-3,4,5-trihydroxytetrahydro-2h-pyran-2-carboxylic acid (non-preferredname)", "uridine 5'-diphosphoglucuronic acid", "2616-64-0[rn]", "78881[beilstein]", "uridine diphosphate-glucuronate", "uridine 5'-[3-(d-glucopyranosyloxyuronic acid) dihydrogen diphosphate]", "udp-d-glucuronic acid", "30329-32-9[rn]", "14520-48-0[rn]", "uridine pyrophosphoglucuronate", "uridine 5'-diphosphoglucuronate", "glucopyranuronic acid 1-ester with uridine 5'-pyrophosphate", "a-d-glucopyranuronic acid 1->5'-ester with uridine 5'-(trihydrogen pyrophosphate)", "udp-glcua", "uridine 5'-diphospho-a-d-glucuronate", "3545-73-1[rn]", "uridine-5'-diphosphoglucuronic acid", "uridine-5'-diphosphate-glucuronic acid", "5918-40-1[rn]", "uridine 5'-diphospho-a-d-glucuronic acid"}|>, "7451" -> <|"DatabaseID" -> "SW03877", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16522]}, "IsomericSmiles" -> "c1cn(c(=O)[nH]c1=O)[C@H]2[C@@H]([C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])O[C@@H]3[C@@H]([C@H]([C@@H]([C@H](O3)C(=O)[O-])O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diphosphate-glacturonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17473]}, "Synonyms" -> {"udpglucuronate", "uridine diphosphate glucuronic acid", "udpga", "uridine diphosphoglucuronic acid", "uridine 5'-diphospho-glucuronic acid", "udp-glucuronic acid", "udp-glucuronate", "udp-d-glucuronate", "uridinediphosphoglucuronic acid", "udp glucuronic acid", "uga", "uridine pyrophosphoglucuronic acid", "a-d-glucopyranuronic acid ester withuridine5'-pyrophosphate", "(2s,3s,4s,5r,6r)-6-{[{[{[(2r,3s,4r,5r)-5-(2,4-dioxo-3,4-dihydropyrimidin-1(2h)-yl)-3,4-dihydroxytetrahydrofuran-2-yl]methoxy}(hydroxy)phosphoryl]oxy}(hydroxy)phosphoryl]oxy}-3,4,5-trihydroxytetrahydro-2h-pyran-2-carboxylic acid (non-preferredname)", "uridine 5'-diphosphoglucuronic acid", "2616-64-0[rn]", "78881[beilstein]", "uridine diphosphate-glucuronate", "uridine 5'-[3-(d-glucopyranosyloxyuronic acid) dihydrogen diphosphate]", "udp-d-glucuronic acid", "30329-32-9[rn]", "14520-48-0[rn]", "uridine pyrophosphoglucuronate", "uridine 5'-diphosphoglucuronate", "glucopyranuronic acid 1-ester with uridine 5'-pyrophosphate", "a-d-glucopyranuronic acid 1->5'-ester with uridine 5'-(trihydrogen pyrophosphate)", "udp-glcua", "uridine 5'-diphospho-a-d-glucuronate", "3545-73-1[rn]", "uridine-5'-diphosphoglucuronic acid", "uridine-5'-diphosphate-glucuronic acid", "5918-40-1[rn]", "uridine 5'-diphospho-a-d-glucuronic acid"}|>, "7452" -> <|"DatabaseID" -> "SW03877", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16522]}, "IsomericSmiles" -> "c1cn(c(=O)[nH]c1=O)[C@H]2[C@@H]([C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])O[C@@H]3[C@@H]([C@H]([C@@H]([C@H](O3)C(=O)[O-])O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diphosphate-glacturonic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17473]}, "Synonyms" -> {"udpglucuronate", "uridine diphosphate glucuronic acid", "udpga", "uridine diphosphoglucuronic acid", "uridine 5'-diphospho-glucuronic acid", "udp-glucuronic acid", "udp-glucuronate", "udp-d-glucuronate", "uridinediphosphoglucuronic acid", "udp glucuronic acid", "uga", "uridine pyrophosphoglucuronic acid", "a-d-glucopyranuronic acid ester withuridine5'-pyrophosphate", "(2s,3s,4s,5r,6r)-6-{[{[{[(2r,3s,4r,5r)-5-(2,4-dioxo-3,4-dihydropyrimidin-1(2h)-yl)-3,4-dihydroxytetrahydrofuran-2-yl]methoxy}(hydroxy)phosphoryl]oxy}(hydroxy)phosphoryl]oxy}-3,4,5-trihydroxytetrahydro-2h-pyran-2-carboxylic acid (non-preferredname)", "uridine 5'-diphosphoglucuronic acid", "2616-64-0[rn]", "78881[beilstein]", "uridine diphosphate-glucuronate", "uridine 5'-[3-(d-glucopyranosyloxyuronic acid) dihydrogen diphosphate]", "udp-d-glucuronic acid", "30329-32-9[rn]", "14520-48-0[rn]", "uridine pyrophosphoglucuronate", "uridine 5'-diphosphoglucuronate", "glucopyranuronic acid 1-ester with uridine 5'-pyrophosphate", "a-d-glucopyranuronic acid 1->5'-ester with uridine 5'-(trihydrogen pyrophosphate)", "udp-glcua", "uridine 5'-diphospho-a-d-glucuronate", "3545-73-1[rn]", "uridine-5'-diphosphoglucuronic acid", "uridine-5'-diphosphate-glucuronic acid", "5918-40-1[rn]", "uridine 5'-diphospho-a-d-glucuronic acid"}|>, "7453" -> <|"DatabaseID" -> "SW03878", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4588900]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)Oc2cc(c3c(c2)oc(c(c3=O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)c5ccc(cc5)O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferitrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5486199]}, "Synonyms" -> {"lespenefril", "kaempferol 3", "lespenephryl", "lespedin", "kaemferitrin", "kaempferol 3,7-dirhamnoside", "brn 0073958", "4h-1-benzopyran-4-one", "kaempferol 3,7-bisrhamnoside", "482-38-2", "3", "4-18-00-03292 (beilstein handbook reference)[beilstein]", "kaempferitrin[wiki]", "482-38-2[rn]", "kaempferitrin"}|>, "7454" -> <|"DatabaseID" -> "SW03879", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478363]}, "IsomericSmiles" -> "COc1ccc2cc1Oc3ccc(cc3)CC4c5c(cc(c6c5Oc7c(cc8c(c7OC)C(=NCC8)C2)O6)OC)CC[NH2+]4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "normenisarine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320216]}, "Synonyms" -> {"normenisarine"}|>, "7455" -> <|"DatabaseID" -> "SW03879", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4478363]}, "IsomericSmiles" -> "COc1ccc2cc1Oc3ccc(cc3)CC4c5c(cc(c6c5Oc7c(cc8c(c7OC)C(=NCC8)C2)O6)OC)CC[NH2+]4", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "normenisarine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5320216]}, "Synonyms" -> {"normenisarine"}|>, "7456" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7457" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7458" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7459" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7460" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7461" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7462" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7463" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7464" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7465" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7466" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7467" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7468" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7469" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7470" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7471" -> <|"DatabaseID" -> "SW03880", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10642586]}, "IsomericSmiles" -> "CC(C)CC1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "dihydro-alpha-ergocryptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12899067]}, "Synonyms" -> {"dihydro-alpha-ergocryptine"}|>, "7472" -> <|"DatabaseID" -> "SW03881", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59925"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341400]}, "IsomericSmiles" -> "CCC(C)[C@H]1C(=O)N2CCC[C@H]2[C@]3(N1C(=O)[C@](O3)(C(C)C)NC(=O)[C@@H]4C[C@@H]5c6cccc7c6c(c[nH]7)C[C@H]5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "epicriptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084313]}, "Synonyms" -> {"19467-62-0[rn]", "dcn 203-922", "ac1mj2bm", "surecn261575", "dihydro-b-ergocryptine", "beta-dihydroergocryptine", "19467-62-0", "9,10a-dihydro-13'-epi-b-ergocryptine", "einecs 243-089-3", "5'alpha(s)-sec-butyl-9", "243-089-3[einecs]", "chebi:59925", "9", "88660-47-3[rn]", "(10alphah)-5'alpha-(butan-2-yl)-12'-hydroxy-3'", "epicriptine[inn]"}|>, "7473" -> <|"DatabaseID" -> "SW03881", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59925"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341400]}, "IsomericSmiles" -> "CCC(C)[C@H]1C(=O)N2CCC[C@H]2[C@]3(N1C(=O)[C@](O3)(C(C)C)NC(=O)[C@@H]4C[C@@H]5c6cccc7c6c(c[nH]7)C[C@H]5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "epicriptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084313]}, "Synonyms" -> {"19467-62-0[rn]", "dcn 203-922", "ac1mj2bm", "surecn261575", "dihydro-b-ergocryptine", "beta-dihydroergocryptine", "19467-62-0", "9,10a-dihydro-13'-epi-b-ergocryptine", "einecs 243-089-3", "5'alpha(s)-sec-butyl-9", "243-089-3[einecs]", "chebi:59925", "9", "88660-47-3[rn]", "(10alphah)-5'alpha-(butan-2-yl)-12'-hydroxy-3'", "epicriptine[inn]"}|>, "7474" -> <|"DatabaseID" -> "SW03881", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59925"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341400]}, "IsomericSmiles" -> "CCC(C)[C@H]1C(=O)N2CCC[C@H]2[C@]3(N1C(=O)[C@](O3)(C(C)C)NC(=O)[C@@H]4C[C@@H]5c6cccc7c6c(c[nH]7)C[C@H]5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "epicriptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084313]}, "Synonyms" -> {"19467-62-0[rn]", "dcn 203-922", "ac1mj2bm", "surecn261575", "dihydro-b-ergocryptine", "beta-dihydroergocryptine", "19467-62-0", "9,10a-dihydro-13'-epi-b-ergocryptine", "einecs 243-089-3", "5'alpha(s)-sec-butyl-9", "243-089-3[einecs]", "chebi:59925", "9", "88660-47-3[rn]", "(10alphah)-5'alpha-(butan-2-yl)-12'-hydroxy-3'", "epicriptine[inn]"}|>, "7475" -> <|"DatabaseID" -> "SW03881", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59925"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2341400]}, "IsomericSmiles" -> "CCC(C)[C@H]1C(=O)N2CCC[C@H]2[C@]3(N1C(=O)[C@](O3)(C(C)C)NC(=O)[C@@H]4C[C@@H]5c6cccc7c6c(c[nH]7)C[C@H]5[NH+](C4)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "epicriptine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3084313]}, "Synonyms" -> {"19467-62-0[rn]", "dcn 203-922", "ac1mj2bm", "surecn261575", "dihydro-b-ergocryptine", "beta-dihydroergocryptine", "19467-62-0", "9,10a-dihydro-13'-epi-b-ergocryptine", "einecs 243-089-3", "5'alpha(s)-sec-butyl-9", "243-089-3[einecs]", "chebi:59925", "9", "88660-47-3[rn]", "(10alphah)-5'alpha-(butan-2-yl)-12'-hydroxy-3'", "epicriptine[inn]"}|>, "7476" -> <|"DatabaseID" -> "SW03882", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445410]}, "IsomericSmiles" -> "CC(=CCC/C(=C/CC/C(=C/C(=O)OCC(=O)[C@]1(CC[C@@H]2[C@@]1(C[C@@H]([C@H]3[C@H]2CCC4=CC(=O)C=C[C@]34C)O)C)O)/C)/C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01998"]}, "OfficialNames" -> <|"NPC Approved Name" -> "prednisolone farnesylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282229]}, "Synonyms" -> {"prednisolone farnesylate", "farnezone", "farnerate", "farnerate gel", "farnerate (tn)", "ac1nqzp1", "118244-44-3[rn]", "pregna-1", "surecn1651053", "118244-44-3", "pnf 21", "ccris 6595"}|>, "7477" -> <|"DatabaseID" -> "SW03883", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27478"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8232]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01089"]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C(=O)O[C@@H]2C[C@@H]3C[NH+]4CCc5c6ccccc6[nH]c5[C@H]4C[C@@H]3[C@@H]([C@H]2OC)C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08194"]}, "OfficialNames" -> <|"China Approved Name" -> "aescin", "FDA Approved Drug" -> "DESERPIDINE"|>, "PharmGKBID" -> "PA164742966", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8550]}, "Synonyms" -> {"deserpidine", "canescine", "raunormin", "deserpidin", "canescin", "raunormine", "recanescine", "desepridine", "recanescin", "harmonyl", "enduronyl", "desmethoxyreserpine", "tranquinil", "reserpidine", "deresperine", "raunorine", "aescin", "monoamine transporter", "deserpidina [inn-spanish]", "deserpidinum [inn-latin]", "vesicular amine transporter 2", "deserpine", "vat2", "beta-escin", "solute carrier family 18 member 2", "deserpidine [ban:inn][inn]", "(3b,16b,17a,18b,20a)-17-methoxy-18-[(3,4,5-trimethoxybenzoyl)oxy]-3,20-yohimban-16-carboxylic acidmethyl ester", "9005-49-6", "131-01-1[rn]", "methyl (1s,2r,3r,4as,13br,14as)-2-methoxy-3-{[(3,4,5-trimethoxyphenyl)carbonyl]oxy}-1,2,3,4,4a,5,7,8,13,13b,14,14a-dodecahydroindolo[2',3':3,4]pyrido[1,2-b]isoquinoline-1-carboxylate", "4-25-00-01282", "205-004-8[einecs]", "methyl-(1s,2r,3r,4as,13br,14as)-2-methoxy-3-{[(3,4,5-trimethoxyphenyl)carbonyl]oxy}-1,2,3,4,4a,5,7,8,13,13b,14,14a-dodecahydroindolo[2',3':3,4]pyrido[1,2-b]isochinolin-1-carboxylat", "yohimban-16-carboxylic acid 17-methoxy-18-[(3,4,5-trimethoxybenzoyl)oxy]- methyl ester,(3b,16b,17a,18b,20a)-", "deserpidina[spanish][inn]", "deserpidinum[latin]", "deserpidic acid methyl ester 3,4,5-trimethoxybenzoate", "benz[g]indolo[2,3-a]quinolizine-1-carboxylicacid 1,2,3,4,4a,5,7 8,-13,13b,14,14a-dodecahydro-3-hydroxy-2-methoxy-,methyl ester 3,4,5-trimethoxybenzoate", "halmonyl", "indole alkaloid", "4-25-00-01282 (beilstein handbook reference)[beilstein]", "11-demethoxyreserpine", "101820[beilstein]", "11-desmethoxyreserpine", "deserpidic acid methyl ester 3,4,5-trimethoxybenzoate", "17a-methoxy-18b-[(3,4,5-trimethoxybenzoyl)oxy]-3b,20a-yohimban-16b-carboxylic acid methylester", "aescin[german]"}|>, "7478" -> <|"DatabaseID" -> "SW03884", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9072429]}, "IsomericSmiles" -> "COC(=O)C(=O)OC12[C@H]3[C@@H]4[C@H]5[C@H]6C7[C@@H]4C1([C@H]8C7[C@@H]9C6(C1([C@@H]5C3C3[C@@H]1[C@@H]9[C@@H]8[C@@H]23)OC(=O)C(=O)OC)C(=O)OC)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "12-benzoxydaphnetoxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23229167]}|>, "7479" -> <|"DatabaseID" -> "SW03885", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "49603"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 181006]}, "IsomericSmiles" -> "CS(=O)(=O)CCNCc1ccc(o1)c2ccc3c(c2)c(ncn3)Nc4ccc(c(c4)Cl)OCc5cccc(c5)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04024"]}, "OfficialNames" -> <|"Australia Approved Name" -> "LAPATINIB", "FDA Approved Drug" -> "LAPATINIB DITOSYLATE"|>, "PharmGKBID" -> "PA152241907", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 208908]}, "Synonyms" -> {"lapatinib ditosylate", "gw572016", "tykerb", "gw 572016", "231277-92-2[rn]", "lapatinib (inn)", "4-[[3-chloro-4-(3-fluorobenzyloxy)phenyl]amino]-6-[5-[[(2-methanesulfonylethyl)amino]methyl]furan-2-yl]quinazoline; gsk572016;gw 572016; gw 572016x; lapatinib; n-[3-chloro-4-[(3-fluorobenzyl)oxy]phenyl]-6-[5-[[[2-(methanesulfonyl)ethyl]amino]methyl]-2-f", "kinome_3684", "lapatinib[wiki][inn]", "lapatinib tosilate hydrate", "fmm", "10502247[beilstein]", "4-quinazolinamine,n-[3-chloro-4-[(3-fluorophenyl)methoxy]phenyl]-6-[5-[[[2-(methylsulfonyl)ethyl]amino]methyl]-2-furanyl]-", "388082-78-8;388082-77-7", "n-(3-chloro-4-((3-fluorophenyl)methoxy)phenyl)-6-(5-(((2-(methylsulfonyl)ethyl)amino)methyl)-2-furanyl)-4-quinazolinamine", "388082-78-8[rn]", "n-[3-chloro-4-[(3-fluorophenyl)methoxy]phenyl]-6-[5-[(2-methylsulfonylethylamino)methyl]-2-furyl]quinazolin-4-amine", "tycerb", "n-{3-chloro-4-[(3-fluorobenzyl)oxy]phenyl}-6-[5-({[2-(methylsulfonyl)ethyl]amino}methyl)furan-2-yl]quinazolin-4-amine", "etocrilene", "n-{3-chloro-4-[(3-fluorobenzyl)oxy]phenyl}-6-[5-({[2-(methylsulfonyl)ethyl]amino}methyl)-2-furyl]quinazolin-4-amine", "n-{3-chloro-4-[(3-fluorobenzyl)oxy]phenyl}-6-[5-({[2-(methylsulfonyl)ethyl]amino}methyl)-2-furyl]-4-quinazolinamine", "n-(3-chloro-4-((3-fluorophenyl)methoxy)phenyl)-6-(5-((2-methylsulfonylethylamino)methyl)-2-furyl)quinazolin-4-amine", "lapatinib [inn]", "1xkk", "lapatinib", "n-[3-chloro-4-[(3-fluorophenyl)methoxy]phenyl]-6-[5-[[[2-(methylsulfonyl)ethyl]amino]methyl]-2-furanyl]-4-quinazolinamine", "5232-99-5[rn]", "lapatinib tykerb gw572016", "231277-92-2", "n-[3-chloro-4-(3-fluorobenzyloxy)phenyl]-6-[5-({[2-(methanesulfonyl)ethyl]amino}methyl)furan-2-yl]quinazolin-4-amine", "n-{3-chloro-4-[(3-fluorophenyl)methoxy]phenyl}-6-(5-{[(2-methanesulfonylethyl)amino]methyl}furan-2-yl)quinazolin-4-amine"}|>, "7480" -> <|"DatabaseID" -> "SW03886", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63214"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514859]}, "IsomericSmiles" -> "Cc1c(sc(n1)SCC2=C(N3[C@@H]([C@@H](C3=O)NC(=O)/C(=N\\OC)/c4csc(n4)N)SC2)C(=O)[O-])CC(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07643"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cefodizime"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5361871]}, "Synonyms" -> {"cefodizime", "timecef", "diezime", "cefodizme", "modivid", "cefodizima", "cefodizimum", "s 77 1221 b", "7-{[(22z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-({[5-(carboxymethyl)-4-methyl-1,3-thiazol-2-yl]sulfanyl}methyl)-3,4-didehydrocepham-4-carboxylic acid", "cefodizima; cefodizime; cefodizimum", "69739-16-8[rn]", "(6r,7r)-7-({(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-[(methyloxy)imino]acetyl}amino)-3-({[5-(carboxymethyl)-4-methyl-1,3-thiazol-2-yl]thio}methyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2z)-2-(2-amino-4-thiazolyl)-2-(methoxyimino)-1-oxoethyl]amino]-3-[[[5-(carboxymethyl)-4-methyl-2-thiazolyl]thio]methyl]-8-oxo- (6r,7r)-", "neucef", "7-(((2-amino-4-thiazolyl)(methoxyimino)acetyl)amino)-3-(((5-(carboxymethyl)-4-methyl-2-thiazolyl)thio)methyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid", "hr-221", "cefodizimum [inn_la]", "(6r,7r)-7-[2-(2-amino-4-thiazolyl)glyoxylamido]-3-[[[5-(carboxymethyl)-4-methyl-2-thiazolyl]thio]methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid 72(z)-(o-methyloxime)", "[6r-(6a,7b(z))]-7-[[(2-amino-4-thiazolyl)(methoxyimino)acetyl]amino]-3-[[[5-(carboxymethyl)-4-methyl-2-thiazolyl]thio]methyl]-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacid", "69739-16-8", "cefodizime disodium", "(6r,7r)-7-[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetamido]-3-({[5-(carboxymethyl)-4-methyl-1,3-thiazol-2-yl]sulfanyl}methyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "kenicef", "(6r,7r)-7-{[(22z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-({[5-(carboxymethyl)-4-methyl-1,3-thiazol-2-yl]sulfanyl}methyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylicacidcdzm", "(6r,7r)-7-{[(2z)-2-(2-amino-1,3-thiazol-4-yl)-2-(methoxyimino)acetyl]amino}-3-({[5-(carboxymethyl)-4-methyl-1,3-thiazol-2-yl]sulfanyl}methyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid", "86329-79-5[rn]", "cdzm"}|>, "7481" -> <|"DatabaseID" -> "SW03887", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64318"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7930]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00696"]}, "IsomericSmiles" -> "C[C@@]1(C(=O)N2[C@H](C(=O)N3CCC[C@H]3[C@@]2(O1)O)Cc4ccccc4)NC(=O)[C@H]5C[NH+]([C@@H]6Cc7c[nH]c8c7c(ccc8)C6=C5)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07906"]}, "OfficialNames" -> <|"Indian Approved Name" -> "belladona tinc;ergotamine tart;belladona", "FDA Approved Drug" -> "ERGOTAMINE TARTRATE"|>, "PharmGKBID" -> "PA164747651", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16051995], ExternalIdentifier["PubChemCompoundID", 56841786], ExternalIdentifier["PubChemCompoundID", 8223]}, "Synonyms" -> {"ergomar", "ergotamin", "ergotamine", "medihaler ergotamine", "wigrettes", "ergostat", "ergonsvine", "gynergen", "(6ar,9r)-n-[(2r,5s,10as,10bs)-5-benzyl-10b-hydroxy-2-methyl-3,6-dioxooctahydro-8h-[1,3]oxazolo[3,2-a]pyrrolo[2,1-c]pyrazin-2-yl]-7-methyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg]quinoline-9-carboxamide", "(6ar,9r)-n-((2r,5s,10as,10bs)- 5-benzyl-10b-hydroxy-2-methyl- 3,6-dioxooctahydro-2h-oxazolo[3,2-a]pyrrolo[2,1-c]pyrazin-2-yl)-7-methyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg] quinoline-9-carboxamide", "bellergal tab (belladonna + ergotamine (ergotamine tartrate) + phenobarbital)_mixture", "ergotamina[spanish][inn]", "ergotaman-3'", "113-15-5[rn]", "alpha-2b adrenoreceptor", "113-15-5", "belladonna alkaloids mixture with ergotamine and phenobarbital", "alpha-2b adrenoceptor", "bellergal spacetabs (belladonna + ergotamine tartrate + phenobarbital)_mixture", "cafergot pb sup (belladonna + caffeine + ergotamine (ergotamine tartrate) + pentobarbital)_mixture", "bellergal", "cafergot sup (caffeine + ergotamine tartrate)_mixture", "avetol[wiki]", "204-023-9[einecs]", "ergodryl cap (caffeine citrate + diphenhydramine hydrochloride + ergotamine tartrate)_mixture", "ergotaminum[latin]", "cafergot tab (caffeine + ergotamine tartrate)_mixture", "lingraine", "12'-hydroxy-2'-methyl-5'a-(phenylmethyl)ergotaman-3',6',18-trione", "wigraine suppositories (belladonna + caffeine + ergotamine tartrate)_mixture", "gravergol capsules (caffeine + dimenhydrinate + ergotamine tartrate)_mixture", "megral tabs (caffeine + cyclizine hydrochloride + ergotamine tartrate)_mixture", "ergotamine i", "57657-51-9", "78890[beilstein]", "exmigra", "4-25-00-00964 (beilstein handbook reference)[beilstein]", "lingran", "ergotamina; ergotamine; ergotaminum", "ergate", "ergoton-a", "secagyn", "rigetamin", "alpha-2 adrenergic receptor subtype c2", "d.h.e. 45", "379-79-3[rn]", "206-835-9[einecs]", "wigraine tab (belladonna + caffeine + ergotamine tartrate)_mixture", "migretamine", "(6ar,9r)-n-[(2r,5s,10as,10bs)-5-benzyl-10b-hydroxy-2-methyl-3,6-dioxooctahydro-8h-[1,3]oxazolo[3,2-a]pyrrolo[2,1-c]pyrazin-2-yl]-7-methyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg]chinolin-9-carboxamid", "cafergot pb tab (belladonna + caffeine + ergotamine (ergotamine tartrate) + pentobarbital sodium)_mixture", "femergin", "ergotartrate", "ergotamine[wiki]", "secupan", "ergotaminum", "ls-177242", "ergotamina", "temigran", "ac-14836", "379-79-3", "ergotaminum [inn-latin]", "i07-0341", "ergotamine tartrate", "c33h35n5o5.c4h6o6", "cornutamine"}|>, "7482" -> <|"DatabaseID" -> "SW03887", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64318"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7930]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00696"]}, "IsomericSmiles" -> "C[C@@]1(C(=O)N2[C@H](C(=O)N3CCC[C@H]3[C@@]2(O1)O)Cc4ccccc4)NC(=O)[C@H]5C[NH+]([C@@H]6Cc7c[nH]c8c7c(ccc8)C6=C5)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07906"]}, "OfficialNames" -> <|"Indian Approved Name" -> "belladona tinc;ergotamine tart;belladona", "FDA Approved Drug" -> "ERGOTAMINE TARTRATE"|>, "PharmGKBID" -> "PA164747651", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16051995], ExternalIdentifier["PubChemCompoundID", 56841786], ExternalIdentifier["PubChemCompoundID", 8223]}, "Synonyms" -> {"ergomar", "ergotamin", "ergotamine", "medihaler ergotamine", "wigrettes", "ergostat", "ergonsvine", "gynergen", "(6ar,9r)-n-[(2r,5s,10as,10bs)-5-benzyl-10b-hydroxy-2-methyl-3,6-dioxooctahydro-8h-[1,3]oxazolo[3,2-a]pyrrolo[2,1-c]pyrazin-2-yl]-7-methyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg]quinoline-9-carboxamide", "(6ar,9r)-n-((2r,5s,10as,10bs)- 5-benzyl-10b-hydroxy-2-methyl- 3,6-dioxooctahydro-2h-oxazolo[3,2-a]pyrrolo[2,1-c]pyrazin-2-yl)-7-methyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg] quinoline-9-carboxamide", "bellergal tab (belladonna + ergotamine (ergotamine tartrate) + phenobarbital)_mixture", "ergotamina[spanish][inn]", "ergotaman-3'", "113-15-5[rn]", "alpha-2b adrenoreceptor", "113-15-5", "belladonna alkaloids mixture with ergotamine and phenobarbital", "alpha-2b adrenoceptor", "bellergal spacetabs (belladonna + ergotamine tartrate + phenobarbital)_mixture", "cafergot pb sup (belladonna + caffeine + ergotamine (ergotamine tartrate) + pentobarbital)_mixture", "bellergal", "cafergot sup (caffeine + ergotamine tartrate)_mixture", "avetol[wiki]", "204-023-9[einecs]", "ergodryl cap (caffeine citrate + diphenhydramine hydrochloride + ergotamine tartrate)_mixture", "ergotaminum[latin]", "cafergot tab (caffeine + ergotamine tartrate)_mixture", "lingraine", "12'-hydroxy-2'-methyl-5'a-(phenylmethyl)ergotaman-3',6',18-trione", "wigraine suppositories (belladonna + caffeine + ergotamine tartrate)_mixture", "gravergol capsules (caffeine + dimenhydrinate + ergotamine tartrate)_mixture", "megral tabs (caffeine + cyclizine hydrochloride + ergotamine tartrate)_mixture", "ergotamine i", "57657-51-9", "78890[beilstein]", "exmigra", "4-25-00-00964 (beilstein handbook reference)[beilstein]", "lingran", "ergotamina; ergotamine; ergotaminum", "ergate", "ergoton-a", "secagyn", "rigetamin", "alpha-2 adrenergic receptor subtype c2", "d.h.e. 45", "379-79-3[rn]", "206-835-9[einecs]", "wigraine tab (belladonna + caffeine + ergotamine tartrate)_mixture", "migretamine", "(6ar,9r)-n-[(2r,5s,10as,10bs)-5-benzyl-10b-hydroxy-2-methyl-3,6-dioxooctahydro-8h-[1,3]oxazolo[3,2-a]pyrrolo[2,1-c]pyrazin-2-yl]-7-methyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg]chinolin-9-carboxamid", "cafergot pb tab (belladonna + caffeine + ergotamine (ergotamine tartrate) + pentobarbital sodium)_mixture", "femergin", "ergotartrate", "ergotamine[wiki]", "secupan", "ergotaminum", "ls-177242", "ergotamina", "temigran", "ac-14836", "379-79-3", "ergotaminum [inn-latin]", "i07-0341", "ergotamine tartrate", "c33h35n5o5.c4h6o6", "cornutamine"}|>, "7483" -> <|"DatabaseID" -> "SW03888", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4372989]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2C1Cc4ccc(cc4)Oc5cc(ccc5O)CC6c7cc(c(cc7CC[NH2+]6)OC)O3)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "trilobamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5201703]}, "Synonyms" -> {"6,6'-dimethoxy-2-methyloxyacanthan-7,12'-diol", "trilobamine", "daphnoline", "479-36-7[rn]", "479-36-7"}|>, "7484" -> <|"DatabaseID" -> "SW03888", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4372989]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2C1Cc4ccc(cc4)Oc5cc(ccc5O)CC6c7cc(c(cc7CC[NH2+]6)OC)O3)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "trilobamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5201703]}, "Synonyms" -> {"6,6'-dimethoxy-2-methyloxyacanthan-7,12'-diol", "trilobamine", "daphnoline", "479-36-7[rn]", "479-36-7"}|>, "7485" -> <|"DatabaseID" -> "SW03888", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4372989]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2C1Cc4ccc(cc4)Oc5cc(ccc5O)CC6c7cc(c(cc7CC[NH2+]6)OC)O3)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "trilobamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5201703]}, "Synonyms" -> {"6,6'-dimethoxy-2-methyloxyacanthan-7,12'-diol", "trilobamine", "daphnoline", "479-36-7[rn]", "479-36-7"}|>, "7486" -> <|"DatabaseID" -> "SW03888", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4372989]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2C1Cc4ccc(cc4)Oc5cc(ccc5O)CC6c7cc(c(cc7CC[NH2+]6)OC)O3)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "trilobamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5201703]}, "Synonyms" -> {"6,6'-dimethoxy-2-methyloxyacanthan-7,12'-diol", "trilobamine", "daphnoline", "479-36-7[rn]", "479-36-7"}|>, "7487" -> <|"DatabaseID" -> "SW03888", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4372989]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2C1Cc4ccc(cc4)Oc5cc(ccc5O)CC6c7cc(c(cc7CC[NH2+]6)OC)O3)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "trilobamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5201703]}, "Synonyms" -> {"6,6'-dimethoxy-2-methyloxyacanthan-7,12'-diol", "trilobamine", "daphnoline", "479-36-7[rn]", "479-36-7"}|>, "7488" -> <|"DatabaseID" -> "SW03888", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4372989]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2C1Cc4ccc(cc4)Oc5cc(ccc5O)CC6c7cc(c(cc7CC[NH2+]6)OC)O3)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "trilobamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5201703]}, "Synonyms" -> {"6,6'-dimethoxy-2-methyloxyacanthan-7,12'-diol", "trilobamine", "daphnoline", "479-36-7[rn]", "479-36-7"}|>, "7489" -> <|"DatabaseID" -> "SW03888", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4372989]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2C1Cc4ccc(cc4)Oc5cc(ccc5O)CC6c7cc(c(cc7CC[NH2+]6)OC)O3)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "trilobamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5201703]}, "Synonyms" -> {"6,6'-dimethoxy-2-methyloxyacanthan-7,12'-diol", "trilobamine", "daphnoline", "479-36-7[rn]", "479-36-7"}|>, "7490" -> <|"DatabaseID" -> "SW03888", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4372989]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2C1Cc4ccc(cc4)Oc5cc(ccc5O)CC6c7cc(c(cc7CC[NH2+]6)OC)O3)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "trilobamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5201703]}, "Synonyms" -> {"6,6'-dimethoxy-2-methyloxyacanthan-7,12'-diol", "trilobamine", "daphnoline", "479-36-7[rn]", "479-36-7"}|>, "7491" -> <|"DatabaseID" -> "SW03889", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "46859"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 570993]}, "IsomericSmiles" -> "CCCCCCCCCCCCOCCOCCOCCOCCOCCOCCOCCOCCOCCO", "OfficialNames" -> <|"FDA Approved Drug" -> "POLIDOCANOL"|>, "Synonyms" -> {"dodecylnonaglycol", "nonaethyleneglycol monododecyl ether 1 mm solution", "nonaethyleneglycol monododecyl ether", "polidocanol[wiki]", "dodecyl nonaethylene glycol ether", "nonaethyleneglycolmonododecylether", "3055-99-0[rn]", "polidocanol [dcf:inn:jan][inn][jan]", "polyoxyethylene 9 lauryl ether", "nonaethyleneglycol monododecyl ether solution", "dodecyl polyethoxylates", "genapol x-080", "nonaethylene glycol monododecyl ether", "1895308[beilstein]", "221-284-4[einecs]", "detergent screening solution 23/fluka kit no 66317", "nonaethylene glycol monolauryl ether", "9043-30-5[rn]", "dodecyl nona ethylene glycol ether", "c12e9", "9002-92-0[rn]", "dodecylnonaoxyethylene glycol monoether", "3,6,9,12,15,18,21,24,27-nonaoxanonatriacontan-1-ol"}|>, "7492" -> <|"DatabaseID" -> "SW03890", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 116244]}, "IsomericSmiles" -> "CC(C)CN(C[C@H]([C@H](Cc1ccccc1)NC(=O)O[C@H]2CCOC2)OP(=O)([O-])[O-])S(=O)(=O)c3ccc(cc3)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03835"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FOSAMPRENAVIR CALCIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 131535]}, "Synonyms" -> {"gw-433908g", "amprenavir phosphate calcium", "fosamprenavir calcium", "gw433908g", "lexiva", "telzir", "lexiva (tn)", "((3s)oxolan-3-yloxy)-n-((1s,2r)-3-(((4-aminophenyl)sulfonyl)(2-methylpropyl)amino)-1-benzyl-2-(phosphonooxy)propyl)carboxamidecalciumsalt", "carbamicacid [(1s,2r)-3-[[(4-aminophenyl)sulfonyl](2-methylpropyl)amino]-1-(phenylmethyl)-2-(phosphonooxy)propyl]-,(3s)-tetrahydro-3-furanylester calcium salt (1:1)", "calcium [(3s)-oxolan-3-yl]n-[(2s,3r)-4-[(4-aminophenyl)sulfonyl-(2-methylpropyl)amino]-1-phenyl-3-phosphonatooxy-butan-2-yl]carbamate", "lexiva[wiki]", "fosamprenavir calcium[usan]", "calcium-(1r,2s)-1-({[(4-aminophenyl)sulfonyl](2-methylpropyl)amino}methyl)-3-phenyl-2-({[(3s)-tetrahydrofuran-3-yloxy]carbonyl}amino)propylphosphat", "calcium (1r,2s)-1-({[(4-aminophenyl)sulfonyl](2-methylpropyl)amino}methyl)-3-phenyl-2-({[(3s)-tetrahydrofuran-3-yloxy]carbonyl}amino)propyl phosphate", "carbamicacid ((1s,2r)-3-(((4-aminophenyl)sulfonyl)(2-methylpropyl)amino)-1-(phenylmethyl)-2-(phosphonooxy)propyl)-,c-((3s)-tetrahydro-3-furanyl) ester calciumsalt", "fosamprenavir calcium (usan)", "((3s)oxolan-3-yloxy)-n-((1s", "226700-81-8", "fosamprenavir calcium [usan]", "226700-81-8[rn]"}|>, "7493" -> <|"DatabaseID" -> "SW03891", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17076"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 18508]}, "IsomericSmiles" -> "C[C@H]1[C@@]([C@H]([C@@H](O1)O[C@@H]2[C@H]([C@@H]([C@H]([C@@H]([C@H]2O)O)NC(=[NH2+])N)O)NC(=[NH2+])N)O[C@H]3[C@H]([C@@H]([C@H]([C@@H](O3)CO)O)O)[NH2+]C)(C=O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01350"], ExternalIdentifier["KEGGID", "D08531"]}, "OfficialNames" -> <|"Indian Approved Name" -> "streptomycin;streptomycin sulph", "Traditional Herbal Isolate" -> "streptomycin", "Australia Approved Name" -> "STREPTOMYCIN SULFATE", "China Approved Name" -> "streptomycin", "WHO Essential Medicine" -> "streptomycin", "FDA Approved Drug" -> "STREPTOMYCIN SULFATE"|>, "Synonyms" -> {"streptomycin", "streptomycin [inn_en]", "1,1'-[(1r,2r,3s,4r,5r,6s)-4-({5-deoxy-2-o-[2-deoxy-2-(methylamino)-a-l-glucopyranosyl]-3-c-formyl-a-l-lyxofuranosyl}oxy)-2,5,6-trihydroxycyclohexane-1,3-diyl]diguanidine", "n-{(1r,2r,3s,4r,5r,6s)-4-[(2r,3r,4r,5s)-3-((2s,3s,4s,5r,6s)-4,5-dihydroxy-6-hydroxymethyl-3-methylamino-tetrahydro-pyran-2-yloxy)-4-formyl-4-hydroxy-5-methyl-tetrahydro-furan-2-yloxy]-3-guanidino-2,5", "n,n'''-[(1r,2r,3s,4r,5r,6s)-4-{[(2r,3r,4r,5s)-3-{[(2s,3s,4s,5r,6s)-4,5-dihydroxy-6-(hydroxymethyl)-3-(methylamino)tetrahydro-2h-pyran-2-yl]oxy}-4-formyl-4-hydroxy-5-methyltetrahydrofuran-2-yl]oxy}-2,5,6-trihydroxycyclohexane-1,3-diyl]diguanidine", "agri-strep", "200-355-3[einecs]", "57-92-1[rn]", "74498[beilstein]", "guanidine n,n'''-[(1r,2r,3s,4r,5r,6s)-4-[[5-deoxy-2-o-[2-deoxy-2-(methylamino)-a-l-glucopyranosyl]-3-c-formyl-a-l-lyxofuranosyl]oxy]-2,5,6-trihydroxy-1,3-cyclohexanediyl]bis-", "agrimycin", "4-18-00-07540", "streptorex", "gerox", "1,1'-[(1r,2r,3s,4r,5r,6s)-4-{[(2r,3r,4r,5s)-3-{[(2s,3s,4s,5r,6s)-4,5-dihydroxy-6-(hydroxymethyl)-3-(methylamino)tetrahydro-2h-pyran-2-yl]oxy}-4-formyl-4-hydroxy-5-methyltetrahydro-2-furanyl]oxy}-2,5,6-trihydroxy-1,3-cyclohexanediyl]diguanidine", "g-mycin", "neodiestreptopab", "agrept", "estreptomicina[spanish][inn]", "kantrex[wiki]", "strepcen", "streptomycine", "2,4-diguanidino-3,5,6-trihydroxycyclohexyl 5-deoxy-2-o-(2-deoxy-2-methylamino-a-l-glucopyranosyl)-3-c-formyl-b-l-lyxopentanofuranoside", "estreptomicina;", "n,n'''-[(1r,2r,3s,4r,5r,6s)-4-{[(2r,3r,4r,5s)-3-{[(2s,3s,4s,5r,6s)-4,5-dihydroxy-6-(hydroxymethyl)-3-(methylamino)tetrahydro-2h-pyran-2-yl]oxy}-4-formyl-4-hydroxy-5-methyltetrahydrofuran-2-yl]oxy}-2,5", "hokko-mycin", "n,n'''-[(1r,2r,3s,4r,5r,6s)-4-{[(2r,3r,4r,5s)-3-{[(2s,3s,4s,5r,6s)-4,5-dihydroxy-6-(hydroxymethyl)-3-(methylamino)tetrahydro-2h-pyran-2-yl]oxy}-4-formyl-4-hydroxy-5-methyltetrahydrofuran-2-yl]oxy}-2,5,6-trihydroxycyclohexan-1,3-diyl]diguanidin", "agrimycin 17", "vetstrep", "streptomyzin[german]", "streptomycin[wiki]", "jenamicin", "337376-15-5", "3810-74-0[rn]", "1,1'-((1r,2r,3s,4r,5r,6s)-4-(((2r,3r,4r,5s)-3-(((2s,3s,4s,5r,6s)-4,5-dihydroxy-6-(hydroxymethyl)-3-(methylamino)tetrahydro-2h-pyran-2-yl)oxy)-4-formyl-4-hydroxy-5-methyltetrahydrofuran-2-yl)oxy)-2,5,6-trihydroxycyclohexane-1,3-diyl)diguanidine", "2-[(1s,2r,3r,4s,5r,6r)-5-(diaminomethylideneamino)-2-[(2r,3s,4s,5s)-3-[(2s,3s,4s,5r,6s)-4,5-dihydroxy-6-(hydroxymethyl)-3-methylamino-oxan-2-yl]oxy-4-formyl-4-hydroxy-5-methyl-oxolan-2-yl]oxy-3,4,6-trihydroxy-cyclohexyl]guanidine", "223-286-0[einecs]", "streptomycin sulfate"}|>, "7494" -> <|"DatabaseID" -> "SW03892", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "149836"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482314]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00560"]}, "IsomericSmiles" -> "CC(C)(C)[NH2+]CC(=O)Nc1cc(c2c(c1[O-])C(=O)C3=C([C@]4([C@@H](C[C@@H]3C2)[C@@H](C(=C(C4=O)C(=O)N)[O-])[NH+](C)C)O)[O-])N(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01079"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TIGECYCLINE"|>, "Synonyms" -> {"tigecycline", "way-gar-936", "tygacil", "(4s,4as,5ar,12as)-9-[(n-tert-butylglycyl)amino]-4,7-bis(dimethylamino)-3,10,12,12a-tetrahydroxy-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide", "(4s,4as,5ar,12as)-9-{[(tert-butylamino)acetyl]amino}-4,7-bis(dimethylamino)-3,10,12,12a-tetrahydroxy-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracen-2-carboxamid", "2-naphthacenecarboxamide 4,7-bis(dimethylamino)-9-((((1,1-dimethylethyl)amino)acetyl)amino)-1,4,4a,5,5a,6,11,12a-octahydro-3,10,12,12a-tetrahydroxy-1,11-dioxo-,(4s,4as,5ar,12as)-", "(4s,4as,5ar,12as)-9-(2-(tert-butylamino)acetamido)-4,7-bis(dimethylamino)-3,10,12,12a-tetrahydroxy-1", "way-gar 936", "(4s,4as,5ar,12as)-9-(2-(tert-butylamino)acetamido)-4,7-bis(dimethylamino)-3,10,12,12a-tetrahydroxy-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide", "2-naphthacenecarboxamide 4,7-bis(dimethylamino)-9-[[[(1,1-dimethylethyl)amino]acetyl]amino]-1,4,4a,5,5a,6,11,12a-octahydro-3,10,12,12a-tetrahydroxy-1,11-dioxo-,(4s,4as,5ar,12as)-", "(4s,4as,5ar,12as)-9-(2-(tert-butylamino)acetamido)-4,7-bis(dimethylamino)-1,4,4a,5,5a,6,11,12a-octahydro-3,10,12,12a-tetrahydroxy-1,11-dioxo-2-naphthacenecarboxamide", "tygacil[wiki]", "2-naphthacenecarboxamide 4,7-bis(dimethylamino)-9-[[2-[(1,1-dimethylethyl)amino]acetyl]amino]-1,4,4a,5,5a,6,11,12a-octahydro-3,10,12,12a-tetrahydroxy-1,11-dioxo- (4s,4as,5ar,12as)-", "gar-936,tigecycline", "(4s,4as,5ar,12as)-9-{[(tert-butylamino)acetyl]amino}-4,7-bis(dimethylamino)-3,10,12,12a-tetrahydroxy-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide", "@tigecycline", "tygacil gar-936 way-gar-936 tbg-mino", "gar-936", "220620-09-7[rn]", "tigecycline[wiki]", "tygacil;gar-936;way-gar-936;tbg-mino"}|>, "7495" -> <|"DatabaseID" -> "SW03893", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388599]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01092"]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2C[C@H]([C@@]3([C@@H]4[C@@H](CC[C@@]3(C2)O)[C@]5(CC[C@@H]([C@]5(C[C@H]4O)C)C6=CC(=O)OC6)O)CO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00112"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycosides g"|>, "Synonyms" -> {"g-strophanthin", "acocantherin", "strophosan", "strophoperm", "uabaina", "rectobaina", "ouabagenin l-rhamnoside", "strodival", "ouabain octahydrate", "gratus strophanthin", "strophalen", "strophanthin-g", "astrobain", "g-strophicor", "ouabain octahydrate", "kombetin", "purostrophan", "uabanin", "strophanthin g", "gratibain", "solufantina", "oubain", "g-strophantoside", "211-139-3[einecs]", "ouabain anhydrous", "acocantherine", "630-60-4[rn]", "g-strophanthin octahydrate", "ec 3.6.3.9", "11018-89-6 (octahydrate)", "ouabain[wiki]", "tl8004371", "11018-89-6[rn]", "(1b,3b,5b,11a)-3-[(6-deoxy-a-l-mannopyranosyl)oxy]-1,5,11,14,19-pentahydroxycard-20(22)-enolide", "sodium pump subunit alpha 1", "ouabaine", "ouabain", "3-(6-deoxy-?-l-mannopyranosyloxy)-1,5,11a,14,19-pentahydroxycard-20(22)-enolide", "sodium/potassium-transporting atpase alpha-1 chain precursor", "obn", "ouabaine[wiki]", "cardiac glycoside", "4-[(1r,3s,5s,8r,9s,10r,11r,13r,14s,17r)-1,5,11,14-tetrahydroxy-10-(hydroxymethyl)-13-methyl-3-{[(2r,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}hexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2(5h)-furanone", "337376-15-5", "ouabain a-l-rhamnoside", "na(+)/k(+) atpase alpha-1 subunit"}|>, "7496" -> <|"DatabaseID" -> "SW03894", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59352]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)[NH3+])C(=O)OC2C[NH+](C2)C(c3ccccc3)c4ccccc4)c5cccc(c5)[N+](=O)[O-])C(=O)OC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01145"]}, "OfficialNames" -> <|"NPC Approved Name" -> "azelnidipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65948]}, "Synonyms" -> {"calblock", "azelnidipine", "ag-d-50614", "ncgc00167436-01", "cs 905", "2-amino-1,4-dihydro-6-methyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylicacid 3-[1-(diphenylmethyl)-3-azetidinyl] 5-(methylethyl) ester", "azelnidipine[wiki][inn]", "2-amino-6-methyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylicacid o3-[1-(diphenylmethyl)-3-azetidinyl] ester o5-propan-2-ylester", "3-[1-(diphenylmethyl)azetidin-3-yl]5-(1-methylethyl)2-amino-6-methyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "rs-9054", "azelnidipine [inn]", "o3-[1-(diphenylmethyl)azetidin-3-yl]o5-propan-2-yl 2-azanyl-6-methyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "azalnidipine", "123524-52-7", "3,5-pyridinedicarboxylic acid 2-amino-1,4-dihydro-6-methyl-4-(3-nitrophenyl)- 3-[1-(diphenylmethyl)-3-azetidinyl] 5-(1-methylethyl) ester", "3", "calblock (tn)", "azelidipine", "3-[1-(diphenylmethyl)azetidin-3-yl]5-isopropyl 2-amino-6-methyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "3-(1-benzhydrylazetidin-3-yl) 5-isopropyl 2-amino-6-methyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "1-(diphenylmethyl)azetidin-3-yl 2-amino-6-methyl-5-[(methylethyl)oxycarbonyl]-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate", "3-[1-(diphenylmethyl)azetidin-3-yl]5-propan-2-yl 2-amino-6-methyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "cs-905", "123524-52-7[rn]"}|>, "7497" -> <|"DatabaseID" -> "SW03894", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59352]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)[NH3+])C(=O)OC2C[NH+](C2)C(c3ccccc3)c4ccccc4)c5cccc(c5)[N+](=O)[O-])C(=O)OC(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01145"]}, "OfficialNames" -> <|"NPC Approved Name" -> "azelnidipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65948]}, "Synonyms" -> {"calblock", "azelnidipine", "ag-d-50614", "ncgc00167436-01", "cs 905", "2-amino-1,4-dihydro-6-methyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylicacid 3-[1-(diphenylmethyl)-3-azetidinyl] 5-(methylethyl) ester", "azelnidipine[wiki][inn]", "2-amino-6-methyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylicacid o3-[1-(diphenylmethyl)-3-azetidinyl] ester o5-propan-2-ylester", "3-[1-(diphenylmethyl)azetidin-3-yl]5-(1-methylethyl)2-amino-6-methyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "rs-9054", "azelnidipine [inn]", "o3-[1-(diphenylmethyl)azetidin-3-yl]o5-propan-2-yl 2-azanyl-6-methyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "azalnidipine", "123524-52-7", "3,5-pyridinedicarboxylic acid 2-amino-1,4-dihydro-6-methyl-4-(3-nitrophenyl)- 3-[1-(diphenylmethyl)-3-azetidinyl] 5-(1-methylethyl) ester", "3", "calblock (tn)", "azelidipine", "3-[1-(diphenylmethyl)azetidin-3-yl]5-isopropyl 2-amino-6-methyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "3-(1-benzhydrylazetidin-3-yl) 5-isopropyl 2-amino-6-methyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "1-(diphenylmethyl)azetidin-3-yl 2-amino-6-methyl-5-[(methylethyl)oxycarbonyl]-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate", "3-[1-(diphenylmethyl)azetidin-3-yl]5-propan-2-yl 2-amino-6-methyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "cs-905", "123524-52-7[rn]"}|>, "7498" -> <|"DatabaseID" -> "SW03895", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59756"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10091], ExternalIdentifier["ChemSpiderID", 64311]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00320"]}, "IsomericSmiles" -> "C[C@@]1(C(=O)N2[C@H](C(=O)N3CCC[C@H]3[C@@]2(O1)O)Cc4ccccc4)NC(=O)[C@@H]5C[C@@H]6c7cccc8c7c(c[nH]8)C[C@H]6[NH+](C5)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07837"], ExternalIdentifier["KEGGID", "D02211"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "daechu alkaloids", "Indian Approved Name" -> "dihydroergotamine mesylate", "FDA Approved Drug" -> "DIHYDROERGOTAMINE MESYLATE"|>, "PharmGKBID" -> "PA164743028", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10531], ExternalIdentifier["PubChemCompoundID", 71171]}, "Synonyms" -> {"dihydergot", "verladyn", "orstanorm", "ergont", "agit", "ikaran", "dihydroergotamine", "ergomimet", "d.h.e. 45", "ergotonin", "diergo", "d.h.e.", "det ms", "dergotamine", "dihydroergotamine methanesulfonate", "angionorm", "dirgotarl", "tonopres", "dihydroergotamine mesylate", "migranal", "morena", "endophleban", "dihydroergotamine monomethanesulfonate", "dihydroergotamine[wiki]", "dhe-45", "dihidroergotamina [inn-spanish]", "dihydroergotaminum [inn-latin]", "5-ht-2b", "9,10-dihydro-ergotamine", "serotonin receptor 2b", "dihytamine", "neomigran", "co-dergocrine", "dihydroergotamine mesilate", "dehydroergotamine", "diidroergotamina [dcit]", "dhe", "ergotamine dihydro-", "9,10-dihydroergotamine", "seglor", "dihidroergotamina; dihydroergotamine; dihydroergotaminum", "5'-benzyl-12'-hydroxy-2'-methyl-3',6',18-trioxo-9,10-dihydroergotaman; 9,10-dihydro-12'-hydroxy-2'-methyl-5'-(phenylmethyl)ergotoman-3',6',18-trione; 9,10-dihydroergotamine; dihydroergotamine", "detms", "dihidroergotamina[spanish][inn]", "(5'a,10a)-9,10-dihydro-12'-hydroxy-2'-methyl-5'-(phenylmethyl)ergotaman-3',6',18-trione", "208-123-3[einecs]", "ergotaminum [inn_la]", "ergotamine 9,10-dihydro-", "dihydroergotaminum[latin]", "337376-15-5", "511-12-6[rn]", "dihydroergotamine mesilate[jp15]", "dihydroergotamine methanesulfonate salt", "einecs 228-235-6", "migranal[wiki]", "(6ar,9r,10ar)-n-[(2r,5s,10as,10bs)-5-benzyl-10b-hydroxy-2-methyl-3,6-dioxooctahydro-8h-[1,3]oxazolo[3,2-a]pyrrolo[2,1-c]pyrazin-2-yl]-7-methyl-4,6,6a,7,8,9,10,10a-octahydroindolo[4,3-fg]quinoline-9-carboxamide methanesulfonate (salt)", "chebi:59756", "8067-24-1[rn]", "(6ar,9r,10ar)-n-[(2r,5s,10as,10bs)-5-benzyl-10b-hydroxy-2-methyl-3,6-dioxooctahydro-8h-[1,3]oxazolo[3,2-a]pyrrolo[2,1-c]pyrazin-2-yl]-7-methyl-4,6,6a,7,8,9,10,10a-octahydroindolo[4,3-fg]quinoline-9-ca", "migranal (tn)", "ergotamine 9,10-dihydro- monomethanesulfonate (salt)", "9,10-dihydro-12'-hydroxy-2'-methyl-5'-(phenylmethyl)ergotaman-3',6',18-trione mesylate", "ergotamine dihydro- mesylate", "11032-41-0[rn]", "rboxamide methanesulfonate (salt)", "228-235-6[einecs]", "6190-39-2[rn]", "9,10-dihydroergotamine mesylate", "dihydroergotamine mesylate[usp]", "9"}|>, "7499" -> <|"DatabaseID" -> "SW03895", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59756"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10091], ExternalIdentifier["ChemSpiderID", 64311]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00320"]}, "IsomericSmiles" -> "C[C@@]1(C(=O)N2[C@H](C(=O)N3CCC[C@H]3[C@@]2(O1)O)Cc4ccccc4)NC(=O)[C@@H]5C[C@@H]6c7cccc8c7c(c[nH]8)C[C@H]6[NH+](C5)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07837"], ExternalIdentifier["KEGGID", "D02211"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "daechu alkaloids", "Indian Approved Name" -> "dihydroergotamine mesylate", "FDA Approved Drug" -> "DIHYDROERGOTAMINE MESYLATE"|>, "PharmGKBID" -> "PA164743028", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10531], ExternalIdentifier["PubChemCompoundID", 71171]}, "Synonyms" -> {"dihydergot", "verladyn", "orstanorm", "ergont", "agit", "ikaran", "dihydroergotamine", "ergomimet", "d.h.e. 45", "ergotonin", "diergo", "d.h.e.", "det ms", "dergotamine", "dihydroergotamine methanesulfonate", "angionorm", "dirgotarl", "tonopres", "dihydroergotamine mesylate", "migranal", "morena", "endophleban", "dihydroergotamine monomethanesulfonate", "dihydroergotamine[wiki]", "dhe-45", "dihidroergotamina [inn-spanish]", "dihydroergotaminum [inn-latin]", "5-ht-2b", "9,10-dihydro-ergotamine", "serotonin receptor 2b", "dihytamine", "neomigran", "co-dergocrine", "dihydroergotamine mesilate", "dehydroergotamine", "diidroergotamina [dcit]", "dhe", "ergotamine dihydro-", "9,10-dihydroergotamine", "seglor", "dihidroergotamina; dihydroergotamine; dihydroergotaminum", "5'-benzyl-12'-hydroxy-2'-methyl-3',6',18-trioxo-9,10-dihydroergotaman; 9,10-dihydro-12'-hydroxy-2'-methyl-5'-(phenylmethyl)ergotoman-3',6',18-trione; 9,10-dihydroergotamine; dihydroergotamine", "detms", "dihidroergotamina[spanish][inn]", "(5'a,10a)-9,10-dihydro-12'-hydroxy-2'-methyl-5'-(phenylmethyl)ergotaman-3',6',18-trione", "208-123-3[einecs]", "ergotaminum [inn_la]", "ergotamine 9,10-dihydro-", "dihydroergotaminum[latin]", "337376-15-5", "511-12-6[rn]", "dihydroergotamine mesilate[jp15]", "dihydroergotamine methanesulfonate salt", "einecs 228-235-6", "migranal[wiki]", "(6ar,9r,10ar)-n-[(2r,5s,10as,10bs)-5-benzyl-10b-hydroxy-2-methyl-3,6-dioxooctahydro-8h-[1,3]oxazolo[3,2-a]pyrrolo[2,1-c]pyrazin-2-yl]-7-methyl-4,6,6a,7,8,9,10,10a-octahydroindolo[4,3-fg]quinoline-9-carboxamide methanesulfonate (salt)", "chebi:59756", "8067-24-1[rn]", "(6ar,9r,10ar)-n-[(2r,5s,10as,10bs)-5-benzyl-10b-hydroxy-2-methyl-3,6-dioxooctahydro-8h-[1,3]oxazolo[3,2-a]pyrrolo[2,1-c]pyrazin-2-yl]-7-methyl-4,6,6a,7,8,9,10,10a-octahydroindolo[4,3-fg]quinoline-9-ca", "migranal (tn)", "ergotamine 9,10-dihydro- monomethanesulfonate (salt)", "9,10-dihydro-12'-hydroxy-2'-methyl-5'-(phenylmethyl)ergotaman-3',6',18-trione mesylate", "ergotamine dihydro- mesylate", "11032-41-0[rn]", "rboxamide methanesulfonate (salt)", "228-235-6[einecs]", "6190-39-2[rn]", "9,10-dihydroergotamine mesylate", "dihydroergotamine mesylate[usp]", "9"}|>, "7500" -> <|"DatabaseID" -> "SW03896", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444650]}, "IsomericSmiles" -> "CC1=C[C@@H](CC([C@H]1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/[C@H]2C=C3[C@](O2)(C[C@H](CC3(C)C)O)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281238]}, "Synonyms" -> {"(3s,3'r,5r,6'r,8r)-5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "ac1nqy8x", "c08594", "(2r", "flavoxanthin", "lmpr01070271"}|>, "7501" -> <|"DatabaseID" -> "SW03897", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27867"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444635]}, "IsomericSmiles" -> "CC1=C(C(C[C@@H](C1)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C=C/[C@]23[C@](O2)(C[C@H](CC3(C)C)O)C)/C)/C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "antheraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281223]}, "Synonyms" -> {"antheraxanthin", "32638-34-9[rn]", "2038-80-4[rn]", "ncgc00178026-01", "68831-78-7[rn]", "ac1nqy7o", "640-03-9", "bspbio_003502", "c08579", "chebi:27867", "spectrum5_000366", "lmpr01070262", "ccg-38889", "640-03-9[rn]"}|>, "7502" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7503" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7504" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7505" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7506" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7507" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7508" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7509" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7510" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7511" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7512" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7513" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7514" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7515" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7516" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7517" -> <|"DatabaseID" -> "SW03898", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4525600]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C2C=C3C(CC(CC3(O2)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chrysanthemaxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5376313]}, "Synonyms" -> {".beta.", "chrysanthemaxanthin", "5,8-epoxy-5,8-dihydro-b,e-carotene-3,3'-diol", "2-[(2e", "flavoxanthin", "ac1nta37"}|>, "7518" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7519" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7520" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7521" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7522" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7523" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7524" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7525" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7526" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7527" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7528" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7529" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7530" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7531" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7532" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7533" -> <|"DatabaseID" -> "SW03899", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479303]}, "IsomericSmiles" -> "CC1=CC(CC(C1/C=C/C(=C\\C=C/C(=C/C=C/C=C(\\C)/C=C\\C=C(\\C)/C=C/C23C(CC(CC2(O3)C)O)(C)C)/C)/C)(C)C)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321624]}, "Synonyms" -> {"taraxanthin", "ac1nt0pe", "6-[(1e"}|>, "7534" -> <|"DatabaseID" -> "SW03900", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153854]}, "IsomericSmiles" -> "CC1=C(C(CC(C1)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C=C/C(=O)C2(CC(CC2(C)C)O)C)/C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03375"]}, "OfficialNames" -> <|"Indian Approved Name" -> "capsicum oleoresin;oleoresin capsicum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980947]}, "Synonyms" -> {"paprika", "ls-2510", "paprika (capsicum annuum l.)", "ls-181729", "paprika oleoresin", "oleoresin paprika", "capsicum annuum var. longum oleoresin", "resins", "capsicum annuum var. longum", "capsicum oleoresin"}|>, "7535" -> <|"DatabaseID" -> "SW03900", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153854]}, "IsomericSmiles" -> "CC1=C(C(CC(C1)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C=C/C(=O)C2(CC(CC2(C)C)O)C)/C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03375"]}, "OfficialNames" -> <|"Indian Approved Name" -> "capsicum oleoresin;oleoresin capsicum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980947]}, "Synonyms" -> {"paprika", "ls-2510", "paprika (capsicum annuum l.)", "ls-181729", "paprika oleoresin", "oleoresin paprika", "capsicum annuum var. longum oleoresin", "resins", "capsicum annuum var. longum", "capsicum oleoresin"}|>, "7536" -> <|"DatabaseID" -> "SW03900", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153854]}, "IsomericSmiles" -> "CC1=C(C(CC(C1)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C=C/C(=O)C2(CC(CC2(C)C)O)C)/C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03375"]}, "OfficialNames" -> <|"Indian Approved Name" -> "capsicum oleoresin;oleoresin capsicum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980947]}, "Synonyms" -> {"paprika", "ls-2510", "paprika (capsicum annuum l.)", "ls-181729", "paprika oleoresin", "oleoresin paprika", "capsicum annuum var. longum oleoresin", "resins", "capsicum annuum var. longum", "capsicum oleoresin"}|>, "7537" -> <|"DatabaseID" -> "SW03900", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153854]}, "IsomericSmiles" -> "CC1=C(C(CC(C1)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C=C/C(=O)C2(CC(CC2(C)C)O)C)/C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03375"]}, "OfficialNames" -> <|"Indian Approved Name" -> "capsicum oleoresin;oleoresin capsicum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980947]}, "Synonyms" -> {"paprika", "ls-2510", "paprika (capsicum annuum l.)", "ls-181729", "paprika oleoresin", "oleoresin paprika", "capsicum annuum var. longum oleoresin", "resins", "capsicum annuum var. longum", "capsicum oleoresin"}|>, "7538" -> <|"DatabaseID" -> "SW03900", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153854]}, "IsomericSmiles" -> "CC1=C(C(CC(C1)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C=C/C(=O)C2(CC(CC2(C)C)O)C)/C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03375"]}, "OfficialNames" -> <|"Indian Approved Name" -> "capsicum oleoresin;oleoresin capsicum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980947]}, "Synonyms" -> {"paprika", "ls-2510", "paprika (capsicum annuum l.)", "ls-181729", "paprika oleoresin", "oleoresin paprika", "capsicum annuum var. longum oleoresin", "resins", "capsicum annuum var. longum", "capsicum oleoresin"}|>, "7539" -> <|"DatabaseID" -> "SW03900", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153854]}, "IsomericSmiles" -> "CC1=C(C(CC(C1)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C=C/C(=O)C2(CC(CC2(C)C)O)C)/C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03375"]}, "OfficialNames" -> <|"Indian Approved Name" -> "capsicum oleoresin;oleoresin capsicum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980947]}, "Synonyms" -> {"paprika", "ls-2510", "paprika (capsicum annuum l.)", "ls-181729", "paprika oleoresin", "oleoresin paprika", "capsicum annuum var. longum oleoresin", "resins", "capsicum annuum var. longum", "capsicum oleoresin"}|>, "7540" -> <|"DatabaseID" -> "SW03900", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153854]}, "IsomericSmiles" -> "CC1=C(C(CC(C1)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C=C/C(=O)C2(CC(CC2(C)C)O)C)/C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03375"]}, "OfficialNames" -> <|"Indian Approved Name" -> "capsicum oleoresin;oleoresin capsicum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980947]}, "Synonyms" -> {"paprika", "ls-2510", "paprika (capsicum annuum l.)", "ls-181729", "paprika oleoresin", "oleoresin paprika", "capsicum annuum var. longum oleoresin", "resins", "capsicum annuum var. longum", "capsicum oleoresin"}|>, "7541" -> <|"DatabaseID" -> "SW03900", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153854]}, "IsomericSmiles" -> "CC1=C(C(CC(C1)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C=C/C(=O)C2(CC(CC2(C)C)O)C)/C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03375"]}, "OfficialNames" -> <|"Indian Approved Name" -> "capsicum oleoresin;oleoresin capsicum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980947]}, "Synonyms" -> {"paprika", "ls-2510", "paprika (capsicum annuum l.)", "ls-181729", "paprika oleoresin", "oleoresin paprika", "capsicum annuum var. longum oleoresin", "resins", "capsicum annuum var. longum", "capsicum oleoresin"}|>, "7542" -> <|"DatabaseID" -> "SW03901", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6993"], ExternalIdentifier["ChEBIID", "6992"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444508], ExternalIdentifier["ChemSpiderID", 4444507]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00471"]}, "IsomericSmiles" -> "CC(C)(c1ccccc1CC[C@H](c2cccc(c2)/C=C/c3ccc4ccc(cc4n3)Cl)SCC5(CC5)CC(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00529"], ExternalIdentifier["KEGGID", "D08229"]}, "OfficialNames" -> <|"Indian Approved Name" -> "montelukast;montelukast sodium", "FDA Approved Drug" -> "MONTELUKAST SODIUM"|>, "PharmGKBID" -> "PA450546", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23663996], ExternalIdentifier["PubChemCompoundID", 5281040]}, "Synonyms" -> {"singulair", "montelukast", "montair", "montelukast sodium", "singular", "5-lo", "lukasm", "5-lipoxygenase", "kipres", "ec 1.13.11.34", "montelukast monosodium salt", "montelukast sodium salt", "cyclopropaneaceticacid 1-[[[(1r)-1-[3-[(e)-2-(7-chloro-2-quinolinyl)ethenyl]phenyl]-3-[2-(1-hydroxy-1-methylethyl)phenyl]propyl]thio]methyl]-,monosodium salt", "cyclopropaneaceticacid 1-[[[(1r)-1-[3-[(1e)-2-(7-chloro-2-quinolinyl)ethenyl]phenyl]-3-[2-(1-hydroxy-1-methylethyl)phenyl]propyl]thio]methyl]- sodiumsalt (1:1)", "158966-92-8/151767-02-1", "potassium montelukast(1-)", "sodium {1-[({(1r)-1-{3-[(e)-2-(7-chloroquinolin-2-yl)ethenyl]phenyl}-3-[2-(1-hydroxy-1-methylethyl)phenyl]propyl}sulfanyl)methyl]cyclopropyl}acetate", "sodium {1-[({(1r)-1-{3-[(e)-2-(7-chloroquinolin-2-yl)vinyl]phenyl}-3-[2-(2-hydroxypropan-2-yl)phenyl]propyl}sulfanyl)methyl]cyclopropyl}acetate", "cyclopropaneaceticacid 1-((((1r)-1-(3-((1e)-2-(7-chloro-2-quinolinyl)ethenyl)phenyl)-3-(2-(1-hydroxy-1-methylethyl)phenyl)propyl)thio)methyl)- monosodium salt", "sodium 1-((((r)-m-((e)-2-(7-chloro-2-quinolyl)vinyl)-a-(o-(1-hydroxy-1-methylethyl)phenethyl)benzyl)thio)methyl)cyclopropaneacetate", "cyclopropaneaceticacid 1-[[[(1r)-1-[3-[(e)-2-(7-chloro-2-quinolinyl)ethenyl]phenyl]-3-[2-(1-hydroxy-1-methylethyl)phenyl]propyl]thio]methyl]-,sodium salt (1:1)", "sodium montelukast(1-)", "[r-(e)]-1-[[[1-[3-[2-(7-chloro-2-quinolinyl)ethenyl]phenyl]-3-[2-(1-hydroxy-1-methylethyl)phenyl]propyl]thio]methyl]cyclopropaneaceticacid monosodium salt", "sodium {1-[({(1r)-1-{3-[(e)-2-(7-chloroquinolin-2-yl)ethenyl]phenyl}-3-[2-(2-hydroxypropan-2-yl)phenyl]propyl}sulfanyl)methyl]cyclopropyl}acetate", "sodium 2-[1-({[(1r)-1-{3-[(e)-2-(7-chloroquinolin-2-yl)ethenyl]phenyl}-3-[2-(2-hydroxypropan-2-yl)phenyl]propyl]sulfanyl}methyl)cyclopropyl]acetate", "151767-02-1[rn]", "1-((((1r)-1-(3-((1e)-2-(7-chloro-2-quinolinyl)ethenyl)phenyl)-3-(2-(1-hydroxy-1-methylethyl)phenyl)propyl)thio)methyl)cyclopropaneacetic acid monosodiumsalt", "natrium-{1-[({(1r)-1-{3-[(e)-2-(7-chlorchinolin-2-yl)ethenyl]phenyl}-3-[2-(1-hydroxy-1-methylethyl)phenyl]propyl}sulfanyl)methyl]cyclopropyl}acetat", "7612011[beilstein]", "brondilat (tn)", "chebi:6993", "cyclopropaneacetic acid", "{1-[({(1r)-1-{3-[(e)-2-(7-chloroquinolin-2-yl)vinyl]phenyl}-3-[2-(2-hydroxypropan-2-yl)phenyl]propyl}sulfanyl)methyl]cyclopropyl}aceticacid", "brondilat", "1-((((1r)-1-(3-((1e)-2-(7-chloro-2-quinolinyl)ethenyl)phenyl)-3-(2-(1-hydroxy-1-methylethyl)phenyl)propyl)thio)methyl)cyclopropaneacetic acid", "(r-(e))-1-(((1-(3-(2-(7-chloro-2-quinolinyl)ethenyl)phenyl)-3-(2-(1-hydroxy-1-methylethyl)phenyl)propyl)thio)methyl)cyclopropaneaceticacid", "montelukast na", "chembl787", "(r,e)-2-(1-(((1-(3-(2-(7-chloroquinolin-2-yl)vinyl)phenyl)-3-(2-(2-hydroxypropan-2-yl)phenyl)propyl)thio)methyl)cyclopropyl)acetic acid", "158966-92-8[rn]", "montelukast (inn)", "ac1nqxxw", "158966-92-8", "cyclopropaneaceticacid 1-((((1r)-1-(3-((1e)-2-(7-chloro-2-quinolinyl)ethenyl)phenyl)-3-(2-(1-hydroxy-1-methylethyl)phenyl)propyl)thio)methyl)-", "{1-[({(1r)-1-{3-[(e)-2-(7-chloroquinolin-2-yl)ethenyl]phenyl}-3-[2-(2-hydroxypropan-2-yl)phenyl]propyl}sulfanyl)methyl]cyclopropyl}acetic acid", "smr000469188", "montelukast [inn:ban]", "7896575[beilstein]", "cyclopropaneaceticacid 1-[[[(1r)-1-[3-[(e)-2-(7-chloro-2-quinolinyl)ethenyl]phenyl]-3-[2-(1-hydroxy-1-methylethyl)phenyl]propyl]thio]methyl]-", "{1-[({(1r)-1-{3-[(e)-2-(7-chloro-2-quinolinyl)vinyl]phenyl}-3-[2-(2-hydroxy-2-propanyl)phenyl]propyl}sulfanyl)methyl]cyclopropyl}aceticacid", "1-[[[(1 r)-1-[3-[(1e)-2-(7-chloro-2-quinolinyl)ethenyl] phenyl]-3-[2-(1-hydroxy-1-methylethyl)phenyl]propyl]sulfanyl]methyl]cyclopropaneacetic acid", "151767-02-1", "chebi:50730", "[r-(e)]-1-[[[1-[3-[2-(7-chloro-2-quinolinyl)ethenyl]phenyl]-3-[2-(1-hydroxy-1-methylethyl)phenyl]propyl]thio]methyl]cyclopropaneaceticacid", "2-[1-[[(1r)-1-[3-[(e)-2-(7-chloroquinolin-2-yl)ethenyl]phenyl]-3-[2-(2-hydroxypropan-2-yl)phenyl]propyl]sulfanylmethyl]cyclopropyl]acetic acid", "montelukast (singulair)", "{1-[({(1r)-1-{3-[(e)-2-(7-chloroquinolin-2-yl)ethenyl]phenyl}-3-[2-(1-hydroxy-1-methylethyl)phenyl]propyl}sulfanyl)methyl]cyclopropyl}acetic acid", "cyclopropaneaceticacid 1-(((1-(3-(2-(7-chloro-2-quinolinyl)ethenyl)phenyl)-3-(2-(1-hydroxy-1-methylethyl)phenyl)propyl)thio)methyl)-,(r-(e))-", "mk-476"}|>, "7543" -> <|"DatabaseID" -> "SW03902", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2312470]}, "IsomericSmiles" -> "Cc1cc(c(cc1Cc2cc(c(c(c2C)Cc3cc(c(cc3C)O)S(=O)(=O)[O-])O)S(=O)(=O)[O-])S(=O)(=O)[O-])O", "OfficialNames" -> <|"China Approved Name" -> "policresulen", "Indian Approved Name" -> "policresulen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3050404]}, "Synonyms" -> {"3,5-bis[(4-hydroxy-6-methyl-3-sulfophenyl)methyl]-2-hydroxy-4-methylbenzenesulfonic acid", "101418-00-2", "101418-00-2[rn]", "benzenesulfonic acid 2-hydroxy-3,5-bis[(4-hydroxy-2-methyl-5-sulfophenyl)methyl]-4-methyl-", "2-hydroxy-3,5-bis(4-hydroxy-2-methyl-5-sulfobenzyl)-4-methylbenzenesulfonic acid", "policresulene", "policresuleno", "ac1mhf9u", "akos015897324", "policresulen[inn]", "policresulen 50%", "tl8000093", "acidum polymethylen m-cresolsulfonicum", "policresulenum", "policresulen", "fc1272"}|>, "7544" -> <|"DatabaseID" -> "SW03903", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58838]}, "IsomericSmiles" -> "CC1=C2[C@H](C(=O)[C@@]3([C@H](C[C@@H]4[C@]([C@H]3[C@@H]([C@@](C2(C)C)(C[C@@H]1O)O)OC(=O)c5ccccc5)(CO4)OC(=O)C)O)C)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "baccatin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65366]}, "Synonyms" -> {"27548-93-2[rn]", "7,11-methano-5h-cyclodeca[3,4]benz[1,2-b]oxet-5-one 6,12b-bis(acetyloxy)-12-(benzoyloxy)-1,2a,3,4,4a,6,9,10,11,12,12a,12b-dodecahydro-4,9,11-trihydroxy-4a,8,13,13-tetramethyl- (2ar,4s,4as,6r,9s,11s,12s,12ar,12bs)-", "baccatine iii", "nsc 330753", "baccatin iii", "b8154_sigma", "chebi:32898", "baccatin-iii", "1445625[beilstein]", "27548-93-2", "7", "b8154_aldrich", "baccatin- iii", "baccatin-?iii"}|>, "7545" -> <|"DatabaseID" -> "SW03904", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59860"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4515045]}, "IsomericSmiles" -> "CCCCCCCCCCCCCC(=O)O[C@H]1C=C[C@H]2[C@H]3Cc4ccc(c5c4[C@]2([C@H]1O5)CC[NH+]3C)OCc6ccccc6", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Myrophine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362457]}, "Synonyms" -> {"benzylmorphinyl myristate", "myristyl benzylmorphine", "myrophine", "myrocodin", "myrophin", "myrocodine", "myrophinium", "3-o-benzyl-6-o-myristoylmorphin", "myrophine [ban:dcf:inn][inn]", "peronine myristate", "morphine o3-benzyl ether 6-myristate", "467-18-5[rn]", "benzylmorphine myristic acid ester", "3-benzylmorphine 6-myristate", "nih 5986 a", "leucodinine", "3-benzyloxy-6-myristoyloxymorphine", "myricodine", "myrophinum", "myrophinum [inn_la]", "mirofina", "mirofina[spanish]", "myrophinum[latin]", "myristylbenzylmorphine", "morphinan-6-ol 7,8-didehydro-4,5-epoxy-17-methyl-3-(phenylmethoxy)- tetradecanoate (ester)", "3-benzyloxy-n-methyl-6-myristoyloxy-4,5-epoxymorphin-7-en"}|>, "7546" -> <|"DatabaseID" -> "SW03904", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59860"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4515045]}, "IsomericSmiles" -> "CCCCCCCCCCCCCC(=O)O[C@H]1C=C[C@H]2[C@H]3Cc4ccc(c5c4[C@]2([C@H]1O5)CC[NH+]3C)OCc6ccccc6", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 1)" -> "Myrophine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5362457]}, "Synonyms" -> {"benzylmorphinyl myristate", "myristyl benzylmorphine", "myrophine", "myrocodin", "myrophin", "myrocodine", "myrophinium", "3-o-benzyl-6-o-myristoylmorphin", "myrophine [ban:dcf:inn][inn]", "peronine myristate", "morphine o3-benzyl ether 6-myristate", "467-18-5[rn]", "benzylmorphine myristic acid ester", "3-benzylmorphine 6-myristate", "nih 5986 a", "leucodinine", "3-benzyloxy-6-myristoyloxymorphine", "myricodine", "myrophinum", "myrophinum [inn_la]", "mirofina", "mirofina[spanish]", "myrophinum[latin]", "myristylbenzylmorphine", "morphinan-6-ol 7,8-didehydro-4,5-epoxy-17-methyl-3-(phenylmethoxy)- tetradecanoate (ester)", "3-benzyloxy-n-methyl-6-myristoyloxy-4,5-epoxymorphin-7-en"}|>, "7547" -> <|"DatabaseID" -> "SW03905", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4675330]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCCCOC(=O)/C=C/c1ccc(c(c1)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cluytyl ferulate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5743442]}, "Synonyms" -> {"cluytyl ferulate", "octacosyl ferulate", "(e)-3-(4-hydroxy-3-methoxy-phenyl)-acrylic acidoctacosyl ester", "2-propenoic acid,3-(4-hydroxy-3-methoxyphenyl)- octacosyl ester (2e)-", "2-propenoic acid,3-(4-hydroxy-3-methoxyphenyl)- octacosyl ester", "tacosyl ester", "(e)-3-(4-hydroxy-3-methoxy-phenyl)-acrylic acid", "octacosyl (2e)-3-(4-hydroxy-3-methoxyphenyl)acrylate", "ac1nx4ge", "35321-71-2[rn]", "(e)-3-(4-hydroxy-3-methoxy-phenyl)-acrylic acid oc", "(e)-3-(4-hydroxy-3-methoxy-phenyl)-acrylic acid octacosyl ester", "molport-000-165-442", "octacosyl ester", "35321-71-2", "2-propenoic acid", "ccris 8527", "octacosyl (e)-3-(4-hydroxy-3-methoxyphenyl)prop-2-enoate"}|>, "7548" -> <|"DatabaseID" -> "SW03906", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 54825], ExternalIdentifier["ChemSpiderID", 67545]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00762"]}, "IsomericSmiles" -> "CCc1c2cc(ccc2nc-3c1Cn4c3cc5c(c4=O)COC(=O)[C@@]5(CC)O)OC(=O)N6CCC(CC6)[NH+]7CCCCC7", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08086"]}, "OfficialNames" -> <|"Indian Approved Name" -> "irinotecan hcl", "FDA Approved Drug" -> "IRINOTECAN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA450085", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60838]}, "Synonyms" -> {"irinotecan", "irinotecan hydrochloride", "camptosar", "irinotecanum [inn-latin]", "cp0", "irinotecan cpt-11", "(+)-irinotecan", "irinotecan hcl", "97682-44-5", "biotecan", "100286-90-6[rn]", "irinotecan (inn)", "97682-44-5[rn]", "irinotecan hydrochloride trihydrate", "biotecan (tn)", "irinotecan[wiki]", "136572-09-3[rn]", "dna topoisomerase i mitochondrial precursor", "ec 5.99.1.2", "top1mt", "camptosar[wiki]", "irinotecanum", "97682-44-8", "irinotecanum[latin]", "(1,4'-bipiperidine)-1'-carboxylic acid 4,11-diethyl-3,4,12-14-tetrahydro-4-hydroxy-3,14-dioxo-1h-pyrano(3',4':6,7)indolizino(1,2-b)quinolin-9-yl ester,(s)-", "u-101440e", "irinotecanhydrochloride", "topotecin", "(s)-(1,4'-bipiperidine)-1'-carboxylic acid 4,11-diethyl-3,4,12,14-tetrahydro-4-hydroxy-3,14-dioxo-1h-pyrano(3',4':6,7)indolizino(1,2-b)quinolin-9-yl ester hydrochloride", "camptothecin analog", "[1,4']bipiperidinyl-1'-carboxylic acid (s)-4,11-diethyl-4-hydroxy-3,13-dioxo-3,4,12,13-tetrahydro-1h-2-oxa-6,12a-diaza-dibenzo[b,h]fluoren-9-ylester", "[1,4'-bipiperidine]-1'-carboxylic acid (4s)-4,11-diethyl-3,4,12,14-tetrahydro-4-hydroxy-3,14-dioxo-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinolin-9-yl ester monohydrochloride", "(4s)-4,11-diethyl-4-hydroxy-3,14-dioxo-3,4,12,14-tetrahydro-1h-pyrano[3',4':6,7]indolizino[1,2-b]chinolin-9-yl-1,4'-bipiperidin-1'-carboxylat", "(19s)-10,19-diethyl-19-hydroxy-14,18-dioxo-17-oxa-3,13-diazapentacyclo[11.8.0.02,11.04,9.015,20]henicosa-1(21),2,4(9),5,7,10,15(20)-heptaen-7-yl4-(piperidin-1-yl)piperidine-1-carboxylate hydrochloride", "(1,4'-bipiperidine)-1'-carboxylic acid (4s)-4,11-diethyl-3,4,12,14-tetrahydro-4-hydroxy-3,14-dioxo-1h-pyrano(3',4':6,7)indolizino(1,2-b)quinolin-9-yl ester monohydrochloride", "camptothecin 11", "1,4'-bipiperidine-1'-carboxylic acid(s)-4,11-diethyl-3,4,12,14- tetrahydro-4-hydroxy-3,14-dioxo-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinolin-9-yl ester", "campto", "100286-90-6", "tl8006026", "(4s)-4,11-diethyl-3,4,12,14-tetrahydro-4-hydroxy-3,14-dioxo-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinolin-9-yl [1,4'-bipiperidine]-1'-carboxylicacid ester hydrochloride", "(4s)-4,11-diethyl-4-hydroxy-3,14-dioxo-3,4,12,14-tetrahydro-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinolin-9-yl 1,4'-bipiperidine-1'-carboxylatehydrochloride", "[100286-90-6]", "camptetin;", "(4s)-4,11-diethyl-4-hydroxy-3,14-dioxo-3,4,12,14-tetrahydro-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinolin-9-yl 1,4'-bipiperidine-1'-carboxylatehydrochloride (1:1)[acd/iupac name]", "[1,4'-bipiperidine]-1'-carboxylic acid 4,11-diethyl-3,4,12 14-tetrahydro-4-hydroxy-3,14-dioxo-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinolin-9-yl ester monohydrochloride (s)-", "(4s)-4,11-diethyl-4-hydroxy-3,14-dioxo-3,4,12,14-tetrahydro-1h-pyrano[3',4':6,7]indolizino[1,2-b]chinolin-9-yl-1,4'-bipiperidin-1'-carboxylathydrochlorid", "(s)-4,11-diethyl-4-hydroxy-3,14-dioxo-3,4,12,14-tetrahydro-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinolin-9-yl [1,4'-bipiperidine]-1'-carboxylate", "7-ethyl-10-(4-(1-piperidino)-1-piperidino)carbonyloxycamptothecin hydrochloride", "(4s)-4,11-diethyl-4-hydroxy-3,14-dioxo-3,4,12,14-tetrahydro-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinolin-9-yl 1,4'-bipiperidine-1'-carboxylate[acd/iupac name]", "u 101440e", "camptothecin 11 hydrochloride", "tl8000040", "[1,4'-bipiperidine]-1'-carboxylic acid (4s)-4,11-diethyl-3,4,12,14-tetrahydro-4-hydroxy-3,14-dioxo-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinolin-9-yl ester", "1,4'-bipiperidine-1'-carboxylic acid(s)-4,11-diethyl-3,4,12,14- tetrahydro-4-hydroxy-3,14-dioxo-1h-pyrano(3',4':6,7)indolizino(1,2-b)quinolin-9-yl ester", "(1,4'-bipiperidine)-1'-carboxylic acid 3,4,12,14-tetrahydro-4,11-diethyl-4-hydroxy-3,4-dioxo-1h-pyrano(3',4':6,7)indolizino(1,2-b)quinolin-9-ylester monohydrochloride,(s)-", "(19s)-10,19-diethyl-19-hydroxy-14,18-dioxo-17-oxa-3,13-diazapentacyclo[11.8.0.02,11.04,9.015,20]henicosa-1(21),2(11),3,5,7,9,15(20)-heptaen-7-yl4-(piperidin-1-yl)piperidine-1-carboxylate hydrochloride", "[1,4'-bipiperidine]-1'-carboxylic acid (4s)-4,11-diethyl-3,4,12,14-tetrahydro-4-hydroxy-3,14-dioxo-1h-pyrano[3',4':6,7]indolizino[1,2-b]quinolin-9-yl ester hydrochloride(1:1)", "111348-33-5[rn]"}|>, "7549" -> <|"DatabaseID" -> "SW03907", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "71956"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23273257]}, "IsomericSmiles" -> "C[C@@H]1Cc2c(c(cc(c2O)NC(=O)/C(=C/C=C\\[C@@H]([C@H](/C(=C/[C@@H]([C@H]([C@H](C1)OC)O)C)/C)OC(=O)N)OC)/C)O)NCC=C", "OfficialNames" -> <|"NPC Approved Name" -> "(17-(allylamino)-17-demethoxygeldanamycin hydroquinone hydrochloride)"|>, "Synonyms" -> {"(4e,6z,8s,9s,10e,12s,13r,14s,16r)-19-(allylamino)-13,20,22-trihydroxy-8,14-dimethoxy-4,10,12,16-tetramethyl-3-oxo-2-azabicyclo[16.3.1]docosa-1(22),4,6,10,18,20-hexaen-9-ylcarbamate hydrochloride", "ipi 504", "retaspimycin monohydrochloride", "retaspimycin hydrochloride", "2-azabicyclo[16.3.1]docosa-1(22),4,6,10,18,20-hexaen-3-one 9-[(aminocarbonyl)oxy]-13,20,22-trihydroxy-8,14-dimethoxy-4,10,12,16-tetramethyl-19-(2-propen-1-ylamino)- (4e,6z,8s,9s,10e,12s,13r,14s,16r)- hydrochloride(1:1)", "17-allylamino-17-demethoxygeldanamycin hydroquinone hydrochloride", "ipi-504", "(4e,6z,8s,9s,10e,12s,13r,14s,16r)-9-(carbamoyloxy)-13,20,22-trihydroxy-8,14-dimethoxy-4,10,12,16-tetramethyl-3-oxo-n-(prop-2-en-1-yl)-2-azabicyclo[16.3.1]docosa-1(22),4,6,10,18,20-hexaen-19-aminiumchloride"}|>, "7550" -> <|"DatabaseID" -> "SW03908", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4911"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 33510]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00773"]}, "IsomericSmiles" -> "C[C@@H]1OC[C@@H]2[C@@H](O1)[C@@H]([C@H]([C@@H](O2)O[C@@H]3c4cc5c(cc4[C@H]([C@@H]6[C@@H]3COC6=O)c7cc(c(c(c7)OC)O)OC)OCO5)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00125"]}, "OfficialNames" -> <|"China Approved Name" -> "etoposide", "WHO Essential Medicine" -> "etoposide", "Indian Approved Name" -> "etoposide", "Traditional Herbal Isolate" -> "trans-4-methyl-thiobutenylcyanate glucoside;alpha-hydrojuglone-4-beta-d-glucoside;demethyl psychotrin;demethyl wedolactone;etoposide", "FDA Approved Drug" -> "ETOPOSIDE;ETOPOSIDE PHOSPHATE"|>, "PharmGKBID" -> "PA449552", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36462]}, "Synonyms" -> {"(-)-etoposide", "eposin", "toposar", "vepesid j", "etoposide", "vepesid", "trans-etoposide", "zuyeyidal", "lastet", "33419-42-0", "etoposidum [inn-latin]", "dna topoisomerase ii alpha isozyme", "vp-16", "ec 5.99.1.3", "etopophos", "136598-18-0[rn]", "etoposide (etopophos)", "epeg", "ethylideneglucoside", "117091-64-2[rn]", "eposin vepesid vp-16 toposar", "etoposide (jan/usp)[usp][jan]", "vp-16-213", "121471-01-0[rn]", "vepeside", "etoposide(etopophos)", "35317-32-9[rn]", "etoposide [usan:ban:inn:jan][inn][jan][usan]", "epipodophyllotoxin vp-16213", "251-509-1[einecs]", "etoposide usp26", "vepesid[wiki]", "etoposide phosphate", "337376-15-5", "vp 26-213", "etoposideetoposidecas:33419-42-0mes-012", "201594-04-9[rn]", "51854-34-3[rn]", "(5r,5ar,8ar,9s)-9-{[(2r,4ar,6r,7r,8r,8as)-7,8-dihydroxy-2-methylhexahydropyrano[3,2-d][1,3]dioxin-6-yl]oxy}-5-(4-hydroxy-3,5-dimethoxyphenyl)-5,8,8a,9-tetrahydrofuro[3',4':6,7]naphtho[2,3-d][1,3]dioxol-6(5ah)-one", "etoposide (vp16)", "76576-58-4[rn]", "vp16", "etopophos[wiki]", "etoposidum[latin]", "etoposido[spanish][inn]", "etosid", "33419-42-0[rn]", "etopol", "etoposide[wiki]"}|>, "7551" -> <|"DatabaseID" -> "SW03909", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 154046]}, "IsomericSmiles" -> "CC(C)[C@H]1C(=O)N[C@H](C(=O)NCC(=O)N[C@H](C(=O)N[C@@H](C(=O)N1C)Cc2ccccc2)CC(=O)[O-])CCC[NH+]=C(N)N", "OfficialNames" -> <|"NPC Approved Name" -> "cilengitide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 176873]}, "Synonyms" -> {"cilengitide [usan:inn][inn][usan]", "surecn451423", "[(2s,5r,8s,11s)-5-benzyl-11-(3-guanidino-propyl)-8-isopropyl-7-methyl-3,6,9,12,15-pentaoxo-1,4,7,10,13pentaaza-cyclopentadec-2-yl]-acetic acid", "nsc-707544", "cilengitide [usan:inn]", "188968-51-6", "188968-51-6[rn]", "c(rgdfmev)", "cilengitide (usan/inn)", "cilengitide[wiki][usan]", "cilengitide", "emd-121974", "2-[(2s,5r,8s,11s)-5-benzyl-11-(3-carbamimidamidopropyl)-7-methyl-3,6,9,12,15-pentaoxo-8-(propan-2-yl)-1,4,7,10,13-pentaazacyclopentadecan-2-yl]acetic acid", "cyclo(l-arginylglycyl-l-aspartyl-d-phenylalanyl-n-methyl-l-valyl)", "emd-12192", "cyclo(l-arginylglycyl-l-a-aspartyl-d-phenylalanyl-n-methyl-l-valyl)", "cyclo(arg-gly-asp-d-phe-[n-me]val)", "emd 121974", "surecn34082"}|>, "7552" -> <|"DatabaseID" -> "SW03910", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2637"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34635]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00479"]}, "IsomericSmiles" -> "C1[C@@H]([C@H]([C@@H]([C@H]([C@@H]1NC(=O)[C@H](CC[NH3+])O)O[C@@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)[NH3+])O)O)O[C@@H]3[C@@H]([C@H]([C@@H]([C@H](O3)C[NH3+])O)O)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02543"]}, "OfficialNames" -> <|"China Approved Name" -> "amikacin", "WHO Essential Medicine" -> "amikacin", "Indian Approved Name" -> "amikacin", "FDA Approved Drug" -> "AMIKACIN SULFATE"|>, "PharmGKBID" -> "PA164744372", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37768]}, "Synonyms" -> {"amikacin", "amiglyde-v", "amikavet", "amicacin", "briclin", "amikacin base", "bb-k8", "arikace", "amikin", "amikacina[spanish][inn]", "amikacine", "amikacina", "1-n-[l-(-)-4-amino-2-hydroxy-butyryl]kanamycin a", "amikacin[wiki][usp][inn][ban][usan]", "37517-28-5[rn]", "amikin[wiki]", "(2s)-4-amino-n-{(1r,2s,3s,4r,5s)-5-amino-2-[(3-amino-3-deoxy-a-d-glucopyranosyl)oxy]-4-[(6-amino-6-deoxy-a-d-glucopyranosyl)oxy]-3-hydroxycyclohexyl}-2-hydroxybutanamide", "bb-k 8", "16s ribosomal ribonucleic acid", "antibiotic bb-k8", "amikacinum", "110660-83-8[rn]", "amikacin plus tumor necrosis factor", "38859-32-4[rn]", "110660-81-6[rn]", "108914-65-4[rn]", "5915117[beilstein]", "amikacin dihydrate", "fabianol", "1-n-[l(-)-4-amino-2-hydroxy-butyryl]kanamycin a", "amikacina [inn-spanish]", "253-538-5[einecs]", "amikacinum [inn-latin]", "amk", "amikacine[french][inn]", "antibiotic bb-k 8", "111319-93-8[rn]", "39831-55-5[rn]", "amikacinum[latin]", "biklin", "mikavir", "amikacine [inn-french]", "butanamide 4-amino-n-[(1r,2s,3s,4r,5s)-5-amino-2-[(3-amino-3-deoxy-a-d-glucopyranosyl)oxy]-4-[(6-amino-6-deoxy-a-d-glucopyranosyl)oxy]-3-hydroxycyclohexyl]-2-hydroxy- (2s)-", "amikacin sulfate", "254-648-6[einecs]", "kaminax", "1-n-[l(-)-4-amino-2-hydroxybutyryl]kanamycin a", "lukadin"}|>, "7553" -> <|"DatabaseID" -> "SW03911", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4939079]}, "IsomericSmiles" -> "CCCCCCCCCC(=O)OCCN1CC[NH+](CC1)CC/C=C/2\\c3ccccc3Sc4c2cc(cc4)C(F)(F)F", "OfficialNames" -> <|"NPC Approved Name" -> "flupenthixol decanoate (z)-isomer"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6434100]}, "Synonyms" -> {"flupentixol decanoate", "1-decanoloxy-2-(4-[3-(s-trifluoromethyl-thioxanthen-9-ylidene)-propyl]-piperzain-1-yl]-ethane", "flupenthixol decanoate", "ac1o5hdc", "2-(4-(3-(2-(trifluoromethyl)-9h-thioxanthen-9-ylidene)propyl)-1-piperazinyl)ethyldecanoate", "(e)-2-(4-(3-(2-(trifluoromethyl)-9h-thioxanthen-9-ylidene)propyl)piperazin-1-yl)ethyl decanoate", "30909-51-4", "2-(4-{(3e)-3-[2-(trifluoromethyl)-9h-thioxanthen-9-ylidene]propyl}piperazin-1-yl)ethyl decanoate", "250-385-6[einecs]", "decanoicacid 2-[4-[(3e)-3-[2-(trifluoromethyl)-9h-thioxanthen-9-ylidene]propyl]-1-piperazinyl]ethyl ester", "akos015961763", "unii-3b2fe28c1w", "30909-51-4[rn]", "2-(4-(3-(2-trifluoromethyl-9-thioxanthenylidene)propyl)-1-piperazinyl)ethyl decanoate", "2-(4-(3-(2-trifluoromethyl-9-thioxanthenylidene)propyl)-1-piper azinyl)ethyl decanoate", "einecs 250-385-6", "2-(4-(3-(2-(trifluoromethyl)-9h-thioxanthen-9-ylidene)propyl)-1-piperazinyl)ethyl decanoate"}|>, "7554" -> <|"DatabaseID" -> "SW03912", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4514598]}, "IsomericSmiles" -> "CC[C@H]([C@@H]1[C@H](C[C@@](O1)(CC)[C@H]2CC[C@@]([C@@H](O2)C)(CC)O)C)C(=O)[C@@H](C)[C@H]([C@H](C)CCc3ccc(c(c3C(=O)[O-])O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04671"]}, "OfficialNames" -> <|"NPC Approved Name" -> "lasalocid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5360807]}, "Synonyms" -> {"lasalocid", "lasalocide a", "lasalocid a", "lasalocide", "ionophore x 537a", "antibiotic x 537a", "avatec", "bovatec", "25999-31-9[rn]", "(1s,9s)-1,5:6,9-dianhydro-9-[(3r,5s,6s,7r)-9-(2-carboxy-3-hydroxy-4-methylphenyl)-6-hydroxy-5,7-dimethyl-4-oxononan-3-yl]-3,4,7,8-tetradeoxy-6-ethyl-2-c-ethyl-1,8-dimethyl-d-galacto-nonitol", "6-{7-[(5s)-5-((6s,5r)-5-ethyl-5-hydroxy-6-methylperhydro-2h-pyran-2-yl)-5-ethyl-3-methyloxolan-2-yl](4s,5s,3r,7r)-4-hydroxy-3,5-dimethyl-6-oxononyl}-2-hydroxy-3-methylbenzoic acid", "107684-72-0[rn]", "lasalocidum[latin]", "lasalocidum [inn-latin]", "ionophore x-4537a", "247-401-9[einecs]", "x 537a", "lasalocido [inn-spanish]", "26934-10-1[rn]", "antibiotic x-537a", "d-galacto-nonitol,1,5:6,9-dianhydro-9-c-[(1r,3s,4s,5r)-7-(2-carboxy-3-hydroxy-4-methylphenyl)-1-ethyl-4-hydroxy-3,5-dimethyl-2-oxoheptyl]-3,4,7,8-tetradeoxy-2,6-di-c-ethyl-8-methyl-1-c-methyl- (1s,9s)-", "[2r-[2a[2s*(3r*,4s*,5s*,7r*),3s*,5s*],5a,6b]]-6-[7-[5-ethyl-5-(5-ethyltetrahydro-5-hydroxy-6-methyl-2h-pyran-2-yl)tetrahydro-3-methyl-2-furanyl]-4-hydroxy-3,5-dimethyl-6-oxononyl]-2-hydroxy-3-methylbe", "lasalocido[spanish][inn]", "3-methyl-6-[7-ethyl-4-hydroxy-3,5-dimethyl-6-oxo-7-[5-ethyl-3-methyl-5-(5-ethyl-5-hydroxy-6-methyl-2-tetrahydropyranyl)-2-tetrahydrofuryl]heptyl]salicylic acid", "37259-88-4[rn]", "benzoic acid 6-((3r,4s,5s,7r)-7-((2s,3s,5s)-5-ethyl-5-((2r,5r,6s)-5-ethyltetrahydro-5-hydroxy-6-methyl-2h-pyran-2-yl)tetrahydro-3-methyl-2-furanyl)-4-hydroxy-3,5-dimethyl-6-oxononyl)-2-hydroxy-3-methyl", "6-[7-[5-ethyl-5-[5-ethyl-5-hydroxy-6-methyl-(2r,5r,6s)-tetrahydro-2h-2-pyranyl]-3-methyl-(2s,3s,5s)-tetrahydro-2-furanyl]-4-hydroxy-3,5-dimethyl-6-oxo-(3r,4s,5s,7r)-nonyl]-2-hydroxy-3-methylbenzoicacid", "6-(7(r)-(5(s)-ethyl-5-(5(r)-ethyltetrahydro-5-hydroxy-6(s)-methyl-2h-pyran-2(r)-yl)tetrahydro-3(s)-methyl-2(s)-furyl)-4(s)-hydroxy-3(r),5(s)-dimethyl-6-oxononyl)-2,3-cresotic acid", "25999-20-6[rn]", "benzoic acid 6-((3r,4s,5s,7r)-7-((2s,3s,5s)-5-ethyl-5-((2r,5r,6s)-5-ethyltetrahydro-5-hydroxy-6-methyl-2h-pyran-2-yl)tetrahydro-3-methyl-2-furanyl)-4-hydroxy-3,5-dimethyl-6-oxononyl)-2-hydroxy-3-methyl-", "37213-87-9[rn]", "6-[7-[5-ethyl-5-[5-ethyl-5-hydroxy-6-methyl-(2r,5r,6s)-tetrahydro-2h-2-pyranyl]-3-methyl-(2s,3s,5s)-tetrahydro-2-furanyl]-4-hydroxy-3,5-dimethyl-6-oxo-(3r,4s,5s,7r)-nonyl]-2-hydroxy-3-methylbenzoicacid6-{7-[5-ethyl-5-(5-ethyl-5-hydroxy-6-methyl-tetrahydro-pyran-2-yl)-3-methyl-tetrahydro-furan-2-yl]-4-hydroxy-3,5-dimethyl-6-oxo-nonyl}-2-hydroxy-3-methyl-benzoic acid", "247-400-3[einecs]", "lasalocid [usan:ban:inn][inn][usan]", "lasalocide [inn-french]", "2,3-cresotic acid,6-(7-(5-ethyl-5-(5-ethyltetrahydro-5-hydroxy-6-methyl-2h-pyran-2-yl)tetrahydro-3-methyl-2-furyl)-4-hydroxy-3,5-dimethyl-6-oxononyl)-,(-)-", "ro 2-2985"}|>, "7555" -> <|"DatabaseID" -> "SW03913", "IsomericSmiles" -> "CCN(CC)CCS(=O)(=O)[C@@H]1CCN2C1C(=O)O[C@@H]([C@@H](/C=C/C(=O)NC/C=C/C(=C/[C@H](CC(=O)Cc3nc(co3)C2=O)O)/C)C)C(C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "DALTEPARIN SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25244225]}, "Synonyms" -> {"clivarin", "nadroparine", "liquaemin", "multiparin", "kabi 2165", "reviparin", "nadroparin", "novoheparin", "dalteparin sodium", "reviparin sodium"}|>, "7556" -> <|"DatabaseID" -> "SW03913", "IsomericSmiles" -> "CCN(CC)CCS(=O)(=O)[C@@H]1CCN2C1C(=O)O[C@@H]([C@@H](/C=C/C(=O)NC/C=C/C(=C/[C@H](CC(=O)Cc3nc(co3)C2=O)O)/C)C)C(C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "DALTEPARIN SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25244225]}, "Synonyms" -> {"clivarin", "nadroparine", "liquaemin", "multiparin", "kabi 2165", "reviparin", "nadroparin", "novoheparin", "dalteparin sodium", "reviparin sodium"}|>, "7557" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7558" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7559" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7560" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7561" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7562" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7563" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7564" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7565" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7566" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7567" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7568" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7569" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7570" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7571" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7572" -> <|"DatabaseID" -> "SW03914", "IsomericSmiles" -> "CC1[C@@H](C([C@@H]([C@@H](O1)Oc2cc3c(c(=O)cc(o3)c4ccccc4)c(c2OC)[O-])O)O[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-methoxy-baicalein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258414]}, "Synonyms" -> {"baicalein 6-methyl ether 7-glucosyl-(1->3)-rhamnoside", "lmpk12111092"}|>, "7573" -> <|"DatabaseID" -> "SW03915", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475957]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)OC[C@@H]2[C@H]([C@@H]([C@H]([C@@H](O2)Oc3cc(c4c(=O)cc(oc4c3)c5ccc(cc5)OC)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "linarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317025]}, "Synonyms" -> {"acaciin", "acacetin-7-o-rutinoside", "linarin", "5,7-dihydroxy-4'-methoxyflavone-d-glucosido-l-rhamnoside", "5-hydroxy-2-(4-methoxy-phenyl)-7-[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-((2r,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyl-tetrahydro-pyran-2-yloxymethyl)-tetrahydro-pyran-2-yloxy]-chromen-4-one", "5-hydroxy-2-(4-methoxyphenyl)-7-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-({[(2r,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-on", "einecs 207-547-6", "linarigenin-glucoside", "5-hydroxy-2-(4-methoxyphenyl)-7-(((2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-((((2r,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl)oxy)methyl)tetrahydro-2h-pyran-2-yl)oxy)-4h-chromen-4-one", "7-[[6-o-(6-deoxy-a-l-mannopyranosyl)-b-d-glucopyranosyl]oxy]-5-hydroxy-2-(4-methoxyphenyl)-4h-benzopyran-4-one", "linarin;", "480-36-4[rn]", "ac1nsv1q", "chembl509502", "linarin;acaciin;buddleoflavonoloside;linaricacid;acacetin 7-rutinoside", "480-36-4", "7-[[6-o-(6-deoxy-?-l-mannopyranosyl)-?-d-glucopyranosyl]oxy]-5-hydroxy-2-(4-methoxyphenyl)-4h-benzopyran-4-one", "207-547-6[einecs]", "molport-000-775-867", "acacetin-b-rutinoside", "5-hydroxy-2-(4-methoxyphenyl)-7-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-({[(2r,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-one", "acacetin-7-rutinoside", "bio-0591", "buddleoflavonoloside", "linarin (buddloside)", "zinc04349491"}|>, "7574" -> <|"DatabaseID" -> "SW03916", "IsomericSmiles" -> "COc1ccc2c(c1)[nH]c3c2CC[NH+]4[C@@H]3C[C@H]5[C@@H](C4)C[C@H]([C@@H]([C@H]5C(=O)OC)OC)OC(=O)/C=C/c6ccc(c(c6)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01894"]}, "OfficialNames" -> <|"NPC Approved Name" -> "rescimetol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282209]}, "Synonyms" -> {"rescimetol", "chembl2103886", "rescimetol (jan/inn)", "cd-3400", "yohimban-16-carboxylic acid", "73573-42-9", "cd 3400", "methyl o-(4-hydroxy-3-methoxycinnamoyl)reserpate", "surecn309650", "ls-162737"}|>, "7575" -> <|"DatabaseID" -> "SW03917", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4528662]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)O[C@H]1CC[C@]2([C@H]3[C@@]1(O[C@@]24C[C@]5([C@@H]6C[NH+]7C[C@H](CC[C@H]7[C@@]([C@]6([C@H](C[C@]5([C@@H]4CC3)O)O)O)(C)O)C)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cevadine;veratrine alkaloids"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5380394]}, "Synonyms" -> {"veratrine (crystallized) (van)", "veratrine (crystallized)", "cevadin", "cevadene", "cevadine", "einecs 200-545-6", "200-545-6[einecs]", "brn 0072445", "[3b(z),4a,16b]-4,9-epoxycevane-3,4,12,14,16,17,20-heptol 3-(2-methyl-2-butenoate)", "4-21-00-06820 (beilstein handbook reference)[beilstein]", "veratrine[wiki]", "nsc 93767", "cevane-3", "(z)-4-alpha", "62-59-9[rn]"}|>, "7576" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7577" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7578" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7579" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7580" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7581" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7582" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7583" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7584" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7585" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7586" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7587" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7588" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7589" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7590" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7591" -> <|"DatabaseID" -> "SW03918", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 515264]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01049"]}, "IsomericSmiles" -> "CCC(C)(C)C1C(=O)N2CCCC2C3(N1C(=O)C(O3)(C(C)C)NC(=O)C4CC5c6cccc7c6c(c[nH]7)CC5[NH+](C4)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ERGOLOID MESYLATES"|>, "Synonyms" -> {"ischelium", "dihydroergotoxin mesylate", "ergoloid mesylate", "deapril-st", "hydergine lc", "circanol", "redergin", "dihydroergotoxin mesilat", "gerimal", "dihydroergotoxine mesylate", "hydergin", "dihydroergotoxine methanesulfonate", "co-dergocrine mesylate", "dihydroergotoxine methanesulphonate", "dihydroergotoxin methanesulfonate", "alkergot", "dihydroergotoxine mesilate", "hydergine", "trigot", "hydrogenated ergot alkaloids", "5-ht-1a", "5- ht1a", "g-21", "ergoloid_mesylate", "ergoloid mesylates [usan]", "ergoloid mesylates[usan]", "serotonin receptor 1a", "8067-24-1[rn]"}|>, "7592" -> <|"DatabaseID" -> "SW03919", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3271]}, "IsomericSmiles" -> "CCCCCCCCCC(=O)OCCN1CC[NH+](CC1)CCCN2c3ccccc3Sc4c2cc(cc4)C(F)(F)F", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00793"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FLUPHENAZINE DECANOATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3388]}, "Synonyms" -> {"fluphenazine decanoate", "flufenazine decanoate", "fluorophenazine decanoate", "moditen depot", "fluphenazine o-decanoate", "prolixin decanoate", "moditen-depo", "fluphenazine depot", "fluphenaline decanoate", "dapotum d", "decanoicacid 2-(4-(3-(2-(trifluoromethyl)-10h-phenothiazin-10-yl)propyl)-1-piperazinyl)ethyl ester", "5002-47-1[rn]", "fluphenazinedecanoate", "2-(4-{3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl}piperazin-1-yl)ethyl decanoate", "2-(4-{3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl}-1-piperazinyl)ethyl decanoate[acd/iupac name]", "decanoicacid 2-[4-[3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl]-1-pipe razinyl]ethyl ester", "decanoicacid 2-(4-(3-(2-(trifluoromethyl)phenothiazin-10-yl)propyl)-1-piperazinyl)ethylester", "sq 10,733", "decanoicacid 2-[4-[3-[2-(trifluoromethyl)phenothiazin-10-yl]propyl]-1-piperazin yl]ethyl ester", "modecate[wiki]", "prolixin decanoate (tn)", "decanoicacid 2-(4-(3-(2-(trifluoromethyl)-10h-phenothiazin-10-yl)propyl)-1-piperazinyl)ethyl ester", "2-[4-[3-(2-(trifluoromethyl)phenothiazin-10-yl)propyl]piperazin-1-yl]ethyl decanoate", "225-672-4[einecs]", "modecate", "2-(4-{3-[2-(trifluormethyl)-10h-phenothiazin-10-yl]propyl}piperazin-1-yl)ethyldecanoat", "decanoicacid 2-(4-(3-(2-(trifluoromethyl)phenothiazin-10-yl)propyl)-1-piperazinyl)ethyl ester", "decanoicacid 2-[4-[3-[2-(trifluoromethyl)-10h-phenothiazin-10-yl]propyl]-1-piperazinyl]ethyl ester", "2-(4-(3-(2-(trifluoromethyl)phenothiazin-10-yl)propyl)-1-piperazinyl)ethyl decanoate"}|>, "7593" -> <|"DatabaseID" -> "SW03920", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 237322]}, "IsomericSmiles" -> "CCCCCCCCCCCCCC[NH2+]C1=C(C(=O)C(=C(C1=O)OC)[NH2+]CCCCCCCCCCCCCC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "26-dimethoxy-p-benzo-quinone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 269870]}, "Synonyms" -> {"2", "nsc-111561", "28293-21-2[rn]", "nsc111561", "ac1q6d9d", "28293-21-2", "ar-1d4364", "nsc 111561", "ag-e-90704", "4907-69-1[rn]", "ac1l6nel", "2,5-dimethoxy-3,6-bis(tetradecylamino)benzo-1,4-quinone"}|>, "7594" -> <|"DatabaseID" -> "SW03921", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31788"]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@@H]2[C@H]([C@@H]([C@H](O[C@H]2Oc3cc(c4c(=O)cc(oc4c3)c5ccc(c(c5)O)O)[O-])CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lonicerin;veronicastroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282152]}, "Synonyms" -> {"lonicerin", "luteolin 7-o-neohesperidoside", "veronicastroside", "luteolin-7-rutinoside", "7-((2-o-(6-deoxy-alpha-l-mannopyranosyl)-beta-d-glucopyranosyl)oxy)-2-(3", "luteolin-7-o-rhamnoside", "chebi:31788", "25694-72-8", "scolymoside", "luteoline-7-rhamnoglucoside"}|>, "7595" -> <|"DatabaseID" -> "SW03922", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4477257]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)OC[C@@H]2[C@H]([C@@H]([C@H]([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nicotiflorin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5318767]}, "Synonyms" -> {"nicotiflorin", "kaempferol-3-o-rutinoside", "mls000563045", "chembl498879", "acon1_002178", "ac1nsxa1", "kaempferol 3-o-rutinose", "17650-84-9", "kaempferol 3-o-rutinoside", "5,7-dihydroxy-2-(4-hydroxyphenyl)-4-oxo-4h-chromen-3-yl 6-o-(6-deoxy-a-l-mannopyranosyl)-b-d-glucopyranoside", "kaempferol-3-rutinoside", "megxp0_000024", "nicotifloroside", "molport-001-740-194", "17650-84-9[rn]"}|>, "7596" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7597" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7598" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7599" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7600" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7601" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7602" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7603" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7604" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7605" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7606" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7607" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7608" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7609" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7610" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7611" -> <|"DatabaseID" -> "SW03923", "IsomericSmiles" -> "CC1[C@@H]([C@@H](C([C@@H](O1)OCC2[C@@H](C(C([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-3-robinobioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258742]}, "Synonyms" -> {"kaempferol 3-robinobioside", "lmpk12111669"}|>, "7612" -> <|"DatabaseID" -> "SW03924", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391023]}, "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(c(c(c(c3o2)[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O)[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vicenin-2"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442664]}, "Synonyms" -> {"vicenin ii", "vicenin-2", "smr000232371", "hms2210f06", "ac1l9d6k", "5,7-dihydroxy-2-(4-hydroxyphenyl)-6,8-bis[(2s,3r,4r,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]-4h-chromen-4-one(non-preferred name)", "23666-13-9", "vicenin 2", "chembl1442950", "apigenin-6", "23666-13-9[rn]", "mls000575019", "ncgc00247567-01"}|>, "7613" -> <|"DatabaseID" -> "SW03925", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390121]}, "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(o2)cc(c(c3[O-])[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "saponarin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441381]}, "Synonyms" -> {"isovitexin-7-o-glucoside", "saponarin", "saponaretin-7-o-glucoside", "5-hydroxy-2-(4-hydroxyphenyl)-6-[(2s,3r,4r,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]-7-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-on", "ac1l9b2g", "5-hydroxy-2-(4-hydroxyphenyl)-6-[(2s,3r,4r,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]-7-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-one", "20310-89-8[rn]", "6-b-d-glucopyranosyl-7-(b-d-glucopyranosyloxy)-5-hydroxy-2-(4-hydroxyphenyl)-4h-1-benzopyran-4-one", "4h-1-benzopyran-4-one", "5-hydroxy-2-(4-hydroxyphenyl)-6-[(2s", "c08064", "ambap20310-89-8", "isovitexin-7-o-beta-d-glucopyranoside", "20310-89-8"}|>, "7614" -> <|"DatabaseID" -> "SW03926", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 248335]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(c(c4)Oc5ccc(cc5)CC6=NCCc7c6c(c(c(c7)OC)OC)O3)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hypoepistephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 282017]}, "Synonyms" -> {"hypoepistephanine", "ac1q58f7", "33116-41-5[rn]", "ar-1h0210", "6", "nsc135070", "hypopistephanine", "chembl502779", "ac1l5vj1", "6,6',7-trimethoxy-2'-methyl-1,2-didehydrooxyacanthan-12'-ol"}|>, "7615" -> <|"DatabaseID" -> "SW03926", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 248335]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(c(c4)Oc5ccc(cc5)CC6=NCCc7c6c(c(c(c7)OC)OC)O3)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hypoepistephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 282017]}, "Synonyms" -> {"hypoepistephanine", "ac1q58f7", "33116-41-5[rn]", "ar-1h0210", "6", "nsc135070", "hypopistephanine", "chembl502779", "ac1l5vj1", "6,6',7-trimethoxy-2'-methyl-1,2-didehydrooxyacanthan-12'-ol"}|>, "7616" -> <|"DatabaseID" -> "SW03926", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 248335]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(c(c4)Oc5ccc(cc5)CC6=NCCc7c6c(c(c(c7)OC)OC)O3)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hypoepistephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 282017]}, "Synonyms" -> {"hypoepistephanine", "ac1q58f7", "33116-41-5[rn]", "ar-1h0210", "6", "nsc135070", "hypopistephanine", "chembl502779", "ac1l5vj1", "6,6',7-trimethoxy-2'-methyl-1,2-didehydrooxyacanthan-12'-ol"}|>, "7617" -> <|"DatabaseID" -> "SW03926", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 248335]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(c(c4)Oc5ccc(cc5)CC6=NCCc7c6c(c(c(c7)OC)OC)O3)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hypoepistephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 282017]}, "Synonyms" -> {"hypoepistephanine", "ac1q58f7", "33116-41-5[rn]", "ar-1h0210", "6", "nsc135070", "hypopistephanine", "chembl502779", "ac1l5vj1", "6,6',7-trimethoxy-2'-methyl-1,2-didehydrooxyacanthan-12'-ol"}|>, "7618" -> <|"DatabaseID" -> "SW03927", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475003]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc8c(c7O3)OCO8)CC[NH+]6C)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cepharanoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315779]}, "Synonyms" -> {"cepharanoline", "chembl496044"}|>, "7619" -> <|"DatabaseID" -> "SW03927", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475003]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc8c(c7O3)OCO8)CC[NH+]6C)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cepharanoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315779]}, "Synonyms" -> {"cepharanoline", "chembl496044"}|>, "7620" -> <|"DatabaseID" -> "SW03927", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475003]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc8c(c7O3)OCO8)CC[NH+]6C)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cepharanoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315779]}, "Synonyms" -> {"cepharanoline", "chembl496044"}|>, "7621" -> <|"DatabaseID" -> "SW03927", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475003]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc8c(c7O3)OCO8)CC[NH+]6C)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cepharanoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315779]}, "Synonyms" -> {"cepharanoline", "chembl496044"}|>, "7622" -> <|"DatabaseID" -> "SW03928", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736828]}, "IsomericSmiles" -> "Cc1cc2c3ccccc3[n+]1CCCCCCCCCC[n+]4c(cc(c5c4cccc5)NCCCCCCCCCCN2)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01509"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bisdequalinium diacetate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 165158]}, "Synonyms" -> {"bisdequalinium diacetate", "6", "39,42-dimethyl-20,31-diaza-1,12-diazoniapentacyclo[30.6.2.212,19.013,18.033,38]dotetraconta-1(39),12(42),13(18),14,16,19(41),32(40),33(38),34,36-decaene diacetate", "unii-48rw3m5575", "6,7,8,9,10,11,12,13,14,15,16,17,24,25,26,27,28,29,30,31,32,33-docosahydro-35,37-dimethyl-5,34:18,23-diethenodibenzo[b,r][1,5,16,20]tetraazacyclotriacontine-23,34-diium diacetate", "3785-44-2[rn]", "ac1q22ac", "ac1l4w6u", "223-252-5[einecs]", "3785-44-2", "bisdequalinium diacetate[jan]", "surecn4322031", "5,34:18,23-diethanediylidenedibenzo[b,r][1,5,16,20]tetraazacyclotriacontine-23,34-diium 6,7,8,9,10,11,12,13,14,15,16,17,23,24,25,26,27,28,29,30,31,32,33,34-tetracosahydro-35,37-dimethyl- acetate (1:2)", "chembl2105851", "bisdequalinium diacetate (jan)"}|>, "7623" -> <|"DatabaseID" -> "SW03929", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "51770"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392048]}, "IsomericSmiles" -> "CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)NC(=O)[C@@H](c3ccccc3)[NH3+])C(=O)OCOC(=O)[C@H]4C(S(=O)(=O)[C@H]5N4C(=O)C5)(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05972"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sultamicillin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444022]}, "Synonyms" -> {"sultamicillin", "76497-13-7[rn]", "sultamicillin[wiki]", "sultamicillin tosylate", "vd 1827", "ac1l9fkg", "sultamicillin base", "83105-70-8[rn]", "chembl506110", "6'-(2-amino-2-phenylacetamido)penicillanoyloxymethylpenicillanate 1,1-dioxide", "surecn34392", "sultamicillinum[latin]", "sultamicillin (usan/inn)", "[2s-[2a(2r*,5s*),5a,6b(s*)]]-6-[(aminophenylacetyl)amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid [[(3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]hept-2-yl)carbonyl]oxy]", "sultamicilina", "8958037[beilstein]", "({[(2s,5r,6r)-6-{[(2r)-2-amino-2-phenylacetyl]amino}-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]hept-2-yl]carbonyl}oxy)methyl (2s,5r)-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylate 4,4-dioxide", "chebi:51770", "methyl ester s,s-dioxide", "sultamicilina[spanish]", "1,1-dioxopenicillanoyloxymethyl 6-(d-a-amino-a-phenylacetamido)penicillanate", "4-thia-1-azabicyclo[3.2.0]heptane-2-carboxylic acid 3,3-dimethyl-7-oxo- [[[(2s,5r,6r)-6-[[(2r)-2-amino-2-phenylacetyl]amino]-3,3-dimethyl-7-oxo-4-thia-1-azabicyclo[3.2.0]hept-2-yl]carbonyl]oxy]methyl ester 4,4-dioxide (2s,5r)-", "[(2s", "sultamicillinum"}|>, "7624" -> <|"DatabaseID" -> "SW03930", "IsomericSmiles" -> "CSCC[C@@H](C(=O)N[C@@H](CC(=O)[O-])C(=O)N[C@@H](Cc1ccccc1)C(=O)N)NC(=O)[C@H](Cc2c[nH]c3c2cccc3)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01456"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tetragastrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 446569]}, "Synonyms" -> {"tetragastrin", "trp-met-asp-phe amide", "tetragastrin hydrochloride", "chebi:298115", "dnc012398", "chembl120632", "ac1l9jto", "surecn9710792", "cholecystokinin fragment 30-33 amide", "hmdb05775"}|>, "7625" -> <|"DatabaseID" -> "SW03931", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171141]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@H]1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+]([C@@H]6Cc7ccc(cc7)O3)C)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-isochondrodendrine;iso-chondrodendrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197726]}, "Synonyms" -> {"isochondrodendrine", "isobebeerin", "isochondrodendrin", "isobebeerine", "d-isochondodendrine", "isochondodendrine", "isochondodendrin", "d-isochondrodendrine", "iso-chondrodendrine", "(r", "isochondrodendrine (8ci)", "o(sup 7),o(sup 7')-didemethylcycleanine", "477-62-3[rn]", "o7,o7'-didemethylcycleanine", "o7", "cycleanine o(sup 7),o(sup 7')-didemethyl-", "cycleanine o7 o7'-didemethyl-", "(r,r)-isochondodendrine", "chondodendrine (d-iso)", "207-517-2[einecs]", "cycleanine o7,o7'-didemethyl- (9ci)"}|>, "7626" -> <|"DatabaseID" -> "SW03931", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171141]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@H]1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+]([C@@H]6Cc7ccc(cc7)O3)C)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-isochondrodendrine;iso-chondrodendrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197726]}, "Synonyms" -> {"isochondrodendrine", "isobebeerin", "isochondrodendrin", "isobebeerine", "d-isochondodendrine", "isochondodendrine", "isochondodendrin", "d-isochondrodendrine", "iso-chondrodendrine", "(r", "isochondrodendrine (8ci)", "o(sup 7),o(sup 7')-didemethylcycleanine", "477-62-3[rn]", "o7,o7'-didemethylcycleanine", "o7", "cycleanine o(sup 7),o(sup 7')-didemethyl-", "cycleanine o7 o7'-didemethyl-", "(r,r)-isochondodendrine", "chondodendrine (d-iso)", "207-517-2[einecs]", "cycleanine o7,o7'-didemethyl- (9ci)"}|>, "7627" -> <|"DatabaseID" -> "SW03931", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171141]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@H]1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+]([C@@H]6Cc7ccc(cc7)O3)C)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-isochondrodendrine;iso-chondrodendrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197726]}, "Synonyms" -> {"isochondrodendrine", "isobebeerin", "isochondrodendrin", "isobebeerine", "d-isochondodendrine", "isochondodendrine", "isochondodendrin", "d-isochondrodendrine", "iso-chondrodendrine", "(r", "isochondrodendrine (8ci)", "o(sup 7),o(sup 7')-didemethylcycleanine", "477-62-3[rn]", "o7,o7'-didemethylcycleanine", "o7", "cycleanine o(sup 7),o(sup 7')-didemethyl-", "cycleanine o7 o7'-didemethyl-", "(r,r)-isochondodendrine", "chondodendrine (d-iso)", "207-517-2[einecs]", "cycleanine o7,o7'-didemethyl- (9ci)"}|>, "7628" -> <|"DatabaseID" -> "SW03932", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4519704]}, "IsomericSmiles" -> "CC1=C(C(CC(C1=O)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(/C=C/C=C(/C=C/C2=C(C(=O)C(CC2(C)C)O)C)\\C)\\C)/C)/C", "OfficialNames" -> <|"Indian Approved Name" -> "astaxanthin complex"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5368397]}, "Synonyms" -> {"ovoester", "astaxanthin", "einecs 207-451-4", "nsc635689", "astaxanthin (crystalline)", "astaxanthine", "3,3'-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-1,3,5,7,9,11,13,15,17-octadecanonaen-1,18-diyl]bis(6-hydroxy-2,4,4-trimethyl-2-cyclohexen-1-on)", "207-451-4[einecs]", "3,3'-dihydroxy-4,4'-diketo-b-carotene", "3", "nsc 635689", "astaxanthin all-trans- (3s,3's)-", "(3s,3's)-3,3'-dihydroxy-?,?-carotene-4,4'-dione", "71772-51-5[rn]", "3,3'-dihydroxy-?,?-carotene-4,4'-dione", "astaxanthin (3s,3's)-", "hsdb 7468", "astaxanthine[wiki]", "astaxanthin[wiki]", "3,3'-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-1,3,5,7,9,11,13,15,17-octadecanonaene-1,18-diyl]bis(6-hydroxy-2,4,4-trimethyl-2-cyclohexen-1-one)", "472-61-7[rn]", "3,3'-dihydroxy-b,b-carotene-4,4'-dione", "ccris 7118", "astaxantina"}|>, "7629" -> <|"DatabaseID" -> "SW03932", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4519704]}, "IsomericSmiles" -> "CC1=C(C(CC(C1=O)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(/C=C/C=C(/C=C/C2=C(C(=O)C(CC2(C)C)O)C)\\C)\\C)/C)/C", "OfficialNames" -> <|"Indian Approved Name" -> "astaxanthin complex"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5368397]}, "Synonyms" -> {"ovoester", "astaxanthin", "einecs 207-451-4", "nsc635689", "astaxanthin (crystalline)", "astaxanthine", "3,3'-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-1,3,5,7,9,11,13,15,17-octadecanonaen-1,18-diyl]bis(6-hydroxy-2,4,4-trimethyl-2-cyclohexen-1-on)", "207-451-4[einecs]", "3,3'-dihydroxy-4,4'-diketo-b-carotene", "3", "nsc 635689", "astaxanthin all-trans- (3s,3's)-", "(3s,3's)-3,3'-dihydroxy-?,?-carotene-4,4'-dione", "71772-51-5[rn]", "3,3'-dihydroxy-?,?-carotene-4,4'-dione", "astaxanthin (3s,3's)-", "hsdb 7468", "astaxanthine[wiki]", "astaxanthin[wiki]", "3,3'-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-1,3,5,7,9,11,13,15,17-octadecanonaene-1,18-diyl]bis(6-hydroxy-2,4,4-trimethyl-2-cyclohexen-1-one)", "472-61-7[rn]", "3,3'-dihydroxy-b,b-carotene-4,4'-dione", "ccris 7118", "astaxantina"}|>, "7630" -> <|"DatabaseID" -> "SW03932", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4519704]}, "IsomericSmiles" -> "CC1=C(C(CC(C1=O)O)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(/C=C/C=C(/C=C/C2=C(C(=O)C(CC2(C)C)O)C)\\C)\\C)/C)/C", "OfficialNames" -> <|"Indian Approved Name" -> "astaxanthin complex"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5368397]}, "Synonyms" -> {"ovoester", "astaxanthin", "einecs 207-451-4", "nsc635689", "astaxanthin (crystalline)", "astaxanthine", "3,3'-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-1,3,5,7,9,11,13,15,17-octadecanonaen-1,18-diyl]bis(6-hydroxy-2,4,4-trimethyl-2-cyclohexen-1-on)", "207-451-4[einecs]", "3,3'-dihydroxy-4,4'-diketo-b-carotene", "3", "nsc 635689", "astaxanthin all-trans- (3s,3's)-", "(3s,3's)-3,3'-dihydroxy-?,?-carotene-4,4'-dione", "71772-51-5[rn]", "3,3'-dihydroxy-?,?-carotene-4,4'-dione", "astaxanthin (3s,3's)-", "hsdb 7468", "astaxanthine[wiki]", "astaxanthin[wiki]", "3,3'-[(1e,3e,5e,7e,9e,11e,13e,15e,17e)-3,7,12,16-tetramethyl-1,3,5,7,9,11,13,15,17-octadecanonaene-1,18-diyl]bis(6-hydroxy-2,4,4-trimethyl-2-cyclohexen-1-one)", "472-61-7[rn]", "3,3'-dihydroxy-b,b-carotene-4,4'-dione", "ccris 7118", "astaxantina"}|>, "7631" -> <|"DatabaseID" -> "SW03933", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482255], ExternalIdentifier["ChemSpiderID", 10482254]}, "IsomericSmiles" -> "CN(C)/C=[NH+]/c1c(cc(c(c1I)CCC(=O)[O-])I)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04604"], ExternalIdentifier["KEGGID", "D01015"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IPODATE CALCIUM;IPODATE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 14381], ExternalIdentifier["PubChemCompoundID", 23671932]}, "Synonyms" -> {"oragrafin sodium", "sodium iopodate", "ipodate sodium", "ipodate calcium", "oragrafin calcium", "calcium bis(3-(((dimethylamino)methylene)amino)-3-(2", "ipodate calcium salt", "ipodate sodium salt", "oragrafin-sodium", "unii-50s7w5m9zz", "1151-11-7", "biloptinon", "oragrafin calcium (tn)", "ipodate calcium [usan]", "ipodate sodium[usp]", "benzenepropanoic acid", "biloptin", "bilimin", "bilivist", "einecs 214-565-8", "sodium ipodate"}|>, "7632" -> <|"DatabaseID" -> "SW03934", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00686"]}, "IsomericSmiles" -> "C1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2CO[C@H]([C@@H]([C@H]2OS(=O)(=O)[O-])OS(=O)(=O)[O-])O)OS(=O)(=O)[O-])OS(=O)(=O)[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pentosane", "NPC Approved Name" -> "pentosan polysulfate sodium", "FDA Approved Drug" -> "PENTOSAN POLYSULFATE SODIUM"|>, "PharmGKBID" -> "PA164774806", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37720]}, "Synonyms" -> {"pentosan polysulfate", "elmiron", "pentosan sulfuric polyester", "hst-1", "fgf-4", "hbgf- 4", "ac1l1yaw", "xylan", "unii-f59p8b75r4", "polypentose sulfate", "ls-187046", "transforming protein ks3", "hst", "fibroblast growth factor 4 precursor", "db00686", "heparin secretory- transforming protein", "ls-187658", "37300-21-3", "37300-21-3[rn]", "11096-31-4[rn]", "42613-02-5[rn]", "xylan hydrogen sulfate", "39432-58-1[rn]"}|>, "7633" -> <|"DatabaseID" -> "SW03935", "IsomericSmiles" -> "C[C@H]1[C@H]([C@H]([C@H]([C@@H](O1)Oc2cc(c3c(c2)OC(C(C3)(O)O[C@H]4[C@@H]([C@H]([C@H]([C@H](O4)CO)O)O)O)c5ccc(cc5)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-rhamno glucoside;physcim-l-gluco-rhamnoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57376104]}, "Synonyms" -> {"ag-e-70456", "flavone"}|>, "7634" -> <|"DatabaseID" -> "SW03935", "IsomericSmiles" -> "C[C@H]1[C@H]([C@H]([C@H]([C@@H](O1)Oc2cc(c3c(c2)OC(C(C3)(O)O[C@H]4[C@@H]([C@H]([C@H]([C@H](O4)CO)O)O)O)c5ccc(cc5)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-rhamno glucoside;physcim-l-gluco-rhamnoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57376104]}, "Synonyms" -> {"ag-e-70456", "flavone"}|>, "7635" -> <|"DatabaseID" -> "SW03935", "IsomericSmiles" -> "C[C@H]1[C@H]([C@H]([C@H]([C@@H](O1)Oc2cc(c3c(c2)OC(C(C3)(O)O[C@H]4[C@@H]([C@H]([C@H]([C@H](O4)CO)O)O)O)c5ccc(cc5)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-rhamno glucoside;physcim-l-gluco-rhamnoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57376104]}, "Synonyms" -> {"ag-e-70456", "flavone"}|>, "7636" -> <|"DatabaseID" -> "SW03935", "IsomericSmiles" -> "C[C@H]1[C@H]([C@H]([C@H]([C@@H](O1)Oc2cc(c3c(c2)OC(C(C3)(O)O[C@H]4[C@@H]([C@H]([C@H]([C@H](O4)CO)O)O)O)c5ccc(cc5)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "kaempferol-rhamno glucoside;physcim-l-gluco-rhamnoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57376104]}, "Synonyms" -> {"ag-e-70456", "flavone"}|>, "7637" -> <|"DatabaseID" -> "SW03936", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470889]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04834"]}, "IsomericSmiles" -> "CCC(=O)O[C@H]1[C@H](C[C@@H]2[C@@]1(CC[C@H]3[C@H]2CC[C@@H]4[C@@]3(C[C@@H]([C@H](C4)OC(=O)C)[NH+]5CCCCC5)C)C)[N+]6(CCCCC6)CC=C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05703"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "RAPACURONIUM BROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311398]}, "Synonyms" -> {"rapacuronium bromide", "raplon", "rapacuronium", "org 9487", "org-9487", "1-(3alpha-acetoxy-2beta-(1-piperidinyl)-17beta-(propionyloxy)-5alpha-androsta-16beta-yl)-1-allylpiperidinium bromide", "ncgc00183839-01", "156137-99-4[rn]", "piperidinium", "raplon (tn)", "raplon[wiki]", "156137-99-4", "rapacuronium[wiki]"}|>, "7638" -> <|"DatabaseID" -> "SW03937", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63628"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482313]}, "IsomericSmiles" -> "CCC[C@]1(CC(=C(C(=O)O1)[C@H](CC)c2cccc(c2)[N-]S(=O)(=O)c3ccc(cn3)C(F)(F)F)[O-])CCc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08605"]}, "OfficialNames" -> <|"Australia Approved Name" -> "TIPRANAVIR", "FDA Approved Drug" -> "TIPRANAVIR"|>, "Synonyms" -> {"tipranavir [inn_en]", "n-(3-{(1r)-1-[(6r)-4-hydroxy-2-oxo-6-(2-phenylethyl)-6-propyl-5,6-dihydro-2h-pyran-3-yl]propyl}phenyl)-5-(trifluormethyl)pyridin-2-sulfonamid", "n-(3-{(1r)-1-[(6r)-4-hydroxy-2-oxo-6-phenethyl-6-propyl-5,6-dihydro-2h-pyran-3-yl]propyl}phenyl)-5-(trifluoromethyl)-2-pyridinesulfonamide", "174484-41-4[rn]", "n-(3-{(1r)-1-[(6r)-4-hydroxy-2-oxo-6-(2-phenylethyl)-6-propyl-5,6-dihydro-2h-pyran-3-yl]propyl}phenyl)-5-(trifluoromethyl)pyridine-2-sulfonamide", "3'-((1r)-1-((6r)-5,6-dihydro-4-hydroxy-2-oxo-6-phenethyl-6-propyl-2h-pyran-3-yl)propyl)-5-(trifluoromethyl)-2-pyridinesulfonanilide", "tipranavir[wiki]", "tipranavir", "191150-83-1[rn]", "n-[3-[(1r)-1-[(6r)-5,6-dihydro-4-hydroxy-2-oxo-6-(2-phenylethyl)-6-propyl-2h-pyran-3-yl]propyl]phenyl]-5-(trifluoromethyl)-2-pyridinesulfonamide", "aptivus[wiki]", "2-pyridinesulfonamide n-(3-((1r)-1-((6r)-5,6-dihydro-4-hydroxy-2-oxo-6-(2-phenylethyl)-6-propyl-2h-pyran-3-yl)propyl)phenyl)-5-(trifluoromethyl)-", "aptivus", "2-pyridinesulfonamide n-[3-[(1r)-1-[(6r)-5,6-dihydro-4-hydroxy-2-oxo-6-(2-phenylethyl)-6-propyl-2h-pyran-3-yl]propyl]phenyl]-5-(trifluoromethyl)-", "pnu 140690e", "[r-(r*,r*)]-n-[3-[1-[5,6-dihydro-4-hydroxy-2-oxo-6-(2-phenylethyl)-6-propyl-2h-pyran-3-yl]propyl]phenyl]-5-(trifluoromethyl)-2-pyridinesulfonamide", "174590-27-3[rn]"}|>, "7639" -> <|"DatabaseID" -> "SW03938", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444659]}, "IsomericSmiles" -> "C/C(=C\\C=C\\C=C(/C)\\C=C\\C=C(/C)\\C=C=C1[C@](C[C@H](CC1(C)C)O)(C)O)/C=C/C=C(\\C)/C=C/[C@]23[C@](O2)(C[C@H](CC3(C)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neoxanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281247]}, "Synonyms" -> {"all-trans-neoxanthin", "(1r", "neoxanthin", "hmdb03020", "(1r,3r)-6-{(3e,5e,7e,9e,11e,13e,15e,17e)-18-[(1s,4r,6r)-4-hydroxy-2,2,6-trimethyl-7-oxabicyclo[4.1.0]hept-1-yl]-3,7,12,16-tetramethyloctadeca-1,3,5,7,9,11,13,15,17-nonaenylidene}-1,5,5-trimethylcyclohexane-1,3-diol", "chebi:32446", "14660-91-4[rn]", "ac1nqy9o", "(3s", "lmpr01070290", "c08606"}|>, "7640" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7641" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7642" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7643" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7644" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7645" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7646" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7647" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7648" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7649" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7650" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7651" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7652" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7653" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7654" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7655" -> <|"DatabaseID" -> "SW03939", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170509]}, "IsomericSmiles" -> "CC(C)(C(Cc1c(cc(c2c1oc(=O)cc2)OC)OC)O)OC3C(C(C(C(O3)COC4C(C(CO4)(CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubricauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196862]}, "Synonyms" -> {"rubricauloside", "134018-84-1[rn]", "5", "134018-84-1", "ac1l52g8", "8-[3-[6-[[3"}|>, "7656" -> <|"DatabaseID" -> "SW03941", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445360]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)[C@H]1CC[C@@]2([C@@]1(CC[C@]34[C@H]2CC[C@@H]5[C@]3(C4)CC[C@@H](C5(C)C)OC(=O)/C=C/c6ccc(c(c6)OC)O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01221"]}, "OfficialNames" -> <|"NPC Approved Name" -> "gamma oryzanol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282164]}, "Synonyms" -> {"hi-z", "hi-z (tn)", "ncgc00181756-01", "11042-64-1", "ferulic acid cycloartenyl ester", "21238-33-5[rn]", "dsstox_cid_1084", "gamma oryzanol", "dsstox_rid_75932", "oryzanol a", "surecn718726", "gamma-oryzanol", "cas-11042-64-1", "244-285-1[einecs]", "chembl388595", "cycloartenylferulate", "cycloartenol ferulate", "(3b,9b)-9,19-cyclolanost-24-en-3-yl(2e)-3-(4-hydroxy-3-methoxyphenyl)prop-2-enoate", "dsstox_gsid_21084", "11042-64-1[rn]"}|>, "7657" -> <|"DatabaseID" -> "SW03942", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58815]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01338"]}, "IsomericSmiles" -> "CC(=O)O[C@H]1C[C@@H]2CC[C@@H]3[C@@H]([C@]2(C[C@@H]1N4CC[N+](CC4)(C)C)C)CC[C@]5([C@H]3C[C@@H]([C@@H]5OC(=O)C)N6CC[N+](CC6)(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00764"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PIPECURONIUM BROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65332]}, "Synonyms" -> {"pipecuronium bromide", "arduan", "piperazinium", "pipecurium bromide", "rgh-1106", "arduan (tn)", "67880-85-7[rn]", "257-740-4[einecs]", "pipecuriurn bromide", "einecs 257-740-4", "84307-15-3[rn]", "4,4'-[(2b,3a,5a,16b,17b)-3,17-bis(acetyloxy)androstane-2,16-diyl]bis(1,1-dimethylpiperazinium) dibromide", "raplon", "52212-02-9[rn]", "52212-02-9", "4", "4,4'-(3a,17b-dihydroxy-5a-androstan-2b,16b-ylene)bis(1,1-dimethylpiperazinium)dibromide diacetate", "pipecuronium", "pipecuronium bromide[usan]", "pipecuronio bromuro[spanish]", "68399-58-6[rn]", "pipecurium", "pipecuronio bromuro [spanish]", "pipecuronium bromide [usan:ban:inn][inn][usan]"}|>, "7658" -> <|"DatabaseID" -> "SW03943", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3032"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7413]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00868"]}, "IsomericSmiles" -> "CCCCNc1ccc(cc1)C(=O)OCCOCCOCCOCCOCCOCCOCCOCCOCCOC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00242"]}, "OfficialNames" -> <|"Indian Approved Name" -> "benzonatate", "FDA Approved Drug" -> "BENZONATATE"|>, "PharmGKBID" -> "PA164745459", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 7699]}, "Synonyms" -> {"ventussin-loz", "benzonatate", "ventussin", "exangit", "tessalon-ciba", "tessalon perles", "benzononatine", "benzononantin", "tesalon", "tessalin", "tessalon", "benzoic acid p-(butylamino)- 2-(2-(2-(2-(2-(2-(2-(2-(2-methoxyethoxy)ethoxy)ethoxy)ethoxy)ethoxy)ethoxy)ethoxy)ethoxy)ethylester", "benzonatato", "benzoic acid 4-(butylamino)- 3,6,9,12,15,18,21,24,27-nonaoxaoctacos-1-yl ester(9ci)", "3,6,9,12,15,18,21,24,27-nonaoxaoctacos-1-yl 4-(butylamino)benzoate", "4-(butylamino)benzoic acid3,6,9,12,15,18,21,24,27-nonaoxaoctacos-1-yl ester", "benzoic acid 4-(butylamino)- 3,6,9,12,15,18,21,24,27-nonaoxaoctacos-1-yl ester", "tessalon[wiki]", "104-31-4[rn]", "benzonatatum [inn-latin]", "benzonatatum", "2,5,8,11,14,17,20,23,26-nonaoxaoctacosan-28-yl 4-(butylamino)benzoate[acd/iupac name]", "203-194-7[einecs]", "polyethyleneglycol-p-n-butylaminobenzoate methyl ester", "p-(n)-butylaminobenzoesaeure-(nonaaethylenglykol-monomethylaether)-ester[german]", "benzonatato[spanish][inn]", "nonaethyleneglycol monomethyl ether p-n-butylaminobenzoate", "voltage-gated sodium channel subunit alpha nav1.5", "2,5,8,11,14,17,20,23,26-nonaoxaoctacosan-28-yl p-(butylamino)benzoate", "hh1", "p-butylaminobenzoic acid w-o-methylnonaethyleneglycol ester", "benzonatatum [inn_la]", "benzoic acid 4-(butylamino)- 2,5,8,11,14,17,20,23,26-nonaoxaoctacos-28-yl ester", "sodium channel protein type v subunit alpha", "benzonatato [inn-spanish]", "sodium channel protein cardiac muscle alpha-subunit", "km65", "benzonatate [usan:ban:inn][inn][usan]", "cas-104-31-4", "benzonatate[wiki][usp]", "benzonatatum[latin]", "benzoic acid p-(butylamino)- 2-(2-(2-(2-(2-(2-(2-(2-(2-methoxyethoxy)ethoxy)et", "tessalon perles (tn)"}|>, "7659" -> <|"DatabaseID" -> "SW03944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140514]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3([C@@H]2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)[O-])C)C)(C)CO)O[C@H]6[C@@H]([C@H]([C@H](CO6)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159813]}, "Synonyms" -> {"fj-2 acid", "cauloside a", "leontoside a", "3-o-arabinopyranosylhederagenin", "17184-21-3", "kst-1a8951", "ac1l4mjb", "ar-1a5066", "kst-1a8952", "(3|a", "71851-12-2[rn]", "52038-07-0[rn]", "17184-21-3[rn]", "12672-42-3[rn]"}|>, "7660" -> <|"DatabaseID" -> "SW03944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140514]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3([C@@H]2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)[O-])C)C)(C)CO)O[C@H]6[C@@H]([C@H]([C@H](CO6)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159813]}, "Synonyms" -> {"fj-2 acid", "cauloside a", "leontoside a", "3-o-arabinopyranosylhederagenin", "17184-21-3", "kst-1a8951", "ac1l4mjb", "ar-1a5066", "kst-1a8952", "(3|a", "71851-12-2[rn]", "52038-07-0[rn]", "17184-21-3[rn]", "12672-42-3[rn]"}|>, "7661" -> <|"DatabaseID" -> "SW03944", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140514]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C(C1CC[C@@]3([C@@H]2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)[O-])C)C)(C)CO)O[C@H]6[C@@H]([C@H]([C@H](CO6)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cauloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159813]}, "Synonyms" -> {"fj-2 acid", "cauloside a", "leontoside a", "3-o-arabinopyranosylhederagenin", "17184-21-3", "kst-1a8951", "ac1l4mjb", "ar-1a5066", "kst-1a8952", "(3|a", "71851-12-2[rn]", "52038-07-0[rn]", "17184-21-3[rn]", "12672-42-3[rn]"}|>, "7662" -> <|"DatabaseID" -> "SW03945", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2965]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C(=O)OCCC[NH+]2CCCN(CC2)CCCOC(=O)c3cc(c(c(c3)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07843"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dilazep"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3074]}, "Synonyms" -> {"labitan", "asta c 4898", "dilazep", "dilazep [inn]", "tetrahydro-1h-1,4-diazepine-1,4(5h)-dipropanol 3,4,5-trimethoxybenzoate(diester)", "1,4-bis[3-(3,4,5-trimethoxybenzoyloxy)propyl]perhydro-1,4-diazepine", "3,4,5-trimethoxybenzoic acid (tetrahydro-1h-1,4-diazepine-1,4(5h)-diyl)di-3,1-propanediylester", "dilazepum[latin]", "comelian", "n,n'-(bis-w-hydroxypropyl)homopiperazine 3,4,5-trimethoxybenzoate (diester)", "20153-98-4[rn]", "dilazep[wiki][inn]", "35898-87-4", "ncgc00016747-03", "35898-87-4[rn]", "3,4,5-trimethoxybenzoic acid diesterwith tetrahydro-1h-1,4-diazepine-1,4(5h)-dipropanol", "dilazepam [inn-spanish]", "cormelian", "1,4-diazepane-1,4-diyldi-3,1-propanediyl bis(3,4,5-trimethoxybenzoate)[acd/iupac name]", "benzoic acid", "n,n'-bis[3-(3,4,5-trimethoxybenzoyloxy)propyl]homopiperazine", "benzoic acid 3,4,5-trimethoxy- (tetrahydro-1h-1,4-diazepine-1,4(5h)-diyl)di-3,1-propanediyl ester", "dilazepam[spanish][inn]", "243-548-8[einecs]", "dilazep (inn)", "dilazepum [inn-latin]", "1,4-diazepane-1,4-diyldipropane-3,1-diyl bis(3,4,5-trimethoxybenzoate)"}|>, "7663" -> <|"DatabaseID" -> "SW03945", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2965]}, "IsomericSmiles" -> "COc1cc(cc(c1OC)OC)C(=O)OCCC[NH+]2CCCN(CC2)CCCOC(=O)c3cc(c(c(c3)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07843"]}, "OfficialNames" -> <|"Indian Approved Name" -> "dilazep"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3074]}, "Synonyms" -> {"labitan", "asta c 4898", "dilazep", "dilazep [inn]", "tetrahydro-1h-1,4-diazepine-1,4(5h)-dipropanol 3,4,5-trimethoxybenzoate(diester)", "1,4-bis[3-(3,4,5-trimethoxybenzoyloxy)propyl]perhydro-1,4-diazepine", "3,4,5-trimethoxybenzoic acid (tetrahydro-1h-1,4-diazepine-1,4(5h)-diyl)di-3,1-propanediylester", "dilazepum[latin]", "comelian", "n,n'-(bis-w-hydroxypropyl)homopiperazine 3,4,5-trimethoxybenzoate (diester)", "20153-98-4[rn]", "dilazep[wiki][inn]", "35898-87-4", "ncgc00016747-03", "35898-87-4[rn]", "3,4,5-trimethoxybenzoic acid diesterwith tetrahydro-1h-1,4-diazepine-1,4(5h)-dipropanol", "dilazepam [inn-spanish]", "cormelian", "1,4-diazepane-1,4-diyldi-3,1-propanediyl bis(3,4,5-trimethoxybenzoate)[acd/iupac name]", "benzoic acid", "n,n'-bis[3-(3,4,5-trimethoxybenzoyloxy)propyl]homopiperazine", "benzoic acid 3,4,5-trimethoxy- (tetrahydro-1h-1,4-diazepine-1,4(5h)-diyl)di-3,1-propanediyl ester", "dilazepam[spanish][inn]", "243-548-8[einecs]", "dilazep (inn)", "dilazepum [inn-latin]", "1,4-diazepane-1,4-diyldipropane-3,1-diyl bis(3,4,5-trimethoxybenzoate)"}|>, "7664" -> <|"DatabaseID" -> "SW03946", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475646]}, "IsomericSmiles" -> "CC([C@@]1(CC[C@]2([C@@]1([C@@H](CC3[C@]2(C(C=C4[C@@]3(CC[C@@H](C4)O)C)O)O)OC(=O)c5ccccc5)C)O)O)OC(=O)c6ccccc6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dibenzoylgagaimol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316642]}, "Synonyms" -> {"ac1nsugl", "dibenzoylgagaimol", "[(3s"}|>, "7665" -> <|"DatabaseID" -> "SW03946", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475646]}, "IsomericSmiles" -> "CC([C@@]1(CC[C@]2([C@@]1([C@@H](CC3[C@]2(C(C=C4[C@@]3(CC[C@@H](C4)O)C)O)O)OC(=O)c5ccccc5)C)O)O)OC(=O)c6ccccc6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dibenzoylgagaimol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316642]}, "Synonyms" -> {"ac1nsugl", "dibenzoylgagaimol", "[(3s"}|>, "7666" -> <|"DatabaseID" -> "SW03946", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475646]}, "IsomericSmiles" -> "CC([C@@]1(CC[C@]2([C@@]1([C@@H](CC3[C@]2(C(C=C4[C@@]3(CC[C@@H](C4)O)C)O)O)OC(=O)c5ccccc5)C)O)O)OC(=O)c6ccccc6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dibenzoylgagaimol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316642]}, "Synonyms" -> {"ac1nsugl", "dibenzoylgagaimol", "[(3s"}|>, "7667" -> <|"DatabaseID" -> "SW03946", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475646]}, "IsomericSmiles" -> "CC([C@@]1(CC[C@]2([C@@]1([C@@H](CC3[C@]2(C(C=C4[C@@]3(CC[C@@H](C4)O)C)O)O)OC(=O)c5ccccc5)C)O)O)OC(=O)c6ccccc6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dibenzoylgagaimol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316642]}, "Synonyms" -> {"ac1nsugl", "dibenzoylgagaimol", "[(3s"}|>, "7668" -> <|"DatabaseID" -> "SW03946", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475646]}, "IsomericSmiles" -> "CC([C@@]1(CC[C@]2([C@@]1([C@@H](CC3[C@]2(C(C=C4[C@@]3(CC[C@@H](C4)O)C)O)O)OC(=O)c5ccccc5)C)O)O)OC(=O)c6ccccc6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dibenzoylgagaimol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316642]}, "Synonyms" -> {"ac1nsugl", "dibenzoylgagaimol", "[(3s"}|>, "7669" -> <|"DatabaseID" -> "SW03946", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475646]}, "IsomericSmiles" -> "CC([C@@]1(CC[C@]2([C@@]1([C@@H](CC3[C@]2(C(C=C4[C@@]3(CC[C@@H](C4)O)C)O)O)OC(=O)c5ccccc5)C)O)O)OC(=O)c6ccccc6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dibenzoylgagaimol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316642]}, "Synonyms" -> {"ac1nsugl", "dibenzoylgagaimol", "[(3s"}|>, "7670" -> <|"DatabaseID" -> "SW03946", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475646]}, "IsomericSmiles" -> "CC([C@@]1(CC[C@]2([C@@]1([C@@H](CC3[C@]2(C(C=C4[C@@]3(CC[C@@H](C4)O)C)O)O)OC(=O)c5ccccc5)C)O)O)OC(=O)c6ccccc6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dibenzoylgagaimol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316642]}, "Synonyms" -> {"ac1nsugl", "dibenzoylgagaimol", "[(3s"}|>, "7671" -> <|"DatabaseID" -> "SW03946", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475646]}, "IsomericSmiles" -> "CC([C@@]1(CC[C@]2([C@@]1([C@@H](CC3[C@]2(C(C=C4[C@@]3(CC[C@@H](C4)O)C)O)O)OC(=O)c5ccccc5)C)O)O)OC(=O)c6ccccc6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dibenzoylgagaimol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316642]}, "Synonyms" -> {"ac1nsugl", "dibenzoylgagaimol", "[(3s"}|>, "7672" -> <|"DatabaseID" -> "SW03947", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00947"]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]3c4ccc(cc4C[C@H]([C@H]3[C@@H]1CC[C@@H]2O)CCCCCCCCCS(=O)CCCC(C(F)(F)F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01161"]}, "OfficialNames" -> <|"Indian Approved Name" -> "fulvestrant", "FDA Approved Drug" -> "FULVESTRANT"|>, "PharmGKBID" -> "PA164747170", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 104741]}, "Synonyms" -> {"fulvestrant", "faslodex", "faslodex (tn)", "ici 182,780", "(7r,8r,9s,13s,14s,17s)-13-methyl-7-{9-[(4,4,5,5,5-pentafluoropentyl)sulfinyl]nonyl}-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthrene-3,17-diol", "fulvestrant (faslodex)", "129453-61-8[rn]", "7a-(9-((4,4,5,5,5-pentafluoropentyl)sulfinyl)nonyl)estra-1,3,5(10)-triene-3,17b-diol", "faslodex[wiki]", "faslodex ici 182780", "fulvestrant [usan]", "(7r,8r,9s,13s,14s,17s)-13-methyl-7-[9-(4,4,5,5,5-pentafluoro-pentane-1-sulfinyl)-nonyl]-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthrene-3,17-diol", "er", "(7a,17b)-7-(9-((4,4,5,5,5-pentafluoropentyl)sulfinyl)nonyl)estra-1,3,5(10)-triene-3,17-diol", "ici 182", "(7a,17b)-7-[9-[(4,4,5,5,5-pentafluoropentyl)sulfinyl]nonyl]estra-1,3,5(10)-triene-3,17-diol", "ici-182780", "(7r,13s,17s)-13-methyl-7-(9-(4,4,5,5,5-pentafluoropentylsulfinyl)nonyl)-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthrene-3,17-diol", "s1191_selleck", "fulvestrant[wiki]", "(7r,8s,9s,13s,14s,17s)-13-methyl-7-[9-(4,4,5,5,5-pentafluoropentylsulfinyl) nonyl]-6,7,8,9,11,12,14,15,16,17-decahydrocyclopenta[a]phenanthrene-3,17-diol", "(7r,8r,9s,13s,14s,17s)-13-methyl-7-(9-(4,4,5,5,5-pentafluoropentylsulfinyl)nonyl)-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthrene-3,17-diol", "129453-61-8", "zm 182780", "fulvestrant (jan/usan)[jan][usan]", "estradiol receptor", "er-alpha", "ici 182780", "(7r,8r,9s,13s,14s,17s)-13-methyl-7-{9-[(4,4,5,5,5-pentafluorpentyl)sulfinyl]nonyl}-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-3,17-diol"}|>, "7673" -> <|"DatabaseID" -> "SW03947", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00947"]}, "IsomericSmiles" -> "C[C@]12CC[C@@H]3c4ccc(cc4C[C@H]([C@H]3[C@@H]1CC[C@@H]2O)CCCCCCCCCS(=O)CCCC(C(F)(F)F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01161"]}, "OfficialNames" -> <|"Indian Approved Name" -> "fulvestrant", "FDA Approved Drug" -> "FULVESTRANT"|>, "PharmGKBID" -> "PA164747170", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 104741]}, "Synonyms" -> {"fulvestrant", "faslodex", "faslodex (tn)", "ici 182,780", "(7r,8r,9s,13s,14s,17s)-13-methyl-7-{9-[(4,4,5,5,5-pentafluoropentyl)sulfinyl]nonyl}-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthrene-3,17-diol", "fulvestrant (faslodex)", "129453-61-8[rn]", "7a-(9-((4,4,5,5,5-pentafluoropentyl)sulfinyl)nonyl)estra-1,3,5(10)-triene-3,17b-diol", "faslodex[wiki]", "faslodex ici 182780", "fulvestrant [usan]", "(7r,8r,9s,13s,14s,17s)-13-methyl-7-[9-(4,4,5,5,5-pentafluoro-pentane-1-sulfinyl)-nonyl]-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthrene-3,17-diol", "er", "(7a,17b)-7-(9-((4,4,5,5,5-pentafluoropentyl)sulfinyl)nonyl)estra-1,3,5(10)-triene-3,17-diol", "ici 182", "(7a,17b)-7-[9-[(4,4,5,5,5-pentafluoropentyl)sulfinyl]nonyl]estra-1,3,5(10)-triene-3,17-diol", "ici-182780", "(7r,13s,17s)-13-methyl-7-(9-(4,4,5,5,5-pentafluoropentylsulfinyl)nonyl)-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthrene-3,17-diol", "s1191_selleck", "fulvestrant[wiki]", "(7r,8s,9s,13s,14s,17s)-13-methyl-7-[9-(4,4,5,5,5-pentafluoropentylsulfinyl) nonyl]-6,7,8,9,11,12,14,15,16,17-decahydrocyclopenta[a]phenanthrene-3,17-diol", "(7r,8r,9s,13s,14s,17s)-13-methyl-7-(9-(4,4,5,5,5-pentafluoropentylsulfinyl)nonyl)-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthrene-3,17-diol", "129453-61-8", "zm 182780", "fulvestrant (jan/usan)[jan][usan]", "estradiol receptor", "er-alpha", "ici 182780", "(7r,8r,9s,13s,14s,17s)-13-methyl-7-{9-[(4,4,5,5,5-pentafluorpentyl)sulfinyl]nonyl}-7,8,9,11,12,13,14,15,16,17-decahydro-6h-cyclopenta[a]phenanthren-3,17-diol"}|>, "7674" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7675" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7676" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7677" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7678" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7679" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7680" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7681" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7682" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7683" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7684" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7685" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7686" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7687" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7688" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7689" -> <|"DatabaseID" -> "SW03948", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513400]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358231]}, "Synonyms" -> {"maytansine o3-acetyl-o3-de[2- (acetylmethylamino)-1-oxopropyl]-", "57103-69-2[rn]", "maytanacine", "ansamitocin p-1"}|>, "7690" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7691" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7692" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7693" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7694" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7695" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7696" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7697" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7698" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7699" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7700" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7701" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7702" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7703" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7704" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7705" -> <|"DatabaseID" -> "SW03949", "IsomericSmiles" -> "COc1cc2c(c(=O)cc(o2)c3ccc(cc3)O[C@H]4C(C([C@@H](C(O4)CO)O)O)O)c(c1[C@H]5C([C@H]([C@@H](C(O5)CO)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "flavocommelitin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44258346]}, "Synonyms" -> {"flavocommelin", "lmpk12111003", "flavocommelitin 4'-beta-d-glucopyranoside"}|>, "7706" -> <|"DatabaseID" -> "SW03950", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10390613]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5O)C6=NCCc7cc(c(cc7C6=O)O3)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stepinonine"|>, "Synonyms" -> {"stepinonine"}|>, "7707" -> <|"DatabaseID" -> "SW03950", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10390613]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5O)C6=NCCc7cc(c(cc7C6=O)O3)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stepinonine"|>, "Synonyms" -> {"stepinonine"}|>, "7708" -> <|"DatabaseID" -> "SW03951", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 241955]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(c(c4)Oc5ccc(cc5)CC6=NCCc7c6c(c(c(c7)OC)OC)O3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "epistephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 275004]}, "Synonyms" -> {"epistephanine", "nsc121392", "ar-1h0206", "nsc-121392", "549-08-6[rn]", "6", "ac1q58f8", "6,6',7,12'-tetramethoxy-2'-methyl-1,2-didehydrooxyacanthan", "ac1l5grz"}|>, "7709" -> <|"DatabaseID" -> "SW03951", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 241955]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(c(c4)Oc5ccc(cc5)CC6=NCCc7c6c(c(c(c7)OC)OC)O3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "epistephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 275004]}, "Synonyms" -> {"epistephanine", "nsc121392", "ar-1h0206", "nsc-121392", "549-08-6[rn]", "6", "ac1q58f8", "6,6',7,12'-tetramethoxy-2'-methyl-1,2-didehydrooxyacanthan", "ac1l5grz"}|>, "7710" -> <|"DatabaseID" -> "SW03951", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 241955]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(c(c4)Oc5ccc(cc5)CC6=NCCc7c6c(c(c(c7)OC)OC)O3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "epistephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 275004]}, "Synonyms" -> {"epistephanine", "nsc121392", "ar-1h0206", "nsc-121392", "549-08-6[rn]", "6", "ac1q58f8", "6,6',7,12'-tetramethoxy-2'-methyl-1,2-didehydrooxyacanthan", "ac1l5grz"}|>, "7711" -> <|"DatabaseID" -> "SW03951", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 241955]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(c(c4)Oc5ccc(cc5)CC6=NCCc7c6c(c(c(c7)OC)OC)O3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "epistephanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 275004]}, "Synonyms" -> {"epistephanine", "nsc121392", "ar-1h0206", "nsc-121392", "549-08-6[rn]", "6", "ac1q58f8", "6,6',7,12'-tetramethoxy-2'-methyl-1,2-didehydrooxyacanthan", "ac1l5grz"}|>, "7712" -> <|"DatabaseID" -> "SW03952", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475160]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)CC6=NCCc7c6cc(c(c7)OC)O3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coclobine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315989]}, "Synonyms" -> {"coclobine"}|>, "7713" -> <|"DatabaseID" -> "SW03952", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475160]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)CC6=NCCc7c6cc(c(c7)OC)O3)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "coclobine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5315989]}, "Synonyms" -> {"coclobine"}|>, "7714" -> <|"DatabaseID" -> "SW03953", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9791]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc8c(c7O3)OCO8)CC[NH+]6C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01035"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cepharanthine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10206]}, "Synonyms" -> {"cepharanthine", "cepharanthin", "cepharantin", "(+)-cepharanthine", "o-methylcepharanoline", "ccris 6539", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.031,35.014,39]nonatriaconta-1(33),3(39),4(8),9,16,18,21,23,25(36),31,3", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.031,35.014,39]nonatriaconta-1(33),3(39),4(8),9,16,18,21,23,25(36),31,34,37-dodecaene", "oxyacanthan 6',12'-dimethoxy-2,2'-dimethyl-6,7-(methylenebis(oxy))-", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.014,39.031,35]nonatriaconta-1(33),3,8,10(39),16,18,21(36),22,24,31,34,37-dod", "nsc623442", "cepharanthine [jan]", "6',12'-dimethoxy-2,2'-dimethyl-6,7-(methylenebis(oxy))oxyacanthan", "4-27-00-09061 (beilstein handbook reference)[beilstein]", "cepharanthine (jan/usan)[jan][usan]", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.014,39.031,35]nonatriaconta-1(33),3,8,10(39),16,18,21(36),22,24,31,34,37-dodecaene", "cepharanthine[jan]", "cepharanthine (jan)", "481-49-2", "oxyacanthan 6',12'-dimethoxy-2,2'-dimethyl-6,7-(methylenebis(oxy))- (9ci)", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.014,39.031,35]nonatriaconta-1(33),3,8,10(39),16,18,21(36),22,24,31,34,37-dodecaene(non-preferred name)", "4-27-00-09061", "6',12'-dimethoxy-2,2'-dimethyl-6,7-[methylenebis(oxy)]oxyacanthan", "cepharanthine (tn)", "ecaene (non-preferred name)", "481-49-2[rn]"}|>, "7715" -> <|"DatabaseID" -> "SW03953", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9791]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc8c(c7O3)OCO8)CC[NH+]6C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01035"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cepharanthine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10206]}, "Synonyms" -> {"cepharanthine", "cepharanthin", "cepharantin", "(+)-cepharanthine", "o-methylcepharanoline", "ccris 6539", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.031,35.014,39]nonatriaconta-1(33),3(39),4(8),9,16,18,21,23,25(36),31,3", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.031,35.014,39]nonatriaconta-1(33),3(39),4(8),9,16,18,21,23,25(36),31,34,37-dodecaene", "oxyacanthan 6',12'-dimethoxy-2,2'-dimethyl-6,7-(methylenebis(oxy))-", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.014,39.031,35]nonatriaconta-1(33),3,8,10(39),16,18,21(36),22,24,31,34,37-dod", "nsc623442", "cepharanthine [jan]", "6',12'-dimethoxy-2,2'-dimethyl-6,7-(methylenebis(oxy))oxyacanthan", "4-27-00-09061 (beilstein handbook reference)[beilstein]", "cepharanthine (jan/usan)[jan][usan]", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.014,39.031,35]nonatriaconta-1(33),3,8,10(39),16,18,21(36),22,24,31,34,37-dodecaene", "cepharanthine[jan]", "cepharanthine (jan)", "481-49-2", "oxyacanthan 6',12'-dimethoxy-2,2'-dimethyl-6,7-(methylenebis(oxy))- (9ci)", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.014,39.031,35]nonatriaconta-1(33),3,8,10(39),16,18,21(36),22,24,31,34,37-dodecaene(non-preferred name)", "4-27-00-09061", "6',12'-dimethoxy-2,2'-dimethyl-6,7-[methylenebis(oxy)]oxyacanthan", "cepharanthine (tn)", "ecaene (non-preferred name)", "481-49-2[rn]"}|>, "7716" -> <|"DatabaseID" -> "SW03953", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9791]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc8c(c7O3)OCO8)CC[NH+]6C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01035"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cepharanthine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10206]}, "Synonyms" -> {"cepharanthine", "cepharanthin", "cepharantin", "(+)-cepharanthine", "o-methylcepharanoline", "ccris 6539", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.031,35.014,39]nonatriaconta-1(33),3(39),4(8),9,16,18,21,23,25(36),31,3", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.031,35.014,39]nonatriaconta-1(33),3(39),4(8),9,16,18,21,23,25(36),31,34,37-dodecaene", "oxyacanthan 6',12'-dimethoxy-2,2'-dimethyl-6,7-(methylenebis(oxy))-", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.014,39.031,35]nonatriaconta-1(33),3,8,10(39),16,18,21(36),22,24,31,34,37-dod", "nsc623442", "cepharanthine [jan]", "6',12'-dimethoxy-2,2'-dimethyl-6,7-(methylenebis(oxy))oxyacanthan", "4-27-00-09061 (beilstein handbook reference)[beilstein]", "cepharanthine (jan/usan)[jan][usan]", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.014,39.031,35]nonatriaconta-1(33),3,8,10(39),16,18,21(36),22,24,31,34,37-dodecaene", "cepharanthine[jan]", "cepharanthine (jan)", "481-49-2", "oxyacanthan 6',12'-dimethoxy-2,2'-dimethyl-6,7-(methylenebis(oxy))- (9ci)", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.014,39.031,35]nonatriaconta-1(33),3,8,10(39),16,18,21(36),22,24,31,34,37-dodecaene(non-preferred name)", "4-27-00-09061", "6',12'-dimethoxy-2,2'-dimethyl-6,7-[methylenebis(oxy)]oxyacanthan", "cepharanthine (tn)", "ecaene (non-preferred name)", "481-49-2[rn]"}|>, "7717" -> <|"DatabaseID" -> "SW03953", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 9791]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc8c(c7O3)OCO8)CC[NH+]6C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01035"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cepharanthine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10206]}, "Synonyms" -> {"cepharanthine", "cepharanthin", "cepharantin", "(+)-cepharanthine", "o-methylcepharanoline", "ccris 6539", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.031,35.014,39]nonatriaconta-1(33),3(39),4(8),9,16,18,21,23,25(36),31,3", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.031,35.014,39]nonatriaconta-1(33),3(39),4(8),9,16,18,21,23,25(36),31,34,37-dodecaene", "oxyacanthan 6',12'-dimethoxy-2,2'-dimethyl-6,7-(methylenebis(oxy))-", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.014,39.031,35]nonatriaconta-1(33),3,8,10(39),16,18,21(36),22,24,31,34,37-dod", "nsc623442", "cepharanthine [jan]", "6',12'-dimethoxy-2,2'-dimethyl-6,7-(methylenebis(oxy))oxyacanthan", "4-27-00-09061 (beilstein handbook reference)[beilstein]", "cepharanthine (jan/usan)[jan][usan]", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.014,39.031,35]nonatriaconta-1(33),3,8,10(39),16,18,21(36),22,24,31,34,37-dodecaene", "cepharanthine[jan]", "cepharanthine (jan)", "481-49-2", "oxyacanthan 6',12'-dimethoxy-2,2'-dimethyl-6,7-(methylenebis(oxy))- (9ci)", "(14s,27r)-22,33-dimethoxy-13,28-dimethyl-2,5,7,20-tetraoxa-13,28-diazaoctacyclo[25.6.2.216,19.13,10.121,25.04,8.014,39.031,35]nonatriaconta-1(33),3,8,10(39),16,18,21(36),22,24,31,34,37-dodecaene(non-preferred name)", "4-27-00-09061", "6',12'-dimethoxy-2,2'-dimethyl-6,7-[methylenebis(oxy)]oxyacanthan", "cepharanthine (tn)", "ecaene (non-preferred name)", "481-49-2[rn]"}|>, "7718" -> <|"DatabaseID" -> "SW03954", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4508602]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@H]1Cc4ccc(cc4)COC5=C(C=C6CC[NH2+]C(=C6C5=O)Cc7ccc(cc7)O3)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cissampareine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5351601]}, "Synonyms" -> {"cissampareine", "antibiotic from cissampelos pareira", "nsc79640", "32728-54-4[rn]", "32728-54-4", "nsc-79640"}|>, "7719" -> <|"DatabaseID" -> "SW03954", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4508602]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@H]1Cc4ccc(cc4)COC5=C(C=C6CC[NH2+]C(=C6C5=O)Cc7ccc(cc7)O3)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "cissampareine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5351601]}, "Synonyms" -> {"cissampareine", "antibiotic from cissampelos pareira", "nsc79640", "32728-54-4[rn]", "32728-54-4", "nsc-79640"}|>, "7720" -> <|"DatabaseID" -> "SW03955", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28527"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444362]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)OC[C@@H]2[C@H]([C@@H]([C@H]([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(c(c5)O)O)O)[O-])O)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08499"], ExternalIdentifier["KEGGID", "D00190"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "6-o-rhamnosyl cophoroside", "Indian Approved Name" -> "citrus bioflavonoid;rutoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280805]}, "Synonyms" -> {"rutoside", "eldrin", "rutin", "birutan", "birutan forte", "paliuroside", "myrticolorin", "violaquercitrin", "ilixanthin", "venoruton", "quercetin 3-rutinoside", "rutin trihydrate", "3-rutinosyl quercetin", "quercetin-3-rutinoside", "vitamin p", "osyritrin", "rutosido[spanish][inn]", "rutin[wiki][jan]", "melin", "164535-43-7[rn]", "3-rhamnoglucoside of 3,3',4',5,7-pentahydroxyflavone", "115888-40-9[rn]", "quercetol 3-rhamnoglucoside", "rutosido", "bioflavonoid[wiki]", "rutosidum", "nsc-115918", "rutabion", "3,3',4',5,7-pentahydroxyflavone 3-(o-rhamnosylglucoside)", "153-18-4[rn]", "rutine", "rutinion acid", "75455[beilstein]", "quercetin 3-o-rutinoside", "ilixathin", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-3-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-({[(2r,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-on", "quercetin 3-rhamnoglucoside", "oxyritin", "rutinum", "5-18-05-00519", "osyritin", "rutinoside 2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4-oxo-4h-1-benzopyran-3-yl", "3'4'5,7-tetoh-flavone-3-rut", "18449-50-8[rn]", "215-672-2[einecs]", "rutinic acid", "5-18-05-00519 (beilstein handbook reference)[beilstein]", "1340-08-5[rn]", "3,3',4',5,7-pentahydroxyflavone-3-rhamnoglucoside", "rutozyd", "quercetin-3-o-rutinoside", "neoisorutin", "rutosid", "3-[[6-o-(6-deoxy-a-l-mannopyranosyl)-b-d-glucopyranosyl]oxy]-2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-4h-1-benzopyran-4-one", "birutin", "tanrutin", "quercitin 3-rutinoside", "146525-66-8[rn]", "rutosidum[latin][inn]", "3,3',4',5,7-pentahydroxyflavone-3-rutinoside", "phytomelin", "globularicitrin", "vitamin p compounds", "rut", "globulariacitrin", "rutina[portuguese]", "205-814-1[einecs]", "flavone 3,3',4',5,7-pentahydroxy- 3-(o-rhamnosylglucoside)", "2-(3,4-dihydroxyphenyl)-5,7-dihydroxy-3-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-({[(2r,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-one", "56764-99-9[rn]", "sophorin", "48197-72-4[rn]", "quercetin 3-rutinoside rutin trihydrate phytomelin b", "1416-01-9[rn]", "158560-09-9[rn]", "3-rhamnoglucosylquercetin", "quercetin rhamnoglucosine", "rutin hydrate", "153-18-4"}|>, "7721" -> <|"DatabaseID" -> "SW03956", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28775"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10176]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04703"]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)OC[C@@H]2[C@H]([C@@H]([C@H]([C@@H](O2)Oc3cc(c4c(c3)O[C@@H](CC4=O)c5ccc(c(c5)O)OC)[O-])O)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01038"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hesperidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10621]}, "Synonyms" -> {"hesperidin", "hesperidoside", "cirantin", "hesperetin-rutinosid", "hesperetin 7-rutinoside", "hesperidine", "hesper bitabs", "hesperetin-7-o-rutinoside", "hesperetin-7-rutinoside", "208-288-1[einecs]", "hesperetin 7-rhamnoglucoside", "nsc-31048", "(s)-7-[[6-o-(6-deoxy-a-l-mannopyranosyl)-b-d-glucopyranosyl]oxy]-2,3-dihydro-5-hydroxy-2-(3-hydroxy-4-methoxyphenyl)-4h-1-benzopyran-4-one", "(2s)-5-hydroxy-2-(3-hydroxy-4-methoxyphenyl)-7-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-({[(2r,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-2-yl]oxy}-2,3-dihydro-4h-chromen-4-one", "hesperidin (s)-(-)-", "5-18-05-00218", "28283-75-2[rn]", "30927-97-0[rn]", "(2s)-5-hydroxy-2-(3-hydroxy-4-methoxyphenyl)-7-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-({[(2r,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-2-yl]oxy}-2,3-dihydro-4h-chromen-4-on", "hesperitin-7-rhamnoglucoside", "17654-22-7[rn]", "hesperetin 7-o-rutinoside", "hesperadin", "520-26-3[rn]", "15512-51-3[rn]", "hesperidin[jan]", "75140[beilstein]", "hesperidin (2s)-", "106904-63-6[rn]", "(s)-(--)-hesperidin", "16643-24-6[rn]", "ciratin", "usaf cf-3", "32737-61-4[rn]", "5-18-05-00218 (beilstein handbook reference)[beilstein]", "3',5'-dihydroxy-4'-methoxy-7-rutinosyloxyflavan-4-on"}|>, "7722" -> <|"DatabaseID" -> "SW03957", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28487"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5566]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00206"]}, "IsomericSmiles" -> "COc1ccc2c(c1)[nH]c3c2CC[NH+]4[C@@H]3C[C@H]5[C@@H](C4)C[C@H]([C@@H]([C@H]5C(=O)OC)OC)OC(=O)c6cc(c(c(c6)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00197"]}, "OfficialNames" -> <|"China Approved Name" -> "reserpine", "Traditional Herbal Isolate" -> "reserpine", "Indian Approved Name" -> "reserpine", "FDA Approved Drug" -> "RAUWOLFIA SERPENTINA ROOT;RESERPINE"|>, "PharmGKBID" -> "PA451236", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5770]}, "Synonyms" -> {"serpalan", "hiserpia", "apoplon", "reserpine", "serpasil", "serpivite", "demi-regroton", "reserfia", "hydrap-es", "ser-a-gen", "diupres-500", "serpasil-apresoline", "unipres", "rau-sed", "hydromox r", "salutensin-demi", "renese-r", "salutensin", "naquival", "novoreserpine", "raunervil", "raupasil", "serpate", "regroton", "rausedil", "dralserp", "sandril", "serpasil-esidrix #1", "serpasil-esidrix #2", "cam-ap-es", "serpanray", "diupres-250", "diutensen-r", "rausedyl", "serpaloid", "enipresser", "reserpine base", "(3b,16b,17a,18b,20a)-11,17-dimethoxy-18-[(3,4,5-trimethoxybenzoyl)oxy]yohimban-16-carboxylic acid methyl ester", "metatensin #4", "metatensin #2", "eberpine", "broserpine", "serpentin", "idsoserp", "rauvlid", "diupres 250", "apoplon (tn)", "raugal", "crystoserpine", "ryser", "key-serpine", "reserpine[wiki][inn][ban][usan]", "diupres 500", "sertens", "eserpine", "rivasin", "1407-38-1[rn]", "hypersine", "50-55-5[rn]", "lemiserp", "banasil", "restran", "serpil", "serfin", "rausan", "resocalm", "sedserp", "sederaupin", "resercen", "sertensin", "serpentina", "reserpex", "hydromox-r", "reserpoid", "reserbal", "alserin", "rauwita", "200-047-9[einecs]", "reserpic acid methyl ester 3,4,5-trimethoxybenzoate (ester)", "klimanosid", "methyl reserpate 3,4,5-trimethoxybenzoate (ester)", "rauserpine", "gammaserpine", "reserpamed", "raulen", "benz[g]indolo[2,3-a]quinolizine-1-carboxylicacid 1,2,3,4,4a,5,7 8,13,13b,14,14a-dodecahydro-3-hydroxy-2,11-dimethoxy- methyl ester,3,4,5-trimethoxybenzoate", "serpone", "carditivo", "reserpene", "rese-lar", "tefaserpina", "pressimedin", "hydroserpalan", "mayserpine", "rauwasedin", "serpogen", "hydro-reserpine-50", "serpipur", "loweserp", "reserp", "reserpinum", "helfoserpin", "serpentil", "tempo-reserpina", "residin", "benazyl", "methyl reserpate 3,4,5-trimethoxybenzoic acid ester", "rauloydin", "apsical", "8048-25-7[rn]", "8058-25-1[rn]", "methyl reserpate 3 4,5-trimethyloxybenzoic acid", "rauserpin-alk", "unilord", "hydropres 25", "reser-ar", "temposerpine", "vat2", "sedaraupina", "serpasil;", "hydrosine 25", "ser-ap-es", "interpina", "serpalan (tn)", "serfolia", "3p reserp", "rautrin", "raudixoid", "sk-reserpine", "ascoserpina", "resedrex", "rauwilid", "hypersil", "serp-afd", "gilucard", "rauwipur", "(1s,2r,3r,4as,13br,14as)-methyl 2,11-dimethoxy-3-((3,4,5-trimethoxybenzoyl)oxy)-1,2,3,4,4a,5,7,8,13,13b,14,14a-dodecahydroindolo[2',3':3,4]pyrido[1,2-b]isoquinoline-1-carboxylate", "rauserpol", "hydropine", "raucap", "methyl-(1s,2r,3r,4as,13br,14as)-2,11-dimethoxy-3-{[(3,4,5-trimethoxyphenyl)carbonyl]oxy}-1,2,3,4,4a,5,7,8,13,13b,14,14a-dodecahydroindolo[2',3':3,4]pyrido[1,2-b]isochinolin-1-carboxylat", "vio-serpine", "eskaserp", "sertina", "eskaserpine", "renese r", "neo-antitensol", "serpoid", "hydroserpine plus", "benz[g]indolo[2,3-a]quinolizine-1-carboxylicacid 1,2,3 4,4a,5,7,8,13,13b,14,14a-dodecahydro-3-hydroxy-2,11-dimethoxy- methyl ester,3,4,5-trimethoxybenzoate", "roxinoid", "raupoid", "serpyrit", "austrapine", "rivased", "serpazol", "mallopress", "rezerpin", "roxel", "rausedan", "tenserpinie", "serpicon", "serpedin", "reserpina", "11,17-dimethoxy-18-((3,4,5-trimethoxybenzoyl)oxy)yohimban-16-carboxylicacid methyl ester", "kitine", "sandron", "deserpine", "methylreserpate 3,4,5-trimethoxybenzoic acid", "resaltex", "elserpine", "serpazil", "5326088[beilstein]", "hiposerpil", "anquil", "quiescin", "rolserp", "hydropres 50 tab (hydrochlorothiazide + reserpine)_mixture", "4-25-00-01319 (beilstein handbook reference)[beilstein]", "hydropres 25 tab (hydrochlorothiazide + reserpine)_mixture", "raunorine", "serpaneurona", "141099-49-2[rn]", "resercaps", "serpen", "l -carpserp", "337376-15-5", "solute carrier family 18 member 2", "escaspere", "idoserp", "4-25-00-01319", "raudiford", "sertabs", "neoserfin", "resiatric", "raumorine", "methyl (1s,2r,3r,4as,13br,14as)-2,11-dimethoxy-3-{[(3,4,5-trimethoxyphenyl)carbonyl]oxy}-1,2,3,4,4a,5,7,8,13,13b,14,14a-dodecahydroindolo[2',3':3,4]pyrido[1,2-b]isoquinoline-1-carboxylate", "serpivate", "reserpin", "hydroserp", "t-serp", "hydro-reserpine-25", "hydropres 50", "bioserpine", "rausingle", "hydroserpine plus (r-h-h)", "triserpin", "reserpanca", "serpena", "monoamine transporter", "hydro-fluserpine #1", "reserlor", "riserpa", "respital", "hydropres", "resedril", "mephaserpin", "chloroserp-500", "carrserp", "serpasol", "vesicular amine transporter 2", "reserpka", "reserpidefe", "resperine", "tepserpine", "residine", "roxynoid", "reserpil", "methyl 18b-hydroxy-11,17a-dimethoxy-3b,20a-yohimban-16b-carboxylate 3,4,5-trimethoxybenzoate (ester)", "raurine", "serolfia", "chloroserpine-500", "alkarau", "maviserpin", "(1s,2r,3r,4as,13br,14as)-2,11-dimethoxy-3-(3,4,5-trimethoxy-benzoyloxy)-1,2,3,4,4a,5,7,8,13,13b,14,14a-dodecahydro-indolo[2',3':3,4]pyrido[1,2-b]isoquinoline-1-carboxylicacid methyl ester", "reserpal", "diurese-r", "rawilid", "metatensin", "reserjen", "diupres", "resine", "carpacil", "serpine", "102014[beilstein]", "ser-ap-es tab (hydralazine hydrochloride + hydrochlorothiazide + reserpine)_mixture", "eberspine", "neoserp", "sedaraupin", "methyl reserpate; 3,4,5-trimethoxybenzoic acid ester", "purserpine", "rauwoleaf", "(-)-reserpine", "reserpur", "3,4,5-trimethoxybenzoyl methyl reserpate", "serpiloid", "recipin"}|>, "7723" -> <|"DatabaseID" -> "SW03958", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4947638]}, "IsomericSmiles" -> "c1cc(ccc1/C=C/C(=C\\2/C(=C(C(=O)C(C2=O)([C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)[O-])/[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "safflomin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6443665]}, "Synonyms" -> {"hydroxysafflor yellow a", "safflomin a", "ac1o5zfl", "78281-02-4[rn]", "146087-19-6[rn]", "78281-02-4", "146087-19-6", "2", "(6e)-2", "ls-185836"}|>, "7724" -> <|"DatabaseID" -> "SW03958", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4947638]}, "IsomericSmiles" -> "c1cc(ccc1/C=C/C(=C\\2/C(=C(C(=O)C(C2=O)([C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)[O-])/[O-])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "safflomin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6443665]}, "Synonyms" -> {"hydroxysafflor yellow a", "safflomin a", "ac1o5zfl", "78281-02-4[rn]", "146087-19-6[rn]", "78281-02-4", "146087-19-6", "2", "(6e)-2", "ls-185836"}|>, "7725" -> <|"DatabaseID" -> "SW03959", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17858"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58835]}, "IsomericSmiles" -> "C(CC(=O)N[C@@H](CSSC[C@@H](C(=O)NCC(=O)[O-])NC(=O)CC[C@@H](C(=O)[O-])[NH3+])C(=O)NCC(=O)[O-])[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00031"]}, "OfficialNames" -> <|"Indian Approved Name" -> "glutathione disulfide", "FDA Approved Drug" -> "GLUTATHIONE DISULFIDE;OXIGLUTATIONE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65359]}, "Synonyms" -> {"gssg", "oxiglutatione", "bi(glutathion-s-yl)", "glutathione-ssg", "glutathione disulphide", "oxidized glutathione", "glutathione", "oxigluthione", "glutathone disulfide", "gds", "gsh-gsh", "l(-)-glutathione", "oxiglutationa[spanish][inn]", "27025-41-8[rn]", "s,s'-ethylenebis(glutathione)", "(2s,2's)-5,5'-[disulfanediylbis({(2r)-3-[(carboxymethyl)amino]-3-oxopropane-1,2-diyl}imino)]bis(2-amino-5-oxopentanoic acid) (non-preferred name)", "4-{n-[(1r)-2-({(2r)-2-((4s)-4-amino-4-carboxybutanoylamino)-2-[n-(carboxymethyl)carbamoyl]ethyl}disulfanyl)-1-[n-(carboxymethyl)carbamoyl]ethyl]carbamoyl}(2s)-2-aminobutanoic acid", "glutathione ox", "10421-65-5[rn]", "n,n'-(dithiobis((r)-1-((carboxymethyl)carbamoyl)ethylene))di-l-glutamine", "glutathione oxidized", "l-glutathione (oxidized form)", "l-oxidized glutathione", "glycine,l-g-glutamyl-l-cysteinyl-,bimol. (2~2')-disulfide (9ci)", "glutathione oxidized form", "glutathione-s-s-glutathione", "glutathione[wiki][jan]", "dxa", "1,2-hydro-1-oxy-3,4-hydro-3-(1-methoxy-2-oxy-3,4-dihydroxypentyl)-8,9-dihydroxy-7-(sec-butyl)-anthracene", "(2s,2's)-5,5'-[disulfanediylbis({(2r)-3-[(carboxymethyl)amino]-3-oxo-1,2-propanediyl}imino)]bis(2-amino-5-oxopentanoic acid)", "glutathione disulfide[wiki]", "oxiglutatione[inn]", "248-170-7[einecs]", "121-24-4[rn]", "l-glutathione oxidized", "(2s,2's)-5,5'-[disulfanediylbis({(2r)-3-[(carboxymethyl)amino]-3-oxopropane-1,2-diyl}imino)]bis(2-amino-5-oxopentanoic acid)", "glutamine n,n'-(dithiobis(1-((carboxymethyl)carbamoyl)ethylene))di- l-", "oxidized glutathione disulfide", "70-18-8[rn]", "glutathione (tn)", "glutathione oxidized", "ox. glutathione", "n-(n-g-glutamyl-cysteinyl)glycine-(2,2)-disulfide", "oxiglutationum[latin]", "glutathione (oxidized form)", "glutamine n,n'-[dithiobis[1-[(carboxymethyl)carbamoyl]ethylene]]di- l-(8ci)", "glutathiol", "glutamine n,n'-[dithiobis[1-[(carboxymethyl)carbamoyl]ethylene]]di- (7ci)", "glutathiondisulphide", "sleep-promoting factor b", "oxidized l-glutathione", "oxidised glutathione", "n,n'-(dithiobis(1-((carboxymethyl)carbamoyl)ethylene))di-l-glutamine", "(2s,2's)-5,5'-[disulfanediylbis({(2r)-3-[(carboxymethyl)amino]-3-oxo-1,2-propanediyl}imino)]bis(2-amino-5-oxopentanoic acid) (non-preferred name)[acd/iupac name]", "glutathione disulfide"}|>, "7726" -> <|"DatabaseID" -> "SW03960", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66173]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)C[C@H]6c7c(cc(c(c7O3)O)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fangchinoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73481]}, "Synonyms" -> {"(+)-limacine", "fangchinoline", "(+)-fangchinoline", "7-o-demethyltetrandrine", "436-77-1[rn]", "33889-68-8[rn]", "nsc77036", "fangchinoline (6ci", "thalrugosine", "(1|a)-6", "nsc 77036", "16h-1,24:6,9-dietheno-11,15-metheno-2h-pyrido[2',3':17,18][1,11]dioxacycloeicosino[2,3,4-ij]isoquinolin-22-ol 3,4,4a,5,16a,17,18,19-octahydro-12,21,26-trimethoxy-4,17-dimethyl- (4as,16as)-", "menisidine", "mls000728580", "fangchinoline (6ci,7ci,8ci)", "smr000445631"}|>, "7727" -> <|"DatabaseID" -> "SW03960", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66173]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)C[C@H]6c7c(cc(c(c7O3)O)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fangchinoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73481]}, "Synonyms" -> {"(+)-limacine", "fangchinoline", "(+)-fangchinoline", "7-o-demethyltetrandrine", "436-77-1[rn]", "33889-68-8[rn]", "nsc77036", "fangchinoline (6ci", "thalrugosine", "(1|a)-6", "nsc 77036", "16h-1,24:6,9-dietheno-11,15-metheno-2h-pyrido[2',3':17,18][1,11]dioxacycloeicosino[2,3,4-ij]isoquinolin-22-ol 3,4,4a,5,16a,17,18,19-octahydro-12,21,26-trimethoxy-4,17-dimethyl- (4as,16as)-", "menisidine", "mls000728580", "fangchinoline (6ci,7ci,8ci)", "smr000445631"}|>, "7728" -> <|"DatabaseID" -> "SW03960", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66173]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)C[C@H]6c7c(cc(c(c7O3)O)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fangchinoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73481]}, "Synonyms" -> {"(+)-limacine", "fangchinoline", "(+)-fangchinoline", "7-o-demethyltetrandrine", "436-77-1[rn]", "33889-68-8[rn]", "nsc77036", "fangchinoline (6ci", "thalrugosine", "(1|a)-6", "nsc 77036", "16h-1,24:6,9-dietheno-11,15-metheno-2h-pyrido[2',3':17,18][1,11]dioxacycloeicosino[2,3,4-ij]isoquinolin-22-ol 3,4,4a,5,16a,17,18,19-octahydro-12,21,26-trimethoxy-4,17-dimethyl- (4as,16as)-", "menisidine", "mls000728580", "fangchinoline (6ci,7ci,8ci)", "smr000445631"}|>, "7729" -> <|"DatabaseID" -> "SW03960", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66173]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)C[C@H]6c7c(cc(c(c7O3)O)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fangchinoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73481]}, "Synonyms" -> {"(+)-limacine", "fangchinoline", "(+)-fangchinoline", "7-o-demethyltetrandrine", "436-77-1[rn]", "33889-68-8[rn]", "nsc77036", "fangchinoline (6ci", "thalrugosine", "(1|a)-6", "nsc 77036", "16h-1,24:6,9-dietheno-11,15-metheno-2h-pyrido[2',3':17,18][1,11]dioxacycloeicosino[2,3,4-ij]isoquinolin-22-ol 3,4,4a,5,16a,17,18,19-octahydro-12,21,26-trimethoxy-4,17-dimethyl- (4as,16as)-", "menisidine", "mls000728580", "fangchinoline (6ci,7ci,8ci)", "smr000445631"}|>, "7730" -> <|"DatabaseID" -> "SW03961", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7853"]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc(c(c7O3)OC)OC)CC[NH+]6C)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oxycanthine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442333]}, "Synonyms" -> {"stock1n-30778", "chebi:7853", "mls002473156", "chembl509999", "nsc93135", "ac1l9cm8", "smr001397248", "hms2194h09", "molport-001-728-118", "oxyacanthine"}|>, "7731" -> <|"DatabaseID" -> "SW03961", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7853"]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc(c(c7O3)OC)OC)CC[NH+]6C)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oxycanthine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442333]}, "Synonyms" -> {"stock1n-30778", "chebi:7853", "mls002473156", "chembl509999", "nsc93135", "ac1l9cm8", "smr001397248", "hms2194h09", "molport-001-728-118", "oxyacanthine"}|>, "7732" -> <|"DatabaseID" -> "SW03961", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7853"]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc(c(c7O3)OC)OC)CC[NH+]6C)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oxycanthine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442333]}, "Synonyms" -> {"stock1n-30778", "chebi:7853", "mls002473156", "chembl509999", "nsc93135", "ac1l9cm8", "smr001397248", "hms2194h09", "molport-001-728-118", "oxyacanthine"}|>, "7733" -> <|"DatabaseID" -> "SW03961", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7853"]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc(c(c7O3)OC)OC)CC[NH+]6C)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oxycanthine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442333]}, "Synonyms" -> {"stock1n-30778", "chebi:7853", "mls002473156", "chembl509999", "nsc93135", "ac1l9cm8", "smr001397248", "hms2194h09", "molport-001-728-118", "oxyacanthine"}|>, "7734" -> <|"DatabaseID" -> "SW03962", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90003]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc(c(c7O3)O)OC)CC[NH+]6C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoaromoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 99620]}, "Synonyms" -> {"homothalicrine (7ci)", "(+)-homoaromoline", "homoaromoline", "thalrugosamine", "oxyacanthan-7-ol", "17132-74-0", "oxyacanthan-7-ol 6,6',12'-trimethoxy-2,2'-dimethyl- (9ci)", "nsc 251213", "6,6',12'-trimethoxy-2,2'-dimethyloxyacanthan-7-ol[acd/iupac name]", "(1r,14s)-6,20,25-trimethoxy-15,30-dimethyl-8,23-dioxa-15,30-diazaheptacyclo[22.6.2.29,12.13,7.114,18.027,31.022,33]hexatriaconta-3,5,7(36),9,11,18,20,22(33),24(32),25,27(31),34-dodecaen-21-ol", "17132-74-0[rn]", "6", "(1r,14s)-6,20,25-trimethoxy-15,30-dimethyl-8,23-dioxa-15,30-diazaheptacyclo[22.6.2.29,12.13,7.114,18.027,31.022,33]hexatriaconta-3,5,7(36),9,11,18(33),19,21,24(32),25,27(31),34-dodecaen-21-ol", "( )-thalrugosamine", "homothalicrine", "oxyacanthan-7-ol 6,6',12'-trimethoxy-2,2'-dimethyl-"}|>, "7735" -> <|"DatabaseID" -> "SW03962", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90003]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc(c(c7O3)O)OC)CC[NH+]6C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoaromoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 99620]}, "Synonyms" -> {"homothalicrine (7ci)", "(+)-homoaromoline", "homoaromoline", "thalrugosamine", "oxyacanthan-7-ol", "17132-74-0", "oxyacanthan-7-ol 6,6',12'-trimethoxy-2,2'-dimethyl- (9ci)", "nsc 251213", "6,6',12'-trimethoxy-2,2'-dimethyloxyacanthan-7-ol[acd/iupac name]", "(1r,14s)-6,20,25-trimethoxy-15,30-dimethyl-8,23-dioxa-15,30-diazaheptacyclo[22.6.2.29,12.13,7.114,18.027,31.022,33]hexatriaconta-3,5,7(36),9,11,18,20,22(33),24(32),25,27(31),34-dodecaen-21-ol", "17132-74-0[rn]", "6", "(1r,14s)-6,20,25-trimethoxy-15,30-dimethyl-8,23-dioxa-15,30-diazaheptacyclo[22.6.2.29,12.13,7.114,18.027,31.022,33]hexatriaconta-3,5,7(36),9,11,18(33),19,21,24(32),25,27(31),34-dodecaen-21-ol", "( )-thalrugosamine", "homothalicrine", "oxyacanthan-7-ol 6,6',12'-trimethoxy-2,2'-dimethyl-"}|>, "7736" -> <|"DatabaseID" -> "SW03962", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90003]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc(c(c7O3)O)OC)CC[NH+]6C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoaromoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 99620]}, "Synonyms" -> {"homothalicrine (7ci)", "(+)-homoaromoline", "homoaromoline", "thalrugosamine", "oxyacanthan-7-ol", "17132-74-0", "oxyacanthan-7-ol 6,6',12'-trimethoxy-2,2'-dimethyl- (9ci)", "nsc 251213", "6,6',12'-trimethoxy-2,2'-dimethyloxyacanthan-7-ol[acd/iupac name]", "(1r,14s)-6,20,25-trimethoxy-15,30-dimethyl-8,23-dioxa-15,30-diazaheptacyclo[22.6.2.29,12.13,7.114,18.027,31.022,33]hexatriaconta-3,5,7(36),9,11,18,20,22(33),24(32),25,27(31),34-dodecaen-21-ol", "17132-74-0[rn]", "6", "(1r,14s)-6,20,25-trimethoxy-15,30-dimethyl-8,23-dioxa-15,30-diazaheptacyclo[22.6.2.29,12.13,7.114,18.027,31.022,33]hexatriaconta-3,5,7(36),9,11,18(33),19,21,24(32),25,27(31),34-dodecaen-21-ol", "( )-thalrugosamine", "homothalicrine", "oxyacanthan-7-ol 6,6',12'-trimethoxy-2,2'-dimethyl-"}|>, "7737" -> <|"DatabaseID" -> "SW03962", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 90003]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(c(c4)Oc5ccc(cc5)C[C@H]6c7c(cc(c(c7O3)O)OC)CC[NH+]6C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "homoaromoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 99620]}, "Synonyms" -> {"homothalicrine (7ci)", "(+)-homoaromoline", "homoaromoline", "thalrugosamine", "oxyacanthan-7-ol", "17132-74-0", "oxyacanthan-7-ol 6,6',12'-trimethoxy-2,2'-dimethyl- (9ci)", "nsc 251213", "6,6',12'-trimethoxy-2,2'-dimethyloxyacanthan-7-ol[acd/iupac name]", "(1r,14s)-6,20,25-trimethoxy-15,30-dimethyl-8,23-dioxa-15,30-diazaheptacyclo[22.6.2.29,12.13,7.114,18.027,31.022,33]hexatriaconta-3,5,7(36),9,11,18,20,22(33),24(32),25,27(31),34-dodecaen-21-ol", "17132-74-0[rn]", "6", "(1r,14s)-6,20,25-trimethoxy-15,30-dimethyl-8,23-dioxa-15,30-diazaheptacyclo[22.6.2.29,12.13,7.114,18.027,31.022,33]hexatriaconta-3,5,7(36),9,11,18(33),19,21,24(32),25,27(31),34-dodecaen-21-ol", "( )-thalrugosamine", "homothalicrine", "oxyacanthan-7-ol 6,6',12'-trimethoxy-2,2'-dimethyl-"}|>, "7738" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7739" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7740" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7741" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7742" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7743" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7744" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7745" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7746" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7747" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7748" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7749" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7750" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7751" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7752" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7753" -> <|"DatabaseID" -> "SW03963", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 545868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2C1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 628520]}, "Synonyms" -> {"tubocuraran-7'-ol", "(+)-hayatinine", "ac1lcft6"}|>, "7754" -> <|"DatabaseID" -> "SW03964", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 242126]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5O)C[C@@H]6c7c(cc(c(c7O3)OC)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "berbamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 275182]}, "Synonyms" -> {"d-berbamine", "(+)-berbamine", "berbamine", "berbenine", "einecs 207-523-5", "(1s,14r)-20,21,25-trimethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecaen-9-ol", "ccris 6538", "2-27-00-00891", "207-523-5[einecs]", "berbaman-12-ol 6,6',7-trimethoxy-2,2'-dimethyl-", "478-61-5", "ac1q58en", "brn 0078902", "nsc 121842", "478-61-5[rn]", "(1s,14r)-20,21,25-trimethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecae", "6,6',7-trimethoxy-2,2'-dimethylberbaman-12-ol"}|>, "7755" -> <|"DatabaseID" -> "SW03964", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 242126]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5O)C[C@@H]6c7c(cc(c(c7O3)OC)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "berbamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 275182]}, "Synonyms" -> {"d-berbamine", "(+)-berbamine", "berbamine", "berbenine", "einecs 207-523-5", "(1s,14r)-20,21,25-trimethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecaen-9-ol", "ccris 6538", "2-27-00-00891", "207-523-5[einecs]", "berbaman-12-ol 6,6',7-trimethoxy-2,2'-dimethyl-", "478-61-5", "ac1q58en", "brn 0078902", "nsc 121842", "478-61-5[rn]", "(1s,14r)-20,21,25-trimethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecae", "6,6',7-trimethoxy-2,2'-dimethylberbaman-12-ol"}|>, "7756" -> <|"DatabaseID" -> "SW03964", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 242126]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5O)C[C@@H]6c7c(cc(c(c7O3)OC)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "berbamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 275182]}, "Synonyms" -> {"d-berbamine", "(+)-berbamine", "berbamine", "berbenine", "einecs 207-523-5", "(1s,14r)-20,21,25-trimethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecaen-9-ol", "ccris 6538", "2-27-00-00891", "207-523-5[einecs]", "berbaman-12-ol 6,6',7-trimethoxy-2,2'-dimethyl-", "478-61-5", "ac1q58en", "brn 0078902", "nsc 121842", "478-61-5[rn]", "(1s,14r)-20,21,25-trimethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecae", "6,6',7-trimethoxy-2,2'-dimethylberbaman-12-ol"}|>, "7757" -> <|"DatabaseID" -> "SW03964", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 242126]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5O)C[C@@H]6c7c(cc(c(c7O3)OC)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "berbamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 275182]}, "Synonyms" -> {"d-berbamine", "(+)-berbamine", "berbamine", "berbenine", "einecs 207-523-5", "(1s,14r)-20,21,25-trimethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecaen-9-ol", "ccris 6538", "2-27-00-00891", "207-523-5[einecs]", "berbaman-12-ol 6,6',7-trimethoxy-2,2'-dimethyl-", "478-61-5", "ac1q58en", "brn 0078902", "nsc 121842", "478-61-5[rn]", "(1s,14r)-20,21,25-trimethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecae", "6,6',7-trimethoxy-2,2'-dimethylberbaman-12-ol"}|>, "7758" -> <|"DatabaseID" -> "SW03965", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9774"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5778]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01199"]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[N+]([C@@H]6Cc7ccc(c(c7)O3)O)(C)C)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02207"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TUBOCURARINE CHLORIDE"|>, "PharmGKBID" -> "PA451811", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6000]}, "Synonyms" -> {"d-tubocurarine", "tubocurarine", "tubocurarine chloride", "tubocurarin", "isoquinoline alkaloid", "jexin", "tubocurarinum", "delacurarine", "tubarine", "curare", "tubocuraranium 7',12'-dihydroxy-6,6'-dimethoxy-2,2',2'-trimethyl-", "1370-17-8[rn]", "ec 3.1.1.7", "30519-12-1[rn]", "(+)-tubocurarine", "d-tubocurarine chloride", "(+) tubocurarine", "3898737[beilstein]", "7',12'-dihydroxy-6,6'-dimethoxy-2,2',2'-trimethyltubocuraranium", "[57-94-3]", "chebi:9774", "tubocurarine (+)-", "tubocurarine chloride hydrate", "acetylcholinesterase precursor", "31498-75-6[rn]", "8063-06-7", "ache", "3671-75-8[rn]", "13h-4,6:21,24-dietheno-8,12-metheno-1h-pyrido(3',2':14,15)(1,11)dioxacycloeicosino(2,3,4-ij)isoquinolinium,2,3,13a,14,15,16,25,25a-octahydro-9,19-dihydroxy-18,29-dimethoxy-1,14,14-trimethyl- (13ar,25as)-", "7',12'-dihydroxy-6,6'-dimethoxy-2,2',2'-trimethyltubocuraran-2'-ium[acd/iupac name]", "13h-4,6:21,24-dietheno-8,12-metheno-1h-pyrido(3',2':14,15)(1,11)dioxacycloeicosino(2,3,4-ij)isoquinolinium,2,3,13a,14,15,16,25,25a-octahydro-9,19-dihydroxy-18,29-dimethoxy-1,14,14-trimethyl- (13ar-(13ar*,25as*))-", "548-18-5[rn]", "57-95-4[rn]", "6989-98-6[rn]", "337376-15-5", "tubocurarinum[latin]"}|>, "7759" -> <|"DatabaseID" -> "SW03965", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9774"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5778]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01199"]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[N+]([C@@H]6Cc7ccc(c(c7)O3)O)(C)C)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02207"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TUBOCURARINE CHLORIDE"|>, "PharmGKBID" -> "PA451811", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6000]}, "Synonyms" -> {"d-tubocurarine", "tubocurarine", "tubocurarine chloride", "tubocurarin", "isoquinoline alkaloid", "jexin", "tubocurarinum", "delacurarine", "tubarine", "curare", "tubocuraranium 7',12'-dihydroxy-6,6'-dimethoxy-2,2',2'-trimethyl-", "1370-17-8[rn]", "ec 3.1.1.7", "30519-12-1[rn]", "(+)-tubocurarine", "d-tubocurarine chloride", "(+) tubocurarine", "3898737[beilstein]", "7',12'-dihydroxy-6,6'-dimethoxy-2,2',2'-trimethyltubocuraranium", "[57-94-3]", "chebi:9774", "tubocurarine (+)-", "tubocurarine chloride hydrate", "acetylcholinesterase precursor", "31498-75-6[rn]", "8063-06-7", "ache", "3671-75-8[rn]", "13h-4,6:21,24-dietheno-8,12-metheno-1h-pyrido(3',2':14,15)(1,11)dioxacycloeicosino(2,3,4-ij)isoquinolinium,2,3,13a,14,15,16,25,25a-octahydro-9,19-dihydroxy-18,29-dimethoxy-1,14,14-trimethyl- (13ar,25as)-", "7',12'-dihydroxy-6,6'-dimethoxy-2,2',2'-trimethyltubocuraran-2'-ium[acd/iupac name]", "13h-4,6:21,24-dietheno-8,12-metheno-1h-pyrido(3',2':14,15)(1,11)dioxacycloeicosino(2,3,4-ij)isoquinolinium,2,3,13a,14,15,16,25,25a-octahydro-9,19-dihydroxy-18,29-dimethoxy-1,14,14-trimethyl- (13ar-(13ar*,25as*))-", "548-18-5[rn]", "57-95-4[rn]", "6989-98-6[rn]", "337376-15-5", "tubocurarinum[latin]"}|>, "7760" -> <|"DatabaseID" -> "SW03966", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476629]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317970]}, "Synonyms" -> {"hayatidine"}|>, "7761" -> <|"DatabaseID" -> "SW03966", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476629]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317970]}, "Synonyms" -> {"hayatidine"}|>, "7762" -> <|"DatabaseID" -> "SW03966", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476629]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317970]}, "Synonyms" -> {"hayatidine"}|>, "7763" -> <|"DatabaseID" -> "SW03966", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476629]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317970]}, "Synonyms" -> {"hayatidine"}|>, "7764" -> <|"DatabaseID" -> "SW03966", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476629]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317970]}, "Synonyms" -> {"hayatidine"}|>, "7765" -> <|"DatabaseID" -> "SW03966", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476629]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317970]}, "Synonyms" -> {"hayatidine"}|>, "7766" -> <|"DatabaseID" -> "SW03966", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476629]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317970]}, "Synonyms" -> {"hayatidine"}|>, "7767" -> <|"DatabaseID" -> "SW03966", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476629]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@H]1Cc4ccc(cc4)Oc5c6c(cc(c5O)OC)CC[NH+](C6Cc7ccc(c(c7)O3)OC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hayatidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317970]}, "Synonyms" -> {"hayatidine"}|>, "7768" -> <|"DatabaseID" -> "SW03967", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17215268]}, "IsomericSmiles" -> "Cc1c(ccc2c1oc(=O)c(c2[O-])NC(=O)c3ccc(c(c3)CC=C(C)C)O)O[C@H]4[C@@H]([C@@H]([C@H](C(O4)(C)C)OC)OC(=O)N)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01209"], ExternalIdentifier["KEGGID", "C05080"]}, "OfficialNames" -> <|"NPC Approved Name" -> "novobiocin", "FDA Approved Drug" -> "NOVOBIOCIN SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23663939]}, "Synonyms" -> {"novobiocin sodium", "albamycin", "crystallinic acid", "cardelmycin", "dsstox_gsid_23386", "streptonivicin", "inamycin", "antibiotic pa-93", "1476-53-5[rn]", "albamycin;cathomycin", "dsstox_cid_3386", "robiocina", "sirbiocina", "albacillin suspension (novobiocin (novobiocin sodium) + penicillin g procaine)_mixture", "albamycin (tn)", "albamix", "spheromycin", "ncgc00017033-01", "special formula 17900-forte suspension (dihydrostreptomycin (dihydrostreptomycin sulfate) + hydrocortisone acetate + hydrocortisone sodium succinate + novobiocin (novobiocin sodium) + penicillin g procaine + polymyxin b sulfate)_mixture", "novodry plus suspension (novobiocin (novobiocin sodium) + penicillin g procaine)_mixture", "novobiocina [inn-spanish]", "303-81-1[rn]", "novobiocine [inn-french]", "cathocin", "albamycin cathomycin", "novobiocin sodium (jan/usp)", "cas-1476-53-5", "delta-albaplex tablets (novobiocin (novobiocin sodium) + prednisolone + tetracycline hydrochloride)_mixture", "nov", "cathomycin", "novobiocinum [inn-latin]", "stilbiocina", "ec 5.99.1.3", "1476-53-5", "novobiocin", "sodium 7-{[(2r,3r,4s,5r)-4-(carbamoyloxy)-3-hydroxy-5-methoxy-6,6-dimethyltetrahydro-2h-pyran-2-yl]oxy}-3-({[4-hydroxy-3-(3-methylbut-2-en-1-yl)phenyl]carbonyl}amino)-8-methyl-2-oxo-2h-chromen-4-olate", "dsstox_rid_77008", "novo-r", "novobiocin[wiki]", "n1628_sigma"}|>, "7769" -> <|"DatabaseID" -> "SW03968", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59214"], ExternalIdentifier["ChEBIID", "31377"], ExternalIdentifier["ChEBIID", "59213"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552191], ExternalIdentifier["ChemSpiderID", 47991]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00430"]}, "IsomericSmiles" -> "Cc1cc(c(cn1)C(=O)N[C@H](c2ccc(cc2)O)C(=O)N[C@H]3[C@@H]4N(C3=O)C(=C(CS4)CSc5nnnn5C)C(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01904"], ExternalIdentifier["KEGGID", "D03428"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFPIRAMIDE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636405], ExternalIdentifier["PubChemCompoundID", 23663969], ExternalIdentifier["PubChemCompoundID", 45480555]}, "Synonyms" -> {"cefpiramide sodium", "wy-44635", "cefpiramide", "cefpiramide sodium salt", "suncefal", "sm-1652", "sepatren", "antibiotic sm 1652", "74849-93-7[rn]", "tamicin", "suncefal (tn)", "cefpiramido", "(6r-(6a,7b(r*)))-7-(((((4-hydroxy-6-methyl-3-pyridinyl)carbonyl)amino)(4-hydroxyphenyl)acetyl)amino)-3-(((1-methyl-1h-tetrazol-5-yl)thio)methyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic", "7beta-[(2r)-2-{[(4-hydroxy-6-methylpyridin-3-yl)carbonyl]amino}-2-(4-hydroxyphenyl)acetamido]-3-{[(1-methyl-1h-tetrazol-5-yl)sulfanyl]methyl}-3", "ac1lcs6b", "(7r,7ar)-7-{2-(4-hydroxyphenyl)-2-[(6-methyl-4-oxo(3-hydropyridyl))carbonylamino]acetylamino}-3-[(1-methyl(1,2,3,4-tetraazol-5-ylthio))methyl]-6-oxo-2h,7h-azetidino[2,1-b]1,3-thiazine-4-carboxylic a; cid sodium salt", "cefpiramide anion", "sodium (6r,7r)-7-{[(2r)-2-{[(4-hydroxy-6-methylpyridin-3-yl)carbonyl]amino}-2-(4-hydroxyphenyl)acetyl]amino}-3-{[(1-methyl-1h-tetrazol-5-yl)sulfanyl]methyl}-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "cefpiramide [usan:inn]", "(6r", "sodium (6r,7r)-7-((r)-2-(4-hydroxy-6-methylnicotinamido)-2-(p-hydroxyphenyl)acetamido)-3-(((1-methyl-1h-tetrazol-5-yl)thio)methyl)-8-oxo-5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylate", "70797-11-4", "5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid,7-[[(2r)-2-[[(4-hydroxy-6-methyl-3-pyridinyl)carbonyl]amino]-2-(4-hydroxyphenyl)acetyl]amino]-3-[[(1-methyl-1h-tetrazol-5-yl)thio]methyl]-8-oxo- sodiumsalt (6r,7r)- (1:1)", "cefpiramide[wiki][usp]", "wy 44,635 sodium", "cefpiramide sodium [usan:jan][jan][usan]", "74849-93-7", "wy 44635 sodium", "cefpiramide acid", "chebi:31377", "cefpiramidum [inn-latin]", "acid monosodium salt", "cpm", "chebi:59213", "cefpiramide (usp/inn)", "cefpiramidum", "cefpiramide sodium (jp15/usan)[usan][jp15]", "ncgc00167444-01", "chebi:59214", "sodium (6r,7r)-7-((r)-2-(4-hydroxy-6-methylnicotinamido)-2-(p-hydroxyphenyl)acetamido)-3-(((1-methyl-1h-tetrazol-5-yl)thio)methyl)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate", "cefpiramido [inn-spanish]"}|>, "7770" -> <|"DatabaseID" -> "SW03969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3868]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OCCN2CC[NH+](CC2)C(c3ccccc3)c4ccccc4)c5cccc(c5)[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08155"]}, "OfficialNames" -> <|"NPC Approved Name" -> "manidipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4008]}, "Synonyms" -> {"franidipine", "artedil", "manidipine", "89226-50-6[rn]", "2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylic acido5-[2-[4-(diphenylmethyl)-1-piperazinyl]ethyl] estero3-methylester", "manidipine[wiki]", "manidipine 6300", "2-[4-(diphenylmethyl)piperazinyl]ethyl 5-(methoxycarbonyl)-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate", "calslot", "2,6-dimethyl-4-(3-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-[2-(4-benzhydryl-piperazin-1-yl)-ethyl]ester 5-methyl ester", "o5-[2-[4-(diphenylmethyl)piperazin-1-yl]ethyl] o3-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "3", "2-[4-(diphenylmethyl)piperazin-1-yl]ethyl methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "120092-68-4[rn]", "2-(4-diphenylmethyl-1-piperazinyl)ethyl methyl-1", "r-(-)-manidipine", "iperten", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-(4-(diphenylmethyl)-1-piperazinyl)ethylmethyl ester", "manyper artedil manivasc iperten", "2-[4-(diphenylmethyl)piperazin-1-yl]ethyl methyl 2", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-[4-(diphenylmethyl)-1-piperazinyl]ethylmethyl ester", "3-(2-(4-benzhydrylpiperazin-1-yl)ethyl) 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "artedil;manivasc;iperten;vascoman;calslot;madiplot;manyper", "3-(2-(4-benzhydrylpiperazin-1-yl)ethyl) 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-", "120092-68-4", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-[4-(diphenylmethyl)-1-piperazinyl]ethyl methyl ester", "133082-19-6[rn]", "89226-75-5[rn]", "94849-74-8[rn]", "2-(4-(diphenylmethyl)-1-piperazinyl)-ethyl methyl (- )-1,4-dihydro-2,6-dimethyl-4-(m-nitrophenyl)-3,5-pyridinecarboxylate", "89226-50-6"}|>, "7771" -> <|"DatabaseID" -> "SW03969", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3868]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OCCN2CC[NH+](CC2)C(c3ccccc3)c4ccccc4)c5cccc(c5)[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08155"]}, "OfficialNames" -> <|"NPC Approved Name" -> "manidipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4008]}, "Synonyms" -> {"franidipine", "artedil", "manidipine", "89226-50-6[rn]", "2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylic acido5-[2-[4-(diphenylmethyl)-1-piperazinyl]ethyl] estero3-methylester", "manidipine[wiki]", "manidipine 6300", "2-[4-(diphenylmethyl)piperazinyl]ethyl 5-(methoxycarbonyl)-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate", "calslot", "2,6-dimethyl-4-(3-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-[2-(4-benzhydryl-piperazin-1-yl)-ethyl]ester 5-methyl ester", "o5-[2-[4-(diphenylmethyl)piperazin-1-yl]ethyl] o3-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "3", "2-[4-(diphenylmethyl)piperazin-1-yl]ethyl methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "120092-68-4[rn]", "2-(4-diphenylmethyl-1-piperazinyl)ethyl methyl-1", "r-(-)-manidipine", "iperten", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-(4-(diphenylmethyl)-1-piperazinyl)ethylmethyl ester", "manyper artedil manivasc iperten", "2-[4-(diphenylmethyl)piperazin-1-yl]ethyl methyl 2", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-[4-(diphenylmethyl)-1-piperazinyl]ethylmethyl ester", "3-(2-(4-benzhydrylpiperazin-1-yl)ethyl) 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "artedil;manivasc;iperten;vascoman;calslot;madiplot;manyper", "3-(2-(4-benzhydrylpiperazin-1-yl)ethyl) 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-", "120092-68-4", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-[4-(diphenylmethyl)-1-piperazinyl]ethyl methyl ester", "133082-19-6[rn]", "89226-75-5[rn]", "94849-74-8[rn]", "2-(4-(diphenylmethyl)-1-piperazinyl)-ethyl methyl (- )-1,4-dihydro-2,6-dimethyl-4-(m-nitrophenyl)-3,5-pyridinecarboxylate", "89226-50-6"}|>, "7772" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7773" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7774" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7775" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7776" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7777" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7778" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7779" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7780" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7781" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7782" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7783" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7784" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7785" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7786" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7787" -> <|"DatabaseID" -> "SW03970", "IsomericSmiles" -> "CC1C(C(CC(O1)OC(C(C)C)C(C)/C=C(\\C)/C=C/C=C/C=C/C=C/C=C/C(=C\\2/C(=O)C(N(C2=O)C)CCC(=O)[O-])/[O-])O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "7-hydroxylathyrol;7-methoxynorwogonin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54708171]}, "Synonyms" -> {"nsc611000", "nsc-611000", "1h-pyrrole-2-propanoic acid", "oleficin"}|>, "7788" -> <|"DatabaseID" -> "SW03971", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59276]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00528"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OC(C)(C)C[NH+](C)CCC(c2ccccc2)c3ccccc3)c4cccc(c4)[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08111"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lercanidipine"|>, "PharmGKBID" -> "PA164769058", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65866]}, "Synonyms" -> {"lercanidipine", "masnidipine", "lercanidipine [inn]", "masnidipine;", "methyl 1,1-dimethyl-2-[n-(3,3-diphenylpropyl)-n-methylamino]ethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylic acido5-[1-[3,3-diphenylpropyl(methyl)amino]-2-methylpropan-2-yl] ester o3-methyl ester", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-[(3,3-diphenylpropyl)methylamino]-1,1-dimethylethylmethyl ester", "3-(1-((3,3-diphenylpropyl)(methyl)amino)-2-methylpropan-2-yl) 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lercanil", "2-[(3,3-diphenylpropyl)(methyl)amino]-1,1-dimethylethyl methyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "1-[(3,3-diphenylpropyl)(methyl)amino]-2-methylpropan-2-yl methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "o5-[1-[3,3-diphenylpropyl(methyl)amino]-2-methyl-propan-2-yl] o3-methyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lercanidipine[wiki][inn]", "ac1q1zxr", "rec 15-2375", "100427-27-8[rn]", "unii-v7xtj4r0bh", "lercanidipine (inn)", "2,6-dimethyl-4-(3-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-{2-[(3,3-diphenyl-propyl)-methyl-amino]-1,1-dimethyl-ethyl} ester 5-methyl ester", "3-{1-[(3,3-diphenylpropyl)(methyl)amino]-2-methylpropan-2-yl} 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lercanidipine hydrochloride", "100427-26-7[rn]", "masnidipine;zanidip", "132866-11-6[rn]", "stk639861", "100427-26-7", "337376-15-5", "lercanil (tn)", "dihydropyridine- sensitive l-type skeletal muscle calcium channel subunit gamma", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-[(3,3-diphenylpropyl)methylamino]-1,1-dimethylethyl methyl ester"}|>, "7789" -> <|"DatabaseID" -> "SW03971", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59276]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00528"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OC(C)(C)C[NH+](C)CCC(c2ccccc2)c3ccccc3)c4cccc(c4)[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08111"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lercanidipine"|>, "PharmGKBID" -> "PA164769058", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65866]}, "Synonyms" -> {"lercanidipine", "masnidipine", "lercanidipine [inn]", "masnidipine;", "methyl 1,1-dimethyl-2-[n-(3,3-diphenylpropyl)-n-methylamino]ethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylic acido5-[1-[3,3-diphenylpropyl(methyl)amino]-2-methylpropan-2-yl] ester o3-methyl ester", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-[(3,3-diphenylpropyl)methylamino]-1,1-dimethylethylmethyl ester", "3-(1-((3,3-diphenylpropyl)(methyl)amino)-2-methylpropan-2-yl) 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lercanil", "2-[(3,3-diphenylpropyl)(methyl)amino]-1,1-dimethylethyl methyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "1-[(3,3-diphenylpropyl)(methyl)amino]-2-methylpropan-2-yl methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "o5-[1-[3,3-diphenylpropyl(methyl)amino]-2-methyl-propan-2-yl] o3-methyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lercanidipine[wiki][inn]", "ac1q1zxr", "rec 15-2375", "100427-27-8[rn]", "unii-v7xtj4r0bh", "lercanidipine (inn)", "2,6-dimethyl-4-(3-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-{2-[(3,3-diphenyl-propyl)-methyl-amino]-1,1-dimethyl-ethyl} ester 5-methyl ester", "3-{1-[(3,3-diphenylpropyl)(methyl)amino]-2-methylpropan-2-yl} 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lercanidipine hydrochloride", "100427-26-7[rn]", "masnidipine;zanidip", "132866-11-6[rn]", "stk639861", "100427-26-7", "337376-15-5", "lercanil (tn)", "dihydropyridine- sensitive l-type skeletal muscle calcium channel subunit gamma", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-[(3,3-diphenylpropyl)methylamino]-1,1-dimethylethyl methyl ester"}|>, "7790" -> <|"DatabaseID" -> "SW03971", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59276]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00528"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OC(C)(C)C[NH+](C)CCC(c2ccccc2)c3ccccc3)c4cccc(c4)[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08111"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lercanidipine"|>, "PharmGKBID" -> "PA164769058", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65866]}, "Synonyms" -> {"lercanidipine", "masnidipine", "lercanidipine [inn]", "masnidipine;", "methyl 1,1-dimethyl-2-[n-(3,3-diphenylpropyl)-n-methylamino]ethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylic acido5-[1-[3,3-diphenylpropyl(methyl)amino]-2-methylpropan-2-yl] ester o3-methyl ester", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-[(3,3-diphenylpropyl)methylamino]-1,1-dimethylethylmethyl ester", "3-(1-((3,3-diphenylpropyl)(methyl)amino)-2-methylpropan-2-yl) 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lercanil", "2-[(3,3-diphenylpropyl)(methyl)amino]-1,1-dimethylethyl methyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "1-[(3,3-diphenylpropyl)(methyl)amino]-2-methylpropan-2-yl methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "o5-[1-[3,3-diphenylpropyl(methyl)amino]-2-methyl-propan-2-yl] o3-methyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lercanidipine[wiki][inn]", "ac1q1zxr", "rec 15-2375", "100427-27-8[rn]", "unii-v7xtj4r0bh", "lercanidipine (inn)", "2,6-dimethyl-4-(3-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-{2-[(3,3-diphenyl-propyl)-methyl-amino]-1,1-dimethyl-ethyl} ester 5-methyl ester", "3-{1-[(3,3-diphenylpropyl)(methyl)amino]-2-methylpropan-2-yl} 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lercanidipine hydrochloride", "100427-26-7[rn]", "masnidipine;zanidip", "132866-11-6[rn]", "stk639861", "100427-26-7", "337376-15-5", "lercanil (tn)", "dihydropyridine- sensitive l-type skeletal muscle calcium channel subunit gamma", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-[(3,3-diphenylpropyl)methylamino]-1,1-dimethylethyl methyl ester"}|>, "7791" -> <|"DatabaseID" -> "SW03971", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59276]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00528"]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)C(=O)OC(C)(C)C[NH+](C)CCC(c2ccccc2)c3ccccc3)c4cccc(c4)[N+](=O)[O-])C(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08111"]}, "OfficialNames" -> <|"Indian Approved Name" -> "lercanidipine"|>, "PharmGKBID" -> "PA164769058", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65866]}, "Synonyms" -> {"lercanidipine", "masnidipine", "lercanidipine [inn]", "masnidipine;", "methyl 1,1-dimethyl-2-[n-(3,3-diphenylpropyl)-n-methylamino]ethyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylic acido5-[1-[3,3-diphenylpropyl(methyl)amino]-2-methylpropan-2-yl] ester o3-methyl ester", "1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3,5-pyridinedicarboxylic acid2-[(3,3-diphenylpropyl)methylamino]-1,1-dimethylethylmethyl ester", "3-(1-((3,3-diphenylpropyl)(methyl)amino)-2-methylpropan-2-yl) 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lercanil", "2-[(3,3-diphenylpropyl)(methyl)amino]-1,1-dimethylethyl methyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "1-[(3,3-diphenylpropyl)(methyl)amino]-2-methylpropan-2-yl methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "o5-[1-[3,3-diphenylpropyl(methyl)amino]-2-methyl-propan-2-yl] o3-methyl2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lercanidipine[wiki][inn]", "ac1q1zxr", "rec 15-2375", "100427-27-8[rn]", "unii-v7xtj4r0bh", "lercanidipine (inn)", "2,6-dimethyl-4-(3-nitro-phenyl)-1,4-dihydro-pyridine-3,5-dicarboxylic acid 3-{2-[(3,3-diphenyl-propyl)-methyl-amino]-1,1-dimethyl-ethyl} ester 5-methyl ester", "3-{1-[(3,3-diphenylpropyl)(methyl)amino]-2-methylpropan-2-yl} 5-methyl 2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate", "lercanidipine hydrochloride", "100427-26-7[rn]", "masnidipine;zanidip", "132866-11-6[rn]", "stk639861", "100427-26-7", "337376-15-5", "lercanil (tn)", "dihydropyridine- sensitive l-type skeletal muscle calcium channel subunit gamma", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-[(3,3-diphenylpropyl)methylamino]-1,1-dimethylethyl methyl ester"}|>, "7792" -> <|"DatabaseID" -> "SW03972", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4932479]}, "IsomericSmiles" -> "CC(C)[C@@]1(C(=O)N2[C@H](C(=O)N3CCC[C@H]3C2(O1)O)Cc4ccccc4)NC(=O)[C@@H]5CC6c7cccc8c7c(c[nH]8)C[C@H]6[NH+](C5)C", "OfficialNames" -> <|"NPC Approved Name" -> "dihydroergocristine mesylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6427061]}, "Synonyms" -> {"dihydroergocristine"}|>, "7793" -> <|"DatabaseID" -> "SW03972", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4932479]}, "IsomericSmiles" -> "CC(C)[C@@]1(C(=O)N2[C@H](C(=O)N3CCC[C@H]3C2(O1)O)Cc4ccccc4)NC(=O)[C@@H]5CC6c7cccc8c7c(c[nH]8)C[C@H]6[NH+](C5)C", "OfficialNames" -> <|"NPC Approved Name" -> "dihydroergocristine mesylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6427061]}, "Synonyms" -> {"dihydroergocristine"}|>, "7794" -> <|"DatabaseID" -> "SW03972", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4932479]}, "IsomericSmiles" -> "CC(C)[C@@]1(C(=O)N2[C@H](C(=O)N3CCC[C@H]3C2(O1)O)Cc4ccccc4)NC(=O)[C@@H]5CC6c7cccc8c7c(c[nH]8)C[C@H]6[NH+](C5)C", "OfficialNames" -> <|"NPC Approved Name" -> "dihydroergocristine mesylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6427061]}, "Synonyms" -> {"dihydroergocristine"}|>, "7795" -> <|"DatabaseID" -> "SW03972", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4932479]}, "IsomericSmiles" -> "CC(C)[C@@]1(C(=O)N2[C@H](C(=O)N3CCC[C@H]3C2(O1)O)Cc4ccccc4)NC(=O)[C@@H]5CC6c7cccc8c7c(c[nH]8)C[C@H]6[NH+](C5)C", "OfficialNames" -> <|"NPC Approved Name" -> "dihydroergocristine mesylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6427061]}, "Synonyms" -> {"dihydroergocristine"}|>, "7796" -> <|"DatabaseID" -> "SW03972", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4932479]}, "IsomericSmiles" -> "CC(C)[C@@]1(C(=O)N2[C@H](C(=O)N3CCC[C@H]3C2(O1)O)Cc4ccccc4)NC(=O)[C@@H]5CC6c7cccc8c7c(c[nH]8)C[C@H]6[NH+](C5)C", "OfficialNames" -> <|"NPC Approved Name" -> "dihydroergocristine mesylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6427061]}, "Synonyms" -> {"dihydroergocristine"}|>, "7797" -> <|"DatabaseID" -> "SW03972", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4932479]}, "IsomericSmiles" -> "CC(C)[C@@]1(C(=O)N2[C@H](C(=O)N3CCC[C@H]3C2(O1)O)Cc4ccccc4)NC(=O)[C@@H]5CC6c7cccc8c7c(c[nH]8)C[C@H]6[NH+](C5)C", "OfficialNames" -> <|"NPC Approved Name" -> "dihydroergocristine mesylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6427061]}, "Synonyms" -> {"dihydroergocristine"}|>, "7798" -> <|"DatabaseID" -> "SW03972", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4932479]}, "IsomericSmiles" -> "CC(C)[C@@]1(C(=O)N2[C@H](C(=O)N3CCC[C@H]3C2(O1)O)Cc4ccccc4)NC(=O)[C@@H]5CC6c7cccc8c7c(c[nH]8)C[C@H]6[NH+](C5)C", "OfficialNames" -> <|"NPC Approved Name" -> "dihydroergocristine mesylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6427061]}, "Synonyms" -> {"dihydroergocristine"}|>, "7799" -> <|"DatabaseID" -> "SW03972", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4932479]}, "IsomericSmiles" -> "CC(C)[C@@]1(C(=O)N2[C@H](C(=O)N3CCC[C@H]3C2(O1)O)Cc4ccccc4)NC(=O)[C@@H]5CC6c7cccc8c7c(c[nH]8)C[C@H]6[NH+](C5)C", "OfficialNames" -> <|"NPC Approved Name" -> "dihydroergocristine mesylate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6427061]}, "Synonyms" -> {"dihydroergocristine"}|>, "7800" -> <|"DatabaseID" -> "SW03973", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475397]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)Oc4cc(ccc4O)CC5c6cc(c(cc6CC[NH+]5C)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dauricinoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316319]}, "Synonyms" -> {"1-[[3-[4-[[(1r)-6", "ac1nsu6y", "dauricinoline"}|>, "7801" -> <|"DatabaseID" -> "SW03973", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475397]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)Oc4cc(ccc4O)CC5c6cc(c(cc6CC[NH+]5C)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dauricinoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316319]}, "Synonyms" -> {"1-[[3-[4-[[(1r)-6", "ac1nsu6y", "dauricinoline"}|>, "7802" -> <|"DatabaseID" -> "SW03973", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475397]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)Oc4cc(ccc4O)CC5c6cc(c(cc6CC[NH+]5C)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dauricinoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316319]}, "Synonyms" -> {"1-[[3-[4-[[(1r)-6", "ac1nsu6y", "dauricinoline"}|>, "7803" -> <|"DatabaseID" -> "SW03973", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475397]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)Oc4cc(ccc4O)CC5c6cc(c(cc6CC[NH+]5C)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dauricinoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316319]}, "Synonyms" -> {"1-[[3-[4-[[(1r)-6", "ac1nsu6y", "dauricinoline"}|>, "7804" -> <|"DatabaseID" -> "SW03973", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475397]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)Oc4cc(ccc4O)CC5c6cc(c(cc6CC[NH+]5C)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dauricinoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316319]}, "Synonyms" -> {"1-[[3-[4-[[(1r)-6", "ac1nsu6y", "dauricinoline"}|>, "7805" -> <|"DatabaseID" -> "SW03973", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475397]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)Oc4cc(ccc4O)CC5c6cc(c(cc6CC[NH+]5C)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dauricinoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316319]}, "Synonyms" -> {"1-[[3-[4-[[(1r)-6", "ac1nsu6y", "dauricinoline"}|>, "7806" -> <|"DatabaseID" -> "SW03973", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475397]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)Oc4cc(ccc4O)CC5c6cc(c(cc6CC[NH+]5C)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dauricinoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316319]}, "Synonyms" -> {"1-[[3-[4-[[(1r)-6", "ac1nsu6y", "dauricinoline"}|>, "7807" -> <|"DatabaseID" -> "SW03973", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475397]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)Oc4cc(ccc4O)CC5c6cc(c(cc6CC[NH+]5C)O)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dauricinoline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316319]}, "Synonyms" -> {"1-[[3-[4-[[(1r)-6", "ac1nsu6y", "dauricinoline"}|>, "7808" -> <|"DatabaseID" -> "SW03974", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141157]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)O)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "liensinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160644]}, "Synonyms" -> {"liensinine", "ac1q7a6h", "4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-2-{[(1r)-1-(4-hydroxybenzyl)-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-yl]oxy}phenol", "4-[[(1r)-6", "i14-18663", "ag-k-59017", "ac1l4nzo", "phenol 4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)-2-((1,2,3,4-tetrahydro-1-((4-hydroxyphenyl)methyl)-6-methoxy-2-methyl-7-isoquinolinyl)oxy)-,(r-(r*,r*))-", "liensinine perchlorate", "2586-96-1[rn]", "phenol 4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]-2-[[(1r)-1,2,3,4-tetrahydro-1-[(4-hydroxyphenyl)methyl]-6-methoxy-2-methyl-7-isoquinolinyl]oxy]-", "4-(((1r)-6,7-dimethoxy-2-methyl-3,4-dihydro-1h-isoquinolin-1-yl)methyl)-2-(((1r)-1-((4-hydroxyphenyl)methyl)-6-methoxy-2-methyl-3,4-dihydro-1h-isoquinolin-7-yl)oxy)phenol", "akos015903080", "2385-63-9[rn]", "4-{[(1r)-6", "ar-1f9939", "ar-1f9938"}|>, "7809" -> <|"DatabaseID" -> "SW03974", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141157]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)O)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "liensinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160644]}, "Synonyms" -> {"liensinine", "ac1q7a6h", "4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-2-{[(1r)-1-(4-hydroxybenzyl)-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-yl]oxy}phenol", "4-[[(1r)-6", "i14-18663", "ag-k-59017", "ac1l4nzo", "phenol 4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)-2-((1,2,3,4-tetrahydro-1-((4-hydroxyphenyl)methyl)-6-methoxy-2-methyl-7-isoquinolinyl)oxy)-,(r-(r*,r*))-", "liensinine perchlorate", "2586-96-1[rn]", "phenol 4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]-2-[[(1r)-1,2,3,4-tetrahydro-1-[(4-hydroxyphenyl)methyl]-6-methoxy-2-methyl-7-isoquinolinyl]oxy]-", "4-(((1r)-6,7-dimethoxy-2-methyl-3,4-dihydro-1h-isoquinolin-1-yl)methyl)-2-(((1r)-1-((4-hydroxyphenyl)methyl)-6-methoxy-2-methyl-3,4-dihydro-1h-isoquinolin-7-yl)oxy)phenol", "akos015903080", "2385-63-9[rn]", "4-{[(1r)-6", "ar-1f9939", "ar-1f9938"}|>, "7810" -> <|"DatabaseID" -> "SW03974", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141157]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)O)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "liensinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160644]}, "Synonyms" -> {"liensinine", "ac1q7a6h", "4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-2-{[(1r)-1-(4-hydroxybenzyl)-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-yl]oxy}phenol", "4-[[(1r)-6", "i14-18663", "ag-k-59017", "ac1l4nzo", "phenol 4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)-2-((1,2,3,4-tetrahydro-1-((4-hydroxyphenyl)methyl)-6-methoxy-2-methyl-7-isoquinolinyl)oxy)-,(r-(r*,r*))-", "liensinine perchlorate", "2586-96-1[rn]", "phenol 4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]-2-[[(1r)-1,2,3,4-tetrahydro-1-[(4-hydroxyphenyl)methyl]-6-methoxy-2-methyl-7-isoquinolinyl]oxy]-", "4-(((1r)-6,7-dimethoxy-2-methyl-3,4-dihydro-1h-isoquinolin-1-yl)methyl)-2-(((1r)-1-((4-hydroxyphenyl)methyl)-6-methoxy-2-methyl-3,4-dihydro-1h-isoquinolin-7-yl)oxy)phenol", "akos015903080", "2385-63-9[rn]", "4-{[(1r)-6", "ar-1f9939", "ar-1f9938"}|>, "7811" -> <|"DatabaseID" -> "SW03974", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141157]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)O)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "liensinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160644]}, "Synonyms" -> {"liensinine", "ac1q7a6h", "4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-2-{[(1r)-1-(4-hydroxybenzyl)-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-yl]oxy}phenol", "4-[[(1r)-6", "i14-18663", "ag-k-59017", "ac1l4nzo", "phenol 4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)-2-((1,2,3,4-tetrahydro-1-((4-hydroxyphenyl)methyl)-6-methoxy-2-methyl-7-isoquinolinyl)oxy)-,(r-(r*,r*))-", "liensinine perchlorate", "2586-96-1[rn]", "phenol 4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]-2-[[(1r)-1,2,3,4-tetrahydro-1-[(4-hydroxyphenyl)methyl]-6-methoxy-2-methyl-7-isoquinolinyl]oxy]-", "4-(((1r)-6,7-dimethoxy-2-methyl-3,4-dihydro-1h-isoquinolin-1-yl)methyl)-2-(((1r)-1-((4-hydroxyphenyl)methyl)-6-methoxy-2-methyl-3,4-dihydro-1h-isoquinolin-7-yl)oxy)phenol", "akos015903080", "2385-63-9[rn]", "4-{[(1r)-6", "ar-1f9939", "ar-1f9938"}|>, "7812" -> <|"DatabaseID" -> "SW03975", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4438880]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)OC)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-liensinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5274591]}, "Synonyms" -> {"isoliensinin", "isoliensinine", "(1r)-1-(4-hydroxy-3-{[(1r)-6-methoxy-1-(4-methoxybenzyl)-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-yl]oxy}benzyl)-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-ol", "7-isoquinolinol", "ac1nrx6b", "i14-19483", "chembl502370", "akos015902511", "6817-41-0", "7-isoquinolinol 1,2,3,4-tetrahydro-1-[[4-hydroxy-3-[[(1r)-1,2,3,4-tetrahydro-6-methoxy-1-[(4-methoxyphenyl)methyl]-2-methyl-7-isoquinolinyl]oxy]phenyl]methyl]-6-methoxy-2-methyl-,(1r)-", "6817-41-0[rn]", "7-isoquinolinol 1,2,3,4-tetrahydro-1-((4-hydroxy-3-((1,2,3,4-tetrahydro-6-methoxy-1-((4-methoxyphenyl)methyl)-2-methyl-7-isoquinolinyl)oxy)phenyl)methyl)-6-methoxy-2-methyl- (r-(r*,r*))-", "ambotz6817-41-0", "(1r)-1-[[4-hydroxy-3-[[(1r)-6-methoxy-1-[(4-methoxyphenyl)methyl]-2-methyl-3"}|>, "7813" -> <|"DatabaseID" -> "SW03975", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4438880]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)OC)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-liensinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5274591]}, "Synonyms" -> {"isoliensinin", "isoliensinine", "(1r)-1-(4-hydroxy-3-{[(1r)-6-methoxy-1-(4-methoxybenzyl)-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-yl]oxy}benzyl)-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-ol", "7-isoquinolinol", "ac1nrx6b", "i14-19483", "chembl502370", "akos015902511", "6817-41-0", "7-isoquinolinol 1,2,3,4-tetrahydro-1-[[4-hydroxy-3-[[(1r)-1,2,3,4-tetrahydro-6-methoxy-1-[(4-methoxyphenyl)methyl]-2-methyl-7-isoquinolinyl]oxy]phenyl]methyl]-6-methoxy-2-methyl-,(1r)-", "6817-41-0[rn]", "7-isoquinolinol 1,2,3,4-tetrahydro-1-((4-hydroxy-3-((1,2,3,4-tetrahydro-6-methoxy-1-((4-methoxyphenyl)methyl)-2-methyl-7-isoquinolinyl)oxy)phenyl)methyl)-6-methoxy-2-methyl- (r-(r*,r*))-", "ambotz6817-41-0", "(1r)-1-[[4-hydroxy-3-[[(1r)-6-methoxy-1-[(4-methoxyphenyl)methyl]-2-methyl-3"}|>, "7814" -> <|"DatabaseID" -> "SW03975", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4438880]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)OC)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-liensinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5274591]}, "Synonyms" -> {"isoliensinin", "isoliensinine", "(1r)-1-(4-hydroxy-3-{[(1r)-6-methoxy-1-(4-methoxybenzyl)-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-yl]oxy}benzyl)-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-ol", "7-isoquinolinol", "ac1nrx6b", "i14-19483", "chembl502370", "akos015902511", "6817-41-0", "7-isoquinolinol 1,2,3,4-tetrahydro-1-[[4-hydroxy-3-[[(1r)-1,2,3,4-tetrahydro-6-methoxy-1-[(4-methoxyphenyl)methyl]-2-methyl-7-isoquinolinyl]oxy]phenyl]methyl]-6-methoxy-2-methyl-,(1r)-", "6817-41-0[rn]", "7-isoquinolinol 1,2,3,4-tetrahydro-1-((4-hydroxy-3-((1,2,3,4-tetrahydro-6-methoxy-1-((4-methoxyphenyl)methyl)-2-methyl-7-isoquinolinyl)oxy)phenyl)methyl)-6-methoxy-2-methyl- (r-(r*,r*))-", "ambotz6817-41-0", "(1r)-1-[[4-hydroxy-3-[[(1r)-6-methoxy-1-[(4-methoxyphenyl)methyl]-2-methyl-3"}|>, "7815" -> <|"DatabaseID" -> "SW03975", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4438880]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)OC)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-liensinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5274591]}, "Synonyms" -> {"isoliensinin", "isoliensinine", "(1r)-1-(4-hydroxy-3-{[(1r)-6-methoxy-1-(4-methoxybenzyl)-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-yl]oxy}benzyl)-6-methoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-ol", "7-isoquinolinol", "ac1nrx6b", "i14-19483", "chembl502370", "akos015902511", "6817-41-0", "7-isoquinolinol 1,2,3,4-tetrahydro-1-[[4-hydroxy-3-[[(1r)-1,2,3,4-tetrahydro-6-methoxy-1-[(4-methoxyphenyl)methyl]-2-methyl-7-isoquinolinyl]oxy]phenyl]methyl]-6-methoxy-2-methyl-,(1r)-", "6817-41-0[rn]", "7-isoquinolinol 1,2,3,4-tetrahydro-1-((4-hydroxy-3-((1,2,3,4-tetrahydro-6-methoxy-1-((4-methoxyphenyl)methyl)-2-methyl-7-isoquinolinyl)oxy)phenyl)methyl)-6-methoxy-2-methyl- (r-(r*,r*))-", "ambotz6817-41-0", "(1r)-1-[[4-hydroxy-3-[[(1r)-6-methoxy-1-[(4-methoxyphenyl)methyl]-2-methyl-3"}|>, "7816" -> <|"DatabaseID" -> "SW03976", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31812"], ExternalIdentifier["ChEBIID", "53692"], ExternalIdentifier["ChEBIID", "53691"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8248], ExternalIdentifier["ChemSpiderID", 12381], ExternalIdentifier["ChemSpiderID", 151930]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00271"]}, "IsomericSmiles" -> "CC(=O)Nc1c(c(c(c(c1I)NC(=O)C)I)C(=O)[O-])I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02015"], ExternalIdentifier["KEGGID", "D01013"]}, "OfficialNames" -> <|"Indian Approved Name" -> "meglumine diatrizoate", "WHO Essential Medicine" -> "amidotrizoate", "Australia Approved Name" -> "MEGLUMINE DIATRIZOATE;SODIUM DIATRIZOATE", "FDA Approved Drug" -> "DIATRIZOATE MEGLUMINE;DIATRIZOATE SODIUM;IOTHALAMATE SODIUM"|>, "PharmGKBID" -> "PA449281", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8566], ExternalIdentifier["PubChemCompoundID", 23672589], ExternalIdentifier["PubChemCompoundID", 2140]}, "Synonyms" -> {"sodium amidotrizoate", "diatrizoate sodium", "iothalamate", "triombrine", "sodium diatrizoate", "diatrizoate sodium salt", "reno-dip", "angiovist 282", "conray 35", "vascoray", "methalamic acid", "urovist sodium 300", "meglumine diatrizoate", "diatrizoic acid sodium salt", "diatriazoate", "cardiografin", "urotrast", "diatrizoate", "triombrin", "urogranoic acid", "amidotrizoic acid", "diat", "odiston", "hypaque", "urografin acid", "diatrizoic acid", "urovist", "amidotrizoate", "diatrizoate methylglucamine", "urovist sodium", "renografin", "ioxeol", "meglumine amidotrizoate", "unipaque", "renurix", "sinografin (diatrizoate meglumine + meglumine iodipamide)_mixture", "urovison", "renocal-76 (diatrizoate meglumine + diatrizoate sodium)_mixture", "renografin-60 liq (diatrizoate meglumine + diatrizoate sodium)_mixture", "renografin-76 liq (diatrizoate meglumine + diatrizoate sodium)_mixture", "hypaque-m 76% (diatrizoate meglumine + diatrizoate sodium)_mixture", "urovist cysto pediatric", "renografin-76 - liq iv (diatrizoate meglumine + diatrizoate sodium)_mixture", "urovist cysto", "md-76 (diatrizoate meglumine + diatrizoate sodium)_mixture", "gastrografin liq (diatrizoate meglumine + diatrizoate sodium)_mixture", "md-60 (diatrizoate meglumine + diatrizoate sodium)_mixture", "renografin-60 - liq iv (diatrizoate meglumine + diatrizoate sodium)_mixture", "gastrografin", "renografin 76", "hypaque-m liq 76% usp (diatrizoate meglumine + diatrizoate sodium)_mixture", "histopaque", "cystografin", "3,5-diacetamido-2,4,6-triiodobenzoic acid sodium salt", "diatrizoate sodium[usp]", "63626-48-2[rn]", "benzoic acid 3,5-diacetamido-2,4,6-triiodo-,monosodium salt", "205-024-7[einecs]", "d-glucitol 1-deoxy-1-(methylamino)- 3,5-bis(acetylamino)-2,4,6-triiodobenzoate(salt)", "3,5-diacetylamino-2,4,6-trijodbenzosaeure natrium[german]", "reno-m", "737-31-5[rn]", "cystographin dilute", "amidotrizoate sodium", "sodium 3,5-diacetamido-2,4,6-triiodobenzoate[acd/iupac name]", "sodium diatrizoate (ban)", "verografin", "reno m-dip", "renografin 76 injectable (veterinary)", "69426-25-1[rn]", "triombrast", "angiografin", "amidotrizoate[wiki]", "reno-m-dip", "benzoic acid 3,5-bis(acetylamino)-2,4,6-triiodo- compd. withd-glucitol 1-deoxy-1-(methylamino)-(1:1)", "meglumine amidotrizoate injection", "urografin 76", "131-49-7[rn]", "212-004-1[einecs]", "hypaque meglumine", "7170-91-4[rn]", "renograffin m-76", "hypaque 60", "meglumine sodium amidotrizoate injection", "1-deoxy-1-(methylamino)-d-glucitol 3,5-diacetamido-2,4,6-triiodobenzoate(salt)", "amidotrizoate meglumine", "gastrografin oral (veterinary)", "renografin m-76", "benzoic acid 3,5-bis(acetylamino)-2,4,6-triiodo- monosodium salt", "benzoic acid 3,5-diacetamido-2,4,6-triiodo-,compd. with 1-deoxy-1-(methylamino)-d-glucitol", "146-69-0[rn]", "reno m 60", "3,5-bis(acetylamino)-2,4,6-triiodobenzoic acid - (2r,3r,4r,5s)-6-(methylamino)hexane-1,2,3,4,5-pentol (1:1)", "3,5-di(acetylamino)-2,4,6-triiodobenzoic acid sodium salt", "hypaque 50", "benzoic acid 3,5-bis(acetylamino)-2,4,6-triiodo- compd. with1-deoxy-1-(methylamino)-d-glucitol (1:1)", "sodium amidotrizoate [inn_en]", "hypaque m 30", "benzoic acid 3,5-diacetamido-2,4,6-triiodo- sodium salt", "hypaque-diu", "3,5-diacetamido-2,4,6-triiodobenzoic acid sodium salt", "monosodium 3,5-diacetamido-2,4,6-triiodobenzoate", "benzoic acid 3,5-bis(acetylamino)-2,4,6-triiodo- sodium salt(1:1)", "reno-60", "sodium diacetyldiaminetriiodobenzoate", "hypaque sodium", "urografic acid sodium salt", "diatrizoic acid methylglucamine", "urografic acid sodium salt", "urovist sodium (tn)", "renocal", "19766-67-7[rn]", "sinografin", "amidotrizoato sodico[spanish][inn]", "natrium-3,5-bis(acetylamino)-2,4,6-triiodbenzolcarboxylat", "amidotrizoate de sodium; amidotrizoato sodico; natriiamidotrizoas; sodium amidotrizoate", "reno-30", "renograffin", "win 8308-3", "51819-38-6[rn]", "urovist (tn)", "3,5-bis(acetylamino)-2,4,6-triiodobenzoic acid sodium salt", "methylglucamine diatrizoate", "3,5-bis(acetylamino)-2,4,6-triiodobenzoic acid compd.with 1-deoxy-1-(methylamino)-d-glucitol (1:1)", "3,5-bis(acetylamino)-2,4,6-triiodobenzoic acid - 1-deoxy-1-(methylamino)-d-glucitol (1:1)", "hypaque 13.4", "renovist", "glucitol,1-deoxy-1-(methylamino)-,3,5-diacetamido-2,4,6-triiodobenzoate (salt),d-", "diatrizoate[wiki]", "3,5-bis(acetamido)-2,4,6-triiodbenzoesaeure,1-desoxy-1-methylamino-d-glucit-salz", "hypaque[wiki]", "hypaque cysto", "amidotrezoate", "3,5-diacetamido-2,4,6-triiodobenzoicacid - 1-deoxy-1-(methylamino)-d-glucitol (1:1)[acd/iupac name]", "natrii amidotrizoas[latin]", "sodium 3,5-bis(acetylamino)-2,4,6-triiodobenzoate", "amidotrizoate de sodium[french][inn]", "diatrizoate meglumine[usp]", "natrii amidotrizoas", "78371-64-9[rn]", "diatrizoate meglumine", "peritrast 400 comp", "amidotrizoato sodico", "l-lysine,cpd with3,5-bis(acetylamino)-2,4,6-triiodobenzoic acid (1:1),mixturewith 3,5-bis(acetylamino)-2,4,6-triiodobenzoic acid monosodiumsalt", "reno", "combination of lysine amidotrizoateand amidotrizoic acid sodium salt"}|>, "7817" -> <|"DatabaseID" -> "SW03977", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23935]}, "IsomericSmiles" -> "CC(=O)Nc1c(c(c(c(c1I)C(=O)[O-])I)C(=O)NC)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01999"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTHALAMATE MEGLUMINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656642]}, "Synonyms" -> {"conray", "iotalamate de methylglucamine[french]", "meglumine iotalamate injection", "cysto-conray", "iothalamate methylglucamine", "meglumine iothalamate", "conray meglumine 282", "235-998-9[einecs]", "conray meglumin", "iothalamic acid n-methylgucamine salt", "conray 60", "meglumine iotalamate", "3-acetamido-2", "meglumine iothalamate (ban)", "conray 43", "methylglucamine iothalamate", "conray 280", "13087-53-1[rn]", "iothalamate meglumine (usp)", "methylglucamine iotalamate", "meglumine iotalamate (jp16)", "ac1lcvc4", "d01999", "contrix 28", "chembl1201125", "meglumine conray", "meglumine iotalamate[jp15]", "meglumine isothalamate", "conray 30", "iothalamate meglumine", "iothalamate meglumine[usp]", "iothalamate methylglucamine salt", "jotalamsaeure methylglucaminesalz[german]", "conray (tn)"}|>, "7818" -> <|"DatabaseID" -> "SW03978", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25724]}, "IsomericSmiles" -> "CC(CN(c1c(cc(c(c1I)N)I)I)C(=O)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04563"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOCETAMIC ACID"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27648]}, "Synonyms" -> {"cholebrine", "iocetamic acid", "colebrina", "acidum jocetamicum", "cholimil", "16034-77-8[rn]", "mp-620", "n-acetyl-n-(3-amino-2,4,6-triiodophenyl)-2-methyl-b-alanine", "iocetamic acid [usan:ban:inn][inn][usan]", "acidum iocetamicum [inn-latin]", "acido iocetamico [inn-spanish]", "acide iocetamique [inn-french]", "hsdb 3344", "acide iocetamique[french][inn]", "n-acetyl-n-(2,4,6-triiodo-3-aminophenyl)-b-aminoisobutyric acid", "acido iocetamico[spanish][inn]", "3-[acetyl(3-amino-2,4,6-triiodophenyl)amino]-2-methylpropanoicacid[acd/iupac name]", "drc 1201", "acidum iocetamicum[latin]", "propanoicacid 3-(acetyl(3-amino-2,4,6-triiodophenyl)amino)-2-methyl-", "propanoicacid 3-[acetyl(3-amino-2,4,6-triiodophenyl)amino]-2-methyl-", "240-173-1[einecs]", "3-[acetyl-(3-amino-2,4,6-triiodophenyl)amino]-2-methylpropanoicacid", "3-(acetyl-(3-amino-2,4,6-triiodophenyl)amino)-2-methylpropanoicacid", "propionicacid 3-(acetyl-(3-amino-2,4,6-triiodophenyl)amino)-2-methyl-"}|>, "7819" -> <|"DatabaseID" -> "SW03978", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25724]}, "IsomericSmiles" -> "CC(CN(c1c(cc(c(c1I)N)I)I)C(=O)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04563"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOCETAMIC ACID"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27648]}, "Synonyms" -> {"cholebrine", "iocetamic acid", "colebrina", "acidum jocetamicum", "cholimil", "16034-77-8[rn]", "mp-620", "n-acetyl-n-(3-amino-2,4,6-triiodophenyl)-2-methyl-b-alanine", "iocetamic acid [usan:ban:inn][inn][usan]", "acidum iocetamicum [inn-latin]", "acido iocetamico [inn-spanish]", "acide iocetamique [inn-french]", "hsdb 3344", "acide iocetamique[french][inn]", "n-acetyl-n-(2,4,6-triiodo-3-aminophenyl)-b-aminoisobutyric acid", "acido iocetamico[spanish][inn]", "3-[acetyl(3-amino-2,4,6-triiodophenyl)amino]-2-methylpropanoicacid[acd/iupac name]", "drc 1201", "acidum iocetamicum[latin]", "propanoicacid 3-(acetyl(3-amino-2,4,6-triiodophenyl)amino)-2-methyl-", "propanoicacid 3-[acetyl(3-amino-2,4,6-triiodophenyl)amino]-2-methyl-", "240-173-1[einecs]", "3-[acetyl-(3-amino-2,4,6-triiodophenyl)amino]-2-methylpropanoicacid", "3-(acetyl-(3-amino-2,4,6-triiodophenyl)amino)-2-methylpropanoicacid", "propionicacid 3-(acetyl-(3-amino-2,4,6-triiodophenyl)amino)-2-methyl-"}|>, "7820" -> <|"DatabaseID" -> "SW03979", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5898"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4575392], ExternalIdentifier["ChemSpiderID", 4515036]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00224"]}, "IsomericSmiles" -> "CC(C)(C)NC(=O)[C@@H]1CN(CC[NH+]1C[C@H](C[C@@H](Cc2ccccc2)C(=O)N[C@H]3c4ccccc4C[C@H]3O)O)Cc5cccnc5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00897"], ExternalIdentifier["KEGGID", "D03833"]}, "OfficialNames" -> <|"China Approved Name" -> "indinavir", "Indian Approved Name" -> "indinavir", "WHO Essential Medicine" -> "indinavir", "Australia Approved Name" -> "INDINAVIR SULFATE", "FDA Approved Drug" -> "INDINAVIR SULFATE"|>, "PharmGKBID" -> "PA449977", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5462355], ExternalIdentifier["PubChemCompoundID", 5362440]}, "Synonyms" -> {"crixivan", "indinavir", "compound j", "indinavir sulfate", "fragment", "157810-81-6", "indinavir sulphate", "crixivan (tn)", "1sgu", "indinavir[wiki][usan]", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-(2-methyl-2-propanyl)-4-(3-pyridinylmethyl)-2-piperazinecarboxamide (non-preferred name)", "ind", "d-erythro-pentonamide 2,3,5-trideoxy-n-(2,3-dihydro-2-hydroxy-1h-inden-1-yl)-5-(2-(((1,1-dimethylethyl)amino)carbonyl)-4-(3-pyridinylmethyl)-1-piperazinyl)-2-(phenylmethyl)- (1(1s,2r),5(s))-", "1hsh", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazine-2-carboxamide", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazine-2-carboxamide(non-preferred name)", "150378-17-9[rn]", "(1(1s,2r),5(s))-2,3,5-trideoxy-n-(2,3-dihydro-2-hydroxy-1h-inden-1-yl)-5-(2-(((1,1-dimethylethyl)amino)carbonyl)-4-(3-pyridinylmethyl)-1-piperazinyl)-2-(phenylmethyl)-d-erythro-pentonamide", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-(2-methyl-2-propanyl)-4-(3-pyridinylmethyl)-2-piperazinecarboxamide", "mk1", "d-erythro-pentonamide 2,3,5-trideoxy-n-((1s,2r)-2,3-dihydro-2-hydroxy-1h-inden-1-yl)-5-((2s)-2-(((1,1-dimethylethyl)amino)carbonyl)-4-(3-pyridinylmethyl)-1-piperazinyl)-2-(phenylmethyl)-", "1hsg", "idv", "n-[2(r)-hydroxy-1(s)-indanyl]-5-[(2(s)-tertiary butylaminocarbonyl)-4(3-pyridylmethyl)piperazino]-4(s)-hydroxy-2(r)-phenylmethylpentanamide", "2avo", "l-735,524", "1sdt", "1sdu", "1sdv", "indinavir sulfate [usan]", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazine-2-carboxamidesulfate(1:1) (non-preferred name)", "mk 639", "(2s)-1-[(2s,4s)-2-hydroxy-4-[[(1r,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]carbamoyl]-5-phenyl-pentyl]-4-(pyridin-3-ylmethyl)-n-tert-butyl-piperazine-2-carboxamide", "dsstox_rid_80126", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-4-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]carbamoyl}butyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazine-2-carboxamide; sulfuric acid", "d-erythro-pentonamide 2,3,5-trideoxy-n- (2,3-dihydro-2- hydroxy-1h-inden-1-yl)-5-[2-[[(1,1-dimethylethyl)amino] carbonyl]-4-(3-pyridinylmethyl)-1-piperazinyl]-2-(phenylmethyl)- [1(1s,2r),5(s)- sulfate (1:1) (salt)", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazine-2-carboxamidesulfate(salt)", "dsstox_cid_24221", "indinavir sulfate[usan]", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazin-2-carboxamidsulfat(salt)", "indinavir sulfate (usan)", "[1(1s,2r),5(s)]-2,3,5-trideoxy-n-(2,3-dihydro-2-hydroxy-1h-inden-1-yl)-5-[2-[[(1,1-dimethylethyl)amino]carbonyl]-4-(3-pyridinylmethyl)-1-piperazinyl]-2-(phenylmethyl)-d-erythro-pentonamidesulfate (1:", "157810-81-6[rn]", "indinivar sulphate", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazine-2-carboxamidesulfate(salt) (non-preferred name)"}|>, "7821" -> <|"DatabaseID" -> "SW03979", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5898"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4575392], ExternalIdentifier["ChemSpiderID", 4515036]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00224"]}, "IsomericSmiles" -> "CC(C)(C)NC(=O)[C@@H]1CN(CC[NH+]1C[C@H](C[C@@H](Cc2ccccc2)C(=O)N[C@H]3c4ccccc4C[C@H]3O)O)Cc5cccnc5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00897"], ExternalIdentifier["KEGGID", "D03833"]}, "OfficialNames" -> <|"China Approved Name" -> "indinavir", "Indian Approved Name" -> "indinavir", "WHO Essential Medicine" -> "indinavir", "Australia Approved Name" -> "INDINAVIR SULFATE", "FDA Approved Drug" -> "INDINAVIR SULFATE"|>, "PharmGKBID" -> "PA449977", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5462355], ExternalIdentifier["PubChemCompoundID", 5362440]}, "Synonyms" -> {"crixivan", "indinavir", "compound j", "indinavir sulfate", "fragment", "157810-81-6", "indinavir sulphate", "crixivan (tn)", "1sgu", "indinavir[wiki][usan]", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-(2-methyl-2-propanyl)-4-(3-pyridinylmethyl)-2-piperazinecarboxamide (non-preferred name)", "ind", "d-erythro-pentonamide 2,3,5-trideoxy-n-(2,3-dihydro-2-hydroxy-1h-inden-1-yl)-5-(2-(((1,1-dimethylethyl)amino)carbonyl)-4-(3-pyridinylmethyl)-1-piperazinyl)-2-(phenylmethyl)- (1(1s,2r),5(s))-", "1hsh", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazine-2-carboxamide", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazine-2-carboxamide(non-preferred name)", "150378-17-9[rn]", "(1(1s,2r),5(s))-2,3,5-trideoxy-n-(2,3-dihydro-2-hydroxy-1h-inden-1-yl)-5-(2-(((1,1-dimethylethyl)amino)carbonyl)-4-(3-pyridinylmethyl)-1-piperazinyl)-2-(phenylmethyl)-d-erythro-pentonamide", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-(2-methyl-2-propanyl)-4-(3-pyridinylmethyl)-2-piperazinecarboxamide", "mk1", "d-erythro-pentonamide 2,3,5-trideoxy-n-((1s,2r)-2,3-dihydro-2-hydroxy-1h-inden-1-yl)-5-((2s)-2-(((1,1-dimethylethyl)amino)carbonyl)-4-(3-pyridinylmethyl)-1-piperazinyl)-2-(phenylmethyl)-", "1hsg", "idv", "n-[2(r)-hydroxy-1(s)-indanyl]-5-[(2(s)-tertiary butylaminocarbonyl)-4(3-pyridylmethyl)piperazino]-4(s)-hydroxy-2(r)-phenylmethylpentanamide", "2avo", "l-735,524", "1sdt", "1sdu", "1sdv", "indinavir sulfate [usan]", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazine-2-carboxamidesulfate(1:1) (non-preferred name)", "mk 639", "(2s)-1-[(2s,4s)-2-hydroxy-4-[[(1r,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]carbamoyl]-5-phenyl-pentyl]-4-(pyridin-3-ylmethyl)-n-tert-butyl-piperazine-2-carboxamide", "dsstox_rid_80126", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-4-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]carbamoyl}butyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazine-2-carboxamide; sulfuric acid", "d-erythro-pentonamide 2,3,5-trideoxy-n- (2,3-dihydro-2- hydroxy-1h-inden-1-yl)-5-[2-[[(1,1-dimethylethyl)amino] carbonyl]-4-(3-pyridinylmethyl)-1-piperazinyl]-2-(phenylmethyl)- [1(1s,2r),5(s)- sulfate (1:1) (salt)", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazine-2-carboxamidesulfate(salt)", "dsstox_cid_24221", "indinavir sulfate[usan]", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazin-2-carboxamidsulfat(salt)", "indinavir sulfate (usan)", "[1(1s,2r),5(s)]-2,3,5-trideoxy-n-(2,3-dihydro-2-hydroxy-1h-inden-1-yl)-5-[2-[[(1,1-dimethylethyl)amino]carbonyl]-4-(3-pyridinylmethyl)-1-piperazinyl]-2-(phenylmethyl)-d-erythro-pentonamidesulfate (1:", "157810-81-6[rn]", "indinivar sulphate", "(2s)-1-[(2s,4r)-4-benzyl-2-hydroxy-5-{[(1s,2r)-2-hydroxy-2,3-dihydro-1h-inden-1-yl]amino}-5-oxopentyl]-n-tert-butyl-4-(pyridin-3-ylmethyl)piperazine-2-carboxamidesulfate(salt) (non-preferred name)"}|>, "7822" -> <|"DatabaseID" -> "SW03980", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "445872"], ExternalIdentifier["ChEBIID", "53775"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65319]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06804"]}, "IsomericSmiles" -> "CCCCCCCCCc1ccc(cc1)OCCOCCOCCOCCOCCOCCOCCOCCOCCO", "OfficialNames" -> <|"Indian Approved Name" -> "nonylphenoxypolyethoxy-ethanol", "FDA Approved Drug" -> "NONOXYNOL-9"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72385]}, "Synonyms" -> {"nonoxynol-9", "n-9", "delfen", "conceptrol", "advantage 24", "nonaethylene glycol nonylphenyl ether", "gynoll", "nonoxynol 9", "vcf", "nonylphenol octa(oxyethylene) ethanol", "today", "nonaethylene glycol mono(nonylphenyl) ether", "semicid", "42173-90-0[rn]", "n 9", "26571-11-9", "c-film", "26-(nonylphenoxy)-3,6,9,12,15,18,21,24-octaoxahexacosan-1-ol", "co-630sp", "41257-07-2[rn]", "247-816-5[einecs]", "igepal co-630", "26571-11-9[rn]", "nonoxinol 9", "staycept", "dowfax 9n9 neutronyx 611", "26-(nonylphenoxy)-3", "255-695-5[einecs]", "2-[2-[2-[2-[2-[2-[2-[2-[2-(4-nonylphenoxy)ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethanol", "today[wiki]", "2-(2-(2-(2-(2-(2-(2-(2-(2-(4-nonylphenoxy)ethoxy)ethoxy)ethoxy)ethoxy)ethoxy)ethoxy)ethoxy)ethoxy)ethanol", "intercept[wiki]", "26027-38-3[rn]", "peg-9 nonyl phenyl ether", "gynol ii", "nonylphenoxypolyethoxyethanol", "tergitol tp-9", "3,6,9,12,15,18,21,24-octaoxahexacosan-1-ol 26-(4-nonylphenoxy)-", "nonoxinol", "14409-72-4[rn]", "n9", "k-y plus nonoxynol-9", "conco ni-90", "polyethylene glycol 450 nonyl phenyl ether", "polyoxyethylene (9) nonyl phenyl ether", "26-(4-nonylphenoxy)-3,6,9,12,15,18,21,24-octaoxahexacosan-1-ol", "chebi:53775"}|>, "7823" -> <|"DatabaseID" -> "SW03981", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25977]}, "IsomericSmiles" -> "CCCCCCCCCCCCCC(=O)O[C@@H]1[C@H]([C@]2([C@@H](C=C(C[C@]3([C@H]2C=C(C3=O)C)O)CO)[C@H]4[C@@]1(C4(C)C)OC(=O)C)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phorbol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27924]}, "Synonyms" -> {"phorbol 12-myristate 13-acetate", "tetradecanoylphorbol acetate", "12-o-tetradecanoylphorbol 13-acetate", "phorbol ester", "factor a1", "phorbol myristate acetate", "12-tetradecanoylphorbol 13-acetate", "2407201[beilstein]", "phorbol 12-tetradecanoate 13-acetate", "phorbol 13-acetate 12-myristate", "12-tetradecanoylphorbol 13-monoacetate", "20839-11-6[rn]", "tetradecanoic acid (1ar,1bs,4ar,7as,7bs,8r,9r,9as)-9a-(acetyloxy)-1a,1b,4,4a,5,7a,7b,8,9,9a-decahydro-4a,7b-dihydroxy-3-(hydroxymethyl)-1,1,6,8-tetramethyl-5-oxo-1h-cyclopropa[3,4]benz[1,2-e]azulen-9-yl ester", "pma", "11019-85-5[rn]", "16561-29-8", "12-o-tetradecanoylphorbol-13-acetate", "phorbol-myristate acetate", "27936-27-2[rn]", "13-o-acetylphorbol 12-myristate", "12-o-tetradecanoyl phorbol acetate", "(1ar,1bs,4ar,7as,7bs,8r,9r,9as)-9a-(acetyloxy)-1a,1b,4,4a,5,7a,7b,8,9,9a-decahydro-4a,7b-dihydroxy-3-(hydroxymethyl)-1,1,6,8-tetramethyl-5-oxo-1h-cyclopropa[3,4]benz[1,2-e]azulen-9-yl tetradecanoate", "(1ar,1bs,4ar,7as,7bs,8r,9r,9as)-9a-(acetyloxy)-4a,7b-dihydroxy-3-(hydroxymethyl)-1,1,6,8-tetramethyl-5-oxo-1a,1b,4,4a,5,7a,7b,8,9,9a-decahydro-1h-cyclopropa[3,4]benzo[1,2-e]azulen-9-yl tetradecanoate", "27534-73-2[rn]", "13-tetradecanoylphorbol acetate", "phorbol 12-myristate 13-acetate (pma)", "phorbol-12-myristate-13-acetate", "factor a1 (croton oil)", "16561-29-8[rn]", "12-o-tetradekanoylphorbol-13-acetat[german]", "phorbol 13 acetate 12 myristate", "pentahydroxy-tigliadienone-monoacetate(c)monomyristate(b)", "tpa", "[16561-29-8]", "12-tetradecanoylphorbol-13-acetate", "(1ar,1bs,4ar,7as,7bs,8r,9r,9as)-9a-acetoxy-4a,7b-dihydroxy-3-(hydroxymethyl)-1,1,6,8-tetramethyl-5-oxo-1a,1b,4,4a,5,7a,7b,8,9,9a-decahydro-1h-cyclopropa[3,4]benzo[1,2-e]azulen-9-ylmyristate[acd/iupac name]", "11016-13-0[rn]", "(1ar,1bs,4ar,7as,7bs,8r,9r,9as)-9a-acetoxy-4a,7b-dihydroxy-3-(hydroxymethyl)-1,1,6,8-tetramethyl-5-oxo-1a,1b,4,4a,5,7a,7b,8,9,9a-decahydro-1h-cyclopropa[3,4]benzo[1,2-e]azulen-9-yltetradecanoate", "phorbol-12-myristate 13-acetate", "-yl ester", "26894-58-6[rn]"}|>, "7824" -> <|"DatabaseID" -> "SW03982", "IsomericSmiles" -> "CC(=O)O[C@H]1C[C@@]2(CC[C@@H]3[C@@H]([C@]2(C[C@@H]1N4CC[N+](CC4)(C)C)C)CC[C@]5([C@H]3C[C@@H]([C@@H]5OC(=O)C)N6CC[N+](CC6)(C)C)C)C", "OfficialNames" -> <|"Indian Approved Name" -> "pipercuronium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 52944009]}, "Synonyms" -> {"chembl1614663", "pipercuronium"}|>, "7825" -> <|"DatabaseID" -> "SW03983", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476308]}, "IsomericSmiles" -> "CC([C@@]1(CC[C@]2([C@@]1([C@@H](CC3[C@]2(CC=C4[C@@]3(CC[C@@H](C4)O)C)O)OC(=O)/C=C/c5ccccc5)C)O)O)OC(=O)c6cccnc6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gagaminin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317439]}, "Synonyms" -> {"gagaminin", "ac1nsvlm", "1-[(3s"}|>, "7826" -> <|"DatabaseID" -> "SW03983", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476308]}, "IsomericSmiles" -> "CC([C@@]1(CC[C@]2([C@@]1([C@@H](CC3[C@]2(CC=C4[C@@]3(CC[C@@H](C4)O)C)O)OC(=O)/C=C/c5ccccc5)C)O)O)OC(=O)c6cccnc6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gagaminin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317439]}, "Synonyms" -> {"gagaminin", "ac1nsvlm", "1-[(3s"}|>, "7827" -> <|"DatabaseID" -> "SW03983", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476308]}, "IsomericSmiles" -> "CC([C@@]1(CC[C@]2([C@@]1([C@@H](CC3[C@]2(CC=C4[C@@]3(CC[C@@H](C4)O)C)O)OC(=O)/C=C/c5ccccc5)C)O)O)OC(=O)c6cccnc6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gagaminin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317439]}, "Synonyms" -> {"gagaminin", "ac1nsvlm", "1-[(3s"}|>, "7828" -> <|"DatabaseID" -> "SW03983", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476308]}, "IsomericSmiles" -> "CC([C@@]1(CC[C@]2([C@@]1([C@@H](CC3[C@]2(CC=C4[C@@]3(CC[C@@H](C4)O)C)O)OC(=O)/C=C/c5ccccc5)C)O)O)OC(=O)c6cccnc6", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gagaminin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317439]}, "Synonyms" -> {"gagaminin", "ac1nsvlm", "1-[(3s"}|>, "7829" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7830" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7831" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7832" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7833" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7834" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7835" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7836" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7837" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7838" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7839" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7840" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7841" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7842" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7843" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7844" -> <|"DatabaseID" -> "SW03984", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4526690]}, "IsomericSmiles" -> "CC1C(CCC2(C1C3=CCC4C5(CCC(C(C5CCC4(C3(CC2)C)C)(C)C)OC(=O)/C=C/c6ccc(cc6)O)C)C(=O)[O-])CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "rubicoumaric acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5377693]}, "Synonyms" -> {"rubicoumaric acid", "2-(hydroxymethyl)-10-[(e)-3-(4-hydroxyphenyl)prop-2-enoyl]oxy-1", "ac1ntbld", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oic acid", "30-hydroxy-3-([(2e)-3-(4-hydroxyphenyl)-2-propenoyl]oxy)urs-12-en-28-oicacid"}|>, "7845" -> <|"DatabaseID" -> "SW03985", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21436210]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OCc1cc(=O)c(co1)OC(=O)CCCCCCCCCCCCCCC", "OfficialNames" -> <|"Indian Approved Name" -> "kojic acid dipalmitate"|>, "Synonyms" -> {"79725-98-7[rn]", "4-oxo-6-[(palmitoyloxy)methyl]-4h-pyran-3-yl palmitate", "hexadecanoic acid,4-oxo-6-[[(1-oxohexadecyl)oxy]methyl]-4h-pyran-3-yl ester", "6-[(hexadecanoyloxy)methyl]-4-oxo-4h-pyran-3-yl hexadecanoate", "kojic acid dipalmitate", "k-7050"}|>, "7846" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7847" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7848" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7849" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7850" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7851" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7852" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7853" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7854" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7855" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7856" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7857" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7858" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7859" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7860" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7861" -> <|"DatabaseID" -> "SW03986", "IsomericSmiles" -> "c1cc(ccc1c2cc(=O)c3c(cc(cc3o2)O[C@H]4C(C([C@@H]([C@@H](O4)C(=O)[O-])O)O)O)[O-])O[C@H]5C(C([C@@H](C(O5)C(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apigenin-7-diglucuronide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44257817]}, "Synonyms" -> {"lmpk12110361", "apigenin 7"}|>, "7862" -> <|"DatabaseID" -> "SW03987", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7935"], ExternalIdentifier["ChEBIID", "7934"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390117], ExternalIdentifier["ChemSpiderID", 145115]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01421"]}, "IsomericSmiles" -> "C1[C@H]([C@@H]([C@H]([C@@H]([C@H]1[NH3+])O[C@@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)[NH3+])O[C@H]3[C@@H]([C@@H]([C@H](O3)CO)O[C@@H]4[C@@H]([C@H]([C@@H]([C@@H](O4)C[NH3+])O)O)[NH3+])O)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00868"], ExternalIdentifier["KEGGID", "D07467"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "paromomycin", "FDA Approved Drug" -> "PAROMOMYCIN SULFATE"|>, "PharmGKBID" -> "PA164784023", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441375], ExternalIdentifier["PubChemCompoundID", 165580]}, "Synonyms" -> {"paromomycin", "aminosidine", "paramomycin sulfate", "aminosidin", "humatin", "paromomycin sulfate salt", "16s ribosomal ribonucleic acid", "humatin (tn)", "paromomycinsulfatesalt", "humatin[wiki]", "hatt & paromomycin", "catenulin", "paromomycin sulfate", "hydroxymycin sulfate", "231-423-0[einecs]", "aminosidine sulphate", "(2r,3s,4r,5r,6r)-5-amino-6-[(1r,2r,3s,4r,6s)-4,6-diamino-2-[(2s,3r,4s,5r)-4-[(2r,3r,4r,5s,6s)-3-amino-6-(aminomethyl)-4,5-dihydroxy-oxan-2-yl]oxy-3-hydroxy-5-(hydroxymethyl)oxolan-2-yl]oxy-3-hydroxy-cyclohexyl]oxy-2-(hydroxymethyl)oxane-3,4-diol", "a-d-glucopyranoside (1r,2r,3s,4r,6s)-4,6-diamino-2-[[3-o-(2,6-diamino-2,6-dideoxy-b-l-idopyranosyl)-b-d-ribofuranosyl]oxy]-3-hydroxycyclohexyl2-amino-2-deoxy-,sulfate (1:1) (salt)", "amminosidin", "gabbroral", "humycin sulfate", "1263-89-4[rn]", "paromomycin sulfate rx346208", "antibiotic 503-3", "pa1-pa2-pa3-pa4", "7542-37-2 (free base)", "pargonyl", "zygomycin a", "par", "ncgc00166210-01", "paromomycin sulfate[jan]", "(2s", "(2s,3s,4r,5r,6r)-5-amino-2-(aminomethyl)-6-{[(2r,3s,4r,5s)-5-{[(1r,2r,3s,5r,6s)-3,5-diamino-2-{[(2s,3r,4r,5s,6r)-3-amino-4,5-dihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-6-hydroxycyclohexyl]oxy}-4-hydroxy-2-(hydroxymethyl)tetrahydrofuran-3-yl]oxy}tetrahydro-2h-pyran-3,4-diolsulfate (salt)", "7542-37-2[rn]", "paromomycin (tn)", "estomycin", "1600 antibiotic", "antibiotic sf 767b", "paromomycin sulphate", "aminosidine sulfate", "neomycin e", "zygomycin a1", "paromomycin i amminosidin,catenulin crestomycin monomycin a neomycin e", "aminosidin sulfate; aminosidine sulfate; aminosidine sulphate", "paromomycin (inn)", "monomycin a", "gabbromycin", "paucimycin", "sinosid[german]", "(2s,3s,4r,5r,6r)-5-amino-2-(aminomethyl)-6-{[(2r,3s,4r,5s)-5-{[(1r,2r,3s,5r,6s)-3,5-diamino-2-{[(2s,3r,4r,5s,6r)-3-amino-4,5-dihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-6-hydroxycyclohexyl]oxy}-4-hydroxy-2-(hydroxymethyl)tetrahydrofuran-3-yl]oxy}tetrahydro-2h-pyran-3,4-diolsulfat(salt)", "(1r,2r,3s,4r,6s)-4,6-diamino-2-{[3-o-(2,6-diamino-2,6-dideoxy-b-l-idopyranosyl)-b-d-ribofuranosyl]oxy}-3-hydroxycyclohexyl 2-amino-2-deoxy-a-d-glucopyranoside sulfate (1:1)", "4-18-00-07534", "paromomycin sulphates", "humycin", "aminosidin; catenulin; hydroxymycin;monomycin a; paromomycin;r 400; r-400; zygomycin a1;aminosidine; crestomycin;estomycin; hydroxymycin; neomycin e;paucimycin; paucimycinum", "1263-89-4", "aminosidin sulfate", "gabbromicina", "hydroxymycin", "crestomycin", "paromomycin i", "paromomicina; paromomycin; paromomycine; paromomycinum", "paromomycin[wiki]", "paramicina", "quintomycin c", "antibiotic 2230d"}|>, "7863" -> <|"DatabaseID" -> "SW03988", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53636"], ExternalIdentifier["ChEBIID", "7508"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00994"], ExternalIdentifier["DrugBankID", "00452"]}, "IsomericSmiles" -> "C1[C@H]([C@@H]([C@H]([C@@H]([C@H]1[NH3+])O[C@@H]2[C@@H]([C@H]([C@@H]([C@H](O2)C[NH3+])O)O)[NH3+])O[C@H]3[C@@H]([C@@H]([C@H](O3)CO)O[C@@H]4[C@@H]([C@H]([C@@H]([C@@H](O4)C[NH3+])O)O)[NH3+])O)O)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01618"], ExternalIdentifier["KEGGID", "D05140"]}, "OfficialNames" -> <|"China Approved Name" -> "neomycin", "Indian Approved Name" -> "neomycin sulph;neomycin;framycetin", "Australia Approved Name" -> "FRAMYCETIN;NEOMYCIN", "FDA Approved Drug" -> "NEOMYCIN SULFATE"|>, "PharmGKBID" -> {"PA164743181", "PA450608"}, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8378]}, "Synonyms" -> {"framycetin", "mycifradin", "fradiomycin", "soframycin", "neomycin b", "soframycine", "fradiomycinum", "neomas", "neo-fradin", "neofracin", "neo-mantle creme", "mycifradin-n", "neosulf", "neo-rx", "neobrettin", "biosol", "vonamycin powder v", "nivemycin", "myacine", "neomycin", "endomixin", "neobiotic", "bykomycin", "neolate", "tuttomycin", "myacyne", "myciguent", "lidamycin creme", "neomix", "fraquinol", "antibiotique", "actiline", "dekamycin v", "nebramycin x", "negamicin", "fradiomycin b", "soframycin ophthalmic", "framygen", "enterfram", "actilin", "framycetinum[latin]", "framycetine[french][inn]", "quintess-n", "pimavecort", "1405-10-3[rn]", "1404-04-2[rn]", "1393-86-8[rn]", "neobiosamine b", "framicetina[spanish][inn]", "vonamycin", "215-773-1[einecs]", "neomycine[french][inn]", "(1r,2r,3s,4r,6s)-4,6-diamino-2-{[3-o-(2,6-diamino-2,6-dideoxy-b-l-idopyranosyl)-b-d-ribofuranosyl]oxy}-3-hydroxycyclohexyl 2,6-diamino-2,6-dideoxy-a-d-glucopyranoside", "204-292-2[einecs]", "neomycin[wiki]", "bdg-(1-4)cyy-(5-1)rib-(3-1)idg", "nmy", "4-18-00-07476 (beilstein handbook reference)[beilstein]", "bdg-(1-4)neb-(5-1)rib-(3-1)ned", "neamin", "215-766-3[einecs]", "neomicina [dcit]", "framycetinum [inn_la]", "11025-81-3[rn]", "neomcin", "new france f", "a-d-glucopyranoside (1r,2r,3s,4r,6s)-4,6-diamino-2-[[3-o-(2,6-diamino-2,6-dideoxy-b-l-idopyranosyl)-b-d-ribofuranosyl]oxy]-3-hydroxycyclohexyl2,6-diamino-2,6-dideoxy-", "mycigient", "framycetin [ban:dcf:inn][inn]", "119-04-0[rn]", "antibiotique ef 185", "neomycinum[latin]", "neomin", "337376-15-5", "fradiomycin sulfate", "neomycin sulfate", "bnph ont (bacitracin zinc + hydrocortisone acetate + neomycin sulfate + polymyxin b sulfate)_mixture", "proctosone sup (dibucaine hydrochloride + esculin + hydrocortisone acetate + neomycin sulfate)_mixture", "neodecadron eye ear solution 0.1% (dexamethasone phosphate + neomycin sulfate)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "optimyxin plus oto-opht gtte (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo darbazine spansule no 3 (isopropamide iodide + neomycin sulfate + prochlorperazine maleate)_mixture", "scour suspension (atropine sulfate + calcium phosphate + hyoscyamine sulfate + kaolin + neomycin sulfate + pectin + succinylsulfathiazole)_mixture", "neorease (neomycin sulfate + sulfamethazine + sulfathiazole)_mixture", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "neo-cortef (hydrocortisone acetate + neomycin sulfate)_mixture", "neomix-pamine solution (methscopolamine bromide + neomycin sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosulf bolus (calcium chloride + magnesium chloride + neomycin sulfate + potassium acetate + sodium acetate + sodium chloride + sulfamethazine)_mixture", "neo-oxytetracycline (neomycin sulfate + oxytetracycline hydrochloride)_mixture", "fml-neo oph sus (fluorometholone + neomycin sulfate)_mixture", "scour-plug (calcium chloride + magnesium chloride + neomycin sulfate + potassium acetate + sodium acetate + sodium chloride + sulfamethazine)_mixture", "sulkamycin s bolettes (neomycin sulfate + sulfamethazine)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "neovast tabs (kaolin + neomycin sulfate + pectin + sulfadiazine + sulfaguanidine + sulfamerazine + sulfathiazole)_mixture", "proctosone ont (dibucaine hydrochloride + esculin + hydrocortisone acetate + neomycin sulfate)_mixture", "scour solution (methscopolamine bromide + neomycin sulfate)_mixture", "neomycin trisulfate salt hydrate", "neosporin ointment (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "kaobiotic bolus (kaolin + neomycin sulfate + pectin + sulfadiazine + sulfaguanidine + sulfamerazine + sulfathiazole)_mixture", "solvaderm ointment (neomycin sulfate + nystatin + thiostrepton [antibiotic of a streptomyces species] + triamcinolone acetonide)_mixture", "neosporin ophthalmic ointment (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "neox (neomycin sulfate + oxytetracycline hydrochloride)_mixture", "neo sulfalyte bolus (calcium chloride + magnesium chloride + neomycin sulfate + potassium acetate + sodium acetate + sodium chloride + sulfamethazine)_mixture", "diosporin ointment (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "dioptrol suspension (dexamethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "neo chlor powder (neomycin sulfate + tetracycline hydrochloride)_mixture", "caswell no. 595", "biosol-m-aquadrops liq (methscopolamine bromide + neomycin sulfate)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "neomycin b sulfate", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "kaobiotic tab (kaolin + neomycin sulfate + pectin + sulfadiazine + sulfaguanidine + sulfamerazine + sulfathiazole)_mixture", "cicatrin powder (bacitracin zinc + glycine + l-cysteine + neomycin sulfate + threonine)_mixture", "ak spor liq (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo-tet pws (neomycin sulfate + oxytetracycline hydrochloride)_mixture", "scour solution coop (methscopolamine bromide + neomycin sulfate)_mixture", "optisone (neomycin + prednisolone)_mixture", "certreat scours oblets (chlortetracycline hydrochloride + neomycin sulfate + nicotinic acid + vitamin a + vitamin d)_mixture", "neotet soluble concentrate (neomycin sulfate + oxytetracycline hydrochloride)_mixture", "pinkeye spray (gentian violet + neomycin sulfate)_mixture", "panolog cream (neomycin sulfate + nystatin + thiostrepton [antibiotic of a streptomyces species] + triamcinolone acetonide)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "neo-medrol acne lotion (aluminum chlorohydrate + methylprednisolone acetate + neomycin sulfate + sulfur)_mixture", "neo oxymed powder (neomycin sulfate + oxytetracycline hydrochloride)_mixture", "scour bolus plus (calcium carbonate + magnesium oxide + menadione sodium bisulfite + neomycin sulfate + potassium acetate + sodium acetate + sodium chloride + streptomycin sulfate + sulfamerazine + sulfamethazine + sulfanilamide + sulfathiazole + vitamin a + vitamin d)_mixture", "aminoderm poudre (glycine + l-cysteine + neomycin sulfate + threonine)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "keraplex spray (methyl violet + neomycin sulfate)_mixture", "neotopic ointment (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "neo darbazine spansule capsule no 1 (isopropamide iodide + neomycin sulfate + prochlorperazine maleate)_mixture", "neosulf plus bolus (calcium chloride + magnesium chloride + neomycin sulfate + potassium acetate + sodium acetate + sodium chloride + sulfamethazine)_mixture", "ak trol suspension (dexamethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "ophtacin-h ophtalmic ointment (bacitracin zinc + hydrocortisone acetate + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "vetropolycin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "previte (neomycin sulfate + selenium sulfide + streptomycin sulfate + vitamin a + vitamin d + vitamin e + vitamin k1)_mixture", "16s ribosomal ribonucleic acid", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "tresaderm dermatologic solution (dexamethasone + neomycin sulfate + thiabendazole)_mixture", "theraderm cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "neosulf (neomycin sulfate + sulfamethazine + sulfathiazole)_mixture", "scour treat liq (neomycin sulfate + sulfamethazine + sulfathiazole)_mixture", "viaderm kc cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "neosol m aquadrops (methscopolamine bromide + neomycin sulfate)_mixture", "usaf cb-19", "maxitrol (dexamethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "p.t. booster (calcium d-pantothenate + neomycin sulfate + nicotinic acid + pyridoxine hydrochloride + streptomycin sulfate + vitamin a + vitamin b1 + vitamin b12 + vitamin b2 + vitamin d3)_mixture", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "neo-terramycin 50/50 premix (neomycin sulfate + oxytetracycline hydrochloride)_mixture", "neo p.p.g. (neomycin sulfate + penicillin g potassium)_mixture", "kenacomb (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "sandoz cortimyxin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "neosulpec (kaolin + neomycin + pectin + sulfaguanidine + sulfamethazine + sulfathiazole)_mixture", "neomycin sulphate", "wound & pinkeye spray (gentian violet + neomycin sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "neo atropec c tab (aluminum hydroxide + atropine methylnitrate + kaolin + neomycin sulfate + pectin + sulfacetamide + sulfaguanidine)_mixture", "neo terramycin soluble powder (neomycin sulfate + oxytetracycline hydrochloride)_mixture", "spor-hc otic susp (hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "calf scour bolus (atropine sulfate + calcium phosphate + hyoscyamine sulfate + kaolin + neomycin sulfate + pectin + sulfaguanidine + sulfathiazole + vitamin a)_mixture", "co-op pinkeye spray (gentian violet + neomycin sulfate)_mixture", "neo-medrol (methylprednisolone acetate + neomycin sulfate)_mixture", "neo atropec tab (aluminum hydroxide + atropine methylnitrate + kaolin + neomycin sulfate + pectin + sulfacetamide + sulfaguanidine)_mixture", "ophtacin ophtalmic ointment (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "beef cattle vit ade premix medicated (neomycin sulfate + oxytetracycline hydrochloride + vitamin a + vitamin d3 + vitamin e)_mixture", "viaderm kc ont (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "vetropolycin hc ont (bacitracin zinc + hydrocortisone acetate + neomycin sulfate + polymyxin b)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "neo sulfa-e (calcium chloride + magnesium chloride + neomycin sulfate + potassium acetate + sodium acetate + sodium chloride + sulfamethazine)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "mecomb cream 0.1% (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "triple sulfa plus neomycin (neomycin sulfate + sulfamerazine sodium + sulfamethazine sodium + sulfathiazole sodium)_mixture", "enterolyte (calcium chloride dihydrate + magnesium chloride + neomycin sulfate + potassium acetate + sodium acetate + sodium chloride + sulfamethazine)_mixture", "bacitracin-neomycin-polymixin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "neo atropec 25 tab (aluminum hydroxide + atropine methylnitrate + kaolin + neomycin sulfate + pectin + sulfacetamide + sulfaguanidine)_mixture", "neotetramed powder (neomycin sulfate + tetracycline hydrochloride)_mixture", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "otizol hc liq (hydrocortisone acetate + lidocaine hydrochloride + neomycin sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "sulectim plus scour boluses (calcium carbonate + magnesium oxide + menadione sodium bisulfite + neomycin sulfate + potassium acetate + sodium acetate + sodium chloride + streptomycin sulfate + sulfamerazine + sulfamethazine + sulfanilamide + sulfathiazole sodium + vitamin a + vitamin d)_mixture", "oribiotic ointment (bacitracin + lidocaine + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "dioptrol ointment (dexamethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "neopaste (aluminum hydroxide + calcium chloride + magnesium chloride + neomycin sulfate + potassium acetate + sodium acetate + sodium chloride + sulfamethazine + sulfathiazole)_mixture", "panolog ointment (neomycin sulfate + nystatin + thiostrepton [antibiotic of a streptomyces species] + triamcinolone acetonide)_mixture", "neo-chlor (neomycin sulfate + tetracycline hydrochloride)_mixture", "ratio-triacomb regular cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "cxcr-4", "fusin", "fb22", "cd184 antigen", "lcr1", "neomycin a", "hm89", "stromal cell- derived factor 1 receptor", "streptothricin b", "npyrl", "framycetinum [inn-latin]", "lestr", "sdf-1 receptor", "cxc-r4", "leukocyte-derived seven transmembrane domain receptor", "sofratulle"}|>, "7864" -> <|"DatabaseID" -> "SW03989", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479515]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@@H]1Cc4ccc(c(c4)Oc5ccc(cc5)CC6c7cc(c(cc7CC[NH+]6C)OC)O3)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tetrandrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321894]}, "Synonyms" -> {"518-34-3[rn]", "akos015960573", "ac-20326", "tetrandrine"}|>, "7865" -> <|"DatabaseID" -> "SW03989", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479515]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@@H]1Cc4ccc(c(c4)Oc5ccc(cc5)CC6c7cc(c(cc7CC[NH+]6C)OC)O3)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tetrandrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321894]}, "Synonyms" -> {"518-34-3[rn]", "akos015960573", "ac-20326", "tetrandrine"}|>, "7866" -> <|"DatabaseID" -> "SW03989", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479515]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@@H]1Cc4ccc(c(c4)Oc5ccc(cc5)CC6c7cc(c(cc7CC[NH+]6C)OC)O3)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tetrandrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321894]}, "Synonyms" -> {"518-34-3[rn]", "akos015960573", "ac-20326", "tetrandrine"}|>, "7867" -> <|"DatabaseID" -> "SW03989", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479515]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@@H]1Cc4ccc(c(c4)Oc5ccc(cc5)CC6c7cc(c(cc7CC[NH+]6C)OC)O3)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tetrandrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321894]}, "Synonyms" -> {"518-34-3[rn]", "akos015960573", "ac-20326", "tetrandrine"}|>, "7868" -> <|"DatabaseID" -> "SW03989", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479515]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@@H]1Cc4ccc(c(c4)Oc5ccc(cc5)CC6c7cc(c(cc7CC[NH+]6C)OC)O3)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tetrandrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321894]}, "Synonyms" -> {"518-34-3[rn]", "akos015960573", "ac-20326", "tetrandrine"}|>, "7869" -> <|"DatabaseID" -> "SW03989", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479515]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@@H]1Cc4ccc(c(c4)Oc5ccc(cc5)CC6c7cc(c(cc7CC[NH+]6C)OC)O3)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tetrandrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321894]}, "Synonyms" -> {"518-34-3[rn]", "akos015960573", "ac-20326", "tetrandrine"}|>, "7870" -> <|"DatabaseID" -> "SW03989", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479515]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@@H]1Cc4ccc(c(c4)Oc5ccc(cc5)CC6c7cc(c(cc7CC[NH+]6C)OC)O3)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tetrandrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321894]}, "Synonyms" -> {"518-34-3[rn]", "akos015960573", "ac-20326", "tetrandrine"}|>, "7871" -> <|"DatabaseID" -> "SW03989", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479515]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c3c2[C@@H]1Cc4ccc(c(c4)Oc5ccc(cc5)CC6c7cc(c(cc7CC[NH+]6C)OC)O3)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tetrandrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321894]}, "Synonyms" -> {"518-34-3[rn]", "akos015960573", "ac-20326", "tetrandrine"}|>, "7872" -> <|"DatabaseID" -> "SW03990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)C[C@H]6c7c(cc(c(c7O3)OC)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-tetrandrine;iso-sinomenine;iso-tetrandrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73078]}, "Synonyms" -> {"d-tetrandrine", "tetrandrine", "(+)-tetrandrine", "tetrandrin", "dl-tetrandine", "fanchinine", "sinomenine a", "hanfangchin a", "iso-tetrandrine", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8,10,12(34),18,20,22(33),24(32),25,27(31),35-do", "(s", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.022,33.027,31]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24,26,31,35-dodecaen", "518-34-3[rn]", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecaenecompound", "(s,s)-tetrandrine", "dl-tetandrine", "(s,s)-(+)-tetrandrine", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8,10,12(34),18,20,22(33),24(32),25,27(31),35-dodecaene", "2-27-00-00889 (beilstein handbook reference)[beilstein]", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.2<3,6>.1<8,12>.1<14,18>.0<22,36>.0<27,31>]hexatriaconta-3(33),4,6(34),8(35),9,11,18(36),19,21,24,26,31-dodecae; ne", "tetrandrine(fanchinine)", "2-27-00-00889", "23495-89-8[rn]", "tetrandrine (dl)", "(1b)-6,6',7,12-tetramethoxy-2,2'-dimethylberbaman", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.022,33.027,31]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24,26,31,35-dodecaene", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecaene"}|>, "7873" -> <|"DatabaseID" -> "SW03990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)C[C@H]6c7c(cc(c(c7O3)OC)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-tetrandrine;iso-sinomenine;iso-tetrandrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73078]}, "Synonyms" -> {"d-tetrandrine", "tetrandrine", "(+)-tetrandrine", "tetrandrin", "dl-tetrandine", "fanchinine", "sinomenine a", "hanfangchin a", "iso-tetrandrine", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8,10,12(34),18,20,22(33),24(32),25,27(31),35-do", "(s", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.022,33.027,31]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24,26,31,35-dodecaen", "518-34-3[rn]", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecaenecompound", "(s,s)-tetrandrine", "dl-tetandrine", "(s,s)-(+)-tetrandrine", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8,10,12(34),18,20,22(33),24(32),25,27(31),35-dodecaene", "2-27-00-00889 (beilstein handbook reference)[beilstein]", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.2<3,6>.1<8,12>.1<14,18>.0<22,36>.0<27,31>]hexatriaconta-3(33),4,6(34),8(35),9,11,18(36),19,21,24,26,31-dodecae; ne", "tetrandrine(fanchinine)", "2-27-00-00889", "23495-89-8[rn]", "tetrandrine (dl)", "(1b)-6,6',7,12-tetramethoxy-2,2'-dimethylberbaman", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.022,33.027,31]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24,26,31,35-dodecaene", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecaene"}|>, "7874" -> <|"DatabaseID" -> "SW03990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)C[C@H]6c7c(cc(c(c7O3)OC)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-tetrandrine;iso-sinomenine;iso-tetrandrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73078]}, "Synonyms" -> {"d-tetrandrine", "tetrandrine", "(+)-tetrandrine", "tetrandrin", "dl-tetrandine", "fanchinine", "sinomenine a", "hanfangchin a", "iso-tetrandrine", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8,10,12(34),18,20,22(33),24(32),25,27(31),35-do", "(s", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.022,33.027,31]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24,26,31,35-dodecaen", "518-34-3[rn]", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecaenecompound", "(s,s)-tetrandrine", "dl-tetandrine", "(s,s)-(+)-tetrandrine", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8,10,12(34),18,20,22(33),24(32),25,27(31),35-dodecaene", "2-27-00-00889 (beilstein handbook reference)[beilstein]", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.2<3,6>.1<8,12>.1<14,18>.0<22,36>.0<27,31>]hexatriaconta-3(33),4,6(34),8(35),9,11,18(36),19,21,24,26,31-dodecae; ne", "tetrandrine(fanchinine)", "2-27-00-00889", "23495-89-8[rn]", "tetrandrine (dl)", "(1b)-6,6',7,12-tetramethoxy-2,2'-dimethylberbaman", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.022,33.027,31]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24,26,31,35-dodecaene", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecaene"}|>, "7875" -> <|"DatabaseID" -> "SW03990", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65868]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)C[C@H]6c7c(cc(c(c7O3)OC)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-tetrandrine;iso-sinomenine;iso-tetrandrine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73078]}, "Synonyms" -> {"d-tetrandrine", "tetrandrine", "(+)-tetrandrine", "tetrandrin", "dl-tetrandine", "fanchinine", "sinomenine a", "hanfangchin a", "iso-tetrandrine", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8,10,12(34),18,20,22(33),24(32),25,27(31),35-do", "(s", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.022,33.027,31]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24,26,31,35-dodecaen", "518-34-3[rn]", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecaenecompound", "(s,s)-tetrandrine", "dl-tetandrine", "(s,s)-(+)-tetrandrine", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8,10,12(34),18,20,22(33),24(32),25,27(31),35-dodecaene", "2-27-00-00889 (beilstein handbook reference)[beilstein]", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.2<3,6>.1<8,12>.1<14,18>.0<22,36>.0<27,31>]hexatriaconta-3(33),4,6(34),8(35),9,11,18(36),19,21,24,26,31-dodecae; ne", "tetrandrine(fanchinine)", "2-27-00-00889", "23495-89-8[rn]", "tetrandrine (dl)", "(1b)-6,6',7,12-tetramethoxy-2,2'-dimethylberbaman", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.022,33.027,31]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24,26,31,35-dodecaene", "(1s,14s)-9,20,21,25-tetramethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18(33),19,21,24(32),25,27(31),35-dodecaene"}|>, "7876" -> <|"DatabaseID" -> "SW03991", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 94673]}, "IsomericSmiles" -> "C[C@@H]1C[C@H]2[C@@H]3CCC4=CC(=O)C=C[C@@]4(C3=CC[C@@]2([C@H]1C(=O)C[NH+]5CCN(CC5)c6cc(nc(n6)N7CCCC7)N8CCCC8)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08606"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tirilazad"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 104903]}, "Synonyms" -> {"pnu 74006f", "tirilazad", "tirilazadum", "pregna-1", "(16a)-21-[4-(2,6-di-1-pyrrolidinyl-4-pyrimidinyl)-1-piperazinyl]-16-methylpregna-1,4,9(11)-triene-3,20-dione", "tirilazad[wiki]", "tirilazad [inn:ban]", "110101-66-1", "tirilazadum [inn-latin]", "tirilazadum[latin]", "tirilazad (inn)", "tirilazad of tirilazad", "110101-66-1[rn]", "u 74006"}|>, "7877" -> <|"DatabaseID" -> "SW03992", "IsomericSmiles" -> "c1cc(ccc1Oc2ccc(cc2Cl)NC(=O)c3cc(cc(c3O)I)I)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05693"]}, "OfficialNames" -> <|"Indian Approved Name" -> "rafoxanide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31475]}, "Synonyms" -> {"rafoxanide", "ranide", "disalan", "22662-39-1", "rafoxanidum [inn-latin]", "duofas", "mk-990", "flukanide", "bovanide"}|>, "7878" -> <|"DatabaseID" -> "SW03993", "IsomericSmiles" -> "CCN1CCN(C(=O)C1=O)C(=O)N[C@H]([C@H](C)O)C(=O)N[C@]2([C@@H]3N(C2=O)C(=C(CS3)CSc4nnnn4C)C(=O)[O-])OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03423"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cefbuperazone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127527]}, "Synonyms" -> {"cefbuperazone", "ac1q6loy", "ac1l2s5m", "bmy-25182", "cbpz", "tomiporan", "chembl1908372", "76610-84-9", "surecn49833", "cefbuperazone (usan/inn)"}|>, "7879" -> <|"DatabaseID" -> "SW03994", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140375]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)OC)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neferine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159654]}, "Synonyms" -> {"neferine", "neferin", "ar-1f9940", "4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-2-{[(1r)-6-methoxy-1-(4-methoxybenzyl)-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-yl]oxy}phenol", "chembl455560", "2292-16-2[rn]", "2292-16-2", "brn 1523459", "phenol 4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]-2-[[(1r)-1,2,3,4-tetrahydro-6-methoxy-1-[(4-methoxyphenyl)methyl]-2-methyl-7-isoquinolinyl]oxy]-", "4-(((1r)-6,7-dimethoxy-2-methyl-3,4-dihydro-1h-isoquinolin-1-yl)methyl)-2-(((1r)-6-methoxy-1-((4-methoxyphenyl)methyl)-2-methyl-3,4-dihydro-1h-isoquinolin-7-yl)oxy)phenol", "phenol", "ac1q56w1", "4-{[(1r)-6", "ac1l4m7x", "phenol 4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)-2-((1,2,3,4-tetrahydro-6-methoxy-1-((4-methoxyphenyl)methyl)-2-methyl-7-isoquinolinyl)oxy)-"}|>, "7880" -> <|"DatabaseID" -> "SW03994", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140375]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)OC)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neferine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159654]}, "Synonyms" -> {"neferine", "neferin", "ar-1f9940", "4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-2-{[(1r)-6-methoxy-1-(4-methoxybenzyl)-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-yl]oxy}phenol", "chembl455560", "2292-16-2[rn]", "2292-16-2", "brn 1523459", "phenol 4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]-2-[[(1r)-1,2,3,4-tetrahydro-6-methoxy-1-[(4-methoxyphenyl)methyl]-2-methyl-7-isoquinolinyl]oxy]-", "4-(((1r)-6,7-dimethoxy-2-methyl-3,4-dihydro-1h-isoquinolin-1-yl)methyl)-2-(((1r)-6-methoxy-1-((4-methoxyphenyl)methyl)-2-methyl-3,4-dihydro-1h-isoquinolin-7-yl)oxy)phenol", "phenol", "ac1q56w1", "4-{[(1r)-6", "ac1l4m7x", "phenol 4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)-2-((1,2,3,4-tetrahydro-6-methoxy-1-((4-methoxyphenyl)methyl)-2-methyl-7-isoquinolinyl)oxy)-"}|>, "7881" -> <|"DatabaseID" -> "SW03994", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140375]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)OC)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neferine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159654]}, "Synonyms" -> {"neferine", "neferin", "ar-1f9940", "4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-2-{[(1r)-6-methoxy-1-(4-methoxybenzyl)-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-yl]oxy}phenol", "chembl455560", "2292-16-2[rn]", "2292-16-2", "brn 1523459", "phenol 4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]-2-[[(1r)-1,2,3,4-tetrahydro-6-methoxy-1-[(4-methoxyphenyl)methyl]-2-methyl-7-isoquinolinyl]oxy]-", "4-(((1r)-6,7-dimethoxy-2-methyl-3,4-dihydro-1h-isoquinolin-1-yl)methyl)-2-(((1r)-6-methoxy-1-((4-methoxyphenyl)methyl)-2-methyl-3,4-dihydro-1h-isoquinolin-7-yl)oxy)phenol", "phenol", "ac1q56w1", "4-{[(1r)-6", "ac1l4m7x", "phenol 4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)-2-((1,2,3,4-tetrahydro-6-methoxy-1-((4-methoxyphenyl)methyl)-2-methyl-7-isoquinolinyl)oxy)-"}|>, "7882" -> <|"DatabaseID" -> "SW03994", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140375]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)OC)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "neferine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159654]}, "Synonyms" -> {"neferine", "neferin", "ar-1f9940", "4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-2-{[(1r)-6-methoxy-1-(4-methoxybenzyl)-2-methyl-1,2,3,4-tetrahydroisoquinolin-7-yl]oxy}phenol", "chembl455560", "2292-16-2[rn]", "2292-16-2", "brn 1523459", "phenol 4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]-2-[[(1r)-1,2,3,4-tetrahydro-6-methoxy-1-[(4-methoxyphenyl)methyl]-2-methyl-7-isoquinolinyl]oxy]-", "4-(((1r)-6,7-dimethoxy-2-methyl-3,4-dihydro-1h-isoquinolin-1-yl)methyl)-2-(((1r)-6-methoxy-1-((4-methoxyphenyl)methyl)-2-methyl-3,4-dihydro-1h-isoquinolin-7-yl)oxy)phenol", "phenol", "ac1q56w1", "4-{[(1r)-6", "ac1l4m7x", "phenol 4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)-2-((1,2,3,4-tetrahydro-6-methoxy-1-((4-methoxyphenyl)methyl)-2-methyl-7-isoquinolinyl)oxy)-"}|>, "7883" -> <|"DatabaseID" -> "SW03995", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dauricine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73400]}, "Synonyms" -> {"dauricine(8ci)", "dauricine", "dauricine (8ci)", "phenol 4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)-2-(4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)- (r-(r*,r*))-", "75683[beilstein]", "chembl442717", "524-17-4", "nsc 36413", "4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-2-(4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}phenoxy)phenol", "ac1l2jsm", "[r-(r*,r*)]-4-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]-2-[4-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]phenoxy]phenol", "ac1q56mp", "phenol", "chebi:4331", "524-17-4[rn]", "phenol 4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]-2-[4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]phenoxy]-"}|>, "7884" -> <|"DatabaseID" -> "SW03995", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dauricine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73400]}, "Synonyms" -> {"dauricine(8ci)", "dauricine", "dauricine (8ci)", "phenol 4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)-2-(4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)- (r-(r*,r*))-", "75683[beilstein]", "chembl442717", "524-17-4", "nsc 36413", "4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-2-(4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}phenoxy)phenol", "ac1l2jsm", "[r-(r*,r*)]-4-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]-2-[4-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]phenoxy]phenol", "ac1q56mp", "phenol", "chebi:4331", "524-17-4[rn]", "phenol 4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]-2-[4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]phenoxy]-"}|>, "7885" -> <|"DatabaseID" -> "SW03995", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dauricine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73400]}, "Synonyms" -> {"dauricine(8ci)", "dauricine", "dauricine (8ci)", "phenol 4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)-2-(4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)- (r-(r*,r*))-", "75683[beilstein]", "chembl442717", "524-17-4", "nsc 36413", "4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-2-(4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}phenoxy)phenol", "ac1l2jsm", "[r-(r*,r*)]-4-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]-2-[4-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]phenoxy]phenol", "ac1q56mp", "phenol", "chebi:4331", "524-17-4[rn]", "phenol 4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]-2-[4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]phenoxy]-"}|>, "7886" -> <|"DatabaseID" -> "SW03995", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66117]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(cc2[C@H]1Cc3ccc(cc3)Oc4cc(ccc4O)C[C@@H]5c6cc(c(cc6CC[NH+]5C)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dauricine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73400]}, "Synonyms" -> {"dauricine(8ci)", "dauricine", "dauricine (8ci)", "phenol 4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)-2-(4-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)- (r-(r*,r*))-", "75683[beilstein]", "chembl442717", "524-17-4", "nsc 36413", "4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-2-(4-{[(1r)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}phenoxy)phenol", "ac1l2jsm", "[r-(r*,r*)]-4-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]-2-[4-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]phenoxy]phenol", "ac1q56mp", "phenol", "chebi:4331", "524-17-4[rn]", "phenol 4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]-2-[4-[[(1r)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]phenoxy]-"}|>, "7887" -> <|"DatabaseID" -> "SW03996", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "34847"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22126], ExternalIdentifier["ChemSpiderID", 28234], ExternalIdentifier["ChemSpiderID", 2433]}, "IsomericSmiles" -> "CC(=O)Nc1c(c(c(c(c1I)N(C)C(=O)C)I)C(=O)[O-])I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01880"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MEGLUMINE METRIZOATE;METRIZOATE MAGNESIUM;METRIZOATE SODIUM;METRIZOIC ACID"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23664], ExternalIdentifier["PubChemCompoundID", 30400], ExternalIdentifier["PubChemCompoundID", 2528]}, "Synonyms" -> {"metrizoate sodium", "sodium metrizoate", "acide metrizoique", "acidum metrizoicum", "metrizoate", "metrizoic acid [jan]", "methylglucamine metrizoate", "isopaque 440", "3-acetamido-5-[acetyl(methyl)amino]-2,4,6-triiodobenzoic acid[acd/iupac name]", "3-acetylamino-5-(acetyl(methyl)amino)-2,4,6-triiodobenzoic acid", "meglumine metrizoate", "benzoic acid 3-acetamido-2,4,6-triiodo-5-(n-methylacetamido)-", "2822724[beilstein]", "3-acetamido-2,4,6-triiodo-5-(n-methylacetamido)benzoic acid", "n-methyl-3,5-diacetamido-2,4,6-triiodobenzoic acid", "benzoic acid 3-(acetylamino)-5-(acetylmethylamino)-2,4,6-triiodo-", "1949-45-7[rn]", "triosil", "metrizoic acid", "isopaque", "3-(acetylamino)-5-[acetyl(methyl)amino]-2,4,6-triiodobenzoic acid", "isopaque cerebral", "metrizoate magnesium", "3-(acetylamino)-5-(acetyl(methyl)amino)-2,4,6-triiodobenzoic acid", "3-acetamido-2,4 6-triiodo-5-(n-methylacetamido)benzoate-", "3-acetamido-2,4,6-triiodo-5-n-methylacetamidobenzoic acid", "217-761-1[einecs]", "1949-45-7", "metrizoic acid[jan]", "3-(acetylamino)-5-(acetylmethylamino)-2,4,6-triiodobenzoic acid", "1-deoxy-1-(methylamino)-d-glucitol 3-(acetylamino)-5-(acetylmethylamino)-2", "1-deoxy-1-(methylamino)-d-glucitol 3-(acetylamino)-5-(acetyl methylamino)-2", "einecs 230-641-3", "unii-v717ms5d5b", "magnesium metrizoate", "244-130-8[einecs]", "20968-37-0[rn]", "7241-11-4[rn]", "einecs 244-130-8", "metrizoate de methylglucamine[french]", "metrizoate de methylglucamine [french]", "20968-37-0", "isopaque coronar", "230-641-3[einecs]", "magnesium 3-acetamido-5-[acetyl(methyl)amino]-2", "ac1l1jim", "magnesium 3-(acetylamino)-5-(acetylmethylamino)-2", "18555-27-6[rn]", "d-glucitol", "metrizoate meglumine"}|>, "7888" -> <|"DatabaseID" -> "SW03997", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 27150]}, "IsomericSmiles" -> "CC(=O)NCc1c(c(c(c(c1I)NC(=O)C)I)C(=O)[O-])I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01979"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IODAMIDE MEGLUMINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 29182]}, "Synonyms" -> {"renovue-65", "iodamide n-methyl-d-glucamine salt", "conraxin h", "iodamide methylglucamine", "meglumine iodamide", "iodamide meglumine", "renovue-dip", "iodamide 300", "1-deoxy-1-(methylamino)-d-glucitol ?,5-diacetamido-2,4,6-triiodo-m-toluate", "1-deoxy-1-(methylamino)-d-glucitol a,5-diacetamido-2,4,6-triiodo-m-toluate (salt)", "523-89-7[rn]", "jodamid methylglucaminsalz [german]", "uromiro", "16240-58-7[rn]", "3-(acetylamino)-5-((acetylamino)methyl)-2,4,6-triiodobenzoic acid compound with 1-deoxy-1-(methylamino)-d-glucitol (1:1)", "iodamide meglumine[usan]", "jodamid methylglucaminsalz[german]", "a,5-diacetamido-2,4,6-triiodo-m-toluic acid compound with 1-deoxy-1-(methylamino)-d-glucitol (1:1)", "3-acetamido-5-(acetamidomethyl)-2,4,6-triiodobenzoic acid - 1-deoxy-1-(methylamino)-d-glucitol (1:1)[acd/iupac name]", "benzoic acid 3-(acetylamino)-5-((acetylamino)methyl)-2,4,6-triiodo- compound with 1-deoxy-1-(methylamino)-d-glucitol (1:1)", "opacist e.r.", "jodomiron", "einecs 242-480-6", "isteropac e.r.", "benzoic acid 3-(acetylamino)-5-[(acetylamino)methyl]-2,4,6-triiodo- compd. withd-glucitol 1-deoxy-1-(methylamino)- (1:1)", "18656-21-8[rn]", "meglumine iodamide injection", "renovue-65 (tn)", "242-480-6[einecs]", "meglumine sodium iodamide injection[jan][jp15]", "63087-14-9[rn]"}|>, "7889" -> <|"DatabaseID" -> "SW03998", "IsomericSmiles" -> "CCCCCCOC(=O)/[NH+]=C(\\c1ccc(cc1)NCc2nc3cc(ccc3n2C)C(=O)N(CCC(=O)OCC)c4ccccn4)/N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07082"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DABIGATRAN ETEXILATE MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10439877]}, "Synonyms" -> {"pradaxa", "rendix", "pradaxa (tn)", "593282-20-3", "pradax", "dabigatran etexilate mesilate", "dabigatran etexilate mesylate (usan)", "bibr-1048ms", "prazaxa", "bibr-1048", "dabigatran etexilate methanesulfonate", "dabigatran etexilate mesylate"}|>, "7890" -> <|"DatabaseID" -> "SW03999", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 83706]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01601"]}, "IsomericSmiles" -> "Cc1cccc(c1OCC(=O)N[C@@H](Cc2ccccc2)[C@H](C[C@H](Cc3ccccc3)NC(=O)[C@H](C(C)C)N4CCCNC4=O)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01425"]}, "OfficialNames" -> <|"China Approved Name" -> "lopinavir", "WHO Essential Medicine" -> "lopinavir", "Indian Approved Name" -> "lopinavir", "FDA Approved Drug" -> "LOPINAVIR"|>, "PharmGKBID" -> "PA450264", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 92727]}, "Synonyms" -> {"koletra", "aluviran", "lopinavir", "abt-378", "lpv", "a 157378.0", "lopinavir[wiki][jan][usan]", "kaletra (lopinavir + ritonavir)_mixture", "a-157378.0", "192725-17-0[rn]", "(2s)-n-[(1s,3s,4s)-1-benzyl-4-{[(2,6-dimethylphenoxy)acetyl]amino}-3-hydroxy-5-phenylpentyl]-3-methyl-2-(2-oxotetrahydropyrimidin-1(2h)-yl)butanamid", "kaletra[wiki]", "rs-346", "c112035", "(2s)-n-[(2s,4s,5s)-5-{[(2,6-dimethylphenoxy)acetyl]amino}-4-hydroxy-1,6-diphenylhexan-2-yl]-3-methyl-2-(2-oxotetrahydropyrimidin-1(2h)-yl)butanamide", "(as)-tetrahydro-n-((as)-a-((2s,3s)-2-hydroxy-4-phenyl-3-(2-(2,6-xylyloxy)acetamido)butyl)phenethyl)-a-isopropyl-2-oxo-1(2h)-pyrimidineacetamide", "1mui", "2rkg", "fragment", "abt 378/r", "(2s)-n-[(1s,3s,4s)-1-benzyl-4-{[(2,6-dimethylphenoxy)acetyl]amino}-3-hydroxy-5-phenylpentyl]-3-methyl-2-(2-oxotetrahydropyrimidin-1(2h)-yl)butanamide", "aluvia", "abt-378 lopinavir", "ab1", "abt 378", "2rkf"}|>, "7891" -> <|"DatabaseID" -> "SW04000", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10128615]}, "IsomericSmiles" -> "CCCCC(CC)COC1=CC(=O)/C(=C/2\\NC(=[NH+]/C(=C\\3/C=CC(=CC3=O)OCC(CC)CCCC)/N2)c4ccc(cc4)OC)/C=C1", "OfficialNames" -> <|"Indian Approved Name" -> "bemotrizinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954320]}, "Synonyms" -> {"tinosorb s (tn)", "hms3264f07", "bemotrizinol", "unii-pwz1720cbh", "tinosorb s", "surecn649229", "187393-00-6", "bemotrizinol (usan/inn)", "nsc-759870", "187393-00-6[rn]", "nsc759870", "bemotrizinol[wiki][usan]", "pharmakon1600-01503863"}|>, "7892" -> <|"DatabaseID" -> "SW04000", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10128615]}, "IsomericSmiles" -> "CCCCC(CC)COC1=CC(=O)/C(=C/2\\NC(=[NH+]/C(=C\\3/C=CC(=CC3=O)OCC(CC)CCCC)/N2)c4ccc(cc4)OC)/C=C1", "OfficialNames" -> <|"Indian Approved Name" -> "bemotrizinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954320]}, "Synonyms" -> {"tinosorb s (tn)", "hms3264f07", "bemotrizinol", "unii-pwz1720cbh", "tinosorb s", "surecn649229", "187393-00-6", "bemotrizinol (usan/inn)", "nsc-759870", "187393-00-6[rn]", "nsc759870", "bemotrizinol[wiki][usan]", "pharmakon1600-01503863"}|>, "7893" -> <|"DatabaseID" -> "SW04000", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10128615]}, "IsomericSmiles" -> "CCCCC(CC)COC1=CC(=O)/C(=C/2\\NC(=[NH+]/C(=C\\3/C=CC(=CC3=O)OCC(CC)CCCC)/N2)c4ccc(cc4)OC)/C=C1", "OfficialNames" -> <|"Indian Approved Name" -> "bemotrizinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954320]}, "Synonyms" -> {"tinosorb s (tn)", "hms3264f07", "bemotrizinol", "unii-pwz1720cbh", "tinosorb s", "surecn649229", "187393-00-6", "bemotrizinol (usan/inn)", "nsc-759870", "187393-00-6[rn]", "nsc759870", "bemotrizinol[wiki][usan]", "pharmakon1600-01503863"}|>, "7894" -> <|"DatabaseID" -> "SW04000", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10128615]}, "IsomericSmiles" -> "CCCCC(CC)COC1=CC(=O)/C(=C/2\\NC(=[NH+]/C(=C\\3/C=CC(=CC3=O)OCC(CC)CCCC)/N2)c4ccc(cc4)OC)/C=C1", "OfficialNames" -> <|"Indian Approved Name" -> "bemotrizinol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954320]}, "Synonyms" -> {"tinosorb s (tn)", "hms3264f07", "bemotrizinol", "unii-pwz1720cbh", "tinosorb s", "surecn649229", "187393-00-6", "bemotrizinol (usan/inn)", "nsc-759870", "187393-00-6[rn]", "nsc759870", "bemotrizinol[wiki][usan]", "pharmakon1600-01503863"}|>, "7895" -> <|"DatabaseID" -> "SW04001", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10229399]}, "IsomericSmiles" -> "c1cc(ccc1[C@@H]2[C@H](c3c(cc(c4c3[C@@H]2[C@@H](OC4=O)c5ccc(cc5)O)[O-])O[C@H]6[C@@H]([C@H]([C@H](CO6)O)O)O)c7cc(cc(c7)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "orientoside"|>, "Synonyms" -> {"orientoside a"}|>, "7896" -> <|"DatabaseID" -> "SW04002", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10140304]}, "IsomericSmiles" -> "C1[C@H]2[C@H]([C@@H](O1)[C@@H]([C@@H](O2)O)O)O[C@H]3[C@@H]([C@H]([C@H]([C@H](O3)CO)O)O[C@H]4[C@H]([C@H]5[C@@H]([C@@H](O4)CO5)O[C@H]6[C@@H]([C@H]([C@H]([C@H](O6)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agarose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11966311]}, "Synonyms" -> {"agarose", "sepharose", "sepharose(r) 4b", "agarotetraose", "9012-36-6[rn]", "ultrogel- a4", "sepharose(r) 6b", "a2929_sigma", "4% agarose gel", "sepharose(r) 2b", "ultrogel-?a4"}|>, "7897" -> <|"DatabaseID" -> "SW04003", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106463]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)P2(=O)OCC(CO2)(C)C)c3cccc(c3)[N+](=O)[O-])C(=O)OCCN(Cc4ccccc4)c5ccccc5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07886"]}, "OfficialNames" -> <|"NPC Approved Name" -> "efonidipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119171]}, "Synonyms" -> {"efonidipine", "dsstox_rid_80095", "ac1l3obh", "efonidipine (inn)", "unii-40ztp2t37q", "111011-63-3", "111011-76-8[rn]", "efonidipine [inn]", "ncgc00182046-01", "2-(n-benzylanilino)ethyl (-)-1,4-dihydro-2,6-dimethyl-4-(m-nitrophenyl)-5-phosphononicotinate cyclic 2,2-dimethyltrimethylene ester.", "efonidipine[wiki][inn]", "5-(5,5-dimethyl-1,3,2-dioxaphosphorinan-2-yl)-1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3-pyridinecarboxylic acid 2-[phenyl(phenylmethyl)amino]ethyl ester p-oxide", "landel", "efonidipine hydrochloride", "2-[benzyl(phenyl)amino]ethyl 5-(5,5-dimethyl-2-oxido-1,3,2-dioxaphosphinan-2-yl)-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate", "dsstox_cid_23988", "111011-63-3[rn]", "3-pyridinecarboxylic acid,5-(5,5-dimethyl-2-oxido-1,3,2-dioxaphosphorinan-2-yl)-1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-,2-[phenyl(phenylmethyl)amino]ethyl ester"}|>, "7898" -> <|"DatabaseID" -> "SW04003", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 106463]}, "IsomericSmiles" -> "CC1=C(C(C(=C(N1)C)P2(=O)OCC(CO2)(C)C)c3cccc(c3)[N+](=O)[O-])C(=O)OCCN(Cc4ccccc4)c5ccccc5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07886"]}, "OfficialNames" -> <|"NPC Approved Name" -> "efonidipine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 119171]}, "Synonyms" -> {"efonidipine", "dsstox_rid_80095", "ac1l3obh", "efonidipine (inn)", "unii-40ztp2t37q", "111011-63-3", "111011-76-8[rn]", "efonidipine [inn]", "ncgc00182046-01", "2-(n-benzylanilino)ethyl (-)-1,4-dihydro-2,6-dimethyl-4-(m-nitrophenyl)-5-phosphononicotinate cyclic 2,2-dimethyltrimethylene ester.", "efonidipine[wiki][inn]", "5-(5,5-dimethyl-1,3,2-dioxaphosphorinan-2-yl)-1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-3-pyridinecarboxylic acid 2-[phenyl(phenylmethyl)amino]ethyl ester p-oxide", "landel", "efonidipine hydrochloride", "2-[benzyl(phenyl)amino]ethyl 5-(5,5-dimethyl-2-oxido-1,3,2-dioxaphosphinan-2-yl)-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3-carboxylate", "dsstox_cid_23988", "111011-63-3[rn]", "3-pyridinecarboxylic acid,5-(5,5-dimethyl-2-oxido-1,3,2-dioxaphosphorinan-2-yl)-1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)-,2-[phenyl(phenylmethyl)amino]ethyl ester"}|>, "7899" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7900" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7901" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7902" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7903" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7904" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7905" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7906" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7907" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7908" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7909" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7910" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7911" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7912" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7913" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7914" -> <|"DatabaseID" -> "SW04004", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16711]}, "IsomericSmiles" -> "CC(=O)O[C@@]12[C@@H]3[C@@H](C[C@@](C3OC(=O)c4ccccc4)([C@H](C1O)OC)O)C56[C@@H]7C(C2[C@H]5[NH+](CC7(C(CC6OC)O)COC)C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mesaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17679]}, "Synonyms" -> {"mesaconitine (8ci)", "mesaconitine", "nsc 77210", "220-397-6[einecs]", "2752-64-9", "ac1l2agh", "einecs 220-397-6", "aconitane-3", "2752-64-9[rn]", "aconitane-3,8,13,14,15-pentol 1,6,16-trimethoxy-4-(methoxymethyl)-20-methyl- 8", "ls-14022"}|>, "7915" -> <|"DatabaseID" -> "SW04005", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140690]}, "IsomericSmiles" -> "Cc1c(c(c(cn1)COP(=O)([O-])[O-])C[NH+](CCN(Cc2c(cnc(c2O)C)COP(=O)([O-])[O-])CC(=O)[O-])CC(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04848"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MANGAFODIPIR TRISODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160036]}, "Synonyms" -> {"mangafodipir trisodium", "teslascan", "140678-14-4[rn]", "manganate(6-) ((n,n'-1,2-ethanediylbis(n-((3-hydroxy-2-methyl-5-((phosphonooxy)-methyl)-4-pyridinyl)methyl)glycinato)) (8-))- trisodium trihydrogen (oc-6-13)-", "win 59010", "140678-14-4", "teslascan[wiki]", "trisodiumtrihydrogen (oc-6-13)-((n,n'-1,2-ethanediylbis(n-((3-hydroxy-2-methyl-5-((phosphonooxy)methyl)-4-pyridinyl)methyl)glycinato))(8-)manganate(6-)", "teslascan (tn)", "mangafodipir trisodium [usan]", "manganate(6-)", "ac1l4mxz", "mangafodipir trisodium (usp)", "manganese(2+) sodium hydrogen 2"}|>, "7916" -> <|"DatabaseID" -> "SW04005", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140690]}, "IsomericSmiles" -> "Cc1c(c(c(cn1)COP(=O)([O-])[O-])C[NH+](CCN(Cc2c(cnc(c2O)C)COP(=O)([O-])[O-])CC(=O)[O-])CC(=O)[O-])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04848"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MANGAFODIPIR TRISODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160036]}, "Synonyms" -> {"mangafodipir trisodium", "teslascan", "140678-14-4[rn]", "manganate(6-) ((n,n'-1,2-ethanediylbis(n-((3-hydroxy-2-methyl-5-((phosphonooxy)-methyl)-4-pyridinyl)methyl)glycinato)) (8-))- trisodium trihydrogen (oc-6-13)-", "win 59010", "140678-14-4", "teslascan[wiki]", "trisodiumtrihydrogen (oc-6-13)-((n,n'-1,2-ethanediylbis(n-((3-hydroxy-2-methyl-5-((phosphonooxy)methyl)-4-pyridinyl)methyl)glycinato))(8-)manganate(6-)", "teslascan (tn)", "mangafodipir trisodium [usan]", "manganate(6-)", "ac1l4mxz", "mangafodipir trisodium (usp)", "manganese(2+) sodium hydrogen 2"}|>, "7917" -> <|"DatabaseID" -> "SW04006", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66248]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)O[C@H]2[C@@H]([C@@H]3[C@@H]([C@H](O2)COC(=O)c4cc(c(c(c4-c5c(cc(c(c5O)O)O)C(=O)O3)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "corilagin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73568]}, "Synonyms" -> {"2363-39-5", "ambap23094-69-1", "23094-69-1[rn]", "ac1l2k3m", "chebi:545907", "23094-69-1", "(1s", "chebi:3884", "(1s,19r,21s,22r,23r)-6,7,8,11,12,13,22,23-octahydroxy-3,16-dioxo-2,17,20-trioxatetracyclo[17.3.1.04,9.010,15]tricosa-4,6,8,10,12,14-hexaen-21-yl 3,4,5-trihydroxybenzoate[acd/iupac name]", "chembl449392", "ac1q6pbu", "corilagin"}|>, "7918" -> <|"DatabaseID" -> "SW04007", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25945]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@@H]2[C@H](O[C@H](C[C@@H]2O)O[C@H]3CC[C@]4([C@@H](C3)CCC5C4CC[C@]6([C@@]5(CC[C@@H]6C7=CC(=O)OC7)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "8-beta-hydroxy-digitoxigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27886]}, "Synonyms" -> {"digitoxigenin-bis(digitoxoside)", "digitoxigenin bisdigitoxide", "digitoxigenin 3-o-bisdigitoxoside", "digitoxigenin di(digitoxoside)", "digitoxigenin bisdigitoxoside", "digitoxin digitoxoside", "digitoxigenine bis-digitoxoside", "16479-50-8[rn]", "4-18-00-01478 (beilstein handbook reference)[beilstein]", "4-{(3s,5r,10s,13r,14s,17r)-3-[(2r,4s,5s,6r)-5-((2s,4s,5s,6r)-4,5-dihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-4-hydroxy-6-methyl-tetrahydro-pyran-2-yloxy]-14-hydroxy-10,13-dimethyl-hexadecahydro-cyclopenta[a]phenanthren-17-yl}-5h-furan-2-one", "brn 0101942", "5-beta-card-20(22)-enolide", "240-533-8[einecs]", "einecs 240-533-8"}|>, "7919" -> <|"DatabaseID" -> "SW04007", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25945]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@@H]2[C@H](O[C@H](C[C@@H]2O)O[C@H]3CC[C@]4([C@@H](C3)CCC5C4CC[C@]6([C@@]5(CC[C@@H]6C7=CC(=O)OC7)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "8-beta-hydroxy-digitoxigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27886]}, "Synonyms" -> {"digitoxigenin-bis(digitoxoside)", "digitoxigenin bisdigitoxide", "digitoxigenin 3-o-bisdigitoxoside", "digitoxigenin di(digitoxoside)", "digitoxigenin bisdigitoxoside", "digitoxin digitoxoside", "digitoxigenine bis-digitoxoside", "16479-50-8[rn]", "4-18-00-01478 (beilstein handbook reference)[beilstein]", "4-{(3s,5r,10s,13r,14s,17r)-3-[(2r,4s,5s,6r)-5-((2s,4s,5s,6r)-4,5-dihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-4-hydroxy-6-methyl-tetrahydro-pyran-2-yloxy]-14-hydroxy-10,13-dimethyl-hexadecahydro-cyclopenta[a]phenanthren-17-yl}-5h-furan-2-one", "brn 0101942", "5-beta-card-20(22)-enolide", "240-533-8[einecs]", "einecs 240-533-8"}|>, "7920" -> <|"DatabaseID" -> "SW04007", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25945]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@@H]2[C@H](O[C@H](C[C@@H]2O)O[C@H]3CC[C@]4([C@@H](C3)CCC5C4CC[C@]6([C@@]5(CC[C@@H]6C7=CC(=O)OC7)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "8-beta-hydroxy-digitoxigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27886]}, "Synonyms" -> {"digitoxigenin-bis(digitoxoside)", "digitoxigenin bisdigitoxide", "digitoxigenin 3-o-bisdigitoxoside", "digitoxigenin di(digitoxoside)", "digitoxigenin bisdigitoxoside", "digitoxin digitoxoside", "digitoxigenine bis-digitoxoside", "16479-50-8[rn]", "4-18-00-01478 (beilstein handbook reference)[beilstein]", "4-{(3s,5r,10s,13r,14s,17r)-3-[(2r,4s,5s,6r)-5-((2s,4s,5s,6r)-4,5-dihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-4-hydroxy-6-methyl-tetrahydro-pyran-2-yloxy]-14-hydroxy-10,13-dimethyl-hexadecahydro-cyclopenta[a]phenanthren-17-yl}-5h-furan-2-one", "brn 0101942", "5-beta-card-20(22)-enolide", "240-533-8[einecs]", "einecs 240-533-8"}|>, "7921" -> <|"DatabaseID" -> "SW04007", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25945]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@@H]2[C@H](O[C@H](C[C@@H]2O)O[C@H]3CC[C@]4([C@@H](C3)CCC5C4CC[C@]6([C@@]5(CC[C@@H]6C7=CC(=O)OC7)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "8-beta-hydroxy-digitoxigenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 27886]}, "Synonyms" -> {"digitoxigenin-bis(digitoxoside)", "digitoxigenin bisdigitoxide", "digitoxigenin 3-o-bisdigitoxoside", "digitoxigenin di(digitoxoside)", "digitoxigenin bisdigitoxoside", "digitoxin digitoxoside", "digitoxigenine bis-digitoxoside", "16479-50-8[rn]", "4-18-00-01478 (beilstein handbook reference)[beilstein]", "4-{(3s,5r,10s,13r,14s,17r)-3-[(2r,4s,5s,6r)-5-((2s,4s,5s,6r)-4,5-dihydroxy-6-methyl-tetrahydro-pyran-2-yloxy)-4-hydroxy-6-methyl-tetrahydro-pyran-2-yloxy]-14-hydroxy-10,13-dimethyl-hexadecahydro-cyclopenta[a]phenanthren-17-yl}-5h-furan-2-one", "brn 0101942", "5-beta-card-20(22)-enolide", "240-533-8[einecs]", "einecs 240-533-8"}|>, "7922" -> <|"DatabaseID" -> "SW04008", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28572"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444446]}, "IsomericSmiles" -> "COc1ccc2c(c1)[nH]c3c2CC[NH+]4[C@@H]3C[C@H]5[C@@H](C4)C[C@H]([C@@H]([C@H]5C(=O)OC)OC)OC(=O)/C=C/c6cc(c(c(c6)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00198"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "RESCINNAMINE"|>, "PharmGKBID" -> "PA164768818", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280954]}, "Synonyms" -> {"reserpinine", "scinnamina", "resealoid", "tsuruselpi s", "rescinnamine", "rescinnamin", "cinnaloid", "rescisan", "apoterin", "tuareg[wiki]", "raurescine", "resipal", "4-25-00-01323 (beilstein handbook reference)[beilstein]", "methyl reserpate 3,4,5-trimethoxycinnamic acid ester", "yohimban-16-carboxylic acid 11,17-dimethoxy-18-[[(2e)-1-oxo-3-(3,4,5-trimethoxyphenyl)-2-propenyl]oxy]- methyl ester (3b,16b,17a,18b,20a)-", "anaprel[wiki]", "246-471-8[einecs]", "apoterin s", "rescinnamine[wiki]", "rescinamina[spanish][inn]", "tsuruselpi s (tn)", "75328[beilstein]", "recitensina", "reserpinene", "methyl 18-o-(3,4,5-trimethoxycinnamoyl) reserpate", "trimethoxycinnamoyl methyl reserpate", "apolon", "3,4,5-trimethoxycinnamic acid ester of methyl reserpate", "3,4,5-trimethoxycinnamic acid methyl reserpate", "cinamine", "rescidan", "raupyrol", "24815-24-5[rn]", "3,4,5-trimethylcinnamic acid ester with methyl reserpate", "rescinnamine [ban:inn:jan][inn][jan]", "cinnasil[wiki]", "anaprel", "rescamin", "3,4,5-trimethoxycinnamoyl methyl reserpate", "paresinan", "reserpinine (van)", "rescinnamina [dcit]", "rescin", "rescinnamine (van)", "11,17-dimethoxy-18-((1-oxo-3-(3,4,5-trimethoxyphenyl)-2-propenyl)oxy)-3,2-yohimban-16 carboxylic acid methylester", "raurescin", "rescinnaminum[latin]", "respial tenamine", "tenamine", "reskinnamin", "rescaloid", "methyl 18-o-(3,4,5-trimethoxycinnamoyl)reserpate", "cinatabs", "moderil", "benz[g]indolo[2 3-a]quinolizine-1-carboxylicacid 1,2,3,4,4a,5,7,8,13,13b,14 14a-dodecahydro-3-hydroxy-2,11-dimethoxy- methyl ester 3,4 5-trimethoxycinnamate", "3 4,5-trimethoxycinnamoyl methyl reserpate", "moderil[wiki]", "trimethoxy cinnamoyl reserpate de methyl[french]", "reserpinin", "reserpic acid methyl ester 3,4,5-trimethoxycinnamate", "o-(3,4,5-trimethoxy-trans-cinnamoyl) methyl reserpate", "rozex", "normorescina", "(3b,16b,17a,18b,20a)-11,17-dimethoxy-18-[[1-oxo-3-(3,4,5-trimethoxyphenyl)-2-propenyl]oxy]-3,20-yohimban-16-carboxylic acid methyl ester", "methyl trimethoxycinnamoylreserpate", "cartric", "methyl 3,4,5-trimethoxycinnamoyl reserpate", "3,4,5-trimethylcinnamoyl methyl reserpate", "rescitens", "recinnamine", "anapral", "rescinpal"}|>, "7923" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7924" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7925" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7926" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7927" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7928" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7929" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7930" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7931" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7932" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7933" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7934" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7935" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7936" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7937" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7938" -> <|"DatabaseID" -> "SW04009", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140559]}, "IsomericSmiles" -> "CCC(C)CCCCCCCCCCCCC(=O)OC1CCC2(C3CCC4(C(C3CC=C2C1)CCC4C(C)CCCC(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "methylpalmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159870]}, "Synonyms" -> {"cholesteryl 14-methylpalmitate", "carcinolipin", "cholesteryl-14-methylhexadecanoate", "26550-68-5[rn]", "cholest-5-en-3beta-ol-14-methylhexadecanoate", "cholest-5-en-3-yl 14-methylhexadecanoate", "cholesterol 14-methylhexadecanoate", "cholest-5-en-3-beta-ol", "3-beta-14-methylhexadecanoate-cholest-5-en-3-ol", "brn 2493354", "19477-24-8", "cholesterol", "20307-32-8[rn]", "19477-24-8[rn]"}|>, "7939" -> <|"DatabaseID" -> "SW04010", "IsomericSmiles" -> "C[C@@H]\\1C/C(=C/C[C@@H]2C[C@@H](C[C@@]3(O2)C/C(=N\\OC)/[C@@H]([C@H](O3)/C(=C/C(C)C)/C)C)OC(=O)[C@@H]4C=C([C@H]([C@@H]5[C@]4(/C(=C/C=C1)/CO5)O)O)C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05084"]}, "OfficialNames" -> <|"NPC Approved Name" -> "moxidectin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9832912]}, "Synonyms" -> {"moxidectin", "v2325", "113507-06-5", "d05084", "chembl2104415", "moxidectin (usan/inn)"}|>, "7940" -> <|"DatabaseID" -> "SW04011", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22138]}, "IsomericSmiles" -> "CCCC(=O)Nc1c(cc(c(c1I)CC(CC)C(=O)[O-])I)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01884"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TYROPANOATE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 541384]}, "Synonyms" -> {"bilopaque", "sodium tyropanoate", "tyropanoate sodium", "natrii tyropanoas", "natrium tyropanoat", "bilopac", "tyropaque", "lumopaque", "win 8851-2", "tiropanoato sodico [inn-spanish]", "natrium 2-(3-butyramido-2,4,6-triiodbenzyl)butyrat", "7246-21-1[rn]", "tiropanoato sodico[spanish][inn]", "natrii tyropanoas [inn-latin]", "a-ethyl-2,4,6-triiodo-3-[(1-oxobutyl)amino]benzenepropanoic acid monosodium salt", "230-653-9[einecs]", "win-8851-2", "2-(3-butyramido-2,4,6-triiodbenzyl)buttersaeure natrium-salz", "tyropanoate sodium[usan]", "tyropanoate de sodium[french][inn]", "3-butyramido-a-ethyl-2,4,6-triiodohydrocinnamic acid sodium salt", "tyropanoic acid", "sodium 2-[3-(butanoylamino)-2,4,6-triiodobenzyl]butanoate", "a-ethyl-b-(2,4,6-triiodo-3-butyramidophenyl)propionicacid sodium salt", "bilopaque (tn)", "sodium 2-{[3-(butanoylamino)-2,4,6-triiodophenyl]methyl}butanoate", "tyropanoic acid sodium salt"}|>, "7941" -> <|"DatabaseID" -> "SW04011", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22138]}, "IsomericSmiles" -> "CCCC(=O)Nc1c(cc(c(c1I)CC(CC)C(=O)[O-])I)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01884"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TYROPANOATE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 541384]}, "Synonyms" -> {"bilopaque", "sodium tyropanoate", "tyropanoate sodium", "natrii tyropanoas", "natrium tyropanoat", "bilopac", "tyropaque", "lumopaque", "win 8851-2", "tiropanoato sodico [inn-spanish]", "natrium 2-(3-butyramido-2,4,6-triiodbenzyl)butyrat", "7246-21-1[rn]", "tiropanoato sodico[spanish][inn]", "natrii tyropanoas [inn-latin]", "a-ethyl-2,4,6-triiodo-3-[(1-oxobutyl)amino]benzenepropanoic acid monosodium salt", "230-653-9[einecs]", "win-8851-2", "2-(3-butyramido-2,4,6-triiodbenzyl)buttersaeure natrium-salz", "tyropanoate sodium[usan]", "tyropanoate de sodium[french][inn]", "3-butyramido-a-ethyl-2,4,6-triiodohydrocinnamic acid sodium salt", "tyropanoic acid", "sodium 2-[3-(butanoylamino)-2,4,6-triiodobenzyl]butanoate", "a-ethyl-b-(2,4,6-triiodo-3-butyramidophenyl)propionicacid sodium salt", "bilopaque (tn)", "sodium 2-{[3-(butanoylamino)-2,4,6-triiodophenyl]methyl}butanoate", "tyropanoic acid sodium salt"}|>, "7942" -> <|"DatabaseID" -> "SW04012", "IsomericSmiles" -> "c1cc(cnc1)C(=O)OCC2(CCCC(C2O)(COC(=O)c3cccnc3)COC(=O)c4cccnc4)COC(=O)c5cccnc5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01291"]}, "OfficialNames" -> <|"NPC Approved Name" -> "nicomol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 34081]}, "Synonyms" -> {"cholexamin", "nicomol", "k 31 (pharmaceutical)", "k 31", "cholexamine", "einecs 248-748-9", "2", "nicomolum [inn-latin]", "brn 0469260", "ncgc00182074-02"}|>, "7943" -> <|"DatabaseID" -> "SW04013", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479522]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2OC)OC)Oc4c5c(cc(c4OC)OC)C(Cc6ccc(cc6)Oc7cc(ccc7O)C[C@@H]31)[NH+](CC5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalfoetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321902]}, "Synonyms" -> {"thalfoetidine"}|>, "7944" -> <|"DatabaseID" -> "SW04013", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479522]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2OC)OC)Oc4c5c(cc(c4OC)OC)C(Cc6ccc(cc6)Oc7cc(ccc7O)C[C@@H]31)[NH+](CC5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalfoetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321902]}, "Synonyms" -> {"thalfoetidine"}|>, "7945" -> <|"DatabaseID" -> "SW04013", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479522]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2OC)OC)Oc4c5c(cc(c4OC)OC)C(Cc6ccc(cc6)Oc7cc(ccc7O)C[C@@H]31)[NH+](CC5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalfoetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321902]}, "Synonyms" -> {"thalfoetidine"}|>, "7946" -> <|"DatabaseID" -> "SW04013", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479522]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2OC)OC)Oc4c5c(cc(c4OC)OC)C(Cc6ccc(cc6)Oc7cc(ccc7O)C[C@@H]31)[NH+](CC5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalfoetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321902]}, "Synonyms" -> {"thalfoetidine"}|>, "7947" -> <|"DatabaseID" -> "SW04013", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479522]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2OC)OC)Oc4c5c(cc(c4OC)OC)C(Cc6ccc(cc6)Oc7cc(ccc7O)C[C@@H]31)[NH+](CC5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalfoetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321902]}, "Synonyms" -> {"thalfoetidine"}|>, "7948" -> <|"DatabaseID" -> "SW04013", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479522]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2OC)OC)Oc4c5c(cc(c4OC)OC)C(Cc6ccc(cc6)Oc7cc(ccc7O)C[C@@H]31)[NH+](CC5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalfoetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321902]}, "Synonyms" -> {"thalfoetidine"}|>, "7949" -> <|"DatabaseID" -> "SW04013", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479522]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2OC)OC)Oc4c5c(cc(c4OC)OC)C(Cc6ccc(cc6)Oc7cc(ccc7O)C[C@@H]31)[NH+](CC5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalfoetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321902]}, "Synonyms" -> {"thalfoetidine"}|>, "7950" -> <|"DatabaseID" -> "SW04013", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479522]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2OC)OC)Oc4c5c(cc(c4OC)OC)C(Cc6ccc(cc6)Oc7cc(ccc7O)C[C@@H]31)[NH+](CC5)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalfoetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321902]}, "Synonyms" -> {"thalfoetidine"}|>, "7951" -> <|"DatabaseID" -> "SW04014", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31782]}, "IsomericSmiles" -> "CC(=O)Nc1c(c(c(c(c1I)C(=O)[O-])I)C(=O)NCCO)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07418"]}, "OfficialNames" -> <|"NPC Approved Name" -> "ioxitalamic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 34536]}, "Synonyms" -> {"ioxitalamic acid", "acido iossitalamico [dcit]", "acidum joxitalamicum", "33954-26-6[rn]", "acidum ioxitalamicum[latin]", "acide ioxitalamique", "acido ioxitalamico[spanish]", "28179-44-4", "248-887-5[einecs]", "ioxitalamic acid [dcf:inn][inn]", "3-(acetylamino)-5-(((2-hydroxyethyl)amino)carbonyl)-2,4,6-triiodobenzoicacid", "3-acetamido-5-[(2-hydroxyethyl)carbamoyl]-2,4,6-triiodobenzoicacid[acd/iupac name]", "foxitalamic acid", "acido ioxitalamico", "5-acetamido-n-(2-hydroxyethyl)-2,4,6-triiodoisophthalamic acid", "3-acetamido-5-((2-hydroxyethyl)carbamoyl)-2,4,6-triiodobenzoicacid", "acido iossitalamico", "acidum ioxitalamicum", "ioxitalamic acid (inn)", "acide ioxitalamique[french]", "28179-44-4[rn]", "ac1l1rrl", "3-(acetylamino)-5-[(2-hydroxyethyl)carbamoyl]-2,4,6-triiodobenzoic acid", "iotaloxamic acid", "benzoic acid 3-(acetylamino)-5-[[(2-hydroxyethyl)amino]carbonyl]-2,4,6-triiodo-"}|>, "7952" -> <|"DatabaseID" -> "SW04015", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3493"]}, "IsomericSmiles" -> "CCN1CCN(C(=O)C1=O)C(=O)NC(c2ccc(cc2)O)C(=O)N[C@H]3[C@@H]4N(C3=O)C(=C(CS4)CSc5nnnn5C)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "cefoperazone", "Indian Approved Name" -> "cefoperazone"|>, "PharmGKBID" -> "PA448849", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44185]}, "Synonyms" -> {"cefobid", "cefoperazonum", "cefoperazone sodium salt", "cefoperazon", "cefoperazono [inn-spanish]", "cefoperazonum [inn-latin]", "ac1l2bau", "cefoperazono", "cefoperazone [inn:ban]", "cefoperazone"}|>, "7953" -> <|"DatabaseID" -> "SW04015", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3493"]}, "IsomericSmiles" -> "CCN1CCN(C(=O)C1=O)C(=O)NC(c2ccc(cc2)O)C(=O)N[C@H]3[C@@H]4N(C3=O)C(=C(CS4)CSc5nnnn5C)C(=O)[O-]", "OfficialNames" -> <|"China Approved Name" -> "cefoperazone", "Indian Approved Name" -> "cefoperazone"|>, "PharmGKBID" -> "PA448849", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44185]}, "Synonyms" -> {"cefobid", "cefoperazonum", "cefoperazone sodium salt", "cefoperazon", "cefoperazono [inn-spanish]", "cefoperazonum [inn-latin]", "ac1l2bau", "cefoperazono", "cefoperazone [inn:ban]", "cefoperazone"}|>, "7954" -> <|"DatabaseID" -> "SW04016", "IsomericSmiles" -> "CCN1CCN(C(=O)C1=O)C(=O)N[C@H](c2ccc(cc2)O)C(=O)N[C@H]3[C@@H]4N(C3=O)C(=C(CS4)CSc5nnnn5C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00918"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFOPERAZONE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23663974]}, "Synonyms" -> {"cefoperazone sodium", "cefobid", "t 1551", "62893-20-3", "einecs 263-751-5", "cefobid in plastic container", "tomabef", "t-1551", "sodium cefoperazone", "cp 52640-2", "5-thia-1-azabicyclo(4.2.0)oct-2-ene-2-carboxylic acid"}|>, "7955" -> <|"DatabaseID" -> "SW04017", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2663"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2072], ExternalIdentifier["ChemSpiderID", 27664]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01118"]}, "IsomericSmiles" -> "CCCCc1c(c2ccccc2o1)C(=O)c3cc(c(c(c3)I)OCC[NH+](CC)CC)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02910"]}, "OfficialNames" -> <|"China Approved Name" -> "amiodarone", "WHO Essential Medicine" -> "amiodarone", "Indian Approved Name" -> "amiodarone hcl", "FDA Approved Drug" -> "AMIODARONE HYDROCHLORIDE"|>, "PharmGKBID" -> "PA448383", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2157]}, "Synonyms" -> {"amiodarone", "pacerone", "aminodarone", "aratac", "amiodarona [inn-spanish]", "amiodaronum [inn-latin]", "cordarone", "amiodarone hcl", "kordaron", "cordarone intravenous", "amjodaronum", "amiodarone base", "pms-amiodarone", "labaz", "amiodarons", "amiodarona", "amiodarone hydrochloride", "skf 33134 a", "243-293-2[einecs]", "l-3428", "uro-septra", "cordarone[wiki]", "arycor", "amiodarone[wiki][usan]", "amio-aqueous iv", "1951-25-3[rn]", "19774-82-4[rn]", "cordarone (tn)", "skf 33134-a", "(2-butylbenzofuran-3-yl)-[4-(2-diethylaminoethoxy)-3,5-diiodo-phenyl]methanone", "amiodarone [usan:ban:inn][inn][usan]", "1951-25-3", "amiodar", "amiodarona[spanish][inn]", "4-[2-(diethylamino)ethoxy]-3,5-diiodophenyl 2-butylbenzo[b]furan-3-yl ketone", "l3428", "trangorex", "ketone 2-butyl-3-benzofuranyl 4-(2-(diethylamino)ethoxy)-3,5-diiodophenyl", "cordarex", "rythmarone", "2-butyl-3-benzofuranyl 4-(2-(diethylamino)ethoxy)-3,5-diiodophenyl ketone", "ritmocardyl", "2-butyl-3-(3,5-diiodo-4-(2-diethylaminoethoxy)benzoyl)benzofuran", "amiodaronum[latin]", "(2-{4-[(2-butyl-1-benzofuran-3-yl)carbonyl]-2,6-diiodophenoxy}ethyl)diethylamine", "2-n-butyl-3',5'-diiodo-4'-n-diethylaminoethoxy-3-benzoylbenzofuran", "tachydaron", "2-butyl-3-[3,5-diiodo-4-(b-diethylaminoethoxy)benzoyl]benzofuran", "amiodarone iv", "corbionax", "cas-19774-82-4", "rytmarone", "amiobeta", "217-772-1[einecs]", "2-butyl-3-benzofuranyl 4-[2-(diethylamino)ethoxy]-3,5-diiodophenyl ketone", "amiodarex", "amiohexal", "(2-butyl-1-benzofuran-3-yl)(4-{[2-(diethylamino)ethyl]oxy}-3,5-diiodophenyl)methanone", "5-18-02-00353 (beilstein handbook reference)[beilstein]", "methanone (2-butyl-3-benzofuranyl)[4-[2-(diethylamino)ethoxy]-3,5-diiodophenyl]-", "2-butyl-3-benzofuranyl p-((2-diethylamino)ethoxy)-m,m-diiodophenyl ketone", "braxan", "(2-butyl-3-benzofuranyl)(4-(2-(diethylamino)ethoxy)-3,5-diidophenyl)methanone", "skf 33134a", "(2-butyl-1-benzofuran-3-yl){4-[2-(diethylamino)ethoxy]-3,5-diiodophenyl}methanone[acd/iupac name]", "ancaron", "d000638", "atlansil", "1271711[beilstein]", "(2-butylbenzofuran-3-yl)-[4-(2-diethylaminoethoxy)-3,5-diiodo-phenyl]-methanone", "(2-butyl-3-benzofuranyl)[4-[2-(diethylamino)ethoxy]-3,5-diiodophenyl]methanone", "ortacrone", "337376-15-5", "ancaron (tn)", "ketone 2-butyl-3-benzofuranyl 4-(2-(diethylamino)ethoxy)-3,5-diiodophenyl hydrochloride", "2-butyl-3-benzofuryl 4-(2-(diethylamino)ethoxy)-3,5-diiodophenyl ketonehydrochloride", "(2-butyl-1-benzofuran-3-yl){4-[2-(diethylamino)ethoxy]-3,5-diiodophenyl}methanonehydrochloride (1:1)", "methanone (2-butyl-3-benzofuranyl)[4-[2-(diethylamino)ethoxy]-3,5-diiodophenyl]- hydrochloride", "amiodaronehydrochloride", "angoron", "tl8001651", "2-butyl-3-benzofuranyl 4-(2-(diethylamino)ethoxy)-3,5-diiodophenyl ketone hydrochloride", "renodoron", "(2-butyl-1-benzofuran-3-yl){4-[2-(diethylamino)ethoxy]-3,5-diiodophenyl}methanonehydrochloride", "ketone 2-butyl-3-benzofuranyl 4-[2-(diethylamino)ethoxy]-3,5-diiodophenyl hydrochloride", "(2-butylbenzo[b]furan-3-yl){4-[2-(diethylamino)ethoxy]-3,5-diiodophenyl}methanonehydrochloride", "methanone (2-butyl-3-benzofuranyl)(4-(2-(diethylamino)ethoxy)-3,5-diiodophenyl)- hydrochloride (9ci)", "methanone (2-butyl-3-benzofuranyl)(4-(2-(diethylamino)ethoxy)-3,5-diiodophenyl)- hcl", "methanone (2-butyl-3-benzofuranyl)[4-[2-(diethylamino)ethoxy]-3,5-diiodophenyl]- hydrochloride (1:1)", "ketone 2-butyl-3-benzofuranyl 4-(2-(diethylamino)ethoxy)-3,5-diiodophenyl hydr", "51087 n hcl", "199774-82-4", "sk&f-33134-a;", "amiodaronum hydrochloride", "(2-butyl-1-benzofur-3-yl){4-[2-(diethylamino)ethoxy]-3,5-diiodphenyl}methanonhydrochlorid", "miodrone", "2-butyl-3-benzofuranyl 4-[(2-diethylamino)ethoxy] 3,5-diiodophenyl ketone hydrochloride", "l 3428 labaz", "2-butyl-3-benzofuranyl-4-[2-(diethylamino)ethoxy]-3,5-diiodophenyl ketone hydrochloride"}|>, "7956" -> <|"DatabaseID" -> "SW04018", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2376"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389971]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00284"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@H]([C@H](O1)O[C@@H]2[C@H](O[C@@H]([C@@H]([C@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O)O)CO)CO)O)O)[NH2+][C@H]4C=C([C@@H]([C@@H]([C@H]4O)O)O)CO", "OfficialNames" -> <|"China Approved Name" -> "acarbose", "Indian Approved Name" -> "acarbose", "FDA Approved Drug" -> "ACARBOSE"|>, "PharmGKBID" -> "PA448010", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441184]}, "Synonyms" -> {"glucobay", "prandase", "acarbose", "precose", "ac1l9apl", "ec 3.2.1.10]", "acarbosum", "isomaltase", "ec 3.2.1.48", "db00284", "acarbosa", "alpha-acarbose", "chebi:2376", "acarbosum[latin]", "precose[wiki]", "acarbosa[spanish][inn]", "56180-94-0[rn]", "acarbose[wiki]", "precose (tn)", "acarbose (jan/usan)[jan][usan]", "acarbosum [inn_la]", "glucobay[wiki]"}|>, "7957" -> <|"DatabaseID" -> "SW04019", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10142880]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC([C@]34[C@H]1C(C(C32)OC)[C@]5([C@H](C([C@]6(CC4C5[C@H]6OC(=O)c7ccccc7)O)OC)O)OC(=O)C)OC)O)COC", "OfficialNames" -> <|"NPC Approved Name" -> "aconitinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11969475]}, "Synonyms" -> {"akonitin", "aconitine (crystalline)", "aconitinum", "aconitin", "acetylbenzoylaconine", "aconitysat", "aconitin cristallisat [german]", "nsc 56464", "aconitine[wiki]", "302-27-2[rn]", "aconitin cristallisat[german]", "206-121-7[einecs]", "einecs 206-121-7", "aconitine"}|>, "7958" -> <|"DatabaseID" -> "SW04019", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10142880]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC([C@]34[C@H]1C(C(C32)OC)[C@]5([C@H](C([C@]6(CC4C5[C@H]6OC(=O)c7ccccc7)O)OC)O)OC(=O)C)OC)O)COC", "OfficialNames" -> <|"NPC Approved Name" -> "aconitinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11969475]}, "Synonyms" -> {"akonitin", "aconitine (crystalline)", "aconitinum", "aconitin", "acetylbenzoylaconine", "aconitysat", "aconitin cristallisat [german]", "nsc 56464", "aconitine[wiki]", "302-27-2[rn]", "aconitin cristallisat[german]", "206-121-7[einecs]", "einecs 206-121-7", "aconitine"}|>, "7959" -> <|"DatabaseID" -> "SW04019", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10142880]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC([C@]34[C@H]1C(C(C32)OC)[C@]5([C@H](C([C@]6(CC4C5[C@H]6OC(=O)c7ccccc7)O)OC)O)OC(=O)C)OC)O)COC", "OfficialNames" -> <|"NPC Approved Name" -> "aconitinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11969475]}, "Synonyms" -> {"akonitin", "aconitine (crystalline)", "aconitinum", "aconitin", "acetylbenzoylaconine", "aconitysat", "aconitin cristallisat [german]", "nsc 56464", "aconitine[wiki]", "302-27-2[rn]", "aconitin cristallisat[german]", "206-121-7[einecs]", "einecs 206-121-7", "aconitine"}|>, "7960" -> <|"DatabaseID" -> "SW04019", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10142880]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC([C@]34[C@H]1C(C(C32)OC)[C@]5([C@H](C([C@]6(CC4C5[C@H]6OC(=O)c7ccccc7)O)OC)O)OC(=O)C)OC)O)COC", "OfficialNames" -> <|"NPC Approved Name" -> "aconitinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11969475]}, "Synonyms" -> {"akonitin", "aconitine (crystalline)", "aconitinum", "aconitin", "acetylbenzoylaconine", "aconitysat", "aconitin cristallisat [german]", "nsc 56464", "aconitine[wiki]", "302-27-2[rn]", "aconitin cristallisat[german]", "206-121-7[einecs]", "einecs 206-121-7", "aconitine"}|>, "7961" -> <|"DatabaseID" -> "SW04019", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10142880]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC([C@]34[C@H]1C(C(C32)OC)[C@]5([C@H](C([C@]6(CC4C5[C@H]6OC(=O)c7ccccc7)O)OC)O)OC(=O)C)OC)O)COC", "OfficialNames" -> <|"NPC Approved Name" -> "aconitinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11969475]}, "Synonyms" -> {"akonitin", "aconitine (crystalline)", "aconitinum", "aconitin", "acetylbenzoylaconine", "aconitysat", "aconitin cristallisat [german]", "nsc 56464", "aconitine[wiki]", "302-27-2[rn]", "aconitin cristallisat[german]", "206-121-7[einecs]", "einecs 206-121-7", "aconitine"}|>, "7962" -> <|"DatabaseID" -> "SW04019", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10142880]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC([C@]34[C@H]1C(C(C32)OC)[C@]5([C@H](C([C@]6(CC4C5[C@H]6OC(=O)c7ccccc7)O)OC)O)OC(=O)C)OC)O)COC", "OfficialNames" -> <|"NPC Approved Name" -> "aconitinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11969475]}, "Synonyms" -> {"akonitin", "aconitine (crystalline)", "aconitinum", "aconitin", "acetylbenzoylaconine", "aconitysat", "aconitin cristallisat [german]", "nsc 56464", "aconitine[wiki]", "302-27-2[rn]", "aconitin cristallisat[german]", "206-121-7[einecs]", "einecs 206-121-7", "aconitine"}|>, "7963" -> <|"DatabaseID" -> "SW04019", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10142880]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC([C@]34[C@H]1C(C(C32)OC)[C@]5([C@H](C([C@]6(CC4C5[C@H]6OC(=O)c7ccccc7)O)OC)O)OC(=O)C)OC)O)COC", "OfficialNames" -> <|"NPC Approved Name" -> "aconitinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11969475]}, "Synonyms" -> {"akonitin", "aconitine (crystalline)", "aconitinum", "aconitin", "acetylbenzoylaconine", "aconitysat", "aconitin cristallisat [german]", "nsc 56464", "aconitine[wiki]", "302-27-2[rn]", "aconitin cristallisat[german]", "206-121-7[einecs]", "einecs 206-121-7", "aconitine"}|>, "7964" -> <|"DatabaseID" -> "SW04020", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2430"]}, "IsomericSmiles" -> "CC[NH+]1C[C@@]2([C@@H](C[C@@H]([C@@]34[C@@H]2[C@H]([C@@H](C31)[C@@]5([C@@H]6[C@H]4C[C@@]([C@@H]6OC(=O)c7ccccc7)([C@H]([C@@H]5O)OC)O)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 245005]}, "Synonyms" -> {"cas-302-27-2", "molport-002-527-310", "dsstox_rid_81535", "dsstox_cid_26319", "chebi:2430", "stock1n-54397", "nsc56464", "dsstox_gsid_46319", "aconitine", "ncgc00163146-01"}|>, "7965" -> <|"DatabaseID" -> "SW04020", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2430"]}, "IsomericSmiles" -> "CC[NH+]1C[C@@]2([C@@H](C[C@@H]([C@@]34[C@@H]2[C@H]([C@@H](C31)[C@@]5([C@@H]6[C@H]4C[C@@]([C@@H]6OC(=O)c7ccccc7)([C@H]([C@@H]5O)OC)O)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 245005]}, "Synonyms" -> {"cas-302-27-2", "molport-002-527-310", "dsstox_rid_81535", "dsstox_cid_26319", "chebi:2430", "stock1n-54397", "nsc56464", "dsstox_gsid_46319", "aconitine", "ncgc00163146-01"}|>, "7966" -> <|"DatabaseID" -> "SW04020", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2430"]}, "IsomericSmiles" -> "CC[NH+]1C[C@@]2([C@@H](C[C@@H]([C@@]34[C@@H]2[C@H]([C@@H](C31)[C@@]5([C@@H]6[C@H]4C[C@@]([C@@H]6OC(=O)c7ccccc7)([C@H]([C@@H]5O)OC)O)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "aconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 245005]}, "Synonyms" -> {"cas-302-27-2", "molport-002-527-310", "dsstox_rid_81535", "dsstox_cid_26319", "chebi:2430", "stock1n-54397", "nsc56464", "dsstox_gsid_46319", "aconitine", "ncgc00163146-01"}|>, "7967" -> <|"DatabaseID" -> "SW04021", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17401"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735966]}, "IsomericSmiles" -> "[C@@H]1([C@@H]([C@@H]([C@@H]([C@H]([C@@H]1OP(=O)([O-])[O-])OP(=O)([O-])[O-])OP(=O)([O-])[O-])OP(=O)([O-])[O-])OP(=O)([O-])[O-])OP(=O)([O-])[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "phytic acid;phytin"|>, "Synonyms" -> {"phytic acid", "acido fitico", "phytine", "(1r,2s,3r,4r,5s,6s)-cyclohexane-1,2,3,4,5,6-hexayl hexakis[dihydrogen (phosphate)]", "myo-inositol hexakis(dihydrogen phosphate),calcium magnesiumsalt", "forglesan", "saeure des phytins", "inositol 1,2,3,4,5,6-hexakisphosphate", "phyticacid", "inosithexaphosphorsaeure", "fytic acid", "cyclohexanehexyl hexaphosphate", "ip6", "calcium phytate", "1,2,3,4,5,6-cyclohexanehexolphosphoric acid", "acido fitico [inn_en]", "myo-inositol hexakis(dihydrogen phosphate)", "phosbiose", "acide fytique", "phytic acid solution", "alkovert", "meso-inositol hexaphosphate", "d-myo-inositol 1,2,3,4,5,6-hexakisphosphate", "myo-inositol hexakisphosphate", "inositolhexaphosphoric acid", "inophosphan", "201-506-6[einecs]", "alkalovert", "222-798-1[einecs]", "eviunis", "acidum fyticum", "(1r,2s,3r,4r,5s,6s)-1,2,3,4,5,6-cyclohexanehexayl hexakis[dihydrogen (phosphate)]", "83-86-3[rn]", "phytin", "phytate[wiki]", "1d-myo-inositol 1,2,3,4,5,6-hexakisphosphate", "3615-82-5[rn]", "myo-inositol 1,2,3,4,5,6-hexakisphosphate"}|>, "7968" -> <|"DatabaseID" -> "SW04022", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4944503]}, "IsomericSmiles" -> "CCCCC/C=C/C=C/C12O[C@@H]3[C@@H]4[C@H]5[C@](O5)([C@H]([C@]6([C@H]([C@@]4(O1)[C@@H]([C@H]([C@@]3(O2)C(=C)C)OC(=O)c7ccccc7)C)C=C(C6=O)C)O)O)CO", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "yuanhuacine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6440205]}, "Synonyms" -> {"odoracin", "yuanhuacium ester a", "yuanhuacine", "yuanhuacin", "stillingia factor s(sub 6)", "yuanhuatie", "gnidilatidin", "60195-70-2", "66673-22-1[rn]", "61913-72-2[rn]", "60195-70-2[rn]", "simplexin", "nsc270919"}|>, "7969" -> <|"DatabaseID" -> "SW04023", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479536]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(ccnc5Cc6ccc(cc6)Oc7cc(ccc7OC)CC31)c(c8c4OCO8)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321918]}, "Synonyms" -> {"thalpine"}|>, "7970" -> <|"DatabaseID" -> "SW04023", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479536]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(ccnc5Cc6ccc(cc6)Oc7cc(ccc7OC)CC31)c(c8c4OCO8)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321918]}, "Synonyms" -> {"thalpine"}|>, "7971" -> <|"DatabaseID" -> "SW04023", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479536]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(ccnc5Cc6ccc(cc6)Oc7cc(ccc7OC)CC31)c(c8c4OCO8)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321918]}, "Synonyms" -> {"thalpine"}|>, "7972" -> <|"DatabaseID" -> "SW04023", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479536]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(ccnc5Cc6ccc(cc6)Oc7cc(ccc7OC)CC31)c(c8c4OCO8)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321918]}, "Synonyms" -> {"thalpine"}|>, "7973" -> <|"DatabaseID" -> "SW04024", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479376]}, "IsomericSmiles" -> "CC1=C2[C@H]([C@@H]([C@@]3(CC[C@@H](C(=C)[C@H]3[C@@H](C(C2(C)C)C[C@@H]1OC(=O)C)OC(=O)C)OC(=O)/C=C/c4ccccc4)C)OC(=O)C)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taxinine e"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321705]}, "Synonyms" -> {"taxinine e"}|>, "7974" -> <|"DatabaseID" -> "SW04025", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18258"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5706]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00279"]}, "IsomericSmiles" -> "c1cc(c(cc1Oc2c(cc(cc2I)C[C@@H](C(=O)[O-])[NH3+])I)I)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01011"]}, "OfficialNames" -> <|"Australia Approved Name" -> "LIOTHYRONINE SODIUM", "FDA Approved Drug" -> "LIOTHYRONINE SODIUM"|>, "PharmGKBID" -> "PA164778866", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5920]}, "Synonyms" -> {"liothyronine sodium", "triostat", "3,3',5-triiodo-l-thyronine sodium salt", "triiodothyronine", "l-liothyronine", "3", "tertroxin", "liothyronin", "cytomel", "tresitope", "triothyrone", "liothyronine", "liothyroninum", "l-tyrosine o-(4-hydroxy-3-iodophenyl)-3,5-diiodo- monosodiumsalt", "sodium 3,3',5-triiodo-l-thyronine", "6/1/1955", "triiodothyronine sodium", "55-06-1 6893-02-3 [liothyronine]", "sodium 3,5,3'-triiodothyronine", "3,3',5-triiodothyronine sodium salt", "55-06-1[rn]", "l-3,3',5-triiodothyronine sodium salt", "liotrix (levothyroxine + liothyronine)_mixture", "liothyronine sodium salt", "monosodium l-3-(4-(4-hydroxy-3-iodophenoxy)-3,5-diiodophenyl)alanine", "cynomel", "sodium (2s)-2-amino-3-[4-(4-hydroxy-3-iodophenoxy)-3,5-diiodophenyl]propanoate[acd/iupac name]", "sodium triiodotironine", "ro thyronine", "thyrolar (levothyroxine + liothyronine)_mixture", "triiodo-l-thyronine", "sodium liothyronine", "8179867[beilstein]", "t3 sodium salt", "(+)-3,3',5-triiodo-l-thyronine sodium salt", "6893-02-3[rn]", "alanine,3-(4-(4-hydroxy-3-iodophenoxy)-3,5-diiodophenyl)- monosodium salt l- (8ci)", "sodium t3", "basoprocin", "sodium l-triiodothyronine", "cytomel[wiki]", "t3 liothyronine", "levothyroxine monosodium salt", "ibiothyron", "sodium l-3,5,3'-triiodothyronine", "3,3',5-triiodo-l-thyronine sodium", "l-tyrosine o-(4-hydroxy-3-iodophenyl)-3,5-diiodo- sodium salt(1:1)", "sodium triiodothyronine l-", "cytomel; triostat", "200-223-5[einecs]", "natrium-(2s)-2-amino-3-[4-(4-hydroxy-3-iodphenoxy)-3,5-diiodphenyl]propanoat", "sodium 3,5,3'-triiodo-l-thyronine", "sodium-l-triiodothyronine", "liothyronine sodium [usan:ban:jan][jan][usan]", "liothyronine sodium (jp15/usan)[usan][jp15]", "l-3-[4-(4-hydroxy-3-iodophenoxy)-3,5-diiodophenyl]alanine monosodium salt"}|>, "7975" -> <|"DatabaseID" -> "SW04026", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 22666]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00416"]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5c6c(cc(c5OC)OC)CC[N+]([C@@H]6Cc7ccc(c(c7)O3)OC)(C)C)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00761"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METOCURINE IODIDE"|>, "PharmGKBID" -> "PA164749507", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24244]}, "Synonyms" -> {"metubine iodide", "dimethyltubocurarine iodide", "metocurine iodide", "metubine", "metokuriinijodidi", "mutubine iodide", "metokurinjodid", "(+)-o,o'-dimethylchondrocurarine di-iodide", "trimethyltubocurarine iodide", "dimethyl tubocurarine iodide", "dimetiltubocurarinio ioduro de", "metocurini iodidum", "methyl-curarin [german]", "metubine iodide (tn)", "13h-4,6:21,24-dietheno-8,12-metheno-1h-pyrido(3',2':14,15)(1,11)dioxacycloeicosino(2,3,4-ij)isoquinolinium,2,3,13a,14,15,16,25,25a-octahydro-9,18,19,29-tetramethoxy-1,1,14,14-tetramethyl-,diiodide (13ar,25as)-", "metocurine iodide[usan]", "d-tubocurarine iodide dimethyl ether", "dimethylether of d-tubocurarine iodide", "methyl-curarin", "5152-30-7[rn]", "2,2,2',2'-tetramethyl-6,6',7',12'-tetrakis(methyloxy)tubocuraran-2,2'-diium diiodide", "tubocuraranium 6,6',7',12'-tetramethoxy-2,2,2',2'-tetramethyl- diiodide", "tubocurarine dimethyl ether iodide", "methyl-curarin[german]", "metocurine diiodide", "tetrandrini dimethiodidum", "231-510-3[einecs]", "neuronal acetylcholine receptor subunit alpha-2 precursor", "(+)-o,o'-dimethylchondrocurarine diiodide", "dimethylchondrocurarine iodide", "7601-55-0[rn]", "o,o'-dimethylchondrocurarine diiodide", "6,6',7',12'-tetramethoxy-2,2,2',2'-tetramethyltubocuraran-2,2'-diium diiodide[acd/iupac name]", "6,6',7',12'-tetramethoxy-2,2,2',2'-tetramethyltubocuraranium diiodide", "dimethyltubocurarine iodide metocurine iodide", "tubocurarine o,o'-dimethyl- diiodide", "13h-4,6:21,24-dietheno-8,12-metheno-1h-pyrido(3',2':14,15)(1,11)dioxacycloeicosino(2,3,4-ij)isoquinolinium,2,3,13a,14,15,16,25,25a-octahydro-9,18,19,29-tetramethoxy-1,1,14,14-tetramethyl-,diiodide (13ar-(13ar*,25as*))-"}|>, "7976" -> <|"DatabaseID" -> "SW04027", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479125]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@H]1CC[C@@]2([C@H]3CC[C@]4([C@H](C3CC=C2C1)CC[C@@H]4[C@H](C)CCC(CC)C(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sitosteryl palmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321351]}, "Synonyms" -> {"[(3s", "ac1nt0fx"}|>, "7977" -> <|"DatabaseID" -> "SW04027", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479125]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@H]1CC[C@@]2([C@H]3CC[C@]4([C@H](C3CC=C2C1)CC[C@@H]4[C@H](C)CCC(CC)C(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sitosteryl palmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321351]}, "Synonyms" -> {"[(3s", "ac1nt0fx"}|>, "7978" -> <|"DatabaseID" -> "SW04027", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479125]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@H]1CC[C@@]2([C@H]3CC[C@]4([C@H](C3CC=C2C1)CC[C@@H]4[C@H](C)CCC(CC)C(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sitosteryl palmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321351]}, "Synonyms" -> {"[(3s", "ac1nt0fx"}|>, "7979" -> <|"DatabaseID" -> "SW04027", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479125]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@H]1CC[C@@]2([C@H]3CC[C@]4([C@H](C3CC=C2C1)CC[C@@H]4[C@H](C)CCC(CC)C(C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "beta-sitosteryl palmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321351]}, "Synonyms" -> {"[(3s", "ac1nt0fx"}|>, "7980" -> <|"DatabaseID" -> "SW04028", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170349]}, "IsomericSmiles" -> "CCOC(=O)c1cc(=O)c2c(o1)cccc2OCC(COc3cccc4c3c(=O)cc(o4)C(=O)OCC)OC(=O)[C@H](CCCC[NH3+])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "13-bis-(2-ethoxycarbonylchromon-5-yloxy)-2-(lysyloxy)propane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 196638]}, "Synonyms" -> {"ac1l522m", "l-lysine", "110816-78-9[rn]", "l-lysine,2-((2-(ethoxycarbonyl)-4-oxo-4h-1-benzopyran-5-yl)oxy)-1-(((2-(ethoxycarbonyl)-4-oxo-4h-1-benzopyran-5-yl)oxy)methyl)ethyl ester dihydrochloride", "ky 556", "1,3-bis-(2-ethoxycarbonylchromon-5-yloxy)-2-(lysyloxy)propane", "n-556", "d09790", "ethyl 5-[2-[(2s)-2", "n 556", "1", "cromoglicate lisetil hydrochloride (jan)", "110816-78-9"}|>, "7981" -> <|"DatabaseID" -> "SW04029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65282]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)C[C@H]6c7c(c(c(c(c7O3)OC)OC)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hernandezine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72343]}, "Synonyms" -> {"hernandezine", "(+)-hernandezine", "(1s,14s)-9,19,20,21,25-pentamethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18,20,22(33),24(32),25,27(31),35-", "chembl504936", "ac1q58fe", "(1|a)-5", "6681-13-6[rn]", "bio-0629", "16h-1,24:6,9-dietheno-11,15-metheno-2h-pyrido[2',3':17,18][1,11]dioxacycloeicosino[2,3,4-ij]isoquinoline 3,4,4a,5,16a,17,18,19-octahydro-12,20,21,22,26-pentamethoxy-4,17-dimethyl- (4as,16as)-", "6681-13-6", "(1s,14s)-9,19,20,21,25-pentamethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18,20,22(33),24(32),25,27(31),35-dodecaene", "kst-1a7506", "ac1l2hvy", "nsc626650"}|>, "7982" -> <|"DatabaseID" -> "SW04029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65282]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)C[C@H]6c7c(c(c(c(c7O3)OC)OC)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hernandezine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72343]}, "Synonyms" -> {"hernandezine", "(+)-hernandezine", "(1s,14s)-9,19,20,21,25-pentamethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18,20,22(33),24(32),25,27(31),35-", "chembl504936", "ac1q58fe", "(1|a)-5", "6681-13-6[rn]", "bio-0629", "16h-1,24:6,9-dietheno-11,15-metheno-2h-pyrido[2',3':17,18][1,11]dioxacycloeicosino[2,3,4-ij]isoquinoline 3,4,4a,5,16a,17,18,19-octahydro-12,20,21,22,26-pentamethoxy-4,17-dimethyl- (4as,16as)-", "6681-13-6", "(1s,14s)-9,19,20,21,25-pentamethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18,20,22(33),24(32),25,27(31),35-dodecaene", "kst-1a7506", "ac1l2hvy", "nsc626650"}|>, "7983" -> <|"DatabaseID" -> "SW04029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65282]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)C[C@H]6c7c(c(c(c(c7O3)OC)OC)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hernandezine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72343]}, "Synonyms" -> {"hernandezine", "(+)-hernandezine", "(1s,14s)-9,19,20,21,25-pentamethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18,20,22(33),24(32),25,27(31),35-", "chembl504936", "ac1q58fe", "(1|a)-5", "6681-13-6[rn]", "bio-0629", "16h-1,24:6,9-dietheno-11,15-metheno-2h-pyrido[2',3':17,18][1,11]dioxacycloeicosino[2,3,4-ij]isoquinoline 3,4,4a,5,16a,17,18,19-octahydro-12,20,21,22,26-pentamethoxy-4,17-dimethyl- (4as,16as)-", "6681-13-6", "(1s,14s)-9,19,20,21,25-pentamethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18,20,22(33),24(32),25,27(31),35-dodecaene", "kst-1a7506", "ac1l2hvy", "nsc626650"}|>, "7984" -> <|"DatabaseID" -> "SW04029", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65282]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c3cc2[C@@H]1Cc4ccc(cc4)Oc5cc(ccc5OC)C[C@H]6c7c(c(c(c(c7O3)OC)OC)OC)CC[NH+]6C)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hernandezine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72343]}, "Synonyms" -> {"hernandezine", "(+)-hernandezine", "(1s,14s)-9,19,20,21,25-pentamethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18,20,22(33),24(32),25,27(31),35-", "chembl504936", "ac1q58fe", "(1|a)-5", "6681-13-6[rn]", "bio-0629", "16h-1,24:6,9-dietheno-11,15-metheno-2h-pyrido[2',3':17,18][1,11]dioxacycloeicosino[2,3,4-ij]isoquinoline 3,4,4a,5,16a,17,18,19-octahydro-12,20,21,22,26-pentamethoxy-4,17-dimethyl- (4as,16as)-", "6681-13-6", "(1s,14s)-9,19,20,21,25-pentamethoxy-15,30-dimethyl-7,23-dioxa-15,30-diazaheptacyclo[22.6.2.23,6.18,12.114,18.027,31.022,33]hexatriaconta-3,5,8(34),9,11,18,20,22(33),24(32),25,27(31),35-dodecaene", "kst-1a7506", "ac1l2hvy", "nsc626650"}|>, "7985" -> <|"DatabaseID" -> "SW04030", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140498]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(cc(c4OC)OC)CC[NH+]([C@H]5Cc6ccc(c(c6)Oc7ccc(cc7)C[C@@H]31)OC)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalidasine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159795]}, "Synonyms" -> {"(-)-thalidasine", "thalidasine", "thalidazine", "thalidasin", "o-methylthalfetidine", "16623-56-6[rn]", "nsc 90285", "(3s,22s)-10,11,15,16,27-pentamethoxy-4,21-dimethyl-13,29-dioxa-4,21-diazaheptacyclo[28.2.2.114,18.124,28.03,8.07,12.022,36]hexatriaconta-1(32),7,9,11,14(36),15,17,24(35),25,27,30,33-dodecaene (non-preferredname)", "20174-62-3", "(3s", "thalidasan 6,6',7,7',12-pentamethoxy-2,2'-dimethyl- (9ci)", "16623-56-6", "6", "6,6',7,7',12-pentamethoxy-2,2'-dimethylthalidasan", "thalfetidine o-methyl- (7ci)", "(3s,22s)-10,11,15,16,27-pentamethoxy-4,21-dimethyl-13,29-dioxa-4,21-diazaheptacyclo[28.2.2.114,18.124,28.03,8.07,12.022,36]hexatriaconta-1(32),7,9,11,14(36),15,17,24(35),25,27,30,33-dodecaene(non-preferred name)"}|>, "7986" -> <|"DatabaseID" -> "SW04030", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140498]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(cc(c4OC)OC)CC[NH+]([C@H]5Cc6ccc(c(c6)Oc7ccc(cc7)C[C@@H]31)OC)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalidasine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159795]}, "Synonyms" -> {"(-)-thalidasine", "thalidasine", "thalidazine", "thalidasin", "o-methylthalfetidine", "16623-56-6[rn]", "nsc 90285", "(3s,22s)-10,11,15,16,27-pentamethoxy-4,21-dimethyl-13,29-dioxa-4,21-diazaheptacyclo[28.2.2.114,18.124,28.03,8.07,12.022,36]hexatriaconta-1(32),7,9,11,14(36),15,17,24(35),25,27,30,33-dodecaene (non-preferredname)", "20174-62-3", "(3s", "thalidasan 6,6',7,7',12-pentamethoxy-2,2'-dimethyl- (9ci)", "16623-56-6", "6", "6,6',7,7',12-pentamethoxy-2,2'-dimethylthalidasan", "thalfetidine o-methyl- (7ci)", "(3s,22s)-10,11,15,16,27-pentamethoxy-4,21-dimethyl-13,29-dioxa-4,21-diazaheptacyclo[28.2.2.114,18.124,28.03,8.07,12.022,36]hexatriaconta-1(32),7,9,11,14(36),15,17,24(35),25,27,30,33-dodecaene(non-preferred name)"}|>, "7987" -> <|"DatabaseID" -> "SW04030", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140498]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(cc(c4OC)OC)CC[NH+]([C@H]5Cc6ccc(c(c6)Oc7ccc(cc7)C[C@@H]31)OC)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalidasine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159795]}, "Synonyms" -> {"(-)-thalidasine", "thalidasine", "thalidazine", "thalidasin", "o-methylthalfetidine", "16623-56-6[rn]", "nsc 90285", "(3s,22s)-10,11,15,16,27-pentamethoxy-4,21-dimethyl-13,29-dioxa-4,21-diazaheptacyclo[28.2.2.114,18.124,28.03,8.07,12.022,36]hexatriaconta-1(32),7,9,11,14(36),15,17,24(35),25,27,30,33-dodecaene (non-preferredname)", "20174-62-3", "(3s", "thalidasan 6,6',7,7',12-pentamethoxy-2,2'-dimethyl- (9ci)", "16623-56-6", "6", "6,6',7,7',12-pentamethoxy-2,2'-dimethylthalidasan", "thalfetidine o-methyl- (7ci)", "(3s,22s)-10,11,15,16,27-pentamethoxy-4,21-dimethyl-13,29-dioxa-4,21-diazaheptacyclo[28.2.2.114,18.124,28.03,8.07,12.022,36]hexatriaconta-1(32),7,9,11,14(36),15,17,24(35),25,27,30,33-dodecaene(non-preferred name)"}|>, "7988" -> <|"DatabaseID" -> "SW04030", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140498]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(cc(c4OC)OC)CC[NH+]([C@H]5Cc6ccc(c(c6)Oc7ccc(cc7)C[C@@H]31)OC)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalidasine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159795]}, "Synonyms" -> {"(-)-thalidasine", "thalidasine", "thalidazine", "thalidasin", "o-methylthalfetidine", "16623-56-6[rn]", "nsc 90285", "(3s,22s)-10,11,15,16,27-pentamethoxy-4,21-dimethyl-13,29-dioxa-4,21-diazaheptacyclo[28.2.2.114,18.124,28.03,8.07,12.022,36]hexatriaconta-1(32),7,9,11,14(36),15,17,24(35),25,27,30,33-dodecaene (non-preferredname)", "20174-62-3", "(3s", "thalidasan 6,6',7,7',12-pentamethoxy-2,2'-dimethyl- (9ci)", "16623-56-6", "6", "6,6',7,7',12-pentamethoxy-2,2'-dimethylthalidasan", "thalfetidine o-methyl- (7ci)", "(3s,22s)-10,11,15,16,27-pentamethoxy-4,21-dimethyl-13,29-dioxa-4,21-diazaheptacyclo[28.2.2.114,18.124,28.03,8.07,12.022,36]hexatriaconta-1(32),7,9,11,14(36),15,17,24(35),25,27,30,33-dodecaene(non-preferred name)"}|>, "7989" -> <|"DatabaseID" -> "SW04031", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3182"], ExternalIdentifier["ChEBIID", "3181"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28858]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01200"]}, "IsomericSmiles" -> "CC(C)C[C@H]1C(=O)N2CCC[C@H]2[C@]3(N1C(=O)[C@](O3)(C(C)C)NC(=O)[C@H]4C[NH+]([C@@H]5Cc6c7c(cccc7[nH]c6Br)C5=C4)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03165"]}, "OfficialNames" -> <|"China Approved Name" -> "bromocriptine", "Indian Approved Name" -> "bromocriptine", "FDA Approved Drug" -> "BROMOCRIPTINE MESYLATE"|>, "PharmGKBID" -> "PA448671", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31101]}, "Synonyms" -> {"bromocriptine", "bromocriptin", "bromoergocriptine", "bromoergocryptine", "bromocryptine", "bromergocryptine", "bromocryptine mesylate", "parlodel", "bagren", "alti-bromocriptine", "parlodel snaptabs", "247-128-5[einecs]", "bromocryptin", "2-bromoergocryptine", "bromocriptine[wiki][usan]", "25614-03-3[rn]", "d(2c) dopamine receptor", "bromocriptina [inn-spanish]", "(6ar,9r)-5-bromo-n-((2r,5s,10as,10bs)-10b-hydroxy-5-isobutyl-2-isopropyl-3,6-dioxooctahydro-2h-oxazolo[3,2-a]pyrrolo[2,1-c]pyrazin-2-yl)-7-methyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg]quinoline-9-carboxamide", "741357[beilstein]", "(5'a)-2-bromo-12'-hydroxy-2'-(-1-methylethyl)-5'-(2-methylpropyl)ergotaman-3',6',18-trione", "bromocriptine [usan:ban:inn][inn][usan]", "bromocriptinum[latin]", "bromocriptinum [inn-latin]", "bromocriptine methanesulfonate", "bromergon", "2-bromo-alpha-ergocryptine", "bromocriptinum [inn_la]", "dopamine d4 receptor", "2-bromo-a-ergokryptin", "ergoset", "bromocriptine mesylate", "bromocriptina[spanish][inn]", "parlodel[wiki]", "25614-03-3", "25614-03-2", "bromocriptinum", "ergocryptine 2-bromo- (8ci)", "cycloset", "apo-bromocriptine", "pravidel"}|>, "7990" -> <|"DatabaseID" -> "SW04031", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3182"], ExternalIdentifier["ChEBIID", "3181"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28858]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01200"]}, "IsomericSmiles" -> "CC(C)C[C@H]1C(=O)N2CCC[C@H]2[C@]3(N1C(=O)[C@](O3)(C(C)C)NC(=O)[C@H]4C[NH+]([C@@H]5Cc6c7c(cccc7[nH]c6Br)C5=C4)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03165"]}, "OfficialNames" -> <|"China Approved Name" -> "bromocriptine", "Indian Approved Name" -> "bromocriptine", "FDA Approved Drug" -> "BROMOCRIPTINE MESYLATE"|>, "PharmGKBID" -> "PA448671", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 31101]}, "Synonyms" -> {"bromocriptine", "bromocriptin", "bromoergocriptine", "bromoergocryptine", "bromocryptine", "bromergocryptine", "bromocryptine mesylate", "parlodel", "bagren", "alti-bromocriptine", "parlodel snaptabs", "247-128-5[einecs]", "bromocryptin", "2-bromoergocryptine", "bromocriptine[wiki][usan]", "25614-03-3[rn]", "d(2c) dopamine receptor", "bromocriptina [inn-spanish]", "(6ar,9r)-5-bromo-n-((2r,5s,10as,10bs)-10b-hydroxy-5-isobutyl-2-isopropyl-3,6-dioxooctahydro-2h-oxazolo[3,2-a]pyrrolo[2,1-c]pyrazin-2-yl)-7-methyl-4,6,6a,7,8,9-hexahydroindolo[4,3-fg]quinoline-9-carboxamide", "741357[beilstein]", "(5'a)-2-bromo-12'-hydroxy-2'-(-1-methylethyl)-5'-(2-methylpropyl)ergotaman-3',6',18-trione", "bromocriptine [usan:ban:inn][inn][usan]", "bromocriptinum[latin]", "bromocriptinum [inn-latin]", "bromocriptine methanesulfonate", "bromergon", "2-bromo-alpha-ergocryptine", "bromocriptinum [inn_la]", "dopamine d4 receptor", "2-bromo-a-ergokryptin", "ergoset", "bromocriptine mesylate", "bromocriptina[spanish][inn]", "parlodel[wiki]", "25614-03-3", "25614-03-2", "bromocriptinum", "ergocryptine 2-bromo- (8ci)", "cycloset", "apo-bromocriptine", "pravidel"}|>, "7991" -> <|"DatabaseID" -> "SW04032", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31930]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00444"]}, "IsomericSmiles" -> "COc1cc(cc(c1O)OC)[C@@H]2c3cc4c(cc3[C@H]([C@@H]5[C@@H]2C(=O)OC5)O[C@H]6[C@@H]([C@H]([C@H]7[C@H](O6)COC(O7)c8cccs8)O)O)OCO4", "OfficialNames" -> <|"FDA Approved Drug" -> "TENIPOSIDE"|>, "PharmGKBID" -> "PA451611", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 34698]}, "Synonyms" -> {"vumon", "vee m-26", "vehem", "veham-sandoz", "teniposido [inn-spanish]", "teniposide", "teniposidum [inn-latin]", "249-831-2[einecs]", "dna topoisomerase ii alpha isozyme", "ptg", "vumon (tn)", "teniposidum", "teniposidum[latin]", "31514-29-1[rn]", "teniposido[spanish][inn]", "35317-44-3[rn]", "etoposide usp26", "teniposido", "nsc 122819", "23362-13-2[rn]", "4'-dimethyl-9-(4,6-o-2-thenyid)-epipodophyllotoxin", "teniposide[wiki][usan]", "teniposide [usan:ban:inn][inn][usan]", "ec 5.99.1.3", "ept", "29767-20-2[rn]"}|>, "7992" -> <|"DatabaseID" -> "SW04032", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 31930]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00444"]}, "IsomericSmiles" -> "COc1cc(cc(c1O)OC)[C@@H]2c3cc4c(cc3[C@H]([C@@H]5[C@@H]2C(=O)OC5)O[C@H]6[C@@H]([C@H]([C@H]7[C@H](O6)COC(O7)c8cccs8)O)O)OCO4", "OfficialNames" -> <|"FDA Approved Drug" -> "TENIPOSIDE"|>, "PharmGKBID" -> "PA451611", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 34698]}, "Synonyms" -> {"vumon", "vee m-26", "vehem", "veham-sandoz", "teniposido [inn-spanish]", "teniposide", "teniposidum [inn-latin]", "249-831-2[einecs]", "dna topoisomerase ii alpha isozyme", "ptg", "vumon (tn)", "teniposidum", "teniposidum[latin]", "31514-29-1[rn]", "teniposido[spanish][inn]", "35317-44-3[rn]", "etoposide usp26", "teniposido", "nsc 122819", "23362-13-2[rn]", "4'-dimethyl-9-(4,6-o-2-thenyid)-epipodophyllotoxin", "teniposide[wiki][usan]", "teniposide [usan:ban:inn][inn][usan]", "ec 5.99.1.3", "ept", "29767-20-2[rn]"}|>, "7993" -> <|"DatabaseID" -> "SW04033", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53448"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23107149]}, "IsomericSmiles" -> "COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OC)OC)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3OC)OC)OC)COC)COC)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04996"]}, "OfficialNames" -> <|"Indian Approved Name" -> "methyl cellulose;cellulose", "Australia Approved Name" -> "METHYLCELLULOSE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44263857]}, "Synonyms" -> {"methylcellulose", "e461", "methylated cellulose", "chebi:53448", "2719-ep2270113a1", "metilcelulosa", "methylcellulosum", "2719-ep2270008a1", "2719-ep2270011a1", "2719-ep0930075a1", "cellulose methyl ether", "cellulose methylate", "methylcellulose; methylcellulosum; metilcelulosa", "metilcelulosa [inn_es]", "methyl cellulose", "cellulose methyl", "cologel"}|>, "7994" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "7995" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "7996" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "7997" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "7998" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "7999" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "8000" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "8001" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "8002" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "8003" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "8004" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "8005" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "8006" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "8007" -> <|"DatabaseID" -> "SW04034", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4475897]}, "IsomericSmiles" -> "C[NH+]1CCC23CC(=O)C(=CC2C1Cc4c3c(cc(c4c5c(cc(c6c5CC7C8C6(CC[NH+]7C)CC(=O)C(=C8)OC)O)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "disinomenine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5316941]}, "Synonyms" -> {"disinomenine"}|>, "8008" -> <|"DatabaseID" -> "SW04035", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2808671]}, "IsomericSmiles" -> "CC(C)(C)CC(C)(C)c1cc(c(c(c1)n2nc3ccccc3n2)O)Cc4cc(cc(c4O)n5nc6ccccc6n5)C(C)(C)CC(C)(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03249"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bisoctrizole"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3571576]}, "Synonyms" -> {"ultraviolet absorbent uv-360", "bisoctrizole", "phenol", "bisoctrizole[wiki][usan]", "mbbt", "103597-45-1", "ncgc00167544-01", "phenol methylene bis(benzotriazolyl) tetramethyl-", "103597-45-1[rn]", "2-(2-hydrobenzotriazol-2-yl)-6-{[3-(2-hydrobenzotriazol-2-yl)-2-hydroxy-5-(1,1 ,3,3-tetramethylbutyl)phenyl]methyl}-4-(1,1,3,3-tetramethylbutyl)phenol", "2,2'-methylenebis[6-(2h-benzotriazol-2-yl)-4-(2,4,4-trimethyl-2-pentanyl)phenol]", "2-(2-hydrobenzotriazol-2-yl)-6-{[3-(2-hydrobenzotriazol-2-yl)-2-hydroxy-5-(1", "2", "ultraviolet absorbent uv-360", "2-(2-hydrobenzotriazol-2-yl)-6-{[3-(2-hydrobenzotriazol-2-yl)-2-hydroxy-5-(1,1,3,3-tetramethylbutyl)phenyl]methyl}-4-(1,1,3,3-tetramethylbutyl)phenol", "6,6'-methylenebis[2-(2h-benzo[d][1,2,3]triazol-2-yl)-4-(2,4,4-trimethylpentan-2-yl)phenol][acd/iupac name]", "2,2'-methylenebis[6-(2h-benzotriazol-2-yl)-4-(1,1,3,3-tetramethylbutyl)phenol]", "phenol 2,2'-methylenebis[6-(2h-1,2,3-benzotriazol-2-yl)-4-(1,1,3,3-tetramethylbutyl)-[acd/index name]", "2,2'-methylenebis[6-(benzotriazol-2-yl)-4-tert-octylphenol]", "phenol 2,2'-methylenebis[6-(2h-benzotriazol-2-yl)-4-(1,1,3,3-tetramethylbutyl)-", "tinosorb m", "t56 bnnnjcr bq ex1&1&1x1&1&1 c1r bqex1&1&1x1&1&1 c-bt56 bnnnj[wln]", "2,2'-methanediylbis[6-(2h-benzotriazol-2-yl)-4-(2,4,4-trimethylpentan-2-yl)phenol]", "2,2'-methylenebis[6-(2h-benzotriazol-2-yl)-4-(2,4,4-trimethylpentan-2-yl)phenol]"}|>, "8009" -> <|"DatabaseID" -> "SW04036", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17355]}, "IsomericSmiles" -> "c1ccc(cc1)N(CCC(=O)[O-])C(=O)c2c(cc(c(c2I)N)I)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01313"]}, "OfficialNames" -> <|"NPC Approved Name" -> "iobenzamic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 18377]}, "Synonyms" -> {"iobenzamic acid", "osbil", "tracebyl", "razebil", "tracebil", "acidum jobenzamicum", "isobenzamic acid", "bilibyk", "osbiland", "3115-05-7[rn]", "221-484-1[einecs]", "n-(3-amino-2,4,6-triiodobenzoyl)-n-(2-carboxyethyl)aniline", "n-(3-amino-2,4,6-triiodobenzoyl)-n-phenyl-b-alanine", "3-((3-amino-2,4,6-triiodobenzoyl)phenylamino)propionic acid", "acidum iobenzamicum[latin]", "b-[n-(3-amino-2,4,6-triiodobenzoyl)phenylamino]propionic acid", "osbil (tn)", "iobenzamic acid [usan:ban:inn:jan][inn][jan][usan]", "acido iobenzamico[spanish][inn]", "5/7/3115", "acide iobenzamique[french][inn]", "u-12,031", "st 5066/s [german]", "st 5066/s[german]", "iobenzamic acid (jan/usan)[jan][usan]"}|>, "8010" -> <|"DatabaseID" -> "SW04037", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4476008]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)Oc2c(=O)c3c(cc(c(c3oc2c4ccc(cc4)O)CC=C(C)C)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "epimedoside a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5317093]}, "Synonyms" -> {"epimedoside a", "ac1nsv3z", "39012-04-9[rn]", "39012-04-9", "4h-1-benzopyran-4-one", "5-hydroxy-2-(4-hydroxyphenyl)-8-(3-methylbut-2-enyl)-7-[(2s"}|>, "8011" -> <|"DatabaseID" -> "SW04038", "IsomericSmiles" -> "Cc1cc2c(c(c1C3=C(C\\4C(=C(C(C(=O)/C4=C\\[NH2+][C@H](C)C(=O)[O-])O)C(C)C)C=C3C)O)O)/C(=C/[NH2+][C@@H](C)C(=O)[O-])/C(=O)C(=C2C(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "na-cemmix"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71596471]}, "Synonyms" -> {"disodium (2s)-2-[[(z)-[7-[(8z)-1", "1-naphthylidene]methyl]amino]propanoic acid"}|>, "8012" -> <|"DatabaseID" -> "SW04038", "IsomericSmiles" -> "Cc1cc2c(c(c1C3=C(C\\4C(=C(C(C(=O)/C4=C\\[NH2+][C@H](C)C(=O)[O-])O)C(C)C)C=C3C)O)O)/C(=C/[NH2+][C@@H](C)C(=O)[O-])/C(=O)C(=C2C(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "na-cemmix"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71596471]}, "Synonyms" -> {"disodium (2s)-2-[[(z)-[7-[(8z)-1", "1-naphthylidene]methyl]amino]propanoic acid"}|>, "8013" -> <|"DatabaseID" -> "SW04038", "IsomericSmiles" -> "Cc1cc2c(c(c1C3=C(C\\4C(=C(C(C(=O)/C4=C\\[NH2+][C@H](C)C(=O)[O-])O)C(C)C)C=C3C)O)O)/C(=C/[NH2+][C@@H](C)C(=O)[O-])/C(=O)C(=C2C(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "na-cemmix"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71596471]}, "Synonyms" -> {"disodium (2s)-2-[[(z)-[7-[(8z)-1", "1-naphthylidene]methyl]amino]propanoic acid"}|>, "8014" -> <|"DatabaseID" -> "SW04038", "IsomericSmiles" -> "Cc1cc2c(c(c1C3=C(C\\4C(=C(C(C(=O)/C4=C\\[NH2+][C@H](C)C(=O)[O-])O)C(C)C)C=C3C)O)O)/C(=C/[NH2+][C@@H](C)C(=O)[O-])/C(=O)C(=C2C(C)C)O", "OfficialNames" -> <|"NPC Approved Name" -> "na-cemmix"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71596471]}, "Synonyms" -> {"disodium (2s)-2-[[(z)-[7-[(8z)-1", "1-naphthylidene]methyl]amino]propanoic acid"}|>, "8015" -> <|"DatabaseID" -> "SW04039", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@@H]1[C@H]([C@H]([C@H](O[C@@H]1SC)C(C(C)Cl)NC(=O)[C@@H]2C[C@H](C[NH+]2C)CCC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01990"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CLINDAMYCIN PALMITATE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656638]}, "Synonyms" -> {"ac1lcvby", "d01990", "cleocin pediatric (tn)", "clindamycin palmitate hydrochloride", "clindamycin palmitate hydrochloride (jan/usp)", "cleocin pediatric", "[(2r"}|>, "8016" -> <|"DatabaseID" -> "SW04039", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@@H]1[C@H]([C@H]([C@H](O[C@@H]1SC)C(C(C)Cl)NC(=O)[C@@H]2C[C@H](C[NH+]2C)CCC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01990"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CLINDAMYCIN PALMITATE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656638]}, "Synonyms" -> {"ac1lcvby", "d01990", "cleocin pediatric (tn)", "clindamycin palmitate hydrochloride", "clindamycin palmitate hydrochloride (jan/usp)", "cleocin pediatric", "[(2r"}|>, "8017" -> <|"DatabaseID" -> "SW04039", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@@H]1[C@H]([C@H]([C@H](O[C@@H]1SC)C(C(C)Cl)NC(=O)[C@@H]2C[C@H](C[NH+]2C)CCC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01990"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CLINDAMYCIN PALMITATE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656638]}, "Synonyms" -> {"ac1lcvby", "d01990", "cleocin pediatric (tn)", "clindamycin palmitate hydrochloride", "clindamycin palmitate hydrochloride (jan/usp)", "cleocin pediatric", "[(2r"}|>, "8018" -> <|"DatabaseID" -> "SW04039", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@@H]1[C@H]([C@H]([C@H](O[C@@H]1SC)C(C(C)Cl)NC(=O)[C@@H]2C[C@H](C[NH+]2C)CCC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01990"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CLINDAMYCIN PALMITATE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656638]}, "Synonyms" -> {"ac1lcvby", "d01990", "cleocin pediatric (tn)", "clindamycin palmitate hydrochloride", "clindamycin palmitate hydrochloride (jan/usp)", "cleocin pediatric", "[(2r"}|>, "8019" -> <|"DatabaseID" -> "SW04039", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@@H]1[C@H]([C@H]([C@H](O[C@@H]1SC)C(C(C)Cl)NC(=O)[C@@H]2C[C@H](C[NH+]2C)CCC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01990"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CLINDAMYCIN PALMITATE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656638]}, "Synonyms" -> {"ac1lcvby", "d01990", "cleocin pediatric (tn)", "clindamycin palmitate hydrochloride", "clindamycin palmitate hydrochloride (jan/usp)", "cleocin pediatric", "[(2r"}|>, "8020" -> <|"DatabaseID" -> "SW04039", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@@H]1[C@H]([C@H]([C@H](O[C@@H]1SC)C(C(C)Cl)NC(=O)[C@@H]2C[C@H](C[NH+]2C)CCC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01990"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CLINDAMYCIN PALMITATE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656638]}, "Synonyms" -> {"ac1lcvby", "d01990", "cleocin pediatric (tn)", "clindamycin palmitate hydrochloride", "clindamycin palmitate hydrochloride (jan/usp)", "cleocin pediatric", "[(2r"}|>, "8021" -> <|"DatabaseID" -> "SW04039", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@@H]1[C@H]([C@H]([C@H](O[C@@H]1SC)C(C(C)Cl)NC(=O)[C@@H]2C[C@H](C[NH+]2C)CCC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01990"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CLINDAMYCIN PALMITATE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656638]}, "Synonyms" -> {"ac1lcvby", "d01990", "cleocin pediatric (tn)", "clindamycin palmitate hydrochloride", "clindamycin palmitate hydrochloride (jan/usp)", "cleocin pediatric", "[(2r"}|>, "8022" -> <|"DatabaseID" -> "SW04039", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@@H]1[C@H]([C@H]([C@H](O[C@@H]1SC)C(C(C)Cl)NC(=O)[C@@H]2C[C@H](C[NH+]2C)CCC)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01990"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CLINDAMYCIN PALMITATE HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656638]}, "Synonyms" -> {"ac1lcvby", "d01990", "cleocin pediatric (tn)", "clindamycin palmitate hydrochloride", "clindamycin palmitate hydrochloride (jan/usp)", "cleocin pediatric", "[(2r"}|>, "8023" -> <|"DatabaseID" -> "SW04040", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8570095]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@H]1CC[C@]2([C@H](C1(C)C)CC[C@@]3([C@@H]2CC=C4[C@]3(CC[C@@]5([C@H]4[C@H]([C@@H](CC5)C)C)C)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alpha-amyrin palmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10394654]}, "Synonyms" -> {"22255-10-3[rn]"}|>, "8024" -> <|"DatabaseID" -> "SW04041", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10283592]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@@H]1[C@@]([C@H]2[C@@]([C@@H]3[C@]([C@]4([C@@H]([C@@H]5[C@@](CC4)(CCC(=C)[C@H]5C)C)CC3)C)(CC2)C)(CC1)C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "taraxasteryl palmitate"|>, "Synonyms" -> {"taraxasterol palmitate", "taraxasteryl palmitate"}|>, "8025" -> <|"DatabaseID" -> "SW04042", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00826"]}, "IsomericSmiles" -> "C[C@@H]1C/C=C/C=C/C=C/C=C/[C@@H](C[C@H]2[C@@H]([C@H](C[C@](O2)(C[C@H](C[C@@H]3[C@H](O3)/C=C/C(=O)O1)O)O)O)C(=O)[O-])OC4[C@H]([C@H]([C@@H]([C@H](O4)C)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00884"]}, "OfficialNames" -> <|"Indian Approved Name" -> "natamycin", "FDA Approved Drug" -> "NATAMYCIN"|>, "PharmGKBID" -> "PA164744325", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281099]}, "Synonyms" -> {"natamycin", "pimaricin", "natacyn", "tennecetin", "delvolan", "delvopos", "delvocid", "mycophyt", "pimaricine", "myprozine"}|>, "8026" -> <|"DatabaseID" -> "SW04042", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00826"]}, "IsomericSmiles" -> "C[C@@H]1C/C=C/C=C/C=C/C=C/[C@@H](C[C@H]2[C@@H]([C@H](C[C@](O2)(C[C@H](C[C@@H]3[C@H](O3)/C=C/C(=O)O1)O)O)O)C(=O)[O-])OC4[C@H]([C@H]([C@@H]([C@H](O4)C)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00884"]}, "OfficialNames" -> <|"Indian Approved Name" -> "natamycin", "FDA Approved Drug" -> "NATAMYCIN"|>, "PharmGKBID" -> "PA164744325", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281099]}, "Synonyms" -> {"natamycin", "pimaricin", "natacyn", "tennecetin", "delvolan", "delvopos", "delvocid", "mycophyt", "pimaricine", "myprozine"}|>, "8027" -> <|"DatabaseID" -> "SW04043", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340713]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@]([C@H]1CC=C4[C@]2(CC[C@@]5([C@@H]4CC([C@H](C5)O)(C)C)C(=O)[O-])C)(C[C@H]([C@@H]([C@@]3(C)CO)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lucyoside a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083524]}, "Synonyms" -> {"lucyoside r", "olean-12-en-28-oic acid", "ac1mj0rs", "(3s", "206270-86-2", "206270-86-2[rn]", "2alpha"}|>, "8028" -> <|"DatabaseID" -> "SW04043", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340713]}, "IsomericSmiles" -> "C[C@@]12CCC3[C@@]([C@H]1CC=C4[C@]2(CC[C@@]5([C@@H]4CC([C@H](C5)O)(C)C)C(=O)[O-])C)(C[C@H]([C@@H]([C@@]3(C)CO)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lucyoside a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083524]}, "Synonyms" -> {"lucyoside r", "olean-12-en-28-oic acid", "ac1mj0rs", "(3s", "206270-86-2", "206270-86-2[rn]", "2alpha"}|>, "8029" -> <|"DatabaseID" -> "SW04044", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@@H]1CCCn2c1nc(c(c2=O)CC[NH+]3CCC(CC3)c4c5ccc(cc5on4)F)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05340"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PALIPERIDONE PALMITATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724979]}, "Synonyms" -> {"paliperidone palmitate (jan/usan)", "199739-10-1", "d05340", "paliperidone palmitate"}|>, "8030" -> <|"DatabaseID" -> "SW04045", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388322]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@H](O1)OC[C@@H]2[C@H]([C@@H]([C@H]([C@H](O2)O[C@@H]3[C@H](O[C@@H]([C@@H]([C@H]3O)O)O)CO)O)O)O[C@@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "glycogen", "Indian Approved Name" -> "glycogen"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439177]}, "Synonyms" -> {"phytoglycogen", "lyoglycogen", "animal starch", "liver starch", "9005-79-2", "glycogen", "bmse000232", "c00182", "glycogen[wiki]", "ac1l96tt", "9005-79-2[rn]", "surecn3186799", "hmdb00757"}|>, "8031" -> <|"DatabaseID" -> "SW04046", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23163]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O)O)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "sizofiran"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24777]}, "Synonyms" -> {"schizophyllane", "somfilan", "sizofiran", "sizofiranum", "surecn1517238", "schizophyllan", "schizophyllan[wiki]", "sizofiran [inn:jan][inn][jan]", "sizofilan", "ac1l2nnz", "9050-67-3[rn]", "sonifilan", "sizofiran [inn:jan]", "d012566", "sizofiranum [latin]", "spg", "9050-67-3", "sizofiranum[latin]"}|>, "8032" -> <|"DatabaseID" -> "SW04047", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17164"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388624], ExternalIdentifier["ChemSpiderID", 2006484]}, "IsomericSmiles" -> "C([C@@H]1[C@@H]([C@@H]([C@H]([C@H](O1)OC[C@@H]2[C@@H]([C@@H]([C@H]([C@H](O2)OC[C@@H]3[C@H]([C@@H]([C@H]([C@H](O3)O[C@]4([C@H]([C@@H]([C@H](O4)CO)O)O)CO)O)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-stachyose;lupeose;manneotetrose;stachyose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439531], ExternalIdentifier["PubChemCompoundID", 2724335]}, "Synonyms" -> {"10094-58-3[rn]", "470-55-3[rn]", "lupeose", "stachyose[wiki]", "stachyose", "hmdb03553", "chebi:17164", "cpd-170", "bmse000240", "manneotetrose", "stachyose hydrate", "c01613", "54261-98-2[rn]", "d-stachyose", "ac1l97j5", "mannotetraose", "stachyose hydrate stachys tuberifera", "207-427-3[einecs]", "851787_aldrich", "(2r,3r,4s,5s,6r)-2-{[(2s,3s,4s,5r)-3,4-dihydroxy-2,5-bis(hydroxymethyl)tetrahydro-2-furanyl]oxy}-6-({[(2s,3r,4s,5r,6r)-3,4,5-trihydroxy-6-({[(2s,3r,4s,5r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-3,4,5-trioltetrahydrat", "stachyose tetrahydrate", "beta-d-fructofuranosyl-o-alpha-d-galactopyranosyl-(1->6)-o-alpha-d-galactopyranosyl-(1->6)-alpha-d-glucopyranoside", "alpha-d-gal-(1->6)-alpha-d-gal-(1->6)-alpha-d-glc-(1->2)-beta-d-fru", "(2s", "(2r,3r,4s,5s,6r)-2-{[(2s,3s,4s,5r)-3,4-dihydroxy-2,5-bis(hydroxymethyl)tetrahydro-2-furanyl]oxy}-6-({[(2s,3r,4s,5r,6r)-3,4,5-trihydroxy-6-({[(2s,3r,4s,5r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-3,4,5-triol tetrahydrate", "ac1mc4pw", "b-d-fructofuranosyl a-d-galactopyranosyl-(1->6)-a-d-galactopyranosyl-(1->6)-a-d-glucopyranoside tetrahydrate"}|>, "8033" -> <|"DatabaseID" -> "SW04048", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 107795]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2CC[C@@]3([C@H]4CC[C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O[C@H]7[C@@H]([C@H]([C@@H](CO7)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erychroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 120756]}, "Synonyms" -> {"erychroside (7ci)", "erichroside", "630-65-9[rn]", "63978-30-3", "erychroside", "chembl393052", "card-20(22)-enolide", "(3|a", "ar-1a5217", "ac1l3rf7", "kst-1a7051", "(3s,5s,8r,9s,10s,13r,14s,17r)-5,14-dihydroxy-3-((2r,4s,5s,6r)-4-hydroxy-6-methyl-5-((2s,3r,4s,5r)-3,4,5-trihydroxy-tetrahydro-2h-pyran-2-yloxy)-tetrahydro-2h-pyran-2-yloxy)-13-methyl-17-(5-oxo-2,5-dihydrofuran-3-yl)-hexadecahydro-1h-cyclopenta[a]phenanthrene-10-carbaldehyde"}|>, "8034" -> <|"DatabaseID" -> "SW04049", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "55313"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10308750]}, "IsomericSmiles" -> "C=CC[N@@+]12[C@@H]3[C@@]4([C@H]/5N(c6c4cccc6)/C=C/7\\[C@@H]8N(c9c(cccc9)[C@]84[C@H]6[N@+](C/C(=C/CO)/[C@@H]7C6)(CC4)CC=C)/C=C5/[C@@H](C3)/C(=C\\CO)/C1)CC2", "OfficialNames" -> <|"NPC Approved Name" -> "alcuronium"|>, "Synonyms" -> {"(1r,9z,11s,13s,14r,17r,25z,27s,28e,30r,33s,35s,37e,38s)-14,30-diallyl-28,37-bis(2-hydroxyethylidene)-8,24-diaza-14,30-diazoniaundecacyclo[25.5.2.211,14.11,8.110,17.02,7.013,17.018,23.024,35.026,38.030,33]octatriaconta-2,4,6,9,18,20,22,25-octaene", "1,21:10,12-diethano-19ah,20bh-dipyrrolo[3,2-f:3,2-f'][1,5]diazocino[3,2,1-jk:7,6,5-j'k']dicarbazolium 1,2,3,10,11,11a,12,13,14,21,22,22a-dodecahydro-23,26-bis(2-hydroxyethylidene)-1,12-di-2-propen-1-yl- (1r,3ar,9z,10s,11as,12r,14ar,19as,20z,20bs,21s,22as,23e,26e)-", "ro 4-3816", "o[3,2-f:3,2-f'][1,5]diazocino[3,2,1-jk:7,6,5-j'k']dicarbazole-1,12-diium", "diallylnortoxiferine", "23214-96-2[rn]", "alcuronium[wiki]", "alloferin", "4,4'-didemethyl-4,4'-di-2-propenyl-toxiferine i (9ci)", "diallyltoxiferine", "(1r,3ar,9z,10s,11as,12r,14ar,19as,20z,20bs,21s,22as,23e,26e)-23,26-bis(2-hydroxyethylidene)-1,12-di(prop-2-en-1-yl)-1,2,3,10,11,11a,12,13,14,21,22,22a-dodecahydro-19ah,20bh-1,21:10,12-diethanodipyrrolo[3,2-f:3,2-f'][1,5]diazocino[3,2,1-jk:7,6,5-j'k']dicarbazole-1,12-diium", "alcuronum", "diallylbis(nortoxiferine)", "(1r,3ar,9z,10s,11as,12r,14ar,19as,20z,20bs,21s,22as,23e,26e)-23,26-bis(2-hydroxyethylidene)-1,12-di(prop-2-en-1-yl)-1,2,3,10,11,11a,12,13,14,21,22,22a-dodecahydro-19ah,20bh-1,21:10,12-diethanodipyrrol", "15180-03-7[rn]", "4,4'-didemethyl-4,4'-di-2-propenyltoxiferine i", "alloferine", "n,n'-diallylnortoxiferinium"}|>, "8035" -> <|"DatabaseID" -> "SW04050", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6511]}, "IsomericSmiles" -> "CCOC(=O)Oc1c(cc(cc1OC)C(=O)O[C@@H]2C[C@@H]3C[NH+]4CCc5c6ccc(cc6[nH]c5[C@H]4C[C@@H]3[C@@H]([C@H]2OC)C(=O)OC)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01659"]}, "OfficialNames" -> <|"NPC Approved Name" -> "syrosingopine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6769]}, "Synonyms" -> {"syrosingopine", "neoreserpan", "isotense", "syrosingopin", "novoserpina", "menatensina", "siringina", "syringopine", "elufinesin", "vegaserpina", "etropres", "84-36-6[rn]", "reserpicacid methyl ester ester with 4-hydroxy-3,5-dimethoxybenzoic acid ethylcarbonate", "methyl (1s,2r,3r,4as,13br,14as)-3-({4-[(ethoxycarbonyl)oxy]-3,5-dimethoxybenzoyl}oxy)-2,11-dimethoxy-1,2,3,4,4a,5,7,8,13,13b,14,14a-dodecahydroindolo[2',3':3,4]pyrido[1,2-b]isoquinoline-1-carboxylate", "serpagon", "benzoic acid 4-hydroxy-3,5-dimethoxy- ethylcarbonate esterwith methyl reserpate", "zentos", "methyl carbethoxysyringoyl reserpate", "raunova", "siriserpin", "syrosingopinum[latin]", "nichiserpine-s", "londomin", "syrosingopine [ban:inn:jan][inn][jan]", "siringina (tn)", "revelox-wirkstoff", "carbethoxysyringoyl methylreserpate", "singoserp", "18-o-(3,5-dimethoxy-4-ethoxycarbonyloxybenzoyl)eserpsaeuremethylester", "(3b,16b,17a,18b,20a)-18-[[4-[(ethoxycarbonyl)oxy]-3,5-dimethoxybenzoyl]oxy]-11,17-dimethoxyyohimban-16-carboxylic acid methylester", "siringone", "methyl-(1s,2r,3r,4as,13br,14as)-3-({4-[(ethoxycarbonyl)oxy]-3,5-dimethoxybenzoyl}oxy)-2,11-dimethoxy-1,2,3,4,4a,5,7,8,13,13b,14,14a-dodecahydroindolo[2',3':3,4]pyrido[1,2-b]isochinolin-1-carboxylat", "syringic acid ethyl carbonate ester with methyl reserpate", "siroshuten", "methyl 18-o-(4-ethoxycarbonyloxy-3,5-dimethoxybenzyoyl)reserpat", "hf 41t", "methyl-o-(o'-carbethoxysyringoyl)reserpate", "seringina", "201-527-0[einecs]", "methyl reserpate ester of syringic acid ethyl carbonate", "carbethoxysyringoyl methyl reserpate", "siringal", "ipores", "hf-41t", "sirosingopina[spanish][inn]", "methyl reserpate,4-ethoxycarbonyl-3,5-dimethoxybenzoic acid ester"}|>, "8036" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8037" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8038" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8039" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8040" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8041" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8042" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8043" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8044" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8045" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8046" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8047" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8048" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8049" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8050" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8051" -> <|"DatabaseID" -> "SW04051", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479535]}, "IsomericSmiles" -> "C[NH+]1CCc2c3cc(c(c2Oc4c5c(c(c6c4OCO6)OC)CC[NH+](C5Cc7ccc(cc7)Oc8cc(ccc8OC)CC31)C)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalphinine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5321917]}, "Synonyms" -> {"thalphinine"}|>, "8052" -> <|"DatabaseID" -> "SW04052", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2304924]}, "IsomericSmiles" -> "CCCC(=O)OCC/C(=C(/C)\\N(Cc1cnc(nc1N)C)C=O)/S/C(=C(/C)\\N(Cc2cnc(nc2N)C)C=O)/CCOC(=O)CCC", "OfficialNames" -> <|"NPC Approved Name" -> "bisbutitiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3041678]}, "Synonyms" -> {"bisbutyl thiamine", "bisbutythiamin", "ls-151927", "54690-41-4[rn]", "ac1mibpi", "bisbutitiamine[jan]", "thiazolium", "54690-41-4", "bisbutitiamine", "[(z)-4-[(4-amino-2-methylpyrimidin-5-yl)methyl-formylamino]-3-[(e)-2-[(4-amino-2-methylpyrimidin-5-yl)methyl-formylamino]-5-butanoyloxypent-2-en-3-yl]sulfanylpent-3-enyl] butanoate"}|>, "8053" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8054" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8055" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8056" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8057" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8058" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8059" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8060" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8061" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8062" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8063" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8064" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8065" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8066" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8067" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8068" -> <|"DatabaseID" -> "SW04053", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4513835]}, "IsomericSmiles" -> "CCCCCC(C1C(CC(CC(CC(CC(CC(C(C(/C(=C/C=C/C=C/C=C/C=C/C(C(OC1=O)C)O)/C)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "fungichromin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5358751]}, "Synonyms" -> {"pentaene antibiotic", "fungichromin", "(17e,19e,21e,23e,25e)-4,6,8,10,12,14,15,16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyloxacyclooctacosa-17,19,21,23,25-pentaen-2-one (non-preferred name)", "oxacyclooctacosa-17", "ac1nsd23", "6834-98-6[rn]", "229-913-4[einecs]", "fcrc-21", "wln: t-28-ov ru tu vu a&u c&utj cyq5 dq fq hq jq lq nq oq pq r1 e&q f&1", "nsc-276732", "nsc105388", "cogomycin", "nsc276732", "cantricin", "nsc277813", "lagosin", "antibiotic a 246", "oxacyclooctacosa-17,19,21,23,25-pentaen-2-one 4,6,8,10,12,14,15 16,27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "nsc-277813", "oxacyclooctacosa-17,19 21,23,25-pentaen-2-one 4,6,8,10,12,14,15,16 27-nonahydroxy-3-(1-hydroxyhexyl)-17,28-dimethyl-", "pentamycin"}|>, "8069" -> <|"DatabaseID" -> "SW04054", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63621"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390016], ExternalIdentifier["ChemSpiderID", 54902]}, "IsomericSmiles" -> "CC(C)(C)NC(=O)[C@@H]1C[C@@H]2CCCC[C@@H]2C[NH+]1C[C@H]([C@H](Cc3ccccc3)NC(=O)[C@H](CC(=O)N)NC(=O)c4ccc5ccccc5n4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00429"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "saquinavir", "FDA Approved Drug" -> "SAQUINAVIR;SAQUINAVIR MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441243], ExternalIdentifier["PubChemCompoundID", 60934]}, "Synonyms" -> {"saquinavir", "ro-31-8959", "saguinavir", "fortovase", "n1-{(2s,3r)-4-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-3-hydroxy-1-phenylbutan-2-yl}-n2-(quinolin-2-ylcarbonyl)-l-aspartamide", "l-aspartamide n1-[(1s,2r)-3-[(3s,4as,8as)-3-[[(1,1-dimethylethyl)amino]carbonyl]octahydro-2(1h)-isoquinolinyl]-2-hydroxy-1-(phenylmethyl)propyl]-n2-(2-quinolinylcarbonyl)-", "fortovase (tn)", "fortovase[wiki]", "invirase[wiki]", "butanediamide n1-[(1s,2r)-3-[(3s,4as,8as)-3-[[(1,1-dimethylethyl)amino]carbonyl]octahydro-2(1h)-isoquinolinyl]-2-hydroxy-1-(phenylmethyl)propyl]-2-[(2-quinolinylcarbonyl)amino]-,(2s)-", "roc", "invirase", "n1-{(1s,2r)-1-benzyl-3-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-2-hydroxypropyl}-n2-(quinolin-2-ylcarbonyl)-l-aspartamide", "2fgu", "(2s)-n1-{(1s,2r)-1-benzyl-3-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-2-hydroxypropyl}-2-[(quinolin-2-ylcarbonyl)amino]butanediamide", "fortovase(tm)", "saquinavir mesylate (aids initiative)", "qnc-asn-hph-diq-ntb", "[3s-[2[1r*(r*),2s*],3a,4ab,8ab]]- n1[3-[3-[[(1,1-dimethylethyl)amino]carbonyl]octahydro-2(1h)-isoquinolinyl]-2-hydroxy-1-(phenylmethyl)propyl]-2-[(2-quinolinylcarbonyl)amino]butanediamide", "saquinavir [inn_en]", "ro 31-8959", "1hxb", "149845-06-7", "n-tert-butyldecahydro-2-[2(r)-hydroxy-4-phenyl-3(s)-[[n-(2-quinolylcarbonyl)-l-asparaginyl]amino]butyl](4as,8as)-isoquinoline-3(s)-carboxamide", "saquinavir[wiki]", "butanediamide n1-((1s,2r)-3-((3s,4as,8as)-3-(((1,1-dimethylethyl)amino)carbonyl)octahydro-2(1h)-isoquinolinyl)-2-hydroxy-1-(phenylmethyl)propyl)-2-((2-quinolinylcarbonyl)amino)-,(2s)-", "127779-20-8[rn]", "sqv", "saquinavir mesilate", "(2s)-n1-{(1s,2r)-1-benzyl-3-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisochinolin-2(1h)-yl]-2-hydroxypropyl}-2-[(chinolin-2-ylcarbonyl)amino]butandiamid", "2fgv", "ro 31-8959/000", "n(1)-{(2s,3r)-4-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-3-hydroxy-1-phenylbutan-2-yl}-n(2)-(quinolin-2-ylcarbonyl)-l-aspartamide", "ro 31-8959/003", "(s)-n-[(as)-a-[(1r)-2-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydro-2(1h)-isoquinolyl]-1-hydroxyethyl]phenethyl]-2-quinaldamidosuccinamide", "cis-n-tert-butyl-decahydro-2-[2(r)-hydroxy-4-phenyl-3(s)-[[n-2-quinolylcarbonyl-l-asparaginyl]amino]butyl]-(4as)-isoquinoline-3(s)-carboxamide", "(salt)", "saquinavir monomethanesulfonate salt", "(s)-n*1*-[(1s,2r)-1-benzyl-3-((3s,4as,8as)-3-tert-butylcarbamoyl-octahydro-isoquinolin-2-yl)-2-hydroxy-propyl]-2-[(quinoline-2-carbonyl)-amino]-succinamide; compound withmethanesulfonic acid", "(s)-n*1*-[(1s,2r)-1-benzyl-3-((3s,4as,8as)-3-tert-butylcarbamoyl-octahydro-isoquinolin-2-yl)-2-hydroxy-propyl]-2-[(quinoline-2-carbonyl)-amino]-succinamide", "149845-06-7[rn]", "dsstox_gsid_23835", "n1-{(1s,2r)-1-benzyl-3-[(3s,4as,8as)-3-[(tert-butylamino)carbonyl]octahydroisoquinolin-2(1h)-yl]-2-hydroxypropyl}-n2-(quinolin-2-ylcarbonyl)-l-aspartamide methanesulfonate(salt)", "compound with methanesulfonic acid", "dsstox_cid_3835", "butanediamide n1-((1s,2r)-3-((3s,4as,8as)-3-(((1,1-dimethylethyl)amino)carbonyl)octahydro-2(1h)-isoquinolinyl)-2-hydroxy-1-(phenylmethyl)propyl)-2-((2-quinolinylcarbonyl)amino)-,(2s)- monomethanesulfonate(salt)", "(2s)-n1-{(1s,2r)-1-benzyl-3-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-2-hydroxypropyl}-2-[(quinolin-2-ylcarbonyl)amino]butanediamide methanesulfonate (salt)", "(2s)-n1-[(1s,2r)-3-[(3s,4as,8as)-3-[[(1,1-dimethylethyl)amino]carbonyl]octahydro-2(1h)-isoquinolinyl]-2-hydroxy-1-(phenylmethyl)propyl]-2-[(2-quinolinylcarbonyl)amino]butanediamidemethanesulfonate", "ro-31-8959/003", "12779-20-8", "n1-{(1s,2r)-1-benzyl-3-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-2-hydroxypropyl}-n2-(quinolin-2-ylcarbonyl)-l-aspartamidemethanesulfonate (salt)", "saquinavir mesylate; ro 31-8959 [amfar tx dir 1993;6(4)]", "dsstox_rid_77202", "saquinavir mesylate[usp]", "l-aspartamide n1-[(1s,2r)-3-[(3s,4as,8as)-3-[[(1,1-dimethylethyl)amino]carbonyl]octahydro-2(1h)-isoquinolinyl]-2-hydroxy-1-(phenylmethyl)propyl]-n2-(2-quinolinylcarbonyl)- methanesulfonate (1:1)", "l-aspartamide n1-[(1s,2r)-3-[(3s,4as,8as)-3-[[(1,1-dimethylethyl)amino]carbonyl]octahydro-2(1h)-isoquinolinyl]-2-hydroxy-1-(phenylmethyl)propyl]-n2-(2-quinolinylcarbonyl)- methanesulfonate (1:1) (salt)", "ncgc00091469-01", "ro-31-8959-003", "invirase (tn)", "n1-{(2s,3r)-4-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-3-hydroxy-1-phenylbutan-2-yl}-n2-(quinolin-2-ylcarbonyl)-l-aspartamide methanesulfonate (1:1)", "127779-20-8", "saquinavirmesylate", "saquinavir mesylate"}|>, "8070" -> <|"DatabaseID" -> "SW04054", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63621"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390016], ExternalIdentifier["ChemSpiderID", 54902]}, "IsomericSmiles" -> "CC(C)(C)NC(=O)[C@@H]1C[C@@H]2CCCC[C@@H]2C[NH+]1C[C@H]([C@H](Cc3ccccc3)NC(=O)[C@H](CC(=O)N)NC(=O)c4ccc5ccccc5n4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00429"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "saquinavir", "FDA Approved Drug" -> "SAQUINAVIR;SAQUINAVIR MESYLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441243], ExternalIdentifier["PubChemCompoundID", 60934]}, "Synonyms" -> {"saquinavir", "ro-31-8959", "saguinavir", "fortovase", "n1-{(2s,3r)-4-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-3-hydroxy-1-phenylbutan-2-yl}-n2-(quinolin-2-ylcarbonyl)-l-aspartamide", "l-aspartamide n1-[(1s,2r)-3-[(3s,4as,8as)-3-[[(1,1-dimethylethyl)amino]carbonyl]octahydro-2(1h)-isoquinolinyl]-2-hydroxy-1-(phenylmethyl)propyl]-n2-(2-quinolinylcarbonyl)-", "fortovase (tn)", "fortovase[wiki]", "invirase[wiki]", "butanediamide n1-[(1s,2r)-3-[(3s,4as,8as)-3-[[(1,1-dimethylethyl)amino]carbonyl]octahydro-2(1h)-isoquinolinyl]-2-hydroxy-1-(phenylmethyl)propyl]-2-[(2-quinolinylcarbonyl)amino]-,(2s)-", "roc", "invirase", "n1-{(1s,2r)-1-benzyl-3-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-2-hydroxypropyl}-n2-(quinolin-2-ylcarbonyl)-l-aspartamide", "2fgu", "(2s)-n1-{(1s,2r)-1-benzyl-3-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-2-hydroxypropyl}-2-[(quinolin-2-ylcarbonyl)amino]butanediamide", "fortovase(tm)", "saquinavir mesylate (aids initiative)", "qnc-asn-hph-diq-ntb", "[3s-[2[1r*(r*),2s*],3a,4ab,8ab]]- n1[3-[3-[[(1,1-dimethylethyl)amino]carbonyl]octahydro-2(1h)-isoquinolinyl]-2-hydroxy-1-(phenylmethyl)propyl]-2-[(2-quinolinylcarbonyl)amino]butanediamide", "saquinavir [inn_en]", "ro 31-8959", "1hxb", "149845-06-7", "n-tert-butyldecahydro-2-[2(r)-hydroxy-4-phenyl-3(s)-[[n-(2-quinolylcarbonyl)-l-asparaginyl]amino]butyl](4as,8as)-isoquinoline-3(s)-carboxamide", "saquinavir[wiki]", "butanediamide n1-((1s,2r)-3-((3s,4as,8as)-3-(((1,1-dimethylethyl)amino)carbonyl)octahydro-2(1h)-isoquinolinyl)-2-hydroxy-1-(phenylmethyl)propyl)-2-((2-quinolinylcarbonyl)amino)-,(2s)-", "127779-20-8[rn]", "sqv", "saquinavir mesilate", "(2s)-n1-{(1s,2r)-1-benzyl-3-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisochinolin-2(1h)-yl]-2-hydroxypropyl}-2-[(chinolin-2-ylcarbonyl)amino]butandiamid", "2fgv", "ro 31-8959/000", "n(1)-{(2s,3r)-4-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-3-hydroxy-1-phenylbutan-2-yl}-n(2)-(quinolin-2-ylcarbonyl)-l-aspartamide", "ro 31-8959/003", "(s)-n-[(as)-a-[(1r)-2-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydro-2(1h)-isoquinolyl]-1-hydroxyethyl]phenethyl]-2-quinaldamidosuccinamide", "cis-n-tert-butyl-decahydro-2-[2(r)-hydroxy-4-phenyl-3(s)-[[n-2-quinolylcarbonyl-l-asparaginyl]amino]butyl]-(4as)-isoquinoline-3(s)-carboxamide", "(salt)", "saquinavir monomethanesulfonate salt", "(s)-n*1*-[(1s,2r)-1-benzyl-3-((3s,4as,8as)-3-tert-butylcarbamoyl-octahydro-isoquinolin-2-yl)-2-hydroxy-propyl]-2-[(quinoline-2-carbonyl)-amino]-succinamide; compound withmethanesulfonic acid", "(s)-n*1*-[(1s,2r)-1-benzyl-3-((3s,4as,8as)-3-tert-butylcarbamoyl-octahydro-isoquinolin-2-yl)-2-hydroxy-propyl]-2-[(quinoline-2-carbonyl)-amino]-succinamide", "149845-06-7[rn]", "dsstox_gsid_23835", "n1-{(1s,2r)-1-benzyl-3-[(3s,4as,8as)-3-[(tert-butylamino)carbonyl]octahydroisoquinolin-2(1h)-yl]-2-hydroxypropyl}-n2-(quinolin-2-ylcarbonyl)-l-aspartamide methanesulfonate(salt)", "compound with methanesulfonic acid", "dsstox_cid_3835", "butanediamide n1-((1s,2r)-3-((3s,4as,8as)-3-(((1,1-dimethylethyl)amino)carbonyl)octahydro-2(1h)-isoquinolinyl)-2-hydroxy-1-(phenylmethyl)propyl)-2-((2-quinolinylcarbonyl)amino)-,(2s)- monomethanesulfonate(salt)", "(2s)-n1-{(1s,2r)-1-benzyl-3-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-2-hydroxypropyl}-2-[(quinolin-2-ylcarbonyl)amino]butanediamide methanesulfonate (salt)", "(2s)-n1-[(1s,2r)-3-[(3s,4as,8as)-3-[[(1,1-dimethylethyl)amino]carbonyl]octahydro-2(1h)-isoquinolinyl]-2-hydroxy-1-(phenylmethyl)propyl]-2-[(2-quinolinylcarbonyl)amino]butanediamidemethanesulfonate", "ro-31-8959/003", "12779-20-8", "n1-{(1s,2r)-1-benzyl-3-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-2-hydroxypropyl}-n2-(quinolin-2-ylcarbonyl)-l-aspartamidemethanesulfonate (salt)", "saquinavir mesylate; ro 31-8959 [amfar tx dir 1993;6(4)]", "dsstox_rid_77202", "saquinavir mesylate[usp]", "l-aspartamide n1-[(1s,2r)-3-[(3s,4as,8as)-3-[[(1,1-dimethylethyl)amino]carbonyl]octahydro-2(1h)-isoquinolinyl]-2-hydroxy-1-(phenylmethyl)propyl]-n2-(2-quinolinylcarbonyl)- methanesulfonate (1:1)", "l-aspartamide n1-[(1s,2r)-3-[(3s,4as,8as)-3-[[(1,1-dimethylethyl)amino]carbonyl]octahydro-2(1h)-isoquinolinyl]-2-hydroxy-1-(phenylmethyl)propyl]-n2-(2-quinolinylcarbonyl)- methanesulfonate (1:1) (salt)", "ncgc00091469-01", "ro-31-8959-003", "invirase (tn)", "n1-{(2s,3r)-4-[(3s,4as,8as)-3-(tert-butylcarbamoyl)octahydroisoquinolin-2(1h)-yl]-3-hydroxy-1-phenylbutan-2-yl}-n2-(quinolin-2-ylcarbonyl)-l-aspartamide methanesulfonate (1:1)", "127779-20-8", "saquinavirmesylate", "saquinavir mesylate"}|>, "8071" -> <|"DatabaseID" -> "SW04055", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00314"]}, "IsomericSmiles" -> "C1C[NH+]=C(N[C@H]1[C@H]2C(=O)NC[C@@H](C(=O)N[C@H](C(=O)N[C@H](C(=O)N/C(=C/NC(=O)N)/C(=O)N2)CNC(=O)C[C@H](CCC[NH3+])[NH3+])CO)[NH3+])N", "OfficialNames" -> <|"WHO Essential Medicine" -> "capreomycin", "Indian Approved Name" -> "capreomycin", "FDA Approved Drug" -> "CAPREOMYCIN SULFATE"|>, "PharmGKBID" -> "PA164746226", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3000502]}, "Synonyms" -> {"capreomycin sulphate", "capastat", "capreomycin", "(3s)-3", "capreomycin sulfate standard", "caprocin (disulfate)", "ac1mhd7f", "db00314", "caprocin", "ogostal (disulfate)", "capreomycin sulfate", "ogostal", "capastat sulfate", "11003-38-6[rn]", "33490-33-4 (capreomycin ib)", "capreomycin[wiki]", "37280-35-6 (capreomycin ia)"}|>, "8072" -> <|"DatabaseID" -> "SW04056", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65253]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)COc2c(=O)c3ccc(c(c3oc2c4ccc(cc4)OC)CC=C(C)C)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "icariine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72302]}, "Synonyms" -> {"2-(4-methoxyphenyl)-8-(3-methylbut-2-enyl)-7-[(2s", "icariine", "4h-1-benzopyran-4-one", "ar-1g4190", "ac1q6oif", "icariin", "4'-o-methyl-8-g,g-dimethylallylkaempferol-3-rhamnoside-7-glucoside", "489-32-7[rn]", "4h-1-benzopyran-4-one 3-[(6-deoxy-?-l-mannopyranosyl)oxy]-7-(?-d-glucopyranosyloxy)-5-hydroxy-2-(4-methoxyphenyl)-8-(3-methyl-2-buten-1-yl)-", "4'-o-methyl-8-g", "ac1l2htd", "icarrin"}|>, "8073" -> <|"DatabaseID" -> "SW04057", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4573168]}, "IsomericSmiles" -> "CCCCCCCCCCCCCC(=O)OC[C@H](COP(=O)([O-])OCC[N+](C)(C)C)OC(=O)CCCCCCCCCCCCC", "OfficialNames" -> <|"FDA Approved Drug" -> "DIMYRISTOYL LECITHIN", "NPC Approved Name" -> "dimyristoyl lecithin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459377]}, "Synonyms" -> {"1", "dimyristoylphosphatidylcholine", "dimyristoyl phosphatidylcholine", "pc(14:0/14:0)", "3-sn-phosphatidylcholine 1,2-dimyristoyl", "1,2-ditetradecanoyl-sn-glycero-3-phosphocholine", "1,2-di-o-myristoyl-sn-glycero-3-phosphocholine", "18194-24-6[rn]", "1,2-di-o-tetradecanoyl-sn-glycero-3-phosphocholine", "(2r)-2,3-bis(tetradecanoyloxy)propyl2-(trimethylammonio)ethylphosphate", "1,2-dimyristoyl-l-3-phosphatidylcholine", "3-sn-phosphatidylcholine", "1,2-dimyristoylphosphatidylcholine", "dmpc", "mc3", "l-beta", "1,2-dimyristoyl-sn-glycero-3-phosphocholine", "8002-43-5[rn]"}|>, "8074" -> <|"DatabaseID" -> "SW04057", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4573168]}, "IsomericSmiles" -> "CCCCCCCCCCCCCC(=O)OC[C@H](COP(=O)([O-])OCC[N+](C)(C)C)OC(=O)CCCCCCCCCCCCC", "OfficialNames" -> <|"FDA Approved Drug" -> "DIMYRISTOYL LECITHIN", "NPC Approved Name" -> "dimyristoyl lecithin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459377]}, "Synonyms" -> {"1", "dimyristoylphosphatidylcholine", "dimyristoyl phosphatidylcholine", "pc(14:0/14:0)", "3-sn-phosphatidylcholine 1,2-dimyristoyl", "1,2-ditetradecanoyl-sn-glycero-3-phosphocholine", "1,2-di-o-myristoyl-sn-glycero-3-phosphocholine", "18194-24-6[rn]", "1,2-di-o-tetradecanoyl-sn-glycero-3-phosphocholine", "(2r)-2,3-bis(tetradecanoyloxy)propyl2-(trimethylammonio)ethylphosphate", "1,2-dimyristoyl-l-3-phosphatidylcholine", "3-sn-phosphatidylcholine", "1,2-dimyristoylphosphatidylcholine", "dmpc", "mc3", "l-beta", "1,2-dimyristoyl-sn-glycero-3-phosphocholine", "8002-43-5[rn]"}|>, "8075" -> <|"DatabaseID" -> "SW04059", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 13218]}, "IsomericSmiles" -> "Cc1c(ccc(c1)c2cc(c(cc2)/N=N/c3c(c4c(c(c3)S(=O)(=O)[O-])cccc4)N)C)/N=N/c5c(c6c(c(c5)S(=O)(=O)[O-])cccc6)N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "purpurine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 13816]}, "Synonyms" -> {"amanil purpurine", "benzopurpurin 4b", "diphenyl red 4b", "c.i. direct red 2", "direct red 2", "diazine red 4b", "direct red dcb", "azocard red 4b", "hispamin red 4b", "benzopurpurine 4b", "phenamine purpurine 4b", "179472-45-8[rn]", "purpurine 4b", "direct red 4b", "direct red 4a", "paper red 4b", "chrome leather red 4b", "diaphtamine purpurine 4b", "kayaku benzopurpurine 4b", "bencidal purple 4b", "ditolylbis(azonaphthionic acid)", "direct purpurine m4b", "colour index direct red 2", "mitsui benzopurpurine 4bx", "disodium3,3'-[(3,3'-dimethylbiphenyl-4,4'-diyl)di(e)diazene-2,1-diyl]bis(4-aminonaphthalene-1-sulfonate)", "benzopurpurine 4bkx", "benzopurpurin 4b disodium salt", "diazamine purpurine 4b", "diaphtamine purpurine", "cerven prima 2[czech]", "benzopurpurine 4bx", "fast scarlet", "atul direct red 4b", "diazol purpurine 4b", "c.i. direct red 2 disodium salt", "1-naphthalenesulfonic acid,3,3'-[(3,3'-dimethyl[1,1'-biphenyl]-4,4'-diyl)di(e)-2,1-diazenediyl]bis[4-amino- sodiumsalt (1:2)", "tetrodirect red 4b", "70248-71-4[rn]", "diphenyl red 4bs", "213-594-3[einecs]", "erie benzo 4bp", "tertrodirect red 4b", "3,3'-((3,3'-dimethyl(1,1'-biphenyl)-4,4'-diyl)bis(azo))bis(4-amino-1- naphthalenesulfonicacid) disodium salt", "erie red 4b", "direct purpurine 4b direct red 4a", "amanil purpurine 4b", "sultan red 4b", "paper red 4bs", "brasilamina red 4b", "cotton red 4b", "disodium3,3'-[(3,3'-dimethyl-4,4'-biphenyldiyl)di(e)-2,1-diazenediyl]bis(4-amino-1-naphthalenesulfonate)[acd/iupac name]", "azamin 4b", "direct purpurine 4b", "3,3'-[(3,3'-dimethyl[1,1'-biphenyl]-4,4'-diyl)bis(azo)]bis[4-amino-1-naphthalenesulfonic acid] disodium salt", "c.i. direct red 2 disodium salt (8ci)", "disodium3,3'-(3,3'-dimethyl(1,1'-biphenyl)-4,4'-diyl)bis(azo)bis(4-aminonaphthalene-1-sulphonate)", "diamine purpurine 4b", "direct red 2 (c.i. 23500)", "calcomine red 4bx", "sodium o-tolidinediazo-bis(naphthylamine-sulfonate)", "disodium o-tolidinediazobis(1-naphthylamine-4-sulfonate)", "eclipse red", "ditolybis(azonaphthionic acid)", "1-naphthalenesulfonic acid,3,3'-((3,3'-dimethyl(1,1'-biphenyl)-4,4'-diyl)bis(azo))bis(4-amino- disodium salt", "992-59-6[rn]", "1-naphthalenesulfonic acid,3,3'-((3,3'-dimethyl(1,1'-diphenyl)-4,4'-diyl)bis(azo))bis(4-amino- disodium salt", "diacotton benzopurpurine 4b", "benzanil purpurine 4b", "purpurin 4b", "c. i. 23500"}|>, "8076" -> <|"DatabaseID" -> "SW04060", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2279948]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "05521"]}, "IsomericSmiles" -> "CCC[C@@H](C(=O)C(=O)NC1CC1)NC(=O)[C@@H]2[C@H]3CCC[C@H]3CN2C(=O)[C@H](C(C)(C)C)NC(=O)[C@H](C4CCCCC4)NC(=O)c5cnccn5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09012"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TELAPREVIR"|>, "PharmGKBID" -> "PA165958354", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3010818]}, "Synonyms" -> {"telaprevir", "incivek", "402957-28-2", "telavic", "telaprevir(vx-950)", "(3s)-3-{[(1s,3ar,6as)-2-[(2s)-2-[(2s)-2-cyclohexyl-2-(pyrazin-2-ylformamido)acetamido]-3,3-dimethylbutanoyl]-hexahydro-1h-cyclopenta[c]pyrrol-1-yl]formamido}-n-cyclopropyl-2-oxohexanamide", "2-(2-{2-cyclohexyl-2-[(pyrazine-2-carbonyl)-amino]-acetylamino}-3,3-dimethyl-butyryl)-octahydro-cyclopenta[c]pyrrole-1-carboxylic acid(1-cyclopropylaminooxalyl-butyl)-amide", "incivo", "pubchem22395", "incivek (tn)", "mp-424", "(1s,3ar,6as)-2-((s)-2-((s)-2-cyclohexyl-2-(pyrazine-3-carboxamido)acetamido)-3,3-dimethylbutanoyl)-n-((s)-1-(cyclopropylamino)-1,2-dioxohexan-3-yl)-octahydrocyclopenta[c]pyrrole-1-carboxamide", "telaprevir; vx-950", "(1s,3ar,6as)-2-((s)-2-((s)-2-cyclohexyl-2-(pyrazine-6-carboxamido)acetamido)-3,3-dimethylbutanoyl)-n-((s)-1-(cyclopropylamino)-1,2-dioxohexan-3-yl)-octahydrocyclopenta[c]pyrrole-1-carboxamide", "telaprevir[wiki]", "(1s,3ar,6as)-2-[(2s)-2-({(2s)-2-cyclohexyl-2-[(pyrazin-2-ylcarbonyl)amino]acetyl}amino)-3,3-dimethylbutanoyl]-n-[(3s)-1-(cyclopropylamino)-1,2-dioxohexan-3-yl]octahydrocyclopenta[c]pyrrole-1-carboxamide (non-preferred name)", "vx-950", "402957-28-2[rn]"}|>, "8077" -> <|"DatabaseID" -> "SW04061", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9437"]}, "IsomericSmiles" -> "c1cc(cc(c1)O)c2c3ccc([nH]3)c(c4nc(c(c5ccc([nH]5)c(c6nc2CC6)c7cccc(c7)O)c8cccc(c8)O)C=C4)c9cccc(c9)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06066"]}, "OfficialNames" -> <|"NPC Approved Name" -> "temoporfin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60751]}, "Synonyms" -> {"temoporfin", "122341-38-2", "foscan", "dsstox_cid_28545", "3", "ncgc00183280-01", "dsstox_rid_82817", "chebi:9437", "meso-tetrahydroxyphenylchlorin", "ncgc00183015-01"}|>, "8078" -> <|"DatabaseID" -> "SW04062", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8028692]}, "IsomericSmiles" -> "CCO/N=C(/c1nc(sn1)NP(=O)([O-])[O-])\\C(=O)N[C@H]2[C@@H]3N(C2=O)C(=C(CS3)Sc4nc(cs4)c5cc[n+](cc5)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08884"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CEFTAROLINE FOSAMIL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16007393]}, "Synonyms" -> {"teflaro", "ceftaroline fosamil (usan/inn)", "ceftaroline fosamil", "teflaro (tn)", "d08884", "ceftaroline fosamil[wiki][inn]", "866021-48-9"}|>, "8079" -> <|"DatabaseID" -> "SW04063", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390722]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@@H]1Cc4c3cc(c(c4)Oc5c(ccc(c5OC)OC)C[C@H]6c7cc(c(cc7CC[NH+]6C)OC)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442233]}, "Synonyms" -> {"fetidine", "c09441", "7072-86-8", "7072-86-8[rn]", "ac1l9cgq"}|>, "8080" -> <|"DatabaseID" -> "SW04063", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390722]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@@H]1Cc4c3cc(c(c4)Oc5c(ccc(c5OC)OC)C[C@H]6c7cc(c(cc7CC[NH+]6C)OC)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442233]}, "Synonyms" -> {"fetidine", "c09441", "7072-86-8", "7072-86-8[rn]", "ac1l9cgq"}|>, "8081" -> <|"DatabaseID" -> "SW04063", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390722]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@@H]1Cc4c3cc(c(c4)Oc5c(ccc(c5OC)OC)C[C@H]6c7cc(c(cc7CC[NH+]6C)OC)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442233]}, "Synonyms" -> {"fetidine", "c09441", "7072-86-8", "7072-86-8[rn]", "ac1l9cgq"}|>, "8082" -> <|"DatabaseID" -> "SW04063", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390722]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@@H]1Cc4c3cc(c(c4)Oc5c(ccc(c5OC)OC)C[C@H]6c7cc(c(cc7CC[NH+]6C)OC)OC)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "fetidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442233]}, "Synonyms" -> {"fetidine", "c09441", "7072-86-8", "7072-86-8[rn]", "ac1l9cgq"}|>, "8083" -> <|"DatabaseID" -> "SW04064", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4945229]}, "IsomericSmiles" -> "C/C=C\\1/[C@@H](OC=C(C1CC(=O)OC[C@@H]2[C@H]([C@@H]([C@H]([C@@H](O2)OCCc3ccc(cc3)O)O)O)O)C(=O)OC)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nuzhenide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6440999]}, "Synonyms" -> {"specnuezhenide", "nuezhenide", "39011-92-2", "39011-92-2[rn]", "methyl (5e", "beta-d-glucopyranoside", "chembl1076818", "2-(4-hydroxyphenyl)ethyl-6-(3-ethylidene-2-(beta-d-glucopyranosyloxyl)-3", "nuzhenide", "ac1o5ukn"}|>, "8084" -> <|"DatabaseID" -> "SW04064", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4945229]}, "IsomericSmiles" -> "C/C=C\\1/[C@@H](OC=C(C1CC(=O)OC[C@@H]2[C@H]([C@@H]([C@H]([C@@H](O2)OCCc3ccc(cc3)O)O)O)O)C(=O)OC)O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "nuzhenide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6440999]}, "Synonyms" -> {"specnuezhenide", "nuezhenide", "39011-92-2", "39011-92-2[rn]", "methyl (5e", "beta-d-glucopyranoside", "chembl1076818", "2-(4-hydroxyphenyl)ethyl-6-(3-ethylidene-2-(beta-d-glucopyranosyloxyl)-3", "nuzhenide", "ac1o5ukn"}|>, "8085" -> <|"DatabaseID" -> "SW04065", "IsomericSmiles" -> "C[C@H](c1ccc(cc1)S(=O)(=O)N(CCC(C)C)[C@@H](CCC[C@H](C2CC2)NC(=O)[C@H](C(c3ccc(cc3)F)c4ccc(cc4)F)[NH3+])CO)O", "OfficialNames" -> <|"NPC Approved Name" -> "hydrochloride medetomidin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71589843]}, "Synonyms" -> {"n-{(1r", "(2s)-2-amino-n-[(1r"}|>, "8086" -> <|"DatabaseID" -> "SW04066", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "15782"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2301596]}, "IsomericSmiles" -> "C1[C@@H](NC(=[NH+][C@H]1O)N)[C@H]2C(=O)NC[C@@H](C(=O)N[C@H](C(=O)N[C@H](C(=O)N/C(=C\\\\NC(=O)N)/C(=O)N2)CO)CO)NC(=O)C[C@H](CCC[NH3+])[NH3+]", "OfficialNames" -> <|"FDA Approved Drug" -> "VIOMYCIN SULFATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3037981]}, "Synonyms" -> {"celiomycin", "florimycin", "viomycin (vm)", "tuberactinomycin b", "251-323-0[einecs]", "viomycin[wiki]", "viomycine", "vinacetin a", "viomycinum", "hexanamide 3,6-diamino-n-[(3s,6z,9s,12s,15s)-6-[[(aminocarbonyl)amino]methylene]-3-[(4r,6s)-2-amino-3,4,5,6-tetrahydro-6-hydroxy-4-pyrimidinyl]-9,12-bis(hydroxymethyl)-2,5,8,11,14-pentaoxo-1,4,7,10,13-pentaazacyclohexadec-15-yl]- (3s)-", "floromycin", "32988-50-4", "32988-50-4[rn]", "vioactane", "vio", "viomycin", "(3s)-3,6-diamino-n-[(3s,6z,9s,12s,15s)-6-{[(aminocarbonyl)amino]methylidene}-3-[(4r,6s)-2-amino-6-hydroxy-3,4,5,6-tetrahydropyrimidin-4-yl]-9,12-bis(hydroxymethyl)-2,5,8,11,14-pentaoxo-1,4,7,10,13-pentaazacyclohexadecan-15-yl]hexanamide", "viomicina", "viomycinum [inn_la]", "(3s)-3,6-diamino-n-[(3s,6z,9s,12s,15s)-3-[(4r,6s)-2-amino-6-hydroxy-3,4,5,6-tetrahydropyrimidin-4-yl]-6-[(carbamoylamino)methylidene]-9,12-bis(hydroxymethyl)-2,5,8,11,14-pentaoxo-1,4,7,10,13-pentaazacyclohexadecan-15-yl]hexanamide", "ac1mi3vu"}|>, "8087" -> <|"DatabaseID" -> "SW04067", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2334286]}, "IsomericSmiles" -> "CC1=C(C(C([C@]([NH2+]1)(C)c2ccc(cc2)N3CC[NH+](CC3)C(c4ccccc4)c5ccccc5)C(=O)OC)c6cccc(c6)[N+](=O)[O-])C(=O)OC=C", "OfficialNames" -> <|"NPC Approved Name" -> "ae0047"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3075618]}, "Synonyms" -> {"(r)-(-)-watanidipine hydrochloride", "(r)-ae0047", "watanidipine hydrochloride (r)-enantiomer", "189624-86-0[rn]", "ac1mip38", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-(4-(4-(diphenylmethyl)-1-piperazinyl)phenyl)ethyl methylester dihydrochloride (r)-(-)-", "189624-86-0", "5-o-ethenyl 3-o-methyl (2r)-2-[4-(4-benzhydrylpiperazin-1-yl)phenyl]-2", "3", "ls-131283"}|>, "8088" -> <|"DatabaseID" -> "SW04067", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2334286]}, "IsomericSmiles" -> "CC1=C(C(C([C@]([NH2+]1)(C)c2ccc(cc2)N3CC[NH+](CC3)C(c4ccccc4)c5ccccc5)C(=O)OC)c6cccc(c6)[N+](=O)[O-])C(=O)OC=C", "OfficialNames" -> <|"NPC Approved Name" -> "ae0047"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3075618]}, "Synonyms" -> {"(r)-(-)-watanidipine hydrochloride", "(r)-ae0047", "watanidipine hydrochloride (r)-enantiomer", "189624-86-0[rn]", "ac1mip38", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-(4-(4-(diphenylmethyl)-1-piperazinyl)phenyl)ethyl methylester dihydrochloride (r)-(-)-", "189624-86-0", "5-o-ethenyl 3-o-methyl (2r)-2-[4-(4-benzhydrylpiperazin-1-yl)phenyl]-2", "3", "ls-131283"}|>, "8089" -> <|"DatabaseID" -> "SW04067", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2334286]}, "IsomericSmiles" -> "CC1=C(C(C([C@]([NH2+]1)(C)c2ccc(cc2)N3CC[NH+](CC3)C(c4ccccc4)c5ccccc5)C(=O)OC)c6cccc(c6)[N+](=O)[O-])C(=O)OC=C", "OfficialNames" -> <|"NPC Approved Name" -> "ae0047"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3075618]}, "Synonyms" -> {"(r)-(-)-watanidipine hydrochloride", "(r)-ae0047", "watanidipine hydrochloride (r)-enantiomer", "189624-86-0[rn]", "ac1mip38", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-(4-(4-(diphenylmethyl)-1-piperazinyl)phenyl)ethyl methylester dihydrochloride (r)-(-)-", "189624-86-0", "5-o-ethenyl 3-o-methyl (2r)-2-[4-(4-benzhydrylpiperazin-1-yl)phenyl]-2", "3", "ls-131283"}|>, "8090" -> <|"DatabaseID" -> "SW04067", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2334286]}, "IsomericSmiles" -> "CC1=C(C(C([C@]([NH2+]1)(C)c2ccc(cc2)N3CC[NH+](CC3)C(c4ccccc4)c5ccccc5)C(=O)OC)c6cccc(c6)[N+](=O)[O-])C(=O)OC=C", "OfficialNames" -> <|"NPC Approved Name" -> "ae0047"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3075618]}, "Synonyms" -> {"(r)-(-)-watanidipine hydrochloride", "(r)-ae0047", "watanidipine hydrochloride (r)-enantiomer", "189624-86-0[rn]", "ac1mip38", "3,5-pyridinedicarboxylic acid 1,4-dihydro-2,6-dimethyl-4-(3-nitrophenyl)- 2-(4-(4-(diphenylmethyl)-1-piperazinyl)phenyl)ethyl methylester dihydrochloride (r)-(-)-", "189624-86-0", "5-o-ethenyl 3-o-methyl (2r)-2-[4-(4-benzhydrylpiperazin-1-yl)phenyl]-2", "3", "ls-131283"}|>, "8091" -> <|"DatabaseID" -> "SW04068", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16869"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10190754]}, "IsomericSmiles" -> "C[C@@H]1C[C@@H]([C@H]([C@@H](O1)O[C@H]2[C@H](C[C@@]3(CO3)C(=O)[C@@H]([C@H]([C@H]([C@H](OC(=O)[C@@H]([C@H]([C@@H]2C)O[C@H]4C[C@@H]([C@H]([C@@H](O4)C)O)OC)C)C)C)O)C)C)O)[NH+](C)C", "OfficialNames" -> <|"NPC Approved Name" -> "oleandomycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54724549]}, "Synonyms" -> {"oleandomycin", "(2z", "ac1nurcw", "8048-44-0", "(3r,5r,6s,7r,8r,11r,12s,13r,14s,15s)-14-{[(2s,3r,4s,6r)-4-(dimethylamino)-3-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-6-hydroxy-12-{[(2r,4s,5s,6s)-5-hydroxy-4-methoxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-5,7,8,11,13,15-hexamethyl-1,9-dioxaspiro[2.13]hexadecane-4,10-dione", "amimycin", "landomycin", "3922-90-5[rn]", "romicil", "matromycin", "74476[beilstein]", "223-495-7[einecs]"}|>, "8092" -> <|"DatabaseID" -> "SW04069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299574]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC(C34C2C(C(C31)C5(CC(C6(CC4C5C6OC(=O)c7ccc(c(c7)OC)OC)O)OC)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudoaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035296]}, "Synonyms" -> {"nepal aconitine", "nepaul aconitine", "acraconitine", "english aconitine", "nepaline", "pseudoaconitine", "feraconitne", "brn 0075720", "pseudaconitine", "127-29-7[rn]", "aconitane-3", "pseudaconitine[wiki]", "5-21-06-00309 (beilstein handbook reference)[beilstein]"}|>, "8093" -> <|"DatabaseID" -> "SW04069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299574]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC(C34C2C(C(C31)C5(CC(C6(CC4C5C6OC(=O)c7ccc(c(c7)OC)OC)O)OC)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudoaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035296]}, "Synonyms" -> {"nepal aconitine", "nepaul aconitine", "acraconitine", "english aconitine", "nepaline", "pseudoaconitine", "feraconitne", "brn 0075720", "pseudaconitine", "127-29-7[rn]", "aconitane-3", "pseudaconitine[wiki]", "5-21-06-00309 (beilstein handbook reference)[beilstein]"}|>, "8094" -> <|"DatabaseID" -> "SW04069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299574]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC(C34C2C(C(C31)C5(CC(C6(CC4C5C6OC(=O)c7ccc(c(c7)OC)OC)O)OC)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudoaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035296]}, "Synonyms" -> {"nepal aconitine", "nepaul aconitine", "acraconitine", "english aconitine", "nepaline", "pseudoaconitine", "feraconitne", "brn 0075720", "pseudaconitine", "127-29-7[rn]", "aconitane-3", "pseudaconitine[wiki]", "5-21-06-00309 (beilstein handbook reference)[beilstein]"}|>, "8095" -> <|"DatabaseID" -> "SW04069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299574]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC(C34C2C(C(C31)C5(CC(C6(CC4C5C6OC(=O)c7ccc(c(c7)OC)OC)O)OC)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudoaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035296]}, "Synonyms" -> {"nepal aconitine", "nepaul aconitine", "acraconitine", "english aconitine", "nepaline", "pseudoaconitine", "feraconitne", "brn 0075720", "pseudaconitine", "127-29-7[rn]", "aconitane-3", "pseudaconitine[wiki]", "5-21-06-00309 (beilstein handbook reference)[beilstein]"}|>, "8096" -> <|"DatabaseID" -> "SW04069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299574]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC(C34C2C(C(C31)C5(CC(C6(CC4C5C6OC(=O)c7ccc(c(c7)OC)OC)O)OC)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudoaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035296]}, "Synonyms" -> {"nepal aconitine", "nepaul aconitine", "acraconitine", "english aconitine", "nepaline", "pseudoaconitine", "feraconitne", "brn 0075720", "pseudaconitine", "127-29-7[rn]", "aconitane-3", "pseudaconitine[wiki]", "5-21-06-00309 (beilstein handbook reference)[beilstein]"}|>, "8097" -> <|"DatabaseID" -> "SW04069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299574]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC(C34C2C(C(C31)C5(CC(C6(CC4C5C6OC(=O)c7ccc(c(c7)OC)OC)O)OC)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudoaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035296]}, "Synonyms" -> {"nepal aconitine", "nepaul aconitine", "acraconitine", "english aconitine", "nepaline", "pseudoaconitine", "feraconitne", "brn 0075720", "pseudaconitine", "127-29-7[rn]", "aconitane-3", "pseudaconitine[wiki]", "5-21-06-00309 (beilstein handbook reference)[beilstein]"}|>, "8098" -> <|"DatabaseID" -> "SW04069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299574]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC(C34C2C(C(C31)C5(CC(C6(CC4C5C6OC(=O)c7ccc(c(c7)OC)OC)O)OC)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudoaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035296]}, "Synonyms" -> {"nepal aconitine", "nepaul aconitine", "acraconitine", "english aconitine", "nepaline", "pseudoaconitine", "feraconitne", "brn 0075720", "pseudaconitine", "127-29-7[rn]", "aconitane-3", "pseudaconitine[wiki]", "5-21-06-00309 (beilstein handbook reference)[beilstein]"}|>, "8099" -> <|"DatabaseID" -> "SW04069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299574]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC(C34C2C(C(C31)C5(CC(C6(CC4C5C6OC(=O)c7ccc(c(c7)OC)OC)O)OC)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudoaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035296]}, "Synonyms" -> {"nepal aconitine", "nepaul aconitine", "acraconitine", "english aconitine", "nepaline", "pseudoaconitine", "feraconitne", "brn 0075720", "pseudaconitine", "127-29-7[rn]", "aconitane-3", "pseudaconitine[wiki]", "5-21-06-00309 (beilstein handbook reference)[beilstein]"}|>, "8100" -> <|"DatabaseID" -> "SW04069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299574]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC(C34C2C(C(C31)C5(CC(C6(CC4C5C6OC(=O)c7ccc(c(c7)OC)OC)O)OC)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudoaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035296]}, "Synonyms" -> {"nepal aconitine", "nepaul aconitine", "acraconitine", "english aconitine", "nepaline", "pseudoaconitine", "feraconitne", "brn 0075720", "pseudaconitine", "127-29-7[rn]", "aconitane-3", "pseudaconitine[wiki]", "5-21-06-00309 (beilstein handbook reference)[beilstein]"}|>, "8101" -> <|"DatabaseID" -> "SW04069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299574]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC(C34C2C(C(C31)C5(CC(C6(CC4C5C6OC(=O)c7ccc(c(c7)OC)OC)O)OC)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudoaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035296]}, "Synonyms" -> {"nepal aconitine", "nepaul aconitine", "acraconitine", "english aconitine", "nepaline", "pseudoaconitine", "feraconitne", "brn 0075720", "pseudaconitine", "127-29-7[rn]", "aconitane-3", "pseudaconitine[wiki]", "5-21-06-00309 (beilstein handbook reference)[beilstein]"}|>, "8102" -> <|"DatabaseID" -> "SW04069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299574]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC(C34C2C(C(C31)C5(CC(C6(CC4C5C6OC(=O)c7ccc(c(c7)OC)OC)O)OC)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudoaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035296]}, "Synonyms" -> {"nepal aconitine", "nepaul aconitine", "acraconitine", "english aconitine", "nepaline", "pseudoaconitine", "feraconitne", "brn 0075720", "pseudaconitine", "127-29-7[rn]", "aconitane-3", "pseudaconitine[wiki]", "5-21-06-00309 (beilstein handbook reference)[beilstein]"}|>, "8103" -> <|"DatabaseID" -> "SW04069", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2299574]}, "IsomericSmiles" -> "CC[NH+]1CC2(C(CC(C34C2C(C(C31)C5(CC(C6(CC4C5C6OC(=O)c7ccc(c(c7)OC)OC)O)OC)OC(=O)C)OC)OC)O)COC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "pseudoaconitine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3035296]}, "Synonyms" -> {"nepal aconitine", "nepaul aconitine", "acraconitine", "english aconitine", "nepaline", "pseudoaconitine", "feraconitne", "brn 0075720", "pseudaconitine", "127-29-7[rn]", "aconitane-3", "pseudaconitine[wiki]", "5-21-06-00309 (beilstein handbook reference)[beilstein]"}|>, "8104" -> <|"DatabaseID" -> "SW04070", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10274768]}, "IsomericSmiles" -> "C[C@@H]1[C@@H]2C[C@]([C@@H](/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)C[C@@H]([C@]4([C@H]1O4)C)OC(=O)[C@H](C)N(C)C(=O)C)C)\\C)OC)(NC(=O)O2)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04864"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytansine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281828]}, "Synonyms" -> {"maytansine", "maitansine", "maitansina [inn-spanish]", "[1s-(1r*,2s*,3r*,5r*,6r*,16e,18e,20s*,21r*)]-n-acetyl-n-methyl-l-alanine11-chloro-21-hydroxy-12,20-dimethoxy-2,5,9,16-tetramethyl-8,23-dioxo-4,24-dioxa-9,22-diazatetracyclo[19.3.1.110,14.03,5]hexacos", "nsc 153858", "maytansin", "252-754-7[einecs]", "maytansine [usan]", "maitansinum [inn-latin]", "einecs 252-754-7", "022-chloro-8-hydroxy-7,23-dimethoxy-3,13,16,20-tetramethyl-10,19-dioxo-11,15-dioxa-9,20-diazatetracyclo[19.3.1.18,12.014,16]hexacosa-1(25),3,5,21,23-pentaen-17-yl2-dimethylcarboxamidopropanoate(maytansine)", "35846-53-8[rn]", "nsc-153858", "maytansine (usan)", "a-10,12,14(26),16,18-pentaen-6-yl ester"}|>, "8105" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8106" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8107" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8108" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8109" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8110" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8111" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8112" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8113" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8114" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8115" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8116" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8117" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8118" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8119" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8120" -> <|"DatabaseID" -> "SW04071", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23975]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)C)O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "periplocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25735]}, "Synonyms" -> {"periplocin", "periplogenin + d-cymarose + d-glucose [german]", "brn 0075742", "glucoperiplocymarin", "13137-64-9[rn]", "ls-52362", "periplogenin + d-cymarose + d-glucose", "ac1l19n0", "periplogenin + d-cymarose + d-glucose[german]", "akos015896839", "periplocoside", "card-20(22)-enolide", "4-18-00-02439 (beilstein handbook reference)[beilstein]"}|>, "8121" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8122" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8123" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8124" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8125" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8126" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8127" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8128" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8129" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8130" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8131" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8132" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8133" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8134" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8135" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8136" -> <|"DatabaseID" -> "SW04072", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23748]}, "IsomericSmiles" -> "CC1[C@@H](C(C[C@H](O1)O)O)OCC2[C@H](C(C([C@@H](O2)O[C@H]3CC[C@@]4(C5CC[C@@]6([C@H](CC[C@@]6(C5CC[C@@]4(C3)O)O)C7=CC(=O)OC7)C)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "erysimosol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25438]}, "Synonyms" -> {"erysimosol", "erysimosole", "234-240-4[einecs]", "ac1l194i", "ls-52361", "11006-14-7", "11006-14-7[rn]", "(3beta", "card-20(22)-enolide", "3-[(3s", "einecs 234-240-4"}|>, "8137" -> <|"DatabaseID" -> "SW04073", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9509"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20178]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@@H]1Cc4c3cc(c(c4)Oc5cc(c(cc5C[C@H]6c7cc(c(cc7CC[NH+]6C)OC)OC)OC)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalicarpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21470]}, "Synonyms" -> {"thaliblastine", "thalicarpine", "taliblastin", "ny iv-34-1", "thalicarpin", "taliblastine", "ny-iv-34-1", "4h-dibenzo[de,g]quinoline,9-[4 5-dimethoxy-2-[ (1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]phenoxy]-5,6,6a 7-tetrahydro-1,2,10-trimethoxy-6-methyl- [s-(r*,r*)]-", "4h-dibenzo[de,g]quinoline,9-[4,5-dimethoxy-2-[[(1s)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]phenoxy]-5,6,6a,7-tetrahydro-1,2,10-trimethoxy-6-methyl- (6as)-", "4h-dibenzo(de,g)quinoline,9-(4,5-dimethoxy-2-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)-5,6,6a,7-tetrahydro-1,2,10-trimethoxy-6-methyl-,(s-(r*,r*))-", "isoquinoline alkaloid", "4h-dibenzo(de,g)quinoline,9-(4,5-dimethoxy-2-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)-5,6,6a,7-tetrahydro-1,2,10-trimethoxy-6-methyl-,(s-(r*,r*))- (9ci)", "en 125-214", "nsc 68075", "4h-dibenzo(de,g)quinoline,5,6,6a,7-tetrahydro-9-(4,5-dimethoxy-2-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)-1,2,10-trimethoxy-6-methyl-", "5373-42-2[rn]", "nsc68075", "(6as)-9-(2-{[(1s)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-4,5-dimethoxyphenoxy)-1,2,10-trimethoxyaporphine", "chebi:9509", "4h-dibenzo[de,g]quinoline,5,6,6a 7-tetrahydro-9-[4,5-dimethoxy-2-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]phenoxy]-1,2 10-trimethoxy-6-methyl-", "tbl", "ny iv34 1", "(6as)-9-(2-{[(1s)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-4,5-dimethoxyphenoxy)-1,2,10-trimethoxy-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline"}|>, "8138" -> <|"DatabaseID" -> "SW04073", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9509"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20178]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@@H]1Cc4c3cc(c(c4)Oc5cc(c(cc5C[C@H]6c7cc(c(cc7CC[NH+]6C)OC)OC)OC)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalicarpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21470]}, "Synonyms" -> {"thaliblastine", "thalicarpine", "taliblastin", "ny iv-34-1", "thalicarpin", "taliblastine", "ny-iv-34-1", "4h-dibenzo[de,g]quinoline,9-[4 5-dimethoxy-2-[ (1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]phenoxy]-5,6,6a 7-tetrahydro-1,2,10-trimethoxy-6-methyl- [s-(r*,r*)]-", "4h-dibenzo[de,g]quinoline,9-[4,5-dimethoxy-2-[[(1s)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]phenoxy]-5,6,6a,7-tetrahydro-1,2,10-trimethoxy-6-methyl- (6as)-", "4h-dibenzo(de,g)quinoline,9-(4,5-dimethoxy-2-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)-5,6,6a,7-tetrahydro-1,2,10-trimethoxy-6-methyl-,(s-(r*,r*))-", "isoquinoline alkaloid", "4h-dibenzo(de,g)quinoline,9-(4,5-dimethoxy-2-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)-5,6,6a,7-tetrahydro-1,2,10-trimethoxy-6-methyl-,(s-(r*,r*))- (9ci)", "en 125-214", "nsc 68075", "4h-dibenzo(de,g)quinoline,5,6,6a,7-tetrahydro-9-(4,5-dimethoxy-2-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)-1,2,10-trimethoxy-6-methyl-", "5373-42-2[rn]", "nsc68075", "(6as)-9-(2-{[(1s)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-4,5-dimethoxyphenoxy)-1,2,10-trimethoxyaporphine", "chebi:9509", "4h-dibenzo[de,g]quinoline,5,6,6a 7-tetrahydro-9-[4,5-dimethoxy-2-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]phenoxy]-1,2 10-trimethoxy-6-methyl-", "tbl", "ny iv34 1", "(6as)-9-(2-{[(1s)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-4,5-dimethoxyphenoxy)-1,2,10-trimethoxy-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline"}|>, "8139" -> <|"DatabaseID" -> "SW04073", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9509"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20178]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@@H]1Cc4c3cc(c(c4)Oc5cc(c(cc5C[C@H]6c7cc(c(cc7CC[NH+]6C)OC)OC)OC)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalicarpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21470]}, "Synonyms" -> {"thaliblastine", "thalicarpine", "taliblastin", "ny iv-34-1", "thalicarpin", "taliblastine", "ny-iv-34-1", "4h-dibenzo[de,g]quinoline,9-[4 5-dimethoxy-2-[ (1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]phenoxy]-5,6,6a 7-tetrahydro-1,2,10-trimethoxy-6-methyl- [s-(r*,r*)]-", "4h-dibenzo[de,g]quinoline,9-[4,5-dimethoxy-2-[[(1s)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]phenoxy]-5,6,6a,7-tetrahydro-1,2,10-trimethoxy-6-methyl- (6as)-", "4h-dibenzo(de,g)quinoline,9-(4,5-dimethoxy-2-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)-5,6,6a,7-tetrahydro-1,2,10-trimethoxy-6-methyl-,(s-(r*,r*))-", "isoquinoline alkaloid", "4h-dibenzo(de,g)quinoline,9-(4,5-dimethoxy-2-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)-5,6,6a,7-tetrahydro-1,2,10-trimethoxy-6-methyl-,(s-(r*,r*))- (9ci)", "en 125-214", "nsc 68075", "4h-dibenzo(de,g)quinoline,5,6,6a,7-tetrahydro-9-(4,5-dimethoxy-2-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)-1,2,10-trimethoxy-6-methyl-", "5373-42-2[rn]", "nsc68075", "(6as)-9-(2-{[(1s)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-4,5-dimethoxyphenoxy)-1,2,10-trimethoxyaporphine", "chebi:9509", "4h-dibenzo[de,g]quinoline,5,6,6a 7-tetrahydro-9-[4,5-dimethoxy-2-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]phenoxy]-1,2 10-trimethoxy-6-methyl-", "tbl", "ny iv34 1", "(6as)-9-(2-{[(1s)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-4,5-dimethoxyphenoxy)-1,2,10-trimethoxy-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline"}|>, "8140" -> <|"DatabaseID" -> "SW04073", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9509"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20178]}, "IsomericSmiles" -> "C[NH+]1CCc2cc(c(c-3c2[C@@H]1Cc4c3cc(c(c4)Oc5cc(c(cc5C[C@H]6c7cc(c(cc7CC[NH+]6C)OC)OC)OC)OC)OC)OC)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thalicarpine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21470]}, "Synonyms" -> {"thaliblastine", "thalicarpine", "taliblastin", "ny iv-34-1", "thalicarpin", "taliblastine", "ny-iv-34-1", "4h-dibenzo[de,g]quinoline,9-[4 5-dimethoxy-2-[ (1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]phenoxy]-5,6,6a 7-tetrahydro-1,2,10-trimethoxy-6-methyl- [s-(r*,r*)]-", "4h-dibenzo[de,g]quinoline,9-[4,5-dimethoxy-2-[[(1s)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl]methyl]phenoxy]-5,6,6a,7-tetrahydro-1,2,10-trimethoxy-6-methyl- (6as)-", "4h-dibenzo(de,g)quinoline,9-(4,5-dimethoxy-2-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)-5,6,6a,7-tetrahydro-1,2,10-trimethoxy-6-methyl-,(s-(r*,r*))-", "isoquinoline alkaloid", "4h-dibenzo(de,g)quinoline,9-(4,5-dimethoxy-2-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)-5,6,6a,7-tetrahydro-1,2,10-trimethoxy-6-methyl-,(s-(r*,r*))- (9ci)", "en 125-214", "nsc 68075", "4h-dibenzo(de,g)quinoline,5,6,6a,7-tetrahydro-9-(4,5-dimethoxy-2-((1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl)phenoxy)-1,2,10-trimethoxy-6-methyl-", "5373-42-2[rn]", "nsc68075", "(6as)-9-(2-{[(1s)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-4,5-dimethoxyphenoxy)-1,2,10-trimethoxyaporphine", "chebi:9509", "4h-dibenzo[de,g]quinoline,5,6,6a 7-tetrahydro-9-[4,5-dimethoxy-2-[(1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-isoquinolinyl)methyl]phenoxy]-1,2 10-trimethoxy-6-methyl-", "tbl", "ny iv34 1", "(6as)-9-(2-{[(1s)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-1-yl]methyl}-4,5-dimethoxyphenoxy)-1,2,10-trimethoxy-6-methyl-5,6,6a,7-tetrahydro-4h-dibenzo[de,g]quinoline"}|>, "8141" -> <|"DatabaseID" -> "SW04074", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "64355"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 411709]}, "IsomericSmiles" -> "CC[C@@H]([C@H](C)O)n1c(=O)n(cn1)c2ccc(cc2)N3CCN(CC3)c4ccc(cc4)OC[C@H]5C[C@](OC5)(Cn6cncn6)c7ccc(cc7F)F", "OfficialNames" -> <|"Australia Approved Name" -> "POSACONAZOLE", "FDA Approved Drug" -> "POSACONAZOLE"|>, "Synonyms" -> {"t6n dntjar d- dt5nnvj by2&yq1&& drdo1- dt5otj br bfdf& b1- at5nn dnj&&stereoi;somer[wln]", "2,5-anhydro-1,3,4-trideoxy-2-(2,4-difluorophenyl)-4-({4-[4-(4-{1-[(1s,2s)-1-ethyl-2-hydroxypropyl]-5-oxo-1,5-dihydro-4h-1,2,4-triazol-4-yl}phenyl)piperazin-1-yl]phenoxy}methyl)-1-(1h-1,2,4-triazol-1-yl)-d-threo-pentitol", "171228-49-2[rn]", "4-(4-(4-(4-(((3r,5r)-5-((1h-1,2,4-triazol-1-yl)methyl)-5-(2,4-difluorophenyl)-tetrahydrofuran-3-yl)methoxy)phenyl)piperazin-1-yl)phenyl)-2-((2s,3s)-2-hydroxypentan-3-yl)-2h-1,2,4-triazol-3(4h)-one", "d-threo-pentitol,2,5-anhydro-1,3,4-trideoxy-2-c-(2,4-difluorophenyl)-4-[[4-[4-[4-[1-[(1s,2s)-1-ethyl-2-hydroxypropyl]-1,5-dihydro-5-oxo-4h-1,2,4-triazol-4-yl]phenyl]-1-piperazinyl]phenoxy]methyl]-1-(1h-1,2,4-triazol-1-yl)-", "1-((1s,2s)-1-ethyl-2-hydroxypropyl)-4-{4-[4-(4-{[(5s,3r)-5-(2,4-difluorophenyl)-5-(1,2,4-triazolylmethyl)oxolan-3-yl]methoxy}phenyl)piperazinyl]phenyl}-1,2,4-triazolin-5-one", "noxafil", "sch56592; sch 56592; schering 56592", "2,5-anhydro-1,3,4-trideoxy-2-(2,4-difluorophenyl)-4-({4-[4-(4-{1-[(2s,3s)-2-hydroxypentan-3-yl]-5-oxo-1,5-dihydro-4h-1,2,4-triazol-4-yl}phenyl)piperazin-1-yl]phenoxy}methyl)-1-(1h-1,2,4-triazol-1-yl)-d-threo-pentitol", "posaconazole[wiki][usan]", "4-(4-(4-(4-(((3r,5r)-5-((1h-1,2,4-triazol-1-yl)methyl)-5-(2,4-difluorophenyl)tetrahydrofuran-3-yl)methoxy)phenyl)piperazin-1-yl)phenyl)-1-((2s,3s)-2-hydroxypentan-3-yl)-1h-1,2,4-triazol-5(4h)-one", "4-{4-[4-(4-{[(3r,5r)-5-(2,4-difluorophenyl)-5-(1h-1,2,4-triazol-1-ylmethyl)tetrahydrofuran-3-yl]methoxy}phenyl)piperazin-1-yl]phenyl}-2-[(1s,2s)-1-ethyl-2-hydroxypropyl]-2,4-dihydro-3h-1,2,4-triazol-3-one", "4-{4-[4-(4-{[(3r,5r)-5-(2,4-difluorophenyl)-5-(1,2,4-triazol-1-ylmethyl)oxolan-3-yl]methoxy}phenyl)piperazin-1-yl]phenyl}-2-[(2s,3s)-2-hydroxypentan-3-yl]-1,2,4-triazol-3-one", "sch-56592"}|>, "8142" -> <|"DatabaseID" -> "SW04075", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736830]}, "IsomericSmiles" -> "Cc1nc(c(cn1)CN(/C(=C(\\SS/C(=C(\\N(C=O)Cc2c(nc(nc2)C)N)/C)/CCOC(=O)C(C)C)/CCOC(=O)C(C)C)/C)C=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01319"]}, "OfficialNames" -> <|"Indian Approved Name" -> "sulbutiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20055424]}, "Synonyms" -> {"bisibuthiamine", "sulbutiamine", "dsstox_cid_26641", "ncgc00167456-01", "bisibuthiamine (jan)", "thiamine disulfide o,o-diisobutyrate", "disulfanediylbis(2z)-2-{[(4-amino-2-methylpyrimidin-5-yl)methyl](formyl)amino}pent-2-ene-3,5-diyl bis(2-methylpropanoate)", "dsstox_rid_81787", "dsstox_gsid_46641", "sulbutiamine[wiki][inn]", "propanoicacid 2-methyl-,dithiobis(3z)-3-[1-[[(4-amino-2-methyl-5-pyrimidinyl)methyl]formylamino]ethylidene]-3,1-propanediylester", "vitaverin", "3286-46-2[rn]", "disulfanediylbis(2z)-2-{[(4-amino-2-methyl-5-pyrimidinyl)methyl](formyl)amino}-2-pentene-3,5-diyl bis(2-methylpropanoate)", "5-25-12-00169", "youvitan (tn)", "youvitan", "bisibutiamine", "221-937-3[einecs]", "o-isobutyroylthiamine disulfide", "vitaberin", "disulfanediylbis(2z)-2-{[(4-amino-2-methylpyrimidin-5-yl)methyl](formyl)amino}pent-2-en-3,5-diylbis(2-methylpropanoat)", "sulbutiamine (inn)", "tl8002475", "arcalion[wiki]", "3286-46-2", "o,o'-diisobutyrylthiamine disulfide"}|>, "8143" -> <|"DatabaseID" -> "SW04076", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 110578]}, "IsomericSmiles" -> "CC[C@H](C)[C@@H]([C@@H](CC(=O)N1CC[C@H](C1)[C@@H]([C@@H](C)C(=O)NCCc2ccccc2)OC)OC)N(C)C(=O)[C@H](C(C)C)NC(=O)[C@H](C(C)C)[NH+](C)C", "OfficialNames" -> <|"NPC Approved Name" -> "tzt-1027"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 124092]}, "Synonyms" -> {"l-valinamide", "(2s)-2-[[(2s)-2-(dimethylamino)-3-methylbutanoyl]amino]-n-[(3r", "tzt 1027", "149606-27-9[rn]", "auristatin pe", "n(2)-(n,n-dimethyl-valyl)-n-(2-methoxy-4-(2-(1-methoxy-2-methyl-3-oxo-3-((2-phenylethyl)amino)propyl)-1-pyrrolidinyl)-1-(1-methylpropyl)-4-oxobutyl)-n-methyl-valinamide", "ac1l3xum", "l-valinamide n,n-dimethyl-l-valyl-n-(2-methoxy-4-(2-(1-methoxy-2-methyl-3-oxo-3-((2-phenylethyl)amino)propyl)-1-pyrrolidinyl)-1-(1-methylpropyl)-4-oxobutyl)-n-methyl- (2s-(1(1r*(r*),2s*),2r*(1s*,2s*)))-", "149606-27-9", "n(2)-(n", "tzt-1027", "soblidotin", "c39h67n5o6", "ls-173353"}|>, "8144" -> <|"DatabaseID" -> "SW04078", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31243"], ExternalIdentifier["ChEBIID", "37924"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 130642]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01072"]}, "IsomericSmiles" -> "CC(C)(C)[C@@H](C(=O)N[C@@H](Cc1ccccc1)[C@H](CN(Cc2ccc(cc2)c3ccccn3)NC(=O)[C@H](C(C)(C)C)NC(=O)OC)O)NC(=O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01276"]}, "OfficialNames" -> <|"China Approved Name" -> "atazanavir", "WHO Essential Medicine" -> "atazanavir", "Indian Approved Name" -> "atazanavir", "FDA Approved Drug" -> "ATAZANAVIR SULFATE"|>, "PharmGKBID" -> "PA10251", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 148192]}, "Synonyms" -> {"reyataz", "atazanavir", "latazanavir", "zrivada", "atazanavir sulfate", "atazanavirum", "bms-232632", "atv", "atz", "butanoicacid 2-[(methoxycarbonyl)amino]-3,3-dimethyl- 2-[(2s,3s)-2-hydroxy-3-[[(2s)-2-[(methoxycarbonyl)amino]-3,3-dimethyl-1-oxobutyl]amino]-4-phenylbutyl]-2-[[4-(2-pyridinyl)phenyl]methyl]hydrazi", "198904-31-3[rn]", "(3s,8s,9s,12s)-3,12-bis(1,1-dimethylethyl)-8-hydroxy-4,11-dioxo-9-(phenylmethyl)-6-[[4-(2-pyridinyl)phenyl]methyl]-2,5,6,10,13-pentaazatetradecanedioic acid dimethyl ester", "2,5,6,10,13-pentaazatetradecanedioicacid 3,12-bis(1,1-dimethylethyl)-8-hydroxy-4,11-dioxo-9-(phenylmethyl)-6-((4-(2-pyridinyl)phenyl)methyl)-,dimethylester (3s-(3r*,8r*,9r*,12r*))-", "(3s,8s,9s,12s)-3,12-bis(1,1-dimethylethyl)-8-hydroxy-4,11-dioxo-9-(phenylmethyl)-6-((4-(2-pyridinyl)phenyl)methyl)-2,5,6,10,13-pentaazatetradecanedioic acid dimethyl ester", "2aqu", "dimethyl(3s,8s,9s,12s)-9-benzyl-3,12-di-tert-butyl-8-hydroxy-4,11-dioxo-6-[4-(2-pyridyl)benzyl]-2,5,6,10,13-pentaazatetradecanedioate", "2,5,6,10,13-pentaazatetradecanedioicacid 3,12-bis(1,1-dimethylethyl)-8-hydroxy-4,11-dioxo-9-(phenylmethyl)-6-((4-(2-pyridinyl)phenyl)methyl)-,dimethylester (3s,8s,9s,12s)-", "cgp 73547", "reyataz bms-232632", "methyl-{(5s,10s,11s,14s)-11-benzyl-5-tert-butyl-10-hydroxy-15,15-dimethyl-3,6,13-trioxo-8-[4-(pyridin-2-yl)benzyl]-2-oxa-4,7,8,12-tetraazahexadecan-14-yl}carbamat", "methyl {(5s,10s,11s,14s)-11-benzyl-5-tert-butyl-10-hydroxy-15,15-dimethyl-3,6,13-trioxo-8-[4-(pyridin-2-yl)benzyl]-2-oxa-4,7,8,12-tetraazahexadecan-14-yl}carbamate", "tl8001639", "(3s-(3r*,8r*,9r*,12r*))-3,12-bis(1,1-dimethylethyl)-8-hydroxy-4,11-dioxo-9-(phenylmethyl)-6-((4-(2-pyridinyl)phenyl)methyl)-2,5,6,10,13-pentaazatetradecanedioic acid dimethyl ester", "dr7", "atazanavir[wiki]", "fragment", "(2s)-n-(3-{[(2s)-2-(methoxycarbonylamino)-3,3-dimethylbutanoylamino][(4-(2-pyridyl)phenyl)methyl]amino}(1s,2s)-2-hydroxy-1-benzylpropyl)-2-(methoxycarbonylamino)-3,3-dimethylbutanamide", "methyl {(5s,10s,11s,14s)-11-benzyl-5-tert-butyl-10-hydroxy-15,15-dimethyl-3,6,13-trioxo-8-[4-(pyridin-2-yl)benzyl]-2-oxa-4,7,8,12-tetraazahexadecan-14-yl}carbamate (non-preferred name)", "bms-232632-05", "butanoicacid 2-[(methoxycarbonyl)amino]-3,3-dimethyl- 2-[(2s,3s)-2-hydroxy-3-[[(2s)-2-[(methoxycarbonyl)amino]-3,3-dimethyl-1-oxobutyl]amino]-4-phenylbutyl]-2-[[4-(2-pyridinyl)phenyl]methyl]hydrazide (2s)-", "reyataz;bms-232632", "229975-97-7[rn]", "methyl {(5s,10s,11s,14s)-11-benzyl-10-hydroxy-15,15-dimethyl-5-(2-methyl-2-propanyl)-3,6,13-trioxo-8-[4-(2-pyridinyl)benzyl]-2-oxa-4,7,8,12-tetraazahexadecan-14-yl}carbamate", "bms 232632", "198904-31-3", "162537-11-3[rn]", "(s)-2-((methoxycarbonyl)amino)-3,3-dimethylbutanoic acid"}|>, "8145" -> <|"DatabaseID" -> "SW04079", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6076"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49927]}, "IsomericSmiles" -> "CCC(C)n1c(=O)n(cn1)c2ccc(cc2)N3CCN(CC3)c4ccc(cc4)OC[C@H]5CO[C@](O5)(Cn6cncn6)c7ccc(cc7Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00350"]}, "OfficialNames" -> <|"Indian Approved Name" -> "itraconazole", "Australia Approved Name" -> "ITRACONAZOLE", "FDA Approved Drug" -> "ITRACONAZOLE"|>, "PharmGKBID" -> "PA450132", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55283]}, "Synonyms" -> {"itraconazole", "itrizole (tn)", "oriconazole", "sporanox (tn)", "itcz", "itrizole", "sporanox", "2-(butan-2-yl)-4-{4-[4-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin-1-yl]phenyl}-2,4-dihydro-3h-1,2,4-triazol-3-one", "sporanox[wiki]", "itraconazolum[latin]", "sporal", "itraconazol[spanish]", "itraconazol [spanish]", "itz", "84625-61-6[rn]", "2-sec-butyl-4-[4-(4-{4-[2-(2,4-dichloro-phenyl)-2-[1,2,4]triazol-1-yl-methyl-[1,3]dioxolan-4-yl-meth", "3h-1,2,4-triazol-3-one 4-[4-[4-[4-[[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy]phenyl]-1-piperazinyl]phenyl]-2,4-dihydro-2-(1-methylpropyl)-", "2-(butan-2-yl)-4-{4-[4-(4-{[(2r,4s)-2-(2,4-dichlorphenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin-1-yl]phenyl}-2,4-dihydro-3h-1,2,4-triazol-3-on", "84604-65-9[rn]", "itr", "2-sec-butyl-4-{4-[4-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)-1-piperazinyl]phenyl}-2,4-dihydro-3h-1,2,4-triazol-3-one[acd/iupac name]", "4-{4-[4-(4-{[(2r,4s)-2-(2,4-dichlorphenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin-1-yl]phenyl}-2-(1-methylpropyl)-2,4-dihydro-3h-1,2,4-triazol-3-on", "(1)-cis-4-(4-(4-(4-((2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl)methoxy)phenyl)piperazin-1-yl)phenyl)-2,4-dihydro-2-sec-butyl-3h-1,2,4-triazol-3-one", "337376-15-5", "itraconazolum", "4-(4-{4-[4-({[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methyl}oxy)phenyl]piperazin-1-yl}phenyl)-2-(1-methylpropyl)-2,4-dihydro-3h-1,2,4-triazol-3-one", "3h-1,2,4-triazol-3-one 4-(4-(4-(4-((2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl)methoxy)phenyl)-1-piperazinyl)phenyl)-2,4-dihydro-2-(1-methylpropyl)-", "3h-1,2,4-triazol-3-one 4-[4-[4-[4-[[2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy]phenyl]-1-pipera-zinyl]phenyl]-2,4-dihydro-2-(1-methylpropyl)", "2-sec-butyl-4-{4-[4-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin-1-yl]phenyl}-2,4-dihydro-3h-1,2,4-triazol-3-one", "itraconazole[wiki][inn][ban][jan][usan]", "hyphanox", "4-{4-[4-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin-1-yl]phenyl}-2-(1-methylpropyl)-2,4-dihydro-3h-1,2,4-triazol-3-one", "tl8005525", "triasporn", "283-347-2[einecs]", "sporonox", "itraconazol", "sporanos"}|>, "8146" -> <|"DatabaseID" -> "SW04079", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6076"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 49927]}, "IsomericSmiles" -> "CCC(C)n1c(=O)n(cn1)c2ccc(cc2)N3CCN(CC3)c4ccc(cc4)OC[C@H]5CO[C@](O5)(Cn6cncn6)c7ccc(cc7Cl)Cl", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00350"]}, "OfficialNames" -> <|"Indian Approved Name" -> "itraconazole", "Australia Approved Name" -> "ITRACONAZOLE", "FDA Approved Drug" -> "ITRACONAZOLE"|>, "PharmGKBID" -> "PA450132", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55283]}, "Synonyms" -> {"itraconazole", "itrizole (tn)", "oriconazole", "sporanox (tn)", "itcz", "itrizole", "sporanox", "2-(butan-2-yl)-4-{4-[4-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin-1-yl]phenyl}-2,4-dihydro-3h-1,2,4-triazol-3-one", "sporanox[wiki]", "itraconazolum[latin]", "sporal", "itraconazol[spanish]", "itraconazol [spanish]", "itz", "84625-61-6[rn]", "2-sec-butyl-4-[4-(4-{4-[2-(2,4-dichloro-phenyl)-2-[1,2,4]triazol-1-yl-methyl-[1,3]dioxolan-4-yl-meth", "3h-1,2,4-triazol-3-one 4-[4-[4-[4-[[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy]phenyl]-1-piperazinyl]phenyl]-2,4-dihydro-2-(1-methylpropyl)-", "2-(butan-2-yl)-4-{4-[4-(4-{[(2r,4s)-2-(2,4-dichlorphenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin-1-yl]phenyl}-2,4-dihydro-3h-1,2,4-triazol-3-on", "84604-65-9[rn]", "itr", "2-sec-butyl-4-{4-[4-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)-1-piperazinyl]phenyl}-2,4-dihydro-3h-1,2,4-triazol-3-one[acd/iupac name]", "4-{4-[4-(4-{[(2r,4s)-2-(2,4-dichlorphenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin-1-yl]phenyl}-2-(1-methylpropyl)-2,4-dihydro-3h-1,2,4-triazol-3-on", "(1)-cis-4-(4-(4-(4-((2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl)methoxy)phenyl)piperazin-1-yl)phenyl)-2,4-dihydro-2-sec-butyl-3h-1,2,4-triazol-3-one", "337376-15-5", "itraconazolum", "4-(4-{4-[4-({[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methyl}oxy)phenyl]piperazin-1-yl}phenyl)-2-(1-methylpropyl)-2,4-dihydro-3h-1,2,4-triazol-3-one", "3h-1,2,4-triazol-3-one 4-(4-(4-(4-((2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl)methoxy)phenyl)-1-piperazinyl)phenyl)-2,4-dihydro-2-(1-methylpropyl)-", "3h-1,2,4-triazol-3-one 4-[4-[4-[4-[[2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy]phenyl]-1-pipera-zinyl]phenyl]-2,4-dihydro-2-(1-methylpropyl)", "2-sec-butyl-4-{4-[4-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin-1-yl]phenyl}-2,4-dihydro-3h-1,2,4-triazol-3-one", "itraconazole[wiki][inn][ban][jan][usan]", "hyphanox", "4-{4-[4-(4-{[(2r,4s)-2-(2,4-dichlorophenyl)-2-(1h-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy}phenyl)piperazin-1-yl]phenyl}-2-(1-methylpropyl)-2,4-dihydro-3h-1,2,4-triazol-3-one", "tl8005525", "triasporn", "283-347-2[einecs]", "sporonox", "itraconazol", "sporanos"}|>, "8147" -> <|"DatabaseID" -> "SW04080", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64898]}, "IsomericSmiles" -> "CCC(C)(C)OC(=O)N[C@@H](Cc1c[nH]c2c1cccc2)C(=O)N[C@@H](CCSC)C(=O)N[C@@H](CC(=O)[O-])C(=O)N[C@@H](Cc3ccccc3)C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01237"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tert-amyloxycarbonyltetragastrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71884]}, "Synonyms" -> {"amogastrin", "aoc-tetragastrin", "n-carboxy-l-tryptophyl-l-methionyl-l-a-aspartyl-3-phenyl-l-alaninamide n-tert-pentyl ester", "tert-amyloxycarbonyltetragastrin", "amogastrina [inn-spanish]", "amogastrinum[latin]", "alaninamide n-carboxy-l-tryptophyl-l-methionyl-l-aspartylphenyl- n-tert-pentylester l-", "ncgc00182027-01", "amogastrina[spanish][inn]", "16870-37-4[rn]", "amogastrine[french][inn]", "amogastrinum [inn-latin]", "tert-pentyl n-carboxylato-tryptophyl-methionyl-alpha-aspartyl-phenylalanylamid", "amogastrine [inn-french]", "n-((1,1-dimethylpropoxy)carbonyl)-l-tryptophyl-l-methionyl-l-a-aspartyl-l-phenylalaninamide", "alaninamide", "amogastrin [inn:jan][inn][jan]"}|>, "8148" -> <|"DatabaseID" -> "SW04081", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736548]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2CC[C@@]3([C@H]4CC[C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)OC)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "k-strophanthin-beta"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20055294]}, "Synonyms" -> {"strophanthin", "k-strophanthin-b", "b-k-strophanthin", "11005-63-3[rn]", "strophanthin k (crystalline)", "k-strophanthin-beta; card-20(22)-enolide", "c16820", "209-210-9[einecs]", "strophanthidin-glucocymarosid[german]", "k-strophanthin-beta", "strophanthin k", "5-18-05-00132", "nsc-4320", "k-strophanthin", "(3b,5b)-3-[(2,6-dideoxy-4-o-b-d-glucopyranosyl-3-o-methyl-b-d-ribo-hexopyranosyl)oxy]-5,14-dihydroxy-19-oxocard-20(22)-enolide", "ls-52364", "560-53-2[rn]", "(3?,5?)-3-[(2,6-dideoxy-4-o-?-d-glucopyranosyl-3-o-methyl-?-d-ribo-hexopyranosyl)oxy]-5,14-dihydroxy-19-oxocard-20(22)-enolide"}|>, "8149" -> <|"DatabaseID" -> "SW04082", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 144492]}, "IsomericSmiles" -> "Cc1cc(ccc1N)C(=C2C=CC(=Nc3ccc4ccccc4c3S(=O)(=O)[O-])C=C2)c5ccc(cc5)Nc6ccc7ccccc7c6S(=O)(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "anthranil acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23673633]}, "Synonyms" -> {"c.i. direct blue 41", "brilliant pure blue 8g", "anthranil sky blue g", "acid bright blue klg", "ac1q1w4o", "1324-86-3", "naphthalenesulfonic acid 2-((4-((4-amino-3-methylphenyl)(4-((sulfo-2-naphthalenyl)amino)phenyl)methylene)-2,5-cyclohexadien-1-ylidene)amino)-,monosodium salt", "sodium 2-({(1z,4z)-4-[(4-amino-3-methylphenyl){4-[(1-sulfonaphthalen-2-yl)amino]phenyl}methylidene]cyclohexa-2,5-dien-1-ylidene}amino)naphthalene-1-sulfonate", "215-387-3[einecs]", "isamine blue", "sodium hydrogen 2-((4-((4-amino-m-tolyl)(4-((sulphonato-2-naphthyl)amino)phenyl)methylene)-2,5-cyclohexadien-1-ylidene)amino)naphthalene-1-sulphonate", "c.i. direct blue 41 sodium salt (8ci)", "benzo brilliant sky blue 8gs", "33340-38-4[rn]", "sodium 2-({(1z", "1324-86-3[rn]", "isamine blue (biological stain)", "brilliant sky blue rrma-cf", "brilliant sky blue 8ga-cf", "isamine blue sodium salt", "pyrrol blue (biological stain)", "pyrrole blue"}|>, "8150" -> <|"DatabaseID" -> "SW04083", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 102672]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2CC[C@@]3([C@H]4CC[C@@]5([C@H](CC[C@@]5([C@@H]4CC[C@@]3(C2)O)O)C6=CC(=O)OC6)C)C=O)O)O)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "bogoroside;convalloside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 114652]}, "Synonyms" -> {"bogoroside", "convalloside", "236-749-7[einecs]", "einecs 236-749-7", "convallosid [german]", "13473-51-3[rn]", "kst-1a1182", "ac1l3fr2", "(3|a", "convallosid", "(3beta", "card-20(22)-enolide", "convallosid[german]"}|>, "8151" -> <|"DatabaseID" -> "SW04084", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445375]}, "IsomericSmiles" -> "Cc1c(c(c(c2c1O[C@](CC2)(C)CCC[C@H](C)CCC[C@H](C)CCCC(C)C)C)OC(=O)/C=C(\\C)/C=C/C=C(\\C)/C=C/C3=C(CCCC3(C)C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01516"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tretinoin tocoferil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282180]}, "Synonyms" -> {"40516-48-1", "tretinoin tocoferil", "tocoretinate", "tretinoin tocoferil[inn]", "dl-a-tocopheryl retinoate", "o15-{(2r)-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]-3,4-dihydro-2h-chromen-6-yl}retinoic acid", "retinoic acid o15-[(2r)-3,4-dihydro-2,5,7,8-tetramethyl-2-[(4r,8r)-4,8,12-trimethyltridecyl]-2h-1-benzopyran-6-yl]-", "unii-ctd060b1ss", "(2e,4e,6e,8e)-3,7-dimethyl-9-(2,6,6-trimethyl-cyclohex-1-enyl)-nona-2,4,6,8-tetraenoic acid (r)-2,5,7,8-tetramethyl-2-((4r,8r)-4,8,12-trimethyl-tridecyl)-chroman-6-yl ester", "tretinoin tocoferil (jan)", "dsstox_gsid_46923", "ac1nqzmb", "ncgc00181354-01", "dsstox_cid_26923", "40516-48-1[rn]", "dsstox_rid_82019"}|>, "8152" -> <|"DatabaseID" -> "SW04085", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 34634]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OCCC1CC[NH+](CC1)CCCN2c3ccccc3Sc4c2cc(cc4)S(=O)(=O)N(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02680"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pipothiazine palmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 37767]}, "Synonyms" -> {"pipothiazine palmitate", "pipotiazine palmitate", "piportil depot", "rp 19552", "hexadecanoic acid2-[1-[3-[2-[(dimethylamino)sulfonyl]-10h-phenothiazin-10-yl]propyl]-4-piperidinyl]ethyl ester", "253-536-4[einecs]", "pipotiazine palmitate[usan]", "il 19552", "il-19552", "ncgc00182048-01", "2-(1-(3-(2-((dimethylamino)sulphonyl)-10h-phenothiazin-10-yl)propyl)piperidin-4-yl)ethyl palmitate", "pipotiazine palmitate (usan)", "einecs 253-536-4", "piportil depot (tn)", "10-[3-[4-(2-hydroxyethyl)-1-piperidinyl]propyl]-n,n-dimethyl-10h-phenothiazine-2-sulfonamide palmitate (ester)", "2-(1-{3-[2-(dimethylsulfamoyl)-10h-phenothiazin-10-yl]propyl}piperidin-4-yl)ethylpalmitate", "hexadecanoic acid,2-[1-[3-[2-[(dimethylamino)sulfonyl]-10h-phenothiazin-10-yl]propyl]-4-piperidinyl]ethyl ester", "hexadecanoic acid,2-(1-(3-(2-((dimethylamino)sulfonyl)-10h-phenothiazin-10-yl)propyl)-4-piperidinyl)ethyl ester", "2-[1-[3-[2-[(dimethylamino)sulfonyl]-10h-phenothiazin-10-yl]propyl]-4-piperidinyl]ethanolpalmitate", "10-(3-(4-(2-hydroxyethyl)piperidino)propyl)-n,n-dimethylphenothiazine-2-sulfonamide palmitate (ester)", "37517-26-3", "pipotiazine palmitate [usan]", "2-[1-[3-[2-[(dimethylamino)sulphonyl]-10h-phenothiazin-10-yl]propyl]piperidin-4-yl]ethyl palmitate", "37517-26-3[rn]"}|>, "8153" -> <|"DatabaseID" -> "SW04086", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4576642]}, "IsomericSmiles" -> "COc1cc(c2c(c1)oc3c(cc(c(c3c2=O)[O-])c4c(c(c(c5c4oc(cc5=O)c6ccc(c(c6)O)O)[O-])[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)CO)O)O)O)O)O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "swertifrancheside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5464386]}, "Synonyms" -> {"swertifrancheside", "9h-xanthen-9-one", "chembl504840", "155740-03-7[rn]", "2-[2-(3", "155740-03-7", "ac1nuz6v"}|>, "8154" -> <|"DatabaseID" -> "SW04087", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "60775"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21106402]}, "IsomericSmiles" -> "Cc1c2cc3nc(cc4[nH]c(cc5nc(cc(c1CCC(=O)[O-])[nH]2)C(=C5C)CCC(=O)OC)[C@]6(C4=CC=C([C@H]6C(=O)OC)C(=O)OC)C)C(=C3C=C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01162"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VERTEPORFIN"|>, "Synonyms" -> {"visudyne", "verteporfin"}|>, "8155" -> <|"DatabaseID" -> "SW04088", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4942752]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)[C@@](C)([C@H]1[C@@H](C[C@@]2([C@@]1(CC(=O)[C@@]3([C@H]2CC=C4[C@H]3C=C(C(=O)C4(C)C)OC5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "colocynthin tricosanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6438266]}, "Synonyms" -> {"coloside a", "cueg", "elaterinide", "colocynthin", "1398-78-3[rn]", "elaterin", "beta-glucoside de la curcurbitaine (e)", "1398-78-3", "einecs 215-745-9", "alpha-elaterin 2-d-glucopyranoside", "19-nor-9-beta", "215-745-9[einecs]"}|>, "8156" -> <|"DatabaseID" -> "SW04088", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4942752]}, "IsomericSmiles" -> "CC(=O)OC(C)(C)/C=C/C(=O)[C@@](C)([C@H]1[C@@H](C[C@@]2([C@@]1(CC(=O)[C@@]3([C@H]2CC=C4[C@H]3C=C(C(=O)C4(C)C)OC5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "colocynthin tricosanthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6438266]}, "Synonyms" -> {"coloside a", "cueg", "elaterinide", "colocynthin", "1398-78-3[rn]", "elaterin", "beta-glucoside de la curcurbitaine (e)", "1398-78-3", "einecs 215-745-9", "alpha-elaterin 2-d-glucopyranoside", "19-nor-9-beta", "215-745-9[einecs]"}|>, "8157" -> <|"DatabaseID" -> "SW04089", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 347980]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00503"]}, "IsomericSmiles" -> "CC(C)c1nc(cs1)CN(C)C(=O)N[C@@H](C(C)C)C(=O)N[C@@H](Cc2ccccc2)C[C@@H]([C@H](Cc3ccccc3)NC(=O)OCc4cncs4)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00427"]}, "OfficialNames" -> <|"China Approved Name" -> "ritonavir", "WHO Essential Medicine" -> "ritonavir;ritonavir", "Indian Approved Name" -> "ritonavir", "FDA Approved Drug" -> "RITONAVIR"|>, "PharmGKBID" -> "PA451260", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 392622]}, "Synonyms" -> {"ritonavir", "norvir sec", "norvir", "abbott 84538", "norvir (tm)", "n-[(2s,4s,5s)-4-hydroxy-1,6-diphenyl-5-{[(1,3-thiazol-5-ylmethoxy)carbonyl]amino}hexan-2-yl]-n2-(methyl{[2-(propan-2-yl)-1,3-thiazol-4-yl]methyl}carbamoyl)-l-valinamide", "155213-67-5", "abt538", "norvir (tn)", "2,4,7,12-tetraazatridecan-13-oic acid 10-hydroxy-2-methyl-5-(1-methylethyl)-1-[2-(1-methylethyl)-4-thiazolyl]-3,6-dioxo-8,11-bis(phenylmethyl)- 5-thiazolylmethyl ester,[5s-(5r*,8r*,10r*,11r*)]-", "carbamicacid [(1s,2s,4s)-2-hydroxy-4-[[(2s)-3-methyl-2-[[[methyl[[2-(1-methylethyl)-4-thiazolyl]methyl]amino]carbonyl]amino]-1-oxobutyl]amino]-5-phenyl-1-(phenylmethyl)pentyl]-,5-thiazolylmethylester", "1,3-thiazol-5-ylmethyl n-[(2s,3s,5r)-3-hydroxy-5-[[(2s)-3-methyl-2-[[methyl-[(2-propan-2-yl-1,3-thiazol-4-yl)methyl]carbamoyl]amino]butanoyl]amino]-1,6-diphenyl-hexan-2-yl]carbamate", "rit", "abt 84538", "rtv", "kaletra (lopinavir + ritonavir)_mixture", "1,3-thiazol-5-ylmethyl [(1s,2s,4s)-1-benzyl-2-hydroxy-4-({(2s)-3-methyl-2-[(methyl{[2-(1-methylethyl)-1,3-thiazol-4-yl]methyl}carbamoyl)amino]butanoyl}amino)-5-phenylpentyl]carbamate", "2,7,10,12-tetraazatridecanoic acid,4-hydroxy-12-methyl-9-(1-methylethyl)-13-[2-(1-methylethyl)-4-thiazolyl]-8,11-dioxo-3,6-bis(phenylmethyl)-,5-thiazolylmethylester (3s,4s,6s,9s)-", "[5s-(5r*,8r*,10r*,11r*)]-10-hydroxy-2-methyl-5-(1-methylethyl)-1-[2-(1-methylethyl)-4-thiazolyl]-3,6-dioxo-8,11-bis(phenylmethyl)-2,4,7,12-tetraazatridecan-13-oicacid 5-thiazolylmethyl ester", "(2s,3s,5s)-5-[n-[n-[[n-methyl-n-[(2-isopropyl-4-thiazolyl)methyl]amino]carbonyl]valinyl]amino]-2-[n-[(5-thiazolyl)methoxycarbonyl]amino]-1,6-diphenyl-3-hydroxyhexane", "2,4,7,12-tetraazatridecan-13-oic acid 10-hydroxy-2-methyl-5-(1-methylethyl)-1-(2-(1-methylethyl)-4-thiazolyl)-3,6-dioxo-8,11-bis(phenylmethyl)- 5-thiazolylmethyl ester,(5s,8s,10s,11s)-", "((1s,2s,4s)-1-benzyl-2-hydroxy-4-{(s)-2-[3-(2-isopropyl-thiazol-4-ylmethyl)-3-methyl-ureido]-3-methyl-butyrylamino}-5-phenyl-pentyl)-carbamic acid thiazol-5-ylmethyl ester", "abt-538", "1hxw", "carbamicacid n-[(1s,2s,4s)-2-hydroxy-4-[[(2s)-3-methyl-2-[[[methyl[[2-(1-methylethyl)-4-thiazolyl]methyl]amino]carbonyl]amino]-1-oxobutyl]amino]-5-phenyl-1-(phenylmethyl)pentyl]- 5-thiazolylmethyl ester", "kaletra[wiki]", "ritonavir[wiki]", "carbamicacid [(1s,2s,4s)-2-hydroxy-4-[[(2s)-3-methyl-2-[[[methyl[[2-(1-methylethyl)-4-thiazolyl]methyl]amino]carbonyl]amino]-1-oxobutyl]amino]-5-phenyl-1-(phenylmethyl)pentyl]-,5-thiazolylmethyles", "a-84538", "155213-67-5[rn]", "fragment", "c37h48n6o5s2", "ritonavir (jan/usan)[jan][usan]", "337376-15-5", "n-[(2s,4s,5s)-4-hydroxy-1,6-diphenyl-5-{[(1,3-thiazol-5-ylmethoxy)carbonyl]amino}hexan-2-yl]-n2-{[(2-isopropyl-1,3-thiazol-4-yl)methyl](methyl)carbamoyl}-l-valinamide", "1,3-thiazol-5-ylmethyl-[(1s,2s,4s)-1-benzyl-2-hydroxy-4-({(2s)-3-methyl-2-[(methyl{[2-(1-methylethyl)-1,3-thiazol-4-yl]methyl}carbamoyl)amino]butanoyl}amino)-5-phenylpentyl]carbamat", "n-[(1s,3s,4s)-1-benzyl-3-hydroxy-5-phenyl-4-{[(1,3-thiazol-5-ylmethoxy)carbonyl]amino}pentyl]-n2-(methyl{[2-(1-methylethyl)-1,3-thiazol-4-yl]methyl}carbamoyl)-l-valinamide", "thiazol-5-ylmethyl((2s,3s,5s)-3-hydroxy-5-((s)-2-(3-((2-isopropylthiazol-4-yl)methyl)-3-methylureido)-3-methylbutanamido)-1,6-diphenylhexan-2-yl)carbamate", "2,4,7,12-tetraazatridecan-13-oic acid 10-hydroxy-2-methyl-5-(1-methylethyl)-1-(2-(1-methylethyl)-4-thiazolyl)-3,6-dioxo-8,11-bis(phenylmethyl)- 5-thiazolylmethyl ester,(5s-(5r*,8r*,10r*,11r*))-", "norvir[wiki]", "ritonavir [usan]", "norvir norvir softgel"}|>, "8158" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8159" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8160" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8161" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8162" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8163" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8164" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8165" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8166" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8167" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8168" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8169" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8170" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8171" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8172" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8173" -> <|"DatabaseID" -> "SW04090", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00385"]}, "IsomericSmiles" -> "CCCCC(=O)OCC(=O)[C@@]1(Cc2c(c(c3c(c2[O-])C(=O)c4cccc(c4C3=O)OC)[O-])[C@H](C1)OC5CC(C(C(O5)C)O)NC(=O)C(F)(F)F)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02697"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VALRUBICIN"|>, "PharmGKBID" -> "PA164748616", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 41744]}, "Synonyms" -> {"valrubicin", "valstar", "valstar preservative free", "antibiotic ad 32", "n-trifluoroacetyladriamycin 14-valerate", "ec 5.99.1.3", "dna topoisomerase ii alpha isozyme", "valrubicin [usan]", "nsc-246131", "ad 32", "trifluoroacetyladriamycin-14-valerate", "valstar (tn)"}|>, "8174" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8175" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8176" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8177" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8178" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8179" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8180" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8181" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8182" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8183" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8184" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8185" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8186" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8187" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8188" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8189" -> <|"DatabaseID" -> "SW04091", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4884823]}, "IsomericSmiles" -> "c1c2c(cc(c1O[C@H]3C([C@H](C([C@H](O3)CO)O)O)O[C@H]4C([C@H](C([C@H](O4)C(=O)[O-])O)O)O)O)/[N+](=C/C=C/5\\CC([NH2+]C(=C5)C(=O)[O-])C(=O)[O-])/[C@@H](C2)C(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "iso-amaranthin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6325416]}, "Synonyms" -> {"isoamaranthin", "ac1o3dhs", "(2s)-5-[(2s"}|>, "8190" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8191" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8192" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8193" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8194" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8195" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8196" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8197" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8198" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8199" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8200" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8201" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8202" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8203" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8204" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8205" -> <|"DatabaseID" -> "SW04092", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 369616]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2CCC3(C4CCC5(C(CCC5(C4CCC3(C2)O)O)c6ccc(=O)oc6)C)C=O)O)O)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hellebrin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 417553]}, "Synonyms" -> {"hellebrin", "neuro_000039", "3-[3", "-oxo-", "nsc93134", "13289-18-4[rn]", "13289-18-4", "nsc-93134", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5,14-dihydroxy-19-oxobufa-20,22-dienolide", "ac1l9dt7", "bufa-20", "3-((6-deoxy-4-o-hexopyranosylhexopyranosyl)oxy)-5"}|>, "8206" -> <|"DatabaseID" -> "SW04093", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6272]}, "IsomericSmiles" -> "C(C(COC(C(Cl)(Cl)Cl)O)(COC(C(Cl)(Cl)Cl)O)COC(C(Cl)(Cl)Cl)O)OC(C(Cl)(Cl)Cl)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Petrichloral"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6519]}, "Synonyms" -> {"pentaerythritol chloral", "perichlor", "periclor", "1", "petrichloralum[latin]", "brn 1717882", "petricloral [inn-spanish]", "petrichloral", "pentaerythritol chlorol", "4-01-00-03145 (beilstein handbook reference)[beilstein]", "1,1',1'',1'''-(neopentanetetryltetraoxy)tetrakis(2,2,2-trichloroethanol)", "dea no. 2591", "petrichloral[inn]", "1,1'-[2,2-bis[(2,2,2-trichloro-1-hydroxyethoxy)methyl]-1,3-propanediylbis(oxy)]bis[2,2,2-trichloroethanol]", "4-01-00-03145", "78-12-6[rn]", "ethanol,1,1',1'',1'''-(neopentanetetrayltetraoxy)tetrakis(2,2,2-trichloro-", "petricloral[spanish][inn]", "petrichloralum [inn-latin]", "1,1',1'',1'''-(neopentanetetrayltetraoxy)tetrakis(2,2,2-trichloroethanol)"}|>, "8207" -> <|"DatabaseID" -> "SW04093", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6272]}, "IsomericSmiles" -> "C(C(COC(C(Cl)(Cl)Cl)O)(COC(C(Cl)(Cl)Cl)O)COC(C(Cl)(Cl)Cl)O)OC(C(Cl)(Cl)Cl)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Petrichloral"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6519]}, "Synonyms" -> {"pentaerythritol chloral", "perichlor", "periclor", "1", "petrichloralum[latin]", "brn 1717882", "petricloral [inn-spanish]", "petrichloral", "pentaerythritol chlorol", "4-01-00-03145 (beilstein handbook reference)[beilstein]", "1,1',1'',1'''-(neopentanetetryltetraoxy)tetrakis(2,2,2-trichloroethanol)", "dea no. 2591", "petrichloral[inn]", "1,1'-[2,2-bis[(2,2,2-trichloro-1-hydroxyethoxy)methyl]-1,3-propanediylbis(oxy)]bis[2,2,2-trichloroethanol]", "4-01-00-03145", "78-12-6[rn]", "ethanol,1,1',1'',1'''-(neopentanetetrayltetraoxy)tetrakis(2,2,2-trichloro-", "petricloral[spanish][inn]", "petrichloralum [inn-latin]", "1,1',1'',1'''-(neopentanetetrayltetraoxy)tetrakis(2,2,2-trichloroethanol)"}|>, "8208" -> <|"DatabaseID" -> "SW04093", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6272]}, "IsomericSmiles" -> "C(C(COC(C(Cl)(Cl)Cl)O)(COC(C(Cl)(Cl)Cl)O)COC(C(Cl)(Cl)Cl)O)OC(C(Cl)(Cl)Cl)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Petrichloral"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6519]}, "Synonyms" -> {"pentaerythritol chloral", "perichlor", "periclor", "1", "petrichloralum[latin]", "brn 1717882", "petricloral [inn-spanish]", "petrichloral", "pentaerythritol chlorol", "4-01-00-03145 (beilstein handbook reference)[beilstein]", "1,1',1'',1'''-(neopentanetetryltetraoxy)tetrakis(2,2,2-trichloroethanol)", "dea no. 2591", "petrichloral[inn]", "1,1'-[2,2-bis[(2,2,2-trichloro-1-hydroxyethoxy)methyl]-1,3-propanediylbis(oxy)]bis[2,2,2-trichloroethanol]", "4-01-00-03145", "78-12-6[rn]", "ethanol,1,1',1'',1'''-(neopentanetetrayltetraoxy)tetrakis(2,2,2-trichloro-", "petricloral[spanish][inn]", "petrichloralum [inn-latin]", "1,1',1'',1'''-(neopentanetetrayltetraoxy)tetrakis(2,2,2-trichloroethanol)"}|>, "8209" -> <|"DatabaseID" -> "SW04093", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6272]}, "IsomericSmiles" -> "C(C(COC(C(Cl)(Cl)Cl)O)(COC(C(Cl)(Cl)Cl)O)COC(C(Cl)(Cl)Cl)O)OC(C(Cl)(Cl)Cl)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Petrichloral"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6519]}, "Synonyms" -> {"pentaerythritol chloral", "perichlor", "periclor", "1", "petrichloralum[latin]", "brn 1717882", "petricloral [inn-spanish]", "petrichloral", "pentaerythritol chlorol", "4-01-00-03145 (beilstein handbook reference)[beilstein]", "1,1',1'',1'''-(neopentanetetryltetraoxy)tetrakis(2,2,2-trichloroethanol)", "dea no. 2591", "petrichloral[inn]", "1,1'-[2,2-bis[(2,2,2-trichloro-1-hydroxyethoxy)methyl]-1,3-propanediylbis(oxy)]bis[2,2,2-trichloroethanol]", "4-01-00-03145", "78-12-6[rn]", "ethanol,1,1',1'',1'''-(neopentanetetrayltetraoxy)tetrakis(2,2,2-trichloro-", "petricloral[spanish][inn]", "petrichloralum [inn-latin]", "1,1',1'',1'''-(neopentanetetrayltetraoxy)tetrakis(2,2,2-trichloroethanol)"}|>, "8210" -> <|"DatabaseID" -> "SW04093", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 6272]}, "IsomericSmiles" -> "C(C(COC(C(Cl)(Cl)Cl)O)(COC(C(Cl)(Cl)Cl)O)COC(C(Cl)(Cl)Cl)O)OC(C(Cl)(Cl)Cl)O", "OfficialNames" -> <|"US Illegal/Scheduled Drug (Schedule 4)" -> "Petrichloral"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6519]}, "Synonyms" -> {"pentaerythritol chloral", "perichlor", "periclor", "1", "petrichloralum[latin]", "brn 1717882", "petricloral [inn-spanish]", "petrichloral", "pentaerythritol chlorol", "4-01-00-03145 (beilstein handbook reference)[beilstein]", "1,1',1'',1'''-(neopentanetetryltetraoxy)tetrakis(2,2,2-trichloroethanol)", "dea no. 2591", "petrichloral[inn]", "1,1'-[2,2-bis[(2,2,2-trichloro-1-hydroxyethoxy)methyl]-1,3-propanediylbis(oxy)]bis[2,2,2-trichloroethanol]", "4-01-00-03145", "78-12-6[rn]", "ethanol,1,1',1'',1'''-(neopentanetetrayltetraoxy)tetrakis(2,2,2-trichloro-", "petricloral[spanish][inn]", "petrichloralum [inn-latin]", "1,1',1'',1'''-(neopentanetetrayltetraoxy)tetrakis(2,2,2-trichloroethanol)"}|>, "8211" -> <|"DatabaseID" -> "SW04094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 139382]}, "IsomericSmiles" -> "c1ccc(cc1)C2(CCC(CC2)OP(=O)([O-])OC[C@@H](CN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])N(CC(=O)[O-])CC(=O)[O-])c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04263"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fosveset"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 158441]}, "Synonyms" -> {"fosveset", "2-oxa-6,9-diaza-1-phosphaundecan-11-oic acid,4-(bis(carboxymethyl)amino)-6,9-bis(carboxymethyl)-1-((4,4-diphenylcyclohexyl)oxy)-1-hydroxy- 1-oxide", "fosveset (usan/inn)", "chembl1615469", "unii-5wbr90fn3h", "ac1l4jxg", "surecn4521879", "193901-91-6[rn]", "193901-91-6", "ag-e-41703", "ctk4e1376", "fosveset [usan]"}|>, "8212" -> <|"DatabaseID" -> "SW04094", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 139382]}, "IsomericSmiles" -> "c1ccc(cc1)C2(CCC(CC2)OP(=O)([O-])OC[C@@H](CN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])N(CC(=O)[O-])CC(=O)[O-])c3ccccc3", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04263"]}, "OfficialNames" -> <|"NPC Approved Name" -> "fosveset"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 158441]}, "Synonyms" -> {"fosveset", "2-oxa-6,9-diaza-1-phosphaundecan-11-oic acid,4-(bis(carboxymethyl)amino)-6,9-bis(carboxymethyl)-1-((4,4-diphenylcyclohexyl)oxy)-1-hydroxy- 1-oxide", "fosveset (usan/inn)", "chembl1615469", "unii-5wbr90fn3h", "ac1l4jxg", "surecn4521879", "193901-91-6[rn]", "193901-91-6", "ag-e-41703", "ctk4e1376", "fosveset [usan]"}|>, "8213" -> <|"DatabaseID" -> "SW04095", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5908]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OCC(COP(=O)([O-])OCC[N+](C)(C)C)OC(=O)CCCCCCCCCCCCCCC", "OfficialNames" -> <|"FDA Approved Drug" -> "COLFOSCERIL PALMITATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6138]}, "Synonyms" -> {"1", "coatsome mc 6060", "dppc (phosphatide)", "200-567-6[einecs]", "dppc", "dl-dipalmitoylphosphatidylcholine", "colfoscerili palmitas[latin]", "rac-1,2-dipalmitoylphosphatidylcholine", "colfoseril palmitate", "choline,hydroxide dihydrogen phosphate inner salt,ester with 1,2-palmitin", "67118-46-1[rn]", "82623-33-4[rn]", "dl-1,2-dipalmitoyl-3-phosphatidylcholine", "dl-dipalmitoyllecithin", "1,2-dihexadecanoyl phosphatidylcholine", "3,5,9-trioxa-4-phosphapentacosan-1-aminium 4-hydroxy-n,n,n-trimethyl-10-oxo-7-((1-oxohexadecyl)oxy)- hydroxide inner salt,4-oxide", "palmitato de colfoscerilo[spanish]", "1,2-dipalmitoylglycerol-3-phosphorylcholine", "1,2-dipalmitoyl-sn-glycero-3-phosphocholine monohydrate", "rac-1,2-dipalmitoylglycerol-3-phosphorylcholine", "colfosceril palmitoyl", "159022-81-8[rn]", "2,3-bis(palmitoyloxy)propyl2-(trimethylammonio)ethylphosphate[acd/iupac name]", "d-6048", "(4-oxido-10-oxo-7-palmitoyl-3,5,9-trioxa-4-phosphapentacosyl)trimethylammonium 4-oxide", "2", "220-153-9[einecs]", "1,2-dipalmitoyllecithin", "colfosceril palmitate [usan:ban:inn][inn][usan]", "1,2-dipalmitoyl-sn-glycero-3-phosphocholine", "1,2-dipalmitoylglycerophosphorylcholine", "36441-53-9[rn]", "215369-06-5[rn]", "2644-64-6[rn]", "107041-15-6", "choline phosphate ester with 1,2-dipalmitin", "d-6051", "63-89-8", "1,2-dipalmitoyl-dl-phosphatidylcholine", "dihexadecanoyl phosphatidylcholine", "1,2-dipalmitoyl-3-phosphatidyl choline", "dl-alpha-dppc", "2,3-bis(palmitoyloxy)propyl-2-(trimethylammonio)ethylphosphat", "phosphatidylcholine 16:0-16:0", "colfoscerili palmitas", "1-palmitoyl-2-palmitoylphosphatidylcholine", "1,2-dihexadecanoyl-rac-glycerol-3-phosphrylcholine", "1,2-dipalmitoylphosphatidylcholine", "2797-68-4[rn]", "palmitate de colfosceril[french]", "173839-68-4[rn]", "90289-55-7[rn]", "3,5,9-trioxa-4-phosphapentacosan-1-aminium 4-hydroxy-n,n,n-trimethyl-10-oxo-7-((1-oxohexadecyl)oxy)- innersalt 4-oxide", "63-89-8[rn]", "exosurf", "ethanaminium 2-[[[2,3-bis[(1-oxohexadecyl)oxy]propoxy]hydroxyphosphinyl]oxy]-n,n,n-trimethyl- inner salt", "colfosceril palmitate[wiki]", "dl-3-dipalmitoylphosphatidylcholine", "107041-15-6[rn]", "2644-64-6"}|>, "8214" -> <|"DatabaseID" -> "SW04095", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5908]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OCC(COP(=O)([O-])OCC[N+](C)(C)C)OC(=O)CCCCCCCCCCCCCCC", "OfficialNames" -> <|"FDA Approved Drug" -> "COLFOSCERIL PALMITATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6138]}, "Synonyms" -> {"1", "coatsome mc 6060", "dppc (phosphatide)", "200-567-6[einecs]", "dppc", "dl-dipalmitoylphosphatidylcholine", "colfoscerili palmitas[latin]", "rac-1,2-dipalmitoylphosphatidylcholine", "colfoseril palmitate", "choline,hydroxide dihydrogen phosphate inner salt,ester with 1,2-palmitin", "67118-46-1[rn]", "82623-33-4[rn]", "dl-1,2-dipalmitoyl-3-phosphatidylcholine", "dl-dipalmitoyllecithin", "1,2-dihexadecanoyl phosphatidylcholine", "3,5,9-trioxa-4-phosphapentacosan-1-aminium 4-hydroxy-n,n,n-trimethyl-10-oxo-7-((1-oxohexadecyl)oxy)- hydroxide inner salt,4-oxide", "palmitato de colfoscerilo[spanish]", "1,2-dipalmitoylglycerol-3-phosphorylcholine", "1,2-dipalmitoyl-sn-glycero-3-phosphocholine monohydrate", "rac-1,2-dipalmitoylglycerol-3-phosphorylcholine", "colfosceril palmitoyl", "159022-81-8[rn]", "2,3-bis(palmitoyloxy)propyl2-(trimethylammonio)ethylphosphate[acd/iupac name]", "d-6048", "(4-oxido-10-oxo-7-palmitoyl-3,5,9-trioxa-4-phosphapentacosyl)trimethylammonium 4-oxide", "2", "220-153-9[einecs]", "1,2-dipalmitoyllecithin", "colfosceril palmitate [usan:ban:inn][inn][usan]", "1,2-dipalmitoyl-sn-glycero-3-phosphocholine", "1,2-dipalmitoylglycerophosphorylcholine", "36441-53-9[rn]", "215369-06-5[rn]", "2644-64-6[rn]", "107041-15-6", "choline phosphate ester with 1,2-dipalmitin", "d-6051", "63-89-8", "1,2-dipalmitoyl-dl-phosphatidylcholine", "dihexadecanoyl phosphatidylcholine", "1,2-dipalmitoyl-3-phosphatidyl choline", "dl-alpha-dppc", "2,3-bis(palmitoyloxy)propyl-2-(trimethylammonio)ethylphosphat", "phosphatidylcholine 16:0-16:0", "colfoscerili palmitas", "1-palmitoyl-2-palmitoylphosphatidylcholine", "1,2-dihexadecanoyl-rac-glycerol-3-phosphrylcholine", "1,2-dipalmitoylphosphatidylcholine", "2797-68-4[rn]", "palmitate de colfosceril[french]", "173839-68-4[rn]", "90289-55-7[rn]", "3,5,9-trioxa-4-phosphapentacosan-1-aminium 4-hydroxy-n,n,n-trimethyl-10-oxo-7-((1-oxohexadecyl)oxy)- innersalt 4-oxide", "63-89-8[rn]", "exosurf", "ethanaminium 2-[[[2,3-bis[(1-oxohexadecyl)oxy]propoxy]hydroxyphosphinyl]oxy]-n,n,n-trimethyl- inner salt", "colfosceril palmitate[wiki]", "dl-3-dipalmitoylphosphatidylcholine", "107041-15-6[rn]", "2644-64-6"}|>, "8215" -> <|"DatabaseID" -> "SW04095", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5908]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OCC(COP(=O)([O-])OCC[N+](C)(C)C)OC(=O)CCCCCCCCCCCCCCC", "OfficialNames" -> <|"FDA Approved Drug" -> "COLFOSCERIL PALMITATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6138]}, "Synonyms" -> {"1", "coatsome mc 6060", "dppc (phosphatide)", "200-567-6[einecs]", "dppc", "dl-dipalmitoylphosphatidylcholine", "colfoscerili palmitas[latin]", "rac-1,2-dipalmitoylphosphatidylcholine", "colfoseril palmitate", "choline,hydroxide dihydrogen phosphate inner salt,ester with 1,2-palmitin", "67118-46-1[rn]", "82623-33-4[rn]", "dl-1,2-dipalmitoyl-3-phosphatidylcholine", "dl-dipalmitoyllecithin", "1,2-dihexadecanoyl phosphatidylcholine", "3,5,9-trioxa-4-phosphapentacosan-1-aminium 4-hydroxy-n,n,n-trimethyl-10-oxo-7-((1-oxohexadecyl)oxy)- hydroxide inner salt,4-oxide", "palmitato de colfoscerilo[spanish]", "1,2-dipalmitoylglycerol-3-phosphorylcholine", "1,2-dipalmitoyl-sn-glycero-3-phosphocholine monohydrate", "rac-1,2-dipalmitoylglycerol-3-phosphorylcholine", "colfosceril palmitoyl", "159022-81-8[rn]", "2,3-bis(palmitoyloxy)propyl2-(trimethylammonio)ethylphosphate[acd/iupac name]", "d-6048", "(4-oxido-10-oxo-7-palmitoyl-3,5,9-trioxa-4-phosphapentacosyl)trimethylammonium 4-oxide", "2", "220-153-9[einecs]", "1,2-dipalmitoyllecithin", "colfosceril palmitate [usan:ban:inn][inn][usan]", "1,2-dipalmitoyl-sn-glycero-3-phosphocholine", "1,2-dipalmitoylglycerophosphorylcholine", "36441-53-9[rn]", "215369-06-5[rn]", "2644-64-6[rn]", "107041-15-6", "choline phosphate ester with 1,2-dipalmitin", "d-6051", "63-89-8", "1,2-dipalmitoyl-dl-phosphatidylcholine", "dihexadecanoyl phosphatidylcholine", "1,2-dipalmitoyl-3-phosphatidyl choline", "dl-alpha-dppc", "2,3-bis(palmitoyloxy)propyl-2-(trimethylammonio)ethylphosphat", "phosphatidylcholine 16:0-16:0", "colfoscerili palmitas", "1-palmitoyl-2-palmitoylphosphatidylcholine", "1,2-dihexadecanoyl-rac-glycerol-3-phosphrylcholine", "1,2-dipalmitoylphosphatidylcholine", "2797-68-4[rn]", "palmitate de colfosceril[french]", "173839-68-4[rn]", "90289-55-7[rn]", "3,5,9-trioxa-4-phosphapentacosan-1-aminium 4-hydroxy-n,n,n-trimethyl-10-oxo-7-((1-oxohexadecyl)oxy)- innersalt 4-oxide", "63-89-8[rn]", "exosurf", "ethanaminium 2-[[[2,3-bis[(1-oxohexadecyl)oxy]propoxy]hydroxyphosphinyl]oxy]-n,n,n-trimethyl- inner salt", "colfosceril palmitate[wiki]", "dl-3-dipalmitoylphosphatidylcholine", "107041-15-6[rn]", "2644-64-6"}|>, "8216" -> <|"DatabaseID" -> "SW04095", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5908]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OCC(COP(=O)([O-])OCC[N+](C)(C)C)OC(=O)CCCCCCCCCCCCCCC", "OfficialNames" -> <|"FDA Approved Drug" -> "COLFOSCERIL PALMITATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6138]}, "Synonyms" -> {"1", "coatsome mc 6060", "dppc (phosphatide)", "200-567-6[einecs]", "dppc", "dl-dipalmitoylphosphatidylcholine", "colfoscerili palmitas[latin]", "rac-1,2-dipalmitoylphosphatidylcholine", "colfoseril palmitate", "choline,hydroxide dihydrogen phosphate inner salt,ester with 1,2-palmitin", "67118-46-1[rn]", "82623-33-4[rn]", "dl-1,2-dipalmitoyl-3-phosphatidylcholine", "dl-dipalmitoyllecithin", "1,2-dihexadecanoyl phosphatidylcholine", "3,5,9-trioxa-4-phosphapentacosan-1-aminium 4-hydroxy-n,n,n-trimethyl-10-oxo-7-((1-oxohexadecyl)oxy)- hydroxide inner salt,4-oxide", "palmitato de colfoscerilo[spanish]", "1,2-dipalmitoylglycerol-3-phosphorylcholine", "1,2-dipalmitoyl-sn-glycero-3-phosphocholine monohydrate", "rac-1,2-dipalmitoylglycerol-3-phosphorylcholine", "colfosceril palmitoyl", "159022-81-8[rn]", "2,3-bis(palmitoyloxy)propyl2-(trimethylammonio)ethylphosphate[acd/iupac name]", "d-6048", "(4-oxido-10-oxo-7-palmitoyl-3,5,9-trioxa-4-phosphapentacosyl)trimethylammonium 4-oxide", "2", "220-153-9[einecs]", "1,2-dipalmitoyllecithin", "colfosceril palmitate [usan:ban:inn][inn][usan]", "1,2-dipalmitoyl-sn-glycero-3-phosphocholine", "1,2-dipalmitoylglycerophosphorylcholine", "36441-53-9[rn]", "215369-06-5[rn]", "2644-64-6[rn]", "107041-15-6", "choline phosphate ester with 1,2-dipalmitin", "d-6051", "63-89-8", "1,2-dipalmitoyl-dl-phosphatidylcholine", "dihexadecanoyl phosphatidylcholine", "1,2-dipalmitoyl-3-phosphatidyl choline", "dl-alpha-dppc", "2,3-bis(palmitoyloxy)propyl-2-(trimethylammonio)ethylphosphat", "phosphatidylcholine 16:0-16:0", "colfoscerili palmitas", "1-palmitoyl-2-palmitoylphosphatidylcholine", "1,2-dihexadecanoyl-rac-glycerol-3-phosphrylcholine", "1,2-dipalmitoylphosphatidylcholine", "2797-68-4[rn]", "palmitate de colfosceril[french]", "173839-68-4[rn]", "90289-55-7[rn]", "3,5,9-trioxa-4-phosphapentacosan-1-aminium 4-hydroxy-n,n,n-trimethyl-10-oxo-7-((1-oxohexadecyl)oxy)- innersalt 4-oxide", "63-89-8[rn]", "exosurf", "ethanaminium 2-[[[2,3-bis[(1-oxohexadecyl)oxy]propoxy]hydroxyphosphinyl]oxy]-n,n,n-trimethyl- inner salt", "colfosceril palmitate[wiki]", "dl-3-dipalmitoylphosphatidylcholine", "107041-15-6[rn]", "2644-64-6"}|>, "8217" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8218" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8219" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8220" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8221" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8222" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8223" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8224" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8225" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8226" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8227" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8228" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8229" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8230" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8231" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8232" -> <|"DatabaseID" -> "SW04096", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4941420]}, "IsomericSmiles" -> "CC1C2CC(C(/C=C/C=C(/Cc3cc(c(c(c3)OC)Cl)N(C(=O)CC(C4(C1O4)C)OC(=O)C(C)N(C)C(=O)CC(C)C)C)\\C)OC)(NC(=O)O2)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "maytanvaline"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436809]}, "Synonyms" -> {"maytanvaline", "nsc 219970", "52978-27-5", "maytansine", "maytansine n(2')-deacetyl-n(2')-(3-methyl-1-oxobutyl)- (9ci)", "52978-27-5[rn]"}|>, "8233" -> <|"DatabaseID" -> "SW04097", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "42355"], ExternalIdentifier["ChEBIID", "48923"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64549]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00199"]}, "IsomericSmiles" -> "CC[C@@H]1[C@@]([C@@H]([C@H](C(=O)[C@@H](C[C@@]([C@@H]([C@H]([C@@H]([C@H](C(=O)O1)C)O[C@H]2C[C@@]([C@H]([C@@H](O2)C)O)(C)OC)C)O[C@H]3[C@@H]([C@H](C[C@H](O3)C)[NH+](C)C)O)(C)O)C)C)O)(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00140"], ExternalIdentifier["KEGGID", "D02524"], ExternalIdentifier["KEGGID", "D02009"]}, "OfficialNames" -> <|"China Approved Name" -> "erythromycin", "WHO Essential Medicine" -> "erythromycin", "Indian Approved Name" -> "erythromycin;erythromycin stearate", "FDA Approved Drug" -> "ERYTHROMYCIN;ERYTHROMYCIN ETHYLSUCCINATE;ERYTHROMYCIN GLUCEPTATE;ERYTHROMYCIN LACTOBIONATE;ERYTHROMYCIN STEARATE"|>, "PharmGKBID" -> "PA449493", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 12560], ExternalIdentifier["PubChemCompoundID", 16051953], ExternalIdentifier["PubChemCompoundID", 71469]}, "Synonyms" -> {"erythromycin", "erythro", "emgel", "erymax", "erythromycin a", "e-mycin", "abomacetin", "ilotycin", "pce", "erygel", "akne-mycin", "eryc", "erythromycin lactobionate", "erythromycin stearate", "erythromycin glucoheptonate", "ilotycin gluceptate", "erythrocin", "erythromid", "ilocaps", "t-stat lot (alcohol anhydrous + erythromycin)_mixture", "taimoxin-f", "erycin", "r-p mycin", "erythra-derm", "mephamycin", "benzamycin", "ery-sol", "wyamycin s", "emu", "dotycin", "em", "aknin", "propiocine", "abboticin", "pfizer-e", "erythrogran", "sans-acne solution (alcohol anhydrous + erythromycin)_mixture", "torlamicina", "robimycin", "erythrocin stearate", "ermycin", "ilosone", "theramycin z", "erythromast 36", "eryderm", "serp-afd", "e-base", "ets", "erythromycin ethylsuccinate", "stievamycin gel (erythromycin + tretinoin)_mixture", "bristamycin", "erythromycin b", "e-glades", "pantomicina", "eritrocina", "indermretcin", "t-stat pad-lot (alcohol anhydrous + erythromycin)_mixture", "benzamycin pak", "eryc 125", "stiemycin", "erycette", "erypar", "stievamycin forte gel (erythromycin + tretinoin)_mixture", "eryc sprinkles", "ery-tab", "erythromycin estolate", "erycinum", "erythro-statin", "e-solve 2", "erythromycin oxime", "erythroguent", "kesso-mycin", "wemid", "dumotrycin", "ak-mycin", "sansac", "erycen", "staticin lot (alcohol anhydrous + erythromycin + laureth 4)_mixture", "ethril 250", "eritromicina", "erythromycine", "staticin", "t-stat", "erythromycin lactobionate (1:1) (salt)", "erythromycin. compd. with lactobionic acid", "643-22-1[rn]", "einecs 223-348-7", "eml", "ilotycin gluceptate (tn)", "lactobionic acid compd. with erythromycin (1:1)", "(2r,3r,4r,5r)-2,3,5,6-tetrahydroxy-4-{[(2s,3r,4s,5r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}hexanoic acid -(3r,4s,5s,6r,7r,9r,11r,12r,13s,14r)-6-{[(2s,3r,4s,6r)-4-(dimethylamino)-3-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-14-ethyl-7,12,13-trihydroxy-4-{[(2r,4r,5s,6s)-5-hydroxy-4-methoxy-4,6-dimethyltetrahydro-2h-pyran-2-yl]oxy}-3,5,7,9,11,13-hexamethyloxacyclotetradecane-2,10-dione (1:1)(non-preferred name)", "decane-2,10-dione (1:1)", "d02524", "211-396-1[einecs]", "erythromycin gluceptate", "1334-29-8[rn]", "3847-29-8[rn]", "erythrocin lactobionate", "4-o-b-d-galactopyranosyl-d-gluconicacid compd. with erythromycin (1:1)", "23067-13-2", "erythrocin (tn)", "n-2", "n-2,10-dion(1:1)", "(2r,3r,4r,5r)-2,3,5,6-tetrahydroxy-4-{[(2s,3r,4s,5r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}hexanoic acid -(3r,4s,5s,6r,7r,9r,11r,12r,13s,14r)-6-{[(2s,3r,4s,6r)-4-(dimethylamino)-3-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-14-ethyl-7,12,13-trihydroxy-4-{[(2r,4r,5s,6s)-5-hydroxy-4-methoxy-4,6-dimethyltetrahydro-2h-pyran-2-yl]oxy}-3,5,7,9,11,13-hexamethyloxacyclotetradecane-2,10-dione (1:1)", "decane-2,10-dione (1:1) (non-preferred name)", "3847-29-8", "lactobionic acid", "erythromycin lactobionate[jan]", "223-348-7[einecs]", "erythromycin mono(4-o-beta-d-galactopyranosyl-d-gluconate) (salt)", "4-o-beta-d-galactopyranosyl-d-gluconic acid compd. with erythromycin"}|>, "8234" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8235" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8236" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8237" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8238" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8239" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8240" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8241" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8242" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8243" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8244" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8245" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8246" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8247" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8248" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8249" -> <|"DatabaseID" -> "SW04098", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21270039]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)CO)OC2C(C(C(C(O2)COC3C(C(C(C(O3)CO)OC)O)O)OC4C(C(C(C(O4)CO)OC)O)OCCO)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03335"]}, "OfficialNames" -> <|"Indian Approved Name" -> "hetastarch"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24846132]}, "Synonyms" -> {"hespan", "hetastarch", "pentaspan", "voluven", "plasmasteril", "onkohas", "hespander injection", "hespander", "pentastarch [usan:ban][usan]", "hydroxyethylated starch", "has [german]", "starch 2-hydroxyethyl ether", "hetastarch [usan:ban][usan]", "penford 260", "tapioca starch hydroxyethyl ether", "penford p 208", "hes", "essex gum 1360", "hydroxyathylstarke[german]", "starch", "ethylex gum 2020", "penford 290", "has[german]", "asl 607", "2-hydroxyethyl starch", "essex 1360", "penford 280", "starch 2-hydroxyethyl ether", "hydroxyethyl starch", "o-(2-hydroxyethyl)starch", "2-hydroxyethyl starch ether"}|>, "8250" -> <|"DatabaseID" -> "SW04099", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)OC[C@@H]2[C@@H]([C@@H]([C@H]([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(cc5)O)O[C@H]6[C@@H]([C@@H]([C@H]([C@@H](O6)C)O)O)O)[O-])O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "robinin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281693]}, "Synonyms" -> {"robinin", "kaempferol-3-o-gal-rham-7-o-rham", "kaempferol-3-o-robinoside-7-o-rhamnoside", "5-hydroxy-2-(4-hydroxyphenyl)-7-{[(2s,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-3-{[(2s,3r,4s,5r,6r)-3,4,5-trihydroxy-6-({[(2r,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-on", "kaempferol 3-robinoside 7-rhamnoside", "ac1nqywp", "divk1c_006915", "5-hydroxy-2-(4-hydroxyphenyl)-7-{[(2s,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-3-{[(2s,3r,4s,5r,6r)-3,4,5-trihydroxy-6-({[(2r,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}methyl)tetrahydro-2h-pyran-2-yl]oxy}-4h-chromen-4-one", "301-19-9", "301-19-9[rn]", "specplus_000819", "einecs 206-113-3", "3-[[6-o-(6-deoxy-?-l-mannopyranosyl)-?-d-galactopyranosyl]oxy]-7-[(6-deoxy-?-l-mannopyranosyl)oxy]-5-hydroxy-2-(4-hydroxyphenyl)-4h-1-benzopyran-4-one", "4h-1-benzopyran-4-one", "nsc 9222", "3-[[6-o-(6-deoxy-a-l-mannopyranosyl)-b-d-galactopyranosyl]oxy]-7-[(6-deoxy-a-l-mannopyranosyl)oxy]-5-hydroxy-2-(4-hydroxyphenyl)-4h-1-benzopyran-4-one", "3-((6-o-(6-deoxy-alpha-l-mannopyranosyl)-beta-d-galactopyranosyl)oxy)-7-((6-deoxy-alpha-l-mannopyranosyl)oxy)-5-hydroxy-2-(4-hydroxyphenyl)-4h-1-benzopyran-4-one", "206-113-3[einecs]"}|>, "8251" -> <|"DatabaseID" -> "SW04100", "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)OC[C@@H]2[C@H]([C@@H]([C@H]([C@@H](O2)Oc3c(=O)c4c(cc(cc4oc3c5ccc(c(c5)OCCO)OCCO)OCCO)[O-])O)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07180"]}, "OfficialNames" -> <|"China Approved Name" -> "troxerutin", "Indian Approved Name" -> "troxerutin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5486699]}, "Synonyms" -> {"troxerutin", "vitamin p4", "tris(hydroxyethyl)rutoside", "rufen-p4", "venoruton p4", "tris(hydroxyethyl)rutin", "troxerutine", "pherarutin", "factor p-zyma", "posorutin"}|>, "8252" -> <|"DatabaseID" -> "SW04101", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388351]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](O[C@H]1O[C@@H]2[C@H](OC([C@@H]([C@H]2O)NC(=O)C)NC(=O)C[C@@H](C(=O)N)NC(=O)C)CO)CO)O[C@H]3[C@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "momorcharin glycoproteins;mucus"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439212]}, "Synonyms" -> {"mucus glycoprotein", "glycoprotein", "2859-ep2270015a1", "cpd-8582", "2859-ep2287167a1", "2859-ep2284159a1", "glycoprotein[wiki]", "2859-ep2289886a1", "ac1l96w8", "2859-ep2292596a2", "2859-ep2289882a1"}|>, "8253" -> <|"DatabaseID" -> "SW04101", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388351]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](O[C@H]1O[C@@H]2[C@H](OC([C@@H]([C@H]2O)NC(=O)C)NC(=O)C[C@@H](C(=O)N)NC(=O)C)CO)CO)O[C@H]3[C@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "momorcharin glycoproteins;mucus"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439212]}, "Synonyms" -> {"mucus glycoprotein", "glycoprotein", "2859-ep2270015a1", "cpd-8582", "2859-ep2287167a1", "2859-ep2284159a1", "glycoprotein[wiki]", "2859-ep2289886a1", "ac1l96w8", "2859-ep2292596a2", "2859-ep2289882a1"}|>, "8254" -> <|"DatabaseID" -> "SW04102", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736513]}, "IsomericSmiles" -> "CC[C@H]1CCC[C@@H]([C@H](C(=O)C2=C[C@H]3[C@@H]4C[C@@H](C[C@H]4C(=C[C@H]3[C@@H]2CC(=O)O1)C)O[C@H]5[C@@H]([C@@H]([C@H]([C@@H](O5)C)OC)OC)OC)C)O[C@H]6CC[C@@H]([C@H](O6)C)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09384"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "SPINOSAD"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 183094]}, "Synonyms" -> {"chembl503450", "ac1l4c8b", "natroba", "spinosyn d", "131929-63-0", "xde-105", "spinosad", "168316-95-8[rn]", "spinosad factor d", "a 83543d", "spinosad[wiki]", "c11056", "chebi:9232", "unii-78g4631rtt"}|>, "8255" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8256" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8257" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8258" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8259" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8260" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8261" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8262" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8263" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8264" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8265" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8266" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8267" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8268" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8269" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8270" -> <|"DatabaseID" -> "SW04103", "IsomericSmiles" -> "CC(COCC1C(C(C(C(O1)OC)OCC(C)O)OCC(C)O)OC2C(C(C(C(O2)COC)OC3C(C(C(C(O3)CO)OC)O)O)OC)OC)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04481"]}, "OfficialNames" -> <|"China Approved Name" -> "hypromellose", "Indian Approved Name" -> "hypromellose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24832095]}, "Synonyms" -> {"hypromellose", "occucoat", "gonisol", "oxycellulose", "isopto naturale", "isopto plain", "isopto alkaline", "methocel e", "isopto tears", "hydroxypropylmethylcellulose", "tearisol"}|>, "8271" -> <|"DatabaseID" -> "SW04104", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3732"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10342604], ExternalIdentifier["ChemSpiderID", 4586405]}, "IsomericSmiles" -> "CC[C@@H]1[C@@]([C@@H]([C@H](C(=O)[C@@H](C[C@@]([C@@H]([C@H]([C@@H]([C@H](C(=O)O1)C)O[C@H]2C[C@@]([C@H]([C@@H](O2)C)O)(C)OC)C)O[C@H]3[C@@H]([C@H](C[C@H](O3)C)[NH+](C)C)O)(C)OC)C)C)O)(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00276"]}, "OfficialNames" -> <|"China Approved Name" -> "clarithromycin", "WHO Essential Medicine" -> "clarithromycin", "Indian Approved Name" -> "clarithromycin", "FDA Approved Drug" -> "CLARITHROMYCIN"|>, "PharmGKBID" -> "PA449028", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 84029]}, "Synonyms" -> {"clarithromycin", "biaxin", "clarithromycine", "6-o-methylerythromycin a", "klacid", "6-o-methylerythromycin", "klaricid", "macladin", "clathromycin", "clarith", "minocycline & clarithromycin", "81103-11-9[rn]", "(3r,4s,5s,6r,7r,9r,11r,12r,13s,14r)-6-{[(2s,3r,4s,6r)-4-(dimethylamino)-3-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-14-ethyl-12,13-dihydroxy-4-{[(2r,4r,5s,6s)-5-hydroxy-4-methoxy-4,6-dimethyltetrahydro-2h-pyran-2-yl]oxy}-7-methoxy-3,5,7,9,11,13-hexamethyloxacyclotetradecane-2,10-dione (non-preferred name)", "(3r,4s,5s,6r,7r,9r,11r,12r,13s,14r)-6-((2s,3r,4s,6r)-4-(dimethylamino)-3-hydroxy-6-methyltetrahydro-2h-pyran-2-yloxy)-14-ethyl-12,13-dihydroxy-4-((2r,4r,5s,6s)-5-hydroxy-4-methoxy-4,6-dimethyltetrahydro-2h-pyran-2-yloxy)-7-methoxy-3,5,7,9,11,13-hexamethyloxacyclotetradecane-2,10-dione", "clarithromycinum [inn_la]", "(3r,4s,5s,6r,7r,9r,11r,12r,13s,14r)-6-(((2s,3r,4s,6r)-4-(dimethylamino)-3-hydroxy-6-methyltetrahydro-2h-pyran-2-yl)oxy)-14-ethyl-12,13-dihydroxy-4-(((2r,4r,5s,6s)-5-hydroxy-4-methoxy-4,6-dimethyltetra"}|>, "8272" -> <|"DatabaseID" -> "SW04105", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28377"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4524723]}, "IsomericSmiles" -> "CC1=C(C(=O)C(=CC1=O)C/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CCC=C(C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "plastoquinone;plastoquinone-9"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5375177]}, "Synonyms" -> {"plastoquinone a", "pq-9", "plastoquinone-9", "plastoquinone 45", "kofler's quinone", "ac1nt9e3", "2,3-dimethyl-5-(solanesyl)-1,4-benzoquinone", "2,3-dimethyl-5-[(2e,6e,10e,14e,18e,22e,26e,30e)-3,7,11,15,19,23,27,31,35-nonamethylhexatriaconta-2,6,10,14,18,22,26,30,34-nonaen-1-yl]cyclohexa-2,5-diene-1,4-dione", "phastoquinone 9", "(all-e)-2,3-dimethyl-5-(3,7,11,15,19,23,27,31,35-nonamethyl-2,6,10,14,18,22,26,30,34-hexatricontanonaenyl)-2,5-cyclohexadiene-1-4-dione", "2", "2,5-cyclohexadiene-1,4-dione 2,3-dimethyl-5-(3,7,11,15,19,23,27,31,35-nonamethyl-2,6,10,14,18,22,26,30,34-hexatriacontanonaenyl)- (all-e)-", "4299-57-4", "(all-e)-2,3-dimethyl-5-(3,7,11,15,19,23,27,31,35-nonamethyl-2,6,10,14,18,22,26,30,34-hexatriacontanonaenyl)-2,5-cyclohexadiene-1,4-dione", "chebi:28377", "p-benzoquinone 2,3-dimethyl-5-(3,7,11,15,19,23,27,31,35-nonamethyl-2,6,10,14,18,22,26,30,34-hexatriacontanonaenyl)-"}|>, "8273" -> <|"DatabaseID" -> "SW04106", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66036]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@@H]2[C@H]([C@H](CO[C@H]2O[C@H]3CC[C@]4([C@H]([C@]3(C)CO)CC[C@@]5([C@@H]4CC=C6[C@]5(CC[C@@]7([C@H]6CC(CC7)(C)C)C(=O)[O-])C)C)C)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dianthus saponin;hederin;saponin akebin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73296]}, "Synonyms" -> {"helixin", "nepalin 2", "hederoside c", "koronaroside a", "tauroside e", "kalopanaxsaponin a", "sapindoside a", "prosapogenin cp3b", "glycoside l-e1", "akebia saponin pd", "kizuta saponin k6", "104748-88-1[rn]", "pulsatilla saponin a", "akeboside stc", "helixin (van)", "4-17-00-02560 (beilstein handbook reference)[beilstein]", "248-166-5[einecs]", "alpha-hederin", "27013-91-8[rn]"}|>, "8274" -> <|"DatabaseID" -> "SW04107", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342058]}, "IsomericSmiles" -> "CC[C@H]([C@H]1CC[C@@H]([C@@H](O1)[C@@H](C)[C@@H]([C@H](C)C(=O)[C@H](CC)[C@@H]2[C@H](C[C@H]([C@]3(O2)C=C[C@H]([C@@]4(O3)CC[C@@](O4)(C)[C@H]5CC[C@@]([C@@H](O5)C)(CC)O)O)C)C)O)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08502"]}, "OfficialNames" -> <|"NPC Approved Name" -> "salinomycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085092]}, "Synonyms" -> {"procoxacin", "salinomycin", "(2r)-2-{(2r,5s,6r)-6-[(2s,3s,4s,6r)-6-{(2s,5s,7r,9s,10s,12r,15r)-2-[(2r,5r,6s)-5-ethyl-5-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]-15-hydroxy-2,10,12-trimethyl-1,6,8-trioxadispiro[4.1.5.3]pentadec-13-en-9-yl}-3-hydroxy-4-methyl-5-oxooctan-2-yl]-5-methyltetrahydro-2h-pyran-2-yl}butanoic acid", "chembl1208572", "bio-cox", "antibiotic 61477", "258-290-1[einecs]", "salocin", "coxistac", "salinomycin (inn)", "ovicox", "(2r)-2-{(2r,5s,6r)-6-[(1s,2s,3s,5r)-5-{(2s,5s,7r,9s,10s,12r,15r)-2-[(2r,5r,6s)-5-ethyl-5-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]-15-hydroxy-2,10,12-trimethyl-1,6,8-trioxadispiro[4.1.5.3]pentadec-13- en-9-yl}-2-hydroxy-1,3-dimethyl-4-oxoheptyl]-5-methyltetrahydro-2h-pyran-2-yl}butanoicacid", "surecn36890", "53003-10-4[rn]", "procoxacin (tn)", "ac1mj3ue", "53003-10-4", "s2352_selleck", "55721-31-8[rn]", "salinomycin[wiki]"}|>, "8275" -> <|"DatabaseID" -> "SW04108", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00207"]}, "IsomericSmiles" -> "CC[C@@H]1[C@@]([C@@H]([C@H]([NH+](C[C@@H](C[C@@]([C@@H](C([C@@H]([C@H](C(=O)O1)C)O[C@H]2C[C@@]([C@H]([C@@H](O2)C)O)(C)OC)C)O[C@H]3[C@@H]([C@H](C[C@H](O3)C)[NH+](C)C)O)(C)O)C)C)C)O)(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07486"]}, "OfficialNames" -> <|"China Approved Name" -> "azithromycin", "WHO Essential Medicine" -> "azithromycin", "Indian Approved Name" -> "azithromycin", "FDA Approved Drug" -> "AZITHROMYCIN"|>, "PharmGKBID" -> "PA448519", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55185]}, "Synonyms" -> {"azithromycin", "mixoterin", "azenil", "azasite", "misultina", "zitrotek", "hemomycin", "tromix", "azitromax", "zithrax", "azithromycine [french]", "zitrocin", "setron", "zmax", "azithromycinum [latin]", "zeto", "tobil", "aztrin", "sumamed", "zitromax", "azibiot", "zithromax", "azithramycine", "azitrocin", "vinzam", "aziwok", "azifine", "zitrim", "azithromycin dihydrate", "aritromicina [spanish]", "zifin"}|>, "8276" -> <|"DatabaseID" -> "SW04108", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00207"]}, "IsomericSmiles" -> "CC[C@@H]1[C@@]([C@@H]([C@H]([NH+](C[C@@H](C[C@@]([C@@H](C([C@@H]([C@H](C(=O)O1)C)O[C@H]2C[C@@]([C@H]([C@@H](O2)C)O)(C)OC)C)O[C@H]3[C@@H]([C@H](C[C@H](O3)C)[NH+](C)C)O)(C)O)C)C)C)O)(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07486"]}, "OfficialNames" -> <|"China Approved Name" -> "azithromycin", "WHO Essential Medicine" -> "azithromycin", "Indian Approved Name" -> "azithromycin", "FDA Approved Drug" -> "AZITHROMYCIN"|>, "PharmGKBID" -> "PA448519", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55185]}, "Synonyms" -> {"azithromycin", "mixoterin", "azenil", "azasite", "misultina", "zitrotek", "hemomycin", "tromix", "azitromax", "zithrax", "azithromycine [french]", "zitrocin", "setron", "zmax", "azithromycinum [latin]", "zeto", "tobil", "aztrin", "sumamed", "zitromax", "azibiot", "zithromax", "azithramycine", "azitrocin", "vinzam", "aziwok", "azifine", "zitrim", "azithromycin dihydrate", "aritromicina [spanish]", "zifin"}|>, "8277" -> <|"DatabaseID" -> "SW04108", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00207"]}, "IsomericSmiles" -> "CC[C@@H]1[C@@]([C@@H]([C@H]([NH+](C[C@@H](C[C@@]([C@@H](C([C@@H]([C@H](C(=O)O1)C)O[C@H]2C[C@@]([C@H]([C@@H](O2)C)O)(C)OC)C)O[C@H]3[C@@H]([C@H](C[C@H](O3)C)[NH+](C)C)O)(C)O)C)C)C)O)(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07486"]}, "OfficialNames" -> <|"China Approved Name" -> "azithromycin", "WHO Essential Medicine" -> "azithromycin", "Indian Approved Name" -> "azithromycin", "FDA Approved Drug" -> "AZITHROMYCIN"|>, "PharmGKBID" -> "PA448519", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55185]}, "Synonyms" -> {"azithromycin", "mixoterin", "azenil", "azasite", "misultina", "zitrotek", "hemomycin", "tromix", "azitromax", "zithrax", "azithromycine [french]", "zitrocin", "setron", "zmax", "azithromycinum [latin]", "zeto", "tobil", "aztrin", "sumamed", "zitromax", "azibiot", "zithromax", "azithramycine", "azitrocin", "vinzam", "aziwok", "azifine", "zitrim", "azithromycin dihydrate", "aritromicina [spanish]", "zifin"}|>, "8278" -> <|"DatabaseID" -> "SW04108", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00207"]}, "IsomericSmiles" -> "CC[C@@H]1[C@@]([C@@H]([C@H]([NH+](C[C@@H](C[C@@]([C@@H](C([C@@H]([C@H](C(=O)O1)C)O[C@H]2C[C@@]([C@H]([C@@H](O2)C)O)(C)OC)C)O[C@H]3[C@@H]([C@H](C[C@H](O3)C)[NH+](C)C)O)(C)O)C)C)C)O)(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07486"]}, "OfficialNames" -> <|"China Approved Name" -> "azithromycin", "WHO Essential Medicine" -> "azithromycin", "Indian Approved Name" -> "azithromycin", "FDA Approved Drug" -> "AZITHROMYCIN"|>, "PharmGKBID" -> "PA448519", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 55185]}, "Synonyms" -> {"azithromycin", "mixoterin", "azenil", "azasite", "misultina", "zitrotek", "hemomycin", "tromix", "azitromax", "zithrax", "azithromycine [french]", "zitrocin", "setron", "zmax", "azithromycinum [latin]", "zeto", "tobil", "aztrin", "sumamed", "zitromax", "azibiot", "zithromax", "azithramycine", "azitrocin", "vinzam", "aziwok", "azifine", "zitrim", "azithromycin dihydrate", "aritromicina [spanish]", "zifin"}|>, "8279" -> <|"DatabaseID" -> "SW04109", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 37302]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00309"]}, "IsomericSmiles" -> "CC[C@@]1(C[C@@H]2C[C@@](c3c(c4ccccc4[nH]3)CC[NH+](C2)C1)(c5cc6c(cc5OC)N([C@@H]7[C@]68CC[NH+]9[C@H]8[C@@](C=CC9)([C@H]([C@@]7(C(=O)N)O)O)CC)C)C(=O)OC)O", "OfficialNames" -> <|"NPC Approved Name" -> "vindesine"|>, "PharmGKBID" -> "PA10232", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 40839]}, "Synonyms" -> {"eldisine", "dava", "desacetylvinblastine amide", "vindesine", "vindesine sulfate", "eldesine", "59917-39-4", "261-984-7[einecs]", "vincaleukoblastine 23-amino-o(sup 4)-deacetyl-23-demethoxy-", "vindesine sulfate;desacetylvinblastine amide sulfate (1:1)", "3-carbamoyl-4-deacetyl-3-de(methoxycarbonyl)vincaleukoblastine", "idin-15-yl]-5-ethyl-5-hydroxy-1,4,5,6,7,8,9,10-octahydro-2h-3,7-methanoazacycloundecino[5,4-b]indole-9-carboxylate", "3-(aminocarbonyl)-o4-deacetyl-3-de(methoxycarbonyl)vincaleukoblastine", "desacetylvinblastine amide sulfate", "vindesin", "vincaleukoblastine 3-(aminocarbonyl)-o(sup 4)-deacetyl-3-de(methoxycarbonyl)-", "vindesinum [inn-latin]", "337376-15-5[rn]", "vindesinum", "3-(aminocarbonyl)-o(4)-deacetyl-3-de(methoxycarbonyl)vincaleukoblastine", "59917-39-4[rn]", "vindesina (sustancia)", "vindesina", "vindesinum[latin]", "vindesine[wiki]", "methyl (5s,7s,9s)-9-[(2b,3b,4b,5a,12b,19a)-3-carbamoyl-3,4-dihydroxy-16-methoxy-1-methyl-6,7-didehydroaspidospermidin-15-yl]-5-ethyl-5-hydroxy-1,4,5,6,7,8,9,10-octahydro-2h-3,7-methanoazacycloundecino[5,4-b]indole-9-carboxylate", "53643-48-4[rn]", "7162300[beilstein]", "vindesina [inn-spanish]", "vindesine [usan:ban:inn][inn][usan]", "vindesina[spanish][inn]", "vds", "compound 112531", "3-carbamoyl-o(4)-deacetyl-3-de(methoxycarbonyl)vincaleukoblastine", "3-(aminocarbonyl)-o(sup 4)-deacetyl-3-de(methoxycarbonyl)vincaleukoblastine", "fildesin", "258-682-2[einecs]", "vincaleukoblastine 3-(aminocarbonyl)-o4-deacetyl-3-de(methoxycarbonyl)-", "lilly 112531"}|>, "8280" -> <|"DatabaseID" -> "SW04111", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4593686]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC[C@H](COP(=O)([O-])OCC[N+](C)(C)C)OC(=O)CCCCCCC/C=C\\CCCCCCCC", "OfficialNames" -> <|"China Approved Name" -> "polyene phosphatidylcholine", "Traditional Herbal Isolate" -> "phosphatidylcholine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5497103]}, "Synonyms" -> {"palmitoyloleoylphosphatidylcholine", "1-palmitoyl-2-oleoyl-sn-glycero-3-phosphocholine", "1-palmitoyl-2-oleoylphosphatidylcholine", "ptd-cho", "popc", "(r)-(z)-(4-oxido-9-oxo-7-(palmitoylmethyl)-3,5,8-trioxa-4-phosphahexacos-17-enyl)trimethylammonium4-oxide", "3-sn-phosphatidylcholine 2-oleoyl-1-palmitoyl", "1-palmitoyl-2-oleoyl-sn-glycero-3-phosphorylcholine", "brain pc", "1-palmitoyl-2-oleoyl-sn-glycero-phosphocholine", "ethanaminium 2-[[hydroxy[[(2r)-3-[(1-oxohexadecyl)oxy]-2-[[(9z)-1-oxo-9-octadecenyl]oxy]propyl]oxy]phosphinyl]oxy]-n,n,n-trimethyl- inner salt", "(r,z)-2-(oleoyloxy)-3-(palmitoyloxy)propyl 2-(trimethylammonio)ethyl phosphate", "3,5,8-trioxa-4-phosphahexacos-17-en-1-aminium 4-hydroxy-n,n,n-trimethyl-9-oxo-7-[[(1-oxohexadecyl)oxy]methyl]- inner salt 4-oxide [r-(z)]-", "l-a-phosphatidylcholine", "1-palmitoyl-2-oleoyl-3-sn-phosphatidylcholine", "1-hexadecanoyl-2-(cis-9-octadecenoyl)-sn-glycero-3-phosphocholine", "1-palmitoyl-2-oleoyl-sn-glycerol-3-phosphatidylcholine", "26853-31-6", "1-palmitoyl-2-oleoyl-sn-glycero-phosphatidylcholine", "1-palmitoyl-2-oleoyl-sn-glyceryl-3-phosphorylcholine", "(r)-(z)-(4-oxido-9-oxo-7-(palmitoylmethyl)-3", "pc(16:0/18:1w9)", "pc(16:0/18:1(9z))", "248-056-7[einecs]", "3,5,8-trioxa-4-phosphahexacos-17-en-1-aminium 4-hydroxy-n,n,n-trimethyl-9-oxo-7-[[(1-oxohexadecyl)oxy]methyl]- inner salt 4-oxide (7r,17z)-3,5,8-trioxa-4-phosphahexacos-17-en-1-aminium 4-hydroxy", "1-palmitoyl-2-oleoyl-sn-3-phosphocholine", "popc[wiki]", "-n,n,n-trimethyl-9-oxo-7-[[(1-oxohexadecyl)oxy]methyl]- hydroxide inner salt 4-oxide [r-(z)]-", "choline,hydroxide dihydrogen phosphate inner salt,ester with 1-palmito-2-olein l- (8ci)", "26853-31-6[rn]", "phosphatidylcholine[wiki]", "2-oleoyl-1-palmitoyl-sn-glycero-3-phosphocholine", "1-palmitoyl-2-oleyl-3-sn-phosphatidylcholine", "1-palmitoyl-2-oleoyl-sn-glycero-3-phosphatidylcholine"}|>, "8281" -> <|"DatabaseID" -> "SW04111", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4593686]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC[C@H](COP(=O)([O-])OCC[N+](C)(C)C)OC(=O)CCCCCCC/C=C\\CCCCCCCC", "OfficialNames" -> <|"China Approved Name" -> "polyene phosphatidylcholine", "Traditional Herbal Isolate" -> "phosphatidylcholine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5497103]}, "Synonyms" -> {"palmitoyloleoylphosphatidylcholine", "1-palmitoyl-2-oleoyl-sn-glycero-3-phosphocholine", "1-palmitoyl-2-oleoylphosphatidylcholine", "ptd-cho", "popc", "(r)-(z)-(4-oxido-9-oxo-7-(palmitoylmethyl)-3,5,8-trioxa-4-phosphahexacos-17-enyl)trimethylammonium4-oxide", "3-sn-phosphatidylcholine 2-oleoyl-1-palmitoyl", "1-palmitoyl-2-oleoyl-sn-glycero-3-phosphorylcholine", "brain pc", "1-palmitoyl-2-oleoyl-sn-glycero-phosphocholine", "ethanaminium 2-[[hydroxy[[(2r)-3-[(1-oxohexadecyl)oxy]-2-[[(9z)-1-oxo-9-octadecenyl]oxy]propyl]oxy]phosphinyl]oxy]-n,n,n-trimethyl- inner salt", "(r,z)-2-(oleoyloxy)-3-(palmitoyloxy)propyl 2-(trimethylammonio)ethyl phosphate", "3,5,8-trioxa-4-phosphahexacos-17-en-1-aminium 4-hydroxy-n,n,n-trimethyl-9-oxo-7-[[(1-oxohexadecyl)oxy]methyl]- inner salt 4-oxide [r-(z)]-", "l-a-phosphatidylcholine", "1-palmitoyl-2-oleoyl-3-sn-phosphatidylcholine", "1-hexadecanoyl-2-(cis-9-octadecenoyl)-sn-glycero-3-phosphocholine", "1-palmitoyl-2-oleoyl-sn-glycerol-3-phosphatidylcholine", "26853-31-6", "1-palmitoyl-2-oleoyl-sn-glycero-phosphatidylcholine", "1-palmitoyl-2-oleoyl-sn-glyceryl-3-phosphorylcholine", "(r)-(z)-(4-oxido-9-oxo-7-(palmitoylmethyl)-3", "pc(16:0/18:1w9)", "pc(16:0/18:1(9z))", "248-056-7[einecs]", "3,5,8-trioxa-4-phosphahexacos-17-en-1-aminium 4-hydroxy-n,n,n-trimethyl-9-oxo-7-[[(1-oxohexadecyl)oxy]methyl]- inner salt 4-oxide (7r,17z)-3,5,8-trioxa-4-phosphahexacos-17-en-1-aminium 4-hydroxy", "1-palmitoyl-2-oleoyl-sn-3-phosphocholine", "popc[wiki]", "-n,n,n-trimethyl-9-oxo-7-[[(1-oxohexadecyl)oxy]methyl]- hydroxide inner salt 4-oxide [r-(z)]-", "choline,hydroxide dihydrogen phosphate inner salt,ester with 1-palmito-2-olein l- (8ci)", "26853-31-6[rn]", "phosphatidylcholine[wiki]", "2-oleoyl-1-palmitoyl-sn-glycero-3-phosphocholine", "1-palmitoyl-2-oleyl-3-sn-phosphatidylcholine", "1-palmitoyl-2-oleoyl-sn-glycero-3-phosphatidylcholine"}|>, "8282" -> <|"DatabaseID" -> "SW04112", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23259327]}, "IsomericSmiles" -> "CC1=C2[C@H](C(=O)[C@@]3([C@H](C[C@@H]4[C@]([C@H]3[C@@H]([C@@](C2(C)C)(C[C@@H]1OC(=O)C)O)OCc5ccccc5)(CO4)OC(=O)C)OC(=O)/C=C/c6ccc(cc6)O)C)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "3-(4-hydroxyphenyl)-2 (e)-propenoate"|>, "Synonyms" -> {"2-propenoic acid,3-(4-hydroxyphenyl)- (2ar,4s,4as,6r,9s,11s,12s,12ar,12bs)-6,9,12b-tris(acetyloxy)-2a,3,4,4a,5,6,9,10,11,12,12a,12b-dodecahydro-11-hydroxy-4a,8,13,13-tetramethyl-5-oxo-12-(phenylmethoxy)-7,11-methano-1h-cyclodeca[3,4]benz[1,2-b]oxet-4-yl ester (2e)-", "2-benzyloxy-1-hydroxy-10,14,17,17-tetramethyl-4,12,15-tri(methylcarbonyloxy)-11-oxo-(1s,2s,3r,4s,7r,9s,10s,12r,15s)-6-oxatetracyclo[11.3.1.03,10.04,7]heptadec-13-en-9-yl 3-(4-hydroxyphenyl)-(e)-2-propenoate"}|>, "8283" -> <|"DatabaseID" -> "SW04113", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58911]}, "IsomericSmiles" -> "CC[C@H]([C@H]1[C@H](C[C@@H]([C@@H](O1)[C@@H](C)[C@@H]([C@H](C)C(=O)[C@H](CC)[C@@H]2[C@H](C[C@H]([C@]3(O2)C=C[C@H]([C@@]4(O3)CC[C@@](O4)(C)[C@H]5CC[C@@]([C@@H](O5)C)(CC)O)O)C)C)O)C)C)C(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05122"]}, "OfficialNames" -> <|"NPC Approved Name" -> "narasino"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65452]}, "Synonyms" -> {"narasin", "monteban", "antibiotic c 7819b", "narasin a", "compound 79891", "4-methylsalinomycin", "antibiotic a 28086a", "c 7819b", "narasino[spanish][inn]", "antibiotic a 28086 factor a", "narasine [inn-french]", "narasinum [inn-latin]", "antibiotic a-28086 factor a", "c43h72o11", "narasin [usan:ban:inn][inn][usan]", "55134-13-9[rn]", "narasul", "narasine[french][inn]", "salinomycin 4-methyl- (4s)-", "narasinum[latin]", "(4s)-4-methylsalinomycin", "narasin granular", "(2r)-2-{(2r,3s,5s,6r)-6-[(2s,3s,4s,6r)-6-{(2s,5s,7r,9s,10s,12r,15r)-2-[(2r,5r,6s)-5-ethyl-5-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]-15-hydroxy-2,10,12-trimethyl-1,6,8-trioxadispiro[4.1.5.3]pentadec-13-en-9-yl}-3-hydroxy-4-methyl-5-oxooctan-2-yl]-3,5-dimethyltetrahydro-2h-pyran-2-yl}butanoic acid", "narasino [inn-spanish]", "salinomycin 4-methyl- (4s)", "a 28086a"}|>, "8284" -> <|"DatabaseID" -> "SW04114", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28544"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 389987]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01396"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@@H]2[C@H](O[C@H](C[C@@H]2O)O[C@@H]3[C@H](O[C@H](C[C@@H]3O)O[C@H]4CC[C@]5([C@@H](C4)CC[C@@H]6[C@@H]5CC[C@]7([C@@]6(CC[C@@H]7C8=CC(=O)OC8)O)C)C)C)C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00297"]}, "OfficialNames" -> <|"Traditional Herbal Isolate" -> "digitoxin", "FDA Approved Drug" -> "DIGITOXIN"|>, "PharmGKBID" -> "PA449316", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441207]}, "Synonyms" -> {"crystodigin", "digitoxin", "digitoxoside", "crystodigin (tn)", "tardigal", "unidigin", "digitoksin", "cardigin", "digitoxinum", "digimed", "crystalline digitalin", "digitaline nativelle", "digilong", "digimerck", "digitoxin[wiki]", "crystalline", "purodigin", "natigal", "asthenthilo", "digitrin", "ditaven", "71-63-6[rn]", "chebi:28544", "ec 3.6.3.9", "4-((1s,2s,5s,11s,7r,10r,14r,15r)-5-{5-[5-((2s,4s,5s,6r)-4,5-dihydroxy-6-methyl(2h-3,4,5,6-tetrahydropyran-2-yloxy))(4s,5s,2r,6r)-4-hydroxy-6-methyl(2h-3,4,5,6-tetrahydropyran-2-yloxy)](4s,5s,2r,6r)-; 4-hydroxy-6-methyl(2h-3,4,5,6-tetrah ydropyran-2-yloxy)}-11-hydroxy-2,15-dimetyltetracyclo[8.7.0.0<2,7>.0<11,15>]h eptadec-14-yl)-5-hydrofuran-2-one", "acedoxin", "sodium pump subunit alpha 1", "cristapurat", "76678[beilstein]", "mono-glycocard", "5-18-03-00354", "digitalin", "purpurid", "ac1l9aqx", "digitoxigenin tridigitoxoside", "lanatoxin", "glucodigin", "sodium/potassium-transporting atpase alpha-1 chain precursor", "digicor", "coramedan", "200-760-5[einecs]", "digitophyllin", "carditoxin", "digisidin", "digipural", "myodigin", "na(+)/k(+) atpase alpha-1 subunit"}|>, "8285" -> <|"DatabaseID" -> "SW04115", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00183"]}, "IsomericSmiles" -> "CC(C)COC(=O)NCCC(=O)N[C@@H](Cc1c[nH]c2c1cccc2)C(=O)N[C@@H](CCSC)C(=O)N[C@@H](CC(=O)[O-])C(=O)N[C@@H](Cc3ccccc3)C(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01631"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PENTAGASTRIN"|>, "PharmGKBID" -> "PA450849", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 444007]}, "Synonyms" -> {"peptavlon", "pentagastrin", "peptavlon (tn)", "(3s)-4-[[(2s)-1-amino-1-oxo-3-phenylpropan-2-yl]amino]-3-[[(2s)-2-[[(2s)-3-(1h-indol-3-yl)-2-[3-(2-methylpropoxycarbonylamino)propanoylamino]propanoyl]amino]-4-methylsulfanylbutanoyl]amino]-4-oxobutanoic acid", "cck-br", "cck2-r", "cholecystokinin-2 receptor", "ac1l9fjd", "dap000260", "pentagastrin (jan/usan/inn)", "cid444007", "cck-b receptor", "db00183", "d01631"}|>, "8286" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8287" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8288" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8289" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8290" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8291" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8292" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8293" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8294" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8295" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8296" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8297" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8298" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8299" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8300" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8301" -> <|"DatabaseID" -> "SW04116", "IsomericSmiles" -> "c1cn(c(=O)nc1N)[C@H]2C[C@@H]([C@H](O2)COP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OP(=O)([O-])OC[C@@H]3[C@H]([C@H]([C@H](O3)n4ccc(=O)[nH]c4=O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "denufosol [inn]"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56841084]}, "Synonyms" -> {"unii-5pc250kssh", "p(1)-(uridine 5')-p(4)-(2'-deoxycytidine 5')tetraphosphate", "211448-85-0", "denufosol", "denufosol [inn]", "ins3721", "ins 3721"}|>, "8302" -> <|"DatabaseID" -> "SW04117", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16738655]}, "IsomericSmiles" -> "C[C@H]1CC[C@]2(C[C@@H]3C[C@H](O2)C/C=C(/[C@H]([C@H](/C=C/C=C/4\\CO[C@H]\\5[C@@]4([C@@H](C=C(/C5=N/O)C)C(=O)O3)O)C)O[C@H]6C[C@@H]([C@H]([C@@H](O6)C)O)OC)\\C)O[C@@H]1C7CCCCC7", "OfficialNames" -> <|"NPC Approved Name" -> "selamectin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9578507]}, "Synonyms" -> {"220119-17-5[rn]", "revolution", "dsstox_cid_25903", "selamectin", "25-cyclohexyl-25-de(1-methylpropyl)-5-deoxy-22 23-dihydro-5-(hydroxyimino)-avermectin b1 monosaccharide", "selamectin[wiki][inn]", "uk-124", "selamectin [usan:inn]", "unii-a2669owx9n", "avermectin a1a", "ncgc00095066-01", "revolution (antibiotic)"}|>, "8303" -> <|"DatabaseID" -> "SW04118", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735701]}, "IsomericSmiles" -> "Cc1nc(c(cn1)CN(/C(=C(\\SS/C(=C(\\N(C=O)Cc2c(nc(nc2)C)N)/C)/CCOC(=O)c3ccccc3)/CCOC(=O)c4ccccc4)/C)C=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01284"]}, "OfficialNames" -> <|"NPC Approved Name" -> "bisbentiamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20054849]}, "Synonyms" -> {"bisbentiamine", "beston", "dsstox_gsid_48586", "btds", "2667-89-2[rn]", "chembl2105814", "disulfanediylbis(2z)-2-{[(4-amino-2-methylpyrimidin-5-yl)methyl](formyl)amino}pent-2-ene-3,5-diyl dibenzoate", "bis(o-benzoylthiamine)disulfide", "2667-89-2", "benzoylthiamine disulfide", "dsstox_rid_82784", "ncgc00183879-01", "benzoylthiamindisulfide", "bisbentiamine (jan/inn)", "benzoylthiamindisulfid", "formamide n,n'-[dithiobis[(z)-2-[2-(benzoyloxy)ethyl]-1-methyl-2,1-ethenediyl]]bis[n-[(4-amino-2-methyl-5-pyrimidinyl)methyl]-", "o-benzoylthiamine disulfide", "beston (tn)", "220-206-6[einecs]", "n,n'-[dithiobis[2-(2-hydroxyethyl)-1-methylvinylene]]bis[n-[(4-amino-2-methyl-5-pyrimidinyl)methyl]formamide] dibenzoate", "dsstox_cid_28512", "beprocin", "5-25-12-00170"}|>, "8304" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8305" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8306" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8307" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8308" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8309" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8310" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8311" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8312" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8313" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8314" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8315" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8316" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8317" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8318" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8319" -> <|"DatabaseID" -> "SW04119", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21111904]}, "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](OC1O)CO)O)O[C@H]2[C@@H]([C@H]([C@@H](C(O2)C(=O)[O-])O[C@H]3[C@@H](C([C@@H]([C@H](O3)CO)O)O[C@@H]4[C@@H]([C@H](C([C@H](O4)C(=O)[O-])O)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "hyaluronic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24728612]}, "Synonyms" -> {"hyaluronic acid", "ac-11740", "9004-61-9[rn]", "dsstox_gsid_46750", "tox21_112595", "dsstox_rid_81875", "ncgc00167966-01", "cas-9004-61-9", "akos015960603", "dsstox_cid_26750"}|>, "8320" -> <|"DatabaseID" -> "SW04120", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66963]}, "IsomericSmiles" -> "Cc1c(c(c(c(c1Cc2cc(c(c(c2)C(C)(C)C)O)C(C)(C)C)C)Cc3cc(c(c(c3)C(C)(C)C)O)C(C)(C)C)C)Cc4cc(c(c(c4)C(C)(C)C)O)C(C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "12-di-dehydroandrog-rapholide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 74370]}, "Synonyms" -> {"agidol 40", "ethyl antioxidant 330", "irganox 330", "antioxidant 330", "santoquin emulsion", "antioxidant 40", "benzene,1,3,5-trimethyl-2,4,6-tris(3,5-di-t-butyl-4-hydroxybenzyl)-", "santoquin mixture 6", "2,4,6-tri(3,5-di-tert-butyl-4-hydroxybenzyl)mesitylene", "ahydol[russian]", "benzene,1,3 5-trimethyl-2,4,6-tris(3,5-di-tert-butyl-4-hydroxybenzyl)-", "phenol 4,4' 4''-[ (2,4,6-trimethyl-1,3,5-benzenetriyl)tris(methylene)]tris[2 6-bis(1,1-dimethylethyl)-", "2,4,6-tris(3 5-di-tert-butyl-4-hydroxybenzyl)mesitylene", "2,4,6-tris(3,5-di-tert-butyl-4-hydroxybenzyl)mesitylene", "ethanox 330", "1,3,5-trimethyl-2,4,6-tris benzene", "phenol 4,4',4''-[(2,4,6-trimethylbenzene-1,3,5-triyl)tris(methylene)]tris[2,6-bis(1,1-dimethylethyl)-", "ionox 330", "1,3,5-trimethyl-2,4,6-tris-(3,5-di-tert-butyl-4-hydroxy-benzyl)benzene", "ao-40", "1,3,5-trimethyl-2,4,6-tris(3,5-di-tert-butyl-4-hydroxybenzyl)-benzene", "216-971-0[einecs]", "1709-70-2[rn]", "4,4',4''-((2,4,6-trimethyl-1,3,5-benzenetriyl)tris(methylene))tris (2,6-bis(1,1-dimethylethyl)phenol)", "1,3,5-trimethyl-2,4,6-tris(3,5-di-tert-butyl-4-hydroxybenzyl) benzene", "58968-88-0[rn]", "4,4',4''-[(2,4,6-trimethylbenzene-1,3,5-triyl)trimethanediyl]tris(2,6-di-tert-butylphenol)", "4-(3,5-bis(3,5-di-tert-butyl-4-hydroxybenzyl)-2,4,6-trimethylbenzyl)-2,6-di-tert-butylphenol", "phenol 4,4',4\"-[(2,4,6-trimethyl-1,3,5-benzenet", "phenol 4,4' {4''-[(2,4,6-trimethyl-1,3,5-benzenetriyl)tris(methylene)]tris[2,}6-bis(1,1-dimethylethyl)-", "4,4',4''-[(2,4,6-trimethylbenzene-1,3,5-triyl)tris(methylene)]tris(2,6-di-tert-butylphenol)", "1,3 5-trimethyl-2,4,6-tris(3,5-di-tert-butyl-4-hydroxybenzyl)benzene", "2,4 6-tri(3,5-di-tert-butyl-4-hydroxybenzyl)mesitylene", "2,4,6-tris(3',5'-di-tert-butyl-4'-hydroxybenzyl)mesitylene", "90651-36-8[rn]", "methylene bis ethyl butyl phenol", "ethyl 330", "1,3,5-trimethyl-2,4,6-tris(3,5-di-tert-butyl-4-hydroxybenzyl)benzene", "phenol 4,4',4''-((2,4,6-trimethyl-1,3,5-benzenetriyl)tris(methylene))tris(2,6-bis(1,1-dimethylethyl)-", "99346-90-4[rn]", "1709-70-2"}|>, "8321" -> <|"DatabaseID" -> "SW04121", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18332"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5614], ExternalIdentifier["ChemSpiderID", 56705]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00451"], ExternalIdentifier["DrugBankID", "01584"]}, "IsomericSmiles" -> "c1c(cc(c(c1I)Oc2cc(c(c(c2)I)[O-])I)I)C[C@@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03644"], ExternalIdentifier["KEGGID", "D01010"], ExternalIdentifier["KEGGID", "D06118"], ExternalIdentifier["KEGGID", "D08125"]}, "OfficialNames" -> <|"China Approved Name" -> "levothyroxine", "WHO Essential Medicine" -> "levothyroxine", "Australia Approved Name" -> "LEVOTHYROXINE SODIUM", "FDA Approved Drug" -> "DANAPAROID SODIUM;LEVOTHYROXINE SODIUM;THYROGLOBULIN"|>, "PharmGKBID" -> "PA450221", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5819], ExternalIdentifier["PubChemCompoundID", 23667619]}, "Synonyms" -> {"synthroid", "tetraiodothyronine", "thyratabs", "thyreoideum", "l-thyroxine", "levothyroxine", "3,3',5,5'-tetraiodo-l-thyronine", "levothyroxine sodium", "thyroxine iodine", "thyroxin", "thyroxinal", "thyrax", "thyro-tabs", "levoxine", "thyroxevan", "levothyrox", "levothyroxin", "novothyrox", "levo-t", "unithroid", "laevothyroxinum", "o-(4-hydroxy-3,5-diidophenyl)-3,5-diiodo-l-tyrosine", "(-)-thyroxine", "thx", "laevoxin", "levoxyl", "levothroid", "synthroid[wiki]", "levothroid[wiki]", "levoxyl[wiki]", "thyrax[wiki]", "l-thryoxin", "oroxine", "t4 levothyroxine", "levaxin", "thyrolar (levothyroxine + liothyronine)_mixture", "liotrix (levothyroxine + liothyronine)_mixture", "levolet", "eltroxin", "euthyrox", "synthroid sodium", "letter", "3,3',5,5''-tetraiodo-l-thyronine", "l-thyroxine sodium salt", "thyroxine l-", "l-3,3',5,5'-tetraiodothyronine sodium salt", "thyradin[wiki]", "3-[4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl]-l-alanine", "200-101-1[einecs]", "levothyroxinum natricum[latin]", "thyroxine l- (8ci)", "sodium (2s)-2-amino-3-[4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl]propanoate[acd/iupac name]", "50809-32-0[rn]", "sodium thyroxin", "thyroxine monosodium salt l-", "thyronamin", "levothyroid", "eltroxin[wiki]", "thyradin s", "euthyrox[wiki]", "sodium o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo-dl-tyrosinate", "thyroxin[wiki]", "t4", "(-)-3-[4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl]alanine", "l-thyroxine monosodium salt", "levothyroxine sodium anhydrous", "sodium l-thyroxine", "l-tyrosine o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo-", "l-thyroxine sodium salt pentahydrate", "levaxin[wiki]", "tiroidina", "levotiroxina sodica[spanish][inn]", "levothyroxine[wiki]", "letter[wiki]", "200-221-4[einecs]", "thyroxine", "levoroxine", "l-3,5,3',5'-tetraiodothyronine", "tetroid", "sodium-l-thyroxine", "l-t4", "thyrol l", "l-tyrosine o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo- sodiumsalt (1:1)", "67809-22-7[rn]", "soloxine", "ro-thyroxine", "oroxine[wiki]", "7002831[beilstein]", "25416-65-3[rn]", "51-48-9[rn]", "3,5,3',5'-tetraiodo-l-thyronine", "t44", "b-((3,5-diiodo-4-hydroxyphenoxy)-3,5-diiodophenyl)alanine", "sodium levothyroxine", "sodiumlevothyroxine", "levothyroxine sodique; levothyroxinesodium;levothyroxinum natricum; levotiroxina de sodio", "thyroxine sodique", "tirosint", "eltroxin;euthyrox; letter;levaxin;levothroid; levothyrox; levoxyl; novothyrox;synthroid; thyrax; unithroid", "5721845[beilstein]", "transthyretin", "dathroid", "4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodo-l-phenylalanine", "roxstan", "3/8/1955", "henning", "2-amino-3-[4-(4-hydroxy-3,5-diiodo-phenoxy)-3,5-diiodo-phenyl]-propanoicacid", "2228515[beilstein]", "sodium thyroxine", "3,5,3',5'-tetraiodothyronine", "o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo-l-tyrosine[acd/iupac name]", "thryroxine l-", "thyroid[wiki]", "t4 thyroglobulin", "thyroxine (van)", "l-tyrosine o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo- monosodium salt", "thyroxin sodium", "levothyroxine sodique[french][inn]", "levothyroxin-natrium", "o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodotyrosine[acd/iupac name]", "levotiroxina de sodio", "3-(4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl)alanine", "levothyroxinum", "4-14-00-02373 (beilstein handbook reference)[beilstein]", "natrium-(2s)-2-amino-3-[4-(4-hydroxy-3,5-diiodphenoxy)-3,5-diiodphenyl]propanoat", "1491-91-4[rn]", "(2s)-2-amino-3-[4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl]propanoic acid", "sodium thyroxinate", "l-thyroxin", "l-thyroxine sodium", "216-080-7[einecs]", "sodium l-thyroxin", "o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo-l-tyrosine monosodiumsalt", "thyroxine sodium", "thyroxinum natricum", "55-03-8[rn]", "3,3',5,5'-tetraiodo-l-thyronine sodium salt", "l-tyrosine o- (4-hydroxy-3,5-diiodophenyl)-3,5-diiodo- monosodium salt", "l-tyrosine o- (4-hydroxy-3,5-diiodophenyl)-3,5-diiodo-", "thyroxine dl- sodium salt", "t-3850", "thyroglobulin", "levothyroxine sodium hydrate", "forthyron", "tiroxina", "danaparoid sodium", "levoroxin", "proloid", "synthroid (tn)", "25416-65-3", "tivoral", "letequatro", "levothroid (tn)", "orgaran", "levotiron", "latequatro"}|>, "8322" -> <|"DatabaseID" -> "SW04122", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30660"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 830]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00509"]}, "IsomericSmiles" -> "c1c(cc(c(c1I)Oc2cc(c(c(c2)I)[O-])I)I)CC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Indian Approved Name" -> "thyroxine"|>, "Synonyms" -> {"berlthyrox", "unithroid", "206-088-9[einecs]", "2-amino-3-[4-(4-hydroxy-3,5-diiodo-phenoxy)-3,5-diiodo-phenyl]-propanoicacid", "2-amino-3-[4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl]propanoic acid", "tyrosine o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo- (9ci)", "thyrax[wiki]", "300-30-1[rn]", "thyroid peroxidase precursor", "dl-tyrosine o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo-", "eulipos", "eferox", "2-amino-3-[4-(4-hydroxy-3,5-diiodo-phenoxy)-3,5-diiodo-phenyl]-propionate", "o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodotyrosine[acd/iupac name]", "eutirox", "thevier", "sodium 4-o-(4-hydroxy-3,5-di-iodophenyl)-3,5-di-iodo-d-tyrosinate hydrate", "3-(4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl)alanine", "9005-49-6", "thyroxine zwitterion", "dl-thyroxine", "d-thyroxine sodium", "novothyral", "t4 thyroid hormone", "lisolipin", "choloxin", "tiroxina leo", "novothyrox", "thyroxine (van)", "2-ammonio-3-[4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl]propanoate", "thyroxine", "dextrothyroxine", "dexnon", "d013974", "2228514[beilstein]", "eltroxin[wiki]", "dekstrotyroksiininatrium", "51-49-0[rn]", "euthyrox[wiki]", "7488-70-2[rn]", "thyroxine dl-", "eltroxine", "tyrosine o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo-", "thx", "tpo", "ec 1.11.1.8", "dextrothyroxinum natricum", "tiroidine", "3,5,3',5'-tetraiodothyronine", "dynothel", "oroxine[wiki]", "dextrotyroxinnatrium", "o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo-dl-tyrosine", "(2s)-2-azaniumyl-3-[4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl]propanoate", "thyroid hormone t4"}|>, "8323" -> <|"DatabaseID" -> "SW04122", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30660"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 830]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00509"]}, "IsomericSmiles" -> "c1c(cc(c(c1I)Oc2cc(c(c(c2)I)[O-])I)I)CC(C(=O)[O-])[NH3+]", "OfficialNames" -> <|"Indian Approved Name" -> "thyroxine"|>, "Synonyms" -> {"berlthyrox", "unithroid", "206-088-9[einecs]", "2-amino-3-[4-(4-hydroxy-3,5-diiodo-phenoxy)-3,5-diiodo-phenyl]-propanoicacid", "2-amino-3-[4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl]propanoic acid", "tyrosine o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo- (9ci)", "thyrax[wiki]", "300-30-1[rn]", "thyroid peroxidase precursor", "dl-tyrosine o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo-", "eulipos", "eferox", "2-amino-3-[4-(4-hydroxy-3,5-diiodo-phenoxy)-3,5-diiodo-phenyl]-propionate", "o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodotyrosine[acd/iupac name]", "eutirox", "thevier", "sodium 4-o-(4-hydroxy-3,5-di-iodophenyl)-3,5-di-iodo-d-tyrosinate hydrate", "3-(4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl)alanine", "9005-49-6", "thyroxine zwitterion", "dl-thyroxine", "d-thyroxine sodium", "novothyral", "t4 thyroid hormone", "lisolipin", "choloxin", "tiroxina leo", "novothyrox", "thyroxine (van)", "2-ammonio-3-[4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl]propanoate", "thyroxine", "dextrothyroxine", "dexnon", "d013974", "2228514[beilstein]", "eltroxin[wiki]", "dekstrotyroksiininatrium", "51-49-0[rn]", "euthyrox[wiki]", "7488-70-2[rn]", "thyroxine dl-", "eltroxine", "tyrosine o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo-", "thx", "tpo", "ec 1.11.1.8", "dextrothyroxinum natricum", "tiroidine", "3,5,3',5'-tetraiodothyronine", "dynothel", "oroxine[wiki]", "dextrotyroxinnatrium", "o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo-dl-tyrosine", "(2s)-2-azaniumyl-3-[4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl]propanoate", "thyroid hormone t4"}|>, "8324" -> <|"DatabaseID" -> "SW04123", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "30659"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8401]}, "IsomericSmiles" -> "c1c(cc(c(c1I)Oc2cc(c(c(c2)I)[O-])I)I)C[C@H](C(=O)[O-])[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03750"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DEXTROTHYROXINE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23690433]}, "Synonyms" -> {"travenon", "dextroid", "dynothel", "detyroxin", "dextroxin", "lisolipin", "choloxin", "biotirmone", "nadrothyron d", "dethyrona", "debetrol", "sodium d-3-(4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl)alanine", "sodium dextrothyroxine", "7054-08-2[rn]", "thyroxine monosodium salt d-", "137-53-1[rn]", "d-t4 sodium", "205-301-2[einecs]", "d-tyrosine o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo- monosodium salt(9ci)", "sodium (2r)-2-amino-3-[4-(4-hydroxy-3,5-diiodophenoxy)-3,5-diiodophenyl]propanoate[acd/iupac name]", "sodium d-3,3',5,5'-tetraiodothyronine", "sodium o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo-d-tyrosinate", "3,3',5,5'-tetraiodo-d-thyronine sodium salt", "dextrothyroxinum natricum[latin]", "7548-09-6[rn]", "3:5:3':5'-tetraiodo-d-thyronine sodium", "o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo-d-tyrosine monosodiumsalt", "sodium-d-thyroxine", "dextrothyroxine sodique[french][inn]", "dextrotiroxina sodica[spanish][inn]", "d-tyrosine o-(4-hydroxy-3,5-diiodophenyl)-3,5-diiodo- sodiumsalt (1:1)", "dextrothyroxine sodium", "thyroxine monosodium salt d-", "sodium d-t4", "3,3',5,5'-tetraiodo-d-thyronine sodium salt", "destrotirossina sodica [dcit]", "d-thyroxine sodium salt", "monosodium d-thyroxine", "dextrothyroxine sodium[usan]", "sodium d-thyroxine", "dextrothyroxine[wiki]", "dextrothyroxine sodium anhydrous"}|>, "8325" -> <|"DatabaseID" -> "SW04124", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 58940]}, "IsomericSmiles" -> "C[C@@H](C(=O)Nc1c(c(c(c(c1I)C(=O)NC(CO)CO)I)C(=O)NC(CO)CO)I)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01797"]}, "OfficialNames" -> <|"China Approved Name" -> "Iopamidol", "FDA Approved Drug" -> "IOPAMIDOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65492]}, "Synonyms" -> {"isovue", "iopamiron", "iopamidol", "solutrast 370", "1,3-benzenedicarboxamide n1,n3-bis[2-hydroxy-1-(hydroxymethyl)ethyl]-5-[[(2s)-2-hydroxy-1-oxopropyl]amino]-2,4,6-triiodo-", "niopam", "isovue 370", "solutrast", "iopamidol 300", "iopamiro", "iopamidol; iopamidolum", "iopamidolum[latin]", "iopamidol [usan:ban:inn:jan][inn][jan][usan]", "n,n'-bis(1,3-dihydroxypropan-2-yl)-5-{[(2s)-2-hydroxypropanoyl]amino}-2,4,6-triiodobenzene-1,3-dicarboxamide", "(s)-n,n'-bis(2-hydroxy-1-(hydroxymethyl)ethyl)-5-((2-hydroxy-1-oxopropyl)amino)-2,4,6-triiodoisophthaldiamide", "iomapidol", "n,n'-bis(1,3-dihydroxypropan-2-yl)-5-[[(2s)-2-hydroxypropanoyl]amino]-2,4,6-triiodo-benzene-1,3-dicarboxamide", "gastromiro", "n,n'-bis[2-hydroxy-1-(hydroxymethyl)ethyl]-5-{[(2s)-2-hydroxypropanoyl]amino}-2,4,6-triiodobenzene-1,3-dicarboxamide", "60166-93-0[rn]", "jopamiron 200", "iopamiron 300", "iopamiro 370", "262-093-6[einecs]", "n,n'-bis(1,3-dihydroxypropan-2-yl)-5-{[(2s)-2-hydroxypropanoyl]amino}-2,4,6-triiodoisophthalamide", "cas-60166-93-0", "iopamiron 300 (tn)", "iopamyron", "1,3-benzenedicarboxamide n,n'-bis[2-hydroxy-1-(hydroxymethyl)ethyl]-5-[[(2s)-2-hydroxy-1-oxopropyl]amino]-2,4,6-triiodo-", "iopamidolum", "(s)-n,n'-bis(2-hydroxy-1-(hydroxymethyl)ethyl)-2,4,6-triiodo-5-lactamidoisophthalamide", "(s)-n,n'-bis[2-hydroxy-1-(hydroxymethyl)ethyl]-5-[(2-hydroxy-1-oxopropyl)amino]-2,4,6-triiodo-1,3-benzenedicarboxamide", "l-(+)-n,n'-bis(2-hydroxy-1-hydroxymethylethyl)-2,4,6-triiodo-5-lactamideisophthalamide", "1,3-benzenedicarboxamide n,n'-bis(2-hydroxy-1-(hydroxymethyl)ethyl)-5-(((2s)-2-hydroxy-1-oxopropyl)amino)-2,4,6-triiodo-", "iopamiron 370", "n,n'-bis[2-hydroxy-1-(hydroxymethyl)ethyl]-5-{[(2s)-2-hydroxypropanoyl]amino}-2,4,6-triiodbenzol-1,3-dicarboxamid", "62883-00-5[rn]", "isovue-370", "1,3-benzenedicarboxamide n,n'-bis(2-hydroxy-1-(hydroxymethyl)ethyl)-5-((2-hydroxy-1-oxopropyl)amino)-2,4,6-triiodo-,(s)-", "niopam 300", "5-(a-hydroxypropionylamino)-2,4,6-triiodoisophthalic acid di(1,3-dihydroxyisopropylamide)", "(s)-n,n'-bis[2-hydroxy-1-(hydroxymethyl)ethyl]-2,4,6-triiodo-5-lactamidoisophthalamide"}|>, "8326" -> <|"DatabaseID" -> "SW04125", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31710"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3600]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I)C(=O)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01719"]}, "OfficialNames" -> <|"NPC Approved Name" -> "iomeprol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3731]}, "Synonyms" -> {"iomeprol", "imeron", "iomeron", "iomeron 300", "iomeprolo", "n,n'-bis(2,3-dihydroxypropyl)-5-[(2-hydroxyacetyl)-methylamino]-2,4,6-triiodobenzene-1,3-dicarboxamide", "ncgc00183283-01", "n,n'-bis(2,3-dihydroxypropyl)-5-[glycoloyl(methyl)amino]-2,4,6-triiodoisophthalamide[acd/iupac name]", "iomeprolum [inn-latin]", "iomeprol (jan/usan)[jan][usan]", "iomeprol; iomeprolum", "78649-41-9[rn]", "iomeprol [usan:ban:inn:jan][inn][jan][usan]", "chebi:31710", "1,3-benzenedicarboxamide n1,n3-bis(2,3-dihydroxypropyl)-5-[(2-hydroxyacetyl)methylamino]-2,4,6-triiodo-", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-(n-methylglycolamido)isophthalamide", "n,n'-bis(2,3-dihydroxypropyl)-5-[(hydroxyacetyl)(methyl)amino]-2,4,6-triiodobenzene-1,3-dicarboxamide", "78649-41-9", "iomeprolum", "n", "iomeprolum[latin]", "iomeron 300 (tn)"}|>, "8327" -> <|"DatabaseID" -> "SW04125", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31710"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3600]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I)C(=O)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01719"]}, "OfficialNames" -> <|"NPC Approved Name" -> "iomeprol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3731]}, "Synonyms" -> {"iomeprol", "imeron", "iomeron", "iomeron 300", "iomeprolo", "n,n'-bis(2,3-dihydroxypropyl)-5-[(2-hydroxyacetyl)-methylamino]-2,4,6-triiodobenzene-1,3-dicarboxamide", "ncgc00183283-01", "n,n'-bis(2,3-dihydroxypropyl)-5-[glycoloyl(methyl)amino]-2,4,6-triiodoisophthalamide[acd/iupac name]", "iomeprolum [inn-latin]", "iomeprol (jan/usan)[jan][usan]", "iomeprol; iomeprolum", "78649-41-9[rn]", "iomeprol [usan:ban:inn:jan][inn][jan][usan]", "chebi:31710", "1,3-benzenedicarboxamide n1,n3-bis(2,3-dihydroxypropyl)-5-[(2-hydroxyacetyl)methylamino]-2,4,6-triiodo-", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-(n-methylglycolamido)isophthalamide", "n,n'-bis(2,3-dihydroxypropyl)-5-[(hydroxyacetyl)(methyl)amino]-2,4,6-triiodobenzene-1,3-dicarboxamide", "78649-41-9", "iomeprolum", "n", "iomeprolum[latin]", "iomeron 300 (tn)"}|>, "8328" -> <|"DatabaseID" -> "SW04125", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31710"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3600]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I)C(=O)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01719"]}, "OfficialNames" -> <|"NPC Approved Name" -> "iomeprol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3731]}, "Synonyms" -> {"iomeprol", "imeron", "iomeron", "iomeron 300", "iomeprolo", "n,n'-bis(2,3-dihydroxypropyl)-5-[(2-hydroxyacetyl)-methylamino]-2,4,6-triiodobenzene-1,3-dicarboxamide", "ncgc00183283-01", "n,n'-bis(2,3-dihydroxypropyl)-5-[glycoloyl(methyl)amino]-2,4,6-triiodoisophthalamide[acd/iupac name]", "iomeprolum [inn-latin]", "iomeprol (jan/usan)[jan][usan]", "iomeprol; iomeprolum", "78649-41-9[rn]", "iomeprol [usan:ban:inn:jan][inn][jan][usan]", "chebi:31710", "1,3-benzenedicarboxamide n1,n3-bis(2,3-dihydroxypropyl)-5-[(2-hydroxyacetyl)methylamino]-2,4,6-triiodo-", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-(n-methylglycolamido)isophthalamide", "n,n'-bis(2,3-dihydroxypropyl)-5-[(hydroxyacetyl)(methyl)amino]-2,4,6-triiodobenzene-1,3-dicarboxamide", "78649-41-9", "iomeprolum", "n", "iomeprolum[latin]", "iomeron 300 (tn)"}|>, "8329" -> <|"DatabaseID" -> "SW04126", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 423004]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C([C@@H]1CC[C@@]3([C@@H]2CC=C4[C@]3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)(C)C)OC6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)OC7[C@@H]([C@H]([C@@H]([C@H](O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dianthronic heteroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 482164]}, "Synonyms" -> {"heteroside e2", "colchiside 7", "ac1la64x", "olean-12-en-28-oic acid", "(4as"}|>, "8330" -> <|"DatabaseID" -> "SW04126", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 423004]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C([C@@H]1CC[C@@]3([C@@H]2CC=C4[C@]3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)(C)C)OC6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)OC7[C@@H]([C@H]([C@@H]([C@H](O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dianthronic heteroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 482164]}, "Synonyms" -> {"heteroside e2", "colchiside 7", "ac1la64x", "olean-12-en-28-oic acid", "(4as"}|>, "8331" -> <|"DatabaseID" -> "SW04126", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 423004]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C([C@@H]1CC[C@@]3([C@@H]2CC=C4[C@]3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)(C)C)OC6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)OC7[C@@H]([C@H]([C@@H]([C@H](O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dianthronic heteroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 482164]}, "Synonyms" -> {"heteroside e2", "colchiside 7", "ac1la64x", "olean-12-en-28-oic acid", "(4as"}|>, "8332" -> <|"DatabaseID" -> "SW04126", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 423004]}, "IsomericSmiles" -> "C[C@]12CC[C@@H](C([C@@H]1CC[C@@]3([C@@H]2CC=C4[C@]3(CC[C@@]5([C@H]4CC(CC5)(C)C)C(=O)[O-])C)C)(C)C)OC6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)OC7[C@@H]([C@H]([C@@H]([C@H](O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dianthronic heteroside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 482164]}, "Synonyms" -> {"heteroside e2", "colchiside 7", "ac1la64x", "olean-12-en-28-oic acid", "(4as"}|>, "8333" -> <|"DatabaseID" -> "SW04127", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10248968]}, "IsomericSmiles" -> "C[C@]1(C[C@@H]2[C@@](CC[C@@]3(C2=CC[C@H]4[C@]3(CC[C@@H]5[C@@]4(CC[C@@H]([C@]5(C)C)O[C@@H]6O[C@@H]([C@H]([C@@H]([C@H]6O)O[C@@H]7O[C@@H]([C@H]([C@@H]([C@H]7O)O)O)CO)O)CO)C)C)C)(CC1)C(=O)[O-])C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "randianin"|>, "Synonyms" -> {"randianin"}|>, "8334" -> <|"DatabaseID" -> "SW04128", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28503"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 82657]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@@H]2[C@H](O[C@H](C[C@@H]2O)O[C@@H]3[C@H](O[C@H](C[C@@H]3O)O[C@H]4CC[C@]5([C@@H](C4)CC[C@@H]6[C@@H]5CC[C@]7([C@@]6(C[C@@H]([C@@H]7C8=CC(=O)OC8)O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitoxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 91540]}, "Synonyms" -> {"pseudodigitoxin", "bigitalin", "gitoxigenin 3-o-tridigitoxoside", "gitoxoside", "gitoxim", "gitoxin", "gitoksin", "anhydrogitalin", "224-934-5[einecs]", "4-[(3s,5r,8r,9s,10s,13r,14s,16s,17r)-3-{[(2r,4s,5s,6r)-5-{[(2s,4s,5s,6r)-5-{[(2s,4s,5s,6r)-4,5-dihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-14,16-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2(5h)-furanon", "chebi:28503", "gitoxigenin-tridigitoxosid [german]", "5-18-04-00388", "4-[(3s,5r,8r,9s,10s,13r,14s,16s,17r)-3-{[(2r,4s,5s,6r)-5-{[(2s,4s,5s,6r)-5-{[(2s,4s,5s,6r)-4,5-dihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-14,16-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2(5h)-furanone", "5-18-04-00388 (beilstein handbook reference)[beilstein]", "4562-36-1[rn]", "gitoxigenin-tridigitoxosid[german]"}|>, "8335" -> <|"DatabaseID" -> "SW04129", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4551"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2006532]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@@H]2[C@H](O[C@H](C[C@@H]2O)O[C@@H]3[C@H](O[C@H](C[C@@H]3O)O[C@H]4CC[C@]5([C@@H](C4)CC[C@@H]6[C@@H]5C[C@H]([C@]7([C@@]6(CC[C@@H]7C8=CC(=O)OC8)O)C)O)C)C)C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00298"]}, "OfficialNames" -> <|"China Approved Name" -> "digoxin", "WHO Essential Medicine" -> "digoxin", "Indian Approved Name" -> "digoxin", "FDA Approved Drug" -> "DIGOXIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2724385]}, "Synonyms" -> {"digoxin", "lanoxin", "lanoxicaps", "digoxin pediatric", "st069334", "4-[(3s,5r,8r,9s,10s,12r,13s,14s,17r)-3-{[(2r,4s,5s,6r)-5-{[(2s,4s,5s,6r)-5-{[(2s,4s,5s,6r)-4,5-dihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-12,14-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]furan-2(5h)-on", "natigoxin", "lanikor", "lanacrist", "digonix", "vanoxin", "12beta-hydroxydigitoxin", "cardiogoxin", "4-[(3s,5r,8r,9s,10s,12r,13s,14s,17r)-3-{[(2r,4s,5s,6r)-5-{[(2s,4s,5s,6r)-5-{[(2s,4s,5s,6r)-4,5-dihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-12,14-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2(5h)-furanon", "lanorale", "chloroformic digitalin", "dsstox_rid_76794", "244-068-1[einecs]", "digoxin [inn_en]", "digacin", "digon[wiki]", "hemigoxine nativelle", "12b-hydroxydigitoxin", "digoxin[wiki]", "sk-digoxin", "neo-lanicor", "lifusin", "lanocardin", "davoxin", "stillacor", "digosin", "dimecip", "lanoxin[wiki]", "lanatilin", "homolle's digitalin", "lanacordin", "5-18-04-00381", "cardigox", "mapluxin", "saroxin", "dsstox_gsid_22934", "dokim", "cardioxin", "digossina", "4-[(3s,5r,8r,9s,10s,12r,13s,14s,17r)-3-{[(2r,4s,5s,6r)-5-{[(2s,4s,5s,6r)-5-{[(2s,4s,5s,6r)-4,5-dihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-12,14-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]furan-2(5h)-one", "novodigal-amp.", "lenoxin", "rougoxin", "digoxin-zori", "dsstox_cid_2934", "4-[(3s,5r,8r,9s,10s,12r,13s,14s)-3-[(2r,4s,5s,6r)-5-[(2s,4s,5s,6r)-5-[(2s,4s,5s,6r)-4,5-dihydroxy-6-methyl-oxan-2-yl]oxy-4-hydroxy-6-methyl-oxan-2-yl]oxy-4-hydroxy-6-methyl-oxan-2-yl]oxy-12,14-dihydroxy-10,13-dimethyl-1,2,3,4,5,6,7,8,9,11,12,15,16,17-tetradecahydrocyclopenta[a]phenanthren-17-yl]-5h-furan-2-one", "4-[(3s,5r,8r,9s,10s,12r,13s,14s,17r)-3-{[(2r,4s,5s,6r)-5-{[(2s,4s,5s,6r)-5-{[(2s,4s,5s,6r)-4,5-dihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy", "purgoxin", "neodioxanin", "digoxina-sandoz", "chebi:4551", "toloxin", "grexin", "dynamos[wiki]", "lanicor", "lanoxin pg", "digomal", "digos[wiki]", "dilanacin", "4-((1s,2s,5s,11s,15s,7r,10r,14r,16r)-5-{5-[5-((2s,4s,5s,6r)-4,5-dihydroxy-6-methyl(2h-3,4,5,6-tetrahydropyran-2-yloxy))(4s,5s,2r,6r)-4-hydroxy-6-methyl(2h-3,4,5,6-tetrahydropyran-2-yloxy)](4s,5s,2r,; 6r)-4-hydroxy-6-methyl(2h-3,4,5,6-te trahydropyran-2-yloxy)}-11,16-dihydroxy-215-dimethyltetracyclo[8.7.0.0<2,7>.0 <11,15>]heptadec-14-yl)-5-hydrofuran-2-one", "eudigox", "cordioxil", "20830-75-5[rn]", "4-[(3s,5r,8r,9s,10s,12r,13s,14s,17r)-3-{[(2r,4s,5s,6r)-5-{[(2s,4s,5s,6r)-5-{[(2s,4s,5s,6r)-4,5-dihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-12,14-dihydroxy-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2(5h)-furanone", "fargoxin", "lanoxin pediatric", "coragoxine", "20830-75-5", "digoxin nativelle", "ncgc00090797-03", "4-[(1s,2s,5s,7r,10r,11s,14r,15s,16r)-5-{[(2r,4s,5s,6r)-5-{[(2s,4s,5s,6r)-5-{[(2s,4s,5s,6r)-4,5-dihydroxy-6-methyloxan-2-yl]oxy}-4-hydroxy-6-methyloxan-2-yl]oxy}-4-hydroxy-6-methyloxan-2-yl]oxy}-11,16-dihydroxy-2,15-dimethyltetracyclo[8.7.0.02,7.0^", "lenoxicaps", "dixina", "longdigox", "digocin"}|>, "8336" -> <|"DatabaseID" -> "SW04130", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00361"]}, "IsomericSmiles" -> "CCC1=CC2C[C@@](c3c(c4ccccc4[nH]3)C[NH+](C2)C1)(c5cc6c(cc5OC)N([C@@H]7[C@]68CC[NH+]9[C@H]8[C@@](C=CC9)([C@H]([C@@]7(C(=O)OC)O)OC(=O)C)CC)C)C(=O)OC", "OfficialNames" -> <|"Australia Approved Name" -> "VINORELBINE TARTRATE;VINORELBINE", "FDA Approved Drug" -> "VINORELBINE TARTRATE"|>, "PharmGKBID" -> "PA451881", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 60780]}, "Synonyms" -> {"vinorelbine", "vinorelbin", "navelbine", "vinorelbina [spanish]", "navelbine base", "vinorelbinum [latin]", "vinorelbinum", "kw 2307 base", "vinorelbine tartrate", "tubulin beta-5 chain", "vinorelbine bitartrate", "vinorelbina", "nor-5'-anhydrovinblastine", "vinorelbine ditartrate", "vinorelbine ditartarate"}|>, "8337" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8338" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8339" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8340" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8341" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8342" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8343" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8344" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8345" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8346" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8347" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8348" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8349" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8350" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8351" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8352" -> <|"DatabaseID" -> "SW04131", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572916]}, "IsomericSmiles" -> "C[C@H](CCC=C(C)C)C1[C@H](CC2([C@@]1(CC[C@]34[C@H]2CC(=O)C5[C@]3(C4)CC[C@@H](C5(C)C)OC6C(C(C(C(O6)CO)O)O)O)C)C)OC7C(C(C(C(O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "diadzin-47-diglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459080]}, "Synonyms" -> {"6-oxocycloartan-3-beta-16-beta-diglucoside", "nsc-610999", "nsc610999", "6-oxocycloartan-3.beta."}|>, "8353" -> <|"DatabaseID" -> "SW04132", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16238"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559059]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)n(c-3nc(=O)[nH]c(=O)c3n2)C[C@@H]([C@@H]([C@@H](COP(=O)([O-])OP(=O)([O-])OC[C@@H]4[C@H]([C@H]([C@@H](O4)n5cnc6c5ncnc6N)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "flavitan"|>, "Synonyms" -> {"riboflavine-adenine dinucleotide", "flavitan", "1h-purin-6-amine flavin dinucleotide", "4-26-00-03632", "adenosine 5'-[3-(riboflavin-5'-yl) dihydrogen diphosphate]", "adenosine5'-{3-[d-ribo-5-(7,8-dimethyl-2,4-dioxo-2,3,4,10-tetrahydrobenzo[g]pteridin-10-yl)-2,3,4-trihydroxypentyl]dihydrogen diphosphate}", "riboflavine 5'-adenosine diphosphate", "1208946[beilstein]", "dxa", "adenine-flavin dinucleotide", "adenosine5'-(trihydrogen pyrophosphate) 5'-5'-esterwith riboflavine", "isoalloxazine-adenine dinucleotide", "riboflavine 5'-ester with adenosine 5'-diphosphate", "riboflavin 5'-(trihydrogendiphosphate) p'-5'-ester with adenosine", "flavine-adenine dinucleotide", "riboflavin 5'-(trihydrogendiphosphate) 5'-5'-ester with adenosine", "adenine-riboflavin dinucleotide", "flavinat", "1h-purin-6-amine flavine dinucleotide", "riboflavine 5'-ester with adenosine 5'-diphosphate (8ci)", "flavin adenine dinucleotide oxidized", "[(2r,3s,4r,5r)-5-(6-amino-9h-purin-9-yl)-3,4-dihydroxytetrahydro-2-furanyl]methyl(2r,3s,4s)-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-2,3,4-trihydroxypentyldihydrogen diphosphate (non-preferred name)", "1,2-hydro-1-oxy-3,4-hydro-3-(1-methoxy-2-oxy-3,4-dihydroxypentyl)-8,9-dihydroxy-7-(sec-butyl)-anthracene", "flavin adenin dinucleotide[jan]", "flavin adenine dinucleotide", "adenine-riboflavine dinucleotide", "adenosine5'-(trihydrogen pyrophosphate) 5'-5'-esterwith riboflavine (8ci)", "flavine adenosine diphosphate", "146-14-5[rn]", "riboflavin-adenine dinucleotide", "adenosine5'-(3-{d-ribo-5-[7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl]-2,3,4-trihydroxypentyl} dihydrogen diphosphate)", "flavin-adenine dinucleotide", "fad-na2", "[(2r,3s,4r,5r)-5-(6-amino-9h-purin-9-yl)-3,4-dihydroxytetrahydrofuran-2-yl]methyl(2r,3s,4s)-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-2,3,4-trihydroxypentyldihydrogen diphosphate (non-preferred name)", "adenine-flavine dinucleotide", "riboflavin 5'-adenosine diphosphate", "fademin", "[(2r,3s,4r,5r)-5-(6-amino-9h-purin-9-yl)-3,4-dihydroxytetrahydro-2-furanyl]methyl(2r,3s,4s)-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-2,3,4-trihydroxypentyldihydrogen diphosphate", "205-663-1[einecs]", "fad[wiki]", "1h-purin-6-amine flavin dinucleotide", "flanin f", "flamitajin"}|>, "8354" -> <|"DatabaseID" -> "SW04132", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16238"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559059]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)n(c-3nc(=O)[nH]c(=O)c3n2)C[C@@H]([C@@H]([C@@H](COP(=O)([O-])OP(=O)([O-])OC[C@@H]4[C@H]([C@H]([C@@H](O4)n5cnc6c5ncnc6N)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "flavitan"|>, "Synonyms" -> {"riboflavine-adenine dinucleotide", "flavitan", "1h-purin-6-amine flavin dinucleotide", "4-26-00-03632", "adenosine 5'-[3-(riboflavin-5'-yl) dihydrogen diphosphate]", "adenosine5'-{3-[d-ribo-5-(7,8-dimethyl-2,4-dioxo-2,3,4,10-tetrahydrobenzo[g]pteridin-10-yl)-2,3,4-trihydroxypentyl]dihydrogen diphosphate}", "riboflavine 5'-adenosine diphosphate", "1208946[beilstein]", "dxa", "adenine-flavin dinucleotide", "adenosine5'-(trihydrogen pyrophosphate) 5'-5'-esterwith riboflavine", "isoalloxazine-adenine dinucleotide", "riboflavine 5'-ester with adenosine 5'-diphosphate", "riboflavin 5'-(trihydrogendiphosphate) p'-5'-ester with adenosine", "flavine-adenine dinucleotide", "riboflavin 5'-(trihydrogendiphosphate) 5'-5'-ester with adenosine", "adenine-riboflavin dinucleotide", "flavinat", "1h-purin-6-amine flavine dinucleotide", "riboflavine 5'-ester with adenosine 5'-diphosphate (8ci)", "flavin adenine dinucleotide oxidized", "[(2r,3s,4r,5r)-5-(6-amino-9h-purin-9-yl)-3,4-dihydroxytetrahydro-2-furanyl]methyl(2r,3s,4s)-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-2,3,4-trihydroxypentyldihydrogen diphosphate (non-preferred name)", "1,2-hydro-1-oxy-3,4-hydro-3-(1-methoxy-2-oxy-3,4-dihydroxypentyl)-8,9-dihydroxy-7-(sec-butyl)-anthracene", "flavin adenin dinucleotide[jan]", "flavin adenine dinucleotide", "adenine-riboflavine dinucleotide", "adenosine5'-(trihydrogen pyrophosphate) 5'-5'-esterwith riboflavine (8ci)", "flavine adenosine diphosphate", "146-14-5[rn]", "riboflavin-adenine dinucleotide", "adenosine5'-(3-{d-ribo-5-[7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl]-2,3,4-trihydroxypentyl} dihydrogen diphosphate)", "flavin-adenine dinucleotide", "fad-na2", "[(2r,3s,4r,5r)-5-(6-amino-9h-purin-9-yl)-3,4-dihydroxytetrahydrofuran-2-yl]methyl(2r,3s,4s)-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-2,3,4-trihydroxypentyldihydrogen diphosphate (non-preferred name)", "adenine-flavine dinucleotide", "riboflavin 5'-adenosine diphosphate", "fademin", "[(2r,3s,4r,5r)-5-(6-amino-9h-purin-9-yl)-3,4-dihydroxytetrahydro-2-furanyl]methyl(2r,3s,4s)-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-2,3,4-trihydroxypentyldihydrogen diphosphate", "205-663-1[einecs]", "fad[wiki]", "1h-purin-6-amine flavin dinucleotide", "flanin f", "flamitajin"}|>, "8355" -> <|"DatabaseID" -> "SW04132", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16238"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559059]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)n(c-3nc(=O)[nH]c(=O)c3n2)C[C@@H]([C@@H]([C@@H](COP(=O)([O-])OP(=O)([O-])OC[C@@H]4[C@H]([C@H]([C@@H](O4)n5cnc6c5ncnc6N)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "flavitan"|>, "Synonyms" -> {"riboflavine-adenine dinucleotide", "flavitan", "1h-purin-6-amine flavin dinucleotide", "4-26-00-03632", "adenosine 5'-[3-(riboflavin-5'-yl) dihydrogen diphosphate]", "adenosine5'-{3-[d-ribo-5-(7,8-dimethyl-2,4-dioxo-2,3,4,10-tetrahydrobenzo[g]pteridin-10-yl)-2,3,4-trihydroxypentyl]dihydrogen diphosphate}", "riboflavine 5'-adenosine diphosphate", "1208946[beilstein]", "dxa", "adenine-flavin dinucleotide", "adenosine5'-(trihydrogen pyrophosphate) 5'-5'-esterwith riboflavine", "isoalloxazine-adenine dinucleotide", "riboflavine 5'-ester with adenosine 5'-diphosphate", "riboflavin 5'-(trihydrogendiphosphate) p'-5'-ester with adenosine", "flavine-adenine dinucleotide", "riboflavin 5'-(trihydrogendiphosphate) 5'-5'-ester with adenosine", "adenine-riboflavin dinucleotide", "flavinat", "1h-purin-6-amine flavine dinucleotide", "riboflavine 5'-ester with adenosine 5'-diphosphate (8ci)", "flavin adenine dinucleotide oxidized", "[(2r,3s,4r,5r)-5-(6-amino-9h-purin-9-yl)-3,4-dihydroxytetrahydro-2-furanyl]methyl(2r,3s,4s)-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-2,3,4-trihydroxypentyldihydrogen diphosphate (non-preferred name)", "1,2-hydro-1-oxy-3,4-hydro-3-(1-methoxy-2-oxy-3,4-dihydroxypentyl)-8,9-dihydroxy-7-(sec-butyl)-anthracene", "flavin adenin dinucleotide[jan]", "flavin adenine dinucleotide", "adenine-riboflavine dinucleotide", "adenosine5'-(trihydrogen pyrophosphate) 5'-5'-esterwith riboflavine (8ci)", "flavine adenosine diphosphate", "146-14-5[rn]", "riboflavin-adenine dinucleotide", "adenosine5'-(3-{d-ribo-5-[7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl]-2,3,4-trihydroxypentyl} dihydrogen diphosphate)", "flavin-adenine dinucleotide", "fad-na2", "[(2r,3s,4r,5r)-5-(6-amino-9h-purin-9-yl)-3,4-dihydroxytetrahydrofuran-2-yl]methyl(2r,3s,4s)-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-2,3,4-trihydroxypentyldihydrogen diphosphate (non-preferred name)", "adenine-flavine dinucleotide", "riboflavin 5'-adenosine diphosphate", "fademin", "[(2r,3s,4r,5r)-5-(6-amino-9h-purin-9-yl)-3,4-dihydroxytetrahydro-2-furanyl]methyl(2r,3s,4s)-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-2,3,4-trihydroxypentyldihydrogen diphosphate", "205-663-1[einecs]", "fad[wiki]", "1h-purin-6-amine flavin dinucleotide", "flanin f", "flamitajin"}|>, "8356" -> <|"DatabaseID" -> "SW04132", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "16238"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 559059]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)n(c-3nc(=O)[nH]c(=O)c3n2)C[C@@H]([C@@H]([C@@H](COP(=O)([O-])OP(=O)([O-])OC[C@@H]4[C@H]([C@H]([C@@H](O4)n5cnc6c5ncnc6N)O)O)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "flavitan"|>, "Synonyms" -> {"riboflavine-adenine dinucleotide", "flavitan", "1h-purin-6-amine flavin dinucleotide", "4-26-00-03632", "adenosine 5'-[3-(riboflavin-5'-yl) dihydrogen diphosphate]", "adenosine5'-{3-[d-ribo-5-(7,8-dimethyl-2,4-dioxo-2,3,4,10-tetrahydrobenzo[g]pteridin-10-yl)-2,3,4-trihydroxypentyl]dihydrogen diphosphate}", "riboflavine 5'-adenosine diphosphate", "1208946[beilstein]", "dxa", "adenine-flavin dinucleotide", "adenosine5'-(trihydrogen pyrophosphate) 5'-5'-esterwith riboflavine", "isoalloxazine-adenine dinucleotide", "riboflavine 5'-ester with adenosine 5'-diphosphate", "riboflavin 5'-(trihydrogendiphosphate) p'-5'-ester with adenosine", "flavine-adenine dinucleotide", "riboflavin 5'-(trihydrogendiphosphate) 5'-5'-ester with adenosine", "adenine-riboflavin dinucleotide", "flavinat", "1h-purin-6-amine flavine dinucleotide", "riboflavine 5'-ester with adenosine 5'-diphosphate (8ci)", "flavin adenine dinucleotide oxidized", "[(2r,3s,4r,5r)-5-(6-amino-9h-purin-9-yl)-3,4-dihydroxytetrahydro-2-furanyl]methyl(2r,3s,4s)-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-2,3,4-trihydroxypentyldihydrogen diphosphate (non-preferred name)", "1,2-hydro-1-oxy-3,4-hydro-3-(1-methoxy-2-oxy-3,4-dihydroxypentyl)-8,9-dihydroxy-7-(sec-butyl)-anthracene", "flavin adenin dinucleotide[jan]", "flavin adenine dinucleotide", "adenine-riboflavine dinucleotide", "adenosine5'-(trihydrogen pyrophosphate) 5'-5'-esterwith riboflavine (8ci)", "flavine adenosine diphosphate", "146-14-5[rn]", "riboflavin-adenine dinucleotide", "adenosine5'-(3-{d-ribo-5-[7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl]-2,3,4-trihydroxypentyl} dihydrogen diphosphate)", "flavin-adenine dinucleotide", "fad-na2", "[(2r,3s,4r,5r)-5-(6-amino-9h-purin-9-yl)-3,4-dihydroxytetrahydrofuran-2-yl]methyl(2r,3s,4s)-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-2,3,4-trihydroxypentyldihydrogen diphosphate (non-preferred name)", "adenine-flavine dinucleotide", "riboflavin 5'-adenosine diphosphate", "fademin", "[(2r,3s,4r,5r)-5-(6-amino-9h-purin-9-yl)-3,4-dihydroxytetrahydro-2-furanyl]methyl(2r,3s,4s)-5-(7,8-dimethyl-2,4-dioxo-3,4-dihydrobenzo[g]pteridin-10(2h)-yl)-2,3,4-trihydroxypentyldihydrogen diphosphate", "205-663-1[einecs]", "fad[wiki]", "1h-purin-6-amine flavin dinucleotide", "flanin f", "flamitajin"}|>, "8357" -> <|"DatabaseID" -> "SW04133", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482302]}, "IsomericSmiles" -> "Cc1ccn2c(c1)nc3c2c4c(c5c3c6c(c(c5O)C)O[C@@](C6=O)(O/C=C/[C@@H]([C@H]([C@H]([C@@H]([C@@H]([C@@H]([C@H]([C@H](/C=C/C=C(\\C(=O)N4)/C)C)O)C)O)C)OC(=O)C)C)OC)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02554"]}, "OfficialNames" -> <|"Indian Approved Name" -> "rifaximin", "FDA Approved Drug" -> "RIFAXIMIN"|>, "PharmGKBID" -> "PA164752443", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6436173]}, "Synonyms" -> {"fatroximin", "rifaxidin", "ritacol", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17,36-tetrahydroxy-11-methoxy-3,7,12,14,16,18,22,30-octamethyl-6,23-dioxo-8,37-dioxa-24,27,33-triazahexacyclo[23.10.1.14,7.05,35.026,34.027,32]heptatriaconta-1,3,5(35),9,19,21,25(36),26(34),28,30,32-undecaen-13-yl acetate", "rifaximin", "rifacol", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17,36-tetrahydroxy-11-methoxy-3,7,12,14,16,18,22,30-octamethyl-6,23-dioxo-8,37-dioxa-24,27,33-triazahexacyclo[23.10.1.14,7.05,35.026,34.0^", "normix", "xifaxan", "rifamixin", "pyrido[1,2-a]benzimidazole-1,15(2h)-dione", "2,7-(epoxy[1,11,13]pentadecatrienoimino)furo[2'',3'':7',8']naphth[1',2':4,5]imidazo[1,2-a]pyridine-1,15(2h)-dione 25-(acetyloxy)-5,6,21,23-tetrahydroxy-27-methoxy-2,4,11,16,20,22,24,26-octamethyl-,(2s,16z,18e,20s,21s,22r,23r,24r,25s,26r,27s,28e)-", "xifaxan[wiki]", "rifaximin[wiki][usan]", "rifamycin l 105sv", "xifaxsan", "(2s,16z,18e,20s,21s,22r,23r,24r,25s,26r,27s,28e)-5,6,21,23-tetrahydroxy-27-methoxy-2,4,11,16,20,22,24,26-octamethyl-1,15-dioxo-1,2-dihydro-2,7-(epoxypentadeca[1,11,13]trienoimino)furo[2'',3'':7',8']naphtho[1',2':4,5]imidazo[1,2-a]pyridin-25-ylacetate", "rifacol;fatroximin;xifaxan", "normix;rifaxidin;rifacol", "normix;", "xifaxan rifacol fatroximin", "rifamycin l 105", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17,36-tetrahydroxy-11-methoxy-3,7,12,14,16,18,22,30-octamethyl-6,23-dioxo-8,37-dioxa-24,27,33-triazahexacyclo[23.10.1.14,7.05,35.026,34.027,32]heptatriaconta-1(35),2,4,9,19,21,25(36),26(34),28,30,32-undecaen-13-yl acetate", "80621-81-4[rn]", "[2s-(2r*,16z,18e,20r*,21r*,22s*,23s*,24s*,25r*,26s*,27r*,28e)]-25-(acetyloxy)-5,6,21,23-tetrahydroxy-27-methoxy-2,4,11,16,20,22,24,26-octamethyl-2,7-[epoxypentadeca(1,11,13)trienimino]benzofuro[4,5-e]", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17,36-tetrahydroxy-11-methoxy-3,7,12,14,16,18,22,30-octamethyl-6,23-dioxo-8,37-dioxa-24,27,33-triazahexacyclo[23.10.1.14,7.05,35.026,34.027,32]heptatriaconta-1(35),1(36),2,4,9,19,21,25,28,30,32,34-dodecaen-13-yl acetate", "132203-70-4[rn]", "4-deoxy-4'-methylpyrido[1',2'-1,2]imidazo[5,4-c]rifamycin sv", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17,36-tetrahydroxy-11-methoxy-3,7,12,14,16,18,22,30-octamethyl-6,23-dioxo-8,37-dioxa-24,27,33-triazahexacyclo[23.10.1.14,7.05,35.026,34.027,32]heptatriaconta-1(35),1(36),2,4,9,19,21,25,28,30,32,34-dodecaen-13-ylacetat", "l 105sv", "88747-56-2[rn]", "2,7-(epoxypentadeca[1,11,13]trienimino)benzofuro[4,5-e]pyrido[1,2-a]benzimidazole-1,15(2h)-dione 25-(acetyloxy)-5,6,21,23-tetrahydroxy-27-methoxy-2,4,11,16,20,22,24,26-octamethyl- (2s,16z,18e,20s,21s,22r,23r,24r,25s,26r,27s,28e)-", "2,7-(epoxy[1,11,13]pentadecatrienoimino)furo[2'',3'':7',8']naphth[1',2':4,5]imidazo[1,2-a]pyridine-1,15(2h)-dione 25-(acetyloxy)-5,6,21,23-tetrahydroxy-27-methoxy-2,4,11,16,20,22,24,26-octamethyl-,("}|>, "8358" -> <|"DatabaseID" -> "SW04134", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391998]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01578"]}, "IsomericSmiles" -> "CC(=O)Nc1c(c(c(c(c1I)N(C)C(=O)C)I)C(=O)N[C@@H]2[C@H]([C@@H]([C@H](OC2O)CO)O)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01311"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METRIZAMIDE"|>, "PharmGKBID" -> "PA164742936", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443944]}, "Synonyms" -> {"metrizamide", "amipaque", "amipaque (tn)", "ncgc00016805-01", "2-[({3-(acetylamino)-5-[acetyl(methyl)amino]-2,4,6-triiodophenyl}carbonyl)amino]-2-deoxy-d-glucopyranose", "cas-31112-62-6", "31112-62-6[rn]", "2-(3-acetamido-2,4,6-triiodo-5-(n-methylacetamido)benzamido)-2-deoxy-d-glucopyranose", "2-[3-acetamido-2,4,6-triiodo-5-(n-methylacetamido)benzamido]-2-deoxy-d-glucopyranose", "31112-62-6", "2-({3-(acetylamino)-5-[acetyl(methyl)amino]-2,4,6-triiodobenzoyl}amino)-2-deoxy-d-glucopyranose", "dsstox_cid_3310", "2-({3-acetamido-5-[acetyl(methyl)amino]-2,4,6-triiodobenzoyl}amino)-2-deoxy-d-glucopyranose", "prestwick3_000463", "d-glucopyranose 2-[[3-(acetylamino)-5-(acetylmethylamino)-2,4,6-triiodobenzoyl]amino]-2-deoxy-", "dsstox_gsid_23310", "dsstox_rid_76969", "metrizamide (jan/usan)[jan][usan]", "250-475-5[einecs]", "ac1l9fg6"}|>, "8359" -> <|"DatabaseID" -> "SW04134", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391998]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01578"]}, "IsomericSmiles" -> "CC(=O)Nc1c(c(c(c(c1I)N(C)C(=O)C)I)C(=O)N[C@@H]2[C@H]([C@@H]([C@H](OC2O)CO)O)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01311"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "METRIZAMIDE"|>, "PharmGKBID" -> "PA164742936", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 443944]}, "Synonyms" -> {"metrizamide", "amipaque", "amipaque (tn)", "ncgc00016805-01", "2-[({3-(acetylamino)-5-[acetyl(methyl)amino]-2,4,6-triiodophenyl}carbonyl)amino]-2-deoxy-d-glucopyranose", "cas-31112-62-6", "31112-62-6[rn]", "2-(3-acetamido-2,4,6-triiodo-5-(n-methylacetamido)benzamido)-2-deoxy-d-glucopyranose", "2-[3-acetamido-2,4,6-triiodo-5-(n-methylacetamido)benzamido]-2-deoxy-d-glucopyranose", "31112-62-6", "2-({3-(acetylamino)-5-[acetyl(methyl)amino]-2,4,6-triiodobenzoyl}amino)-2-deoxy-d-glucopyranose", "dsstox_cid_3310", "2-({3-acetamido-5-[acetyl(methyl)amino]-2,4,6-triiodobenzoyl}amino)-2-deoxy-d-glucopyranose", "prestwick3_000463", "d-glucopyranose 2-[[3-(acetylamino)-5-(acetylmethylamino)-2,4,6-triiodobenzoyl]amino]-2-deoxy-", "dsstox_gsid_23310", "dsstox_rid_76969", "metrizamide (jan/usan)[jan][usan]", "250-475-5[einecs]", "ac1l9fg6"}|>, "8360" -> <|"DatabaseID" -> "SW04135", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "48923"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390114]}, "IsomericSmiles" -> "CC[C@@H]1[C@@]([C@@H]([C@H](C(=O)[C@@H](C[C@@]([C@@H]([C@H]([C@@H]([C@H](C(=O)O1)C)O[C@H]2C[C@@]([C@H]([C@@H](O2)C)O)(C)OC)C)O[C@H]3[C@@H]([C@H](C[C@H](O3)C)[NH+](C)C)OC(=O)CC)(C)O)C)C)O)(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00851"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ERYTHROMYCIN ESTOLATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441371]}, "Synonyms" -> {"erythromycin estolate", "erythromycin estorate", "erythromycin propionate lauryl sulfate", "lauromicina", "ilosone", "estomicina", "roxomicina", "marcoeritrex", "stellamicina", "neo-erycinum", "monopropionylerythromycin laurylsulfate", "propionylerythromycin lauryl sulfate", "(2s,3r,4s,6r)-4-(dimethylamino)-2-{[(3r,4s,5s,6r,7r,9r,11r,12r,13s,14r)-14-ethyl-7,12,13-trihydroxy-4-{[(2r,4r,5s,6s)-5-hydroxy-4-methoxy-4,6-dimethyltetrahydro-2h-pyran-2-yl]oxy}-3,5,7,9,11,13-hexamethyl-2,10-dioxooxacyclotetradecan-6-yl]oxy}-6-methyltetrahydro-2h-pyran-3-yl propanoate- dodecylhydrogensulfate(1:1)", "erythromycin estolate (1)", "erythromycin propionate compound with dodecyl sulfate", "ilosone[wiki]", "erythromycin 2'-propanoate dodecyl sulfate (salt)", "propionyl erythromycin lauryl sulfate", "pels", "3897327[beilstein]", "3521-62-8[rn]", "eritroger", "propionic acid 2'-ester with erythromycin dodecyl sulfate", "erythromycin 2'-propionate dodecyl sulfate", "lubomycine b", "eriscel", "lauryl sulfate propionyl erythromycin ester", "erythromycin 2'-propionate dodecyl sulfate (salt)", "eromycin", "erytrarco", "(3r,4s,5r,6r,7r,9r,11r,12r,13s,14r)-6-[(2s,3r,4s,6r)-4-dimethylamino-3-hydroxy-6-methyl-oxan-2-yl]oxy-14-ethyl-7,12,13-trihydroxy-4-[(2r,4r,5s,6s)-5-hydroxy-4-methoxy-4,6-dimethyl-oxan-2-yl]oxy-3,5,7,9,11,13-hexamethyl-1-oxacyclotetradecane-2,10-dione", "ilosone (tn)", "lauryl sulfate salt of thepropionicacid ester of erythromycin", "222-532-4[einecs]"}|>, "8361" -> <|"DatabaseID" -> "SW04136", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63578"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3605]}, "IsomericSmiles" -> "CN(CC(CO)O)C(=O)c1c(c(c(c(c1I)NC(=O)COC)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01893"]}, "OfficialNames" -> <|"China Approved Name" -> "Iopromide", "FDA Approved Drug" -> "IOPROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3736]}, "Synonyms" -> {"ultravist", "iopromide", "shl 414c", "iopromidum", "iopromida", "proscope", "iopromidum [inn-latin]", "ultravist 150", "1,3-benzenedicarboxamide n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(2-methoxyacetyl)amino]-n1-methyl-", "brn 7085608", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-n-methyl-5-{[(methyloxy)acetyl]amino}benzene-1,3-dicarboxamide", "einecs 277-385-9", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methylbenzene-1,3-dicarboxamide", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methylisophthalamide[acd/iupac name]", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiod-5-[(methoxyacetyl)amino]-n-methylbenzol-1,3-dicarboxamid", "ultravist 300", "proscope (tn)", "5-methoxyacetylamino-2,4,6-triiodoisophthalicacid [(2,3-dihydroxy-n-methylpropyl)-(2,3-dihydroxypropyl)]diamide", "iopromida[spanish][inn]", "iopromida [inn-spanish]", "277-385-9[einecs]", "73334-07-3", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-5-((methoxyacetyl)amino)-n-methyl-2,4,6-triiodo-", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methyl-", "zk-35760", "ultravist 370", "ultravist 240", "iopromida; iopromide; iopromidum", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methyl-1,3-benzenedicarboxamide", "iopromidum[latin]", "ultravist (pharmacy bulk)", "iopromide [usan:ban:inn][inn][usan]", "iopromidum [inn_la]", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-(2-methoxyacetamido)-n-methylisophthalamide", "73334-07-3[rn]"}|>, "8362" -> <|"DatabaseID" -> "SW04136", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63578"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3605]}, "IsomericSmiles" -> "CN(CC(CO)O)C(=O)c1c(c(c(c(c1I)NC(=O)COC)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01893"]}, "OfficialNames" -> <|"China Approved Name" -> "Iopromide", "FDA Approved Drug" -> "IOPROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3736]}, "Synonyms" -> {"ultravist", "iopromide", "shl 414c", "iopromidum", "iopromida", "proscope", "iopromidum [inn-latin]", "ultravist 150", "1,3-benzenedicarboxamide n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(2-methoxyacetyl)amino]-n1-methyl-", "brn 7085608", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-n-methyl-5-{[(methyloxy)acetyl]amino}benzene-1,3-dicarboxamide", "einecs 277-385-9", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methylbenzene-1,3-dicarboxamide", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methylisophthalamide[acd/iupac name]", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiod-5-[(methoxyacetyl)amino]-n-methylbenzol-1,3-dicarboxamid", "ultravist 300", "proscope (tn)", "5-methoxyacetylamino-2,4,6-triiodoisophthalicacid [(2,3-dihydroxy-n-methylpropyl)-(2,3-dihydroxypropyl)]diamide", "iopromida[spanish][inn]", "iopromida [inn-spanish]", "277-385-9[einecs]", "73334-07-3", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-5-((methoxyacetyl)amino)-n-methyl-2,4,6-triiodo-", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methyl-", "zk-35760", "ultravist 370", "ultravist 240", "iopromida; iopromide; iopromidum", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methyl-1,3-benzenedicarboxamide", "iopromidum[latin]", "ultravist (pharmacy bulk)", "iopromide [usan:ban:inn][inn][usan]", "iopromidum [inn_la]", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-(2-methoxyacetamido)-n-methylisophthalamide", "73334-07-3[rn]"}|>, "8363" -> <|"DatabaseID" -> "SW04136", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63578"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3605]}, "IsomericSmiles" -> "CN(CC(CO)O)C(=O)c1c(c(c(c(c1I)NC(=O)COC)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01893"]}, "OfficialNames" -> <|"China Approved Name" -> "Iopromide", "FDA Approved Drug" -> "IOPROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3736]}, "Synonyms" -> {"ultravist", "iopromide", "shl 414c", "iopromidum", "iopromida", "proscope", "iopromidum [inn-latin]", "ultravist 150", "1,3-benzenedicarboxamide n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(2-methoxyacetyl)amino]-n1-methyl-", "brn 7085608", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-n-methyl-5-{[(methyloxy)acetyl]amino}benzene-1,3-dicarboxamide", "einecs 277-385-9", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methylbenzene-1,3-dicarboxamide", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methylisophthalamide[acd/iupac name]", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiod-5-[(methoxyacetyl)amino]-n-methylbenzol-1,3-dicarboxamid", "ultravist 300", "proscope (tn)", "5-methoxyacetylamino-2,4,6-triiodoisophthalicacid [(2,3-dihydroxy-n-methylpropyl)-(2,3-dihydroxypropyl)]diamide", "iopromida[spanish][inn]", "iopromida [inn-spanish]", "277-385-9[einecs]", "73334-07-3", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-5-((methoxyacetyl)amino)-n-methyl-2,4,6-triiodo-", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methyl-", "zk-35760", "ultravist 370", "ultravist 240", "iopromida; iopromide; iopromidum", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methyl-1,3-benzenedicarboxamide", "iopromidum[latin]", "ultravist (pharmacy bulk)", "iopromide [usan:ban:inn][inn][usan]", "iopromidum [inn_la]", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-(2-methoxyacetamido)-n-methylisophthalamide", "73334-07-3[rn]"}|>, "8364" -> <|"DatabaseID" -> "SW04136", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63578"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3605]}, "IsomericSmiles" -> "CN(CC(CO)O)C(=O)c1c(c(c(c(c1I)NC(=O)COC)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01893"]}, "OfficialNames" -> <|"China Approved Name" -> "Iopromide", "FDA Approved Drug" -> "IOPROMIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3736]}, "Synonyms" -> {"ultravist", "iopromide", "shl 414c", "iopromidum", "iopromida", "proscope", "iopromidum [inn-latin]", "ultravist 150", "1,3-benzenedicarboxamide n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(2-methoxyacetyl)amino]-n1-methyl-", "brn 7085608", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-n-methyl-5-{[(methyloxy)acetyl]amino}benzene-1,3-dicarboxamide", "einecs 277-385-9", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methylbenzene-1,3-dicarboxamide", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methylisophthalamide[acd/iupac name]", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiod-5-[(methoxyacetyl)amino]-n-methylbenzol-1,3-dicarboxamid", "ultravist 300", "proscope (tn)", "5-methoxyacetylamino-2,4,6-triiodoisophthalicacid [(2,3-dihydroxy-n-methylpropyl)-(2,3-dihydroxypropyl)]diamide", "iopromida[spanish][inn]", "iopromida [inn-spanish]", "277-385-9[einecs]", "73334-07-3", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-5-((methoxyacetyl)amino)-n-methyl-2,4,6-triiodo-", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methyl-", "zk-35760", "ultravist 370", "ultravist 240", "iopromida; iopromide; iopromidum", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-[(methoxyacetyl)amino]-n-methyl-1,3-benzenedicarboxamide", "iopromidum[latin]", "ultravist (pharmacy bulk)", "iopromide [usan:ban:inn][inn][usan]", "iopromidum [inn_la]", "n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-5-(2-methoxyacetamido)-n-methylisophthalamide", "73334-07-3[rn]"}|>, "8365" -> <|"DatabaseID" -> "SW04137", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3612]}, "IsomericSmiles" -> "CC(=O)N(CC(CO)O)c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCCO)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02161"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOXILAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3743]}, "Synonyms" -> {"oxilan-300", "imagenil", "oxilan", "ioxitol", "ioxilan", "ioxilan (400 mg)", "ioxilane[french]", "107793-72-6", "5-(acetyl(2,3-dihydroxypropyl)amino)-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodo-1,3-benzenedicarboxamide", "ioxilanum[latin]", "ioxilan[wiki]", "107793-72-6[rn]", "n-(2,3-dihdroxypropyl)-n -(2-hydroxyethyl)-5-[n-(2,3-dihydroxypropyl)acetamido]-2,4,6-triiodoiosphthalamide", "5-(n-2,3-dihydroxypropylacetamido)-2,4,6-triiodo-n-(2-hydroxyethyl)-n -(2,3-dihydroxypropyl)-isophthalamide", "oxilan-300 (tn)", "ioxilanum", "5-[acetyl(2,3-dihydroxypropyl)amino]-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodobenzene-1,3-dicarboxamide", "ioxilan [usan:inn][inn][usan]", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n1-(2,3-dihydroxypropyl)-n3-(2-hydroxyethyl)-2,4,6-triiodo-", "5-[acetyl(2,3-dihydroxypropyl)amino]-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodoisophthalamide[acd/iupac name]", "n-(2,3-dihydroxypropyl)-5-(n-(2,3-dihydroxypropyl)acetamido)-n'-(2-hydroxyethyl)-2,4,6-triiodoisophthalamide", "ioxilane", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodo-", "ncgc00182070-02", "oxilan-350"}|>, "8366" -> <|"DatabaseID" -> "SW04137", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3612]}, "IsomericSmiles" -> "CC(=O)N(CC(CO)O)c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCCO)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02161"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOXILAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3743]}, "Synonyms" -> {"oxilan-300", "imagenil", "oxilan", "ioxitol", "ioxilan", "ioxilan (400 mg)", "ioxilane[french]", "107793-72-6", "5-(acetyl(2,3-dihydroxypropyl)amino)-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodo-1,3-benzenedicarboxamide", "ioxilanum[latin]", "ioxilan[wiki]", "107793-72-6[rn]", "n-(2,3-dihdroxypropyl)-n -(2-hydroxyethyl)-5-[n-(2,3-dihydroxypropyl)acetamido]-2,4,6-triiodoiosphthalamide", "5-(n-2,3-dihydroxypropylacetamido)-2,4,6-triiodo-n-(2-hydroxyethyl)-n -(2,3-dihydroxypropyl)-isophthalamide", "oxilan-300 (tn)", "ioxilanum", "5-[acetyl(2,3-dihydroxypropyl)amino]-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodobenzene-1,3-dicarboxamide", "ioxilan [usan:inn][inn][usan]", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n1-(2,3-dihydroxypropyl)-n3-(2-hydroxyethyl)-2,4,6-triiodo-", "5-[acetyl(2,3-dihydroxypropyl)amino]-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodoisophthalamide[acd/iupac name]", "n-(2,3-dihydroxypropyl)-5-(n-(2,3-dihydroxypropyl)acetamido)-n'-(2-hydroxyethyl)-2,4,6-triiodoisophthalamide", "ioxilane", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodo-", "ncgc00182070-02", "oxilan-350"}|>, "8367" -> <|"DatabaseID" -> "SW04137", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3612]}, "IsomericSmiles" -> "CC(=O)N(CC(CO)O)c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCCO)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02161"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOXILAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3743]}, "Synonyms" -> {"oxilan-300", "imagenil", "oxilan", "ioxitol", "ioxilan", "ioxilan (400 mg)", "ioxilane[french]", "107793-72-6", "5-(acetyl(2,3-dihydroxypropyl)amino)-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodo-1,3-benzenedicarboxamide", "ioxilanum[latin]", "ioxilan[wiki]", "107793-72-6[rn]", "n-(2,3-dihdroxypropyl)-n -(2-hydroxyethyl)-5-[n-(2,3-dihydroxypropyl)acetamido]-2,4,6-triiodoiosphthalamide", "5-(n-2,3-dihydroxypropylacetamido)-2,4,6-triiodo-n-(2-hydroxyethyl)-n -(2,3-dihydroxypropyl)-isophthalamide", "oxilan-300 (tn)", "ioxilanum", "5-[acetyl(2,3-dihydroxypropyl)amino]-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodobenzene-1,3-dicarboxamide", "ioxilan [usan:inn][inn][usan]", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n1-(2,3-dihydroxypropyl)-n3-(2-hydroxyethyl)-2,4,6-triiodo-", "5-[acetyl(2,3-dihydroxypropyl)amino]-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodoisophthalamide[acd/iupac name]", "n-(2,3-dihydroxypropyl)-5-(n-(2,3-dihydroxypropyl)acetamido)-n'-(2-hydroxyethyl)-2,4,6-triiodoisophthalamide", "ioxilane", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodo-", "ncgc00182070-02", "oxilan-350"}|>, "8368" -> <|"DatabaseID" -> "SW04137", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3612]}, "IsomericSmiles" -> "CC(=O)N(CC(CO)O)c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCCO)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02161"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOXILAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3743]}, "Synonyms" -> {"oxilan-300", "imagenil", "oxilan", "ioxitol", "ioxilan", "ioxilan (400 mg)", "ioxilane[french]", "107793-72-6", "5-(acetyl(2,3-dihydroxypropyl)amino)-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodo-1,3-benzenedicarboxamide", "ioxilanum[latin]", "ioxilan[wiki]", "107793-72-6[rn]", "n-(2,3-dihdroxypropyl)-n -(2-hydroxyethyl)-5-[n-(2,3-dihydroxypropyl)acetamido]-2,4,6-triiodoiosphthalamide", "5-(n-2,3-dihydroxypropylacetamido)-2,4,6-triiodo-n-(2-hydroxyethyl)-n -(2,3-dihydroxypropyl)-isophthalamide", "oxilan-300 (tn)", "ioxilanum", "5-[acetyl(2,3-dihydroxypropyl)amino]-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodobenzene-1,3-dicarboxamide", "ioxilan [usan:inn][inn][usan]", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n1-(2,3-dihydroxypropyl)-n3-(2-hydroxyethyl)-2,4,6-triiodo-", "5-[acetyl(2,3-dihydroxypropyl)amino]-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodoisophthalamide[acd/iupac name]", "n-(2,3-dihydroxypropyl)-5-(n-(2,3-dihydroxypropyl)acetamido)-n'-(2-hydroxyethyl)-2,4,6-triiodoisophthalamide", "ioxilane", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n-(2,3-dihydroxypropyl)-n'-(2-hydroxyethyl)-2,4,6-triiodo-", "ncgc00182070-02", "oxilan-350"}|>, "8369" -> <|"DatabaseID" -> "SW04138", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142838]}, "IsomericSmiles" -> "c1cc(c(cc1C2(c3c(c(c(c(c3Br)Br)Br)Br)C(=O)O2)c4ccc(c(c4)S(=O)(=O)[O-])O)S(=O)(=O)[O-])O", "OfficialNames" -> <|"NPC Approved Name" -> "(sulfobromophthalein)glutathione conjugate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 162696]}, "Synonyms" -> {"(sulfobromophthalein)glutathione conjugate", "bsp-sg", "glutathione-sulfobromophthalein conjugate", "disodium; (2s)-2-amino-5-[[(2r)-1-(carboxymethylamino)-1-oxo-3-sulfanylpropan-2-yl]amino]-5-oxopentanoic acid; 2-hydroxy-5-[4", "52682-84-5", "57818-96-9[rn]", "52682-84-5[rn]", "ar-1l4653", "ac1q1v0c", "sodium 3", "ar-1l4652", "ac1l4rrm"}|>, "8370" -> <|"DatabaseID" -> "SW04139", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8589]}, "IsomericSmiles" -> "CC[C@@H](C)C(=O)O[C@H]1[C@@H]([C@H]2[C@@H](C[NH+]3C[C@H](CC[C@H]3[C@@]2(C)O)C)[C@H]4[C@@]1([C@@H]5[C@@H]([C@@H]([C@H]6[C@]7([C@]5(C4)O[C@@]6([C@H](CC7)OC(=O)[C@](C)(CC)O)O)C)OC(=O)C)OC(=O)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "protoveratrine", "FDA Approved Drug" -> "CRYPTENAMINE TANNATES"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8931]}, "Synonyms" -> {"protofecaterine a", "protalba", "puroverine", "protoveratrine", "protoveratrin", "protoveratrine a", "nsc 7526", "[3b(s),4a,6a,7a,15a(r),16b]-4,9-epoxycevane-3,4,6,7,14,15,16,20-octol 6,7-diacetate 3-(2-hydroxy-2-methylbutanoate) 15-(2-methyl butanoate)", "4-21-00-06845", "[3?(s),4?,6?,7?,15?(r),16?]-4,9-epoxycevane-3,4,6,7,14,15,16,20-octol 6,7-diacetate 3-(2-hydroxy-2-methylbutyrate) 15-(2-methylbutyrate)", "11016-42-5[rn]", "4a,9-epoxycevane-3b,4,6a,7a,14,15a,16b,20-octol 6,7-diacetate 3(s)-(2-hydroxy-2-methylbutanoate) 15(r)-(2-methylbutanoate)", "4-21-00-06845 (beilstein handbook reference)[beilstein]", "205-602-9[einecs]", "nsc 23865", "(3s,4s,4ar,5r,6s,6as,6br,8r,8ar,9s,9as,12s,15as,15bs,16ar,16bs)-5,6-bis(acetyloxy)-4,6b,8,9-tetrahydroxy-9,12,16b-trimethyl-7-{[(2s)-2-methylbutanoyl]oxy}docosahydro-2h-4,16a-epoxybenzo[4,5]indeno[1,2-h]pyrido[1,2-b]isoquinolin-3-yl (2s)-2-hydroxy-2-m...", "143-57-7[rn]", "1360-61-8[rn]", "einecs 205-602-9", "nsc23865"}|>, "8371" -> <|"DatabaseID" -> "SW04140", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 392000]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@@H]2[C@H](O[C@H](C[C@@H]2O)O[C@@H]3[C@H](O[C@H](C[C@@H]3O)O[C@H]4CC[C@]5([C@@H](C4)CC[C@@H]6[C@@H]5C[C@H]([C@]7([C@@]6(CC[C@@H]7C8=CC(=O)OC8)O)C)O)C)C)C)O)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02587"]}, "OfficialNames" -> <|"NPC Approved Name" -> "metildigoxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954256]}, "Synonyms" -> {"lanirapid (tn)", "250-292-0[einecs]", "b-methyldigoxin", "methyldigoxin digoxin", "lanitop", "medigoxin[wiki]", "d02587", "betamethyl digoxin", "methyldigoxin", "metildigoxin", "metildigoxin (jp16)", "lanirapid", "4'''-methyldigoxin", "250-874-4[einecs]", "metildigoxin[jp15]", "digoxin methyl-", "31962-94-4[rn]", "30685-43-9[rn]", "4'''-o-methyldigoxin"}|>, "8372" -> <|"DatabaseID" -> "SW04141", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8072898]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)N[C@@H](CCCC[NH3+])C(=O)N[C@@H]([C@@H](C)O)C(=O)N[C@@H]([C@@H](C)O)C(=O)N[C@@H](CCCC[NH3+])C(=O)N[C@@H](CO)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "matrixyl"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9897237]}, "Synonyms" -> {"214047-00-4[rn]", "pal-ktts", "c39h75n7o10", "matrixyl acetate (palmitoy pentapeptide)", "chembl451881"}|>, "8373" -> <|"DatabaseID" -> "SW04142", "IsomericSmiles" -> "C[C@H]1[C@@H](N(C2C(=[NH+]1)NC(=[NH+]C2=O)N)C=O)[C@@H](C)Nc3ccc(cc3)C[C@@H]([C@@H]([C@@H](CO[C@@H]4[C@@H]([C@@H]([C@H](O4)COP(=O)([O-])O[C@H](CCC(=O)[O-])C(=O)[O-])O)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "alpha lipioic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66553117]}, "Synonyms" -> {"f4m", "1-[4-({(1r)-1-[(6s"}|>, "8374" -> <|"DatabaseID" -> "SW04142", "IsomericSmiles" -> "C[C@H]1[C@@H](N(C2C(=[NH+]1)NC(=[NH+]C2=O)N)C=O)[C@@H](C)Nc3ccc(cc3)C[C@@H]([C@@H]([C@@H](CO[C@@H]4[C@@H]([C@@H]([C@H](O4)COP(=O)([O-])O[C@H](CCC(=O)[O-])C(=O)[O-])O)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "alpha lipioic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66553117]}, "Synonyms" -> {"f4m", "1-[4-({(1r)-1-[(6s"}|>, "8375" -> <|"DatabaseID" -> "SW04142", "IsomericSmiles" -> "C[C@H]1[C@@H](N(C2C(=[NH+]1)NC(=[NH+]C2=O)N)C=O)[C@@H](C)Nc3ccc(cc3)C[C@@H]([C@@H]([C@@H](CO[C@@H]4[C@@H]([C@@H]([C@H](O4)COP(=O)([O-])O[C@H](CCC(=O)[O-])C(=O)[O-])O)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "alpha lipioic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66553117]}, "Synonyms" -> {"f4m", "1-[4-({(1r)-1-[(6s"}|>, "8376" -> <|"DatabaseID" -> "SW04142", "IsomericSmiles" -> "C[C@H]1[C@@H](N(C2C(=[NH+]1)NC(=[NH+]C2=O)N)C=O)[C@@H](C)Nc3ccc(cc3)C[C@@H]([C@@H]([C@@H](CO[C@@H]4[C@@H]([C@@H]([C@H](O4)COP(=O)([O-])O[C@H](CCC(=O)[O-])C(=O)[O-])O)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "alpha lipioic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 66553117]}, "Synonyms" -> {"f4m", "1-[4-({(1r)-1-[(6s"}|>, "8377" -> <|"DatabaseID" -> "SW04143", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "61049"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 393220]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00864"]}, "IsomericSmiles" -> "C[C@@H]1C[C@@H]([C@@H]2[C@H](C[C@H]([C@@](O2)(C(=O)C(=O)N3CCCC[C@H]3C(=O)O[C@@H]([C@@H]([C@H](CC(=O)[C@@H](/C=C(/C1)\\C)CC=C)O)C)/C(=C/[C@@H]4CC[C@H]([C@@H](C4)OC)O)/C)O)C)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D08556"]}, "OfficialNames" -> <|"Indian Approved Name" -> "tacrolimus", "Australia Approved Name" -> "TACROLIMUS", "FDA Approved Drug" -> "TACROLIMUS"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 445643]}, "Synonyms" -> {"tacrolimus", "prograf", "fujimycin", "fk-506", "protopic", "immunophilin fkbp12", "graceptor", "tacrolimus (inn)", "fr-900506", "modigraf", "fkbp-12", "ppiase", "k506", "12 kda fkbp", "tacrolimus anhydrous", "rotamase", "tacrolimus hydrate", "tacarolimus", "lcp-tacro", "peptidyl-prolyl cis-trans isomerase", "ec 5.2.1.8", "fk5", "104987-11-3", "advagraf", "15,19-epoxy-3h-pyrido[2,1-c][1,4]oxaazacyclotricosine-1,7,20,21(4h,23h)-tetrone,5,6,8,11,12,13,14,15,16,17,18,19,24,25,26,26a-hexadecahydro-5,19-dihydroxy-3-[(e)-2-[(1r,3r,4r)-4-hydroxy-3-methoxycyclohexyl]-1-methylethenyl]-14,16-dimethoxy-4,10,12,18-tetramethyl-8-(2-propen-1-yl)- (3s,4r,5s,8r,9e,12s,14s,15r,16s,18r,19r,26as)-", "(1r,9s,12s,13r,14s,17r,18e,21s,23s,24r,25s,27r)-1,14-dihydroxy-12-{(e)-2-[(1r,3r,4r)-4-hydroxy-3-methoxycyclohexyl]-1-methylethenyl}-23,25-dimethoxy-13,19,21,27-tetramethyl-17-prop-2-en-1-yl-11,28-dioxa-4-azatricyclo[22.3.1.04,9]octacos-18-ene-2,3,10,16-tetrone", "15,19-epoxy-3h-pyrido[2,1-c][1,4]oxaazacyclotricosine-1,7,20,21(4h,23h)-tetrone,5,6,8,11,12,13,14,15,16,17,18,19,24,25,26,26a-hexadecahydro-5,19-dihydroxy-3-[(e)-2-[(1r,3r,4r)-4-hydroxy-3-methoxycyclohexyl]-1-methylethenyl]-14,16-dimethoxy-4,10,12,18-tetramethyl-8-(2-propenyl)- (3s,4r,5s,8r,9e,12s,14s,15r,16s,18r,19r,26as)-", "(1r,9s,12s,13r,14s,17r,18e,21s,23s,24r,25s,27r)-17-allyl-1,14-dihydroxy-12-{(1e)-1-[(1r,3r,4r)-4-hydroxy-3-methoxycyclohexyl]-1-propen-2-yl}-23,25-dimethoxy-13,19,21,27-tetramethyl-11,28-dioxa-4-azatricyclo[22.3.1.04,9]octacos-18-ene-2,3,10,16-tetrone", "(-)-tacrolimus", "(-)-fk 506", "(3s,4r,5s,8r,9e,12s,14s,15r,16s,18r,19r,26as)-5,6,8,11,12,13,14,15,16,17,18,19,24,25,26,26a-hexadecahydro-5,19-dihydroxy-3-[(1e)-2-[(1r,3r,4r)-4-hydroxy-3-methoxycyclohexyl]-1-methylethenyl]-14,16-dimethoxy-4,10,12,18-tetramethyl-8-(2-propen-1-yl)-15,19-e", "(1r,9s,12s,13r,14s,17r,18e,21s,23s,24r,25s,27r)-17-allyl-1,14-dihydroxy-12-{(1e)-1-[(1r,3r,4r)-4-hydroxy-3-methoxycyclohexyl]prop-1-en-2-yl}-23,25-dimethoxy-13,19,21,27-tetramethyl-11,28-dioxa-4-azatricyclo[22.3.1.04,9]octacos-18-ene-2,3,10,16-tetrone", "prograf (tn)", "(3s,4r,5s,8r,9e,12s,14s,15r,16s,18r,19r,26as)-5,19-dihydroxy-3-{(1e)-1-[(1r,3r,4r)-4-hydroxy-3-methoxycyclohexyl]prop-1-en-2-yl}-14,16-dimethoxy-4,10,12,18-tetramethyl-8-(prop-2-en-1-yl)-5,6,8,11,12,13,14,15,16,17,18,19,24,25,26,26a-hexadecahydro-3h-15,19-epoxypyrido[2,1-c][1,4]oxazacyclotricosine-1,7,20,21(4h,23h)-tetrone", "104987-11-3[rn]", "109581-93-3[rn]", "tacrolimus[wiki][inn][usan]", "(1r,9s,12s,13r,14s,17r,18e,21s,23s,24r,25s,27r)-1,14-dihydroxy-12-{(e)-2-[(1r,3r,4r)-4-hydroxy-3-methoxycyclohexyl]-1-methylethenyl}-23,25-dimethoxy-13,19,21,27-tetramethyl-17-prop-2-en-1-yl-11,28-dioxa-4-azatricyclo[22.3.1.04,9]octacos-18-en-2,3,10,16-tetron[german]"}|>, "8378" -> <|"DatabaseID" -> "SW04144", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390625]}, "IsomericSmiles" -> "C[C@@]12CCC[C@@]([C@H]1CC[C@]34[C@H]2CC[C@](C3)(C(=C)C4)O[C@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)(C)C(=O)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stevioside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442089]}, "Synonyms" -> {"stevioside", "diterpene glycoside", "stevioside[wiki]", "c09189", "260-975-5[einecs]", "i06-1318", "(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl-(1r,4s,5r,9s,10r,13s)-13-{[(2s,3r,4s,5s,6r)-4,5-dihydroxy-6-(hydroxymethyl)-3-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}tetrahydro-2h-pyran-2-yl]oxy}-5,9-dimethyl-14-methylentetracyclo[11.2.1.01,10.04,9]hexadecan-5-carboxylat", "stock1n-63856", "(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl (1r,4s,5r,9s,10r,13s)-13-{[(2s,3r,4s,5s,6r)-4,5-dihydroxy-6-(hydroxymethyl)-3-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)oxan-2-yl]oxy}oxan-2-yl]oxy}-5,9-dimethyl-14-methylidenetetracyclo[11.2.1.01,10.04,9]hexadecane-5-carboxylate", "(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl (1r,4s,5r,9s,10r,13s)-13-{[(2s,3r,4s,5s,6r)-4,5-dihydroxy-6-(hydroxymethyl)-3-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}tetrahydro-2h-pyran-2-yl]oxy}-5,9-dimethyl-14-methylenetetracyclo[11.2.1.01,10.04,9]hexadecane-5-carboxylate", "13-[(2-o-.beta.-d-glucopyranosyl-.alpha.-d-glucopyranosyl)oxy]kaur-16-en-18-oic acid .beta.-d-glucopyranosyl ester", "57817-89-7", "akos015895872", "(2s,4s,5s,3r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)-2h-3,4,5,6-tetrahydropyran-2-yl 13-{(2s,4s,5s,3r,6r)-3-[(2s,4s,5s,3r,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)(2h-3,4,5,6-tetrahydropyran-2-yloxy)]-4; ,5-dihydroxy-6-(hydroxymethyl)(2h-3 4,5,6-tetrahydropyran-2-yloxy)}(4s,9s,13s1r,5r,10r)-5,9-dimethyl-14-methylene tetracyclo[11.2.1.0<1,10>.0<4,9>]hexadecae-5-carboxylate", "ac1l9c8h", "57817-89-7[rn]", "steviosid", "chembl444122", "molport-002-532-754", "steviosin"}|>, "8379" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8380" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8381" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8382" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8383" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8384" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8385" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8386" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8387" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8388" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8389" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8390" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8391" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8392" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8393" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8394" -> <|"DatabaseID" -> "SW04145", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 21241863]}, "IsomericSmiles" -> "CC(COC[C@@H]1[C@H]([C@@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2OCC(C)O)OCC(C)O)OCC(C)O)COCC(C)O)OCC(C)O)OCC(C)O)OCC(C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "misoprostol(in hpmc dispersion form)"|>, "Synonyms" -> {"hpmc", "9004-65-3[rn]", "methocel"}|>, "8395" -> <|"DatabaseID" -> "SW04146", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62172]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00511"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)OC2[C@H](O[C@H](C[C@@H]2O)O[C@@H]3[C@H](O[C@H](C[C@@H]3O)OC4CC[C@]5([C@@H](C4)CC[C@@H]6[C@@H]5CC[C@]7([C@@]6(CC[C@@H]7C8=CC(=O)OC8)O)C)C)C)C)OC(=O)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ACETYLDIGITOXIN"|>, "PharmGKBID" -> "PA164746246", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68949]}, "Synonyms" -> {"acigoxin", "acylanid", "desglucolanatoside a", "acylanide", "acetyldigitoxin", "adicin", "acedigal", "crystodigin", "acetildigitoxina[spanish][inn]", "25395-32-8[rn]", "alpha-acetyldigitoxin", "214-178-4[einecs]", "digitoxin 3'''-acetate", "ec 3.6.3.9", "acetyldigitoxin[wiki][inn]", "sodium pump subunit alpha 1", "1111-39-3[rn]", "sodium/potassium-transporting atpase alpha-1 chain precursor", "acetyl-digitoxin-alpha", "acetyldigitoxinum[latin]", "5-18-03-00354 (beilstein handbook reference)[beilstein]", "alpha-acetyldigitoxins", "na(+)/k(+) atpase alpha-1 subunit"}|>, "8396" -> <|"DatabaseID" -> "SW04146", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62172]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00511"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)OC2[C@H](O[C@H](C[C@@H]2O)O[C@@H]3[C@H](O[C@H](C[C@@H]3O)OC4CC[C@]5([C@@H](C4)CC[C@@H]6[C@@H]5CC[C@]7([C@@]6(CC[C@@H]7C8=CC(=O)OC8)O)C)C)C)C)OC(=O)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ACETYLDIGITOXIN"|>, "PharmGKBID" -> "PA164746246", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68949]}, "Synonyms" -> {"acigoxin", "acylanid", "desglucolanatoside a", "acylanide", "acetyldigitoxin", "adicin", "acedigal", "crystodigin", "acetildigitoxina[spanish][inn]", "25395-32-8[rn]", "alpha-acetyldigitoxin", "214-178-4[einecs]", "digitoxin 3'''-acetate", "ec 3.6.3.9", "acetyldigitoxin[wiki][inn]", "sodium pump subunit alpha 1", "1111-39-3[rn]", "sodium/potassium-transporting atpase alpha-1 chain precursor", "acetyl-digitoxin-alpha", "acetyldigitoxinum[latin]", "5-18-03-00354 (beilstein handbook reference)[beilstein]", "alpha-acetyldigitoxins", "na(+)/k(+) atpase alpha-1 subunit"}|>, "8397" -> <|"DatabaseID" -> "SW04146", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62172]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00511"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)OC2[C@H](O[C@H](C[C@@H]2O)O[C@@H]3[C@H](O[C@H](C[C@@H]3O)OC4CC[C@]5([C@@H](C4)CC[C@@H]6[C@@H]5CC[C@]7([C@@]6(CC[C@@H]7C8=CC(=O)OC8)O)C)C)C)C)OC(=O)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ACETYLDIGITOXIN"|>, "PharmGKBID" -> "PA164746246", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68949]}, "Synonyms" -> {"acigoxin", "acylanid", "desglucolanatoside a", "acylanide", "acetyldigitoxin", "adicin", "acedigal", "crystodigin", "acetildigitoxina[spanish][inn]", "25395-32-8[rn]", "alpha-acetyldigitoxin", "214-178-4[einecs]", "digitoxin 3'''-acetate", "ec 3.6.3.9", "acetyldigitoxin[wiki][inn]", "sodium pump subunit alpha 1", "1111-39-3[rn]", "sodium/potassium-transporting atpase alpha-1 chain precursor", "acetyl-digitoxin-alpha", "acetyldigitoxinum[latin]", "5-18-03-00354 (beilstein handbook reference)[beilstein]", "alpha-acetyldigitoxins", "na(+)/k(+) atpase alpha-1 subunit"}|>, "8398" -> <|"DatabaseID" -> "SW04146", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 62172]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00511"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)OC2[C@H](O[C@H](C[C@@H]2O)O[C@@H]3[C@H](O[C@H](C[C@@H]3O)OC4CC[C@]5([C@@H](C4)CC[C@@H]6[C@@H]5CC[C@]7([C@@]6(CC[C@@H]7C8=CC(=O)OC8)O)C)C)C)C)OC(=O)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "ACETYLDIGITOXIN"|>, "PharmGKBID" -> "PA164746246", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68949]}, "Synonyms" -> {"acigoxin", "acylanid", "desglucolanatoside a", "acylanide", "acetyldigitoxin", "adicin", "acedigal", "crystodigin", "acetildigitoxina[spanish][inn]", "25395-32-8[rn]", "alpha-acetyldigitoxin", "214-178-4[einecs]", "digitoxin 3'''-acetate", "ec 3.6.3.9", "acetyldigitoxin[wiki][inn]", "sodium pump subunit alpha 1", "1111-39-3[rn]", "sodium/potassium-transporting atpase alpha-1 chain precursor", "acetyl-digitoxin-alpha", "acetyldigitoxinum[latin]", "5-18-03-00354 (beilstein handbook reference)[beilstein]", "alpha-acetyldigitoxins", "na(+)/k(+) atpase alpha-1 subunit"}|>, "8399" -> <|"DatabaseID" -> "SW04147", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3610]}, "IsomericSmiles" -> "C(CO)N(c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I)C(=O)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01555"]}, "OfficialNames" -> <|"China Approved Name" -> "Ioversol", "FDA Approved Drug" -> "IOVERSOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3741]}, "Synonyms" -> {"ioversol", "optiray", "optiray 240", "optiray 320", "optiray 160", "optiray 350", "87771-40-2", "brn 7155654", "n,n'-bis(2,3-dihydroxypropyl)-5-[glycoloyl(2-hydroxyethyl)amino]-2,4,6-triiodoisophthalamide[acd/iupac name]", "n,n'-bis(2,3-dihydroxypropyl)-5-(n-(2-hydroxyethyl)glycolamido)-2,4,6-triiodoisophthalamide", "87771-40-2[rn]", "mp-328", "ioversolum [latin]", "optiray 300", "n,n'-bis(2,3-dihydroxypropyl)-5-[(hydroxyacetyl)(2-hydroxyethyl)amino]-2,4,6-triiodbenzol-1,3-dicarboxamid", "n,n -bis(2,3-dihydroxypropyl)-5-[n-(2-hydroxyethyl)-glycolamidol]-2,4,6-triiodoisophthalamide", "1,3-benzenedicarboxamide n1,n3-bis(2,3-dihydroxypropyl)-5-[(2-hydroxyacetyl)(2-hydroxyethyl)amino]-2,4,6-triiodo-", "ioversolum[latin]", "optiray (tn)", "n,n'-bis(2,3-dihydroxypropyl)-5-((hydroxyacetyl)(2-hydroxyethyl)amino)-2,4,6-triiodo-1,3-benzenedicarboxamide", "ioversol [usan:ban:inn][inn][usan]", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-5-((hydroxyacetyl)(2-hydroxyethyl)amino)-2,4,6-triiodo-", "n,n'-bis(2,3-dihydroxypropyl)-5-[(hydroxyacetyl)(2-hydroxyethyl)amino]-2,4,6-triiodobenzene-1,3-dicarboxamide", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-5-[(hydroxyacetyl)(2-hydroxyethyl)amino]-2,4,6-triiodo-"}|>, "8400" -> <|"DatabaseID" -> "SW04147", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3610]}, "IsomericSmiles" -> "C(CO)N(c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I)C(=O)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01555"]}, "OfficialNames" -> <|"China Approved Name" -> "Ioversol", "FDA Approved Drug" -> "IOVERSOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3741]}, "Synonyms" -> {"ioversol", "optiray", "optiray 240", "optiray 320", "optiray 160", "optiray 350", "87771-40-2", "brn 7155654", "n,n'-bis(2,3-dihydroxypropyl)-5-[glycoloyl(2-hydroxyethyl)amino]-2,4,6-triiodoisophthalamide[acd/iupac name]", "n,n'-bis(2,3-dihydroxypropyl)-5-(n-(2-hydroxyethyl)glycolamido)-2,4,6-triiodoisophthalamide", "87771-40-2[rn]", "mp-328", "ioversolum [latin]", "optiray 300", "n,n'-bis(2,3-dihydroxypropyl)-5-[(hydroxyacetyl)(2-hydroxyethyl)amino]-2,4,6-triiodbenzol-1,3-dicarboxamid", "n,n -bis(2,3-dihydroxypropyl)-5-[n-(2-hydroxyethyl)-glycolamidol]-2,4,6-triiodoisophthalamide", "1,3-benzenedicarboxamide n1,n3-bis(2,3-dihydroxypropyl)-5-[(2-hydroxyacetyl)(2-hydroxyethyl)amino]-2,4,6-triiodo-", "ioversolum[latin]", "optiray (tn)", "n,n'-bis(2,3-dihydroxypropyl)-5-((hydroxyacetyl)(2-hydroxyethyl)amino)-2,4,6-triiodo-1,3-benzenedicarboxamide", "ioversol [usan:ban:inn][inn][usan]", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-5-((hydroxyacetyl)(2-hydroxyethyl)amino)-2,4,6-triiodo-", "n,n'-bis(2,3-dihydroxypropyl)-5-[(hydroxyacetyl)(2-hydroxyethyl)amino]-2,4,6-triiodobenzene-1,3-dicarboxamide", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-5-[(hydroxyacetyl)(2-hydroxyethyl)amino]-2,4,6-triiodo-"}|>, "8401" -> <|"DatabaseID" -> "SW04147", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3610]}, "IsomericSmiles" -> "C(CO)N(c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I)C(=O)CO", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01555"]}, "OfficialNames" -> <|"China Approved Name" -> "Ioversol", "FDA Approved Drug" -> "IOVERSOL"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3741]}, "Synonyms" -> {"ioversol", "optiray", "optiray 240", "optiray 320", "optiray 160", "optiray 350", "87771-40-2", "brn 7155654", "n,n'-bis(2,3-dihydroxypropyl)-5-[glycoloyl(2-hydroxyethyl)amino]-2,4,6-triiodoisophthalamide[acd/iupac name]", "n,n'-bis(2,3-dihydroxypropyl)-5-(n-(2-hydroxyethyl)glycolamido)-2,4,6-triiodoisophthalamide", "87771-40-2[rn]", "mp-328", "ioversolum [latin]", "optiray 300", "n,n'-bis(2,3-dihydroxypropyl)-5-[(hydroxyacetyl)(2-hydroxyethyl)amino]-2,4,6-triiodbenzol-1,3-dicarboxamid", "n,n -bis(2,3-dihydroxypropyl)-5-[n-(2-hydroxyethyl)-glycolamidol]-2,4,6-triiodoisophthalamide", "1,3-benzenedicarboxamide n1,n3-bis(2,3-dihydroxypropyl)-5-[(2-hydroxyacetyl)(2-hydroxyethyl)amino]-2,4,6-triiodo-", "ioversolum[latin]", "optiray (tn)", "n,n'-bis(2,3-dihydroxypropyl)-5-((hydroxyacetyl)(2-hydroxyethyl)amino)-2,4,6-triiodo-1,3-benzenedicarboxamide", "ioversol [usan:ban:inn][inn][usan]", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-5-((hydroxyacetyl)(2-hydroxyethyl)amino)-2,4,6-triiodo-", "n,n'-bis(2,3-dihydroxypropyl)-5-[(hydroxyacetyl)(2-hydroxyethyl)amino]-2,4,6-triiodobenzene-1,3-dicarboxamide", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-5-[(hydroxyacetyl)(2-hydroxyethyl)amino]-2,4,6-triiodo-"}|>, "8402" -> <|"DatabaseID" -> "SW04148", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "4672"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01248"]}, "IsomericSmiles" -> "CC1=C2[C@H](C(=O)[C@@]3([C@H](C[C@@H]4[C@]([C@H]3[C@@H]([C@@](C2(C)C)(C[C@@H]1OC(=O)[C@@H]([C@H](c5ccccc5)NC(=O)OC(C)(C)C)O)O)OC(=O)c6ccccc6)(CO4)OC(=O)C)O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07866"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "docetaxel", "Indian Approved Name" -> "docetaxel", "FDA Approved Drug" -> "DOCETAXEL"|>, "PharmGKBID" -> "PA449383", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 148124]}, "Synonyms" -> {"docetaxel", "taxotere", "docetaxel anhydrous", "chebi:4672", "txl", "docetaxel trihydrate", "taxotere(r)", "emdoc", "taxotere (tn)", "ac1l3whj", "chembl92", "114977-28-5"}|>, "8403" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8404" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8405" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8406" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8407" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8408" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8409" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8410" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8411" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8412" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8413" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8414" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8415" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8416" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8417" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8418" -> <|"DatabaseID" -> "SW04149", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64273]}, "IsomericSmiles" -> "CC1C(C(CC(O1)OC2C(OC(CC2O)OC3C(OC(CC3O)OC4CCC5(C(C4)CCC6C5CCC7(C6(CC(C7C8=CC(=O)OC8)OC=O)O)C)C)C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gitaloxin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71123]}, "Synonyms" -> {"16-formyl-gitoxin", "gitoxigenin tridigitoxoxide-16-formate", "cristaloxine", "gitoxin 16-formate", "card-20(22)-enolide 3-[[o--2,6-dideoxyhexopyranosyl-(1->4)-o--2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy]-16-(formyloxy)-14-hydroxy-", "einecs 221-864-7", "221-864-7[einecs]", "gitaloxine [inn-french]", "gitaloxigenin-tridigitoxosid [german]", "gitaloxin[inn]", "3-{[2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl-(1->4)-2,6-dideoxyhexopyranosyl]oxy}-16-(formyloxy)-14-hydroxycard-20(22)-enolide[acd/iupac name]", "gitaloxina [inn-spanish]", "5-18-04-00389 (beilstein handbook reference)[beilstein]", "3261-53-8[rn]", "gitaloxin", "gitaloxina[spanish][inn]", "gitaloxinum[latin]", "gitaloxine[french][inn]", "gitaloxigenin-tridigitoxosid[german]", "gitaloxinum [inn-latin]"}|>, "8419" -> <|"DatabaseID" -> "SW04150", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4950563]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00337"]}, "IsomericSmiles" -> "CC[C@@H]1/C=C(\\\\C[C@@H](C[C@@H]([C@@H]2[C@H](C[C@H]([C@@](O2)(C(=O)C(=O)N3CCCC[C@H]3C(=O)O[C@@H]([C@@H]([C@H](CC1=O)O)C)/C(=C/[C@@H]4CC[C@@H]([C@@H](C4)OC)Cl)/C)O)C)OC)OC)C)/C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05480"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PIMECROLIMUS"|>, "PharmGKBID" -> "PA164783790", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6447131]}, "Synonyms" -> {"pimecrolimus", "elidel", "sdz asm 981", "asm 981", "sdz-asm 981", "33-epi-chloro-33-desoxyascomycin", "elidel (tn)", "15,19-epoxy-3h-pyrido(2,1-c)(1,4)oxaazacyclotricosine-1,7,20,21(4h,23h)-tetrone,3-((1e)-2-((1r,3r,4s)-4-chloro-3-methoxycyclohexyl)-1-methylethenyl)-8-ethyl-5,6,8,11,12,13,14,15,16,17,18,19,24,25,26,26a-hexadecahydro-5,19-dihydroxy-14,16-dimethoxy-4,10,12,18-tetramethyl- (3s,4r,5s,8r,9e,12s,14s,15r,16s,18r,19r,26as)-", "elidel[wiki]", "ppiase", "unii-7kyv510875", "15,19-epoxy-3h-pyrido(2,1-c)(1,4)oxaazacyclotricosine-1,7,20,21(4h,23h)-tetrone,3-(2-(4-chloro-3-methoxycyclohexyl)-1-methylethenyl)-8-ethyl-,5,6,8,11,12,13,14,15,16,17,18,19,24,25,26,26a-hexadecahydro-5,19-dihydroxy-14,16-dimethoxy-4,10,12,18-tetramethyl- (3s-(3r*(e(1s*,3s*,4r*)),4s*,5r*,8s*,9e,12r*,14r*,15s*,16r*,18s*,19s*,26ar*))-", "rotamase", "immunophilin fkbp12", "s5004_selleck", "fkbp-12", "pimecrolimus[wiki]", "sdz-asm-981", "137071-32-0[rn]", "12 kda fkbp", "ec 5.2.1.8", "peptidyl-prolyl cis-trans isomerase"}|>, "8420" -> <|"DatabaseID" -> "SW04151", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153095]}, "IsomericSmiles" -> "c1cc(cnc1)C(=O)OC2C(C(C(C(C2OC(=O)c3cccnc3)OC(=O)c4cccnc4)OC(=O)c5cccnc5)OC(=O)c6cccnc6)OC(=O)c7cccnc7", "OfficialNames" -> <|"NPC Approved Name" -> "vascunicol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11979870]}, "Synonyms" -> {"8067-26-3", "8067-26-3[rn]", "myo-inositol"}|>, "8421" -> <|"DatabaseID" -> "SW04152", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4572835]}, "IsomericSmiles" -> "CC[C@]12C[NH+]3CCc4c5ccccc5[nH]c4[C@](C[C@H](C3)[C@H]1O2)(c6cc7c(cc6OC)N([C@@H]8[C@]79CC[NH+]1[C@H]9[C@@](C=CC1)([C@H]([C@@]8(C(=O)OC)O)OC(=O)C)CC)C)C(=O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "leurosine sulphate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5459329]}, "Synonyms" -> {"leurosine sulfate", "vincaleucoblastine", "catharanthus roseus alkaloid b99752 k295", "nsc-528004", "leurosine sulfate", "54081-68-4", "23360-92-1[rn]", "ag-l-67042", "alkaloid isolated from madagascar periwinkle", "lilly 32634", "57986-74-0", "viinleurosine sulfate", "unii-g7e5nu015t", "vinleurosine sulfate"}|>, "8422" -> <|"DatabaseID" -> "SW04153", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 141537]}, "IsomericSmiles" -> "CC[C@]1(C[C@H]2C[C@@](c3c(c4ccccc4[nH]3)CC[NH+](C2)C1)(c5cc6c(cc5OC)N([C@@H]7C68CC[NH+]9[C@H]8[C@@](C=CC9)([C@H]([C@@]7(C(=O)OC)O)OC(=O)C)CC)C)C(=O)OC)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vinrosidine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161115]}, "Synonyms" -> {"leurosidine", "vinrosidine diacetate", "vinrosidinum[latin]", "vinrosidine[inn]", "vinrosidine", "leurosidine diacetate", "vinrosidina[spanish][inn]", "(4'-alpha)-vincaleukoblastine", "vinrosidine [inn]", "(2|a", "1844-26-4", "vinrosidina [inn-spanish]", "15228-71-4[rn]", "vinrosidinum [inn-latin]"}|>, "8423" -> <|"DatabaseID" -> "SW04154", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27375"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 211446]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00570"]}, "IsomericSmiles" -> "CC[C@@]1(C[C@@H]2C[C@@](c3c(c4ccccc4[nH]3)CC[NH+](C2)C1)(c5cc6c(cc5OC)N([C@@H]7[C@]68CC[NH+]9[C@H]8[C@@](C=CC9)([C@H]([C@@]7(C(=O)OC)O)OC(=O)C)CC)C)C(=O)OC)O", "OfficialNames" -> <|"Indian Approved Name" -> "vinblastine", "WHO Essential Medicine" -> "vinblastine", "Australia Approved Name" -> "VINBLASTINE SULFATE"|>, "PharmGKBID" -> "PA451877", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 241903]}, "Synonyms" -> {"vincaleukoblastine", "vinblastine", "vinblastine sulfate", "velbe", "methyl (1r,9r,10s,11r,12r,19r)-11-(acetyloxy)-12-ethyl-4-[(1s,13s,15s,17s)-17-ethyl-17-hydroxy-13-(methoxycarbonyl)-1,11-diazatetracyclo[13.3.1.04,12.05,10]nonadeca-4(12),5(10),6,8-tetraen-13-yl", "865-21-4", "vinblastina (tn)", "vinblastine (inn)", "chebi:27375", "activator protein 1", "vincaleucoblastine", "db00570", "bio-0111", "velban", "vinblastina [dcit]", "ap1", "v-jun avian sarcoma virus 17 oncogene homolog", "vincaleucoblastin", "hms2090k05", "vinblastinum [inn-latin]", "vincoblastine", "ac1l68d2", "nincaluicolflastine", "proto-oncogene c-jun", "p39", "rozevin", "vinblastin", "143-67-9[rn]", "143-67-9", "(3ar,3a1r,4r,5s,5ar,10br)-methyl 4-acetoxy-3a-ethyl-9-((3s,5s,7s,9s)-5-ethyl-5-hydroxy-9-(methoxycarbonyl)-2,4,5,6,7,8,9,10-octahydro-1h-3,7-methano[1]azacycloundecino[5,4-b]indol-9-yl)-5-hydroxy-8-methoxy-6-methyl-3a,3a1,4,5,5a,6,11,12-octahydro-1h-indolizino[8,1-cd]carbazole-5-carboxylate", "4779207[beilstein]", "vincaleukoblastine;vincaleucoblastine", "vincaleukoblastine derivative", "vinblastine[wiki]", "vlb", "velban[wiki]", "vincaleukoblastine 6,7-dihydro-", "865-21-4[rn]", "vincaleukoblastine;", "exal", "6,7-dihydrovincaleukoblastine", "212-734-0[einecs]", "29060-le"}|>, "8424" -> <|"DatabaseID" -> "SW04155", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254027]}, "IsomericSmiles" -> "CCCCCCCCC/C=C/CCCCCCCC(=O)OCC(COP(=O)([O-])OCC[N+](C)(C)C)OC(=O)CCCCCCC/C=C/CCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lecithine", "NPC Approved Name" -> "lecithin egg yolk"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850739]}, "Synonyms" -> {"vitellin", "alcolec s", "ovovitellin", "kelecin", "lecithin", "granulestin", "gliddex", "lecithine", "egg yolk", "soybean lecithin", "acti-flow 68-sb"}|>, "8425" -> <|"DatabaseID" -> "SW04155", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254027]}, "IsomericSmiles" -> "CCCCCCCCC/C=C/CCCCCCCC(=O)OCC(COP(=O)([O-])OCC[N+](C)(C)C)OC(=O)CCCCCCC/C=C/CCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lecithine", "NPC Approved Name" -> "lecithin egg yolk"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850739]}, "Synonyms" -> {"vitellin", "alcolec s", "ovovitellin", "kelecin", "lecithin", "granulestin", "gliddex", "lecithine", "egg yolk", "soybean lecithin", "acti-flow 68-sb"}|>, "8426" -> <|"DatabaseID" -> "SW04155", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254027]}, "IsomericSmiles" -> "CCCCCCCCC/C=C/CCCCCCCC(=O)OCC(COP(=O)([O-])OCC[N+](C)(C)C)OC(=O)CCCCCCC/C=C/CCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lecithine", "NPC Approved Name" -> "lecithin egg yolk"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850739]}, "Synonyms" -> {"vitellin", "alcolec s", "ovovitellin", "kelecin", "lecithin", "granulestin", "gliddex", "lecithine", "egg yolk", "soybean lecithin", "acti-flow 68-sb"}|>, "8427" -> <|"DatabaseID" -> "SW04155", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5254027]}, "IsomericSmiles" -> "CCCCCCCCC/C=C/CCCCCCCC(=O)OCC(COP(=O)([O-])OCC[N+](C)(C)C)OC(=O)CCCCCCC/C=C/CCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "lecithine", "NPC Approved Name" -> "lecithin egg yolk"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6850739]}, "Synonyms" -> {"vitellin", "alcolec s", "ovovitellin", "kelecin", "lecithin", "granulestin", "gliddex", "lecithine", "egg yolk", "soybean lecithin", "acti-flow 68-sb"}|>, "8428" -> <|"DatabaseID" -> "SW04156", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16707]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01361"]}, "IsomericSmiles" -> "C[C@@H]1C[C@@H]([C@H]([C@@H](O1)O[C@H]2[C@H](C[C@@]3(CO3)C(=O)[C@@H]([C@H]([C@H]([C@H](OC(=O)[C@@H]([C@H]([C@@H]2C)O[C@H]4C[C@@H]([C@H]([C@@H](O4)C)OC(=O)C)OC)C)C)C)OC(=O)C)C)C)OC(=O)C)[NH+](C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01322"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TROLEANDOMYCIN"|>, "PharmGKBID" -> "PA127840611", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 202225]}, "Synonyms" -> {"triacetyloleandomycin", "cyclamycin", "troleandomycin", "tao", "matromicina", "evramicina", "oleandocetine", "tao (tn)", "treolmicina", "tribiocillina", "oleandomycin triacetate (ester)", "oleandomycin triacetyl ester", "220-392-9[einecs]", "troleandomycinum[latin]", "troleandomycin[usp]", "oleandocetin", "troleandomycine[french][inn]", "viamicina", "triocetin", "triacetyloleandomycin (jan)", "troleandomicina[spanish][inn]", "matromycin t", "wytrion", "t.a.o.", "tao (van)", "triolan", "oleandomycin triacetate", "treis-micina", "triacetyl ester of oleandomycin", "triacetyloleandomycinum", "troleandomycin (usp/inn)", "troleandomycin [usan:inn][inn][usan]", "oleandomycin triacetyl-", "2751-09-9[rn]", "prestwick3_000036", "aovine"}|>, "8429" -> <|"DatabaseID" -> "SW04157", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445365]}, "IsomericSmiles" -> "CCC(=O)O[C@@H]1CC(=O)O[C@@H](C/C=C/C=C/[C@@H]([C@@H](C[C@@H]([C@@H]([C@H]1OC)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)C)O[C@H]3C[C@@]([C@H]([C@@H](O3)C)OC(=O)CC)(C)O)[NH+](C)C)O)CC=O)C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01339"]}, "OfficialNames" -> <|"China Approved Name" -> "Midecamycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282169]}, "Synonyms" -> {"medemycin (tn)", "midecamycin", "medemycin", "ncgc00016830-01", "antibiotic sf 837", "mdm", "(2s,3s,4r,6s)-6-{[(2r,3s,4r,5r,6s)-4-(dimethylamino)-5-hydroxy-6-{[(4r,5s,6s,7r,9r,10r,11e,13e,16r)-10-hydroxy-5-methoxy-9,16-dimethyl-2-oxo-7-(2-oxoethyl)-4-(propanoyloxy)-1-oxacyclohexadeca-11,13-dien-6-yl]oxy}-2-methyloxan-3-yl]oxy}-4-hydroxy-2,4-dimethyloxan-3-yl propanoate", "yl 704b1", "35457-80-8[rn]", "midecamycin (jp16/inn)", "ac1nqzlh", "espinomycin a", "252-578-0[einecs]", "leucomycin v 3,4b-dipropanoate", "(4r,5s,6s,7r,9r,10r,11e,13e,16r)-6-{[(2s,3r,4r,5s,6r)-4-(dimethylamino)-3-hydroxy-5-{[(2s,4r,5s,6s)-4-hydroxy-4,6-dimethyl-5-(propionyloxy)tetrahydro-2h-pyran-2-yl]oxy}-6-methyltetrahydro-2h-pyran-2-yl]oxy}-10-hydroxy-5-methoxy-9,16-dimethyl-2-oxo-7-(2-oxoethyl)oxacyclohexadeca-11,13-dien-4-yl propanoate(non-preferred name)", "macro-dil", "platenomycin b1", "de 4',4''-dipropionate (ester)", "macropen", "antibiotic yl 704b1", "madecacine", "dsstox_gsid_45463", "midecamycin[jp15]", "dsstox_rid_80894", "midecamycin a1", "7-(formylmethyl)-4,10-dihydroxy-5-methoxy-9,16-dimethyl-2-oxooxacyclohexadeca-11,13-dien-6-yl 3,6-dideoxy-4-o-(2,6-dideoxy-3-c-methyl-a-l-ribo-hexopyranosyl)-3-(dimethylamino)-b-d-glucopyranoside 4',4", "dsstox_cid_25463", "35457-80-8", "(4r,5s,6s,7r,9r,10r,11e,13e,16r)-6-{[(2s,3r,4r,5s,6r)-4-(dimethylamino)-3-hydroxy-5-{[(2s,4r,5s,6s)-4-hydroxy-4,6-dimethyl-5-(propanoyloxy)tetrahydro-2h-pyran-2-yl]oxy}-6-methyltetrahydro-2h-pyran-2-yl]oxy}-10-hydroxy-5-methoxy-9,16-dimethyl-2-oxo-7-(2-oxoethyl)oxacyclohexadeca-11,13-dien-4-yl propanoate(non-preferred name)", "''-dipropionate (ester)", "turimycin p3", "cas-35457-80-8", "mydecamycin"}|>, "8430" -> <|"DatabaseID" -> "SW04159", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2339514]}, "IsomericSmiles" -> "CCCC(=O)c1c(c(c(c(c1O)CC2=C(C(C(=O)C(=C2[O-])C(=O)C)(C)C)O)O)Cc3c(c(c(c(c3O)C(=O)CCC)O)CC4=C(C(C(=O)C(=C4[O-])C(=O)C)(C)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "dryocrassin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3082025]}, "Synonyms" -> {"dryocrassin", "12777-70-7[rn]", "2,5-cyclohexadien-1-one 2,2'-(methylenebis((2,4,6-trihydroxy-5-(1-oxobutyl)-3,1-phenylene)methylene)bis(6-acetyl-3,5-dihydroxy-", "2-acetyl-4-[[3-[[3-[(5-acetyl-2", "ac1miy0j", "2", "12777-70-7"}|>, "8431" -> <|"DatabaseID" -> "SW04161", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4881963]}, "IsomericSmiles" -> "C[C@H](C(=O)N[C@H](Cc1ccc2ccccc2c1)C(=O)N[C@@H](C)C(=O)N[C@@H](Cc3c[nH]c4c3cccc4)C(=O)N[C@@H](Cc5ccccc5)C(=O)N[C@@H](CCCC[NH3+])C(=O)N)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02040"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pralmorelin hydrochloride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6321294]}, "Synonyms" -> {"ghrp", "ghrp (tn)", "d02040", "pralmorelin dihydrochloride[usan]", "ac1o423m", "pralmorelin dihydrochloride", "158827-34-0[rn]", "106621-ep2298760a1", "pralmorelin hydrochloride (jan)", "pralmorelin hydrochloride", "(2s)-6-amino-2-[[(2s)-2-[[(2s)-2-[[(2s)-2-[[(2r)-2-[[(2r)-2-aminopropanoyl]amino]-3-naphthalen-2-ylpropanoyl]amino]propanoyl]amino]-3-(1h-indol-3-yl)propanoyl]amino]-3-phenylpropanoyl]amino]hexanamide dihydrochloride"}|>, "8432" -> <|"DatabaseID" -> "SW04162", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31709"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3599]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01362"]}, "IsomericSmiles" -> "CC(=O)N(CC(CO)O)c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01817"]}, "OfficialNames" -> <|"China Approved Name" -> "iohexol", "WHO Essential Medicine" -> "iohexol", "FDA Approved Drug" -> "IOHEXOL"|>, "PharmGKBID" -> "PA450061", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3730]}, "Synonyms" -> {"omnipaque", "iohexol", "nycodenz", "exypaque", "66108-95-0", "histodenz", "omnipaque 240", "66108-95-0[rn]", "chebi:31709", "omnipaque[wiki]", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodbenzol-1,3-dicarboxamid", "win-39424", "omnipaque (tn)", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide[acd/iupac name]", "compound 545", "iohexolum", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-1,3-benzenedicarboxamide", "n,n'-bis(2,3-dihydroxypropyl)-5-(n-(2,3-dihydroxypropyl)acetamido)-2,4,6-triiodoisophthalamide", "n,n'-bis(2,3-dihydroxypropyl)-5-[n-(2,3-dihydroxypropyl)acetamido]-2,4,6-triiodoisophthalamide", "iohexol [usan:ban:inn:jan][inn][jan][usan]", "iohexolum [inn-latin]", "iohexol; iohexolum", "einecs 266-164-2", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "iohexol[wiki]", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo", "iohexolum[latin]", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodobenzene-1,3-dicarboxamide", "266-164-2[einecs]"}|>, "8433" -> <|"DatabaseID" -> "SW04162", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31709"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3599]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01362"]}, "IsomericSmiles" -> "CC(=O)N(CC(CO)O)c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01817"]}, "OfficialNames" -> <|"China Approved Name" -> "iohexol", "WHO Essential Medicine" -> "iohexol", "FDA Approved Drug" -> "IOHEXOL"|>, "PharmGKBID" -> "PA450061", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3730]}, "Synonyms" -> {"omnipaque", "iohexol", "nycodenz", "exypaque", "66108-95-0", "histodenz", "omnipaque 240", "66108-95-0[rn]", "chebi:31709", "omnipaque[wiki]", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodbenzol-1,3-dicarboxamid", "win-39424", "omnipaque (tn)", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide[acd/iupac name]", "compound 545", "iohexolum", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-1,3-benzenedicarboxamide", "n,n'-bis(2,3-dihydroxypropyl)-5-(n-(2,3-dihydroxypropyl)acetamido)-2,4,6-triiodoisophthalamide", "n,n'-bis(2,3-dihydroxypropyl)-5-[n-(2,3-dihydroxypropyl)acetamido]-2,4,6-triiodoisophthalamide", "iohexol [usan:ban:inn:jan][inn][jan][usan]", "iohexolum [inn-latin]", "iohexol; iohexolum", "einecs 266-164-2", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "iohexol[wiki]", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo", "iohexolum[latin]", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodobenzene-1,3-dicarboxamide", "266-164-2[einecs]"}|>, "8434" -> <|"DatabaseID" -> "SW04162", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31709"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3599]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01362"]}, "IsomericSmiles" -> "CC(=O)N(CC(CO)O)c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01817"]}, "OfficialNames" -> <|"China Approved Name" -> "iohexol", "WHO Essential Medicine" -> "iohexol", "FDA Approved Drug" -> "IOHEXOL"|>, "PharmGKBID" -> "PA450061", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3730]}, "Synonyms" -> {"omnipaque", "iohexol", "nycodenz", "exypaque", "66108-95-0", "histodenz", "omnipaque 240", "66108-95-0[rn]", "chebi:31709", "omnipaque[wiki]", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodbenzol-1,3-dicarboxamid", "win-39424", "omnipaque (tn)", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide[acd/iupac name]", "compound 545", "iohexolum", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-1,3-benzenedicarboxamide", "n,n'-bis(2,3-dihydroxypropyl)-5-(n-(2,3-dihydroxypropyl)acetamido)-2,4,6-triiodoisophthalamide", "n,n'-bis(2,3-dihydroxypropyl)-5-[n-(2,3-dihydroxypropyl)acetamido]-2,4,6-triiodoisophthalamide", "iohexol [usan:ban:inn:jan][inn][jan][usan]", "iohexolum [inn-latin]", "iohexol; iohexolum", "einecs 266-164-2", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "iohexol[wiki]", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo", "iohexolum[latin]", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodobenzene-1,3-dicarboxamide", "266-164-2[einecs]"}|>, "8435" -> <|"DatabaseID" -> "SW04162", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31709"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3599]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01362"]}, "IsomericSmiles" -> "CC(=O)N(CC(CO)O)c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01817"]}, "OfficialNames" -> <|"China Approved Name" -> "iohexol", "WHO Essential Medicine" -> "iohexol", "FDA Approved Drug" -> "IOHEXOL"|>, "PharmGKBID" -> "PA450061", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3730]}, "Synonyms" -> {"omnipaque", "iohexol", "nycodenz", "exypaque", "66108-95-0", "histodenz", "omnipaque 240", "66108-95-0[rn]", "chebi:31709", "omnipaque[wiki]", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodbenzol-1,3-dicarboxamid", "win-39424", "omnipaque (tn)", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide[acd/iupac name]", "compound 545", "iohexolum", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-1,3-benzenedicarboxamide", "n,n'-bis(2,3-dihydroxypropyl)-5-(n-(2,3-dihydroxypropyl)acetamido)-2,4,6-triiodoisophthalamide", "n,n'-bis(2,3-dihydroxypropyl)-5-[n-(2,3-dihydroxypropyl)acetamido]-2,4,6-triiodoisophthalamide", "iohexol [usan:ban:inn:jan][inn][jan][usan]", "iohexolum [inn-latin]", "iohexol; iohexolum", "einecs 266-164-2", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "iohexol[wiki]", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo", "iohexolum[latin]", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodobenzene-1,3-dicarboxamide", "266-164-2[einecs]"}|>, "8436" -> <|"DatabaseID" -> "SW04162", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31709"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3599]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01362"]}, "IsomericSmiles" -> "CC(=O)N(CC(CO)O)c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01817"]}, "OfficialNames" -> <|"China Approved Name" -> "iohexol", "WHO Essential Medicine" -> "iohexol", "FDA Approved Drug" -> "IOHEXOL"|>, "PharmGKBID" -> "PA450061", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3730]}, "Synonyms" -> {"omnipaque", "iohexol", "nycodenz", "exypaque", "66108-95-0", "histodenz", "omnipaque 240", "66108-95-0[rn]", "chebi:31709", "omnipaque[wiki]", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodbenzol-1,3-dicarboxamid", "win-39424", "omnipaque (tn)", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide[acd/iupac name]", "compound 545", "iohexolum", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-1,3-benzenedicarboxamide", "n,n'-bis(2,3-dihydroxypropyl)-5-(n-(2,3-dihydroxypropyl)acetamido)-2,4,6-triiodoisophthalamide", "n,n'-bis(2,3-dihydroxypropyl)-5-[n-(2,3-dihydroxypropyl)acetamido]-2,4,6-triiodoisophthalamide", "iohexol [usan:ban:inn:jan][inn][jan][usan]", "iohexolum [inn-latin]", "iohexol; iohexolum", "einecs 266-164-2", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "iohexol[wiki]", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo", "iohexolum[latin]", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodobenzene-1,3-dicarboxamide", "266-164-2[einecs]"}|>, "8437" -> <|"DatabaseID" -> "SW04162", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31709"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3599]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01362"]}, "IsomericSmiles" -> "CC(=O)N(CC(CO)O)c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01817"]}, "OfficialNames" -> <|"China Approved Name" -> "iohexol", "WHO Essential Medicine" -> "iohexol", "FDA Approved Drug" -> "IOHEXOL"|>, "PharmGKBID" -> "PA450061", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3730]}, "Synonyms" -> {"omnipaque", "iohexol", "nycodenz", "exypaque", "66108-95-0", "histodenz", "omnipaque 240", "66108-95-0[rn]", "chebi:31709", "omnipaque[wiki]", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodbenzol-1,3-dicarboxamid", "win-39424", "omnipaque (tn)", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide[acd/iupac name]", "compound 545", "iohexolum", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-1,3-benzenedicarboxamide", "n,n'-bis(2,3-dihydroxypropyl)-5-(n-(2,3-dihydroxypropyl)acetamido)-2,4,6-triiodoisophthalamide", "n,n'-bis(2,3-dihydroxypropyl)-5-[n-(2,3-dihydroxypropyl)acetamido]-2,4,6-triiodoisophthalamide", "iohexol [usan:ban:inn:jan][inn][jan][usan]", "iohexolum [inn-latin]", "iohexol; iohexolum", "einecs 266-164-2", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "iohexol[wiki]", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "1,3-benzenedicarboxamide 5-(acetyl(2,3-dihydroxypropyl)amino)-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo", "iohexolum[latin]", "1,3-benzenedicarboxamide 5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5-[acetyl(2,3-dihydroxypropyl)amino]-n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodobenzene-1,3-dicarboxamide", "266-164-2[einecs]"}|>, "8438" -> <|"DatabaseID" -> "SW04163", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10132431]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCOCC(=O)O[C@H]1CC[C@@]2([C@H]3CC[C@@H]4[C@H]5[C@@H](CC[C@@]5(CC[C@]4([C@@]3(CC[C@H]2C1(C)C)C)C)C)C(=C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "acetyl lupeol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11958184]}, "Synonyms" -> {"chembl452786", "3-o-[(2'-(tetracosyloxy)acetyl]lupeol"}|>, "8439" -> <|"DatabaseID" -> "SW04164", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140022]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)c1ccc(cc1)Nc2nc(nc(n2)Nc3ccc(cc3)C(=O)OCC(CC)CCCC)Nc4ccc(cc4)C(=O)OCC(CC)CCCC", "OfficialNames" -> <|"NPC Approved Name" -> "uvinul-t-150"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159201]}, "Synonyms" -> {"uvinul t 150", "uvinul t150", "octyl triazone", "ac1l4lel", "t6n cn enj bmr dvo1y4&2& dmr dvo1y4&2& fmr dvo1y4&2[wln]", "2-ethylhexyl 4-[[4", "116244-12-3[rn]", "88122-99-0[rn]", "ncgc00183599-01", "benzoic acid 4,4',4''-(1,3,5-triazine-2,4,6-triyltriimino)tris- tris(2-ethylhexyl) ester[acd/index name]", "surecn62195", "tris(2-ethylhexyl)4,4',4''-(1,3,5-triazine-2,4,6-triyltriimino)tribenzoate[acd/iupac name]", "116244-12-3", "88122-99-0", "ethylhexyl triazone"}|>, "8440" -> <|"DatabaseID" -> "SW04164", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140022]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)c1ccc(cc1)Nc2nc(nc(n2)Nc3ccc(cc3)C(=O)OCC(CC)CCCC)Nc4ccc(cc4)C(=O)OCC(CC)CCCC", "OfficialNames" -> <|"NPC Approved Name" -> "uvinul-t-150"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159201]}, "Synonyms" -> {"uvinul t 150", "uvinul t150", "octyl triazone", "ac1l4lel", "t6n cn enj bmr dvo1y4&2& dmr dvo1y4&2& fmr dvo1y4&2[wln]", "2-ethylhexyl 4-[[4", "116244-12-3[rn]", "88122-99-0[rn]", "ncgc00183599-01", "benzoic acid 4,4',4''-(1,3,5-triazine-2,4,6-triyltriimino)tris- tris(2-ethylhexyl) ester[acd/index name]", "surecn62195", "tris(2-ethylhexyl)4,4',4''-(1,3,5-triazine-2,4,6-triyltriimino)tribenzoate[acd/iupac name]", "116244-12-3", "88122-99-0", "ethylhexyl triazone"}|>, "8441" -> <|"DatabaseID" -> "SW04164", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140022]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)c1ccc(cc1)Nc2nc(nc(n2)Nc3ccc(cc3)C(=O)OCC(CC)CCCC)Nc4ccc(cc4)C(=O)OCC(CC)CCCC", "OfficialNames" -> <|"NPC Approved Name" -> "uvinul-t-150"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159201]}, "Synonyms" -> {"uvinul t 150", "uvinul t150", "octyl triazone", "ac1l4lel", "t6n cn enj bmr dvo1y4&2& dmr dvo1y4&2& fmr dvo1y4&2[wln]", "2-ethylhexyl 4-[[4", "116244-12-3[rn]", "88122-99-0[rn]", "ncgc00183599-01", "benzoic acid 4,4',4''-(1,3,5-triazine-2,4,6-triyltriimino)tris- tris(2-ethylhexyl) ester[acd/index name]", "surecn62195", "tris(2-ethylhexyl)4,4',4''-(1,3,5-triazine-2,4,6-triyltriimino)tribenzoate[acd/iupac name]", "116244-12-3", "88122-99-0", "ethylhexyl triazone"}|>, "8442" -> <|"DatabaseID" -> "SW04164", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140022]}, "IsomericSmiles" -> "CCCCC(CC)COC(=O)c1ccc(cc1)Nc2nc(nc(n2)Nc3ccc(cc3)C(=O)OCC(CC)CCCC)Nc4ccc(cc4)C(=O)OCC(CC)CCCC", "OfficialNames" -> <|"NPC Approved Name" -> "uvinul-t-150"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159201]}, "Synonyms" -> {"uvinul t 150", "uvinul t150", "octyl triazone", "ac1l4lel", "t6n cn enj bmr dvo1y4&2& dmr dvo1y4&2& fmr dvo1y4&2[wln]", "2-ethylhexyl 4-[[4", "116244-12-3[rn]", "88122-99-0[rn]", "ncgc00183599-01", "benzoic acid 4,4',4''-(1,3,5-triazine-2,4,6-triyltriimino)tris- tris(2-ethylhexyl) ester[acd/index name]", "surecn62195", "tris(2-ethylhexyl)4,4',4''-(1,3,5-triazine-2,4,6-triyltriimino)tribenzoate[acd/iupac name]", "116244-12-3", "88122-99-0", "ethylhexyl triazone"}|>, "8443" -> <|"DatabaseID" -> "SW04165", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28077"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10468813]}, "IsomericSmiles" -> "Cc1c(c2c3c4c1O[C@@](C4=O)(O/C=C/[C@@H]([C@H]([C@H]([C@@H]([C@@H]([C@@H]([C@H]([C@H](/C=C/C=C(\\C(=O)Nc(c2O)c(c3O)/C=N/N5CC[NH+](CC5)C)/C)C)O)C)O)C)OC(=O)C)C)OC)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00211"]}, "OfficialNames" -> <|"China Approved Name" -> "rifampicin", "Indian Approved Name" -> "rifampicin", "WHO Essential Medicine" -> "rifampicin", "Australia Approved Name" -> "RIFAMPICIN", "FDA Approved Drug" -> "RIFAMPIN"|>, "Synonyms" -> {"rimactane", "rifampicin", "rifadin", "rifampin", "abrifam", "26-[(1e)-2-(4-methylpiperazinyl)-2-azavinyl](7s,11s,13s,17s,18s,12r,14r,15r,16r)-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-6,23-dioxo-8,30-dioxa-24-azatetracyclo[23.3.1.1<; 4,7>.0<5,28>]triaconta-1(28),2,4,9,1 9,21,25(29),26-octaen-13-yl acetate", "lo[23.3.1.14,7.05,28]triaconta-1(28),1(29),2,4,9,19,21,25,27-nonaen-13-yl acetate", "rifaldazine", "2,7-(epoxy[1,11,13]pentadecatrienoimino)naphtho[2,1-b]furan-1,11(2h)-dione 21-(acetyloxy)-5,6,9,17,19-pentahydroxy-23-methoxy-2,4,12,16,18,20,22-heptamethyl-8-[(e)-[(4-methyl-1-piperazinyl)imino]methyl]- (2s,12z,14e,16s,17s,18r,19r,20r,21s,22r,23s,24e)-", "rifaprodin", "rif", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-26-{(e)-[(4-methylpiperazin-1-yl)imino]methyl}-6,23-dioxo-8,30-dioxa-24-azatetracyclo[23.3.1.14,7.05,28]triaconta-1(28),1(29),2,4,9,19,21,25,27-nonaen-13-yl acetate", "3-(4-methylpiperazinyliminomethyl)rifamycin sv", "null", "ph7", "(2s,12z,14e,16s,17s,18r,19r,20r,21s,22r,23s,24e)-5,6,9,17,19-pentahydroxy-23-methoxy-2,4,12,16,18,20,22-heptamethyl-8-{(e)-[(4-methylpiperazin-1-yl)imino]methyl}-1,11-dioxo-1,2-dihydro-2,7-(epoxypentadeca[1,11,13]trienoimino)naphtho[2,1-b]furan-21-yl acetate", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-26-{(e)-[(4-methylpiperazin-1-yl)imino]methyl}-6,23-dioxo-8,30-dioxa-24-azatetracyc", "rifampin[wiki][usp]", "3-(((4-methyl-1-piperazinyl)imino)-methyl)rifamycin", "rifampicin[wiki][jp15]", "dipicin", "(2s,12z,14e,16s,17s,18r,19r,20r,21s,22r,23s,24e)-5,6,9,17,19-pentahydroxy-23-methoxy-2,4,12,16,18,20,22-heptamethyl-8-{(e)-[(4-methylpiperazin-1-yl)imino]methyl}-1,11-dioxo-1,2-dihydro-2,7-(epoxypentadeca[1,11,13]trienoimino)naphtho[2,1-b]furan-21-yl acet", "rifobac", "(2s,12z,14e,16s,17s,18r,19r,20r,21s,22r,23s,24e)-5,6,9,17,19-pentahydroxy-23-methoxy-2,4,12,16,18,20,22-heptamethyl-8-{(e)-[(4-methylpiperazin-1-yl)imino]methyl}-1,11-dioxo-1,2-dihydro-2,7-(epoxypentadeca[1,11,13]trienoimino)naphtho[2,1-b]furan-21-yl ac", "riforal", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-26-{(e)-[(4-methyl-1-piperazinyl)imino]methyl}-6,23-dioxo-8,30-dioxa-24-azatetracyclo[23.3.1.14,7.05,28]triaconta-1(28),2,4,9,19,21,25(29),26-octaen-13-yl acetate", "rifadin i.v.", "rimycin.", "(2s,12z,14e,16s,17s,18r,19r,20r,21s,22r,23s,24e)-5,6,9,17,19-pentahydroxy-23-methoxy-2,4,12,16,18,20,22-heptamethyl-8-{(e)-[(4-methylpiperazin-1-yl)imino]methyl}-1,11-dioxo-1,2-dihydro-2,7-(epoxypenta deca[1,11,13]trienoimino)naphtho[2,1-b]furan-21-ylacetate", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e)-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-26-{(e)-[(4-methylpiperazin-1-yl)imino]methyl}-6,23-dioxo-8,30-dioxa-24-azatetracyclo[23.3.1.14,7.05,28]triaconta-1(28),2,4,9,19,21,25(29),26-octaen-13-yl acetate", "rifoldin", "rifampicinum [inn_la]", "rifamate", "rifoldine", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-26-{(e)-[(4-methylpiperazin-1-yl)imino]methyl}-6,23-dioxo-8,30-dioxa-24-azatetracyclo[23.3.1.14,7.05,28]triaconta-1(28),2,4,9,19,21,25(29),26-octaen-13-yl acetate", "161935-14-4[rn]", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-26-[n-(4-methylpiperazin-1-yl)carboximidoyl]-6,23-dioxo-8,30-dioxa-24-azatetracyclo[23.3.1.14,7.05,28]triaconta-1(28),2,4,9,19,21,25(29),26-octaen-13-yl acetate", "eremfat", "rimactan", "lo[23.3.1.14,7.05,28]triaconta-1(28),1(29),2,4,9,19,21,25,27-nonaen-13-ylacetat", "236-312-0[einecs]", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-26-{(e)-[(4-methylpiperazin-1-yl)imino]methyl}-6,23-dioxo-8,30-dioxa-24-azatetracyclo[23.3.1.14,7.05,28]triaconta-1(28),1(29),2,4,9,19,21,25,27-nonaen-13-ylacetat", "rifaldin", "3-[[(4-methyl-1-piperazinyl)imino]methyl]rifamycin", "rifa", "13292-46-1[rn]", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-26-[n-(4-methylpiperazin-1-yl)carboximidoyl]-6,23-dioxo-8,30-dioxa-24-azatetracyclo", "2,7-(epoxy[1,11,13]pentadecatrienoimino)naphtho[2,1-b]furan-1,11(2h)-dione 21-(acetyloxy)-5,6,9,17,19-pentahydroxy-23-methoxy-2,4,12,16,18,20,22-heptamethyl-8-[(e)-[(4-methyl-1-piperazinyl)imino]methyl]- (2s,14e,16s,17s,18r,19r,20r,21s,22r,23s,24e)-", "rifater[wiki]", "rifadine"}|>, "8444" -> <|"DatabaseID" -> "SW04166", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 115827]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCNC(=O)OC1CCN(CC1)C(=O)OC[C@H](COC(=O)N(Cc2cccc[n+]2CC)C(=O)c3ccccc3OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02158"]}, "OfficialNames" -> <|"NPC Approved Name" -> "e-5880"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 130990]}, "Synonyms" -> {"minopafant", "menopafant", "ncgc00183020-01", "menopafant (jan)", "unii-i7j5mad9zu", "e-5880", "pyridinium 1-ethyl-2-(((2-methoxybenzoyl)((2-methoxy-3-(((4-(((octadecylamino)carbonyl)oxy)-1-piperidinyl)carbonyl)oxy)propoxy)carbonyl)amino)methyl)-,chloride,(r)-", "e 5880", "dsstox_cid_28724", "1-ethyl-2-(n-(2-methoxy)benzoyl-n-(2-methoxy-3-(4-octadecylcarbamoyloxy)piperidinocarbonyloxypropyloxy)carbonyl)aminomethylpyridinium chloride", "ac1l2yds", "128420-61-1[rn]", "minopafant (inn)", "128420-61-1"}|>, "8445" -> <|"DatabaseID" -> "SW04167", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5758]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00541"]}, "IsomericSmiles" -> "CC[C@@]1(C[C@@H]2C[C@@](c3c(c4ccccc4[nH]3)CC[NH+](C2)C1)(c5cc6c(cc5OC)N([C@@H]7[C@]68CC[NH+]9[C@H]8[C@@](C=CC9)([C@H]([C@@]7(C(=O)OC)O)OC(=O)C)CC)C=O)C(=O)OC)O", "OfficialNames" -> <|"China Approved Name" -> "vincristine", "WHO Essential Medicine" -> "vincristine", "Indian Approved Name" -> "vincristine", "Traditional Herbal Isolate" -> "vincristine"|>, "PharmGKBID" -> "PA451879", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5978]}, "Synonyms" -> {"vinkristin", "vincristine", "onco tcs", "vincrystine", "leurocristine", "22-oxovincaleukoblastine", "vincristina [dcit]", "vcr", "lcr", "vin", "indole alkaloid", "vincasar", "marqibo", "2068-78-2[rn]", "200-318-1[einecs]", "oncovine", "vincristine sulfate pfs", "4779289[beilstein]", "alpha-tubulin 1", "vincristine[wiki]", "28379-27-3[rn]", "tubulin h2-alpha", "z-d-val-lys(z)-oh", "vincristinum[latin]", "vincristine sulfate", "57-22-7[rn]", "oncovin", "testis-specific alpha- tubulin", "vincaleukoblastine 22-oxo-", "vincristinum [inn-latin]", "vincasar pfs", "337376-15-5", "vincrex", "vincrstine"}|>, "8446" -> <|"DatabaseID" -> "SW04168", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388347]}, "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@H]([C@H](O1)O[C@@H]2[C@H](O[C@@H]([C@@H]([C@H]2O)O)OC[C@@H]3[C@H]([C@@H]([C@H]([C@H](O3)O[C@@H]4[C@H](O[C@@H]([C@@H]([C@H]4O)O)O)CO)O)O)O[C@@H]5[C@@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "amylopectin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439207]}, "Synonyms" -> {"9037-22-3", "amylopectine", "amylopectin", "c00317", "102888-ep2292622a1", "ac1l96vw", "102888-ep2298312a1", "9037-22-3[rn]", "cpd-7043", "102888-ep2301938a1", "amylopectin[wiki]", "hmdb03255"}|>, "8447" -> <|"DatabaseID" -> "SW04169", "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@H]([C@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O)O[C@@H]4[C@H](O[C@H]([C@H]([C@H]4O)O)OC5[C@H](O[C@H]([C@H]([C@H]5O)O)O)CO)CO)CO)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "glucomannan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24892728]}, "Synonyms" -> {"glucomannan longer by one mannose unit", "c02101"}|>, "8448" -> <|"DatabaseID" -> "SW04169", "IsomericSmiles" -> "C([C@@H]1[C@H]([C@@H]([C@@H]([C@@H](O1)O[C@@H]2[C@H](O[C@H]([C@H]([C@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O)O[C@@H]4[C@H](O[C@H]([C@H]([C@H]4O)O)OC5[C@H](O[C@H]([C@H]([C@H]5O)O)O)CO)CO)CO)CO)O)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "glucomannan"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 24892728]}, "Synonyms" -> {"glucomannan longer by one mannose unit", "c02101"}|>, "8449" -> <|"DatabaseID" -> "SW04170", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390167]}, "IsomericSmiles" -> "C([C@@H]1[C@@H]([C@@H]([C@H]([C@H](O1)OC[C@@H]2[C@@H]([C@@H]([C@H]([C@H](O2)OC[C@@H]3[C@@H]([C@@H]([C@H]([C@H](O3)OC[C@@H]4[C@H]([C@@H]([C@H]([C@H](O4)O[C@]5([C@H]([C@@H]([C@H](O5)CO)O)O)CO)O)O)O)O)O)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "d-verbascose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441434]}, "Synonyms" -> {"d-verbascose", "verbascose", "546-62-3[rn]", "ac1l9b5s", "cpd-8065", "alpha-d-galp-(1->6)-alpha-d-galp-(1->6)-alpha-d-galp-(1->6)-alpha-d-glup(1<->2)-beta-d-fruf", "56217_fluka", "(2s", "c08252", "546-62-3", "einecs 208-905-4", "208-905-4[einecs]"}|>, "8450" -> <|"DatabaseID" -> "SW04171", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445397]}, "IsomericSmiles" -> "CCCC(=O)O[C@H]1[C@@H](O[C@H](C[C@@]1(C)OC(=O)CC)O[C@@H]2[C@H](O[C@H]([C@@H]([C@H]2[NH+](C)C)O)O[C@H]3[C@H](C[C@H]([C@H](/C=C/C=C/C[C@H](OC(=O)C[C@H]([C@@H]3OC)O)C)O)C)CC=O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01897"]}, "OfficialNames" -> <|"NPC Approved Name" -> "rokitamycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282211]}, "Synonyms" -> {"ricamycin", "tms 19q", "rokitamycin", "rokitamycin[jp15]", "3''-propionylleucomycin a5", "rokitamycinum", "rokitamicina", "74014-51-0[rn]", "(2s,3s,4r,6s)-6-{[(2r,3s,4r,5r,6s)-6-{[(4r,5s,6s,7r,9r,10r,11e,13e,16r)-4,10-dihydroxy-5-methoxy-9,16-dimethyl-2-oxo-7-(2-oxoethyl)oxacyclohexadeca-11,13-dien-6-yl]oxy}-4-(dimethylamino)-5-hydroxy-2-methyltetrahydro-2h-pyran-3-yl]oxy}-2,4-dimethyl-4-(propanoyloxy)tetrahydro-2h-pyran-3-ylbutanoate (non-preferred name)", "rkm", "m 19-q", "ricamycin (tn)", "rikamycin", "propionylleucomycin", "rokitamicina[spanish]", "rokitamycine[french]", "rokicid", "propionylleucomycin rokitamycin", "leucomycin v 4b-butanoate 3b-propanoate", "rokitamycine [french]", "tms-19q", "(2s,3s,4r,6s)-6-{[(2r,3s,4r,5r,6s)-6-{[(4r,5s,6s,7r,9r,10r,11e,13e,16r)-4,10-dihydroxy-5-methoxy-9,16-dimethyl-2-oxo-7-(2-oxoethyl)oxacyclohexadeca-11,13-dien-6-yl]oxy}-4-(dimethylamino)-5-hydroxy-2-methyltetrahydro-2h-pyran-3-yl]oxy}-2,4-dimethyl-4-(propionyloxy)tetrahydro-2h-pyran-3-ylbutanoate (non-preferred name)", "rokitamycin [inn:jan][inn][jan]", "rokital", "rokitamicina [spanish]", "rokitamycinum[latin]", "3\"-o-propionylleucomycin a5", "leucomycin v 4b-butanoate 3b-propanoate", "tms-19-q ds 200", "rokitamycinum [latin]", "leucomycin v 4(sup b)-butanoate 3(sup b)-propanoate", "rokitamycine", "74014-51-0"}|>, "8451" -> <|"DatabaseID" -> "SW04172", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01321"]}, "IsomericSmiles" -> "C[C@@H]1C/C=C/C=C/[C@@H]([C@@H](C[C@@H]([C@@H]([C@H]([C@@H](CC(=O)O1)OC(=O)C)OC)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)C)O[C@H]3C[C@@]([C@H]([C@@H](O3)C)OC(=O)CC(C)C)(C)O)[NH+](C)C)O)CC=O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01235"]}, "OfficialNames" -> <|"China Approved Name" -> "josamycin"|>, "PharmGKBID" -> "PA164749133", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282165]}, "Synonyms" -> {"josamycin", "josamycine [inn-french]", "kitasamycin a3", "leucomycin a3", "josacine", "antibiotic yl-704 a3", "turimycin a5", "josamycinum [inn-latin]", "josamycinum", "leucomycin v 3-acetate 4(sup beta)-(3-methylbutanoate)", "jm", "josamicina [inn-spanish]", "leucomycin v 3-acetate 4b-(3-methylbutanoate)", "leucomycin v 3-acetate 4(sup b)-(3-methylbutanoate)", "josamicina", "josamycine"}|>, "8452" -> <|"DatabaseID" -> "SW04173", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "291902"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482060]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00063"]}, "IsomericSmiles" -> "c1ccc2c(c1)c(c[nH]2)C[C@H]3C(=O)N4CCC[C@H]4C(=O)N[C@@H](CSSCCC(=O)N[C@H](C(=O)NCC(=O)N[C@H](C(=O)N3)CC(=O)[O-])CCCCNC(=[NH2+])N)C(=O)N", "OfficialNames" -> <|"Indian Approved Name" -> "eptifibatide"|>, "Synonyms" -> {"platelet membrane glycoprotein iiia", "integrelin", "integrin beta-3 precursor", "human eptifibatide", "gpiiia", "eptifibatide[wiki]", "188627-80-7[rn]", "integrilin", "cd61 antigen", "[(3r,11s,17s,20s,25as)-11-(4-carbamimidamidobutyl)-3-carbamoyl-20-(1h-indol-3-ylmethyl)-1,9,12,15,18,21-hexaoxodocosahydro-7h-pyrrolo[2,1-g][1,2,5,8,11,14,17,20]dithiahexaazacyclotricosin-17-yl]acetic acid", "eptifibatide", "[22-carbamoyl-14-(4-guanidino-butyl)-5-(1h-indol-3-ylmethyl)-4,7,10,13,16,24-hexaoxo-docosahydro-19,20-dithia-3a,6,9,12,15,23-hexaaza-cyclopentacyclotricosen-8-yl]-aceticacid (c68-22 eptifibatide)", "148031-34-9[rn]", "7h-pyrrolo[2,1-g][1,2,5,8,11,14,17,20]dithiahexaazacyclotricosine-17-acetic acid,3-(aminocarbonyl)-11-[4-[(aminoiminomethyl)amino]butyl]docosahydro-20-(1h-indol-3-ylmethyl)-1,9,12,15,18,21-hexaoxo- (3r,11s,17s,20s,25as)-", "integrilin[wiki]"}|>, "8453" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8454" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8455" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8456" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8457" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8458" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8459" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8460" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8461" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8462" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8463" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8464" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8465" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8466" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8467" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8468" -> <|"DatabaseID" -> "SW04174", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28283452]}, "IsomericSmiles" -> "CC1[C@H]([C@H](CC(O1)O[C@H]2CC[C@]3([C@H](C2)CC[C@@]4(C3C[C@H]([C@]5([C@@]4(CC[C@]5([C@H](C)O)O)O)C)O)O)C)OC)OC6C[C@@H]([C@@H](C(O6)C)OC7[C@@H](C([C@@H](C(O7)C)O)OC)O)OC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "tenacissoside a"|>, "Synonyms" -> {"tenacissoside l"}|>, "8469" -> <|"DatabaseID" -> "SW04175", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20475405]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCCCCC(O)OC(=O)CCCCCCCCCCCCCCCCCCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1-triacontanol cerotate"|>, "Synonyms" -> {"1-triacontanol cerotate"}|>, "8470" -> <|"DatabaseID" -> "SW04175", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 20475405]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCCCCCCCCCCCCCC(O)OC(=O)CCCCCCCCCCCCCCCCCCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "1-triacontanol cerotate"|>, "Synonyms" -> {"1-triacontanol cerotate"}|>, "8471" -> <|"DatabaseID" -> "SW04176", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 25933]}, "IsomericSmiles" -> "c1ccc(c(c1)c2c3cc(c(c(c3oc-4c(c(=O)c(cc24)I)I)I)[O-])I)C(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "erythrosin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 54609388]}, "Synonyms" -> {"tif na", "fd+c red no. 3", "cerven potravinarska 14[czech]", "disodium2-(2,4,5,7-tetraiodo-6-oxido-3-oxo-3h-xanthen-9-yl)benzoate[acd/iupac name]", "240-474-8[einecs]", "acid red 51", "2',4',5',7'-tetraiodofluorescein disodium salt", "iodoeosin", "erythrosine sodium", "cerven kysela 51[czech]", "erythrosine b (biological stain)", "3',6'-dihydroxy-2',4',5',7'-tetraiodospiro[isobenzofuran-1(3h),9'[9h]xanthen]-3-one disodium salt", "erythrosine extra conc. a export", "red dye no. 3", "food red 3", "erythrosin extra bluish", "erythrosine sodium (open form)", "erythrosin- b sodium salt", "edicol supra erythrosine a", "2-(6-hydroxy-2,4,5,7-tetraiodo-3-oxoxanthen-9-yl)benzoic acid,sodium salt so dium salt", "disodium2-(2,4,5,7-tetraiodo-6-oxido-3-oxoxanthen-9-yl)benzoate", "tetraiodofluorescein sodium salt", "erythrosine k-fo (biological stain)", "erythrosine bs", "nsc759227", "1342-21-8[rn]", "2-(6-hydroxy-2,4,5,7-tetraiodo-3-oxoxanthen-9-yl)benzoic acid,sodium salt sodium salt", "disodium 2',4',5',7'-tetraiodofluorescein", "acid red- 51", "fd and c red no. 3", "food dye red 3", "568-63-8", "food red no. 3", "erythrosine sodium (close form)", "erythrosine lake", "lb-rot 1", "198832-03-0[rn]", "erythrosine bluish (biological stain)", "fdc red 3 dye", "c.i. food red 14", "erythrosin", "fd and c red 3", "erythrosine extra bluish", "568-63-8[rn]", "27540-70-1[rn]", "erythrosine extra", "3',6-dihydroxy-2',4',5',7'-tetraiodospiro(isobenzofuran-1(3h),9'(9h)xanthen)-onedisodiumsalt", "erythrosine b", "240-046-0[einecs]", "fb-", "sodium erythrosin", "fluorescein 2',4',5',7'-tetraiodo-,disodiumsalt (benzoic acid tautomeric form)", "nsc-759227", "erythrosine tb extra", "fluorescein 2',4',5',7'-tetraiodo- disodium salt", "erythrosin b sodium salt", "erythrosine b-fo (biological stain)", "dye fd and c red no. 3", "new pink bluish geigy", "schultz no. 887", "erythrosine (indicator)", "nsc-36685", "nsc36685", "2',4',5',7'-tetraiodofluoroescein disodium salt", "benzoic acid 2-(6-hydroxy-2,4,5,7-tetraiodo-3-oxo-3h-xanthen-9-yl)- sodium salt(1:2)[acd/index name]", "72027-96-4[rn]", "erythrosin b[wiki]", "16423-68-0[rn]", "fd & c red no. 3", "16904-63-5[rn]", "pharmakon1600-01505751"}|>, "8472" -> <|"DatabaseID" -> "SW04177", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59379]}, "IsomericSmiles" -> "CN(CC(CO)O)C(=O)c1c(c(c(c(c1I)NC(=O)C(CO)CO)I)C(=O)N(C)CC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01181"]}, "OfficialNames" -> <|"China Approved Name" -> "Iobitridol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65985]}, "Synonyms" -> {"iobitridol", "xenetix", "136949-58-1[rn]", "n,n'-bis(2,3-dihydroxypropyl)-5-{[3-hydroxy-2-(hydroxymethyl)propanoyl]amino}-2,4,6-triiodo-n,n'-dimethylisophthalamide[acd/iupac name]", "iobitridol (jan/inn)", "n,n'-bis(2,3-dihydroxypropyl)-5-((5-hydroxy-2-(hydroxymethyl)-1-oxopropyl)amino)-2,4,6-triiodo-n,n'-dimethyl-1,3-benzenedicarboxamide", "iobitridol [inn]", "xenetix 300", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-5-((5-hydroxy-2-(hydroxymethyl)-1-oxopropyl)amino)-2,4,6-triiodo-n,n'-dimethyl-", "ac1q4pbr", "ac1l24db", "136949-58-1", "n", "1", "n,n'-bis(2,3-dihydroxypropyl)-5-(2-(hydroxymethyl)hydracrylamido)-2,4,6-triiodo-n,n'-dimethylisophthalamide", "1,3-benzenedicarboxamide n1,n3-bis(2,3-dihydroxypropyl)-5-[[3-hydroxy-2-(hydroxymethyl)-1-oxopropyl]amino]-2,4,6-triiodo-n1,n3-dimethyl-", "n,n'-bis(2,3-dihydroxypropyl)-5-{[3-hydroxy-2-(hydroxymethyl)propanoyl]amino}-2,4,6-triiodo-n,n'-dimethylbenzene-1,3-dicarboxamide", "5-[3-hydroxy-2-(hydroxymethyl)-propionamido]-n-n -dimethyl-n-n-bis-(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide", "iobitridol[inn]"}|>, "8473" -> <|"DatabaseID" -> "SW04177", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59379]}, "IsomericSmiles" -> "CN(CC(CO)O)C(=O)c1c(c(c(c(c1I)NC(=O)C(CO)CO)I)C(=O)N(C)CC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01181"]}, "OfficialNames" -> <|"China Approved Name" -> "Iobitridol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65985]}, "Synonyms" -> {"iobitridol", "xenetix", "136949-58-1[rn]", "n,n'-bis(2,3-dihydroxypropyl)-5-{[3-hydroxy-2-(hydroxymethyl)propanoyl]amino}-2,4,6-triiodo-n,n'-dimethylisophthalamide[acd/iupac name]", "iobitridol (jan/inn)", "n,n'-bis(2,3-dihydroxypropyl)-5-((5-hydroxy-2-(hydroxymethyl)-1-oxopropyl)amino)-2,4,6-triiodo-n,n'-dimethyl-1,3-benzenedicarboxamide", "iobitridol [inn]", "xenetix 300", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-5-((5-hydroxy-2-(hydroxymethyl)-1-oxopropyl)amino)-2,4,6-triiodo-n,n'-dimethyl-", "ac1q4pbr", "ac1l24db", "136949-58-1", "n", "1", "n,n'-bis(2,3-dihydroxypropyl)-5-(2-(hydroxymethyl)hydracrylamido)-2,4,6-triiodo-n,n'-dimethylisophthalamide", "1,3-benzenedicarboxamide n1,n3-bis(2,3-dihydroxypropyl)-5-[[3-hydroxy-2-(hydroxymethyl)-1-oxopropyl]amino]-2,4,6-triiodo-n1,n3-dimethyl-", "n,n'-bis(2,3-dihydroxypropyl)-5-{[3-hydroxy-2-(hydroxymethyl)propanoyl]amino}-2,4,6-triiodo-n,n'-dimethylbenzene-1,3-dicarboxamide", "5-[3-hydroxy-2-(hydroxymethyl)-propionamido]-n-n -dimethyl-n-n-bis-(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide", "iobitridol[inn]"}|>, "8474" -> <|"DatabaseID" -> "SW04177", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 59379]}, "IsomericSmiles" -> "CN(CC(CO)O)C(=O)c1c(c(c(c(c1I)NC(=O)C(CO)CO)I)C(=O)N(C)CC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01181"]}, "OfficialNames" -> <|"China Approved Name" -> "Iobitridol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65985]}, "Synonyms" -> {"iobitridol", "xenetix", "136949-58-1[rn]", "n,n'-bis(2,3-dihydroxypropyl)-5-{[3-hydroxy-2-(hydroxymethyl)propanoyl]amino}-2,4,6-triiodo-n,n'-dimethylisophthalamide[acd/iupac name]", "iobitridol (jan/inn)", "n,n'-bis(2,3-dihydroxypropyl)-5-((5-hydroxy-2-(hydroxymethyl)-1-oxopropyl)amino)-2,4,6-triiodo-n,n'-dimethyl-1,3-benzenedicarboxamide", "iobitridol [inn]", "xenetix 300", "1,3-benzenedicarboxamide n,n'-bis(2,3-dihydroxypropyl)-5-((5-hydroxy-2-(hydroxymethyl)-1-oxopropyl)amino)-2,4,6-triiodo-n,n'-dimethyl-", "ac1q4pbr", "ac1l24db", "136949-58-1", "n", "1", "n,n'-bis(2,3-dihydroxypropyl)-5-(2-(hydroxymethyl)hydracrylamido)-2,4,6-triiodo-n,n'-dimethylisophthalamide", "1,3-benzenedicarboxamide n1,n3-bis(2,3-dihydroxypropyl)-5-[[3-hydroxy-2-(hydroxymethyl)-1-oxopropyl]amino]-2,4,6-triiodo-n1,n3-dimethyl-", "n,n'-bis(2,3-dihydroxypropyl)-5-{[3-hydroxy-2-(hydroxymethyl)propanoyl]amino}-2,4,6-triiodo-n,n'-dimethylbenzene-1,3-dicarboxamide", "5-[3-hydroxy-2-(hydroxymethyl)-propionamido]-n-n -dimethyl-n-n-bis-(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide", "iobitridol[inn]"}|>, "8475" -> <|"DatabaseID" -> "SW04178", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63584"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8029779]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06772"]}, "IsomericSmiles" -> "CC1=C2[C@H](C(=O)[C@@]3([C@H](C[C@@H]4[C@]([C@H]3[C@@H]([C@@](C2(C)C)(C[C@@H]1OC(=O)[C@@H]([C@H](c5ccccc5)NC(=O)OC(C)(C)C)O)O)OC(=O)c6ccccc6)(CO4)OC(=O)C)OC)C)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09755"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CABAZITAXEL"|>, "PharmGKBID" -> "PA165958401", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9854073]}, "Synonyms" -> {"cabazitaxel", "jevtana", "taxoid xrp6258", "cabazitaxelum", "cabazitaxelum [inn_la]", "xrp-6258", "jevtana (tn)", "cabazitaxel; cabazitaxelum", "cabazitaxel (usan/inn)", "183133-96-2", "xrp6258", "txd258", "cabazitaxel [usan:inn]"}|>, "8476" -> <|"DatabaseID" -> "SW04179", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "474014"]}, "IsomericSmiles" -> "CC[C@@H]1[C@@]([C@H]2[C@H]([C@H]([C@@H](C[C@@]([C@@H]([C@H]([C@@H]([C@H](C(=O)O1)C)O[C@H]3C[C@@]([C@H]([C@@H](O3)C)O)(C)OC)C)O[C@H]4[C@@H]([C@H](C[C@H](O4)C)[NH+](C)C)O)(C)O)C)[NH2+][C@H](O2)COCCOC)C)(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03865"]}, "OfficialNames" -> <|"NPC Approved Name" -> "dirithromycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6473883]}, "Synonyms" -> {"dirithromycin", "62013-04-1", "valodin", "dirithromycinum", "dynabac (tn)", "dirithromycine", "diritromicina", "divitross", "ly-237216", "dynabac", "noriclan"}|>, "8477" -> <|"DatabaseID" -> "SW04180", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00778"]}, "IsomericSmiles" -> "CC[C@@H]1[C@@]([C@@H]([C@H](/C(=N\\OCOCCOC)/[C@@H](C[C@@]([C@@H]([C@H]([C@@H]([C@H](C(=O)O1)C)O[C@H]2C[C@@]([C@H]([C@@H](O2)C)O)(C)OC)C)O[C@H]3[C@@H]([C@H](C[C@H](O3)C)[NH+](C)C)O)(C)O)C)C)O)(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01710"]}, "OfficialNames" -> <|"China Approved Name" -> "roxithromycin", "Indian Approved Name" -> "roxithromycin", "Australia Approved Name" -> "ROXITHROMYCIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5480431]}, "Synonyms" -> {"rulide", "roxithromycin", "surlid", "rulid", "ec 3.6.3.44", "atp-binding cassette sub-family b member 1", "assoral", "cd243 antigen", "overall", "ac1nuj9l", "rox", "rossitrol", "rulide (tn)", "s2506_selleck", "p-glycoprotein 1"}|>, "8478" -> <|"DatabaseID" -> "SW04181", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10379612]}, "IsomericSmiles" -> "CC(=O)OC[C@@]12[C@H]([C@H]([C@H]3[C@]([C@@]14[C@@H]([C@@H](C(=O)[C@H]2OC(=O)C)[C@@](O4)(COC(=O)c5cccnc5CCC(C(=O)O3)(C)O)C)OC(=O)C)(C)O)OC(=O)c6ccccc6)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alatamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21763826]}, "Synonyms" -> {"alatamine", "(1s,3r,18s,19r,20r,21s,22s,24r,25r,26s)-20,22,25-tris(acetyloxy)-21-[(acetyloxy)methyl]-15,26-dihydroxy-3,15,26-trimethyl-6,16,23-trioxo-2,5,17-trioxa-11-azapentacyclo[16.7.1.01,21.03,24.07,12]hexacosa-7,9,11-trien-19-yl benzoate (non-preferred name)", "chembl503871"}|>, "8479" -> <|"DatabaseID" -> "SW04181", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10379612]}, "IsomericSmiles" -> "CC(=O)OC[C@@]12[C@H]([C@H]([C@H]3[C@]([C@@]14[C@@H]([C@@H](C(=O)[C@H]2OC(=O)C)[C@@](O4)(COC(=O)c5cccnc5CCC(C(=O)O3)(C)O)C)OC(=O)C)(C)O)OC(=O)c6ccccc6)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "alatamine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 21763826]}, "Synonyms" -> {"alatamine", "(1s,3r,18s,19r,20r,21s,22s,24r,25r,26s)-20,22,25-tris(acetyloxy)-21-[(acetyloxy)methyl]-15,26-dihydroxy-3,15,26-trimethyl-6,16,23-trioxo-2,5,17-trioxa-11-azapentacyclo[16.7.1.01,21.03,24.07,12]hexacosa-7,9,11-trien-19-yl benzoate (non-preferred name)", "chembl503871"}|>, "8480" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8481" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8482" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8483" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8484" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8485" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8486" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8487" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8488" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8489" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8490" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8491" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8492" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8493" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8494" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8495" -> <|"DatabaseID" -> "SW04182", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 372268]}, "IsomericSmiles" -> "CC1(CCC2(CCC3(C(=CCC4C3(CCC5C4(CC(C(C5(C)C(=O)OC6C(C(C(C(O6)CO)O)O)O)O)O)C)C)C2C1)CO)C(=O)OC7C(C(C(C(O7)CO)O)O)O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "prosapogenin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 420552]}, "Synonyms" -> {"ac1l9jtz", "prosapogenin", "ro-pyran-2-yl) ester", "nsc-124670", "nsc124670", "2", "bis[3", "2,3-dihydroxy-6b-hydroxymethyl-4,6a,11,11,14b-pentamethyl-2,3,4,4a,5,6,6a,6b,7,8,9,10,11,12,12a,14,14a,14b-octadecahydro-1h-picene-4,8a-dicarboxylic acidbis-(3,4,5-trihydroxy-6-hydroxymethyl-tetrahydro-pyran-2-yl) ester"}|>, "8496" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8497" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8498" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8499" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8500" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8501" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8502" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8503" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8504" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8505" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8506" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8507" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8508" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8509" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8510" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8511" -> <|"DatabaseID" -> "SW04183", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4512090]}, "IsomericSmiles" -> "CC1C/C=C/C=C/C(C(CC(C(C(C(CC(=O)O1)O)OC)OC2C(C(C(C(O2)C)OC3CC(C(C(O3)C)O)(C)O)[NH+](C)C)O)CC=O)C)OC4CCC(C(O4)C)[NH+](C)C", "OfficialNames" -> <|"Indian Approved Name" -> "spiramycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5356392]}, "Synonyms" -> {"foromacidin", "spiramycin i", "spiramycin", "nsc55926", "antibiotic substance from streptomyces ambofaciens", "spiramycin hydrochloride", "ac1ns93c", "nsc-55926", "foromacidin hydrochloride", "2-[(11e"}|>, "8512" -> <|"DatabaseID" -> "SW04184", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4752]}, "IsomericSmiles" -> "CCCN(CCC)C(=O)C(CCC(=O)OCCCN1CC[NH+](CC1)CCOC(=O)Cc2c(n(c3c2cc(cc3)OC)C(=O)c4ccc(cc4)Cl)C)NC(=O)c5ccccc5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01765"]}, "OfficialNames" -> <|"NPC Approved Name" -> "proglumetacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4921]}, "Synonyms" -> {"proglumetacin maleate", "proglumetacin", "miridacin", "proglumetacin (inn)", "proglumetacin [ban:inn][inn]", "proglumetacinum[latin]", "261-656-3[einecs]", "57132-53-3", "proglumetacinum", "220-120-9[einecs]", "proxil", "proglumetacine[french]", "proglumetacine", "bruxel (tn)", "proglumetacina", "59209-40-4[rn]", "protacine", "1-(4-chlorobenzoyl)-5-methoxy-2-methyl-1h-indole-3-acetic acid2-[4-[3-[[4-(benzoylamino)-5-(dipropylamino)-1,5-dioxopentyl]oxy]propyl]-1-piperazinyl]ethyl ester", "proglumetacina[spanish]", "3-(4-(2-hydroxyethyl)-1-piperazinyl)propyl dl-4-benzamido-n,n-dipropylglutaramate1-(p-chlorobenzoyl)-5-methoxy-2-methylindole-3-acetate (ester)", "pubchem18227", "ncgc00183024-01", "57132-53-3[rn]", "afloxan", "protaxon"}|>, "8513" -> <|"DatabaseID" -> "SW04184", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4752]}, "IsomericSmiles" -> "CCCN(CCC)C(=O)C(CCC(=O)OCCCN1CC[NH+](CC1)CCOC(=O)Cc2c(n(c3c2cc(cc3)OC)C(=O)c4ccc(cc4)Cl)C)NC(=O)c5ccccc5", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01765"]}, "OfficialNames" -> <|"NPC Approved Name" -> "proglumetacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 4921]}, "Synonyms" -> {"proglumetacin maleate", "proglumetacin", "miridacin", "proglumetacin (inn)", "proglumetacin [ban:inn][inn]", "proglumetacinum[latin]", "261-656-3[einecs]", "57132-53-3", "proglumetacinum", "220-120-9[einecs]", "proxil", "proglumetacine[french]", "proglumetacine", "bruxel (tn)", "proglumetacina", "59209-40-4[rn]", "protacine", "1-(4-chlorobenzoyl)-5-methoxy-2-methyl-1h-indole-3-acetic acid2-[4-[3-[[4-(benzoylamino)-5-(dipropylamino)-1,5-dioxopentyl]oxy]propyl]-1-piperazinyl]ethyl ester", "proglumetacina[spanish]", "3-(4-(2-hydroxyethyl)-1-piperazinyl)propyl dl-4-benzamido-n,n-dipropylglutaramate1-(p-chlorobenzoyl)-5-methoxy-2-methylindole-3-acetate (ester)", "pubchem18227", "ncgc00183024-01", "57132-53-3[rn]", "afloxan", "protaxon"}|>, "8514" -> <|"DatabaseID" -> "SW04185", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "45367"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482168]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00615"]}, "IsomericSmiles" -> "Cc1c(c2c3c4c1O[C@@](C4=O)(O/C=C/[C@@H]([C@H]([C@H]([C@@H]([C@@H]([C@@H]([C@H]([C@H](/C=C/C=C(\\C(=O)NC(=C5C3=NC6([NH2+]5)CC[NH+](CC6)CC(C)C)C2=O)/C)C)O)C)O)C)OC(=O)C)C)OC)C)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00424"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "rifabutin", "FDA Approved Drug" -> "RIFABUTIN"|>, "PharmGKBID" -> "PA451249", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6323490]}, "Synonyms" -> {"rifabutin", "mycobutin", "antibiotic lm 427", "ansatipine", "ansamycin", "ansatipin", "alfacid", "rifabutine [french]", "72559-06-9[rn]", "rifabutinum [latin]", "rifabutine[wiki]", "endoplasmin precursor", "rifabutin[wiki][usp]", "1,4-dihydro-1-deoxy-1',4-didehydro-5'-(2-methylpropyl)-1-oxorifamycin xiv", "gp96 homolog", "isoflurane[wiki]", "rifabutine", "(9s,12e,14s,15r,16s,17r,18r,19r,20s,21s,22e,24z)-6,18,20-trihydroxy-1'-isobutyl-14-methoxy-7,9,15,17,19,21,25-heptamethyl-5,10,26-trioxo-3,5,9,10-tetrahydrospiro[9,4-(epoxypentadeca[1,11,13]trienoimino)furo[2',3':7,8]naphtho[1,2-d]imidazole-2,4'-piperidin]-16-yl acetate", "(9s,12e,14s,15r,16s,17r,18r,19r,20s,21s,22e,24z)-6,18,20-trihydroxy-14-methoxy-7,9,15,17,19,21,25-heptamethyl-1'-(2-methylpropyl)-5,10,26-trioxo-3,5,9,10-tetrahydrospiro[9,4-(epoxypentadeca[1,11,13]trienoimino)furo[2',3':7,8]naphtho[1,2-d]imidazole-2,4'-piperidin]-16-ylacetate", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17-trihydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-1'-(2-methylpropyl)-6,23,32-trioxospiro[8,33-dioxa-24,27,29-triazapentacyclo[23.6.1.14,7.05,31.026,30]tritriaconta-1(31),2,4,9,19,21,25,29-octaen-28,4'-piperidin]-13-ylacetat", "mycobutin[wiki]", "mycobutin ansamycin lm 427 ansatipine", "(9s,12e,14s,15r,16s,17r,18r,19r,20s,21s,22e,24z)-6,18,20-trihydroxy-1'-isobutyl-14-methoxy-7,9,15,17,19,21,25-heptamethyl-5,10,26-trioxo-3,5,9,10-tetrahydrospiro[9,4-(epoxypentadeca[1,11,13]trienoimino)furo[2',3':7,8]naphtho[1,2-d]imidazole-2,4'-piperidin", "4-deoxo-3,4-[2-spiro-(n-isobutyl-4-piperidyl)]-(1h)-imidazo-(2,5-dihydro)rifamycin s", "94 kda glucose-regulated protein", "1',4-didehydro-1-deoxy-1,4-dihydro-5'-(2-methylpropyl)-1-oxorifamycin xiv", "4-deoxo-3,4-(2-spiro(n-isobutyl-4-piperidyl)-2,5-dihydro-1h-imidazo)-rifamycin s", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17-trihydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-1'-(2-methylpropyl)-6,23,32-trioxospiro[8,33-dioxa-24,27,29-triazapentacyclo[23.6.1.14,7.05,31.026,30]tritriaconta-1(31),2,4,9,19,21,25,29-octaene-28,4'-piperidin]-13-yl acetate", "mycobutin;ansamycin;lm 427;ansatipine", "heat shock protein 90 kda beta member 1", "rifabutina [spanish]", "tumor rejection antigen 1", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-2,15,17-trihydroxy-1'-isobutyl-11-methoxy-3,7,12,14,16,18,22-heptamethyl-6,23,32-trioxospiro[8,33-dioxa-24,27,29-triazapentacyclo[23.6.1.14,7.05,31.026,30]tritriaconta-1(31),2,4,9,19,21,25,29-octaene-28,4'-piperidin]-13-yl acetate", "rbt", "grp94", "4-n-isobutylspiropiperidylrifamycin s", "rifabutinum"}|>, "8515" -> <|"DatabaseID" -> "SW04186", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7887"], ExternalIdentifier["ChEBIID", "45863"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01229"]}, "IsomericSmiles" -> "CC1=C2[C@H](C(=O)[C@@]3([C@H](C[C@@H]4[C@]([C@H]3[C@@H]([C@@](C2(C)C)(C[C@@H]1OC(=O)[C@@H]([C@H](c5ccccc5)NC(=O)c6ccccc6)O)O)OC(=O)c7ccccc7)(CO4)OC(=O)C)O)C)OC(=O)C", "OfficialNames" -> <|"Indian Approved Name" -> "paclitaxel", "WHO Essential Medicine" -> "paclitaxel", "Australia Approved Name" -> "NAB PACLITAXEL;PACLITAXEL", "Traditional Herbal Isolate" -> "taxol", "FDA Approved Drug" -> "PACLITAXEL"|>, "PharmGKBID" -> "PA450761", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 36314]}, "Synonyms" -> {"abraxane", "lipopac", "paxceed", "paclitaxel", "taxol", "taxol a", "onxol", "paxene", "7-epi-taxol", "7-epitaxol", "7-epipaclitaxel", "abi-007", "xorane", "epitaxol", "vascular wrap", "7-epi-paclitaxel", "plaxicel", "yewtaxan"}|>, "8516" -> <|"DatabaseID" -> "SW04187", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65892]}, "IsomericSmiles" -> "c1cc2c(c(c1)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)c4c(cc(cc4[O-])C(=O)[O-])[C@@H]2[C@@H]5c6cccc(c6C(=O)c7c5cc(cc7[O-])C(=O)[O-])O[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O", "OfficialNames" -> <|"NPC Approved Name" -> "sennoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73111]}, "Synonyms" -> {"sennoside a", "sennoside", "senna (powdered)", "einecs 201-339-9", "c42h38o20", "(9r,9'r)-4,4'-dihydroxy-10,10'-dioxo-5,5'-bis{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}-9,9',10,10'-tetrahydro-9,9'-bianthracene-2,2'-dicarboxylic acid", "81-27-6", "nsc112929", "201-339-9[einecs]", "ncgc00095095-01", "81-27-6[rn]", "8013-11-4[rn]", "sennosidea", "nsc 112929", "glysennide", "sennoside a with hplc"}|>, "8517" -> <|"DatabaseID" -> "SW04188", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 149665]}, "IsomericSmiles" -> "c1cc2c(c(c1)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)c4c(cc(cc4[O-])C(=O)[O-])[C@@H]2C5c6cccc(c6C(=O)c7c5cc(cc7[O-])C(=O)[O-])O[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04395"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "senna"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 171194]}, "Synonyms" -> {"9-[(9r)-2-carboxy-4-hydroxy-10-oxo-5-[(2s", "senna extract", "ar-1l4116", "senna(powdered)", "chembl1644069", "ac1q5v13", "senokot", "ac1l571e", "senna"}|>, "8518" -> <|"DatabaseID" -> "SW04188", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 149665]}, "IsomericSmiles" -> "c1cc2c(c(c1)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O)O)O)C(=O)c4c(cc(cc4[O-])C(=O)[O-])[C@@H]2C5c6cccc(c6C(=O)c7c5cc(cc7[O-])C(=O)[O-])O[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04395"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "senna"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 171194]}, "Synonyms" -> {"9-[(9r)-2-carboxy-4-hydroxy-10-oxo-5-[(2s", "senna extract", "ar-1l4116", "senna(powdered)", "chembl1644069", "ac1q5v13", "senokot", "ac1l571e", "senna"}|>, "8519" -> <|"DatabaseID" -> "SW04189", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27511"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390426]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@@H]([C@@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CC[C@@H]4[C@@H]3CC[C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)C)O)OC)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)CO[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thevetin b"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441850]}, "Synonyms" -> {"thevetin b", "chebi:27511", "3beta-[beta-d-glucopyranosyl-(1-6)-beta-d-glucopyranosyl-(1-4)-6-deoxy-3-o-methyl-alpha-l-glucopyranosyloxy]-14-hydroxy-5beta-card-20(22)-enolide", "3beta-[beta-d-glucopyranosyl-(1->6)-beta-d-glucopyranosyl-(1->4)-6-deoxy-3-o-methyl-alpha-l-glucopyranosyloxy]-14-hydroxy-5beta-card-20(22)-enolide", "27127-79-3[rn]", "27127-79-3", "ac1l9brq", "c08856", "3-[(3s", "lmst01120011"}|>, "8520" -> <|"DatabaseID" -> "SW04190", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140127]}, "IsomericSmiles" -> "C[C@H]1[C@H]([C@@H]([C@H]([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CC[C@@H]4[C@@H]3CC[C@]5([C@@]4(CCC5C6=CC(=O)OC6)O)C)C)O)OC)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)CO[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thevetin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159331]}, "Synonyms" -> {"thevetine", "thevetin", "kst-1a0876", "ar-1a5257", "ar-1a5256", "ac1l4lnf", "einecs 234-249-3", "12024-79-2", "(3|a", "kst-1a0875", "234-249-3[einecs]", "11018-93-2[rn]"}|>, "8521" -> <|"DatabaseID" -> "SW04190", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140127]}, "IsomericSmiles" -> "C[C@H]1[C@H]([C@@H]([C@H]([C@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CC[C@@H]4[C@@H]3CC[C@]5([C@@]4(CCC5C6=CC(=O)OC6)O)C)C)O)OC)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)CO[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "thevetin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 159331]}, "Synonyms" -> {"thevetine", "thevetin", "kst-1a0876", "ar-1a5257", "ar-1a5256", "ac1l4lnf", "einecs 234-249-3", "12024-79-2", "(3|a", "kst-1a0875", "234-249-3[einecs]", "11018-93-2[rn]"}|>, "8522" -> <|"DatabaseID" -> "SW04191", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "46245"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4445197]}, "IsomericSmiles" -> "CC1=C(C(=O)C(=C(C1=O)OC)OC)C/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CC/C=C(\\C)/CCC=C(C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01065"]}, "OfficialNames" -> <|"China Approved Name" -> "coenzyme Q10", "Indian Approved Name" -> "ubidecarenone"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281915]}, "Synonyms" -> {"emitolon", "ubidecarenone", "heartcin", "ubiquinone-10", "adelir", "justquinon", "coq10", "inokiten", "neuquinon", "ubiquinone 50", "coenzyme q10[wiki]", "2-[(2e,6e,10e,14e,18e,22e,26e,30e,34e)-3,7,11,15,19,23,27,31,35,39-decamethyltetraconta-2,6,10,14,18,22,26,30,34,38-decaen-1-yl]-5,6-dimethoxy-3-methylcyclohexa-2,5-diene-1,4-dione", "1900141[beilstein]", "terekol", "55870-43-4[rn]", "udekinon", "2-[(2e,6e,10e,14e,18e,22e,26e,30e,34e)-3,7,11,15,19,23,27,31,35,39-decamethyltetraconta-2,6,10,14,18,22,26,30,34,38-decaen-1-yl]-5,6-dimethoxy-3-methylcyclohexa-2,5-dien-1,4-dion", "ubidecarenonum[latin]", "303-98-0[rn]", "coenzyme q10 (z,z,z,z,z,z,e,e,e)-isomer", "2-[(2e,6e,10e,14e,18e,22e,26e,30e,34e)-3,7,11,15,19,23,27,31,35,39-decamethyl-2,6,10,14,18,22,26,30,34,38-tetracontadecaen-1-yl]-5,6-dimethoxy-3-methyl-1,4-benzoquinone", "2,5-cyclohexadiene-1,4-dione 2-[(2e,6e,10e,14e,18e,22e,26e,30e,34e)-3,7,11,15,19,23,27,31,35,39-decamethyl-2,6,10,14,18,22,26,30,34,38-tetracontadecaen-1-yl]-5,6-dimethoxy-3-methyl-", "ube-q", "2-[(2e,6e,10e,14e,18e,22e,26e,30e,34e)-3,7,11,15,19,23,27,31,35,39-decamethyltetraconta-2,6,10,14,18,22,26,30,34,38-decaen-1-yl]-5,6-dimethoxy-3-methyl-1,4-benzoquinone", "ubiquinone q10", "2,5-cyclohexadiene-1,4-dione 2-(3,7,11,15,19,23,27,31,35,39-decamethyl-2,6,10,14,18,22,26,30,34,38-tetracontadecaenyl)-5,6-dimethoxy-3-methyl-,(all-e)-", "coenzyme q", "ubiquinone-q10", "bio-quinon", "ensorb", "5-((2e,6e,10e,14e,18e,22e,26e,30e,34e)-3,7,11,15,19,23,27,31,35,39-decamethyltetraconta-2,6,10,14,18,22,26,30,34,38-decaenyl)-2,3-dimethoxy-6-methylcyclohexa-2,5-diene-1,4-dione", "u10", "13448-14-1[rn]", "ubidecarenone[wiki]", "5-((2e,6e,10e,14e,18e,22e,26e,30e,34e)-3,7,11,15,19,23,27,31,35,39-decamethylt etraconta-2,6,10,14,18,22,26,30,34,38-decaenyl)-2,3-dimethoxy-6-methylcyclohex a-2,5-diene-1,4-dione", "c024989", "ubiquinone 10", "2-((all-e)-3,7,11,15,19,23,27,31,35,39-decamethyl-2,6,10,14,18,22,26,30,34,38-tetracontadecaenyl)-5,6-dimethoxy-3-methyl-p-benzoquinone", "tl8002341", "[303-98-0]", "2382-48-1[rn]", "2-[(2e,6e,10e,14e,18e,22e,26e,30e,34e)-3,7,11,15,19,23,27,31,35,39-decamethyl-2,6,10,14,18,22,26,30,34,38-tetracontadecaen-1-yl]-5,6-dimethoxy-3-methyl-2,5-cyclohexadiene-1,4-dione", "coq10; ubiquinone 10", "coenzyme q10 ion (1-) (all-e)-isomer", "q-10", "ubidecarenone (jp15/nf)[nf][jp15]", "2-((2e,6e,10e,14e,18e,22e,26e,30e,34e)-3,7,11,15,19,23,27,31,35,39-decamethyl-2,6,10,14,18,22,26,30,34,38-tetracontadecaenyl)-5,6-dimethoxy-3-methyl-2,5-cyclohexadiene-1,4-dione", "p-benzoquinone 2-(3,7,11,15,19,23,27,31,35,39-decamethyl-2,6,10,14,18,22,26,30,34,38-tetracontadecaenyl)-5,6-dimethoxy-3-methyl-", "neuquinone", "26303-90-2[rn]", "2,3-dimethoxy-5-methyl-6-decaprenylbenzoquinone", "luvacor", "ubisemiquinone", "coenzyme q-10", "2,5-cyclohexadiene-1,4-dione 2-[(2e,6e,10e,14e,18e,22e,26e,30e,34e)-3,7,11,15,19,23,27,31,35,39-decamethyl-2,6,10,14,18,22,26,30,34,38-tetracontadecaenyl]-5,6-dimethoxy-3-methyl-", "2-methyl-3-decaprenyl-5,6-dimethoxy-1,4-benzoquinone", "206-147-9[einecs]", "ubidecarenone [inn:jan][inn][jan]", "ubidecarenona[spanish]", "adelir (tn)", "coenzyme q10"}|>, "8523" -> <|"DatabaseID" -> "SW04192", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4677815]}, "IsomericSmiles" -> "c1c(cc(=O)c(c2c1c(cc(c2OC(=O)c3cc(c(c(c3)O)O)O)O)[C@@H]4[C@@H](Cc5c(cc(cc5O4)OC(=O)c6cc(c(c(c6)O)O)O)O)O)[O-])C7[C@@H](Cc8c(cc(cc8O7)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "teaflavin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5748168]}, "Synonyms" -> {"teaflavin digallate", "ac1nx8k2", "benzoic acid 3,4,5-trimethoxy- diester with1,8-bis(3,4-dihydro-3,5,7-trihydroxy-2h-1-benzopyran-2-yl)-3,4,6-trihydroxy-5h-benzocyclohepten-5-one", "33377-72-9[rn]", "1", "benzoic acid", "33377-72-9", "[(2r"}|>, "8524" -> <|"DatabaseID" -> "SW04192", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4677815]}, "IsomericSmiles" -> "c1c(cc(=O)c(c2c1c(cc(c2OC(=O)c3cc(c(c(c3)O)O)O)O)[C@@H]4[C@@H](Cc5c(cc(cc5O4)OC(=O)c6cc(c(c(c6)O)O)O)O)O)[O-])C7[C@@H](Cc8c(cc(cc8O7)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "teaflavin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5748168]}, "Synonyms" -> {"teaflavin digallate", "ac1nx8k2", "benzoic acid 3,4,5-trimethoxy- diester with1,8-bis(3,4-dihydro-3,5,7-trihydroxy-2h-1-benzopyran-2-yl)-3,4,6-trihydroxy-5h-benzocyclohepten-5-one", "33377-72-9[rn]", "1", "benzoic acid", "33377-72-9", "[(2r"}|>, "8525" -> <|"DatabaseID" -> "SW04193", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7838274]}, "IsomericSmiles" -> "Cc1c(ccc(c1)c2cc(c(cc2)N/N=C\\3/C(=O)c4c(cc(cc4C=C3S(=O)(=O)[O-])S(=O)(=O)[O-])N)C)N/N=C\\5/C(=O)c6c(cc(cc6C=C5S(=O)(=O)[O-])S(=O)(=O)[O-])N", "OfficialNames" -> <|"FDA Approved Drug" -> "TRYPAN BLUE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9562061]}, "Synonyms" -> {"trypan blue", "direct blue 14", "azidinblau 3b", "c.i. direct blue 14", "visionblue", "dianil blue", "vision blue", "diaminine blue", "niagara blue 3b", "benzo blue", "centraline blue 3b", "benzanil blue 3bn", "direct blue h3g", "amanil sky blue r", "congoblau 3b", "bencidal blue 3b", "cresotine blue 3b", "direct blue d3b", "benzamine blue 3b", "directakol blue 3bl", "diaminblau 3b", "200-786-7[einecs]", "bleue diretto 3b", "benzo blue 3b", "blue emb", "dianilblau h3g", "chloramiblau 3b", "pyrazol blue 3b", "benzo blue 3bs", "renolblau 3b", "2,7-naphthalenedisulfonic acid 3,3'-((3,3'-dimethyl(1,1'-biphenyl)-4,4'-diyl)bis(azo))bis(5-amino-4-hydroxy- tetrasodium salt", "direct blue 3bx", "pyrotropblau", "parkipan", "72-57-1[rn]", "tetrasodium 3,3'-((3,3'-dimethyl(1,1'-biphenyl)-4,4'-diyl)bis(azo))bis(5-amino-4-hydroxynaphthalene-2,7-disulphonate)", "diphenyl blue 3b", "naphthylamine blue", "chloramine blue 3b", "179472-55-0[rn]", "c.i. direct blue 14 tetrasodium salt", "direct blue 3b", "c.i. direct blue 14 tetrasodium salt (8ci)", "benzanil blue r", "benzoblau 3b", "tripan blue", "trypan blue solution", "sodium ditolyl-diazobis-8-amino-1-naphthol-3,6-disulfonate", "niagara blue", "azidine blue 3b", "naphthaminblau 3bx", "modr trypanova[czech]", "directblau 3b", "trypane blue", "dianilblau", "chloramine blue", "diamine blue 3b", "triazolblau 3bx", "72-57-1", "diazol blue 3b", "bleu trypane n", "modr prima 14[czech]", "diamineblue", "brasilazina blue 3b", "trianol direct blue 3b", "paramine blue 3b", "chrome leather blue 3b", "diaphtamine blue th", "trypan blue bpc", "congo blue", "blue 3b", "orion blue 3b", "trypan (congo) blue", "diazine blue 3b", "pontamine blue 3bx", "parkibleu", "trypanblau[german]", "bleu diamine", "bleu diazole n 3b", "azurro diretto 3b", "brasilamina blue 3b", "sodium ditolyldisazobis-8-amino-1-naphthol-3,6-disulphonate", "direct blue m3b", "benzamine blue", "benzaminblau 3b", "bleu directe 3b", "chlorazol blue 3b", "hispamin blue 3bx", "sodium ditolyldisazobis-8-amino-1-naphthol-3,6-disulfonate", "dianil blue h3g", "naphthamine blue 3bx"}|>, "8526" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8527" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8528" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8529" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8530" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8531" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8532" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8533" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8534" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8535" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8536" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8537" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8538" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8539" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8540" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8541" -> <|"DatabaseID" -> "SW04194", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 230519]}, "IsomericSmiles" -> "CC1CCC2C(C3C([NH+]2C1)CC4C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)O)OC8C(C(C(C(O8)CO)O)O)O)OC9C(C(C(C(O9)C)O)O)O)C)C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solanine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 262500]}, "Synonyms" -> {"nci60_042141", "20562-02-1[rn]", "alpha-solanine", "nsc96019", "alpha-solanin", "solanine", "ac1l67m3", ".alpha.-solanine", "ambotz20562-02-1", "20562-02-1", "nsc-96019"}|>, "8542" -> <|"DatabaseID" -> "SW04195", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66278]}, "IsomericSmiles" -> "C[C@@H]1CC[C@@]2([C@H]([C@H]3[C@@H](O2)C[C@@H]4[C@@]3(CC[C@H]5[C@H]4CC=C6[C@@]5(CC[C@@H](C6)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)CO)O[C@H]8[C@@H]([C@@H]([C@H]([C@@H](O8)C)O)O)O)O)O[C@H]9[C@@H]([C@@H]([C@H]([C@@H](O9)C)O)O)O)C)C)C)[NH2+]C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solamargine;beta-solamargine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73611]}, "Synonyms" -> {"20311-51-7", "solamargine", "nsc 407810", "ar-1a5009", "beta-d-glucopyranoside", "chembl443114", "(3|a", "kst-1a2603", "ac1l2k61", "20311-51-7[rn]", "c10819", "(2s,3r,4r,5r,6s)-2-{[(2r,3s,4s,5r,6r)-4-hydroxy-2-(hydroxymethyl)-6-[(1s,2s,4s,5'r,6r,7s,8r,9s,12s,13r,16s)-5',7,9,13-tetramethyl-5-oxaspiro[pentacyclo[10.8.0.02,9.04,8.013,18]icosane-6,2'-piperidin]-18-eneoxy]-5-{[(2s,3r,4r,5r,6s)-3,4,5-trihydroxy-6-methyloxan-2-yl]oxy}oxan-3-yl]oxy}-6-methyloxane-3,4,5-triol", "solamargine[wiki]"}|>, "8543" -> <|"DatabaseID" -> "SW04196", "IsomericSmiles" -> "CC[C@@H]1[C@H](/C=C(/C=C/C(=O)[C@@H](C[C@@H]([C@@H]([C@H]([C@@H](CC(=O)O1)O)C)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)C)O)[NH+](C)C)O)CC[NH+]3C[C@@H](C[C@@H](C3)C)C)C)\\C)CO[C@H]4[C@@H]([C@@H]([C@@H]([C@H](O4)C)O)OC)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02492"]}, "OfficialNames" -> <|"NPC Approved Name" -> "micotil"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282521]}, "Synonyms" -> {"tilmicosin", "tilmicosine [inn-french]", "108050-54-0", "tilmicosinum [inn-latin]", "micotil 300", "ncgc00096003-01", "micotil", "hsdb 7446", "micotil (tn)", "tilmicosina [inn-spanish]", "tilmicosin (usp/inn)"}|>, "8544" -> <|"DatabaseID" -> "SW04197", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4575640]}, "IsomericSmiles" -> "CC/C=C\\C/C=C\\C/C=C\\CCCCCCCC(=O)OCC(OC(=O)CCCCCCC/C=C\\C/C=C\\C/C=C\\CC)COC(=O)CCCCCCC/C=C\\C/C=C\\C/C=C\\CC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "6,9,12-octadecatrienoic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5462874]}, "Synonyms" -> {"1", "glycerol trilinolenate", "glyceryl trilinolenate", "trilinolenin", "1,2,3-propanetriyl linolenate", "1,2,3-tri-(cis,cis,cis-9,12,15-octadecatrienoyl)glycerol", "trilinolein", "propane-1,2,3-triyl tris[(9z,12z,15z)-octadeca-9,12,15-trienoate]", "1,2,3-propanetriyl-9,12,15-octadecatrienoate", "1,2,3-tri-(9z,12z,15z-octadecatrienoyl)-sn-glycerol", "238-457-5[einecs]", "propane-1,2,3-triyl (9z,12z,15z,9'z,12'z,15'z,9''z,12''z,15''z)tris-octadeca-9,12,15-trienoate", "propane-1,2,3-triyl tris((9z,12z,15z)-octadeca-9,12,15-trienoate)", "tg(18:3(9z,12z,15z)/18:3(9z,12z,15z)/18:3(9z,12z,15z))", "1,2,3-trilinolenoylglycerol", "t6513_sigma", "14465-68-0", "ac1nuwv0", "trilinolenin c18:3", "9,12,15-octadecatrienoic acid 1,2,3-propanetriyl ester", "14465-68-0[rn]", "linolenic acid 1,2,3-propanetriyl ester", "9,12,15-octadecatrienoic acid 1,2,3-propanetriyl ester (9z,12z,15z,9'z,12'z,15'z,9''z,12''z,15''z)-"}|>, "8545" -> <|"DatabaseID" -> "SW04198", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7988461]}, "IsomericSmiles" -> "CC[C@H](C)[C@@H]1[C@H](CC[C@@]2(O1)C[C@@H]3C[C@H](O2)C/C=C(/[C@H]([C@H](/C=C/C=C/4\\CO[C@H]5[C@@]4([C@@H](C=C([C@H]5O)C)C(=O)O3)O)C)O[C@H]6C[C@@H]([C@H]([C@@H](O6)C)O[C@H]7C[C@@H]([C@H]([C@@H](O7)C)O)OC)OC)\\C)C", "OfficialNames" -> <|"WHO Essential Medicine" -> "ivermectin", "Indian Approved Name" -> "ivermectin", "FDA Approved Drug" -> "IVERMECTIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 9812710]}, "Synonyms" -> {"ivermectin", "mectizan", "equimec", "vermic", "ivomec", "stromectol", "oramec", "eqvalan", "a mixtureof ivermectin component b(sub 1a) and ivermectin component b(sub 1b)", "noramectin", "(1'r,2r,4's,5s,6r,8'r,10'e,12's,13's,14'e,16'e,20'r,21'r,24's)-21',24'-dihydroxy-12'-{[(2r,4s,5s,6s)-5-{[(2s,4s,5s,6s)-5-hydroxy-4-m?thoxy-6-m?thylt?trahydro-2h-pyran-2-yl]oxy}-4-m?thoxy-6-m?thylt?trahydro-2h-pyran-2-yl]oxy}-5,11',13',22'-t?tram?thyl-6-[(1s)-1-m?thylpropyl]-3,4,5,6-t?trahydro-2'h-spiro[pyran-2,6'-[3,7,19]trioxat?tracyclo[15.6.1.14,8.020,24]pentacosa[10,14,16,22]t?tra?n]-2'-one[french]", "pandex", "phoenectin", "ivomec-f", "cevamec", "cardomec", "hyvermectin", "ivomec plus", "(1'r,2r,4's,5s,6r,8'r,10'e,12's,13's,14'e,16'e,20'r,21'r,24's)-21',24'-dihydroxy-12'-{[(2r,4s,5s,6s)-5-{[(2s,4s,5s,6s)-5-hydroxy-4-methoxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-methoxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-5,11',13',22'-tetramethyl-6-[(1s)-1-methylpropyl]-3,4,5,6-tetrahydro-2'h-spiro[pyran-2,6'-[3,7,19]trioxatetracyclo[15.6.1.14,8.020,24]pentacosa[10,14,16,22]tetraen]-2'-on[german]", "22,23-dihydroavermectin b1", "heartgard-30", "ivermectino", "heartgard-30 plus", "ivermectinum", "uvemec", "zimecterin", "(1'r,2r,4's,5s,6r,8'r,10'e,12's,13's,14'e,16'e,20'r,21'r,24's)-21',24'-dihydroxy-12'-{[(2r,4s,5s,6s)-5-{[(2s,4s,5s,6s)-5-hydroxy-4-methoxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-4-methoxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-5,11',13',22'-tetramethyl-6-[(1s)-1-methylpropyl]-3,4,5,6-tetrahydro-2'h-spiro[pyran-2,6'-[3,7,19]trioxatetracyclo[15.6.1.14,8.020,24]pentacosa[10,14,16,22]tetraen]-2'-one", "ivermectine", "ivosint", "jetamec", "70288-86-7[rn]"}|>, "8546" -> <|"DatabaseID" -> "SW04199", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "8861"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482075]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01201"]}, "IsomericSmiles" -> "Cc1c(c2c3c4c1O[C@@](C4=O)(O/C=C/[C@@H]([C@H]([C@H]([C@@H]([C@@H]([C@@H]([C@H]([C@H](/C=C/C=C(\\C(=O)Nc(c2O)c(c3O)/C=N/N5CC[NH+](CC5)C6CCCC6)/C)C)O)C)O)C)OC(=O)C)C)OC)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00879"]}, "OfficialNames" -> <|"China Approved Name" -> "rifapentine", "FDA Approved Drug" -> "RIFAPENTINE"|>, "Synonyms" -> {"priftin", "rifapentine", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-26-{(e)-[(4-cyclopentylpiperazin-1-yl)imino]methyl}-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-6,23-dioxo-8,30-dioxa-24-azatetracyclo[23.3.1.14,7.05,28]triaconta-1(28),2,4,9,19,21,25(29),26-octaen-13-yl acetate", "cyclopentyl rifampin", "tamethyl- (2s,12z,14e,16s,17s,18r,19r,20r,21s,22r,23s,24e)-", "cyclopentylrifampicin", "rna polymerase beta' subunit", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-26-{(e)-[(4-cyclopentylpiperazin-1-yl)imino]methyl}-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-6,23-dioxo-8,30-dioxa-24-azatetracyclo[23.3.1.1(4,7).0(5,28)]triaconta-1(28),1(29),2,4,9,19,21,25,27-nonaen-13-yl acetate", "3-(4-cyclopentyl-1-piperazinyl)iminomethylrifamycin sv", "2,7-(epoxy[1,11,13]pentadecatrienoimino)naphtho[2,1-b]furan-1,11(2h)-dione 21-(acetyloxy)-8-[(e)-[(4-cyclopentyl-1-piperazinyl)imino]methyl]-5,6,9,17,19-pentahydroxy-23-methoxy-2,4,12,16,18,20,22-heptamethyl- (2s,12z,14e,16s,17s,18r,19r,20r,21s,22r,23s,24e)-", "rifamycin af/acpp", "ec 2.7.7.6", "3-(((4-cyclopentyl-1-piperazinyl)imino)methyl)rifamycin", "rifapentine[wiki][usan]", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-26-{(e)-[(4-cyclopentylpiperazin-1-yl)imino]methyl}-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-6,23-dioxo-8,30-dioxa-24-azatet", "racyclo[23.3.1.14,7.05,28]triaconta-1(28),1(29),2,4,9,19,21,25,27-nonaen-13-yl acetate", "61379-65-5[rn]", "3-(n-(4-cyclopentyl-1-piperazinyl)formimidoyl)rifamycin", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-26-{(e)-[(4-cyclopentylpiperazin-1-yl)imino]methyl}-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-6,23-dioxo-8,30-dioxa-24-azatetracyclo[23.3.1.14,7.05,28]triaconta-1(28),1(29),2,4,9,19,21,25,27-nonaen-13-yl acetate", "priftin cyclopentylrifampicin", "(2s,12z,14e,16s,17s,18r,19r,20r,21s,22r,23s,24e)-8-{(e)-[(4-cyclopentylpiperazin-1-yl)imino]methyl}-5,6,9,17,19-pentahydroxy-23-methoxy-2,4,12,16,18,20,22-heptamethyl-1,11-dioxo-1,2-dihydro-2,7-(epoxypentadeca[1,11,13]trienoimino)naphtho[2,1-b]furan-21-yl acetate", "262-743-9[einecs]", "2,7-(epoxy[1,11,13]pentadecatrienoimino)naphtho[2,1-b]furan-1,11(2h)-dione 21-(acetyloxy)-8-[(e)-[(4-cyclopentyl-1-piperazinyl)imino]methyl]-5,6,9,17,19-pentahydroxy-23-methoxy-2,4,12,16,18,20,22-hep", "(7s,9e,11s,12r,13s,14r,15r,16r,17s,18s,19e,21z)-26-{(e)-[(4-cyclopentylpiperazin-1-yl)imino]methyl}-2,15,17,27,29-pentahydroxy-11-methoxy-3,7,12,14,16,18,22-heptamethyl-6,23-dioxo-8,30-dioxa-24-azatetracyclo[23.3.1.14,7.05,28]triaconta-1(28),1(29),2,4,9,19,21,25,27-nonaen-13-ylacetat", "127923-87-9[rn]", "racyclo[23.3.1.14,7.05,28]triaconta-1(28),1(29),2,4,9,19,21,25,27-nonaen-13-ylacetat", "antibiotic dl 473it", "rifampin[wiki][usp]", "transcriptase beta' chain", "rnap beta' subunit", "priftin (tn)", "3-[[(4-cyclopentyl-1-piperazinyl)imino]methyl]rifamycin"}|>, "8547" -> <|"DatabaseID" -> "SW04200", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390977]}, "IsomericSmiles" -> "CC(=O)OC[C@]12[C@@H]([C@@H]([C@@H]3[C@H]([C@]14[C@@]([C@H]([C@@H]([C@@H]2OC(=O)C)OC(=O)c5ccccc5)OC(=O)C(CCc6c(cccn6)C(=O)OC[C@@]3(O4)C)(C)O)(C)O)OC(=O)C)OC(=O)C)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "wilfordine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442556]}, "Synonyms" -> {"wilfordine", "chembl449308", "ac1l9d2q", "c09992", "37239-51-3", "(1s,3r,18s,19r,20r,21r,22s,23r,24r,25r,26s)-20,22,23,25-tetrakis(acetyloxy)-21-[(acetyloxy)methyl]-15,26-dihydroxy-3,15,26-trimethyl-6,16-dioxo-2,5,17-trioxa-11-azapentacyclo[16.7.1.01,21.03,24.07,12]hexacosa-7,9,11-trien-19-yl benzoate", "(1s,3r,18s,19r,20r,21r,22s,23r,24r,25r,26s)-20,22,23,25-tetrakis(acetyloxy)-21-[(acetyloxy)methyl]-15,26-dihydroxy-3,15,26-trimethyl-6,16-dioxo-2,5,17-trioxa-11-azapentacyclo[16.7.1.01,21.03,24.07,12]hexacosa-7,9,11-trien-19-ylbenzoate(non-preferred name)", "37239-51-3[rn]"}|>, "8548" -> <|"DatabaseID" -> "SW04200", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 390977]}, "IsomericSmiles" -> "CC(=O)OC[C@]12[C@@H]([C@@H]([C@@H]3[C@H]([C@]14[C@@]([C@H]([C@@H]([C@@H]2OC(=O)C)OC(=O)c5ccccc5)OC(=O)C(CCc6c(cccn6)C(=O)OC[C@@]3(O4)C)(C)O)(C)O)OC(=O)C)OC(=O)C)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "wilfordine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442556]}, "Synonyms" -> {"wilfordine", "chembl449308", "ac1l9d2q", "c09992", "37239-51-3", "(1s,3r,18s,19r,20r,21r,22s,23r,24r,25r,26s)-20,22,23,25-tetrakis(acetyloxy)-21-[(acetyloxy)methyl]-15,26-dihydroxy-3,15,26-trimethyl-6,16-dioxo-2,5,17-trioxa-11-azapentacyclo[16.7.1.01,21.03,24.07,12]hexacosa-7,9,11-trien-19-yl benzoate", "(1s,3r,18s,19r,20r,21r,22s,23r,24r,25r,26s)-20,22,23,25-tetrakis(acetyloxy)-21-[(acetyloxy)methyl]-15,26-dihydroxy-3,15,26-trimethyl-6,16-dioxo-2,5,17-trioxa-11-azapentacyclo[16.7.1.01,21.03,24.07,12]hexacosa-7,9,11-trien-19-ylbenzoate(non-preferred name)", "37239-51-3[rn]"}|>, "8549" -> <|"DatabaseID" -> "SW04201", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 66124]}, "IsomericSmiles" -> "C[C@H]1CC[C@@]2([C@H]([C@H]3[C@@H](O2)C[C@@H]4[C@@]3(CC[C@H]5[C@H]4CC=C6[C@@]5(CC[C@@H](C6)O[C@H]7[C@@H]([C@H]([C@H]([C@H](O7)CO)O)O[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O)O[C@H]9[C@@H]([C@@H]([C@H]([C@@H](O9)C)O)O)O)C)C)C)[NH2+]C1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "solasonine"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 73410]}, "Synonyms" -> {"c45h73no16", "tomatine solaradixine", "solasonin", "einecs 242-826-6", "solasonine", "242-826-6[einecs]", "19121-58-5[rn]", "19121-58-5", "(3|a", "nsc 82149", "alpha-solasonine", "ac1l2jt7", "solasonine;tomatine solaradixine"}|>, "8550" -> <|"DatabaseID" -> "SW04202", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53753"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4593733]}, "IsomericSmiles" -> "CCCCCCCC/C=C\\CCCCCCCC(=O)OCC(OC(=O)CCCCCCC/C=C\\CCCCCCCC)COC(=O)CCCCCCC/C=C\\CCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "olein;triglyceride"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5497163]}, "Synonyms" -> {"oleic triglyceride", "raoline", "glycerin trioleate", "trioleoylglycerol", "trioleoylglyceride", "glycerol triolein", "glyceryl trioleate", "glycerol trioleate", "oleyl triglyceride", "olein tri-", "(9z)-9-octadecenoic acid 1,2,3-propanetriyl ester", "tg(18:1(9z)/18:1(9z)/18:1(9z))", "9-octadecenoic acid 1,2,3-propanetriyl ester (9z,9'z,9''z)-", "(z)-9-octadecenoicacid 1,2,3-propanetriyl ester; cis-9-octadecenoic acid 1,2,3-propanetriyl ester;glyceroltrioleate; glyceryl trioleate; oleic acid glyceryl ester; olein; triolein", "9-octadecenoic acid (z)- 1,2,3-propanetriyl ester", "9-octadecenoic acid (9z)- 1,2,3-propanetriyl ester", "triolein [9,10-3h(n)]-", "9-octadecenoic-9,10-t2 acid 1,2,3-propanetriyl ester,(z,z,z)-(9ci)", "emery oleic acid ester 2230", "1,2,3-propanetriol tri(9-octandecenoate)", "aldo to", "sn-glyceryl trioleate", "triolein[wiki]", "edenor nhti-g", "triolein", "kaolube 190", "emerest 2423", "glycerol tri(cis-9-octadecenoate)", "1,2,3-propanetriyl trioleate", "9-octadecenoic acid 1,2,3-propanetriyl ester", "1,2,3-tri(cis-9-octadecenoyl)glycerol", "122-32-7[rn]", "propane-1,2,3-triyl (9z,9'z,9''z)tris-octadec-9-enoate", "124330-00-3[rn]", "olein", "1,2,3-tri-(9z-octadecenoyl)-sn-glycerol", "26303-90-2[rn]", "41755-78-6[rn]", "glycerine trioleate", "oleic acid triglyceride", "triglyceride ooo", "24016-60-2[rn]", "kemester 1000", "204-534-7[einecs]"}|>, "8551" -> <|"DatabaseID" -> "SW04203", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10673]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCCCC(=O)OCC(COC(=O)CCCCCCCCCCCCCCCCC)OC(=O)CCCCCCCCCCCCCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "stearin acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11146]}, "Synonyms" -> {"hardened oil", "stearoyl triglyceride", "glycerol tristearate", "stearin", "trioctadecanoin", "tristearin", "stearic triglyceride", "spezialfett 118", "glyceryl tristearate", "tg(18:0/18:0/18:0)", "propane-1,2,3-triyl trioctadecanoate", "glyceroltristearate", "555-43-1[rn]", "tgl", "triacylglycerol[wiki]", "octadecanoic acid 1,2,3-propanetriyl ester", "1,2,3-propanetriyl trioctadecanoate[acd/iupac name]", "stearin[wiki]", "tristearoylglycerol", "dynasan 118", "stearin tri-", "stearic acid triglyceride", "stearic acid triglycerin ester", "glycowax s 932", "octadecanoic acid 1,2,3-propanetriyl ester", "[555-43-1]", "26303-90-2[rn]", "41755-77-5[rn]", "11099-07-3[rn]", "1,2,3-trioctadecanoyl-sn-glycerol", "1,2,3-trioctadecanoylglycerol", "1,2,3-propanetriol trioctadecanoate", "209-097-6[einecs]", "glycerol trioctadecanoate"}|>, "8552" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8553" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8554" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8555" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8556" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8557" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8558" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8559" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8560" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8561" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8562" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8563" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8564" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8565" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8566" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8567" -> <|"DatabaseID" -> "SW04204", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 304445]}, "IsomericSmiles" -> "CC1C(C(C(C(O1)OC2C(C(C(OC2OC3C(C(COC3OC4CCC5(C(C4(C)C)CCC6(C5CC=C7C6(CCC8(C7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "raddeanin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 343425]}, "Synonyms" -> {"isolate from anemone raddeana regel", "raddeanin a", "nsc-382873", "89412-79-3[rn]", "10-[3-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-4,5-dihydroxyoxan-2-yl]oxy-2,2,6a,6b,9,9,12a-heptamethyl-1,3,4,5,6,6a,7,8,8a,10,11,12,13,14b-tetradecahydropicene-4a-carboxylic acid", "nsc382873", "akos015893924", "10-[3-[4", "89412-79-3", "ac1l7ybw", "i04-8657"}|>, "8568" -> <|"DatabaseID" -> "SW04205", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16735908]}, "IsomericSmiles" -> "CCC(=O)O[C@@H]1CC(=O)O[C@@H](C/C=C/C=C/[C@@H]([C@@H](C[C@@H]([C@@H]([C@H]1OC)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)C)O[C@H]3C[C@@]([C@H]([C@@H](O3)C)OC(=O)CC)(C)OC(=O)C)[NH+](C)C)O)CC=O)C)OC(=O)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01636"]}, "OfficialNames" -> <|"NPC Approved Name" -> "miokamycin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5282188]}, "Synonyms" -> {"miocamycin", "midecamycin acetate", "ponsinomycin", "miokamycin", "acecamycin", "259-879-6[einecs]", "leucomycin v 3b,9-diacetate 3,4b-dipropanoate", "(4r,5s,6s,7r,9r,10r,11e,13e,16r)-10-acetoxy-6-{[(2s,3r,4r,5s,6r)-5-{[(2s,4r,5s,6s)-4-acetoxy-4,6-dimethyl-5-(propionyloxy)tetrahydro-2h-pyran-2-yl]oxy}-4-(dimethylamino)-3-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-5-methoxy-9,16-dimethyl-2-oxo-7-(2-oxoethyl)oxacyclohexadeca-11,13-dien-4-yl propanoate(non-preferred name)", "midecamycin diacetate", "(4r,5s,6s,7r,9r,10r,11e,13e,16r)-10-(acetyloxy)-6-{[(2s,3r,4r,5s,6r)-5-{[(2s,4r,5s,6s)-4-(acetyloxy)-4,6-dimethyl-5-(propanoyloxy)tetrahydro-2h-pyran-2-yl]oxy}-4-(dimethylamino)-3-hydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-5-methoxy-9,16-dimethyl-2-oxo-7-(2-oxoethyl)oxacyclohexadeca-11,13-dien-4-yl propanoate (non-preferred name)", "miocamen", "mosil", "9,3''-diacetylmidecamycin", "9", "einecs 259-879-6", "midecamycin acetate[jp15]", "mom", "leucomycin v 3b,9-diacetate 3,4b-dipropanoate", "3''", "leucomycin v", "macroral", "55881-07-7[rn]", "55881-07-7"}|>, "8569" -> <|"DatabaseID" -> "SW04206", "IsomericSmiles" -> "C[C@H]1/C=C/C=C/2\\CO[C@H]3[C@@]2([C@@H](C=C([C@H]3O)C)C(=O)O[C@H]4C[C@@H](C/C=C(/[C@H]1O[C@H]5C[C@@H]([C@H]([C@@H](O5)C)O[C@H]6CC([C@H]([C@@H](O6)C)O)OC)OC)\\C)O[C@]7(C4)C=C[C@@H]([C@H](O7)C8CCCCC8)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01129"]}, "OfficialNames" -> <|"NPC Approved Name" -> "doramectin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954226]}, "Synonyms" -> {"doramectin", "117704-25-3", "d01129", "chembl2106417", "doramectin (jan/usan/inn)", "uk-67"}|>, "8570" -> <|"DatabaseID" -> "SW04206", "IsomericSmiles" -> "C[C@H]1/C=C/C=C/2\\CO[C@H]3[C@@]2([C@@H](C=C([C@H]3O)C)C(=O)O[C@H]4C[C@@H](C/C=C(/[C@H]1O[C@H]5C[C@@H]([C@H]([C@@H](O5)C)O[C@H]6CC([C@H]([C@@H](O6)C)O)OC)OC)\\C)O[C@]7(C4)C=C[C@@H]([C@H](O7)C8CCCCC8)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01129"]}, "OfficialNames" -> <|"NPC Approved Name" -> "doramectin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11954226]}, "Synonyms" -> {"doramectin", "117704-25-3", "d01129", "chembl2106417", "doramectin (jan/usan/inn)", "uk-67"}|>, "8571" -> <|"DatabaseID" -> "SW04207", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 422999]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](OC([C@@H]([C@H]2O)O)OC3[C@H]([C@H](CO[C@H]3O[C@H]4CC[C@]5([C@H]([C@]4(C)CO)CC[C@@]6([C@@H]5CC=C7[C@]6(CC[C@@]8([C@H]7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chikusetsa saponin iv"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 482159]}, "Synonyms" -> {"saponin iv", "olean-12-en-28-oic acid", "hederacolchiside a", "ac1la64i", "(4as"}|>, "8572" -> <|"DatabaseID" -> "SW04207", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 422999]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](OC([C@@H]([C@H]2O)O)OC3[C@H]([C@H](CO[C@H]3O[C@H]4CC[C@]5([C@H]([C@]4(C)CO)CC[C@@]6([C@@H]5CC=C7[C@]6(CC[C@@]8([C@H]7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chikusetsa saponin iv"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 482159]}, "Synonyms" -> {"saponin iv", "olean-12-en-28-oic acid", "hederacolchiside a", "ac1la64i", "(4as"}|>, "8573" -> <|"DatabaseID" -> "SW04207", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 422999]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](OC([C@@H]([C@H]2O)O)OC3[C@H]([C@H](CO[C@H]3O[C@H]4CC[C@]5([C@H]([C@]4(C)CO)CC[C@@]6([C@@H]5CC=C7[C@]6(CC[C@@]8([C@H]7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chikusetsa saponin iv"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 482159]}, "Synonyms" -> {"saponin iv", "olean-12-en-28-oic acid", "hederacolchiside a", "ac1la64i", "(4as"}|>, "8574" -> <|"DatabaseID" -> "SW04207", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 422999]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@@H]2[C@H](OC([C@@H]([C@H]2O)O)OC3[C@H]([C@H](CO[C@H]3O[C@H]4CC[C@]5([C@H]([C@]4(C)CO)CC[C@@]6([C@@H]5CC=C7[C@]6(CC[C@@]8([C@H]7CC(CC8)(C)C)C(=O)[O-])C)C)C)O)O)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chikusetsa saponin iv"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 482159]}, "Synonyms" -> {"saponin iv", "olean-12-en-28-oic acid", "hederacolchiside a", "ac1la64i", "(4as"}|>, "8575" -> <|"DatabaseID" -> "SW04208", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "9168"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482078]}, "IsomericSmiles" -> "C[C@@H]1CC[C@H]2C[C@@H](/C(=C/C=C/C=C/[C@H](C[C@H](C(=O)[C@@H]([C@@H](/C(=C/[C@H](C(=O)C[C@H](OC(=O)[C@@H]3CCCCN3C(=O)C(=O)[C@@]1(O2)O)[C@H](C)C[C@@H]4CC[C@H]([C@@H](C4)OC)O)C)/C)O)OC)C)C)/C)OC", "OfficialNames" -> <|"Indian Approved Name" -> "sirolimus", "NPC Approved Name" -> "sirolimus", "Australia Approved Name" -> "SIROLIMUS", "FDA Approved Drug" -> "SIROLIMUS"|>, "Synonyms" -> {"(3s,6r,7e,9r,10r,12r,14s,15e,17e,19e,21s,23s,26r,27r,34as)-9,27-dihydroxy-3-{(1r)-2-[(1s,3r,4r)-4-hydroxy-3-(methyloxy)cyclohexyl]-1-methylethyl}-6,8,12,14,20,26-hexamethyl-10,21-bis(methyloxy)-9,10,12,13,14,21,22,23,24,25,26,27,32,33,34,34a-hexadecahydro-3h-23,27-epoxypyrido[2,1-c][1,4]oxazacyclohentriacontine-1,5,11,28,29(6h,31h)-pentone", "(3s,6r,7e,9r,10r,12r,14s,15e,17e,19e,21s,23s,26r,27r,34 as)-9,10,12,13,14,21,22,23,24,25,26,27,32,33,34,34a-hex adecahydro-9,27-dihydroxy-3-[(1r)-2-[(1s,3r,4r)-4-hydro xy-3-methoxycyclohexyl]-1-methylethyl]-10,21-dimethoxy- 6,8,12,14,20,26-hexamethyl-23,27-ep", "(1r,9s,12s,15r,16e,18r,19r,21r,23s,24e,26e,28e,30s,32s,35r)-1,18-dihydroxy-12-{(2r)-1-[(1s,3r,4r)-4-hydroxy-3-methoxycyclohexyl]propan-2-yl}-19,30-dimethoxy-15,17,21,23,29,35-hexamethyl-11,36-dioxa-4-azatricyclo[30.3.1.04,9]hexatriaconta-16,24,26,28-tetraene-2,3,10,14,20-pentone", "(1r,9s,12s,15r,16e,18r,19r,21r,23s,24e,26e,28e,30s,32s,35r)-1,18-dihydroxy-12-{(1r)-2-[(1s,3r,4r)-4-hydroxy-3-methoxycyclohexyl]-1-methylethyl}-19,30-dimethoxy-15,17,21,23,29,35-hexamethyl-11,36-dioxa-4-azatricyclo[30.3.1.04,9]hexatriaconta-16,24,26,28-tetraen-2,3,10,14,20-penton", "antibiotic ay 22989", "rapa", "(1r,9s,12s,15r,16e,18r,19r,21r,23s,24e,26e,28e,30s,32s,35r)-1,18-dihydroxy-12-{(2r)-1-[(1s,3r,4r)-4-hydroxy-3-methoxycyclohexyl]-2-propanyl}-19,30-dimethoxy-15,17,21,23,29,35-hexamethyl-11,36-dioxa-4-azatricyclo[30.3.1.04,9]hexatriaconta-16,24,26,28-tetraene-2,3,10,14,20-pentone", "rpm", "(3s,6r,7e,9r,10r,12r,14s,15e,17e,19e,21s,23s,26r,27r,34as)-9,27-dihydroxy-3-{(2r)-1-[(1s,3r,4r)-4-hydroxy-3-methoxycyclohexyl]propan-2-yl}-10,21-dimethoxy-6,8,12,14,20,26-hexamethyl-9,10,12,13,14,21,22,23,24,25,26,27,32,33,34,34a-hexadecahydro-3h-23,27-epoxypyrido[2,1-c][1,4]oxazacyclohentriacontine-1,5,11,28,29(4h,6h,31h)-pentone", "sirolimus(rapamycin)", "23,27-epoxy-3h-pyrido[2,1-c][1,4]oxaazacyclohentriacontine-1,5,11,28,29(4h,6h,31h)-pentone 9,10,12,13,14,21,22,23,24,25,26,27,32,33,34,34a-hexadecahydro-9,27-dihydroxy-3-[(1r)-2-[(1s,3r,4r)-4-hydroxy-3-methoxycyclohexyl]-1-methylethyl]-10,21-dimethoxy-6,8,12,14,20,26-hexamethyl- (3s,6r,7e,9r,10r,12r,14s,15e,17e,19e,21s,23s,26r,27r,34as)-", "rapamune[wiki]", "23,27-epoxy-3h-pyrido(2,1-c)(1,4)oxaazacyclohentriacontine", "[53123-88-9]", "(9s,15r,16e,18r,19r,21r,23s,24e,26e,28e,30s,32s,35r)-1,18-dihydroxy-12-{(2r)-1-[(3r,4r)-4-hydroxy-3-methoxycyclohexyl]propan-2-yl}-19,30-dimethoxy-15,17,21,23,29,35-hexamethyl-11,36-dioxa-4-azatricyclo[30.3.1.04,9]hexatriaconta-16,24,26,28-tetraene-2,3,10,14,20-pentone", "(1r,9s,12s,15r,16e,18r,19r,21r,23s,24e,26e,28e,30s,32s,35r)-1,18-dihydroxy-12-[(2r)-1-[(1s,3r,4r)-4-hydroxy-3-methoxycyclohexyl]propan-2-yl]-19,30-dimethoxy-15,17,21,23,29,35-hexamethyl-11,36-dioxa-4-azatricyclo[30.3.1.04,9]hexatriaconta-16,24,26,28-tetraene-2,3,10,14,20-pentone", "53123-88-9[rn]", "sila 9268a", "(1r,9s,12s,15r,16e,18r,19r,21r,23s,24e,26e,28e,30s,32s,35r)-1,18-dihydroxy-12-{(2s)-1-[(1s,3r,4r)-4-hydroxy-3-methoxycyclohexyl]propan-2-yl}-19,30-dimethoxy-15,17,21,23,29,35-hexamethyl-11,36-dioxa-4-azatricyclo[30.3.1.04,9]hexatriaconta-16,24,26,28-tetraene-2,3,10,14,20-pentone", "rapamycin[wiki]", "(-)-rapamycin", "1,22,23,24,25,26,27,32,33,34,34a-hexadecahydro-3h-23,27-epoxypyrido[2,1-c][1,4]oxazacyclohentriacontine-1,5,11,28,29(4h,6h,31h)-pentone", "(1s,3r,7s,8s,8ar)-8-{2-[(2r,4r)-4-hydroxy-6-oxotetrahydro-2h-pyran-2-yl]ethyl}-3,7-dimethyl-1,2,3,7,8,8a-hexahydronaphthalen-1-yl 2,2-dimethylbutanoate", "23,27-epoxy-3h-pyrido[2,1-c][1,4]oxaazacyclohentriacontine", "sirolimus,rapamune", "sirolimus[wiki][usan]", "(3s,6r,7e,9r,10r,12r,14s,15e,17e,19e,21s,23s,26r,27r,34as)-9,10,12,13,14,21,22,23,24,25,26,27,32,33,34,34a-hexadecahydro-9,27-dihydroxy-3-[(1r)-2-[(1s,3r,4r)-4-hydroxy-3-methoxycyclohexyl]-1-methylethyl]-10,21-dimethoxy-6,8,12,14,20,26-hexamethyl-23,27-ep", "(1r,9s,12s,15r,16e,18r,19r,21r,23s,24e,26e,28e,30s,32s,35r)-1,18-dihydroxy-12-{(1r)-2-[(1s,3r,4r)-4-hydroxy-3-methoxycyclohexyl]-1-methylethyl}-19,30-dimethoxy-15,17,21,23,29,35-hexamethyl-11,36-dioxa-4-azatricyclo[30.3.1.04,9]hexatriaconta-16,24,26,28-tetraene-2,3,10,14,20-pentone", "(1r,9s,12s,15r,16e,18r,19r,21r,23s,24e,26e,28e,30s,32s,35r)-1,18-dihydroxy-12-{(2s)-1-[(1s,3r,4r)-4-hydroxy-3-methoxycyclohexyl]propan-2-yl}-19,30-dimethoxy-15,17,21,23,29,35-hexamethyl-11,36-dioxa-4-azatricyclo[30.3.1.0(4,9)]hexatriaconta-16,24,26,28-tetraene-2,3,10,14,20-pentoneantibiotic ay 22989", "sirolimus; sirolimusum", "2,23,24,25,26,27,32,33,34,34a-hexadecahydro-3h-23,27-epoxypyrido[2,1-c][1,4]oxazacyclohentriacontine-1,5,11,28,29(4h,6h,31h)-pentone", "(3s,6r,7e,9r,10r,12r,14s,15e,17e,19e,21s,23s,26r,27r,34as)-9,27-dihydroxy-3-{(2r)-1-[(1s,3r,4r)-4-hydroxy-3-methoxycyclohexyl]propan-2-yl}-10,21-dimethoxy-6,8,12,14,20,26-hexamethyl-9,10,12,13,14,21,2"}|>, "8576" -> <|"DatabaseID" -> "SW04209", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16741733]}, "IsomericSmiles" -> "CC[C@H](C)[C@H]1C(=O)N[C@H](C(=O)N[C@H](C(=O)N[C@@H](CCCCCC(=O)N[C@H](C(=O)N1)Cc2ccc(cc2)O)C(=O)NCC(=O)N[C@@H](CC(C)C)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09797"]}, "OfficialNames" -> <|"NPC Approved Name" -> "cargutocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20057048]}, "Synonyms" -> {"cargutocin", "33605-67-3[rn]", "deamino-dicarba-(gly7)-oxytocin", "[gly7,asu1,6]oxytocin", "cargutocin (inn/jan)", "d09797", "n-{[(2s,5s,8s,11s,14s)-11-(2-amino-2-oxoethyl)-8-(3-amino-3-oxopropyl)-5-[(2s)-butan-2-yl]-2-(4-hydroxybenzyl)-3,6,9,12,20-pentaoxo-1,4,7,10,13-pentaazacycloicosan-14-yl]carbonyl}glycyl-l-leucylglycinamide", "glycinamide n-[[(2s,5s,8s,11s,14s)-11-(2-amino-2-oxoethyl)-8-(3-amino-3-oxopropyl)-2-[(4-hydroxyphenyl)methyl]-5-[(1s)-1-methylpropyl]-3,6,9,12,20-pentaoxo-1,4,7,10,13-pentaazacycloeicos-14-yl]carbonyl]glycyl-l-leucyl-", "deaminodicarba-gly-oxytocin", "1-butyric acid-6-(l-2-aminobutyric acid)-7-glycineoxytocin", "7-glycine-1,6-aminosuberic acid-oxytocin", "1-butanoic acid-7-glycine-1,6-dicarbaoxytocin"}|>, "8577" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8578" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8579" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8580" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8581" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8582" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8583" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8584" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8585" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8586" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8587" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8588" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8589" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8590" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8591" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8592" -> <|"DatabaseID" -> "SW04210", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4291609]}, "IsomericSmiles" -> "CC(=O)NC1C(CC(OC1C(C(CO)OC2(CC(C(C(O2)C(C(CO)O)O)NC(=O)C)O)C(=O)[O-])O)(C(=O)[O-])OC3C(C(OC(C3O)OC4C(OC(C(C4O)O)O)CO)CO)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "colostrum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5116708]}, "Synonyms" -> {"di-(n-acetylneuramin)lactose", "d6040_sigma", "disialyllactose sodium salt from bovine colostrum", "ac1noovh", "alpha-neu5ac-(2->8)-alpha-neu5ac-(2->3)-beta-d-gal-(1->4)-d-glc", "5-acetamido-6-[2-[5-acetamido-2-carboxy-4-hydroxy-6-(1"}|>, "8593" -> <|"DatabaseID" -> "SW04211", "IsomericSmiles" -> "C[C@H]1/C=C/C=C/C=C/C=C/C=C/C=C/C=C/[C@@H](C[C@H]2[C@@H]([C@H](CC(O2)(C[C@H](C[C@H]([C@@H](CC[C@H](C[C@H](CC(=O)O[C@H]([C@@H]([C@@H]1O)C)C)O)O)O)O)O)O)O)C(=O)[O-])O[C@@H]3[C@@H]([C@@H]([C@H]([C@@H](O3)C)O)[NH3+])O", "OfficialNames" -> <|"Indian Approved Name" -> "nanosomal amphotericin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 56842155]}, "Synonyms" -> {"abelcet", "niosh/bd9000000", "bd90000000", "l-amb", "amphotericin b"}|>, "8594" -> <|"DatabaseID" -> "SW04212", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2682"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10237579]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00681"]}, "IsomericSmiles" -> "C[C@H]1/C=C/C=C/C=C/C=C/C=C/C=C/C=C/[C@@H](C[C@H]2[C@@H]([C@H](C[C@](O2)(C[C@H](C[C@H]([C@@H](CC[C@H](C[C@H](CC(=O)O[C@H]([C@@H]([C@@H]1O)C)C)O)O)O)O)O)O)O)C(=O)[O-])O[C@H]3[C@H]([C@H]([C@@H]([C@H](O3)C)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00203"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "amphotericin B", "Indian Approved Name" -> "amphotericin-b", "FDA Approved Drug" -> "AMPHOTERICIN B"|>, "PharmGKBID" -> "PA448415", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5280965]}, "Synonyms" -> {"amphotericin b", "fungizone", "amphotec", "ambisome", "amphotericine b", "ampho-moronal", "fungilin", "amphozone", "lns-amb", "amphotericin", "amphocin", "amfotericina b", "amph-b", "ablc", "iab", "fungizone intravenous", "halizon", "amb", "sinunase", "fungisone", "hsdb 3008 iab", "abelcet", "liposomal amphotericin b", "tegopen", "amphortericin b", "mysteclin-f", "5-18-10-00525[beilstein]", "amphotericinum b[latin]", "ambisome[wiki]", "(1r,3s,5r,6r,9r,11r,15s,16r,17r,18s,19e,21e,23e,25e,27e,29e,31e,33r,35s,36r,37s)-33-[(2r,3s,4s,5s,6r)-4-amino-3,5-dihydroxy-6-methyl-oxan-2-yl]oxy-1,3,5,6,9,11,17,37-octahydroxy-15,16,18-trimethyl-13-oxo-14,39-dioxabicyclo[33.3.1]nonatriaconta-19,21,23,25,27,29,31-heptaene-36-carboxylicacid", "14,39-dioxabicyclo[33.3.1]nonatriaconta-19,21,23,25,27,29,31-heptaene-36-carboxylic acid,33-[(3-amino-3,6-dideoxy-b-d-mannopyranosyl)oxy]-1,3,5,6,9,11,17,37-octahydroxy-15,16,18-trimethyl-13-oxo-,(1r,3s,5r,6r,9r,11r,15s,16r,17r,18s,19e,21e,23e,25e,27e,29e,31e,33r,35s,36r,37s)-", "abelcet[wiki]", "(1r,3s,5r,6r,9r,11r,15s,16r,17r,18s,19e,21e,23e,25e,27e,29e,31e,33r,35s,36r,37s)-33-[(3-amino-3,6-dideoxy-b-d-mannopyranosyl)oxy]-1,3,5,6,9,11,17,37-octahydroxy-15,16,18-trimethyl-13-oxo-14,39-dioxabicyclo[33.3.1]nonatriaconta-19,21,23,25,27,29,31-heptaene-36-carboxylicacid", "amphotec[wiki]", "1397-89-3[rn]", "(1r,3s,5r,6r,9r,11r,15s,16r,17r,18s,19e,21e,23e,25e,27e,29e,31e,33r,35s,36r,37s)-33-{[(2r,3s,4s,5s,6r)-4-amino-3,5-dihydroxy-6-methyltetrahydro-2h-pyran-2-yl]oxy}-1,3,5,6,9,11,17,37-octahydroxy-15,16,18-trimethyl-13-oxo-14,39-dioxabicyclo[33.3.1]nonatriaconta-19,21,23,25,27,29,31-heptaene-36-carboxylic acid", "(1r,3s,5r,6r,9r,11r,15s,16r,17r,18s,19e,21e,23e,25e,27e,29e,31e,33r,35s,36r,37s)-33-{[(2r,3s,4s,5s,6r)-4-amino-3,5-dihydroxy-6-methyloxan-2-yl]oxy}-1,3,5,6,9,11,17,37-octahydroxy-15,16,18-trimethyl-13-oxo-14,39-dioxabicyclo[33.3.1]nonatriaconta-19,21,23,25,27,29,31-heptaene-36-carboxylicacid", "abicyclo[33.3.1]nonatriaconta-19,21,23,25,27,29,31-heptaene-36-carboxylic acid", "215-742-2[einecs]", "amphotericin b[wiki]", "amphotericinum b"}|>, "8595" -> <|"DatabaseID" -> "SW04213", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170688]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O[C@H]8[C@@H]([C@H]([C@@H](O8)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "araloside a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197091]}, "Synonyms" -> {"araloside a", "oleanoside e", "chikusetsusaponin 4", "chikusetsusaponin iv", "araloside (8ci)", "beta-d-glucopyranosiduronic acid", "araloside", "ac1l52v5", "7518-22-1[rn]", "ls-52965", "7518-22-1"}|>, "8596" -> <|"DatabaseID" -> "SW04213", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170688]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O[C@H]8[C@@H]([C@H]([C@@H](O8)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "araloside a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197091]}, "Synonyms" -> {"araloside a", "oleanoside e", "chikusetsusaponin 4", "chikusetsusaponin iv", "araloside (8ci)", "beta-d-glucopyranosiduronic acid", "araloside", "ac1l52v5", "7518-22-1[rn]", "ls-52965", "7518-22-1"}|>, "8597" -> <|"DatabaseID" -> "SW04213", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170688]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O[C@H]8[C@@H]([C@H]([C@@H](O8)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "araloside a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197091]}, "Synonyms" -> {"araloside a", "oleanoside e", "chikusetsusaponin 4", "chikusetsusaponin iv", "araloside (8ci)", "beta-d-glucopyranosiduronic acid", "araloside", "ac1l52v5", "7518-22-1[rn]", "ls-52965", "7518-22-1"}|>, "8598" -> <|"DatabaseID" -> "SW04213", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170688]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O[C@H]8[C@@H]([C@H]([C@@H](O8)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "araloside a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197091]}, "Synonyms" -> {"araloside a", "oleanoside e", "chikusetsusaponin 4", "chikusetsusaponin iv", "araloside (8ci)", "beta-d-glucopyranosiduronic acid", "araloside", "ac1l52v5", "7518-22-1[rn]", "ls-52965", "7518-22-1"}|>, "8599" -> <|"DatabaseID" -> "SW04213", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170688]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O[C@H]8[C@@H]([C@H]([C@@H](O8)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "araloside a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197091]}, "Synonyms" -> {"araloside a", "oleanoside e", "chikusetsusaponin 4", "chikusetsusaponin iv", "araloside (8ci)", "beta-d-glucopyranosiduronic acid", "araloside", "ac1l52v5", "7518-22-1[rn]", "ls-52965", "7518-22-1"}|>, "8600" -> <|"DatabaseID" -> "SW04213", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170688]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O[C@H]8[C@@H]([C@H]([C@@H](O8)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "araloside a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197091]}, "Synonyms" -> {"araloside a", "oleanoside e", "chikusetsusaponin 4", "chikusetsusaponin iv", "araloside (8ci)", "beta-d-glucopyranosiduronic acid", "araloside", "ac1l52v5", "7518-22-1[rn]", "ls-52965", "7518-22-1"}|>, "8601" -> <|"DatabaseID" -> "SW04213", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170688]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O[C@H]8[C@@H]([C@H]([C@@H](O8)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "araloside a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197091]}, "Synonyms" -> {"araloside a", "oleanoside e", "chikusetsusaponin 4", "chikusetsusaponin iv", "araloside (8ci)", "beta-d-glucopyranosiduronic acid", "araloside", "ac1l52v5", "7518-22-1[rn]", "ls-52965", "7518-22-1"}|>, "8602" -> <|"DatabaseID" -> "SW04213", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 170688]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O[C@H]8[C@@H]([C@H]([C@@H](O8)CO)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "araloside a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197091]}, "Synonyms" -> {"araloside a", "oleanoside e", "chikusetsusaponin 4", "chikusetsusaponin iv", "araloside (8ci)", "beta-d-glucopyranosiduronic acid", "araloside", "ac1l52v5", "7518-22-1[rn]", "ls-52965", "7518-22-1"}|>, "8603" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8604" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8605" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8606" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8607" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8608" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8609" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8610" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8611" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8612" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8613" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8614" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8615" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8616" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8617" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8618" -> <|"DatabaseID" -> "SW04214", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00646"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC\\2CC(C(C(CC(=O)CC(C(CCC(CC(CC(CC(=O)OC(C(C(C(/C=C/C=C/CC/C=C/C=C/C=C/C=C2)C)O)C)C)O)O)O)O)O)O)C(=O)[O-])O)O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00202"]}, "OfficialNames" -> <|"China Approved Name" -> "nystatin;Nystatin", "WHO Essential Medicine" -> "nystatin", "Australia Approved Name" -> "NYSTATIN", "FDA Approved Drug" -> "NYSTATIN"|>, "PharmGKBID" -> "PA450666", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953884]}, "Synonyms" -> {"pedi-dri", "nystatin", "mycostatin", "nyaderm", "nystaform", "nadostine", "nystatin-triamcinolone acetonide", "pms nystatin", "mytrex f", "mykacet", "sodium nystatin", "unii-zgt9ey838c", "kenacomb mild cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nilstat", "mycolog-ii", "kenacomb cream (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "nystatin sodium salt", "nysert", "kenacomb ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "mykinac", "kenacomb mild ointment (gramicidin + neomycin sulfate + nystatin + triamcinolone acetonide)_mixture", "barstatin 100", "nystatin sodium", "derma-4 ont (neomycin sulfate + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "mecomb crm 0.1% (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "solvaderm ointment (neomycin (neomycin sulfate) + nystatin + thiostrepton (antibiotic of a streptomyces species) + triamcinolone acetonide)_mixture", "nystex", "kenacomb ont (gramicidin + neomycin (neomycin sulfate) + nystatin + triamcinolone acetonide)_mixture", "myco-triacet ii", "lidecomb cream (fluocinonide + gramicidin + neomycin sulfate + nystatin)_mixture", "candex", "mycostatin (tn)", "nystop", "flagystatin (metronidazole + nystatin)_mixture", "nystatin dihydrate", "korostatin"}|>, "8619" -> <|"DatabaseID" -> "SW04215", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2915"], ExternalIdentifier["ChEBIID", "2914"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43068], ExternalIdentifier["ChemSpiderID", 43067]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2C1Cc3ccc(c(c3)OC)OC)OC)OC)CCC(=O)OCCCCCOC(=O)CC[N+]4(CCc5cc(c(cc5C4Cc6ccc(c(c6)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00758"]}, "OfficialNames" -> <|"China Approved Name" -> "atracurium", "WHO Essential Medicine" -> "atracurium", "Indian Approved Name" -> "atracurium besylate", "FDA Approved Drug" -> "ATRACURIUM BESYLATE"|>, "PharmGKBID" -> "PA164776840", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47320], ExternalIdentifier["PubChemCompoundID", 47319]}, "Synonyms" -> {"tracrium", "atracurium besilate", "atracurium besylate", "bw-33a", "atracurium besylate[usp]", "64228-81-5", "64228-79-1[rn]", "atracurium", "64228-81-5[rn]", "tracrium preservative free", "atracurium[wiki]", "ac1l2huf", "chebi:2914", "prestwick3_000005", "atracurium besilate [inn_en]", "prestwick2_000005", "brn 1523633", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "2-(2-carboxyethyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-veratrylisoquinolinium benzenesulfonate pentamethylene ester", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- dibenzenesulfonate", "atracurium dibesylate", "besilato de atracurio", "atracuriibesilas;atracurium besilate; besilate d'atracurium;besilatode atracurio", "wellcome 33-a-74", "96946-42-8[rn]", "atracurium besylate cisatracurium", "atracurii besilas [inn-latin]", "9005-49-6", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium; bis(benzenesulfonate)", "besilate d'atracurium[french][inn]", "(1s,2r)-1-(3,4-dimethoxybenzyl)-2-(3-(5-(3-((1r,2r)-1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium-2-yl)propanoyloxy)pentyloxy)-3-oxopropyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium benzenesulfonate", "besilato de atracurio[spanish][inn]", "unii-2gq1iry63p", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium benzenesulfonate (1:2)", "atracurium besylate [usan:ban][usan]", "prestwick1_000005", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-{[3,4-bis(methyloxy)phenyl]methyl}-2-methyl-6,7-bis(methyloxy)-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- benzenesulfonate (1:2)", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium", "isoquinolinium 1,2,3,4-tetrahydro-2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxy-2-methyl-", "ac1q67hr", "besilate d'atracurium", "2,2'-{1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate[acd/iupac name]", "bw 33 a", "neuronal acetylcholine receptor subunit alpha-2 precursor", "264-743-4[einecs]", "390235", "bw 33a", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium dibenzenesulfonate (9ci); atracurium besilate; atracurium besylate; atracuriumdibesilate", "atracurii besilas", "2,2'-{pentan-1,5-diylbis[oxy(3-oxopropan-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisochinolinium]bisbenzolsulfonat", "atracurii besilas[latin]", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-iumatracurium", "cisatracuriumbesylate", "nimbex", "octadecapeptide derivative", "33 a 74", "tl8004537", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium]"}|>, "8620" -> <|"DatabaseID" -> "SW04215", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2915"], ExternalIdentifier["ChEBIID", "2914"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43068], ExternalIdentifier["ChemSpiderID", 43067]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2C1Cc3ccc(c(c3)OC)OC)OC)OC)CCC(=O)OCCCCCOC(=O)CC[N+]4(CCc5cc(c(cc5C4Cc6ccc(c(c6)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00758"]}, "OfficialNames" -> <|"China Approved Name" -> "atracurium", "WHO Essential Medicine" -> "atracurium", "Indian Approved Name" -> "atracurium besylate", "FDA Approved Drug" -> "ATRACURIUM BESYLATE"|>, "PharmGKBID" -> "PA164776840", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47320], ExternalIdentifier["PubChemCompoundID", 47319]}, "Synonyms" -> {"tracrium", "atracurium besilate", "atracurium besylate", "bw-33a", "atracurium besylate[usp]", "64228-81-5", "64228-79-1[rn]", "atracurium", "64228-81-5[rn]", "tracrium preservative free", "atracurium[wiki]", "ac1l2huf", "chebi:2914", "prestwick3_000005", "atracurium besilate [inn_en]", "prestwick2_000005", "brn 1523633", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "2-(2-carboxyethyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-veratrylisoquinolinium benzenesulfonate pentamethylene ester", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- dibenzenesulfonate", "atracurium dibesylate", "besilato de atracurio", "atracuriibesilas;atracurium besilate; besilate d'atracurium;besilatode atracurio", "wellcome 33-a-74", "96946-42-8[rn]", "atracurium besylate cisatracurium", "atracurii besilas [inn-latin]", "9005-49-6", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium; bis(benzenesulfonate)", "besilate d'atracurium[french][inn]", "(1s,2r)-1-(3,4-dimethoxybenzyl)-2-(3-(5-(3-((1r,2r)-1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium-2-yl)propanoyloxy)pentyloxy)-3-oxopropyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium benzenesulfonate", "besilato de atracurio[spanish][inn]", "unii-2gq1iry63p", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium benzenesulfonate (1:2)", "atracurium besylate [usan:ban][usan]", "prestwick1_000005", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-{[3,4-bis(methyloxy)phenyl]methyl}-2-methyl-6,7-bis(methyloxy)-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- benzenesulfonate (1:2)", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium", "isoquinolinium 1,2,3,4-tetrahydro-2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxy-2-methyl-", "ac1q67hr", "besilate d'atracurium", "2,2'-{1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate[acd/iupac name]", "bw 33 a", "neuronal acetylcholine receptor subunit alpha-2 precursor", "264-743-4[einecs]", "390235", "bw 33a", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium dibenzenesulfonate (9ci); atracurium besilate; atracurium besylate; atracuriumdibesilate", "atracurii besilas", "2,2'-{pentan-1,5-diylbis[oxy(3-oxopropan-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisochinolinium]bisbenzolsulfonat", "atracurii besilas[latin]", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-iumatracurium", "cisatracuriumbesylate", "nimbex", "octadecapeptide derivative", "33 a 74", "tl8004537", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium]"}|>, "8621" -> <|"DatabaseID" -> "SW04215", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2915"], ExternalIdentifier["ChEBIID", "2914"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43068], ExternalIdentifier["ChemSpiderID", 43067]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2C1Cc3ccc(c(c3)OC)OC)OC)OC)CCC(=O)OCCCCCOC(=O)CC[N+]4(CCc5cc(c(cc5C4Cc6ccc(c(c6)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00758"]}, "OfficialNames" -> <|"China Approved Name" -> "atracurium", "WHO Essential Medicine" -> "atracurium", "Indian Approved Name" -> "atracurium besylate", "FDA Approved Drug" -> "ATRACURIUM BESYLATE"|>, "PharmGKBID" -> "PA164776840", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47320], ExternalIdentifier["PubChemCompoundID", 47319]}, "Synonyms" -> {"tracrium", "atracurium besilate", "atracurium besylate", "bw-33a", "atracurium besylate[usp]", "64228-81-5", "64228-79-1[rn]", "atracurium", "64228-81-5[rn]", "tracrium preservative free", "atracurium[wiki]", "ac1l2huf", "chebi:2914", "prestwick3_000005", "atracurium besilate [inn_en]", "prestwick2_000005", "brn 1523633", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "2-(2-carboxyethyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-veratrylisoquinolinium benzenesulfonate pentamethylene ester", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- dibenzenesulfonate", "atracurium dibesylate", "besilato de atracurio", "atracuriibesilas;atracurium besilate; besilate d'atracurium;besilatode atracurio", "wellcome 33-a-74", "96946-42-8[rn]", "atracurium besylate cisatracurium", "atracurii besilas [inn-latin]", "9005-49-6", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium; bis(benzenesulfonate)", "besilate d'atracurium[french][inn]", "(1s,2r)-1-(3,4-dimethoxybenzyl)-2-(3-(5-(3-((1r,2r)-1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium-2-yl)propanoyloxy)pentyloxy)-3-oxopropyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium benzenesulfonate", "besilato de atracurio[spanish][inn]", "unii-2gq1iry63p", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium benzenesulfonate (1:2)", "atracurium besylate [usan:ban][usan]", "prestwick1_000005", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-{[3,4-bis(methyloxy)phenyl]methyl}-2-methyl-6,7-bis(methyloxy)-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- benzenesulfonate (1:2)", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium", "isoquinolinium 1,2,3,4-tetrahydro-2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxy-2-methyl-", "ac1q67hr", "besilate d'atracurium", "2,2'-{1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate[acd/iupac name]", "bw 33 a", "neuronal acetylcholine receptor subunit alpha-2 precursor", "264-743-4[einecs]", "390235", "bw 33a", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium dibenzenesulfonate (9ci); atracurium besilate; atracurium besylate; atracuriumdibesilate", "atracurii besilas", "2,2'-{pentan-1,5-diylbis[oxy(3-oxopropan-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisochinolinium]bisbenzolsulfonat", "atracurii besilas[latin]", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-iumatracurium", "cisatracuriumbesylate", "nimbex", "octadecapeptide derivative", "33 a 74", "tl8004537", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium]"}|>, "8622" -> <|"DatabaseID" -> "SW04215", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2915"], ExternalIdentifier["ChEBIID", "2914"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43068], ExternalIdentifier["ChemSpiderID", 43067]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2C1Cc3ccc(c(c3)OC)OC)OC)OC)CCC(=O)OCCCCCOC(=O)CC[N+]4(CCc5cc(c(cc5C4Cc6ccc(c(c6)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00758"]}, "OfficialNames" -> <|"China Approved Name" -> "atracurium", "WHO Essential Medicine" -> "atracurium", "Indian Approved Name" -> "atracurium besylate", "FDA Approved Drug" -> "ATRACURIUM BESYLATE"|>, "PharmGKBID" -> "PA164776840", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47320], ExternalIdentifier["PubChemCompoundID", 47319]}, "Synonyms" -> {"tracrium", "atracurium besilate", "atracurium besylate", "bw-33a", "atracurium besylate[usp]", "64228-81-5", "64228-79-1[rn]", "atracurium", "64228-81-5[rn]", "tracrium preservative free", "atracurium[wiki]", "ac1l2huf", "chebi:2914", "prestwick3_000005", "atracurium besilate [inn_en]", "prestwick2_000005", "brn 1523633", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "2-(2-carboxyethyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-veratrylisoquinolinium benzenesulfonate pentamethylene ester", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- dibenzenesulfonate", "atracurium dibesylate", "besilato de atracurio", "atracuriibesilas;atracurium besilate; besilate d'atracurium;besilatode atracurio", "wellcome 33-a-74", "96946-42-8[rn]", "atracurium besylate cisatracurium", "atracurii besilas [inn-latin]", "9005-49-6", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium; bis(benzenesulfonate)", "besilate d'atracurium[french][inn]", "(1s,2r)-1-(3,4-dimethoxybenzyl)-2-(3-(5-(3-((1r,2r)-1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium-2-yl)propanoyloxy)pentyloxy)-3-oxopropyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium benzenesulfonate", "besilato de atracurio[spanish][inn]", "unii-2gq1iry63p", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium benzenesulfonate (1:2)", "atracurium besylate [usan:ban][usan]", "prestwick1_000005", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-{[3,4-bis(methyloxy)phenyl]methyl}-2-methyl-6,7-bis(methyloxy)-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- benzenesulfonate (1:2)", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium", "isoquinolinium 1,2,3,4-tetrahydro-2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxy-2-methyl-", "ac1q67hr", "besilate d'atracurium", "2,2'-{1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate[acd/iupac name]", "bw 33 a", "neuronal acetylcholine receptor subunit alpha-2 precursor", "264-743-4[einecs]", "390235", "bw 33a", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium dibenzenesulfonate (9ci); atracurium besilate; atracurium besylate; atracuriumdibesilate", "atracurii besilas", "2,2'-{pentan-1,5-diylbis[oxy(3-oxopropan-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisochinolinium]bisbenzolsulfonat", "atracurii besilas[latin]", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-iumatracurium", "cisatracuriumbesylate", "nimbex", "octadecapeptide derivative", "33 a 74", "tl8004537", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium]"}|>, "8623" -> <|"DatabaseID" -> "SW04215", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2915"], ExternalIdentifier["ChEBIID", "2914"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43068], ExternalIdentifier["ChemSpiderID", 43067]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2C1Cc3ccc(c(c3)OC)OC)OC)OC)CCC(=O)OCCCCCOC(=O)CC[N+]4(CCc5cc(c(cc5C4Cc6ccc(c(c6)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00758"]}, "OfficialNames" -> <|"China Approved Name" -> "atracurium", "WHO Essential Medicine" -> "atracurium", "Indian Approved Name" -> "atracurium besylate", "FDA Approved Drug" -> "ATRACURIUM BESYLATE"|>, "PharmGKBID" -> "PA164776840", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47320], ExternalIdentifier["PubChemCompoundID", 47319]}, "Synonyms" -> {"tracrium", "atracurium besilate", "atracurium besylate", "bw-33a", "atracurium besylate[usp]", "64228-81-5", "64228-79-1[rn]", "atracurium", "64228-81-5[rn]", "tracrium preservative free", "atracurium[wiki]", "ac1l2huf", "chebi:2914", "prestwick3_000005", "atracurium besilate [inn_en]", "prestwick2_000005", "brn 1523633", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "2-(2-carboxyethyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-veratrylisoquinolinium benzenesulfonate pentamethylene ester", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- dibenzenesulfonate", "atracurium dibesylate", "besilato de atracurio", "atracuriibesilas;atracurium besilate; besilate d'atracurium;besilatode atracurio", "wellcome 33-a-74", "96946-42-8[rn]", "atracurium besylate cisatracurium", "atracurii besilas [inn-latin]", "9005-49-6", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium; bis(benzenesulfonate)", "besilate d'atracurium[french][inn]", "(1s,2r)-1-(3,4-dimethoxybenzyl)-2-(3-(5-(3-((1r,2r)-1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium-2-yl)propanoyloxy)pentyloxy)-3-oxopropyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium benzenesulfonate", "besilato de atracurio[spanish][inn]", "unii-2gq1iry63p", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium benzenesulfonate (1:2)", "atracurium besylate [usan:ban][usan]", "prestwick1_000005", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-{[3,4-bis(methyloxy)phenyl]methyl}-2-methyl-6,7-bis(methyloxy)-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- benzenesulfonate (1:2)", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium", "isoquinolinium 1,2,3,4-tetrahydro-2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxy-2-methyl-", "ac1q67hr", "besilate d'atracurium", "2,2'-{1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate[acd/iupac name]", "bw 33 a", "neuronal acetylcholine receptor subunit alpha-2 precursor", "264-743-4[einecs]", "390235", "bw 33a", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium dibenzenesulfonate (9ci); atracurium besilate; atracurium besylate; atracuriumdibesilate", "atracurii besilas", "2,2'-{pentan-1,5-diylbis[oxy(3-oxopropan-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisochinolinium]bisbenzolsulfonat", "atracurii besilas[latin]", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-iumatracurium", "cisatracuriumbesylate", "nimbex", "octadecapeptide derivative", "33 a 74", "tl8004537", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium]"}|>, "8624" -> <|"DatabaseID" -> "SW04215", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2915"], ExternalIdentifier["ChEBIID", "2914"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43068], ExternalIdentifier["ChemSpiderID", 43067]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2C1Cc3ccc(c(c3)OC)OC)OC)OC)CCC(=O)OCCCCCOC(=O)CC[N+]4(CCc5cc(c(cc5C4Cc6ccc(c(c6)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00758"]}, "OfficialNames" -> <|"China Approved Name" -> "atracurium", "WHO Essential Medicine" -> "atracurium", "Indian Approved Name" -> "atracurium besylate", "FDA Approved Drug" -> "ATRACURIUM BESYLATE"|>, "PharmGKBID" -> "PA164776840", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47320], ExternalIdentifier["PubChemCompoundID", 47319]}, "Synonyms" -> {"tracrium", "atracurium besilate", "atracurium besylate", "bw-33a", "atracurium besylate[usp]", "64228-81-5", "64228-79-1[rn]", "atracurium", "64228-81-5[rn]", "tracrium preservative free", "atracurium[wiki]", "ac1l2huf", "chebi:2914", "prestwick3_000005", "atracurium besilate [inn_en]", "prestwick2_000005", "brn 1523633", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "2-(2-carboxyethyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-veratrylisoquinolinium benzenesulfonate pentamethylene ester", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- dibenzenesulfonate", "atracurium dibesylate", "besilato de atracurio", "atracuriibesilas;atracurium besilate; besilate d'atracurium;besilatode atracurio", "wellcome 33-a-74", "96946-42-8[rn]", "atracurium besylate cisatracurium", "atracurii besilas [inn-latin]", "9005-49-6", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium; bis(benzenesulfonate)", "besilate d'atracurium[french][inn]", "(1s,2r)-1-(3,4-dimethoxybenzyl)-2-(3-(5-(3-((1r,2r)-1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium-2-yl)propanoyloxy)pentyloxy)-3-oxopropyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium benzenesulfonate", "besilato de atracurio[spanish][inn]", "unii-2gq1iry63p", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium benzenesulfonate (1:2)", "atracurium besylate [usan:ban][usan]", "prestwick1_000005", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-{[3,4-bis(methyloxy)phenyl]methyl}-2-methyl-6,7-bis(methyloxy)-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- benzenesulfonate (1:2)", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium", "isoquinolinium 1,2,3,4-tetrahydro-2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxy-2-methyl-", "ac1q67hr", "besilate d'atracurium", "2,2'-{1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate[acd/iupac name]", "bw 33 a", "neuronal acetylcholine receptor subunit alpha-2 precursor", "264-743-4[einecs]", "390235", "bw 33a", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium dibenzenesulfonate (9ci); atracurium besilate; atracurium besylate; atracuriumdibesilate", "atracurii besilas", "2,2'-{pentan-1,5-diylbis[oxy(3-oxopropan-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisochinolinium]bisbenzolsulfonat", "atracurii besilas[latin]", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-iumatracurium", "cisatracuriumbesylate", "nimbex", "octadecapeptide derivative", "33 a 74", "tl8004537", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium]"}|>, "8625" -> <|"DatabaseID" -> "SW04215", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2915"], ExternalIdentifier["ChEBIID", "2914"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43068], ExternalIdentifier["ChemSpiderID", 43067]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2C1Cc3ccc(c(c3)OC)OC)OC)OC)CCC(=O)OCCCCCOC(=O)CC[N+]4(CCc5cc(c(cc5C4Cc6ccc(c(c6)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00758"]}, "OfficialNames" -> <|"China Approved Name" -> "atracurium", "WHO Essential Medicine" -> "atracurium", "Indian Approved Name" -> "atracurium besylate", "FDA Approved Drug" -> "ATRACURIUM BESYLATE"|>, "PharmGKBID" -> "PA164776840", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47320], ExternalIdentifier["PubChemCompoundID", 47319]}, "Synonyms" -> {"tracrium", "atracurium besilate", "atracurium besylate", "bw-33a", "atracurium besylate[usp]", "64228-81-5", "64228-79-1[rn]", "atracurium", "64228-81-5[rn]", "tracrium preservative free", "atracurium[wiki]", "ac1l2huf", "chebi:2914", "prestwick3_000005", "atracurium besilate [inn_en]", "prestwick2_000005", "brn 1523633", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "2-(2-carboxyethyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-veratrylisoquinolinium benzenesulfonate pentamethylene ester", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- dibenzenesulfonate", "atracurium dibesylate", "besilato de atracurio", "atracuriibesilas;atracurium besilate; besilate d'atracurium;besilatode atracurio", "wellcome 33-a-74", "96946-42-8[rn]", "atracurium besylate cisatracurium", "atracurii besilas [inn-latin]", "9005-49-6", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium; bis(benzenesulfonate)", "besilate d'atracurium[french][inn]", "(1s,2r)-1-(3,4-dimethoxybenzyl)-2-(3-(5-(3-((1r,2r)-1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium-2-yl)propanoyloxy)pentyloxy)-3-oxopropyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium benzenesulfonate", "besilato de atracurio[spanish][inn]", "unii-2gq1iry63p", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium benzenesulfonate (1:2)", "atracurium besylate [usan:ban][usan]", "prestwick1_000005", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-{[3,4-bis(methyloxy)phenyl]methyl}-2-methyl-6,7-bis(methyloxy)-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- benzenesulfonate (1:2)", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium", "isoquinolinium 1,2,3,4-tetrahydro-2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxy-2-methyl-", "ac1q67hr", "besilate d'atracurium", "2,2'-{1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate[acd/iupac name]", "bw 33 a", "neuronal acetylcholine receptor subunit alpha-2 precursor", "264-743-4[einecs]", "390235", "bw 33a", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium dibenzenesulfonate (9ci); atracurium besilate; atracurium besylate; atracuriumdibesilate", "atracurii besilas", "2,2'-{pentan-1,5-diylbis[oxy(3-oxopropan-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisochinolinium]bisbenzolsulfonat", "atracurii besilas[latin]", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-iumatracurium", "cisatracuriumbesylate", "nimbex", "octadecapeptide derivative", "33 a 74", "tl8004537", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium]"}|>, "8626" -> <|"DatabaseID" -> "SW04215", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2915"], ExternalIdentifier["ChEBIID", "2914"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43068], ExternalIdentifier["ChemSpiderID", 43067]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2C1Cc3ccc(c(c3)OC)OC)OC)OC)CCC(=O)OCCCCCOC(=O)CC[N+]4(CCc5cc(c(cc5C4Cc6ccc(c(c6)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00758"]}, "OfficialNames" -> <|"China Approved Name" -> "atracurium", "WHO Essential Medicine" -> "atracurium", "Indian Approved Name" -> "atracurium besylate", "FDA Approved Drug" -> "ATRACURIUM BESYLATE"|>, "PharmGKBID" -> "PA164776840", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47320], ExternalIdentifier["PubChemCompoundID", 47319]}, "Synonyms" -> {"tracrium", "atracurium besilate", "atracurium besylate", "bw-33a", "atracurium besylate[usp]", "64228-81-5", "64228-79-1[rn]", "atracurium", "64228-81-5[rn]", "tracrium preservative free", "atracurium[wiki]", "ac1l2huf", "chebi:2914", "prestwick3_000005", "atracurium besilate [inn_en]", "prestwick2_000005", "brn 1523633", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "2-(2-carboxyethyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-veratrylisoquinolinium benzenesulfonate pentamethylene ester", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- dibenzenesulfonate", "atracurium dibesylate", "besilato de atracurio", "atracuriibesilas;atracurium besilate; besilate d'atracurium;besilatode atracurio", "wellcome 33-a-74", "96946-42-8[rn]", "atracurium besylate cisatracurium", "atracurii besilas [inn-latin]", "9005-49-6", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium; bis(benzenesulfonate)", "besilate d'atracurium[french][inn]", "(1s,2r)-1-(3,4-dimethoxybenzyl)-2-(3-(5-(3-((1r,2r)-1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium-2-yl)propanoyloxy)pentyloxy)-3-oxopropyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium benzenesulfonate", "besilato de atracurio[spanish][inn]", "unii-2gq1iry63p", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium benzenesulfonate (1:2)", "atracurium besylate [usan:ban][usan]", "prestwick1_000005", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-{[3,4-bis(methyloxy)phenyl]methyl}-2-methyl-6,7-bis(methyloxy)-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- benzenesulfonate (1:2)", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium", "isoquinolinium 1,2,3,4-tetrahydro-2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxy-2-methyl-", "ac1q67hr", "besilate d'atracurium", "2,2'-{1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate[acd/iupac name]", "bw 33 a", "neuronal acetylcholine receptor subunit alpha-2 precursor", "264-743-4[einecs]", "390235", "bw 33a", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium dibenzenesulfonate (9ci); atracurium besilate; atracurium besylate; atracuriumdibesilate", "atracurii besilas", "2,2'-{pentan-1,5-diylbis[oxy(3-oxopropan-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisochinolinium]bisbenzolsulfonat", "atracurii besilas[latin]", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-iumatracurium", "cisatracuriumbesylate", "nimbex", "octadecapeptide derivative", "33 a 74", "tl8004537", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium]"}|>, "8627" -> <|"DatabaseID" -> "SW04215", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2915"], ExternalIdentifier["ChEBIID", "2914"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43068], ExternalIdentifier["ChemSpiderID", 43067]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2C1Cc3ccc(c(c3)OC)OC)OC)OC)CCC(=O)OCCCCCOC(=O)CC[N+]4(CCc5cc(c(cc5C4Cc6ccc(c(c6)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00758"]}, "OfficialNames" -> <|"China Approved Name" -> "atracurium", "WHO Essential Medicine" -> "atracurium", "Indian Approved Name" -> "atracurium besylate", "FDA Approved Drug" -> "ATRACURIUM BESYLATE"|>, "PharmGKBID" -> "PA164776840", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47320], ExternalIdentifier["PubChemCompoundID", 47319]}, "Synonyms" -> {"tracrium", "atracurium besilate", "atracurium besylate", "bw-33a", "atracurium besylate[usp]", "64228-81-5", "64228-79-1[rn]", "atracurium", "64228-81-5[rn]", "tracrium preservative free", "atracurium[wiki]", "ac1l2huf", "chebi:2914", "prestwick3_000005", "atracurium besilate [inn_en]", "prestwick2_000005", "brn 1523633", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "2-(2-carboxyethyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-veratrylisoquinolinium benzenesulfonate pentamethylene ester", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- dibenzenesulfonate", "atracurium dibesylate", "besilato de atracurio", "atracuriibesilas;atracurium besilate; besilate d'atracurium;besilatode atracurio", "wellcome 33-a-74", "96946-42-8[rn]", "atracurium besylate cisatracurium", "atracurii besilas [inn-latin]", "9005-49-6", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium; bis(benzenesulfonate)", "besilate d'atracurium[french][inn]", "(1s,2r)-1-(3,4-dimethoxybenzyl)-2-(3-(5-(3-((1r,2r)-1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium-2-yl)propanoyloxy)pentyloxy)-3-oxopropyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium benzenesulfonate", "besilato de atracurio[spanish][inn]", "unii-2gq1iry63p", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium benzenesulfonate (1:2)", "atracurium besylate [usan:ban][usan]", "prestwick1_000005", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-{[3,4-bis(methyloxy)phenyl]methyl}-2-methyl-6,7-bis(methyloxy)-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- benzenesulfonate (1:2)", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium", "isoquinolinium 1,2,3,4-tetrahydro-2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxy-2-methyl-", "ac1q67hr", "besilate d'atracurium", "2,2'-{1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate[acd/iupac name]", "bw 33 a", "neuronal acetylcholine receptor subunit alpha-2 precursor", "264-743-4[einecs]", "390235", "bw 33a", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium dibenzenesulfonate (9ci); atracurium besilate; atracurium besylate; atracuriumdibesilate", "atracurii besilas", "2,2'-{pentan-1,5-diylbis[oxy(3-oxopropan-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisochinolinium]bisbenzolsulfonat", "atracurii besilas[latin]", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-iumatracurium", "cisatracuriumbesylate", "nimbex", "octadecapeptide derivative", "33 a 74", "tl8004537", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium]"}|>, "8628" -> <|"DatabaseID" -> "SW04215", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "2915"], ExternalIdentifier["ChEBIID", "2914"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 43068], ExternalIdentifier["ChemSpiderID", 43067]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2C1Cc3ccc(c(c3)OC)OC)OC)OC)CCC(=O)OCCCCCOC(=O)CC[N+]4(CCc5cc(c(cc5C4Cc6ccc(c(c6)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00758"]}, "OfficialNames" -> <|"China Approved Name" -> "atracurium", "WHO Essential Medicine" -> "atracurium", "Indian Approved Name" -> "atracurium besylate", "FDA Approved Drug" -> "ATRACURIUM BESYLATE"|>, "PharmGKBID" -> "PA164776840", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 47320], ExternalIdentifier["PubChemCompoundID", 47319]}, "Synonyms" -> {"tracrium", "atracurium besilate", "atracurium besylate", "bw-33a", "atracurium besylate[usp]", "64228-81-5", "64228-79-1[rn]", "atracurium", "64228-81-5[rn]", "tracrium preservative free", "atracurium[wiki]", "ac1l2huf", "chebi:2914", "prestwick3_000005", "atracurium besilate [inn_en]", "prestwick2_000005", "brn 1523633", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "2-(2-carboxyethyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-veratrylisoquinolinium benzenesulfonate pentamethylene ester", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-", "isoquinolinium 2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- dibenzenesulfonate", "atracurium dibesylate", "besilato de atracurio", "atracuriibesilas;atracurium besilate; besilate d'atracurium;besilatode atracurio", "wellcome 33-a-74", "96946-42-8[rn]", "atracurium besylate cisatracurium", "atracurii besilas [inn-latin]", "9005-49-6", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium; bis(benzenesulfonate)", "besilate d'atracurium[french][inn]", "(1s,2r)-1-(3,4-dimethoxybenzyl)-2-(3-(5-(3-((1r,2r)-1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium-2-yl)propanoyloxy)pentyloxy)-3-oxopropyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium benzenesulfonate", "besilato de atracurio[spanish][inn]", "unii-2gq1iry63p", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium benzenesulfonate (1:2)", "atracurium besylate [usan:ban][usan]", "prestwick1_000005", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-{[3,4-bis(methyloxy)phenyl]methyl}-2-methyl-6,7-bis(methyloxy)-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- benzenesulfonate (1:2)", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium", "isoquinolinium 1,2,3,4-tetrahydro-2,2'-(1,5-pentanediylbis(oxy(3-oxo-3,1-propanediyl)))bis(1-((3,4-dimethoxyphenyl)methyl)-6,7-dimethoxy-2-methyl-", "ac1q67hr", "besilate d'atracurium", "2,2'-{1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate[acd/iupac name]", "bw 33 a", "neuronal acetylcholine receptor subunit alpha-2 precursor", "264-743-4[einecs]", "390235", "bw 33a", "2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-isoquinolinium dibenzenesulfonate (9ci); atracurium besilate; atracurium besylate; atracuriumdibesilate", "atracurii besilas", "2,2'-{pentan-1,5-diylbis[oxy(3-oxopropan-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisochinolinium]bisbenzolsulfonat", "atracurii besilas[latin]", "1-[(3,4-dimethoxyphenyl)methyl]-2-[3-({5-[(3-{1-[(3,4-dimethoxyphenyl)methyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-ium-2-yl}propanoyl)oxy]pentyl}oxy)-3-oxopropyl]-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolin-2-iumatracurium", "cisatracuriumbesylate", "nimbex", "octadecapeptide derivative", "33 a 74", "tl8004537", "2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium]"}|>, "8629" -> <|"DatabaseID" -> "SW04216", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "3721"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56614]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00565"]}, "IsomericSmiles" -> "C[N@@+]1(CCc2cc(c(cc2[C@H]1Cc3ccc(c(c3)OC)OC)OC)OC)CCC(=O)OCCCCCOC(=O)CC[N@+]4(CCc5cc(c(cc5[C@H]4Cc6ccc(c(c6)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00759"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CISATRACURIUM BESYLATE"|>, "PharmGKBID" -> "PA164744925", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62886]}, "Synonyms" -> {"nimbex", "cisatracurium besilate", "cisatracurium besylate", "51w89", "nimbex forte", "tl8006016", "atracurium besilete", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- (1r,2r,1'r,2'r)- bisbenzenesulfonate", "nimbex (tn)", "chebi:3721", "cisatracurium", "atracurium besylate", "(1r,2r,1'r,2'r)-2,2'-{pentan-1,5-diylbis[oxy(3-oxopropan-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisochinolinium]bisbenzolsulfonat", "9005-49-6", "(1r-cis,1'r-cis)-2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "(1r,2r)-2-(2-carboxyethyl)-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl-1-veratrylisoquinolinium benzenesulfonate pentamethyleneester", "nimbex preservative free", "nimbium", "(1r,1'r,2r,2'r)-atracurium besylate", "(1r,2r,1'r,2'r)-2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "atracurium besylate preservative free", "(1r,1'r,2r,2'r)-2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate", "cisatracurium besylate[usan]", "96946-42-8[rn]", "cisatracurium dibenzenesulfonate", "cisatracurium[wiki]", "atracurium besylate 1r-cis,1r'-cis form", "cisatracurium besylate [usan:ban][usan]", "(1r-cis,1'r-cis)-atracurium besylate", "(1r,2r,1'r,2'r)-2,2'-{1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium]bisbenzenesulfonate[acd/iupac name]", "[1r-[1a,2a(1'r*,2'r*)]]-2,2'[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methylisoquinolinium] dibenzenesulfonate", "tracrium preservative free", "isoquinolinium 2,2'-[1,5-pentanediylbis[oxy(3-oxo-3,1-propanediyl)]]bis[1-[(3,4-dimethoxyphenyl)methyl]-1,2,3,4-tetrahydro-6,7-dimethoxy-2-methyl- (1r,2r,1'r,2'r)- benzenesulfonate (1:2)", "(1r,1'r,2r,2'r)-atracuriumbesylate;(1r-cis,1'r-cis)-2,2'-{pentane-1,5-diylbis[oxy(3-oxopropane-3,1-diyl)]}bis[1-(3,4-dimethoxybenzyl)-6,7-dimethoxy-2-methyl-1,2,3,4-tetrahydroisoquinolinium] bisbenzenesulfonate; (1r-cis,1'r-cis)-atracurium besylate;cisatracurium besilate; cisatracurium dibenzenesulfonate", "neuronal acetylcholine receptor subunit alpha-2 precursor"}|>, "8630" -> <|"DatabaseID" -> "SW04217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479721]}, "IsomericSmiles" -> "CCCCCCC(O)C/C=C/CCCCCCCC(=O)OCC(OC(=O)CCCCCCC/C=C/CC(O)CCCCCC)COC(=O)CCCCCCC/C=C/CC(O)CCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ricinolein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5322148]}, "Synonyms" -> {"triricinolein", "glycerol triricinoleate", "glyceryl triricinoleate", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester [r-[r*,r*,r*-(z,z,z)]]-", "1,2,3-propanetriol tri(12-hydroxy-9-octadecenoate)", "ricinolein tri-", "nsc93749", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester stereoisomer", "12-hydroxy-9-octadecenoic acid 1,2,3-propanetriyl ester", "ac1nt19r", "ac1q63de", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester", "2540-54-7", "2540-54-7[rn]", "9-octadecenoic acid 12-hydroxy- (r-(z))- 1,2,3-propanetriylester", "einecs 219-817-0", "ricinolein", "propane-1", "propane-1,2,3-triyl tris(12-hydroxyoctadec-9-enoate),stereoisomer", "219-817-0[einecs]", "9-octadecenoic acid 12-hydroxy- 1,2 3-propanetriylester stereoisomer"}|>, "8631" -> <|"DatabaseID" -> "SW04217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479721]}, "IsomericSmiles" -> "CCCCCCC(O)C/C=C/CCCCCCCC(=O)OCC(OC(=O)CCCCCCC/C=C/CC(O)CCCCCC)COC(=O)CCCCCCC/C=C/CC(O)CCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ricinolein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5322148]}, "Synonyms" -> {"triricinolein", "glycerol triricinoleate", "glyceryl triricinoleate", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester [r-[r*,r*,r*-(z,z,z)]]-", "1,2,3-propanetriol tri(12-hydroxy-9-octadecenoate)", "ricinolein tri-", "nsc93749", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester stereoisomer", "12-hydroxy-9-octadecenoic acid 1,2,3-propanetriyl ester", "ac1nt19r", "ac1q63de", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester", "2540-54-7", "2540-54-7[rn]", "9-octadecenoic acid 12-hydroxy- (r-(z))- 1,2,3-propanetriylester", "einecs 219-817-0", "ricinolein", "propane-1", "propane-1,2,3-triyl tris(12-hydroxyoctadec-9-enoate),stereoisomer", "219-817-0[einecs]", "9-octadecenoic acid 12-hydroxy- 1,2 3-propanetriylester stereoisomer"}|>, "8632" -> <|"DatabaseID" -> "SW04217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479721]}, "IsomericSmiles" -> "CCCCCCC(O)C/C=C/CCCCCCCC(=O)OCC(OC(=O)CCCCCCC/C=C/CC(O)CCCCCC)COC(=O)CCCCCCC/C=C/CC(O)CCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ricinolein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5322148]}, "Synonyms" -> {"triricinolein", "glycerol triricinoleate", "glyceryl triricinoleate", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester [r-[r*,r*,r*-(z,z,z)]]-", "1,2,3-propanetriol tri(12-hydroxy-9-octadecenoate)", "ricinolein tri-", "nsc93749", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester stereoisomer", "12-hydroxy-9-octadecenoic acid 1,2,3-propanetriyl ester", "ac1nt19r", "ac1q63de", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester", "2540-54-7", "2540-54-7[rn]", "9-octadecenoic acid 12-hydroxy- (r-(z))- 1,2,3-propanetriylester", "einecs 219-817-0", "ricinolein", "propane-1", "propane-1,2,3-triyl tris(12-hydroxyoctadec-9-enoate),stereoisomer", "219-817-0[einecs]", "9-octadecenoic acid 12-hydroxy- 1,2 3-propanetriylester stereoisomer"}|>, "8633" -> <|"DatabaseID" -> "SW04217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479721]}, "IsomericSmiles" -> "CCCCCCC(O)C/C=C/CCCCCCCC(=O)OCC(OC(=O)CCCCCCC/C=C/CC(O)CCCCCC)COC(=O)CCCCCCC/C=C/CC(O)CCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ricinolein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5322148]}, "Synonyms" -> {"triricinolein", "glycerol triricinoleate", "glyceryl triricinoleate", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester [r-[r*,r*,r*-(z,z,z)]]-", "1,2,3-propanetriol tri(12-hydroxy-9-octadecenoate)", "ricinolein tri-", "nsc93749", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester stereoisomer", "12-hydroxy-9-octadecenoic acid 1,2,3-propanetriyl ester", "ac1nt19r", "ac1q63de", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester", "2540-54-7", "2540-54-7[rn]", "9-octadecenoic acid 12-hydroxy- (r-(z))- 1,2,3-propanetriylester", "einecs 219-817-0", "ricinolein", "propane-1", "propane-1,2,3-triyl tris(12-hydroxyoctadec-9-enoate),stereoisomer", "219-817-0[einecs]", "9-octadecenoic acid 12-hydroxy- 1,2 3-propanetriylester stereoisomer"}|>, "8634" -> <|"DatabaseID" -> "SW04217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479721]}, "IsomericSmiles" -> "CCCCCCC(O)C/C=C/CCCCCCCC(=O)OCC(OC(=O)CCCCCCC/C=C/CC(O)CCCCCC)COC(=O)CCCCCCC/C=C/CC(O)CCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ricinolein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5322148]}, "Synonyms" -> {"triricinolein", "glycerol triricinoleate", "glyceryl triricinoleate", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester [r-[r*,r*,r*-(z,z,z)]]-", "1,2,3-propanetriol tri(12-hydroxy-9-octadecenoate)", "ricinolein tri-", "nsc93749", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester stereoisomer", "12-hydroxy-9-octadecenoic acid 1,2,3-propanetriyl ester", "ac1nt19r", "ac1q63de", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester", "2540-54-7", "2540-54-7[rn]", "9-octadecenoic acid 12-hydroxy- (r-(z))- 1,2,3-propanetriylester", "einecs 219-817-0", "ricinolein", "propane-1", "propane-1,2,3-triyl tris(12-hydroxyoctadec-9-enoate),stereoisomer", "219-817-0[einecs]", "9-octadecenoic acid 12-hydroxy- 1,2 3-propanetriylester stereoisomer"}|>, "8635" -> <|"DatabaseID" -> "SW04217", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4479721]}, "IsomericSmiles" -> "CCCCCCC(O)C/C=C/CCCCCCCC(=O)OCC(OC(=O)CCCCCCC/C=C/CC(O)CCCCCC)COC(=O)CCCCCCC/C=C/CC(O)CCCCCC", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ricinolein"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5322148]}, "Synonyms" -> {"triricinolein", "glycerol triricinoleate", "glyceryl triricinoleate", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester [r-[r*,r*,r*-(z,z,z)]]-", "1,2,3-propanetriol tri(12-hydroxy-9-octadecenoate)", "ricinolein tri-", "nsc93749", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester stereoisomer", "12-hydroxy-9-octadecenoic acid 1,2,3-propanetriyl ester", "ac1nt19r", "ac1q63de", "9-octadecenoic acid 12-hydroxy- 1,2,3-propanetriyl ester", "2540-54-7", "2540-54-7[rn]", "9-octadecenoic acid 12-hydroxy- (r-(z))- 1,2,3-propanetriylester", "einecs 219-817-0", "ricinolein", "propane-1", "propane-1,2,3-triyl tris(12-hydroxyoctadec-9-enoate),stereoisomer", "219-817-0[einecs]", "9-octadecenoic acid 12-hydroxy- 1,2 3-propanetriylester stereoisomer"}|>, "8636" -> <|"DatabaseID" -> "SW04218", "IsomericSmiles" -> "CC(C)(COP(=O)([O-])OP(=O)([O-])OC[C@@H]1[C@H]([C@H]([C@@H](O1)n2cnc3c2ncnc3N)O)OP(=O)([O-])[O-])[C@H](C(=O)NCCC(=O)NCCSC(=O)/C=C/c4ccc(c(c4)OC)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "feruloyl-p-coumaroylmethane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44229137]}, "Synonyms" -> {"feruloyl-coa tetraanion", "4-hydroxy-3-methoxycinnamoyl-coa(4-)", "feruloyl-coa", "trans-feruloyl-coa", "feruloyl-coenzyme a(4-)", "3'-phosphonatoadenosine 5'-{3-[(3r)-3-hydroxy-4-({3-[(2-{[3-(4-hydroxy-3-methoxyphenyl)prop-2-enoyl]sulfanyl}ethyl)amino]-3-oxopropyl}amino)-2", "chebi:57276"}|>, "8637" -> <|"DatabaseID" -> "SW04218", "IsomericSmiles" -> "CC(C)(COP(=O)([O-])OP(=O)([O-])OC[C@@H]1[C@H]([C@H]([C@@H](O1)n2cnc3c2ncnc3N)O)OP(=O)([O-])[O-])[C@H](C(=O)NCCC(=O)NCCSC(=O)/C=C/c4ccc(c(c4)OC)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "feruloyl-p-coumaroylmethane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44229137]}, "Synonyms" -> {"feruloyl-coa tetraanion", "4-hydroxy-3-methoxycinnamoyl-coa(4-)", "feruloyl-coa", "trans-feruloyl-coa", "feruloyl-coenzyme a(4-)", "3'-phosphonatoadenosine 5'-{3-[(3r)-3-hydroxy-4-({3-[(2-{[3-(4-hydroxy-3-methoxyphenyl)prop-2-enoyl]sulfanyl}ethyl)amino]-3-oxopropyl}amino)-2", "chebi:57276"}|>, "8638" -> <|"DatabaseID" -> "SW04218", "IsomericSmiles" -> "CC(C)(COP(=O)([O-])OP(=O)([O-])OC[C@@H]1[C@H]([C@H]([C@@H](O1)n2cnc3c2ncnc3N)O)OP(=O)([O-])[O-])[C@H](C(=O)NCCC(=O)NCCSC(=O)/C=C/c4ccc(c(c4)OC)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "feruloyl-p-coumaroylmethane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44229137]}, "Synonyms" -> {"feruloyl-coa tetraanion", "4-hydroxy-3-methoxycinnamoyl-coa(4-)", "feruloyl-coa", "trans-feruloyl-coa", "feruloyl-coenzyme a(4-)", "3'-phosphonatoadenosine 5'-{3-[(3r)-3-hydroxy-4-({3-[(2-{[3-(4-hydroxy-3-methoxyphenyl)prop-2-enoyl]sulfanyl}ethyl)amino]-3-oxopropyl}amino)-2", "chebi:57276"}|>, "8639" -> <|"DatabaseID" -> "SW04218", "IsomericSmiles" -> "CC(C)(COP(=O)([O-])OP(=O)([O-])OC[C@@H]1[C@H]([C@H]([C@@H](O1)n2cnc3c2ncnc3N)O)OP(=O)([O-])[O-])[C@H](C(=O)NCCC(=O)NCCSC(=O)/C=C/c4ccc(c(c4)OC)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "feruloyl-p-coumaroylmethane"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44229137]}, "Synonyms" -> {"feruloyl-coa tetraanion", "4-hydroxy-3-methoxycinnamoyl-coa(4-)", "feruloyl-coa", "trans-feruloyl-coa", "feruloyl-coenzyme a(4-)", "3'-phosphonatoadenosine 5'-{3-[(3r)-3-hydroxy-4-({3-[(2-{[3-(4-hydroxy-3-methoxyphenyl)prop-2-enoyl]sulfanyl}ethyl)amino]-3-oxopropyl}amino)-2", "chebi:57276"}|>, "8640" -> <|"DatabaseID" -> "SW04219", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "18082"]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC[C@@H]2[C@H]([C@@H]([C@H]([C@@H](O2)OC(=O)c3cc(c(c(c3)O)O)O)OC(=O)c4cc(c(c(c4)O)O)O)OC(=O)c5cc(c(c(c5)O)O)O)OC(=O)c6cc(c(c(c6)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "penta-o-galloyl-beta-d-glucose"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 65238]}, "Synonyms" -> {"1", "pentagalloylglucose", "chebi:18082", "14937-32-7", "beta-penta-o-galloyl-glucose", "pentagalloyl glucose", "beta-d-glucopyranose pentakis(3"}|>, "8641" -> <|"DatabaseID" -> "SW04220", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31468"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26618]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01078"]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CC[C@@H]4[C@@H]3C[C@H]([C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C)O)O[C@H]7C[C@@H]([C@@H]([C@H](O7)C)O[C@H]8C[C@@H]([C@@H]([C@H](O8)C)O[C@H]9[C@@H]([C@H]([C@@H]([C@H](O9)CO)O)O)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01240"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DESLANOSIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 28620]}, "Synonyms" -> {"cedilanid-d", "deslanoside", "deacetyllanatoside c", "sediranido", "desace", "lekozid", "desacetyllanatoside c", "deslanosidum", "deslanosido", "desacetyldigilanide c", "1329-81-3[rn]", "4-[(3s,5r,8r,9s,10s,12r,13s,14s,17r)-12,14-dihydroxy-3-{[(2r,4s,5s,6r)-4-hydroxy-5-{[(2s,4s,5s,6r)-4-hydroxy-5-{[(2s,4s,5s,6r)-4-hydroxy-6-methyl-5-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}tetrahydro-2h-pyran-2-yl]oxy}-6-methyltetrahydro-2h-pyran-2-yl]oxy}-6-methyltetrahydro-2h-pyran-2-yl]oxy}-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2(5h)-furanon", "35-58-5[rn]", "11029-69-9[rn]", "4-[(3s,5r,8r,9s,10s,12r,13s,14s,17r)-12,14-dihydroxy-3-{[(2r,4s,5s,6r)-4-hydroxy-5-{[(2s,4s,5s,6r)-4-hydroxy-5-{[(2s,4s,5s,6r)-4-hydroxy-6-methyl-5-{[(2s,3r,4s,5s,6r)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2h-pyran-2-yl]oxy}tetrahydro-2h-pyran-2-yl]oxy}-6-methyltetrahydro-2h-pyran-2-yl]oxy}-6-methyltetrahydro-2h-pyran-2-yl]oxy}-10,13-dimethylhexadecahydro-1h-cyclopenta[a]phenanthren-17-yl]-2(5h)-furanone", "241-568-1[einecs]", "ec 3.6.3.9", "descetyldigilanide c", "sodium pump subunit alpha 1", "purpurea glycoside c", "sodium/potassium-transporting atpase alpha-1 chain precursor", "lanatosid c[german]", "deslanosidum[latin]", "deslanoside[inn][jan][usan]", "17598-65-1[rn]", "deslanosidum c", "4-18-00-02455 (beilstein handbook reference)[beilstein]", "11004-41-4[rn]", "deslanatoside", "ceglunat", "glucodigoxin", "deslanosido[spanish][inn]", "na(+)/k(+) atpase alpha-1 subunit"}|>, "8642" -> <|"DatabaseID" -> "SW04221", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 391031]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)O[C@H]2[C@H]3[C@@H]4[C@@H]([C@H](O2)COC(=O)c5cc(c(c(c5-c6c(cc(c(c6O)O)O)C(=O)O4)O)O)O)OC(=O)[C@H]([C@H]7c8c(cc(c(c8OC(=O)[C@H]7O)O)O)C(=O)O3)CC(=O)[O-]", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chebulagic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 442674]}, "Synonyms" -> {"chebulagic acid", "23094-71-5[rn]", "nsc636590", "chembl525240", ".beta.-d-glucopyranose", "chebulanin", "23094-71-5", "gn-29", "stereoisomer", "2-[(4r,5s,7r,25s,26r,29s,30s,31s)-13,14,15,18,19,20,31,35,36-nonahydroxy-2,10,23,28,32-pentaoxo-5-[(3,4,5-trihydroxyphenyl)carbonyloxy]-3,6,9,24,27,33-hexaoxaheptacyclo[28.7.1.04,25.07,26.011,16.017,22.034,38]octatriaconta-1(37),11,13,15,17,19,21,34(38),35-nonaen-29-yl]acetic acid", "-trihydroxy-2-oxo-2h-1-benzopyran-4-yl]butanedioic acid", "c10214", "10,24-(epoxymethano)-11h-4,9,12,23,25-pentaoxadibenzo[5',6':7',8']cyclododeca[1',2':7,8]cycloundeca[1,2,3-de]naphthalene-7-acetic acid,5,6,6a,7,8,9a,10,13,22,23a,24,26-dodecahydro-2,3,6,15,16,17,18,19,20-nonahydroxy-5,8,13,22,26-pentaoxo-27-[(3,4,5-trihydroxybenzoyl)oxy]- (6s,6as,7s,9ar,10r,23as,24r,27s)-", "ac1l9d78", "[(6s,6as,7s,9ar,10r,23as,24r,27s)-2,3,6,15,16,17,18,19,20-nonahydroxy-5,8,13,22,26-pentaoxo-27-[(3,4,5-trihydroxybenzoyl)oxy]-5,6,6a,7,8,10,11,13,22,23a,24,26-dodecahydro-9ah-10,24-(epoxymethano)dibenzo[10',11':8',9'][1,6]dioxacyclododecino[3',2':2,3][1,5]dioxacycloundecino[9,8,7-de]chromen-7-yl]acetic acid"}|>, "8643" -> <|"DatabaseID" -> "SW04222", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65237]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC[C@@H]2[C@@H]3[C@@H]([C@H]([C@@H](O2)OC(=O)c4cc(c(c(c4)O)O)O)OC(=O)c5cc(c(c6c5[C@H]([C@@H](C(=O)O3)CC(=O)[O-])[C@@H](C(=O)O6)O)O)O)OC(=O)c7cc(c(c(c7)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "chebulinic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72284]}, "Synonyms" -> {"chebulinic acid", "chebulagic acid", "19350-72-2", "kst-1a2413", "[(3s,3as,4s,7r,8r,10s,11r,17s)-3,15,16-trihydroxy-2,5,13-trioxo-10,17-bis[(3,4,5-trihydroxybenzoyl)oxy]-8-{[(3,4,5-trihydroxybenzoyl)oxy]methyl}-2,3,3a,4,5,7,8,10,11,13-decahydro-7,11-methano[1,4,7]trioxacyclotridecino[11,10,9-de]chromen-4-yl]acetic acid", "18942-26-2[rn]", "7,11-methanopyrano[4,3,2-kl][2,5,8]benzotrioxacyclotridecin-4-acetic acid 2,3,3a,4,5,7,8,10,11,13-decahydro-3,15,16-trihydroxy-2,5,13-trioxo-10,17-bis[(3,4,5-trihydroxybenzoyl)oxy]-8-[[(3,4,5-trihydroxybenzoyl)oxy]methyl]-,(3s,3as,4s,7r,8r,10s,11r,17s)-", "18942-26-2", "ac1l2hs1", "c10215", "2-[(4r,5s,7r,8r,11s,12s,13s,21s)-13,17,18-trihydroxy-2,10,14-trioxo-5,21-bis[(3,4,5-trihydroxyphenyl)carbonyloxy]-7-{[(3,4,5-trihydroxyphenyl)carbonyloxy]methyl}-3,6,9,15-tetraoxatetracyclo[10.7.1.14,8.016,20]henicosa-1(20),16,18-trien-11-yl]acetic acid", "nsc 69862", "chebi:581170", "2-[(4r,5s,7r,8r,11s,12s,13s,21s)-13,17,18-trihydroxy-2,10,14-trioxo-5,21-bis[(3,4,5-trihydroxyphenyl)carbonyloxy]-7-{[(3,4,5-trihydroxyphenyl)carbonyloxy]methyl}-3,6,9,15-tetraoxatetracyclo[10.7.1.14,8.016,20]henicosa-1(19),16(20),17-trien-11-yl]aceticacid", "ar-1a8337", "[(3s"}|>, "8644" -> <|"DatabaseID" -> "SW04223", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140837]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O)O)O[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ginsenoside ro"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160238]}, "Synonyms" -> {"ginsenoside ro", "chikusetsusaponin v", "chikusetsusaponin 5", "beta-d-glucopyranosiduronic acid", "ac1l4n9z", "ac1q5x07", "ar-1c4960", "1-o-[(5xi", "34367-04-9", "ar-1c4959", "34367-04-9[rn]"}|>, "8645" -> <|"DatabaseID" -> "SW04223", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140837]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O)O)O[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ginsenoside ro"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160238]}, "Synonyms" -> {"ginsenoside ro", "chikusetsusaponin v", "chikusetsusaponin 5", "beta-d-glucopyranosiduronic acid", "ac1l4n9z", "ac1q5x07", "ar-1c4960", "1-o-[(5xi", "34367-04-9", "ar-1c4959", "34367-04-9[rn]"}|>, "8646" -> <|"DatabaseID" -> "SW04223", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140837]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O)O)O[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ginsenoside ro"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160238]}, "Synonyms" -> {"ginsenoside ro", "chikusetsusaponin v", "chikusetsusaponin 5", "beta-d-glucopyranosiduronic acid", "ac1l4n9z", "ac1q5x07", "ar-1c4960", "1-o-[(5xi", "34367-04-9", "ar-1c4959", "34367-04-9[rn]"}|>, "8647" -> <|"DatabaseID" -> "SW04223", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140837]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O)O)O[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ginsenoside ro"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160238]}, "Synonyms" -> {"ginsenoside ro", "chikusetsusaponin v", "chikusetsusaponin 5", "beta-d-glucopyranosiduronic acid", "ac1l4n9z", "ac1q5x07", "ar-1c4960", "1-o-[(5xi", "34367-04-9", "ar-1c4959", "34367-04-9[rn]"}|>, "8648" -> <|"DatabaseID" -> "SW04223", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140837]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O)O)O[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ginsenoside ro"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160238]}, "Synonyms" -> {"ginsenoside ro", "chikusetsusaponin v", "chikusetsusaponin 5", "beta-d-glucopyranosiduronic acid", "ac1l4n9z", "ac1q5x07", "ar-1c4960", "1-o-[(5xi", "34367-04-9", "ar-1c4959", "34367-04-9[rn]"}|>, "8649" -> <|"DatabaseID" -> "SW04223", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140837]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O)O)O[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ginsenoside ro"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160238]}, "Synonyms" -> {"ginsenoside ro", "chikusetsusaponin v", "chikusetsusaponin 5", "beta-d-glucopyranosiduronic acid", "ac1l4n9z", "ac1q5x07", "ar-1c4960", "1-o-[(5xi", "34367-04-9", "ar-1c4959", "34367-04-9[rn]"}|>, "8650" -> <|"DatabaseID" -> "SW04223", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140837]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O)O)O[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ginsenoside ro"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160238]}, "Synonyms" -> {"ginsenoside ro", "chikusetsusaponin v", "chikusetsusaponin 5", "beta-d-glucopyranosiduronic acid", "ac1l4n9z", "ac1q5x07", "ar-1c4960", "1-o-[(5xi", "34367-04-9", "ar-1c4959", "34367-04-9[rn]"}|>, "8651" -> <|"DatabaseID" -> "SW04223", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 140837]}, "IsomericSmiles" -> "C[C@]12CCC(C(C1CC[C@@]3(C2CC=C4[C@]3(CC[C@@]5([C@@H]4CC(CC5)(C)C)C(=O)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)CO)O)O)O)C)C)(C)C)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)C(=O)[O-])O)O)O[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ginsenoside ro"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 160238]}, "Synonyms" -> {"ginsenoside ro", "chikusetsusaponin v", "chikusetsusaponin 5", "beta-d-glucopyranosiduronic acid", "ac1l4n9z", "ac1q5x07", "ar-1c4960", "1-o-[(5xi", "34367-04-9", "ar-1c4959", "34367-04-9[rn]"}|>, "8652" -> <|"DatabaseID" -> "SW04224", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "68478"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 24747358]}, "IsomericSmiles" -> "C[C@@H]1CC[C@H]2C[C@@H](/C(=C/C=C/C=C\\\\[C@H](C[C@H](C(=O)[C@@H]([C@@H](/C(=C/[C@H](C(=O)C[C@H](OC(=O)[C@@H]3CCCCN3C(=O)C(=O)[C@@]1(O2)O)[C@H](C)C[C@@H]4CC[C@H]([C@@H](C4)OC)OCCO)C)/C)O)OC)C)C)/C)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "EVEROLIMUS"|>, "PharmGKBID" -> "PA164746311", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6442177]}, "Synonyms" -> {"afinitor", "zortress", "everolimus", "sdz-rad", "rad001", "certican", "159351-69-6[rn]", "rapamycin", "rad 001", "everolimus[wiki]", "42-o-(2-hydroxy)ethyl rapamycin", "votubia", "rad001 sdz-rad certican", "everolimus [usan]", "unii-9hw64q8g6g"}|>, "8653" -> <|"DatabaseID" -> "SW04225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10283138]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)O[C@H]2[C@@H]([C@@H]3[C@@H]([C@H](O2)COC(=O)c4cc(c(c(c4-c5c(cc(c(c5O)O)O)C(=O)O3)O)O)O)O)OC(=O)c6cc(c(c(c6C7[C@@H]8C(=O)O[C@]7(C(=O)O8)CC(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mallotinin"|>, "Synonyms" -> {"mallotinin"}|>, "8654" -> <|"DatabaseID" -> "SW04225", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10283138]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)O[C@H]2[C@@H]([C@@H]3[C@@H]([C@H](O2)COC(=O)c4cc(c(c(c4-c5c(cc(c(c5O)O)O)C(=O)O3)O)O)O)O)OC(=O)c6cc(c(c(c6C7[C@@H]8C(=O)O[C@]7(C(=O)O8)CC(=O)[O-])O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "mallotinin"|>, "Synonyms" -> {"mallotinin"}|>, "8655" -> <|"DatabaseID" -> "SW04226", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 26563758]}, "IsomericSmiles" -> "c1c2c(c-3cc(c(=O)c(c3oc2c(c(c1I)[O-])I)I)I)c4c(c(c(c(c4Cl)Cl)Cl)Cl)C(=O)[O-]", "OfficialNames" -> <|"NPC Approved Name" -> "disodium 2,3,4,5-tetrachloro-6-(2,4,5,7-tetraiodo-6-oxido-3-oxo-3h-xanthen-9-yl)"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32343]}, "Synonyms" -> {"11121-48-5", "bengal rose b sodium salt", "ci acid red 94", "acid red 94", "acid red-?94", "rose bengal sodium salt", "632-69-9", "ncgc00159508-02", "632-69-9[rn]", "rose bengal", "dinatrium-2,3,4,5-tetrachlor-6-(2,4,5,7-tetraiod-6-oxido-3-oxo-3h-xanthen-9-yl)benzoat[german][acd/iupac name]", "st50411638", "disodium2,3,4,5-tetrachloro-6-(2,4,5,7-tetraiodo-6-oxido-3-oxo-3h-xanthen-9-yl)benzoate[acd/iupac name]", "benzoic acid 2,3,4,5-tetrachloro-6-(6-hydroxy-2,4,5,7-tetraiodo-3-oxo-3h-xanthen-9-yl)-,sodium salt (1:2)[acd/index name]"}|>, "8656" -> <|"DatabaseID" -> "SW04227", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "CHEMBL1160160"], ExternalIdentifier["ChEBIID", "CHEMBL1200352"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 19969982]}, "IsomericSmiles" -> "c1c2c(c(c(c1[131I])[O-])[131I])Oc3c(cc(c(c3[131I])[O-])[131I])C24c5c(c(c(c(c5Cl)Cl)Cl)Cl)C(=O)O4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D05762"], ExternalIdentifier["KEGGID", "D05763"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ROSE BENGAL SODIUM I-131"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32343], ExternalIdentifier["PubChemCompoundID", 25473], ExternalIdentifier["PubChemCompoundID", 25474], ExternalIdentifier["PubChemCompoundID", 24181585]}, "Synonyms" -> {"rose bengal", "acid red 94", "11121-48-5", "nsc10463", "ac1l196l", "rose bengal (photoactivated)", "bengal rose", "rose bengal sodium salt", "rose bengal b bound to polystyrene", "nsc-10463", "rose bengale", "chebi:52261", "rose bengal sodium i 131", "24359-63-5", "bengal rose b sodium salt", "nsc45732", "c. i. 45440", "211-183-3[einecs]", "tetraiodotetrachlorofluorescein", "2", "robengatope i-131", "benzoate,2,3,4,5-tetrachloro-6-(2,4,5,7-tetraiodo-6-olato-3-oxo-3h-xanthen-9-yl)- potassium sodium salt (1:2:1)", "rose bengal sodium", "nsc270091", "acid red-?94", "632-69-9[rn]", "c.i. acid red 94", "red no. 105", "rose bengal sodium i 125", "st50411638", "ccris 9135", "632-69-9", "bengal rose b bound to polystyrene", "unii-biu7q7w2sh", "robengatope i-125"}|>, "8657" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8658" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8659" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8660" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8661" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8662" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8663" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8664" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8665" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8666" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8667" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8668" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8669" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8670" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8671" -> <|"DatabaseID" -> "SW04228", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 142124]}, "IsomericSmiles" -> "CC1CCC2(CCC3(C(=CCC4C3(CC(C5C4(CC(C(C5(C)CO)O)O)C)O)C)C2C1C)C)C(=O)OC6C(C(C(C(O6)COC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)C)O)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "madecassoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 161823]}, "Synonyms" -> {"madecassoside", "34540-22-2[rn]", "ac1q62fi", "madecasoside", "a824445", "ac1l4q5h", "6-deoxyhexopyranosyl-(1->4)hexopyranosyl-(1->6)-1-o-(2", "ar-1h1564", "i07-0213", "252-076-1[einecs]", "34540-22-2", "einecs 252-076-1", "ar-1h1563"}|>, "8672" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8673" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8674" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8675" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8676" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8677" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8678" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8679" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8680" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8681" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8682" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8683" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8684" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8685" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8686" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8687" -> <|"DatabaseID" -> "SW04229", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 112901]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)OC1C(C(C(C(C1OCC2C(C(C(C(O2)OC3CCC4(C5CCC6(C(C5CC=C4C3)CCC6C(C)CCC(CC)C(C)C)C)C)O)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "sitoindoside iv;sitoindoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 127197]}, "Synonyms" -> {"sitoindoside iv", "beta-d-glucopyranoside", "98941-86-7[rn]", "ar-1l5635", "stigmast-5-en-3-yl 6-o-[2-(hexadecanoyloxy)-3", "ac1l2rlm", "ls-71591", "sitosterol 3-(2''-o-palmitoyl-myo-inosityl-(1''-6'))-beta-d-glucopyranoside", "ac1q62j0", "98941-86-7"}|>, "8688" -> <|"DatabaseID" -> "SW04230", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 147304]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00403"]}, "IsomericSmiles" -> "CCCC[C@H](C(=O)N[C@@H](CC(=O)[O-])C(=O)N[C@@H](Cc1ccccc1)C(=O)N)NC(=O)[C@H](Cc2c[nH]c3c2cccc3)NC(=O)CNC(=O)[C@H]([C@@H](C)O)NC(=O)[C@H](Cc4ccc(cc4)OS(=O)(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "ceruletide"|>, "PharmGKBID" -> "PA164774919", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 168399]}, "Synonyms" -> {"8-norleucine-ceruletide(4-10)", "8-nle-cer(4-10)", "nle(8)-ceruletide(4-10)", "ceruletide", "9005-49-6[rn]", "25613-79-0[rn]", "ceruletide(4-10)", "cholecystokinin-1 receptor", "cck1-r", "cck-ar", "caerulein 1-de(5-oxo-l-proline)-2-de-l-glutamine-3-de-l-aspartic acid-8-l-norleucine-", "caerulein(4-10)", "(3s)-4-[[(2s)-1-amino-1-oxo-3-phenylpropan-2-yl]amino]-3-[[(2r)-2-[[(2s)-2-[[2-[[(2s", "caerulein", "dap000961", "ceruletide(4-10) 8-norleucine-", "ac1l51sa", "cck-a receptor", "caerulein(4-10) nle(8)-", "17650-98-5[rn]", "db00403"}|>, "8689" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8690" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8691" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8692" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8693" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8694" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8695" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8696" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8697" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8698" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8699" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8700" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8701" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8702" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8703" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8704" -> <|"DatabaseID" -> "SW04231", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 56553]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00094"]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCCC3C(=O)NC(CC(C)C)C(=O)NCC(=O)N)CC(=O)N)C(C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06269"]}, "OfficialNames" -> <|"Indian Approved Name" -> "urofollitrophin", "FDA Approved Drug" -> "UROFOLLITROPIN"|>, "PharmGKBID" -> "PA451835", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 62819]}, "Synonyms" -> {"urofollitropin", "(4-threonine)oxytocin", "bravelle", "fertinex", "ac1l1xua", "26995-91-5[rn]", "urofollitropin[wiki]", "metrodin", "urofollitrophin", "oxytocin", "27115-19-1[rn]", "26995-91-5", "4-(l-threonine)oxytocin", "follicle-stimulating hormone receptor precursor", "fsh-r", "follitropin receptor"}|>, "8705" -> <|"DatabaseID" -> "SW04232", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 570984]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@H](C[C@@H](O1)O[C@H]2CC[C@]3([C@@H](C2)CC[C@@H]4[C@@H]3C[C@H]([C@]5([C@@]4(CC[C@@H]5C6=CC(=O)OC6)O)C)O)C)O)O[C@H]7C[C@@H]([C@@H]([C@H](O7)C)O[C@H]8C[C@@H]([C@@H]([C@H](O8)C)O[C@H]9[C@@H]([C@H]([C@@H]([C@H](O9)CO)O)O)O)OC(=O)C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01972"]}, "OfficialNames" -> <|"China Approved Name" -> "lanatoside C"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 656630]}, "Synonyms" -> {"digilanogen c (tn)", "lanatoside c", "cetosanol"}|>, "8706" -> <|"DatabaseID" -> "SW04233", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 395815]}, "IsomericSmiles" -> "CC[C@H](C)[C@H]1C(=O)N[C@H](C(=O)N[C@H](C(=O)N[C@@H](CSSCCC(=O)N[C@H](C(=O)N1)Cc2ccc(cc2)O)C(=O)N3CCC[C@H]3C(=O)N[C@@H](CC(C)C)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "OfficialNames" -> <|"Indian Approved Name" -> "desamino oxytocin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 449224]}, "Synonyms" -> {"glycinamide 1-[[(4r,7s,10s,13s,16s)-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-13-[(1s)-1-methylpropyl]-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]-l-prolyl-l-leucyl-", "1-(3-mercaptopropionic acid)-oxytocin", "204-034-9[einecs]", "desamino-oxytocin", "demoxytocin[inn]", "ac1l9mvp", "[mpa1]ot", "deaminooxytocin", "chembl439044", "113-78-0[rn]", "(2s)-n-[(2s)-1-[(2-amino-2-oxoethyl)amino]-4-methyl-1-oxopentan-2-yl]-1-[(4r", "sandopart", "1-{[(4r,7s,10s,13s,16s)-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-[(2s)-butan-2-yl]-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}-l-prolyl-l-leucylglycinamide"}|>, "8707" -> <|"DatabaseID" -> "SW04234", "IsomericSmiles" -> "CC[C@H](C)[C@H]1C(=O)NC(C(=O)N[C@H](C(=O)N[C@@H](CSSCCC(=O)N[C@@H](C(=O)N1)Cc2ccc(cc2)OCC)C(=O)N3CCC[C@H]3C(=O)N[C@@H](CCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)[C@@H](C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03008"]}, "OfficialNames" -> <|"NPC Approved Name" -> "atosiban"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68613]}, "Synonyms" -> {"atosiban", "detvt", "90779-69-4", "rwj-22164", "atosibanum [inn-latin]", "orf 22164", "antocin", "1-deamino-2d-tyr-(oet)-4-thr-8-orn-oxytocin", "1-({(4r", "rwj 22164"}|>, "8708" -> <|"DatabaseID" -> "SW04234", "IsomericSmiles" -> "CC[C@H](C)[C@H]1C(=O)NC(C(=O)N[C@H](C(=O)N[C@@H](CSSCCC(=O)N[C@@H](C(=O)N1)Cc2ccc(cc2)OCC)C(=O)N3CCC[C@H]3C(=O)N[C@@H](CCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)[C@@H](C)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03008"]}, "OfficialNames" -> <|"NPC Approved Name" -> "atosiban"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 68613]}, "Synonyms" -> {"atosiban", "detvt", "90779-69-4", "rwj-22164", "atosibanum [inn-latin]", "orf 22164", "antocin", "1-deamino-2d-tyr-(oet)-4-thr-8-orn-oxytocin", "1-({(4r", "rwj 22164"}|>, "8709" -> <|"DatabaseID" -> "SW04235", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "7872"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 388434]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00107"]}, "IsomericSmiles" -> "CC[C@H](C)[C@H]1C(=O)N[C@H](C(=O)N[C@H](C(=O)N[C@@H](CSSC[C@@H](C(=O)N[C@H](C(=O)N1)Cc2ccc(cc2)O)[NH3+])C(=O)N3CCC[C@H]3C(=O)N[C@@H](CC(C)C)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00089"]}, "OfficialNames" -> <|"China Approved Name" -> "oxytocin", "Indian Approved Name" -> "oxytocin", "WHO Essential Medicine" -> "oxytocin", "Australia Approved Name" -> "OXYTOCIN", "FDA Approved Drug" -> "OXYTOCIN"|>, "PharmGKBID" -> "PA450760", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 439302]}, "Synonyms" -> {"oxytocin", "pitocin", "syntocinon", "oxytocin (tn)", "3-isoleucine-8-leucine vasopressin", "3586108[beilstein]", "di-sipidin", "1-({(4r,7s,10s,13s,16s,19r)-19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-(4-hydroxybenzyl)-13-[(1s)-1-methylpropyl]-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl}carbonyl)-l-prolyl-l-leucylglycinamide", "syntocinon (tn)", "1-{[(4r,7s,10s,13s,16s,19r)-19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-[(2s)-butan-2-yl]-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}-l-prolyl-l-leucylglycinamide", "oxytocin-neurophysin 1 precursor", "oxystin", "ocytocin", "oxytocine[french][inn]", "pitocin (parke-davis)", "oxytocinum[latin]", "pitocin[wiki]", "(arg8)-vasopressin", "orasthin", "syntocinon (sandoz)", "glycinamide 1-[[(4r,7s,10s,13s,16s,19r)-19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-13-[(1s)-1-methylpropyl]-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pe", "nag", "endopituitrina", "glycinamide 1-[[(4r,7s,10s,13s,16s,19r)-19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-13-[(1s)-1-methylpropyl]-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]-l-prolyl-l-leucyl-", "syntocin", "l-cysteinyl-l-tyrosyl-l-isoleucyl-l-glutaminyl-l-asparaginyl-l-cysteinyl-l-prolyl-l-leucylglycinamide cyclic(1-6)-disulfide", "oxytocinum", "200-048-4[einecs]", "(1-hemicystine)oxytocin", "(arg8)-vasotocin", "oxytocin (bam biotech)", "piton s", "synpitan", "oxitocina", "syntocinon[wiki]", "oxytocin[wiki]", "syntocinone", "atonin o", "a-hypophamine", "biotinyl-(arg8)-vasopressin", "50-56-6", "partocon", "oxitocina[spanish][inn]", "oxytocine", "nobitocin s", "ot-npi", "(2s)-1-({(4r,7s,10s,13s,16s,19r)-19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-(4-hydroxybenzyl)-13-[(1s)-1-methylpropyl]-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl}carbonyl)-n-{(1s)-1-[(2-amino-2-oxoethyl)carbamoyl]-3-methylbutyl}pyrrolidine-2-carboxamide", "50-56-6[rn]", "utedrin", "uteracon", "presoxin", "(2s)-1-({(4r,7s,10s,13s,16s,19r)-19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-(4-hydroxybenzyl)-13-[(1s)-1-methylpropyl]-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl}carbonyl)-n-{(1s)-1-[(2-amino-2-oxoethyl)carbamoyl]-3-methylbutyl}pyrrolidin-2-carboxamid", "oxt", "oxytocic hormone", "ot", "human oxytocin", "oxtocin", "ocytocin[wiki]", "oxytocin acetate", "toxic solid organic n.o.s. (oxytocin)"}|>, "8710" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8711" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8712" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8713" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8714" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8715" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8716" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8717" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8718" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8719" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8720" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8721" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8722" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8723" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8724" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8725" -> <|"DatabaseID" -> "SW04236", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00104"]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)[NH3+])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00442"]}, "OfficialNames" -> <|"Indian Approved Name" -> "octreotide", "FDA Approved Drug" -> "OCTREOTIDE ACETATE"|>, "PharmGKBID" -> "PA450678", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 383414]}, "Synonyms" -> {"octreotide", "longastatin", "sandostatin lar", "octreotide-lar", "octreotidum", "ss2r", "octreotida [spanish]", "sandoz 201-995", "octreotida", "octreotidum [latin]", "atrigel", "srif-1", "octreotide acetate salt", "sandostatin", "sandostatine"}|>, "8726" -> <|"DatabaseID" -> "SW04237", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01369"]}, "IsomericSmiles" -> "CC[C@@H]1C(=O)N2CCC[C@H]2C(=O)N([C@H](C(=O)N3CC(C(=O)CC3C(=O)N[C@H](C(=O)O[C@@H]([C@@H](C(=O)N1)NC(=O)c4c(cccn4)O)C)c5ccccc5)CS[C@@H]6C[NH+]7CCC6CC7)Cc8ccc(cc8)N(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00852"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "QUINUPRISTIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724509]}, "Synonyms" -> {"quinupristin", "quinupristina", "quinupristine", "ac1mhdyi", "quinupristin (jan/usan/inn)", "quinupristinum", "c08032", "d00852", "synercid (dalfopristin + quinupristin)_mixture", "quinupristin [usan:inn]", "ac1lakms"}|>, "8727" -> <|"DatabaseID" -> "SW04237", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01369"]}, "IsomericSmiles" -> "CC[C@@H]1C(=O)N2CCC[C@H]2C(=O)N([C@H](C(=O)N3CC(C(=O)CC3C(=O)N[C@H](C(=O)O[C@@H]([C@@H](C(=O)N1)NC(=O)c4c(cccn4)O)C)c5ccccc5)CS[C@@H]6C[NH+]7CCC6CC7)Cc8ccc(cc8)N(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00852"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "QUINUPRISTIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724509]}, "Synonyms" -> {"quinupristin", "quinupristina", "quinupristine", "ac1mhdyi", "quinupristin (jan/usan/inn)", "quinupristinum", "c08032", "d00852", "synercid (dalfopristin + quinupristin)_mixture", "quinupristin [usan:inn]", "ac1lakms"}|>, "8728" -> <|"DatabaseID" -> "SW04237", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01369"]}, "IsomericSmiles" -> "CC[C@@H]1C(=O)N2CCC[C@H]2C(=O)N([C@H](C(=O)N3CC(C(=O)CC3C(=O)N[C@H](C(=O)O[C@@H]([C@@H](C(=O)N1)NC(=O)c4c(cccn4)O)C)c5ccccc5)CS[C@@H]6C[NH+]7CCC6CC7)Cc8ccc(cc8)N(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00852"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "QUINUPRISTIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724509]}, "Synonyms" -> {"quinupristin", "quinupristina", "quinupristine", "ac1mhdyi", "quinupristin (jan/usan/inn)", "quinupristinum", "c08032", "d00852", "synercid (dalfopristin + quinupristin)_mixture", "quinupristin [usan:inn]", "ac1lakms"}|>, "8729" -> <|"DatabaseID" -> "SW04237", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01369"]}, "IsomericSmiles" -> "CC[C@@H]1C(=O)N2CCC[C@H]2C(=O)N([C@H](C(=O)N3CC(C(=O)CC3C(=O)N[C@H](C(=O)O[C@@H]([C@@H](C(=O)N1)NC(=O)c4c(cccn4)O)C)c5ccccc5)CS[C@@H]6C[NH+]7CCC6CC7)Cc8ccc(cc8)N(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00852"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "QUINUPRISTIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724509]}, "Synonyms" -> {"quinupristin", "quinupristina", "quinupristine", "ac1mhdyi", "quinupristin (jan/usan/inn)", "quinupristinum", "c08032", "d00852", "synercid (dalfopristin + quinupristin)_mixture", "quinupristin [usan:inn]", "ac1lakms"}|>, "8730" -> <|"DatabaseID" -> "SW04238", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53469"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23107156]}, "IsomericSmiles" -> "C[C@H]1[C@H]([C@H]([C@@H]([C@@H](O1)O[C@H]2[C@@H]([C@H](OC([C@@H]2NC(=O)C)O)CO)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O[C@H]4[C@H]([C@H]([C@@H]([C@H](O4)CO[C@@H]5[C@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O)O)O[C@H]6[C@@H]([C@H]([C@@H](CO6)O)O)O)O)NC(=O)C)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03162"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bromelain"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44263865]}, "Synonyms" -> {"muxf", "m0xf(3)", "carbohydrate moiety of bromelain", "edemase d", "bromelains", "chebi:53469", "alpha-l-fucopyranosyl-(1->3)-[alpha-d-mannopyranosyl-(1->6)-[beta-d-xylopyranosyl-(1->2)]-beta-d-mannopyranosyl-(1->4)-2-acetamido-2-deoxy-beta-d-glucopyranosyl-(1->4)]-2-acetamido-2-deoxy-d-glucopyranose", "m0xf(3); muxf; carbohydrate moiety of bromelain", "bromelain"}|>, "8731" -> <|"DatabaseID" -> "SW04238", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "53469"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23107156]}, "IsomericSmiles" -> "C[C@H]1[C@H]([C@H]([C@@H]([C@@H](O1)O[C@H]2[C@@H]([C@H](OC([C@@H]2NC(=O)C)O)CO)O[C@H]3[C@@H]([C@H]([C@@H]([C@H](O3)CO)O[C@H]4[C@H]([C@H]([C@@H]([C@H](O4)CO[C@@H]5[C@H]([C@H]([C@@H]([C@H](O5)CO)O)O)O)O)O)O[C@H]6[C@@H]([C@H]([C@@H](CO6)O)O)O)O)NC(=O)C)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03162"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bromelain"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44263865]}, "Synonyms" -> {"muxf", "m0xf(3)", "carbohydrate moiety of bromelain", "edemase d", "bromelains", "chebi:53469", "alpha-l-fucopyranosyl-(1->3)-[alpha-d-mannopyranosyl-(1->6)-[beta-d-xylopyranosyl-(1->2)]-beta-d-mannopyranosyl-(1->4)-2-acetamido-2-deoxy-beta-d-glucopyranosyl-(1->4)]-2-acetamido-2-deoxy-d-glucopyranose", "m0xf(3); muxf; carbohydrate moiety of bromelain", "bromelain"}|>, "8732" -> <|"DatabaseID" -> "SW04239", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444509]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01226"]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2[C@H]1Cc3cc(c(c(c3)OC)OC)OC)OC)OC)CCCOC(=O)CC/C=C/CCC(=O)OCCC[N+]4(CCc5cc(c(cc5[C@H]4Cc6cc(c(c(c6)OC)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00763"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MIVACURIUM CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281080]}, "Synonyms" -> {"mivacron", "mivacurium chloride", "chlorure de mivacurium [french]", "mivacurii chloridum [latin]", "chlorure de mivacurium", "acylcholine acylhydrolase", "cloruro de mivacurio", "mivacurii chloridum", "butyrylcholine esterase", "cholinesterase precursor", "106791-40-6[rn]", "mivacron (tn)", "cloruro de mivacurio [spanish]", "pseudocholinesterase", "mivacurium[wiki]", "ec 3.1.1.8", "mivacurium", "choline esterase ii", "133814-19-4[rn]", "ac1nqxzz"}|>, "8733" -> <|"DatabaseID" -> "SW04239", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444509]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01226"]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2[C@H]1Cc3cc(c(c(c3)OC)OC)OC)OC)OC)CCCOC(=O)CC/C=C/CCC(=O)OCCC[N+]4(CCc5cc(c(cc5[C@H]4Cc6cc(c(c(c6)OC)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00763"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MIVACURIUM CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281080]}, "Synonyms" -> {"mivacron", "mivacurium chloride", "chlorure de mivacurium [french]", "mivacurii chloridum [latin]", "chlorure de mivacurium", "acylcholine acylhydrolase", "cloruro de mivacurio", "mivacurii chloridum", "butyrylcholine esterase", "cholinesterase precursor", "106791-40-6[rn]", "mivacron (tn)", "cloruro de mivacurio [spanish]", "pseudocholinesterase", "mivacurium[wiki]", "ec 3.1.1.8", "mivacurium", "choline esterase ii", "133814-19-4[rn]", "ac1nqxzz"}|>, "8734" -> <|"DatabaseID" -> "SW04239", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4444509]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01226"]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(cc2[C@H]1Cc3cc(c(c(c3)OC)OC)OC)OC)OC)CCCOC(=O)CC/C=C/CCC(=O)OCCC[N+]4(CCc5cc(c(cc5[C@H]4Cc6cc(c(c(c6)OC)OC)OC)OC)OC)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00763"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MIVACURIUM CHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5281080]}, "Synonyms" -> {"mivacron", "mivacurium chloride", "chlorure de mivacurium [french]", "mivacurii chloridum [latin]", "chlorure de mivacurium", "acylcholine acylhydrolase", "cloruro de mivacurio", "mivacurii chloridum", "butyrylcholine esterase", "cholinesterase precursor", "106791-40-6[rn]", "mivacron (tn)", "cloruro de mivacurio [spanish]", "pseudocholinesterase", "mivacurium[wiki]", "ec 3.1.1.8", "mivacurium", "choline esterase ii", "133814-19-4[rn]", "ac1nqxzz"}|>, "8735" -> <|"DatabaseID" -> "SW04240", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06287"]}, "IsomericSmiles" -> "C[C@@H]1CCC2C[C@@H](/C(=C/C=C/C=C/[C@H](C[C@H](C(=O)[C@@H]([C@@H](/C(=C/[C@H](C(=O)C[C@H](OC(=O)[C@@H]3CCCCN3C(=O)C(=O)[C@@]1(O2)O)[C@H](C)C[C@@H]4CC[C@H]([C@@H](C4)OC)OC(=O)C(C)(CO)CO)C)/C)O)OC)C)C)/C)OC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06068"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TEMSIROLIMUS"|>, "Synonyms" -> {"temsirolimus", "torisel", "mammalian target of rapamycin", "rapamycin target protein", "cci-779", "mtor", "rapt1", "fk506-binding protein 12- rapamycin complex-associated protein 1"}|>, "8736" -> <|"DatabaseID" -> "SW04241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470612]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01334"]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(c(c2[C@H]1Cc3cc(c(c(c3)OC)OC)OC)OC)OC)OC)CCCOC(=O)CCC(=O)OCCC[N+]4(CCc5cc(c(c(c5[C@@H]4Cc6cc(c(c(c6)OC)OC)OC)OC)OC)OC)C", "OfficialNames" -> <|"FDA Approved Drug" -> "DOXACURIUM CHLORIDE", "NPC Approved Name" -> "doxacurium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311077]}, "Synonyms" -> {"bw-a 938u", "chembl1201306", "doxacurium chloride [usan:inn:ban]", "ac1nsjye", "bw-a-938u", "doxacurium", "ls-172021", "bw a938u", "bw-a938u", "c56h78n2o16"}|>, "8737" -> <|"DatabaseID" -> "SW04241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470612]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01334"]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(c(c2[C@H]1Cc3cc(c(c(c3)OC)OC)OC)OC)OC)OC)CCCOC(=O)CCC(=O)OCCC[N+]4(CCc5cc(c(c(c5[C@@H]4Cc6cc(c(c(c6)OC)OC)OC)OC)OC)OC)C", "OfficialNames" -> <|"FDA Approved Drug" -> "DOXACURIUM CHLORIDE", "NPC Approved Name" -> "doxacurium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311077]}, "Synonyms" -> {"bw-a 938u", "chembl1201306", "doxacurium chloride [usan:inn:ban]", "ac1nsjye", "bw-a-938u", "doxacurium", "ls-172021", "bw a938u", "bw-a938u", "c56h78n2o16"}|>, "8738" -> <|"DatabaseID" -> "SW04241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470612]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01334"]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(c(c2[C@H]1Cc3cc(c(c(c3)OC)OC)OC)OC)OC)OC)CCCOC(=O)CCC(=O)OCCC[N+]4(CCc5cc(c(c(c5[C@@H]4Cc6cc(c(c(c6)OC)OC)OC)OC)OC)OC)C", "OfficialNames" -> <|"FDA Approved Drug" -> "DOXACURIUM CHLORIDE", "NPC Approved Name" -> "doxacurium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311077]}, "Synonyms" -> {"bw-a 938u", "chembl1201306", "doxacurium chloride [usan:inn:ban]", "ac1nsjye", "bw-a-938u", "doxacurium", "ls-172021", "bw a938u", "bw-a938u", "c56h78n2o16"}|>, "8739" -> <|"DatabaseID" -> "SW04241", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470612]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01334"]}, "IsomericSmiles" -> "C[N+]1(CCc2cc(c(c(c2[C@H]1Cc3cc(c(c(c3)OC)OC)OC)OC)OC)OC)CCCOC(=O)CCC(=O)OCCC[N+]4(CCc5cc(c(c(c5[C@@H]4Cc6cc(c(c(c6)OC)OC)OC)OC)OC)OC)C", "OfficialNames" -> <|"FDA Approved Drug" -> "DOXACURIUM CHLORIDE", "NPC Approved Name" -> "doxacurium"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311077]}, "Synonyms" -> {"bw-a 938u", "chembl1201306", "doxacurium chloride [usan:inn:ban]", "ac1nsjye", "bw-a-938u", "doxacurium", "ls-172021", "bw a938u", "bw-a938u", "c56h78n2o16"}|>, "8740" -> <|"DatabaseID" -> "SW04242", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "60564"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736539]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00093"]}, "IsomericSmiles" -> "c1ccc(cc1)C[C@H]2C(=O)N[C@H](C(=O)N[C@H](C(=O)N[C@H](C(=O)N[C@@H](CSSC[C@@H](C(=O)N2)[NH3+])C(=O)N3CCC[C@H]3C(=O)N[C@@H](CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04137"]}, "OfficialNames" -> <|"Australia Approved Name" -> "FELYPRESSIN"|>, "Synonyms" -> {"felypressin", "1-{[(4r,7s,10s,13s,16s,19r)-19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13,16-dibenzyl-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}-l-prolyl-l-lysylglycinamide", "felypressine [inn-french]", "glycinamide 1-[[(4r,7s,10s,13s,16s,19r)-19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-6,9,12,15,18-pentaoxo-13,16-bis(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]-l-prolyl-l-lysyl-", "200-282-7[einecs]", "felypressinum [inn-latin]", "felypressin [usan:ban:inn]", "felypressinum [inn_la]", "vascular/hepatic-type arginine vasopressin receptor", "56-59-7[rn]", "2-(l-phenylalanine)-8-l-lysinevasopressin", "octapressin", "felipressina [dcit]", "plv-2", "antidiuretic hormone receptor 1a", "felipresina [inn-spanish]", "avpr v1a", "v1ar", "felypressin[wiki]"}|>, "8741" -> <|"DatabaseID" -> "SW04243", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16498794]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@H]1CC(=C(C(C1)(C)C)/C=C/C(=C/C=C/C(=C/C=C/C=C(\\C)/C=C/C=C(\\C)/C=C/[C@H]2C(=C[C@@H](CC2(C)C)OC(=O)CCCCCCCCCCCCCCC)C)/C)/C)C", "OfficialNames" -> <|"NPC Approved Name" -> "xanthophyll palmitate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 17751015]}, "Synonyms" -> {"helenien[jan]", "547-17-1", "helenien"}|>, "8742" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8743" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8744" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8745" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8746" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8747" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8748" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8749" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8750" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8751" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8752" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8753" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8754" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8755" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8756" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8757" -> <|"DatabaseID" -> "SW04244", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 165760]}, "IsomericSmiles" -> "CC1CCC2(C(C3C(O2)CC4(C3(CCC5C4CC=C6C5(CCC(C6)OC7C(C(C(C(O7)CO)OC8C(C(C(C(O8)CO)O)OC9C(C(C(CO9)O)O)O)OC2C(C(C(C(O2)CO)O)O)O)O)O)C)C)O)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "steroidal saponin pod-ii"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 190860]}, "Synonyms" -> {"pod-ii", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1-", "ac1l4rez", "156928-68-6[rn]", "ac1q717t", "14-hydroxyspirost-5-en-3-yl hexopyranosyl-(1->2)-[pentopyranosyl-(1->3)]hexopyranosyl-(1->4)hexopyranoside", "ar-1c0836", "3-o-beta-d-glucopyranosyl-(1-2)-(beta-d-xylopyranosyl-(1-3))-beta-d-glucopyranosyl-(1-4)-galactopyranosyl-25(r)-spirost-5-en-3beta"}|>, "8758" -> <|"DatabaseID" -> "SW04245", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 171356]}, "IsomericSmiles" -> "C[C@H]1CC[C@@]2([C@H]([C@H]3[C@@H](O2)C[C@@H]4[C@@]3(CC[C@H]5[C@H]4CC[C@H]6[C@@]5(CC[C@@H](C6)O[C@H]7[C@@H]([C@H]([C@@H]([C@H](O7)CO[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)CO)O)O)O)O[C@H]9[C@@H]([C@@H]([C@H]([C@@H](O9)C)O)O)O)O)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O)C)C)C)OC1", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "smilacin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 197977]}, "Synonyms" -> {"sarsasaponin", "parillin", "smilacin", "ls-101279", "nsc 106552", "4-19-00-00836 (beilstein handbook reference)[beilstein]", "brn 0078294", "242-790-1[einecs]", "einecs 242-790-1", "19057-61-5", "(3beta", "ac1l54e2", "19057-61-5[rn]"}|>, "8759" -> <|"DatabaseID" -> "SW04246", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 8209640]}, "IsomericSmiles" -> "CCc1c(c(c(c(c1Cl)[O-])Cl)O)C(=O)O[C@@H]2[C@H](O[C@H]([C@H]([C@H]2O)OC)OC/C/3=C\\\\C=C\\\\C[C@@H](/C(=C/[C@@H]([C@H](/C(=C/C(=C/C[C@H](OC3=O)[C@@H](C)O)/C)/C)O[C@H]4[C@H]([C@H]([C@@H](C(O4)(C)C)OC(=O)C(C)C)O)O)CC)/C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09394"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "FIDAXOMICIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 10034073]}, "Synonyms" -> {"dificid", "fidaxomicin", "dificlir", "tiacumicin b", "opt-80", "fidaxomicin[wiki]", "chembl1255800", "lipiarmycin", "clostomycin b1", "lipiarmycin a3", "difimicin"}|>, "8760" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8761" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8762" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8763" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8764" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8765" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8766" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8767" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8768" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8769" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8770" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8771" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8772" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8773" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8774" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8775" -> <|"DatabaseID" -> "SW04247", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5568]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00366"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "LYPRESSIN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5772]}, "Synonyms" -> {"lipressina [dcit]", "postacton", "lysine-vasopressin", "lysine pitressin", "lysine vasopressin", "lypressin", "vasopressin-8-lysine", "diapid", "8-l-lysine vasopressin", "vasophysin", "200-050-5[einecs]", "diapid (tn)", "lypressine[french][inn]", "lypressin[wiki][usp]", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyllysyl-", "lipresina[spanish][inn]", "vasopressin (lysine form)", "lypressin [usan:ban:inn][inn][usan]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyllysylglycinamide[acd/iupac name]", "l-lysine vasopressin", "diapid[wiki]", "50-57-7[rn]", "syntopressin", "lypressinum[latin]", "(8-lysine)vasopressin"}|>, "8776" -> <|"DatabaseID" -> "SW04248", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10481973], ExternalIdentifier["ChemSpiderID", 10482202]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00035"]}, "IsomericSmiles" -> "c1ccc(cc1)C[C@H]2C(=O)N[C@H](C(=O)N[C@H](C(=O)N[C@@H](CSSCCC(=O)N[C@H](C(=O)N2)Cc3ccc(cc3)O)C(=O)N4CCC[C@H]4C(=O)N[C@H](CCCNC(=[NH2+])N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "OfficialNames" -> <|"FDA Approved Drug" -> "DESMOPRESSIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16051969], ExternalIdentifier["PubChemCompoundID", 46783812]}, "Synonyms" -> {"desmopressin acetate", "stimate", "62288-83-9[rn]", "desmopressin acetate anhydrous", "1-(3-mercaptopropionic acid)-8-d-arginine vasopression monoacetate trihydrate", "(2s)-1-{[(4r,7s,10s,13s,16s)-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}-n-{(1s)-1-[(2-amino-2-oxoethyl)carbamoyl]-4-carbamimidamidobutyl}pyrrolidine-2-carboxamideacetate(salt)", "1-deamino-8-d-arginine vasopressin acetate trihydrate", "1-(3-mercaptopropanoic acid)-8-d-argininevasopressin", "desmopressin[wiki]", "dsstox_rid_81971", "dsstox_cid_26864", "ylglycinamide acetate (salt)", "desmopressin acetate hydrate", "1-deamino-8-d-argininevasopressin", "(2s)-1-{[(4r,7s,10s,13s,16s)-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}-n-{(1s)-1-[(2-amino-2-oxoethyl)carbamoyl]-4-carbamimidamidobutyl}pyrrolidin-2-carboxamidacetat(salt)", "1-(3-mercaptopropanoic acid)-8-d-arginine vasopression monoacetate trihydrate", "62357-86-2", "ncgc00181133-01", "adiuretin", "v1br", "glycinamide 1-[[(4r,7s,10s,13s,16s)-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]-l-prolyl-l-arginyl-", "1-{[(4r,7s,10s,13s,16s)-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}-l-prolyl-l-argin", "vasopressin v3 receptor", "tox21_112740", "octostim", "240-726-7[einecs]", "minirin", "concentraid", "ddavp[wiki]", "avpr v1b", "1-{[(4r,7s,10s,13s,16s)-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}-l-prolyl-l-arginylglycinamide acetate (salt)", "16789-98-3[rn]", "desmopressin", "1-{[(4r", "vasopressin 1-(3-mercaptopropanoicacid)-8-d-arginine- monoacetate (salt)", "1-desamino-8-d-arginine vasopressin acetate trihydrate", "16679-58-6[rn]", "62357-86-2[rn]", "desmopressin monoacetate", "chebi:59728", "glycinamide 1-[[(4r,7s,10s,13s,16s)-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]-l-prolyl-l-arginyl- acetate (1:1) (salt)", "dsstox_gsid_46864", "1-{[(4r,7s,10s,13s,16s)-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}-l-prolyl-l-arginylglycinamide acetate (1:1)", "cas-62288-83-9", "deamino-[cys1]arginine vasopressin", "avpr v3", "1-{[(4r,7s,10s,13s,16s)-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}-l-prolyl-l-arginylglycinamide", "antidiuretic hormone receptor 1b"}|>, "8777" -> <|"DatabaseID" -> "SW04249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10283134]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)O[C@H]2[C@@H]([C@@H]3[C@@H]([C@H](O2)COC(=O)c4cc(c(c(c4-c5c(cc(c(c5O)O)Oc6c(cc(c(c6O)O)O)C(=O)[O-])C(=O)O3)O)O)O)OC(=O)C7CC(=O)c8c7c9c(cc(c(c9O)O)O)c(=O)o8)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "repandusinin"|>, "Synonyms" -> {"repandusinin", "2-{[(1r,19r,21s,22r,23r)-7,8,11,12,13,22-hexahydroxy-3,16-dioxo-21-[(3,4,5-trihydroxybenzoyl)oxy]-23-{[(7,8,9-trihydroxy-3,5-dioxo-1,2,3,5-tetrahydrocyclopenta[c]isochromen-1-yl)carbonyl]oxy}-2,17,20-trioxatetracyclo[17.3.1.04,9.010,15]tricosa-4,6,8,10,12,14-hexaen-6-yl]oxy}-3,4,5-trihydroxybenzoic acid", "benzo[d]cyclopenta[b]pyran-1-carboxylic acid,1,2,3,5-tetrahydro-7,8,9-trihydroxy-3,5-dioxo- (8r,10s,11r,12r,19r)-16-(6-carboxy-2,3,4-trihydroxyphenoxy)-5,7,8,11,12,14-hexahydro-1,2,3,11,17,18-hexahydroxy-5,14-dioxo-10-[(3,4,5-trihydroxybenzoyl)oxy]-8,12-methano-10h-dibenzo[j,l][1,4,8]trioxacyclotetradecin-19-ylester"}|>, "8778" -> <|"DatabaseID" -> "SW04249", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10283134]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)O[C@H]2[C@@H]([C@@H]3[C@@H]([C@H](O2)COC(=O)c4cc(c(c(c4-c5c(cc(c(c5O)O)Oc6c(cc(c(c6O)O)O)C(=O)[O-])C(=O)O3)O)O)O)OC(=O)C7CC(=O)c8c7c9c(cc(c(c9O)O)O)c(=O)o8)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "repandusinin"|>, "Synonyms" -> {"repandusinin", "2-{[(1r,19r,21s,22r,23r)-7,8,11,12,13,22-hexahydroxy-3,16-dioxo-21-[(3,4,5-trihydroxybenzoyl)oxy]-23-{[(7,8,9-trihydroxy-3,5-dioxo-1,2,3,5-tetrahydrocyclopenta[c]isochromen-1-yl)carbonyl]oxy}-2,17,20-trioxatetracyclo[17.3.1.04,9.010,15]tricosa-4,6,8,10,12,14-hexaen-6-yl]oxy}-3,4,5-trihydroxybenzoic acid", "benzo[d]cyclopenta[b]pyran-1-carboxylic acid,1,2,3,5-tetrahydro-7,8,9-trihydroxy-3,5-dioxo- (8r,10s,11r,12r,19r)-16-(6-carboxy-2,3,4-trihydroxyphenoxy)-5,7,8,11,12,14-hexahydro-1,2,3,11,17,18-hexahydroxy-5,14-dioxo-10-[(3,4,5-trihydroxybenzoyl)oxy]-8,12-methano-10h-dibenzo[j,l][1,4,8]trioxacyclotetradecin-19-ylester"}|>, "8779" -> <|"DatabaseID" -> "SW04250", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31856"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06810"]}, "IsomericSmiles" -> "Cc1c(cc2cc3c(c(c2c1O)[O-])C(=O)[C@H]([C@@H](C3)[C@@H](C(=O)[C@H]([C@@H](C)O)O)OC)O[C@H]4C[C@H]([C@@H]([C@H](O4)C)O)O[C@H]5C[C@H]([C@H]([C@H](O5)C)O)O[C@H]6C[C@]([C@@H]([C@H](O6)C)O)(C)O)O[C@H]7C[C@H]([C@@H]([C@H](O7)C)O)O[C@H]8C[C@H]([C@@H]([C@H](O8)C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00468"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PLICAMYCIN"|>, "Synonyms" -> {"mithracin", "plicamycin", "deoxyribonucleic acid", "mithramycin"}|>, "8780" -> <|"DatabaseID" -> "SW04251", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17300230]}, "IsomericSmiles" -> "c1c2c3c4c5c(c(c(c4oc2=O)O)O)-c6c(cc(c(c6O)O)O)C(=O)O[C@@H]7[C@@H](COC(=O)c8cc(c(c(c8Oc(c1O)c3oc5=O)O)O)O)OC([C@H]9[C@H]7OC(=O)c1cc(c(c(c1-c1c(cc(c(c1O)O)O)C(=O)O9)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "terchebulin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16143735]}, "Synonyms" -> {"isoterchebulin", "chembl508570"}|>, "8781" -> <|"DatabaseID" -> "SW04251", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17300230]}, "IsomericSmiles" -> "c1c2c3c4c5c(c(c(c4oc2=O)O)O)-c6c(cc(c(c6O)O)O)C(=O)O[C@@H]7[C@@H](COC(=O)c8cc(c(c(c8Oc(c1O)c3oc5=O)O)O)O)OC([C@H]9[C@H]7OC(=O)c1cc(c(c(c1-c1c(cc(c(c1O)O)O)C(=O)O9)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "terchebulin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16143735]}, "Synonyms" -> {"isoterchebulin", "chembl508570"}|>, "8782" -> <|"DatabaseID" -> "SW04252", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17306116]}, "IsomericSmiles" -> "c1c2c(c(c(c1O)O)O)-c3c4c5c6c(c(c(c(c6oc4=O)O)O)-c7c(cc(c(c7O)O)O)C(=O)O[C@@H]8[C@@H](COC2=O)O[C@@H]([C@H]9[C@H]8OC(=O)c1cc(c(c(c1-c1c(cc(c(c1O)O)O)C(=O)O9)O)O)O)O)c(=O)oc5c(c3O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "punicalagin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16149716]}, "Synonyms" -> {"gn32", "gn-31", "2", "65995-63-3"}|>, "8783" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8784" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8785" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8786" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8787" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8788" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8789" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8790" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8791" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8792" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8793" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8794" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8795" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8796" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8797" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8798" -> <|"DatabaseID" -> "SW04253", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 7937]}, "IsomericSmiles" -> "c1ccc(cc1)CC2C(=O)NC(C(=O)NC(C(=O)NC(CSSCC(C(=O)NC(C(=O)N2)Cc3ccc(cc3)O)[NH3+])C(=O)N4CCCC4C(=O)NC(CCC[NH+]=C(N)N)C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09820"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "VASOPRESSIN TANNATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 8230]}, "Synonyms" -> {"8-arginine-vasopressin", "argipressina [dcit]", "arginine vasopressin", "pitressin tannate (tn)", "argipressin tannate", "(vasopressin)1-[19-amino-13-benzyl-10-(2-carbamoyl-ethyl)-7-carbamoylmethyl-16-(4-hydroxy-benzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaaza-cycloicosane-4-carbonyl]-pyrrolidine-2-carboxylic acid[1-(carbamoylmethyl-carbamoyl)-4-guanidino-butyl]-amide", "argipressin", "[arg8]-vasopressin", "vasopressin", "argipressine[french][inn]", "pitressin tannate", "glycinamide 1-[[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-16-[(4-hydroxyphenyl)methyl]-6,9,12,15,18-pentaoxo-13-(phenylmethyl)-1,2-dithia-5,8,11,14,17-pentaazacycloeicos-4-yl]carbonyl]prolyl-n5-(diaminomethylene)ornithyl-", "(arg8)-vasopressin", "113-79-1[rn]", "argipressine", "argipressine [inn-french]", "argipresina [inn-spanish]", "1-{[19-amino-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}prolyl-n5-(diaminomethylidene)ornithylglycinamide", "(arg-8)-vasopressin (avp)", "204-035-4[einecs]", "vasopressin (arginine form)", "argipressinum [inn-latin]", "avp", "argipressinum[latin]", "argipressin[wiki]", "pitressin", "argipressin acetate", "argipresina[spanish][inn]", "antidiuretic hormone", "vasopressin tannate", "argipressin tannate[usan]"}|>, "8799" -> <|"DatabaseID" -> "SW04254", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "474180"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 411774]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00520"]}, "IsomericSmiles" -> "CCC(C)CC(C)CCCCCCCCC(=O)N[C@H]1C[C@H]([C@H](NC(=O)[C@@H]2[C@H](CCN2C(=O)[C@@H](NC(=O)[C@@H](NC(=O)[C@@H]3C[C@H](CN3C(=O)[C@@H](NC1=O)[C@@H](C)O)O)[C@@H]([C@H](c4ccc(cc4)O)O)O)[C@@H](CC[NH3+])O)O)[NH2+]CCN)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07626"]}, "OfficialNames" -> <|"Indian Approved Name" -> "caspofungin"|>, "Synonyms" -> {"cancidas", "caspofungin", "162808-62-0[rn]", "caspofungin[wiki][inn]", "(3s,6s,9s,11r,15s,18s,20r,21s,24s,25s)-21-(2-aminoethylamino)-3-[3-amino-1(r)-hydroxypropyl]-6-[1(s),2(s)-dihydroxy-2-(4-hydroxyphenyl)ethyl]-18-(10,12-dimethyltetradecanamido)-11,20,25-trihydroxy-15-[1(r)-hydroxyethyl]-1,4,7,13,16,22-hexaazatricyclo[22.3.0.0(9,13)]heptacosane-2,5,8,14,17,23-hexaone diacetate", "cancidas[wiki]", "l-743,872", "capsofungin", "caspofungin acetate", "cancidas (tm)", "m991", "caspofungin [inn_en]"}|>, "8800" -> <|"DatabaseID" -> "SW04254", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "474180"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 411774]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00520"]}, "IsomericSmiles" -> "CCC(C)CC(C)CCCCCCCCC(=O)N[C@H]1C[C@H]([C@H](NC(=O)[C@@H]2[C@H](CCN2C(=O)[C@@H](NC(=O)[C@@H](NC(=O)[C@@H]3C[C@H](CN3C(=O)[C@@H](NC1=O)[C@@H](C)O)O)[C@@H]([C@H](c4ccc(cc4)O)O)O)[C@@H](CC[NH3+])O)O)[NH2+]CCN)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07626"]}, "OfficialNames" -> <|"Indian Approved Name" -> "caspofungin"|>, "Synonyms" -> {"cancidas", "caspofungin", "162808-62-0[rn]", "caspofungin[wiki][inn]", "(3s,6s,9s,11r,15s,18s,20r,21s,24s,25s)-21-(2-aminoethylamino)-3-[3-amino-1(r)-hydroxypropyl]-6-[1(s),2(s)-dihydroxy-2-(4-hydroxyphenyl)ethyl]-18-(10,12-dimethyltetradecanamido)-11,20,25-trihydroxy-15-[1(r)-hydroxyethyl]-1,4,7,13,16,22-hexaazatricyclo[22.3.0.0(9,13)]heptacosane-2,5,8,14,17,23-hexaone diacetate", "cancidas[wiki]", "l-743,872", "capsofungin", "caspofungin acetate", "cancidas (tm)", "m991", "caspofungin [inn_en]"}|>, "8801" -> <|"DatabaseID" -> "SW04254", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "474180"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 411774]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00520"]}, "IsomericSmiles" -> "CCC(C)CC(C)CCCCCCCCC(=O)N[C@H]1C[C@H]([C@H](NC(=O)[C@@H]2[C@H](CCN2C(=O)[C@@H](NC(=O)[C@@H](NC(=O)[C@@H]3C[C@H](CN3C(=O)[C@@H](NC1=O)[C@@H](C)O)O)[C@@H]([C@H](c4ccc(cc4)O)O)O)[C@@H](CC[NH3+])O)O)[NH2+]CCN)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07626"]}, "OfficialNames" -> <|"Indian Approved Name" -> "caspofungin"|>, "Synonyms" -> {"cancidas", "caspofungin", "162808-62-0[rn]", "caspofungin[wiki][inn]", "(3s,6s,9s,11r,15s,18s,20r,21s,24s,25s)-21-(2-aminoethylamino)-3-[3-amino-1(r)-hydroxypropyl]-6-[1(s),2(s)-dihydroxy-2-(4-hydroxyphenyl)ethyl]-18-(10,12-dimethyltetradecanamido)-11,20,25-trihydroxy-15-[1(r)-hydroxyethyl]-1,4,7,13,16,22-hexaazatricyclo[22.3.0.0(9,13)]heptacosane-2,5,8,14,17,23-hexaone diacetate", "cancidas[wiki]", "l-743,872", "capsofungin", "caspofungin acetate", "cancidas (tm)", "m991", "caspofungin [inn_en]"}|>, "8802" -> <|"DatabaseID" -> "SW04254", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "474180"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 411774]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00520"]}, "IsomericSmiles" -> "CCC(C)CC(C)CCCCCCCCC(=O)N[C@H]1C[C@H]([C@H](NC(=O)[C@@H]2[C@H](CCN2C(=O)[C@@H](NC(=O)[C@@H](NC(=O)[C@@H]3C[C@H](CN3C(=O)[C@@H](NC1=O)[C@@H](C)O)O)[C@@H]([C@H](c4ccc(cc4)O)O)O)[C@@H](CC[NH3+])O)O)[NH2+]CCN)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07626"]}, "OfficialNames" -> <|"Indian Approved Name" -> "caspofungin"|>, "Synonyms" -> {"cancidas", "caspofungin", "162808-62-0[rn]", "caspofungin[wiki][inn]", "(3s,6s,9s,11r,15s,18s,20r,21s,24s,25s)-21-(2-aminoethylamino)-3-[3-amino-1(r)-hydroxypropyl]-6-[1(s),2(s)-dihydroxy-2-(4-hydroxyphenyl)ethyl]-18-(10,12-dimethyltetradecanamido)-11,20,25-trihydroxy-15-[1(r)-hydroxyethyl]-1,4,7,13,16,22-hexaazatricyclo[22.3.0.0(9,13)]heptacosane-2,5,8,14,17,23-hexaone diacetate", "cancidas[wiki]", "l-743,872", "capsofungin", "caspofungin acetate", "cancidas (tm)", "m991", "caspofungin [inn_en]"}|>, "8803" -> <|"DatabaseID" -> "SW04255", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "CHEMBL1201185"], ExternalIdentifier["ChEBIID", "CHEMBL1201184"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4770739], ExternalIdentifier["ChemSpiderID", 5293227]}, "IsomericSmiles" -> "C[C@H]([C@@H](C(=O)N)NC(=O)[C@@H]1CSSC[C@@H](C(=O)N[C@H](C(=O)N[C@@H](C(=O)N[C@H](C(=O)N[C@H](C(=O)N1)C(C)C)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccc(cc4)O)NC(=O)[C@@H](Cc5ccc6ccccc6c5)[NH3+])O", "OfficialNames" -> <|"FDA Approved Drug" -> "LANREOTIDE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71349], ExternalIdentifier["PubChemCompoundID", 6918010]}, "Synonyms" -> {"ipstyl", "somatuline la", "bim-23014c", "somatuline lp", "angiopeptin acetate", "lanreotide acetate", "somatuline depot", "somatulina", "somatuline autogel", "9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosane-4-carboxamide acetate (salt)", "1,2-dithia-5,8,11,14,17-pentaazacycloeicosane-4-carboxamide 10-(4-aminobutyl)-n-[(1s,2r)-1-(aminocarbonyl)-2-hydroxypropyl]-19-[[(2r)-2-amino-3-(2-naphthalenyl)-1-oxopropyl]amino]-16-[(4-hydroxypheny", "ntaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosane-4-carboxamide acetate (salt)", "dc 13-116", "(4r,7s,10s,13r,16s,19r)-10-(4-aminobutyl)-n-[(1s,2r)-1-carbamoyl-2-hydroxypropyl]-16-(4-hydroxybenzyl)-13-(1h-indol-3-ylmethyl)-7-(1-methylethyl)-19-[(3-naphthalen-2-yl-d-alanyl)amino]-6,9,12,15,18-pe", "lanreotide", "lanreotida", "bim 23014", "dc13-116", "somatulin", "lanreotide autogel", "(4r,7s,10s,13r,16s,19r)-10-(4-aminobutyl)-19-{[(2r)-2-amino-3-naphthalen-2-ylpropanoyl]amino}-n-[(1s,2r)-1-carbamoyl-2-hydroxypropyl]-16-(4-hydroxybenzyl)-13-(1h-indol-3-ylmethyl)-7-(1-methylethyl)-6,", "lanreotidum", "autogel", "1,2-dithia-5,8,11,14,17-pentaazacycloeicosane-4-carboxamide 10-(4-aminobutyl)-n-[(1s,2r)-1-(aminocarbonyl)-2-hydroxypropyl]-19-[[(2r)-2-amino-3-(2-naphthalenyl)-1-oxopropyl]amino]-16-[(4-hydroxyphenyl)methyl]-13-(1h-indol-3-ylmethyl)-7-(1-methylethyl)-6,9,12,15,18-pentaoxo- (4r,7s,10s,13r,16s,19r)- acetate (1:1) (salt)", "somatuline[wiki]", "somatuline", "lanreotidum [inn-latin]", "9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-carboxamidacetat(salt)", "(4r,7s,10s,13r,16s,19r)-10-(4-aminobutyl)-n-[(1s,2r)-1-carbamoyl-2-hydroxypropyl]-16-(4-hydroxybenzyl)-13-(1h-indol-3-ylmethyl)-7-(1-methylethyl)-19-[(3-naphthalen-2-yl-d-alanyl)amino]-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosane-4-carboxamide acetate (salt)", "angiopeptin", "(4r,7s,10s,13r,16s,19r)-10-(4-aminobutyl)-19-{[(2r)-2-amino-3-naphthalen-2-ylpropanoyl]amino}-n-[(1s,2r)-1-carbamoyl-2-hydroxypropyl]-16-(4-hydroxybenzyl)-13-(1h-indol-3-ylmethyl)-7-(1-methylethyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosane-4-carboxamideacetate (salt)", "(4r,7s,10s,13r,16s,19r)-10-(4-aminobutyl)-19-{[(2r)-2-amino-3-naphthalen-2-ylpropanoyl]amino}-n-[(1s,2r)-1-carbamoyl-2-hydroxypropyl]-16-(4-hydroxybenzyl)-13-(1h-indol-3-ylmethyl)-7-(1-methylethyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-carboxamidacetat(salt)"}|>, "8804" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8805" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8806" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8807" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8808" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8809" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8810" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8811" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8812" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8813" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8814" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8815" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8816" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8817" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8818" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8819" -> <|"DatabaseID" -> "SW04256", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16744268]}, "IsomericSmiles" -> "C[C@@H]1[C@H]([C@@H]([C@@H](C(O1)OC2CC3C(C(CC(O3)(CC(CC(CC(CC(=O)CCCC(=O)CC(=O)OC(C(C=CC=CC=CC=CC=CC=CC=C2)C)C(C)CC(C)C(CC(=O)c4ccc(cc4)N)O)O)O)O)O)O)C(=O)[O-])O)[NH3+])O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03347"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CANDICIDIN"|>, "PharmGKBID" -> "PA164754911", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 441142]}, "Synonyms" -> {"candicidin", "vanobid", "candicidin a", "fr-008-iii", "db01152", "1403-17-4[rn]", "3-[(3s", "ac1l9aml"}|>, "8820" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8821" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8822" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8823" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8824" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8825" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8826" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8827" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8828" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8829" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8830" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8831" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8832" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8833" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8834" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8835" -> <|"DatabaseID" -> "SW04258", "IsomericSmiles" -> "CC=C(C)C(=O)OC1C([C@@]2(C(C[C@@]3(C(=CCC4[C@]3(CCC5[C@@]4(CCC([C@]5(C)CO)OC6C(C(C(C(O6)C(=O)[O-])OC7C(C(C(C(O7)CO)O)O)O)O)OC8C(C(C(C(O8)CO)O)O)O)C)C)C2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "triterpene glycosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 44135353]}, "Synonyms" -> {"6-[[(4s", "a835990", "aescine", "6805-41-0"}|>, "8836" -> <|"DatabaseID" -> "SW04259", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17974], ExternalIdentifier["ChemSpiderID", 10482236]}, "IsomericSmiles" -> "c1c(c(c(c(c1I)NC(=O)CCCCC(=O)Nc2c(cc(c(c2I)C(=O)[O-])I)I)I)C(=O)[O-])I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01916"]}, "OfficialNames" -> <|"China Approved Name" -> "meglumine adipiodon", "FDA Approved Drug" -> "IODIPAMIDE MEGLUMINE;IODIPAMIDE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636408], ExternalIdentifier["PubChemCompoundID", 17478], ExternalIdentifier["PubChemCompoundID", 19039]}, "Synonyms" -> {"cholografin meglumine", "meglumine iodipamide", "endographin", "cavumbren", "intrablix", "endografin", "intrabillix", "transbillix", "adipiodone meglumine", "endocistobil", "iodipamide sodium", "methyl glucamine iodipamide", "biligrafin forte", "28761-91-3[rn]", "iodipamide methylglucamine", "adipiodone meglumine injection", "36791-09-0[rn]", "iodipamide meglumine salt", "iodipamide meglumine", "ultrabil", "3521-84-4[rn]", "iodipamide", "iodipamide meglumine [usan:ban][usan]", "iodipamide meglumine[usp]", "methyl glucamine biligrafin", "adipiodone dimeglumine salt", "sodium iodipamide", "cholograf-n-methylglucamine", "222-534-5[einecs]", "iodipamide bis(n-methylglucamine) salt", "iodipamide methylglucamine salt", "adipiodona [inn-spanish]", "cholografin sodium", "ac1lcs6k", "iodipamide sodium i 131 [usan]", "disodium n", "bilignost", "iodipamide disodium salt", "iodipamic acid", "cholospect", "cholografin", "transbilix", "cholografin meglumine (tn)", "idb", "adipiodonum [inn-latin]", "benzoic acid", "3-[[6-(3-carboxy-2", "einecs 220-049-3", "adipiodone", "iodipamide meglumine (usp)", "d01916", "biligrafin", "bilignostum", "disodium 3", "3521-84-4", "3,3'-[(1,6-dioxohexane-1,6-diyl)diimino]bis(2,4,6-triiodobenzoic acid)"}|>, "8837" -> <|"DatabaseID" -> "SW04260", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "55346"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 145752]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00362"]}, "IsomericSmiles" -> "CCCCCOc1ccc(cc1)c2ccc(cc2)c3ccc(cc3)C(=O)N[C@H]4C[C@H]([C@H](NC(=O)[C@@H]5[C@H]([C@H](CN5C(=O)[C@@H](NC(=O)[C@@H](NC(=O)[C@@H]6C[C@H](CN6C(=O)[C@@H](NC4=O)[C@@H](C)O)O)[C@@H]([C@H](c7ccc(cc7)O)O)O)[C@@H](C)O)C)O)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "anidulafungin", "FDA Approved Drug" -> "ANIDULAFUNGIN"|>, "PharmGKBID" -> "PA164742938", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 166548]}, "Synonyms" -> {"anidulafungin", "eraxis", "v-echinocandin", "166663-25-8[rn]", "anidulafungin [inn_en]", "unii-9hlm53094i", "anidulafungin[wiki]", "anidulafungin [usan:inn][inn][usan]", "chebi:55346", "ecalta", "db00362", "ac1l4yai", "eraxis[wiki]", "anidulafungin [usan:inn]", "n-[(3s,6s,9s,11r,15s,18s,20r,21r,24s,25s,26s)-6-[(1s,2s)-1,2-dihydroxy-2-(4-hydroxyphenyl)ethyl]-11,20,21,25-tetrahydroxy-3,15-bis[(1r)-1-hydroxyethyl]-26-methyl-2,5,8,14,17,23-hexaoxo-1,4,7,13,16,22-hexaazatricyclo[22.3.0.09,13]heptacosan-18-yl]-4-{4-[4-(pentyloxy)phenyl]phenyl}benzamide", "ver-002", "echinocandin b 1-((4r,5r)-4,5-dihydroxy-n2-((4\"-(pentyloxy)(1,1':4',1\"-terphenyl)-4-yl)carbonyl)-l-ornithine)"}|>, "8838" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8839" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8840" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8841" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8842" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8843" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8844" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8845" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8846" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8847" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8848" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8849" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8850" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8851" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8852" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8853" -> <|"DatabaseID" -> "SW04261", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 30401]}, "IsomericSmiles" -> "CSCCC(C(=O)NCC(=O)NC(Cc1c[nH]c2c1cccc2)C(=O)NC(CCSC)C(=O)NC(CC(=O)[O-])C(=O)NC(Cc3ccccc3)C(=O)N)NC(=O)C(Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)C(CC(=O)[O-])[NH3+]", "OfficialNames" -> <|"NPC Approved Name" -> "sincalide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 32800]}, "Synonyms" -> {"kinevac", "cck octapeptide sulfated", "25126-32-3", "sincalida[spanish][inn]", "caerulein", "sincalide", "sincalide [usan:ban:inn][inn][usan]", "3-{2-[2-(2-{2-[2-(2-amino-3-carboxy-propionylamino)-3-(4-sulfooxy-phenyl)-propionylamino]-4-methylsulfanyl-butyrylamino}-acetylamino)-3-(1h-indol-3-yl)-propionylamino]-4-methylsulfanyl-butyrylamino}-n-(1-carbamoyl-2-phenyl-ethyl)-succinamic acid", "cck-8", "cck 26-33", "sincalidum[latin]", "sincalida [inn-spanish]", "sincalide[wiki]", "25126-32-3[rn]", "1-de(5-oxo-l-proline)-2-de-l-glutamine-5-l-methioninecaerulein", "sincalidum [inn-latin]", "einecs 246-639-0", "246-639-0[einecs]"}|>, "8854" -> <|"DatabaseID" -> "SW04262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 481485]}, "IsomericSmiles" -> "C[Si](C)(C)OCC1C(C(C(C(O1)Oc2cc3c(c(=O)cc(o3)c4ccc(cc4)O[Si](C)(C)C)c(c2)O[Si](C)(C)C)OC5C(C(CO5)(CO[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apioglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 553635]}, "Synonyms" -> {"apigenin-7-o-apioglucoside tms-", "apigenin-7-o-apioglucoside", "ac1lb92n", "7-[3-[3"}|>, "8855" -> <|"DatabaseID" -> "SW04262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 481485]}, "IsomericSmiles" -> "C[Si](C)(C)OCC1C(C(C(C(O1)Oc2cc3c(c(=O)cc(o3)c4ccc(cc4)O[Si](C)(C)C)c(c2)O[Si](C)(C)C)OC5C(C(CO5)(CO[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apioglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 553635]}, "Synonyms" -> {"apigenin-7-o-apioglucoside tms-", "apigenin-7-o-apioglucoside", "ac1lb92n", "7-[3-[3"}|>, "8856" -> <|"DatabaseID" -> "SW04262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 481485]}, "IsomericSmiles" -> "C[Si](C)(C)OCC1C(C(C(C(O1)Oc2cc3c(c(=O)cc(o3)c4ccc(cc4)O[Si](C)(C)C)c(c2)O[Si](C)(C)C)OC5C(C(CO5)(CO[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apioglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 553635]}, "Synonyms" -> {"apigenin-7-o-apioglucoside tms-", "apigenin-7-o-apioglucoside", "ac1lb92n", "7-[3-[3"}|>, "8857" -> <|"DatabaseID" -> "SW04262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 481485]}, "IsomericSmiles" -> "C[Si](C)(C)OCC1C(C(C(C(O1)Oc2cc3c(c(=O)cc(o3)c4ccc(cc4)O[Si](C)(C)C)c(c2)O[Si](C)(C)C)OC5C(C(CO5)(CO[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apioglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 553635]}, "Synonyms" -> {"apigenin-7-o-apioglucoside tms-", "apigenin-7-o-apioglucoside", "ac1lb92n", "7-[3-[3"}|>, "8858" -> <|"DatabaseID" -> "SW04262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 481485]}, "IsomericSmiles" -> "C[Si](C)(C)OCC1C(C(C(C(O1)Oc2cc3c(c(=O)cc(o3)c4ccc(cc4)O[Si](C)(C)C)c(c2)O[Si](C)(C)C)OC5C(C(CO5)(CO[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apioglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 553635]}, "Synonyms" -> {"apigenin-7-o-apioglucoside tms-", "apigenin-7-o-apioglucoside", "ac1lb92n", "7-[3-[3"}|>, "8859" -> <|"DatabaseID" -> "SW04262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 481485]}, "IsomericSmiles" -> "C[Si](C)(C)OCC1C(C(C(C(O1)Oc2cc3c(c(=O)cc(o3)c4ccc(cc4)O[Si](C)(C)C)c(c2)O[Si](C)(C)C)OC5C(C(CO5)(CO[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apioglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 553635]}, "Synonyms" -> {"apigenin-7-o-apioglucoside tms-", "apigenin-7-o-apioglucoside", "ac1lb92n", "7-[3-[3"}|>, "8860" -> <|"DatabaseID" -> "SW04262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 481485]}, "IsomericSmiles" -> "C[Si](C)(C)OCC1C(C(C(C(O1)Oc2cc3c(c(=O)cc(o3)c4ccc(cc4)O[Si](C)(C)C)c(c2)O[Si](C)(C)C)OC5C(C(CO5)(CO[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apioglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 553635]}, "Synonyms" -> {"apigenin-7-o-apioglucoside tms-", "apigenin-7-o-apioglucoside", "ac1lb92n", "7-[3-[3"}|>, "8861" -> <|"DatabaseID" -> "SW04262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 481485]}, "IsomericSmiles" -> "C[Si](C)(C)OCC1C(C(C(C(O1)Oc2cc3c(c(=O)cc(o3)c4ccc(cc4)O[Si](C)(C)C)c(c2)O[Si](C)(C)C)OC5C(C(CO5)(CO[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apioglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 553635]}, "Synonyms" -> {"apigenin-7-o-apioglucoside tms-", "apigenin-7-o-apioglucoside", "ac1lb92n", "7-[3-[3"}|>, "8862" -> <|"DatabaseID" -> "SW04262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 481485]}, "IsomericSmiles" -> "C[Si](C)(C)OCC1C(C(C(C(O1)Oc2cc3c(c(=O)cc(o3)c4ccc(cc4)O[Si](C)(C)C)c(c2)O[Si](C)(C)C)OC5C(C(CO5)(CO[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apioglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 553635]}, "Synonyms" -> {"apigenin-7-o-apioglucoside tms-", "apigenin-7-o-apioglucoside", "ac1lb92n", "7-[3-[3"}|>, "8863" -> <|"DatabaseID" -> "SW04262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 481485]}, "IsomericSmiles" -> "C[Si](C)(C)OCC1C(C(C(C(O1)Oc2cc3c(c(=O)cc(o3)c4ccc(cc4)O[Si](C)(C)C)c(c2)O[Si](C)(C)C)OC5C(C(CO5)(CO[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apioglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 553635]}, "Synonyms" -> {"apigenin-7-o-apioglucoside tms-", "apigenin-7-o-apioglucoside", "ac1lb92n", "7-[3-[3"}|>, "8864" -> <|"DatabaseID" -> "SW04262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 481485]}, "IsomericSmiles" -> "C[Si](C)(C)OCC1C(C(C(C(O1)Oc2cc3c(c(=O)cc(o3)c4ccc(cc4)O[Si](C)(C)C)c(c2)O[Si](C)(C)C)OC5C(C(CO5)(CO[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apioglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 553635]}, "Synonyms" -> {"apigenin-7-o-apioglucoside tms-", "apigenin-7-o-apioglucoside", "ac1lb92n", "7-[3-[3"}|>, "8865" -> <|"DatabaseID" -> "SW04262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 481485]}, "IsomericSmiles" -> "C[Si](C)(C)OCC1C(C(C(C(O1)Oc2cc3c(c(=O)cc(o3)c4ccc(cc4)O[Si](C)(C)C)c(c2)O[Si](C)(C)C)OC5C(C(CO5)(CO[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apioglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 553635]}, "Synonyms" -> {"apigenin-7-o-apioglucoside tms-", "apigenin-7-o-apioglucoside", "ac1lb92n", "7-[3-[3"}|>, "8866" -> <|"DatabaseID" -> "SW04262", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 481485]}, "IsomericSmiles" -> "C[Si](C)(C)OCC1C(C(C(C(O1)Oc2cc3c(c(=O)cc(o3)c4ccc(cc4)O[Si](C)(C)C)c(c2)O[Si](C)(C)C)OC5C(C(CO5)(CO[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C)O[Si](C)(C)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "apioglucoside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 553635]}, "Synonyms" -> {"apigenin-7-o-apioglucoside tms-", "apigenin-7-o-apioglucoside", "ac1lb92n", "7-[3-[3"}|>, "8867" -> <|"DatabaseID" -> "SW04263", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470591]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00803"]}, "IsomericSmiles" -> "CCC(C)CCCC(=O)N[C@@H](CC[NH3+])C(=O)N[C@@H]([C@@H](C)O)C(=O)N[C@@H](CC[NH3+])C(=O)N[C@H]1CCNC(=O)[C@@H](NC(=O)[C@@H](NC(=O)[C@@H](NC(=O)[C@@H](NC(=O)[C@H](NC(=O)[C@@H](NC1=O)CC[NH3+])CC(C)C)CC(C)C)CC[NH3+])CC[NH3+])[C@@H](C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "COLISTIN SULFATE"|>, "PharmGKBID" -> "PA164760862", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311054]}, "Synonyms" -> {"polymyxin e. sulfate", "colistin", "colistin sulfate", "colistin sulphate", "colistin sulfate nonsterile", "polymyxin e sulfate", "coly-mycin s", "1066-17-7", "polymyxin e", "1264-72-8[rn]", "colistin sulfate[jan]", "9005-49-6", "n-[(2s)-4-amino-1-[[(2s", "ac1nsjwt", "db00803", "colistin[wiki]"}|>, "8868" -> <|"DatabaseID" -> "SW04263", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4470591]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00803"]}, "IsomericSmiles" -> "CCC(C)CCCC(=O)N[C@@H](CC[NH3+])C(=O)N[C@@H]([C@@H](C)O)C(=O)N[C@@H](CC[NH3+])C(=O)N[C@H]1CCNC(=O)[C@@H](NC(=O)[C@@H](NC(=O)[C@@H](NC(=O)[C@@H](NC(=O)[C@H](NC(=O)[C@@H](NC1=O)CC[NH3+])CC(C)C)CC(C)C)CC[NH3+])CC[NH3+])[C@@H](C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "COLISTIN SULFATE"|>, "PharmGKBID" -> "PA164760862", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5311054]}, "Synonyms" -> {"polymyxin e. sulfate", "colistin", "colistin sulfate", "colistin sulphate", "colistin sulfate nonsterile", "polymyxin e sulfate", "coly-mycin s", "1066-17-7", "polymyxin e", "1264-72-8[rn]", "colistin sulfate[jan]", "9005-49-6", "n-[(2s)-4-amino-1-[[(2s", "ac1nsjwt", "db00803", "colistin[wiki]"}|>, "8869" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8870" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8871" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8872" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8873" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8874" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8875" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8876" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8877" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8878" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8879" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8880" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8881" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8882" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8883" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8884" -> <|"DatabaseID" -> "SW04264", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00707"]}, "IsomericSmiles" -> "Cc1c2cc3c(c(c([nH]3)cc4nc(cc5nc(cc(c1C(C)O)[nH]2)C(=C5CCC(=O)[O-])C)C(=C4C)CCC(=O)[O-])C)C(C)OC(C)c6c(c7cc8c(c(c([nH]8)cc9nc(cc1nc(cc6[nH]7)C(=C1CCC(=O)[O-])C)C(=C9C)CCC(=O)[O-])C)C(C)O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03327"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "PORFIMER SODIUM"|>, "PharmGKBID" -> "PA164752658", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 57166]}, "Synonyms" -> {"porfimer sodium", "photofrin", "dihematoporphyrin ether", "porfimer", "dhp ether", "fc-gamma ri", "c68h74n8o11", "97067-70-4", "dihematoporphyrin ester", "db00707", "igg fc receptor i", "cd64 antigen", "ac1l1mgd", "fcri", "high affinity immunoglobulin gamma fc receptor i precursor", "dhe", "21h", "unii-m15h03k69b"}|>, "8885" -> <|"DatabaseID" -> "SW04265", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5520"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153270], ExternalIdentifier["ChemSpiderID", 554269]}, "IsomericSmiles" -> "CC(C)C[C@@H](C(=O)N[C@@H](CCCNC(=[NH2+])N)C(=O)N1CCC[C@H]1C(=O)NCC(=O)N)NC(=O)CNC(=O)[C@H](Cc2ccc(cc2)O)NC(=O)[C@H](CO)NC(=O)[C@H](Cc3c[nH]c4c3cccc4)NC(=O)[C@H](Cc5c[nH]cn5)NC(=O)[C@@H]6CCC(=O)N6", "OfficialNames" -> <|"NPC Approved Name" -> "gonadorelin", "FDA Approved Drug" -> "GONADORELIN HYDROCHLORIDE;GONADORELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980076]}, "Synonyms" -> {"human gonadoliberin-i", "lhrh", "glycinamide 5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosylglycyl-l-leucyl-l-arginyl-l-prolyl-", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosylglycyl-l-leucyl-n5-(diaminomethylidene)-l-ornithyl-l-prolylglycinamide", "glycinamide 5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosylglycyl-l-leucyl-n5-(diaminomethylene)-l-ornithyl-l-prolyl-", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosylglycyl-l-leucyl-l-arginyl-l-prolylglycinamide", "33515-09-2[rn]", "gonadorelin[wiki]", "pro-his-trp-ser-tyr-gly-leu-arg-pro-gly-nh2(lh-rh)", "52699-48-6[rn]", "34973-08-5", "recombinant human leutenizing hormone releasing hormone", "lh-releasing hormone", "luteinising hormone releasing hormone", "luteinizing hormone-releasing factor", "human leutenizing hormone releasing hormone(gonadorelin)", "lh-releasing factor", "recombinant human leutenizing hormone releasinghormone", "fertiline", "luteinizing hormone-releasing factor (swine)", "luliberin", "gonadorelin acetate", "follicle-stimulating hormone-releasing factor", "luprolite acetate", "p-glu-his-trp-ser-tyr-gly-leu-arg-pro-gly-nh2", "gonadoliberin i", "gonadotropin-releasing factor", "cystorelin", "5-oxo-phwsyglrpgnh2", "lutrelef", "gnrh-i", "luteinising homrone releasing hormone", "lutrepulse", "gonadotropin-releasing hormone i", "synthetic luteinizing hormone-releasing factor acetate", "luteinizing hormone-releasing factor (pig)"}|>, "8886" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8887" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8888" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8889" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8890" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8891" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8892" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8893" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8894" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8895" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8896" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8897" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8898" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8899" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8900" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8901" -> <|"DatabaseID" -> "SW04266", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2342010]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@H]2[C@@H](O[C@H]([C@@H]([C@@H]2O)O)O[C@@H]3[C@H](O[C@H]([C@@H]([C@H]3O)O[C@H]4[C@@H]([C@@H]([C@H]([C@@H](O4)C)O)O)O)OC5CCC6(C7CCC8(C(C7CC=C6C5)CC9C8[C@@H]([C@](O9)(CCC(C)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)C)C)C)CO)C)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "asperoside;proto-isoerubosides"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3085030]}, "Synonyms" -> {"asperosid", "proto-pb", "dichotomin", "53093-47-3", "31514-18-8", "beta-d-glucopyranoside", "asperoside", "31514-18-8[rn]", "53093-47-3[rn]"}|>, "8902" -> <|"DatabaseID" -> "SW04267", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4447449]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00091"]}, "IsomericSmiles" -> "CC[C@H]1C(=O)N(CC(=O)N([C@H](C(=O)N[C@H](C(=O)N([C@H](C(=O)N[C@H](C(=O)N[C@@H](C(=O)N([C@H](C(=O)N([C@H](C(=O)N([C@H](C(=O)N([C@H](C(=O)N1)[C@@H]([C@H](C)C/C=C/C)O)C)C(C)C)C)CC(C)C)C)CC(C)C)C)C)C)CC(C)C)C)C(C)C)CC(C)C)C)C", "OfficialNames" -> <|"FDA Approved Drug" -> "CYCLOSPORINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5284373]}, "Synonyms" -> {"sangcya", "cyclosporin", "cyclosporin a", "papilock", "cyclosporine", "cyclosporine a", "ramihyphin a", "sandimmune", "(3s,6s,9s,12r,15s,18s,21s,24s,30s,33s)-30-ethyl-33-[(1r,2r,4e)-1-hydroxy-2-methylhex-4-en-1-yl]-1,4,7,10,12,15,19,25,28-nonamethyl-3,21-bis(1-methylethyl)-6,9,18,24-tetrakis(2-methylpropyl)-1,4,7,10,13,16,19,22,25,28,31-undecaazacyclotritriacontane-2,5,8,11,14,17,20,23,26,29,32-undecone", "sandimmun neoral", "cyclophilin a", "neoral (novartis)", "1,4,7,10,13,16,19,22,25,28,31-undecaazacyclotritriacontane-2,5,8,11,14,17,20,23,26,29,32-undecone,30-ethyl-33-[(1r,2r,4e)-1-hydroxy-2-methyl-4-hexenyl]-1,4,7,10,12,15,19,25,28-nonamethyl-3,21-bis(1-methylethyl)-6,9,18,24-tetrakis(2-methylpropyl)- (3s,6s,9s,12r,15s,18s,21s,24s,30s,33s)-", "gengraf", "s-neoral", "ppiase a", "optimmune", "antibiotic s 7481f1", "cyclosporine[usp]", "cyclokat", "sandimmun", "(3s,6s,9s,12r,15s,18s,21s,24s,30s,33s)-30-ethyl-33-[(1r,2r,4e)-1-hydroxy-2-methylhex-4-en-1-yl]-1,4,7,10,12,15,19,25,28-nonamethyl-6,9,18,24-tetrakis(2-methylpropyl)-3,21-bis(propan-2-yl)-1,4,7,10,13,16,19,22,25,28,31-undecaazacyclotritriacontan-2,5,8,11,14,17,20,23,26,29,32-undecone", "restasis[wiki]", "consupren s", "restasis", "mitogard", "59865-13-3[rn]", "(3s,6s,9s,12r,15s,18s,21s,24s,30s,33s)-30-ethyl-33-[(1r,2r,4e)-1-hydroxy-2-methylhex-4-en-1-yl]-1,4,7,10,12,15,19,25,28-nonamethyl-6,9,18,24-tetrakis(2-methylpropyl)-3,21-di(propan-2-yl)-1,4,7,10,13,16,19,22,25,28,31-undecaazacyclotritriacontane-2,5,8,11,14,17,20,23,26,29,32-undecone", "restasis (allergan inc)", "1,4,7,10,13,16,19,22,25,28,31-undecaazacyclotritriacontane-2,5,8,11,14,17,20,23,26,29,32-undecone,30-ethyl-33-[(1r,2r,4e)-1-hydroxy-2-methyl-4-hexen-1-yl]-1,4,7,10,12,15,19,25,28-nonamethyl-3,21-bis(1-methylethyl)-6,9,18,24-tetrakis(2-methylpropyl)-,(3s,6s,9s,12r,15s,18s,21s,24s,30s,33s)-", "sandimmune[wiki]", "cyclosporin a-binding protein", "neoral[wiki]", "ciclosporin", "consupren", "modusik-a", "(3s,6s,9s,12r,15s,18s,21s,24s,30s,33s)-30-ethyl-33-[(1r,2r,4e)-1-hydroxy-2-methylhex-4-en-1-yl]-1,4,7,10,12,15,19,25,28-nonamethyl-3,21-bis(1-methylethyl)-6,9,18,24-tetrakis(2-methylpropyl)-1,4,7,10,13,16,19,22,25,28,31-undecaazacyclotritriacontan-2,5,8,11,14,17,20,23,26,29,32-undecon", "bmt-aba-sar-mle-val-mle-ala-ala-mle-mle-mva", "rotamase a", "bmt-aba-sar-mle-val-mle-ala-dal-mle-mle-mva", "s 7481f1", "cipol n", "neoplanta", "pulminiq", "equoral", "(3s,6s,9s,12r,15s,18s,21s,24s,30s,33s)-30-ethyl-33-[(1r,2r,4e)-1-hydroxy-2-methyl-4-hexen-1-yl]-6,9,18,24-tetraisobutyl-3,21-diisopropyl-1,4,7,10,12,15,19,25,28-nonamethyl-1,4,7,10,13,16,19,22,25,28,31-undecaazacyclotritriacontane-2,5,8,11,14,17,20,23,26,29,32-undecone", "gengraf (abbott labs)", "sigmasporin", "ec 5.2.1.8", "cipol-n", "(3s,6s,9s,12r,15s,18s,21s,24s,30s,33s)-30-ethyl-33-[(1r,2r,4e)-1-hydroxy-2-methylhex-4-en-1-yl]-6,9,18,24-tetraisobutyl-3,21-diisopropyl-1,4,7,10,12,15,19,25,28-nonamethyl-1,4,7,10,13,16,19,22,25,28,31-undecaazacyclotritriacontane-2,5,8,11,14,17,20,23,26,29,32-undecone", "(3s,6s,9s,12r,15s,18s,21s,24s,30s,33s)-30-ethyl-33-[(e,1r,2r)-1-hydroxy-2-methyl-hex-4-enyl]-1,4,7,10,12,15,19,25,28-nonamethyl-6,9,18,24-tetrakis(2-methylpropyl)-3,21-dipropan-2-yl-1,4,7,10,13,16,19,22,25,28,31-undecazacyclotritriacontane-2,5,8,11,14,17,20,23,26,29,32-undecone", "ciclosporin[wiki][jp15]", "(3s,6s,9s,12r,15s,18s,21s,24s,30s,33s)-30-ethyl-33-[(1r,2r,4e)-1-hydroxy-2-methylhex-4-en-1-yl]-6,9,18,24-tetraisobutyl-3,21-diisopropyl-1,4,7,10,12,15,19,25,28-nonamethyl-1,4,7,10,13,16,19,22,25,28,31-undecaazacyclotritriacontane-2,5,8,11,14,17,20,23,2", "cyclo[[(e)-(2s,3r,4r)-3-hydroxy-4-methyl-2-(methylamino)-6-octenoyl]-l-2-aminobutyryl-n-methylglycyl-n-methyl-l-leucyl-l-valyl-n-methyl-l-leucyl-l-alanyl-d-alanyl-n-methyl-l-leucyl-n-methyl-l-leucyl-n-methyl-l-valyl]", "sandimmune (novartis)"}|>, "8903" -> <|"DatabaseID" -> "SW04268", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10252130]}, "IsomericSmiles" -> "C[C@@H]1O[C@H]([C@@H]([C@@H]([C@H]1O)O)O)O[C@H]2[C@@H]([C@H]([C@@H](O[C@@H]2CO)OC[C@H]3O[C@H]([C@@H]([C@H]([C@@H]3O)O)O)OC(=O)[C@]45[C@H](C6=CC[C@H]7[C@]([C@@]6(CC4)C)(CC[C@@H]8[C@@]7(CC[C@@H]([C@]8(C)C)O[C@@H]9OC[C@@H]([C@@H]([C@H]9O[C@@H]1O[C@H]([C@@H]([C@H]([C@H]1O)O)O)C)O)O)C)C)C[C@@](CC5)(C)C)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "hederasaponin b"|>, "Synonyms" -> {"36284-77-2[rn]", "hederasaponin b"}|>, "8904" -> <|"DatabaseID" -> "SW04269", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 149881]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@@H]2[C@H]([C@H](COC2O[C@H]3CC[C@@]4([C@H]5CC[C@@H]6[C@H]7[C@@](C[C@@H](O[C@@]78CC6([C@@]5(CC[C@H]4C3(C)C)C)CO8)C=C(C)C)(C)O)C)O)O[C@H]9[C@@H]([C@H]([C@@H]([C@H](O9)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)O)O[C@H]1[C@@H]([C@H]([C@@H](CO1)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujuboside a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 171446]}, "Synonyms" -> {"jujuboside a", "ac1l57j2", "55466-04-1[rn]", "55466-04-1"}|>, "8905" -> <|"DatabaseID" -> "SW04269", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 149881]}, "IsomericSmiles" -> "C[C@H]1[C@@H]([C@H]([C@H]([C@@H](O1)O[C@@H]2[C@H]([C@H](COC2O[C@H]3CC[C@@]4([C@H]5CC[C@@H]6[C@H]7[C@@](C[C@@H](O[C@@]78CC6([C@@]5(CC[C@H]4C3(C)C)C)CO8)C=C(C)C)(C)O)C)O)O[C@H]9[C@@H]([C@H]([C@@H]([C@H](O9)CO[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)CO)O)O)O)O)O)O[C@H]1[C@@H]([C@H]([C@@H](CO1)O)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "jujuboside a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 171446]}, "Synonyms" -> {"jujuboside a", "ac1l57j2", "55466-04-1[rn]", "55466-04-1"}|>, "8906" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8907" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8908" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8909" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8910" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8911" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8912" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8913" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8914" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8915" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8916" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8917" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8918" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8919" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8920" -> <|"DatabaseID" -> "SW04271", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00781"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH3+])C(=O)NC(C(C)O)C(=O)NC(CC[NH3+])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH3+])Cc2ccccc2)CC(C)C)CC[NH3+])CC[NH3+])C(C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "POLYMYXIN B SULFATE"|>, "PharmGKBID" -> "PA451027", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5702105]}, "Synonyms" -> {"polymyxin b sulfate", "polymyxin b sulphate", "aerosporin", "band-aid-s-1 (bacitracin zinc + polymyxin b sulfate)_mixture", "antibiotic lozenges (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "gercillin (bacitracin + benzocaine + polymyxin b sulfate + tyrothricin)_mixture", "neosporin antibiotic cream (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin eye and ear drops sterile (gramicidin + polymyxin b sulfate)_mixture", "neosporin eye-ear solution (gramicidin + neomycin sulfate + polymyxin b sulfate)_mixture", "neo bace ophthalmic ointment (bacitracin + polymyxin b sulfate)_mixture", "antibiotic cream (gramicidin + polymyxin b sulfate)_mixture", "antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polyderm ointment usp (bacitracin zinc + polymyxin b sulfate)_mixture", "polymixin b sulfate", "forte topical suspension (hydrocortisone acetate + hydrocortisone sodium succinate + neomycin sulfate + penicillin g procaine + polymyxin b sulfate)_mixture", "hms502e14", "optiprime oph gel (neomycin sulfate + polymyxin b sulfate)_mixture", "polytopic ont (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "polysporin antibiotic burn cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "septomixine forte (dexamethasone + halethazole tartrate + neomycin sulfate + polymyxin b sulfate + tyrothricin)_mixture", "neosporin ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "lidomyxin (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin ear drops (lidocaine hydrochloride + polymyxin b sulfate)_mixture", "laryngets loz (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "ac1nwapl", "ophthocort ont (chloramphenicol + hydrocortisone acetate + polymyxin b sulfate)_mixture", "cortisporin (bacitracin zinc + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "polysporin topical first aid antibiotic ointment (bacitracin + polymyxin b sulfate)_mixture", "anaprime oph gel (flumethasone + neomycin sulfate + polymyxin b sulfate)_mixture", "sandoz cortimyxin (bacitracin (bacitracin zinc) + hydrocortisone + neomycin sulfate + polymyxin b sulfate)_mixture", "bacitracin-neomycin-polymyxin oph ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "poly-rx", "hms1920j04", "first aid antibiotic ointment (bacitracin zinc + polymyxin b sulfate)_mixture", "s1395_selleck", "polycidin ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "polytracin ont (bacitracin zinc + polymyxin b sulfate)_mixture", "polycidin eye ear drops (gramicidin + polymyxin b sulfate)_mixture", "neosporin irrigating solution (neomycin sulfate + polymyxin b sulfate)_mixture", "hms2092a07", "spectrum1500492", "surolan drops (miconazole nitrate + polymyxin b sulfate + prednisolone acetate)_mixture", "polysporin triple antibiotic ointment (bacitracin + gramicidin + polymyxin b sulfate)_mixture", "polysporin sterile ophthalmic ointment (bacitracin (bacitracin zinc) + polymyxin b sulfate)_mixture", "mycitracin oph ont (bacitracin + neomycin sulfate + polymyxin b sulfate)_mixture", "polyderm antibiotic ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "polysporin burn formula cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "lidosporin cream (gramicidin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neospan mastitis treatment (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "band-aid brand antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "ozonol antibiotic plus - ointment (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "neotopic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "pulmosirum pastille (benzocaine + cetylpyridinium chloride + polymyxin b sulfate + tyrothricin)_mixture", "mastitis care (neomycin sulfate + penicillin g potassium + polymyxin b sulfate + streptomycin sulfate)_mixture", "lanabiotic ont (bacitracin + polymyxin b sulfate)_mixture", "bacitracin-neomycin polymyxin ont (bacitracin zinc + neomycin sulfate + polymyxin b sulfate)_mixture", "synalar bi-otic solution (fluocinolone acetonide + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b sulfate salt", "ozonol antibiotic plus ont (bacitracin + lidocaine hydrochloride + polymyxin b sulfate)_mixture", "pms-polytrimethoprim (polymyxin b sulfate + trimethoprim (trimethoprim sulfate))_mixture", "first aid antibiotic (bacitracin zinc + polymyxin b sulfate)_mixture", "neosporin ophthalmic ointment (bacitracin (bacitracin zinc) + neomycin sulfate + polymyxin b sulfate)_mixture", "polymyxin b", "polysporin cream (gramicidin + polymyxin b sulfate)_mixture"}|>, "8921" -> <|"DatabaseID" -> "SW04272", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "6427"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 571356], ExternalIdentifier["ChemSpiderID", 571355]}, "IsomericSmiles" -> "CCNC(=O)[C@@H]1CCCN1C(=O)[C@H](CCCNC(=[NH2+])N)NC(=O)[C@H](CC(C)C)NC(=O)[C@@H](CC(C)C)NC(=O)[C@H](Cc2ccc(cc2)O)NC(=O)[C@H](CO)NC(=O)[C@H](Cc3c[nH]c4c3cccc4)NC(=O)[C@H](Cc5cnc[nH]5)NC(=O)[C@@H]6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "LEUPROLIDE ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 657180], ExternalIdentifier["PubChemCompoundID", 657181], ExternalIdentifier["PubChemCompoundID", 6850791]}, "Synonyms" -> {"leuprolide acetate salt", "leuprorelina", "53714-56-0[rn]", "carcinil", "74381-53-6[rn]", "enantone", "leuproreline", "leuprorelinum", "abbott 43818", "leuprorelin[wiki]", "leuprorelin acetate", "lupron", "leuprolide acetate[usan]", "eligard[wiki]", "lupron[wiki]", "luprolide", "lupron depot", "leuprorelin acetate (jan)", "ac1l9b44", "pglu-his-trp-ser-tyr-d-leu-leu-arg-pro-nhc2h5", "acetic acid; (2s)-n-[(2s)-1-[[(2s)-1-[[(2s)-1-[[(2s)-1-[[(2r)-1-[[(2s)-1-[[(2s)-5-(diaminomethylideneamino)-1-[(2s)-2-(ethylcarbamoyl)pyrrolidin-1-yl]-1-oxopentan-2-yl]amino]-4-methyl-1-oxopentan-2-yl]amino]-4-methyl-1-oxopentan-2-yl]amino]-3-(4-hydroxyphenyl)-1-oxopropan-2-yl]amino]-3-hydroxy-1-oxopropan-2-yl]amino]-3-(1h-indol-3-yl)-1-oxopropan-2-yl]amino]-3-(4h-imidazol-4-yl)-1-oxopropan-2-yl]-5-oxopyrrolidine-2-carboxamide", "[des-gly10 dleu 6 pronhet9]", "viadur[wiki]", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-d-leucyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide--acetic acid (1/1)", "leuprolide[wiki]", "chebi:6427", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-d-leucyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide monoacetate (salt)", "5-oxo-l-propyl-l-histidyl-l-tryptophyl-l-tyrosyl-d-leucyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide acetate", "leuprolide acetate", "pglu-his-trp-ser-tyr-d-leu-leu-arg-pro-nhet", "lutrate", "procrin", "l-prolinamide 5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-d-leucyl-l-leucyl-l-arginyl-n-ethyl-", "(2s)-1-{(2s,5s,8r,11s,14s,17s,20s)-2-(3-carbamimidamidopropyl)-11-(4-hydroxybenzyl)-14-(hydroxymethyl)-20-(1h-imidazol-5-ylmethyl)-17-(1h-indol-3-ylmethyl)-5,8-bis(2-methylpropyl)-4,7,10,13,16,19,22-heptaoxo-22-[(2s)-5-oxopyrrolidin-2-yl]-3,6,9,12,15,18,21-heptaazadocosan-1-oyl}-n-ethylpyrrolidine-2-carboxamide acetate (salt)", "depo-lupron", "(d-leu(6),des-gly-nh2(10),pro-ethylamide(9))-gonadotropin-releasing hormone", "lupron (tn)", "chembl1201199", "uno-enantone", "des-gly10-[d-leu6]-lh-rh ethylamide", "ac1lcw5j", "leuprorelina; leuproreline; leuprorelinum", "lh-rh leuprolide", "luprolide acetate 3.75 mg", "tap-144", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-d-leucyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide", "(2s)-1-{(2s,5s,8r,11s,14s,17s,20s)-2-(3-carbamimidamidopropyl)-11-(4-hydroxybenzyl)-14-(hydroxymethyl)-20-(1h-imidazol-5-ylmethyl)-17-(1h-indol-3-ylmethyl)-5,8-bis(2-methylpropyl)-4,7,10,13,16,19,22-heptaoxo-22-[(2s)-5-oxopyrrolidin-2-yl]-3,6,9,12,15,18,21-heptaazadocosan-1-oyl}-n-ethylpyrrolidin-2-carboxamidacetat(salt)", "procren depot", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tryosyl-d-leucyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide monoacetate (salt)", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-d-leucyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide acetate", "l-pyroglutamyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-d-leucyl-l-leucyl-l-arginyl-l-proline ethylamide", "c59h84n16o12.c2h4o2", "nmp", "leuprorelinacetate", "abbott-43818", "l-prolinamide 5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-d-leucyl-l-leucyl-l-arginyl-n-ethyl- acetate(1:1)", "tap-144-sr", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tryosyl-d-leucyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide monoacetate; leuprorelin acetate; pyr-his-trp-ser-tyr-d-leu-leu-arg-pro-nhet.hoac", "ac1oa85p", "l0399_sigma", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-d-leucyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide acetate (1:1)", "ls-87935", "(d-leu(6),des-gly-nh2(10),pro-ethylamide(9))-gonadotropin-releasing hormone; l-pyroglutamyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-d-leucyl-l-leucyl-l-arginyl-l-prolineethylamide; leuprolide; leuprorelin; pglu-his-trp-ser-tyr-d-leu-leu-arg-pro-nhc2h5; pglu-his-trp-ser-tyr-d-leu-leu-arg-pro-nhet", "lupron depot ped", "leuprorelin", "enanton", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tryosyl-d-leucyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide monoacetate", "lucrin", "leuprin", "pyr-his-trp-ser-tyr-d-leu-leu-arg-pro-nhet.hoac", "leuplin", "enantone; lupron; lutrate", "leuprolide monoacetate"}|>, "8922" -> <|"DatabaseID" -> "SW04273", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3609]}, "IsomericSmiles" -> "c1c(c(c(c(c1I)NC(=O)COCCOCCOCC(=O)Nc2c(cc(c(c2I)C(=O)[O-])I)I)I)C(=O)[O-])I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01388"]}, "OfficialNames" -> <|"NPC Approved Name" -> "iotroxic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3740]}, "Synonyms" -> {"iotroxic acid", "biliscopin", "sh 213ab", "iotroxinsaeure[german]", "acide iotroxique [inn-french]", "iotroxinsaeure [german]", "256-917-3[einecs]", "brn 2800081", "ncgc00183025-01", "3,3'-{oxybis[ethane-2,1-diyloxy(1-oxoethane-2,1-diyl)imino]}bis(2,4,6-triiodobenzoic acid)", "52443-15-9[rn]", "einecs 256-917-3", "acide iotroxique[french][inn]", "iotroxic acid (jp15/usan)[usan][jp15]", "3,3'-(2,2'-oxydiethylenedioxybisacetamido)bis(2,4,6-triiodobenzoic acid)", "benzoic acid 3,3'-(oxybis(2,1-ethanediyloxy(1-oxo-2,1-ethanediyl)imino))bis(2,4", "3,3'-(oxybis(ethyleneoxymethylenecarbonylimino))bis(2,4,6-triiodobenzoicacid)", "iotroxic acid [usan:ban:inn:jan][inn][jan][usan]", "3,3'-(3,6,9-trioxaundecanedioyldiamino)bis(2,4,6-triiodobenzoicacid)", "acido iotroxico[spanish][inn]", "benzoic acid 3,3'-[oxybis[2,1-ethanediyloxy(1-oxo-2,1-ethanediyl)imino]]bis[2,4,6-triiodo-", "acidum iotroxicum[latin]", "benzoic acid 3,3'-(oxybis(2,1-ethanediyloxy(1-oxo-2,1-ethanediyl)imino))bis(2,4,6-triiodo-", "acidum iotroxicum [inn-latin]", "3,3'-(oxybis(2,1-ethanediyloxy(1-oxo-2,1-ethanediyl)imino)bis(2,4,6-triiodobenzoic acid)", "acido iotroxico [inn-spanish]", "51022-74-3[rn]"}|>, "8923" -> <|"DatabaseID" -> "SW04274", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2317145]}, "IsomericSmiles" -> "c1c(c(c(c(c1I)I)NC(=O)COCCOCCOCC(=O)Nc2c(c(cc(c2I)I)I)C(=O)[O-])C(=O)[O-])I", "OfficialNames" -> <|"WHO Essential Medicine" -> "meglumine iotroxate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3055651]}, "Synonyms" -> {"iotroxate methylglucmine salt", "meglumine iotroxate", "iotroxate meglumine", "68890-05-1 (parent)", "72704-51-9[rn]", "ls-71361", "benzoic acid", "d-glucitol", "2-[[2-[2-[2-[2-(2-carboxy-3", "ac1mhpxj", "d-glucitol 1-deoxy-1-(methylamino)- 3,3'-(oxybis(2,1-ethanediyloxy(1-oxo-2,1-ethanediyl)imino))bis(2,4,6-triiodobenzoate) (1:1) (salt)", "68890-05-1[rn]"}|>, "8924" -> <|"DatabaseID" -> "SW04275", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4484389]}, "IsomericSmiles" -> "COCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCOCCO", "OfficialNames" -> <|"Indian Approved Name" -> "polyethylene glycol"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5327147]}, "Synonyms" -> {"peu", "2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-(2-methoxyethoxy)ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethanol", "2", "heptacosaethylene glycol monomethyl ether", "peg 8000", "2,5,8,11,14,17,20,23,26,29,32,35,38,41,44,47,50,53,56,59,62,65,68,71,74,77,80-heptacosaoxadooctacontan-82-ol", "chebi:44817", "ac1ns1qd"}|>, "8925" -> <|"DatabaseID" -> "SW04276", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 65067]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "02638"]}, "IsomericSmiles" -> "c1ccc(cc1)C[C@H]2C(=O)N[C@H](C(=O)N[C@H](C(=O)N[C@@H](CSSC[C@@H](C(=O)N[C@H](C(=O)N2)Cc3ccc(cc3)O)NC(=O)CNC(=O)CNC(=O)C[NH3+])C(=O)N4CCC[C@H]4C(=O)N[C@@H](CCCC[NH3+])C(=O)NCC(=O)N)CC(=O)N)CCC(=O)N", "OfficialNames" -> <|"Indian Approved Name" -> "terlipressin"|>, "PharmGKBID" -> "PA164781020", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 72081]}, "Synonyms" -> {"terlipressin", "terlipressina [inn-spanish]", "lucassin", "glypressin", "n-(n-(n-glycylglycyl)glycyl)-8-l-lysinevasopressin", "terlipressine [inn-french]", "terlipressinum [inn-latin]", "vascular/hepatic-type arginine vasopressin receptor", "14636-12-5[rn]", "terlipressin[wiki]", "pip", "terlipressina[spanish][inn]", "238-680-8[einecs]", "antidiuretic hormone receptor 1a", "avpr v1a", "terlipressin acetate", "terlipressin [ban:inn][inn]", "terlipressinum[latin]", "terlipressinum", "terlipressine[french][inn]", "terlipressine", "terlipressina", "(2s)-1-{[(4r,7s,10s,13s,16s,19r)-19-{[({[(aminoacetyl)amino]acetyl}amino)acetyl]amino}-7-(2-amino-2-oxoethyl)-10-(3-amino-3-oxopropyl)-13-benzyl-16-(4-hydroxybenzyl)-6,9,12,15,18-pentaoxo-1,2-dithia-5,8,11,14,17-pentaazacycloicosan-4-yl]carbonyl}-n-{(2s)-6-amino-1-[(2-amino-2-oxoethyl)amino]-1-oxohexan-2-yl}pyrrolidine-2-carboxamide (non-preferred name)", "ac1l2hdp", "v1ar"}|>, "8926" -> <|"DatabaseID" -> "SW04277", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 398608]}, "IsomericSmiles" -> "CC(C)C[C@H]1C(=O)N[C@@H](C(=O)N2CCC[C@H]2C(=O)N[C@H](C(=O)N[C@@H](C(=O)[C@@H](NC(=O)[C@@H]([NH2+][C@H](C(=O)N[C@H](C(=O)N[C@H](C(=O)N1)CCC[NH3+])C(C)C)Cc3ccc(cc3)O)CCC(=O)[O-])CC(=O)N)Cc4ccccc4)Cc5ccccc5)Cc6ccccc6", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06262"]}, "OfficialNames" -> <|"NPC Approved Name" -> "tyrothricin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 452550]}, "Synonyms" -> {"tyrothricin", "bactratycin", "martricin", "ginotricina", "coltirot", "3-[(3s,6r,8s,11s,13s,16s,19s,22s,25r,30as)-8-(2-amino-2-oxoethyl)-19-(3-aminopropyl)-3,6,25-tribenzyl-13-(4-hydroxybenzyl)-22-isobutyl-16-isopropyl-1,4,7,10,14,17,20,23,26-nonaoxotriacontahydropyrrolo[2,1-f][1,4,7,10,13,16,19,22,25]nonaazacyclooctacosin-11-yl]propanoicacid", "1404-88-2[rn]", "pharothricetten", "cyclic (-val-orn-leu-d-phe-pro-phe-d-phe-asn-glu-tyr-)tyrocidine a & (hco-val-gly-ala-d-leu-ala-d-val-val-d-val-trp-d-leu-trp-d-leu-trp-d-leu-trp-nhch2ch2oh ile-gly-ala-d-leu-ala-d-val-val-d-val-trp-d-leu-trp-d-leu-trp-d-leu-trp-nhch2ch2oh)gramicidin a", "biothricin", "pyrrolo[2,1-f][1,4,7,10,13,16,19,22,25]nonaazacyclooctacosine-11-propanoic acid,19-(3-aminopropyl)-3,6,7,8,11,12,13,16,19,22,25,26,28,29,30,30a-hexadecahydro-1,4,10,14,17,20,23-heptahydroxy-8-(2-hydroxy-2-iminoethyl)-13-[(4-hydroxyphenyl)methyl]-16-(1-methylethyl)-22-(2-methylpropyl)-7,26-dioxo-3,6,25-tris(phenylmethyl)-,(1e,3s,4e,6r,8s,9e,11s,13s,14e,16s,17e,19s,20e,22s,23e,25r,30as)-", "hydrotricine", "dermotricine", "gramicidin a & tyrocidine a", "rinotricina"}|>, "8927" -> <|"DatabaseID" -> "SW04278", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10128221]}, "IsomericSmiles" -> "C/C=C(/C)\\C(=O)O[C@H]1[C@@H]([C@@]2([C@@H](C[C@@]3(C(=CC[C@H]4[C@]3(CC[C@@H]5[C@@]4(CC[C@@H]([C@@]5(C)CO)O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)C(=O)[O-])O)O[C@H]7[C@@H]([C@H]([C@H]([C@H](O7)CO)O)O)O)O[C@H]8[C@@H]([C@H]([C@H](CO8)O)O)O[C@H]9[C@@H]([C@H]([C@@H](CO9)O)O)O)C)C)[C@@H]2CC1(C)C)C)O)CO)OC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "theasaponin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11953922]}, "Synonyms" -> {"theasaponin", "c08986", "11055-93-9", "11055-93-9[rn]"}|>, "8928" -> <|"DatabaseID" -> "SW04279", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 45545]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06719"]}, "IsomericSmiles" -> "CCNC(=O)[C@@H]1CCCN1C(=O)[C@H](CCC[NH+]=C(N)N)NC(=O)[C@H](CC(C)C)NC(=O)[C@@H](COC(C)(C)C)NC(=O)[C@H](Cc2ccc(cc2)O)NC(=O)[C@H](CO)NC(=O)[C@H](Cc3c[nH]c4c3cccc4)NC(=O)[C@H](Cc5cnc[nH]5)NC(=O)[C@@H]6CCC(=O)N6", "OfficialNames" -> <|"Indian Approved Name" -> "buserelin"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 50225]}, "Synonyms" -> {"profact", "hs-2005", "a831694", "akos015994645", "l-prolinamide 5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-o-(1,1-dimethylethyl)-d-seryl-l-leucyl-l-arginyl-n-ethyl-", "cinnafact", "ncgc00181295-01", "261-061-9[einecs]", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-o-tert-butyl-d-seryl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide", "suprefact", "68630-75-1[rn]", "receptal", "hoe 766mp", "57982-77-1[rn]", "gnrh-r", "buserelin (inn)", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-o-(2-methyl-2-propanyl)-d-seryl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide", "hoe 766a", "buserelin acetate", "gnrh receptor", "buserelin", "ac1l18on", "buserelin[wiki]", "d07259", "tiloryth (tn)", "ac1q5ooq", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-o-(tert-butyl)-d-seryl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide"}|>, "8929" -> <|"DatabaseID" -> "SW04280", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 23564]}, "IsomericSmiles" -> "CNC(=O)c1c(c(c(c(c1I)NC(=O)CCCCC(=O)Nc2c(c(c(c(c2I)C(=O)[O-])I)C(=O)NC)I)I)C(=O)[O-])I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01099"]}, "OfficialNames" -> <|"NPC Approved Name" -> "iocarmic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25229]}, "Synonyms" -> {"iocarmic acid", "iocarmate", "mielotrast", "acidum jocarmicum", "benzoic acid 3,3'-[(1,6-dioxo-1,6-hexanediyl)diimino]bis[2,4,6-triiodo-5-[(methylamino)carbonyl]-", "mp 2032", "dimeray", "3,3'-[(1,6-dioxohexane-1,6-diyl)diimino]bis[2,4,6-triiodo-5-(methylcarbamoyl)benzoic acid]", "acidum iocarmicum [inn-latin]", "5,5'-(adipoyldiimino)bis[2,4,6-triiodo-n-methylisophthalamic acid]", "acidum iocarmicum[latin]", "201-706-3[einecs]", "3,3'-[(1,6-dioxohexane-1,6-diyl)diimino]bis{2,4,6-triiodo-5-[(methylamino)carbonyl]benzoicacid}", "isophthalamic acid 5,5'-(tetramethylenebis(carbonylimino))bis(n-methyl-2,4,6-tr", "86-88-4[rn]", "iocarmic acid [usan:ban:inn][inn][usan]", "3,3'-((1,6-dioxo-1,6-hexanediyl)diimino)bis(2,4,6-triiodo-5-((methylamino)carbonyl)benzoicacid)", "10397-75-8[rn]", "5,5'-hexanediamidebis(2,4,6-triiodo-n-methylisophthalamic acd)", "myelotrast", "5,5'-(tetramethylenebis(carbonylimino))bis(n-methyl-2,4,6-triiodoisophthalamic acid)", "10394-75-8", "233-861-8[einecs]", "isophthalamic acid 5,5'-(tetramethylenebis(carbonylimino))bis(n-methyl-2,4,6-triiodo-", "5,5'-(adipoyldiimino)bis(2,4,6-triiodo-n-methylisophthalamic acid)", "acido iocarmico[spanish][inn]", "3,3'-[(1,6-dioxo-1,6-hexanediyl)diimino]bis[2,4,6-triiodo-5-(methylcarbamoyl)benzoic acid]", "10397-75-8", "dimeglumine iocarmate", "einecs 233-861-8", "acide iocarmique [inn-french]", "bis[1-deoxy-1-(methylammonio)-d-glucitol] 3,3'-(adipoyldiimino)bis[2,4,6-triiodo-5-(n-methylcarbamoyl)benzoate]", "3,3'-[(1,6-dioxo-1,6-hexanediyl)diimino]bis[2,4,6-triiodo-5-[(methylamino)carbonyl]benzoicacid]", "acido iocarmico [inn-spanish]", "iocarmic acid (jan/usan)[jan][usan]", "benzoic acid 3,3'-((1,6-dioxo-1,6-hexanediyl)diimino)bis(2,4,6-triiodo-5-((methylamino)carbonyl)-", "54605-45-7[rn]", "acide iocarmique[french][inn]", "dirax"}|>, "8930" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8931" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8932" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8933" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8934" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8935" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8936" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8937" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8938" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8939" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8940" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8941" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8942" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8943" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8944" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8945" -> <|"DatabaseID" -> "SW04281", "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00970"]}, "IsomericSmiles" -> "Cc1ccc(c2c1oc-3c(c(=O)c(c(c3n2)C(=O)NC4C(OC(=O)C(N(C(=O)CN(C(=O)C5CCCN5C(=O)C(NC4=O)C(C)C)C)C)C(C)C)C)N)C)C(=O)NC6C(OC(=O)C(N(C(=O)CN(C(=O)C7CCCN7C(=O)C(NC6=O)C(C)C)C)C)C(C)C)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00214"]}, "OfficialNames" -> <|"China Approved Name" -> "actinomycin", "WHO Essential Medicine" -> "dactinomycin", "Indian Approved Name" -> "dactinomycin", "FDA Approved Drug" -> "DACTINOMYCIN"|>, "PharmGKBID" -> "PA151917012", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 2019]}, "Synonyms" -> {"cosmegen", "actinomycin d", "actinomycin iv", "actinomycin aiv", "chounghwamycin b", "actinomycin 7", "dactinomycin d", "dactinomycin", "oncostatin k", "meractinomycin", "actinomycin i", "oxamide", "deoxyribonucleic acid", "ad", "act d", "lyovac cosmegen", "dilactone actinomycindioic d acid", "actinomycindioic d acid dilactone", "actinomycin 11 cosmegen", "dactinomycine [inn-french]", "dilactone actinomycin d acid", "actinomycin c1", "actinomycin x 1", "acto-d", "actactinomycin a iv", "dactinomycinum [inn-latin]", "antibiotic from streptomyces parvullus", "actinomycin i1", "hbf 386 meractinomycin", "act", "dactinomicina [inn-spanish]"}|>, "8946" -> <|"DatabaseID" -> "SW04282", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 16736647], ExternalIdentifier["ChemSpiderID", 45369]}, "IsomericSmiles" -> "CC(=O)N(C)c1c(c(c(c(c1I)C(=O)NCC(=O)Nc2c(c(c(c(c2I)C(=O)[O-])I)C(=O)NCCO)I)I)C(=O)NC)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04598"], ExternalIdentifier["KEGGID", "D04599"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOXAGLATE MEGLUMINE;IOXAGLATE SODIUM"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 20055342], ExternalIdentifier["PubChemCompoundID", 23688359]}, "Synonyms" -> {"ioxaglate sodium", "ioxaglate meglumine", "sodium ioxaglate", "mp-302", "ioxaglic acid sodium", "261-561-7[einecs]", "sodium 3-((((3-(acetylmethylamino)-2,4,6-triiodo-5-((methylamino)carbonyl)benzoyl)amino)acetyl)amino)-5-(((2-hydroxyethyl)amino)carbonyl)-2,4,6-triiodobenzoate"}|>, "8947" -> <|"DatabaseID" -> "SW04283", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 119678]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)N[C@@H](CSCC(COC(=O)CCCCCCCCCCCCCCC)OC(=O)CCCCCCCCCCCCCCC)C(=O)N[C@@H](CO)C(=O)N[C@@H](CO)C(=O)N[C@@H](CC(=O)N)C(=O)N[C@@H](C)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "palmitoyl pentapeptide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 135889]}, "Synonyms" -> {"2", "bppp-cssaa", "pam3cys-ser-ser-asn-ala", "p3c-ssna", "tripalmitoyl pentapeptide", "2,3-bis(palmitoyloxy)-2-propyl-n-palmitoyl-cys-ser-ser-asp-ala", "87173-03-3[rn]", "87173-03-3", "c038293", "ac1l37a2", "2,3-bis(palmitoyloxy)-2-propyl-n-palmitoyl-cysteinyl-seryl-seryl-asparaginyl-alanine", "2,3-bis(palmitoyloxy)propyl-n-palmitoylpentapeptide", "l-alanine", "l-alanine n-(n2-(n-(n-(s-(2,3-bis((1-oxohexadecyl)oxy)propyl)-n-(1-oxohexadecyl)-l-cysteinyl)-l-seryl)-l-seryl)-l-asparaginyl)-"}|>, "8948" -> <|"DatabaseID" -> "SW04283", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 119678]}, "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)N[C@@H](CSCC(COC(=O)CCCCCCCCCCCCCCC)OC(=O)CCCCCCCCCCCCCCC)C(=O)N[C@@H](CO)C(=O)N[C@@H](CO)C(=O)N[C@@H](CC(=O)N)C(=O)N[C@@H](C)C(=O)[O-]", "OfficialNames" -> <|"Indian Approved Name" -> "palmitoyl pentapeptide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 135889]}, "Synonyms" -> {"2", "bppp-cssaa", "pam3cys-ser-ser-asn-ala", "p3c-ssna", "tripalmitoyl pentapeptide", "2,3-bis(palmitoyloxy)-2-propyl-n-palmitoyl-cys-ser-ser-asp-ala", "87173-03-3[rn]", "87173-03-3", "c038293", "ac1l37a2", "2,3-bis(palmitoyloxy)-2-propyl-n-palmitoyl-cysteinyl-seryl-seryl-asparaginyl-alanine", "2,3-bis(palmitoyloxy)propyl-n-palmitoylpentapeptide", "l-alanine", "l-alanine n-(n2-(n-(n-(s-(2,3-bis((1-oxohexadecyl)oxy)propyl)-n-(1-oxohexadecyl)-l-cysteinyl)-l-seryl)-l-seryl)-l-asparaginyl)-"}|>, "8949" -> <|"DatabaseID" -> "SW04284", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 419105]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01141"]}, "IsomericSmiles" -> "CCCCCOc1ccc(cc1)c2cc(no2)c3ccc(cc3)C(=O)N[C@H]4C[C@H]([C@H](NC(=O)[C@@H]5[C@H]([C@H](CN5C(=O)[C@@H](NC(=O)[C@@H](NC(=O)[C@@H]6C[C@H](CN6C(=O)[C@@H](NC4=O)[C@@H](C)O)O)[C@@H]([C@H](c7ccc(c(c7)OS(=O)(=O)[O-])O)O)O)[C@@H](CC(=O)N)O)C)O)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02465"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "MICAFUNGIN SODIUM"|>, "PharmGKBID" -> "PA164781026", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 477468]}, "Synonyms" -> {"micafungin", "mycamine", "mycamine(tm)", "fk-463", "db01141", "5-[(1s", "ac1l9wy8", "micafungin sodium", "{5-[(1s,2s)-2-[(3s,6s,9s,11r,15s,18s,20r,21r,24s,25s,26s)-3-[(1r)-2-carbamoyl-1-hydroxyethyl]-11,20,21,25-tetrahydroxy-15-[(1r)-1-hydroxyethyl]-26-methyl-2,5,8,14,17,23-hexaoxo-18-[(4-{5-[4-(pentyloxy)phenyl]-1,2-oxazol-3-yl}benzene)amido]-1,4,7,13,16,22-hexaazatricyclo[22.3.0.09,13]heptacosan-6-yl]-1,2-dihydroxyethyl]-2-hydroxyphenyl}oxidanesulfonic acid", "micafungin[inn]", "fk463", "funguard", "235114-32-6", "5.1:6-anhydro{(4r", "micafungin [inn_en]", "5-[(1s,2s)-2-{(2r,6s,9s,11r,12r,14as,15s,16s,20s,23s,25as)-20-[(1r)-3-amino-1-hydroxy-3-oxopropyl]-2,11,12,15-tetrahydroxy-6-[(1r)-1-hydroxyethyl]-16-methyl-5,8,14,19,22,25-hexaoxo-9-[(4-{5-[4-(pentyloxy)phenyl]-1,2-oxazol-3-yl}benzoyl)amino]tetracosahydro-1h-dipyrrolo[2,1-c:2',1'-l][1,4,7,10,13,16]hexaazacyclohenicosin-23-yl}-1,2-dihydroxyethyl]-2-hydroxyphenyl hydrogen sulfate"}|>, "8950" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8951" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8952" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8953" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8954" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8955" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8956" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8957" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8958" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8959" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8960" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8961" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8962" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8963" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8964" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8965" -> <|"DatabaseID" -> "SW04285", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10153251]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00014"]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCC[NH+]=C(N)N)C(=O)N1CCCC1C(=O)NNC(=O)N)NC(=O)C(COC(C)(C)C)NC(=O)C(Cc2ccc(cc2)O)NC(=O)C(CO)NC(=O)C(Cc3c[nH]c4c3cccc4)NC(=O)C(Cc5cnc[nH]5)NC(=O)C6CCC(=O)N6", "OfficialNames" -> <|"FDA Approved Drug" -> "GOSERELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 11980055]}, "Synonyms" -> {"zoladex (tn)", "goserelin", "goserelin acetate", "zoladex", "goserelin acetate (jan)", "145781-92-6[rn]", "ls-186653", "d00573", "gnrh receptor", "1-9-luteinizing hormone-releasing factor (swine)", "fertilan", "145781-92-6", "gnrh-r"}|>, "8966" -> <|"DatabaseID" -> "SW04286", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4678026]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)n(cn2)[C@@H]3[C@@H]([C@@H]([C@H](O3)CO)OP(=O)([O-])O[C@@H](C)CNC(=O)CC[C@@]4([C@H](C5[C@]6([C@@]([C@@H](C(=N6)/C(=C\\7/[C@@]([C@@H](/C(=C/C8=N/C(=C(\\C4=N5)/C)/[C@H](C8(C)C)CCC(=O)N)/N7)CCC(=O)N)(C)CC(=O)N)/C)CCC(=O)N)(C)CC(=O)N)C)CC(=O)N)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "CYANOCOBALAMIN CO-60"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5748576]}, "Synonyms" -> {"vitamin b12 - 60co", "ac1nx8u7", "cyanocobalamine (60 co)", "cyanocobalamin co 60", "unii-562rs6mc22", "cianocobalamina (60 co)", "13422-53-2[rn]", "cyanocobalamine (60 co)[french]", "rubratope-60", "vitamin b12-(sup 60)co", "racobalamin-60", "cyanocobalamine (60 co) [inn-french]", "cyanocobalamin co 60[usan]", "cianocobalamina (60 co) [inn-spanish]", "cianocobalamina (60 co)[spanish]", "cyanocobalaminum (60 co)", "cyanocobalaminum (60 co)[latin]", "cyanocobalaminum (60 co) [inn-latin]"}|>, "8967" -> <|"DatabaseID" -> "SW04286", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4678026]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)n(cn2)[C@@H]3[C@@H]([C@@H]([C@H](O3)CO)OP(=O)([O-])O[C@@H](C)CNC(=O)CC[C@@]4([C@H](C5[C@]6([C@@]([C@@H](C(=N6)/C(=C\\7/[C@@]([C@@H](/C(=C/C8=N/C(=C(\\C4=N5)/C)/[C@H](C8(C)C)CCC(=O)N)/N7)CCC(=O)N)(C)CC(=O)N)/C)CCC(=O)N)(C)CC(=O)N)C)CC(=O)N)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "CYANOCOBALAMIN CO-60"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5748576]}, "Synonyms" -> {"vitamin b12 - 60co", "ac1nx8u7", "cyanocobalamine (60 co)", "cyanocobalamin co 60", "unii-562rs6mc22", "cianocobalamina (60 co)", "13422-53-2[rn]", "cyanocobalamine (60 co)[french]", "rubratope-60", "vitamin b12-(sup 60)co", "racobalamin-60", "cyanocobalamine (60 co) [inn-french]", "cyanocobalamin co 60[usan]", "cianocobalamina (60 co) [inn-spanish]", "cianocobalamina (60 co)[spanish]", "cyanocobalaminum (60 co)", "cyanocobalaminum (60 co)[latin]", "cyanocobalaminum (60 co) [inn-latin]"}|>, "8968" -> <|"DatabaseID" -> "SW04286", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4678026]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)n(cn2)[C@@H]3[C@@H]([C@@H]([C@H](O3)CO)OP(=O)([O-])O[C@@H](C)CNC(=O)CC[C@@]4([C@H](C5[C@]6([C@@]([C@@H](C(=N6)/C(=C\\7/[C@@]([C@@H](/C(=C/C8=N/C(=C(\\C4=N5)/C)/[C@H](C8(C)C)CCC(=O)N)/N7)CCC(=O)N)(C)CC(=O)N)/C)CCC(=O)N)(C)CC(=O)N)C)CC(=O)N)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "CYANOCOBALAMIN CO-60"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5748576]}, "Synonyms" -> {"vitamin b12 - 60co", "ac1nx8u7", "cyanocobalamine (60 co)", "cyanocobalamin co 60", "unii-562rs6mc22", "cianocobalamina (60 co)", "13422-53-2[rn]", "cyanocobalamine (60 co)[french]", "rubratope-60", "vitamin b12-(sup 60)co", "racobalamin-60", "cyanocobalamine (60 co) [inn-french]", "cyanocobalamin co 60[usan]", "cianocobalamina (60 co) [inn-spanish]", "cianocobalamina (60 co)[spanish]", "cyanocobalaminum (60 co)", "cyanocobalaminum (60 co)[latin]", "cyanocobalaminum (60 co) [inn-latin]"}|>, "8969" -> <|"DatabaseID" -> "SW04286", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4678026]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)n(cn2)[C@@H]3[C@@H]([C@@H]([C@H](O3)CO)OP(=O)([O-])O[C@@H](C)CNC(=O)CC[C@@]4([C@H](C5[C@]6([C@@]([C@@H](C(=N6)/C(=C\\7/[C@@]([C@@H](/C(=C/C8=N/C(=C(\\C4=N5)/C)/[C@H](C8(C)C)CCC(=O)N)/N7)CCC(=O)N)(C)CC(=O)N)/C)CCC(=O)N)(C)CC(=O)N)C)CC(=O)N)C)O", "OfficialNames" -> <|"FDA Approved Drug" -> "CYANOCOBALAMIN CO-60"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5748576]}, "Synonyms" -> {"vitamin b12 - 60co", "ac1nx8u7", "cyanocobalamine (60 co)", "cyanocobalamin co 60", "unii-562rs6mc22", "cianocobalamina (60 co)", "13422-53-2[rn]", "cyanocobalamine (60 co)[french]", "rubratope-60", "vitamin b12-(sup 60)co", "racobalamin-60", "cyanocobalamine (60 co) [inn-french]", "cyanocobalamin co 60[usan]", "cianocobalamina (60 co) [inn-spanish]", "cianocobalamina (60 co)[spanish]", "cyanocobalaminum (60 co)", "cyanocobalaminum (60 co)[latin]", "cyanocobalaminum (60 co) [inn-latin]"}|>, "8970" -> <|"DatabaseID" -> "SW04289", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 36664]}, "IsomericSmiles" -> "c1c(c(c(c(c1I)NC(=O)CCOCCOCCOCCOCCC(=O)Nc2c(cc(c(c2I)C(=O)[O-])I)I)I)C(=O)[O-])I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04573"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IODOXAMATE MEGLUMINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 40120]}, "Synonyms" -> {"cholovue", "iodoxamate meglumine", "iodoxamic acid meglumine salt", "bis(1-deoxy-1-(methylamino)-d-glucitol) 3", "einecs 257-398-6", "endobil", "iodoxamate meglumine [usan:ban][usan]", "benzoic acid", "methylglucamine iodoxamate", "d-glucitol", "meglumine iodoxamate", "39472-29-2[rn]"}|>, "8971" -> <|"DatabaseID" -> "SW04290", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "45906"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5168]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "04786"]}, "IsomericSmiles" -> "Cc1ccc(cc1NC(=O)c2cccc(c2)NC(=O)Nc3cccc(c3)C(=O)Nc4cc(ccc4C)C(=O)Nc5ccc(c6c5c(cc(c6)S(=O)(=O)[O-])S(=O)(=O)[O-])S(=O)(=O)[O-])C(=O)Nc7ccc(c8c7c(cc(c8)S(=O)(=O)[O-])S(=O)(=O)[O-])S(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00808"]}, "OfficialNames" -> <|"WHO Essential Medicine" -> "suramin sodium"|>, "PharmGKBID" -> "PA10292", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 5361]}, "Synonyms" -> {"farma", "belganyl", "fourneau", "naganol", "naphuride", "suramine sodium", "suramine", "naganin", "naganil", "svr", "bayer 205", "suramin", "germanin", "antrypol", "suramin sodium", "moranyl", "1,3,5-naphthalenetrisulfonic acid 8,8'-[carbonylbis[imino-3,1-phenylenecarbonylimino(4-methyl-3,1-phenylene)carbonylimino]]bis-", "sodium suramin", "3-14-00-02267 (beilstein handbook reference)[beilstein]", "secretory protein 35", "fourneau 309", "8,8'-{carbonylbis[imino-3,1-phenylenecarbonylimino(4-methyl-3,1-phenylene)carbonylimino]}dinaphthalene-1,3,5-trisulfonic acid", "145-63-1[rn]", "1,3,5-naphthylenetrisulfonic acid 8,8'-(ureylenebis(m-phenylenecarbonylimino(4-methyl-m-phenylene)carbonylimino))di-", "3230873[beilstein]", "8,8'-(carbonylbis(imino-3,1-phenylenecarbonylimino(4-methyl-3,1-phenylene)carbonylimino))bisnaphthalene-1,3,5-trisulphonic acid", "protein c3", "205-658-4[einecs]", "vcp", "sym-bis(m-aminobenzoyl-m-amino-p-methylbenzoyl-1-napthylamino-4,6,8-trisulfonate)carbamide", "carbanilide 3,3'-bis((5-((4,6,8-trisulfo-1-naphthyl)carbamoyl)-o-tolyl)carbamoyl)-", "suramin[wiki]", "1,3,5-naphthalenetrisulfonic acid 8,8'-[carbonylbis[imino-3,1-phenylenecarbonylimino(4-methyl-3,1-phenylene)carbonylimino]]bis- (9ci)", "28 kda protein", "harnstoff symmetischer der3-aminobenzoyl-3-amino-4-methylbenzoyl-1-naphthylamin-4,6,8-trisulfonsaeure", "1,3,5-naphthalenetrisulfonic acid 8,8'-[ureylenebis[m-phenylenecarbonylimino(4-methyl-m-phenylene)carbonylimino]]di-(8ci)", "8,8'-[carbonylbis[imino-3,1-phenylenecarbonylimino(4-methyl-3,1-phenylene)carbonyl-imino]]bis-1,3,5-napthalenetrisulfonic acid", "complement control protein precursor", "309 f", "suramine[wiki]", "m,m'-ureylen-bis-(8-(m-(benzamido)-p-toluamido)naphthalin-1,3,5-trisulfonsaeure)", "1,3,5-naphthalenetrisulfonic acid 8,8'-(carbonylbis(imino-3,1-phenylenecarbonylimino(4-methyl-3,1-phenylene)carbonylimino))bis-", "naganol 6 na", "8,8'-[carbonylbis[imino-3,1-phenylenecarbonylimino(4-methyl-3,1-phenylene)carbonylimino]]bisnaphthalene-1,3,5-trisulphonic acid", "8,8'-[carbonylbis[imino-3,1-phenylenecarbonylimino(4-methyl-3,1-phenylene)carbonyl-imino]]bis-1,3,5-naphthalenetrisulfonic acid", "8,8'-[carbonylbis[imino-3,1-phenylenecarbonylimino(4-methyl-3,1-phenylene)carbonylimino]]bis-1,3,5-naphthalenetrisulfonic acid", "8-[(4-methyl-3-{[3-({[3-({2-methyl-5-[(4,6,8-trisulfo-1-naphthyl)carbamoyl]phenyl}carbamoyl)phenyl]carbamoyl}amino)benzoyl]amino}benzoyl)amino]naphthalene-1,3,5-trisulfonic acid", "naganine", "suramin hexasodium", "8185304[beilstein]", "8,8'-[carbonylbis[imino-3,1-phenylenecarbonylimino(4-methyl-3,1-phenylene)carbonylimino]]bis-1,3,5-naphthalenetrisulfonic"}|>, "8972" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8973" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8974" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8975" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8976" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8977" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8978" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8979" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8980" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8981" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8982" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8983" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8984" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8985" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8986" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8987" -> <|"DatabaseID" -> "SW04291", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 64461]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "06196"]}, "IsomericSmiles" -> "c1ccc2c(c1)CC(N(C2)C(=O)[C@H](CO)NC(=O)[C@H](Cc3cccs3)NC(=O)CNC(=O)C4C[C@H](CN4C(=O)C5CCCN5C(=O)C(CCC[NH+]=C(N)N)NC(=O)[C@@H](CCC[NH+]=C(N)N)[NH3+])O)C(=O)N6[C@H]7CCCC[C@H]7CC6C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)[O-]", "OfficialNames" -> <|"FDA Approved Drug" -> "ICATIBANT ACETATE"|>, "PharmGKBID" -> "PA164749185", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 71364]}, "Synonyms" -> {"icatibant", "hoe140", "firazyr", "hoe 140", "win-65365", "ac1q5qrx", "icatibant [inn]", "myeloid plasma membrane glycoprotein cd13", "gp150", "hapn", "aminopeptidase m", "ac1l2g0q", "138614-30-9[rn]", "hoe-140", "(2s)-2-{[(3as,7as)-1-({2-[(2s)-2-[(2s)-2-(2-{[(4r)-1-[(1-{2-[(2r)-2-amino-5-[(diaminomethylidene)amino]pentanamido]-5-[(diaminomethylidene)amino]pentanoyl}pyrrolidin-2-yl)carbonyl]-4-hydroxypyrrolidin-2-yl]formamido}acetamido)-3-(thiophen-2-yl)propanamido]-3-hydroxypropanoyl]-1,2,3,4-tetrahydroisoquinolin-3-yl}carbonyl)-octahydro-1h-indol-2-yl]formamido}-5-[(diaminomethylidene)amino]pentanoicacid", "microsomal aminopeptidase", "win 65365", "130308-48-4[rn]", "ec 3.4.11.2", "icatibant[wiki][inn]", "cd13 antigen", "je049", "alanyl aminopeptidase"}|>, "8988" -> <|"DatabaseID" -> "SW04292", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "63633"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17290424]}, "IsomericSmiles" -> "CC(C)C[C@@H](C(=O)N[C@@H](CCC[NH+]=C(N)N)C(=O)N1CCC[C@H]1C(=O)NCC(=O)N)NC(=O)[C@@H](Cc2c[nH]c3c2cccc3)NC(=O)[C@H](Cc4ccc(cc4)O)NC(=O)[C@H](CO)NC(=O)[C@H](Cc5c[nH]c6c5cccc6)NC(=O)[C@H](Cc7cnc[nH]7)NC(=O)[C@@H]8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D06247"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "TRIPTORELIN PAMOATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25074470]}, "Synonyms" -> {"triptorelin", "triptorelinum", "triptorelina", "triptoreline", "trelstar", "(d-trp6)-gnrh", "luteinizing hormone-releasing factor (pig) 6-d-tryptophan", "triptorelin [dtrp6]-lh-rh amide", "triptorelinum [inn_la]", "(6-d-tryptophan)luteinizinghormone-releasinghormone;(d-trp6)-gnrh; luteinizinghormone-releasingfactor (pig) 6-d-tryptophan; pglu-his-trp-ser-tyr-d-trp-leu-arg-pro-gly-nh2", "140194-24-7[rn]", "trelstar depot", "triptorelin; triptorelina; triptoreline; triptorelinum", "(6-d-tryptophan)luteinizing hormone-releasing hormone", "triptorelin acetate", "pglu-his-trp-ser-tyr-d-trp-leu-arg-pro-gly-nh2", "57773-63-4[rn]", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-d-tryptophyl-l-leucyl-l-arginyl-l-prolylglycinamide", "trelstar la", "salvacyl", "decapeptyl", "glycinamide 5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-d-tryptophyl-l-leucyl-l-arginyl-l-prolyl-"}|>, "8989" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "8990" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "8991" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "8992" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "8993" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "8994" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "8995" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "8996" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "8997" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "8998" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "8999" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "9000" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "9001" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "9002" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "9003" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "9004" -> <|"DatabaseID" -> "SW04293", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10605761], ExternalIdentifier["ChemSpiderID", 16744286]}, "IsomericSmiles" -> "CC(C)CC(C(=O)NC(CCCNC(=[NH2+])N)C(=O)N1CCCC1C(=O)NCC(=O)N)NC(=O)C(Cc2ccc3ccccc3c2)NC(=O)C(Cc4ccc(cc4)O)NC(=O)C(CO)NC(=O)C(Cc5c[nH]c6c5cccc6)NC(=O)C(Cc7c[nH]cn7)NC(=O)C8CCC(=O)N8", "KEGGID" -> {ExternalIdentifier["KEGGID", "D00990"], ExternalIdentifier["KEGGID", "D08241"]}, "OfficialNames" -> <|"Indian Approved Name" -> "nafarelin", "FDA Approved Drug" -> "NAFARELIN ACETATE"|>, "Synonyms" -> {"nafarelin", "76932-56-4[rn]", "nafarelin acetate", "synarel"}|>, "9005" -> <|"DatabaseID" -> "SW04294", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "5739"], ExternalIdentifier["ChEBIID", "65350"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482012], ExternalIdentifier["ChemSpiderID", 26606349]}, "IsomericSmiles" -> "CCNC(=O)[C@@H]1CCCN1C(=O)[C@H](CCCNC(=[NH2+])N)NC(=O)[C@H](CC(C)C)NC(=O)[C@@H](Cc2cn(cn2)Cc3ccccc3)NC(=O)[C@H](Cc4ccc(cc4)O)NC(=O)[C@H](CO)NC(=O)[C@H](Cc5c[nH]c6c5cccc6)NC(=O)[C@H](Cc7cnc[nH]7)NC(=O)[C@@H]8CCC(=O)N8", "OfficialNames" -> <|"FDA Approved Drug" -> "HISTRELIN ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 25077993], ExternalIdentifier["PubChemCompoundID", 25084151]}, "Synonyms" -> {"histrelin acetate", "vantas", "histrelinum", "supprelin", "histrelin", "histrelina", "histreline", "ls-186654", "orf-17070", "suprellin la", "histreline [french]", "histrelin; histrelina; histreline; histrelinum", "220810-26-4[rn]", "suprellin; suprellin la; vantas", "l-prolinamide 5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-1-(phenylmethyl)-d-histidyl-l-leucyl-l-arginyl-n-ethyl- acetate (1:2)[acd/index name]", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-1-benzyl-d-histidyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide--aceticacid (1/2)", "suprellin", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-1-benzyl-d-histidyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamidacetat (1:2)[german][acd/iupac name]", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-1-benzyl-d-histidyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamideacetate(1:2)[acd/iupac name]", "220810-26-4", "supprelin la", "6-(1-(phenylmethyl)-d-histidine)-9-(n-ethyl-l-prolinamide)-10-deglycinamideluteinizing hormone-releasing ffactor", "orf 17070", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-1-benzyl-d-histidyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide", "[(im-bzl)-d-his(6),pro(9)-net]-gonadotropin releasinghormone", "rwj-17070", "chembl1200509", "histrelina [spanish]", "l-pyroglutamyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-d-n(im)-benzyl-histidyl-l-leucyl-l-arginyl-l-proline ethylamide", "vantaas", "l-prolinamide 5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-1-(phenylmethyl)-d-histidyl-l-leucyl-l-arginyl-n-ethyl-", "76712-82-8[rn]", "histrelinum [latin]", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-n(tau)-benzyl-d-histidyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide; histrelin;l-pyroglutamyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-d-n(im)-benzyl-histidyl-l-leucyl-l-arginyl-l-proline ethylamide; orf17070; rwj 17070;[(im-bzl)-d-his(6),pro(9)-net]-gonadotropin releasinghormone", "5-oxo-l-prolyl-l-histidyl-l-tryptophyl-l-seryl-l-tyrosyl-n(tau)-benzyl-d-histidyl-l-leucyl-l-arginyl-n-ethyl-l-prolinamide"}|>, "9006" -> <|"DatabaseID" -> "SW04295", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59223"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482266]}, "IsomericSmiles" -> "C[C@H]([C@@H](C(=O)NCC(=O)N[C@@H](Cc1c[nH]c2c1cccc2)C(=O)N[C@@H](CCSC)C(=O)N[C@@H](CC(=O)[O-])C(=O)N[C@@H](Cc3ccccc3)C(=O)N)NC(=O)[C@H](Cc4ccc(cc4)OS(=O)(=O)[O-])NC(=O)[C@H](CC(=O)[O-])NC(=O)[C@H](CCC(=O)N)NC(=O)[C@@H]5CCC(=O)N5)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03443"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CERULETIDE DIETHYLAMINE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16158172]}, "Synonyms" -> {"ceruletide diethylamine", "chembl1200755", "caerulein diethylamine", "tymtran", "d03443", "ceruletide diethylamine (usan)", "chebi:59223", "tymtran (tn)", "5-oxo-l-prolyl-l-glutaminyl-l-alpha-aspartyl-o-sulfo-l-tyrosyl-l-threonylglycyl-l-tryptophyl-l-methionyl-l-alpha-aspartyl-l-phenylalaninamide--n-ethylethanamine (1/1)"}|>, "9007" -> <|"DatabaseID" -> "SW04296", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27786"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00200"]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)N3C=N2[Co+]456(N7=C8[C@H](C(C7=CC9=N4C(=C(C1=N5[C@@]([C@@H]2N6C(=C8C)[C@@]([C@H]2CC(=O)N)(CCC(=O)NC[C@H](OP(=O)(O[C@@H]2[C@H](O[C@H]3[C@@H]2O)CO)[O-])C)C)([C@@]([C@@H]1CCC(=O)N)(C)CC(=O)N)C)C)[C@@]([C@@H]9CCC(=O)N)(C)CC(=O)N)(C)C)CCC(=O)N)O", "OfficialNames" -> <|"FDA Approved Drug" -> "HYDROXOCOBALAMIN"|>, "Synonyms" -> {"awesome nubears tablet (beta-carotene + biotin + calcium (calcium citrate) + choline + copper fumarate (copper fumarate) + d-pantothenic acid (calcium d-pantothenate) + folic acid + inositol (choline citrate) + iodine (kelp) + iron (ferrous fumarate) + magnesium (magnesium citrate) + manganese (manganese citrate) + nicotinamide + potassium (potassium citrate) + vitamin b1 (thiamine hydrochloride) + vitamin b12 (hydroxocobalamin) + vitamin b2 + vitamin b6 (pyridoxine hydrochloride) + vitamin c (calcium ascorbate) + vitamin d3 + vitamin e (d-alpha tocopheryl acid succinate) + zinc (zinc citrate))_mixture", "the ultimate one - active men caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + iron (iron citrate ferrous fumarate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate magnesium oxide) + manganese (manganese citrate manganese fumarate manganese succinate manganese glutarate manganese malate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxine 5' phosphate) + vitamin c (calcium ascorbate ascorbic acid) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc succinate zinc glutarate zinc malate))_mixture", "acti-hydroxo/dibencoz 500 + folic acid tab (folic acid + vitamin b12 (cobamamide hydroxocobalamin))_mixture", "hydro cobex", "alpharedisol", "the ultimate one - 50plus women caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + copper (copper citrate copper fumarate copper malate copper succinate copper glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate magnesium oxide) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxal-5-phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "hydroxomin", "hydroxocobalamin vitamin b12", "hydroxocobalamin acetate", "hydroxy cobal", "the legend caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + magnesium (magnesium citrate magnesium oxide magnesium fumarate magnesium malate magnesium succinate magnesium glutarate) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum succinate molybdenum glutarate molybdenum malate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vanadium (vanadium citrate vanadium fumarate vanadium malate vanadium succinate vanadium glutarate) + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxal-5-phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "hydroxocobalamin monohydrochloride", "vege 1 daily caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline citrate + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + copper (copper citrate copper fumarate copper malate copper succinate copper glutarate) + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + iron (ferrous citrate ferrous fumarate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + vanadium (vanadium citrate vanadium fumarate vanadium malate vanadium succinate vanadium glutarate) + vitamin a (vitamin a palmitate) + vitamin b1 (thiamine hydrochloride) + vitamin b12 (hydroxocobalamin) + vitamin b2 (riboflavin-5-phosphate) + vitamin b6 (pyridoxal-5-phosphate) + vitamin b6 (pyridoxine hydrochloride) + vitamin c (calcium ascorbate) + vitamin d3 + vitamin e (d-alpha tocopheryl acid succinate) + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "acti-multiveg caplet (beta-carotene + biotin + calcium (calcium organic complex) + choline citrate + chromium (chromium organic complex) + copper (copper organic complex) + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + iron (iron organic complex) + magnesium (magnesium organic complex) + manganese (manganese organic complex) + molybdenum (molybdenum organic complex) + nicotinamide + nicotinic acid + potassium (potassium organic complex) + selenium (selenium organic complex) + vanadium (vanadium organic complex) + vitamin a (vitamin a palmitate) + vitamin b1 (thiamine hydrochloride) + vitamin b12 (hydroxocobalamin) + vitamin b2 + vitamin b2 (riboflavin 5'-phosphate sodium) + vitamin b6 (pyridoxal-5-phosphate) + vitamin b6 (pyridoxine hydrochloride) + vitamin c + vitamin d3 + vitamin e (d-alpha tocopheryl acid succinate) + zinc (zinc organic complex))_mixture", "the ultimate one-50 plus men caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate magnesium oxide) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxal-5-phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "the ultimate one - adult women caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + copper (copper citrate copper fumarate copper malate copper succinate copper glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + iron (ferrous fumarate iron citrate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate magnesium oxide) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxal-5-phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "cyanokit", "acti-hemosyn caplet (copper (copper malate copper fumarate copper citrate copper succinate copper glutarate) + d-pantothenic acid (calcium d-pantothenate) + folic acid + iodine (kelp) + iron (ferrous fumarate ferrous citrate iron malate iron glutarate ferrous succinate) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + nicotinic acid + vitamin b1 (thiamine hydrochloride) + vitamin b12 (cobamamide) + vitamin b12 (hydroxocobalamin) + vitamin b2 (riboflavin-5-phosphate) + vitamin b6 (pyridoxal-5-phosphate) + vitamin b6 (pyridoxine hydrochloride) + vitamin c (calcium ascorbate))_mixture", "vitamin b12a", "the ultimate one - active women caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + copper (copper malate copper citrate copper fumarate copper succinate copper glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + iron (ferrous fumarate iron citrate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate magnesium oxide) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxal-5-phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "hydroxocobalaminacetat", "awesome nubears - tablet (beta-carotene (provitamin a) + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline citrate + copper (copper citrate copper fumarate copper malate copper succinate copper glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + folic acid + inositol + iodine (kelp) + iron (iron citrate ferrous fumarate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium oxide magnesium malate magnesium succinate magnesium glutarate magnesium fumarate) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + nicotinamide + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + thiamine hydrochloride + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxine 5' phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "hydroxocobalamin", "magnum plus caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + copper (copper citrate copper fumarate copper malate copper succinate copper glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine + iron (ferrous fumarate iron citrate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate magnesium oxide) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + vanadium (vanadium citrate vanadium fumarate vanadium malate vanadium succinate vanadium glutarate) + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxine 5' phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "the legend time released caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + copper (copper citrate copper fumarate copper malate copper succinate copper glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + iron (iron citrate ferrous fumarate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium oxide magnesium fumarate magnesium malate magnesium succinate magnesium glutarate) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vanadium (vanadium citrate vanadium fumarate vanadium malate vanadium succinate vanadium glutarate) + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxal-5-phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "acti-b12"}|>, "9008" -> <|"DatabaseID" -> "SW04296", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "27786"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00200"]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)N3C=N2[Co+]456(N7=C8[C@H](C(C7=CC9=N4C(=C(C1=N5[C@@]([C@@H]2N6C(=C8C)[C@@]([C@H]2CC(=O)N)(CCC(=O)NC[C@H](OP(=O)(O[C@@H]2[C@H](O[C@H]3[C@@H]2O)CO)[O-])C)C)([C@@]([C@@H]1CCC(=O)N)(C)CC(=O)N)C)C)[C@@]([C@@H]9CCC(=O)N)(C)CC(=O)N)(C)C)CCC(=O)N)O", "OfficialNames" -> <|"FDA Approved Drug" -> "HYDROXOCOBALAMIN"|>, "Synonyms" -> {"awesome nubears tablet (beta-carotene + biotin + calcium (calcium citrate) + choline + copper fumarate (copper fumarate) + d-pantothenic acid (calcium d-pantothenate) + folic acid + inositol (choline citrate) + iodine (kelp) + iron (ferrous fumarate) + magnesium (magnesium citrate) + manganese (manganese citrate) + nicotinamide + potassium (potassium citrate) + vitamin b1 (thiamine hydrochloride) + vitamin b12 (hydroxocobalamin) + vitamin b2 + vitamin b6 (pyridoxine hydrochloride) + vitamin c (calcium ascorbate) + vitamin d3 + vitamin e (d-alpha tocopheryl acid succinate) + zinc (zinc citrate))_mixture", "the ultimate one - active men caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + iron (iron citrate ferrous fumarate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate magnesium oxide) + manganese (manganese citrate manganese fumarate manganese succinate manganese glutarate manganese malate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxine 5' phosphate) + vitamin c (calcium ascorbate ascorbic acid) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc succinate zinc glutarate zinc malate))_mixture", "acti-hydroxo/dibencoz 500 + folic acid tab (folic acid + vitamin b12 (cobamamide hydroxocobalamin))_mixture", "hydro cobex", "alpharedisol", "the ultimate one - 50plus women caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + copper (copper citrate copper fumarate copper malate copper succinate copper glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate magnesium oxide) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxal-5-phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "hydroxomin", "hydroxocobalamin vitamin b12", "hydroxocobalamin acetate", "hydroxy cobal", "the legend caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + magnesium (magnesium citrate magnesium oxide magnesium fumarate magnesium malate magnesium succinate magnesium glutarate) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum succinate molybdenum glutarate molybdenum malate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vanadium (vanadium citrate vanadium fumarate vanadium malate vanadium succinate vanadium glutarate) + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxal-5-phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "hydroxocobalamin monohydrochloride", "vege 1 daily caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline citrate + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + copper (copper citrate copper fumarate copper malate copper succinate copper glutarate) + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + iron (ferrous citrate ferrous fumarate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + vanadium (vanadium citrate vanadium fumarate vanadium malate vanadium succinate vanadium glutarate) + vitamin a (vitamin a palmitate) + vitamin b1 (thiamine hydrochloride) + vitamin b12 (hydroxocobalamin) + vitamin b2 (riboflavin-5-phosphate) + vitamin b6 (pyridoxal-5-phosphate) + vitamin b6 (pyridoxine hydrochloride) + vitamin c (calcium ascorbate) + vitamin d3 + vitamin e (d-alpha tocopheryl acid succinate) + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "acti-multiveg caplet (beta-carotene + biotin + calcium (calcium organic complex) + choline citrate + chromium (chromium organic complex) + copper (copper organic complex) + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + iron (iron organic complex) + magnesium (magnesium organic complex) + manganese (manganese organic complex) + molybdenum (molybdenum organic complex) + nicotinamide + nicotinic acid + potassium (potassium organic complex) + selenium (selenium organic complex) + vanadium (vanadium organic complex) + vitamin a (vitamin a palmitate) + vitamin b1 (thiamine hydrochloride) + vitamin b12 (hydroxocobalamin) + vitamin b2 + vitamin b2 (riboflavin 5'-phosphate sodium) + vitamin b6 (pyridoxal-5-phosphate) + vitamin b6 (pyridoxine hydrochloride) + vitamin c + vitamin d3 + vitamin e (d-alpha tocopheryl acid succinate) + zinc (zinc organic complex))_mixture", "the ultimate one-50 plus men caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate magnesium oxide) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxal-5-phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "the ultimate one - adult women caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + copper (copper citrate copper fumarate copper malate copper succinate copper glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + iron (ferrous fumarate iron citrate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate magnesium oxide) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxal-5-phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "cyanokit", "acti-hemosyn caplet (copper (copper malate copper fumarate copper citrate copper succinate copper glutarate) + d-pantothenic acid (calcium d-pantothenate) + folic acid + iodine (kelp) + iron (ferrous fumarate ferrous citrate iron malate iron glutarate ferrous succinate) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + nicotinic acid + vitamin b1 (thiamine hydrochloride) + vitamin b12 (cobamamide) + vitamin b12 (hydroxocobalamin) + vitamin b2 (riboflavin-5-phosphate) + vitamin b6 (pyridoxal-5-phosphate) + vitamin b6 (pyridoxine hydrochloride) + vitamin c (calcium ascorbate))_mixture", "vitamin b12a", "the ultimate one - active women caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + copper (copper malate copper citrate copper fumarate copper succinate copper glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + iron (ferrous fumarate iron citrate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate magnesium oxide) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxal-5-phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "hydroxocobalaminacetat", "awesome nubears - tablet (beta-carotene (provitamin a) + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline citrate + copper (copper citrate copper fumarate copper malate copper succinate copper glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + folic acid + inositol + iodine (kelp) + iron (iron citrate ferrous fumarate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium oxide magnesium malate magnesium succinate magnesium glutarate magnesium fumarate) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + nicotinamide + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + thiamine hydrochloride + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxine 5' phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "hydroxocobalamin", "magnum plus caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + copper (copper citrate copper fumarate copper malate copper succinate copper glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine + iron (ferrous fumarate iron citrate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium fumarate magnesium malate magnesium succinate magnesium glutarate magnesium oxide) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + vanadium (vanadium citrate vanadium fumarate vanadium malate vanadium succinate vanadium glutarate) + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxine 5' phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "the legend time released caplet (beta-carotene + biotin + calcium (calcium citrate calcium fumarate calcium malate calcium succinate calcium glutarate) + choline (choline citrate) + chromium (chromium citrate chromium fumarate chromium malate chromium succinate chromium glutarate) + copper (copper citrate copper fumarate copper malate copper succinate copper glutarate) + d-alpha tocopheryl acid succinate + d-pantothenic acid (calcium d-pantothenate) + dl-methionine + folic acid + inositol + iodine (kelp) + iron (iron citrate ferrous fumarate iron malate ferrous succinate iron glutarate) + magnesium (magnesium citrate magnesium oxide magnesium fumarate magnesium malate magnesium succinate magnesium glutarate) + manganese (manganese citrate manganese fumarate manganese malate manganese succinate manganese glutarate) + molybdenum (molybdenum citrate molybdenum fumarate molybdenum malate molybdenum succinate molybdenum glutarate) + nicotinamide + nicotinic acid + potassium (potassium citrate potassium fumarate potassium malate potassium succinate potassium glutarate) + selenium (selenium citrate selenium fumarate selenium malate selenium succinate selenium glutarate) + thiamine hydrochloride + ubidecarenone + vanadium (vanadium citrate vanadium fumarate vanadium malate vanadium succinate vanadium glutarate) + vitamin a palmitate + vitamin b12 (hydroxocobalamin dibencozide) + vitamin b2 (riboflavin riboflavin-5-phosphate) + vitamin b6 (pyridoxine hydrochloride pyridoxal-5-phosphate) + vitamin c (ascorbic acid calcium ascorbate) + vitamin d3 + zinc (zinc citrate zinc fumarate zinc malate zinc succinate zinc glutarate))_mixture", "acti-b12"}|>, "9009" -> <|"DatabaseID" -> "SW04297", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17439"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00115"]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)N3C=N2[Co]456(N7=C8[C@H](C(C7=CC9=N4C(=C(C1=N5[C@@]([C@@H]2N6C(=C8C)[C@@]([C@H]2CC(=O)N)(CCC(=O)NC[C@H](OP(=O)(O[C@@H]2[C@H](O[C@H]3[C@@H]2O)CO)O)C)C)([C@@]([C@@H]1CCC(=O)N)(C)CC(=O)N)C)C)[C@@]([C@@H]9CCC(=O)N)(C)CC(=O)N)(C)C)CCC(=O)N)C#N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vitamin b12", "FDA Approved Drug" -> "CYANOCOBALAMIN"|>, "Synonyms" -> {"liver-stomach concentrate with intrinsic factor (special liver-stomach concentrate + vitamin b 12 + iron + ascorbic acid + folic acid)_mixture", "vitamin b12", "cyomin", "redisol", "depinar", "cobavite", "cobex", "cyanoject", "betalin 12", "anacobin", "vitamin b12 complex", "m.v.i. pediatric", "cyanocobalamin co 57 schilling test kit", "vitamine b12", "vi-twel", "dicopac kit", "ec 1.5.1.20", "nascobal", "cobolin-m", "bedoz", "shovite", "berubigen", "rubramin pc", "cyanocobalamin", "crysti-12", "primabalt", "vitaped", "berocca pn", "ruvite", "crystamine", "rubratope-57 kit", "vibal", "vibisone", "cernevit-12", "vitabee 12", "dicopac", "infuvite pediatric ()_mixture", "cyanocob(iii)alamin", "rubratope-60 kit", "rubivite", "neuroforte-r"}|>, "9010" -> <|"DatabaseID" -> "SW04297", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "17439"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00115"]}, "IsomericSmiles" -> "Cc1cc2c(cc1C)N3C=N2[Co]456(N7=C8[C@H](C(C7=CC9=N4C(=C(C1=N5[C@@]([C@@H]2N6C(=C8C)[C@@]([C@H]2CC(=O)N)(CCC(=O)NC[C@H](OP(=O)(O[C@@H]2[C@H](O[C@H]3[C@@H]2O)CO)O)C)C)([C@@]([C@@H]1CCC(=O)N)(C)CC(=O)N)C)C)[C@@]([C@@H]9CCC(=O)N)(C)CC(=O)N)(C)C)CCC(=O)N)C#N", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "vitamin b12", "FDA Approved Drug" -> "CYANOCOBALAMIN"|>, "Synonyms" -> {"liver-stomach concentrate with intrinsic factor (special liver-stomach concentrate + vitamin b 12 + iron + ascorbic acid + folic acid)_mixture", "vitamin b12", "cyomin", "redisol", "depinar", "cobavite", "cobex", "cyanoject", "betalin 12", "anacobin", "vitamin b12 complex", "m.v.i. pediatric", "cyanocobalamin co 57 schilling test kit", "vitamine b12", "vi-twel", "dicopac kit", "ec 1.5.1.20", "nascobal", "cobolin-m", "bedoz", "shovite", "berubigen", "rubramin pc", "cyanocobalamin", "crysti-12", "primabalt", "vitaped", "berocca pn", "ruvite", "crystamine", "rubratope-57 kit", "vibal", "vibisone", "cernevit-12", "vitabee 12", "dicopac", "infuvite pediatric ()_mixture", "cyanocob(iii)alamin", "rubratope-60 kit", "rubivite", "neuroforte-r"}|>, "9011" -> <|"DatabaseID" -> "SW04298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552183]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)NC(=O)CN(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01859"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentetreotide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636392]}, "Synonyms" -> {"pentetreotide", "pentetoreotide", "117748-ep2272827a1", "pentetreotide (inn)", "117748-ep2298768a1", "dtpa-sms", "pentetoreotide (jan)", "ac1lcs5n", "138661-02-6[rn]", "d01859", "ls-187384", "sdz 215-811", "unii-g083b71p98", "pentetreotide [ban:inn][inn]", "138661-02-6", "sdz 215-811s"}|>, "9012" -> <|"DatabaseID" -> "SW04298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552183]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)NC(=O)CN(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01859"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentetreotide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636392]}, "Synonyms" -> {"pentetreotide", "pentetoreotide", "117748-ep2272827a1", "pentetreotide (inn)", "117748-ep2298768a1", "dtpa-sms", "pentetoreotide (jan)", "ac1lcs5n", "138661-02-6[rn]", "d01859", "ls-187384", "sdz 215-811", "unii-g083b71p98", "pentetreotide [ban:inn][inn]", "138661-02-6", "sdz 215-811s"}|>, "9013" -> <|"DatabaseID" -> "SW04298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552183]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)NC(=O)CN(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01859"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentetreotide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636392]}, "Synonyms" -> {"pentetreotide", "pentetoreotide", "117748-ep2272827a1", "pentetreotide (inn)", "117748-ep2298768a1", "dtpa-sms", "pentetoreotide (jan)", "ac1lcs5n", "138661-02-6[rn]", "d01859", "ls-187384", "sdz 215-811", "unii-g083b71p98", "pentetreotide [ban:inn][inn]", "138661-02-6", "sdz 215-811s"}|>, "9014" -> <|"DatabaseID" -> "SW04298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552183]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)NC(=O)CN(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01859"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentetreotide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636392]}, "Synonyms" -> {"pentetreotide", "pentetoreotide", "117748-ep2272827a1", "pentetreotide (inn)", "117748-ep2298768a1", "dtpa-sms", "pentetoreotide (jan)", "ac1lcs5n", "138661-02-6[rn]", "d01859", "ls-187384", "sdz 215-811", "unii-g083b71p98", "pentetreotide [ban:inn][inn]", "138661-02-6", "sdz 215-811s"}|>, "9015" -> <|"DatabaseID" -> "SW04298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552183]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)NC(=O)CN(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01859"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentetreotide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636392]}, "Synonyms" -> {"pentetreotide", "pentetoreotide", "117748-ep2272827a1", "pentetreotide (inn)", "117748-ep2298768a1", "dtpa-sms", "pentetoreotide (jan)", "ac1lcs5n", "138661-02-6[rn]", "d01859", "ls-187384", "sdz 215-811", "unii-g083b71p98", "pentetreotide [ban:inn][inn]", "138661-02-6", "sdz 215-811s"}|>, "9016" -> <|"DatabaseID" -> "SW04298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552183]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)NC(=O)CN(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01859"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentetreotide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636392]}, "Synonyms" -> {"pentetreotide", "pentetoreotide", "117748-ep2272827a1", "pentetreotide (inn)", "117748-ep2298768a1", "dtpa-sms", "pentetoreotide (jan)", "ac1lcs5n", "138661-02-6[rn]", "d01859", "ls-187384", "sdz 215-811", "unii-g083b71p98", "pentetreotide [ban:inn][inn]", "138661-02-6", "sdz 215-811s"}|>, "9017" -> <|"DatabaseID" -> "SW04298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552183]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)NC(=O)CN(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01859"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentetreotide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636392]}, "Synonyms" -> {"pentetreotide", "pentetoreotide", "117748-ep2272827a1", "pentetreotide (inn)", "117748-ep2298768a1", "dtpa-sms", "pentetoreotide (jan)", "ac1lcs5n", "138661-02-6[rn]", "d01859", "ls-187384", "sdz 215-811", "unii-g083b71p98", "pentetreotide [ban:inn][inn]", "138661-02-6", "sdz 215-811s"}|>, "9018" -> <|"DatabaseID" -> "SW04298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552183]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)NC(=O)CN(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01859"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentetreotide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636392]}, "Synonyms" -> {"pentetreotide", "pentetoreotide", "117748-ep2272827a1", "pentetreotide (inn)", "117748-ep2298768a1", "dtpa-sms", "pentetoreotide (jan)", "ac1lcs5n", "138661-02-6[rn]", "d01859", "ls-187384", "sdz 215-811", "unii-g083b71p98", "pentetreotide [ban:inn][inn]", "138661-02-6", "sdz 215-811s"}|>, "9019" -> <|"DatabaseID" -> "SW04298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552183]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)NC(=O)CN(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01859"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentetreotide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636392]}, "Synonyms" -> {"pentetreotide", "pentetoreotide", "117748-ep2272827a1", "pentetreotide (inn)", "117748-ep2298768a1", "dtpa-sms", "pentetoreotide (jan)", "ac1lcs5n", "138661-02-6[rn]", "d01859", "ls-187384", "sdz 215-811", "unii-g083b71p98", "pentetreotide [ban:inn][inn]", "138661-02-6", "sdz 215-811s"}|>, "9020" -> <|"DatabaseID" -> "SW04298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552183]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)NC(=O)CN(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01859"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentetreotide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636392]}, "Synonyms" -> {"pentetreotide", "pentetoreotide", "117748-ep2272827a1", "pentetreotide (inn)", "117748-ep2298768a1", "dtpa-sms", "pentetoreotide (jan)", "ac1lcs5n", "138661-02-6[rn]", "d01859", "ls-187384", "sdz 215-811", "unii-g083b71p98", "pentetreotide [ban:inn][inn]", "138661-02-6", "sdz 215-811s"}|>, "9021" -> <|"DatabaseID" -> "SW04298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552183]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)NC(=O)CN(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01859"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentetreotide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636392]}, "Synonyms" -> {"pentetreotide", "pentetoreotide", "117748-ep2272827a1", "pentetreotide (inn)", "117748-ep2298768a1", "dtpa-sms", "pentetoreotide (jan)", "ac1lcs5n", "138661-02-6[rn]", "d01859", "ls-187384", "sdz 215-811", "unii-g083b71p98", "pentetreotide [ban:inn][inn]", "138661-02-6", "sdz 215-811s"}|>, "9022" -> <|"DatabaseID" -> "SW04298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552183]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)NC(=O)CN(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01859"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentetreotide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636392]}, "Synonyms" -> {"pentetreotide", "pentetoreotide", "117748-ep2272827a1", "pentetreotide (inn)", "117748-ep2298768a1", "dtpa-sms", "pentetoreotide (jan)", "ac1lcs5n", "138661-02-6[rn]", "d01859", "ls-187384", "sdz 215-811", "unii-g083b71p98", "pentetreotide [ban:inn][inn]", "138661-02-6", "sdz 215-811s"}|>, "9023" -> <|"DatabaseID" -> "SW04298", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552183]}, "IsomericSmiles" -> "CC(C1C(=O)NC(CSSCC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)N1)CCCC[NH3+])Cc2c[nH]c3c2cccc3)Cc4ccccc4)NC(=O)C(Cc5ccccc5)NC(=O)CN(CCN(CC[NH+](CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])CC(=O)[O-])C(=O)NC(CO)C(C)O)O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01859"]}, "OfficialNames" -> <|"NPC Approved Name" -> "pentetreotide"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636392]}, "Synonyms" -> {"pentetreotide", "pentetoreotide", "117748-ep2272827a1", "pentetreotide (inn)", "117748-ep2298768a1", "dtpa-sms", "pentetoreotide (jan)", "ac1lcs5n", "138661-02-6[rn]", "d01859", "ls-187384", "sdz 215-811", "unii-g083b71p98", "pentetreotide [ban:inn][inn]", "138661-02-6", "sdz 215-811s"}|>, "9024" -> <|"DatabaseID" -> "SW04300", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "337298"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482301]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00106"]}, "IsomericSmiles" -> "C[C@H](C(=O)N)NC(=O)[C@@H]1CCCN1C(=O)[C@H](CCCC[NH2+]C(C)C)NC(=O)[C@H](CC(C)C)NC(=O)[C@@H](CC(=O)N)NC(=O)[C@H](Cc2ccc(cc2)O)N(C)C(=O)[C@H](CO)NC(=O)[C@@H](Cc3cccnc3)NC(=O)[C@@H](Cc4ccc(cc4)Cl)NC(=O)[C@@H](Cc5ccc6ccccc6c5)NC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D02738"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "ABARELIX"|>, "PharmGKBID" -> "PA164754915", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131215]}, "Synonyms" -> {"abarelix", "plenaxis", "ppi-149", "gnrh receptor", "abarelix [inn_en]", "chembl1252", "plenaxis depot", "chebi:337298", "plenaxis (tn)", "r-3827", "abarelix (usan/inn)", "183552-38-7[rn]", "abarelix [usan]", "gnrh-r", "(2r)-n1-[(2s)-1-{[(2s)-1-[(2s)-2-{[(2r)-1-amino-1-oxopropan-2-yl]carbamoyl}pyrrolidin-1-yl]-6-(isopropylamino)-1-oxohexan-2-yl]amino}-4-methyl-1-oxopentan-2-yl]-2-{[(2s,5s,8r,11r,14r)-11-(4-chlorobenzyl)-2-(4-hydroxybenzyl)-5-(hydroxymethyl)-3-methyl-14-(2-naphthylmethyl)-4,7,10,13,16-pentaoxo-8-(pyridin-3-ylmethyl)-3,6,9,12,15-pentaazaheptadecan-1-oyl]amino}succinamide (non-preferred name)", "abarelix-depot-m", "r3827", "n-acetyl-3-(2-naphthyl)-d-alanyl-4-chloro-d-phenylalanyl-3-(3-pyridyl)-d-alanyl-l-seryl-n-methyl-l-tyrosyl-d-asparaginyl-l-leucyl-n6-isopropyl-l-lysyl-l-prolyl-d-alaninamide"}|>, "9025" -> <|"DatabaseID" -> "SW04301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5145999]}, "IsomericSmiles" -> "CC[C@H](C)[C@H]1C(=O)N[C@@H](C(=O)N[C@H](C(=O)N[C@@H](C(=O)N[C@H](C(=O)NCCCC[C@@H](C(=O)N[C@@H](C(=O)N1)CCC[NH3+])NC(=O)[C@H]([C@@H](C)CC)NC(=O)[C@@H](CCC(=O)[O-])NC(=O)[C@H](CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])Cc3cnc[nH]3)Cc4ccccc4", "OfficialNames" -> <|"NPC Approved Name" -> "bacitracinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6714010]}, "Synonyms" -> {"prestwick2_000919", "bacitracina", "bspbio_000798", "bacitracin a", "bacitracine", "ac1o8q0j", "1405-87-4[rn]", "prestwick1_000919", "prestwick3_000919", "bacitracin", "bacitracinum"}|>, "9026" -> <|"DatabaseID" -> "SW04301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5145999]}, "IsomericSmiles" -> "CC[C@H](C)[C@H]1C(=O)N[C@@H](C(=O)N[C@H](C(=O)N[C@@H](C(=O)N[C@H](C(=O)NCCCC[C@@H](C(=O)N[C@@H](C(=O)N1)CCC[NH3+])NC(=O)[C@H]([C@@H](C)CC)NC(=O)[C@@H](CCC(=O)[O-])NC(=O)[C@H](CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])Cc3cnc[nH]3)Cc4ccccc4", "OfficialNames" -> <|"NPC Approved Name" -> "bacitracinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6714010]}, "Synonyms" -> {"prestwick2_000919", "bacitracina", "bspbio_000798", "bacitracin a", "bacitracine", "ac1o8q0j", "1405-87-4[rn]", "prestwick1_000919", "prestwick3_000919", "bacitracin", "bacitracinum"}|>, "9027" -> <|"DatabaseID" -> "SW04301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5145999]}, "IsomericSmiles" -> "CC[C@H](C)[C@H]1C(=O)N[C@@H](C(=O)N[C@H](C(=O)N[C@@H](C(=O)N[C@H](C(=O)NCCCC[C@@H](C(=O)N[C@@H](C(=O)N1)CCC[NH3+])NC(=O)[C@H]([C@@H](C)CC)NC(=O)[C@@H](CCC(=O)[O-])NC(=O)[C@H](CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])Cc3cnc[nH]3)Cc4ccccc4", "OfficialNames" -> <|"NPC Approved Name" -> "bacitracinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6714010]}, "Synonyms" -> {"prestwick2_000919", "bacitracina", "bspbio_000798", "bacitracin a", "bacitracine", "ac1o8q0j", "1405-87-4[rn]", "prestwick1_000919", "prestwick3_000919", "bacitracin", "bacitracinum"}|>, "9028" -> <|"DatabaseID" -> "SW04301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5145999]}, "IsomericSmiles" -> "CC[C@H](C)[C@H]1C(=O)N[C@@H](C(=O)N[C@H](C(=O)N[C@@H](C(=O)N[C@H](C(=O)NCCCC[C@@H](C(=O)N[C@@H](C(=O)N1)CCC[NH3+])NC(=O)[C@H]([C@@H](C)CC)NC(=O)[C@@H](CCC(=O)[O-])NC(=O)[C@H](CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])Cc3cnc[nH]3)Cc4ccccc4", "OfficialNames" -> <|"NPC Approved Name" -> "bacitracinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6714010]}, "Synonyms" -> {"prestwick2_000919", "bacitracina", "bspbio_000798", "bacitracin a", "bacitracine", "ac1o8q0j", "1405-87-4[rn]", "prestwick1_000919", "prestwick3_000919", "bacitracin", "bacitracinum"}|>, "9029" -> <|"DatabaseID" -> "SW04301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5145999]}, "IsomericSmiles" -> "CC[C@H](C)[C@H]1C(=O)N[C@@H](C(=O)N[C@H](C(=O)N[C@@H](C(=O)N[C@H](C(=O)NCCCC[C@@H](C(=O)N[C@@H](C(=O)N1)CCC[NH3+])NC(=O)[C@H]([C@@H](C)CC)NC(=O)[C@@H](CCC(=O)[O-])NC(=O)[C@H](CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])Cc3cnc[nH]3)Cc4ccccc4", "OfficialNames" -> <|"NPC Approved Name" -> "bacitracinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6714010]}, "Synonyms" -> {"prestwick2_000919", "bacitracina", "bspbio_000798", "bacitracin a", "bacitracine", "ac1o8q0j", "1405-87-4[rn]", "prestwick1_000919", "prestwick3_000919", "bacitracin", "bacitracinum"}|>, "9030" -> <|"DatabaseID" -> "SW04301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5145999]}, "IsomericSmiles" -> "CC[C@H](C)[C@H]1C(=O)N[C@@H](C(=O)N[C@H](C(=O)N[C@@H](C(=O)N[C@H](C(=O)NCCCC[C@@H](C(=O)N[C@@H](C(=O)N1)CCC[NH3+])NC(=O)[C@H]([C@@H](C)CC)NC(=O)[C@@H](CCC(=O)[O-])NC(=O)[C@H](CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])Cc3cnc[nH]3)Cc4ccccc4", "OfficialNames" -> <|"NPC Approved Name" -> "bacitracinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6714010]}, "Synonyms" -> {"prestwick2_000919", "bacitracina", "bspbio_000798", "bacitracin a", "bacitracine", "ac1o8q0j", "1405-87-4[rn]", "prestwick1_000919", "prestwick3_000919", "bacitracin", "bacitracinum"}|>, "9031" -> <|"DatabaseID" -> "SW04301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5145999]}, "IsomericSmiles" -> "CC[C@H](C)[C@H]1C(=O)N[C@@H](C(=O)N[C@H](C(=O)N[C@@H](C(=O)N[C@H](C(=O)NCCCC[C@@H](C(=O)N[C@@H](C(=O)N1)CCC[NH3+])NC(=O)[C@H]([C@@H](C)CC)NC(=O)[C@@H](CCC(=O)[O-])NC(=O)[C@H](CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])Cc3cnc[nH]3)Cc4ccccc4", "OfficialNames" -> <|"NPC Approved Name" -> "bacitracinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6714010]}, "Synonyms" -> {"prestwick2_000919", "bacitracina", "bspbio_000798", "bacitracin a", "bacitracine", "ac1o8q0j", "1405-87-4[rn]", "prestwick1_000919", "prestwick3_000919", "bacitracin", "bacitracinum"}|>, "9032" -> <|"DatabaseID" -> "SW04301", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 5145999]}, "IsomericSmiles" -> "CC[C@H](C)[C@H]1C(=O)N[C@@H](C(=O)N[C@H](C(=O)N[C@@H](C(=O)N[C@H](C(=O)NCCCC[C@@H](C(=O)N[C@@H](C(=O)N1)CCC[NH3+])NC(=O)[C@H]([C@@H](C)CC)NC(=O)[C@@H](CCC(=O)[O-])NC(=O)[C@H](CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])Cc3cnc[nH]3)Cc4ccccc4", "OfficialNames" -> <|"NPC Approved Name" -> "bacitracinum"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6714010]}, "Synonyms" -> {"prestwick2_000919", "bacitracina", "bspbio_000798", "bacitracin a", "bacitracine", "ac1o8q0j", "1405-87-4[rn]", "prestwick1_000919", "prestwick3_000919", "bacitracin", "bacitracinum"}|>, "9033" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9034" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9035" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9036" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9037" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9038" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9039" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9040" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9041" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9042" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9043" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9044" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9045" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9046" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9047" -> <|"DatabaseID" -> "SW04302", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2340873]}, "IsomericSmiles" -> "CCC(C)C1C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NC(C(=O)NCCCCC(C(=O)NC(C(=O)N1)CCC[NH3+])NC(=O)C(C(C)CC)NC(=O)C(CCC(=O)[O-])NC(=O)C(CC(C)C)NC(=O)C2CSC(=N2)C(C(C)CC)[NH3+])CC(=O)N)CC(=O)[O-])CC3C=NC=[NH+]3)Cc4ccccc4", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03048"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "BACITRACIN ZINC"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3083711]}, "Synonyms" -> {"bacitracin zinc", "bacitracins zinc complex", "zinc bacitracin", "11031-59-7[rn]", "bacitracins zinc complex", "1405-89-6", "ac1mj14e", "bacitracin zinc/polymyxin b sulfate", "1405-89-6[rn]", "neosporin plus", "campho-phenique antibiotic plus pain relief ointment", "bacitracin[wiki]", "92528-87-5[rn]", "8028-08-8[rn]", "8028-35-1[rn]", "polymyxin b sulfate bacitracin zinc", "neobacimyx-h (veterinary)", "neo-polycin", "73560-74-4[rn]", "caswell no. 909a", "einecs 215-787-8", "8058-81-9[rn]", "1405-87-4 (parent)", "neobacimyx (veterinary)", "albac", "bacitracin zinc [ban]", "ziba-rx", "unii-89y4m234es", "cortisporin[wiki]", "1405-87-4[rn]", "215-787-8[einecs]"}|>, "9048" -> <|"DatabaseID" -> "SW04303", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59224"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00050"]}, "IsomericSmiles" -> "C[C@H](C(=O)N)NC(=O)[C@@H]1CCCN1C(=O)[C@H](CCCNC(=[NH2+])N)NC(=O)[C@H](CC(C)C)NC(=O)[C@@H](CCCNC(=O)N)NC(=O)[C@H](Cc2ccc(cc2)O)NC(=O)[C@H](CO)NC(=O)[C@@H](Cc3cccnc3)NC(=O)[C@@H](Cc4ccc(cc4)Cl)NC(=O)[C@@H](Cc5ccc6ccccc6c5)NC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D07665"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "CETRORELIX"|>, "Synonyms" -> {"cetrorelix", "cetrotide", "luteinizing hormone receptor", "lsh- r", "lhr", "lutropin-choriogonadotropic hormone receptor precursor", "lh/cg-r"}|>, "9049" -> <|"DatabaseID" -> "SW04305", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "28001"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 4925607], ExternalIdentifier["ChemSpiderID", 14253]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00512"]}, "IsomericSmiles" -> "C[C@H]1[C@H]([C@@](C[C@@H](O1)O[C@@H]2[C@H]([C@@H]([C@H](O[C@H]2Oc3c4cc5cc3Oc6ccc(cc6Cl)[C@H]([C@H](C(=O)N[C@H](C(=O)N[C@H]5C(=O)N[C@@H]7c8ccc(c(c8)-c9c(cc(cc9O)O)[C@H](NC(=O)[C@H]([C@@H](c1ccc(c(c1)Cl)O4)O)NC7=O)C(=O)[O-])O)CC(=O)N)NC(=O)[C@@H](CC(C)C)[NH2+]C)O)CO)O)O)(C)[NH3+])O", "OfficialNames" -> <|"China Approved Name" -> "vancomycin", "Indian Approved Name" -> "vancomycin", "WHO Essential Medicine" -> "vancomycin", "Australia Approved Name" -> "VANCOMYCIN", "FDA Approved Drug" -> "VANCOMYCIN HYDROCHLORIDE"|>, "PharmGKBID" -> "PA451850", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 6420023], ExternalIdentifier["PubChemCompoundID", 14969]}, "Synonyms" -> {"vancocin", "vancomycin", "vancoled", "vancor", "vancomycinum", "vancomycin hcl", "vancomycin[wiki][usp][usan]", "pcza361.19", "vancocin hcl", "vancomicina", "vancomycine", "lyphocin (lyphomed)", "215-772-6[einecs]", "van", "3132[beilstein]", "vancomycinum [inn-latin]", "vancomycinum[latin]", "chebi:28001", "vancomicina [inn-spanish]", "vancomycine[french][inn]", "64685-75-2[rn]", "1404-90-6[rn]", "vancomicina[spanish][inn]", "1404-93-9[rn]", "vancomycine [inn-french]", "cancocin hydrochloride", "vancomycin hydrochloride", "vansolin", "vancocine", "vanconcina a.p.", "vancomycin hydrochloride from streptomyces orientalis", "1404-93-9", "prestwick_816", "vancomycin cp", "vancomycin monohydrochloride", "chembl1200628", "molport-003-939-852", "vanoled", "v8138_sial", "vancomycin enterocaps"}|>, "9050" -> <|"DatabaseID" -> "SW04306", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31632"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 552174]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00569"]}, "IsomericSmiles" -> "CO[C@@H]1[C@@H]([C@H]([C@@H]([C@H](O1)COS(=O)(=O)[O-])O[C@H]2[C@@H]([C@H]([C@@H]([C@@H](O2)C(=O)[O-])O[C@@H]3[C@@H]([C@H]([C@@H]([C@H](O3)COS(=O)(=O)[O-])O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)C(=O)[O-])O[C@@H]5[C@@H]([C@H]([C@@H]([C@H](O5)COS(=O)(=O)[O-])O)O)NS(=O)(=O)[O-])O)O)OS(=O)(=O)[O-])NS(=O)(=O)[O-])O)OS(=O)(=O)[O-])O)NS(=O)(=O)[O-]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01844"]}, "OfficialNames" -> <|"Indian Approved Name" -> "fondaparinux sodium", "Australia Approved Name" -> "FONDAPARINUX SODIUM", "FDA Approved Drug" -> "FONDAPARINUX SODIUM"|>, "PharmGKBID" -> "PA164746297", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 636380]}, "Synonyms" -> {"fondaparinux sodium", "arixtra", "sr-90107a", "fondaparin sodium", "fondaparinux", "quixidar", "stuart factor", "arixtra[wiki]", "stuart- prower factor", "chembl1200644", "fondaparinux sodium (jan/usan)[jan][usan]", "ec 3.4.21.6", "337376-15-5", "ac1lcs4w", "114870-03-0[rn]", "arixtra (tn)", "org-31540", "coagulation factor x precursor"}|>, "9051" -> <|"DatabaseID" -> "SW04307", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31705"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3593]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01249"]}, "IsomericSmiles" -> "CC(=O)N(CC(CN(c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I)C(=O)C)O)c2c(c(c(c(c2I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01474"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IODIXANOL"|>, "PharmGKBID" -> "PA164783998", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3724]}, "Synonyms" -> {"visipaque", "indixanol", "iodixanol", "iodixanolum", "visipaque 320", "visipaque 270", "chebi:31705", "visipaque (tn)", "1,3-benzenedicarboxamide 5,5'-[(2-hydroxy-1,3-propanediyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "iodixanolum[latin]", "5,5'-[(2-hydroxypropane-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodobenzene-1,3-dicarboxamide]", "1,3-benzenedicarboxamide 5,5'-[(2-hydroxy-1,3-propanediyl)bis(acetylimino)]bis[n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5,5'-[(2-hydroxypropane-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide]", "iodixanol[wiki]", "92339-11-2", "iodixanolum [latin]", "iodixanol [usan:ban:inn][inn][usan]", "5,5'-((2-hydroxytrimethylene)bis(acetylimino))bis(n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide)", "1,3-benzenedicarboxamide 5,5'-((2-hydroxy-1,3-propanediyl)bis(acetylimino))bis(n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5,5'-[(2-hydroxypropan-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodbenzol-1,3-dicarboxamid]", "92339-11-2[rn]", "ccris 7567"}|>, "9052" -> <|"DatabaseID" -> "SW04307", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31705"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3593]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01249"]}, "IsomericSmiles" -> "CC(=O)N(CC(CN(c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I)C(=O)C)O)c2c(c(c(c(c2I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01474"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IODIXANOL"|>, "PharmGKBID" -> "PA164783998", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3724]}, "Synonyms" -> {"visipaque", "indixanol", "iodixanol", "iodixanolum", "visipaque 320", "visipaque 270", "chebi:31705", "visipaque (tn)", "1,3-benzenedicarboxamide 5,5'-[(2-hydroxy-1,3-propanediyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "iodixanolum[latin]", "5,5'-[(2-hydroxypropane-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodobenzene-1,3-dicarboxamide]", "1,3-benzenedicarboxamide 5,5'-[(2-hydroxy-1,3-propanediyl)bis(acetylimino)]bis[n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5,5'-[(2-hydroxypropane-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide]", "iodixanol[wiki]", "92339-11-2", "iodixanolum [latin]", "iodixanol [usan:ban:inn][inn][usan]", "5,5'-((2-hydroxytrimethylene)bis(acetylimino))bis(n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide)", "1,3-benzenedicarboxamide 5,5'-((2-hydroxy-1,3-propanediyl)bis(acetylimino))bis(n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5,5'-[(2-hydroxypropan-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodbenzol-1,3-dicarboxamid]", "92339-11-2[rn]", "ccris 7567"}|>, "9053" -> <|"DatabaseID" -> "SW04307", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31705"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3593]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01249"]}, "IsomericSmiles" -> "CC(=O)N(CC(CN(c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I)C(=O)C)O)c2c(c(c(c(c2I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01474"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IODIXANOL"|>, "PharmGKBID" -> "PA164783998", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3724]}, "Synonyms" -> {"visipaque", "indixanol", "iodixanol", "iodixanolum", "visipaque 320", "visipaque 270", "chebi:31705", "visipaque (tn)", "1,3-benzenedicarboxamide 5,5'-[(2-hydroxy-1,3-propanediyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "iodixanolum[latin]", "5,5'-[(2-hydroxypropane-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodobenzene-1,3-dicarboxamide]", "1,3-benzenedicarboxamide 5,5'-[(2-hydroxy-1,3-propanediyl)bis(acetylimino)]bis[n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5,5'-[(2-hydroxypropane-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide]", "iodixanol[wiki]", "92339-11-2", "iodixanolum [latin]", "iodixanol [usan:ban:inn][inn][usan]", "5,5'-((2-hydroxytrimethylene)bis(acetylimino))bis(n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide)", "1,3-benzenedicarboxamide 5,5'-((2-hydroxy-1,3-propanediyl)bis(acetylimino))bis(n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5,5'-[(2-hydroxypropan-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodbenzol-1,3-dicarboxamid]", "92339-11-2[rn]", "ccris 7567"}|>, "9054" -> <|"DatabaseID" -> "SW04307", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31705"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3593]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01249"]}, "IsomericSmiles" -> "CC(=O)N(CC(CN(c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I)C(=O)C)O)c2c(c(c(c(c2I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01474"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IODIXANOL"|>, "PharmGKBID" -> "PA164783998", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3724]}, "Synonyms" -> {"visipaque", "indixanol", "iodixanol", "iodixanolum", "visipaque 320", "visipaque 270", "chebi:31705", "visipaque (tn)", "1,3-benzenedicarboxamide 5,5'-[(2-hydroxy-1,3-propanediyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "iodixanolum[latin]", "5,5'-[(2-hydroxypropane-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodobenzene-1,3-dicarboxamide]", "1,3-benzenedicarboxamide 5,5'-[(2-hydroxy-1,3-propanediyl)bis(acetylimino)]bis[n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5,5'-[(2-hydroxypropane-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide]", "iodixanol[wiki]", "92339-11-2", "iodixanolum [latin]", "iodixanol [usan:ban:inn][inn][usan]", "5,5'-((2-hydroxytrimethylene)bis(acetylimino))bis(n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide)", "1,3-benzenedicarboxamide 5,5'-((2-hydroxy-1,3-propanediyl)bis(acetylimino))bis(n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5,5'-[(2-hydroxypropan-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodbenzol-1,3-dicarboxamid]", "92339-11-2[rn]", "ccris 7567"}|>, "9055" -> <|"DatabaseID" -> "SW04307", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31705"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3593]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01249"]}, "IsomericSmiles" -> "CC(=O)N(CC(CN(c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I)C(=O)C)O)c2c(c(c(c(c2I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01474"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IODIXANOL"|>, "PharmGKBID" -> "PA164783998", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3724]}, "Synonyms" -> {"visipaque", "indixanol", "iodixanol", "iodixanolum", "visipaque 320", "visipaque 270", "chebi:31705", "visipaque (tn)", "1,3-benzenedicarboxamide 5,5'-[(2-hydroxy-1,3-propanediyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "iodixanolum[latin]", "5,5'-[(2-hydroxypropane-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodobenzene-1,3-dicarboxamide]", "1,3-benzenedicarboxamide 5,5'-[(2-hydroxy-1,3-propanediyl)bis(acetylimino)]bis[n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5,5'-[(2-hydroxypropane-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide]", "iodixanol[wiki]", "92339-11-2", "iodixanolum [latin]", "iodixanol [usan:ban:inn][inn][usan]", "5,5'-((2-hydroxytrimethylene)bis(acetylimino))bis(n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide)", "1,3-benzenedicarboxamide 5,5'-((2-hydroxy-1,3-propanediyl)bis(acetylimino))bis(n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5,5'-[(2-hydroxypropan-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodbenzol-1,3-dicarboxamid]", "92339-11-2[rn]", "ccris 7567"}|>, "9056" -> <|"DatabaseID" -> "SW04307", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "31705"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3593]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01249"]}, "IsomericSmiles" -> "CC(=O)N(CC(CN(c1c(c(c(c(c1I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I)C(=O)C)O)c2c(c(c(c(c2I)C(=O)NCC(CO)O)I)C(=O)NCC(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01474"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IODIXANOL"|>, "PharmGKBID" -> "PA164783998", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3724]}, "Synonyms" -> {"visipaque", "indixanol", "iodixanol", "iodixanolum", "visipaque 320", "visipaque 270", "chebi:31705", "visipaque (tn)", "1,3-benzenedicarboxamide 5,5'-[(2-hydroxy-1,3-propanediyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "iodixanolum[latin]", "5,5'-[(2-hydroxypropane-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodobenzene-1,3-dicarboxamide]", "1,3-benzenedicarboxamide 5,5'-[(2-hydroxy-1,3-propanediyl)bis(acetylimino)]bis[n1,n3-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5,5'-[(2-hydroxypropane-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide]", "iodixanol[wiki]", "92339-11-2", "iodixanolum [latin]", "iodixanol [usan:ban:inn][inn][usan]", "5,5'-((2-hydroxytrimethylene)bis(acetylimino))bis(n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide)", "1,3-benzenedicarboxamide 5,5'-((2-hydroxy-1,3-propanediyl)bis(acetylimino))bis(n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodo-", "5,5'-[(2-hydroxypropan-1,3-diyl)bis(acetylimino)]bis[n,n'-bis(2,3-dihydroxypropyl)-2,4,6-triiodbenzol-1,3-dicarboxamid]", "92339-11-2[rn]", "ccris 7567"}|>, "9057" -> <|"DatabaseID" -> "SW04308", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17289057]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)O[C@H]2[C@H]([C@@H](O[C@H]3[C@@H]2OC(=O)c4cc(c(c(c4-c5c(cc(c(c5O)O)Oc6c(cc(c(c6O)O)O)C(=O)O[C@@H]7[C@H]([C@H]8[C@@H](COC(=O)c9cc(c(c(c9-c1c(cc(c(c1O)O)O)C(=O)O8)O)O)O)O[C@H]7O)OC(=O)c1cc(c(c(c1)O)O)O)C(=O)OC3)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "oenothein a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16132398]}, "Synonyms" -> {"ls-71683", "d-glucose", "oenothein b", "104987-36-2"}|>, "9058" -> <|"DatabaseID" -> "SW04309", "IsomericSmiles" -> "CCNC(=[NH+]CCCC[C@H](C(=O)N[C@@H](CC(C)C)C(=O)N[C@@H](CCCC[NH+]=C(NCC)NCC)C(=O)N1CCC[C@H]1C(=O)N[C@H](C)C(=O)N)NC(=O)[C@H](Cc2ccc(cc2)O)NC(=O)[C@H](CO)NC(=O)[C@@H](Cc3cccnc3)NC(=O)[C@@H](Cc4ccc(cc4)Cl)NC(=O)[C@@H](Cc5ccc6ccccc6c5)NC(=O)C)NCC", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04302"], ExternalIdentifier["KEGGID", "D08010"]}, "OfficialNames" -> <|"Indian Approved Name" -> "ganirelix", "FDA Approved Drug" -> "GANIRELIX ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 23724914], ExternalIdentifier["PubChemCompoundID", 16130957]}, "Synonyms" -> {"rs-26306", "ganirelix acetate injection (tn)", "chembl1251", "ganirelix acetate (jan/usan)", "chebi:336376", "ganirest (tn)", "d04302", "ganirelix acetate injection", "ganirelix", "antagon", "d08010", "orgalutran (tn)", "ganirelix (inn)", "orgalutran", "ls-187280", "org-37462", "ganirelix acetate", "ganirest"}|>, "9059" -> <|"DatabaseID" -> "SW04310", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10278553]}, "IsomericSmiles" -> "C[C@@H]1O[C@H]([C@@H]([C@@H]([C@H]1O)O)O)O[C@@H]2[C@H]([C@@H](O[C@@H]([C@@H]2OC(=O)/C=C/c3ccc(cc3)OC)C)OC(=O)[C@]45[C@H](C6=CC[C@@H]7[C@@]8([C@H]([C@@]([C@H]([C@H](C8)O)O[C@@H]9O[C@@H]([C@H]([C@@H]([C@H]9O)O)O)CO)(C(=O)[O-])C)CC[C@]7([C@@]6(CC4)CO)C)C)C[C@@](CC5)(C)C)O[C@@H]1O[C@H]([C@@H]([C@H]([C@H]1O)O)O[C@@H]1OC[C@H]([C@@H]([C@H]1O)O)O[C@@H]1O[C@@H]([C@@H]([C@@H]([C@H]1O)O)O)CO)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "onjisaponin b"|>, "Synonyms" -> {"onjisaponin b"}|>, "9060" -> <|"DatabaseID" -> "SW04311", "IsomericSmiles" -> "CC[C@H](C)[C@@H](C(=O)NCC(=O)N[C@@H](Cc1ccccc1)C(=O)N[C@@H](CCC(=O)[O-])C(=O)N[C@@H](C(C)C)C(=O)N[C@@H](CCC(=O)N)C(=O)N[C@@H](CCC(=O)[O-])C(=O)N[C@@H](CCC(=O)[O-])C(=O)[O-])NC(=O)[C@H]([C@@H](C)O)NC(=O)[C@H](C)NC(=O)[C@H](CCCCNC(=O)CCCC[C@@H]2CCSS2)NC(=O)[C@H](CC(=O)[O-])NC(=O)C", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "r-glutamyl-valyl-glutamic acid"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 49792013]}, "Synonyms" -> {"n-acetyl-l-alpha-aspartyl-n(6)-{5-[(3r)-1", "n-ac-asp-n(6)-{5-[(3r)-1", "chebi:60738", "n-ac-asp-n(6)-{(r)-lipoyl}-katigfevqee", "lipoated pdc-e2 173-184 peptide"}|>, "9061" -> <|"DatabaseID" -> "SW04312", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "600103"]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00080"]}, "IsomericSmiles" -> "CCCCCCCCCC(=O)N[C@@H](Cc1c[nH]c2c1cccc2)C(=O)N[C@H](CC(=O)N)C(=O)N[C@@H](CC(=O)[O-])C(=O)N[C@H]3[C@H](OC(=O)[C@@H](NC(=O)[C@@H](NC(=O)[C@H](NC(=O)CNC(=O)[C@@H](NC(=O)[C@H](NC(=O)[C@@H](NC(=O)[C@@H](NC(=O)CNC3=O)CCC[NH3+])CC(=O)[O-])C)CC(=O)[O-])CO)[C@H](C)CC(=O)[O-])CC(=O)c4ccccc4N)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01080"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DAPTOMYCIN"|>, "Synonyms" -> {"cubicin", "daptomycin"}|>, "9062" -> <|"DatabaseID" -> "SW04313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3607]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I)C(=O)CC(=O)N(C)c2c(c(c(c(c2I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTROLAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3738]}, "Synonyms" -> {"iotrol", "iotrovist", "isovist 300", "iotrolan", "dl 3-117", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis{n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodobenzene-1,3-dicarboxamide}", "5,5'-[malonylbis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodoisophthalamide]", "iotrolum[latin]", "iotrolanum [latin]", "79770-24-4[rn]", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide]", "iotrolanum[latin]", "isovist[wiki]", "1,3-benzenedicarboxamide 5,5'-((1,3-dioxo-1,3-propanediyl)bis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodo-", "iotrolum [inn-latin]", "sh 437", "isovist", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)isophthalamide]", "zk-39 482", "79770-24-4", "5,5'-(malonylbis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodoisophthalamide)", "dl-3117", "iotrolan [usan:ban:inn:jan][inn][jan][usan]", "iotrolan[wiki]", "5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-1,3-benzenedicarboxamide]", "2,4,6-triiodo-5-[methyl-[3-[methyl-[2,4,6-triiodo-3,5-bis(1,3,4-trihydroxybutan-2-ylcarbamoyl)phenyl]amino]-3-oxopropanoyl]amino]-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide", "iotrolan (jan/usan)[jan][usan]", "isovist 300 (tn)", "1,3-benzenedicarboxamide 5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n1,n3-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-"}|>, "9063" -> <|"DatabaseID" -> "SW04313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3607]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I)C(=O)CC(=O)N(C)c2c(c(c(c(c2I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTROLAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3738]}, "Synonyms" -> {"iotrol", "iotrovist", "isovist 300", "iotrolan", "dl 3-117", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis{n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodobenzene-1,3-dicarboxamide}", "5,5'-[malonylbis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodoisophthalamide]", "iotrolum[latin]", "iotrolanum [latin]", "79770-24-4[rn]", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide]", "iotrolanum[latin]", "isovist[wiki]", "1,3-benzenedicarboxamide 5,5'-((1,3-dioxo-1,3-propanediyl)bis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodo-", "iotrolum [inn-latin]", "sh 437", "isovist", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)isophthalamide]", "zk-39 482", "79770-24-4", "5,5'-(malonylbis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodoisophthalamide)", "dl-3117", "iotrolan [usan:ban:inn:jan][inn][jan][usan]", "iotrolan[wiki]", "5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-1,3-benzenedicarboxamide]", "2,4,6-triiodo-5-[methyl-[3-[methyl-[2,4,6-triiodo-3,5-bis(1,3,4-trihydroxybutan-2-ylcarbamoyl)phenyl]amino]-3-oxopropanoyl]amino]-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide", "iotrolan (jan/usan)[jan][usan]", "isovist 300 (tn)", "1,3-benzenedicarboxamide 5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n1,n3-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-"}|>, "9064" -> <|"DatabaseID" -> "SW04313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3607]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I)C(=O)CC(=O)N(C)c2c(c(c(c(c2I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTROLAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3738]}, "Synonyms" -> {"iotrol", "iotrovist", "isovist 300", "iotrolan", "dl 3-117", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis{n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodobenzene-1,3-dicarboxamide}", "5,5'-[malonylbis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodoisophthalamide]", "iotrolum[latin]", "iotrolanum [latin]", "79770-24-4[rn]", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide]", "iotrolanum[latin]", "isovist[wiki]", "1,3-benzenedicarboxamide 5,5'-((1,3-dioxo-1,3-propanediyl)bis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodo-", "iotrolum [inn-latin]", "sh 437", "isovist", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)isophthalamide]", "zk-39 482", "79770-24-4", "5,5'-(malonylbis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodoisophthalamide)", "dl-3117", "iotrolan [usan:ban:inn:jan][inn][jan][usan]", "iotrolan[wiki]", "5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-1,3-benzenedicarboxamide]", "2,4,6-triiodo-5-[methyl-[3-[methyl-[2,4,6-triiodo-3,5-bis(1,3,4-trihydroxybutan-2-ylcarbamoyl)phenyl]amino]-3-oxopropanoyl]amino]-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide", "iotrolan (jan/usan)[jan][usan]", "isovist 300 (tn)", "1,3-benzenedicarboxamide 5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n1,n3-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-"}|>, "9065" -> <|"DatabaseID" -> "SW04313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3607]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I)C(=O)CC(=O)N(C)c2c(c(c(c(c2I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTROLAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3738]}, "Synonyms" -> {"iotrol", "iotrovist", "isovist 300", "iotrolan", "dl 3-117", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis{n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodobenzene-1,3-dicarboxamide}", "5,5'-[malonylbis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodoisophthalamide]", "iotrolum[latin]", "iotrolanum [latin]", "79770-24-4[rn]", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide]", "iotrolanum[latin]", "isovist[wiki]", "1,3-benzenedicarboxamide 5,5'-((1,3-dioxo-1,3-propanediyl)bis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodo-", "iotrolum [inn-latin]", "sh 437", "isovist", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)isophthalamide]", "zk-39 482", "79770-24-4", "5,5'-(malonylbis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodoisophthalamide)", "dl-3117", "iotrolan [usan:ban:inn:jan][inn][jan][usan]", "iotrolan[wiki]", "5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-1,3-benzenedicarboxamide]", "2,4,6-triiodo-5-[methyl-[3-[methyl-[2,4,6-triiodo-3,5-bis(1,3,4-trihydroxybutan-2-ylcarbamoyl)phenyl]amino]-3-oxopropanoyl]amino]-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide", "iotrolan (jan/usan)[jan][usan]", "isovist 300 (tn)", "1,3-benzenedicarboxamide 5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n1,n3-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-"}|>, "9066" -> <|"DatabaseID" -> "SW04313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3607]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I)C(=O)CC(=O)N(C)c2c(c(c(c(c2I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTROLAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3738]}, "Synonyms" -> {"iotrol", "iotrovist", "isovist 300", "iotrolan", "dl 3-117", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis{n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodobenzene-1,3-dicarboxamide}", "5,5'-[malonylbis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodoisophthalamide]", "iotrolum[latin]", "iotrolanum [latin]", "79770-24-4[rn]", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide]", "iotrolanum[latin]", "isovist[wiki]", "1,3-benzenedicarboxamide 5,5'-((1,3-dioxo-1,3-propanediyl)bis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodo-", "iotrolum [inn-latin]", "sh 437", "isovist", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)isophthalamide]", "zk-39 482", "79770-24-4", "5,5'-(malonylbis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodoisophthalamide)", "dl-3117", "iotrolan [usan:ban:inn:jan][inn][jan][usan]", "iotrolan[wiki]", "5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-1,3-benzenedicarboxamide]", "2,4,6-triiodo-5-[methyl-[3-[methyl-[2,4,6-triiodo-3,5-bis(1,3,4-trihydroxybutan-2-ylcarbamoyl)phenyl]amino]-3-oxopropanoyl]amino]-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide", "iotrolan (jan/usan)[jan][usan]", "isovist 300 (tn)", "1,3-benzenedicarboxamide 5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n1,n3-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-"}|>, "9067" -> <|"DatabaseID" -> "SW04313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3607]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I)C(=O)CC(=O)N(C)c2c(c(c(c(c2I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTROLAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3738]}, "Synonyms" -> {"iotrol", "iotrovist", "isovist 300", "iotrolan", "dl 3-117", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis{n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodobenzene-1,3-dicarboxamide}", "5,5'-[malonylbis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodoisophthalamide]", "iotrolum[latin]", "iotrolanum [latin]", "79770-24-4[rn]", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide]", "iotrolanum[latin]", "isovist[wiki]", "1,3-benzenedicarboxamide 5,5'-((1,3-dioxo-1,3-propanediyl)bis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodo-", "iotrolum [inn-latin]", "sh 437", "isovist", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)isophthalamide]", "zk-39 482", "79770-24-4", "5,5'-(malonylbis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodoisophthalamide)", "dl-3117", "iotrolan [usan:ban:inn:jan][inn][jan][usan]", "iotrolan[wiki]", "5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-1,3-benzenedicarboxamide]", "2,4,6-triiodo-5-[methyl-[3-[methyl-[2,4,6-triiodo-3,5-bis(1,3,4-trihydroxybutan-2-ylcarbamoyl)phenyl]amino]-3-oxopropanoyl]amino]-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide", "iotrolan (jan/usan)[jan][usan]", "isovist 300 (tn)", "1,3-benzenedicarboxamide 5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n1,n3-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-"}|>, "9068" -> <|"DatabaseID" -> "SW04313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3607]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I)C(=O)CC(=O)N(C)c2c(c(c(c(c2I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTROLAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3738]}, "Synonyms" -> {"iotrol", "iotrovist", "isovist 300", "iotrolan", "dl 3-117", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis{n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodobenzene-1,3-dicarboxamide}", "5,5'-[malonylbis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodoisophthalamide]", "iotrolum[latin]", "iotrolanum [latin]", "79770-24-4[rn]", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide]", "iotrolanum[latin]", "isovist[wiki]", "1,3-benzenedicarboxamide 5,5'-((1,3-dioxo-1,3-propanediyl)bis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodo-", "iotrolum [inn-latin]", "sh 437", "isovist", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)isophthalamide]", "zk-39 482", "79770-24-4", "5,5'-(malonylbis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodoisophthalamide)", "dl-3117", "iotrolan [usan:ban:inn:jan][inn][jan][usan]", "iotrolan[wiki]", "5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-1,3-benzenedicarboxamide]", "2,4,6-triiodo-5-[methyl-[3-[methyl-[2,4,6-triiodo-3,5-bis(1,3,4-trihydroxybutan-2-ylcarbamoyl)phenyl]amino]-3-oxopropanoyl]amino]-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide", "iotrolan (jan/usan)[jan][usan]", "isovist 300 (tn)", "1,3-benzenedicarboxamide 5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n1,n3-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-"}|>, "9069" -> <|"DatabaseID" -> "SW04313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3607]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I)C(=O)CC(=O)N(C)c2c(c(c(c(c2I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTROLAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3738]}, "Synonyms" -> {"iotrol", "iotrovist", "isovist 300", "iotrolan", "dl 3-117", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis{n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodobenzene-1,3-dicarboxamide}", "5,5'-[malonylbis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodoisophthalamide]", "iotrolum[latin]", "iotrolanum [latin]", "79770-24-4[rn]", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide]", "iotrolanum[latin]", "isovist[wiki]", "1,3-benzenedicarboxamide 5,5'-((1,3-dioxo-1,3-propanediyl)bis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodo-", "iotrolum [inn-latin]", "sh 437", "isovist", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)isophthalamide]", "zk-39 482", "79770-24-4", "5,5'-(malonylbis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodoisophthalamide)", "dl-3117", "iotrolan [usan:ban:inn:jan][inn][jan][usan]", "iotrolan[wiki]", "5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-1,3-benzenedicarboxamide]", "2,4,6-triiodo-5-[methyl-[3-[methyl-[2,4,6-triiodo-3,5-bis(1,3,4-trihydroxybutan-2-ylcarbamoyl)phenyl]amino]-3-oxopropanoyl]amino]-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide", "iotrolan (jan/usan)[jan][usan]", "isovist 300 (tn)", "1,3-benzenedicarboxamide 5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n1,n3-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-"}|>, "9070" -> <|"DatabaseID" -> "SW04313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3607]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I)C(=O)CC(=O)N(C)c2c(c(c(c(c2I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTROLAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3738]}, "Synonyms" -> {"iotrol", "iotrovist", "isovist 300", "iotrolan", "dl 3-117", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis{n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodobenzene-1,3-dicarboxamide}", "5,5'-[malonylbis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodoisophthalamide]", "iotrolum[latin]", "iotrolanum [latin]", "79770-24-4[rn]", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide]", "iotrolanum[latin]", "isovist[wiki]", "1,3-benzenedicarboxamide 5,5'-((1,3-dioxo-1,3-propanediyl)bis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodo-", "iotrolum [inn-latin]", "sh 437", "isovist", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)isophthalamide]", "zk-39 482", "79770-24-4", "5,5'-(malonylbis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodoisophthalamide)", "dl-3117", "iotrolan [usan:ban:inn:jan][inn][jan][usan]", "iotrolan[wiki]", "5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-1,3-benzenedicarboxamide]", "2,4,6-triiodo-5-[methyl-[3-[methyl-[2,4,6-triiodo-3,5-bis(1,3,4-trihydroxybutan-2-ylcarbamoyl)phenyl]amino]-3-oxopropanoyl]amino]-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide", "iotrolan (jan/usan)[jan][usan]", "isovist 300 (tn)", "1,3-benzenedicarboxamide 5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n1,n3-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-"}|>, "9071" -> <|"DatabaseID" -> "SW04313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3607]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I)C(=O)CC(=O)N(C)c2c(c(c(c(c2I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTROLAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3738]}, "Synonyms" -> {"iotrol", "iotrovist", "isovist 300", "iotrolan", "dl 3-117", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis{n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodobenzene-1,3-dicarboxamide}", "5,5'-[malonylbis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodoisophthalamide]", "iotrolum[latin]", "iotrolanum [latin]", "79770-24-4[rn]", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide]", "iotrolanum[latin]", "isovist[wiki]", "1,3-benzenedicarboxamide 5,5'-((1,3-dioxo-1,3-propanediyl)bis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodo-", "iotrolum [inn-latin]", "sh 437", "isovist", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)isophthalamide]", "zk-39 482", "79770-24-4", "5,5'-(malonylbis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodoisophthalamide)", "dl-3117", "iotrolan [usan:ban:inn:jan][inn][jan][usan]", "iotrolan[wiki]", "5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-1,3-benzenedicarboxamide]", "2,4,6-triiodo-5-[methyl-[3-[methyl-[2,4,6-triiodo-3,5-bis(1,3,4-trihydroxybutan-2-ylcarbamoyl)phenyl]amino]-3-oxopropanoyl]amino]-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide", "iotrolan (jan/usan)[jan][usan]", "isovist 300 (tn)", "1,3-benzenedicarboxamide 5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n1,n3-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-"}|>, "9072" -> <|"DatabaseID" -> "SW04313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3607]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I)C(=O)CC(=O)N(C)c2c(c(c(c(c2I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTROLAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3738]}, "Synonyms" -> {"iotrol", "iotrovist", "isovist 300", "iotrolan", "dl 3-117", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis{n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodobenzene-1,3-dicarboxamide}", "5,5'-[malonylbis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodoisophthalamide]", "iotrolum[latin]", "iotrolanum [latin]", "79770-24-4[rn]", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide]", "iotrolanum[latin]", "isovist[wiki]", "1,3-benzenedicarboxamide 5,5'-((1,3-dioxo-1,3-propanediyl)bis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodo-", "iotrolum [inn-latin]", "sh 437", "isovist", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)isophthalamide]", "zk-39 482", "79770-24-4", "5,5'-(malonylbis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodoisophthalamide)", "dl-3117", "iotrolan [usan:ban:inn:jan][inn][jan][usan]", "iotrolan[wiki]", "5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-1,3-benzenedicarboxamide]", "2,4,6-triiodo-5-[methyl-[3-[methyl-[2,4,6-triiodo-3,5-bis(1,3,4-trihydroxybutan-2-ylcarbamoyl)phenyl]amino]-3-oxopropanoyl]amino]-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide", "iotrolan (jan/usan)[jan][usan]", "isovist 300 (tn)", "1,3-benzenedicarboxamide 5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n1,n3-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-"}|>, "9073" -> <|"DatabaseID" -> "SW04313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3607]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I)C(=O)CC(=O)N(C)c2c(c(c(c(c2I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTROLAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3738]}, "Synonyms" -> {"iotrol", "iotrovist", "isovist 300", "iotrolan", "dl 3-117", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis{n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodobenzene-1,3-dicarboxamide}", "5,5'-[malonylbis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodoisophthalamide]", "iotrolum[latin]", "iotrolanum [latin]", "79770-24-4[rn]", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide]", "iotrolanum[latin]", "isovist[wiki]", "1,3-benzenedicarboxamide 5,5'-((1,3-dioxo-1,3-propanediyl)bis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodo-", "iotrolum [inn-latin]", "sh 437", "isovist", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)isophthalamide]", "zk-39 482", "79770-24-4", "5,5'-(malonylbis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodoisophthalamide)", "dl-3117", "iotrolan [usan:ban:inn:jan][inn][jan][usan]", "iotrolan[wiki]", "5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-1,3-benzenedicarboxamide]", "2,4,6-triiodo-5-[methyl-[3-[methyl-[2,4,6-triiodo-3,5-bis(1,3,4-trihydroxybutan-2-ylcarbamoyl)phenyl]amino]-3-oxopropanoyl]amino]-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide", "iotrolan (jan/usan)[jan][usan]", "isovist 300 (tn)", "1,3-benzenedicarboxamide 5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n1,n3-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-"}|>, "9074" -> <|"DatabaseID" -> "SW04313", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 3607]}, "IsomericSmiles" -> "CN(c1c(c(c(c(c1I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I)C(=O)CC(=O)N(C)c2c(c(c(c(c2I)C(=O)NC(CO)C(CO)O)I)C(=O)NC(CO)C(CO)O)I", "KEGGID" -> {ExternalIdentifier["KEGGID", "D01714"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "IOTROLAN"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3738]}, "Synonyms" -> {"iotrol", "iotrovist", "isovist 300", "iotrolan", "dl 3-117", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis{n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodobenzene-1,3-dicarboxamide}", "5,5'-[malonylbis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodoisophthalamide]", "iotrolum[latin]", "iotrolanum [latin]", "79770-24-4[rn]", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide]", "iotrolanum[latin]", "isovist[wiki]", "1,3-benzenedicarboxamide 5,5'-((1,3-dioxo-1,3-propanediyl)bis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodo-", "iotrolum [inn-latin]", "sh 437", "isovist", "5,5'-[(1,3-dioxopropane-1,3-diyl)bis(methylimino)]bis[2,4,6-triiodo-n,n'-bis(1,3,4-trihydroxybutan-2-yl)isophthalamide]", "zk-39 482", "79770-24-4", "5,5'-(malonylbis(methylimino))bis(n,n'-bis(2,3-dihydroxy-1-(hydroxymethyl)propyl)-2,4,6-triiodoisophthalamide)", "dl-3117", "iotrolan [usan:ban:inn:jan][inn][jan][usan]", "iotrolan[wiki]", "5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n,n'-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-1,3-benzenedicarboxamide]", "2,4,6-triiodo-5-[methyl-[3-[methyl-[2,4,6-triiodo-3,5-bis(1,3,4-trihydroxybutan-2-ylcarbamoyl)phenyl]amino]-3-oxopropanoyl]amino]-n,n'-bis(1,3,4-trihydroxybutan-2-yl)benzene-1,3-dicarboxamide", "iotrolan (jan/usan)[jan][usan]", "isovist 300 (tn)", "1,3-benzenedicarboxamide 5,5'-[(1,3-dioxo-1,3-propanediyl)bis(methylimino)]bis[n1,n3-bis[2,3-dihydroxy-1-(hydroxymethyl)propyl]-2,4,6-triiodo-"}|>, "9075" -> <|"DatabaseID" -> "SW04314", "IsomericSmiles" -> "C[C@H](C(=O)N)NC(=O)[C@@H]1CCCN1C(=O)[C@H](CCCC[NH2+]C(C)C)NC(=O)[C@H](CC(C)C)NC(=O)[C@@H](Cc2ccc(cc2)NC(=O)N)NC(=O)[C@H](Cc3ccc(cc3)NC(=O)[C@@H]4CC(=O)NC(=O)N4)NC(=O)[C@H](CO)NC(=O)[C@@H](Cc5cccnc5)NC(=O)[C@@H](Cc6ccc(cc6)Cl)NC(=O)[C@@H](Cc7ccc8ccccc8c7)NC(=O)C", "KEGGID" -> {ExternalIdentifier["KEGGID", "D09400"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "DEGARELIX ACETATE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16186010]}, "Synonyms" -> {"degarelix acetate", "degarelix acetate (jan)", "934016-19-0", "d09400", "asp-3550", "fe-200486", "gonax"}|>, "9076" -> <|"DatabaseID" -> "SW04315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187456]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01111"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC(C(C)O)C(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH2+]CS(=O)(=O)[O-])CC(C)C)CC(C)C)CC[NH2+]CS(=O)(=O)[O-])CC[NH2+]CS(=O)(=O)[O-])C(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "colistimethate sodium"|>, "PharmGKBID" -> "PA164749509", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216258]}, "Synonyms" -> {"coly-mycin m", "colistimethate sodium", "colistin sodium methanesulfonate", "colistimethate", "colistin methanesulfonate sodium salt", "colistin sulfomethate sodium", "colistrimethate sodium", "coly-mycin", "sodium colistimethate", "colistimethale sodium", "colimycin m", "colistin sodium methanesulfonate from bacillus colistinus", "8068-28-8[rn]", "sodium colistin methanesulfonate", "11048-71-8[rn]", "pentasodium 8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecane-1,15-disulfonate", "sodium colistinemethanesulfonate", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- pentasodium salt", "2680-63-9[rn]", "232-516-9[einecs]", "colistimethate sodium methanesulfonate", "12676-33-4[rn]", "8068-37-9[rn]", "colymycin m", "1867-68-1[rn]", "21362-08-3[rn]", "9005-49-6", "12705-41-8[rn]", "pentasodium colistinmethanesulfonate", "155704-91-9[rn]", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "pentanatrium-8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecan-1,15-disulfonat", "12768-67-1[rn]", "colistimethate sodium [usan:inn][inn][usan]", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- sodium salt (1:5)", "colistinmethanesulfonic acid sodium salt", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydrox", "coly-mycin injectable", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,", "colistinemethanesulfonate sodique", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-diisobutyl-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "37196-55-7[rn]", "11033-40-2[rn]", "colistin sulfomethate"}|>, "9077" -> <|"DatabaseID" -> "SW04315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187456]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01111"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC(C(C)O)C(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH2+]CS(=O)(=O)[O-])CC(C)C)CC(C)C)CC[NH2+]CS(=O)(=O)[O-])CC[NH2+]CS(=O)(=O)[O-])C(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "colistimethate sodium"|>, "PharmGKBID" -> "PA164749509", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216258]}, "Synonyms" -> {"coly-mycin m", "colistimethate sodium", "colistin sodium methanesulfonate", "colistimethate", "colistin methanesulfonate sodium salt", "colistin sulfomethate sodium", "colistrimethate sodium", "coly-mycin", "sodium colistimethate", "colistimethale sodium", "colimycin m", "colistin sodium methanesulfonate from bacillus colistinus", "8068-28-8[rn]", "sodium colistin methanesulfonate", "11048-71-8[rn]", "pentasodium 8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecane-1,15-disulfonate", "sodium colistinemethanesulfonate", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- pentasodium salt", "2680-63-9[rn]", "232-516-9[einecs]", "colistimethate sodium methanesulfonate", "12676-33-4[rn]", "8068-37-9[rn]", "colymycin m", "1867-68-1[rn]", "21362-08-3[rn]", "9005-49-6", "12705-41-8[rn]", "pentasodium colistinmethanesulfonate", "155704-91-9[rn]", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "pentanatrium-8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecan-1,15-disulfonat", "12768-67-1[rn]", "colistimethate sodium [usan:inn][inn][usan]", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- sodium salt (1:5)", "colistinmethanesulfonic acid sodium salt", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydrox", "coly-mycin injectable", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,", "colistinemethanesulfonate sodique", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-diisobutyl-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "37196-55-7[rn]", "11033-40-2[rn]", "colistin sulfomethate"}|>, "9078" -> <|"DatabaseID" -> "SW04315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187456]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01111"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC(C(C)O)C(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH2+]CS(=O)(=O)[O-])CC(C)C)CC(C)C)CC[NH2+]CS(=O)(=O)[O-])CC[NH2+]CS(=O)(=O)[O-])C(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "colistimethate sodium"|>, "PharmGKBID" -> "PA164749509", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216258]}, "Synonyms" -> {"coly-mycin m", "colistimethate sodium", "colistin sodium methanesulfonate", "colistimethate", "colistin methanesulfonate sodium salt", "colistin sulfomethate sodium", "colistrimethate sodium", "coly-mycin", "sodium colistimethate", "colistimethale sodium", "colimycin m", "colistin sodium methanesulfonate from bacillus colistinus", "8068-28-8[rn]", "sodium colistin methanesulfonate", "11048-71-8[rn]", "pentasodium 8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecane-1,15-disulfonate", "sodium colistinemethanesulfonate", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- pentasodium salt", "2680-63-9[rn]", "232-516-9[einecs]", "colistimethate sodium methanesulfonate", "12676-33-4[rn]", "8068-37-9[rn]", "colymycin m", "1867-68-1[rn]", "21362-08-3[rn]", "9005-49-6", "12705-41-8[rn]", "pentasodium colistinmethanesulfonate", "155704-91-9[rn]", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "pentanatrium-8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecan-1,15-disulfonat", "12768-67-1[rn]", "colistimethate sodium [usan:inn][inn][usan]", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- sodium salt (1:5)", "colistinmethanesulfonic acid sodium salt", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydrox", "coly-mycin injectable", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,", "colistinemethanesulfonate sodique", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-diisobutyl-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "37196-55-7[rn]", "11033-40-2[rn]", "colistin sulfomethate"}|>, "9079" -> <|"DatabaseID" -> "SW04315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187456]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01111"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC(C(C)O)C(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH2+]CS(=O)(=O)[O-])CC(C)C)CC(C)C)CC[NH2+]CS(=O)(=O)[O-])CC[NH2+]CS(=O)(=O)[O-])C(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "colistimethate sodium"|>, "PharmGKBID" -> "PA164749509", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216258]}, "Synonyms" -> {"coly-mycin m", "colistimethate sodium", "colistin sodium methanesulfonate", "colistimethate", "colistin methanesulfonate sodium salt", "colistin sulfomethate sodium", "colistrimethate sodium", "coly-mycin", "sodium colistimethate", "colistimethale sodium", "colimycin m", "colistin sodium methanesulfonate from bacillus colistinus", "8068-28-8[rn]", "sodium colistin methanesulfonate", "11048-71-8[rn]", "pentasodium 8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecane-1,15-disulfonate", "sodium colistinemethanesulfonate", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- pentasodium salt", "2680-63-9[rn]", "232-516-9[einecs]", "colistimethate sodium methanesulfonate", "12676-33-4[rn]", "8068-37-9[rn]", "colymycin m", "1867-68-1[rn]", "21362-08-3[rn]", "9005-49-6", "12705-41-8[rn]", "pentasodium colistinmethanesulfonate", "155704-91-9[rn]", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "pentanatrium-8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecan-1,15-disulfonat", "12768-67-1[rn]", "colistimethate sodium [usan:inn][inn][usan]", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- sodium salt (1:5)", "colistinmethanesulfonic acid sodium salt", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydrox", "coly-mycin injectable", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,", "colistinemethanesulfonate sodique", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-diisobutyl-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "37196-55-7[rn]", "11033-40-2[rn]", "colistin sulfomethate"}|>, "9080" -> <|"DatabaseID" -> "SW04315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187456]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01111"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC(C(C)O)C(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH2+]CS(=O)(=O)[O-])CC(C)C)CC(C)C)CC[NH2+]CS(=O)(=O)[O-])CC[NH2+]CS(=O)(=O)[O-])C(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "colistimethate sodium"|>, "PharmGKBID" -> "PA164749509", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216258]}, "Synonyms" -> {"coly-mycin m", "colistimethate sodium", "colistin sodium methanesulfonate", "colistimethate", "colistin methanesulfonate sodium salt", "colistin sulfomethate sodium", "colistrimethate sodium", "coly-mycin", "sodium colistimethate", "colistimethale sodium", "colimycin m", "colistin sodium methanesulfonate from bacillus colistinus", "8068-28-8[rn]", "sodium colistin methanesulfonate", "11048-71-8[rn]", "pentasodium 8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecane-1,15-disulfonate", "sodium colistinemethanesulfonate", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- pentasodium salt", "2680-63-9[rn]", "232-516-9[einecs]", "colistimethate sodium methanesulfonate", "12676-33-4[rn]", "8068-37-9[rn]", "colymycin m", "1867-68-1[rn]", "21362-08-3[rn]", "9005-49-6", "12705-41-8[rn]", "pentasodium colistinmethanesulfonate", "155704-91-9[rn]", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "pentanatrium-8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecan-1,15-disulfonat", "12768-67-1[rn]", "colistimethate sodium [usan:inn][inn][usan]", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- sodium salt (1:5)", "colistinmethanesulfonic acid sodium salt", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydrox", "coly-mycin injectable", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,", "colistinemethanesulfonate sodique", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-diisobutyl-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "37196-55-7[rn]", "11033-40-2[rn]", "colistin sulfomethate"}|>, "9081" -> <|"DatabaseID" -> "SW04315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187456]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01111"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC(C(C)O)C(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH2+]CS(=O)(=O)[O-])CC(C)C)CC(C)C)CC[NH2+]CS(=O)(=O)[O-])CC[NH2+]CS(=O)(=O)[O-])C(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "colistimethate sodium"|>, "PharmGKBID" -> "PA164749509", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216258]}, "Synonyms" -> {"coly-mycin m", "colistimethate sodium", "colistin sodium methanesulfonate", "colistimethate", "colistin methanesulfonate sodium salt", "colistin sulfomethate sodium", "colistrimethate sodium", "coly-mycin", "sodium colistimethate", "colistimethale sodium", "colimycin m", "colistin sodium methanesulfonate from bacillus colistinus", "8068-28-8[rn]", "sodium colistin methanesulfonate", "11048-71-8[rn]", "pentasodium 8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecane-1,15-disulfonate", "sodium colistinemethanesulfonate", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- pentasodium salt", "2680-63-9[rn]", "232-516-9[einecs]", "colistimethate sodium methanesulfonate", "12676-33-4[rn]", "8068-37-9[rn]", "colymycin m", "1867-68-1[rn]", "21362-08-3[rn]", "9005-49-6", "12705-41-8[rn]", "pentasodium colistinmethanesulfonate", "155704-91-9[rn]", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "pentanatrium-8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecan-1,15-disulfonat", "12768-67-1[rn]", "colistimethate sodium [usan:inn][inn][usan]", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- sodium salt (1:5)", "colistinmethanesulfonic acid sodium salt", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydrox", "coly-mycin injectable", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,", "colistinemethanesulfonate sodique", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-diisobutyl-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "37196-55-7[rn]", "11033-40-2[rn]", "colistin sulfomethate"}|>, "9082" -> <|"DatabaseID" -> "SW04315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187456]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01111"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC(C(C)O)C(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH2+]CS(=O)(=O)[O-])CC(C)C)CC(C)C)CC[NH2+]CS(=O)(=O)[O-])CC[NH2+]CS(=O)(=O)[O-])C(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "colistimethate sodium"|>, "PharmGKBID" -> "PA164749509", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216258]}, "Synonyms" -> {"coly-mycin m", "colistimethate sodium", "colistin sodium methanesulfonate", "colistimethate", "colistin methanesulfonate sodium salt", "colistin sulfomethate sodium", "colistrimethate sodium", "coly-mycin", "sodium colistimethate", "colistimethale sodium", "colimycin m", "colistin sodium methanesulfonate from bacillus colistinus", "8068-28-8[rn]", "sodium colistin methanesulfonate", "11048-71-8[rn]", "pentasodium 8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecane-1,15-disulfonate", "sodium colistinemethanesulfonate", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- pentasodium salt", "2680-63-9[rn]", "232-516-9[einecs]", "colistimethate sodium methanesulfonate", "12676-33-4[rn]", "8068-37-9[rn]", "colymycin m", "1867-68-1[rn]", "21362-08-3[rn]", "9005-49-6", "12705-41-8[rn]", "pentasodium colistinmethanesulfonate", "155704-91-9[rn]", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "pentanatrium-8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecan-1,15-disulfonat", "12768-67-1[rn]", "colistimethate sodium [usan:inn][inn][usan]", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- sodium salt (1:5)", "colistinmethanesulfonic acid sodium salt", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydrox", "coly-mycin injectable", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,", "colistinemethanesulfonate sodique", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-diisobutyl-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "37196-55-7[rn]", "11033-40-2[rn]", "colistin sulfomethate"}|>, "9083" -> <|"DatabaseID" -> "SW04315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187456]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01111"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC(C(C)O)C(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH2+]CS(=O)(=O)[O-])CC(C)C)CC(C)C)CC[NH2+]CS(=O)(=O)[O-])CC[NH2+]CS(=O)(=O)[O-])C(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "colistimethate sodium"|>, "PharmGKBID" -> "PA164749509", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216258]}, "Synonyms" -> {"coly-mycin m", "colistimethate sodium", "colistin sodium methanesulfonate", "colistimethate", "colistin methanesulfonate sodium salt", "colistin sulfomethate sodium", "colistrimethate sodium", "coly-mycin", "sodium colistimethate", "colistimethale sodium", "colimycin m", "colistin sodium methanesulfonate from bacillus colistinus", "8068-28-8[rn]", "sodium colistin methanesulfonate", "11048-71-8[rn]", "pentasodium 8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecane-1,15-disulfonate", "sodium colistinemethanesulfonate", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- pentasodium salt", "2680-63-9[rn]", "232-516-9[einecs]", "colistimethate sodium methanesulfonate", "12676-33-4[rn]", "8068-37-9[rn]", "colymycin m", "1867-68-1[rn]", "21362-08-3[rn]", "9005-49-6", "12705-41-8[rn]", "pentasodium colistinmethanesulfonate", "155704-91-9[rn]", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "pentanatrium-8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecan-1,15-disulfonat", "12768-67-1[rn]", "colistimethate sodium [usan:inn][inn][usan]", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- sodium salt (1:5)", "colistinmethanesulfonic acid sodium salt", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydrox", "coly-mycin injectable", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,", "colistinemethanesulfonate sodique", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-diisobutyl-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "37196-55-7[rn]", "11033-40-2[rn]", "colistin sulfomethate"}|>, "9084" -> <|"DatabaseID" -> "SW04315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187456]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01111"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC(C(C)O)C(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH2+]CS(=O)(=O)[O-])CC(C)C)CC(C)C)CC[NH2+]CS(=O)(=O)[O-])CC[NH2+]CS(=O)(=O)[O-])C(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "colistimethate sodium"|>, "PharmGKBID" -> "PA164749509", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216258]}, "Synonyms" -> {"coly-mycin m", "colistimethate sodium", "colistin sodium methanesulfonate", "colistimethate", "colistin methanesulfonate sodium salt", "colistin sulfomethate sodium", "colistrimethate sodium", "coly-mycin", "sodium colistimethate", "colistimethale sodium", "colimycin m", "colistin sodium methanesulfonate from bacillus colistinus", "8068-28-8[rn]", "sodium colistin methanesulfonate", "11048-71-8[rn]", "pentasodium 8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecane-1,15-disulfonate", "sodium colistinemethanesulfonate", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- pentasodium salt", "2680-63-9[rn]", "232-516-9[einecs]", "colistimethate sodium methanesulfonate", "12676-33-4[rn]", "8068-37-9[rn]", "colymycin m", "1867-68-1[rn]", "21362-08-3[rn]", "9005-49-6", "12705-41-8[rn]", "pentasodium colistinmethanesulfonate", "155704-91-9[rn]", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "pentanatrium-8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecan-1,15-disulfonat", "12768-67-1[rn]", "colistimethate sodium [usan:inn][inn][usan]", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- sodium salt (1:5)", "colistinmethanesulfonic acid sodium salt", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydrox", "coly-mycin injectable", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,", "colistinemethanesulfonate sodique", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-diisobutyl-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "37196-55-7[rn]", "11033-40-2[rn]", "colistin sulfomethate"}|>, "9085" -> <|"DatabaseID" -> "SW04315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187456]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01111"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC(C(C)O)C(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH2+]CS(=O)(=O)[O-])CC(C)C)CC(C)C)CC[NH2+]CS(=O)(=O)[O-])CC[NH2+]CS(=O)(=O)[O-])C(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "colistimethate sodium"|>, "PharmGKBID" -> "PA164749509", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216258]}, "Synonyms" -> {"coly-mycin m", "colistimethate sodium", "colistin sodium methanesulfonate", "colistimethate", "colistin methanesulfonate sodium salt", "colistin sulfomethate sodium", "colistrimethate sodium", "coly-mycin", "sodium colistimethate", "colistimethale sodium", "colimycin m", "colistin sodium methanesulfonate from bacillus colistinus", "8068-28-8[rn]", "sodium colistin methanesulfonate", "11048-71-8[rn]", "pentasodium 8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecane-1,15-disulfonate", "sodium colistinemethanesulfonate", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- pentasodium salt", "2680-63-9[rn]", "232-516-9[einecs]", "colistimethate sodium methanesulfonate", "12676-33-4[rn]", "8068-37-9[rn]", "colymycin m", "1867-68-1[rn]", "21362-08-3[rn]", "9005-49-6", "12705-41-8[rn]", "pentasodium colistinmethanesulfonate", "155704-91-9[rn]", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "pentanatrium-8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecan-1,15-disulfonat", "12768-67-1[rn]", "colistimethate sodium [usan:inn][inn][usan]", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- sodium salt (1:5)", "colistinmethanesulfonic acid sodium salt", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydrox", "coly-mycin injectable", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,", "colistinemethanesulfonate sodique", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-diisobutyl-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "37196-55-7[rn]", "11033-40-2[rn]", "colistin sulfomethate"}|>, "9086" -> <|"DatabaseID" -> "SW04315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187456]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01111"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC(C(C)O)C(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH2+]CS(=O)(=O)[O-])CC(C)C)CC(C)C)CC[NH2+]CS(=O)(=O)[O-])CC[NH2+]CS(=O)(=O)[O-])C(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "colistimethate sodium"|>, "PharmGKBID" -> "PA164749509", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216258]}, "Synonyms" -> {"coly-mycin m", "colistimethate sodium", "colistin sodium methanesulfonate", "colistimethate", "colistin methanesulfonate sodium salt", "colistin sulfomethate sodium", "colistrimethate sodium", "coly-mycin", "sodium colistimethate", "colistimethale sodium", "colimycin m", "colistin sodium methanesulfonate from bacillus colistinus", "8068-28-8[rn]", "sodium colistin methanesulfonate", "11048-71-8[rn]", "pentasodium 8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecane-1,15-disulfonate", "sodium colistinemethanesulfonate", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- pentasodium salt", "2680-63-9[rn]", "232-516-9[einecs]", "colistimethate sodium methanesulfonate", "12676-33-4[rn]", "8068-37-9[rn]", "colymycin m", "1867-68-1[rn]", "21362-08-3[rn]", "9005-49-6", "12705-41-8[rn]", "pentasodium colistinmethanesulfonate", "155704-91-9[rn]", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "pentanatrium-8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecan-1,15-disulfonat", "12768-67-1[rn]", "colistimethate sodium [usan:inn][inn][usan]", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- sodium salt (1:5)", "colistinmethanesulfonic acid sodium salt", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydrox", "coly-mycin injectable", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,", "colistinemethanesulfonate sodique", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-diisobutyl-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "37196-55-7[rn]", "11033-40-2[rn]", "colistin sulfomethate"}|>, "9087" -> <|"DatabaseID" -> "SW04315", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 187456]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "01111"]}, "IsomericSmiles" -> "CCC(C)CCCCC(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC(C(C)O)C(=O)NC(CC[NH2+]CS(=O)(=O)[O-])C(=O)NC1CCNC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC(=O)C(NC1=O)CC[NH2+]CS(=O)(=O)[O-])CC(C)C)CC(C)C)CC[NH2+]CS(=O)(=O)[O-])CC[NH2+]CS(=O)(=O)[O-])C(C)O", "OfficialNames" -> <|"Indian Approved Name" -> "colistimethate sodium"|>, "PharmGKBID" -> "PA164749509", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 216258]}, "Synonyms" -> {"coly-mycin m", "colistimethate sodium", "colistin sodium methanesulfonate", "colistimethate", "colistin methanesulfonate sodium salt", "colistin sulfomethate sodium", "colistrimethate sodium", "coly-mycin", "sodium colistimethate", "colistimethale sodium", "colimycin m", "colistin sodium methanesulfonate from bacillus colistinus", "8068-28-8[rn]", "sodium colistin methanesulfonate", "11048-71-8[rn]", "pentasodium 8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecane-1,15-disulfonate", "sodium colistinemethanesulfonate", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- pentasodium salt", "2680-63-9[rn]", "232-516-9[einecs]", "colistimethate sodium methanesulfonate", "12676-33-4[rn]", "8068-37-9[rn]", "colymycin m", "1867-68-1[rn]", "21362-08-3[rn]", "9005-49-6", "12705-41-8[rn]", "pentasodium colistinmethanesulfonate", "155704-91-9[rn]", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "pentanatrium-8-(1-hydroxyethyl)-5-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]carbamoyl}-11-[(6-methyloctanoyl)amino]-7,10-dioxo-2,6,9,14-tetraazapentadecan-1,15-disulfonat", "12768-67-1[rn]", "colistimethate sodium [usan:inn][inn][usan]", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,16,19-heptaazacyclotricos-21-yl]amino]carbonyl]-11-[(6-methyl-1-oxooctyl)amino]-7,10-dioxo- sodium salt (1:5)", "colistinmethanesulfonic acid sodium salt", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydrox", "coly-mycin injectable", "2,6,9,14-tetraazapentadecane-1,15-disulfonicacid 8-(1-hydroxyethyl)-5-[[[3-(1-hydroxyethyl)-12,15-bis(2-methylpropyl)-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris[2-[(sulfomethyl)amino]ethyl]-1,4,7,10,13,", "colistinemethanesulfonate sodique", "pentasodium [(4-{[3-(1-hydroxyethyl)-12,15-diisobutyl-2,5,8,11,14,17,20-heptaoxo-6,9,18-tris{2-[(sulfonatomethyl)amino]ethyl}-1,4,7,10,13,16,19-heptaazacyclotricosan-21-yl]amino}-3-{[3-hydroxy-2-({2-[(6-methyloctanoyl)amino]-4-[(sulfonatomethyl)amino]butanoyl}amino)butanoyl]amino}-4-oxobutyl)amino]methanesulfonate", "37196-55-7[rn]", "11033-40-2[rn]", "colistin sulfomethate"}|>, "9088" -> <|"DatabaseID" -> "SW04316", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17286569]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)Oc2cc(cc(c2O)O)C(=O)OC[C@@H]3[C@H]([C@@H]([C@H]([C@@H](O3)OC(=O)c4cc(c(c(c4)OC(=O)c5cc(c(c(c5)O)O)O)O)O)OC(=O)c6cc(c(c(c6)OC(=O)c7cc(c(c(c7)O)O)O)O)O)OC(=O)c8cc(c(c(c8)OC(=O)c9cc(c(c(c9)O)O)O)O)O)OC(=O)c1cc(c(c(c1)OC(=O)c1cc(c(c(c1)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "condensed tannin;tannic acid", "Indian Approved Name" -> "tannic acid", "FDA Approved Drug" -> "TANNIC ACID"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16129778]}, "Synonyms" -> {"5424-20-4[rn]", "1401-55-4[rn]", "glycerite", "tanninum", "dsstox_gsid_26076", "dsstox_cid_6076", "5424-20-4", "(2r,3r,4s,5r,6s)-4,5,6-tris({3,4-dihydroxy-5-[(3,4,5-trihydroxyphenyl)carbonyloxy]phenyl}carbonyloxy)-2-[({3,4-dihydroxy-5-[(3,4,5-trihydroxyphenyl)carbonyloxy]phenyl}carbonyloxy)methyl]oxan-3-yl 3,4-dihydroxy-5-[(3,4,5-trihydroxyphenyl)carbonyloxy]benzoate", "gallotannin", "dsstox_rid_78006", "gallotannin; tannin", "226-562-9[einecs]", "tannic acid", "smr000857330", "1401-55-4", "quebracho extract", "cas-1401-55-4", "tannic acid[wiki][jan]", "215-753-2[einecs]"}|>, "9089" -> <|"DatabaseID" -> "SW04317", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17290806]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)Oc2cc(cc(c2O)O)C(=O)OC[C@@H]3[C@H]([C@@H]([C@H]([C@H](O3)OC(=O)c4cc(c(c(c4)OC(=O)c5cc(c(c(c5)O)O)O)O)O)OC(=O)c6cc(c(c(c6)OC(=O)c7cc(c(c(c7)O)O)O)O)O)OC(=O)c8cc(c(c(c8)OC(=O)c9cc(c(c(c9)O)O)O)O)O)OC(=O)c1cc(c(c(c1)OC(=O)c1cc(c(c(c1)O)O)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "gallotannic acid", "Indian Approved Name" -> "collagen peptiside"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16134267]}, "Synonyms" -> {"kbioss_002065", "1401-55-4[rn]", "spectrum5_001292", "spectrum4_000588", "spectrum3_001616", "gallotannic acid;gallotannin; galloylglucose; glycerite; quebracho; tannins", "specplus_000817", "spectrum_001585", "215-753-2[einecs]", "tannic acid", "spectrum2_000543", "kbiogr_001056", "divk1c_006913", "tannic acid[wiki][jan]"}|>, "9090" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9091" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9092" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9093" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9094" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9095" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9096" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9097" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9098" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9099" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9100" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9101" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9102" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9103" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9104" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9105" -> <|"DatabaseID" -> "SW04318", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17287885]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)OC2C(OC(=O)c3cc(c(c(c3Oc4cc5c(c(c4O)O)-c6c(cc(c(c6O)O)O)C(=O)OC7C(COC5=O)OC(C(C7OC(=O)c8cc(c(c(c8)O)O)O)OC(=O)c9cc(c(c(c9Oc1cc3c(c(c1O)O)-c1c(cc(c(c1O)O)O)C(=O)OCC(C2OC3=O)O)O)O)O)OC(=O)c1cc(c(c(c1)O)O)O)O)O)O)C=O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "woodfordin a"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131173]}, "Synonyms" -> {"woodfruticosin", "d-glucose", "ls-71684", "woodfordin c"}|>, "9106" -> <|"DatabaseID" -> "SW04319", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "71229"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 2338980]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "D06057"]}, "IsomericSmiles" -> "CCCCCCCCCCNCC[NH2+][C@]1(C[C@@H](O[C@H]([C@H]1O)C)O[C@@H]2[C@H]([C@@H]([C@H](O[C@H]2Oc3c4cc5cc3Oc6ccc(cc6Cl)[C@H]([C@H](C(=O)N[C@H](C(=O)N[C@H]5C(=O)N[C@@H]7c8ccc(c(c8)-c9c(cc(c(c9O)C[NH2+]CP(=O)([O-])[O-])O)[C@H](NC(=O)[C@H]([C@@H](c1ccc(c(c1)Cl)O4)O)NC7=O)C(=O)[O-])O)CC(=O)N)NC(=O)[C@@H](CC(C)C)[NH2+]C)O)CO)O)O)C", "OfficialNames" -> <|"FDA Approved Drug" -> "TELAVANCIN HYDROCHLORIDE"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 3081362]}, "Synonyms" -> {"372151-71-8[rn]", "vancomycin", "telavancin [inn]", "dnc001420", "unii-xk134822z0", "vancomycin n3''-(2-(decylamino)ethyl)-29-(((phosphonomethyl)amino)methyl)-", "372151-71-8", "ls-192933", "telavancin", "ac1miwrx", "td-6424", "telavancin[inn]"}|>, "9107" -> <|"DatabaseID" -> "SW04320", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17286916]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00027"]}, "IsomericSmiles" -> "C[C@@H](C(=O)N[C@H](CC(C)C)C(=O)N[C@@H](C)C(=O)N[C@H](C(C)C)C(=O)N[C@@H](C(C)C)C(=O)N[C@@H](C(C)C)C(=O)N[C@@H](Cc1c[nH]c2c1cccc2)C(=O)N[C@H](CC(C)C)C(=O)N[C@@H](Cc3c[nH]c4c3cccc4)C(=O)N[C@H](CC(C)C)C(=O)N[C@@H](Cc5c[nH]c6c5cccc6)C(=O)N[C@H](CC(C)C)C(=O)N[C@@H](Cc7c[nH]c8c7cccc8)C(=O)NCCO)NC(=O)CNC(=O)[C@H](C(C)C)NC=O", "KEGGID" -> {ExternalIdentifier["KEGGID", "D04369"]}, "OfficialNames" -> <|"FDA Approved Drug" -> "GRAMICIDIN"|>, "PharmGKBID" -> "PA449808", "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16130140]}, "Synonyms" -> {"gramicidin", "gramicidinum", "gramicidinum [inn-latin]", "gramicidina [inn-spanish]", "neo-polycin", "einecs 215-790-4", "gramicidine [inn-french]", "gramicidin d", "neosporin", "gramicidin j", "gramicidine", "gramicidina"}|>, "9108" -> <|"DatabaseID" -> "SW04321", "IsomericSmiles" -> "CCCCCCCCCCCCCCCC(=O)O[C@@H](CCCCCCCCCCC)CC(=O)N[C@@H]1[C@H]([C@@H]([C@H](O[C@@H]1O)CO[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)OP(=O)([O-])[O-])OC(=O)C[C@H](CCCCCCCCCCC)OC(=O)CCCCCCCCCCCCC)NC(=O)C[C@H](CCCCCCCCCCC)OC(=O)CCCCCCCCCCC)O)OC(=O)C[C@H](CCCCCCCCCCC)O", "OfficialNames" -> <|"China Approved Name" -> "cerebroprotein hydrolysate"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 451715]}, "Synonyms" -> {"[(3s)-1-[[(2s", "coumpound 514", "hexadecyl)oxy]tetradecyl]amino]-", ".alpha.-d-glucopyranose", "alpha-d-glucopyranose", "lipopolysaccharide (lps) hydrolysate from salmonella minnesota", "ac1l9pst", "103530-99-0"}|>, "9109" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9110" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9111" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9112" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9113" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9114" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9115" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9116" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9117" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9118" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9119" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9120" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9121" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9122" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9123" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9124" -> <|"DatabaseID" -> "SW04322", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 17288125]}, "IsomericSmiles" -> "Cc1c(cc2cc1Oc3cc(ccc3O)C(C(=O)NC4C(c5ccc(cc5)Oc6cc7cc(c6OC8C(C(C(C(O8)COC9C(C(C(C(O9)C)O)O)O)O)O)OC1C(C(C(C(O1)CO)O)O)OC1C(C(C(CO1)O)O)O)Oc1ccc(cc1)C(C1C(=O)NC(c3cc(cc(c3-c3cc(ccc3O)C(C(=O)N1)NC(=O)C7NC(=O)C2NC4=O)OC1C(C(C(C(O1)CO)O)O)O)O)C(=O)OC)OC1CC(C(C(O1)C)O)[NH3+])O)[NH3+])O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "agglutinins"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 16131418]}, "Synonyms" -> {"ristocetin a", "ls-143853", "11021-66-2[rn]", "1405-58-9", "37361-31-2", "ristomycin a", "11021-66-2"}|>, "9125" -> <|"DatabaseID" -> "SW04323", "ChEBIID" -> {ExternalIdentifier["ChEBIID", "59173"]}, "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 10482069]}, "DrugBankID" -> {ExternalIdentifier["DrugBankID", "00006"]}, "IsomericSmiles" -> "CC[C@H](C)[C@@H](C(=O)N1CCC[C@H]1C(=O)N[C@@H](CCC(=O)[O-])C(=O)N[C@@H](CCC(=O)[O-])C(=O)N[C@@H](Cc2ccc(cc2)O)C(=O)N[C@@H](CC(C)C)C(=O)[O-])NC(=O)[C@H](CCC(=O)[O-])NC(=O)[C@H](CCC(=O)[O-])NC(=O)[C@H](Cc3ccccc3)NC(=O)[C@H](CC(=O)[O-])NC(=O)CNC(=O)[C@H](CC(=O)N)NC(=O)CNC(=O)CNC(=O)CNC(=O)CNC(=O)[C@@H]4CCCN4C(=O)[C@H](CCCNC(=[NH2+])N)NC(=O)[C@@H]5CCCN5C(=O)[C@@H](Cc6ccccc6)[NH3+]", "KEGGID" -> {ExternalIdentifier["KEGGID", "D03136"]}, "OfficialNames" -> <|"Indian Approved Name" -> "bivalirudin"|>, "Synonyms" -> {"bivalirudin", "angiomax", "activated factor ii [iia]", "128270-60-0[rn]", "thrombin", "hirulog-1", "angiox", "hirulog-8", "coagulation factor ii", "ec 3.4.21.5", "bivalirudin [inn_en]", "prothrombin precursor"}|>, "9126" -> <|"DatabaseID" -> "SW04324", "IsomericSmiles" -> "CC(=O)N[C@@H]1[C@H]([C@H]([C@H](O[C@H]1O)CO)OS(=O)(=O)[O-])O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)C(=O)[O-])O[C@H]3[C@@H]([C@H]([C@H]([C@H](O3)CO)OS(=O)(=O)[O-])O[C@H]4[C@@H]([C@H]([C@@H]([C@H](O4)C(=O)[O-])O[C@H]5[C@@H]([C@H]([C@H]([C@H](O5)CO)OS(=O)(=O)[O-])O[C@H]6[C@@H]([C@H]([C@@H]([C@H](O6)C(=O)[O-])O[C@H]7[C@@H]([C@H]([C@H]([C@H](O7)CO)OS(=O)(=O)[O-])O[C@H]8[C@@H]([C@H]([C@@H]([C@H](O8)C(=O)[O-])O[C@H]9[C@@H]([C@H]([C@H]([C@H](O9)CO)OS(=O)(=O)[O-])O[C@H]1[C@@H]([C@H]([C@@H]([C@H](O1)C(=O)[O-])O)O)O)NC(=O)C)O)O)NC(=O)C)O)O)NC(=O)C)O)O)NC(=O)C)O)O", "OfficialNames" -> <|"Indian Approved Name" -> "chondroitin sulph"|>, "PubChemCompoundID" -> {ExternalIdentifier["PubChemCompoundID", 53477710]}, "Synonyms" -> {"hmdb00652", "chondroitin 4-sulfate", "chondroitin sulfate a"}|>, "9127" -> <|"DatabaseID" -> "SW04325", "ChemSpiderID" -> {ExternalIdentifier["ChemSpiderID", 28190825]}, "IsomericSmiles" -> "c1c(cc(c(c1O)O)O)C(=O)O[C@H]2[C@H]3[C@H]([C@H]4[C@H](O2)COC(=O)c5cc(c(c(c5-c6c(c(c(c(c6O)O)O)Oc7cc(cc(c7O)O)C(=O)O[C@H]8[C@H]9[C@H]([C@H]1[C@H](O8)COC(=O)c2cc(c(c(c2-c2c(c(c(c(c2O)O)O)O[C@H]2[C@H]5[C@H]([C@H]6[C@H](O2)COC(=O)c2cc(c(c(c2-c2c(cc(c(c2O)O)O)C(=O)O6)O)O)O)OC(=O)c2cc(c(c(c2-c2c(cc(c(c2O)O)O)C(=O)O5)O)O)O)C(=O)O1)O)O)O)OC(=O)c1cc(c(c(c1-c1c(cc(c(c1O)O)O)C(=O)O9)O)O)O)C(=O)O4)O)O)O)OC(=O)c1cc(c(c(c1-c1c(cc(c(c1O)O)O)C(=O)O3)O)O)O", "OfficialNames" -> <|"Traditional Herbal Isolate" -> "ellagitannin"|>, "Synonyms" -> {"raspberry ellagitannin[wiki]"}|>|>, "Properties" -> <|"ChEBIID" -> <|"Label" -> "ChEBI ID"|>, "ChemSpiderID" -> <|"Label" -> "ChemSpider ID"|>, "DatabaseID" -> <|"Label" -> "Database ID"|>, "DrugBankID" -> <|"Label" -> "DrugBank ID"|>, "IsomericSmiles" -> <|"Label" -> "Isomeric smiles"|>, "KEGGID" -> <|"Label" -> "KEGG ID"|>, "OfficialNames" -> <|"Label" -> "Official Names"|>, "PharmGKBID" -> <|"Label" -> "PharmGKB ID"|>, "PubChemCompoundID" -> <|"Label" -> "PubChem Compound ID"|>, "Synonyms" -> <|"Label" -> "Synonyms"|>, "Molecule" -> <|"DefaultFunction" -> Function[e, SWEETLEAD`Private`GetMolecule[CanonicalName[e]]]|>, "Label" -> <|"DefaultFunction" -> Function[e, Replace[Chemistry`Common`molIcon[e["Molecule"]], {g_Graphics :> Column[{g, Row[{"ID:", CanonicalName[e]}]}], _ :> CanonicalName[e]}]]|>|>|>|>|>, Initialization :> Module[{compressed = {"1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOakQERYg4ZNZXJLGCOM5luTnBoN4zljE/LCIeaQxoZgE5znl56WgynmC1BuCSaNgNiAZUpRZAHQKcVqMwVqCM/PSkbUEAf1SzA91kHN+flFKZl5iSWoxxKW8QCKwNDGvJLOk0rGoKLESolEOZFBJUWlySWlRagpYIgHBd0ksScTiCmMIiRpwqSB1zFBs9Gyd6pPmefZ5ixn3sAq17PcI+CNRfL1ovxcPk3a72Mf9di9urvkVc9W+/9BXjZj+Q/YbA7Jnlc/5YK98+2dd1p4r+3kf6E5Y8OPg/mBOkH/y0otLivJzi9HClxEzeLCIGQEAjjV5/g==", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpTCARFiDhk1lcguA5luTnBjMCGX4IsSCg+mBRICM0ryAxsyg1xRVoRklRfp5zfmleSSZIdRojhgH+CDFUK5zy81JQrfcEqTQEk0bBbEDSJb80CdmNIBcU80NNd87PL0rJzEssSS2GWMELJAJLE4FOKal0LCpKrIRolAMSwSVFpcklpUA3gyUSEHyXxJJELK4wApPGkACDyaSC1IEwSFT4k+P5tKuX7R9Wiaxzf7hr/yFxtWDWxY/2Q8X3Q8XtoeL2wZwgd+elFwNDLLcYLdwZMYMBi5gRAFc2bR4=", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpLCAREOGTWVySxgjjOZbk5waDeM5YxPyxiHlgFWNGMZ0JxnPKz0tB8EByniD1hmDSKJgNSLrklyYBnUecFmOwluDMvHSitZhg1RIEDJJifqgfnPPzi1Iy8xJLUoshnuMFEoGliXklmSWVjkVFiZUQjXIgg0qKSpNLSotSU8ASCQi+S2JJIhZXmEAcjhpCqSB1IA5I9C3vPoOZWhX2jL4tvP7rW+w5pefFaZ4u2L9s9hGFDUWP9p9gt50dOv/9fg4Qtfqm/bE7W1tqLmy2N5ypJTH1ylv7BVL6d1XYHtsvrzyuaTXpvn1UivV9/97l9u9q7E3jdr3fH8wJ8mdeenFJUX5uMaoTEZGJCDYsYkYAbLuNpg==", "1:eJxTTMoPSmNiYGAo5gASvvk5qcmlOalpjCARFiDhk1lcApEH8RxL8nODQTznRIRgEFBDsCiQEZpXkJhZlJriCjSkpCg/zzm/NK8kE6QujQHZPACOWxmB", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpLCAREOGTWVySxgjjOZbk5waDeM5YxPywiPljEfOA2Ac3nQnGc8rPS0HwQHKeIPWGYNIomA1IhhRlFgCdR5wWY7CW4My8dCK0GINJE6xagoBBUswP9YNzfn5RSmZeYklqMcRzvEAisDQxrySzpNKxqCixEqJRDmRQSVFpcklpUWoKWCIBwXdJLEnE4goTiFtQQygVpA7EAYnq5y1m3MN6af+cIwobijIa7RUcPyafib2931e0x+sVy6v9358kLrxmcn//898rP17y/bp/hg9I4oo9w8S631YFj+xPGR3ZqJf32D54mmJfaeHh/QeiQSbcsF+q4yzz+tE3+2BOkD/z0otLivJzi1GdiIhMREhjETMCAFTWkxM=", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOakQERYg4ZNZXJLGCOM5luTnBoN4fmlMGGL+CLEgoBnBPECGW35RbmKOc0ZiUXpq5n8gwGIWkj6wbXCeU35eCqqcJ0i9IZg0CmYDksGZeelA5xKnxRisxSW/NAlZC8itxfxQBznn5xelZOYllqQWQ1zKCyQCSxPzSjJLKh2LihIrIRrlQHaXFJUml5QWpaaAJRIQfJfEkkQsrjCGkKiBmwpSxwzFFyfG/HP+dXH/A90JC34YXrNvi7q857HIRfvp/yfU/bZ6Yv9gjuDSvQcf27N/EPMI+PNif2zu0X+bqq/tv7A58uvOW+/2H3Fam3mv8IF9MCfIP3npxSVF+bnFaOHLiBk8WMSMANrWjGg=", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpbCARFiDhk1lcksYI4zmW5OcGg3jOWMSCsYh5UCTGiuIKJhjPKT8vBcEDyXmC1BuCSaNgkNuDM/PSgd4gTosx6VpMSNdiSooWIzBphlVLEDCCivmhIeWcn1+UkpmXWJJaDAlCXiARWJqYV5JZUulYVJRYCdEoBzKopKg0uaS0KDUFLJGA4LskliRicYUZJHgg6QMmkwpSB3IXSHTnn/Yvt69ftDcRNLPZG/TKPmnhNZP3Fk/tc8Nq121Lur3/aSJIgMkhnv2cZOCt1fZn6j3218ru2L9bnZ9767LH9n5JAhGWW37ZZ90r7Op78tX+3uT21qjLb+x39rJ9EPN4Zn981w4gy22/rrPM60dmUvuhfHuWMD7dTXOP22utFL7gcoPJoQFkrMWn/cGcoHDJSy8uKcrPLUb1EiKJIWIGi5gRAFYTv0o=", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpXCARFiDhk1lcksYI4zmW5OcGg3jOFIj5YxHzoIsYJ4qvmGA8p/y8FAQPJOcJUm8IJo2C2YBkcGZeOjBYiNNiTLoWE7AWl/zSJCK0GIFJU1JsgWgxI12LOSlajMGkBelaLEnTAhIzNMCqJwiYeov5odHunJ9flJKZl1iSWgxJD7xAIrA0Ma8ks6TSsagosRKiUQ5kUElRaXJJaVFqClgiAcF3SSxJRHMGxAEQ10ByD0wqFSQFyj0gUcUNRRkT367Zf/578OOls+/sNwaBzQwO1SLr3B9WPdtvImhmszfo1v6lew+KqwU/t5fmfaA7YcEN+8apzt05z1/bO35MPhPrzeqQ/C7Kye7FTnuNup6d2Zw/9vPtM5ipNYPVIQRo6hGFDfZv59noXJn1AGresv0HTy103fb52/7jmlaTTtd/3r9e9UnzvLNP7F/cXPMrJvfz/v4nn+Qv5T+09wj4I1F8/ZF9icr0/xPqbu9n/yAGFPpiv1h555/2L5wO8ZqnBY7vemJ/+LJ2quSjH/YQf/y15/y5IH3zq8/2zJxd8snvntlvify681YXl0MwKIM55qUXlxTl5xajhhkiQyKSPhYxIwDhVyWY", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpLCAREOGTWVySxgjjOZbk5waDeM5pTBhi/gixIKAZwTxAhlt+UW5ijnNGYlF6auZ/ICBbH6Yb/CHuhrsSbopTfl4KggeS8wSpNwSTRsFsQDI4My8d6E3itBiTrsUErMUlvzQJWQvIe8X8UD845+cXpWTmJZakFkM8xwskAksT80oySyodi4oSKyEa5UB2lxSVJpeUFqWmgCUSEHyXxJJELK4wgTgcNYRSQepAHJAoDOg6y7x+ZCZlD+U23PjwxSuy7cn+SPHtFxnu3bO31bky65nsB/sT7LazQ+c/t0+VfBQhvv3D/gubI7/uvHXIvmG7Q9Oj4zv22/hdnBjz76G927bPf69UfNofzAnyZ156cUlRfm4xqhMRkYkINixiRgCWJKUg", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpLCAREOGTWVySxgTjOZbk5wYzAhl+CLEgoPpgHiDDLb8oNzHHOSOxKD01E6QIiz5/Qvr+AwHZ+hix6GPG7hOn/LwUBA8k5wlSbwgmjYLZgGRwZl46MCiI02JMuhYTsBaX/NIkZC0g7xXzQ/3gnJ9flJKZl1iSWgzxHC+QCCxNzCvJLKl0LCpKrIRolAPZXVJUmlxSWpSaApZIQPBdEksSsbjCBOJw1BBKBakDcUCiuEBfaaE074PH+6+bvLdwdb9lv8L0rLXfxff2D7knr2wKfGq/SS9vMeOeD/tjc4/+21S9yV4nVfJRhPjy/T8OpaxKCHliv+rjJd8kgY/7gzlB/sxLLy4pys8tRnUiIjIRwYZFzAgAIUSlkg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpnCARFiDhk1lcksYI4zmW5OcGg3jOWMT8iBTzJ1LMgyIxDhQfMMF4Tvl5KQgeSM4TpN4QTBoFswHJ4My8dGAQEKfFmHQtJmAtLvmlSURoMQaTpqTYYgQmzUjXYk6KFojDLEjRYgomLbFqCQKmumJ+aBQ65+cXpWTmJZakFkPilhdIBJYm5pVkllQ6FhUlVkI0yoEMKikqTS4pLUpNAUskIPguiSWJWFxhCXE+JNHDZFJB6kCJHiR69gwY7G+zuHY01+SB/bN1qk+a5x21944EiXzZD5G/Yn99cYEt1/Wn+1tfB+6Qa31u31daKM374O7+qBTr+/697fYmi7aY/zh0ZH/u0X+bqj99s1fKqahaqvPe/tXUTTyFa/7aXwt7o79b/fr+o/2G5bqKr+0v73ksInvyy/7d6vzcW5fd3d/pmPD0gtLX/RMW/DB8to7hwH/Fv99KH7yzt6uMWGF69ul+sHNyn9jPOaKwoSjj8/4r2qmSjyKe7rcPj964/81Pe8Hju3b0st2xz9b+Nv3u5K/2wSAPOualF5cU5ecWowYNIg8hUisWMSMAHoIV+A==", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpvCARkLBPZnFJGiOM51iSnxsM4jlTIOZPpJjHoBLjQQkRJhjPKT8vBcEDyXmC1BuCSeNgNiAZnJmXDgxSQlqMyNViQooWYzBpSooWiF/MSNdiTroWC9K9b0maFpCYoQFpQQbWY0iKHhOIHiNS9JhC9GBPAUHAXFksDpIoSS1KzU/OSM0F6iuqdM1JzU3NKylGpFlw+mQF8bhBKbi4OD85M7EkMz8P1bBgLrhhIZUFqcEgxSGpJUWJGakpRYk5aIpBqd85IxMo4Qy0LbUokxkogKaGE8hwySxKTQZZBuY55+QnZ5dnFqdiMc0tM6UU6LAcUBbLZMQ0jR3slfTEvJTiNGYcUQ8NMUO0YOKH5lzn/PyilMy8xJJUaPCASrXA0sS8ksySSseiosRKiEY5cEgUlSaXlBalpoAlEhB8l8SSRLTYgsQTJHGgOi4VJAWyBiTKeI+Js0v+9v4/EsXXhT69tN8zbQJ/ldlj+47k2DtuzG/2P/+98uMl31/24h4BQCXsDv1PPslfyj++//K9B9yTVz6yX+f+sEpkHYODyAWXGx++PNpfZbbaLjz6mz3/HONFW8wFHQx2q/Nzb322P3VVQkiQ+rP9+wxmaklMZXZorbmwOfLr9/3vTx52Wpv5yn5t5r3Crr4b9tUiIBNb7H0/9wWXqPyx//L3SsVLtYv2v+qy9pRMrrDXdZZ5/cgsaj+n9Lw4zdMF9rX2pnG7PB/sV8qpqFqqw+rAAAINrA7Hvc07HRP+73/eo/GWd99P+6cgZ8ezOaxqCvSc2/DG/oHuhAU/DB/ZJ5T5y4llMTk8mCO4dO/BD/u9X7GYCG5jcFi3Lan+pq2wQ9j81WtvxJ/bH5Vifd+/9+v+O9cbi92m/LMHpx3HvHRg+s7PLUYNe9R0Dik5sIgZAQDdoafI", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalprCARFiDhk1lcksYE4zmW5OcGMwIZ/gixIKD6YB4gwy2/KDcxxzkjsSg9NfM/EJCtjxGLPuLEgtNYsLvcKT8vBcEDyXmC1BuCSdNgNpDezLx0oNcJaTEiXYsxkhaX/NIkIrSY4NECCrlifqi3nfPzi1Iy8xJLUosh4cELJAJLE/NKMksqHYuKEishGuVAzi0pKk0uKS1KTQFLJCD4LokliVhcYQpxPiSBwGRSQepACQQk6i8nluX7+Z391YqXaoYc7+wZ7zFxdsk/hvKf2U+2YvRt4f2ynxkomvzu2v6irr4nn+Q/7i/XVZT/knNp/5YTZfvmS723V779sy5rz6P9PJNXNgV6PraXCrwlXZP4eT8DDhDMCfJ/XnpxSVF+bjGq0xHpAhHPWMSMAKxOsf8=", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalprCARFiDhk1lcksYE4zmW5OcGMwIZ/gixIKD6YB4gwy2/KDcxxzkjsSg9NfM/EJCtjxGLPkwxNyxiAWks2F3ulJ+XguCB5DxB6g3BpGkwG5AMzsxLB3qdkBYj0rUYI2lxyS9NIkKLCR5bQCFXzA/1tnN+flFKZl5iSWoxJDx4gURgaWJeSWZJpWNRUWIlRKMcyKCSotLkktKi1BSwRAKC75JYkojFFaYQ50MSCEwmFaQOlEBAolcrXqoZcnyyb30duEOu9a29rqL8l5ywh/Y9Xq9YTAQf2bOE8elumvtlvzxYwdP9qqVMszikP+5/IiJ78qn9lf0F8eznJAM/2s8Onb967Y2n+w+eWui67fNz+zcg415/2A9SteT+OvvYf86/3r7esN/Vvegn/8vt9sGcIP/npReXFOXnFqM6HZEuEPGMRcwIACyBwoQ=", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpbCARFiDhk1lcksYI4zmW5OcGg3jORIq5USTGiuIKJhjPKT8vBcEDyXmC1BuCSaNgkNtd8kuTgN4gTosxWEtwZl460VpMSNFiBCZNSddihlVLEDCCivmhIeWcn1+UkpmXWJJaDAlCXiARWJqYV5JZUulYVJRYCdEoBzKopKg0uaS0KDUFLJGA4LskliRicYUZJHgg6QMmkwpSB3IXSLQ/uERl+v8N+0vcpnxji3+030E48fBl7av7D65Y4ucgvNHe4sehlFUJj+y//L1S8VLtqv0fieLrQp9e258WOL5rR++P/ec6Lt17wH16f05F1VId50/7/yv+/Vb64MX+c6vOXw1783H/vcKuviefXu+PSrG+79/7w95NtZRpFsdp+y755HdRTp/soertmTlBIh/tgzlB4ZKXXlxSlJ9bjOolRBJDRCYWMSMALTfJog==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpAiARFiDhk1lcksYI4zmW5OcGg3jOFIkxYYj5IcSCgPYH8wAZbvlFuYk5zhmJRempmSBFWPT5E9L3HwiwuMEfi5jHoBfjR4kVuM+d8vNSEDyQnCdIvSGYNApmA5LBmXnpwGglTosZ6VrMwVpc8kuTiNBiBCaNSbHFGEyakKLFBEyakqIF4jAL0rVYkuYXkJihARl6DEkLALAekhIAVA9JcWMK0UNS5ED1kBQ7UD3YUyco9xfzQ7OLc35+UUpmXmJJajEkH/ECicDSxLySzJJKx6KixEqIRjmQQSVFpcklpUWpKWCJBATfJbEkEc0ZEAdAYgRSasKkUkFSoFITJPpt+t3J7a2H9icevqydKnnLXlr/rgpb41n7XZ48TNrt5/YnhgSpL+j8sD/q685bXX8v7lc/1LY8/NQH+2frVJ80z/u73/Fj8plY7wv7nc6nXX2e9dp+ho9oj9crzgNAwRPstq/3n3xqv+S+HaPD99IHcwSX8h9Y5Lrt898rr/ZPvcKZoZTzef+O9czPezQ+2h/ZqJe3mHGP/dF+w3Jdxff2pwWO79rR+8J+4/4382x0ntl7PKwSWef+Yf/mV8VbRX//2G9mszdomuIl+3tA10ddfrR/gRTI4e/3s5+TDLwl/XW/1krhCy43vtnPt9G5MuvZv/0rwk8ZHdn4wv6z/KX8ePa/9j/5X25fz/x1P8Sfr/b3B5eoTP//wJ4F6Jq3vZwH+tg+iHkE/Nsfe8eNuYL7iP1rkLWn+Q4w5DeyHO2/uL9l3tlV568yOuw7KK4W7Cp0YAYoGKMm7w/onZ4n1MzusK2l5sLmSK4DbwJ3yLW+frm/5tOGgGwpJgdhUECrCh346hXZZnHt1/5gTlBCyEsvLinKzy1GjUNEwYoowrCIGQEA0QnL2Q==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpgiARFiDhk1lcksYI4zmW5OcGg3jOAyTmh0XMH4uYx6AXQw1hJhjPKT8vBcEDyXmC1BuCSZNgNiAZnJmXDowi4rSYk67FAqzFJb80iQgtRmDSmBQtxqQ7zARMmpKixRRMmpGixYx0h0G8b0maFpCYoQEpeowhegxJCzOwHiMy9BiTFtBgPSSlTagekiLUDKKHxBgF68EepUHAgq6YH5ornfPzi1Iy8xJLUosh2ZUXSASWJuaVZJZUOhYVJVZCNMqBDCopKk0uKS1KTQFLJCD4LokliWjOgDgAEouQghYmlQqSAhUDINFTh53WZt57u/9AtILjx+S/+w+JqwWzLmY9YMt1fXGB7S57CP+QvbbE1CucGafs84WaD5xaeHW/O3MFt4rGsf2iPV6vWEw+7I8BaT/zfn+zvs8yrmNcB9qXh58yOsJ6YIJhua6i/Jb94h4BfyQ+80L5P/cDNdf17Dy93zuyzeLaUZYD9ya3t0ZdfrQfYs+9/WDjYr/vF99+keEe0/f9Lbz+66ekftn/NHHhNZP3H/cvZtzDKiTCeyD36L9N1Z9O2O+61fU39fsne/08kMwD+0NtIAfcsA/MnlU+Z9Hj/fzcW5dVHn9rf4Lddnbo/Mf7Qbrtjz2yL3swR3Dp3t/7Qbw7pgwHQLZ6e/AeYNJuF7vpx3LgV13WnpLJT/ZD7OE9sO3z3ysVmbwHKsAeuLr/gxjQYzeEDtjqXJn1TPbT/rfzbICsd/ZzjihsKMrgO1BwruPSvQf/9l/2TRKIsPy438e80zHhKeuBlUv8HIQTN9unrkoICVJ/Zh8evXH/m3nMB5T+fit9MKfQPpgTlEDy0otLivJzi1HjFlGuI0pQLGJGAJcRz+E=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalprCARFiDhk1lcksYE4zmW5OcGMwIZ/gixIKD6YB4gwy2/KDcxxzkjsSg9NfM/EJCtjxGLPkyxYKxiLNhd7pSfl4LggeQ8QeoNwaRpMBtIb2ZeOtDrhLQYka7FGEmLS35pEhFaTPBoAYVcMT/U2875+UUpmXmJJanFkPDgBRKBpYl5JZkllY5FRYmVEI1yIOeWFJUml5QWpaaAJRIQfJfEkkQsrjCFOB+SQGAyqSB1oAQCEj1oqexV3fzcfppiX2mh9Cf7uQ1qh9qWP7UX+3363cnD7+zZhETsj935uH+BlP5dFbar+/cZzNSSmPpxv7bE1CucGQ/2/wh+vHT2kTcwffu3X2S4x8T5yN5hyf19fHO+7Vc35FgjE7XFPvfov03Vnzbsf8ViImhmc9Q+mBPk/7z04pKi/NxiVKcj0gUinrGIGQEAUr7AmQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpQiARkLBPZnFJGiOM51iSnxsM4jkPkJg/kWIeQ1IMNdSZYDyn/LwUBA8k5wlSbwgmjYLZgKRLfmkSMNoIaTECk6ZgLcGZeelEaDEGkyakazEnRYsJmDQjXQtJtpiCSQtStJiRrgUSL5akaQGJGRqQoscIoseQtJgB6zEiQ48xaXED1kNSqjGF6CEpcUL1kJRuzCB6SEo4UD3Yk0EQsMAsFgdJlKQWpeYnZ6TmAvUVVbrmpOam5pUUI7I6OFuzgnjcQMKxuDg/OTOxJDM/D9WwYC64YSGVBanBIMUhqSVFiRmpKUWJOWiKeYAM54xMoIQz0LbUokyQDJoaTiDDJbMoNRlkGZjnnJOfnF2eWZyKxTS3zJRSoMNyQCVTJjOmaexgr6Qn5qUUpzHjyDHm0BSAFkz8DJACzzk/vyglMy+xJBUaPLxAIrA0Ma8ks6TSsagosRKiUQ4cEkWlySWlRakpYIkEBN8lsSQRLbYg8QRJuKiOSwVJgUpYkCjP5JVNgZ4v7f0dhBMPX/6zP6eiaqmO8xt7tsapzt05t/ezLp5kxej7ZX/Y/NVrb8R/sDeXOhCt4Mh3YHYoSIDjwPT/E+p+Vwk7HDy10HXbZ4EDpw47rc28x3RgP98c40UmvA73/Xun5wn93p9n0rDdoYnhQOjBFUv8HD7Yg62Zw3NgT8lkCZZrLAeYK7hVNOqYHGo+bQjIviV8wGN/razFc+4DLGF8upvmCjg8rBJZ5/6Q6cDxXTt62T783f9h+TFvc04mB2bOLvnkd7/s2T+IeQT8+bT/X+r3J4kL39gf7Tcs11V8a//ewtW96CfbgaKuvief5F/YrwL6dm7Dg/2F0rwPdCec2P/19vXGYrdP9uqGHGtkotgPzNSSmHqFk+9AtJPdi5s6wg5M2u1iN/34Dyzo3PDwpSjrgUa1Q23Lw8UdQLZc2yJ0IPaOG9Dp3/bz+a+fksrB5wB2hsSP/csrj2taCXEeuOybJBBh+QYSbgeZDvQDXXEp//d+sd+n3508fMp+bgPQwOcCBx4vnX1EwYDpwFOgsSbvv9vfm9zeGnWZ68DOP+1fbofzHgAasuVEGaMDOM065qUD81V+bjFqnKPmL0h5ikXMCADqByNK", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp4iARkLBPZnFJGiOM51iSnxsM4jkPkJhfGhM+sSCg24N5gAy3/KLcxBznjMSi9NRMkCIsZnmMiuEQQ419eOg65eelIHggOU+QekMwaRTMBiSDM/PSgcmHOC3GpGgxApMmpGgxBpOmpGgxAZNmpGgxJVeLOSlazMCkBemBbEmaFpCYoQFpEQPWY0iGHpLSjDFED0mJBqqHpFRjAtFDYrIB6yExEYD1kJgKwHpISgbmED0kpQOIHiOS0oEFRA9J6QCqh6R0ANWDPR2AKoBiUPEVXJJalJqfnJGaC9RXVOmak5qbmldSjGpeGiuIxw0kHIuL85MzE0sy8/PQahMuuGEhlQWpwSDFIaklRYkZqSlFiTlYqh7njEyghDPQttSiTJAFaGo4gQyXzKLUZJBlwQIgHfmlIMXJOfnJ2eWZxalYDHXLTCkFui8HVEhnMmMayg72UXpiXkpxGjOWZIOUEMxp72s2WviahVRfmyIlF0MLtDTCzwCp8Zzz84tSMvMSS1KLIVUhL5AILE3MK8ksqXQsKkqshGiUAwdIUWlySWlRagpYIgHBd0ksSURLqpBECimFUB2XCpICpVGQKMvzHo23vB/2SxZfF/rkeNu+Lerynscie/efifU+wW7LcCANDJ7tv3A17I3+7uP7s7W/Tb87+ct+9nOSgbekv9lfO5pr0rD9g/1W8x+HUlZxHzj/Pfjx0tlH9sf0H/qqEXN+/ysWE0GzPawHGMDgv70xGHyw/x2Te/SfEd+BQ+JqwayLX9k/s19yfx/fG/s/Kz9e8n3EdmDrssrjmlbsDt9LH8wRXLp2v+l7C1f3T3wH5L/khNWu22YfD3JAFKMDWH1SwH4w/1b0/kmn6z321+bap199nqX97f3+iBWmZ6393ttfnBjzz/nXh/3rp6R2JMf+3Q+x7+t+ialXODOUPu4HenZ26Px/UH9+3V9wruPSvQdP7b9pgHzycf+mue+XH/N+bS978ilQ5397hUv5QCsfQsJhNqMD2H1FH+y1VgpfcLnBcwDCv2q/K5vz54L0z/vdmSu4VVYIHAB6dpIV44f96oYca2SizuyvqFqq4yzDfuAT0BcCN5gdem5nMOQ3/rff4dD06LiE8AGlHJCKL/ZJC6+ZvLd4bv+dLX6Gz1SGAxB3cjvMt9G5MuvZxf2OQOUzrPkOmHc6Jjy9wOGws5ftg5jHjf35Qs0HTiUKH/iYDIrR7fujN+5/M8+G2eHO9cZityncB2rtTeN2eT6xv8fE2SWfzO7QBBT9xsZ9oH15+CmjIy8h4XeOwQGcgRzz0oGFWX4uejHGiJH2DbGIGQEAmx7oVA==", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpwiARkLBPZnFJGiOM51iSnxsM4jnTQcwfTYwJyAjOxKLQY1iLoUYFE4znlJ+XguCB5DxB6g3BpFEwGziw8tKBcUmcFmNStBiBSRNStBiDSTNStJiASXNStJiSrsWMdC2QELMgXYslaYEMEjM0IEOPIWkxA9ZDUpqB6iEp0ZhA9JCUaqB6TElLA2A9JCU1qB4S0xpYD0nJwByiB3s6CAKWvMXiIImS1KLU/OSM1FygvqJK15zU3NS8kmJE8QAuClhBPG4g4VhcnJ+cmViSmZ+HalgwF9ywkMqC1GCQ4pDUkqLEjNSUosQcNMU8QIZzRiZQwhloW2pRJjtQAE0NJ5DhklmUmgyyDMxzzslPzi7PLE7FYppbZkop0GE5oNIskwXTNHawV9IT81KK05hx5GUzaIihBRM/A6SQdM7PL0rJzEssSYUGDy+QCCxNzCvJLKl0LCpKrIRolAOHRFFpcklpUWoKWCIBwXdJLElEiy2IrZDEjuq4VJAUqFQGid5j4uyST35l/2lDQPas8iv7nyYuvGby/tf+SPHtFxnufbf/d6XipZrhC/uDpxa6bvv8cv/3JyAFl+0Prlji5yD8Y/+cIwobijJe7zdZtMX8x6EH9jqpko8ixL/Z3+76m/r9yUn7XdmcPxek/9/vNuUbW/yMF/afHM+nXX3+zz6e/Zxk4K3n+18/MpM6EP1p/8MqkXXuD1fZz21QO9S2/Pb+jQ9fTt3Es9E+X6j5wKmFn+z/rPx4yTepYP+6bUn1N20P2p9bdf5q2BvGAx4BfySKr/+w70iOvePG/Gw/yPbtgcwHlgJdl3iYyaHgXMelew8u23NvXVZ5XPPS/m0tNRc2R/6zL3swR3Dp3h/2v0+/O3nY6ft+zdMCx3ft2Lu//rdVwTkOpgOrEkKC1Bf82O+U8PSC0u2P9j7mnY4JT//vB7nGddvl/WfqPfbXyn60Nwe6XsGRwUFCLZh18aQ39qbvLVzdi07un2zF6NvCy+BwXQjs4/1mZ639LgqyHviv+Pdb6YNP9qwmgmY2ez/Zg+1RYDlQDfJ+VYo90ywO6Xn3mB34/NdPSe34vb+sUJr3ge5P+7WZ9wq7+FgdQLZYMd61X6/6pHne2Xv7t4qCfMDoAE7LjnnpwPyWn1uMmhZQ8x2kOMciZgQAC2RPXQ==", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpwiARFiDhk1lcksYI4zmW5OcGg3jOVBdjwhDzQ4gFAd0UzANkuOUX5SbmOGckFqWnZoIUYdHnT0jffyDA4gZ/LGIew0ZMCCVG4SHklJ+XguCB5DxB6g3BpGkwG5AMzsxLByYJ4rSYk67FAqzFJb80iQgtRmDSjBRbjEnXYkK6FlPStUD8YkmaFpCYoQEZegxJCzOwHiMy9BiToceEtMgB6yEpcUL1kJgIwHpIStGmED0WZOjBng5AJVgxPwMkKzvn5xelZOYllqQWQ/I4L5AILE3MK8ksqXQsKkqshGiUAxlUUlSaXFJalJoClkhA8F0SSxLRnAFxACRGILUBTCoVJAWqDUCiye+inOxe/N3f9Oj4jN3TPu7nylDKqfjF6eA5t0HtUNvj/fmNLEf7DZfv33dQXC2Y9a39nCMKG4oyvtov1XGWef3ohf2htuXhpzYxOpQVSvM+0P1gr/mWd5/BzF/7v2nE9B/6+td+h1zr68AdD/Z/WH7M27zz5v5zq85fDXvD5TB/9dob8WWX7ffXylqku1zdrwsybhuDwxGntZn3Cv/u124Xu3munOnApfx49nOS7A6GHGtkop6wHThoqexV3Xx9v+ZpgeO7LHgcVDTqenZmf91/HGi6Y8Lr/cGsiydZMb62D8yeVT5n0cf9z2WXv/DQe2sPsiUz/6P9CtOz1n4XG+3dVEuZZnFk71f6+630wZxGe+MjG/XyFv+3/7kgffOr4of2TcVuU761cTisSggJUl/wz96lO+f575Uv7R+DgmnCF/u7W1tqLmx+aZ8Se8eNueK3/dPEhddM3jM53PjwxSuy7Ze9zzIuoBV/9586DPIQq8PnvuASlenn7ftBVD3zgfPfgx8vnf3HHuKfn/acXfLAqPi5/7im1aTT9e/s121Lqr9pu9P+ggvIxLf7Z/iI9nhlCThA1D/dXwJ0Hlv8E3v2D2IeATW8DsGcoASVl15cUpSfW4yaFhCVB6KYxiJmBACWpAzt", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpgiARkLBPZnFJGiOM51iSnxsM4jlTJMaEIeaHEAsC2h/MA2S45RflJuY4ZyQWpadmghRh0edPSN9/IMDiBn8ixTwGvZgASkzBQ8MpPy8FwQPJeYLUG4JJo2A2IBmcmZcOjGritJiRrsUcrMUlvzSJCC1GYNKEFFuMydViSooWEzBpQYoWiF8sSdMCEjM0IM0zYD2GZOghKQGYQPQYk6LHFKKHpMiB6iEpdqB6SEqdFhA95lj1gEqRYnGQRElqUWp+ckZqLlBfUaVrTmpual5JMSIPgvMbK4jHDcqRxcX5yZmJJZn5eWhFEhfcsJDKgtRgkOKQ1JKixIzUlKLEHCzll3NGJlDCGWhbalEmSAZNDScoV2UWpSaDLAPznHPyk7PLM4tTsZjmlplSCnRYDqjIyGTCNI0d7JX0xLyU4jRmHBkGGmLGaMHEzwApiZzz84tSMvMSS1KhwcMLJAJLE/NKMksqHYuKEishGuXAIVFUmlxSWpSaApZIQPBdEksS0WILEk8Qh6A6LhUkBaqkQKLn064+z9J+Zv8uysnuxc1X9oXSvA90J/zZr3ApP5793Mn9bEIi9sfuvLUv85cTy/J9uN9NtZRpVgfLAf28xYx7WJ/ZnzrstDbz3k37nIqqpTrOv/evkYlKsb7/wZ7Ddnbo/NUv9zeyHO03LGc6cObdSaDKn/YTFvwwfLbuh73VpNP1Hvv/2UsdiFZw/PjUXlti6hXOjB/716y9EV/mv8/epTvn+e+Vb+2Vb/+sy7JhP7Bx/5t5NjoMB76XPpgjqMrskHv036bqT5/273BoenR8xmH7AyDpK3/s97CCHDzHHuh4ycBb1ftlLdJdMvMX2Mu8fmQmdWC1/WmB47t28PIeeMViImhm89KeCaLBvuBcx6V7D5gOABV/aD15Zf/6KakdybEv7Nf+igFa9X//jDyh5gOnbtoXdfU9+ST/az/QlF62D4wHOLvkk99FfbQHeyOZ2WFVU6Dn3AaOAx4BfySKw5kcVp+/GvZG/5c9JBy/7Y/95/zr7WsGh5fb1zM/7/lm/0RE9uRT+x/7Nd/y7jOYyeIACrW1N/7vB6dNx7x0YP7Jzy1GjVvUfASpNbCIGQEALNAiBw==", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalprCARFiDhk1lcksYI4zmW5OcGg3jOaGJMILEcsgVBPI80FhRLmWA8p/y8FAQPJOcJUm8IJo2C2YBkcGZeOtDVxGkxJl2LCelaTLFqCQIGbjE/1NvO+flFKZl5iSWpxZDw4AUSgaWJeSWZJZWORUWJlRCNciCDSopKk0tKi1JTwBIJCL5LYkkiFleYQvwKiVuYTCpIHShuQaLPezTe8u7bsD/wlnRNotFW++1J9TdtK1fs/zb97uT21nf7NWP6D33V+L4/YoXpWWu/g/tNGrY7ND06b79e9UnzvLMP7Bs89tfKWvyy37qs8rim1Xf7WTPBYP/GgOxZ5XPe7T92Z2tLzYWn+9VAyle9tr9X2NX35NP9/cGcIP/npReXFOXnFqM6HZEuEMGJRcwIAAfjskA=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpIiARFiDhk1lcksYI4zmW5OcGg3jOFIkxYYj5IcSCgPYH8wAZbvlFuYk5zhmJRempmSBFWMzyp0DMY1iLCaPEIDx0nfLzUhA8kJwnSL0hmDQJZgOSwZl56cAkQJwWM1K0GJFuC0SLOSlajEm3BaLFghQtJmDSlPQQsyRNC0jM0IC0IAPrMSRDjxFpgQbWY0yGHpIixxSih6SghuohKXVC9ZCU1swgekhKOeYQPSSlAwuwHiPs6QBUYhbzM0Cyv3N+flFKZl5iSWoxpFzgBRKBpYl5JZkllY5FRYmVEI1yIINKikqTS0qLUlPAEgkIvktiSSKaMyAOgMQipMaASaWCpEA1Bkj0vYWre9HP2/bz4jRPCxy/Zp+3mHEPq9C7/V933ur6m7rc3m3KN7b4Gb/t2RqnOnfncByw+HEoZVXCo/3VIuvcH1axOlgXnOu4dO/F/vPfgx8vnX1n/1GFDUUZE7/Ze/EwabeL/dqf1pEce8ft7/61mfcKu/pe2YcAVR1R+LN/c/WnDQHZf+z/Of96+/rAS/uQEpXp/ye82C//JSesdt1X+97peULNDkwO147mmjSYcxyIOGV0ZKPeM/v0q8+ztMu4HNZtS6q/aft4/53rjcVuU5bZn3l38rDT2oP2AhGWW06UrbMPCVJf0Lnhrv1mnsI13bcf7b8N9M33J9/3i8qefGq/5PH+pxeUbv+sY3Z46aH3X7GW5wBXhlJORdVWe8OZWhJTr7y0z5j4tsbelPfAD5C3jnzezwQMFRF7boc9JZMlWMK+7G99HbhDrvX9foj7mR2mbQJZdNpe7UnzvLOr/ux/Lrv8hYfe8f2yUSnW9/1/7ZdkCePT3cR44NaaXzG5Rz/Y84KclcF6AOqOA7/qsoBGf4bq/7BfTizL9zMfk8MmPVCMbLVvi7q857HI1f2HxNWCWRf/tA/MnlU+ZxGzA98+g5laM/gPfLrkmyQQ8dDe93NfcEmKgAPE/ev2B3OCElpeenFJUX5uMWoaQVREiAIMi5gRAD6PH64=", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpwiARFiDhk1lcksYI4zmW5OcGg3jOg1zMH4uYx5AUQ40JJhjPKT8vBcEDyXmC1BuCSaNgUGQ6FuXnJpZkJhOpyZg0TUZg0oQ0TcZg0pQ0TSZg0ow0TabkaDIDk5bBbEAyODMvHZgRCGkxB5MWpGixIN0WQ0+QmKEBKXqMIHoMSdFjDNFjRIoeE4geY1L0mEL0mJAW0mA9pmToMSNDjzlpUQrWQ2IyAOvBng6CgIVwMT8DpCRwzs8vSsnMSyxJLYYUEbxAIrA0Ma8ks6TSsagosRKiUQ5kUElRaXJJaVFqClgiAcF3SSxJRHMGxAGQmIdUAjCpVJAUqOgBic7ikJ4Xp/nP3reF13/9lA/797AKidgf27P/SfO8s6vOv7TPF2o+cGrh3f0HTy103fb5of3EtzX2pnHsDnz7DGZqSfzavzdommJf6WP7Ry+nbuIpfGGvMv3/hLrf9/bv7GX7IObx395zboPaITZ2B+v7/r3T837tv5PBkN/IwuBQdVzTatLpP/aSxdeFPjl+3P/J8Xza1XRWB4/9tbIW6b/td2Vz/lyQftoepL1NXcJhxt3J7a1RH+3lxLJ8P/dN3v/ewtW9aKeQg9DSvQfF1f7Ym5219rs48eP+RVvMfxxSEXBYEX7K6MjGf/btYjfPfQ/+sP8tL8jBn/frOsu8fmQmBaW17KF8e/27KmyNonwOpUygEGE4UJwB8ulW+/qsPSWTJbbsd+nOef575cL9714fsFQ+xewgvv0iw70mXofN1Z82BLxmOAAks2eVszjsA7ommPWXfaJRqIHWyqf7Qb7YvErK4RUoeHTYHD5+8Ypss7hn/9JD77/iXnEHiLmf7cv3zZfSv/vBHhg4R/sNpRy2iv4+/e7kJ3v9vMWMe1jf2L8BWutlLeAgUGW22i58tn37cpAHL+4HR5uqsEMwJyhB5aUXlwALxGLUtICoexCFDhYxIwC3xvnc", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpPCARFiDhk1lcksYI4zmW5OcGg3jOdBDzS2PCEPNHiAUB3RkMcqdbflFuYo5zRmJRemrmfyDAYlYwFjEPisRQQwjuKqf8vBQEDyTnCVJvCCaNgkGB7FiUn5tYkplMpCZj0jQZgUlT0jQZg0kT0jSZgEkz0jSZkq/JIpgNSLrklyYBEyghLWZg0hysJTgzL50ILZDgtiRFi5EnSMzQgBQ9xhA9hqToMYHoMcKqB5QRivmhqdM5P78oJTMvsSS1GJJseYFEYGliXklmSaVjUVFiJUSjHMigkqLS5JLSotQUsEQCgu+SWJKI5gyIAyA+gBQYMKlUkBQoO4BERWVPPrVfctx++v8Jdb+tvtmnWN/3753+1Z5bRaOuZ+fp/b4tvP7rp/ywv+ybJBBhucU+eJpiX2nhQ/tZM0Fgp/0HMY+APxL/7B2bHh2fsfuevdP5tKvPs97v/zb97uT21o/2714fsFT2urx/tzo/99ZlV+0fL519RGHDq/1SgbekaxI32be+Dtwh1/p6/7mOS/cecJ/e/3Xnra6/qcvt/6z8eMk3ieGABkhb5dv98210rsx69nL/b6sCoNIH9n/bv9y+3sh8gCWMT3fT3PP2c4wXbTH/wegwV3Dp3oPiDA77DoqrBbPe3y8PtoDFYdomnsI13Zf3P1un+qR53mt7weO7dvSyLbAviGc/JxnI7rD3sQgwJJ7by1qku2Tm/98vJ5bl+7nvu30wJyii8tKLS4CJvxg1jBHlDCJNYhEzAgBM2G3M", "1: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", "1:eJxTTMoPSmNiYGAo5gASvvk5qcmlOalpjCARFiDhk1lcksYM4zmW5OcGg+Q8IXpAYkFA9cE8QIZbflFuYo5zRmJRemrmfyBAU8MFsiCxuNivNDcptSizGshNY0C2BwCSzSD6", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp/CARkLBPZnFJGiOM51iSnxsM4jnTQcwvjQlDzB8hFgR0ZzAPkOGWX5SbmOOckViUnpr5HwiwmOVPpJgHXcRQQxfuI6f8vBQEDyTnCVJvCCaNg9mAZHBmXjoweojTYka6FguwFpf80iQitBiBSVNSbIFoMSddiyUpDjMGkyak2GJCul9MSQ9kY0+QmKEBGXoMSfMNWI8RGXpISmemED0khbQZRA/2oAZl6mJxkERJalFqfnJGai5QX1Gla05qbmpeSTEiO4GzDiuIxw3KXMXF+cmZiSWZ+XloJQQX3LCQyoLUYJDikNSSosSM1JSixBwsxYlzRiZQwhloW2pRJsgCNDWcoHSYWZSaDLIsWACkI78UpDg5Jz85uzyzOBWLoW6ZKaVA9+WACoFMJkxD2cE+Sk/MSylOY8aROKEBZ4IWWqDCBGSsc35+UUpmXmJJKjSUeIFEYGliXklmSaVjUVFiJUSjHDhAikqTS0qLUlPAEgkIvktiSSJapEGiC5IWUR2XCpIC2Q8SPfnUfsn9fY/2M3N2ySfnMR9gj5/hI9rDcyDdJTP/Q+tBe97CNd23Mx7sNwaDD/sPX9ZOlXz0zP7gqYWu24rZDyybfURhwyf2A7NmgsBd+9p125LqI9kPJAlEWG458X1/9Mb9b+bZPNoft8uTh0n77/5Splkc0vO+7JfWv6vC1vhlf+w/519vX//Zz7p4khWjL8sBWbCD3tm/e33AUtnr8P4yfzmxLN9/+126c57/Xvl2f4PH/lpZC5YDXRsevpz6SejAlVnPZJe/OLEfbMyBlfbnJANvSddstAdbq/POfkNRxsS3NfwH1k9J7Ui+y3XgiQjIhh/2nD8XpG9+xXhA/ktOWK0e1wGI+QvtOy/de8AtzH9AfPtFhntMn/dPlmAJ49P9Zm+22i482pDtgPcJdtvZoW/3Pwfa6qH3ZX9faaE0bwLDgYhTRkc26t3bb/rewtW9iPEAUNH81Wu/7heoAulkPQBOgI556cBskZ9bjBpXqNkDUq5jETMCAEVK9L0=", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpAiARFiDhk1lcksYI4zmW5OcGg3jOdBDzwyLmT4GYx4CJoYYmE4znlJ+XguCB5DxB6g3BpHEwG5AMzsxLB0YHcVrMSNdiDtbikl+aRIQWIzBpQootRqQ7DKLFghSHGZPuMFPSHQbRYkmKFmNPkJihARl6DEnRYwLRY0SGHpLSmSlED4khDdZjSooeS4ge7NETBCygivmhOcw5P78oJTMvsSS1GJL1eIFEYGliXklmSaVjUVFiJUSjHMigkqLS5JLSotQUsEQCgu+SWJKI5gyIAyAxAikgYVKpIClQlgaJ1iQahRpo3d3ff+irRkz/M3u2xqnO3Tn/7W98+OIV2fZsv0CE5ZYTZd/3F0rzPtCdwOogKnvyqf2S6/Zmq+3Cozfu38/ZJZ/8LuqDvX7eYsY9rKfss+4VdvU9+bG/ulnfZxnXD/uZu6dN4K/6t7/oJ//L7esv29d82hCQPYvfgdtNtZRp1of9Pw6lrEoIObRf+9v0u5PZ2R12/mn/cvv6w/0yrx+ZSR34Z7+/VtYi3eWf/ZVZz2SXv/iw/4jT2sx7hcwH/qz8eMn3EZeD+oLODQ9fftzPp7tp7vvlj+z/K/79Vpog4qDrDDJBaz+MZoCCtpMhB1cs+WYv+ShCfPvFE/YTDMt1FeU/2u9waHp0fMYn+wubI7/uvPV/fxLY43/styfV37StvLB/jvGiLeYVjAfCatdtS6p/bv/0gtLtn/9YDnTnPP+98uO9/Yfaloef2iTgAJaOZD5QaMt1fXHBZ/vTC123ff7L43DK6MhGvbyn+znWyESlWJ/fP2smEESKOgRzghJCXnpxSVF+bjFqHCLKYkSph0XMCABLkr3X", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpYiARkLBPZnFJGiOM51iSnxsM4jnTRYwJQ8wPIRYEdGcwD5Dhll+Um5jjnJFYlJ6aCVKERZ8/IX3/gQCLG/yxiHmMODFRlNQAD0mn/LwUBA8k5wlSbwgmTYPZgGRwZl46MDkRp8WCdC2WYC0u+aVJRGgxApNmpNhiTLoWE9K9b0K6LaZg0pwULUaeIDFDAzL0GJKhx4i0cAbrMSZDjwkZekiMHbAeEhMBWA9J8WMK0UNSLjCD6LEkRY85WI8RSekAqoekdADVgz0dgErhYnGQRElqUWp+ckZqLlBfUaVrTmpual5JMaIcApc5rCAeN5BwLC7OT85MLMnMz0Mr0rnghoVUFqQGgxSHpJYUJWakphQl5mAp/50zMoESzkDbUosyQRagqeEEMlwyi1KTQZYFC4B05JeCFCfn5Cdnl2cWp2Ix1C0zpRTovhxQ6YlWGYHVsIN9lJ6Yl1Kcxowl2SACztACLbT4GSCFsnN+flFKZl5iSSo0lHiBRGBpYl5JZkmlY1FRYiVEoxw4QIpKk0tKi1JTwBIJCL5LYkkiWqRBoguST1AdlwqSArUJQKJnzwCBD/uBW9I1iUZXmRyqzFbbhUcf3O+/fkpqR/Jc+/A3+rvV+dkcFBw/Jp+JZTqwYz3z8x6Ns/ujN+5/M++PiIO2xNQrnBlMBxq2OzQ9cmc6kHWvsKvvCa/DvvlS+neXMB64k8GQ39jCfuDyvQfck1cyO5x5d/Kw09pf+x9FiG+/yPBqv+l7C1f3In4HCbVg1sWT/uwPBxkcJ3jgpYfef8VaZoe1mSADGQ/kCzUfOLWQ+8BcwaV7D07ncngTuEOu9fVde6Cqv9++Mh0onSzBEsb31X5L5Nedt7qu2rN/EPMI+FNhf3DFEj+HyawOk1c2BXrKch+IAkn/vbo/jE9309z3f+yBpomrBf/bD/KOjc5H+/k2OldmPWNzAHryLe++//tPloF8cnH/3a0tNReMRR18P/cFl6hwH1AtZZrFIf3K/kZjsduUMlGHd1FOdi9u/t+fUOYvJ5b1cn/qqoSQoHQJB2neB7oTFvzbv3VZ5XHNXUwHgqcp9pV+5HVQ0ajr2ZnNdYCtcapz9xu2A+W6ivJfcoQcxG+e+x78+O/+708SF17bwnxAtMfrFYvJT/vNPIVrum8zHDgFDL3Me8/3i1xwufGhhN9h3Y14oI3P9rcvDz9l5CJ8AOKfn/aQ+Pq3f/eOXrYPYYIHuuST30UdYnZIlQSFPOeBji+3rzcWCx8AxZ7SG06HDUUZE9/W/N0PziiOeenA7JufW4yaplCzMaTixiJmBAD6UpYq", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpYiARkLBPZnFJGiOM51iSnxsM4jnTRYwJQ8wPIRYEdGcwD5Dhll+Um5jjnJFYlJ6aCVKERZ8/IX3/gQCLG/yxiHmMODFRlNQAD0mn/LwUBA8k5wlSbwgmTYPZgGRwZl46MDkRp8WCdC2WYC0u+aVJRGgxApNmpNhiTLoWE9K9b0K6LaZg0pwULUaeIDFDAzL0GJKhx4i0cAbrMSZDjwkZekiMHbAeEhMBWA9J8WMK0UNSLjCD6LEkRY85WI8RSekAqoekdADVgz0dgErhYnGQRElqUWp+ckZqLlBfUaVrTmpual5JMaIcApc5rCAeN5BwLC7OT85MLMnMz0Mr0rnghoVUFqQGgxSHpJYUJWakphQl5mAp/50zMoESzkDbUosyQRagqeEEMlwyi1KTQZaBec45+cnZ5ZnFqVhMc8tMKQU6LAdUbKLVQmA17GCvpCfmpRSnMWNJL4gQM7RACyZ+Bkhp7JyfX5SSmZdYkgoNHl4gEViamFeSWVLpWFSUWAnRKAcOiaLS5JLSotQUsEQCgu+SWJKIFluQeIJkEFTHpYKkQI0BkOijCPHtFxlYDliku2Tmf+B22M83x3jRFtYD14U+OZ5PYz5wJtb7BLvt/f3cW5dVHtf8uH85kLSa9Ha/2Vlrv4sTj9jX2pvG7fJ8Ze+8NvNeYdef/Rc2R37deeuffZD6gs4ND1/uv5PBkN/Ywn7g8r0H3JNXMjuceXfysNPaX/uNQWAzwwH9uypsjVMf2zOAwYb9D3QnLPixkf8Aq4mgmY0thwNQ0rk75/n+iqqlOs4y//Zn+X7uC/4i6KC4oShj4lvGA1e0UyUfRbAd2NnL9kHsBKcDp/S8OE1v/gMCVWar7cJ/7n/SPO/sqvNP9wMd1/fk0+/9v60KznUEcR0Ae8fq1P4rs57JLn/xa3+J25RvbPGsB2bkCTUfOPUNqv7h/vk2OkAlvfvj2c9JBt7KtoeE01n7owogB3zar3z7Z13Wnhf7wc6p+WofccroyEa9Z/vXdN8G+vytvVow6+JJVj/ta8EB82Z//5NP8pfy/9if67gEDJHv+1me92i85f2x32Zv0DTFPlaH/kNfNWL6N+0PzJ5VPmcR94HPQNXx7L/s370+YKnsxXig7MEcwaV72Q+8VDPkWCPzwv7Ry6mbeAof2YO1f+U5IAty4Ht2h1csoAA8aw/yhXyQ8IHNr4q3iv5mdngKsj7+5f51N+LL/OcJHAjynNugxiTg4CCcePiy9vv94DzhmJcOzLf5ucWoaQo1/0JqbCxiRgC2cpmC", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpoiARFiDhk1lcksYI4zmW5OcGg3jOAyTmT4GYx7AWQ40xJhjPKT8vBcEDyXmC1BuCSZNgNiAZnJmXDoxy4rSYk67FghQtRmDSlHQtJDkMosWSFC3GYNKMdC0ked+YdIcZeoLEDA1I8z9YjyFpTgPrMSJFjwlEjzEZekhKm1A9JCUbU4gekmIUqoektAbVQ1IyMIPoISkdQPQYkZQOoHqwp4MgYEVQzM8AKWWc8/OLUjLzEktSiyHFDy+QCCxNzCvJLKl0LCpKrIRolAMZVFJUmlxSWpSaApZIQPBdEksS0ZwBcQAkhUEqIphUKkgKVKyBRDm75JPfRf23VwtmXTzJ6un+VR8v+SYJ/LJ/IiJ78qn9E/vGqc7dOc9f2ivf/lmXteeGfbb2t+l3J7M4aNT17Mzm3Lk/9/nvlR8vPdxvueVE2T55FodTRkc26uW93b/wh+GzdaocDkahBlorhU/sv3zvAffklQwOGZtfFW8VvW+v9Pdb6QMZPgeLdJfM/A9n7U8vdN32+e+3/TZ7g6Yp9n207/hy+3pj8T177q3LKo9r/rY/Jxl4S7qGw0Esy/dzX/Cd/e3Lw4FWPbd3A+q6UvHbPpMhv5Hl6Af7VU2BnnMbHuxPWnjN5L3FN3uIvT/2xyg4fkw+88Ve11nm9SMzqf1Q2p4BChSAoeBkx+CwaIv5j0Mp7/Y7LLm/j2/O+/1dGx6+nLqJw2H9lNSO5Ng1+/UmLAD6jMshSH1B54ZEToetIOWr/uy3dHUv+snP4cCxRiYqxfq3/YfWkyEHV3zcP/uZ7PIXJ3gdtKwmna73uG1vDAbsDkza7WI3z722n7aJp3BN94f9c4xBNv+zL5TmfaA74ZN99Mb9b+bZPNr//uRhp7UvmRxUdv5p/3L7/v6lfg7Cic6CDjyTVwJ9+tG+xG3KN7b4D/uDgaFWWsjtADHvvv3L7euZn/cwHwBbu1/QIf3q8yztb4/3L5DSv6vC9mN/MCcoAealF5cU5ecWo6YdRD2IKAyxiBkBANKgLt0=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp/CARFiDhk1lcksYI4zmW5OcGg3jOdBDzo4OYB9XFBFBCjgnGc8rPS0HwQHKeIPWGYNIsGBT4jkX5uYklmclEajInTZMRmLQgR5MlaZqMwaQJOZpMydFEop9MyAlyE3ICwpSceDL1BIkZGgSzAangzLx0YG4knCDAegxJ0WME0WNEih5LiB5jYvVAfAKhTMjRZIpVUxCwhCrmh2Y75/z8opTMvMSS1GJIfuQFEoGliXklmSWVjkVFiZUQjXIgg0qKSpNLSotSU8ASCQi+S2JJIjZ3QKLQGFJCwqRSQVIg+0GiJg3bHZoefdift5hxD6vQBftfdVl7SiZ37C9c0307o0H0wI71zM97NC7uD4/euP/NvDX7d93q+pv6nefAvvlS+ndV3tmDVEuwLNuvolHXszOb80CE5ZYTZfuu708MCVJf0Llg//m0q8+ztFkPtNZc2Bz59Z/9uY5L9x5wL94fVrtuW1L9v/3TNvEArXq5/1J+PPs5yYn7C225ri8u+Lrf+xWLiaDZT/snzfPOrjo/db970U/+l9+FD1y4GvZGf/d7e4i6tfv7g0tUptsLHoDo/7Rf+fZPoA+W7AcqUufn5jiwrQVkMZdDr8Zb3n0GK/czQECDrrPM60dmUvbHd+3oZfvgZu/Fw6TdPk3ygMrOP+1fbj/eP3llU6Dn3A37w/h0N83NFzxgZrM3aJoi44HY3KP/NlUv2n95z2MR2ZP8B457m3c6JvA4fGeLn+Ejumf/elWgi32ZDjBMrPtt9YHfARQoPxds3x/MCYrwvPTiEmBOKkaNK0RBjMgSWMSMAOVesek=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpYiARFiDhk1lcksYI4zmW5OcGg3jOg1zMj0gxj2EthhqLTDCeU35eCoIHkvMEqTcEk0bBoITgWJSfm1iSmUykJtNgNiAZnJmXDkw7xGmxJM0eIzBpRoo9Rp4gMUMD0iwyBpMm5GgyJ8V1xuSEggmYtCDFHhOyQsEUosuQFJugeozI0GNMih4ziB4TMvSQlE6hekhKc+YQPSSlBKgekmIVqseSFD0WYD1GBmToISkdQPVgTwdBwNqlmJ8BUkw55+cXpWTmJZakFkPKL14gEViamFeSWVLpWFSUWAnRKAcyqKSoNLmktCg1BSyRgOC7JJYkojkD4gBIPoPUbjCpVJAUqFwEiaov6Nzw8OWP/Zw/F6RvfvVlv8gFlxsfvjyzf7l9PfPzniv7370+YKns9WH/Fe1UyUcRx+1fsZgImtl83N8udvPc92CeA3aVEStMzz62r7U3jdvlecTe6Nk61SfMXAea9X2WcblttXcQTjx8WZvlQHHGxLc19mf3G4PBR/tn9kvu7+PbY3/2DAjcsJ/+f0Ldb6sN+ycYlusqyv/Y/2H5MW/zk8IHmg+cWui67bV9a82FzZFfP9oH/JEovh4keKDz0r0H3JMv7i+IZz8nGfh/vw7IedNZDjwRkT351P6dfRDYYw/tl/qBXPB/f2zu0X+bqg/tdwX6ziuS88CUb2zxM3xK7b3BHjpjL/P6kZmUA+eBJIEIyy0nHuyP1zwtcHzXP/u1v2KAOv/vX/Xxkm+SwDP7z/KX8uPZv9kLf3I8n3b1sX1m/ofWkyEv7aM37n8zz+aVvYpGXc/O7Jf2Ha1Rl/c8vgPlv91fslX09+l3z/fz+a+fktrxwR7kyiX3L+2fdLreY3/t5/3Pf6/8eIlX9ID49osM95j+2e+vlbVIP8Jy4NrRXJMGc5EDiSEgH72wV9n5p/3L7Q/7Y++4MVd0ix3g3rqs8rjmIfs3+rvV+bnf209T7CstnC10IJh18SQrxq/7XUAO9GR0OGV0ZKPeO/4Dy1946P1XPLo/bzHjHlahD/ZmZ639Ll4UOXAq5OCKJX437IM5QQkzL724BFhOFqOmKUQFi6jIsIgZAQDBZleT", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpEiARkLBPZnFJGiOM51iSnxsM4jkPejEmDDE/hFgQ0I/BPECGW35RbmKOc0ZiUXpqJkgRFrM8RsWAYqgpAh6STvl5KQgeSM4TpN4QTBoFgxKVY1F+bmJJZjKRmoxJ02QEJk1I02QMJk1J02QCJs1I02RKjiYzMGkRzAYkgzPz0oEZkpAWczBpSYoWC9K1WHqCxAwNSNFjCNFjSIoeI4geI1L0GEP0GJOixwSix4QUPaYQPaakxQ5YjxkZeszJ0ENSyrGA6CEx6YDEjEhKB5C0Y0R0OoCkNIgmohMCsiaiUwKyJuxJAVRfFIuDJEpSi1LzkzNSc4Eaiypdc1JzU/NKihElJrh0ZAXxuIGEY3FxfnImMM/n56FVPlxww0IqC1KDQYpDUkuKEjNSU4oSc7DUVM4ZmUAJZ6BtqUWZnEABNDUgIZfMotRkkGXBAiAd+aUgxck5+cnZ5ZnFqVgMdctMKQW6LwdUzmeyYxrKDvZRemJeSnEaM66UAw05Q7Tg4meA1B/O+flFKZl5iSWp0GDiBRKBpYl5JZkllY5FRYmVEI1y4BApKk0uKS1KTQFLJCD4LokliViizQhSKBujui4VJAWqsECiWXtKJku0iDnkmTRsd2j6b29Urqso/4XrgO/nvuASFVGHdrGb575fZnRI+/4kcWEYw4GH3JNXNl0UcnB1L/rJ//Kr/d7HIrInnwocOJyyKiFESMBhyf19fHOM/9mb2ewNmqb4c//TC0q3f9ZxOwAJoFUf7L9Nvzu5nZXvwGq78OiN+zkcuN1US5lmfbFPfhflZJfBfGDp3oPiasE37RunOnfnPH+6fxaH9Lw4zfv7M5RyKqqW/rbvf/JJ/lL+W3szsAH/9gftkGt9HfjLvuBcx6V7D+7vr5O1SHfJ/Lo/C+yBn/bCnxzPp139vn9jQPas8jnMB+avXnsjvkzKQRzoreDHjA5Z9wq7+p7wHvAV7fF6xSLhIKEWzLp4EquD4PFdO3rZvu0PBGl7JOwgyRLGp7vpk/2cRco7/7CLHgj4I1F8XYjPYSJ/ldnqfQwOR/sNgSH3cL9LZv6H1pOsDulXn2dpf3to32Zx7WjuFsEDtlzXFxfYPthvpexV3ax/Zz/Efx/2g8Mt6LK9QITllhNlv/dLPooQ337xwH6wd3Vu28ezn5MMvDV7f/m++VL6d2/Yv3t9wFLZ64N99OU9wJCHhSfbgZ29bB/EPL7Zg72f/8v+eY/GW959n/ZzgoLPm8Xhdtff1O9Pnu+HuPvF/m4Q9yGDwxXtVKCVn/Y7y7x+ZCbFdeBNIChAH9vffwCK6F9QdawHGCDAwXlt5r1CLuYDC6+ZvLdwZTwAzlmOeenA/J6fW4yaBlHzPaS6wyJmBADDosTO", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpUiARFiDhk1lcksYI4zmW5OcGg3jOw0TMY1SMBDHUVMEE4znl56UgeCA5T5B6QzBpFMwGJIMz89KByYo4LcZgLS75pUlEaDECkyakaDEGk6akOAyixZwULSZg0ow0LSAxQwNS9JiSbo0FGdZYkqHHEKLHkBQ9RhA9JKUaU4geYzL0mJCixwyih6SEA9VDUvyYQ/SQlNqgeizI0GNJetoxIikdQPWQlA6gekhKB5A0akRSOoDqISkdQPUQnQ4gOQeiCXtCCALWucX8DJDC1jk/vyglMy+xJLUYUgrzAonA0sS8ksySSseiosRKiEY5kEElRaXJJaVFqSlgiQQE3yWxJBGLO4zMIOUZpM6HSaWCpEClO0j0XmFX35NPH+wvKt3+WZf1xn7lEj8H4cTD+7vkk99FOX2wF2o+cGqh67L9e0omS7CEvbP/8vdKxUu1g/YgHp/uG3u55S889P5/3H9d6JPj+bSl+xOeXgCa9Gp/oTTvA90Jn+z/gZQbftivcCk/nv3czv3r3B9Wiaz7uH9i3W+rgnOf9+/e0cv2QezVfhCv49I5e8lHEeLbL56wd5Z5/chM6q+9rqL8l5wwpgMctrND56/+sh/oKLsXN7/t9wAZc5zT4fK9B9yTV57af0U7VfLRDc4DH5Yf8zbv/GvvNuUbW/yMPftt9gZNU+z7sx/CZ3JQAHnL7p+9xY9DKasSftqzCYnYH7tzdP9i5Z1/2r/8tT+yUS9vMeOa/VorhS+43Php/x2oy0f0/3535gpuFY1b9nfcQIxv+63v+/dOz3sFsTfi9X6w9yT/7V/4w/DZOtWf+/uffJK/lP93/5wjChuKMhZCwqme4cCvuixgUF7Z75ckEGG55YU9AzggXtjPi9M8LXD8q/3sZ7LLX5zgOABx91P7ahFgiP1idbg3ub016vJ/eHiBtXswOHwQ8wj4I8F6wFPvv+Lfb4wHXG98+OIV+WO/4PFdO3rbWB0g/vy8/z4omJpu7jfYrc7PvZXHoTJihelZ66/7570HBth2hgOg4HRPFHB4mrjwmsn7j/vzQRGvyH2A9Wi/YbnuF3ug5wJvSZ/Z/97C1b2okv/ApNP1HvtrWR3aToYcXLHkif3EtzX2pve4D5gImgGd/tn+KijaOV7ZQ+L9135dcISyOwRzghJ+XnpxSVF+bjFqmkU0QxC1ChYxIwBoa7Bi", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpUiARkLBPZnFJGiOM51iSnxsM4jkPEzGPUTESxKRRUgUTjOeUn5eC4IHkPEHqDcGkUTAbkHTJL00CJivitBiDtQRn5qUTocUITJqQrsWCFC3GYNKUFC0mYNKMFC2m5GoxJ0WLGelazMGkJWlaQGKGBqToMYToMSQtZsB6jMjQQ1I6M4HoISmhQfWQlGxMIXpISgRmED0kRakFRA9JuQCqh6R0ANFjRFI6sIToISkdQPWQlA6geohOB5AUDdFEdEJA1kR0SkDWhD0pBAGr6WJxkERJalFqfnJGai5QY1Gla05qbmpeSTGqgWmsIB43kHAsLs5PzkwsyczPQzUsmAtuWEhlQWowSHFIaklRYkZqSlFiDppiHiDDOSMTKOEMtC21KBNkAZoaTiDDJbMoNRlkWbAASEd+KUhxck5+cnZ5ZnEqFkPdMlNKge7LAVU7mcyYhrKDfZSemJdSnMaMJScglT1mtPc1Gy18zUKqr02RfW2Olkb4GSB1uHN+flFKZl5iSWoxpHLnBRKBpYl5JZkllY5FRYmVEI1y4AApKk0uKS1KTQFLJCD4LokliVjSqhEk4I1RHZcKkgI1JUGij15O3cRT+GR/pPj2iwz3XuyXfBQBZH20Vz/Utjz81C37UqZZHNLz1tkvvGby3sL1i71STkXVUp0v+2eHzl+99saH/T23MxjyGy/sv9FY7Dbl2zt7tsapzt05r+3bgbqNjmy079mZzflzweX9XX1PPslferx/9fmrYW/0v+73uzgx5p/zqv0n2G2BRr22L9dVlP+S82H//03VnzYEnN4vluX7uS/4hv0koKpfucwH7F7cXPMr5qO989rMe4Vdl+zBztvE4iAVeEu6JvH7/sv3HnBPXvkCYp8C54GF6ZtfFW99b+/9isVE0OyKPdAR6ZuzuA58TD4T633iw/4FUvp3Vdi+7t8Msi77v33hmm6gT77v57q+uMCWi/EAxN/X9l/RTpV8dIPxwNXnWdrfpj/cr/T3W+mDOVf3g3wfX/bJ/uvt60Cf/7PXjOk/9FXjhr3Y79PvTh7+Z//4+Izd0ybctjc7aw306oX9nNLz4jRPP7BXC2ZdPMnq635IOAHtB7pS9Pfr/TWJRqEGWj/sVwpfcLnx4dl+heR3UU52/+yXVx7XtJp0e38mMJRZjrI6MHN2ySe/u2Y/+5ns8hcex+yfrVN90izH7XD4Msih3+2TBCIst5z4Yg/y1azvLA78c4wXbTH/sv+B7oQFPwx/2O8NmqbYV8p/YIdD06PjMxgPAA3tNyz/bP/r7esDlouZD9jqXJn1TPb/fm43VWAQ7NgPMYfngMr0/xPqfr+zh/j7oz04mMIFDsTt8uRh0v5oD/aewNP9pxe6bvtcy3cgFZyQ/tkDA+3u5Pa79rJRKdb3z7MeAGdEx7x0YKGYn4teHDJi5CFDLGJGANcfQVs=", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpUiARkLBPZnFJGiOM51iSnxsM4jkPEzGPUTESxCRRUgUTjOeUn5eC4IHkPEHqDcGkUTAbkHTJL00CJitCWozApClYS3BmXjoRWoyRtBBpi7EnSMzQgBRrTMCkGSnWmJBhjSmYNCdFixmYtCBdiyUpWgwhnjEkQ48RKXqMIHqMSUsCYD0mpMUnWA9JSc0coseMDD0kxShUD0lRagHRQ1KcQvQYkZRAoXpISgeWED0kpQOoHpLSAVQP0ekAkj0hmohOCMiasKeEIGAFWiwOkihJLUrNT85IzQVqLKp0zUnNTc0rKUYUreBiFFz5cgMJx+Li/OTMxJLM/DxUw4K54IaFVBZAuJAyCNV9aGrxF5ho2tjBStIT81KKsXsYnDnRNLECGWGJOaWpwaDGg39BQX5xZgl6SPAzQOoQ5/z8opTMvMSSVGgI8AKJwNLEvJLMkkrHoqLESohGObAHikqTS0qLUlPAEgkIvktiSSIWBxpBijTjNGZkqVSQFKgpAxLVSZV8FCH+1F759s+6rD28Dv2HvmrE9DM5gIW3n7QvK5TmfbCW2eHtPBudK1JMDo1Tnbtznh+2X33+atgb/cP2D+YILt178If9zwXpm18VP94fUqIy/f+E3/vXqz5pnnd2l72Vsld1s/4L+4Ug6a1f7RONQg20Vn63j9c8LXB815v9s8rnLFLe+XN/rb1p3C7Pz/tlLdJdMvP/29u9uLnmV8wv+6Kuvief5J/YOyy5v49vDsMBHibtdrGbjAcg8v/2i/Z4vWIxKdwPMf/lfoj7GA5EpVjf9+99aB/+Rn+3Ov+n/Smxd9yYK17bL1be+af9y2H7LZFfd946JeggJ5bl+7mP3eGiEigAfti7bfv894qFgEP0xv1v5tn8sV/n/rBKZN3T/eunpHYk32V02MD8vEfjLZvDjvUgxvP9XNcXF9hyLbevFgGpZHTgLVzTfTvjy/4JhuW6ivOZDoB8xcP03P5mfJm/nBi7A8jXO3q/2/96+/qApfJn+y0nyvbNl2JwkDoQreBYyOrw1SuyzeLaRXubvUHTFPv+2zPeY+Lskv9g/6H1ZMjBFRf2m763cHUvYj8QYQnS+WN/+tXnWdrf/kL9zXTAZNEW8x9OnAeAkVD32+rb/hXHvM07Hf/tnx06f/XaG8wH2ONn+Ij2sB8oB9qqf/eF/cEVS/wchL/vV7iUH8/ux3JgVzYnMCrv22ftKZkswTLNHuQbhvyf+xu2OzQ9Ov5o/xoZUMhe31/XszObs5L9ANi7DN+h/vuwH5xOZp2zfy67/IWH3mt7iH1/98u3vg7cIffLPpgTlPDz0oFZPz8XLVOhFgGQyhKLmBEA0yLbUg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpYiARkLBPZnFJGiOM51iSnxsM4jkPcjF/IsU8hrWYBEosMsF4Tvl5KQgeSM4TpN4QTBoFswHJ4My8dGAyIE6LKSlajMCkGSlajEm3BaLFnBQtJmDSgnQtlqRoMSXdFjPS/WLmCRIzNCBFjzkZeixIDwBDiDWGZOghKWkaQfQYk6HHhLSUBtZDYuoE6yEpE5hA9JCYpMF6SEptphA9JMUpJLkZkZHcjEhKBxYQPdjTQRCw3ioWB0mUpBal5idnpOYC9RVVuuak5qbmlRRDajl4acgK4nEDCcfi4vzkzMSSzPw8VMOCueCGhVQWpAaDFIeklhQlZqSmFCXmoCnmATKcMzKBEs5A21KLMkEWoKnhBDJcMotSk0GWgXnOOfnJ2eWZxalYTHPLTCkFOiwHVKBnMmKaxg72SnpiXkpxGjOWNIYIMUNL2nuXjareZSLVu7DSC5oSae9fdkL+FQDpyC8FKU4m1tvMpHrbDMXbhrT3NgdVo5mFVP9Cqk9LaDmAlvn5GSCtH+f8/KKUzLzEktRiSLOIF0gElibmlWSWVDoWFSVWQjTKgUOiqDS5pLQoNQUskYDguySWJKKVQRBbIdkL1XGpIClQoxkkek4y8JZ0zTf73ul5Qs0HLtlvv8hwj4nzgT1LGJ/uprnv7dO+P0lceO3T/intrVGX99y2j5/hI9rj9WJ/xsS3Nfamn+x/HEpZlRDyYP+SAluu64vf7O+5ncGQz8jkEAA2kM3h1dRNPIVrTtunnIn1PsH+xf5v+5fb1xuf2v9Z+fGSb9KJ/V9ywmrXbfu2fw+rkIj9sTv7V5+/GvZG/+N+p4SnF5RuX9yvWso0i0P6zX6V6f8n1P2+t9/J7sXNNb8+2JdsFf19+t1/+/NpV59naV+yv1fY1ffk03f745pWk07/53CY5tyd8/z3zv0fk0EWv96/dVklUOrP/qucGUo5PxgcjvYblusq3rbfN19K/67KV/vTC123ff77z/7ynscisicf2k+2YvRt4b29v8pstV149F/7dJfM/A+tf/bH7fLkYdLebg8x97n9mwOWyl7VP/YbhRporRT+bp+3mBHold/7bWeHzl+99pf9Z/lL+fHsl/ZDwvHK/qSF10zeW/yyr0kE6fi2HxJ+L/Y/TQRJcDqAlZkwO8y30bky69nv/dxghzM69LF9EPO4wO2g/W363cntj+3B4WbG5HDm3cnDTmuf2u9W5wcqfbwf5IoLLswHikDBIX9tPyScGA6AXH8y5O7+fQYztSSmftwvaGazN2jah/2dl+494J580D7x8GXt1JkMDuA84ZiXDqyN8nOLUdMUot2OaO1gETMCAEXiT2I=", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpYiARkLBPZnFJGiOM51iSnxsM4jkPcjF/IsU8hrWYBEosMsF4Tvl5KQgeSM4TpN4QTBoFswHJ4My8dGAyIE6LKSlajMCkGSlajEm3BaLFnBQtJmDSgnQtlqRoMSXdFjPS/WLmCRIzNCBFjzkZeixIDwBDiDWGZOghKWkaQfQYk6HHhLSUBtZDYuoE6yEpE5hA9JCYpMF6SEptphA9JMUpJLkZkZHcjEhKBxYQPdjTQRCw3ioWB0mUpBal5idnpOYC9RVVuuak5qbmlRRDajl4acgK4nEDCcfi4vzkzMSSzPw8VMOCueCGhVQWpAaDFIeklhQlZqSmFCXmoCnmATKcMzKBEs5A21KLMkEWoKnhBDJcMotSk0GWBQuAdOSXghQn5+QnZ5dnFqdiMdQtM6UU6L4cULmeyYhpKDvYR+mJeSnFacxYkhoi4Awtae9rNkK+BvGcifUuE6nehRVi0ARJe/+yU9W/zKT61wzFv4a09y8HLVI1C6nehtSiltDiAK0M4GeANIKc8/OLUjLzEktSiyGtI14gEViamFeSWVLpWFSUWAnRKAcOkKLS5JLSotQUsEQCgu+SWJKIVhRBbIVkL1THpYKkQG1nkOjq81fD3uj/3P8oQnz7RYZj+6/Meia7/MWN/T/5X25fz/x6f8QpoyMb9b7uX155XNNq0nX7+w+4J69semlffF3ok+P5d/ZWk07Xe+x/vP/ThoDsWeVf9zNMrPttVcDjcHzXjl62D7fsVxzzNu90fLH/7taWmgubP9mbCJrZ7A16sN95bea9wq4H9ofE1YJZF3/dP2smCJzcv7kaZNIn+xWmZ639Lm7c7/gx+Uys9w37IrCDPu73fsViIriNwWGXJw+TdvsT+5Ktor9P5zEf+NwXXKIizurwsEpknfvDR/aWru5ALX/tZ4fOX732xpf9sf+cf719fcX+pm1lxArTP/uVb/+sy9rzYL/S32+lD+Z823/w1ELXbcUsB6Z8Y4uf4RNqf+1orknD9g32fP7rp6R2vN7vdD7t6vOsT/sh+r/bN2x3aHp0/Ov+t7z7DGZqMR2w1QGF3HH7gD8SwKD5aP/l75WKl2pP7U+W7Zsvpf9rvyQ4wL7az7g7ub016p892L7PN/eDvGNm82l/vOZpgeO/BByinexe3Fzz2f7YHVCAfdoPdPQBy8X8Dl3yye+inB7tBwd72sf9FyfGAH30yx6sb9e3/W6qpUyzOO7b83NvXVZ5/Mf+/bWyFukuQH/nHv23qfqd/XFQNCRctG/wAMl8sy/zlxPL8n2+n01IBGjXb3u9/4rAkPhpD84ojnnpwEopP7cYNU0hmu+IRg8WMSMA9KBZqg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpEiARkLBPZnFJGiOM51iSnxsM4jkPcjF/IsU8RsWAYqixzQTjOeXnpSB4IDlPkHpDMGkUzAYkgzPz0oHJhTgtlmAtLvmlSURpAYkZGpBijRGYNCZFizGYNCFFiwmYNCVFiymYNCdNC+n+NwOTFqRoMSddixHEZYZk6CEp0RhD9JAYnWA9JMYnWA9JEQrVY0ZGjJKUCswgekiKH6geS9L1GJGU2swhekhKB1A9JKUDC4gektIBVA/2dBAErOGKxUESJalFqfnJGam5QH1Fla45qbmpeSXFiDISXB6ygnjcQMKxuDg/OTOxJDM/D9WwYC64YSGVBanBIMUhqSVFiRmpKUWJOWiKeYAM54xMoIQz0LbUokyQBWhqOIEMl8yi1GSQZWCec05+cnZ5ZnEqFtPcMlNKgQ7LARXpmSyYprGDvZKemJdSnMaMI04MDaDJEy2c+BkgVYVzfn5RSmZeYkkqNHx4gURgaWJeSWZJpWNRUWIlRKMcOCiKSpNLSotSU8ASCQi+S2JJIlp0QSIKkntRXZcKkgLVTSDRUyEHVyzx27A/6uvOW11/t+4XiLDccuIbw4FDbcvDTxm92H/taK5Jw/YN9hdcbnz44vVy/7aWmgubI//uT/v+JHHhtXdQ+Qf7r1a8VDPkYDtQcK7j0r0HH/YXSvM+0J3we/8K07PWfhf/7Z+zSHnnn/bv++3Dozfuz2E/8Mx+yf19fGwH3p887LQ28+9+8e0XGe4dkjoQUqIy/b8A24GPX7wi2yy+Q8y5IHBgVjnIhH/7p3xji5/h83f/U6DtJutFD6y7EV/mL/fRvu0kyCPX7D85nk+7ms50YPkLD73/ii/37w2apthX+nh/UVffk0/ynAd0nWVePzKTsk80CjXQWhlsD+ND/P9pv4Nw4uHL2h/tl80+orCh6MX+EzN2T5vA/21/3mLGPaxC//crbijKmPj2yn6weyyZD7SCguPr0/1M2u1iN89dt1/TfTuDIZ/nwPak+pu2lX/2L688rmk16cd+j4dVIuuOcx6w8bs4Mebf5v2NaqAQ/rd/2iaewjXdP/YHqS/o3PCQ+QBYnTvbgS755HdRh3gO2FVGrDD1ZTmw1fzHoZQsqQNA3z3P0mY84FXdrO+jxngg4pTRkY16cgdcMvM/tHpyHvimEdN/6Our/a6g6JopfUCo+cCphUd5DkxY8MPwmR7jAWDslu2LFzggAorQEs4DE+t+WxWcu7Nf3ZBjjUyUINTdH/eng6z59nH/LA7peXGaYgcg4fV9f4r1ff/e6WwHIMEmegCciRzz0oEZPT+3GDUNomZ4SPMDi5gRAPZwznE=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpwiARFiDhk1lcksYI4zmW5OcGg3jOAyTmh0XMnwIxj0EvhhoTTDCeU35eCoIHkvMEqTcEk8bBbEAyODMvHRiVxGkxJ12LBViLS35pEhFajEi3BaLFkjRbQGKGBqRYYwwmTUjXYkqaFtJdZkZ6mJlArDEkQ48RGXpISmimED0khTRUD0lBDdVjRlpQg/WQFNZQPRZk6LHEqicIWPIW8zNAsr9zfn5RSmZeYklqMaRc4AUSgaWJeSWZJZWORUWJlRCNciCDSopKk0tKi1JTwBIJCL5LYkkimjMgDoAkSkjJD5NKBUmByhuQqNlqu/DojT/sJ8X8c/71ltGh0Jbr+uKC5/snLPhh+Gwdr0NNolGogRaDg7+DcOLhy4f3X773gHvyyp/20xT7Sgulv9l7v2IxETR7YH+m3mN/rexHe/tjd7a21EzYf3EiyMCz9iDTbLne2v9ckL75VTGDw2aewjXdt3/ZXzuaa9KwndNhP98c40Um3A6NaofaloczHpgswRLGt5bNYYJhua7ifBaHfQYztSSmftgvzftAd8KCB/ZO59OuPs9icVDKqahaqvN1/6zyOYuUdwo7PKwSWef+kMFBTizL93Pf4f0v1Qw51shwOHgE/JEovv7FXg/soRf29wq7+p58+mgPcj3vg8f7mfawConYf7LP1v42/e7kX/au7kU/+V/e32/63gLIfLi//8kn+Uv58+3VQc47tcj+LS/IRTv2g7Ude2df9mCO4NK93+yXcbmpljaxOICtEzq0/3bX39TvTxgd7mQw5DeyfLeXAQfkN/umR8dn7BbjcKiTtUh3yfxnrw5y5i1Ohx4vYEBeFHQAmsI0i+PffgYwYHF4Lrv8hYcel8Phy9qpko/YDyzo3PDw5VUBh2BQBHzkcOjVALmI5UAwJyhB5aUXlxTl5xajpgVEhYMo2rGIGQEAkbDrnA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpQiARkLBPZnFJGiOM51iSnxsM4jlTXYwJQ8wPIRYEdFMwD5Dhll+Um5jjnJFYlJ6aCVKERZ8/IX3/gYBsfZhu9ydSzGNQiQmixDDc5075eSkIHkjOE6TeEEwaB7MByeDMvHRgEiFOiznpWizBWlzyS5OI0GIEJk1JsQWixYI0LSAxQwNSXGYMJk1IscaEdM+YgkkzUrQYQzxjSIYeI9J8A9ZDUqKB6iEp1EwhekgKNjOIHpLCDaqHpBQN1YM9sYFKmWJxkERJalFqfnJGai5QX1Gla05qbmpeSTEi34LzKCuIxw0kHIuL85MzE0sy8/PQiiwuuGEhlQWpwSDFIaklRYkZqSlFiTlYyjfnjEyghDPQttSiTJAFaGo4Qek9syg1GWRZsABIR34pSHFyTn5ydnlmcSoWQ90yU0qB7ssBlTaZTJiGsoN9lJ6Yl1KcxowjE0ADzhQttPgZIIWYc35+UUpmXmJJKjSUeIFEYGliXklmSaVjUVFiJUSjHDhAikqTS0qLUlPAEgkIvktiSSJapEGiC5LmUR2XCpIC1Ysg0bfzbHSuzPpkb3ntaK5Jw3f7bxox/Ye+8hzI8v3cF/yFy+FSfjz7uZkMB37yv9y+nvnvfn85MaDUP3ugpmeyyx/Z/6rL2lMizHpgxTFv807Hz/b2pnG7PHme7XeWef3IbBbjAbcp39jiJRgcZs0EgZ/776qwNU51/rK/a8PDl1M3MTg4LLm/j2/O2/3mUgeiFRw32oPtk/xjz1zBraLxj9nBpTvn+W9NgQMi9sfubGURdABKBt6azXRg/tlV56+GvdufaBRqoLXS2F7s9+l3Jw9/sD9T77G/Vpb/wPzVa2/El3E7bH5VvFW0mvHA8srjmlaTOA6U75svpR/L6GDgs4zLTfWz/TqgKn+5P/vNzlr7XRRkdwAHw/Yr9iuFL7jc+MBxwC9JIMJyywV79vgZPqI9t/Yn19+0rYz4vb/KbLVdePRb+6P9huW6il/2g60/xHGgq+/JJ/lL3+y9eJi028VYDoB8253zcf9WUaAKTwaH0wLHd+3o3WY/kR9kwvL98ZogEXaHD8tBAfhp/76D4mrBrA/tgaE6WYLlq33byZCDK5Z83i+0dC9Q5qk9OCE75qUDs1d+bjFqnKNmM0hFhEXMCACEkD8N", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpQiARkLBPZnFJGiOM51iSnxsM4jkPkFgwkWIeQ1JMECXUmWA8p/y8FAQPJOcJUm8IJo2C2YCkS35pEjDaCGkxApNmYC3BmXnpRGgxBpMmpNgC0WJKii0mYNKcFC1mYNKCFC3mpGuBBLIlaVpAYoYGpOgxgugxJC1mwHqMSAtnsB5jUvSYQvSYkKGHpDQA1UNS6jSD6CEx4YD1YE8GQcDSr1gcJFGSWpSan5yRmgvUV1TpmpOam5pXUozIt+A8Ci45uYGEY3FxfnJmYklmfh6qYcFccMNCKgsgXEg+QnUemlr8uRFNGztYSXpiXkox1nAFp300PaxARlhiTmlqMKjgD8lPTy3JSC1CCwh+Bkj55JyfX5SSmZdYkgoNAF4gEViamFeSWVLpWFSUWAnRKAd2f1FpcklpUWoKWCIBwXdJLElEcx8kJiBeS2NGlkoFSYGqIZBoZJvFtaNvtQ7khtWu25bEeKB0sgRLWJ/wAUtX96Kf/NoHHptJHYhWeL1/5RI/B+GHQgfezrPRuRIlf6BEZfr/CXWX96vs/NP+5bbIgbNngIBH6cBmnsI13bcv2LtN+cYWf0P4AIiX4SB3QLWUaRaH9Kf93q9YTAS3SR4ACTPwax7oY/sg5hGwZv+0TSCN/AcmGJbrKu5XOQAxd7v9SzVDjjUyEgdcunOe/+5UP/DvSgVQ6LP9/Qfck1cyiRx4uX098/McnQOrz18Ne7Oe9YBHwB+J4uuiB17cXPMrxlfzAMPEut9WH1gPMGm3i908J3jg6Sf5S/n7dQ7kLWbcwyp0ZX9M/6GvGnNEDlze81hEllPmAA9Y4bH9ny75JglICB0AhcLLcKUDM+5Obm+Nem2f/6H1ZIijwIH6m7aVERryB1prLmyOLGU88Ovt6wOWjyUO/DR8tk41ReGAbwuv//opL/d7zm1QO8Qme0BCLZh1sZDUgZQzsd4n2D/un3S63mP/X6kDGvzcW5dVqh84MWP3tAn8z/b3Ts8TanbgOWA7O3T+al6tAxeVbv+sy7pjD3EXx4FgTlDCyUsH5pz8XLQ0iZqDICUmFjEjAJE+FH8=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpIiARkLBPZnFJGiOM51iSnxsM4jlTXYwJQ8wPIRYEdFMwD5Dhll+Um5jjnJFYlJ6aCVKERZ8/IX3/gQCLG/yxiAVjEfMYNmLCKLEMDzWn/LwUBA8k5wlSbwgmTYPZQOGSmZcOTCbEaTEnXYsFWItLfmkSEVqMwKQlKbYYg0kT0rWQ5H0T0h1mCibNSNFi5AkSMzQgQ48hGXqMSAs0sB5jMvSQFDkmED0kxg5YD0lhbQrRQ1KKNoPosSBDD0lJB6LHCHs6AJWExeIgiZLUotT85IzUXKC+okrXnNTc1LySYkT5AC4LWEE8biDhWFycn5yZWJKZn4dWrHLBDQupLEgNBikOSS0pSsxITSlKzMFSBjtnZAIlnIG2pRZlgixAU8MJZLhkFqUmgywD85xz8pOzyzOLU7GY5paZUgp0WA6oOEOrCcBq2MFeSU/MSylOY8aRmaGhbI4WTPwMkFLSOT+/KCUzL7EkFRo8vEAisDQxrySzpNKxqCixEqJRDhwSRaXJJaVFqSlgiQQE3yWxJBEttiDxBHEIquNSQVKgyhckevV5lva36Vf3L7m/j2/OZlaH7Un1N20r39hzZSjlVFS93v87Jvfov02P97/R363O3816wGy1XXj0xtf2OqmSjyLEn9rf9++dnid0eP+898uPeZu/tnc6nwY08rN9xsS3NfamP/df0QYpBIonPL2gdPu3fVFX35NP8u/sO5Jj77g1MzrEs5+TDIxidojXPC1wfNc7+0PiasGsi7/t35XN+XPBc0aHE+y2s0Pn37bfM20Cf5XZ7v1g9/3kc5h6hRPowq/2Csnvopzs3tg3B3rObVA7tN/xY/KZWG+2A32lhdK8Dz7sj9vlycOk/X0/0JZb0n+4DhjO1JKYeuX7foi/z9pP+cYWP+MM+wGgJ6s/bfi4/80BS2Wv6rf7vSPbLK4d/bV/945etg9if+x3yLW+Dtwxz37WTBDo3M+AChpgDEEzm71B037bL55kxejb8tdepibRKNTgz34m7Xaxm+eW77fxuzgx5t8f++xZ5XMWKf/Zby51IFrB8aV98XWhT47nP9v/S/3+JHHhP/vojfvfzLNhcwCHhzKDw9WKl2qGHL/tnWVePzKbxeDQMu/sqvOh3A7/Qc4O+GT/z/nX29cOrA7W4Ahhcri15hcw5tbZg9O4Y146MB/m5xajphHU/AipGbGIGQEAScFdhg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpIiARkLBPZnFJGiOM51iSnxsM4jnTQcyfDmIeQ1JMGCV2mGA8p/y8FAQPJOcJUm8IJo2D2YBkcGZeOjB6idNiBtbikl+aRIQWIzBpQootEC3mpGgxBpOmpGuxIEWLCem2QLRYkqLF1BMkZmhAWsSA9RiSFsxgPUZk6CEp0RhD9JCUBEwgekgKami4mZGixxyih6S0ZgHRQ1LKsYToITodQFIAmDLCnhCCgMVxsThIoiS1KDU/OSM1F6ixqNI1JzU3Na+kOI0Z2cA0VhCPG0g4FhfnJ2cmlmTm56EaFswFNyyksiA1GKQ4JLWkKDEjNaUoMQdNMQ+Q4ZyRCZRwBtqWWpQJsg5NDSeQ4ZJZlJoMsixYAKQjvxSkODknPzm7PLM4FYuhbpkppUD35YCKtUxGTEPZwT5KT8xLQfMiNA0gxZAJ7X3NQgtfM5Hna2gaM6W9r1kJ+RrEcybWu1hSDn7vmiBnD0MztDzBzwCpE53z84tSMvMSS1KLIZUlL5AILE3MK8ksqXQsKkqshGiUAwdFUWlySWlRagpYIgHBd0ksScSSN40MIEUbqutSQVKgJhJItOnR8Rm7p72zL7Tlur644KZ9z+0MhvzGF/u9T7Dbzg49br+tpebC5pscB+SWv/DQq+c+EL1x/5t5Nl/tq5v1fZZxfdiv91/x77fSK/tFe7xesZhstH9zwFLZ6zfDAQ6g7vnaTAckpl7hzFD6Zs/M2SWf/O7//tznv1d+vPR9v+zJp/ZL7q/bv8MB5IL39met/S5OjLm1/64KW+NU54/7nwFl9/VxHrAuONdxKU7gQP+hrxox/dfsZz+TBbrk+/4NRRkT39Y8tv8g5hHwR+L9/vA3+rvV+1kOgK3L+bbfx7zTMSGV2aF833wp/bs/9zPeYwK6gPmAQITllhNlv+zFb577Hvz4tX0p0ywO6Xnf9z/YxzfHeNEd+4hTRkc25gkciNvlycO0muPA/NVrb8SXvbW3UvYCepntQEiQ+oLODQIH+thANjM5FErzPtCd8G7/3a2ggDppX3xd6JPj+XP708Dg036gI+1N41gP3H/APXll0y97cLheZT+wfkpqR3Lsx/1rf8XkHv33bn+K9X3/3ul8B0CxYOslfODrzltdf1Ov2z9eOvuIwoZX+xl9W3j913+1P3sGBJ7th7ib+8C36Xcnt7d+3K8y/f+Eut+cDg7CiYcva//a/50tfoaP6L/94ETumJcOLHTzc4tR0wiidYaoobGIGQEA/0fL+w==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpkiARkLBPZnFJGiOM51iSnxsM4jkPEzF/LGIeo2JAMdQUwATjOeXnpSB4IDlPkHpDMGkUzAYkXfJLk4BJiDgtZmAtwZl56URoMQKTJqRrMSdFizGYNCXFLyaeIDFDQ1L0mIJJS1JcZgqxxoAUPWakW2MOJi1I0WJBui2GEM8YkRY1YD3GZOghKdVA49OUtIAG6yEpQUP1kJQ8zSF6SIoeqB6S4scCrMeIpMQG1WNIih5LiB6i0wEkC0A0EZ0QkDURnRKQNWFPCkHAurJYHCRRklqUmp+ckZoL1FhU6ZqTmpuaV1KMKFnBpSgriMcNJByLi/OTMxNLMvPzUA0L5oIbFlJZkBoMUhySWlKUmJGaUpSYg6aYB8hwzsgESjgDbUstyuQECqCpAQm5ZBalJoMsCxYA6cgvBSlOzslPzi7PLE7FYqhbZkop0H05oPogkxXTUHawj9IT81KK05ixpGqktGCEFlr8DJBqxjk/vyglMy+xJBUaSrxAIrA0Ma8ks6TSsagosRKiUQ4cIEWlySWlRakpYIkEBN8lsSQRS6wZQQpXY1THpYKkQPUaSHRSzD/nX7ksDpNO13vsr727n61xqnN3zsP9M3dPm8Bf9cs+z6Rhu0PTof0xCo4fk898379S+ILLDQNph6ZHx2fsnrZgv0LyuygnO/YDCWX+cmJZF+1/Lkjf/Kp4q/17C1f3op8f9juCFP4WczDQAul8tf/ZOtUnzXKsBw5/1YjpZxJwOPpvU/WnDc/2v7i55ldM7uv9Lt05z3+v/G9/6rDT2sx7C/f3eL1iMZnIfkCmJtEodAOXQy5Yw5P9faWF0rwJXAf+pX5/krhQ0EEV7PAL+5VyKqqW6jAdANsTJ+5Q/9uq4FwH04GoFOv7/r2sB64vLrDluv54f5vFtaO5Jjfs2eNn+Ij2/N2/mHEPq5AIkwPQFqBTH+5/kaX9bfrd+/aTrRh9W3jlHUCh8Oj4nf1gd8VxHphgWK6reF8KKv7B/pPj+bSrz9kOiHsE/JEo3m6vGdN/6KvGnP0LwcEx1f6yb5JARKWQwy2QN48e228fHr1x/5t9+zfNfb/82GkBB/tjd7a21PzZn3Im1vsE+/P9K455m3c6frYPBQfcg/0T39bYm8bxHCj6yf9y+/r/9pDw/mC/HujNeWc5D4Cj7Tmnw8WJoAj9vT97VvmcRYu5DgSzLp5kxcjrwJUBCpmr+7cn1d+0tRQ88ChCfPtFBiGH2gubI7/ufGXvB3SepQnTga+3rzcWt0k4pEqCVLAe6PgCEvi9v+d2BkN+o7CD3PIXHnr/WQ+Ag+0U+wFBM5u9QWFSDqEHVyzxc2A94AN0dUIq9wFwhnPMSwcWA/m5xahpE7U4gNSCWMSMAAoP1K4=", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpoiARkLBPZnFJGiOM51iSnxsM4jlTXYwJQ8wPIRYEdFMwD5Dhll+Um5jjnJFYlJ6aCVKExSx/IsWCsYh5DGsxEZRYhYeuU35eCoIHkvMEqTcEk6bBbKCwysxLByYL4rSYg7W45JcmEa3FghRbjMCkMSlajEm3xYR070O0WJKixRRMmpHmfZCYoQEZegzJ0GNEWjiD9ZAYN2A9JqSFNFgPibED1kNSWJtC9JiToscMooekxAbVQ1LSgegxIikdWEL0YE8HoFK2WBwkUZJalJqfnJGaC9RXVOmak5qbmldSjChTwOUHK4jHDSQci4vzkzMTSzLz89CKbC64YSGVBanBIMUhqSVFiRmpKUWJOVjKd+eMTKCEM9C21KJMkAVoajiBDJfMotRkkGXBAiAd+aUgxck5+cnZ5ZnFqVgMdctMKQW6LwdUEkIqDVQ17GAfpSfmpRSnMePI1NAIMkcLLX4GSAHrnJ9flJKZl1iSCg0lXiARWJqYV5JZUulYVJRYCdEoBw6QotLkktKi1BSwRAKC75JYkogWaZDoguQTVMelgqRA9TRI1FPvv+LfMpYDvqI9Xq9Y/u/Xm7Dgh+GzJ/sZJtb9tio4Zr/lRNm++VLX7V9N3cRTuOawPbebainTrAf7v5c+mCO49Pn+vtJCad4Hj/efXui67XMt34GpqR3JsXeYDxzZqJe3mPGH/azyOYuULfkPlLhN+cYWz3Ag615hV9+TRfarz18Ne6MvfOD64gJbruvsB+S/5ITVrnu2v2vDw5dTNzFC1bEcqF23Lan+5s/9UV933ur6+wfqvnf7J76tsTeNW7U/pv/QV40YjgO8D3QnLKgQOAB2x9/f9g+5J69sCry5f537wyqRdV/sPzmeT7v6fJc9F9jCy/Yz7k5ub43abN8ln/wuyumzPcTdn+w3zX2//Jj3Q3vPuQ1qh9rO7+cBGeO51h7ivl/7/12peKlm+Gh/nknDdoemJ/uvzHomu/zFnf2pko8ixLf/2h+veVrg+C7OA6mrEkKC1P/sj73jxlzRzeDwisVE0MxG+IAqW+NUZ26WA8dyQQb8t2+Lurzn8RTBA/KtrwN3yH3c79Kd8/z3yoX7W3j9109RFTpw/nvw46Wz+Q9AwuXBfj5doAufC0Hiq4XtQMeX29cbi3/vB5sjIn7gB0j5EbYDEH/c3l8ZscL0rDXnAW+QA8oEDmzc/2aezRoOB3CGcMxLB2bT/Nxi1LSDml0hlS0WMSMAsUSGQA==", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp0iARFiDhk1lcksYI4zmW5OcGg3jOQ1KMCUPMDyEWBPR3MA+Q4ZZflJuY45yRWJSemglShMUsj1ExEsRQUxM8xJ3y81IQPJCcJ0i9IZg0CgYlSMei/NzEksxkIjUZk6bJCEyakKbJGEyakqbJBEyakabJlBxNZmDSMpgNSAZn5qUDMzMhLeaeIDFDA1L0WJChx5JEPRDVEMqQFIsMIXqMSNFjBNFjTIoeY4geE1L0mED0mJKixxSix4yMSDUnQ48FGXpISnCQxGNERoIzIikdQPWQlA4gidSIpHQA1UN0OoCkaIgmohMCsiaiUwKyJuxJAVTtFfMzQMpr5/z8opTMvMSS1GJIQc4LJAJLE/NKMksqHYuKEishGuVABpUUlSaXlBalpoAlEhB8l8SSRCzuMDKHZBpIcwMmlQqSAlUQINHpE/irzLT5HAL+SBRfn8Tk8ONQyqqEEO4DElOvcGY8EnRY/sJD7/9CFoc0EHjGeKCP7YOYRwCzg4j9sTtbWRgcFDcUZUx8y3XgJ//L7eub+RwCs2eVz1Ficfj19vUBS+UP+9fdiC/zl/tjX92s77OM67/9DoemR8clGA98aD0ZcnAF0Jx17g+rpjA6bDUH2fxu/2GQ9UEf7YWaD5xa6Hpt/+xnskAnnLMHGbtImdOBAQyu2DNXcKto1P2w38D8vEfj7W/7xJAg9QWcjA7+DsKJhy9ft38JdLbi39/2Rzbq5S1mfGEPccdH+01z3y8/5v3WXnz7RYZ7TG/tPwB55p1MDkf7Dct1FQUd3LZ9/nvlB5MDyFTeOsEDDkvu7+OTEXMws9kbNG0hmwPYWWZMB/QmLPhh+Oyv/ezQ+avX3vhjDw4vJcEDH794RbZVCDrIvH5kJnWA1aHEbco3tvgd+z3218papD+zP9dx6d4D7t/2U1M7kmPvMByQ1r+rwta41b7H6xWLieCy/Zau7kU/+XfufzBHcOneg7/shcAB/Wh/f3CJyvT/T/bXXtgc+XXnO/uH3JNXNgV+2Q/03B5WoVf2+mAGrwNIdUvNR/tdnjxM2uyMDlaTTtd77OdwWG0XHr1x/6P9Z2K9T7DbMjrE9B/6qhHD53BcE6Rihz3YO+ue2n+Wv5Qf387oAJbmZ3cA+3/OB3u/JIEIyy3P7CsjVpie3c3sUPlSzZBjzRn73ul5wKi6Z791WSXIKHtQ8FVksjiA46PzhH39TVuglp/2t9b8isl1ZXRgPycZeEv6hz0PyPmen+3B0ls5HII5QRkiL724BFjtFqOmZUQLB1HfYBEzAgAgKrV7", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpQiARkLBPZnFJGiOM51iSnxsM4jlTJMaEIeaHEAsC2h/MA2S45RflJuY4ZyQWpadmghRh0edPSN9/IMDiBn8ixYKxiHkMejFBlNiDh5BTfl4KggeS8wSpNwSTJsFsIP9m5qUDo584LWakazEHa3HJL00iQosRmLQkxRZj0v1iTLotJmDSlBQtFki2EO19kJihASnWQPUYkqHHiLRAA+sxJkMPSZFjAtFDUlCbQvSQlDqheszJ0GOBVQ+oNCoWB0mUpBal5idnpOYC9RVVuuak5qbmlRSjmpfGCuJxAwnH4uL85MzEksz8PLSijQtuWEhlQWowSHFIaklRYkZqSlFiDpZy0DkjEyjhDLQttSgTJIOmhhOUFDOLUpNBloF5zjn5ydnlmcWpWExzy0wpBTosB1TMoJXGYDXsYK+kJ+alFKcx48hk0BAzpb13OanqXSb83sVVpligJQd+Bkgp7ZyfX5SSmZdYkloMKb55gURgaWJeSWZJpWNRUWIlRKMcOAiKSpNLSotSU8ASCQi+S2JJIprVkPQIcQFqJKSCpECVOkhU3ZBjjcwtxgOxuUf/bareZB9SojL9/4Tv9uvcH1aJ6DE66FyZ9Ux2+Qn7lDOx3ifYeRzCozfufzNvzf5vGjH9h76+298fDNRQz+zAXMGtolH3eT/IuKiUj/tPhRxcscTvu/2xXJOG7Q7/9u+bL6V/V4X5wEs1kIo/9oXSvA90BdgOTHxbY28ad8n+3uT21qjLLA79Tz7JX8pnPsB4j4mzS/6pvdSBaAXHj9fttdvFbp77vtm+omqpjrPMb/t5cZqnBdxZHdQPtS0PP/XGfnbo/NVrbzy0h5jP6HBa4PiuHbzsDoVrum9nMHywBxqSfCaWx2HCgh+Gz/RYHeYKLt17UPzF/q+3rzcWu3E5nFt1/mrYm5/2r4u3iv4+vc/+Dkj4iqBDQTz7OcnAW/tdfr19fcDy7f60juTYO8e4HZbNPqKwoeiJPSQc/uz/r/j3W+kDJgdG3xZe//Wv9icevqydKvl5PxPY4bftn4K8Ff91/4uba37F5LIf2PtYRPZkKrND1r3Crr4n//cbPVun+qSZ/cC7KCe7Fzff2C8ABVcb2wGxLN/PfZcZD9hyXV9cYMvoAE6sjnnpwPIjPxe95GDESHyGWMSMALIqZ+I=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpwiARFiDhk1lcksYI4zmW5OcGg3jOg1zMnwIxj0ElhhoTTDCeU35eCoIHkvMEqTcEk0bBoMh0LMrPTSzJTCZSkwlpmozApClpmozJsQmiyYw0TSZg0jyYDUgGZ+alA9M0IS2m5Nhj6gkSMzQgxSIziB5DUvSYg0kL0rVYgrW45JcmEaHFEOIyI1KsMYLoMSZFjzFEjwkpeiwgekzJ0GNGhh6ikw4k/iEU0fEDSQAQyhKrpiBgMVzMzwApC5zz84tSMvMSS1KLIYUEL5AILE3MK8ksqXQsKkqshGiUAxlUUlSaXFJalJoClkhA8F0SSxKxucMSEieQagAmlQqSAhU+INFZHNLz4jT/2fu28Pqvn/Jh/x5WIRH7Y3v2P2med3bV+Zf2+ULNB04tvLv/4KmFrts+P7T3nNugdoiN3cH6vn/v9Lxf++9kMOQ3sjA4THxbY28ax+7At89gppbEr/17g6Yp9pU+tn/0cuomnsIX9irT/0+o+31v/85etg9iHv/tq45rWk06/cdesvi60CfHj/s/OZ5Pu5rO6qC4oShjoq6Aw6dLvkkCNxgPnKn32F8ru2P/wmsm7y1c+Rz+SAA1FLEd2DT3/fJj3t+h7hVx6Phy+3pjMdMBMxuQzdfsl+o4y7x+dGn/ExHZk0/tt9hbMwJ9eJ7FAaLvj33thc2RX3d+3K83YcEPQzUBB7C/2v7Zu/x6+/qA5Yf9EaeMjmzU+7z/V13WnpLJGfaJRqEGWiuDofyK/Y0sR/sNy3kdZC3SXTLfMxz4ADTVvJPF4UWW9rfpsfwOMjVAHRsYDsRrnhY4bsV0YD/fHONFJmwOPw2frVN9wnkgjE8X6JQf+9lAzr8j6LCYEeQT3gMCEZZbTpT93s8HjI3Ujrf7E0OC1Bd03rFvBLpuefh/+9YaoMNLWRyy7hV29T35AfF/m6BDMCcoQeWlF5cAy7di1LSAqH0QxQEWMSMAabb7pQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp0iARkLBPZnFJGiOM51iSnxsM4jkPEzF/LGIeo2IkiMmgpBQmGM8pPy8FwQPJeYLUG4JJs2A2IBmcmZcOTGrEaTEnTQtIzNAQrMclvzSJCD1GYNKYFGsgWkxJ0WJMuv9NSLfFhHRbTEkPZTMwaUGKFnMwaUmaFnBcGpAWMWA9RmToISkBGEP0mJChh8T4BOshMdmA9ZAUo6YQPSRFqQVED0lxCtFjRFKcQvUYkqLHEqKHpHQA1UNSOoDqITodQFI0RBPRCQFZE9EpAVkT9qQQBKzui8VBEiWpRan5yRmpuUCNRZWuOam5qXklxagGprGCeNxAwrG4OD85M7EkMz8P1bBgLrhhIZUFqcEgxSGpJUWJGakpRYk5aIp5gAznjEyghDPQttSiTJAFaGo4gQyXzKLUZJBlwQIgHfmlIMXJOfnJ2eWZxalYDHXLTCkFui8HVFVlMmEayg72UXpiXkpxGjOW3INU9ljQ3tdshHwN4jkT611GUr1rjORpC7S0wc8Aqe+d8/OLUjLzEktSiyENAV4gEViamFeSWVLpWFSUWAnRKAcOiKLS5JLSotQUsEQCgu+SWJKIJY0aQWoGY1S3pYKkQE1RkCh7/Awf0Z5d9tdN3lu4ul/af6Ox2G3Ktzf2714fsFT2+rRfxP7Yna0ta+xPHXZam3nv1/5L+fHs5yRf77+odPtnXdbX/Wu6b2cw5H/c/2lDQPas8k/2Mq8fmUkdmL0/W/vb9LuTP+1X+vut9MGchfsv+yYJRFi+s+90THh6Qenj/hMzdk+bwH/Pfr3qk+Z5Zz/uty4413Hp3pX91xcX2HJdP70f7CyvT/bNgZ5zG9Tu2YdHb9z/Zt4X+2Z9n2Vcx5gOdCTH3nFjXrE//I3+bnX+X/v5ubcuqzz+w36XJw+Tdvsb+8NfNWL6D720fwPyxm8Gh0jx7RcZ7n2wv+By48MXr5VQdc+g/mBw+Jf6/Uniwg/747xPsNvOnmqvBnKWFtuBuypsjVOdGQ+YgoKn6KZ9naxFukvm9/2trwN3yLX+2i8EDqBfUP/e3m957WiuScPz/SLr3B9WTWE4YCJoZrM36N/+/4qggPhq//GLV2SbxbX9haCAa2A8UFG1VMd5DoPDbytQAFyzB/KAQfhsv2kcyIW77becKNs3X+qf/WYekI6f+8HC2j/s71wHRpQI+wGQq6+ZvN+ftadksgTLC3tuFY26HkuOAyYN2x2aHj22rwIbyOhQk2gUarCK4QA4PKpv20PC9+/+0wLHd+3oZXF4IiJ78qn9I3sI//f+d1FOdi9ufrcHJga2+Bn/7SF8pgNvefcZzNR6Y29XGbHC9Oxt+6sVL9UMOR7ZH1yxxM9BmNNBHxxgz+1Bwbfq/B9w6qm58Nd+Jii6q57ZN4GSF9tL+6MKG4oyJjI4TDAs11WUZ3QAZ0XHvHRgIZmfi148MmJkLUMsYkYAKotMXw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp0iARkLBPZnFJGiOM51iSnxsM4jkPEzF/LGIeo2IkiMmgpBQmGM8pPy8FwQPJeYLUG4JJo2A2IOmSX5oETGrEaTEFawnOzEsnWosZKVqMSbcFosWcFC0mpDvMhHRbTMGkBSlazDxBYoaGpOgxJ90aCzBpSZoWsMsMSNFjBNFjRIYeY9JSAFiPCRl6SEppJhA9JKYbsB4SEw5YDzkph6Q4NQfrMSIpTi0hekhKoVA9JKUDqB6i0wEkdUI0EZ0QkDURnRKQNRGdFCDZGqIJe1oIAtb3xeIgiZLUotT85IzUXKDGokrXnNTc1LyS4jRmZAPTWEE8biDhWFycn5yZWJKZn4dqWDAX3LCQyoLUYJDikNSSosSM1JSixBw0xTxAhnNGJlDCGWhbalEmyAI0NZxAhktmUWoyyDIwzzknPzm7PLM4FYtpbpkppUCH5YAqqUxGTNPYwV5JT8xLQfMbUqkOLXUsaO9dNkLeFQDpyC8FKU6mma9NkBOKoSXtvc1O1VhmJt2/iFg2MkDLDPwMkBaOc35+UUpmXmJJajGk6cMLJAJLE/NKMksqHYuKEishGuXAIVFUmlxSWpSaApZIQPBdEksSsWRKI0j1aYzquFSQFKjxDRJl9G3h9V9/Zv/hlFUJIUHv7Ru2OzQ9On7Ffv7qtTfiyy7vz9pTMlmihckhaeE1k/cWN+19RXu8XrE8s7//gHvyyqZP++Nn+ABFvtkf/qoR03/o4X7PuQ1qh9o+75/+f0Ldb6s3+/OFmg+cWvjevnd6HpB1yf5UyMEVS/ze2HtVN+v7LPu8P6REBah0nf2T5nlnV52/un/S6XqP/bXP7SMst5wo2/djf0KZv5xY1t79keLbLzLc+2PfAlZ2a7/8l5yw2nXn9oOFmRgc3KZ8Y4ufccG+Aahb1uLn/s/yl/Lj2zkdQL5SX/B6f8/tDIb8xjP2e4OmKfaV/tv//PfKj5d8n9kb7Fbn5976bf+H1pNAl33abzs7FOh1NodEo1ADrZXB+y2vHc01abhvP8GwXFdRnt0hY/Or4q2ir+3nLFLe+af9u3149Mb9b+b93L9jPfPzHg0Ghy9/r1S8VLu4v2Sr6O/T777sn7l72gT+qn/2VUt1nGVef96/8eHLqZt6GA78/Vb6YI7gy/1ePEza7WJX97cvDz9ldOTjfnDwmvyHuu+nvd2Lm2t+xby1t/G7ODHm3w/7/mBQgP3fD/Hn+f23f9YBo+i6vXDi4cvaqR/tFcEBw3Kg1t40bpfnlf1lQFuW7mVxANly89x1iHt+MR64aVsZscKUxSEXGIrbkj7bL7m/j2+O8ff9kHD8ADXvrv2ablDAMRyY9375Me/tvA6HxNWCWRd/3c94j4mzS/7x/j2sQiL2xzgcGMDg537hT47n065+sN83X0r/rgqfAyQ+fe2Bkej7ue+hPSi0bHRYDjgCU9mM3cvsgZHCcrT/z35wXnTMSwfWCvm5xahpGdEnQLS+sYgZAQCjIIU+", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp0iARkLBPZnFJGiOM51iSnxsM4jkPEzF/LGIeo2IkiKGmFCYYzyk/LwXBA8l5gtQbgkmjYDYg6ZJfmgRMasRpMQVrCc7MSydCixGYNCddiyUpWozBpAkpfjEBkxak2GLiCRIzNCBFjynp1piRHmRmpNtiDvGMISl6DCF6jEiLGrAeYzL0mJAW0GA9JCVOqB4z0oIarIfE6AHrISd+SMoGFmA9RiQlUEuIHpLSAVQPSekAqofodADJahBNRCcEZE1EpwRkTUQnBUjmgWjCnhaCgJV3sThIoiS1KDU/OSM1F6ixqNI1JzU3Na+kGNXANFYQjxtIOBYX5ydnJpZk5uehGhbMBTcspLIgNRikOCS1pCgxIzWlKDEHTTEPkOGckQmUcAballqUyQ4UQFPDCWS4ZBalJoMsA/Occ/KTs8szi1OxmOaWmVIKdFgOqMbJZMI0jR3slfTEvJTiNGZceQBahFjS3r8cVPUvC6n+NUXytZEBWrLgZ4BU3M75+UUpmXmJJanFkBqdF0gElibmlWSWVDoWFSVWQjTKgUOiqDS5pLQoNQUskYDguySWJGJJnkbmkMIU1XGpIClQSwEkqi0x9Qpnxkd7tWDWxZOsPu5/XbxV9PfpS/sVHD8mn4l9ba/rLPP6kZmWva9oj9crlo/7FS7lx7OfYzlQMWeR8s4/f/aLewT8kSj+b9/6OnCHXOvv/Tscmh4dn/F6v+DxXTt625gcPvcFl6hMP2+/ae775ce8v+9XlP+SE1b7xv6/4t9vpQ++7tdaKXzB5cYVe37urcsqjx+079rw8OXUTVf271jP/LxH4619cv1N28qIV/s5u+ST30U927+m+3YGQ/7V/TpXZj2TXf7V/r2Fq3vRz9/21vf9e6fnXbMPPbhiid8BxgNtFteO5pr83l+TaBRqoHVx/5bIrztvdfE6iN889z348VH7O27MFdwqjA4VVUt1nGUu75/hA/LgP/s47xPstrN/7+ctBNn0YP/q81fD3qznOgD0xP8JdYwHnBKeXlCKZnUABoJk4C2WAyYN24E+ZjwA9saHd/aPgK7nKbyyP2z+6rU37jMdSDx8WTtV8ol9pyNI41v7de4Pq0TW/d7/bfrdye2tv+3B7klmOABx10d7sL74e/bZ2iAV//erH2pbHn7q1n6Q6V+8bu5/qWbIsUbm1X5fcMB+su9/8kn+Uv6f/Tlgj+zZfy3sjf5u9dv2SmCBf/YQ9d/shcEOObg/C6TxC8cBLx4m7XYxNgdgpAFjrs/eEhSM/AwHjmzUy1vM+MdeZeef9i+3v9lLBd6SrnnIdODldlCEfNg/x3jRFvMfr/Yf7Tcs100UdIjNPfpvU/XX/XnggHhhz2oiaGZjy+sAUc96wC9JIMJyy4X9k1c2BXrOFXC4q8LWONX58X4HkINWszrogwUO7wfnRce8dGD5mJ+LXjIyYuQtQyxiRgAz9EOy", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp0iARkLBPZnFJGiOM51iSnxsM4jkPEzF/LGIeo2IkiKGmFCYYzyk/LwXBA8l5gtQbgkmTYDYgGZyZlw5MasRpMSdNC0jM0BCsxyW/NIkIPUZg0pgULcZg0oIUl0G0WJKixYR0W0zBpBnpWkgKZTPSHWYOiRgDUvQYQfQYkaHHmLRwBushKW1C9ZiSFtJgPSTGDlgPidED1kNS/ED1kJQ+IXFqRFKcWkD0GJKixxKih6R0ANVDUjqA6iE6HUBSNEQT0QkBWRPRKQFZE/akEASsu4vFQRIlqUWp+ckZqblAjUWVrjmpual5JcWoBqaxgnjcQMKxuDg/OTOxJDM/D9WwYC64YSGVBanBIMUhqSVFiRmpKUWJOWiKeYAM54xMoIQz0LbUokx2oACaGk4gwyWzKDUZZFmwAEhHfilIcXJOfnJ2eWZxKhZD3TJTSoHuywHVO5mMmIayg32UnpiXUpzGjCv3QEPOgPbe5qCFt5lJ9bYJUpY2MkRLJPwMkFrcOT+/KCUzL7EktRhSvfMCicDSxLySzJJKx6KixEqIRjlwgBSVJpeUFqWmgCUSEHyXxJJELInVyBxS6aE6LhUkBWo2gERzw2rXbUt6u//V1E08hWse77/x4YtXZNuV/S6Z+R9aTx6xF1nn/rAqRMDh2J2tLTUXru/v1XjLu8+g0/657PIXHnocDq7uRT/5X962n5rakRx75+N+gQjLLSfKXtlfcAGZtNP+685bXX9Tf9hfVLr9sy7rwf4d65mf92gctS+05bq+uOCrvf/6KUCdb+01+Lm3Lqt8ah97x425gvuC/eJJVoy+LV/3sx7tNyzXvWr/+PiM3dMmHLcXv3nue/Djn/YHTy103fZ57X6lv99KH8y5ul9vwoIfhmmcDqvPXw17o//Pnv2cZOAt6Tv2K4VBLmE9kH71eZb2t/P7G1lABv7ev0kvbzHjnk/7N+5/M89G5+N+KaDqmsRF9hBaxEEfJM1atP/O9cZitym37B/oAi3YyO/AraJR17Pz2/5VTYGecxv+7S/OmPi2xv6L/bWjuSYN2x/sBwdn/ff9cxYp7/zT/soebJzRJ/sPYh4BfyT+2q9XfdI87+y9/apsjVOdu9/sj1hhetb6HJMDV4ZSTkXV+/1J4AB8Zg/hf7L/rwjy4Bt7pb7SQmneP/ZH/22q/mTA5PCrLmtPyeTv9kBBoNMe2PPtM5ipJdFq/8x+yf19fN/3c3bJJ7+L+mbv7yCcePjybft4zdMCx3f9st93UFwtmPXT/qrjmlaTTn/bfxsYO99TOB2Mj2zUy1NmcIC4d6u9x8MqkXXHmRzA0bSX2WERMLT/Xllhb6XsVd2cL+Awx3jRFvMKJocp7a1Rl/c8td/7WET2ZCrrgRug4Pr2Zf9MYGzxV93b3+P1isVkIteBl9tBEX9gf8qZWO8T7F/sfUVBMlwHLMEJ6KI9OIM65qUDS8v8XPRykhEjbxliETMCAN3aRdQ=", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp0iARkLBPZnFJGiOM51iSnxsM4jkPEzF/LGIeo2IkiKGmFCYYzyk/LwXBA8l5gtQbgkmTYDYgGZyZlw5MasRpMSdNC0jM0BCsxyW/NIkIPUZg0pgULcZg0oIUl0G0WJKixYR0W0zBpBnpWkgKZTPSHWYOiRgDUvQYQfQYkaHHmLRwBushKW1C9ZiSFtJgPSTGDlgPidED1kNS/ED1kJQ+IXFqRFKcWkD0GJKixxKih6R0ANVDUjqA6iE6HUBSNEQT0QkBWRPRKQFZE/akEASsu4vFQRIlqUWp+ckZqblAjUWVrjmpual5JcWoBqaxgnjcQMKxuDg/OTOxJDM/D9WwYC64YSGVBanBIMUhqSVFiRmpKUWJOWiKeYAM54xMoIQz0LbUokx2oACaGk4gwyWzKDUZZBmY55yTn5xdnlmcisU0t8yUUqDDckAVTiYjpmnsYK+kJ+alFKcx48o20CAzoL1/OajqX2ZS/WuClImNDNGSBT8DpN52zs8vSsnMSyxJLYZU6LxAIrA0Ma8ks6TSsagosRKiUQ4cEkWlySWlRakpYIkEBN8lsSQRS/I0ModUc6iOSwVJgRoKINHwN/q71fnf2mco5VRULX1mn2gUaqC10nm/vWncLk+eV/uP9huW6y5kPNB56d4DbmF2B6Y9rEIi9t/295UWSvM++LA/oHd6nhAzi8O5DpCC+/YrTM9a+13caL/3sYjsyadf7K8+z9L+Nv31/o9fvCLbLB7sbxe7ee578Jf9Vspe1c36X/a7TfnGFj/j8/68xYxAk6fYOyy5v49vzmP7hu0OTY+O79gvUwNy0Zf90zbxFK7pfr+/qKvvySf5a/ulDkQrOH78bP9/U/WnDReYD1ycGPPP+dfN/Vm+n/uCS7gcLmyO/Lrz1jv7nX/av9y+/tTeGAxYDlSLrHN/WPXDvsxfTizL94/9vUKQgf37DWdqSUy98nG/7ezQ+avXsh5YPyW1IzmWz+Fk2b75Uvpz94OtDWI9ENN/6KtGDJNDGlD2jtsn+3Xbkupv2r6E6v9ur3Nl1jPZ5U/sdRXlv+SEvbQ/t+r81bA3DA5zjBdtMf/xYT8knD/tl1v+wkPvP8MBbXCAfN+/s5ftg5jHDfsfh1JWJYR82/9sneqT5nlMB1aEnzI6svH7/ksM95g4u+bvNwEZc+jZfmDg2i+JZzwAjATdCQt2QMP7s30MMFSSz7zf/2H5MW/zzs/7jY9s1Mtb/HN/kPqCzg0PH9pPXtkU6Dn3k30JOOAZDqSBwSVI/KsKOLgX/eR/ac55AERtX3/Yfs+0CfxVZqwOLGF8upvmchyAxOOn/fHs5yQDb/E5lIM9es2eB2zwT/sdcq2vA3ewHPDiYQJ67aX9kgJbruuLN9hvArqC0Yb7ANgcWQaHtqjLex6LvLdPd8nM/8DKcgCcFx3z0oHlY34uesnIiJG3DLGIGQEAInY3SA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp4iARkLBPZnFJGiOM51iSnxsM4jkPKjEmDDE/hFgQ0D/BPECGW35RbmKOc0ZiUXpqJkgRFrP8iRTzGNZiqLEPD0mn/LwUBA8k5wlSbwgmjYNBCcixKD83sSQzmUhNpqRpMgKTJuRoItEmYzBpRpomE3I0mYJJi2A2IBmcmZcOzHyEtJh5gsQMDUjRY066NRAtlqRosYC4zJAUPYYQPUak6DGC6DEmRY8xRI8JKXpMIHpMSQs2sB4zMvSYkxHWJEWpJUQPSXEK0WNEUmqD6iE6HUDSM0QT0QkBktQgmrCnBFDRXwwqzIJLUotS85MzUnOBGosqXXNSc1PzSooRhR+4oGMF8bhBmbe4OD85E5h98/PQ6hEuuGEhlQWpwSDFIaklRYkZqSlFiTlYKh3njEyghDPQttSiTFDBgKaGE8hwySxKTQZZFiwA0pFfClKcnJOfnF2eWZyKxVC3zJRSoPtyQEV2JiumoexgH6Un5qUUpzHjSmzQfGeBFlz8DJCqwDk/vyglMy+xJBUaTLxAIrA0Ma8ks6TSsagosRKiUQ4cIkWlySWlRakpYIkEBN8lsSQRS7QZQcpXY1TXpYKkQNEFEp3FIT0vTvOfvW8Lr//6KR/272EVErE/tme/59wGtUNs7A7W9/17p+f92n8ngyG/kYXB4UnzvLOrzr+0zxdqPnBq4d39B08tdN32+aF91XFNq0mn/9hLFl8X+uT4cf8nx/NpV9NZHSa+rbE3jWN34NtnMFNL4tf+vUHTFPtKH9s/ejl1E0/hC3uV6f8n1P2+t39nL9sHMY//9iaCZjZ7hQQdvCPbLK4d5T3A1jjVuTvnvD3QkF2ePgIOpu8tXN0/MR5wm/KNLX7Gnv3qhhxrZGaJOnS0Rl3eoyx44Gi/Ybmu4sP9DBPrflsVXNqvf1cFaMRmex/zTseEpywOqz5e8k0SEHXI8v3cF1zyYz/QU0At5+0LpXkf6E74Z88EDoAP+1nBBn3en3v036bqIl4HsH+eMxw4uGKJn8NkFod1N+LL/OXS7P+sBBkYsP9XXdaekskV+18/MpM6EP3H/qjChqKMiR/3p4ACUJzP4fz34MdLpbkdgIEw9Yqn4AGwex+X7F8/JbUjWVbIgfPngvTNr/gOJAlEWG458cV+In+V2ep9/A4g6z8ZMB74D6Q2BHze37DdoenRcREHyUcR4tsFBQ8AFZftm/9j/9K9B8XVgsUcIPEmeiD2n/Ovt68v7AdG7mkBdkmHG43FwCDjPQDx/439yl7Vzfo+x/angg2auD9vMeMe1kk8DsDQjEqpFnFwWHJ/H9+cx/sh/luwH5yDHPPSgfk6P7cYNa2h5m9IbYNFzAgAhYeo9A==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpsiARkLBPZnFJGiOM51iSnxsM4jkPEzF/LGIeo2I0EJNDSVFMMJ5Tfl4KggeS8wSpNwSTRsFsQDI4My8dmCSJ02JCihYjMGlGihZj0m2BaDElRYsJmDQnRYsp6X4x9QSJGRqSoseMdJdBtFiQosUcTFqSpgXsGQPSkgxYD4nJDKzHmLR0BtZDYtoE6yEp2RhD9JCYoMF6SIpRE4gekqIUmthIilMLsB4jkuIUqoekRA3VQ1I6sIToISkdQPWQlA6geohOB5BcANFEdEJA1kR0SkDWRHRSgJQ4EE3Y00IQsP1RLA6SKEktSs1PzkjNBWosqnTNSc1NzSspTmNGNjCNFcTjBhKOxcX5yZmJJZn5eaiGBXPBDQupLEgNBikOSS0pSsxITSlKzEFTzANkOGdkAiWcgbalFmWCZNDUcAIZLplFqckgy8A855z85OzyzOJULKa5ZaaUAh2WA6oMMxkxTWMHeyU9MS8FzW9ItQe0dLOgvXdZCXlXAKQjvxSkOJlYXzOT6msz5IRiaEl7b7PRwttMpHrbFKn2s0DLEvwMkPaUc35+UUpmXmJJajGkocULJAJLE/NKMksqHYuKEishGuXA4VFUmlxSWpSaApZIQPBdEksSsWRNI0tIokN1WypICtQlAIkalesqyn/5Z69wKT+e/Vzn/k8bArJnlV+wN3q2TvVJ8zv7HXKtrwN3vNv/0kPvv+Lfd/aPl84+orDhnn1TsduUb2zz7Tl/Lkjf/Or3/g3Mz3s03r6317ky65ns8jf2XfLJ76KcHu13EE48fFn74f7fVgXnOi692R/7z/nX29cf9s9fvfZGfNnt/fbh0Rv3v7m3v6xQmveB7h17DX7urcsqz+8/vdB12+e/H+wPngIxrto/5J68sinw534+//VTUjve7wdrm/fFXkItmHXxpG/776qwNU51/mv/lnefwUytK/vjvE+w285eam921trv4sQ/9mBjj/+yrwc75NR+o1ADrZXCTAdYwvh0N839sj/68p7HIrIsDs4yrx+ZST2y/9v+5fb1xvf2z2WXv/DQY3X4I1F8XejTw/0HLZW9qpuv73fpznn+e+Un+x6vVywmggwHllce17Sa9Bzqng/2uWG167Ylvd5/r7Cr70kRg8NSP1BITN5/cMUSIOupPSS8mA+ku2Tmf2j9Yn+PiRMYZA/2z9SSmHqFk+lA56V7D7gnf7dXyqmoWqrzFxrub6D2/th/iQGk4/n+MHBAft8PNt+Z5cC++VL6d1We7L8lXZNoFPrGXvO0wPFdO77v9xUFufTJ/m/T705ub2Vy+LD8mLd558/98qDoncdwwB8cUV/sQa54d4vxQAkoeuP/2Xe0RgFD5oZ90U/+l9vX/94vJGJ/7M7WL/aVEStMz1p/3g8OVs2P+0XWuT+smsLmwGoiaGaz99H+2DtuzBXcb/ZfO5pr0rD9r/3tn3VZe74wOkDSzW17sDYrNkjySP1uD/bWxxf2nnMb1A61fbbfzFO4pvs2owMw0X0rfXBm/2QJUEwxH+i5ncGQz8h0AJyfHfPSgXVJfm4xatpH9FgQ7TwsYkYAgGW56A==", "1:eJztln9QVFUUx3eBhQDBCUTMiQLGppQY2QWWRRvfrguIgqIsUqZNPnYfy8PdffX27dASqKVZTWkmGqZjU6MC6aRmgzZp3ksQjIUGEZRjoFGGkbkggmw0Q+/et6b8+IPL5D9N/5zZe+79nHvPOd/79kblcdn5PjKZzH6faJZyFsbosDD5EciD3JmsXciX3x7pBM5qQCP9f8SXNY4v/X/fPfCNVJTX7dFCzma6M0Jzi9F6JbYqg69oDazNLEpyYkgiGYJ8SiVmUjhH3gQYFbZqkm3isU0gR4iSSSA/WKKUfxwJo8Y2iQTRTGKb5EkwKokhUo2HiSdrDmYIG4oZwo5ihqilHoaoPx4ZaMhkgJlkEiYJMyqinnoY5SQYIh1IGlUR6cDDEOnAwxDpQLoLKiIdeBgiHXiYCetAuqESNL4QssW3hD0cTQgMz3DGAsYqgrwz1cJYGZtgHxkwX4FGgaLR2e2ckaUFlrONDGYI+CdYjvM5xoAW5zACTxcwJp62jFo8RfyhL2DFCb24G8OzaINRa/zFHykszxjRZnikt3DGdUWsnRknWhprcogHs6A/NlY+NpofTsVM20z2fO8xBY6/u2RKzb3P1/dfzdeLNN+Eu66jMnmULKbKpPeBnuN4E2ujBcYuPRyCRLPCQdsEVnDqeJ52SuBDuBK8wyg4eMaEJ9beGafQAj2OPFXJUuFHHo5BU+hBgrynhbIZPrn11EB5e9mrr/wCtpzNqamaJYNzbfvlpxU7wInNJU2frGqnSo+cyNtwwQXqrQkbT2q9YNTDNy25pd0gY9UWTVuqN3z9247LgaE+sCDa8kLxwUbqj6Azce/O6QdcyCb41Qcu0CFGf7rFDYpiESmH6T8VTzuyqB+srKk6sEzbR2nMKSzX0weCETbDDQyK/Tvmyb206nPzlzW/XQdq+x9b89YXboDd54Lhy50Nu09N94fN0Rfd6wt7QFvutbmnHh0GuzPD3lxyKAS+tEv/hqWrC1QlogA+cBpV/2P15gB4/tA3rbnX+qjalhjmgc6r4OhO5jVjuw+M1T/4e6d6JtXw2adbfXvSAK1aGTfnw3iAsZJuqmJvXeQx/gYVdDl2+/uDPcA0/1LW1nB/WF3hbJg9bxDULfyI7XjeG84qH96+fkgOw082yzq8WoF0zkC49kpT9EVnIHz8uz2/RlRepYJjj+9zVQ6Cti/FgiYpYAxuQDM4e4U6cOlMGyjEjemV8imUwyxtKF3b0gdu+T4rum4CXO+yIeowSueoHBarDy94cvWfwPkUyvgvSqgOG/r6+m8UOmb5dW+I62/w1Ubqeo2Nz3zvya8LbFqxeN/GCj+ttL7Gs58CDh9/8caxpinwPVdlfUaSP5T6NAA+Xr5uT9Ga+2Hh0r5tBkEO26uRQAYADpsRAv16pqcvL5kKn/g8+52obTJobu0qjBlwA5cmdRHvDoGZFQFpjzi6QQs6/mwFxOXsDYODhp8P7q37ATRuSAelEb0Alcu9IBReOH9LnGmhkmbC1ZE6P6gU1bErJwDiu6uzmcXvKWcd/SWVj7mLynF8qr8B2i95dQ==", "1: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", "1:eJztVntQVFUY3+Uprgy+IIuHYThWygDLc9U6d13Ax2AESzTZH3HZvbBXl73NvXdLTGmMGkdGHRMfZY6PGpp8TC+BzNe3VlOa0RAopCghJBRSKgssJDSdc++agjTtZcZ/mvaPb+73nfP7nr9z9kTmc9kFPiqVShiHxVLOypjsVqYgnFiIOYMVxAL1bU0vckVGohn+I7bMUWyL/rfdB9twRnnd1hZwNvMdjawtJvvjJKk1+mGZytnzMSU9gyRJECNrK/QAopVkinKITgkkXpKJyiHJSiAJystPUB4lcTGxxcUpwSSNAZMsY2KVYOJkjFZZoyVM/BgwCcpaLWEUkcCNUTRS93zGMlNFx8A9U0XnQJ6pVtFMU2SMIu64MYp44MYo4oFOxijigRujiAdujMc8kE+ODPKYCHeDPGbC3aDRqZCNHxPCA2RBZHiGM1mYIgzki9OsTBFjE4XhDgt8iabBQi8InImlRZazDXdmHP+3s5ziFxkj2ZzDiDxtYcw8bR2xeQL+MFhYvGDA0RieJTmO2BOAP1JZnjGRYMaJBMHZyWaTlTOteJkVmFGcprNmO87PSv7gWPW9Tv2ligppm1ko8P6nk+2+sHT3v2z/fyubaAZP6/UeY71upsSOoEeQSn4oGDiON7M2WmQE+QURiEWWnbaJrFis53m6WAZGSK3g7SbRzjNmaSHvjp5Ki/QoNNXq5Lt7eHYMWSIvE2Ltijk2K0hzAaIjp/dYG3yofYWHO4WqbSg8pTCV5U6jT6Br9/xDgdSu+Hcrk/ubobepca2QXgnVr6+uPfzcAMx9ZMkrpTHt6LMfVM1eAb/D2YnfHD2ysQ49Jn10QCxxX9WFNOkz7V47W2HrujeW1R/vQaGBLdGb9x5B/t8/mHUx1IkMYddakx76GN4+tn1z0KoWyLtaO6NpoBuemHNuZ3t4B9Sez8WpNsEpHQ5omEqlLeQHgn6th407bJNLHS709OA0oXFLICW57XfCJZLm1la0vq65RVPugkdLNny+ImAQZk/bdi7A0oAiQpYvdW7qQC+8lRG8YUkPwk6+3ZfWCx/N/Ll0d40vtWc+CXwF9Vhz13xY3eCux8dxPsAyw7qyHY07FLbMPO86ZFJT6C/rByBaKqAXwRrSuT+hjrSjrBGt1ETh0GfA5UcidcMCqbA2FI7RP2UOQpSU2E1U8x35dcKbQauSDp70oq4JVcG3zg6hx/dPqU39sRUq5pAAvyBd5emXTu65gcJW09pnYp1IzrMN1uuJ4z6Q2ugYBKPve1vmqm9AY8L1lLSFn8KldG+cSggVGnM5ym9tGyLZTTd9Dbi4/FcvhFC50kc3lEiD74cPEmvmPTVpKpXTVvHOVw/XwoG8nOxZe3vQ7L4dl8vXTaDw0DPeL/NyPPs8ZkiEivqjZPlxsXwyJc/7JrTsmlRxQq+mgsPPXEVR/tQp3N1q529wInt75Ca7Cy2SGtUFxM349H4Y6rNjSA26oinf/1qWE45eLBtiXL6OquT+L8wHOtHBJ3Ek5OOQ/d8C6fDqbYX4XuWKRt6o6nsOY9woNu1flSBuLg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpkiARkLBPZnFJGiOM51iSnxsM4jkPKjEmDDE/hFgQ0D/BPECGW35RbmKOc0ZiUXpqJkgRFrP8iRTzGBUDiqGmEniIO+XnpSB4IDlPkHpDMGkUzAYkXfJLk4DJjDgtJmAtwZl56URoMQKTxqRrMSVFi7EnSMzQgBTPQPUYkmKPCZg0I0WLKZi0JEWLGelazEnXYkGG/w0heoxICzOwHpKSAFQPSSnNFKKHpHQD1UNShJpB9JiToceCtCgF6yExGYDEjAzI0ENSOoCkHSOS0gFUD0npAKqHpHRgCdGDPR2Aap9icZBESWpRan5yRmouUF9RpWtOam5qXkkxolwFl6GsIB43kHAsLs5PzkwsyczPQ6vKuOCGhVQWpAaDFIeklhQlZqSmFCXmYKn3nDMygRLOQNtSizI5gQJoakBCLplFqckgy8A855z85OzyzOJULKa5ZaaUAh2WA6oGMlkxTWMHeyU9MS+lOI0ZS7pESgGmaMHEzwCpXZzz84tSMvMSS1KhwcMLJAJLE/NKMksqHYuKEishGuXAIVFUmlxSWpSaApZIQPBdEksS0WILYiukMEZ1XCpIClSdgUTTwODT/jaLa0dzTQ7sX8y4h1VI5JN97tF/m6o/vdg/wbBcV1H+w/4Stynf2OJP2KtM/z+h7vf3/VPaW6Mu2zAd+LQhIHtW+R773er83FuX3d0feEu6JtHos/0JdtvZofO/2GvG9B/6qnHFXk4sy/dz3/P9PJNXNgV6vtzvzlzBraLxxt5yy4myfUB11c36Psu4HtnzFq7pvp3x375iziLlnX/e2hsf2aiXt/jX/utCnxzPp33e/5Z3n8FMLaEDX3fe6vqben//OUmQjc/tWY/2A1363H6XJw+Tdvur/f8V/34rTWA90NX35JN8EPOBOLDEbXuPgD8Sxdef7L+wORJoBOeBIM+5DWqHru3/2/7l9vXG//vfBO6Qa319dX/61edZ2t/+2Oc3sgBN/rQf6Ni6np3/7eevXnsjvuwtVPzy/h+HUlYlhHyzT/v+JHHhNSYHsDfcPtsr5VRULdX5uv9Sfjz7OcmH+yedrvfYXxu7/xLDPSbOrvf7VwpfcLnx4c/+rcsqj2tafbbXuTLrmexyJofJEixhfLr37LeAnNf1y74W7NBnUP99tIeYz+YA9N2DOYI37YGBDwypz/vPgIyX/WMfEqS+oHPDQ/t7k4ERFMx6QAtkUQSjw33/3ul5QgwO9qagkPi9f4aPaI/Xqzv7wfHzQuTAqcNOazPvvd4fVrtuW1I9w4F0l8z8D6xCB1rmnV11/uqn/Tv/gALox35noKrCLuED1oy+Lbz+9+0FqsxW24XP3q+4oShj4tvP9uBgm/5lPzhvOealA/N/fm4xatpELQcgdR8WMSMAnlLlzw==", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpkiARkLBPZnFJGiOM51iSnxsM4jkPKjEmDDE/hFgQ0D/BPECGW35RbmKOc0ZiUXpqJkgRFrP8iRTzGBUDiqGmEniIO+XnpSB4IDlPkHpDMGkUzAYkXfJLk4DJjDgtJmAtwZl56URoMQKTxqRrMSVFi7EnSMzQgBTPQPUYkmKPCZg0I0WLKZi0JEWLGelazEnXYkGG/w0heoxICzOwHpKSAFQPSSnNFKKHpHQD1UNShJpB9JiToceCtCgF6yExGYDEjAzI0ENSOoCkHSOS0gFUD0npAKqHpHRgCdGDPR2Aap9icZBESWpRan5yRmouUF9RpWtOam5qXkkxolwFl6GsIB43kHAsLs5PzkwsyczPQ6vKuOCGhVQWpAaDFIeklhQlZqSmFCXmYKn3nDMygRLOQNtSizI5gQJoakBCLplFqckgy4IFQDryS0GKk3Pyk7PLM4tTsRjqlplSCnRfDqg2yGTFNJQd7KP0xLyU4jRmLMkTKSGYooUWPwOkknHOzy9KycxLLEmFhhIvkAgsTcwrySypdCwqSqyEaJQDB0hRaXJJaVFqClgiAcF3SSxJRIs0iK2QMhnVcakgKVCtBhJtfR24Q671vv37k4ed1mZ+tC+05bq+uODj/t7peULNB57s/xH8eOnsIzfsJVnC+HQ3fdhfa28at8vz1345sSzfz32P7YszJr6t2c9wQGjp3oPiaj/tr2inSj6KeGsvEGG55UTZuv3cbqqlTLPe7d/2+e+VipeP9pfrKsp/yVlmX/ST/+X29d/sT8zYPW0C/7X9Hg+rRNa5v7SHuOf0/nOSgbeka37un8hfZbZ6H6NDcv1N28obXAc2BmTPKp9zbz8Pk3a7WCTXgUSjUAOtlZP3a0tMvcKZcW//P+dfb18f+Gyv+ZZ3n8HMP/sNZ2oBZX7Z32Pi7JJPZj1gsFudn3sr0wG1YNbFk6we7p9Y99uqwI/pQOelew+4Jz8F+46H6S/UXf/2M83ikJ4XxwKxP+KN/RuQ814/3M96tN+wXPenvUfAH4ni63/s16s+aZ539pG9OFjg//5AkDMX3d4Pdp7wHfv0q8+ztL+93v8uysnuxc2f+z8sP+Zt3nl1/8mn9kvu7/tlD3YO45f9EPqs/adLvkkCEQwOjWqH2paHX9pv43dxYsy/X/aQcF5sz62iUddjyXIgeJpiX2nhb/vKl2qGHGvu2C/o3PDw5dRv+7W/Tb87uZ3DIeKU0ZGNel/2g3z/Lurn/sqIFaZnrVkcQK5ddZ7vwOrzV8Pe6H/f77OMy031K9cBq0mn6z3s2Q+IXHC58eHLqf0mi7aY/2ASPADRL3AApKyU6RIkfCU5DkDSx4X9D7knr2wKvGm/pACUgH7bgzOcY146sBjIzy1GTZuoxQGkCsQiZgQAtf/emw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpkiARkLBPZnFJGiOM51iSnxsM4jkPKjEmDDE/hFgQ0D/BPECGW35RbmKOc0ZiUXpqJkgRFrP8iRTzGBUDikmjpBJ4iDvl56UgeCA5T5B6QzBpHMwGJIMz89KByYw4LeakaDECkyakayHJFmMwaUq6FktStJiASTPStZBkiynptph6gsQMDUjRY0aGHnOIHkNS9FiQHgKGEGuMyNBDUnI2gughMXGC9ZCY1MB6SEw4YD0k5QJoMrAgIxmQFD+QZGBEUtKxgOghMemA9ZCUDqB6SEoHlhA9RKcDSCaAaMKeEECVXLE4SKIktSg1PzkjNReosajSNSc1NzWvpDiNDdnANFYQjxtIOBYX5ydnJpZk5ueh1ZhccMNCKgtSg0GKQ1JLihIzUlOKEnOwVK/OGZlACWegbalFmcxAATQ1nECGS2ZRajLIsmABkI78UpDi5Jz85OzyzOJULIa6ZaaUAt2XA6p0IHU2qhp2sI/SE/NSitOYsaRPRGgbmtHe1yyEfA3iORPrXSZSvWuG7F1z2nuXlRaRjCXlEPI1pF6BlkW09zYbVWMZS5ohlKiR/WtJe/+yU9W/JGdiI5Tiz4D2/uWkqn9JTs8myNWKCVoRz88AaYA75+cXpWTmJZakFkNa5rxAIrA0Ma8ks6TSsagosRKiUQ4cEkWlySWlRakpYIkEBN8lsSQRS1VjBCk3jVEdlwqSAvULQaLvopzsXtz8tX9t5r3Crr4b+yUfRYhvv3jB/o3+bnV+7pv2K0zPWvtd/Lb//6bqTxsC3u4XNLPZGzTt6X7NmP5DXzWe2CvlVFQt1Xltz7fPYKaWxGf7n4bP1qk+uby/9XXgDrnW0/s37n8zz0bnwv7XxVtFf5/+aS8x9QpnhtKZ/X8kiq8LfXpr//GLV2SbxQf7HM6fC9I3v9l/fNeOXrYPH/cf/Qey8ON+UdmTT+2XvN+/mHEPq5DId3uQKe9OXobax+RwfXGBLdf1h/bzz646fzXszP6vIOOufbJf6ucgnHj4g304yCP9jA7rtiXV37TduV8gwnLLibK/+xlAoIHpQJbv577gks/7vV+xmAia/d8/zbk75/nvj/tf3FzzKyb3g32drEW6y0uWA0f7Dct1FffbX2K4x8TZVb9/Y0D2rPI5L+zL/OXEsnx/7jcCysp/+befaRaH9Ly4h/ZbIr/uvMXFfKA4Y+LbGvub+yevbAr0nPthv8OS+/v45ny0T+tIjr3j9sf+s/yl/Hh2Joedf9q/3L7+cP8JdtvZofN37+/+m/r9SeKH/ctmH1HY8InBYWLdb6uCcy/2Z+0pmSzB8tH+xIzd0ybwf7Tvf/IJaML//deO5po0bP+y3xvk/aN399tVRgCj7u/+RVvMfxxK+WO/VMdZ5vWjL/YQf/23N+RYIxOV8tqes0s++V3UNXuw+0s4HWSjUqzv+zM5dPWBDL6+n61xqnP3GyaH0wtdt33+e8HeCBS9zZ/2g6Pl/nd7UCrZqsZ2IAro3a5ahgOQcPm6H5y3HPPSgW2X/Nxi1LSJ6IIiGuFYxIwAsq4Oug==", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpkiARkLBPZnFJGiOM51iSnxsM4jkPKjEmDDE/hFgQ0D/BPECGW35RbmKOc0ZiUXpqJkgRFrP8iRTzGBUDikmjpBJ4iDvl56UgeCA5T5B6QzBpHMwGJIMz89KByYw4LeakaDECkyakayHJFmMwaUq6FktStJiASTPStZBkiynptph6gsQMDUjRY0aGHnOIHkNS9FiQHgKGEGuMyNBDUnI2gughMXGC9ZCY1MB6SEw4YD0k5QJoMrAgIxmQFD+QZGBEUtKxgOghMemA9ZCUDqB6SEoHlhA9RKcDSCaAaMKeEECVXLE4SKIktSg1PzkjNReosajSNSc1NzWvpDiNDdnANFYQjxtIOBYX5ydnJpZk5ueh1ZhccMNCKgtSg0GKQ1JLihIzUlOKEnOwVK/OGZlACWegbalFmcxAATQ1nECGS2ZRajLIsmABkI78UpDi5Jz85OzyzOJULIa6ZaaUAt2XA6p0IHU2qhp2sI/SE/NSitOYsaRPRGgbmtHe1yyEfA3iORPrXSZSvWuG7F1z2nuXlRaRjCXlEPI1pF6BlkW09zYbVWMZS5ohlKiR/WtJe/+yU9W/JGdiI5Tiz4D2/uWkqn9JTs8myNWKCVoRz88AaYA75+cXpWTmJZakFkNa5rxAIrA0Ma8ks6TSsagosRKiUQ4cEkWlySWlRakpYIkEBN8lsSQRS1VjBCk3jVEdlwqSAvULQaI3Pnzximz7a287O3T+6rUr9mutFL7gcuPKfr8kgQjLLXf2F18X+uR4/uN+/jnGi7aYf9mfyZDfyHL0pb2yV3Wzvs8D+9aaC5sjvz61n8UhPS9O8/P+Swz3mDi7+vczabeL3Tx3e/9Fpds/67KO7E+VfBQhvn3ifvtjd7a21Pyx39YC0vht//yzq85fDbuz/4mI7Mmn9h/s49nPSQbe+mjf6Zjw9ILS2/2Wru5FP/m/739YJbLO/eGz/W8OWCp7/WZ2cJvyjS1+xp79c44obCjKOLk/9/nvlR8vfbR/y7vPYKbWjf0CL7evZ37+bb+4R8AfieLH9tMn8FeZrf5vf3FizD/nX1/t074/SVx47cr+pIXXTN7vYD3QdjLk4AoVZofKl2qGHGte2N/u+pv6/cnL/Y/NpA5EL2BxyJ5VPmeR8tP94GD4ccq+FuTtnU/27/zT/uX2dYYDYO6tV/ttua4vLrB9s7/BY3+trMWn/dFOdi9u6jBBzF/yxd5Z5vUjM6lv9mDn+n6yXzYb6IFPDAd8zEE+vmJvzejbwuv/dv/hy9rAILtgb/reAhgCT/eL9ni9YjFhcbjjxlzBrfJvf1FX35NP8t/2CwB9ZRf+2f6U0ZGNenk/7etkLdJdMv/t37qs8rim1ff9K5f4OQgnfoaGB7PDh+XHvM07X9tD4uOg/Yuba37F5HI6WIEjdM9+SDr4tv8vyFuMbA6Q8H+7Pzesdt22pPP29b+tCs51fLafkSfUfODUl/1ASaDJTA7fSx/MEVx6dX8EyCHr2A6A85ZjXjqw7ZKfW4yaNhFdUEQjHIuYEQCy1BL8", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpYiARFiDhk1lcksYI4zmW5OcGg3jOdBFjwhDzQ4gFAd0ZzANkuOUX5SbmOGckFqWnZv4HAixm+WER86dAzGPYiImixDQ8dJ3y81IQPJCcJ0i9IZg0D2YDksGZeenApEKcFgvStViCtbjklyYRocWIdIcZeYLEDA1Iswasx5AUe4zBpAkpWkzApCkpWkzBpBkpWszI8gxYjxEZeozJ0ENiqIH1kBRsUD0khZspRA9JiQ2qh6RsAI0fS9L1GBmQoscCooekdADVgz0dgIrmYn4GSDnjnJ9flJKZl1iSWgwpgHiBRGBpYl5JZkmlY1FRYiVEoxzIoJKi0uSS0qLUFLBEAoLvkliSiOYMiAMgqQVShcGkUkFSoCoMJHrm3cnDTrqyBwJvSdckGgke+P4kceE1k+v7D65Y4ucwWeTA7h29bB/E+A608Pqvn5J6wL450HNug9ote9O4XZ48TB/39z/5JH8pf//+Pys/XvJNerSfn3vrskp3hgMF8eznJAMf2P80fLZO9cm//Q+rRNa5P/y/P+Tx0tlHFE7sn9LeGnXZhv3AN42Y/kNf2Q88vaB0+2fdLXspkEMeShyAmMtz4PlvkMFP9it7VTfrr1E4sFh555/2L/wH1nTfzmDI/7xfsvi60KeDsgd2ZXP+XLBc5EBRVx9Q5wN7iLnCB1YKX3C5YSB0IPfov03Vnz7Ysy6eZMXYK3DA30E48XAw+4H3QO+vzby0H8i7rJ060z7RKNRAa+Xi/SDfabdv299ac2Fz5Nev9iDfdyR/3L9070FxteCb9iElKtP/T3hkP+/98mPe5l/3s5oImtns/bTfbco3tvgZR/YfiFZw/JjMccDuxc01v2Lu2j/QnbDgh+Gz/dna36bfnfxn//IXHnr/FX9C/ct0oPV14A651vf7zVbbhUdv3L//yEa9vMWMf/fz7TOYqTWD8UDqqoSQIPUv+7/8vVLxUo3lAMiVwgICB6wLznVcunfFPgkYa+93cBwAB68B2wER+2N3trZ8t79wNeyNfrXCgU1zQQ7lOsALdsi//eDwKVU6ANb+QPCA9wl229mhn/YHc4ISZl56cUlRfm4xappC1JCIugiLmBEA+yFZ8Q==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpMiARkLBPZnFJGiOM51iSnxsM4jkPKjEmDDE/hFgQ0D/BPECGW35RbmKOc0ZiUXpqJkgRFn3+hPT9BwIsbvDHIuYxKkahmDRKKoTHjFN+XgqCB5LzBKk3BJMmwWxAMjgzLx2YjAlrAYkZGpChxxCsxyW/NIkIPUZg0pwUa4xJ12ICJi1I0WJKui2mpNtiRq4WS1K0GEEixogMPcZk6CEpoRlD9JiSoceMDD0kJhuwHpKiB6qHpPgxBesxIimzQfUYkpZ0wHpISgdQPSSlA3OIHpLSgQVED0npwBKih6R0ANVDUjqA6sGeDkC1YbE4SKIktSg1PzkjNReor6jSNSc1NzWvpBhRfoPLalYQjxtIOBYX5ydnJpZk5uehVa1ccMNCKgtSg0GKQ1JLihIzUlOKEnOw1MPOGZlACWegbalFmaDWCpoaTiDDJbMoNRlkWbAASEd+KUhxck5+cnZ5ZnEqFkPdMlNKge7LAdU6mSyYhrKDfZSemJdSnMaMJXkiJR5TtNDiZ4BUZs75+UUpmXmJJanQUOIFEoGliXklmSWVjkVFiZUQjXLgACkqTS4pLUpNAUskIPguiSWJaJEGiS5Ivkd1XCpICtSGA4nW/7YqONch6LB+SmpHcuyN/XWyFukumVwOSn2lhdK8r/b/CH68dPaRO/ZzFinv/OMu4jB5ZVOg59zf+wvXdN/OYPi3f8d65uc9K4QdTON2efI0cTr0B5eoTP//aT9LGJ/uprl8DmX+cmJZvs/tZ80EgW/7lb2qm/V7BB0u73ksInvyu3285mmB47tW7A+P3rj/zTwmhzf6u9X5uZ/vn3921fmrYW/2g93hK+jA+0B3woIff+z9HYQTD1++vx9sniSfAw/YQd/twfYzfd6/e0cv2wexb/aBt6RrEo1EHT5d8k0SiPi4v2G7Q9MjdzaH0skSLGF+gg6zQ+evXnvjtb3v577gkiXcDkDDDZ+te7i/0Jbr+uKCq/a/T787ebhJwgHszfyD+31Fe7xesXy2945ss7jWKuSQBgytO25/9z/9JH8pP/61PciXn/lEHGbkCTUfOPV9f5Dn3Aa1QwwHrj7P0v52XdyBIb+R5Wj/7/0hoOCZwHZg2ewjChuKBB1AoZ3/gfXAJYZ7TJxd3/cv3XtQXG2ysAPImqO53A5gdx//tn9DUcbEtzXCDhxrZKJSrDkdlr/w0PuvyHigFuxzLgebvUHTFPve26sfalsefurn/rIHcwSX7hV1OBVycMUSvxf2L9UMgVqZD3jxMGm3i/E7xCg4fkw+w+iQPascGLVP7UXWuT+sEvlvv/0iyCEP7CH+u20PNs6IyUEB6Ev2c+/3ywBDNdTg2f5juSZAp3E5zPABBcxf+xzOnwvSN9+yB3p+oWuZoMODfXxzjBc9sD98WTtV8tGX/WrBrIsnWb23t2b0beH1/22ftadkskQLw4FVCSFB6gv+2lvf9++d/o7BwQ8YW5ZbPuyfdLreY3/tY3twxnXMSwcWJ/m5xahpHLVYgbS/sIgZAQAZTxPF", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpsiARFiDhk1lcksYI4zmW5OcGg3jOg0qMCUPMDyEWBPRPMA+Q4ZZflJuY45yRWJSemglShMUsfyLFPEbFaCAmg5Lq4DHolJ+XguCB5DxB6g3BpFkwG5AMzsxLByZbwlpAYoYGYD0u+aVJxOsxJMUeIzBpSYoWY9K1mJCuxZQMz5iBSXNStJiDSQtStFiQ7hkjiGeMyNBjTIYeE9KiE6zHlAw9JKVoqB6SYscEooek6IHqITF9gsSMDEhPoEYkJVCoHpLSAVQPSenADKKHpHQA1UNSOjCH6CEpHUD1kJQOLCB6SMymYD3Y0wGoqi3mZ4CU6c75+UUpmXmJJanFkMKeF0gElibmlWSWVDoWFSVWQjTKgQwqKSpNLiktSk0BSyQg+C6JJYlozoA4AJL6IU0XmFQqSArUdAGJLpDSv6vC9nw/o28Lr//6d/ulDkQrOBYyOcjUJBqFFggdsA+P3rj/zcf9OldmPZNdLu7w+/S7k4eduA+8nWcDFPpgf2LG7mkT+sUcArNnlc95JHog615hV9+TR/Z/v5U+mBMo6FCuqyj/JWeZvTtzBbeKxpv9X/5eqXipttG+YbtD06Pjn/dz2M4Onb/6334QufYGl4MJWILhQO7z3ys/Xvq8X1T25FP7JYIOBy2VvaqZuQ84r80E2vBkv9u2z0CT+BxSzsR6nzgucECjrmdnNufK/XeuNxa7TRF2CPKc26B26MF+oeYDpxa6nrMPNdBaKXyB2WG96pPmeWfv7WdrnOrcnfNr/5ru2xkM+Z/sJ0uwhPGtFTkwkb/KbLXdv/1Gz9YBVYo6JB6+rJ06k/dAWO26bUn1P/a/Cdwh15ot6QDW/0bkgPV9/97peU/2l2wV/X16nZRD7D/nX29fcxxYbQcKuD/2ehMW/DBcJuzQH1yiMt1e4MAV7VTJRxHf7dfIRKVYz5d0eCIC8iDLgZDHS2cfUXhkP02xr7QwWsKh/8kn+UvrRQ4AXaW7ae5Xe3VDjjUyt3gc3lu4uhdZShy44HLjwxevk/vXrL0RX3aez8EI7EGJAwz5jSxH+z/YNwcCA2CZiAMoWhYpn7SHxMOP/RDzXu53L/rJ/3L7e/s90yYAfXx7P9B1/yfUXbffGwRywdP9Hcmxd9yYd+yHuOvE/lOHnYAh/2c/0PevA3ewHriodPtn3Ss2Bw6wR67v/7rzVtffp0wHxMAJhM8hHxzwP/YfVdhQlDHx7v7Y3KP/Nu0WdmA/Jxl4S5r5gMKl/Hj2c//371bn594KdOdMYDLi/8V/QNYi3SUz/9v+mk8bArJncTkUxIN0cB4ARh7Qx0fsJ9b9tio4x+EQzAnKQHnpxSVF+bnFqGkf0WpCNE+wiBkBAOhS6k8=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpoiARkLBPZnFJGiOM51iSnxsM4jkPkJg/HcQ8hqSYGEqMMcF4Tvl5KQgeSM4TpN4QTBoFswHJ4My8dGCUE6fFnBQtRmDSmHQtFqRoMQaTJqRrsSRFiwmYNCVNC0jM0IAUPaZg0ow0LWBrDEnRY0Z6ZJqRHjOGEJeRmMzAekhMNGA9JCYBsB5yIpSc2CExqMF6SAprS4geotM0JGmCKSOiUygkoUE0YU9vQcDao1gcJFGSWpSan5yRmgvUWFTpmpOam5pXUpzGimwghMcNJByLi/OTMxNLMvPzUA0L5oIbFlJZkBoMUhySWlKUmJGaUpSYg6aYB8hwzsgESjgDbUstygRJo6nhBDJcMotSk0GWBQuAdOSXghQn5+QnZ5dnFqdiMdQtM6UU6L4cUImbyYhpKDvYR+mJeSnFacxYEhs470CTKe19zUwLX2MJSvy+NkFOmKa09zULIV+DeM7EehdLGOL3rilynjI0o71/WWkRy1gCEb+3zZBLBUNz2nubjRbexhKW+L1tjpylLdAKQH4GSNvMOT+/KCUzL7EktRjSaOMFEoGliXklmSWVjkVFiZUQjXLgACkqTS4pLUpNAUskIPguiSWJWApiI0iLzBjVcakgKVDzHSTq+DH5TKz3P/uzZ0Dgxf5fb18fsFQ+Zb+nZLIES9gL+8v3HnBPXnlvf7ST3Yubaz7ZV5mttguPfrx/Rp5Q84FTH/bzc29dVnn8uf1LNUOONTIf92+/yHCPifPRfsstJ8r2zX+yP8hzboPaoUf7d6uDVL62z//QejLk4Lv9QMN+xeS+tNd1lnn9yOyTfUiJyvT/E67t17ky65ns8t/2AhEgE47ZR6VY3/fvfb2/ORBk0DN7sSzfz33B7+y5ri8usOX6aK++oHPDw5c/9q845m3e6fhkf9Oj4zN2T/tt/+XvlYqXag/3H9mol7eY8fv+Lvnkd1FOv/Yz7WEVErH/sX8t0Paj//7Y/1n58ZJv0p39M3xEe7xesTk8EZE9+dT+0X6mWRzS8+Ke2pf5ywGt/GcPFFxyf9+f/WDvbzy+39W96Cf/y/f2jWqH2paHv9ivf1eFrXEqo8ObwB1yra8fQvyrxnggh/PngvTNLyDh68N4oPMSKEAf7zeN2+XJw/R8P98+g5laEg/3dyTH3nFj/mCvolHXszOb4UD0xv1v5tl8sgeFjpQDo4O/g3Di4csP97tkAkPQk/kA1P79O9YzP+/R+G6vAPKe3Zv9hdK8D3QnMB24GQ9y+ff9CSDqFdOBM/Ue+2tlf9mzAFW/5X2zH5whHPPSgTVvfm4xatpB9B4QbS4sYkYAuzto8A==", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpYiARkLBPZnFJGiOM51iSnxsM4jkPEzF/IsU8hqQYaiwywXhO+XkpCB5IzhOk3hBMGgWDEoJjUX5uYklmMpGajEnTZAQmTUjTZAwmTUnTZAImzUjTZEqOJjMwaR7MBiSDM/PSgZmIkBZzMGkB1uKSX5pEhBYLMGlJii2WniAxQ0NSrIHqMSLWHrBqAxI1QZIPWI8xKXqMIHpMSNFjDNFjSooeE4geM1L0mEL0kJgMwHosSNFjAdFDdEJAiiAjA3I0GZKjCXtSCAJWMMXiIImS1KLU/OSM1FygxqJK15zU3NS8kmJEUQYutsCVEzcoKxYX5ydnAjNjfh6qYcFccMNCKgsgXEhCR3Ufmlr8uRJNGztYSXpiXkoxzsxviaaHFcgIS8wpTQWXJP4FBfnFmSXoAcHPACmynfPzi1Iy8xJLUqEBwAskAksT80oySyodi4oSKyEa5cDuLypNLiktSk0BSyQg+C6JJYlYIsQIUuIapzEjS6WCpEB1BEh0Fof0vDjNf/a+Lbz+66d82L+HVUjE/tie/U+a551ddf6lfb5Q84FTC+/uP3hqoeu2zw/tJ76tsTeNY3fg22cwU0vi1/69QdMU+0of2z96OXUTT+ELe5Xp/yfU/b63f2cv2wcxj//2nnMb1A6xsTtY3/fvnZ73a/+dDIb8RhYGh6rjmlaTTv+xlyy+LvTJ8eP+T47n066mszropEo+ihD/Yz95ZVOg59yPEPUtAg6nBY7v2tH7xP6OG3MFt8q7/UbP1qk+aRZ22DNtAn+V2XN7lZ1/2r/cfr+frXGqc3eOpMPL7euZn/c82W/x41DKqoRX+6cBXbemW8Hh3KrzV8Pe/LYHK7/+ab9p3C5PHiYZh+6c579Xfnywv315+CmjIy/3H76snSqZJO3ACA6Yf/Z7SiZLsIR92P+WF+Txz/tBrmH74Lb/z8qPl3yTAvbrOsu8fmQmZQ8OFlE+h8dmUgeiFzAc4MpQyqmo2moP8uX5tK37fcw7HROeLti/dVnlcc1dzA7s8TN8RHt4HYzKdRXlvzAc+LrzVtffVBaHaCe7FzfXsDr03AYFwJf964G+ndcr5MADDpir+0Gxdlrg5f7LvkkCETsFHfzlxLJ8P//aP+/98mPe5k/3g0JJQ07RYWH65lfFW1v3v9Hfrc7PvXT/Ain9uyppig73Crv6nny6DPXvn/2zn8kuf+Gh6BDMCUqYeenAnJmfi5bmUXMopCDHImYEAPJ6hPk=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp0iARFiDhk1lcksYI4zmW5OcGg3jOAyTmjybGBGQEZxIjCOJ5jIrRQEwKJa0wwXhO+XkpCB5IzhOk3hBMmgezgSMpLx2Y2AhpMQKTFqRoMSZdiwnpWkzBpCUpWsxI12JOuhYL0rUYeoLEDA3I0GNIhh4j0hIAWI8xGXpMyNBjSlpKA+sxI0MPSZkAqofEJA3WQ1I6gOgxIikdQPWQlA5MIXpISgdQPSSlA6gektKBGUQPSekAqoekdADVgz0dBAHr4WJ+BkhR65yfX5SSmZdYkloMKYN5gURgaWJeSWZJpWNRUWIlRKMcyKCSotLkktKi1BSwRAKC75JYkojmDIgDICkM0g6ASaWCpEDtALDodaFPjuff2B9xWpt5r5DNoTvn+e+VH3/stzeN2+XZw3Tg3esDlspeH/dburoX/eR/vr84Y+LbGvs/+7PuFXb1Pblk7wzS1vXfvvnAqYWu267v/3TJN0ngBtMBVbbGqc7dX+yFEw9f1k79b68WzLp4ktVz+4NA06qb39snCURYbjnxzb5nZzbnzwVP94e/0d+tzv97f05F1VId5zX2fhcnxvxz/mtfuKb7dgbD+/1gYyQ/7t9nMFNLYuqL/e3Lw08ZHXlsf3DFEj8H4ef2/nJiWb6fb9k//SR/KT/++n7Ge0ycXfKX7WsvbI78asnrsKdksgRL2L/9TxMXXjN5/83+/cnDTmtfMjmcifU+wW7LfCD96vMs7W8/7Z/LLn/hocfpAPY/z6v9u0DOS/+3/3DKqoSQoN/7L/uCXP5jf3j0xv1v5nEeePRy6iaewp/7JR9FiG+/eGW/kIj9sTumrAcWbTH/cSjl0H6tlcIXXG582h82f/XaG/Ef9p+1Bvnsnj3Yu9xsDiBbmFYzHJjyjS1+hs8X+xI3EOun/Z3rjcVuIqwHgjznNqgdOrYfHHyNzA5XgKHwKOK6vXmnY8LTAMYDAX8kiq9PYnAwerZO9Unzp/3+66ekdjxmPwBR99t+Zy/bBzGPA/ZgZxSwH9gq+vv0u5P37ZcCQy3x8A/73KP/NlV/+moPCYc/9txbl1Ue12RygMTH6f2gUO0L/m4PMZfNARKfn+1feuj9V/z7yB4UCjY6z+yrzFbbhUe/3v9n5cdLvo+YD2jwg0xictjDCgqRM/u7Njx8OdWI8YDltaO5Jg2/7SHh8Wt/oTTvA90JX/YHc4IyRF56cUlRfm4xalpGNE4QlQ0WMSMAhom8DA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpEiARFiDhk1lcksYI4zmW5OcGg3jOw0TMn0gxj2EthhrbTDCeU35eCoIHkvMEqTcEk8bBoATjWJSfm1iSmUykJlPSNBmBSRNyNJFokzGYNCNNkwk5mkw9QWKGBsFsQCo4My8dmNsI6TGD6DEiRY85mLQgTQvpToPqMQTrcckvTSJCjyUZ3jGE6DEmRY8RRI8JKXqMIXpMSdFjAtFjRooeC4geczL0kBSnUD2WpOiBxI8RSekAqseQDD1EpwNI6oRoIjohIGvCnhKCgBVeMT8DpER0zs8vSsnMSyxJLYYUlbxAIrA0Ma8ks6TSsagosRKiUQ5kUElRaXJJaVFqClgiAcF3SSxJxOIOI0iJYQypcGFSqSApUBEMEp3FIT0vTvOfvW8Lr//6KR/272EVErE/tme/59wGtUNs7A7W9/17p+f92n8ngyG/kYXB4UnzvLOrzr+0zxdqPnBq4d39B08tdN32+aF91XFNq0mn/9hLFl8X+uT4cf8nx/NpV9NZHSa+rbE3jWN34NtnMFNL4tf+vUHTFPtKH9s/ejl1E0/hC3uV6f8n1P2+t39nL9sHMY//9rF33JgruPkdZpXPWaS8k/fAtaO5Jg3b7+zf+1hE9qSqiANYeongAcUNRRkT337cX5NoFGqgdXH/xv1v5tnoTLFvDgS5XMABaOkuTx8BB9P3Fq7unxgPuE35xhY/Y8/+C1fD3ujvZnNwXpt5r9BL8ED+h9aTIQdP7GeYWPfbquDSfv27KmyNUzfb+5h3OiY8ZXEolOZ9oDvhnz0TOGA+7Gc92m9Yrvt5f+7Rf5uqi3gdwP58znDg4Iolfg6TWRzW3Ygv85dLs/+z8uMl36SA/b/qsvaUTK7Y//qRmdSB6D/2RxVADv+4PwUUsOJ8DqpA25xPizmU75svpR8rfODd6wOWyl7X9xtyrJGJWiLkEM9+TjLwlsgB3899wSUqf/aDvZsp5nD/AffklU28ByDh+Hv/v9TvTxIXftr/HehLH9EH9i899P4r7hV0gITnE3uXTJBPH9hn3Svs6lsi6LB7ByjAL+x/cXPNr5jcD9D4EnT4v6n60wYBQQegJ8SyfH/vB7vr7of9c4wXbTH/IewACQfGA7uyOX8uSL9vH8wJSsh56cUlwAqpGDUNIup+RLGKRcwIABPzckI=", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpEiARkLBPZnFJGiOM51iSnxsM4jkPQTE/IsX8sYh5DGsxSZTYZoLxnPLzUhA8kJwnSL0hmDQKBiUYx6L83MSSzGQiNRmTpskITJqQpsnYEyRmaECaLhMwaUqOJvNgNiAZnJmXDsw4hLSYkuU6qC5DUmwyI91xZmRYYw4mLUnRYgGxxogUPZZk6DGE6DEmRY8RRI8JKXqgKc6UjKA2I0MPSVFqDtFjQUb8kBGnRgZk6CEpuUHSgREZaceI6HQAyQQQTdgTQhCwjiwWB0mUpBal5idnpOYCNRZVuuak5qbmlRQjSllwicoK4nEDCcfi4vzkTGCWz89DNSyYC25YSGVBajBIcUhqSVFiRmpKUWIOmmIeIMM5IxMo4Qy0LbUokx0ogKaGE8hwySxKTQZZFiwA0pFfClKcnJOfnF2eWZyKxVC3zJRSoPtyQHVDJgumoexgH6Un5qUUpzFjSZ9IOdUCLbT4GSBVjnN+flFKZl5iSSo0lHiBRGBpYl5JZkmlY1FRYiVEoxw4QIpKk0tKi1JTwBIJCL5LYkkillgzgpTIxqiOSwVJgVo0INHDl7VTJR+9s3+gO2HBD8N/9q7uRT/5X360l41Ksb7vf9U+z6Rhu0PTL/uniQuvmbzfsb8jOfaOG/NH+8dLZx9R2PDK/u7WlpoLxgwOdi9urvkVc3T/nQyG/EaWm/adl+494J58db9qKdMsDul5+53Op119nvV4/zIuN6DQE/uNAdmzyud83W/IsUYmKuXH/nSXzPwPrR/2P5gjuHTvwdf7jzitzbxXeGi/7qa575cf+7G/j+2DmEfAR/t4zdMCx3e9s/+X+v1J4kPBAz8OpaxKCNlkD7Yl7uJ+C7BBrAcg5j+ydwYZ03Vrf+7Rf5uqP/2x3zNtAn+V2eP9VUt1nGVe/9mvB/L2s2P2t3/WZe0pOW3P8rxH4y3vB3uF5HdRTvu4DvQHl6hM///V/rrQJ8fzz9gchETsj93Z+tV+h1zr68Ad5+y9eJi026cxOxwSVwtmXfxqvzBQWdrVH/bmUgeiFRzf24N8Z32f3eH64gJbrnDmA9M28RSu6f6+P+VMrPcJ9pf7C6V5gUH/eb/ZWWu/ixOZDig4fkw+E/tn/2VQ8K38vX9F+CmjIxvv2Z9e6Lrt81+Y+Cd7dXDA/bePFN9+kWGe8IG9j0VkTz59am+yaIv5j0MX7BvVDrUtvy5yYLIVo29LL4MDRP6xfcbmV8VbpwocgMTDtf27bnX9Tf3+br93ZJvFtaPcB5IEIiy3nPhgf2SjXt5ixif716s+aZ7ny3yg/qZtZcSKp/sZ7zFxdsmzHtgEkt7z3B6csRzz0oHZPT+3GDUNomZ7SB2ERcwIADiR1lU=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpciARkLBPZnFJGiOM51iSnxsM4jkPGzEmDDE/hFgQMCyCeYAMt/yi3MQc54zEovTUTJAiLGZ5jIrRQAw1JcJjxik/LwXBA8l5gtQbgkmjYFBidizKz00syUwmUpMxaZqMwKQJaZqMwaQpaZpMwKQZaZpMydFk5gkSMzQIZgNSwZl56cCSgJAec4geQ1L0WED0GJGix5JEPRCfkOg4iGoyXAfVY0yKHiOIHhNS9BhD9JiSoscEoseMFD2mED3mZKQECzL0WJKux4ikVApJcUZkpFIjktIBVA9J6QCSso1ISgdQPSSlA6geotMBUg4yIjohIGsiOiUgZTsjopMCJJOCKWPsaQFUexeLgyRKUotS85MzUnOBGosqXXNSc1PzSooR9Q24bmEF8biBhGNxcX5yJrDEzM9DawpwwQ0LqSxIDQYpDkktKUrMSE0pSszB0m5wzsgESjgDbUstygQpR1PDCWS4ZBalJoMsA/Occ/KTs8szi1OxmOaWmVIKdFgOqHrMZMc0jR3slfTEvJTiNGZc0QINMyNLtIDiZ4DUu875+UUpmXmJJanQAOIFEoGliXklmSWVjkVFiZUQjXLgsCgqTS4pLUpNAUskIPguiSWJWCLM2ABSjKE6LxUkBTIPJLrPYKaWxNRP9mX+cmJZZ0UPvD952GntS+YD/cElKtP//7cPzJ5VPmeR0IFejbe8+wy4DqzbllR/0/akvfqCzg0PM4UPCH9yPJ929df+ijmLlHf++Wv/ofVkyEENrgNXOTOUcn5wHnj+e+XHS76b7Oe9X37Mezv3gUVbzH8cSvm1n/EeE2eX/Fv7IJBBiawH3lu4uhdVMh+YbMXo28L73p5pD6uQiP2D/c/sl9zfxzfHnv2DmEfAH3YH+dbXgTvkPtq3Lw8/ZXSE9cDVipdqhhxP7MsezBFcuven/TIuN9XSJsYD8+I0Twscf2GfC3bAp/0ca2SiUqyZDwTtkAOa8Mu+4FzHpXsP7u+vk7VId8n8ur+oq+/JJ/l/9tna36bfnfzW/v4D7skrm37v73RMeHpB6QtEvYLUgblAWw6KsxxgAAM2h4n8VWar60QOrDjmbd7pyH8A7E/zu/sh5ose+PutFOiyj/sh8iwOtfamcbs8WQ+Avf+Y78BXr8g2i2tP968ChlKSAMeBj19AAh/2g8P35dT9+Y0sR/sNl+9/0jzv7KrzU/fXJBqFGmi9tn/0cuomnsIf+5sDPec2qN2yB/qaaRbHT/vw6I3738xbY3/HjbmCW+WFPTjYZrA6AD2Z/6H1oT0wEO778/IeyBdqPnBKkdPhZjwo5hkdfgQ/Xjrbhf3AVlD0aPE7HDy10HXb58f2TNrtYjf9mA6suwFSeMl+S+TXnbe6PtqnSj6KEN/OcaB0sgRLGN/e/S+3r2d+3vPD3uXX29cHLL/tB8bmT/6Xr+1v2lZGrDBldTjUBoow5gNvAkERcHH/7ND5q9feeLvfL0kgwnIL44G9j0VkTz59b88/xxiYRF7s59PdNPe9OvcBCbVg1sVCrA5aK4UvuNx4t18W7IEv+4GRcvtnHaMDpzQopr/Z+zsIJx6+/Ho/OFc75qUDS5783GLUPIFaAkFaEljEjABs2lXj", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpMiARFiDhk1lcksYI4zmW5OcGg3jOQ1KMCUPMDyEWBPR3MA+Q4ZZflJuY45yRWJSemglShMUsfyxiHqNiJIihpjB4LDjl56UgeCA5T5B6QzBpFAxKpI5F+bmJJZnJRGoyJk2TEZg0JU2TMZg0I02TCTk2mZBjk6knSMzQMJgNSAVn5qUDczghPWYQPUak6DGH6DEgRY8FGW6zJFEPxFVkWGQI0WNMih4jiB4TUvQYQ/SYkqLHBKLHjIwIMidDjwUZeixJTwhGZCQeI5LiFKqHpIQNSXBGJKUDqB6S0gFUD9HpAClhGxGdEJA1EZ0SIIUBRBP2pACqP4v5GSCFvHN+flFKZl5iSWoxpPTnBRKBpYl5JZkllY5FRYmVEI1yIINKikqTS0qLUlPAEgkIvktiSSIWdxhZQDINpN0Ck0oFSYFqFZCo27bPf69UfNyv/W363cnsHAf49hnM1JJgdnCye3Fzza+P+2VPPrVfcv/f/m8aMf2Hvn63d5Z5/chM6t/+2aHzV6+9wX7ggsuND1+8eBzWyESlWN9nPdA41bk75/nL/XdV2IBMdocz9R77a2X/7z8krhbMuvjV/qP9huW6in/sn61TfdI8j/VA9qzyOYuU/+23+HEoZVUCn8MCKf27Km18BxZeM3lv4fp0v2TxdaFPjg/3T73CmaGU82E/+znJwFvSa+x/GoJMuL5f6kC0guPHH/uTBCIst5z4aQ9R98Pe/tidrS1/uA7o/Vf8+630kf3N+DJ/ObFT9olGoQZaK//vl6kBsa7Zn+u4dO8B90t7LatJp+tPcB+AmPN3fzQ4AIQd6np2ZnP+vLMfHBx3+A6A+ZWMDpqg4NB4sB9kapbv//0CVWar7cIf238vfTBHcOnf/SElKtP/T+A7sFudn3vrMwGHwjXdtzMYuA/cud5Y7DZlGcSdbzgcdu/oZfsgxnng8p7HIrInX+/3BDv46/6rFS/VDDv4DrSdDDm4YsmP/V3yye+inPbZxwB9m+wjfAAUKufTHu5nXTzJitH33f5HEeLbLzJ83K+4oShj4ts39iVbRX+ffvdh/6yZYLD/+e+VHy/5btoPDPSzq84vtd/MA3LR1/3S+qCYer0f7M0Fr/dvrv60ISD75/7P8pfy49uZof58Zb/uBigAmaDx/cf+WK5Jw/YDTA5/27/cvt74cH/8DB/RHq/v9oryX3LCav/ZCycevqytKnCg+cCpha7bXtqDQid64wf7gyBuMdeBuYJL9x4U/25vCoxl96K7+8/Eep9g38t14HbX39TvKawH3hywVPbaLeoQzAnKKHnpxSXAOrwYNY0jmkuIegiLmBEAvpDz1Q==", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpoiARFiDhk1lcksYI4zmW5OcGg3jOg1zMj0ixYCxiHkNSDDXGmGA8p/y8FAQPJOcJUm8IJo2DQZHuWJSfm1iSmUykJhPSNBmRr8mUNE3GYNKSNE0mYNIsmA2UGDLz0oFpn5AWUzBpQboWEp1m5gkSMzQgxSKoHkOwHpf80iQi9JiT7h9DiDVGpOgxgugxJkWPMUSPCSl6zCF6TMnQQ1IygOoxJ0WPBUQPSWEN1WNJrB5IogFTRkSnHWRNhlg1BQGrhWJ+BkiZ45yfX5SSmZdYkloMKYx4gURgaWJeSWZJpWNRUWIlRKMcyKCSotLkktKi1BSwRAKC75JYkojFHUbQwglSLcGkUkFSoEIOJHp6oeu2z3/P2E9N7UiOvXNrv4HPMi431ff21vf9e6fn/bLfwPy8R+Pt4/1dGx6+nGrE7qDrLPP6kdmT/TvWgyS+7p/9THb5C4+f9t+fJC68ZvLN/v4D7skrmzbul7VId8nM/2VfZbbaLjz6ub1k8XWhT44/9q+fArKI22F55XFNq0lMDtsvMtxj4nxj31pzYXPk1w/2J8v2zZfSv2k/I0+o+cCpL/u/s8XP8Jkq7uAP1vjeXqOuZ2c2J+OBnb1sH8Q4hB1kahKNQg1u7VctZZrFIf1vv1iW7+e+YDaHb9PvTm5nZXdgPdpvWK770H7aJp7CNd2H94fVrtuWVM/qILR070HxZUwOJg3bHZoe/bFX+vut9MGcxv0Q/1XtB2tTjN9fB/YIi8NEfpBPru93m/IN6CJuB/NOx4SnF37sPzFj97QJ/L/2X+XMUMqp+Gj/9JP8pfz4l/bzbXSuzHp2cT/Q9aI9XeIOORVVS3Wcn9h/04jpP/T19369/4pAG6UdHD8mn4n1frbfatLpeo/9n/eDbJdyEHcQv3nue/Djh/YctrND52tzHpA6EK3gaCjsAAq10/UMDrF33JgruJkOLJt9RGHDJmEHa0bfFl5/Vmg4Xd2fePiydqrkk/1BO+RaXwfyOEDi45N9PihYFz7eH8wJSoB56cUlwEK0GDXtIGpFRDGFRcwIAEgIKQI=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpUiARkLBPZnFJGiOM51iSnxsM4jkPejEmDDE/hFgQ0I/BPECGW35RbmKOc0ZiUXpqJkgRFrP8iRTzGBUDiqGmHHiIO+XnpSB4IDlPkHpDMGkcDEp8jkX5uYklmclEajIlTZMRmDQhRxOJNhmDSTPSNJmQo8kUTFoGswHJ4My8dGDGJaTFzBMkZmhIih5ziB4DUvRYkO40CzKssYToMSJFjyFEjzEpeowgekxI0WMM0WNKih4TiB4zMqLHnAw9FmToISNOjUhMOmA9JCVRSDowIjodQFIaRBPRCQFZE9EpAZLdIJqITgqQRA3RhD0tgGqwYnGQRElqUWp+ckZqLlBjUaVrTmpual5JMaJsBpfDrCAeN5BwLC7OT84Eli75eWjVIRfcsJDKgtRgkOKQ1JKixIzUlKLEHCx1p3NGJlDCGWhbalEmJ1AATQ1IyCWzKDUZZFmwAEhHfilIcXJOfnJ2eWZxKhZD3TJTSoHuywHVKJmsmIayg32UnpiXUpzGjCPpwELOCC24+BkgNZVzfn5RSmZeYkkqNJh4gURgaWJeSWZJpWNRUWIlRKMcOESKSpNLSotSU8ASCQi+S2JJIpZoMzKDZH5U16WCpEBVI0j0t1XBuY5LzA6m7y1c3YsYDyQ8vaB0++cf++smIAEmBwOtlcIXXB7s9xXt8XrFssX+uLd5p2PCN/sLV8Pe6O/+ub/Ebco3tvvMDrX2pnG7PD/b6/1X/PutdIP91YqXaoYcL+wnvq0ByrA78O0zmKkl8Wv/3qBpin2lj+0XbTH/cSjlhX3G5lfFW0Xv78+pqFqq4/zf/uRT+yX3/8k6XGK4x8TZ9WH/0r0HxdWCv+5/O89G58otEYcZPiCHfN6/5P4+vjnG1/aDrfURgLj/E+MBkHPiZ+zZn3WvsKsvRdLBJTP/Q+vJf/s99tfKWqR/2D99An+V2epL+2Nzj/7bVL3J/mGVyDr3hywOYXy6m+a+53H4Efx46ewjrAeEwBZ/22/LdX1xwV52B1Ao3CjgOFC7bltS/U1Gh4o5i5R3/mFxAKlW2LBpv9u2z3+vVLzeH/vP+dfb1x/swdaGMBwo3zdfSj+W24GHSbtd7OYze8Hju3b0sr2zj1hhetba76o92F9R8lB/Pdr/+/S7k4edbu4vBFk8QcFhzdob8WX+v/Y/Pj5j97QJf/bXfNoQkD1LxsHJ7sXNNb8u7P/+JHHhNROGA8ycXfLJeWIOdzIY8htZXu83KtdVlP/yyP582tXnWauFHaTnxWmeFri931nm9SMzqQ/7QaEr/1jQYTvQN7Y/OQ48/SR/KT/+tj0wEJYf45ZwyH3+e+XHS0wHIPH9b3/gLemaxE1SDsZHNurlLWY98MweFAN39kd93Xmr6+/j/XoTFvwwfPbK/vbPuqw9XxgcwN4sYHew8bs4MeYf14HdQO4Hsc/7wTnRMS8dWD7k5xajplnUcgJSP2IRMwIAlNUCog==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpMiARkLBPZnFJGiOM51iSnxsM4jkPEzF/IsU8RsVIEJNFST1MMJ5Tfl4KggeS8wSpNwSTpsFsQDI4My8dmPwIawGJGRqC9bjklyYRr8eIFHuMwKQx6VrMSNFiDCYtSNFiAibNSdNCuv9NSfcMRIslKVrMSPeMOelBZgHxvwFpkQnWQ2ICAOsxIS0FgPWQlAegekiKHGgaICfdkBTWphA9JKYCkJgRSfFjDtFjSHo6MCIpH1hC9JCUDqB6SEoHUD1EpwNIioZoIjohIGsiOiUga8KeFIKA7YZicZBESWpRan5yRmouUGNRpWtOam5qXkkxpJUBrxVYQTxuIOFYXJyfnJlYkpmfh2pYMBfcsJDKgtRgkOKQ1JKixIzUlKLEHDTFPECGc0YmUMIZaFtqUSbIAjQ1nECGS2ZRajLIMjDPOSc/Obs8szgVi2lumSmlQIflgCq2TEZM09jBXklPzEspTmPGkpwREWpoSXvvshHyrgBIR34pSHEysb5mItXXpsjZ0oD2vmanha9ZyItraMFiSHtfc9DC18yk+tocpVAwQisJ+BkgTULn/PyilMy8xJLUYkhbkRdIBJYm5pVkllQ6FhUlVkI0yoFDpKg0uaS0KDUFLJGA4LskliRiKZGMLCBVIarrUkFSoB4MSHS3Oj/31mUn7VeEnzI6spHhgK6i/JecsKv708DgnH285mmB47t+20sF3pKuSfy8/4jT2sx7hYf2q2jU9ex8zerAM3llU6Dn3v36d1XYGqee3j87dP7qtTce75dvfR24Q+6XfaiB1krhC2fs725tqbmw+fX+0wtdt33++3m/tsTUK5wZ9+xZTQTNbPbesl+z9kZ8mf+9/W/n2ehcmfVg/zIuN9VSpgf2hbZc1xcXPLXnLVzTfTvjyv6q45pWk07/sw9SX9C54eEne7D2oC/2QiL2x+5s/bDfmtG3hfc80wGLH4dSViV83+9j3umYkMrs0MLrv35KKoPDvDiQh27Z539oPRlykPOAuiHHGpmoF/sXT7IC6jy6/ypnhlJOxb/9LpkgFe/sIeof7e+ST34X5fTL3inh6QWl2//2V8xZpLzzz0d7kQsuNz6UMDhM5K8yW233Z79AhOWWE2VP7PX+K/799pXbIaeiaqmOc489xN8f9n8vfTBHUJXLAeQbhvyb0PB6bv+wSmSd+8N7+6V5H+hOUGB0eDV1E0/hmvf7QbbavXi6/12NvWmcFbMD2Nr2F/vPWvtdnBjzan9A7/Q8oebf+5uK3aZ8Y/thf/neA+7JK2/ZT2lvjbq8Z/N+YGA+k13+Y7/g8V07etlu2J+YsXvaBP5L9jWfNgRkz3psH+Q5t0Ht0H/7ffOlgFH4x/5Mvcf+WlkmB2BkOnfnfNy/vBIU4P/2y4ll+X7u+2wfP8NHtMfr1H5gpNhyhXMcAEeP7Uf7apDzq/7vT12VEBKkzn6Af47xoi3mzAcg8cjsAAmv7/YHLZW9qpu/7D+fdvV51mpuh8t7HovInmRyMAGq/nHox/5WYCqJ/PrHPlv72/S7k9kdwDnXMS8dWFXm5xajpnFE5wrRi8EiZgQAtALPfA==", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpMiARkLBPZnFJGiOM51iSnxsM4jkPEzF/IsU8RsVIEJNFST1MMJ5Tfl4KggeS8wSpNwSTpsFsQDI4My8dmPwIawGJGRqC9bjklyYRr8eIFHuMwKQx6VrMSNFiDCYtSNFiAibNSdNCuv9NSfcMRIslKVrMSPeMOelBZgHxvwFpkQnWQ2ICAOsxIS0FgPWQlAegekiKHGgaICfdkBTWphA9JKYCkJgRSfFjDtFjSHo6MCIpH1hC9JCUDqB6SEoHUD1EpwNIioZoIjohIGsiOiUga8KeFIKA7YZicZBESWpRan5yRmouUGNRpWtOam5qXkkxpJUBrxVYQTxuIOFYXJyfnJlYkpmfh2pYMBfcsJDKgtRgkOKQ1JKixIzUlKLEHDTFPECGc0YmUMIZaFtqUSbIAjQ1nECGS2ZRajLIsmABkI78UpDi5Jz85OzyzOJULIa6ZaaUAt2XA6rfMhkxDWUH+yg9MS+lOI0ZS6pGxKuhJe19zUYLXzOR6mtT5NxpQHtfsxPyNYjnTKx3WciLZGjBYkh773JQ1bvMpHrXHKU0MEIrAvgZIG1B5/z8opTMvMSS1GJII5EXSASWJuaVZJZUOhYVJVZCNMqBg6KoNLmktCg1BSyRgOC7JJYkYimKjCwgdSCq61JBUqCuC0hU/64KW+PU7/t3/mn/cvv6P/tdt7r+pn7/Zv/Mfsn9fXwv7PuDS1Sm/39if3DFEj8H4bv7t0R+3Xmr66F9rb1p3C7PZ/afLvkmCUT837+tpebC5sif+9uiLu95LMLt4Pu5D6jz/v7ju3b0sn0Is+8GmvokkcmBK0Mpp6Lqm33eYsY9rEKP7O3Dozfuf8Pg4Nj06PiM3W37IfZd2b9bnZ97qxqbw6OXUzfxFH7cH5t79N+m6if7gZqX6jj/stfdNPf98mMMByq4VTTqel7anwoBufCHPfs5ycBbs5kdfJZxuamWvtqfL9R84JQio0O0k92Lmzo8Bx4vnX1EYcP//R1A3zYWf7aPFN9+kSGOycGW6/rigr2MB47d2Qr0CbMDk3a72M1zt+0ZoEDXWeb1IzMt+0SjUAOtlcb2WiuFL7jc+G2/v1bWIt3lov29wq6+J5+O728qdpvyje27fYr1ff/e6R/t206CHMZ84NRhp7WZ967aZ4EVXtoP9OSEut9MB1bbgQLg636/ixNj/jkLOsxtUDvUtny5fUdy7B23ZqYDcxYp7/zDzutQnDHxbY39l/0RlltOlO1bb6/g+DH5zF0uB6kD0UDmL/uq45pWk07/sDfvdEx4eoHFARIuK/frTVjww/DZOftpzt05z6t5HIyerVN90vxz/wrTs9Z+F3/sdy/6yf9y+0f7VMlHEeLb/+w/JK4WzLr4hX3gLemaRKO79uYgCw4yOkwDxsKa7uv2ye+igCH5yx5sXT23g1gWKKb/2kPM+WtfyjSLQ3oes4M9OCA32INcsTOb1WFi3W+rgnN8B0CxJ/P61/7P8pfy49vZHG7Gl/nLTeM5ALR0khXjh/3F14U+OZ7/Yn/d5L2F63GBA+BM6piXDqwj83OLUdM4oleF6L5gETMCAMlhxq8=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpMiARkLBPZnFJGiOM51iSnxsM4jkPEzF/IsU8RsVIEJNFST1MMJ5Tfl4KggeS8wSpNwSTRsFsQNIlvzQJmPyI02IM1hKcmZdOtBYzUrQYgUlz0rVYkqLF2BMkZmhIih4T0j1jQrpnTMGkBWlaSPeMGenWmEOsMSJFjwVEjwEZcUNSQoPqMSEtcsB6TMnQQ1IigEYPiakArIek+DGD6CEpH0Di1Iik+IHEqRFJyc0SooektAPVQ1I6gOohOh1AUidEE9EJAVkT0SkBWRPRSQGS4SCasKeFIGDDoVgcJFGSWpSan5yRmgvUWFTpmpOam5pXUpzGjGxgGiuIxw0kHIuL85MzE0sy8/NQDQvmghsWUlmQGgxSHJJaUpSYkZpSlJiDppgHyHDOyARKOANtSy3KBLkRTQ0nkOGSWZSaDLIMzHPOyU/OLs8sTsVimltmSinQYTmgmi2TEdM0drBX0hPzUtD8hlTgQksdS9p7l52QdwVAOvJLQYqTifU1E+m+Rk4oBrT3NgctvM1KqrfNUDKVIVqm4GeANI+c8/OLUjLzEktSiyHtJl4gEViamFeSWVLpWFSUWAnRKAcOkaLS5JLSotQUsEQCgu+SWJKIJXMaWUCqH1TXpYKkQK15kKiEWjDr4km77PXvqrA1Tn24f/tFhntMnI/ss+4VdvU9eWX//Uniwmsmx+3Pfw9+vHT2N/tfb18fsFTeZS/f+jpwhxzDgdoLmyO/7rxkf/Kp/ZL7+67tj2yzuHY097e9Y9Oj4zN2L7Ov69mZzfnz3f4LLjc+fPH6tf+n4bN1qk/+7M99/nvlx0uv9xdfF/rkeP6S/YE382x0rpzab+CzjMtN9a79YzOpA9EKv+x/Lkjf/Kr4q72zzOtHZlJv9u9Yz/y8R2Pv/h6vVywmgr/3mzRsd2h69Nd+5u5pE/irLu3vP/RVI4af2WHdjfgyf6D7PPX+K/799hBi3gLmA0f/bar+tOGA/bRNPIVruJkOAC1Pu/r84/6nn+Qv5cf/tFfZ+af9y21mhyD1BZ0bHn62B9liZvPefq7g0r0HxVkOABWxn5N8bi9QZbbaLvzl/j9AX/g+Yj6QCzb4GVT9RfuXaoYca+YwOGx8+HLqJp6X+0G+cfz4ab/H/lpZi3Rmh4A/EkCvH7KfNRME/u235bq+uMCW4cCnDQHZs8q/7RcBB9ib/dfC3ujvVv+/n4dJu13sJtsBvQkLfhg++7u/WR8UUEftHYQTD1/WPmsPIlMlD+3fpJe3mHHPP1Bk8M3ZzOiw76A4MIY328drnhY4vuuE/cb9oIBmPDCx7rdVwTk2h13A2FmQfnl/PYjb8c8+6uvOW11/f9q/q7E3jdv1Zf/hlFUJIZdYHfzXT0ntSP5nnwrkBqnfsNfg59667CenAzj4j7MfmHS6Hui1i/bRTnYvbuowHAAni1v/95udtfa7OPGC/dMLSrd//uM+wB4/w0e0599+YOSIZfn+shcCBasa8wGlvtJCad4v9h9aT4Yc1OB2mPd++TFv88/24JzrmJcOrDXyc4tR0ziio4Fo0mMRMwIAqymmDQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpMiARkLBPZnFJGiOM51iSnxsM4jkPEzF/IsU8RsVIEENNPUwwnlN+XgqCB5LzBKk3BJMmwWxAMjgzLx2Y/AhrAYkZGoL1uOSXJhGvx4gUe4zApDEp1kC0WJBiizGYtCRFiwmYNCVFiymYNCNFixkkyAzI0ENSMJuTHmaWZDjNCKLHmLS4AeshKXWaQPSQFDtQPSRFjylEjzkZekgKa2iUkpRAzcF6jEiKH6geQzL0kJTcLCB6SEoHUD0kpQNIGjUiKR1A9RCdDiC5AKKJ6ISArAl7SggCNgKKxUESJalFqfnJGam5QI1Fla45qbmpeSXFqAamsYJ43EDCsbg4PzkzsSQzPw/VsGAuuGEhlQWpwSDFIaklRYkZqSlFiTloinmADOeMTKCEM9C21KJMkBvR1HACGS6ZRanJIMvAPOec/OTs8sziVCymuWWmlAIdlgOqpTJZMU1jB3slPTEvpTiNGVdgGUJLEEtIi4kkD4O4kCoENULQ1OKviPA4GluSBScoND0gv4cl5pSmBoMafCH56aklGalFaDHPzwCpz53z84tSMvMSS1KLIRU9L5AILE3MK8ksqXQsKkqshGiUA7u/qDS5pLQoNQUskYDguySWJGJJgUYWUE+hhHcqSArUgACJmgia2ewNurW/V+Mt7z6D1/bJ9TdtKyO+2vexfRDzuMDl8K7G3jSuStJBsvi60CfHt/Znrf0uToxhd+BW0ajrqRR1WP7CQ++/4m/7ypdqhhxrvu3fEvl1562uL/ZVxzWtJp2+bP/79LuTh50+7vcEqvr7jdVhVUJIkPqCg/baElOvcGbcsr8ZX+YvJ8bm8CP48dLZR27Y61yZ9Uz2uZBD1p6SyRIs4g7er1iATvy4Hyyuzu3QteHhy6lGkg7TJ/BXma1+tN9jf62sRTqzQ/rV51naZgIOqZKPIsS3f7JfPMmK0bflrf1SHWeZ10kCDk2Pjs/YPe2N/RGntZn3Cu/tByn/Nv3o/plaIIcwODyYI7h078HH9ncyGPIbWf7Y71jP/LxH45s92Bv1vA4gV3cayDoc37Wjl+3DV3uQ65Vy2B2ugqgfog4Gu9X5uU3ZHLacKNs3X+rLfqNyXUX5L8/sIfY83i8HCqh65gNMszik58V9sndYcn8f35yn9mpPmuedXfV1v3zr68AdcpwO+w6KqwWzvt7fOz1PqPnAz/2poABbzuWQ/6H1ZMjBN/aFa7pvZzC8t8+Y+LbGfiuzQ6Paobbl4Q/2/99U/WnDBGGHM7HeJ9j/CjmUgT30dH+85mmB41ZiDmfPAEGPpAPvA90JC3483w8KpYsMwg783FuXVR4Xc4hnPycZGMV44JTRkY167zgdZu6eNoHfStbhc19wicr09/s1Y/oPfV3B4mC22i48eqMY1J/v989tADpAndXh4xevyDYLLodSsAf/2Vspe1U3r2d3gKQrPocnIrInn9pfsG/h9V8/JfWZvSMoQqqFHc51XLr3gPuw/WXfJIEIyxv2358kLrxWIugQ+8/519vXf+zBxY5jXjqwaMzPRS8UGTFypCEWMSMA0640QQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp/CARkLBPZnFJGiOM51iSnxsM4jnTRYwJQ8wfIRYEdGcwD5Dhll+Um5jjnJFYlJ6a+R8I6K4P0+3+FIh5EC3GhxJLcJc65eelIHggOU+QekMwaRTMBiRd8kuTgNFMnBZjsJbgzLx0IrQYgUkT0rWYkaLFGEyak6YFJGZoQIr/TcCkBSnWmECsMSTFGlPSAwCixZI0LWCXkZgAwHpISgFmED0kJQGoHlOsekA5r1gcJFGSWpSan5yRmgvUV1TpmpOam5pXUozIG+B8AC7NuEE5pbg4PzkzsSQzPw8tG3PBDQupLIBwIQGC6jw0tfjzFZo2drCS9MS8lGKc6dcETQ8rkBGWmFOaGgwqjP0LCvKLM0vQAwJUNIPKAOf8/KKUzLzEklRoAPACicDSxLySzJJKx6KixEqIRjmw+4tKk0tKi1JTwBIJCL5LYkkimvsgMQFxZhozslQqSApkP0j0RmOx25RvbA5rM+8VdvU9s/cI+CNRfP3b/oU/DJ+tU/1r/1n+Un48+zt7kKjQp8f7QaTjeVaHb9PvTm5vnWXPpN0udtOP7cB8G50rs9IYHXbItb4O3PHT/r/i32+lD57Z1/+2KjjXsWn/NOfunOe/r+7vKy2U5n1w0f55j8Zb3n037JXAAo/sX9xc8ysm9/X+Ke2tUZf3/LefsADkgMf2FXMWKe/8w3Ngf62sRfoRdofINotrR3Pf2WfPKgfKfLdnPycZeEv6kf3OP+1fbgPdzTN5ZVOg50175ds/67JsuB0+LD/mbd75YX88SGEU+4GlOs4yrx/9tOfn3rqs8jirwya9vMWMe97ae4At+LAfKGkmdWC3/bz3II3v7f+CjGXkd8hvZDnab/jefqv5j0Mpqz7ul6lJNAo1uGS/n2+O8aIty+11UiUfRYj/3R9Wu25bUv3F/bwPdIFe+GavFsy6eJLV2/3BnKAIz0sHpvj8XLS0hJryIakRi5gRAHk9/HA=", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp/CARkLBPZnFJGiOM51iSnxsM4jnTRYwJQ8wfIRYEdGcwD5Dhll+Um5jjnJFYlJ6a+R8I6K4P0+3+FIh5EC3GhxJLcJc65eelIHggOU+QekMwaRTMBiRd8kuTgNFMnBZjsJbgzLx0IrQYgUkT0rWYkaLFGEyak6YFJGZoQIr/TcCkBSnWmECsMSTFGlPSAwCixZI0LWCXkZgAwHpISgFmED0kJQGoHlOsekA5r1gcJFGSWpSan5yRmgvUV1TpmpOam5pXUozIG+B8AC7NuEE5pbg4PzkzsSQzPw8tG3PBDQupLIBwIQGC6jw0tfjzFZo2drCS9MS8lGKc6dcETQ8rkBGWmFOaGgwqjEPy01NLMlKL0AICVDSDygDn/PyilMy8xJJUaADwAonA0sS8ksySSseiosRKiEY5sPuLSpNLSotSU8ASCQi+S2JJIpr7IDEBcWYaM7JUKkgKZD9I9EZjsduUb2wOazPvFXb1PbP3CPgjUXz92/6FPwyfrVP9a/9Z/lJ+PPs7e5Co0KfH+0Gk43lWh2/T705ub51lz6TdLnbTj+3AwVMLXbd9vmu/jMtNtZTpnr1Jw3aHpkef9k+9wpmhlPPG/sehlFUJV9gcHnJPXtkU+Nh+33wp/bsqf+1VNOp6dmb/sp9/dtX5q2HP7M1W24VHG7I4nDI6slEv76X95XsPuCdr8h1gvMfE2SV/2F7kgsuND1+e7f/19vUBS+U3+5n2sAqJ2H+2v2lbGbFiK6/DwRVL/ByEL+5XX9C54eFLNgdJljA+3U2f98d5n2C3lWY7YAdUZnr28P4er1csJoJf7W11rsx6Jvtv/78rFS/VDHfsrwSSHGvYHNZPSe1Ijv1m/7f9y+3rjPwO+Y0sR/sN39tvNQf55OP+B7oTFvzYyOYQEgSy6b890HHJ76Le2S8AeYvth332rPI5i5Q/2AMNk4lK+WEfzAmK8Lx0YIrPz0VLS6gpH5IasYgZAQBdEvLC", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztln9QVFUUx7ddBLZdIojJVETRSpwxi2V3+VU+lgUEJqllNwxs0ufuY3nxdh++fZthqUgzTWNaTg5MQ1hJGooTZZqmoPdqTDaWaI4VQw3kWggDMuIvCO3Hve+q/HCb9vFn0/vjvHfOPZ/749zv3ruxy/n84iCFQuEJRWYRzzF2L8cUT8MRHH6S9YjFd93yTCLvsmLP/J+OKe+I5Y3E8lF9rFr0kcULLpozl9CCk2Fxkp++sv+PoVj0GDXdrmQ673aMeLgtB+fHS1ZnDUbWJrBlSI7/huhycCyeMFbW7QyASZCs3op1bxJ4Fy2y9gAhgzxIL1mjPMgg2UR5kFGySfKgxIlDyXIKnkQ2KV4Ok0yYxwJlSLbMgUg2eSXIgnQyISJvidHL06rEGOQwesIY5TAGwiTKYYyESZrAtsqSD2F0E5GCTp4UbkIBnyaj9KObiH50AWthNBSwGIhECRSwGkZD/uWA70HPZNwgMgLD20sYFwKF8kyOcTFu0TNyE0in/iTsaZAxeTy8nUWHDO8ed6nefbszW3kZY8XJNkYU6BLGIdCcnxvYXMKiBjMajRFYnD4uR40+MliBsePBJM/M8fbSlayH8dNbFuvwoolx+OJiQ+/sLURaipN2OzzFqn9Sza2aJYwrVLiC3IhmnhccrJsWmZsFCkPG4qXdIiuWmwSBLidgjFQLwWsXvQLjkBqWjfgZtEj72TAdOZUTxk6PwU34Dx2OwiUzTQP2G1TVGXXJLC4GXuEKVjfuU8I/mcFf6a191Pu7Pm5b+mI0rE2o25s4NAyWhrROsbT/Ds5viLsQdvgU6PxFs3ln5TVgrY5907viN3A9paz19dNdQNk8KTKK6gCp2O1Qwb2FVw+0r78E9LibdAVUvaR5MG6NDxQ5Ujuf2qiA/b0weXbul6BpTrjm84dVMKa+O3v+Xyr47HFdy+7518Fu0Pfe4/MGQdq2zsP31IbAk4PWc9vf7QaH8vHAalhas7K2bnYYNJ5IzfsuQgmzz66KalwYAo8d/GJj8MVIuMq4a8HiJZcBeQ+BhkpLzhYYAfnIV+HxredA7Ay88q/A2heaxc0PTIU3dg6cXrS8D6jU62fY+zvA8AU0wQ+joBat1pJzDSQ5M1i+LCjt5x/XebKiZsJTe9ACi0Lgpg+G4rsah8Hb36zNBqt7qKmW9mmv0MPgEXN0r8+YAhTkqSD9p1FMwzJbfr0a6iv2p1X6esCWiO2HjkwOhpc+fRotqYWqy9x3+Q+bCn79TlP1pnAf9cyRHdvyFBGwvyh9QXehBkr1+kgJz+JtsATD1oaT3xdw4XDPy6iHXjWcc/S1+sW5YRCvKqg6Ema2XbySW9gOevZ/ojqvDYUVaJbTh+6HcWs2HChVD4Mn5p2p6Zo+CHYYUCEj7oP3SgX7iZr73FtHr8Y1Uz8U9D3aVD8FnvgWPy2URSr8AJAwZzQ8NjcFLb0fZD3kVdaE9oBi/HRFQcPzB3O0ShX09VR9pl3RRq2rMr/BOSPJPEuRfvCv0eR2ohODd3nGannsyUEuTT8x3d+PTCIG", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpMiARkLBPZnFJGiOM51iSnxsM4jkPYzG/NCZ8YkHA8AnmATLc8otyE3OcMxKL0lMzQYqwmOUxKoZDTBYlhcFD1yk/LwXBA8l5gtQbgkmjYFAidSzKz00syUwmUpMxaZqMwKQJaZqMwaQZaZpMwKQFaZpMwaQ5qZpAYoYkBp8ZOVaZkeMpc4j7DILZgFRwZl46sAQipMeCLD9ZQnQZEmsTxF3kaDKEUMak+Amqx4QUPUYQPaak6DGG6DEjRY8JRI85KXqg6c6CFD3QGLIkXY8RSekHqoeclGBkRI4molMCUvIxIjopQDIDRBPRaQGSQiGaiE4MyJqITg3ImrAnB1C1WiwOkihJLUrNT85IzQVqLKp0zUnNTc0rKUZUIuAKgxXE4wYSjsXF+cmZwMyfn4dWR3PBDQupLEgNBikOSS0pSsxITSlKzMFSoTtnZAIlnIG2pRZlgpSjqeEEMlwyi1KTQZaBec45+cnZ5ZnFqVhMc8tMKQU6LAdU52VyYprGDvZKemJeSnEaM65UAwszE7SA4meAVKbO+flFKZl5iSWp0ADiBRKBpYl5JZkllY5FRYmVEI1y4LAoKk0uKS1KTQFLJCD4LokliVgizMgCUlqgOi8VJAVqH4JEjZ6tU33S/Gx/7vPfKz9e+movPS9O87TAD3v2+Bk+oj0v9ns8rBJZ537S3t9BOPHw5ef2X70i2yyu/dpf5i8nluX7yz7Ic26D2iFmh5Z5Z1edv/pn/8myffOl9J/v/9wXXKIy/a09w8S631YGQgcqI1aYnrW+t79X4y3vPgMuh51/2r/cvs56wPsEu+3s0Of2M+5Obm+NYnU4ddhpbeY9vgN5ixn3sAo9s5/9THb5Cw8eh5vnvgc/VmU7wBLGp7tp7u39yl7Vzfo+/+zvP+CevLJJ+ICEWjDr4kkCDg/mCC7de1DYoegn/8vt7wUOHE5ZlRAS9Nv+utAnx/NqQg4Kye+inOqEDwSpL+jc8JDdQRPknJn8DizPe4Au4z8ANHQZl9un/ZLFIB1MDkBdaVfVJQ+kWN/3753O6vBSzZBjzRweh08bArJnle+xT3fJzP/QyuBwieEeE2fXV/tEo1ADrZXG+3WdZV4/MpOyh9L7nzSDAujnfpDpqqUsDmBv5HM4gL0//+9+9nOSgbekf+3/ffrdycNOV+3B/jsjesDxY/KZWO83+zsdE55eWMTrAPGv6IGlOiCD+RyAkifYa8UdCs51XLr3gO9ATP+hrxp3BB1s/C5OjNkn4vB1562uv0tFD4CCYz2ziINOquSjCHEhB/kvOWG167gOtEVd3vNYhMHBCmRhvojDts9/r1SsFD7wdp6NzpVZX+wFIiy3nDATdXCye3FzTZXgAfVDbcvDvbgcgI6tSTTicKgBeXiVwIEpwNi7bMNwIKeiCui0f/ZAS7ZfZJA68KH1ZMjBFRwODR77a2UtWCH0DukDR0DR/JHDQcT+2J2tLIIO7WLAGL4seQDsDe7f9uDgzuNxAOdSx7x0YEmSn1uMmsZRSxRIBYxFzAgA7lchWg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpkiARkLBPZnFJGiOM51iSnxsM4jkPYzF/IsU8hrUYagpggvGc8vNSEDyQnCdIvSGYNAoGJSLHovzcxJLMZCI1GZOmyQhMmpCmyRhMmpKmyQRMmpGmyZQcTWZg0jyYDUgGZ+alAzMgIS3mYNICrMUlvzSJCC0WniAxQ0NSrLGE6DEgQ48RKW6D6jEm1h6IT0jUBElzYD0mpOgxgugxJUWPMUSPGSl6TCB6SEoHphA9FqSlHbAeS1L0QBKPEdEJAZJsIJqITnHImozI0URO+jEiOi0ga8KeGIKAdWexOEiiJLUoNT85IzUXqLGo0jUnNTc1r6QYUdKCS1VwvcsNJByLi/OTM4FlRX4eqmHBXHDDQioLIFxIlkJ1H5pa/IUGmjZ2sJL0xLyUYqxlE8TbaJpYgYywxJzSVHBJ519QkF+cWYIeEvwMkCrFOT+/KCUzL7EkFRoCvEAisDQxrySzpNKxqCixEqJRDuyBotLkktKi1BSwRAKC75JYkoglRowgRa5xGjOyVCpIClSHgUSvhb3R363+z/5zX3CJyvQP+8+eAYE9+z/LX8qPZ/9mX7tuW1L9zbX2QZ5zG9QOPbJnXTzJivEsk8Nl3ySBCEvGAzpXZj2TXf7I3vXGhy9ekV/thZbuPSiuttie0beF13/9f3u9/4p/v5UyORyIVnD8mMx44F/q9yeJC//bVx3XtJp0+o+9ZPF1oU+OH/d/cjyfdjWd1UEnVfJRhPgf+8krmwI9537cfyeDIb+xRcBhFof0vDjN9/Yvt69nft5zZb+o7Mmn9kuEHYzB4Kv9mwOWyl7V7+0XM+5hFZqi4HDBBeSg3/Z/27/cvs7I7HD/AffklUmKDp82BGTPKn9nDzaX5eb+9VNSO5LnSjrYcl1fXGD70R7s7Clb7bd9/nulQlPJwa4yYoXp2S/2QMefifV+Y5/D+XNB+mZph63mPw6lrPpnP//sqvNXwz7sf8u7z2Cm1uf9e6ZN4K8y+2Dv0p3z/PfKt/ZgY7mW29/+WZe15wurA9j9PBwHtNvFbp77vtjeIt0lM//DW3uTRVuAJr6x9+JhAkqxOGTdK+zqS2F1AAdvBseBxJAg9QWcLA7T/0+o+23F7PDuNcjDf/d3ySe/i2oScogU336R4d4leyZwQN20v3O9sdjtiqAD0PDWkyFskHCdzuwAdt80RYc0MPhs7yzz+pGZFKvDT36gy5yVHe77907PE/pm/2Af3xzjRRwOJ8v2zZdaL++QU1G1VMd5zf7pIO+tfrJfUf5LTthfKQdw+Db+slctBdn8af8694dVInrSDsGcoASelw7M4vm5aJkHNatD6h4sYkYAiSDE0A==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpUiARFiDhk1lcksYI4zmW5OcGg3jOw0TML40Jn1gQMCyCeYAMt/yi3MQc54zEovTUTJAiLGb5YxHzGHFi0igpBx6STvl5KQgeSM4TpN4QTBoFgxKfY1F+bmJJZjKRmsxJ02QEJi1I02QMJk3J0USiTSZg0oxUTSAxQ0PSdJmSY5UpOWFuBiYtg9mAZHBmXjqwYCGkxZwsL1lAdBmTYpMlRI8BsXogqiGUESkWGUL0mJCixwiix5QUPcYQPWak6IGmIHMyAs6CDD1EJwWkwDYiJ4aMDEnSBIkiI6KjFZIIIJqITnTImohODMiaiE4NkMwA0YQ9OYAqtmJ+BkjJ7ZyfX5SSmZdYkloMKdJ5gURgaWJeSWZJpWNRUWIlRKMcyKCSotLkktKi1BSwRAKC75JYkojFHUaQQsAY0siASaWCpECNDJBoy7yzq85f/bP/ZNm++VL6z/d/7gsuUZn+1p49foaPaM+L/R4Pq0TWuZ+093cQTjx8+bn9V6/INotrv/aX+cuJZfn+sg/ynNugdojZgWFi3W8rA6EDlRErTM9a39vfq/GWd58Bl8POP+1fbl9nPeB9gt12duhz+xl3J7e3RrE6nDrstDbzHt+BvMWMe1iFntnPfia7/IUHj8PNc9+DH6uyHWAJ49PdNPf2fmWv6mZ9n3/2Rs/WqT5pfrY/9/nvlR8vfbWXnheneVrgh/2kmH/Ov94KHGBdPMmK0fe3ff1N28oIDSEHoOGFXXzcB8S3X2S4x/Tb/taaXzG5ruIOLM97gC7jPwA0dBmX26f9ksXXhT45MjkIf3I8nxbKc0BxQ1HGxLc37M3OWvtdFJRysPhxKGVVwhV7sHc/MzrMt9G5MuvZF/vJK5sCPef+3R99ec9jEdlf+yHmXbWvfKlmyLEmZ/+Ub2zAECzd/2CO4NK9B9P3N0517s55/nP/stlHFDYUsTikX32epV3G4QB291nRA0LNB04tdH2zv6ir78mn+bwOfWwfxDwmCByYAgyty3tYHfYCbTmZKuDwRwLoYCPRAyrT/0+o+/3THhxNXsIODkvu7+Obw3vgzLuTwJBldqhdty2pXlLKQcT+2J2tLUwHNjCDPP7HvmSr6O/TeWIOYG2rBA68YjERNLNhOGAudSBawfGf/czd0ybwV7Ed2NZSc2Fz5MX9+Y0sR/s/Sjgo9ZUWSp8VPDAH5PyMhfsPAl27zVjSYY1MVIr1fe4DoOCaGPPAfqmOs8xrJTkHA1BwqJ61/8n/cvt6Zg6Hq5wZSjkV/+yDOUEJPy+9uARYvxSjpllEmwZRfmMRMwIAccevpQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpUiARFiDhk1lcksYI4zmW5OcGg3jOw0TMD4uYP5FiHiNODDVVMMF4Tvl5KQgeSM4TpN4QTBoFgxKWY1F+bmJJZjKRmoxJ02QEJk1I02QMJk1J02QCJs1I02RKjiYzMGkRzAYkgzPz0oGZkpAWc0+QmKEhGXqMwHpc8kuTiNdjTIo9FmDSkhQtlhBrDIjVA1FNhtsMIXpMSNFjBNFjSooeY4geM1L0mED0mJOixxSih6S0YwHRQ1IEQfQYER1BiEg1IimNQvUYkZEQjIhOCMiaiE4JkPwG0UR0UkDWhD0tBAGr4GJ+BkjZ65yfX5SSmZdYkloMKZR5gURgaWJeSWZJpWNRUWIlRKMcyKCSotLkktKi1BSwRAKC75JYkojFHUaQYsYY0gSASaWCpECFPUg05PHS2UcU/tnvcGh6dHzGh/1nz4DAnv1h81evvXGfzWFDUcbEtzXX929+VbxV9Pdj+1dTN/EUrnlt71XdrO+z7Pf+U0ZHNurlPbTfEvl1560uNodQA62Vwhdu7F/4w/DZOlUGh+T6m7aVEa/sVab/n1D3+/f+fQfF1YJZ/9tXHde0mnT6j71k8XWhT44f939yPJ92NZ3VYdEW8x+HnnA6LK8EKhDiPbBe9UnzPF0FByOwwX/sT7Dbzg6d/3H/DB/RHq9VAg5A2bOr/Fkc+Lm3Lqt0Zzqw2i48euN/IQfGe0ycXfOZHfbzzTFetIXpwNK9QIuFJR3OSQbekv7D71CTCDTxldCBRa7bPv+9ouCwh1VIxN6N1QHki7+p7Acg/lB06Nrw8OXUTZwO0vPiNE9P4D5QAgyF0++kHAKzZ5XPWfTP/iH35JVNgR/2x+3y5GHS/ry/+cCpha5mvA6PIsS3X2Q4Zv9f8e+30gd77DXf8u4zmLnL3sbv4sSYf4wH/NdPSe1Inrsf5OzjK3kcGPIbWY72H7SPdrJ7cXMNi4ObainTLI7ZUPOZDiSGBKkv6GR2EAPafvLwM/v3Jw87rc38tH9PyWQJFjEhqP8ZHUzAAXhkv9lZa7+LgUIOEZZbTpTt43EwETSz2XuJ8UA8KOBOCTp4gwOS0UFXUf5LzjXOA/4OwomHgwUdpIDBU/OQzWFi3W+rgnPf9m8MAHr0jpRDIjgCvtnPe7/8mPd25gO/3r4+YJks5XBR6fbPuiwBB9P3Fq7un4QP8IE8dkLJYTEjMESvCDosKbDluq4semDN2hvxZeflHII5QQk/L724BFhVFqOmWUSrBFF4YxEzAgBcr5sJ", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpEiARkLBPZnFJGiOM51iSnxsM4jkPkJj/AIl5DGsx1NhmgvGc8vNSEDyQnCdIvSGYNApmA5LBmXnpwORCnBZj0rVYkKLFCEyakK7FkhQtxmDSlDQtIDFDA1L0mIBJM9K1mJOixZQcLWDPGJKhh8Q0A9ZDUqIxgughKQlAI4ekCDWB6CEpdswgekgKa6geknIBVA9JadoCrMeIpARqCdFDdDqAZAGIJqITAiSpQTQRnRIgaQ2iCXtSCALWccXiIImS1KLU/OSM1FygxqJK15zU3NS8kmJIjQgvEVlBPG4g4VhcnJ+cmViSmZ+HalgwF9ywkMqC1GCQ4pDUkqLEjNSUosQcNMU8QIZzRiZQwhloW2pRJig80dRwAhkumUWpySDLwDznnPzk7PLM4lQsprllppQCHZYDKtQzmTBNYwd7JT0xL6U4jRlLFkAkAkNj2nsXiwNRvSsA0pFfClKcTKyvsYQhfl+bICVjQxPa+5qZqpFMsndNkXOgoSnt/csysInaDFK1QUtqtLzPzwBpADnn5xelZOYllqQWQ1pGvEAisDQxrySzpNKxqCixEqJRDhwSRaXJJaVFqSlgiQQE3yWxJBFLGWQESWHGqI5LBUmBWlwg0ZDHS2cfUbiw/6y138WJMZ/sNep6dmZzvrXnsJ0dOn/1RftPGwKyZ5Uf2d8WdXnPY5Ef9rd/1mXtKXm538xmb9A0xXf2JW5TvrHFP9g/wbBcV1H+i33qqoSQIPVX+807HROeXnhgr/aked7ZVeftT5btmy+lf9Y+N6x23bakb/vdtn3+e6Xit339b6uCcx2MB6K+7rzV9fe9fTlI2d0n9jEKjh+Tz7zff8Rpbea9whf7l9zfxzfH+Mt+iH2/7TMZ8htZjv62j7DccqJs38v9Pw2frVN98mF/ZcQK07PWf+w/OZ5Pu/r8//7Kl2qGHGuO2O9W5+feuuzu/h1yra8Dd3y1l7VId8nM/2g/bRNP4ZruX/u1v02/O7n95v7FjHtYhUTW75fmfaA7QYH1wPT/E+p+Wz2yV9xQlDHx7V97mdePzKQOvLaHhNcL+8u+SQIRlkvsX7GYCJrtYXYA6lrww/DjfuMjG/XyFv+zB2qqsTd9t7850HNugxqjA8S9x/cfElcLZl18y/7FzTW/YnJf29uBHc52oGqpjrPM64/221pqLmy+yegA8o3fRYYDIF/P8PlvD44uA2YHweO7dvSysR7weFglss79ov3hFFDAv96/8eHLqZt4/kHDj8Xh+e+VHy/53tq/Cegaxj1/9zuAAlKG0YErQymn4hfLAUi8PLXn/LkgffOrzfbLuNxUS5k+2B++rJ0q+eivPTiaXjIceLl9PfPzngv2ORUgFz7Y/8weaFAf5wFwHnLMSwdWXvm5xahpENHUR7SpsIgZAQAqJWqK", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpEiARkLBPZnFJGiOM51iSnxsM4jkPkJj/AIl5DGsx1NhmgvGc8vNSEDyQnCdIvSGYNApmA5LBmXnpwORCnBZj0rVYkKLFCEyakK7FkhQtxmDSlDQtIDFDA1L0mIBJM9K1mJOixZQcLWDPGJKhh8Q0A9ZDUqIxgughKQlAI4ekCDWB6CEpdswgekgKa6geknIBVA9JadoCrMeIpARqCdFDdDqAZAGIJqITAiSpQTQRnRIgaQ2iCXtSCALWccXiIImS1KLU/OSM1FygxqJK15zU3NS8kmJIjQgvEVlBPG4g4VhcnJ+cmViSmZ+HalgwF9ywkMqC1GCQ4pDUkqLEjNSUosQcNMU8QIZzRiZQwhloW2pRJig80dRwAhkumUWpySDLwDznnPzk7PLM4lQsprllppQCHZYDKtQzmTBNYwd7JT0xL6U4jRlLFkAkAkNj2nsXiwNRvSsA0pFfClKcTKyvsYQhfl+bICVjQxPa+5qZqpFMsndNkXOgoSnt/ctCi1gmOW2bQWo4aIGNVgTwM0DaQc75+UUpmXmJJanFkAYSL5AILE3MK8ksqXQsKkqshGiUAwdIUWlySWlRagpYIgHBd0ksScRSFBlBEpoxquNSQVKghhdI1GHJ/X18c77t9wj4I1F8vWj//Qfck1c2XbS32Rs0TbHv7X6FS/nx7Oc+2U+WYAnj032036U75/nvlY/3b7/IcI+J88v+xqnOQJHd+2dxSM+L03xsHz/DR7TH66u948fkM7Hed/azHu03LNd9a2993793et6H/acXum77/HfKfqY9rEIi9p/snyYuvGaSz+ywpMCW6/rir/tfqhlyrJH5Yv/79LuTh5322rdZXDuaa/Jqv6jsyaf2Sz7v363Oz7112UX7z33BJSrTf9n/S/3+JHHhz/19bB/EPC4wOagfalsefurQ/qKf/C+3r3+//0nzvLOrzjMdyLpX2NX35Jk9xD0/7RXlv+SE1TIeCLwlXZNo9HB/z85szp8Lvth3/wUZ+Hp/nknDdoemr/baElOvcL5gPnBUYUNRxsSj+7Nnlc9ZpHzQHuwdoc/7Td9buLoXvbe/N7m9Neryz/1ASz7JX3q9/0C0AjAIfuzf2Qty2Kf9C38YPlun+sZe77/i32+lP+3FwB58ZF9rbxq3y/ON/dF/m6o/bWB0AAZ6aaE08wFwOJ5idPAx73RMeMrscMeNuYJb5ct+iH+f2YPjTYbb4S3vPoOZWh/3X18MCsAf+xnA4MF+iHqo/lSWA9XN+j7LuhgdIOF+aT/IVh6m//tTYoEqfzAfAAeb0SN7s9V24dGGLA47HJoeHZdgODDfRufKrGd39z+9oHT75z9GB3agbwL+PNsPSg2b5n61B2csx7x0YB2Wn1uMmgYRLX5E0wqLmBEA1CJj3Q==", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpEiARkLBPZnFJGiOM51iSnxsM4jkPkJj/AIl5DGsx1NhmgvGc8vNSEDyQnCdIvSGYNApmA5LBmXnpwORCnBZj0rVYkKLFCEyakK7FkhQtxmDSlDQtIDFDA1L0mIBJM9K1mJOixZQcLWDPGJKhh8Q0A9ZDUqIxgughKQlAI4ekCDWB6CEpdswgekgKa6geknIBVA9JadoCrMeIpARqCdFDdDqAZAGIJqITAiSpQTQRnRIgaQ2iCXtSCALWccXiIImS1KLU/OSM1FygxqJK15zU3NS8kmJIjQgvEVlBPG4g4VhcnJ+cmViSmZ+HalgwF9ywkMqC1GCQ4pDUkqLEjNSUosQcNMU8QIZzRiZQwhloW2pRJig80dRwAhkumUWpySDLwDznnPzk7PLM4lQsprllppQCHZYDKtQzmTBNYwd7JT0xL6U4jRlLFkAkAkNj2nsXiwMp8C6WwMPvXROk9GtoQnvvMg+sd02Rs56hKe39yzKwqdkMUqdBi2i0TM/PAGn5OOfnF6Vk5iWWpBZDmkS8QCKwNDGvJLOk0rGoKLESolEOHBJFpcklpUWpKWCJBATfJbEkEUvhYwRJYcaojksFSYGaWiDRlcIXXG58uGLPw6TdLnbzg/1Xr8g2i2uv7aX176qwNS7d36vxlnefwdX9WyK/7rzV9c0eQp/dz3iPibNL/ou9rqL8l5ywh/tXfbzkmyRwxT7RKNRAa+W3/W5TvrHFz7hh/y/1+5PEhcfs+bm3Lqs8vtO+5tOGgOxZ3/eHBKkv6Nxwcn/DdoemR+5sB57/Xgk04ZV9Gkj5tQv73ZkruFU0Pu2H6H+zf9nsIwobik7sNztr7XdxIoNDoTTvA90Jv+3di37yv9z+1L7tZMjBFUse7W+c6tyd85zF4fHxGbunTfi1n3XxJCtG36/20U52L26uubdfwfFj8pnYn/YxYMZee7A3kn/v3wF0xvEZ9/eDnVd+xf7kU/sl9/exHlB70jzv7Kpv9rUXNgN9/sl+1kwQeG0/L07ztMDxj/snA01v4b2+3+LHoZRVCb/sNzA/79F4u9ceHJznGB3O1Hvsr5V9t9/0vYWre9E3e6kD0UCbv+9nASnjvWSv/W363cntX/bz+a+fksrBdmAayPm/39rP1JKYeoXzgn3hmu7bGQ0cB8Lmr157I/6PfVvU5T2PRdbaAw21SHfhORApvv0iw71N9qwmgmY2ezfZu9748MUrkt3hIffklU2BX+3tw6M37n/z037T3PfLj3k/3A90rP96EWaH/5uqgV79v38G0PbWqPtQ/+3av7zyuKbVpD/25zou3XvA/d6+P7hEZfp/hgMQ957bnzHxbY296a39CWX+cmJZXAfAecgxLx1Ya+XnFqOmQUQbH9GYwiJmBAAQH2om", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpEiARkLBPZnFJGiOM51iSnxsM4jkPkJj/AIl5DGsx1NhmgvGc8vNSEDyQnCdIvSGYNApmA5LBmXnpwORCnBZj0rVYkKLFCEyakK7FkhQtxmDSlDQtIDFDA1L0mIBJM9K1mJOixZQcLWDPGJKhh8Q0A9ZDUqIxgughKQlAI4ekCDWB6CEpdswgekgKa6geknIBVA9JadoCrMeIpARqCdFDdDqAZAGIJqITAiSpQTQRnRIgaQ2iCXtSCALWccXiIImS1KLU/OSM1FygxqJK15zU3NS8kmJIjQgvEVlBPG4g4VhcnJ+cmViSmZ+HalgwF9ywkMqC1GCQ4pDUkqLEjNSUosQcNMU8QIZzRiZQwhloW2pRJig80dRwAhkumUWpySDLggVAOvJLQYqTc/KTs8szi1OxGOqWmVIKdF8OqGzPZMI0lB3so/TEvJTiNGYsOQGRFgyNae9rLA5E9TWI50ysd7GEIX7vmiAlY0MT2nuXeWC9a4qcAw1Nae9fFqr6l+TUbAap2qAlNVre52eANICc8/OLUjLzEktSiyEtI14gEViamFeSWVLpWFSUWAnRKAcOiaLS5JLSotQUsEQCgu+SWJKIpQwygqQwY1THpYKkQC0ukGgf2wcxj4Aj9kkLr5m8t/hqv4dVSMT+2JP9n+Uv5cezP7CfcXdye2vUJ/ve6XlCzQde2U86Xe+xv/bt/pQzsd4n2K/aR6wwPWvt93F//Awf0R6vF/bKt3/WZe25sj/2n/Ovt68/2XOskYlKsX68f6mOs8zrRx/3T3xbY28a92T/7ND5q9feeGvfdjLk4IolD/YzV3CraNSxOjzQnbDgh+G1/XG7PHmYtD/tv7XmV0zu0Rf29Vl7SiZLfLVn9G3h9V//yX7qFc4MpZzv+7Nnlc9ZpPzLfppzd87z3//s30U52b24+clea6XwBZcIxgNn3p087LT2OVT9g/2BYA337W9J1yQahf7aX1YozftA99t+EM9A68/+ZbOPKGwo+rd/boPaobblb/czzeKQnhd3cj/I9JUfmRxSJR9FiG9/CfXHtf2Jhy9rp0r+sAcHw8Vv9v2HvmrE9H/Yn8P5c0H65mv2p4yObNTLYzxgVwkKqV/269wfVomse7r/PchZmc/sgY7f+ad9iX1TsduUb2zH99uCA4bT4ea578GPl/6xvwpydsUq+zJ/ObEsXw6H45pWwCj4aA8Jp5/7n4jInnxqz+6g91/x77fSD/YrwkE2frF3Xpt5r5CL+QAk/r7Z95WCPMrm8DEZFHHv7SWLrwt9Osh0YPtFhntMnL/sz0kGAoPk9X5Vtsapzt1PIOoTWA5ot4sBnfJhP9ibj37sh9jDduDxUlBAPdkPzkOOeenAyis/txg1DSKa+og2FRYxIwCiX2kY", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpEiARkLBPZnFJGiOM51iSnxsM4jkPkJj/AIl5DGsx1NhmgvGc8vNSEDyQnCdIvSGYNApmA5LBmXnpwORCnBZj0rVYkKLFCEyakK7FkhQtxmDSlDQtIDFDA1L0mIBJM9K1mJOixZQcLWDPGJKixwyih8Q0A9ZDUqIxgughKQlAI4ekCDWB6CEpdqDhRlJYQ8ONpFwA1UNSmrYA6zEiKYFaQvQQnQ4gWQCiieiEAElqEE1EpwRIWoNowp4UgoB1XLE4SKIktSg1PzkjNReosajSNSc1NzWvpDiNFdlACI8bSDgWF+cnZyaWZObnoRoWzAU3LKSyIDUYpDgktaQoMSM1pSgxB00xD5DhnJEJlHAG2pZalAkKTzQ1nECGS2ZRajLIMjDPOSc/Obs8szgVi2lumSmlQIflgAr1TCZM09jBXklPzEspTmPGkgUQicDQmPbexeJACryLJfDwe9cEKf0amtDeu8yEvCsA0pFfClKcTDNfmyLnQENT2nubZWATtRmkaoOW1LT3LitVvYslzeD3rjlyWWlojlbW8TNAGnzO+flFKZl5iSWpxZCWIC+QCCxNzCvJLKl0LCpKrIRolAMHRVFpcklpUWoKWCIBwXdJLEnEUuYaQTKWMarrUkFSoBYmSDRJIMJyy4lv++PZz0kG3vq+X5Wtcapz95P9u9X5ubcue75/48OXUzfxHNyv9Pdb6YM5L/effGq/5P6+e/vNzlr7XRRkPXBXBaThw369/4pAFRv2mwia2ewNmra/ymy1XXg04wF707hdnjyn7EGmS/9hOnDqsNPazHtMB3Zlc/5ckP7cvlHtUNvy8C/2XNcXF9h2MR0ozpj4tsb+tT3E/o/7rRl9W3jPMx2wUvaqbtb/u59pD6uQiP2v/YsZQYzn9i7dOc9/r/y9H2TKKaM39utVnzTPO/tk/+HL2qmSjz5DxDfxHaj/bVVwruPjfpApPss+2cu8fmQm5cB9wE21lGlWB8uBFce8zTsdv9qHR2/c/2beF/s1a2/El53nOaCQ/C7KaR/TAa4MpZyKqh/7eZi028Vuft4vnAiyoXL/n5UfL/kmNexvi7q857FIrf0MH9Eer1cX7LlVNOp6LNkOQMw7sx8oyGIi+Gr/zN3TJvBXLdtvoLVS+MIR9gNuU76xxc94sF9bYuoVzgzmA40sR/sNyzkPgGxbqvPDHmLuV/ttn/9eqXj5Y/+cIwobijI22m+J/LrzFhejg/Ltn3VZexgPqAWzLp5k9WH/+5OgAP65/8hGvbzFjF/srz7P0v4mznzgOMh7Cc/tp23iKVzT/XU/xF3/9jsDY6Owi/fAmwOWwBD+sz9s/mqgz3/af719vbH4GOcBuxc31/yK4T7w+/Q7oMl/7UUuuNz48IXBweLHoZRVCbwHwJnIMS8dWFnn5xajpkFE1wbRhsQiZgQAUOidaQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtQVFUYX2iXxQUSScVXqRllphO7yy7gpOfgIuWzdM3MxnTZvcC1ZS/dexfBkNR0ZEadMlJ8ZeErzXQytZePs1qiNsb4KAlFRVQUCEhnVZaF7J57N1l0m/Yw7R813T/O3fOd73e+x/mdb767/VOZiWlymUzGhQrDOMZKme1WKm0AlmDxWJrj04L+nCXxTKYRzwz/aVnwA7LxbbKJQn6M4cKPFIbNNFkNGSY2naKxko+9Xvhf9i+QxbRj+72THsHYLG0zvDYK66vFMd4YIoxG2pYuXBf/IAkkEA25FQmSSALRkjumJbcSRx5L3CgsU8eSYHTkweg6YEZPngA9oRlJW3ppiEDqjoA00ktLRmkRE9cBjI6M1CJG3wEMEeG0EobwKogYwruAZRoixnkwanJma/wmgheGiAcStTVEPPBgiHgQL2GIeJAgYYh4kChh/OaB163T+E0EL5CWrCh4QH5Twet+a8mKgkRurd9k8Ab5zQZvkG864HaLi8YLPMVSjDmDyhSAbO5IK5VJ2XguTeG9oTQLE4YkjmPMtImnGdt9vZvq3maTcrMoI1aeRPGsKYOysCarj0bPkEELCwbBGsXSSkFwn04n4UcyzVJmbEycGayM+Y1ZNEf52C2FttgFx6y4/5DaxvY6SjGUdJPNwqU99AA9Nd4FQR/4cEP/LtxIjGDsWNkcsKi13uUpPvBRd/pHDzm4Y+F6qmRC4MNVBeKQ5aRR67xbJU3gow4PRNQ+UvnXUXt3bJ4iqLmv8nWWSV8qBoZhLbTNxFOc9AkTIQwT7CYbT/O5SSxrypWAj4kpYe1m3s5SFnFhRts82cSbfFRgrZR6bXv3KLyE/wjA0ujy0jvGy3XAqNjw/tCgq+Bu/9bb9sp9KLm5vs7xjQwWN6mrd8QoYEsPrizqZg0ID35mUfdyGRxM9ayaUhQEL1aGFW6d34z6Oq2T5+w4iy7h6Uk5vGE+Pm3M0Rpwfs+CvBO7ylF8L8dr/ZKC4Hsf4w2bUUlm3NyvYC34sMum/QeLImGfuip9L8c1xGUsq88DdUAza0j/vk43uPji0iJbVCPIrlwraNaBZfnuoVmlTiD51YSwFeV+GcwqLTh1YYYKzq86snLviir0w6SDWzaOr0CHop80Kgao4Mqx3ZaMrq1CZXGNCSOfb0WLW6k7V4q7woWCd6/e+hnMAbrXvx3lRp3XatfvnhUJP71xalxq5HW081LN8i/ClQ5mnvzwuzs7QdHf6Gq0dGB9xIHYFhA5W79t+CtrQHP+zH18YQ6QeZ4hBhzRIOSZzn3n2bGbVSUyKCj1kE8OgycfP+fKn+kCt4vOFy5ShEJ16Gd9plpkUPKvAcQK6ikxoTAmZN5yw2IXwOFVhrlQac8JZ3u3yGBq8RlBUwGnJO4+mj1c4XDhdFxxosP9Pmczlt0FYXs25x55ugE0GS9vWvN9BdLhbW+qoLit3QXE84s+h665t9449aMc8ikf3A6ZrnB0e/TYVbDRidIKzNMqUprA+t3xTYcsLqQUDdeCnLAnBuYffwRmv9k7onLIXFDgPFc2j6sFYvqWRMHVq/DjRqLb1jrQFZRU7FngBI3Hvhuxnb4LrDmzNw02/Arq1z03+KfVlWBd4yclY+KDHRcKFy2celoJP9q2/Zfp2Z3hSyLhqhFm49ouraifuWHqiANRcMDot4RU3gIVgtWUriGOab8bBKZ2h0+JCTwBRHqWNqLi9F21nD0aiuemPg1wVurz3OhA7KpBPV6OgtirvBNuVD4sd8oWndKx9+ulIb+tUEDpXI8B8ZzOhDhEWuvlcMeXqW+XD7uDVGUbsoapHnZcNeEDiICiO5uvI7HEJNnShRaGyeTa38W2/ybavph8yDR/AFiNsrA=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpUiARkLBPZnFJGiOM51iSnxsM4jkPkJj/AIl5jIoBxSRRUgUTjOeUn5eC4IHkPEHqDcGkcTAbkAzOzEsHJivitJiTosUITJqQrsWCFC3GYNKUdC2WpGgxAZNmpGkBiRkakKLHlHRrTCHWGJKixwyix4i0BADWQ2KiAeshMQmA9ZAUoVA9JIWbMUQPSSkaGqUkpU9o/JCU2iDxY0RS0jGH6CEpHVhA9JCUDiwheohOB5BMANFEdEKAJGmIJqJTAiRNQzRhTwpBwAq0WBwkUZJalJqfnJGaC9RYVOmak5qbmldSDKlu4cUoK4jHDSQci4vzkzMTSzLz81ANC+aCGxZSWZAaDFIcklpSlJiRmlKUmIOmmAfIcM7IBEo4A21LLcpkBgqgqeEEMlwyi1KTQZYFC4B05JeCFCfn5Cdnl2cWp2Ix1C0zpRTovhxQhZDJiGkoO9hH6Yl5KcVpzFhSKCJeDc1p72sWWviaiVRfmyGnTEML2nublRbexpKCiPI2tGS2pL232WjhbSxJiFAaRy4dDNCKBH4GSGPKOT+/KCUzL7EktRjSyuIFEoGliXklmSWVjkVFiZUQjXLgECkqTS4pLUpNAUskIPguiSWJWIomIzNIvYPqulSQFKhNDxLd+af9y+3rF+03vyreKvr79X7vyDaLa0e/26s9aZ53dtVn+wNv5tnoXPmxv6nYbco3Ns4DNZ82BGTP+mS/gfl5j8bb3/ul58VpnhZ4bO+xv1bWIv2Iva6i/JecsLf7J8X8c/71lvHA9qT6m7aVN+yvLy6w5QpnPfD9SeLCaybX9wse37Wjl+3RfpYwPt1Nc//tfxQhvv0iw9f9uc9/r/x46aO9Fw+TdrvYzv1bl1Ue19zF5CB78qn9kvt/7FXADn643yUz/0PrSf4DGRPf1tib/rc/LQAykOUAw8S631YF3+3tTeN2efK82h99ec9jEdmr+9UXdG54+JLjQLXIOveHVTf2x/Qf+qpxh+fAxocvp27iuWlfD9R1ruPL/oQyfzmxV2wHgI58b3GU4QDEnTf2W245UbZv/vf9QEfdPPedwcFk0RbzH4eu7LcPj964/82x/XeuNwJD6I39bnV+7q3LXtrH3nFjruhmOvD79LuTh534DoQaaK0UDmBw2HWr62/q9//7X2Rpf5sey3IAEo5/7dfIRKVY3/+4X6j5wKmFrsvsFTcUAb32yF7cI+CPRPH2/T07szl/Lvi1/zUomk5/tI8FBe9rzgOzn8kuf+Hxbr/hTC2JqVe+7G87GXJwxZKv+yNWmJ619nu+37Hp0fEZux/Y/7tS8VLN8I79mXpQTLE7aFlNOl1/gtnBzGZv0DTFD/vtKoE6eIUOrNsGjLC9zA5pYPB/P9jbUgwOZQ/mCC7d+x1q7kZ7E0GQTpYDu4Gh80Hsgv2eaRP4q8oEDqzpvp3BkP/W/sLVsDf6u//ttwaG6qV7TAcq5ixS3vmH5QA4JzrmpQPrwPzcYtQ0i+hmIJpzWMSMABPWpeM=", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp4iARFiDhk1lcksYI4zmW5OcGg3jOQ1DMn8piHkNSDDVmmWA8p/y8FAQPJOcJUm8IJo2CQYnDsSg/N7EkM5lITcakaTICkyakaTIGk6akaTIBk2akaTIlX5N5MBuQDM7MSwdmLEJazDxBYoaGpOgxh+gxAOtxyS9NIl6PMSn2WIBJS9K0gK0xIkWPJRlOM4ToMSFFjxFEjykpeowhesxI0WMC0UNSMoCGmwUZekiKH0hYGxmQoYfoJApJ0BBNRCcESLKBaMKeEoKA9VQxPwOkcHPOzy9KycxLLEkthpR6vEAisDQxrySzpNKxqCixEqJRDmRQSVFpcklpUWoKWCIBwXdJLEnE4g4jSDFjDKknYVKpIClQaQoSncUhPS9O85+9bwuv//opH/bvYRUSsT+2Z/+T5nlnV51/aZ8v1Hzg1MK7+w+eWui67fND+4lva+xN49gd+PYZzNSS+LV/b9A0xb7Sx/aPXk7dxFP4wl5l+v8Jdb/v7d/Zy/ZBzOO/vefcBrVDbOwO1vf9e6fn/dp/J4Mhv5GFwaHquKbVpNN/7CWLrwt9cvy4/5Pj+bSr6awOv0+/O3n4EL+D5mmB47ssmA5IBd6SrnnI6gAxR85B77/i32+lLAdi+g991Yj5Y6/rLPP6kZmkg2opE9ArbAe6/6Z+f5LI6qC7ae775cf4HKR5H+hOWMB24PHS2UcUNvA5/LYqONdx6bf97Z91WXtKPu7Xm7Dgh6GagAPY/yKyUPWcB8DWPHhg75Tw9ILSbBGHxco7/7SXMB44t+r81bAcBoeQIPUFnRv+2f/fVP1pQ8CH/UDXP8/S/rz/+K4dQJ+7Qd2lZZ9oFGqgtdJ5/8vt65mf8/A5JB6+rJ06k+HAxoDsWeVzNtmLZfl+7gvesv/HoZRVCSGL9tcCQ3fXSWaHowobijIuKjiA7XvDfuDjF6/Ith2MDtoSU69wrpBzkD351H7J/e/7y/zlgEb8tAdp8zwj6aAWzLp4khXTgQylnIoqVV4HYxAolnAA2VKyhO8A2B09bA7r3B9Wiax7a9+d8/z3yo9P9qsAvfclWtBh8sqmQE9ZBYcrs57JLs/gOLBx/5t5NjpT9gdzghJsXnpxCbAOKUZNa4jqGlGsYREzAgAf+lt2", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpciARkLBPZnFJGiOM51iSnxsM4jkPEzE/LGL+RIp5jIpRKIaayphgPKf8vBQEDyTnCVJvCCZNgtmAZHBmXjowmRKnxZQ0LSAxQyOwHpf80iQi9BiRbo0RxBpDMvQYk+I0Y9IDzZgMp5mASTNStJiCSUvStIBdZkCKHnPSrbEgwxpooJET0CSlGxOIHpJC2gyix5wMPRZk6CEprM3BeoxIjFKwHpISKFSPEenpwMiYDD0kpQOoHpLSgSVED0npAKqH6HQAyQUQTUQnBGRNRKcESIEDpoyxJ4UgYKukWBwkUZJalJqfnJGaC9RYVOmak5qbmldSjKhfwHUJK4jHDSQci4vzkzMTSzLz81ANC+aCGxZSWZAaDFIcklpSlJiRmlKUmIOmmAfIcM7IBEo4A21LLcoEyaCp4QQyXDKLUpNBloF5zjn5ydnlmcWpWExzy0wpBTosB1QdZjJimsYO9kp6Yl5KcRozRlQaI2c4M7Rg4meA1LLO+flFKZl5iSWp0ODhBRKBpYl5JZkllY5FRYmVEI1y4JAoKk0uKS1KTQFLJCD4LokliViiy9gA4hBUx6WCpEDmgUS/3r7eWOx2Yb/Fj0MpqxKe7Gf0beH112d16PgCkthmz5WhlFNRxXrgc19wicr0j/alTLM4pOe9sb+wOfLrzlu39u8pmSzBEnbP3hes4L295KMI8e0XN+z/+MUrss3iv/1z2eUvPPRe7j/wZp6NzpX/+/nnGC/aYs7oAJH/aP9BzCPgj8R3+5dqhhxrZBgdRNa5P6wSYTsQHr1x/xs5jgMg25fqfLCH6LthL3h8145eNs4Dj15O3cRjKOBgOFNLYmoI44HFyjv/tH/5vf+KdirQCT/s25eHnzI68nb/+impHcmx7AeYObvkk99xORj4LONyU31tr/aked7ZVX/38/mDVFy2//L3SsVLtZf7K7hVNOp6Vu6fyF9ltnofj8Opw05rM+9ttI+w3HKizI7/QO26bUn1N9/aJxqFGmitNN7/Z+XHS75JDvt1nWVePzLTsi9xm/KNLf6PPfs5ycBb0mv2Z+Z/aD0ZsnH/HVAwT/lr/3NB+uZXxQ/3m0sdiFZwZHZYff5q2Bv90/bdOc9/r/z4z74UFJx8v+2vHc01adj+3156XpzmaYG/9mBjZ/yy752eJ9R84KN9aw0oBn7ZOyy5v49vDqeD1aTT9R77GQ7ogLw/nfuAx/5aWYv0C/abeQrXdN/mPVADcvAqtgNgY3we2tubxu3y5GE/sOtW19/U77wH2qIu73ks8tc+ocxfTizro33eYsY9rJN4DrgX/eR/uZ3LYbc6P/fWZRftX3ro/Ves5TuQYn3fv3e6sAPEPy/tp17hBKYUxgPzz646f3WaoAPY3RPYDojfPPc9+PGX/b0ab3n3GTA5iIOiu5jhQADYIx/2a4KEZz6zd73xAZgifu2/vrjAlus68wGwPbYCDh7A1LDO/ev+v+3ABMnIf8D7FYuJoBmHQyPL0X7D8m+QeNRiOqACiv7bt/eD87RjXjqw3MnPLUbNE6jlD6QliUXMCADG0kND", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp3CARFiDhk1lcksYI4zmW5OcGg3jOFIi5DSoxLhSfMsF4Tvl5KQgeSM4TpN4QTBoFswHJ4My8dGBQEafFmHQtJqRrMSVFixGYNCNdiznpWixI0WIMJi1J0wISMzQgQ48hVj1BwFxQzA9NKs75+UUpmXmJJanFkDTECyQCSxPzSjJLKh2LihIrIRrlQAaVFJUml5QWpaaAJRIQfJfEkkQ0Z0AcAHENJBfCpFJBUqBcCBKtvbA58uvOB/tn5Ak1Hzh10V7p77fSB3MK9/9ckL75VfFL++UvPPT+K36w/3r7emOxW4t96WQJljC+m/vNzlr7XZz4eX/wNMW+0sLq/btudf1N/f55v8r0/xPqfj+xB0rG/HP+aL+kwJbr+uLP+6+FvdHfrf7UfkHnhocvp37c33Yy5OCKJT/sLX4cSlmV8Myee+uyyuOaH/fXJBqFGmj9sOcHCzy1j9c8LXB810f7/XxzjBdteWxvoLVS+MIRJge+fQYztSSm2qsFsy6eZHXR/pY0SOev/RuKMia+rfloX8o0i0N63k+ovX/324dHb9z/pm+//JecsNp1l+y5MpRyKqp+7d+VzQn06sf9wZygCMlLLy4pys8tRg1LROZG5AksYkYApxpAZg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp8iARFiDhk1lcksYI4zmW5OcGg3jOI0zML40Jn1gQMMyCeYAMt/yi3MQc54zEovTUTJAiLGZ5jIpRKKaAkjrhseCUn5eC4IHkPEHqDcGkUTAogTsW5ecmlmQmE6nJmDRNRmDShDRNxmDSjDRNJmDSgjRNpmDSnFRNIDFDEkPCjByrzMjxlDnEfYbBbEAqODMvHVh6EdJjQZafLCG6TIi1CazagBxNhhDKiCRNRiTaBEnlYD2mpOiB2mNGih5jiB5zUvSYQPRYkKIHmlgtSdEDiVYjAzL0kJTooHpIi1RI8jEyJkcTOQnViOikgJRQjYhOC8iaiE4MSKnbiOjUgKyJ6OQAKRXAlDHR6QGS6yCasCcIUOugmJ8BUoU55+cXpWTmJZakFkPqNl4gEViamFeSWVLpWFSUWAnRKAcyqKSoNLmktCg1BSyRgOC7JJYkYnGHMbTagrToYFKpIClQiw4kymoiaGaz98V+UdmTT+2XfNufw/lzQbqxoEMaGLzar7ihKGNiLuOBBZ0bHr4U5XR4NXUTT+Ga3/vjdnnyMGnf3n93a0vNBWMhB9bFk6wYff/ubzsZcnDFkv/7Ty903fa5ltFBoMpstZ240IE7bswV3Cp37C9sjvy68xaTA1g7O9uBxMOXtVMlT+1fPyW1I/kuj8Opw05rM+/xHchbzLiHVeiZ/exnsstfePA4TOQHGcR2AOSctzXv91/Kj2c/N5PZ4erzLO1v4hIH5sVpnhY4zuUQ8Eei+PokCYdZ5XMWKVuKHzAFO/SPfWsN0GZRBYein/wvt78XOHA4ZVVCSNBv++tCnxzPqwk5BKkDfbhQ+EBM/6GvGjGf7I+AnGEo7hD7z/nX29d8B+Jn+Ij2eD3an1x/07Yy4rf9wmsm7y2Oihz4tCEge9Z3RodMhvxGFlZph3Mdl+494J5s/+glKKB+7tdaKXzBRULEQSrwlnRN4qb9zkBjC7vYDxz9t6n60wZ2h2N3QAH4az+jbwuv//oj9m/n2ehcuSXqYB8evXH/m7/7O8HGsRzQ4Ofeuqzyiz3Q8/am80QPMEys+21V8MZ+kx4opP7ZSx2IVnD8KH2As0s++V0Uu4NSTkXV0hxxB3D4zpQ48Pv0u5OHmwQcMja/Kt46VdpBkiWMT/eT6AFrkMXneR1uxpf5y4mJOthVRqww5ZU+sLzyuKbVpC/2wdMU+0oN5R3qenZmc1aKHEgAKcv6YK/rLPP60TcFh2Z9n2Vcx8QPiN889z34MYsDMHK7/qYqOtQkGoUarOI6AHa/MJOD9ysWE8EyYYcnzfPOruoXPvD0k/yl/PvMDnMb1A61pQs4fL19vbGYTfCAxY9DwJi5Yx8D9E2yj6QDMDUCXSx+gPVov2G57lN7S1f3op/+Yg6qbI1TnbsFDgiJ2AOD8N3+M/Ue+2tlX9lfBgWXpuABoO82zc1ndXh8fMbuaQIyDsGcoAyXl15cAqzfi1HzCqJRiagJsYgZAQAwwh2r", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztln1Q1EUYx++ON0HeRzgQ4h2UmAiOdyx3AYcReTG4tDBCLzjwEO6G47AwatJCEBJRGjExZWISxSgmKVEYd4chacbiLc00JUYBEZABjBdFod/+9gycmOZ+91fT9M8zv312P7vP8+x397fObykS0nR4PF7OMsbEKjKlKbmZ0jQP4tFlTIwsR5XGf9oKUymyxKQV8S/3xWnsE/yTL4GphdiY+YhUKLMkmRHbJcp0qYwM0pr7ewzr//f9x33uz5ymv1QSrpCnLrRIXxQZ78vaALE+Y8UyeTpzHDVDQrggItYGckOIz9eHC+PH2iBuCLuMLxfGn7XB3BDuywRQRsSFCaSMHxcmSIt1grVYx5cy/lownPSpVo42atNGOpx0oGY4HR6qHRGnk6BmtNCbiJMO1AwnHVCNijjpQM1w0gHVtYiTDtQMJx3QsyDipAM1w0kHISzjx0kHakZjHdA7l0IaC2ExpLES6H1IIY2lQC8qCmmshcWQxmKg1xuFNFbDYmhpOZC3Wo4Zj/6wIxQKZapMLlFJc+if3IQx8bkSuUqmygtTKiV5FHQgE6mUuSmqXKU0le3YttBeJ1FJlojDL5heOPS9/bRLSrrIe5t4X01YVbWv/h7wLqua8R2YB+nrZIqxgmlw6ea3H+XXO0OfmJNGke5TqNr1/ONCf3v8oFSschOawW+85dX85lvAVnez6QsiHr5mORHW4WENp1YnHWiZ7ESVm06cqfvVGFfMl70/GzoOZsR3vqhsHQJXjg48VzPYC5hBzEgHmNGsKrfRnUdy/w/OwXBbLBFt8nneUw82JE6ev1FcB9qLunt6l/+BavLaPEO7hTBReK6L1zOJ+jtdfnu41hKXPJFO90muo7PvTtS/smMW9JQXFmwRC+BMS2rttgYXeHM7T7FbVwe313Zc3WzshAktiLKAw7cDV+I3+tDd2dPj3bEGWOed5W6r5/gwcW/wL99nTQBDu+PJnpevoLYLjfv16+3hp02Hy8x2jSKS1dZAK9waXifryX4ESJRPpHyYuub3jfuFfJjkFDae8uMdENd1MGkuwgBariClHAFsnX2c4VjNpeigfbfQbo+WvTWvOeBdTFqHol0hma24dAKx+SXb4pCGH3ZePGECGx0KhuMbJ4FLaW62nYkeLtUfs17faQm9Cq2vt0/3g9FhHOK6YRJZkEAjbWGEPcmsHrH5jujjFqGHWC/FCh52JhP0g6KCLT83V5vjB47diq0G7eD1UwE/rYnrByWZpBItiNZrEoTtud12pOk7dIDZ7or5MWDDTFN9yBF+yaS/s0MfM9lWyC2FWMew2DHF247Gb8qn7VE77ElkcEof9giIYwgxcCg/tg8NfOXe9+Hxx4BU6c1ojI59ToQ1h0bzQUDyhRWQxj2DXiIFXGuFWZ102MCV8Tfs8iUCzO6zlzmuYHYj8MwIyn7Z6Fr1mA70vG9y0cdWD56sbHWqV/YidrjoHjhGmoO6sPz0nvioz9zgyItNq8xKBPhIjNXHG4qd8JCuv0VgkjOkOjXAhg+r0s8aOdN1hi3geySsqGnkedmcqbCay+BBVq8CHky/ejfDa2oYjcQzO7VjGWTLFDoFWHdFF2Dnb3aER98mmQ4i041ffyItsqTn4pEdPHifJF6L2HCthFhsSC4GeXqOSqnIynn2TC889RfeRkv4RH8CHFO/sg==", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpkiARkLBPZnFJGiOM51iSnxsM4jkPIjH/ARLzGNZiUigpgAnGc8rPS0HwQHKeIPWGYNIomA1IBmfmpQOTEHFaLEjRYgQmjUnXYkmKFmMwaUKaFpCYoQEpekzApClpWsDWGJKixxRMmpGmBWwNSbFpBibNSddCUgIwIz02zSGeISnRGEL0kJQEoHpIik8jiB6SIgea1EgKaWi6ISmooYmAjLA2IikbQPUQnaYhGQ2iiegUCsk2EE1EpwRIJoBoIjopQBIbRBP2tBAErF+LxUESJalFqfnJGam5QI1Fla45qbmpeSXFaazIBkJ43EDCsbg4PzkzsSQzPw/VsGAuuGEhlQWpwSDFIaklRYkZqSlFiTloinmADOeMTKCEM9C21KJMkDSaGk4gwyWzKDUZZBmY55yTn5xdnlmcisU0t8yUUqDDckCVRyYjpmnsYK+kJ+alFKcxY0nP4CwNzQm09y4zIe8KgHTkl4IUJxPrayxhiN/XJsjp2NCc9t5moWosYwlE/P41Rc6Chha09y8rVf2LJfTw+9cMufQwtKS9f9mo6l8soYffv+aQuhySl9HKOn4GSMPSOT+/KCUzL7EktRjS4uQFEoGliXklmSWVjkVFiZUQjXLggCgqTS4pLUpNAUskIPguiSWJWMpcI0g7xxjVbakgKVBfBiR6LeyN/m71p/snr2wK9Jz70d5XtMfrFcsv+8t7HovInry4P7+R5Wi/4fX97PEzfER7vts3TnXuznn+fn/a9yeJC6993K/091vpgzlX7QvXdN/OYHi7f4dc6+vAHdf2P2med3bV+ff7N+5/M89G54G9iP2xO1tbzth7PKwSWef+ef/KJX4Owokf7O9cbyx2m/LKXjYqxfq+/177owobijIEmR0mxfxz/vX2u/1b3n0GM7Uq9j+zX3J/H98a+0Jp3ge6E/7Yf2g9GXJwxSOouR/tC225ri8uOLv/685bXX9TP9pfF/rkeP4Z04GPyWdivU982X8s16Rhu8Mz+yvaqZKPIr7sj809+m9T9ef9Nz588YpsYziQt5hxD6vQN3uIulf7H5tJHYhW+LU/DQyYHCJWmJ619mNxaAF56+q7/c97NIBO+71/YfrmV8Vbv9g3Hzi10HXbD3s31VKmWRyX9zcBffWN7Yd9yOOls48sYHGY0t4adXnP9f1gaz+92b/zT/uX2+HMDnHeJ9htZz/c3/039fuThwwH1k9J7UiOPWMvWQzywa/9EH/dtf8ODGXBpe/3g6Oj/K59RdVSHWeZ9/ZzFinv/MPOcEBOLMv3Mx+nw+V7D7gnr3xhX2W22i48+up+len/J9RVszp0bXj4cuqmf/b9h75qxPS/s18pfMHlxgcmqL//7g89uAIYIz/sV5+/CkwRn/d3ySe/i3J6tr+6Wd9nGRf7gaw9JZMlWJgcNgZkzyqfc2v/RpBxPH/2/1wACgBOB0j6YHcAehrI+rAfnLUc89KBlXh+bjFq2kR0rRANRSxiRgA4sclz", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpYiARFiDhk1lcksYI4zmW5OcGg3jOw0TMn8piHoNKTBwlFplgPKf8vBQEDyTnCVJvCCaNg0EJwbEoPzexJDOZSE2mpGkyApMm5GgyI02TMTk2QTRZkKbJxBMkZmhEmi5TcjxlCrHKOJgNSAVn5qUDMywhPWYQPSak6DEnJxwgmixJ02QBcZ0BKa6zhOgxBOtxyS9NIl4PiZFkCNFlSorrjCB6zEgLb7Aec2L1QMIMQlmQo8mSDE1GREcSJJFCNBmSpAmSl4yMsGoKAtZPxfwMkILOOT+/KCUzL7EktRhSAvICicDSxLySzJJKx6KixEqIRjmQQSVFpcklpUWpKWCJBATfJbEkEYs7jCBFjjGkfoRJpYKkQPUjSPTWml8xuUcZD7A1TnXuzvlnz/5BzCPgz+/918Le6O9W/79f7PfpdycPP9kv/yUnrHbdk/0Gu9X5uU25DgRmzyqfs+i9/b75Uvp3Vf7tv8fE2SX/mOOA4UwtialXLu5/y7vPYKbW1/3z4jRPCxz/sH+HXOvrwB0/7FmP9huW637c/1x2+QsPvbf7/ddPSe1Ivmj/vEcDqOXB/ldTN/EUvhE9UNTV9+ST/DX7Jff38c0xZj1gfGSjXp6y0IEzQNc4rf1i/9hM6kD0ApYDtfamcbs8RQ84JTy9oHT7/X6QssWNDAc0+Lm3LvspdEDtSfO8s1qsDokhQeoLOjkPpFjf9++9LnHguLd5p2PC3/1Wyl7VzfqMB4Ce25ZUL3CgdLIESxjfl/0PQNYu+rY/8JZ0TaLR0v06V2Y9k13O7JD/ofVkyMF3++9kMOQ3spy1DzXQWil8Yct+j4dVIuvcD9rrKoJCiunA9P8T6n5bsTscTlmVEBLEeCA8euP+N/P+7i/zlxPL8v21v48NFNBn9gMNOdq/UfIAOFgUH9qDXHHTlvNA/6GvGjH9ggcyNr8q3irK6mBmszdo2kOBA76iPV6vjggcCHm8dPYRBW4H+2N3trb8YTmQfvV5lraZ+AFR2ZNP7VXYHVYu8XMQTuQ8AFa24dL+quOaVpO8uRyCwBHxbb8IWOMR+51/2r/cvv5+/8EVIA137YM5QQkzL724BFi4FKOmKUQVjShZsIgZAQD7bFhl", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpsiARkLBPZnFJGiOM51iSnxsM4jkPcjF/Ooh5jIqRICaDkqKYYDyn/LwUBA8k5wlSbwgmzYLZgGRwZl46MEkSp8USrMUlvzSJCC1GniAxQ0NSrDGG6DEiRY8JRI8xKXpMwaQ5aVpI944ZmLQgTQvYGgNS9JiTbo05GQFtQUZAG0L0mJCiB5pwTMnQQ1KahuohKRVAEyhJYQ3VY0m6HiOSkgEkIxiRlEKhesjIcEYkZjiwHpLSAVQPSekAkn2MSEoHkLxgRFI6gOQFI6LTASRTQzRhTwhBwJZBsThIoiS1KDU/OSM1F6ixqNI1JzU3Na+kOI0Z2cA0VhCPG0g4FhfnJ2cmlmTm56EaFswFNyyksiA1GKQ4JLWkKDEjNaUoMQdNMQ+Q4ZyRCZRwBtqWWpQJciOaGk4gwyWzKDUZZBmY55yTn5xdnlmcisU0t8yUUqDDckDVVCYjpmnsYK+kJ+aloPkNubCBBpkZ7f3LTsi/AiAd+aUgxcnEepuVTG8bQZMk7b3NQdVoxpJo8PsXWg9BizsLtOzAzwBp5Tjn5xelZOYllqQWQ5o/vEAisDQxrySzpNKxqCixEqJRDhwURaXJJaVFqSlgiQQE3yWxJBFLtjSyhJS4qK5LBUmBGuog0bkNaofalv+wf2/h6l5UyXAgRsHxY/KZh/a3f9Zl7dkicCB4mmJfaeFpe3vTuF2ePNfs571ffszb/Op+j/21shbpL+wfVomsc3/I7nBOMvCWdM3N/buyOX8uSH+6f3P1pw0B2WwH7jFxdskn/99vee1orknDe/vqZn2fZVwP7BdI6d9VYftmr/df8e+30jf7HYQTD1/Wvrm/hdd//ZTUB/uleR/oTljwwD736L9N1Z+e2D8RkT351H7L/jVrb8SX+d/aD9TcONX5/n6ZmkSj0A2MDr9jgCqNGA7oKsp/yQn7aS/wcvt65nRGh907etk+iJ2wz7pX2NX3ZJO9jd/FiTF1bAeAng4/ZXRkP8j1VSL37KvBjBv7N78q3ir6+/B+DX7urcsq/9nvmw9y6KX9IN/MKr9gD3TEkvv7fu+v4FbRqOv5YF8CVH36HfuBoB1yra8DL0DcayR84EWW9rfpd5/uFxKxP3Zn6xV7k0VbzH84CR54xWIiaGbz0h7iz0f7fxxKWZVwRfBA/6GvGjH9r+wh8p/tF6aDXHJ2/7RNPIVruk/bAz3bnZPO77D3MSggPu9f5Lrt898rX+2128VunvvO7iA9L07ztMBDe7B31n2zF/7keD7tKptD84FTC123PdwPjCyXzPwD+xPK/OXEXvEeWGF61trv4meov77urwMpeMly4NaaX8CQfGCftadksgTLl/1A1Vm+n4HxOLm9Neoyw4EPoOjv/GGvsvNP+5fbt/dbKXsBo5TpwGtQsJ3+aT9/NSiCvto7y7x+ZCb1x579g5hHwJ9P+3/ygyLk236/JIEIyy0H7EtUpv+fUPfNHpTaYr2f2S+8ZgJMgs/3539oPRly8Mt+YKwaaK28v3+1XXj0xv0cDpDwPbC/xwsUQtvswZnXMS8dWI/k5xajpn1EPwLRWMMiZgQA9UmiMw==", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpCiARkLBPZnFJGiOM51iSnxsM4jkPazEmDDE/hFgQMHyCeYAMt/yi3MQc54zEovTUTJAiLGb5YxHzGBWjgZgiSoqFx5ZTfl4KggeS8wSpNwSTRsGgRO9YlJ+bWJKZTKQmY9I0GYFJE9I0GYNJU9I0mYBJM9I0mZKjyQxMWgazAcngzLx0YIFBSIs5mLQgTQtIzNCYFD0WED0mpOixhOgxIEMP0fZAbIBQhuRoIjoUwKqNyAg6Q4geU1L0QO0xI0WPMUSPOSl6TCB6SEo+phA9JKZSkJgRSUkBqofoWEUkUyMjMvSQFKeQZGpETjI1IjohQBI1RBPRKQFZE9FJAVkT0WkBKUMYEZ0YkDQZE50akDWRlskhecIYe3oANTiKxUESJalFqfnJGam5QI1Fla45qbmpeSXFaczIBqaxgnjcQMKxuDg/ORNYoOfnobVeuOCGhVQWpAaDFIeklhQlZqSmFCXmYGnqOGdkAiWcgbalFmVyAgXQ1ICEXDKLUpNBlgULgHTkl4IUJ+fkJ2eXZxanYjHULTOlFOi+HFAlnsmGaSg72EfpiXkpaF5EKRhNoEmc9v7mIuRvEM+ZWA9jCUUCHjZETitGprT3MC9VPcxObgxDc5QRWo7gZ4C0/5zz84tSMvMSS1KLIQ1DkLMDSxPzSjJLKh2LihIrIRrlwGFRVJpcUlqUmgKWSEDwXRJLErHkTGNI880Y1XmpICkFIAaJujNXcKto3LOXPfnUfsl9MYcU6/v+vdP5HG58+OIV2fbLfu9jEdmTquIOvdPzhJoPcDgc2aiXt5jxyv6ciqqlOs5CDvmNLEf7Dfkcpjl35zyvZnB40jzv7KrzQg4dybF33JqZHKTnxWmeFthur27IsUbmFrfDYuWdf9q/sDu8uLnmV0zuF/v5NjpXZqXxOExe2RToKcvkEAC26KO9cOLhy9qpK/evuxFf5i+Xtn/i2xp707hf9pxgAwv2v9y+nvl5zzf7i0q3f9Zl/bbX4Ofeuuwnk0PlSzWgTd/sn/dovOXd98l+S+TXnbe6mB2WcbmpljLN2m9Urqso/+WnvUnDdoemJF6HU4ed1mbee7mfAeQRfg6He4VdfU8+fbD/CPK+xef9qz5e8k0S+Gm/1fzHoZRVn+yXFNhyXV/8Yr/8l5yw2nWf7SHmfrYPKVGZ/n8Cg0Mt0JW7PI/Y9wcDBeylHNSCWRdP2iXo0BzoObdBjclBGeTcPVIOPV6vWEwEOR32sAqJ2B/7vH/aJp7CNdxCDoz3mDi74gUdfho+W6f6hB0SnvzCDglPLwB9+ts+Unz7RYZ7D/Ybg8BmFgez1Xbh0RvZHcDu7/8GjMN9fHOM30H80/9wPwMENOg6y7x+ZCZln2gUaqC10nj/BENwQNgDYyUqxfr1/mtHc4FB8t9ecUNRxsS3rBB3yG/eD+F/s//OFj/DZyqbA1Aw+d0tJmg4fbPfGJA9q3zOJvuw+avX3ohndoDY07V/nfvDKpF1rA5g83fzOsQDU8HxXa/2v8jS/jb97md7cPz5CDnctK2MWGF6dX+Q+oLODQ8/23NlKOVU/OJxKM4Axfjf/ZD0xuvAw6TdLnbzgz0wMYhl+V7eLxBhueXENw4HSDo4YG+l7FXdrP9n/3Fv807HB5wOkHTyzx5k+lnrvxDxhA/2fkkgnZ/sb0nXAIPi135wKeCYlw6skvJzi1HzEKKnhmhmYhEzAgCzcNn0", "1: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", "1: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", "1:eJztl39QE0cUxxOI4YdKsTJCRy1Cta10nJJLALUtmxBl7KhoCdUW2+I1OeA0yeklqeCg1trpKK20WnWqdaw/sIMVf46odJRdFcVBaSt1BGtVqoBQ6o8Yf6Qqtrt3VAJmxlxm+MfpH3nJvt3P7ntvv3u3ifmQS89WyGQyWzA2EzkzY3SYmewhxEPcE1ibPVv+X0tn5ywG0tI/1b6Ax3xpnb50XB9DH/wjleMttFmfS/M5DEsGeZlrkhffuP99PeCL6aLYR7uVwllNnS3S9yYZrxIsZSCi1/GchbazRh8htTSIEqxGGqQWbII0SCPYRGlQgj9QomBHGZTYGlhrDn5gPAlJEuxIaQjxqdRSmJEio5HCjBKZeD8Yn9cRVxC/VP5APldBGE35UTqVyCRIYTrWSZTCqEUmSQqjERlJ8kkQGYkqJT5KkhQ6GJ93tVOmFOUHI2lPRZlS/siU8lkIoqhFyGcleEI+S8ET8lkLHgeC8lkMHpDaZzV4QtIOuXgm1N71QC4ctkjSYWd4hjPmMhYM8vljzYyFsdpt2YGeE2b3Iq3e2OhsNs7I4gc6Z+12ewl9NFlG/izGQAZnMHaezmVMPG32ctXR57K4Q49XY3g2BDu6jSGuMSzPGMliQktv5owz57A2xstsqazJgQMzk7c3q3x8tiAhlRzaauqWW5cnoqZD2z2fcOiTEg4nBOcgg42+5u2lik/IW+WpFSqh5/Pu2xN5B/m73x0Hi+p2MJ6RiddAPcfxJtZK2xmbeD8k0b/loK121p6v43k6XwSfF0rCO4x2B8+YhI7pne0xtJ32ckDV4i1O3TU8hnQNwR/ijQDHfi9TKNDQl+d/Ud4WjqZO2wX/WidDqXtd7afzQtCgApp6Oz4U3W2kN5zR3IbJ+e+UJNQ4YcnUaqpyVzhaq964JylPjqozDpUU/xSIPsv89cDliAD0UcPafpsPNsFzhe3M3cazsHyp8saAcSGo4ObOyTPXuOGW4jRtf9oJMy5v/rZyvRwt0U1v+iW2FVaNT8I/a6ArupbLCnID6yb5gV7P3gQNFWF4qXrIFxY13oyuBq9ErTwdkvsQDDFey0xJPg2LZ70RWrfJCQe+en6ocmEZPJi+KqbIcQiGz03cmjz1CHg3ct8p2YVr8GrfivjVcY3g5IJxcN7g/dD02sVJSyMD0C3zlHnbE2XaDW5V8/ZhTjAtJbnlbOmPQMYtVBz98g8Q3rpvR+AVF0g7tey9h/rDsG4TWfAGPHPUovl4Xwt8sXHRupofnGA57r1nCUaq1XFRKyMixLw2KlARST+8H1q1u8/s0s9DUfWRlG3sBRf8+a4BV+ASnDMiJvpWaX+UG2vOmztMieQXAkIKo4PRlftbnLUT3bBq+OjlJxbsh88ppoSN2N0EMm+X/1bYHoxmHLB/HaW4B8U6uKA4/iFoBsUXK8L+BPULbakr7tQCIb64AG3JMVLg+x31uwSCcFiTHxyH323dVp91R67NW7vxhfIH1+Htc3WYrAeDM0mFlNo1wQPXfTC8Cehx1LML3TBs0o4VzOITYALZriYnxCpwHzZdAotvEdAFcRWutqG/AZHXpwUNUNBHmgwNmDHRVWRoAaaT748/HtQG0l9av2QnrUQLhET2gBV3lFnfTGiFia+THQxCy+bfHz0rTa5dM4cEVgmEsGObQe+y7/Orhiu0ZHen7boOFqHqDWP3tsFPSLrKQC0uCi7UPwAnF2WrawR9G0Z8td59HpQOIgnJtDqnEUfQDIVHg86ag99MnMXW9Qx1/mHrvG168VH/AvbcDTw=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpkiARkLBPZnFJGiOM51iSnxsM4jkPEzE/LGL+FIh5DBsxKZQUwATjOeXnpSB4IDlPkHpDMGkUzAYkgzPz0oFJiLAWkJihIViPS35pEhF6jMCkMelaLEhxmTGYNCNdiyUpWkzI0YIUZKTpMSIlzExJd5opxBqSosYMTJqTYo05xBoTUvRYQPQYkKGHJHugCdqUjGAjKa2ZQfSQFG5QPSRlA2hYk5QMIHqMyAhrI5JStSVED9EFDiQFQDQZk6OJ6JSArAl7UggCVrDF4iCJktSi1PzkjNRcoMaiStec1NzUvJJiVAPTWEE8biDhWFycn5yZWJKZn4dqWDAX3LCQyoLUYJDikNSSosSM1JSixBw0xTxAhnNGJlDCGWhbalEmqOJHU8MJysSZRanJIMuCBUA68ktBipNz8pOzyzOLU7EY6paZUgp0Xw6oEslkwjSUHeyj9MS8lOI0ZlxhZmgCTQ209zcnLfzNTIq/EdWAKTQ9o6USfgZIneycn1+UkpmXWJJaDKmseYFEYGliXklmSaVjUVFiJUSjHDhAikqTS0qLUlPAEgkIvktiSSKW1GoEKe6NUR2XCpICNQNBogXx7OckA7/bJ9fftK2MeGVv8eNQyqqEC/ba7WI3z31/bM+3z2CmlsTN/f83VX/aEHDanvPngvTNr57uf7ZO9UnzvKP7S9ymfGOLn2Hv7yCcePjy4f2+oj1er1oYHe4xcXbJJz/Zf7vrb+r3J//2x/Qf+qoR88ueT3fT3PfLP9izLp5kxej7az+Id8z7635NsII59h+/eEW2WXzYP3P3tAn8VSwHFgJtK9761H57EsiBn+0lpl7hzFD6s38Wh/S8OM3b9kBHnF11/vP+2c9kl7/w+Gy/9ldM7tF/p/ZvKMqY+LaG2YHDdnbofG2GA6xH+w3Lde/uP3sGBD7ag3SfFmBwuOPGXMGtcmC/j3mnY8LTO/uVb/+sy7LhdEiJBcl83b/9IgPQK9/2p3UkA0WYHCDq/tlva6m5sDnyov3KJX5An7MdgKjfbX/d5L2F63Fmh2f2S+7v43tmz7FGJirF+qm9KVDY/RP7AYj9X+2nOXfnPP/90f7GB5CHWQ7wTF7ZFOj5ERJ+LI/sGfIbWY72/9uvN2HBD8NnP/YH3pKuSTT6sH9N9+0Mhvy3+7dEft15q4v5wLptoID5Y3+ybN98Kf1f+xdI6d9VaeM+cNBS2au6+T7Unz/sd90CRcTf/T07s4FR+N1+1kwQ+L//zvXGYrcpn+xdwQ75sD/3+e+VH4MYHTov3XvAPfnf/raoy3sei/zYDw72HDaHnIqqpTrOHAfSwODS/uLrQp8cz3M6qEz/P6Hu95f9yyuPa1pNOr0fnOEc89KBxV9+LnrBx4iRVwyxiBkBAOOiJ5o=", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpIiARFiDhk1lcksYI4zmW5OcGg3jOAyTmN0Bi/kSKedBFTBQldphgPKf8vBQEDyTnCVJvCCbNg0ER7FiUn5tYkplMhCaQmKEBabqMwKQxOZpMg9mAZHBmXjow+RGnhUQvGYNJC1I1kRMOJpToMiRLlzE4/FzyS5OICD9TiB4jUsIcqseEFHvMYD4iwR4LMGlJWiBYkhV00EROUtKDesmMDD3mZOixIFYPJEIhlCUZmowMsGoKAtYGxfwMkOLHOT+/KCUzL7EktRhSLvECicDSxLySzJJKx6KixEqIRjmQQSVFpcklpUWpKWCJBATfJbEkEYs7jAwgGQ5SG8GkUkFSoNoIJJp4+LJ2quQL+/+Kf7+VPniwP3rj/jfzbB7tt1L2qm7WZ3R4kaX9bfrdj/v18xYz7mllOFBrbxq36ySjA4ft7ND5qxkOqGjU9ezM/rh/TfftDIb8j/apko8ixM2ZD7w/edhpbeYH+8u+SQIRluwOoj1er1hMPu6Xef3ITMqB68DdrS01Fzb/sTcGgc2CB/45/3r7+gCjw++Y3KP/Nn2235XN+XNB+uH9e1iFROyP/d4veHzXjt42dodejbe8+zZwHvhe+mCO4NK3+1kXT7Ji9GVzcPyYfCbWm/9AK9DUyK877b2BtgmafbVnvMfE2SX/ez9DfiPL0f6D+3esZ37eo/HPfso3tvgZPjwH+OcYL9pi/tH+jf5udf5uVodfdVl7SiZX7E9+F+Vkt0LgAMTdF+1dMvM/tJ78v3/FMW/zTse/9mnfnyQuvMbrEFa7bltS/f/9BkDt3Ft5DiQahRporTS213UG+dQKTq/NvFfY1ffB/q4KW+PUwyIHcp//XvkxiMFBLMv3c1/wD/ulOiCFfAc2V3/aEPCaw4Hr+uICWy42B/UFnRserhQ+8OXvlYqXaswO0Zf3PBaRZXB4O89G58qsZ/afLoECmP+AhFowMCg4HSx+HEpZlbDFfoYP0OVaIgeCOUEJLS+9uASYg4tR0wiiIkRkXyxiRgAnPxzJ", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp0iARkLBPZnFJGiOM51iSnxsM4jkPIjH/ARLzGBUDiqGmFCYYzyk/LwXBA8l5gtQbgkmjYDYgGZyZlw5MasRpMSZdiyUpWozApAlpWkBihgak6DEGk6akaQFbY0iKHhMwaU66FgtStJiSowXsGZJi04wMPeYQPSQmNLAectIAORFqRlrsgPWQFKPQsCYpfqBhTVLWgegxIikfQPWQlKghcWpEUpxC9ZCUdiwheohOB5BSAKKJ6IQAydMQTUSnBEiahmjCnhSCgJV3sThIoiS1KDU/OSM1F6ixqNI1JzU3Na+kOI0V2UAIjxtIOBYX5ydnJpZk5uehGhbMBTcspLIgNRikOCS1pCgxIzWlKDEHTTEPkOGckQmUcAballqUCQpPNDWcQIZLZlFqMsiyYAGQjvxSkOLknPzk7PLM4lQshrplppQC3ZcDqngymTANZQf7KD0xL6U4jRlLjkPEq6EJ7X2NxYGU+xpLUOL3tQlyyjQ0pb23mQl5G8Rzppl/TZEzlaEZ7f3LQlX/kpyqzSHVL7RmoL13WWmRqrGkGfy+hvoXWolaoBV9/AyQxqlzfn5RSmZeYklqMaTVygskAksT80oySyodi4oSKyEa5cAhUlSaXFJalJoClkhA8F0SSxKxFMFGkJA3RnVdKkgK1BoGidrsDZqm2PfePqREZfr/CY/sc8Nq121L+mtfGbHC9Kz1PfumYrcp39ju77/6PEv72/TX9vNXr70RX/bN3j48euP+N/P2i3sE/JEo5nT4HZN79N+mh/vXZt4r7Or7th9i7g/7Mn85sSzf6/bqhhxrZKI+7H9XY28at4vXoeq4ptWk09/3Aw2Pn+HzeT9QcWnhbBGHpIXXTN5bvN9vf+zO1pYalgP1WXtKJks8sW+LurznsUjtft1Nc98vP/Z/P9h551ih9q7eH9A7PU+o+Yf9Uh1nmddJDA5KORVVS3V+2gMtTbG+/3n/u9cHLJW9rtvrpEo+ihBndfBfPyW1I/n5/ueyy1946HE4/Ev9/iRxIeOB+pu2QK9zHMgAG/DRflVToOfchhf7kwQiLLecuLYfol/QYeoVTqCSv/bSvA90Jyz4aP/vSsVLNcNv9le0QQrK929dVgn0YZN9olGogdZKY/sbjaCA/AEzz/764gJbrnB+h16Nt7z7DL7v/6/491vpg1f7ay9sjvy684+90bN1qk+aX9mDbC3b93P/zXPfgx+rCjkEAXWrHWI6YM3o28Lr/3R/2YM5gkttxRw0QcbMfLX/qMKGooyJP/bPDgXFlLgDw8S631YFf/ezhPEBg47hANi9CUIOVspe1c36Z/Z7R7ZZXDvKdcAWrOGJPSR+Pu631bky69lcxgM71jM/79G4uR9ouJbE1Av7wc6Z/8/ex7zTMeHpJ/sfwY+XznZhdMgXaj5wauHj/XMFl+49KL5t/6nDTsCkwOZQwa2iUdfzcX/2rPI5i5T5HSavBAUA84H+YGCCq+c7AIpdlrAH9uAc6piXDmwD5OcWo6ZlRHcO0QTGImYEAG9f4Ko=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp0iARkLBPZnFJGiOM51iSnxsM4jkPIjH/ARLzGBUDiqGmFCYYzyk/LwXBA8l5gtQbgkmjYDYgGZyZlw5MasRpMSZdiyUpWozApAlpWkBihgak6DEGk6akaQFbY0iKHhMwaU66FgtStJiSowXsGZJi04wMPeYQPSQmNLAectIAORFqRlrsgPWQFKPQsCYpfqBhTVLWgegxIikfQPWQlKghcWpEUpxC9ZCUdiwheohOB5BSAKKJ6IQAydMQTUSnBEiahmjCnhSCgJV3sThIoiS1KDU/OSM1F6ixqNI1JzU3Na+kOI0V2UAIjxtIOBYX5ydnJpZk5uehGhbMBTcspLIgNRikOCS1pCgxIzWlKDEHTTEPkOGckQmUcAballqUCQpPNDWcQIZLZlFqMsgyMM85Jz85uzyzOBWLaW6ZKaVAh+WAapxMJkzT2MFeSU/MSylOY8aS1RARamhCe+9icSCqdwVAOvJLQYqTifU1ljDE72sT5CRpaEp7bzMPCm+bImcqQzPae5uFFt4mOY2bQ2phaAVBe1+z0sLXWFIQfl9D/QutSy3QSkB+Bkgb1Tk/vyglMy+xJLUY0njlBRKBpYl5JZkllY5FRYmVEI1y4BApKk0uKS1KTQFLJCD4LokliVhKYiNIyBujui4VJAVqFINEZ/iI9ni9Yjiw+vzVsDf61/fvfSwie/Lpcft/zr/evj7wfL/ef8W/30o37L+8ByTx0v7O9cZiNxHGA5FtFteO5v7Zn5n/ofVkyM39RuW6ivJfruwP8pzboHbo0/5v0+9Obm/9Y+/4MflMrPev/eX75kvpx7IdeHpB6fbPuif2Hcmxd9yYf+3/khNWu65M5IAxGHyw5+yST34X9dH+xocvXpFt7/bz+a+fktrB5LD9IsM9Js5r+z/LX8qPb2c+sFTHWeb1o4/2R5zWZt77yHHg9SMzqQPRF/ab2ewNmqb42X6fwUwtiakv9lu6uhf95P9sn60NctF3+0cvp27iKfyy/+ttkEf+7gf7Z8qP/c9/r/x4yfebPdj5bAwHZpXPWaS8k9Ph+K4dvWwffu5vVDvUtjxc4MB1k/cWru6L7Ccs+GH4bB3TAcUNRRkT396wPy0AUvlo/5RvbPEzfFL3JxqFGmitdN7/YI7g0r0H0/c/2Mc3x1iJ8wA4mHIYDjzknryyKfD5/rkgafEP+1cc8zbvdPy8vzkQ5AJWB3DwbmE6AHL9y+1sBwxB3rny3d6x6dHxGbt/7t/MU7imO1riwC5PHibt9gf2HLazQ+drs0DCQVrkACMwtLrkf9mzhPHpbpr7fH/ECtOz1nwiBySLrwt9cvxlrwAMZSe7T/a6oGA089q/bltS/c29bA7qIG+e+mOfJBBhueXEO2h6+G6/H+j8RVv4Dyxy3fb575U7+6de4cxQynlhP6W9Nerynvf7N+nlLWbc89f+8FeNmP5DL+0FwQH3a/805+6c578/7V8jE5ViHQ9MN+LAmIxjcgCFQljt3/3eJ9iBLudxAOdQx7x0YFMgP7cYNS0jenWIljAWMSMAYYbvlQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpciARkLBPZnFJGiOM51iSnxsM4jkPGzEmDDE/hFgQMCyCeYAMt/yi3MQc54zEovTUTJAiLGb5EynmMSpGgpg8SkqEx4xTfl4KggeS8wSpNwSTxsGgxOxYlJ+bWJKZTKQmM9I0GYFJE3I0mZKmyZgcmyCazIPZgGRwZl46ME8T0mICJi1I0WJKTsiZeoLEDI1JscgMoseEFD3mYNKSFC0WEGuMSNFjSaIesGoDcjQZkhEIUD2mpOgxgugxIy2wwXpISnBQPSSlOGgMkRGrRgakx6qRIRl6yEkJRkTnBmRNRKcEZE1EJwWkNGdEdFpA1kR0YkDWRHRqgGQgiCaikwOk5AFTxtjTA6jKLxYHSZSkFqXmJ2ek5gI1FlW65qTmpuaVFCMqKXCFxAricQMJx+Li/ORMYAGYn4fWfuCCGxZSWZAaDFIcklpSlJiRmlKUmIOlseGckQmUcAballqUCRJAU8MJZLhkFqUmgywD85xz8pOzyzOLU7GY5paZUgp0WA6oTs3kwDSNHeyV9MS8lOI0ZhxpGpZ2LNHCiZ8BUlc75+cXpWTmJZakQsOHF0gElibmlWSWVDoWFSVWQjTKgYOiqDS5pLQoNQUskYDguySWJGKJL2MDSI2G6rpUkBTIPJCoUl9poTQvqwPTLA7peXEf9/slCURYbvm7f1LMP+dfbw/vF2o+cGqh68f9QiL2x+5s/buf6/riAluu//beJ9htZ4f+3m8LFmA/cCk/nv2c5EP7fQfF1YJZf+9fs/ZGfJk/+4GY/kNfNWIe2s9+Jrv8hce9/fp5ixn3sL7a/00DJPPPvlHtUNvy8Hv7WZ73aLzlfbXfGAQ2szroXJkF1MF04EPryZCDGgIHbq35FZN79Nz+e0ycXfKPmQ6cCjm4YgmfwAGIO/7Zg0w5tYnrwHFv807HBOEDpWAPHds/twFogTrPgY3738yzeSNxQCmnomrpGnaHXbe6/qZ+/26fe/TfpupPC+wPX9ZOlXz0yD4qxfq+fy/rgWWzjyhs+CRyABwsmof3e0e2WVw7uteen3vrssrjJ+2vVrxUM+RgdTj51H7J/X377LNnlc9ZpHzS/liuScP2A7wOHGtkgEZ93L9bHaTj7/7bIOuefN6vkPwuysnu4/7PfcElKtOB4j/rsvaUcDg4nU+7+jzrx/4yfzmxrLNCB/rYPoh5XOBxcC/6yf9yO9sBmZpEo1AD3gNA0YA/Ek8h8ZPLdcAXbBDvga2iv0+/O/lh/8S3Nfamcb/3pwNN0y4TPLBoi/mPQynMDv1PPslfes9zYNomnsI13OIHllce17Sa9Mt+P98c40VfBA6AfHlaQPDA4ZRVCSFBt/eDk8UDwQNGz9apPmEWPxAKDG4/h4/7XX69fX1gJ/sBBjCQOuDSnfP898q79hB7eA/syub8uSBd5kDTo+MzdovxOAB9A3TiX3sdYOhGiL+111opfMElgsHh5rnvwY+XMjhAxLfv3wrSvorHARLOP+3rZC3SXTJf79+9oxcYEq/sxcEa/uzPBdr28ZIY1N6P+2MUHD8mn5lrf2LG7mkT+FfZgzO1Y146sODJzy1GzROoBRCkksciZgQA+mhj3w==", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpciARkLBPZnFJGiOM51iSnxsM4jkPGzEmDDE/hFgQMCyCeYAMt/yi3MQc54zEovTUTJAiLGb5EynmMSpGgpg8SkqEx4xTfl4KggeS8wSpNwSTxsGgxOxYlJ+bWJKZTKQmM9I0GYFJE3I0mZKmyZgcmyCazIPZgGRwZl46ME8T0mICJi1I0WJKTsiZeoLEDI1JscgMoseEFD3mYNKSFC0WEGuMSNFjSaIesGoDcjQZkhEIUD2mpOgxgugxIy2wwXpISnBQPSSlOGgMkRGrRgakx6qRIRl6yEkJRkTnBmRNRKcEZE1EJwWkNGdEdFpA1kR0YkDWRHRqgGQgiCaikwOk5AFTxtjTA6jKLxYHSZSkFqXmJ2ek5gI1FlW65qTmpuaVFCMqKXCFxAricQMJx+Li/ORMYAGYn4fWfuCCGxZSWZAaDFIcklpSlJiRmlKUmIOlseGckQmUcAballqUCRJAU8MJZLhkFqUmgywLFgDpyC8FKU7OyU/OLs8sTsViqFtmSinQfTmgqjWTA9NQdrCP0hPzUorTmHEkbVgSskQLLn4GSJXtnJ9flJKZl1iSCg0mXiARWJqYV5JZUulYVJRYCdEoBw6RotLkktKi1BSwRAKC75JYkogl2owNIBUbqutSQVIg80CiSwpsua4rszi4F/3kf7n97f4JC34YPlvHcODPyo+XfJMu7O90THh6Qenjfocl9/fxzfm7f0/JZAmWsD/2V2Y9k13+4sf+Ke2tUZf3cBw4t+r81bA31+1PhRxcscTv137vVywmgtvYD3CraNT17LxvH3vHjbmC+85+hvxGlqP9r/erljLN4pD+Z9+zM5vz54Lr+9M6koFK3u+PZz8nGXiL2eH0Qtdtn2sZD0y2YvRt4RU8sDdommJf6d39YfNXr70Rz3QArE9B4IBSTkXVUp2f9jv/tH+5Hc58IPrynscid0UPcG9dVnlc88H+Gx++eEWy8R7gYdJuF5spcaDndgZDPiO7g0xNolGowS/7cl1F+S85x/YvngSy6Kp9/U3byggNzgMmi7aY/2ASObAqISRIfcHB/TKvH5lJHdhtr+D4MflM7Gn71teBO+RYWR30wAF2zt7o2TrVJ819+0HW3DzH4yB4fNeOXrY3+38cSgEawXjgotLtn3VZX/cnv4tysnvxcb8X2EF/9ieCjO/kcnDJzP/QevLH/mf2wID2EzpQe2Fz5FdLdgev6mZ9HzXOAx1fbl9vLOY/UBmxwvSs9ef9YHo3+wGwN1bxHFj7Kyb36L93+3PDatdtS/qxf5Ne3mLGGqEDvqI9Xq9YvtgDDQfGzPf9bts+/72yQ/wA2P5pDA5XtFMlH0VwHNjWUnNh802JA4sZ97AKibzenw5yECvbgd9WBec6LkkdWAMM9TL/ffYZm18VbxUVPPAJmDoEJKQPACPHf/2Ur/un/59Q93uXwAGwtz+IQcL7JrcD7wNdYAj9twfFkrPMU3uFS/nAKP5nf13ok+P5NEaHrHuFXX1PTu3/6hXZZhHG7fC8R+Mt774/9rfWgDz0cf/jpbOPKGx4Ym8NcsY9/gOXgdZG/BQ8wAe0NbXj4/5lXG6gpLQflCr5dA/Zg3O6Y146sPzJzy1GzROo5RCkrsciZgQA5sdiKw==", "1: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", "1:eJztl39QVFUUxxdYwRUIjFG0kYQksx+K+5ZdoD+8b11goGAo1xH8lS67b+Hlsk9336LrJCOZP6O0UcasnGQKx0kdBSI1lXvFX0GNk1FmIQxSZBggTiC/XOne99ZYiKZ9Tv5VO7Nn3z33fs67597vee9uVDY3zyyXyWT2sdikcxbG6LAw5kjiIe401s6bfe63tDyXpyct3X/Ml+GlL+V/30PwRQ1To+/91lzOahpqkb5UMl4pWErvj20i58jGcvYOiRUQPWvN8QKhBKuRgqgeBCE+pUpKMm5GUjaxglVLQdSCjZOCaKQjcYKNl4LEi/nPfgBG0poliIzSW0aclfhDSYKUEiFR0gIjaUspkZGk0FiRkbSpbkbSrqpFJkE6Q0lSgkZkvN5VUaQCI2l/RMVRKumKox5ApZQkHbgZr3XgoWzKayF4Ql4rwaMcKK+l4AGpvNaCWHEiJK3E3dDoapiHT1f2cNLBMzaGM+YyeRi0OZMsTB5j5e1mP8+A5jGkFYiN1m7njKyBZznr8GD6cX8Gm+9cyejJ4PkMbzPkMiabwTJicBC+0OWyuEOH78bYWDLHEWMU+CKRtTFGcjOhpbNwxhWrWTszSrRk1uTAE7OQ1zXr+9doAUIqOQaraURuHq9Ed/0oH366Af9qumOkpqvxLH3q4ac79p/SDSUE5yCDjd5mPcoa/n3Wni+9WPcjb0Q1hMjEw56O42wm1mrgGbt4CgzG5mWHwcqzvFNrsxmcIvi4sCQ2h5F32BiT0LF8qJ1o4A2jVKVKPK+phk+PIV2R+Eu8R3YxW4xLr8KVl7Z809jUA47TrzdfnCSjN8Sk7R+X3Al9Gn0V26b2gt07QtZqDt4ElfudF59+vhaaMXUtuQVk0GGGs3Xd8K0Z7cFVsxvAVhwlcOd3YOyhKYtMJ/3oveNLT58JbwPrgPqVz1ObYeqswSjXnS5Qdr21uDyoE4pxr4DmrPBjl2VVMCvh0y/yq+rg+e3K1TOj2qE47gcQ0xDtX1hcAUR/H7T1hbQeO9IO43urTZ80+dNnakuSPrOHoTnOrAPq9CDk2txV/33h72BNYPSMgiI5EuO3wbWlz+mm/CanRS4UkSyfdPigRJbr3FjTA6rOhE/Xb1SggqITKxR9Pggnb+xYVA3NPT8bSq4MgLaYk0+FBA7C7hM/bnMx9QBPZmqXpRHeY8iAu1C555lJxd82QDGeLz1rx75eXOK0EG5fH8wUAvjRl99Zck/Xfx1oDs7JXFzWDdLitmqXt/wCbne9sHDT8QB6YEne+XvlJ+GjGxDO7BL8qfT9c5FHFfS0+r6CV0/1g52T5AsemVkOJ0TUtICPbwDXHUfTB+O7QTfG46/0QHDhWuUbrw2I8eJl6BRPiCqQunf99OpN9RBv2rPM5E6Yj6nS073w8hMkcAeQcYXy89tb4eF+PIECGfpo2om7m7u6obD8ukFwq+bs3MPsBMSSgUkhqCa/6sPHYoLpuvTs0CznRHQgs5Y6VxaI0OJI7W2jgl6fAtdFrAlF7+3Bn8njEVmtBS4ZLchngwxFxOfgpWqCu+74L3s37Rb4umIhXtpxiNBfLT0LDx2+uiw/I4gOXnXozfpfg1EzkcMqFzzqd6NoRrsvvV3PR+8eDEMHLryIV7AHtqYQgQ2AkpyKm3a1H2qaiTegLAC97d85MeWlZlARhAMtDkZ85YSBLzvkSHg0aK05+HXE5dmH19DQ37KhA+YoPuoPW9L7+A==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV21QVFUYXtZlWZSFZXcVMZKgsQxD3bvIVx971kVCyEqXkFLLy+6FvdPuXrm7K6JlMaYijdBo2lQGOWZaoQk15Tgj91iilmUMih+hpA6lZCUWypDJdM69CANu454f5J/+vLvnPec579dzznlvXAE3p1Ahk8k8KiRmcU7G5nMyhbFYg9WPsx5vYdDNkdnLuax4ZLljOvktuicGdHOQ79Yw9CeT41200+Kg+SKGxYv87PXkf6DL+l83DLrxg9jZX/3pnNs+MMJzM/F6gyhTrUokray7CNH7dhBKlEnkECIrRlFOI4ekkUCSRJlMBsE6w1QSzDRRppBBRDMGEkwyuZlkyQxFgkmRMEYSjEHCELGmD0PEgT4MUUUpCUOUtz4MIaVFDBFBJQxFxDaJoRQRdSS6UUQ8kLhDEfFA4g5FxINUCUPEgz4MEQ/SJEzAPJDuAQkUMBGkUy2BAmaCdEbFH2PAVJAOqQTyzwXcEXii8ISX4RnO5mBcCMiXznAyLsbt9Ui9T/9bEoxHo5AwezycjaW9LOce0l6M7N8st3QRY8WLcxkvTzsYO087/fQiFgeLJizIGsOzeGbImlD0J4PlGRs2Jo4sTs72QgnrYfzslsnafcgxJ34OWfmtu4WIoRTRbruncMS/8PlmRQ3DH2/w7eLVYATnw4ttgYY9gjTslEGcpIY/bOVwhO2HOwGFTfVdYsMfdshwhO2HQgGRvO9dSRpyGUTIpF7SwnG8nXXTXsYjNZlqJGb7aLeX9ZaaeZ4ulYDjxYzwPpvXxzN2cWLhwDiD9tJ+LiWj1HQaB3vH4Cn8aYW19xtUtTHP6mAv091Ob+40rd429xtqvx58uyDnUMgjEfCXDfVhxbV/Cqu+zt23vV0L5k1/9OKp2oumtW+6tStgGFx+d2pRRocaKLV604GYSKjdundf1AcKONIR71yyVAP2zAyTT1rdLhzcs3utcpcGXp/vauylwgHQ0V8dnRQKr02cX/Xl1TBYqewck9WkAfvrJru3BP0tfPIGU247o4JlisYqQ0k4eLX6u4++f1oPC7Gbx48JQW3y0IoaLZia8KGuKeO6af1YRV74Di3sMfy8c4JdDWJXXpq9u3o0fP/HhvBNn6rgwZyUNeaFOtBacQNFekF4aNGR8uY2HZxxsrMr+5QO1L97eduBw6Pge2t2neto0cK58+qEX6tHgvCGqW8ljO0Vjs4q0OSnKeBph4wrUyjA1dYTZR6lBiLnUQTdpis2lLFyLSiufa3VIYuC+qYMtHOPae+cjXGV0/TgHjNeoYX5KLt1k383HXAlvfKFLBp0rkSJnaiGG1C4C053CWeRu8b4KPBHMzJ4UgWzzi3V73zsgtB7bEnHfXUaEH/jmu/spt9M+WmfHVrcEAJxld5pUYJEMYDLpuSHsUUVxF42VmnB0bazo9azWvgcLsTHI6BYlq0q0Mw9H3IkukNoK66obOd18Kem+Nae5SFArNtfKliNdstJ0cAHmejz+Sf0QAwnu1sQ6w7ksKShZtyUM5Eg0RJz6fziKPi6oSQxLvaiEIzLtUMP0KDLuXE0TL83e9mKKU2CCSfUqQbRqEyJ9QqwrfTgA+naSHilK/uZValqsADRon7ZGJg5wSd/uzwC5iDt8cZI0OXMe2nn5/XCuNk/3PXi5jEwIX3d4ZfLdcAavGVdujkSPoUdsujhdkxbgxrUIJq05HUKKGkoc0HQheEFciDeAGZ3EXp1OZdn8FkZ+Lob6G796Kh/AI5X8q0=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp/CARFiDhk1lcksYI4zmW5OcGg3jOVBbzxyLmNojEPIgW40MJOSYYzyk/LwXBA8l5gtQbgknTYDYgGZyZlw4MeuK0mJGixQhMGpOuxYR0LST5xRhMmpOuxYJ0LZakaDHxBIkZGpChx5AMPUakJQCwHpKiE6qHxPgE68EeoUHAUqKYH5r0nfPzi1Iy8xJLUosheYIXSASWJuaVZJZUOhYVJVZCNMqBDCopKk0uKS1KTQFLJCD4LokliWjOgDgAEomQUgomlQqSAtkPEg010FopfOHK/m/T705ub31gb/RsneqT5nX75cSyfD/3LbY/U++xv1b2+/5vGjH9h75+2c8pPS9O8/QP+3+p358kLvy2X1r/rgpb47f9s8rnLFLe+WD/HlYhEftjbAfubm2pubD52/7CNd23Mxiu77cuONdx6d6b/YuVd/5p/7J6v43fxYkx/z7uf6O/W52f+739qo+XfJME3tlHO9m9uKnD4PCdLX6Gj+iR/fxzjBdtMf+y/8LmyK87bzE4qBtyrJGJYjzAraJR17Pz9n6Z14/MpA78t/93peKlmuG//U9EZE8+3c9yYPkLD73/imf3r7sRX+Yvx31Au13s5rnvLAeuLy6w5br+d39Ha9TlPY/ZDuwNmqbYV/plf6IRKCSc7ddtS6q/act7YLIESxif7r39qqVMszikn9nvkGt9Hbjjjf2uW11/U79vsd8zbQJ/ldnz/Sdm7Aay3tjXgA34sD9ihelZa7+b+y8DfRNh+Wo/P/fWZZXHGQ4Ec4IiPC+9uKQoP7cYNa4QhSEi0WERMwIAij2c5Q==", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp0iARFiDhk1lcksYI4zmW5OcGg3jOo2IM/kSKeQxrMRmUlMIE4znl56UgeCA5T5B6QzBpFAxKbI5F+bmJJZnJRGoyJk2TEZg0IU2TMZg0JU2TiSdIzNCANF2mZOkyA5MWpGoCW2VImi5zMGlJqiZyrLKA6CIxWViSrAsS4hDKOJgNSAVn5qUDizuCmgwhlAlJmowglClJmoxJ1ATJIGA9ZqTogTrOnBQ9ULdZkKIHmjssSdEDyRtGBqTogSRyI0NS9EBSq5ERKXogadWI6OSDSKlGpKUeSGAbkZN6jIhOCZBUDdGEPSkEAZsDxfwMkDLfOT+/KCUzL7EktRhSGfACicDSxLySzJJKx6KixEqIRjmQQSVFpcklpUWpKWCJBATfJbEkEYs7jCAljjGkOQKTSgVJgZojINGj/Ybluor/7DXf8u4zmPlh/9kzILBn/6+3rw9YKrM5MGm3i908d37/vcKuviefHtv/S/3+JHHhO/sKbhWNup6/+/cGTVPsK31or3ApP579HKtD0sJrJu8tLu5fUmDLdV2ZwWHT3PfLj3m/tX9YJbLO/eHf/dsvMtxj4vxvb+N3cWLMv3/2sief2i+5/2t/56V7D7iLFRy+acT0HyrlcbgZX+YvN437QFjtum1J++UdXMAO+mcP0uX86/t++dbXgTvipB2MQg20VgrzOBgf2aiXp8x1wL3oJ/9LcymHquOaVpNO/7GXLL4u9Mnx4/5PjufTrqazOnDYzg6dr83moHz7Z12WDeuB6RP4q8y6FR0EXm5fzwyUn3921fmrYUwHPEAOZpeAmv/H/gQ7SOPH/TN8RHu8Vgk4lE6WYAnrY3Pw/dwXXLKE7cCk0/Ue+21VHDznNqgdYmN1SAA6X+wVw4HEw5e1U2cKORwSVwtmXfzP/nDKqoSQoA/743Z58jBpf96fBgLPuB2YwQF6w/7Ry6mbeAr32Bv4LONyU71oH3HK6MjGdcwHbp77Hvx46ez9PKAIieR2KACGtmTgNftZHNLz4layOEy9wpmhlHPC/v4D7skrmVgORKVY3/fvZXZYDfTNG/2v9mD/P/+w/0WW9rfpexUh/rwm4JCx+VXx1qsCB0DeUNmu4JAkEGG55cRn+8DsWeVzFj3fD9a/XtIBHA/1Ag6g2C6U5j+wVMdZ5vUicQewN9oZHATNbIBJ4SDE/Fghh++lD+YILn1uH8anC0wCX/ZPfFtjbyon5ABOHkcZHcDCyxkPgEJDXUHVIZgTlCHy0otLgNVOMWpaRrSSEOUzFjEjACjmvkE=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmHtUVEUcx/fJQ0DUPPiWUEPRKNiFXVBxLix6xNSCxUdmyrJ7gaVlr+4jxczCVIzUVMQM1Awq8lnHV4rm3DRFMxARI1TwBYgiHt4ryKP7WGJRzmnHI/903D9md34zn5n5ze/7mzt33SKJsCgBh8PR21HFDEKDK40aPGo0baHN09V6QxS3oxZoIOLkdE320ma1bepL2//I5tElM3gdtSBCq+qs0W0hdH9vphTJbagymDBGUqllHSJhELlaG20FIgqhbd5eKIyYKX3QESkK4sOU/iiIL7r/LOKHgkjYLfNGYaTo00ifIzJ+6Hvmz04jspZhF4W4BZaQGAnyZr+sFpsl5IuyD2bmeZIHSdZilkGSgplBiqsPw4iQ5GNmkJTtyzJW68eCsVoJnVknQjp12BQSIenAj2WQdMDmkMhqHbAZx0JWC8ESsloJFpDYaimwacpCaCluhtAOEzOEdi6wUhWjnQtmyGo9WEJWC4I9elgITRFmCE0RZqh7RYRRF3L9ALrBgOtwQhmDx1GgLn6yBo/DtQZ9lNByQLbmQBWBej2hVCsMakLbdTB5r38HC49fhMvpzuG4QaeIwVU6heapzo7UD1mMmmqQUbPhOjW9xqf62FM/gtU6XElPJu9DE4SR7qzUEMoPlqj1eDeDTlGrjNT6NPTlSs19dlBbxqNohValj+I/k66+lk8JkU/Pu237X27TNZm1/vJR/fWzfP6KfHveX7sX6q8Q1V+p5aEs6Xl37XtC1YLnjLL5CSHtebd7vdAo89CjbHnXEz916Dlz2FcvGUHoVGqtwoDr2XcyJ6oINSq0BrUhPlCnU8Sz4HBmK3RGpcGow1VMQ0RnPVhhUHRz+Ir92etZ19XhdBP9Lwht9ekrmfhrWC08+6X3Ek+3ZnhtyHKFaNZ56DV29yt5wc3QXS7M2Dy+GH749nCX2BkXwcd5h95tOJ4FEtxPr8mc8xgETaoo2tfcAg4cjfykKKAB+C7ICnHk1YDEzDl/iH4XYGEhOz51P10P7swd8MtlTgMsHmWTkCK7DmNLFidtKE2Hb7S7tTYaG+G4RJeiXFMtfOu8bUDarEKQPvloXWtBNcjnlPDskwpBqt2QnQs8TCB5oGB2b8+DMIN7Utiv/02QvHtlaMiOZgB7bxenH74Ct8q+0Nx70g4cefSID2HarG/27v+7DLTJmqsqyWJIj+aqLIGnvL4eOzDlOxh/393bbl8LbF4Re9KQ/AAcpry7ltQIU5dsTx/pL8Q2GBcPcbrVAmlrK94GmNl3lMExzg5Hfohvhq8qH80LmpQHt2n7fUZOsyGdbnlu3PX4Lgi6FHX1XmwZ6LNMsndSoYB0ZBZqgsuyPcZvviggA1feyd524hyY+6NvzoSZfHIQM/BVuNDjYp/srEdgXONXxcmJ9+GNKfylDqNqwHTp54ERZVysIpZpgT9twdcqiwUYE45rrUDNIRIEk7nYwJQC+5gRLaDJu/zAayo+tn5MldMpr1rwftzZtoMfVYMzV8bhgyKdMKJ69YXw30zAvmlX9KEHXBLfExEeNpoE957srsnP4WB0VOfH1cOcP+lPLWTXu8a8b1xypX7KlkabdphZMZUKYSUYHEorpw0E9CrMWBRwGp44tt6m2oWPXad2zVRaBNj4ngGl/YddKINCzNPNtV4z+zbcT81ydgUX08dsqloOcmDsjLoNckMdzN1z6ersh3yMrVeDjJHHWxLrG2Fa+bDMivNOWAQjyBqwlArT8RYeObTyjmQwycX2DZ2nmnCzDjJCXCfE6FUu3FYLgyLK8ka8xyVz1+aX3HLgYTMvb5rfJssHplLFt3/5CEnbapep77Q0ASYcl+shG8c2eMkkv/t9Wjm4EUNt8Cp7khJtrWs+n3Sm5SYthwkCKnNMXNJ1dWXoseEN8OTWjc7LJFWsPrc4kuumPRD49M0FST/fvp9ysAkUpNIO2JJM2m2tAuDcjSOrlu8C2VnUhi1yIKt2Tny9INUE3mQSpWNf2yFzWAVqo6nbERGn75rrnX/mdL4tdmMT/QO7vB86", "1: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", "1: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", "1: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", "1:eJztmHtQE0ccx5OQAAER1NZSqzi+RapCEp4+9iD4QpFCfNd2jOECpyFn86hirc+qaLWo1PqaKg6traW2WlurlLo3gkVl2lpFcaTyBkVQeRlARHt7FyUoM8065Z+O/2xuH5/d3++339/eXgYspGO0YoFAYHRmi0haR2rMOlI7DLWg5mmU0aQVPqmFmugEFaopX7bZ3Tb5Zdv/qM27Q2aIntTCaH1sew31TUHj/bhSpnJky3DavJBNLfuQAA5RUfo4OxDZFNTm54vDyLlSgY8E4iAKrgzGQfzx/eeRIBwkgA+ZHw4TiL9M4AvsTBB+zIL5ZWT2MrxRmCGwheRYkB//Y7fYbCF/nDhYmRdJHixZy3kGSwpWBmtfFRwjw5KPlcFStj/P2K0fG8ZuJbRnnQzr1OFTSIalgyCewdIBn0Myu3XAZxwP2S0EW8huJdhAcrulwKcpD+GluBXCO0ysEN65wEtVjncuWCG79WAL2S0I/ujhITxFWCE8RVihzhURw17Ija+hDhNpIGlNPJnAgobECToygdSbjFqJ7YR8zZUtQo1GWkOpTRSt7ziZyuXpZDMSl5AqNHgGaTKo48lYg1r3zOBu7IMynmI7lOxqpIFCNj4zRso+hFMGUoMWU3kggjajwRodrVm8lDKSnUw6kYo1s/bp0OWKEj4/qRPnUZxaH2vUOjyXrv62bwmZouvddvo3t1FNaa+/Drj+Btm+f2X+Xe+vc1dsswTX7UDbszmg672WdoXX4hfcbOuLIrDr3Xb5T8Utwt9l2yuf/Jmzz13Af4EpadoQS+nVJtLIf5q5sUW0Wa03UabEUINBnciDXlwoDGaNyWwgY7mOBe31cLVJ3ckZLA/mb2kdrSNRF/ozBLUWiqSb+2tq4CSHZa6Dh7fC8xXgi6LT9TD46tkExepWuNjHsutGShWs/G5I+br9ZdB3xOFeF8NvwVWLMk0pnjXgp0OJOd4ZAuKbtdFTPl99HYDZbx+DNcVA0SNg7K8xzsT85DP3h8+3AEnajhBhZB1MWj/vcmZZHnT+tu+82DEFYM8vn21zX14L2cVXbjnVDK8sqxrq55wN89OWjHPJrwD8vJXg74nIwEpw0mt9dfTJUhgyKOKDdaPvgrAFFRcHFjSBcW/m7a3slwOHpW46WkIJiZmcobWw7wq1bKZvKdgScVus6FEKH9ypZoIHZUCPOcE/nnv/OtgUiiZog1x1vJBY1Rqy5I+k+7y/Xk4EZ69GwBw1xG+/s6IVTD3nNG7fzArIGsdaWAeivHovimywgOl/bZ//SNlmjd8t6OO5M08aXwq4OO2WMkmNBflrjHWQC4PYkWlJjTt+29gIr9U2RszdIGFGPR7QZjHXQr89I1jyPMz1yMk4ubUFNqvKvtyXfQ5433E77fu6iOhVH/qn9kod/Mgt6vtPyUeADc7QM44iQhiJWm6DZJVp8K7HFlCwuY1sKncl1uxUfqy7mQ5QtKYdyoCzDqQfuVbUnZhkaHGv+rkVSDlDBMzUuRuCrp49Cw+MZQOpFVn7i+DS0wf6jL5RDEfr04SZkhogzz42Sp/WBHMPTjjR8KEDw7k5sBhkSnq+An5rBveCJrBoidWOVFBU7JpyeK0Fcts1rREo+1aXBvQREWU5u9mdLwFIfXfnPQKczDZaQPHIbanNxwTMmKKorbv0UkLbVK4+OEtCXMgKO0IV3oNzvvb/fcz07kREN5HPxt5OxF7nN/a/690GReihUEgM80PKaoZscJI070iItx56GvN7lkNWbEVRbo6MjnP4ASit2vlDt/eyQQwXQDGTXF7f/xL9AKxjLrCetcC4cIquXV8BSpD50Q5Eiqd4VveRAqY19+75rLCHwGN5QPr42fXg4vG5909dFzPcttxsBoLtK1kFWcCr/ZASqmEWq/7kM3Ww4RMUkBbg9dWtyaNWuTAnGtryllW1wF7qrMs+5Ck4xIw8cGFQ1LatTIebLhWykbsClud4h+zIdWe4wypUH8dekugEY8dcb/9Pp/2jsZM22T8nzxw5", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlQU0cYDyEJh0Ctg1etBzOO51DNRQBr90HQQpFxJAwjVosheYFoyNMcOtFar2otWu14tZ2ptx2s9apasIfs044iIh54oMWjiIoKyG0QpHbf21iCMtOsU/7p+M8m++3+dr/ft7/ve/teSBqTaBAJBAKrL2oSGBOts5tow1DOwpknGK02g9fzXpSNydRwPfVrm8e22Ne2/5FteIfMED7vRTNmfXuPG4vj5kv5VqaRoDaGsaeh1PIMEsZDNEZzugcQWRxnk44mwcj5VkEOUZFAFHwbQQJRkvPHkHASSBgOmZQEoyLfRvUKJxNOHrMIvI3MUwx2ijAE7iA5EUiKfzwWmztISRIHF+ZVkodI1nKMIZKCC0N0rgoeIyOSjwtDpGwlxnisHzeMx0pozzoZUdXBKSQj0kE4xhDpAOeQzGMd4IzDII+F4A7yWAluILnHUsBpikFkKe4CkRUTF4isLmCpysnqggvksR7cQR4LApceDCJThAtEpggXqHNFJKILubU3N2CjLTSjy6AzEdDiGGeiM2mzzWoQuy+Ie91QE2W1Mjqj1mZkzB0X0/j/s1iSYxat4SYn0TaLNoPWW7SmFyYHoD/qDCMaUKPdaIuR8/GFOX7oT4zRQuu4zfie2sToZs41WulOVhtv1NuRYybuVmX0enk1H55Kutastxq8X8pTpfvjQaboer4+/ylfb1K+4e4PXpmy6/n6/hvf7hyCsXOTdZ7SFpPSVrkX5bCuZ+3XFaxFr3jYrieEqutp+3cFbSH5Ybtf+eQv1L43BPgNTM0wFr3RrLXRVvxqFoiaSXat2Wa0OaIsFq0DAwfwEbHYdTa7hdbzA9Pb+zFam7aTGiyPwLe0jt7R3BD3MYSzHju9bVxOwwXovKPddkVRAofcWbq5aIQ3lXhkwLLKSU1w8LBPVv08swAkL9iXk7bwKdCPuTXxi68a4Pzgfe+XzdsJP7z4W3lwfwFrLelRH3XuHtx1Ml71eVQTvJJcNerXbDG7YtkUNKMB2H7q2Vr4qB6OujFYsnhDOYhPWR5+5UQNCMob/c2IPt/BhyLFm2HvtoAl1vHrH0sqYa8ZCQ2rNedhX1FyUOjBMmhkapcVJJWBuXlb3hp1owp6+2UN1D26B/vxCxYBxfbDquZoAbsxZLV9dr9WCJQf/RIXUAUNPLEqcOihFXlwC2xUrzRVtJaBRbFwQf/wJiBFu2+4VAMGRdXpzkxzgt3TkxKHDhKzsWXzgvflC9lFudSS2/lPod+TremHZgio7pMjDp+akwcG8A42A6ck9esJPVuBY/IuZdGYkzA0ZGCjKbkcBAhHftYrRUTdAztv5QU9AwVzOMcvw8012ShCNbAXikaB2p+auH89vaJcyK5oLC1ZbM0BZ6bFn/I5KqCuZwiYxaIKmBi3adGQ4w+x//O92ehzhssVM4QsF62jiTlgiEa8Y22kF8t5H3+qGZbsmDXWv+QZXNcHBW6vD6t7NCX6vfsF8MQa6dzQkDrI9FjKng4JZLMd+cMj1wqpiwlpiFIjHBG5tnBhbCn4vWnY1DXHqwG2e7EVrd/XFSfUgrv1A4uZ1DZwMlOBQnIQ/JkX9K18u5DiZXKkGT7I3e9dsaoWhqrfrrwddhpypzMlugEkfBqIKBbBwNl7VpZmNEL+GI9dgpz3G7dJ2N7Xzjo15fXwL3VLdSUloJCIEME2iPUiYZej2bt21oPU4YXd8yO7sTjuvuw8zv1CAcXJdfc5XzY3beG1sY4nEJ+/E9Y1foAUJqK2/LD3auqcB9DnbN9Jf/Rrg7yMUyQUPu9qwJs/lrClWW20804L8OcDmA1HIlX4ZTSAH8sebDgYIKaCz8dcrW28DcV84J2gd+4FwU1hNVgX6YUoVsMF5w+lNEWIqJtCTphPAc6rInAdner49cUA8+9G1RdzgX0M+hfcRcp4At75cmuz1CCm7l/b0zI1U0hVrBpWHZh3AHKq31QjpLIOIAdkEoqvYFHmdHRJYjKtHXO9/ZtO+0tjJzbZ3w1KHZE=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3lQE1ccx4OEyK201otaB8SqUy8SQNJK38YA4tUqobad4hGSBVaTrG6SAp716DhWp2Jbj6pFLFXLoKh4dNDKW2u9rdcgqNWKYuUSOQpGDWL37VtLoMyYZeo/Hf95yXvv93nv93u/72/3bUACHZsolUgkZneumUAbSJ3VQCYOQCNoeDxltiS6POupLLRRg3rql2NOj8W8HPsfjbWujE7PeqNok76lh+bGIPtgvg3RyLg2krYmcKX1PETOt6FiEAXfholBQsagsWA5z2goU5ITTChmhneAUYhhwjAT3AEmRAwzgm/DxSHijyC8A0et7MA+SpHHhq1FOoet8U+oGO+EjcI6wIwQwwi+icqqwCjFMAqekYvKkMCIEjYuVLko9WCVykUVncCIKiCsbLkoHQiMKB1gZctF6UBgnNYBrjcMOS0EhxJSOK0E/EDEkLhiFSBxxSpATosBP0cx5LQaHCGn5eAIOa0H/OTBkNOCcITEKUKA2ldELHdVNvdAExaSIWldMmnkQCYtykAaSZPFnOjquGCiG+p5cY3KbKZ1lNZC0abWi2k8/1ksLm0WqUHGcaSF0SaTekZraGPszf1RJ1PchJrbjWQoRLex8eD+RFIMqUObaboigrYiY52B1s1MocxkO4tGU3or558BXXsot38v2pmPKElr0rcJ0eG1KtSf8sVH7fW8qFFP7Wy4MrHhKh3fiYrhLz5e7/80XqnYeMNbXRxC21RDFwm+LatpmtFTJq2FNONrtA/XTLJqTRbKkqZiGG0aBt/gj4Kx6ixWhtTzE9Nb+pFai7adqlQo8eu0tXckmkLXczSqLDpmDPnMm9g6WP161e0SoJ9yPdo19SjouabQIzmwCTY8KUyt2CZj+zYYJs/PvQPt8cZjzXk5kJLQi6THTsBe5uJX6lWeBKLDersSfmEjD8eu3QMMHo8yk/ZegtmvXoi8UuvCTrrmP08rt8PyGW89WHejHqbOQTuWgqd5c+t3T6yAXkEDF6xUdiLW5nnP3rGiFEZ4FmfNijgIIim69vNTdug/7EaQbNFFkMob1oN+Y+cuGTa+DoLj1/cvndcAk3jDy1BVpzs7ZdxdUJ0xcnDhBjusOXV01E6qCE5pVj+uriqHaR/9GPrbO+dAeubD4Lu5t2Ci7Y52S1El2JK0t9K8vxYcnIkcLwVL2NNbog4cBV77t6WdyPZkm7LrLk1IsMM98F7GyB1cPDM3pGz63g4CdjPJq6vtcDTzqEvFCCmRHpwyJKBvI+AOiQusCZy3aUq3bqwDGTXbj4+z+RG3vL7OXjwpHwyq9ikY/u1puDln55VpD7yJEP7gGkHgl9bZ/j73wNmFMXB+HxdWtmiNeoXBlx0Uv+qXxoH3YXR/a6cN7jUQ503G5h5IWHg1Il/w+wxY1v3qOZumGA4zZbn8HOVHBOU3LWv4vQp+57f18JEeJYCP/5A7gbIU4OtKuEds/GBzThm8X8Uq+42thXw6z9fC6G8eyKatLwGVa7iEDHZjYyY29TQXM7Bgc28uE+XQWGbProuVsHPCct798JMa4DJhqc/7ux6Csj7by2OGPoHvXVwd36wugsoodDISouBIjzc1bhVC/xHsJZ3sOySvFMjv5va/s6QenFx/aG16lydwPh9QHawJR4Z/CeckZeMsQeuepheB5EADJ517cN/JTzlXbgKsWxtEqvUKKgQat6yv3lb5sYpf9ww1ZT2Gl8uQ4OzwNJLBHx4s9q8Kctn6aZdrZ5YT8argFE+2/OqOx/HVUpb44WaB7yYZu+/jxvxrXzSC5arpf14IlLGZKGyZG8G7scCVuFmCEmmHWPd28Ey/IHTqwTHeD6E2LnZA5nIvAufzCliZjxLkQiDVbvO0Af+MqYPOdG0GfJnMkBLdckffmtPtNuDlHtcMarujE7eB11aOrZSGPAX8w0plSuJem7TR3LrWW76/W74I2hmT/w0/ppnR", "1: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", "1: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", "1: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", "1:eJztV2tQU0cUDgkRAyqorfioFdqO6PgqCQTQ4t4QdMAWrQRbtDo1JBeIhlxNbrS0Vlsf1ProoPU1Ulpbi48yHayPWlG71ydSVB6ijlofSCs6VoUgCAKhd+9eS6DMNOuMfzrmx8nds/udPefsd87dG5jExCd7SiQSW1dexDFm2mA308lBSIPUb5lsbLLHk5GGZdJ0aKR9rnNbF/Nc9z/SDW1XGdInoyjGYmwboblYtD5YkEpdF15GM/YkvrTcg6gEiM5kSXELgnTBr5NglIIMIYMI2yhJMCpBhpNAQgQZSgIJfYoEqAUZRg4hCiZMkBEkkHAcTDAJJuIpEiBi3GYa3oHQObwa/7lNNlcQEQ9UGKN+CgwREUIwhpDWAoaICpjXSqJjFTFE9FFjDFFlixiiRhWGMURdR8QQ8QCXkJKIB7gclG7zAPdCDHKbCK4gt5ngAlK5TQVc2xhEVq0iyG0yuILImgkuCRVZXxBBbvPBFeQ2IXDrwSAyRoggMkaIoM4ZEc9fyG3+aIKlrTRjSKXTeKA1fZyZTqMtrC1Z5mowWY5GPrzQ2GyMwaRnTYylvTGd9z/GEtLn0Dq0OIFmrfpU2mjVmzss7sY/aFNN/ISW3422mtCHQoc1Cv4h2mSlDWgzYaQ1M4bZ8002uhNr401GO++YGd2qTLJ/W/MSQknRW4wdYnPpO+LrQal+9vEq/iteP4Rg7Gixwd2wvUjCdn3zqsQ29ezj9n4WcXuQHneo610luENV+Erw3VzLMFajyaJnaRu+tHfnxWS73sKa2HSN1apPx8CXhYRY7QbWbqWNwsTMtnG0ntV3Up2qCHxPaO8cjabQZzLSel/cOifSuxiWnH/nr1EHr4MfZibEB225Cyp8vty5eHIdLNkzte7AZQeIW9p9Ut66WnB2edm1Gz4OoBJ+F0Fm8PwRgYMegSK/gvxfVku541E/mq7NrQW9HZri5PP7gWbxzYJNBx/BG7/2+Er13W1wJ2Zka2BLDeyGzMe2giuNC2cdYpsgRNN7i8EmS68l3G8VYPSrEz5akifl2H0vNhXdLwWCuSonsEs3dx3w9Um4fNm0c4cqT4OQnuo3DsffgM07a8rikhrh+15n+02+XAG/vRDyIHzcOTg9QFNjOJ0No1eaq5p2VsCw/tx7ARoHWGwbv66+y0UwQvvS3ZvqaohWzXizESL0gAVOsC3reMAuh4wqH0b3u5nohHxygnxXSriomX+WvHLlAJQpVgwy3G8ATPWywoQjJXCq//5SyTUp5+C98EusB7nFKKFOkMHP7vjeAfG4AeD81IHrk1ZvtPRqBvmx3aTDPnMAflO9cko5HNZ3fbkiVUpVrRpyr/tYBXcBHUtQBZgjBFYGNrZmLmzKl3O+Pvu2pRd4UFdWtNCP/vgJdo3MmvJNroSbgMz1KQT5sxWNW1JaoF9ixN5T8xxQfWbMxNI1j8HEJKR5DCOHl2++NdCTWlu0KAZ+LOFGWbZ6HJI7wOfoeHt7Ug26ypys4xIuZyLVW3+sUrRfCfhkbwjs4cOt8f1QnTt2O7wUmZ64I/QMKBg6em1Rq5Szpa65twDUgabpaSecu72oIQtXHZitKATTjGP4kIvBUf/BOvnWy5BPKp8xJ7yzP09WtaoRCsdTUwvL+CQqVnhRV1/r8ul6rYzqMWJ39oPt1VAI61I9iM3+ZPDRDG8qc0tD8K2Rci5vHb3cMMMJ8LnIqV1W5ICE4w/zlFdkM7y6b+mCkj33QHbPnMNH/Fuh4JdSwWXdGrj9dsxJyJOr8FiUXIz/McQ8r4IbM1GA98HukWjiBKh5OGFqRriC64/ooa8HhkUo8jp4IgDtKOXWIzd+96R0GwK/sM/NhfMmvdxnVpwnh+vrLggUHPMQ/ZZwmBcyKubt5r62dyVUznBExIfw59qW8g/uVAMhD94yKgPR/IVSKDQwjSWFf30yabb2td72td/2Xd2JTvk31l6u2w==", "1:eJztV2tQE1cUTiAQE2p1nFqmVK2vYp1RMQ8i2Na7GLTiaGcwjFatjxgWsppkMdloo6P1MYCj1rfTjqNF67u+qtVRrPauCr4Y8YEVlZZSilWIKChWITy6d+9aAmWmuU790/HP2b3nnu/ec879ztm7PaaxY1IUMpnM1U4Qo1kbbXHb6JQ+SIPUoxgXlyJ/PorjWLsJjYyvdAHrRrzS/Y90fVtURtDz0VDWkdw8QnMJyF4jSq0pVJDxrHuaUFqBQXQixMQ4UgOCIJ1mIAlGK0o9GUTcRkuC0YkyhgSiF2U0CST6BRJgEOUgcghRMINEGUsCicHBaEgwsS+QAAkTMNPwDoTOYWv8CJhs/iAiHugwxvACGCIi6DGGkNYihogKmNdaomOVMET0MWAMUWVLGKJGNQhjiLqOhCHiAS4hLREPcDloA+YB7oUYFDAR/EEBM8EPpAuYCri2MYisWiVQwGTwB5E1E1wSOrK+IIEC5oM/KGBC4NaDQWSMkEBkjJBAbTNijHAhd4WjCY520qzFStsFoNMzzEbbaQfnSgn2XzAlBI3CBBHncrEWxswxrKPlYib134sledJoEzJOojmn2UonO822VsavCS9GKyNMGIXdaCeDfhRa2aiEl3jGSVvQZqaOCMG6kbHFxlpmzGZcdBuLDmeS3YJ/NnS5YoL/uahSjCjV7EhuFaJf+5G+ElrDyw9b9W9ho5Ex0HiVJPH6f3l1Upt6+QGr/9OA5aQHHO1/SdG0KocOMnwpN7KsM5lxmDnahW/r7QWR6DY7OIbzxDmdZg8GdhMz4XRbOLeTThYnpjaP482cuY2y1MXiC0JL52g0hf6PkTYj5kauXf8zsOc2Hpr7qAR8fHX1p43Ge3COYc+QcRPrQNaefTenzKoG2fWZNUWFXojtyqBvcFr+kmv5YF1m+oSCEz7ILlTkrjwYTHVazF/cMqwCdNp+8lR4ZCGY1Gisq/TWAf2Co9Si0gJoCtm6ZrC8GmS+eSv/aYGCP7COXmKZlAOzLn17+aexOXDgD306hB2R8b8bIviJ3SvBFGX+W4m3y0FV+oWkU7ueQk95pKbd3go4vXjm0hVlD+A1WXGQauldmNfx3PFjX5SCrxzIg6cgA5lvywefzdnez9glT4rnN5DuTTzWLb0IyhHsnWfwSVHhQtfwdbDsja4X7kA5NXPvsiKrrAFgvYwvW/y14FkuFLft0gjW7l6UmLBJRiVxvb9sWlUFx4cfvSqbHMyj0XxfFTidsXPcRW0JCBfCM1mC+ViU3gVeOPb1/oc2PXwM70ehAB+BzsJ2YFsTxPm9DMtHDGjq0XAWwnldY1LjQ3jBeOfZvDDq8PlZP2ZF/AoGr8n7fAQ8iZ9AQd3nY3uNnOsDCZsWRJ7OeAj2CNm7HyWn5oHoyccTaiA+r3Iw/F130IZ29cB+17e7+tolOG3LDf3DGDmV9UG/6xtSVHykeCCVcOc95MAtkNv9O6d1tZrH6xeA3JWa2f17eOGDCUOH3LvVBGNFhxpAzsEBjq3yKwD7GcoXFJeErd1dDS4gd6NqQSZKQ04jLNya9qG68BlUiAmog55PdkVfev8BnHrnSs+i2v0Q+xVEeV1HOvvymsDGb3pl1yuV1M2qmpHjM5rgxTND9zHF9WDV5meaP/b/CY7s8Jzre1zJo9MOTVNTUYIXJ0J8QMzfPBkvHvPBA2Dm2+1L+q9SUCLPTDWg93vzl2fPuAtkIlHrgLGLt9QQEUJZv68Qdq6U4gqiME9DKOxnPvzIWduh/GgoL/kPpo9+vMLE1cJfeocuXH9GJcVdCjovH1mh0PvgxhyUwAYobqfySX48BofHP8m+rVby4vLnzkOhKIQMV4HNEVHCUg0wNZ5hq9Jr4R0zOqBjcP11lbWnTcWP2qEWjvAJFHtVnCNV+G6ydlfLWm/+zW/+oW5Dp/0Lv+zCEA==", "1: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", "1: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", "1: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", "1:eJztmHlQU0ccx0MIZ7Q41Kp41o5nrRUSCCDqPoxnx2MgeBSdakheSGzI0/cSFOt41PEYrOKFWm1Faz1aFWmL1dZjn1TGFget4o1KESpVQDASIB7Y3feiBGWm79nyT0f+WLK/t5/d/f1+399mX7onULEGmUQiYXxRM5YykzqbmTT0xhZsHmNirAaPZ71oK5WkwT31a5tg26jXtv+RrW+TypA+6w2lLPrGHn42Go8P4VqFxhu1wyhbAiotYYiSQzQmS6IARMG14eIQbAtRiGGUXBshBgnl2jDxSKQYJIx3JlgMoxIfM5X4nYWLD1nEKzgTyTMhQhl+hX8BCZYnvwT/L/RVIFHacTEqcarmGFFKcDEiS4FjRMmHZxSitMAXg0JwWt0YUaeBimdEHVQuRrAQ+BLiGFE64GtIIUoHfA0pBOuAPz95SLAQ3CHBSnCDlIKlwJcpD4krcRckWAzukLhzgZe3Uty54IIE68EdEiwI/ujhIXGKcEHiFOGCmldELLqQM+3xAytJk5TOSCYhkE4ZbiaTSIuV4a/vz68kXrgnR000w1A6k9ZqoixNJ9P4P58sLmUmqcGD40grrTWSelprfmFwK/RBbTShB2q0GkmbfJDhhTF+6MMwE03q8GKaNpigbHiwzkzpPp5tYshmJh1h0tvQ/sz4cmWSvjypD+dRotaiZwyeL5Wryr3Qw1rea99/8hr31ELd9RTrbrj7169C1fL++rVElmXis+x2F1CEt7zb/v9pmr3E+hvR5O6jfOEQCJDwryJqiqL1JovWSjL8O0pr1MTYtBaryZoSTdPaFB7syoWCtumsNprUcw+mN/aHaa3aZg4jZSR/xWm6OxI/wr8KYGsWbVxTOa8IPuh2npq2TEbMVe0dMmlKPRj95cJeOUsLQMmpTUc2rJYRg8adWzO1oRBcDrRHnzWUQ/V+081ZqXbAcT5PQZvJkdm/Jj8BQ88aLpbNqIO2dR1kE9/IhzPQqFWlFWDXlpNvZ9FOmOVZ9lmfyipQLF/3zacxVeALbDb+CTY+XT3/0UAHTM0qvpP+fSnoNOBGD+9FdrB8SXzB0ZJsEOK7r3O8vgT6nAmKudbpOrid2bN08dYSYKgr1W6/dA8cD/783Q7pFXBRunqFucwB4/VRReNXFsHO5bdUHdn7MLWb7l780D/AznHEm9pfCmHGoPcubL5dB7/KDq/P0VdDA/dXAfatKDRKqloTKXd6oSV/h7M4w0MYeSk3KXThY5iW4+gzNa0GTEG7atvFCTOvTEse3/UePN3m1M+HVzbAoFuT2x86dx3y/viy2y+FVkUMr4E/tMIz3YULZhy1rtskJ/LiTuz5epyEyFOc/O59y2nIhcl+B1ycgxf2JjznyHv0md8Aj8Vu6L7Kdh9UxBzuuqTcg8j8MWHB1WNexJVFzIj1tXfhiJ426WbfFVDab1m7q2c8iLiSnVtObvNk0aIjaWcRxFG54FcBjhxe6V3dzovlwhjlAHh0naYGdJ6nVUwIrobfTo+L7b3tCdi4OgBJ4DwfB+o+yP7Q8dO1VAmLo9Vl91OAJjO+Y64GvoO3TMjY64QTM/buvzKtHqyd2qB+WFkJPvhk8YAxu24DPh51EGcxXV0G+qtxJuLhb8nHMzoOcLjGPYAJnHCkbDlz8K1Hp58ADeduANG/e7ca88RcgJKNdpgP0krtSGmBhMZrx9qBHrkwiMFKrAZmP+e2RGUrImfp7kl5Cgc//wEZu/WjvmgLtRAlu6AfWQlysczW1EMujYfqIYNlD6XE2AerNNYeTohHBd3yZsfs8kchtQP/yztmDvaXsbO5jdS68up06dMBN1kCF7N5dqjKj0KV4cPu8DjqFdj2IUSDJDelJ0Chcz7K9GOIVTfkr1qYMnlPWH6UnB1VPLdt5shqmJsWgqYuAAfWk8t1N+QsUgUqmFK489iJ9r00+TD4SO8A+UE/lgtvspTlDqtoSyK6LVBJTNNab/xxo/HtqRmb4m+5he12", "1: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", "1:eJztmHlUE0ccx3NwBxRqW59FpSqi1pMEwuExi0ErKFqItujzCski0ZClOZTYCp5VPFqVtvg8+0SsVova+jyxs7Va7VMpKopK1AAqpKBFQEA00p3dKEF5r7tW/+nzn9md38znN/Ob+f4ms+mWQMQlOvF4PL0bVcQQGlxp1OCJvZAFmceo9YZE/tNahIFIlqOa7I2NtW3UG9v/yNanVWYIntaGE1pVSw21RaH+gXQplrtQZSRhTKBSix0ioRG5WjuDBSKmyxBuCLIFirkwEroM5YIE0WUwdySMCxLMBDOICyPlvmZS7jML4b5koS8RTBjDBLJlmBH+A8RanswQzCPoZSBO2rEzUm6qphlOSrAzHFOBZjjJh2HEnLTAJIOY9bY6MJxOAynDcDqo7AxrITApRDOcdMDkkJiTDpgcErPWAXN+MhBrIThCrJXgAElYS4FJUwbiluJ2iLUYHCFu5wIjbwm3c8EOsdaDI8RaEMzRw0DcFGGHuCnCDrWtiDjqQq7viBoMuA4nlEl4MgXqTCM0eDKuNeiZ6/uzK4kzqomoIkKvJ5RqhUFNaFs7k3s8czbelILLUefxuEGnSMJVOoXmuc6e1IssSU01yKjRcJ3alTI818edeolU63AlGoyuyTSEctYctR5vw9tItcpITUyDblVqwYveXOlQZii0Kn2i8IU8lTpmePDrD9ftlYYr5BpuiOPvrlj6+uN1f6XxOnHfXodff3HI64/X49/i9UYEYUSdlWzDduYadmirS4/kuexvz2O+QWQEoVOptQoDrmc+TryoItao0BrUBlOETqcwMWBXekV0RqXBqMNVdMP0lnqkwqBo4xSShDF3m9azw1ET+jsAWTdM2LLrxyvO5Noz6aPgvJNgPlV2CbWCrftDGo+rbLCny4JvZCsKQH6n2Gu+nz8GvDVpj8KreSRst1GydX8RKMpOGepRVAK/CL18MjlIiHnPle4a9kkZ2DriQK2tsBD8drEv3qm0CUTcV56dMroeTOx48DzvRgV02915kmpwCUj+eF7ugYQyyIzXCArX3+nyfYUZlogydy6MLQGe6BFVB5rSZuYZMu/AIB/pkGNxVUCYKvLvnXYW8m8I3Jf7NYEAuXP22vByODbBOz5svxnQbtOvg4n0xCxgdeCc/t38auH2DSfe36urBj8N0Gbz8+7Cgp8nPjh87R5cN+adldF/8UhN6tycfrI8cLvG7wJx0x3raRSsd/PNBefXTH4ia7KCOlthqjXAmeygQJFlgOjPFg0cs51H0tNZWQ3Trw41xffmY7UUPs31AVxYemrd0W+b4Y7fR4dkRLQjly2ZdDGvbBvMGYtRLu4Ca0AgtRR80rLRJ+fYryUwpvZLucG/Bi72Grfna9yZPLEPTbQGRA1o7marvw+XVMYe6rpEhE2/XdC9+OE1cKl8Zt/6rE3g79ARH+pMQmwWVbueWQPuVZJhPaLrwOxPfb0s/euBrHNlqfQ9IXZz3Kos7VvFsAq5qRRgfZe+ezW/oREg70bLQ2iK3xF8bnA1uBiDFtIMbUvriov4Tlj6o/CU/GVrQdXAo73aix5C1Hujz9N13wdRtPmdGsC2m79QyngMxsf1+i5jrxXOpgNrBipq90+7noel8ZQA5guwbUg22Y2wnNrtUQPKAQieeiTKk0duGdKPksBduNxPeW/ScE/MenCPsNzTnTSPRDtuBgG3Fm0+94MIy1rdnlJaPaTlJCgH9DwXtMMKIq9U10VbIS2bTafBsIqru5smu5J/NsjLcjZU2edfxug4xYNMXKacYh55BsZFbZofcNwGjpW93eWP286kwT+reXVaEZww6IOdHT7ikytseMMtBY/0P/yYGonyH86PWez1BNLy2HwZ+pw6cmiViwX4bp7a54y3G3kpFe1sBcy9Mm32uK6PQHgPpJQGmHHhhkWU6UrSboqcsMlfHX/Q28wnmXib4CX3pO6aRhdsZXESj1hggeI7uT1vCXkkfYJFaGdQ1wQiWd8611v+1Wj5bGrDJv4HpKDgbQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp4iARkLBPZnFJGiOM51iSnxsM4jkPQTE/osWYMMT8EWJBwPAJ5gEy3PKLchNznDMSi9JTM/8DARaz/IkU8xhUYqixD/e5U35eCoIHkvMEqTcEk8bBoATkWJSfm1iSmUykJlPSNBmBSRNyNJFok7EnSMzQgDRdJmTpMgWTZsFsQDI4My8dmP0IaTGDWGREhh4TsB6X/NIkIvSYg0kLUqyBaLEkTQvYZYakuMwCoseYFHugekyJtQfiKjKCGqqHpCg1gugxJ0UPNJWSFD/QNEpSBFmC9RgZkKHHkAw9RIc1JGYgmrCnBFBhXQwqzoJLUotS85MzUnOBGosqXXNSc1PzSooRxR+4qANXhNygzFtcnJ+cCcy++XloJT8X3LCQygIIF5KUUN2HppZAykfTxw5Wk56Yl1KMOxkboWliBTLCEnNKU8Glj39BQX5xZgl6UPAzQAp65/z8opTMvMSSVGgQ8AKJwNLEvJLMkkrHoqLESohGObAPikqTS0qLUlPAEgkIvktiSSKWKDEyhqTONGZkqVSQFCgqQKKpko8ixM05Hd7o71bn52ZzeC67/IXHOjaHfQYztSSmfrQ30FopfOEIt8Mnx/NpV5//sRd4uX0983MOhz62D2IeAfwOT0RkTz7dz+Pw4uaaXzG5n+zvuDFXcKcIOfw0fLZO9QmLQ8LTC0q3fzI4vC7eKvrbm8XhwJt5NjpX/tlfBIrWvWJw8NT7r/j32xf79ycPO63N/GjffODUQtdt1/fbm8bt8uR5sl+y+LrQJ8f7+y/veQy06er+f6nfnyQu/Lsf6CqXGx++7n8TuEOu9fWv/cnvopzsXsy0b9ju0PTo+IH9N+PL/OXEGB2keR/oTkgQdrjEcI+Jk4vH4fBXjZj+Qy/tizMmvq2xP7t/eeVxTatJu/dfX1xgy3X9tX0J0Jmn3722P6qwoShj4lN7iL++748Gmn5Th+kAZ5c80Ko/+wuBqhcXcDrIf8kJq133wj5b+9v0u5Nf2utumvt++bGX9l7Vzfo+y5gObGB+3qPx9uf+a0dzTRq28zuEzV+99kY8gwM4nJawOxwEeffzRfub574HP17K5bBJL28x456P9g/28c0xVuJ3AJnC1Sbg8AMoO9tF0KHNAmTSDftyXUWg1aIOpu8tXN2LWBweH5+xe9oEhgPMYAfe2m8udSBawfGl/Z5pE/irzJgPcLupljLNOrAfRHJIv9u/v1bWIt3l5/6NAdmzyud8tLedHQp02Qx7nskrmwI959pDwuOrPSiUTOPe2QdzghJsXjowz+bnomUG1LwLKXixiBkBAMilpdc=", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp8iARFiDhk1lcksYI4zmW5OcGg3jOI0zML40JQ8wfIRYEDLNgHiDDLb8oNzHHOSOxKD018z8QYDHLH4uYx6gYCWIKKKkTHgtO+XkpCB5IzhOk3hBMGgeDErhjUX5uYklmMpGaTEnTZESOTRBNJqRpMvYEiRkaBbMBqeDMvHRgniWkxwSix5AMPSR6yZQSXaZg97nklyYR4T4zMGlOipcgWixI0WIOJi1J0WIB8YwBKXosSYwgiA3kaIImHxNSXGcI0WNGih4jiB4S4wesh6QIguohKYbMwXqMSIohqB6SshAkJRiRlFWheoxJTz1GJMUpVI8pGSnOiOiEgKyJ6JQASdQQTUQnBUiZCNFEdFpA0mRMdGJA1oQ9NYCaBMX8DJB6yzk/vyglMy+xJLUYUqHxAonA0sS8ksySSseiosRKiEY5kEElRaXJJaVFqSlgiQQE3yWxJBGLO4yhFRykGQeTSgVJgZpxIFH/9VNSO5Kv2q845m3e6cjo4P2KxUTQ7JP9h9aTIQdXfNkfEqS+oHPDTfv3Fq7uRT+f2zs2PTo+Y/eT/Rcnxvxz/vXVPkkgwnLLiZ/2f9u/3L7e+Hb/arvw6I37L9g3eOyvlbV4uP9dlJPdi5sv7NUPtS0P92JwOJ929XmW9qX9keLbLzLc4zmg/W363cns7Afubm2pubD5z372D2IeAX8YDrh05zz/vZLzQNr3J4kLr/3av6TAluv6Yr4Dgdmzyucs+r4fIs50IJh18SQrxm/7rSadrvewZzzgsOT+Pr45r/evPn817M16jgNgYz7e2l/5Us2QY82P/fW/rQrOdfzcf24VSMHz/UIi9sfubP22f8uJsn3zpT7t//jFK7LN4rv9taO5Jg3mHA5zG9SALt9uL1OTaBRq8NGeZ/LKpkDPD/uBivXvqtyzP/xVI6b/0Fv7pIXXTN7vYDrwIgvko1/2d9yYK7hV2BxmaklMvcL5bD8rMFRt9r6yF1q696C4GrtD4uHL2qmSf+y/lz6YI7iU4QAzZ5d88rtT+xUu5cezn/tkD4kXgQNAzRlKb3gO2JvG7fLsYT7QeeneA+5ggQPRoGBdw36ADeyBl/uvVoA8yHDgTgZDfuMRgQOvH5lJHYj+vP9eYVffk0+/9gMjj/+lOdcBe1D05LAeKNdVlP/yhvuATqrkowjx75Dw0eE+ADL11xzhA6DYYeL8sl9Fo65n52umA+Dw2P5rPzidHGQ84AkOmOP2oNgv23d5/7kOkMOYD3z5ewXokrf7l3G5qZY2cR6Y8o0tfobPQ/u9j0VkT6YyHBAGe5znACR8ruwv2Sr6+/S7h/tdfr19fcDy0/4p7a1Rl/c83e8AVsh8IGPzq+Ktov/3L9VxlnmdxOhwa82vmNyjHA67d/SyfRC7sv8t7z6DmVp/7K/Meia7PIPX4ewZEPi+/7oJKMXes1/qBzKJyyGYE5Th8tKLS4CNjmLUvIJoSSKqNCxiRgDvJkj7", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztVntQVFUYB5ZdRCCQh1FqiDklUckuCwIxc+7yKDHJZAknLWvZvcDF3b16925KAk6jDjNqjEpqltHDiRkbSIxBQ6BzS8sIGghBHRDSeIo8BBEDBTrn3iUFadpL0z9N/5x7v+98v/O9ft+9xzeRjkuyt7GxMc1CSyytJ7VmPZnkgzVYvZIysUm2E5KKpQ1qLEX+h3UvWalbZaVu+f86EbqFk5hnNyFF0EbdPQnvxWB7Ob8GqjF5VQxt0LCU1goQ1skV4lCKf4ISGWGggApQy9BDTRmT0UhaiRHpScmvwWIcKQVHSh4TRZsTrccEifETxK/LxEHEuwkW7yZYcCMXg1k2g5aGzMBP6AQNRGAsAyGKBRZiz6Q9ITPAhIrvj0JUrYX+KETVWuiPQjEDjKj+WDBK8TxQiBoFC0YUDywYq3kgTIEAspoI94OsZoIwO/wj0Goq3A+angtx6H5kehhvsCRD0toU0oCATFq0njSQRtY0+cAkKZac0KIymWgthT7KtHHyYerZfx4Wn7aRVGPjeJJlNCmkjtHopxg7o5fIFAptRCJvJEPhGKfYOKKXKIohtdiZ2g0jaDM21upp7YbNlImc5tDnKZ0ZxafH/2LK/sFDHfiMkjVGnSlJ8hfjY6mcIuDfT9vh79LGUqS1+UrF5hs8iZPyKfRwtRHuNJE0zegoo4YlTcJlxwUtq80aI0uxaSqG0aQJwMf4UjBmLWtmSB2/8eY9OUrDaqahaaDl8jM5OhJv4es71p47/fW7so32RP2Wa0/IZ/UDir6xs6JOQpwva/FcEONONNs57vLR/gbWYcVHDkTL5x+eXRjgSGDr/PmdYPiT5KIu0yD4+OcvqusTOoHT4iWZe0rG4UhmahmbMwZ1Va+/+KNDGyhHx1W0XYeHSw/udX37JGgq3pFeUzQKHl+xdfvSlb1w/KutA4Uvj8OSu1mDjWtsiLMRBVTzplbo732gzjGlGXZzoci0H2SAoPWnY6qgy6b83Y2dbtxdb9NF9wEvwmdQn5DxZR4olHTsWdLTBh5d3TAv/ao9cbtV8+kFZQfYld064FMLYdj+ym3L4RB450Dkbn1HJajqrTgTUSDj4tnFh8b3Oln89gLafTv3k68zcacSGXw3h5Ae3R9mG3sZhJfHHfTNHgZRCH3nWBNYEJIcRfVJudEh85Uj+2TcM744knIQ/QIz7HptDPr1uHwTcLgdttUsahzO/B1w3bnhT9fdAu6e4IfLQVLiW5yWZC6xZt0J2J17CdTUJ3QvLUVxnHjWeNS2HcxNjb2Zrb4JkVAmdR8AtTa4I9uAILPg/aacrJ1rcwDuUm+DlEjjGzME+Tz67TgUxKnjEhmRh9pWyAzB5PqOVP+hQxBXdZF+HIyRuELtMKOm6NVbJe5ccV7aOb+wLrDDZdXx98hWgIqrqk7y4Mw53vYJD/0CFK8EPHXMoxdu+GDzkc9a3LgVznb+WRe8CD7dUzfgvNz1fpVuLaAhf+Q1Q7SXhT9XgND3WphfcOmNt6ofIfLnr9U99+tFYErZ15MO+gFqUl9I9CgIKH3S1an4NuDT86yGPE8CnQgPzZnz/mQfkCrnBIeXd0ED6vbJxKsAkQaF0g5Geq4jhkg43u/3tkQbbntfL5iNstwyIuP4YVcZk9F3mDZM/QLbPjC88ml0ij8AYN2rWg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpoiARkLBPZnFJGiOM51iSnxsM4jlTWcwPqxgTPrEgoDuDeYAMt/yi3MQc54zEovTUTJAiLPr8Cen7DwR014fpZ38ixQKwiHkMKjERlBQEDw2n/LwUBA8k5wlSbwgmTYLZgGRwZl46MAkSp8WCNC0gMUNDsB6X/NIkIvQYgUlTUqyBaDEjXYs5KQ4zJt0WE9K1mEOCzJgUPZYk6gGrNiBHkxGyJqLDDayHpLQG1UNSKoDqITGCwHrMydBDUkYwheixJF2PkQHpqcfIEKseUMFYLA6SKEktSs1PzkjNBeorqnTNSc1NzSspRhQr4CIEXElxAwnH4uL85MzEksz8PLRSlgtuWEhlAYQLSRSozkNTiz9LomljBytJT8xLKcaixwyaHtE0sQIZYYk5panBoErWv6AgvzizBD0k+Bkg5adzfn5RSmZeYkkqNAR4gURgaWJeSWZJpWNRUWIlRKMc2ANFpcklpUWpKWCJBATfJbEkEUuOMYKUmsZpzMhSqSApUJUPEr03ub016vKj/ewfxDwC/rA6vLdwdS/6+dxeV1H+S07Y3v3ty8NPGR25uv/yvQfck1du2m9XGbHC9Ozh/SBV/C8/2YvYH7uztYXhgFDzgVMLXZ/YP2med3aVP4PDzl42oIkn7Lv/pn5/kvh4/zTFvtJC6W/79/PNMV605fV+sDHW++xF1rk/rBJ5Zw+2rvbJ/vWqIBMO2Z+p99hfK/to/+e+4BKV6V/sZ80Ega/7N+nlLWa0YXBw/Jh8Jtb7uz3fPoOZWhJX7S/7JglEWP7Zf2XWM9nlL7gdzlr7XZwY88p+2iaewjXcHAfWdN/OYMj/Yr/3sYjsyadP94Pde5TfYav5j0Mpq+7Yfy99MEdw6c/9QM9u1MtjOhDkObdB7dBfe4mpVzgzlPbsrzJbbRd+m+HAzfgyf7lpDA67bnUBffZp/y3pmkSj0B/2bVGX9zyewngA6Lo9rEIt+yfW/bYqOHfBvqJqqY6zDOsBSPg9sN+4/808G53/9g/2gQKC+QDr0X7Dct0v9iBXJIT8sq9dty2p/uZ7+1ADrZXCFz7b626a+375MVYH57WZ9wq7bu1nEwKF+Mv9ZjZ7g6YpftkPcf/f/YobijImvn2xX+pAtIJjIdOBXZ48TNrt9/Yv/GH4bJ3qA/sVoGjceMz+Un48+znJf/bBnKAEmJcOzIL5uWiJGzUrQupSLGJGAJ54lX4=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpMiARkLBPZnFJGiOM51iSnxsM4jkPQTE/CsT8KRDzGHFisiiphwnGc8rPS0HwQHKeIPWGYNIoGJQAHYvycxNLMpOJ1GRMmiYjT5CYoSFpuowhugzI0mUUzAakgjPz0oG5ipAeE7JsMiHLV1BdxmD3ueSXJhHhPlMwaUaKlyBazEnRYgYmLUjRYg4mLUnTAva/CSl6LGAhTboekuyxhOgxJUWPIUQPSZEDzQ8kxY4pRA9J0QPVQ1L8mIH1GBmQoYek+IGkAyOS8ikkTo2MSY9TIzLSgRHR6QBS4kA0EZ0QkDURnRIg6ROiCXtSCAI2I4rFQRIlqUWp+ckZqblAjUWVrjmpual5JcWoBqaxgnjcQMKxuDg/ORNYhOXnoRoWzAU3LKSyIDUYpDgktaQoMSM1pSgxB00xD5DhnJEJlHAG2pZalMkOFEBTwwlkuGQWpSaDLAPznHPyk7PLM4tTsZjmlplSCnRYDqiey2TFNI0d7JX0xLyU4jRmXFnaBJraaO9fDkL+FQDpyC8FKU4m1ttspHgbUlai+NsYLX3wM0DaDc75+UUpmXmJJanFkAYFL5AILE3MK8ksqXQsKkqshGiUAwdJUWlySWlRagpYIgHBd0ksScSSTo0sIBUyqvNSQVKgZi5I1Mxmb9C0hawOz9apPmmex3egtebC5shSAYc7bswV3CpMDqmSjyLEt7MdsFL2qm5ez+Xw26rgXMcldofjmlaTTteLHLA3jdvl2cPtYC51IFrhIJND0sJrJu9/CBzYzFO4pvv2V/uEpxeUbv/ct/+f86+3rw9c3G8N0n7vgz3THlYhEftt9mrBrIsnWf3Z3+Cxv1bW4rP9KaMjG/XyPti3i9089z34sj3EnL/2V59naX+b/tP+k+P5tKvP/+7/tCEge1b5Z3u2xqnO3TlP7V8XbxX9ffqBfacj0MZFXA4/DYE+SmFz+LPy4yVfJdEDINPTXRgd2qIu73k8hcFhUgzIRewHTgsc37Wj97998DTFvtJCbocwPt1Nc9dLHHgX5WT34qaAg+l7C1f3IkaHffOl9O8uETwAct1ixiP2QFXvlx9jcPjJ/3L7euan+4uvCwGd9sde4VJ+PPu5P/aR4tsvMgD9CZEXcIDw2RwuXA17o7+b94A2yIPbRRy0VgpfcIlgcDBZtMX8x6G/+/3lxLJ8P/M6rLYLj964f8/+57LLX3jorbf3CPgjUXy9yV5R/ktOWO3H/UBLJANvVdu7ZOZ/aD353X7WTBC4ub9iziLlnTWMB15N3QQMOQaHKnBEXd4PCrUsbaYDQMcDQ/6KfU2iUaiB1jd7oOaQgys+23/1imyzuPbNfnklUIMQg4PltaO5Jg3/97N/EANafcI+XhMUUjfsZU8+tV9y/9b+ZFAAZfA5fL19vbHY7ch+5ds/67L2fLY3nKklMTWE2wHkrRsFPA7H7mxtqRGQOAA2Z4+Ig96EBT8Mn/E4gL2rInPAWeb1IzMpPgc+cID+sDcq1wV68ZP9rHKQR4QdwFnXMS8dWIDm56IXnYwM6IWNIRYxIwDq5Fil", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpMiARkLBPZnFJGiOM51iSnxsM4jmPimEV8ydSzGNYi8mipB4mGM8pPy8FwQPJeYLUG4JJ42BQAnQsys9NLMlMJlKTCWmajMCkKTmazEjTZAwmzUnTZAImLUjTZAomLUnTZOYJEjM0IE2XOUSXIWm6LMjSZQnRZUS8LoiPyNNmCKGMg9mAVHBmXjqwCCSoyQhCmZCkyZgCTaZgTS75pUnEaDKBUGbE2gTJVWA95qTogQaDBSl6oB6yJEUPxD9GBqToMYXoMSRFDyRvGBmRogeSM4yITj+IfGFEdEpA5AojU5JSDyRPGBGdEJBSjxHRKQGS1iCasCeFIGC7olgcJFGSWpSan5yRmgvUWFTpmpOam5pXUoyoScC1BiuIxw3KxcXF+cmZwHycn4dqWDAX3LCQyoLUYJDikNSSosSM1JSixBw0xTxAhnNGJlDCGWhbalEmH1AATQ0nKHtlFqUmgywLFgDpyC8FKU7OyU/OLs8sTsViqFtmSinQfTmg+i+TB9NQdrCP0hPzUorTmHHmbWjQmaOFFz8DpGJ1zs8vSsnMSyxJhYYTL5AILE3MK8ksqXQsKkqshGiUAwdJUWlySWlRagpYIgHBd0ksScQSb0YWkEyJ6rxUkBSoHQgSfXx8xu5pE47vN+90THgawORwa82vmNyjSg71v60KznEIOmw5UbZvvhSXQ8QK07PWfkIOJW5TvrHFP9kf9XXnra5aZgehpXsPiqspOFwLe6O/W/25/e2fdVl7Sr7YNxUDFaYpO8QoOH5M9uF0sLx2NNeEgcthz7QJ/FXbeB0EzWz2Bk0TdFhSYMt1XZnJwT48euN+HTGHifxVZqvtju9vDvSc26D20x7svgAZB5Wdf9q/3P5kv6oJJHHLPtEo1EArU9Fh+QsPvf8LGR1kLdJdMt8zOky2YvRt6eVzWMblplraxO2w8Ifhs3WqX+y1VgpfcJkh5vCKxQRo9XP7PxLF14U+PbQHGbNysqzDmVjvE+x7mRykDkQDXfzZ3sAHZIKww/cniQuvmXy2v7znsYjsyav7lXIqqpbmSDr4gAPsi/1PkPFPDtvXfNoQkD1L2CHL93NfcMkP++sm7y1c3X/sj+k/9FUjRsphtR3Ig7/tJ68EeeDN/jPvTh520hVw4FgjE5Vi/XC/MQhsZncIvCVdkxik4rAPGKrBrCIOIG/lGwg4gEwr+inoEFa7bltS/df9QNEPrSc5HSDxJu/Q4LG/Vtbio/2/VJCLP9l35zz/vbJQ1aEQGLyLCzgceJi028UkBRzkv+QAjWB3eBQhvv0ig6hD84FTC13NmBw28xSu6b4tAY3nh/uLuvqefJL/bV/2YI7gUlsJh43738yz0flnbwb2yPX95bqK8l/eKDp4VTfr+yz7av8mcIdc62tGh++lQA2qnA5hfLqb5ubzQN11336CIVDHfElIPOVfsRdZ5/6wSuSefa/GW959BkIO1WCBP/ZBoGg/9GB/xCmjIxv1OB3AWdcxLx1YoOTnFqOmcdSCBVLPYREzAgDvmwmr", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp8iARFiDhk1lcksYI4zmW5OcGg3jOw0TMj0gxfwrEPEbFSBBDTXlMMJ5Tfl4KggeS8wSpNwSTJsFsQDI4My8dmHQJawGJGRqSoccYrMclvzSJCD1GpDvNCGKNERl6TEhxmjEZQWBMhtugekxJcZsJmDQnxRqIFgtStJiSbosZmLQkRYsFxP8GpOixJEOPKUSPGRl6SAoCqB6SQtoMooekcIPoMSIpDKB6SErT5hA9JKVpqB5j0tOBEUllAVSPKelpx4ikdADVQ3Q6gKROiCaiEwKyJqJTAqSMAlPGRCcFSCEF0YQ9LQQB2zfF/AyQSsc5P78oJTMvsSS1GFIb8QKJwNLEvJLMkkrHoqLESohGOZBBJUWlySWlRakpYIkEBN8lsSQRizuMIbWTMaR9BZNKBUmBajmQ6JbIrztvdX3ef+Fq2Bt9a4YDIhdcbnz4wuwgJGJ/7M7WD/YdrVGX9zx+tf95j8Zb3n1MDi899P4r/n1jn+X7uS+4hOtA0A651tcXWRwq5ixS3vnn9v6pVzgzlHJe7S/6yf9y+/r/9gqOH5PPxJ623+XJw6Tdfsn+04aA7FnlR/Z/yQmrXbft736I/B/7yogVpmetJRx+WxWc67j0YD+Y6/d6/0Wl2z/rsu7Y19qbxu3y/Lg/+V2Uk92Lu/atrwN3yLGyONSDNfzZX1G1VMdZ5o89b+Ga7tsaQg4g28Ruftw/NbUjOfbOPftZM4FAUsCBT3fT3PfL7+1nj5/hI9rDeSDh6QWgDSwOBy2Vvaqbf9prrRQGhgDDgYlva+xN7zE7GJXrKsqXMB8Amf760f/9s8pBHmV1uP+Ae/LKpt/2LGEgE4/bl6hM/z+hjtmh+cCpha7bvtsrXMqPZ+8TPHDgzTwbnSusDg5L7u/jm3N6fzTQ9TfXfLYHW+91yv5H8OOls48csN/ADArhi/YpZ2K9T7B/2b+tpebC5sgv9tHA0BeRvWh/tN8Q6JL99uqH2paHezEfEN9+keEe01v7ac7dOc93SzqAnfGe6UDsP+dfb7NZHdZPAXp8rqTDcW/zTseE1/sfm0kdiFb4Y88ABlIOkHjYs3+1XXj0xv1/9h9OWZUQErTdXhfkTbOf+8HGc77aD7LulNER+we6Exb8MHyw/2rFSzVDjq8Q//5jcOBW0ajr2clw4KYtKAYf2ov9Pv3u5GEGh2ztb9PvTv68vw2UfERYHcD+PSXgEDZ/9dob8WwH5hxR2FCU8dc+kyG/kaVVwAGcjgJ37N8IctacW/b9Tz7JX1ov6MDtplrKNOvX/nnvlx/zNr+5f+neg+JqkwUdSidLAIP+w37N0wLHd1kIHLBId8nM/8DqIHvyqf2S+ywODdsdmh65M0LDicUhmBOU4fLSi0uK8nOLUfMKohmIaG9hETMCAM5GGEI=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp0iARkLBPZnFJGiOM51iSnxsM4jkPYzE/Ooh5DBsxGZSUwgTjOeXnpSB4IDlPkHpDMGkUDEpsjkX5uYklmclEajImTZMRmDQhTZMxmDQlTZMJmLQgTZMpOZrMwKQ5OZosSdNk7gkSMzQgTZcFRJdxMBuQCs7MSweWJIT0WEL0GJJmE1SXCbE2QXwDoUhIfcjaTEmyy5A8u6DazEiyyxg5MFzyS5OICHaoReakRJURRI8FKXqgbrMkRY8JWI+RASl6TCF6DEnRYwbRY0SKHkjGMCI6iUOSDkQTaakVqom0ZAf1EmnpB6oJe1oIAjYHisVBEiWpRan5yRmpuUCNRZWuOam5qXklxYhKAVwBgJsS3KA0X1ycn5wJTPX5eaiGBXPBDQupLIBwIYkW1X1oagklfjSN7GBF6Yl5KcVYCypwIYKmhxXICEvMKU0FZ1r/goL84swS9KDgZ4BUf875+UUpmXmJJanQIOAFEoGliXklmSWVjkVFiZUQjXJgHxSVJpeUFqWmgCUSEHyXxJJELL4yModknjRmZKlUkBSoZQYSPfPu5GGntZ/tI8W3X2S4d8m+a8PDl1M37dmvkyr5KEKc2aHp0fEZu6dNsG8+cGqh67bH9iGPl84+orDAnsN2duj81Q/tuVU06np2PrQP8pzboHaIyaGjNerynscl+31beP3XizBA+S372T+IeQT8eWD/lnefwUyt//YXJ8b8c/713p5pFof0vLiT9rlhteu2JUk5gI1d+87+5FP7Jff3HbNfEX7K6MhHeYdGtUNty8M/2d9xY67gVrlgf2XWM9nlGawOyyuPa1pNYnTokk9+F+W0bj8DCBwQd+jxesViIsjocMRpbea9wl37Fyvv/NMeouggeHzXjt42LoeDK5b4OQhf3f+dLX6Gz1Uph9bXgTvkWrkc7MOjN+5/c23/RP4qs9VyCg5qT5rnnV310V5a/64KW+NZ+1iQA7wFHBLK/OXEXjE6gKgs38X784WAIaQo5FBRtVTHeQ6DA1j48779Lpn5H1o1VRx2ZXP+XKAu5DDHeNEW8x+P9oPN1ZJwMAaDL/aTQMHx9rI9ODg0P+8Hubqrj8vhEsM9Js6u4/ufJi68ZvJ+hz2TdrvYzXOv909e2RToOfeFvZtqKTAIu/f33M5gyGfkcgA7f96Z/SzPezTe9rI4vH5kJnUg+t3+4GmKfaWFz+0v33vAPXkls0MYn+6mue+326dY3/fvnX7LHhRdU1QlHICRDkwI8+ytlL2qm/Vv2BtorRS+wKLooCj/JSes9rM9MJDtXtzcY9//5JP8JX5VhxZg6JwPZXdYPMmK0bfl4v4+NmBEG6g6gOX1hRzOrTp/NezN4/0TFvwwfKYn4uCU8PSCUrSog5CI/bE7W1/tvxkPDMEwKYdgTlCGyEsHlgn5uWh5DbVsgNQ7WMSMAKe+9aY=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztVmtQE1cUDpCAgCAVKI4vxIGKHVGSYAxq5y6CVKqUYhhqra0NyQJbkywmGxGmT1t8U5za1ilWBSnQ0vpsGSlV7vqk1lGEsWqdahERFVRIqhDI0PbeXazh8SPLjNM//sjdveee75x7zvfdmw1Joxeni0UikWkEGhJpHakx68j0UGzB5kWUiUl3eTSLYWi9Cs9in9qctiUNYVvw1PY/2sL6qdv10WwebdA+nuG1BOwv5cYolTsa42hzGjoezkFmchAVZchwAiJzgDiZhYfMEpJFzo0KIVnkwrNEcWO0EMjMBGyTRgrBKIaPkQrBzOIxgrqmFN4C5TDKieYxTiuNz8A/ZIJA8uFkihII4s8OhxEkOBmPUQo7ChxGEEV8PTJBFPG0ygQprg/jNEOPpSCTCyKIb7YsajggYVLoAykEgXheZU5rwRHktBgcQU6rweFMyJ2WgyPIaT04goQdWV6tcmGK6AMJU0QfSJgi+CtfPrQiFqOvUFMQXmBII0lrMkk9Ahpz5utIPWlgTP0DpkvwzBsNMSYTraHUDEUb+gdTef0XLCUni1Rh5xSSMaozSa1RrRvgPBK9xGZSaCEWZSONlCcyDPDBpjjKSGpwMpUfRtBm7KzR0ZoV2ZSJHCJoPKU1o/3p8NcIJR4c1IOrKENt0JrS3QadcaVj52TyJ1+215MoWyK0bIVj8bIBIhkl4r/tYmnaqKUMaoY08R99PmhINqsNDMXkxBiN6hweOJFriNGsYcxGUsstvPV4Hqdm1EOIVc5vQd5/cyReCkU/bC3bfmLSfqMViFN9Iw7u6AZLtXP+TMpvg+2nj8/bQ1lgds2usTOu9oD37bOzzq3fDZBTe3m8C/vl82M+v+B5GcZt0t2yf9sBim3Slr2lrkSrOOoZxdx2sPC1tcqLJ9vhqT8qP37nfAmssDQkpvnd74tzEU4sv71g+j8WyD1CrLDg2MPwZQXNIDivLblqoiv7rP3M/dPHO8Cssezrk2JugsqynNqpsztB8cWoduX8Drgk+sdfVtXUAWVGHEVniYlLo60xdelXYeSiMq/4sBtwUgO93OPcBlh9ZWMv2dUEJ3CF1cNVK8f5NEZYYOZk3ercUjGLvc2uFnBrc/g9n5rzcO3plKPffG2FiYGbX2oV2yFTGWg/Mz2A4PffAsHMN6sTRrbCijXJCTsIP4L+UHyyQHodSEo+ne2SaAVLH/6EMvoSfF9uwJpI3KkTYOoZv9pqpRe7RZodERJsBzhr4Yh7oPTI0aDnVBZw+Isto3IVEiJg74vXcwOscNqFwpYJ5RZYtGH/9TuB7kTntqtb1+VVwHy8zf0eLM/LbbjyBa9LJVk94KY1GFXsSXQXZfzQarIBL67ATliMp5VdoHRa7Pi2JhEbdKhedM21HhQhdKi7DQT9fq5LdeMm/HnKKO/KsgdgQ8O1Rm9/CSHBNB7pgG1NCsSADW5Hu7m9oBvycT3ZXWcr6n5LvQB4HXRDro9rJOyxteWv/ioTEVO4l91wcm+nuXG8B5u667s9l5dbQVezGlFYBxHpvZ0PXdiqfW6o9T0Qd2PczkZwbeXGT5qtd+AHh4g1TbWu7DHUHUnJX3DfZ+R6zRutELHdkZcgYjmZ5AUQd2fgnZ8FvknYoxPal+lP/n3Qn3Bb7R0a/p4NIjFvM4y2wZfT/JZEPwgiDryyojD7q1bYsjes+aOd9bC2uirfPcuPqME0SGzg7cPM1jHiZsDR2uVPzOECXAGbkIqa1fa+PnoSIcEPdKnvNgFep73gALy7c+73voQesW5psEF8TE4tvAW4iyfGkIH+BWj9wPvfZdCdIR3CJvsXnf0t8A==", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGtQE1cUTgIYICgUqfh27LSIDxxIAEErd0MoylBqJYyKtWpMFlgMWdhsVKxj1da3lWprW7FqO2qtr/pE8XlXlCJlpPioVrERGTQi1YEAmQFH6d7daEDjmGWGH53xz929597vnj3nfOfs2R08i0xOcxeJREZPdkgi9bjWpMfTgpAEiT8kjHSa+NlMSZNZajRTvZG9QiZ5SfaRQ5bM+lbtw97Ek1SWRq/K0FDpOIE2OTlr/BvZ/0AW3CFTnkc6ljToHDO0loD2h3GjXI2STUmRWRqa0LoIUggDybkxXBhIwY0RwkDh3BgpDBTRGVBkApKFhaq7sRc1YUhnK9XrMKO4MUoYhFMTJgQTxWPkQjDRndATLVAP7zCBitqDFIJA8s6AFPwlUhAonL9ECAJFCNTEZx+HGSUEY3eDINbZvRAtBMM7QS4oIXgfyAWxjs8IuSB22zEuU8GRRfLwTmBcJoIji+SCeGDHuMyDdkkkd5kIfJ7yIJeZ0C7zFC5ToV3mKYQVBp50CmElyA4SVhjsIJfp0C7HFZ0pDAphJYh/HSmEMcIOcs4I1B8aA9ECjVM4qc3As1gglfuBHs/CDbSR79SfdxseaCZjB6XRSGoJ9h1KGl5oNr2fH5aSm42r0eYUnKY0GbiO0uiddKaqDIJdULHacIpA6Bf2eLE3cQSFa5EytR9CkCa0WasntbPnEkbcyaHxhM7EPp8e9U1Et5cPlXIWpWsMOmOa26sSws5WeVTX2y17nd1opnLVYKkQg9u95O3FI7rr7fXpijh7dtJse1EK7Xqzu3eF2U5y5jX0lneoDGEvlANfEf+9oSJJSkcYNDRu5D9E0NNPNGkMNEHnKilKk8sDB3IuoUxa2kThOm5hpmMep6E1TsqSIorvQTo+Ho6W0K8AJO31uOxR6bk2uHd1ZYaI9MNuT/jqe4O/hAn4bdyd+QEiZubdincqW/ywvf2n6sbcroOJqcuirhU3wyOpzcdventiQWqPbetPdGPyipqDp+XZYOID9/C3Ir2x7dljva9vOwC1n98YmzvlPpwzYWCvzCQRtugYtqR6nIhZqUQn18IdI1T962aJsdCTQ3xlBTXw2CWRWeLVBthD3j+dXA4P3qndcMjnDvDfcfpsYFADuJp/b8DO+zZ4IsFHMnz5I0CIyMXuxZUgZPCgJv0kCyxkjy/5oRFaHu9quJxUBLffPtPjR4UVPFneVHl9cRlo8a09tt+tAbBKVg3SmgH/nFVw0tY9+/6e8TtcYD3w8ez8JmjOWbW2xrofrPOdH7knph7+U/DlgorDx2FmUuNaNV0NKg6zDsj3Z0ySfM9+W/6F2eUrLpurymBc68M65rg3g/XUnLsyvB5yZjdWgRlDy/xKTkgYsn5pacrZQrh7ycSEzYuOwuK8sLkhP7sx52P3EeacntgIvE/1lEApc2ndtKeqVjeGszcjACscuLRuYuFNuPHkd1/7zm+GxU8PfWYNlWIDSu+C7TN8mdV6ZLENijnDZFhNAFqpBynJQ35aeeAS5P1mBbEx92/sZc9dYoz/1rZMjIWw7q+OvAkM28SnPPxtAIVztFiKpQaiSFTD6YkXpGM3FYB5sneDF65pASPbBj+xNUsYhOrLWADypmXNA/As/n+m/WXJHC7C8mqsgy6TV+CnrBUP625BJQrLyTY4pGjZzsl/WEGYJ2KUDe5/r+aLLRdbYdOTq/Nqg0pBH+N1f6uyFWwc1nvDVS8rOHJhzpmtfVtBSeIoljJWcMVcJftmlxVWtizMPEVbIBvER1OLxMyW6cjBu+FRFKbURrgnZvInB+F5yPu1FbC7YmOCA5hb8W6sKQzw4oFw2K6eFXG9/RnODX2tkAv/3CboPqlHyKHNbzMW1mvjR7ZAG2tdUfMFUI3omCNl5uT0614VImJkBb/klgw1A6Rl1VoZs27h49HZ5fcgJx7dAng1HsxONF1fB3jeHoVTfo24OKZczCwOQg65Bjeh8IxvgFypUhrS2f6AzDJ2zGnHnwrHZ4wTmfw/UYbqUg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3tQVFUYX3aX5/ISVBBRIEwcHXT3Ls+y7uKiCYoEi4+wHC+7l+XKstfu3k1JtDGzxDQ1UiZ1jMxERx0fg+WT+2HhaDVYNtaECdjoqCGvUEqF6J57VwGlaS8TfxUzHPZ85/zO+X7f9zvffkTk0Jm5SplMZvPghzTaQhrtFjI3HFmQeSZlY3NdHs6SWLrAgGb6/5xN/oRtVo8tk4+ZwZv/MI1mCgiLPo9gzCSFNvVzVrqTtun/2yTYIvso9lFmptBWU88MraWg/Rph1Brc+DGZtufwkncOEiNADJTV7AQE6wVx8hYREivlFm0Ksmk0UjAxIkYrBRMrYmKl0HFg4qTcEyeM8dIhCVIg8aJnaimYBBGDScEkDiA7iRKzIzIR/zgtUNGtgYCwgbiHDeQm7QDk46AkST8O5yQJyOFbojSdIhsmSXQOjCQBieLGJAnVgZFUEsQHgUkqig6MpBInPghMkg4cGKd10OsRYU4LoTfIaSX0enlap6XQ6xFpndaC+OREUP9iQJ2LLQgtsCRD0sY8soAHMoVTLWQBaWVtYm/46HvVFc1U/JBks9FGimAp2vpYG+T16LCswsWkAW3OIlmGyCNNDGHpp2fS51H8gp6/jWQotP2xPZ78h2SKIY3oMmGmt9DG/CWUjezntGmUyc47ZkGtAaV48jR3gYqZsJpsuYq/Ec3DkKkHn6/3v8rXQwrf3hXWQVgz+IR9/omwP0LQdrTZ6Cxv5QDz7Kj7cYNP23cwaHtJTremTx3BHqsDfjKxpdbTNGOirARL2sReGyUtw05YWYotTGIYolAEjhZCwtiNrJ0hTcLCwp55MsES/dQjrdjiavu6R6KlcP4XWVMmdkd0dbjBzPjipIXXN3Kl3RtXPHjmGheSUTuyiLjGaTz2h2abGrnMqLLiQ1er8LynLEtfJ/2hdfX5rKo9P3PCNqyFO3z11uYj3t1cqrd8wjvDW7ivP576WXtXBWd6tj59felZ7oc5tyedLHeBQ0zepqaievzyvRWLTrEBUBKsnOMb7QcVL909XrvWQ1e7//7LBdVBcGSi9ROXUypYl/qrMmaTQrdi3fF8z0IVRJ15u3xuqi9EIcdqZbr29wzsmCAv+Pw7WZ282A2qEiNTl61q4cKT2ozfvBIEgj9bPIHIQgyaccGd5iFgTqbo1tV/cg2Vvtu1O29yOf7zEiumq6C+QVWy900FpAkHd+DbZn+078A8BXz1xZQDVJ0cTkb5qY7uPo8nVpx7rTIsEM5fx3fVP+8CvLOuAUNv4OvHNflUqlvwmhF8ZDoVMHf+Ye72jpt42ls+6Qc/aOfUwgEecGz06saMY7V4a/nZGfHFSgjlozhb3YoHfHq6KmjsLS5aH9r4S9x4XOb46dzbdjEtR4dX7dk1S2cIBDm6Dq/BheMnd3D7Llyac/vgEEDeFb7gBd/XISJ+ut1e0562nwmA5iI8dsGJQNjLwwMJlY4n8+ramhCgVyqrN7T5g5g/V50QJvUIyEbpWK4E7ZeH+Uy464S4KpQg3+oxcscCP1g5FiXCVdd9ZNlvh75VQdD0FzuDbQHgWr1BsyS6A/etVH84PtgbJp/O3BLh6wcn8j3vlZmbuAu5l24smuAGo7KRMlyBWz4qwZzczTXajg57MGM4XF7bRf5u8oeykElXxrj9hJ9zf27b7LCRwAcjBOa7wdLtOyOPd17FV27Wv2sxDwOenXzrGhfAlkRHhN25y03oKL1S4u4Fb/DqKgm+zy2uWXOxrkGmQ979+P5QGCcE6A7n0xC9seyPNlwoDUlWM/9FTBfY+r6hnn9+ezrefmzYXwOnMHo=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3tQVFUYX5aHrKCsUYqaJuoY6KSwC/goPRdX1FBTWTTzwXTZvcCV3b14927G+ChzsjKzsrBSh1RsTDMHH+NryHN9hYyliThqmiFiCBEtT1lI6Jx71liIGe+l8Y9m3D/O3u+75/d95/u+33fOuaHJXEKKj0qlsvujYQZnYUwOC5MyDGuwejprF1K8HkixAmc1YsnwWCdbN7MT3dTHuv+BLqxdF6gfSBM5m7lNwu9exPMjpVFvxI0Uy3NWWmBNMkBYFxmjDKXriisCiuoKKNroh0Yja0tFe8PDIHoSkl4JJkoaY5RBupK5aILSKfEUQzARSjCjpXGMcshYJZAxXVjZWIKJlIshHhSmjbj4D6AoRSAd+VNEU7ej0UowbvYoKqsbo6iuhHE6RXV1Y2TXlVBOwijqBjdGUXsTnupkF9UDo6imhNs6RfuIGyObBx79oJNNBA9q62QzgWyj0p9eNhU8Qcp63A1S1q5kF9bLZoMnSFmPu0Gy+UB2BAKSTQhPkDJGuEGdMyIB3antffALgeEZzpTGWBGQz4yzMFbGJthTvD0NpvhiKQANsXY7Z2LRwcbZ2hszdv/HWGJmBmPEkxMZgafTGDNPWzpMDkQPhjQWvTAgbwzPYnSHORr0MInlGRN2ZtRiBOfAk00WzpS+lLUznRidzJodaH0WfGdi/f5ttJsUUSptM3cI0fP00rl76dGHHfCwsLFkkBuvRkm8nsdUlHsfePQBBz6KOvsqjjui3dEe3aEvglTk0m3gON7M2miBsZPbeA80zHbQNoEVMmN5ns4kwIFSSniHSXDwjFl68WqbPIkW6E76Uz+G3E3bL4/Br/C3Ltb2yj925AO/ehgfqB7xzkZvapH1TMv+Zd5U0rSz3cZv/gWuXHc0XeNqACXlWfsDl5SCOSe+3vESdQfeuLLKPvlTX+rZre/l3iqvBfPrj/689v6fkE5MQKpiEJJVpEkb3AiwtZrcsyA7KfycNt8JanJnpW9aWgqHxC9bPWp6NcwTPgnxmVsFQ4YZfXM21IPtcYdq7xd5Uctp3ZyI4V5iZvmwSP89RdCh3uTfP7sOoFX2vnbeBc/vvnB5bmUZCNqi335wtJqSpu+qhWcG5fJpHzfCLafxwwk4NAxH0OCWCwC/dn1pzTOVYObA3otn1FbBc9uwQ5WIjDSeNJ+Ehaqbas3a63BVluF9S5kTcs63CxJP/ARLV2f/uDtIS/U8HvHF8JAyQOw6gV76HYAa19bUAxXdxcHrHUv693DB1tD7DY7iG/Dz6U+ti69oghcHX3etXNwI7VeeqIm9UA0ikZWsIh+qeVzG+XcLm2ALc6+U3uZPYelmsYY6vW+kLccrD5L8NgMESrlc1gAn3L22p2lhHZjE4pXVgJgXvkvYGFoMX16wD1ZmV8BWnO5Z9+Dm3wbsvDtVTcVN4V1B5SqR1KUWzkbZ37K9Giy+uQRlQkNtRFXdE6AWf3hjKlwx4AjAq8wTWgAVTJ+6NEIjDjJVzZ84oRR+g9M9qg7syBjf/UoOmr8IE8QFpLQHN4Oq5SA66dgdKAz9rPWjlTVA4k9/P+p7a9Sbh6lCWPDa8S/7jaqD0rITu1G7qwtnJGubIXLC9E1Wizsz88PHbfgVLscE6ect9i2Z1+fwRRESfhaDb5sWIma2EHyRt5h4+6vNpwfdJesZ0osi+XGCBZfybj854CKU0vSclhopFeIqxKvOGF9F7E0OppK188YePOsE1rkr9h5KbgCkLpXgqrMu/pU1/uIU79cDhobtBcfScWVzwKn6sIUfnuwphv/RAzGgGayZjx3dglK4z2tFyW3BX5Dk7x604bDfaoWGp38vienngigYxKwCsAt1TzDtI2I2J4WrRTyrJP8InFbhE9UrpgpKW1WsLRUdlJzV3r6n2z7X2+7zneh0fwPKoKd6", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUVFUYnxUZFlFDrcgtFZc0ZQYEU7sPQQQVOTLkFlbDzAMGZ+bpzBsFU9whyy01LVMySUWPR8slRan7JNHIVMwV1BIVTpoKKvuwdO97owzI0fc8x3PqHOePO3O/+/3u/Zbfd5fpFkNFxspEIpHFGTXhlIHUWg1krDeWYPEYvYWOFT/qBdKUUY17QS9lvGURLchCX8r+B7JeTapA8qg3nDLpGnt4LAzr+7CtUu2E2mDKGoPK6NkQLPMZyGLUelMcf4yPEIySbQcJg7DLqIRgVGzrJyQCqueIgK/DMrwh7DKDhJjmx2F8hawziG39hUD8nyOfAWw7WBhEeKAHcxglXwznyPOA7GwTlFM7dQQF286DAGE5ZTGCos1hlIKizRFBKYgIdgzvYDcyQSmosu0YQbXAsUcpKKd2DO+diuM0B+JNBAeaKnkzwYGmSt5U4LZQ9kvFmwuOIN5kcAQJKz2uJFS86eAI4s0HRxBvQnBbAgcSxgg7SBgj7KCWGRGJbsWWjniAJs0kpY0njQhoThphII2kibZwd+jHdwU57rmiJtBiobR6Da2nTE0nU7s8niwqaRqpxspRJG3WxJM6s8bQTNkN/QiK16OBILQaadZjdDMdBfoRrDeTWryYug1GUFasrDVQ2qkz9RayhUlD9Dorss+Abz168ZOTtmI9itOYdJZY6RPlqnLcHPxfvNeu/wmv/ZtsBgEv3m23Z7mNe0F8/VUI8dfxSPez734c1wU5jLvctatp9TXTffq98ilGt3gqsAd+MxDO1XiNwUqq8Xs3iooj6XjS3KzOPUTcMyCIosw6vUlDkxbufeCOmnFWjYnW00mBZrMmiQN2Zh0wW7W01Uzq2IGPGvvBGlrTgoEq7hKnahpwEg/h1zeWDjCli7PkF2BR3puXq5MLQGqH/FOV6stwYobfySFja2BNckIWvfo6iOjcISH8YTG86dkptwhUg7tpQ/udW38fzGAH6uDEwft+nfGzmJDnrPCZ2d+V+PFh3bnEWyKmd/LSzKkKCfHOqhNzQ2ED+AHeSRu6U8bs/OxyvIiSMu/+nb+zJroIjo1pg6a4Aldkl/eOXlEJf0faczpVQduJe7m/DM8HK9Gs3brYwDcnd5w+P74cTB/mcjF9WhHIODbaf8kREUHNl6GVD8B6tKq3z31w6rVxBV6zb4GUyWezbnhWAE1UZK9NS67DCzlG33kHvofiPyWKT7uUQDpkTYXThwdBp8m6IX9F/AOC9VTp4tx7sC9rcDlIyY06kvGdhJnvnZ2ybUItOEgsuH78yzLImhvqTGCrygw2MOrjhQPGbG3NuK3evmBcWBn4qu+rX5xTSBmrZL2zV5oNKLzSPugzWkIkIeucDW0JEftpxSTO2tIv6I1qsNUlpKdVsgNMMebU77GJmL23Lfvb20RE3t5J5ZmT3YhF7hG715ClEGdh+VkXps+JNscPHbwKF89mNcCq6PqgGqOcyTs//s6Aww9gzLcXfEsCKuDpSvWNLV/boMcG1eZ9/hWQy1clKAkYMdJcXQWx18vWyZgseTtPcOwowN4dXvvAHoda0CcaZ6QKDBGHL3I/LSMU1Zvi9t6uBzg7AXHXgC+atSpbTsR+op1yJaQQIi+RZX+AufnDkiZmyIlDYW6St1K3wjmsmQ0gu6O3Wp5eAPa8jYg3VEoUuuKAFUGON/kgccPm7pm1VbA7YmNCVjFMR73UsrMgMmzjPO/sa3D7K3nBl6aJiav7FyHPJcwZTNsEGwhvv3TUbZmU4eJYB92v9V+5KVFOhLBELIGFszx3jSx0YdZ2W26d7lUHNMr3BvbdfhcW7+p5c2FnKcHFoxZsbLvlpyMX2zFKPCD1IGazilKiALHUmOPBVHvcOrB7oSuRucyptENoMZAmuvbondyaeZ15v2vg/VrQf8/Gkm3HnJge6xpWJtvugEulZaMmpVwCqdsm/KY82ooZe+ZzlKkGMN0LW1gPuLqRMD4sYWQEu88GmuLQwU8Zm206jX8gNL7UW5Ap/wULY667", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV31QVFUUX5blQwHRnImU1CRECQ3Y5dOs+2BRMVODBWocJ33sPuDZ7j59+zajUZNxlMbRxGaMkkBTC1LBYEpoUu5DJVNngEgjQZEwQFITFPlSl959b+VDadrLxF+1M3v33XPv7557zvmd885OT2RikxQymczkLAxLGD2lNeupJC8kQeLXaBOXZPdoFsExBg2aqf9zMvkTsqUDsljBZxpX4WEBwxpIvTqFZJMpGm0a5qxlNsqi/5eNgmzGEGb3RzCSMeoGZmhtEdofKI5KjaMwRjHmRCE1bIMEiRANbUy2AaIUx2A8CJIFqnAwKnw1KklNMI4DrJgQHD1BEiYQBxMijqH4kDAcSKh0swAcTJiEUeJgwkfggXBMEkiWSD82E1S61khAuBwdDMLTNBLKWU3C4o+VplgEsmLCcTDBIkaJRTorBjOFRAwWUa0YrMojJZESqyhaMVjlSko8JRYPrBgsHkiJp8TigRVjMw8GJavKZiIMBtnMhEEZrrKZCoOSVYWX4VJCqIYnA+qkTB5ogaNYitGmUAYByKbO11MGysiZpF61//3tgGYuwhBhMjFamuRoxvhYWza2/7C41DWUBm2OoziWTKF0LKkfpodTp9DCglrQRrE02v7YnjHCQxTNUlqkTJyp9Yz27XW0iRrmtAW0zixcTI9aEFrx5GlOoinJpFFnSrL/G9I8cply9O11/Vftdcaxd3AltxqsGn2D3f7J4PEIwZjRZq2tdstHGGfryy9k9M0eNxpmj8UOd+CQOhL0WB1wl0mtu5phWB1tJDnKJPX0KGgxZtLI0VxqBMuSqRJwqugS1qzlzCylExdWDcyjSI4cph6pgqSudej1KLTkJXyRtGVK7vXoAnu+9kjvCkN5BVDn0/Vrt9VDRcK4OUXZPTDnLd/z4880gP3fhHaf1DWAHbNuuZUGXIP+V7wd03Z3A0/xQU6cfad072T/PvjR+fej4YZssDlmUfYmHwuM6r11gw+3QDQ7ufUG2JFpfGozbwElR+1bts9yIJb+tGuF5ZSMnyQpBLMv7GmeMtOOeNVV7pf+tAMvDJcqujpgZob7eyF+MgJpueJ9HR68WjruM1UtYNq2nI0rK7Ge2wGKXjQesDveDiNfuX7pSG8n+PbL1DO+c3vg3Q81nLeHHb9tmvbP5ZG18GLLar/OzHJQWubho3GQ8S9nxe89nN8Abvp/P9PdpQWia6l7TwAZk6Yo31kGD1deTLjp3wQ83RrmZOyrAqd0h1bFxVaCyiR0Ujv8BKk/dw9e+yLr9HNf18L4gBe+mlglI8LnL2R73F2IvDfOKU8X/gK8M/syNt7vBAmCtl9X3gObBG9NCXPlRffkngElU7fciCmphuJvmJyvl49BV4Z3p1UzK53kfK3nelIZb89Lfm0Fkt8VfFazEMgfHfiw5CiaaesGWwWv5HnLiJRdt9aDYBn/0tVlgov2w/iyvINLCQXxML2jribNnrBceLfVp9CRP/D8dw/SO1rB5BhBw29uBDWp8U2P4j7oj9zpkAgNCRsKjjU6EaI5tDO/D4XB0QLPxaEDuwCy/vNyF/50IQrAHagTFdoRGYHr5kyf1gh9EW0+7QL3566p+CBWQRxqr16SOD5PincuDyUe3QE1QbfD5i/sBnU9G1cf5zrgGE/EwMtwInnqZ78mOyIf0dRyFy7+QxE04ZiMyLmd+8Pi0BZ45Nnlgko5v9KpYlJMbRvoCWwumPF7H5wQMu9E7MfOfI97a/FR+2JYvhNdqBLI9zgLJzvzfdMfdpobtgP+Zs682Re6YPTrD54x1TSDxtbdRa5rL8Mk8fMQRq5qqvKquwfFUhJhTBZe3IzBNDTnBv6UD3Tiw8iUfwGZ0XjR", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlQU0cYJwlniEc9Ga+KJ+qoJOHU0n0IorQi1aC2VosheUBsSDQvUahH600dK7ZqteNFtd4OHqDW2roPj+popRSligiIAoIoKgQUEOjue1GCZaZZR//p+M++t9/ub79jf9/3dp97lH5itL2dnR3jjJowvZZWmbR0tAeWYPE4DWOMFjzvBRr1cQrcC3ors1kW3ops7FvZ/0g2uEW2CJ/3Rul16uYeHgvF86VcK1M4ojZYb4pC6WYbRM5BFBpdjM0QPxKInGu9SCBeoVgm9STBeHOtDznEnwTiw1smI8H4ksfMl1cjJcH4kXvjT6iG3xXCEFiDbN4e3i7+YTNBrUE28413hn94vwqIiHIWjO8rYAiTjsMQsYHHyIiyjs9UGRFRLRiiHPLmMUS1yoIhqjx8fstsJoIVhogHfILLiHhgwRDxwI/HvEJVkNvMA6sEl5OVEp5xcrJSYgGRVQULiKwq8ESVk1UFC4is0llANtOBr1Y8yGY+WINsJoQVyKt1RkxEJ3umKx4w0gZar4ql4xDQkDBaS8fROiPD3wNenGMccM8VNYEMo1dplEaNXtdyMYX4xWIRCbNoBZ4cQRsNylhabVBqX5osQS9BsRo0EIS00QYNvnG8NMcFvQRrDLQKK+N6QVq96vO5GoZuZbUQjdqEDNPio5hG8O/VnDhXYpQ6NRMtaiVLm3NI5v/m3XV5re46kLrrZ/3VlXu+eX/Fr9VfexJ/W3z1LfXuzTss+S+H22OE3oQnq2z125HYb0/rUiD1eSn/29nxV5cgvd6g1uiURprh7zRtUDPBpNQZNcaEQINBmcADe3EhMZhURpOBVnMDM5r7wUqjspU65OXJn1NamkfjIfxnAUtTjkV9mROQB0tnDqnZkJcKzlR7TEs6/QTMzJ+9cnVRPkhSGPttaCoC8Zu39z3xTEDte5wVFtW+FMpKUvoXLamBicumXvn1Ti3YJQ7pbxJmAW58jZBNuR45J7xXBSgbIHU+0KMI/HxQdHeVRzXIXdlAPymqhls/G3Sp/XkzWLr18r4/s3eBTw/D+1vfa4SlOQfqpsXVwEnpe34aT4ko8bUdswLExaDwi04pYwrNcEDREoQoB7tLxw5rci8Ed3ZuOtv70D2447sRgrClj8HMsKrVCmMFDEWjDTV5FvsbYUZiVv4t1wJ4alu34Xn96uAi+3NJ0rkiKu/o0vmZqeUw6TR2/CnYNyNi4sDkB7DpyLzKQx+VwT6rTbO7t6mAf5+L8/rquITyHz3GUNuuFt7oPl8py3Zmv11YP2JWhoiKwGrWVMHlfmhmmj3VUGO6tfmdQliDw1l9ASxmQtbVONaDkGNVDVfjhezNEFG8a79KuHbv4gmhW0pAz6nqkQXh9aDtKc8fBrsJqHyhy8p3VY8AUlZ2/GAqyEz9pPrEDSdqrZv95LZD78Fy5mjn+kt18Jkbc62DwYEatib5qbSk3uJ3LW+HVxXglv2mCiSac68tYoTslPvDTw5s9xTs7ZgZfP1RGvzwglPApmwxy5m/8CFAm9YFxRCEH1xHJ6qegR7lt326sYWww87f0rsOKAbY+zJfO8r16K6E83sFbJtbQ5HmYuAcsGnStv05cLN8e5pvvAPLbV9HIcXbfwUc2fJw9++XhOwe78sjx/8lYCdwAXSkhritv+oSawaK791RpAvgfda/7wfznKjAxbfPbzxZAVDwkQYhKxyyoktORi5YsXvKRdnZQjBqRnFmn1wzjMQ0+uU6wCybqq6DZw8P0+0Q3ISwLbakCd7tiZnyGP4xHXtaCW+XrT8imS2hOHXdHdjeWfpIp4x0wPNNQqFN8Vi4CvHPczAKkRly2zWoA7X//SmIopUQaxlZ4MKmX/xx9LEqEaWejndSyGbfxQkkYTvhsJrFFBen42Vw2Xy8cxJWiWn1dS1wf9esnbzgHqQ6Ks9c2e9AfeyfdmHOKTNE5IjcOO4h0LrUJsekCikn1Ou86gZovBqPUqgEJGPaLpdQjUF1D8rZHLiAI0QW5EpboC4GHSD0cUzLGtD8k6T5d0QrMtk/37EGGg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlUU0cUTiQBwVrcRazW2lqttEdMAgGrZ16MUqwLYCilipWQvEgwJJoEK4oHl6qVtlqraN09rbjWanHBVnQeuLZWRbGNQnEBERRUdgUFO+/NswTl2IxH/vT4Z96bO/PNnW/ud+9b3ogyjdWJBAKBpTVqRpsMtCbOQOv6sRbWPEpvseqEj3sKqylWxfaUL20O24KasQW+tP2PbF5NsqXV495Qk1Hb2GPHRrDzB3KtTOWMWpXeOAmlm2MQHxKIhGul5BA5CUTKtX4kENkI1jbQmwTjw7W+ZBDOzUASjC/X+pNByN3Iyd3IsRsJCcbvOQ6axxCdtP9z+OExDssTeyDcHI4MvjicbvYgooTjMUTpw2OI8keCMUTywRgJUYikGEOkbB5DJFNcDyRElYrHENVQXBAkRDHF2S0hSgecqhIiHeC0kzisA1wMMMhhIdiBpA4rwR7ksBRwbmOQw1qwB5HVBR5EluJYQlKH5WAPIqtAPMhhQeDSg0FkiuBBZIrAIFnzihiLPgYsXdkBK22mTZpoOhYBzfHDDXQsbbRadM72C+rEbK8NahQWi0mjV1v1JmPTxVRu/y4WGj+FVrGTQ2mrWR1Na81qwxOTX0E3ymg9GlAib7RZzzp4Yo4ruhmmN9Ma1hnXUxpMmsmf6S10M6sF6LVxaGMG9u1NL3x6NReOyiS1UWvROT2Vp4+f9nwpaXm+zv/Ftx2LMMWxkzWO0m7mEJ9N278Jbd+Wp+3SErRbPSdtvs7KW5526xeqbicSvk1esPinUcsTdn2hhJtJlmcHWN6EtrTl+bq1hK5FpLT97NXt+0SxdxfgT1ulyWTW6o1qK23B37xtURMSpzZa9dZ4hdmsjsfAntyBmOM01jgzreUGIhv7w9RWdTMPHZk3fl1sujmaHWL/PLHW/PCuaecE5+FGzwF5bzmXAXp7ZOjYviImbMOOnRcnFkPv/ts6Zg27DlcdXPGNe52QShd36AQCBExkYVbv3NpbcLdT0Vf9bteA5Qvnj8tOz4WKcs0fE0ZehbLZadTcKCFTHONVszJvD1DMzT/x3cEH4Pu98vuZ2io45tzSiAZlFXiUOrNid/BdEBs266f9UYUw5V3layX5x0F1rm2OJeAi2Hty2uENnrWAg694CB9ExB5rSC2H1oDlNc4Tv4CG6TMQ5AbIvny1zbJtmTC0IGXN0V4nwcItH/8uOZoH19zosaU4sBge2MVutBCOq/4lJ6m+EkwL6tkl5rQT5T1qs1tAnyJYGnKg5/ySKjAL+Hz664hi/iqiAoMfelhsD4H/X8diZbMr4ZWgr1caO9jAzTR2wTKQtPvazeRUV2rGiXcGfXvqGqhfWJVrEwqpvH2fJ2TtcaVSxlAd1UfqYGJMunWZxy0Yc3lq0uLrAiZiSWZ1v4hsGLC/sv7C9DxwaUh8+FafCpDh/+aHM+e5MWixxEBYCT2SL7hG964BdxLQhga5MNhfGcTj5yA6vMmr77lS7mul6GizIHeMibVw3ey3Mxf0daLmJCu/NBSJmG6isFffS62DeJ/1wCa76zf8AzEz0eVMt5CcHWD8z7B0/eD7QO7JjO+lqIYLUDQLOt2G8kWKyMJgMZPzYx06+RyA410Gr65tn3IoQ8Tv5xa84EV3yw9vAO3C/VHIbvB8BVTfjYvQjGvgbzacy6vhRxlbN42hcmHnHr8Vgk1VIC0qEVGvAW62H6YMSRIzez9hA1QOU9fd3XJ8ZAFkzW62BhDdm410Oiyx7Ov84JSY6hPXanXr7qUAicXXkykHW4+PlC/KaENxx7qkAYhl7X0HH7rPjwsoVt1zkmvAjrN/hpUOEDCsqi+W3QHZo6PQlsWUH1Ll9shinncJQEEYMGqzgPIMyemeoK6F0zjCBTB66W0UiUcABbHi9fNtqcXOZV0Cg0uBrUOF4qyuCHDxVoqorpfO3FMVVIMELkBnwa4+1+etP+1OsWrI9soDoysXq6ybXCguD460pY4O3am/PLUCvnrYe1V/j1rARqG8wB2vnyVkuDCtEVE9xmnfvxIkori8muDEcIVNYZyE3hZNsZamNaDxJ1rjl3AzNsk/lcF+qQ==", "1: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", "1: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", "1: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", "1: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", "1:eJztWGtUE0cUDgkEI+JbsWJ90tZKrRKQh1ZnIaJoRdRga62oMVkgELKaLCrVaq1aPZzWoli11GrFR489bbWKrfia9XUqWhXxiVDw2IgKooBERAQ6s7uWRDma4cifHvNjdufOfDPz3fvdu7vpNYOZEO0skUjMLVATzhhobaKBju6LLdg8Rm9mo52e9IJZJkGNe6pXNodtEY3Ywl7Z/kc2b7tskT7phTBGXUMPj43C83341k8tR61ab4xB6eYYZBAJRMm3vuSQABKIL98GkkD8RmGbz0ASzCC+9SeD8Nv4kGD8+TaIDEK+TQD5NgHCNkoSTGATHC1iiDwd1IR9RIzD8hR2IDycEBnh4nC62YKIEk7EEKWPiCHKH6WAIZKPgFEShchXwBApW8QQyVSoB0qiSiViiGqoUBCURDEVsltJlA5CqiqJdCCkndJhHQjFQAA5LAQbkK/DSrAFOSwFIbcFkMNasAWR1QURRJbigoR8HZaDLYisAokghwUhlB4BRKYIEUSmCAHk17giJqCPAbMHHmBpE81oY+kEBDQlhRroBNrImqPltgtGu+CeG2qCzWZGq9ewesZov5i65X+LRSbNpNV4ciTNmjSxtM6kMTw1uRW6UcXq0YAK7Uab9HiDp+Yo0M1wvYnW4s3UbTGCScSTtQZGGz9Hb6YbWXSEXpeIzmfAL3F6p2cXdeUZxWiMOnO07Jl0ffLQFytK89OWv4g27qkc5duIE5/PN8iOr3/z83V9qXylTeQrFtiA5ufb4qXylZHwtXuzEh9DzU9Y8VIJN5Iezw9wgB1t3+bn2/JFfJtSt5xJaQfaqtv/qSrfRiJ806oYxqTTGzUsbRY+dt1RMz5RY2T1bFKwyaRJEoDdeYeYErVsoonW8QPTG/rDNaymkaeN30DhPdH+cDQewn85YWvEjtX0cu0DIOF/Us67yzcXFLE5IOsG2FI4TMrlJdfSVZabYGHcATa1SzbobZj7ydZ36uG9rKMhv+jvgJopCcfrdtUA3qyqAh5h4x53MZfDkbK5bl59rYBZ5Hz8a58qwJQtzYo8XA3vTg4Zdiu3DO6lPr/+57r9ILhc+1fU+3dgnepRaQlXAectHjBmW8sKmPmVvKxzWCX4oHX/Xd/f+wcu2XD6p7MXLbDKotl0ye8sEPASav9bbdz2bMsC2oW5Q5Mm5YO0OevT+2Tmw6Ul4/d2X5oHjni8qXbZvApEsl5r61PKQPvF3MlNoUXA0vF1RLEa7njDsnjDaSmni8ofIZtbDZNXWCp65FjB+YJrbqnbJVyvnabYlaVWoCz6Fc20gs1OB1zadyyFdTQ+yTZAbSk81Hq9nNMoJw7st13OSVYuqBk8sxKwezrVnLp7E2Z8ZM28muzGCX4rBFN6YsblgL9E1QP/00PGnmsnpYY4hS9xj3Dl7nBBfUbPywM5kgKpIrkQ9MxhprmekXP74hXVP8TkATBo6r5RrZzF9c5D3otrUoDnhqlvn0pRcKmD8UJWMQ4/gnVGzLgOzucPWC/GUUJ5DvjbS+4k504qj/32rjEPzPJ0v9Y/RUqFd/pydLGzFQSFjjRVt3kIT7gO/W7iRil1DbH0TZdRFTvHxafNscD00N/v116oBLz/wmVUyPQb2b3zyuH6Yz2Rxyrg1oOHkedvw5Lr/l25jx/A9IyAh0d0xdDvsz9Q5Eph1/FXPedrpBRGVS/IgfmXF5lHrC6C/bZ3yB5+5QpUdUPINFdq61iqg+boY1i7rDLv8qLL4IvAS8cTMmSc97LOuWeqbsP+/MRacAypsWCWCxcXfn+FulLGoUUR03qAeqyXhxOX9i3+WQF/fU1KrTq1MAx+ehEewsd0qQT88asfAhQElBH1EKu5W7yUEvRSDIT43hTPXQBvxXk/WBvlwmU+Rgf7sDX3CG+XWgTb+b93cMIaBbd7HvJUiYTL3o0FcAvkTpsd0b2zO+fT4uduky2uXOzuYvOeTjdAxonZhzZ2vQ3PYTfEteNQ8FEGSKnlmC7Ko+Qe2ruTj7hzM9pOCso4YQUIrRtSeB5M4gOn4PjCFmyMQa+JTILZvgY0/HvW8AnciE35L4e6cRM=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpyiARFiDhk1lcksYI4zmW5OcGg3jOo2IMfljE/IkU8xgVo5MYakpmgvGc8vNSEDyQnCdIvSGYNAoGZQbHovzcxJLMZCI1GZOmyQhMmpCmyRhMmpKmyQRMmpGmyZR8TebBbEAyODMvHViQENJi5gkSMzQjRY85RI8JGXpMwXpc8kuTiNBjASYtSbHGEmKNAbF6IKohlCFJmgwhlBFJmowglDFJmozJiCKo60hKClDHWZCiB+o2kuLIBKzHiOg4giQFsB6iowhJD9ExhKSH6AhCpDkjkrIDVI8pGenUiOiEgKyJ6JSAlLiNiE4KyJqITgtIOcKYtAwL1URahoUkVWPSMixUE2kZFpLAjYlOEMiasKeIIGCbsJifAVKxOufnF6Vk5iWWpBZDalxeIBFYmphXkllS6VhUlFgJ0SgHMqikqDS5pLQoNQUskYDguySWJGJxhzGkDjGGtElhUqkgKVBNDhJNrr9pWxkhdeAEu+3sUHmmA1efZ2l/m67gsGz2EYUNRqIH3ujvVufnZjiQaBRqoNWp6LBuW1L9zb3SBz60ngw5uOLf/pTYO27MP6QdJFnC+HSLBA/MP7vq/NWwb/sr5ixS3rlH3kFR/ktO2F/xA9s+/71S8fLLfpOG7Q5NiyQcUqzv+/deFzrQOz1PqPnAh/0GWiuFL7RIOXg8rBJZ1y554KLS7Z91We/253D+XJBuLOzw3sLVvejnL/sHcwSX7j34fb/blG9s8TNe2UPUfbTf1lJzYXPk//1AX8xfrcvo8ChCfPtFhmP7Z5WDHPJp/2f5S/nx7CwO147mAp3wYn9dz85szp8/9jslPL2gdJvPYf2U1I7kWIYDzfo+y7jcXu5n0m4Xu3lOwCG/keVo/0aWA6Zxuzx5mD7v/3r7emOxm5iDLdf1xQV7JQ583Xmr62/qv/1sjVOdu3P4HByEEw9fzpY+8OLmml8xuUft/UEGKwtBzDHkO1C+b76U/t07+5X6SgulfcUdFk+yYvR1kT3gdD7t6vNXrAfuZDDkNz5RhLhHVuTAvPfLj3mbMx0wW20XHj1R2eEn/8vt6w/LH5h0ut5j/1+GAxdcbnz40iXlkBtWu27bI64DC38YPlun+nk/2H1zFRzqf1sVnOt4Z//+5GGntZk/95dAAs7+1dRNPIVr/tvfPPc9+PHS2/t7boMsfmNfOlmCJayPBRI/0xkOsJ+TDLwl/ch+4tsae9O4v/aPj8/YPW3C3/1XK16qGXawO4Cla17b6zrLvH5kxnFAbvkLD716BofPfcElKtPf7t/DKiRif+zL/r1B0xT7Sn/bL+jc8PDl1E32kHDfuX9enOZpAXcWB1As7imZvD/36L9N1Z++QsTbhRw41shEpVi/338e5Exp1gPbgcnP9iefQ1vU5T2Pp7Ad+OQICrh30PTA7bAqISRIfcHf/acFju/a0XsJml4EHCqqluo4z2E7MA3kbW6mAweiFRw/Jos58HNvXVZ5/O9+j4A/EsXX3+0vK5TmfZAr6WB8ZKNenrL4AR/zTseEVLYDjL4tvP76AhD37JY80P039fuTxN/7Qb5P3MTmEMwJytB56cUlwPZdMWpeRDSlEVU6FjEjAIzqgJU=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpciARFiDhk1lcksYI4zmW5OcGg3jOI0zMn8piHqNiQDHUVMYE4znl56UgeCA5T5B6QzBpFAxKqI5F+bmJJZnJRGoyJk2TEZg0IU2TMZg0JU2TCZg0I02TKfmazIPZgGRwZl46MJMT0mIGJi1I0WLuCRIzNAbrcckvTSJejykp9lhA9JiQYg9Ujxkp9lhC9BgSqwes2gBCGZGkyZDEUIBYQYaXoBaRlBKg9pCUFIwheixJ0WMC1mNkQHoUGREdRUh6iI4hJD3GZCQFIxNyNJGWFKCaiE4KSInOiOi0gKyJ6MSAlFKNiE4NSJqMsSeHIGA7pZifAVKhOOfnF6Vk5iWWpBZDahpeIBFYmphXkllS6VhUlFgJ0QiqcYJLikqTS0qLUlPAEgkIvktiSSIWdxgbQBI0pJ0Ek0oFSYHMA4nO4pCeF6f5z963hdd//ZQP+/ewConYH9uz/0nzvLOrzr+0zxdqPnBq4d39B08tdN32+aH9xLc19qZx7A58+wxmakn82r83aJpiX+lj+0cvp27iKXxhrzL9/4S63/f27+xl+yDm8d/ec26D2iE2dgfr+/690/N+7b+TwZDfyMLgUHVc02rS6T/2ksXXhT45ftz/yfF82tV0Vof1qiCb+R0Ukt9FOdkxHYC4g9WhlAnk0t/2Mf2HvmrEfNzfrO+zjKtNwKFhu0PTI3ZJh8qXaoYca17sF+3xesWyRcRhQeeGhy+n/rLP/9B6MuQg/wGw9BxJh6gUoEvOijl8vX29sdjt3/4p39jiZ/gIOpi+t3B1L/plXy2yzv3hL+YDy2YfUdhgJOEAtMVN1VTQQfn2z7qsPdwHPl3yTRK4weJQ9mCO4NK9v+xZj/Yblutu3B/wR6L4epCww5e/Vypepgk5pHUkx95x+7Z/sfLOP+0lPA6Q8P1tHzZ/9dob95kOgN3VKORgttouPHrjP/ugHXKtrwM/7H/LCwrYz/t1nWVePzKTsmeAgAYof//L7euZn/PwOVx9nqX9bTrDAUi4brLfdavrb+r3LdD4WLgfbOx+ZofvTxIXXiuRcnBTBYXgavs2i2tHc02EHLYn1d+0/SnqANF3Y/+K8FNGRwrFHba11FzYHCnjUJ+1p2SyxKf94HDVEXdwL/rJ/3L7S/uyQmneB28FD+gqyn/JuSbucPPc9+DHS1kctl9kuMd0UvDA0X+bqj8ZSDiAXFEo/cserD9H4IDIBZcbH77IOhy+rJ0qmSTqcHcryCLWA7+tCs51XBJ2qKhaquN8R9Jh+gT+KjNtpgMTgKGqKM8LNYfFgYdJu13s5v/9m/TyFjP+kXRoZAEF/HP7CKCzN+oxHICkD0mHYE5QxspLLy4Bti+KUfMEoimHqFOwiBkBAEze90U=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlUU0cUDoEAAaliFfBQUVtF656FzVrnYQCXo7UQasVTizF5gWjI0yxWLHpEcCmixQVciq0VV6rVWnfUidZqrYpCKQq4YlRcCCDBiGHpm/diCZRzmsepv+qfeW/uzDd3vnu/O2/pM4OIkjuxWCyNK9lMJJS4VKfE5QORBZknKDRaucOrXqiWSBCjnuiNzW7bpHZsY9/Y/oe2Qa2qiv2qN5pQyVp6aGwcms+jWr7YmWzFClUcWZb2QUKYQZCNF0hhwgjdDDswfKoVMHEjoNoAJhAh1QYyhwQzgQTQ/IczwQR2ABPEfGtBzLMZTO+MUZxDOsDGiuHZi6E90Be7FU3NFjBkRM0WdiAMfBoT1AEMo6xaCTFKK43hM0oRHQO+3SmywTA6c+gC4jM6DawYIfOi4zPKqRXD6AwJojGMdGDFMNIBXap8u3VAFxx1EdgtBFsQs2K1gpgVK10PAru1YAuyWwy2IGbHAl1GArvlYAuyWw+2ILsFYXNqCZgpggYJmSnCCmKmCLpohe0rIor8atB4owEtrsYJaTyeQALVieFKPAFXaTVyR9sF5RzUcyebUI2GkCokWgWhar2Y2O3vxaITZ+NiNDka16ol8bhMLVG2mdyJvBHFK8gBEekNVyvQ10ybOVzyJkyhxqXIGdUTKQnprC8UGryd1SIUMh25MSV6fVM4/XM1F4pKnEQla8PN5kCwhowf8vr5cv9Tvg4d5Gt9wvNeP1+3f+PbBSEIHZostZc2hyntQNuXIX6baujMol/+RQShlilUEi2uob8KPMgmUidRaRXaxFC1WpJIA/2ogKh1Uq1Ojcuogekt/TCJVtJOVQqt7+KtN4ejIfQNj6zJ/meW7vz0GeynY29y9T0FDCnfXs69YoaivYpbc9Ia4NCMLS94D56DgnfL6hfOrIHU9bGDvpB1i81New5ivI8UsG4Vg2VeJflmcRPoHVojvTQtD3z3w97rsXNfgp4X7oNtt2tg3/XNGQstRuBPOTCBtP13H2UeMFj7D2Gpb5KE/0kTmOPrcWdIRi3oXUjEuuSXgH3r8OXSaRXwcG1j0bxHbCx763vHGpZtA3tWlMWziAtgh1sEufVcGB3Vf8tX+29Cl/wekaW+5XAw3qN8ivdd6Oc1c2LtqjI4KnHKroDLlSD4xRlZ7vSrYGNeVkbn+U3QmAQCPj9eDUPCx6jrO7+ETyOP+i15YoY3+zonZ4pqgXHq6FEVJV0xmn85eDR2aHOfxqdgwML0Y7O4XTDPwJEno7IqAbn54QN3myHp9EjBok6Y3GyQfF9sBHVl15I1EevgGMd57n0HmOGSpKs/x9SVwLM/DVXlJDvph6lyHE5wamCqx6R96+47YEuDi39NEJpgpcep4RsHcvSrdCgi9cAyYnb+8kILLJ78dFjeTif9kAObq3ZGOGLVSy5En95lAFvDUYRc9eduHEpNuvoQ1I2PIZe6CQzdUAYsoGgQCsgzYHaO3TChezPw8RdzctZwMDr+V+DME9q1PqlsjI7rn/CXugGffX3GAjqt3b04cpwJHC9Na8TNZkhQDo0g8PIHHxWsZmPUPs5VAirNpxpglmiF8qGlAdDzigBc0DM4Luwe7NPLpJy8wAW7fcedXLEKdJkScvC3uWYQfr3aND7GALunj3/sJKwH9bwHP/Yz/AFeiO9t/+ZsAyyJnTvJL4uDBVQFkxmqgsp587cPFqXD/jzXPe9MrQbU9jaz9aTzt7IFpVATv7oyCdwDZLLJDTZC3Vofp8mrWPr+SOa/G+CcD92u5VQ76klyJMMqiKK96EgtvJPtuf3kaUe9O5LTJiMY5JNZxK1w1HPTekmNU03wieZQd8vFckD3myDNywxzkXsWG9uvJh2P7IYhq4K4AVH2fDIfACpM2Z5Y3tGVztVeBiAn1Xwjohmcf3/EmovAC6N1ZwIr16u6pugrQG5N4cQZH3ta9XMQHk5FgmmAS1GaZW9joYvLz2/IqweUjKNfQheUznQuZtYhBrWgK8nC299B/2XKsAk73Nwwuo6awQIk83GXAHUQhqriyMcvkaBpfWa0/JZo+QHQjo3/F+Z39pw=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmHlQE1ccx5OQAOFSITMegCK1rUW0sAmXVncxgGCLFkLV2loNyQZ2DFnNoWItHoPVVlsPvErRWo8iHWu1ta1XfU880VEpXlXQQREFFURujdTu240lUGaaZca/av54m/fb93nv9/u97+9lNwNT6WSdWCAQmFyZJpHWkxqLntQFIQsyv0OZzDrh8160mc5QoZ7ypc1h2/gubPEvbf9D25AOVSV63htNG7TtPXQvAY0PZVtM5cy0MbQllSlLxxA5i6goQ5rDSBQfBGNbBX8kkg8iZ9swPogiAdlCQ/gwYfw9C2fbCP4IryxHdCOYSI4J5cNEcQzmKMN5xV0c3h12tLw7kKI7UBh3CeenN5bhta02hpd6bAHx0gLHYDyFzTK8tGBjHNYCJ22W4XXo2BheRwhXDxivA8HG8NIBV0MYLx1wNYQ5rAO7GsIcFgJX2uxF7rAS7CGHpWAP8TsXMA5yWAz2kMNqsIe6cwLJHdaDPeSwIOwhforgylzOTxEcpOCnCBvETxFc1Sq6VkQy89pg6o1umEkjSWvSyQwGNGbG6skM0mA26ZzsJ9RJUM+daaJNJlpDqc0Ubeg4mcrtn8lSMmeQKjQ4hTQb1emk1qjWdxrswXxRplPMDSWzGmmk0OtMpzFS5ksMZSQ1aDFVT0TQFjRYo6c102dTJrKLSeMorYXxT48e4yjRvyd1YSNKUxu0nUK0O1BttYRFvPiwpS8ibCHfsMPtaxSLfPFhu/1X2KindDReMd94I+wfO7CoTlXRQ8C9BShp2qilDGozaeJeDzyZJsmiNpgpc2a00ajO5MD+bCqMFo3ZYiS17I1p7f0YtVndRXUquEdseUfvSHQLvcwjq9uVrTNGupWCBb8Ri26dFMALN8rdcwou45LjK0JnD60AH1w4VCHb6ApXn5kfDz65CU6nHNmxbVwVKItzmuM+qAp4HQ75KqjPWYCfKPsle14Z6Dkpau+pcG/45vVBzgvXXgG9r55rUVVUg5NvDGemqAMWUa6r7yYrkGxdPVyYWI/f9c+vih8mhVuFhyTeawRE2EcHEjxENXiJ4IZI+rk33HOzeu1PHm14ZXFg6eOsR+Du8sE1nqPEcEvsrw1tF9vAvv6L7yft2wTCz44Y98cqIWxVVWz/+thTXFYc82dd4z08P5NZ2VsGB6Bh/S/h51vQADH0Gv/jGnKpM9wx8TR2bI8ANgwooae6NAJ1SvLrm6ViuP/pksbSiRKiYNs4wkd9BrBhVPpBLk8P8LkooLdFxLOBbc2WAD/IzVuFB1/MveOfX4vfY7yeGdwPLslHCxTh3DoPcMapse9/6gun/KV8UnO/HtQtLmIyagU5fcQTvIZeA5zfhfhQpd/9W+FBuBp7LySoQA4Etk8MQ8GoJqDYsjeitdAHcnk8hn/nFveqRXQDnNpwcN3KHjKoa7mt/vZyE9g15uZc2a5WMKR5/fWcJVdBticTeKUQRqbFUHTdcfxo0+APVxRWgybGq8gJQrgqyzp8xrlmPAhtV7wrTNi44LVCZylBfj+NyYyACPzSMtP3C2e4TH/XWvCoBc+TI0esOMp6wG4ZZK8hIuJjGVo5G1+5uTX0Tq0PXP9sZZb1gIh4WvCoJDG1HOw2pq+qmecC956adfibXIltny/ht2X+RZV4A/Cpjz6vuyQgOL1Z8aNa5IA3fBgZO8b4+CSgBPRCcawUKnqFv/V7shOcnjs7b8srjeBBElKEBCLruoE9YF+UVkwI9XPmbg9WusARwsRsz/MiuOddhvBzhWwatU/Azx4zdy4rdYcBmtrJo0c5EeWHvfLkgQJYHT+M2WIrmI/S4iom0GVpSS1AKh3iIoauO/0maw96EvVMVD0nHQEpKAGbAyDnRzWeHohWrge6pZopZSd8ofugwVnL95ficWuanaduKAZIhZrrvpDdF/KZbR+diFnleb22jwyAbJzHK/GcgkVJCf5Sgq2Lsf2gjC24Ynyqy7m+SddEBKsbhS98WHR09A9UGx5M9r01qfdD/LPoaZXFqQMgu52gAbCHXrQhjfkZpjNMHc+M9v8n2v8J6MKG/Q0srOVJ", "1: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", "1:eJztWHtQE0cYD4RXCGqK1me19VGs4INcIojW7mHwrUUIqJ3SwZgcEA05e0lEWsep9VF1pqj1Db6xglR8tDi2Vt2AiqIVxMIItgpSG1CsUFAgiNjbuyBBmfGOlr9q/ti5/XZ/3+7vvt/3ZfcGzidDo5wEAoHBjW5mkjpCbdIRUd7IgswztAZjlENLL9BIxipRT/HaxtkW3I5tymvb/9Dm0yarHFt6E0i9prWHxqai+VKmxZQudBtEmubTafkqCMa0AQxEqdVHc4Igm3Q0H4yMaTsA8ecDkTOtH38IL/6jWf6+fDB+HcD4sxgpH8wY/nTGsMtgXDEskY6ApP8CJOMFsklUzgtkiysv+dh2x0ulNswYfsnAYHgFlsVgvDQnZzG8NGfDcA5raw5hnKNqh+Ec1Na8w3gVHhuGlw7YXMV46cCG4aUDNlmxDiS4jJcOAlgMZx3YFQVZR/Jbxi+/WWnL+OW3DcRZC/YgzmJg6w4L4qwGexBnOdiDOOvBrtDJOQvCHsRPEWwqydtXRCh9bTD0QgNGgiJIdQwRSwOp+Ik6IpbQGw3sJeP54ccZ9cR0E2gwkGqtyqgl9W2dKd2fOwuLX0Qo0eQwwkipYggNpdK9MNmDflDEaOkBBb0aQWlFtOGFOcgUpKUINVpMKUEI0oQmq3WkemGc1kC043SSVmOi96dDxzit48tOXRlG0Sq9xhAlfCnz5PY5K+181u6vYo16Cq50nfnS9bP/w5Zhnc9X3BlRduVD2/6EYisvss7n7fGfxtmNN2HfNsc5+QtloJuAvfYoSJLSaPUqI2Fg70Nd6CbEpNIbtcb4QIpSxbPAAcy7oExqo4kiNMzAvNZ+kMqoaqccydnLjqzt9gg0hL5eIGuC6dN+XUpvwdy0vMLZwyX4mdCtAxNMj8GRyXc+63HkIigsX+BTt80Nn/X1Nr2nUIDvz/BvyNLcBqVnu+6U7XcxJ7hU95wyywJz11y/XSq2gpW7r6blhQvw6pTs6f5rc8DZPX1H3RryCCTG7dw/+CcrHMQsWAs317lEbp/xDGw69GXI1F0VoAezYBmcuusLr6zV5TAY764696vQ3EzU31Xtywa+3oe6XwuyQPxACb1yFUhvjIi90PwA7PDuvaVAVAZqE5TGIduaAL25tHlhj8EStFxTFbDujf7hvqEYbiHWqD/5/TpUvFVZ5te3Hh5MOv/OMaoW+s446D7p3UKb3xK4tObYrIWJKSB/0G/WZQsKoOcK8+V9E13MBT5En7K51dBh5souwUeLgJfSOfmbsZXQ2u3eyaPCSpA65zJ2/rgVrqoM+XHAqjvgvpP8Db/TInzOx8fhg91i/Ga/pSos/BmwALSQCD+cXhS5OM8D3/P+8IJESzkMHbp37bE73XEP5oU8BSWlYvqpHErmBmRcWtwNB4yj66DXyXzBbcdMEHx0M81IbBaK1r2tftgAdyI6MTVgwUz6TTwSm2Xnj4/UJ2dCJj7XhPj0S67jkwqFuD7Z4bSz510wn3FcA+QooBNc8Ls9+uf8CUphwMTJlHW9Iy7YuOzJ2EVPoaPPVz2Lc2vgHxe3/7x1QxUoqn407aPVdXDE97uqUrIdzAcWjXe/MViA//Iw59yE9CrA+mmE4UzAXHHPb89k9vIqAYy73GvwRjIC1EHTpt5OsxPczUmW/ikVU7KB84X10rgRxfDD/I0RzecczalIPoG1YHxS+J7v0h/C6lU5YZmpRYAOdswgXRP4oKL4cGNEAxyatTplzuVGENT4V6U5oBwMi1if9fi9vwFSjw9RCyQoPOUCnFzuRK9QC5CKiqotEKlhkrACLPdCDp7AcSXBtMLrYPzc1NFXx9VBD4a4k01/9yGavURcD4ojFwcP6Ck2QyT/jGaYuAP98sGpm+ueEnHuLXpleSjSoOGGZ01gngWi6Pt65wA3hpDQTAedJn4Jjh087fMVo56AyGFXJBdPNcIYWq0n3mzxWwPWorTa1AAjXXP7hNy8ApAqT2dIcBEj7K54CCOsEwBFqV4pxEdu2Nsg9ZLg8fe8pG7DHXAtSb+5AhHe1JveCeaJM1UvUB9NnzvIWEPbmtH6Qab16taODfsHUpMpiw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpyiARFiDhk1lcksYI4zmW5OcGg3jOI0zML40Jn1gQMMyCeYAMt/yi3MQc54zEovTUTJAiLGb5EynmMSpGJzHU1A6PVaf8vBQEDyTnCVJvCCaNgkEZxrEoPzexJDOZSE3GpGkyApOmpGkyBpNmpGkyIccmE3JsMvUEiRmaBLMBqeDMvHRgaUNIjxlEjxkpeswheozJ0GMK1uOSX5pEvB6S3GZBhtssSdQDVm1AYmCDVRuSo8mIjGiFWmROih6oPRak6DGG6LEkRY8JWI+RAenRamRIhh4jMvSQkXyMSIofqB5TMvQQnR2QkqkR0QkBWRPRKQFZE9FJASlDGBOdFpA1EZ0YkDURnRqQsp4xaSUDVBM5mdwYe4IAtYGK+RkgFatzfn5RSmZeYklqMaTG5QUSgaWJeSWZJZWORUWJlRCNciCDSopKk0tKi1JTwBIJCL5LYkkiFncYm0KyNaTdCpNKBUmBanKQ6Iss7W/T7/7a79vC679+CueBw5e1UyWTGB2Oe5t3Oib83s/+Qcwj4A/DAVW2xqnO3V/swVyJf/tr121Lqr/JfmCr6O/T7zx5HDbufzPPRofxQPOBUwtdtz3ef5UzQynnB4fDmXqP/bWy//cfElcLZl38av/RfsNyXcU/9lVLdZxlXjMcONdx6d4D7t/7nddm3ivkEnC4ArT+UcSn/XuDpin2lX7eLzH1CmdGkoSD9X3/3ul5l/ZXgDU+31/zaUNA9i4Fh7sqQIcdZj0gJGJ/7M7WD/sVkt9FOckpOLgX/eR/uZ3jgL+DcOLhy7vtMya+rbE3PbcfJG334vF+xQ1FQKE79p5zG9QOtW23n2zFCAwCpgP5H1pPhhz8ZQ90hPj2i9/tweY7f9tvFGqgtVL4w36Rde4Pq67IOiSCBf7vl6kBsa7ZQ/zx0t4+PBoUFPs/OZ5Pu/r80/6gHXKtrwPFHPqDS1Sm1zMdmD6Bv8ps9XeIP2JEHQ6Cguvz9/0nZuyeNuG8wAE2sEf+2Kd9f5K48NqP/e9PHnZam8l04ME+vjnGi87YhwSpL+jc8Hf/YsY9rEJT+A7c7vqb+v2JgAM4XBcyHehojbq85/EN+/mr196I/8bt8Gyd6pPmeXv3iwGj6eTha/ZXnwMj/LqCw/aLDPeYOJ/YK3tVN+v7fN6/aIv5j0MsCg43Pnzximx7sP8SSLrr4/447xPstruVHIq6+p58ms9+oBocAAwHQKlm8nEFhwsuQB2nuA/MuDu5vTXq+f52sZvnvgfLOqy7EV/mL8d2QBsscH3/p0u+SQI3FB2e/1758dJZjgPSvA90Jyx4Bw3/t/snxfxz/vWW7UCXPCiGXu2PbLO4djT3xf5/QN8lKgocuJQfz35OcqF91XFNq0mnL9ufiQU57Ol+VhNBM5u9X+xncUjPi9N8vD97VvmcRcoH7WfNBIHH9ixhfLqb5r62ByePljv7/eXEsnw/39vv+DEZaMSd/RNAyVGe6YAaMJTOrmJ2qJO1SHfJfG6/wvSstd9FzgN6/xX/fiv9ab8wffOr4q3/7V3BAfR9PzCzpHYk/7UHpepJuxgdgjlBGTovvbgE2L4rRs2LiKY0okbHImYEAEt9lM8=", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpyiARFiDhk1lcksYI4zmW5OcGg3jOI0zML40Jn1gQMMyCeYAMt/yi3MQc54zEovTUTJAiLGb5EynmMSpGJzHU1A6PVaf8vBQEDyTnCVJvCCaNgkEZxrEoPzexJDOZSE3GpGkyApOmpGky9gSJGZJolQk5VpmQZZUpmDQLZgOSwZl56cDihpAWM4hFpmA9LvmlScTrIckeczBpSYoWC4g1BqTosYToMSFWD8QGcjQZQigjcjSRZpMRGcENtcicFD1QeyxI0QPNEiTFKyRtG5EUr+YQPYZk6CE6hpD0GJOeTo2IjlQkPaZk6CEpHUDygxFJ6QCqh+h0gJSHjIhOCEiajIlOCUh5yJjopICsibTcCskQxkQnBmRNpGVxSJYwxp4cQE2gYn4GSL3qnJ9flJKZl1iSWgypcHmBRGBpYl5JZkmlY1FRYiVEoxzIoJKi0uSS0qLUFLBEAoLvkliSiMUdxpAKxBjSbIVJpYKkQBU5SDSMT3fT3PXCDga71fm5v4o6zJoJBJJsB6Zt4ilcwy0IES8VcujOef575UeeA0f7Dct1Hwo7qD1pnnd2lYjD3Aa1Q23Lv+3vkk9+F+XE52AiaGaz9xKnw9PEhddM3v/eX66rKP8lh9fBdnbo/NVruR3sXtxc8+sOxwGONTJRKbvZHdZm3ivs4mNxSHh6Qen2T/4DrGAL/u3vP/RVI6b/lX39TdvKiBU/98fP8BHt8Tq1f6mOs8zrR4wHwNxXH/crgKy1+7BfNirF+r7/UfsJC34YPtNjPaBR17Mzm/Oq/aa575cf8369f92N+DJ/uVf7f1sVnOu49MX+jhtzBbfKk/0eD6tE1h3nOFAna5HukvnHnveBLtCIu/alTLM4pOUEDgDJeXErBR3ci37yvzQXcPh6+3pjsdub/ZOtGH1beK/bW147mmvSsHx/olGogdZKhgPgYDnP5mDSsN2hKYnVIWKF6VnrcyIHvE+w286+yuwACafv9vPiNE8LuHMd4Jm8simwU9RBZJ37w6opkg7cbqqlTFKcB/wdhBMPXxZwiBTffpEhTtgBbM12oQNLCmy5rj8WdVg8CegAF3GHf6nfnyQufLZ/9jPZ5S9OcDlYTTpd77GfySEwe1b5nEVf9kuygGL4/34wNfe4PSjUWEye7/+/qfrThoDv+z8AQ8e884/9zwXpm18Vf9m//IWH3n9F9gMWPw6lrEr4YP8iS/vb9Lv/9281Bwl83s8mJGJ/LIbxQEdyLDAIf+y/ODHmn/Ovm/au4ABiPeALtuDf/sapzsAkc3r/gWgFx4+P2Q6wgh18Zj8k3t7sz8z/0Hoy5KU9OHz8eA6ogCPs2/6Qx0tnH1F4td9fTizLt5j9AMQfX+2vcmYo5VS82Q+2Zvvt/TZ+IJsv71c3BKWkK/utlL2qm/X37C9c0307g4HRIWPi2xp704/725eHnzJyYYGG53P7QmDwLS74tv/vt9IHcwR5Dyy5v49vzmZmh05HUApcbX/1OdDD4sIHwMEk+M4ebI3zO/u7W1tqLhgLHUgDe/y5/TFQdDi8sQc6Hqji7/5gTlCGzksvLgE27opR8yKiJY2oz7GIGQEAM1d8tg==", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpMiARkLBPZnFJGiOM51iSnxsM4jkPEzE/IsX8qSzmMazFZFFSDxOM55Sfl4LggeQ8QeoNwaRRMBuQdMkvTQImP+K0mIO1BGfmpROhxQhMWpCixRhMmgSDcoZjUX5uYklmMhGaQGKGRqTpMgGTpuRosiTFS6YQ1xmSZhFUlzEpUWRGlk1mZIUeVJcJKe4zh+gxICX0oHpMSdFjAfMR6XqItgfiEwhlRopFhhA9JGYksB4ScxJYD0lJFRLYRiRFECTgjAxJ0WMJ0UNSBEH1GJOhx4SMSDUiJyUYEZ0SIBkVoonopABJbBBN2NNCELAhUSwOkihJLUrNT85IzQVqLKp0zUnNTc0rKUY1MI0VxOMGEo7FxfnJmcCMn5+HalgwF9ywkMqC1GCQ4pDUkqLEjNSUosQcNMU8QIZzRiZQwhloW2pRJjtQAE0NJ5DhklmUmgyyDMxzzslPzi7PLE7FYppbZkop0GE5oJoukxHTNHawV9IT81KK05hxZlBTaLqmvYc5CHlYAKQjvxSkOJlYfzOR7G8jFH8boiUQfgZI08E5P78oJTMvsSS1GNKm4AUSgaWJeSWZJZWORUWJlRCNcuAgKSpNLiktSk0BSyQg+C6JJYlYEqqRBaQYQnVeKkgK1NIFiV59nqX9LVzwgPcrFhPBMtEDd9yYK7hVftvrXJn1TFZd4MB1k/cWrscFDoj2eAFVfLI3CjXQWin8Y792u9jNc9uFDnzaEJA9q/zIfneQNo0n+wWP79rRe0zoQCZDfiPL0U/7j2taTTpdv8NebvkLD7167gPpYAu/719yfx/fHONP+1eEnzI6spHpwA6HpkfHZ1y3j9vlycOkzXXg8FeNmH4m8QNfb19vLHZjddDPW8y4h5XtwGQrRt+WXt4DQEdccLnxyz73+e+VHy9d3X+C3XZ26HzxA2t/xeQe/fd//2QJljC+tSwHqkXWuT+0kjlwfXGBLVc4k8OH1pMhB1ec2f/pkm+SwA2mA+znJANvST/b779+SmpH8p/9hWu6b2c08BzQVZT/khP22L4mEeTjt/aPj8/YPU2A+0Af2wcxjwDmA1OvcGYo5Xzd/zRx4TWT91/219qbAp3+wb6jNerynmSmA2UP5ggu3St0QHFDUcbEtywOIUHqCzoNuA94VTfr+7gpHGDawyoksp/V4XspUOFTkQNA0WVcx8QPPGmed3bV+e/2M+5Obm+dJXRg162uv6nlvBD19rfsjzitzbxXyHDArjJihamv2AHNmP5DXzX22IOdH8t7gPeB7oQFFuIHVDTqenZm8zpc0U6VfHSD7UCV2Wq78NusB/qDS1Sm1zM6zH4mC4yRD/t7bmcw5B8UP9DV9+ST/CW2AwwT635bFdzbD/R87Toz6QPqhhxrZKK+7QcaDkwaz+xB1p6tFoeI32I6IPkoQnz7xZ/7g1kXT7JqlDmwXhXoA182h1UfgQE8gflALDA2NlXLHLD4cShlVcJne15wAF+wTwVr/L5fIMJyy4myN/vBwV3LfoBn8sqmwJeKB26tAUUkswM46zrmpQNL0Pxc9LKTkQG9tjHEImYEAMTzVGM=", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpMiARFiDhk1lcksYI4zmW5OcGg3jOQ1DMj8pi/hSIeQxrMVmU1MME4znl56UgeCA5T5B6QzBpFAxKgI5F+bmJJZnJRGoyIVUTSMzQkDRdRhBdBmTpItFbxmDSMpgNSAZn5qUDsyJhLeQ4z5isoDCB6DImS5cJ2Fcu+aVJRPjKlKzgMyXLfVBdpqS4z4z0iDKHeYkEPRYwDxGpBxKpEMqMFIvMIHrMydBjQYYeMgLOyIAMPYZk6CEjgoyIjiAkPSZk6DElRY8lRA9J6QCqh+h0AElpEE3YE0IQsD1RzM8AqSCc8/OLUjLzEktSiyE1By+QCCxNzCvJLKl0LCpKrIRolAMZVFJUmlxSWpSaApZIQPBdEksSsbjDyAJStEHaMzCpVJAUqD0DEtW5MuuZrDqvwz6DmVoSoswOLpn5H1pPft6vsvNP+5doDgd+7q3LKo9/tr/EcI+Js+vl/iNOazPvFYo4bOYpXNN9+4X999IHcwSXvt2/7kZ8mf88dodNc98vP3aax4Gtcapzd86P/Up/vwFVvLY3ETSz2RvE5JDw9ILS7Z+v9i9WBlqwRdpBKaeiaqnO5f3PezTe8toxHbglXZNoFPrRPirF+r5/7/b9mQz5jSxH9+9//nvlx0u+L+zbToYcXLFEyOG57PIXHno/9zcfOLXQdZukw3e2+Bk+onvsmSu4VTTq3uw38FnG5baU3+HynscisifP2gtUma22C3+8f9EW8x+Hngg7cNjODp2/msEh4I9E8XWhr/u3iv4+/e7kL/sNRRkT39Z8sneye3Fzza9H+38aPlun+uSHvULyuyinfdxQf3/Zv/0iKEB4HJj2sAqJ1As53N3aUnNh87/9vp/7gktUru93BzuEySFfCOTCp/v1/iv+/fZV3OG9hat7USW7g9u2z3+vVPzeX2tvGrfrpISDsld1s77Pu/2VEStMz1qzHSgGOaNe3mHXra6/qd9f7S8DBfNexgNL9x4UVwuWcdgYkD2rfM4j+9fFQJd7sx94mrjwmsn7D/a64AjYvX/tr5jco//e2U9pb426vOeXPf8cY6DX3+1nmFj326rg3n5R2ZNP7Zestw/onZ4n1Hxi/2f5S/nx7A/2f90JsvC2vcf+WlmL5UKQeHzDcgDsvGVfIeFrJ+bQJQ8KkG/7V4SfMjqycR/E3buFHMDRPO3tfgOtlcIXjsg4QOLzhb1OquSjCPHb+7ndVEuZZkk6MM3ikJ4X93J/+tXnWdrfzkPM+SjqcHFizD/nX7wO1SLr3B9W/dsfzAnKKHnpxSXAyqsYNY0jmlqIBg0WMSMAVtHnHw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp4iARkLBPZnFJGiOM51iSnxsM4jkPcjE/rGJM+MSCgP4O5gEy3PKLchNznDMSi9JTM0GKsOjzJ6TvPxBgcYM/lcU8BkxMAiWFwEPDKT8vBcEDyXmC1BuCSaNgUCJzLMrPTSzJTCZSkzFpmozApAlpmozBpFkwG5AMzsxLB+YAwlpAYoampFlkAtFlSIpNJmTZZArRZUCKTVA9xmA9LvmlScTrISnszMCkJSnWmINJC1JsMScjBCzI8I0lifZAUgCEMiJHkwkpAQfVY06Kj4wgekgKbTOIHkvSY8iIpBiC6iEpB0Fi1YjowEbSY4xVD6jMLwbVkcElqUWp+ckZqblAfUWVrjmpual5JcWIEhNcOoLrV25Q7i0uzk/OBObf/Dy0CoQLblhIZQGEC4lgVOehqcWfv9C0sYOVpCfmpRTjLs8M0DSxAhlhiTmlqeDSx7+gIL84swQ9JPgZIFWDc35+UUpmXmJJKjQEeIFEYGliXklmSaVjUVFiJUSjHNgDRaXJJaVFqSlgiQQE3yWxJBFL6jeCFNLGaczIUqkgKVBMgEQ99f4r/v0mcEDWIt0lM//CfnvTuF2ePGwOupvmvl/eJnzgvYWre9HPx/sXpm9+VbyV32Hjw5dTN/WwH3gEpHgKn+33Xz8lteMxm8PxXTt62Qr4D6R1JMfecfuy38xmb9C0h0IOwp8cz6ddfb4/KsX6vn/v9v1TU0EKvux/kaX9bfrdP/snLPhh+Gzd4/0/gaTqk3/2m3kK13TffmB/5t3Jw05rT+5/D6Iyn9jzgR30zT75XZST3YuZ9su43FRLmR7t1+Dn3rqs8h/U/OX7gzznNqgdemH/cvt65uc9L/bv7GX7IOaxYT/r0X7Dct2N9mD/VPIfkGQJAxr5d/8DXaALPoo7XJwY88/5l/CBkCD1BZ0b/u7nn2O8aMt2KYeKqqU6zjK/95fvmy+lf3fLfr59BjO1ZjAc+Cx/KT+enf1A9OU9j0VkmQ+sOOZt3nlQ0qGRBWjRd9YD9Vl7SiZLfN2veVrg+C4LAQdnmdePzKQe2bv8evv6gOXh/XOOKGwoyvi9f8n9fXxzNgsd8OJh0m4Xu2j/ofVkyMEV/+zvMXF2yS8WPzD9/4S631Z39tf17Mzm/CngUOYvJ5bl+3r/TC2JqVc4P+4/+m9T9ScDJodDbcvDTxk9sYeEx+f95yQDb0nXfLCPn+Ej2uP1zH696pPmeWcf2D+KEN9+keG7PcR9f+1XAHUd2fjBvqM1CuiTR/tTgLHH/IPRQepAtILjx6f7/wON3xDweH8wJyjB5qUDs2x+LlpmQM26kCIUi5gRAJmTxSU=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpsiARFiDhk1lcksYI4zmW5OcGg3jOo2JYxfwpEPMY1mLyKCmKCcZzys9LQfBAcp4g9YZg0jgYlCgdi/JzE0syk4nUZEKaJiNybIJosiBNkzGYNCNNkwmYNCdVE0jM0IA0XabkuM+UHPeZQtxnFMwGpIIz89KBJQ4hPWYQPSQ6zxyii0T3WUB0GZPiPguy3GdJVkxBdRkSrwtiC4QyIdZbEEsglClYk0t+aRIJmkgMdqguC1KC3Qiix5IUPZDgMzIgKRwgFhkZkqOJ6ISOrIno1AdJqxBNpMUtVJMpOZrMSNIEKZGMzMnRRHR6QNaEPUEEAds2xfwMkIrJOT+/KCUzL7EktRhSY/ECicDSxLySzJJKx6KixEqIRjmQQSVFpcklpUWpKWCJBATfJbEkEYs7jCwhZT6kbQWTSgVJgdpWIFHhxMOXtVN37p9vo3Nl1rMP9nHeJ9htZ5/d/67G3jRuF7PDoi3mPw6l/LQXaj5waqHrpf22IGWyH+0fck9e2RT4177quKbVpNPX9+tumvt++bGv+5dXggR+2XvxMGm3i92EmnNx/7WwN/q7l/M5uGTmf2g9+Wq/mc3eoGmK7+zrenZmc1ZyOqxc4ucgnPh0v8OS+/v45nzb7/2KxUTQjMMBpNuT59n+B7oTFvzYyOFg3umY8DSAzaGp2G3KN7aH++fFaZ4WcOc78Fx2+QsPvZ/2+ndV2Bqn3t6/jMtNtZSJ9YDbts9/r1S8teeUBqm8sL+vtFCa9wHfAd8WXv/1IhwOS0HWHn6+P3rj/jfzbG7sF7957nuwsqjD/NVrb8SXfdof9XXnra6/gg4Zm18Vb53K6TCx7rdVwblH+99FOdm9uMlyQIOfe+uyyof7+9g+iHkErLFnAIEDwgd2ODQ9Oj6Dx4G5gltFo+7N/vJ986X0Yxkd1gFN9Zfjc1CU/5ITVvti//T/E4Amsh7Q+6/491spr8Pf9i+3rze+3q/rLPP6kZkVxDwGhgYIX2p/hlJORdVSdofaC5sjv+58Yq+ft5hxD+um/YW2XNcXfxA64AMOoA/2t7v+pn5/cnX/gWgFx4/JN/YH9E7PEzos6gB0TM/O14wHQNzmA1/2g2Jf8pGYg/GRjXp5i5/vXzzJitG35a79r7evD1gmiztAwvX5fompVzgzFgk7gMNpD4cDMNSP79rxc3/QDrnW1xOFHI7lmjRsZxB0gLjn0v7qZn2fZV0iDkDLz8SeZnEw2K0ODKlt9sGsIBtYD9Su25ZUf/Pp/uxZ5XMWKX+yB+t3+L0fHJzH3+9vOxlycMWSa/sjVpietT7HfcCQY41MVMqH/SuFL7jc+HBjfzAnKAPlpReXAAv2YtS0j2j6IUp1LGJGAFwvAzk=", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpsiARkLBPZnFJGiOM51iSnxsM4jmPimEV86dAzGNYi8mjpCgmGM8pPy8FwQPJeYLUG4JJo2BQonQsys9NLMlMJlKTMWmajMCkKWmajMGkGTmazEnTZEKO80zIcZ6JJ0jM0CiYDUgFZ+alA4sBQnpMIXrMSdFjBtFDouvMwaQFaZoswKQlaZosIe4zBfvJJb80iQg/WZLsJ7B6AwhlSKxVENUQypjYMEfWZEKSJiNybDImI0lAXWdBih6o4yxJ0WMO1mNkQIoeC4geQ5ICARKxRkTnJWRNpAU3JBiMyIlYI1MyItbIjCRNkELFiOjUgKyJ6OSArAl7eggCtmmKxUESJalFqfnJGam5QI1Fla45qbmpeSXFiBoLXDuxgnjcoKxcXJyfnAnMzPl5qIYFc8ENC6ksSA0GKQ5JLSlKzEhNKUrMQVPMA2Q4Z2QCJZyBtqUWZfICBdDUcAIZLplFqckgy4IFQDryS0GKk3Pyk7PLM4tTsRjqlplSCnRfDqiezeTGNJQd7KP0xLyU4jRmnBkcmi3M0MKLnwFSgTvn5xelZOYllqRCwwnk+sDSxLySzJJKx6KixEqIRjlwkBSVJpeUFqWmgCUSEHyXxJJELPFmZAmpG1GdlwqSArVBQaI+y7jcVEs/2R9xWpt5r/CXvcOS+/v45nzab6C1UviCywX7WeVzFinv/GQPVveV4YB9ePTG/W8+2as9aZ53dtVH+808hWu6bx+wf/Ry6iaewkf77zFxdskn39p/3793ep7Q/f3bPv+9UvHy0X5BM5u9QdMO2l/Kj2c/J/lnv+fcBrVDbZftQarfRW2yXzzJitG35a79elWQwQwOK5f4OQgn/rRPKPOXE8v6ZK/rLPP60TYGh/bl4aeMjnywj809+m/TbyaHt/NsdK7M+mT/9fb1xmK3JfsvKt3+WfeK1WFL5Nedt7j4D8zIE2o+4MV+IADkHGa2AzxM2u1ikdwHbtpWRqww/bu/TtYi3eUlw4EPYh4BfyR+7VctZZrFIf19P8S8G/vTwOD//q6+J5/kL/3cD/H/3/2ab3n3GUQKHkhdlRASpP5iP4ft7ND5q3/u/5f6/Uniwk/20U52L26uebCfYWLdb6sPfA4XNoMcdMl+9fmrYW/07++vAAXrn9/QcPuxf9Pc98uPed/ez3q037B8LcuBJyKyJ5/a/7U3W20HtJHZ4ZtGTP+hr9/2G4Aj4qy99rfpdye3/7R/mrjwmsl7jgMFoGANZHMAh7MYs8MMH9Eer1dv7Lm3Lqs8rsnm0A9yfv43+5dqhhxrZDih4Sh8ABS6vsUcBw5EKzh+TGY/APT8vLiVnAdAwVtdxHtAcUNRxsS3HAeEEw9f1k79sp/r+uICWy7mA89ll7/w0Ftvf+zO1paaC8wHPPX+K/799mG/U8LTC0q3T0Ld920/ODltZj6wZu2N+DJ/pgNg7dOFDoBcbeH6fn/P7QyG/MZH+42PbNTLW8x3QP+uClvj1NP2Lpn5H1pP/tzvXvST/+V3kQMg37CYPN0PSQeMB8BZ2jEvHVjQ5OcWo6Z91AIHUgliETMCAMa2V9w=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpEiARFiDhk1lcksYI4zmW5OcGg3jOAyTmRxcxJnxiQcDwCeYBMtzyi3ITc5wzEovSUzNBirCY5Y8mBjLFOQeLQo9BL4aaJODB4ZSfl4LggeQ8QeoNwaRRMChVORbl5yaWZCYTqck0mA1IBmfmpQMTInFazEmzxwhMWpCjyZIUxxmDSRPS7DEmx3HGniAxQwNSXGdCTtCZQCwiKY5MIXqMyNBjAtbjkl+aRIQeM4geQ1LsMSPDbVA9xqS4zRKix4wUe6B6zInVA0kCEMqCHE1EJ25IOIMpI6LTHLImouMIEjsQTURHEiR6IJqMydFkglUTqOQv5meAlIrO+flFKZl5iSWpxZDikhdIBJYm5pVkllQ6FhUlVkI0yoEMKikqTS4pLUpNAUskIPguiSWJWNxhBMmbxpCaGSaVCpICFcMg0SfN886uOv94/7fpdye3t3IckBPL8v3c98Gee+uyyuOaq/Z7v2IxETQTPCB+89z34Mef7W98+OIV2fZ/P3v8DB9RHpEDpUyzOKTlmBzWqwJN8mU5cPTfpupPBnwHWmsubI4sZXAwadju0PRou31m/ofWkyH/92fdK+zqe3LN3tLVvegn/8n92y8y3GPivGe/5UTZvvlS1/ffaCx2m/Lt7/53NfamcVZsB37yv9y+nvm7PTNnl3zyu2f7g6cp9pUaih64vOexiOzJv/bvXh+wVPb6Yj99An+VmbbQgRKV6f8n1L20X3J/H9+czawHfFt4/deLSBzY1gJyELuD1krhCy43PuzXz1vMuIf1p/1cwaV7D4rf2q/5lnefwcwn+/MbWY72Gz7fH3vHjbmC+4w9SFYt+KP98x4NoIpH9vW/rQrOdbzZrzdhwQ/DZ5/twcF1meGAS3fO898rF+6/q8LWOLVZ4MCnS75JAje4DlwX+uR4Po3Fwcnuxc01v37bX32epf1tOt8BsPKPl+wruFU06np+2a8wPWvtd1H0wAIpfaARb+3DatdtS/rPc2CO8aIt5hbiByavbAr0lOVy+JIDlDFjOlCftadk8gzpA0BPfd15i8NhAzPIhf/3/7tS8VLN8Id9jILjx+Qzc/eDyFjvF/sLpXkf6E5gdgBFW4/Xq/1zFinv/NP+c380OCCf75cHG/zIPqB3ep5Q8zd7oO31N22/2x/ZqAcMqa/7d8i1vg7c8du+FxQMBif37wUF/9PX+4M5QQk5L724BFj0F6OmQUT9j6hnsYgZAQBjwIya", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp4iARkLBPZnFJGiOM51iSnxsM4jkPcjE/osWY8IkFAcMimAfIcMsvyk3Mcc5ILEpPzQQpQjMLpMM5hxhBEM9j0Iuhxj88PJzy81IQPJCcJ0i9IZg0CgYlIcei/NzEksxkIjUZk6bJCEyakqbJGEyakabJhBybTMi3yTyYDUgGZ+alA7MfIS2mniAxQ2NS9JhB9JiQosccTFqCtbjklyYRocUCYo0BKdZA9RiSoceIFLdZIush0h5DiB5TUvQYQfSYkaLHGKKHpGRgDtFjQaweSMxAKEsyNBkRHauQ+IRoIjpakTURHUeQGIVowp4fQIV4MahACy5JLUrNT85IzQVqLKp0zUnNTc0rKUYUgODCDlwZcoMycHFxfnImMAvn56HVCFxww0IqCyBcSApEdR+aWvx5DE0bO1hJemJeSjHWIgPibTRNrEBGWGJOaSq4APIvKMgvzixBDwl+BkhJ75yfX5SSmZdYkgoNAV4gEViamFeSWVLpWFSUWAnRKAf2QFFpcklpUWoKWCIBwXdJLEnEEiNGkDLXOI0ZWSoVJAWKCZCoTqrkowjx//YnZuyeNsFf7MATEdmTT/fzHDhoqexV3czq4JckEGG5RfCAudSBaIWDfAeqzFbbhUd/sDfkWCMTlSJ24NRhp7WZcSwHjmtaTTpd/9O+9XXgDrlWrgNrf8XkHv33fz9LGJ/uJlkWh808hWu6o7kOWPw4lLIqgeMA4z0mzi751/YKjh+Tz9wVPMD+Qcwj4M/v/XJiWb6f+77Ze+r9V/z7jeHAnEXKO/+0f9of9XXnra6/r/d3/039/iTxov2l/Hj2c5Ib96/bllR/0/aifcQK07PWfj/232gsdpvy7cP+dJfM/A+tb/df9gV54Jt9AUh54At7sH9MGKD+OLhfOPHwZe3U5/sDs2eVz1l02b7ypRrQa3eg5pzbL9rj9YplC7fDBZcbH754/ds/WQLkI+4D4kDXShRf3v+Wd5/BTC2hA6sSQoLUF9yFmsPgIGhmszfomuSBt/NsdK7cEjgAcQe3g5CI/bE7WwUPaEtMvcK5QugA0JEnQw7esRf7ffrdSWapA07n064+f8V0YKmOs8zrJCaHx2aggP+zf0NRxsS3NY/3R6VY3/fv/QMJ17n/7DdXf9oQkP3GnttNtZRp1o79V7RBEfrb/o4bcwW3yhd7/jnGi7aYsx9wWHJ/H9+c6/ZAR18X+vR4P9ifOgwHgIF2cWLMu/3bQcFY+XU/n//6Kakdn+xDDbRWCl84sl9R/ktOWO05+2BOUILNSwdm2fxctMyAmnUh5TUWMSMAXp6fhA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3l0TFcYn8kysmmIoKe1nKCktpolm6r7YoJYQyZttTjyzLwkj5l5+maC4BRV+1ZF9Dhay6FHKoglqO2+hFDL0TmilqMIsSYSkW3CZKL3vjdkxPR03pz2nx7/3Hfvd+/vftvvu/e+sIlMYoqPRCIx+aFmBKOntOl6KuVDLMHi4bTJnCJ9OYo1MwYNHqnfyv5G5vWGbGSjLBHFVhOEOoMY1kDq1Wkkm0rReJGLvRJcyOLfyv5Hsu4vZXyVvWLJAMaoaxzhuSF4vZxvFRpcqLEsYyDNtNZNkFIcSMG3EeJASr6NFAdSeaJJ5YmmiCFYJldoZOijoY2p6JT7J0ykgIkSg4ni22jxkBgxkGjBsj5iMDEiIyBoED6RokByTzTJPdGkED4RokBKT0AqkeYJxcdjRJHB4ZEoNggOKUSxQfBHIRdHVB4jqoYcGKV4ditUHmDcTmpjRShE5dSBcftMcKoihdtEcAa5zQSnKlK6TQVnkNtccKoipbgid4DcZoMzyG06ONWr0pMiV4o7gxwgcYwQriOlOEY4QOIYIVxiKnGMEKpW5ZoR+BVraosnzBRLMdo0yoCAbMZAPWWgjGbT6xum+OJRIGpiTSZGS6PbmjE2eRIHvNosKWMKpcGLkygzS6ZROpbUu3g/q9NoNKFG2iiWxoIma/xRJ45mKS1Wxo/UekY7eRptolzsNojWpSPD9PhpRvu+uVsz3pVU0qgzpXi/Fiyne9Vx2Ef89/62+Ff9DRDjr7OnKgexmhAjWCK8cdUMw+poI2mmTMLjtzlqRqeTRjNtzohlWTJDAHbgY8Gma83pLKXjJ5Ibx3GkmXRBUJXjXfu6eRSewr+uWFq0oeW2Y3kS7uDE2dc+eRZELI5NvmfpVAr3/zb1+Mb3KuCPc7rmL+gmI6rtl6Y/6noPto0fVf9ulR/3u1VTvO39AGLQmlrZhB9scOOOnVcnTH0BrXfJzZdVVWDJiruVHS9KucHe0wO7hJfD04cPLZdV1IFO9tr0og01cCWeZvy4tZf80zrpJUQUVjzKm+v7/bnZ8fAJoJmK+WeSnoK4pfoHtqwa0P/htezn4yrAjMgd/T8f+wfsc6RbcGBuA1hUff3KXFMNuJWwfJ0xpBIg4c8Zp/NgHL+BBRKtyBOFPSph/O0ZobsG14Oyn/r1vLT+FHx0cLf3g2UlsC5f90ty0kNoKGjYO7PSApiQedzZzcWAd2t4Jeylbld6J9IKsNY90A6GfbEg+nJBM+7aBRwAKfdp3vatI4l6iFEDD1wB/Y4lZoateAKw9Xnbi4AVedvyAx/ubBJeWAF7f7epTn6/BI5ovWxoiU8RuFxgUM2JasGZ0laVzQI2IMQrgEPZyBgTLuW2nxqGQhNCZLf7UvfxrUJYXsrFdB56DoZa4q5WmP0Is5AAwMNzg7lJI6pWaMzBxACcxut2OHJiizEx+xtgZc6oyeunWYCQXxkn+DcfrPra1nfKBSuw4mHrOiDkz+aIpw2MLTxaHNq+Aew6gAliBxtx+O6Xwmyc7oRa8BibM7MG7Csx5ba2FcKjviGh4FQzgjejyzPwIgwlPFlK5LDYwitQ4JEXQSYldtu0+A44nte2q8a3ENauu7F64fzDEEtzbku5XmEdq/Wf2UEOylJ4WRm8kfvtLMu+Usj7e8uHEPQ9gkK+quD58jMnBuysg7cDV2d9M/oeoCXMXJ8CK+TT06oYrp+2YUvnX+8A2ziUaYUP8fgjRKClfpzg5wug2rI/qi6/HgwN8uqxMDOYU57c09vYWUqcVeCOF5GpxkREdvF8sMM2tnPlZ9QyTtjXAgT+y7jCm0XIgucweWpChzaTqkHJ2r1BX/WUcVnYDNIKb3r5L+moLYKxT7Xnxw+zgz3wMWLkSYiKEAXCm1uAabP1IqgNH7cyv+aQw39/rntWK5TxWpiJtsteegSsCsaVUAzaR6fG0U/e4dZSi7Tj/ywBu9fgTnOOP91ijanoxmEMTe8aqaTp6Sx3IVP8BabqulE=", "1: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", "1:eJztV3lQU0cYDwQC4ZYi2vEqYj1q6ZgD8CjdjbFUrKA1aKv1aEwe8DTkSY4iilep9ahnrdRRtK3HjKMFEavWat3gMRSrqGhVCqMIiIIV5RZB6e57USLSMY+Z/tPxn335vt3ft9/x+3Y3ATOZCTFOAoHA6IqHSEZHacw6KmYQ0RD1WNpoinF4KilMTLyKSMpXun/ROb6gi2rTTcC5VXngH+GMIV6tU8apDbEUTRZ1YGtcB7rRr3T/I91bT3Vslz1jyUhGr22TyFwEWS9hR6mKNKrCwMSrTbTGTpCMH0jKjsH8QDJ2DOEHkndmJ3lndgqOIDqJVCXCHxWtj8Wn3MswIRwmlA8mlB2H8ocM4wMZynk2hA9mGM8McDtwnxBeIElndpJ0Zicp9wnmBZJ1BiTn6R7XfCyGFxmsEfFiAxeQlBcbuHikEn5EZTG8esiKkfFnt1TeCYzdRW3rCCmvmloxdp8JNl0ktZsItiC7mWDTRTK7qWALspsLNl0k49fkVpDdbLAF2U0Hm36VdabJZfzOICuIHyO460jGjxFWED9GcJeYnB8juK6Vd8wI8oo1diMTJspAMZo4Kh4DDUnv66h4Sm8yPm8wxplI7nhQGI2Mhsa3NaNv9yR2e2YsOmkOpSKLoymTQR1HaQ1qXQfvZ2UcjSeUeDfKQBNFuzVi/GMUbaA0ZDNWUuoYzexE2kh1YC2c1pqxYzryNKOdX7TmwoYSq9ZrjTHC55Jlc69aD/vg/z5en5fFSxYoGTNZrLE3bDc+YdsGLLfyqx0/vAXcU1fJMAYtrVebKCP3BvbEw0dmtd5Em5IUBoM6iQP2ZlNiMGtMZgOlZSc+a5NHqU3qDngqtz5vn3ePIlPkHyzRLl865dKxwC5wQcahmYsK0tH41d/pfVNaQcTWxf1PiFxh3ePLcyv6X0Tr7yWD4OmN4ECl8WDXEb5wmX9BXqOqGlTdtQwLPOMMZaf2v6MPdIQ35/llfHCzBTifXitJTBfCQ7XEQCs4O+3D313CbnHrxzQDietPPadoPWDY25c3l/cSwDK/Xrm3kAuc/muEh+PgUjDJKyhr6/0G8IaiWnN2Wh1yiPzSc9y+IpS2PfBIy7JykLfn/J+T/hZY9r738af70SlQmrPpaOq6JlCc1mXXb9k5oO/jBnNxWimavTkRQyqQOnrCgB9WPEaLZh0zbeheBEoqNmZ5JFShfthaXWEhGDR17Yn6gSUgX3DdUbyyEBxLXec9L6QGcPHvt8ZfhlID1pgTtrhBzaKCsKRPGtGNcThh3wgtK/KvF7tvyEUt3Y1XfWsK0HLNtKJwYREQ99g2fdAfjvChqnTXllOVKCigT51uUjU6E529e2fUNXQ8u1t/1VIveO1B3ZjJIjHEoLnuOz3haDaRfjCOTXgFWuJEEtoCsHHF+RgR7O0/K7J2TQ1amnzhwOT6u4BN5wh/iJOHS1MLBOsXNg9/4AoXkOkjjSDq4vqpT5RO8MrpePniUGdYX3h1iTG8Cdy60LewaWEVGHJ0gLf7wXq0782ylG3nygEp544lQrjzxnGvNFkzwk5jijQgTq4FrQEkwa0oG1dzfkoOGtx942VxXCUg2eujEVuMcSRjpSALm3F41wmGuV3dMSesxFqneyifmeGS93qLtQ5nAce/RrT959CHJ7Q16NE9QhShJaGHZ3HQuguAFjA4BfUokU2gg0WZTl9PWFkHGN8Uy5kfa5Br2JaJ3+89hyK7rhpT6VQEGgaSgjajPdX5kTN9aq14hBYfhl+U5DSh8gwSqAiuzLyJPbiDXGZsGtt1VRkXx24feD/35Mh0ugoMYIlajHomq6UTMz1hqvJr3e3m21x9U8QW7zQZdrkEzSe0n/cInX6SNb8m08lCJL+Mu+DoL6tFD/yFFratLEJL8/A5ecvz7yAp68AVlFyTOX725gbwOQk0XQR3RcHX1CcbEKl2UMAlwPnXCri+fIi+yiXE+cuah1RO7ucKfSoO7xPGesJvG0Q4Ei/IHnkKfSy+eJj49leOg6D9IS3pQCf9B13DsNc=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3lQU0ccxwPhPkRoRcBrsB0rVoUcgKDtPgzjKC2iZAoWO9UYAkQggRx0sEhHrVXxKB4gMspIKbU4MCjKeKDuilIEBxWlWkC5ihUEBFPkCkrfvhdLnGFqXv7rjPnj997+dj97/b6/zT73DfLQKDaLxVJakSZYHicRq+MkUXOxx4w0n0uVqiiT16UAlTxeiEuCd74JfSujTP/LF0rurdCOfFkmV8SL4gQxIkW0RIobTdBXyAS+5e98/1Pfmxn1ryKWymWR4yVctwK351CWK8RJGaCQx4tUUrGBEI8ZxKUsnxnEo6w3M4hPWR9joEVCC9IKpbJo8mx6G+JtzDg05MdkHJ8V2MfxZsL40gzXCMaYcXwpJlCu3vAWhmrtRT94hg5EtebQDz4jiEs/fBhBPGMgPkOIziOKYSQ63YoYCYheENeLCbOIZjhGMIxEp2MM1gKVPTRjsBT0GEbi1jHMhECLm+trDGSwEvQhg6Wgl0Y8g7WgDxksBn3IYDXoJSyP2dGgg5gdDXRS8AwWhD5kzNHAY6YIHcRMEd40xEwR9N8Lf2JF4Iuk0oFF3zAEcrkiUioTqSRK+uphT5rVapFMJVUlBygUomQanIk7UinUYpVaIYmkKtaPlwNFKtEE8+B70WcV/ZHwukqCq/CVBnvr1yWFzHQuB0+0Bc/v1jijnpwl8+uyrYhS36HyyJN1MGBrW2WW1hG12h4s2FprR7StmXqulvUU1CxeWbv/oTOqvzUo/DP/JXA1C5u0oOQyZO1P1fon2KD292dUPQaWxIyIyMXNIX3AzvTjHc6uTqi5BXekATtOhFdzr7eCg/4mwd/vtUGYPtY7ArrafNzQ2jqw7NCAxbqsUWhVOJ3s4R68fnqhLM+kHT414zv6LGEhsjdyaFsi4dbOu00tWiAokjYlBjmhwJGeLuR3DZ4vZj/ZM5eNtF/FV7wq6QdJLUcd8y+Pwau//rySeK9HNy6bmLIniOxyCNbObhxO3dgBMt33qROn1UPFsEPnueLHMLzbs+wjh0E418G29JfkJ6CtM6PELvEZDCk+JNkpfgR6q64tLZK+ADYP8hI+SWOjI2WZ6Q6bOsBUamNY6NGHFlsyBL3guJsn+VoFy87vtehzvgNyek/89pnvCJyeIuJ+4XUfFuBptbLRqIvygZOmD9LrOwiv+n0Q9O02N0SN+9yOoJZr2wUPj6WnakcckcfNyZUXFzkRVJzKNCA2+5ujP+W5oTlC87wD/oPAvmVB+vGhqyBmf08K8B6G1D6lTSY23znz5YsL3ZBF/V7A8h/IgJSYE/aJhbsbY4agz5LLoZm5Jmjn9oh7l8STiUoP/wM3v+sDn3bUF448dEJBVEB7oSbgdtTv0aa0XubZo9Q9F2Kth+tg2izxs4hyNuFCTWQKyo0+81RZWgFn4+21H4PyLWYVP3JMiN1xWHlsdD8Mb7Q5Ms22mpbzdSsA4WtPw25zRMnqmA3qnMMhpTACCov+IBU7BFM0p1bFZp8AZ8lVNNhYEpkC3FMvPL7rVGtnxjDwJNVyaTuLuJGFA9IB5U7bUHXuAJi6fNWoy9/WBFZx01YWat+WU3PythYsJHeJ81cDfCXAAtJAer6dgI77beC7K2D94zvVoPIiDuBLuMbv7I2kKxDi7NkY3AipaXto4Kb8+YLpXYNASW14DVxnect1dUM/wNEwCe4Gew/LyJlYohULx9xfDtTCSVe8jsxz0YK0fe2aWaHWiBQLuZB+4D6rPy5s8wCkwrVvEDSHYLJZt74mSCYPmRGmSGiNDxJZtFJF3paVb54B498y49ejCXzcfwBMYRKT", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3lQU0ccxx8JBBAIRBGrgtVqS61a5L0QQMX3EFqlI1qIrXiMGiDBSEKGkNDiUe+7h61iHYr3feDRVkBF9ldbxaseVRnpFBSQa9A2ikWko+3ueyhxykzz+K8zvj9+L/vb/bzd/f2+v51Nv0RTvE5KUVSGGzaxJoM2yWrQ6gKJxxmbsfoMi87pWSvSYjKqSSvqpQ/7JP/yjWv3xeM4qj3xj3dNZqPGEDVTY07R6smgDr413kHfmJe+/4Hvxep5rohRprTk9hbpiyHjg3lLq0kBRppNRo1Fn+QgxIiDaN4qxUEMb0PEQUreqsRBIZ2BVLwNVcuwVevTUvDh9V9IaAzxBat4JtpkTXScETVPmMAEi2HCBUbpKMOPHtoZKFh40aIgWniFiIKYziyPERlwYQqRyxMqiWfCxDBtYQgXwwgbooeKYYT90KIUFCIwDue1Xak00wnG4azaMaLyI1QEreoEI6pa2xiHdWBXebTDQrCDGIeVYA85LAW7GmfE1Xgb5LAY7A4GRlyNt0GdOU0Yh/VgD4k7TYRKYsQpog3qWBHkTpjhTQmXhSiTyZysT9NYtBnCLcILmzirJs2it2RFms2aLAHsQz5kMVuTLFazNpnvmNHejtZYNB2sgwkXDh3hbv+sS0u6yO2EeEebH3s3hHbhZF192TP+/uCdy2z7PvRvNuej3G39w7253kHlA2ROAXAus3hzr6A6to/frNgmuZQ74D85efitHqDEo1tOUdyTZuvtXIUXt3HBG6eW7e4J+U1Prn/cUIoWZketNtRRXFDadqeipb6w41axPJexsddzagN217twgVtWHq7Ud4dgN/LFCyhiMO7ZKOUG3vMqHlqmAH5dv/2Jovwbq1Q5HjBl1Mj6MkM3uLTil4rbq6WgXt/vc2t6HVvILaoq2VCHzhiVCwq4UlSt6gVT+l5Fg5b7lV16VI2W7554no52gZBpx2M8F8lgMZzf+o7KG8iuygc8QicKP5PZ/FpRwLkadsd0d6DIs4AC00Ln018EN7G9vW4PWbPFGfKXzL3y3SQKloWVnjYqz7Jk+K3iFhQQlhKtN7Wgdc2y6RvG2lDPqoQeBXESeG/O4qCxu2zoWmyiT8IxV47f98yuILSlkPT7ZLyjFpZs60CrB/TnARta4jX+0LoaD+6G+8zXDIV9IJAPkIzju3VduU3TBl7wCewLcx8cfj81p5qt9Fi7d1HcU3YSWdiQHrB5BA6kzo3DSdl5cqEPF5eKM5rYC8bzCXyIzrpGfPPB5mZ2ju/B0ZXDFJBwnv7pyNsPWEmRC464HEaMu/rl1JEK8Di6K6tkbxfwaSg4JK1zgWFfXZg/Zr4fKFQjTsb7yeDNTz49lhqjgMu6G3WzUrtDnr4ifZWcAhL9yPs2dkYmmbEZEQzNK2dJNo8uedwWT0Bfr/Gerdp/B91ZvOnnfZez0bLJ14qqffNQZjoZcZjFqsELqkFOFRL3Va82oeqSDSfW+3hCXutU4+mnNlSj2Vqq/GMPK8fh0q6QAN7U/ryblawwnxGVRWQl7Alxg9k7B2MJSQEvKuliuQJqSdrkVajgKlUhWekJVQ3Z33qmu8N0HNaS4/dR3K+952roRqQjT60ctPtmTIgPlAI7ccoRdPcpyiSBjXAW4jPQFbKv40TdpbjWe40Qvp2C12VY+R5SGO4Ui1PZwBLZSQa5g+bHa4O0PV2BT/fUv9BDw4fzDuY/Rm/t7XYl+mYtmlVkWfuKcz0y2Zaem/CDDOaxRLEXkdqdHBhpKRkWfCfOeLHW2/9+tN9nOvDR/wDxCNgs", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpqiARFiDhk1lcksYI4zmW5OcGg3jOg1zMnwgxJiAjOJNsQRDPY1RsGImpoCR6JhjPKT8vBcEDyXmC1Bt6gsQMDYPZwKkjLx2YbQjpMSJDjzEZekwgeoxI0WNKhh4zMvSYQ/QYk6LHggw9lmSEmyWJ9oBVG5AYCMiaSPIRNMWZkKHHlAw9ZmSkbHMy9FiQoceS9BxkZECGHjJyqhFJuQGSU41ISgdQPSSlA6gektIBpEQwIikdQPWQlA6gekhKB5CSx4ikdADRY0xSOoDqISkdQEo4YzJKRWOS0gFUD0npAFKSGpOUDqB6SEoHUD3Y00EQsIlZzM8AqXyd8/OLUjLzEktSiyG1Mi+QCCxNzCvJLKl0LCpKrIRolAMZVFJUmlxSWpSaApZIQPBdEksSsZSzxuaQnAlp4sKkUkFSoCYuSLSF13/9lFQGhwf7+OYYL/pjf6htefgpo3f7NU8LHN+1g8sh2snuxc01D+x7Nd7y7jP4YS9yweXGhy9/7RtZjvYblnM6nCzbN19K/499/ofWkyEHn9kv3XtQXC2Y+cBMLYmpVzif7V9SYMt1XZnpgJnN3qBpihwHUiUfRYhvf7vf8trRXJOGl/uBhnlFtv3av6dksgTLNc4D9sfubG2pYTzwMflMrPeJ8/vlW18H7pjH4CCyzv1hlci//Rp1PTuzO5kcyvzlxLJ879vbVUasMD172/7ynscisief2pu+t3B1L/psfy3sjf5u9S/7+fYZAJ1ycf+PQymrEkKe7Qdbu/2vPeM9Js4u+R/2wayLJ1kxvrWP8z7Bbjv77f6H3JNXNgX+2f87Jvfov01f9z9eOvuIwoZP+280FrtN+fbI/vHxGbunTXhuf0u6JtEo9LO9cOLhy9pPmRyc12beK+z6uj8eHHDsDg/mCAKDgskBHCwrPu1vBwXrEQaHpTrOMq8fvbLfwyokYn/s+/79oGA34XKYpthXWih91R5iL4sDMNQWF9hyOzQ9All4Z3/G5lfFW0U/2HO7qZYySQk6nFt1/mrYmw/2xmDw1f77k8SF10z+2G85AYyQWRwOh79qxPQfYnPgylDKqahic4DEJ6+DA9jBP+2dEp5eULr9wV772/S7k9v5HEC8n3Xf7DX4ubcuq/xh/7kvuERl+u/9cbs8eZi03+4Pq123Lan+qT0oNfyKYTmgAo6Im/bvokAJ5J19wB+J4utC3Ae8gKrbxT7tX6y880/7F84DDCDQwHpgSntr1OU9X/Z3fLl9vbGY4cAycLDyHwB76/fX/e9eH7BUPsUEUWfDeQASDoftRUGRuuT3/qMKG4oyJn7ZPzt0/uq1EbwHdsiBEkadfZXZarvw6Pf7QeRGe54DU1M7kmPvPNqvCUqukqwHmGZxSM+L4z0A8tVxzb/7/12peKlm+GX/c9nlLzz0mBzezrPRuSLFeGCpHzhk7A18lnG5qXI4JIM9xnng/PdgYBK4sr/m04aA7Fl/7B3BCfPr/jeBIBewOYBCM1Xy0v6noODPZz+wcf8boIlMDpLA0PjkeNz+rgpb41Tnv/sbPPbXylqwO+wAx+g3+2BOUAGQl15cUpSfW4yadxHNc0SjBIuYEQAEO6it", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztVntUFFUY32V35aEIkoqmIg89Zom0uywPLe8Aq0KJJstRQ4+47g4wuuzY7OwxtEwlSzlmPqNjyiHN0LIwjwZSeYd8kKKEpqEiK0k+AcGEw1u6d0YDjE472+mv+ufbvd/9fvd+3+97zPVbSMclySUSicUFiVjaRBqsJjIpAGuwehplYZOkj1cRLJ2qw6uo/5huup26Gf9AF/2/7l/Q9axkp8erSNps7FrhvRhsr+RliK4PkjrKnIxa4e8hWKdUO4DR8BgtbV1oB0Yl3jWVcE2wA5gQMa6pHaBA7YBvjzChYnwL5qUopjW8DBfjWYgjED4YlRhMqIB5XgwmTOQ9wg3Cj1IUSOlARMECJswBjCi2NTxGJYo5gW2V3SR0wziQVZWo9hGyqhLVPo8wGgcwosZOuIAJdQBjdx10q1KV3YXQDaS2uxK6lbbakX5Qi+s8Yf6q7S4GYfIKILurQRi9Aqj3cohDr0CLN95gSYakDSlkKgIyaZNNZCppZi1d31r+u6rAq75IRFgstIHSsxRt7nmYzu2Pw+LTlpA6bBxPsow+hTQyetMTxv3Qn6gUCm1EodtIhsKKJ2xc0R8txZAGfJnOEyNoKzY2mGjD4qWUhezl0CmU0Yr8M+EXAtXnz4c68xEl681GS5LsL7rhcWLVT9DlIRFeHlE0zRgps54lH9HkjsRMq97MUmxaBMPo0wSgD88IYzWwVoY08hsLutZaPavvJW1q4euk7ukdibfwUwdrvQaCk1cP14O1axJ++rbqLry1/pla96NOxKFXG49cyXgASy/OqgmaKOEGlmov1TfIiDvR4zv9OmrAotgHG3SsGxeX77Om+pycUOzePEEaewYObiu+d+pYC9g7+7TquNKLaCwvW2WZUgPnF8T0c3quCkyUxr7t/qMH8fqOXQFH2svhtguuKf6mu5Bp8biTl9sJ3s1BQK07t8ljWcjnk+7DIbzBQ0h7pXOnPz4LIhfcKPUvvwjWnbdV9t1SCN8EGnT0fWi4lxA56XYFWFM9M99HISe+aJ2XemKFlDtm/GxBfFwd/BmF8c2YZqi6+eXoX2USriy4Lmzy1Bqo+8Bvg/W15aBtwpKStecr4Zy9mrMTp1fDc/7lLSsWXQWF4QEvLU9vAc/uewoxIOE21b4BNDYZ0T/w4M66HBt0Tvxw2qD1rhzvVoucuIa82re6DchnYYsiwI7K7Ny4Qkaolgb6jWRl3J5xUcOrr3fC7UsxAQoCRzX56ybge55OdN4wgONqsl4Yd0FBZNXlnHw59Ah8L9OMIm8FPjm3o8e/NZiQ2pxcM0YWgzOI5chAGZH9dFDFqHc8CMTqjNytDXBZ0dgJm4uL4FDsAONFWJ22uwyzeXLa1tpqLrwY0qvkJ95XNsP0oGmfuk3pz90En1w72v83WLljwJ7vCp259JkxO1cmeXKZG3ECOmF+rgyVRBMs273kRbeyYjh77lewJqsBDMuaP7bYswgI+WsAQtwXgT4+bkz2uh8ADrfBVAI8dqh3HQq9ADIO/HJn28EHsH5w9CvtQ6ScJQUzWQFyt5JrDRVSghx6fY53XhX0zjsnsTk1AvbwIFRJnaAe07CuFSbi2wo6YPP3OKEP4a0RmJB2uFggEl5NkaDQJNzlkiZd1Wg5h5KJCiQdcHN9I+4bLoHbl/e3zquVcQVXMjrIpjbI02iwgao9Hx33PbALjlG67B+e0A6HuVcGbszOByNO3UDMyImVecTq61OlnOCXnLBuGYKYrYe8O2GeXFiylqLrFQQ/YSLMyWju0amWnr3Yc/4Jj/pedKrfAZUvyS0=", "1: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", "1: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", "1: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", "1:eJztWHlQU0cYT4AAMVoQdTw6VTyqKLZCXkjw3BcBr6JWoEo9KiF5wBtDHuYYjTI6jvU+0FqLba0Vq/Wo42iVWsZjnydqa0tRUQviKIdKtZgQETywb99GicqM7zH6V80fm+y3+9v9ft/3+zZvX9dkJi7FRyKRWPy5ZjRjpPQ2I5USiizIHEtbrCnSpz2tlUmPR72otzbBtrECbSPe2v6Htr5PbXyleT3tDWVMhsYeGhuJ5ofzrTLel2ujGVsyV6rCIAQPiadNqYIhkWIgxEhkCw8Tg1HxbYR4SH8xkAjsWbgYjFp8ANTiPdM0I2aaZrCJbAamP8YITg5mgr/UokDh+EspCkQ0xz1Vc0Bu+WjEBE+JMaL048aIEhCOglKUgNwYUWLAgVMKTpEHRtS5g2OtVDUDI+oUUWOMYJ16YETpABerUpQO3BhROsAFTojSAS5wQrAOPAqcEFerWNmEYCV4ggRLwRMkrsBxQRDiDi03SLAaPEGC5eBxaBGC9eABUgkWhCdInCJwWajEKQJrXNW0IuK4+4elPRqwUmaK0adR6RzQbI8xUumUyWrBt5VnT0wy1FNwjdZiYfS0zkozpucXi2/xbLEEewYVjyYnUFazLo0ymHXGFya35H5EpdHcQBS3G2Wm0b3ohTly7kc0bab0aDO+F2Vk9NNm0BaqidWG0QYb55gRPfTR0pdX8+OppOpMBkuK90t1qvb8lyTC3jxf+av4BiIEY0OT9UJp+zSTdoT7lHrztFu81jR7i+Wr8SwnQvnm+SpeK1+ZeL4eT6bKF6o/QIKvSFEMYzbQJp2VsuC7UyuuGWfTmay01a41m3V2DOzMR8Js01ttZsrADyQ19qN1Vl0Tp5CKwM9DzztHoSH09gNZq3xUrdWD7sPoZcYbD7ffAlvt+b0HfHEM3Gl1OOzrPnXw6tgV2aYgKWmcOWtL36jlcEUIN7JbyqZzsx2FJwAtYeb5nHCBA70CFLk9vcjd5rTVdzLzwdCkioJuxRXwyLbNY8g2dYBf3vE3HG6uD7i1/yrQdGInBWv3gBjeUAyuzWq7a/i1BlimRgPXYFtwsiT384dwQ/XWkx9p7oGBGX8sLiythJszBre4+MMpuCCzYO+n925ARe6PnMe1IO/RIlfxRQcIms+eyYmpg4sXTDx3sMwF644adiQlVMKfv0MLScl5PY8u3DrhDEAsf5vrhNuRe7q9oGzLt8eDd18H2asCZqlDvdntbQqiL929CfdWWXLbzVaQc5bnTZPbvUi0e8YhLxbHwwX4OMT5kGOSAxP772vJnsgKn/FBVyl5ugJsvnq4HjxGbkl92WCtQ//7lGK4sVO/Kz18j4Ava32nrov1I7ngZYXf9yYXnk7gQlUKjp0LpTomt2R3/ZI89/LgaugsHJ0ceMmHLPWSL+2ir4L2xG0RZw9I2Pivuq60OWRkN96RClAbMjnrqE3GDhrz1+rJDXfAJ2F9OAoNgFvEnhjiz35/dsefF8aXQJzX2+AuCqtcTqIoZxbcANN3LitOk5yDM9dv6p6XKSORl/PWlsGhQ25e3vnABVG08yZKSRmSyyEHnPtwAJeRuyCr3NmlkHEBnLfL4ONHHSwXg2oA8vbfiYXgoHVNB5/xRTDu184L/hknYwd0HzV7fr/rsI0OMXWCbZwbS454s/Cd9cSmffkARfFUrZQ9FIcIPgEE/3HBEUgg+d5sTirKSDXAea+DOiViegvmFKmqI2NqYIK1R/aTVU6wLrbd8lFVT0CsZok2qeI2XD0HOdwA8T41kDi+50NTdz/yoCyIk9p5WHBh/O1+A/1Y3q2ODjiVX6AGLHtM3S/X+bNz3otMjabzYen0pSvLnQ6wH6XHLnH7+cCdpwCy4/XE9vvHyUikHtcZOStDgkgPJH3RNiX1IJN3+DHE+pKTXLCc2rFyrK/6B1Bev5Fj+Ah84//uhs96+5H14ZW73i9vzZ4diBJbhHU+QUJy2b4XMjmAVf80ZMKkPdXAMKVkmPdMBcmJPa5XsD87LbQ2+8qaancdVQKORE7RPgXJy+K4HxnaYe15eVoVQLMWxbRm+bNQa0rlHkOYdMvzZ0njS53G1ydN2JT/AVf3NZw=", "1:eJztWGlUU0cUToAgyCYoYKtiqdYNLZCEAOJxHgatWhEVrWuXmDwgGJKaRQVra13qTt2QI3pQtAqeWrUKKqfqjLWuVD0q7qKIsagg+1JWO/NelKic0zxO+VXzY967d+43M/fe705mnvdMzYQoGx6Pp7PDTbhGRcsNKjrKh2iIeoxSp4/iv5RC9Zq4SCJJ3+ks1kVYqBv5Tvc/1A18qWMqzeqlNEyjVrRIpG8UsfdnWmGkLW7DNIaZuFQtg4gYSKRSHW0xJIgLRDSK6Pz9uGDETBvAHRLMBRLArsyfC0bCPQAS7isLbEPMAtvgTVAbMMEsxuLksJ6wDwknkD/7EHICidqyPHFbQCb6BHIJnpDFcOKPCcOJQGwUhJwIZMJwIgMbOKHFKTLDcNp32FgLxW3AcNpFJCzGYp6aYTjxgC1WIScemDCceMAWuIgTD9gCF1nMA7MCF3GrVZbZIouZYA6ymArmIG4FzhaEiNumZQJZzAZzkMV0MNu0RBbzwQwktpgQ5iBujGDLQsyNESzHxa0zYgK+f+g8SYee1tIaeQwdh4Ha+OEqOo5W63XsbeXViUlAJAfchOp0GrlSpldq1K8PFtnx1WAT47+mI4nxRFqvlcXQCq1M9YaxI36RxihxhxTPRmuV5F70ho09fglTamk5mYyRpCqNfNZcpY5uZbQRSoUBL0xFDn1K/tujdWBciZapFboo67fqVGL+Lynya39/7f/N304EoTEQY7mlbtu00e0A0y7V/m53/E/TbM3V30DzchIJ299fh/ZIs4C722YHVOEbm4ALj70pSTUarUKplulpHXuFcsLNeINMrVfq40O1Wlk8C/RiAqI1yPUGLa1gOr5qkcNkelkrm5FYxB6LXl8cTbrIRxCirdsefeiZrh5OCc48N+fEXRCDpSz3B8CedMTaoqYaQ/5W1zzg0ZBTcv7UBbhz/WB++JJauD7nu5FwQTXwvH2pNvJRPZiXsGugtHsjmPpD0I3TcTykrXN5emT/NbgQW/U4yqOepw4ZmJtSAKHzVtGOzHTITLfNCMHk6b/C4lroq97JPyYogZsOOs7eu6oMlBSh4F6jq0H4EqeI/RsrgfMJv80DuuZBf9wm5ebBlM3kdx48TOiy75OHRjDpZMZPYxEfKUIeRKxJrob23VK/6J9zDuqz3Bty1HzqG5lwkt+AOpBamn7m08AiMOxy1PXC2Jtg4RFqUcHZ5eBJrE9Nct5TMGTslXUzmitABNVZdupaFVxx9X6+w4Z6IP1FeX/2SldUEUqAPPRtj6DoMGUhjKo1ytJuOCMrn2Uet8cKkFsXcOZe1i2QHn+2/+D1TuhDFYlMPZxc7PtbX5ebpjjbU6uzZ+EQPwIP8Oh7Fq2DF//EvzGuKBbPkmi8A717Vqk+W9ABvVcwxfPIlXMQB+VuDK8cxhU27Cm/6ojkJdOGDX1SDnDwcGQzwXQs3d5rhYYcn7DJ25lHMeu51AgYt/fUwMOVTbnznv4FJMQgzYay29t9miJEQI12xJabbBCbXyO8bh+Dl1wLsnYTB2xQ/JSMgIshRtB/xo+/V/cTUEm5xCAfJtHL5Z/fKwas37ZURwJLuAiz19iWeYx8BnuNnr/Yd0wNrDgwblZKLR8xz7lG2AH3jmssg075g9Zu/7sUGrv0OP8YNMG+/mRFzeCYgETwBbiMWbVrSxn4yPb7JOmqKlCdfWdlE10ISFZ8HvMokq0Ny65DZriu5ZCwr6igHBSPP+q1tKgUHJpPZmyEIXzCICvEpEG6Gi5fOu3aMbmASrshLg0abmPyJwMy6U1sAoOYwFdBt13HT3r2KQT7bn05J8Ir31QXfFRG6LOiATTjaPbxbwTs/DWwMjFS3zu5Fmzd0Su78aw78vKIDa9MtEI5acMPVy6wpvpuX3HgodIVMfRUV8OPX3jj0uJRCZKfh06e7oKS17okSHzskMZtMbqQ9hx2wtVjnd4Z9XNxyNpdZ4sMVil23VLr4Ylt7/vm9XZAhO7UBivElEXSPXi6+eD8Cj8HtHvLHx8cqHBEbN2Uw55Li3BEnKnMqSSCz4Huphum8Bm4SDdiY42tO8og7oQaIbNBhqqj8WlEE6d7fS9p+bbT8hWlFZ3wHyxyQ0Y=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpUiARkLBPZnFJGiOM51iSnxsM4jnTRYwJQ8wPIRYEdGcwD5Dhll+Um5jjnJFYlJ6aCVJERX3+hPT9BwKy9WH62Z9IsWAixTyGtZgkSiqFh7hTfl4KggeS8wSpNwSTpsFsoLDKzEsHJnPitFiSpgUkZmgI1uOSX5pEhB4jMGlGijVGEGsMyNBjRIrTjEkPNGOINcak6DEhPQRMINaYkKLHFEyak6LFDExaEKsF4nUynAbVQ05IkxNsJIUBVA/RgQAJarAekvKOGViPEUmJ2hyix5AMPUZk6CEpVVtA9JCUDqB6SEoHUD3Y0wGo/ikWB0mUpBal5idnpOYC9RVVuuak5qbmlRSjmpfGCuJxAwnH4uL85MzEksz8PLTKjAtuWEhlQWowSHFIaklRYkZqSlFiDpaazzkjEyjhDLQttSgTZAGaGk4gwyWzKDUZZFmwAEhHfilIcXJOfnJ2eWZxKhZD3TJTSoHuywHVB2jVN1gNO9hH6Yl5KcVpzFiyDiJSDS1p72s2WviaiVRfmyAnFwO0NMLPAKlcnfPzi1Iy8xJLUoshtS4vkAgsTcwrySypdCwqSqyEaJQDB0hRaXJJaVFqClgiAcF3SSxJxFI2GkHKU2NUx6WCpEBtTpCo+qG25eFeTAcylHIqqpZ+s7+7taXmgjHLgbkNakAZfgeBKrPVdtNFHd7o71bn52Y7ULVUx1nm9SH7a2Egkd/21xcX2HKFcx/4Nv3u5PbWb/aaMf2Hvr4QcdA8LXB8lwXXgcqXaoYcaz7s13zLu89g5gv7j8lnYr09OA+oljLN4pBmdXhv4epeVCnh4P2KxURwG8cB+/DojfvffNk/O3T+6rU35tsf17SadHq/4AHWo/2G5WtZHUDOCZeWcVg/JbUjWVbwAOM9Js4uee4DW81/HEpZ9cY+uf6mbeUNtgO/T787eZhJxGGaYl9p4W1xB+12sZvnyjkP8PmDdDIciAc50IrZ4SH35JVNgX/2y7x+ZCZ1gM/hn/Ovt68dBB0s0l0y8z8wHCi05QJ68ex+Eftjd7a2cDiE1a7blmQvdGDJ/X18c4x/2sft8uRh0hZwuLznsYhsp9ABB7DEfXtuN6APpRgdJtb9tio4x3zApTvn+e+V7+0dhBMPX9b+ZN+rAQyQDXwHvE+w284O/WwP9sZiIYevO291/X3KdAAcPPMe2Ndn7SmZHCHucCrk4Iol57gPXMqPZz8n+Xw/+wcxj4A/FftZwvh0N81lPnDnemOx2xRmBwOfZVxuqtIO6gs6Nzx8yXhgk17eYsY9DAe2RIJMfrwfZJyEi+CBhKcXlG7/vLefe+uyyuOaD/aD7bkhdODl9vXMz3t+7D8xY/e0CfzP7CsjVpie3S1y4ImI7Mmn+xkdQN6vnynv8LkvuEQlXOBA0sJrJu8tmBzMzlr7XQyUcqj5tCEgO0rkgN5/xb/fSnkdwM75KuMQzLp4khWj0AFwRnTMSwcWivm56MUhI0YeMsQiZgQAqkYt8w==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpYiARFiDhk1lcksYI4zmW5OcGg3jOw0TMH4tYMAViHoNKTBwlFplgPKf8vBQEDyTnCVJvCCaNg0EJwbEoPzexJDOZSE2mpGkyApMm5Ggi0SZjMGlGmiYTcjSZgkmLYDZQysjMSwdmIkJazDxBYoaGpOgxh1pDktsgmixJ02QBcR2J6cESossI7CeX/NIkIvwE1UNCegCrNyAx+CDeIdkuSCoH6zIlJaaMIHrMSNEDdZ05KXpMIHpISnnmED2WJAUdJLyNDMjRRFokQTUZYdUUBKyfivkZIAWdc35+UUpmXmJJajGkBOQFEoGliXklmSWVjkVFiZUQjXIgg0qKSpNLSotSU8ASCQi+S2JJIhZ3GEGKHGNI/QiTSgVJgepHkOiXnLDaddvu2U8wLNdVlL+y/9Ml3ySBiC/72YRE7I/deb//8GXtVMlH7+zfvT5gqex12D429+i/TdWL9i+eZMXo23LV/tdbkATzgdXnr4a90f+xP579nGTgrZ/2b/R3q/Nzv9/PgAPkmTRsd2j6sL+r78kn+Utf7Eu2iv4+/Y7xwOe+4BKV6T/tp7S3Rl3ec3r/q6mbeArX/LW3e3Fzza+Yh/Z7H4vInnz6dP9moGj37U/2Z2K9T7DbMjiUFUrzPtD9sB/sbFMOhzpZi3SXTJYDVcc1rSZ5szs8BdqSf5/jwOPjM3ZPm/BjvxPYwH/28uAA4DrAdX1xgW0Xl8PWZZVAHU/2a60UvuAiIeBgImhmszfo3P471xuL3UQYDyx/4aH3X/G3vYpGXc/O7A/2CU8vKN2uZD5wPu3q8yxtLoe5gkv3HhT/Yp8CdtjH/dUi69wfVn3bD6ZEvu1PDAlSX9D52Z4bbNEn+1OHndZm3rtqL9R84NRC1232zkBeIRf3gRgFx4/JPkwHgJ7MYHjP5ODFw6TdLvYaop+T0UGprxTo42f2tfamcbs8f9rP8BHt8XrFdkAtmHXxpF1cDiuOeZt3OgockHwUIb49kPFAwB+J4uuTeB1Avpm2kPlAkOfcBjUn7gP9oODPZ3YAG8PDeiCYE5Qw89KLS4BFSzFqmkJU0YhyBYuYEQD2Y0S/", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpCiARkLBPZnFJGiOM51iSnxsM4jkPQTE/Ooj5UyDmMSqGQ0wRJTUywXhO+XkpCB5IzhOk3hBMGgWDErRjUX5uYklmMpGajEnVBBIzNAxmA1LBmXnpwJxDSI8RRA+JzoPqMibFJmOIHgPSbILqMgXb5JJfmkSETSZk2WRCVkhAdZmQEhKmYNKMNC2kB7gZmLQgTQvpKcgcTFqSosWCHC1gl5EUaJYQPeZkBDRJoQbVQ5J/ICFtZEBaSIP1kBg7YD1GZOghKbFB4seIpHwAiR8jU2L1QNImRBPRCQGSqSGaiE4JkMwG0UR0UoAUBBBNRKcFJE3GRCcGSFaAaCI6NUDyAkQT9uQQBGxqFYuDJEpSi1LzkzNSc4Eaiypdc1JzU/NKitOYkQ1MYwXxuIGEY3FxfnImsLjMz0M1LJgLblhIZUFqMEhxSGpJUWJGakpRYg6aYh4gwzkjEyjhDLQttSgT5EY0NZxAhktmUWoyyLJgAZCO/FKQ4uSc/OTs8sziVCyGumWmlALdlwOqwjNZMQ1lB/soPTEvBc2LyCUPNN0Z0N7bHLTwNpawxO9tS+RUZmRCe29zEvI2iOdMrH/ZyYxmaNlnipYr+BkgLUDn/PyilMy8xJLUYkjTkBdIBJYm5pVkllQ6FhUlVkI0yoGDoqg0uaS0KDUFLJGA4LskliRiyZ3GRpAmD6rrUkFSCkAMEtV1lnn9yOybPbeKRl3Pzp/7v2nE9B8q5Tzw/Uniwmsmt+051shEpVg/3X+ybN98KX2uA4G3pGsSjf7bf/ziFdm2g/FA4Zru2xkHBA9kbH5VvFX0of0+g5laElNf7f/y90rFy2ViB9QNQSYcsQ8JUl/QueH5/ofck1c2Bb7cXxmxwvSs9U97DX7urcsqv+43KtdVlP/ybH9Y7bptSf95HVR2/mn/cvuT/SwO6Xlxml/tA/5IFF8XYnU4JwlywcX9JW5TvrHF39mvuKEoY2Iuq4Olq3vRT/6D9jZ7g6Yp9n2wBzsz9Ls9H9hBf/a73vjwxWum2AHWxZOsGH3/2TP6tvD66zMcOK5pNel0/f/9uzx5mLTby+zTXTLzP7Re3J9ifd+/V1zoQBoYbNs/zbk75/nvg/uX+jkIJx5mOAA03EBrZbK9+PaLDPeYru6/BCQ5vaQPfJt+d3J7K5uD2pPmeWdXcRywD4/euD9H8MArFhNBsz1MDg/mCC7de/C1/VNQ8L7/vB8iz+4AceeH/Uf/bar+tOGvfc/tDIb8xkf7QdJv5v3YH1KiMv3/hCf7IfEltZ8BAhqgfHugo0+GHPxpD1HHcMAp4ekFpds77Xkf6E5Y8EPIQWLqFc4MpVf2GUo5FVVLP9hrgwV4HN4E7pBrfc3g8O71AUtlr5f2YG8J8zmAqQvf7OVbXwNVMDuAw/ktjwNI1OXGk/0F5zou3XvwfD/THlYhEfvf9tGX9zwWkX1oD5QEBvRX+2tHc00azFkdFjMCFUxhPRCveVrg+K7/+6emdiTH3nm2Pw8sccd+GZebaqmT0AHmClAKfLUfGBke+2sf2gf0Ts8TamY80Am0hXvyVfswPt1Nc98/3V8MdEXNfrkDa9beiC/zB6YXsPh1+6w9JZMlWKQPCERYbjnxjcnB7+LEmH/Oj+y3tdRc2BzJeADiL3aH+WdXnb8a9mz/P2DyVDNkcwAXAo556cBqKT+3GDUPIfpqiB4RFjEjAFch6Mo=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztVntQVFUYv+wuCwsRD23ykTUkg6EZsgvLw+Rc5JEvYGBJEzJbdi+wtQ9n9+4kSaQDKOM0DoRFOUk2MhDp5CuykDq3GCTyMT4YEBAlsIJA5SEQ7+65ZwkhmvbuTP80/XPmfN85v+/x+77z8Ew2xKeICIIwObJDtEFLqcxaKuVppEHqTRoTnWI3JYXRBp0CSeH/YV2MlbpYK3WKOXTr/tf9C7qZXSuYktYa9OppCa2tR/v9uNFfIUY10uhT2bb/ZwjS+UltwGA/EQZzshUYKf/QpNiNzAZMAJ/QZDZQILMhNgtGzic2f24M4uPGH7vx44MJ4O9Gzo3BfCCBNkQWjDGrrMXg3TZRwGECbcDw4s2C4UWcnMNIrSbhIQwvDiwYXicBF1XK6yRYMLxuAwsmgA8mCGPkNmB49QFuUimvPrBgrO6DhxpbZstpkFndCfjsYJDVrYCvUAyyuhfwHYpBczdDPPt1Mz2OFmjKSBlUaZSOBRrTI7WUjtLTpulHk3sg7ZHkzA5hJpNBpVHSGoN+pjGF05/GEtJ3UAq0OYGijco0Sm1UamdtfoSdhKdp2IVw1htl1KDts/ZI2EmExkipkDNOCtcaVK+/oTFRc1iL0qjNbGBa9MZrRH+15sClkqrUq00pwr85BFMVlc7iyZXAf4dwg8Go1uiVNGXhx4Ud4sxKPa2h08OMRmU6Bj7JUWE0q2izkVJzC69OyxFKWjlHvWT4SZLNjI5CS+izgrStK/OO/O7XB8YHza0fuXfCnc5ez2S+IyAvbtv4g8OaXrhisLClYB/BHAvdknQKiMjFvi1e4j29YLvD5YVxTRJGcMhxcdEtEfnoytOH75fWw8I81zflx36Dbp1nTwh/nQT6o3aV9h7d0OeCW03FVz+B0Qv3aqsEbiRnD/aCnIwrZ7YODAGtZPhI6hk7xvH4E4nq1ZOwo/H4yMu6+7B64vSuvpMnQdTBQfH2D3pg+WPIQjOor9b57w4UkZ3efiykFcwH52+WZ18EPyZ892lxzAjEdmtB83Dma5V0A8D5VMEJauiO8pNbMPIF47BrZxf8Jv59zwPmFiD2QBZGQcjSDbuyfAmG4+WUkPz240Vsxteg/NLqmKv5EiYfpRdqTy5DbhPHgLfC/ui7IVcBl56LkBxobthjihIw0f0HFHQxwZDzlFXXV4jJD5cveK9OMgmerTv0y5JSD2ahqcGjL0xMYv4HYE9OLRt5HZQjYnrdLX4HYVbc+sO7vYdAsttLwV/kupOcXa8aUNG0f5waagPy51EG7mQToiuSIDOU0hdXLR8DvhzxozDbJfbEQWoAJF2vbJ+/ZNDCmxPjXF6SXuPTBDj7JQIylguUYLA/EYPK+orPObj5rc+/TH67EWCeCKZs3pWIGz09sKtNvohJ6oGjITsu58YLGa/CybzM0XHo9fXYvgfNt8EaLtF2uHHr3qD66geg9mdQfDuUIM+z7s8yBIPjaQSlHeuem/QUkPHI7fdN0N8dZbQXskUrWJBtx+x/SnUvcW0/MKXl380A7ZAtzqYSp3GIeegDqIu6i9rAtonwkbtdN0BuTiJr+SZ05RLsByOo/AU74VKuEYoBMivaPAY3cIYqwJZu33PLXMVk37VolmKC8b6TVXTpMyE5VtbLajogYrNM4cZIuEDEJHdphOlT2YvNoDPNPHMzLzj8/Z5DJ/0DStSpkg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp0iARkLBPZnFJGiOM51iSnxsM4jkPQTE/rGJMGGL+CLEgYFgE8wAZbvlFuYk5zhmJRempmf+BAItZ/hSIBWMR8xg2YjIoqQkeuk75eSkIHkjOE6TeEEyaBLOBwiUzLx2YHAlrAYkZGpChxxisxyW/NIkIPUYQPYak2APVY0KKPcZg0pQUa4wh1hiRoceUFKeZgEkzUqwxISPUTMGkOWlaSE8EZuTrISkIzMGkBelaLEnTQrrLoMmTpJCGRihJ3oHGDkn+gYS0EUmxYwHRQ1Jig+ohKe9A9RiToscSooekog2qh6SyAKqH6HQAyZ4QTdgTAqgiLBYHSZSkFqXmJ2ek5gI1FlW65qTmpuaVFKcxIxuYxgricQMJx+Li/OTMxJLM/Dy0WpULblhIZUFqMEhxSGpJUWJGakpRYg6WKtg5IxMo4Qy0LbUoEySDpoYTyHDJLEpNBlkWLADSkV8KUpyck5+cXZ5ZnIrFULfMlFKg+3JAlVUmI6ah7GAfpSfmpaB5EbkkgNYkFrT3Nishb4N4zsT6l5lU/0LLFwNoVqa9f9loEc1Y0g5ubyN7GFYcoWULfgZIY8c5P78oJTMvsSS1GNIK4gUSgaWJeSWZJZWORUWJlRCNcuAgKSpNLiktSk0BSyQg+C6JJYlYsqcRpDowRnVeKkgK1FYHiW4V/X363UmuA9K8D3QnLPi8/6LS7Z91WYwHnNdm3iv0kjwg3/o6cIfcx/33H3BPXtnEdSAqxfq+f+/L/UcVNhRlTHxsn1x/07Yy4s7+rcsqj2vu4j9Q/9uq4FzHpf0vsrS/Tb/LeeCyb5JAxE6geTKvH5lJHbB/CDIm8OZ+B+HEw5e1OQ5sOVG2b77US/vadduS6iNZD+hcmfVMVp3rQPrV50ATPtlP+cYWP8MndP+ND1+8ItnYDjz9JH8p/z6jA9jaFe/tD65Y4ucgLHQA4u4H9rlH/22q/vTIfhmXm2opE8uBpTogm8/t559jvGiL+Z/966ekdiTPFT3wofVkyMEVW/Y7Nj06PmM3xwFp/bsqbI2P9xs9W6f6pPmX/TTn7pznvz/uPySuFsy6mOcAWP92pgOBt6RrEo3+7M8HGdAoccAV5LCbjAceL519RMGA94AXD5N2u9hM+2yQ9ydv388OdL1ozyl7E0Ezm71BfAd4QN73ZHDgBgfYz/3lQN/rx8oeyH3+e+XHS0/3v+XdZzBTi/PAlPbWqMt7eA+UTpZgCeN7vP/Wml8xuayCB9y2ff575QfjAaeEpxeUbj/fv79W1iLd5aR9ePTG/W/kmA6Ag236J3uGiXW/rT5wHQAGcqpkEs8B8e0XGe41sTssAzpzQ9Fn+/Pfg4FO/rcfTEuzOfi28Pqvn/LQHhxMFcwHwO66+9seov6fvdWk0/Ue/0UOqBtyrJGJ+mIvKnvyqf2S1/ZgZ/wUOHDzHMig1ftdQMG28jvE/5eFDzx6OXUTT+GR/brgBHBo/5ru2xkM78Wg6e2VPSR82A6As6hjXjqwfsjPLUZNy4juAaIdjkXMCAD7lpLj", "1: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", "1:eJztV2l4E0UYTtMjSdv0bqFQwKLCo1ikSdq0HGZDKhahLTR9sBQUlmTbLiTZsknAcJb7EBUQKjzcXqWACNiinDOIgHJfRUCOCCg3Fmg5BK07O5GWGGu2Hr/oj2nmm3m/b97ve+fY+EFMdr6fSCSySrkmgzFRBruJyn8WWZC5J2215fv80dPaGLMe9XRPbF7bMvPFDdmyuXzrg7kf3RjWTJp0hSRbQNFokgdfWR5s6U9s/5Ot7WO74lEFuzIWY10PjXVH8xP5VqFHG0vLMmbSRhu8BKmEgRR8qxYGUvJtkj6Aa9MY+yBu1/89BNkSFTxGT1sKvMCo+DZZ2NpUOJBSSKAkjOnQCIxKCCYZYxIbgRGYBfU/QaUIKWwK36YKgwjXQkojypqKMUneYrAIBAbCFRXICIfA/9RCKLkCpQrBKHiMQpC68doUgpSK060QlgScboWwdLtAXu+9ejVSCFODC5QsCORKuNeFxQcJBqU0BuS1HOqBlF7rAW8iDPJaEPVBwhThAglTBD4llcIUgY87pTBFuEDCFOECeVYEesVZm6ABG8VSjKGQMnNA1vGyiTJTFps137e+w3x/1AviGq3Vyhho7mBnLG5PwsBHznIcRZQeTc6hbCxZSBlZ0uTh/agrpLkBHReNYmlkcJsj436k0SxlQMH4ns7EGIYMp62UB2/daKOdW5gJPX9o3z97k/BUCkiL0Y1b/ZPetfPU/z1f+b/K16+RfF33jhp/UQnii7r46n1cf25zG77AG1jzX99dSW4oVKs+pMlO8e+OrKIixkrb3KUeKsIvYx3DsEbaQtooK34yo0L0tpMWG21zaFmWdGBgS54BazfY7Cxl5AcG1vXTSBvpYYVKNb7HHk84hYbQByqyttH7fzi7YxWoKt3ZQz2tRkN8dHZryMJqELK1w/znm14ENFM16ducbZrZe8amg9GXQd/JKcd2mKPgAMn+2N55vsQVP1V4cmcp3OwfEaXZWQssquIviPH3ND2+kXRZUCmGu57rOHsPiIC8n6MyInd50r5OmSLYeUt2SXyIP0RuTjY/pSn8/Iq1Ym4AbMov6A6ofPNym0TpTXDpxKpf+ptrQBYRSW4/IoE73k0cnrAsgFjwU4vSS9JwOG6u7i3TRT+447d1I291CCLe2Ng9WLwyGrabEnNi/10ZnKYd+OPBD+TE06+OnPBiz1pQOOv6KE2FHObuVny9tr1Tw5Gce1QWCjv5ZEyUHwiDk/OObD4fVasxdjqb9fb7YXBRcZuvJrcVw1/v2J0LZ0mIlS+91m+tRgKHDW0ud5pjYFDFJ45dZXJi/Lld8zaV3AAJ8a2qTccC4XbjioE5h2XEYdEZsWx3M+hcGP7xlm1iyJFoR8VeATM5GvFLxHB6K8ONvK5VYOepiomjeoUQT2lvGvaelsAl+1YcqOxzC7SvjedC+8AxMzYMkd2/BvhqLHeCzEFhuanlPkQax/5B2VWQoIu7ei65mUaE/4pdfSAZMK9n9IymsNSBKiHis9iOkkKOBbi2+AF4gYo9l9skjJi/qWRm6MZoOLX6++/G3ZbB1ohwXCRB5mS3XTrNB3Ks+oxuL3HlO5hIlK6KyzNeB50zD83qPyYQIhX5ZJRrsB4iIS8rbQRcsvLT4wOGAYDrEgyRtzXxkfCzOdRUw+u1mlqubGt6RcFnNjycUt0vBuJ6SIm9SG4tIECyiB7ZDKb/MCJq9SshRHnfmg0np9eAh2U3D2e0joY8SxhBdOcLdR5s5miMWC+Bg88Mnf7OBTHB568mDmLigfC6nBP24DAC9kOZbgGPnHEGvVcWDssiD6YdL5ISnLhVxXdj4YUJi7kKBEBEe/X6++BEF0fu8gp/yERMgLuXVYKqmPReD+cFEcfHWbvNGSaGfLhbt0HCukU/lwZEEqe5ch5UBkC5M2Hm0nvnQfaXLSddPSQnDGORp1DIn6daSwF3xzFmt9Ol7tu57snrwab4HaMcZr8=", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpsiARkLBPZnFJGiOM51iSnxsM4jkPQTE/IsX8B0jMY1iLyaGkKCYYzyk/LwXBA8l5gtQbgkmjYFCidCzKz00syUwmUpMxaZqMPEFihoak6TKG6DIgS5dRMBuQcskvTQLmNEJ6TMiyyYQsX0F1GZPiPlMwaQbWEpyZl060FnPStIBdZkqKHjMwaUGaFrA1JPnGHExakqYFbI0JKXosYDFKuh6S7LGE6CEpdgwhekgKami+IyncIKnAyID0KDUiKdwg8WNkRHpYGxmTHtZGZMSPEdE5AVJ6QDQRna4hmQ2iieiUAMk6EE1EJwVIYoNowp4WgoDtkWJxkERJalFqfnJGai5QY1Gla05qbmpeSTGk9QKvWVhBPG4g4VhcnJ+cCSz38vNQDQvmghsWUlmQGgxSHJJaUpSYkZpSlJiDppgHyHDOyARKOANtSy3KBFmApoYTyHDJLEpNBlkG5jnn5Cdnl2cWp2IxzS0zpRTosBxQ5ZjJhmkaO9gr6Yl5KcVpzDjSJixyDGjvXywuRPWvAEhHfilIcTKx3sYSiPi9bYGSvAxp7212qkYzyf6FFsMm0JKI9v7loEU0k5S6IfUbir+N0YoBfgZIm9I5P78oJTMvsSS1GNLY5AUSgaWJeSWZJZWORUWJlRCNcuAgKSpNLiktSk0BSyQg+C6JJYlYiiMjS0hjDdV5qSApULcIJHpa4PiuHb0P9j9pnnd2lT+Pw/ak+pu2lX/2B2bPKp+z6LJ9H9sHMY8AVgeZmkSjUIPP+zdXf9oQkP11v95/xb/ftgo6qOz80/7l9tv9d1XYGqc6X97PP8d40ZbtXA4F5zou3XvwwR5Mcf+3L3swR3Dp3uf7k99FOdm9eGi/gfl5j8bb5/bl++ZL6d89Ym/gs4zLTfWlfYyC48fkM6wOvp/7gktUptuvkYlKsb5/f39dz85szp9f7Scs+GH4bN0Pe4j0U/tjuSYN2x2YHKKBpt5cc2l/vCbIR//2/6rL2lMy+dP+juTYO27Mgg5yYllAI2/bK24oypj49o79vysVL9UMWRxKmWZxSM87Zl+7bhvQ5wwHIPaIOHzTiOk/9PXbfoGX29czPz+zn9G3hddfn8vhR/DjpbNdmBwki68LfTrI7CDz+pGZ1IFv9gctlb2qm8/vf5q48JrJe1aHvtJCad4HL/f/tgKFxG/7TlAwTD5ovyXy685bXWv335vc3hoVzODQczuDIb+Rw+GI09rMe4X37CdbAW3qZTvQLnbz3Pfgx/uDpyn2lX7kcYC4j+1AnaxFukvmW/uf/CCHMTikfX8CtPHP/k16eYsZ9/yyF+3xesVi8mc/JJwu2us6g10Ipa3264OUsQbZ9z/5JH8pn88BEi8H9/M+0AVqubk/+vKexyKyf+zrwQ7/Z78QZIzqL/tKYGhxrPlsnyr5KEJ8+8L92hJTr3BmMBwAxXp3DrMDONgWfN0fAoyV/wKMB0rcpnxji/+9H+Tbv6nCDkVgB3+wB0fvXW6Hs9Z+FyfGfNs/Z5EyMAX9sAf7dunj/V+9Itssrj2EpgsGB2Dk+/eKszmA01vpBfvojfvfzNvDewCcpR3z0oH1Z35uMWraR/TaEO06LGJGAPaF8R0=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lQU1cUDgFBNiFABGRLsGpdULKI4PYOggpWXEgKuBVjeJCnIQ+yaHFGW7VVWxfQ1rWKWLVqXVGpVscJ1oUZaK0y4lKtbK64olSRotN734s1UOrkMf3VMT9u3j33fuece853zrtPPI1OTHfg8XiGjmhIoLWk2qQl03thCRaPpgzGdLvXs2gjnanAs5h3sv9cNrYNWdw72f9I1rNFVfFfz4bRurQ3M7wWj/dLmFGqcESjgtJloLK0DSJjIEo9lWUDRMqMci4QWTyWScK5eCZnMQO4YPozYwQDiaVN02yARLTDzABmjORiZkA7IhDJYiRcMFEsxmYOsBbYPxknkJT9k3MCWYjQnxPIwoQITqD+7QFZshTJjXMMJoo7RsqJDSxRpZzYwJ5HyqkjsKyT2kyGN6yT2swFK4zNVLDCcEtqOAuyucKtQTYzwaqOpDZTwQoks5kLVsUns5kM1iBuvYGtWBm33mABcesNbJnL2tMbZO3pDTJujLCAuDGCLVoZN0awIDk3RrClLufGCLbW5W0zIhFd6w2+eMFI6klarSEzEVCfM1xLZpI6o6GlwvQOeOaKhmiDgVZTKiNF61oqU7j8rUyZk0Uq8GYladSrNGSaXqVttdkNPcRoKLQQg6yRekqABK32OKOHWEpPqrExZhajpdUzZlEGsg1tI6g0E3JMi+9XlMM/tTkxR8lQ6dIM6fYtgmV1UbCETMJ+AnE6L56y14WW+Wi19+2Xjrf4/K9tTCJphcK5SlJpTaQCf8Mp6QzSqCH1rVLvwWOvojE0rU+jdCojaWDvqO5oGG9S6YyUMSdar1flsMBg5gR6k9po0pNpzMLUN/NYlVHVhody9jYpaxlwEi/hL0oszf+oZ5lnSRWRvXvJVc2nQqgcu2yNzssR1vXyW3XBuYbIOru4/HqVP9wO2n4nbq8bKGu3fXNKVEVc/fIl+XyrAB5OHDb0zgQerCz7JM48p5ZQrBYvNxUGwauYpgf3QACbMw7WGYoqzEmdwg5s9BBDTYrv4fO8YFjQb/R3LiNqCYpHz3MYLoJujvNWxSzpAqnYnaNNxEE37BEfFqunXBth30hsGtznwvpbjlAVllfQWGgPyZMKzffz77P2JP6s3qliyEyas/eHGgFs2rXncurMSuLAxkfbz5Q5Q/Vsn70jq58Q0fXqn6d84AxXhuSk7ChyhblBkRmxVInZa9vxE763/CFq+Ej9i9wQwF5en2/ZZxLA2tHCpaOmC+Bx57hxzX4nCWafhxAqnDWh2sYAEDGKnWCUG7/3ooue0P3Ggvxf6nwABQVZeEbMczidKzksBF8MN/hB+vMbqs0Xm4hBdgmfuY+9SeTc7S7p2EcMxffz0Ul9wN9wyetJ9Cui5OiRZY55obB+1oZvu77wBkbPrArzlq4/Ni9SimBNnsfsCFcxnF8xGYW83pw9xOXSlqxQCBOHNGgvBkKPnxZuTy79g/jwxI6tY4qD4CayKn8UAN/PHx+/8dNGYvwMrPkFUbfqgFt2Hz4gZ/Z9TboDUoI0NROF1XfRylOi4Iv96MkPQpebsgPcRVBbsvbY6nFCGDPNMyXqUCDw8K8gFMT79ZoVe7zA51zs5ceHhFCD4YWhkHgk+PN7KwTA+ldNpJRKTxX2dYPwXju9z8UWE/5MAq+xPKE7QO9Fna+cfd5AMOmK44Pn7IhdQ5M9AdPldO4V89OQcjrVyRXY+DmBlw9x5lpRvVmkRoyc2wVEeLmvGJIwESr5cPlxw6gJC4Og9OSwPVRwEIRj+nVzgcoq16928oXw2+6myZmn3QElBwX+PKFSJvYoiPeCmVUbBNteesMgphBumRm+ZQvg1/SK29NnBMPT5Qrje2scoUvxJFF0tg8gae9nyf5QJPyz7GF8J8i98SSkvJ8nbFk50C4h1gtwGsCbD4x5kwvsDpyYNijVF/bb3176/oMGYt2x1XkeA/2heWd9eUKNEGaiaFeFvSTkgojBx1d2hqVXNTzaLgBwVXzsWkdIOmINJ813D+9DGkJZHv7uDaVKbOkVgdPxILCrpR49genj0boM9K6hM1u/Zex4rfuipA2Z9C9T1lSU", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3tUVEUY57U85CkkIMZTMzmGyi7P1IYV5aChpIvaSUqvuxf25u5evburoug5poSi+CjfmY+wqI6kYaaph5kwzSchekLFkGMaCngUWFE0pJl7N+Xlae92/M/7x7d3vvl+33zzm9/MnQ2dyU7KcLCxsdE7YzOe1dBKo4bO6E88xJ3C6A0Ztv+25AZWqyCtxJe+5/jsuvlSn/kmYW4VbvglieW0lCZRTXGZNNOOnx5ypVroS37p+5++AZ3U/nS1RrE61bMW6RtL4iN5K1OQDSPnWC1lYJQWgqLFgaS8jbIGJHIkGW9jxIGirAFFjyW+yCiFI/5RMLpMfNr8FyZGwESLwcTyNl4chB9GagUmlseMZo0zLcDEWTEdMybGCkycmNriBcwwS8cRooWfSFGgSJFsC9Ei1cNHy6zg21ydKP0IxUkt5k7YeDzGYuqEfcdjROlUWFepzAqMOLIFLUgtJrsjyGJ1dxCQNNYaUJwVqpNaLIYOqpOJ20lmkLidZAaJ20mCiGQWC6IjSJwihBNf1rMiyI1I70c6DDRHs0o1rcVALmuMhtbSOoO+c8IMCWm5YiPX61klg784rK7L9arX02RpWbNpBQlOow0cpaZVHKXp4S6WqGZwRyIejeYY4ugS44JfRjMcrSSDKbwIgjWSYKWGVc6ax+jpHpImMSojrk9DbhmMU/ekTvyMMimdSp9h/zyZmvmWxr/4eXu+iHk7ipl3hy+WWdDRXWRCaiR5E1mWUzE6ykDrheucOzYTjZTOwBiy5BxHZQnAIJ4Rzqg0GDlaxXfMeNYeTRmoHuQqixbO5c7V0aSL/CnivZXeTfLfqkEyXBQYl1kHNxa7zdlzxhdt3UKeWvhjc9vF+bclaMuRjWs9F/ig4bbjl7mnNoH1LY7TN6c8gn1WjatzMASge77J7/ztvx8OaQ9tazG6If8NF13UYX5o2y8h+zj1H/DSEn3S+pb78HTaz1/vnuCDws94/Xr4UD24Wok7XnFGN5uCK9gdAcjr9sG99rWNcNzCpUNTvqoBEaHBJs2Uh/DU3JIdAXudE86dxU+KJyr9uHDqaWkg4vJW32gKLoVDdQW2RyUPwNRp38OG7XXwU3+HKR4RzaCs78Qr/bLrgfdSdHrXGBM8cfXAsuzyO+Z2BZi56/eou3ESZDc41/dyWRVcvOqnWS6tl+BW537bPwh3QHUbCCEmMGdkr8qCe67o5GZMxNAwlJrgQx270AQnk+kkXIO7r5V4bNvvgV7NpqSTh7UCTAam1hNV2FTbueQFob7X3/U7eL5XwmGcfWetO0oPkTcqU/wRqdp7vR1yTXrNaLe1BuzK3F+nP2CCfLiNZ0IoZm+d1gt5RBR/fjc3BPG05f8FeFoWlYH8QXfcS/b5opz6iYeCch7A5TnvXTiqdEEkvPCEFxox4fy69CdtgGHv5ZxKa4bh6WtK7w8KRK2ehOgLsHgIJi7bG0mieseMGOmHqvLa6Ac3zsMV8hk3y7+wT5gxNzXI98NmqD3+pHhhU7mgj5UtgLA84o1y4MYT1w4EXlsBYWUwbYIfkeV2fAjqHEjiIlDqN1AhKbgOh88uW15R3QCKmOo5easbQfwPJ+eWBLuiJQPJij4GKzW1j79pvAJrAwtvJX/nhPj1PnsRYjIwkS1wuakKK8YGqcM08xd82QoOxD4sVX1rj4ZfS83ftDoMvXXr8p5H6W1AUvDJm7b5Xujtk04jP9vQH2FR1mzrfQ5QaZNe37nCDUmOr4mcVxSG3n+S+OhOvQnePXVsVBFTA3zwbsjo0xs1YzlOz7VF43mBN0CetnR3xIejZjBgU/vaxUd80J8xAWhaSBDiTxi5LhOf96y260lv2+1wiOzBJ/0HtYIomA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpEiARFiDhk1lcksYI4zmW5OcGg3jOFIkxYYj5IcSCgPYH8wAZbvlFuYk5zhmJRempmSBFWPT5E9L3HwiGjD7MsPKnQCyASDGPISkmjpJC4aHrlJ+XguCB5DxB6g3BpFEwG5AMzsxLByZx4rQYk6LFCEyakKLFGEyakqLFxBMkZkiSZ6B6SPINVA9J3jEjwx5zMvRYkOE2SxL1gFUbIDvOJb80iRhNhsg2EaEJktzAekhKCVA9ZqSlUbAeczL0WJCWsMF6LEnXY2RAih5TiB5DMvSQlIOgeohOpZA8CtGEPcmBKoJifgZIqeacn1+UkpmXWJJaDCnueIFEYGliXklmSaVjUVFiJUSjHMigkqLS5JLSotQUsEQCgu+SWJKIxR1GJpDghVT0MKlUkBSoogeJvuXdZzBT69l+VbbGqc7dd+zvZDDkN7I8tGcTErE/dmfr/odVIuvcH77Zv/lV8VbR34eh4n/2/z797uRhp4v29wq7+p58+mF/48MXr8i2j/b3Jre3Rl1+tX9z9acNAdmv9svUJBqFGjAfKFGZ/n9C3U+o/F/75kDPuQ3LWB3yhZoPnFr4eH/byZCDK5Z8tVc/1LY83IvP4ajChqKMiQ/3s4Tx6W6a+34/588F6Ztf/Ya67+X+D60gDdwH5MSyfD/33bf/Efx46ewjn+3NpQ5EKxxkPuDOXMGtosHsMO/98mPe5t/tIe49uh/op5aaC8/3K/WVFkrzftgfAnYY24Hj3uadjgk/7CHuZDwQz35OMvDWh/36eYsZ97SyOmzc/2aejc6S/aqlTLM4pNft7z/0VSOm/5F97vPfKz9eurh/72MR2ZNPWQ78S/3+JHHhx/28D3QnLPjx1v4ASNuVa/tBoaC1crO9S3cOSIe9sld1s77PO3vvyDaLa0df7z/6bxMwxH7sBwou43K7uP+0wPFdO3rP2QMDHxgD3/aDnSP90X7OEWDAvGA5sGfaBP4qs+v7J8X8c/719pP9Zp7CNd23v+0X7fF6xWJycD+f//opqRwsDn+/lT6YI/h3/yfH82lXnzM4lAF5S21ZHCDu4DrgEfBHovg6MHxico/+M2JygJjPfCBJIMJyiwejQ9LCaybvLT7YQ9IJkwPQEcAYZTzgkpkPjIJf+4M5QQk5L724pCg/txg1DSLqb0TJhUXMCACIU7UJ", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV39wTEccv7v8ukQyMkEoFVKSamdo8vK7HdkXFx0UKRetpH693L3Ii8s97t6FaEpbDW2poUXVTJXB0NSU0qofqV10RlEmpSXBjIyEChLX5IjEhO6+fSQhM33vKv+5mdu5/e5+vp/vz929yBxxYq6vTqdzGvEwTrTxFpeNzx1MJEQ8VnBKufqHszRJLDCTmemZTLUs43/IRj2TdYEsukN1Gx7ORoh2a9uMrI0m+2PlMc7sj8d00ZWD20MdJEGGmAX7TBUQRh7jtbAw3rKkaIHEeQMhstg4LZh4eUzSBpFp4rVgEigmUUucEykmRguPgknygidZC0+SPGqCJFOaWC2YFIph1GJowDQStQeprmpK4Y15jBfhVog0dUOSjGE0lY+C0ZQjmldGdRDaYTR1Kq0FRnXbtUsr401amUQv0sqoPknoUUVBqmuhPUh1MbQDxamuBnrEUZC2TlJA2ppCAakuCNqsFKStIhSQtopQQJ1XxET8cnX2JgsS7+BFSx5fgIGOopE2voC3S076zn107/uRWTc8pDmdokXgJEG0d1RmDnqkLLNoNm8mmzN5ycHl8VYHZ3tsczD+YcoT8IIJs/EOIRALHttDROmCg7cQMnMoQYgustliEy2z5gpOvhOlrwtWF7bPRl4wguFJpQGyRzM5u9WZ6/NEu8Z1aIv4rnc76L/cJjOTWn/9tfjb/jJIUE6crne421N12KjZ4ZgOGU7seoeDn6rDnbSJugwrl1fSYydAdx197JtE0WEV7JzEO+m/gBA8THBxdkmQitIcDq6IAiPkWDhcFsnl4K3ywoy2eToncZ2cRHGJtLk6mseTpcH4S6QtdTdQyiZf9q/AvBds81rAiti5QyMHXIV7d/j8vWzISTCjMCMiPL8BjEi9Vrm95TocaKnPHpGqZ3eS5ToP2NPY+ue82iqwML9M+qJPPTRufz7b+lotiBzgsb313h147ArYfOngHbCyrhgkTGsBUf4frDYtbYbh+eMal5sr4P7zn7byTQYU8/K3PcrTL4MPLx9deyBcj9IF0V1yrFzB1cB6bOagMXq0femFPJ1YqchvAsM6Y7/1066Al06EHt2/1w3K1qzoPj+xGmAhFt2G09eO7bVszAN48nfyaQHEiykFDfDcptnDg85dgFEuouEeWLWkJPtM2RkQOjnlx98KT0OZPtMDCuf0C6kaamRrevbHrnhA+e6s2/vO3wNrIpe75vRrhBVuz5isxdfBwsrhRZOHBCDK44d+zsGSZh+Us/Fs/K3kuyBANqQJhG355VDvaB07ZMGyfbMC/dFXB4jB5+FSHIUarhvFFW2DviS8IZcVP+/AqfdNOFUVgKCaNwSzcrgq7oOr30fVLFp/C5LszY8yoi3j2R7ckVpwKeOzL+1hbogXT5ZmGNCAkhsT9kbUwowdq/iPLXXwjazFyWdH6tDs6QGnnpvQBB7serdh55sNgNoRiOj8CBh0oXlBflmjEpdTIGLrtVHDHrQCyt8A5PCsuAmPM7/+MKzegJb7u8NHlfuypf+cHpcT6oFhi9DxjSP3wD0fFZfvrvRjd193/tTrXh3gMie+uOGTi3DSoW2bx7N6tk+02W9TmJElUQ2p0rMS3nWiXs/KNDGhbPLdw9bSGW7w0N4zZdU9+4/2Y3Fw9o8OrgJmOSE+7Eqc/e9S6yDlR7AYezFrXRAi6j9/tRrWYusjW5vB1+9HH168NQj9sXIKjqweNZDtk92KXUZEusBjC0SrcbSmXtShY4UHv+n7SjVI6oveGXgoCFG9eiS3wzUDW8wxk2JK/RBW+vbxXcFoSXjlqSZzE5BPmTT7THzFiwXOjj3a9re/7eneiYz5F99Ilm4=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3tQE0cYDwETAiECFfHtaJFSLTNygYDPXQxYtIKFML5rjckBByGnyaVKx1qtr1HRVq3acZAWH6NtaafV2qqj3KntVLS+qrQiM+IAoqIIgqCIYG9vIw9lpndp+c/M5Lvbb/f3vb/dvSHz6aQUD5lMZvfkSTxtIU0OC5kShDiIPYWyMyluz0fRDJ1pQCP9K55o3tT/wIt7xesGXnCn6pY/H02greb2EZqbhNaHCVRrUPA0hnbM59tDHCRCgBgoa6oICCHQcClaCFe1jJIC0boCQbwwrRRMuEAjpUEENeFSMBEYo5MSZx3GjJSix4mJdEFPlBQ9kQKVBInCasKkYEZhDCEWgwMmUVFHkOiqxipcMY9wIdxORZK6IVLAEJLKx4mRlCOcV0J0EDpgJHUqrgVCdNt1SCvhSloJnQtpJUTvJHirwiDRtdARJLoYOoC0oqsBb3EYJK2TnCBpTeEEiS4I3KwYJK0inCBpFeEEdV0RSfzN1R6IJhjSRtKmNDKTB9qyYi1kJmll7Pie23bu90Ajb55E2+20iTIyFG3tLMzg1SYsOWsBaUCLk0nGZkwjzTaj5YXFav5Fn0bxE3peG2mjVDzjhTWIFUPZSBNSZvBFCNqBFpsstCljEWUnuxA6kTI7ePss6AZDyV8WqhQ8SjVazfYU95faVdupLcK7322vf3MbjfRi/VVI8bfjYRDh3HG632Hv/9VhT8kOj+yUYV33O6zujsLuolvEJdp5hkW+sBH0lOE7v56mbWbKamRIO/4Y8OFJosNoZSgmK9pmM2Zh4CAhJDaHiXHYSLMwMa99HGNkjF1sSFod7rHO5pFoKoj/I+6QwQ8t01rc4a3skGqfgnqw6m7i4UE9/GDp1A3brf71IHJt9LybFw+ApEk7lwWf9IDHtn3W80NdM1jsHRSyVO0GUx5VGPOm+cDtiP1tJYiv32hggqrZS5vmtOqfPAUDZ5nHlF5wg583Kt7/YsohVpD3rg8MLD7/yFAu5zZVLwERc71g7NXah5NnKuCNAk2OdtdV9lNeyvZnFewYt/iVPlPvgInDHPIdns2skpcSkH2UrYmKfdvW1ADG3y7OfzLnDkjM2LEoZ9djkH594bqNFR7Qf+/xE4HBSi456Y2v1v4ggzm7Xj/ydI0MTriQUnQrvYkNWZp9JEPVCJYHn1y9b3ozmD77R/ZebiWrWjfYdH9WMxjn9ffuBeOUUD/gbpmu31OQgBw6pYbbDqgX5q/vCfuWzQj85VIdoGtXFSafkHOCef1bgFo+Yk3vYg2XdrDKfiigASCpY/OVsHlO5m+thAJqQg/srNn3gM17HFb5/TBfiO1Vcv4ruDN5sX44D+M94ayGI9fWtdSyg1FCcj3hl+e+uVA0TQUHRqXGUDUqWJ079q0rOxpBJdhTWqDpBUOxoQA/h7c9zySf2L8noYLF65vYIlXaUMviP0HvdD5Tl925B3zUV0edZ5dv1a+33CoHhwKaz94vfMZiuZVs+jFmSx8POTx1eQTZt6wWtDQ6buT4yaDvjFE/nf7gCUi81n+JkfDmho/efPbjOHc4os/WK6q0OuD3+9HDGxT17KJQVGGt4NcJ31HXF1aB3ZtH8xmtYeMDsidXedSBn1cuuXhwpgY+QmL3usMZ+yPOjUnwhf1z57551tcL4vjJ4IpEVIAaWK7rx82+8RrEdXAbCDg+jjL0W6aBhTeR4WWgotdA/lXJPTD98d47cR7wrh155gZvXhxa0tQqx/zTMtiA3P+rFkDk7gAFh+2tAuotX3+SWOjFHS9HgmrAKmRmgwbbc8+XE9JWVwKEPH3ktPu8P4fj/gwcRGVSooLC1hNtTeVPejrT3rlH27/+22/wXfCIfwDHa4HO", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtMU1cYL8UWKjiIEtnUiTjE+YjQ29KCbjsXi6+pm1AWccaM0l7gZqVX+5gWzTZkus0tBLf5ypw6jc8t7uFzUzknTIPzNQe6qYsKSDEOxNrOt8LuuacKKMnu7cJ/NunXnu+c3/lev+/c08bncVn5PWQymSOcF1M5K2N2WZn8BKzB6imsw5kf8nCU7uSKjHhkeKoTrXv9f+gmPtV1gy6xE7vlD0djOZulfYTnJuH1akFqjEpeZnCuPL49xEFSBIiRtRWIgFCC1EqxQgVrJU0KRBMMBOvUGikYrSD10iCCGa0UTArB6KTkWUcwyVLsBDD6IOykSrGjF6QkSCoxo5aCSSMYSiyGJEyioY4g0awmJoJxjwoi3QFDkrpBL2AoSfQJYCTViNSVEp2EDhhJnUq4QIluuw5lpYIpK6ULoqyU6JOEHFUEJJoLHUGiydABpBHNBnLEEZC0TgqApDVFACSaEKRZCUgaIwIgaYwIgLpmRBZ/c3XE4gknY2c4cyFTxAPt7nFWpoixOR3knvvoua/AowhepDscnJk1OVnO1nkzY89Hm2W7ZzNGvDibcdpNhYzFbrI+tjiS/2IoZPkJA2+NsbMqXvHYGqzKYO2MGRsTRgYrZ357LutguthtPGtx8Y5Z8dWFlT+5W5gQSoHJZnHkhz7Rp5pO/aDt/nh7/le80RjBufBis9iwlVLC7vgwSAmcON0fd0R3xB0uOe7kTvXWdX/ckd0RdxdNI67egUeZ/rHzIEpGrv4GjrNbWJvJyTjIb4JevMh0mWxO1ulOt9tNbgIcKKTE7jI7XXbGIkzkto8zTE5TF+eSRkc6rrN7DJ5K4N9Ym7bz8DsVa6thzPYJdcUxIehP7bXUcRPk9Kp9y8ujiltAQQbLeRc1wQUm6o3k4R6w2V01bPRnXrj7gwUnd8yQoeFb+5zMOOMDVtWddQU7HoDVBwd9by9cCuQjPux79kQVaM7cO3BR0zVQGZtoVGy4BQ+1/jjflyyjyTo/rLlQG/H5Vhl9+dMXr/aqqIWtzK0G09f3QdyiJh7pATH87t5/fPBKojr82wF/g7G5npOD//oJ1Oy/FPP8ryFo8ozFqX8cOg09vrhq7q0b8NLGL/md14MzJY7xX9z0w9EvvDq/NOkeWMFHo/umDa4a/uyyU6pG2Lh9SEPpmt+Br3pqXnROG5xbsbZf0nkfvKPGM0ch3cf0S82IS3B5fJlrTv9QBJ9ZrVmvVaBz/XEmvMD83tmX3Tnh9IU5S8oafBeBv8zoTFhxDRzAbnnqoLfvxGn3VyroecUbRxoGhCG8Kq66NZCnWzBhRVv5u/OVNPZuyiY/XIrdq1DRJz6q5jOyAzbV6/qhmX6IZg5Kv25uASOZ5+pzYn8DR6iDP4yy1cEwwUAPROJV0cW4LEfvgGFHo6t+3nsPHD+GX16Imte8NDJbSRN/68G26zjgu3DMbGzJC15x52xJOV4HhihLlhk+UaFZRbhCXiB8+FrgqPJ1t9WNcpTIZ+v4NgiH4jKck6HoK3u+C73cCJtRGp9hOSKfd0Fz0r6hURFyZDk2a/LhMD9MOp/A71wDJ41qi39wU4G063fqb1eGoPG7/Q9OzauDZNwId23CxFIh24aQ/YrebdAoJP4GKFx6dQHYFYpSMRFnR6KFuKzKu+C0qnCwdV4PpP84PdczLQztycMBroSCW5FRNOHPoUA9r4AlceaWN8cqaRLvRcCLMa9lyuiSxMrFm6f3pGcKhLoN9tIL66tWegDxoxYw23Kzs4Yqaa53KToSr0ClmZO+ej/RC3EVNpT0ordM5yuiViLC0wZYW8ETZXAofSALBxCFhKMn3VbAP/C5IkfnHm3/E6D9It+FjvoXiDihQQ==", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpMiARFiDhk1lcksYI4zmW5OcGg3jOAyTmP0BiwUSKeYyKAcWkUVIPE4znlJ+XguCB5DxB6g09QWKGxsFsoEDNzEsHpj9CeowgekxI0WMMJsnQYkqKFhMwaUaKFlOIZwxJ0WMG0WNEih5z5IB2yS9NIkKPBRl6LJEjhwg9YNUG5GgiNelAwoyMtAO1iKSUANVDUlKA6jEnIy9YkKHHknQ9RgakZSCwHpKSNlQPSUnbBKKHpDIEqoekdADJqkYkpQOoHpLSASR7G5GUDqB6sKeDIGCtXszPACmmnfPzi1Iy8xJLUosh5TcvkAgsTcwrySypdCwqSqyEaJQDGVRSVJpcUlqUmgKWSEDwXRJLErHkLyMLSCxCWhUwqVSQFKhVARK1P3Zna0vN//0OwomHL2tzH5hjvGiL+Q+2A7Inn9ovkRdxCDXQWikcwONQEM9+TvIik4OsRbpLZv47+6ucGUo5Fbf2Vy3VcZZ5fW2/bwuv//opDA6SxdeFPjk+tn+2TvVJ87yj+6e0t0Zd3vPSfv2U1I7k2Ff7LV3di37y/91fLbLO/eEvRodtLTUXNke+t98h1/o6cMcX+0Wu2z7/vXLHnsN2duj81ZwHvnpFtllc4zvQMu/sqvNXP+2HyH/ZrxnTf+jrC4EDQMsfmUkJOty53ljsNuWb/SfH82lX03kd/n4rfTBHkNXhtMDxXTt6uRw06np2ZnNyO0ys+21VcO7C/vqsPSWTJf7sl3wUIb794r/9q5oCPec2cDlMXgli/LN3A1lT8c2+GSSs9mQ/yJYDt5kOPNCdsOCHIfcBsP0reB3YhESAQcjsEFKiMv2/ALvDrTW/YnJd2Q7kLWbcwyrEdgDsLwuWAwqX8uPZ/ZgOLPUDhjSzwIEVx7zNOw/yHgCrP/pz/2Og8dEKAgfeWwADqJLhQFmhNO+DXCEHQ441MlEpgg4BfySAIfvHvpRpFoe0nJgD2NkN/A63u/6mfn/C6dA41bk757mYg4RaMOviSewOXjxM2u1if+wv+yYJRFh+sgdH06Mv+w+1LQ8/ZXTBngECGhjQADj8nv+1B6WGVMkf9hGnjI5s1HuxXxSUIFQ4HIyBvLzFJ+0/Jp+J9T7xcP9Fpds/67Ie2asv6Nzw8OVSezmxLN/PfcwHQKnkQ+tve29Q9B39st9T77/i3zLGA2F8upvmvmd2WJUQEqS+YKf9n5UfL/km/bP/uvMW0Cdf7SHh9t1eqa8UGAK/7YM5QRklL724pCg/txg1jSMaPIhCG4uYEQDFvbi6", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtQE0cYT4AQIlBQadV2lNr6qh0RLoEEbGcvBhVRSjUUW1utITnkNMnpXWJFfFHrozhlfIxVa7U6jo86VisO1Vbrnq2POlpFGB8jaCugpRZ5BBTRQXp7GyUoM+bSYfqP/3y5/XZ/+71+395e+mYw4zMDZDIZFySIFMZKmZ1WKnMA0iD1WJpzZMofjfQOxmZEI8Nznde61P+gS3qu+x91g9p1gd+j0XDGbmkbobnRaH2MKAkjaiQ9y9hMDtrsBQjpYrTSUIQo1b6AYo2BgjTS9qlCmz8LohalRpodDNJJsaMRZbw0iC+JixVlnBRDsdgQxiQyzgwvMHEYEy3FjlZ62rTYTIwUjM4H1+J9sOPGeB0P9gr/eM1R7Bb+ISSB1L5Y0kgEeTS4JG5j+hCSauTGSKoR5g/hdeY8MGrpnCM00vlDSCsQ5g/hdX978IfQSgIRGCSN3m6Q11zwAKm9JoMHvdVes8ET5Esjqb3mg0cjqb0mhCfIl5ZVS2MEPvLV0hiBSa7umBHjhUs11wNNOCiWYsxZlE0AstkjrJSNsjs4fAV/fNVQoFGwIPQcx5hp4dXG2NtvZuzyeLO07BmUES1OoxysKYuysCbrE4tDhAdDFi1MGARrFEujl+YTa1TCQyLNUmZkzBiOEIwTLTZbGfP0T2iO6mDTkbTFKfhnRZcm2v/pTZViRFNNdguX6f9Uj2vbda2m88NWdUbYAVLC9nxjuY/F2M6Pu0tnxB0otdw6z+4i4jo/7OBnhY1GBm/jVUqNN77dqa994jQIk+FvDQPDsBbabnJQHP4ICRXEOKfJ7qAd2XqWNWVjYB8xFazT7HCylEWcmNI2TjQ5TB2cSmodvpK3945CU+gTH2knlY30n71czrfcdf75dddakLDq9IIkeBweJD8tP7muHkaAE2WFn1WCjV23/Xy0Rw3sH5i7xrD8DEyr2Lbh2KubIZe18vZcUAhT+7w0LaWhChYlXq5rTF4PJ4/5Tfn2BheIHvxt96LEKnhmElLcBhb0sNSPx3YqwHf0tZl5+ZfBhA/3weo+gXxOxJ5R1+e0AqNi66oEeQU8ti/KvlVeDaJWbL4Xc7MeBKS/MKRg43V4Mb166KGBpXBt64r5DxJ4t92rcEjfyEZruj+JN7wPbpi2XNTUFoGyLBmTG3Afxo8YxTaHNQDuUjeX/lwD3FGVFNW6RUYO+yP1i7X2GnB9DnJAwdvS5+35IaMF5EWaayYO70Ki6PJLZOSd5A+W6C7K+Vod2qgO3Cm9lMuNVJBNlchQAxzlPzu43045Ocl2/GFBziP7DW6/7sECFM7hJlDfKGx0MIjff4srfPFBKzw2HGWiHHyun3Kj6DUXENOZXwfZvPxKV2QjPGHTLDxAqshBYcGF25uD+FSyu+nXkibQHPb3gb3+lyCq1qEvy0A1H/96ck4F7O/0+ypog4oXiioUrhYciV4/uOeaOvDWO+dXfjQ/hD8168g3Lw9VkoPFQrjgMjNiwk33fn6kkJzMC39dAWO1yCMXuLWmIGTm7lqQO+CXJTsmNMMHCTPOLiuugkIwim4RENxwRRYzH5eCBdMOO1b3DCL39q9ctCklgEzOWTR07PZiiMw+NMh4HGcL+AeFfdoFu4kEU5Jnd527kF5dAkrzWqimykC+n1jYGjfvroF1V1cvXTxRxc81Ee9F71KQu5eXChV9CHA9VDzm630g0idCSaIyDJovJ1E2S5tV/JhbAZqus8Ld8d4FYjla5PzoqNa+LbNCyS0Cu/ZsCyJ31RenZIS3wrjfhwkulwPl2V7jrrwS6LYn53uVv9/jwPm74HYoymgoWbf4VNrRndUQ560ElByuiOh9yo+MPjRQqNQ1uDAJzuutU5B3frwiRNYM6s2oAc7Bn0aH+L25tBzuz3F9/+70e3DT5DdOh58MI8VDSW+fKlwPGBvXvqfb/qVo+77oQEf8C46r1ig=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lQU0cYTyAcIuHWsQW1KlgoYuElBJDqbgQP6oGYaVFBMUCAcMXmsGIVUGw9O6J1BoehVPForVq01gqOsg+tYrEIbbVKFUhRlEMs9ynQfe9hiVM6zct/nTF/7L79dn/77X6/37fZnRKpWB5jzOFwVOa4WKJIlEVpEmUxrpSFh4vFcpU6hvuiJVYrkiRUK+CV7V9sRv+wLR2xLcexlVjij/kKZZI0MSBOqoyVyalBo8wVrKdt4Svb/8Dm9lJG/a2IuYrk6JEW1RdEjfeiS0JCJaVYqUiSquVReoIE7EAEXQrZgQR06c0OJKRLETuQtyEgURBl8yIkpriSyJNj8Yn2XxgfwzE+NCZQoYnUH+PLxo8vg/E0AMNqP34MxssAjN5+mJ0wlYgVyMsQkICpvFmBhIZ48jaA2OEt+bHBEDSGYCUGJgoEK2KZIBCsBMTEgBCwFyohNACjN6sjQiX0JlUH42OAuAm9haAL0lsJOhkh0FsKuiC9taCTRgJ2WT4M0lsNuiC95aCTsAJDslzALsuHQewUwaSFgJ0ihkHsFMH88wlHVwR1+1RZc5hrSYBCoYyWJ0vVMhVzX+HjIkQjTVbL1SlipVKawgAnUROplZootUYpi6Y71o60A6Vq6SjrEHoyxw7zsnjRJaO6qJcFZR369qO2M8t6UdZQZmp/nw083OP1+BsXU7h2ffCk8fFlKGzunPrKRBuYERL0efpxY5g60Tc2UM4jrYLzD8h28GHUs1V4xCAIScj+MCfvKnjP860T9svGwtWDAX3NTR0gKq1ydsoKLnm6Lzzp2qAZ1Hw2gfe+VQNw0Rhlmzs2ImH6Bbi11hTiwaTftGpQXHp43vftVUCbY3vscnEz2FxxbmVn4W/oQJdpxMHFvai1492Vn/j2gMQxvYdiz/WiPYUJ+Os+0xaYw+bcd2bczu5HbjdtSi4WtCHancdTcL83Nf6S2oxk/DUAv+9urC+abAwbFs4cmrLZnAz53XGTlKhEl0zsHMB1DnR8u8rZdEsDmvhjHThaU402bDw2I8BpANm3ictj7gyAmZmHcKSKkPeai0GWRl2gIvBeS8cuB7LEbdb+m2kPhv21oN2JT/pPtD4DczHqSfx9ZLNRdHJO6CAQlfkv/dnWinTMXYOX2gcuRFKBqgfUbO7bH6NuarvjKtBXoaXED2eLwK7JVKSrQdy5RtX5cYNIYZdBlk6xh/7cJdv4wXyY7/IoI7dMC+ylV391d7GD9fHuXVlV5nBbbtnX5XcsSZquKCsYQ/+48E0v81NOq9rBGWXcvuZNFnCB8Yaxzq6t4HUy7A3xB2bkhOkSkyP7ebDly+uLfHYWg70StXNWmhHJrNMIHplW+Hx7x3OEnecfqOOQDM/1YKd4bV3F1BYEj9YUWeV0gmcUraUWEKOxwtrRcYv5mPorKK1/1rpbO6xhHmZ74PYgsllBMaJFKQ3T8cr2gLtH1s22CDUlvf/0nbdAySHB9Qfnt22qBTQvXEuSma8D0DTzx8D0hWjzxAI+KecotvCudYOpA10abU4P4Gs9Mg9tMCMvP3TAVDagL06evhexvh1F0AIxgQyfnUi8tbbkoD+XZPjqAE9DCiZ93LQPYLLCziITkuavkQtxNpzqC/8D4E1iirWgvFvy8JijAxn90+pFN8xaER3W6FbgFr73SmfceJKqXMPvAlo+CVyYk4cDVzKejPavCf40qx4wuutDvCd7XJv5RWBRI09oK+oEHgFOTbWix2j3gKz7kbQH0GlW2YK0OKqCPBP4iyLC7NZr1qRkDHWQJMeq1PhWrnr5DBh5AI3cdEaxEX8BJlsK6g==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlUU0cUDmEJYY1W0Vq1ohVbF0oWUNzmAW5YkULwqGhrY3hAFBJJAopL69IDrfZYa9WqxRXXirvUoyLztFpFrIWKomIRFLAuKEQlBBD75k0oQekpY+GffyZv7ptv7nz3fve+l+c+XRMaacPj8XT27BCkiaGV8TF0pCeyIPM4lU4fadUw89NrYuVoFvDG1uq24GZsY97Y3tj+1SZusHFVym+Y+WvUEY0zdC8QrRdzo0Rux45ylTqKLfOWQaQkEEkgsonFJBgpxhD5kXGjDxmE/Gje3DiQDMK5IQq0D8bISDADMcabBDOIG33JIJwbokj7YkyLw8at9iKMmyWIzJOYUG/4XIRxwC4Ic4RV8D9AZMczS2gQWU/gMEQawhiJF3kjkRBVqxlDVHo4RRKi5mPGEJUrTpCEqFzNGKLaw+1H8hotS0KkA9yyJEQ6wBgpkQ6wRqVEOjBjiHSA+5yUSAdmDJEOcG+UEunAjCErbtwapa/ThKUtVoJFP5W2WAoW/VTWYi1Y9FNZi8Vg0RplZA8WXBIysmcE1resxXqwaMIysnaPlSdrXhGh7F84XSd0Q09raY0ymo5lgdrEkTF0LK3W6yIFlhtG2qKZIzv46XQapUqhV2nUTTeTO/yzWVjiLFqOFofReq0imo7QKmJeWuzEXgREq9gbAaw3WqtCy19aI2QvRqi0tBI542YBMRrlzNkqHd3MbqNUEfHswWLQu6+K/+puAo5KlEIdoYu0fqV6ZJbakfq2PV+nVuVrS8LXoogb1OjV9oSdW5WwNTFhcZOaFbc9YZf/IixCCE08WqxsKW87Yt7eTRItaXverq2aaAExYWmTji5te8Kitki0PTFvSRPesrbn3a4teAuJeXs1edp5v/SIQ2pEGwdoNNoIlVqhp3X4OwnqRyHxCrVepU/002oViRjYnQuJNl6pj9fSEdyNzxrnIxR6RTOPWpkPfuVvejwa3UJfSZHV9+rZWNnCZzDZ7fol42UbZub62SlbUwXUtluZLimH+cwS5sKWkT8b4dn6Q/MMXrbUo/nA+9Pj5fD73YtDAjcImfqAmvIHjAlE94yZM7e3kOl0NJdXyL8CJ/keOZ+QeQvEpS0riObVAn6GbfsO4CrIKgXs1mVgl/dvQ8aH8JghVkFfOgeXgvOCYT9O2PQLUMsWHqUWl4BhDvmps4aVQObhxqH9856A6Vuuyh4PKgcTpxyEDzcWgTi0oILPcPvk1gN2819vplcDzt1jO+Y717k+ezJ5lKY9y8DdhuJpFtmc/bYYWhXyhUvftWXCQvts/vqACWL+Bnz+7RXgjP9eVWFcNbjnIbZP67oeDl6Z/cUY+AyeOeipTl1kxXDTBcXAJXj/KvqrcqiQTPDquzsAdHebEfRkeSk80cfVMX1HLrxzbu2JNSsMEPPNBMvtKtzGfJwB0jvWZj/KqgCdPeS2qSsNEKHkT+0ozxWbq8VlL0D04fu69I51MCshc1OX/c7UA3ZW+5E9ld/e4Pd7mRVzM3+RbtSqQrhhocfppJ1WzKY9e69Nq3Kkpn2QLTp3vA4Ger5wf17lwGC/TpT1HMf33q8XMluPDKw+HWGC3Pa1QgrzrocLUDoDi+DloOmiSb4C6mDxvdWHnE6BKf7D/7qe5shcRHS7mUBCUUq77SeNsNfYeUs+/EbEbD95qpOH3AjKnTO91vV1ZVJ7HatLfsrmL9WKzbQB9FA+Cvcf7ozzMPwOHDlaa3K9VwC7Prjt04XiU2Od+P2S3e6CyZxgqgEXL5E1peAScx5O7eFXqby4F+Qcnvzs2A1rBv8aAReP7BswjaWdEFwDoUuKdOuRSlCfN4dNWSVI3jnxguSMAaDsKD8xQknZvt4lS2oBcstMOQCQum6fY+B8LnE8KptV95PnF4FpcxQbmlwQznpZukDIrOvbeXWe0AhYtuN2ONyAbPQjr9zlMTg+NhSnBysDSAq/nHFnlTPDBqtmamwVmDVNcOntEGsKqal/gAOTunIwq3ATSMoKO7VrmyMl4grjPhShsEy0o2TtfIaeDLWjfqr8g81ADijN6Vlg+tyR4ej/yWf0nGAqzLopAEhFdWt5FFePB8pAQtw7zkUDauDyeHRhy7DgGRn6fChf486aquDxmUKWWgHE5zbB/nnry7rtvAZyRlyreDq2FhYNQMK7DdFsctJNqOOEVg+WPaeNJYpqiKrbt5cTdeXujH5VPxgAjrsRdtg3unhunojqg8ok3JbavW089VaxgOFarZ86in1n18Tqmvakxg/BjV9XmrFJ/gbWd0b5", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpsiARFiDhk1lcksYI4zmW5OcGg3jOo2JYxfyoLOaPRcxjSIrJo6QoJhjPKT8vBcEDyXmC1BuCSctgNiAZnJmXDkyShLWAxAxNwXpCijILiNBjBCaNg0Fp37EoPzexJDOZCE1gi8xI02UM0WVOmi4TMGlKqiZyHGhClgNNwSSJVplBrDIgTZc5NE2QqAlslSFpuizIcqAFWSFoCdFFQiKEuA3mMSKzCEQ1hDIi0S5oijchyS6oJgsS7TKmSBukxHDJL00iKveDxIwMSCllIPYYER3skDwC1mNEih5IFjEyJkUPJK0bER1NiDRrZEpS1EKKCiMzcjSZk6PJgiRNUD9hrz2CgM2bYn4GSN3knJ9flJKZl1iSWgyptHiBRGBpYl5JZkmlY1FRYiVEoxzIoJKi0uSS0qLUFLBEAoLvkliSiMUdRpaQFANpXsGkUkFSoOYVSPRqxUs1Q45f9geiFRw/Jn+z13zLu89g5o/9G4oyJr7dI3IgbzHjHlah//v/XQEq3MjhMJG/ymy1nfABNiER+2N3Xu6/cDXsjb41s4N5p2PC0wC+A2kg8IzlQNVxTatJp3/a/47JPfrPiP3A6+Ktor+9uQ58f5K48JrJc/sDb+bZ6FxhPJDfyHK0fyPLgQubI7/uvHVqfxif7qa576/vF2o+cGqh6zH7+qw9JZMlPuw/dmdrS80FzgP3Crv6nny6v/8Eu+3s0Pn37eW/5ITVrrtmf27VeaBLXttvXVYJtPnf/uUvPPT+KzIfuKKdKvko4tN+af27KmyNV/cDPQN0+K/9YG9q3dh/yujIRr28r/t5H+hOWFDBeEBl55/2L7eP7z+4Yomfw2SWAwxgB57cf9wb5MOP9k2Pjs/YLcZ1YN2N+DJ/OZ4Du251/U39/mT/imNABQc5DpgImtnsDWJ1aNb3Wcbl9tf+UYT49osMX/aD3W0kdGBSzD/nX7kcB56IyJ58up/F4d7k9taoYP4DvdPzgF7+vP9UCMjm7/Yhj5fOPqLwff+dDJALHtpfnAjSyH0gF+jbbUm37WfunjaBv+q3PTi88gUOgGJja4v4AWeZ14/MpBgOfEw+E+vtwe/QDXJdosiBnwvSN78qPmu/8eHLqZt4WBxOlu2bL6XPdmCl8AWXGwWCB6rBDn5lf3nPY6DLfuw30ALKHOE4kFx/07Yy4s3+SlAyWZNjzwAFumCLvPYDHQNUwX3Aluv64gLbR/YHgbG27fNd+9MCx3ft4BU8wK2iUdezc7d9ZcQK07PW7Ac+XfJNEojgO/CKBRRSP/eDxXezHDgN0lbLfeBHMMjjr/bPB6aOWcsEDqRY3/fvnf53/3NZUIw+tZ+w4Ifhs3WCB4I5QRkoL724BFhAF6OmfUTrD9E0wyJmBABAxxWG", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpKiARkLBPZnFJGiOM51iSnxsM4jmPimEV86eymMeoGA3EUFM3E4znlJ+XguCB5DxB6g3BpHEwKIM4FuXnJpZkJhOpyZQ0TUZg0oQcTSTaZAwmzUjTZEKOJlMwaR7MBiSDM/PSgYULIS1mniAxQzNS9JiDSQuwFpf80iQitFiASUtSbLGEuMyUFGugeogOAbBqAwhlRJImQxLDDWIFhLIgSZMxhDIhRxNpAWFCovMgeQ+sh6SYhQSDkQEpeiAeMjIkRQ/EP0ZERywkbYP1GJOixwKih7QYgqQ6I1NyNJGW6qCaSEsLkHg1Ii2pQjURnRiQNBkTnRqQcpIx0ckBWRNpGR2S8IyJThDImkhLEZDkakxaioBqwp4igoDNy2JxkERJalFqfnJGai5QY1Gla05qbmpeSTGiwgZXzuCmKTeQcCwuzk/OBFY5+XmohgVzwQ0LqSyAcCFFM6r70NTir0fQtLGDlaQn5qUU46ziLNH0sAIZYYk5pang+tK/oCC/OLMEPSD4GSANE+f8/KKUzLzEklRoAPACicDSxLySzJJKx6KixEqIRjmw+4tKk0tKi1JTwBIJCL5LYkkilggxNoMUV2nMyFKpIClQSwgkGr1x/5t5NiwOM7Ukpl7hZDzgsOT+Pr45f+2tC851XLrH6NBXWijN++Dh/rzFjHtYhZbY888xXrTF/Lu9wMvt65mf/9hvttouPNqQxSE29+i/TdWf7FVLmWZxSPfZT6z7bVVw7pn9xLc19qZx7A58+wyAVvzavzdommJf6WP7I05rM+8VvrB/6aH3X/Hvvf1aVpNO13v8t484ZXRko56Aw49DKasSrjAe2L2jl+2D2I79NYlGoQZaQg475FpfB+7gPtD9N/X7k8SD9sc1gRr3izk4Nj06PmM3/wH2D2IeAX+e7L+7taXmgrCCw8aA7FnlMQoH5MSyfD/3cToEgQ14sj/h6QWl2z/v7d/lycOkzc7vAJQMLnki57Dwh+GzdUcVDtTftK2MWPHbvn15+CkjFxmHza+Kt4pWix94b+HqXvTz9f60juTYO2yyDr3T84SaGWQPPFun+qR53sX97PEzfER5JB2e/1758dJZrgP5Qs0HTi38sV8gwnLLibJLEH1um+31JiwA2sTi8NMQpFPcwX/9lNSOxyIHin7yA0P29H6wPZZyDpd9kwQiKmUOgLXv+2gfDAq+Qg6Hj1+8Itt2sB9YrLzzT3sJk8O898uPeZuzOPSxgQLgyH6Qra7b3u5PKPMHev2Tfa/GW959Bv/3r+m+ncHwntuhtebC5sivj+3zG1mO9hu+tlfcUJQx8e0F+wdzBJfuZRRygMTvz/2Q9PFm/65bXX9TywUcbLmuLy6oFTgAcm5y7Bv7c6vOXw17o+hQBkomuXIHNj58OXVTD5cDMNTnLHos46C1UviCywy5A6WTJVjC+ngd7MOBJvooOLhk5n9o9VQ68ACY2owX8ToAffHl9vXv+4GRD0xqa+zLdRXlv+gIOnxnAwXoGXtlr+pmfZ9b0HARcpB8FCG+/eKb/ZB4/bG//8kn+UvveR0kWcL4dI2kHd4EgiJa8QDYnpM/7cHhJKLosDAdGJNXFQ+AU+uGz/YLOjc8fBkq7fAOlEx3iR/o8XrFYiL4fz84Hd+Wd4hRcPyYzCN64PfpdycPOz3fr5RTUbVUB5quZOQPaMb0H/qq8WL/VFBwxEg6qIA8Ei1/AJx9HlzfH8wJyuh56cCSLj8XrQxBLfEgLRgsYkYAy1vOaA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztVntUFFUYX3eXXdyFFjQgBAw8hZqZMrus4KOZFSL1hCSr+MiOLruzsLrs4OyugFH20MCSo6YW+VbUJM0nKqVyrxapefL9SvNx8EGKmSDyELXunVliMTrt4F+d4/xxZ+537+97/r47NyKVSTZLRSKR3RsNiYyVNjqttLkHlmDxGxa7w9yheaZzMBl6PIt7KvNYlvQEsiFPZf8DWetuETfPBjM2U8sMrw3F+6O4kdDjhtOxTIbBYTF6CFILAxHcqBEGUnNjtDCQhhu1wkDR7Qf108vQqLfY0tBh9V8Q7VAsixKE6cdjtBwmnnGmeo6JEWInhsf0FYKJ5TFRnmJ4C/yLEASK4l/RgkAE/1ILAqnbY0nzBCBBVXLlIVYIhk8DIaiyfBYIjyvLtx6H8biwLawjPC6RG0bTDozHBWphN6FtB0ZQh7swHvPArYsIj4ngBlJ7zAS31lMLa3IXSFiT80RVC+tXF8hjNrg1uVpYv7pAHvPBrcnVHhPCHSSMEdE8SBgj+D+Fpm1GJKMLuD0ILzholmaM6XQGArI5r1npDNrmsLdcQbjrhheeKdGgs9sZowX9RBlba2V6xd/KRuZk0nq8eSTtYA3ptIk1WB/b7IM+4tItaCEOWaNZiwoJHtvTEX3EW1jaiI3p/TCCceLNRitjnJxlsdNtKE2wmJzIPyu+OFmU/1Qq5yJKM9hMdrPk33jQXKTYx/KFncSK4xiGNVlsBgftypMvGkY4DTaHxZGjY1lDDg/syqWEdRodTpY2cQsTW+bxBoehjbpp+vKndGv3aLyEr4BYOqrvS8Wd54bAHTNyj24bK4cLT3ZM77YhlJKmPNN769KucGfq9F8GNYpg5NWPlv2sCKfm9++QOKMgCK5/dfRbW4AYZitf6PHe7GCq5/g5++6tC4Pbbtq3BzRVArz96z7h1OJRy9d/UxgIizrs9ur07B/g3rCxH8ecDqbM+FkbDBdfD/vqtyE/Ak4fGUYNQOp9kzpBr6LPkKWz4Mtdn89VTQuk8meOO7H7Sh2ISYu3MHfuA0fCgjrZBAn8/kQvOriiEURsZtPnZXSEtQ9PZt+IVFCH/PZ/V1pQD+6dP/OBPeE2OIXCsmZXg4HDj80b/0gOU/3GxJYckMPKpuLq44lelEq5fW3O6xJYcWPhVp8pjSBg9rCbUs0WMPiI+VTlJAnc8On5dBFTBRpXpKEQa8mT2OwYJVyQxzkGSg5MLVu+yIeaID8cPOKcAqKgXvkzogFwbhaKqYd5tcgTFTS9/WuCJPsKufOY6KL4YBBVtjcoUl/+HNRyCaghTQMuJRV8EUYdROq6bPKHnQ04wmqQhaZ9Lvi78hMKufxdV8Gm8Rnlj9hQSrzIO2TZxXB4oBAlbI4UXl7iv2aPLoJCq1vfIQJgFS7LITms0eGAAqld3VHEsnCYayAQBfaC8588pOtnRFDTm/pnHs6vBqol6lUlO73gyoao6xtfFEMfca+8wLESKGI+kJbPaQIcP8LkcBzncCVA2dvfs/9d4MBmbntDnN2pZfVg/ZFTKbc2SWGtNeXdjTv8KIoLqArsuIsLJYPFnY/Gn82UUnU9MIHqwK0RpV1nVvnxdlQ+FJHVO+L52gfAXH/VsPJ0CVm8ejhSUQtqjieiEl4AS1GYe4NuAQsHuAYmL8pasqrIG64b/RPxwxYfVx0ekFzeG3zh0KXvR+6TKWHhhfl5M88pqKRNC+h8oxIaRiZ3XzGrEWRPW/NyXOglgFla/rsI7iotkN0J9IKH849fvKzcRubWbH5zchdZM2/Jg9fI1ZfKqknkPIqgDnBuam4Anpf3SV6/L9T4awfuST5HpqB2ODtBQY3B7m2UwFm6ideOdrsCuP6a5Edh9oTk+sNS6sOK/YUNYMogxZmizEckt68iAH77ABOpjuwdF1pVoQ2huKNNZ0tDBy6TYW99BrQ+ePmLYRsy4i8sIUaD", "1: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", "1: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", "1: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", "1:eJztWHlQU0ccDiEhYADRVsFbWuqtJYcCOroPggjjgRBsFc8QHpAaeJJDRa3VquNVEe+7Hh21VhwplCqtuk9bPIoiUscLVIpiRYsHELmlb/OeEhTHrDPp9A//eZP97X67v+P7ffvyPKOo8BgBj8fTOzKP0ZSWVBu1ZMwAZEHmURq9IcbuxcjfQMUr0Ujx3oZh479mG9NkC2fyrXRmfgRRuniVVhGn0sWSGrSohb1CW7AFv7e9t73RJnlhM3fyS9YFUAnRTSM0F4LWS8xPmdKBeSo1CbGMFFgH8cWBSM1POT7EDwciC0E2iTcORs5iJDiYgSxG+g4YrEQPeodzOAxWqn3ewTcOMxAH48tifHAwfpgYlgGYibMEWR0RyxvMdFuC8E7iyD0IC8Sx2+peZf16hzJxIWG1K4uRYrWrlMVgtSuHwWojNttSrJbgMFitxxZIitVGHMZqJjTJjxSrphwGS+hZ+ZFi8YDFyLB4wMqPDIsHHAaLB6xkybB4wGGweMDKnAyLBxwGTxFYlZPh6SnbqTI8GWHbTmY1FSxUTm41FyxUTm41GVghZUF4dwQHspoOliC8O4IlqxzvjmCZJ2+ZEehvh94dTRhIHUmp48h4BqhLGq4l48kEgz5GZLlhjBCNxMzDX6+n1BqVQUMlvPIfptXLzSKSZpBKtDiCNOhUcWS0TqVt4Q+PIk7DTCiY00idBqFfWePE/AjU6Eg1OkzphhCUES1Wayn19FkaPdnCpkGaaCPjnxa9AmvsX99UZI4oVpUQrY+xfxNNuUtP5mP7uMVvixuNFNYGLMAOWN4sYF/bB+xsi0ILceK2eDHm9M/P9mG7/C/C9mmmQd62D9vVFmE7YLNc0kwRJbaPu7Ut4hZhx+3dLPz/QM7avC1uLDlzxOW3n6WayQe+ct2hoqB9FRSli9YkqAyknv1mgpozzKhKMGgMSf46nSqJBXY1p0JnVBuMOjLaPDGtaRyoMqhauHblg9jX/+bekWgKfVVF1qjdV+SPfU3Q4LWpMWW+iHiwId05MTUHTAwYdv96Kp9OdnjSPnhsHdzV8dObXg7VIDZQQz1ZkgVuF4nXHeALiejzk0eeFV2A32RNd6rZVQbzqami3C129AT3I5d4t8rBeL+fzs4cxiO27/k4q35pIRAHfWLkb62B/L5L21/PtSeCx9Z76K/mwzO/HF3l8OQ+aC3O3Jd05jrsEhk95HbodTirv2e3Sq0JanjUQsFwPt3v8tZ7XfbXg9xl+beKxBnQfM4UB/rgsM8n/giLIbO5Y6dvi8GYKDfm6GKgq2ldeuRwJfi5ouHy7NIroK/HhstOcelgcnz28/S5T+Bj3+EjdDVPwcyi7W32Hm8EVNtF9B+7H4IV3dSPIgNOwOzuabq4NSXgh6f5o6PczoJ2Xc6VAC8+XdQ/ZVe1pBrUDZ7BuFIF/647wKx4ACLu7N32e/drEKGH3c8C/4Qd7brk4UlgzkuHh2BLH+TAPchk5cTOjs60cqNnsjGxHvYjOxSPd/8LIO+n9L4DIsJ77lqe1gg+BKcLMwX2tJPZoQYwxG70YpdQE3RM7cxkyIlwHLpt3M6DlWDPcBRhLWSKcy7ipCuxrLLg6kJ9PtRfbVvuH+pI52VMMGVFCuhe81GlqkCjZ8MzYxGfDlypZVw3wXgUQLiAyJhbnjZ2+ilwM3PxvDyZkDCu8xB85mqC9Si8qPtg1L5WTAXFXN2PgxQJqtBduPf4SfceShFtQscGNYJLayY9V9SWwUOaW4krXB1oNp+54NjGlNZzBgmIkAHIgwrgs9x/WslYOzq3Q9iNTvOEBEOyhRsUBRBVf9WmOhgesmNBj1NiIvXQtakzQ+/CtTlfBcMvbwIzPWsFhD5uTdk8kAm+H3hhyJhL9eAL5rjkuybo/1SNPISsnw3wYpWSqcxlOOdM78Frc6q4+phgmcsJ7y19WtEVyUqDlzuPKO0hYVJ7BSDW13vY0x49lMLv1tYAxjmVdFw5ZPMjolEVDq8vgwuOEF8XnymE+5iqp5W70JGmrBsrGrK5fR+BxNSVBXG8EuDaP33H4/1VAGV9e5sqgMpyMSYTjDAT9A40z/e0IzIe6DPbzRUShUH2s8VedcC7z4EP8gI3c/v8Cdg8l4NFYSgxQvpZr0mrT5mqWf4O5dGJnVwYatIwxw11VAV3bi005/U3JzpgWkneRwXVQGRO+Hl4Am2X7UYHrX/mMHXzMTjYnOBSOKk7k0FnN9oT0b+sFqJdTo8sBQsF2asls2oAyspgOxHxa0+mYxk/OqP0eDN2JKr+CbHM+zsVr2+uSU0fhZu+tLRgk/4L9y9GIg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp8iARFiDhk1lcksYI4zmW5OcGg3jOo2JEi/kRKeZPpJjHsBZTREl5TDCeU35eCoIHkvMEqTcEk8bBoMTrWJSfm1iSmUykJhPSNBmBSVNyNJmRpskYTJqTpskETFqQpskUTFqSpsnMEyRmaECaLnOILkPSdFmQpcsSosuIeF0QH5GnzRBCmQazAangzLx0YPFJUJMROZqMKdBkRo4mC7Aml/zSJGI0mZBjE1STOTmaLElynimJNkFKCpCYkQEpeiBRa2RIih5IeBsZkaIHEghGxqTogYSBkQkpeiD53YjoVIfI7UZEJwVEXjciKX4gOd3IgqTUA8nnRpYkaYKEgjHRKQGS1iCasCeFIGA7q5ifAVL5OefnF6Vk5iWWpBZDakVeIBFYmphXkllS6VhUlFgJ0SgHMqikqDS5pLQoNQUskYDguySWJGJxhzG0loS082BSqSApUDsPJCrz+pGZ1IHD9j23MxjyG4Udirr6nnyS/7rfX04sy/fzMfstkV933ur6bs9buKb7toaIw8olfg7CiS/324dHb9yvI+CQ38hytN/w+f6btpURK0x/2M8VXLr3YLiQw2QJljA+3c/7pzl35zz//d5ewfFj8pm7zA7qCzo3PNQUcgibv3rtjfhz+19kaX+bfve2vfS8OM3TFwQcZC3SXTLzb+y3e3Fzza8Ydocdcq2vA3fU7Z+RJ9R84NQ/+98xuUf/beJ2eF28VfT36Xv7l80+orCh6Jv9q6mbeArXMDss/GH4bN1STgeeySubAj2P2psImtnsDbpl3/Hl9vXGz2wOd1XYGqc6v7dPDAlSX8DJ6vD79LuTh5322j8+PmP3tAnv7W8Bbc09+s1+b9A0xb6vTA7s5yQDb81md4CEx0f7L3+vVLxUe23/qy5rT4kwg8O9QlCAPd5vFGqgtVL4wv41MlEp1ve/2QtUma22C/9mb11wruPSvTf26VefZ2mXcTrMBNrCX7Vsv9lZa7+LE4/Yl4ENfm+/aIv5j0Mpp+y3nCjbN1/quP0uTx4m7XY+h2Z9n2Vcbn/Bwf1m3ld7mZpEoFX/7IGBUP1pw6/9QEnVUqY3+yHqju4PPbhiiR+DuMNixj2sQiL/9j8Gxm60wsH9wp8cz6dd/W4v+ShCfHughAPEvL/7/YGxeVhY0OFYrknDdodX+03jQDYzOZSAgvediEOc9wl229m/9gfekgba/NX+P8jaAC6HH8GPl84+IuIgt/yFh97/1/vfzrPRuTLr2n6mWRzAqBRyALlqFsen/e5FP/lfmjM5iG+/yHCP6a5999/U708ewsKT06EUnFBu7m+Zd3bV+VAGB2CoAkW4oPayOQi83L6e+fmR/b4tvP7rp9zcP+UbW/yMM4yQdJQp4HBFOxXopdv7Qb6x0Zmy/8/Kj5d8kwIg6nxC7SHxk28fzAnKcHnpxSXA+r0YNa8gmqOI8h+LmBEAOwExNg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpUiARkLBPZnFJGiOM51iSnxsM4jkPGzEmDDF/hFgQMCyCeYAMt/yi3MQc54zEovTUzP9AgMUsfyqLBWMR8xj0YtIoKQcekk75eSkIHkjOE6TeEEwaBYMSn2NRfm5iSWYykZqMSdNkBCZNSNNkDCZNSdNkAibNSNNkSr4m82A2UGrJzEsHZlxCWszApAUpWszBpCVpWkBihsZgPS75pUlE6LGA6DEgxR6oHhNS7LEk0R6IaghlSI4mouMHrNqIHE2myJqICAewajMSNUGyHlgPSekH6iOSEpAxWI8RSYnBBKKH6DhCJAYjIzL0GJMUQ5CAMzIhR5MpOZrMsGoCVWjF4iCJktSi1PzkjNRcoMaiStec1NzUvJJiRJEOLr5ZQTxuIOFYXJyfnAkslPLz0GpHLrhhIZUFqcEgxSGpJUWJGakpRYk5WKpS54xMoIQz0LbUokyQbjQ1nKDUmFmUmgyyLFgApCO/FKQ4OSc/Obs8szgVi6FumSmlQPflgCqiTA5MQ9nBPkpPzEspTmPGEaPQkDM0RwsufgZIBeecn1+UkpmXWJIKDSZeIBFYmphXkllS6VhUlFgJ0SgHDpGi0uSS0qLUFLBEAoLvkliSiCXajCAFszGq61JBUqC2GEh0yf19fHOMWQ9oxvQf+qrxx/7NAUtlr+r79mxCIvbH7vza/5B78sqmQFYHpb/fSh/M2Wh/OGVVQsglpgMV3CoadT037ZsDPec2qD2Cqr+5f2H65lfFWxkdfFt4/ddPubj/sm+SQITlx/0sz3s03vKu26/dLnbz3PfT9t80QBbu2H+ybN98Kf3X9hsfvpy6iefk/ogVpmet/V7uN/BZxuWm+mP/l79XKl6qXbTXlph6hTPji71sVIr1ff+b9rInn9ovuf9g/++Y3KP/Nt23fzBHcOneg//37zsorhbMen3/DoemR8dn/LK/LvTJ8Xzah/0Q+w7sV5T/khP2l8FhzhGFDUUZH/ZrWU06Xe/x1Z7VRNDMxlbAIdrJ7sXNNY/2g3ztOffV/jPvTh52Wvtzv1PC0wtK0UwHZuQJNR849dw+oHc6kMXgIPBy+3rm55/sNU8LHN+148P+de4Pq0T0uBysGUEhwH4AYu+T/V9vX28sPsbs0HYy5OCKJd/3B09T7Cv9yHzgusl7C1d3DocTM3ZPm8D/c7+4R8AfieJP+/NB1ijyHtj2GRQADA6nQNr8XthvDMieVT7n3371Q23Lw0/xOoCtWd9iH3vHjbmCm/PAPSbOLvnkS/uBrr39s+6NPTC2gtQXXLVPBFGd7A4+5p2OCU8f7b/EAFL53J4H5NGT7AdeqhlyrJFZZd+d8/z3yo+X7I3KdYFBxXAg615hV9+Tb/uvHc01aTBndtjDCoxoN4YDrTUXNkd+/WkPTAQ7szm/2sd5n2C3nf0U6v7/9rXrtiXV32R3+Nv+Bejz6/urm/WBMfrdHpwTHfPSgeVDfm4xappFLScgVQMWMSMA3uwLWA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpTCARFiDhk1lcksYI4zmW5OcGg3ie+MXAuuBmOOXnpaCa6AlSaQgmjYLZgGRwZl46srVBQEcU80NNd87PL0rJzEssSS2GWMELJAJLE/NKMksqHYuKEishGuVABpUUlSaXlBalpoAlEhB8l8SSRCyuMAKTxpAwgMmkgtSBMEi06Cf/y+3rH9s/Xjr7iMKGU/ufXlC6/bPu036o+H6ouD1U3D6YE+TuvPTikqL83GJcQYkIBixiRgCc32fn", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpCiARkLBPZnFJGiOM51iSnxsM4jkPEzE/Kov5U1nMY1QMKKaIkhqZYDyn/LwUBA8k5wlSb+gJEjM0DAalaMei/NzEksxkYnUZkabLCEwak6PJhFRN5LjPmKywgOoi0VsmEF0k+guqyzSYDUi55JcmAUsfQnpMyXKfKVnug+oyI8V9ZjD3gfQEZ+alE6HHHOY6EvRYQPQYkKHHiBQ9lmTYA9VjTqweiA0QyoIUi6AZ15IUPZAIMiLJQ1A9hmToISmwIQnBiIzEY0RS4oHqMSU98RiZkaGH6ISASDxGJKUDqB6i0wFSgjMmOiFA0jREE9EpAZKmIZqwJ4UgYJurWBwkUZJalJqfnJGaC9RYVOmak5qbmldSjKgVwTUgK4jHDSQci4vzkzOB5Vh+HqphwVxww0IqC1KDQYpDUkuKEjNSU4oSc9AU8wAZzhmZQAlnoG2pRZkg3WhqOIEMl8yi1GSQZWCec05+cnZ5ZnEqFtPcMlNKgQ7LAVXimRyYprGDvZKemJdSnMaMIyphQWaAFk78DJDGgXN+flFKZl5iSSo0fHiBRGBpYl5JZkmlY1FRYiVEoxw4KIpKk0tKi1JTwBIJCL5LYkkilvgyhtbsqK5LBUkpADFI9IjT2sx7hSIOm3kK13TffmH/vfTBHMGlb/frXJn1TFad12GfwUwtCVFmB5fM/A+tJz/vV9n5p/1LNIcDP/fWZZXHP9tfYrjHxNn1cv+6G/Fl/vPYHTbNfb/82GkeB7bGqc7dOT/2K/39BjTxtb2JoJnN3iAmh4SnF5Ru/3y1/8ehlFUJIR/ts7W/Tb87efv+NTJRKdb39++vtTeN2+X5wv6n4bN1qkuEHB7oTljww/Dn/pXCF1xuGEg4gEyZtpDdQZIljE930+/9pxe6bvtcK+0gPS9O8/QEQYf7D7gnr2TiPbDt898rFZkSDvW/rQrOcXA6HNe0mnT6P+cBA59lXG5L+R0u73ksInvyrL1Aldlqu/DH+xdtMf9x6ImwA4ft7ND5qxkcAv5IFF8X+rp/q+jv0+9O/rLfUJQx8W3NJ3snuxc31/x6tB/svic/7BWS30U57eOGht+X/T/5X25fz8zjsKop0HNug5CDX5JAhOWWf/t9P/cFl6hc3+/OXMGtosHkANLdPO/pfoaJdb+tNkg7vKsBevyXoMNz2eUvPPREDig4fkw+IyvtoJ+3mHEPK4ODjd/FiTF1fAc+LD/mbe4p4WCRDoqRi/ZfcsJq1217s5+Zs0s++d0He3CwP9+9X2X6/wl1v9/ZOzY9Oj5j9y/7j1+8Itss3u2fuXvaBP6qe/sh8bbe3v7Yna0tNSf2VzfrA0PmwX6wvbG37feCgmepkAPEXJYDgdmzyucs+mr/vEfjLa+dmMPsZyCHftsPCt6OS/v2c4AicLeQAzha5r7dz7p4khVjr7hDqIHWSuEAfgdIOvi8v1xXUf7LG2mHhembXxWbsjiA/dP5dX9F1VId5znyDvU3bSsjMgQd2ONn+IjycB0Ax2eTpEMLr//6KaqiDhD/cR749fb1ActkEYdXLKCUxekA8RfvgYvA1FW3Stbh04aA7Fnmog7g9PFXBCou5wB23vv/9rmgYEviPgAuBBzz0oEFVX5uMWoeQi2wIPU0FjEjAA6ZgJQ=", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpCiARkLBPZnFJGiOM51iSnxsM4jkPEzE/Kov5U1nMY1QMKKaIkhqZYDyn/LwUBA8k5wlSb+gJEjM0DAalaMei/NzEksxkYnUZkabLCEwak6PJhFRN5LjPmKywgOoi0VsmEF0k+guqyzSYDUi55JcmAUsfQnpMyXKfKVnug+oyI8V9ZjD3gfQEZ+alE6HHHOY6EvRYQPQYkKHHiBQ9lmTYA9VjTqweiA0QyoIUi6AZ15IUPZAIMiLJQ1A9hmToISmwIQnBiIzEY0RS4oHqMSU98RiZkaGH6ISASDxGJKUDqB6i0wFSgjMmOiFA0jREE9EpAZKmIZqwJ4UgYJurWBwkUZJalJqfnJGaC9RYVOmak5qbmldSjKgVwTUgK4jHDSQci4vzkzOB5Vh+HqphwVxww0IqC1KDQYpDUkuKEjNSU4oSc9AU8wAZzhmZQAlnoG2pRZkg3WhqOIEMl8yi1GSQZcECIB35pSDFyTn5ydnlmcWpWAx1y0wpBbovB1SXZ3JgGsoO9lF6Yl5KcRozjhiFhZwBWnDxM0DaCM75+UUpmXmJJanQYOIFEoGliXklmSWVjkVFiZUQjXLgECkqTS4pLUpNAUskIPguiSWJWKLNGFrBo7ouFSSlAMQg0SNOazPvFYo4bOYpXNN9+4X999IHcwSXvt2vc2XWM1l1Xod9BjO1JESZHVwy8z+0nvy8X2Xnn/Yv0RwO/Nxbl1Ue/2x/ieEeE2fXy/3rbsSX+c9jd9g09/3yY6d5HNgapzp35/zYr/T3G9DE1/YmgmY2e4OYHBKeXlC6/fPV/h+HUlYlhHy0z9b+Nv3u5O3718hEpVjf37+/1t40bpfnC/ufhs/WqS4RcnigO2HBD8Of+1cKX3C5YSDhADJl2kJ2B0mWMD7dTb/3y3/JCavVk3bIW8y4h1Xovz3Yfm/+A9s+/71SkSnhUP/bquAcB6fDcU2rSaf/cx4w8FnG5baU3+HynscisifP2gtUma22C3+8f9EW8x+Hngg7cNjODp2/msEh4I9E8XWhr/u3iv4+/e7kL/sNRRkT39Z8sneye3Fzza9H+8Hue/LDXiH5XZTTPm5o+H3Z/5P/5fb1zDwOq5oCPec2CDn4JQlEWG75t9/3c19wicr1/e7MFdwqGkwOIN3N857uLwFZAHT/DoemR8clGB0g/hc94Ope9JM/U9rBluv64gJbQYdGtUNty8N5DnwA+s7cU8LBIh0UIxftQd5ft+3NfmbOLvnkdx/swcH+fPd+len/J9T9fmfvCDR2xu5f9h+/eEW2WbzbP3P3tAn8Vff2Q+Jtvb39sTtbW2pO7K9u1geGzIP9Co4fk8/E3rbfCwqepUIOEHNZDgRmzyqfs+ir/fMejbe8dmIOs5/JLn/h8W0/KHg7Lu3bzwGKwN1CDuBomft2P+viSVaMveIOoQZaK4UD+B0g6eDz/nJdRfkvb6QdFqZvflVsyuIA9k/n1/0nZoAcJulwpt5jf63sB/vJK0EByHsA5HuucHmH3zG5R/9t+msvtHTvQfFlPAe+AKP3ZZqIg6jsyaf2KlwOJW5TvrHF8x6YB4r+7zIOIOEl97/a3wQmS7lrYgd29rJ9EOuQdNi4/808Gx0RB9P3Fq7unzgOgEsGx7x0YHmVn1uMmodQyy1IdY1FzAgAxS2HUQ==", "1: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", "1: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", "1:eJztVn1QVFUUX2B3YyG+tm2ISI2B0QkV2bd8bWbvbauoFVIsmZPa+Nh9Cy9299V7u+pSGpYlWlk2DRoDhJmhfShC6hDKvTqhpWPhZDmkiLIJEuNHKoIi0LvvoYjuTPv2z6b7x3nvnnt/95zzO+d+xOUxOVa5TCbjgnmRxdgos8tGWcchDVI/S3NOa8CtnsHJ2E2oZ/xf57NujjXwHl32iC6H59t0P/+TybB20mYsINl8ih7im5e1sn3UzfpP6+JGVedtJp9iHJaRHhqbjeZrBYmZUIEbWMZOOmmzjyCdNBAmyBRpIJ0gU6WBUgSZIQ2U6g8oTZDp/oD00kDps5FOmywNlSGitCYl/zHRjnz+9Po3jN5/TJrv3onRiJ9UX03dCZJqSyt+MgRb0xlXni+2MH8cHAal+wPSS3JPJ35SJFnS+RNTyi3SJRSFyDiWLAUj0oBJKj4xIAyTghHjwXRSMKkixme2xb0uYHwme2SrYz5zfUdWMWlFNwzK8KMUML0fIJ3PtSCWqAjyXgzoZcBFowEnxVKMuYCy80DWPcNG2SmHkxu5G4V7UIF6obwwcBxjpvkzg3Hc9cwIub1YrvtVyoQm51JOliygLCxp8/ImMRbQ/ICRt0axdASvuGuOCm1lmqXMyJgpEiEYF5pstjHmwiU0R3lZNJO2uHj/bOhGp0PuXfQ+IaJ80mHhrEH3cobdmVmd9i6+kJNoYSPDsBbaQTqpYZ7CePG8i3Q4aafbwLKkWwSOFShhXWani6UswsCikf500kl6yZtu+Hkw2j0KDaGXM9KaSuPWurQxxMrKI1/98lspvvh0edTmgUi4qvrFQ5g8lrA3Dda+fvkyMLzVfnBDQxjMWhmWvV2jIbpmJQ3FDZzCV8ibPtQuiYA7v3QffOz7aEKp1uAHTg4Cy8KTmUF9SrjBoX4bHook3F3jtcHfNIMv2hrDy+uCoX3usm278mTE5knGR7rbO8CVtSZnwnoPmOLYFLBH8Se+16MZ89PZTjChanXNma5WsP0TqsRcoSZ2573ZMs3dC65X5df9xclhLo8a+iiISKi/uerqiQHQU//HmgHqKtAJ7TAuuF8zCMqWlH8eX38JTJt0rKxjTDixbeaZIk1SILSWmHlPbwD53PDJtRW9oHFf9HiTIhSOycifTjM1ot2Fp0V7V8LguoiitK8bA+GFbqiPf/oSvrSIj6A8fHidAHH8yUvg2xsL7E3LFbDnxPEVXGYP0AgGe3D97032lGI5RKxsnNEHdD/sSHJs8gAhD69FwvfrC1XXq9rwnQ/2H76giiLc87akHmkIgVPbsj9Y77gCjk2kYtrnKSCZmzOhSqWCaHjqnKN47JTWBOW+WAIsQ557cP13Py5u/OwBOLb6HJ+psYRNhSLoAwxK2I4IWBYcW/nyVjVRvJvgM3sNX21YdLY5LwrK1i3vfzw5hngYzn/U8LcSivkKgmlP7M0p3agiPl4waLxxvgHv5pCHSjgzaGlowhYF8dzNh7jj6lq8UCD6KJCJrXgySm9aIiCxF5ITt+rwyovVB55J7wT7Ec3xofBUoGrNOE8InF1RPH7/uxeBFbUONdy18o3mupYAWGp8z9bZfxUXaFqhhlGCI70guuXnXpOnDz8f1pj8aWIEPPfKxGvrW4NhllBIA2D+r3s8mgoZLHnnJf6vHwhHgMGRzx9MjJ0bvVdGH1DijelFh/0DRl2KqA==", "1: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", "1: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", "1: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", "1:eJztV3lQU0cYTzCgQW7CXWzVquNZeOFKq5OmARQED6JOtVYN4QFPQ159SSpYrW2pWns4dqx2PKCgVaodb0Wr0v1stbbigcigTisjCiLggUpFB9C+fRvlkBnz6HT6j/lj9+1vv9/uft/+vt1N32Q2KVUmkUjMvfgikTXSBquRTh2EEQwnMGZLqvRJS2NhM3S4pX2B/UvM4RlsXBuWxO+BzoX/iGW5DL1Rm67n0mgGG3Ux1vgusDEvsP8RG9whe57u6lusKaWthfvisH2oUFI6nIAajs3QWxiDnSSlOBIllBHiSEqhjBRHChPK8O6QosSRwoVSJY4UEYex0BBxrMhusaIIK1QcS0VYIlRB1kaqCJ0TX+kYUxp/lj+XFNq9uWw0pai5qO4sUEmqKFGkMFKFd4ckbqZwUqlEkSK6Q4oUuTxyUmCMChHDIbtEhYrhkE2iKDEcEm7KbgmRhBc4YWI4JNiU3Vpoy3bKbqW25ToVKYZDMp0SJzlbsMWph5CUdiuhXUYo7ZZCe5LdWmiXRkpx54mNZLca2uWeUtzRQPSgFHdy2Uh2C6I9SZwiiPSUXSsCvyfNfrjDQnM0a0inM3gilxVjpDNok8XcccBUR9zqzRcas5k1MPx1wJo6PU6dnw42Kes9WoeNJ9EWTp9Op3B6YxcvWW06w3do+dlojvHggU42cv4jmuFoA55Mhw20rBUbG4ysYc48xkx3MWgsk2Ll12fEby/G+dlBewoepelNKebUHs/GzHYZqWxy+O/99nqe37iltddhV9EOh3UQmKqTQNwl5BWrZVkuhTHpLbSZPG/xRBOtepOFsWRpOE6fRYh9hFhwVoPFytEpQsestna03qLvQqhKFbktOi6Pxl34TydG/VeVydOT/SD3dsFvY/e7Qk3zljuliaXq7YXJiy62+sCgvGU7KxknMMof5qXtuYYEvMgbxk5dElV+zAuKriqC/6iuVsuDcmcMLi5BU777cduFmZvV25iKuZ+7ScHFYehS34vlaMm0c4evKirR7MOWlf6yG6ipSp9f3ugBc0c5n9/Y4ARla68FF1xvRGQ+V3BZueWTiXJv8MqGE/kxheoG3zETWvxrkEft/h09aqrQuxnHHu1ulsOuytpVu11uopjR3EP32hY0uNjj+MEDNWjS1U3rjuY5Q3552O2oY25w5Ifvx73pfROR4RqR3/6zkgqHx4jgchg1DK/gPmIk7MeyGBk0Gqcs3F7YimRT3IbvzmlGp07inwy2eJdEX9jpSdYXV48u7ft0Qck9b6icr9g+utILLv/stl65oQ6d7ffnww/rFDDu7NfTH/0qt8X1MSrkzfdMdQc+Osur7j5Apz8rrbjcuxIlYcf1zvBlfJ0szDMQAsznve5qqtGCuzsnzAl0gVc0dwwngxXwDg5jjgT+iu2R2ftVbyjmvbm30BF2DKjKzk0MgunYMMEVtvKzJXtcV1esXLp42jl/4HtPbR0vgffH9/GdndiAwjwjRhaVPhnPB069gVfapP47XthY9f1vL/HMBnXm+g39f2qRwnDtS/VXIoYgUr+uJnUgmhwyhA+JO7jzXu+NlELORwN/WVIggVv1oOp/oicI/gb4QuiaIbzULqoPHfjKqcG3CpUNpQOuvH0cjViR9yD0mgckRC7TzKq+hYRw35ZC0oE+i+snlqj7x3+Q/VqCI2C0IFYOuLU53hMWCUJ6jBpbyzJrB7aiBXpqcshWBexCN3JHDvsGqQRB+ELsAKvD2t8VxP8zLaifMXP+pmE+QM0b3vflvQogfl5HgnwiA2x+9oJSdmbP0wH56qO7Rpg2Sr0htvBea9kDRzjTpOOV1YjWHFq9wv2gJwRHpUUzbB0atW4yr/wmpBQILtALA/VB0G+5dW6Qaxk6QfEdt6SwWvuFseZQIOR4bio64leqtuzzaS42uUMVTqNFQTDjYByfMmfUJC5y4IPAR8ILhNNKY0rjbxI2o/MdIu2Q+cJDtAuM+geXm5UO", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpiiARFiDhk1lcksYI4zmW5OcGg3jOw1jMj8ZiTCB7c7Ao9BgVI0EMNYkywXhO+XkpCB5IzhOk3hBMGgeDUrljUX5uYklmMpGaTEnTZAQmTcjRRKJNxmDSjDRNJuRoMvUEiRmaBLMBqeDMvHRgEUFIjxlEjzkpeswheozAelzyS5OI10OS26B6TEnRYwHRY0yK2yzIt8eMFD2WED2GxOoBqzYgR5MhGa6D6rEgRY8RRI8lKXqMwXqMDEjRYwLRQ3QgIELbyIgMPcZk6CE6ZSPFqhHRSQ5ZE9GxiqyJ6AyOlH6MiE4LkPIAoonoxADJqGDKmOjUAClFIJpIyxOQ0tGY6PQAyUEQTdgTRBCwDVbMzwCp75zz84tSMvMSS1KLIRUhL5AILE3MK8ksqXQsKkqshGiUAxlUUlSaXFJalJoClkhA8F0SSxKxuMMYUokYQ9qAMKlUkBSoggWJqkz/P6HuN8OBv+1fbl93FHG4djTXpGH7u/2Cx3ft6G1jPCBTk2gU+kHAgZmzSz753Rf7mbunTeCvYjvw6ZJvksANCYeDpxa6bvv8cH/r68AdcqzsByD6RB362D6IeQT8tv/J/3L7eua/+1me92i89RVwULiUH89+bub+tb9ico/WcR7gylDKqaiShNr7wv5D68mQgysu7LerjFhhepbBgT1+ho9ozyV7BjC4Yl8ozftAd8KN/R+Tz8R6nzhvX5wx8W2N/S/7708SF14z4TjgLPP6kZnU5/21FzZHft35bD/TLA7peXF8B3bd6vqb+v3Z/qMKG4oyJt60n2BYrqs4nw1q/9X90Rv3v5ln88D+z8qPl3wfMTs8/w1ifLGPFN9+keHeJ/umYrcp39hu76/gVtGo6/lsf27V+athbz7u7+p78kk+iN3Bc26D2qG22/uBkjuzOa/uv5PBkN/I8tL+RZb2t+l3D++H+GvL/n+pIJd+33+m3mN/reyD/Ut1gC5WEjjw6+3rA5bK8g6XgcEaYfnF3vXGhy9ekX/3b3z4cuqmM8IOAb3T84SYGQ44gj3+f//v0+9OHj7E7QCOligGh/J986X0YzkOHBJXC2Z9LO1w7M7WlpoLX/YvAsbO3xDOA3r/Ff9++yrqAA73f6wOxzWtJp2u/2YvMfUKZ4YS+wGu64sLbLmYDjBMrPttVcDsYPRsneqTZqYDxkc26uUtfrs/SH1B54ZEBgew+coCBza/Kt4q+vvD/nSXzPwPre/378rm/LkgnfeAQJXZarvwP/uLwBH/cz84vfziOQAKvfgZe/aDQuVo/839teu2JdVHCh+wvu8P9Nmj/W6qpcCoemoPTo67YO55bm+l7FXdrH/DHmT65lfcDsKfHM+nXf1mv4dVSMT+2Bd7n2VcQK0P7H8aghz80x4YGE52L77sP9S2PPyUEavDprnvlx/z/rZ/MSNIx3to+D+xByZCycBbb/eDg7ntxX5tcEB83Q/WfvPz/mBOUAbNSy8uATajilHzFqLFiqgFsYgZAQDnO172", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztVntQE0cYT0jEAPIQdWDEIr6q1VHJgwC+9mIsVcRSiTo+ytQzOeA0yeklVFHH0aKtWmytaKFq7YNR66s+RusL3fOFTi1KxQcKCgoqFqwRCwQQ7e1dqgHTaY5p/+iM/+zdfru/3e/7fb9vd3vMoBKSpCKRyCJjm3GUkdCnGomkfsiCzHGkxZok/qunsVImHeppX9tYm8crtndf2hJYHnUd2J8YijbhRm0KTicTJJrkYq34Vja0itboYuLo17b/qa1lSb2QyUjKbHjZQ2Nj0Hw51yp1qCo1NGXCraTeTVCEMJCCa1VtAQncScm1amEgVVtAEWOQTS7XebIfHWlOZo+0f8KoeUykEEwkj1EKwUTxGJUQTDSPiXAXw80ObwtILtA7brZCIA3OIGHuKdvinor/qIUw7uAhSgjGEVG0EAwfkCJcCIaPRyFI3bxSFYo2YASp24ERpG6+IhRuK8EJIyinDoygCucrTyFIBw6MIB3wGKXbOnCqcKXbQnAGua0EZ5CwCudrSCmsWB0gYccCX3lKt9XgDHJbDk4HkNJtPfBnHA9yWxD8ccV9VK4VgR6XliA0YCVogtKnECYWSKe9bSRMhNlqablgUjvU82EbjcVC6Un2DqXMrV6q3i8Wm5A2m9ChyRMIK42nEAYaN7p41mpTSHZAy+5G0KQva2g1x4v9GUXShB5txvW0Rko/ay5pIVysFkMaUlnHjOjBRLZ/dbX2XCjJuNlgSZL8XS4dJ70y6r8P2O9fDVgmOGB5i/tQ3UoZ/iL+6amlKNpAmnErYeHfpChP41Nxs5W0pmloGk/jgaEcF3Sq3ppKEwZuYPrL/ijcirtQqCqcv8FaukegIfTWRVbZzm5TDQs6M79PHTmicooIs23NGxu5wg5K41dlmQODmQvbL16ZVF0LOuGnCgcQ5TBgcvT+c3VBTHNdatnGjl7Y8mVTC3PL7UB6P6Pfw1UhzPANE7/ZsUuClW/ecDpszx3IDnZ+Y0Vn5hD20Z2z2TXgyI2VzUR9CehWdUfddXEIw+1/1BsbkTb5h4j8UmDXIaQdct2hN8CZz+VzB/YQYRoEPypm4rZ4x/RJrYEhg2/29lxSDs+y3mqmN4FhxxK+7OEnxSrSN+Vvv3gAPNb/kjj2XCE8vXeQOUfcAXu67fGlcTNqwInoXrELTgUwa+s8P8iOWweLGxbNzLUWgzk7Py1OEZXCPXTKFw8X1oKJ4f23dSrYD3tnPV+9qOkp5P22AcNQxEwFyI7rkhE705OJxxAz58Gc4d7XcmbnwyLbH7FTPi4C2ebAdOZnMcaStPnYiftAhogZIGMeHNwtuZ9RDY729fc5sKUe7vv60da8890ZRJ/v8UBs8UFEVBng/MjtyMz47qrqUdQzsNQ3fvfaux48372CGY4Gj3vgTV27nDVD6mGU/aRhe1kQc7egJxuSH9YLBTZMguETEvp+OyaUmcRmpahUivkNRDvWwThE210bDN1aOXrQ89uw7LjfRuX3zwBaTZwvYfbefrBuX4dfQePDKiY6R4ppOEKroeLej30q0m0Ovtph+xC9uU/g7AvLL90qs8GCUYiBx5DjWSJm6hHNXZrhjZCFuGJigYNXT6by+s7G902N8GQQiqAWhumRAu3Aci2wRhMvw8rVXZlpYVWwGNFu8MBQej+rlWGFt8p8MrdVAjb49bINYmz+2beGrDlvB7EL0gfHbTkCx3FE3Ybv0A3+DyIDsKzV/vPVOy448vME1rAqCCjywrovqxp/KLQJlMRI5vn0LuJ1oQ3A6rJuZn6y7ClYrk8sidEGMMidi0nX4bS9sHrTsHqQa80Mll4NZGr2vDdr/dzfHPZcGPPTk+bL8w6DRG7BEgDySg4sXVgA80wqNqUVkBRRS6RnmoF2F3lrzkob9OUI9GBQFgp6ijD5V/2D112uAuGcwMtBe0RbRhNIfKZlU9AAMg7P8moI82U+5AR1BTQi2WY+h9wppjEns1cLZWp9qYhbnAjco9mFTfEnIFKKiQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpsiARkLBPZnFJGiOM51iSnxsM4jmPigHFmDDE/BFiQcBwDOYBMtzyi3ITc5wzEovSUzP/AwEWs/yJFAvGIuYxbMTkUFIdPCSd8vNSEDyQnCdIvSGYNAoGJVzHovzcxJLMZCI1GZOmyQhMmpCmyRhMmpKmyQRMWpCmyZQcTWZg0pwcTZakaTL3BIkZGpCmywKiyzCYDZTsM/PSgaUSIT2W5OshIfQgvoFQJsRahayJVLsMIZQZ2C6X/NIkYuwyIseBUE2m5GgyJ8l5xiQ6D5J3wXosSdEDcZyRASl6IG4zIikZmUD0GJGixxSix5gUPWYQPSSFGyQDGpEWq9BAMCNHkzk5mixI0gQNb+xpAVT1FouDJEpSi1LzkzNSc4Eaiypdc1JzU/NKihGVD7iiYQXxuEFZsrg4PzkTmCnz89DqcS64YSGVBanBIMUhqSVFiRmpKUWJOVgqfeeMTKCEM9C21KJMPqAAmhpOUF7JLEpNBlkWLADSkV8KUpyck5+cXZ5ZnIrFULfMlFKg+3JAVWYmF6ah7GAfpSfmpRSnMePMqNDwtkQLL34GSF3snJ9flJKZl1iSCg0nXiARWJqYV5JZUulYVJRYCdEoBw6SotLkktKi1BSwRAKC75JYkogl3owsITkM1XmpIClQkxMkKip78qm9Cr+DltWk0/Uef+0lH0WIb7/4z77Ebco3tnhBB7Es3899wQ/svz9JXHjN5L+9ikZdz87XrA5PLyjd/lnH6JBn0rDdgYnVYYJhua6iPK/D6YWu2z7/vbNfOPHwZe1UVgfWxZOsGH0ZHHxbeP3XT/lsb1cZscL0LJfDsVyQxmv2i5V3/mn/stv+iQjQIfvFHX4aPlun+uT9ftaj/UATD9ov1XGWeb1I0mG+jc6VWc+YHaR5H+hOWLBjf4nK9P8T/nE5XOXMUMqpeGD/yfF82tXnL/bPP7vq/NVpwg63u/6mfn/yZ7/n3Aa1Q23P92utFL7gckPMoS3q8p7HIn/sHZbc38c35+P+9uXhp4xaBBzyP7SeDHEUOLBvvpT+XZVL9hD3iTlEWG45UbaP54B2u9jNc99/7AcSwY9VZR2OawID7D/ngYJzHZfuPXi//8ehlFUJU8QdDHar83Ob8hw4Jxl4S7rmgz3Y/mNCDvv55hgvMmF0aLO4djTXhOnAiyztb9PnCjiAbGlaJHIgnh2k47b9Eae1mfc2SjiAw8P+3f6tyyqBVv3cDwz1bM6fgg5d8snvog4JOoDjbQmLw9kzIPDVXkjE/tidryIOh79qxPQfOmsfm3v036bqb/ag0GyWY3Zo8NhfK7uD02Fqakdy7B0Wh/5gUAjyOyQahRporfy+HxT7+2tZofZ+svd+xWIiaPbD/gEwlIyV+B0swB78ZJ8GTgjP7P8r/v1WmiDpYHbW2u/ixK/7gYpt9ga9sIeEh4xDvlDzgVOKXAdCgtQXdG54vT+gd3qekLKCw3PZ5S881gkduPHhi1dk2+/9D6tE1rkvlHXY2cv2QewExwFusIdZDoCj/6GsQxoIPOM5IN/6OnCH3J/98l9ywmrXiTiAs7RjXjqwoMnPLUZN+6gFDqQywyJmBACNCEpv", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlQE1ccDuEMhxiISRBQqiIoHpCEy6obCFBgtCpBxqOtxGRDUkNWc1AZ79apVfEeW6e1LWhpxaOH2uKF+YlUba03tlId64gtSkEFoYJU7Xu7sRylNsu0/3TMH2/3/d773vsd37d5u8/NpDK0LhwOx+yBmvGUgVRbDaQ2AluweZzebNE6PeklWKhcJe4pntn+ddsEB22pz2z/I9vQJzZaadwnvUTKqGnv4bE0PD+KbiVKN9Qq9cYcJFXHIFIakmnSz3YAIqFbGRuINA3bomLYeCZjMLFsMNF0y2yTRFlnOgCJ6YFrsXQbx2abWGabSDbbxPUgA/EMJspRDOMVc3GYOMwWzEXKCiRhLjJWIDt7olmBZD0B2ckQxwpkL208O6Jim4QVHewYh0vbzm4Jq0cCE4/E4cK2U1XicF3bqSpxuEIdMKzUasc4LKMOkpCwY4Id5DATOuhI6jAVOoLYyZwRn5SdzO0gdjJnFCvticylPZG51GFCdASxYwQjPyk7RthB7BjBiFbGjhGMamXsGMHIVsaOEYyeZN0zIgO9H5hFeMBCmkhKrSNzEdCUn2wgc0mjxax17rig1hX3vFCTYDZTar3KoqeMnRdTev65WGb+bFKJJ2eSFpNKR2pMKkOXyd7oRqHTowEF2o006XsjQ5c5PHSTpDeRarwZ3VMYKPWs1/RmspvVUvQaK3LMgA9leue/ruZOh5KjMmq6xNbxdGHPc+R/Hy//n+LFCVFQVjxZ7WjYLmzDjuvElCjmFZJV2LjLHK0607DL3Kcf0J7i898+vaNiu6BwybJUBiupxO/AmVQOadGRpi6M9+Uwx3YFRZk0eqPKQpqZ87wPaiZZVUaL3pKfYDKp8hlgPzoCk1VtsZpIDT2Q3d5PUllU3XgokzKH6c4JJ/EQfiPH1ukXDlULgh/aXlpT3hx+xRdSQq3cd9/yB1Or763SkVzw2Bk0TfO8OwwKX1iwf0dvsPXaLN2y9zfbV/ceVs4t8Ych9T6HIwOEsNrtrjB1oivUjTwY5uv12KbYpb86Z4U3qDIzwgqXNxHe3IhlwioRvJz79aPdbcHAPeTqJyCuE2NvVu18ECSGD3fsujQjLwCGjlp/clGqB1Sdvq+sLm4kziZdutvk6Qc7V17Wce44w6uHLBvELleJii9GGLc6ecOjyrm3Bp8Lg2FkwPUpIie569b1o5zGC+D09jMXswx8SLUtCI7LqSXWLWwbNXu1APbMa/x8YkQoVM3Im9BP6Cyvg/iB6fP4sKHk9UlpwULwVx29EEG2EFd0HGpJBZ/x58QASHpQ/yvEtxFo86xewwXwcFnT5R+WBMImo98b8O09IhKHbRVA4hntxRrPEJi46h008pgoQ9n9ppgPtHul9bbpiSjiYWIgol85kDYuANxPB0z6MZAHa2409j9P1djofPHcYWiJPwq92bYBRbPUJxjclmxUrKwTwm4c9mg3cJXxY0aX3bSVnuNc5fJabH1hekhCA1cen/yCqfWMCJx5K/qrbwdDdQweuUUsqhqTP2WbCOi61IbA2sKWqF8+bSCO5coWl8rFQMe1qw+gohy7Eu0C9HJqjhwV/6cJq/whaL5KMjmyxYajLUq+SRgxjMsDn2vD1xbuCwNUpfSpbi7yjZU83QCDmMlDerg9vgaiKGdPrRnlZ+vA/b8vswyByUe2ffSi3FVO41L8gKkbH3Tr6ucT0Y10erzLxYBmN10W+cGcQLzTWVtBeq2LbJ0Ajmq2Z2dmhAJyCqWKI58Sv/dE3mFPCMDlOT/Inm8vufr2tMSx4XzgHz+wb1WKEELpRN4j6j8YPayyrxcU7J/Fa83uA8nYkSoXefXxTQffPsuHcbHLE7JDB0JuTVtJw/lqorUQBSC1+793AHhhofTlyCmcEJWY4UF6EOD0fbm0gkBFQQUQwJZkpJTMQLtuWgg6jdvFoL1/Q1WU1R+09M9Dfuo7/ONDSzkKTBAC+z5zrikIbyPGoqpFn/KEvGub+cVlzbYFZ/dMbW4VQXHZEdFgZTDD87reUPS97E5c8s+2k0VowwXuMOa9yUhSXKhIRAVvCIIRdMGFdh15wCMSO/Ax8f7iweVvftJgox/6CcYc9NdL5XZ52rV/aGj/CtCNTfIHz+jHnw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lQU1cUDlsElC1BZBEBtVYtiyQBoZXeg7gjUoiKjHUJEASFpCYvVZCqdWvHUmulrR1FHFeGWq1aFW2VG0VFizJWHaxTFYooOAiWsEQ26bvvxRJnmDYv/dcxP05yz73fO/ec83039/klKeNTrXg8ntqWNjHKDHmyJkOe6k881rSZma6mUi1ejiIpZaaUjKJe+/6Tb1aq5T/54ukeSAfRP6YoVZmyjKg0mWqJPJ0s6udZsf34pr32/c99AS99jEL/Zs5EpSKlb0TmppP1wYwVSYnII1XKTBmVnmwiSMwNJGKshCuI+ILHSfn0lzRdsYQ+gv4NI2ZsKLdAYjZQKJdAEsaGcAskYQOFcAkUYk5GIWygYC6BQllMOBfMeDMSMmDGm4EJYzCTlJokEzBhjOWUTpgZWws33poJGGa1iCPjmNVcacqslpjB7WAGI+IkPLZ0Ik6MM2BE3MstEpuBkXAq3DgWZDK1jUHcWmQAmcw6VtosiBvtDCCTNWEEEpvMBiOCi02mgzHIZD4Yg0wmhJGUxNwYYQBxY4QBZI5oxdwYYQBxY4QBxI0R7L+LhBsjDCBujGDPfQk3RrDHioQbI9gzQtI/I8jNW+3EY69aUUqlKiVdIaPkavYO5kCbOI1MQaVTWZEqlSyLBQ4jD6JUmmRKo5KnMBOL+8aTZJSsn31I2HuFmH37ejklJ1Pk7Yt4d7kcOHc+wQU6Gxu04SOa8OV7JzfkvGcJwzNWZh/4fgC0b7+f98nGJnxlQMTOOT7WQE35qp1f5QrNydcWRF/RYQ/1HYHuvD00t85I3HTaCnJkojnjxrbgRzqfm8pFjlCwcEy5c5k99Pr1tGuq23H+Rd+jqjQhlOz2DLpfKwBVh9OT4h/asVfQ/ZH8jwWQXTbm7W3ld5B1Xe7oRocSdP0a/cl1hrM2Ald0WYfDnl9I+W5xNyql7WyBM7h/fdsubfhFdCsmyXneGUsorJ8W2OsngDcvbCpMmMGD4qQ1dyOyHuMhdyv00odtyCV0wrn4b/ig5y/6dubgLnyqpef2yifusDHnxo+JbV5wZOof2a5HGnAkk2AHyg499G7CfG+Yfww/LZhgrS3fM/lUy0cDQZ32ZWNOrzcw27cqxnSyAyo8nOD2jsfehfVN6LMeub5W1oKfXS2deHiMM4RXXsqUaD2BToKusA7vsPUqWFhkC0w6s59i53nhJ658WIkWZF56cXyVI5Dla4v/RNGJm8IqL+mQU75474nxAmDiJLrBThJmWicu2j8LhHvcIG7ZjhX5NQJYtT5o5kH7eqzXVOe7HGhF1nMdA47v6sVRQxtqQj1foNK20e9/YSkEsuu6XD12WxrTsuWWBZCq+G2xha3BKwL8fGpQg/rk4K5yW3hgabfZ56EjBDINPIpWudIV6rQBlEBXxN8NlkfY39n3QTfS3SQN6MQXjwUq9lk8RU4DTx7MKmtGsSCUld4qx5ZMA7vQ6twzy+w6rOCdqtjPtyv2GvZVi+igrRlzbeDCkFFSmxF87dVHaH/Vag+oI2kGDoL408M2NsS14YJnhZej9V5w/hfSiB7E8kuHM+u6ipq3eYCXQ3XAVl9fiPAnnWjAa4thXU1ZGxpVu77g+lhPeCTbUyl51mGoTyOq+PTmg+poTyjMIsT7GdEs333ocCs6S+W5W1f6gkXMBofYIGttyoJ7U6ye24GGds+tGAoUKY+Cr8WOdGNaXYAunmb5Ti/IK1oXN32XvbZli5QauZ0Pv2+miTDSD2rmDSn+lVeCm4jMZjhAClOAofAWI7BGROTmH+UARD1Fed6wZinZwQ2cSGAPhAD7q0oc86sQm0+3oW92hr7UI1+GGN2YrbcQJk8lytJjRj/XfmN1fWMgMHm/wQOy/aarzcidLve+eCEwbVnsCqSaP53uNujCA6R25KBSLFFT9NuC+tUzpu+lse+y149P9BdWHGEA", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lQE1cYT7gRKBEBNRaUWutVkRxco3WB4AFqUWPrRatrssBqki2bRMUytrVWW8WjY6tWHbQe1SpYz6Fa5T1RtOA5pdZbARFFG00UkKg03bcbSqDMNIvT6XTGf97mfe/9vvP3vfcSNp0al+YmEAj0XswwmtIQKqOGSOuLJEg8itQb0oRNs3gDpVWimeKl7IVkKS8gG/FS9j+Q9WvRQS5NswRKp26eobUktF/CjlIlasJ4mtLiBlLlJEjGDyRlRzk/kIwdI/mB5OwYxQ8U2X5QtNKDGZWkLp05wP4JEpWEZJIYPphoDsPZSaSM053HxPKxE8NhJO3ASPlgYtthx46ROYthd0fwdM4RxM+ShPvIeYGkPGvE+cV9ItsDiuKTcS4kaQQfDBeRlFdlOd+kvBgk5zBO16iZqVKnS+SAcTrZzUyV8sq1HeP0SeJAVKnTR4kjiB/nOCrInKaCA7tlTnOBayAOxK9j7SB+HWsH8evYSA7Er/nsIKcJ4QjixwjucpHxY4QdxI8RHEjOjxFcN8nbZsQ45vmv74wWDARNUKoMQssA6ayhGkJL6Az6lgrT3NHMhxni9XpKRTLXNaVrqUzZ4S9l47M+IJRo83jCQOMZhJrGNa02+zI/FBkks6BgrBE0iba32uPN/EgkaUKFjClFCEEZ0WaVhlLNnE3qiTaUDiPVRsY/DXqikV5/V+rJRpSO69T6NNcWOXO49uxkjfj3w/b9z8N2vIRj7WdIK5r4C7gnr4KiaDWpww2EnnsL+zHDWCOuM5CGrHiaxrM4YCibEtqoMhhpQs0uTGueJ+IGvA26yu3P3JbuEWgJ/UtF0sy8JVczBDexyepBN1OWmgB+rKw/MSkYjvzZ861175SB1OVFdX1SLWBeSEx6Yo0Ybp9QKj2+pxAEYieuHVhwF8RtuVn4SmpHeHnqrJTQ4Gdg9oCw7rUaC9gbrtsszBbDc2kX7szo3wAyXtPMmbv1LjAcCHp26oEIxjQUqXdMc4FIS/Z5E8h/mqotnhcEd1h+GT1dJIT33OQdowbfAia/wohv+nnCypqv9/pmVgFG62H3gHvgS/+5UTuHXMTWXF+56LPJt4HG27oxXdYBiuGUHvEWE9a1cmLngrHu8HziJXNtqRD2vGqdN+PwabBnzMy1s9eXYmOvdMvG9wqgpTZ50sKYciwnGVlsBMN6GV3WeplB+IqNDZLqSrAg98yOcxcaAfL+TYUvLF4uYUL8CIhZBXVY03oP1YPJCUMasJCS29iWqR6c3eQAu90qbAWCda8H8k37oxvmiyCXvzpQdvhWYEiJN7RKqnf1qtoHJm6PPDPorDtkklRyLMEP/vTjUg9z8APw69rqkG19gmDuw20nRkbXgdNoOd8Ctr4d1wk/9gcI3DW8Ym6gFWOysO+e3sTleVcwpAI+haXfFmN5+ZeYCj0G710b5jrnVChk69y1HDuU5OvSf1EVKLtR7rPyex9Yd/DK4kbCBX637niP3fRj4HYnp4/JLxRuPXK08xtKM2Ddzi4H4w2vr7atqMMGKF69XxnVz/4Vg6bvxwVx8ytPbgePdjMJLxBBc/CIMc+7mLEANnAz2AN+zx2c5wUXxvxWrJXbsCJGu/tmb8iioQ2E28Ia643V2NDhtNWf9IHZSJHYFXL8eQgQq+pX38ZyGPZSn7jAJY3Ekyr8OmAmbsXLXWHu+31PiU4eAkxwwZfPVoCv6j2mrhllwiYi+oY/BScPocS6xrHmptiwmoIfXO/kMH5VIKI9xujFy6oedbdhq8KWGTO7eUCW/6QVY+nRzQ+u39Tz4HPPThBFpb84H5TMKtwgHugNEfvfPSKCqxi25i2xYmz5a4XQf71s0/4nQTAFlausBuu98YvdFTVCiNAB0o6wd9HCbRNKbSCJDfw+OBrbM/lDRSDk6vkIHE/IJ29kVgOW35k+kEtzI2DdGiiCn6tQZS2AadoNO/O7QPbIi9elM/cPpW198wgFrQ9pSRsy6Z9obbdm", "1: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", "1:eJztWGlQFEcU3l25llukvO8YE0Uj7C6XSaVnXSSSiIiLJhoJLrsDu7oHzi5BUsbERNFoWeKBGuJVGoNaxhgRr6g9gkqMiogYIyCiRFBURILAcmZ6ZpVDqrJN6Z+Uf3qmX7/vdb/3vtfdM8OiDdNibHg8ntGBaUINWlIZryVjvJAEiSdrjKYY/rOe1GTQyVFP9lqGIRO8IJvSJpvGxFvuzLwEGyidQitTK6hYUoOUurAVZqVs0mvZ/0g25pmMrcbnzJlg0KvaemgsBOn7sK1IjgpaShl0CpNGaSVIjAcSsa0EDyRmW188kIRt/fBAvt0B+YUgmY9Ibsc85Bp9LLMb/hfGn8P4dQMTwGKCDPHR1mMCceYJYFtMCH4IAjmMv7UYVtube/h0B4Q3kw+mS+1BYiyQCDNHrLYEk0Csti9mILgyRzKRNw6G80hkdZa4ImcxWBTigiCyOtxcibMYCT69Rb7dwGBVOFcSIqz8WDAB3agIER7lOJDYaia0qwgxXsFyXBDj1Z4FhFd7FpDVbGhXe2Kr6dAehFewFhDezsUxXIzHCAsIjxEcSILHCO64lOAxwgLCYwR3+Em6ZgS6RBv7oAETSZEGpZrUMUAqcaKW1JF6kzGmR3uDMbao58Q0UqPRoNQwFwODvtON3PG5sYjEOFKOlCNIE6VQkypKoe3i+i5Ta5gBGTMbSWmQeicdIfMSpKFIJZqM7cm0BuW8BI2R7MJasEYVzyxMi26BGscXrdmzrsQq9KpOvnU4hSwF4fPqHXZ+qQ7b4Tjc7spiObEDX72/PV+qv0LsBHt3qFlxp0pw43HfDzKDgVJp9AoTaeQ+LFyYJjxeoTdpTIlSilIkcsDBbCyoeKUpniJV7MCctn6QwqTooiIl3E1e3HF5JBpCvw+QNDVh8443Avm0INVhwNZiVyJky9cjM5OEtFfflHyh2gzHHtzyOC3JnRiy9EH40cGt8EZOnbx0F48+O/QApV5jQ7g5ZfyUmO1CJ4wdNqRGWwn3rSxU8x47ELs//kN05td/oGzggzt+/evgtvfG5KeW1YMBWz8bdcHdgU72QYiHcMqVNbNbZM0gMymNQTTB8IIBCxWiWvDurbBVG/V5IIrRzj5uS6PVDNdWgsgWWcOjBzVgIKM13fs4RNbpTxtAUsCfZ3WSXLBBtlJb3lgO3DaLdxzyL4JHrvCKBcJqKGIXeA8U7GuYrTtbDVPI5crIosMw5J3WYc21GZb+OVi8btnSWVfLwOdhg3vPDX0M/6qq+XCmnYCe2tTXeN2jAs7sgyw+hMIVQ5SVBfZE054neaHR+fBu7vBC8/seNArXuY9qwBKXsF/Wk7VQnV5hzEixIeJylucVl7QAwQlbD09QAW9mLFmYm+5MB8QGaQxVpaBh0dwTpnVF8GLl+awJP5tBzt7L12Y8bASDZqmYUNSBMvDjrVOudnSvaunlmGuFIOHUtv7jbl6E4/Q7+SdsW6BWaN4eK7alXU95fz96kwehiiwK7lHvQsdF2ef0C2+AP5QNSru33JNAWXu0sB5WpBx0nj/GhubsCIida8fzQ894WPJYApEWyHAkpkS7fxJ4KBceW2VX1XtSLfwie9T4tRduAyboQ6XznejmZTWF1xffBh9QZrf7R3hE1tO3Z6/OvA1sWYONAGXv6KomkLy93qdsfzlk3Q/mE+y0I0rgW2ziM4FnbhATagExUo6Q5YClSXYtKBmLkNWw6PpiY/B6M2T5eqwOTGQnTAOisv1v/v1tCyzN3vTbhuRswKapugGGz0OapSA3febTYwV3wIwv9x+O/qoJljeihNXD9bV2UZsmm+GWnrtOnt5oRx8PcRZ4LTtssVMHl2y9tPfydHs6mFV8Cp3X7fkmPOQS/B0Nr7Yh1ixqHB+XUwQm+38nnXPXk+YzLFuxzZXg9E4Chpyj9/Ryt8TXkWCyscBpRDVk6Ut70kOlT5QXI5ssPOHTWVe9yH53WgF0RcRtBVVLz0ec3l0BmcWvaCaFBMfbYrCxNZmZuRmyfFwrJKoPTJ2XWicg7lYPyTNEmTm+JtnTEaYRjOoTUNOcv+D+yBqLn+40okl6RRa4dwMZvAJ6KdDMfILdDaX6WOZINuiMHfeStj8ebV8pXchE/wKsnyCm", "1: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", "1:eJztWHtQE0cYD+/wEoOCD6oWn0VQIQkIqN2jQQRfKKjVjlJDckBKkquXpAK+6qPF+mipFlCkFW3xSS2Dg/XZvdoqVcdWK9RSdRB1FKI4KCBIRHp7F+UhM2aZ+k/Hf/ay336/3f2+7/e73Yt3PBWTYCsQCHRCtplGqUmFQU0m+CILMk9V6fQJVs96YXpKE4t6stc2DJv1C7bpbbYYNt+xLuyPCIrWyNWyJDmdSKqQUxdzRVtoi3xt+x/Z/J7ZODU+Z847lFbZ1kNjUcg/gGvFsUjQYTSlketVCgtBEjyQmGuleCAJ1wbigaRcG4QHCuwOKCgK2QLEsfbsI1alTWTfhi/DjOUxQd3ABHOYcMoQbzkmBGedYK7FhOCnIITHjLUUw3n784+A7oDwVgrADKk9SIIFEmPWiPOWYhKI8w7ETAQvc2QT++Ng+IjEFleJFzmHwaIQnwSxxenmJc5hpPj0Fgd2A4OlcF4SYqz6mDHB3VCEGI9yPEhiMRPaKUKCJ1ieCxI87ZlBeNozgyxmQzvtSSymQ3sQnmDNILw3F89wCR4jzCA8RvAgKR4j+ONSiscIMwiPEfzhJ+2aEegSreuDBvQkTVKKJFLDAunUiWpSQ2r1ugSb9hMm2KGeM9uE6XSUQsVeDChtpxu50/PJZqV+SMYi51mknpYnkUparu7i+i5LUrEDMnY1klYh904+juyPcBVNKtBiXE+mphTJi1U6sovZIlRKA7sxNboFqpxenM2BCyVRrlV2iq3DKWQWRMCrD9jlPw3YHifgdlcW84kd8urjFb0s3p4IQRmQs8LSsB2x6+zfQbqSToJwE/CfETKKopUqrVxP6vjvC1e2mWmQa/UqfWoYTctTeeBALiW0QaE30KSSG1jY1g+X6+VdCFPKX+glHbdHoiH0LwKyxhwe+MldUS9mZaZsvfpOI8wqcllUsL4CHs/KcEsLcmPuLwWBcUdb4eZQq2lrXCtAw5XLK3WnRcyBQ/EryieUwWOHN9rXetbBfrZzeowqsmO+HXLkSXp9PVw8yntQvboKRAwzWOcInZhlHKAMjAzddG5FZA2Mm/KbwwQvG6YyrfeBSZUnIblv4ayYEYVg4iT6sVu1FdNPd9n9YVgLSCvxCd00RUDk9R9zbaj9GXhpWnzPuSHfQVHQ+BMxWY0ATbNtdiXQ3DHtffBnPSy784Hvo+xa8J5yXEX0xgrQkl7P7rgCDuAMDXB9C9l4S34G+qZ7lv/eWA2yvD83LPKqgdmtGctNoQ+gYXNfNpKbYGZyzuLcnZdBwfd/v/9RtBHcv8uEDJncCo7rkUMVXKA59bRoiTNjzGQT5udEoOxE/+BKLH1YOCO5vxXB+f1lxUy/+OX8p7JbcHDLI8P1XFtmy1SPDZONjkTc0SgX6/02BHr4pjeAOdv3syvVwv4z//FaKj8L3XuD01eLbRmU/SgXI7BJcR761lNbQu34OC/xYCMsOYoS3wLCVt0o2XLsHnBfzZzdccqT8SvNuT1ghIBZduHgvIYjt2H18ABhQW5P5o/G2Jv5Xg7M1mOosLVAueBqhE1Kb2bnxEN1LaV7wDJuoVaIduM5T8DUuP7kv3WkCQ4ITgxXUU0A9fp6CBmuW1sH+kTOeNJX1whdr4/KyGuqhlXlBc3zNRd5fLk14eZcvCu1pBJ8Lco/8XOf22CtAi3YAmwc1w1S3K8DaNQntBly9T33BCQdNOqKPX7h56kRMEtWj5m6y8kI+Hqchygr4tn1cC0qp+4xTGarfG3zQxAzIu+zwsoyOLrVm82wFcPv9x4UsqzYvv8BWFdYWZ1ZZIIrh5/8dPe7TSCz1DFpsNoEwlm2m/buADlCr2/ifC6BDVeSBJSVAzHMHinhOnw7de6ewPMNgHVOScsXEByNvUywiU3jtjUihiuD0Y5ALMvWuhCRHJEdmHw/2Rt34+0JfbGH6dxod2L7eLYiCa68LqQigs+XGyH9+Edi1Y1HgEuTj5DZte3XNwvpexCVb3eVHZERgBTUClNyd7LIRmh36gvWYk9wvAi0ZZprECHPAv+Re3tdCG+GXL1DehDZSLa+dsRylIhqIcMGMW76RVdiitFWKgpqBhxdPAWEF7eRUhjcdFK5b+FXgHtFhmkT2ZOZ0ug6vkva/vho+1jpwib+F0Si/TY=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lQU0cYTyCAHIpYQbQqWqm3hRxcU+i+GDzwhlCrrRZi8oBoyLM5VNTRoqL1KMVRFK/xFqtVEWU8QPfVoRW0g4gwIIoHHojIFVBOsW/fQ4nITPMy4z8d/9mX/XZ/3+73+37f7mbwPCIkgsfhcLTdqGYqocLlehUeMQpZkHmKUquL4L7tiXVEtBT1JJ9sLGwWH9imddhCKL6lDtSP8YQmWqaSRMk0kbgSTerC13QTbRM/2f5HttFvbXQ1vlPOWEKt6OihsSA0n0+3AikqaLGGiJbplHITQUJ2IAHditiBhHTrxQ4koltvdiAvc0DeQcjGF0qtqY9UqY6kTsP/wviYj/GlMYGEfp7pGD826/jSLUsIvQyfDcaPJQX0bE/mIzAHxG4lPvPxYQUSmAMSMR9vViAvc1byNkMNDA8CTzYYhgYBKzkIGYzJmWVqnMawqiKGOIGIvbwFXmZgTM5qR0kITE6qEcbXjIoQmCwEI5DQZCUYlZHQZCkYg9hVOSM6IbsqbweZrAajghWaLAdjELsqbwexq3JG4UJ2imgHsVMEAxKxUwRzCInYKaIdxE4RzOUn6loR6BGt7YMGdLgGJ+RReDQF1MSMU+HRuFqnfd9hhBXq2VONWKsl5ErqYUCoO73I7d45C41ZiEvR5FBcp5FF4QqNTNXF810SpaQGJNRquEbZnTJ0mmNL/QhUanA5WkzaEyEIPZosVxHyBYuVWrwLp+OVCj21PxV6DCqtP3RqQ0cUKVMrtBGW73HGvBeMrmbPjx+108eI2p5N1Mb3druehZ1U4shh3tYSgtAolGqZDtcyj26Us2C9TK1T6mLEGo0shgEOpCnR6OU6vQZX0APhHf1AmU7WhVpFzCtX+P72cDSE/loja7eAXd/uPd4D+8wgvhFRwCNbXbWFvQy3gVr08zlslR3248UgB4vjHDJz7AnlvZ+awIvg8wPjKuyxWX5nsxZ9wyGvrE3+7prgOVw5P0O3JckSSx/maJ92pBr6rBeHP8ltBF60AyssbnnumdkvK2HTvsgzz7UVUL7ydkBMEQdTfH1/+q/bi+HcNklzZUU+OPr3ZArKwaxETt7+ARwssqBs/qhXhWDazc1z2iQvYGX3y547RmZBYebpr9QHm0ECf/GYwW6ZIDewqKZ+UiVYn3fvgf2WBtAyJ/qvttRCIF5VejUpvQqkObdcr8qugdaxiZKNqla4xN59+IpNJTCV8sLNKAGGlBkLdi4ugqWz+py7ycmBI+b8duXl8GaY0ze4+PPlBpCxLcFxqXc5KB/K7/ZH/zww+TmP2mEVMORNndfT1QWrlf8zd3JWIVDZoghb4aVHvQdkP+GSWTaI4Hp4/pRl2abhb0C8dY3LxAQnjKa7rBi8Xld/pzC2Gurct79JWGGADfoHu50OP4KITleeHXY3ikPE8jgYk6cSMGqdy+2chjrA+LPFLrQiBwVAgZa36YWtzQ798+ghezLn2I2CmS/ugB5jUvdUJztgdJz+PHIcomk2D0vzabyiGOmILet9csLDpZZkIv6LfO7dFtjEf3rySwUHOzxa0r+itBQyurDE8nc+HZD8zALLpbx6pN+HWUnpFCOv4aGFAXaFB4vghvjHBre8WliStobK9Btw84s7TSvmN0KU9QvFF8GOka6J+bY8bOu6uO9vZRTCOrc8IsymDfhS2zgW/gp4VfuOm6ApA1dR+sOrQaP00eFdgZbYstUeU47Y1QILOvB6cA2FN+019L8Usm1wfAEMG3G959WLre15qYIUORSSRzruFh4462OARE0cxcgzJk9FXJLmf8ZdMLUuXqpzTwa0jLh1MHvR5b39PC6BiIbHsv0zLcgUTdTmyuW3wJKlNBPwLb5gCVqpCPj0I38YxHXB/GlhPoR7j58oClt0A1BisuqV74yt6T791Fa8DjhvmkQppQGMQXS+6oudfliemOpQAjxK3K1jna1IZh+tMDRk2L71Ka1wyCQUsQEe2ZU5KMVgRTK8cciA0SgDXJLh1YbcfWAIlfoHELGY05eHUWKZ2eOEE7YflVfaS7A6OGjPz0OtsAbrsKQpBU6Ype0GN3lVMdyoKmv5vfYaLD+HBNQMb1FhzfLLhPQRKVZHUtcVEd35ouJyOp/p/C5sgn8BIpbgDg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2tUVFUUHmSG4SEQDzMzVCyfaDIPXr7OhSGS5SsZYpWKOM5cmKszc+XOjDr4KFNT0zRT0pTlamk+MECXj1JLz4VUzNBFhqlLUyQQAS1EkFESO+feyQGl1lx+1B/nx7lz9rnf2fvs/Z1v9oTOoJPSxSKRyOyJhvG0gdRaDWT6QGzB5nGU2ZLu9vcs1kIb1Ximem77j2xdnrFNcNqSUK3UXdGXBJoxagwqvYbJICn8Ugd7jXlu+x9tYe1u1JMKxtEmnXOG1xLx+zJuVKjxpYxlaKPGQmldBEUIA8m5UdkZUKQwkIIbo4SBlNwYLQwUwY0xwkCRidgmCxeGiuJRMmGoaB4lF4aK6ZQvB0qh9kAPNWXKQPL+bxg+C4IDbAtTCvIl4x8RgkDyzoAUbcOLp60zBIAiBXlS8o8oQSAHA6MFgXgCysMFgaI7A4oRCOIlicPIhGD40srlQjB8keQuk5yXFg7jMll5ZeEwLtPOKSxylwnklBW5y/xxiopcGH0cB4rpBEghjD58GhQuU6EtyGUutLkSCmGK5wAJky4+5QphKuQACRMU/vIphAmKAySMEQ6QIEbIeeFXdswI3KWau+MFC8mQtFZPGhGQsb1hII2kyWJ29ktcbyTBMx80xJrNtJZCvzy06amW1/vJZsm22aQav5xMWhiNntQxGkMH/bFKT6EFFfJGMlQwMjz1jhf6Ek8xpBY742YqA62dNZcykx3slkDprCgwA27vqIBnd5NyR8nQmHTmdPd/IoAj0crwpxLlL+L7RhVNMzrKpLGQjgT5omGSVWOyUBZbLMNobDywF5cLxqq1WBlSxy1Md87jNRZNBwVThvOy2T48Ei/hv37Y6nNop614UAsoHhu1MrZcyr77YfQvJ42Pob1It2d6chGMG33rcl6WL1HTX+aZ98pduHcDuUKbKiXub/x1/XKJO1srVgZEjmyB8asM1S2594DxZOv++Q2+BDIeS/qsDq7zz4r8avQN0NcwL2vHEDGbc6LPPkbfBKFfjmLbwTq4aPWRWV42MTE0tHejIaUKGlMWFnxdISVuzQxDLhrhoKlri5oG1sKS98bAhSGtoMtmz55bp0mIzXNztr16pBTqRlyf+PHGCtB3jTWzp28zJFHUSQOuwh7iFL+h+89Cbz323AzKcwJ2HCvcBbnjDn8E+nkszlatqoXoUJN1I4rhz9fKfdbnNoBgcOrqoaV2wN7eOnJIWREoSR17WjqqCoYtf/HyueY/4CeyuSjUUrD90+Fu45fWw+DS+Ev1jeeB/kCt+VC3K0CC03GsFeR+OYEI0lwEk7kAqwEflx2K6MXik/5u7O6IsyMm/FQDRPjzfhfWrv5tx5YTlYBbX9sAjhd2769e5s7WVUS+zE5pgThbUfZWIOEcB7C83yLYJ/autiTVnRhtewdt6cXauEKVQ5TkdXcWNIMtN0N23RrzEORT1zI/WuPHvl24G0UmYfMfTkWlqoRnkpHBL5Dg/dvhdrfvJIEb/Ahc7cmVEvaBf803e5e4sf0rl2w9u+dPwMUxL5BoGT773IrzDfBmQT+0chmGj9vpndDPk72a4D7P57UHUI7T1NgKB3yxct8NSkwUvHkjK7igDnJ5yvYnpnDEqoU4ShBRCWuz93fNzJMS3LHOSAgujmAIT8ThyO1AXL164B3f44DhAmoBTVcuLjafkhJ5+ZfS5kysBGWb8UFvg7IwskfFJRE7zIR2WCZmOdqpFsCS33/4Pi6/Du7cggkoZV/KLvPS970HdKk4YhEr+3wwMt0FOPuyZhHB80DKHpjfsO+tWU1gcG4QCq2C9z/Mi232SNs0rpuYZafgCrgRIVyhW2HphZTbw769D9MG/fhC8VEPYlFIdEZ8jR+7yRS4hD1TCDJHeV/cXu9NREw7mtj1gyA28fXHoY/uVwH+eI9BzMHTc45fD2L5+1APqxp6n6fTxETGheqZYXN8WY4eshp4uNeyukmHKwCnYrGmDKS0tNHcXgPaKy7fqXVgk/8FGJBoeA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpsiARFiDhk1lcksYI4zmW5OcGg3jOw1jMD6sYEz6xIGCYBfMAGW75RbmJOc4ZiUXpqZn/gYBI8/2JFAvGIuYxbMTkUFIdPHSd8vNSEDyQnCdIvSGYNA4GJVzHovzcxJLMZCI1mZOmyQhMmpCjiUSbjMGkBWmaTMjRZAomzcjRZEmaJjNPkJihEWm6zCG6TIPZQMk+My8dWCoR0mMB0WNBih5LiB5DMvSQkPTA6g1IDghkbWTaZkKsxyCqSQxBsGozZE0u+aVJxGgyJ1ETJPOC9ViSEldGYD1GBqToMYboISlNQELOyIgUPaYQPcak6IEEthFp0QoJOCOiMxOyJjNyNJmTpAkaDqSlOqgm7IkBVCEX8zNAahfn/PyilMy8xJLUYki1wwskAksT80oySyodi4oSKyEaQdVPcElRaXJJaVFqClgiAcF3SSxJxOIOI0tIkoE0omBSqSApUCMKJKqTKvkoQpzNwf7Yna0tNX/3p1jf9++d/t8+a0/JZAkWBodtn/9eqXj5ar/8l5yw2nXb9tuHR2/c/+aXPVg67Mv+FeGnjI4YsjpUcKto1PW8tU9aeM3kvcXF/fkfWk+GHHxkf/8B9+SVTBwOW0V/n37nyeTgLPP6kVmUuMOWE2X75kuxOvwDmq62kdNhD6uQiH2bsMPEtzX2pnHsDuc6Lt17wP1r/8olfg7CiY/tH72cuomn8IW9yvT/E+p+39u/s5ftg5jHf/td2Zw/FzxndMhvZDnab/jJHmjLycNN4g6H2pYDXfbOnuv64gJbrn/2N899D368VMBhsfLOP+0lLA7NB04tdN22Gape2sE7ss3i2tGf9qEGWiuFAzgcrj7P0v4mLuAAtPzwZe3P9rfW/IrJPfrGXuSCy40PJiIOLbz+66ek7oD685f9VaA3DDu4HDbNfb/8GLeAw8Ifhs/WLWU8sBTk/MOb95udtfa7OPHX/pj+Q181Yi7b19+0rYxY8cceHNx5b/Z3tEZd3vP42X7Nt7z7DCT5HaDhtx8oKCJ78qz9T6BxqilsDs36Psu4jnE7LH/hofd/IfMB0R6vVywmLA7MnF3yye8YHJ5+kr+UH/90/6TT9R77az/trwdH5E/7CYbluory3/fXXtgc+XUnr4NAldlqu/DT9snvopzsXly1532gO2HBj4X2miAHruBzYAWGZvlaZgeXTKBLOKUcVgoDPV7A6WA4U0ti6hQBB3A6ERd2SAcpYGVwMAIH3AVI/FjLQ+ORyQGUKnZmv91vA/R9zD9Jh8SQIPUFnLwOVmAHrrU/vmtHL1uBjMOKY97mnQeFHH4cSlmVcIX1QOqqBKDKO/YM4IgVcHijv1udn5vhACSePuwP5gRloLz04hJgpVOMmvYR7TdE6YxFzAgAgrsAAg==", "1: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", "1: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", "1:eJztV3tQE0cYDzEBDCjgo0ytD3zOONYZSQIErexhkBarUojajtrWMzmS05DDSzKKtbbaMnW0rVOt1aq14/iotlqtDEIdO7vaovXRVjpOqSJtB7AgqCQRjZARentLJSA6dzjjX+aPze23+9vv9ftuvxu+kMvOUSkUCme4MMzg7IzZbWdyxmAJFk9nna6ckP9nqS4u14Rnxqeyh8iUD8gyO2TZQmxNkcJDOsfn0najjeatDNsm/Lo5K/MxZC89lT0hWedKuZ/pKZzD0jHDaxl4f7w4ak2hwpjGuRcKpSYNohMhJtZhlQDRZmBZ/IQeYLRyMDpxTJYHEdUkyYmAXhwT5UOS5FiWEASRqIVADHK0JPYgNUkEI4sCBoJJ7AHGICcEyQQTL1UP8f4xQJLZRlSQP31PQAlyYkcwWll51ROM5DAQyokYWWVKOKeVxR+SV63kwAVhJMeNvHAISDJRg0GS6zsYJLlcSdERkDzWEZBOMhmCQfKKglBIJ5kOwSDJfAgGyaskwladPEa0g+Qxoh0kjxGEsLruGYF7NWcsXnAxPMOZbUyuAOTzp9qZXMbhcub0Cj4wR41nEcKQ6nRyZpZ2sZyjS+OnuX/YrPw8xoQ3z2JcPG1jLDxt76ZLNNpYYcEoaGN4FqO77OktPKSxPGPGykzRGMG58WaznTMvXso6mW4OTWctbsE+O+5hWOWDh4aJHllph6WLi8H3V/srMpl8OshyG0/J5dI5LV32ProXeITND70/J3QB4YzNoe1uxoQ/fTLz8jgn62KeuEftfYcsjwwkFtIc6szoKAVpX40cx1tYB+1inKSv7SMMWW7a4WJd+ak8T+cT4FDRft5tdrl5xiIuLOiYp9EuupvK0hEDdZ0JxOAl3C9j6c25U1LqLoWh3NrAfm92GPIUnJl1Yt95uKPxq1MvJ4WgKzYFt0rVCg99yqwxv74dnrkKdv+dokaXn1tBawfGoCWTNeW78srAzj/0jYapDWDtxzW+Yb9DWLQ3//TYideB4pOVgYkeJRV+YPBcy6QA6LPkwLoK221gPMj+tWTtr2Bfwi+TZpZ5oLB5w7l3EBh7Lvr0sZJ7YPme542DG+rBhvmtxpYbFYDoiaA2XextG3FdTVnTWM5T0AjKRlQ0r1x0B2aXDC1oKItB4rrdC6KXJ36T8uo1eDJ2jEk9UoHqLh1omZ97FQwraMgqGVoGw97cMn1gZCTyHX5l8dalNUD/bjG1ukqFdt6N//fb0f/A9KO37l1cVgnF7WolNSgLe1wPjnyBA+OBwqm7Nky8AdqOvOU7fKEPIvhmYCusdxYNPAcEJz4KzYtCan1M4gs/1MGbDSh55Nlw6uewydtmfxlJXUj709M07XugEaxdtjwCzY9L9ZrPD0DViYPQvLjviP2x/ai6RePubK5UUTut+OBmQNY9cO+2n+IO8y0wRXRMQR0aXfPejhlRaE1TRfkqZygqbcWG1cHj6n4DwKkq0IzdqimEVa/FFpcp2kAr46+hhyuo9SbXqM1tLeDY5bX3GL+Sqix6f8WFwsr2uPrgi3xz1LXiG5D43wJbVi467uofg3gx0SGUON/ohfDtIQar6hkkuh9oBCDhjWMZkb2R4JyQye2Q8KMcEF5pEMlPNfzMuM5eG2iCJM8B+OG0epU+5mg7j2rhZZy20maAd+33+gHR1wwLIwUizdNQs0/s2z2T8gHCNx+8SguauBAqcuP+1VkZpfA3v6l6zzY/LBGyc3pLAGz9HP/CUeWo0FWbjLdB30zM7FtAzIemP4q+VnyoV+1dIBivHPdBFZjTd7yQ8giEo57qVVH+UEwcDxCPH6JBhrsnLV8v8LbbXw0Jvi8aP3xYk32OHzae+XHKQbaK8P1sf/Sss7yfL7UWFiVhYAsUiqt0fbwSXRGylj6gFyVeJqkOq3DFcbld3jkdH74d/W43Mu1/6HWIyw==", "1: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", "1: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", "1: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", "1: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", "1:eJztlntQE0ccxxNAkTeIohVf0Sg+ipILhOBUbxGo+AIxvqmVAAdGkhzmocVWW2oVBhjbDtbW1oKdaq3VasVapaPs1ap1rHV4FBAQHxWhjFYtBoQo0t1bLI9hxpx/+Jc3k93sb/ezt7u/7+93K4lnFyY5iEQi4wBUzGe1TIJZyyRJsQWb52mMpiTx01aoidWpcCvspe2F2KJttEW+tAmwjeuhbrunrZmsPrGrhftm4/EyvpSrcICEGlid2qRJsBEKFAZRfBn0PJBCGCTny2BhUCBfKoVBQXwZIgxSzMY2WYAwKphQMmGU8rmoEEJRtlNkR8+HyUglV/VHlUqjT0Yp+pkQRapAQZCcVEE8FM6a422BAkmlEAQFkSpY0PI6haEUBHXqIkTQ8ghEBQh6k1IgRDIFz8iEMMS1FCWEIZ6lbNYQiXiesVlCJOB5JkgIQ9xKKYQwnQ6yWT9dsU7ZLJ+uSKdCBAmBxLlcmHqIh+Q2K6Fb7MltlkK32JMLyyfESXJh+YScuNxmNXSH+pbDQnQ/NQ7BHSbGwLAJqxkdAg1pEVpGx+hNxp4TkrutCypCjUY2QYPyLavvOZnK+f/JFqWlkibJEj3X12vsszJoL9CRH5Ss1ica+6I6M3xwL6of+rNErTUz/AcjOjWVNWpMzIvf1NMML2xTnV8gpW2b6ulhDxG5soWxrCFRo1ebGCO5y7mhIsas1ps0prRQg0GdRsCR/B4M5gST2cAk8h1xXe1wtUndxwrlCpIak+y7dzG4S4p+2OofNvz2X4pm2Dxn+VZlRQntmrv//ZjZ5XBxwKT93gs8wYa9r6IRA7n+AwfR53aNBydNuUMdltyBGfuWXqDONMKOgrebflhQQ69yvPRKTPUTeCfmxMgtt5vp6oPWN3RnS+k914rcd8ldgKX9z7caxw/icgpTnNqAFGzmLnwV8ZM7OPuhbL2/xJXLe3Pi754NfmBvFPBW/3ofukcf3s5kNsLv8TRPHtNl8+M9lxWKuAmb8AwttLTwcYalxkrjUQm19qAczS7L9ORGKJPDNVPHgm3mtb5ucY4gc8uKspM3HbiptdL+6eXjQSTciIZYIf++30rpnJrVIjbdHmRaairTH4jBzLhbxWNiHbkJHi7HvkmTglhEDxrRDgu+vLfv3NwyOiRilqHNwwPErYse6bPGQh/F20/pgK52kzN8lo8FZ45M0X8tboIDpn+xOP9ALTknB2+wo8B17cHsMvrEYfuGnAl2HL+NnRIgvmrnlDWqBfqd3opGVsBq33fUVPlQUBx++b5lzi24+Jdv90QBC0y8uHLu+YzRIGVyy6e1uWJufVH+sKm1l2l8WmW3h3We5w2odWrbnXz0Afzx/Lqi/BW+AHvL3f8BvHbdBXm2hCZ8C/xs3uCcOZO8Qb9AL8VrpwZzWdvqmkYZ/MCVynTj69ur4fH4d6ump1nho2mplzJLD8HPB/iiI7PjKs7qAt87Lga508TzP3Argx/tbpXVH3IFfH13CCfCDxgLLNolGw+t8yLrUjhzK5oLq7NOTQTK1tOJ38XVw59T8EKt8KZiGBc72h6gU69p2+TAZbczD+tuiEEePu5gMcBYO9NB/3ERPTleHFJlcfgyCSh3Wj1G29oPYFleOWaFM/6uOmi94gcaI6d0SDY6cFWrsIPu058geawc7kX8WtNMHy8RoRO/Cw+Pq9uc5yYFH3tsUByYUQmtm9YgaTfBoHvKiFkFXuBfCw6Ic3SGT9WlhypnjtdNw2jgdt0fbdUKd4RlaxsetcILi5CD3CVg4j9uRQE7r8KlsUfgnbxiWI+VHyUBKicc6PpklMJZXe/kLe4RsfxtqQ8b9R/zyQyd", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztVmtQE1cUToCAiEF5W18gPmBs7cAmBIItuxBwZKqMEFq1OoWQbGA1yeImGaWjVtQRUVqZaqu22NFBqlLrlLGAaHUvWJ1ip6hU21Laii+UqoBPkFd77y7Kwzhm89sfOZt77vnuufc7331MzqBT9C4ikcg8App5tIHUWg2kPgh5kHsuZbboxU9bsRbaqEYt1Ssf9Dk950sa8KVAHtWj4J/ZNGPUGFRZGiaTpFCQjbHUw3xoFJXBRuCcV74X+IKHSPZZGeJok26ghfoSUXw4ZzE1Un0sQxs1FkprJ0gmDIRxVi4MJONslDCQnLNKYaAIziocAUUKAykSkS9cYKpIHhXmECpc7Yo2F2XKhGfayzBRjtAXxSeSC0mk5DGR9mJ4AvgP5ghIAOU8bfwnQlAujP/IBIFkjmSSCwTxW5fDRAnB9K9IKQTDLwgLE4Lh14MJEmsEj7FbDgMbEBNWIZ44zG6BDwY5IiBM4QhI2F7qL5LdYhgMslsNg6Qqs1sOg0F264HfDTzItiDQW8QcgDosJEPS2izSCIFMToKBNJImi3ngQuUuTwlqeUATazbTWgoeGrRp2MNm5LPBUnOySTUKTiUtjCaL1DEag41XkCqLgh0qmI1kqNHQMSzGHf6JpxhSi5JxLZWB1i5bQZlJG6PNpnRWODEDuv8pj+dHc+OWkqkx6cx65xfV8inR2DCi0OzQwCqaZnSUSWMh+wmSQpNs1ZgslCUnlmE0OTxwEscFY9VarAyp4zrSB9rxGovGRsFk/LtANnR6JOoKgj/kzfNvqOvY5kVUZnzU8LZyMuhUXyv5Mt4TmORrKwknKdFU5FVyIncyKGjMEtHVPuCgz/n4P9o9id7H1qaiC4Hgxv3AejpNArKCDSs/LHEiQkd7lH+dEwTOYj+WvdnqA7ZeRwEsTuy7fNKzSAwqNqw6f2TRafYHibcvfqYJL12XnLh77R226mPXdv85F9m9neHNh6fdwzlc2wiwOC7mVsOhZrZYDBHbXYgDZ96JzK+eCDL2/iZvOyoBrmiYv3rwU7rS9NSUSeDYn5t7yQ5PkDFmofL7OWLirvRk2K5SZzA3Mj82/cYD9lEVCmjDp4auKaha5g26o7PrNtU3s7tmjP3sYv5IAkbPGOvnDjA4i+vr+9ht0eJ5G6QexOPQJVtrrN6g6+5toJzSyY5yej3Pf5GI6F5iPN13fxxwg7Of39PBwsVMr3EVER4owRNfMDEqM56iu9jsNLe615JFxLfUP8s3f3KLXQ/O7k2ouMeyq1FELT52ulpSXD8eNM0s3NNZNhqUzV/2xYoiP4JEy3ILBpapO/4r7JOCDki717QxhLb1/biYTcHgq7b9kJEA4F1yojqg2Ys4HgILoA8Ecef0l24u7WFD9uR/d6WlGz9+FBJcEQR+2nn888KtAaDcr/vn1toWdgtk6/oVZ1BXeu7Se3d+xbc/dk3bOfddfKZqwu2rinFsz8F79fMy0vGqnryHjb/fx28WhN6V9vn0z68eD+aEsJxF1X/jlA9YfbgCKqmd3Q1lU73DnTi0BQlnBOD4e+QGJMWfRoulXoTim5gFi8MlgMOpulhKROe6JIwhNtamVh/Y5wsORPwyKylZDC43eWw7uE5KTGl8smZpjzdoXYVHfHDsbzZ3es3G/Qva8SP/msv9Zk0Aci/FWydSHrKoLA1JEkKTmhKyp3Z8vz6usVcXBlReEHXjqOruSl9Q8aD34soWF8CdArGmTHhS0Ubz0D009MTir3gbPux/pZ2d1g==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV31YU1UY32AT2PiSkUCmRKGhJLYNNyT1HhiS+EUyIjVL53Y3bm67erclYIlpFiKmRqhlmX1IoamVouLXveqTaD0PKgphmJqhs/ADUUBAsnvvSRm0cnfmX/XHzj3nPed33vO+7+99z1nEdDxNL+DxeBZvuhmHG1GtzYjqIxkJIx6LWax6/p1RghU3qZmR6j8mG+9U5vFPsjTaj2pfupOMEyaNUZWpIQwoxixycf/U+5CN+l92n7L+XTLgblQTcbOuc8TMpTDrpWwrUzNJlEDgJo0V07oIGsINJEthZFKOKDlEyd1CxXJDxbpjFgQpuILcsWoIRCnUPeiPGjMb6Hp3L4zCLU8o3IqVkm3juBxPCRU9xQUTx7ZDuUFYNZyONhRiZG5glK5ioPF3QuQGiJsmKUcCQQfADyd/Q0UyTmGFemRSLhiY5zJOMYKUk8ndwLgcok7OyYZw54+MW4AgFWTuUEHmckY4glymggNI7jIXHEgnd5kMjiCX2QBrHAS5TAeYQRDELWUhIeQuEwKmHQQ5ZwTzUrOEMBNWlEBxbSZqooFE9kgjakLNVove03FDvZAZiekmwWLBtRhd03Fzt2ef6O5m6dkzUTWzOB21EppMVEdojE7eiKpMjJ5Q0dpQAmNui25rfOhOEkagWkaZOpBB4DZmsdaIa2fMxiyok02TMZ2NPp+RedVgXn/d1Iu1yKAx67qZ6FiE7+Tfgzfb515mMyOVq/Y6ceLf2+tYof8sUooHb7DoXzWYU4DhVdnFYGW3hAjgwfewCscJHWbWWFELfCj70c0Em8ZsxazZCQShyYbAvqwvCJvWaiNQHTsxrXOcpLFqnCSmXAEvoK7HQ5mpSPrHSI+0qH9Zt9qbSgUSzYFCCZjV2+/soGVi8MXBMcpFCQKqsGT+hJQ+/mBgieRo0sRAMFn39JlUPyFVUJvJw1/3APPPla/atWItkuE/6JsPr3pRfeIMSRjuD/ocPo98dqYJaekxddXYIhG1dVJT2Y/fScBStTVyZS4PHE2qabgx2pMabP6Uv1soBB/IP9mqvMkD2653nMjChBSjrqbhAhnATtxChq9+7qMNGzvIK5MTR1w82UZOHLr10Ct7BSCnfED8O99fJtdc/Zw+sZ20F0Rd9tsrAvo87YunktvIRyvxqV4VVcjygBzFhhHNyJmz4sISDwllqLK/HN3cG0jfGxhalM4Hu3Ys6dHQqwZRDNuTtiKiiQxat2dfSLE/yA/XXpm835uyt5dcqxznCxKP6GnkLqQq69f+0jw+VZvfgbbUtSEZr23aNj33OhJ+w0h3+RQadm5iiFIIFgweWyxKFgPoH38KXT8tPc0QCmZEN6/8qbAFwRsWHk7fV0cKY3vSqquRmNsRHc02T7BjsydtSiM5ZtKbcdUjBdTsQRH01u3Iec3H1bFXryEV649UZVw6TkYFiEuLW3sCWtv2Y/NE1OOj5ywY7BsCWP+MCAQHmqKmLN3vQZXdeutG7Q9+4KUxh7yGrw4GqZvfRfO0AipLHBk1t6AdYT9l9eQc9sA+1MkKhhiN5LDxx5ZP+b0e2S0MCkYOimEc84+Rs75cTDPAE5QWZ5cP2OlJZdDRqZnqQdkKQwUZ/iKwsH7Cjr4LW0jWf4mV5LNLVpqDDgSCmGVrb0ovXCMPnip949WjW5DnX/iavLTmFMJbPrc9/isJldseP7Mi72GwQrXYaJ/jA/rZPN73ru1FsbCYR8D5xnA6om3IQDrquaN6Ukltl+up1nAQJmA8zAfQn1cQ1s9PtJM7Z/i0rrV7gYIyplOOsHQI41NE/tt1jeFBIHjTMz/nBHeQiypP08zoQJg0OB4dAKJDi074XPSl2OmYMDCadcxZpPpbU+y87bdI1Ubs9CyRN9UqvbCpX10jEs86/jaSueU3S+lDdvIxY1bOuiclgK0yCWYDfePhJkvXHO38Z9z5JnUik/0Bt15cHg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUVEUY3+WxC4uCi/ggM1+drPDF7oKQ2lzEOL4VV8m3rrsXuLrsxX3kqzqZpfnWfGZq5lvT0jxmJjqjplaeEAVFBERFAU0ThEVRjGbmroLI8ezQOf3l/WP2zne/38z3+H3fvbNtJohD4r1kMpnNBw8DRDNvdJj5+C5EQsT9BZs9Xv5kFmUXk/RkFv1S9h9lHs/JBlXLhuAc6BvgmxjRmmQwRycarAm8UIWvOtYaVIes90vZSxmTrPMTGa34p0zsKVpM1TPyrA/RD6WjRq/AYy/RMQG3DPcgWgrRC5YENyCaPkQWGsqC0dJRx2KZBAln2UVHxzA2CHVGw4IJkzAR9cBEskSgaz1si5AwTGGLZMRQ7S7ST1cmUGh9QFrpR1cfkNtckLaoTyDCGH2Sqo7INF3Yy07DVHbhEoaJQS4MU0twYdxOUTW7NUzV6sIwsduFYcqPVEUapgp3YSLZMVomHkjVqmXigQvDxAMXxm0e1OgKWrZadYHYatUFYqtVqe609WlaWrfJIDVtCeQ2G2qAdG7ToUan07nNh5ogtwlRoz3q2BjhArExQuqpOjZGuEBsjJA6l46NEVJL0dXNCHJKsDUjD+y8lReNiXwSBlqnvWfmk3iL3RbvWXPBeG8y88NDlM0mGgWDXRAttY4cqqeLDZ2WzOuJ8lDebjUk8iarwVzH+SQ6UcAPovFuvFVQY0EtHV9800uw8kaymb4RQYgOomw0i8ZJUwQbX8eiMYLJge0zk69TQfX8okrqUYLBYqrl4jOvfleSIqTTLZPfZCp9OT2bl1q6L/42foHRz2NcHxGhtUAkZXEGs4PXk9P5oORk0SbY+f/dI9c3NZNHUhTC3HPoWUoHyKSTSbQoWk2CxWDnbdKRpSEeYh0Gi12wT4uyWg3TJOBr1H6rw2h3WHkTfTC+et7LYDfUUVq6CMm1ZxnEk0fkzw8iPdbsDb13Ox+0c/zQIe033ISnG5365eeFJ6FpTE6M51QVWj7n85HpKXmgbwOPkDlNvwIzZnXuv1UVgFJWLgmYHl4FJ++an50og6BlREIv4a4fIlpZqb4oerdwefK8IxBLxeITarROveXw0VVqFOqz69WRptMA+q/VbiwLQsripr0HV1bAkOYrMnwTC0BDumAJBCdz9n9W6Y9G7YW313dPA40Nx9NDbig4vfemL9+R54Kldz4EYWPlnLSunJu6dmO7g5Ulkt0PAriFqyyBs5AKnW2bXfHxLV9u0popWMMJUneeOR932wMVTQwpX5VbAST/0mH+qdWHVi6Ro4Fnl47+J7ohUo5b3b/JgiI4evEx55ujIfQ+sTh0SscSIM70wneVYFiXt3c0TssB7alDFwH109uHy573mL9/vRyu4L8wjsmpBOkDJjQaflDGvUUD+wh04IOvDW+WDT+4shZb7s3ta4AdHiVDzoOXMNKL66HK3JTc4zZ4nzh+OQh9m7Dvls0ZiLT0KoT9flP2+HqYGp2JP184cVJjlEgDUS7tEylDixQkoMXQmZ050xZzDR45ShKsRjE/lT7OmHoTSPvmAltm4L2ogObI7FuxIWHffUjjNHEXbH1OHKcc2BQpZq6Inm/2RNvD/uw28KwTFIDNeUdSg5CMXgXwx3V3t53sVwZGmrrlDVpYDrcV9e5UZQhEbc1Tp2/pUAwkXpyCf9n2N3nkp0aUFvdPww4ZawpabrsFLxaX9R0xW4luHvjBs3BBEaBzhS/n6TuvlfHvUlDaihii5Pw7kp28uMdzyrBHd8CJ1nusiUtLwSZ5indgkD8n5ekYDPaKw6pVgNJgjic399zlK37LsmDcN9/tvtiqMUd5lOLDGTQkc4+gfmWbRY7J/py3Th3e/XA5sFYEYFMqYRAlnpqjfBjcCH1qi1lervDiYimBHoKe42+ktR3lj0gWD8T6c8E0kHkAK2FLfFE4CdfSAG4sSVQLOYeLau6eq+Uwh6RjealLrxBKdigQzfN6OddvxOyICydKIKk+RfFjeBtFtus7Q4k81vi0WD/2AXy3KGvXwxwP9MfxnruFsYFoVHpKflBLJ8RB1edvyQerc5dhJleCccrU4NhLTkBYpMpMhxte6Zz7uuI8yAghxLsLaBlnXQf3iRlN7oE0XA2du/lzv+7tZNkkz4DzzYWPdpScgyS6IMaP+wez2dBGjrrOjcKeF4NZsX3WfbLVk6P2jC6DlK4qL46mbaSSI2XKBz8AF/Cyh9qXQikPVWD270OPbt/shK3KzHEffa/itHTDq4C+PaMsCfidLibV6rHV/+FUd9w6ZJp/AXxKUvw=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztVn1wTFcU36xIsiGTTxGySFRLBZW3m0026L2bReMzZJNhtMV29+3msbuPt7s0oaLVlo5q1UcpahSpapUQH63Buz4qmEx0iHYyphUpGiQVnwkmtve+t+RDOrNv+6+d2XPfPff+7jn3nN89cxLfYbMtgTKZzBmCxTjWRpvcNtrSh2iIeizjdFkCns50LtZuIDP9C93/1Mmf041v1mXjHBg644+RLGc32vR5Rs5KM2RTO2dl+ajLfKGToOvX6gU8y0wG6zA3z8jaKLI/WZCUgTwiHcfajS7G5CNIJQ1ECVItDaQSpEYaSC3INGmgFEFqpYKILjlZGkojyFRDEJYGxmHFZcs3iMQrpYreDfYLJZESaSJKJeVSWr/886LUvloSbYiDzzEX0yo5Ei1hWkm2KGGgBksCqfy5lVocUiSBvERPkwTS+BMIjT+BSJXonljEBEPJUjDeLFFSMGKSKEkvQ8wR5TPHm2sRJS2vXuc0/oD8oR0ljUFekDQGiYFQSWOQF+QzG1pwVeUzHVqCfOZDC4KrpBU9sSarpDHCC2qfEaS9c3YlCy6ao1lTHm3HQC5/hI220w6Xs7khEZqPjmTWCQud08maGFw+WUebXjH02WE5+bNoA9mcQ7s4Yx5t5oy2dhpLfR6DF/TYGs0xkVjRZo8CfwxnONpEjAkzvY01zZzLOOl2ThvJmN3YMRvpn5jQ508LFq5iNTrMTkuH/3oJT2OmbhOocJnYmOlZljMzDqOL9gYoDIuJbqPDxbjydRxnzBeBPYVYcG6Ty83RZmFhevN8uNFlbCdhKrE1ULV2jyZLffCfaLN2raKXmBpAWWEm/16PWv5W2og3uIf3wNHvto6H0ZUg46zlwt8z6vipB0d1liddBI8WzDjkWukBxVzeF3XzZShg3IdhWbuawJhTwcPW55byE2eum7uhdwBSLzwAP6g+AF4aPW/Ra2VBcNiAinXXvlaiBT3SrMOvB0NiJfz6A3BUS3aEorV/rFz80ZRGsO/b/NJX0z3g/dX6pTZrFLIIPxmkv5+ek923AnTpcfoq2BqKDnWMigEnr4DNI/bfbapoBEOII+FKtOFEQjFX0wGK+tug57aazEGeWJTzV9H6Ewky+POyoPrYzDBYWDksf3K/OPTlns6zd3QKgZ7EpgfuKgX8Zz5ImZoejaKNx88n0YGw6PDRrq8YLvCF5Npro9DcgYm97tnOAeHaq66K/hYkoLCqgcs3Ncphg7tqQ2TRdd6meLjJWtILRd/RnbXkBsCM12sqd6R3gW75upD4jVFIvIcCvltQNECvPM9r956ac2RaLBLUlxrAE/2jupuojm8ImrZ27Op4pP3tF7t64W1wJgdnpjwalmC3l8bHIerazpevLOoEBXt3I6CYt3BUv+3kmFRFR/j5lTu9zrFPQC0igS4BfZNDdiinPAQD9cqb1ZrubUc+QXfbVPZ2EIyYTDzy8KMG4cjMCYS3Th/P+JGp5x+nzypfkh2ASg/+hCNZzQvuHlHAacHl3SamJyDlfCOVWxwKS24493V5fF+Mw91IdP/i7+87R67iN+9NbTxmPgMKcJZXjIlBxz7eNukMVc3vnkCIUw/6bvqk+PL2RETC9eitRgAmvbmbr60BkZqhh7P3JyI82Th0QCjcM8ixJeDQfV7kVSI6gb37c3YT8OyZd6d4wj3+09E3AtWRPVHvz9yz45eFQBJNrSkWftU/bnXF6QhEstttcwQUwv9DHJQTQhVGoW+s2POUQLhlRTpmVB2febkgZmdpDBpyKWvZGoccYrQir3cVL+z3KFHu4P7bo38tA/KkxbGV5U/4Pms8yxc87o6EZ5NUC4Qqo3NYcSVk7c7Wb7R1RRQbj3Z01L+2uP9z", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3lQE1ccx0M4E8SQABIJIlBvqsImIGlH94dRBLwK0aoV1AAB4kBSc3j1UHTU0VLqXVta8az1KNVWxfFgV+oJtp54V4EQlQKjxBYDRdp9u6HQGabN0r86Y/74bd5v33d/v/fe5/f2bUiqLinDmcPhGDwoM1GXrU4zZaszhiCPC2UmaAzGDKf2VoxRl6NELcUrX5e+SRncf/IlUXOr7EH9idXpc1TZiiyVPlOtQZ26eNbk/+CLe+X7n/rC2n105f1FzmidNr2jhe7Fo/4RtMWUqHhj9LoclVGT5qBIyk6E0VbGTiSlbSRbEfJFyJRu1EWp0WZS+9G/aWS0jWIXSMYEGsEmUGR3AkUygaLZBIpiNHI2mhG0ZSmhw0Sy0UQzmvBuaFjFkTOaKEc1TFbdEUWwJIHujbFcVbq3lOWyMqXAckxMkSMfxmqRmBFhEewBwrBuaKTsAcJY7Qp2TTegw1jNtV3DDh8GVIwdPnYRO3wYFKQOo9BZ5DALnUUOw9CpjqQO09BZ5DAOnUUO89CpYqXsNhS7iB0RdhE7Ipi9QdqdDUXGjgjmLSZjRwTzGpN1TQQ6DhsEHOb8o9Dp9OkarcqoNjAHIy/KJJpUWqPGuChGr1ctYoRB6EFGvSnNaNKr0+kbczraY1RGVRd5yJjji5T51Gm/pUa30KcO8uqerbg45XQbnp5yP9Z5oQXPS/jFRSYUQd69LI4ulw8PKz037F1mxutJ+WsJJ4Qwe3C59/njVly86QYvK7SSuH7S7NuHJ4JpMw8R9VsFEJpvmifxqiEWlBQGDE8RQmbF47lhTa14wdTC/d/c/p1YvPt1ReB+IVx+oTTvLuDBZPBR/XC9lSgJ/2yIeKoQjsf34Iatek44PeDy1vS1EoasdQ3vLwmGNx9O/vhTrRtJt3EuqQisq456RwItDXVUZo8IpevO9W84VRC/3buVa4gNBPnhC/NLCrnk9Ymp3tPlNqJVbLgl0vcC7FFR/xpnMWTQv2r8Rpi6d7VYCPxbO98dybfgeOQsKgVPkpYH8KB++ImBgnJveNYr7q1WsRe5d9ck8KnyA9mOwyNspTeIgaUr90wru0uo982ZkpQpgvXlS+KIly5k9XT/4qscG9HnogXf1TcYhtIJ1xOx/U3czz2sRNOg5E9KI/0haM+TuGG4H8hvns2RLbUQ1zjUwPlCOEe1iqERb1O/qFGFuJOrY+ZYruwQgn5Nfo21sCesvvag0tPHg+RnhWYvbPEGi2r7TdnTJjwVXaJb8LG3n/2aMEMEE5/nK439BHAqaXNIvsmGM+sthFnjL7iPLDATk66uS25TcMgndw60JP8YDKjXPImVGD0KeSqJr6eVYWcSQyGAnBkc09iTRNO3PMiF9L/zE7WCAXC27bv3rOFcMneT4qPsxzxyOtX9UJEEllWf33Ji83Ni4LbVB6tqzfjsLRP88sokYIzd2OQ2+zZO57/hNLGcLNs+9mggMNw5kxKvyqFrg53I2gERHgfui4DGLdqdbBbUFn/rbCbkY8fpmy/7QRXCMjEQqMmUbJ11BzejcFe8gV5Gf3+wIbzONOIxjWmXUsp9YevTPefGF/eC/aMQqVb8g6KjqUtmeNrn4Qh+r/nDuSdlQnLtNlvEo2F8iP9y6YDSlTbct2hc1eKNPcjBDV4l4b1dQElPUAGefimFUrqSq6jVx8a4QpsCkSgCN5Evfi5ZRFYsRCPwA2zB0JC+Rj6gtAWanqR2p9NJ1yQx5LtRRK31gZy3qUyq3e39xUCPT2Ah6hOPBa2oM+O85m2Z3+8TgU6EZqqWmF/5hXD3qTpC4Hnkq0XnvUAy/Od+brnuJKqiMDWHpDk9FgIHnR/nDWqoII7fXfNS/eIPpp4K/UHJQxuPNtNgpI7xhr/vGR1fZh3nqS582J/QDh3g", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpUiARFiDhk1lcksYI4zmW5OcGg3jOQ1DMD6sYEz6xIGBYBPMAGW75RbmJOc4ZiUXpqZn/gYBI8/2JFAsmUsxj0ItJo6QceEg65eelIHggOU+QekMwaRwMSnyORfm5iSWZyURqMiVNkxGYNCFHE4k2GYNJM9I0mZCjydQTJGZoHMwGSi6ZeenAnEtIjxlEjzkpeszBpCVpWsDWGJDmIaguEoPBAqLLkCxdRqT4yoJk90FCgWQHQpxGYlSBVZsga3LJL00iRpMpiZoguRCsx4KU8IP6iKSUZAzWY2RAih5IIBgZkqLHEqKHpPQA1UNSBoTqMSEpVqGBYEqOJjOsmkBVWzE/A6Tsds7PL0rJzEssSS2GFOq8QCKwNDGvJLOk0rGoKLESolEOZFBJUWlySWlRagpYIgHBd0ksScTiDiMzSDxCmhkwqVSQFKiZARKdxSE9L07zn71vC6//+ikf9u9hFRKxP7Znv+fcBrVDbOwO1vf9e6fn/dp/J4Mhv5GFweFJ87yzq86/tM8Xaj5wauHd/QdPLXTd9vmhfdVxTatJp//YSxZfF/rk+HH/J8fzaVfTWR0mvq2xN41jd+DbZzBTS+LX/r1B0xT7Sh/bP3o5dRNP4Qt7len/J9T9vrd/Zy/bBzGP//bcW5dVHtd8th/oqNMC7cIOBfHs5yQDP9lfN3lv4ep+b39y/U3bygg2hy755HdRhxgdtrXUXNgc+XQ/SLbIUtLBStmruln/hX21yDr3h1Wf9/8Ifrx0tgu/Q82nDQHZs27br+m+DfTJx/3a7WI3z5WzOvQHlwCd8MH+7laQQSf3r1l7I77M/4/9t+l3J7e3cjiAjeMRgJi7nvFA/W+rgnMdm/YDTT2isOH3/ueyy1946K23T12VEBKk/s8eYt6z/c4yrx+ZST3a/1/x77dSBQGHSafrPfbX+u6PWGF61rpP0GExIyikWR3yP7SeDDn4aP/lPY9FZE+etf9p+GydagqbgzbYAf/sOdbIRKVYf9h/smzffCn9z/tNwR7ldbjd9Tf1+xOGA148TNrt01gcOlqjgEaU2K8DOV8ubf/C9M2vire27o9ss7h2NPePfSkTKKY/7q/P2lMyWYLPoanYbco3tp/720DaQqQd1Bd0bnj48qN9olGogdbK0/aQcJd2WJt5r7Cr75M9iHzy6fH+lx56/xX3SjpAzL+6nw+YalI5BBxAzhC7yXgAEg4f9/uYdzomPBVy0Juw4IdhGusBYCg8mCN41z6YE5Tw89KLS4CFcTFqmkW0ahBFHRYxIwBCSMBT", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztVn1QVFUUX3gILB/BImKmIhACkSn79gucsQfhlCiEsoaETbHAgouwK/thgF8VRvLpTOOgQ06jEYJMIY58hDbeM2SaOoKhIKEVCgMDkSHiAsOHvfcuDDjDjPu2/vSfc+ace3/v/M65v917PeM1UUkEj8fT2dImQpOqTDCkKpO8mIwVbcJVOn2SxUwUotekyZko9EXuP+Ui/+fchhc5Ouf9jGotZ6K3NOrE2YhZC2P2C1krkjPCD9Fq0hR6VYKJIDE3EGk+SMINJApjcsJAbigxa6XcQBLWyswBBXEDSVnLsSepWZOQmVNKhktx7CqQRZEBcmvayVXqZPpv93mYIFwpwPRKeD92Qo4wIXYyluF6jSH+OQzngjgMg91PYifiVGsaJDV1hLgEdmJzQBJOIKkZJ4zHRwq5YPAYSJILBjdEirirj+Q2Oaw9ktvkpjvidrBiDJKZAwo0BxTECSRhnchkNcwFmSyHuSCT9TBHrCKTBTEXNL8iouiHpM6Jh2/oUI1Gm6hSK/RKHb66HWmzxaBQ61X6zBCtVpGJge7Mh/RaQ4LeoFUmsgtxs/F6hV4xDw8RvsBE+CE7s6RklpiHLJP9yKZpyZaOMVR4VO2SDdeoT30ac8rvELCp30oskHaiXeyGAdRDffvnxZfakfiT+uDP4gnICWz7OU3cjnxP5FbfV9mDn5N97anMYZTc2pvyurEPja/d1XSoZRQ9iFlc/yuvAzVVNrdGD/AglT92IvlcC6Ug3wvwPz2FvqmRjTYmPkXbBtZc8HXigWvVO/ezXB+hQDpb2cmH3ZHubikR1xGRYe/tt38SNY/Iu8q+4sOls6vVpRZGxNJf2k5Rkg/PhzlYwmsfHG584jdKqTSDn1/d+jtFXb5Xe3AvzW9/QcNOvkWw3Q6v1IysG4iNc11gTNhTtbJ7jCr9cq1FhNUCYGnYL4E3Qpf99aCOD11Xjl0odibgp8TKuK1R7rBwKKQ5qdUWXvaRLyh1sQef7uyvb/h7QhxDtN8BnGOCan7ZPYQmTj9qiYj3gD/S84q6hwgo9Pvb8WLABCoOzU/t3eM6PV9rIPh5KxIeNqKEA7+ty2x3g5zYWz92HbEIjjxzRHmoywq206Hr8nE0dTujz0dI85G+Ats9/kG1zNj6BcC2NXaP8m6Y+GL4LoF5SwVQse0aeensJGLp9g7jc+p7TLE8qgnA/DajK+d/KLQefJvCOH+KpRNrA/JizyJDej6quLxJlhsigO9VTCcD1Ei34mSb2Iii91XVxR+YojbuyV4TfmqQqju49+a59x2gd5z5sG1w7JOGjrx9DsCc8sKbi2GoevPOko8dwTH9u/y7O/jQFk1PutwTRgydxwVlLnBylD6IMjtg9WX5KtaJyBac++rPEOUCeDMzpkKS5gHHRbRiMhwA8x5GLJ8aD+gtYBozopUGyxLbpQMohmn/XS843D20okVjAxlZZatCl91CWF/uYPRjhGIFEY+L5HrvUeQ2fv3hVcIFVt0u6Vnu6wirn3pOGg39KH2d3Z3S6kVwLHxRwcYUS5DzmR+uOlmnp69w3bO/udm39+y1NU+O/BenGY1j", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp8iARFiDhk1lcksYI4zmW5OcGg3jOo2JEi/mlMWGI+SPEgoDhHcwDZLjlF+Um5jhnJBalp2b+BwIsZvljEQvGIuYxrMUUUVInPCSd8vNSEDyQnCdIvSGYNAoGJXDHovzcxJLMZCI1mZCmyQhMmpKmyRhMmpGjyYI0TSZg0pI0TaaeIDFDQ9J0mUF0kRjo5uT4yhxilQFpuiwgukyD2UA5KDMvHVjoEdJjSVZQQHWZEWsTxDckhx+yNtLsMoRQliRpMiJHkzGJgY6syZwcTRZgTS75pUnEaDIhMfQg5QRIzMiAFD2QsDMyJEUPxENGRqTogfjHyJgUPZDsbmRCih5IZjciKS9Bcq0RaSkV6iHSkgJUkwU5mkhL3pCwMyY6LSBrwp4YQG2DYn4GSOXnnJ9flJKZl1iSWgypFXmBRGBpYl5JZkmlY1FRYiVEoxzIoJKi0uSS0qLUFLBEAoLvkliSiMUdxpAKzxjSFoRJpYKkQG1BkKhFuktm/ofX9l19Tz7JX3q8/6Clsld183H776UP5ggu/W1vBeLqv9u/oShj4tua1/vNbPYGTUsUdgiP3rj/TZz4AW431VKmWfwOcwWX7j0o/sk+MSRIfUHnx/0vt69nft7z3Z71aL9h+Vo2h4sTY/45//q9f9ZMEHi83/Fj8plYbhGHaCe7FzfXiBxorbmwOfIrq0O+UPOBU4qcDgZaK4UvsAge2BL5dectLyGHIM+5DWpO/A4xCkCdPaIHbv+sy9pTIuzwkx9kE5PDOcnAW9I1//anrkoAuuCPvUCV2Wq7cC4HyUcR4tsDeQ44nU+7+vwVl8P+WlmL9CMcDiBXbnjIeODynscisief2gN9pdj3VcDB4sehlFUKAgfC3+jvVu9ndjh12Glt5jwhh3lxmqcF2MUOzLg7ub31lozDL5D1k//aN7KAPPh7v40f0If7BBxMFm0x/3GI16FxqnN3TrrEAVGQ4UskHCZbMfq28LI49Gq85d1nwHygIzn2jlszh8OxO1tbai4IOtTftK2M0BA8AJb/IOvQeeneA25hMYdrR3NNGswlDxjsVufn3irnsEOu9XWghZDDdaFPjuefcR5oswCpeGMfDHR+aWG1PcgW//Ut9h4BfySKryfZv51no3Nl1g/7hT8Mn61TfbS/d3oeMIT/7u/xesViclHUoXzffCn9u1IH1J40zzu7SsDBVxQkc8deHGzAy/18/uunpHIwORw8tdB122duqPr/++tB3pf4vh+USvYyijuAfDVTS+xAENiBDA4iF1xufChhduhojbq8J5n/gHmnY8LTAFGHl2qGHGtk3tiraNT17MxmPDCx7rdVQR/Q/2Dzftsb+CzjclN9ur8NqO3xFH6HC1fDgDHBDAmPyX/266QCYzRcxOGiEigFsDqctQYGvIzEAaClO+RYpRzYhETsj8XwOwBTEdDBMgfA7jaWcAjmBGW4vPTiEmC9W4yaVxDNUUQNgEXMCABEoSou", "1:eJztV2lQk0cYDpBA5E4AEaJYvMFRwpdweM0ugghURUlllE6lEQJEcww5POqgMrS140FtFbUe0NZOrVat0o6dVmW3xQsVb8V6MF4lWlErIKiAdvf7YtEZps2X/ugf/+x+++4+77553ufd7IbPNGbkuQkEArOYNBONOk2OVafJG0ItQtJM0JoteS4vRgkWo15FR4mvbQ7bJv0nm+s/2TJIrlTe5CPZaNKrdYkFalO+RksXdeMr5bXtf7RFvlJRf2dwrNGQ2zWic6l0fTTbMipalAkmo15t0eY4CIrnB2JSqS1azg+lYNs4Z0A841Oy7Qi+IPZH8dwqhkPFOoXiyUWsU3vZUTzZiHOGwjindBHPoZQqd9KptIZ88l/yb5gRHEbhKIaLi3eG2fXRbMfIee3FOANScF0ML5DyRX75gGKcCS/OKSXZ6Yvmk147ewwfDEce47Akumqe4SU9O3UOJ6mrBplYXnTbiYtzBhTvDIifhLgcKZwpC4XDYngZ5LAaXqolBb8Twg5yWA8vFaDCmapV8FMEJz0FP0XYQfwUwZ3JCl6KYLjzVdm9Iui10+wn4O43iUajKVdrUFs0Zu7i40OaKVa1waK1zE8wmdTzOWAYdWQxWXMsVpMml514t2ucpLaou4lDKefOA+6J8mJKQ6foE4VaPbLXTQhafhulXH8vcOf4GpAOA9TVZ23g/fLabSfPd6CaOVUVoVE21FyqsgxYew88Spv+YfyFp2hOeljPWROfgozUTYsH/eoGBZ8sbB8pl+L5076JqR1Vj1YMuedTJfeE23dczJ6T3ogi6HB6kH1cBa7UFZuTVx8CtwL71PwOfOGVAoGxWHgH/dSxpOVynQi/ecRjzIapNrDu6qolH2SJINOwc+Ctkgakt7VvfXjmEZCVz4g45v8YHK0eu0Nb74sNm132iaQNYENDny23U7zhbyfaVDcHumNhpu+wyk2XUf+0BSVRE56Bm4fX7V0zWYZ3o8by0dvd4PH7NcSDFywc41m3WR6Mra7rxbJyCdzeOyt3VLYr7Nuiyyy674+fVy5o2jW5HRSXJS7TDZbCtwgbz1deAqalpbeaKlyhJHb0/ow1LaDHk8/zv/9DgvWZRTv33BBDlo+9flDMOqxDk1esNUirAyAJ5mvP5IeIOJ29fm4DOhEy5ZKsQwL9Niq+/CGuCQhtywmDfphb14RCzHXSpgRXKIu6OsC9uAwxU+WRWwO84YXMxqi9g6+D+PwkrVHeEx/7Ytye5iIxvDEt+MfTiz1gfSEN0IhOfHSm/ppXCVKzwBzE8dKJji9KQUV9nqJTSRf/bEk7D9i0Nj9By3SE6EIhTN7T3Hlunhj2K7UWymqDcJ3yQfy48Y1oZfTcYeEVPpDz14pia0dNOi0Jgb3KzvUo6HcKDGU/GkDFtyThrWJIvZaq2hDZ9MGWQ71x5MhPjy06IoaFMp9rw/wlkMrjs8gwXH12qCZkphvk/IlgU8LJvPP5oZjLXxvwoERt8IWszEp74WxqyAqEM1jBiOFR5sDu4YYA/I7+4LPKdikUKWlmOsHhCLIhCMVt7lTwElgsPPhx9NzHIJgKZXMgvnsjNhS/3Qo8C/rp5o0MhNT9pNNemERJCOoAVKVfZQfBql+CB6lEd8EDKhutCLL03HGBqcOfh3e2NoP9N6mgO8HGA2/sMhXYQAk+SjLijX3Tv1utEXvD/pefLJy1zwsS8ZCCCcDWVb2EmaW+dp1JIa3GtG3+mF03WoCX9s25nzX2Gfh5NlGWLRCHEXUPX+QGd7kRgehdoKoHPUgM+WYLuYWYXz0Dul5SXVeQbmzMX8bj/4k=", "1: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", "1: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", "1: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", "1:eJztl3lQU0ccxyMEEBAI91EFrOgogkISLjvyFlDwwit4tKA1hgeJJryahAG8SsVqVbReDFbxvi888ahT3uKFyrQohTpaT1AOEVSQQxHs7ntRUJlpHjP9p+M/+7K/3c/uvt/v+/u9Te+Z1MQ4Po/H03RHTSSlJGWJSjLOC1uweYxCo43r9q4XoqVUEtwL+2z7D2wGn9jGttsmorhIeqAf4ZRaJVWGyaXqeFKBJ3Wy1rhObCM+2/5HNu93NiZD36sklEqIbe/hsZF4vi/TCiU4yUPUlEqqVcj0hETcICHT+nODREwbwA0SM61fV6BAbpAf0wZxg/xHYpuvDzcqoEtUIEv5cqOCWIqDKtizsY9AiTF6SBQJ8eh78a+Qb9f20mEiTnsJu3JAMfsI4gT5dQXSCSOgKxC3nVgxCX04QYEcIbZSMIwvF4aNklDIhRGxjN5yYDOeYcRcGDauQj8uDBshoT8XRhcgvaXQnutCvdXdnulCbuphnS3iph4dpLcSOkJ6S6FDwoq4lQYdpLcYOkJ6q6FDaRDpLYeOELfSoIO4lTtWraKuVC4xN0WwGhdzU4QO4qYINjPE3BTBpoa4c0XgO7fGEQ9oSTVJyeSkCoHqlOFKUkUmaDXtNzPmFmaEe+aoCdFoKJkCfeKohI8u8GbvF4tK+Y6U4MlRpFYtlZOxaqmyk9t+mFyBBsLQbqRaYYMMH80xRT+GKdSkDG8mEWCCSsSTZUpKNjtJoSE7WTRcEZuIzqfE90mF2aeLmjBvFC9NiNXEGX7qM13p9tH5+yN/WfHYi2oYRaljFQlSLanzkwVqJiRKE7QKbUqIWi1NYUFXxiXqRJk2UU3GMgMz2vvDpFppJ3ETsxc50YfHI/EQ/u+KrTfWxLSFDbEBTzKO95hzqIK2zPX5xXNDL3jtQuhhhasAnHiiybFvaaI3jLFPHzXLGRrb2BGXs2zBIk34+kbjMsIw2dyjf25PeG/O8lWP6r4nQgvjSipm8YEX6Vw6NdMEbo/HK1QRqafBotKI7kBQdfqIYYUVRIsW1F61BBhfmF5DO2UUm8pn2sHXNdUwqMwGnHH9sXrCmToiDV7bPvyUI1ztm+Td2+0Bsc6JP9nS+xWhNH21Lf4ED15o6B/z83keuHwnZ/H88Xxwqr61OHm/AN4UPwscni8AFS37XxRF3iYsxx1ZT/5kCxdcP/F1w9k3hLus9pvQ4BfEFZOhmya5GcDa+YTf9F/5IEu042RAczNxaMXfch5lBv3QMhFqA1DEu2dgunwr4TlkbcH3IxroE8hbK6KtAXMOjR2IKtu96aL7W3rxlt8PFJa4gF5XHxO73BxBObHrfu4qA7iilWx6tN0J3LSpCymMMwfRocGVtw610LHT7oQbJtsB+Zqa+USOATg2fvbGpKw2eprqUtvxFisw+K6H8Q8Zz4klV6Py9nn0gOF9Ew02XnEAO/ucfbP0pA3AbyWbZgiHehVvLL9rC7A3z87mgYdz7bIjpGawGoevwAagSWijepqx57nDc2dWGj93sATuRdS3JmP50GFWZP0qWxc4ceTm1H6h9mDgUodbfzTVEVqPzLer29yglgnYM7p0quPpG6kmoABFpX6BMbT0Pr752d7bRP7ogGUhMyzBhT8Hks47bODh1zGqSwvNQXWpvwuMbqZforBU9bOGOXtS8ge8tgWrtzX7lmd3A9uWHX1YZe+o0w9Ns3GpJ/KC+oyal/aSHoCi27DPCAQ2n489MMMESIWTfDyrbOGxh1UZx9N57Dlaa+msi+5H1fIW2h473sMctMRgB54jlMlzd3uF1dOsTloJNs55RF1R5EzB1BLa0HS5myzbGhwsLJn8lLIHzDZRT+mv7o9bmTlIAC6iNLj3whGssZrrfzCYD5Fath70tgAPci2zRF9as/OLeTBrBwpIxBegKfFBlnVfJ9BPYrRz7ZCX9Gbr3b/lZboC5ExJ2W57gA7Ts7rUCNpiGUxyBnE4MEtcwN7KEYPe9jaBf11SiVOTegIfz/2214eZsnFI6gaPGlak9/d2Bns24Re1AOXZfR+lbXlMD2zMvLsu3x4cDJ4SfYxuJKaPxopupOU47TIEAEUbhdwI8BFeY9FMY+9W3hIAxs2VNwiUzXdy+MYQifyVlcIBzEsbPGbPNWuA33ZKtDlkSmdIQjwq6JRK82GN+bCws3fcTmzCfwDoz6fa", "1: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", "1: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", "1:eJztmGdUVFcQx2mCCCzL0lwpAiKCIrINFttesRGF0NSIJurShCCs2aIiajR27FETRYKgojEqoIIKRt8oii1RY8Wu2KIiEhYTVEzy3ruPAznHc7LXkw/54AfmnjuP/947M78Z9uEZr4pJNjUyMtK0p02EalJSgm5SUrKM8ZjRJjxVo002btkN0KrSY5ndwA++/9wXaaAv7IPvg+9/55O2+NiJYdKyC1VlJLbumGcfMb8vYq001py2sakZE+mR8+8SxieSs5pBKl284ZoQknPErJWRSCTvcYyUtUEkEhlrg0kkQayVk0iCWUsUixzHH0iiCcEakaEafAJexEQiDgIJkUiMF4MJxUfgxWB28BF4MZgEfAReDGYBH0Eowt3A+MREpeU0Bpe2jcbgyra2ndjgwrbREE0eTkM0EnBVxUT9zWmI6oNBEBN1OKchanHMjoSIA05DxEEw1hBxwGmIOMAjS0LEAach4gCPOQkRB5yGrLnxaJQYDEJbkcEktJmnUoNRaCsiG/d4KEjJxj0nIhv3uMWl7zPupe8z7qVk454TkRGB21xKRgQnIiMCN7qMjAhOREYEbnUZGRGc6N1ExNCvuxpbI/xddqBKpU5MzVBqkzT4S64NbaJ1ygxtqjZzgFqtzMRCd+aDtGpdglanTkpkH0xo3Q9SapXvuIdMgv+a4NftlkdJ7CP6h/G+fv4MQky90GXLFK9J01zhUMw3nsvXBsDEQamq+vl66ju7wkNHnE2BPz1oR/9PKhXTC/0HuqZ5o7oZCtm4153h2O6AjM2eIhi7m6rNa3ZHC+RXjqdL3aBg4t6nmpf+MPP83riX5TlU+uM323+7YAQJdWNC+//6mOp1y9t8zlp39HmEfnmsVAi8yOI1Sd93h2tn/4i9X7hEUfgxsldWWoBL3ji/M3wj2B//5bV+mULEytcLod4pLKq5yRcqX/p+uuKoXsE7HLi++7p2EFJ6csrhzhbAfv5IIfK1tSrbWu4IltmdE+pyfMDmi51LbqQ0KsSPiro+mGsNRdXjp0Tm8aHfhpEbd/R0QDHd8heXKJ3AXOCgqGr2hsDu2+3PDzJDfYwj5tmc6wAmP7YTOPxlD+nH/9yT1WCPFl+4fdfqogBMctq75M3ygif7i00fW5sh+lIvfW/yYZqVt+8sayHIXsgHD22wQePpaE5Mt4dxw09a9DvoAVHLvs0QmPLQpR5JwppqW6CzVuaY5Qo7d9EXK+6CakY77//FSAgFTSL6xgFwpmDwPr2bF9prTQfi4oHzFhYI9K3vPVmrp05UHFhmPtkKGgacS778+LZiLpwuGBxkDLuj0nKm5hpD3ottVcODr1GldFWuZ+spNs6bbyj2nkvrFZlPfETtw73RPavV279a5QnR111mKGtEYDWkq86ktw9i69zXA2xzJZtKFwYCswRP80Z2QX0PxTi5AnvffBGkMIGsdUFD9unfXjrgCjEH3Oc/iw4ANu+V7ojPJGqbBxz3KFGniPyBoWb2/hJq1aw3vSefrafYtFfXU5qrAjqUWgUb7w1jWNR44+ocTRW1KOGzm0NMPdH5y6Nqex3k8hvjBwIG10fuaFjW3F7hPo4QOuHhea+sHsBieL2W8mMLYw5oy53DvFwz2JvVUBKVlk2x9XPnY342vqEuRsTzR79yROvCHZcOe9oR1NnLHzQousOI+4UbjnkIEV0tOlI3WHdr9cL5vX3hbs+V+U0iY8TGEWwBHX1i223+2gRmh1Ez3eSNirKtmSf8er+mntUEdYKxlvA8r6//pRwh0g5Z87v5Rjtgz4vrBjQdFQd+dkUMhvdSneChsuCKNLIrVNc3DotbUK1geX7VAWjV+HXW9hDNlHWTXlFxPftt0lQBJDOJqeIBc2uzUj4Culr+axyBzddAH3Abk9jnzjl7VHWzbN6MlZ1wX8V5w+nK0F2p46wQfQs6BdagYxNiB5u7lDcvbDRD6aNmFu2LN8H96+sIDMYVcgd06qFiy53+NuD19nfdXdcucCSkC516ZyRvOpr4Q749XGHKM9QTLqjGW5xdb4oSmDbu6Ag/1Z2qDH3uDBSPIeiVopmeDhE1tnCXrook3gVoqpqOPjBHuE8FXP94wm6a8j3WNqho6L3pDkXOwNBb5u0BuccYkHiIobg8zQJO0VXsVOyG+2iFANHD7NSII3zoyww4XieItWQGcMZEjVatStf8c3a2/reh9bX+HT7x32oyDOk=", "1:eJztmGdUFFcUx5cFKS4rC6xSFAEBBcXCFool7yIWLNjAhhhBWBAFVrdEwYposAfFEhuisWHsRA2xzMOjGBsqJjaOilhRSRBFQVQyM2+N5hzPyT4/5EOO++G+M3fef2bufb973+y4j1UPiTcVCARaS9aEqZNUsfokVXwQ5zFjTf9ErS7e5P1RsE6dHM4dhXzx/Se+gZ/whX7xffH9732B7318BxK+P+quTon7cMSd68PN9+OtLNycteGJKQlsC/s3iYy3chqJnLcKGomCt0oaiZK3/jQSf94G0EgCeBtIIwnkbRCNJKgP5/PrZKyGzCaDH5XIjwxGI0Bmk8FoCMhsMhiNAZlNBqNBILPJYDQKZDYZjIaBzCaD0TiQ2WSgAoIsk8xoID7SGM3DRxrKjsBrqFqCQUPVEwhAMqqmYNBQdQXCnIyqLRg0VH2BYCqj4oBo5FQcELLlVBwYNFQckGKQU3Fg0FBxQOpHTsWBQUPFAWnCcioODBq6hkAat9xoED4SKei2CFLeis/ZIhSfs0Uo6LYIg4huiyAlrqDbIgwiui2CFLmCboswiOiIIGWuoCOCiJR0RJBCV9IRYRDREUFKXUlHhEFERwQpdiUdEQYRHRGk3JWfJmKIPkmltRGQ1/MQtVoTl5gSo1NpyXu7mDWD9TEpukRdarBGE5NKhC25C+k0+lidXqOK409EfzjuEaOL+cRzKMlbqZx8kXh/SsWd4r5IcN5GPyzrbCK2hSfl/s54rTNul9nsevErKW4uLmuf5SaBQ2NnXu8W1BRbNc/52qefHc7bPADs74hh8IQ1k9dtaopDWrDKNZbY3E6KiqKsIbuzSdicMAkeWrh98wAsxC6RcV1uD7SCWaHMdJdaCV6in8Re+gljtcA19o8bFpDRsf/Wxr0scNW2on4B8wuZnS1YwRgz6HjT0zy9qSUuSlbMOgQ16MjKLJu0g6ZgOkXk6T3jNVNTejVd20sAF/NH1hRECmC97ZajhQ5vmac4yKNvvQgGtmw2Pux5Ayp4k/mi9OpNZvrug2wkEqgUH+u0um0diri7Ze0Jt3KGi8KjoBnkP9YeaFpfi1puexTaoeEh6h59/2KrUifI3Db8jOxEFdp4RfFnYM+7yFflVD5ilSvohWssm+dUocE3mk+LkTUgzYIl96qRO3RhwxcPvI3Q8FH7mKdvUPXeQRPWOHjC5GMbnDvevIay82YP7uNiBb01dTYVq7zgpXfUd8drMDPy28ArJystYE7O+R0X9N6QqK6aezriNMOl/ewgW2h9LyPn/GMf4NO5+D5zVnLql58XSyBC57mqIcsXCtmwp5qKYN7cyMtHPFzw7TIReyspZh9+X4cUKfB5OdwCZzuaDWvS3h7LhnZqm3fZFnZERwxp4+aMBdwPnPDF34c97XjYHvqsn9X6eJEd5qbZX7TDax+4bHv0qxWIennphc72uEQ9xqJ4pBT7dz06ZOVGcyieV3KrTOSILy2NeheSZoHrchPyH8vtCFelDtguA5/ZeNLs7/ueiWABKRZhd9cXScOmm+JcZ27FzaHsWJN18lbWmOjM8XYeCxPgojXvZI/TTvl0Xna2gnlYn/esJMwGNk/s1vhqrD3e9FNA7fG4K0yHrNxav3gbOH+O+wkxv4x1RQxHmVeNCXT/6tH1nWlCHJjQg03xfaZh/1R2ieoQ9xS7/a3x/WpXNrSX6PGK/daTfBuDik+QGFt2Wzt0w49vUTJ/43okOrA19ZRPFbNzYek4gboWveUwSxeRPE+tZjxK62aMP9KACIdVaCKXoGgh5tPZwxr4x3rXiPB7wxQvf2k+5ntrCTiEDnrj+NwCtivPdxlwKZ0h3EsgaUraFt+QGsRhc2jPWdQ/YH5wtEoM7fkCLEejLh+5K3WpYlIrWvtZPm0GySffsZGZwJ7lqnmxo18wu15HJZ885gi8PMMMeK4kz1EyG/bBcidgi2pRwYRKxOM89BV57nwHSF8RsjDp4WvkcOiS4JawgFl3wm2v5pEbsKvuvkS/EbEiq7rcU2hmfWc2RFfg850qgBs7uRsKYQQH4AB3IPVTim5lZ86NDG8EfF27uYH2ql118IVniMe98BkqdmIrqqsX8OulLyP94HYNIvnygHFLK6chZQnDZWdpVBOw5QD8xhPa5M7fe6eiBvFhWInh4SLvSnGOl2H9qhmyrmZgx7WJeG+QPdjtdS+jDK1u67jit/lC6Hmt6kXf1T7Qg422Pu8JQziXwp006e7ed7xJneRWoOqSsLESR3uYre3FLllbCH4We250vwfMrsRbkxY0kUK7l6tuZie0h3ArrsGnJGh1GnWy9p+9+cMHmg//rz7hk/0FfnZdnQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3lQU0ccx0NIuAMkhATwviuokJeES51sjBwyHJUgow4KMXmBaA7nJShQa7WKd+tR77EqVVs8Rq3V0tZKFq2tyqDigExV2tFaW4oiKmgVwb59Lwoq0+bR/tMZ/9l9+9v32f293+/722wGzLCk6zksFsvqQTYpFiOuzTfi+jBkQeZkg9Wmd3k+UtosJjUaqd7Y/nNbqp79d7Z0Mi9qH/Ih3kKYNEZVnobIxQ3opW7WSuvGlvjG9j+1jXhuo6rxhSLGWcy6zhGam4Del1AtpkYFrSQsJo3NoHUSkjKDMKqNZAZJqTaKGSSjWnlPoGhmkJxqY5hBkROQTRLBjIrqERVNUxJmVAxNMQgG7RvdRandyE5tMOeSvw3/CEn+BcTUQawne0npLoYRJOsJJKe7yJ5AzHaiJYhFMIKiGEL0SUExEiYMnSUMY8LQScKkTBg6R5iMCUNHG5MzYRzBdjqtndWOOa3UzlrHopkwdKVjzNRDJ0jKTD0OyGkldIWclkKXgpU6rYWukNNi6Ao5rYYuR4OUWZU7IGYnlwNyWhBdzhNpT04uGTNF0HUhY6YIB8RMEbTKZd0rAl2VrWI0YcMJ3KLNw00kSBTGGXETbrZZOy9Z1IWKi0beZKO0Wi1aA/nDYzG/cu/2erFYRuFsXI1ezsBthCYP1xEaYzeXdFWegZxQkbvhhIFPGl55x5N8GG8gcC3ajBqpjBbtrLkGK97NavEGXT7pmBHdCQ1er6/mTn1Krsass+pdXw+WpGvpYRGvBMqPRV82VRYLoTOYNTbcESAe2UzM15htBluhkiA0hTTYl4oFka+15RO4jprI6RyP19g03SRMRl/7pC+7h6Mp9F8TWa8ceJJlKuaDsV51u2aP9YBr/Yoi95cHwF7bpw+v9OcB/aObmpLLLBiXQDz22yuCorbKprOuQlDyp+TWwSFcuFptG7zpGQ9GHB/m550fDMakVq/N6nADST7ssKWZYmhgWRZyuCIQOyjpnUWHfMHQm4u2V80MhrPCHm6qD/AB7K0e5FYN9pTFvLRDNUJYXiEeqi4OAL+17b13KaXVvqNq34XaTC84uVReNfpDMWB/yxUIFc8U6cN2Lj9cEgDNsgVl4KQ/mP7NBB/2fl/gtnCDauUBMfRNO7QeX+YP+n72e+KoZz/aF28nFwr0hzm/Xhx4NUYASOr9Gwksx3cIYFZ/5T1tMgfwI8ecSN/YouDK0JMHzHY/HzwxRAwG9GsxZrYLwaLw5E+94h/at0k/ORpVwAerruaRX8gHtmOBZGTqFfHrH7plB4kddjeAB9+YLC5rtFNxKBYA/TLttGvxHPDkTiOMGdRun2Y63XGkzQ+E1w8mXW9WLDmbUVE62AfWFjQMlSzjAel3n48y73IHwoMJ14uEQpi9OTlw1QoROKXbl5NxyR/0ic4db7DU2DNQQJoFgJpPeqDYtS7WJWUxG+4YM6Jm6y0+QF4PkftDKv6hgXCgsaBozwhPELuu8r1EhSvcXP/R0uKpIZDOmwjMRws3eMGKcyVxX1o9Ydbqk61vbesD+mubpo4rdwNHz8wp37E1CObMSesrmikGai65o1IAzmw+vnFNWm8YFrShxjPPHayRzB05oN9R++nV6EEMm+Yp5NOLAsGqr2d5Pt7ZbM/0HXnk47tsKL8bHZeAhYB5GmxSROgDRTapvh+e8GHAfeUFfa03mFRRujsVCADtdzAspAThClA6H89ng7Xz22Jnn+fCLaHkxstdaD2E/aLoRQWWTevwdLtiirismvXTfcXwO7zyiC1+MLJqdGp1dQBYcfh6wwZCCJpQWs6xoGDPiQrxLRGg3GkIAkj2p8bdsVP5fBQCrsW7FnjrhCCGKowO+7sXv5jSGuMDSOdUvRv9QfvSlqt1CyvtZDL+4Nj4QKj4/toxDg/sJ9V8O7xFUTyPBPL5oNFKCmdlINj9c7nvNultBam2K72ehgBy0YaycDeQ+PbTIGtdqz0UJcpDDI5/9YFbs8gFPEXlMWOBvU6AAsQDqArXdHBAMAdFtMWOVNFM6q01acqS6MuedJ/JhcNRIkuDAeXmDD6g6m59rYI6DZXmXPLEtpisL58lL5/c9H20Gxv2Fwv5W8U=", "1:eJztl3tQE0ccx8MjIYBAEiCAVkYEFbUquYRHrHoLAcQHooZqK7UakwOikKOXZCpVrFooOkWqxSrTcZxRrPVVX/Ut9Vac1lKt0kKrCApjaxVFZVQeikJv76KgMm2O9p/O+M9e7rf7+e3u7/f97W2C5pHTU50FAoFZzDSJZAaht2YQqcORBZknG82WVIenb9EWMlOL3jSvbP+5bUqq49/ZpjN50fZhfsSTVKYuQ5Ouo9IIIxrUg6+kHmwJr2z/U9vrT21sNT5TRAxpMnS9ob4JaLyCbTEtKuhoiszUWYx6OyElPwhj2wh+kJJtI/lBKrYN7w0UxQ8KZ1s1PyhiArIpwvhRkb2iojhKwY9ScxSPYHBr4x6RWhHz0BpNacy34R8hxb+A+C4Q681cSu6h5gWpegOFc4+I3kD8ZuIkiIXxgiJ5QtxJwTIKPgyXJQzjw3BJwpR8GC5HmIoPw0UbC+fD2IJtd1q7qh2zW6ldtY5F8WG4Ssf4qYdLkJKfemyQ3UroDtkthW4Fq7RbC90hu8XQHbJbDd2OBiW/KrdB/E4uG2S3ILqdJ8renFwqforg6kLFTxE2iJ8iOJWrelYEuiqb/VCHhaAIUp9OZDIglR2XQWQSJou565LFXqiE6M2daaLNZlJvZD48pOmFe7fbM2fJ2VmEFg1OJiyULp0wULqMHi7pmnQj06FhZiMoo5QxvDDGlfkRa6QIPZpMK0EEaUWD9RmkfsH7RjPRg9N4o8HKrC8DXQ2Nbi87dWF3lKYzGcypTi/HTNG9ArGwF+LlJeDunBqSpAxGk85C2OLkwTTTrDqTxWjJjqYoXTYHBrIhoax6i5UiDGzH3K73WJ1F10PeVNztT/n88gjUhf5yIqvf4Z8FV5ZLwe5D8z6sHiuG1yoG1jw84Q0LRU3yBIkcXNNt+k111wFmzXE5FyD1hlFpsUaySQxmGd6oS/JwhsO2e1fEFsvgirxZlaXBMmAt8nee4SkGtReWmeOr+sKEqY/9zTPloMxvsFZY4gkeejUc3qMJgCt/uVLvXuQLOjSPbt+Ct+mUfXTjxjFSOLIz6ElLswtIqSz93af/fZodf0oCE30LJt50loClCXRO/yMCkFPxzdvNaj8obz9zp1zjD7A3w4ZtL/IAv16fP7zFzwd6Ju1ZS6yQgMCvbiSM7Kymczf+tOO8rwTORRtUy8DSw2D51fECsKlN8efuQTKYFCifn2iWgfFOC91DQu/ht65G9IU1AshsNq88uRovvlyUn3fJAZw+dmSVqKmRXvGghtlhM12ZOE/ylloImOhMu9RPCItNso/gj034znEzU/bhriBm3I3qXY/E8OzsST+4fOsENmwOPvo4Xwjaygw75laJ4OzM7zr2t3uBUZdDRMs+b8I/Lk8+uS2kD0TLuT9FDhpHHR/i9YkINEJ18MRFEmi+ILsXff4QPumms0oa4QjY5XY4QjYtQiFYm48S0Yw/abHWb1jjBhPvF2otf0hBCZpWJYF7na4XhI7whUKGHvMkAHRULWwYrBDCe3unLvii1Rv2cRyeL692AJO3usUPahbDfh71I1YP8IZIBVF5EtDKuJV+KQZxF5seTKwOhGuWtI/O8vQHPhWxF5tUMlBQky4gHV6Dmw9EtpWFBIBsxrt4VxVtmF0b73REAuuSVq03yQRAuy6o0PpeAx3ZF6YMOOkFQ9Z3rl6yyBWUOJQKZT6tOJsXwh/m4OHvHlvZD6iQwxgpOHun/FTM1zKoQgkcKAPl1/AtdeMcQEjokoKjC9rpxTpGCTvkIHJlNJPqm/hidmMCOMrEeI6T2OJchwvYhbfQQXup9DW3K/C7yG2DK3A/uDX79NB6unTdaq8PIirpGTmoMtrw4yjt8lqa1fvFFvwUk77k6R04UvVnoxvouPEUI9VWGqWtUPtUh47w5LYtU4B3G826qXYG+0eihXjA+hOeG5SbO2m2/hw7cf2dWYxUBNDtQknWWLcGPH5ti2hOsdimdwk8iqZPaMRZ9wckAM0+ZIAIou6oNFcwkE24Gxj6zqdlzaHu8Hwqs4KdQsBu85wQJOZ6MBXxmP6+9mDu4oozOKo6dXAzfnoSE6l6IWSPyGhTGnNwk5nm58+S5w9w7lragw37C3xLf6s=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGtQE1cUDkl4BETRVm1rRZ1xLNqqZEMwtIN3Q4CCLwrBKlWrMSywmmR1k6ixvvpS62jRasex1qGOUrTq6Fir0FHvaqWKWny1apQBGaWIFoq8RBTp3r1UwKZjNm3++eds7rn3u+eec75zcncHzWRSMuQSicQawIvxjIky2k1UxhCkQepxtNWW4fP3SGtjzHo00j3XidBJ/6Gb0KFL4eOt78b/iGdYs8GkyzKwmRSNFrnYK+k/6BKe67ygG9alUp5kNYaxpHeM0FwiWq8UJKFHxaZlGbPBRhvdBKnEgQhBRooDqQQZ4QkoSu/HSz1tyeTbx7MgEYJUi7MTkYh0ykgxhtSeREGNDWnEGIrEGFFRGCVIbCaWsc90CyKYIcSY0WCMSgwmCmMi3MUIq8PxQ+kJyO2sYhP4MUoUiPDEJ8KT46nwQ+0BiAgXBYrwJBBqT3zypChwmgi3CYH7loARxXBcFYQohuOqINxmQ0dVEG7ntRNGXLBxURDi0toOcjtDnSqJcLtvdQKpxFEVJ1YlrjvgolC5zYZORaFymw6d+K0S1x0w8VTiCr0dJI4RmEYqUYwgMCNUrhmB7p3WvmjCRrEUY8yizDyQdcSZKDNlsVkzfDtviEdBvNBarYyR5v9IGctTl9jAJ5ulOuZQerQ4lbKxhiwqnTWYXNx4dVk0P6HjrVEsjRRPrVHwP2JpljIiY8JIZ2KMs+fTVsrFbvF0up0/mAldzmj/f+7mL7iSabCkWzNk/8YaZWQ7Tb3vcPCzHA5BCMaOFhvd9TtAtN/qLlwhvO93d2/4rRDtN9GlGlXe97vH/0pwF+x5hsPtV1RNe6PzvsMh3ki0XLTf4V3yrX6qA6KsoI11DMOm0xaDjbLi9zwU4GS7wWKjbQ4tyxocGBgqhIS1G212lkoXJmZ0jGMNNoOLTqzS4Delrsej0BT60oK0V7bNiQ6c5EduWTbk+PK8anhp/MyQyVFX4Y5Jp4kTyiBycNiS1QWzfwPmwsf7P6g7BVMS0comMPq2c3fL1HtwqTPaMXlHIdzmc9i314uVYGHkrtGTpmwFcVdrG8akFYObuZtPDNzXAA6kNRZcW9UAso83hk3NvgwEXJgvOVB7z3h22n0w4NO7yfmhhWBh7hu6V+8+gFnf37H+0LsMHqxv/XVB1UPIfCgvzFY2w5etV3rVaauA/N3uw/f39+G6rd/5UXJiBfiSWmmcViLlls46bFv/UgksWONX2yehBk4riZctCDoPK+oGXGSmS0h87nJYlTCibVBrC3ROn5cU2kdGrgmrDj4a3gyF7c/9AcntZUe7f30JTolBiHoobDO4DUQdODXvaE49LOLlKyPvwrFpyzWX46TcJ8FJezdQ+TDPcXLom19Uw8fU/VuGrQ8Ami40nwfC8edXwrM1RT/F7CkAK/JQgMtBtt42eGNbLazsn3c7YYQvNzF82M4XzjeCogrAn+AyOBNy8sf8YCmJdl9pvAnKg3iHLyja8+JLnojZQ5fOvQhmlc5d9fktKXdRUipVrPIjkRxgbIC9V4+5I48IIoUwj30EbfEbmvym/w6/m5Ga8tqNnqT09RV9nMXXAc7DFRgQvXlizq5W2MRn6XhjPfzlrQkX1pXIuORr/RYZiBY40FjzXszoWpCKjr1WwZ1dmgAX978NzmyNO1i/WM5h/jRD3tgp/+g6UJv389hRnym4ZWiZ5hCQoET2kHD5e2WVq8OOQORt7GQpKbijcEJn8X39zdzrwAc5kONLIta0UuUgFIWn7RGMe5t90IOWkUNRujbVQE1mLM3UtsHTqcd2bC8OJEes/aZZmSHneHZs+TOvBj6cipi7C3w8cty3gfFOWJa0ZqOll5w8h8xsboGYd02w7AYKbACX1vfQBUnpLYjYFC972M4jCWnNWle9CFQDzMsKuFY5f/ignG6co2qIMmB3M9jSM/fIsY0S7n3kdj8/DttrBnX73pn91aEQUqBRi5ycgMJzIB/wZPQv3iTD/C0KIFuWIOL6cEKr0loy+SsRY7Z2remOD0EdrzoudMRfEAAijA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlQU0cYTzgSCAKK1qNexdt6QRIule7jELVVqcarWsUYHhKJieaoYi1Ta1utN2rFetURDxyv1jpTUes+tfWiilgdRRDxQERBA4Lc0N23oQTLTLN4TP8wM9lkv7e/b/f7fb/vy3vxnK4bE+UgEAgMTmgYqdOwKpOGjZJjCzaPUBuMUcK6WZBRN0uBZyFvbf8r27C3tre2N2bzq7Px3cGubhas00bWz/C14Xi9Nz9KFSI0hupM01F7sQ0i4yEKtXaGTRBs85bSYGQE40ODkfNjAB2E38aLBuPDj750EHoGfAmGimk/fvSng/DbyGkw/k1ITgDB2EwbyQv58KMC0crNGmRzSCQ3LwGiI0L+EiA69iyys1lDZAvyYXPpWYGkVLUnJRjvJmCa0H6kVMVnwVBVEkmRlLLN8ZgmNCCpzVKwwlB1E6IeKVUPJhgZlQ6IdmRUOrBgqHRAOp2MSgcWDJUOSHeUNaGjyprSUWV0PcECousJpKPK6HoCAclt1gLp9ARksxis2rCc7leClJ7cZjmQVkpANuvBGkT302IB0SmCyEhOpwgLiE4RFhCVIqREez5UiqgDUSmiDtS4IsagR29DG3zByOpZnSqanYWA+tghGnYWqzUaohytHZKZCxqCDAadSq00qnXahs4Ukn+cjY2dzSrw4rGsUa+MZiP1Ss0Li5uhLyHRanQhBO3G6tXY8MIaZ/QlVK1nVXgzRXOM0JnwYpVGp4qZqzawjTgNU0ea0Pk0+BFCLfy3UzEf0QylNtIQZd+AM6v7WkvVer/+sF3/K2w8C7E1XhFNvHykPtY3SXLp6w/Y7ZUGLKYO2Nf6Xk0ue/0Bu78OYdvTCtu/wVPBGwi7+SvNszN1nmUNHhn8X2h8OCnYcYhOp49Ua5VG1kD+fcD1ONqk1BrVxtggvV4ZS4CdeC70JpXRpGcj+QvT6uehSqOykQbsIyW30Q2Px/LCQ29sXZ4c41y+zZ5bopqSGWZfBrjJ7wUVqirgT/ro+IIqEXeE+eru2Q2OzLV5eT28lwg456WdVU8mmeHXruEH17FmMPvSkitZ2RUwd3mvAtcTtSA4Nepa7sy/gHLsmJ7bnMXMnh2jmJZKF27+2d4D16RkgMqUJ+dPB6eDhT1Ofbt7goBbpTB2S6jNBBOTfC4OGlUIYjbO3by963OAnKMjmeFv91p1PJ9TDPOG9a/1rN4FR/MLSuCQofpy97xKmNg1uWpx8R2ws29Ih8d3L4EDNyI+C99qx8Rih8fEzBVBlp3z0jzQQ+GYuGZgNUiacEH6u7cDh62dVY8scZTDA0PvzG91QMJd0UWIL7VLB5N/hvlbBxfB9SHLNLmVZoiC6vM84Q4kfGWAC6eD96uzSkH+gGM93V0uQsV6z5WmOctA2LrnoogNhXDLlzjADOg1YpckrHsRBD5Tjw5vdhNsndo7pfnZ+5Z5ISjJuL7QcEbMVMTNPG5cmwRbXQ69YS7OBoTnuxYehdze1Gvj8weUgXDE5mmFG0P2zwUrErQei7hsaD/PpVuvGlfmi8u/fFKSXAJdwrqb7DY+BINwgqa6c4f6axOFx8VM5KDb4SvaCDiSFyGXU9QZhezCIHTc8mR7DiVjdVzlfdiWJ8wMoNtm2fbDjtx1j6Kg1Kh0uKclPmAFkPGvQoiS8OtBewGzeDcm9ikQebQCZzJdGZQ0sCPCjvF22tdhUmQOFI5ETA+QMH7fBU3LuezOZZ/AjjNhO4fxbv0O5YKMckRAsTsn4F8lgJzjAQitKHjMBVRARP6ttYtLwcmArh9+vsgM0uI/rQmZL+QGj8LfUsA7eMNuQkZyPXF2oKQWpHXBHmsh0dcz2Pfqxgcdd1cDrLoL0kyIVf7nLQGnM39zfuzJI/Bm+wVK6TjEG8+DiOs4CTOVBgN5oD2HaUvQlkISzzGCn3IMYu+ra5wYooM08NE5ceCmccWA8C1gePdJjkxJ8s2l1Ww1WCkytx72cTmY3nxiwOFz7gwKfsvT3Y9Aaqni3s72dgzRhZjDavZ9twouGj0cSakI9kbV5fWDAxdfsAAteQK/v+oc3UXjyMVgYhQtuH6enYs141FdOfyxyntuOfxx735UCWWwak/hlZHTy2AsKl+nfffBnEDM0DOQfglvmAdIXabCSfwBbxH9thVxvqga0+LvA8LbOcjX63U77iiWf66Q4XWVVQawOvzKhBxmz+v9WsDzEefG4PTfPnEGnEzCQiuFfDn1bckQXecDoq9TkM9fnIRx5x1Vgk3j8MlzoARFN6/ClUlH5dypdS3s0xZHfMpSTxIGiWDAiF01sMXZo0dWiMqJP4+WDHIe/MHDQogOg6RqBnyXD9LOQHeWulmGhj2y/u/e+j9WG7FJ/waZ4U7h", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlUU0cUDoQQERVQ3LfSKq27JGFx6zwEEcUV1FarYggPyBESzaJi3XBFtNhqtSrWpdZWLQdttVrXeXVDRRFRXEBUkKBoEQkgCoqdeRNqsJzTDC6nP8w5mZe5M9/M3Hu/++W95xKiDgyzEQgE2nqoGaqOZBX6SDZMhi3YPESp1YVZVfe8deqoINzzeW/7X9n839ve296ZzbPaxquDdXWvv1oV+rKHxwbh+W58KwmyRa2vWh+C5MUyiJSHBClV4RZBsM1NQoOREow7DUbGt73oIPw2PWkw7nzrQQehj4AHwVBF2pNvvegg/DYyGoxXHZLTi2AsDhvJC7l4UoFo6WYOstglkpvXANEFQvYaILromWhnMYfIFuRicemZgSRUtSchGLc6YOogPxKq4jNhqCqJpEhCKXM8pg4CJLGYCmYYKjUh7JFQaTDBSKl4QLgjpeKBCUPFA6J0UioemDBUPCDqKK2DokrroqhSOk0wgeg0gSiqlE4TCEhmMReI0hOQxWQwk2EZ3b8EKT2ZxXQgUkpAFvPBHET312IC0TGC0EhGxwgTiI4RJhAVIySEe+5UjKgGUTGiGlQ7IwLRo7e2OR7QsRpWrYhgoxBQEz0gko1iVTptmMh8QdKzR423VqtWKOU6pVpVc7Gg+v8sNip6ChuEJ49idRp5BBuqkUe+MrkB+uEToUQDPmg3VqPEhlfm2KEfvkoNq8Cb8T2fSLVi8nSllq1lNT9lqB4dLBI/Oyit/r2amHclXK4K1YYJawTL7IbWVK5ub9/fhv/lryNGqPV4ssJSt21p3OYddje/SZJJ3r7fjd6G32Jqvz3Mb9lk0rfvt8Mb5beQlt9eNZ4K3oG/jm/UXzvqBEtrPDJ4vSJ8OBt4YR+1WhOqVMl1rJa8fcBlOVIvV+mUumhvjUYeTYDt+Fho9AqdXsOG8gOTXvZ95Tp5LQLsLiG30TWPx/KMQ19s3a2J+KZwlgEcFjV2Bn71mQPPlpRmXS0CvVemzPWHGWDjxE4pjgMbM7du26/aMd8ISp9fnlHgmgMi9tzX/t7UhhnbfP9Fwc10mJ/UMW9BOyFX4OpWL7GNLbfliRsyXYaKh+P6f3rvDDAY26ergytAaeSY2Un7bJlGw3d9y8YWQP6iKAQNrLssaXa9CniF+yrVjwwgOcBzqfek87BwY9+ul9cLuGaVKQ/PHK8AWXHP2fK8DHC37c/3/LsXQ4++RwLXuFTBvaenHd3UqgLmfo4PlAtmzNzW1adNKdRi90ADLmDsYq8rJ4tgYptxoX2CBczS9JvIo8fgSdCdbQknjGDv2LIDmXGlYPtnZyUn3ISM0ftCWEa4gLmeWo5mHIKyefuZ+bnJIFic2nJk5l1wtOe6zi1WX4Oje3be0STNCM+fw59ymLrzQsaYv4rAuQkBp8X9isHTzeE4UmBmcicU0mJYniffckWWAx+g6FWmpMKTK9ymd3NZAeZW9p6SGivi/HNmOicNLINBoq0re8dYcSvHV/lUFGaBiXi5hAK4PCtCoI7JBSd+7a7aalWfs2uNMhQg4mJR1mK0xWBBjyE/1T8l5lrygUiD8fqprRvezgbFpYNRBJwZPgyFAobEbxf8c/uPw5hVzkzT5YPv28gywNTEZWiHWxBHNV5vw5DzG2DSvpC51/uVmM4hZkQyJxT6R7CJ/PilLgYxp3nqULB/lz2XkI8XTgcpjskH//iqHjlXiTUHZ7dFqS2Gp9ceWvO1wxXIx+eINTMHmwvsmSN3nNueMRgA8b8QiB818x/xzJ45mIkTXgZTY3HCUgCO2sNBNgyJ7xPI02VRBfh489LdOQVPQNK14GnD250C69fhzx0wZ/mByXbRNlxcfB5iYAnA2fK9lg/5/DUVczibrWdZM70GDEQuZMPt7uf7DLtogGuzVy1ZlGnNnB2FI/QIHGvuilLyFAbyG4m4Zy20VxsbjdC9yAshi0GsYsINP2EpRFmzGrpQwKULblrbxZWBe9cTK8ZHFUHSd+L4MAmvwrWqxgu4sxVwCibURQfOpT2ujCpoSPsw6+kcMTN5/fQNP3xUBWbYd/hkzvK7wAMfy0nIxC4ad+nwndugXH97g9O2SrDpPCbcC8Cvu0DM8PWaLGIW42nO2aAHYslhUR68gGmcUAI8W3FffOBthIglfh31JfDFb18ad4+w5gifKuG+hbPS9owtATwd08vIeJqIk/ITHoBnO4rTh4ZsBmgSKhhbriQ+SNfhOwhJvh5D25jVPssiy8ENTNOFIq5Li9WX7SLE3M75Iwd9P+8UbIqyDDrYcUK7uPYKlT2Hq9N94n3QL2H0pl+6OXGElzYc8e8FIPUt5FBVogPcgn1QdBsOLwPnkDrNbuvIEX8uQpKffKDiC1XEBaLdXI/lA17lvVXh6M5SHaWtqZEvX/e+fLFai03yN4I4ZpM=", "1: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", "1: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", "1:eJztl2dUVEcUx5eVIiBlqS4oUWPEEqMsu4B1hmIixoaLoiaWZfcBq7BPt6jYe1eIxl5iiTXGYyeWOKMRYy+JYjsWRDAYUYqKWEJm3lsjGD/s8CEnH9xzGN7Mm//M3Ht/9773GibyvZLsJRKJqTZpuvGpnNaSyiUp6Qgd7qo3mZPs3vQizXyamvaiP4z9r8Y6fxj7MPafjVWvDtI3vSjeoHvbo/di6fwQoVWoHUkbw1sSSXmxTdJGkKj1hmQbJIpYOhbSugaacBZNqNCGsVijFNpwNolwsgiWk6mENoJlG5W4DZOjw0SNgl2jYApOuLhPaA00ShZNhKhR1UATxqJpw+g3EWfxXwiTKKQmO4UzEieCU4O4iqdT2GySmHSChok5q4aJHzHtFEz8iDmkYOLH6rca8KOwuVhV4UfBFlWryOaqUAW6UJtRqCpiw1us2qFseIs0hNpMQ1WRzThUFdnMg1ixRJHNQFQVsRFhFbERITIeykaEKFKyEWEVsREhPl6UbERYRWxEWEVsRIilVclGhFXERoT4XFKyEWEV1aTyK9mIEEUqJiIUYjVSMRHxRvR+InqRL1yTP71h5owcr03h0ojQmN4plUvjDGbT23de4f3WgfZcSRNpMvFavcas5w3VF1O7/LNYfPowTk0nx3NmoyaF0xk1qe9MrkMuolP05EY02Y0z6unAO3OcyUWM3shp6WZqT6rgLXSyNpXXDh2pN3HvWfRzvc5CzpdK39T1jv9e1EmwKFlj0JmSalXzWZX3E2tJVrzjLg+J+AUQzfNGnd6gMXNWN7mRJs6iMZj15vRIo1GTLgqDBI8YLVqzxcjphBuD3/ZjNGbNe8KmUohP7uqn4wTSyB8dDRV+Eqh91D+q4x8vUNfwWZGDORf4U9C0P+MipFDtsH5BW7vaOPazyoavnznDveHPj+q2PgENfuMHOZ27hhZdck5plPoAJXy1Ez0M8oF7N6b/2uyADPt37vmqbpkvLJ52Mv7IZle8OHpO6v2XF1GXMVNadd14ADgNWtrVd24O2Dd17IXd/YqRcmIWnHw3C83ekVu4yOgLJy2iAj/cILJEe2aVH0zZ/cC011eG464HjtUoCsGC0xM6o3HjgM+FmKvFT54Ch+yMkJEti9DcGykSfpId9FgZum5PeCUo9iMHWeqO1yaTBVQSuEq24ecj/i/AzGn9fz+U54T3nBhx+LuAQpCTnUaOUABazPC7dq78FRL3KwXEuFGj8/1hE8ERctyljrTFjMWBMHD1wGanM31gfN6GFcfuBOB+0yNyslt6wdhVE5scPe6Hlxq8puBTeSBxbY7yccRNtP3qoBE9gjwwWVydt8EOauJ7Ba+Zdcl6bid4xas08nyBGy53JI5ZJINLMj1Gh/0gg1J6oO7uePky8pPLoKvgYAleue7j/a9mXEI0Ot2m5gLkTg0uQb71T+aD7x+j5m2ph24jT7JKxwQpJE5+uv96Cdo6OS52FfaEor4YTLKnB8gGc15z5fc0L1F6382qswelVntvosZk1pMbuUiwr8gH7qh1f27TIjcsuDdCDoX4P3THixvOtwwPfIKCQ2pvq9f/GCrY/sm9KavzQH9du9s95p1HFWtIAMrsYby58ZJKTzuoOzPgyxNOF1HmmuchBdtfgivrh3VwSXCEx6J+1N8qkYn2LnsF8i80ulExvgSc+oXekGFhOX8pjCa94bPtYUUI3ckeUyoHx+cA18ZNx8/dXwoWUre4ueFhhFJ53HJwyMHLBxw/gzYnnFIc22mHOfndvv5Zz4HAyxEfuK7TvrLX3wbgutTwXkFQbt/HvaUxABa5HW69bIgfbkMBwfXhp5eWF9RPDoCE9tXtt9XDJhq4jAAo+CmwLhTSQh6IH40FqoFtPeDiXXWGbzvtDaMGU0uCME0L0xVveGCoc8WaYBnMdV24ZfJFOU707NtmT2cPKKTFbDn+wljhUZh1A3gTLJIuXwFDWzxbctPbHz+wV8rC2p9F2gnXOqT3LUU8xaxhXSzG+Tmgo5tVjxF1c+ZfrjjsbLvuF79xgFmJVHAX9Zy3xOBVyxmPJNS3GiAVeZ1eAl62HXZuppc3LmxCA+gIxTzLB8FHp29KOGUPnYUAOmPB7118Ia0Glju14HGaNhJvTGDekbtFBjuRbOxyzQtu8SaJ2VqGe7duTi5d4DjijgOx3pAYc39IC0cspEW2J8zp87DVweAXiMDQYUXvfHB5FD3BA3Dm0UkS8Upkd0vqPPujIpRx9GnTrzPKQbey+Wpz43KkUZCVSR7E6HlSYu4hwYxNZchFAOk2qtw1pnRHz3IkVP5IQzJ5HvFppuo1svpzSfyYes+Y4m8L1EUH", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3tUFFUY3wVRnqKgoPhAPUmZjwOzPH2cmW0BJQOFRQPxNe4OMLi7g7OzKZnkI9Hj65RldihRgwrLNB+loHGvnTw+wrJCsfQkEogGKgomamF37qwCup24/NFfzh935n73/r577/f73W+/HTpPSErvplKprK6oiRdMnMFm4tKfkS2y+SXeKqWrH/a0kmDWyz3dU9v/ZHN6wjalzZaEuNJ7oo9YQTSzJl0mK2Zw/AP0OPA1xYFt0lPbv9iCOtyARxF/QbAY23ryWJw8PwS3oXr5EmlFwcxKvKGToDAyEIVbTVdA4WQgDW4jyEChuI0kA4XhNooMFB4n20IoMlSEgiKMX6SCIuQ3ihiF5wcrr5CuwQjkpCyjvAi0oYSdOI7tYaSb1HRtk6EPV+uOXnrekoF+2f4TZNdVFBEoousgKrgroBAMihZs8zoDiiTcnpKd8EIUCUahl9KQYBRuqVASjEIs1WlilSSDMeEkGEULVAQJxk5QJAlG4Yci4kfJLhoy9ShJQhNCBFKUoOm0EtpJTtNpKbQHdVoL7UFkt9wePcdqkMsqq788IHEiJxgyOTMCijkxJs7MWSRrW8GAiwMXueeBGq3VKhh4lJsEy2M1mvsjZ8k52ZxenpzMSSKbyRlF1uSgoNNl8mhAh1bjRN4XGR6b44Y+onmRM8iL4Z7OJBjmL+StnANvsbzRhjZmkusbvteT3nrgo2SwFqM13fnJYEV0CHT4Y4HyVimFk04QRCNvYSXOHiAv1CTaWIvESzlaUWRzFOBgHAvRZpBsImfEA3Pb+tGsxDogTBOuJIuO2+PkIfm/imzNOFOXNfLPWpAXefaoWRoCL1Qus8a+00LfNJTPmnz8IpicikZiVLDb9J6j9265SKfj5yy9YIJ7ZWF2I7AUqg+7+BTRsKFg/KiKUjpvxs+Hf+8zGMYOtznlr3ZmGhIPDl5ZXwtadfeu1S8NhO9P2/rZ5+eO0ecam19MzSsGvre0P6SfcYc7157PVAmX6Ony8Jx7NEwbor1puA3O383NOixVgoR5vVKi9jfQFSO5/tXn+sOVr53el3r7AW2cdSHWedEhmlcJy7rFDIBT12+2+Kw4DVJOUt/uGePKFG4cq46P7guX0GGzS+PKQVZ80wZ9c08Gb39Cb/jp3OSkZ7fVgtfRKm/3a6a9qka/uW2Rl93/EbqW3X429IaKKVnfvdFvkgt8OW0PaCioACdq6aKLZQ300da9i29l94PyKRMP1tDLq4+9d+jd+3RT4E/CnB594JalQd/kfXKMvoKivHmWB7Nv8a0vptb3gBEB8gnrgLfHlx/nTPRj8k4kHyku+hsMwo6/B7nrSua7Rfky0WtNdfd3qGEqJsgF4vmrejMpxWGnxiU8ACjKrgMKmkBVWc8PNB8GMCvgye0xX90Bir8rCj9JfRmfj74+4h+khp5OI1f5/XLdzlczcFsTaLgeMAymybQNaqUnjKrIvzyoBfyxaa/ngp1/gWWbdGgHV2mWmhb8/A4NGK0bWF8dHvDo7YwdlNK7Jl56tc+YQIh10ejBuA0omD3iu2YQpHcp3PjrEBi1//grZVurwEyZ1vI6sHEmUoS5F7zrffXAbudrNA7reCdGiwNYBbJ+W7BmQ81l0G9ThVvmsBYa87nLH0YjGcESF2b9c9e8yoJLFL4iA+BqgyyE26CVu1PDDvVg5M3BtP6QwwQfB9TlXcNrVvgy1Sn+B35kfOy83AD4XCP6MkMDm03Tl7hB2V1LSHdYGidHypvBslmnhtZKH6RUd3iqHD2efozrzoEzjOPugLdy74/NTnCFWN+MN6OOf8Nryu7rALE8P39hE8BZRmvJQJlQMFs73tGOGVGpHxzYqH8AdOoIUA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmGlQFEcUxzl2OXc5BUQQilQULxR2l8sE+yGIiCcuGkyIuiyDrMKO7qFgGYmaYDQqEgsVJBq8JZZH4oFBnUiiJlJeCCoiikgUDwilnApFpmfWcISq7FjhS8r90DP9un/d/V7/X8/MesSS0+N5BgYGajO6mEwmEnJtIhHvhS3YPEmh1sQbvqkFa8gkKa6FvLP957Ypvdim6mkLf2f7n9tGvrExGWn0pjaWVMZ11nDbBNzfhylFUpzUwSoySaZRyPWExNwgEVNKuEFipvTlBkmY0o8b5Pv2kL/UhC6lCuU8+kD8N8RvArb5BHBh/FkmkGFCSW2s3ozIm8s8AUwZyA1hlubDhQlkGZG+DNPbm+NEXSExJ8iHvUg4QaK3mUkH6a0fdgqOG8tAvm8zkx9HiD0amNVx0gMbBpHeemAPBobRO97sucAwem9sp75Fvm/B+HHPCRGnWOsYvY+SLikh0jvJu0BibppjpSDmlrGsFsTczgZWDGJuyceqQcwtzXWQ3nLoCumthy4ZK+aWsTqImyJ0EDdFsGeDhJsidBA3Reggbopgn34Sbopg81bCTRE6qHdFTKc/kdROuEFDqAhSnkAk0aAqZVwikUQoNep4464DxvNxzZIugtVqUq6gX0FIZffBpBZ/DxaVspCQ4s5RhEYlSyDiVLLEHp0F9E1IgoJuCKFnI1QK3L1HH3P6JlShIuR4MqkNJkgt7ixPJOULlijURC+DhinitPT6EvFrp8Lsn4OaMh7NkynjerjY7bGsywufvvdb0Bd+m3P2W9xVnGJR3/st7Au/LTj7rXvA654i4h75YW3Afr+EkKQqTqGUaQg1+2GDVx+plSk1Ck1KsEolS2FBNyYkKq1co1URcUzD3M56qEwj6yVPJeyrurj78gjchP/CwFa+xNbvwzOucFqzqT/vpg3UCs96Zw2zgac83OAGzyPz3b5cYAON5bdWqNMc4Gqz9OGebU5A5M2Nmr7PCr79fHBhmqcQTnyx7NqPWQPgSfjIDo92AXx6N8w4eaIznIxNLQtqtYcxKdH7fS9bQD6srLoYbQc54p3H/JMd2GuLOVBW+M4JCvLXm9Q7CqGhvST5yV5TuF3fEDErzQZuTI61iQ6sQzVlB1/FJJWideUJBuSKuyjsxEu65wu01yJskNaoHf0ZMG68qpVCtFPTN+cagud3a448ePIQBbQUxuVV8sCZN9PK64daZNcPXbh7/Bh6YLnpwMrIDnTwazygMQzvn1liXmMEe0aEuD6rqkFOZVeapXJjmAr2sl9uGMCwA/bXQqONYMflvKulM2tQ6uvRC6981USNUu4yPM03YuOXx4fDg6pXbZ9sg73dWrC5nio1T3gvMbkJzfCmR9hoB8ObtlRsWl2PlslEM7zzeODl4d6QeNOKjfezCuTpY3bQ9Y4trCm+V2lpbwKMG5kukNvi8+jQID7ckmBPzQCv0u9je6AXUXxvrhBGEM5V0U48sFv186Xc8yawcI7pFecMd4gQGA1fPdMO8O40aS1gcWWO7Z6BHnCqbXVD+RZbkOBtKHSE3/9Au+8vd4Sd4+jARlmz+36BB4tchJVe11yAwecKgI6uxwbtQPBiFjAMsdcBFHsdTbXiZVa/RmkBN88nSa5RzPyOWdSlqHP7d095iZ6PKvC0tuxAeLUnr9dRZXMWT3VzLEb9B0v5u+yMwW1fDa0kOg6Fafs+ijCEoBEl2Y8G3kejKt43WZEphKPTFmQvyTGDrILNG62X7kVlQVhgRsA/n+6zxOso+qYoNZz67CGC3ffPWrkaQ/nadqI5zgIOjX+wtN+hdrRBiz0qRUNj0gsbh7xCzSZztk7K5EPQthk7vvcygews/GtFY6/Glz6e30HFM792tHWSw7qIp79S8lQ8Yxs1/96itRuq21C2mcv22UMfIzrakXdcWimS2QALKMrFgWxDks9P0loQAh09OvKt1LFZjafurBWw8R4jAN7jdUNqhc1UxnIsKBMosrn4U/76fpB/2JhuaaD2nDnnNFhagY47vC6qm2ALlWdxwlSh9OoX7sVkC6p3DJ/WdtsRPI6oEjJqn6Lje1MuDh3diPZfmOi/xtAONAxoAO30dt8yFLD6pfP98gdTrmfE1KGS4bRw+tsz4coR82H2xN9Mgz5xB2a4ZQLAUYpJNwY2HgOAOVKDlfPoBzuZpO5+9nT+Q9P5hdSLTfQXRKIPhw==", "1: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", "1:eJztWGdUVEcUXsrCLk2QRYiAgcRgIRLYpVlnEFRQsbAQSzBmXd7CKuzTLVHU2BLAGGvQWIIl6omixqiYQlRmxBKxoGI3BkWaoiISgawU88oaSjjHfRz9k+P+mPfmvvvN3Hvn+2beW88pZJTCnMfjaQRUE0kmEnJdIqHoQ1to80ilRqswedEL0ZJJUroX+sb2ym2j2rGNNtIW/sb2P7f5vLAxijR90RtMquKae/SzCNrfj2nFUlrUIWoySaZVyo0ESbiBxEzrzw0kYdoAbiB/pg3kBgroOChIakG1UqUqntoQXwYJjKBtfsFcMEEspi+DCSN1U4zGiH25zBPMtH25QZjQ/Lhg+rIYsbEYxtuX40QtQRJOID/24s8JJO7ITAaQ0fxhp+C4sAwooCMzBXIEsVsDEx0nPrBlEBvNB3ZjYDBG15vdFxiM0QvbzG9xQAcwgdw1IeZUawPG6K2khSTERou8BUjCjXMsFSTcFMtyQcJtb2DJIOEmPpYNEm4yN4CMpkNLkNF8aKFYCTfFGkDcGGEAcWMEuzf4c2OEAcSNEQYQN0awp58/N0awuvXnxggDqH1GRFGfSBpn+oGWUBOkPIFIooDq5CGJRBKh0moUZi0HVPDpnjXVhGg0pFxJvYKQqtaDSa3+HSw6eTohpZ2jCa1alkDEqWWJbZxtqJvQBCX1IJSajVArafc2PkLqJkypJuT0ZFJ7GkHqaGd5IimfNlOpIdoZdKgyTkfFl0i/dioF/x3UkskoXqaKa5Niq2PZoAu/15+3zcvypnuhxiYs5JywpCUrJeLXn7DtK03YinPChiPdcG5I2iiiE4/9YgklSXWcUiXTEhr2U4YOe6xOptIqtckharUsmQV2Y2qh1sm1OjURxzz4pLkfJtPK2lGmP/tyLmkdHkE/ov+0oK2FM5YsL1E74fgr5VO9a51gZxE4eSuAj9epOn+OrZxx1pzqfWN2d4XTNszM2PouDydkVWh+irHHGwSumz6+7widw8c0uGjMcM5RZy9piiOe5l279k+pO9SZ0h7VyNX2Tp+VW4Q46tduKQ9WdYFnJ404ZTlQj2J8e2c6XrDBv0XYmHoPc4VNl2fd9/KrRHH9b49etrYRfVvmvuNeuAgq6kpk312tQaK9w4pmiyrAgY2Pd5wcUQom3RpqNsv6Mppl3b3nvKWl4O54518u8ipBytwLWRNqGpDPyi1/+5UVovTMRWMj3C1g0ommA3OqTwHeqnn1/abfA2Vg++0cu+dgWc9Htjm+RaBHbuqOcafvIvPypZSlAVhd2zZ9oJUJ3o8ebhrwfgk7nkIAMd29/BTNDtw9aNxHPJiaF310Z3cL+GVB4R3r9Bsg/62xN13nFoHN53adv3LVArp4SfnbouyxY3XIecWVcsTGXw7mysQxvrsc8Deey3UzXEuRYrGcSokHT3jsUyc42OJYj5An8rN8XEV5Bwm7QUiHm5GFVqelTLx0+AGKiti4wMvUGdJVDLv+BFFFyJ4mbEJ8f4fAAUdsYZiSrErJq0MzBlKZ+Lrg0T+uJhYXO8LrVU+HT0i1wvG0A98VTz2sTXcJc4PM9QsTzNbdDjNlGGQPa3vGrsjVWeJuXaZG/pUvwqaH+Z1F8z3gO421ujsZpYjH/hb0CXV7cDewK2KvvdHj4CHD1Pp6cPXDhx8c6oHAricFkVPsMWJ4wteDee7BVAh1gClLvAlmumQJsMvxXd/bZQ3a+/OU+TeOmOIVUm33tc9rkEcBOdky3wT6Cfa4TYwrAvfDfZ57Nhais5V5xwb/YAvFDKHuATaMMhBzdOf2UfAZYPmpB7ep1clcVIccZccueRPVINJp6fAK8ybETnccHCkWueeV2sKLq2KbQp/pEVP/kSbwM5pO2QKYPH5nwLn+JahThmTrwSBLyEw3xgROrMm+uaSxFAgpOfQ68xw0ERRhPW0hI5fsKsCuRx2gVJGelmIK6VWJDumEU6lVLBYVg9Pi4/t9VHZw8rqRVEQ2mCJn/uKCQlBOL8NeAaTUkdZlvQiX12dSFcwF9gzxDoGbe57FJvEd8HsWC9eEflWBJPQw2x4BZr1qnDCFupFfp0dU8VbOq88Fi5/+cW2hxh6zddIjM+GSt+WV5rDvwVOf5my2Y/XcS4B/79Xv6zPIA7L5XAaJQv2W+KwGNImqyqPdbpDRa9r3gNk9Q1Tx1FFOJmla7z3N/8k0fxO1YxP/AykUF2M=", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlQU0cYDzeIByIqglWpVx2rQhIurw1nvakGqFfFEB7wJORBjirWqugo1vvW8QJLtVXUqq3OOLbuVrFYHdHigagolwcgioCIYqC7b2MFZWoe0/5n/ti8/XZ/+12/73vZuEVyk6ItRSKR1hYP4zkVo9SrmOghRELE41itLtrs9cxPx8XLySzgg+w/l02INv832SScF3lb/BDMaeIVqoBYhSaGYcmmFs4KaUE26oPsg4yXub+W8dX9D8P8OXXUmxlZG032e/CjWE4ahJ+Gi1foWKWJIIkwkJgfpcJAEn70FAaS8qOXUBCReUjk1vhLzqpjcKN8H8azNYo8qSKpEEVeFOMjBONNMeJWYFqhR+zOYwI5faQJGB9+9BWixoea5i4E40sxHqZiqAaBcaMq6JfJHlEVrQEZ6eMlCGTkj7cgkLdA82hn4MlgcsRpY+AxgogqoRhB1UoZJBZUeEaMp3DWiU3OUBOMsARRpopNrtamIGGko2mVmFx8TUHCqo+SQSKs+igbJCazoSnIZDo0BZnMB9rqKUhYyRpBwhhhBAljBO0okta0IakwRhhBwhhBe5dUGCOMIGGMoA1PKowRRpAwRtC2IhXGCNojpC0zglwgtF3Jgo7RMJwylonHQE1SkIqJZ9Q6bfMDo63IzB4Pflotp2TxDxdO/dZtpM0/h4UmJTBysjmU0WkUsUyURqFq4eoSEMvihQCsjdGwRPDWHjv8EMhqGCVRJncgCE5PNitVnDJuNqtlWjg0mI3SY/tU5Acua/PuoTa8RzEKdZQ22uLdmLk3DZ1E/P/73el9fpNZgKkO2wt2WNyMld5vEaSDiF4VAjhOE8WqFTpGS+8Q7fAwUa9Q61hdkp9Go0iiwB58LDR6pU6vYaL4hZlv5oEKnaIFokq96Su6uXkMWSL/PBDp3KwBQ9dfeAADWa5yyej2KPh4teGqjzPa9/0EWSfFA+i3qChr6zALlDT5R8+L9c4ozWVIfh/rCohBC0aBjki5IG9EknMn1H2eQhzm/giOnbLU5/rZOnj+jP9BdpcT2jqu88oxZZUwL/u5vHiPPUrNOHgj4qt2yP1k/w72xyrhtQezBtZuEaHsbhNvur5qj1Iv7r90LfwGDMHaz1x5CutOR+2fGfoS2r1Ii/m5rAqcuTKQ6VZUC0J1fbY0ri2CVTnjIx0m1wIR/6kE9dPjzzYcLQeHsJaQHjmwK6+4BozkHXgCi71c0LRe5WDVJxXtTrnnQdddMwZccKgCgwK6lxd5PYInXqXU3Mo9AhMibLBJ9+GMsedsRmwvh2nfHi4s3XQU+gZ9pnmxpjMKndQfi6qhhP84oNu5ydrgjeaoumcOF2FjjtLNfrVy3GiDXEm4zOxkm91W6xNdX8KgG5U1Y6a8hKdSSSCtZLuvS5/4BNXAeVWHP4/bVg9pXKpA3LbZO77rXQ17j/l68ZBx1TC0eM/2zF7WyHbE9rDUjGK4GJ3fHXT8FuTNdnkIxpZZSjt6lYAaw9U5pf1eQaw1eVNALTy39eTmtR1KoDbXscrvUkc0LCF7Wc4uV4QP3dsmuBgG99Wbb7MVoV7Kx1P9G7qjQvsN+xZNrKD7sZ94952CFY6I+lkHrLCW4b9ZyKb5j3yYd+A+JNH0e/oKNBC1HmUgNz1hRJvcanj5WvijISctZC44rfMUlYBEMSz1KTDU6gt2dKwA4vuH+pYsrgcH2TuJy1fXgedEvKccEm/3LhfJCB3/DM2HODg44LmwOIs4UgfWyHHiF4gQMXfkw2fAuZ/cKn19FbxbQAwvBPM/8okJZCtAOE+0Eqjf4GwZvtpMtvlo28QDKxphf5pImPLDF+fFmaVUX5sGyvOTOYBfDuuC4DfkoHyIyZm/ISUffIpZN7mrI9pYax2xddxF+OzEzeUGJgsMn/DXuukNzqjLrPHVq+WXoRP44/axTAe0f9HE0TsXGuC9yx/fejHfACP5RNuj8PaDju588hLe2ZCyZOqVesj76eSEfvfFmbawQBmXSODsUCKOYnqCnTEfljJaD3VwXYe5Xhkj26OdC/udXtrfVvbTRmaZ8ktLRKIw1MyG1tdxB9nKE3G4ZB5AUs5zSmvhsLshq7Y8tpM9L1Hsvv6LOZo9yK1njaoMZh4ZrE5PtpbxPE0uhLSOLdE9BTH4MaD2mKEknF3bAwZIeVwISkcNbnQzNELXdgWD1qYVwYEpXfKyZ1uj2HUV84DnUxjSg0QkB9D4PgN8t/VTx+A3IRf/9jvQrFnn4m8vLcjEfwMHXkQx", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp4iARFiDhk1lcksYI4zmW5OcGg3jOg1zMD6sYEz6xIKC/g3mADLf8otzEHOeMxKL01EyQIiz6PNH0cYECL7G42K80Nym1KLMZpAvTBR7DRgw1fcDDwik/LwXBA8l5gtQbgkmjYFAScyzKz00syUwmUpMxaZqMwKQpaZqMwaQZaZpMyLHJhBybTMGkRTAbkAzOzEsHZk9CWsw8QWKGRqToMQeTlqRpAVtjQIYeQ7Ael/zSJCL0WCDrIdIeQ4geY1L0GEH0mJCixxiix5QUPSYQPWak6IGGgTkZekhKOpYQPSSlA4geI6LTASTVQDQRHanImohO2JB0A9GEPSmAiu9ifgZI6eacn1+UkpmXWJJaDCn2eIFEYGliXklmSaVjUVFiJUSjHMigkqLS5JLSotQUsEQCgu+SWJKIxR1GkHLGGFLdwqRSQVKg4hQkyjN5ZVOgJ59DTkXVUh3nj/tbeP3XT3nKeeDPyo+XfB8xO6xKCAlSX/Btv8WPQymrHrAd6H/ySf7SegGHD60nQw6uuGB/6rDT2sw4rgPWjL5Arf/tL1wNe6O/+619mb+cWNZZlgOdjglPLyj9tGfawyokYn9rv+FMLYmpISwHntkvub+Pj8th67LK45pWX+wPpwBtusR+4MXNNb9icj/tv27y3sLV/c3+o/2G5bqK/fszJr6tsTc9Zv946ewjChte7P/cF1yiIs54YNPc98uPeX/Zn8P5c0H65mf7gzznNqgd+moPst73M1BeL28x456v+922ff57peL5/r1B0xT7Shfam8bt8uRherw/BGzgs/3cIIes5HNYDnKOEJfD/QfcwJDhODDpdL3H/r+CDmDnH/sLDQfuAy+3r2d+3sPosM79YZXIOuYDH4CuMO9kO7CMy0219JCIQxifLtBp9+1tua4vLtjLc+DwV42Y/kOf7bvkk99FOf22n/KNLX7GGaYD2y8y3GPifLT/7taWmgubD0L9y3oAEi9r98stf+Gh9//Pfp1UyUcR4swHgIGrzs/NeOApMBry49/uB7nqzta/9kJL9x4UV7u///uTxIXXTK7v77x0D+iDf/abXxVvFf3NceDr7euNxW4/9wsnHr6snXpxP9jeTsYD30DO+vp9/1evyDaLa7/3r5+S2pEc+8p+jUxUivX98/tXnwdF6OH9wZygBJuXXlwCrESKUdMaor5GlIVYxIwA/Xl8Kg==", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtQVFUYX+Ql8hYFAVFRxwBlgt3lIVnnQ9ABjVQWMVHTZbnAKuy1fWgoivlIy1QUE02BmKlMM1+kOJNx0dHQoXwgGuSLeAiIDA8REEQ75941FmLGvRT/NO4f597znfM73+v3fffedY2mw2ONBAKBajAewugESqZJoGInEQkRvytXqWMNXs4C1XSihMyCXsv+c9msfyELeS37H8k8X8rY6hv0cjaVVsR0z8haKNnvzY5CCSngQCWdKFXLZXqCRPxAQnYU8wOJ2NGHH0jMjr78QD79AfmGEpm3n8QEXyRyRRzufq/C+PUf489igmlNtN4YoRcfPf6cHu9+YIR8MJP7oUeLEemLYXd78TROF8RPkzd3EfMCCXnmiLOLu/j0B+TLC6Sl3WQ+aeLiIOSVWm0YeFGIc0iod5K4xsBi9M4R1xdYjN7R7i4Jod7B1sHwagtcSQj9+4HRO6c6FSHix1MtSG8m6JSRiF/BcvwR8StYjgwifgWrBfGrPS2IX+1xvBPpzQddkN6E0AXxYwT35BPzY4QWxI8RWhA/RnCdS8yPEVxpiPtmRDj+slE5kAU1paRoWTyViIHKpGkJVCKlUKtiDXUPjDUmM3M8BKpUtEyO3yZoRc/DJEP+PiwiaTklIZsjKLVSGk/FKKUJvTZb4JugeDleCMLaKKWcbO+1xwzfBMuVlIwok9gQBK0hm2UJtGzZSrmK6uPQ6fIYDbYvgbxBygf/81BT1qM4qSKml4u6D2Utw4UD77bFq9wms6AB8VenqQm1vU008A7bDkSeTfjm2a9HhYh6lYW1gPsCCaJpZYxcIVVTKu7TxBIPczRShVquTgpUKqVJHHAUGxGlRqbWKKkYdmFJ9zxYqpb2UZ5i7rVe1NM6iiyRPxyIdHRLQuSaozXMzvpk5HNPAB6H7K4Fl7ShCPX49BepV1DW9z+ULF5hANN3t5os3msIfzgnS4Vzy5nmwKuxN6ufILpx0+WIc8XozDHD6s/d2tD+By4Ha0LakWDn2s6ARgPI+u3w1ZuRlSilM2D5lS0PUPn7DrnXBXmIO6cDnX7cVfxRbQ1qapkx/xP/JnSEqLtqDS9Orm4+PrseVUmzb4kb8tHMh0Zi2xV2kIyly6JsIf9R5pRJxTWocpjL5SrkAmmH1s8JvWsHHWuXnlWnPUDnJo+bsXqDE4ysK/d1AiOYRDli1dUoKuat+7O2OcBi90KbglXDgbOrCMlSSt9OKhkGZk+/istZagoVBXt/2pN6A81+NkL1e9EoCGyS/bpopgU4sg5cQ5dX5GU5vWkPrL+DnaE2lwTgIfL7NHBJVepoWJcL68sLzEEVTyLbwkwraWyZ4TgWSFiWv2cGC3ecf+K2sB4pP9te2ZxlCuw2n6OI21+HwkMz1k04bws/XiKKqpBVntc+jxENzMUd3is9s43BWGzrO+XnJoaTn0Lw9f08q5G2YOV5MqPhDQFnV8gjFMKscfGP62QO4/BkCIxhR2Xz6CK6A01sTb+btvkUukTctDaBd2pKj3TcGQLb0hVDN+Q/YUo+VuGUt6Cn1sSz24w31vJFsQFUdx5qKgp7ilrdiAem8OGRrbfjBbXo1sVE8brcfDSV0GJpLZMdl/NQ5WMHOMleHnJbiMPSia1daGsX1Vb5pxVYssChgGN/r8z8NookhluPAdbcC/bgEbCrMCXkBtpu0mgfkuoCYY+3S9TjcX6cMz9wL3yG5i04wTzKdIJv918Yc1xpCJq0EUaRVl2o+EvseLwzrPR0xdRuR3dPbUy+lnMTWQyauNl+vgM8x2ybcGI4PA/qqK/Lr2UcSq+0SWTDwIZNoAnciRfQHxvVMixf5tmDgP05w4KpJELP0a6FGOk5FIK3JlR3uo+E8DOjNtXNKUOrCtwDdpk7giO2wrPZBbZsirpxtuIOYtMzdwyIyC/HEOTk+IvtzD4S9ihX2Gg569jub2xgEWtQO9NcFBZtU+IMhdnTcGlYwvWdRGEnc4C4+d1YLQ8N4H6ZOaZ8BSrLszogKncFNrzpZsDVywt09HR0SmnGOODyZAWZDQd/melXgTBpwve4msM2t3rLPK/rTCKb0GeInR8XAG4GGNnBrCfpN6lAbOcMVMTh5zadqOrZY7r/S+n+lOlDJvwL5gwKkg==", "1: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", "1:eJztWHlQE1cYT0iIIFDCYbhqldF6YyWJgLbjAsEDlKqEqQcz2hgWWA3ZstlIoRQtpThVqlTrUUup9Rh7aOuBRa36ngcyHm11rNpqVcgAFq0KKGhUmr63G0qgzDRL63SmY/54u+977/edv+/tbkLn0UlpUpFIZHJDQyJtIPVmA5k2AkuweAplYtPE7bMYls7U4pnmqexfl039B7JJT2X/I1lYu4zrPpf2WSxtTO2Y4bV4vD+cG5Va3MAxDJ2pYym9kyCVMJCSG9XCQCpuHC0MpObGCGGg0T0BRcRjWXikVoYuWsqYjk6/v8NE9hwTxWHiaPM8pzHKUULsRPF2wnuAUQrBjOmBHTtG5SyG2z1KoHOOIGGWwvmLWhBIKbBGvF/8ZXRPQBGCQHbajRFSJj4PSkGltadBEIX4gJROF4k/GDiM0zXizwUO43S2O1pC6XSyHTCCjgW+JZRRPcA4XVOHjlAJ46kd5DQTHNpIJaxhef6ohDUsTwaVsIa1g4T1nh0krPd43qmc5oMjyGlCOIKEMYJ/8qmFMcIOEsYIO0gYI/iTSy2MEXxrqLtnRBL6sjEF4AWWZEhan0FmIiCTM95AZpJG1pQmcVSY5opnHmiIMZloPYXeJmhjZ2Xa3n8qS855jdTizckky+gyyFRGZ+iy2RPdaDIotKBB1kiGwtu77HFHN3EUQ+qxMa0cI2gz3qw30PoF2ZSJ7EbpBCrVjPwz4DdIyu2vSntxEaXrjKldQnR8KNsZrnzyYXv+52E7nG1K+xGnevJx+zyJuGVCyx3ZqVFUXbrDW8R/iGhomkmljDqWNPFfKF5omG7WGVmKzYlhGF0OD3yOywhj1rNmhkzlFl7tmMfpWF03Xarm3+5Vnb0j8RL+3wFLv937nqxxjQdMiv948aAjErgmdLk5KyUILtk646TymASmn78+f3irG9wbXWCpmqmAC7NCvKrDPOFaW0n+o7FNwP+riTW5yUGwOOGGVO1jBYcOBwzSukrgi+LEQq+pfvBxoOmib7MU+umOnhtOngfls1r2XUpQwPe9cyO+HPcQXKv2WPV5wR2wD7mhmOQHf2q8lzCrqBnU+vc9UUeUExcqM9WLK6TQ0rB6l2dWLTBuEh9w9b0BePxFYt2VVUvemV0HDO7WDemq3jAYpvSPabpFBFlmBlRMd4Vn4pDGk2I44LI1f/6B02DntAXrs0tPEtMvheTpdolgEzYXVU3w/reBCc+bXda7NYKRJRsehNdbQGHZd1/8cL4NGF7P3TJC4wkrV4Rnh4UuAsGcghaifb2//vbs2HEPCOz15rky3m6Cr91uLVGCYf1agXpjeeSDAjn0J47/sqewBdyv1X16QV0HeL1VYOWpRZNAmzecu25Kn+KEViC9XjzkltddorL/DibDRwx33zDt6fPoMhBxvybi7nItO3CtLyy7s/X45MgWcPr2iaOx25vAlpejUcp/B1w9P5JDlMTognlu8M0zu1EFQqDrppVjxYkS2NZqri49K4czUnaC3+YoYNLgDe/uCPWBLijL/oTFri8Eynyxxw0gkTPYC3oMHJJfbJXD/ZeWtpHZrnD+AXZVoPRXIrdq6NiVkxVwy0FMhEbAhZlXDZKRl7aSFiJM8+xNS8Qw+zUYtF+xe5aqz0DzDlSgCjlEZJj2OLCR4MzuaQTIu7KXtrnBoijMCBtxBNNskzvk0NAGRtpCUSj1xPiJjNWb8oB5WFGwBLIoW6du3wEcjdfWEcWXM0T0Wy5wWRuJUn8FoIm0coUEls0ZekpetR+4DF+i+Pn7GvBBqwyV4BYxE3XBzpEPQdV+3CiSaM5cio1oqPhacr0Y+VWDiXmXYJYur23uZyO4fIfIYH7fqPQ4ykpwdArxgqUbB+x73MsP4qhMFwvAiYWHPgl+wR2G9rtneOWgHK5B7N62zEpwdLknht6lqo3l9/vAqbiM5xoIXJaaBjHfT0ofOPhIEepQG4jnAr8JDo8ZkPCGxh+iLkAUaQbHYrdTV7PqAdcPWR6QT3MbiN587dAzpeeID4cFrv7Rvd6+zxvOCqg4K7q6i9fz9k3im8K8M7uDFJA7OWOM6ejxTWeaOp8xHX+pdHzRdCNT/gEZ4Cr6", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUVEUYX3ZhAVFENCktTU3KFHUfLCjqXFzERyLJGpKvXHYvsLrstX0o2BFfmeQrU4OjR01KS6yj5QtTca5PMnwgPhFTQAQBRXkpiEgzd1DQKPdueU6n4/4x984385uZ7/t+v+/M3S7hTEiEvUAgMDmhJojR0xqLno7ohS3YPFJnMkfYPe75m5loFe4pX9r+kW1UhPDvbCEoB6qW6CWQMUar9cootTGS1uFJzeCCn4erR79mzhDcjG3YS9v/yOb12Map+AlLBjMGbWMPjw3H8yVcK1XhQuBvZKLVZp3GSpCMH0jKtXJ+IBnXevMDyblWwQ/kbQtIMRzbJAqVGD1UOkMkqqLPw/jYjunHHyPty2ECGEu4FRhfso+Ezz4NGB8+mH4E09cGjK+1GLIDeUhtAVntEYkZeXjbAuLnk8yWneS27KSwIbXEJSkvCkkJxuoskcrAYWR8MCQIUjkfjDfBWB3tRklIeUm8AWODjKRWJ7UJxupS0kQRMqv12oTcMquZQJRKQPwE2wCymgtNQVaToYn2ZPy01wCymg5NQfyKECG4jJ/KG0D8GEFAcn6MIFqS82NEA4gfI0jlkvNjBJGgvHlG4Fu2yQMPmGkjzWii6GgENMYO0dPRtMFsIt9TT+5dDrjnghp/k4nR6NBtgjE8c2Vv8WSxMbHTaBWePIY2G9VRtNao1jdzv1dG6dCAEu1GG3UY/cwcZ/QSoDPSGryZyg0jGAuerNEzmqkzdCa6mUUDdVoLOp8e3yB1zn9e1JHzKFJt0JoiRH+lIolPQ4F48X67PM9v3FNa67ATb4e9m3JFJnnxDrv9qw6L+Tjc5Orp0yCoF++v+3+D2JKn6pz8mULQWkC+uZQMY9TqDGozbSIfY61QM9qiNph15lh/o1EdS4CduJAYLRqzxUhruYHJjf0AtVndTEGSkw8Z2dPHo/EQ/qsGW4O3raLjr9uxNZKCrd3zs+GSX6Y612xoT1mEa5w6dhKzHdjxb/qXnYVdOlfqQ2e1ofq+m9w2I6AUrpjwSPng9m3oNlPxw6CxHtTwdXM8D4kF7I5i065Xam9A46Jl+eWdW1D2oa5e29elwbWyb3b6VFfCgMX6wtoid+q1vDCPlDMFMEGJDeUwxuWtd+KWuFB6tHvkjkMw6NNW6GhO7B3fIUONNY/AUBGekQkeJpdlBoVXwTNds2viphyBU/abV75qnw9SwmdnDYytAme+xAdLhX7XgpcmGi6D0nGDB93Myge7K+rOxRRVgKRq7OgliGeHbb4Op/a8l/j7yirIuTG+FnxwcPPGUVQRiK/MvjjXJKCK7eVtFAPq4JSgimUqsz2LT1dsqofdRnwyv8/Iy/BYtHxOCoVwXGCE7I6WH/+4OPshLMFhSC+DF93L/U9H1MCrKxcuGHd2P0jr0X9F+uwa2C4j4NLdSjuqNr30+OHBqVB7YuJ7vzoWwqxT91XXN5UBw7d2+x3cr0DO7bhb4FxPGoWsDEYG6Ji7C9B5uYVasIs6a5CLD8DiOvp+vroE0FxgXdl5psBV98QC6ugXkhleSWLWS/l6SZ7iEOTca9uB2vd2a5ddnq7sxCuBaIud4Pj0A193uONGkfFcGDpr6+7w2XdhL7zg2I7UVaEz2krErp/UI90tLQ9GddXHzOwupBLrl8fV9i8GYb9Jj/zcuxbWLcSBa0tpuMCvBoVvfH9zWG8Rq+UScgxy9LlUBQrAxmsHXCvhkhE4wpnQb9qp+MyrOWAvpl+kiEJBnZeXFg83fP5TbtFXNYDwqAwk4fDvyoWHtVsmjwm5CE/6jUIprwTtuUA+BLfYfig16UAnYObaHy2Eictbz1T0FLKEZyIqYTtOUDoQoui2AzUgZ22bTakHq8HqfQlo5mUgwL85TtTkGxmIYfWArF8H8uevP7nltICagNSgOVEBkTrWT0p2YA8c9PBUOTiyYZu9T/qdErMyFAVDN0eW48P7dmwVplHgPehWlLJNFOnMoqh/F5tWDsk5ckErTJeoapBxPvRWn31iNgJlMelCBcSnTS6rAlUjPvzM94Iju6fTgpLRe3Lg+ZgiT4mTmBrY69yagnUCVjEgNSShi4gN4QRYCkn+b8Csj6YHd2ovZFGy9u5ZmgNJvEXs4bOYSOWAk2fmfUh4K6IwK4fBKkj0XQYILh9ypdPfEIluKky06eka0/jvUePHWzM26R+YgXQ2", "1: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", "1:eJztWGlUU0cUDoghISJUq6JWK9aqtKJmAcRtXghycAMlFql7TB4QCXn6kqjU5UCx9lgX9LhWrdUq7j2irdVW7Tzclaq0LmixLmyCgKwKgpC+eS9KtGnNS8ufHvNj5s2d+ebOvfe798zEezoREe3C4/EMAroZTehwtUmHR/dBEiQepTUYo52ej+RGIl6JRoo3sn8lC4t2/idZBB0DZSv6I4Qg41U6RayKjMG1aJENXPjrcGb6Z+MM4TZkoW9k/yOZ73MZk8UvWBJE6DVNIzQ3HK0XM61EiQqBnCTiVUat2k6QlBtIwrQybiAp0/pxA8mY1p8byM8RkP9wJBP7K/l0p9TqY+gq+jpMgOOYQO4YSX8GE0yYptuBGcDqEXPRY8EEcMEEspj+DmAG2IthNbCdxBGQ3RaxPmM7P0dA3GySOqJJ5ogmfwdCy5ok4UQhCYuxO0psZWAwUi4Y1gkSGReMH4ux29tNKSHhlOIWjANpJLE7qFYYu0uJVUZI7c5XK3JL7WYCm6ksiFvCWkB2c8EaZDcZrHJPyi33LCC76WAN4laEWIJLuWW5BcSNESxIxo0RbC7JuDHCAuLGCLZyybgxgk1BmW1GoFu2oQOaMOIkTqhj8XgaSCYM0+HxuN5oYN9TL+5dLdFIRDdyg4FQa+nbBKF/5cru9mKzcQkzcSVaPA43kqpYXEOqdDbu94pYLT2hoLXhpBahX1kjpD+CtSSuRsqUnghBmNBitY5Qx83RGnAbm4ZoNSb6fDp0g9QK/7qpK2NRjEqvMUS3+LssEgdYCkTz2y16nd1opLDXYAFng/2suSIVN7/Bns0RaD4Xu61uoAGWvGp+s9v8p3HmTmzxS3VO9koh8OCxby4FQZAarV5lxA3sY8ydbsaaVHqj1pggJ0lVAgvsyviCNKmNJhLXMBPTmsbBKqPKRkGSsQ8Z6cvHw9EU+qsGSWd1dr/nu7IBRLb2PfRVWQO4eueeaLVPe2rPjjCsraoOjI3bOGfzNwIsY9uwH6oWtKXkn+ac23DMDLruKgzta84Hpx73npQS1JZaVTof+E15Ckaedx2y6boA8/V+t1p3Q0T5ZHie++loIxB23jLFJ6MARH6979ubU0XUb7w7zsIv6gG7XyNoHX5gDS7gU6cP9tVvTxJgqUi9wgkLp7tTV/OhW2x33dxPbsG5oh69Fy7LB93kFepfJldBzeTbIS3mZgPJHKQxDx4OqD2p2VsFmH2cKkBiKFzQZUA+GOKWtX3mkEKwRD4tP7N7BZwYNLTw1v48eG/zW6kn0otg0JXo6w9m3AXIC7vONoD3+UlrFUtrgfus/UuzY/Ng1EUJveUzSCv/MU4ooBZPuHo89+162DMveculvWZoiEUeqAbnNxxbt9LjDiSfehQdOdAAi3P8O1ETa+HOTae7pZF1AN87bVxELzNQP5pAn6AKRu32uzQorAwwblpeCJav17dJpgpgh9Axz7wMZZDpsgrh+IkHYcmWAnAjsqTfsV4emGm1l0tk62ow+ETEOu8VZTCrTaX8SoEQK+opFuzfLMRSlMYe682J4PP2ty7XKBsBo3ZrA2DMSexEJTALa0Gjoq60mOeJfZS+e0cY1Y46itEB8XLCGHWDMyETx8h2VGofxTvFOU/AH4cXzc+UemJRgd+fn/2zK4V3zInqEMDDSqjA90bMy2D9+JBPIe0rF2ZD/31D6aMXgV5bl6Td1zpTyGtdLpRBWeIRWlMNOHi/aO2hVkUwHcGTy0D204UzjhtrYQ1/6oZR7UrAKQ06eRa4nZVkCFlTAJeNeOgiW+WMRdfkqbZFOmFVK5ChuWDQ3XDadeWAJsuHeEcnCrEltU8u5BFJLmdSyuFshug5kHb2r6smmcGXH3itvSZ8DESHdyac8ykHZ1LENIP4FruqLPvkgYHoWP3qATrNsosu2O6zIwOWyOvh6oFOoxe510P6sHQk3Cw8vwRPLt41/qKkJcX4mdeKCl6qe1C/Jx2yPC6GD7qgxBFRKOu21lbCvmbvhieP+RTj5gUlgOVZHWTzpRGy+eSMaYnyzy5ca0m5Xu449vfOZti1/YzRVStKAcvHXGBgCNAIe3sgi6rhdSFKmEeQji4dGT51s7x6xMeLKy08KgesH/hYZjCaKYW0kaN2utXC7+ZVpo2J2wjSSEToCsBUSbk+hr6pEPGGl2tM079HTY83GzLJn10Ob7Y=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUVFUYh2EdAZkQU46aomImQTAzIJh5H4KIntyAkHIdhgdMDPP0zUyImpbmmmtHzMxcM5XKEBfAlPvcRdJkSUyNEFlEVLZhhNh6971RQDmnuXQ4p3OSP+7M/e79ffdbft/HveMcQQVHmZuYmKit2WESpSTlWiUZ5Y4kSPyuQq2JMn0689NQcSFo5v9S9i9lghdkk9tkwWwOQmzZL4EUHSdT+sfI6GhSgTZ1omuKkbKgl7L/oeytpzKukp8xbCylimybobUJaL8nN4pDUDPwo6k4mUYhNxIkwQOJuVGKB5JwoxceSMqN3nggr66AvCcgmac4xJL9CFGootlO+k+YkTxmZBcwvhwmgNJGGI0Re+Cc48Of49kFDFYMfHkMlm0GjI+xGP4ETOPagyRYIE/+Q9oVEJ5PYszEciAvTNZxu70xzeN7A2cdFoUMHmFRSMJjjE4S3xg4jNE54vsCh/HCLwmxdxcwWG2BLwkxVn4MGN8uVIQEj3I8EyRGM4EvOh6EV7AGEF7BGkB4BcszSGI0G9qDjKZDexBewfJkleD1EwMIjxE8SIrHCL6fSPEYYQDhMcIAwmME/x9TiscIAwiPEXyxSztnBHoLqPugBQ1Jk5Q8hoxjgXTCOCUZR6o0av719uyGZ4FmNuzgp1ZTcgV7b6FUzz0sejxTFpowjwxBm0NJDS2LISNpmbKTV4h/jIJd8GdPI2kFQj+3R8h+CVDQpBwdFiJCCEqLNsuVlDw2XqEmO1EaqIjUsvYp0V1VIXxRqRXnUbRMFamOMnsxZuIOZevR/X7bdIff1th+S9tTRuLZ/X7bdoffljh+t7tWehguO93vtsN/g+aeHRqY93Ntwd6Ef+v5UxQdqVDJNKSafwTascM0rUylUWgS/GhalsADX+NCQmvlGi1NRnILc9vmATKNrJP2JPXmb1gdzSPREvqZCEmXNo6ad83ahhhWvHzn1RFmzDaVw3Jmoi2Tmm1SIFgjJH5UFMxf29OSKT3swu4wZaSfpBLLiiwIBVW1IjNUB58Uy/bckIoMcgHR4Il2tkLv0aeDtzrrYeSsO4FmC1qA/Q7J3mMjC+HQ9KZVuttChpc3AreUbyoPXKyAmsAtess5LTBmsHLBwv0mhJt//4oi71bgsP/0mT7D6uCDxBTb+T/oQHQAOjndoL8AHIEPd45+swGmuKv2mZ7KBjerdBPfX5kGjz5QH+/dWAJ3r0m+W55YADn126rhuvRYYcPufCAqT/3JrKwYVPqMG0836MGm3fWs5eWgJnlq7Pb4HZD1ekNxTSUUbLfut3O2DpJOReF9UrPhApuhw5fYmjNxYR8fPhFRAVD4VucUAS5eQitiTEL4Qa9JPYjRk7M3z1wiImikZmAjDJra1Fedr4NZe8adqG2uhX0T84Qxg1uAm/NAnTKsFVBs2K842xBprFXrhjfBq7+gvyqYVJ0zKULEAOA1++QE2zpwqNf1gJtV1sQZ3yETFy3Xg0sn09ZbVj2GZQMO3A9yrwChwa+zLteB9cMf2WV46GEiuVo+q7+IYK1el15hxRS6sZ4eETGDN2jn91tvR1ze9vPWTfZ2zMU7xz9bfL0JloJv/8zoaUVMQ1HYWwkJNJ3pyEjZ7NWfNSWc1PkONX4CxvHw+LsLHW9AFZd4Pbh3CSnKBxxsiB3DnTtTQHzXI9BFK7gBGrMeZ54bexeUNR5iPdKDXVeTfv0trAZy4X2jHGxZteKD3FMNhvzXgbr0W2ubyVxYfzYyaW6eOTM5QhTueywNfjrs7MoD00/C0/ccB2SWlEGOTvn1EGXfwuEhnGN1zWnarVzAzBjkVy1vBBvZ6OdQNcCGC0AtPMqy6PPb9wHPH0uGi+c8AWP9ztfv7fr+HtyDaOBizvD8K4URLLsrfSogSybWAyEDeyIiPwJ7URrz7sBjlz/K2LVdSPA8PA8Erqte/f1aNcgsYQM5xpboJTuX60o2g7cRTQqqwMHpV8Tnj1jxcVlmR8xAwMUiovcAhCiBDFLjKCK4OLjYEa0pi2qSrwsYji5KIYGy+lWSIxHrqv/yj14mTGEGMqgU8ue0wn1DUER0Bl5XQo5+ObXwdsOSD09prAhxPGKcgOF5/QReGJRMx2xuAnmuiOENYMSoL7KWBtkQqB0kTbFkhCg9WbWAs2+oPeFkHtbTLaUaNuu1hTte+QuGI3fc7wOLCxs9491aANdq/VTR7D2HilN37Eltv3K1PTI7kYn/BjRho1w=", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUE0cYDzfhKAhaXz1qtZ71giRc1udsCKJURTE+72eNyQJbk6xuEgUV622LWq+2Wp9nrQc+tR5orb46g614V/u8UFoEtHKIEJBLEejObhRU3jND6191/5jsfDO/mfl+3++b2UnHKezIWGeJRGJy54thrJ7WWvR0bB9sweahjMkc6/CspjSzBjWuqd7a/qXN8RVbdINtJB8DtRf/EslyBo1eFa/h4mgGd2pirOF22ga/tf0PbX2f2YRMfq6wcNaoa6jhtijcP1AoZWq8GSg51qAxM1o7QXIykEwoFWQguVAGkYEUQhlMBgpqDig4CtsCZWpX/kfNGOP4nfR1mBARE9wMTJiAiWAtU+zGyAJI5gkVyjAyCDkFYSIm1F6M0DtA/AlsDohspkBClxqDQohAMsIYCSA5oYCE3ormLC+IkD1xbxBcsjtM4tYgYIg0JLIgk5NgRBJkChKMyIEsiDwnZEQpbsPYHaCGPJIRxceGsTvHG6WRnEynNhBZworykZPlnqgFud1aaAyyWwyNQXaroVHuyZuTsHKyhLWByLY7UeFyMkWIIAWZImwgMkWIZ6yCTBE2EJkixBNTQaYIG4hMEWKyK5pWBL4LmFrjBjPN0aw2njbwQC5xoJ420EazKdap8YCxLrjmyRdKk4nVMvx3C2t86WLh8XywUYnTaDXuPIo2c5p4Wsdp9E3cQlTxDN+g4mejOQZ3f6mPlH+JYDhaiydT+2IEa8GdtXpWO3UmY6KbGDSS0Vn49enxtyrj8eqgboJHcRqj7iUXG5+VNr7lsjfvt9fr/MY1lb0Ou5I43OjDynaeBrx5f/3+U3+lxAEOeGGTCH4pIXwk4i1HxbKcjjFqzLRJvP5480WMRWM0M+ZEJcdpEkXg+wIXnEVrtnC0TmiY3FCP0Jg1TSSmIlj8tnhxeTRuwn+QYOuA/Ft7n2z0RwtMkV9XLnGiPkrxvxKRkQEXxkRtmte1Bdp2Q1ESOrAOVN3T8K/VcNijr9RmXQtU2X3iylMVDtTshX2H7vQoAnuXZcZLStzR0UVzrhweVwa8s3uv2lpdAcMvx17P+0yKJMJTDd4z3fQrU1rBmgufD4ZJzmjcktAbpw3FYEDi2N1Bl07AiGX6vJoUZ1Tx8+3kWroW/hnplODZ+RpQtXuQG9zmPjyZ1rqr2iUTGkYn7T86pRwK0wTmgtSzM05uaVMOt/TvdW3DfautvRSgos28ZQ84sjPxTI9+VmBx3ODednM6ZOc7n14Z+BBc8D1z/NiKQnBe9tvBPsZymLb7h2jKPw0c2lSyK33ILuAwbJH38L4+aKP8+9SQBB9U5frp+qGt8sHc9qFxEcwjgFeFMt2o6wkFXQPdrWDS8Sgvx55ulLZ4fPiA/DL44SeYoXSo+/jO8BXrXNHAQdxjnwI3JBeecoBnd7WmA7zq9t0cqTrVk4cP0Dmg2sdkTU9+DPpH/7F6Yl0m9J6OGb4GxXhIUfQU37FhqU8gCMIz5kPzkVY1F4ofwx2/YIKssOMBLn71w0JQu7Q886ayNbpYfO7X8N7ulH+Zko/IHVjfsbbSku2HXP1agvSJEqrzuvpVc2uc0Oq5Nf2mRfsjkT8XKrILZuwpONHNx/NIVxd0l3d3wgd54vo8HJHs/v4u95xckRzTt70CpI7jI+choQRY2yzotTZlQUzULSARCK+Hom4q4bcqHGgrrMi8Od8U+RSK+sgAD0y8I0MckBjXLJgwa0cvVTsryD75Dh+CasiL8tSSbhIEk3AA6oDL9jX9HIbdA6zfQnR+WxU4OGLqhpkbi8ByXo7s/EK4ovtD75MBT0DPpe/e+r0qB4IxEw7ColJQwtOxj6kFx6dKH2+N80cCfVGeSOTnLli0+dKey9e9kJAO01qgMUV9eQouwHSDYt5PlC+6icPg5o9E/6qAdfG5UWm7C0GHcv3opD5SKgYvo5OEujEaA6sAXsV3e3xs+ZIr6s7bgQrDwu3gRPHBmgOCSsHVrGzPtSkuop6+kCDMtrI0E6RgWeZIqfV/rV26eHwVFMJ/tgxidh7kelFCdUY2xN4cLrwKPAXB18H6Q7PLDozwQsd+dMpb3r0SCG54SpGgt13OSJrcQVt824E6MyTkS+XkHLB5Ug9+aRJKzN8CKPKcB0X+XKnwyX9f6ZSZBnJmtdw/KOcpuHQRPxkg+UBOwTeHiqCwqyqNcfwJzxpML+5JDf/vNFyvmrDJ/gE9Y1Nv", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlQFEcUXu5zw6GAStSgJop4wO6CgFo9ZBHBC2XVipYal90BNuzuxD0i4BWvwmiMRAJ4kBI1Eg9iKCyMoqYnGiVKGY9ACIkGUUvZVSwUcBEEMj2zCiJVbpP4K/7pmX79vtf93vte9/T4xVNxCbY8Hk/ryDTTKSUp0yvJhDFIgsTTFFpdgtWzXoSOUklQT/xG9i9l1i/JZnTK4pgcSFyZlyhKo5IqxUlSTSKpQEo92Iq1UBb9RvY/lI19JmMr+TnD3qfU8s4eGotB+kFsK5CgzSBCQ6mkOoXMQpAQDyRgWxEeSMi2wXggEduG4IGCewMKiUGyIIHEnnlIFOpEZid9FWYchwnpBSaMxURS+niLMYJAnHlC2TYMD4IfgjAOE2ophtUO5B5BvQHhzRSE6VJX0DgskAAzRyxIiEkgVlvUm+UFY0aP2xtYlyxOE7c1sBgsDnFREAhxMFwQBCIcDBcDQTB+TQiwStyMsThBnXUkwMqPGWNxjXcpIyEeT80gvILl6CPEqz2OC0KLudAVZDEZuoIsZkOX2hP2pmCFeAVrBuFtdxzDhXiM4EAiPEaYQXiM4M5YER4jzCA8RnAnpgiPEWYQHiO4Yhf1zAh0F9D6oAEdqSEpWRKpYoCa1ElKUkWqddoEm64GE+xQz4VpIrRaSqZgvlsodbeLhfNzY7NTPyYlSHk2qdNIk0i5Rqrs4RYiTlIwA2JmNlKjQOrddJyYl0iFhpShydieWEnJkpcqtGQP1qIUcj2zMCX6SFU4v2zNgXUlUaqWd/Ot6yFpDrRQ8Poddv1PHbbHcbjLF5X5IA18/f56vspfd4Sg9EhZZqnbTth5DnxhkwjpVhBuPO6WI6YojVyhlupILXf94TPNLL1UrVPoUiM0GmkqBxzEhkSjl+n0GlLODizu7EdKddIeClMUwn1bvLg8Eg2hHyRIGnds0Pp7Hn3o1VniTcq7Jphd5LqkYFM1PJmd4ZYW4kY/WA6CF5V0wMxwq+nr+NWg6a/K1dpzHvTho/GrqiZWwBPHNtvXezfA/rZz3xpdZEfvHXr8aXpjI1w62m9wo7IWRL2rt97h6EyvYAEVYGT41rJV0XVw0dRfHCb62tA1aX0PT645DcmDi2fHDS8EkyZrnrgZrOj+2krPRxFtIK3UP3zrVB6RN2Ds9WH25+Fv0+PdPwj7BnqETDgVl20CyMzOOTVAdbf1wMOrjbDi7kcBj3PqwXz5+OrYzdWgLb2RWXE1HMgKmuCmNtJ0W3oeBqR7V/1qMoBsvy/0S3zrYE5HxsrW8IdQn9mP8eQWmJW8Y2nunkqwUHW2vWiZC23MYgIzyplAUYj9nk9sQGa1T0As0Ud6RmJF+C/YcrppBI9e/qhwZvIAK+KkjjH0uxU948qXC9rFt+GQtsf6G7m29LZpXp9PMToRi0piXK0P2RAF3/3x4SexRvDgHh02dEoHYHFzayEaDkhvAnN3HWI06uGAWX/6LpdegJ59wblrxbY0ykqMqxHYpLgMG9FuSyidnuQlHjHB0hKUkDYQseZm6bYT94HnWvrC7rPe9KjyHXcGDufRKy4fmdd0/A40vBfkWJDrTl8ySW7t83Wgt59ACa8H8oXXomxS+tJ7Jh1taCvfD1awE3VAtBrveTy6jv9j4PaRrXBgaGKkgmoGqNfPy5Fmu/UNwCd65tN+WhPk3xidkddsgLVVBS0LVFc4fJU14eZSnJ9aWgO+9th36iefO2CDDE3YBmycNg6WPWgAaNQ/vAWyeS97CpKOGLXFXmc4O3U8etnasdPynY2Ay9NFiKIimNMIzfmAyUz2r2c+AnHD8z4rrKmAYzr8mMhb0dx670NHhi27Dj0EGwtrDFlFrbCZcX/nOg+aDZ/RjkCsyVG7EtEsMR3ofaPEb9+Ltyd0xV6tZWM8iV0TmEgm8DmeizwIzk83whCNZuIRPgyrJLcagH+Ze2lJqDXd2FaeYsi3JnYnIkcciNyf3ynUJLVDdpnpdeDvzPT18yU2BEv3S/a06NMfiDU3HwM2TP6OdP5OBLgPUfq+rbUjMoJQZXXAlNw9zApM0O7sFkZiT7C8CLalW+oQkS6AwJEH+lyObIFsvsPeInJQOQfYEStRIAyO9P7gi+NnXOETU422Io+QFsDx6ypYMtG5cm+9PYGqbXVWNRyCyoPfbB5vBcqUNCYkBYCllzeP8GUDUA5Dm0/LDy7+CrBbbYQ6kTnhKZX2xT2p8/9O5/WqB5ngHycrSII=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl2lUU0cUx9kRAaGClKWAWPdqkSRA0KMzEERQ0UqQuteYPOBpSPAlVFHLUXFXtFaprdStoKh1K2gV5TivWpe6IoK4oBZFBBEFMXgAkb55Lwpa2ubxpf1gPsxk7sxv7szc/9xMvKapI6LNjIyMNB2YIlytJOQJSiK6L7Zg80hSo402ft0K1KrjpLgleW/7z2yjok3+yRbBxE9qw3wJUVNxMqUkVkbFECQe1MZcoe9t/zNb/9c29ua9iWqQWqVoaeG+MDzehy2FUnx5Ayl1nExLyg2ERPwgAVv6tgfy4wcJ2dKfHyRiSzE/yJctA/hBfmHY5jOAH+XPUQJ+lLhdVABH8VAFtyOu8mkfxtebD1fxUGFrzFdqwVRSUhXD/Fj9KyTgqgBekJCtBDzizG2Iq/x4+RK1z5cvh/nw8qXXrz8vyL89nsTtgQJeH4WBEJfQWEbAh+E0IRDyYfSSEPFh9KE1WLBcXmIZgzXUkpYEBoe1JSkJxHwYfVANvkstCUlocExbiVvITz16yGAltLoRQoOl0BoyWAutrpGQX/bSQ/wyChcmIb9brocM1kNriF9y5RQh4qcIPcRLEQIuN4jaVgR+K2s+xB1agiLU8lgijgGpxKFKIo5QaTUtLzT2NWaOW9ZMEajRqOUkk6TVqnce3h3fTBaZGE9I8eBIQkvJYgkFJVO28UqXxJJMh4TxRlBkF8bwzhgr5kswSRFy7IxtSZRq+YxZpIZoY7YQUpHALEyJH5Sk3V9ns2S3EiNTKTTRpn8nNX1IRYJ3DgrPhyeWqNWUglTJtIT+gGyZYkyCTKUltYmBFCVL5EAP9iyoBLk2gSIUbMfUlnawTCtrI2Ai7s0ofHt5BO7Cf0qx1fzUGp9Zcc40tWJ16TPPMtDs1VSXsNUBjgs4ePbL47XguTLqq32/3ARbLu6+XBjVCARl+3qUmjrTJ3W9J605UYLSxm75aa+zE8yIH9yxKN2Rztr0NPP0iBowMWhI+Y09djDbZuaelbeOgNLkzcwMh9CAvrsc8oJrQDfl7Dnb+9UBv4uDRl1ZWwA6J9Pntp3qAJuz5j47kOdAKwbdHZ2yoQ4t1ISsrzvtCGfi6ePtaePwRbaj918AvZNW5cywsoVu3re7WyyoQrnadc5mUWUovMuq4Y/MmoDJJ0udblwqAsPnJnuP3JGPdmWMgg4lnaB1SI8Ek41n9f0laEPz10mNDY6Q9WNhT1fe83OlJ1ajC5NHnLVssodFoqfiocPK0Wa8Lf8KNIUxD06zgqElcxz3DatGJ5Zkfn5OUIvWJjUOjF/dBarSjXPNO9eAZ/nh0+zHXUEzNs764cd0F5hKLJNPLq5H+FQaJjWgyIheW5cfcIW+U46G2ZiUIMle8s7MFY0orcw9s7yDJ2QOR/JRZS1Yv3TxhKu5RaghaXqu9qoXrAj9lAmRBV0cYjrbunsziry/Pe23rnbQYkGqZKWyHnF+dYhd3jZ7uJNZ9fLAAjAo/tKy/DvFKKV3le3xag+47PmtogXZbvSTeYBZgg4kjwnbNH+HI2T352YE7VkBPAZBUx/kdbtVA47eXNFEvHClD1Cxa6vmVSIrt81T+li7QCb617+oc6TlTyYEDYk1gicVu6dG5ltDmWAsE2oh4GoJMtJ/ghuqKukAE1iH5aMrA7HZjzSHUm2gjlmOZokD/XNJRWqWjSnNhjfHCdbbVRzeb2pNX4t67H2sVwlgZelpCd1/fwAy7r5EWA3riRr0604cYB3oyQrtFejFBuYJcswLvl590AXmZY/X5dysA/TEroE18nKwCMsx1QVmluMDNaVF8w/DhfeqUL+CjWXuD91gzfPh45ccMaK/7+ucWmBlTvfHwg5xhd9mYUE/RXPO9Bn4zfmXCC+zfr4XDLocXfhw+klw9w/rdbsWmtE3Lr2Q3ic8YHjtaqm2ezNgRD7plaQWuYtjgsn9XpCVv+QlYN2euQfYc8nxgp+lbFB1Ti4FOSkW1U6hxYjdf/rHcOSOjoxyLWkPp+nhtZ0saQb67ti1D2AEE7aeQZY0G4/zxvTxLa7etzMs9PelEOmYbYivFYLC2RU9fUI9IZv1AlUxTGZWx2nezhlvZ2juNdiGTfAne/+aHQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3tYjFkYb6rpopLShWIrcttcmktTWpyTSK5RPSG7y5j5qtFMw8wkue/DsmQt0rItbYtcdq1NwrL0fXlsuexjl80mQuRh3UOm0saeSxTaZ+eb/df3x/m+857zO+e9/N73O8dvujY6wdrCwkJvh5qxWjWjSFUzCYFYgsVjVHpDguBlL8yg1cTgXvg72f+UWb4lG9cii0YxiHFEHxFanUauDk+S6xIZFZ7UxlpRJsoi38neyf5VJnopIxn/iolDtSnKlh4eG4nni0gricFFI0yn1cgNKoWJoCB+IDFppeaAeO4kIa2MH0hqDihoJJaJgmNs0CtGlZKIKu5/YWQEIw7kgwkmbQh/yEA+kBBqDS/NBlKMyFQM3YG+xLxAInNAYp4Bag0y2XdktoS+TI4RmS01BxTEk0AEJDPHETKe6tHaQLQzmRA0ywnG5NDSJCcYCR8MdbdYyi+PCCbIDIyMf/KJeZWSZgyv+NCEFfMqDBQj4cc4muQScyqDxJzKIDGZCq1BJnOhVZJLTCZDa5DJbGgN4pevlN8Sc2qQhF+1oyApP0bQwiXlx4hmED9GNIP4MYJWOyk/RjSD+DGC1gcpP0bQZJfyYwTNXGnbjMCXE70nHjAwOkarSGI0CKhLH65mNEyKQd9yvCRHSSHuOaAmTK/XKlTogKRNeeOm0+7VYrHpM5kYPDmWMejkSYxSJ1e3cS0KT1KhgXC0G6NTuSDBG3Ps0ccwlY5R4M1IL1ytVSSnqfRMG6tFqJSpSDE1Pg2rhG+vZktMSZSnKPUJVm87S/xaSGVvOMrZgh6zw7VanVKVIjcwzQ5yQs2EVHmKQWVID9Pp5OkU+B7xhS5VYUjVMUoyMK2lP0xukLcRMGkI/bm9rh6Dh/BNHkuv384qcHxkCfeOT85O6+IJY6vzvj7uW8l2jVd+cDWqAvjUquMWPPCCu3+4MHV2VB3btLz2UrnAChp7f/jFsSBv6LxJsqUwuAqIvnq/U1ZZBVD++tHoE7Y+8Ighs5N1XBU7b8mAMdvbGUHEgSdNZfUe8Naq3vedioyscOu6UMFYI/gt4fytGQE+0GH/9vTSPldAx8dhSNTAVsu8uCm+dUB8c0+PG0sEHJg4ZS97r4T9fd/kp4cu1oDnZXNu9xRZc3WpVZtc8p6xoKRy/9L51jAAaWGf9JgVSl1kg47eAPMf549P9rKEy0L+/EVTaMsVFXv2jBHeZSXkaQ+XOkX9uJ5pYDcd983XJVWDPqc7lB4OcYClh3/63KbmOZscYNxwOdMOBiz3qDiT5gkHtyvfOvOoC9d9FLbsEdiwxnmu7HsveG/Az72cT3twXxY4ztqdUQ6I3Su7w8bQmWc+O1cLigdixG3gjA0d4QYPTl9UMTi9PdcgwgY+Bbcj+7/wW+AKv61Hgjwr7n7OoL5l2Q2A+Lu4E0SjTcZUF65c+jBk+IhaUHhidtE32bYwrn2/gs0Pb7H75mFDjeCi93y5OMsP1h9Tfjct1gjaFwWiyNhT/RzcYHSv3BX51yrY1TY1HpHjL7D2K30UDy56wdB1pxdFsgLu2LIdE0+J7SFadEfJaG9IeVALXhTgDcpp3Jz8oCZuwZ4D06+xFuQRcCK73V3ilX8Dza3GXY/O2XGjJyOPDxdwxF+Dr4OtgiNCV7cmloQl+hxYQAJ5HVhm23nnfPyMpeOlLN33D7ADsSF0XTuO+kPIlbsiYty0gYU4/CsfsqsOJds35NayZzpPQCYLII56N/UJNt8KM+wZmJvXN7zL3ecgJHGYSltjx2U0MXU35GeBOK2fn0+tNcxQI0VnOXOWeFvwlHVfNeqOdW0HuHlxT+QCK27AZX+bT7LusrZTN45xd3SFvYhj/mKLd24bBzPtIeGpuxtsyE3cd0fvxmWnbdrS/ZAj1NZ8ejJW4A19FQ/ihw7pyO0sGR28IswBJq29Px+kesCz3S41LJzhwD1ZHWPw3/AYEP/He0I8HJTTmROMxYzcBtaIkKJXvWGJRrr4IPTgKiOs5jj4N4L1RpupGx3fg0PSJ+0McurEISXDM9RXgRtOAOseMPLaXLc9pRbwMHZPYjVL8mRtN0jSK9QIxhJDKwHJtxX+MAe7O/g8qOq3JrdedIbdjrI/v8Cd5vdTJ47myV1AaODkAi3WLmwMDXTlUPARga3gpFPi43v7u8CrVQ6ZuyyFHF2nHvRD3r9u9G7mlRN3tNqt60lGAK9YIourhTAQVYWIHjUsqcJhKYnoT6HV6F+vYa//Meh9oA2Z+B/EqvCU", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3dck0cYxwlDZEgCtKi1oqKtWrWSQQJavReC1K0QSh04YvIC0ZDom6CiVuuqSuuouMVRW7Wuugeuu4qKSl3UPXABAlZlOQDR3r1vEFT8NG/+6T/y+XCXe+6+N577Pc/7vs2GGSNiHO3s7Ex1cdHLqKc1CXo6RkwsxNxTZzLHCKpawWZjvIq0lB9s/6PN/h1b72pbBL4/lTv+EWZk4tV6ZZyaiaV1ZFAtc3X9YPtge69NUmVjs8BrhYUYDdrqFunrRsaL2VKqIokkmDHGq806jZWQjB8kYcsAWyA5P0jKlgp+kIwtA/lBAWwZxA+SdyM2sT8/SsFRYn5UoE1UEEdJrKe4E9mGibkqUFUHVyqdIRY/yv4TktgCSbkqiBckYyuJPy8owBZIbguksMURClscwalCIuYDSfx5Qlx6YRkJH4bTg0TKh+HkIJHxYSxqCODDWMQg58NYtKDgw3C3KrFaCtUJQmK1EqrTg5SfTjkhSHmpxxKwUquVUBOyWgo1Iau1UCM1SK0WQ03IajXUhKyWQ40kJOWXGiwQv9TAQTJb0p2MnyIsED9FWCB+iuCiScZPERaInyK4GJTxUwQXhDJeipBwmVXGSxFVUO2KIB8upvqkw0wztFETR8djkEnsoqfjaYPZVP2Kyr6OOpGWGy6CTSajRodfEIyGt76CXF9PFpk4klaRwZG0mVHH0VpGra/lk0kZp8MdSrwazei8seGtMS74R6iOoTVkMbal1Bs1I8boTHQts4XptAl4Y3ryRq2r9+5szuxRYtUGrSnG4X0CqPKZ4i1HCe24V3Wl0chodQa1mbY4iCwUnqA2mHXmxGCGUSdyoC/rCyZBY05gaC3bMbS6Hao2q2u5MFkQ93R7c3s0uz38T6xrdimeH9E6UQn2y+o2WpkNcs75XS/r3BSR1uDWGSBFSkZ4o5fK8ocP7LxQgaPMU/7Vc3A7xXPtoT/3wpQ1zVNfzGiCln+zatOWK+7U9r4jlo1JKQCaRwNCOsd9iuZmFzfJNJaBrOQZ0weovJFm0tVOiUu80LG54jHtmt2Dc488aRUtFKIlBq+pyNUT4ckPRSwqBZHmFotfzcuGzoU+XftO+AS1N/wqOOjkRpXg2YY4Z4LTHXuf/zm6PkpqQlYSUGcahl9rNMEdtRK67V4X5IWmmMIWPK2zCrLny3ZEg8gBNonQyRzw263DAqq08sLY/M9vwqnh3VZ8H+ODfH2G9yqZ8wR8Rhyx3AGt7U15q5WeaGNRZq9hIgTT9++bXafwOHhY77D/0i+K4V+TusLvVtSj4nYWmHZ/XAEjI1qunrXtJsDFnfyFZWBI6wxR+v67sKdiVvDQnFKAJ1eZWzwDbemGd/vVd0LTH4Tv852eBj3IdA1KwMrH64/3UKRC/wMthW4Brmh+BlngFXjRwHTZq7gQDu5xwrnTdRFaPE84Tr7pETiVFrJFl3UPyllHVMKQszEX7xcIqC/nrX4uzn0Cbx/2wFd3FCQ3cIzy2CKg8KGx4TZst2MFXqkQ3nFL3jDlfB3qRpjDWLcWReDqkNF9fOV+CC8WfDbmNMy7urk8+mF91Lz7+Knte3ohXKxzDcsH3PpnuP0MbIZaTfwpdYSLFxW2pwR79Cm4FPVP+wMtGyOfioxHJ9MEFKuPdB/U5Uphaff+3ojzSzls83TxzWRnEZq28vTGswtFaBWuLkZdAeuWH226jSmBsaE6Y+GxhijKA+/YKKIqouOPvdxxHZStjt1ZIP0IndvZ/0nqNRcql1znHDe0wftc6JVtXmgoPobP8Bw4iD3YC9i1L/GgEG1dQM/UDDoIiKomVpSAjiPPzMzMKoJ4kqRK+izswB70KJyVmXXbLTkV3s1fuMN9VBFsHU0UuhkU4d3/EFgOLyzLbbz+dxGVaZdl7+Jqj5xIOBy6BOOjvvtjj58nRW537/k8GPA4sMvXzD3wYyX9LFvtQbnbt5nh098e4U5MPgXLlpK/O0DUL2jXidGXoGucn37suCKwdxgOkDI7SoCnT2pyGbBxh56B8ewFlIMblydjZRdDUf7erQ73BVikaX+3oa8CDK9tq3RATJkQ91yGLmz4VoKp6NQvXeQuaGLjQOzSQjjZkUTeM86+xxVdxFEgrpsL1iemt+4wPwMEDN7fzd0+DeAoSkzfUA9x/qsAadqNQyMjHgASdS/TXJB8U+dvB253po7f2D1twrliyN6Dhwc6seTAonnCXMD6Ka8cYpGOSppTCUnUnmlYl7qXTgbch+k9SGCUw1I9cZw9xR5XkwW0HW/1mb04D7LZOdgQi58gxnjTm7ntzScJ96FQi03yL9GbN3s=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpCiARFiDhk1lcksYI4zmW5OcGg3jOo2IkiDFhiPkjxIKA4R3MA2S45RflJuY4ZyQWpadm/gcCLGb5U1nMY9iIKaGkWHjoOuXnpSB4IDlPkHpDMGkcDEr0jkX5uYklmclEajInTZMRmDQhRxOJNhl7gsQMDUnTZUKWLlMwaUmqJrBVRqTpMoPoMiBLF4l2mUN0mQSzAangzLx0YFFISI8FOUFhQZanoLpMSdNlCdFlTqynIC6DUCR4C5KMwJSRIUl2GUE0GZCkyRgWVaQ50JjkIIRYQ15wQFO8BdhnLvmlScT4zIzEMIQUTWA9RqTogQa7MSl6IMFnRFIGgYSdkSkpeiABZ2RGih5ouJGWzqEesiBJE9QmSzI0GZOWyqGaSMpPRpC8a4w9MYCaG8X8DJC60zk/vyglMy+xJLUYUqnyAonA0sS8ksySSseiosRKiEY5kEElRaXJJaVFqSlgiQQE3yWxJBGLO4whtZgxpHkJk0oFSSkAMUiUSbtd7KYfp8PTxIXXTN5LO+z80/7l9vV/+zOUciqqVBkcPn7ximz7Ie3AkN/IcrT/pL2B1krhCy7sDkec1mbe26jgEFKiMv3/BIYDus4yrx+Z/bG/0VjsNmWbgoOT3Yuba36tsedW0ajrsWR08Aj4I1F8fdH+m+e+Bz9eunp/2PzVa2/Ev7J3m/KNLX7Gf3sNfu6tyyrP72fawyoksp/VAaJP0qHKbLVdePTL/f8V/34rfcDpUBDPfk7yIoPDZp7CNd23r+zvvHTvAfdkLqj7n9mLgy04uv/C5sivO2/9t4f4h9Xhrgpb41Tn6/vjdnnyMK1mdDiqsKEoQ1DJoUs++V2U08f9C6T0gUre2utNWPDD8Nkje6Dmrr+p2/eLXHC58eGLgEMw6+JJVo2CDvlCzQdOLXy8f1c2588Fz9kdfsfkHv1XJOwQ0Ds9T6j5yX5O6XlxmqcFHZbqAAMkiR3qzjv7c5//Xvnx0md7sH1Mag48k1c2BXoe3e/Y9Oj4jN2CDsZgsNneL0kgwnLLgf0flh/zNvcUc/jJ/3L7+mZmh6ZiUEjd3n+J4R4TZ9df++T6m7aVEQIOm6s/bQjIfrB/0ul6j/21Z/czgqTlD+93ycz/0Hpyij0k/P7bx2ueFji+S8UBHF11n/eDvbmO10HzLe8+g5uSDmfenTzstJb1gPGRjXp5i3/ZJ5T5y4m9koTEc+FHe0tX96Kf/FwOYGfvVXQAGh5ycAX7gTcHLJW9qj/bLwQZd1TRAZxulr6yZ64AxSCjw7bPf69UvPy4f84RUIBvtO/OAQXEIaj9zFB7L+5fmL75VXGpiAPY35wiDvlgC57tP/nUfsn9fR/tH5tJHYhW0HCoXbctqf7mzf3P1qk+aZ73xz5+ho9ozylVB0i4vbBXBUVz9wX7x8BQnSag6gDxz8b9x3ft6GX70Lbf+r4/MKY+7meYWPfbqmCffTAnKCPmpReXAKuUYtQ8hGjlIkp5LGJGANElYHk=", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpCiARFiDhk1lcksYI4zmW5OcGg3jOo2IkiDFhiPkjxIKA4R3MA2S45RflJuY4ZyQWpadm/gcCLGb5U1nMY9iIKaGkWHjoOuXnpSB4IDlPkHpDMGkUDEr0jkX5uYklmclEajImTZMRmDQlTZOxJ0jM0IA0XSZg0owcTZakaTIFk+akagJ7yjiYDUgFZ+alA8sZQnrMwKQFaRaZkWGROVkhDtVlQopNFhA9hqTZZEGGTZYQPSSmcqguU2JtgoQbhDInSZMhye5D0mZkSJJdRhBNBiRpgmZDC7Aml/zSJGI0mUAoS5I0mZHoJ0hxBNZjRIoeaDCQlDUgoWBEUtKDBIIRaYkIUkAYmZGjibSUB9VkQZImaBxZkqHJmLR0B9VEUgo3gmRBY+zJAdTIKOZngNSYzvn5RSmZeYklqcWQqpQXSASWJuaVZJZUOhYVJVZCNMqBDCopKk0uKS1KTQFLJCD4LokliVjcYQyp8IwhjUqYVCpISgGIQaIZSjkVVUu/2E9z7s55/vvX/lVNgZ5zG67tbzsZcnCFCovDrTW/YnJdmQ78Wfnxkm/Shv3cbqqlTLPe2ecLNR84tfDu/v+Kf7+VPjhjX2tvGrerU9oBJOq6jfGAr2iP16sWJod2sZvnvgdzO+iBFf7a/zH5TKz3iZf2cd4n2G1nizmIg6Qf/9wfEqS+oNOAwcGrulnfZxmHw9NP8pfy42/vX/jD8Nk61W/2+2tlLdJdRB3aoi7veSxyc/8K07PWfhdZHMDmSMs7HE5ZlRAS9HO/zzIuoAs5HTov3XvAPfmvvc3eoGmKfUftz0kG3pKu+Wgf03/oq8YdCQdF+S85YbXn7HU3zX2//Bi3Q+vrwB1yR2UdVKb/n1D3+9r+gyuW+DkI8znMuDu5vfWWkMO2lpoLmyOZDkyfwF9ltvqjfbb2t+l3hQUcHswRXLr34Hn7yDaLa0dzmRxeTd3EU6ij5LASpP0h44H5Z1edv3qN2+G4t3mnY4Kkg0nDdoemRywOihuKMia+5XK4op0q+Sjiuz2H7ezQ+au/2P8+/e7kYaef9sBIUDvEJuJgVK4LdCrXgQ9iHgF/JB7ba9T17Mzm5HPYuP/NPBudr/YOS+7v45vD5gA0/OmFRQoOfWwglRfswcblCjnMWaS8889xcai/vtmDo81VwGHfQXG1YNbH9q7uRT/5MxkPsDVOBaaAD/sTQRHByeawK5vz54LnnAfK982X0r/7YP+6G/Fl/nJt+8H2KM3ev8uTh0m7fdp+//VTUjsWy0D9wXmgFRRMX//aP3oJDIiNyg5bIr/uvNX1b/+vuqw9JcJsDrY6V2Y9u6vkcPirBjAq/u8Hp4uvgg65YbXrtjEpOTDeY+Lsms914OeC9M2virkdPiw/5m3uKQENB26HmyBnTON3SH4X5WSXIe7gLPP6kZkUq0NRV9+TT/LMDgtB2rbKOvDPMV60ZTuLw5RvbPEzznA6RIOSja2Sw/aLDEAbLu0PKQGGyAUhh2BOUEbMSy8uAdZ5xah5CNG2RZTzWMSMAGlCTII=", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpyiARFiDhk1lcksYI4zmW5OcGg3jOo2IUiflRIOaPRcwNi5jHqBhQTBUlJTPBeE75eSkIHkjOE6TeEEwaBYMyg2NRfm5iSWYykZqMSdNkBCZNSdNkDCYtSdNkAibNSNUEEjM0IE2XKUSXIWm6zCC6SAx1czBpQaomcqyyICswoLpITBeWZAUhVJdpMBuQCs7MSweW4fj0QPwDocyJtwriNAhlQZJdRhDKkiRNxjCbSHMgRJuRAdgul/zSJGLsgiZ4M5IcaEJeCJqQ5y9IPjEyJNaJkLIJrMeIFD2QuDIyJkUPNMxNSNEDCQYjohMtooQxIjqaEOWLkTkpeiAFhRFpiRzqONISOUSTsQE5mohOCkjpx5jotICsiejEAMnmEE1EpwZkTdiTQxCwVVrMzwCp2p3z84tSMvMSS1KLIXU+L5AILE3MK8ksqXQsKkqshGiUAxlUUlSaXFJalJoClkhA8F0SSxKxuMPYFJKgIa1imFQqSArUKgaJztSSmHqlk+/AuY5L9x50yx647987PU9IwmGfAVDmqtABnskrmwI7pQ78Pv3u5GEmUQeIeuYDwomHL2s/lTnwvfTBHMFUcQe/JIEIyy3P9r/I0v42/e7//c5rM+8Vdt2yz1DKqah6KnDguLd5p+MDsQNAycntroIOX29fbyx2u7P/Wtgb/d3qT/e/mrqJp3DNc/u6np3ZnD+/7N9QlDHxbc2H/VbKXtXN69kdojfufzPP5uf+hDJ/ObFXTAfmLFLe+Yed1SEz/0PryZD/+89JBt6StpE88MnxfNrV5cIOVzlBNn/ZP//sqvNXr7EdmFUO0vHV/oLLjQ9fTrEd4FbRqOuxFDvw6ZJvksAMAYetoiAfPt//XHb5Cw+94/vdpnxji5dgcLDlur64wJbxAMjaLF+uA+kuQBtZeR2KfvK/3L6e4UAW0Jd9T4QPzMgTaj5w6q/9yaf2S+7vu7d/gmG5ruJ8iQNiIGOZhR1sda7MejaX+cBbXmDIZkke2CHX+jpwx1f7AnDA/9gv7hHwR2KzwIFZM0Hgvb2n3n/Fv9+YDqzpvp3BkC90YKUw0OUFnA4gWxa63tvPEsanu2nuJ3uwP3YyOeQ+/73y4yWmA0Bb5b+8YTtQfF3okyO/sAPE3XwHwNFzQvLANMW+0kLpz/bg8D8mcACsz0jhwJsDlspev6UcztR77K+VFT+wae775ce4paHxL+qgWso0i0P6z35wOnCSPxCj4Pgx+Yykw+xnoAC7t182KsX6/nmmA4+Xzj6isOHRfl1nmdePtgkfOC1wfNeOXpEDJoJmNnsv8TqAeGwf3Oz7g0tUpv9v2A+jVyWEBKkv+LHfZNEW8x+HnuwHOrZs33x+B5DshLrd+0GuskiXPmD63sLV/RO/Q+wdN+YK7jP7t19kuMfUKXKg/9BXjZjzgg71N20rI1YstXcCJoPnwHCGxKuYw0FgqG37zHAg7fuTxIVhMgcYfVt4/dczwNNPACjZM0sdYBMSsT9256b9uhvxwKCbtn+ac3fO89+/7c+AvL32lz0wFSc8vfBk/4WroIT73Z7DdnbofG0uh2BOUIbOSy8uAdaBxah5EdGYR9RlWMSMAGsaosw=", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalp8iARkLBPZnFJGiOM51iSnxsM4jkPEzE/Kov5U1ksGIuYx7AWU0RJeUwwnlN+XgqCB5LzBKk39ASJGRoGg1KvY1F+bmJJZjKxuoxJ02UEJsnSZEqqJnJ8ZUyWr6C6TEjTZQLRZUSWLhLtMiXLLqguy2A2IOWSX5oELNUI6TEDk+ZgLcGZeelEa7EgTQvYZWak6DEHk5akaQFbQ5JvLCB6DMjQY0qKHktYUiVdD9H2QHwCoUiKH0jpYERSIEBStpEh6enAyIj0SDUiKeAgEWRkQnpgG5ET2EZEJ2xkTUQnU0gJAtFEdLRCMhxEE9GZCJJ9wJQx0YkBktwgmrCnhiBg+6pYHCRRklqUmp+ckZoL1FhU6ZqTmpuaV1IMaY3Ba0BWEI8bSDgWF+cnZwLLvvw8VMOCueCGhVQWpAaDFIeklhQlZqSmFCXmoCnmATKcMzKBEs5A21KLMkFuRFPDCWS4ZBalJoMsA/Occ/KTs8szi1OxmOaWmVIKdFgOqBLPZMc0jR3slfTEvJTiNGYcqRMWOUa09y8WF6L6VwCkI78UpDiZWG9jCUT83rZETl5GxrT3NseAexu5QDaFlkm09zfnwCVvSB2H4mFTtHKAnwHS+HXOzy9KycxLLEkthrSKeYFEYGliXklmSaVjUVFiJUSjHDgsikqTS0qLUlPAEgkIvktiSSKW8sjYENLSQ3VeKkgK1M8DiV64GvZGf/e//feYOLvkk9/ZmyzaYv7jEJeDj3mnY8JT/gO7bnX9Tf3+zb7quKbVJG8eh5vnvgc/Xsp3oPKlmiHHmlf22t+m353czuQANESd31vigLPM60dmUh/tgZIyUSn/7M/Eep9gtxU9kHj4snaq5D/7vMWMe1gn8TtIFl8X+uT4Yz9I9YHoz/Y6V2Y9k13+Zv/hlFUJIUEv9/M+0J2w4MdT+xSwAVftIe5jPiBQZbbaLny2fbmuovyXnM/7N+mBTPy73xxoioLjwf23Qc598sEe7C9r3gN9pYXSvA+u2r+LcrJ7EclwAKzehg3qnh/2FyfG/HPeJeAQpL6gc0Oi5IHbP+uy9pT8sp8NdM0LDw4HDtvZofO1WQ7w6W6a+375A3sNfu6tyyoZHSDuFj5wYsbuaRP4n9j7r5+S2pH83f7V1E08hWvYDiTX37StjHiwHxwM1uvtD65Y4ucgzHQg6utOYIgyOfyRAAXAw/3XjuaaNGw/sT/68p7HIrK/7Zm028Vunvto7x3ZZnGtVfAAW+NU5+6c1/u/s8XP8BFlOnDB5caHL6dED/xX/Put9AGLgz7I+0dFHS4xgELo9f5VTYGecxte2U+WYAnj0+VxAAZW9MZ66QO/3r4+YKn8xj4E7NFP9s5rM+8Vdr3avz0J5NDv9vNXr70RX/Z7/y+Q9ydH7D/abwgM4nz7nIqqpTrONfsLbbmuLy74u99Aa6XwBZcX+3kL13Tfzvi9X/+uCtCJ3/b/u1IBTBEf90s+ihDffvG7/ZwjChuKXnAdEMvy/dwX/MJe0Mxmb5AYx4Ez704edtIVPAAO/kcf7E+FgELmx34Vjbqena+FDkDsPW6f+/z3yo+XHtov/GH4bJ0q+wFw/D9mcGAAgwP2TxMXXjN5f8de7PfpdyedGR2WV4IS6EN74yMbgTEscuDgqYWu2z4/3j//7KrzV8PYDoBzu2NeOrDCzc8tRs0riO4ooimIRcwIAEE6IYA=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3tUFFUYX1hEFhAWNC1LjaSTHk3dWVhY03MvLFIQiLI+e2jL7gAjuzs5u2tiaKmp6aGgxCRMfKThI1/ASbL0jo9C9GiaJnhSDxHiQRZ8hIuPjObObLLodtzh6F81f9wz97v3d+/3++7vu/NNWBqdmu4jkUgsflyTTBtJvc1IpodhCzYnURZrutc/vRgrbdLinuY/Zhub7v2ALaXDlsrFTBvIvcTTjEln1GTqmAySauceN2ulPGKb1o3tlf9tnG1gJxXfO61Y2mzo6OGxBDxfwbeE1pdr42hbGpcGnkEieIiWMmd4BME2hVIMhuDbaHEQfhu1GIySb0VCxLNxYiLFBDpCwIiKtBOjErNPJN+qxGwjQKLEQFTizzNKICNqm+guYNQCZkQXMISnGGEHkcpxBXksUX62oivuOfNH1BlF8hhCVOycGIU4+fAYjwm5YEQlqqA5QlTSOTGR4nVKiMo6QXOEx9p2kQ/h8aG6yIfoiuaUHkvBFeSxFlyEqhSnbiHiSvdqwMWMpQ8esJIMSeszSRMHZLLHGEkTabZahHLx3me1G+4FcE2MxULrKZ2Vos33VUb+9xabkP02qcWTJ5BWRpdJGhid0U0ZpcmkuAENtxvJULgwvW+OjHuJoxhSjzfjexojrc96h7KQblaLpww2zjEjrgwo7wdX685TydCZDZZ06b9kjsIpbNXj5yt7pHylYvi6XrKEM8MeP2H/hxGWYwRtw5P1nvJ2E8WH8HbWJc6bJfrx8w58pActnrCi02VA3HcDBEuEWlpD04yBMuuspEUosntwzXibzmylrNkxDKPLFoD9+VgwNr3VxpAGfuCtjn6czqpzcxMphZpT2dk9Eg/hX1BsjQhRjdqb+jPIub5zXFbRKTRtT0Kg95BqBCa/vgvZG8DyzQvGJ6zeiVaclmU+Z7SDuNvNTay6GtRcbU2cutgBmnvsG/H5Fgk7ZEnvs8fbmlBA/PM276I/0KnkNPkUdQO6vKI0cOZQL1h+eNa+NX1b0V9kW71uXQCsjrgSPebla8Aou7U2o+wuOiqv3FPxkQ9cNkDf8lqsA8yes3Go5pmDqKlO1ZddJYd4Vb+njwPHoDfyDtyoR+P+fNJS/akXREFfKNeXt4GS7MrBI0OlcN0ZvPBtxDlfPOprCZTK8IrXQdiAVuOkuXZUv7D42Jaf2sCw/LU3FQ1yuCeLc+CSP9sedtdhq/WCLTkgctpIP0hJ6Pk+Y3zZrCGOleeXN4NFOSfKpt44Cxp375Beyr2BePj2doRHlyyyI8yGuVWJ1Gd+MEW8fxHx7je1AeWhXcPMX3Zjh54uauhXUodq92GHvdiEYXhHBzK8eS5eOvtXsKRk8hHi0C9gZX7wHNVWGcz9lnPs2UA4cmDiuwt3BMDtNdNnpRR7swUO3+mFSe1gc88TcTVXr4MjB2O3UReawZ2jLVUHD/jAoJQdBeSH7agCLqirLJTDw4XffZaf1x3y4Su+7IyLL4yj6KuLqtoAXqU1Ucpaw1e258+7AwbzB3oBJH3lz52kD1toDl3IJsqgGtMLbgIzLsxc9nF9LVodsnHv/j694Ac4nBMl0DRp7vZv0i6Cvb/36ld1MQSWcqy9vm9ExdMGc0drR8deGnvyk3MSOPx8uO/8FdfAph9fjVoaI4NP1U3ps/tkCwoIHzQvV+0Hn+DQYEMjGL1q4pqt21pRxPryqJsHWgGvP3tP6OTJ1sy3xBc4agEOz/CkYKcfQaydVXMmCczTcoxQKEzp33tGcpmcNfKCkkL9e2dHZ0/xhourJuzftCGQDXqxdPWVkmD4wtqlO39rDILXsKwr/Fj+dogxZ3CfZtpk6ZxbHX/DHf+dbmzE37nTVfY=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpCiARFiDhk1lcksYI4zmW5OcGg3jOdBFjwhDzQ4gFAd0ZzANkuOUX5SbmOGckFqWnZoIUDWF9/oT0/QcCuuvDjBv/ARLzGHFi8ig5ER5bTvl5KQgeSM4TpN4QTJoEswHJ4My8dGBWJqwFJGZoQIoeIzBpSpoW0q0xBpNmpGkh3RoTiB5zUvSYQvRYkKLHDKLHkhQ95hA9hmTogaQCl/zSJOL1kBQGFhA9RmToMSXFbRZkhLUlRI8xGXrMSHGbJRlxCslxRiSlUagektIBJMsZkRQ/UD0khRskzxmRVOpA9ZBUhEDyqRFJ5QFUDxl524ik9AbVQ1I6gJQHxiSlA6geotMBpDSEaMKeEED1fjE/A6TScc7PL0rJzEssSS2G1Ea8QCKwNDGvJLOk0rGoKLESolEOZFBJUWlySWlRagpYIgHBd0ksScTiDmNItWEMaW/CpFJBUgpADBK9qHT7Z13WC/tpin2lhdI39xf95H+5ff3T/VpWk07Xexy3zz36b1P1p2/2xkc26uUpMx34bVVwruPSF/s7bswV3CpP9ns8rBJZd5zjwM8F6ZtfFd/d79j06PiM3df2bxX9ffrdydP2O+RaXwfueLL/9ELXbZ///rIXNLPZGyTGc+C4t3mnY8J7e57JK5sCTzIc+HEoZVVCCNcBzdMCx3ftYDnwvEfjLe++r/tnh85fvfbGQ/u0juTYO25sB2bNBIEv9vU3bSsjXggeyNb+Nv3u5Of7rZS9qpvX8xzgylDKqfjFf2CyFaNvC+91e8trR3NNGpbvTzQKNdBayXAA7O4lLAe6/6Z+f5L4EOrf7/YbijImvv3DeODAm3k2Olf+2e/sZfsg1iF64N3rA5bKXoft/wNDYcMEwQPNB04BfcJ7AGS6/3ruA7Inn9oviWc88P7kYae1mefs49nPSQZG8R+4vrjAluv6S3tFkMFrBQ+Agm8x47/9ko8ixLcH8h24V9jV92ST4AG9/4p/v5V+2w8Jz6/7nexe3Fzz68z+N4GgkPu3n9tNtZRp1kd7sSzfz32XuQ6Agm+a4rX9FqAAe8B4wDuyzeKaK9+BMFAwxX+2v+ybJBBh+W1/9OU9j0Vkn+8H6gouUflhv+T+Pr45xtfsJ8X8c/719vr+F1mggLu8/0nzvLOrzv+x55SeF6d5+ut+qQPRCo4fP9m/LgbF4F/7T5eABt5gOtB56d4D7smf7EGqBI6v2l8ozftAV0DgQD/Q9On1TA4vPUA+ubd/FgfQoJWsB6ZP4K8yW31s/65sTmDSeLz/k+P5tKvPP9uDUhnvg7f7ty6rPK5p9cQ+GJzwTttburqDomL/+e/Bj5dKszkog5KlDe+BffOl9O+qHNsfBE5IX+zDozfufzNP8MA+g5laElN/2YuBkpkzy4F1N+LL/OUEDjQHes5tUPtoDwkX1gONaofall9nOmDSsN2h6dHD/dHgAL6332cZl5vqV8YDwZygjJiXXlxSlJ9bjJqHEM1DRK2ARcwIAD2gg3s=", "1:eJzdln9QVFUUx1eWgJVAWH4mgYA0Gc4Yu+yC6DB310UG/AWyVMb467G8hae7+/Tt22xnChun1IgwHU2bsQwjf1QqYwJTBu9mjkT0Y9KUMIQSmi2d3QwHEhahe98jEaWJ96Z/ij8ue8+9n3vO/d5z73kJxXSB2Vcmk9kDULOUtpAmh4U0z8AWbF5C2VnzlL96epa2GnHP8B+0LfvXbT732fLGbAVIR+OD6Ec2zVgJi6GMYEpJagT9SebujyFvkrb8CWw5/2tb/LgMvqPuAtpWMtbDY7l4vioX21QpRnwL9AxtJVjKNFlKJY5SC5RaEpUqjkrlW40USCsWkrIrjSTdNZK00Eo6rVFKY/RD/4yUrRS9jv/EpPFthhgkXQoyqoIIZq7AzJXAiIotQ6QffrZWpCN+dpoUKP1uKIt2FE9iS8JlV6eIkUG4tGqVuOThGbUERlQqjDKiElvQTa2VwKSJTzl1ugRGVGoLaaoWlzzC65M66US4G5o4E3DJt0fhAZZkSNpURloRyDgXWkgraWPtYwWOL2YP4F4gavR2O22i0DNG2+75fph6Z7FC5wbSiCcXkixDlJElDGGZ4GPDUEahAQPyRjKUAhnumYNNWRRDmrAzYwgmaAeebLLQpvWbKDs5waLZVIkDxWfBZZnyu39Rf35HpYStxG6W/03iqEbPNeMeuabJhHJvoGmmhLIRLDkqUxBqljsIG0uxTj3DEE4BjOMVYRwm1sGQJfzA2rF+FsESExxbqkqobeOjI/EQ/kLG1mc2xgT96I6Gb61+rDWk+RaYFlh3yNnczrVWL6y/2ZgAXZWz3EFNQ9wecrtpVUcn8DwHtKsvx0NFxQyTp+g8yJ0zknC7vx28YnF5j6piYdmH1+x1EW3cjjN9s1buOMlpDp5Kv3UmHlrR8O/nB8HWogufdIdfAUPR9jYlEw7lzwYmzRoOhYoYHEEHmPnDQPm6oenwiZTko2H5frBv0dNb515q52rlKBJrMNzpRgF0yuC8Xa2bc7hBsP9sfC1zJBJ+uWrx5/6NAfDJA+8f+35NDyh49O2Xa6ujYdzhX3LmjLSAsF79N+aLXdyNw+cWpytioU3zQoNui4/O/EcPUX2pBlxHUXtbE2GeLoz47EI3t2vlsGHQ7QLKdxs/jTLHwcpF13w1oV5uh5FN2jvyGtee6VxxpC8RHtF+NX/ZcrnuvbWFyKUb+MzeFtn+9QDHh/e8m4v0tnpaDL66ZD5gBWz4Vtbpo7gEgptS3kiOdoOlEXjlIW53v9+afUsGOV5ORy1YwS+shB9frrhNbpoyqmuXsC9CDqv8bkTm5Hu42JafQU3XTRDya8MJeWkEdGLwtEx3vL54c3umi+P3V58Io3jHfrDpwPTHryT1AOE8lfAY1bmxokoJWbx9z08c3lz5/FC47fBTX6jPKiEXvD/14KleMLXtnQ2ZFVHw0NTsRxw+EbAnHHvuAY0FrydUaR+Cq5H8mTG+kJf1ah+3s9w7b0NVLDz55m9I8SDIp8uCq9yWq837TkcGQlcsOpjjAbC88qP1ioFh4LkOM2ZWhEIkyp7vFF5Bv9tyXU1XE4ogGs7vynt1r8cfhoNzHXUvDgJVwAcPF9UkwdKLrnWz+4dBP8q2M329IO/EbnJ7dyKk6BsvtRQG6jBmU7oB/wLobaXoXaKt9vF3Zfz7JFTLCWzqPwGlf5eG", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3lQU0ccx5OYkJAoeYGIjhfFVvGoSg5CoLW7lNgKikeCtnV6GOERoiFPc7Ri1dI61YpHUcejOCjUEa3alo5aj6rvSRWPaRnrVautxYKiMtQoQlVA+/ZtrECZNo92/Mt/drO/t589fr/vb3cTOYUyZ4gFAoFbxhYplINM8zrIjAHIgsyj7W5PhvBhK8FDZVlQK/GJ7X+3jWnHNvY/2EY+sT0m26BW2SJ62HqRcqY/aqFvSai/hiu1FpRwCS4qy+qxpwUI6flBWq6M4QfpOjIThgz8ID1XxlqC2NJid9rYc+ffkJiOzBOThGzaaD4TGTCj4cPEcqWRQ0yUd0oAiJEr4/jMEsetTBMd6DS4N64C3g7ujStjR6A4XsvT4krHayY/pOcF6XAVwwvS48rAC4rpiPcMHYFieeq7JcRL4Di2Wi0fBkdJG3Bo8WnCMQFHFicfxwQcWJx9HBNwXB+lnzbgU6tF+mn5hdXvuYAPhxaQjp8WsL91/E4HPxSwGFpkko5fovshfomO00/HL9H9EL9Exzmr46cIP9SRRNfxUwSG9O0rwsw+9t3d0AcP6SKptEwyiwVd2SMcZBbp9LhbD4j/KCjYIsHtptLs7O1LOVsPZpH/NVhq9nTcxLdA6/W16fvPN2obTMp1sVmd6e52GPyqiGvDSNgfE60OL8k9HVIpG+nJJF2PfUMPL29eOzL6b9bAttQ6tkoBfqkmUpQr3e60ekg3fsJ2YYvxXqvTY/dkJ7hc1mwM9uF24PKmebwuMp37MPlR22T1WNvRmD4aH9sZnVp+ItEn9EcSWc27+3xYM14B1zhD5zHHK8Hi5OtivYqAxCzD1hd+JGDOSHpOb2MTCL5baNs+lYCifZJQNWgAvk1lo2IXPgDdV54OzuxLwH5eUb6spwAmdxYNXhBeDaI0sm29zivhlpsnU6bkdYbmqMKFJZekcPizp/OvFBBQZXh+v3mVEPaabdVOKJHB/hbJhuWzCCi8KArOjagDxfKX2CEr6DzNO0MiI5TwvZ+GZ7+6+QyQ+sJHjmu6SpsWOaobB0ph+nO/jl2y+gCIfzr53XnD9oEuM7YtupDZBA7GIUM1HT0ajXSY1qJhbl8FukNfDXVuuEMHvb8ycZGjgS7/6OTFCkU1iB70WdgJUxiDuWY6qnT+pleOyyHXzUYwalD2806xjCk6q79hHCGB3LBeJePOXFY7G1TSPyx7/X7iPTmcVL/nfG5zZ2bPkiBf+FExMwfEvLk36TYocaGOCkb9xcuXZqnL6WmDG1b/suIBKMvS5+yCMjijZ5eKIePUEEWhSKKCn+6IvVOaHsQce/vA+h7DGui+S71sl3pwM+27N0Yd9dHbr7t3dm0UMSu6iyeGDCkFU1Pqllp2EPDLflXz1n1P4PXVE/DyrYiT1FtN2J8fqOCtknHT8ncRMK/wjubKUCU0JxXk9C89Sy+b2xg/vVwJUTiiB3WFKV2REhqBUrGzOHsBAddOWL/183OnQOWRNd+syhNAbvlSAnJxnlQPzrAqcMys8/stFN4n/6iyFpXTWD+N9O+zWUfES+Fy5KbaywBtN6/QB9bdQEJqAhdym1miho7kHFUBjuzdzXqwmLaZ7JRP0o3Bcb9Lp1ZuXHuoMAiKqxcPqE1RM0hFkSFCplfNb4YeOSq4YXm8MEUsZw5/zAqnSM5weusth3N7G22mgWE4HsdCmALVxv0HV4uhHjlaFMp8Xdd8eua1csD5YUwItH57ajD5iYw557ud/Nr8qzTy0vwoAuuZkDHI3Z5nFAze93XAyUoYynDpUdaJIbdMTjVHVYHcpVW3IkJVDFL/tZWlfl03AG77MyUMF9aKS2AzSqcEAeTWYZf59R4OJ18+0ffCHjUMRwE+JYNPsdGUhnSDpnu1NUycAlqC0UHitLGXA5XV9loQ/u3I0rRj0/4JDpRIdQ==", "1: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", "1:eJztVmlYVFUYZoZhhh0FF9QiFzRyCZhhdemccZBcQIIhzRZ1HC5wcZhrM3dCTE1BMk3tUVRIFB80TDPNDTfUc31wCXGhTDFLWcRwASUxUBHpnntHAaOaS3/64Z9z53znvOf7vve835mvzzQqKlZiZWVltGWHcEpHaE06ItYLW7A5jDTSsaKnMyVNJarxTPXCZjU+VvxPtiiWR7Uj+yOUMiRqdKp4jSGOIPGmds6K+A82dTu20S9s/zNb24p6ppKRlD6mZYbXxuD9vtwoV+OiVBqoRA1Nai0AYZtvsDCUnBsVHQEFqqVYf6Q+jn0y/g2i4EY/YX4UfEp+Qhz5caO/MEhHmPPnUQGcpxDKNM0CT2ZMkJDoAniMogMYQcSZMYFC8gniMb5C/AQLzIfb7SOQOD4s/iMXBJLzH4sFxCcjENRSr3IfIZhAHiOIbzPGYhZaYQRpjteCXJDmzBhBvJkxAcI1Jxf0YpkxgmrVjAnugLYVFguhNchiJbQGCSsIXqcKYfVqBlkshlalpxBWemaQxXJoVa8Ki/XAv6Y8SNgbxL/4CmGK4EF+7SsCd5bG7niBJgwEpY0nElmgIXmUjkgk9LSxpf/geg0bPHNgB6XRSGlJ9q+N0j/Xpto/Oyw6eQahxpujCdqgiSdiDBpdOz2tKp5kF1SsN8JAOrGG5/bYsT9CSAOhxc7UnTCCMuHNWh2lnZ5EGol2Dg0lY0xsfDrcNZHSvx4q4zKK0+hjjLHWf1N5T+kOfI4uFyu+G1NRlCGG1GtowkwTDj7SpNHTJJ2sNBg0yTzQg2PEYNLSJgMRwy1MbZmHaGhNO9fm58M3LW2jI/ASbv+wdV3n3MNHM9zho7kJh+j0e0h2tkfk5SwZM3CLW3FIpht0H6C22biiEQ1a2O3ns0lSZu7LQXEhpAuMGVYasTTjBlIc2/m6vp81c/wL36Qh5Z3h1nMXJlR7lwLPA48X3v9FxGTf/frEuH3O0DF9S0rkmEbwUYRHt4TwJnShKmFQfUYDmBWw9Y2J7xWilIqTmfmrxUyX4pBLtbQr3HxiXOAipR2zouiT0WiOLZN0ZH1P7yt16MjR7mxETcDtnvJc7IVmEF63TE17lqId1lVLvGoaUPLNAb6239oxpwpGbiOvSmAxDmeYFHJhUzuQMX55zWzwAG2eeEp+bGc9wNbatHKg/F17+oNxZeiztHfPH7p2CbxpPdPB02s7KHHFjo6Dr2aMsC/ZWI28r3hK569qRl4uDnmbkiWw4PwgokdFLYra75F2O1LElDvgRG8ib/1G0SGbXYCpzh4++Kc/0BzgP/ngGGe4dkO/A49lUmgSr7Ht5SFhMLtDRQ/ARTbM/FfvcrscU2wYUfgCpwhve5gZ1nXJ2FsPgd5v3j6YUoEu95qtka9yh3ToynrplDJgOyLr7fVbJUxj0Z3CgpEvQXxs9uRHqD7jSvpCG3tm+Pgflr//xBVyPDY5MbwfEZPuLpngvM0RVjPB/cZ+bM/sXTC7ePckB+Z2RUBPpldX+GvJfGPoSkeGu8/vnJlJnwZdPJ54H3HXWlIDHEL7m8Q9bWD+/qXS2m7FqDatMPqolxi6rFVs2LPPCvb+kZoiO9uMWFK/l42QQC7/QjHEUWeGXUefNxENlZoqNLp8VpftJ12Y6WuSWGoaEO+nGeXE7b5lzJMxi5RTrxf3LQA5D3x/295fzEx5rajTyaFODGZFskcEi3JG7a2bI4F5XTEDNYC77/zHIJg9xW+eLeR1VoX6NtWbytbaQzbZVO/TjtBNg2+OBDvfwp4bUGkZvjgxHH44anWfZXkodzy7RSVhdDNn5Q5W1YLkdzb7nxl2FahYVX24uAxw8ph7A3D0qg6CIz5fDnRfVYHYICtTs8vRAHY88801wF/oRTAZ05D1CE3lCqAOJbCnLKsUw3AuESuGj7MJPcRpVjaiIbvWsZVzHkVfy8061rsBia6K7Ra/chOx0Ydtsr8DKNdU5lTOE8S9bEp9HPveUonGtm9A23eXb/Hascn/BDp/QqI=", "1: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", "1:eJztWHlUVFUYn2FYZECcQcAF0QBFKDdmBhS03iWIIM0FcDluOM48YHKYp7OUWJpLK6KWLdqCWYkYESJW2nG5H+6moZ3ScjnigjsmooBKYO++N8pgnONcy/+cc+a+d7/3/e79lt/3zbsTPJVLyXCVSCSWdvzwImdkdTYjm6EmEiIeZrBYM6R3Z3FWLjuVzOIfyyhkLv+SDW+RpfDxTvXmbxI5c7bWGJ+lNWeyBqLUBm7Eg3B3+E8bNoxwUpb0WPZY9khkrTvKPRY/y5n0LTPyLJnoRyYTWaQ61Z2/pBpMmXxPchIz6CEwMQImgbNNdQKjEkYq00SIhgaiFsYoGohGGKNpIFHCOJAGEk0PGShGeQANZpCIoYpZDCVGtEq8OB1pQZuWn44gOvNUD7OTHeQ0FcQI/AeQ03QQtxAuKio+iC6pIh8Co6KrOwFDVd52DBVXNSKGssAFDGWFCxiqerVjqDqpPacx9Bg1FQ/EXqKm4oHYS9RUPLBjqHhgxzxEz1JT8cCOoeKBHUNXqGJvVDtNBEeQ00xw6I0ap6ngCHKaCw69UeM0GRxBdF1YbAsaun4v1riG7udILFgNXesWq09Dxwix/DR0jLCD6BghgqKoGKESuRfVNiPIicnSiTywsmaW02Wx2TzQnPOckc1mTVZLhsxxwQw3MvPihziLhdMZtFYDZ7rv+CW/t1haznQ2lSinsVazNovVm7XGNs5q8VkG/kE8vxtrNrSXOJ7xBB1P/ibBYGZ1ZLNUBUFwNqKsM3K6aa8YLGwbiyYa9DbePiN5277v4CjoeAgeZWpN+vtcbPVaYqe45tH73eFBfpNZvLMOy6kdjm7FyuhH77Dif3XYm9rhKMfi0Ay8ryJIOsjC8Rxn1htMWitrEU9whJ+jbFqT1WDNiTObtTkisLsQC7NNZ7WZWb3wYErLPEFr1bZRmVGR4ptSa/NY4ZeC/xJpcI8bxjGz65mpinEx3+9pxFfabx3wyZPdoOeyO+/NaSzC0z595fOvQqUQMXHJtrrwYhxWtWDFL0W/4Rf981649IYbxF3T7Z80tAGvG0k0rzPj6346mtt0A/c3fS3d7JaCo38ZPPzX96uZD+vd05fv94KdzWWv1pbewReOFN+emC1DA7vChCfKJcDVvLk3rfwkDhqUmWDgpGj/60l4dpAbrL9k+cG/sRlPWIerV2z2RGX9yMKX8RyiGNETBPP7SdGasT+rdkS6Qx+2y+lxy8JAtEOO1OSz3gsaY6dXvJMig0XhvIelbsjyh29t3AEP2OPx9GejvwgG1zE+fcvyPdHCJrah6pQchpOAWLtAt8uno7sidzTpeKJs5kIXkHnm9tCVBMHZgyHHbjVL0aCb2/RFUySwca3sfN6FUFgtT+xlc5GjAcP4u4IOwG+Scei8Dzz7DPHYE6l3rOM9cId2ZNtvO0JF0YFDY4qVyJy7uKo2vSMYPW+tzFyvgOLv/kx/ecQJpm88b8GPrpBbeuriR7WBsNg2I7D9yTpGLxhUiTXK6CFbUgJhHf+4bL8SoVWVW30+l4Bwue4LZ7VfHtZcrcaHPLNCjDNv4vN5JAAHmdtzXtps/WA54/LU2wFHKjxgUnP87SuXq5hNGxe51wRcx0JcS+SQryzYUt6pAa/3nlG88NhJLOapCR9oSD1TECiF5Py5Ydveusa8t/Jm5LmSI/g1rWr0gCfP4A++mT8qOb+eiV26j8/kVVzRZdTRwNdqmM/OBRVeSKph0pcP88/LVcIR3svuAfWY3xxiQs8xJ1xIgH2gcsSiZSbfdnAxqd+d4NlyVBOQNPLvzg2YSBfASSzy0Q2dmuVX8rzWA4JLzVnvX9nBxBzema2ZK0GTh5LM/o39Dib8WXPDFWYV9OEjqUACD4ddx/2Iwat7QjOfbm2wBwrae5ZZVbkLhx67xUemF5wr6VW1oLscjS5fs2o4+g17/bA6Z3dyCPBsjbt2ph0i0fda5QluXy+NlfbtDXwSPg5eXM98ScJQ4A0qYYEwex6bmLSU3ivfLZWIeeoTbq8DLzRrd0Ts0qFKO08a8eEx1f039VYi3uum+jp3ICz5bpwLFOYQxfbodZK2zl7gTwzuGQJCXQyRoG95GlWv9YHjWRJu3hvBMJWkfaMCvUzo0tcHem97q3BsblcQyvG4DAk0LFeIfq7oApdcCZO8kRCuF27iFZMj9il2B0Hz7zMvhkXeYLh5rjuXRN7GZflXC3dNCwWhTGtckDWRRNQXiruN1w+u7GDXl6GMd3Q8Q6Ug8OIvXxhLDJ2sREKcKvxge134xCXz/cQ4bVeiJJLItwMgLJVE1BsEGkX4ow2/Sk64JCsh3YNn0HgFKC5uWCsrvMvzOjxSIIQ/CN08zpTJv1pw2ZbWvbDlr7GWv6DakKn+AQ5vwTo=", "1: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", "1: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", "1:eJztV2tUE0cUTgggEB4hgjmAD2ipj1orbEISOOpOiOWgqD0QH7VoZU0W2DbJ2k1Si0WUoj1qLdZXPVqttlZPfdW3aKvsYqXa2gpq1WrxxaNWAY9gPahU6c5ulEhTTzanP/rD/JjJ3Jlv7p3vfjO5iZtKZuX6ikQiWwDbjCbNuNFhxnMHQAs0jyJs9lzxo5HOTloMcKR/ZvvPbWNyfZ5my2LzYghmv6SRlAUz6/MxKg8n4CI3exnc2NKf2f5ntoGPbNwte5zpVNJq6hzBuRFwfSLXKg3wouoo0oLZCaOHoCRhIIRrVd6A1MJASq7VCAOpuFYrDJTEtcnCQOoR0JaYIAyl4VGJwlBaHoUIQyV75cuJ0hr82c5AWPPYJ/9pGJ4FwQG6woT5SuQ6JEEQCPEGpOQ7jSCQiu+SBYGSvAGpvQlP7Q3lGoHh8a8Lx3iiEIwzS4gQDJ8kRCkEw+cIUQnB8ClCkoRgeLIRtRAMzzXicVY73wdEWFKdxAnTHA9SenOPlB5LweUeKT3WgivIYzG4gjxWg8uNVXosB1eQx3pwBXlzzZXCFOEECVMEr1eVMEXwPzIq94qA1axNASfsOIWTxnzcwgKpglfMuAW32m2d9RJXG/nBkZRtdDYbaSTYXx7S2qU0Dnq82diCabgBLh6L2yksHzdRmNlNHa3PJ9gJPesNp4hw1tBlTSD7ZThB4UbozCCDCNIBFxvNpPGt6YQNd7NpGmFysPGZYZVHhPxz027cifIwq8mWK/m37DyiLqELX2EivnzUkyRlIqyYHXfyBB1lOjCrnbAX6CgKK+CBvTlKKIfR7qBwEzeR0zkejtkxN3lTOevMJ8PD4RT8VwitWSPWzO6bGgYmxepajAsjmd/uFb150N4daPOGE+StRnRBaX1rn1N1dEXy8yPfKzmKqoccyvoE6w4mZO+km95QMNK0Fxw+q8JAm+PK6vAN7WgKXDb4Jr2Dyl/cXNhIk/IS5se4QJDw4qbu1b7hzJ6Jdw5cGCkHa8I3HKpQtKLY2Kx+6+a30NfLtkuuLWxD2Sh+miyNANmpw/44vzWCmVtYvXviHT/gV7kocfo2f3By8aSH+vvt9KqV8FNHy2aotwybEASial9TlGUGM6lVuWeu3QgC98Lgjj7gRFTmhZjChzS+OYf19BfKRh9XekcGtHcPmzbHypgJTYO/7bdIAuiZvbR5RwIAjGbHVTFz+mBdRK8fGlB4qkMVoWDAcdnRb/ZX0qk5DdXPZcsBdHdS1ILefB0GWoPSoauVX6gU4N0ZG17S97yH3i412ONXtNE9CzFkXEIvcB/SuvQBWuwLD9JODxnDnqRcBliS0KRL/oA/TyttVc0uA4cjwNIU8eg5Ib7go/7NIeUJEmaecXJNWkkAqMkXkcW+YsDn6TJ9ce+cwmplFNjfe25jplYOzslbdVW/BzIfaM9WWlRNKPbd6YF4VCiQQ7o3KphB+p6NtWoF4PtoumufMREiI4Fl/Myv99VGMxRHpAywu7Mu7qJzQl7dvgyvpWGaMo49oGenQ+YkoOB638SArWHMkZ0vW9frIsEln8AFfYwX0L0aSPQNmuddDGIGX4z3FytAfP+ihQcG9mCuSpduej9TBGqvL98V3CIFozTzdTkNHfSeY++Ur41uow1+65ekFAeBjGPdhn46rgGNNbKMF8lAPcxOR7iTpyq0rR77/Kw9EiyB8mgOB1Cenw2pp7m0rwt17vsLysltRwX91fcZmvniSOe56tBpJ+adunSlGY2Dwt0WDdonWSof7rqLRjPZ7M1oRbl4VkWA+BUdHxe130BL/W/1SK8WMbuD3976YUwM+PJyOasACYDZqVwkYjhe9vcGrFrYVLWgyPRBcX3+bKKt68UH/ZBYkLLk+Kx0uhUdv3bLtl+nSJj+YdK9Gw/InX5vO3XVRK/9eXPVmfGhgGWteLleCqZ0g4ruoPexad+9sgcomzrr/NACf1BzrtiWtmwfauYEGAO4J09nzWMfYtJie/JtePJB5qs/Nzbkb/euXrA=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtQE0cYTwgkICjBiDymvqaOiq2juYQAvvYw+KCKKFis1amG5CLRJIeXUBsfdOiorSOtUoraVju+arU+iqJj62vXBzroSBGsOrYqahUFLSkVFeJob+9iCRbHHNPM9A/zx97td/vb/b7f9/t279Irk04z+otEIlsg26TQZkqfY6aMfbAFm8eZbHaj+Fkv0U5b0nFP+8omSv0f2ca8svnA1rdVFfg9642grYaWHn6WjMcruZZIx4WUyNAWnd2k9xIUKwxEcK1GGEjFter2gAS6p26Pe+pkbFMS6VL2km6yzmR3oZdhYjkMMUgIRsOvEysEE8e18cIhCcIgnGcaIZh4HiOIATcmTggmgcco24HxmjY+Ev6iag9ILQikbD/Ie8XxwfAXQWJwLySIcILHCCoh3jfCa75bhEp4zVyL6AhBZccLiPC6IDy0QHitbs+0CpOqm26v0+oBUgkTkBvktRg8VKfyWg2eIGHlx2/DKmGVxO/DKq8Fwe9ZPEiYInjpqYQpgteeqm1FpLGvyLYI/MBOMRStz6IsLJBxjDRTFspqtxkDPCfke8Fsk2iz0XoTexzS1taTpXf4Z7JJjmwqHQ+eRNkZXRZlYHTm5waHsDfaLBP7QMuuRjEmGWt4bkwQe5NkYig9Xozrac20fvZck41qY7ZRJkMO65gZv/uYAv89m4wLZabOarAZJS+oU3dGCbXv423Dw9bxyjGCzsGD9d6G3QaJLw7b89hxb4exvo876D/Ns/CAlZ4FRWh8H3AHXyRakL49D3C1+2jxfdzBvoi7DfW8JG53wO4jNf65DTBUxH8saWmaMZisOjtl47+iOrLNxByd1W6yOxIZRufggd05SpgcvT2HoQzcgxkt/SSdXdfGRqyK519TWrtH4Uf4PwpsLQidp9k23AkKcl2Ds8crUEjh1o8mlgWSezc7TsYMfggy159X18eHo4GXe0vz3g4jy26CTVcPN8BTx0bsMH0Thprv1aGE1+XkGw9WXS78uAbuOyu64rdUgTaKDwZ07hJOXsyzjfriQSWMi0ZTe+aFoQM/fip1rpSR1+8U7Q6Zcx2EaYYeSssIR8WSmvx+O8LJv3pU0tNlIoTdSF57GxYOFqcs6ghBSa1tb7irDm78HBsOAfmdfT9Ian4HWyafIo7vaoIz3k/t3rVWjFaPC89/q7YC5BVpl5lrrsI525f9miWqgu/tTw7x2yYiexUzWQX3GuBWRUXSxWx/VOuvZl1wgdz8n2YHNTXD0uXKuQPWK9CKdY+Ut3ZGkR/OOmgvjLwF+Gs1mC4rj5p4yZ8ckl3+SeUVBNP6rltafK0Z1pexhNwRkbvX1n93YqwTLKwomdKYEIG4eR3R5PwuO0dfmxeEOJoWV0Mj97sLLrDsjhx9H8JOa1Qb9jwEQ8efLZj25AY4POjL/pFFAYhk2e60JhCVzG8onjB7Pxz25rmvbnWrBwEcEXtA+fc//5JhDiXPZ9wdeKBvDbSx0S0AoagO03XaBfg8ugBehUlQII62ED+yJ6a5XEKeGcIuuKYrwtkCJ8LIXdfYxOSL0QDta3XXNXL0mdTZdcyEULJj9QCWEjHi/aqGq3EY796DYyY8jrRdyITNuZigLHhyP06wEfbnCL4Ne9w3ZyzcKUGXtjdPs5Reghv2xD06amiEm7KHdbiwEcGqK9XBhTFSEq8WTYpQKqnQHauSoM7fHjoS0UdC4ij+KBMjF4t+wkSg4Y53tsSeiSKdLMtxSxsgKy7p9EgFsvde9XRFbjcST4OmShCW1UqdHD3e+mdlSmYUmWSinYvLfgOTMU2hTW79+JMRnGCbwE0dFvo5sKRs0pEtm56C0ZIPgnv3ewpEdJ5/aWok2vz18Z7FRDQZc1rOhijj66GoBk7hJngMbjZg4T6EMdOWH23s5wJYjrNSquDYKUviz4+UIZ4XKcLdUosTXt67aEFFiQvw+boBBrFeBTfKSW6rSrTOZN+IaIutdU23/M3S8qXTho34Gw5J9tY=", "1: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", "1: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", "1: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", "1:eJztWHlUE0cYDwRIIiqoKCpH5VXxRM0mRCw+Z2LQQq21GIpWUQnJAtEkqzn04VXxWY9nVVoVW1utvj7rfVTrrd0VpWpRimfVIhU8gIKKF3KpndmNJdj4zNLHa//wn9mdb+Y38x2/75vZDUmiRiR7CAQCixg1wygDqbUZyORQLMHi9/UWa7Lbi57SShnVuKd6IxMM/x/Jot/ImkDWtUEWuL/oDaJMuvoeHovB86VsS6hxIinNlFFj1WtdBIXzAxFsq+AHkrGtvDEgnurJG6OePAbLpITaCz3UelMKqkKvw4SzGKIvH4yC2yecD6Yf20bwh/TnB2E1U/DBRHAYXh6wY/rxwfTnMNJGYFx2G2cJ95A1BiTnBZI2HuQ64zhjuAcvMtg34uVwgsPwSiFON8Jlf9cTlXDZc/WkI3ilHUcgwuWEcOAC4TK7HcPKj6p2d7scVgeQjB+B7CCXyeDAOpnLbHAE8Us/rgzL+GUSV4dlLhOCq1kciB8jOOrJ+DGC457MOSNGoCuyxR8PWEkzSWlTSSMCmtMGG0gjabJakj0dF+R63qhRWiyUVo+OQ8rUcDF1s78Xi0ubRKrx5DjSatakkjqzxvDS5OboRZWqRwMqtBtp1ouQ4KU5EvQSpTeTWryZ2hcjKBuerDVQ2olT9RbSyaJD9Dob0s+Ar0B68T8XFbEWpWhMOkuy8BXpag8sIW96s51o+O/NduLLV5vtePrYq2J409steZ3duKdqOoOljnlFKJre4Gb/Ob8dz3G5/YRperu9m8JuJ+x5jd12g+0na8RLddBHwH0zqSjKrNObNFbSwn1MtUBNrE1jsuqtaUqzWZPGAYNZl5htWqvNTOrYgcT6fpTGqnFSj2UR3G2loXokHsK/KrDUXO1Tum9HKV3ZLWFpls2HgW00x85vaQs7FI3y33f2Mv181/QHO/N8mYXKxFt5RR1hzZ0ypv/bj0Du5l8vxpd7Ml/1aL/igsQPrhnXPcf3RA3QRf4xfLG/mHmmQjNhB5izbvDeh0+Xg8yQJbbJX0uYd77I+SQatIaHMzN8pinKQF17y2+tH7RgPLOXSqduC4RVWbrNiXG19IWeJFJhJa0YcGREZshjEF04zW/7uxfpMFVgWZHiOkheoB2bP+QOSOikvK89XU2POX/4hl/QE7o0uvfzkKdPQbX09vYuN28BpnzNgF4XzoGg0VgzAZwXcSnbKL9O++VFXa54VEUb42du35skggSeLhTDtQt3Fpa29WB+PDnlp287BsDanLunjmUJ4PFB2/QFk2+DCYety9p71ICSK1trEozF4OBESfXalPv0W48M8TN7C+HcNWeQZx6CJV4V7aJ9fZn8VAGVfrMTTJwyPLjdBA/GOmR5pdf4L2kE2v2nJRsc6urjvef7a3Sh97JNc2KfgZ/z98ydkXcDbF30e6rgnhezeU5szOrZdXTSukvye/uFMAoH4IAIdl75PGNWbQHA4ohsT0hVfHoq7uhlOlO1yFA8XcRc6+yVvkLVDDbHy8bU0ay+Ya2YMsuetrVD/WDPypXXls2voLvY3FeJA9owXD8Inon84OznCc/ANMWWgSPHuDGIFY+7JbSC8S3Ddq2m3BhJAI70TbC+FwpEkgAOe7hEbe08n9YQH/XtsUlL18zCHkqlRbkdYq8GPKHFWwOR592YjxGbBAUVID00a96GkVfB1LAQ5LJyEDkpd8G5cSJ4B4dpVQn9IUuICro73nhjS4gWmaEhRPAUDkefKprVLz8QHv+ht+m7dG8YkRKlpyZJmNJQKdoqGOYhVvY51AI+sV3/ptV6IaM7PXboyRP+UHt39KCBJQLI8aQOZKytQgx5DJgxmEBCSM8MQksdACcO7l/sVVECMPrI0ULAuie4NTNqY/iZyNwQaJLP3gfd3Rg06B+qvkF3xeb8UkCfo8Yjk0tp1j0Z7rBkAvZoJdi/Q1j8WTcxM4N10AOai78E7kVR3n2lJQzeUIIYWwzKUVa9N10I2VKlNKWgixFltDTM6fq/LfUfPE5kxF8r1fip", "1:eJztWHtUFFUYX94PXWVJUV4i5uN41GhfPLK8F1dREkVdQktN190BVnZ3cmdXXAoRrXxmiA8MTdTUSFRQy/JxnDEzJDTL8nTURBFQfIEvBEGle2fWWAyPOxSn/mj+uDP3u/d37/f77u+7d2aCp5PjE5wFAgHljorRpI5Qm3VEQl9sweYYLWVKcHhSizSReiWuKf63CWL/Q7aR/9vawdavRRY4PqkNJQ2a5hpui8b9xWwpUeJEijSSepVJq7YTJOcHkrBlKD+QlC1lbQHxdE/WFvdk0dgmlihd0U2pNSSiXeh5GDmLkbzMBxPKzSPngwljy3D+kAh+ENazUD6YcA7DKwJWTBgfTASHEbcBY3fYOCbcTdoWkIwXSNx2kP2K48hwN15isE7EK+ASDsMrhTjfJHbHu1moErsj1yw6Ca+04wQksTshbLQgsVvdtsvKT6rWcNu9rDYgKT8BWUF2i8FGdVK71WAL4pd+3DYs5ZdJ3D4stVsQ3J7FgfgpgpOelJ8iOO1JW1fEePSKTHXDDSbCSJDqJEKPgEbLcB2hJwwmKsHFdkCu1gEVkRRFqrXoOCQNLQdTev45WJzlHUKJO8cRJqMqidAYVbqnOndED4okLWpQoNkIo9YNGZ7q44EehmmNhBpPxtYUOlKdnKKliFZGi9JqzMgxHX730br/dTQ3lkqiyqChEpyekafWFZXI2p9vKx7+Db6tRO/ZfG3PG+s+KG9/wh7/MmGxbSZJQtufsOfzCHthBGnGndXtImzbk1tmPVPan3eHf3ShW5HNcwhbmVoP0fCntrzOAu7zSEGSRo3WoDIRFPfdJETFOLPKYNKaLJFGo8rCAXuwsTCa1SazkdCwDdOa68NUJlUrW680nHsxaekegZvwXwlsDc0fMmHSrnvgtEdSL91sD2Zjvfjyzi0+MOVQrl/I+UaQ9tOeN2sjREzW5MeKBr0v1Ay+EPtR9m0w4H72+RVu3oyUvYTQp7GkuvhIPTi7vWGy/gMfZskjoq5CJYKzU7cMVATUgPkhMVs9ozyZ3tlNmXMGi2DuqwN/zbn8CDjmuPuv7+HDuE1dE9P1uA+c2r/Eq2h/Ff2Zw0EX7y4FYOeIstQuLwng4iB19VtDK+jPLUX9X8kqp2PCFkVOq6wAp8ipbj/61tEfFscdztt8g3YodfRYHOQO8+QnBo/5OYNeHbzMPNNfwMT28Jkx+m4VCA66p4tPq6LHJeekrOvlyCQgLzfGu8O0nXunp59p4Pju82e2zRsX/alACLNK0kfSaXr66MfilEHBrgxXL6Mr7wShqa/Qu8qurtq91JUpL1pzYHVmI6gJHz7CaHGEGc4Y4cforzR+cTvLF3L+XQRLdNhwFvRxzVil6OAMszM7p4bmP6ZDDJjxZfqrrZjgJrDn3TuFY5Pr6JxP8HWavhFyoF/nUSI4j4paed+1Bowc+7A7NaETM2nokKoz20vpDWi1eruWgXMP5sw4aHJg5G/vj+7oKISc33e5OJc6MJopv0c5fdMdFvSpmL/+RBNouHmdiSj3YuYjunO3BkL4gurILwOuAzb+cd5M3vejwhYddoapOOwltbSSDWgN4PxsAnO/hvMuFS0EpTMXL6u4kw6i+pjRVMlgfL8NiwrLnJijPQuNSctv0V8em3UoN8cFLrx37rcM6hbQCkgUosc0Vsf1S7dB+Za13/UsrKVPCfACujHh9d9qtk0TwsM/bBy+l3KBzvGdBu0ODGDMK7o7xy/zgFiFBu96gNk3BAQxY6Z7TYyQiWAmphtUDYZYJubJhQGM5viUUccWuMKugcWVYPNJUIzc8CsQMPVKPGMt/WBD4p5rVA09a6a/8OIODyZhoRpF6Ar9vjC2YGWlE6zogoDpvgwKLlqwQPja2jdy83fcADi6AxbcAparfcXu2x+B5TffA3IU35N1eODjAJEK9WPy6W7sQjXRbNxnXwBLX7/mLBOJ4LpNL+57uKCaG8dNxBw0YWIovnijiTQkoncgUk+1zOnmHyvN3zat2CR/AFg54GY=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpKiARFiDhk1lcksYI4zmW5OcGg3jOo2JEi/lRWcwfi5gbFjGPUTEcYmooqZsJxnPKz0tB8EByniD1hmDSKBiUQRyL8nMTSzKTidRkTJomIzBpQpomYzBpSpomEzBpTpomU/I0gcQMDYLZgFRwZl46sHQhpMcMTFqQZhFEkyWpmkh3nTlYj5EhKXosIPYYk6HHjDQfWUJ0kRh4UF2WxLoPEmoQyhysySW/NIkYTYYQyogkmwzJcR5Ek5EBSc4zQvYTsTaZwMKcFE2m5PjJjKzYhYYE0WEOKYvAekhKscYQPSak6IGEnZEpScEAdZwZOZpIi1qol0iLWqgm0qIWosmY6KIIKeUZE10WIWsiLQtCNRGdHpDSuDHRCQJZE2kpAqoJe4oIAjZpi/kZIG0A5/z8opTMvMSS1GJI44AXSASWJuaVZJZUOhYVJVZCNMqBDCopKk0uKS1KTQFLJCD4LokliVjcYQyphYwhTWqYVCpICtSkBolOtmL0bfGVcAiepthXWvhzv/qhtuXhp77br9uWVH/TVtxhduj81WtvMB+4djTXpMGcxcEj4I9EsbiIw+mFrts+/323f67g0r0HxV/ZN3jsr5X9IehwXNNq0un/rAfe8u4zmKnF7mB8ZKNe3mJeB7vKiBWmZz/vB+q+LvTpk33G5lfFW6cyO0iCuI4vofa+25+1p2SyRAu3g+fcBrVDbIwHHD8mn4k9zeigytY41bmbzeHpBaXbP+v+7Rc8vmtHL9uf/f2HvmrE9P+3b7MAufCAfeqqhJAg9X/7RXu8XrFsYXEocZvyjS3+0X7xm+e+Bz++a/9h+TFv884P9t+m353c3vrX/pC4WjDr4nv7D54Ceeix/ccvXpFtFi/s62Qt0l0y79urTP8/oe43l0Nb1OU9j6dwHjh8WTtV8tGX/Smxd9yYK/7Yc11fXGDLNd1epibRKHSD4AEzm71B0xS/2wtUma22u87ksH5KakfyXbYDC6T076qwsTrEgB38e79Rua6ifAnHgWgnuxc31/yxP7fq/NWwN8ftH+hOWPDD8JO9JEsYn64RowPImPDou/uPA13t+IDjAMT93yHym77Znz0DAr/3NweCQuyN/azyOYuULTkcZviAQuDI/vcnDzutzWR0ALrOQEuT+cDvmNyj/zaxOAAjtzIiQ8aBDxRNEt/2B96SBvrgs/3CaybvLVqlHPjnGC/asp39QBoYcED430UczrwDGXhxv5tqKdMsjmp73899wSUqgg7nOi7de9DNfeB76YM5gkt5oeHesT8MlHziP9vP4pCeF6f5xV7XWeb1IzMtewYIaABH4we3/SDZ0xNYHL7uvNX1N5X/AJ8/KOQ+7nfpznn+W1PAYav5j0MpWrwHNhRlTHxbw3DgHjD2oi7zO+R/aD0ZcpADyr+xf6XwBZcbH1gcfp8GOfQxJJ5dhQ+Ag/nXD/ue2xkM+Y2v9leBEqq3yAGgY6QORL+xZzURBEbdE/s47xPsttGCB16qGXKskXlgv8Oh6dFxCSaHTcBUzGjDfUApp6JqqQ6TA4RmdOBh0m4Xi+Q58GrqJp7CNT/sWZ73aLzl5XYApYK+r8wHgjlBGT0vvbgEWD0Wo+ZRRG8AUTdiETMCAA+LnaI=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJzlVntQVFUYX96wPAwoQjHzhVqktpfl5VSHdYmwRJJlUBsfXHYv7MXdvXr3rkrjqJT5CitDxpliyjfqYJrVpIack2Pi2Ew6ofhgJER8gGuygqSA2Tn3ogKuspfpr9qZ/XbPd77f933ne5zzDcvm0nM8FQqF1ReTVM7E6G0mJmco4RD2ZNYq5Lg9WGkEzqwjK+1/hDfFKc/9abx0HB9dAP6TzPFm2qQ10nwuwxIhJ7i0vnD38ceJD2n/Mk/nhJfyv+MN61HVDzMzkbMYHq3I3iQirxIppSONoeE5My2wehdB0fJAlEjV8kDRIo3ReZP0spZc3LV9QwhPFS/PkFpCRcuxpO6XpRgJpRItJXG2bBcsxYo0To5zsZIZSg4mTsIkyMHEi1QmRL6ZBAnzaj8wLodAykt/QF01p+4PKMbVQhClY7vHzlVQnEyQ1OOER8kKOCVhVHIwUjtQsupUCgIlq1m7MC6n6FE/ULKuny5MrPyGoGT1dxcmXn5DUC43ntRy4k+0y4XQHeRyJXQHOS8FMllYnycbAsMznN7ImDGQz3/TxJgZi2DtqTDHi6z8MdFYrZyexTczZ+k1pigfKsvIn8foiHAGI/C0kTHwtMnJTKM1snhDi60xPOun6D4LiTKElcTyjJ4YE1daE6efu5C1Mk60JbMGG3bMRJ5u1vdxbT7iUXJpi8Ga4/GkYKm6Wi5BGm9lHVj58DLomZBesn08Y0/x+olvM9ULRJKVSZtsjPiSZnC5jGBk+F65H6CQxhwtx/EG1kILjFWafwIxmWqjLQIr5Gt4ns6XgEPEE/A2vWDjGYO4kfVonUQLtJMajJamlOieEWfI1lD8Jdz1Kz96r6o8CCVU/2JWL7sE6xuL9wU4lCj7mekJ3x9TIg+/NS/q/3RAz8ygsftmhaDJ25XJkTY/tGPacerIt62wMWXc/WH33NG6G4tBzGwP9JetriR4mwKVbB5xoNMnGBmHmxa9H6lEB9Z6N4eltMC2MTM/PXzbDgtrjAquwA6/WEgkr4ALI70LirW34aY7qivfRNbB5wrfbvJUt4NTUczA+umV8C2PRf4jxzQAv4ivZr/0awOMv3PYsCvLDsp2n52zIK0C7PW4WjjmRiuMGE80nYNDwvJSWz75Duq8tnw+ocAbCcnr27znHIOTiLttbshLHRz72iE7VKxb0jFh3lE4euPqvRcbHZBYWVJ4Ga5qrTlTYLXD1OWBaXvW34VEm07wQSQqC/4ORUvzyoWi8Hb42Ubs8DgftJutnb8maCCS/GmCte44cJcC0RvXzpW1lwSj8OJTfsbNikQJ1wLml32MI1AF6Yx0bLoZ3FtJDHYA0V+3++DdtRssIR+6o+bSo+/ErXZDOIrbXtH6oOxN1eqb8TfB8Yyfd2yd4gCdOx2/p2Y3gAD3qJVhM0LQiJq7S/LKj4CJWZdPDq/xQ1vcyr1Cng1E+qXnXs+f3gSLmVX6WTPD0AD/H7bn4/xU1db5F+1sg1PPRyymqQuQSIOjnVApJs4BhpRewxnuhLaicFwCh+BqDVF8FdQWkcJRoNBbmhM5p6vgGhy9YsorMXHrHxVBJRfh4Ov1sYNQKxTTGNwBvrzyAtZUDxpHqXzLBh+E1Zn28T+NvgpFtWM7QHDlwf1rve+CZT8mflBf6YBzo9o2XChqAWK4PO2gYNThFaXTWqD1TAi2eAvOWBGPK7YJvrwz9GTSWR8kxbEeSPV3HeAsVXw9SIke1IdYtu7n4f49pFCU6LddJ05n2h1QvNg0llx8+XLm3teu22Mtr3LCo/4Br5LOlg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3tQVFUYX2B5u4CsBQhaS0CkMbF3FxCJOQcXSSaRx6KlY+pl9wJXl71y965KgzSNjxwTTTMpDXUGkyzL0nw16cFHGqKkZKOYrxFT0UElFQcF6Z57MIVo3LtT00zTP+fu953z+17n931zVpPH5eQrFQqFzUtcMjgLY7JbmHwN1mD1aNYm5Ls8lFIErsiIJcP/Ood1mf+SbtR/WvdcD4a6PpRGcFbzIwnvpePzWmnVGTHJU3iuiBZYk4OgBHkgSlr1zoCGyQPp0rFOGysPpScorTxUnDMBxhFXlDxUvLQmygU5U4sEZ1wlEFc6o4f4MbLWAnFcPgkzjGD0cjCJBJPgKIYUgHyGyQJpZd/T47BEWb4o6UPFygJ1Mz3OGVC8BErl7HmOgPTOeNI7c1OkOSitHEqQilOUHEx3wWXRlZSOkkVXUgTK4co9GhBUvBwM6XRKXrG7g5PXFt3RyeM36XSdPH6TVtc5zAXSQgTkMBkI3QiobzbkiC8/WxDeEBie4UyFTJEI5EtGWpgixirYehrMd8eSr7ik2GyciRWHBmftaczo84ex3JLpjBEfzmUEni5kzDxt6XW4n/jDUMiKGwbRG8OzfqKi1xlv3Mssz5iwM0kyWDjTtJmsjenDWhprtouBWfCzgfX6szVPKZUC2mq25bv9FQG0Cd3k+ecT9v9bE1bJTlj/OEmoxF7MwNFhwwaO482slRYYG3mZYUfZdtoqsEJJCs/TJQQ4WKoFbzcJdp4xSxtTHsmptED3wVCdjkygnuExeAv/J8HazE3LmQVNnjCosf6usakNBW0/pjjr2gwuzll95LMf74L8BaY3TqfdQskvHl95qTIUVvb/ZNeeoC5wZuvc0qNbWtCorI5g24k8oLy8KLpFdRusnvRCXcDBVnT4eu2+EeXPQsXSsvvDb/rCQbW/gnXndoMuTWebfW0YLKWpsbFDLgPR6qDqK8dRu3/z9k1uCnhzXm3unmhPeOF1HEkb2tU0YFAt4wKPJI05tvS0EvZzHfrO040X0PT6BQ1np4QQ/cQOsDFsgjnpXDPa+tT9uuvpHnC9T1qk3fUqmJpxa7FROIm+GX9n56mFTaD0t6+ypg10gSHKcX4xmxtR+GJ7cWhMOFyy9070RH8faFyhETV1IOlcZnmFnwYmrxq75vMv/OF3wvvBynFdqDDcMuvNSC/o3b62YMtVDzijOFR1PuYS8t26vuQgq4av/uCZvOpnFZzlGxFdtugBonNznl/rHQhjh2xQH92vhhEVXe+V3Xercf9+iXZmjBKS+rUDSdRcRrtjPxoS/EEAfDtq7/zq1w4hUp8dIBOq6X0/7UPeC58xXZ/wABzK3fPpujHH0WTP+pDsUxEwq7zCGjgnAMaOxpm3gHGzv9yWtyYcXpk6tK3ijBfE1d6g9q7JPhVaSvNquLzNY/KHh/0gTl91vhNJMHsDuNK48d7EomZA4utAdteVXqGDQ+DXWdNWzgxTwEB8/VE3kHvVsuEuGa1Iyiv1JAAHTouMaEcjX+Hb/VkNjDGEXbswoz+8qtT3j3+5CUjXcHEgnA3iJn2bvh89MNxruVazE8RsrrxRfcANSnzS+cIdg+ddy95RDzhMhJRAGBxldK9qCITHwn9pL5vaidJw4MEDYMeG1oaMvCkAW9+VMx+t2NyveOO7rWgbpuX4VrCs7q1RaHYzkvLIiCT8NqnhXBVm/G1A+KCBc14SMz+gguc/xsT2qylO9jlRNT0QStMhxVogjmyuqPewdunRadJjog8d9TtuTs2e", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlQFEcUXq6FZUEUNFY8kpiomKgBdpdDY+xZF1Gi4LFWPKNZdgfYyO7oHgoaTVCjBjVe8SiDqDEeWGq8Y9TYjUY80GjKCyUioCU3LMiNYKZnVkGkym0q/orzo2f6dX/9+r33vTfT0yOCGRvpKBAIjC5sE8bE0GpzDB3pgyVYPFJrNEXaPevJTYxOiXuKN7LXILN/SRbeJBvLxkXpxj6EMAadKkYRrTJE0Vo8qZW1RtkoG/5G9j+U+T6Tcdn9nGFDGL2mqYfHQvF8P66VKHGBkBsYncqkVdsIkpKBJFwrIwNJudafDCTj2gAykH9bQAGhWOYnUwrZm1Krj2Kr66swgVwbxEGCGXOEDZAgXk0giZoBPCaIHCPxJdmbFeNnqx5uV778rU0gm53Nq+BvA4hAEv4mbQuITJO0LTZJCenAq2hLnPwJScTNDiB0BF9RuN1JSDC8wyU2R4mvJxyGKGGtnvMnwfCOkwSQFQYOQ5TlVgxRlvPVREJGVD75pL5tAZFxjqeC1GYqNAe1JWOlZMlnBdnMhmYZK7WZDs2ST0qW5lYQWcZaQWSM4NNcRsYIK4iMEVYQGSP4zJCRMcIKImMEn08yMkZYQWSM4N+1stYZgY8Qxs54wEQbaEYdTetYoCFuaAyto/UmY6RD8wUjnXBPzDZyo5FRa9nPHUbf4jzi+nyxcXEzaCWePI42GVTRtMagimnl8KKI1rIDClYbbdC6s4IWc0TsQ7DWQKuxMmV7jGDMeLI6hlFPn6010q0sGqLVmNn9xeBPXK3by4s6cxZFqfSaFiY2f+9ZIysNeP12t3uV3binsNVgIbHBvs1LjsTv9Rvs9Z8aLCY2WPJClQhskREeAv50pGAYg0arV5loI39swvwcY1bpTVpTnNxgUMXxwHc4XxjMapPZQGu4gS+b+sEqk6qVzJTxH/XSF7dH4yH8swVLB+fd2VuX6IUWGEN+rFrsQH2U7HUtOD0dLhwTuvnb3h3Qtluy0qChjaD6oYp9rIFhj39QmjQdUFWfKSvPVNpRcxf6jNzpWgT2LsuIFpS6oGOLvr52eGI5cM/qv2prTSUccjXyZu5XIiTgrhrwtvG2Z7ncAtakfTMcznNEExcH3TqnKwGD4ybs9r9yEo713vr9AZUDtV6xLCZ3riul+3ze/mMR2WBpRcbteONjIC9TX/4izZla0afY/bSvBQSz0+qTHVHl73cTGugG+E+IQ6y45w2g6FaYE9DlETyd0rm30ikD8utUQG5bfjngyIVZp7d0qYBbBvW7semRxTpeBlBREivZA47ujDv/4UALMNtvcumalAqZeMdzK/2KQVr78yeOrygAlyR/HvxYXwFTdv8STnmlgEObS3eljtgF7MIWuY/y8UCJ0p+PBMZ6oGrhtI0jO+WBqSdC3ez7OlPqkklDBueVww8+w55LhXg1oSUV4F1097anGhV1xYXoItB8cn/Uig1CNHSYodYj3xlJuasCKPZpM2cm1IJB4X+vntKYAd1nYs/fgHycRCg8ov2EAUfqIPDHGvOg6Win+rSSWrjjD+wIC+xxwBC9urgANCxhHSrvjC6XXDw7pL8L5VUuZyN1Hz7t0VBlzvJEQs+OIHWKgOq54emq+fUOaPX8+oEzwr0Q7ycnKqQX9swTcNLbQ3y0txN6ENAFTX4vl9+fqz2SPNrf66GDEEmxm7ZXgiMT2Qi5Cqj6KbpzjRIRxfllXTvqfawusRxMHXHB+dOfnKgFOec3nlzvQrEsyM5flwmTsFsDSwHHx50iysTSVDhNQHHqu2ZCt7XJC8aE3gECLkBPIc/LKsjxp94CKzFtQp5Ann/poNDIOmSEHeJ5kAlj5+zop+hmAVmn27Ehq4Es6c8s9hYgOK97UFRwI3DavmagXdhDwHguRJe2VYODo6dvmp1YBJazdGfiCyDPwzrQd8lbd/6qzoZg/OSDsKgMlLJu3adtACemi2q3RnkhLgyhYsT7+QFYlHRlz9WbbohLtxkd0PgiH9aVaTBVJ/v2N6o9uo3D6eyFePuqwfXMLPHaZCfqZmx+b7+lAoS9LS/LAMmYftkiauO9tUu+m1QNufBfKIfYqsIcN4rrzsqCeBeHC66DvlUb2Jm5EGcHyhBSp5xwoE+BlEvbhh57nA3u9RTGrzsroEZwiZkPxVwiNMKnh+aWHxjtho7/6pC7vE8V4LYrFiGOt7sckSjhXXXJXTsqe07H/cOyn4Arl/GVDhJwGA8VQa7ayvVR7Kuf0RlfrFVN/4uaDl6tyCT/Ase2ceo=", "1:eJztWHlQU0cYD4QgcgiiIzrebW21XpCEy6q7iAeeKEFHrVUjeUBqkqcviRUVaa33gUWtWkWt9zmoeOC9z9uOFyri1YriBSIVCKAIaN++jYLIjFlm/Kvmj33Zb/e33/X7vrxNyzFsWKSDRCIxOglDf1bHRJh1TGRHLMHiflqjKdLu7SzIxOpVeBb8WfYJZPYfyAZUyMKEvKhchS89WU6v1gVHq7koRos3VXNWqI2ykM+y/6HM+61MrO53DOvGGjQVM7zWG+/3EUe5CjeIII7Vq03aCBtBCjqQXByVdCCFOPrSgZTi6EcH8q0JyK83lvkoVY7CQ6U1RAnd9WMYf3EMECHdWfMYGyABRI0/jZpAggmgx8i9aWyzYnxs1SNa5U0eNQLZHGyigjwCqUBy8lDUBESnSVETnxSUdCAqapInX0oSibv9KANBOoponZwGQwIutzlLpJ+IGKqCtUbOlwZDAif3o2sMIoaqyq0Yqion3UROR1RSfArvmoDoOEeooLCZCpVBNalYBV3xWUE2s6FSxSpspkOl4lPQlbkVRFexVhAdI0iZK+kYYQXRMcIKomMEqQwlHSOsIDpGkHpS0jHCCqJjBPmtVVbPCHyFMHrhBRPDMWxENKMXgFxMDx2jZwwmY6S08oGRMjxzEYYgo5GN0AqvO6yhyn3E+d1h4THjGBXeHM6YOHU0o+HUumouL8HRWmEhWNDGcFo3QVBlT23hS3ctx0RgZSoPjGDNeHOEjo0Y+5PWyFRzaE+txizYp8OvuFrXDw+tJXoUpTZoqrhY+XfPmlmF36f3u86n8NuR2m/vyp1H7vPp/a73Mb/xLNhWh12oHZa/1yz8qxSGu4RckoJZltNoDWoTYyS3J0zTQWa1waQ1xQRxnDqGAJuJseDMESYzx2jEhdEV8+5qk7qaAlWSd3vF++YxeAn/54KlMUO3+F487AobZQ71Srlixy/eOm1Q71UymLf5TF//OQ6wd4c3LcuLnfjvrx15UL+pFCbkTgG+I11gXb/OR8OW5qCQ+5PqJ52VwrKGxhueBUWgyRS1fLC3jMerLePLQYur7Khal+zgodtzy5kXN9HGdsFNcjJfgyNLf3Of5GcBcaWdxl2aXYiUP6fAaZklYGjg3nMTutrz1ydmf+0z2wUePrDAMa9BGnLqsnLwmu1lqPHqkW3OezjCtenK5wE9noDJv3bst8k5D23IOFYnUfEUxQu7Q1Jrw3U99lvK026iVXU3Hj3uVYyYbaPDw765iZJ6YYMzgKvoaDZKGRN3q0vMCxTYoxdX4v4AZIQuWGbwLAZ9nzoo6/pdQODM3/umT0lFWbd2vBqhzwZeIQMFV3NBvHl8Y7d7R9G6vf4vT2iyUNiBZjNyBuWBeYKXD9USPhTWU5+89hwVL/tn8SxZAzgkNmn/mLg80N8SrzJ9VQR8nHY0Ga6R8WfbdFp0Pq4UfYsfIYVgnu5J6db8LLCLi07ILZPwbXLdjnn/UYxIXD0gQxIFIsXPY9Da3WXfppiXKG3F46abs3iUqMAWJSPxOOAG+/nPCRr9KB/pT79OnlxgQT/eHT83/uFr0MfVvu2sBp7wZFHrEQtPOPCB6af1Sklt2HNJseOo5TKY3MGw3u6IB5+dslP6ZL4DfFTQ/Cqb4QFJ3E4jwhsZrC8GKBOIalKdeVQHW1ACmg7XfJdxWQJH9j1Xq8vKR6C+GPgy0Hrq/INj59jzIi0aecK1L30eJ7VKQ7Gpe4YVBcr4tLbYw1pQJVu/qJOdBT1K/eJOydRiROLkDAdcSRjxOrgEJN0cNSG02Qt0IS4ExTYtRMswnbY/RNhtFHsREfulvEhD83XUrSvO4EuwUIj+sjf/opl/hR/fsqEQLRJOe5V7HuQX9hk2M8CCdt/P/j15vpTvP90tdOeSW0Bg08Cy5VK4Z3LBroFj01F3MUGvAP9sded2aRZA4vsn2uTcs5XZ/hC4jWly2gIebFx5qsWuctBHJGg+sjTHHhch8dw0Lzi78M6NXywSfmLiui8PlqWAAIFF20Y3gIkCisty5PFpK5xeoGmZZ5cfHtIQHpF5CqGWQJkSV14BWPhQSMhzKU/y+RiI8PCn4MIPQsCPuvLlxeZ7iXWzgeDkAFhP+javvJj2YfY8zsrgNTng7uJZM4ZfKwGLO9kJptnxCTiMXXPAs0GY0MeRw5A67ZNXOfGk3vJJfMtdoRjHOAmvERU68O1bNi/UpbtDovcJEppB0OXIHKA4tVvIRCkSu22QIUp4A2D1xvd7VcXfRhX3r2pk8v8A5fVwbg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lQU0cYD1HkqlWQgveJ9wU5AK/uw4BSb4laz0pMHhBM8jSHilVrx+LV8frDOlrqTVFrnSpqpS3uqmjFAxHxgKIDggKCitwISnffSxWVabNM279khk32e/v7zt/3vWy3eVxIWHORSGRyxMt4TseqLTo2TEIkRDxOazKH2f21CzBzeiXZKd7L/hfZhDDx38lCcK2UH+AvozijXqVTRKiM4ayWHGpE18RGZMHvZe9lVDLpXzJ+Mrxi4kjOoHm9I88+Ied9+FWiJMMlwMjpVWat2kaQlA4k4VcZHUjKr3I6kIxffWlBROYjVbbAH0qtIRwP2X/CyJtiSC4YktEY8hUwQ2gwfgJG0gRME+xIfHhMIGeZZwPGn1+pzPgLrnnTYIYIGB9bMYIFyrwJJoQk2OydYKIpICt9fKlAVv74UYGsZPCnAvlTxiSMEx5DxVRr7qjaVSpgqDrPGo+8CRibS/SaqhKbK9QAQ1cggd4Sm3uvAUhKx1ShrFK67rOC6LpPIIPUZjIIk14A2cyGhiCb6dAQRNeywvtISteyVhAdI6wgOkYIY0jWlNklo2OEFUTHCGHgyegYYQXRMUKYkjI6RlhBdIwQxoqMjhFWEB0jhMEio2KERJgR8sYZQe5BJk/ywMwaWU4dweox0BgVpGP1rMFselNhmD3ZueAlwGTi1Fr8u4ozvHWpcn6lbErUAlZJDk9hzUZVBKsxqnSN3MAUEVr8QIGtsUYtEbx1xgl/CdQaWTUxxu8UOk49f7HWxDaibZRWY8GO6cgPb63Du9oc+FDCVQaNKazZuxn2bpgzqfS/D9j9Xw3YhTpgSUM6yr3fYkYrkXCFUXCcUaM1qMysSbjbtMTLZIvKYNaaowKMRlWUAOzM58JoUZstRlbDPwh9vQ9UmVWNMFTuLfwKeNM9li8E/ifS1MA7JeVj6sFZz15K+30eTHTR5FOd7d3Q3uN+1Wc1daAqT7Xn1nFXpqxLGjd3jTtKOjrIsM+uHtx0iuiuq/ZgbruVBlx76IhW+986r5fVgJXBcHknf2dGMydrVLMlruiA/OqwCddrQafkB2D/XDcmYUOLEo+LYuRUszs8/lE10E9bfuTkfWfm6hXy54Au7wk6WfYiHTBtVOdu9K8Hi7JjXGMTy2FcQfCg+m6VVv25cE3cp5ckSRVAt2Rp7ADFMnAt7GZ+ZP8yeOncyB+192pAadr4ea2nl4MNfR63PO2dDwYe++5p3IVc8KLSgjUWwuGJId9021gB57xUPH9clA6+dx7V0yK+Bzx/vi66J84FKslU734HH8DTu9oPvutVCRRY68L19WDsDBxpkDvqS9RurwVHJ83fsTjLjfmy+flNPouLYMzeHgl1azyQ2yp0aU/QBViuIwG+hNkDN++uPtoaFfbycTzc8RLEytukJolRJNa6Mc8J7eXDPgDrDj7DnpfCYjSkx5jP6+DsrgHP1FcSYWaHZdilGjhr5McFGYcrwKazFX1mb7JjyjYqzV7b7NDq5ClnDuwvhlPxOoExQWJlpuY2rEjIXP+CzYW/kI/F9syJj2ovP0l+CtEsrDhXxJCqrfRrz5S/SF9SGOaOBB7UgUKS7uWuzLAFKWvT7rVF3uNwhmJFjJYriU5Ob8/ERf3ed6ibPSLRzfviJWh3fzpOXRZstsTFq88KMZN5+Pls/fl6UDGGJKwcYhR2sACELprY2SMyEfB5n2+HSDXDk0TW/OXA3rvX/ZRTmAO392u7NX2dmMHJKe2SVgh4XkZXASWummVhOcCbosn+YsYi3uHYYecz8Ki5zNV3eAa4Na148K+9b8BzmkOhU0JEqBZ78fLYbdgV09chpQ5GxD8y4RzA4Jyl7kdG5wC/dQGhD1KfgILI/pXb7sbDjBFR0w/IK+GWFbVDF6SIGccR307d9UMVGE8SneeOMlKqlLmx+UCfX4srVQ7WY2+3lrqi+m6EWcWAp2e+iEk5dO3mtAFtrTx5CA7iqrTZ04ZRdCy679s+G7Yz4c45I2LWRs+88Zv6Q8YdXMg68dUd6FDiETypTsxMxrSK6e7BLE+Nn1GRkA17/FGzInKZJyLdtGV2AfDEp9qaKiFPH6Mn6sknogSS7I4vKxPq26MdIuyZMzYVEqtoVgtkitjyeBlshUbyDVMKhfq2QPKn/kGjS1shUs2MEblWvjsidzIgzC7o+MVFuBUeA0LbwDt5kKCyv3ZBqHjn8AHpj+AQ/kAm5HjiV0O+TB2ewTOExqtEKL8T6eBqyNft1EPgta1+84paOxRCCq4SMdgrIP+sSuinGDHCweEEVcDbMuJYHggiY2pGGuCndoAhHL9KOf3bL1G7NyYgf9FqRCb5E1aKla8=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lUU0cUBsIOAWQvshpWZcvCZrUviFhEETVurXowQpAoycMsItWDpVr1UOp21FbU4oKgVUtdqKKWd12RWm21VbTS1gXFXUREIKh9byZW4dg2z57TPzU/7mTuzDfLvd83ufGbTI7MNDUyMlJb0iaFzJala7NlmRGMh3EPlas1mcbPe/EaUiFheglvfP+JL/Vf+JLe+P6Hvq7KNXneG0AqM170mLHBzHw+skIJI/54FamQauTpBoKi2IEEyIpeB8RyJyGy0exAotcBRSEbIzGnrUSunEI/nP8EiR7M+ASRbDAxyMYiyEBSO9kASCyycWx2iUMn48ex2QZjBHxD90E7ROJGwArEZxk3vAVuhKxAQtyIWIFEuIliBYrCTTQrECYQ32DS4dm4iWUFimWZXPw0IIzBucUiRxiDs4Q1jjAGJwlLHGEMzhGWHsIYnCKsPYRhlyEsCgG7DOlBBsv8JZCQnZJwXoXshK4HvY7Qhew0iykkZKdZPYidZjHxhOw0qwexYwSmq5AdI/QgdozA75CIHSP0IHaMwI+XiB0j9CB2jMDCFbFjhB7EjhFY7iJ2jNCDXs2IkfQ/MLUbM6CRqWRkepZMQQNVeYnZMoVMqVG/qPtQjcd8UdvQJl6tJtPldOVCKrsuJrH+c7FReTm4i3/hu56v29y/L0e6wSzQlClSZYb6LyuluG4YM/rLGGm2VobKrtScHFIt13QPhL0Rrm8TSFKVIVdKNTJ9ALi0GaGVKjVyTV68SiXNw0BvdH6VNl2jVcky0MCkF/2BUo30FQkR4UsJMzkvD8mYIaagZrwFKxI+yQ7qCTX79n5q3mQOfMttnu83BAFtM94u8YaVO22nbxviDI+S35sf2xoINv7B+UXt3tCTeylsyTozeFT1S+GTayGwenTJ1u2xflCa09+6bqMTVHUuaLn4OBhOL53wNKHDA1qDJyw+FOUAM5kFsgNBXefYHJ/qB7zkWXMjvueCqt3+5h6yNxx9unNWc5MrhP5cfN2r0QFMG4uC76b4w6ZvD7oFSpxhQfnY7wRHrCAt5IRDjQcPnsoeN0ilDrD1h7Nj7kTYQoDWpNhS5wvGKfO4qRWm4gtpM1K9Xa3EVzetPuIbyYH9QfY2lYE8+HLSqJFB60zAA8b7xp8Og6LkW6aipUbipOGd7uo6HVH6e7Xdml1mIBgd2XuL0z3iYnv+1AOaTkJT6aI7cY8LJ9YnfvPwST1xtebz/SuX1BFonsQBKsvyakL6NlAl/ZgbnCVQfDY5w3Fmmv0DyhFd5AHVZ4HrhVMxrnBzTwWn0dYYiqqmWbWva6Kkh3/qI1vlARUBDXO/OGkKG5f1pa/CgQ5meydPODJgu/y36Xbg7To15eEiR2jUbXlwJswXxzWUB87EsfrKebaQ4kLfKCMUQu5yqyNX2eJ47TOBveKPrtS4+8LDRRKN/1h38C6/kRQ+xwjGjt9B3ckPgtXXvcpvLPSGX/3NC1Zw3OFC/7xxm88GQEHgofnlbj76/TupxHfpjFn1AToYtYc39AIU53OucGWc257Tk0IAxUvkCm0SOvKmLoDjyYOeEfTKxi4wnaFJjjFYNLkmDV/Dg6xdt9SVKyzEKA89uOJlDG0U1jD64ObSYWIbcZ3ofmxijaX4Hfo4USc7KHz/TmKigmaMjitGPP3kGdXrSav20gF/sAvbufZ+uQkwLG0bEQFDy6wHBUT5QQJz/EJjSLr8gfNXNeGgGbS81XwOD8yOLubnhrVRe+l0FGWFAs3m82kzdIScbPq4dlQLUbyK+XRSnrOldKotxNcRQ5qJ4tw1G3hVliDIDfPzaTlAFF3MMiKNOWJGRhn7rcHFq/YaUdpCnDuqEH0YYyLOrS7xiFjrqOfnbmJc3O7jM6opKpw+Jj/TCuvofAthR2ett/tJyvP2lWgP6AET6wdxZtq0Ufg8dwlaNUPLkp0gFQXiFJVasVy2MP02UUbT/GuBOyAazH5MYX62U0i3VY4wDR24lmKiHN2vg7rW7HOGLHHDeq3TUUzUjg25THGsCn3Sw71hDAqkBXz2bEm+rm89ZYYI+RYMQ8LuxPg0S/hx4PmmlkIvoMW5I1xpCfV0GArmWcAWOntO691BYsU8eMop9ItPKrq9pV1fflxxv8In+APbdNiE", "1:eJztl3lQE1ccx0OEcEMkKLTx4K5HUcjBKd1nURQPUNEqlkGDhMNCIjkUFIsDorRVQPDAC7U4Kkq1apGKlvdgFDxqR9Taah0QxIvRGgXUoEh390GhozPNbvunmcmbvN/u5/1+7/e+v99mnWOUs+IGcDgctRk5TFcmyRdpk+RxIspiTA7TEtWaOKPe2XiNMjmCmgW/t5E27lu2sD7bLDKPEVbkjxClKlmWFJwgU8XLE6mbWHNvxxD+P9smv7e9t/1nm3evje4efyv7U6Uitm9GXQul7vemR/8IHjlGJCriyfbz7whl8/almQlKbYzhDCM/Isx4sWD8mMSGGREjP2LsR8qEkbBgpCwYH8z4MGF8WTB+LBh/hmdK390jHjEbyODM0Xf3yEfCBjI4D3gzDAsCx8VaqSJvFoyIBWPwIfVVhMjgdPdjWFSeiJFSceWJfFkwfiwYRp0RV7iYkQ56GEY66GEY6QB3EjEjHfQwjHTQwzDSAe5YYhZdTsxIBz0MIx3gzihmpAPMSJh1Uy8MGSyE/pDBSujXgiVs+raETQuWsGn2EjZ9W2KwHPpDBuuhX7OXsHlCSN+tCOrlRm3Lwf8Wg5VKVWyiQqaRq/HfSGtymKmVKTSJmrTxKpUsDYPDqIU0Ku0ijVYlj6UvLOybT5BpZO+IQ+qFnwn45bb3kpzudOSXsvoc+mTu50e74Yz1WxR2WQ/gq4Alv+Rc0RPHW9Xlg17xkf8P55ZW7WqFTZaFpZkDBSCvpmNEVF47sXb/3AuiM/eJVRUgs3kSB5GLwEfFP0Oi9lb56vRH0Cxo+5xdo81R9NRzpkHb66FLrjZFaP2SaLxNLWSDbDyP7Xxy3wEVTRu0bkprM4yuDLXijnYFKw+fiMnYOhRN/F3XPiWSi8b9NGuz859OoGzI/NjABQ5oJSGNrjxvirij1w6+kesGpDRojrLTLx+P7LgB6euhxmBAqqXbiDdmyCb8yEZ5ThvUcreZCYttwJ26olOb859BvL+HhOkCKgI9tCKjmnlegHDcXJSTPf/qaVcncEB6KTCs/gksKQgwmr76LLwr23Nd8uQWLPd9WRN70B7vY38HDHEnPeQIAfZTBem4c5sIiwSXpNROYxRI0ta2jmjDl2SGwzgoa+y0fRYeLkBofdszf/czGHKiretaaifMVIdsfM7rIh56eJuVRdmjg0+vTI/hFxGFjsaf2XjagRoHjwgTVw5aQ4Z3x/47gj4+eJtY3JDyde5ePiK9kDvWQ/vDk5qWb3QAH1/bdm/o/g7CLgtd2DPxNbHu5Bfm+t2d0JFcpqTgOVFX+eN6nm4zERvYGL5+SxucrXHb0s3ngIzFpzWFjs0End5DPFTltXWU46Y2GEULQAfrRgYUXMywQolKXfb52U1Er53eZ7gtaihcS2awDK6gN6qHtJ8lXFRJuY9vh3TaajsIiq5+wEe0e0UNNDmb573M0xjMfTT21Ed5lqja33XKiqxGYlxY/YaoN21ESpDFbyVedmhPPHmCHQKE93ET/ppKZcwN62SXI/qmS/6iRXaUCB3T7dy11BlQ0V8zF6Ij7i1ZxZcaYOumY1YpZW4ggFr+yFCU2UwJwwKvK3UCVxtIoYY6obbcCI2bgxGi181wAZNoYQ1DcfRHD0VzvEaVFg4DafNIpaxwQLXJklUVHD6aeVOYLrviCui8ZwtQ6o5vXU++NkHHxihKjNLdgWX5vrS60g/Rgdqpvl+N5yFyWHhX5w6mRq7xuz6Rj6qqqYNugpEOFfWchm5CWBw98iLfDNHn3NJC4HrgAdEyT+fhGiM0wpZaUQfrXf7Qf7l4IDhFH6s5GlUquDxhHhcVRL0J7nxsBfjLqYrXQR9K1hu6iB1nnL5XJbRD+riNjdDexiqbHeJ7BPe0iZ095CBT3eDJM17bYh3mcxCtT4/efNojWidFFoiaJbgMByMfW5NSeQpf8KjCaoP3X5WSZCvOkyAfVh/YGwYERyHW706C1lu+I8J19RJWxGTcCDr5ARDdO0yelD2i0nLZ5SqsJtV74vgQEGFONU5FvFqjUiar/9nz+t7D+15432ET/QWJhNJk", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpCiARFiDhk1lcksYI4zmW5OcGg3jOQ1KMCUPMDyEWBPR3MA+Q4ZZflJuY45yRWJSemglShEWfPyF9/4EAixv8qSwWgEUsGIuYx6gYUAw1VcNj0Ck/LwXBA8l5gtQbgknjYFDGcCzKz00syUwmUpMpaZqMwKQJOZpItMkYTJqRpsmEHE2mniAxQ8NgNlCSzMxLB5YqhPSYQfSYkKLHHExakqLFAmKNASl6LCF6TInVA7EBQpmRpMkQQhmRo8kYrMklvzSJGE0mEMqcJJtMydFkRo4mcwhlQayfINkPrIek5GAE1mNEUnIwhughKXVDgtuI6IiFpG6wHmMy9JCYi8B6iE7eiGxkRHTqRtJDdEJA0mNBenY1IikdQPQYE50OkLK4MdEJAVkT9pQAak8U8zNAKi7n/PyilMy8xJLUYkiNxgskAksT80oySyodi4oSKyEa5UAGlRSVJpeUFqWmgCUSEHyXxJJELO4whlQhxpD2H0wqFSSlAMQg0XXbkupv2nIcCOPT3TT3/df9EmrBrIsvSRz4mHwm1tuD74D3CXbb2aGv7Y1CDbRWThY7oFrKNItDmuEA0x5WIRH7L/t3efIwabOLHshQyqmoUmU7cO1orknD9nf2O3vZPoidEDpgOFNLYmoI/wHOnwvSN7+6vP+DmEfAnxmSB2x1rsx6Jvtvf+elew+4J+/c/7f9y+3rjEIHjjitzbxX+Mv+XmFX35NPn+xf3FzzKyb37H6eySubAj1ZHEIeL519RIHrwLfpdye3twodsPhxKGVVwh377r+p358kPrZX2fkHaNLb/Ycva6dKPvpjr90udvPcd9YDEP3cB0onS7CEnRM+MC9O87TA8Vv7vV+xmAiWyR7ImPi2xt5U5MDbeTZAl33f/5AbqEFQ4UAH0FmNn8UObCgCqXho/+mSb5KAhNwBZa/qZn2fN/vXrL0RX+afZy8NMnACz4FacIC+tpepSQQG2a39DR77a2Ut/u6v+bQhIHvWc/tVCSFB6gv+7b8W9kZ/93K+A/8V/34rfXBm/6It5kCffN7vCAr406wHIPq/78/y/dwX/IXpQDz7OcnAW7/38z7QnbDgB8eBhu0OTY/cmQ7oAXmGatIHwuavXnvjvuCBZVxuwCj6bf/T8Nk6VRXxAx+/eEW2WXzdn/+h9WTIQYYDR/9tqv5UIHLg1GFgQMexHlAEe+yv/b8rFS/VCgUg8ZTF6KAo/yUnrPaWffK7KCe7F1ftkwQiLLecYHKQOhCt4Pjxp/2cRcrAkH63f537wyqRdV/tJR9FiG+/+N++fN98Kf27d6Dx8BcqznegUBrocgHRA+FAb6v3szsc17SadLqe+UCJ25RvbPdFDjyzX3J/Hx+3AzgZqvMfEDSz2RsUJniAz3/9lNSOzfsv5YNC4Js9y/Mejbe8P/anX32epf3t/H4wNf2o/SFxUMI9tR9s7XVmBy2Q8R6MB6a0t0ZdtmE70Kh2qG15+Df7WTNBgOfAlhNl++bPYjsQzAnKiHnpxSXAdk8xah5CNDER1Q8WMSMAH2hVdw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV31Mk0cYf0uxQAsigjCd6Myc4hSlb6V8GPIegopRdFJxLMNsBQrUlVb6wYDBNqIs22AadWabEhhzoKjrlM0PXOKdilFgiKBsynBR5MOO6KAtCkNk770vDE0a07fJ/rN/3PWeu99zd7/nd897NydJE5fKJwhC50oXsRqVItmgUqTOwxZnulir1OlTeeOtSL0mQ4ZbUS9sNm3rbNqcnmeLo/mWudN/Vmq0GXJVVLpcm6ZQ4kE2fK230yazYYt5YfsfbAHPnJT/orpco06ZaOG+1Xi8mClJGT5skVpNhlyvTLYTJOEGIpkyhBtIwpRh3EBLmTLYEVAoN1DwamwTc5xK6ggTUoemCnFkV6GOkB7GrI8MkgnoSqZUp9FJ+3kYZjdBbCV2BCThBBKzlZQTiGSrpY6AuM0kYasQTqCljoCkjsQp9GlQtMaQZA8ojCOIzSwMxm5BsImFwZBcMCzfpN0aYjMEg7FbDRMJggzmghmLEDcBsYeC5KaFMVCoAyeJDHMAJOGmOjawEm7ZYQxktxqeOn4SbillDMQtO7AiktgtiKdB3BQRwoK4KWIMZFsR+GKo8yTY20aURqNNUarleoWOvYZ40MUGg1ytV+pzIrVaeQ4LnIUd6bWGZL1Bq0hhOt6daEfL9XIb65CwnyAJ+xAY71LgLvwQwNY1l10i9sf3w6zbJV4V+VOAdeR6tqmSj679eVu0p6oaBv0y31MU7A2WN6W29mx5DH2HGx7UXbgHY7d7rP/RxxVcuLZQMb3DDUX2J/+6eY0L2Hi3Yn/ttwJQT9YeX/xgEkrZ3L6SPzgZ9HZIZ6C33cH20sbDTfEE2pxx8Un1B04g99KC8N0iH4DdfamwQNGJypxLC6xU867EJ1G5XoAZZh6BEcLfD2yNGKLYthvYtmRtpXDlJHRgdzgvdvsd6qV5skkHdjuD4UQ8QogK867+9NaAiRIU7I0qUp2CmYyDHmg8mfTRzYg6qqT2lWPa9GbI+iPQzDw5GR9EAOOqO7k+RjM8acFEuKP3A+fMtqqGKdHcgA+LaywwJ+FQcOOyFmiOxIQ4gSuHm1o3qXiIXZ8zSn3UKS//zR3g1YQXTAVlR3648U6WFQ7KMDEW6uJOMe1SQ63iZ9Mu3RDLqwDIGSIHYVkjdmiFePU1bW0whWb1souJMrfEJk254Y0sO2T6uX4EmOZf10V9/5BatvXKpy2lPmh6R4Lfqea/qMWjc0YeGszU2bIZS26leCFv7LiLQPu+oX83vUDJd6/WPHbhI136rvt5VCtktnXEF/QUB9z3OGuGWZkve9wOHIKXzpz+QtDHB9LGZeuavSajUZqlY1fdQDZDxCg1u7B3w+lSIYouUvUMV3mDyTh8rkJQPijuNlYQyIchkgdOTKMF85kfqFgUNbO3owOun+W7JdYyQLHz91L7u/0P3ovphoG4WxpOjdc4Gq9XSaj3Fj786taeJvhxDMz3D7XC9nRCU+DshL5WT92G6u/ChvIVdKjaKUw3r5GH6GBtyje6gOxcPKMJLrq+r9t//hTUV1i38dyhRxSjt4Z/IKOLo16oB09v5AHAEPU3zDxa9Ec60UWlRSs1fYVmaoegzzfmDR4qGlHQkT0HWR0PUuc/OfhmfbUAZdC7749zQsxy97iBAmccYQFK3Hl+IKBdgI7fMe2tLhYCstv4Wue2TpgQ9vPlrLOPIKP3LhE40/Y57ZlAK1ZphzxNJihzw4lBnabT0zdG3bNneuKdMvGht2Ej/wXIfe31", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lQFEcU5nRd7gUMYoJKjKIpFffgEnRmBVESRGQJhUSNy+4AUyw7ZnYR8YoE7yNqKWoZo3jHI6jReEt3TCyNRg1eJOAtBZiIliAg4kK6Z1YBJVU7+y9V/umefv2+ft3f+7r3rX8qk5DmYGNjY+iKmjGMjtJk66i0AdiCzbG0wZhm+2qkNDJZKjyKfGcTYLN7yxbXZktAfKtc0Ec0w2apdZEZajadorFTJ2upLLSNfmf7H9g+fmXjbtlrRYxg9Nq2EZ6Lwf5SrpWr8EVVskyW2khrLAQFCQPJuFZhDShYGEjOtSHCQAquDRUGCorBNqlAVDCPChOGCuFRQ1RdUKei9enoRbUQI3B/oVZECrXqTGHtI0Ux2akWRDJjgi3dHect5TuFIJCM74IEgeTWbE/BdyGCQEHWgIIFgvjrjm0yQXrguZNJhWB46mQyIRieOZlcCIYnTmaxGNrurMxiLbQpVWaNUmXCsmoGhVoDCrPiTsgt1kJ7kMViaA+yWA3tbp/cYjm0Bwl7HMwgYY8Dr1a5NY+D3JrHQS5MEWaQMEXwN0MhTBH8D5Oic0Xg4tXggyeMFEsxmgwqCwHZ3JE6KovSGw1tZQ9X4jjikTNqlAYDo6HRDw+jf6MSdnq9WGLuFEqFnRMpI6vOoLSsWtdJ2RyZQaOJSBSNYmkPZHjDR4w+omiW0uBgKuwQyWRjZ42O0WTm0Aaqk0WjaW022p8OF2u0+O1FRdyJ0tV6rSHN/r8U94q6IW/w5W7DV4GRDMNqab3aSJl5ckXNuGy13kgbc5Usq87lgT05SthsjTGbpbTcxOS2cZTaqO4kbwpzudhxexSewn/usPWTGfmBsf26kVPvbpBsN3nColH3pnsXieCiK7fvOq+SkGV7X0zIOtNC7Ll8PelRoDsMmnQ8xuVrD5Kfd4dHSmxu24m7wPA7Y5etLZKQXrXKy2nX/yFklUV9K/JFsEmKPrb5kjnFm3oE3nKH95N9jpTMEcPHKSOGV493JWuvjEn1SG4ittqedPT09oZnlktzBm2WkMNzk78PuugAr+Iwu7rAOaPBLL+jrmRdryvMF6JLIKBw0f57D53g8opaZLEnk2YVHU79qgn03Fk9enCrCcxPuXrygbcL2ZtzbwRNhekH/zY4wveaLzz+7ZcGUL7YRDVWtIBhA6+tr/Rzgw8Ryt+0A3gkhx06N9VEfDen3+n5AfZwbeuK2c1Dqwm/0PQomqkG3PGqzgPnj/rPXnqsFHD79W8FB2fU7o/PdIS/o9VH/FAFUFDfcWV3iNgdTtF96+3g+xsnDbjg0UCMmes6dt/qeyD0+Wnt7slNgPHMh+c3lxAF1ELNxJv3QUIMjuwAQ3rAz3sru5MLn5WX5hns4E87cs8OGCqGvg5JboNkXcmXu54i5uKJvILIJbqdXvDLYU6lW4d0I30xweN84KHx9cfKFotgqeJJ6MgFXuSlhThhIpLL72A3yKWnp5hEm0GRJRB5jWJzHeC0DVv6HDvpRTbjrP9YQ6xEp59yqRWsXeE+PXiPH/ng7LoTa+Il0L/XM12SyQluisAEOpM3M2yYvLm25KfnRMO+LfCBWA56Tzty+6mfffqpHCBHa3E92D05MSGg0BZ23ftBija8DsSh7IcpXKD81wOD9VufgHgMy38Bqv9CwqvxhOturVowL6UFTOitfKqJFcFTCWv8v6l3gwfAo40RAyuJUk+ckRbiCaadbgIXPM4eP7rsNhERV7JyQksrYchYWTMTOEGFJDjiVEI1SMM0RzuSwRfD40okdnAiPuaMG8TeJeXoBC/BKPtpKLXFACU3U9y0H1T5YUHtA48CTwS4O28HaY0V6s03GglO1xUPwJ95hujVDfcJnt9yYu7Gi7svf+YIuxdcE2d8KILr9DjBDwEn53BbmLk+BzHcDKqW9q9xLW4EWw6FICWUEVtGHq4zJYrN560DUo6gqwQSF2K6wez3kpg384+D4+tvEbu2xZFe6hdmHVUSdwetKHwuLQOnEduOfVwg9+Qp9enoIWayDB3fho4PMl8zdmKT/QvBQ3dw", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlQU0cYD0kMNyJVquJFxVpHxZIHIZ67MRiKglbDeFcNyQOCSV7NYcU6Oh5Dp2qtSkc7aunl2apUx3q06r5abT1RqVpE6zEieKGISIyK9u3bKGLjkJep4z/+kd33fbu/3e/47ff2JTqDGZYpFYlEtgCuSWNMtN5hojNjsAarU402e6bfE0llZ8xaLKlf6zzqBnvQDXlFuvde616ge7sBu8VPpP6MxVAv4bEUPD+Ob+VafEBUVsassxv1XoIoYSA538YLA1F8qxAGiufbRGGgBL5VCgVhXVyCMJTCF/sUvtiX6JN9Sh4lj9PKuE5rtGRxNbMxTE+y07s+YHzZR8FjkhhHRiMYYhXp5N5u9CxIKQgURzrKF1BPQSA56eJ9ASUKAlG+g7znEHGGgASRiARP7nVuSSniMV5niVQiHuN1vEkh4jEJQjCkpMgVPnBVLixF7sgJI7g7dMK4SmJHeZ3XZ8hA+cIgSthJJyGnhB1aUiQpYeePVC/Ka0KQ40BAnhkxjLvQ2t7EA3baSjP6bNrMAa25A0y0mbbYbeT6+/Q60ARLwVyjstkYvZF7HTCWhotpg54ulp77Ia3Fk9Npu1WXTRusOtNzk0O4B3W2kRtQc7vRViNGPzcnkHtIMlppPd6Ml9QmRj/xI6ON9rCaxmhwcIaZ8I3GGPjf1fx5V7J0FoMtU/IifrqzI098+Q4Hv2KHqWeZJVe+fIdDGnM4HCMYB56s99ZvD7RpxO9491vJXY9evt+h/2uiPdCmEYfdnsa5a+lzJaCpiHwEqBnGajBadHbaRr4OsNlDHTqL3WjPVVmtulwCbMfHwurQ2x1W2sAPTKiXk3R2nYdSRJFLKNXQPBoPxXA/rF2inmeqeFCDLilas2M6tIQj1yYc6T34LriS07V26QcidvXyvR1+kreC8+poZ9lFCWzR9sBlsLIGbY61fO/3MAJuvVN3YsrVK2DyhRXNVvWVsZMnRYVe6N4CbsuYcbqvKwAW/XD05HBTABuSv27W0JQ6kPipasLlYyI48qB876ZYEdvxjGt6zs5QqF0SvcAxqRZsuD/WvO9RE1bc9ZPI02HhMPZxdF2tQwo778lbM+KgH3tg8u6vWxeKoaaTQ7wsoBrc3VE6t44+D/JbSoeHdd+DFo99pL5feRud1UimBMfUglF5ylP7zIfRxq3YoB0g/rstiff23ER5B9J/W7vyAjr+FjbgBiqpqhk4Kq8cFHYqm11w5BxYP+9MtoipAbyfO52oXWRO2p0Fh4C0Yv47laGnQHwzRZ9dw5yg54Bkq6vpccD7vUEK+x/NPFlxLYjtUMyM9y+SwY3JF6c23+gP++XiyFYCe8zSxwun/w4G7ffvu/ykH7vy/O6wFVQZ6oG3aTILKbjoH1/kBB0Hfjy7R6oLrMn9s0uvxS7kX9RqaGlUCcheVDkNJDxE6944llRSdRg5ZeO/TG0hYrFUM/A2KBadEwfOrQElM22aL2qDYee4gPVtRj9A83dMDHR94wK8uVe3AWVWkpGpqkDp2KD3o2B1cVpG+MjrYFU3dZvrGSJWgxOrbEvsj/WH7I2CPt1OlKPU1UGaTgkRML+XX9qcUIT+OPvznGnHgtizXLRmSiMh9iKieTjcsp9L1LJg1vZ3RLXq6DUwI2enPb+lGHJZLXL+JYal63Gii0Db0Ybe54fscsf3FhoxZhO6UeBCgVEF47ocKkc4eskXy0AKT4R7IHyq4sd+I24D3t+DEvYBpsvmQ+jzsur2xcwlMLe9/ubo/lLI03DhCTAIE2CABLbiDbkDuKBwEStHxP4A6CzTfXtqS1MW4kS0kcHthRIuw2GQ5EMECV8fI5L3UjSROxb/5NciPv1LKtCv2z+TVUXK2HG/pISIu7oADm6hpBp03/zVrTWaZpCvMipLFveOZ8y2hme0/u+A+tuxB538X3W2ktQ=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWG1QE0cYDoGAIVCQiNIRRVpqtWohCYSItrsxatVSqwbRatWG5EJSk5zkQ/lQW6dTx1JHaR3UagfrdFBnEKs4frRV96zFttOpdhSpTqkVP1AifhAVpCr09jaK2DjkMnXaH/7I3u27+9y+z/s++95eEnPoKcYQgUDg6ME2b9AWSu+yUMYkbMHmTLPDaQy631M7aasW9zRPbT5tE33Y3vyPbOOe2h5jG9hF3cL7vVG0zdDZw2Pj8XwZ18q1eIOo7bRV5zTr/QQp+IHkXJvKD6TgWiU/UCrXpvMDpXGtii8I22Rp/FDKQPxTBuJfekD+qTiUXKYNZS9asy2XrZndYYaTlVICwASyjpLDjKZdOd1giFfkIvd3oYdBKl4gGbkoAgEN5wWSk0tqIKB0XiBF4CD/NUTIEBAvEZHgyf3OLSlFHMbvLJFKxGH8jjcpRBwmjQ+GlBS5MgCtyvmlyBs5fgL3ho6fVknsFH7n9SExKAJRkILfTichV/DbtKRIKvjtP1K9FH4LgmwHAvKtiCnsgdbRBw84KTtF602UlQXaC8ZYKCtlczrI8ffBcUCEexK2UTsctN7Mvg5oW9eHacMfPCyrYB6lxZOzKKddZ6IMdp3lkckR7I3GZGYHNOxqlN2M0Y/MEbM3o812So8X00ZjBO3Ck/UWWj93gdlB+XjoWLPBxfpnwQcbs/ifDw3jGOXqbAaHMfhxMvUmSZ7+5HlL/h+8FQ/rTK568rwjuuONexp/CftQTzeEU70vJ29ZevKEI/9Vwj5k0w1hL1OZt6Q+UgmiBORbQEPTdoPZpnNSDvKRgN2e7NLZnGZngdpu1xUQYH8uFnaX3umyUwZu4J3O/midU+ejIinIWVTR1T0KDyWxP2y9uhCkzc6Qwr39P7w8eW8ren8cWtRvrxSadrodu2Jj4ZKB3y3dPC2UYZrKRg7NksJdmwp+GJwRCbccfj39I3Uzurh80JXI9mgYU77/YB9jDNx9415NfmMkE9MLHK5Li4bhpucs+YVtYONtWcO2cjFzdcaoVy+dEkBR9UrZgsowmICX7S9gTh1p1Z4rl8DW0DlrM0slsHrAdrvpk3Dm4PDnJxQFS6BLuK5H37K7oKOqyLN9Ugcq3l7fWCoXwbWZscsnuJvRhpFDa9Y1nANnG0urIvJ+RdrViStceYdQBgv/ILkOzLJWt1cVtaCKoyeym5Lrkbjti9yd7t9B0GmhuDjBA673HjfpbtwF4PgtxqM+6kaJePkrHrT867ns1OOAW6/KjdaURBUqKzxAqjt0fAh1F2yNn2EY8ec1tCouJPuZyiBmfUO/zZd+DIG3Jry1VNU7mtFjwqYQ+PYAdbM+U8hMm7kDNZVdBUcx3fV1qGYI9ezZ6TfBUlVttTXVjbSiLz/NCNoPSmQLhiUmNICNtanXVGPaAMlPC1oRij1tQ9O3pP0yYuIJ8O2LUZJdmwTQmr1o2+6cIGhsPa/bWCtk2GCwjgQxXJyHXQMkDk2osHyoJn5uMIwrrRGbcmLhyx2J91pcl9Dsb8ZHCIf09uYlDs7P6xt5prIHk7Smo2RxUSzE3ty0hMPVbHS3flyBkv9ICl0ytSdcP3VDReVJKby+mRWEWMoUrzjvSTgWBffkvHfqlQI3SOEcjGAIn1ZA9NSA9omwQk6COxnzjiw7JmTmn/m8Z/n+HWBaUzKLuAXaohr3fBXcAjj3E+d483oH1Rf22vZa/Q301+J39zlX1RAdVN1BmZvCx77gagY3Eo7Rc8JEMIuN7vcDTiI2mcYTF9vRTCy7rS0A0xpW0oAOpHz2UlypmNHEXz6rXCeCwfmSpEHtUgazzF4khJpK8+m84gOAo10rhMTf2+h8r34/XUAChox7gHGZflbdWAHsWzZ78M/RYXAlpk8HM/ELdfKpKWEMV2XUtlz2VU9bHV33aOe/Ap2HZB82+d/mX4tj", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lQU0ccTiDcRwIJEAERHM9iqzk4R9xFKMqoKKZaZ6jFAAEyAtEkWEAEsbbWox6U6ni0UBWdYlU88JbsiIqOHbUexQNbrBcoWAWEYITp27ex2CmdZvFfM8Mu77f7vff77ff9vnkvIEkzPdWaw+Ho7JlhiiZDlZydoUqV4AiPGSardfpU7uurSL0mU4Gvot7F3jJm9a9YXG9sOsOBwpn5J0ajzVRmRKUrtWkqNd7Ux72mvkVs4rvYu9h/xqSvY6wL/K3O8ZqslN4rvBaL90vYUabARhKp1WQq9epkC0FBdCApO8r7A6J8kowdg+lA8v6AgmJxTDpGYctMCnVWGuPC/4cJJhgJDSaEHcPoIDgmCaXBhBIMVTmh/XhOGMFYXA/Jqj8gCZmkVCApmWRUIBmZgqlAcjIF9QcUQgUKoqSJFEMpb5JXP/RNaJJaTBOxBhZjMUvEGViMnAZDjltqMUe9zSe1WAxvYCymtbf5pP1ocimVmZCGlVEZgxljsQ7eaHIZXb+aQXT9SiQns1gKb4Lo+tUMonMGom4ZXZObQXRNTnpCRuerBCSncwbSSXI6RZhBdIogbienU4QZRKcIYpFyOkWYQXSKIP4gp1OEGUSnCOIQ8r4Vgb9ydHwOeeWM0mi0KeospV6lI++iLswQn63M0qv1uZFarTKXAP3wjfTa7GR9tlaVwi7M6b2OVuqVfeQhDyOeTb50Xy+p2BSZPxx9tvPspJDlreC6Q/rgjBwrWDHno+nDy9oBR1PEO7OmA4iHKWy2XXGHJ/TfiHkzO0FViPFUSgUypHbeV/7wqzXcxj1h4y5qAmQ2gIYtbuUni4TwweXBt7sKnoIhR18ta7/dA2aW7tp9I9EJutUeO/K17Usg33qQudN9A9z+e7Wrrys0fZJ5pmf/PXA3T7RnQsAApKy5Gqja6AhR8/djR12zQ/V1RboYkQitUeiHbCjkweb4I35fPBGifdPmbvqs3hcl7DMwOwXwz/M143er+UjuFjz2pLsYcacsdZm61xHmOA0ZUTDZCxUNO/Xlzjo/WD4qyvfJH0Yw1Lbo26iVbeDIXutHqxrFkN1e0gbIehupq8QDzku0uzgg3homF96MyJ1lAmEfTtB28Z3QFQ2zsNEZClsjL6VeNxlqUvAJ8tHul0xBBTy45bR/pbbRBj1aNaLFZRwfriswhc+7yIE8NmACOXn4SdaoYkl87HeL7eCPwsvRN541GkLTotWaSiFatOdQUuFNB3g9p2mYxN4FHVjYWjktcCAqxLexd4IjLwiYExUhJrlbPvkOcOHnoyfvcHSELJ9GDuzMxoz0GLrK0g481vGhYFbYwXMLqsEHa8uMkodG89wOyH06QPPo48P5ThzojwuL84THYp2tApeZgIz9PTKEF18onGjoAoPaM2Yu2tMAeqJetjxBvxi2FYczR+0FvXEayscgXymdMaZCjGazG1whm1YMh/CU743q3PGBWUG8WzrDFqWyPw8kAmfrq5YawWGm6ogwIeHLS4CyMBHFPIhpXHXUg/Cr9UeXOhX3yhMEZl05I8KXDyJ5iCBm7VaCAL0S6+rc93uigEpt+rpMN9iCZeUtRnnBu8Z9vFmMfHEalbaErxE+yD/yefLPA/0hzib/cje4g6cDXMjKYJM/PM487ZnnQ3CorftaTlMz4P5m5bCidBCc/9PK2+kca8jSW90AXhy9taK73Auuud866IqmBXCIAABOo2WsGLatxoKuAwz5TKU9oDwOCpU1npBtv3028D184OdszHV4wrzakeHFkxyhU9WO3NqRz8HcwI4Nd64KSN0iAbSP2DyjdFerAZeVILFD1aXeo+9sd4NlyyvvNnlYIf4W2daDh91QXBJWggkcY9JTdXIR0+UMgw5IvvgwXJLEhZ9OOmcX4eOEbiYumOq33hkq1geszp7fDao8TBeenn8AahnXiJzjAveWqL5Knt0O2PXnVpD4idGwYL6PS8P7PDgG0z70heHapocDdzbaIhxd68+F7LknnDfElHTYJs5yR/XpjOOcFkAjQ+fmaFekcMAGmZWm0zNfkrp/elvvR3vv628fMelfcCywiw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3tQE0cYDxASXgKhIKIFfBVt1RFyBEKr7oZQKvURNeo4DK2G5ICrSc5eEhFr8V1a7dQ6aHWU6gwtrUVbqwMyPm9L62PG8VWxjkVQUVQctRVQVBR7e0clYmbMhfE/74+922/3t9/r9+3uDcimp+RIJRKJzY9rJtBm0ugwkzlvYAkWj6ds9hyv/3saO23R4572lYyTeT8nm9glm8LFUR/EfaTTjMVg1uYZmFySwpNc4HQvwj3hHhc26Hog07uQjX0l66Es7pnKeZrVVNpq6urhsQw8P4FvlXpcfBqGthjslNFNECEOpOTbRHEggm9V4kCJfJskDqTyBJSUgWUJiXoZpjNlzeV2rhdhkgVMvAeYJA8wyTwmjXZku4FRe+BPJ0btgZ4UMXpSPIibgFG6jRE0CC+VKFCCyMg5gzzRJNInpfAiRIEID7LUaV2CGIxgnFIpBiPYpnTbIWFf4DGi2K0SMG6nyIl1oqq1E5PsAVOVak/443ZWnfhDeEI6wm0uOIPcJoMTUwlP6E2IK1mBQ4S4khVIRLhNCGeQa0bgO5otEg/YSYakjXmkhQMyBe+aSQtptdtyfJwXzPHFvUCu0dhstJHizjba2u3CF/B0sakFc0g9njyVtDOGPNLEGMwubofaPIob0HLaSIbC6G5z/LmPNIohjViZPhQjaAeebDTTxtn5lI10sWg6ZXJw9pnxfYaSP7+onPco12A1dXPR+YjorFn1y3c78EVu457WXX+Dxfjr7GnnPpDy8h12YWIPHJaJTbDaeQsjVN3qIUQiXIS1NM2YKKvBTtqEG3IvrpnsMFjtlL1AwzCGAgEYw4eCcRjtDoY08QOzuvppBrvBRV0SycL586x1JB7C/6xYKp+5fnzEl63g0192ZS88F4O+89rnGxZ+DRRGq3PTqFYwefaG/JLSvqgy+X61qfwIu+pKc+yftASuDpmftLUwBg0noxpmRHaAMQUztqgmSGDyF5pZjaG9kY//iljj7XIQrNu+hvxcBov7SKcH34pC1sRFVdDbCy6WHlyVkC+D425IExW7IlBpBVbQAnZMwgqvg8y7u/9e8biRbTw5sPZBYT1gHoQ0VY0MhzNSKo7MHaNAgt03wbeL4qo/GyKF2IqqUw3sH6k/U/V3vGBR73PH2/StAM96/0Yra543v2y49hG4W3t2se2QHNYNli1eq5Wjrxwf9+t18R+wbWVtnoTuL9g/SYHGHZGP3njGFy5pOLx+7/RoWDYRvmZYqkAS/rkPqiPj9L6Degl+VIWiKM69ETvbQHSm6Z0LuoeghYvSTLkMxe8dEhJY+RAM3v2oqLX2MGCDS4jSijZWWKeGVX24JyPI+18gofFKl8Culsc185r+AvNKSgftHhUBh/VZW+O/RYHCyvb/Fhl3muXjcz4Sem/w67cpRoHSeUAH4KK6pOG9ELimaHnm6X332ERecA9Y+YReBXWVyxacJAagweuefF3YfhEsaP6VW6kR1Gy4Gv3j9b7o3rq64qLld9hvtCvN1z6RQN6/y/0Rn+cDUvj9hQOc5RI4VxfT+6NjYSio+KclkzMa2StLNx0r1wVCni7bo9DFEkXZfo0fHL1x2uatI6QQp+vA5nowauKp1VkdTwAO67RYX8jnIf0qe6JNf7lsYwCsXfGYbLtSB9oceIUWtqlqu8+1ICm0nQ1r1uhkEKO18+WIy8Lvp4dVstmhHBOG9od8Wl8PRAsMymnxbwXA9izLwY7mWBg//oeA9LJw9ObR0MN71IHw5kguESsHQmX+iAGxFQrUFJfgt63EBxpvZ6aOuR4NF7a/Pef42AhUX4wDeBvwPE2NgZi9xg+CUDg4dL5y2Q0Qhj9UwdBeGdF+1Boq8H+dFO641LR2Z1A74P2N9Ue8vQ+lMGtV9d2hWbfA5mPlJ85MD0CpszCjmwG/+WisudxBSFtsz9Zu169y11XVhUz5H0laYNc=", "1:eJztV3tQE0cYD2J4BMGAChrfUlFbrSZHeDijdxhKtaOixlFr6wxHcgmnSU4viRq1Wsootj7q+OjD6vigSmkdn8XW2rJrxWp1bJmKba2WEUHROiAVFEEe3b1LJWJmzMXxP++Pvdtv97ff6/ft7g3M5KaZOstkMnsIaiZxFsbgtDCmwViCxRNZu8MU8H8vxcFZ9bineyFDsk5PyCa3y6ahOOq7oI80jrfSFl0WzZsZFk/ygkt/Gq4NPV5sSH8Gmd6LbPwL2TPK4h6rnEdZHcfZjO09PDYBz1cLrUaPiy+F56y0gzX4CCKkgTRCGy8NRAitVhooXmgTpIG0/oASJmCZOl4fhOnM2sxo53oaJlHEjPIDk+AHJlHApHLOTB8wSX7448Yk+aEnWYqeZD/iJmI0PmNEDeJLKwmklhg5T5A/miT6pBFfhCQQ4UeW3NappWBE4zQaKRjRNo3PDon7goCRxG6tiPE5RR6sk1StbkyiH0zVJPnDH5+z6sEfwh/SET5zwRPkMxk8mEr4Q29CWsmKHCKklaxIIsJnQniCvDMC39HsMXjAwfAMZ8hirAjIu16zMFbG5rCbAj0XNMlxLww1KXY7Z2DR2cbZOlz4FI8Wm+6az+jx5OmMg6ezGCNPW7zcDnVZLBrQIW0Mz2J0hzmh6COV5RkDVib0dBbOMG8Ra2e8rJbGGp3IMAu+yLDBT64WLLhipm3GDr55ng3uYk16/v6GPc1fJUZwTjzZ4KvbEVLc9nTYvQ8kP3+/vZj47H4HSU13kudORmg7lEVXmXgf1nEcb2RttIOxixflcNRMddI2B+twpfA87RKB/YSI8E6Dw8kzRmEgo72fSjtoL+VJJIrH0OPWMXgI/7piKZfd+dSH6iZwaMq8rYveVsGl3fe/Xr6kFGwpDc0aZHkAUpuqb8Pk3nBcxvWSQZdryfQDm5nVhhZgPdV6eKmmB2xU39g/uPIWeGf/0cwVlxrBwcCqtUOro+FeRdpgZ6c2MvH9FIRsBZd+adBXXFfC3Gj8dYSccyUtcHFYC7AsXrJn+MlIODr2jaU5IxvIr8bOfOsQuEk2F/z726TMnUBQH1tGrncu6B1+VQFBxDZid3wIHOua9YX2fBA1rDq8aNSnZWRDJb3r9/gLwFHY4+E5WzA10pYX8L28hsy/Of7VtoF3gGrqX72X0U1k8tdnFhbtqAd/ZtvTNt9vA9aqh0hTCymsWx8FN6gXjRjYPwya8HOjJ9VTCEQ3OMBQM3tcUQgUwtUQRQnx2tYKxgwv3Xqjr8LtVyCV7zo9bPTGk2Re7LHm3PoAWLYpd+XsCw/IocvXHpsXWk1id3V96shldw+iFarIessMFLqr5M/IKtXICiDqqwRD1CH7+qgioQaHN0cOMer2NRl1bF1QbfSZMFgbPX5Kc08FHPVyQbeSYiWVmz/zrKa4Htz65gDKQCWYsu5jW1ROCHXmk+MfbejaCFYuKznyZmFfiK3eHVsLQht3mo/8cw/grDaO7Q/T+0XPnVR3n0RKElSwFUTlwLO7VnaHnXE6w1sBGlyvdzwAMdjNvBh4Tnn6u2/DQ6jt78b9uCpfBk2rDXOu/BQKp1fs+ax4QCnosqngvakT7pDHh3QNK9xbBbA7s40RVNGJmDi9/DqJ0MiTm6Sgf3kwtcaCE9FGmi9WzX3lfh3Ycf7LXy/OeEiKeWsW9VY0ifmtqSZXXBqDGBAJg7K36Nbsi4QFn0+muu3qRU3ExNMqYcSIw9vv5MvhOmR9Ua2KUgqBiXbnLxQK8EIV1TfJnMpy3aFenrdxdLYM/v0SXjGKEtYr7wGZXtdmxSRGwFkouodqlFT5Elwg98DRupbSxWwXGLXnhxMxexWU61YccrGEDF+wb83lLDksW/DB+sq7FWTGQhzZcvKPvPljFDOD3bwNoIQdKcVmRuchZ7U/Xrvtf8ztN1YvMs1/CFqL4Q==", "1:eJztV3lUE0cYDwEMEpCAQTyqVVtpq7VIlgTQ6mwapF6oGK3Wk5hsYDXJ1t2kPkTr83lgraXP6/VVWmvrbW0V1GoP3bHFijdWxHr2oSiXVqVUUVrpzC5KxLxnNj7/c/+Y3flmfjPf75vfNzPbZTIzwhogk8m4IFSkMDbK7LJR1m7Ygs1DaM5p9XtQ0zsZuxHXDM9tyCZ/zDa0yTYCxdEYgj6SGdZushkyTGw6ReNOHnDDnoRrQI8HH4Y9hc3owTbgue0pbdGPZM7DVX2LcViaarhtIO4fK5QaI04+PcvYTU7a7CWIkAbSCGWcNBAhlFppoDih1EkDaX0B6QZiW2ycsQWWM+1IRzvXkzDxIqaXDxidD5h4AZPEuCZ7gUnwgU8jJsGHeRKlzJPoQ9xEjMZrjDiD+NJKAsVKjJw7yJeZJHLSiC9CEojwYZUavYuVghGd02ikYETfNF4TEvcFASNJ3VoR4/USualOUrY2YuJ9UKomwRf9eL2qbvohfBEd4bUW3EFei8FNqYQv8iakpayoIUJayooiIrwWhDvIsyLwHY2Lwg1OiqUYcwZlR0A2s7+NslMOJ2f1dx/QGohrSlToOY4x0+hsYxzNLnzBDwcbmfkeZcSdR1JO1pRBWViTzcPt0JBBowYDmo1iaYxu1qcl+kiiWcqMJxNqBhtjnjqd5igPoyXTFhdyzIYvMrTi8dEUApV0k8PSjJv72dCYrAnPnq/ySXxVGMG4cGezt7RbSaHtTrhxH0h89rw9uPgU69xC6jonuG9hhLZZPoTJxIuwgWFYC+0wOSlOvCGHoiLVZXI4aWemnmVNmSKwkxAK1mV2uljKIjSkNdWTTE6Th7wk4sXz51HvKNyE/1mxNWLdnn1R0W2g5ciEwYXZ4XAFtdA84XwJSD3bYaapJhx2PHgFrJ3UCtb9YtmcNrKE3xmPvyJhl21sxhJ7BJx9pm/mmI314PanF5Zlzw+G26u4nZFZSlimxshiMOm1w6oD91QwaMsLYy31KvjTK2HKndH+ZED54levf9wS9sz/4saG5FBoDFyztLdfPThuPVU+pUcV+KsaJr406CRImRc6bOvyWhAi75Hd5sw1PuXvHKNzbTjMcU3rEJrmT46+FoOGvMWrKndt9S8/D4aeWDL+vkFBYvc1o4rAReTV2JNH+MC4cN2bewLIxB2F7+/9spb/Yw6XvPx2A28vr9906/f/gFV46oAw3GE1zFhyfSbQqkmzQLAKrG4fc+HlBZEw92rHDRWFoWTe8Kkrp39+n+/7evHKqx2DIXLu2B2jP/mhPu1KUddcXnzX89WXdO3huQBy38a1Q8nWpSBrbsyQ9cF1YIbum36jx90E64OTu7nkdaDDqokoUqU8uyinrObFMnBpTNSuE7IKHpHo1b1SDftVnNlyb3wdENxvf4AvOvXOtZiscCiuRwiZvWH0IU2BHC49PHsAP6uUnwW0E388KCPzSitX5B9pJ8Z9fQTUHe2DQlQg8h4RAWu2ISJ3QmDSRzZkuc1fXpdb0PlmW4i9ywNqKMzTR07eDcMBDoCDCxV9c08pIGZ37u4xnijIe8OxRgUFveSHQwI/25XkZUR7XOda/gTq9cGU82AhWoWfL4eRA4b/25Y7fYufrBqDluIO2Hfoq/7fcwFk2dxVRzcfvwEmKY61Sz2byyPvB4bIleS7CxJK9ttv8v8Mwl8yuFGLCVSCZb39kDRkJHZn1J8q+N3bpTPUDjXZVRBGFVgZhCMaCVMiFw+qmhdFijqTk61Nv57scSUKfta97Yrig2pSjHMJuLs6HUm3Hfx6Bw5oKPktfXHaopw6cDqiRn88OhIG7v8kdnpPBbmw9tzpOZwfTLp3vRr+EAStOF1+U5IT7Pvv52dVACFPiv1gr+6bWhcV+JG7O82vTt29l8esI2oaeFtLPFMIKWw+ekc6OggZO/do7jb9KjddVT3YNP8D+DSATQ==", "1: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", "1: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", "1: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", "1:eJztV2lUU0cUDgQkC1sCBCsKolWriEIWBFwIBBBci0HrVmtIXiCa5OlLouJasFY96qlrPRWrtlaLVmstxV3ncqpVtCq1rodasfZUEUXqVpTFznsPFS1t83L6p+eYH5M3d+abb+693503LzyLHGb04PF4NgFuBpNmQu8wE8butIU2DzLZ7Ea3p71EO2nR0j3NK5vTtiFG93+yDcPx1nrjh1SSsujMmhwdlU2Y6EktrDX0P7alvbL9T22RT21MhT5TUxJpNTzv0WPp9PxoplVo6SJPpEiLzm7SOwlScgPJXWFiQSpuIAXT9tK2wq3WZM3Gx9a/QZRMG8ONR5lO26LjuBCpXCFSMUTyKC5EMSwmmgumF+tQjAuYWAaTTDqynMDEMi2nuMWyNJxCEMdi5M5iWAb2z2n1MLOjXWGKdoVJzjFFzGwFR6Eys5UcRceAVC6ojo2D3OngsecCg1Fwl5Bc6QJGxV12ck5V1IThpgVWqvJYV0DctMCmSMFNC00gp7XQTN8KbpXE6lvhtBqag5yWQ3OQ03poVkkKbjXbBOKmiCYQN0WwNavgpggWpHTldFByUwT7IlNyUwT7VlJyU0QTqGVF0LdxWzA9YCcogtTnEBYMpHJTzISFsNptz+9izL3Lk+6JcZNos5F6E37Nk9aXrvaiZ4tl5k4itPTkTMJO6XIIA6Uzt/AdoMkx4QENZiMoE214aY4QPySbKEJPkzE9jZnUT5xqshEtrJZqMjjwxsz01dEk/OtqXowr2TqrwWbk/111N2VHIX8pUH489k6qIUnKYLLq7ERTgHxwk+HQWe0me24iRelyWWAoEwvKobc7KMLADIx/3k/W2XUtJEzJ3toUL26PoIfoz1Taeic2pT/16DTKTjaRNZ4S8Jm8bVF5oQxWzp83+scDdQlKSUyfg9IA8F6xJT9joQTizh+xKN+9kJD1yXnlnVoJuB/wlAYiCRTdtBUH1V1J6GCeNn1Tdwl0aHjoqBgbAjtWEgv0l/lqhicuAMLD7ptH9JXB63vr598vb0i4WHN/wKhUKXQ/u+a3dl1CYGLEw9WXV5QjhveMBGYv3jtRmCuE76tLv03a7gYh68Z1PeF/BwXv/oH3s3s9qkzr8SS8oRF9mrLrXsNZd7hSIcY7vYs6Dpgxt+cgH9gsSu3kcL+JiryxY2PcIPvc9QkRD31h+tGu8csHimBG4Jf9rz7mw4j1X2y/+A4fwr+icpbdFrO4fB4ItrUdbehdi6po9wb6QvzyE3PSnoQB7p2oLpWqIzVtq37Z5Qc/pfKniQ1BgMnWCAo81XVjLUcaqWCQD4/qtkURDsJHG7KLbtaiqP1d/MQqH2g8O62y804hXItpA2Pa+8OOTr/OXXeyES1ZbZXOBQGMSep349K2rWj8lKGhsgmBUPjWcfnhnW5A06NZB9H1xW/c9unnD4Wqk72HSNoDE46Fvupls+viJw0JBAb+OAhmJajG7Sv1UCedNmLPpWz+IAzeZjb8AN3K2BM6L8IffA9FfdTtogy+w9ndDW7qySE+FZFlATDq/ViMEENnrefG5fFP0NrD7XGESpFxgR4vUYPYeNWiiPmyS6f+qET0bgff84DLxe/NLCuqQkxeP+cDIwtNNZpzqW/uyEI+tMpbpVlk5gPjx6FjiMReH9dJgPayh7UKPd3f/j1LWtV86AsDj3n1LRiOEhh4sSeIcrDS9vkDjm5AmYc/0GmIaSOCjuWPZk/oI4Va7bVNBYdFsOz2TByBx0jICMcdKtZKNh0skYCC+dUiVk+NiNWFN+zFdDJBB/A88kH01Mg6hIvDr7KXF5vvhe3AxCPzPFJ4sNENC3+lFKw4XOqkUBDg3a2vkqkflF/Is6VKwKtGlvZmnyA4nllS+NkpiZqelp8lBkx2dN8eCey8Wrnq60FSNQ5K26osEVjpBc+0ZutohkiNs5bu7R4MW/Mz0j/mdYTizblYsXUJS/Guwq+0hrJzI2713B8OPZZuqI02CtXYqeDO2jbA6jEM6rf8fmZwVj16zXZBerdEwOo7zB8KcDZuCAKhejStkHpEh3F6JzGMjPvm2JRDYiBr5pVmljQgOv1LN/gBc0omWrPxSU5abC+eMS+e6OxVtQWb/E9iM6Dn", "1: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", "1: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", "1:eJztWGlUU0cURlZlM6wuuJSW2lZFycJWl3kYpNIWqAQ9PVarITwgNSSaRUURrdViPVZBRat1QdGj4o5FFJF5FLdCPWoRlQKKUaigQbaqYIG+eRMFLK159HB6eo75MS9z535z59773Zs3cQ1XhEaaGhkZqXrTQ5BCRko0MjLSHUmQ+GOpSh3Z6/nMT62IEaGZ8LXsP5MFRxr/kyyUzp/Imv4SoFDGiGXCaLEyipQipS72CulCNum17H8q83guY6r2BSMmKOQR7TO0Foj0uczIE6HC91MqYsRqqcRAEJ8diMeMAnYgPjN6swMJmNGXHciTGb26A/JhB/IKRDKeBzuUd3dMeXcnEj7M+bi+InP6IZLKo+ifgldhfFn7xNjwwA8uY8pfoQl/hSmsjR9ehp6P0ebhh6A7IG9WIP6/APmwAglw0LmsQJ7diZ5ndyx5dScQbMnXAcTyeHrK8tjQHFOPx2eDwSTiGcw83PYYjCcbjJ4NBicW9y8GY3CKOrQvdlTFhc5jl1YM4nuwAuEU8dlxAeeIbzAXOoIMJkOHQuez60N6kMF06NAd+OwKXQ9iV7OYRXx2jNCD2DECc0/AjhHeGMSOEbilCNgxArcUAStG8DBhBawYwcPcE3TNCPTyr+qHFtSkklRIoskYGqiMnSgjY0i5WhVp1nFDPLOiBz+VSiGR0r/cCvlLNwnLF5uFxc4hRUg5jFQrxdFkhFIs6+LaIYyW0gtC2hqplHJowUs6fegv/lIlKUHGmJlQppDMni9VkV3sFiCN0NAHk6G3XKnVX3ezYFyJEssjVJEmf0e15zzw6HmH7V7lMIqIUKFByhJD/bZm7Te/U9Fwe95v+57w24a1376dCovX83479ITfvVn77dOpN/B73m+nnvDbtrv1rW/ZgpcaYV8jfD0WKhTKCKlcrCZV+N6MiDVZI5arpepYP6VSHIuBQ5iQKDUStUZJRjALs9rn/mK1uIuGLMA3QX7n45FoCf2LhqTivMIR5AAL4s5Cx8MfuHKoe19tv5QWYksYj0hwLg42IyrB7ts5tnZYvtaRaI7/Ilu9vgWMDb6aND3emlo3vVXYrLMg8nlnj42SPwYnlsddOT6AQ+0JJhzEec7EezqbHI/NzyBvvrvr0EZT6rNj8OH2bEvCb5n2wnenW+Dtcqv1+40tKLRda549UZV5xOS31Vpw7o2jyugkSyqZXCmZMd2auPmlKmDD41vQPX3bo73nzalELtrQnCieOS9kiPN1oM5welYgt6auvlnSFJ/mQNhdyDr5rXk5xH701eNrYGFQOOdT3x9g9sbEvgu9zIjVp2b3aUqpgw8nnxyy4kEToNcuzsuBIGi5TciRDWVQsDSTWKa9DJJo7QPjM6EjOF+asbwJLJ0EFw/2qQI5uf2GicweQXyOejgqMeUpt7IBNnErD799rwSINrqu0czVwS2b0acMYr+eggIOOuB5eMu4z6qhkvtggOqGfb2fDmw9ixTugCea8q12eyrgWpHabVNbHczN3znxRIMOjHi8qWx9QhGM+HnGRxcTTKmLFuO+n7KjEew4cOjmzHkPIIp64QFLHIdqJyL0nZRvjt65Cxcs3DNSOEgH6eT1N52qhUw6ZA2QcSfOitJWJadbz9XiONbYEvl5Ew5Jb3Fw/EstCVV0ki4OWhFZgdZ0SO0pmi00ZfoRWSh8UUYE46aLFcXworUVvBuPItsI3E79kdBYwqFCA7ctHWbsQqQMHF3m9rUpNVqe2ivbzJjSbR878tpAc2K/wxX/m3PMqWpTgZ1Xthm1GHh+nvWTI3Fw0LSIMbcvwLIMRCx7AkXlTG4zbFiDAlMPf3WJE/OKOET90U9mb5l/Fo68tqVy8F6tPl8mxI3UOeMsb7RCetexZ34xIWilrbveKoIM7bX7AHfz8P7JYUbElNx9u4OJKnCSQMRsgHNdbMrdE+vAjJhzremLtJBOcuq6LCOiLX0RbaoQnqbZVetcCjQonLYmRIV453XBo0qw41La5aKp1XBn1PFqVUYvasL4+8UHm+uBOAxlog3mhyFDNXAXnc2WMGPKgSnAYn3+78KKKyhxDXDlimmF2XfLgS1dPcP7G1EFKP0tdTBtFtqoDaCsViVrAcrqA+3vAEVd2NwMovylitoVtWARk6BnMMhp9YfVpjXwR0TT1AZAk4VmSoXenjnlVyehmVQDSla1kE/u1cPh768rWDKpGWaGLykeF1sLSwNMFli51cBLY1Bi7SjMzyrAtFQ/eRT9BqeIUXXuPe1/ALZfUbuQ8f4E2XjPrA==", "1:eJztWGlQFEcU5r4RBDmMBx6I8SDC7nJZiT2citEoLKVRPFiXgV1YdnR2UfFK1CCEqNEYY2ISC7W8TUQUL0x6VCwPiBJE8aQQUFRQbhC5Mj2NAobEHRIqlSr/9Gy/6a/7ve997+32Dp5HBUfoaWlpqYzYYTKlIKWxCjLCGVmQeZJcpY7QfjnzVlMxYjTzfWv7z2wfRej8nS2YzZ/YjP0QQNExEoWvTEJHknK0qIu9pnRhm/DW9j+1uby0cVX7ShE+lDK8fYbeBaL1rtwoEKPC96apGIlaLtUQJOQHEnCjiB9IyI0e/EAibvTiB3LjRvfugDz5gdwDkU3gwg/l0Z2jPLrDhCfnn6uX2IB9iOXKSPar4E0YL94xcWe44Icrd5QfFTvvDUfh1fjhrql/3GoBfoi6A/LgBRL+A5AnL5AIk+7KC+TWHfbcunOSe3eI4Cu+DiCe7rVJVsBH5lh6AiEfDBaRQGPl4bbHYdz4YNrUoHFicf/iMBqnqEP74idVXOgCfmnFIKELLxBOkZCfFnCOhBproSNIYzF0KHQhvz7UBtJYDh26g5BfobeB+NUsVpGQnyLaQPwUgbUn4qcIDwzipwjcUkT8FIFbioiXIgRYsCJeihBg7Ym6VgT68a+yQy/UJE1SUhkZwwLpOH8FGUMq1aoI/Y4b4pkpO3irVJRUzn5zU8rXbhImrzYLiZtPitHiEFJNS2RkOC1RdHHt8JXJ2Re+7GkkLbdkDa+tMWY/+MlpUooO42a+CkoavUiuIrvYLUAeHss6pkC/cuWmf97NkAslUqIMV0Xo/pXUXurApecD7v2mgBEjvlQsWizVNG4z3nELOxWNa8/HbfWvJtqcd8BenSpK0PMBW/dEoo14x+3ZqSkIez5um56Iu1d3C7utV4te64AWWvhe7EtRdLhcKVGTKnxhRsIKipUo1XJ1nDdNS+IwcCBHCR0rVcfSZDj3Iqx97idRS7roxCJ8BRR2do9Er9DfZ8iaZtOY+SzQjjENGBars1WXODqj9uTtpGq4bovSajVjz+SOIvsW3jQjTkUbNyRHtsC6Lfc2JfhbMaGHYdm291sAnbS+uMqhHsacb0ldKrBhysakD7fItCSkz2b6jJMZMKnvKXdqn34OCx9vTjVboEeMSrC9daXelDlituDgF3da4Yin5r+6fGdO7F8VFPjjp5bMjqMez8+GmzO7Rvv2Ly3UJVR5VlXeV3WYjRZL3A+M02VkR56o0mxawT1Hg5Wbz+kxN6ahEy2Z2jt5K1UB5sSxz5ZlH5lhxAyduHT1mEmGhAvrjqmbPoPcq0rJhiP3WWf73WwFh74mE6WzW2BJ477KnMk3ALcu7RFgQgd5V0ofgprm3MWPnZ6DqRwRuaBxFoqwFlhLzl0bRZZCt3JP//H0A3i1Xly06/ssEJ41+8OLho3grJ2TWH/nbeh/s6Jm4ow62FdvWi/n1PNwFto2qwKoZBufLgPl0NTx3RVrT+bBkODhyZ+nVAPDK32DbvcrAPHI/dp94LqxbIhicRW8drqoz4BL5SDjMCKyGJ4YGF8adKIFpp9YZ1Bh+xA8yB5yp2FFCyT3h4UE7zFm2KB3mxj0Jri8fWzBcG59UA0NK2wnTG26CNfMRDteBz7jHt06+KICvlgRdVq9KRH6XI24XhJlwAw/u2bPdJN3mCUXRoz9KrMVVMRfCjmztwDiZ3+G40FgSWyPRIlohGm749iVvZkcrXwd46RysMP/WHVzbhmOa74tcy2/wHSTvA9x8dv0bzZ8acKIPj1OrCq8D5MckEK0CcyXOXNoWPHqbb/VQrSLQ5El4XiyKaEm1JrBujAjOJokJkwwR0Au2DZnRKbleCOCC8tenwlbOGWgbVQt5Nz+pAVEb130w46hrTAxHgVcBxDb0calwGrXL2fsnJrA4+OHdEvWNgGfMMRgHTgwbjor6QzQz7zAeUOyNlHtkEPNNcwHl8/5/CSfo0tMgMsHeEYWQw4uLmrjvRo0J9SwymP5Z9m2O14CcTzFsHHs/CuJOTrEwgVox1pYyaphjWcF4PS7WYvY4LrIebBDGWTFkzEopRGOzt36cMCeSoi8bEi+DzGf2m3xFgKKrcbL22tAL7ZaRtpXQpQ1e716OJYTug6RJ0KCfAKwvlOgE6Jz/wt4V6ZFrdRrBji/6ZCL28yAmVy9Xqx23AJCsRAgR0+cNrN3+mVBxuF8OJel98KpuyCFRoJtgL+jcKOyoEONYtryn80YrqV6KyPZn25UjKpz72n/56/9btqFTfAH8tXR3A==", "1:eJztWGlUU0cUDoSdEDZBxL1ataKnkITNqjMYtFLELdSighqSB0STPHkJVaxStSqttO4rLm3dKnWXo7Zub/S4ttZdqUtRcTtiXUCQTbAz76GApTWPltPTc8yPeZl755s7997v3rxJ23h6cIKNSCQyOeAhitZTmhQ9ldCVSIi4n85kTrB6MQsz0wYVmSnfyP4zWf8E67+TDcb5U0nwlz40Y1DrlUlqJpHSkUX17DWgHlnfN7L/qcz/hYyr2peM6EUbtTUzoosg6wO4UaYihR/G0Aa1WaexECQXBpJxo0IYSM6NwcJACm4MFQYK5MaghoBChIGCIohM5i8MFdwQU8ENiUQId76AUJUdfqh0xkT8U/A6TKhgnzgb/vwjgDMVTqfEv8YUv5p/BFl6Pm61jH8oGgIKFgSS/wNQiCCQgg96gCBQYEOiF9gQS0ENCYRQ8tUCCTxeNWVlQmjOU08mF4LhSSSzmHl82+MwgUIw1WywOLF8/+IwFqeoVvsSRlW+0GXC0sqD5P6CQHyK5MK4wOdIbjEXaoMsJkOtQpcL60PVIIvpUKs7yIUVejVIWM3yLJILY0Q1SBgjeO4phDEimAcJYwTfUhTCGMG3FIUgRsh4wioEMULGc09RPyPIy7+pKVGYKYaiNUmUAQOZ1N56ykAZzaYE29ob8jNnPISZTLRGh3+5aeMrNwmnl5tFp46lVGRxNGVm1EmUllHr67l2KJN0WKHE1ihG54YFr6xxxF/CdQylIca4mVJPa8aM05moenbro9Om4IPpyVuuzvnPu9lzriSqjVpTgvivqPaCB/6N77D76xwmEVHSKWSxxlK/JYL9ltcpmoDG99ujMfx2Eex3aJ3CkjW+357/KsEdBDscUqcpyBvfYa/GSLS0oYVd3asVr3RAVxF/L1bSNKPVGdVmysRfmAmjBqWojWadOTWMYdSpPLAVFxImRWNOYSgtpxhVMw9Xm9X1dGIFfwWU1z0eRVTk7zMifZZVcDYq3h1NcxmwZQH1mM3Q363IKqgEiRfujvbb6YUKsdYtpootc723a4u4CmxlkuY+mOiAXJI3ZlxJKmV90fA2YQXlYM3YHk45N5ugw7MDxnVt64RK7EYu6edVAbI/Kdw6cMxTdt2yQ222yjyRcbXVXluPQnCrScvjt4EN6tHlfOadOG+EN9GciCsExR8MnRFy0Q5NOp09tDjUHnXvf2ZubFUJ8Fi770DTDmXso5De7zOpzigkMVxHPy4C7kHd9w1e5IqW/DY/ffowKYq72kc83rkUHI0M/iLsuhT2HfjMx5RTxWbnm3Z47fGFi+e4TgjaIIFNd50R5VpXsElEsdALDtO+d22AixOcm1bRbexJawSOXN0x7Zk1PFWiurl22ROgWtR2VkqBBEXm2yjcgxzgthv3Fm6XiCEflydsxIrJHQ7OqAL0FBscglJwbcBXi40eD9iOAQ4bW1x2g628R0c9mWUNOXWJCJHtkq94wBG7IyTWG2ygZH7W1EHHHdDgH1pNvz9IAhlu43OAqP3Sxahnasz6wChb6Pd0Mfb0Aqs9ERd5LN0GHbPvsezDr4sAicb0CCl6OBEEjpjQBHFhUxYDp5zVODOF4Cz21nFmITs17+iSPd52sNepBJzhm+Dj5OYu17s6op+/7b3zSeWvoDK96EqOlQe6vl+6XL5qDRgRiS00F8F2V8rSRu9thjqobFfP61bKvqUfP2FtFxHMlhAiWCEitYrKZ2U4+62LygE+1IZNMT7IbspCZYbeFRHWgMAKIHac2Vrz8DJ74CdisAk670c1y4t5BOb72AyRbhKjcI6AvuhSD+LwY3Dy+1MXhnTxhMU/Xp5ZSZWxFw8bFJPHtYAcHVSOsCLWcLhquxhNwm7vjmgJOb70dIe3C1ufpUcWsi0JUd71hPNwNMoNznD7ikffHYl0QLMPFneKnV0KFj+fk1ZR7gb3dHR13rHuOavgCGULV7gTC0/BR8O3sb+3ckdc+lRWsMX9vCBfdBc4ln2TmJ3vhkjVfK6RQj7f9nC//9LOPgtPsP6dszxPh4ugF6H5GhGU3dn89q3Pitjxzu07pX15H2zS5SbPnJUHriaJMGXusZM274z/tJkn3FSOHUoTQb9070snS1YDLm7FblDEEasCjMkct3xVO1vUD9N71G0v+E4s9mS9I+T54IqsMx2ar8yVQnN74tk1di6h+35rRKI+rJczjMZsPtQmj+XsVJWyfD4fgIxKquSW+gZYgKvo3N4cNnMp+YjhtJW/4AwcAaPJcbWOaMbx6APr1+SyXEsNMybiVzfaYKrbe2r++au5m9Yjk/0BrLOulg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlQU0cYJ+EIckNSoiLiVaX1guRxaTWLQcEqqOCBU1uN4QHBkMhLELHWqbVqRdGxVp0B1CrFAy/wREbdFalXpd5HaXWK2KIiYFHwQLG770VB5I+8TNuZzpg/9r39dn+7+/2+3/e999J9uj463sbKyspgj5tIvZZWp2rp+H7EQsyjNQZjvOBVL9SoT44hPeU7239kE75li2qxReNYxTjhmxF6JlmlVSaqmARaQya1s9YYM20R72z/A9vAVzY2Q18rYpheF9fSI2MjyXx/tpXFkCQPZfTJKqNGbSZIzg8kY1uKH0jOtoH8QBTbBvMDBbBtCF8Qsfn780MFsm1QjB1uYzS6BFxWzYPwdCmIO52fRSiekgjmUHI+ToVYdD4TijJ3J24P7hLIC+TPm4lWMJk/r71kHEjGCyS3xCuKuwTwAnFCl/nxAgVaAgqyBBRsCeUhPCnnKh+L4SVzU2jNFixX91iM2UHiyh6LMVsNLQVMZnYtaiU7WbAloBALtCrnJwYTiJ8YOCLk/PLPBDJbDa2yQs6vfnFZIeeXtCYQv/JgAvFTBJd/cn6KMIH4KYIDUfwUwWU6ZUl5oPgpwgTipQgZ93Ci2lcEeZM3SMmAkWZovTqRTsZAJn24lk6mdUbDmwvG25KeI25CDQa9WoOfWHpdm88Ch9eLjU+fSceQyeNpI6NKpOMYlbadbwhlogYPKPFuNKNxw4Y2czrgmzANQ6vJZmxPqdWrZ6RpDHQ7q43QxKXig2nJK6vG4e3VRKwrCSpdnCHe+m2G5a05k1P/vsOSf9RhV94OB7bOS4pqowyyHllYqdczcRqdykgbuK8CZ9yMS1XpjBpjeijDqNI5YFeWCyZVbUxl6Dh2YFpLP0xlVLWjUIp7o5a/eTyaDJH/A4g1NmTfqVlHKxVD02O3BkRaocDtQyd9UnhJsT/oSUlc/h2FsO9iz19+roJFXRdWjys6Ab88CL66dfKpor5g7IysxyIUz/4OKBJ7aGfPyWtWDNTlCg7blsMVJQ2+U1bch83KZzXVSAqmu+Gd7D2RdYcMH3VtI3wSU5mXHWYHNmzfeX3qLFu0cO75vZMbKuHkRcFXf6xxAfUXIzHEGa1RLtVWNVVDV8f9m9PDRWB5aoqX8+8NcJ173pFj0nqYuPeeYf8EKSjEx0mb4o56kAmZAtT0U+3p48PEYOW8pkEzoxzRqFOiIdkTmmH+tPHRfbpJwGzHXr7znKQocWXNXEVAOXzoc1E/VeQG5qpkE/ySxIi9fngMbtqHifjBDWT61jgf9auDRbutq5b5NkOWnyQvEFExR7Ir3A3dW73HKaWfA2L9PNUJ9ClZtGXSGRHKXKvzWGDljlKGOFzLLfAA4cxT17tBAlR2lvxsEbdvF9CI2SppeADzooBYddwWjdn9Hf1NpTuwpdwDP/LuhqQHL1jdFB6Dd3v72+/IcQbCLHuv9Tc90I1edvNXHxeAUfdsKPcDUkCi0E/5HG52GPF+qtAJYacxxRKw1yllx9JsL3Q560/vLXcuK8q9sIdXOoBzj0kgJIil4bNaBZOx/Ha9z0XIxjdNiDZepeqCh1crThYXZdo9mAhZWrYpYcTY5x0N16ZD+IV3cEJYo2JMV8+kyIeuKCstZ1PPQ78piJzKBluBAIwOZyoVW0+MCloS+ghuE58Pu/6gM4ju8/2SgoqOaBYJZ/9nsPftBevL8l3BTSERyFHIHiPaBh02rupos0YMttyJGPCy+x+QZgNYD99b9jH22AfMX40FkuDC8TnaDslLCwfoenYBj2+rNl59JEYsf0dcTHZvwOFskddAwpwY4ajMHJLhCTZnl3YrYBy4ebliNOxc/JWqJFfwOY5uxTMh6tu49sYqkRM6S2SV7M3x+WsTJGr3kLyEbNoofMD9cSRT7kLCknisI+J02xmQcKo/LYWXDldKvEcKEYlSl+0eoA4vt/N0d3S5L93pVmyForg84wUdJAZlg6MurMzphlgao+ohdMmRb6IcAev+NB/E6j2nBE506b9nXZ0IYLD0oLsEjcQsvWgUgdxvBwkiv3YB+yY3HCp3cEa1JLzFAhB7RlZauMsD4FOd/KBYgjaU5Z+7MtEasG7P9wTEzcUL/4KYtOg1FW6IrZKhugT86NInt31oCd6oOOx7djs22d/w5+A+", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUVNUan3EQBVRwQAQUUXqIognDzIAp7sNDMo0UMfAqVsPMASaHmZyHCJnlg7Ru4rMwa/lIvaaZ2fVStnzsnWhmXJSbdgFFi5eiIiIgT7F79t5DoJe1mj3rttb9w/ljz9nf3r99vsfv+75zzqhkw+wUB5FIZOovDLEGHa+26PiUcCzB4he0JnOKuGsWYTakx+NZ1GPZ/5VsZi+yaY9lj2WPZVbZ5C4ZqWh9umaRBr2me4bXnsf7g8koi3cUxmiDJVkoiX8EkT2PZbIggonX6lNtwIQQTHAoC0ZuB0ZBMWEsGCXFTGTBhNrhgzB6n2A7MDIWzESKCbEDI7cVQ3YH0T+FPSAlEyiYkQrUaYxcoF6zByRnZBB1mz0gJSPv6G76x0Q86nEZE/GsGCbiWYuJzcTrLiYym3nXA2Mz7Xpg7ChaMqYCZMUwFSCKCWEqQJRxIUw8sGKYeGDFMPGAEjuEiQdWDBMPrBgmHtBiH8LEAyuGiQdWDBMPaIOQ29GI5Ew8oA1CbkcjktvMgx79QW5PJ5KzdSJaruT2dCK5PZ1IztZUrCC2/kBLloKpP3SBbOZDj56nsJkQPUFsjKDlRMHGCCuIjRG0OCjYGGEFsTGCprqCjRE0bxVsjKBJqGR7YqAsV/bOiNkWHW8aihfMvJE3qNP4dAFozJyq49N5vdmUIul5YEpfPHMRhgiTyaDWqsxag/7hw+Kdfz9sTubrfDzePIc3G1VpvMao0j2yeYBwEZWmFRaihLvxRq1UEDyyx0m4iNYaeTW+GZlF6QzqhRlaE9/LaTFajUVQTIdforR9//u0fsSUVJVe84htDz1nWrNo4p9vsPv/1GBHZoPlPVNMGfTnG+zxRwa7YYTBgjerbbW7D4vd3e256xE8+JGEcBXRt/Aog8Go0epVZt5EX88HCkOcRaU3a82ZEUajKpMCRxCPGC1qs8XIa8jCq93zaJVZ1UtiKunresjD2vF4CX/IxNIPLjql+deKuHG8d8XcRH+0JnvehWOVRaA5IGndSYuIW2GK2dz8jh+Sv/0Nt6KiEsQ25sSbNd5o+hsrJ7zw9EDUubrpcvHyclit2vlvucELjd7x7qHyMVLkG5YarTXcB0Fj97kXnZKijoK6s/mRDaAt+NrBp6okXOSUmtID7Q0w5ilLn639XdDhm6a8IR3lcHvh/vM/J4i4XRufFceeGolOBH001muIE5c4/ytYu80LtVThG92AWN2h35SDUB80f2REO6xU4otq+Eq/c95xl26Ao6NdXfL+dh2o8i8E8h95oCmZcz9TFN4Dn3z6xLf3z3gjtyzl51MSRWiTl0PCoPHN1N48KTrWV+oBvi+BTsO2vTymoAzMWpurl0ockLB6LyCpGAjWRJfUt4L5gpc8fFth1p5xUcNv/QYvHWhPSj/dCgonvfivDUlXIV0fjOi8A/ierQa7f6kB0+CbvmF7vVGgl+D5GjFH7jNjKLrese/uT4XOaPLx2R+OyrkFMk5s95lwxRUJTqzPPrsZErHlPqB2VMLScHzRH3mRAN4E4eMubr3mK+JK6pum/yXGF227s/f7GaEizjnNX7cky4kbsGnfijgnH1QWI1nislvM5YW2ntSMFXP5glXrKvzRkS8l198PuAE1/1ww44d+Yq5tR+rhm41PoKUNh2Yt3HoHEDOTRdz5lvjKPR8PR+dwmGrPwI0Fb02Dx31RCPkNQmsDbg88EVQO65YCxctZXmjQzC8382scUYvl108G72mE9Z7TZt3fMhRpFgiahEkRUW9PHTz4dfJbpceHo11iIQIXpeht4qgHgPBpnycqK15uirk4BKWffvD3NxruAZcnA5a9/60nsuAA5gxG63e0Bl97xpHDp43Ll6IDX5S8snimiCsStJxwtBPIMsaP8mvyRL+N6my2/FoLMI2fzO3LZZ0Z8+zGAjdE6DW5GXjg8JpduMDVnqXnMsSI5EXuIFRd5H+5bdlVOPdH2amvnmmCyx1OrwtukaBw5+Jdr4c3QsqPcrjlyqbV2fPcUDwO16K7sH3Za8fM7iJOcNqpkYf8UCt23yo3LvXn668FLu7HYSsWOvmjwUoc+f5cPQ7buw0gUdB6tKs/mj6gT+BqQa7HCRjpgzYmPYhqv30bElhbGSTxuOyD3OZO/McPiw+Cgp1Tv27srLP+V8HA5lxBo0KIvZkaXQkOD1h04K+XRQizZW/NTYjVaM49DVdUnNly9MN2QNIqTorGEINawdVF7+VUNVSDtA23l4K8ITRuSy6Ao0fWOtYneCHCn5OdEEf3eISES9j++RclfiPQB/wa9YIkMSJuWdcCRp98Z2/ie24o+1bckRHZjfAnA87UDZCEOVWKXiKFogwILKtQ+hRBmtcitEUvXYl+LAe0fjhwT1et3Fa4X4Ia/fAJ98DCrRlCSteDUiHaIzwdEEnr+RL08UtYkXZA99+FF2KTBRd1QpIuOgfOr0mX8ObBS3CSOHbVwPOuiJSNYY7cd5/tfpFzb4Y5jgJT17ujCOKYNnAlb9XSosPfwQWYgB3DECkP60VcsfxO2NTnaoBm0i8z1yZ6oYi7aiGDnDmdk5BBjVJaZ4qdkB8x/AbI1+x/dY7UDY1U182LnFILBRZljN8p4eYQgpQAyhMHROtXNZigFzIi25Uj+cMPR5S3Io50tAh9qvAkZUg3PVz7u7/zdn9r6UUm+w9NQ5Sv", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmFlUU0cYx8NiICIlsoq44aFVrK1AEsR1RlELKqjEDWvVCEFRITYJp6Uute7tUY8W61qt1qqAVkRKRW2dERR3xRVXtFHUigqCIotCZ+ZeCz36kLkPffI+THK/uf87M9/3m/899/pONETF2clkMpMjaSIM0/QxSdP0cb1oxJ40g+NN5jib12d9zIYELT0LfRf7n2K2b8QiG2JRpFbaZuTPAIMxQTctdLLOOEkfTy+SrHtzDmHvYu9i72JirPfrGHPGf3dUX0NibMMZ7Qun1weyVqOVk1YbnziJWKt1km48kiDWBvNLuEZRsbYrn4TGAgN4NGrWhvBJ+IfRCJpAHk2wBE1XQRPEowmRoOkmaKyuqJAxKaJA9hNkdbaFtQgiq1PHRCopI6mliDRSRMFS1tRViiiEUyT4CNNwQSRqVHxOwjRqCRouXxRh4HI5UcPlWSI/EgwoiMtOBeRUEkxLJcG0VFwciBouDgSwVVwciBouDoS9oOLiQNRwcSAYqspqDhoZqkqKoaqlGKpaiqGqrWahschqGBqLrKahkXWrrcahschqHhqLrAai0UNCzUeEKOIjQhBppDyONHxEiCI+IkQRHxHCXtfwESGK+IgQRXxECBah4SNCFPERIYr4iBDcKJiPCFH0diLoNwCTi0x4uQk1GIyx8Yk6s94kvPU4k2ZYki7RHG9O7mM06pIFYRt6I7MxKcacZNTHso4JDef9dGbdW+YRLLzSqITvTK+79LSLfmei0X1L5WWeYfeQX8fZS/aVyHDN7Cl/mLVKOH/j6fSzIxR40DGHXutH1CH/x84HA6Jd4YhDqb9EQnvcwyZivvOQKmQqdC3vc/Y8uOYzUxc0ogyljjoRdDizCKS5FfS7UnYXHM78OHGLzRX04OrOmrEJ5WhzVeC9XcXukPY+OyHHbkQdd+kxykSPNvZ85Alz2iwoGRbijLd2Dm1VYrGgGfO6DN7WNB8l2a5z9Gljg7vc9JN/80Ml0KdPGB7V4RiIPLdibF2eDK+5mbJowZg69DLt6fkIixNs+2zayFm7qlCV9s7W9Ycfok0tqfIZyIulwhcoomKZ1uxXgRKO1O2ZEeQN6U/5bke8un757Nru98BANvADRLKR0sK+HJHBNn27uwIAzbj94adawgtFt51S0k6A3smjUzWnr6MAMssBxW3hNbrMIzY44EAHF6fsfLSHLv9GO0izleHujnMy7O4v6VgPzH50pDzwYMqHlas3uOPTPehKngB3lhgZPrm5/+8Vs5zxykr5+DWDHWCHQMedrcbUItPkFY9nAhs88r2P9mwovYPeZ4lpAncbaUc5apaSNndY+BFUT5cztDV0GkCuuKbEkROVo7v9Vg1OPTme1/fXp+i8YbzDGe9MsGHOB7kLO8jwIs+rZ15om8I2nlNIau6g3IXbSSUV+NiaA6uWn20OhfOmeAXJzvRIB/z9ya/D0Cs3mAPnWo6uUYo81KCMlfrFMRuUMHtb8lH//Q6YDRtmhwuyop/vu/YAJNyvJRWqF+dXh6K99p6TFVmQz8Zx/ieVhSi7a1VubHoBuJk9f2ZB1nHUY/qZxeeLrqDFMZ/dGGBXBgrVpSH9P6kERbaK79rGWMB7BwPWdmrxAgn19oSdL66713p7Acqit5+ai1jeh7vBtWQZLl854HSCx0RlDghnC/eA0E2Xd2FHM/zirm7zZfVT9Hxg9MIQz5ZQRY8KJS5bcHz4odSniJX/r8doayRRhDbHBPaATmmFIkfFwCts6MsWpibYiW2kl+D0KXqUgVW+y5I+96lFjFsPW0g6pyqqL6KOhI5tybaYFHtgtFyOj/p3JymVQ297WtliJHBYJdahEoRM6hdvKKtEFyJoRm0wKf72/EE+0Fjt8vfeDHt8a8jS1Ymut4Bw31ok5PsRIvCSG9aDefjE5v6VraG6eXDPP6MuI8/ak4SECkCpij3gBSlVmiIZJnCSnV4JWJmcvVl1D6y6AgjdBKTLYMfZSyMfGXwhKdbR/TlHgHg9yk9Qz9l7ux2kWXEreAIciWv8tOMqsvuSZORgKzid4jasHtnRsj2xCP4wtD3MemjK9pihwLTKt522gL4TigvaX28Ld/Qe9WkmssFCPsoR24/5vrCIbnOtFz6TTidiD8nm8FgyMBdNXffFjz9v8cATSRVLQ8qAZTQFywK8KNYxzbEvA8QOCvuuBHTWe1tGF3phDcXJWAOEOtvi9rRcEa54CAP5vrg/HPG59terZ3fyxDpmBJvAeJaAGsSw7+KK5a7uIH9sM8j27as6lO1BEhzuiJldujnBbmSUapdSdIemU6nAwrybQCEf9pjNZ7UCy9hxEcUx4O1hMcWytBqxdC/NB1EU3L4KqFXQB0jiJJPZaEgw/df7Gz6fNbxfviUW9A8/nQGd", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpKiARFiDhk1lcksYI4zmW5OcGg3jOw0TMj0ixYCqLeYyKDaCYMkrqZoLxnPLzUhA8kJwnSL2hJ0jM0DCYDRSZmXnpwPxBpB5jsB6X/NIk4vWYkmKPEUSPERl6TEhxG1SPGSn2GINJc1K0mIBJC1K0mIJJS1K0mEE8Y0CKHnMyEoEFGXosSYxQiE/I0WRKVpSC9ZAUp1A9JEUqVA9JsWoC1mNEUqxC9ZAUQ1A9JGU5SFgbGZOhx4QMPSQVIZDcYERSOoDqISkdQPWQlA4guc6IpHQA0WNMUjqA5FRjMnK3MUnpAJK7jUlKB1A9RKcDpBLBmOiEgKwJe0oIAjYLi/kZIPWoc35+UUpmXmJJajGkguUFEoGliXklmSWVjkVFiZUQjXIgg0qKSpNLSotSU8ASCQi+S2JJIhZ3GJtBygBIsxQmlQqSAjVLQaJdGx6+nLrpj731ff/e6Xnv7M/Ue+yvlf1gb+CzjMtN9dv+bS01FzZH/rPf9vnvlYqXT/Y//SR/KT/+u3285mmB47uYDqxZeyO+zP+Z/XWT9xau7rwOX0DK1B7bp5yJ9T7B/nu/yvT/E+p+f9l/xGlt5r3C3/ZlD+YILt3LfyDgj0Tx9UksB+4/4J688pCwQ9VSHWeZ11/39x/6qhHDz+qgfPtnXdaeb/ubHh2fsXvaE/tOx4SnFxYxOYSUgExcZ/8LKFsy+ct+7q3LKo+vZDoQeEu6JtGI0QHsjuPsB8xW24VHb/y23021lGlWh4DDx2SQg/7uf3/ysNPal4wOC6+BFG7fb7M3aJpi31F7YzD4vV9knfvDqimsDodTViWEBP3Z785cwa2i8cs+N6x23bak1/Zg9zaxOjRsdwA67dd+kPEc0ufsJ9b9tio492B/lu/nvuCSb/aFtlzXF39gdhCoArnktP28OFCAPdofvXH/m3l7WB02BmTPKp/zzB6krMD2mb3rjQ9fvCL/7+fbZzBTS+Kbvd2Lm2t+xXywf/f6gKXyKeYD4OgRury/48vt643Ff+zB9s7mOrD5VfFW0d8f7M+nXX2etZrPoVHtUNvy8J/2ehMW/DB89nm/EzDYlG4LOrhk5n9oPbll/5L7+/jmGH+DuHs2r4P8lxygz57Zg91lw3bAIh2k8un+q5wZSjkVLA7rp6R2JMsKHui8dA/o86f7jY9s1Mtb/Nb+lBGIwXMgjE9309z3f/aHv9Hfrc7/1R6sv0D4gGTxdaFPB7kPCERYbjnxTcih/wko4fzfr5D8LsrJju0AOD4fCTns7GX7IOZxZT8wMBYp72Q6MPuZ7PIXHBIOzfqgBPh9PyQdcjuUAH15+t2f/acXugKT4pL90rwPdCcs4HBomXd21fmrX/YDIz/UQOuX/ZRvbPEzfBgdsrW/Tb87+e1+UKg1H/i9n61xqnN3zg97CP3c/gEoGBb93A+h2Q/s/NMODNkv9u1iN899D2Y94O8gnHj4MvsBcLrPZHe44wZKCNwHYPGs+ZZ3n0GkoEPGxLc19qZf9n8Exl6bxef9raDsUiroAMxEwKBgPxDMCcroeenFJUX5ucWoeRTRoka0XLGIGQEAbnCZIg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lQU1cUDmGRRSBAIEUUpFrXoUISkmCt74Qg464QrTIu9TU8IJpFs8igaLVqXcZiFWtbrdugddzFpdZRec9W0dbWdSx1V9Aqi46iCApi730vKlJq8zLTTn+YH/e+e+79zjn3nO/cexP9kTk1w0MgEFi9UTPIbKB0dgOV0Q1LsHig3mrLcHs+UtvMRi0ead7I/hPZ4Azh62SpKFfa1ugj2WwxkgZNFmnJpPR4UQu6tC3I+r6R/c9kMc9lbOW9yHSi2ZT+coTn+uH1cWwr0+LiVVvMRtKm1zkJiucHkrKt3BWQgh9IxrZKfiA526r4geLZNoEfSNEPy+Ji+aGUHCqOH0rFoaT8UAku2XKgErReqNPqTZnoGngdhosCbwebwvjZimM7aRwvkNQVkIzr5K6AFLxAcs69WF6geFcsxbtiycF1FS+Q0hVLKp6M4M4x1pCUD8bBBxkfDJdZqdN04M4jFhPPB+NIkdN5fXkaSZV8MI4EOZ3VlyeRlF/FcoGT8WOCA8SvYrlwy5ymQlOQ01xoUkcyfmeDA+Q0G5oUn4xfmXO5lTnNh6YgV8pcxo8RHI3krpwNcl6MkHJXjLxlRuB3s1WCJ2yUhTLrsigjAlpy+hgoI2WyWV9VmOGJR36oUVutZp0e3XFmU7NHuO8LZcNyJlJavHgYZbOQWVS6hTS08GLXZOnRhAZZoyx6ERI0W+ODPpL0FkqHjWnxAo3ZjhfrDGbdhGy9lWpBabI+3Y78M+D3pN7/r0pbsTvKJE3p1gz3v6OpI94yxb+/b/E/7RuPNM5uOMDVDSsdXGlGkEAB9zLXmM2WdL2JtFFW7smOI5tiJ002vS1HbbGQORwwko2Fxa6z2S1UOjsx7uU4ibSRLRBVzr2RZa+6R+Ep/CccS1P7rZzRKTEQRrdX39ctDGUuPp4+/oAtBFSZSXrzvUpiQd6N6qgzZfShhA79p846Sih6HUxdRobAiFGFdNVYCeOX/I5duDwQau3XvglaX0/0xMt63KV3WLIW38mtpM3Bs5ifo30gttvGkFMeQczutJp9F/oHw8qg9QcPSaoJclhq5zXz79Ple7e731pYSyAvfhnjJ4ZRib1vn98iZubkntqVVuMJnkcWxWVv9YLTi0c3ap7U08u/xr8yWjRFsbn3CF8ILx0p2ZvSmkk8mXHuVoUvPA7EGoVwIjzlQkRuI01tGocsNRDI++i8GhGo6n5I39RexIyo6rG/8yJ3oKe1U2Ue9gbszY7rbszZA2Xidj/dJJ7cqWQSCgIgOyY66qGhmK65WDLTmhwMb+fZJ0X4i8D/Wszna+oeEI++vJw/t48YCq+Xf7GzdQNRgdpJWy4SK4av3rz1rTDIJaXDYzcJoWh1mx6XO57h4qkJAmH3uWHnB3uBhXVYAJ20ngVLprSFJzgN+U+JmR544/V0r8Fo50UiyO/pNmi2vwd81uWOf1GsOzNPN+ZS8ixvmL5w3wSfHE9O34nHxIaco117ngmD7yPnVKaogqEkuFp98g8f5lPVb0eM8iqC/PFsdyo8AIJxGr6VMDGatpWlCglwfRu6eT8gDSNDwfjBtG3flbZhOH9FgLQjE3XEbP8h25dSpTRO34BjT+kZfXFE3SGnvFOc95ZA5nDhu6YCdShcEfosiNJdIPYocQIqaC4fbhCBouLlJoGOXdBOuocx1/3yN36SIoBSHM77fjBQOV897uYzevexySiEtTQrLwwCjp8lNDKOQuEP98L6Dm34SgQoiihSVXQUdnBsKNRpy9avSArh9E+oIXAUZiglMBll8dpWEdxFae7Q/xnxvm9JwcSnIri8ZzZi3i0CZQ0xt4KgMMGyQ+GAZ7CYKG4gMDfWXS2md1VY94TuDwfFr++hDAkARX3J8Y9PEfWjjUcapX6w7fcPJw9Z5QPPdk6t3jH0IQHrrhYFXIqE80gcucyP48O6VsCW0by2EBk2ftCDvAbCJ2LV2K7HhYDZWH6uHTRStTfItbeJNMne04Ir9TTLN08R3NtQPEA5XwC4zNb2ETIsf0kxsLwbKYQEHLAod7AlL33ktVoM7KmnNmWiG8lsbH4Xub1ygrDP4BZk0j8BXiur5w==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUVFUYH2ZgWEdxzVwjySVc4DFsGt6HAyiGGg5upyzHmTcwOovMkuGSclAwDTumpoFpuZIr6lHJzPtckDTXJAVBU0zZXAZERBbpvnfHGJRzmkdSp3P85565372/e7/f9/2+b957HtN045T2PB7P4ISG0To1JTepKaUXY2HMkSqDUWn3bBZi1GmkzEzyymazbex/ZBv5yvY/sA18ZmMrjf9sNlynVTTOmLUIZr8PO/pKhWiUqrQxqFRtgwRxgzA2H38WE6ozTbMBQ7CjmMs1BL4mgNs1LCaQyz2+GOPNBSNuAcaPHQO4Qzix8cee+bQAw+megBZEwILhpM9AjCFagOEk6qAWxM2C4aRqjCFsjhuOMscgYCr/AOTHCYSrjuAUO1x1BKe8WjCc9IMrleCUIwvG5iDgUmUx/i3AcGoJuFaJFvQEglM94Fr15VTfuO58bdYB7gYYxE2mFpDNSrAG2SwFXNwYxK0gLCCbxWANslkNuFAxyGY5WINs1oMVSMytceFuJ+akCAJ3OzEnRRC4cYmbV8Q49NJieI1ZMFJ6SiePpTQIqI8PU1MaSms0KIXWByodmJkrGkIMBp1cJTOqdNqmh0ld/josOn4mJWU2R1NGvSyWUuhl6uc2u6EfklgVWpCg2yi9yhEZntvjjH6EqvSUnLlM6s4gdCZms1ytk8+YpTJQzRwarlKYkH9q5oFR5fDioY4soxiZVmFQCl7MjneTuvBufd5Of8ebmUlajzBhrUpfn9Yn7NwaibbjzNvHusMQ/0KiXV5qogVcCOM/cKvHTaL16bq+VLpCrnSDmqjbr/X5ur1Uvs10Bdsal4+l9T/X6Nvy8Cu0RKfTK1RamZEy4HdrERqiTDKtUWWMD9HrZfEY2JONhd4kN5r0lIJdmNo4D5UZZc384Yh98SNpU/coZon5OsZYf8xMEZo7PwbKxfIpBeF1sL7KdGNtOzPsVameMG/XObjuw/6/uGcLyD3w7rp3BhSA3vlPPp1+uBBMTgq8nKW5A9P9zg4dc7EefuWxzBTXLQseinDjeyXXAmrb1Ohxfe/DoXajF4rGCmmeLsE+64s8cEX8IDBsxFX4XspqbfvEYrB3kHaj3eFboF32ocyUJB4Zt2NpfiyvAd4THfH++u10iNefwLBcc+WoyQ2wavW1FcmLUoHizJR3f3YsA8L2HcHJghowPy84flJ6NZyTODhyi0sh6HHqNtj0+3WYNn799p252Zb1cjhC8ImrZz8z2Km6Hrdk2QnI0haUgpVVwo/WRN6Epz4+sr7r4DzY1nX/lvjsi6ATexCfZnb/UXELHFg498K+yY60e8nB3YIYZ5Jhv/yDWuj5Q11yZX4ZuDm7464RMjtyEhuYEqBBUTwwLRssybhZsmrvU4CCeShTJKTPzB8J5/V4ArvPlRHjve/AfaWG/Z1q3chH+VcSDOEFFn/OguHnlb8VTW8Ab5n4qU7dasCw4rwdNQU8OjAmVKUzm8H+gOpjim11oI/UYeOXQ8oByyfRnm4zdvdKavEjIHBe0kt+vxRG39qcduKNejggJ/VOj600kLABqATffsY6Br26rMpxjhXQp6OPpm8akwE8MvSxy+9VQjDxfZR6ezoxKuKbBX3uQjaMfnwyF3m5sqrasl4Momakzlq7oQF83+FCaK65Cnold84799iRfpMV1GOA7y+Acd1ENwa6t6FZ2LrDUHb8khf1+lVL3HeChFWSpeqi48C0oov9hDZCckPYgYf1OTUgDXldPLIUlPTxcdrR3YHsUBGCIsOjIwY1eNRXlVviWAeRk8eStgpo7H8pHMa4exbx7Dr4mmeSHc1ktf+QWsDK5ychfTSo96g5Alc6s+eisqjMq4CNT19nmg2fvBaOfrhMavQ8D2b7bx82MV9En9SIFxykXcjbsu8uix9UwzWRnT4fVfoU+DGyrhCR6NTgtPEPoJAlcgmIGEEXu5Ip/ZCiMxwsfhUCTdbTvXP0ApKlX5iD8foiiLxEUEdy8wBJ97LCYsDqrOguMIYziqgF5XLG81qAkr/oVPQesLiSEYwTfWIPUygV4Ffedb6zC48MdrmycWZwJWDUMTWHT7P6I/gkzo8Znj4+HCmARyP2qGLMgO2GIdoY9MSp0xia9pLGj36Nn9easRF/Ar5js3s=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlUU0cUDpAQA0EWV9y3WpcikkQWq51BhLohlSCotWqAB0RDoklQUdS6H63WBZdarRvaHm3rgoiiyMQFUWktooIejhuKC6gFAQGF0jdvokQaPZn+sP3hOyczb+7MN3OX786bSedwTXAUn8fj6ZqwRaBGxUTEqZgoDyzB4hFKnT7K6lXLV6+JleOW3wfZfyiz/ocsqEEWzMZPLmZfAjTaWIXKL0ahjWaU9exjZq4gM7IhH2QfZJzszV3gNcMGadSRDS3cNxSP9+BKidyWLQdr4sLZbcQyiJSDyJXqaIsgWObRjwYjIRjJv8B40mCkXCmj8YCMK31oVunHlZ40qxCIF80qnsT+vjQYLxNjLNTM23QZOowHjWo+BGOxC4hWpPKmAhGCSizWzhRkcfIQPpPK4vQho0klowLJKJOOjCaVxdw2AUmoaEdMklBtI8QiicVuIFnEYai2HpJGEqptxItgqNKV5ISEjqqEQBK6CBGQ1OIImbBOSpcURpDF27YJVaV0SWEE0SUFCa2ULimMIIv5YAqi27wIi6R0jDCC6BhBQDI6RhDCyugYYQTRMcIIomME+V7I6BhhBNExwgiiYoSEfJlkVIx4BaJixCuQeUbgu4auFe7QM1pGExHDxLJAbby/ioll1HoduVm+PkFyLXu28NXpNBFKhV6pUTe6uNi9niwkfippks/hm/o1Gvvu81gjmJAbEq1QR+reeiT1aYQRsC+hClUcI8fX5KCpUzU6pZ557wYZj35UBnkZzzL/T4u8zLr73Rb1MxvWNw0K0UQz+hhG+94N8jbv7rdbxA33MBvYt8TozfRz5JE7m59Go41UqhV6Rkcucw5sMSpOodYr9fG+Wq0ingA7cBZo4yL0cVomkuuY1NAerNArzCgo8yEJFWVj2sVwurM/LA25u3vzmU6lQNR264Se2Q/BjIxtbdxv1IKWkwPLv5Xz4MhwpzE+KYWgU65monCkAPZuvf6KKOYpaH++COy6lQEuB+IBt8HPf1wNfezOg3VLKwry5ychtq/pFmku6ttrT7Mcvgt8dGS/zYMV19Cy3Ju37RN5BjzdRdeW0CpwkUPQ/kJU43F/30eRQoNKVLM9WiqCnSKejhv0WTEi61gb5IKktf19O8KC5XVM1b0biP9gRY8nKx0MabXsgmE8eOH0oF+VN4vQqlOVPcavqkEXJGcO9tnXFp6O3DspJDgLcXWuwHDywg7/1MQukNiZguqTZz87kCM2uPm1Kyn0tIJlFcPGLvGuBPlJUwfa5TvC1EUJOYfGloPSlkO+qG3Nh8l91ElWCU4Qe+Xc9LPo+03s42oFs3r2X5tdL4YHbLBimWimfbcec1e8BM5Zx46utLWC54QDN4/eJoKTinK6FNTkoY6LS0Yd3WoDWatYFzwAw2YvdB/xYzkaMPLSmvF/8Qy/f8q+tGsPueFzbwN2srQpoirE2Zt/EBU+Wp8sLhPCsMfuxz92rACu/NCmbsnV6JB42i/fFJSC+s51z+Nu14HhxXyZc15XaJ0ucGkOCtEW6c4Ur2q+gfX2vYUTukJsRca2+yBf9qe3v9DFgLV3yNiOunIKXUTrli4edzk9G8gw7JQQzu9+aslPYXkAa2sXcBjMYb1TmeYCD2hj1jxJQOATxrVwTKtnSC37+ggc1AJuOr5hteOsMoS9kVbS1HDHPnHPglFNoOeAE8EbOlci1qm6/LV2hrbuN7rZWnWABF+KICbQeBeDzBmPrAfEf3cBq1zfTb2aQRD25UGkEsEjl3g3rUUviZ3TneCLuZPT9YnPQLYT53jYLkEhGX2guVFeAzg31thBjk/zxZALY8Yd1G1j/eq5LytAQGp53ZVqJ5iLp11egobjha8K4brnthO/G9GU2PPCEc7Zlxo+73omuDrzUXePJvVAMsOtc8cKW8jp4VmOSDzqgBMmfrQYVqhCWch9hFmkC7OHiTjsDlkgLxQH8BY6z0ahzX6BIeZQse5wiyegxYphxfwUHonHZ7YGLsz2hwHhdzUi+VqBFugC1j0P6ADTsZs9s9GU3s833kgsQtzyAzvBIXdmNd/3ebmRX9Wo6p5iR16KK/Rjs2Xa8jLwg/PuEydblSE8m1PWYyTIXOUxw80B3kzEga8CQbCZ4vTl42iZL8vcnQLYb8KxoWLrbKDkaebzM0vAxb048e0h22CBVYCL2xZrA7GrFtTuKcsNLOTByN++Yl35AvlfK2Uz7CzgolNqA3fhNEuqQVGcYg9BxLzrA+PHFAO5CG+Q6mj2XKKJbbT5Nvzr1fD9NyOT/A1o3Iq+", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3tQVFUY57k8ZHmDPJQhZaZCTdhdQEQ8ZwFRkocCkRkhy+4FFpe9ursU+EozwhxzRDG1jPERFqVmWpkNck/jI3V8AD5IQVTQ0IR4GQjsQOfcuwoqTVya/mjG/ePce75zfuf7zu/7feeefSGNjk83MzIy0lriJoZWUfIcFZU+kViIOVqp1aUbP+pJdXR2AumFP7f9BzaTZ2yxA7Z4nJcEG/wSSWuyZarwTJkmg1KSSUOsFfcvbLOe2/4Htlce2dgKfaySMFqtGOiRsSgy359txQmkyKUaOlumU8qHCQrmBxKxrWQkIJ6exFHE5u/HDyUZESqAbYP4glhX/vxQgWw7hS+IdSXihwoaiasgzpU4QYAfCUp1Bv5c/BNmCocJ4IMJ5jBThovh0so+RH68QP68yRsEE/nz8iXiQCJeIIPSJbxABqEH8wIFjIT0gJF4ChwJe0E82eNOMRbDS6+GLA2b8IHjSMRL41yORIF8MBzboiA+GAPZ/NJq2BC/tHIgMb8C5GgQ89OCAcSvkjjyxMMWwyCpivmVnwE0bDkMBg1bD4OKQjxsQQwG8VOEAcRPEdzZL+GnCAOInyK4L4aEnyIMIF6KEHGfGcnQiiAXde1oMqCjNBQtz6SyMVCTN0NFZVNqnXbgOsde3cxJbxRupFotLVfibw+tfurWb/14scS8RVQCmZxI6TSyTEqhkamG+IsQnqnEA+HYG6VR2mHDU3Os8EuEUkPJibMEe4Kgc8hkuYqWL3xHqaWGWDRSqcjB8anIJVRp+eyiFuyOMmRqhTbd9O9SauBbLH6KLxIkWTicpjUKpVqmoww8CXEzN0em1il1eVKNRpbHAb1YSjQ5cl2OhlKwA6kD/QiZTjZE3iQS7qR+MjyKDJE/vMR69XxXQkOJIzLfvXGqsdABhU2/e3VvTw/oEizYGn3ZFTWUfHrc+4A1CvJAb3pLhfDcWfJzQaWfx0KnnS4oOuhDaeodPRhf070iS++ONl+yyhzX5IDKPt5gtyTQFo5bn7PYU3gKbMeraDKvA4GjMzhZaw0fqJKW7/+hgzlg2rjupeYWRkm35p9O7AI+R/QFD2ruMbvHsy9M123ZzisSW4iaiqdNvPSQOZz27tXQvHbGNu6bImqNAKa+Hefl6uuE2DAqrFBW3eK162+bwZWzmOVjc91R/8Gl7QfsXVGIccz7wgsC2HL6WNg+ZR34MuBcSGxlA9i+CzuyMILdOzIO/a49x3ww/2JZg/NRRrLyMHyvvhV0brm+qSC/jdFFFnUKFtQznpOv+wiMXaDOZ0v/hhV6Zur4V5euntzH/DKbROAKA1J+irIxMUe11au0kc7GCG+6sFlvBTk+BBA6yY5dnNACynSb3MySHoL5ipAbcR/dYRp7S9uqYlrBV6mJ8S/uaGGqjOpMrNbaGfbTz9yvD/RANaZQW+3YLr1ggSouJzVNDjFCbLpqHWGyt7RNvm4MYsMuwMn6lmkqLrMw+O0Cs+bo3bTVXQCTNK6muxu0V8Wk2c8rBREs8UXA5BNLz+KUSoZER22zQ/t6krNPlNsj7yp6gcX5+0CVu6RkYvho5Lgandk5wwwpzr41+1SBA7y1xHn/TJkL+syh5OjP1W5oHktsG3AInHY0/soYlEsInuaIQhadX1OV4gjvZk3AlDaC/Ptzf/TKbwUec695LpPZw2Uy0Wt+vnqmNtI0d5RPN3MIp23Owt9Aud82X7fNxxmOr5sMyc7YqNHwZrntdvGuXqa45YuTs4MqwR/LQEDKVFdIwrIIbWeM6FVmJ+wEaP9MEqELZNdxMUZbSTrn9zGxlYXJfas9YGEzBtYZI3ZbgVboV5y2ok5L6Be9xzqyZBSUE7nN0wMO1wHOEPmkCCCphjb5ccDl/R5wN0uynXTQElpX714Uat0AsJi+d+k1hXiTeKdXmAJXUmmtwM+31KkiwggV4qx8Pf0Gk3G5ETPSDyz3jsFSuMVUHHrjzyPXehl7Mvz6PbAxuS+8p7mZOabAyqgSolicteDv9EwYm8hOsIeUZ7sDwlWQFdPRZtCJAL7cLCz3c7dB2aTM6gWIPNL6naA/ofOSDfIU3py0YUcH04SCsYKdIDfPC5lLcOZCPRBbr3eFkD06peoMfKDT2donz5gnD3bu8jmETfQXpTm5+g==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtQVFUc3mV5yksJQUQzHzmRaOzeZQVlOhcXfOULMdKwbF0usLns4j40UJl8N4oOjolmSAaamiSiWZLKuY4J44sQQRMcnoqgoqhgPAS6555roNG0d9OaaeSPc+8593znd77vfL8f9+7g+dqZkZYCgUBvyzRTtWpKaVRTkaPQCBqeotIbIoVPeoEGbUwo6slfjv1nY9P/wdjEl2P/ozHxkzE2Sy2e9MZpNRFdPfRsEpovZlsi1Jppg7TG+UyamwbxZSGhKk2UCRAJ20r5RJHwj0JMQmNiGR+MlG1H84PwD+PLYiQ+fBSQsa0fnzAyHEbMLwyLkfCJM5pt/flA/LBqPnww/hhDmIrBEfBFygskxheTRegOMtmjOAS+mOw4rIA5nAhztic1Z3u+PDMCz8YXk/2N94UvJjuvG4ifw/HZSky2Hi5ZLMbkU+qqWRJedY7jw6sAcRhehQ6nrIRXBeIwvEoDTnPCjNJAiM0oDQS/LOdA/IoQtg9hThEizKknBL/c40DmFCGCX8LiekLwS1hcT6QmGwIXEgzi5wgOxM8RHIifI7BhpfwcwYH4OYID9eyImcyHnN4dPTBQOkqrjKZiGKAuLlhNxVAagz7SqvuCuGfPNIF6vVapUhhUWs3Ti4X2+mOxWXGxVCiaPIsy6BTRVIROoX5msgNzI49WMQ/kTDRKp3JkBp6ZY8fcBKl0lBIFY3tytVa5YLFKT/Ww2nhVhJHZmBq9Aavs/ryaDUslSqGJ0EeK/sqfnOMIvxdP2Om5Eu7FmzDR/X8i4f/iCTs/V8L25hKWcTXlxRPu/VwJi/gQ7vZ5wr2T/QuO7vN3fJEgcq0RTVaaStvB3Ez25172nil5yIVoYblWq4tQaRQGSo+/nlEBCjEqNAaVIS5Qp1PEYeCrrCQ6o9Jg1FER7IOPuvpBCoOih9IrxZ9sxNPbo9Aj9NsZGiVfUZy6NKIF9NtSZBed5kxX5207lpxUDhYt9HSsGHkXZlXWbTnk4EQPalSHLTtQAnQtznU/ZraC1UsLDs8xWtMZA96PGFueByvjXQ9MqLwF04J/eNheZEkXba8ZuKe2ADqnEGnfjy4Ae+LyvMa4uNCJpdEC7fJbwOK4lYsrKIQHddGb6gNcyC/R9Im1YPO+FSGTdgjoY0c3WDe4tcOzkp+zRmmqoaTmwOvXV7ZCkHvtyKqlzuTUVY7TMz+vAwL8Rx99dfXtkKMlUJMuZFZeBc/OOrl317R2GHBiZvJgJyuShRWkg6bsknXtVDvmO6QAjI3N/6yw7Bp8OKhQO8+mA3QeWvLg4IxWEPxrQ+PkObkgITF7gV1LDTyzKOer/m8VA8/UD73O9S6FLKyiGhotttt6praBbLTdiQWAnb6zEixj5GnKroBY3yMcj3LgzQrTCZdvka9X37wBo4eoP4nffR3MWeN3+XS9iCzJaJ0bczoX0ndSA7yLqgDm1Qlj59nke1wU0kjleNca4E15VM12tyHP3z1zatx3rdAwbGtnUsIpvL8ZbnT60OzHaxsfgVFJO5vFNTnQQ3/F5YHQnQy/dLzadWADsJm3bUrfxFqw1/fC2GkXHUlWTqoKrGTU//QbEYl2my50oRWSd33e3FcH8j1CSjyXdkCnkYd23NvTm96a5Bwv218DhqEw4Vbk/l+Kw+5kiujSloSPjxtKYUoa2oCQZtcb/hjK2INog3brBinvltjQAdMubpqbYEG/wxK/AO8zaq/x64AECjzUiQxcUcU4sR0wi23uZymiGVGjDn/rQt4oGMKEKAE7+uw+cdLdhv6gQ95af5sGyUjOtmIYmjx4o3GhgHZrO8coUwZvV8n60+H3wUn/oZOXiKxpVt9gIVl7Fd1cBQPYCZ3wN2NFSp/d1qTvPb/gCboGGMYS7eD0KQbkrvIcp5RmeKQvWtiKHMEaqBAOWIoU+gk2lV5Zrh/fCSxGrHW7mt8M0Kl6yxvBYYeFGevDrclMxr2pU4UkYwbm5GjIJJHoZmIt9Kp3zPH5ogxgfZohkrP0SiXEvJoB1rMJyNmNVoGNyGYzrsMgxNq/AbBpkXqB4/0IGhm1wpys6BuKry9L71WAN1gD29IhC7YvTkmzpAsFZRZ265qBbP/b74VnNUP2fL0saZTF0zfkQWsmK3Ov2ZOCTQltY2I7IOZRA+a+Fnhfeb4TzGaNbEFjP7eAipGMwbLsybi64WLbjHbIltpATRTzDqeN0T9dk7p+Huz6rO1hTPI7jRLT4Q==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2tUlEUY3nWB5bIIq2iKeQEtTdRgd1lAqxlcUBERYT1lHVMXWGAB2dj91sRrinlHLS9Qauk5KmJeyFtk5UymIXjnoKiUGIqgiMjigWBD+uYbFDqHU/tt/eiHf2Z23pln3tvzvjufV4w+Ol4kEAiMjuwQoU/RxppStPE+RGLHDpN0RiZe+GwVzOhnq8lK9UL2n8smx3f7O1k0mxe1hP0xTm+YrUlRJWoMCVodOdTFXZH/Qjbhhex/Jhv5TMZV43NGjNWnxnWsyF4YOe/HjXI1Kehgg362htHFWglS8APJuNHfFlAAP5CcGwP5gRTcGMQP5B9GZH6+/FBKW+xT2mJfAGefzI8fKpB65ad2YCe1LjWB7fH/hAmimmTWYmjc6BRgA4iPT9QbOgXy0kVBMl8OFKI3xVgDktFJwUuTzBbz5HTytwXET5OCTkG8QP62gJS2ECmApybaxDhFcj4YmiWZ1aml3YjDWJ0k2ow4jJIPhkZbZnUx0abCYazmQqeewi+rNHByX1tAVvehTvSW8+NPO8hqLnSqCTm/Om8H8StZmlq51XToDOLXXCkh5PyaQzvIljpX8GME5Z6CHyPaQfwYQf/PFF0zgryujW4C+uxS6fWGOF2qhtEa6XvMlR2iTJpURsekBxsMmnQKHEAuYgymWMZk0MZxG7M61iEaRtOFHQr6lpHTr65nW1qyRb66iHR+xuuT9jg3o6Nn55z80vMOKggPWBU8yxlq982aGj1UAKssufXFEe4w/N3lgdfsPXHJ5/f651Q3oyMPjMd6WcoBMySrbcMiEXwvbkx5ZKYAD55IbmxFI7R9K6a9JIalirrA0PGPQXZqjwxc5AgfbD4sSRvRF/9YtDP0uNEeL9msWpNSVYNqXU/6fja8GlSaBxbrZ4rh2EvxV6uS3KDLsT3pBfd74YdR+QM+ThbiKlb7hFGlYPtHr55anmMGvyQK9Evs7PHbCw8ej1nchiTdfFb0vtEM1k58YKeQNgLPqJv9FmhEcEb4WfGbWz1w/8JKsKtciJVv/BC9xet3MGzR2m+Tna6AP4ibMXngbsYXF/Zdqmm/txIl+zRm/bqxHt2YOSdyQG8xJF7sDG1CbV6tjabbJUB4q5vT6oFlYHKM+7SgowLMgs6s96tBNRVKT1wmguHEDKUYZ2axAYCOuK+xtIdZKMUZUWGsC0IYXB97/v3wapAPl1YUZD8BU7mASnH6tL3+F8aYEQtmLbWAZcSsqxWIxvMm+KR2AfCf0QI2NTrMzD4vxgvZ1YlCJzxv9wjVyzVCyJkVW0z9ibSDzDhyUgyH5/a8HJLdA698Ula6pMERRw/dsSpP44T3ryljPW4A1E8zKvEhCSxHkwgdXpFCuKv8ZPdtAsgmy5Lr1xOStLw2uj+m9jYgypMm8FTbdFfj5QAzh5GMCrDsw5FeAxl7nGdIZE2WwJbaGhw0+BTYf+A6q0kMFyd9z2zM7ocLTuRnOjx2xOW3XTbmLq1DHgfH/zbP4yIiKHCsO3QZQjIlhe7zlF+9VeqBKd+yUFnzIvaGDHRkvjlvSvJqZBn9wcWVxQ+BaC5BNIEVOe8UyU5fQVxYKooRF6cwCbziTZD1yI0QbLwATyTE2eICKS8aUeVlcuAJYL1nf36HSBgqpwhx0q201evu3kI+fTaXOCUWocPb63J+PifCe4mar1tQ2CjCjFbgfv+bQ6IEZ1xX+NPYA7p7yDWNjXC1M+xtOfeoUCXBXB3sd8HehEbbPDDlvwVELHONPLRJ0h4PN+xxOeT6Y8YR3tm99fSgvDbkenvkhh35UnxmEBtRqQhy9FxxBiVFNKxTM4/AuOMNrSVze+L1apKYRqDe4rXOlFYGuPxNl+JPpz9VtdSaARv1PnbXhNA50TtlbosdVjuRhpSaYGTYN7Hxr72k40Ox4/nThUz2J2cFXBY=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlQE1cYDxDu09tawaNoFUuVHBx29C0EqRc6GGu9aA3JAtGQrZukQMWrXrVV8bZ1tOpo681YW2/Gt8UR6mgtRVQQRIQoHnhxGoJM9+2LAsqM2VTaf/zn7b7vvd/7rt/3zdvtE0dNiBcKBAKdCztEUxpSadCQ8QFIgsRj1Tp9vN3zWbieSpKjmeyt7F/K7F+RjWuWTWBzIPdgX6IoOkmhkSUq6ARSjTa1cdb4Nywb+Vb2P8o+fC7jKu8FIyIorap5htZGof1B3CiSo+INp6kkhV6ttBIk5gcScWMwP5CYGyW2gELlTuwoV2sT2Hb0OoiEG6X89EhGIVmQlI8iqS1RkHKKREP4KArGmCA+mBBuDOMH4WIgtgGD9URShjgrMKEYI+GjJwxjrA4b3o0fwbxAQfghsgVkNX2wCvywmtw4O7ZoEvMkHc6PLdGT2OKT1BZNlqLgl6cQnubhDskp4lUWOLUiXhTHZSHi1YIsGKsj11xKohAbMPzSistPZHUPagES86MqTpHY6gbZEsSPQDixYqvJ0BJkNRta1KyYX6Hj8hPzqyRcFGKrCdESxI8RFhA/RmCOS3gxQoSTK+HFCBHOk6RtRqBruK4bWtCTNEkpE8kkFkinjtCQSaRWr4t3bHkgnrmzQ7hORynV7N2A0r50p3d7cdjE1C9IOdo8kdTTikRSRSs0bXwAyBLV7IKM1UbSak9W8NIeV/YlUk2TSqSMm8k0lHJWslpHtnFalFplYA3ToPum2vnV05w5VxIUWpUu3uHVtDy/yFho2v4Oe73OYR+EoAxos9Jav114+x3ckpXi4Pb32/uNJlrI2+GgVheP/8BhnzfqsBtvhyWtCC5qf4c7tgezPWz1O8TSb19qfYiG6GAZRdEqtVahJ3X4mxU1ohiDQqtX61PDaVqRioF+XEhog1JvoEkVtzCjeR6p0CvaaMES/GUpbm0eiZbQXygk9To95IeA7n8D46If/9z3lx3xMW3yvhtiRwgrVgx44NkATm/rMfj6LgERm3S26bDZgZiZqV/XXZgHx/7sFtXPUA+OVj/LT7n7BDTufZIXHVcGMo7GzS8cVg5+m1J74tq310ETu9o/qAlEfqepMO8tBB72g5Z1LbwHUr766QPZFgdinm9oQqS6ChQ8rhk9ZekzwB4+ySvwIRBQC4Vn0x2YlZu0HRcxpaAy5rjfkvtm6DtV9dGN8fXgUnScz+SwO6BDzsnjK51K4YoTs1xNvZ2ZgKFrz88feRNsZ832d6qHg7U77TIdzTBQ1vN+WbARBO8f/um0X4qAfGOfVYbZN8Dve3aNIzoJmB4x195NU5TAItM81kUz8Os6M7ray445vPXR7uwxtQDORYbWwoC9nXIjC4qh+fzDc2eyBIz/icZlNUU3wQjOgRJ4fscINiQXLH7kQc/SwNXbn96C65ctmXopsxqmuPsPmLeiwmJXGZwLpJ+dPOfIcGGgHoJ0ud5/03xnRitZcIz4ugme7X2ITlxTB57VGUq3dGiEnF2rGgEbVJcDPV2YUVsX9M9aWg3Q7rIcBwLrNcKeaQrRJ0OyAHfuI0+id/gT5YXYRyDTsWNnkG1HcGnfYILY/nqYnlU7YHq62fK8ArsVXqyXK52JCt/dd0ZmOBJ7sseELA8XEAULdVHrv3QkLrsm9tWkuBHvlE3udizGnokYfqfwQMNj8Os93ZEuZhNokjU8uM8ImNCnWap9pQ4Em4yFG2Tl4I/vT21c7X0bHmyYzjLKnZm0bf/Bgs+vwBm3cvsWmYzwDFIf4cF08T13C+yqA/HfKGOLsx0YxJqLyQLG2BktGEElE/be6Dk1MJZTVAXTjVW98igT2JCPDMsFvWo0k+ZmZENmGut5uROzOzVn4NC19QDH9R7gjr8hYFgysRTLgtePLE7LFQuJ8hxkYD3E/C+B+ZtvsxEQEJHInTBXy/4GkMwVRiMcOB1FrA5OQPSMcWXY4BYfWZwP3NnqsN9cbMm7PZNwuWLmoLpNcKMMFYIrczujn3GRnxeTuOZBGpBWgtnD3K7ufCxkqtgq8ikQMpWDT73v7W4GEVxgPJnqVYgY9szyvJJS93X2RHJgH9bFp3BHAoq4N8GZ428CbJXOqTrkTJhReEVCBttvhsVXUeJMkGuF4doE9q5FJela94zmn2bNX2ttyET/AOM/iSg=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlUU0cUDqsEFAJSEXGtSFHaAkkIqD2dCZvS4gLBfY3JA4Ihr83SigsVrQturVqEqlXUWutSqx7rVmVYrFY9bogI9YAGQQSkgqyKQt+8FwUpp82D42l/+GfmzZ357sy997v3zXuD5pDhkeYcDkdjRTVjSCUh0ymJyGFYgsWhCo020uTFSKwlYyV4FPBG1iXZ2A5lpv8kC6fiIulOPQST6lipMiBaqo4iFHhRB7rGdUE2+o3sP5S990JGZ97L6PuTKnnrCM+F4PXedMuX4OQVq8lYqVYhMxIkYAfi062QHUhAtz7sQEK6FbED+XQe5McOJArBMm9fdijfrqBYntCvCyi+l8SS6gJJ3RzqNfBvmOHMTgxGolBFGY/hG4thdmA6ISuQN9MJOgPyYQXiM91wViBBZ2wSdGYnIRNab1YgH6YTdQLUqZ347BghekFyFtRjYss3mhBM3aMxRkeJKXs0xmgOMVWPxhjt7tbywPdln358Vn4zYNiRjklZgdG1oS2IHX+YsArY8ccAYlccGDII2KWsAcSuojAUErDLPoZDAqP50CaRBEYToi2IHSMYGgnZMcIAYsUIPuNyYceMwBdpjROe0BJqgpRFE7EUUB0XpCRiCZVWE2nWVmGkBR7ZUI1YoyFlCupdSqra3cqtXyqLiPuEkODFEYRWLY0m5GqpsoMrfEC0gpoIoHYj1IoelKDdGi71EKhQEzK8mYSHEaQOL5YpSdnczxUaogOlwQq5jjqfEl8mFTZ/V9qNtihKqpK3M7EteQz+Fohev922r8Nua9Z2G4q1oR74vn677f4f8Ra1tZvPb5cf+JBYcQBJquUKlVRLaJjPFczWMJ1UpVVo48RqtTSOAfanXaLWybQ6NSGnJ2a3jgOlWmkHeSpkPioErx6PwFP4BwSWbpjeHPC0kgvP3HPsd2GIA1RwyATzIHsYcW/3lrOp1tC3T/q0gRm20DbN69thvXtBs3k2ru7xpvBdwrlocjIP/uGyUMq/aQ2Fi4/DJUVmMDG78K5NT0u4M+hYzXNHJ+jiWeBqmdAA/D98kH9gvhUctrfntcC87nD/h5OmHUaNgBmbwvCQ7xa7+feED8NO9F9WkYGcNbccHosrwWkLB0dwjgdX1t6+laApBB+cCd80yNYCFlPHLUHmzDkHNoPtl/ddvTmxGmCtD7fVo0wnN4nFYA4MYw6IfB75BY1SV6D4fn5RgYonSBO9vnIhKEG7Bp98tqI2C/w46SL/7OFiUGjKXTVAVgMWAZ+Zp0JM01uOLHh8aLweBVPm5MzTo4SkgNXK0kpk6rGiV/6VUiDNuuFBOJejyyPHXl8//RwS7jzq25hZjmh7MrPREJ3pZiuXBsCf4EWZWocaiqU7coVVYPzaZJXDUg4M9U0Uzy65D7xCf7AOHlIL0rb38SyQO0Kuy7aZQy/lIOY8jSCgb0WRaHM3mM3BEj06NZf7JDWqAsyI/a35yIIGtNa9skeaVz440HeqfOQdLiwqSzrS/dNGMPQS7/ypE3oQM6ZmnUR7FvlfjbxZGlMN7LYKqJNWoQG1yomLDtYh89I1lAYzqH5iV3bc0w5+PGW5X+6yt2BWnfv0r5bwIG/y8KO/i3gMD1J4kNpk3FonZyjChtubwtKmvdXZlx3ggxiP+uQZZjAYG77SHJ7WbuxtnmsCpzgdv84p7AOXhmHHlKMtE7bv/ynvZ1Dwy5cLr2ns4Tf1lrNSQp+Dwo0rlk298QxcKAHf30krQvS8wBLOF2HG1AHa7Q0taF919pg5PGrffnsejH6/CmGaiqufoqC8qtqP8i2hfr7jwVH6XLQn7vzQERuy0N2t9rvPZJilpxTgDXYh8ZKi8ym/bkIH82Z9Nq5/C6Lp4NOEaHccuwi6XXGmqHMXJOVwo99+aALd49ecnMu1SJ9Nre4VUwKsaEfrQXPOvDI3b266NCL8ndTE+8iVXliDIrSuyS1fP0NmOHx/lhv83YxSEw/py5J2glXrih8PyDZJT3DLXL5nUjlgeGgOo6joeNRT8cT0SG8CB1bfjuaQtSDj4g4qo+6hDZe+GI0WNQJKeXzTiPuI4X29gY+PAGYNbxQnneFFC2L8Xo+WemKCmUO6FIpVUdQLmYzVvFozWv+XtN7oO5Dx/wKU0QGA", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlQFEcUXmDlFAS1FE/wQo3nHoB49eB6YCkSAc8ouiyDrMJu3ENFjUYTorGseFBeSMSbxIAx3sajG9TEI0ElmnhEBBUVFRQFBQRM9/QgaExlm0hVfvhje7bf9Pe633vf+3Zn2oTrgyOlEonEaI+HQH00rzFH85FKYiHm4VqjKdKqauZv0seEkJnqve1/ZQuy0Bbw3vbe9p9tvlU2QR2sq2YD9LqI6hm5N5SslwmjPMQWjwP15nAsL5ZBFAIkRKubYgFELoxKNgixybxZMAphZIQQm1zGkgClMPqwbOMtjL4sEB+aADkLxrcWSetFMT1rgWHigB/FyGqBsZg4NBJ6sbg+9Fj0YnGFaG0Y01ATxBaTgrGwdIvaJMKbXnoxgXxqkz0R5McEogyXW8zWmiCmVqKEkDNRnCZczqRzIoapZWmN5IwKJGBqIUFyi7lQA2NxVatlS8EkQSKGSU6obCmYeCBiaiF1CiYeiBi2DqdSp2DrcBHE1qy0HRRssiCC2Dqc6qOSrcOpPiotZkMNfVRaTAcqjBTEpvkiiE3zRRAbIyiNlGyMEEFsjBBBTIyQU+4pmRghgryZGFEFYmKEnHLP++2MCMbP3sam5IaJN/B6TRQfg4GG2EHRfAyvMxkjbWs6jKxHZk548Dca9Rqt2qTV6153FuL4yllo7Md8CFkcypsM6ig+wqCOfmNxffxFFaXFN1R4N96gJYY31jjgLwO1Bl5DNgtxJQi9mSzWROs102ZqjfxbnA7WRpjx+aLJM4TW9u9O7YSIpqh1EcZIm39qvapm6ln3cTv/W9xkprI0YHvmgKueTETJqfuAXd5pwA61DdhHlMu6D7hBXTDbmiXuGg9TIr971X3Yru+0zo7MdVbW/Lcs86v7gN3qos5OzHH71PzFkMvfUHxCRuJYpdcbIrQ6tYk30vcuRIdGmtU6k9YU628wqGMpsLWQEoNZYzIb+AjhxuTq+UC1Sf2WXx5v+oZE8frxeKHh8IdYzxwfkKoNc+I2PEr+aZhvPnhw06c5+ugFDL21bf0JT6lovwASN7c7VL6oAE5Yll7caYIjN7iD2TrB/hE4ED7/Sr9YBzTnsx7Dtzvacn6DhhhKG6SB1LIJMScrs8Gs2du6qhKtuPBNvysf9ToJdg7Jmd14pws6Wbl7zpNdJcA5u9vyjSU5wN0rpN6WlcVgXNMDFyRZBaCHbovVkXrpYO+pGceSEuzQ8Ygdk0ODi2F2otu2o2m3oFP7TvOWHnoMHVpsCOt89iHMmr7kq9tPIJDP7NbGo8iBK6q4OCvPS4pujiUOM2Cel8w+pWU63LKyt1Wg1Aa5zvb5rv+Y42CXzd2lnWKcuZTUy5NmBGWCzvnOx3quOwMdo9pGz5qdD8rmTT1iil8MGuJdm3rFi9dbUFj2QQE8nQu23jiWAcjMfdULkBW/KG78b0+BcPyGl8U8lkByOo9MKzRQq38cdzob3sxbtbv+9GKgIem77IDuEDcuKSDwc+eg7xvbcNFC4p4Dm1kk0koopDWvBCb17Xox4Y4ECfmJkyBVqhaHXgLi3aWjXVJdEN+MRPwMGKNW5M8FEi5u7vk948yu3JrlDXDEpUC5ea9vSboLGh/R50ZQoBtqd60UR3gf0quUK5gLvMN6u3FThYQWg3WHV2NkEcw93/ZaaaUdd7dV8r2A7vnQU1MwfkD/e2CB9OQy2fP63Arivv9d8MvEYafs+j0A5yIv3Z3a5SXwL9Rg021g32/9qKQujdByGS5QkpSzcVjioSm4D2mdXBHNV7nIp8vgagom0CAb7haho+czMOLCigmVqjIw1o8w4inoKxhyxHo9AUJ6fO1QRrORV1vMPQ2OJTXvcb19FqT5cUIxAuGewuCDreMejHwBF3ilf5E8phDS85bCVfxizcQ/M+GJH7rrtiyQILxX/gN0CZakE+IVAFVL3BkJztyMoNZNpgZeg2lnNg3a/zQPjv5k5/7w+fU5wc/Resil2+6vHyXfF3mcCddeJ4RwQgtv/rz28Op7kPL9OjzcsYHTvu1S5Jmpn2SXkUv5a3DjhDb4UYrcV110iGpbCEKDO2788rErN/aMHB8tCyxqciXjeUgRPI67cFl6IcjYce7S6IcQLtmVgxlVCHBNrqSU3XkVX66aNF4RyAvo/rJNxXOQ0pJUPgfsMmCClFujnrhrB3d4CUs3Ttlz31gG4r9dOHJoK2tE+ywHEhZ5h1lz9NwS5IGzd3CDFerybA2OrBI+bhLwYbm7NaJ1kHLd8SrZnSKYeMITb2GDRqV9s3UElw+Unx7gFobb0/p7SFFVnwjb73NDAUQWhhSDsyStFYVA6JOh9qhtxTNzdksrjrDAv7ACEBXomO2GaF+Vg0XJY3BmbLlpCTMTN2saISxSRdf+uA59fu2DGeLICdLvr5uC/1LrY4yva2T1i+7q9zNvscn/An2Il+w=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztVntQVFUYXx7LW11YIBxT04mHWcbu8vJB54Ml3miwPcAxcIFdWIS90z4moUFjTIY0IytMwcyGQcdEwkgxYjwEMiWOIJgPwEyK4eETUTEkpHvuwcBipr3M9J/nj+/c853zO+d7/L57zoJkJk5tIRAI9DasiGEyVSnGTJXanWgsWRGt0RvUZo9GQQYmS0FG8ie6KXUr1eb/0q2a0MWxsVU4sB+hjC5LmSlPV+rSVJoxtk2x16p/6Mgu8kxTlGQU/kT3P+ger4u/8xrMaFMnRmQugqyXcFKmIKUVpGOylAZNiokgX34gKSd9pgPieZKMk378QD7TAflyMkBhxUqFRpvG/pb+C+IXQXQSXz4Yf04u5QfhjvGbBsafw4QwxmQTMAEU483nnKU8MdxqCe1k0wGZHGxutZR2PtMB8TtJRjuT+UPtoh0vNtA4SHlliXoklfDBUIekUj4Y6o/U5MROsE5qcoomYXgVHmWqlFcVjWP8eSXVm4L4MWEcZDITJpWEbDrFJzOZC5NKQmYyGSaD+JU5pZ2MX8WOg/hVLCWrzGRCTAZNzQjy3tLPEtArXM4wulSNVmlQ6endPoMVsUal1qAxZAfpdMpsCpxHNjLojCkGo06Vyk2snRiHKA3KKeyQ0WtERt/Sj6ZUZIq8GYj29S8OHrqYNIxuBbwcpssWQMlrRNGFmhqCD2kSrWDk1M2TDcHtCMTKhrOLR9FhfH3PinJzOLe+30NSYANXi75xeKt8EJ2pSrj33WoHaJKeOLxEO4SWjC0YHTJagLbUrFboNIq8o/fZhbr3opSN7YHZ8dcRWVWaZwei/uqvLXqFUGv4xM3yvAAOiM+EXBwYxgImz7KxcBhz+3YM4P194eyWA6iwe3B+G3MBU3tOo1+etcorkt/GVawVWztHsdG82GbOnvMoKiE/4HxjKw7vynGuCOvFncMbMmoNt1DnllHV/VRHGKx8ZV3xfTHM33wt9tg81u+euewRTlARRgAOoC5IefNSqAh+i3+qurXOGRKjfrIOnCMG66Sd0S4f9FF/yuyhsVDy9gtf2tN9Ep2hulVw2TxCBM0FbZev2M8EZmDzyVd/EIL3956z7I+M4dPLV7ZuX9OBA7lA38UKYenHy8we4By/gy+90WlZd4f1Lsl6FLex29jazaHx8RRBy33F72UlbJzZ6NyNtKDx2iGGxW5FP9umO0PAH/WpX629ikI/HbJK2mkOuRVHkze2N2LbLfNTbnZYw3HvXc+5FXXjbV43ZhyvFMCiNYX197zMILhFfa43QwQ1HSQw1xEXF39H2BQb8fm7HoPomv6Iy0iULXw29tGGkWUPUDyX4Lu4vZkY1ID0F5wGg1r60CnRjzXHth3FWb0jB2639WMv1tt92Q+x0MfRb0WgWZ0H5+gAktiUP706tRPT84R1u088U6lLb0XFu0i7gYclPRXu3Q0oznPv+5VdA4jy5z1MUMt/vYUXseZ7zxaM580ekqybZ8d2uICaa38iEp2EfDGw5Luye7sr5HIEEkLkO5tejO5xBtap+vz9QuDMjBEBm4yH8hpnWJ9T9rz8kiMszCRfjrCD0HqrCzBOm+qaulyBo4PFGcTx6FsnCMe5cwPS2Litsx3em1aFXDNi7nx4diblSYkdEJZEZriN22EFcSSc9ZZAsrUwUwwKW/ID0KbpDezLU/947U488ieu8yl00r8AUhuu9g==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV21UVEUY3mCBRdAFF1AQrQwPKJlwl0+NZvhoJUhIIESBYtldYA320n6YWOAxTiJmiRXJKTt4zARTIQUso5gbZpgkAWVIiIItCWgIxwXkK7ofi+A5nNy7/nV/zN15Z56Z933e57135slkPCrFlMPhqHhksw5Pl0k06bIUV8rCJZsX5Sp1ymNTvUA1nhFN9YIf2Wa1RTyUzeT/bFFkXqKtyT8iXJkhTg9OEytTZXJq0iy4yAfhJsnfLD5EGmgLfWR7SNvy+yrsXraCcIV0ukeNvUDN96RbLJoq0kAlniFWyyUGgCibpzc7FEa3QmNAPuxAQsY/41C+7FBeRnHhZZSHepRftDn5iJYrUskX6oMw3nTLMihvo6jwMWYrH3orzJOOKQTXJBsQky/dsqLBj9nGwwgMxsY1f4Y5Tzb7+LNMKz3bg3lgxoDY7aSvdn9WIMwYkL4CvViBvKa0yoJxJiRMyK6QaIzBzk1nFvM2AuNjRGIxg0mYCTJGDRi7xDIgocHVN0NCQoNLaSaIXVkwuhMaLIeZIHZi1YMMFsQMhQvZKUIPYqcIRntCdorQg2ZXBHVIVPE5zAklGMeVUrlCrJapmKPLXLJZrxEr1HJ1VqBSKc5igEuohdRKjUStUcqk9EDSdD9ErBbP4ofQn/mKM5eOqSEZNURdOiiry5nxPF28OYH9XbZMm2sG+VZVR7LqxsHGnX5/nPvHjEir6FVVFVrC1U+FvZlbzoOvH3+3LY0ziQbbWnaoRFw4mrP5O7XABm774ulg55uDKLL8I9kuST/YwT2313PYBO7jb/M5VsMlytZ2brMrs4Fx/pXnt9Q4wLev1xVVO1gTi+Z2rCw4aKtf3wr+UHo4AgqsCNq8VQDDe7letlsE8HFdemy2woawoxaKWQgv3djsPrTfHsZml51O3n4DFSnm5xIX/kJ7wiiAFpz9zV3meP0ySupqXNo2MoAKSa8SE3jQZf9kQc7YVUCHgQ+jrLhS74trmoE4Jsr1YH4vyFnslxoin0Qj/J6vy0k+xlZnNuxqHkUNX/56KfZWPwAb4k+iW05Qsr01ICuuH7nl7DnzWr4J7NsU9Fy3o6OeBw5BOtf+Yd4IqLep+/ab94bAcedN0jXX7qBuyu32IeBR7cq38p4L33mrsWLj4ARy9eSRU3jwwtmgE/JX7GHApy8XHzuhRXR4rd8j0TKNySc8DqywpjKgBYev1cw7IOQSFg2O6/9cNAjotC3nM3wmOUL+AeGhyjec4NKJIU3HFRvitt/za5UjAjiWkHHuX8wMrjgqaAyJExBLSrpDn0FOMGBOy+eZAfNhle/dWukKKwKnE2gJiy9SgfeD3V919hSeMiVCXxpfqGqxhYcqyYlaJyhNvCIy3dqjj6se0LSUViGaRnwUMTzfQaU/hfvmB3aAhL21g24JOvS+eb8DuRZqDLncrwuzhL8khp+3CKhH40cHmtcla5E/5S7fBk7k6UiltYAP6reHouxJ1EhmYVV1FzLdauXiljME1FX2Y/V9NxFFZ9WRJsDocxww+RpEsfNWnvoMN4NE/BOBA5I+wOjKnKBkbT82B7rnObQ2DHMJJp86IDp9Z+L3u86Q0c8E0usIuNbuLNmwe8EUH+gkRYd1J2D4Wwy1dot/7gKVSM6hmOPA80XVHxfwF8CaYqdV7S69KPNVMlNNFvDZiKZ9CTnOkC6TxB8R6d3tEpElQef9qg4wfA6DIFq4POJCDFURAyDaknphKFJVavIUqbq/1qfvPNNf81ls2H+mdQrH", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lQFEcUBgVkZZfFYwXkkEMB4xGYZTk0Vd3r4gFKiKwXVWpYdgeYsLujs7MqaIyWqNHgGSVWJNFEjUc8UFTixYxGCUFj1FhoMCqKimBZUbwBTaZn1ghKVXY2P/LH/dE9/bq/fq+//t6r3uAMMjXTxcnJyeLONcmkEddbjXhmGLIg8yjCQmc6vxypadKkRSPNW9t/sqX8T7YRb20ibOFtsqDDy9EQ0mx4NUJziWh9FN8qtSiR1BRp0tGE3k5QrDgQxrfRjoDixIGUfBsvDhSdiGxRkeJQKkeYUAmuosShYhyhIkZwhYlDxQoopdaN67SEOYsrrv+GiRMwMWIw8Q4RYUPF2etJuFfRRLSGxYvyFcV3WJQoECaAMFEgpUjSW4NieVACac2wBxTtyJlUjpxJkCwWKUZINsZFCdZGeLQYjEAdphKDsTEnKjFsxMWKwdh4E5cWtuDE6VsAKe2+odYgRwSkFCcgG8huMbQG2a2GVlJV2i0HoW4JIHE5K9Q8pd2CEFJIALWviFTuxWzxRhM0TuGkPhs3cUAqd6gRN+Fm2vLqbcG/I1zRyINr1BYLqSe46kma226m7fzPZmNyp+BatHgMTlO6bNxA6YyvLZZyH5psgpvQcN5wivDiDK+tkXAfCQSF65EzLVqgIa1osd5I6nOmExa8nU2HEQYrF58RvYgI9zc37cSfKEtnNlgyO75JtLINdarX+JI7CU8tDUlSBsKso3EbTzKuGW3VmWmCzlVTlC5XAAbylFBWPW2lcAM/kf5qnKCjde3cmzJOqDVtw8PRFPqHg6xbxldix6OC4Wr8U/2kiVK25+hqv1m6RubK1MVLb2A+cEBwr4fGcTuYoRfvPUxKu80cjQ9NmlkbCvFt6WNSwz3ZhM+Mdc1b7zD9cd/rE7x7wm33zyVneD0Ea8eu+37HxXpmjbnrPDYpCNaUeRYpQzqzaHds7ANQqOGAM33hwURph34L9zM+q89LskOawN60RweqKwPh/vxZZ0rSOrOHXbt2B+WHmSfWmqIuN73hhC2qXwa/X8f0jphdcCDnMvikedCU0xW94bIbjb3O/Slj+fCxy6AuYPPtETv94GDn5HxZygvAnXL3QPMFsPuDnC+nt4TA4o51BRF3PdjU8PWLiq89AX6ymgHL0/2gT5jWdcPKB+BKB8niXvpn4HMfl3GeA3xh4sC/gp9Pc2f9UfiR1Qw9bNVjt6vBsCCpwSV6hYRdews59ISnfVEE/nDTkaPeYdr7wIo2WCqHXWLeO5JapYBfLJfnxfRzZueGHVuweXwNWKROv3nmeg84lQ9Aym68ioh6zBTukU7dnhMOmyeaTrzYI2f9vp7c96RXHRiZtiCuan4AvNC1Uf1rpgQqAn6+CTb+BtAtfWz2go8uXZhrKXdiy5B71xIwj638ZmhVKAwxzsjbtN2DDUduk9wgz98df1h0PKiYyn4OzoZceja7wRVGvrO125n8IAhUkw8mFkhZbDqnANqZPVzIBf64B0z8ag4X+TVG4K2JkXvs+y53eB8oL1J+u7dUziIVlJ5tYvh+dE/49JiBU0oLEHhrEfRQGQBneKAI3NnfTz/R1vZxgj/1HbTyJPCFw/Y/eH5+Ri2zJOKurKzYBZb/sY9TQgg89MMSt3uFEhZ5rVd0gxVrDhUuTwmCO4dfy+u+U84Gc6dYcVcm6LglCFadMEXPKXVmP1wzSlFQKYWNSJYXA6Dh1KSRFZ2aQSb6hXWDaDqpIRBWb2/imC4Hkmfrs0oaPOG0lMAeHyX7wB8fRUxcdqwebOqv8b+T4QXrS3d1rDulgBtCD7QspF1YTly7VuFPwYaVg5yTDRFwZncUkRcbv7diWtm6gwwvp7wAeHzIDuLKfQ/o9+7l3m5za5nskgbLPoUMKngBPWX488hvAb5Uqc1ZXAElTZa2Od22kArPlXZs2N+NAPx7", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUE0cYJ8ghh4KIeCIi1rvVHFxaHSCIqChqaGstWkOyQDTJ4iapRar2QhStF1SttS3e1So+vKg+64xaRZ9HW/WhaAVEQJFCoyKnQGd3owRNn9lU2tf3/Gc2883+5pvf9/2+mc14x5BTY22srKw07XEzkVQSMp2SiB1KW2hzhEKjjeU96QVrSZWE7olf2f6hzfo526QW21ScA4kz/hFGUiqpUhwvpeIIBf2SibkiX7It/JXtf2Ab9sTGVOhT5YSQanlLjx4bR7/PZ1qBhC7yYIpUSbUKmZkgITeQgGlF3EBCpvXlBhIxrR83kK8lIL9xtI3vL7HDD4lCHYd3yBdh/C3HBDKYUFIXYzZGIODiJ4D1M9wCjIgLJpDF8C3AmO2HZcI+zA6CMSiAE4jPPoSWgLh5EljiiQUJzM4s68ISkIij7hiQryWB4Fp9RiABJ+mxaRKYHXF2u2MwnMrCEG9fLhhDuP24YNhoCzhtQWyZC8zOkBEmkHuZCzltQQaM2Tk1qnIhN52yShBaUntCbjsXqwWh2Vowqj2h2WIwqj0htzIygLgVrAFkth6MClbEbRMygLgpgj0xRdwUwWpcxEkRAlZGItOKoL/xNV3pAS1BEaQsnlBhIJU4RkmoCLVWE2tvPGGsLd1zwk2wRkPKFPi7hVQ/84fB8elkUYkJhIR+OYrQUtJ4Qk5JlSb+XYjjFXhAjL0RlIJGP/OOA/4RqqAIGe1M4kojSB39skxJyubMU2gIE5OGKeQ6vD4l/a2qaP/8pPYMozipWq6Jbfd3VWSIt1DQ9rydXsSb7onNJezAmbCwFWFh2xN2botEm1CPWbwFhv1Z1Pa8O7zURJuQjVnKfkLYt+0Jd/zPK7rl1BYYTke/tqfdqS1o23Gl7d/qhPoX9jG3lypv7vXMNz78RcJnDjoXK/b2QkySlFyhlmoJDXutQVflFJ1UrVVoE4MpSprIAnszsaB0Mq2OIuTMwKyWfqhUKzVx4IrYKwFh6+UR9BB9oUlbT6tEH2cHVcOBC5cfnuNwGyZ9Nixi+y5vJNp8wL82xBrN7dmh8PVVpTBK229ds6sXqmq88mFZ/yx4flE4XOCph2X9+e13R3ujvo3VusKNjXBrwijHq1sewqipAzKWDu+B1t9MS0mefhWEHXqIkbVQ7xE++fE1TzTv2Hc9ht0shPdsRJ383qyH/K8Gd/syvTvCzjJq+fmAqnMpy957H+5NJ5bIvnFFNcXSTbmi+2Bn519Dr+kfwvfXR3RZPr4IykcWRH6xLh/O3zZU3Ku8GFxccim/0KkB/hkwZixVVw4ka71X6OYWQHbdZWBSjOu0wAP34MlHA6NXnigDfj+Mfue9rBw4O39u6ori67DntzMHnXOtgFmT52yYt7EGjORN/LxDZC2czjhKgfUV5SjQpxJcFdEeisH5yrMnQ/bchO6ZY2/Nd2+CwyO2O4a9VgHIT2xOreRbBXlVKd9ekPkIsPPqgepU074kyhFVfgR8Z9a7I4bfjN0wkQkkD036bXV0k9gd5Z6iE1MM9t/THOzSUAGYaQ7lgsKNnbb9dFwPrIekeORdzIYBtSfku/q4IaJ70bSu2XqYXm2HQ3PQsG7roHhmgvvgMo5KmsIVHQ/0GZ8kdkX6Hacn+C89C/Iu1khub6uGg0esObfojB1afDbq+PdbG2AfWeX0kNFnIBPvVT6oAMN3fuqIhl7ZUOq54xob/1QvJHhr+OCdnYtBXKiC1CdXQOZp64NmNInrK+bYoMjeHrMnPqyCJ7r2l9je9kDaMHqF1cDvwkhMtRHqk7HDeE923gG8oPqFs49q02ogJhuzKK8EWq1e2DAioQgwaTvDQ0GdpScvD7kFefnWDqle1TADq6ifXR7YUx+NQ8tD3bCbLWuOQEa2GXUgHGclM8cK+c48Ms7Z+jFYu8957u5ltyAO+u9h7WrAIKyCRwOr4M9Zb6i38BrBo8PXUxuJbOjRcA5ntgh+jdneDW+GDI0V9cChLiNu/712iI3rDUPd3AF383bjFdQCPMlRW7d0kIOjGzzLGtEqdCn7BUx4d3FA7qlG4HRwe2LOTl7Qg0sTMaVmcFK+a1bU1Gbgywi2HuCkYUmUgsOPU6puXLUP+mPKj72Ty8vBWvEy5Z2GZkBnda+7PdoUxywAYXFjqnfAB3SgL7ggXHwJo8Z3Q7DjRuHmAxVwCi3jvrYoiRboCDcUQS+rpAqcLQFbC449AEvpcknLgwFM4hqAnZs7ON2rM9pUyy/NLHFFzC4ZrI7DX+KkStN6j2m5h225MjBhE/wFAzwkrg==", "1:eJztWHtQE0cYD+EVQAhPUUDxUXxb5S68dNo7DCI6PqqoVautMTkgmuTqJamiaMcqaPHdTkUtU1u1+OzYjlpti+6KWKWOShUtCmpHQECMw1vx2du7KEHpmEtNO50xf+zdfre//e73fb9v97LdZ9ETkpxEIpFewjZjaA2lNGqopAHIgsyj1XpDksPTXqyB1iainvy17R/axC/YxrbaJrA5SOzA3sTTjFahkacomGRKjQa1M9e4V2xLeG37H9gGPbVxFfpMOcNonaq1h56NROPDuRZLREUey9BahUGttBKECwNhXCsTBsK5NkIYSMa1kcJAEbaAIkciW3hUogt7SVTrktkV8mWYKNsxMRwmjjbOshqDYUL8RPN+BtuAkQnBxPCYcBswVvvhmfAXq4NgCYoWBArnL7gtIGGeMFs88SDM6szyLmwByQTqjgNF2BIIodVnAcIESY9PE2Z1xPnljsMIKgtzvCOEYMzhjhSC4aONCVqC+DLHrM6QBSZGeJnjgpYgM8bqnFpUOS5Mp7wScFtqDxe2cvFawK3WgkXt4VaLwaL2cGFlZAYJK1gzyGo9WBSsTNgiZAYJUwS/Y8qEKYLXuEyQIjBeRrL2FYG+8fWB6IGBYihamUJpWSCTOlxDaSmdQZ/kajlhkjPqebBNrF5PK9Xsdwute+4Pg/uzySamfkglosETKQOjSKFUjELTzr8LeYqafSBnvVGMGqGfG+PG3sSpGUqJnHE9uYZWzpmn1lPtzBavVhnZF9Ogj1S15MXZXDkqyQqdSp/k+HflYw40jtmfsMfLCHsjBG1Eg5XW8nYTzBtvwxu3P+8OrzTR7cjGKsKYeWGW2Z+wpz0S3Y56rBL4U94R9uft9d9VdOt2jZm3xUj78/WxR55dhNKOarM1/QvrmK89aAsv63DLzV+GP7fRSUX86YWcphmVWqcwUHr+WAMV53ijQmdQG1JjGUaRygO7ciFhjEqDkaFU3IOZrf04hUHRzoYr448E8LavR6FH6EATWY9M2NB9TZMfuahw/9SmFl/YQdx/ecfLnWBKD838BWGeZEiaAptU6wdXlaSI6GOBcNMvG9ZJhwSSqdW9wiV7veHdcsU3lxr9YdHmm112VEnILydt2fPdRl/YnHX18+UnfGHNjcggGBxA1qYXTDy20ws+7KT/w7deCldqKh/smislFy4dNDpnlDc83tRn+to8T5heM/5w13QXMuvJusUPhojhkTL/LgUVYjh2lveUmAOlAKFjz9UBaTa+9UBUIyiubRw1NeMR8RbneCfot8uvMK64CGyWBH/1ft8GcF50TeyWuRZwtM6WALWIXuJ0oproOQp5/pNIT0PEK4gfl6GbZrDlzO5zFyeXgnLklqglfu9R0rJ4dj6gOt+YEnhoPSB+LT24LO0h8YHr2c7jr9QRn8bOrCjsYQIxw0cwLdK7AKG2X78JNsgRQ0fSu/rQPsfKXCDZGzJNtdCHPLolaNDVN6TwlCt64wZwL0+1e2aROzmAC6AnZEndyysXw+z8bt8zKQVAy4ap7nwdYfI8OnhTv2KwOkvnu5R0Jw+Tn9w4ubEJdOqV6LzNVwJ5P80gMOEdNsRlRNY66YLIPU8IjvY8T3JqRvSlEyYpvI3CW7OeyEDp2P6AcKpc1ce02gGGuSz5Qr7yHiC3Xz/qlR1AJq1Qzih18YcHc1JP9v05BHbtOHtMg5eEnJ+9tedPuQEwPswo3nwqCM54LL9vmhNM9mbVEHJFCrn5zgTA/B/e1G1bIiLZpLKZ9YMoirmNPrDgIzYC+wJJ3TaHXGdfD+jolhmqvOMGZTxxUNSfjXSxCLJJTrpYeQukTtkZcWbobYCytja8Hjiz7byBYjh4dI57fJijOW5VhPLOtGFvV1UDPq5OZBkru/e6VQAHlP7Q08S1uZlryutFcEX6tAu5ZUXEUIcxyzzHmQAng5xGorYjClyz2V5P3DfVwJiejwGDYKHNYGD30EbN5Abi+AX0goUEx8dQAXDu50QiNQSnNRJ5gSghVwCn52GOMAiZFQ1gcZfo5LhqR/Kz0x8ngEU1xPId7/6G5R8jqi7vvT9d60b6c8JidcIJuRlw9ebgQs5f8O0AeYgJcPFO8CfPInlqJJDPXz3QoAHH/UipB5upEX6Qj0cTEK1ny6fWkWz5Onn/Lb0PLMl8RN1VOUAuzZpzBF83DUTvvAz2TRp5HnofXidab8jr/ibBLZ2xumT2S5zW6tuuMa3nsK1HBu3YsL8AqJUQFw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lQU0cYJ0CAhCskoKK1ShUUGVsSEq5W30OogqgoUetBrRECRkme5qii4tTBC+tFlTpi1Varglrr3YLofmqpV71QrMfUUbEqOipQEEQ0fe9trMA4lqUz/cs3k31vv93fHr/v93278ZvAJKY62tnZmVzYYjCTrk22pGtT5ZyFMw/Smcypgpe1KDOjV3O16Le2/8U25DW2hP9gi31re2vjbc0j3P5lrR9jSHlV49riuP5yvlSouSQRZWT0GrMuuZUgJRlIwZcqMlBIW2bCoFAykDKOs8lD1E7sS60zpLHJ8t8wqrZMpOInUshJJgrFGAUJJowvw3lIDGOZ0CoIz4GSZJpwjAknwURgjKoNmAhyjCK4tRzwMwQTbojvLW8LSEHoVSxQQh6wR/ErlAiEhSoPIwKFEoJwOuF5IAo9G3dEUsXUKYhkh0NC0WrmXoWEgow4LDsFmYJsIDIxYFBIcBsEHtLqrNUURCZwG6jVamgSSiGtlkNTUKv10BREFkpYeSFkirCByBSBIz2kLelBSaYInB6UZIqwgcgUgXOKkkwRNhCZInC0K8kUYQORKQLnCCWZIvB5piRShALHk/L1ikhk/xOa2nMNZq1RyyRP1OpZoDHj43StXmswm17dMPnbJPdhcmWLKJOJSdax9x3G0HwwtfifwYZnTMFVfPI2X1+Lvm++w7SAOfNd0jSGFNMbDruWKCH7MVKTbtHy17WEKVMYk87ckgpPO3yXjmYYY4rOoDFrbRS4s8Uwi8Zg1pkzooxGTQYGvsvvwGhJNluM2hS+YfyreozGrHnNCpUR+DhKdWjapOVXzf44a997V7Y3JJVQh4JX9+qQ60iXdN1pnJjTDpzm5EZ/mX6XOtDD03Xf5lrq5PDD+d97dID2sUMbO5gqcX2IPR14SnKsKNwVtFvHD0/scZHS331WUJXoQvcqkJ2LGeUFguv2okVd6qj7jkqv0I/KKa48mOgNDtNdu/ec/ZTSHL0QpPWtokL4xwMSaJnmqFoMkd0Gzsz6oBrtuW/a5zNTCPqRmTv23xLAhr1h9UdSrIhtHLRZ7ASKOzv8bzs4QbF5RQfHkRJ6jmPJMvk0d+jvb7HPc7HD7Ue9QKMYEdyrQAizqncOnZxXhVhwf/9aF9goKBZKV0phW99Pxu5C9dSwq51maRTlSLrp4OH2m+3gSPsAtXBjKRpXFOdmP9mLroh93+qX6Qnzx1woLl8phj+6c0wdoDjWHs56jliyMo4VeEAmpWIhnnTD7EnFZpkQxvbjmHYD7x0Dbs7wfmLjw7aeju7AkvdtdrCQrknnNtqIApOWHanNF0A813G/CJT8xt0g89ye0bWFdWiA8alnxU8Seu/xzw+t7ygClz5rRqwPcoHKLb/Gh2VLaK9jRT8vmS8Dq9/zJ5YbVmruutNbz5bdQvx+L/rAjGOBkV/F29PhaTE6prKMij/u3GdNmRMIBs91T/jxMprw3SXl43ARvfjaRDtmji/kreaeckrOyeTiY4qRZsFJv3dgQbsrZ+rU1RS3e0olpLNLr99wlTnAi+iGhw9AAt7nYi5X1tQiFU+gGOxyZj+LnFKL7ufudpu6/Rni3TFNANO/2dCtsLES8cNnewEej7VzMlnsBBfz7nTe0lMKi3berMjdbUUrF8xjPWBFn3ITTfaBM76c58Tw7NSjE0f7HUTL1Obuq6zOcGHwBMmoQgkIOVn0rkJYbxIQdVo3LtDVBzh3BUbWoBfautsaP3usA8oHbnt3PvEnEtCY9yqE9fgE6yCoivoiFmV2Dq9FZaKJ76XXC+HRGM7B96h81ekPh5zfhXxNv0uro+rRDw1J+pIXVyl2E4WTT8ho3C6G8zlJ7MpvIo79eax9EifgGBkUXV30XFtnDwu57ZX/RgXxBNegpZapndzHS2z+mYuyhsWt/SKgCvF+POUBV/pkjMpXyWjFtN5+XWqsqPjr5Z4zQmUwen74pZKHHjS3+kEBIhgVwSqmrxPUq8s3rfmljuK8V+7vClw00zIpPHoAEd0G1lA5LHrbIREMXbLKIGXjB/vFkebld7US8eG0QgjXnrICrxHSrFPPLCz9C3UtZT5zHiICj9671z7eIgbeT7Mk0BHGdo2qqkWy6qizqbkSumx6RYDcRQCsF9gM0kjx82TdQ0udKtvFLvcFtYhLkIY09oxg9C2yb/OzAt/sX2NT/A1s+/tB", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWH1UlMUa3w9Ylg9FEZBSMRXNLJP9QkxtBkEvekWUVTLtpuvyLmwuu7Qf6qK3tCzTPKmZeS+ZoSZWdv0q9FDZDGp4yFQSTcXwIEJiAS5fEol433lnSSSrHU6e0x/uH7M7z8xvZp7n93ue2fcdMM+SZPASiUQ2Od8kWEyc3mHiDNHEQsyTjTa7Qdzei7Fb0rWkF3vf9reyJXpoi79vu2/729lGtduEaiNp742zmFNu98jYRDJfIbRKrYxv4yyOeXy58gyiESBaoznVIwixKSJZMCqhVbOcTEW3GcmyjZpi1F3ARLNgNEIbxQKJotsoWDAjhZbpZBQyigUSTU+mZMGMohiVpxiqGMaNOoI89ohGuSs7Kbrik5J+eZxAdAv65bF+OoCUHqcdzR4K8lh1NBW6EHIl5UnJpCIaPKXHEe+AYUpxd+iYqpyGYphy3I1hKlm0LiiZktyNYcpyqgQVU9V2Y5hqFhWPikkHbgyTDmgFUjHpwI1hS1YqbBVbstJaovJYCfTaoiCPpdARxFYfKUjNVkuoutVstcQNYqvEbhBbJaZJofZYEB1BbIpwg9gUQXNJzaYIN4hNETSb1GyKoCANmyJoPmnYFOEGMSnCfbtomBTRDmJShJJmroZJEUp6KWnurogkh4mz9SYDds7KWfRpXDoPtDrHm7h0zmy3Gbw7Lkh7/nwTY7NZ9Ead3Wgx37mY1u/XxaY7MzgtmTyds1t1aVyKVWfqNDmA/xGbZuQHYvndOKuRoDvN8eV/xBmtnJ5spu1BEBYHmaw3WfTzFxpt3F0WnWBMcfDnM5HHFaP4t4v6CB6l6swpNoP0tzpQdpSDKure++3/Z36TXqynDsu66rDKfTXce4cD7gXRcma/I+/4e6259353+0uJ9mV2WNHxmlBG0peITA6TLn1MvrPidJr7xw/bf3Do371qFNGdUISsZJ3JwWkJ8YkZGRab0d65uAWK6EuLWIvFmmI06+ycjb7NIExMc+jMdqPdGWO16pwUGC54YHXo7Q4rlyIMzL3dj9PZdXc5oSaKOndnxDkyRN7JEmuO34TBDkktcs78QHN8dD24uH7FK7OK24D3tjefECe0oocV8o/7zhLDgnT10gNQDB+9vrF0/YpQ/Pa+gOc/fr0YrQg9f6JZ2x06JFnyPuG98MLhA/o3mlxo9+CKlzcnyGFphGzZhthLYEvqJz/achuBoblCt+U7EYza+eRTs/c2gLPbMsb6nXWBpInvLh1yqAr06VY2fG12Oer+ZeR/h4VtQGeD6mNOGqRYtO6FG09kNKJV/fW1s8YVgC3fqa9Fj69Dn5Wsusk1VwP/iKEvrM4rBpU6MiLBdY2Tnn41ugm1flh3KmFeEfKZ85/JIaubQWnu8iVFn9SAZV5frVEsPIP8iftZGCwO3vWPS5kV6Mv3HhxRGlGBEpZ3S9z9Vi6QBQWDgu9/AfsJ7OlSNFpMRhpRN977C0NDsLCeSowvkGOkiGHm9sdi+/5UjUL6FVaCCDGeXfzF5eB++Shwk2rrpyPbAPHmzJU29OxnEwMkj95A14c+s+aQoy8+PnrKt+ueuYhmfq08svfxQEjYmDLND8+tLBp4oaUKkaj8vNcHxl/KDN51VIYTQlZP+tGrDAk0Lf8ZGMjnBzlceepimf/6fJAxx+fEA9MaUM47Rx7aUx+Otw3Ka13ReAUMNC3ijxgABd5f6g6nJz2cvXLPJbSgbFPP7QcLkfPqEJ5xGX5vzGOnswwimLauZgnQiCDZTd3zOgrfURX/+C059O2z+dlHjknhQd67wspgvFZBmC8DW8fvb7j5Vk/4TW3h4XH/uwrGn3PxTEhgoH9ujvOo1I3j+RLiXg54Mp+sOi+DxNrjaC3IWrhp66C8m6CCLAs+BZR3CSzps0SnnFEPWgKvHtgtvQb2WMnJrqCNawMzo3a60IzIYR/2mirDD+LZD8XUuRAvKl5ZFcBocb1SON0X6188P9Y5sxEBXnWougGceI0E6ifK0/sSvPPkmeTqEZ8jm+BwA1qdN9+3JbsJ0Lh9DgZNWvzyiG/83H66wBAtyZDrIGj7wfzeOWIs0F5ejRr6n7LM8alFCxLDQ587LoZjCK1tTYCepw4JtJRcBW8eezEejQ3Fa7T2iI23WhHloR5Q3Qe54++D+V0n56wSQUEHeWFY8LPIC9fvmTo/q9kLkqhEDitFrh0F/xy50hsnwl66w8WVYK5wgFLEi8m8bZkUL3ieZFYdWiQkyi0UXBR3zmWXYJp/h1FrmO1skFUKqe6luEcmydAalCYIRgrXh3kldx9+C7Vk84nc4IUn8DSfXlQDwjac9k0bKMVjDia9PeCNm2jfu9d2FLzeDwtux/6ABJ6+6AVzQ24cq/UNx22nF/EKa0RCGfH2gzPyP3h/CpTjbJJ2sr0gPfnfu/aXB8Cq50il8cau0PiprWG/oAPzeAJb/CDJ2uFb5Phf6V+17VvchLiP5vKhq3bXDz8szHOeA4OFglQP2utQ+czeB74VNQA+iZvySmrRoVd3PPX1vgBI47IUCWUrWYzzR/FM6wfg1DiinMuA8hgAazbzhJQEQaq/o+hks/by9neOIOFijDGn8v9OLemdbonbr6dvvwi+i035fxTHi34=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGtYVEUYXlaWi6CQeS1FzbRMS/aGYMYMgaYGEayZGqXL7gFWlz20lxQ1b6RZlolmmpqVpWUXM8u0MuakEWl5N42yAmFBboW73FFs5swxkKx2ePJ5+uH+mD0zZ9755vu+9/1mdwYm84kp3jKZzOaHmzjezBkcZi4lnIyQ4ViTzZ7idbkXZefTdaQXfX3sfzUW7+HYuOtj18f+d2MRl8fEaiO/3LuXtxhbe+TdeDJfKbYqnQ9uY3hHMi5XnkG0IkRnsqR6BCFjylAWjFpsNSw7U1MzI1nMaChG0wFMOAtGK7ZhLJAwakbJghkptkw7o5AIFkg43ZmKBRNBMWpPMZQxjIbagjz2iEa5I5aUHfFJRb88FhA1Qb885k8bkMpj2VH1UJDHrKNS6EDIVTRPKiYW0eCpPI54GwyTxKXQMVU5LcUwaVzCMJUsWhdUTCKXMEwqp0xQM1VtCcNUsyh51Ew8kDBMPKAVSM3EAwnDJlZKbDWbWGktUXvMBHpsUZDHVGgLYquPFKRhqyWU3Rq2WiKB2CqxBGKrxFQUGo8J0RbExggJxMYIqiUNGyMkEBsjqJo0bIygIC0bI6ietGyMkEBMjJBOFy0TIy6DmBihosrVMjFCRQ8l7dUZkegwc7Ze5IWds3K8IY1Lx0Br5hgzl85Z7LYURdsFaS8AN1E2G28w6e0m3nLlYrrOfy42MTOD05HJEzm7VZ/GGa16c7vJgfghOs2EX0Rja5zVRNDt5vjjhxiTlTMQY2Iv2swbZs4y2birrDbWZHTgjZnJ/xST119X8xVdSdVbjLaUTn8lgKotD9Rh197hgP/UYZ+OOqyWzoRr73DgvzkcTBC8g0w2eOq3H7PfoVf8rtZee7+7XAu//Zn9VrY9JlSh9BKRyW/SpX+Tr6w47eb+85/tf9j03x41yvB2KJKzSXqzg9OR/MdnZPA2k719cQuS0UuLaJ63Gk0WvZ2z0dsMkpAEh95iN9kzo6xWfSYFhogeWB0Gu8PKGcUX01v7MXq7/io71IZR566MOEdekTtZMjplafip3CoZjDyX/15TUhkoylv3+Usrq8D6WRs3D/rUD27tPHawQ94MLJqFu+HiEjDs6Z75h+trpH4TODmM63O2dx+48asBO6xpDSBlmeHRM2MrwBqOPHSHc8LejXz4ETk83c0VdSTFiW4xz56zZbgTrF0ZhF+5gbUxqGz3By40/pWFQ/YtPYFextaD5tSiF+t8pq2LPQ/emT4x8bbXWtCj6bktO+eeQovPkg02ALHrKkcbSvq9dW6cG+US89n5aG7WiNitneXC6AeOZSe1lILYkc9ETXe6QM6XvYboFPXg/m9879nw0BFU+tztVV1yylHe0FGrvl2wB7REN1VVCPlI8caqUV5xJaAyYU/Ikoqfwf4TxEG3NK8W7U5ekH9PZjWKc6/Q2W9tAnf/Gv/8WksxwkFa77ehBxQqN40efrIZRYy5D7tWDbxFQ25wYm9R934HKlBoLImoj/DjzfP0qoca0E+N82fstbuAGIZONaB5VMbhZcdDoNLvvb5TjU3A/9n+ht+m1oIn4kN6zojrCnuNe/BCb1sRiMyc/Lb2kBOUbB9cnBXiC7+fXTZEuUwh4OToirbUo4BdWzPzhhagNDHge9F+I4lkM8ifhleaNACK+ZMrBOrHJZRI3E0oB8FkG6m+cPPHIxv2FSvgcnNp87bzlUAtfoIhTl5034paUJDTdaN680mw8rUGZcl2N4iHN+r3n1DAhJmYOcm9YeDqbYsTxneG+5a+9fBBVSW6edNjQ78NPgKWX+Tqiwu9IN8tSzj4uht9flsQ3mojWN3be1LXO+vBYJ9Fa6KXn0M0jjVSnmqB6J+fXBhSnLXp0DunkRjGWrlwx7Ybj8b8UAMOOMGbv+Y0IpOMX+Sd60LTsLW8z5qA6N5aH+ET98WTs8uKAeVHA6B5rEGU94VIvlfRrTvyhpRvRcipf/2U5vdLaA8kjHOiZNLd4yuItNtxFB3np/ke7lOI8ORnduh9BEzWHs9NKAGYZJhBcjil1+5jsl/qQfZ8ktEzaJCY6Dr0YWHZmp2B1cCWll01DzhBNpFBpAvVrf159dNjesCKs2E3CVgv1T1Jos+jDGImuxukfJFBTIZ7I89VoBf21d6e9EIfiEk5Dj15AaV9VG7b1eMn8PWZXU/NOyqTeOItGLEaO80uBWJ6hhWCp7rEf/AidwFVChGDJsyVQaq/OjC3+/b7CudU0n0sCRDWv0w+TkRUVTUPgUsDL9Y5ChTCKIzKGnEJiXUjvRG9NHCF4/ENfsJ3ZBv95EJ4aoyJr24BcaKhZurfpgHwEVEAbiCm70guWJWEFZfeH94QNvqLRKzn+f0IshMsIu4P6Ar56iUHJkYpYLBYQFyg4E7CtAA4IVCOS1ApWGchBMpHS6eShX1hkEj4fHTgiZxXbxpRBVb44Age9YdUJ/7C+01J6bnzvQQsNkw1F6Lr+guTD6q++vCuAknPmAdigctDr2L2rS+pA2K+Q2+BW74gBSRQKPfW4C3LBKerP6aAC4inZZQlFf865dPbnRKt19OtF8FXGVP9ARn6ny8=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2tQU0cUTiAGAR/B8gha8cUollEgCSTo2N0YtSoqQqi1qEiaXOBqkmtvEivj1NG2okxb6wOr0/FBpQ6KdbSO1NbXjRSpVqVaFWQUa33UJ6JVQQho995NRTQzZulf/+zNnt1vz9nvfHvmpN8HTGqWRCQS2TqjYSJjpowOM5U1kLfw5gm0zZ4l/m+mtTMWPT/TvbYR2Hxesk1qs6UivvVd0I8xDGsxmHU5BjabovlNHs5K7qCN96Yze9g49rXtf9qi2j2VZ2kdyVhNbTN+bRy/P04YlXr+tWlZxmKw00YvQQlkIIUwqjoCIvSkFMZEMpCqI6B4YVSTgnhbXCwZKgGjEvRS9NHT1mxUFV+FUQujhsyRugOONBijIPPkRilJPCVijMZbDKYaf+K8D+95WCKRrzhiKp6DKWKJfCkwKI4IpMQfFRFIhT9qIlA8oZKeB3ntCdcjgQcFCcbNHZH4MHUKr6nDdUXAxJNgMAcKMuLcwZGlyA0ie07uK5G9CwxSkgkcE6EkE7gb5LUasEgxyGs5YJFiENlTcoO8FgSudxhEpghcK5VEilDgoqf0rAi+N7SF8Qt2iqUYYw5lQUA2d7SZslBWu62tIRGaj078LBANWpuNMdKoEjLWFxrNgGeHpeXOofT85jTKzhpyKBNrMHvoSnU5NFrQIW8US8uQ4YU9/ujHKJqljLwzYaYzM8bZH9E2ysNpY2iTAwVm5vsnWvryaX7CVbINVpMty/eld6puJzjlCzx1F+G+TMcwrIm2GuyUm5+uaEhxGKx22p6rZVlDLgZGCFSwDqPdwVImYSGzbT7KYDd4yJdSgytT++gofon/z8Rb515aF7T5gMi5rrzvTjZKBoV5azDcUF9ckaRu4IbsWl9fLA2Ck1vktuqVfrDfTjZnhcXX6Ro2p3LpyhBYXTRnREBYCDQN/zP5yzUu7sMRAcgUCpPez9NUHfaDMdYi8f5OlznHKrlkSrc6sHZCyBfjb7WCwdO/KnsU1cTRImaR5HAg3Hii5PezU2QwovjG2KFPD3Hhtuoe/2ibQGmI69jdcZ3hybNT7sTsewDKwgbqOxW1gv6tDY5L6/zh+aYFs/Y/FDvPLbKNKfhRDj8G8Rl782WwwqJauAdWgRmWw092zb8EfOcFRkYtuAOGDRg//9MYF4BvGH45HX0THLgS3PvotXuAn1HhYph0S6IKSmgEu4/MPbjxGzGMr9eMfodtAcryH4ZaiyRQ87jMVFIYBGU39+zwvf4Y1EZKF63WtYKamXOTI6pCobqnc1pfbR0n8NXjERCuvT0E4n0PuKmJ/MlPQUBOf/O8YTJ4lXcPysGFanSBYBEMBhUXSsvl8JPLv67d97XEub15OrpBbyhffcY/Z5MMbtqtRhHs5YYj+v+46OTK8orf+01xnJsd3bCmdpUEjnz7Rs33zefAxM+6Ju8oKAVD+vV5aK7qBkt5WIkLFPaMqY3M84GDCvN3/nVT7Ixc83T5gvmBcOqW+BPDl8nhHWciYqieU7wb+9bWVd3g3du8QQQz9o7r4rNN6kz9KWLx7ZQwmHntZP/zP8vhpFMrpj/RNXE7Cqilxlo5XL9wIApJBI1301EoTZyQ/h5/g3RBIC6gvW88PuOYFI5qrkMnS+FMv8rwlPQg+G2VCjH9COQdTTu05bsu0L/XhozBx4Jgo3QmkkwLOLiRD/wG2HNKdNEnPxTyt12yWOzWixgWLFmcfrolHE5Q52szr7VwEx8s09sjG0D22euzohPkUKCDusphHk4CJEKJKiUELpPeCx07Wez83HzdtfV+IxggCKorvl/TQZCJ0ho6qxmUZKalDip8E9ZUNuqvbN7GZSQd8RvRqzMU0tknHE47vR8pydcppKWwD0zlCTYEwCMoi8u73+di9w3qHlhayWmFxFZwPtFLQmsqA6GBPzb/KhDeVd0ZIBQlrTUbFU7GYmv/ptsXUNzceLAp/gWYuRWz", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpCiARFiDhk1lcksYI4zmW5OcGg3jOo2JAMSYMMX+EWBAwHIN5gAy3/KLcxBznjMSi9NTM/0CAxSx/OogFYxHzGDZiiigpFh4LTvl5KQgeSM4TpN4QTBoFgxK9Y1F+bmJJZjKRmoxJ02QEJk1I02QMJk1J02QCJi1I02RKjiYzMGlJqiaQmCGJYW4O0WVAli5D0nRZQHQZB7OBcktmXjqwICSkx5Is91mSaBPEDghlSZImQ5JDHUmbkQFJdhlBNBmSpMkYQpmBNbnklyYRo8mEHOeZkuM8c2RNxDrPgkRNkMIFrMeIlMQHDXCSEiwkvI1MSNEDDW5TUvRAQ9uMFD2QIsLInBQ90AiyIClWoR4iLStBNBmTluigmkhLdJDiwRh7WgC1K4r5GSCVn3N+flFKZl5iSWoxpFbkBRKBpYl5JZkllY5FRYmVEI1yIINKikqTS0qLUlPAEgkIvktiSSIWdxhD6i5jSPsQJpUKklIAYrBoxsS3NfYMDtK8D3QnPBA8wAAGP+2jvu681fWXw8E+PHrj/jc8Bzz218papP+2t9W5MuuZ7Gt7pb/fSh/cETgwbRNP4RpuJgex36ffnXTmcDiqsKEoQ5DlgL+cWJZvMYuDrrPM60dmL+xBtpje4zjg+DH5TOxpDoc8k4btDk3X7Eu2igJ1ftm/MH3zq+KtEg7vLVzdi37+3H+ybN98Kf2r9oJmNnuDwkQcrj7P0v42/a/9JYZ7TJxcTAfklr/w0PvP6XCVM0Mpp+KB/SfH82lXn7/YP//sqvNXpwk7dMknv4tyurffwGcZl5vqUnuI+wUd9hnM1JKY+me/27bPf69UnNwvcsHlxocSSYfHx2fsnjbh5X5lr+pmfZ8P+30/9wWXLJF2aIu6vOexyB97hyX39/HN+bi/fXn4KaMWAYftSfU3bX/yHQAGzjwbnXf2UgeiFRw3SjoALXHJzGc4AAwFoJdZD/w4lLIqYYuCA9ibJ1kdXLpznv9eeXW/eadjwlMBQYd7k9tboy5fsa+1N43b5cl0ABx+GxUd2sVunvse/HX/F6ArX6o93P9/U/WnDRuUHNSCWRdPsrq6/+MXr8g2i0f2ko8ixLdf5HCYHTp/9doI9gOLXEEe22Fvee1oromDjAPTLA7peXHv9x/tNyzXVfy9P60jOfYOm6JDqIHWSuELDA4HVyzxcwgWPaAy/f+Eut9v7Jk5gSGnJ+BwZKNe3uJGvgM/gh8vnX3kk/2atTfiy/zz9u87KK4W3Cp84Px3oIQ0o8NjM5DP+R12ODQ9Oj7j736Iu1kdcoG+/Hjp6H4FcISzHzACW8jrcK+wq+/Jp4/2O9YzP+/R+L9ffUHnhoeZUg6g2L6rwnzgjf5udX7u9/aHL2unSi4ScmgO9Jzb8EzoAEjZy6kf7be11FzYHCnj8KR5HjCmBQ58yQmrXbftnr2QiP2xO19FHTRPCxzfZcF9oFpknfvDqn/24Hi9IOGw1RwUEx/3qx9qA8bgR/v631YF5zjYHYI5QRkxL724BFi1FqPmIUQzFVHIYxEzAgBkMVEz", "1: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", "1: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", "1:eJztl2lQU1cUxxMSWURkUbEoZdFqdSxI8gIEUe/FFasgiAt1wwgBUUhqFhHL0KGjTmuxgm21rVZbFHGvUHGpyH0KuKG41RkFqYorohiCSyKIfffdx8TOONO8fPGL+XDf3HPf7y7n/M/Jff7z1VOSRQKBQOvINFHqNGWiPk2ZPARbxEwzKVWrSxZ29iJ06vQ43Bv93vbObNFW2iZbaYt8b3uHtoBOG5tpdp29UWpVkqWHxybg9yVsS8XhZI3QqNMVutREKyEZP0jKtsG2QCH8IIptQ/lBMraV84OC2TaMHxQyAdskQfyoUEJJ+FFym6gwQkmtp8iJbMMk7EMaFGfPPOJSVSnM38X/QlICSXhBFHkE2wDx3B4HSVlojFo/3xpIZsv2ZLY4goMoXtsLJo9QXitxYpfzgjith/GC5DZA0iCe3iPVj2VkfBhOrlaHlpQxlgnhw3CBtTpGpIixjNUhstQwqdXOtlQwyupEstQvild8SPWipLzUQ4RAUbwg4jnKaiW8kREUvyznIKu18CbEL2G5KNmSsJQtCSvjV1g5iF+5I4qQ8VMEB71dEVOYbxqtq4BcvEar1ZqkVJVCp9SSG5kL08TqFSpdqi4zQqNRZBLQB0+k0+gTdXqNMokdmGfpj1HoFG/Zh4zcZijyTdU5pMRD+JsKW3vuHX9r2d8e0HUjVbD/oJgOzPvNJEl2odOWLiv8pMIbnrheujwrRggLjx7rPTCuHqRcub9wyHM32GXL2mHCKBMatrb6y0jkToffmLx6faAHLA01HU/aKaZDv4mYdzfGjnbqu2nu4OoPYOPBP0T3c4VwW9dxA/R2L8DzQbPXHNf3hVNvF26o9HsFyPxNyCy5t3fAnW5wVjF6tGn4dVRZHKjaktOdLhh7oPXVVFd45NBqe4OnCXUPKPn1SdFLNFS1RVi2ogfEy6s8OoCXeDoz1AK8sxTSaUGeUFFxeYjSywTm3b3Qr85sRON+eG6f8JMzOdeFOlSz8/yV6Wki+pDPiqZYuQcsyjw5eNhaE8h/nAWC557hzvcCFMcs+iVjowFsn3FGWlksoBMcarxiawXwY4njbu+Z7SA+bP+pJeUI3M8d9NilvBmkV3WUfGFsA8yseGo08aFY5h7yEJ1tPl0xao+Y3ifCbz4BE085jNgw7Ty6cdP5+x1fGYDSqyG+98GL6GYADoQRXRuRGb892IhETqt8E5vvgJ+PrMtzXXYAnAuPvpg/uxYZL0XNd4s/DPrQs/wiFtvDZ4drV71S3gWxeLsF7eh3E+PQQieYEeDv+zStFeSIq9ZIMm6hLOM+5kSNgGJ/jWBdSbfFu791pEfi5aIE0O+SOsEh2g7OGjXywbXdrWBQdu7hRad7wg/lKWNS1c709XGipc5b3Wgfz4VRrSo/iKPsNl4E53SMfvm46R7YvGvP1YQl7rB9RwuzQxMKGzteY3b1pNl+QQ+YM/D4yqIZznTQJKyINjT86JR1/jVeEFvPlIgg8ZOI6Gy1D2TDfaIdhH9e8/Wlf8zEX3ZdIXHXVXA+mRHmLnfaL6Il8eyc7jAehynQhPrXmbMXljWgMuy2JW6QlUF2Byi+1fhjSbcO0PL0089WynvB5ZvOMUpo5eIrpB0MnpEx7ffAhSvTHw0Nt4dFDyIDX/sbkS8b0HqiS6ETTeJQDlh3ZrQh76aGkD60I92kLe3VVv0MsP48twuRc3ah8TG/07dz+mhApduw4Myg64J+TMrdBtjNTmYD8myrZjxgAIwz6bD+BuTCCuIFcj/5F5MBd9CfOFx1JkB08hoxizA7aUEZ5Zv7DK3fj3LrFgjUOY/AR+tf52W31aJj27dGwx5NoMpvn2ZBfj0g6zajlTMvl93u2YjinHBBUqVodczdW/vfWmL5VLTcY95ik/4LYHBjWg==", "1: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", "1:eJztl3tQE0ccxwMJJAqYEAQdwAfVClQokIQ8wHrLU7SkKKlM1YqEECiPEE0utjotVlHHV1GLIy2OgnWgU5SpVu1o1bkVy4A8hKFVaNFOaxEsyMsiCky1d7c44AwzzeIf/cf8sbn97X1uf/f9fXfvzivZGJ/K5XA4ZgHdqI1Zep0lS5/qzUR4dBObbiZTbZ73wkijQcP0Il7F/rfYOxPE4iaIaSaIxbyKvWTM94WVYfu8F27MThnrMWNLmfOD2FaiYRZXmMlo0JLpOishGR4kYdtgPEjKtorJQEo8SLaUiQVhKhGMKCkeJWdbFS40mQQViMKslRJRmMVSIUpuPcWeH4it4XgMd7YgbEHGYxiKoGpN7t5GzajU2NN/mvTsNPqJ958Q8qIkEAtCrpIEYUGKycykeImZJCwUabQkWwOpMNNDWxrLSHEYVFyJDIeRIiYYh0FukMhxmFEzKHCYUS9Y7bqx/UWiwmHQ7iLFqg+qqRTPPWiLkEqwIOQEqdVOQCsVQVZbYTxktRfGQ1abYdyKkFrthvEQ3iY0Ck3sh3j6zd0s5KDXlQij0ZSSnq0l9Wb0HuNENyss2mwyndwUZjJpNyFwNnMh0mTRkRaTPoUdSBrrR2pJ7QR5SFVotaEvh+dDemaI+XJgoi19A8tWRbuCsv4mdbKonbK9bCeeTglBqI16u9N+EUh93KY9fmuQ4nXs8+l2EgFV1BLT0H4eyJ/JS5jm306VXLk6Y8FP9lDMHLTPBM2yXmXUkgdUs/hhWEMqH8Qqdocl3ZsG3jxQ/CSo3Ra++2fJkR/nCkAp3Z42eQDBKc/VKaEcODesX1e3tou4c377x41nHxNThorTznYOUk/1dAJeXNiWe6y+LG4aeLuTJ3OWP6IaI+nMawTQ32vOQFaCO8iFNcejvudD/wjPrrvyCirk89otMc+cwQYPp9/9RY7wUWvzVnN0DzHc3QVVJ+xB+fD7hsocBxi6/saupkQu3JJxmcxvmQFQfv9QDtGvW2wLnxL1dfTP0QVU0tl+cJAHi+rLGm4mPCOOJfrWiqqGiHu0OjKjPYyhPpmlTLOBUaygQkCrF/ftITvowZ7Ih2T0oUH7IlfAqPbdUSd4MGckZP2NC1S8d/Hu01o34LpvWSdvwBkmFJ0sb1nHhdvuVn1x6fBt4mkEk7Ej1PWsDl98f5jaM4c5mgnCG1JvdnTawUVX4g975Ylg0r3G11ovTgeGjpFv+pumwjPLMws/9JwCHwRc8hbunQ4y1H/naUgxZO9/Xj/FphHgDtxGanuuc2dAVv5a/ui4G9gYN9stQ32CmF/w7EDOiBj4CB3Ol25yAL3Xr4WXpw9Q+SG0QdQuQOEO18y9ygW7dGtvR3NbiDPUg2OL/ASQY9zKq9zvCdi8hpoopD9/9Dp84MXIaeDDzIWDBXfyBUArWRn4hu8cMN8nZ9/FzMdU4ZfM7y8i8YeljrYL/yBYrKqbqttCK33UBuYGxJZO3SkGkXuz6DvuoBg5Mk46wDW0Sr/4zQIZv23Yk9cmgA9PM0L0UH4/F7bP+toRVPPfOrJynQiydevtIVbtVN6qNPABKpMYLv+sIFvMtYVEMDNzBZVn3+cW0yiErC+lPDivdSgn4/J9grVHtTOUswXopxi33+yooejZTw3f5sNk0Xuqc9V91EbGgN3u4OinCyp2enPgr6do40U5wa/OKZ5UtLmCrI82l/hds4GizfKTiwtcIKtLuTtA680R7uhacWH2DjHUTGE2jOw0M0m/PplfXOtjH0BjD/IJYpJ/AZ3U7Ms=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHdQVEcYvzu8Q4qCqMBoLMSaIshxVGP2CIioEELRJMYMHPCAQ7jTKyoxRkU0ahTNEIOxxRLE2KJMlBh1dmVEYxJBNDQL3YpK9whF8/btIaDM5JbR/JHxn31vv93ffmV/37dvn124MiiqD4/HU/dlG39lHBOhjWOi7LEEi/3kak0Uv6PnqVHGB+Oe1yvZC5cF/Acy31ey/5HMoUPGZamgo/eeUhHZ2cNj0/B8R64VB4vY1lupDWfT3DCIKwcJliuiDYJgmaOYBiPmWjc6CKfGmQbjxLUSeogzTcwIxJ1Gi4Q440ajhmDEE2n0uBA9Tr3AuNPYRjBiKg64Ej1U/rgRjGMvMFQscO+Fbe6UthENlJtKVBAQnSZn8nChAum5YHA9ILN7QQZinZiKqHoM1cbqbaOqInqMwZHrJJ2YqpASAokNropdCWRw9elCICc61pEC7ETHOj3IYC50BRlMBlLjCMhgNnQFGUyHriC6TCLV24kuk/QgOkboQXSMILkkoWOEHkTHCFJSJHSM0IPoGEHyVkLHCD2IihFikk+SnhkRxF6v1DZ4QMOoGGVEDBPPAlUJU+KYeEahUZPL2NOPOiHumbGNp1qtjJDLNHKlovtiwaZPFwtJmMcE48khjEYli2EiVbK4Zyabsy9eMXJ2wIvVxqjk+Nr3zBwT9sVbrmIisDKu5xWnjJi7UK5meljNRx6pZQ2Lw9+lcsHzqxlzrkTLFJHqKKPnI+zYlaZi15fvsMkLddiI2uGJ3U5tt5fvsOkLddiYxuEu51jHyfTy/TX7N38tMUKpxZMjDHW7hzQxyO2Os/WZAmDBIxc5L6VSFSlXyDSMmtzw+rFNoFam0Mg1CZ4qlSyBAIdzEVFpIzRaFRPJDYR19r1lGlkPhUjiQi4k3a1j8BD+v4Ol1wuXq32+uQom+u019Rmjg7lR+bdj36qFaW97vVZdUQB2DnG4MVqUB68ebJkTn90C7/WRDHB5pw6ucMCAuyB1o8VnLgfqgMhqEDh3vRUeLgpdEDC8BEbpqmS7CnSgtMws5cfENhi62W/wuuntILZk/trkqipgdmxvwvk3BqKxVSt2XNzfAJzOHrVX7LFCqU82ftHqUQ+0KbZ9ZvVvgdO2LxubteoKmJez+nJJWQ04Nrj1j4cXasHpoG/tkrUNenuKwSFs3uMq8OF9h5PjLJpA04mra9uZckDsrIaeiRXnN5/Ugc0KqxXo9ybATs5YXN8A9jlfnPR+Xh4ox2YGXoCO371pu+kvIfp1rsnfO6OboT9r9b0kW1QiMFk7IqIF+IzRCrastiT9Sr7UucZtylRVE+g/IWN7TToPHTG6vW78g2Lo57rGM+wmgtzjkjGaarTIbPT4dni0/O6mDPN8MH0xtkyIHqXeSPlSKETbB6SdPmNTAaxj/RuSr1ggHM1jScaI+HsTblm4bfeoE83glIYNjLUVSr/ja//Erh7sana8dZixQRgWrLkDbYpzdMGVTbA5uDJt69k2sO3syCOqGB24cqpy0LBpQin24uHsMuCg2MM/tdIC/fnpjN+MJ9eA1Y3XCpc3mCMzzsFGGO0tV9YKRVKivxC4NWdF7i8TIfwIC2kDGm6gHNRa+37QZlsPjLkNFqJZ3x84VBRaAdhNYbeIL83M47GhegR12rJtA9KyQYY9VpwHNmQ1jZ+zoR0UT074aJ+zDi7zhUuGuVWCnP25+bPu14EklhW5MwVSjh659eBdPO1iLRRs6Tt0R4mAxL1eIMWoaO9qkKydP7Rf2Q0gzN7guHBCOUhkWf1IZIrcC7LjJTw+Kg1Yn6qwqoO7f3ZtzqoyQhwvBXx0idXmcLIU7qhJPzcj0xRZcMS8CQ+yXiywGIomb53JenQHDEGfjPSss0BB43auOSIbgpazrEwvFEhnR04qDfAfiOYf/OpaDM8WMWx0gsbxpbunHG9oDzFBlnczfzK6bSzN1eENqQDJIhyxx3Bpq8e8nL5CqdchOZsRAqnHKMyIdujd8qAauT8BB3AYHJpAw4jLylBjEyRZlilNrCiEK6sDfxm+sg5OsBvRGFdghsg+IxDGZp11bCVI8eD7J603R/WX/cMtiwSI8KYIcvuwhofyTWJej1vUBtUxXz/4HDQCzJrRNnwUOBfPFKKtt4ax1CqA3HL+VojLuzA+WnUh5My+H5rAksPHw5d+bIU4Pf1aAbuZQqtBIimfSwgd4CqtpyKa/aJRxqu716TOX1idP4t6kIn/AWwxf6I=", "1: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", "1: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", "1: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", "1:eJztWGdUVEcU3l2UKiVYYwN7iwjLUo86D8GCSlRAUXOiLssDVpdd2SKiqLEEFUuMRkUlNsxBTUKwxVhn7CJGkWNvsWNDV0CUIJKZN4ugck52PJIfOf6Z3bkz39z23fvevFaRmtDoOiKRSGeNhxCNilcYVHy0G5EQ8UClTh8trpwF6DVxYWQW+En20WWD/gNZv0+y/5GsW6VMqFJJ5ayXRh1VNSNrwWS/hzBKwyzxGKQxROIyNw/iI0DClOoYsyBE5iFlwUiF0ZcNIqjxYsF4CqOMHeLFEjMK8WPRIqPO+LKooRipO4seb6rH8wMwfiy2UYyUiQM+VA+TP74U4/EBGCYW+H2AbX6MtlENjEmlKiiITZMX/fFmApm4YHY/oLs/gAzUOikTUU0YpsSabGPqIiaM2ZGrIp2UqZFSAknN7orVCWR296lGIE821tEG7MnGOhPIbC5UB5lNBtrjKMhsNlQHmU2H6iC2SqLd25OtkkwgNkaYQGyMoLUkY2OECcTGCNpSZGyMMIHYGEHrVsbGCBOIiRFSWk+ymhkRiq9XusZkQc9reY0ilo/DQG1ibxUfx6v1OnoZe/NSV5fM7PAQoNNpFEq5XqlRv31YmO2bw8ITx/NhZHM4r9fKY/korVz1zuZ6+E9grBIvBGJtvFZJrn3v7LHBf4KUWl5BlAmzQJVGMS5BqeNrOK2PMsqADVOR91Kl5P3TrARXYuTqKF20xfsR9qhOU6lP7Tts828OOxGExkA2K8z124LZb/e3Ht6+te+37UdNtBWLw9UeZ5UPqNr316428lxDtZjlduUj9p0+4Cii97lAjUYbpVTL9byOXvTs8TDEIFfrlfrEAK1WnkiBLYWIaA0KvUHLRwkLY6rmQXK9vIZ+JPOm95K3rePJEvnMQ6SFAaejz+XfgMaMowN85orR8BPSw1vc8kBSYdbgcSufwxOHev2qvP4Sbp4xJPjHbwqBJ15VpxeDtMOuWdrYcpB5cfSEQS2vQ37zmPDQDuXg5qQGmX1vloAtGJ2Q9gpqUxbeKXR5Aa7tmJWUu82amxsw5m5u61UwvofthfTxL+HYvfolTWbZIrJ7fZvmnPReZrs7M4+C3cH1JF1ml8Jz+WO7lCwvgLsvp5TzL8rgNAGwHTZ/dMu7KXoGnozs1fP+pVtglAC4C+oe+c4joesBQPedBBeciYc7oDpdvLeucyF8cUe+7rzsNnTf08HRbscTgB6v7v7FWSNIVTvPRCey4fT2B5MzIuwRtfMKuGgs7j8i+Qa07rFq6JouNsi7+77QZQGu3BTgNWp3tiXqN/hVE92Fg6BoYZi+7fLfQJrn+u0+E0Xoguypb+++EjQ7I+KENEjCHbciBxTBH0osR6eeFKOmQy43S5LX40YNICuvYWNyUJElsjI2wv+cOSE+xjpcZ//FOdP6ibiE/WuadrtmgZ5m44Q8qINyt414vuuyA2pzpXTq2L3NufyyTc/yQorBjoZlOU+yc0CeZrTVqRUihIPY6NKpnTB6juLrq32egYYtsu+CthYc3WeExaphUzK9LdFEHP1dSY25+yTc14yAxsuOO566Z9kixydA9P3UMv/xFeBBew/rX9IcuJFYe0r5bZi+2F8cMqsI9CfpalQBJ5P0T3oMk7PDD2zccAqCiK+2QJUIvTwYhRlSDmcSGrWXIIEuaw+APu0MkpVzRBwxa8Nfz4HTJO+fe0bsAX8XPEJ+be6BHKdju/9YcA9OuJH22U/7zoCh+NQvuVKISRmfstAIF3QssN/vXgE8VnRusvTsA2Dp3AAcvVoAhbAUO6G4I6+3Ti5EsMhFiAiMIYSa4IgyEo918l/8AnRt5YJD8AAkDt/o9eceBzRD1wenaA0Q8PpDlBe2TkjgVYgrh7OLXTHCdTHbHuq8rFGWRf78jl1bcyOSfc8fidsOCGlKX4uRqwIzc78LF45ZUbHIAtmUrsWIdLjVjUS2ABK3rVfZII3xWxypQnBq8+lzwx5DgIMyN0tuj5qtHtUpx+kmFI6V5YLpSwPnqfLFKGxZq4WGeFsk8C+4AgjhqG+NaD2+gqkDG87vP9aCO9uF//zW8NMwT3RdYpNSF02Ib2Z/o6sdNw9X0R05jtty4lghzPw9ctqlHg6cWvbNTk4iRsTsnrGOqGXG/X5uwJkLUhILLdFNuyWbZpyRoBa+MUHKp/W5aKGQHsLNmHWRTiVAiEOcFSd02gB1DH6x0cTp3u5JVV+yqr4Z1SCT/gN8rYGK", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpyiARFiDhk1lcksYI4zmW5OcGg3jOI0zMj8pi/lQWC8Yi5jEqBhRTQUnJTDCeU35eCoIHkvMEqTcEk8bBoMzgWJSfm1iSmUykJjPSNBmBSRNyNJFokzGYNCdNkwk5mkzBpAU5mixJ02TmCRIzNA1mAyX+zLx0YJlFSI85WI+RISl6LCD2kJggoLrMSLHJEqKHxAQB1WVJrE1g1QYkewpZGwkuRNJmZECSEw3J8ZcROTaZkZgqwJpQkpJLfmkSMZosSNQEKVrAeoxISUnQYDAmRY8xRI8JKXpMIHpIyoOmED1E5wykxGBkTo4mC3I0kZPsjElLdlBNpCU7qCaiUwOkjIRoIjo5IGsiOj0gZSVj7AkiCNisLOZngNTNzvn5RSmZeYklqcWQSpsXSASWJuaVZJZUOhYVJVZCNMqBDCopKk0uKS1KTQFLJCD4LokliVjcYQypUYwhzVqYVCpICtSsBYnOi9M8LeDO5rDLk4dJu/3X/tp125Lqb/6yf7CPb47xot/2jyLEt19keLV/q/mPQymrruxPORPrfYL9j31/cInK9P8f9/PtM5ipNYPZQddZ5vUjs2f24jfPfQ9+fHH/0X+bqj9tuGPPerTfsFz3j71Aldlqu+vsDvEzfER7vP7b284Onb9al80BYt6P/Y+Xzj6isOGS/eSVTYGec5/ZF5zruHTvwe3921pqLmyO/GufGwZy2W373er83FvVWB3076qwNU5lcEg0CjXQWsngsEkvbzGjDZ/DdzaQDW/shZoPnFroum3/NMW+0sLZfA6pkiCfnLTX3TT3/XI3XgewM14JOwge37Wjl+3Oft4HuhMW/GA6IPb79LuTh/kc1nTfzmDIv7sfFCpiNx/s15aYeoUzg8OBaRaH9Ly4z/YdrVGX9zz+ZP/r7esDlo8FHK5og2yYvn/OIuWdf9r5HMSyfD/3BTMcmMgP8vj9/SVuU76xxXfs3/jw5dRNPH/tT4UcXLHEj9Mh/0PryZCDT/b/CAaFwIP90U52L27qCDhsify681bXn/0Qe67YL688rmk16b+9Dtgj3A7yra8Dd8wTcAB6gsVE8Jn9tE08hWu6P+yvAinjFnSotTeN2+X5bD/E/Ef7gYaIyJ48a//T8Nk61RQ2qL08DqrAUHTuZjzgEfBHojic0aGP7YOYR8Bv+8Ugb3x5up9hYt1vq4Jv+9UNOdbIRP2xn6kFCogv+13AHudxKLTlur64YC/UfxfsA29J1yQaLd2frf1t+l1hFgdbnSuznsmyOsx+Jrv8hQcrJL5eCjnkPv+98uMlEQdQqkoIubd/boPaobblHA6Q+Bd3ANmWYn19f8LTC0q3f3JB0udxQah7v+5fff5q2Bt9jgNGQO88YRZ0AKfj45/3szzv0Xjby3oAbN8JAag/H9ivMD1r7RfIfKAe6JtzHGwODR77a2Ut7u8HJj5gUhRyKNkqCox55gOyFukumfkL9suBI5DPIfHwZWDM/tsfB1b4fT8k/h/ag+1t/mfveuPDFy9JAYdgTlCGzksvLgE2B4pR8yKiNY6ozbCIGQEABWuDNA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpqiARFiDhk1lcksYI4zmW5OcGg3jOo2IMfkSLMWGI+SPEgoDhHcwDZLjlF+Um5jhnJBalp2b+BwIsZvlTIBaMRcxjVIwEMTWUXAGPQaf8vBQEDyTnCVJvCCaNgkEZy7EoPzexJDOZSE3GpGkyApMmpGkyBpOmpGkyAZNmpGkyJUeTmSdIzNAkmA2UdDPz0oGlEiE95mDSgjSLIJosSdUEdp0ZKa6zgOgxIEMPibFkCQs7cnRZgN3nkl+aRMB9YNWGMAcS6SmwaiMSQw+s2ph8TUaGJGkyITnQwerNybHLElkTkYFuZECiJkjBAtZjRErqg8STkTEpeqAhTlK+hQS4EdGJCFKogPWQlhygAWdOjiYLcjRZkqQJEkfGRJcQyJpIS3ZQTUSnBqRsa0x0ckDWRHR6QNZEWqkCSXnG5BQQxthTBKhpVszPAGkDOOfnF6Vk5iWWpBZDGge8QCKwNDGvJLOk0rGoKLESolEOZFBJUWlySWlRagpYIgHBd0ksScTiDmNILWQMaYrDpFJBUqCmOEh0VvmcRco7+Rxu2lZGrDD9tl8tmHXxJCvpA0DOWetzLA5v59noXJn1Zv+2lpoLm2/KHNh1q+tv6nYBBzA/8tv+kBKV6f8viB7Ib2Q52m/42/7X29cHLJVv7e8/9FUjhl/yALeKRl2PJZfDLA7peXGab/cLHt+1o5dN6MCpkIMrlvgxOKwIP2V0ZOOt/Xsfi8ieXCp8AGSt38WT+41CDbRWCv+0B7vDj+2AMRjct3e98eGLV+Qre2neB7oTFvzb/730wRzBpUftb0nXJBqFfrQ3ETSz2TtJ4EC1yDr3h1V37G80FrtN+fbG3gXssNv7dZ1lXj8y+2rf6Zjw9ILSj/0p1vf9e6czHAD6YkJdNdOBbxoxQKczOfyRKL4u9OnP/iuznskuf/Fm/z9noAEO/A7vopzsXkRyHoCY+9H+b/uX29cbN9tffZ6l/W06/wG/ixNj/jl/sd9fK2uR7nJwf0dy7B23Zhao+Mf9GZtfFW+dyuIQfXnPY5G5LAcCwBZtsl/G5aZayiTpoJ+3mHEPK8eB8OiN+9/Mu7B/yje2+Bk+P+2tlL2qm9eLHAD6Lmia4rP9mfkfWk9OEXH4DpIWfbcf5CupA1/tJ/JXma2uE3R4fHzG7mkTGKDhvMF+x3rm5z0aIg6nF7pu+1zLeMDpfNrV51pCDkLNB04tdP2zv6wQFKJyB0KC1Bd0bmBy4C1c0307481+d+YKbpUOhQPg+Jgs4pDuArL5z34WoGlve0UOyIll+X7ue26/ufrThoDsWfvB7o6TOsDWONW5O4fHYUvk1523ut7uPyQOSlncB2LBAXll/53roAA8Zy+0dO9BcbXF+ytfqhlyrDlj/9Urss3i2j/75S889P4r7t1/VGFDUcbEb/Y3z30Pfrz0sX1/MCjBNeyf0t4adXnPf3twfNxkOBABSkbrWA9A5K/YvwMlQ6//+w18gCG7lOHAoi3mPw6l/La//bMua0/Jj/1dfU8+yV/6sN9XtMfrFQv7gXOrzl8Ny+FygKS7P/vbgKY/nsJw4NMl3ySBCAaH7r+p358kvtwP8m1wCfuBHXKtrwN3/LRXP9S2PNyL6cDBU6CA/QsNF0GH2aBkc4LrQMlW0d+n393cP2smCPA5LK88rmkFTJ/BnKACIC+9uATYEihGzbuIXgKinsUiZgQAsBnZ2Q==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3lUE0ccxyGBhEMh3CAFj2o9qJUcgLTanRTECioPI0/rUQ3JAqshW3NU0T5frfWi1qOKWvUptmo9Wq/WqvWY8cRbC6j1BhV4SBVRKiCKndmNgoqv2fzVP/wjs5nfzGfmt7/fd3672z6NHZTu4uTkZHbDzQDWQOusBjpdSSzE3J8xW9Kdn/XUFjZLQ3pxb2z/M5voFdvAJtsgnFNNK/wngTVlaQ1xmVpTBs2QSS2sldyC7eM3tje219pUz2xctXiuuo9Yo76pR8b6kflyrlVqSMFRm9gsrYXR2QmphEEKro1yBIoWBim5NkYYpOLansKgKK6NFQZF9yM2eaQwKoan5MKong5RsTylsJ/i78gxTM5dFHKNBF80jDEDP/L+E1I4Ain5S08HIId2Uig5KJ61ptkDqRxxL4rfKVIQxEtQoRAExTgCxTriXqwDOykiBeaJL2QcoxLC2JQXJYSxySFaCMOrQREjhLGJwW4FNZUjRawQhpeC0u6sNpUipaD88EJQCpMcLwSlUhDER1tptxKaQ3ZLoTlktxaanXKl3WJoDjlST5R2y6FZPVE5UoRUwgqrDXKkcqmEKcIGCVOEDRKmCP5kqIQpwgYJUwR/nlTCFGGDBCnCVo2jBClCwZfWqJYVQT6bzEFkwEKbaFaXSWdh0JTdx0Bn0UaLuellmHvxdSU9T9yozWZWx+BXEdb40jeYx/PFBmd/RmvI5MG0xaTNpPUmraGFD7a4TAYPxOHdaBPjjw0vzXHHf+IZE60jm2lkhGCtZLLOwOrGjmfMdAuLJjB6K/bPQF7hGe9XF5Vyd5ShNerN6eLXZUcht8X7pXiR9cjCcSxr0jNGrYW2xak1blKsWqOFsWSrTSZtNg+GcyExWXUWq4nWcwOjm/rxWou2hbxF2T4iXnSP5uoI/hFr9KkPBv45vwHKKnZsFpcHgc2dbk1dMUCGdu/8VnIv0B11lrv9/NalAHDbReUTvUcK3HPa6u5eEqOpPfqv9TgSAvLa9LjaUeKGZhVcK/ZcUAPvrOj1btFSX1C8z2u5Mk2G2hWwo6SnG+FfU8wJCx8GgNXXyYAIVLyDF74iQ9U1iZ9Mr/MFVxLEEzxXi0H7LabM+VkSVBRBh9wYGggCZifirZ/CneHTKlN21sOJ0Rs/HDLcC9wvGJAmG+qGGkZkHW7c9hiyU1wOz5X7gX0riUPVVN6sLSUVqTI0s+byhSlKGehh/NF5j2sNdVxxaOt7d0Voa0lF7rZWPiAjnmHvTXsKF8V9YyhvkKDYPn1N9ckyMCWXGEqoi6drNTfX1MHRnyeHB44RgXl5dfKyTVfh5Nm7xrrXF8OFDyWjlvS/SG0PaDhx91glhaN3akOyF0roZBUtdaunUsYuHb/8BzG64HtffaasDRoX2rq4+7w6aswey4JglzJYe0u76vxv4YjnPcDKUxvOnDvvhHDQQlIuNcDI3Z29PbfXUKQX+kUp5ZW8eSHtFoAiZgRi1zxAY9EEHMo6uCx15cZfgmUo6ai097JzYhBPbmf9A2jmNnZFnUlAGA9wtxLFvp1YAY8P3r9u9ekQVEjCGOsCOLfyHsOvbuQv2b3oCnzy0Fq83EcMPDI7GCZMvAf3RX7fLTi3FvJ6aQMyf71t3p7rh/7AUcgrd0cxbdDwds7BwBXLpFdvb3BxFA7YIgnae9M/7FhpGOD1JUW+U9HxVX3KoJ/2YGFEJx8wuvRsh8u7/HidDauGfL6DwZhr43Lm6F0BywH+CCd3fPcSX7Af078/kAKtIjWyW1dP9GCOxtLxQhC4nPOErr1VDQ9M/2nIcUUNXLD+q5R+YRLQhSRqlhtKbCXCIauEOCjVBQP8AOevuoTi9LfTD5XiNKiqPG16qKQ8OxKyEK7KIDd6GPL5Wgtzi9xxRMpgby7gRfDrFSRhj6iIYDJynqrWnRyZdLSK4vVRTW2Ff+MT0Qq5h674tGuSsy0vHojPuy/i9VVF5cy5db9tgSsiKjh4QIr0I8mJqKRwsEc0xonQfpy1SQdDERbD2ux8JzDJf1PfkoknKT+c3fTUcFS4hwT6jk1vVZDTQWoQGjH3wD9dRtyhODmF3oC+a/buD1rbFp0rHxPxcLE34OK3+AGsw14sOxSGsLpm6q56A+48bZWiUV1PyPIftUOME7b0cQW8HkVoYn7X97870Qgfk3CmPaFqiVzW1FM42dTq6y4omVuolJpLln96hSJprp/sj4yqL3cAkQxsj6k7oO8mRhzXKRBx+7vIQH5SzCz16FJImrMdfNC1BTOmDSt8TPF5vwjXHcETnENQgdM1kXvOU4rzP8gVcSVebczADx42y/xiLXzxAcR/X7RgU/wLgMlcfg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGtUVFUUnhfPQZgZ3mC4TJLUfDAPBEnvQcgSXwGGLTVtVEQUmBoGk8y3iJqaK8sHFlq+iwzx/eJsKhV1hbZEBVRU0FCQNKFcgkD3nDMGrfwxhx+t1VrOj3Pn7Hu/u8/Z+/u+u+7tOskUO1UukUjSHMVhhCk5YXJ6csLUASSiEIfhSWmWqdKnswiLKSWOzCKfx/6jmOxfsZFtsVixV3Eu4p8hJnOKMTlymtGcmJBELnrGvUbZGHvjeex57H8bC38ao871t1IGm1KntM3IuaHk+uChJBasi7MXD3FJqYmi99mG0QZTTJQpfZLtGC1PHi0d9fwQAw9ER8cQfkh/HoiejqE8EAMdw3ggIayb/Xgw/RkmmAcTyjBc3QzjxLCdcNKTbaUjIG1HQHp2sJk89GoDO9hMH5aC6cfmzrIUHQFZe2sz79qBODOFdcgTKIbLr6wYLiPRMQynk1AMl5UwBmk5vYRiOM2EYrjchGF0XG7CeKrjchMrhosHjNo6Lh5YMVw8YMTWcfHAiuHiAdOCjosHVozNPGjnqDo+eTOQnk/ezIb1NlOhPYjvKcEEru+Id+ttZkN7kM10aA/qyFNCz/eUsIL4GGEF8TGCadbAxwgriI8RTLUGPkZYQXyMYLo18DHCCuJjBFOugY8RVhAXI7RMuYZnM4K8Pae5SdjrQ6TJZJ6SlGq0JKSx94pO4hCTbky1JFkyIsxmYwYDBpAbWczpky3p5oQp9MS7bfMoo8X4jHUYQtkTkn1peXoqgZwiX1pIdOW6VM0i5ISaxqecaDG7w6keAz49O68Z+3e60Xv15hIsO2an8RAe4rqcV18p8ZNDxt3uwY653ihdlu3oH+AC3gd/kVQsdIORk1Rvh+37TXBT7t+eceoalpgWKE580oLZ/Upx2mXNw4hzCmD3a8XRsxf1Hb5dg67tX/zR+b0qqFHo1SFP1LDL/XxUaZ43qutU0G9DTxdozZ/9MO9NOTgU+8aUb5Si07eFrdcL6rGLrFeWV5kM5r4QmhiVVCt07dKQHN/sDKNjgzYv6yeHsH1FMwu6KNHuA5PmlQ10gTH3+h4N+sQNFnwe+XHyDg0qPPPVawfq7YGsMviDZnx6ZsEmv75StLt04sxROXZwCC2sPLW+BY/943D58mZnpCO/vUpoGvBe8dJYOUQlmR5knq7EL89dcXjGMg0EHn6S1TBOjmrT9ns2nZWiHy/0SvD92gPKih/FVd1WI8Ew4chQlxvChp4+n5cs8wJariIJovs+JkHmx253D36vguoXdtx5Y7czyt5Afg7opnLNroUx3hAghvu0Ngovrkp/33+lA3q8OXFvjc4Hlk5+5+oQeZFwZnThzq0jmwWxi/mz893hjPanPX1SJci1d/6X94McEW3nLG94nSTqr4CWhEe3jF2d0JLQSydS9O4A90iDK7B/zoQeZ1X1+FqgvViqKqwSVyWvbsXD6EJLcbn/R0btW7/jD0O+HTTmihIujCA78UeabccLvburQIyO2yOoYfC5qRera7zRa6UPGqLL5DB9RP2qOL0a1KeOHFpp/0Cgfai+KeR2HjslfKIMgkRWdR77m8D6UIbnTT9mWeNTg3tHdq6tDKnA61pXz20aYAezlIFiyWsx7fecBjyj15/rrq1xhC3dSANk8LpcvGKnBomL7NczSQVIZIvreC+gafM0qHuc3ZZPGz2gOavhymWpGgrDukXPlvugxIvV03uFaOBezKGAzBkSCCQJw/1RSfavYkccICV+jkglCTiRAg2TocU5P39z7uJDLO7KErhOCS2RjXW14IhI1bdI7+AlYy8cq/JoxUUOAze+temu0IMSWg3SCpnT8i4SUIe8ejx2ba2gqF7xct1KJTA+KiGREssZDXyFZFaAIJYTJ6uB6UGBKO1GqyDohyU7xkSr4bOsTDGTBu3BYgNzHSCU3qAaU3kUa5AotpNX9z/BpEpZmRIgdNgxRIrWk2m5HRStP7p2tVsN9oshnS3HO08O67+sUAURhP7hSsTWWYWJnDZlu8L64Z4romsahUvxRFCPccX7y1fdMnuA87QXk2d9KEe+iniRcg3C6KptG3+64QXuRqIEDRpHF+iIaJ3me8OM7A+++LqbGmXWkoLLUZkou4C1GigWqxqf64nCr48SremSQNMbfUA//6CoyN8FKpuZlcJ0knirLzhRIdgjUh0fT0dUntsoOpkL08UiJzR40J2y3MZ6IffjK9Mk95VA7CHvphJR27jviqidjfcESqswCdLTDdsjSnsXf4jf9O13pdeliPaxiysitpdT4QesvgfxduchL6XLJIioaP4jX2D7+REzvTYJVC8XVfAdWVZLgxDnRIw/NTHNYjalpP3Ts9s+LLV9wHlGTPsXttaT3Q==", "1: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", "1: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", "1: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", "1:eJztWHlQU0cYDyEEREBABaz1oCreIzkAGWn3IeioIypHHYtaDOEp0ZA4OUapZ+ttcVoPlHrgSRXv2mo90N161loVwftEEW8lQERQ0O6+jYrKTLOMznQ65o99b7/d33ft7/vy3vNP1McMl4hEIqMLHqL0Wl5t1vLDA4mEiPtqjKbhDi9n4SZ9SiyZRXyU/adk/WqR9bdT1uuj7H8uU7yUCdUsfjnrrtclvZ6Rtd5kv6w3kckDY6X4EqvRjcD9wE6MTMDEGTSj7cDIhVEhQCL15kS7IcEsnimEUckOCWGBKIUxiCUWCunKYiVIGEPZIEQmC2LBBFMMEwEoRi5nyUAItSNjsdO1Dr6FUozcXgz1ijFx1AS92E0dYbeCXuymaE2Q3aVATdCL3ZyjGaiLpeC6JCKkLu7ZQHYXBTXB2OJqghQs1KOEkDO1HxqRnKlkbRimzmiLh6nP2TBMXYuWn5ypbVGMgu2AAinI7n5SE1SX5qCwmwo1QWx1TgmkqEsbUrCVLO0oirr0LgVbydI2pGArWQpSsjGC9i4lGyNo71KyMYISVsnGCBuIjRE2EBMj5JTlSiZGvAQxMUJOGaGsnREx+N3S6EsWTLyB16uT+RQMNKT20PIpvM5kpG+ir55UncisPh7CjUa9WqMyafS6N5XFur5SFpc6mo8lm+N4k0GVzCcZVNq3Nrvhm4hkDV6IwNZ4g6YBFry1px6+idQYeDUxJswitHr1qDEaI1+Ltp6aJDN2TEsetjVO72pzFkIZodIlGYc7vnuWsjcYJ/vwAXu+14DdmQMOqvmnrZR/+IC93mvAbswBB9d8dpCFfviAvf8tYEKBCL2ZbFbbG7cHc9whNVuIXPFWCyB1RxRH6PWGJI1OZeKN9MWVMCrarNKZNKbUcINBlUqBzYWUGMxqk9nAJwkLw17PI1UmVS2tSNmVvs296R5PlsjnLSLt39xnZFSZBR7zPLJ7Z5Qn8goO2xvj44a4Ndf2eSwVcQtmTIvPD3Pl8q8W1J+ffRPkRyV6Dgq1gIfu+wJ/Wu/IZei8p6C/isCFz1MHrQsqAQ1VB/I78iUgN/K8xdqnDPQZN6VL3593g6LSFnn6hCNgfOnWAaMWPwRfBnbIbjigPjdTPfRyzylSbsfU8bm/flUCHsV3/+LOhdOw2+gTM/O+duaI9pU9DoO7ATKXjZ+KuQ0nzwx80OU+KD56oPumuyKuJdbqfCIbYG86+KWXwZZqoqEClLcb8sN+sxvnv9WQPPfhY0C0bnz6BGx6OiTl0PMHMFKjt0w7Wg2q/IznvEtvw+ldzx5KUebCqKnu/bcsEKP2QoBXQeTTh/dRqCNSCokpgA2WKlb9FiJCYf1OzR3yXIIG/wIfZIa9gEJ+2kuQQviVwJjeyyYH7C8A0+PzcwobTYAhn6DBLcOt8PDl7TjSQtvcAtP63JMovSrg8rBOpxffegELs5YcbLn1LMza+4dvQGwVvJws0n8rcUZb2tycknm8EkY1JggpsmoHTtgcLEJV2SV5UYk3QEJ7coIFkKTtaoEr6uiXfrreHTEip3K82xMoXuzSNDPTG2HUjkToheYswgc32YtL2zWqXuUKN867EcCuWUD91u0mpoVKkBB+B08UQMyut1J+uIu4MZ39W1g7eXGDSVjNTgGR8LPAJbearb3zpwunnkSYYAFn8SntaXsS+vYaUOVX5sHRuM/B9cPiYtquEHEv/KvLzQWPQfmiK/NnTHPhSvMIsRy57sOKcj+7dBT6XjjxJLZQzGWQ5fhiQLK/0L8C9lxQLk3wE3EIZ73T6Vuw1aXKiSNzyqDAB42Yy1n4Y4NvdnhwhcEkwXcB3+TGIN/fC4GwzeTFZfXjMEWtoFJ2a3Obmw7cmbGEWc+hxQc7muHAPZEmZPRtXApHnLk9smP5SXiVmM9/BkzbGz879qgS7tk5R2rxuQnSeczcIY5o3rFJveCEQ3Ds0lWtdlWdgwSd1seV1tHCYtBEMtCjs9wBOZ9oEn2x6UFw/wZ27JIU4SzvGjXL1ZZfCOMf77o4u7qCnu9Ud7SyAjuY5YCutJZ+m37AEXl03raseK0YXcdV+F20CK2YtfX63XQ3NBSzedu4FxAnFUsKbXwuBK0FA2egoJYvgvsxm5xWV0LB32o3tLP5tPvRO6vg99rbz7JL5sEi1cqzymIJIqydvtZq2/8Y/P2IJFaKaD5d0Goc5QxrMaB1sA7QOmiAZrcghfcMrnbIcfJutAUs37DpfEK5I6L16oRoXbmiZkeLwJpr7oie+z0otOZw3Qj8DKRPMb7Zw15/yXv9la0WmfwfEs7Itg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lUE0cYTxA5FAQBwQvlEOtRK7k4rHYHQUQFEaNo1YohWSA1yeomUYIXFn1alWexXvWstWjxQJ93vWbVKh71PhC11gMvlIdE8HgodmYXNFJas2n7R98zf+zufPP9Zr7j98188U+mBqbYCwQCvRN6xFEaUmnUkCkfYwkWx6r1hhRh7SjCQGnleBT5QSbo/49kdn8nG4hyIHdBH9EUrVVoItMUdCqpxkr1rBX/L8tiPsj+B7IutTK2Qt8wpyelU70d4bk+WF/UB8tEUjmu8gia0ioMaqW1KBk/lJh9SmwB8bRPbJN9EptiUYMK4YeScqhQm1Dhcgf0iqKMyehEfh9GZpN9Mpvs41DiYD72hdTahzFytS7VCkxorXU8MGEcJowPJpzDSGzAyKzFsNrB3EtsC8hqj1htEU+XLEH8duKKUCziBeKqSWx1IN6eRmJeWeJYJ5bagLE6sxYYG9gt5sXuGgwvdtdgwvlXkSTYBozVRLDA8OIBV3kSG6pVYjUPLApPYkuJS6xmgkXhSaymgiXIlmqVWE0GC5DUajZYlLiU37nA8UHK64AUc4GQ8jrrxDU+1c8I3H/rffCEgaRJSplGahGQNvXSkFpSZ9C/u2BKQzxqjB4Rej2lVKM7lNLVaeYbvVlskGkMKcfKg0gDrUgjVbRCU0/nH5mmRhORaDeSVrsiQR0dZ/QRpaZJJd5M7o4RlBErKzWUcvR4tZ6sZ9FotcqI7NPgPlLt/OdFHVmPUhU6lT6lwV8xrjZ0ov/eb4/3+Y1HkdY67MTb4WBLv6XiOgRxE3AdeSRF0Sq1TmEg9VyrjtOVYFToDGqDKYKmFSYO2IaNBW1UGow0qWInRr0dRykMinqIKpVy7ee75pF4Cv9Jx9JprvGb5pMeYMPsq2kC6hVR6GGOOJ2yAM7pW2IvzXEHzXyP3SF+rCT8N9NpOaUC5tS60xcTNY3A+C7+bSs0d4khj7ru+citAqJFZiq/cAfn99728j32hDj5K/rFujDV5LNihb8QtFoxsuMJ90Lo1nj7GlOBE7NM8sO20OdPib2Gb5vbJ5bA44d6blRfvwddx2JLHEEca9hhosWtoT47c5oxZWG9etOftwObgoqzVpy8QmgPV2+ZYL4A8zzPRF0Obg5Cuu8buHCVI2hhn9iky5YquOqStCws1w+IvuvUfMGFO7AfcqdpyAuYgqy8Fu0HdiZPKephqiKw9vKyUvjb9mkTz0gCAOfPcxigSc/I3WDPXDqslWaG+oLrds6z2iqFYJjq09/jXYXMsXH7V7bc5AKetD1HJTk+JnJKJxKykesI7NXBYk/g1GPp4JXrBWDAy+b6Qo9KOLfYjDTtgMhpQ+thqkMw5maGV37vKhi7plF0kNEJBKNdG2+/RAQZ7ZY4LXVjRvY76tijVQCYaN48YPSS20RR0rj4Nt6V0CN33wGfFE9gt7ehhxfximBxsqZMp27zTkyJqSDuzelQ6rq/HLJ2qFwY6vH0Y4OmBgBD9PynDkn3YWDfCVldY5swu6/MekWG+gEZDqzZEbhnhKz/rNCR2YfTR3qBl3nl5+KS7cDP2Q6PvWNKCLvOM7yLTt0kLjqnodAcr4njTdgE02fmawJl54XbgzI4IHuRziPrKJHfGztYTqw1FXTsNu8lHJPkeKpFghlqEyfl70h2AQX9Qr+OGHUHSjN3gq9ueTNrlv7it9nsDLIS+izPbF9OoChnL8r3YYCn4tD5ztUEzvq607nQAXl9ZJk3k7a1RL/dGAh07AIHiRtdvvn+uaiY8Ck69Uy+OghUX0h/0F50GYrv5iPG3IVjezQqXD0mCCS7Dw3fdrSSeOaQtDi22Rm448mrC+l53jV8cAHd+5/NGTHZngltyQz3E7YAPjvPCq7buYKZFVcLp+ofwSTE4oIMP06v2gxx1OGk21A8OLhTntwX4KpInHQFZiKpb9hryNJ+hj9A0R0yXGQP7mAaJN2E0x8m7GrTsA1ARiJGVBKpUWqUqgMQJfnLOEk7kN64XYfJc6og2m33rmwhw9JI7A/YNC5uwCyMnK25N8GBQclBFGsNdqEoFiyuIFie72jIsPUgDARsvK49JFh+bxUya+/HfPJ6aiDoOGLuwcoOlXDbUUTkJU2ZChSGB0f8gWnoT7KTexqAcWNbud7Y6Mywp2SELhXdYJS27t0lfOfEYfvsemTiPwAf481o", "1: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", "1:eJztV2lQU1cUDotArCCEHdmRzaWFJCBYCwcCuCJI3HDGwRAeJBry9CVoqbaWum9VW9RWqWgdxlFRqStalGur47hULUUqRe2AG2qh7koV6b3vgUZK27y0/dEZ8+O9d889371n+c69J36ZdFq2pUAg0NngRzKtoZR5Giq7H5EQ8Qi1Tp9t1jGK09O5cjKSvZYJRv4jmflfydJwDuQ98EcSzeQqNDKVgsmh1ESpi7VS/mXZkNey/4Gsf4eMrdAXzImntVkvR2RuKNEPH0pk4VI5qfI4hs5V6NVKY1ER/FBi9ikxBcTTPrFJ9klMikU7KpIfSsqhBpiEipZb4VcCnZeJT+S/w0SYZF+ESfZxKHEYH/siO+wjGLlam2MEZkCHdTwwURwmig8mmsNITMBEGIthtcO4l9gUkNEesdrhPF0yBPHbiStCcTgvEFdNYqMD8fI0EvPKEsc6sdQEjNGZNcCYwG4xL3a3Y3ixux0Tzb+KJGEmYIwmggGGFw+4ypOYUK0So3lgUHgSU0pcYjQTDApPYjQVDEGmVKvEaDIYgKRGs8GgxKX8zgWOD1JeB6SYC4SU11knbvepa0aQ/lvnSib0FEPRShWVi4FMfqKGyqW0et2rC2Z3I6M38CNOp6OVanyH0tpOzXz3F4uNzp9KyYnyaErPKFRUFqPQdNH5y1RqPCHDu1GM2hYLOukI8UeCmqGUZDO5PUHQeURZqaGVU2aodVQXiyaps/KwfRrSR6qFf1zUmvUoR6HN0mVb/BnjOkIX/t/7Lfov/Lbh7XeYoftScSee9BRwjbmMppkstVahp3Rcx06yNipPodWr9flxDKPI54DebEiYPKU+j6Gy2IlJL8cJCr2iC75KpVwX+qp5FJki/9WJ1L1hvOv+70MgPqaxtvS3htifU5at0YpsUVrwhkVlfoFQ0k/mebuhpnJy8v2P5XoH5DlLIR6TGgyrd/WYVrrkXuW1c/51LTEiNAed3Jg43R8EKz94OnDq9Uqz5Lm2Kb+K0NU567/burw3bPB461JvK2t0W7fX+elwF1S4YN6EH2aFwttE8awQRT35JmvrJGf0bMvdquRMH4g/m33+xmQLNLlC/6mbpSu6M+/E6COqIOizxfFcwgUhqHbf0u1d5YWW1qkE9MbeUGZxY2lI0/PYBZvHnRQf7Y4etFa/ezMpGFj1MBdY+zn+pXugpvWD+lUPDILzQpW/5oktfF2+zOpOjSOq7ku5N1wIhNqM6SneY93BqmCVbEmpN9qT/vDAT7cCIOOzEc5LT1oBa46LCJUxqpVNRaGwpm0Fdrih8sT0w8UetD3nl2cQXPyxQJdU2BhLi3Bk/OxQcLhNqadHMAxPnx9Vk2iBzC6bCxcXO6HQU/bHD473B87utsrmCTgT6c5I2LIhZ/fJQMi0Hx+9x8YBvnAoOXRknDu6iN0tmOvbHv91sa5DUp+5SUSITU9Cb9hZSC1UXuqJfB5oxr6vdUODmZaeNwcEgD6p8JFVsQeMx7t81eyJ2nbNvFdW5ge+VXSG9UhbYNNfZI+S9t1vrXbrA7+g6IBhMx/Gem9uHPLmbCHyispJUJ8NBfub+3da3LBDRNxW74DSMXsEMX0Be3Usd48lOt184tv4JmeUSmgkCwXi9oSrdqjoqG8Z0+iGhIt9lM1rvSGRNUyAuPj0QlP6PlpzSe4JC3H4Kq60VRL61audEGFfpIcPuK2qxhnrgeLuKk9PPOWCHI4fLF82PwR2BhKGWUPJSHBUyLzQwzoc+KBAWNk0KzbisjlkP76q2FjjyfHzUSCQtGpybMH6jsuQ1ApfVLxt+4WMGn84tjx8Rn+/ltjnFAFYIXm3TZ8MrMd8OPNYfqXEAuoWt+IZS3QMu6EaFQxqmjDSDbCxTl6LXBBJY3lyKDhEDjqU5uIMWwmNV/RCdIHlseXTgmCm047B9e+JgLDUNsYB7diXObvWKwQCWaIJIWvixSSLJ45o3XWvzY2NQe3reAFbR7QPuvtgWPr88kDYZFbRTeTkCqSaCiL8UJUAE2lYAExiC9EMPtwPHzUscEZFXwYceHY8AGzeWTem+LYD+Coxsw67I7LsaoU/XLvnU0UXe4J53wUutWd8EFHbluwHmO2LW6/ZA2b5WLvtjog9OuO0Ofgio3M7X2Fmr5w4bLvdhUz8O52HxeE=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlQU0cYDwQiJigIKlW0VkUdb0nCqXUfglSswGi8L4zkIcGQaA4Vx6Naq1UrIjrqeB+1qKO1dTxaxe6K9UDqhUeLJwoiVEXBCAiIffs2lGh1ms1Ip3/IDPuy39vffvt93+/35eW1nagbEuckEAgMLtwQqdOwsSYNGyfDFmwepDYY4xxqZyFGXaICz0I/2P73tmgbbQM+2D7Y3mnzr7XxncCxdtZPp1XVzfC9CLzelx9lChE3hulME7lWYhtEzkMUau0kGyBSK4iNXgjEj8aLLALbfGU0GDnBBNBg/PiREoJtUilNBvzJ0agSbcEE0WOkVBwI4MdAGjeBdmQ6iGB62YGxOW3EA7n4U4F8yUVqD8hmYhMX5GJzvokO7PEksycRcnuO50fJB3IuezwFEILbzCLigoB8aahHaiulbI08xo5GJ7W5SESxPIZKfhaMHTKXUnUggpHZIXMZVX0sGDrBktYgs/lbxRpE14QIfWR0grWA6ARLSCej054FZE8TktlMB6t+IqcTLOkncpsJYdVP5HSMIDSS0zHCAqJjhAVExQgp4Z6cihG1ICpG1IKoGCElhJVTMcIC8qNiRC3o7YwYwv1qNnjhG0ZWz+pi49lEDqhP6q9hE1mt0RAnst4wzhnPJNwQYjDoYtVKo1qnfX0zhfjvzYYmTWEVePFQ1qhXxrMqvVLzxmJX7kNovJq7Ecp5Y/XqRpzhjTUNuQ9haj0bi50p3DFCZ8KLYzW62MnT1Qb2LZuGq1Um7nwa/ItALfznpg34iCYptSpDnPBdKrLoQhZU/3E3/re48SzU1oBFNAFbPS0GWjpO/cfrVh91llDXWWb9aCT3rf+43d9rncX2BmwptLT+A27yXgN2oiV2oLWepf8BsT3qg9iu1HWWWzcwqe8bDR+rD28cqtPpVWqt0sgayEsU3H4Hm5Rao9qYFKLXK5MI8GM+JXpTrNGkZ1X8jQl18zClUfmWLx4/y0uV14/H8h2V+8fW/KatM++Dm+BJ5ol+e4scmJW75g+O2FgKbryYk5BuFDIbtrX/uXqRiPFZ8yplTtVuOC364+YJkTfg3KrgKee/fg4CKzJUuydUgh/ho019upUDz9KQC3FXa0Bhzp7KsYknwXYMN0uYtKTTnYNTnRgOlH079yl05R25oV/77VXfnipBF8oVeTvWX4HXvWcppVcljDi+nWbGTDPYeerzgMUhL+Gg78ThHZ47M4bfPTgPp0DmtF82t+xZAsk6dxS/4vEs4FcKiwb0eNX2ZQHI82+JxmxxQdJhvbrs8rwIJ7qPDDpwpgzo5jmdXO6bB8I7mBzXubyCN8OFMyQ+F6Fj10XNc84XwXTjyo+chjuiKTENzrcYXAjvK7dekz+5CUkcR+HSl2x5vtIMeLc7xGhcTWjl48kCNCRi4xcdM87DUV6HLwluF4IDZ/AB70Le3fQcsDBz6PGd31bDnBicwVyIT1lmyge53VO2VPg+Bz3wpeAe4OM03YPd2Bb3RnrVQL/xRyJcHQUow6ujwnl7NuCG1GCHxsjhtmPDJZvdEVlXCcvW3Fq56KvrINk01btRbhEg56iGJeaBoxYGVsHRqt53opc1QOaXV2YUdawAYy6n5zUd14Tx7nnLRzRPwsSsHdTsm4FmePzs1v6HnjVBeJfuKW7oQdWukuzIfLC5T7cr6wpyQLaAcywWM32TRu70O1cBFKvbJptKhMw4PpGNmS7BqVlzB9wBMv6vFPrgtN2oBDmfYoCQicKFkLswJC/lhB9GETp18+CCWe4ejHvR4X3CB8VgR7fQVg/vvYIjHvU82mm5M/NJbPHofn0L4LrpmJFV8MTlrlzkYqZzlvvpIz8dg+mrU9xm+mdBUm4PRPJaBfEpe0eVA8yyJVGeyKwZPvv7Q7lwGFeNKOYESOALLkFhSzVcqEUAZ2mNtgx0yliYNuJsAzSndeCkMPVduH/jk7RTWULGbYNs24GARyALp2m2M2pHEg6MB5tVZRWbwfqC1mmFZwSIp5d3CeyOw/B/Ckn9qyB/nEuVMHxVmShm7Z+QL+c5MZJzu1ZkPIV7sWpqrsGG3pvGd87Kh3z+zzkwT9M4ITSUoMl8AirhfAPewQwBn7gX4E6uhFPUfUjOUwoWNIret4qtgQlc2Mn5+0HbNjjybLgy2CFywTIRibfIAz0J7P+Z/sUL+CXChW+EEiKfJSuMEjTQlVPEaiHikjVx7igPxG87wRPhqDaNr4ZEl1cs+kTQZU+r0aqjjkjAC+whSB2LhVEB/HG4K4RoSKcti3+4e9dSj1LAy3FaOczd0GTHseNCRK7OCNO6TZ4Dg2k11fsBJHwRoT/m4YBrwG/FuFFVW/y5ofZ8oyoFfIsP0U7inpx1iYbXe2Hd2+m6FyRvsUn/Av4xetI=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2tYVEUYXmHlDssCAqUgroqgXdgLC4h6ZllRvFKut5SUZfcAq7t79OxuhpcUe4oUjagsUyJvhRpSWuaTQmdCTS3B0Hy81OMtFZEEBO8gNHPOJqL0xNnqn+fHnJ1v5p3vne975zuzfdKoCelCgUBgcUPNOMpI6mxGMj0CW7B5rMFiTe/2V09lpUwa3FM/sf0PNqfHbMnttgkoLxov9GMERZu0RnWmls4gDW3o6WSt5P/YlvTE9i9tAzucqAdZTaDM+vYeHhuF50vZVq7Bh1JFUyat1aDrIiiOH0jGtgpHQDw9yUdhm1TKD6VwCBXNtrF8QawrGT+UkkNFOYTi6SvGkW3FOETQjpJrXNBLYzBnoK/CP2FiOYyCDyaOw8R0FcPthXvF8QJJ2ZesyzviEsSBZLxAnNJlUSxoOGVL4wGS8vJkPx3RvEB2ncc6AOJJT+lIyGN40uNKH+uIl/Lsqe1y7NprmEzJB8PlSNZlhbeXIhmvGNiDze9QcOTkUY6A+GmB25Kc30ni9iTnJyA7qMtieBjE7yRxUpV3WQ4Pg/hVPK60yvmdWTuIlyJk3LFQdK4IfAm1BOEBK0mTlC6TNCEgnZVoJE2k2Wppv/qw15zuuOeJGpXFQukM6MNDmR+50Xo8WGxi1hxSgydPJK20NpPU01pjJ9dfdaYBDaiRN5I2iJDhkTnu6MdwA03qsDONL0ZQNjxZZ6R0s+cZLGQni44w6G2InxFf2Aw+jy/qyu4oQ2vWW9Kd/y7QMqld4o/EC5PEC6spitYbzForaY+TN2petGnNVoM1S0XT2iwOGMqGhLbprDaa1LMDqe394VqrtpO8KaK4AtWRHomH8J85bLU5rXHrGSqGogL5hq93OcMVo68KFflhYOrm6Ir4SmdYt5CInjHYGyakXvpZskcCSr5JW3yqLADOGHPQdWhPN5h7n7x9USsBwuoVEde8PWFo4KxxTZW+EPhr9x7L7Qfk7NNAXHy9sGJrsgcstb4XLJwsALtHeTkNymkh2HmDmhjGBxO4TiSzhr2EulftBeXTTcxt27kCcX9XcHhxErMo5CBx6BKx6ex3Qrj79PL75DxXMDZmmSqVdIUnFPWxiSNdYJjquu5wWRhYEFAy8vz8OuL9nDemHSs9y9B3RTW7vmgjovG0Rj9owzR8RLC41zR9/Mx+IGHYlVPF91qIHc+ZN3YrFcKFWtmkqIGNxNrLIUVXkq4w3nOLc3/N/I2ptezs0TzGByASiPFlRlkRP74q3wPeME5eVKIUAc+dn2UdiLzKNKeY9rfucIYf9HnbNndtAGjrc/+WLTUA5l1s7H30+R4w9k65fmtYBCg5OfOV5NA2pmBD329bcrrBvPKbESl5IaAIrTL43RZGgmDnCtwg66YgGLDx+LSeQLtGCakh4s8mr/zQ3EpMP1b6e0BIA/POujvSyyXVRPE2tPARL3Ak/Xj1rEE3mWzh/jzpvEZmfJrv1DiFPxDkv9Y8uEEIlJ8PmzJd6gEP1x3am7CtilAtvXBg9YJAmIpYBW4VQ4OAyhb2DwfDspAiVvpBlPW1kz5pYVxnrh7bwysUYPh25hbDzksUQcyu7LwErM/46qrlZjBEwezuF+AC0aQ/CodIQNSeASLPaDcYtKtKcGapP0x6oSXYEhRu328D0aq+d612iRjOHepxYuMcAXBf3ltXN80ZPLvj4/qiHy4x8XMq3zp65iTHc889hjX/5AlfxsDZngBnMcVUxZS/WTTlR5kYtmJ5rvcFx1+tCZe67SPWLfvyfM0qJ1jdvOX60ZWBgF2vMAheKxzyzC9rAmFkCspAZiQIOlV5W6MTw+83bxoP/P2hQqwcUjYhEgjws8QPrvkIP8GwPChc073vAJAvmo9C6QQx66EeTVzeUnqBuMSRSHr1jEv2KnWuUQD3bUcCy+7NxWHnLeZkw43RL43whTmY7r6ngATJpae3C8evwh0OwIS3BAKj+911GXIhl89aX87vxtMEW9pU5gxUcCmTpWMN6Fh4uTtRJzbZn3GmUfg=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3lUE0ccxwMJEq4SAoqIB/bpE2+yCSFQdSdAqbaiYmhrPQoxWSAYspJDTb2etdSjHliwePSprx4P6gX1qq1lVoEq6vOqFZGjFPCq4PMARcC2O7tR0FJfNv/0vT7zx2zmN/P5zcxvvvOb3f4zyclJAh6PZxLSRSypJzQWPZE0ElmQebzOZE5yelZTmsk0FapFvbb9Z7YJSc6vsk2m90/lSf+JIY1pan1UitqYTOhQpy58qbqwjX1t+5/bJM9szOl+rpxI0qDtqKG2cai/hCmlKpQglEYyTW3WaeyEQrlBGFPKHIHk3CApU4Zxg2RMqeAGhTJlODdIPg7ZJCHcqDCWknCjFCyFcaPCHRqLpbAQVTf6odIZkumr5lUMGwXOE+yEcRxLwkIYJwhzBJKyjzBOkIx9KDhBoewjnBMkdxziGHJWtZiEE6RwBArnCLF5jGGkXBibHmRcGFYOWCgXhlUDJufCsGLA7JZdRzbC7FZdRy7C7NZPRyaScpMPGzgpNyXYIEdOrNRuKXQ6sVK7tdAZslsMnSG71dApN0i5ZSEb5EgWkjqSUGTcFGGDuCmC1auMmyJsEDdFsCqXcVOEDeKmCDbfyTgpAmMTnqxrRaBvC5M/ajATRoLUpBBpNGi0vq0n0giD2dTxtsm8WbqgmgddKE0mUqOj723S8NKHivtzZ/HW2YQKdY4nzEZ1CqE1qvVdfNVEpejohih6NMKo86UNL/Vxo/9E64yEBg2mEiGCtKDOGj2pmTVXZyK6cBqj01ro+enRO7LO+59OXZkVJasNWlMS/98U9yx08pfihfwhx1EkadTqDGozYYuTF13EWdQGs85sVRqNaisL9mVCYrRozBYjoWUaEjvq0Wqzuot9k4Wx18iL0yNQE/qWR9aFeOjHP5Q6gSWCkrWSuRfxlWvqH/S7VIFPixxzq7xBBGqGZ25rKfCjam+v/86zwBf8GdXaeIfig0Wrjs5ye1IJj+fumAB8b8L4up2bi4PEoDqd9oD1pAK9aDLIG5wuityrq3YCGXfivu+bUQaphi2jhl1uxbEb+wbWL/UEbznFfuZ13ptKcD0XELdJDDa/v3X33qsuICsCNTyF7/0hkPnI6+GeLypSePtFQCLc03tqfQ/qc8WVkrSDAvCR/5GLvGo++NQUk/2oWzs82r6sqaKsHc9D01K7AWzu8P79mjwpxs0xd3Bx3XR6CS6gSf/Bwn2H+RQRUDvF/0gdvrgtYvY5oScoCco3pviIqatLaIdznEHN1z47fzreCkfQYZDcuIInXr/wZoVVCNJHu5dtn10Fh0f1vlMrv4az/XuD5fToS0zVUPbNwbCWyG7Ucs2MypgiEWhdlHrMnPUUZ+PcBkdNoGdSKAJwYR9FcvQTyGN++RB5He0uBt1XvUtPeR1ejMKXfguKbh/Zzx8UAB7lVGUty7iCoyglzGmBG4f0XH95hbctXgKwOrjRqzCEz467VAh6UdOClPeLYI/U2IdrVJVQcHNVcGOsL7vOdUJwdvFYuLBKRDFx1dbhOX9lLmqL4IG1SAZkM86097mKT2rvaSoTi8E7/HkeA3K7U8x+lviD3A9PY8UFfKBoOaH9NnEHjlbZU9AG464FLlBjfuDs3dKiyMZASlpcMMKgEQHzADQCD5jRdiVcwL3S0c4KwBsT92cTQg+QHK0j72W4U4d2WU8Obu0O2vPuX4qd6WpbhzO1wSBeSp1ugTmZ3p/Id/sABQLyA6hfqms8svLacXY+92BRc/D0tSce4jEDLc6bhK5gXeMCWunNULO4fLR1SiUs3NprZNUAPviq/xpL+mYXKuLLM/RK6/Ax1im5obHdAFKVs9sJfHUOGrAJZ3SbHQiQTK8FtsCQHwd5exyqxwejcG8MtOm2DG7aiH6l+MnBtMeEIDA+bIUy8fpleD7p15upQ92oSySt9HI/oHd7si35QAvctiL/99vrBdTKfpq7UyNFgNXtGTitADZsOeZJobBtd/IEjy1Iic7A94ESuYK3Uoc+ypnhAxpGoonwwIH5D/InzXKmUtEB1PoBJrwbnKj5S0eO3+V+F2ZK6IPwmxiEHzw1p3DrU7iY2ahbONrO4EI/gIYbNawWlp97rKrb2QrFfvjPlc0BYAJzYO7jE/siBd2F55Zfqq45EwBChuT5Xog+hTPj1T+AaNdK410Binbglmt4zOGHTy/PK8e3Ox1zEWeLAZOClYZk+mIg00wv5qoXLwj2DbsLG/Y3PGjvzg==", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpiiARkLBPZnFJGiOM51iSnxsM4jmPimEV8yNajAmfWBAwDoJ5gAy3/KLcxBznjMSi9NRMkCIs+vwJ6fsPBFjc4E9lMY8hKaaMktLhIemUn5eC4IHkPEHqDcGkcTAoszgW5ecmlmQmE6nJnDRNRmDShBxNJNpkDCYtSNNkQo4mUzBpRo4mS9I0mXmCxAwNSNNlDrWKDUgGZ+alAwtCQlosIBZZkKLHEqzHiIRUBPEMhDIm1iokTSTbZQihTEiyC6rJjAxNRgZgTS75pUnEaDIixyaoJnMyNBkZkuQ8YwhlSpImE3KcZ0qOJmiaJTqdI2kyMiLWT5CCD6yH6FQEKcLAekxJ0QMJbyOikwOkAAPrITrkIEURWA9JmR1SEhmRFtgQDxkbkKQJ4iNjQ3I0GZGkCeInY+wlEagNUiwOkihJLUrNT85IzQVqLKp0zUnNTc0rKUbUwuAaF9z25AYSjsXF+cmZwOIpPw+tQcMFNyyksgDChSRAVPehqSWUOdE0soMVpSfmpRTjKXzN0XSxAhlhiTmlqeDy1b+gIL84swQ9MPgZIC0O5/z8opTMvMSSVGgg8AKJwNLEvJLMkkrHoqLESohGObAfikqTS0qLUlPAEgkIvktiSSIWFxpDqnHjNGZkqVSQFKgxDxL9l/r9SeJCNgd1Q441MlFn9veVFkrzPnhsLz0vTvO0wH/7oB1yra8DmQ/0Ts8Taj7w0Z4BDP7Yg3RdM7lu33/oq0ZM/xd7pb/fSh/MeW3v+DH5TKz33/1h81evvRH/xx5kmu4EEYeZu6dN4K/6vT/96vMs7W8v97dZXDuaWyLuUPZgjuDSvWwH/NdPSe1I/rK/hRfEYncQ+3363cnDP/dD3PHQnj1+ho9ozwuo+Xf2g4WP/7V3Z67gVtEQcOCfY7xoy3bGA3aVEStMzx7e77Dk/j6+OSIOd643FrtN4T9wGOTMQ6/3T2lvjbpsI+Fwj4mzS/6w0oGaTxsCsmf92N956d4DbmE5hxc31/yKyZU/cILddnaoPPOBEzOADu8XdXj9yEzqQLToAaAo0Gcf9tde2Bz59aeoA9hdPAoHjI9s1Mtb/Gl/tcg694e7JB2EPzmeTwsVP3BxYsw/51+/9ie/i3KyeyHj8G363cntqUoHGCbW/bb6wHjAYLc6P/dXSYd575cf894ucwBsDOOf/b0ab3n3GVzdDwx8YAwctucEBYQ3i0NY7bptSfU39+8NmqbYV/rNfpHrts9/r7A4zDmisKFIQ8zBOxIYsk9VDkwCWfv28/7tQMW2PxUc+Lm3Lqtslz0wkb/KbPU+9gPAyDy10PXz/s08hWu6bz/af/iydqpkEocDyNlX1QUcbsaX+ctN4znwuS+4RGX68f3ASFzwYyOPAw+TdrvYzVv2YHdvPWYfAEoYzAwONn4gn3IfANt/9IM9hP/L3hdswHf7XZ4gnV/twcLOu+zNgaGpcJD5wCaQd/cwQuNJ1CHOGxTyTyH2Gb7b71XdrO+jJu3AtIdVSGQ/2wEFcAL4ux8cDDOFHMDx7Stx4KClMlDp4/1XgN54JCHkoLihKGMiMB73gJKd2a/9Bec6gDEs6nDsztaWmgnyB9LACXjLftP3Fq7uRvIOHvtrZS2eKx+A+I/lQDAnKIPmpQNLqfxctNyPWlpBajUsYkYA03GsYw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lQFEcUXpcbBBZUFkU0iibRkmt3udSyBxcRryCsUdR4LMsAG5eduIeKkoom8TaaxFIrxCOXECMhghcmSreWeEaxEEXxABGPiCCg4UbSPbMKKqkwm6r8SDk/eqZf9/dev/e+190zIJaJjrcUCAR6W9xMYjS0yqih432JhIgnqvWG+G7PeqEGJklBevLXsv9IJnxF9k67LBrnStEdf4QzuiSlRp6o1CXQajKpE12R/0IW8Vr2P5L5P5Ox1f2cTaMZbVx7j4yNI/P92VaqIBtEqI5JUhrUqi6CQviBJGwrMwfE05J0HJH5+/FDycxCBbBtEF8Qa0rCDxXItsF8Qawpf36oIHNMBXGmpApr/FKotQn4qPknTDCHCeCDCeEwIV3FcGllXxJ/XiB/3nnqAJNIeNmScKAuR4+LNfeS8QJxRJf48QIFmBP0AHMsBZoDCjIHFMwz5NzWx2K6HHFuE2MxvEjOZVYSyAdjSmwQH4wpRcF8MKYM8eMC55CUX4ZMIH5Vy4VByq/8TCB+5ccFT8qv/LjoSbvMho6gLtOhI6jLfOhQSdIuE6IjiB8jOJDMnJqV8WOECcSPESYQP0ZwZ5OMHyNMIF6MkHAbkYwXIyTcTiTrnBHkf0MvJgMGWkczqkQ6CQN1yWM0dBKtNejbb5vszdKK9BxwE6rXMyo1PhoZ7Us/L/bPlU1J/oBWkMlTaINOmUjH6ZSaTv505IlqPCDH1mid2hkLXppjhz/C1DpaRYyxPbmGUc1bqNbTnWgLV8cZ8cI05HKstn1Vmw3rSoJSG6ePt/i7tEj8TEX+UqDI6ohiOcPo4tRapYE2BcgRN1FGpdagNiSH6nTKZA7Yj42FzqgyGHV0HDswt70fpjQoO0mYjLuISV9cHk2GyE88kebu6ON7Y1ApmJ+x9lqioCdKsw8fbBRWAdnSg9THZQe5d6wtEv1x8BeLBCEVtDp07p0LrcADo6yPuiL0cPvIYYUPwcwsiL/qwarlMy4evm2F8usVt3d6CKmYM5LjWZl2KKPvjLgRJRBSP5TkOm2tAaz6k7VQY9f4TcLeFvhFZQoImH0GgBPX93+a4oCaKitQiFcDXNIzc+ytxdXAb+iuHhfCLJDMJXDkkQIhSvv6+Bt7dGWgoiywD5p5BdY8GT99RY4ISdmnCTS/l5T3NFtIrXpyrWiZvjvKPSp+U2HVCHL6La+IyqmC22cPOSs6WQzj2acA1BtLt7rsbINP6fpy5bfFgLi3bNM98Ch4zFhdSA907nf8TBSg3aOmYVf/BGFqpnr56h5IfPV8vULVHcWE7Du1ILcBTJi+IvhyniUSptp6bL/phLzGL/nEd2IpCMFqGp1d0OHNnzsvDhSjm0K7Nf1Vd03rdEUD1xvneziK0PAvz34UASshNi5fq3kCrfI2+C/0FlJJUz/MPBAroC7ZJQ7ULGqFeHKpt8gVHWpZiT1sAty4CO3OvzT1oa8LanHXF7nW3gAZP1+ZsyDSkUogC7ayRz5tA1rrjA1gzfry2v4F+eB6uMUih0E5IH6Vatb18L2QhDd6cwuMKvZIUUpaQKVjrt9XQx+AESWRn23RHjP5LUaxIuJxMaiaMXrU/atlMIxNmAUaShw4ZW1aryXl9v6kx+sVvdBMMi3jMpjFGmwFwwpT73qmt0IS9SOh1tTj/gXMHBsRuueZfj/C5xaI7EeQdYAdP1oEtSwRLdDFm6UOG3cdg5sKcSAyeiKbareIyS0NMDnmx4BzI4SUt7xvRVldL5Tto/2+2+FmOMfmfO+o4lvgDvaWKXFB+9OSTw751Qm5swosKZZH2WIkPZ7lo/VyRgRl5doAdpz7CUeyG8JBeNfvgQhZTnXyzt52DRL1gamOaAG7wN4mXu2FkruZg8stnNHOYXjGQHe0jSxb3AzSsbnh0b24fHu5o2Mr0qedkZSDKYZBW9omi1DdlhsbV45xRetw9THLmiBhRVWxG2r0xwrjXFAwm7hKyMXfFbF1utQGQaet0u/21UCOL7VwE00SaE/99pazw/60NrDu0DxcWRchqeZU21bAwYVUSu2eyfNS2yDduyxGHCSgPElZ5ltTbF5Pt8GWXTUFk2LdkOW9dW9XOjYB7PSj9HAhCj/wuLUQ15cnWdAjS4pZZpm3IcuJqk4/MSFotQVyaz5bdVouoAibl9Q+AE/lhBC34dII+KFncBFkd9tQbQI+EZgk/Yt71YsnA3dP7kQm+Qu6PwKp", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lUVFUYH2cAYdgGGGUxS49GeEyLWRBweZdAwy2VIVusbBweMjnM0Cwq5pKaZoadcsPjkpoFpbmVuaR5r7lr4W4WLoCmIEcFRFxA6S7PROKc5tLxnP7wj7lv7r3f77v3fr/f99332o+wpaR7yGQyhzduBtososllEdP1ZIQMDzA7nOkt7vcSnLZMA+klPh77348NcnMs+fHY47H/PNbt/hitGPL7vRds1rQHPTLXl9hH01ZnIEUnwW7LNDrNJjdBej6QpjkrMVAMH0jbnO1pm7cSGYuONnjhh8FsHYkr9r9hdAwTy4PRU4xGw4OJYRgtD6YbbdnWkmyuEW5B+EMQS9s4PghdRseDiWOY593FMGv2cDvU7PTNAWnYw22CmDV76JsDimkGyH3NUZCkBrepZanAVuLjiZGrcVt3bAlOECt2FMOlPEatxm2WHiSSxm2SHihc060ZGLfrT4Os0PDxykBaPl5ZuLVcvEqppOXTKivEWr78k0Buq6EhiC9pWc3X8iWtBHJbEA1BfIpg14uWTxEMpONThATiUwTLJl1zqpeOTxESiE8RrOTp+BQhgfgUwdJdx6cICcSlCKm46rgUIYH0XIrQsBqh56v9EohLERp2CeqbVkQK/kB3hJIJp2gXbaYMMRMD7dm9LWKmaHU6HnaY7kl6vrhJcDhsJjN+wbRZH3ZmUP7tLDU7SzQQ41TRaTdmiGl2o6WRsR/+k5hhxhOJeDXRbibmjWx88J8ks100kcUMKoKwuYixyWIzjRpjdohNOO1jTnPh/VnIR4VZ8U+nLemJRhqtaY50xUMxa/BCKJXk6Ed/bL9HcWwlz7EbXFzSa5NW00gmgTL2kZZos9nTzFajU3Swrzd/3AxxGa1OszM7wW43ZjPgkzQkdpfJ6bKLaXTi7Qf9JKPT2IRc9ewjRvvw9kQ6hX9ktEv7p6otQ+8INbln5nw47Sp82iVf6N2mAt6tcRUtDjoj3Oj32vTYk/egqmzTWsWly0LR9oDF2i/kYHe7dfaMIB80vGVB+JA/dkI6nXNB8C/q8umyW+UQErMN+XDqcwPylHsUIOljy6Xab2So/2UPXVBMJey75P3In6dXC8lwQtvYkd5IM4bspFTIIg6P+IHa+KyCGcFqNDSgy3dLrlUI2l3ru1o7hACD54rZ8ZNbo+Undddie1cLg9bOFWeYQkFIVcKh9BOtEbVbsV94o11CpSmnFfjAH1v8qUbF49RrXiyugn5zvpkyZL8PKFh56MRQSxCaYXrzdB/FYRg/++Ck5PogkH7zgnH5yUBEojJhTQXMKcyQ2SarQMW0/ak7opSoPT72Z1fkKHTTEdnZKWpgtuEZdTjKL03uWr/cA7zbhkSgFdhS92F14SteaGfayrdTj3qj3i/abwealWBVr1eGrZ+kQpHkID8qERqGN7oiCP22Iqun8jcPEBXo+0Nedh2k5z9aAMNLXsVLHRdGM8fC9NePbTs/1w/F3voZe74hEOu9nergzmOdxfCSmxCvgqk4KKSmPLPso3XlkK0vR/v/FL48t/2m0CqnH2agHPZ7DzMT6Qu61rfHVMsQPfYGGRq3txMOxRXhLFbD6wYV2tey56KXl94WWBzqJH53wKWrVp8aProWpnU/N2hW7kkY34F4vAeNdCO3BepP1xI8v/WZQF+9GiU+UV4SE3FPiCOBOBQBOofNO+6ToUYTDn//2o0tRcL5vQu2zj8cBvrSDUUg1bgYHKqtAsOFg2dFEgk1GkgJrYNsPgSM2b404rm2YYjSf+kOJLtd1cUTDHuhV+nvFjVa2uPZ4wsvlsH5iViA3dUAiy3JfM0HfeJV0Tp58GlIwwtCgGKsb8eoXm3R4Fm51uCpHmDhmMVfdMgOBh1z6z+dWNsa5eMoxwf7goskjAVhgMq+MAxtvH73+NgyT+D/7rcfF2aowY0tf8y8K8rRhDUbR0wKVyEs9h4/BYcBstth0f5o/eBR2LVS4j8UVJp+ebP/PhlKoQmhQFPRgeW9N3oDZ5+5NV7D/RDlsUKFpo0ngZKDzSTNvg5CHaMm5mwp90IHNFjwVwMAzT8/NSLRQoV+SEkENTMAMT34grxFu9qtq5IhIlu5TyuEg9I2v1QBKG9rFShYLew5rQ9BNC3zvUCbz9/qdFBVBqvJ8SKL4YIBRDlFgu79TWBKSYXwtf7X7i8dOSFQ+cVfF65/YnB2zD0Gt3kSTyqUp+yDS0mRQPlYXQOprOp9JP+Vwp5M4skLkXRu8asMYbEWl827AJn+iuGrcRv2jd5eBWdMo4IXtjnnhHkMvSfVDU8U/NVPO0Ija4VMXFUqj+4Wgvb+uHmWVx0cQQrDZjkofaczLmlVkNDUZvwOYQFmFR0IQKZJv/fMPiUD9EpIsI7E97Mts/HN3ELW+BKLbmJM8xerLbfK", "1: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", "1: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", "1: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", "1:eJztWGlUU0cUDktYRUAFpba4HDeOWCEJq9p5NIiKLGI8Lm2thvCAaMjTLCpUi9a9LqVaRT2FahG302NbN1yQedIWURSBimJR3Ii4oYAgIlvfzENBpYe8VHr6w/yYl7kz39z57v3uvKVfODUx0pTH46ktmCaYUpAyrYKMdEUWZA6SqzWRRi96fhoqRoJ64ne2TrAZv2ELabVNZPIi6cL8CaBUMVKFOFqqiiLlaFI7uNCOcM3Mr509hP4L29h3tv+Zze2FDVfxS0V8TCkjWntobBya745bgQQdBH4qKkaqkcv0BAm5gQS49eQGEuJWZAjIR2LGtBK5Moo52jqCiHDrwc2PaByyuXtyceRhSBQ8sCOBOxdHnixGyAXjhVtvDPGntOF6QXAMBFzceLMYTlvzYTEifTF4tht70TtubUF6Z5V1wV701hwbNEM4CQzZnpC9eBgAEuidWpaMIYHwMIQT16LAIC9DtufNsZRYFyzIjYvIWRUJ9BYEe6xijN6pbS1aAaeDqyUIXtyLVuBtAIZbhtiaFeod7LYgbgJiUyTkVhQtIG4CYhMr5HY6sDUr5FbobM0KDSk/od56aFN+Qr0F0RbETREsSMRNEazGRdwU0QLipogWECdFCFhFiNpXBHriV/dEAxpSRVKyaDKGAapiRyvIGFKpUUeatV0wko961kzjp1ZTMjnzGEIpX3t9sHq52KTYOaQETZ5EalTSaDJCJVW0864hjpYzA2LGG6mSI8NrcyyZP/5yFSlDznBPrKBks+fL1WQ7qwXII7TMxhTo0VZu/uZq5phKlFQZoY40+SdRu3u2VFHnE7Z5q4QtOBP2aCsSoUfnE+7aEWE7hKC0aLJMX96WnHkL2t5vhZ6dz9v2rSa6Hdl0QLjlyb7lpuLV+YTtOiPRppx5u72S7/9A4N07g7c1Z96itnc0gdtrRz5SI1pYTFGqCLlSqiHV7GcBJKwwrVSpkWti/VQqaSwLdMYhUWllGq2KjMADM1v7/lKNtJ1bj4h9Pxa+uj0SDaGPhsjq/7z8Ae3DJ4oqqgOnragBezzOjwjJL4Tp/G49QJYxse+rsHFJi/nEkWUL8w5OS4WiHw95Pct8DuJSXcXvP7gE+ix/EHbU+TyMXCWbfjWgGFyILCybNfQuqCm+vEQdcA4MGPLl2mOzjwFi5/WMrt/ziMaV1cxIMaj3nZO7qqACpOXzSoxXWxDfPTWbsSWoENhN9TmUPe8R3LszhOgu1cFFjNcaHx6Nl7FsgHb30n42KSsCF4eSTreKjOhlyef3XShsBA+Hnxhsa10Jd0QdvK8+rIP7j4THXxlVBq/MmBfq7HgXpp481XOQpBEEea32m6m7Clg+9TDutIvvhvE8Itcp7K/eC8tgdH/FgrjUJ3DnnFFWl1NKYYoRioQp/WK/ww4kPd6dVQkHlS5lPN8GfQuoGea5zdAlx+708aPXYHnySNeL2xrhTF1e/+K6R8Cl3CbDbWsBwGGLuAv3VRYEh9vRcAEOYDEYgZYtKYJVyDy1K41Y1m1/DE7e7vHBGV0DiDg3fXz2GAdCsrnfeu3cYuB0a2rPtPxSkMmw4afw6VN7UKDKgWD+sH59qhvBlE9/hQ+TrehrA8yWbBJXArzNC09gBqLPNyYuTUaR0oHaUumOSyIzGof7IxNixPXQdYnKWljnfmf/wNIygOMea0/4bsiJHwtvgmrF5EX7PW2IWcFP1ks0lWDoSscrubU6ODIk/9vPmiyIeBwga8L68K7Y0y6ZsMJx7ISGXtchDsu6KjiBWb2biTkt51FLTP9ognjZRWXgsffoMao6Szp7y4nNCd/wCHZ+BWR2lfHDew2wP8O6t40Z4YMNtXB6k5hRbDZsIhGD5zCvEBGqhnW2SBg8Ag/TOpi0eFDmit2JoK9fpezcNVMiXbOxl+nkp2B1QckN641VEMuWb0QEdjFmqBQC420WvZM/N6ZxOaSYE/GzEKIOfv3LzXubDjTBwcxqU86WwINd5v60ptiaPo7SFHUTBAzUMtBKuBzJqUYHgh3WBt5fZkbv7Z7nX1RRBY86M568+TSJE3cPsHmuAFOwYHPguiGMQCrs6VXLP/kz/fbvYNtW9MuHKHtrXO3pxOaEL+t9m4HmsEN9zqMamGTPKDnRiv4wYfsz9zsPgSNjPfPbU/DF0uFBuwKdiD1Z4xmFl4KsGNHiNNqIwPJ0cmiJ3y24lD67Y/QRUwLHO7QHwdZnFVijKKvfO9eKRmq8YW1CpG9OsI3zNKbx0emnjGKeSakY9atnTOt3zNZX4XZsgr8BzFkLVw==", "1: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", "1: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", "1: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", "1:eJztV3tQVFUYvyxvECEQEMsH+SoU2RcLmHrvurgjKhms5ivH1uUCV3b36t3dbKEpkUylQhMfKWYWo2nRqGSZg805mqg1hZMyGT6IQWPEfIIoAgudc+8mYFR7d5r+cv84Z8/3nd853+P3fXs2ejGbnulFEITFDw2prJE22Ix05jNYgsUzGIs10+PPldrKmnR4pXks+89lz2dK/kmWjvKi64e+aFnOpDdqsvVcFs3gTX2cpXNRNvWx7H+SxfSqqIdZncyaM7pXWJeC98v4UaHDRanmWJPeyhhcBCnFgeT8GO8OSCUOpODHBHEgJT8migPF82OSOJAqBctkUnGoBAElE4dKdAuVJKDkrqMEj9yDyYRJpfNBk44xZ6GfhX8FyYUpQRRIIUyJboDkUh6UzNoWiwDJRN2kdMc8JyhJFCjefZBIn1Tu+JQg0jyhJ/HWycVgBBLJFWIwzswqxWCEHMnjxWCc0Xa5Kro7i9zloujuK3KXE9TdVeSi8iP0FIVUFBGEjqJwp4wULjOhJ8hlKvSoCIXLXOgJcpkMPcpIIa5HOkHieqTAB4U7BasQ108ERij7ZgR+hFoiscJKczRryKZNCMjZpxhpE222WrqfPvwzxxuvAtGgtlhYA4N+eFjzIy/agIeHzbIvpXV48yzayumz6QxOb+zj+avJZpBCg26jOSYMCR7Z44++JDMcbcCX6UIwgrXhzQYja8hZzljoPg7VMhk2ZJ8RP9iY/n891Jf3KEtvzrBkev4deZzxVkofiVcwIbwENSzLZTBmvZV2xikIDWk2vdnKWO1qjtPbBeAQPiSczWC1cXQGr3i5e52st+r7yJtSKvTB3ubRWIX/zGGpasI36Zs/ImDZ2xeyibgQuP34sP3cnjBqLB1VPzeyAzxtfDV3V1k4/PhgQuuxjC5QumG8R+qbnrD9JVNlp9wHRnm92D+WC6eORY7SeZe2gCjLudCmoyFwxOGO1XcvBFFbYwZuqvb/BWDthtwIWPH1uz63I7rArPTRO9dKJZDfnx8Cn1tateZMrQM0F+msI7YQ0L9wqOHm/Daw58T0hLX5oVQlMiv7vVsAKbvWv+4HJ0+6WlPW5kul8oBfyYljq7c1DA6F2NyxGgeIuzTCJ3/TPbDo/Rnh70zzg3kFcTN2B3SAz5naZYVFLaBidHDgl7s7AHY/uiiQks+WxuwN2wky8afBH25cvWr+2SPt4ErBjh8/Pd1KGt6omWifWweewAGL8KJO+U4smf1hBdlVnte0/4VbYF7koZ+I2lpS+1Wzo7rVk7p4Lt+i3XgTFA/EASoHZuWKQ9TKm2Brxeb1wbn14M7dafPeSvSmeLM/uU6uMSy8qC0gYKvu8q6S4w8Ab77mLFmMwx3UCMrHmUs9jnSSa8/U1gUWN5NHk4ZPyytoB6+h23O2nQRo08x9GzvIxqnjuqIdJ8iCtJQPVowKofTfnh1DR/lRi3yrotLO3wKvLHsyqC62jURRV59ukMC62PU7Ww+EwZlDIpakNodTfLiWeMLCoitNQ0Oj4BfYvRwCYu8k/n5w30gUkVRvWLlOtjw2Ooq6rBoEFwy7A3i6HBoAc8bc23IpLJCyN46S+ZVtJ5N+rjQpVwyC2ZhIIwlYgry9eioA8uk9Fgw90KmFQztBkQ0bJoFSlCXtyN8EO2+EUTibT/1+HuR74Rv94ZwFB8D1HQS1XYEZ2UoexnQ6Feq0zwHG47DEOQBDsPleUwjoEzqAPHGxDRyc13L4fGEjQEm3n3z2ATh9Hwe6moxFp9erBgHn7FzHkOswDbv8KZ422vtgyRErSmUD2DPne/nxAxJqcGJWMsPuJ0uH80R3ytsB7+euaoCUt1d910mq7xh+WDj9mlN/hqxv3FTeb1kAJeTRQWIzK4MlkI/7NQL2K967Mi3lEllThQ1sAmNWR9RULSfgjR0TEFVayFzVZ5PmXPCCu0twoVaTfGtTm7NQw2VNlt49oHfjFZ5efcjkfwCCrFb7", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3lQU0ccxwOEI3IIBMIZDN5WK5CEACK8hVALCh5J8UBajZBAOpDUJFSxtUqtQ2296lXvo+ig41GPar33KVq1TKsjIloPVDDgAVIIUAFp970NhXaYNi//dKbjP/uyv93Pvv39ft/95W3wLK1MZcdisfROqEnR5igz8nKUqpGUhY2aZLXeoLLp6sUZtLlyqid9bfvPbONVtv9kk6H8yV3QjzFaXa4iR5qt0GUp1dSkv61FEdKcXl6Q+Nr2P7KFdtnoo/ynTOK1mszuHjWWRM0Po1uhnKoGcTptrsKgzrAQEjGDhHQbzgwS0W0kM0hMtxJroChmUHgSZQsLZUZJMMUw6BGYCrOKYviuSKv8MlMiuQN6yNWaLPTH8m9MlFVemSmxpW/C3tAPYSgjKMwaSIghISNIZI1PWIDCMEaQxBrILKRIa6AoRlCkNSGPYugTLmM0w0iv5tRanCVcxGgmnAkjxoyECWMWQwQTxqwFi9PaXVOEzLKKgyBillUzxEypOHQiZqfPDFmshR6nT2TNkRVZrIaekMVy6HHORRbroSfE7JybIWaKwDISM1OEGWKmCFxRxMwUYYaYKQKXITEzRZghRooQ4uIl7l0R1J1A35eFvwulWq0uU61RGJR6/MHoippJeQqNQW3Ij9PpFPkYDKIWMujyMgx5OmUmPTCzu5+gMCh62YdYgkscvlN2DSmpIepOSVmHhDntC0xrhKILh0ZqilzBQV32V3Wj+4Gg4trEkb+3w7vZLG0Bmw3QpMxoQgDo6Zl18NzuneMB1x2cGtLX+ajRD2x0Ctj63rBnMM+W+tVK4PFmYnne7ADXByxyfbL30rFPXxILbsfkT80OBIcePll72OUe7E9PuEw4NvASJ3bUE5hvguMuO8ZsSq2ChjFrWhwqnYApZ/L8A8dMcHp8bO3tERzgT04XxB3yBlR3X1sL5LWX1l8paSfmOg8c+slSNrAvWjXKJqUTfuY64ds1yk5ixI2NRn4ND6z2ZU92e7MNDktfcb55qJHYfEFwUFfrDBTvyIZsX1INd5055zNY/gzWp1ErvyLKTld58a+8gBWejXFXVa4gOWJJ3MxB7mD+tSPTmk+8giH3BjoUeHPAjpviF5FvOYL7tpwv+tkJyNkxfSqKPqiBV1XlNe8P9wet1YodN03+5ATAVZSUmQj+lcfEzspAIEvasnBwvCeZlaDWNix+SGwWffNdxG/e4LQB7fQmhzxwbBYK2QlYQS1f6AW27d1/a8aHPBL7ex9WXVp/at1KH0BR56ttyH1f3kEZqyPocTsuuCigMhpAFg040VFoKiUK2BdXhH3vCzLfvTvGbm4JHFbnejZ0gx2J99lKFPJu/9yK/P8l4GOFcK0H2Hu1fPLzkGBAeV9e0wlLyoYr/R7ZgA5ffYWnrD+g56XehblUeh5xwZrCxWllHb7A9rS9pxdhhIXFU34UJtgCOk3pVQQd12lsEu/rMbEqvVPatp8PUJZnrE9OhcLU0Df2cFcSqbSA9HD7koNIKc0QJe3wlhct8DEKo1jrBqJtUlBqG2Gp+6WTx125gI53qLs5v4cJOp8cF/BkMFLsZjcQmz91d/hP7bCkeWj6ing3QIc/lgVwXh1J1ecZKCIccC3hVoNpLAfMObvNP+ReEPk8hFK4CRbZIIdu8MFEyvHrwSSdj7fPQ6wPf1D5wHn1nngBiXazzKGhBQ6kwn2HB+xRuOfs9yNPJrnYDi98SgwY+9GikGQByOG83J7V5EOOPiNbF+zGAtGVE5Z9rQkA2Uee6o+WB5HGA4OqF23tIGiZpfHBwkQ4n3+cS8qOBy1+NqmR+PQRlXhPgNSWUb/Rg6TPZ2UTUdO+59frKX5gk5FfXHvZgcTnoxpuQCrp2+YD5kn2xk6504fE8XwC7cUektExHmCQQ8Fa6TgfUkJvqAnOnbdrhDTdC1C75k3zJtHk4h/GNUBqdHl4AECHHYU+kKTDGm0kRq0qXZBIeAM5hypsmiy9AV0X9H+tSd034u6vvF5swj8A4NWN2Q==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlQU0ccjpJwKyEcCqgtasVqUXOBaOt7GKRqRQaDjnW8QvKAaMjTHCKerVbR8ehobaWeWNSKV62OLVh116JSWxWqpaLgUbVFpUVAgSogffs2Cigds4x2pjPmj032t/vt79jv29lNYBw7Kl4oEAjMzlwTxRoYrdXAxAcjCzKP0Jst8W0e98ItbJIa9VSvbC/B1vYZ28hG2yhuX9Tu3I9I1pSkMagSNaYERo8mtbBW9Au2DX1l+x/YpI9tvGqfMGcwa9Q19tDYMDRfyrdyNRJ+uIlN0lj0WjtBSjKQjG8VrQGFkIHkrfGEQWFqR65V640J3Pn3PIhiGLJJlSQYZWsSUvKOZP1IHIVgjJQEE8q3/XlIBGuNswvC1yCUxE1/jAkhx8jkJJgw7EdmL4af3Q9/2V23piC7o8MuCEuHk8FfdvMUx9UakIKQdE1BZNVTEvKhKYisejZRkDEitDXVaw1fMSFkChIM5oOM6AzCCcmI9Ie1JCPSuQ3TvxVSkpFVG4PkZFzF5ZaTcdUGImMQ3iQ52fFgA9nNhiZKl9tNh6YgMv1hpcvJ9GcDkTECK11OxgisdAUZI7BoFWSMsIHIGGEDkTEC60lBxAgZppGiZUag54S5AxqwMCaG1SYySRzQlDLEwCQxRosZPwqfXCZFqOfGNeFmM6vVc3cX1vjU28T1yWKxKdMYNZocy1hMmkRGZ9IYWnjIqBL13ICK88aY9B6c4ak5LtyPCL2J0SJnajFCsFY0WWtgtVOT9WamhUUj9TorF58BXYv1wmcXdeIzStAYdeZ4h38jj+3gl4e9/LzFLyNvZ+K8lc0o0+/l5+35vLxRT2Vvwk7ECUub3SX+g432eqEJuxMnLG/KbIXiqZMAyQ8trGJZk05v1FgYM35ituOaGKvGaNFbUsJNJk0KBnbha2Gyai1WE6PjByY39iM0Fk0LJ5ICP4HkzcNj0BD6wwlZt1492n6D3BEuz57q8iBdCGWj+/XK9CoD56PixGPDboFjYd2Gz15YAvo0BNZXW/NBkNR5d6dxNaCHWpSxeoAznDlr21uqTiVgTPvg/RvvFgHp5706fvqLAPb0cDu4PeUCyNHtnBw7yhm+a3rgcfvbe+DAHfNBn9rbYPOuPYWTZgjg7mVFiQK2AJgvSCrD866A2vFJJx7tF9Drkjd80S1bAsfpBl6NXpELNn7Q4/vFQQ703PwD71eFiSGDlg2qAje2rT/++r5KMGD1T/OHNnjCjG7Zdan3S8GfMVldFpXWU6FLwyf/ni+Bj5iam5pAJ/q+Yczcvd8IaLRM9iU3yA93FdBn/WIuBcwpBdr5F99JKfSGUT7Lh98RFlPe1Mnigx8VU+JZIbsGrfWGDftnV+7LF9LRtJcmR+0Bzx++4d35VAnVvec8roQlYAAqV99yarh7296pvkLoJ0SVOQIyvfIjCsvrqTXVjpPSRoighos+fWk16FR6PcQf3qeSj2727zuhPeSnbyyhtrtGvmFd4E5zk/b9ltkB6k5PeO+HVAG8NaV39drLGRS/Heme8MzAkT+vGl9FCfiPJ9x8ZmdewZibIGKZoaQ28y5gPxSe+FgqhLF8ocqotodFEm/qEhjCb0gFlWaULIQ/OkAwt3P/hONCWIPC83Gh5ce/7mPUSuDpslM5g/e0hTPdUIbucJ1zwKaJb7rCslLIMeMeqMusOBcVR1PBKj4TILB9ju3YOpL2cqDT/fte7n7SF+LxnZSIiyY5WADjl2gnFDt6wxF8olVgxVoUyK+gqujCh+bFEoh59wBktOECXiOkA7hlHNv4Qp431UL61AxUMAHNkWV2ZbknfG1RaUzWJg962tkl565ce0jx9MsVwhnTA9pdCxbS4Quu56YNdKERW0vjXGESokFcPVXgktjVMLMOIHZ+tdAHFkc6cKmWU4h9damFgB/P6gjXj0ae86gQvuCF1CEkl5KOcB5Xtgi9A415kg8unq1R32C8YDGXRqS3G/3lraF9GraI4aq/5lDKiVVUdBffKVH3HgBNzvnejJ/EprsKCtf1O4obXKm21FAVWrThDwE3mHDgThGFeSGi8X42APVngSut06tBJVd9cZqY5uMJ8oPun2QuiBnmBJ3QNi4X0VjH/nBwXnxByZRHYJUHR+SjYnrL39I/9m7rYONnJRiICwdyD2WtcCx3h4NSxu5QnnlI8e6Sa6ktXBRmpQiKFJ4hbx9xhfzpGW5M4K4wbJK5+dnT+F9Z43urBZvsHzZXd8M=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpCiARFiDhk1lcksYI4zmW5OcGg3jOI0zMD6sYEz6xIGA4BvMAGW75RbmJOc4ZiUXpqZkgRVj0+RPS9x8IsLjBnwIxNwrEPIakmCJKqoaHuFN+XgqCB5LzBKk3BJNGwaCM4ViUn5tYkplMpCZT0jQZgUkz0jQZg0kTcjSR6DwTcpxn4gkSMzQKZgNSwZl56cBShZAeU4geE1L0mEH0mJKixxxMWpKmhXSnQfWYg/W45JcmEaHHAqLHmBR7LMhwG1SPBSlus4ToMSDFHqgeQzL0EB0GkIQGpoyIdhyyJqJdh6yJ6JQNSZ8QyowcTZakRJIhxHUkJSCoj0hKQMYQPUTnO0jSgWgiLRSgmszJ0WRBkiZo2BFdMCBpMiYt4UE1kZbwIEFujD3hgZoNxfwMkPrOOT+/KCUzL7EktRhSEfICicDSxLySzJJKx6KixEqIRjmQQSVFpcklpUWpKWCJBATfJbEkEYs7jCHVlTGk2QiTSgVJKQAxSPS+f+/0PCHBA5NXNgV6zn1hX3Vc02oSt+ABlZ1/2r/cFjngsb9W1iL9lX2nY8LTC0qiBy7lx7Ofk5Q4UFYozftA94N9SuwdN+YfLAeMj2zUy3ssfQBi3kf7ZqBpDWq8B8xW24VHbxQ68LkvuERl+mt7hol1v60K2A/cyWDIb3SROhC3y5OHSfu9/W51fu6tz4QP5DeyHO3fyH9geSXIIZftd/ayfRDzeLL/1ppfMbmuzAcOf9WI6T/02f5D68mQgxoMB47v2tHLVsB6YCJ/FdCq2/a/6rL2lEw+Ye8FNLV9GuOBRy+nbuIpfLffStmruln/iX3i4cvaqZLsB7Z9/nul4uVX+8apzt05z79C9F1WOPBgH98c40Wf7SsjVpieteY6YLJoi/mPQ3/2v7dwdS/6+d6eY41MVIr1y/3eJ9htZ1/lPdC+PPyU0ZGX9hD3/tsvJ5bl+5lP7gBzBbeKRt0HaLhJHGAAeYxf4YA1OIAW7RdqPnBq4VHJAzEKjh+TeUQOPLNfcn8f35H9EPed2v/VK7LN4trf/SBrQuf/tjcFBxTHgcu+SQIRlvLQcGN0AEZG4C1pqQPdf1O/P3FUPHBvcntr1OUv9iuFL7jc+PBv//XFBbZc3xUPZOYDQ+wKk8Nxb3Ogk/gOnLX2uzgxRukA0PYzsd4n7P85/3r7+gDvgVcsJoJmezgPRIpvv8hw74l9mT/QR7xCB1xABnQKHwBFdwX3C3sDLZANkgdK3KZ8Y4uXPKBuCAqZj/Zge0J+7u8/BIqoL/uDpyn2lRa+3g+M/P8T6j7bVy3VcZZ5/X9/9qzyOYuUf+7nAjvw/P4VoGDcyH4g6uvOW11/v+3Pff575cdLn+1XgZJlw//9SjkVQK3f7fmBsbPF/L/9N1AyKOU9AE6vp9/bq5YyzeKQZnA4FXJwxRI/zgNgax4xOYB8Zan8wT5oh1zr68BX+4XBAfzZHpysXR7vD+YEZcS89OISYHOpGDUPIVqmiDIbi5gRANPxT28=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpKiARFiDhk1lcksYI4zmW5OcGg3jOo2IUijFhiPkjxIKAcRDMA2S45RflJuY4ZyQWpadm/gcCLGb5kykGss05B4tCj1ExoJgqShaAR41Tfl4KggeS8wSpNwSTpsGgXORYlJ+bWJKZTKQmS9I0GYFJM3I0kWiTMZg0J1UTSMzQgDRdJmDSglRN5FhlCtFlSJouM7J0mUN0GZGmy4IsXZYQXcbBbEAqODMvHViM49MDCTtyNBmCKSNDkjQZQTQZkaQJmpgswZpc8kuTiNEETRbmJNkE1WRBhiYjA5KcZ0qO88zI0WROYjxBiiSwHqITBKRwAesxIUUPJGaNTEnRAw1uM1L0QELbiOiAQ+R1I6LTAiKnG1mSogeSz40NSIpUiIeMSct8UE2kZT6oJtLKBkjYGROdFpA1EZ0YkDVhTw2gBlQxPwOkQnfOzy9KycxLLEkthtT0vEAisDQxrySzpNKxqCixEqJRDmRQSVFpcklpUWoKWCIBwXdJLEnE4g5jM0h6hjSiYVKpIClQIxokasixRiYqRcCh+LrQJ0d/3gOtrwN3yLV+3P/vSsVLtY1cDpv08hYz7mE+cInhHhNn12v79uXhp4xapB3yG1mO9hcKHJjFIT0vTvOtfRif7qa57yUcHswRXLq3UfJA6qqEkCD17/aFa7pvZzDwOhxcscTPQZj1wLRNPEChf/vrZC3SXV6yOTCAwff9Kjv/tH+5vdy+O+f575WFCg6H2oAWfRI8sPlV8VbR32/tn9kvub/PT84hoHd6nhCz9IFCad4HuhO+2/fszOb8uYDfYUmBLdf1xTwH2ONn+Ij2XLJXBxnQJe6QtPCayXsLkQMuYIM/2YNce1qAw0Ggymy1XfiP/e9PHnZam/l1/+JJVoy+KooOjk2Pjs+wFj/w5oClslf1Z/sPy495m58UdHipBgypOUIHGjz218pafLI/+m9T9acNQg6rmgI95zZs2x/tZPfipg7ngYtKt3/WZfE5sJ+TDLwl/cX+XmFX35NPH/fHA209bsXmkHIm1vsE+w97K6DpzfrcByDmcDu8uLnmV0zuQ3ttialXODOYD4CDbb2gAzhYrj/df8royEa9dwIHri8GejSc18Ftyje2eAnRAxp1oBD4Z3/z3Pfgx6riDpNXghy0wd5NtZRpVgfLAbA3o1kcDkQrOH5MfrBf0Mxmb5AY4wGRde4Pq0pUHMDmiUse8NT7r/j322d7SDoQcriwOfLrTimhAytMz1r7XfyxP/9D68mQg5wOgdmzyucoMR/wFe3xesXy3357Uv1N20oph6P9huW6CzkO7JsvpX9X5Zl9CciB90UdXrGYCJrVyByYcXdye2vUL3v78OiN+9/wOnwvBaUU1gN7H4vInnzKfgCUyliFmB1uSdckGoU+2s+k3S5289x9e3D8/VB0KNdVlP/yhheaDp/bt8w7u+p8qLzDoi3mPw6pyB/YvaOX7YPYb/uPX7wi2yzYHa7Meia7/MUv++dA0kPv6f7Xj8ykDkgLOTyKEN9+sYHBARJPX/YfElcLZn0s4FB1XNNq0umH9v3BJSrT/9/Yb3ntaK5Jwz/7pcBUm3j4v33sHTfmim72A/sMZmpJTGV22AIMnltd7+3BwW8peIB767LK4yu5HZ5eABnM5ABO9w28B4I5QRk9L724BNhWKkbNo4imPaKKwyJmBAB6LZ4X", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUE0cYD+EMIJfW4/HUai2oPJ+QTbha3yxyeB8Qn9oWxZAsEE2ymgPFth61ijdqRW2fUvEutV54YD1mxQMqinghFA8ooFKxoKAcRujObhRU+sym0v5j/pjNfDu/+eb3fd9vMpNe0WREjBWPx9Pa0c0oUknI9EoixgtZkHmkQquLsXjRC9KRKgnqBb+3/Usb/w3b6BZbBJ0DiSP9JYzUqKTK4DipJpZQoEFtzDXmP7ANfW/7H20DX9gYNb6sksGkWt7SQ++GofE+TItJkKCDNKRKqlPITASJuYGETCsyB+TLDYSZ44kF+Uls6FaiUMfS+9rbIKJhyOYj5IIRm0NIzDgSenNx5MtifLhg/FhCAQwmhNRHm4wRcgqCP+uHEx8jBuOCCTAf42sqhmXCPvw5gXw4ZrU1yOS0shXKPkTmgMScQJg5nkTmRE9sTp7EHIuVdcGCTK4iBuTHkRO7rTKOTA4eu0EyGJOz1CIlocmha4XhtD+yUhJyioERE2CG/DBuSjKCuCmJTRHGrYCMIG4FxCYW46YkVn4YN82y8sPMURJmcj20UhLGTeiskjBuFcGCRNwqwgjiVhGsMEScKkLI5knUdkWg87y2C3qhIzQEKYsjVDRQkxCqJFSEWqeNsWk9YYw16jnQTZBWS8oU9IGCVL92ObB/Odm4hOmEBA0eR+g00jhCrpEq27hJBMcp6BfBtDdCo0CG18YI6C8hCg0hQ84kLghB6tFgmZKUTZup0BJtTBqmkOvp9SnRWVVh9eaktgyjWKlaro2x/KcyfVF4ovbn3eFtvFEv2FTCdlwItzqIGNUpbn++Tu2R5zaK5y15xlrrCvNtf97O7zTP3AkbzxfGDd+v/Qm7vFPCAs6Exa03Qcy//Qm7tUdl23PmLXrlZ0b42o6PyhBNHEySGrlCLdURWvZ+j/ahcL1UrVPoEoI0GmkCC+zBhESjl+n0GkLOvJjS0g+R6qRt/PKI2Gsu9uryCPQK/YuHrF/sh5Upx61x9VaL49ZuBdC7/08d80JqwcRd4oufjE6FFrf5gqU9q+CXCwaO3GFfD5Iyn/SNTDIApaBhc2x6Juj+WznYdicf2Mf1Vs6aXQh8vu/fNfnaKTjLoU/fOctvgdy0S9fHV1rgRy7z6Jlq4KZ5HpmLPPl4r32auNUPK8GqzfU+d/fUwewNx9atcrbED33wLOevYXw8qexxzytkNRjuyPdK7HwPzunuHxuiEFAeEuutawKfg7RHV0ZFu9TDsgUpF9MuNUHG/fYCMMSS9rxLQOWFFFTXnneknAYc2FS1sxHsXUsslk3aDbsMHWvoqm0GOsaRpXGcM36FjLLN7VYCiwegFRUDdt4S2OeoIbG2yJr68edfCqLii0BGj4UPwjOa4Hyrs0k+M5vh/aleT9ffSoeL/PPPqkR34f3C3Y2RqovAbfuJU108isChHQlZ/QKboK7P+uZVc0ogap8FVgM6OEenLbGjkq8J6KU7UUNLZnfaM6QUlmahQFSB298lLvz8qg3lmvVrxgqbmwBlpaD6JuCRtGdnB5yNVwOQX5g0Itu2HI5BBEtt8QlMQg1w6u0ZS1eWCfCxK9ar3RaUgfnJwcuUsXxq/Nd7DkfPdcDPqUTzjuB1oCuzgBowdVTNSonOAFPzRVX+oVmgo/T0VS+iAgyeUp7X292VYnj7O+EnvVGCz0CmXDrVgPzxlQOPeT6CiTsnnBeeqYGD7G9snT6oEeR2C//d3eBMOSHABguc4d/EoyrD0Ux8CtEXJFjhvp+eiFjXqwHSSS7MrTPA2ufXZlV4lMP4Ge4digc4Uh8NpyvvgiV1eXVkU3DjA1AYFT+mR2cXymViwMHseHsqbcq4CM8PrfBtd046bcT+AMwz3Y3yzFxEr6jOGP8tYPOSfSUVyRb4jN3LiuLmOVJMnvc743X64o2u25sBW+cW1NqnNlEbHDvhh7/9Ki/9s1LIYz4NgI1jHuy9Uk+vrAMVOkTT4FyRBQNQ2ufxqF3nRvgtCWqGKZP75bhkPYbetFrCPi6Hh/zqM+VpxQCp5U9tKWRouVhQzhuxLQf9ymAyKsubPLwYLX+LLdU/cE3O3GxXqpIKoKk/hDmpoYdrnp8BGXst7y2n65qN01MYU1cmTc1/AiI/DHokW+5KsfnMhDsR3TUG8I02jKbCp/g/2LmnTL4HTiPZZtaA/XQUDjheh4tri27M19YYddCRYrbIIHUsffQkVdpX95KWPx5bLq9t2IR/A9F704U=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlQFEcUZmG5QQjlfaFoeaERdnY5NJUeWIJiiQpLSHkkOuzOwsqyo3uUQY1RlIh4xDOixpQJUaMSYzyiIpWeEClKTYgRhRIU5VBQBBS5LzM9swgqKXc2Rfzj/pidft3f6/7e+15v946MosKVQgsLC50d8wil1KTcoCaVnsiCzDNVOr1S0NkK0FNxMtSSvrX9R5vlK7ZZXbZwJgcyJ+YlmNLGEWppDKGNJlVoUA++Zv8PtulvbW/QNrnTxlbjc5UEUhpFVwv1haDx3uwTk6GCDtBScYReJTcRJOEHErFPsTkgH34gzJyZOJCvzIZ5ylSaaGZfex1EHIJs3iI+GIk5hCTsRCIvPhP5cBhvPhhfjpA/iwmiDFEmY0S8guDHzcOLjxGD8cH4m4/xMRXDMeG+/HiBvHlmtTvI5LRyCuW+xOaAJLxAmDkzic2JnsScPEl4ipWbggOZrCIW5MuTE7etshOZHDxug2QxJmepq5REJoeuG4bX/siVkohXDIwYfzPKD+NXSUYQv0riUoTxE5ARxE9AXGIxfpXElR/Gr2a58sPMqSTMZD10qySMX6FzlYTxUwQHEvNThBHETxFcYYh5KULE5UncsyLQeV43AHXoSS1JyWPIOAaojf9ATcaRGr1OadPdodIatRyZR4BOR8lVzIGC0rx0OXB47iwifgkpQ4MjSL2WiCEVWkLdw01CGqNiOqTMbKRWhQwvjbFnXoJUWlKOJpO5IgRlQIPlakoeu0ylI3twGqxSGJj1qdFZVSV81aktyyia0Ch0Sqt/k2mn8MS9z9u5N3jb8eHd7TxiLFJJ79Pu8zraqCU1lW8P4nlNnrHudYX59D5hlzdM2Hi+MG74vr1P2LU3hG3Pm7ek+16I+fU+b7fe4O3Am7f4hV8b0UsbP1IjciylKK1CpSH0pI675qPtKMxAaPQqfXyAVkvEc8DhbEi0BrneoCUVbMeirnYQoSd6+AESc7dd7MXlkagL/ZmHrN+d9m3KVHQAz4G7rtvHNIImWenBfRfbgHXq9imC0BKYXpDcTja2gLysOPHqs7eAaNmkke51TSB11Pm29XXF4PdcT3JQSQXYvqBD2lKVC2asWDt55qEyEPh+xc20lgxQmp1y4autNWAH423dZiv8YuCPqqInFrigyNI+2f0KLFqavKVMK8T7Lw59ukXWCDzaGwx3vxbirL22EOZFPpp8YWw+QL360fY0wU7YAXccSQgL2W9Fo9WoIyth8oniB7tO2tKKqXdmbx4goJ+dXFF7Yo4TXV+Yv0YX3A6FkX0mndxfA6NvlC/2bDgL1x/+6LJonSsu+SQ9xCnBFi9sXrU4Q78WjK9y/tVrTx5Mj7VvPhBdAx3PHIrPHt8CLT3X97+Z0wLZZey2on/aSSbJP26E4SH7V4/JLIEe6k+XH5zYADO/QI4rwOm59ecLkltgo83ClJn97sPbZ9atvHqqFJxyWpq2cb41PTisYMhKoh0yIOnQWAs6J+la0V3HZqiyoNYIs2pA9TwUQSt691aX5T7HquHVGygQuTApcV5uRqkz/oj2HzVjRT5MZLzOrS8H4eeGJ1aG1YLxV1yz0/0c8U0zHgrF2+zwzAFjZNap1XDENWqhbY4Tzq2/A/wg+XPqrDABfq/WnelpgHPaBury3e5ChvyEgbueApRFh2ABjdQwwsuO3tnAEPnDBj+wAQW6AXhsMSwdstkSZ8RzdFFEE+x7fFrx8r7tQFi+aVyV83G4dw/6ONKft05ZkpNkQ6dtLIyxoGxplE0XR2eay8NjyKXFlp6mbXZ5cLYORn52/JeoZ450v2GX7oHv6yAh+tBrwpEqmKALZpbgTLPycrCjjz65Fhrl6kYHLrp31aOwHu67P+xwxfSHsNRnMD1/hBNd9c17E6/vtaFZOb1TDC3YTxnM+tJ72STCFf8ZPmJGuOCjx63adD72NzCIFUhfXDq0ssRnrzU+iIlGbcAdwMphwjnwbCTy1A5D3kVvdbBSd6Zf65U6GPiXkmHiSAdtVJe3HmmHHN88oGwsI77Na4NMlP/etqAAcLwFNBenHJDsLmdSXAuCVNTjxEtOtLdd2tB5imaj3yaoSRVkWLsJ6awOJOQKgFZp31wPGxGdg516bwTssJ229Hy24FohERE+9sCGZnALyZ6xI2/Vl07Bc3hCSXbKMcjFoxakaNzW0pdt6FjPht23dzjT7BYZoIlmTqBUnO7FvaTr/8euO2wPNtE/SFHkSg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3lUE0ccxyFIOAIEAoRbBdpatQoJl+Cxg+AtgoAnioawwGLIag4Vj/b51IJaryqCR9XaVvR51AuteOzvKd5HUWutVSwWLdJaLgFFsO0eoSLyXrM8/aPvmT8mmd/MZ+Z3fGd2451ExqZ0MjEx0VrSTRSpwpV6FZ7Si7Ew5pGEVpdi2tIL15EZcUwv4p3tjdtGGWmLfsO2oe9s/wNb7xYbeyIFLb2BpDr5ZY8ZG8bMl7GtPE5It/EaYjp9pP8LkQ9jbLJglokj1KlGMAFs24cfwm7TAUbuzzKRpD7JCCawA/sYmFD+jFzGx7cgtg3mj/DyLJiLRt4BJoAPE8Ix/vwZuZxPCgwML9/6dKCioR2Ix8DIjGW4HToCybivwI5AQbygYJ65Y2eH8Dx2rSB+leVCkhudB+4QsYzRaXipIDmva9HAhPBXkJxf4jgFyfmViLvoA4zWd2uIn1YNkNE3EHf3cJDRYmgN8TsVBojfqeDu+wCj9dAaMloQrSF+iuAkHsBPERwUyE8RBoifIrg7JZCfIgwQP0Vwd0ogP0UYoPYVEUv/MdK6MAM6XIOTyjQ8gwY1mYNUeAau1mlfXTDFnOmJ6CZcqyWVhEJHkOpXF4uz/nex+MzpeBwzOR7XaRRpeLJGoWoz2Yb+EZFG0AMR9G64hrCiDW3mMKZIQoMrmc3i7BmC1DOTlSpSOW0WocXbWXQwkayn/VMxL5uE+euLWrARpSrUydoUs9dz1vIUM9xfbz9u67cRtwWfuFs/8Q03cBuZiE24l/cIktQkE2qFDtdyb/W2dDNar1DrCF1muEajyOTAzmxGNHqlTq/Bk9mBqS/7kQqdoh25BnIvhQGveoczQ8z/d8Z66ctBh5/Md0J1qrHz9x4WoX4nYtd5X3WBhg8nrTxVIEENuSVrshbbo4EDHt3eHeYE34xCjorT9Vg3meVuz4lWKO3g79qCHAGcvVuwaF5xI7b+2LpV4ucStPenKTOjN4thc1X+2RFPJRCUWDjMRlCDWaf5qGYXeoBYVLA985wUPkk/rlvjWoRFf7sWzy7zhJuzKz6QZZuB+ZmVsll7LFDeSOfPhqdLoLxpZ831K0J06tP8cRflIuS0d8j9OWvNYILLkWsmifZwufLC6YF76rDKibSn66VwT2C1tEuZOaTeLE/v2fAXNiBz/I6g5VLwK3lPuMDZAu40fkzv/AvmcK7wu+VCZ3D7dbzLEQc3w/x8jPU7xBvO5zEBuUGeWrIQLlZQO7+mE3DfFU76r+/h6iyE0EPnZ57cUogFX+k76tpqO2DD3CUAG0HPLOntUorjXMFnhX6Gx3J7pIiP7bb1giO6PHnEeYsTYmDcyYkop/KYNLvbI25dEefPtd+wR7Q3uSVi1PU6OcXiqhVUS4fGNLtaoKPNWXV3ch1QFRN2hQgat6bSlfgDS40kyGpzM7Tk+r1S0Zpn1OhpG2Zt2laP+TIB95Mitk4xjtCdLm/9DmtYIaRXLLZB0qZLlRci7MGy/8YxW3bVUI8h1Hf4XEs0v/jghPpMB1i64kFtF4kUzd60zfdosxBVzsOCEp+7w0c47WmuA+T8YEVXtgnz6kN7UNUZEunw+ntYIy7PdmhO8K4B4xKeUbXh36fcLLdG2zcWdd1Xa4YkTtjZu0FCYOvv6wg/jn3sd6xbI1bCyEnrCPMU8jH+PQSGb1O0JHzqw+Ikd9jzfFLGmZNSoKtKZ/4hxXKpPlC7L2bahhAv6Gsatcg2+gZVFuwOCV29Yc657mGfi9zgK9Pj5hKnauyWhPZksA8w6Vq8xBPKvfIfDe19i2Jl/UAKTJa149xhfwyTwCaKZMp43x1G/+xBuyKFDOa4JNVQjPsFRc7gwQrrBTV87kK/kdvvUaws3G3hztIX+NMHNrDtUMizU8mlFONNeI0IkuzH09IxB58XDfrSTVVYU9j0q9mxVpCwn3q8ud9Tiq3j4mqKq7cLaBrFFUf8TCCLkX/Rfko0+H29YIMndBpr1+vAF5aQg2crJ9+to9ZFLFOVH3MDwoRc0OmMGHH7u6Dcv1d93BTmAIOG0CsRjiiA+TxxRAk3jpc5eVmB9z5N2uo/a6mZ0Z2l6VF26KDNjN3LEswM57aaaqaPX5SPE3f+DtgCe6OGq1Pp5xuZ0fbJZvraZShrxyb/B7iE4f0=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpiiARkLBPZnFJGiOM51iSnxsM4jmPihEt5pfGhCHmjxALAoZ3MA+Q4ZZflJuY45yRWJSemvkfCLCY5U+kWDCRYh7DWkwJJRXDQ9wpPy8FwQPJeYLUG4JJo2BQRnAsys9NLMlMJlKTMWmajMCkCWmajMGkKWmaTMCkGWmaTMnRZOYJEjM0CGYDJbXMvHRgKUJIjzmYtCBNC9gaQ7Ael/zSJKL1GBmSYo8FxB4zMvRYkOI2SzLsgegxMiDdHuLDABKZEMqIWIsgUYOsiVibjCCUCUmajCGUKTmazMnRZElSQJiSEbWQwDMiOvAgpQlYjzEpeiAeMiI6vCFlCVgP0cENKUrAeogOA6RkZ0RaFEFDjujCBJLeIJosydBkTHRJh6yJtPwHCT1j0rISVBP25ABqbBSLgyRKUotS85MzUnOBGosqXXNSc1PzSopRDYQ0DLmBhGNxcX5yJrAiyM9Da7lwwQ0LqSyAcCEZBNV9aGoJlO5o+tjBatIT81KKsfjYCFbioOliBTLCEnNKU8EVWUh+empJRmoRXf2EUooS7Smk6hQ9JFD95F9QkF+cWYIev/wMkFaQc35+UUpmXmJJajGkecQLJAJLE/NKMksqHYuKEishGuXAXigqTS4pLUpNAUskIPguiSWJWLxlDGmPGKcxI0ulgqRAnQeQKO8D3QkLfnAcEHi5fT3zc3YHo2frVJ8w8xzo+HL7emMx4wGV6f8n1P3mdcg9+m9TdRHbAZ9lXG6qpRwHROyP3dna8tP+sm+SQMRO7gPCnxzPp139tL9qqY6zzGsOBy8eJu32aQwHzq06fzUsh+FAw3aHpkfH39m/yNL+Nv0u6wGFS/nx7Oc+7q/gVtGo6/lt/7p4q+hvb4YDwayLJ1k1MjgcXLHEz0H4or2C48fkM7HP7Q+JqwGlOB3eRTnZvbh5Y/8doOvcpnyzn2zF6NvCK+BQGbHC9Kz1X/uTT+2X3N/30b4t6vKexyJr9/80BHnog/1XkHfcvuxfmL75VfHWt/Z1shbpLpnX90PMv22vwc+9dVnl+f2dl+494J580l4PGCqGz87tTyjzlxPTEnX4r/j3W+mDO/ZdGx6+nLqJ16HypZohx5qf+1cKX3C58eHM/sg2i2tHcy/Y7+ebY7zoi6iD+oJOoMqj9pxd8snvbjE6rOm+ncHwXsBhIn+V2Wq7h/ZBO+RaXwf+tM9QyqmoShV0AAez1Yn9IFfLcgo6ZIOCaTKnw/aLDPeYOH/ur5izSHnnn9/2OldmPZNNl3BgBgfcF3sHoG/57gg4uHTnPP+tKeKwWx3oETVOh191WXtKJn+yL3swR3CpLbMDSxif7qa5/+xfsZgImtnctIeEF/8BLbAHuB3qf1sVnPMQOOCU8PSC0m3GAz8OpaxKCBF2qEk0CjVYxXYApNovkO+AvWncLk+eD/aCx3ft6GUTONDRCgroO/vbl4efMjrCC3X3j/09O7M5fypA4//N/v3AwDFp2M564M/Kj5d8k97Zz/AR7fF69cV+eeVxTatJP/cz5DeyHO1/ba95WgBo8rf9VzlBIfPMHpiKxG6e+78/9p/zr7evP+63BQfAeWg8Mh2IBxv0yP7TJXBCtC+dLAH06s/94HBYdne/LjA1PjL7as+3z2Cm1g0xh4lva4BeeLOfCxzwDA7g5Owk6QByxen6F/ZCzQdOLXT9ax/MCcqgeenAgjc/F73IZcQoCgyxiBkBAOFLyZE=", "1:eJztV2l0U0UUjm3a0s2mG60tFFCUVSAvSRdFXkIKCLIoRS3glqav7ZM0T14SoCAiIiCrqOyHgxWBA4IIyFJAmMsRBMUV8CBbDVALhYJQaqELrbMEqVAPefHoL3JO5mXuzDd35t7vfi/TJksanKNWqVSOZrgZINkEq8sm5OiIhZj7iw5nzn03eyanlJ9BeuZ7tv/J5neHbeAt22Ccq4ww/KO3JOdbbOY8i5wriGRSE2sN+he2J+/Z7tn+0Wa4aaNq8Rc7e0r27Fs9MtaXzNfSlssggmOSpXyLU7R6CdIpA3G01SsD6WhrUAbS0zZZGcjgCyi5L7Fp0zIC8SNDtOditb4bJsVnDKelmHTJleU9RqfETyptFW0tlR2nmxJMGsNovcUwD+xhUATS+gLi2MPryDUGJSsC6ViOvA4eBel98aT3xZNBIVXZvhTyjoJSfNleqi8gxj2OU8JXxiJOrwTD+MB5zTymdhTjdWaZ2FFMihIMyyuXqrzOOR+0QeeDNui81oZGGK9z2khPdMp46gF5zYRGIqTzRbl0yqqckU7nNRkag7xmQyPl0imTBgbS+yJ3emUvCw9IGSNYWeiVMYLJnV4ZI5jc6ZUxwgNSxggPSBkjWN3qlTHCA1LGCAYyKGIExwhraJoR5BbmiCMDTkEWJGuekI+BckEvm5Av2J2Ovy+YE0B6obgxORySVcT/+iT7bVe6kL8WG1LwmpBBJg8RnLIlT8iWLbYm7n/mPBEPmLE3QRY12HDbnGD8I12UBStxRntmm2QdMVp0CE2s1lvMduGN2chffDHsztWC6FFyLfZsR47/P1UC5yk9/X9/4Oi7HZhExCy5yGSrt+cOVHLuRv+yPW867jZ+RKjYlcksSXK2aLc4BQe7S4Xj5hmXxe4UnQUmWbYUMGASjYjssjpdspBNB1651U+3OC1N8NTguSb9fXcC1U38JdanZy2wR00Khbz3Lr7O/5EAZVs/8z87MwhMb53et3CHGuriHUei5HhY0+P54Rt4FXSZU3hduzIKEsPdj84pjAcd/YTAKPeSyBU7g8Dc4sLp5MXRUH94TNkj2mvoSTS+ZWq7GMjSZKZt2h8NQS8v7B87MwB2pz3Ub9yXGqhacPKDqb0i4f0DE/DUOlRh+iHn57Nh8Hx51x3tIupRa9MV67cvXkML8bTJw+JgiLPtggaNGvr4jwlt297fuHllwb4ONfFwefLXQ3avigDqpkplhPKl3TvHxMIBzb7tRbMaUDtts7Uthl3hPx9Xsf7pNXHgt7hZ4tJiDYxd0RlvuYQvXfdwyaQkFRBvT+0/zgfoI5O771zGZ37D7dnQpRaNWbLsoW11W/np60+Vzdt4jX91wNXZGc7D6MV6c83FC1dR/t76jXhp1EeujihLiYZja2teyN8bzOJX8TPPPdut4+roGhQ+cu2M43nnEY0nKkXlQAJRxpPRH9NX8YXTiIM6/nAn4YHTmadY/HIbEB3f42e0kIXEKOBGP9qmVWUQDC5KmnzhmQq0fURwdWHuccT2fQ6xeFbxU4Yd+uLM3HCY3sp6aVjPCjQuZl2fU2P94dXikdNnZ8fBybaBE+eZ1SCqpInqvTWofUTo5pXVajj6REHmKsMNhJ3YnhvvRukzbGdrOwTDoh3z50RsTwKySkyXUIhYolu2KaUGPUCOaUqAutVXDg7IqkPponR5ct9Y0C7qGD9vbgLAcJzJMxGwZE/r9XKeH5yftzFs5NpImEAdnUWLR+MAV8eBgxCxIRKKCA1XBcHXv/HLf92VADTdb9SjQZ/NFd45E2AsJeaBMbCs15arNw77Q5eGNjeqXMFGPGnmtjXNoTCh68m2U6KgFY5OUVKgsdPU5ke/T2kJk7r2XxkyRQMneuMVl/sZ55vxwR6PB0rLftcQLQdw89MOFrtDD0VC5Q1C5EqUTWgRVMnv6fmpWDyyOeOvfyzQ8Kwr5qNi+K9OGBLhxJGJjt4xGrjJn8SlL3U4MKcZ+H0RgKeU8pTWoZvRuyUVrQ5KVQiDt2RNqOQZXw4ixrfraNP+Ubs+TPidx0nrce6oysjy4g/HEl/HFHCjIx+/9kTIkXreuTm29sCl3ajISArWDxjPNyGajh/cPONnKcp70DZm7Ao3ItmeUX4/pFEHYZ78l/GYPJ+fd1xHlBclJWhXN5K4OtSNbreGr8BZ1WSeQXb9m1uNb9Xy63F62l+8wH90XYtLp5zv9cvlyn5Dr/BUH0pLeDUZDj/G7xw8v81sV6CR6kLCL/zQuK0/qV5SA6sHP+Pq5QON0ZbfEK3jx6rRvqdSppncIUYS5emzq9Db4STjaiiZtPS7TwapjIdwWj7oEA8jKGFq0eJF5HMVUYU32XPxi1bKv/0Ve98d4qxtwsb9CSUungE=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2tQU0cUTgwPQSkBI2itr/qiWpU8ePnai0GKo8WRoE7VKpFcSGrIhSRYcdQOVYuKgi+0Ha3FYrVYpGpLRUV31QpaLaKAVKgPCoooFIYACoj03r1RUJlObmb6p+P9sffu2f32nD3nO+fuDl1ChUTY8Hg8Q0+6+ZDSkuGxWjJiHCNhxDM1BmME/3nP30hFKZie/I3sP5D1eE0W3CkLoeOi6E1/BFL6KKVWrlbqI0kNM6mbtWZZKFN0Iwt6I/sfyTyfy3Amv2DTVEqn6uwxY9OZ+WLcShRMMfDXU1FKoybcQpCUG0iCWy9uICluvbmBZLj1sQbkyw3khVs/biBva0A+0xmZ2JMbyhejJBzD68fq8lXY0S+FRhdJ/x/+DcNaZj2Ii30YJmZfUk66zCA/TiAJ+5JZA+KmScq6wpMTSGYNyMsa87zZl481IG6c8LHGPDPRxZaC2CqGMRaziC1iGGMxH9gahjFeXDDmwHpzwbBxlVgcIrYWYYzFEeosRRKLA9RZiKTciMoGSGpxULuCJFZkrJRbQTGDuNUGlgxSi8nQFWQxG7rUBim3jDWDuGUsSzwpt4xlQTJrSpeMGyNYjsu4McIM4sYINjNk3BhhBnFihIRluax7RjAXB4M7M2Ak9SQVriajaKA+bpqWjCJ1RkPnsREfEW2ZXi+68TcYqHAN/QumdK/cQhxfLBYaF00qmMmhpFGvVJMqvVLbzZVFrtbQA3JaG6nXuNKCV+Y40B8BGj0ZzijDPbmWCl/6qcZAdrNaoEYVSxumZU65GofXV7PHW4lU6lSGCMHrHvbsGlKJ+BVHOfPY47OcovQqjU5pJM0OcqKb2bFKnVFjjPPX65VxLHAQ9oU+NtwYqydVeCCssx+gNCq7CZiMPfRJXzaPZIaYmzcjXTqmedet7X1Q6+pPcozbn8JQ4/BdHUIn4p5y3w0Z5Y54+GmCt2M2JlU22BLR+euv3w7rjSIeV9IzHsOZPhv8w8hehPvN/MeKNDdU4trgf/X+W8TgRu3cVZm5kDwUFhpS1Rfdaxh8nVpcDkOyB617NLsVRC+2z+8/2wEdLa9OOda7Cu4cmhQbs7sH4eHcK+tAiwiprnw842KCDVHh/TZaMKQCnq4QDbxEihDWf1dIBP5iai9aXg+Cr21d+GyNEJmSFLTlV+HUKQ9uZrQ2A5e8k9mbv3BBriKQ+2dWB0iuZAwoBKNSNxwpr74GJjuWpEWfFhBzzn6/P5hYA6T4uQy2rm6bEJ0vIFKKHNTv1giQTdUmj1qnTKiaeGfW5l3ORB/l+cIxZDrsmfHOfNVEyO7voDORdSAu770JApTepyDgj/oiMG/BUViztwgkM2Z1mKBwhfcPU+bx0bCyFtrTDwBj1dqVqWDPr0OO6NVP4Y6EdfMLc1rAmbPuIxW2JvO6Tihn5xbnFd4V4PK+afSOr4CmspJ4Q2ABFH81ul9KURuIqx4p7plhgpNOh9AuvAWaTpRubB/hSrDjJngf7L9zJknI+tP+MLSLT5Enausg3mewEIkYcxvtCdaOVlb/BRHqR1uR5ipAMw84Bo5ociGekUzAB6CHdLRiMp7AZ/LW2keEPWEM3NFst9gO4bBmt8Ni2m3a5UJi7FCGAf1Re0JjWQnflTi51KElNbIK6lucq4/X9UNr9/5+6GpxLvT7+eKyM9/8DYTVx38UVPGQUjLHc3T6Hfjb+amHNYv4RExGYpmacEMFxXNrxp/iETQr63ynPYFjEtxoxolQkl29W9AWEbEED7SA9YwbK5rASmahQz0Itm8EW2tXAq9F5+D5Jo+Fyec6QMV3u+kd1wCsdlMBXL7n22EnnnYATMtSRxSgoerXXWoErN4exEfux6/xFtmgbGa6R8NzvxJMlCe9vwOosYJS8PlfeV+euuFC7GTclFgN0vg5tq6iQoDz5J4LsSxmgNPdsY7muJogpmOKkDj2dd3B3BkCxLBv/fVMOLJyDe2hPDj+1nC7+L58dI6hRVozwPTrXwpOjWISpRFuu/xZEFy1CuC8icsz86AYzseEbYMs/69AdvgEVP/00JDVtw2ydplAQKK2qi29FpSvEGV+oOQjWsm2CXxbYqBvJO2CBsikyeSNPBSKHdYAsJvs+WjcltQn4ggRqhp48EHQOAipeJsLyeJaiKuqvy6SrvxUlOHlmvTyH4A9DXcjk/wDYwn3iA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztVntQVFUY3+X9CGRAIDE0VMSpRPcuC0tm5+ICgaIEiw74CJfdC1zY3Zt370JIZpOjlRSROljaA4gmICT8I53R6lx7+kgjTUIzSA1WRxRQBMlh7Jx711aUmfbyXzPtH9/Z7zvn973Pd25EHpOZ7yaTySxeiCxljJTeaqTyp2MJFqfRFi5ffpdL4BiTFnOa/2VOy5Y5KUt3QuaCbRidEWIu5T8pixjTey53uUWM2eDg8F4qPq8QKKHF7ZvAMiYdR+udBCmlgQiBqqSBlAJVSwPFCDRWKgjLFPOloVQiSmL+YkWUQhoqTqDxUkETMaWeUFh2lFLrgRYtbS5Ak/DfMPETSnu8REuiDXGJkwRSCAsxXxKIEEEKSSCluMQKoETGmucMyN61KkmWYiaSCDtILck91b0xOWvJDoqX0kb2MhFSMPYqSWpXsUhEjBSMmDnC6Ro55grhdOIcU4VwuqyO8UCoJ1AgwukCid0mLEppF0m858rxL1Im+tKyhOINjmIpRl9ImRCQLUsyUibKzFkcr6PwErpjzheRBIuF0dNozjDmscq0Pv8oyyp7ntLiw1kUx+oKKQOrM953+CH0R1NIow0Nskax9CQkuO+MN74rNEvpsTGB0xgZfXEpbaHG0ZZMG6zIMSN+zGn/B7V5CqEU6MwGS77rg8mKvTdnRPx9icLeYcUahmENtFnHUfYE+SGSYdWZOZorS2BZXZkInCbkgrXqOStLGYSNtQ4+UcfpximY0v5lMNY9Cm/hT2IsnWF8Yf3HT/iQqj510jPsTTig/3HNksO+fF3SvhujkwPJa1f4+JmLbbC54rdCWZ8PH1Xzeuv5y3KyeFfpe3Uz+2Bj/TIy6Lwbf1LW6eK99Tp8bslhz4VTZXztLUVPS2QvEPReDySrFKVzI6a3AVv4J5dSol35vc9iDSdhtabCaCv35HO2qNu/Mw2Ddw9WV01aPwIiWtnCt6+OQNOKDS378mxg6Y1KLVfvSiZHWl12eZWDuDB+1aMJf0Gv5kdWGhbYQJQC/+uB0VU1yPJXQCn8uuGOVzevPPXFFRh+pBvUd50AZ6e+qCOWDwDkzKCx3Z3vxeGVDwEmcBN/tNaP/HPTB8ebfroInvoyszqi8hYU7M66CV4KVxck0r8CasqF7ND9Njhb6/7RtieHoRjnEJhRaV031e8PKLjT9QM81IATIyNFuy1A5K8CLnnHkEfuiF3fZdjqantjDopz+8NuK/zn1oGhOavf+vpmG+yddzBqUoULnxp9J2K0REYK5uQDcNuxjSlwwxkoxutLnvYuRCU8AFCSNp5ZKCdzQvf/LOv057c3vpKRGi4nS9KnhRT5BZBhGTjyUZDU0T+4OKcd0kz/5iO/eJHpZJDum1MyHnFZhy4F8J6576QFpwWTebXtMX3qfnig2HukJiqAx2XdvXwQiOswvBiLClDjzj/WGNSW2CHnP/x0T0duiZzfgtQ01F8Dl2cjB8+FkDVh836f5WEDTWuzMqNqXPgm5Nb7L/dA7vPg28fM/rxmD925busd4BE4GXy/2p38LBJXYBjmv6Zfcy65G4QU4QrUw7LsBtXxBbfBaVvR40M7BwAyigJx4xd0pb+509wOVy16+tKZ5k6YfZT4dm/0Beh5YkrG2d1+ZKbYsFC47QnmAjSRGJNl7F0ZO5nEB2wcGfE30OZx8g==", "1: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", "1: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", "1: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", "1:eJztV3tcVFUe5zG8hveAzAgJgiBUa8E8ANvwHhhkxWj54Kip+RpnLnCVmSvz2KTMXqK7pW6uYtaaj62tLR/5KNZKvL/WNLVS+yCWq6mYraGWQCqZCp3HFOLy2Z07//SP949z7/md8/2dc37n+/uee1JniGMqFX5+fs5QXDwo1vAWdw1fmU8sxFwmOF2V/j/XCl2izURqxtu2X832+8qA/2Ubg/fPFIE/SkSHzVxjrDY7qniBdOrHV7mXtlG3bbdtv6qtryL9wvYi0W7trZG2UtI/h5ZaExG1QodoM7sEi5cgnTyQlpZ6eSAdLQ3yQHpa5soDGXwB5ZYSW06+KRi/TIK9Cp8I/w+T5zNGq6WYYtE9w3uMTs44+WxuejmY4Qxj8BZDe2ez13BZoBxfQFr2yvMFJG8kHXvl+gDSZssC6RkoRxbI4Aso1xeQXOaxfJAZCKZDFCOLrmxrtV7TlakQxXi9s0yEKMZr3jENohhZ0uCJm9dU7cXoZMXag/GaCb3SoNP6gJElWx6M1zy4SYJ0vuiWTl6Oe0DyJIhxW+c1F24G+SKrenkSxNJIL08YPCCv+XCTQurlqYkHJI8RLGX18hjhAcljBEt0vTxGeEDyGMEEXC+PEQxkkMcIpvoGX44KgzxGMCkyyGME0wiDLEZoWeYaZDFCy/LJ0D8jyKXTqSYNLt7Bi5Zq3oaBjrqRNbyNt7ucvb/09Pc9iNTCcVHodIoWAf+UivZbbrDKX5yNrZvNm0jnsbzLYa7mrQ5zTT/XXWO1gBuMeDTeIaiw4ZY+YfijWHDwFjIYrRlrRMusRwQn34+3EsHqxhOrITcQIfi/vYXQpVSZ7VZnZWCfYN30k+qJs+6WOEX7sZuNURQdVsFudvGe+ETiosJttrsEV12hw2GuY8BkGgqH2+JyO3grbZjeWy82u8z97Jchl53xfWfHkyZylSLWkV+0Xxo98Ry3rmrbOec7bi5+0+9aHz2cCcGqeG7P8d3condnhV1de1F66OEt0oWpQ+H9zOjwd167xM0blF9VLHRyxo3Cidpnh8JAxfioYVsXSzuCCPCcNP7xTY0z1gwB/wfnR5a/1cFdHj1xQf6RS1zRwcqWs/uHwDzq+Dh3alXs35s+aObq5x7aNnFcGpBZDLjWLhULYnv9vk6u4K/j1qy3DYKHm3d8Ff/lADRtZdmARaMVYJj6XmlEURxU0Y7BqG1oTuiGyXHQNuqentQCFVy4l8xUCf/ZlHHmmdURCDsb+0FWBqS/0PP8vGvd0rjsu96IO5SAOiyfTHlgVAZgp+cU+gBY8+mbB1uOxCL1Pz/zO3F6MGQEP9VgfO4657d03rX7ZndK2keGpabok2BGzIThb4fGoEnW354sj/SHzLV/2twqxEH763seyAuLQN/N5QxTH42FLLLQUrXHfzf32dLJ3cYfA2GZBgfMpoGmr+IH7fs6AGg4L4YiGte2ZNA0HA6rTjvEzZ4WcmBgxQmODLe3MRkG4N7cq34w+c//upw1ORZtDjy7KOvbITBKehwjv+DwILG597dJJY3f3zj8QxLM3OFappmvRGQ5AWEh0MD/0TLluBqyy15TlmT0SNO/PpR27OoZbvnC+knNOxLB8sTRgroJnZLqGdi/bmQgWvyCHX+mQO2G545V+13kFkwiG9EkRe3MfvGuH+6Ep09/tPL9FXull8k2qrul9SMwU6ZlwnmyjR9f52ic9nZzQa/85T7/jZmweuqdH8d8dEraFkE8XpV6Um9ccT+ZBrVJkaeGPd/FVRMCNPij+5vGrEg9kAbEujY/Aa38ctnC+n9HwIWK7cn1s1RA6XFYjXLpgAFsHglqIOysC9GgJW7isUdicYyBlrMz776iVqLaAuXnr8yOBeuU4yWBcyI9fLjGuUqWXwmepoJPP8FPmQpWkmWPDkHPbm5ta9iqBmf10m/nSrFAVj9oXwy8enJn1CpnDGL5kg4LE44e6GpWQkr9+YrtqxUoYtkbT1eUpkMWmdDVUBhmvOP86cZwtMv65vSxYzLBvKv5bv7FYGB8HojiOgsPVl5O98TnukRov3FCAmoNx45qMyGJNnRIqSmXasbf0CDKm/p0wJ3f2744DGh/TTwirC6eMxj2az/cco+9S6J5bYhHNB97UiB6le5vb+cFIJwtd0yyfi6JZKNbNbAd4QhqAhDj6feSGi/HNCQF8Ob9YWdKNGqZQzKsQyLsOzkiHkwrUpe4O8IRwwVC+VvLMbOigcrAy6HoN/zA0xMeioMMd8BLoccSQUsSzqRCR3bb9E/mqUBF6DJUDXPC03GKXOEIW74rVQKVoz2JEEkJ18VVdp0xrzsSCAtw+v7DGg+LMAtFfwXDRSgRVo3L776UCLbd3Vsfc4SBgqRDpALROBUMhi43UZh2LoikRVMHR3kdhPWkaMQ3Rzd0SuEleIaJUWj9wZbxF8rTIfn1b7CCbJEo/5aclbaQ7S/TwMV9u4o2ClFoJla7JWcU0DifCFYS0EOk0F6FDzrR5uyrwX0PPHat68em/QkuKqfo", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lQE1cYJ1xyCaJI8AIj2tazZMNt9SUGNTpajyCjFq1pskA0yeomqQ3a0WqrrfVCp2itUutRj16CWgTbvmdHaysFEUVbLzw46qAVFK0ISN/bjUUoM2bTcaZ/+M/bvO99v+/8fS+7kjeYySnuLi4uZi+8jGcMtNZqoFP6EQkRj9ObLSmixzuFhTGqyU75XOawbML/XKZ6LsOyF1sx3vXxbgRj0rXsyNkYoi/l1ig1GRoFyxg1Fr3WQVCsMBDljCceFCcMJOPWGKEgIpNGCENF/heUVBgqikfJ1J74odabUvH19jRMtDOliHYqPDsqUkh4MTwmWggmlsdQwqKzo2KEeIpzypMdFeuoJ55A/CNOEEjKPagIQSCKB0kFgezDEeUMyOHm8vRxxhMPoihBIH6cKEHjZK+4II7bC+5wRi2XESVoLuxFcJjhT/SIEkZWuydhZOXLLRNGVv5+kAkjKz/qMmFs4KdW5jAb+MnjQQ7TgZ88HiSI4RRPIpmgWaL45sraZ8Rk/HZsFpMDC83SjDaNNmIgaxtpoI20yWJOcXvSYIoH2fniRWE2M1o9vgkZU2tjap9/jCXa5tJqopxIW1hNGq1jNYY2yn74hzJNjw+U2BvN6jtiQRsdb/wjQc/SWuKM2ykNjHbOfL2ZbsfaKL3OigMzkFchvce/rXXgUknVmHRtcnuSn9Jo+0A8+4T9n5ZwJ4JgrERZ62jenk7mbScYFffs8w54Fnm3w56n5B3ZakYi2gwGCZIYVjIMq9ObNBbazL9sE0eTrBqTRW+xKVhWY+OBoVxJWKvWYmVpHXcwq2WfoLFo2hlQWQx/2bcOjyZH5LOVSBvi5xa9XxKKrgxeu/VBtivKn+NdvzX1KhSrJjaG3A1BFXfCSpgyL3Qv7/yKJvouGBC/rmCRygW9lg1vZr1SCfcvuLNv4px8kLfKsyZYdR9Wgh1lP/g/BCBqZv4YvxNgNFsfcCOmO7qA0X/pRMi6PsQ9yb8QFO09WZp0syNa+vK4z31G1YCTKaVVsweeBT7nts8d5uOLDn3jVrXypVKooaZEDNhTABD2NihIgmZVFPe5YPNFY/1cBy4PLoWLSAKqnohTO90JcXpn7oNLB99dWLy/BtbWjZ22LLYEJPkPztlyOxdME+eecrnswcdT3gzC3quedCi0FHS7NlWcO683OpWR/EiZHohuqIY0S5rKwZJrxzcezgxGrpu8emTNvA0HK3tWX4tOh/0LOh3PPxSEPDsHgZ8u3gdvbd4WntdYBkh49cNDEG+3EJAquA6sBlfTg74eLQlEyb0Vtdpf78FMyWrrvB6FYJfteP/4yeFo0JlNlb12+SEc7Nljxlq4Rm3pu6G5O5oQGjx7vDkIyY5mDzGFu8lnPFI+vFVdDEjV+llzIM66S3HCRthrum5o2QQvlH31xkc5K33knJnIi8BY1bCntnMfRKI8eLQr6uZOKlEN+L4Fo7zG5XUXzjWDhA8NWLMKZtxaCKKyxGgKZ/gA5Psvkpu2i77zKAlDnHtUD9Ue29fFi+5BLv/krij2wY+6vVc6IFJdV+8msJBrXCMcF/OBYlZFA9wdVTj01VMZYMXqcmzxOlz2S+KR3X3d5N64qv0LfgaSsDpDUlMwWqyCb/eKrYJJn37x1W+v18Iv8fpmQFfkwrzjfmyNSL6PTcMh1oFMJQ54QU9UdsV3/Z4llwD03yzbdqACYFL8XjQ/HJ3A5ncUeaJozm0DbEg2HnuUI0YvlC/NKpzdBZ2+TICe8i2BO78/Ij4LSPVWbaiBnBtpLjzfA2dQKkKkfCWF/vKPD2euDUg/D4aRRs2QINtUnFGDGHUzn+t8R1EPEq/v/ORo7+6o4LOR395tEsm1f04fMfyP63ApOoElIWjFPtKYSrA4V44p5SHnriSFKRX/IzJGc+vZbfnqbnkvbEdG/Q0e0o3K", "1: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", "1:eJztV3lQU0cYR5Q7ihUJUUBRPNpCB/ICAWzrJkQdtFIL8dYOxOQFnubQ90I1Kl7VUnV6qINXnWo969E6VdE6HrvqWM8iMFBrHdCijAdIFanKIfbt21gEmTEv1Zn+Yf7Y975v9/dd+/s2+3pNsqYaO7i5uXHe/JBsNdH6LBNt7Is1WD2c4WzGdk8ltc1q1mJJ81rntG7E/1yX9FrH6/q3YLz7UynRajE0S3huKF4vF8ZYLW4aNWs162yM3klQvDgQ5YonAkoQB1IIY5xYENbJo8WhYv4LSi4OFUtQCq0n/9Aylgz+eHsRRulKKZQuhedAxYgJL45glGIw8QRDiYvOgYoT4ynBJU8OVLyzngiByCNBFEguPKhoUSCKgOSiQI7miHUF5PTmEvq44omAKEoUiLQTJaqdHBUXxXFHwZ3OqPkwokT1haMITjP8mT2ixJHV4UkcWUm5FeLISs4HhTiyklZXiGMD6VqF02wgnUdATtOBdB4BiWI4RUikENVLFNlcRduMSOVvx1wQnrDRLG3VZ9JmHsjaB5toM22xccb2zxo0emDJjx/UHGfVM/xJaLW0NKb1/dfYSPtUWosXj6RtrC6TNrA6U6vFEv5Fk8nwExreG80yHXlFqzU+/MsghqX12JkgaUxW/ZTpDEe3YW0IY8jiAzPhqxDj8bw1LyGVDJ3F0Cq3Z/kpVzoa4tUn3OmlJuzpYsIOZlEJrz5h/5eacBt8eUHCMS26IrpVK+DosGGN1coaGIvORnPkeo0dpWTpLDbGZlezrM5OgD2EWrBZelsWSxuEifRmeZDOpmujJRVx5HhvGR6Np/CHKtbmbBtzlhoUjM7PTYLZoR0RW+d/68DuW/DsicQfmG9l6NFxw470YgnKkV7Kf6h9BAR9WRNU39Of//iDamg+2bRnVg0CDeeqz5xIrIPLJzZp6u88ALWm0dk/7i8CeXHYggxNiXiwqjTAG/X1nJ+rWVoAdqSPTO2/oRNK+qhRxl28Cpb5z1TuHHgFdEcTwtTTfJF97Pexv757E5p86jZk7C0C2+yn3hpQFIpK8xbOLuACUGkfbOgazN9xoWR0ZDDiLnapUY8IQBo+umlLGsBDz7TVwwPvwT6rnnw9p+E4mHdAtaD8FAL7Tn9ydP1aL7TUdKNh+706oK8enzjwZik47NGlK/glFG1qx78VB6KeiypTfu5RAWIEYCBK88rvlvJHPTwaveZtWe5mEIELEheITnu9/82o9TfApvCDjTm1FWDjPj7hPjJE1pXDCFlusU9mNThQ6FbmPrQz+jRq+FbfIU1wyP77j4tnFILbuXsk0yLD0JgJP8GqskA0+Pe7tcPG1cPiCLpbuSwYDZO4R+SsDETe2M1OL5VkxfYFKUMLQZctR44F9dsEoyw44o3w4Beed6VJfkgh/LxUU9ZOX7cx/Bow423oHYYG3ry0q35dd4TLdMFYCcpW5CwaHyBF4Zfr5kw+XAcGLD/HM6ARtEte2HHE7lC0dg3+XYJjqqIO9fevAD2kk5PvfxiMsJmJZh/HfCOsKUqe1Hm1FM3cEqkJqfRGM/ltWn7OXfWmv1/eVvsjuJPfnqqoJ/DkV/Lp7/RKg3yQ/I7fgVOFgrqrLi95TD+8XgiqUEL4sFlSlF2wd9zfBx9AIZzsuzBz720ur0SKzlSAzVeO3gceMW8o3ztyFs5tGDA1/3QQCqksV3ZHlVCIr5ObqnxsEF/qMHQkdWWvL/MCkMCD3PZosTq9oqB3N8STYPWh0QGoifeq+06iKlyGCVsKEi8YS25M/ovwvuwYDMUO0zzQZ/G/nTTHSFSPc2ovX5z/J0jBhS3viYR4DwUjkmcjEPzO64rUgoMaUDLjVj/55x1Ucu9dIeOvh6KQ2TpqVPRxuLio7KrfikIonD5qSwb/H2g1cy17t/k7u/km2IaO+gcfS4fr", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtwTFcY32w2b5FEFKVo6pVWkexushuDc9fGoyJKFhGqrM1Nsrq7l31MxKulpaiWVpUqaqhHp9N4lKLUOUIROppBEK9JE69IkS6VrDT0PFbzaFp7d2qmnfHPOfd89/zO+R6/77vn3KgJQkqGTCKR2AJxkyyYeIPDxGf0IBIiHmy02TN8Ho00dsGsIyPtU9l/SjYkQ/pPshQcU10T/NBfsJr1Jm2W3prJG8mkRtZ61UPZwKey/6lM8UhGs/tPlvQVLOm1I/LuFTI/lrZyHSkQGqtg1tuNBg9BCnEgOW2V4kAK2saJAylpGy8OFOcdiMhi1Tp/3OmMlkxcXR+HiacYeawYjIq2bJtEwTHBIwhVTeQ2FBMvBqP2wgVqL1yQwPaJEeODBC/scWNUnmKYVqxLEAWKZV5QeGpRXZBS1E5y1nkF8th5dLaCdXHegDymEDOGOUIuChTnDUjljXoqL3aSx4gMLqvFFOOxx1kpphhRecGCJPc4L1ghphhxnnM7QVwuMYsUMd6APC5DdciqEEchN0jhBcMV4rLWDRKXgCwtFOJS3Q0SVyjZx0/hTS4pxDGC1XGlOEa4QeIY4QZ5k+pKUYx4BBLFiEcgUYyQs6qiFMUIOcsnZeOMILcUW0vyws5becGQxZsx0JrTz8SbeYvdluFXd0E2CsGNxmYTDEZ8GhMsDa48wX8uNjxnEq8jk4fzdqs+i0+36k2N3I+0WUb8Qot3463GcCxoMCcIPyQarbyBbEZHWpNgeCPbaOMbWa2/Md2BFTORo7cx4K+rBVBTMvWWdFuGbz1n1TlmuEuQ+snbG/Gv2hskxl72+azLEUXCkze42eMMJgzQCg4y2eCp3X5i46yud8RRPXmzWzwJs5uKDndc3dKtVLG/UKLsJkN2Kq5fbxrMfcx14R+0/tsvTWxCAxQJ2ki9ycHT2+FwIZO3Z/HWBrUtTMKu4VpBsKYbLXo7b2P381DcDHPoLXajPUdjtepzGLAdNcHqMNgdVj6dvhhfO07U2/WNaKhkN0FFfZfz5BX5q0ekU+O/6pM6Jh/GDN4Q3L9TDZivGX+l4IUmXOn6zw4+v8UFE/oNsLrCasCDU1PKOsc24fbFfPpSq6XFYNVbnfPmbnSC6c4tQ99oLeNK41ujMWukKLD3ZyM+/8oJmnbbtup2Fxl3fkENX3k5HxZ8k/bb7nPFoN/ZiruD0qrAUn6eYewFF1x02dn+hPAzOJk8IXxUQhWYkfvthDeLKmBYyI4NOYcL4dgL/X2nhNTALb7XFkbfrIAFiWSBImi+Vv3lrycuwiU9fZLfCXWCaW/3wBbcAJsOJanma6rd86uAU/NTRmGmhPNTRsT3+v4hPLJ8zyeLF0nRSLpRIZRnd4tqb5ehBe0Nt0b3rQDUDY47cE3rHhc7zg1Ehy7seGd6QSmw73im+titaugKK9u52fc2uFWOEjoMqgJUn6MSdPRA36+Nlx7A6p6Tjs9LkXCXlrw7Z7ROgoLowsUg8f5NjDgGummfKy+Jbw1WZK9c22G3DHXBXkw9WgmWLQ7DocgFTK+LsPvDqJp7jgIw7+75M7NspyHx+qmgs4DFxZcjUSnb6c9NbhNa3G3xrzD4zLpJvYMj0C/DdrWbU+6C2Jg+19MCUKT+wMmuVySoOVU0D24nYVhQBF5POhLQu40P9+Kx8MPf7boLr5AwjCuDHQYRT/qhuerTP5iVJWDtdlVVXnowmph85wPd3QDkkK4IbLO6Ej7AUdVHSdHV3E6X315dCIqOV+pK10s5oWJO/nBNBNeUEsUH3Vzd6+VTK6QcZsPGQ0kRHFV3jQt8fM9/3PLBTnC5edv8K0DG+a37CEcyBIV0jJ65cLfT7S8Zl5RGNLkDKh3FKyM6ucf9AtD+TV8M4SIfAHVmolGoKIf8syWjWqpCUfPcAT9PbX4OvB99M3RfTA3s+m4LrFooOiG5JA1asBlea7vx+sDuMsT6UpBC3DWsBFB3bv4d0vDPlnA/vjkQzmh7FXTyn7VU+54faks3qoJGaqCU22tf0ko20h9R/6mlqNyGCZLkz2lmlxxevscFqZlVTjD0/WWWZr5SbkTMS19GFgQiSsOU02AAZnXH6Fy4azMhainA5Mo/kBeCKG9O+nDtsVa72pUCxp884Iolnq4BBwnNJodwRPuHUUVQRRM2kNuUelR+EOdn4bWJXe8tuw/PtZmulxcGcg+3TcMZ6sN9OJMwsxhidp64VNwM9bCs89k7R4buRb+2KO83GaJ+yg5H92dOxKa5oEX51k5OGo7MhJBrIxGrE2VwGnHwfRkCqWO2QlMgYnEcASo2ksTbCvbjrJjmG8RlfXMDe8QJ426rcQWpgPSzorFk4kOcYG5QTWt/TNbeUxuRyf8A/LnrfQ==", "1: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", "1: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", "1:eJztWGlUE1cUTlIIq4LgrlWp4t5KkgmL2xsMLlVBJXhQ66nGMECUZHSSHMXa2rrWDfflWI91rXgE61Lr0to32qp1qUXEra4o0iqKiCAoUjvvTZRgac2L5pz2HP+8mXfnfXfu9+537yxBo9jYRDeJRGL2FIZoNoXRW1OYxE7Igsz9DWZLovTZLNLCGrVopnlj+0/ZYhJl/2aLFXKq9RVOerGcUZeiSdZxSYwBLarB1wAHbX3e2P6nNuqZDVf3c5X0YE0JVTN07X20XoFHpRY1iEiONeosBr2DIBUZSIlHigykwqOaDEThMZQMpHYOhGyKcK1cOGgNpiShu74ME4oxSgUJJsyJ+4Q5fR+lCmOiWOsoBzDheIwggUSIdCIcDQ2vDhEPKmdAYUQghTPhiSClkgikFA+UEyAlGUjlzJ1UzmwEJR5CiUDqVwA5XBX2IDJOoc4kl7Ro7UBkyVWGEIYn9nCMUZNgbMpzOEtiB8cYhytQbOAYQ9TuwkWMw3mtwqhCSDBi71I53Fbt2pCKTD82EFnDE9OqIqtzG8hhLdi1IRVZydpAZP1YlJCKrJBEDanI6lxsDpTDgrBrDhSZIsQ6p4gUYatzikgRz0DOdBSKSBFKUUYUkSKUoiKomhWBPm3MDdAFC8MxrD6ZMQpALrVnCmNkTBZzoqe9w0R3NPMRhkizmdUbhFc41vTCd5L3c2dxqWMZLVocx1g4XTKTwOlSavio0iQbhAsa4W4MZ6glGF5Y4yWcRBk4Ro9uhmeaFFY/ZrzBzNTgrZchwSoEloLe1w3ef/fmgakk6UwJ5sS3/knUClsPCnc94dovI+yPEKwVLdY7ytuXmLfKvtJUEa7n7fdaE+1PTDjcPtFUiOsJ1xDiKxCuQTYvIayu1g0UridcxxXKJq9o22sLZXscuJ53wGtNtDsJYbsvWdtbeJjr+Qa+Vr5exAlWVOtgatcTru8KYfsQ8w6t9iIR9sIzHfVX5FjDslyCwaSzMGbxZxZ6wg6y6kwWgyU1kuN0qSKwGd4Szqq3WDkmAV8YWTWP0ll0NbxbUGHiF0j18Bh0Cf0CR9bYPc2mFwxKB+PfDWpeckfGyz9bqplzx5NPmTBxY0dNCdyUeqRd50Vy/uLsSqYswZtvsPuU5IrsDMjpwDS6PqQUxsW2WTNrm5TPNFwZNztNxhdnR4/yPy/l/SeGbul+zo2P/2A7vLM6H/b72aPbF4NvwVrjMuZcTC6DcZZWy5/6S/g/LmQ8Hm58AJX5W4PzplbAult7506sK+MDiyN/TTxzA9xeusN3XMY5uOHqD7VXqQ6CXV+hgDz4KeZeSx7KcwGNL9wH2N+Cp7AjCqvBDTB7W+6tpTuyQJl8xIr+SyX0up7fPqjMyQJDMYGHoCxPt/YsdReuWtdy7xMPOa1TDg5p386NXvhJReexJ6V0SWXOhFutD0DBqWApA8XbBo5ZOT4PHPc/sm/PvDyAt8FLSgdt45IX3i0H3ufWj+3mXQ5EPmfg06DKh9Zrc8GW7mgHSkDyO2hHrwPzuQCBWTE4+Xn2lWtzZHREz97cI7+9oM3BGZvijz0CE3BARWJcM/NhuvqXLjGnzoD2mwOzos5fgjq84YVg8oVuqUPSb0K0+7m3SsCJwqM/9sisBA/StMJOFIDJo7+3LG4YQBcW8BEt+3rweFt2X4Ar+teb2/d2EcRp31MIegVbZSs9T4PDl3ZNm5TlQ+/7TUj0eDm/fIGfkMFy0LTgemhj/jh40hBFXg5+2v6eab30CchoOiyhy9VSeKRf2KzIkQUAp/VTOX/1ms/izVNq8ep74QKzMojDLvLlg5GwfPz5TpdbCWeloEGfgYLLe9BX1mFm/QsSfvCB9A0xvDffIpsd4RHjxsecWjj8T42c33nbvKtexWmwtlyRv3VjbX7R8cl94MdGOEIkAh9/IhANlPOH5isECReBabUGfL2EkdDYbYyU3/kRytw+gMKTsDehdllQmnWclJ633BQwlb8NGuGE3ATuVJ3Qrvs9acTmZtZZIIj1yy2ZheCYEjF+Ah8pkEC96KLpR+MOtHWjm9UfHf0g7R7smLMy/+1Ncnrh3UlA/aEbHY0D8KZR1RyfzMO7q7t2zGnsS6fHI0+VIP5Op+/a+F2EXffHCpFI6GtI1utOgHsofYbDsLXWff2izp60WA/FQFz3FKDoYpcVQzy1XoZ6LIBKsHeevKh+nzUAxz1QQrujjch0p+fnFTfPZq/CJmjDpTJbXBVQ3B85jdS5qk4xCE+KMrAh/rTx94rN97NLwVgszApwvqik79DDgfSaxsiBhG6hLxzWo/seUIZgwfVoTF/rxy/uLBVc50Judppwx/tw6Izws4eM34B2w+cfLG2bAZC6mqz2o3ELjjQlCR8vrNFcvVdV/cWv+jlTg035F2KancM=", "1: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", "1: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", "1:eJztV3lQU0cYDwlXOAKIghQqoPXo4JWDy5HZxSBVanE0SEfHUWN4QGqShy+JghU71aEqUpV6H2MVoaOlHuNVlHbeE29tEaQWlUrRYq0WLSqHiEDfvsVyGKd56TjTP3x/bN5+u7/9vv329/veJnguOTXZXiAQGJ3Z5gNSR2jMOiI5BFmQeZLWaEq2e9GLNpF6Feop39heYRO+ZIvvsk1lc6tyY19iSUqv1ilT1VQKoe1gHwtrxduyFppkYa3J/8GmsmCb8Mb2P7ONeGHjFPsPS8aRhqSuHhqbiOZLuVauQqKPpki92qTVWAkK5QeSca3CFhBPT3KuDeMHUtgCCp2IbNJQlSOSh9aQwlbMf8OEcRiZjA8mHPsJswETbgMmksPEkOa5VmAiuDaSj5sI7GY0H0wkxsitxWAP+EfBCyS1xVMnKIIXSGZLeDJbPMlt8cSXqZhvNoQnG93dkxW842ZLeYJw5eIwVp8trkEcxurc4RLEYXgVBgXG8BI5VpKMl8g7MVafUJf6ZLxUjjFyq1XeTbFyqS0gfkTFVJDbInO5LYqVW02G7iCr2dBN5nKr6YCLAgbxKyj4yye3mhDdQAp+jOgE8WMErkIKfozAwlBYZgS6ZRt90YCJoAhSk0roWSCVMV5H6AmDydhzwWQH1HNlm2ijkdRo2dsEaeh1ZXf5Z7GEjDRChSYnECZKnUokUWqdhfu9MlXLDihZbwSldWcNveaI2ZcYLUVokDOVJ0KQZjRZoyM18xZqjYSFRWO1SWY2Ph26QWrFLy/qxO0oRW1IMiaLXiWIFxwKf/37lryOfbvw3resh+AievHEQ4Cv5EqSpJK0BrWJMOK7Ojq1KWa1waQ1ZURTlDoDAwdwKaHMGpOZIpK4gTld/Ri1SW2Brwp8z5X3DI9AQ+hfO7LGl+fObFc202mznUr9vDzhrpTD942Nb8FhHq5Hv8qoovF4G9g27cvCff394buXPM+dKBIxUS6Vu9Oi3KC3+lRFSIEvBKGzTkx0a6a3FG9c67GoEUgmH1hPnPeF49+jWjzuVdFPS5K+npMghnfUu35WHAiAaLawUMQcmd54/Ea2HbyYcHJPvsQHLpjv716zT8Acf768oaryMQhs0CVmjnSApqP9Wi8Z7GDe+GNP2hLcIeuV8Lv9nNaJW3amyIWwuOhzx/qNEogDKqeH7lx58Na9RyAn7r69ItceXm5W/VawTcA4zd48qV9OHXi4GEUsgiHLfa6XNj8FbU3mmu1e5fTmm+uWZ814AsYMivt42agyWpC7pHVMWj1QbQxebX7kDO+UDaxqWXIR6BMz9x+b+xcoHooS1Q7sqoXi7MC7dH3WBXYnteDSLjbQTHfo2KcvOBsQBAu+P+k7pELMsEGcDjr4HEy54b9YfcipM94muo6JZD22g5hnD/5kIluB7Pf9g2uXnaW5PK5oAqm5D9iIG8Cs9887RW17RncEo4i/A0zdjrHDf3KGfctirtU3SBhuXdkZEMC209K8Yd6R8Kcl+d7M1i3s4yeCQrTheG+Yc3yeuCVIwvh+Wy6oFraA2MFm4dbzXtAldaAufVEzjc+3L3T8dINy1fAAWLriSnWNayXA+XsM6qYUDciaFwCXGmPXNzm6MEFXSJZBnvAUOuapPhD3m+gza6QLRwRXgFuu6/YuzfWB/jtmsRRqBw5oQN8HOii8wsZGCZlNHWvZRIvhmpLGYTM9XGH00tvnNhfbMafH7dNWzxfDogOiuzl7XGD6ooLhyoBiMJJLgBBeuAPyf13iDTG/8sAmln1hhWc78+gMCy9fTawbJWI4Hng1g73eKFFtgIvziiMT54Yy0gb87BMlIw51AMz3dnA1/d4QqXMN+LBuFHvEYugchRQghFmLyw5Pb3xMr2ojmmvVrWACnfl2RMptGtHz4YUKmot/TQkgUBqG1tDZLAs3HDoNMhEsUgK35w1iqZ0P+g9ROez+og3svzZ7weQBDVhf12518q8SrETpXucGNZ9cj8qIGAgxD1vAo4a46Z9FiOGPP7BPTiA8cSObjeQ+4HjZ3gdWz89eXUsFwl9iRemu77TS2YGahzPGOUIOXtoA/vgopGnTzWUgA23vmxowlttwK+BKZLQhhf1gkfrenyq7HpWFuyVbsMn+BoXc2Yk=", "1:eJztV2lQFEcU5j6WU5BDFI+oUWNZwu5yGbB7XSRgBA/wKEOCy+7Aji47MLurEk1QKWMwRlA8iCdqPHMUXolGUz1BElJoaYkm0XhERQHliC4aDg1megblcK3sbJKq/HB+9E6/7u+91/2+r6d3UCo1Nc3OyspK58Q28ZSGUBo0RNpIbMHmiaROn2b9tCfTUxmJuCd/aXuBzeY5W0KnbSq7t4mu7EsMRWcoNHK1gk4nyCfsY8JXgiW+8CQTvib9A1uiCVvsS9v/zDbqqY1T7DOWjKO0qs4eHovD84O5VpKIRS+jqQyFnlSaCQoRBhJzrdQSkMBIEq4NFQaSWgIKicO24JBEBywPUpvOnph/hwnlMGKxEEwYHyfUAkyYBZgIDhNNGVLNwIRzbYSQMOF8mCAhmAgeIzEXw0fgf6SCQMGWROoAhQsCiS1JT2xJJIklkYQyleebBemJg7pGMoN33OxggSD+5OIwZteWP4M4jNl7xx9BHEbQwSDlMYJEzitJLEjkHRizK9SpPrEglfMYidkq76JYSbAlIGFE5akgsUTmEksUKzGbDF1BZrOhi8wlZtOBPxR4kLADhf/yScwmRBeQVBgjOkDCGMGfQlJhjOCFITXNCHzL1vnhAT1BE5RSTWSwQDp7vIbIILR6XXeHafa458I2Mp2OUpLsbYLS9riyi545S8rOJBLx5CRCTyvUhIpWaEzc7+Vqkh2Qs9EImnRjDT3mOLMv0SRNKHEwrifXUMq580kdYcJbDKkysIlp8NWRdH7emyO3lHSFVqVLs32REp6SJ+y/X7D7v7pgkeAFi7tJLLwHMzys+Eu4nKJoFalV6AkdfzvHdZpiUGj1pD5bRtOKbB7Yn9sL2qDUG2hCxQ3M7uxHK/QKEwyV8jdbSff0CDyE/6dj68cbtF65zAP0dWrOpahWD1izcniD21g/uH7QKkNW3wYUnh5NUvf84bWsFatuGb2h2/VRBcUtB1DjIhDyzjeusDW4+suhQ3xgRdJ3ez9NuACS9EM2PJnsB+/5xk5+fLEXNJZMnrtx/iN0wt6rN4jxgRPD8mSzd/nC0VeHOCxZVwOaBlRSKY5e8CNNzaN9WV7wzIeV1667GMFA2X3l6au2sF3e1lDH2MCqXZvKBgY5MXj2mT4tgMbpbHNgdotihhpsXJgti18t/WCPNe//djM6nROL3gtsQ+VvYkMduJQyb1J/X3tGcfL8SKJPOxqz5lROLLCB9tJeoZHfVgMex6CjcOnN8qIGgN0PqLyMWkpV+2cnWTGRCedWJ7dbQ516dcMicAeJ1K9oFrzbjOx3rhljHV8PRiTnlz4cbkQpI055lo9xYk4+HJ6cb+MH2cVv3lHlD42ys2k/1TwBOwcfe7z8gQtkd+1W7lZb+NskXIHLoO39OSf0hXZwWd2Uo/2XGUHUpmnbPvviOsrD21HYCn7tu0ghnlYP5P3qboYGNIJCf7vp7qNaAZd/lDPE217Q7gR/LDq+vuBsb/jLzswokZ8n5NxctIc376w76JrlCPfOqBCXZXlD9aG7uiPrbODrmXjHPeDv4ePfoLM94PZ0PNCOmm8ptv8sFUFu36b3gSw7smfubUJcfT0D4cUlupi187zhymNznVuLzwLV21dibBfYwarQAOatYh8Y77Nywl27RpCQ6jkzQhoA+3IF94D8vrt31KEW7L9fGZ9a4MRw+d13ZAZPWJg7+rQ1vGuHF+bGfNX054UFpDvD1XOLc8c62tABVL81UuPJ8PxtBcrGWePG1jageiaCddGKzsfjwGVobO2lz9uSnZiNn+CnDrkW7ls6Ja4ZcOn4ODMz6kcfH+bRjlKKJrIZi2BjHXZgBN44wdt2zOaygSW0ug2wk1yO7G4CSVOHFeeVnANW3FOCWGN2+YgKNA3TH1YBtkhBr+1rAZslOw6HtTQiW+cVA5SNf6B8TCfKCX7ffnChsaQJcWlssWJycNn9D4NN1YF7amOr0drly2adj3Rk+uFyZ/pDVmRxrjaBkONTqQvD6zMA5ieyhcjxhXGY+A7uDKuuH64c8Ya5rNfF1f5wHKbbnBvg0EKsQBEswttUcRXw+rqBHDhAA8D0HHysDXCnoUybzn6iqIyeHyfrbicLdy82YRP/BTC1ymY=", "1: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", "1: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", "1:eJztmHlQE1ccxwMJhBBu5JJKa6vWo1VIQki83sMoRcUDQm21Vo1hIcEki5ukilVbB7Vab/Gqta23dsBqba2OY9l1WnVExYpQj3rgBcb7QFQU7L7dIGIZm5cZZ9oZ+eMl77e/z3v7+/2+77dsWo8m0zJFAoHA6sMOA0gTobebiMzOyILMKUarLdOjYZZoI81aNNO8sv2nbAMzPV9kS2NrqvVjvySRlFln0hh0VBZhRE7NrKVtxpb8yvY/tckabNxJfqqIXqQlo3GGrvVF/nHcKNeiZpBIkWadzah3EYrHg2TcqHAHUuJBcm5MwIMU3KjCg+K5UY0HKfsiW1wsHpXAU3F4lIqnZHiU2q29eEoWp/VmP7RGSxb7WHkRw2cB+wafwTD3iuMhORYkcweS8x/x7kAqLEjBfyjdgfB2iucTIcOClO5ATqmr3YAwd1K5s5NT57E4kAxXsHyb5RgFDuOUq8vK4/slx7isIb5dckwCDuNUkMuya2yWMpcr1Ngq5S4XqLFRyvEaCp84OZ7mnBBeQ+HTLXdZCs9CeF2IL5Icr6E4IZfV8ExvkON1ISfkTm9QYJ3YBghPEbyMFHiK4BuKAksRzoaiwFJEA4SlCBnfUhTNKwK9aFgj0AUbQRGk3kCYWZDK7WMizITFZs0UPrtgpheaSdkh0Wol9Ub2YU9anntr8X26WHpuDqFFzumEjdIZiAxKZ2rmFUdjMLIXNOxuBGUMYQ3P+UjYL72NFKFHm3EzjYnUjxlntBLNrJZkzLCzN2ZC/1Eb/f+5mpgLJUtnyXgutiaPVmdJZS8/4NB/CzgIEaQdOetdjTsYO25VE4HJX37c4S8j7kDsuJVNmoXyuYOB1kMLa0iSyjBadDbCyr+zIWGl2nUWm9GWm0hRulwejOFSQtn1NjtFZHAXRjXOe+tsumYOqELJP8Wb3h6BLqFfdZD1yILh9ZqdEbDHO2XLK1uJmbS3V87c0joELi6TGN40VdDSNu0nz1ZLmRn6j08lCW+Dz5PpSa12tIRn8r+YNkwrYQoOlw+51kUKN1xO7vyk9SaAvMbP8md6Xj5RWDt8D13Q84OPfgQh8L73yGUpYV7MvIt3Xi/dHAyXzg+coCwoBdZjIXcSD4uZkqjUk9GPBXBHzLSrqapIOJ7bWMJYDQuuTwQekHXKLK+qAbY2S5/Mn+zHfLgx/lC3geV0Orrh2EDY79O8LintvBhuuUwJfBjo2L5Z+Aio+7xHPZznzRgF5BTRnicge8DdudqfQ5zri5n3Yzt+HzpYAG+qkKMHLCVHikuiJMyK39/YQhmqwLCMbmcHzakB04cd3XWhhQMs94n+doQjArJ3O1EnO0QvqkGBPQCfDIoJz/YPhgdv7P+t1yYh5LClj8CSrX5jC2eFQUe7OJ/C164AJZcQITx0kP1L8Ydc2jd4wk21w8176itA7fWrjHqNBFbXlY13tDsNBj+OZFNUCgaiQuWFQnb3DgeCqsHQiO1HBGdO0lm9jeQtrwBYOzl7ly2/DrBBzosb94jujoCiIJjf1WPAVH8RnNP+un9RrJCvY54P3K1+i02ZB0TlPueoA5P++GnoPXUg7IXSfCUQFrNRGM+IGT6+E4AMyWOKV0XB+BE7+/p5iplbG/b2T5CEwz7Hb1X3G/qQlia1tXu29GOK03dvXDvwLti2Pndfh9oYuHOM5OHKKl+GS1e5FAJugfN0WSci6nxkEDNhX4euCw/cpENR2cKCoGhIwLtbvxEyESdK7mv1YRCpZna/YjoHlSXVm5GhguX7wIqigBXy1S1hK65AUua8YzGb6WpwshAlso7Pz4gAXs/nqulRXIHqAa/XAhqpYd7tKHh8ijVpUc0VwBbpL4PgHlizkE2YKBpmlVdld6px0EFIRlkCOOmHX0Z/FtUCKrv/mrak9Q1asGDyo645dwGnt0opTJiZOOrSYCHsmYuU6QX3nto2deLgCMi5lUihIhiR98D+S2Dt2fowOF315x6zohLUE/cv6laJYGzKet+kdSLIqp89Ag5w+L72wrqvpZBL7/QgeGxNTg/fY77Qe8pizSzTPiBGifGTwkh0UFd78OfxaCVgizb2ywAPWDKj9EyF9CjNycTzBM3FowyDc+1jo/0rzoFs1m3uxYs0d/4niKGUK9htUFdjr1gRLGTaoo36h8BlFlR4EVzIutVef0CPK/quZZfToZAVMX0tRgxvhSezEhXBotivOkaG+UGu1SZastgnPWm2Nu1JjT9KNb7INGOT/Q0pbUdw", "1:eJztWHlQU0cYBwKBGC45BQoVq9ajVUhCAK/dGEBBRSHU1tuYPCBI8jQJImqpSq3V4okWx0FrGetRb0crWiVPLXUGWxQUW2irQFUQ6whKQQ61b98LcpSx2UydaWf8Z1/2e9/v2+/47bfZ5z+PjI23trCw0NnRwyQymVCkJBPxw5AEiSeqdPp4y/aZRE+qZWgmfS37T8mi461eJoulayqzp39EkFq1PFmaKNcmECqk1IMtWQ+y8a9l/1OZoF3G7OQXjBhLapQdM/QuEukHMqNQhpqBREuq5XqVwkRQEB5IwIwic0BiPJCQGYPxQCJmDMEDBTFjKB5IHIlkgQF4qGAWFYiHCmFRAjxUqFlrsShBoIxLP2QqTQJ9rLwMw2YB28FOMMy1AlmQEAskMAckZB9B5oBCsEAi9iE2B4S3UhCbCAEWSGwOyEj1UDNAmCuFmLOSkecBOCABLmHZNstgRDgYI11NZh7bLxmMyRxi2yWDCcbBGBlkMu06mqXA5Ap1tEqhyQXqaJRCvIbCJk6IxzkjCK+hsOkWmkyFziC8LsQWSYjXUIwgk9nQqTcI8bqQEWRObxBh7dh2EB4jWBqJ8BjBNhQRFiOMDUWExYh2EBYjBGxLEfXMCHTR0HmiF3pCS5CKREJNA7Vp4cmEmtDodfGczgbjbdCMTw8SnY5UqOjDntR0u7X0emEsLm0BIUPKcYReK08klFp5cg9XHGmiin4hpVcjtCoXWtBNh0f/CFNpCQVajJlJk0nF/FSVjujBWoRKmUI7loz+Uasc/m7NlgklQa5Rdouty9FqLKng1Qfs+q8G3Bs74JAuzBK++oA9/ilgZ4QgU5CywtS4nbDjFnfpEuJuOwLZQ4alJKlVqjRyPaFjL2uIUTEpco1epU+TaLXyNBbox6REm6LQp2gJJfNibsc8TK6X97AzRWL2+O7qHoFeoc85SFq8aeYz6RlPOPqd69vv+tpSsW/vWnPU3wVuvc5L7JdcYeD3H5SeGcqnPlXM+jWCUw+Wjzd86JvnDW9mrV41XcajDlwpnfrHcD7cWzN+2HP/QwBpLf7MgRpTU3awZWaB4cCY92ccAy6wiTtn20R3G2rD7UdvlhzpDbM3Oi0RHygBup9cHkmu2FJFXjHlPm0WMM9v1f2YkD5wMbMwj9IlbnqwDFhCWim+tLoR6PtnP9+Ybk99sC/ox5HRpYY45HCAE4xamjF84kAbijEXz4PNTvdOHeG0gtDwcdrmDVxKZUGusC54DpImPV4vO+FitG9LvRcwZL/rFAv4MAQpWsISco5tkRePyvmu71FtYjVgn0/At3nruHUebSByx/KBFz6xhuz6veCkjx0mH9lSB9ZI5t65musMndGy1TWAUdvLgcemzN+emuMAGTXCGopyTwQ/udAK3DOjaq1F7nDJpcEjNl+uBIz/e0rA2qOV97Yed4UXlV/PjYu1gm5Xw36ua6gAlfys/SuL7aDPztmDLzs3gGmep4otbpYbEsJUZJ2NI2xJTzqrz3oK6CA3BKa2GkZF05XNd4ZZIyxpF63hukEPHPIDOGwdM+zglLY+dOrrwSx1wbPjS1vBzod7v5/Q5ArHojTXOsHCi2MPqW7aUlsaUeHKAOmSQRV+6QWDZp+JtLeypepo9WCeBwynvYua1mzgRwxIsfK2pwrjzu/bHf0YnNyTdmlwix88M5/XvKu6F1Xus0wuKOVDwBioMlwfSnhV9XGm2PgfGlxR2dydofVUx3eP7+BQnmVFTTKFO0SsyYwqNCxAZYnhUgJUsCw7WJHvmCPM9Ya+05Ujb03mU1V01uwXNoBymnXqgqdsfmY7snyubDC4HR5XucStFhz+Zt5HZaObQB5cWXVpWxuoyOn91bnzlrAWwQ9yIF2s3LdOW8D0zNO0505wZl9JveKHViB9436VeLsDPElXTznECbI8vMzmO9gF3ihQi5afqgf7XVHB+HDRQh+HikOOEO6+RXt6zcDykAOL+/3SnJ5kD1H1rNbYQOT9uuzH4NrZ3918eV7Qauhqj7IiLvRiNgYXxiD65LobeVVhKJuzaLKfxw0wgwG4Qj6T6BpwYtqfp8vXFhhKq5OGNmZ7wlHnYj/3X8+FgruHB9zO2AkY/odbQSWzQW+Bal+0Y+8Y7lylHXpma7RTD542ptAp4VADuCu2Sie4wG0aVHhruJluEy0PnhhS87/wHv6bK6TJTFOpCrD+W0KGHjaekGm1Ek0CfcSTal3XntTxNarjBtODTPAXLHVD2A==", "1: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", "1: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", "1:eJztV2lUU0cUDmEnYROOWlzqggJilSwkoOhMDFK0dYFQ2lKtxvCA1CRPs6h4XNBT933DUxXLKVL0qC1HPS4VfU+w0trW4lJxrwuCilQWiaIinXmPiiA95uXU/jI/Jm/uzDd37v2+O29ez0lkfIoTj8czuaFmFKkjNBYdkdIPW7D5Q63JnOLwT09hJvUq3FO+tf1PNv4rttEttnjElUqIHmJIo16tU6apjamEFk9qZ60x/7Et9q3tDdgG/mNjKu8F08NIQ3JLD4+NwPNFTCtW4eJVGEm92qzV2AgK5wYSM20kN5CEaWVcQdgmCuOGkjKtnCuIcSXihgpn2giuIMaVROWC/lRaQyo6ZV+HkdkTk4x1JOXiSM5iIrlgIlgMR+01o8K5eIq0yxOLEots9cSKjrMgXoKJxZx8iViQzYpgk8CCbGaXFR1HelkBsX8yTiBW5eIwTiCZPSC5PfTK7clehD3kRthDbiTHRLCHOYPhVFDNIrKZ2pZTWSzngmElJI6wQ6xibmJlQRJuEmK3J+EmoWYQNzWwZSHhpoZmEDexsrUksVkOL4O4lTpbSxKbBfEyiJsi2FqScFMEC5JyUwRbgFJOihCzh7+0fUXgG7qpEx4wE0aC1KQRegQ0pg/XEXrCYDa1XjDFGfcEqFGYTKRGi94+pKHNdd/jxWIJ6VMIFZ6cQJiN6jQi2ajWtfNtoEzTogEl8kYYtX7I0GaOO3qI1hoJDXbG9JQ6UjN5utZEtLNajDbZgjamw1dWreurq7kyoaSqDcmmFMd/re7mnInefMD+rwvYByNIC56ssTVub85xy1oJTNxGIHg9vLCSJI3JWoPaTJjYjwNP1MRZ1Aaz1pyuMBrV6SywO5MSo0VjthiJZGZgYks/Wm1WtyNUKXuFl7TeHoGH8Oc+ti5ekHS24NZNKqf3oWeLzO6wolvendgBteDU4jPXrgv2gvf2ZD3IO+EDBzuM+tJzTCNotFqub/GtoRLig7KXhHnRm8sxwEpl+eYeOdbpCRUkctvVNamGmoZm5Q7h0QXOHfzBiS0gIjVaS1Y/Bzr3huzUvffBvk/rD11a+gf1zT7548IyZ/p84v2Bh4PuUsjJ9+uJMmr5yHtOUl8rVebf7efboIaCfuqis6H14EHE8PeNDU9A2pqqWSDcCgQxfSz8TfVAldlzpWWqNzQxA3yY+PXO3Rcm8OhVKnPgxrkC+twmtNE0Pv1Vv84bzi3h03OfDppyys2BnpnbX9m10okuMK/r7JTYBNDi3ncPOMPsgIFXAxfyYFZG38KFeRUUj5zn9OOqSlAOtv151Os4mBxq3Xh1XQXY+nnILz7FbnTJXhzQSdDHZd4GpYAHmXw+LAVSX1nUkfhakML8ngHX6o6xY581UeOvxDjOEFwAI4X80EWZHjDfsWJ5cJU3lC9RTLw91h0moG03+XjSjFuRgI5epqt4GuJFQ+x+SxE4mXBs+7bRJZTPTNnOoR9fpjAd+TeqwbsLKuMOdq+gmnpipsqBFyYwyAGuzn4sKh/gB1Ey0Qqu8Fbu5uM98l3o3pcb5nwR5UtLMw7A+Tdd6dBFHS+emu5BV22N6n8ugEfrK57uqIkX0hmx1OxuB91hQNylLrPUzvDX8R/85HrECR4NwxltoNaOe658UuUBmfUK7gDinZufdDpwkfr9kQq58oe7tdemLvXiQZb3SkrlnLN2kMKPzksvDhm0tpYqqg8et6qwkfIt/uHgCpd8iod/GXx63Y75cSOyHlGZe4RTdy27DEbVrUSMVgJmu8UPqdslvZDHejAeu68so8wx660uE0rAiAEoA9M8aC1DXC1Iwm4b68AMQWDwHKEPjVTgntargGL5coGM2+prgIl703nAxHnDEbp3wQyvBjia0xk8uG3KEI/SHEf4V9KwoXcuOtB9mUDqWJ7P8OGK4CrPo2GNlDyA/qyH4gZVkLnae+Z+H8jEx+8AQ1CU9dudoROm21MIGRkEekNGrlYfWJqDHQjoqNGn14x7LqSvlM4zxST40d96IKEXdqCtOE0WIR12OMhbEC6kZb8NRjPvAVZvRSCZIaaOQsWCKLgC1OKPwvrtqKL0ibO/2z/pMWCOQoUhFb2RSH3bd5FDqxOEuWu2YxP/DZ9j02o=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lQ00cUJhoMAQSCIB6gQB2p9SQXeP6CUertAFZb6xWTHxAMiSZBxbMeY6u1XnjVC5W2Vq3ttFbaKrqvOopnvcXx1npUaS2ggsqo3SNKtXTMpvU/mWHDvt3v7Xtvv/eFjRpuS06Venl5OXzw0NtmEY1ZFjFVQyzE3MvscKZKns4SnLbMFDLTv7a9AluNf9j6VNmS8b2k+OM/Em32TINFn26wp4lmsqkaX33/Z1u317bXtv9s0z61UVV5xuzONqupakbWupP9sXRUphBhSrDbMg1Os9FNkIoPpKSjmg+koqOGD6Smo5YPpPEMRGxKZUot/JFitqZhVX8ZRsswKh5MHB3j+SFteSDxNLLYNjyYtiwbtzHsBPah9gDEeVIs+3C7cnS30hOQyhOQmpM/FMRIFxvnCchtPtDdWk9O4uU3O4KBYrlA8Zw5MemiB7lNPaZcFKPhwTA6KLU8GBcb3C43a3OK4ZQGivFAG1Rc2uDCuH2pVXqi4lJUF4aPcUxOVHwaxNijcpsJfwe5TYW/g/hajxFV5YnaqfiUgYHUfGLMekLN1+QuEJ9EukB8jGDtp+ZjhAvExwgmxmo+RrhAnoixmo8RLhAfI5ioaPgYwTpXw8cIF4iLEUrWT5rqGUFefY4wsuAU7aLNmC5mYqA9u6tFzBStTsfzDlO9ycwPDwkOh81oxv8p2qwvPCF9nznrlz1STCGb+4lOuyFdNNkNlmrem/p0M17Q49NEu5mgX9gjx390MdtFIzksJYggbFlks9FiM44YY3aI1ThNNJuycHwW8jow+/zTqYxmlGawmhypNf+N28qnSvnq81a8LG8y07ubcCB3wtrnuNLmBYIQf8Sx3mazm8xWg1N0sAdYbTwkZRmsTrMzO8FuN2QzYCNaC3uW0ZllF010YVjVvIvBaaiGqBr24lE9H55Il/AvsY4d93kLffhlwXh7YOdO6eGwI7dB6/OfBeg2TE3qvvKDfCEx/86jE2PDoGDxvMBxWoXubfuDwJs/HEa7TBuG9UtuDJ9uIwsy3fkmtaYs0pchi/zB6jRHKIyf1rrXF76BuqQRy8asWFuBvPMWtJP0joCVis+3/xwm1R0v+DUkYt9jdHByNzRxcD2YkzWqYe1LMp3us4s7AgYFwWW/nPVTkyKgU/a7X2oOSWA0Wd7kD6XGg4N77g2H/gEtv1v55020e27smJZRMjg9xZG4ML8xjOroW5Q3UgZvTpr90wh5Lfi99baYwOJIWHNK/Wd812vIn7jtLofHJ8bebBp7VcBeW85bfVqYYFC+0+YtX4DfV3VocaIUlSUcTj15oxxNvVK4dNviUPD5KnygqX0hUq/9Pu7+znNo0Ql5erTlIbpmwJ6/iQQpDahIYPkHgzVPUuAdLAOW/1lh5FDZL/WP+gBOpn2fJAVENb5r6T/xsfA+LUQwRD8qz7q0IhDunS3CmdwXmpcvOZ/zYSBEHrNh5GW0hJR/4x4k7Dm3ZfqEQPgWkUAfIlrW6cXC5luOLaHjJTB/UmW7kdYoiIklET9B20mZr4XAvR7vzYg/5QeFPeNmJgzz1uEojs4/J4GTNzKal4dFws4Z6wbsVz4UStbt6Rknl0MQPq3TgLowj5Q3V6p7EkUCrGDnVEYATSsvSHejcn3psd7XhdDZPW5J1aFAeeMVolvm03DVkGbbhJAjXU6XLIyCAeQi5kp14cVXtA2gAlH3yxVQt/LA7X01FTq/JuTG6gBNLygSjnldqCH3rQHUvFEBQ5f2Cp09qz7gy+3oO8Abmg2au/PelzKoHJS5+7GyPrzVbsGByd1uIIqbpQA6nRwONJ+Z36KMC6NmzTHJWZ3Do+C7VviGOgTAwdv7dnXeJGH5LgkHSttEX1c9/GCvrOPyd3KjgXRJ8ZUziOFrg36TGXssERrVzeh9Z85dgXRDTKQE+k/8On/45JNCX7pwVZgG+9d0zfcBfPtJZxpWCIRVGc1PIVbXAMjduOn00NFPUCr9eYQo/okE6juKgssSKtCBoMKtP35yh/XVZrmLN6fQli+yC5ttdcVdFAbXjkSffTCpBLE6FKMCZ0496eIwaE2JuFPwo4ALgrbD9uTFl0OhFb3QqwK7jzLUZ3jQu22/v41yMfuXNW0ELUm62q2CAae1emYp8iLEmhcNbH5OuLQCN/KUIKhHGmGtHEi3PVh9EQ3pSSpWFzb7j/rq47NS2DeaKMohgfWzN8TQwvqDI33+HxOQVPcGjjqjoCawfDAfSDlTSgTKC30ISMh1Dq0DTC/KhOXXI9b99pECsGpExKfdRfJZjbF0VQosfpmrno8Qbub1dY6UClenrTq0YW49+Bpb+67yheMXLvnlNKupo+qfYE3D38y2zBe/kyXPKSl96VVjU/4FwPmzaA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lQFEcUxuXcBRSREgUFIUggeLCHgBozIEh5E11jLAuPdXdgR3Z3dA+VKKLRqKjB23hFSRljYllGjZjy7BeMoiXeGlSiQVERFQWCHB6Q7pkleFDJzv5KqtwfvdOv+3vv9Xvfez0TNIkdmeLk4OBgcsPDMFZHqy06OqUHkRDxUMZkTmnVNIszs3olmcW/k/2nZMNTRP8kG4lzqvTAD4msUa/SxWtVxlSaIZta0JXUgiyxBdnAd7L/gSyyScZV8t+M6M8aNM0zsjaI7JdyY2+lCx6VjCEVt4J/hxCZTMphRhmZKTZgZNwoV5KeE2dk9Sozo7YR1FsYSM55J5UKQym4MUooiDMVKQzVixujhYLsMRXFowSGPdouVIw9yYrhTclsR/Fh4P962cpanhH22ZLaY0vG/ykEgXjmyoSBeA7K5IJAVjbF2AESaIlnoEwmCBRtD8hKJZs7Gb+btxQpBCSLFOge38o4jM0sau5ksighGCsdooVgrIm1mQ3NnUUm6N7g0yq3OdjNDUIutaMm5ML4YwXZQ2+5sJK1goR1FCvIZjK8Ukhym9nwKkhYc7CChFUfn1yFoOprAgljBF/nCmGMsIIEMcLaHBSCGNEEEsQIGd9SFC0zgrz/m3zJgpk20qxaS+sx0Jg+QEfraYPZ1PzmyL0lOpOZOx7iTCZWzeCbkTW88TEh+VvZqPQptJJsHkWbjSotrTGqdC18ecRrGbwQj63RRqYNFryxR4wfEhgjrSbGlF4EwVrIZrWOVadNZ0x0C0oTGY0F+6cj77uM5G2lrtyJUlUGjSnF8e2USl/lkEz+RryIk0RxPMsaNYxBZaatcfLEwwiLymBmzOlxRqMqnQcGcCExWtRmi5HWcAsTm+cJKrOqhbwpovjm/rp7NFki3+BEuuayWBv8yDF2z8dpG6ZvKqbmOh1fJp1ehq5NmJYU0P469eKHyovDJt1Hv3z/7fDYdnfRtbO1ypJthUhcn5P604OXiOo1/uAgjwrUPb7Tw9v7HcBrTO99J2vaQUjY7KUH0krRBjf/zePDD1GPZ+Gdz3whzzdU6bz1AQov9zwaud4Rcvx63ghZ4Avqx2P7f3T/AvW0qHCuKfE8yiCKs/zhKp6trjlBGRRzfo4ViWI7x6QmMGw92kHc8nKAmLo8zY6JzylOXFGCBn09JzRvQRVKvVI6OaKmDB1v2DuzKtIHzhG3N1ajra0OO3v75FP8eV0gP7zPytOZL5EPdeL33Pm1lGdx9+U5M5xh8e5bZWv2imDryj6ths2vQyfXHVq7PMkfKrafGBKdVUodexqWvCzvBdUan+KDda0Be/f57XwxBOtmfLatWxHyG3Hdf5bKC3g/RKBdUT6LynWBBTG/HdfvE0HD5RlloXsC4UiJT+dTd8uReHEgDkE1OroFB+SOH0jddnYaq6lHhYonMQPyW0Pm5MPmVeskkBtNDlyJykLJDglcZCe4nl3vDVpiuKsIHIkigxs4kzTq28Pa+CW60uduscP+zFaaQ2qp4GzLVH/PYkTUdXB6gXbtn5R5rZ8TPJtNJP5wPuFqRfXguxROnri+2BuOjFwblP3UDSSFW6f0kzQgklXxgQCYi6O8/dPnVFeLCKc4GxFz3YMyEQ7mQJQxjnIqXRpW7lmDos70HX5hRSNiHFhMrRIUFFitG53hAhE1X91Y5doW4irVBeOGVKLQO/M2n9lRSZ2aRiLQAegdE0eNfL8acXq+dAc19jJ9jC/cXLXwi7GX7lGbfu2y26i9QeEBRzYABnuIIha2v0WN1fT9I8lTEjt3DTl4LepoKvSuinOEu1WBOFQNlOrYpQi6oweQbM/yagsqbCUnyzmW48mUthCOs/o0zBXOFODfUA+Q3dvV9c68elQvxQ8hAaDnNorg/mRygkZE2H16dxBwtNsugYNppDIkUEfoFtIFPKfuXFKkrUcFJCydi9GE8NNe+X06woXgonoccoSdxiVVi7g67NYBLqxIboh/dgtxbiQ/QfBo84fdLgfAInzqwyUO4NZv4ydbItrB6AycuUZ3K/9FkNwFR3KoGN4bPHNezwIXvq5cSlBYG/fc79JF0Bj0ssZS3BZaJ/24ml5UiPhztQF8+N23GB/gwp/kAv3PpVwpfdAGsi7eLHZX+sLD21F+UORqxYmAaMsv84FvcPWbcitRj+U5ddJ7Ymu+OgPXauMMqfgCYPWm13vS6xcB/33fgkz2F/g0AHw=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmHlUE0ccxwmHXIkk4b5EpFpvYRMCeGUARUXUStBntYoxWcjakIUcVqy30goefbb1ttTWq0XwatXaqjtWrQfg8YrPA6totYoixROBop3ZVfGgr9n4fH2vT/6Y3fnNfGbm95vv/DZD6Dg6Oc3Rzs7O5IKKQbSe1Fj0ZFo4tmBzEmUypwme1GLNdIYK1+Lf2P5Dm/1LtsFNtmS0fyohekmgjRlqfbxObUwnKdypmbGGvIKt/xvb/8hGPLGxJ/6pmuJog7aphtsG4P4RbClT4aQRa6Qz1GZKYyUk5wcRbBlpC6TgB8nYMoofJGfLaH5QJFvG8IMUA7AtIpwfFcVREfyoaJuoGI4irKc4j2zDItgHEa5qgR4qypCOPlv/ChG2QLJXgAgW6kNbxvGA5LxmknOPSFsgBS8okntE84I43RIRvKAoW2aKsmWmaFtCHmPDTASnc0JmLcSlTJaxem+55McyVm8tl/tYJooPw0mIsHqPuMzHMjF8GE5AMquPX1Pak1m9QU1JT0bwYTghyKze02cSnsyWUy6z5ZTLbDnlMqu18CxkS2qQWa2GZyA5v2zM6UFuSxKSWy2IZ/KJnJ8iOBnJbUlCcn6KeAzxUgTBZSE5L0UQXEqRN68IfEkx+eIGM2kkaY2OzECgMbuvnswgDWbT8wOmOeGaOypiTSZaQ6EfCLThhRuP29PBUrIzSRXunEKajWodqTWq9c1cj+J1FGqIR7ORRkqKDC/0cUUvfSgjqcGTqcSYoC24s0ZPa97/gDKRzQyaQGktaH16/MOa8nh5UGfWo3S1QWtKc/gnxRHyxxp6/X57vw6/xTb6/UScUS/oBMcRDxxP00YtZVCbSRN3hRGhYqhFbTBT5uxYo1GdzYGt2JAYLRqzxUhq2YaxTfU+arO6Gb3Ko7kP4fPLI3ET/mcIth7ZF1dE5UvB7uTFoQvuCeHs/NKCY8PcwBzN6HMJs0KBro1+4iTSC05WE8PCC+yha92q9O8KfEDjfUvFSokz1FSPjOutcwIzFsXP1V8VAUVpj8EnhkogLZ0Fj4Q6AoyvLWwFvDb2uzipzBfOyRn56y6NAKZ2KBYf7B4KZouGbPr8igjGF1Hns/LsYFjih7O6CX3BjUuKAFjeAo7U9rgwZP5d5baoBz9rC1qCLvFBqEkCswrnluvsbivRItbu3usPAvPHdCg+7g0X42U0NDBolKR1ecFg4c3JysjzrnDFH8Hrr/WvZx6StZfVak+wrKPforJcIUxdmuQ9L7FCmdXL7dTqcH9gsV/uEjhGDMPK66aO31XLYHPmFClYVOaKQiGA3Pz1zMEO3T8tfuQJtjBV+T07P2LY7nd94YSsQFFFkQc4WnDs5PCqu8xSAwpEohdM/qFVzg2JP5i+A8y8dPAWk96Homv6+nH+JvmCm6I94cs6HmIelk2sbBfREia/vSp3c6gUXBvf6f6S3/587I8Irvw6bOdf/VoD94S2aKmHmMxU56P+J6Rw8VZhVmGxJ+ghGIRCKoQd0fKm9a9hWiGvuyoDwai43tfOFFYxOhyQbVL45Yai06kKCVgxDL/dZli3AmoYdh/cPMDWrobVgp4S2IvtUMecvIoW4usJ8HZ23ieA78xfYpA6uMB65LZZJQWKnlhBIjhs7zdrBk+XgE1tL8/KzwgDP57NayRrvWFpCfpLcoKna+4mvvuRP+hcthztiD0X555u4CaKYtlyZ9ALN3zhCTnOGTgOb9lla3AIkEvQDNIguOOE3Xl7Vwd4fRFyuKoNmOj+Vvup81wgG88cARSPiPn+kCIAHL6iXHOhtz3shtzY5XRdyW7zdRcQhIWc6QkdXPNCNNUVSt8zR2tVGh+wZ69vO1WOH0Sqd5joXs+gSfJCwoJB69hbmpLRAljnUbljk0Mt097Dfdu6Oi/A6ugrZzh8ysbt46b5wEIUzglDpCCmbz9j3Sd2MGH7ncayB4HwbGH9exkHhJzOydNMbuzYK8fb+EDxJMWG3qdcuDiVPmI4vXjCezuR422DQMm0/syU4HomUWjf6ePFAdCvncppdbLfYztkWP26BkBWr/k+oByH63Kl8pzOjp6xXwyxt45yf6BCx9qS9RMTgYGUFpDTR0vA6rTLOQaOQh7+7gLZuNSEgAOtNxt1CyuVNet/GRiV6wVRUA+nCEKBS2EQOooMg2V5kRJBn4bi6sOrQwE7fGAloy0ZPfBQP2844gixf0t1IGB1FtnI+IwfdGeBpwQKP/t25lBXMTdOgxjuGDftTK9sR8im5lhDOvpQ0hkvfiIFz2U09u7QjI34GyrUMlU=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUVEUYX2Bleans8jJLjfJRmco+cU2dwSUC872kHtNyXS6wxu7V3SXByrL0qGVpmdZJVMosLPNBD3uoMz7LKF9lHlNTgRREaYENBUKauXdxfdBpZzuc0x9yDnN3vpnfzHzf9/t+e2fjp/HjMqUSicQRQpqRfA5nzs3hMjXUQs0jLA5nZkBrL8nJW420Z7ht+5/ZAm+xjfLaxpGcGiPIhxTebjXlGLJN9izOQie1sdZoH22pt223bf9o07XaBAW5xsRhvC3D26NjaXS+UmhVRipCSXbeanJazD6C1GwgldBq2EBqodWygTRp1KZMYENp/ULphHYgK0jYSsmGShRaPSvIn60GiihGWuiZUWLExYfeGEweRosti3wN/itIKTxUCUwglQhSM4HU4kPrDyiRCeThrc4fENtOItdVKiaQzh9Qoj/JFemnUrKAVAn/AaRhAikZAyFKpoDxmUWiYgoYn/kgCqaA8ZkOXr1UDWTBeBjkc169sqf2uWa9+qX2Oate9VIz5UfULrU/0qBmYk8riE1PxBSp/ZEGtT/SoPaZDNeD2KpcpIOGTcI9IKYq94iQhk25RBZp2BjhAbExwgNiY4RIWA0bIzwgJkZ4NFLDxAiPRmqYGKESBU/LxAiVWE9aNt0XS0PbNiPopc0RRwecnJ3jzdmclQDt+Q/ncFbO5nSI1/Zrr9gdaC+cNEkOB2+2kJce3nbTDTDs2mLp+TM4I52czjntpmwuw27KaeO6aMi2kAED2Y2zW+TEcNOcUPIh2WLnzHQzYyRF8Ll0sjmHNz81y+Lg2lg0xZKRS86XQy8Llo63LioTPMoy2TIcmUG3kkdzA4dU7e93dHv4Hc7qd+vXvcZTBu3vd8y/+U17Bl8dVjA7nHB9NWr07e9wbHskujMzwXXX51ubcJMg0PXowgaet2dYbCYn5xDv37SSxuaabE6LMz/Jbjfli8DuQkjsuWZnrp3LEAamevvJJqepDWHSirdk9Y3H44REkH9qPZpX2VsZEgL7Ge6qKn1agZsXuE8cC5Djjmf6LS3MC4J0dENBOJ55J7FERuHErvjxu3cGw7yC9+79alsUDu9535zFehk+1TN47nJDE4icrft46DEpjksd81cXR2d8+J4TDXMuSGB4Sq/cwEmRGGif+DptsQR32LtEOatfGYhYtv7FsWkK2LfL8p9Ds1uQa/7+9J1Fh4DqsYQH1v+kgMmNl6qw/gSQnl9836WOFWh7WXS3/VwUHFpxfEPj5AC8kBx3rqMGla1bueduVxRsUJ7b2Ku8BCiiwb6Tn18B6x4kjk2T4fsnL9n1Z5EU2xs6V27dVAP0v+y1aiQKmHp2dvTGR35HeYIjDWjrtOePD9FHe+w1KLShMOvTC3+AC1KNXDf4OCqdGLf1sOQAIKeLOpTcAr6oa/45r3IfIF5PeFwpwUvKa3sc4ZuB/rPvnt6x5hxQ79nS37a2Csxb/eNHBx8Lht0GZiVbeDfQDd4+bkV8PRq96U1uobkRxPdw54x/rhotOvLbmfBlLjRrx5quA7rJ4SeW32a+/JoUjjr8+uSrhlJQTtz/HVSA4RGBfRfESrC4fyM6PfrVt2xvSKHsybdHxPwQCU+mBBGXTqIp1r1Xi58JFuP4lQxWTxpGQncSDLp3+DMvbZJAuuvGL/4CJiHgu9HZcJoQmZjvMTGQntY1342ucpfLTfGh8OODR8df5GPg9G3OZV2k+0Bzfe6Zgtcj4JOyA3eM7RqDq0p1XfHKKDzigzCScSn8sCK1f8u7oTi2qaR6vyEO020HjAiD0vGd+hVPicMDbGsDtnWQ4tV/fLjv0UQ3oLS7omxCPz5EPZbjzUE08S3go6np4/pMlePzTetrjox0ISGsAW5w/MBlY9k6OVxRHDFzwyvB+K2lnQkDy8GWMU+9M6tAAacIgbgMhoQdWztjSC0S9l0VBVOEwIXi/nS7c00IX1w9+ME3oz1xqxF5PKEK3PUsjUwd2v1TX+6O0mog1InuAc9zUGsfiXxwgdNnaADLQNGE71V7lEG4T+GizWcrgyANz693/oB+GX9xwDd9ZFjmiiUV4gbdY6ePrHutFpgJ7fInNoH5VWO/7D4/GAr0th4Fbpre3nVAjE8nSCYbnT0vgYOZR89P71uDCMnnPTtGBkmVTd/mlsCdRe+Pgssk2CLh50r3SqFAN1c9Es9ZgU6R6YfqFPCNkudT0XNBsCTy26+/fPVXdGAhId4rcngOvH96R6dGQIr3mKK2Boh1GQXTaYEVhsEqx+cxTSU1QC38rUUTi7QkVVcQLeuIwEAcMHJex9GbDoGXe5irJ+2S4qZBM8jSF1HZt29/s2JpCExb9ULvXSmR0ETSWbioHs0WCjQQUnrs3hUCV8nXbd8ZdxkI4Siq9fgZAAWeyU+hD0iZb64Nw9MiJ5ISi4GoU4H6vc9OoOJVNEAdYFr/lvjm+hi45Wzl8uIIFxCkP8mWRd64eKvjRo30/uDpvVi3YVP9DToPGM8=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztVgtUk1UcByYbMBgwxPcjT6iQqWyD8TD97hqgJMmBUWriY24fuNz26bdvFmgPI6PUgmOmlR6DFLKTR1M0w9e9lObbzDrhWyJBCZ8oCE6l737fVCA87tupczqdds7u3f3f+/v//s+7O2A6lZ7VxcPDw+bDDs9TZtJgN5NZYViCxSkmG5PleX+lYSiLDq+0/8v+dlnqv0g25j8tC29X3V73V89SVuPDFd5LxucV3Bilww2ioSmLnjEZXASphYGU3BjtDsgtpjhhIJU7gVC545MqGcsU0ToxO+lM1mz2SnocJorDKBVCMNE8JlKYdWoeFSWEKYYbYzlIAmWf7hJEeBBiedOUQjBxPI/AIDhRKleZeA5+UrhO1Rbmslc8CT+5HPI2ICEFwVvGT3GCuHiQUlgEnZ3hcu3xp91h4ntDoRYEUgtswrYgYemNcaMJndkV1FFOHpfD0KYLY9zIrDLWHVCcG+WginQHJCyzfA2phGWWLweVsGrl06QS1hdOkMv10BbUeUGks49nW3e8wZA0SRlmkBYWSOckmkkLaWVs7RVmeeOVlB00NhtlMLGXDWVtr0zn90BZRs4sUocPZ5AMrZ9BGmm9ucNhf/aHdoaJ3dCybCRtCmQFHc74sj8STDRpwGTcSmumDDNfMdnITrQlmYx21jAzfj2ZRH/VJuFcydZbjbYs0SOa535Glf+8v0GP8xcf0FJ2fNjgqtudBPHRbvP3n/NGc1Zyh/rA+rBiLUXRRpNVz5A2/pkawA5pdr2VMTE5GprW5/DAflxIaLuBsdOkkduY9nCdoGf0ndSpSs2/pNqbR+KtMPaLpStq+35xcUw1EZFZ8F1j+CVIyfPQgeKfiLH7JCNXvHCXOPLusbNVUgla3lr4uiP+OAwPlG4pzWkm5uYNTyld6IVeI6KnbEtuJRJH0y2BdXVE3SCFz7o+N2AGE8ZCWohDk7EmD7DDW96VSPJF8pKdFd0HXSVy1V+NGj/pOrHw69/qPtrkgNz+D7WQ1ysBb24Fb1WP9kQhDZofs0KDQO7eiPglYyUgFYTov//5Khwxi7VslRzsWFYYmKsWgcmWPfc2zZUhZkuo4+CVRjjhgHL3xmE+YED/m+YXd4agYYVFzYraK/B05Xxb0lJfsObcLtnKG11RzHuaaTVHzxKcW3uloKUou+yPsu6ozH/2ukWnWqGtUt6gSfUCUyVHeqadlKKEReYLji/FaPyl4dsHF0hBxYHixG9sQah2/cDzeav80QY8HW5xxk+ECs439D9GSYHOe/WSeM96ArNExDdAan6XPQUbZWDr9DdOjMypgm8HpG5YSt6DkdsHs6aI0DM705cNkMnAtmR/ryGSnuhOD2xJPXFLPPXjlFAZWBt9eMS4tD6IDfrWDSIHrFoZzEbWGxgnn04SxQajtJO95+mVTURF3JPPzc2rJKpYd1Wfn4YT4jbvmzPKGywun+nbUuQgOHeuH4ML5h0tm2iXA86/CH8gwTT+3VDxr1FXYxP9UH63E0du6S4QfV8yjjiX2gS5/Oxthb8MIXtWT8iHQ7V96qvVL8P1x6fOSe33DiHG6cyUAc6PD8Qo4fblelQeCHoHVA0tLAoAaNITmuuGKnj4EP50BeZXc0ue1jYS1LUF+zMqZOjC4vDLAbt80a7IT57qESoCPK8IOeLZxKf7oIsn1t3OtPiBol7Dz4SJg1Av7HCxHPXdX0Os+SyYz68qAFlXe+7wXuKHIlNK/ZIGNhC9V02JOFjohzZPbCw/uVAGmpaf+TB/waewYu2acSCkCZbfyb95qjIYODJxQdVAPu7NkK9vKZozG3vQCJt1v5es2N0Mt3/7vvhat7uQ0xt0DtboccQkCHdTZoEIcVePxprN/gFQlo5Xv6dHx8tS0YlM+SfRtzcl", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lUVFUYZ3AYtoAAWRQjMiDRQpgZwCV9Fwc5oBLqIEczl3HmASPMPH0zU6KiEiaES4YaprkXqFnuEtjxPjGWMnFJUlDMEB00TGQVUOi+9yYRpNO8OfWf88e9c797f/f77u9b5pvX5hFT4/hmZmYaKzREEUm4XJeExw2hJbR4klKjjeP9vQrVEiopvZK8kP0PMvPnZNHdsqnIL9KX0JdwglTJkiQJMjIeV3ahj8m4522I/o9lES9kHGR+PbLuqQfHEWpF94rei6TPBzKjUEonbihJqGRapdxIUBA3kJAZg7mBRMwoNgXE0TwWNEIqQKNUqY5H9evfIGJTXsSCRnLRExRJywI5YYIZjDCACyaEOwUhrGmsmjBCN88IzAjWtEAumJHP6jHSNhYjFBqrh9XATkaTwJwOZCdumgygEE6ahOwkNgUUxAkkYqdgE0BCESciDCBubwoxxU8jOGpiax2DMZo8ttQxGKO5684kIbdwMBjHjQUxCzK6nDwDEhmdgM+CAjmB2GonEpoCEpkC4hZ4bGEVcUsmA4hbMhlA3CKCDSMRt4gwgLhFBJtM4r4jgu4XNW70hhYncUKegKsQkEwen4SrcLVW0925MF2KBb2yRUOoRkPIleiHlFD3aj5tnl4Wk7wAl9KHY3AtKUvAFaQsqY9OVZKgRBsSpA0nlU5I0OuMNfoSpiRxOa2MWUmSCHniB0oN3sdt4UqFDhmWRDdaSpvnb7NknhIvUys0cf3+iWGh2MBZL6IczNgOTkIQpEKplmlxA0F2aJiik6m1Sm1yKEnKklmgJ8MFqZNrdSSuYDbmdq/DZFpZHw4TB7B9Tk/zcHqL/qNGS13WTLjHF3dhDl+Idh8LeYT5r9/5KPBOGxYfpiTqP7qLpXx7Yt7yGeYg76LZDXPrDuznWRNLLcc0Y0vShk/KsanEZnVK2u8n2gEfnfkWK49ibOGB1dcSzBoxj+FV3gKePZg+8ljp+6d4YOZhWLf97WrszC/D8AHVfBC5bYVv4ao8WOR1iExw5IGW7KoN6RYCYO2xfbbf2Ros3bWirFWqh6WbT362PtoNuNHLW21Y/wthV+ubquHqJ3hrze9OYPf4E41PLtdCRi1Rjx3xV+/hLXUG9bnFE0M+roJRjeukWu90LG0K0pjjBthndsG3jmx7kFvMpyzLBkyp3DoQTAsYus95Mo86NqM5vzLTlnrYNGHGqkWuIKPp2pVUTSP8HJnhsDgHe/lu3sF+JYPBH5rjLh1n2+Ac+oJ3nalx5+PK9UNdga/UYk9WgSUVcPINB9sgK6og0bptZ64juPXV1h+8Dv0Ky/afL4+tuwJpelJdfABDtz+f4uvXDLlv1wjp1yzy8wB7Xs9/nN7UAoej53xvUQg3XbZOGPzmIEBb9wS3AWOTp+8NOncS5q8V1LuW9gO6De78WPsG6M4ctAQMHw8sgHx5xZjkq3zQKpizeZJLM+RFrbSLfuAEFpRlXLpx8zE8/dMuxGA7dmNh5rqaBmdQrBKvyKN4lH30wY14hh7Thm9sEXQNBkWdR5Y0HLoDy/XzhyFfQZW+Y99D0guMG1tbcaCdD+jnHs9px1j/1WIML5W3MN+atO3nhlqBlAtHEbN1WAoWNLsgsg7zEaRukqxuhXGtNbJdsQOBY0nBd2sFrZCHoixzhyXFhKWjJ1hc4jcqa6I5Rc30Cn0od6VOnXbzlRaheIiY/NhdcxvahtOR50wVIrGF3B2s+jHm9N4vW2DWeygwVf0pJv46HUH5oru+gRnm1DCGID41miZgth0w+3RZx6h6Oworvn585VJz6rfotdnqS06ASOUXfXLYlvLO7lq/rMOe8h6ybE1+ogNYkQc+rC65A/Wv5NZG+DdDOpoKa3zAGcX+uTFTr8AqdMuFoxVY7I6vv7m6wxcw4Zd9G2PcNfomvI6iNFXhDZAWpzTKior2dJ0f1VgHrTNflf+5xc3gN2sKOQtR0AAZ9Ys9QdbZ5REwpROO2ToN3XwPCz43+p2LFwcBpoqFquNRpSVUmp41oGfFZVubPmTCvwDCK1tP", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlQU0cYJ3JfooKgFVGg3idJuLz2wwCCB1ZQi9aqMXlAMMnTl8SK9UA76ojHSKmtbb1vrDp4X60Pr2ptdQRaz4KIWhVLARFBDu3bt/FCZmSZtjOd8Z992W/3t9/1+773Nt6T2Og4KwsLC4OdMAxjtYzKpGXiemIJFg/VGIxxkuezECOri8EzxTvZfyRr8oYs6qUsWshVjJPwI5zldEqtIkHJxTMavKmes4b/w7KId7L/gczvuUys5BfMGcjq1S9neC0S7/cTR/8Y3AxCOFanNGpUDQQF04Gk4hhAC8IyPz86lEwcA2lBoiopHUoujkG0IFFVbzqUf2O88ieq5DE2wiNGo48Xev3bMAGN8SmAKJLRKAokGH8aTBDBBNJgghuVWoKS+jVUE8kpNWFfgUmlVLr8CKjBISdBIKAGE4JklTwCqEByykwRLhDzelOBAhoDCmwMKKgxIQ+mDDlpsSKGqjTMqW1wll52PSlVOZHESoMaQSFpcCNAMrocEfNkdHVrBtEVICGrjI4NZhBdARKGyxpMh1dBdFVLykJGV7WkLGR0jDCD6BhBQHI6RpAClNMxwgyiY4QZRMUIKWn+cipGSEmDkFMxQko6hLx+RuC7hcEDLxgZjmFVCYxOAHJJYVpGx+iNhtcPjLPGM0dhCDEYWJVGeM+x+joXFYcXh41MmsLE4M0jGSOnTGDUnFJbz61GkaARFhSCNobTNBcEdfbYCz9CNRyjwspimmEEa8KbVVpWNfkTjYGp59Bwjdok2KfF38gauzcPtRU9ilfq1YY4yzdTKn81SbLAf99vt7f5jWeKhjrsQu1wwKuNQC6vQxB8Hj5YwbKcWqNXGhkDuYY4C8MIk1Jv1BiTQjhOmUSAXmIsOJPKaOIYtbgw8eU8VGlU1kNUOfkElb1uHoOX8B8VWLpKtmFfYKUDNO2xZ3XxVi+Yu0KxWBsvgU1T+jtc3vgH3y8qK3Xc00o0HFyVJ3MeofLD11JqmTK06lT7DM7OB7wzuIRUnQOMjO60blHGQxS5OrnjiQX2cLSTi+P+Lelob6Fhf8tqCzA1+caujZcneG29F9HzmQTSXS+GXikp4PNXNd/8Q4gtTF+1wfdwTRVK8NFOn7G5BC3Kzst3zPGC1lajBdNsoL3qr7EDB1wx2+EMTmnp80ZElqKImzPcdg1ygjELgi6dLvKGQdwTl/uB1jBW3ffG8KUlKCXj5v0Ve2rRjsXXEyzY3/iqogeZwb5HkOzU7p76jSUIffjRbv7PbHRs7Xu9cjdZguhXhC9ETWoWG7zPHsTH2Qr++Ln1YQcMjnB3Seci5wE2kHS/o5/djmdoxLU2M5WcOyzW3q1OL61G9k/Wxe8tzOFx1BR9PMEidXZ1nym24Dv40896Da3i1wlq3v/RFe4ldnv8Va61Oc75aLvgzepMN1jw08jj2zZVoEundfLkg/fQhdZYQxl/MMsir4n9bSQRxpR2FUiMS4tO4F8cFDboYTPgZ7UNig/N4h1wAPu4wxgPjLCGKyWPBo+xcQVDQmrRzHa+MBUHItkKxh+JdGrSrRYdrln46PrlchS7zf9836hynmldEOtxcD3fefaSw5Pts/j9gZUn1Nsz+PbZ7ATbC1YwGZud0wFmbO6u8JzsDGLabzaDW2dWHv1yuScImwSLqxHBV/Brv9t5ZcK0ItSlyPlY769rzPm7jEJxIlr7wpkjh5balDgDZsOjwU/RFofwDqZ5TUFwRsOW5PJhWHzVMjNl2e2H7bJtQTika6sV1lDWDhtUSuJpYw/O+T2Wr6t0hjZ4OtcK3BOHlS1zdYfoQ17zH4woRLYl7hEfzLSEaJGgroDNf1BgCedODtypybtLeHHLE5551z42TXSBUUIWoqCYP2vb/9tRN9qCfZs147sMkUBIqeqXj4dIMmvSS7OH+bQEsTwUtSgxb2rKMrUkM/xAWe2vQS2hJz6o3Al+vzzXEP7FASTSursH6EbP2nVg0h00J/F7Y1qrAiTy/7gkc+Kdiz7Xn1xAJP43UfJBmFdw5iG/KASvVKOK28r1l+S1SCCREKJiHqchbWEuEsi7pl/3atRdBHaBazuqxunCWsBKYXX+2FIk0qCgA+ThaYwbTBvuJYTmDsJsze7RCbr2+fznOWcdYc7V/kmx286Tut7mBl1xgcY6kXyntST5KfQGke9SCbQVC8wSRH+nW4BYRmuqeLGrhujjhTceq6v7rpO81qHE7/N6ZNK/ARdSE8o=", "1: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", "1: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", "1:eJztWGlUU0cUTgIIwQIBKe5a17oXsrC5zCCIVkVULFpsj4bwgEjI05dERavWYl2rdatbrRtarfsGikedZ63iLioqiAsqi7iwiVgqQmfeQ0HlnObl2J7Tc8yPyZs78907997v3rxJq3B6aKS1SCQy2OEhiNZRGpOOiuxGJEQ8UGswRopfzfyMdGwImfl/kP1HMsk7skE1sqE4VyEf4YdAmolV6/yj1UwUpSWb6tAV/J5l/T7I/gcyj1cyrpJfM6c3rY+omZG1z8l+D26Uh5Bm4MfQsWqjVmMmSCEMJOdGlTCQghuVQkFE5iEPqYe/QrT6KNzf/gmj5EZPYYaUvCFPIYZUlhhScYbkCiGGPHmMoCh48Q65c5gA2hRuPsZDiB1vbvQRYsbbglj7WHA0HiNXmovhA8Z/qSwBme0R7wt/PA9zQ8dXgiXHq64iYYFQWOITX0Zyd0EglSUgL0tA3gKLjwMJpRHfVjmM2WniuyqHEVQW1VHwElaxHMZbUBCqD+djAUghLEc87xRmV3ptkNkdshZZFcLYUA0SVks8wxXCqpbPrUJYAVaDzCZEbZAwRvA0UghjBA9SWlK1SmGM4KtWKYwR1SBL+oNSECPk/C+GUhAj5Hw9KetmBLlPGBqSBSPFULQmmorFQCauj46KpfRGQ6RVbYWRNmRWHw9+BgOt0eJ3F1r/1uXE/rWyYXFjqRCyeRhlZNTRVASj1tVxk/GP1uIFf2yNYrROWPDWHil+CNAylIYY42b+OloTM0FroOrQFqiNMOGD6cgLsdb+XW22nCtRan3EW7690bHcq0vv33dY9l4dthbicK23qupXEcW/76/re/XXUXCCVbWbl1L1ViUQ+hHF/jTNRGj1aiNl4O9YDngYYlLrjVpjnB/DqON4YAsuFoxJYzQxVAS3MLpmHqA2quuoSKUnf0t583gUWSL/whDp1B+SY6RxEhj2LPnG3JcSeNi4pJF16El05XZW/SUd7WH/yfGfDWwvhl33/lK4+WQ+6Gs1sX7bDqVgw36vP3+PeA6cVivwYzp6zPq06T+5BExK6ei7+OwVsLJTo5/SpDfByzJT1upFUpjQJrliVmkhOCP/Y083fTl4aK109uwhhm04A0ngyNBlrRaYykAiUdvJip3kua3X8JF7ANl1ZOhMoPz2APzuXiaaXZp5fbqhDHHHmPocLJ31fdiVw3+hm1gauPQZimfPrO+TVAUutc4snzqmBKUcOji/XlEoMklW2TVdcxulDPCa45dlw5bsHhyzasI91IZsO1wKcsHGO0cdU8Est4wLz0MqwFVpdGvdxOco9kTl3sklWSAuv72H3fYKlLDYVxw0Ix8Z2y6vWjj1CQhu4TYm6OlTdChGWr4uSsx+fTMQH+0B6pK2Krf55mzQmYQhugJNe+E79sLsxaCpQ1bXhetyUXc8u3z7FBjhs//U+KMIkHFtEwRuJc74JtUgY4N3LaVma5xg7s522fFrSsH4cRi5wxG6gpM3E2dUoIM4GikrStG4nvbXE9ydIZrS3Dsq4DR61v/Lmd7XMtCFrRevhj62YT9dN2f33XxHttwp/8AuqzvoE01BWO9eFWAXUXteDDcNgg3Ux4vQrM3Dz8gDxNB94K/2gZtkEEdpdE7qA5DRM27EFpU1jLqaN6ZzWRViH6/p0WWYiH3a8jI9ylYKybG6yqygy6Yjxxq2t4fh668pC73z0dbiy0Hhg2UwCbuzL6MeJNF64VsAQqfsTAqfJmUnTtrUxb/ZfTByD8Ias5AvR4RUcMq2589frBWxOakkgVVgOLchDREWLGtlA8s9SESK0flz5PMAjOp4VpZySAS5dLyQsG0JzTIvIlWhd5++jDXr3+zRPc8mBWjFrSWYKWVARE+3PvGjhE3GrHDrl47stjcLi+j+EmS7Nj+dA7LRx+SrrZh1GLd9XmZ0MXDd2ffupKUiVk8IKLFlraRzW2oKypHthcZDbjQtBiXYTdkICcvzsQDMcCCZewj4uMjY9VH7HhoSM0B3zBqH4DxEwtvumQvb8YnDUfeVD9AAkq4T90GPQZcWfVXpzHJ8d2kAzxWcPt57RxHg7TlDjj92djCtM9X43ohHYJ4u78VvxTK4egMpLEfIxatSAslqQy9HiEm5IMQoYpm5C7JLWlYihiOAK4zpXLb8VgMrVp8gPmzjko5W6F3iWXtnOL8DOVAecuOARShHjRNJO8MBXEIKEQ4m1lCEenLEtmVD127bkX7HFs7WEMYXoWNbNmIm1YNcV/XTR+GfdjrW8GZPqvkTqeYiUodM/jcXQlor", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlQU0cYD2dAQLyxKopKHbW1QhIC2NZ9GLRe6GCs9ayG8IBoyGtzVFA8qFe1KtaztZ5TrbdjtZ513C1WqIO1FKkVRUBAUfHkNASZ7r6NAsqMeRnpTGf8Z1/22/3tt7/v++03u+kexY2JcRaJRAY33ERwWlZt0rIx7xELMY/UGIwxDs96YUYuXkl6ije2/8jm+JJtVL1tDM6V0hP/GMLp41VaRZxKH8tqyKQm1hr9mm1D39j+BzbJMxt/kp8rZxCni67vkbFhZH4g30qUpBiE6bl4lVGjthEkFQaS8K1cGEjKtzKhIGILDFC64o9So4vF9e1VGBnfBglzJKOOgoU4CrInDEG8I4lEiCM5xUiFYIIpoUA7MEHCMRLqJ5wzRdmACeHbUCGQULq1UFu3RmVDP3JBoED6sTlBdDb9hAgCWcUtswdks1CpC5okm48RlYE9noTKmybInujJ7eEUbI+nEOpJWJ5CBW6PFmMeI+j8UeVJbNY4PX88RlCxs2Jsjlz9oZXYc2ilwvJqBdlc7RqcdKkwrVpBNtfiBuVBKkxBVpDNamhQHqTCSp4VZE9NkQo7SlaQMEXQmiITpghaHmTCFEEFKxOmCCtIkCIkVLAyQYqQ0DzJBClCQkMua1oR5BFi8CEDRlbPcuo4Nh4D9YmDtWw8qzMaYlwaLkh7HrgJMxg4tQZfeDjdCy+aFs8XG5v4Gaskk8eyRr0qjo3Wq7RNPH8UcRo8oMDeWL3GGxtemOOOf4Rr9KyaOON7Ci2nnjFTY2CbWG2IJtqEN6Ylt2iN+OXVxDyVWJUu2hDj9HIurbcZiVVxzU+41asIkwkKzkQmq23l3UIw75BGqgxsft6tX2uinQUTlja644Q0P+E2r5Wwp2DC8kYClzU/4XbNoeyW9vK2FmnZC6WP1BuysILj9NEancrIGuhL3As3kSaVzqgxJobp9apECuzKh0RvUhtNejaaH5hW3w9XGVVNlGCZnL5lG2+PJUPkvzpibXkm4Lu+Hf8CxQu2/LH3TwfmI73Z+06wA+Ncsrz3fa8acGZrp/7Xd4iYKfHn6g5bnJjpp41rOjpnwZE/thjytqkaHCt/mp1w5zGo3fM4KyKqEBw8FjUv58Mi8POEypNXl10HdXi0V2AdCP9aW2LZkwM8Hd9Z0iHnLkiYtfNdxSYnZq5vSGy4pgxceVQxfMLipwAvPq5lvwdAxCU7n0txQis26NosQAVgadi0m5k9XJDJcaNb5y0iZsMq71nyfe3QwMTxu4Mi3NCipMwjE0wihh/v6o3uRZ7ouqjUAn0nRr+fP7oaXIqIajU+9DZonX7qxArXArj85Ax3s58Y9R2wOmPe0BtgG6bp71oN++t+cDjtYoH9FF1KC+XFQL5v4CeTfroGlOu7rzR9ng9+3b1jFNNWhDpFXu2cpMqD18xzcUgsoGuH6RHlLR3Q4c0Pd6WNqARwDiFWCfvuaZsZfiUXWjIenD+bKkL+J2uXVFy7AQbzhPNgxvbBOIQXrLyzoFdBv1XbntyEa5csmnjpdDlM8PDvPXd5iXVfhXAOCPr01HkXxIeNewBSlEb/DfPESCebf5z5sg6e8zukj/umCjytMhVsal0L+X2trAU4CW77u7ihYZvn90pdXA7I7MJ0J4b6LYZdklSSjwNSAb/uQy/GL+yx+sKUh+C0S5t2IM2B4WWyzgzp/qthSmpl78kpFuv3MvTJuVitVIuZEt9dt4cedGF2p40IXhomYq4kG4as/cKF+ds9roc2oQVTtPP73/wCxAiLAQtGzPQkAfzAB/G8E0QIBwsHpgI45Dm6L5vaAd3O2V8z+b4n6kUE2lfMxB25azja3hO9VTje53ikIxo0kMx4BHizxQzqFDX3S5EIhTxJjd5b4MTgpCavUxSB37/9Zf0q71vwQM1krGQPNG7rvgNXpl6GRFXXzMXwLKExyBO19z1/E+yoAjFfqafkpjkhotaLM0WouB0ZKAb3UGjP4bMr4BTeURlMKS7rlsWZwbpsQjATdKvQjptzMA2iSTiCRa5oV2J6nwGrqwHNz13AL58vQliUWNqp8PrRhUmZUmemKJ1ssBrSc5cHszfewpEUMeGETqi7dX4NmMkfyFrYZzKJfBUcQ2Qe6Y5wknKPLswGHvhUOm7MpXnxdkClJCwZaaAzkXeyBwq9fC5eJvJC1cWq7Zdl+YCXW6AzKl9JhOSIlmblFXiscWRm9uuOqTyB22NJZL0Z3q2/GeAqMLvskJixkDBKnBHdpwXm/kMSbYZ8qQ3TxeK7HBdvaFyT6v9qrH94NmGT/AvLIeM+", "1: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", "1: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", "1: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", "1:eJztmGlUE1cUxwNEZA8QIptsbtW6QTZBS+diEEUFhGhFKkoMQbFAJAkUlFo3BBe0HBU8rbX1WBRa64Iras0T64IrlioKKEtVFE45VEGKCHbmDQo95Zxm4od+qB/yJu+++b/73r2/dzMTjwXKsBgjFoulNiGbIGWcQp4Up4jhUxY22UyPVWtiDF73/DTKeCnVk7yz/Yc2w3/YgntsYWT+pBbklwClKl4WJ1kkUy1UxFI39TFXyFvYpryz/Q9tgtc2XBneUDdRmRDd06PGAqn7vXArkFLFxU+ljJdpYuU6ioTMRHzcivQRiZmJBLgdx0wkxK03M5EItz7MROJAyublyUw1jlZ5MVN566XyoVV83VX0jvSTeeEL31NqTF6ksQkLyZ+3fxXx9REJ3kLExyJ/ZdICBiIBI09C+uLNSCSiPXkxEon1EXUT6KOHiKEnmlq+kJHIR4+Q8z0ZeqKrH9aImGi6cRUz0XQzNI6JhkaIrzNCdBHDGp3z2lPDBDqfpJ4KJtAZhZ76JeAz0dAgCJidPRoEATPk6GgLdCaht0hnFHqLdGahV2kQ6FNPBMxOOS0SMiusNENCfSqXUGcgeouYEUHjKmRGRLeIGRE05EJmRHSLmBFBHw0hMyK6RYyI4NNFUtQ3EdQbkJrDoh9bJUqlKjo2QaZRqOnnWUuyCU2SJWhiNal+KpUslRa6UhNpVElyTZJKEY0Honr6/jKNrI91iDzpUkq/Qb8eUuAlkh/K2pRGiOadZMOguJSleaOsIEeyIa6+o5kY88qj87nIFjLlkVUBEhcYMXdzcetwLnJLbww94fqCGNBxpalEYgXzR1yxvngynxhqvHKbZAMHxg+eumz1WEuYrGrnPDleT0gGNtaJIwaA36q6i9uXOcEkaqDAGmGZtxlk7J19mc92pnVKLmp7INt1W8gCd78/5FcjLSHR2bJm9BctWvnnd31Tw23AYkvBqtBAC+B/OtrDraVOW7m+U9EWzYPK9uWLT2t44FLykPiu2gKF54uuTQg2AV+z8t1LOnmwGl3eNUlsg8Ym7DY43c8cqO0lRVnAzLD3vl13sF2L3U2zBspLvogLxOyPD2njLNHN7LldkhfGcKj2ybbCjWxoLaogPXKQ/d3rbdLBDlAXbn/8JquG2PfjnfnJIcZI3hQx8cN8GwgL/HrFsOIL2qKXGS2V5c5o2py13rfT7UDhSClaiIZthRaJ+zzQZ6WH57QWmQAO14FO4lb94pHP7V0RFe25HC5Qy/c1ayU+pJYV1A+1ez3aP/SBEeQFA1d27iXhH6tsTl/ngA43qI/ylllByIGtiky5OaSYDxm+fKMJ+u3i9lM5pTaA5819RiTX7LDJ63RBdN46CfEHP4XleLDgUn/fr2a5WaBy26d+N2LMIBhvnA2Ul7JGO5TNWSr+oYsL1OitejbMobY9zxTtnEdONNkQhCuOw6o6K8Dpv8oCnMcWWzh1Isu4Occd8kZRJNghyuuJrDqaF3MOBAxNMvzSpIxIoCYotgWD+4am690sYTjH/Oie1D+JjvFLrmeGOUFk/PmuwgkDoe4JFThr5Pl+Abf0ZyOYUB2SlTvGBTAmUTx0bE0aGdEWQprjsSkp0RJIeo1SNrDQefeDqkXZPLAjLlQdXWMOxfbDpP12N2g9p+8xC8hzgFpzCiwuPCwdVNneZYK41EZnseDMWfLGSXbgyP7IarTKBlGXwkhHqCpfqQ7YWkHsn1y71G6/FcpMjyg7LXcGMhslM882ERjDMwbIdcDioGeb7CEZg1yjxesxN3qTL3IX/neaH2vFJK03s13RjKzcBNtzPKiuoRZUqz32rPPXlAJnhNNZxAFyUqsdgmItTvM9e7SW9JY/xBYwByWPiDU7r31/gzcY8TZObWAfsQMS3t8bkSFULWIpV/oPQjisGQ6A/Xc0EtTqpBoPhM/bPVOYqRmS+8q6P5QFLbAOT3VDUTggRsDDB6uFcKcAX+6OjlxKPvNNhQ1Mw+A8J+5vySAj0K7d+3jKmFe7OOASEU2mppF4+NTtF2W1KSKTQQagjThC0l5hZgj0fh0Q5mukEWDeNz8mqJ7C0R6lPT044xMnO0jEB/gl4RRa4Zwmc0ZSU6pwJixUa8g3LPXfa17PHwI9T6t92Ph/AXZf0GI=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlQFEcUXmDdVZBL8RYMESMxIrC7XEarBxcQFUUBNYmkZN0dYMPujuyh4G2M5REPqCgYFIMmgvdZYCyPHrxjLEU0igcGRC4PbpBLyfTMKqik3NnS/Ej5p2f6dX/9+r3+vlfT4ziLCInkcjgcTVeqmUgocKlOgUe6IQsyB8k12kiTlz1fLaEMRT3xR9t/ZDN9yzap3RZCnVVod+olgFArJQpxtEQdhcvRpE7WCn7PtsCPtv+RTfjSRiv+FcPGECpZew+NjUPz3elWEIqKhq+aUEq0cqmBICE7kIBuPdiBhHQrYgtCNne3UB71CJWroqg6+C6MiG492TkSMY482TjyMMaRB+1IIGTjyJPBCNhgvOjWm4b4EbpZBkHoHIjYuPGmWx92EDoaVm58mK25s8cI3A1NAcM05uFhqCNmWyzJQ88WMA+DidARxM4TIyKBwSJiWGBMItiqiHFhzPa8jAF5s9QeDfIxgq4MIQQGJ48pqjSGVQXSZ8GLVUAMxQXexoAMFnoHXQjZHZIeZLDUO+hCaHCF7AhiRwdGTEKD6dARZIyYhMaISciOEQyNhOwYoQexYwQDEhkjWxE7RuhB7BihBxlTIETsGKEHsWOEHsSKEQJGuSJWjBAw0hB1zgh0w9H0QQNaXI0T0mhcSQHV8f4KXImrtBrm7vrqu7UL6llQja9GQ0jl1FcSoXrjumT+arGw+Nl4KJochmvVkmhcppYoOrlbiaPl1ICY8oar5VaU4Y053agXP7kalyJnoTYIQejQZKmCkMbMlWvwThYNkMt01P4U6Atczn97UT4dUZREJdNEmv2b9Nw99bL98HFbvytu1BMbGrA564BFHQkm9PrwAdu814C5rAN2f+0jTPThA7Z7rwFbGktpfdX2eqMEIP6hhcUEoZbJVRItrmGuscjRFJ1EpZVr433Vakk8A3Sgc6HWSbU6NS6jByLa+34SraSTUiRibhjC17eHoyH0QwxZ01YdLCzfWAa8VvlGFOfwMG1mr5Y/K/LhgpqDk2NSGkFmevyFz0eaY7mc+6bdVheBg+roxKcLILByOZxamdEEQn53WP54yj24ImP6JcHZa+DIIw21QikourDpeFJCMbhc8ceZMfuawYmkBOt5WWbY+PnLXIPSWwDzrAKyb+8FmMXVgj1X/5r2xLUVKOLm7RguzgOL7L2j/ORN8Pbo+K92ejTCabTDRuA2bFfPHL82WPbdFw3J+ZUwIa3RvWR/C9g/tnCe3f42SD7ZOmr4jfsgZFzqks9Ol8AnpM/g8fNrQeRKKeWpGTL4AvD9A7TBFhiQVfv8Rlw9OCPbHREW0gI9R50MSXIsgOeVoiVHsSYQMSfYofcjPskhlnLPrb8Nly/IOfJ1fSkY+PiBZ3+yHF5LDH8hbq6GhyByXAKH30gpsc9ogi5iNGMYcEpuS1jUUg+XTUEbugPPjtknvx/7ELYdnk9luBQUnLLaIvzUhoyzcHJetKYYMHHVwmNreVW9A62wZCptnnu42FwXx0F1Ch42bkSb4/M5FtjWyozzE7zqYOuu6tyJs0zIaDrxPPL4UGuLzPR8sC0KGfLhN7Iv/w5ey8MuLw6EC+1NSa/+5IxPfCtBjl9eVd34GrDtpqjS278QSMJChqat4mP0ebmYYT2WkZe2+fOx1ese1gwK4WF7B6KVuFhX9HLclCxd4/zU8lQrrHiMElwM7MD5e5nc7tiEi/zRm6fWwzmxAywLXDjY1Oydv03i2GJoF8mqByB8/el65/CrDB88m2E/za0eNdlcssEZjdRBV9WvJieWc7BKRBt5G/RuPE2dzAaITi2vqgJcRLRab0bS5rDt8EdFacuu2C5kqu2Ok9l9GsDmqb/s2ZdXDhaiYzrWCH1unlOKOGaYPZ2IZthEsWXIw1uAPvZyE4zhTyvMpqLNqq3XzzfFXPOdeEs3mpNJjut0sQMa4DS07Mw7gCL5oREqK/IIOr6Y3SBgiM40pWs9kC5GTH0GsxHdzDjkxB8sgw9sKILFEirDBIfs1pRGnch1SEXrezXSlLQpP3rALMqWBNNnUNTJhVan3H4e1rcZzrh+osjOvifJ5KkaOB1rXVF3txDSclltRTL6rAdlt/c2hys5ZCKixwsbjOEhHxuNCJhqidFwa1tsZd3dW0tr+VgMotVPL4AFLWhrrLUvSvwzQI9reBifYtvkVhvMx3+susm6GXISF7WMnM0jaR5nWWG5xEz+lX7lMCjdnAq5DvbjIkXymPPFCuGBDfhKaX4Xkj9zU1Cv7lySlvHABnBlNxI2hA4ZZYEj2oqAkjqu6txrMGXulu2DffgYXYV9VVHUNxCh1Lxew9r/67VfDjuxCf4BF9zdvA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWlUVEcWbqCbpaFZY8AlOiYu0RkFemGJo1UIIiZRAxjjGB1tmgf0senWXlRi1KhjglnUuI/HiSJmoiZBPcdEzUIVOEaNiUZJomKiaMwoBlE2Rdmm6tUjgHJmujh2zskc+0d1v/vqq6p773e/eq+6b5olJUMuk8ls3qQZazEJBodJyBhBLdT8rNFmz3BrvYqzW7JT6VX8Q9vvwOZ+n21cmy2F5DnVj/xItFiz9ab4LL01UzDSTl3G3b+GpIe2h7b/e9vIVpuolr9WykiLOb3tit4bQ/tHiq061ZO0CRZHGpFb5yAaEZJqNGc6AVGLrZYPQm2RMTwYDcOoeTBahoniwejElhMiTsMVgiiG0fFgohkmogsYrozGiG0sH4Q/0rGcLGDOsy+nFyf2juw6SO105Bg9OcPdHuQ0f9gUXYmetiuBkOgd3RUQ30ysKNR8gWAMVztdFe1BfHliJFdH8oDUas6ZmAqLGC5xYHxQc1WghHE6s22aqubSbgnDpSiMQBousZMwTieoTYg1XPuKhOHKKWOchmuTkDBcPGAk1XDxQMJw8YCpt4aLBxKGTxSY4mv56lsCcZWqpPhap6nQHtQVxdd2RfG1TrOhneJrnaZDO/HW8ik+Kwot34bEGK7lYoSaJVfHxYhWEJ94SyAuRqgZI3RcjGgFcTGiFcTFCGlD0nExohXExYhWEBcj1IzlOj5GMJZH8TFCAvExQgJ1zgh6YmELpTfsglWwGLKEbAK05owyCdmC2W7L8Gk/YIaCXvmSJs5msxiMervRYu44WKry18Em5MwUUmnnCYLdqs8S0q160z2d6VlJfJaR3IgnswlWIzXc04euIMFoFQx0MvEq3mQxzJhjtAmdjJZoTHeQhZnoK6jR4/7RvERXMvXmdFuGx/3VremgQVrXO6x6oA57cTvc+mIrKbXrHfZ/oA4ruupwrLTLuN7hgAfqsCe3w9EdHI52vcOB/8th2iHe4qCdDc76Lefxu+0JUVI/bYzr3Q56oHnuhDX/Pc/Szi/tRtpY1zsc7Io8u/PmOba9cKsjXe92iCvcVnKXdWSH85HfQLhDXeG3L7ff0R2e1GLveZShZUMHjrdYrOlGs94u2NixNN1nkx16s91oz4mzWvU5DNhbDInVYbA7rEK6eGN623WC3q7v5JEqih0gazouT6C36J+D1Dof6P76yRgFDor68+cp6+rANbmW/DyJnv2nMrF/nRxPTh92YfxbNeCUZZrX8e5VoDh0QKoivx4N3hHyTcKZSjDrgzfOZclq0HLPm48mPafCws7pE1IGNoMzi2yJa241g3lLwslQlWDYzOO5p85fAmw+T5xgtNxcOkYGw3/s57lobQnqU2uaOL9AiZWn82cOV15B43etEXIN9Wi4aCgF6/oud8zq2Yhq+tCVyOHZ4TmTtuv84NCVW+oj/30Vkck8p21oAPtOys67+yhg7tLJJZ/9tA1t6UFnkOGz02aP7/1oBZr3SMHoi3fd4fsjXnhxD7qDxGWVHUOaf+0Zas4/it4dB0P0B8vB5q93nvhu4g/oQpnv6h2LzyKZ+NmNTmtvxIwafQ3sh4svHd5wAxScoQOfAnuem7FxzqZaZDsdXB13ohFsu1Dov0lzl/nxkxyz9XjhT2b43NlyxQsWxT7x9DwPT1hfnE4i5g2Z3QOPO/n2lOaD7rjbm0+TVNxGQ1v6Nt1yXAKFRTTwTWD6z988fu5ODWgMozPVoB3b6IJrkNg9ORBemhRKQiDHdDVb831xHolOQf8WxL7L0CbN1r3Rcz0hzXbf5cFwxeVqElEFVj8fQVJ6BlW+TBPkB9k8Tcg096V3/xRfhcQ0fhGA+x1ofK32RT/41dRnjnh9roKDrqsKI7r74boDpa83CU1SXK6gvO9poJrQ0dmFm3uEfwgc7hu9e77TgETa3LyFlsXRGRpBv/UtKxc0NKO3r5OJzwfhMEqvVe7wD4bKySNH1AHGj0CckWuY+kNiNfjHKwOKX31PDimL/NyrQfWpsWmBk+6C8iQaKS8cbs53+0yxCulFh0rAH8PWfutz1QcvbHiKpLoFsPFLUa+XSY/dQZgkN3nMY95w9qyeqrIhGIj5PeyNN5iDl+AvG6Vx7iIW75PgF9tH3RqOlaJb639c/dpSN7xQJGINWPDmgRk+OTL8QkX4pwMDmsHhQU+tOrYwCArdaUZq0ILHYjITypXQeiegfN+uAJhN2P5xWglyrA6TT1zuAdPEgLUAD5/X+xgqNwLG1zrQn3gf76uEJecpEYvBoCkriuu2e+OBW5btvlhejli+r6LuIvGa0UFKp5QGxPAKSN3Pevwaer5oO2HKBebfaDc4mC4vSY5DxYL5DrD87QOxo0aTJTaBT/e/RSoao4rk/b2X/nIRNH87t3xA5H5EafXEgTrw3lUa8GYwzG3s31Tjy8HRnynlK5BIl15VQFxPkRs+ljfq45r5PjhZJKQCEzFZb17lD2l08w7J4HFaZhUKSMQlubSnH97+xTPRy4pk+GDdk1NWLA6C4vC7bqNDKyLnDMlTSfxTQZqFyqNemN5dIwThvUcI0UpDYG7tudOLbN7YN7G/w72HD2b8rkKXl7xDKvo6Whf/hunKPCX8+iv68ZB4VYto943e7nADTWupHJNeDTuqtqLbl/UkM35Q9PNEIJz0pZoohQp/0IsqI0JiPm90g2uJWk2d4inl5Sby7fckoUQILIz4++Cwbm5YS8quvrgMJF186ZECr0BISBu790glYnVdhyIIa3x1AXhnFSH0Sm9WX/ODoVimH4VglSi0vlBH01ethJvf/5Aojz/+y6sx3x8aEgwpvYw3/KG41cWZM8m7sSXb1nFPaPvfs+04vBOb+j8dkChe", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlQE1cYjwEkCRECQfBGrAcqWthEDlubjaFUUbyCRxXFGBZYTLIlh4J21Noq1XrUs9Ta4kzVjsdYxFprtew3WuuBJ2qV0SIiShEvELGIYt8emqrMNJt/OtPxn7f7vvd+73vv+37v995u6DRqTJqnSCSySVCRSJkIo8NEpEUwFsY8nLTZ01o9q2ntlFnP1HSvbf+hTfyKbYTTNgblTy9HL/GU1Www6TIM1nSCZDq1MNbIl2zMKDpTCx2HvLb9z23YMxu75Z/TaTBlSXXWmLahTP9ItsT0jGporZTZYCeNLoJUwkAYW6qFgVRsOUAYSD2UsUVGCEMNcAsVxZYxQkGsq0hhqGi2jBUKcsdVDIcSSItYwSgu4uwDi9C3Rg89aUlH59a/giLdAWEcSCUIpOIeandAAwSBeN5GCQLxtI0WBOIIiEUKAkW7A+KZFOsGSKAnjn0YJgSERQgEcerHYlwmBCd+LMZlPnDax2JcpoNT+jCX2eAUPixGCIYnkMtpdUqRyuUt6xQilctMcMqQShAR+A2rckcaVMKkgUuRyh1pULkjDSph0sCDXGbDP/REJWyXcyC1MAnnSKR2R7nUwhjBUU8tjBE8SBgjOMKqhTGCBwliBC93akGMwDi9U7fMCOYrxRbMNNgJK0EZMwgzAlpz3jURZsJitzmvqOx11Iup+aBCa7NRRhJdECjLS588sueDJeV8QOiZzkmE3WrIIFKtBlML30e6DBI16JA3wkoGIsNLfaToJY60EkbGmV7BICgH09looozTZ5I2ooVB48lUB5qfiblYk7JXB/VmV5RusKTa0jxezQ5/RmB8vF+Kl5+Iu7HrKMqaSloMdoKPUxtUjHYYLHbSnqO1Wg05HLALGxKrw2h3WIlUtmGqsx5nsBtayJs6hjtFXpwewTQxfwUYK77xSpHv5SA8IFDz2+XdIuh89Lpm45UAmF9xOG/f2mB8et+GL/5YJYMj3oO+GpuiAKaWe8gff1o4u65g1F907A9HZhSFKCGld7Hi8EAlnlmWtXhZpR90Nd6ZOPgdOZStyl0w8awM3zNtbumgnFbQqkwsXXxFwY0fJMajF2mnXj/dHkjq3oKj5/zg90Nm9bw9lZqKCcF7zuBK2CXP2v7ZpQB4dLsGYt9o0iyceHb/tdWdYVbUtnfGT1KCb1HEl33a7daw0/cMhtUNrVPyhgdBn4Eri+cOkeMKtqMPTGAnKoc41lGT5kJAnfbU5kDOb5IfDD6Vdr4q85rGvrttU3H/TpDt0z1szpIgWJncrHtkbgOGpDG9Nix6SIcWWDNWmH3h8ZbaksQKCWgGTPl5qNwb8t8OP7cuzQ/GRvTZojztCZ/WX7rwka2MLk2ZMbJLkA/cXFMozwr3gK3zRw/9ep6MW2e0F/TUe327cmAzzcXzNr2LedSIoDKQyUQ53TkmPY686wWpxycPO+JdR/dOXn7gQVi55j1ro191tC8sDbvdpiiikeb8ivGuJVSK9zIFdN/7OLf+kjf003WqqYh6QB/Dft3Z3yKGyeZDzYWzxTAITfdG5wZNdc9Iyfb1Usj9bvwxLM4Tqof0fxr65Ee6RIQSldkVtLXG45OLOwAbJm0HvN2ac9KMbo20PR5FOj8QmNm3WtoRv7GjR+XHXXzh5NZT58eFKwCb2S80RO2PB5eefKi/dpVeknDTU+3fFjYsKrhafV6J32HSeUwJrRniJUugwKNqSdhtMa5lidFEJ8jFfXOD/OHwMMSQcgm+vLIupORuB2CyUHBVBuaqJpSBE5owP5/dm3N8YRtye+v7ANCMn7STviXCJ1+O98gu7goHH4QlL5+vBJYfn/xJfx6JJnalLZiyZ20KP9gOausT3l+YreD4nV9Hs3mWKgElLTPxvj8M3yyL7+F4SMeyCZOAdHEIYrYfTGACukMOczP321flKQCRru2SBA9+Pd5wGWU/PlAJKClxF+894eK5+ALd68BCFGmUH8SuvdMlkH+CCVi5xshsj4tSWCfp+M2ULRKQZXQzZT+SgRRVexc/plPZBTXTIQtqRv/UxR9OvDXizIrk1jzf7tFo06EAnaIZa7OumR5/6819vZZ7Apsu0x16begyR1bHerqHQ8y4oC81zkEzf0KzcaWq6LqSxGmKCfdpoj3aedFSfh+V0u09x/n2K6zVsPMiFTwPq2iUHJTZVZpuTxoc5esDgN3G3UTgfS9oyKgPvXB2PXkBcAOpSdEyEcwoX++/6ZfrdDjrQAwHz/ZFbxJgpVlrSUcHBmW2vahhLx4c3MW7BRv2N0T+FRI=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlQU1cUDgiBBFmyya5Axbq0lCysigkEqTvD0g6DthLCg0QhgSwqaqWd+oOqVVxY3FHrWBW3urVVzKm4DoqgOHVFKrhWqW0RQUV773tRFunIy4yd6Yz5cZN77v3uued837n3vfimauPTbRgMht4eNRO0mYTSmEmkB2ALNo9X6w3pVi97kQZtVgLuyd/Z3oLN+jXbxA5bPOIloS/6EaPVZSky5SqFLoNQ40k9rBX7H9hGv7P9D2yBL21kJb9SU5RWk9bRw2Nj8Hwh2YoT8GEQqdNmKQxqZS9BIfRAIrKVWAIKpQcSk20YPZBkDLYJhfRQQZZkIohyFUgPFWxJKoIpVyJ6qBAKFZTARF8Jak0GuiDehAmlMCF0MGEWJYJCiQJ764nyQYGEtEBC2tnrBBOJaPkSUSAxLZDYklSILUmFuTxCaYGCLAEF0xRSZ1AYLRAlc5GEFiiUpifqvCQd0aonsx6C6WDMzNKqQYpYUa856jjARLRyQDEktkSqYnpSNYPolR+VBjG98jOD6AnIDOq1GDpVkrjXaugMsqSSxJbUrNiS8pPQUwRVfhJ6iqBuDAk9RZhBtBQhoqpWQksRIkqwElqKEFEykvSsCPzqoHfFAwZCR2iVKiILAXW5ozKJLEJj0HddMN0W9xxQE6nXa5VqdMtpNd3eQ9ivFkvMzSYS8OREwqBTqIg0nSKzh5cWuUqNBuTIG6FTc5Ch2xwW+hGt1hFK7IzsyTO1ymkz1Hqih9Vi1GlGtLFM/Jyrtn99NTsylAyFJk2f3uff9PkyZ4FvP2DumwJ2wQitEU9W9jZuJ9pxB3WRsrCbQJwZ1IuDXKvVpak1CgOhp94oHFETZ1RoDGpDbqROp8ilgP3JlOiMSoNRR6SRAykd/WiFQdGDUCXUc6u46/YIPIT/c8DW7eq6nPlOTNB+ZXNscQ4HxOSnwfTjzj63Fw6+IC1v4Huf8neHJc6zgreN9IHLZU8mZ41iw7Mtf56b4McF4YqhboW1N6VT0TKLGh9JSfgeLwh/b+zsr8/6wLy1Z7aeFXChaY406PNwJuQ9Dc+uyv/LJOMpKs4Pa5UK7cu8kgf2g0IiX/nZajeoWTL5ufwJG5RNyVEj7zhABPvXjdkRrSbC/UaS64FL0h0Xp0yPrRPADwGajVbPPOF006mKqO0cSDQMLH5R4ATcTeW/uA56KKX88ql5h+ygyHeRMcezXJo9xa7KvaaP7PyEVJekNrTPpZV5o6X9oc6aNX+A0kZ2NAplZLc7VK4ftf/vcncY8sDxcOAKN9hzT79PMNsO8Kym5BfS2mF4RzwoW3BFxdC6QJvw1g7/71xg3Em7iFWfMOGYzy6dagkbFInx75ey7KBl8OTFRx41m1aLN+wNaeXCz5fntxMhAth7cvrhdR63TfFj1nw5yJoLKAtXYyo8IHPmrE0fVLBhxcGiAudwjnl/zpB3KSI3abAtxE1bOWN1qgvg1Y408mFYS/G1ZR/zIbT1SNrWeid4TjxuVKy3kn36xY79qXlukDI9tn+/e9aAh1MSG6WGmOUtzOsOMn+j9Ur74Ygnx9idy4kBcHQ3TpijDAWxbtsDd6jxu9I2d2o/8CEJOWky7BM8rdSwIHDoFl61jSfMOjEEpbDdVH/YCYXGAyW5wfumkvGChWPv1Zv41dEXHza7wfXYb4s1S32B2g8Tvg86M3xiDR9CPGCST2SLNKCgtFV4q1maFIYyMnKAOX9+oGYgZdryoWw7Iv4sA4oLsBDbTXKv328Ee7RJ03GYRTwg+XATQHN77cy76V5gwtvZ6wDXBjK/KqxgUHFOcoMq97jLns8Y4I/M8gW2MmeSED7kTT1kWFZiD1i2H53mgAoTfoEPx6/umzfHhQcNJ0oOFlXzACUpX7lGAHcPoAIZz4HkRz8hJllU/QifmkheNjhADHaYz4SAF77tLUY7SCIDtgYqThaQOsu5Zar/EBs4IMddNhcQOUgwj01r/9h8fFyIq5lnPpAyHNpqqso/V1c/jgt+WM5nvOG29+Y7owNYFN8KAZR+s+u3uwJHwNmBSTbUvnbbA2J7SslCARTWslR+91lArlPJgeGYmCZXc52xZS6YgGBfIPcV5wvUOdBXNtc7NCNa7QojJqIKncuDEeXxqKQemBIbNq06WmoDKTer/a6EeQB51EZqMtCNp83qftdZdTmhyKfzHmyifwD1nRf7", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGdUVEcUpi4sRZYqiUcUe+KxsIViNPMoglggsIC9rLAgCKxn2TUaW+ygRozYEmwHG2psxK4wI/bYC1GQEFSiIBCQjgjkzZtHMCeekx1yTvLH/TFv5s77Zu7c+93vvX3O01XBkYZ6enoJpmwzRhWrDNfGKiPdscWIbUZHJ2gi9dtGnhpVnByPvD/Y/kebwd9sAe22YDZ/cgu246tSxylivWco1FHKaHzTe9YK/Be2ER9sH2z/mc2jzcYp0p9s91LFR7SP8Jw/vt+Fa8VyLGqealWcQhMdriNIQgcSc62UDiThWhkdSMq1rnQgWUdArv7Y5iKWC9iLPDo+in0i/BPGrcMYMcH4qLTTdcdIaPZx51oPOgh3nME0GA+CcdEVQ3agjBvZoiMgCbnIqEBScnGlAslIjugC4doREM869w6AKHcihBBLqUCEEWKdWfQuSGeGky0o3SN6x2F0JgSROw6jMx+I2nEYNxoM4Z1Y58QSreMwHahzCVWd8xid+dOuDRIqeeQxVETg9URCx1MeRCcNhD4SOmngQTpz4R3lktBVOQ/SmQ3vgKR0BUu4KqXTEx5EJ+E8iI4RpCykdIzgQXSMIBIupWMED6JjBJFwaUd0X0rHCFLsMjpG8CA6RpByl9Exggd15GEho2JEG4iKEWJS7rL3MwL/U02w0iOv+d4qlToiOl6hUSaQ939LtgnSKuI10Zq5nmq1Yi4BOuGFNGptuEarVkZwE9Paxz4KjeI9fshcyYOIfOlom1LiKfylA1u97kTmvIx5BJLuFxSa29qgwyenL8odVgLt7vo8rqxpAAUpK5dPeCBCLd5vykvRBXgx4sC0kOASmDb8ZHVzSCc0dcto+zUjC6EJ12kEO24duJMTJkRPzVP2LwkqAfm+hnPMexXD5aVBp52MBQiMnXgMluUBx40PhTN65IMon2hV5XJDRMavgXO3mtiwBa9AauiOg4ceH4H47u1Da4Ct4uKD/spcGKLptbl13RV4XpPiaOQgYhYbXU52+bIU3KmXP9+TWgYvt2TMq6q0Zk474R1fQZs9mRc696mAZ2cKG3dGCZjimP51m3+pB28dEx7ZVNXDdNmtzwLuCZkV10MupO8uABXuw/3UjTVw29d9slfs02Mm44P3t0EjvsAIEzS2bNC5vlYCZHL7o6C8VAOUO3V2oNMmC+Q/sNW5+aQ9+t60y/Yp+62Q9dWzp78RtMBENnrnn1ugToFHNigTW6EfDke6GZJauw7NvG+FpGnH3Rqy38IJtWfyVjWXwh7NddrCSdYoi/VabtxMxltzwQn2rohPLdCipiGzbidmAEd2dtf6GuC55NnVLecKYW+tAbv1a+jLdepA7ZNHixN8G6BRWKcBGdsMUYGBcFW38Fb4Auz+NWutBUrynPbb3R7NYN7SQaP3mhWBDXUCNoP1AGfNfxuC7OSTxoXZIP3KKLckz4fAgpt4DS0LB6zb2XAdJGfX9puUbICIfzngJxy+AHv0umbk+BXuDTAkuO/OpKOGTC0eOtiijcrE8Mn5P8OtaT3PvF3ZBEm+RcjtYzSxu2clDMVwxohJrMGOmyA2mZe6H60hvEx5A0n89BHhQxEg81WQTSbL0GyobrQqOTXIlrmH3Y65BFc3K+uLFKVg8Ubv1bEvLZmA6aJxHscbwIMxuHMTpr7ouq/Y1I4JdHKIGVP9DBhjGg1ogv2szE/sPWPHcDQ8XAsJf1sgXv6IoZAhcWmA628sGgEX5MLkoqpu91X6DPHTkMmZU9LHxbSSz4cpc7n7UfWMb5uAgHPECI3jCGfOXDo2MH6XvjUqt8wa/N0BK+SHD+AmRNz6WSJ06yb7G22CuPRuauLrywFhmtVpTRBL5h9fVRujjG0V+66MMkcGHPEsCP5zB3SQrcKyQS0wM3iT81qtAA3FnQBHhL0pn98Kd+E0SG3QrKksk607oyE9R85bWiFCYbjsppZB9nBd3V8KESsCI8cLrHk/Wkne0mwQjua12WUwr8t8hTjHDPVbuObMzKROaMpZfwuDg4aIq0s3Ec9XM7RVgoleDNlgr5VrqiH2AsjYuuL2MUCT43DlFkO7w35Pv7KzR9y6obVw1DWTYamh1YArv2ARmuj1eXHuDwLEkutpycYXYDDLXt/eZojo1HmwzBITRZ/JHTaXDXUmqLh+0etQdCUw5wqjCnBxPlUJh3MH+x2yi72ZVK7POOPAxOmjT26Irp5110Mkf/UgkMHKUwHBlfwTy+brozcLY1jpaYakToyQXIiFPD4qQaNWxSX8VYPbP+i0//d4j038B5DQoRY=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNhYGAo5gASvvk5qcmlOalpCiARkLBPZnFJGiOM51iSnxsM4jmPijH4ES3GhCHmjxALAoZ3MA+Q4ZZflJuY45yRWJSemvkfCLCY5U+BWDCRYh5DUkwJJcXCQ9cpPy8FwQPJeYLUG4JJo2BQoncsys9NLMlMJlKTMWmajMCkKWmajMGkJWmaTMCkGTmazEnTZOoJEjM0IU2XGViXkSFpuszBpAWpmsBWGQWzgdJ4Zl46sEgjpMcC4ikD0vWQ6iVLsoIPqsuMWPdBfAOhDMnRZAHW5JJfmkSMJkMIZUSOJlOSnGdETkBANZmTpMmYHOeZkpj2wJoskTURGXpGBiRqgpRhYD3GpKRySNgZmZCiBxJ0RkQHHaQsAushOmIRRZER0fGKVBBZkJEWjCzJ0GRMdJmCrIm0PAvxkzH2VAdqYhSLgyRKUotS85MzUnOBGosqXXNSc1PzSooRFSq48gQ3B7mBhGNxcX5yJrB0ys9Da69wwQ0LqSyAcCEJENV9aGoJlR1oGtnBitIT81KKcWc0Q3M0XaxARlhiTmkquHgNyU9PLclILUILDH4GSOPBOT+/KCUzL7EkFRoIvEAisDQxrySzpNKxqCixEqJRDuyHotLkktKi1BSwRAKC75JYkojFhcaQut84jRlZKhUkpQDEINGKOYuUd9YIOnzTiOk/tFXEoVnfZxnXMR6Hnp3ZnD8XiDhsFf19+p2noIMkSxifbpGgg9lZa7+LgjwO578HP146W8hh+QsPvf+KrA6u7kU/+TMZD2jwc29dVvllf8u8s6vOX721/xyQDNMRcZD/khNWu47dwSUz/0Nrp4BDf3CJyvR6zgNJAhGWW05c218tss79YdWF/cKJhy9rp77dz1zBraJR92z/n5UfL/kmHdgPMff9frUnzUCTH9unX32epf3tvP0TEdmTT/dzOyy5v49vjjGXwymjIxv13jE7OH5MPhPrfcA+JfaOG3PFd3vB47t29LI9sW8O9JzboPbD3vsVi4mg2Tt7807HhKcXrtkzzeKQnnePxeF8Gsjgn/aiPV5AFS/tP4h5BPyRYHBY+ysm9+i/TfZPP8lfyo//t/9Mvcf+2rsCDnaVEStMfZkdXH69fX1gJ6fD6YWu2z7//W2f9v1J4sJrZ/bvr5W1SHe5u/+mLVDhVhYHhvxGlqP8bA7KXtXAoP5h35EMdGAznwNIuN/ws31IkPqCzg1P7StfqhlyrOnZr1oKdNlsFgf+OcaLtph/ss8EG/Dc3reF13/9lP/7rcAGfbZfEQ7y+QN73899wJBlPpChlFNRtfTL/rsqbI1TD7McWOrnAAzaT5Dwsr9gfzhlVUJI0GP72nXbkupvft8PSgZ/2o/sV5n+f0LdbkGHv+1fbl9nlHToAFKNn3kdwOoixR2+ekW2WVwTcjB9bwGMchGHB6BgV2J3WG0XHr3RXtRBLAvkAgaHPaxCIvbHmA44gQOU6QAkHJ7v336R4R5Tp5hDMOviSVaMTA5/v5U+mHNRyMGW6/rigr8CB97y7jOYqfVgf5d88rsop1v7twNdZ1vJ6LB070FxteDX+3c4ND06PoP5ACg1HNdkdwCmppMhB5/ZG5XrKsp/+Q9NN5/snwJD3+T9I0g8b2M64A6W+GN/M77MX24al4MJMDR/HPpqH8wJyoh56cDSKD8XLZejlkqQ2guLmBEA5gGCJg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWAlQFEcU3QWWW0RE8bYwarxlZw/AaHpwFUVFo+sR0VIXGGR12dU9VKJ434kXxlhekIpXPGOieBXSI8Y7igdeiCjxRETFgIhASE/PImA2cXuVqlRKqujZ+dOv+7//3/9z+IbrBkU5CAQCgzMaQnUaJsKkYaIozsKZ+6kNxihhxVmQURej5M4UH23/eVv/KLt/sw1CeVa6ox/BOn2MSqOIVunHMmpukoW1Blhp6/3R9j+3+VfYcGd4o6buOm1k5Rl3LYSbL8YjpeSaS5BeF6MyqiOsBEnIQBQepWQgCR5lZCApHuVkIJltIM4m9lc6ooNSrR2LOvO7MHKMoSgSjD8eAzCkh84UbhUEu+ZHsk0AjwkgwQTyGCk5hpKS8DFjZNbuw7PnQRIikJg/2ASyWgl4NkUYu6ogq5PEk7ElEFL+EEgEktninsz2nSirFY5BclvyJLeFk9yWkPvbEohAwo6CZ4sJ64nv+xgjJ8HwcqWIWqRZrUR9iBcrZXXkKnukxIYeKRHb0IckRBmqANnShyRkLcUMIuutfGIlVouhKois/Hg5SGzpeBKySuJFJCVrKXwfkpIpgu8OUrKa5RUhJVJEBYhIERUgIkWYW4qUSBEVICJFVICIFEHx2pMSKYLiZSSzrAjuDc3gw10wMnpGFxHNxCCgPranholhtEZDlFPVBaNE3JkbGoIMBl2EGj1h6rRvve65vllscOwERslNHswY9apoJlKv0lh4N1REq9EFBdqN0as9kOGtOS7oRw+1nongNsNnCo0uYvxktYGxsFqwOtKEHNNwrxNql7+v5oSpjFVpIw1R9v9U3eb7kdSv5gnX/qCEvYgJB1arFnHNE/b8oITrEBMOqFoVUqrmCVtw8T0Ii4gJi6s9AQbWPGELInwPws621rD5iVxe84TrflDCFlrgOwhXvMObbxI1T9jngxJ2JSYsqSppmd9btzOupXILK3Q6faRaqzIyBv4zUy00DDSptEa1MTZIr1fF8sBmOBZ6U4TRpGci8YUxlec9VEaVhduqzI9/zq/uHoMzgP4562Bjy9Xlnnbs0Ljd+8NnuNHDRvwMnySkw7kJ57anXSmC2o3CZFG8J/1l4L5Tk1LuggX1b5wvUgrYtCLl3c3rBHTfU07d1g3Jhqfvg023U7Ig9WB3q3v27vTEbq7XNk4oBNBjveSHfc/hcvHkjr7Ni0AvfXHtnAMngcNQj46/bEiDhTevzTIEC+lWjrNWKb7OBxdXjPxT8ToP5CV07ZDeSMQuupR1x22liFUdu9yeaVgKHpZsy78UWgqFWXYuixMFbIulpomNa10HkwY0qz8utARebHGzePo4Ee2MvErccQtGPA3r/nm0E6tokvu7fK2QHe5z4KIgqxTaJYu8vMETuGS11msO+wC427VH1IpA3+HzA672FLD9sSMZIKzwUMbishI4ChMVsl3iz87oDXfBxgmj2p71LAAL54VdTr6bD9vjwBSDNtO/OTTepRQcDfykz9Q5aUA3y+H4MvFliKefPANlzwJ69tLfh98v2pOdsyofiqR15F2P3IOfYsM8uGDrsDPUr6eBBP8VgLgLe4cXHsqH+JDxGGYG209xa/kIuCVtiT3ZNhWoBdwOeUD5ne9SU74LvXLb7IEhG66D+Zxb3nGQy0I317tw6pzO/ba4FkAdYnvGty7tfaHH9ecFD0BsTmux885CAE5kJs2dVgKeTgOyUYfzYfSKPPSrDGZ/5b27V3Yh5PMF4Va0a5d4R3Znk7DIz2470JuPHPVprTwHsE68HsPOt1qiTNaiRRvjuwhDndlNEzgh1Ka74oDmwv1/lKVPyXkNuV1CfvOmuYO7XQ5AyTiRKROxL/Z8MX7t5FdgTbsGq9JdCmC5b9lL051kcPV4jHSmvyft27xAMzROQKNgHj64pAAMTdyx6/poFxbrZa07u/VR707lvo50H0y4GHbCC9iztwdwmX7B63OOMxuMHXFmJ4x2Ot9wYBYM9+QU7sEeK2wzcllqMVRRQ/zatXVkB4VsmNk6NYP31z0LpM7nElQGjcHfvnQc/RxiOf9Uyuva34HmqqdrB3uWj9NNgMP2LBdgNyc5sSmJjVCIMgBSYyN2xAtI10XK3uHExuENMoExqV7J2acitikuKAf20Y2dr0fGXIS4zBKFNI2qzGN9HsR5biqksfzvFIGGhmteL4LywWwD59gzc94uwY5Y+O3gFZfoFpop5fDKFJTwhe70/NODj/64KQNi9+3vg3HJxpUN5rrRXDtYPr3QrK8ssPexIaneVA8ay7o43exfHkzyf5Uauf0e5Ov1FkyLuvJwXPv6NJ+HE5DXhZDFdXPTm26bVyvFb00x5ONdBHHeEuvQ6CSj8bRXYAQn16al4AznVn8hPeb+BVTJZRBVI8p8EWw+L3fgwWblEHftIO1Y9PyvizFU73mV3+krP6VYsFF/AWJcse4=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpIiARFiDhk1lcksYI4zmW5OcGg3jOAyTmNioGFBNGiR0mGM8pPy8FwQPJeYLUG4JJo2A2IBmcmZcOjF7itBiTrsWcdC0WpGgxApMmpGuxJE0LSMzQgBQ9xmDSlDQtYGsMydBDUmyagEkz0rSArSEpBUD1kBQ5phA9JAUbVA9J/oHqISl5mkH0kJQ+oXpISm0QPUbYU1sQsDQu5meAZH/n/PyilMy8xJLUYki5wAskAksT80oySyodi4oSKyEa5UAGlRSVJpeUFqWmgCUSEHyXxJJENGdAHABJYJDaACaVCpIC1QYg0clWjL4tvG/teR/oTljw47n9zN3TJvBXbbOXef3ITOrA4f2Hv2rE9B96bK9wKT+e/dz7/XpAVYbPvthD9N3f7/2KxUTQ7I1984FTC123/dh/6rDT2sx7B+0VHD8mn4l9vH/Xra6/qd//2s97v/yYt/mv/Zvmghjb7Y/d2dpSE8B0oPV14A651vf2XBlKORVVN+1/n3538rATg4N2u9jNc98/26euSggJUn+wn7NLPvld1AP7+Bk+oj1ev+07HROeXlB6b78CaGqn4xX7+/690/OETu932/b575WK//urm/V9lnFd2r+m+3YGQ/5fe1mLdJfM/J/72c9JBt6SvmBf9JP/5fb1b/fzc29dVnn8p/0doKpGFiaH1poLmyO/7tzf9Oj4jN3T/thXma22C49mOnDHjbmCW2WH/SfH82lXn//e/yP48dLZR77vLyuUBgbdp/1zjBdtMf9xaH/u0X+bqj+xO9SCjfmy/6LS7Z91WY/2ewT8kSgOZ3S4ODHmn3MV6wGjZ+tUnzS/se/VeMu7z+C9vQg4RBgOlOsqyn/JebV/WwvQITeZD4hccLnx4Qujg83eoGmKfUv3g3x9+yf3gexZ5XMWKd+199T7r/j321N7MFX6c7+9adwuT56P9io7/7R/uf3DPpgTlNDy0otLivJzi1HTCKIiQpTfWMSMAPR1HnE=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztln9QFFUcwA+PQw89uDkBQR2NYMKxGu72juPOH+2dhwT+yOBQsYbJ426B1btb292zMPkxlllKNGpq5pg25owpVGomiPEelT8unbLM0NBMMLFQRFQcRaV9u2cI3oy3N/3VtH98d9/3vc/7ft/3fd93X3w+lV0QKpFImEGcmE45CbvHSRTEIw1STyMZtiDkfsvMUi4raln+1/nVPRegbsa/rLP20w1A/jn9DMz4z+gS+qTogPutSZTb0dtCfZlovIaXmBVluZmmXDaWtAcIacVBGC914iAtLw3iIF0m0mnU4qgUXuqDgYziIL3gn8igpwZjKlUwpRFHGYIKoI/SWsPQwSPdhVy9fBRjFBhdoIzgVzCQRnTQH8AwjShbmABhoiCt8EoJBkrloTTKkx8IpAvGkgBhalGQPpjoGR6EAl2TUSQklDGeEZWwvq0NOPeEIsYzAce7t4ZhejFMisCkimF8O2QQwwhFBTOK2lXBOW0w+aMVlz8+SNTpw4SaovWfC9nc1Y8ZhjpYgiYoexHh4kC6eLKTcBFulun9D/P/XBlqDeaEmWEoO8kVGsrddzJr+D+T5RQvIKxocA7B0rYiwkHbnP0GD+E+LEUk12HhrBE0GcEp+o2Ro7QnacKOjFmViKA8aLDdSdnnv0IyhJ9J00mHh/PPiW4PpPzhSQfyKyq0uR1MgfThQKsf3FlM3S9ekRLhWmKhKNpBum0s4YuTghNZHpubJdliM03bigVwFB8S2mNnPTTh4Dvm9rbTbKzNz75phQuCtq97BOpCV3WkjahXrx8b24PrJ3yVvTa+Haw6UpYBSjaCBmPClNdeP4cv0u94ZvaLl8HRdu83k6q9IDtp89uf22Sm2jvLrjc1SuAH69HzI+had2b1sqVfg6ZbpfP2sxJYeKJ13pNdLeCLwwvrNw3vATWfSVsrLg6FKVcMk5/tlMFZm3ZUnzwbCjWc9TU/D4UHXbryvTASavlnC/6Y+ar9aJ4SHtpX807YggiIvKv09ODmJc2H3q+TQ2L73JzspAsgkXekBayODZ0V8bQK7onuPtKeKYP8stY044LfcngnlmlUdbaBOm66jpjzgDebqYSHB07cMHN0FLx6fcqcNw094KNfdFcMMhV0ym9tLmSioPcP/OOz9VLT8en5ylyjyme3A8Q+YZVtWbUPj+HMeS0qeGpice62lBsgjaQ6lnpv4AkoEBOiYdHuv5g90V3gWqWVTVwHAI+Nuwu2L8nK3Fge5+tXmIT5hkIU9eRp7aBm1NK2rJrbeMmnX+aXzVFAfr79sTC8ccuCieGNYAmT/l5XuhIO7IjJeH7xKBjaWjHmsuIC2Db7O+zbndx6uOhNPXwcCO8fcMnK0u5xHYNhnuvAvV11cXD2peS6pHfD4IjkM4lhISqYOKa0onb+cMg5n9OwTWpC23zuz61gfMj0NxQzjuMS4Snv/74EuUTpVpii8IOn94SGwKbld4mb5xvA2l1DXq5acQ2sjEQZJIFv2fNOp0svAiKuOXfYXinEZqrHfmKNhiXHds+5UXsXhPw2QL58tAJm/TpisQ2LhlXVJ19aGKmEry7a+pRl5FWc3y95BBx26vub1hYFPHZiFreCLvweZ80WHwdrTCgxboO1lhXO1u4WfHnl+c7RP3WCneDShxOcsZCDix53XgSDqka+4Bh/E5RxWbo6dyT0ovRMPgDamvXD4YYoyKfd1N9xvmSY3YVcIaNcTN+z1begCT9LPzrsb3DPr6A=", "1:eJztln9MU1cUx/uDQquiCAzRiYIiW+JQ+ou2Lua2K1NEUaHEsE0HtX3Qp23ffG1VdNNElmUyZ3TGacjcXMzmRpCwX8kys92rg8ESNxaC88eE4U907ketSESd7t536xBssr5mfy3757b3vPO599zvOe+8m7WSK62Kk0gkPiUeijk34wi4maosYiHmRazPXyW9P7P4OY+NzKz/2yLaFkdpW/Iv22wjbDISnzuCY+F/xjZ9WInK7s+e4rzOoRl5toD4q4VRYyNVbuE5j93POqKEtOIgjTDqxEFaYTSKg3QLiE2dJ47SC2N+LJBJHJRP4xMpuiGWrQx0K7U4yhiTgGFKa4snLx7rrcb98p8YE2V00TI0rlggtWjRH8A0alF7aSikEQVp6Y8+FsggQAVcYGU0kC6WnSikyRMF5ceinvFBKNozmURCtI0JjKiCDac26tqjTUxgotZ7qIdp8sUwesoYxDDhDBnFMLSpaEyiskqD08ZSP1px9ROGRL19GtpTtJFroRRf/XwTyAM/wzOcw8V4MMjXPO1mPIzX7xv6DgvfXAWZjcaDxefjHCxuNJx3+GK2UX8vVlbzAmMjzmWMn7e7GCdvd49wHoP/WF0sfmDFuzE8OxYbRvioSNmzPOMgmwkzq5tzrF7H+pgIq81jnQEcmJtcG1jVw6slCEeptnudvir5wwrnPZhSTd4IocZJ6H3EynG8k/Xa/UxYoEQ8lATsXj/rr7HwvL2GglMELfiAwx/gGafwoHJoXmD32yMkTEtvBtrh4THkEbmjE+uxFQvbE+bGmVszm3nXzlOgrPSx/Vubg3C+fP3o7Mcl5hyb4sAbc67A8217D7+5YxBWrl0yJW3VHXB29K4Pt5SEwFstBDwC67ZfCE3t7APFj2wr+iWuHyZ8P7Hk9KP9MOdC7dvfNaiQtEemqpsqQUUba2cvej8IBb+WJKRsnPys87AEJaeCb87oJegQ27OmbrsCzX2iq/5SRgdwTXOv3/DebXh0AomkF3TNZCaeK78Ijpim46XawK70uGVjD8nRVkvlxR+mXYUng/1Fz7zyK2w6WYEjXQv33Nux6facXlh8fbvNn30CZpFjehJR20IDRlrBqbk15R98pkD0dzxq+WiW94A0CAvhSxnGvnj01TuTZndn98DTjbeWe1qvg0tNM/CJroHe3B37b6oH4NLX93iTay/Dr50NlWWlbaCdyDRuEG5MbZp/dsNJYJ189Vz+pLD/mlRUsXcRPrncTHWJR2mrSGRdkKimGy8z38v6cyDQexsI59+nQO/+qPvD2CozJwTTCpfeSUSOzTjS9GREVLoQugaM1QUsF0wJ6zsAX8ardhy/C6keQeBpvfvxRn4conEMAuHcvYnIePOos2F/GsrNmtrvXhaCOMnS4oIkRNxDeWPMn5u3nGvb20f1zb0BX3WsODNPrgjHfQN+eT4141tGRuMpl5pDzUtX16+TmEOWjqrjfZ1g3oyArF55AuxmMLlcirKFRNyChknouUyLEiWVmz5tH4inuutP0fpKSkHpJM3JSnR8/ZUctVKKMi3XHMe6JWh3lwqXQgj8/iLQP//FIMTFuWmbSY4CQoBnAV1/EGR2chUJi1OQa+dv2HOU+ZMxaxpf+0mGZg7s6d41Px1NOXi5cNZmuZlU74J9KkSylNp0EZIyfPLnO1Aou4O3gNAdLN5q3ME4j2/4uzW8k9GvZASb5i84VKZu", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmHtYVGUexwdE7gzDHRzugoKmyTCMktn54bgumEZAXvISDDhcDGeWYYBkKwmzNnVlW1dNRdS10kxsNUst47yiborpptJasiIogkrQplyKBHovh+XZZ3menZenf3oe54/3zPmd8z2/97y/z/c3Z05IujE5c4RMJsu3x8McY64+oyBXn6klERs8zM7JN2daDezFmY3LU8ie9mHsVxCz/p9Y4mAsGdc5xRl/mWk0LdflarN1pix9Tj/+DHGtxCFi8Q9jD2MPY79AbPpAjHbb/zh0utGwdHCPHEsg50fRMTrFFo8pOYYs3K7/v4TEVMPRqKlmhrEg3QKNio5qnjTRdIzhkajpqOGRxNBxMo9EQ8cpPJLJdIzlkUyhqxw1iUcTyzRRlmpYBrZRcYkYA1EWc8NSsI3FFLAUbGMxBywF21hMAkvBNhazwFKwjcU0sBRsYzEPLAWzncVAsBRMxEWEihGh4iJCFcUpYl2Barg8Lmm4TC5puFzOuFNx2VzScPmcoRrN5XNJY3FVWaOjGq76SBquXwdmiGiuVi9puDhgHorm4kDScHHAbBfNxYGk4eKAOVU9jH6vHk6/V/P1e0nE1+9ZS1Dz9XtJxNfvmcHVfP1eEvH1e2ZxNV+/l0R8/Z6ZPIav30siPiKYzWP4iJBEfEQwo8fwESGJ+IhgVo/hI0IS8RHBzB7DR4Qk4iOC2V0znCcAzXCeADR8TwCSiIsI6bFBw0XEgIiLCBWzu4aLiAHR0ESQFyX5rjL2j01rNJqW5hh0Zn0++yvngoekAp3BnGNeEWcy6VYwYSC5kNlUkGEuMOmX0gNpg/szdGbdEPPQsD8Q0eyF3MAhPTlEXsiR6NN/3GxwX/WtaNhtdXykaQw4KCuei3QKB3nVpC3jfH1h8htxabcUwWjatrk73q9UIvDQnbw8/qbYErDndvyBcFA1HwhvGh0KkW0uVZP8fCDmuU8SnEsDUUdv7Qt3mr1Q8CVjqt2FLSI5bVV9KCTSC4RA1lcty8YXekHVjlGPXnvbF/W+3lF3Jc4Lpe/6p/q7KeeFshRz2Ob+ELC74Jd0tS4AMsnnXU9Iu/VlaN0xbxQS1JE7r1eOxj3253Mr41uEb1Hs6FlTA8Gq3tphTWoAzJNPOLT9O3c4P/Wpi2/+S4FWoZpdv9HI0apHZ7/rOLNNSHp+a1F5uj+Q23b/iw8cfrbz2FVHd5YnU46ahbevV623lu67Uyir7oxYXOYNry28fPxmrTfsS3smeWyaAhZNf+L2N/utUXsrmYAVymhfiCPdgkve/rV1tz3h+KY/uRZ3KQCf1LN4uRzI8p5T9Ist6yLwijWL32d8seTJM33Cp2NdnT4aIwensIiX18UqYJN2bW7L753gx51ZH97Nvya+UPzOI1r/myLe+cjrJxl8cnVNr77IEebh2X193QYKNvjazJM7QOzhM4VVO7aKz/ocuSirvysce0AWdgTsr/w6tTCxVxj3nseXMxaMgFdsTpdFdY+ECVr/1huabmESnUC7tO6dYkOVvDy6OgJovkXhcC3M9pWN2pvi6eC/mbIPhsGc++tTzKfGQBhJsM0TersKGsqTgpAfnsUEVSCyoTfoB9cTMWCqUFQSL74U8IMSuZZH//VwkRKst9orK+oDEF2PpwMQncYoJGC49H6hY+FO/MT+kCUhgCHcWOvwg1i7tRkTFw72pCCtwfDv1WefObF3lFSHICQjnxIPhKmc2N/oAckJ20vGlAYjsgrWCZ4ox0gUbUJjseeB354IhZNLsfJeKBCcfny5WRxb/dqe+ctC4NTBiYbd+Pi+0qSE7cgNCH7KBz5oTRCubKkPMqhLjkCpL3zojAus9EZoUXDc96N9UGGe0qVhQrvweSQGMnU0UFvJ/IGmPdEs4iTLjqtDoU/f3aTbpYRRRJiH/UW/+LB1O+SIvnLIDs096gY7sS3CZvohBwqAIzp7iwDZIzyOcV5cFQCOV3b/btqaIGgod3vnsxNFQjgpz1oltBI8ngyC8V2br22w84an0hULYg87o5G43EVtCkT2zhTKYcunGMzHFGij/g8ZSxa7Icprdo9w10btpnkQCDUnp1fmVHjBVeWLOtXcnSK1Wb8/7J1fozqV5wWU9xoXoNf72A3paSH6ROq7D7wgyn6//8ImV/QBtn3F+Z9EyU9QTBbIyRuKNe8/Mb/OFxh3TcLl+ganDXc8WD0bfKFP29PWWuIBD3zzr7jf6xHfuEROsEEHG+9sPLTOAV6tOL/vH3OtEOU9yBbR9e2wguw3214UCnxAoI1IDiu/mbZiwd5GoRZjdeMtL6B1qnSBHY8/gpGyA1ZPG7SEJqwVKXefuQOmBKNihSjnYUdE2j8+vid04S5Q3WkPz5MF9nAH5w3vlSadtYXko4GrWy86M25fwnHr8a97+7lB6luzvdbNqhbY9dvFL1ZiI2y3gW0E5/gLIl3n+vviLmLzGDtwoKC5wlEovfG5rxUYqVHvs/WJdIaypntBl4wyoG5RKljf3VIjRpJpRXQLtD4HrYG2pZ4mcRadSIdQibvP6b4eIWh1a9LRwPvCppD1BXnbbBlntk5A/SPrEcjtJATYA2nPXZt7BXK1iYYeYarVnFddEq8IZozXOYMzsHrIgHTZPX9vFFIcyA+aISvfbDIuz//v36LBd5SDLwOHiKl+Bm16P3Q=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lUU0cUToiCBIOKAVRcwForrpAFglrfYNDiihqqVusSkyc8JXmSRcVKa13RWmq1ra2tW90tda3aWuuM1hWVoxyX4r7Ura5IWkUEOzMvCio9zYt/ek79kXmZO/PN3Ln3u9+bFzGM7zO8ikQisVfDTQ8+jTU509jhamIh5u6c3TFc+qQX7+AtBtLTv7L9x2w+L9h6ltv64JwaquM/nXmbxZimTzXaUliOTKpkraSXsCW+sv0PbdonNqoWT1nXkbeay3tkrAuZH01btYEITryNtxgdnMlDkEYcSEVbrTegGHEgNW1jxYE0tNWJA2lpGycOFNOF2KKjxKFiBVS0OJTOK1ScgFJ5jhJO5B0smj5U0QZf/DBw1hT8yvtXkMobkPolQGoKSuCdw0SAtKJ20ggPr0AxokBa4aETBRJ4q1KJAsV6s1OsNzvpvAl5nBc7qaK8AblZrvEUJOgsxXicW0ExKSZWDMbNVo+TJOglxcSJwQi0U0eJwQisU3tcs+VaqfY4QeVKqVaLwQjsUXuc0woqqfamytXiqtwN8pgKFaRBLa5g3SCPyVBBTzQes6EiSJyEC3zQeKNcGo8JUUGENOIYIdBI441yacQxwg0SxQi33GlEMeIJSBQj3CCtKEaoBJZrK2cE+dayh5IBB2tjeVMqa8FAW0anNNbCWh328hs0vS1XJb0A3MTb7byJw/cX3vrch5v86WLJGaNYA5mczDpsxlTWbDOmVfKVp0/l8IAe78bauCBseG6OP/6TwNlYE9mM9vRpvGnkGM7OVrJaZ87sxI6lkQs/V+PF1fzoUVKMVrN9uOyfSK3Sumn6XKDIemRhPc/bzJzV6GDdAVLgprfTaHVwjox4m82YIQAb0ljYnCaH08aa6cDQ8n6C0WGsJGFa9yfHs+6xVEDwj1jbWJdIt+0OBgdv7/+14/cuJn7ixb1fDgxHc9pKe0y2hIPFD6KvrFnmh64ntn4ckemPxrSKaOS6qQQX+4duOSJZA+esmti7y/xGaEjkgZp724aAedXCFgxeJQXmg4O67ZtWH2Uy2sFbr4eDhiEjehRlF8NcvAt31g/dUmyP+uqPMLCoXpszTXwDULtzSR/PtSoQXvSsz3QlmPnTSP/iRecg9q5qUHI9RNz6+Xgw8J/RyHR7wCPG0WTu41kdQtHG6uk5H51qAIKW/bIjtOllWHZ07PWm0XK0/Otd4evuhYJjpJslQ/zdKfuTd9RAazYP+6CgVAmUhxN+u+s6yUzF1pVNQtC4ZS319W/UAdRNQyHsPXLemG8aB6IGupQE7o4CjDeq3o5qfgFOudH7x4ZTFMinxbSQgrx7zGXj4uOaO9URPk3zOp8XQ398/MhuMjAqLyv/7Hk/VHIAB3anFBm+iMh2phcyV2c2w0eXo1Z4t4sxW2H/uB/2je4gA+ZBpzvLxhbBJBqok7DTW7biGtdlQDNhC5h48T7E2VAkrS2D2b53QxJ7bYNDLx9ufKq4ELaetQhnKA+OTg9TnG/lYqpTxx7Cknctu8s2lDBxZKFPlCADh6FaTg40k0D3q4lwEtJnZN9jZGMDmjR7vxTGTo/HS+Yy9JiRvoCtSzJ8QfBvey20x4I9kQSDUJqgQgazofQvJ+bD9oU4gwqAk5Aq4e/Ah7duoLjXZOjbTpuLSpUhgHj7qM5DRk82HNEYdcJR71ocATp2uFaQM06Bkvu8sWj6Oj80HUcrYI4SrOyXq9q1/hokp9/CRyCan99DwI6VS3uC2nJg6ZuJU9gApRy7OqLF8cZgw/w7K/Z0c8FcPG1pXhUk+B8GhDjXQmc2TR5/eGMgosc4Vxvg7GCiPoBWGti6iMZJFQLS35SfWHJXBii9fJSIxnV5Q3AhgDC8gEmEmQ10V6shGsb6SjBwPby5oL0vwqc8OparhYT6OcIsmY0Lp4ocHWrX88inpyUITx5gblfEVCUDh4JQoavrO1N1j2CWCSd8khyEFuTdN1wKQIFJaz9js0rhntPY4V4ysCn2wU5zc39E/RolR5uCKZMYy9WSVYX5CqTDw6uHHmUWtm95dN6VMoaUWZeZgajre5PadF9+kiHsqgfk4FJMPTQw/CHsG9gKh2oLQ6rtw2AZoGG/sAOuyNgb2Xb2AXfeShhXGgnwbbh6KMmMDFF9qNoHDirT4ynroMDbcQwpv/dLcmEsWT7eBV93+uDS/xOuJnIwAeML83sMq1kMcVEHTUL5DC2X+y4m7vhuzKRLcE6dKtilx4xQRyeYokb5/BA/KaK856Sg5riY7zr0k4Iw6rAUCU8JCCV02qgEwvpXGKong30QVfN4awp+4/AW+7Na+OybR7juV2JT/Q2W5FW0", "1: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", "1: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", "1:eJztV2lUU0cUDnvYDGsQqSLWpWgVeEkI1uVNBFEraiF4VOpCTB4QJYkmQQ9qXetWNxS1Hq1btVq3uu/LjNtBq1Wq1lZU6oKKCypgZVPom3lRXOhpXmzP6Tn1R+Zl7ptv7p17v/slEzLYkJDiKBAITEJ26GFIZ9QZ6UyKBFuwOU5rMqfYvZgpzAadEs+i39v+Yzb7t2w9a20JbE2VHuyXWINRp0qPTlMZUxktXlTHXr3ewdb1ve1/aJO9sBG1eMm6Tga9pnaG33XD6yPIKFFiwVEYDTqVWau2EiTlB6LIKLMFFMkPJCGjnB9ISsYofiAZGdvyA0V2w7aIcH4oOYeK4IeKsgnVlkNR1qO4E9kGiyAPKkLpzD6UWn0q+5P3tyDKFpDkHUASAooxZAzmAZLx8iTlHjaBInmBZNwjiheI4y1F8QLJbfEkt8VTlC0p55hOhfMBUeE2hEdZWC61FsTpLMFYXVtOMQlGzgdjYavVReL0kmDa8sFwtJNYne1atZRY3bO1WimxukC1SimR8MFw7JFYXdNXVFJiS5dL+HW5BWQ1FV6RBgm/hrWArCbDK3oi5dV7L0D8JJzjg9QW5ZJaTYhXREjKjxEcjaS2KJeUHyMsIF6MsMidlBcjXoB4MYLitEvGT405lsvqZgS+a5kC8AszY2QM6jRGxwKNmZ3TGR2jN5te3zDFCc/c2UFhMhnUWvb/i0H/xsXN7eVmiZnDGCVenMiYjao0RmNUpddxy4tO07IvollvjFHrwxreWOPKfonRGhk1dkZm0ekG9dCRWhNTx26xWk0GG1g6/sOvFb29mws5SqpKrzGlOPwVqSmZhab//oHF/+iBvWw9cLiFWW8wAycQbxxtMBg1Wr3KzJi4O5UnO8RnqPRmrTlTYTSqMjlgI5ILY4banGFkNORFcu08RmVW1cFQmeWO9Xp4DFFM9oOt5qZf12SN3UArJt7IWbRfBH5MPPz96p5+4Hj1ttElW9xRy3W+uTG/lcOc0E/mnRoXDB6E7W8hci+F9VpvW/qohQjU4GW5YrB78LhLHTKv0Nva6FfZHXABmyr7644f8gKewzfOuFxoh3bKy49o1j+Aa5Yca7ylpBHolHwrt8kSbzRHiSMog2sLu7apUQWBvc+mPrncR4B6fOnZa/N8ZxCw+2dB/hF/oDp6vhUTmAeHDXI5ExhfTc94zpQVqETgw09HTwqLq4GjSIA5UHN6QPcTXRqAmMqi+yjTC6VMUw+4EnsXdmtTE/J8lxj0mxJ18biuErrvXJOZE/qcrmLDrKZ8wNmUX+4MaeWCiD/7w7DFiulbroeKwYP4PY0m3xegmZfTBIYJuTB/+FezC0qE4NKZMuXN767TIw8tbxA2wAMVq1nHQm/Q/Z6j1DuygD7WaZM2v9gRScfvBhMHC8H6ifHdlo7Pg0tuN1xbeMIHHdWsT0708QIqqnd4y3VVsG/bHSdGdHRDHtnr2JUOYGH0jPQ7VXfgjn5/7M1zs0PJI3o1Et9zBMTfVWdE3f6hWYFDfTQqckPHPp/7grENo1JjtM7o9MOTRzsV+aHZzo/FXT/zANdaZ60o3+qIMu82jxBuLKAX6X0mITdvIB7So3S28hlMwMeb64VI2O09QaDpV58ShQNaLAxaNjB0P6wQ3d292aGG9s7Zt2fWlHooTj5dkXyrmG548ha9epAnCLva1HnCgidw2uSk8wdulkIczVboAXD064pv02lzi8bQMl+Aj3co2B/IHkV17mL0RKSMeQJEtssKAVsc7sz8qKgMEtxWH4DTf3dBICha1v7jC4uf0naYEGFCQNKV7WnhQzlc4xbbLMP+IczPnjo5yTcEnM+/5p6t9Ud7AEvo+gLUDgPPBoEpODw/IYrPCxqjopwBx9MAIPpG8u0O+R7I+S+mcXWDz7kC7tyPYYclvZdv2HSBxmHm3ggE8/pXR1fqfFFk+4MJC0MKYWnwOcOgqb5AXHWKzXw5naRp93uvWSK04IJrWpMH3oC8dzlD42yc+8kFnVi0f2HWHD+As30w4QnN+X8GvbC7VDcA62FDMc0E3ugbIHdFzZVOq+btswOEv093ws3zGZbR/oglo+PxOa4AV/lZ/euQ1L21P1qZuv2eaSfLh5l7h7pWOKG8jWwjdnZBVzB9He3BcpzO208hS4YPkjQixPG1gl4YMjtjeNAtSPq2uhyWKHBHVNIrL0rZilVD3N19CwMRW7wKUagf4OosRMPOTDuXn+yPSFn3igHX3x6I1CE0CJE55QtcBi2K8/eoh06t7Lyr9LkPIm05yQ2E4TI4OaKHLEsGjgpAWREjW4csdwL1ycEFqDFOX08P9EXudrYTvAGh51kvFEcKX0UTPeruDYiaK/Sp7E+sQffmj6vda8pI7jd12Kg/AcXzhOo=", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUVFUcHmCYAQFRQMzKhTRTyYSZBw4l3YeD5G4KLeY6DA8YG+bpm5lcs7RwKc3MNI+RuR61LDUz0Zb7NNHMQksMUSwUDXFjQhYR1O4yCCrnNHeKczqn/uAy7/fud3/b9/vmvQlLFkekKhUKhdUHLUNEs2C0m4VULbZg82CT1ZbqUX8VZxMzEvGV/n/bv8zmeY9taINtBOppoj/6kCBKGQazPt0gpQkmvKmJs4b9DVv//23/QZuu3kbU4jbr+oqWlIYrfG8A3h9JVk0iFpw4Scww2ExGF0FaNpCGrNFsIC1ZOXdAMYkqtCaaLGlIQv8KwpE1is0PNwDbIpkcRblThSjiSKNlcRRNMRwLpjdZdQQSL9qTXYKQGkSwuSGYaBZMDMXoXMXQqOi/SCZQJC2cyxkRkIb+c7lDjUG9mUBad0BOpka5A3KZ3tQFrZ6GCRTtjqdoxqGgZaMgNkbo3GGEzp1CxLjhSUNZrmFqriaSMTwq+wTDNLeU4xqX6UoEiGJcnvVGGCYtptXWMmmXE8NGINohLRsXnCA2ftMWaV1W/cYgNnWgjdW6TIbGIHcUT8sm/U4Qm6RQxePYBt0JYmMElUmOjRFOEBsjqExybIygMsmxMYKOIMfECKcOcUyMqAcxMUJDuccxMUJDmxvFJsi0T1FNMwK//Vnb4hs2QRJEY7qQgYDS1H5mIUOw2Kyp3o0PpFd+aImzWkWjCT0uipa7XiVb3D4saepEIRFvThJskiFdSJEM5ibeO/XpJnRDj7wJkqkVMty1xxd9iDdJghE7I1d6s2h8cbLJKjRxWoIpxY4CM+NXEJP63tPUJJU0gyXFmup1L2ucX3laJ02bP+Ggv0oYV0Qv2vFmo6t5+7LmXf+t7WRldPPnHfyPNlrJ3Gjujse2iOZPOOQfTdiPOWHdHQSPav6EQ5uD2YFu5l0v0jF3SR8+Dx+sF0UpxWQx2AQr/RkjAC3D7QaLzWSbGidJhqkU2IGURLIbbXZJSCE3xjdcxxtshiYkOMr5C8Wd4QnkkQD9Yeuh1f2+uHqjAk470P3xdw4VgzJdv6ekGm9+1DZ4aWWfIth54PTXeg3eD4uyWq//eo8/f0HJtY7u44AJD9s9V/iUgDm6X3IyuCoQ94fxhzGDssHEcercdsNXgKTi9e/v63QFxD6at+L39heBVBNYunNLKVQ7Qvs/XVcLlmyaPXzAB2fA8sFtFgy8cAnWHrpy8Nu9Pnz30Yv2VnYrBH2fPF+weZpSfrU/fLm9rgQqxFnKnEWnQa9TXVSz2rSUt/tP2vzmSRmOeGTV/K2nb8DALO2az3tXg+OOioEj5xwHdH8xfI4k4ilnXhye3SGzDt4Ku1FlL6qCfYb+tHj0TQfM/ejwsWcvVcPsLV4lC7rlwLMh7Q+eA6F8Uc+3V13bFiDvqptbcTK/HJLjJoXys7runbMhXynvWqhCmVwHoSTwcpC1r9NWKb0Yjjr6VXFIewdAwVzbm6LkXyKFK4A9UHVf6V8JwtCuxZcr4UvDOoROGJIP361SjVs+eD0gYdYF8Rv3D+o9f4+XHNFjU/CR+Aq4ow12UA0yZxzZPrLSAW/mTSntGnkWrE7bfsG6IxOswe3LK4RJti7v3Xq7COYsipzcM+wAiG2Rv3ZibDVMXBb2ln3SlxCfdtzhy+8v3PH6jKeVcl640O7M80fhWo+vvIPe9eZRsB+NTyqHQSEAbakD4XNDC3Krq6GFe3UnP9sB9mxcN5QPrgQPzjBonomohdcSUYPjA/nceT//WuS3BFA/R0E75bMte2pUMoEle8hL7sOGcnDlohzTeaAv/+GPuODnIQqyY4U5F1K6BPGLZ9Y+PjG3AqhmLdW/aQ6Ul6G1pLYY+BOifA01v3/68Fl9kHzm+bY7f1KcgIUJXlP81qlkFDSiwGXnvmMAFcdnc5ZCTl79C1eW7cUPGokZWgJoPWX4nTr2/Wc6esr8ut++afmgSib+T1TAvodTj5VM8JUVJJAbEJH7gZVjPWRaxyvw/ITwqvfGeMrW/KDyuMO34H1L83zTH7oKp2St6byr7jTEUxNYehISuj4SwuPutJkeJKegqfhOfQrE4DGR2/E20tCWznOuwl+XzM18Ifh+fs7BpD0buyjkqx1/FsepPWTMTv20EJ6E0V0lm0RH5sE8BZ9ODi4HdhJgDUydZxxTuN+LH7t7gL9n+B/gY0znXl+Chd0uB3wTUQpsCYhhv3nzGTk3P5tefhb0HX/uyEMnrwMy1z+04GnfSuApRIsj2z34JzyGvB4wrAp++kXyKwWxDtj6wO7shaoLgM5XCP+9Zt+2xyx18FArfEMhh5NC1IJ+ZPDq4MqyDYjBpWDBrhd9azqp+IJxiOnL1DIen8jJZZCM/3I1/8n10SgkH5nQdmYpJHKx1Y9vNS364yefOwexKii5MvDG1tOlSz+7DlfdjyY/IZgnZd5ZAnEWNTNPgAAsA+dbyETi4yxp6BlSzLDeqYUNvw83vMM3YdP8CbTbaS0=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlYlEUYXxaWe10uAU0g80jLkr04KpvBVdS8wqWeNNOW5QNW99DdRQPNI7VL1NQMNfO2tBQrLzB1xjvrqRQxSkoRECUwEwRBRJuZbw01etpvqz96Hv+Zb+ed7/fOe/zed77ZzimWEWkeIpHI5k2GoRYjp880cmmxVELFQww2e5rb7VmC3WLS0pnmvux/IBP/STasVTaC5FnrT34kWqwmnVGTobOmcwb6Uhu6hjspG3hfdl/2j2Vxt2Ws+/zB2L4Wc2rrjK4Nou/L2ajU0gaWYLWYdHaD3kmQShhIwUa1K6AYYSAlG2OFgVRsjBMGUrMxXhgoZhCVyaOFoWJ5lFwYKs4lVDyPUjiP4j1yDSbnH3FaT/LQGszp5Aj9W5CCPRQKQSAl/4h3AaRQMVA/S2aKAJBa0E4qV8xT8zvJBYF4CiqUgkCxroDiXMiTItoFn26DBJmnkLtinkJgcvmWyTAxQjCOfWKFYBzEc7qY+NbHME7zju98VKaMFoLhWad0Oq2tbU/pdIJam57SaSa0tjylShC5ecopXalypdNMuBPkNBXuBAlrrI7EutKEVE6z4U6QK51LJazvO0DCOpcDJIwRPF1VwhjhAAljhAMkjBF8ZaiEMcIBEsYIvp7UwhjhALnS99WunDBqVw4LtSBGKPiGrG6bEfQaaQujC3bOyln0GZyJAK1Z/Y2ciTPbbXcrTJPQmR8ZEmw2i95APq8s5nvupL5/KEvOmsBp6cvJnN2qy+BSrTpjGxdYTYaBLGjIbpzV0J4I7nnHh/zoZ7ByeroZm2mMFv34yQYb14a2RENqJjHMSO8jBtmftXkxV9J15lRbmvtfpcVxwKpV/73Dof+qw/5CHb79eeT4OlDfwwwaQKpYY7FYUw1mnZ2z8Vc+KRmSMnVmu8GelWC16rJ4YCSLhTVTb8+0cqls4eXWeT+dXdcGQ9X8JUZ5t3kcXaJ/ZFFp0fLKiI8yOmDvzZ1GpT55CVw+drDvFoMYTxjr9W2HpApwIKy7VtIlFG7Yu5/8agEB2TGfPJ0bgvPha2VHl14BadcqdGu+98JnS/0Wb+rbEd/kqKARfIZqVj7V6wqSrVCu3R67ESyoqI0qvBwK+7z/3KpPtpSBbVNqP312fCEY+Xrc94e3BMLTm6+PNh32gPHbv5y0b1UArpuvtXfNvQlEC6c1PzHBHdf0/uJh2eBQHEGsPPudGF7I6XFJuq8UEeWNB1JrUF1UoWXsgGD44sk95SERBeDtT89VLfm8Ak2Z1XvIh77+8IzY5+2ochHsIfPb8WFWIJ40PDJ03FAPeHJoSsAL8XWoU3VZTEdch9pHHDsP1kvhW4VniEfVoBKsP7tvvhT36UUj5Q1fMh2++fkUNziYGR6C93+1pv9Omw+kWrZ/GQDXNMor87pdRNtH1hec9hXBPfbF4R7PX0fZG3ppOlWLcemKQBLK39DSIe1znvnlIpgtHb71Xa4UFczz/C10YA06sXD0TU22Ozyz+I05o7S+eGTYrhOiMX7Qf/Gm15IGlSN74rsNnqsC8QMrx/T8OkAMhzGAL/TNeMj4SnY5Ym68WAmYOZNKgTcLeCM69UpVd7l3I4gmYfTbcRpFzalOyo8U43CS3nWLJPA8yaLqchH4uavnzCWaBpR76x0SeIx0ySMeXv3WNUCUPphwRYqLg2oTvqsMgK8fS96/sasIgiM/7Zh9wwtHfnRx4OO3RFCiCox5am8DONrziUVfT++EPViiCoF++o99sn6Q4I3qb54cdqIeJFD6NIfDqKvG51/Nc4MsnJeCcU7BeJ+m1eWAJJ9YIMPEqQ293CMxSRahRAMoaZo2bo/9HCJBe1P/UhEg1qSdSu8IKS2Gz3sDfUXpe+YCYPmVBkKgHrN7UI4/ZH4d9MHSiZvnlmSIYAp1N98L5+1Mmf5jSyjOG3AuOyTPE2Yzw0tAGWGP/8R6FBGX3s9wORgueyR8SZFPDcrf6k49Qnk/jCVbSODPO2ZPPb5NAvcS1h3rFoTX9t9Z15Isg4eoGZ8FwRH5kXOqT4ThNGLtT0ekkJrjL5bCGbtoAYVid0JL/a8eUDH5sc5RV4OhD0vsamBtklXt2iqBxesm9PEtrkcfk+x/MKMBMX1JHnBerjloFhbjziyAhei56Ec2BR+vBWYV1eyGCQkrZq28gZg9Rc1o+eQVa7sUHHLEywuPZQRsQnskQSHgSCPgOpS9EBbrjQewjUtQNKmaxG6HQU9SZdHLdoOeoxccqO/RhE7SstjUAmi0BpzbzddHu0PIr2uPaTkFXvDUhXGPNuTWIla23zagBbSMb3nDqToFMbEdXvbFe+/IrgdARpfOWxDbrrcnbmnIJKUhg2Jm0DX0Kk3MyBBMNieRbwQkubnmRZ4wlhFRinl+NIP3NHONF5rbwYHP3gi3FaeA9TRc6+rBERMNRC2oLymeaUtcDyZNfEBa+tgMwPg6dTV68ypdEGNWJvuqQDu2URWSs0Z4C50//hChWing608E2WmRYE4nR7jFdO/h7XZX52V3wjZkit8B/CDhfA==", "1: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", "1:eJztWHt0E1UaT9PSZ/okrRRJoUVYFlwOzSQ0xXJmSkotQkUIuvW1GNJpE0wzkAfbVqGioCKe4gtEQFheIrs8hLUou8i9dkWKqFQolC5dV2gp8pJIa1sKbPc+BqLYPZsbT//wHOaPOzPf3N+933e/3/ebuZM6Q5paFKJQKFzhqMmX7KLFYxeLMrAFmyfZXO6ioBt32W6pxITvjLdtvwKb8me2+322qSjPJhW6yJWcJWa70Wp2Fos23KmHsSb7acu7bbtt+8W2zBs2oj43GTtOchT67vCzCbh/Omk5ExawbKdUYnbbLH6CdGwgLWn1gYBGs4E40mawgXSkNbCB9KTNZAONnoBt6aPYUBkUlc6GMgSEyqQorf8oGlFgsHRy0qabQtHJZHMUo1fo/wVpKUjLBOLoSRcISM8E0tHTaCaQnp4ymEAymzIDAGk5JhBloHZUICC2mQyBgDIDoJF2VAA00sqEZaKRVias3zSiOkswfrOIKibB+E0iKpgEY2DBUIZr/eYdlUts4/xmkE8tOb/T6tNKzu+s+pSS85tzPp3k2PSEUo5j0xOaIY5NT2QQm57QvHJ+c+HHIDYRomzQsemJDGJ7WVAO6dheFpREukCUS8fGCBnExggZxMYISlgdGyNkEBMjZGHVMTFCBumZGCGrsZ5N96lK6tl0n9aTnokRWloaeraXBWW5vmdG4L2n6w78wC06RcliFUsQ0Fk23i6WiA63i/6RuLkD6IPvolCT7XJJFhv6JpMct2xkI28ONq1slmjCnaeJbqfZKhY6zfYedr1Gqw09MKLZRKctDhlu6ROBLnJsTtGCJzPhDkbJgztb7JLlyT/aXGIPg+baCj3IPzvey9hifj5oGImo2OwodBUF/y+ayknSaXs/7vjeiDuWNe4bnzBy3Fzvx53YG3FHBZpvub7Sez/upN6IWxVovmWJ0N6iC5g/eGCjJDkLbQ6zW3TRvwTRqJniMTvcNndZttNpLqPAFLIkTo/F7XGKheTBE777HLPb3IM+6em+l/upeyJ+hP99Yqu6Nue4t60Z7Bv0ntP6aqigMRTn2LYPgqiVvGIqrGgYW1YwLF4Y2Z16vd3zDTBPm/qbPy3qBI8tqf5hWGOkMO6J07VpKzXQoXvmA+HZw0BKeA5+traDx/CFiwbBBau/+PMhfSpMfPm+cyG6MOGZPDBXY2gCYyPr18+amwLrRojJpwrUwsyvZ79U2XwBbBnwSOE90xWwiBwhwrKdqtlbFifDnMX2M1c3nwWh85caF9tP8/+6C10FayD2+uIeDVzFrXs/o1QpbPj33phV3Pfgs2kfv7vhy2T4lHrbvSe74oW3hvdbWhfRDq6kt2wb0twFdr59adOnE1v5/b8d89pBPhkGR7w00OJIhirliBeSGsKFr9JOXJk3swPULP/7sldim8FrByuQ50f5po0rPxn03jnA6//wtwkqr2w/Dx5E090vXAUTH37ecGzfdaBD7nRWe/nG+vmu3DcOg12t1+tKz3aDmfmtlSb3N8C41YYiDoWHOkxoyFDYwmPPO/hV6wbvvvZCO4iqeqds/+Y4aFNI80P2nQEDF56f8mHKFfD6mKD8BdHtgPav44l/S2Lhi5bHG3ONcTDZVZ9wOTtIeLP7lXlXx1wAXytRYE1BcNSkdyJzhxzl527bNaOiQQ2HeJQrwh9VwyP5M+IKdgcLiZoDp/kN3cCaZi8t3xgBUXZQig7ydStaNJu+DaJ8WKiE5WTBLoE1f9l6fHp7Eix4V//FPTEJcMfJs0t3qqKEvJPlaMXDIFmGklrwofDsqf3Lo4RGKwokJw3OWHtMd8kwGCrI0Vdosz+EXKoGYV8mT/nnndfB53g5344XijqazWuPaeT+DbyBOODl/2PsunhekQaxl3c3pcHBOE1ZSiFh40cf3zH0CIiZvP0NsSYF7gAXVmdt6Seg6DLfrzkH5g+tfn5TfR9YGepNyqsNEzajbPVdmwRRb7R0KB8Dzp8a3f84+LSxasHTtQPgX8+5qhKf0kBKqFY+lhDsMiD+lCbBlE3f5o2sUAt5D1zr56rvAniWOXuX8JQHLj4MTfPAtVJAhoUrgfNK7NkPtntpXRxol+ukCngRCzMWtYGLq7PurusfBNeNx0xpB7Om4xXpAmTaTi9YPglXkBK6qxKvHvyugUfFcnng4RM8HmX8rk7Qhuk1tJsndfnYIZ4MPz5Yrq8OgNlvTYuEa9A0K4qUsPjomZkj2hUCGuzAP6oVcPjmvrU5BdGQ0MRzGTjWB+3pk9ACeLwgWWpI63Y/4D7ZMdKxvg3UhI1d+eCaeHg0AjOmE6Di/P5wvhJG3TVs3su76wGZp2UrCMIEXBMH+d8/ilLSCoi+SD/wySEPxfxupwo2TJ8zOSUpBmZ9NHVZamW4sBdl0dSnXvY3AfZHrHja3MkjEThhVQCAy7lcHQmVyDs138xbsEAd7wsLP398Ys29iTI/O/nhY3BlhsA9qHrLd0VDYq44xRM6zAmHpD7HhcEkUpDfASSC9z0c2h+SabarYVqlZ/ad0SrhxYWPHNnTpILkFZLtKEYfcFKJ66da6/u96/sj0INN+1+xcXp/", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWlYFEcanuEUhlOHw3jGNS7o7soxM4AmVgNKvI0MUbPxGqGBicDoHBHYuNH4xBgVEmPUxGhcTdQQr0RDcDGxShLFW7xiXJCAoAiIAsONYKq62gA+PBtqnvjs/vBPN1Vd71ff8X5v9TTPLtBFxtpIJBJDL3yZokvgo00JfGwEmSHTk7UGY6z00SjUqEtUk1H407n/+7mp3c5Z/be5SFx7tRP+I0KnT9QkhMdr9HG8lizqxtb4p3NP557O/Y/nuir1b50cpkuK6RiRZxPIen/hqlDb4atamxSHpf73IWQuIIAFE8C+TQDdhgkTaIFrgRbsoxCuSjaIsE0gC0YlYPz9WDBBFOPPggmmGKa0hVBMj+OhkdBbj3NNQ6G3HmebxkLT3ePU0WAoqMe5o8HQm4oJpKS3ICaQypKYgiyJKdiSnYIZm08AhVjiXogFLSuqFlPPipgel7aTbPW4sp0wwRbIVgg7JpBJTyhTA5n0RMQw6YmIsUAfA5l4IGKYeCBimHhA+y6QiQcihokHIoaJB7RTFUw8EDEWnCsKC84VBRMPRAwTD0QM26lCzy8Fm9aLIDatp9Kj6DEVOoN6zIVOJ6WSTetFEJtsU/lRsh0QIojtPYOeyUq29wwRxMYIKltKS05/pSWnv5KNESKIjRFUUlSWvGeoLHnPULExQgSxMYK2u4qNESKIiREBtN1VTIwIoJ2rYmJEAG0NFRMjHoGYGBFAWyOoe0aQb0QGL/LAyOt5XXQ8n4iB+pRxCXwin2Q00K+JjwzG2pKRDF9CDQZdtFZj1OqSuhpTO/5mLCplEa8mi6N4o14Tz8foNQmPLSZfp8LjtfhBON6N12vJk8fWOOA/xmr1fDTZTO1GEDoTWRydoIteuERr4LsxGqGNMWH/Eshva/rJq+saeyGiOE1SjCHWukvOOn7xKsWkP/mo5b8XNRmF9zRcJ5ZwOynNo+ZUPfmAPf7QgJ2ZAw7qohFBTz5g7z80YCtWQgd2jjfI77H+d5XQj1DhOp0+RpukMfIG+nWKJHa6SZNk1BpTQvV6TQoFDhRSoTdFG016PkZ4ML9jPFZj1HSjQ0F+1JOu3vHkEfnqRWaXAuXc7Am3YXGqfP+LxTmQjs3gqN/Hw703VIOY0b9MS9t0D8weHFoTffYi/Obk60e3PVMD28NbqipRBpwVQmZqYfKWHX/694NyMKStwVS05Rio9hz/0gPvatDsWp51wLoFJDg0/yvuUC2s2HDQafHe++DL+VGRf5YMRq+sDP7peOIV6DLtwIf8qgboe8YtNztZzmkluuU2x225r19auHnJ7H7Ix1WWuavZFrluCdzxTZYbmiM4UAFK5QNO3QJ14Mz2cd+a28zw81+OumwJ7IOGla749NyX/ZGwbUUDnHTS/oVPXi6Hey5cnXH3gDMnxHnKljOt97aZ4dIXFRHYDhs0eZdjxHMmJ/TdxvddU1XFkBMMSrkBwXFjtbrb8BD2fk2+Mzp2Gm94yBM9/33kxmfTzfD0D2H7tIXVUNhmmxOHg1Isy2oFgvlEObql2f6TYmQf9Ax6FWfSCuHR/eBxxXDp/m8XvPmKlEtITt35l/AHwDzokm6efW80JN20uF+aLcJJnzPpZA0siLBOlg3NA76z38up97kJhLAM1WDMnet7WwpskQdJw1BHVLh4dXqpXorarySXD/PHdZWtz3hr+kMQOWHrsmE5d8DmJaRQjihVtWfMzFfrYJhgoAIWXFtuiPhwF3CyGvGO5/U6cHOWV9ZFyT2Ag8OOSDmy+mv4Myhb61PlfDQP9DVc610b2ghp3ipgru+oD868eQd6vjbFnH5Zwk0SCmuGYRdir5a9Vg5KVCTyBpFXNwH17yEIejd0/q280zBVMCDhhm56+P4/W6vBqrp87FERJFbHwwb47qXCItn6Elg/ERueIUEjGjbdWP9OMyTZOt+3CmBnC60camH2QlJxW87r+vlGdUkV3Nyr36dzfSuBUCZTHcjD5R955AF0E4h7AhCWGq41AuzEkPzmFpibfTjNrrodNOXEYIoOQpGHB75dOT0P1oaSQKyRSij4EDSpwkbhriqCYQLQDNfmx0t00kFogWC4FLzsNzyjT949aHv8Pf8liV7csizurZu59tw/VoycvGuiN4rH1cu8KufWTsSG1sk4ypuBaCoxYPTgVn9VXL7hYCsQ7rX90f1ThGAu6NzoqRfX9XdHNG81YJ0rqaQVslu+IXzNXjlaV/UGZvZd0IuYG2GFRi86v+rSXCc0UChMM7g8hWxQD6JKdn7y4+BS+Po0/OScJyJdWra2CeAuS8n1tUJb3Xd+f2ymHPWWgxMFmWcBzacZYjb/9eANd0TzOQDN2LZn38/zGmHKrC+U50ZfAtP/0+8NTe0AVNdGCmyN3ASimeHHR3BDtdiLPLLmMPlf1If0R/OEhpdxxM3CImfuK+yFzz4vdJi449MEE8taM2ouyRBO3kdHNt6BhD1XHHohXfXbp6Kk7ijj86lcH00dfB6nZXa7hMudRDJTDw/+Lekz6Xd2iNp14NLtiCJVQKF8U93QZLKM90BwKensizB/dRvfWFoCbQSCe4r+10Jzuto41EuKSPbURheOtOv1F8rA9ib/2/tveaAvTpAN3TnaPw9B6yi8Y6Q7rUeCHOFurB0U6Uj9PVYNNT9cHsH3laPMIMyw4TYobVNS7xWoCAj7bML9IAiEHSe4vcYNKQTiNIDlw3JW7p7ZDNJI+/l5IExKzEw7JNRjawOk9utAPWmbEw6irv4IF5H2mJ5D5yMKANVfCYdB93efsEZEFVbuvgBj5hCFKQMCTCFDMqyCVpt7IQzGFW2DdL9WeBZ349KttpxQlinVAIseVhwbBEhZ7zYBte1nH4yS3gACjbLtOZwsTI1asAIRwWwHlYZMj1bc53MFQa4E3sMIohQOjr7397AxzVA4lEOT4vALsS7R0PVM6/j3TccXx27mAn4FZbPJyQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtUVNUehhmY4emMgCAIWl41NC0YmOFhuA+CCCZycShNLBphgNGBkZnBK2akmWZqiY/Uakm6zMyrl1Lzkal7i0+E0PAWiUSICMpLXqKAyj377GOAi3Vjz1qse//QP86Zs8/+9t6/7/f9vn3YPj9PNzPRwszMzGDFXiJ1WnV8uladGIZbcPN0jcGYaP7kKdioS1Hip5Bnbf/3bTP6bBP8t7aZbO6VduyPMJ0+RaUNSVbpk9Qa3KmPscKftT1re9b2P27r7dR/VvJkXWpC9xN+F4H7e3NXX6WIvSo1qUms1f81BLfJZDQYGf00MjINFcbHhKX5mDCPL3eV00G4aXxoMAoO4+1Fg/EjGG8ajD/BUNEWQDD9jodEQm795pqEQm79ZpvEQujuN3UkGALqN3ckGHJTUIHk5OZHBVKYEpOfKTH5mzKTP2XxcaAAU5YXYELJ8q5FVbM8pt+p7WFb/c5sD4y/CbYVQI/xofITolQfKj/hMVR+wmNM8EcfKh3wGCod8BgqHZC686HSAY+h0gGPodIBqVRfKh3wGBP2FV8T9hVfKh3wGCod8Bi6XYXsX750Xs+D6LyeWI9vv6XQE9RvLfTYKeV0Xs+D6Gyb2I+cboPgQXTfGWRPltN9Z/AgOkUQ25KbsvvLTdn95XSK4EF0iiCWojDlO0NhyneGgk4RPIhOEaTcFXSK4EFUipCRcldQKUJGKldBpQgZKQ0FlSKegKgUISOl4de3IvAZkcEFvzCq9WpdfLI6hQXqM6Zo1SnqVKOBnCY+GTDREj/Zspdgg0EXr1EZNbrU3oMpbf4cLCZjoVqJO8eojXpVsjpBr9I+1RmfToUka9gXIexsar0Gv3mqjzX7I1SjV8fjyZRSjNCl487xWl38gn9oDOo+Bg3TJKSz69Piv63JkVfvPmIuoiRVaoIhUdiLs+6/eOU86QMftdNARG1HE3UPw3lSo4qBj3vIX8WNn0L6G7A9dcB+vazCb+ADHjoQiRbQytunZ9h+Xk+5gcSMHEmF6HT6BE2qyqg2kLMqzG90uirVqDFmBOv1qgwCHM4xok+PN6br1Qnci7e7n0NVRlUfruTnRVbSe3Vq/AqfgeHWbdOHrJtWUw7cokuGLVWVgB1uL/8+StQCNGa65Rbn7sHd40PcayvKgNmGzM7AheVw56++d/2nXObvHfCXxXfGeFsVgMmTbl/b33EW3lLhNy3gb9PeWfHy9COg0Tn87w+H1oJV/r+eS/HtBHPX597znHsXvnJy5pbnC92Y/J1TjrQ8KoBx4kLX6JJYsOwo837FhWZwtazcdtNYF2QbNjpd4OaKXshdtWfWJXOmZUSRLu6CFJF5bJi3jkfYCV4UI268QQLUkTn/hNFRgjLX/bDAOsCZ2fnAuypndBMcr3atmO1yA4bDdz38k5pAsUNz8OXEwShrB9vhJRf0HDuseIY1475UJXvNyx4dX2DdviNJwMRygZmhedLZAd+HW6GJCwtXF5WJUMq5xwff0Tsw2wfvPnna5QG0Hpb91tj8ChB+Y4lTztSfgavF64MmNEsR4ccByVm2pjbbMm+WhgkXrxUii+p1nvX2p8DGuY9DOurzgQEvKEqEuHFspajgPbzSDjBowsHtd/d0wNLi5YawzZ0g9gCsy36lFP7wsYilthniYfXt5ihh4h9RH28VMmyS2AWKkPHwkM78hmYQgGlfdhOesHRwAuctUKWTR94taInK0tZ8UtlcD3aZ4zf1sC762PCVtbdAwPcXF536sgpm391z/tWjQibxfiXLdBUQLf80ZK22EX5R5bHndngD/GdTUeQ8aR3ctPf96IjtbUAch5XUALalOqxAlx6AIJviXQuDcqEzu4q8M0UAs3lovhlD7uZoa5ZkiWJfCYjE8rMoAF7j9jpeCX0Ij5eseaS+3wDShtmXT8hqg/eu48C/Am2eWDkWqLZC4YZiL8Kzk/+lKUtrgCO1i5fsHv8Ibl82hlVIIxijtNy1MfAXoGtcmRcTLGAEL37ofK2wE2IVGopbgXCx7SjPzBqwXmkctbWrDWIWRhS1A47HDAFD6qAc/ngME+zBzIzAI9+GxVjuU28DjtaPPJim1mlvrPL/GsQ3zGEVcgcG4DREuTLL8TJmVQFPToC/A2455h0gbmy+9MJxVzT3ueCmeDtnZJ+2f+315IfgWlDG7G/SXVDgxnw24+5ozQg84nmwcumVQ28cHoq2sKxXd7oijk6b+wCXw+fhjiR/ejFz2O9BbsI4EYNlZTvKEeWx2XPTSRl9u+TO0W87AcmzDYq9euKmk4eEWRQ13Hl+pBBx5b1egLAqStMdEeFLgkI17K8IS/TCjo++u3FHgtw5wsWI1arXZ+NaIBdWux3C0Ryzd2IK3nz1ojjoDxiD6cxqhSJuQBdmxs8bWGV3Qbb4KldkN0I2SvlPEytB1Leb1atv2qOyTR+unKN0Q5diTn/zVaEZY7XffU7CjxJUmsyu7ANnlMYJSELaJ1ohQ/KG+qVAxJwOwM5izwiwbLsGo8gP7NkhH4ERrdrX382xQFZBX7z25T4xCuQM6DHk+gvNkZRlQ5gkRW9jAmqsELfcU1Lm7IGXUneZV8LNbSJWwU1Ahhd8xonhbCLUDCn2TZoVe+AeyXteNdGb1gFtOWiXtj/fAf1UgP9VAVzFtcscEVf+N+wRdpFxeyVMzpF57107aYOOYVvbdhVy+c0VM9Wde9kK6oJgFq7oKvidEBtCC8j5LW5RVLYQcXlePQgR/s7BoZ/+2zp5JFs3XVmsETsiTk+BAobzpYsNkPiJgMGzL3GqA05XQn9rbO2Co7nCFTIS28NfZ1y4CTibHVYHJ+GERJojbt2oHm4KNGepvM7rXIyIj7D64fJkh8ZyAqgiz1fPwvmRLZ8oW60Rp195FyT1cARyPnbZmuH4rq4BLlzhtcMV0biQhMytKyOvt2c2g0M1BpbSx/DSGVzIbZDktx5yO3VwahL7eaxLMfTe07r/M6f7/LGPNtl/AEcGsyA=", "1: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", "1: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", "1: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", "1: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", "1:eJztWWlUVEcWbuhuoAHT3dgoanBJjDFmNNA03eBWD0HCuEWFicuY0U73A3rSdGsvUYzRMQniFiUal8nxOC4x7jnqaIwzapU6qLgkUcmISwwaQRSi7LIJU/XqGcDDmVB9xjP54Z/3qFv1Vd1767tfvS56vW0fnyyTSCROP/wYbbfyJreVT44nFmIeZXG6kr0et2Jc9rRE0op9ZvvN28a0afP+b7bxeO8TA/Ef8XZHmtEam2p0pPAWMqiNuRKe2Z7Zntn+z7bWSv1LJQ+z28zNLdL3ezI+XHjqEn3wM9FiS8FS/+sQYtNqWTBa9mW0dBkmTIQHrkV4sI5OeEayQYRlIlgwegETHsaCMVBMOAsmimKY0hZNMe2Oh0ZCX+3ONQ2FvtqdbRoLTXe7U0eDoaB2544GQ196JlAkfRmYQHpPYjJ4ElOUJytFMRafAIr2xL1oD0pWVC2mmhUx7d7aFrLV7p1tgYnyQLai2TERTHpCmRrBpCcihklPRIwH+hjBxAMRw8QDEcPEA1p3EUw8EDFMPBAxTDyglapj4oGI8eBc0XlwruiYeCBimHggYthOFXp+6di0XgSxaT2VHl27qdAS1G4utDgpI9m0XgSxyTaVn0i2A0IEsX1n0DM5ku07QwSxMYLKVqQnp3+kJ6d/JBsjRBAbI6ik6D35ztB78p2hZ2OECGJjBC13PRsjRBATI7S03PVMjNDSytUzMUJLS0PPxIjHICZGaGlpGNpmBLkjcnYmHS7ewdtNqXwaBjrSh1v5NN7mctLbxMcTJstJKwA/YpxOu8lidFnsttaTJfr/MllS+nQ+kQxO4l0OYypvdhitTwwmt1OxqRbcEYtX4x0W0vPEGAX+I87i4E1kMaEVa7Wb3plpcfJtzBZvMbuxY1byo5redbUe4yuEkmK0mZ3J0lbJav6pGylm++mHq/m1cFUEYXeTwab2Rh3IEnULpXlcnPqnH3fw04i7A3PchlZSYXj6cYf8T+ntzUrviJbxGsKekAGlhN5FxdrtDrPFZnTxTnpJRRI7zm20uSyu9BiHw5hOgd2FVDjcJpfbwZuFjmnN7Tijy9iGHBnCqCetveNJF7n8Ilaf+atil1gPgtEVyxJdvavgQ3f+OvWW70HvvnOXHnrnJjh2ZuPwryrKADh5/cBHc0rA8LzSyhGT7oO5oVEpcRYIrqdK7PNl1VBo2nOhe2WI7M3njsDLQeUx3yZXgCtD0idui3wEXzmrOvWPr7PBwsprl+c7y0Cx80Bw/VkF6tWj0vrm+/dhv4Erzs473Rn1FwxBaMe0pPEv95RxLxEHAzqijOJxX3fPKAZDi67sqlunQX8mDld6o4LyHhftU8vByHsynfqrjtzvcj8rDN1aAze/eKgh0+WPHIuX3S7vUQ0f3jZu/HelGi0/XtV3ijIQPYga/rojPYDbcuRY5z6XVOiM9l97B9guw9QXrLNmb1GjHWUXR7+t8kXeh+VBGlAJRrz34WujvujAmc+9NfJ0phSt3hc4Y1eABDXte698z1gJWsUvNL31vAqVdkoY27DWG52blwDfD5VzVkXthpSIDnT8Egmi/snQCezG8uMyRNergFvTT70ycEUgN/bjNbYgqQIt8yEz5YFL2IuJ0V5oXv3A6d8sbISz1m3CkV2DONmlGTle3OAxFz6Z0lgOT6bp/nKQK4J4tb/fcyrQ88W39F05CepoPHHpVT4dxi2x3qnf7sMRVFKMDHUdd7XbHOMmEByaUwA+fwC7vfZDb5/5ZTCq5rh5x7T94vzXYfWaH1ZmyuWcPHt5+Mz+BUC5LmLTfkM12F03JS278Ra8t4oEVga+V5BI6uCMIf6XN0//CazJUs7W77wFe+Ld8R3jhSjPboIumB3992UD7AzOsIS7sTIzY/KlKvDujG4d8vvXgs4HL0hueD8AQpqKKkC/7R2/i8trAio829AJJ6CNhPlBOexyayIeWgJel84K6N33KvAXEikV8ytBJ8yEQaVgpkCoejDZPOjHNzpIUcF3L1yrnVsIz93POTFsdzX4wBn/afUCCdIKA/OARiD6LhD/ktv7Mz8/NCBrQ014YQPUDz4yfrWxK9Jgb0r3q1CAMCAfZvfc40hVd0EXsdeKxVLK2w05ULG4h+n+5BCEez/5+bAKYXZcj5c2gvUPtp4caeiE9sKS9YN3BSOS/R+P+nG37uJE7tUgDBo2tKgjKhHo/ggI+4qUiO7PHTDhjxh5IxiFCYmpgqt7LXPP6FYGhHrrE4KEbcv1RWttQR+iM/Wg+9aihAFNanToY0IoKaJ5KgY42VkbZgVxy3HVr2nKhySsyjMSLtD71cxOV4I5WlcPYZCQkDy633M7cctvk45GSHkZiE6v/efqLGU+HB28dMQ9mRIJMpGlQnOM2j+E7ZCgMqwWC2apkaATHymRXKfWDx6i4gQ/kwLo+LEKJJSBVcWRKtzspaH4fjlwvowQT4UE+qQo0afVPlPXjqqAlG8atCAn6di23r5oIWbR4Z9qRD6ouEKS1mUByDQPK1CehGuMrfu5GPlxmEQ4gxKUuXUCLvlycZ+qIMnWxgwVIlUbldIA/9ovZFWuwhcl3Jyt+fJUEKJ+yNEbHKmoJtDFiTN+zIeu/3kjHGVYFDOtoAkI9XhUjQQ6lfggYfhOfyT08zJR16SoT6J884qBDZBUb2xdIzy+gDhUAqf0jCkznVNxAQe+SD+1XYn+tnN33tR36+D6P2EF9VVz+vODxlxQS9H+SVWHri4uAFg1scsNkGTzWF9fRHW5EoQSwn8rQ0uvkcQ/hJuwij/KvQ0JjXs958cRdVfUXofRWAZrlVVwG2blophasV4qoViHNC4+UMx7KXx5w6I9N++eB5TPEu4OrtKELxVokgC4B5p6Pap25+dCLPrnB33jyx3F8poovwspce9DvEma0Bw/LiucrFQDHmWSA6EJUJ0uhMKhHGNLwd/F9jRn6zOt+b84zRePbdi0/wGhIa53", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWAtUVEUYXl4LLMhLRMtnmU8w4e6yLKTOxQXKFF9rar5yXe7C4rJX96GBHs0QxdLS7GSaj9SUzDfmI0XnVir5QqV8HYyQEExEERRScW3m3lVBObmzxTmdjnsOc+/8M9/MfP///T/33pcmsEO1riKRyOSBmnhWz2gsekZLYQs2D9CZzFqnh71oM5uiwj3lc9t/yjZQ6/x3tqEopipvdBPHGlPUemWS2pjI6PCkRtYa9A9sbzy3/c9t8oc2vjI8Ulhf1pDwuIfH+uH5YXxLqXBxiTayKWqzTmMnSEoGovhWRgaS8m04GUjGt3IyULhjIGwLi1CJ0UWlMySiyvwsjJzHUGEkmAi+VfCQGNYywW5IJNkuPBsZCUbhgAcUDnggUsBISVxgw4Tbuw/PJFS4UI6A7PYCPzuM0N31QXIiECU4goyTVLiQeU/qyE4yR3YSUo8KJQLJHYmT3BFOCkeO54hgKUF7FFHWCiqi7FaRUL95DFGm2+SgIMEIaqDsrlz1ElBK5m4byO46VC8BpWRqsIGkDmStlKw+2ECOZK2UrKjYQGS5JARXarcg6qW6lEwRQtbKyBQhZK2MTBE2kCP1QUamCKE+yMgUYQORKcIGIlKErRLJiBRBCakhI1IEJahcRqQIStBeeOOKwC9gppZ4wMwYGVaTxKQgoDE1Vs+kMAazSSuuv6DWDfe8UBNtMrEaHXpYZA1PvM1JHi02LHUSo8KThzFmozqJSTCq9Y28+imTdGhAiXZjjDofZHhijie6idEZGQ3eTOWHEawFT9boWc3EqToT08iicboECzqfHr8g6NyfXtSdZ5SoNiSYtC5P6yCsQQYqmp6377N4457SXsLNiAnL6ktZGtn0hP2aItBexLwjGiRWaNPz9v9XA+1GQrjee4vtwV3e9HwDmyLOjWTLM+KsqF8LZRFNzzuoKXh7E/OWNngqiHyi8GM/4oWVLGtM0BnUZsYkfFvBBWSIRW0w68yp0UajOlUAtuNdYrRozBYjk8APjH/cj1Gb1Y38AwoPFZ6JGx6P4eOB/rBVtGjGvahJYtrzg/aa66OOwtY9f31FPMuDk/I/Ef3tT1MOrHqxCi5YYghIp324tNxuUZ/0d6FX+K/b/33LPGBV3q0o5+qgQfbebvr9q+Bikoid5XoXfpbtPXmTl4SzMrUl6tXVoK0iMUbHnoIz0W55mbdgVipeqAAkvax/N21dFZwXPf7yqZdFXEA6d3R17ANYmXW4f8S87XD4qo2bz7+TD/DqxblX4cKwqT1eal8C+191lfnLj0MeHiLhFnStaHYg9Hfo0yN7xY2sXVA4Rw042HezrnDydbj+i4Mdthlvgm7H/HL37imDvSXn1k7aL6KF+YWAP1Z+Hdjbz9s5eO4cGNXxzWnpW53o5Bzz4lauRdDvj91bXcqKgBbTOetOj+kQfVNz3ArnBl3Iq1XdAkewm3pWgj3tMsqH7KmDI78OP/HawGqwA7nhw9Gu9DUuEq14Cbgd+hgxuA2QMyozjpQCN8Si1/5iIPgvGw6ZuGzq8jU7QOatgnOzpP5cSWDbI5dBNfg99/N9ny0U0/3fnqM4GxvAYe8dm+nKCfHKgDcUsa8b77hza2J3Vd//pQhE8oHzpDur3NZ+ElUGEekF4spaOKVoOYrcLdix4M6M5JxSgJyO7irBMo/WK8dtcKKp0i2dStL9OH8esA0EBILDF3eWwNF9+1y5sEnMHU7BBy0GA9ZL4jpZAmin+NnNBm2VcFr+Z4Wt+A3zwaKK6SC8sBk9eju8trLXQWH+bS+ubsPN/PhiZ7rlG4PrWplq4fVy5BhJcy60+4bmp2I8aAkviAqQ/aphrVNONRw/ZVC7oOQTQNjHmQuuWfLr4rk+XMXKXiG/vOhMI+8WJIlqYVV+/AS/kZfBNpey+V0ryoDPgdCl3VvVwUtpgVtev1QLRvIOKYdTcZjGOtPnZ5niPq0phkHJ8dUfqUrh4ii0wwIPWpupGXsx7gYoXDw3Y9TP98HslSe+OXmmEN6vsRQtX+RJ75hWtW1wuRt9UnumLDm4COg973yZuOMBWIqi45uWD6/13NfF16sMnAuoij7Z2c+WV8WwQz77jnveJejrtXN9aq6Yvjcm5ZA1W8wNPL1ojFV5H/DrTrwC0uQb+4wYXQc/H9Bi/ptXnegryYjxWHd6+2AsjBog2K3gclV7tGIByMHbyv05Xh9+zvS6EGWb8mIPepj5lSUPFgZy0zD9tFLAd2dI6DzEZvg1f07ImyqA1fXVb/cEvs0DuC4/zMkacdSbS++JI3YG8LB7AdwLJszIlTuN5ZJ8E36H1BSU2YLLRF7K0Yi4h/7AWbi0uwfH1wuuCPL5oHCn80WFzp4f/Akv9E5FqWGFIcwLxSNb1gnjeypBm+lq6q1Qq6CbcW70jz8Hoxne3FihwABTEhp50JzmS3m0IRE9KbMppoY17/HH6cefHRqxUX8Bgbdzig==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWlQFEcUhl1YDkUuObxQo1FJCpTZZQFj7OEUBcKxBLXE4GYZYOOyK3toocbyrhAvyrtUFO8Ly/uM2oMakdVYipaiFsihqKDIoaBCMNMza1h1S3fQ/ZHjT7P9pr/u/t773uueoe+PirgUCzMzM5U11UQpZIREIyNSvJAFmSOlKnWK+ZteoFqRLkK94P+YLfpfbAv/3/YPsHm/sdEZyXnTC1LIk9t76NlINN6HbvkiHtWKpPJUKqWNg/iygyCbDysMRrcC9hAhOwi9M1YYPt36sYPQy7DCCOjWnx0E2TBW4fRltjakAxhWexPSbQA7CL0MK4wfg/HpAIaV2/wZDNYBDCtNB3QYgxkdUkYALJ2gBzJecExsGJDRIWIczYBY+Vu3EMsaQmNYlSomuzFWRUSXqqwqApN2GMu0ozEdyCE+q5LAaJvPKu8YnfKNjqme5PgdkRzfaCXog4yWgp5O+UZrQR9ktBiY05QBGa0G5qBjQEbLgTm26D8CdvWEEYSAXZYzihCwUgTGKELAShEYE1wBK0VgTJwEhhURR70PqdzQAzWhJBSSNCKdAiozQ2VEOiFXq1Js9SdMsUS9TlQTqFIpJFKxWqqQvz2ZyPbvyeIzJxEiNDieUCvFaUSyUix7Z3Bn6kdwmpR6EEytRiilKMPeGWND/QiRKgkJWozuBcsUkolTpCrCwGxh0mQNtTEZulxKue/PZkVTSRXLk1Up3PeS21dfpZjA9Hw5n5WvBVu+Qv0Ew3xNz9dARD6BrwG1fJivn35twISm52sgIp/A14BaPszXX3fV0Z3bpudr+TG+Dgih0KDBEpOEWe+81ZVzzN/0vHmm4M063AH6BxIWYHraVp9V3qzKtd5tx4evu/uZnrD1ZyXMql7rXbp8BLqLq+kJ25hC2Aay5SO8Bfq3Jj5met62puBtoDp+hDdfv4Dz+e9c3OzNmK9owQqFMlkqF6sJFfN5zY5qYjViuVqqzgxUKsWZDNCDdolSI1FrlEQy/WBCez9ErBYbuEAKfJn3xbe3R6BH6EM6sh66MPn0hu7m+PImXtLqyHkgo4ddmVeME3k771Vi+u+l0Cu4Z02FsB5qlrlbJHS5Cm8KnvqHjmgGhffBlrunG4DDmIBDF4Qu5Dd3oxetkpfC618T3SrGXAM5jltP5bvVwqyi0rJOy+qB609RjYtFtRDN1t3MgTy+iFfnGl4FZq0IXiB70Ai18fk7tnxXBTzogTdB8SxV2PKmVrBh957ipCOOJBg9bj98fB4emTv9ysGxzaBijNvRq2brQd/ez2QJP1eDy7+ghTbr9vkKWAochcNObQIPWnbWF0Vp4R5EZ4YNmTNzwJn52+9AZj4e7rH9Ybg37Eqi3vphTXCqcPfw0ePawKXxEResvq0BVpe7xd7uUQHVYchD1aC2hgzop7UnXz1BP2rBuKDhD2/lNYDSjF8X32uoAblZ+8ofrbDCe04XY98PqYIUaXV/N1eS2V8LzPaZ4kXtGX7xZ5OmbF0J2DUhPm5gLhd3HyCy3OxkjodIFXXzslzJKJeFo6otWkELte22A22Q7s+1Id3CY1rdVW0gP6DfqGlzmuDENVPWbeq3E5YcRo55DRr2xVCmS5CebykXv3W5WVS5tQmGUF5u8eyED/lqp/OVEEfy5Mps+6lCLmkeNdcuei8H1/kLoqgNEJWDTYf8XpxJLgI3Eh4P/m3ga1hc92zU2Pk8Hb4YXF9T1Wt7WhdSezZoj7S0BN5Kmhzt4doGd82OHZkzsw7aZeQtuJNWB2j+qx4BSlXZuS/cyUi/rMAJ95vgy9zUg9WqEtBysbbwbFAzTOwTWC+5VAnmkNqNoUeaYY/1P3hejHEmT8Wt7LtYUw5ouI85+ejoXu6Dhc9AHiWLydHVAEPuVHPw8chN0zqT/Ve9zp7RcgIUnDhGKYyDh9CBqoRL7jX0LlJsgJ6JS848H7QOMPw5+EBKDaO1D2Es7cgn0D+VisAkK1KLndvvLX8Cmbzg4tvWnuuzD3Mn5wyO3GYb9gdIab4n3phghweEjlC+tHclD7sgJvWQWd4SP7wts8Bz6AsQUW1BebYVJnTxOpDztA4g1ZZymsG1k5VdexVycIIWQB082Bk5zJ2knDA+IpxLougNNW+E3VQ3nRoCCyC1CZeFWh7Oc+oKzidycXq+wc7kffHGGwJq3kaKXZKVBbnjfIRfVj6PPIbPrihY3QqQ9zLWmpNhX2o4a6wr4VRqV0sjzPCzzwdRnigHdPp4W+OMbtsgpb7C+EAHnBLV8dYRzro8tdHF2QKn+Q0tA3RJDZSnUm+cinTV27Wn/f8E7Z/GDNiwvwCgsLGM", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2dQU1kUDiVghEBABASRIvZGihRXfRejrGVdhTj2UWN4QDTJk5dExba6trWxrr2wir2sveuq744r1hE7KjZUBHtBcEVB9753Y+cHN7MzO7NjZnKTe+75zrn3nO+cd1/oQCYhyVkkEpmroKEzY6B1VgOdJOclvPgHvdmS5PB+FmthjBp+pv4m+w9ljl/JfvwoS0D507ijP3EMa9Qa1ClaNpnW80oV2OryL8vaf5P9j2Sq9zKhC3xgWBvGlPhxxq914PXlwqjS8I0klmWMWoteV0lQDBlIIYyRpCBeJo8gQymFMYoUJLiSk6FUwthc44JGjd6UjNpw5SCEgWgujNGkIOFICjJUJEYpSc4UZc/2orAjFYmjaIyJJMHE2EUijFJUenfYBwYpiEBy4jR9AlNUmnvYCQZVOrmYCoRBx2nFP2Tbw4xVyIlAkfaAouwBRdsDsodIigjC5OK2LGCIasPGhygSDKaDItoODili7AApI+wgnpIsSTYQWeFitirJiskGIusrmOJKsmLCFFeSla0NVGlCfAoiYwQuJiUZIzBIRcYIG8ieslWRMcIGImOEDWRPg1ARMeI9iIgR70FEjFDgvqIiYoQCl7uqYkbwr0hmP37BQrM0o0uhjQjIprUz0EbaZDF/vAwLF18xP3NDQ6zZzOj06JHKmL5436r6wVi3tCG0hlfuRltYbQqdyGoNFbycqVP0aEGNvNGsXoYEX+hI0J+2epbW8c40vIKasfLKOgOjGzxMb6YrMBqnT7Si/Rn4K7y+ytdGXYUTJWtNieYkp6/JY+urcluD+CJeniL8bqBmGDZRb9JaaFucpGiIt2pNFr0lLZZltWkYWEsICWvVWawsnSgsDPg4b6u1aCvImyoGPxY+3x4tbA99eendouBzTP+n3CMYU7vjyKtUScdek6JzJGBhQ/+5FyQvuD5buUdLWr7k2Knp+UXBRVRyWz3zbKIU7qk18WH8njeceqP+RurUmuBmntvsdT+/4c7+1vet+nUh17tkb+7U0W7AICnNTFY6wfKX1rwMr+eci7cPdeSaN6h9tXTMoP1lXIOTsqP79rzmgqKR5aeOYGx7bnRQtBukevCexbDTMddWiy/6g+N3qZU3W7vAGfNN3uOBE+zQ9F1o+ctqYMH12ZMn9r7E5fsEIZUCqplphcN+sQiovCJbHki4wfmcaXv5WfEJbl8Hd8dGk59QCR1+H1v3UFU4rElocLEhl6vv6bZzdVogoNcP6JawRgwDm10Pdxm3kwuAfUJit/oCJf/Z7gwn9T6//84cV4jtOoOZcmRhqQccvWnXwJ8WyqCIGeec5RkAWjW+sKggSAJr+Q7q/CLbB/Jm62X6gnnqaYbCkU6QX11zzw2GoKi7ZnuC0We29yrZ6w3HzUUKa7whCnpKmMEDOHf3aLItSAw7v0jXWPL9YKPJvleyh1UFE5acWn/6Yg4nu797s1OhK3gUz2eihCpb9/xc54Fim/0HVJhh+IhV00OBx8GIhQ0XSGBjusbtnj2qwe+dhruFr5WBdGtqoDTvAHVyWbtdL8pXUryb8PmnuZicLKNK5AxXV42rY3UsptAma8TnVgfLd0S9OpSYQ2Usr723bHI5JYRpbjlVOL3+Y2lrKcTzW1TeQY8MZVgwGHG0QYtZJ+9z+DxF1LVL48xxPjJg7M5HrJhrf2uEz6ajIpiNTtP90XnKezw8sSxLBufP9BwR+cc7TtALCwE4rlIYnxs4SrtNDG/fn7vNPdURNJ2Z+Upe4GDLF/Iv5L2c6vvroZL619wxT8Z6QUXBpjr56lqgXuaULbfWVYNDsn85dyNPBnFcaoA7kSjTmSIoTd0w7Wr96pAt9USR9QNPj//VZuN9d/hkFNW83z5/WCpHhsL9wLEFf86b6fmSyzgcsoW9J4Vbuw5eNCxDBjDPvKHgP8MLCvQuFoOeMTuODT3oA9f2OKE4nOoL1x7pFDXFQQYaPJYejOjlA9ucTrpY+MAD/p2vXZazwwsI6kvFsG7+eJRpX6iu+fB2ZIAjUB7e2tS0opRDRTq+2XR/GI6yUHzVHYyZvnewpFRisx8IDyTMC00vcQOZAXxgLlLHkbWAzR4g6+22kUVbiqncDa/7GrOKuKDeid/dPC0BXXiimkVAKMMZ9ziERsxwAahId04YdZnq5bf7rKhfFej6zLd917JSCscvDGjEK2a1cCjjhPreXkQp+IKaEwKG8gZPOcFud1YtRiHirvRHkl1hwEkyNVj3ZD2HrN1wlBRw+DwPOaEdNHeBXcv8zZe8yyhpXhOUWX8gtOxYUzJ6kDBG8+e97fMHCr5hVyBT/APQlyuA", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWAtQVFUYXthleSxPFdRMGct8psLdh+DrXAQZdFDEtaScwnW5wOqyV/ehkaZWImrqaIivUce0fJTlK9N8dE4PNS0VVFIbVEwJUlFCwgeSnXPPIqjMtGdHppnGneHcPf893/nP///f93PvdhwnjkxXyGQymw8eholmwegwC+mRxELMiSabPd2jfhZjF7P0ZBb7zPYf2jyfsA1vsI3E9dP74y/xojXLYI7NNFgzBBNZ1MReSU/ZlvDM9j+yaettUhd4yLBBoiWtYUbuDSHrI6WR05NGEmMVswx2k9FFkJoNxEmjjg2klkYNK4jYIiP0SnzRmywZuDf+G0YjjVo2RxrqqA+LI607adBKjjg1iyMdxWhYMH2kMUqCxImOcS5BpBxEsriJohimo1EMp2XBRFM/UewYjmPJQTTj2Sg96UXHBIqkFzZPHL24zJ7GIJe5TV3QRLhMBkoDdzxpGBVB0+ZOyrXuHE/nTiKi3QBxEW7InLKIczkPtH1LGKZeR3sD57L+GumCi3YDpHa55TcSk5qtSE4Q54aY1O4oUO1yZRspUM3WIJwgNl1QBarZdEHFpGZjBBWTmo0R9P+Fho0RThAbI5wgNkZQrWvYGOEEsTHCCWJihLOraJgYUQ9iYkQ9iIkRHBWhpmlGkHcpW2tywy5YBdGYKWRhoDV7sFnIEix2W7pX4w3pTIWHGJtNNJrw85hoeezFzO/hZqOyJwp6sniUYLcaMoU0q8HcxFtcbKYJ34jF3gSrKRAbHlvji7/EmayCkTjTBxOE6CCLjWbROGGKySY0sWm8Kc2Bz2cmz/omnyc39ZYiyjBY0mzp8id54GzGTq33af64g/4tbjKLdTVgFXPAusZxq6OaP+DgpxqwH3PA2sbiUEc3f8AhzcFsBXPc3CPPkdrmjzu0OeIOcJfgzgYf/VgHJPIjG8eKojXNZDHYBRv9vYA4SnYYLHaTPTvGajVkU2AHKSVWh9HusApp0o2xDfM4g93QRCfWRNM37kePJ0jnwn/EKrT9LaX17gdgSY0ydXniJZDqfbxt8q9y/mxl9dDXlD58eM615D0dqsGuDdmHu/WtA0e5H7b3slQAezxBzAHclJ4dw6trQdcgFV5yE7QLKOm5aC1yrjsDyF3zq3+DLpE+W55//Qb4JmJF9zb5BdDvzPqJA+Z589d77+sSpLoDKnOOjPp2UzFIn2N8ozhehvYvXRT0tq4K5G4cjbeSodbnjt/WXy6D3pVhCSPu3wLzFl6pCj8pR1fzd/hP2rIPXlLlbX6v0I9f/+LX93Ptvuh9dPSjwV+dge92/m72xtEX4B+7t8rL/OU8GD1mO7wuR6PsnZY9WHQSmGTiu4qDFXD1TLJwNzw3IDtlk7YO5vX1GDYr4BrsVhGAj1wCQw7v3bNgtheyZS6umAaKgOLVwJ47Vp8BZfO74hXFYO7JCyWqvDp4av/lVu2P/AVXriCfIyD/tG/mC+Y9YPIkkpm7sGJN/5dPr7wC62ocJatCasDxOQS4Ew6RDnDKed7f4PT5X0/wvVsASHUKZwbz6eSzIQR9NhAHADzRJu2xfsMLvVFE4ga/+E9kvLR8bUuenlfJT07qEDZ+WCkYf2ESTlUt/LXdNANXJEP+OE3JQ246z4Pgwb93TK3aFsgfGLm040KHDI0LTon+8sc7oL7ui6fX9p14/A6k+Q/kpf3SPPnkCSunrFr3PcyIM4mVOefg0tgPzGVTZfyV99cc+zTJH8l954UbbzwAbaVEnQdrn+t9vtNsf373uBk4xYH8zqu2XaG19wAuZhvbaDm/lxw/Q4n27VmgrAyrBZgE8rdUXkhKt/aQsx41EJPpnS++8uaLysb3qFlWCvsRc9IpsObNbj8FH/bhk7YuEeZc9kMkLS85ygFddx5eLCEEUaIOG8sTej0oha9EdN/csqAatmgFDhXvug5aVsWcSH/FA83Cxz9RVAXJtKisHEo80skQJm9av4v34PLE0PlDr5bDof6ePXKXBiDJ/dZZ0JHXBkdaCOZtu/RHPqdE/S4mLVhm+RN4aUJ0/Q/8DhL7zI0ZW1oADxB6lCoQqc6thbfghbzcnNdP3QJkprcXAxq/AuULRAi/wC5r5+Id60DVthE443+Bjy9+E7hKHcwHEiGltEC9Les99nutg+FSYlrxWaSgXAgykjSnFEBapwC+E5ZFdbtQRHl5B0phK3zQDFJeH2+eqGLNfl9UEEeUr0Dto0hl5Xybznqv9R/KUSoJ/GgQGjNoYPm5LfcATq7nyoQwXkEEsEDFTxpAFP05uKx7Do0pCeWlfHvKeKm9FP4Jfp6RAN85H8JTnqj4hUoi5NuAVCHurBxJ8VfLUCop494CILXsGEsGfjQUs2yP9raGH1Yb3pmbsHH/ANSNGNk=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGtUE0cUJgSBgBgIb/GFR6v4ApIAoqUzAeT4AoVg1bYqMSwQDVlJAsIpx9YWxVrrC19Vq0VF1B491ErVKuyoiA8qKloFQYugxQdWBQoeQOnOblSgtM1y7J8e/8xm7sw3c+/c77u7E/e5ZESMmYmJic6SbkJJNaFMVBMxntiCzZNVOn0M72VPpifj5bgX9NZmtC2sS5vpP9ki6BzIe9I/QkhtvEIdFKfQxhIqPKmLtaa8YZu8C9v4t7b/kc3rpY1R9yvWBZKa6Nc9PDYBz/dmWrEcFwiZloxX6FVKI0E+3EBipvXlBpIwrbQ7II47SbsTEwvyk5tjZak0sXRx/TeIzwRsE4u5YHxZjIQLxo/BeHPyzYDxZzDBZOJcIzCjmdafyzaj2W28uGD8WYy3sRh2B/YxmhPIm31IuwPitpOYffhwAkk48ocNhiMZWL+6ExNXqjKzvdqDjOAdM9ubI4gtXAzG6NyydYvBGJ0ltgIxGF/uqhBzEqwBY3SKXitJzEmxLEZitGLbqU/SHclKuNGbTauEE+kM6pNw07kBxE2yBpDRbGincwk3yRpA3CRrABlNiHYVRcqNEQYQN0awZUjKjREGEDdGsLVLyo0RBhA3RrAvWik3RrBil3bNCHyp0DnjAT2hJUhlHBFPA7Up49REPKHR6zouGNMD96zpRqbTkUoV/bFDajrdUKxeLRaZsoCQ48mRhF6riCOitQp1F9eZoDgVPRBE70ZoVXh6pzkC+kewSkso8WZML0hNKucvVOmILlYLUUUn0o6p8ZetSvDX1SyYUGIVmmhdDP/vqGY4M4nkvw9Y9EYDtuIcsHcH4vt1YobQhL0jBJGkNlqlUegJHXt5sKGb8ESFRq/Sp8i0WkUKC+zHnIU2UalP1BLRzEDU636wQq/ogqFSP/bl19E9Ag/hvxywNfrnWZPOWjjCrDBorzhVTi0c6d6/YYQTKoyXfnoYusIZ/ofOJuXXUb4XxoZdDndBzocvm9wKdIate5+WhFZZIHmPnWvHyEQo17Gl6HeBPRy0sW31ohYeWk8sU87qY4serD/YM6HWDpaQcyyKXR9T2SlnPMaIRGjNo1TgM7s33Mk73kO0jo8GHW1Nb/jQCU2v9Tw2ZJUQXjuNHTBHG4K+VNd8bIFCfqx/fjW5DWQ+8/7twOAC6sXV5PvveNcCTw1eoRX8IogbqE6upCL12IMqCrtpKvgDzAutXynXN1DD9tpfCi5tBi+IpjuKzFZw8JvH2YWTTNBmS7dtsz2qKefxU1tddBeB7rqoTjZFiCq32mXlyfjQfPF62gMe3DEOO1BK+TOOiVCqQjzNa58AqkzIxWanzVDpk4aJM5dWUelOZcVN8jrQK9/r62EuvZDjiokPzKT1IOrupYHlKX3gFyW3Kq2v2KIY7IZTP+SMpyuF0GvybquQwTzk8ciGRrZQOw75PTsZ/QRMGNXm/rzRFO3dhRN0F2y6mZG+5IYVDL/hRrsgRGc3HduwWihA/Zc8DD+S7w5LcNjL+WhlYoKbTZQbStt2Yd/F3AGwp+nwdKeZdmiaF30Sto4o+974UW2Z1vBA6ZykKf2KqeGNG29mWNgiYl9UZER2f1i6WBeyrtEKzaoI4Sdbu6JzSfnbe3s6QOY4am4DjyLbMz8dcUZ51Q59z2W5GfhTQ807rs9wSXNDDD8GukCc1vLrQjSHAdgi7EZZmCUsC0iZsccnj2L59dSw3jMg+hydzxz3AAT1eVjl27sOFATuV91KuAdoljiAwgKKocH9WopJ8ws+XPrBlePVDvsp8smSc5En6ikGhtoAk78TzdREHPgGPpzJEPcaoNnKC017TO3eUjAgp84EzqbZH7ClHjA0WstHilNXhhOuTRSb19tAgOlRJEDsOgKYo42jqXufsrq+c0HAchsk+6zqzKaxPLjq5B9DP1pVwub5qD2qy5k6f/NCc7jr1/xeWyVN4A59THfBJVCzYugjm0W2qGXMguJlJc9BDh9bGtlzeE+EPsEDlqYwYMu07d/tP0Ix+B+ckBQTIlAABw1dtOLofBtUlIkJWUXtmX5eXPC9DWTiMjNFSXTaK0deBQkB2MOHgFZhRcgpO8Tyqwyc2EMTKYMHcZrM3hciqZ3vu3kRTcCOPv2vQvpClmdClIoDaB6AmOMsd4NY/msqHFDWCDozO/qyumyxg0+VuIA0UJHVWfSJNlOgsCI3LfVbwNDf0RR5HRsitM69AZhqK9PE0q9AMr7zy4/XoXIx94IubOI/AbaPHSY=", "1: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", "1: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", "1: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", "1:eJztWGtUE0cUJgSBgBgIb/GFR6v4ApIAoqUzAeT4AoVg1bYqMSwQDVlJAsIpx9YWxVrrC19Vq0VF1B491ErVKuyoiA8qKloFQYugxQdWBQoeQOnOblSgtM1y7J8e/8xm7sw3c+/c77u7E/e5ZESMmYmJic6SbkJJNaFMVBMxntiCzZNVOn0M72VPpifj5bgX9NZmtC2sS5vpP9ki6BzIe9I/QkhtvEIdFKfQxhIqPKmLtaa8YZu8C9v4t7b/kc3rpY1R9yvWBZKa6Nc9PDYBz/dmWrEcFwiZloxX6FVKI0E+3EBipvXlBpIwrbQ7II47SbsTEwvyk5tjZak0sXRx/TeIzwRsE4u5YHxZjIQLxo/BeHPyzYDxZzDBZOJcIzCjmdafyzaj2W28uGD8WYy3sRh2B/YxmhPIm31IuwPitpOYffhwAkk48ocNhiMZWL+6ExNXqjKzvdqDjOAdM9ubI4gtXAzG6NyydYvBGJ0ltgIxGF/uqhBzEqwBY3SKXitJzEmxLEZitGLbqU/SHclKuNGbTauEE+kM6pNw07kBxE2yBpDRbGincwk3yRpA3CRrABlNiHYVRcqNEQYQN0awZUjKjREGEDdGsLVLyo0RBhA3RrAvWik3RrBil3bNCHyp0DnjAT2hJUhlHBFPA7Up49REPKHR6zouGNMD96zpRqbTkUoV/bFDajrdUKxeLRaZsoCQ48mRhF6riCOitQp1F9eZoDgVPRBE70ZoVXh6pzkC+kewSkso8WZML0hNKucvVOmILlYLUUUn0o6p8ZetSvDX1SyYUGIVmmhdDP/vqGY4M4nkvw9Y9EYDtuIcsHcH4vt1YobQhL0jBJGkNlqlUegJHXt5sKGb8ESFRq/Sp8i0WkUKC+zHnIU2UalP1BLRzEDU636wQq/ogqFSP/bl19E9Ag/hvxywNfrnWZPOWjjCrDBorzhVTi0c6d6/YYQTKoyXfnoYusIZ/ofOJuXXUb4XxoZdDndBzocvm9wKdIate5+WhFZZIHmPnWvHyEQo17Gl6HeBPRy0sW31ohYeWk8sU87qY4serD/YM6HWDpaQcyyKXR9T2SlnPMaIRGjNo1TgM7s33Mk73kO0jo8GHW1Nb/jQCU2v9Tw2ZJUQXjuNHTBHG4K+VNd8bIFCfqx/fjW5DWQ+8/7twOAC6sXV5PvveNcCTw1eoRX8IogbqE6upCL12IMqCrtpKvgDzAutXynXN1DD9tpfCi5tBi+IpjuKzFZw8JvH2YWTTNBmS7dtsz2qKefxU1tddBeB7rqoTjZFiCq32mXlyfjQfPF62gMe3DEOO1BK+TOOiVCqQjzNa58AqkzIxWanzVDpk4aJM5dWUelOZcVN8jrQK9/r62EuvZDjiokPzKT1IOrupYHlKX3gFyW3Kq2v2KIY7IZTP+SMpyuF0GvybquQwTzk8ciGRrZQOw75PTsZ/QRMGNXm/rzRFO3dhRN0F2y6mZG+5IYVDL/hRrsgRGc3HduwWihA/Zc8DD+S7w5LcNjL+WhlYoKbTZQbStt2Yd/F3AGwp+nwdKeZdmiaF30Sto4o+974UW2Z1vBA6ZykKf2KqeGNG29mWNgiYl9UZER2f1i6WBeyrtEKzaoI4Sdbu6JzSfnbe3s6QOY4am4DjyLbMz8dcUZ51Q59z2W5GfhTQ807rs9wSXNDDD8GukCc1vLrQjSHAdgi7EZZmCUsC0iZsccnj2L59dSw3jMg+hydzxz3AAT1eVjl27sOFATuV91KuAdoljiAwgKKocH9WopJ8ws+XPrBlePVDvsp8smSc5En6ikGhtoAk78TzdREHPgGPpzJEPcaoNnKC017TO3eUjAgp84EzqbZH7ClHjA0WstHilNXhhOuTRSb19tAgOlRJEDsOgKYo42jqXufsrq+c0HAchsk+6zqzKaxPLjq5B9DP1pVwub5qD2qy5k6f/NCc7jr1/xeWyVN4A59THfBJVCzYugjm0W2qGXMguJlJc9BDh9bGtlzeE+EPsEDlqYwYMu07d/tP0Ix+B+ckBQTIlAABw1dtOLofBtUlIkJWUXtmX5eXPC9DWTiMjNFSXTaK0deBQkB2MOHgFZhRcgpO8Tyqwyc2EMTKYMHcZrM3hciqZ3vu3kRTcCOPv2vQvpClmdClIoDaB6AmOMsd4NY/msqHFDWCDozO/qyumyxg0+VuIA0UJHVWfSJNlOgsCI3LfVbwNDf0RR5HRsitM69AZhqK9PE0q9AMr7zy4/XoXIx94IubOI/AbaPHSY=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3tU01UcwMc2gXkYMIUA8QUpxjHKbcBApftDTCGUJSMiKd2ACaOxyR4Z5SOPVD4LK60jaJQQprwSQfHRvdgDjWM8wrIwfKAgA4rHUhGQfr/fnaFHzonf+qNzOu2P+9v93n3u931/d14J2uhVHBaLpbcnh6VatTLRqFaumklJuOSwRKU3rLK5Nws1aNNk1Czsf9k/lLEfkklHZNFkDmQO5JdFWl2aQh2WotAlK1XD5Mdq7mEbpP+SLPw/LZv1QOf8lZkFWk3SyIxai6B+L6THABnVfKE6bZrCoEocIxTMDBJZo0kUQcmEc5hRYnqUMIVoVUJmlD89BjGFrFEVgCmxzJZ8yFSaZPKY/Dsm0JpIBFrjUyC2zp8ZJcFUEBOfgmhGxDB6wViTyBpK5D9W+3C1MlZ1HyYKYKRLiCERIwh3lWjMlYTrDj8YNPB9GJNs4TqyThvGRHNozxZqjQlj8czSWMGMwhFoTWVIGKYYH7Y0E8iEsSRYwoSxJIpRK1rCbU3kxHOsgYTWQMyaA+dIzKw5LJA11SBm1PAinFrxmMsBdzqGRq8H6s6md2LhS0SYVqtLUmkUBqUe3y745LDMqNAYVIaMUJ1OkYHBqdRGBp0x0WDUKZPoBfnIfKHCoBjFDrEEVxq+799bUlJL1H2fkrYfLeG0bb8Dn+988sQsJ2e0Td028HlPA7zsl5V7+wtblLnv3MHa8+NQ37QG7Uq7m2BW7pbSKyoekdqcvvWdaz3AUVrygXJzB4hKcI4L9mcTnSj40Wde74Jre0uffXnPINic+NLFRZwhuOwXz7WKw7ZoRuXg2+amJmB8350b69gDIk1cf0FgHaC36y0B6Z58UjWLqL0la8nP7gM8z30rfGuygFkdu664ohdcjXM7Ws8ywbuNr7b7CH8DGXEHAs7N46ITx3bYdse6oNSTBnLnCqg8KI+JLuCjJZItoXKlI6LNTOwHtLr544nG2UqPq3EFwKtUl7KzawDsauSleKsdUPebZ2OqbkxE1ZEU2AHcfWTj9r/XCaPqd754N2wAppSZ9OWuNaDeu6l/fepJ6FvjXH382HlAGmNfONkEcTx7YeHk5UnzLrVBKixHzrTCHR9qJmxCZng8woE9284D/R709GJd/wAsLLqw8pVaN7RAfr3OO56HwuG6KUHJLGLYa+imUc4iaLs6bYi81SHjf9p/A+K42SD2HnsyMi2wmMSlU2/DdXVlL/xR+R3cyP3mXeEaM1gRecYuJLsf9gtbi2deqwGk06eidw/Cq+27DjukdwObpZl8qVZAkEFN2PBzEfx+c0Pz5W1cgvYjR4D2CvJPVbm5Iz5dCN1gEoqfHtrDRisoBzrc0bcXyzPX1rXDMx+d2J1VOwFJpz6SulTPR6TVl3MEXMJ1ytnrIK8DhmQ/9/GhNGdURZXFpm5I57vCzlJPQ9ApR/zpEckweIpOpBORH0VMVHw1BApuhD8x7NUBKLzoApvIEq7x85o2CAfmriZN5RCANsAMzUNkIbRORhuoBXs2Ije7fTrpR9i1b/7jjcvdkYlyt7APln+WUe079xaM/+Fki8uvrqiZzds6rYWDqGj5fTIJ28fhoaoDeaQFdkQMWX1fyz2QgMzujrccER12PzPIu/SlY47YDe1cTyqMskEBdCLv4PxfnEjw+nOTy0zXwZXXXIoXKzjEjMfWb6885IymU+46eqLoiL1v+JxuBjIedQBokvUG8l2rf7B3R/5mjLyURpGJ/gQxtuLh", "1: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", "1: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", "1:eJztV2lUU0cUTgICESIF91PFYmsR3MgCBJfOYBDF5VDApaW4xOQBsVkgCSi2WrV1V0QtatVaqrUqIhy3ulSdd6wWEIuiFKggRYqKAVQEjiIKffNerICc07yctqc//PPy5s58c79773dnXtzn6sKibDkcjsGBekzRqQlFvJqI8sQWbJ6sMhijuC9GAUadJhyPZK9t/4kt5H9km/DaxsI2pF0H8V6Mxuq0ypcjPBeM1wvppyQcN2GAXqeRG1UKC0E+bEHYJhSG21E/4SptNNXtf4cRWcOOAfmyBdHsJGzYia1Jg9gadmKGnQ8bdhIaIxKzwfgwGFZZ8GUwrLj50U8pDQnUxc+1GOLPxovUippKrciaP+PHGoy/pSmgV3uzdNQWZHEW2oBE3qzomTvcl5UnBiQSsvIksiYRZpCfFSCRiBU9pvWEUnYtQTtilzzmXBCxC8nc5BazawuyuP/agMTerEDMeSK2+J5oCxJZA2KnIqZOYnbtZAZZfEa2BbFTBHN+idkpwgxipwgziJUiRExnSFgpQsTISNK5IsKofw2G3njCSOgJnSKG0FBAfeI4NaEhtEZD+w2juuCRI/UIMBh0ChV1++q07TcL7/rXZlMTY4lwvHgqYdTLYwilXq7usNiJepHFqKgJGeWN0KsElKHDGj71EqjSEwrsjB7J1DrFx/NVBqKT3YJUyniKmBp/0qn4r+5mT4cSLdcqDVE2r5bFu9255ffvB9ztHw2YxybgNpe8OWxpB2E4c5hvY5lOp1eqtHIjYWA+mnGZQuPlWqPKmBig18sTGaAbnQp9vMIYryeU9MScl+NAuVHeiUAlzPewuD07Ak/hv7PY+uS8Mm3O1ELQQjyulLvbkY2nbqx5TrSA08FOvCEr74OtrcmLm0eaUGmQzQLHdyrAwSu/Tq/JtIU1oSfdllc/Q6I7GYMqbTjwu9gxXYv2pILV18rKHTc/QxsqHw24pnsAhrkPaFBPfwoKp9eM+NHDjvRbHTDn9vs2cN6U+qTwBi5MKeDHDFSb0LqJJluJSx3wjNxwvnE/l1xyAi6ryMoGsyZl24/ZcQ/xm1Kjj5rqkNeB7lcDi0tRc6TmYsuRIqQc9XvI+t4cEsz46DCqeQI25X42AS1qROsH1wrOeeeD2l2jhxZsfwK0e7hnurheQDiKwYsrUZbnyE25rQJSK8GeeLC0aKkh6Ms8NCo2b9W1Mj6sNhzv2Zzbgo6a8Ms9tHeorF91BQ9+Wyh5IB1XjfRNzvdOZF4HZA12kAbyN0a2yJ7eRM6Ox79PzHKGqxpKqB2fo+XVOFG20GskZtaCqn5LfxpZyye3z9+5++1T9hCn4+rA6+BEPqeMF+wK55XFrUmqfIyiVilmlgbVAuFXXn1SCnIQVaQwj9TnqH8EFfEVO3L/z5OoVHJgwRCib0Uxh6SSuGDh3jqAvXue5sBnfQxFro9ugcxBlZ/v+qUcJcXHvSko706W8fhrBii40H72tsk9111CbvuqJgxvtYMbqSrH5jmQGcWzE0Lc6s32JtRfGh2o0hWDKV8IQjJ7cGBC+U6XvWcFJLXZsOTUrlBzt/lAXRgfeggd0vtFHAPl57rtFO+uBFwawCcv38/5aeyhHEQly+buujtoJi7bJ/WITgdwgJjFRNMxhNUUusAVXp5JFfysDQl8ZlESbAWz7fP6hm53gcf9sFJNKH9gSdNiky08td7uYa9sZ/jhCmnhxVouebc/RTjDCb6Lw03rQtI6HeFA+o8bT5WKB7cmOy/0PdiMEnAaDvHI0WfDtrgnOUGsOt8zPPLMFmrBD87ktpubVy6PEEDP3DeyTp9sBIK49LUlVS7wBlU2zcV6RAWJC4BscBozupv9/YE+lYumeXvlgKUpsrVqj54wAjfSIh5pSjniFJdeApj+KQUZ428t7JFhS6YtCw3+ekkVYOpSjx7uowrK55Jjdkz75uChVkDzHJYM3lLcjxj73nN0fsW+GZdEDYDWjb8L6eJLRdDLCU6iA7CD4guHh2v33AYf+B/LTji3AdGHW4A2mrpxdJqOdw33lcNK2IlN9CfHN53b", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWQlwU0UYTtMkhNITHOpBuREQOfJytFV0X02BcgoEBcph0+S1jU0TmkMBQUEUhlMRgRmKyIAIyjGADlgFdmFAFI8WBCp3aSktPaQ3lFLw7b5XCdDRbKSM49CZvGT/t9/ufv9+/5e3aadE++gkmUQicSr5y3C7lTO5rVySCkdweJjF6Urya2zFuOxpBtzSP4r9p2IvP4RY3KPY/yima4yRCpc2tl6y28x3WvjeYNxfRa6MQcFfDRZbMm8R3kE0BBJrdyd6BcExFdU0jICJpMcwKpq1qX2YR8AwDP08jJpmHi256ugg9KnWCRiqpUWSaxQdhEyjpcFECZhoGky0DymIplQB6d1PePM6CR4gRkMFUlGmwQPEeJ1vQQS+JELtSyI0wpvX6vYE+TQTXfa0vsykpSxyIQO+KELny+YKKmf60VSGkDyGyoREDJWniqmjchQRQ+UOQuLUVDkQMSp6t1NTuZCIoTJiwSHVXqvHA0PlxIJ21FQ6EDG+uKraF1dV+2KQGq+l4AnyWgvCd5EA8loMHq6qoTMTofQ0dGYi1JGGzkyEotBQ+Tcj7JOGShGNICpFNIKaVsRo/izsDMc3XJyDs5tSuDQe6Jg2wMqlcTaXM0npOWCSHLda8ZcYp9NushhdFrvt7sEMAX8NNmbaFM6AO4/hXA5jCmd2GK33dA7kP+hTLPwNPT8b57DgwD19WvIfYi0OzoQnIy291W5KfdPi5JoYbaDF7OYXZsUHAYvf/aO1IFSSjTazM8n/vjrVelSrhml+ukH/RDcUI+xu3NnkLWsFDWuiYPGBNEqss+bnHdwcvEOpeTc+VItW0fy8Qx6ovFv4SJgRDVXb/ISb2JN/v9FNqOfveTPic5ho77rm5x32QDdaSkNYOGN7nOUeQj23fqB0A6h1rb7rfPMQdN2mOXStpOat8uTN9Lvnex27DR5Yb7c7zBab0cU5hV/K8NfOKLfR5rK4psU4HMZpArA9SYnDbXK5HZyZ3Ei40441uoxNPF9oogXF3b08jqyLf+FoEvmToOm6zS+OPSNl38hdHbZhbwOcsAOWrulfD08eStPMipSw3VXKLe3iz8JB/lNbde0hRbf0N8pKUCYIjxt583FnBRi3SfvL8yP80JrJPX8KPRzIFi/fGZi+RYp+25P/WMSPV+GIxNBx0V+fBeeXzXs//jcluryt26U5a/aCYZHzYxIKjoPKY8P5HhJknTp9w7P6GaDo1JYbE9OkKGS1et3XkfWg+9r52y9eqQU566e8EJCjQDEVpp8nDa0DsQuthfU9FWgvnqbgMFihx4EaeHgoHrgKLF5paz0HVQNZ4aIeZUHFoCRP9yQ6E8Tu2x/+tEEuRRmXIzYWxeWB7K/G12TGS9EgR13Ild3loDImK+lEskzkeQp2U8xerl94EG7OOvFqad8CyLzZu1OH6ltgJtBO/nZwMczt/eHa66rvQUX1kPFzo1bAPrc7NdS6i+CCJZcqOxyrB7vem5H91SkFu+w5v+HvBWXBD3DYXgW6H5i7ceyReri0bAY/Ui54pd8zX7TJzoY9J35woKbHJSCsbx80rOi0xJ1+AeyP7jLkrTl+LJ+kdiWJUrRp7BHm4I6T4PoB85cJYxpATebpBQ0FSrTVcj59wZJScb+uwS1bf3/tjSwFS3iePg2yrhnyN2S0QgMI4Szw6qeb+R614Od34uDMiFqYQhZ0EuaNC999VCJhsTwmqOSsedLZgf5TK0FCQXbnM3XlgNBMCGX72tb77ZGXQqwS8/NlYOa2XYnvjPdHhXj5fYLZeLKwALT+Iz4BMgnShOn67z0Wxl4Gn13YF1wPr0bhleTDdQN2VTUcLwer13XJvDkvBP1RgnjGVXBG5faRqasuwh0Xr/DKCkRRybEWe3kJON6LeyJvXA6MIAF/lNqrduW5ZfnAIrHPlh2qBnOjsIJvw/BTv/KM8+GTaELHmHQ54sV6dOnEUmCQ4xWdg4TWQjk6+BKfuQoZyxCB3gb+LRd0MP0hQ+3bvj68Klgm1kEtmDz0hxYvZISgT2Y9ze/gdUD2eXQwOpsz2znw4/NA6FcBsZrbpSqQoItSqJm1m303rw4Kuq8AOGutH5Owou6hsN9FoA0RYD0geRpdD4gO2VC2985Prm4c2AJNIIVVC0pHfdP+/V5h7KIhxTJNmAxJVymfWjP5BJyUdujWzreUyJnTmh+pAuTuC+YrKQAROvGXoI4koApmLlaUt40rhkTOVikr6DkXMkSIxTClM15ZLsjX4cydg2OxMbSXs66uK29/eEvGzsJyiboAid6CpeznGQc7bq+Ustm4TL6TI14856Utb8KjvFrefr1IrCslEvRVAb9NbVm3tlDCduV3uzojFAn+UwiJZcfYkvkDjz3Nebe33fmXwp0f75uIMX8CgMzJyQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWlYVFUYnsUZQBAQNDNTs8xQM+XODKBZ5+DgnuugbS4MMxeYGubqLBVWuJSlpmaZ0SZllqXtarnWuaFoZqmplbigASVIoMMuhHbPOTMBRTWHx+nphz+4M/e79z3nvN/3fu+5d+iVLExOaSeTyRyB0mGcYOVNLiufosMRHL7L4nCmyL1n8U4h3YDP9Fdj//vYhCscG3U1djX2t7Eh3hhxDIX3bJhgMzed4Wuj8f3R5MgZ1NIxQXAlS5bjG0RLIAaLLdUHCEeOOjYIjkXHsGA0FBPLjuGYMuDBaFjm0dK1cSwYHcUw5S2GYga1AcPEJ5ZiotuAYZJOHDkOZoOwp20wo9xokhn1RjNGP+KYQBxjhZqD2GbStCUR2rYkwgPyubS0qLT1fK4tJUNBPvcEJdOW7FHpcT4rnGaAgnxupeYgNkUMZlwetXuCYTJiWlqOyYg9GJ/z3WSQHJM7UIymDQapYTI7D4bJ8KnmNG0wYg2jqRIMk0N6MEw6oHrTMOnAg2HrO+rEGjYvoSAtmy3QdtCyNasH5LMWmtm3lq3DqX1r2QyItp6WzVRpH2mZNgrOk3KmjcILYlKEF8SkCI7WScekCC+ISRFeEJMiOJpyXeuKmOyy8o4u+IKTt/OCKY1Pl4D2jOFWPp23OR0pgc0HTFHhs2DpEO9wCCaL0WkRbC0HM7T/Y7DEjFm8Ad+cyDvtxjTebDda/3RziPRFn2aRLuil2Xi7BQf+dE+Q9CXBYudNeDJDOEYILnyzySqYHnzY4uBbGXSExeyS1mfFrziWdn8dNIAwSjXazI4U5d81hGdj1mr8z7uDP3irmXl73588fuB/3qH/xhuf6X0lHMBMOLb5I45W53/CYf4otIqFd9O2zHnd2P+0w69onRWsfAc3b2tukP/5dryifJXMuh7U4m0pzv+EI/yh62Bm3lzztub+AwOL9AfvVlzxn3l7ngw4jZd3yw0emw4eWC8IdrPFZnTyDvorIN52JrmMNqfFmRFvtxszKLAHSYndZXK67LyZXEhqOk8wOo2tPGjoNPRnrpbL48kl6Q9HFzhGvFCjPo3mbYELCkYq4O5PbrOtlV8GKbVFxjU//AJCJ3z0Ar9IBbvv+xm8dboWlGz5SHl2qVIclvTzoRtPKMWy7KG3Hn2lGPWvyTq18ukq9Pq3Gw5+P7UK9HineNRtlytAgkW4sHBfHRjXeemYc092gEPHf/fctEtyeNOJi5kP7KwAT4hfrxn+2Sbw8IBePausNUh/fWlBzHVycUU0jlSi22cdWHQ4XyXO2dt3yPP7g2Hac2WPAZ0cJj00occ1D9SBMY8+MfCudWpo3HWkP99VCen8u0EEGbgYrPlBez5ueA3qWnBPly3f1aJSx6edG/bLxL1jYxfHJ+WiRGfvrMsralBN1LRnc6qPoWesZxvWu3PArJkBB7pOKgIuxSuB3bLLwZd4mZWFANx9/yfo1+VgxM34SiWSBh9pz1CKa+U7VRGdlKKp/L5hd6YFQALLD4SPH9p0b/W2dnB/+N7tW5dVAbfpm+ljR8mh/gNL/uwle0BByaqNIbPPoczucakJljoU3Dsqc+m2arT0RJpMmF+JEsiCShFJz9RcRNKZWIa+Crjj1SmvtxezZ/SVhr6AaN1+ASVS1ns1BkCSnnHn0Q3xeMYdoJ+UvblfdRTN00+OUD7iRtEv97t2VWKISOqRKRNf07y5ObbuOEomCZOL+YqgJT1NoSIpv6kEGRMn3/LG4iI0NXTAxtWCQizc+9KOF1ccBLefnrAsq1wNp3z57lvjoRJWNR59pGRdKFy08L4jOwt/RUQHc1Ww4vC45PBjavjQ7G4dzgyQiTTv50CXvAO1hsJGmtbsRkTKPPc3MI0sPA/grII99WCDWxpgYgT8aU6nD0f+dBEEYvrvXQDclEH91keGQ/IxMQhqO8YM/fywHJJlT98NqE7rUbeBp3qr5xeCnC59DKq1ReDdu7/mdkfLRUX/p6/JGx8k6mZsHx2iqEMv2bByAkQiuzMNyEwIFiGJTKfu+0LE6x8zclM+bg9n4rRvdwMnbp+ZjUCqqlSSCFiXY96QlKiAuPwz+taCYXcW570/JxBWj7n3qbipwZ667EITl2VJM7WHRC/FDcAadPGN1E0FaPolfX1ZqRuoMe2TDSj7/Dt7xm5RihKocrmh2qPLy551nkV9sWyj6pHjx4iK+IPF4O3xMNK4qwFJs9ZPKwsUU0kDbgM4Cxcz3SiOLHAz+nzyi72Wu/IQVtXjH9YBIj+hASyWWAev3AaWLC+q6Hm4EAy0YWWfQWRcvUpcuX7BpNGrg8TRq+f1yVF3gFJTyfIXhEGaZxWkOnWDbkSYKphR0ic68P1LaBUux8ly0BkbSe9wSHV7Dq2PPJRw7MIxlLUibE5M/wBI0pFX7vGTXHBcopGeGylSgXyBiGwy3Z76hYtRYcGfrsuoRh9LrhRVloskMp8lo07iwtJJW3ssbEREN+GhUCr680Pmy+D8drnPRteGQbIlxNtSpTcrId3R0jub/h3T9ONZKzHud3hwH+0=", "1:eJztWXtUVEUcXnZhF1iRFbG0TpgplVoKdxd5nGwGUEITjbBMU3HdvcDqstf2kWGe0nxkZmaams882ksrrdS0fMxNK8PUMCzNB6Fg2ArIo1Ueis3c2Q0oqh2O2+kPOYfLztz7zf19v9/3++bepcdE4dEsf5lMZgvEhzTBzBscZj4rhsyQ6WEmmz3LzzNKtAu5GWSUfHPufz834gbPpd6cuzn3t3MJnjnJMeSeUZJgMTaPyLkh5Ppo6chlKPFxkOCYiC3HO4hOgmSYLNleQDjpGMMGIXPRA1gwWoqJZcdwTBlwY7Qs99HR2DgWTAzFMOVtAMVEtQPDxCeWYqLbgWGSTpx0jGeDsKctnlFuNMmMeqMZo3/imEAcY4VagtjupG1PInTtSYQb5HVpaVFp63ldW0qGgrzuCUqmPdmj0uO8VjjNAAV53UotQWyKiGcMj9q9hGEyYlpajsmI3Riv891skByTO1CMth0GqWUyOzeGyfCp5rTtMGIto6lKGCaHdGOYdED1pmXSgRvD1nfUibVsXkJBOjZboO2gY2tWN8hrLbSwbx1bh1P71rEZEG09HZup0j7SMW0UnDvlTBuFB8SkCA+ISREcrVMMkyI8ICZFeEBMiuBoymPaVsSjDjNvu5WcsPNWXjDk8LkYaM0bbOZzeYvdlhXYcsGsADJS40OizSYYTHq7SbC0Xiwj+I/FRuZN4TPIxSN5u1WfwxutevOfLu6APyTnmPCJZHw33moiE3+6Jgh/GGSy8gZyM2mUbBYMk6eabHwbq6WYjA4cmJm825j8/7qaSqKSrbcYbVmKv+sE946s0/qecMgNJaxkJux5Y3I7gO8Jd7yhhFXMhGNbPtToYnxPOPTfCGsIQnCQiw3e8g5g4d28EXMe//U9bY0vaMtZace3bGsuyve0O91QeSuY5R3V6jUpzveEw3xRZzUzb65ld3P/gY919gXvNszxn3m7Hwk4rYd3652deA9ZOFkQrEaTRW/nbfTrP7LtpDv0FrvJnpdoterzKDBCSonVYbA7rLxROjGheTxIb9e38YQRo6Xfb7UOj5dO4V8ye8VRvLrT20oY8e6F1H7Xy9CZ7bOnF2xdgS7l70/60KSCQfXrsrc6C8G4puSGiotO9OTHqHztAwpRVXVL6iNXm1CfhMXfPp96DYBR5MwV8FLihPMFd7lQx71RK/p0/QG8N+og92W1Bo5/+BvVwFWXgGNJV//HO9agfovW1UX/Uo4Gn6j6bejoUnB8w5SBwcdd6MJPHzSMrVCJSza+kD5kTQHAN+lqO66AS48F5dxlVsLZISO2vH4+ENpTXr+szCxHw4++NrYp+Tqg8cuha+jouXE/NiGCCquRiT8Xq/FS58Gi6Kn39+h+Gi3rsdDx1O0uZBx3OkXxzH5wH9/t3BPLFVB1pFv6yduLwedDOsj7vvg1Gj5R80T8tnOgtvv3QqbqJNh8IvPpERFO4FckD5rfvQTp9xf25bt1EGfsgC+cO3ACbYksnbX2cDWQ0iRqYICu04AH9ihgB4lIGVp3W/8zvZSNIK5un3HThHIQ/+NXuboZdSjpQcJYJs6bM6Zwd0kBWq1dvy22zgnU29/JO9Dbie7/ZM2ld78uQz1P1T83aXc12PbN03vfXBkoSuGrG9Eryy1hs8SDYFR5/133hNaBIWtm3L1v7g5QeVGM73lQKa4d3/tbzUMdxTGuz07Ov3YdXV5+ZsmLc6qRlLaGJjS5L5mRi3rusag+vVUQxIzHKQgWV+xatih0WoA4N3/kF++9VQ00v+7Yoii7jBoTphyZ930D2hkx52L6zudQWpcFQ52zwyFOzi2T0oJg2YJ7K0L21qEoHI16ewjcUxJ+R/75GkR1dAo8G775obPTasCXH/ezbPCTiRL9sWeQOiXSIV9ZDwqLSMGaUHk6uUMteJ7cMDUcXlFmvjGsSzHAasLIEiTV8+dOkOqnHDTg7NiX+IlptQsz7L0qEL2uEPXZ2Llg0IkmhIs7Xc9VISxKLKUrAAdbu7BQJmbNM+BUqkWipjeGHUZFT81fWFoTDKUww4PFfJzu2/q7QOV0nJkEfxg17J3glEgVxMEsGLpJA/e77h376r4aNL+7oXJMkhxa60NxpgIhJrc7IGwbkNqkaxUQqubkj0xUwXUvfXT216Uykahl03cKuJiUIVcBJ6+cunp9T5UohTPLT6R91giMh8bhzvkQWXRYafJAcavTtr1L41lAdV/trl8FIlUpKq6hbRihgHT9CjSrPwn4KJLCCVfDSOXMpckvVwKTFNBP4PTxmTbcSiBUEt4xcCeR+5Gr4PAh8rMbTSfCcGrE0zkyYab/UfD5ZFLJEkDrEQYl3Wz0h/XRv2yOLC0ErlNkwVKAi4EbvQgkfZf1Q5kzWMyUGswFsDlgJVciOvYXaX4UMGDD4gS/tEMgcOCqx958Xy1SfwgWYWfSaSrxwiRCtA5JOswOEe+WCNYgsySsq0iSN99Z1Ewb8P6Do/zEAw/HYiuqQJLeGm6FAumSHkq4fvCntdeOuZC0JSRasvErlZBra+2dzf+Haf7WrI057nchuy88", "1: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", "1: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", "1: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", "1: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", "1:eJztWX1YVFUaBwRm+JKvYVwUkCkNV02ZLz7c6LwIJpQfq2iZ7YbDcBlGh7nufGSYH2tGtmquST3mV2bWGmoufqTRFtdNcyVcMkjJKG1cQAxWEQwdhKV77plZwHyenTMr7bPP4/3jcM97z++c877v7/0d7h1ZDjszz9vDw8Ms5puprIHRWg1MXjK2YPMUvdmS5+nspVrYgizcS7tn+7+0Tf8vbBn3bPdsP5vtIadNUCAvZ28ia8zt7eFnmXi8XGgVWb58m85ac3gJcw2iFCBZeqPOBYgiE9vkCjcwCTQYpdCq6SDYplDSREBFtpZIs44Dk0yPUaho9qYWWqqoJbgR6UShpfImkSyjosEkEUy8GxgqgiZTZpTsivxJogLJKUuhL8hlYpMlCHtcjh2JmjsrKSkJRHjgzkoqd0JO+K2QU4ES3VmJgBR0PhG+KqjEkRBCQVWyaoKhUi0HxuUo9MqJgkobCEZJVeck2EqX09oHQxVrkh8llZ44MFRaRzRISXV6OTB0lUd0S+mO2CndETuly1ToA1LR6RYROxVdjRPdUtFpMZEglct0ICpHQC7zQQCR5Kro1MQBomOEA0TFCAVhhIqKEU4QFSMcIDUVIxSERmoqRjhBVIxwgqgYoSCEVVMxwgmiYoQTRMUIBSGs+s6MmGk1MOYh+IGFMTGsNp8p4IGmwkkGpoAxWsx5or4T5vngXgDfpJrNrFavsehZY//Jsvz/PdmswoVMFh48i7GYNPlMrkljuG1wIH+Tlq/nH6TxqzEmPTbcNsaPv0nXmxgtXiwrBCNYKx6sNbDaBYv0ZuYOkz6iz7Xy+zPgtym9108nFQke6TTGXHPeoJ9WkbwfxeUD73fQf/Ib99JcdVhM7bC67/9XKsXAOzz4rjosctfhJMcRMPAOBw8EswOo/Vb2O/pUA+93yP+8ovu8GDs+EfwMBR16V/ntTetvcr8XEvXA+xt2V/31p+a180OO46C87YTDxYcnTmNZU67eqLEwZvLFDevuDKvGaNFbClNNJk0hAcYIsTBZtRarickVHszr7adrLJo7nLRq8iVF2X97DH6Ef0vA1tXDtVfmTgyC5fM/shS/Hgv/eGfL8dj4ULAtluybrBGDXd64b+SIGNCduTR/TIc/JOx5+Imn9ovgjad/WRmySgY3P8ndPU8ihdJBl9aO+ufHXJgEnfjm/SaEe0HlTchrzCrpuaobyDJiY8/6f8XCOt9WacZ6KVSG/O3DD15uQxemv7zRuCEK2lI/zzsTJwHfFa+lrTH4gmbWzLg3/yCGU7997KQopQaxYSuPfrbjU1S5Y9Lh9pRwWDCmY+O3xf4Ep/OEwQ8e2HZ1VyeKkc6f2r7uGDL42d/UHfwE2YMvH/nzSn/iV6kI6lZ3Mzdyg6BlxgcxRXukQPbbhbil0Um640EwKjjg/T+VRYGebS2qmOUB33urQhMesqPIi3OGHPkiAvio2Ba/6gdftV5/9MkXPWFD5fIMrjsQ8C63zLYjIW42T4itZrNF6yQwedCzASNGdaPzxauK5tbY0fY9732V3TEMpuONmgOhEb19oXzwNaQULjsifrWjkVavzeJhTejgc22lv14gBp9P/yhf9KAdeQjXdc60el192/B6VPVS9fnvAroQH6xSW4kEnpr4cNO5vTFwZQlSP/1hNxJgsga0c8MEz6npw+H+R59bOX6KD7QcTeZvj3FCehYFwbtPfKY4vv882rwJX4HQuYwnRM19ULTk9MEnrZGwti7fg11xnBPcWXYaZY7rkXV3nOEkp9P5UNxEAk/qm1HJ29Mg3OYFp65UHJv4XhicSymc8+5sGQjjD4eAsI8X2hHeZWdXLMyOH10Sfnoo4N1mBl5BKWO/3Ny47T74+6+mffHKVgnEycV7o+Z2ome3vnV/2ZJIaL6YMPToFilkCAk7hCZNNvEpHgajJ/CZeElCeBAXDC3j/xIXHCCGS9G7mjLG1SISb28o/+uQB7KKgoDE7yK3tmwBzxQbtx6HKTsCRgoE9IH9tsuvHQis4BaVbx86fls4CLTUhQLxvwsJ8OqbaPc8TNRmjuBEMC0nZE7yoRbC67AaJITJ2ogKLz8gF4/1ha6Sa9VTLwbBwmxRVeSMFk6U/fqUiLUiWH5rwsIqsYPvS0PgN7Gp17SnIgAv/+2I79Eanrb1slD4pnaF+ZFXJeAnFK434Gn3RvnBHJy+fTFwNQlHpB1pjtWMYTZ5wpZGPgAnw6G45PkZmduCAZfhsls+xJ7hBz0HMMEGwRrDpVsl1zoJT4ulcPgFnPhWVBuGK6yHC3vnYz5yN1DejXrNjrN21L3qel3timbuh7Kv+YpqQML643whZ8dZ1dWkLgdPvuRsAXhlO/pdin/tzvghwIsH13I+CpJ06XyJeUPrrhOPJVZIoF4SXdGwXAa1KuxBDyqP3zT6FxFSeJ73tuPFaKja/fmZx1ua0YkC1e+PwFnuZhau6GjAsxRl+sIwQZCuokMnnynf/nUMnMt+hk95J1rKe/FDWSMidS4DbvBW5VuHRCCU1xvVDv4EwFgGV/gFrs6OiV/JCXzrCgM+ed9tDW1AuJyrItu4xVgA6/yg4PGl+w7n2FBFAy7gLjTeuNPzI58NnKzUlP9KgQcIp0uqUce/urAF5v7a3PvTSu83tzvYFD8CirsF8A==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlUFEcah+EGDWcEVAyaVTfryVyAxlQjSnRXjTAkYdlDBqaBIcOMzmHEeMQQZddEn0lWE299YlBjWDXBuIpUizGRaIyKUfFAkdOLG7llq7qaAMpLpubt/LHvyXtTM/1V/aq+4/d9X3czPF4XlWhvY2NjcEbDbJ2GTTBp2MQwLMHiWWqDMdG2+yrMqEtV4KvwZ7L/U5noKdmcHlkUir1iAPoRodOnKjXhyUp9EqvGiyzGPa3DjGeyZ7JnMkE2vVvGV9pfMmqqTqvqucJzM/H6IH4UKxzROE1nikel2jyIhIco1NokMyBifpTSQbAsKIQGIyEYMQ1GSjByGoyMHykh/DFULpATjIwGE0wwEy3AUEU0hB9D6SD0ng6lZAExnnyZrRy/OshykNjsqBJ6Urq7N4juJIkl3pNa4giB3sGWgOhOIkkhNjspiF4EZHZW9AbRuZyQXBxEAxKLLbBJLKEEkdLNY6hSUDjH7ND2wlAVb8I7MVVJIRgJVbUjrJOYHaFeGKrGQogqoaqqAoaqSxCaSizoEhIqHhBmS6h4IGCoeEBKvoSKBwQjpctv0iakVKnaDTKbCb3ahJSu4gsgS3qLlK46kmyVms2GXm1CaknFl9I1JJIUUro2QRguo2KEmARXRle8BRAVI7pBVIwQE0bIqBjRDaLrLQKIihFCF5NRMaIbRMWIbhAVI4R+KadjhACiY4QAomMEySc5HSMEEB0jSBLK+2cEfvFi8MUTRlbP6hKS2VQE1KdN17CprNZoSHTuvWGiA75yQ0OYwaBLUCuNap2272YK1182i06bzyrw4mjWqFcmsyq9UvPEYvzKJzxZjSbC0WmsXo0FT6xxQT+mqfVsAj6MvwrX6BLeelttYPvZLUKtMiHFNPgJWW339G5OvClJSq3KkGj3lLO6b6GFaiezvsEDf8tgD4zQmfDiBHPtdqK2u/vxW2gN1rf7uf9poB0sNVi4kwi2vsHu1gi0I7XdwX3sDrG+3R7WsNuexu6eO1OhFkpDrW+2pzXM7odDvx5u4cZDaByyida328sadotowx3au5qLg6xvtvdvmU1Vzlyp0zqoz8sc2RMNHvMGbxyu0+lVaq3SyBrIu2TcfSJNSq1RbUwL0+uVaQQ4jPeF3pRgNOlZFT8R13M9TWlU9nOjISevSSV91WPxVBj6YKlv0blmRekjsDdzDuOtbALj1+1oCap4DHeiMXu3iNk/NFY1+VYjUNvoVtifegh/Qqt3b/4apFa27627WA6ur+5km8s64bCsqhnjuwYyax1rB82Y2wEOzn1r09tb6mH8zsvSmhAR9+k698XyLxqg65Vd86e4dsDE5jLlzssDuNOfHduwzr0Njg5yRkfVwTeWZh+OX14AikUuq19IqIDxHjGhX59uBzO3vjsq39GLefl41Ibha3Ogg9RT/vLxa4D/inJmXmjUIGgxjCs/P+J6axkomrfwtWGDmuBPiT9XpoyphmS/x6BreOcjU5wDx++3qhKMG46RJeBk4RjW/84esOvjSbaz3y+CDyYcG+3udhf+65HjvM9mlYDXJ/5hr/f5s6Aie2RZ+rYSwKthaoT1B7Ch9fDQ1pqs7/5UCvNO+I5SOLhxYzIGIc+2wJCWfNW+uBsg8KJuntM5L4bodwc0422fr4YPB+ZN3LjPk4v5QfztwfH3YNSRYSvvRzYCHq6wYbZ67j5+wrcCTFPralcW3AApxQtWry2z4fa9F4lMqIDb8LHBpeCAPvmjh0t8uWv72/6aeqoOtk+af+4fF6sBCt5ra3xFzONLi+6OCuoAHy3DMy2gdUfSV/cMQ5nsq9hRCwX9KuEraTF7ZGv8mR+iT+zJnNMB2s9UF5zMF3Fx2J0pHpzn90ePrHEsA3nbB0+4+btacGlTRUBWsh/zxvYvvrw6rw6cCH3xj++k18KFC4YMvD2uHZzxwIAO0LYsJdfo7cTtkf04ec6Fcph5K++5LZJmUDgbR7gdLtj/wfVkGwgvIO8sSzkLAhOqY6fmOXLLsbrO7gzvlhBbRvW3GxF2i2y5qNE7/nmgxJ1BSvtHXrNnht6/Ix/M3YJIydkNa7vgJRzOmC44t8PPcMXLnuP3e8WOQ9G/vcXzAuTp7C7isLRqoyeX6+DlA76rhsdLfQIKyh9BOU80d47wx4EjcWuCxZ9krIwtRPHD9JUWwj+vCrl8KtWBqQmZ/qq+tRwUlANkWptgRyvhVbw3w/0lMKwu4Q447TRl8+vbG8DRmQNEYzJ8mAccdlgN1Erf/YZ5rxigIALZ3x2ZksU+2a+WNAr5sBGy++Kio7KcGKLPA5iR9SZiTBsgfGmGpwIxA7pgZ0bj9Su2IiZ3A064dqjANF1QCCWIXdpdSM+Ck1O/VNtyb/IEbwZT+Q0bQP4qtOEhBy4r7fuXJn1cD6J5B9+Eo/mJKpATjIlcDwNCkhAV6+CL2LzcTHhShRWrF+JcAUbwDq6BmzbiP1uuGptztAgS3rpwj1nsOXvu883fIo3vAbeIkSZRrBfDu3dZPlyxPvwDTWU7TOfp7cFFXhuyRCmugUVTEDFzRMzBkrvrD83y48byxKsW/PMfOBaH23cwV/nh71FK3RDsbQG8mkY/rrD4ttsnL9lyfLovbQA4LT7V2jBYu5kDmgCvr789s/6SS/IITSu4mfP+kvNf2TOTcRoVN4EYnriuDMkvG2ZVbGFuqU8LQId+c8FmKBPBF4oqmIyyKuf5FsiXJXkgg7UrmnIToOKKqHAXmkSbnIdsG8Kc2Tn9cEPnVXh2+Qy4NOA8eCd9wqzPXf2ZuUgrr/RaQPLShePL3+FBDE7LH4/ZM5moel7ZZcehYoAyNIAZyW9oyygcUOVaIeJ+xmnu7MlhrYpFDYAvi4c7wZF/21V+WOXFjQvHmVIr1NeLAFsvuu8n5FEHGKFZtHj32ELId8cwbRJ68tSlGvr2lp5/eva81u5HJv4vIppezg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmQtUU0cax8MzSEBCQFCrrloru622koQApe1cwPejKrHVretqDBeIhkSToKJW7dq1rY92213XVrGtVWxdqau44mPVGV91tda61IMvWlSkFuQZEIwK7MydmwLK2c3kmJ6z55hzuHDnzv/OfN/3+77v5tJvpjklzVcikVgD8GGc2cjrs4x8WiIZIcNjDVZbmpfzLNFmztSSs+THY/+nY94Pjb3cNpaCY68Nwn8MN1sydcbkDJ0lnTeQSW7rHt7DyMdjj8cej4ljw5xjQqX9OaOSzKbUtjNybRSZHy0clVp/fBxqzpqJS7VrEpUg0RpM6S5IlMJRzSYhY9FxLBoV1ShZNGqq0bBoYoQjo0RYhskFGqqJYdHEUs0QNzRMEY0TjvFsEnZPxzNSQI2nv1zenDA72n2R0uWoUjwZ3d1exLaSyh3vqd1xhIh3rDsitpVoUihdTgq6LypyOSvai9hcTiFXRrOIlEo3VlKqGB1BS7egYUpBcR2XQ9tOw1S8KXdKppJCNSqmakepU7kcoXYapsZCQVUxVVVRw9QlKKYqN7qEiokDSraKiQNRw8QBLfkqJg6oRs2W37RNqJlS1SlymYR2bULNVvFFkTu9Rc1WHWm2ql2moV2bULtT8dVsDYkmhZqtTVDCY5iIUNLgxrAVb1HERIRTxESEkhIRw9YmRBETEU4RExFiF4thIsIpYiLCKWIiQuyXGjYiRBEbEaKIjQiaTxo2Img+adiIEEWdE0FevFgjyQUbb+HN+gw+Ewst2cOMfCZvslnTurS/YZofOZPhQ6LVatYbdDaD2dTxZtrAn282KXsOryWTJ/E2iy6DT7XojA9MJq98kjMM+EIyXo23GMjAA3PIDoYaLLyeLCacJRvN+tnzDVa+k7sNN6Rm4Y0ZyTdkg8/Dd5MKpqTrTKnWNJ+HnOV8hBarXYznDQ7+XwbLicKcRSbrXbVbymy38+u32Bo8b3fXRxpoP3cNFp8kYj1vcMgjNdif2eDYDgbHed5guSfI9mWxu+2RVCyC6njPmx36SOPcCTX/Pc7io4bYX2KGeN5gxSM12Js1wPHtC7cy2vP2hnmC60DmfI7u8PrmF+hU3T1ht4zZ7tj2z4Qa1QOPMiRfyI2TzWZLqsGks/FW+tac9NmJWTqTzWDLTrRYdNlU2EdwiSVLb8uy8KnChRlt50N1Nl0nj1Qa+kJY1XF7PLmUiH/IqLx879990v3RZq+DforwcvBxzedfjYm9DXSTUqI+fUeKtsx5MfDC5gZw+JOez30/oAAMTu5167rGAVcZb97bVpcPLCvfvWH/VTNoML76+o5GOcrfSG7QCkJyVJ/9I/Y8zB1EBHdAoXm69GyP98HcvFVXMiQSbnhBffP5BVIuTHfsu2f4UriqmW+6oWsBAXm9XktNuAlyXyaXSsGToxctf25sA0zwGvdm8LdSJK2NGDlhcSAXFU1mStBvqoIPD/noLuxhvaCwJ/pxRyMHav02O2DEva+rTx2zg2sLw3eMuFYB+zc3Zl3NuQ3P9ph4+YnFd8G+Pn+8NXGfVNzvXrhrwuz183NuwOwpX8R8k1AE/xkVItuztQy8p7UNWNdaDKe1JN+tulUBwOSpu2BlIYy8dLZJW1oGLk2fN75PRDXc8Mon27+8aAd1+jPTxowM4AQzSmpg+LmhF2sbLoOEOWffLuwjR78/MCrIe3sg1+Q//cOx3arh/W11heNmhnAbQ3MPHVnnhTL6GxcszD0Ijq74fPJpZTOk+68HjhASqBp4d8msg7Y/OwDZXfbJRtjajxi2Ggh+LAvnFPg2kQO9UdXHLww6v74SPL0tDO/AC+HFVo+uOAOuT4nc++9lEkR2PesbGffrJav3zz6lQD+CLSWHu+ZBzQuHUv6qUyBh/fxQjkS7J6oHTwRfHfynvgE0XmWB6Hr52vygucVg64bjfXfag9CU08rju54N5br1PlUGtkCQUDJ+zbrqIKRetpf7w/VboDdxx3gJR3bf3bcO1hLM3rkJsNM/ezLelzvxXvT8wf1a4Ly5ZKUKOPypLO/1AT5cfNGJTLUkDI16lljaAKYmvfTTpbxaeOT0pmEFu8PQsdS/zZiUIuEot9fA1/KTB/atqQeEmq2BBeDe89jxKQFcr8U65StDHIBEafq8WrBQs/2lyVMd4IK6Jm7YyWDuzNKR8PXe+8BSQeDFCW6rlXLf4ijnbmiCzW81XLnwhi9HvJSjcoDF9p2YmHqR0ypoEhLoKphL0mVODVAJH2+EYcGR8EfC9ZRQbuOygUdXRPmgI/GYbB8Z2nQn+scdT/lzm4rIRqTofncCcg0U8L7hy+3pRkD2QcsRMdgOhTh8GsjZhv+l0X96JdxxkQBYBCgHjVAhTLwPD1xeiTOqFfxL+iJGswoK7l8jQVFCYCvBq10HY/Rl6IPfEbBLRDscAG9ihCU7EA3ie2BU7DBYSFg7xEn2dPe1drj/PnHEEbCIYLnwOIyYNa7+Xe09gJMKO/g8mLBmnUmxvBhUEDzy7sP9a/xxxjYDgv0zUhlH/Q/hyAnE0qMwB+Nj+SkMqXG1uHM0mGvNX4Q9exuCr4r3vLlYzpWd63/F0eKF+u20ZLxfVQ3lJHCR4RyhrOSwFxL4s7SCvvrq15KWRHKUk0Z4e/RvV8QVlQLZAEy4I4JrIeVlUxe0KX13hXVPGaC8NsFDpeGY2JOgEpGA+COBhxFd0D5M7ckPrwEhj3r6orX82/ppxd7IQcJ14yY80UI26oC42Hzw/BtBXKHkB+8uKxXoC4J1oh0KnB8P5Zpw1QnNdfJ7CYwXMsiPk5AP6obyiDvGnxXzPQL1RFP7JtYpuDFk+yfKwVBcddB+BVr/EfnIOFxlC2YuvQeSZhDPyNH32Evndodz84UC3QJofZRygnkmGfJZQDzQBLLLB2Kk/JAQHx85R/P9Kq3Te2Xo9LGkLw0/hHNXHKTAfAeFlploSsffsc2Z1o69pe3fu20v8DsZU/4HQKiGkA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWQ1UlFUa5k9oQEBAUCwN1PxJTZkZ/kz33nGA1PVnBTJP4uoIA0zAjM4MEq1hlGmZx8wfKnWNRFLcDZWTtrrm/ULU1E0xLVDUBVSQUOQfFIG9Px8BymnnzoE9Z8+Rc/iGe7/7fPd93vd53/fOh/dSXWi0jYWFheEZfJmti1dHJsaroxVkhkzP0hiM0ZYdI4VRlxBGRsqnc/+nc1ZPzM3pnAvFsQ/rj/8I0ekTVPHKWJU+Rq0hi8zGPWnD9KdzT+eezolzwR1ztNL+llHTdNqozhG5N4Os96FXaZgtvgbpEpfiUm0aREYhYRptjAkQKb3K+SBkzieAByNjGCkPRs4wfjwYX3rlhNBtuFzgxzC+PBh/hplkBoYrogH0GsgH4fd0IKcKGHn2YbJxdLWP+SCpyVFl8uR0d1cQ304yc7wnN8cRorz9zQHx7cSSQmpyUjC7GMjkrOgK4nM5E7nUhwcklZqxk1TG6QhWuimGKwXFfUwObRcMV/FmupNylRSGkXFVO6Y6mckR6oLhaixMqDKuqipiuLoEk6nMjC4h49IBU7aMSwcihksHrOTLuHTAMHK+/GZtQs6Vqh0gk5XQpU3I+Sq+CDKnt8j5qiPLVrnJaujSJuTmVHw5X0NiSSHnaxNM4b5cipCy4PryFW8RxKWIDhCXIqRMEb58bUIEcSmiA8SlCLGL+XIpogPEpYgOEJcixH7px6cIEcSnCBHEpwiWT358imD55MenCBHUsyLIixfDIHLDqNardZGx6gQM1CcHx6sT1FqjIVrS9YHR/cjIAV8UBoMuUqMyanTa7g8Ls//tYeHJy9RhZHG42qhXxaqj9Kr4xxaTVz7KWA2+ocS7qfUaMvHYGmJBkEavjiSb0ZEyXhcZl6QxqHt4WogmKhEbFk++IWusn3yaHaUSo9JGGaKtn3BWxxFarHa+fU/YsVcJ23ET7vjeLfaEvifs1KuE+5lLWDxC+Pc9YedeJWzLTdi/G+GAvic84L8RJguUukSyONJU3jY8vDvPomL1kwf2PW2XXo1zD6r5/TiLZwyxsfhO6nvCrr1K2Io3wIFdK7bUp+/5uvWFru2589mn23ub/0GLGtyrcXbgJuzf9RToJ3vs8EIShTxYqdPpozRalVFtYO/JSWedl6jSGjXGZIVer0pmwGHUF/rESGOiXh1FbyzpHAepjKoeDlF+7BWwrLt5anJLgX/JbFia94bE5Y0gmv6UIYtPUlomL7OBp64dWr0y/wSI25a0Y9eIavShYsnt/F128LznvKvPrmwFH9QXFaQaStG5L4MP17XWgFrFheify3PRgr2+P748pw59tT3P60COC0xTfhRf3mINoZvqxKVx5ehonORBekwrsnUdCE5FWMNfTibI3/n2AJg6/vK2sqESYaVK+uqkFytQGdj97+NOd0HGpsmWs1dfAaPTPzxQUmEjlA/dc2f6S5Vo7LkBp4/+wxmmrD8SJ0m2EvymfBea5l2KwGsLD6K71vDSjWKHzVk5IHfQqLB+Gc3A6yfdYrvzt9H3e3fPgW7laEXxDpfM766AozP6W41bayvsST49dvKmCmAfOzz+zbdqULhx5KftG4+DidoMy2P9biHqpmdvI12qzcmPfUrAqFvv7fxxXzUY3tqYWLyjHB1ybzlXdaYBNRy5uq5V3SzaWwcwy2uHbGyFwlRDyJbGRqR4t/T0Z/8sRoyXG8wPKqyun1kBhnm8MbvOyQImnGzL+Uutk7D91S/+9nXhfeSHvXnxkzoEaEDawdeaG8vXbbgG4sY1fnp9802wiAJa0fqZv9rIXRrAexNnfWUf8gjc2zll/OUh7sL+F4ihdYjxsBUuNIXdzNzeCoJIWLKa0WrHufu3YHvpZ6abgJ2HkdbCviXhoaPTW8AqrIbzH7hD/QPnim/330bA98/YZQ8Bjc8GR2Hfu/Nm/PWdDvuqQMrQgJigLDf4/VksDIMlfK6y1G+IUCL6xR5iEag9Sy0g8891QKKd5VYFsgsXr5g7zBam5fRf/vePahF1q0s1wIOiWIsLqEB+PyD4FSsh+5WStwZqXeHnLw7eellSBtbuee2sNK8SUTdIB0Jqt5cdHFH0IOWNYy0Ir8aQdkR2yQ+SwMiq16f94c4Z5E4dVosysRpUSge4qE358F5lIQgm4bjiIMQEaXTV77eDgoxlU+0LSlDS8S+GTFzkLBAVOBaXiHpoBJj8qNw1DWI+tCLv5+vj579dAyI+zm0YE3Ea3BUCR8xscRBCcJZcfvMiounh4gKPT8IM3O0EKqekNgSJ3CMGQCy+zPFKiUDdkn8XMf+0gZyXcACnWAl7Cd2DxcCCCNHZGm6KIIYXISr/DdaQWDdhYzXamN7sU5Z9H9zEakvb2AbG3nPEW55FVF4HSsX719H2MpxQPzgI654nnmlBc6kQfwGeNvOdJuRYCcsx+4xllWA9joIu1VJo9yaRyQP9N2fhyDcgVyrwGsT0fQqx/CkB1Iz0ZpS6lRSANkTdNNoSVlUSh7SDvIOYEH5e1UqiqIdo5JFHa+uLKtADbNULuwfBvGlE6b+CQ/7NuVH7noH+Q4SFXgpHYc2ZcJzC9WDAgsBvflhRxuyQeAg0jiesYOMY4nkLmDSBRMJdYPEoAxeHE0FYQZr2loOFhPlvZx9eaiFMw2Vt+EI7gQ5X1QJShfbcaUITr4+0TXWXCLSc7LSFTC8/oy1r33/90jGJMP1PjwYbCpqAFxVULSLLtyrLwaorU5MXjPEQBtEFNgLdPrse+BDBhrsKdrSANiO6f6k1pDwOuwsv4yz76YZECKWJ0QR2fYOJ33KFTG82Ir9GwPzjCVm9sxQUNZH/WvRHW7gGW3Uz3B1iNphoDdr2Of7xxHWX6Oo5iWC3+LNZ7uuvIlrWUmpBdNMt1ZceHpD5pwoxvdaLddIZ0u6o0Mbgb9W6BEP33tL5D93OV/Y9zEn/A+Fyhak=", "1:eJztWWlUVEcW7qabfUfcE41LjI5jsBcayIxWIeISNQZxSYhRW3hAk4bGXjRGxxODqGMUkolRE41GExOjiWOIGnGrcsE1UZRRXIIjiyJBEAEFA2qqXj0CLmemq4/MOXOOP6jud199t+7y3XtfP7pNNY2JV8pkMosbWUaZjEKszSjEh1MJFY80WKzx8qarcKspOZpeRTyV/Z/KnB6RvdIsG0NyH+1FvgwxmZP1xohEvTlBMNBNDuMetWHYU9lT2VOZJItskomd9o+KGmRKiWu+oveG0/0qcVVHu5B1sMk2lbRq+yAaERJtSEmwA6IWVy0fhMpUoTwYDcOoeTBahtHxYILFlRMiHsMVAh3DBPNgQhimvwMYroyGimsYH4Q/0mGcLGDOsw+7jRN3qxwHqe3OKqMnZ7hbgvhO0jgSPa0jgZDoHeIIiO8kVhRqu4uC2cVAdldFSxBfyBnJ1SoekFrtwElqDWcgWOsWMVwlKJ1jd2pbYLiaN+OdmqulMIyGq9sx1mnszlALDNdgYUTVcHVVCcM1JRhNNQ5MCQ0XDxizNVw8kDBcPGAtX8PFA4bR8tU3GxNarlJtAtnNhBZjQsvX8SWQI7NFy9cdWbVq7WZDizGhdaTja/kGEisKLd+YYAwP5mKEmiU3mK95SyAuRjSBuBihZowI5hsTEoiLEU0gLkZIUyyYixFNIC5GNIG4GCHNSx0fIyQQHyMkEB8jWD3p+BjB6knHxwgJ9HhG0Bcvlvb0hlUwC6bYRCGZAM0zI41CspBitcS7t1QY70yvPMkSbrGYYg16q8GU8qCyaI8/lI2dmSpE081jBatZnyjEmfXGhzbTVz4RiQZyI4KcJpgNVPDQHmrBYINZiKWHiVcRRlPsWzMMFuEx2oYY4mzEMCP9hWxQPKrNVXQlQZ8SZ4lXPBKspkdoqdsFt77D3v/NYT+KMNno5lh7/Xbl9rvp57c0Glrfb58nmmhnRx2WniRCWt9h3yfqsAu3wyEPOBza+g77tQazlTx+Nz+SSk1QG9b6bvs/0Tw/hjX/Oc/So4Y0X4L7t77DAU/UYSfeBIe1bNxqVev726Y1eO3BXc+qB17f/A8mVYcnmmdPbodDWj4M6jQPPcPQQqGKI0wmc5whRW8VLOx1OR2wUTZ9itVgnRluNutnMmAXMRZmW6zVZhbixBtTmq8H6636xzxL6dibYM2D5gn0Vjj5o9LK2SB40s5i8OMp2SUn9yKUr70RGnnYFVefHjXV77V94KMOyvE+/RrR4N8qynG2El9L6nt7eUEpKOulcvv2mRJw2jTZ9cQnMqy+uvn5krQMcPe27fIqf1c88bnwm7E/eWGmvwHUuUxeMbJtAyi3bGvbcPwqsNKPygZQkrb6540n68GHcxpeSj0hhzvge0WHV+ShQVOu5Ha/WIWCCnq6zP24FqSSYzpG7QebBk5443sQgJ+NifvLv0c3oJXj1mz67lweOHZg0HeGSZ64vEjXCb9xFeWeGX89aFcNWv/niGfKi7aDEwtPX7rs2QCQzyrNuq0NKOFMaVLf6Ur4Uo+XZ6UF3QE7uqSXR+1YjfQH8voKHS+BgDR8bG3kNbRkeQr9CpJ2W0koKtHUtWdJhHJQ3E9vjjjiegoMEA24A8gF+XoSbH39VvaFRWeAr+e2r2Yevgu6tEsaVZPhDN/8ZYjibc8SpjfHD+f+QDe6YfOijJLqrv8AQSlfyHene8DvC8s+zlrsBkV1a/LQxveihn/2rgwPQ397NjShGl3HYcTiYrRFUbq4d0UdmDJ9NDmiHszYu6ZTUMFVcOMoCcQ3/nDRFqJI7QQ3Thk75oXP76K0oJFfeQyR4zSqrlc1OrHx5JnxRjnuLiYsAIr2xLjCIyt2Lfsg0xn2pg7c8cZZL1LD/PHZnGTtuz/WoT4TM/ff2uABCTnCth5xgbGVMYMGXpPBncO9nPoO9cNkXdDuvBuOHGq+41tWAXz6ZX124+sLaMOhESF/l/vhotfaE6rdBaPmeY/+59Iy4L6oK1FxDzF/84FprjInU1UP+nXrWms8q8TunVdP6nO8Cn1YQYnkhmcFbh5a+I4PTp9NLS4Afu/oNg3MV+IBHvlfpA4IwLteIIb3ksMVBR8tSI9xhixeF8Gybhm2aZ0VsB+lg64SrFrXI7txQS5YGEszI4PH/Q7v3LHkMugUdaHz7EIFtInEV8IrepJwkxzOj8nbXbzUGRZsm0dOLgSz9epx/f90E7Uf9mpjB8t9MLZ4/cqDz/2KfIhXgpsMU1ZOnl4HPHv2nrM4+woQ6X60LR6yvebuv96+hURaR1QgkRZxbbDur3vGLOvWiFgdYJSccy9rVrU3/kA1g4QiF2wm2kZ3uQ3W/EwT54FZvV5GUW99OmNVdzkGpCzQ9Qwwbt+GL1+BN0FmtLXn8vv1SElp4r0ZEWO/aZPrDMXbbRrYuT094HRSrev3lAIZPbjKGdcS68pI/Giae0/8DQSCQ79sm3cTibzwLQKrb3xNMlmFWH3XgrX1KlL5NxHrF9lIjNeNDVI9KiX9p6T9ewAxYvC5qhpQTMv0cy8pnueBGA9FIK7e8irxyAdT1hwacRjE15UQjZ5QNCfTD7J+UQhoN1ns4Q8J2U7URdeAZVle0759vxE8b3P61G2lP4w8V1X78nkFFHl+PQ+I7WJJW3iQmHVpmhKe6n7xzpwkOSbdjjDVCbN9CGnXbQ2pHyTH84+OJaFq6mONSKRNJye8sPZi/lxLDSLNiBClDr14vxupoEa0v32vaOcebeGyiPeNpQ0yeMY9sbux3h2TYts/v9Qf3osgDRS6wD4V3nv7f3IfibydEAjXJvzwqyXYF5Jimr63qwKKcesSgEe8Pj/0bHog3ke60HaLE9ww4Zj6oMoFCx1JBdUFYEsirQgfphd746W3aYP1x4yH99CXqaQierhAxmcvsavuaqeA7SgND3hgynaXVAUWxAahhCvENtcGsz7tgsXpGJ6SQH5cm5ItD86W5v/rNr+5f4xM/Tt35nxB", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl2tQE1cUxwMSSoBAILWg+AJEq7QD2UQIjrgnoIw8CgPxgZZRFkgwTiCahFodX2gRH62OqNX6AFFbEUo71Zm2WnWvWJ0pFhWrIiqPWpEKOKANooxKd/fGYqfMNBun0y/uh7t7z+7v3HPP+d87d/0zDCnaQQKBwOTCNO8Z9JrMPL1GO561ODFNgs5k1jq86KnMhhw124t+bfsPbI7/sCX121KYuqjdmYcYgzGH0kfPp4zZGl0fcw3gK+l/sk17bXtFW/ALG7fy/qp+lCE3q7/Hvotlv5dxbZiaXbwqoyGHMusybYQi+EEE14bzhVibLJQfJbcnPjkeSsaPUtiTP4WdQ3GUXO3M3NS63Gxmm/03ZoI9SZ+AByLsohR8wgvDzAQ+TDhmwvgwSrtkpLQrD1YqnE98ERxD2Jw7PBsM2Zw8rDkMEbwgvAoJm5WHdYpvEXZARCgHTTHkZdgC4YVByOyB+KVcyTPleLPkGF56tSacl4asqVPymhBetAS/ImFIHmoPJOMF4f1Bzk+tVoifWq0QPzngrUjObwVaIZv18DJksyBeUqucnyKsED9FYEjBSxEEFrmClyIIrHLFwIpgT7gmTwE+DkUbDMYsXS5l1pjwOUnMNMl5VK5ZZ16iMhqpJRgcwToyG/MyzXlGTRb3Ir2/P4UyUwPEocCnGTn+83nxSsO+Yv98WGvyDb9l1BEPqPIZoxYeKCKv55titj3qIw8fTASp/zC4nerzXa1AiJqSPtmRW+SGPE6FfjbeVwyBN5+sWHDiMZk9RWfoKjhNpsTuXTWmygGiJv9e/2XvU/J+8aR3ruwSwMySisrrJT5wZG/noXPxffSYO2uKa8of0UF5jrtcdjsDNT1l7L71d8nRx54WWt4XgvJxVVZ5sw807/H6/OTpPtp1foD+w6XOiPPTNBLmHo91d6wQISYa7zXIQj+wxM1e+1gCKxecMG/1vUV2H7ux4ZmmlRy2jCJmSEYB128RoUc7GrYWFghR+erk2L0CISwNq5g866YD+NRf6FH/do9seTjysqHEDzpCfhjrudEJnd0sW/yufwt9JVgz5HbqQ7J6+umyg4lOUHYuPny9yhl2su6GSuEjcdLX2zQWuqA9+fsRBa20yK947rj4QbCyPnJJalkN6RbDzHSoBPK3R2/UH5JC509noip13bRL5O4ZJcFixKVzcAB0sHi7B9riyUbWRKeNUj3I1I+G6Epd46INLuhZoeVmnYMYUWd+YSI6Qjcyw89RO8CvblsPr651gqZm9qGHPLgw0rUu0B2m0cuHK7PdgXXzc4M73P0qiMn8E1rLXR30prxFfuJ0AZwvnfrtH8tdobI3Lefs82qSnc26TD+QPlRd1M5wQi2XAphK3yW5urW9CX4hDaOd82toTg/eR0nOz6gAmM3KpNEDrVelt1za74omFp1fOY30ggvrLjc2u7XT49I2V3WXDYKSmvKLV2cOg6q1h2ZVE0Jrnr1R8ymPPfL9njCHK9gzsoL5qiOknWazDlIXWBOS8IVrTCv51NdU501IwcBUv7q0m5y9VnntbM4tcur1LktcvQS0PXeo0plOVr2105MSa7ekrZAAk8RNd4wSYAYbadELUNRF7dXWNg8kerIv+2ibF5wqGcrMrJHuZVRtlooQE+3baUmDoZh1E95JP9cwjilvtHDeGxeGfBNotYtQITuNH2vpnQmDP46L84fEDElqhEWCcP0byKK059G99wNwPVq9EdZRF53+QdKIt9qC4Dgr18Vi5Fp3YGHkBgliF+FEVRAovMImnUwRojh3x+DCT4Wox3nezoSrgbCIKe+BLge0mA14uBeSMfLZfqWbxHURwypuoHtkRuk1RafSFzjd5AtQPJeoTlItYjee3GyTmTkpmv6+Z/T/qPUfCwawEX8CH50tww==", "1:eJztWGlUE1cUDhATAiJLccEdFG1dySRs1voGg7jUFdB6UKsxDCQaGM1SQa3H5ai4Vmqt1lpLtVj1WOtaq8W+sSpIWzniLmirgBtWwUBBRKDzZkYJSo95ajz9YX7M5N153333u++7dxbfyXRknFgkEhmd2cMwWk9pzHoqrheyIPNQndEU5/B4FGaiE6LQSPXG9ppsjs/YRtTbItm9imrK/omgDQlqvUqrNsRTujr214ivEa/BNuiN7X9mIx7buEp+opz+dGJs/QhdG4zmy7kjESVhj+G0eTLbCmyDBHOQKF1ivA0QYjCyyQNxMAruGIgTGQ8JwVuFiywIB6N8ATY8hpDj0BEwCpx1gvjYCHwMEfACGCzhBPOxYe1PCI/BUlsoj8HiI2BszjW/AqZ4uNnylwDZnAZeBPxJ+SIgvJUULwGyWQ48GczaswbhrRTIn0KxQEJZ4KU8BLPO+bh4EFYT4lVEYDU7Xg8EVgHyqSOwCl3A2Jzu+oaiwCp0ASPHb0IKrKYqYLCaN7+nCpvVY4XBKwi+cSnwepAAwityXnIKvNITQHilxwtVabMYrHqQ0mY1WLUTpc1ysKpX5YsUuRKrnRBCeFiKIPjyUzauCPTWYWyJLpgoA0VrtFQCCzQkD9BTCVSiyRgntXYY1wSNXNlDmNFIa3Rqk45OfOoVxuWJs+jkaVQUmhxNmQxqLRVrUOsbed9RaXXsBRW7GmXQIcNTc2Tsn3CdgdKgxbiRSk9rps7QGalGvEXoYs1sYHr02KyTPOtNylGJVyfGGuOc/ksA8mBBcfYn7PY8wh4IQZvRZI2tvGXYvB8/wAlFY3/ezV7pRjcim+cQDmxAmLA/YXd7bLQjDm+rFxzhFGp/2h72oO2Evd0B1rcfQml/3p6vVN/O2ITlDZ75FfYn7GWPjZZi81ZYC5xQPHWnQ0WIHKto2hCrS1SbKCP/pQW14VFmdaJJZ0oOMxjUyTywPZcSg1ljMhuoWO7CpPpxuNqkbuSOqwzivz80DI9Cl9C3WGTtcXb9jXbflYEJlyOcklzFZJ9OQ2Yt6C1irrmu3jZ/VC7wMV7wshwRkeroyK5pMikzLSfl9J9X80HF2iurFy90ZDYN+LGsJlpMKrhfNdTLqtLi99aBCbWqh3fvPIApGuT5IihM//JYxwApk1Kef2FemRvZq863psLsxNyL6d/v1qVieG2m986B167CpJnpPVRty0HKwpgzGRoRmWFa3Uo8pgDuHjl1/YwNt2CxWOkZ1FfEnD+eoJx74CFYnq8V0fNKwegjW78dThaCUWianwOJTps6OZCuEf5mx/WXYUnIgIGGKgeyq9x5R9uYMiH+R9B3l0GbevciYEkP3eJyDx7/RD6jp28pLPJul30d3IIl2Uf7f6/bCEWpc6r7TDsPuqYt2XXtdinQcIFnw7sb+7IpzATrkLuYCljW4TQ9UVoM561RLdPfvA9y/fKr5kxxYrR7i437m1eDcNZava0Gjt0aePLd4TWAXXw2CMyEJ9b9/Pkqdwu8UxDUmhlXIPDZDDqU68d8vNMC/Faap7dxOwUlnOMH8J+DeUtrqHxQKZm4buiapgx3bi5hhjVfPqRYfAwQN3b6Fy3IBJyb1U2Y9OHkW+qjYnLDsY4s41o4NnTfiY/6yZj4cB1durAaeqUfPtKyy33oNn3HsnytBbJJc27TXkSCD8bthn+fhmmte1/pLJGQbVGApIQ5J9P66ZPqQDJHxIH53SPr0E8rKgCb9IOPFnsy19XfnFeW1AEUjTJVRkq8vEHmZUdm7gFyfkHWKbC2btWc6kNO5FI2m2sId4bnVQ7O3ZzSvWKtM7P50z4Ow8I9SXYz2BQUQMPSlUWWr2VMpfnqBs90D7INCmeeAzmmWc89X5VUAj7vedB1/5bkrHfKBf5S8njtnlmWXbsAUs3hSAt07fz2nOUHpcxEaY7PqLwyMFtNjA7oVgU53Wx6ABe3uJRTecaBdMxowkZ8FSxiZVjoXQhMEZ9VSP5yJrPeD14SNqkS+IjRylX8vqwQkcy4jmH3C6XkPXY3Pzx0BF7YPO09lwtVgi7EZARbJmeTrsAAVmUR/i4kqpJiYy3g9VUGfbmNzoHNfgn4olsrC193YRImb8fD8QnHd0L3DYpN+4KLIe+nFrpwC1TA6xZEvATy9VsEBB6Ak1fuTTALldXMP+Ci7GhWCo9g0YKNJ7ePcGRCHvwau33SKeiJtm2RjDmXdLuL3LkYHj3TnfIpYKC0tMWgkRkeDO21gPnNtynJij8nJdKJ4cogpxL84I88iZnc1PGo0sFeNssjp3ozXKsNS4xnH93pBGPDnlT/Kbn+a0EjNuJfBN1OSA==", "1: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", "1:eJztWGlUU0cUBoIhoSCLW/WIG1Vxh5ewaXVeCCKoFBHUKiqG5AHRkOfJ4ta61PXUunfRWou7p3VBrR4VjzhPa6vUvS6o0QqKIgKKQpCoaN+8FyUoPWb0xNMf5se8zJ35Zu5357v3LW1T6MGprk5OTnoR28TSGkpp1FCp3ZEFmQeq9YZU5xc9mYHOSEA9+Qfbe7K5vGaLq7UNZs8qwYP9E0XrMhQaebpCl0apn7O/etaKew+26A+2/5mNeGHjMvmlciJoraq2h8Zi0PwgriUShGwbSRtT2FJgHySUgySotWl2QIgYZAsKxsFIuDYYxzMeEoa3C+dZCA5G+hZseAwRhEPHipHg7BPC+0bgY4jAt8BgCSeU9w3rfMJ4DJbawnkMFh8rxu5Y8ztgioebHfQOILvDwIuAv0jfBoS3k+QdQHbLgSeDmXu2ILydgvlLOBbImhZ4IQ/DzHPeLx6EVYR4FRFYxY7XA4GVgHzoCKxEt2LsDndtQZFgJboVE4RfhCRYRdWKwSre/JlK7FaPDQYvIfjCJcGrQVYQXpLzkpPgpZ4VhJd6vFCldovBpgZJ7VaDTTmR2i0Hm3yVvk2SS7HKCWF1D0sRBJ9+0voVgd469M3QgIHSUbQyncpggbrJfTVUBqU16FPdbBdMbYB6H7GNTK+nlWqFQU1rX3mFcX+5WOLk8VQCmpxIGXSKdEqlU2jqed+Rp6vZATm7G6VTI8Mrc8Tsn0i1jlKizbieXEMrx01U66l6VotSq4ysYxr02KwWvr6aG0clTaFV6VMF/yWAoFCr4hxP2PNNhL0RgjaiyUp7eYuxeb94gLMmjeN5N3QE73rU8wbewXV4E47n7eUI3i44vG3ec6yXcMfT9nYEbQH2cQfa3oUIqeN5+7yJN1Y9E2ETDqrz6C9xPGFfRxy0GzZvia3ACckrNzyUhGhhOU3rVGqtwkDp+Q8uqBrHGxVag9owWabTKSbzwFZcSHRGpcGoo1TcwJjafqTCoKjnxisN4T9D1HWPQkPokywn3keFirUX74AdgqIFAWVCcsXAJgv63zWD8N3HJhxcvRnq83wfyuJcyS7zml4+9ciFbHgw8MfOHxfB8L79dBYvZya6YErjrH6uDAtylfqUgu/mzRlx7oAJBHb+tdGZIyKyeO92duVS2Nx1aMNuv7kz+vSlZV9CEcMulnBzo5CJ2lNRc37SWbC9feGszJMXge8s5q+1fc1g1DP547KSp2BxguGT5c+vgkELl2t9Z5nhlJAtfYYlPYEn7uX+HrGtAnrmd1uypvoZ8DdZpo09kA8XBpR5HgysgryfFuDE/R7C4NH7YzxchMzUrD0p0y8XwElTNnaVtzwOLojT22mqXRgwLGknLDVDFvT9efENMIQjsBv0XHZ8ejQsBtlP51Wa8m7CubmJh37ZcBHm3Gzsl3urADrRX7n+sfgszzfSDKLaG11Wikww5GSvz84ufQAeKE+MGnDMlVxx7Vs2MrvAk+PI8ftQPL+18t4VESNdtzu0+nAhTIroc+fy1otw6Oot2y4l34Pr/dGOJYD3Mw9M7Na2daXmLuiC3Eu3wJGLD5sDRpYBy5q0XXf1HmQue1ottosYixeKeBnskNBg/bKeRSC0BZPURlYJtpy+MLS0Rx7gzM4+5PBme886/ePBuOetH9/bvRLEtWo6NrbiTzA+2e1U83gLGNlGxrq+DSJWl8qfg8Ed13y9oyAbRoy5daadqQRWtP6bTnbzZXJvgQ3XD1bAzTPjY36e8QjQ5XNyE2WNSIJzuBxoxKyHEi+yl3PsbM+4CoBOc8k0E+TiPsmdjFSziBgR2f+LWT0GbroCOXrrPBjJkZ3dtf7eTMinOYN/aFsNV5/czDLwZkzza6hHha5MJKsOJrwcZF1KnhCX6URyciwugNy4SkC6cIKtAdzxBF0HfFwFzIBjbr1/GmKBPf3RjlWwKgBF8iFkne9weK6A2UfOvHF0hYmP334heRvRa1gOOfrF9612Z5LXQT4ImLYge5zYAq+ms0qY7UxOPbNruDm7ECoIVkGdPBguHodqgGrU1SjBJGem6/mVt/06Cpmj+/ctFJZvAo1ReCsfgHY1Vcb8VQImc3Sn495Hq63ndw2ci03x/jxcyGxtOULV63ol5PPEAji5PD4BYysWsRlSAmZEw6l+YY8hSi8QnGXlXQwXCcubRg+6A79BYVM8BiPM2Vfm1zyFnOxUhyG7OJvpnuSMvYi4gGm7Q8cuUQUiTqdeKBorJvNX+WzMOWQCXBpMzYF83BsxpfH7Ws0peQ79wtLYIzQDbtvMJiRXamXaNPYJns7Q161JtV+Uaz8a1GMj/gX2GFzu", "1: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", "1:eJztWGlQFEcUnoVdDkEBxYt4FGrhrcvucnmkBxc1EA3h0Kgpj3UZYHXZ1T00qDEeobyIliLiFe/7jBFjTKE98SiPRCOoKbwQECPIIQKieJHumVEWpcptAlZ+uD9mt1/31/2+9773Zmc8J+rDo8UURRkd0GW4XsuozVomug+2YPMwjdEULXo9CjTp4yLwSPnR9oFsNu/YQmts4ShXEc7oxxC9IU6lVcaqDDGMphp96tgr9APYPvto+5/ZZK9tXCW/Uc4gvS6qZoTngvF6b+4qi7BD1yC9eSJqBe+HYJu3N4eJ0OhirMDIeIwPCUbOXX1IXOMhfmSncJ75kmAUPIboHB4j8yahI2DkJOf48r7JyDEyaT0wRMrx433zJznHn7sGkEG4Y4jCFkAoA2619D+ArA4CX2yEirMAyRREIKFS6wUi4yQn7AmWILKTFPU5ibTI+SMIK5bXDw8ic0+oJaLCEARB1Ov41MqIep0QBaI6FzBEfPgYyIn6loAhunvxDUVO1FMFTD2akNzq2rPAkImH70Hy+jQueX16kJysXnnNya3WgkVnUFgtBosiV1itBr7meJDVcrAEkXUGAUTUjGUCJyJFyPjyU9StCPzUYWyNJ0yMgdGrY5k4BDTED9YycYzOZIx2sNwwWoJHTugSaDTq1RqVSaPXvfUI0+TNZpHxU5gIvDiSMRlUsUyUQaWt43lHGatBE0p0GmPQ4OVvrXFEP4I0BkaND+NGSq1ePXm6xsjUsdsQTZQZOabFf5s1ond3s+eoxKh0UcZo23fT4mcZaLl/4xN2blDCdsSEhXuh0NMCGp9w0wYl7EBM2MeSsELa+ISbNSjhOvRiHWE/oR82PmGXBiVsQ0xYbqlsmbzxCbu+jzBeoNSb8WK1tbxtSXhbPOdIha7f+LTdGoO2mDjd3rUa2QfoYM0bVN/2xISltZ7M5G/dzHH14Y2Ver0hSqNTmRgj/zIJN94ws0pn0pjiAw0GVTwP7MDFwmBWm8wGJoqbmFAzDlKZVHX8qVD48m9YarvH4Cn8uhlbRcO/bxp6cBso3jCg19W1+eDA0JwZ7gec2Of9plxamJENZ7pjSzmYVfbTl5PX2rBuvgOOh696DvVzxWeWeZ8Fl9qG3fjkhQO9ynOpeeo6ipZsXdFPNPw0mJusXKK9Xw6DNPrShGAJu6ZHm+SrjpmgiA3oHNLflU4oDPu1Q0Ih9Mqbv+HiHjvW/+nJqD0TUsGfYz8/Zz/wBezm4nRkR3wx3PvXtZFFBynaAx0zS1UJr679p/3O/GqQW5D8s/PUfHD4gfFIy+f34LX7k3pWtrah7yd2K256gqJLxgz6NP96JjAsXppX1nELuCA7fahPCUWPw9uvKwWHYBFinAnbeEUgl53YSWmmpDbiVXB+WPCPc7yq4Jyj9Lzcs+cAz7cM9qxMuZ204C4YtcvnYv8vfgfLIkxdUqrngI4V2pHfHiiBX32NdyyHzkm754UFn4GdXlaas9fnAJ5XKfzu+sD4Ubtuw6yp2KGHYGvnYy8WmOzpJ3mqzX8rHgPs1YiNxTBg8FBDlQvF8vvmQT6Od+DKBQljrqQ9ApF3t687vYmi0eQvE6tF7MnWiEBnir1watB+zTiKlfbY3eJykIRFQZCu6XEVXkm7694+uAmdem7aiY0eV8D47n+4nv2tTPD3MowM77ppkdSFxWk6H3kdtPePQSkrA311W0VpklLwQKxAIbgHDztP3bfkZjbgvyshhQXg4sbGdtJ+M2P7adD6aDqVZfMY8GNXepNH39td7M7DZGaheuytcnDqSk+m7RY3NhxnPaxc0BVFc/k+bsMWHD1oez9RzPZc0Or6pSdlgJt2b0FzaZc5s6mjHx+7sTgd9la2K8yd5kpTy2cjiT6F3LGOr2AG/losplGwnu9+JGG5tGc8hN25QFSBHCeUmHRbFol2eu/NFI2jvXd/CXikxh6UwS2pfihTdjT2vpdyH4hdXjwL+GQAlOz05bckdNCz4kI24BXInGscsrKyHN4J/SFF19yB7urtsK/dGAld4IV/VIBhfosCJ9zLBshLXw/2GeDjWgBCZs7vO2xHPpydeGyyY5WEXpSRle2UVA3WruE+cHMMUrKPCzuwF1b4Q6DgBPgSrkaqSxiTA7AKPZuJ2G13TjRbL88AVZswIJ3XfUoBbIeiNEJaCaO5z0so4Yg+FerDnt0Zf7Z7vxVidlpoh1aTLorotrmjUMrELK7yrOyHcPWwlokhkxzooxORUqsodnpvz44VRbYsZnO5003Ax7UUinCYN7qzKAh241eXgMGZpRUho1+CbOzWFhea66qBuhj0dKKPM9buSTVvy2teiNRhk/0LXEd/jA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lQU1cUDquAIIooyBoCSFBRkwABl+ZEFpeKVtC6osbkAYGQJ1mQxZGxDnZc2rq0brV1QStTsVWKU4qF+1xboFa7WEexFqyIFbEIslqgb4kFKdPmxU5/mR8n7557v3vO/d53ztznswqPTbDkcDhaG9LE4CpMrldhCWMpD+WerdTqEsyejaQ6PDWOGkW89P3nvjkv4Jv7Ar64AXwzXvr+J1/QMx9daebPRtNwtaJ3RM3NpNYLaCuMo4pVqsFTZTql3EiQmB1ISNtwdiARbcNMAbGMFEzbELYgyidgmV8Ig5poEkoUZ02VmFKdSHbVf8OEmhTJgBKYhApmk5/YlNcrZgKxfL9hNErIkopwBiU09lAM3QzI6DfFsM38iU0BsSCQXi9kzWAfGBsK+8KMFgYNCjGF+FBTiBebkJ5Q0BcUietXGSF2AyaETYEYuAtlgxExGKOV1NvIhGGsmDMECjcBJJpoCkjACsScScROQgYQOwkZQKYoXGS0HPqCjNZDXxC71sLUkoidIgwgdopgQMHsFMFUbTA7RRhArBQhZLp58MCKiCW/bbQu1IQO02C4PAlLJYGazCgVloqpddreGxp9G7OiRoNJI9VqcbmS7J+4+vnN4uz+2mx+5mosjlo8H9NpZEmYQiNT9VtsTz5EJCnJiQgyGqZRupKOfmtsyYdIpQaTU8HoUYQKl6esUWqxAXaLVir0ZGIq6kKptP/7boPooyTK1ArtPzRTQT+GHDnMFTUCxzUKpVqmwwzMOJBmnl6m1il1mVKNRpbJAL1oEjR6uU6vwRT0xMrecaRMJxsgeDBz7xMlWPSdwqgp6uuT8tpdz1s9dbM9OG0gKg5FdaPc+nnFXlgALHw44UyA43Dw15vvs3HvRGkFW6qSCD5w8PWWF6+4wIYJsz+yi36CJvnOyt7wjh9cSbhWlzz2Npo67sd99z4YTsR3R3Q2pHChJsv5k+k1LejcxmMLK5qciOqyIftFb/Aggf41ojVBPt5PHpoTBy5/fOXaSB40Hrv0qniTPTjQAbtQy6zFG8N2+UHtVV5VR7cT7D2za5tjVjuTD/hCevX+YUdLXYDeX9iC6HyXBsCi/JDLk+d0osRIJd6YO5h4f8GB4ycW+cKFaSeUt9POIV5Xq77aw4pI4qkysqy4sLF8/tn8Izbgdez+jPE9XSg9zd2hOpULn3/HuW1uyyHK08sOuH3qQkRuUdU9LfeF2ICDm07WPEHjtx1sF9x7hI78Qh6smQc0Xeu4ENjgUDZx733k5Cy5dCskAHCa4B504dR4dd56W6LZ+3t8xSA+TNpRmTMD1Uh6CrObTr7WzsQN8gSno6VnXUafl1DsZTk7EpVDvyopjvGCm+5rZcIFlnC4SNx+TsEhrPJ2TDK7zAOa18PDoOTm5i6srR3Jc25MzdzDBa70sfybeCuQP1oy7ZX7DajNesWe2SNcIOmzB9rTCzzAkUQViR8jy9eHBBWW8oF6fZ4BlgSXSu9bWyKm+e04ncIf/nDVXnfSmMFdZ8/yWgmHSNresFZy2g0qKNrmWEHR4pYvbtqZEQUeSxSTc/iw5+edb+a6DYdF4UVfp5d1oqVk9BsPx4CF7WZvudod4lMvdhdmN6KEtruyQ+m+8OC9Qvu0gkoUW+yVW7/dhfhttMCmYJk3pM/1Gpkc08rk5zmKIElK2bfGH6aUxu7yGWJDrDr0U/DvxSMJScjykplb/YCiI8bSjKD3f+pG1N8JdSOW8mAUmX6T9FeUkXV0XIRHLWrTk8LJ9QNKxf76ZkSn03QV0XqI8gF63X5zAlG0FtWjrNDjryw84wuWdVv5DUE8oNNqvoN2LCOF/hYfLDIG+/G9uEClP6+4TKLz292zrdsfKHagmQviTdKVtVc70IfLAyuH1vmDb1XHuuQp1gQpkjGuI2wIRfytaIuMQMgnVXzhVDMSUULxtSBo/QXyIZsuuHZEVVnr7qEEXa7pfChJse04mJiHKs5Twm5CW6uSOPjZUZBPlZH0niQ8arqmw7EW0Xn84A266Hdbrb2dISf5S91O11ZE62mEF9BtUKpOJFs1ntqvkT3fspmb2wA+4Z8DrIL2", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3l0E0UY733QK7a0tReHIogoNFcPFGZCASkUkEaqolBCsm0DaRY2qVDEA0QRn/qUgiCCiODTeoCiBQrKjHigFgG5KparVSmlFFtBIIFSZ3YWClifmTzf8x/yXnZ3vpnffNfv+3an+yQxtyDAx8fHEUIuI0WbYC6xCQV6KqHiHKvDWeB7eWRwisVGOsq6IfsfZX5/k41ql+WS/BnDycNQUSo22bKKTFKhYKWLOthr9H8sG3ZDdkP2j7K0yzK5q1xh7CDRbmkf0blsul4tXzVG2pgMklhsclrNHoJ0fCCNfM3gA2nlq94bUCYfSJdNZepUPpSeodR8qDRvQpHmlYHp3sQinaniZEUGQ2mNQeRmtNoLySvu3zCZDJPmKYaFQL5p9FwgNbdPV8E0HjvFlDCQjguk80aT3htNCpPSuUCMExo1F4hRQpPqDYhPU6Y3mjK9IJJGYZ+Gh+YKizymOeuXMsbjLLHOJ2MyeDAK7zJ5MIx2Wo+j3d6/tB6ntb0RaT2ONWtADMRXSAqIr5AUEF8jYvHW8rU8BcRXsgrIYzZc1VG0HtPhKpCOr/oUEF+dMxbp+BihgPgYwbin42OEAuJjBGt4Oj5GKCA+RrCGp+NjhALiYoTSJfVcjNCwNqnnYsRlEBcjNKy56jtmBD3cOeLphFOQBNFcJBQToFQ6xCYUC3ano/2zW/7EDqSjMHIxOByi2Uq+K0T7dSfFTlc2u790qmCki+8XnJKpSLBIJlsHx8qsIiuZyCLaBMnamQiuWxNKHgZbJcFMlRlVFCGW0MVmm2ieMt3qEDrYdKjVUkLss9HDgjX675sGyx4VmuwWR4H/P/HgcuhSr4tXlA87hWSJomSx2k1OQYlTBLmMKTHZnVZnqUGSTKUM2EUOiVRidpZIgkWemNg+HmxymjrIm5592muvNU+Qp8ifSq0+4uyAIYlwle9ngdGdG8Dkw9Oef+nXS2h/3sl+m+uTYfbyp3pufbYGtc47U1Pt64st4w8O9Z8RCDPOb7W8N3EhKl89CsZ0j8X5S3JiX/g+FuonbMoO92sEZeVzxmQvb0Hhfn3mxR2Igr2rVNs2bdyH8uWHODzi2+ABry+Kg3kr3v/wp/zzaJZJMzb1jt/QyLkRo9d2DoBs7Ivn1G1bsvlVFSaD8hhVElzxw3s79+W5UI/Ki8Sic2hnwb76yX3aQOTotQuF55pQl7jJI09HRmPZjT9ioKx+xx705/CHns3YfwiVNvRUh9wZDatWDll/uvU8OnI0rKx8UCzu29a99WxJJGw5QxZu9MfTBnSqXpUajWtndl5zb20KHGe5+8joiGB87lfTyv26Cyisx+1PvOBKgIYW8/bxI06iTkW32Ga4E/AkMvt7RjicvmVFYr+UaJwsOxKGySZkp1rw265balxP1CFq5ktGFZ4oCw6DN+d/VNuwaCvYQd07GYhR5DLtW582gzE/J5EdKlDli0HNccP2oruykhvr1odA6l3X3WfRmClLpy97qwawOLrBrcMfe7pfTjP67lFqQD1g9jQDYt3Mt++sRydxJlniRrlyYk8All9f/M3BirmzdjUAZ4/FbS8PjIehSW9M6F3Vipa+Rn4H4nBuL2Kh6Sb4w3byy4nABjkxKgxXH9kSmRwFv/q4r32V7y6kuyntns9z9wNmfxLcu/RYyjvH3SAnfb5houCPczd2eaZR3Q32kh0+hJh/QXjDjz6H/UL9YEbhYKvY3ARIdCunZMfhd78ZkT7/ixg44PWxxMOLSvxOoUT8cDeDOhr2O9QjaPaiakDpNLZrAo4/sOOc8dZY6Lc0hHjgj1kcvkZzHEMXng1qA3f7EobtDMJE2fNdzeHYpT625ra53SCNTlZyCH6laRbQTzjF/E5IgofL5j0zbk8ELutPgW4k86SiK5T1TwvGlKXlZYGYmhvqSoGDBh4/8IH7NBrsbmrErkRMlJwaNygR/rF75CTVg+VgD71VxuPXNr/6ctSmeHjGlvf4mvXHkEz38hTcbbeYHzxKBQn7pg74PhaPv5TlbpoSiqm6ll8C4MxtvfsvCIvB91282VG9IArXk+gO69sJEiUDjyeo8Ciyfean/lj/e8aQe6VK0NMYuGpB/4/B0S0kIZNiME3XMu06lBCQF3nXunPoOVLWs7UqLLmiGjasrUUVsReqTn1XDVj+/fGZ1r0zGnq2gKJPTjgqYlsACWL+ku2BOMb05Z4+wnxAlBDkNhBHYV+uQ6qZae8PfMANGuvSSIhOAJqOX96uQXJ5mkNh2c1UcZvSF46iBY9QB8Ogkyq2++DHd33y0J+Vp8FHUhFJhQs8QNpQr6haxOrsAlg9lRbmQSDTZqwLCQl1D8ZvcCFSnS8utrcBuU/NbkY0TFVPXkJOmvb8d5X6uYRo+aQltgD5lWCwF5IXlVjsuLZ3XvvCYieSDmSavwCWXoZA", "1: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", "1: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", "1:eJztWHlQE1cYBxJJEBGQUzEcFfFqR0hCBKvuIoigKNVo6SFqCBtYJWzdJEW8rVWrFTvWYxxFbR2PetZ61Xs/tdaLWlvx1uJ9H1QRqi3YffuiiDKVl46d6Yz542Xf997vfdfv+7IvYRlcb5PcycnJohSHHlwOY7TlMKZIJEHiFNZiNTk/mcVZObMezeJfy/4TWU+Tyz/Jeou50jcQHxI53mzIic828FkMizbVgkt9Ge6x+HEY96Ltqf9ClvRa9j+VRT2RSZ3jKXM6c7mZ1TO0loz2R0mjWo+aTxzPmQ1W1lhHkIYMpJZGLRlII43RZCCtNOrIQNGOgHTJSBYVrXcVv/RsbpbYuV+GaYcxGnKMOsoBDNaTwNky6oCJwba1I9Fjx8SSY9RaEttisZ4YEj0Yo1Y7gImuq22SVZH4q84JehZUZ+uwCkL6YBWEOcIqHAFpCRmE6wd/6YhAOkI+YLtwciOJQDGEINwiJUydXcIdUsIQVR9OkpqoKnCO1EQVi1OkIQscJrjGkarQOFIVGrKqsIO0DpSSps4t/1kQGcFxajVkpYRzqyGrCjvIkUrXkjEC00hLxgg7iIwRuD1oyRhhB5ExAvcULRkjcE/REjFCjUtDS8SIJ6DaGYHuE5YAtGBleIYzZjNmEcjnd8lhzEyu1WKSPXugqR6auYtDnMXCGVnxHYnLfe5yUv/pYX3yP2L0aHMfxsobsplM3pBTy00mPpsVF+JFbQzPejg9e3OS9riJDwkszxiRMr0XQnA2tNmYwxkH57EWppZDE9lMm2hfDnovZhUvHqqQPMoy5GY+52KNH9lYewW+er+9X4XfSmK/tTUoE/3q/W70Kvx2I/ZbV8Nv3XP14emEL1jxHMdnsrkGK2PBNy/E1l42Q66VtebH8bwhHwODpZDwNqPVxjOZ0sLA6nmCwWqopU61Mfj3vKZ5DFpC/wUhKRXdf0tySjicSZQNdQ9XQoeev0zrV3WZ6ji374IV5mYQ+is3QNHTC84Vei/evrOCmrW2wZCVn78B54f5ru5qkEH3G3Ktt65IkLlNDjEeCoXCH0LX8C0bwapH/cx7qh5QxW2YxhdOhMDJAR+nBvsroKyyeOj1iKPCOnRMUDDIr05pebvAE05PrmQqLp2ldk1YmnZAXURNX/ZJr2SVCrz3btlU4OpDS/N5FcKOBU3anl3kC2eOj7UkznCjuzVwaTNxlhK6DR/XNmWJJ9wZgTzaL6QsqZ/Y3FZOFY1OEkamN4WynHdHrt5YSelnhU21DSmh2kz0P3koLRS2nBIV58noDzLfLkktKKGC2p4Ndx0bAK3bf3lwdNJf1JFtF31V+08KikONe52aq4KmIwzqvpHutM1ljjJo/hUhbA2fPc3sCl9NWnP++kwl7dzjU49ULhA83Tcsyd/rDT+atWO+p4/heK7yhSrRS8PXHiAGZ+3we2XUce3dmC5d/xAejRq0zerjCRGXxs3/qbWMriy3nSuc5gGehZqF6/O8oJEY/YCI+9TG+yiAvwlDCxc229whEMd/oyvdpSv/0JNVQIftvUUP3QGF1aOTC61c2VR0rZw6gcKlC7LnwYcOnFnslr1QCZJ/ya6wT4EsvCzMvaJaei3pnBDectSUzSuCIXFGueuAE/60RIt4F9jaQvTM5AeqmKwElvOicb7qgbsYbZcmvrB6Y8bokx2vCmPle76ISouAxT1pH0N8PYiUgNeoW23Fh4PhgKLXv1UjSJ43JmLXBGda1DbYLbaZPY4PBXXeW2EhZTeElHaT4gY2D4XxIw6ve9/mB8sRDZycaIkv4SpIFY/frZdBhQ0xtFSQ5kec6SndxMBMC4K7+3d3XsXKaZYrHb+/TyXOe54K0qUE3KIWdHizeM6V7YI0VYfBDjHK+nqPqFu9NgWPv1lKHb06qE15RRgUiOHcEamgcXxLKUWpf9I723xAI32qqJGieQ82LxeK7ogKzQHwswkhb1BYf7nw4DQibAggFmY8dqf5yVMv3Qv5XVjRKe3D7wQ5zEPlleZFN5eIdYy6cxNimx1QArJO1cKNRmxq1f6aMJP5zJh+plK4uHf21llecvrmBV0TCAqADK/3YtcneUOF64DZKX5XhG9noI2B0HqZz+GEQH8YpkOazlMNU8UVpT9YUWJLGkJRevd9iu0uNDo1UeYH625YNvj9KQepblT3KFwX9wSJLxle8IRPIlunB8o9cL/Y4Wvnczkl8b6rOxzos/ObRYcaQHpV/KPbg91oib9LFCDF2ySDyollp487O9NSa47LzRJfEDizpWYPq/4rqvoKVItM/Te+8YH+", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWAtQVFUYhuW1ICqg4jOVtEbzxT5kJaVzESxRERE1M1PX5QKry17bh4pvU9MUSwcfjZrPqHRK1HyPeo4ZFvlKjUyN1BSxCNoF5KEsds4911yNhj2MTDONznhmz7nnO////f/3/+dyQyYKw5M83dzczHI8xAoGXmc18EkKskKWh+jNliT3h7NIi5CaQGZRz9b+s7W4/2ht4LO1/9Ga6uGaWOGyh7P+gjHx0Yw8iyH7FeKoTPDGY4LemIxbhGsQtQiJFqwTXYKQNYWCxYxSxChDWexIGCY6KnHszWKGQsLZrIgRYPIsTBw1LJ5pxLEPixUN9YyJTR8aZwWLaxKmN4udcOpbmKsYcXcoY6idQRomkCRrlyk5g9g4UWErVEwgSXPq+oDYOKnrEz0J5LJYqV+MFU5jzSg9SoaC2EJOBat0OeRiJ6UYlwXhhHE54GKLoxim5iBhmJoDjbYqtB4YpguCxlrF1FIlDFtSaW9QsdWRBKpPb1DVpzeo2IqPlrmKrfio6lQuq8GpYtUuy8GpYtUu68GpYtVsvYFeS2o2RUggNkVIIDZFUMGq2RQhgZgUoaSKUDMpQkkVoa5dEcPxH5zmluSBhTfxgi6FT8VAU9oAA5/KGy3mJB/nA5O8yKwRHiLNZkGn11r0gvHxwxL8/j5sRNoUPoFsHsFbTNoUPtGkNTyx2R//iErR4wdR2Bpv0pPtT+zxxT+i9SZeR4wlBBCEYCWbdQZBN3ma3szXcuir+kQr9s9AXrr17v881EdklKw1JpqTPP6tICSJq8Ianrd/XbzJLMpVwh7MhEMfazmahifc+KkSriV8dRBWOyda1afhCTd5qoRrCV8dhDXOHU4V3vCEmz5VwrU0hjoIq6TXUOlua3jCAU+VsC8zYYX0Ci3dyw1POLAuwvVp1n71LOWHl6PyicuNyJAcHCUIpkS9UWvhzfSbDCmheKvWaNFb0iJNJm0aBbYXQ2Ky6ixWE58oPpjwaB6ttWhruWTV4fQLwuPu8aJ7+D9ZDco8erzli4VgTGLfa3HL78H8kg4XhPEO0LZXXmfv+TXAVNX0twNZf8LDV5Y6+AobqPAe/+GQFj/B4kIU3mlQFTiY5VGQ3qUAzN65f+Lcy3aw4534mI/myZBgW5Qz4rgP1+jVF6yydbfA7hu/rd6T7sG9kjb6s95nCsGP2anqeRUBKGB0+N5vy+WolJhdHMTlTD22qU2WL5p6fUNgZoQMXR4/Na79j4GceuteTWV/H3TmNPnngODkz/sWzpJz13us2FypKIa24IHDqlsVge+jf7KVDXoAwvodHb4m5DZc2Dgua1W+G7fDfiF2YoADPicSzYPNtCcuduMrYS/jNvcjXiVg7v2Xp5xdYoPUv1KwTt5247iuN+GaqGWGgvuFsEOZYdTsnWehVjky9KXtdjjwxozmO1+7AbNr9sws2YVgCNng8ERDNO9FTsjfDFbOIQeWwIxWnqOa9LgARVizCghef3M3/OM6VAcSD6vBuYqEm5nr7TCm54MQR3kpOLVlwP5Shw/qfKh6cdnVInBkzYqmM8Iuwufft77dtrEcRfhd2jYlwgNlf6CY1iOkGsZfaTtLawrmOneZk35ospzDRnAI7sDJ3crX5mWUg9bmS0Elkf6oY6RddzrPHWVsJwly49xjSWTugjF3D+HM3oQ4yTiRCGJnvu6461f4zeGDy71t90HWKn6JLi8AkeiaL3mg08U5J/p/kQvFPKQHczTfDrj2wQrM2Abj2gdPijXLOZr/H4AYD94bbfzz05ODNf5coHiwO9cnOVov2GRI1m1x8OWzfhwW31pjkB2IcZztwxmmz8jsHjUL1ETdKypENpCHs/29yosLO9N36PmVDkCi4NcySPKnETKnrCyaNTeYmzvpiCVjdDN0AKsxoqoRqtqc/OXv5iZc5lAOp/wUXPr+LazwItDpatWcSf28OSFoAfpuSzWk/lWCcFGYMi4nH3x87VgpHEbcWiDnSiLPJeUWVMOjN5s/l5N/CYz3Ods6/oqME+XStwYS1b3xbjE8cN7tF5mvJ8r1TXneMN0OJP2hUDEx5UDvJsz3zL4KRT9b1UDLvhb3TxXnwxUknR3skj07pDr6Ay7DVXdL64uIu0csJ2g88XlrQoggCmFPIv/bMtR17Adf3e1yHZKoLsopATSf7mg26D3ucEwp2D1s8rppG+Row9ZOWFmVYPUPxMGfQbdW+NcdD4TFfirgGxs4/h0RYDYcfrD9osL4ALTpzI5zuaPKgCj//WWw06CZC3qd9kK5BZOwwu5CUdbD3NBqLJO32gVzovucN5J/3g5Xmjvqh7M19pU2XGyL9EG/exZDWlde3OBvfSLWjwxEuBg29uv+AB6O8cdS+ITWSUZrTmzZkcZk/NYvpJof722PPl4/+kxcy5ryL5Gme78=", "1: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", "1: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", "1:eJztWHtUVEUcXlhgWUAF8W2ab8sn+5AFTzWDIImPfEC+MnVdLrC57Oo+THzlIzUfaR61zFOmJz2GqSlm5nOuEipmpkmiIoqAoIIKCCgsaDN3rrkaHXY4cjqn4x/M2Zk738zv++b7/eZy208yjYhxk0gkFk/cDDEZOJ3NwMUoyAgZHqy3WGNcnvRCrKb4SNILfTn2n40N/Y/GBrwc+x+NqZ6MCRnu+qTXz2SMftojzyLIfIXQKiM9cBupN8biEuEcRC1Awky2SU5ByJhCwbKNUsAoA1j2ETFMdFRC24dlGwoJZttFUIApskCh1bBEphHaIJZdNDQyJjZBVGcFS2gipg/LPsE0tkBnMcLsAEapHUEaJpBoa6cpOYLYOFFjK1RMINFz6rqA2Dip66KeCHLarDQuxgynWjNaj5KhIDbJqWGVTksuVFKKcdoQDhinBRdKHMUwFQcRw1QcqNqqgDpgmC4IqrWKqaSKGLZDpbVBxZZHIqgutUFVl9qgYks+muYqtuSjrlM57QaHjFU7bQeHjFU77QeHjFWz1QZ6LanZHCGC2BwhgtgcQQ2rZnOECGJyhJI6Qs3kCCV1hLpmR4zA/3BampMHVs7MmXRxXDwGmhP6G7h4zmi1xMgcF4xxJz1v3IRYLCadXmvVm4zPLhbp9fdiUQlTuEgyOYqzmrVxXLRZa3husg/+ERqnxw9C8W6cWU+mPzdHjn+E6c2cjmwm9EINJt3kD/UWrobVwvXRNhyYgbxt613+uZpMoBKrNUZbYqT/lgmit1WB9U/YpzbCvgRhspHJOmd5S5l5BzxTcjT1z7vBCz3oGlSshbDa8bxVQfVPuOELJVyDfLUQ1jhWOFVw/RNu9EIJ11AYaiGsEl9Dxbut/gn7vlDCcmbCCvEVWryX65+wX22E61K7vOqYyk8uR+VzlxuxIVk41GQyR+uNWitnod9kSAoNt2mNVr01IcRs1iZQYFtBErNNZ7WZuWjhwcSn/TCtVVvDJasOpl8Qng2PE8LDf2T0Qa520wV1Pkg+351rmV2OCix7m9oHufBJvYzfuhzKQd1brE2Tx0n480Mm+Y7eL+EXpUYd/W7zQzAAzW4TFHsXXEiJV8/dZwfW8DXlHhMqgGZJyMQbZ+0obs9tvJKcbzj0hzWcpwukz6tAK/69diHFbnDpq7q7Y4+1gAN9XLsvblYN4lbdmQX64PWD8IpWf0jXrQJZPT/b+FBRjea5paxUaPwgjiL4x5PZYN+kjy69mVCCcpu0Sb2BXOFezcNj0dtOorKM9HmW8BJwyL1xE3D8NnrgMWHd4KaPwfzsE+sOfu4Cab8QdMldsOG3bddQD8x6dPMi1DPp63tbjx8EWIx7Qf1LwLrM1YsXji0Fywz59sTiPJS59+NZZ/ccRbvMJNJ7YMkfV7O8/V14rfLdgG6JGcCKZfv1bj4Y0XXjkl3Xj6LL2yvHxacUI4Fnv51o0BjMrL8rpPzTUXzKo6SZJReRjITj48qfx8utTiwH+6sWl2akPwLbl2XESe658mR1/7PFoGz/5aXVXA5aNcfed8qZRpDyl0HCemKaCx/XwTB9xpYSdBerOP6AOx/6SkF24HoZ/7h9dbktyx9eOvMgMmdLOtp9/dbaJJ9baA4+vTB9CaLnaEdXwqXTvTsVIr5wwxs9ouS8sO0vUthJCKgSvD5u5bGy1zwhjUcKG0wlEcr5IfdXRFo3y+Cc5fsnyyvygDBtXBHCou47N9cN4igw5VLkMW9t6DKDnD/yTavemZ3KwLSprRtk7ZDywy+3nqVVNuJ7CgFXgNPvDzopO+wGe5Fjj/GEi7eOOqUMk0Os0vKBtysAnSeDP92vTpue2ArS/dyhMm9n51ypG38qud8O/fjWMA9svnakYRFIuNVF4bndjhbwpzb1D/SGelPRwtSo3egOppm2vlz0lwQWDv+57cKCYlR5p4AP7lgJUqeRSHPQY3xKu4ZVgc6EgLcX/LIbSYib6G0iF9ZDdqYlpiCB1O/XQTPsgtTkqwAnQYeMijJ0Ztvvf44sPAHwZnltttpFn18A2MR4h5uI8spDqTdIwI9ASjvsMD8ZT/MyHfnOCPz+rVEF4NgiIkQaoHo9RhdGFvY+2PUaGNq22QdD7nvAA1j9jbGlaN85yVVXeS7CJtOdznTjO6ywYaULwXwLTsBFHnDQbTe1X2AlOhBBEu8RyPrKb8vho/mo+YBhVS3ue/EXi0oHjln0EMwmNorIRTkkbXxdeXD8Cs6Ai+CTUpJg5ahvx4EzF/RuDAXa9gZwYQER0J2nunrDzE5YsGQvuOUd6K9NLkM4KJwKcl5IkwhP8bkUfvqFsfECXgpJeqTckUOav968ULJDjLH4rd8Ub3m2tj39eP30M3ENY8q/ABTrd5A=", "1: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", "1: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", "1:eJztWGdUVEcUXmALoCAqR2OJkVgTG1totnkUe3dVbFHX5QGry65uiWKJolFiQY3GctSoibHGGGtin2cLsQSNiBy7BLuIFAVRkUx5xtWQ4w5Hjufk+IM5O/fNN/d+d7575/H8hpt7R0slEonVHQ3dzEZebzfy0UpsweauBqst2uXFLNRmjtPiWfh72zuz9XhHto7vbf8jm/qFjVS464tZmNkU9XKGn3XC65VkVGnlaNQaTDGoRTgH0RBIhNk+3CkItimVLG5UBKPyZ/EjYpjoqMkYwOKGQkLYvJAMMEUWSMYglsiCyBjM4iWIRsbEJpjmWckSmogJYPETQmMLdBZDVvszptoRFMQEEmXtNCVHEBsnKmylmgkkak5TFhAbJ01ZsieCnBYrjYuxwmmuGaVHyVAQW8qpYFVOp5x0UopxWhAOGKcTTlocxTA1BxHD1BxottX+ZcAwXRA012qmlipi2A6V9gY1Wx2JoLL0BnVZeoOarfhomavZio+qTu20GhwqVuO0HBwqVuO0HhwqVsPWG+i1pGFThAhiU4QIYlMEFayGTREiiEkRKqoIDZMiVFQRmtIV0Rv9w2mtjh/YeAtv1sfycQhoiW9n5ON4k80arXDcMFqGZxXQEGq1mvUGnc1gNr26mdbzn836xI/itXhxH95m0cXyURad8bXFFdGP8FgDehCOvPEWA17+2hoP9CPCYOH12BmZhRvN+pFjDFa+lN3aG6LsKDAjfts2uPx7NwWhEqMzRVmj3f6rEkRtqwPLn3DFt0rYjZmw/yu9Jqj8CXu9VcKlpO8NhDWOB60OLn/C3m8i7IMRZjterHeWdylZfAPvIMcOpw4pf96VyoN3Kf3hDbzV4tuoeMWVP2+f8uDtwcxbKb5Qi7d0+fOu/FYL27OMhf3ijlS9dsdhNeKNw81mS5TBpLPxVvppBldSL7vOZDPY4kMtFl08BdYhubDY9Ta7hY8iD4a9nEfobLpS7lpNCP2Q8Gp4PAkP/WHrapd9siq+RSA4JsJgztkJ91yYWcyPcRVkR+cqxzS7D1yXutdaMaQATu3V6dvJDd2EgCF7OlV0PQyWq7/fETRWwp0xD1Wk1MgH6ZoHwe2S3bhc/cnPuvyeClKvXKuwYIOHkNwlaEbosDQ4LvDHtpGDPLk1+w9Wb6h9AGSr57d08fLl+q8P+KNVd1ehN97+kIRLkGLH3tzTwXFHn28rgUfCfjJcGV0Ebm5ucH1qHS+uOPHhxfSETHgwpF7n8VNzAPamaPMEpK8e1cYz/RloIE9YGD4rF5xvE99//U4X4XxKoTZzTS5o0/Ts0psfPgPtvymQD12SA+ateqy8ufkGqKvPHhjWNg+qiIObUF7FF/x26R5oibdvUQQ6NS/xKy7IhJtqD4xqdTUd3prd+L7Xgeug2tMT2cfCJcLkX7kpfyXnwBrSft7Ntt0CdpKwFNjBbWyF+o0PwLwtPUcuHXMXRma12NtoroSbHnzuaJzmLmh1tUfSYtMU6N91rWf7BnJBQzZKhdGF13XfnSsGx1VHtjY3lcA/vx78PHycVNiYe6bbcJ9soF3kN8c+WsbVsKZXyTuoEMjzJ4/Bx8ax49Y0zQf5H6ETSXQVLDPnXM/7yENQ9fX/dEPVKlwoinLJ3hRAzysHTBqxz7bggx0Qn2aTxAI4gARWCOm5uQlDcFqX3YMTMIGaHlwsdtDAlQORg7ZCo4eAyH0xe/cJqoPHrtzB9T9056pehiSdtzPAgpYu3b5MUnD9Jm7+Zfikh6Bg8eUFiTKkh09azj9RIhPtabB3o1Uztvj5CMf74B0KINHLtQqcTFM5sPX+HDAanerqUWmUn9GHy5+jtdVffAtcSk+wtj/ry1HenkJnTKOalCPuB1Tn8nC6+hfBla3xwUs4oocAFw4dKsq4nMsY57u5Q0YWSBt7p6HSXcItP1J3iyW2EOzCx7kE6bDhoenrIt2EAytrtrhc/6moMxlXe4IOpVQmzNyScWfhtiKAsyjtlwVQVrJWtL4NkvfsSpLnPAFUv4WQpP/0WTiJBJABqB6kXF1yELvB87M4gFy4G6GqdcwFxz5HHn+WCntGehStirkHUVV1sBQlw5Jt4xE0F9L6SgdLUDqnDXwEn9y/J4TUc+eiSID5oC85iIvwQi0UaJq3QHmlwYmntw94tPspyJ4AUAkX0Lh6ygVaB8UggmxUCE9mHzsc1sxd1PUukLguEklRIXTHQjusEJKw/P1zqM4UxaCq7nBqkxtSYYoVV5YLl7LxVFq/LAWHo98+opLw1bSBqfsyS8DaZSiQPLkQTwr+DPQavWnWxVhvjublMchE6lw0z1sgbcfvFCDdOdQUg17+zXHWV3vby2/YL78Wl2JT/Q2x92vI", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUE0ccDgmIiIFgtXjU2qqtaL3IJhxeMxT0eaFFvC8MyQKpIas5VKy3VSxaz9rnfbcWr9b7fMxq6/HUKqJovRW8BRRFpYLamdkoqLxnJk/9p/7BJPvb+eZ3fd+P7H4eK3SJc5fJZNbyeIkUTLzebuLjOGIh5o5Gqy3O7flVmE1IjCZX4R9s78kmf83WqcTWBfcquiL+0kawJOpM4Qk6SzxvJJvKOKvze7C1/WD7H9qCntvotHjBzq8Fs6HkitxrR/YH0lUdTQZOmEVI1NmMeidBGjaQmq4cK4jYAtXR5fBHtNEcj8fhmzAcXbVsjjjJEcfiSEPXIDZHGupIzeRI64ojreRIw+IoSMJoWTDBdA2hkAjBHus0JJTFS4jUn6YuYJgqECphnK6AFJX0EcgECpRq7XRGkhAYUyoNYstJEoSaLScHyGm5Ssm4UgitK+EFueIpmFGwFBTCKD4KCnVBfQ4WBbEplmKC2XWhDnEB47TOS2mJY+uRA+SKADk2sjpAbGyQBMixsUHSEsemWklLnNN0KKUlzmk+lNIS5zQhSoPYGCGBNK6oVsPGCAeIjREOkCvzQcPGCAeIjREOEBsjJOVq2BjhALExwgFiYoRakruWiRFqSYTashlBnt2s/uSGjbfwgj6BT8RAS1JrE5/Im23WOI/SB0pX3ngJs1oFvRH/HhPMrzwIVnhxWNekQXw02dyVt1l0CbzBojOV8dQYnmDEN8KxN95iJIZX9njhLxFGC68nzuhVuEnQDxxqtPJlnNbGaLDjwEzkwcAof/00T5pKvM5ssMYpXm+L5qXJoHn3CSvflLCKIAQ72ax3Nm8Fa97qwNJc4bTvPm+ft9ro8syNVpdWFBf07hP2fasJe7masOP/ePC7T7jyW03Y21UpBzlm5iszj7SDHBwuCBaD0ayz8VbprQIRZJRdZ7YZbUlhFosuSQJ+SmthsettdgtvoDcGlFxH6Gy6MmavVnphwL0cHk87gP+I1X/rMdkFeSYya8ZshePksE7778Y36bgFDG5Z4dTyQZko8v7UaFvduyD549NHHkVnA59GGxbeWbkFXQMrLqb53AIRk03Xi1KfgdpPHtovLRiLKlUG+85pvSE5LWt/DjgeGavqGZoOdOpuTRukPgU/JU/ofbxFOXhmzeO+iXszHDgvOO3KvVoZd9zgVPvgGspL2ajLtk8n3I7yEB+07zUx5GQx2tDYvNxt1zH0d/NOx2b0LUQVZ6WOi2qnEHvkNNlZz/cO6m1ofrHzjx4ivvk0/HEmqhdYfs0nvc+Bg113/7ai00M0b+iCZXW2K0Xl4DWTzyYUANOw4b80DN+FjlSLOlNjREWRnO5R6RoaVTMkPsK4H8XUP6TavyMdBc5tUHX2id1o7s6fp/sOz0JRA8lJ7rDPepSzqEU6GtMWjawZsh/R8mUVoeFBq1v16JOJSJX2dcBxyr/CpTsDiHU9kEPQgyDTUK4yrencBgWo7TfFVa2n7oPrNVfeaGuuDIeQ9BsdQHGT9P3OtXkGFMO86waMKgQJG29ZN8/2g1tjR59umXQONcVZe2/+CFpSpl65t1gJZ5K0c/OBTBjrvndaJoiZ07HKlIMykeKq3EYZQoznkWqFaEn1JufrlisGtDyGm2jO+Vm4I5cRTh53zgc+HvXtLtusYYCWd2EleLhfhwOeLU8BGtb0LDCrmVvk98piQPONVcHqYp/PwvKzwVrjhcEpPn7w+pSAXGWr8rA4NT8jMjYLUXrkK2DuohYNT8zLc9TlMuoY/EPYgKsVxcOjcQEXysUcMRRTTyZiZ/O7LfYQ6/edtudBwGF08ZI3DiUb0TZ7K0XcHOHuhO3gSXLB2VNj88GOdrjCnnJRqq+vSLpcnJyOOhHabSpA/qTAXCWxmnt3TF05bLdwzJd7Jh5Fg0g5onxEvBkfdBvIZowqajboGqD7N6rE6UsKA6+tK0YH1X+tb2z+E/HVsnpiraAZuSOAtn8OoO1R5KHCPYZVA054wJ50Yx5SeKXU0uddAB0IbVvLxVWkDKobIHllD7zjMRq5bgvu4HlAqt88Rg6XbQrGR9xHi1ev/SdmSAHKwGr0SvGCJq9/l8RvzAAnu5PMixx9c4NLSVhfpIM/LAk4lKMIB31kUkY+yCNhDa8KQzcdGJK2OAvVpYkVggDMkl+3+0EMujJ+0R00jBboGdhxJuUJP7QylHiRDS6l+SzglslgrQJT95HrHgJ+1YCuXa5XgSSaWnp3GHpyb6JGpnD4V8EHuPrWNnLYbOYh3MFs0J82wlfaN2Yl2k3aqfCHV3VLT2qa+MHZPKlYHupFB44K0jkS7wclfd5DtK+tq0DCrs6/e8LneeEhhCfRA9Cf0HC+TKyQUBtL9yaiZWz5SNLfNhWk0zzMHI9/PAqJ1pdnYcnr2pLH9zJs6v8AC5M9Eg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUVEUYXxaEXWABQUTz+CpLCy3Yu7vgcy6ChCmgLqmVhuvuRZZgr+wuKvawNLIs7ZhZZr46KqR2Sj1hmulMZmk+CcEyFd/vJwvKKoLNzF0DlXPa2SP+k5zD3J3vzm+++b7v9/t27+08VhyW4SOTyWwKPCSL2YIxL1vI4IiFmAebbfYMrzuzOLuYoyez+Ee2h2ST32dLabANw7XSB+IPiaI1x5Adn2mwjhPMZFETe6U+BFvSI9v/0Ka7Y6Pd4l929hctpoYZuTeQrI+mo1pPGk6cVcwx2M1GN0EaNpCajhwriNii1XpffNGbLeNwO/wvDEdHLZsjTnLEsTjS0FHH5khDHamZHGk9caSVHGlYHOkkjJYFE0PHWApJEPPGug3pyeIlVqpPlAcYpgz0lDBuZ0A6lXSJZgJFS7l2OyJJCIwhNQaxxSQJQs0WkwvktlylYDxJhNaT4+k88RTDKFgKimUUHwX19EB9Lhbp2BRLMTHsulDHeoBxW+eNtMSx1cgF8kSAHBtZXSA2NkgC5NjYIGmJY1OtpCXObTo00hLnNh8aaYlzmxCNQWyMkEAaT1SrYWOEC8TGCBfIk/6gYWOEC8TGCBeIjRGScjVsjHCB2BjhAjExQi3JXcvECLUkQm3TjCDPbrYIcsMuWAXRmCnkYKA1f0C2kCNY7LaMFo03lGYBeIiz2USjGf8eEy33PAj6/7tZWv54QU8Wpwl2qyFTMFkN2U08NcZnmvGNeOxNsJqJ4Z41SvwhwWwVjMSZPoQgxDyy2JgtGl+baLYJTWyaaDbl4fNlk+cDs/z+Tf1oROMMFpMtw/v+6mjuahCa5o9b9V9xk1m8uwF7swasjm7MFU7b/AEHPdCAFcwVVjdWFKdr/oCDH2jASk8Ddn2PxzR/wK2aQ8oBnkpZ52qd97Q+UhWycbwoWk1mi8Eu2KSXC0SQQ/MMFrvZnh9ntRryJWAHmhJrntGeZxVM9MaYhnmCwW5oogVrpfcG3N3HE2gh8D+xJlfN0tu7VIM3gfbVHwdeg4nrqurKJt2AyeEfvXDeZytQ5X7z4cHMkzBqcKF/4pOV8PHsSZOXd3fAlLEhI3t+74C2P0MdcXurYKe4SuOu0ZWu9T6o8MutnVY7vBBetH3C5mpIt9N4oxkdjZdf7l8P7YmfXvdN3w5DW4HfDhUrkOGXfZFCW28krByTNqwrguQ0gVN9+V6f7JySBJ1g0ZWi3wbFHAN0u8W1wJY5+9Ib4DbIpAe6CIMDigvzt/ny254miBKwcf1M36utneBM+6KzSc/eBEE91i68UqTgt7xXNGKHugV/YE+N/sTyC8CiefsHfqo3/8fsUfXxN8vBDvXWNc9aToEljz13uItvOQzD0WWUy5G9OLx25+UDEJ9KHjn9LBz5tXZ375QT4Pi5uWsDcw+B3uP3vF9a4QCts0hGL8O+3cvmn27vJMG9+0bJEdipVEz323MbOEqTceacUAydhnZ8dRvU+KbPGzzXlx8y83NL6LQQhINf8sHqOnggfUJqh9YKVCFX4pQFocA5K6YOHXgVHkr0nhTQ5TgsKR9+8bnaEHQldsDz1g0t0eI+xOFtMAtHnTTkJ/iuKvW7T4UaEOvcYlo5RoZuRJ/+9smTZ8Cu0YO2+/X9EgSR2woler/g5X0/nVgGCy4MXd+hoB4enFEn1Ji8eJJ++SolIt4v/90CpfJhhl/0PkhNtpnmh+aWKXHqZeiliB/+kFXshxEkoU+0RPnnnopWdFegzVFfPNMmXM5HJA251cZ2CZIsH99WA9+L3f9rjmY1POXoWCoeUfHqiT06d6yW8S11fTYN+6xeyttCJd/WZzgu2WGw7MjmoAXc3zAOo+dtDOSLY0hAf0FKu4w6QFigrfDh9+N0bCwK4En0t9pUgrrreUcXtKwE1w7++Y4tMZif/VZtr/Ep/vwGQoskJ6BpSasDuzC73mzvz8voXxmgZeCV/KCXyEkdwKB+MeqZFVUA7941OOAc1K3qN+KVNX7oND1ZJSxJ+Otq9Qs/Q6k+m+D1bqM+3nKtBE6mRLwByjCrj490wA9KK44GzKkFNL8nnXDx7pV7y4dfBxyh21InpHTp6sdPOdA3f+TXTjA7eDJ25YVCyGVEFZiQ2051tIeCj5zeGmf6Fmz/+ymwLN2Lz6rInTHLpOJbffv8sclpoS7dydEYQp/zMn7e4TnTC+aHoeUppIBO2B+z+UyWkifsG7AuEM1XtFv06tNX4GhKrBCJb0tD0JnaFZWlydUwwSxeLRioQFQncn80OufX+rWvr4UkG8WFcrSelHVeKAqnB7oELxIaXTgFifssVbik/35hCLMct4BSQNtNRBCS6hWGpLrXQInnKjSCJPrjUOn8WT78zG6XVJujNkBy+n2RJ8CqvYT4wYjKzH4IUJ5G3oC0xcdZxuHfkGKO7e5e2PDWtuEpvgmb+h9PTT+A", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp8iARFiDhk1lcksYI4zmW5OcGg3jOo2JYxfyIFPPHIuZGphgTyC05xAiCeB6DXkwBJe0xwXhO+XkpCB5IzhOk3hBMmgSDkq9jUX5uYklmMpGaLEnTZAQmTcnRRKJNxmDSjFRNIDFDA9J0mUB0GZKmy5QsXWYQXUak6TIHkxakaiInMCzIciBUl0kwG5AKzsxLB5afhPRYQvSYEqsH4hsIZUaSJkMwZWRIkiYjiCYjkjQZk+MnY3L8BNVkDtbkkl+aRIwmaEq3IMkmqCZLMjQZGZCSIKDRZEyKHmgskZTwIEFnRHQkIcoII6LjCFFCGJmTogdSPhgRHUOIjG5EWgRBHGdMdARBkihEE/aMFARsNBXzM0DqMef8/KKUzLzEktRiSAXHCyQCSxPzSjJLKh2LihIrIRrlQAaVFJUml5QWpaaAJRIQfJfEkkQs7jCG1F3GkEYbTCoVJAVqtIFEXW98+OJ1U8ZBcUNRxsS3/AcY7zFxdslzHPjn/OvtawZRh2f2S+7v4+M8cIkBJCFwIHVVQkiQ+l97Pv/1U1I7Pu0/slEvbzHjnv0eD6tE1rHLO7gzV3CrZAgesOW6vrjgr8ABRt8WXn99cYfgaYp9pR+5D/DPMV60pVz0wIw8oeYDp57b75BrfR2449F+luc9Gm95H9nPWaS88087u8ObA5bKXtU/9leABf7bK1zKj2c/99e+lGkWh/S8d/u7/6Z+f5LI6rCgc8PDl1fFHV5uX8/8nIf7QOVLNUOONewHJr6tsTeNY3fg22cwU0vi1/69QSAHPLZfNvuIwgYjGYdEo1ADrUyBA2B3bRQ9cMRpbea9whf2Lz30/iv+vbdfy2rS6XqP//ZlhdK8D9YKOED8wXxgT8lkCZaw7/uX+jkIJx7+Zw8OpwOv989tUDvUtlzAwXLLibJ980Ud5EHekuM4cEU7VfJRxO/9JSrT/0/4x+9wxw0YQEsYD2itFL7gcmPDfrEs3899l7kcDq5Y4ucwmeFAQO90YMgwHbjvD2RM4nA4MWP3tAn83/Z/vX29sfiYkIOEWjDr4kl/7QuAoSEZeMt+q+jv0+86hRy6c57/Xvnxjf3Rf5uqP234sd9E0Mxmr5Cww4FoBcePj+UcwOIGQgf2sAqJ2B+TPnBhc+TXnbce7Qf5cn/tWXvtb9PvTmZnc5h/dtX5q2LyDsu43FRLDwkcAEbGl9vXGQ5AwlHQwWTRFvMfTqwHeAvXdN/OEDiwMH3zq+Ktf+zLHswRXLr38/65QPKg+Of94HitUHQ4LXB81w5f4QNVZqvtwqUFD5wEho7UexEHsP8juA5sa6m5sFlS8gAoeOp+74KER/CZ/bd/1mXtKWmGxjOfAzhZJv/bn/D0gtLtShaH76VAC5+KO3BKz4vTPM15wBkUfV1v9oNSZbKssANIVMCd5YA1OCAf2AdzgjJcXnpxCbCqLkbNK4iWJaKIxSJmBADAxSem", "1:eJztl3lQU0ccxwOEGJAACSEhWM96DHhAXgICymQRRbTgQZBRxyskD0hJ8pyXMAJjPap4t6iVetSz1nq1XtVStZKlFh1l8EQZD9rRWluKBypoEcHuvhcFkZnmZaZ/dMZ/9r397X72t+/3+/42m57pVEoGn8fjWYWoSaZMpD7HRGYMwBZsTjJabRlur3pxNsqsxb34d7b/wOb+lm1Mqy0F5UXrg14SKNqsM8Vn6ehM0ogndbDW2HY2vMowuoOJie9s/1PbwFc2pkRfy2QYZTG09vDYKDxfybSEFld5HE2ZdTaj3klIxQ0imFbNDVIxbQQ3SD0K25Th3KgIl6hIpo3iCjGulNyowUwbzRVyxVUUS3GURTRnio04+4jSCtBDa7Rkot+Zf4WUrkAE8yCUnCCVK54cEozmBEW4Ajm0NNgViJsnVkpEOCcoiiPEHi8MQ3BhHKlVcWHYzBJqLgybWCKCC8PmlYjkwrAZIpxOa2utE04rtbXSCaeV0FrnKm5CYIOtcqX2VE4roS3ktBTaFKzKaS20hZwWQ1vIaTW0ORpU3KrcAXE7uRyQK4eQmpsiHBA3RbAaV3NThAPipghW5eqOFYEv3VY5HrCRNEnps0gzAum8ESbSTFps1tabGXML88S9zqiJs1opvRH9LlKWdjd479eLpebNJLV4cippo3VZpIHWmTq47sdnGdFAPPJG0kYJMrSb44VehhtpUo+dMb14E6XPnmW0kh2slmA05KCNmfBF0uj99mqdmE/J1FkM1gyPt4OlbFt6RHi7QPnx2BtqPEXRBqNFZyMdARKhZnyOzmIz2vLiaFqXx4LdmFjQOXpbDk0amIEZrf3hOpuug4Sp1eyh/ub2SDyE/7Vi6/Vvnk8xF4hBrHfV9pmxQrjKLz9yb0kA7LJ5Wki5vwhkPLuj23aVB0eMpBv9dsugrKn8wRkPKdj2t/Luvj6esFBr6732pQhm93+6tjrAB7hvECK0xp68UDR2f6UUlpTK+2oLAsAfTbsfXUpusG+p2HP+Spo3DHgcdz6jSA4K7zzufol6qTlL/Hxw0L4AuGpOU8zMcyIQO6Byw92uQmDGYIoU5jALK8DkhqPXlzULQCN2b5DD08d++ERQ5w+WFEy+/KPeD8zFuDAI+o7dv4Zc4g+67fwzcdDLa/aFm5HjQH844/cLvW5ES8C8YvDx7ZE8x3dIYP7pkJjVH8iA7MPkJ59e9gVlPQ7QWasUcEqPuEf6JD4QRw49kfJ5vcZTjd+EcHqnc4rxwXLQs3u9Ka1ZChaEJX3tnfDUvlH15eHBuWKw4kYWj5ovBrYjgShi1ZqENU8F04PkDrsAkIrbE+XFtXYj6vELJCBjiX7qzQQ+eH6/Fka/32yfai5rOdTkB8KqewvmF9VpFp1JLd3V2wdOX5cUuGKZDJw07JmReskfdI3KHG6kKu2pKf22Lq2TAGZ89BPN9tUxbskL3SETd5GC3X+aFHwxYcveb9d1g1uG4gCLAd51nwh/2PfOgs0VoYGwlyk3f8cALxCzunxuosYDrqv+bHHB5GA42se9/+I0GZiDHdZ4w9Kz20Z8b/WC/YOKKr2yOoGVylkDe3Y/bC8rxC9y+GC2JmJafiBYcTTbq3FrnT3Nd+ChTQ/dWU4VDBJv5Uv3jXyi0XrinUpgxMMoJDFPcHBc9oZZG4Xgatq9sOP9AiAzXNHVoRMBQIvsPLU8CG4S7zhRutYHFKfPvRZ7VAJaKnNr+h5UwLyJuyIqhngAnObGOe6A1ZMnXB+KNrrUDUw7Ngp9yW+aLkxg3SET/7JmzSR58UXeL481IfdFJeHr/WBkxZAxFy8GgGUHbtUU0VLwAKflLA9KkFv5XRnQERPCQ2uCAC6Hk8Pu25l8PgsGNxM8cjsbpCCaKZgW+0cXvpvUEO0DUFDj36v1B82L629UzS+3oyT9xbeJgVRz6uYRvgjsRVVxL6xeUzAbATliUGtFwlkeCL76tcR3o+qeBqntepcXwQAtWlMcJgCJ414EWasa7KE4UUI5OI7LQOYGXuAyS59nr5LgAhMBXJ0rW/hAwccZqLdjtdQhvTWMnrQo6qoX+0zzhCFTCn9q2KUAzDbTxYCp3zVXNMwpGWfJRCc5Zba+eca8eaKz99QObMQ/hw6EkA==", "1:eJztl3lQU0ccx8OREO4QMICOjCgqlqLk4LLq23CJB1IJtR2pozF5QBTy8CWZiletlaIzaqVeTMc6FRzvejDepb4Vp7X0ECxYRVGorVUUK0VBPIDuvhcFkZnmZaZ/dMZ/9uX9dj/72/39vr99m+C5VFqms0AgMIlRk0LlkDpLDpn5JrZg81SDyZzp8PxNbaZyNfgt/rXtP7A5vmKb1mNLQ3nReKAfSRSdq82Jz9bSWaQBD+pnrtQ+NjxLHN3PwOTXtv+pLfy5jS3RFzKJo4z6njfcNwmPl7OtQoOrXE1TuVqzQWcjpOQHKdhWxQ9Ssm0kP0g1CdvkEfyoSLuoKLaN4QuxruT8qGi2jeUL2eMqhqN4yiKWN8VFnHvEaETooTEYs9B35l8huT2Qgn0o5LwgpT2erBKM5QVF2gNZtRRtD8TPEyclRQQvKIYnxB0vLKPgw1hTq+TDcJlVqPgwXGIVkXwYLq+KKD4MlyGFzWntqXWFzUrtqXSFzUroqXMlPyFwwVbaU3tKm5XQG7JZCr0KVmmzFnpDNouhN2SzGnodDUp+VW6F+J1cVsieQ0jFTxFWiJ8iOI2r+CnCCvFTBKdyVf+KwJdukz/uMJM0SemyyVwE0vmJOWQuaTSbem5m7C1MiN/cUaM2mSidAX0XKWOfG7zbi8nS8/NIDR6cTpppbTapp7U5/Vz347MNqCMeeSNpgxQZ+oxxRT8SDDSpw840EkxQFjxYl0Pp5n9gMJH9TJpk0FvQ+nLwfdLg9uqkLuyOsrRGvSnT6dWYyXtXoCKiT7y8BdxFNZ6iaL3BqDWT1jh5oma6RWs0G8z5aprW5nNgEBsS2qIzW2hSz3bM6XlP0Jq1/eRNpeLO9peXR+Iu/OcVW/2PXxBcX+EDDhyb+2HdeDG8WT306uPTvnCdqEWWLJGBm9rtv6ruO8C82S7nA318YUxWgoFqEYOZ+rcaUj2d4Rt7fKsTiqVw9S/XG903DABd8U/u3YX3mIzDTPO2cT5wdHdwZ3ubC8ioKf/db/AD5rF30/GDZyVwc5nHgv3uEvBd/dGVS6oFILzsi/u7kvzht11li1vzZKDg7vQTQUIXMEIjLP3slATWX/rIlOQnBZM9HMMKZWJAYPDZQBjq7X50Z34AqE643PJwshdITxv55eo8P+iVenAjuUoCgnbdTh7dXces3Pbz3qoBEjgHbzBWCpYfBytuTBSA7R3yPw8Ml0L137qfZk2RAdm8lAfrarzAb+4b9qwoCoSpQchikoKJTgvdQ0Jbibs3ogbCqwKIglBQmV5HFF/bUFhwxQGcO3VirailmVn18CpaaRtTkzJX8l6sEKCoTb8ySAiLjdKP4Q8txL4J72YcJlxB3ITbdfufiCFy+r3LN05ga8mwk88KhaCjQr93Tq0IzspFkXjqDcZcCxF9tKmF+KQy/czuEA9ouiRtVVcdI6bccVb5RDkCdlldjpBNi1AINhYWzKwpbyM62y2NW4vc4PlVODGBQLIoCrn2A7VhZOCN4iCIdqkx/+EDSrFblQQecrq1JjR8ABSiWcd1BoKu2oVNI+RC2Hro7fmfP/KFbNjrHMDUnW5Jw9vEcJBnY/j6Ib6w5Eh0R0VIIMhHo8X7axn9rPokpxMS2JC6dotRKgCazcHrLAuamOiBMGPIGW84xljqUF7gCvZVXZzRPOYRcQHJbdm8AHi/8mzcV6MCwNFoHAERaIaxwyYvdoUliccedKZLQFjAplrXbDGYxAoqCDYgte2pGMTt/7QPaN+CEpHoC1U4sUOloPImsaNhggMICV225uT8p8wSreKdiL0yEL1ajSRwh1jCbkzArSdRYo1zAyEoWvZ0bF47E3yIzi66V02w62pyBVhl50Y1MuWb13sviqphZizFFdNBfI3TLqtn2Dq43E6cRelLT+siWN2ObWISJ9JI8o8YVlcaT3Dx1rywdn9HeGb3jmnAt4Nhp6lzBmWj8UI8YeNpr63Kkm6GrUvHbkL310wkFQF0u1SaN96tiUja2C6aXSwGy5OZpYNRnE9i98nNBDv9EQnA3kcOEUHcHZPlCoayQnADo97/tKIt1B1WZaIV7BMCdpvnhSBlpSeqlGcMV4c/Erh6Y4e1EeemoEg1CiF7dKqNWehAp3JNL58xLx/s3HW1H5viH7o4m0w=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUE0cYD1KIiIEkEK5AIBZbqaKQcHplMBRPRAhaz0JIFlgNWc2h4NVn8b5KbauttdajHq2K1XpgH5qx1utpFYvVKlatF1qPh0/Uggqd2V0l2ryaxUf/cv+YZL6Z33zX7/syG3kOlZH7Bo/HM7dGQyplIHRWA5HbEUuweABptuS6PJ0lWagCDZ6pX8teSTbQoazVf8kyUF40bdGXFMpUoDWo87WmPILEmxzg0l6Ga0SPAxvSXkGmcSDr81r2P8kin8roin2W/V6UUd80w2t98f5oelRo3NGYTFlzUMm/HIJl0VE0RkMa85zAKBhMNBeMkh5juZimbIZpMfQYx0UNA0ngpoW2LJ4LJrYZQWMxcVwwcQxG0QxMLBdMPINRNgPDKW4MRhHNJaUJDIYTc1gMp+JJbEZ+WAwnvjEYhdJZ2xgGMKAYZxUx6WQ+mgVy2iVGBUcu2IE4+sSyO5FLxJm2qOBUEWzAObGBCZ2CWxSiGBC3eLMgp6PAdCv6Q+l0IdmDnO50dmxVOt227EFO9yA7tiq5cYghntJpPjD9lAE5TQh7EDdGsCBujGDqQsmNEUybjOHGCKZ/xXBjBAvixggW5JgR+M5s9scLFsJEULp8ogABTUXvGogCwmgx57raH5jrhmeeaEgymykdqbWQlPGFC3ibZ4dlFo0lNHhzJmExafMJvUlrcHBbV+eTaEGNtBEmUsCzv+XTezzQl2TSROiwMo0QIygr3qwzULoxE0gz4eDQFFJvRfYZ8L2R5P/7UD7tUZ7WqH/Bxec6cQJbFy3vt1dL+O0gmC/xm71ZPC3tlvdb2BJ+u3Hx2+4CkshW/wvl4c1j3j/UFGXSk0athTAzLyY4vulWrdFCWoqSTCZtEQOU0RExWXUWq4nQ0wvZTfNkrUXroExjmLcB5fPWEXgJ/0WBpbNnDK8s1/mCQQuWGMWufCgYt3FeVb4U3ti52bV6gBhIl78fcaTEDX5oTvn0wUw/6O25fW3RQSk4PH7P10Fdam0Hfyxb4B4VCIfNTDi1/7YbYM4TgyUl3hPjNkhgxBEh2hIIzqW4FnqG37WJMCDFl93PA2VIzfz1QlD75GThjbeCYKpkfr+/pvuAuaG6O8NbiUBQ+lnpZK0QPhpZsL9ha6OKqplxOHOvBCBr3LM+F8H27tM+U88LBtj8YnhPtT72l24DT4hh+K7Hs2pHBALex1MfdR3rArEbwt4hsHwxMmyHL6iqmzq63PLYVh2y7nofoxgGwRFhSXfdQLcLaegoD3C/H7LQTwbrvFEkiv0B8V12ZsbbnkCzWL7QusUHdm6UP3mw3QfYpoQk5CULwDxD9aNvxwVAJf1UqzLKZDNupotB990Zi+XHpPDSUP+dJ0AwmJOUfbWi3T5b6nRB2uZMIRSiKPX0F4JJvqW9/6wXgk3k+XFzF/rCPVFfvBMgCQDfXNjjtUzJA8uUq7bFl4lg/e2bMPFyGJitG4VCesm2ruhgRNdFAoiM1x0d9UB1/KHm8hqpD/h5S2fjape2sGbdgf7xfX3A8Pu7zs7dLQaHr6rQkXwYI4pDpvFAZWqOcOiuICAVXIwsyRbDBpyG6DDgQhtYp/ojHAW4WAKLuwxY22amEIzo1fP6mY0uYMugMUsnjJTCIV6RW7+ixABnZ5KpLVw0skFdHymDIVhRlgBg996r8oDtDIUT1xgkcDR2Tx8KnsyqrTo9rdp2iN/jy8FZQbALVjQ4GGAzVhTyYaeTS6+F5Mlg5fmLnp+QAWy+62wbjv825BYVBle/iRK8TQRUB85tnz65xkbnPV0E91V2JAJXSYCrB2ZQK4iStmLO9wKY+/CKduWpRhWyopN6mStg9IZCml5bW4Pgm5figqAA0PH8NQziKuBRUtABE77OCzQQ6AC5L7SEL2ks6SkBGzf9njX+IxGAt5Z375QphePTZH6jU2+orpW2v1J8XgIqyy/7hvSVwV443VV7VXRddfABPPyAAKiYECkPra1Q0eUU4QX0R0f1P8SXwZIVf0dfuxPI8vknW482p1eP7eEBZ/mdOfbQRwLOZGFN9SoLDsgFL0jz7oQcDJlSuiPngxobXU/XRZDm98kwQNIFc882peKHYfcT+ZAub147sBKpKW1foWLqwxPSHTLJmId+p6kC8/O9pOkfk6Z7uwOZ4h+ZjPTA", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUVFUYh2HfR5BFFFEjFRGFmWFRo3dhEEEL0jGOEorD8IDJmXk6iwlquRwktZLE/ajHU9rRIiqPW9rxviAOGamIuEGaYoCkogEGsXbve4OgTTFvkv98f1ze/e793W/7fd/cx+hUak66pZmZmcYWDa9TClKmU5DpE7AEi1+Ta7Tp5r2zSC2llOCZ+IXMaFm8QRnvv2RzUA4kjuglhlIrpQpxplSdQcrxJiPPShjorB70GDgr4X/IJAZksS9kgyAL7JUx1fkk01GUKq1vhtfi8P7gOCwLDpXgCo9UU0qpVi4zFhXGDSUwSZceFc4NJWRGkcQajdGULhW1LeMgoQxEIldlGAVhbJvCBSNiRo4QLBOIuGBCWNOCTMBwso3FCIK5RDqUxXCyTY8RcNETxvoj4KInrJfaHDDhJugJ76U1B8wUFhNsAkZoLIZlDUdF/UEhnEDBHCnHBppjPTAgkSnm6dnNLXphJnUsNhICo+3r640CTj2LtU7AieB6DCeysgQXcGomLEbIqTGwBBeawlWh0RXbj6tCbmRgUyTkxlX2d0XIjat6kNFk6A8ymg39SkloNB36g7hVOgsSGU2IfkUr4sQIARsIkWFG4GuyxhMvaEk1SckySSUCqrOmK0glqdJq2I+kJ5cuKzxzQEOkRkPJ5Kj8KdUzd277J4fNzVpCSvDmuaRWLc0k09RShYELujhTjhbESBupltshwTN7sChariZlWBkzEyso2eJ35BrSwGkx8jQdMkyB741yy3+eZsO4kiFVpWnSLf6tEnrJEzz4Dts/V4etTHU4RN82Bt9hh4Ec5mMEpcObZcb6bYA2A/it/03X91jh4Pvt8lwTbYA2AzgseqobBD/TArB1+GAxRanT5CqpltSw32BOaJitk6q0cm1WpFotzWKBI5lYqHUyrU5NpjELi/rm0VKt1EArEgnYb4unzSPxEv7PC5YuOf9+xc1RbkA84l5NqPdd6NYUeSHd3QOk+JfxS0/ZgFGyxqSoV1uhGbXGsiTBG0x9aeaKdZObobKk+8iKpl9g80cSrZ+nHZh8w896zbZiGN5WlPb5ovuwtsm3gkqxAMP3LfQvy3Ogj4XhhTroJi2+FFBrDvjzphz9cVkzFH1yFK3UEV9cuJx4n+IDRv9lZ1Dw5bWUZQltcPsRx6UFm+yAz9la4sCvncSCbnH7g8U8WvBm0ITD+UPAiJVS9FoDt4s3Keo7euBJsLamdGcr0biSCFl4yp5OdA48svdhJ8y5N/vkyJwmovjx+OTNUWb0rgle2yrteLR/8uaix+O7Cd8WReKqQh6YSA6rmefZBdl1WzAu2LZgRNI1KGcC0A5j3+j00lxNJZCz4k0FHrRKtPoEWGtGn/uZeQiXPULkkSs9tHDG7eytVnSKzflhs6seEcebuyqXN/DBaEbR77C2fEz1X93eoCF2Us/oVS6A33DiK4v6Frjr9PY8l2xXUHg89b3rEdYAexHn2AnXJ1367s5Qd/D9oQPxIJ9He3SUNZ4tboIH4wEKqTVQIuuPpz6Asbezkeouwu/bztyWakewexd++LRPeEa0nConvOm3RkUutQA/CX74ZpKqDUbYX/10SUQVMX99+JWSQHew0RclvIhPM+KNLrTzmSAUihsEm49WQsfbbTt8XwWMeRm/WQKnW4F5+9s8QOYYxfLsg5VwvueJi2Yj3UE5SufkaTyArecFtMOtf1qn7PzAB8xEs9wrQ8Cxz7JK/ada0C4O+M0GaI+5I4/4IIbZ+BvMRqtbZlkBrd+Onrx3G4h05umBN/Nzc5LyXUHQ6XEI2kW04LCOdaAf7HtlYmVV77lbCBz+oZNs6HPT4i9+nNxBMHxxs6MDcj2un299DGcxDpcQ5jd5dht9zWknxLLqu3b6vzyAUd1iczCeMdCS/nCHynUdbQ4WMMRv1PvfAFFQH+WcLYcbIhehlNZDXE63HCxplLyseYfuwDulO1FGawllfcfhPypaIZNOXhmM27t6bFGMO12IwzqyC+ryvSwTnRvgrTPOe4RjvOjKAEzEJhiAaZhZRzA0Gu5Nj9u/4evbDVY0a0cRUVXQnqwscaOjUNXUv21DhzwMnz5DbQaY8j3pTCOny6OvOdEREyt31/lUQ6brRaoy0J2DUmqe7hl9/wTq+5QwIBP8DYhWMRM=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl39QVFUUx1l+/15+Ez8FIkBMhbfLwkLNewgYEWCw5OSMEQsstAq7tD9KLGgIayQFSU2IgRoFouiXFkMq4jtqgkASuoAOMkVlwCYKJGRKSO+9CwPOMOM+6r/657y55+7nne8995z77nqny5OzDPT09JSmlEmQ50gy1DmSLF/aY0iZeKlSlcVZGEWq5LkiehT1v29ZX+I/8G36l30iHX2x/zmf3wPVrb8w2iCXZS6O6Lmn6d8HMxYT0Q0SqZDnilXSDB0hHjsIYyyfHcRjrIAdxGdsKDsohLFhbCHaFxzCjhKsRJ8AhQoSGdOVLpVlUwfZw5hQhsF4bJgwFGcFDMayioQrSt48FcpGn5C1PpRr9AhmQkXL1ekPCbUEwoJ11YdCoAe2EkjACsJYpm8pFMYqEfyVyBOwrFgGEi6FdJSHBbGE0LnHMHw2tYdyh4WwYXiI0Tl16NBjGFZ9gY4vLIxVtufFCVcA8XQ+vZZC7FoJ5YHHrpXmIXZlNw/pXA2o8RCkczmgwwRBy9dDMnWlVXL10B0gSi5XZEplYpVEiS4HVpRJUotlKqkqP1KhEOcj0JN+kUqhzlCpFZJMZiJtcRwtVomX0cFDHy4eulIvTEnoKfpKTXt7q4Y9GkbncKPa/eGchGGyoOfrLdMnBsg+s5d8cnZcxyPyundf/mGI3JZwu0ykGiaJuh9PW1cbE9rYdXPes9PkME47pskXTbpdkgZa8Cdakw95l02QDaP0D+6Tvx99dnvVHTviSFPon2cznaAy3nFv3G8+EFC498T2En3icD9/PCzmPulmNbS23MsQPMKyo6XyW7hr0oDb6+IZ8hiFv+puDGr9KlM3T0vinaM/ad9TOEMEJ2GXFdcXJqfitrx93IJgVO6xgxLqYaFZBXtyRmY+edmMiHlKcZerNQSkzwIOhNOgCfHhxcbv+/qN4JLPtbuFgfYglU+81dFrRezOeGFwo4EFlAbctDod5AzfHlsnqy0yI6i3TV5OcAVmvWV+wGMmZvF8rV+w6Wej5IXKlkPl+5zhYkTipXcHqfXGNN+ePWgP4x3nNnxe4gUfpK7usmm/h79WvD7+I3MOkNbVvCN8R9i67+x0wKAJIaI3oIgL5ldq856Mc4OvasYb2rrsifaTx0uNJ8zh3s0bIKx1AnpXdtaPktGM4DtkZ8qZj+u67YBvK6BS34xLGtNSkv2tIe2VTZ5OgTaw1StyMiPelhCf06yRuJjBKSM7B3yjCaxmAusTa71XTeX0O0CNbX3rGWcfKIbOwzHNGpzarMa0Xn2Q1XIoxBaeo8IkEgYEo+sZDalJSLd5XjiEI32bSTpb7wfuIP+i05Sehwv7z+fy9biE5tQvDh6UTrQPE2TFXHnhTPgtsqKcu1Pw6Rg5fe1KkbJNDwrwkNSTHU4Es6yDzjC6bc0fFa2PQv3jUe430k0Jehnf1XhCisq3Yi7Ib74e9Ak7WvD5R2B/1xuxZIE/+FO74T7AJYypZbYNugBTrvYBwNRR9Rhuo/3mS4ORq+RQNbVgjgt0YvRGGhLZfSNURC2pocrngNYVHHqir05McQhUr00k0x+lDoANf/HY9eI5nF590wVrePPn9soWJzekJ9We6OnbPLa+xRIcPTp+xessQWRGN7osW6mibjHKB3t08d/A4gdrGR/2N1o7q7g=", "1:eJztWHtYlFUanxlguCMIA2gJ+lRa+ZAxF0TTzodjJCV5GTI2TRqGD5gc5sO5qLSlWWalZl7CLDXaKF1dtdUWUdY8Z5FNyY0wMPNJTQED1BUvKMhF+s45n3GRp53Ds+z+4/xxvjnvOb9z3svvfb/vnGGpwvR0d5lMZvcSm0TBwpucFj49FkuweLLZ7kiX3+7FOYQsA+7p78r+jzLFHbIpnbLpYvwMfuKfeMGWZbToM422DN7cIf56WWvKf1k26a7srqxfZN0r0m9snyBY0zp7eCwBz48m7WiDUmwNZmuGWNJcg8SyQbBMrSaYiYIz1QWMmrQadsgYFs00VLNHWTBa0upYNNOSbaLVLNvoKEbDgomhGC07Rh3dBwxTdEZT3ZhcHcse0dg+uHoMo2p0NvWBy74mIJoJ0TomECVpdAwTSNsXkMQ5l+sBnU0fLlcEOps+XA4tnc2YrXQ2fbjsclpJCMZl53UpJUy1lAZJzVRMaYzUTElBQ6Rhyj0Jw1QXaFQ1fUg+jct1rkvyafqSfBq25JNAbHkkgdjyiJJOw5ZHEogtjyhVtWz1TgK5zIcuVUjrMiG6gtgYQdNCy8YICcTGCPry07IxQgL1pbJq2RghgdgYQRNXx8YICcTGCJruOjZGSCAmRkiFX8fECDXlno6JEWpKI13vjMDnTHsYHnDwNl4wZfJZItCW84SFz+KtDnu6suuC6R645ys2cXa7YDIbHWbB2uPQ6vPbYkk52bwBT07iHTZjJp9mM1p6OeHqM83igF7cjbeZ8f1Fjzne4p+JZhtvwpuRnt4imObMN9v5XlaLN6c5RcUs+NBhlt+5micxJcNoTbOnu3VzVpdvLaluqfvfXu//ZG8gRghOPNnkqtkKVrNju723NP1vtk9/mO3Zt2hLWaXR9r/ZIf1hthuL2V0K1u3CoKU3h0x24y49WXWvOj3m/v7p+XeUvhNz++u6BwiHbIbR4uQNuHJMyc4W7GYH/z+3SDp1u2xRlyoT3dMP3U1KEjJ4RyZv61GyB8jovYpeEGxpZqvRwdvphYu/2ExzGq0OsyMnzmYz5lBgBLHA5jQ5nDY+jQy82NmfaHQYe9FQFyMFqhuHeDyEL3Kw9I8hO588+3IJKD0HPvv58UA0Itpr+73PXwTjnjm6etatehB3xfSvF56ugbOfPuw5fsMxeDJTJix2bwPFYcMNHvm7Qfyea+2VCxpgVX3ubr+5JyHpbg1CAVG7NzWMUKCPZz90JPBQI9z3rvJy6OEAZM2X7/cY6I2e8lOMfCtUgQ5ef3DWe8UF4MOHw3Mr3wlB5921QTHjzoFFL+13rF3viyZNbQu3Pyfnxvzt8LwDecUg6FDR3neXeqG2rVe+T0wthzLyuwK+UZfsesTaAdeOlScu8a8AI4qXbnnumzqQsOm14cVLO+DZl7GhbWD+gbzBo061AVGpor2JgdxKUa1J5UPQrqlzPpq/sQYEX437Lv1Zf3TO+KcftA3N8Iv3+bdNLzTCmHFfTV83zA15itOntvki1RDssQaY/Gfdt489UwsJLleFGkoPTthhbgahrUculb4RyGV+ed5ecCwMbSwZ+ldb5mVI95GjnXtSF51oD0YarHZ+G2i0zHh1Z4ySmzf3Hv8zUSpUsDnn0ENjm8H4Dc/m/SVKyXnkrxEtC0ALfO9/cOGKdqCbXZTgp2gCZN06L7Rm1i19y7+bQJLj/g86Vt0A6yerVjx1/iYkbj7hg3KxGSfPQOL+EBWK2FI36ZGOUug/d/vyn+pC0J4lr5R/+Yd6EGw8WDGSl6HqQ+v/vm5VI7DdHFBfOCoYEfNXtoP0phrRM9chDsvxge7cxk/v29f2loJzrg13nxHgxr1nwApcgjMr9leHDCmF86OGRTZaymDet9u+OzajHIZj2gxUcmoyUCnx6Qokbg0/C4vmeN/8pFaFTiu8l0WaZGidyKrty2Uoq7ZVjHgQWray5mrk937oTazu9a3w0vMTHq874YeoXp4cocngFkDXG4Bkqxe2js1247bv+DFl3pSL0IYXyPNAEaEvJV5beRwGJovMuiHjKA/lqL7wC7faFYjyL7wE7jqLid0EaV7IuIrE1MDkfUoOe9ddG8ClYEcvi5D0vQqyUzzLBh314S7YC1StRyKRSA4xkVoAzoKi2BCuYHRzcdq2SFSVHFZ4VNYMXivkXq96Mghxn/18IGDjdUj1vwwo/5Rob8SbF6btlaPFufrlllo5ulW5oH54dAek7vVGM3fBix+POwNJmMvaoWnRifE5yZ5o4Odf/SNseC0kdFpVA/FoU8UglFT9+YaSoYdhMkmYMngPTtCpwWhHy6ysf946DQi99gVxmEULHwtDb4yavNknXs6JQW786YNgDmt9WhGKsHaxT7RDY9L0EZ+844EUmFYgFJ0ToyOkFNI4r/FAvoTIKpRCHKDkSP4q3SX/qJCBEPsaoHzsANUxg9HMoWFo24t44VMgSn/vhaoYL65yJD+o6kc/VIZpdFHGEfev9uNasdq7fRBe7VKCJ/fow1uDyydeA9ten5awSeaDiN7HGwHNj2qA02mHuA62co73KRD//g1lyvpWgMvVlq+bIPj6ZMGSV1rA2yJqsb0JEj9u9uXyMc0dMk79y84HatzcOMKjyE8hef/HWTPEb24hq8dbovMGvfOuuheZ+lcyTMes", "1: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", "1: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", "1: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", "1:eJztV2tUVNcVBhUIqMAMwzDMAPNgHiIxyjwQbKIbmTQ+glQhhjTJ0mG4wOjMXJ0HZIya+KDUt9HVGBSLlviqkWitpLZqjlGrwdZaNUVjtNHQWkziA6MpNYk9554hBktX57C6VvtDftw7Z9/znX3ut7/9XY66lJ9U3i8sLMz7CL4U8E7O7ndy5SNIhISfdnh95eFdozwf7yoio/yHsf+r2IQeYoX/5diYh7GHsf9prLsr9ekajebdZfdH5NlYMj9LuBqLiLHleXiXzeewhwgys4GMwtXCBjL1JhMFZbOBzGNJLCurKBLfihzuCmzw/wlj6U0iC000jCVRtoAxWlgww2keIzvGyERCEEPzWHl/aQiYHLo3E0ueXEYOKMsUFDLZVAOMLFCe6c3MBDLRG9s7BZWazQQKqm44E4jKLiuHCTS8N6Dc3tQpCApZRTQFvYVcJ+p3AiZkxqndCZiQCafGJWBCpu5+Kxlz2TEmJgsKYpisgRbIxGRBQUwvrMHE1ntUCKbe+ImJrfeofExsvRcEsbURFZ0pZDF8B2Rm6z0qVTObRwZBIevhO3ZnZuryLhCbIqhHmtkUEQSxKYIaq7k3bmzujRub2RRBQRY2RVCDsLApIghiUwRtdwubIoIgJkUEPxYWJkUYaedamBRhpK1hYVKEkarc0rMiJvmdnDeJPPBxHo63V3IuDPQEnnRyLs7t894/PAgHhQgy6o8veV4vb3fgf2V5d/fFimK+Xaw4MIMrIpOLOZ/HVsmVeWzOByYPwD/yKx34QT7OxnkcEhx4YE40/mF1eDg7SVYUTxC8n0y2O3n79GqHl+th0e87yvx4f05y5HHE/OuiUcIbVdjcZd7yvv9OB13UWR7gKy6MnqXyed5T5nDbfFyQp4H4MtFvc/scvkCex2MLUGCaQInHb/f5PVyZ8GDq/bHV5rP1UDdLDv3ad98eRx6RwxuJ3rT/7sXxP1aj8ceinli3RwMz31pyvhIlwKHTmVxyqQalfHo5W67SwuQ5Tc2lo2TA36h5vzhch5rOTqkqvJgG20c++/yuUYnwwZVpmXdaNaj6QIN86IsqWLbGLV4AYvhs4q/SapZo0Vcyb6vYmA4+7Zp7K0cqYPTUv5zUnNehtXX475wKXoublb39QDLsfrlj5w+mK9Cm/QeT9KdlgFd/97O0OBiSj3cyWYVaxR15f9AnQcHCgYVvn8mAJc4rd7dlZaCP60Wb9ocroKX44NY3T8hhtazf5FiXDr00a9Oj+fu0ICYLRqpAvdNT+drnauTbk3j3eFMqLF7e1qE8FQMTSuNLcn3JqCBx6bir1gQgj69Fi2DdMw3bd5xNRXL0vCrvpgzIcinjDXBhz8LZJ28pUM3sk7ufs4gg43j80V/nSGG2zfjMsKtpKF8gLhGa8bTdnVo4dHvQCyvmy1FVYZp02u8lcAcP37sth83rDqt2dihQ7IFhdYPPSoGf1+/IipkaGPfygqFP61ORpOmpS7MkCZQvhQqs//j8UxTQocU7L7X/5JQWOk4VlMbLdKAYekEbGa5F8/Tv/WhLazq8cWF1bc1aDc3jV6HmW1+fealdRnnZMRD6Ri9W2t0ytPXZFuPhXSkQcWRFVvWQWCieZNiwKF6LjH9t0rX11VI+3QZa5ylqJJaM+u1Ht7XwRExr44z1GjiDZXL57wZE66EEDyG0IQUOj97huLhLSffpSQdPZ1z7O7wIBsX137P5OTU62LLxyeZbOsAv1/SULRlefQfmX47SI1yFXx7LVsCGRRiYKIERq46/MuYVDRK2d0kK7fqsR96anQGHdz3mbsxTIpy9JGl4AtiIYAOD6T7vKRFZpuqbZBh/tZ9ZVJUJQj0+HIxINafcSYbG9L1f1fpSYdyAPpm1zQZE6N7ckgQVVgd/44gcGsP3RYi/yEArcVp1gwKWnq8M4w9K4Xzn3Gn7JDr07pzUnIo2PdTj8nkqlUBkPXedAblIo8zXQu0WTKxVBYJsGtORIPdACvxRg1e4GgFL906P7tygQpjdCZCgAqEPj0WAlQjaIUcjAyVbLcviYexj99RfV/WH8i/bbBuliUjjxIp2JkAKEdoMEZDt1ixKRjNJQYYlw9u6tgU/3WEAqkslWltd/7P0zhRIOnfiy6JDerBf++HokYNUaOOfzNdzIkSwd1nkDemxRNgSOJoxYpUczcGw27kxMK3g1vKiL6QQSQper0ZC/a5L4O4LriPfrNJCw+OPnlm7ORUJ+QaKYMDqbfMnLtIB9/OpWEJSRNpgcLsEMmul505UK2AMKfRRBcogsv+bDKZn3llzIUEOJI3vzSQUO+QX669fkULdb15fGfehBnjxAtSiTkUlRJ7X5GAjwmxXw8U+WLifKJBQj/BYIKxFre/yDxXCVbE6rovBhW3h5iolfBBdqXG+oUMfH4itN/Ux0D5R6+CTbNzRrxqQ4HdhWtg/6XX1cosO5pIF3k9HwvtsU4PwHts08BFON2+hGp3G7VYSSIRT/JSoE3WxIPhUgi7oJ1owi7If398xiOqxTo3cZqzsy3r43p8Ll61ZrgHhU5TnrsAfSN7l7e7Z3T+U9EDYQ8z4Tzx+nP4=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUFEceHkDuEbkU2ARdszG70fgCczCg61bjIB54REZJYoxmGBpmdGY6zmG84hlNgpHossYcHjG7Jho8khiim6hVgReQZ0QE0VUMIEFRkOW+Zd2q7iaoy9tMzVv/2ef8UTP16/qqfsf3+7p7RiZziamDJBKJ1QsPMzgjq7Mb2dQYYiHm6QarLdWlbxZr40waMlM/sv3f2Gamuv43WyLmg0aKf8RzFpPWqNZrLWmsgSwaYK9ZA9imPLI9sj0U2/g+G69SvzB2ImdO6Z+Ra1PJ+kh+lGuI0MVaOJPWZtA5CFLQgWT8qHQGFEUHkvOjig6k4MdoOpCSH2PoQFFTiS0ygg6lElCRdKhop1AxAkrmOEqIyDlYJP8li9R44C+NwZyGb7W/CpIJIAUVSC6AZM6AnDopigfFcfZkR0AK4UtJdZIIiqYCKQX36E4SeatyAkR5ksqZmERQDBUo2oniyiKcoJFMZLmcCiSnzJ4gzjzG4TIJMstjHE64oLI8xuF8CyJLbPIIGozAVbnD8tAvsXKHK9QvsHKHC9Qvr3KH6dMvrnK6jhAoJ49yQhrkdA0rgpzREzld7wkghcNkuEdPFHQ3CxFEp/sCHxRUDSvqiYLuZiEwQkHHCBFExwgRRMUIUe4UVIzoA1ExQgQpqRghCquSihF9IDoJF1RSSSfhIojuDiNoq5KKEX0gKkbIhCZUDswI8pZrDSEXbKyF5XR61oSBluWTjKyJNdusqW73bpjqTma+eIi1WjmdAT/9ceYHXpl9ftlszvJXWQ1ZPIe1WbR6NsWiNQ7wfq3WG/AFNT6NtRgCsOGBNd74R5zBwurIYfxMbeR0i18zWNkBdos3pNixY0byumTw/8/dPPlQ0rTmlAdiu7e7+7pI/vADDvyfBuxHHbBKfDwSVe3hBxz2awGToqk5O1msczTuIdRxR93XUaoHOoLsRzZWc5wlxWDW2lir8CY+GA+z7VqzzWBbHmuxaJcLwOF8Six2nc1uYVP4C6/0z+O0Nu0AnalUCU9Z97vHkkvkf0hiHRpecB2khDGx66vy3x8vRWbF2mPM+g7w1sZ5JSd+fgO8W908orghAI3YWDf7+HBPtO/k9yFPaUKY3QuePuM/2Qu9sfvs5+fmujMTnrnw4Y1dIcyaRSdsmaFeKHT7BW/9E0Ug4rvfD/HNvgiS/V+I+XqKD/pxzRT4ergUvV1cXumbWQ+N3l0fp7UEoB1bh6yIyuqFvB8rg5isc6VJt5+VoAkfzd2TNdadaSu7tM6aF8Ro3P/653EuEpTw4qboiz+cBcGHJ19bEVwIsTf53x6XCP6VeKHkvRcVDdGdcA92rzTJB02Tuo55c1gH1G+rXwWyA5hibqFnYVgnzC0Zw4ZVtYO9aUdrrdnNsDoYJwRKULGk3NU7XYIWzWjJ0LR6om8XE0fLIJ+vJ13Ryg3PTv/UpxkGBoO8q9m34SFD+ZL0jBsg8oPROPTL8PA/Fi6dNTwP5plIQntB7favpEsONoD11vi/tHs0gVlMkDa3JBfw6fn0POgZ92rhW8UXQfwou+uHXo3w4CGyQTOsPOW3U/7J1/D96UPfmVZbBV++Gu+2zLcIpIyvmLVlRyvoOfPPgtwcF3Qdl4lbGISy/vT8S1/CVjBd9XbsK9fdUIe9cmfAKF8Ge/23ilNX4Br+oHaAD3ls9wIpmn3lsVVaWT1o3Fgw5/v9d6AiIOqPJxPvgv3Ks+Nnnq+HuW1/mP9uThtYPKZ9x0+Zd6Bn47Apz92phXL+0w0XJJz2nPBRAyDel1eeAZr3RmbYl7QDPrwsKWLwqX47G+G21fjgmd4oB7PHXfc4Y1y2Yt8z6gDE8Qd3gHltf7+S3vsTWB0enRZ3YCgqWHpqz2+OeKOTiXjD7FDmzN5J37S87osmnkstramVMj76J4zLxoUx9YNPRXww2heN/WpXw2d512FNz4Gm4hlNgPd7og/CJA4Onxog1r8FJvnhlUeGIv9bx4641bTBsvRetqM6gAmfRzLaDbd+3Bl547CUyVZ15qQsCmRKCE0PdEF7ZuigJL8aGIGrHj9qHyitWYQz0gwvYZZNypeim5cPds+vd0EbVxUdfdHugzI8SKKqYXnmm7iTqiHfVlW9kE/709fAv9Td9XWMC9q19qmcTZ81wf15CbhijWIe6qFsbsToA0E3wZYd5sANSMJ8jqNK9r8Ab6OY301beQsS9s6+4s6kZ+AGTZQwv41t0v34ciuYNNnSNeTWMUhmCacrwCAScLiEEfh9GSzFdNh3sg6Q3YviKuFmEr62FZZ1rcadewdWkHDX3wJ8e5muwvhvWnovLCuFSXuyMCNdGL6OhXfhS3xiC2AUocm2m+CdMr2EW+eFBL63At6dhC7A60S+GxqHvd7ADUMC7ho41D3f9MNqVxRnIAwIRHw7xbeDUR7rtqs3S1HI5cIOzc/BiKedpysj1Esi1lHK8OnMPw2qXgg5dn6tK/Pd8S0eje9JGT5tRUVga+RrY0eOqAJHVzZ/8dxiD7SJyFlwj8CLnLtQ2H8w8jr4OK58HTiKu3Nz2Q2Bp4U9IKg5FjOtE/KXK1wYTPpQ66UegKuNM9wBT7jznS/2bxtwIXIxog6M/MKi32ZyYfhbTqw5DT/qcCbr/drc/5dr/wv3ADbZvwE7QG9Z", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3dcFEcUxw84BFEsKPaCwRYjEfbuEEUzg4cFO6KoxHbeLXB63OoVFUWjwRZb4seWKPZYMEaJJZYY56xRYwdFxYIoKmKhKkU0MzunopJPmMvn41/eH3s7b+c35b3ve7vTZKTQL1wqkUiMzvjSS9DxarOOD29LLMTcU2s0hdu9bgWYhKgQ0lJ+sn0km/0Htt5vbf1wrEIq45sugiFKpVNGqgwRvJZ0KmOsPh/B1u2T7ZPtf9verT5vaO8k6DVvW+RZEOnvI165EFLAAgxClMqkVZdTJGcTceJVwSaS2TITFfmyieRBxObTNqQC/gvR6iNwIf8vjcKWiRTiRJycZSJfqlGwaNrSDfmxazgfURMomEeWX8O0Hz+6tnbsGo5jWZufDX5rx+g3sbe3LSIfW0Qco+vE3jJbRHJbRFa6vZlEvoy5V0rEOJMVVhkLEDRMnC+LhkaJY6omNEgcU8JSWDmmRKIaWbkdV0rjY0NSyDhbROWOUGlRuWtQqfSTlbs4lBaVG4bSIja+KUIyW6qDjC1nqUjOlkmUVjkbEVYRGxFWERsRtHjJ2YiwitiIsIrYiKBlUs5GhFXERoRVxEYEra0KW6q4go0IWpAVTERwNN0VTES8FjERwVH2FGUTQQ6QxtrkgYk38II6ko/CQkN0Zx0fxetNxref5+KnuCNpVcKXAKNRUGvxx6Kgf+806vJmsP7RY/gQ0rk/bzKoInmNQaUr4+iqjNTiB0o8G2/QVseG9/pUxDeBWgOvJpOJLaVOUI8erzXyZYzWRasx44XpyGlCK/1wNCdxKxEqvcYY7vBvALz2Gfeeo6pK6DFFKQgGjVavMvFWB7niS7BZpTdpTdEBBoMqmgobib4wmNUms4HXiA9GvG0HqkyqMgKmoJ/ksneXx5NH5FxErM/NqXHVN6Sj4T/2dJ93qjZsVmHaEuXcZ+hJWKevHly9i1pOmbdvdJAbfOx60PunVkUoIlArZM1IB5E7Hxp3L6kF++1tNCMzOA1UXhT/bXDQfDS2o0vy+qy6MGjl1OaHZyaivi/qGJPd1oEKbjXB8euu8HiUfOoe+ACNGe50tm7wPVBzW9fbE2tWh7HBRHEZHPveZ7xXk6foSQxQDNtfDHYNzt93bc5VNH3VmS3nBjjC+S3JSlzgbvfiv5+czATjxtZ3TfW6AryUDTLTfMPAsZc7JuUkFKIxZ2dfvJl6H3EDvFvF10hDz5bdWDRrRhp41aTkmTlVYlmNh7sUehoN8QjIVp9+juYv07vFWqTQvKiONLRKFl7r7ukx51+C7Lzug2f61YDRgzYrzvjbwQOOZCMFYBre3abkijClcMqoA3lOsF7wtfoxKhdIVlHPUohouykUB3ohhfbLneuvGnYH4c1u67rWA2pOD+1xwikfbOgNa6iOrEe1RvXKXZDYGH4pLjABJbvlBJwLz0Sz81KSpxnPArrv+ygmJ6Hv6OUusG7aoNp7LtjDaoPa7Tox7iVoEKPCW81CGd3wCJM94Yv47Iu9RuaDm2PnLLibU4K6GgqrZuyxgzQeF8Gm6L8+b+/mAmerh17v4lDF+r8X7aw8duvclDyQeOBOzYYZHlBXsXBNxM7DaOFjEpAt4Ix/7wsLhzhAHHQc+acoXbX2svxpPmjv2X1S7PZKkPbLBd3Q5IZ+EblogRkHaEQ92AK7a+ApieXyMQJADhq9fHzcuvXV4Ij085+lFDpYJsW26bnRJRdIyA/WgaFVvHasfPoMTJi4obWywS2w/9qcEv55ForOaO7jvLUErRiw+pdfrySCE04d8e1t0GLNdwm3tVILqhInW7crDxxJ/IKvm5YEHq/q0DppeTbKK0makNE8HXmoCdlFqCMdABCvbHcoQhi6xnm6a0jEX5cLRDflHAIzw4gnLqC4ox4JhsgcsHEFuZFYhvUgM+chkj1/HipGRY8zLe08nS3uDU+mg5+3o4Ff/4YerXqEMo2EVDsLJ06QBMR9CQ4WEf8wZ0j9kQQKQu5sWBHoCKmuAADxJhuQrKuzxA4+avNHi6qVHGHcOs99L2alApJmYzo+sf67w0abHuDIPwczT/Y/tLmpPby3rdnd2GHuMJTs8pYzFNNzZQG4HIpH2lQDYmgOrq5XDER3PLgNlu4ggXeFgzFVkpv2sAMJ81fVIM0jV+gpgl4VtrnRFLvIBVLO7GCs5dTazr4V4eJZM7CnKsNUrx/WFPg8QqIbXnlCf7te0137VIKBooNKUJ/ti/nZsc1hwzCN/60+Uihy00ZqaWbGGeLvCfMJ7l0qwBsk/XYeAgLOylMqD7iEJ4RKYFatbhjhAqQhuBY0gikEi7sFQCsRpkmP3UGTt/0+8ptCD0jKWfeHD9Fc3f3i+Owi5E3cd8kT0jinUX8fPYFEbuKbwqVK0jMb0HpQCEQ/TPGAZjFxs5D4tgjQR+A3mhBlfLfWvvtmo6ekMmzcPxrWq4U=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUVEUY5428wZCnroB0kNCE3QUWjjWzLiL4OKhLlvli2b3A6rIX7+4GeIy0tDCVfJuGZiqmZpYVSujx3nzA8aDkK8VHBiGaGioPwQdkd+augki6d4tz+sP7x8ydb+Y333zf/L7vztzAVHJ8mo2FhYWuF1uMITWE0qAh0l5BEiQerdbp0ywftaR6MlOOWrIXMh4yq6dkSR2y8ay/5c7sSzxJZSo0sgwFlU6oH7JPN3Ml/c9lCS9k/1IW9kiGI+8xS4aRWlVHC/UlovERuBTKUfBKKTJToVcrTQSJ+YGEuIzkBxKZo4kDRfEDiXEZLbdjS7lam87msOdBIs3RE5mIZMJwPoqiOEwEH0w0LiUYEkcaUk2ASHAZw0dLDF5ZBC81HEYYaaoerCGcq6LMAZm8qZ1BMaaahEdHcJWIl6YIc2wScpXYHBA/TSKu4rdPHEgo5AUSm6NJbA6NjNHHb5+M4Weyy7kUiTEme5zLkBjDKwcZ/S3hlxowhlegSzBGZHLa6kRwkcl5qzOIH4M414n47asRxC+UOIeLzOGqiF/8cVwV8cpeQi57iUzmA/dh4UAmE4ILcVyJeTFCyHlPzIsRQs574u4ZgU6/Om/UoScoglRmEJkskModriEyCa1el2bbeUKu5cQWUp2OVKrZTzap7XKUdnw8WXJuFiFHg5MJPaXIIFSUQtPNuVuWoWY7ZKw2glK7sIIuYxzYlzg1RSiRMrk7QpAGNFipIZUzstU6optJ49UqA7s+DTrZqZ2entQeW5Su0Kp0adb/RB7jJokie95u156w29lcu42xE9Xzdrs9z27UkplqcDfseY7B4s6BJYrueYPd/1ODHXkbHNE5eQvF3L8HXgajJnewezLjdBn77IP1Mxb9NIa7XMR0waCtmqDQGAh8g0jKyiJ1an3X1Ib4hTwlI0lKpdYq9ISOu/YhqowzKLR6tT5XSlGKXA4owOunDEq9gSJUuCOlox2n0Cu6SbFi7nImetLfBOpCP3KQtMAw09+lug2snxpa4T7Cl6E+Lrjc2L8vbDVUF3oU3QN3Lpydq4sXMCWC+TfG5Qjg6odL8h7EVoE1e1ctcYvtw4SP3uIYTwTCVrtpn47u0wT+kt2vv8F4MntOWFyyShTAnbtT3zv32jXw1etvTtpFC5hvqYyl9bMDYf36oYNOry0DTsED8xbF+DE1Tsu3vb80CLomfbOCyG8BbT66s70bXRm0usHH/eF5/9kK4RvtIK+fJD1O7cLNf8QLeuMXC1g+KnqBNMWKubpoYL3Lfk+4kshXTrlYRk8tTXS2CqunI3rt6Pu2qg6s+s555g4nS7hPv9zHZkIbXfHF8N1N7VXA+1xlq7z2DsBVUR09d6VsoSbdBg6vut08cqITzKrMP3mp2pLR5MwqGiRrAG5OxVtyR9jCMU0Fcn1wI33ryMFhX19zgAdPhRG+qa6wtycou1jcTFuFfeR1rtISVvqOY024BZSsN3Lfukcvj7UcM8+lBRDbU5LHhzTRG3+IvntAdYX2WXnaISOoBShY6YYFbSDlnSSB1/RmetTEDyVnhnvD43FoQWvAsaPouUzDzb/tdy2soRcjs8NrQX4zu2GnAhlbsUfU0HVBxnXX0hfjrXOcNvsx2A+HgmHo5E8O3PnDA2bv/9xvyK+WzCbLfba9PWmQNc2+0vfESzCncOOAH9va6EUjr9uIPezhNJYe5aXVAK1+a7Edg0aDsnaAvBz/gTUMwkSyZmqLPjsUEO4G/xyyN8RtoTX8hbVGc9eHCZA2KI+u84G35x9J/mmrBcTruBzAbFrGOuJQX4jcWR5aSs9JoN/tV+LBzNyx8EIGDIKZVx9sazjZCGqj/JhJAb2YEAwUwOzBgf2bNRbwWsKrDwPbPZi9JYvtbnt5QuzPL61gwljEoOv0ssmIkQdpB3/E8HbguXNEzSxPG+P4KnpWeWjssooacHM2iJxaWkcjFtWNdTTO2wo4Hp0B2E2bLaEB0abAEfZnw6FE4MhcAWgDWgGmwWp7uGvsjLXZhedpC3KuzWE3d4hYLE1yh9j/wadpbnw7UE1BkgaA/TZ4ACNhd3/7hkBYxUbbipabNHKDJMSbEc/ZA98f9jLEdp93h5gHh+2Y+3nTWQr/TqPpf97iCTO+v64r7tNE32DLBxXOENNs6zHA2efIzHNBgdUAcBqXatPZsxSZ2SWndfx36rjvdCMT/g3b1TqU", "1: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", "1: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", "1:eJztV3l0TFccnoyYJMhGJNFqxVpL6WSWVFD3xgSJklQmVY2lxuQlGSbz2jcThIPSWktVg9ZatZVWFaW1hPtI1L6rVqUlZEHRIJETaaR3eShyTufqX+0x58ydub/3vrt8v+/3vfuaDhUTUjxVKpXTGzd9RLtgzbALKXoSIeHeNqcrxeNeL8olpptJz/Q09h+IqR+LxT+IJeA8m+vhPz1EKd1iN6VZpFTBVo0/NYwV/y9iMU9j//OY4V6MusV9hXUTHckPeuRaLLk/nLY6MzGcKElMt7hsVjdBej6QjrYGPpCetkY+kIG2EXwg45OAImJJTKcza/CP2eZIxW79T5iXaduRQqLFjKFuQUgsPJxvGoox8GA6MgzXdhSMkQcTyTBaHg4in4ADBRPhLoatipOEv4HcFwLbCwMZ3KWBrYuBjFwgPft5mWt5DKTTPwkogmt5ilY7cs2kCC+SC8QUodPygHRKct2WHrv7CaxBwbidJmarFOM2d8xVKcZt6pipkpjebeaYp1IMF3HhykR8paSA+LSqgNy2SGZ0DOS23/0dxGdECoivaNkTSc9XSgqIr5QYyMBVSkqlG/gUoYD4FMHswcCnCAXEpwjmKQY+RSggLkUoRmTgUsQ9EJciFPcycClCARn5zJX5l7FmRZDXImcIueASJEG0pgnpGChldrcL6YLD5XxwAKaH3dqkVxc3UU6naLXhI5zoeOQdq879wRIz3xbM5OZEwSVZ0oRkyWKv4YXMlGbDF0x4NkGyBePAI/f44D/RNkmwksloz2QXrcNH2pxCDaP1sCVn4IXZyXndpnl8NC+6lVSLI9mZUutx1WgfIjr8EaL8VexFwCSKUrLNYXEJCkG+uOmbYXG4bK7MKEmyZDLg85QLKcPqypCEZHphyIN+tMVlqSFhRuXw//DyBGog+EuiScmdz8XP3IumTko6mX1xE3pRaHShf0hDeGh8DBr7XB5a4P3sksFtytGG14YvGLkoCOalqcQJnofBsW/fLNv6SwHQ527o4FgeAI+m/Fg8rN0JNHl/4q7VK1RytyGFx5oN8IfD+tz60Oz6GXz6a9aUSUlZoHtPqcLf5gXDrNeTunWVwcGAvdu2zCxDITGv/Rnq1MAt39QqntHaF+7zemXh659tRwM2oKtLuhSguOOzB97N8YN0uZ8UIeS3SL9sUz6YduK383WzboIO1U2rbmdcQgNn7S5rPTAfbW5YefD6/jIwMCzqhvVQGdqpnd82dG4BoPFYNRTrvycf+Hwz+sBeXLnmxi2Ug1GzdteGEV12JMxrehvRZbcoBfT6OxqYhHc7vSpM7v5zSWmvN6tRm2u+O7Vn6kMy6imfCyAmf3TQup7laFoU3viyIPj9cdVvap9LqBle1flFpWDbcJ+Kpak5aDKhOagYBfSP3LRvRCnqmtl/tbGPB+w3dt13Q0ETmfJzuVjBVQM7gekbybPHVXZ6+8gVhJPSMTX6NkgpL7B8fjpYjraJJZP254Fh2a6sUM9bwIek62CAXGtU3Ratx50CbB8XwdrGONNv1ZO1bdc0OBZdAUh6zlacAJicQa/GqOTjuDduWDmovfzjTh59vCEdbkRzme5zfhW6a7pz7XdZBcmoM7aeAyFkgxPV8lhgHLwt1guy/FajZ33Pt/9oqRpebhXuvbaxN9T2XlWnR+HzMtXN+14yXHFup9+ik8gQSJj+BTQptfcbez0Usv4ldOZIufliS5UcDxtYchqEQjx4PXW7s2DVwtyw9VIlwKO1zFAHwonOHnNua84hi+51bds2PnL/A7rcDev84KD0PXc3jim6v29d0bqWBe+pmJ4XB8Gm66W02ddy0XhCp7eHTOcrbAjnClOtg/Kug/hv5uB/l9Fq4+HOcYGBkMjOdKcMNJzR64qnQSUP6Nb10pmrQTAI/JC3+f1sYMk52U5oVA1Y/YRAuo15xWj35C/eOKC7ALZvmakpOR0E+5LyWXYHYfKwEqoAnX9qEZq+Pv/y3I25wAOrZXqTPxC9rXkxCqfCqkBxQ4lSSpBjuUd27forwHpSHtcKEdXbXrVMshLZ/BYIJoWWFSav3LErpJU5H6nI510NnFVws8kJ/zC5CBDis0FO8pdDEhPKQGLCC0unaUPlpc+89GsLTSXy7OfXfuNiL4gXgSszRP5yYt/Yxe+WILqMaSrYzD5q9Mq1IfJRTNfKhaUgkJStJg8w/YXKe8IIsYVgZRxOnMkDUh0d9pVVVLg7mc725QNan3n+MvOdfESq/KuvS8GEVpixn3zlrZiu4JhakPF0CqnbTQk+ExcgTy09+9MEZxVgvlHA6ubwXTQGV13+6KuAunmUIxU/ccR058Ne+PCTh53ea4jp/gJKrVfF", "1:eJztl3lQU0ccx0OAcBoip9bxvrVaCAmC1y4ieA+VUKetdSSEB4mSPH0JKmq1Vq0VL6z3WWlrvepRW1palV3b8erhgbbeiMWLCooHoECxb98+b2aatX+1Y2ayyf7efvb4/b6/33uvZTKfkOqmUCjsnmIzhE/nTBnpXGo4sRDzYIvdkerysBft4K0G0ot5afsP2JTP2eIf2xLEOBt8xT9xvGA1pseYjUIaZ3kgfuqZK/5f2Pq/tP3PbbqHNqlaPFJYH96W8rhHrg0g48OkVmsgBSda4K1Gh8XkJBTOBmmlVscGhUutng3SSW0EG6R/EShiALFptQaV+GOw2NLEav1PTDepjZSQvnxGslMIsYWFsS0jMToWJpIyTMeRGT0LE0WZUBYfRL2AD2QmwlmG7orRCU9AzguBnoVCOmfdQPdFIT0TFE5/ujFtj0La8BeBIpi2J2s1kmklWXhRTBBVhDaUBdLKwXVaenT0C5QGmXE6TLSsSozTvqNVVWKcdh0tqsQW7rTnaE2VGCbHhckLsaWSDLFpVYacLpG00FHI6Xr3JMRWiGSILWnpHSmcLZVkiC2VKKRjSiU503VsipAhNkXQ8qBjU4QMsSmC1hQdmyJkiEkRciHSMSniIcSkCLl66ZgUIUN6tuJK65e+fkWQ1yJ7CLng4ASON5k5qwgKmbHpnJWzOeyPH4Clh1130vMRm2i7nTdZxEc43vbMO5b3o8kSM8dwBjI4kXMIRjOXIhjT63khizFbxAsx4mqcYAkWDc+M8RL/9LUInIksZtAQgs8gg03pvGn0eIudq2fSOEtKhri/dPLYblE9P6mHdKI0oy3Fnur6vHhCn/J32DP+8lPQ94EYnhdSLDajg5P91EBshmYYbQ6LIzNaEIyZFGwmuUTIMDkyBC5FupD0uN/X6DDWEze9/A7w9PY4qY6IX2K9ZfplxKCDB9CBQd1mRyflInV+6IpOjYLg6JXjV3/S+jR4sHPS7R2vF4PgUUPuzD+ugWfvTxm121GMxvbyPvnpmErUcodgXmgNhBsyD3Ts/tFFsNvdPxDsX43ovB7wxMorTTdcO4cke5wCg/3ncmfUqmEL0423+/TG4GfNge/z5lWgkP6v1zayq+BCv4kRW3rfAfkfv/La+TaNsWFpy/kZtxSwaHXD9XuiFfBIlaF4/fAgnLXjYsmSnW5wh+vVuR3KfkNktmunG+Jx0sDbwH/9nr0h7S6AOq7qkrGlL7abF5ZNBtVg+2LuQ9OI1ejixMBt/XJC8Ko3Pt6y9VQF2Pz+0AFr3qsB5TMPJe7t4Iejvj44Lr+5K0wln3b+UBpvdMX6m5Gx/W4HYP/p+Kec2EpQTdwR0ByPOfxhQWGSEmrfCO20aZE3TBoX3yx4VDA2Jia0XzfbG9LzVKOda25u2P+zBtduulUwJPkceJU4qH1DmNds5vWhebXIOuzdbd/84YsXNXIbpt7qCSdNf23w51lK3M91gk+bjSpMw+MBh3+JStf2vI925c1TlQffQ9I47xrQpEFRl+wWLvhw46Fnmky+ig4u37U0268KVKlGLh8cVIUU/DS3fQuKQdLlo63O3i8AUpz6K/CxViSyVeDw5iO/DSsNgl2z190Lu1KHpjSNTOu7KRhvtRSOzZp/DXUsa5Af2rgJHkzkcrkUbCHDt7vC5JzfdTcjPfFyG/GMCg70VXaeFaym+/f2wbMLCot8AoLwZFFNo1ceR9tOjRQ9dAYoFk6p6V7eCLoUKr2yml8F5q/+tOcGVQPT1NO9Mt9sCEfUxVSXXS9HId8eUxQqH6CxX8w5a8YhUAziuTjXcjDCuq9u56QiIPmriwv81IUorQQ123Ctf9epnrhy2flFs9zVkIQl4GgpkPbXqQU+nztj8tGvvGBEzz0JS3NcIVltY0VzHCa6d8kJJaT6ugGI7A2LW2AYYPzxeOcqoI4nCtJA0ZlzB24OxquIvA+60f6fXrCzSHt1eAWf9L8dfeSKWt6PL1RNWxIz59UAPJYESKOBE8Ts+q62EpEs6pWlwbH9hPt+JcWIyEvIVOBFm0RBNvXGTUTVqKaV0LiuU+Ib13FUa+9AvOCHig7vLLgk51sgJCoeOa4OzT1rVvAunvgbcrwVGkhkWeRzFaF3SSDV1B8zvWCoGJW4tj7yudwxkV3yVBd4qvzuwLc+cMEF/EiPwyt88Pa2l6av/dUd3vshZXNSYhESvaT/tUcNipUGqmFKjwvx85ZVIyl9T5YimnclICdNDKReIa9XgTiRTmj/Fzh0GXx2Id8Lxy2uFBX5B1JIn7tyvE8hmidnQJtlD7Kn1Cih5K/sKlnndwCtG5dQb2kjdWiSmJYXJ5YCqcRH29LEGw9vtT9dC5++AdGH+Hps2r8B9LRIIw==", "1: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", "1: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", "1: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", "1:eJztWQtUVEUYXnZhWV5iZmpZmWWpx0z37mUBK2dwkTDC1MUwNXVb7rKbsNf2oaGmpmapma8yj5ZvJR+VaOQz52oZEqXmK9MeIiD5DOKhiGgzd5ZEo9zZ2nM6nfYcZvf+d75/5v/+7//vg7bPi/0sgQqFwqnBQ7KYIZjdGYJFRyzE/JTN6bIE1B/FucRMIzky/G/719t6W5R/ZeuH82wMxz8SREemKcNgNTnSBRuZ1Iivp/+GLfF/23/cFlNvk7vF7wrrIdrTrh+Rc73IfK08ckbScOIcYqbJZTN7CdKxgTh55NlAOnmMYgPx8qhnA0X5BiI2rqtRjb+MNns67ta3wugphmPBRMtjjAyJF93PewUhNi3T1mIoRusDJooFE0spYFon1gfaPBjeW94oYxTkdUCUMgrSMYE4+sX7APJecjJIx5ikhqAYJhDvCxG0jLR6JhCtI220L6BYJlC0L5RHM+qVcu3LSjG+UB7ri8o9IK/zRK8VMsbrNNFLhYzxWnn0SiFjvM4svVAQm46pR9K86rzuXQ16io5NDB4QW14p3Tq2nuIBsYmBJknHVrQeEFvR0tTq2BqRB8RW6VQQPFv9eUBsiqAtj2dTBO1ePJsiqGB5NkXQnsL70h54JkVwVHs8kyLqQUyKqAcxKYKjMopiUgRH8xTVuCLIo56zJTnhEhyCaLYKmRjoyOqZIWQKdpfTEtzQoSWIHIXhIc7pFM02fFsq2m96bgz93VlK1gjBSCanCC6HySqkOUwZjTxkGqw2fMKAVxMctkhsuGlOCP4Rb3MIZrKYsSlBiG4y2ZwhmoePsjmFRpwm2NLceH8Z5FHEpvmj02A5onSTPc1pUf1ZvdZLnPN/3E39EXcjZN4i7ugbakfn/7hv80fcjZD513FznttsztOd/B93s1vFTY4M3gYc4WvAOk9n9X/At/+jAbNnOKphM+T1/g+4+T8acBBzKXM3VHSM/wNu6Y9SDmOOm294zxDV9aZLHWmJxLFBFB1pNrvJJTjpeytSQn3dJrvL5sqKczhMWRR4r0yJw212uR1Cmnxi2PXjeJPL1MglN8rzSurG7QnyLSD+I9axJq5/1zUKePfZk/q7JI1kID8WBMJE9PI9MelnQMHSnp9UvBwh1USe3vSRSg2Xpm8848wNgCtGPB767fKryNXunWuzxtUBblTntm0qD6HpdcLF4kKNlFzxptG1IgDunqnFZ8rBbfrHPu03rwpdMhatXPh5JdjWPjIsd1U+KmuR2OdKq2so1Hp/xkujL4L9G5+t2nJsK0ghjpuq4Orb98cfHREshbReNKRjwSmQ8Fa1emgrFZy2vvD02xtq0cVi09IjfKDkVi7QtF5UjUKmtTFfGFgM2u+akp36ZRXKQecWPfawCh7qJNx58miI5LTOPj8WBcD3U7/kPtcqoVaz7u6BaZfRvA3hL66bXgkeMgYtn9OtBD1yrW1dtbsMpQ4iHsqAfm331EFaFfxm9uCrhsuloJU8MQjGHtmdyU/IQ+06jHtjy/BKdLxm3AvbXZMQXm1Ay00qeCaQx6F/hxb2X7z2g6Pl6JkmnTe890sVwE7On5V2IpW84RMosXB08w+fyAcD8LZyHjkFAuWJdaDLD+3Ur7xdDsqyv0iKnloEvl2OiU9VSFaShjvKQWHY3NUT+1Yh/deP9v5m9gVw8McT2LILLcNpqzt0FCyZSohSS1PyU3a+v0It9R2+YNS7ywrAsdYk8xWoz4x37M0mlaMinP1B950Hqee6bGs/MwgO2dorXNmpAqwZltKv/ZISNB5HNXd+mDRl4MHtRc2LUAeSvqwS8GhA8uSIfQFSDklHuBLWaE99+GCxQjqg+FEZMu0y+mTyWJzSXJQebxPLXlVIK37a0eTdjcFwWMn++49nhUsTT+bN39ZCAz+r6jB45q5SqgtLM2nki60jTnwQCivaHBCHvhYC7fyETXDiRZT9cyJOTS0Yg9kqHF2JdJgt+/JwibCanaCC66YftyrEUjBrySW8EyUsaJq3dfOMJlIQScOnNSiu3PzVcwWh8Oqhl04/lBMhPYjZNUyvQUnPTok5srsG5EZf2pW2JlLaGfvAk2MmBcG9d/bFVCmgLO9zgdLafYefOdclCM6OHK1fuyPEo8NKtGWGGku5GExe9PWafYf3IlnOK68g6r8CyHEEX0FJe4IfX9j/V49ua4GM50IhzWMpkOvHVAj2zN82b9ZMFYz9eM/IHYtrwWG8Xe3rYTCnD0ngz2jk0/e2eCG5FOXeUVtwIT8YxvZ8wlETuRORrOStVko6+fMTmkXKb3EY7CgTcRjJOs65gmgcV8GYSV2eWhV6EnSbUzA+ERUi4u2zHkVg6gEipFqw3kEKJhASer9I+gW8StJZVQ0IjUmJGmnzR6rSNzqcBWT105vOI9ldgkbCRdijuzVMys7K69htTjlY9jEh9hoasfd17DnEo8ODqBcptJERkkCElq2WLpPymfs9IlUYkBwBq4ks8Hr5JQBL5xiyyB+lROspDyk7vdbiu95qSW7xcfZ0/MwgZjpv7IXX/yFw/f1LIzbuN1u+1rc=", "1: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", "1: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", "1:eJztWWl0U0UUTpu2KU2hYdGCaBEFLMrW5KVNAc+80lJAkS0cqIhCSF/bJ00eZBEqINthRwQVUBAEEaksChUEZJkBLZyCsu+gIBTLUqBt7EYpOPMmhYIVMtGc4/H4o5O8++abufe7373zXtp0iNQnJUChUNiD8fCKlC6YnelCio5YiLm7aHek+FVdxTkki5Fcxf9v+9fbeqT4P8zWB+fZGIq/JEo2iyk9Ps1kSxVEMqmGtXr+DVvX/23/cZuhyiZ3i7sK6yRZk+9dkXvdyPwoedQaScOJs0kWk0M0ewjSsYG08sixgXTyqGcDcfIYzQbSewciNm07YxD+MIrWVNytH4WJphgtCyZGHg0yJEFyDvEIQmxRTK4ZKCbKC4yeBRNLKWDaJ9YL2twYzlPeKGMU5HFAlDIK0jGBtPSD8wLkueRkkI4xSdVBBiYQ5w0RtIyioplAtI6iYrwBxTKBYryhPIZRr5Rrb3YyeEN5rDcqd4M8zhM9K2SMx2miR4WM8Vh59KSQMR5nlh4UxKZj6pE0rzqPe1e1nqJjE4MbxJZXSreOrae4QWxioEnSsRWtG8RWtDS1OrZG5AaxVToVBMdWf24QmyJoy+PYFEG7F8emCCpYjk0RtKdw3rQHjkkRWqo9jkkRVSAmRVSBmBShpTLSMylCS/Okr1kR5FXPHk5uOASbIJnTBAsG2jI6pwsWweqwp6iqL5gSSK7UeIiz2yWziB9LJesD740hdxfrmzFMMJLJfQWHzZQmJNtM6TW8ZManifhGPN5NsIlh2PDAnFr4S4JoE8xkM6OGICQnmWxOl8xDR4h2oYZFE8VkJ/YvnbyKiMF/XlQlR5RqsibbU5R/Va9VEtf6Pm6NL+KugcxHxB1zX+3ofB933UfFTa7iPQ24BhYfHrDW/Xytdbcl3wdczxeJru1t3Dp3Z/V93PV9ETd7vvXVeyIX7fu4G/yjAg9krmjtfYVt8H3A4b5ItJo5bq76o4O+3QMnHumMZOF4SbIli1aTQ7DTn69IJfV2mqwO0ZERZ7OZMigwQqbE5jQ7nDYhWb4x+N51gslhquHk1bt/mbrfPUF+EsR/xCpKBZNy+qpRgwMJJwp+3wkvmpYe426o0OWNXyvzQsNQr3fnW+tNLAApU82vn0lUIq5udMdtffzQ/lLjheULc+HYky9mJEUGoqJDrwzRnAhGo4vW9hq6oAJ0WzSuxc7JpbB486nplUIJnJcVOnz1jFXg1cmGY9mWCvjhlEkDDm+thH37PLdk2loXmL7218tzswrhBHvihyWTg/jWWYturEj0Q65ZRkez+Qq+w9me2JNyMPbNrY4PGvqjfBT77EujysDwxrXPtZ5dABNuXruKYlU80L/xXbfQ82D2krKo374K4RsF9KvTOqsAzjydppDGq3jqdzG43LXNnaZjQhDeHG98DPQ+1Xi0SVsAzieFbzyouAQJKzsi/VFqAmEoD9L9ymHzoPFz42dcB+M28hPO7y4CA0iAY/xR8Us4sn5+aCnZtvkZEPnOzM1Da7ngVycGvdUzohKEn9yHd84Dof4vTHn85DGw5uZAS/btYrAhpmxn8sojIHj1kwOSO1wFZPdf/HPgpohJV3tvWgxbGAOXvd++DJLVypcchzIvu/z4WU4S+UWwav/RfvltK9z7fQm3t/v4+YZzj8Bz2+t8ovvM5eblNuz36ao1J5po+B17lnb+1rUG3Mj5vtMaMR9+EZLY3Ol/CyRl6n/q0CMHRsmOnAU4yfOa1glCa5V5MyOvXYUiZi8g+yycStJmDuavzCUJvQlwsLkTIwJ4micIZlQKpbm/qnh72pxro6GSXwfzF3dcreC//LwHX99UAToM2zf1UIQGbSL0fXQRHiDub6mNlLWmNzFb66N6DcCuMxtKgOzXhEC04bGKvddzbsHUo3lvvlBSBrcGkhnBqJH9eL2iuFAkuxUWyNumz8otalIIZf4mhPKyzDgVOrWaEH0LUD7UPM1fCSzNxUJfH8bfyRqFFVuXf3t3y/bv782DNK4APq7Q/OPrL/vz5y8TQ21E/f8GEq+3zLsERmz/9Im2izSI+p8HegzRJMWuvwPGVrQnEcJhg1T7GvVWoJYD39tZHHkJkDLJ1P8M5TpJCkGHt15o8FROIdxl4cZtRAHoGTmhLtAeq2xi23KYfZs4lg8Xv9Fyr2Z3AWh1ZMFvT63IBVqZ8CDUbPOtKb+fViFSrYZsP77Z/Duz36kIQP1fw4xH+CGczINzBu4Ccn1muuDKQrKxiqf53AbUJO0LrgMDkd9gBT8eV+uK/kVg+bYd4S2MpQAXK66YC3DaoV/OqT+4AZ5JH/n28lYuSHEI7sgkhKj44S+GHF827CCYiIiwroExcgGqkKzXp8P4Lc+FqTd8cRLgSXhmJZT10ErDly9J/eaKvQC6mhySBqnKYPeYaXGDL9bn960kgj4N5PrLPAA7d7GVh4lqtEf7w7o21kK4ELNwqettAEk61yv5LsqR6maRSl5u8XHWVPzqIFns9/fCe/8XuPczTA027R9tB99B", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWAtUVEUYXuUl8tiFXV6iiIRimca+WOhUM7hIapLKomIvWHYvcHXZi/vQMDPLV6UZnvRoxzI0PT4qpZTQMu+EZaXlIXuYWWaKpqWnNUN8oDQzd30R5c52OKfTiXOYu/PPfPM/5vv/uXP7lAj5pYEymczZDTd5go2zuG1cqZZIiHgE73SVdrnSy3YJFSbSM/4v+9fL7i/t+neyfLzPpnD8I1dwVJhtxnKzo4zjyaQO1hr5D2RD/5f9x2UZV2S0Wlxl2GDBbr3WI2PDyHw1bTUmUnCyHUKF2cVbfARp2UAa2urYQFra6tlAOtoa2EB62mb4A2LUlEHbTFYQkam1pmD8MPH2Mnwu3AxjoBgN4+ZmSpoMLJoy/dKUJWlKp5pyBHeJD5q8GB2LdV5Mpq8YySrpkcUEUktxUPsD0vkaBgrS+KPJC9L7oymDSZNWerCBdJImnzlOQXpGul4PYmNEhj/mGfwBZfqxuZp0xn2SCjnFMOW6lw8+x04q4xTjczJJVZzItOl+ZK3WnwTUavxguJZtY70gn6vXdWmh1fsDYktAKS20/uSS1p9c0rJVVwmkY2OElIA6NkZICahjY4R0zOjYGOEFsTHCC2JihLc+6JgYcQXExIgrICZGaKQk1DExQiPVIj0TIzRSEuo7ZgS5iDnjyICLc3CCpZyrwEBH1RAbV8HZXc7SoOsXlHphuMl2OgULj197BHu7W133q4sVVFVyJjK5gHM5zOWc1WG2dXAFNJbzeMCItXEOPgoL2s0JxT9yeAdnIcpMCoIQ3GSyxSZYJk7hnVwHi+byVje2z0YuCny3Py8aQj0qM9utztKAv0pyb+h06s73O7oz/A71128vOTWd73dMZ/gdxuy35oY6mNX5fsfdzG/SM/rqcCSzwxnXnxZ6tfQVjslh0pXeqW8sPO3m3uQu9DdW/+Upr85qhyK7NdZsc3P0PjayslJw8q72RU4ukz4bGAXBYeXtZhfnlL4nROBmtNtsd/GuqmyHw1wlAZOoCw63xeV2cFY6UHytn2N2mTuwUO/9VHBjyDl6+ON/Ii3cpfngzUEyGPzkYuM82z5wuDCu/nNZk6gCO7+rm9UExpPuwUNAUZi1+ePJx8TPFz502XghGGqObejbNNMDdlboZtTDc2Kd4VyDdX0teLb2xxOL32oGCYFjIwe+dUGM+uidLc/N6QoH33N8/+sXLoFJr887UC4LRIqpGa/dsy8YvqRdudnwaBDciFdbnheOvvppwoCzS06B9cUF+WnJMnjUvOJrnRCIbt2twCu1gt6/28Y+Pqg7XHas15rjHyuQoQd6MDk7EK6qvLv7vltUcELemQUmXTKauvp2Y8+JIXDtOOKgElaMfXzD2w0paBKe9mpls3iv47z8xBQl3P5Kjzu+T01G4x58Uzy5/EuwLShaBXLD4P67qwrX1qWglUPePnNJFQXVL94Wv7ggBOLVXalL5GhQdc05dWk4XFG26WdnnQoGPBqW2v9yIsJW1zxTewpkn7Z8+vBuObz1oecbmo8nIKp/ZRT89ZMdg99Yp4DLxrzy2huFSkT92XAZeGZ/UvD+cQUsJ8uNiUGbHvutdtTE0+C+8XMyvw5SwfqSJ7BJSagoZE/C6G/bwC68DJ+khMSMY5F9UdzQUa3xzgMijeu4NkC3LaUf6pVZlsMLNWAm2rViyNloeM50ZPUyax90sGvos70tTSBlgXtSYkQIbGnCgd4cjpb/umbnffXd4Yn6jQE/zVdA2cLpF++sjUMTtrleiJ/VBQ0uPtqYckAOZ/8yektS32QEaODOgEpqWBAk5sckpqDdK0jgDouqxpxvPK5QmDUER3xjKprzwBfbjiwKgPfSgO0VeYF6DmTS3wxCl2BPLmhdd3pvXgkEebMiRm5cJIf3lxAGngTDw7sOmBvbIgZ9+Lx6ykCPiL35ILm2BSRGHBpYXXNRpPE9IYfrnxo97GWkhPZXu2wL0tyCFgR7YoeOOi9SukyKg72JA8uTUIv70EtRq5WQ+m3oBp+4eGflnqe7IbzJbdXTo2Faw5w144bLoJQX0WipPXomGh4NU/tPn791gAoOG9TW59LkXqho6YiY+bvCoNK844sBq+NhVMZd7+XH9kBPzyYOewDl2aoQWESIPDURPdf/VMT29K0iDV+SAi48NQ3oH4lHO6yY+dFRsBp716dIBb/b96QzVxWFTt7xbpp8XgzckkQMV0A6Lz8GfYOHF51tlfJQFgMnj0yKnfCZEs2e1rhpfPMvgMZBFg/HpN+2TtnYEy2plmOGtIIdzf0xMyNgAKGBvS+Cq37YHtkzANI4HlJBwhrP0X5IymsPoLyKi4E0D5emom8Tp5k1Y86I1K4wL3/XpqGjv/XeKxT9IB58YS72/DSg2/R+Kpq/dWLo+ZofQSZZrrgNTCP07pGG4vbvaTEdqQN0WxNiIYnKiz+noPxhL8/o17BXnE4JHArp/jVGohGGZ7KLuTAo2R8KcfF56vDcBERPqGx7GX5bFCraVetrH2qvXb07kGn+AOpiFd4=", "1:eJztWHlwU0UYTw/SlNJbW9DBY4QKgzI0R1Pw2A2pFVDkSIfLQQjpawi0eZgDW+SqCAUGFa0KajmEYQAduUQukV2giFAotBzlsnI4DQVaS1ugsYW6+za1BTqYjXbGcfwj+9779v322+/7ft/vvZcnx4lD0wJlMpldQYaBYrpgcqYLaSpqoeZXLXZHml/Tlc4hZhjolf5/27/e9lqa/4NsQ0mdDR3ISbJoyzCm68cbbWbBQm9qZa1Bf8PW73/bf9ymbbJJavEnw/qK1tTmKzrXn94fL41KAxUcnU3MMDosJi9BKj6QUhrVfCCVNGr4QGpp1PKBNNKY4AuI01OCNCbygqgtXmmQk4PBYjWT58JfYbQSRslZ3ETmKYHHU6JPnnozT70kT0mic5wXnhhGqfF2d8wDO8T7AtJygeLZ9tTehtQS5HXGGRPYQc0FUnHWtiWILxFqFpOKC6Rhh0QfQJyeEnwBaX3ZnqedenOBPCzv5QuIqzWUvNxj8i9hvCYEU38J43XumPhLGK9Tx7Sf2lReZ65ZU1R88sACUnktyC1BfLRjaVD50ukqPp30JI9PHjwgPnlgTavypdNVfK3EOl3N10qs09V8jGCdruZjBOOemosRSvZoUnMxognEJw8eEBcjPJqi5mJEE4iLEU0gLkYoWRNquBihZP2kaZ0R9OvNHksnHIJNEE3jhQwCtGW9lC5kCFaHPa1dywXZVQgZdHa7aLKQdyXRes+nYPs/F0vJmiQY6M0pgsNmHC+k2ozprXw36sdbyISeeBNslghiuOeeYHKSZLEJJupMutKni6aJb1nsQiurJVtSnWRj6fSzwqK4f7UgKRSz0ZpqTwu4n9SqljlT92r7gCP/0YDb+xhwkwLEt33AUX8VMKWAXnTSm03exh3OHbf2LhFTtn3c0W0RdyvJfHDcHllUajzi3fZxx/6jBA/jLrSm5cNUE3+P9FHi0IX1omhLtViNDsHO/poIJcMQp9HqsDiydDabMYsBH5NyYXOaHE6bkCpNjG2+TjI6jK1IsMbzr8Pd2xOkVwLyo9YUR5dFjRHRMGrVD7tj4xrQ+bxIcibH1RsGT/z8rXA4OmPfnU1vy3HO6uEHlfnBuPb28czyuEgYVBXTb3BDGcqJOV14yyDDi61Rs/DBQFhdPHBcxCk5Np9wTegxWY5v33Sez/swCJLJL1/a4kIx9QWVB/a60erL/Xo2PukH19BlN+4CNY8Xi2OCrqCfFn//6cJwPzjosZgJA2saUP8lM+P2yGW41D94/uOmayAkuavT//Nz6GjSqaraAS7mPzcCx9JtXKoBftKNFWDZ4a+OnBgWggd08O+RE7MbuMPLt64PcIHnfhn03qLKMNwpcFjYs5tcKHX0ueSAzBL08U35mMWHAuBZ9/QJOx03gRR2NUbfWErfnP9+Faq8ins/NeAqmnH6hawRa66CRjK7YXANyAzp0m36Aj8Y6FrQrSK0EGTH7Zmzengl6hhnaLcySgaVZeu6/jqrDkyWEluEuleE7ur12R5QOLe49HzILDS9c6I5qdwPf3vF/t3D9QWe/bjByza64wakyt/Y07qyCrC8BMD3utEFFJit1wBYfYJgMg2gYxjePPLG9jPzq4CUjq4RcDfZ9duzovCbL7QvWTkpCNPZ20I5WtS4cHp9n2tgddb+7n0+cqNB6z8W5ppuoafp9g8eBDfOlmTbk2vBpf3UcQUg0XzUJzscBz+69I3uBadQsYwmug6te/nClIfWhePS3JzZowx+0JxkEatm3wEHJu9a9sj6CHwhJHftO0Ma0Y6Jwe7l5r2ADN9eUcVCB422sh6NnJN4cl9GMF5PsrR0YCQcGbu1SFbaAdcZLq36Ij8MS/k9FA11102HRr+yDWz+iS7cgK7XDiDQRvCqdp5urBDK/BQp8Og7+t8rrkbjlKFPL5+3oQ4cI1nOXVsMjvcQOl0coYDueFqQagCGv74RXbsMqnVH0k64FDC3IyWEDEpl3HUZdS+I2L9j2w1Ey2MR61HnUamEOkVgRn2fSYVzT6Kfu8izP9HXIhaHG5DFlj7/zC0g1TtAAW/Q7Z2sADT6/kvKwPaGnNqzJYGQ8f9XxHhah2Zuhe9c3B8ApfgPl4EtNbTBzqO5s0cd22mSw6a8ziCszO1YiX489927U49eApTVpwtdaAotX0EgZvz+DSVLC/jDVa/BaOPeasTqVQZI8CSzwVDiv7UdNlWO6vvi5XZQ4kv7ELjmx1e087Ij8BLa/rFbwKKF4VMSeoRCmp0JE6NwZt6Kp7Y3uIG9JKpa90EkHEHbdp0C56lWbNbWXQEz+6FpnTOj4YLtpNBjo3F+X9I518Pwl2bK7CL0yJAzj069EIZJsdUztyrwc5NoB9ShvPwnNti6xeByKgfTAjFlz4GUWhTFBIPt42s/LPHG7kas/i7A9MnjN7EeSGqus5rJO6SYYb9bC5v/823+Hm/FpvwDf4BvOw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHt0VMUZ37CbxxpMQgIhCQ9NhVIQSvbubh6Vdm7cGMIjIFm0QAnpsnuTLNndq/swJio2UkGExiJIAZWHSsFqAgfx8FJmjjYQyjtYWlMMBjdJIUTcQB6bEtqZOzfyaKo7e45/9Bzyx9w7353fzHzf9/t+s5PkhWJeoUqhULgicJMr2gSzxyYUphELMU+3utyFIX29TLdoN5Ke4a7t/9I2o3DAd9nycO6NA/FLtui0m2yGYpOzSLCSQf3MNTNAW85d210bky2jzyapz7fsfFh0WG72yLcpZLxGajkjEbBMp2g3ua3mAEF6NhAntalsIK3UpgUDymAD6aQ2PRgQ40r6KcSmSWFDpVKUhg2VRlGM+U0PCpVBUVpjGH4YrY4ifBR+F4ZGgdmtW2CchmktDQWxbZCjoFQmkDaYlWSQXgJliZ6FgYB09KFnWkkGsfkk0zaNCSSzNp0JREnL6ZhAlLMcFwyIbaWMIEBcShA04jSMPlFtljABp4lKs4QJOEtUZCVMBguG8k6bwoKhtNMGXOk3tVLLFDdKOm3AJXtTJ7Vs9JGDEEzFaoOpWC1bxcogtoqVAx4wGW4B6QJmwy3aoGMTfhkUjDbo2DScaoMuGEHRsTFCBrEJClUhHRMj+kBMjOgDMTFC1js9EyP6QEyM4Kji6ZkY0QdiYgRHdVLPdlrQctf3zwhyz3QNJR/cglMQzcWCHQOdZY/YBLvgcLtun7AwlPQicZPpcolmK/59JTruuLTe8+1ks8ueEIxk8GzB7TQVCxanydbPDddQbMUfDHg1wWmNxYY7xqjxS5bVKZjJYsYYghA9ZLDZJppLSq0uoZ9Js60WD96fjdxlrDH/PWm45FGRyWFxFSr/V3bk0Om0P7zfCd/nN+kZAnV4EKvDskDJQqDX30GQaAW9FRpE0WmxOkxuwUWvi/fiZpbH5HBb3WWZTqepjAJHSrFwesxuj1OwSB9+fbOfZXKb+iGqXk9/C9y+PYF8Iv8EI1bl05GjfrL4OvCsTlA9HhWHTiTOqh/2bCga23bvwZT1XsA1V4/2LolDeWM2L9/ZGImMa5MrPZo4lHr8oRmnV30Ny7eONwwvCUcVqppXNKVRSBPx/vB5Fh/MaSwfXD25BU59ZsnE6X+8DoZN/GJUWEg0Wrbtl3/h/uyHM0fGL8q92gA/eKZ956MlMSiUwKvU6Jrt8eeqO+PRqujy1Pd+sQ2+cOHwugNrlejCnKF7TiviUNSEXW9e2XYIxrVnniz860lI+1HIM2BDxLCNXTB7NH57SYGyetpaUUYTGDHP8tD5kxGo9UJqEvpVB9QNSp30cV4DLBh7NObwfjXiHksZ925cCKr+e8FTMxvi5XXOguESwAdrbuzCOwxDVT3z7TWLlahn8aKP3KtVKFEa6AUvV3rb76tT8pr14xJe+6wJphdlWcVvWuDuuR376u8J5Us2lL7x1gP74PK6hi8jV3eD0oObkiZ+4Qd0f0flZyc0VFkbnnz5GpDcWHAE4ElePDK7DQwGh859+NtToHoyCWgjeDvko9DYwY3w/jqxIPxEK1i45azuSrqKt+Sfy1amJ6EmvBuxwA8WTKsN//nrLSDfTjxoBok4uxO4EDRw9bsvzJpSI/t/GRT/yPZ0+dZmeCZ3YcycDC/cgbO98bgf7uVJ5JVIIf3dgA8ui//8RNd52AzeOX8w6hyN60wfoOMiKF8S1ejV+TcMPfaBKLxg3fQhK5PQDDLt7qtgdFjFa4YVXiht95FQnlhrnxqCyGxvaMPRjjXCS+Z8L7Acy59WOzkerXPELkFTB6E52/WYaXGIRD1BdQ2O+9mrR5+vjUaLV+4rUZdFoDGfLMWM6oLh38TnPHp9O+RKJyTf5w7lX39s03tVc6LQ/PszfeZjV6A0zekO+BWh06kY5Ls2de7SvVFoyk//ndzbmYjQ5Y2Txn92FuDZc2Av9mf+K590/DMWSevlQPBxHiH+RSDR5dQFsGbZi/POTFLwav/mog8u9cAH/uHHzPAB7+ARR5pgpMyHizLfmuFzQL9g/xE1785e0xlWcAn8yVeHI94JSRb2/k7NX600ukf94SIkZVIxRMWv3TXwyfdXdIHPMS1HxtdBTF7syb+A5E5+CL/90LS05ZntYAwpuPoBMr87gRTu2magxiwae7Qb0jy1AJL+XW+2wK0z+DjTp11gS7cGV/YxWBlGAtcJSDYObtoPk3c6i1e19QKIs/LWbhW/ERfbtDQ/LD88FkeiFTyBWZd4OoyX8hReBWZJBP8USPQ4E8Gv6BW6vKYRaBOO5obCAbxkN14Bkp+58WgLjpZLr+AnGEiFfQ0oD5PQ9QTX32Lbm6hOVHSAyxMPjImOPA7nknJsCEEVPyaJrgdL08/W2HXdYP2Btb+PLlciGr8vwcNYDVoW9YKhmAUJrq9gPqZhW2s71P1mD2boHkD5Vg/90Rf37FB2QMqbbpg7ZOXUS6pe+KyJKIEPElr5N7fB8QKp8EZIVKrS6APSaZHpKMInuWi/8wwPuU15pWtePzbuPzsZ+gM=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztVn1QFGUY5+AgPg44A+HS0LBJZ2xE2Du+snz3PEBwRIJjQGoaOY492DxucW/PxDGGkUwldSoUacwsiXGQKUqpND52aaTESrFoNDKRL4kEOQQhRKr33YWMi+oW/+mP/nlnn+d9fs/38+wbmEElGaQODg5mV3jEU0ZCbzEShgWIg9hrSTNjkExRaobK0SJK8z9vRt66++Bp7eA5IrtGe5iIiv3P8x6Z1meOU9QqypR5j0J3cUg+JA7xQjCtC0oNacqCnWonJpTHJNNkrh0YjD+VWjQSaprK0TGk3k5QhDiQkj8jxYFUswPxeQgWhwrlzzCxIN6USFSYgAoXhwqfla3wWdmKmFUKJ1EqMU0byWOwYHsxgl8CKEQUaNpIRVGWDBGgiNlYihQFwqYKJQakFJnxP4PExaQSGZOwJ/gyiVpignOYUgxG8A0T1XfC5GKhYjDC3GJhYjDC/GGzKSsmrkKTIHFdJ6ROOfP4JcH3kdkfXTAETVD6bCIHAum8aCORQ5gY83SFBmdEecBDbTZTehKuDMo0XZnW/Q9lyXm5hBYJJxMMrcsmMmmd0UZYBj802SS80EBrBE16QYaNjBuaZZIm9MiYVo4QlAUJ642UfuMLpJmYQWkMmWmB/hnR35l0/avSB/iIsnSmTLPB6W/nJ3IydcKbUlTciBQ20PS62Mj+2yb7B7dnQEVOLhgbFKpais5oIfhdn5CbS5lJxrYJvB2Et4yGouhM0qRjCLPwyPGER6JFZ2JIJk9N07o8AbiAj4G26BkLTWTyF+n36Cgdo5vBQ2WwsAGm55xAV0gf4lqKFdIULyk3d8+an6Wqi8AroWo/scuJIynrjqbkTvDDWP7ztcMSfHvHF6U1fk74ZevwmrSXr4N1GfL1kdWu+Kan3C+VWT3wt3d/0N574ARYfw4782HQMAheWuHTfMYHXxa4cNiY0ggeglaWnZByj48c/LF4tQ9XonnF2DN+kf20tWiCGHXkesYrBr+Jl3EBTd3g3bZWVr41rHJlajv70dzxL2+6+XDY9fcf6yo8D6x+sU/fVfSDI5XvXd6wWYo/dyXGaYvHFfBgIXfunUYpfjT646EJXx+87NHTd3cOH2KdVXPCnqxrBZUXvkvpq/LC78BwmOJrbH3wG0sVB75irzq6FS3UD7G8WNIQe63e603l0RaW19PiyNWc2uti9RsFF0a1neWHqtmegGM/xQa1g53HUmGkDUBWXLE9Me4waPdAH7dBb2zQb4EvyriBiOjV9FgPiNk/4rJBAePe6ff9+dGT4Nlvazt9A0bZRfssm+bH+3Frw3er07u72DrIbeq2snyaAmTc2dKakle9BwFfDn0/y7tXYmUVi7XOZa/fYvMDIrKiyE7g8Fr++BO5n4PlpjJJrXMHOIUqpfDES00wI0UKHAZTHf7LVTZ7kXHL1vIhVuYIPUmT43HQzYmRXlB9dnP9kXnO+ApJ/EueCSOTdRoAv2ru9N8okOMP3+gIm8e5481RqPINbCEMtmBxHzCpCj7BP/PHkVeB+9qB4K+MS2ydv013y5eT8Im9xBLH05OTlrhy+pvPrFqZ7cwdnlNe1+DfxRp26WHp2sBxWPUMuS+3Y1vzybTbEyB/z+mNbmN9wJt3vAUIcUvwKlj9t77uYle0Jew9aBoEfctrlnh7NLJQOWy9ATaVZ4wDfn+pTVlwq1I5tvtU4mD7MwmZgYf9DmcAj2U=", "1: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", "1:eJztWHlUE0cYDwES7hAuRTyq4lOLB0mWBLxmYgSriBaCR71jskAeIdEcVay1YvWpgPWogm1tPaq2eBV5Kt67+p6itV5QtRYPqgVRDhXLJUc7uxtFLH1l8x6v/cN/Zne+md/MfL/v983sbM85hpg4Bw6HY3JCRZRBh6stOjxuAGWhzOO0JnOc3cua3GxIUlI1xVvb/8o24T+yvffW1gE20UsbnX3cl7WRBr2mpUa1jaH6i+hSoqQSWG40JKnMWnU7QTJ2IDFdYraAQtmBJHQZxg6EjaFsomB2qBBbmAhhphKxQ0ltoULKTCVmh5IxKJmShx5KrT4eber/hgllMKFsMGE2EcGgxKL2zsTElTURr8HEYlZziRiQhBVIzIAwViAJ8wizASSWsgIx6SEOtgUUwgoUYkt4Q2yhXGpLcKW2xElmS5xktrAXakucQm1RRBjLmZiDg8aw2lisicFqY7FKvN18txwAElb+MLKTtFurLVuyhJ3qGIck7PRtBbGTqpUGdqqzgtgJyEpeu8XwOqjdangtZyXs0o8BYewyiclZjN3mxaQfxk4RTPphrBQhZo4zrG1FxKC7m6kT1WDGjbhBnYAnIaAxOVyHJ+F6s4m56b36snSkaq6okJtMBrUWnacGfevBlC6vBotNnosrqc6xuNmoSsA1RpXujc5u6EWRoEUNCjQbbtQKkeGNPs7oZZTWiKupyZSeFMJgoTqrdQZ14nytCW9j0AitxoLWp6O+kbX8vw/Kpz2KV+k1pjj7fyJaHGKNbMf77dURfjux9duqFbE1DcQd77d3R/jtzjreslapIul4v306wm8P1n6HttpXsDf2BQGHuWQqDAajRqtXmXETc/ukCI62qPRmrTlZbjSqkhlgd5oSo0VtthhxDd0wu6U+SmVWtbE/YRhzerdeHk41Uf+UKGtEHwv3S6dqosx0yLchTUj2n77mTHW/ImJJLlx6ny+Ee/f9MuvDCfnEjnunPDZLeBDbflBWd4ZDPpB2Iadt9SF7ZhsT1lVUE+Dc7UPLFvnAyPP84V9NfAgU+7R356U6Q8+F0j0jJhcDe+fUHupB3mSz4kVFGdlEZOS4zdub5ghrLUWbhTurwe0I+wWugc3g9I/bwg8/3wcSg2oy7xR4kmiWd+TPHhIpGxVpungnmDvnk1vDkzeB4qu9CuubOTB+lNbwdHktEdR548/OpX6kXdQy9wk/2JPlZFjvsQ1e8E4gD0E5sHzw8b6CND7Ed8+OjelLEnfQaq9K/MjjR1bznmY4kveKXD/PWuoGzzbnfFSVzYVJ1IuRCwP7LU4/mngUpBcmcAwplcRseuIicONsErZE5gwXbN7e++giHsnwchCcQ+ZcWEnkHUMDBweQAd/M7H/RE/Fa4X4q+AMvuGHF8qkFJzxhavZvjzaKeTDzz7WLG4aUA80MxECdC1mY2oTX/n4B0PR52MGVfxTeTDE9IyZ5DMz5+skLIHA9tCs57wlIcTi7RjS/mbi2bjqi9BLB+MuFk7bsQRGrI4adjMno+dklwPDDId9fnan3su9CUo9PoSvpf39Kp9xrvjBzrWChNMiZ8TvYxTpfPtD8NCPyfF5n8haKfvcMD7KWN2vTOF9XWB59pPvyRHeoRWw4hNvBicHvZnlftYO3ESrCR0Da3eWiSBeA3c/yo+Z4lgLvKvmVuOvFxLhdLkhqjcAloZduwcJGol5Usr+PRkDOPDbGjRt0E/RqqrEUdfWCVOvOAdUEFeUp3/MhKkIuDXUm91y5Pql8sC85bDzlcRUxUNG17L60M/TtdqEY7LgHDiA6c9LdIc3zFw2A1st3XiQdr2QOyT3h6OUDGgEK/tZV2fWAf9k/+teAGtCYRS0UApWY8kTy6jl07uWV+XfLCVrOW6oJWg9VJYBazfhoN7jC79blWiWfjPJNH/vYoZJQV04dOaJUANdurROVDOKTgXRgS8F6KjwVj4iCEw98uq3qwawnTEjSqz5VxcTvmD+jD39fcrSxXvBIJoQRG2p4s6Z4w7xI2Sp5kRt0/Hb9ELvVPnAkNUCAN6TzczQHbruBPQkNLwSRjx0w4WFXMmvHeOiteg5omfTnwotUOjU1E5OnHSDKu9vDj/cfRhlUBhwxoXTYyUaC1r9ftTU+PIjEciH2dAlBhZ8//CZBb51yfTz6cDEkmVrvMS2/y1ouJG3YxH8B9BpuEA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmHdUFEccx+/o3aMIiKBgi92rFNsMgqiI+vSIBQsedwt35Lg1d4cKGn323mKLxsQWNQpRnz22nYjdqEGikdi7Aio8wIJBM7N7igVfbs+/8p7/zN78Zj8zO7/f9/fbnQtLofulOggEApMLbnrRekqdqadSw4mFmBN0JnOq8HUv2kxnKEkv5rPtf2Cz+8DWu8bWD8dZ6YF/xNHGDJU+RqsyplE6clMtc/X5BFv3z7bPto/aIl/b2ErzRp1daIOmpkfGepD7JWwrU5JiFW2kM1RmndpKSM4PkrKtwhYonB8kY9sIfpCcbSP5QQq2jeIHhfcgNomYHxXBURJ+VKRNVBRHSa2nuB3ZhknYi1SqdMIXpc6Qhl+X/wlJbYFknwDJWSiWzkzhAYXzWknOXRS2QPxWUnCXCF6QRbeRvCBOtlIZL4hTrVRiC8RvpSgbIKnYFkhigyKkFpVbrQiuOLOM1bHlyizLWB1arsqyTBQfhhOrTMyH4bQqs1oMNSVWZnWi1xRYmdVRrSmvMjkfhpOcjF+Wc5KT2VJPZPyy3ALxy3JLjKzWwluQ3GoxvFWE5PxKgwXiV/c5Pcj51RMLZLUg3qpccn6K4GQk56cIC8RPERaIlyIsNVLOSxEWSMFLEa8hXoqwVGMFL0W8hvjVfU7litoVQY6MpgAyYKaMFK3WUhkYNGZ11VMZlMFsqvnAZz/mHUnPHTfRJhOt1uHPK9rw3vnT7c1kiVkjKCW5OZEyG1VaSmNU6Ws5rMZodXggBq9GGXU+2PDePa74R6zOSKnJYkoRIehMcrNaT6u/GqUzUbVMGqfTZOLn05NjiU704aTO7I7SVAaNKdX+Y46Wyix58Z6/6gi4804MTRs1OoPKTFn85Imbvpkqg1lnzoo2GlVZHNiAdYkxU23ONFIadmB4TT9WZVbVEjcFdx6Qvft4FBkif+UQa+rT26rVF7yhfnT2utZ5Xuj8vfRWTwbURw+6t30VVv0PODR1w4CTUkd4sbQiftBUf7Rs35L5dapc4a3wIDQ41A1xfDByfb4qbXuRL3SasDhmVokHMmkXPBwL/JHowe4t9mnO8MWpRyfyurwEK2RrdkQ8C0Cj3Zs0Hze7GExwODJP8lQAx79oP+KMiy+6g2eT0w4wfsykdgnr7dGiaVOSCjrWQ+KE9W5xTb3h+u8Ph241OqHVzyR3N6/zQXVnxxc57HCBeZpNwxP73QKNyEZK6qL+K3N+uZhcCgquXndfuLEIOMq9wztWi5Cmw7U+c5a6wFw8OvKsEElccoOTmvihuEVPnJIDhVB41c51ZsPt4MTIgyuDaB80uEvn+4WtnWHzOu4712dVMgvbC3tN9nREubMuaQV0ABQNjNpxfKQbLFq8zePr3CrmWIv2355igiDnN3d4vzC3akhGIbN81Io1jbN84eZdKeMLOwlhi4eeB8XLnjNl6t+H9pweAmNn6e+92CiAZcTNkbsYtivxh+PT95sXBhaBtFgdXTqlgskOz+k8oL4/xE/X7kqTMsD6bXoF+GLVjK03HgRDdv+t/2KAYtjeHh4ngWv9H4e1cPeBjBfxfAGTV9l8yLxD5Yz07uamtyfZwVaBi/901VYykWQBsQiVbjjaM2JGPXgvZMP97m0fghHJzmfq9V0OiJvlCxxgeq/yucoKAQo5cQf8dO0FExpNdlAKdgyq/PXvmS+Z86MfNJO4eKED/ZaEza30gom31uGIXWR+O7m6665ye2RPAv/SF6ofJWHPeqOEiBnRw5s2QPkLhryMqaoCKTj8jyM94eCC/bf8QgLRtraGtcL9TnBT2bleKfPd0UQTjlRqKJrTHDtwawCcUtx3T4OuIjQ1iQB10Rq8SnWiJwzbatQuyLCDbBy3BKFje/fMcSodyXCcI7zQv6TdvnveaBoJ0+HnoPpJ5vUV3gKUc/Z8/xI6CG374fGGo6d8YAN/vGMvHO/gJE2HZE9EvGqXUweO8dvc7Ub2IhDYTOm41icA4aiP787kA83Qy3H2oy8B9jLLg/Nnj7qQzYdXIkhU7RZXzWAvmpsEBMGubGK5wqyBPytOd3BAT5ZeWTjtSAhMIu48IIJsf8p1hs2TiEAIfVV5BTme8LYficBlQKIdM0QEuXjbQwFN7ixm2HxM94ZaVhAC6NVnyyJqugNyxNOMahMK9+M0zg6vBsU3SSKXMCUoqnH8voZQJf1S3LKFELLb+aYYVBI5+teDZJng4puAzY+VAi5fBvpCzu+nAafbSk6PxwNhYSeyozKwM+LZIU1LIbzeZv6qZ2W+kPaZhE6GCWBs1cNiFFUOzmzCDm8dBP1ZYZUzyd8l4JQ+B8DRyzsnj20IOV1dYbjnv8NocLoc79YQnhOQBznLEK/1zi8DrMzEXlDccqPvH7F7mKcknOuuMGx8HfxgvIddq2n+FUx+o0vPx6WXMjcHBuzOF9wEN3B1mNj3FYM3GxKZ5oPYV0W0IQ2/wOgM07s19d0XGXdOqcUm/RdBFo9Y", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWH1YVFUah4FhwJGPYWCEFSt7fMxNW5kvQLDOSxCr5Uc0LO26rjbMXGCUmZvzsYJrmWnZsq5pWLlluhlUlqm5a8Tq4521VbdMI0MRRUQIDNfwKz5F3HPuuYQa++yceZ72efZ5nD/Ovfe953fOeX/v733PPTM6j38sPzggIMAVipvpfBFn8RRx+anEQszTbC53fuDAU7qbt5vIU8Zt2/+pTfYD24xB22M49qbh+CaLd9rNRRmFZmcBZyOdhhhrpo+2Kbdtt23/M1vagE2sXN8r+0HeYR18Iu+mkv5asdWbSPFLd/J2s9tm8RFkYAPpxNboDyiJDaQX22Q2kEFsU9hARrGdxAZKmkps2kQ2VDJFadlQKX6hJlGUzncU9cg/mFa86PSmEHwx2RwFePv9ryCdPyA9vRj8AOmMIiiT9+QxgJKYZjLSyyQmEFWTTssEomLSsRGR4g+ISkmnYwHpEv3waQDEpAid1g+fdP5obwDksyJonRUxySwYaZ4UFoykVp+FR+slsekTWTBU4Hqf4zpYLfU+C2iwVup9DtBgpdT7rITBOqk3MmUE1amerTRIbPushBtBPkvhRhBbEaKBNfgshhtBbJVLAjHVE6lGGtg2CwnEVu4kEJsiqFwNbIqQQGyKkEBsiqCZYWBTBAUZ2RQhgdgUQZPQyKYICcRWwmnmGtk2CwnEpAhpWzIyKULaYYxMitDRdDcOrQhyGnaNIC/cnJPjLYWcHQOdJQ8VcXbO4XbdPGC+nDwpcZPucvEWG/764x23HK2HfT9YTsmTnIl0zuHcTnMhZ3Wai4Y4h2cU2vCLDDwb57TFYsMtfcLwTabNyVnIZKYoguA9pLOliLfMX2hzcUMMmmWzevD6isipyRb1w0EVokcFZofVlR/0n0I6QF3Sj++35sfwW83s98BHraSzW3QSGUCPoRk877TaHGY356Ln03DcZHvMDrfNXZLudJpLKPAOkRKnx+L2ODmr+OKJwedMs9s8hF6NKfSD5eblceQV+ceOWMea5G+9lBoHC7b84WRhQAc6saV3tn2fGurm/nbmHRolNJSteG6WWuUt3X6m7eUdHUgxd9202Gnx0CALK73Tsh+Ni1TufLsqClZo6g53lamhYkJGwr/yAmDdKQw8EQ3DyzY/mz01FGS75dExQrh3mfezNx/6KBimLw+fuW1tOFTmLam7v0TpNX/y1Xgu/gji4pt+OaIyFjxlccG5EYeEzlfJQGFwEKOuXIuEpWP3Pv/O472ITFtyIBwefOCbui29CtiZ3L3X+p7M2zblZ9dHX5PDsonT3h6WFQ7zGhaUrrIGeFeFXNRMebQe7a/fuXxxlAqq/kgMjcjZE9lWuU0BT6+smh9WMgyeaKm++2RPl3DXEX6u4nAvyp7/2sL1my6gu4uKF1VM+BYRtgKnqyBs5IY5Pz3YhN7d/0jy79OrUdL7Dzz+6wUaytdXrULzgXW7Xlldi9Z8uxgZ53QjcT0hMbCJuJEjh7QnD79wpKFJoOuTw+jtzsI1H6jgY3i26cC6ZpSw2Kz7RWIQxFRnHr/oVkD7LOJphyDyv7IVre0MwXeckOMe8+r11ZcQlJ/eE5EQAZv+Soj4BtFrI0rcdQ+mKhLu0YZuSZglgy5P43pVxSn0p3vjXq4J60OYrE5PYz1aMm+3uywuEEaGN963+q5h8FYgCdg2NPbrZRsOvXcN1WcFFSvL5ZSnHgVQPnej+eNJhC5QHfQEgJYMvDYKVmI18Us70JxH/qm4//UKYfaLezvGzVbCjC/XzO4PGgmTxZsedCgN39RrgMwenKuEFzB7uy2x3mP77IZnKq+gL3E0nj6XACLty+uE/pritrELVIBXM2bcnmgYT4S3UAFktIzUWMBBi8+eFQJ5bx4zXChWeTdOnlDzWr4SbHg1wfsiIZ/8WiO8hN17N7cIVIcaUF9O/yL/6CWBWNXVwXSdn4TCZzl/f7f8cCD8DXv954LhkGnjLz73qRxEvtf3C6ewnKr/Eg7tJMypkZLfnYI43Yt1As2r04LoV3M5wlliauY0Eo/n0NVUIoTz6PqO313eXh0PDpH4y0hcnrpV2Fw+A9RnNFJc24UxVX0rvjtZKYjLbgmCD4XzGyZPOCd8/htCdBf6fMkU4alRvYhE25rWJWw9ThL5FVQbTRxsQ8uyp77xTGs0VB/NPT8xTQaxKx8+F2zoERqxN/q8GBgnLiwCYkd92oLKWwSRx+4RQNSfkSADGs+jQkfVidJrLUp4autHOIPVUj55qc6zrqK+zZeOTM9TQ7SY8MeQmKeLQqC+dqkra60KnKWrvr5851W0Z+NPJp4qD4PjF797+FfPK6FmPKkA/QJJpw8FGTzaF+eqje5H4nxcr7DrYzJRF1qvx4wUK+Glg8ThbiF34/sfHJ97HgWRstTegBREnn1eZD97Fa/kLFokJuglqh9tO5KJwgkFey7x4DQalVKAQ1sjiGG9Eg3dpuaK1/9RgyaJQvwCiXEYrYKjZ+dhxctBDENtJ9r68zOLYrb2IpqH3ei+HW9ceGd/INC49iMaz2AgbJ7e04TErSjdUYA/DHj7rZ8EgTdVcPFMO4RN92+zgR7C", "1:eJztWHtUU0caTyAm4REkgRCVBY62pQ/rSp6CrDsfwirYooVQdD3YNsKFRPOwSUDRLn2wPqoepbrYrmuV1rXW1rV7bFltV3ujbbWKr6r4OKVqqYWjUpbiE6O4d+5cilr2NJPT9pw9R/6YyXwzv5nv8fu+ucPgqa78UolIJPLIuSbXZWeKy+1M6UgsweLHbR5vqbhnlOF1Ocx4lHlP9n8qC/mRbHyvLJ+LvTmS+zHG5XZY7JlWi7uMseFFfew1IUBZ9j3ZPdmvJkvvkfGV6wdmj3Y5S3pHeC4Hr9fyrd6Mi1+G2+WweG3FAYIMdCAd3xqDAZnoQHq+HUEHMvBtKh3IyLdpdCBTDpZpU+hQIwhKS4dKDQqVRlC6wFHEouBgWr7T6c1SrjPbnGXc9fuTIF0wID3pDEGAdEYelOUqn0oBMlGdZCRdGhWIsEmnpQIRMunoHJEaDIhQSaejAelSgrCpB0TFCJ02CJt0wXCvBxQwI0id5TEjaDDCOak0GIGtAROP1Ess06fQYAjB9QHHtbda6gMmUG+t1AccoN5KqQ+YCb11Um+kygjCUz1daRC8HTATbgcFTIXbQXRFiATWEDAZbgfRVS4BRFVPhBppoLssBBBduRNAdIwgdDXQMUIA0TFCANExgmSGgY4RBGSkY4QAomMESUIjHSMEEF0JJ5lrpLssBBAVI4RryUjFCOGGMVIxQkfS3dg3I/Br2KPBE17GzbiKrYyDA7or/2BnHIzT67lzw9J+eBTBNRkej6vYxn39uZx3Pa3Df9isoHIGY8aLCxiv22JlStwWex/v8EyrjZvI5E5j3DY1J7hrTRj3I8vmZorxYfwo0+4qnj7T5mH62G2MraScU8yOn0u26B/vJuNNKbM4Szylof8rlj0+M/3yBsf9rAbHUBvc8xkrMOsuZvQXkYdnpsvlLrE5LV7GQ16kCq7JK7c4vTZvZYbbbakkwETeF+7yYm+5mynhJ57pHWdZvJY+GGpMJZ8od6rH4Cn8PzostRTkP1j3che7aezXs2M3hYKq2rf3jc8iYZfD8MIW6ETPVExIjJvWjUrxX4vMt6yoO/P6d63sA+UhK+Xx11DKIxtiDmXJobF12tArr15h33kpL+f1F6IA7Wqq//Nz4fDaV8vnz528HH3ZVTVtm1cMEfVvVe7eIPZp//rIgNqCULiOxcvF0BC9+6OtConv+0vj/jgv9TD69tAQDtKN5sRizcTQb+2ykeLcE6zlkyNDmZPRsPCfX5+r3RwK/HTsLvTy4VNnImKkMONp2YGBee3sxLbh/35wqQTenrhX96lWCljLEx0X2eZJmi1fiE4h51rxtn6qcJjw3l+YBcXd6KmPciJDhl5Fi+yt/g3PykGqiuVM+IpNSC3LsrmioGTflMc+nz8QLnjq1f6GZnS2evX+dw7GQExnxsHS2kFQU3dN27KpkeWXd7SieZOPbPvmaAIsuslcPWvZwa7hVjceiwSl6Xfb848pIX71Uw831CggXnFmWE1dBNQeDbMOsbcg3ZPYowriF7MaSFxEICmMGrY5QQruhUvOdiadQUlzL+RtPaUBvk+sR4+dlxiU/5IRfZ4MA96O77tQwuSS9NMH5bA9f8XgJZflkI23GxsGsyLuf6hqsR9FjOEiOUgNx1UY2Ip6cFfLz6xSrlNA9KS0Dz6vaEe56sXjzmdFQ8E36/72aZ0ITo6qnPR2fSQUrnn3HydOKyCE82Ysihfi4kcHFuCAyGD5AE5zRxy80n+26d3fr2c5Z7xxzBDq42mXIoYTHVzApUrg/VPYgf5++uOoVfqraOSyhuez2f6+VW/e9+GN+W3sUrP3/ldvNaE51cMffys8HKzvn/fU14p8vPtSVbAiE2uugCH2WbPXPfof1vrKd88h4y306NGVLQnrJT7ebfnhkDd95cxVb95CL9ZigNx3Llkr3/ibdrT7YXxiJ2qyilwvSm4goudB1oHdoVIDNvPpK2LYqUk291vbwvJ83C8Dcs4xNvz42hmjFkbCjrT7xs0JlcPYUOzhNraU3ygOcn57a/DNCg1My724xOzdx8b5G9r3VKuBp8vcRLhmxo71sZgeKywqaJzFabZgEJTxiXWZTdjzLeebdsSfszdJOPc8IvZ0IS4axv1zEmHxh9PDuurOsYpnNy760upjp/IBTBL828xumfr8yVFpKtg5b/3EvZ0qWLd9hyb5SBjxp1oGXPIm75SqIfuJGwM8xyOA71RRMJ7fSAk461cnxsDrSowMgyXSjrjsJ5pInl6XQNHSnZcfaoqGjZy7KiZUoSpeof6A1Us/IIGt8FLz7tdaEZ+Fo5UwxfFZ9+b0WKjAdNt+EzEDcYb60YVm0yBfvEbIDzmpRz4pYBbUdGugGpeZ5MuolsveKUVhwPvzk8OoRjtz2OAkjm9V/pEzDrSxfN7KTrKkjmmA5HML4kj98ZqVUYCzuX2PAvxFWJGLiHfXFTmY9qeP/0IpFvLiEjrUWNg2PF0M3Ca5F6NkcMle+KdNJgWcjcWR6UbvPcBVBIUGSP760T5Om9EOJfFHUQi0+ThipKuAv3UynGXcp4DLcfdHgPiOCs6/YvuQ6f4LSwMLVA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lQU1cUTkIiIaxugAKRRcGRqpAXArE67yAuQEUKQavWqhEeIZrkaRYrrbZ1r+jU6ji11qW2bqVjtVOVulRfxDqOOrRKtdalFhE3tCoKKlWk976biqId8zL+a9+P+3LPvd89535neSdR49ncQqlIJLLJ0ZDFmph8h4kpjMMSLB5itNkLxf/MUu2sWYdnaf/LXrpsqNsyyTOy7BZZLvKfzg/9GMRazXpTWpHeamCMzejxGPesDdkvWZb+n5N1fyrDHnuhP2spaJnhtQy8P5EfKR1O0lQra9bbjflugpKEgVT8qPYEJFATxY8aYSC1J6CkDCxLpHRt0EtntBhQhXsRRkMwWiGYZH5M4SEDWMd4tyC8mkQhalIIRiUEoyWYBCG2aQXaRjQINO5JkFoQKJG83Kab2MW/VJQgEEVACYLMc4HUgjSpCUgY5S5QkiBNrpzQCNJEQCphznWBNILMc6VfsiBNyZ74KcWDRCehp3LbOlIjeUyKEIwrhgTZRqKBcpuElipEeVCFKA+qEOV2IX4iFChhxcEFSvIgfihhOeECCYtUFxFuBwOJawJ6fjTg9s0WghfsjJVh84sYMwJaiweaGDNjsdtamhC+4eBbfl80pNpsbL4RfUZZS6teUPH4sLziSWRKsvdp+1rtfVG1bgX05jcZ9JYC279/gbStQDL0Y7je5GD4NiCPNTD2IsbaiotAEem30ljWWmC06O2MiwN/NOQ49Ba70V6carXqiwlQyV/B6si3O6xMAb8wrmU+QG/XP+dalJbkaaHXk0sMXsJ/obA0008SPy+4lPOfvGnBmSIxzPbP3rK0Wxj0tqwV/yATO8vnbnzjsMoHqvYGrKSiQ0EnW7ukj3gPPaph5+mSpvv05sHn3+nQKxhC0l9/GGpr5lZcith4JV0Kf/rvTVjeoz3Um4ZP31x2m3tw5Mah/eXeEHHoIr2uSzgoTq6d1E9xjbsyIf7ust8f0Hm5cWvmJ7SDqpVt1+/Z18zdq9F/8es2EcRkvjur95Ay+sCixLd7Rt3nAnp+t+pmnAw+rD9zcobtFneJXvfH3oDjtPrLbcn3y8UwP3XcxaPRt+kxuzLQza7Sr9VK1W01baBSdE7iU7KIDvTdvqH4YB03aaz3T51ymuhXmE7VI0Lq6UL+KePCr1VrOoMcrpza9Ndo822ua/f3Fu6c2MA9LK2rzKr2g91x+IRImBzmX9UzSALagYOtjYE+oFcNS+hRStEbFIO6OSR1XMWrQ48tXqkEyWfysNVjogCf4tN4h5P3WzHs84mdQYVu02VpDFSyyJDlEuf0o1tHNmiDARl/plEZA98Yz00u+aiRI/rqaelwfHMJ1MxaXfH1zxe5mylYcR29oIlBVClg6PigEdptIuf1nB3KOfHtYWb1wU93l0XCAtPlB6V1Uii+Gpso3xQIiIy+e3Kv0yHfH0OM7KN5/7aLhDx712XNQVEw1Rff+AR9OmwaupIfGE5cnhA/Rew8NXZKtjK4lsPbPn4kJ/feEg38OTO9oeCts4O8pkph7qG8fV+tu87h3RMqRE4UDL2axZHghQ9WRsJvt+ozR869RPNu6SuCY4tHP0rroyT+Ucid2LpPogLAF9N4OhT4uPj2Jl3TAUfODeLPKR2hz5Ij76dzMuecaYg4hwxmY1o6BoEMH9tP7kwxDDCytx7SZ4tE7AzpAXrpvDmjfukrdhIe2wAf3u0eccTvN+j9Dd1HL+ovAhTNKKSb6Quazs43I+9xcZigknAo2lpr2+7oBrNyMlZ9EFvJ5V1Yv+LHcaHAp0NFDEQ33XVUhXs5dyEvrzG0B8xewuGuUHan6fhUo8JZj15XY0OBt6cmGrBXKrPK6VjeoefpHJ5wH8jquDCzdraX84N0bnrEjg5A4edOBOh8cMGwGFDRZM2titHTxZO0AM+Rqf4GQIELQw==", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lYE0cUT8IhiUggXIoKpVqrFikk4ax8uxhE1CJK0FZbtWtYIJpkcZMoeKBWhVb9vFCL9fyK1KNq1daqLTKDSj2rFtEqKqJ4UK+vIhYUC93ZjXKYfmb5p/+4f8zuvJnfvPfm/ebNW/8JVGKKvUAgMDoxTTylIzVmHZnSB0mQ+EOt0ZQifNGLNlF6Neqp3sj+R5noFVlCsyyRiZ/amfmIpWg9oVOlEXQqqW1iHitrJdgoi7UiU1uRxb2R8ZC91+qUvYzgAMqQ3NxDY4PR/GC2VarRQY2mKT1h0mpsBIXzA8nZNoQvCMmCg/ihFGwbyhfUHlVKDhXMDxXCoeT8UKHtQoWxbQRfUHvcCm+PqnBOlVLtyLzUWkMqc1O8DhPBYRS2YrjIcq9QXqBg9iW32TouQhwohBfIwj8OFEOZJ9gOkgfx0qRsqYknKJSXeRaeh/PSFNYenyyg4PaA5Lx8imhHcOWKliAbNHFZlsXYzNfmfCkP44Ox2GZzkJrTnjyCD4Yjg8LmuDanPIXNYW3OXQo5LypYFPHLKFzqUvBLDhYQv9NnAfHLXRxTFTaToSWI35G1gGymA3fA2ZeS1zl/AbJOCFSlGr3RgImkSUqTRuoZIJ05UEfqSYPJ2HrBFAfU68g00UYjpdEytxVlaFPySl4ulpSZTqrR5CTSRBNpZDJN6KzUx6o0LTOgYrSRtLYLI2gzR8x8xGhpUoOUsT2VjtJMmqo1klZWi9UmmxnDdKi80zq/uloH1pVUwpBs/O+wyBXcvxgvT1GXy1OtI9Fm7utuC372Wq6LoDYoFKdRhM5MsoVFQno6ZdSa2oZdKuCqYBVF0claA2EijVx53IlpRpgJg0lryoymaSKTA/qyPtBmjclMk8nswGfN/RjCRFixUMlVvooUu5ZDJBpCP7dIun3HxfFTEqqBZtalqMyPm8CxvF9WLZVWYH7z743Y7yuE/rvotGV6VxgVUPb17e7PQe0/ZRl/9tqNibuuH9dnoTscvG52r0PZNeCnx2igHAiWZTVEpt8EMg/s1yt7q7GCAFW3ezeegSkJvl4T411g3PVpHjsHOcGzP4x+cqC8EstfHimMj5HB011GlHedYQeXn5wVB2bWAAE1x75kyQNwCnXXOeFbPjohP7K7Fmx1Pxtz8S8HuHMQWqgOa/L/529zZR1Qzt6Hf35DCD0XDblrr3TEG04+PH54QC0YteG7HRc3yOCh7M3MCnfBnkBDvrCwCqzu23llmRiC4ogeQ6bPFeD9kJmhF8CCxTdr/GSu0C6jY8/ejRK4ao/z5O0LBXDo6OzwCwMl0KUoiIF2wntnLTowSfwcMLtw0jXHFXJ+12M9Lj/NmlgohLMmFppy89zg28i8bh3wvZ7IogaAlil54A7xTdeKXNZewzi/XeBtDAnsYZgP/OStYg88YuAg+qnUEQYu3VgffNsLVl/a/uxTvQT/VhL7jllUjaHdCDQ0ggFnUs7f2SaD+xnvj3a2gzOxkHE/D3aCYGb38NQYD3ze+t+2nTkvgyty5o85118CRxZv2TRM4I437Zles2u4FML76/sHlD0BbHyveuE9v2pamtVQh32/gvxCs84NVvZjDHjkAXcimviWgoKDxd691DVYUlXBmiMbRXjJkuCp/fzPYHlXc3PmlzvDqqMMgVw9YI7XpdN16iqgy5hWEHBYBL33/S6oEF0Hcma2n0kMpxZt8Hl/rBSiYVW3esCQ4/FidTUmQA/uCfN7HHieU3sZcHGJ5OTMQ8hHBvXdqsA4O0Ww+/FbzM5JIJGU+O5GsQsspcZ3ON3lKWZMW/ZgRpMMrkZ0nuYA9Xcatj4qreX2X18JHmlOjR0a54pnjzlXWOUhhI5zVqoW3veGHL9vYSWNaINcYMEw3J2w84Yy1nExXiESL/DT2MM1Ixli5XnDyVGSP/LT3fAPhPHzOiWIIGKXg8wHIqt9oAPOxbcGY/cdrwPm3M72o4Z5QelaxTc/htVjX5ZWVHbMbQRuof0PJnpJoWqHtmLygiKAtDwc8wQwh2jejOFucErlWreCKBHsG8mckGNS6Lu5Oi5wlheeZ5DNhSeegeSxV2LtMkSwkmGV4oYnzubqaEMqc59Q+rY3ibBVpmCLNysy+b/oG541", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl390U0UWx9M2TdqGtkn6i8qpaxVYxAM0yUtbcet7paUCIgJB/IkS0tf20TSvvCQHK7hL+aGi4oKAaCkKQvmlW7ooIlicKwdsXRfoLoIKiOVnEWVBWvqDusu+mQkKWCXTo//Rczovc998Z+be+dybTOokeWyBVqPReCPU5j7ZLbr8brHAhi3YPFLy+gpCLveyfXKJA/dybth+c9uogtBfs41Vz8XRQ/2QJyslTndOkVMpFCU8qIu57v+NbY4ubMNu2G7YiI27bCPV4kdih8ie/J96+N1wPN5CWqsDF5xsRS5x+iRXkCI7m8hK2nQ2kY20XHdEjCtx3fGJijIcOrV1SJ5CtVhfT2Ifjm1WG4smnWo4Fk0G0Vgy2TXWNKLJlf2TgtBkkvZOlmUy6dbSWDR3Uo0lWA1dgT6C3hxdgj7s3RGxrWSlj3QmkY0+gmaOjOYYoaMRYCSIOtOdQGQw8k1GW64UBQErGW1lFNFqRzRBA0GLHdEEfbS0bBENUzWhqWRlyvKAhillafrZupGytu6krM3aHREb3vRYbUzQBVLWxlYcAiK2PA+I2PKcImRjS9mAiC1lqYgLGogryhDHRkRAxEZEQNSdgsexEREQsRFBqyTHRkRAxEYELa0cGxEBERsRtKzY2YigNcLeNRH4kuVNwi98oiLKriKxRBUqZUPdYono8XmvnrAgHPcMapPt9couSf0BJ3uuubFF/TjZuLJS0YEHjxN9irNIzFec7i6udzlFkvoiR11NVCQ8/JoxkeqHXEkRXXgxhxErZD8e7HLLruKpklfsYtI8Kd+v7s+Nf7RLkT+fVE88KnR68r0FYb9EXCB0Nu739zvuen7jXk6wDkcxO2y5kn+75RpAYjX0+pMjy0q+5HH6RC+9F0WrzRi/0+OTfGXZiuIso8KbSSwUv8vnV8R88mLiT/1cp8/ZBah2euWxXb09kZyA+o+t+5om39G65Fu+WG2/WqgREiff1/zS3mS4q3T3c/8+3MBrx8cM2JgSKQycv7zd0jcJ4vmPD22afRyJyUcfStrcwevMqqXSCMdnvb5r/Z4qVPCca8KhvCN81OcrS7NGxMHaB/9h3fH3k3yLe/zT1e+d4mdH379h0YkkWBD7VPpbd3+NGitNVduy9cK7D1/YcuB5M5QvznnB3fQpOvD2xcdKdp5GkR3LC9/pb4LYStub727WgnPc2D8un9sD0kaujsrrU4Wm9IpuHGAMhbp7M+ZmT4yFZTP6bn9mTRuqUYoWnJlugEFf9daVLw6Fnf/bOO18TT1q0z3x6sgEDawqzVK3qIVa38Ke2vEhcL5mdHFFmxEa3sEb2c9bpw5I/UPLOfTiluLIjlui4fDCZ+c8Epco9Is1bFpdFguDPCtDasPDhXWrRglxzmNIQ/6SoSKi1+uP334EPYTdrg6B9TPHDF+mCQXjN5s3hDX1gIispQ+88dYx6t9QDVS/N+kvX27TAY7q9PkmwX42c+g9VjNktm/PXz/xC9RHhyPyH9Rj4Tp1Jj2Er3x5cMiucNi9fs++8d+1o3G+3ksuzW9BM4/WvfrBK/Uob1Gr6uEPaMDGZWfX5MVDQdtx54r9rWitfdddo/4VI0gauVw7NAzS+q+La8htRI/9dfuFfocShDEHek13KkawvNa/5+LPWvjVS3fcUqM0oHQsW3ATfOvdlND5aTPC21M6jAI3Y7Mwc1IMfPjGTWqI23gS54RQAUenTkoBNcgvjjj9BV+Oj2OJUajb+v48XU1PSEj55AS/qhnNxrjsa6WcREWBj2w8Ep7GB1Bmgo5YHLCDfFPKmlPDBnYic9W2j5L6GsBEJjrKoxgMxAX0CMYmywyntZwp/U/tiBzLyxHwfM2RbxafN8HWYkzQJWTI6+MPPWCCFfs51QUtTDzRcOvBjsPonxPurddnGeBM9Idpr/XvRBsWiSrBJ3my3N4wcLyS+pJ/ipbylxFJOSqNAxJWrg69/cLBIo28D3UOxgljAOy1ljvDD75txLRZgxoRifecOFh6EjvyPe/FWPIdCNP/4KMx8Oje2mPxExKEVAKsDqbFV99z5GIE5bgpWZgzXQ2I3QiUZzPsGPI36fCURGFFu+VkdZUJhhBH9AJ2ryKiDZFpp/SCj9ZiMMMFHJVtY79Dy/ExfRwPD5AXUUJKZmGuJDfwT+h3J4+pSIZb/9vqb6wsR1vm6c4l1uth9LwlHvMsHXzwPjYAuvjnybW+uBDQn0scNvqHZnSHSknkKT3Uq9TNj92KctWs7bxdB/t3lnAzppoAz35uTnPATy3QvAmHsCcNvfvdbRa+bxnx8DNPJoL3c/P57D1RMPBSqroDgxBDwDUF+PkMVUytfPO2LbWI5NW60EDeaYCkhfssyiIAnUakmmd7CtVvWrnk2u/YkKsqI7kddWGz/h+ziINX", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWAtQVFUYXmDluchDfIyKqVk5qQV7d3mYeS4uEmpqiWFljqzLBTb3oftQMbU0C8tHmolWmhpZE5mFaZaa52SlOZrhYyLzLeGCb2ERZAU6j1VQmWnPjsw0kzuzZ/f893znP///f/+3926PCeZRWXKZTGYNxMNws0HS2Q1SlopYiPlpvdWW5XNzlmQzG9PITHPf9h+z+d5lG9FkG4VrmqbAX1LMFqPWoMnRWrIlPVnUwl4j77Et9b7tf2hLvGmjCnKLiYPMpsymGbk2hKyPpaMyjYhQksVs1Nr0Og9BAh9IScc4PpBAR5U3oIQ0fzym6U3ZWFb/DaKio5rPj2oIscVyOVJ7kwU1daRU8TiKYxg1Dyaejol8EJoDTjf0aALFJJvtEzzAJDA/8Tx+EhkmxlMMW80+PE4CXR3LPpTegOK4QEpvQAL78Jg/zUEes5u5YKXlS4TaG0+8PcHSxkCxXKB4bxgR700iErzxxFiu5GKEMsaL4yljOUHsp4JiuPqWcVzJpassdUou7WIYwWN9aNIUwWMGNcPwcYFVSBC8AfE1BSuR4LGENwd5I16Cx2RoDuJTByZeAl8nMZCK7/eCKZ6KT1LcIG9kUsXHCKZ4Kj5GMPFScTHCLSkqb3RIxcWImyAuRrjFS8XFCDdIzcUIJauTmosRSlYndcuMIE+R1o7kgk2ySGZdjmTEQEvuYINklEw2a1ab5huyWQgekqxWs06PbzHNpjseSYNvbTY6d5KURhaPlmwWbY6UadEaWnh+1eTo8QUN9iZZ9GHYcMeaIPwlWW+RdMQZnWkMZt3EqXqr1MJuKfpMOz6YgTy26APu3i2AhpKtNWVas/zu5qdb7N1dJLR+wBH/FnA4QZjtZLHO07gDueN2/9Qr3e3Z+nFH3tNCy7kDFm67QUxs/YDb3dOAg7kDjr+N4HGtH3CH1mB2Wy/jvnlbGnuH9BG9IRtrzGZLpt6ktUlW9tdHKB6etWtNNr0tN8li0eYyYDeaEotdZ7NbpEx6IaNpnqy1aVuQYDX7g0K4/XgSbTX8JtZF/lc6pD5TDFYcX5r3xl8B4o7VnR8/3qscxgau7/pi5kUwvP2CoefmBoiFc54dskomQxP7XFt+fOkWOOyFNxP++OUGGHFgyUsNmq1wwto/VJcTfgPPJ276dcqOUjAoo6y451EHZNcvgbW1sWc3PHQGvLZFnHNmdwPcOkTh2yfPCfI3Kiavn+8C5+SqiLjtcuTqP2n/vFF+YhZ91cCQlIfsvh8Uw/pr9lMrI8pg3BcDx4wtcoHciofxEZ3g3b2vpsJ6X/HRz9sVJ/9ZC/M18w0OVxV4ZM1bX5+uqAa9vr+R5zx6GiZd1e0bN6wedPusPPUxGIn65HU4sn+qTKRxDA4VSTTGTcFohlb5XExhG9F/9jK8k0Jc3rh4lqt/DXREE2AVNKbP3PDthArYb+Oqy5/tkqOSgklPBpccgjRdTxyC1DzsKiirfOCgeXwNbDg8DZ/0CuzX4wGnIV2B1pD0+lcDfNgrzqGBYsaUkd06vHwVNkg1f2vXHgQrhY83xde6wPx6YiiCc0NHfvWeVA6XzCKZKYbowkcD+h4uhNacJRdngAq43ba0kzzdCepxlCU+Qei8dXN7114n1HQ9fyaucyNIfeZGJ+sYBWL5vwpGjyKZqQWT8akLJsmRs54csAiWRFYm/Z5VBdLbkshCRFpeYw28gBIfHPrKeUh2vbTHCcZceHzbI2EOuLS/z/C5ob5otK0XTlEjYP5cYHKX0FP9wtuiHwns9aOQRDt7mQyx+G8Agb4KAMUvDBMj1/3wY8eHD0Fc9YMnTlWCjlsOyE74holbJwZdX+PwQ+T4JZE7weovvvxz/BSZSOmX1wgW9r4YuiOmBjI++YmFGSSya4C4X9zdR9x3ac9Pg76Uo5Rvq3CEteD9bfmLw+qCxZ6GadPX9a2GH5EyxdcBxwKyUTUI6dV71oLvyyAt4/gA8W3MnmUbXaA0rjMa2/04GHcsxW9aSB2gx20XhSg9HO54F0eKfQ9/cDba0R69i9leZ/QT2TkCxdTT06M27A5CPQmBuyrEyCiw69hmf3Hsoe2lUdH+SPi56DFTgb/I+i9CjMbuT46sg3hYuPySDwrF3XE05xQkbHnhzRo4gDZUJYQzoxOykxvYfJYcMV6Wgem0QSpgxZav/BwLFGj8iqdxB5e7+XnazZ9z4NNg0lhylN9jkX1yFyes3ZlZmHE4EFUtSsMVPQkovTYrRFaPKvhL968tOUsOANrn3+HzDxpYfmR9IItrpZu/PQLF6D1l4JPV4Shi99bvFvrXwJ+qe7/0zs7roHT3im354XL0aH/SsT5IRQtXB1g/B6ESrB6Dn2oErG6XwTdEFrpEorFFEJ+4HBQ8SBq5EpSu+/Dn7jE+YtY83bhju+QipeOwcET7uvEItJN2aCtDP+Ds7ilrI1LpTzJl43tLs9F6u0Y2/dfc9Gzfgk35D41feqA=", "1: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", "1: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", "1: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", "1: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", "1:eJztl3lUVFUcx2eYcRRh4DEs4klE1NJExFlYte5l0XBB0jH0KB0cYAZHh5mcGUwMk1wKNK2Iylw6phGaHsJIOST1rmSQckICNUgPkqCAS45sbrS8++7g6Ik68+af/vH9ce+8332fe3/L9955LyDFsEAj4PF4pmFME2/QqVMzdWrNRGwRMs1crcms4Q/cRZkNGUp8F/PE9r/Z5mmc/mFLsNkWMPVTujI/ZhqMGSpdzHKVMV2t/Yu5BpkrwUEbXi1GN8iDcU9s/2Kb9NiWeliuaIM+zXaHx2bh56VsG6LEuzLKaMhQmbWpdkIR3CAZ24Y6AnFcSc62Cq4Qtkml3CgFoWTcqBBCyblRoQ5RYWwbzhVyJKxwQk11iOKY+AhChShFTKfU6tOZP5P/YohnpOOgjEexCE5rSdlOxiEZJOUEU3Bai2hXxi0ZVumGOQBxjipkAOOylhWSsVCsITPFHijUkVoRSCZ1BJJzci+cY3nJacsyoVwYq4zsLq7tBJSFc2GserA73bbTT263GGxnn9zuCtkOMbmMU1WtkNwRiNumtULcNi3Rj9xuLTwKcdvpVshuNZBtRyBuu49AisH1gN8yTe488oYTYzAY07R6lVltIq8+YqaZn6nSm7XmrCijUZVFwNF4IrMxM9WcaVSnsQPLbPexKrNqED8UU8kuIF8pA0NqPIS/UrAVVF08uimbh9YVH0tZ3yRB0/jxm8QJ1SABeqq+V7oh2atBAf49Lsj3GeWQ/fm9QJjoFvTVngv06pbdHoXfPqAjx81+bWNwN4ij1/mFpzcCHntdpYP1+/kVQzqA9ONJvh8sFKGgmFHXL6+WoLKfec1OzhZ6b17Jb53eEvTu3rvSq1NcUPTzHU2H758EuZuXNFSk8uGuq35FHXF9dDvuivmw8Q3TzIK+XrB8rG7N2kIBWls4OWbUyiGwduT8X5/KFqLoZVfqxu6i0AvGe+6dZb1gRNyL/b6me4DqLPtS0O6C5n4+fObTva6wNre+ucWlFASUGJe/d1OIMhJx5HwYu1XX/uDgffDNLFenwLda6NJrpqPeD7pBU/LqhNE+FMLpaDjkjhaflp08MsVCEz8uAuI3hdg06cTw5ifTJ5/d2U+PYAP1QP0Hb9fHXxZCNv5QNxJXrgQxswWqR4rhoTPnEm8E1wB2vePeqOU7t93ysRK4Zve+ceX9YljciB1oA93blebxH/UCiw8T2A4RPKM5177ikBgtbaho9drjAe+0qT49r7hEL5iAMytGr+BAl4ngL4pb4TOqKdgQn0ItLqfQxmCcCSHUK3LK4AYnJJJ4gaokT6RhL1eY9E5l78RRFDzoWRfbaPFBrDzqKMjGs0EAfVbEM660gPya9UzJO0Fr4a6TY0o80ZxrQoXHMTdUvk1k8flRgLBKbhXdps/uxAF7oes4nTVVYIt/6u9LKikEFi09QuuGodbqHcc/pJxgqeuqw1sv9NH7vg67W5n2B83mO7ATjKk3JA+tzaIL+kTJO+aqaaIvXs5zk/HMAqKbSC+Uh8v6/p90tkr20tRr3ugLJu0p1FDU7Y8nqLLqwRliVUq8eugDVXPC8k4IIVtOfQ3NiDuSv80LnYhgBC3wgVEbLjOeNdNag2XzqQJfxNZjOgUXHwj5adq8LtC8asv2tq4RiHWjXQI1uakvXxR5wAmVbxYtOn0HdEXhCt0AEed/yFBAD8iIi/Gonh4/8fW3y1d2AXbehWLod+oK+OxSByB+CKATdo8eDnEZktxFqCqDKVSOBM5otPTMbhLCAZ0XZVU/G5nvDZXO+CDRp5vMzJuL6fEzwPYtZfvjHcQm+xvJyAqM", "1: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", "1: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", "1:eJztV2lUE0ccD4gkipXDKIeg8qp4gNYcHJ4zELzqTdRWpWqEANGQ1WSjovZVbT3rk1pF30MqXrTFE7TW2qfOeqTeqEgFb/FGBSJ4gCjpzG4otOW97qYf+sV8mN35T37/+R+/37zZwKlUTEITkUhkkuBhOKXXxpn12oRgYnHBwzCdiU5wqptF0lSymsxU723/yTaCt835H7aR9bYY3Ct1C/wykDIma/SqJI0xUauz4V8jvkb+zUa8qPR8jGQ2+L3tf7SF1NlYPf7Z/yjKEF8/I2tDyP9l7ChXE0lHGqlkDa2L4wkKFQaSs2OYMJCCHZWOgATupHQkJ+UQYpOFC0OFcqgIYagwDtVL7Yofap0hEZ+9/4YJ5zA9HcAIzCncoZwiOJRMSHwcRi4oJzuG2yeaMk/lgelVlxHPfbhKcw+5IJDMEZCCe4Q6AuLNIfbfdpKHOQISthMnDLmwQnC6kCuE8IGruFwpBCPnMLwLzp1ELIZ36ep5Jw93AMObqw0wwjrE8VvBW3wNQbxV3kAUCkeUpODNBU53HIg3GRqCHJGfQpiS7CDefGggP4Www8sOckSzSmGMsIOEMYITutKR00HZOCPIndjkLuKuTyqKMsbrDBpaa+LuVR/gYbRZY6B1dEqk0ahJ4YDtiCPaaI6jzUZtPLswpX4eraE1jcSh5O4kCu77qW5JS5bI9xOxVh2L3z5lzF5gbTN41FufYpQuabtxUrYIzu4e2P6F/j7Y6T8hvs/ty6izTIJfn4CYzpuW5xS7wi+mHaLX+DxDNzu6LkxTvQFFC00D185yhl8yZzYP+Pk56pBPTRaPEEPs1FToVQbmnuza+9uzpWjWyHZtpp2XwNRjL7vEuovgktNjjv647RYqCNb63v30Hph4+dA9aYANVLuXHNjTpBqdOR61S3erFTzfZ8Sl1bE2MD19dsaWrd5Mnxl5y/In+cJ3r8x3MjyL0eYq2cPdnSpR0urS+cAshYOMxIPIHqcN5RaXpO1d6QvnZGz58OBbZxhSkP4w4JEns6P/JxNzbd6Qsi7GkVQDMVuI5kxTS6psdqkfPP0AbLt9pAbElU2I6v/4JuLyeIdW5GCHcneowtHNXJEHts3o17xw6xNkYgN4CY7j9FKP1aIxpGA9RUywT1pBsyQP2C271cXoompwF4fTYuY5VNMbJxIjhqlquuN622s09JS434axHtD6w29Dw5c/AufKTuMKVKLagjklQbmeMPP89gu/j3OBP52adSTT7wJasep+Rfv8B4iE2z3QBWLn1hcft2UiEqN1VE4byDzb2Dek4DlYeT1JRDn5MGnaZXGf+QfARbhdr1xd4cV9418evCZmdCJqocsAJ4brpwRKdw8qnrvWFWYdPuodpC5HXc96nPz1l3KU/Kgm+3n+VYS93BjYxBkuWzwBd+wr1F3l//RuWDegXhe4yjxzHujxzaYqWYI75PpiRcS9JfU1WLuUAMrRviem/a3nOTHzK3JGTfeTQvaZXoj2f5+CK1yG3MhLtg9k47JUoMniPN/R164jxYncHoatXrDmLClMFcCk8T5wqRJ9RAJv7Q9vFGIiSptBtg2h79C9rA0nOlj94Jy5WSGqDDdI0pIaPJlh4csjp2T5wFyEC7TTCUpw1TOnezIBpHB7WkFSha/1xeCKJVm54IAbY6ndO6/C6gtZOrnUgJgh3y0IimrB+GJ2V0S2h13cScRPQR5pz7OTYOj4JRFXLG8R63eHM/RiC3kcoc/xDieaMoXK8ogBg7zs/u6gwexCEUopCZJJ9B4wlCwbL4Hbd9zWZC+qRbvexCZbah8CS4ccY9JqEcPpQcz4z9fIx/Z8DPoejlkX2NKZmTa8cpWarkDBr9bfXLNUCsdl7thVNNkG2Hp2vYIeX935Jra0JezEJlgNsNpxa58CdTNyIBkSTTS+RZv+epbUf/DVX2Uascn/ALyxVpc=", "1:eJztWGlQFEcU5liQY3GXOxAJYOJ9MjtcWjqDiwopkeB64BHNugywsuwke4AYj3jElEeiMYmFxtt4oAZviUAxLVHxAhWVEo0VRYR4KwoICKZ7BmXRTbJDuYllhR+99Ov++vX3+nvdPe0/mR4RL7CwsNDawSKKVlEKvYqK74UsyDxMqdXFWz6vhenoZBmqSd9qm9UrtugW2wgYH5kQ/jOE1iTLVdJEuSaBUj6Df0bGin6LbRH/294wW+usfaHYQbQ6rqWG2iJR/wC2DJXZwlKmVCfAtP9nCLIFSNqAwVlMOK2fbAIGY0tebjgIzg/CziyID0bCloH8IKybYD4YnC15zQzn3ITwwQSyJa+ZBXJueEUgqM0YjNeCBnN+eEk6hMP05Y/BeGFCOT8B/DGYyRiOCfeDtQGE8QMFtMUTB8JMzm3ORRvE0IxpQ6pibcg7rA1JhPHK1eaE4CVuLiEkvITajOElVC4hJCYrwQDDa5PnEkJisg4MtC0xWQgGMpWYrAQDmUpMlgJ3/HAgk7XAHSYcyGQxcEcD+4ObrAZuM+VAvPYgjAs5zmtnwLiQ47x2BowLOc5LERiX5rhxRaD7vdYTNegoDUUrEqlkCNSkDVZRyZRap423Nxww3gbVHGERptXSCqVcp6TVL30sOLwYbGTap5QMdR5J6TTyRCpOI1cZ+bKQJiphgxR6ozRK1PxSHzSDcKWGUiBnbE2qohVJqUotZWS0Ico4PZyYCl0UldavjtaOpZIgV8dp461fSTncUKVYoPn5Gplha75ihKD1qLPCVNpGgvj3tAMN8wwLMj9twRtBO8hwp8CCzU/b5r9Vd/ON8fl5bH6+tq+VrxHR/DVfQ6bNl5ZQ8xO2f62ELXkTDjA8XCS4+Qk7mCOR7XjzxgzPR8m/sG87moO3EfWYxlvSfH8zP2+hOXgbEZFpOsebr6Av3WdEFtxDkZSmNXFKtVxHabkXJCdYxOjlap1Slxam0cjTOOB7bEg0eoVOr6Hi2IZPWurhcp3cyL0K554TJK2nR6Em9DKFrOufBFRkUmLQ8/zKCp8tlsDf97Fq9AB38mnGw+Kojt4gbE5ZQXrOI+bUrAhmhk8FM12Ojerb3QfIbDYu6zfbCpxcP/jAo8Z9BDRmuC51A8dT8tZ693nA1N+9DULfz2au5rVfJenoAxomJB9p2vOMOZqMf5FF1hG0y1xw4pobyE6yr1uXcJMJKuw//Oy3NcS8NYXbTl/wBU6f7Vh0OdEOfNwkrb+bZE2Kb2bttE4QgmJ6UruiFQIy4to0t8wCJ9JV/uu5HjdswUlxQfYvXzcyMUkrU1eVOZPoZ8NGIWBxlU+Iu055fVdsE5Cbfzzst0tjA0aO6LJuwa5ShuVZJiJvyNeX4HR70G5S+jD3xdnEl9PP7B2rtyNvRvR+5t8oBqskG/YFP6lloh59I9PFeZEziMCJ2ZGuoGT0nT45XexBaMkRyMyVXC5dpKrM8QRegtHte+1pZGZ3zp+/ZYwFeUuAOwfleoHkygbosY4p8oq59O50C1BVHDVZnO4N3vOYAocWAq5/PtN15uKDSZEuYNhmhyGd9PlEhuuZ8IsPKphx1QcvLVztB1JRmK9Yg72fV+36KMmJXFJe5VsM5593yLOzzEZE5tq4uBFH7cktaQXd+i1rYAYN/KN0xzRLAKPQ/R13dzIlGnostAKB90MGD9XUE5Bkjf5qI6GpE8GI1TDfZcyJiVx9hkFymJHpQJYW1cqudxIBuGpwxSuZqHlO0Tu/byJmlQ5Ii03sADb1lHa4XVbM1JajQN5g2PHW+QFL1LGPNegqcty/Oe0cE7R94JjxD50B5VUW65nVyBxLz1m+VFTCXK6bOSUX9wVrt/98cVLKA+bw7t7qjZZPiXtIRic8AJp+/YQjBBwczriecIRRsfL2AbW2aMFEwPEDFDEBKbTq8ZXHQX8AxRqSEO4ILi9spGrLm4hNw6FUpM5gaUBqL/+1ViS7PFecycyhSEgCsCS/uuuEJQISRe23ajHJ0j5gC6ZOQ8wEIHZrYGH/IiEJo/fD+QXOQMgGqJFY6Ku4N25QE8HGw80GnMu97uZzvJBAw+yf50qy6+3iCq4HeYPxfrsJLq5Ccqxn1lmLiT5g1KGtPw0nG5gBbAJaA9ZvjUfzOI4AigxSKiDYfNjqBjh/dwjIAi7NVebh4w/Hzp/qD8SxofuOpdhz+j0lJpGKTmDtAcoii/vO5PkeMOIXReSY8buZO2ueMvUw3DpXe4DCuPKYO4lWp6CbNWB1X32fgEm595a2iiifixKyktl++gJU+u8Mq5cqEcluqWHqBPghRidrW+89LU/hLW/ORmzYn8tRcSk=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUVFUYH4d9FQhFccXUNBaZjcWyewEjcA2HiIyscXjDTM6is6SUCGKmlelxK3MtTVSyNJTSSu8rNSvTXEAP7oEbkoAogyFL7943iBKn5s45ntMfzh/3zf3u/d1v+33fvDshkw0TVM4CgcDkzg1jDVpGadEyqigsweIxGpNZ1aVtFmc26OR4lvBI9r+XjVMJ/002gcuz3Jv7kmgw6hTaBLXCmMVo8KZOzhrfiUzeiSzpkeyRjEoW0yYjneYeO+MN+sz2GV5LxvtFZBTLcbOKMxp0CrNGaSdIQgcSk1FGB5KQMYoOJCVjtCOgGDqQjIyxdKAoR0DRyVgmiqRDxRCUmDLosTxKLHflHnKNPov7/fo3DG8Z/4h1AERjH4GJeFgklS6RI17ZQFICGmmwTLYHJOYfEipNNlAUFUjCm0enSco/ZA6AKDXJHPHJBoqmAkU5ktwYR2hkKw4RDUgsoowe32QJxu7g8T2WYOyOHd9iCSaGBmNjg93FzvdKLJPYHW2+VRKM3cFu75QSu6nQ3icljlSsROoIiK74+BRJHOkNEro64hMrsZsM94PoWj9PByld8fF8kFIVn4gnhJSuN9hAdIywgegYwXNPSscIG4iOETYQHSP4fielY4QNRMUIMf8yIKNiRBvIkXYso2JEG4iKEWK+CGWdMwJfGE1BeMHMGBmDUs3oOKAx+1kto2P0ZpPK6f4DVS545sUNcSaTQanhXpUM+g63T897h6VmT2XkeHMqYzYq1EymUaHt5KqaoNZwCwmcNsao6coJOuzx4L6M1BgZJVYm98MIgwVvVmoNyinTNSamk0MTNZkWzj4tvpRofP95qBvxKEuhz+zg4v1F3lZMkQ/fb7//8hvPEux12JvaYZnt5cXW3B6+w0EPI9E+1H5LHygsaYfCwGzEBycYDMZMjV5hZkz8fRcrSrEo9GaNOTvOaFRk88C+JCRGi9JsMTKZZOG19vlIhVnRSYHK+Guf5EHzGLyE/7HD0tKrr4dag3zYFeeWzpsbHAh3eE/b+v6ZBrS2ZtNPo6Nd2a29J2Y+dSEQhif0riqPOo0k5OPFDhwya8Huqq5w1zanqwuGOLFX7265efyDx+CJsZP90nf7sNL1O6PvxLvDjWEY2IjScr78enKuP+zpnOYbXnQYXSvb2pihE7LZlYNF7mEecNm8uRNPfN+FHZqx6Mf6Id7Q+hE2yIuNfwbvdIET63effi+nOxRPDw/pZ+7KppzuNVMhbgG13ZOeb+rRgD7N2nHdVOwJ4WOKfSdC69A73GkVgZ5wTkrymrwCL7YPdmO8Ffzyxt51wcNqQc7RHS/Vx7rDHW/VbX9+SjWaj9VXlIOAjXt+CBp8CIw7tjijJcGK9Bu6fO8SUAL2x3+hOT/tNjqwSMRZcBu9e/z8Ra+lNUjVcEnx6cnrKP53FRfKKlA2Ijt9s6wSzcTHrrwMxhR4Jg6yXAEz3sSR+ANtfvFX8f6vasHK6avXP777ms3OY2Bf/RDO81tg6ZZ8zuJGsJyZr3wlwxlywVpTc9UfqvDnipB9fNRbc4aNaQW7+s6tStnlwQ6yCFe697pi01MHiguyDw4d7g+VudiSJuSViHfUg5B+t7VpOc3oCy7qB1qqAZ+X4+hsotMMr8+cYDAJaDX6+u2ZXGSKwdlTs02JyxrRpG+TvYWhB8Ez2K3DrYDo/80ZvozN7lOK1j0dVrKyIAD+mcJZNMWXDe2xvMRDfR4Qvlj9WU/1AO2Mb7vDZqvl4mr/RtRSMqNy8FdubOIyq+urPXpA4ufZ4yDvG5hf/pwfe/P2qJfe2eUL2Zf7x92s8GAXnFELDHHd4NhuC0Zdd/ZlORIGs738oArDEmuRFAMHBED3EateWPd5BcBRbXLrwo7wPLVh6h4hPFL4e2ma1o1twOoHucJjA878Neu6Bxt78oBOKvCGyHe1ZP3OYDh+2zJm/gY/lo9PEzhXjANxB0QdfoqjwllA1EtvoOSI1pBm62UQVHakQV5xDkwa/bPbiFVObK+1k4Ye8qtA2wZdmrP28B0UxvQsTw9qRueFHu/1U9YBk3rxjZmgBaXj9Ec0otYiTLxaVF65vMh7Wh0Shs7rXnakBfA8bUXhJGF1qO+ma0kRrWWAPEKaUCGmR14dwOXQzNQAQrPpDehk2p/DvnuiClzgWLklv95mxy2wCdNhSSV4mhDaCvg6saCjpRhQA0h8Z7vAxbPuDp96pASQdM8TQuyl5eId8GvqD5s/G+cKa3E78PCBvF/u7HZc9jpPmFqxcdX+/gGwN1eNL0T+hXS40Mud4b7MwtdSl3SDN3z2Rn5c6MYS9xoEcM+ED0MWWjzZT4KHnRvoWoaKInCF3QIffKQPmCPwYxe64oquBriKmZ7VgNTz54GQj28dInnLOwN+y01COX38YXrszp/f2OvM8rwXwN6EILUoLr/84IrvLoHLR3HCbwJi3pN3EaFJuACu3t9/u1FdioYvOZSbBFxYDRcF5wMIkJ+KOH0W96Zi0Jke7Kntf0i2X2M7kYn/Bv16GTM=", "1:eJztWHt0U0UaT9L0kT5CW54FhO0KoiKe5tXXUmdKoAK7WGkqrqy7GNJbeiHJpTcJUEFeCuIqbwEXQVBQFy0IRR7LIjPCwXqoi7xcqF1LgQpCobTQ8iqlO3MnWMAezeSs5+wf5I+5mW/mN9/r9325k8TRUk6+VqVSeSLIMExyCg6fU8hPphIq/oPo8earb88yvZLLRmfW+7L/e9lT+Zqfk+WQPNuiyZcsSXbZndYCuzxGEOmmNs7KbkNma0M2+L7svoxLlnpbpnSaH9k5QHLntc7o2hC636CMRhttVpmy5LJ7RUeAIBMfyKiMFj6QSRmT+UBmZUwJBpTKB7IoYxofKDkYUMoQKjMk8aFSFZSRM+hpDGW0hZGHTXSPIb9fP4dhlrFHWhAgHvsUmIHBkrh0GYLxyg8yK6CBkm90ICAje5i5NPlByVwgE3tYggHxaTKzQJi4QJZgQMnB5CklGEb4q8PABUoLAmQ0cAaCNVkFE3CaWI9VMCk8GEYHYyoPxs+GgIud9UoqMwWcItYqFUzAwW7tlKaA+dPaJ018RGXBNgVT5qZgKtYUTG8wBcyFO8rcFDAZ7gTxtX5GBzNfxfpBfBXLSGQOpqGY+RjhB/Exwg/iYwQjrJmPEX4QHyP8ID5GsCZp5mMEA1m4GGFkbxAWvnbsB3Exwt/DLVyMMLIitLTNCHph9HSmC15BFiRHgeAiQLlokFNwCW6vJz/kzgPzQ+ksigyZHo/kEMmrkuS+5/YZ+eNhuUXjBRvdnCt4ZXuBkCfbnW1cVa0FIlmwEm2CLMYSwT17dOTLQFEWHFSZjW6wSj662eGUHOMmih6hjUOzxDwfsc9JLyVi9E8PDVc8GmN3593j4p2Ny2j0l+2v73fHX/KbzqyBOhzP7XDaXVwx/foOd/6fOqzndthyV0WZ76mIdip2n7VKkpwnuu1ewcMuujFkGO6zu72ityhTlu1FDNhDiYXsc3h9spCnLLzQOh9o99rbqEwLu++Z7jZPoEv0rzoq/dMmdP6d/ho87PI8m3dtDF4vVhb+Va/HK0zvfZpyTYMnVK2Ie/+zSLwv9/O/r30qBJPVedWX6lHj0Odmp46Iwl/nf3NmbE0cLnncvUbdPwGeBmuP79LXgvQHh05++ZNwuOdwXyHhZAPK6u3TLJ8TijPefmbVx+tvomcVxcVo73zDxH6JYbi4+8i83x3X44GiVDdL1xFCesyKs6D/ZzlLE/UquG/PgPVijwSIibWP5aqhNEO7d/6maHjixQ4bnjyxG9VOAZa/pIfgBfS4nlr8/aWeh6TjcTDh5B87bzt4C+yfc6iyKqoFWBUHW8AjF2J2JSVo/fZcRutvPO/ae0sNy/dftZ16vwzMHnl456kOobiq34LV1wy1oM/u2R8+u+8Q+Gjm8CErp1eizHrHV38u00AlPJ83gWMzPFlvXtFiw98e7bLkSB0oe3fQ1svNN0HX4d92m2KvRPpdSWSlDuT0Wf3axhMH0ZmmdfWHht1C54dv7zGrJgw2v9pQcTSzPc719lrWsqAaHVz4/C1rejx0m6dvgxodHKsk6DwSPnohN6dPJBz0pHy9naiGGY8dWX76gXqw5Iiu4LfOm6Bg8znPlo6xmGSl75VljWi+jRw4LRpuO6iq1LymgueWlEQXFlegs4Mfb0lsrgVlsaU7ts9tYvn8dzN6gKYhWwMVNb/RwD6GCJKay4gYNbVpRzjsFkMjosJRSkKrkUADfLU9bGg+MunsQzqYoB2h72eMgCz+Ebh25IAnfiiPxSw+sXhxF7ohErM8RPvPaUYLpzalj99fhz79csKuVctjsPLs2glT68KSusNoTd9XO5V/4fdTBwsWXiAZv+K3NwRnw/b2PYfPoMSNMlk6B0aQrB4bpcUP2ULXLNoRh10jXtqwdXQH+EN5Mcn0FlRxferYnd4r4FTpW/9ceqAbHKwQSQtvXKjBaY44OI2sLn5LDRnfEWL4GPzSgc3PNaYR/Uqcy1AXRYEas/g1AS/xMmwURhmRR9eMz9gNGH4aIkbOXeaWQWPFURoJdG13HglxJKxvIMDtKqi4MTcCK/ofvAZsSxPn+QrV8JWY7E/eFHT4jX+M011fXQreGHpOa47TwHEku98tvoiqSJWY3qsHR80XUweVquGsGkqoE+DjJ2iF7QTda04md8Vvg0IlcSH4y3DC+J7hUKnrjHjcS0nst+BfX9GPHs6ZRYjviMeK+m716INIkqCZobClZPKljQs640LFsTPI+EzSo+sOx8JjddSBWBi15YOi0keqkYMm/OFOcOsrUw5sLg+HJSsvfvjF7ytQ+qKyaYNRPGxw0kBGQMqCkpUt6D9ZIZOieoVDxY7JOrjp6XHLJ65oAMzfELiqPyX4VWA8vaF39cuNgEZ5r+smUFHCJMVhFs/bfeksIOSY9GLvOExZV3zjPCp+vaJAJbWDG46NmpDdox6weJ5Gx6uiFq+bqYa9w2Yssb4eCReRcrtxoQEpvwqZ7jHkFUVyee7uqa3/RLbeX9uQGf8LWYsX5Q==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl2tQU0cUxxMIIQjIS8EHgjyqaAVJCAiOeJeXFVpKIYJVCzRAwGggNQ8fqFhGUVupOtZX1aIWrVXBB7a+quxa66jQKnW0qNCOQhFSoBYMMoCS7r0by3TKTHPzwX4xHza5Z/O7d8/5/8/OXq8MZVK2JYfDUQvwEK9UyDK1Clm2Px3h4eEtuVqTzX1xFaFR5kroq6hXsZcUs/hXLGEgloS1ktjhHzOUqlypImq+VJUjkxvwZ5B7JfxPsZmvYi8pFvAixnTt3y6JVOZlDVzRc7H0/4XMGCyhGz9CpcyVauSZJkJh7CARM4awheiYMJAdFWROUkHkUUKzqCAJH39J5Hk5eN/8L0ZsTiXE5EEisygxm+UFEyaYDRNCmBA2zBRzXDTFLJWM1BQ2yws1y3qhZslkpELZrC+MYUQmy0SyIZDJOpFiE8hkj5MKEMhk55E2IlCgOZCQgaKV2gxTINIYIpE5ELuSh7EsOdlgGYaVX40FN9lDpMkJFGYGFMROJSMkZAWRbSVIZA7Ezq5GiJ1dybYSxM4PRohdCxohkw1BthMCsXOEEWLnCAKJ2TmCNIaYnSOMEDtHGCFWjhCRbUXMyhEiskOIB3cEfVBXO3DIaS1KqVRlyfOkGpmaHOPs8ZColeZp5JplESqVdBkBPegbaVTaTI1WJctiJt4fuI6WaqSDrEMcTA4n5KXuxZSMnqJf6uho2+RvxzvY9lGlPueerdN3w6IVNafmdB2Gx+6mL04oGAtKt0zlxvMs0CaJxneH4Rlcd2h2lej7ZiqvlHvByvkB3B61QdHc108V183nKAvdQJydxevrXA0w4fhW2frMbmioWN554p1Gqrb0g/Ahte3w3bCvry2ubKTO/MT51eK6O1hT8uORm3d64JjQnGi5shM26LZV2C0SgOje9lYU9gTW3EnBS+ynrmwSLvHfPwpUXY4sl6fZoYoAegUChNpKpk2aZQ2sb4xMvD+6F/6Q+uY16/BG6s+i67MutXiC5mK/dvtKG5QU+/mH4yL5qKnGu66nwECl7D1afjf9NxhIp/8ND1jRD8h1BXKcBS/GGvXsyzn1u9oSxQYYvJ4/vQfDdydj4iyVdj4WZ2gFKi+5jZNYuQDF0vyDk6L0cLxQUOY+twWWldOFewSLzy206dmng0dvMgnA5MCJh10cPYDChr5zA/zYM/OPuZGVcIdhc0FfvhNYauvrV1DcBUeheWMjOnggNfdKf8XykcB1QfyTjRJnlL0+M7V+rSPa+pSfvtPOB9Bq1bkNQ0MrAz+buJOP1uvragvVDfBi47Ax15u6qO1eG7WLdvOA9tMRvJShT6CASaAJPvV7b9N32iHAG0+PjncGe6dNur3rUTlkdF6jg3i2y6+eA1ajqv0xp6vhjNe0FrsEDqCeljfaCZB5G7TGHivcZIWIPg7Ay1OvSFnJRbeU6ViKk5DObrrAGxygZS8dihidk20RY4vUHsoxP+To9NnP4f6fxY9DYzpgtePV82c/8QaR01vulfUaIKOHfw+MeUPV46DTG+vYBzv0cXPWhn5J9d9eqhsn1MNo2n6HT1JONM6voZIvfXXgbfAQNobQlWyCbYlnPYpaOyHjv9kegMcY4j6lO3Pcsrm4AbahMJ+4vlHAvbUBEw9h85hDLTMDmih1rXNnxOOxIP/qhKlbqnXw/ugVUlHyXYopY7sLSO2Pwg6th1N94pavPm4JlvjjCrQ5gqTx+z468bAbHum4FZ+x2R5Y2mClj7kAnOy8k5CLSJ9xwZbqVTNh+EgQ0ZGJLeuK5rjhjkizR4zsFcNByspjpzNWORF/b3Um8yXuYDhWl8pyNurugkZgF5ZW+ILEhbuW7PliOCrbQDeiLeE0XoD0qRvqLVhwQePCRyVpE3CpfcAJnL2fvwvyLGrFFXoOxU4h0y4m6SnSd5epqlm4kDccQbf2wR6ng/aA1NkKTf7Fl1+4jYskNvQGlpej1uDDrfqfe8/A++jASWaQmOgvM6CEhw==", "1: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", "1: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", "1:eJztV2dUVEcUXmAhCEhH0KBChGiiErbQTBlWiliIymLH6LL7gNUtuiVIjuAxRrGisUQTTWLHfmwkFnQmihIbIioWDEZRwECoqwhLYt68WcVCTnibH/7x/Zh5c2e+uXfu/e4U30R1XBKXw+FobekiVq2gpHoFlRSAJVg8TK7VJVk8bYl0aqUYtyLeyF6b7NN2ZZavyIa3yeLomIod6J9otUYpUUSkSDTJlPwJ/bUz1/D/IYtuRxbzRvYaZbynMiaTnzFioFola2vhvsF4PI8p+WK8GYg0aqVEJ5d2EBTMDsRnSqE5oFB2IIE5mggoiC0Iy3g8sQ1dieWqZHon/S+MkMHwA9lpCjLH5UFEFSvzggkmmA0mhCnD2BkXYpYfQs1RFUpUCZg1Rar1iR1YUxgJbWBH/UBGE0V8c0DCjlpHKEcqdpr4pAplBTJxPMgcUAgrEMkMXoep9zyInSa2iUHsMgdkYjk77xG+8sLMAPE7TFiykTOYDjvvubxlRyKTInYrIiABuxQkHBewi5IJxC6bCMcFAnNAQjM4LmBHIhOIXTaRxBCYk00Cdowg2SRgxwgCErJjBCGskB0jSDYJ2TGCnBlCdowwgdgxwgRixQg+iZOwfUbgF4PWE3foKA2llqZQShqoSYtSUEpKpdO23TWZe6U1btnThUirVUvl9DGsVr30/LB7Nll82jRKjAfHUzqNJIWSaSSKdt4qESlyuiOC1kZp5K604KUxneifSLmGkmJlYmeMUOvxYKlCLZ2aKtdS7UwaLZfpafsU+IYsd3h10reYFSVLVDJtktW/OZofaKLDS/5y4pCrd4RarZHJVRIdZfJTZ7oYqZeodHJdmkijkaQRYA/GJRq9VKfXUDKmY3JbO1Kik7QTN2EwuWu+aB6Fu/CrHUuXn5sVA9NjoY+oXnp+Yi1I7e/b09CvCxJ9eTd/zdFSuN2tMPJ63WbQaWFPac3Nruhy6e/2K7bfhM288j3+91rghfP05+CGFmbda+hZdB+GJkfK1XUGuKVfhHdVohe6tmnax3bXDoDR6Xt+SpxVAS37Zna5UeCIFg/5gyt0KQKJzmPDDv56Fzzqk7D0xENn1PXuWM+fLz2CTvY5W9PyW+GHt4cvWb3HB03ftagkhfMAhiwQTb5fWAoGWc2w90vpic455x85tMQAs9Py3xuw/A48Hvjt+16rfFE52Hz7uGMLhI7rBBsPXoR4WYrP/VDwR8fivvG9BzOzx5zl59miZesf88oDXJBBgS1shpsscq1dVzqiXN0KL26xO/Lrk7H48NRWgFFZeis04XJumXv3OrgNw/cVwWN068x9AxS64JlPQ8Z8Tis4e3LgbnnpY1jEKbXsZGeJJPFxvdcvuAK5ox377/++BH6dYRwwreARnHgrml5JA+jKdBjhlb4U7YJ8QOxphEPHzQstjuqMZqzb2Otwbjf0V6ah5NrsA6BmJgj67AsXVHljV0tCf2+Uh9VNb4BYy947Fii98MC4h2HeqGHviKnfpV4HpK6HId3QBB8RF9m4uoPTCRw0gCFAo8kefzR7VcQiRUUZnLRmmMfiIS2gbu6Z+F9SfFCWTV2XmBFNkI/DPqcGVGlzPIx9/dEPtdmnh4bUAx3dPFfDRXjaWzkGQPxQCdaO+nHn7utNgIljjR269E5Jc8aUPHDC812xdS9O+CdpY7cFxXoipl/VCi1p97tDLvI73JppMPoiws+roGDHxaujqx3QEAfMIBf0W85XMwsP1EEbbHC1Ldr5yZgJ+4AduubaILqY1ALXlnfPrpzvhuhJXecgN0TwXBR3qMfcqpH2KPBobyf7IHdU/QH+MQDGbK49SqfdemRwIyT+sgm3PrWUl7rbGo3Gy5hUCaMGaZqdHlTAsi1r83z2VsL8oQwjgQdD6D9hY5ZY57faAmVXxgQ88b0KlRXG7fVxVuFb7aL99Zbl0DNmRKtXIwfFMxNYhJM8sEBJTfckG4ptUQBDyIfQ80ZBk7jsAqSNoCNvhGMYQ0+Ck7Idk+Pj7oDaM5hgjXAWDtt8I+DZ7vIeL6sy8bAUbCgW1oZGcRBD3wXOpnzrbuJ5NcjojjPVCdHBpg3siuaNx8S+BJj8dHRBDUWxic6hPmjlIxuaCqOgMUF56u/9Hia+vY0Iz56AKaXT6dS3QX6rnyzLMDYBZqsVqZLpA0Ct1L64J714EJBrZDsy/j+Mqg7a", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWAlUVFUYHmYAhx1EXDL33bSYN8OW5X2ImDsiZi64jDMPmYJ5NkuJWeaG5Y5mlplK7mJoJuox9V5TUzRX3NIsFTANIRQXlMXufXeMUTmnuXOkOh05hztz/3e/e//v/7//f29es1Fi/wRXmUxmVuKhj5gk6KxJQgJHLMTc22C2JLg8nEVaxOQ4Mot6ZvtP2WL+JVv3Z7b/kS30oU2qevnDWRfRqK+akWs9yHqVNKrj3PHYVbSOwm3DMUiIBIkzGEc7BCE2lYoFw0mjhsUzCgllPyWMBaKmZNROYJiCppHGcDaIdAzHggmRxgg2CLFxKpbchFIM5wSGKdJhNATBLJhwJ86JYAw19YpRBrRq6IfDsrYDcWwncc64Z5O2xgkQx8ZJ40wgKIhjc48KXOVwW6B+0ZMcVp49iM29cGdOimAEVRUTx9QebRimvmUjxNSEKEbNxIfGQM10H7JhnCl0tcMdxR7EpgVa6GpnCl3NVkm0ZtVsRUHLT+2wGmjdUZDDcrADadiKwgZyWBB25adhU4QNxKYIG4hNEVSwGjZF2EBsirCBmBTBUZVrmBTB0YasYVIER3trSPWK6I9/IZvrkQsWwSSIukQhGQNNKdFJQrJgtJgT3O03THAjMy88RJrNos6gtRhE46ObxXn+tdmAlDFCHFk8QLCYtImC3qRNemyxN/4SlWjAF6LwaYLJQJY/tsYDf+lqMAk6cpg0i0oSdW+9azAL1ezWzaC3YseSyE8Bg8uTu9WSqIzWGvXmBMWTuQy1D7Q6pOYJe/8dYX+CEK1ksc5R3q4svO0e42y0Q2uetk9N0FYwp1tjXyLqsJrn7ftU9V1NFB3T98P7Uc0T9nuqhNkzHPzIM/0/kGH/p0q4mn7omKSDbYl+rNWTdJCNo0TRpDcYtRbBTF+fECnFWrVGi8GSEmkyaVMosLEUC5NVZ7GaBL10YWTVvKvWoq3mlhMSTH/tP+qeIDmE/4n1lb7H0+Irb8IuI/OPNT9/C+bu/+y7T+cWwwllL485opTzS4a3O+S/vxwU+uwK/rx9CdAEhL6ys/8teMojsXnS2F+gz8WOc5eVpgNytf4COR/fNPKG7sdCcG3rBsVvMw+ANSGHO/U9ng4zz454J6ZxCVys/mpzWOkDSK978z5vr59xPlHB9wma2fN319tg0EFu7zcv3gCvB7dfG9hPxkvrx8r4wfW2HpcN9+EXKRtilwpBr8Gp4af3/QTTPiCO3gAdTi660mj1MXgFrPh1l28ZnJN3s8kJcSk0yMSJrvv+AP7SgeUA+pIdXdBGfHrbQjnaUlJxcuy12/D5gsuhz6GboCw+eV/lpgzg55W1KmV/ti0eCkT9vAxByPDtPbyLgRS2PZ7oQkv3iQuiymHTE+KIWkcKgFHz4VZ+0kGY+dqlcXUyc0Hit7+bs4JywPsEmO2BKA83JJnLcmBq9oDda1bkwfFaDlOuBKP8B0VsPvALnNj6+9TVC4NQ0ZAuna8OdkdSeu6Vwg2fCB/phvkhiX90INrXdKMpMe0OzKvTKDt/QgAyn6l9MzLGG/3wc9aU8cfyoQcJ16FlcOb5RByJCkiykRavRJ5nlo951dOPz+j8xtBvgCdvabnwwdxKGU+yoEkL4KV0aCpBUQGKaNHzDFCR9A5wQ2l+40IzOitR3bJDRdl7igD1pxbiA7V7cl54ADs2a3IraaAr6g7fbxT+mwe65DV/7aTYXLA042usgALgJgnoNkgdkrMjt46Ml9JdpORx8BrEnssH0WeLb/UcrOSz80kiK0Bw71We3Vb689saTy2I3ZYJ6bkn4HOx5xqO1/rwirFeLdt+UAKU658fou90F2LxDevVXcbrO/0aM2vhVbj93PQK4e4DOFf1LnatGODkyV+YlgfmxVdG3U+Wo26trPJFykOgzbKPN166lgVGdzWIxW4KfsqSw+uOniqCGUdPDbz+0h0wfTYRlAuPRT9uZYcy2CicrPRENF/34PBeB2q9+sVtgIMgNLh8Hc52L67bvd9JELB/+7ZZqTJEZuX1cyH2Di+U8WgoLpQWAYiecx+2UREGd8B7k1/CjLeASImImy0uOTBGCvA9OEQi5sLvPpgevaVkJ+wvBeYKTD+t+SM8+j7grmS2yptcCrHo56i2BqLl81526TNFgWbgKORdUiBJ1u3qIVoXlXDxXiKgYkhUVFheH9G68UI0DxVQJv15oR1uteuAbrWR60Dfjpu+lKO8ydhxv0CUcDdPm346CCk8pjfRFd2Hu3bXax3n5okkPouCUCtSHjOuwqyw0u/16wKRFPdCXzQSd4O6bx4GzWdb327oI0cXFwes3Lm7AgIsR3jdA9E+4ofuLLwwf9rUi7a6vAukrh1pHI2fjcVk86M9r+r9c9Wb3mps3J+HNV9q", "1: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", "1:eJztWHtUVEUYh911BVdAgRQjTTtmKj5gd0F8NYNLiqlhLqKZmuvuBVeWvbqPEk2NY6VhmWXGUdMsw8fRUPHRsdS5YlZY+cw8+EANElFAhQUSQZu5syTQntwx99Tp9AfDztz5zXy/7/t938y9XabyY5JkXl5eVh/cjOJNnN5u4pKUZIQMjzRabUneDb0YG5+qJT3N/2P/qrH4f2gs7v+x/9CYumFMzHpJQ28Ibzbc65Fnw8n8CLFVauW4jeXtU3HZcA+iFiFaoznZDYhyOBmLCH8ATD8WjEpsI9khUSwOUFHLIli2UVOMkh2jjGCxLZJimALqxDBFtJ/YRrNs04+6IJplm2ix7c8GEbdhwvSnHlCx0HFiotzdh2YAowwag9yOD1Xn3wC5nUCUDP2nYgI5c4jNexSkdLuMUA8wqpt64EHMc+YRm/eiGGVEK7CIYSqNzn2Yss+JYUolmuUqthhRhavcrqiNxKpiyyUqVtWDiFXFJiGqOxWbGqiEVGy6o2FSuS0Heq5SkNt6aAxyWxCNQGo2RdAqrmZThBPEpggniE0RtPir2RThBLEpwgliUoSS5pOaSRENICZFNICYFKGkKo90rYgx+NXV2p48sHEWjtdP41Ix0JL2jIlL5cw2a5JP4wWTWpCeAjcxViuvN+psRt7cdDFtqz8WS0ibwWnJ5ATOZtFN4wwWnanZ5Nb4h2aaET/Q4N04i5Ggm83xxT9ijRZOTzbTtiEI3k4m6028PuUVo5VzsehQo8GO7TORq7pR8udFW4qMknVmgzVJ+mcdKJtUlQjP81Z4greUmbe6SWFUep536/vxJj2Nu4RlzITDm5w5Ks8T9nuohF247z6EoxpXEpXa84T9HyphF/XhPoSd17eGC4LnCQd4IpVd1Af3At1wx/E87zae4O0iXe7D2/le0HBNo19qmXiTLn0tbXqkNpv71+/qf2G0y2uR+JLbDERClqgz2TktOYXjZ8zgrUZb88ObyI24SsPzFoPRrLNxVvqlirjuebvObDPa0mIsFl0aBXYSCVjsepvdwhnEB1Pu9WN1Np0LAyPD6beYpg7nRE/jPzJ6h6sp0n1SBU7wL7U80iEPLLHPDPWb4iOEhSz/yXfaVaBTjg3vuakYRU7+cnhriUSY9/aeFN9bDhSH5naMTq5GpwMrYo4mecFd69O+7THgKuADFwiHP6kBlUu0tq6ZMiElrDrz/LJKJAlb2C7/iEzIe3n/x4/2rQQnvAokvhm1KPlU8fSw6hqUMOaptW9tawVPq69HP/OtQtg47rDy65mPwIEX4t/JNNcBcZ0gX0HzubFgZkYbuOmz52CQrgrUhVixCXXo7K150/c6WsNhllsBJV/UgXGlfb96KuAgenbOgr4j1x9GO+ZUbBudUomik2ON/I0y1Fvz2LVfog6jkwUXFcs2VYKue+oWOs5uACt9QtdM7lEFsPF3l85zIHEZRQnoMfHd3KqNXrBzzE39D5MOos8u7Pf/SJWDzOu897YILEX2ZSGyRP9DgOy+VXoUpRbf3nTzRJlz3btgfauhT9olK5HovrXekMwqfrsCnAl9Fbv4JljdNmvfgUxv4Qr2RuYkqcCnyw69ezNQ2Hz0VGIpHwK3PDbBMPBCDZg84ruWg1cFCDl98M6DWsGR4sJnQJDu4MmwX72h6AdbLWix7v0B3qN2gtTEudm7p94AOIhBx2JlsPxVEDl5gK/gvz98Rc+QWsTfeCMv4YCfYJo1O6uXpgas+OrDpQGzHYiwHBEXAEV7zsuhSON0IfXbbm+BROtSSRYIIuE/dR1QPxYAMX7DZFD96c5+v+U60NgDG3Gk5JD+vwYKs1Z93TncCy54fvjq17rlANLmygOEQfvGfNhlyW00P39w2viNhai444YrcdkBMEEE3EF3fppV0m27VHCYMKEofyiUrhnUK0Eu+GY8ri9f2R5Wd8cBskvhjwOfO/7exAoUtfnpcS9uP4uwWJYUVdxCcaOJUupRaN/zXeXph8CxHS9U7TlzBUzAbUZ9Ger/86FU9Wt14OdEEvEatLieJMY1sAizTq/0gdtHp6x85aOLaMjTV/K31JaDYdJZiq7db6A+S9f+FnG5AARnD7s0O7gUvRzfqd30UZWgs758wpD9cvj+xDua2rILwDDp3FDprJYw/0iNtjCrDswWDbwL5OnLNYtLpUKfu13qq+31yELMfdwByLApWSqc3FsY3DFPIYy4KlO3jfoBlPmRwMmFy9lPFi1Y4yWczcCGGgKF40/gyF99FIq6iSgEUuKYPsFCL67DL+Pbh8IpomES5/N2AhZr75zVj0AxXbY6wO3vy/MO5voJoiyWK2Aw+ObcrteLkMjG31/AIpqfv88bdiQyjC8EWK3tuwUFC8T9E3IVUEzvmktALBdBEpj75gacwUXgKKG76hw4dzrdOvSDFlD091wJpHlfAqa2Gd9/Z5zcad9tMASrqXj6NeSoJwGvBjj5cUWpBIv0xIE+UDycYszJ+G2HT21WlO996r/3FcjFmPJ3+vS6RA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl3lUE0ccx8MliCLhUBAVpQW1VdCcwPPYRZDigQhBrYKVkCwShWzNoUVF6wXVtqj1VaxYVDyw1GfRPm9wphZFLFg8S0UUQW0VFJCjoAS7sxsqUPrMptc/5o+Znd/MZ47f7zu/3bhFk2Ex5hwOR21FFcFkHCHTxhExnsiCzFMVak2MSXvLT0PGS1DL/7XtH7dN+xu2kP/JFvTa9h/ZvNpt9I00bW9NIJXyly3UNwmN59ElX4IutZ+KjJdqFDIDIQE7iE+XQnaQgC5F7CAhXXqzg0TGQGK69GELIRt/NDvKu53qQVUShXI+lXxfxfjQDE9sBMPyTL4MxWezEsPweTQTQGqjDWeEhq5D72o0UwmMgPh8Q3fXERKxWonHVOzOxEB8Aavt6SGD9UBDIqbyNgJiGSexMSuJjXG5tzGO0N8MX8NvBjPeqOuuD5XBvmAyLM34sGEEDOPLhhHSjIBVKmIEIeCxYZjQCgxOKkwKYiB2l10PsZOrHmKnPMbfAnbK00PsLoYeMlgNTBJiIIPl0AESGqyHjpDBguiQVoTsFKGH2CmC0Z6QnSKYtCLsXhFh1N8ltRPq0BAqgpTFEvEUqEqYGEfEE0qNuvOEMRao1Ysq/NRqUqagkgap7DyZxPqPycIT3ickaHA4oVFJYwm5ShrXZXBv6sE/VkF1+FOrESoFlzJ0GdOTeghQqAgZWkyCBviTWjRYFkfKFi5RqIluJg1UyLXU/uLQJ6jC6s+TWtInmi9VytUxZn/lM74+SMJ//9x2rzo3avkbemBb1gfWv7D0AhN1EQiaD03sT5IquUIp1RBq5ivfhipCtVKlRqFJ8FOppAkM6Er7QqWVabQqQk53RL1sB0g10m6EKmQ+dgWdt0egLvR/Hln3TcMdpGauuO+Nc/HCDxtA4cogkDioGtzekrxujsQFN/ugl/vwFS1g7q1A6rENtPAeHPKQD8S3Ke3XwIv1YOH2JTsy3izDFuRotjib98VzLOwdsfM6cK7tyLKn2c0gac7VnEpHJ/xOyKepSvtmEPORjJrqIVZ+ps8OwRvmOKCqDKEZzA3b6pai/QWc2ekyqkzugGfVXQmO5urAsLNJmbMuXgRu2arYzY+bMD61/L015rD4+szqUaePY+8eEBWNmVYJsqLCw4btqsQ8tKbbrdLMoPNQicWez56CfSP9B1ZVOMCUHrX9gqbfArrkhtKfVpnC4PoUica9BQQ8e1wFfU3wSV4v3HRNlSBj4rF63bUSbOp+60APrS3sveWr1aGTmsDj9LEjr7n0h4w/ijHLS/1Db6aZwJLahsmzk5pB4ZOC7yd42uB5h72Ue0wegVFUmWNRDmi3uZeAeTSwDIuhf5bwvnT3DWFNMUg8dCx65c+1wGbRwY9LY9vAZtul4q/H52PDdq3PvvuwFUvERO+dKjCFhXOnXLAc14R5r/eLul9shUctDnHtt4ADqyrELjCiCUvyQQHsjQ+9tya9KIsD6eOlAmyMSfBam5BSgFbzmfgcO3/r6NrlxW16vz4Dy6X8GaOz7GGvo/sT8t9q1u/TGm4YLHsyZ0IToOOU0YylaBcNsCl/CA6cn0JtoQJEDvGrkxW2gtKWFVTorwIxFYXLl7mwj+eRL2syr2AiarV3VHVgWxkSkg4sLt9hty+3BXMKmt7q7OCGk6vMz23k1YH0mkxqxqdgdUX+ttNbB+CfTH5kLrR7BnhfvO38ebglTKZ2yQ8YjDN+qgGJxd/ObjxZj23a1cx74GWPw2oUGA4kkAAyTeEm3hJPtzt98eG26ES/gZ1FWT9en6nDrMalzdg5wkI/3gzOdjp+mXO7FcyKOAyq00uwokL0y8MaT97coPOwg1wUhlm1IHLj2cbhkQ1YwX1s750zdpA2RzQAEsl/dxmgdbSXCxmd3WP8aj0Qumb+GuT14jCgufFmsH7wFXJesgt0T32xacXzLIyJTwMIurvU8VCyM4QRyKGNWCCSX7MpVFNqX47pdT6GiyN1aqMsYQIt+EfghOu6qlAfLs7c13rQbwHaST1gdGGLM/c1D3seGU9dxdOADuuAg8BCaCcem9sC9qflDclWXcBGNKVSEToKkFrtHb8BuZWOgwoIK5hUEP7dgb2NoCctBA78gZt/6oSNKbyE3FkNAJ09/ZTzqTcbGd/1nWbSKRPRn7nd2Pi/A0QrCnE=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtYlFUaH0CucktJIe+Xdk1DY+Ybwev5ZIiwUoRhyVvkMHzA6DCfzGUNK56kqF3dVfHaamFbmfct23XNtjrHNDVN0wVXU1JEWvXxEgoDIhc7l48ElsedM8/O8+wf8seZOe85v3Pe33t+7/txvhmUKadmd1OpVLYA3EyRzZLRYZayY4mFmJ812ezZXm29SXY5T096uge2/yvb1Gzv+9lS8Znqg/GXRNmaZzDrcg3WHMlEJnWxVvL/2Jb0wPbAxmUb22aj1ecXFcfLlqx7PTI2mcyPmUxsMYLeD3/oTZYcXL9cxGj5MWoNxSTIjkwXMGrajubZRs22iXEDI/C4pqEtJ4RGbQyPawJtuQItMDZP8GC0DKPloaNguE5nNG1jeSCxtI3jgcSxQHN5NoZhuKKmYFymw3ZgHy4TorN5k7QdyPVUoCA1Z2q3A6nVXCCNO4HQuLOT4M45aTlFxGa7E/JYdzjFuZF9SvC40k9hxJV/Coar0LEgaLjyT8Fw1XoWN43LwW6H0fDXBg3XY1XB8OUeqycaPp0qIL6MYPVE407l0rishXb1RHBZDO1BfLnHUkJwp3IJLuuhXRES+Eo4K0ICnyJY+gl8imC5JPApgiWGwKcIpnKBTxEMpOVThALiUoSapYaWSxFtIC5FtIG4FKFmKtd2rQhyUbX1JgN2ySrJxlwpDwOtBU+apTzJYrdl+7dfMNuX9LrjZpLNJhtNBrtJtnS69Qb9slhawXxJTyanSXarIVfKshrMXVyRdbkmPKDDu0lWUyg2dJoTiL8kmKySkWymDycI2UEmG82ycd4Ck03qYtFEU5YD+2cmlxx27+44x58yyjFYsmzZPv+pg5gOEhc8zzvsv/EmPZ3nCKs7FAKt5wmHe+KgA7h5K1eSGKUAep73Q57gHcjNW2hfG4RYz/Pu4QneQdy8lX9oFZ3HeZ53L0/wDnaTt1LQtFr2BpqLN+mye37HB02nufd/+XEfp7t8GtO3Bp1A5MjSDWaHpCfpnibnSPZcydrpkUbqKQmVTpatWSaLwS7Z2JuvENykOAwWu8leMMlqNRQwYH9KwOow2h1WKYsOzLnXTzDYDV04qNUybh0DLpEh8j6fWBd8ueGRUT/sB7UD/im/4H8MHvKfsP43Gy7CjY/r+l7NDBAr335o4xd7z8Oj35K/FnBYvX/nyJGRKO3ixvX7B3qJ8qJuXy/b2Qst9avplTQtAs107jmzuKUOzJ1Su1RfF4Ei/vLUhYWreqLydf/ut+lyLRj/ReqaQaGhSHh1t1iU2V2MXF0emDv4LpzRe/cJ1TmVmJNgkmuKA8Qfjw8+21johyKOJ5yuqbsGkj9aJf3O2Aiu2nY93HTEFwUuHmC8MbMSvP3ekD3Nb7bCmD8Nx0v5ip+KRVUH3yqDA/Fo/ERvtKng4GNjV/iKy6pvYYbNULfDdC5/cS24kjTy7qCWGjDOa8rrIck1oKdhX9kIqRkGnXp//oQgJ4Sv9IvLSdgLimyJq+r9/FBuyfWXgfYYWGK+1LTl5h24dnnYwtHbDoDrpeMfL193C1RNJwQOwDWfBOdvX3IKnlv5ZvHMshr4yTs/bTrwzAWQHhqNv14FQJvx2eTgRniz7ukZb8TVgsvfb78zO88JaVyW1oMVs1t1d64fUexBKHew+cWFGxsBpf+8Cr302qhnPzzcR4mLv7hz2rx1C2b3REOHFf5hz7Zw9Kvq10qPbj0PFkQPGlBnjkTh2MuJzzWDfc5hs5d9dRJu++5k+rVRTvB8RaLPi0u80U9xTz5lbTwIVCWFTWPnH4PDt/TEK1cCxq8alpCPiU2w+GrKp/2LQ8Wha+8uL2w6A7698c2++GgvMfFRh/e6gN7ojW/S9m7+4BooJXR3+6OtRSmT31GFoDU6ErFGcOtj4mh3hJ1wDquIRJgM9sBbxF7PC2x8BNHj9O4h9hn1w1A/LxWKIgFN8RYvdF+5pSjFX4yfgxUxyxvNKvv8YkS/AJHqJSNELCTHdMUH4WDggG4GTI9BYvkIKarqdCgip/vRqpvAb9Fq7MltMASrau54X0RlsLQKRmOZV42+CbKpQyGIjn9+GfQpzXjsSHgtnL5Ze3Tc1GCRxRVCPT4lR74fcpLj+5e/mPEMyZgTwJCW+ut3f++LqHyeCxFbpYZqw59VaAIVVD08vC9+hymjmzg1M3z6GMEHUd2/pxLXk7RIagL0mGZdAd9PKMBbXgFMhw2A4e8CpqNWSI+nphU6z55aZEu8zPImwwc9SgnegUOeJgq5AXbF3v4qa3gwwotjoV+Ah976x5rlYS2Q5UEr3L7j9Au/TS6FbTpg+VkJWF61AJreH9+A+X1CKqOXV8NLxM2RZ+GGbQRYD7AYsCKqQfHLx/86w9kCVxN5VniJtIpENcD+dON68BmuBlJDHaA6/jFc2acZkDD87VADxIu/ezt/ANL7vr9i7CIfcWVkt/TQvB6I5VM/lE43DBPPJ/9xrSX1YZRmxwo8HoVOlJBECRSZDsMQOFCx6/XmQIRZb52TVgNU5O/VKIQP70RJRSh6hbi55wxk59ML5Zy8NHfE33ugpGnNkbZThwGV4cC+iKZ5RiDa3ndm1rjzZQAXI6zsckAfipMsOfjuIed1ehjc+8ni3k8DXdjUPwMs0xP/", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUVEUc3uUhLAgLmGBZklqK9tC9u8sj7cxsIPkizCVTT5bL7gVWl716d1cjy1SKzNT0mFZWmnXSzErTzFc5N8q01ERMzXyhgoSpPEJwQa2ZuVdJo9rZk/3RkT/mcn93vvt7ffPNzu2cLQzNCVKpVK5QPGQIDt7qcfA5ScRCzIPtLneO+vKdyS3km8ld6g3b/8gW8CfbQy22oZgP5rb4n3RBzLc4UvMsYi5vJ5NaeVemj7b+N2w3bH9p63PZRtXnChMfEJy2ljvybACZr6MjZyYCZhKFfIvbbvURpGcDcXQ0sIH0dDSygQx0TGEDGf0BJdIxiRVEbLrebKgkGcXYqWQZpfMLxegrRUbpzW3wxWx35uKt8O8wchWYA/wjzMDkS0cvHFuAnAxKYgLpZRBbeAookYLSBE+2LyCDDOKYPBnlS6I/ILZCKFxPZgLJVOd0TKBkf5orU5br7Q+IyRMnE5YzMoF0fjSX84flHOdPeAZGkLx1UIzPhJB3DopJYcHIi0nvc2flfYNifOadvG1QjM8tatkA9D53qEX+9T4rSouM65maqgiKnk0bFBCbNiilY9MGBeQzF/6gQga2Za6A2FRIbpOBTY4VEJt0yc01sG0xCoiNEbLeGdgYoYCYGKGIpIGJEZdBTIxQRNLIxAhFJI1MjFBE0sim4QqITcPlpWFkYgQnc8/YOiPI6dUVRx64eZEXrHl8PgaKBf0cfD7vdLvkbx9XzhrB5C4cDyaXS7Da8S85wXnNUTjsysuyCsbxZjI5i3eLljzeJlocrZybU/Ps+EEq9saL9vbYcM0cDf4nzS7yVuLMHEUQgodMtjoE69iJdhffykvT7TYPjs9BTk326D+/NIRmlGtx2lw5gX/FA06vcOj65x37T3mTu1RfE45kTlh3FcF01z/huH814XDWhBWdvPxL7z9I+Obrweyb/GW2Ij+Ga5RAq5I/NKQKgmizOy1u3iV/gYjAw8Mei9NtdxeYRNFSIAM70ZKIHqvbI/I2+mB0y32axW1pRZGM8kFcf3V4PHlEvqsS64i4dbtVRzQwaFjkPasPR8Ep/dEzt63vCHeMGrQt5H4tXLzzg117h2nh2qUFW3s0xcITW1/btGDORXCza39M3dRo6NB4385d0xH+WFM/cESRBj7RY3vU1vsi4b4t+YYpSTGw6cwvUkrXOtB+5sBTQfVRcFbCmYjNNbGQm3hP53i3Gm4jr9NeRAPemtKtuGgXiOs/5EIHVzNI0IavXeoNlV4ur4svFfaDrKHd335x1TF0ZPyM2eVigLTkvO7kx3eWgHHfTy89UnYBTLeOOpReqIXFRcse/Y6LgVtuXyXmza0HFu6R3j2XV6Klb3yNLRLQhX5460jbJvTZc0+XrBlRjVI+3TZh8+KNoLJ5eW1pxj5Awqo/HSatOeVa2755v4KvAZmwneUrcyRcVL3sm0FJYXDq/NSXHJW4DseH4wqWA5xV79d7TgddB04q7DX4PKJ1TK4Chinr4LTsEKnLbM/4jrPU0rMH7i8Y/v4BVFHS5aD3klrJYwciZdu4vg7MiLeeHVmslp4Bxsc3DgiUTrxHAi9GGGTc2edndL7Y9sHorEZEuhagKQdyPI3gjoTJMzeM3Y1M047jDtWBulVDxi5sVMPbknPT7MIhRIpXNb8B4KTPbfjpJPLM64Bb/gtQZzwXkbnyAqgl7UteAD6ykwrXogrLkn2G6m2gafKYz93zhoNBp4IM0Yle8M2htbhybWDz9rPfflWshjZKlMNAqHn+26wv1ZCGoWkEfY5mznrVKYKFE998p+uGaIiTm9WmJhS2nbd82sMDvkBzJzffN252jLQnIztqeEoZSHrRNLpiSCSkaQ+OhrQPjnhI46tuByktHo2E25f0++zXi7FQT//OAVqfcTGwCHt/3xYPu1MCRMCJmxff0mtUW7iJuI2NgM2P5W+5tHoFKJS+W9JvQjRcl4074Y2F6Xd6AhaGhsFP0OlFfe9uQrl7K8fc1bBL6VsgnOZKf6WhSCuNnpDZKXbMYUC68NBuLypJI4wPknBxcCFLQQYleDCsIHR9ogqkUeJXAblvgXDvk1XddKEngdzXs+h0r03dteHnUBpmUfPyY0COWyuRWR++qZbqSklhmsA50pZhIVKtFRe6v0b6rfPFBk/ZcfTGI4tXfPRjsIRXoWlXjhfpXu/ZYf4P9ejU/NVtx98dKGW573j1tzllAJO3HY4VUN4lBEp0nb+1FeDJmrx3VJBUZZIYLN1uwh4Oh0rd6QI5CdavDKycmVCB7qUOQ6S7Xog98H1jNfISupbvQRvHkoV/CZG2lXTZjj4ltApTwal4FS/br5aOloXjTjeA4rhu5uB3G8DuuY9dSm06gei6LmgCRD5MmRpI6brgkOLvAOhWXrhoZ88guAKrzuledYh4K+wUAHvQBVaObJRY9WDmwTyVMDVY6etBxb8arr7X+a66r0rhTzCcdNPHDx57Sg33DSMVD4fTnx+55/MTjUC+7kA0359C4Cri/kw90NAFWIuiE/t+MXRBjCR6tVXrVh4FdAsxOXPxTzYh33W11rZ8Om45mrdi434H8/p3NA==", "1: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", "1:eJztWHl8U0UeTw96pVe4WlxbCyuLwK42L0kPlJ1X00I9EJciKLqfkqaPNpAm9CXRLS5iwbUrCMuC3PjhcqmoFAVKgbKd+bg9LCxHpbZlgVpuAamlpZdp6c7Me1DBupvJR/3DD/9MMr8335nf8Z3vvHlD06yTZngrFAqbH24mWM2C0WEWZsQSCzE/bbLZZ3jc6iXYrVkppKe/Z/sF2Ty/Z3um1zYJ8yElEP8ZZxWzDGZ9pkHMEExkUB9zTXTRlnzPds/2g7ZHb9mo+txm4uNWS3pvjzx7goxX05ZLIQKWIFqzDHaT0UWQhg3E0VbLBtLQVscG0tI2ng2kcwcUQ9tYVhCxqaPZULESirFScRJK7RaKca14CaVJ8cE/KSZLBj4K/xdGygKzg9+FaZnWUtMfjs1BTgLFMoE0EojNPRkUQ0GJVkeaKyCtBOKYVtJJPzHugNgSIXM9jgkkUZ1TM4Hi3CmuRFku2h0Q00qcRFhOxwRSu1Fczh2Wc5w77mkZQdLRQTEuE0I6OSgmngUjbSaNy5WVzg2KcZl30rFBMS6XqPcA0LhcoV7517isKL0yrmEqqiwoGjZtkEFs2iCnjk0bZJDLXPiOCmnZtrkMYlMhqUxaNjmWQWzSJRVXy3bEyCA2Rkh6p2VjhAxiYoQsklomRtwCMTFCFkkdEyNkkdQxMUIWSR2bhssgNg2XtoaOiRGcxD1d34wgt1dbGHlgF0TBaswUsjBQzEkyC1mCxW6Tvn3cvmv0Iz0lbhJsNqvRhN/krJa7rsIBtyebnDNbSCGDJwt20ZAppIsGcx/3Zn2mCT/Q49UE0TQIG+4a44//JJpEwUgWoz292Wqc9YrJJvQx2zhTugM7ZibXJZPq+7P50lAyDJZ02wyvHyIAp5HJ89MHPPhHDTiYOWD1HcxS//QBh/2oAStZA5YF8tYr3s8Q8JD/F3AoQVgdZLDR1bgHustsWXe0d0lAiEL6wqC3WsV0k8VgF2zSp4cg3PzBYbDYTfacBFE05EjASJoS0WG0O0QhnT6Y3ttPNNgNfUiRTrqBa+50TyCPyAdVYp0384B9eXg7nFMxcswypQoVVSnqPf0j+IDaLbPHLvRAyWfmDCzIU6Hdn71csmFaOK988KHX3t5XDEMvF+3wuhSM5tvGvdNWfj9/uvCNPx/b1Qnp41mhKHGR+ZLTNIA/VZuLR9SDSgy/b0cgUsU89s9JNWF89WhhyNk6XwTnRsRlJF4DXv4LHzA2rgVvJUy/cGyzH1pR7Z85zOzJb8rYdcVW6ABLN3aoLxZcgMG/2/nuN/le/Efb61JfnlgO58R8+PupL1bBd1//zadv5gehmilfP1I8YgBv4J6LHrXNCbvCbbX9m6vAF2S6P30AJ08asfGtj89AEtb4M01g1dIQPEU53NeVd+Nk7U14As8audJPij+gCC5eZem/ANWAUWOWHZqXrESVF8B7X5Yo+VU9S19zjnHC6OIRIcrCFrj69PK8v0xbDs3+nRszNL78/icCPUfnNcLReYNPHGnvgQXE3Uh/3qSw5nqXnQQdKef+sa60Dc6sz1645HwPOHt5xc7A7C5YlDbvxNic67DflmVjPCZ0y3E3g4mRg2dOaLkOafjlreBza6rvkSFVYMrcgj1p81pArfabuKTxDYDW8dA5GJn/VfLDPQq+aXDys13hF8C65zZ8uL2uCWZ/tOhkpuIqjEq4bvz3H4/DwkHOQ42V3VDK1xag327CHl0B2GnsYS0Y+sAN85S5R+S8N8Cm/PKnYv190bFdL7Tu+48nnzRe7Ay5fBSci7kPvRjVA3NJGaa2g6yymztfbe4A6jWjwldUByI8qGjHggC+oSR4vWaYAhVuzakYuV/F/7Z67cWI/L0QT7awW7gJafcrFdo24Fhi3ewontb3pD/CRTi4qaw/ev593eFHl4Tzm3fHdnyaXg/aHQ3rVcOD0VNXvLWqmCg+uCR6zajVHoim+WgoenPa8QPn3gnhKe6ZDkDrpQtANA07wvhh3W2OhvtDEGaxT+rqauB8iXheDEYeCq3YHxeKIHZ3s9aHP/ivx3FmPgF5+VMPcqWVgNIB+vE0zUMPQ6lOnsj+IGFGJ+wmdMq9DHJX6BeZMzzQyqFLHNm/6oSlZJrsRhhPEvc3L56ElbTnKqzYv3exT5Mvwk5W/f1UMM9dLBh+fkE7PPLXz+sblB4ojJSxJYhPC30+fvdnNWAKKWdqA9xw+IOjX9QEyfloAmVRH4uZKg9UT+h4vAuA8lOFb3T1Q68ueOTprQGdkp8Pe/M4KwMjKnugtP9LYSoNWMF/jeJ//aRTwR/o138gKD8Pab02t4L38G6o3dIm708FiqAboQ0Q9p0YewNcevuha0El3wJK02AvXuojuJeff7ZidQugerCtCdhpoq/ANcUr8c7z4xeTYdGnISY9LlEZJLt9kNOTJ2wWOyvA1nWlOKJGmFTXdOPJF7ohTa+zBr5PyqD2RcNIWoOq4SfPzlr7yvpWSLvTPeV8+/DLXrqp//baVUii27s4CH3ZoFy+bb4TEFYX7GkGm0jZhnuhDY8RJrbKPG6G3iSACQP4bBL27DJIj5AESwZ+V7Nm2e7U2t5vxr138j5s3H8B9ZSVqg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUVFUYH4Z9dQABwdwyt9SUWVi0ug8HTQxXKMkNh5kHMzbMk5nBwrJMc9eSjGOLW+WSpcaxXI96r7iiuWIqUaiAkhKCk0osau/e95BQTs6do/90nD/ue/d773e/7fd9d+7rlMKNSnWRSCQWD34YyhlZbaaRTY3AEiyON1isqU6Nsxgrl56AZ+qnsv+NbFiq9L9ko3g+JPjwN4M4c7rGqNZrzGmsAb/UwlrD7ZQNfip7KiOyfo0y0mnus24AZ9I1zfCzOPx+OBnlCbhZxZi5dI3VoLUTpKADyckYQQdSkDGSDqQko8oRUBQdSEXGaDpQRByWhfelQ0U6hIoSUOF0qGgBRcEKwTZykYcnuPGXBIMpjd/3HgkKd0yXCFNS6ZI7YqBCANFpEkERBBTLZaZQgCKpNCmFCx1IJVyiHADJ5VQgkezRDoAoNUU6kiehPuQqKlC0AyC5WBwKR0B0msIdCIRc7oh5tIQV9g6CsZt6wtZBMHaTSNg5sEzRlwYj1JLC7v4gbAEEYzdXm3YAhd3Bbur/Cruz2tT9FXbTp6n3KyIcaEIKRzqXwpEmpKDrJwJIaTcX/tWElHSbhQhypHMpqWqvEeRIu1PStTsRRMcIgUZKOkaIICpGiD1SScUIEaSiYoTYWFVUjBAbq4qKEWJjVdF1Y4HlqpYZgQ+dlhD8wMqaWU6rZ9N5oDlroJFNZ01Wi/DJ4v6xwRXPvPkhxmLhtAb+PxlneuAE63V/scSsyWwCfjmRtZo1elZn1hhbOO6q9Qb+gZrXxpoNQbzggXc8+ZtYg5nVYmVkpjZy2jffMljYFlYbZNBl8oYZ8cnH4PXwau7ElTSNSWdJdX6YauKWohRT+uQdDn6sDreidjiiGbPkT97hkMfqcGtahxv/0USKpfTkHQ59lMMyjOAy8ctae/0OoE50dLMOp3ygBWDi4IXVHGfWGUwaK2sRviL48sPITI3JarBmxZjNmiwB2J6ExJyptWaaWR15MLFpHquxalpoRSrhMK1obh6LH+HvoFi64Zkxuv4XqmBV/r4BGw33wHM7GubcHBvAJI7qtmpe7l24OPyt3p06VINeZ7640m6djPHesjbrUI/vgPHtqWt67ZMyJuX0bYzUj9loKM6Y/1EJ0D/LP+niwbgfDx35a1tnNP63Qc5ve5fAqLRYA1ftybRdMaHHUVkdLF3z5f6OuQ3w4jL/Nbv3FoH8KXtWhvVxZ47KDu3cvuggsJ0emiJLagDFUs/5HUqdmT19P3++Tc4toPt5/KuH3e+CwSMa2lhGOyF//Lrbdbhk/YyRcculzJbIv/N035XBI9id4nKofqaiJCLsGujeClsuYWIXGMvr11eBuvcm7bIuuQ7mrBt9RL7fBgX9B+C0TVtT3i+0gQMdc8367ELY9/n1gSdjT0Le+Fn5iVJUNP8OW1N2A3yQo+ZXagC1ra5u+8G5AL7u13vz8qoqeC1ns0/GBi+UF9I1wVUbjHaXtm6Xf7kaRIahsR1j/FBb34u9F6/yRsk9sKcIfug7/IdP2Trw7cFXI+fF/AknThnePnhSoWCXSwCybgmqP/pCEMp1Ll/YvfIeIPlaGYhKrvKKbnigFVXreGQFqHFL/iw+xwu9MTvq7IFKT1RTpvnqrNKNWfn9xvPJU0qhEKfDYChReBn4YbVzXdHy6V3zZnfzRydSfymf1LMEpJKfE5rJR3N6Vx+U/V59v8nHG0BJUsi2U5LjQMhzNVy2HweoHLxf+FJWkj4AYdoUjfZDl20dTnPJTsymVy5Nbb2pCMiSon86PMULeRDD/wKzKkZubz+rVoy3FB3rP+xU9rjbgPBoxg04Dagm7IxzZjoPeWdmn/hghqx3wRXlXwarL+y5AuZqeUapAxmetMMXLf0DkDBu92Bw1icmypiph3r0++RoBQglBvsyv26oG5c+0BMNS8GW2GCo5VyA7QMZI+SxASYSIrogwvuiAoijcHupCyPwoArwzrgf/1zCkLim3wGC3IkhaRpaDz6dM2tMwYtuiND93TuwcsWLvc6EuYj2bBbmX9SADQuK9BKuGspxOd2shxIc2Go3Zmecj7TnnK0wmRSMDW5+wfSN065Ge9qgoIVDrrkoa8Far0FdMmf4on23uo/7OK8N6k2IfUTkrwwt+7rzjgZ3mWhHFawNv7KpS5kXWnpvMa/IBa1fPYwJ1FyCC7DbGifmTxTNh/gODNTsK+jJ/g6yW02N+H6PhMmbjRf8WcyvTaizc0HoNVwIi4PRj+/Ycke8WQuwNMDsL/IwGA2G09pFlbsz4++q6yorAhH20vi6BAn1WA0we4pnhCBCu1JvlJX0repY/4uA0HKyJyL5DPFDJG5nfJkofHPRG2mvjxnwsp7nY5/4tV4H3RmSBmUdJGV8Iw+eqEngM3he4IXzXRiPA3XLH52MPV99c8heaNFnV74LbsMJfNd4aawMEbOmSZkMnJDpQYiU9V4flEEK040hW0WMKY3/T8alW5r31KbPvE2n6BZk8n8AIldmOQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtUVNUeHobhMSAv8dVNlCyTq5nMmRnAR+2NgywxqQArH1kOwxkYG2ZsHiVdTb3YQ3zXzWslLi2JaLm6lu/n3prPvOWTTNNAJRAF4inoQN2zzx5iMNZq9ixx3T+cP/bM3md/e5/f7/t+33nMQ+nmVL1MIpFY/YUm2WzkdXYjrx9FRsjwRIPVpvdq78XbzNlppKe5P/Z/P/bMPRgbf3/s/tg9G3uifUx0JWl7b6zZlNHRI8eSyHyF2HJpvkKbYLanC7bmHkQlQtIMpkw3IJzYqtkgZEzBhFFSTIwHmJHsGI4payq6j4JlHzXFKFkwMWIbywZh3ybWA3rixJYp03EeMDqSYuLcxYizo+kX5wnI7VKgCvBkJ4UnMbGWEFUB1bbbYqAZoF9uq84FxLFlj5YEF80EivHk9CiIY8terCc8URDntjXQLSiIqTKoijgmc3Cy5HZELhimSqfEKt0m1gXD5KmUVqXb5eeC8cAglUyXSSeG0VRFDJMOnBgmHVBXVTLpwIlxWwcupqpiq3AniK2EaDmo2JyYmqqKzR+pqarYrI5WkYrNgGjKVW7LwRXE5o9OEJPVcU6emBThBKmZFNEOYlIERxWhZlJEO4hJEe0gJkVwVEZqJkVwVEZqJkVw1FnVTIrgqE2qu1ZEqt3IW/uSAzbewpt1WXy2ALTkjDPy2bzJZtX7uy6o9yG9QKGJt1rNOoPWZjCbOi+WFvDHYpNyZvFpZPIk3mbRZvEZFq3xjsk9hB+aLINwQCPsxlsMZPodc+TCjwSDhdeRzdJCCcJsJ5N1RrPuldcNVr6LRRMNGXbh/IzkCcwg+/OifmJEmVpThlXv/ecq4lyv5iqu++Pu0R1xBzDHrXC9nVMpuz/uoL+Km/Q07gbswxJwxy0E134h6P54g+9qvOwEx7q6j0rd/QGH3NWApawEx7rWMxfd/fGGdkche7OGHdeJ7XtAc9hdpbmLKvkLXcd0evxSdH/APbuDZzlz3IpORMfccWEnxUcW1pjNlgyDSWvjrfTlJLHdFLvWZDPYcuItFm0OBQ4QU2Kx62x2C58hHpjR0U/Q2rRd3GCo6QskZefT48kh8lcMGR33Y23jhCkyfHz9uG0NbQdB7oiJnwUkVoCFa7/74kSxDJ82v+z3/QPVqGjD0zBcuxlF6mqmjt0XCsloygUH+HBovw/OyqVwheL14Q8NbEIni5+vGrH7V5Dce8mE67IasGVK084LeSH42aX/NvXMbUF0/fPImrWyeg7yx/wDVyb33d6G5mi556KH+mKxe8qBti2cc3LzlEb0ZM7kz9XfSbHQjH76lAy29rOe62mRw4TFxgpHUTUgu2cNqgf8FzMmpRb6Qa+fpfK8gSUg4Xb1DTyyGlw7v/H2i9k3UUVE4bXxj5eAqzF/w9MiT6E1ByM3WbIqwaiHJ/wjd8RBVBR+MuHH2g1ox4C3bqTsKEfpoZNHbjlaiuaPR3MjWkLxxv5TM0aXNKHS4SvWtSh+Q/Mco2Z97y+FuGrtmMfOlqG9V3tFHPvllz/2iwoJ3PpZTrNzneto14W8Nr5ZDm+ty9x83doKWovqTien1wHzAtmh5QoJXC1kB39bCT4uJydaDxIFNs7OrgMFJO3fNAOK3wJyU5Ly5+t7wyfFjSrBc/s/F5jxgsKiW3s7GlBkfJ3uv5f8MOXnMpq/Hf7zypFm0P/GFSHySqBvLtOu/0EGy8GGkn3BoXDamT1Xe+V7w3cbfzq3oEEOL20lie+NydmsPyTBhTlH/j7qPS+cP//RA28P8YcjTJ967fG5iQSyG43P3wYizbZQePgiATaD4Rqy0xvohWlfoaq1DqB/Vzf9YmIL2DDriYBznzYgiRhwIF7zycM7W98pBbTfADKLK2YOu3kLST/yf3DtSxJIllWF1YCevYCwdA2a/ptGYPSaU2+/AyX5bA7BREZgqwwb5SSzu6i+fMPxxUTv2YGP1CGa3yNg5s+v5i3LCMAzXntmQJ+Zt9DMPbb3+y0MxuK+r/ljIp8h6/zwQEL/AF8cmDjYLv2oBjXbS9eEFTiQ43jNsW8O+OHxzxIFOhDl6xii/MiwEJwQoRz+6523pp4ZEwy58i8Hl+UeBnO/3JY+77wM7krqIR3mFwwFdqY/dbQN0PO4BN4oeEzT/xV5e/2Ao6t3r1oRUgVeEKpoSEgQDIsZszd1VTHKDyvYu7/vBVCVQhTagpIblqXZHmkGqUmEmXpgnE1W8sY0f/uBJW9ZWf3AciTK4MFGIBSdEFAdGuy74APN4lLw3vF5grIrUG3h4adiFzWjktLA94sOhOHhX+f/Wnj4DBrtlbww6IQEV27/j3fFEl845e24Hw5llyOa15MogpTDiX4wvD7+hL64ESyNqg7aF+0AQP3SrqSJvaBE/GxCwuSoN5e0ACKziEV9IMnWmWGXnLqVQ1r355GKBHo6AKPgNcpPttQhUmXlj3vhoFc3Lv7pWiCOHkoqtApRHdWhzASDudZHjiddLfj4YGQpEMt4YhOQ7vERJNMGxDgS/SDlxwuOFQvmLBBIXrTpshyW5RKDuwwAFS5YpSGGIoMi71P74OUHmqJeXP472kHCj5Jjf9EA5JD6oRRLVr4pOEAjyBokZH5wOBTLYa4XHNR2U1DMShQvVN3q3fVg51Lf2j5HJTB4X7Qg3VYkXoriTZnCk5w529rZszv+nep4AdnFGPc/L8p8gw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXt0U0UaT9I0aSB9ULCwwhZRFOVlc5O0pbZnbm1BngIN8lzZhvSWpqS5kIdQBBQBRUUeKqKIiKKweDzI0wICM7oWWFgR2EIXi5SWtoB0axoK2AJ1Z+6kNsWeYyaHcvyD/jHNfDO/+eb7fb/vu3n0mCJmZCtlMpkzDA8jRJtgcduE7CRiIebhVqcrW940S3WJeSYyS7tn+9PbRt4F2+B7tnu2u2ZLabJJXUnRNHtStGc1z8jaELJfJ42cSYXHdNE9Bbe1wCAGCWKy2qcGAOGk0cgGITYdE0ZPMfFBYAawYzgm1gzUj47Fj5Fi9CyYeGlMYIOwu0kIIj2J0sjEdGIQGR1AMYmBYqTdcfQfFwwo4FKgCgjGky6YmFhLiKqAajtgMVAG6L+AVecH4tjYoyXBxTGB4oO5HgVxbOwlBJMnCuICbg3UBQUxVQZVEcfUHHxZCjgiPwxTpdPE6gNOrB+GqafStOoDLj8/TBANUs/0mPRhGJuqhGHSgQ/DpAPaVfVMOvBhAtaBX1M1sFW4D8RWQrQcDGydmDZVA1t/pE3VwNbqaBUZ2BoQpdwQsBz8QWz90QdianWcL09MivCBjEyKaAIxKYKjijAyKaIJxKSIJhCTIjgqIyOTIjgqIyOTIjjaWY1MiuBomzS2rogMt01wdiYLLsEhiJYcIQ8DHfkDbUKeYHc5s8P8D8wOJbP2eEh1OkWL1eyyivaWh5na/XbYmPzpgolsHiO4HOYcIcthtt22WYtfpOVY8UIa9iY4rGT7bXs0+EW61SFYiDNplmYTLdNmWp1CK6cNsma58cVs5KOXVfn709RSKFPN9ixndsjvy4fzf4wbuLYPWPtHAUcRhOgmmy2Bxt2OOW6d//s4g77t4w6/o4kOZQm4+b0D1/QEaPt4I/4ceU7w7z4GY9vHHdkWcStY053gX91cXNuHHXVH5R3CGm9ii2zfhTR3uKPxtlIsf6Dr+BYfv3RtH3B0W+hawxy3rkWi4297sJPiIweniaIjy2o3uwQn/XKSdN/RbrPdZXXlpzoc5nwKjJUocbgtLrdDyJIWMpvn6WaXuZU3GEb6BZK+5fUEskR+iiHWQ+qU95/pruZf2TjuMPftSZg74spSk+sM/LRvWrfL5Sr+RtL0o4tPVIG9odGdwIH/gpcTTxXmGSLQojnHtk+4eh5ufqpsdqf+ISj56eMr/tbYAH7oOsfMPfMTxFa85IV/nZj1RGlkFH/ZufO+G0dqwL+fHYZdXgWm0PVvJs2X8THY+K9/XgR9uqws0lxU8wOfctRHXroOFKvDuq6d3AiWmVw9V/0q4ydthdVrk5Wo56PzluyeForO7Y9Yo/+4Af793eH3LRnqga5Bb19TlYag8Bmfv16Sc+03+6zZJJLrYM23D2xx5JSBmjnAOHnPaUDPOweHahV9Xok5DYcnvJqaWVkEyi+t3Kad4QE5K/6Hd+6Hlx7RhX2+Rsu/trTC2/3EebBeTphQ8Z+Ukgso0JGog3t2vVENui+6PHpXbCGsAmSlAcw++FjSm0fqQe7ZGRhaDvAp3SZWaFDuXtdbXZTXIJr0QGqt5QrEvo9eN8lR1/Bz/Zavq4Ap7YrXT085BSEJb8dliC+Nb/IzlK7b1wvTraJnkaYTGr6h3aCH3YdB700dj6WPl6O3Nr00esgHjUD3Xm/MpJqftebjh3bfLIDjqh//qtcyOZrj3TJq2uo6eOHGptoTI2rBhM4Fx2VnNWju5i+nvHC6EsqkPy2S4lgbyYvzlYXLdBdgpfmjUwYxjL9/NMlsCCrqI/ylfHw9ePL77JMXcq/B9js35B/c1AGRrMf1vgEl+mWl8FLBFyEXllRDnGX5iIUnoeRvcgg6/mBJ/bzcCL7ONha7roZUV+Ww5LVbwvWKBrDj0HP7P7y/GI7/h/G7J56WI8rHTbAwfOQXbwuNUO2JGTzqZh3kqjY/XLGgI68cG9Fv2wfFYMU8olQPAAfO7FyY3IH3bDwwLEEj48dKAdaBYROIcm+BuUS2u2sAdvL4jz2j+NMp+dhVPciShFkIVfNXpr1eHcqvI8uqH4GU6G4yXtJNUghvN7xYwCtkPNWFisdFs7V/jYL/DLM6ZXkoSt6X8U6PCDVCJF1FoShOSpQabcFsPJqnRTQ/tRCTiBmpgmL0AnT4ozCUs/0nXCFlsI8kiBLYl9C8SoWofwXq9c3LuEI9MGJ/HD7BCzKfGxkbk1sPLC+QCGqhtD5UyUv1/GEZUEjEngWdJEI8MHbjxcH9fy0DmZXHcAZOgJOzSAS/gGmrZ2KleOHanzFhM6P45bqZ/Xp0rwNU7+35pSpCuAaNutnFWRztBbUWQlQJWLxo4n/2no9GeC/O5BWw1D0DS/gWHJPRa92r02MQGEcq7Cjc8wNJ7FW4XYuVMSkGRUnCOAZCDR3ik/eFIVp+HiAjCfRo+fe+emd55OwNgHSZFwtkfF5h47bnHSr+031fd37E5IVzSfkOUfFeTHfU+Pb81wMeGvr8gmJAVLW3TobI5W2nFGilsNjy7JkagLNjXy/XIFrvHvjGKjtm/BewK5YI/SrEhwzYcagaCp9l4qs3UJ0MDPf1q2rYWISJ2hrJSzp/TInIdbxxSv7LK7fwihdWYpbE0o6I1rkc4cvhkGqhN5UUyDeQ8lMF80jhZaiR9ChKtU/Fn+TEPGfLnt3861TzF5Ct2Lj/A513hHo=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlYlNUenmERhkUcAZdMM9fKJ4NvFnHhnm9Ezd0QjVwyh5kPZmSYoVlM1LjpVXOh0szyeskkK80tkby5dg4qmkvkWlcsAmWRUAMlYKDBvvOd4ToYz+McnsanP5w/zsxZ3nN+y/t7v2WeTDBNTvQRiUQWf76ZYDJwGpuBSxyCR/DweL3Fmihu7qmsppQ43It5NPa3H5v0EMZGPxp7NPbQxqKbxwRV8mruDTcZtfd6eG4MXh8ptExcO74dYbIl8LLmHkQuQOL0xiQ3IIzQKuggeCySCiMjmMg2YAbTYxiqqMnJOYNozlEQjIwGoxRaKneUbQjbIKGNooPQexPVBhYMJhi3bRNWR5Avpi0gt0uBhJl8KalAtNXgCnKbciQ9hNtuZ4lEoC0+ERBDFz1SEkwEFUjZFkYQEON2VZBYt+UkAmLokksqg3E75ES5BQyVBjmzRFXpTgyVCJHEytxOrAuGSrhIWmVuF7oLhkq5SFJlVJdJJ4ZK7QgPZFQ8cGKoeEBUVUbFAyfGbR64iKqcrsKdILpiJeUgp9N8IqpyOn0koiqnkzpSRXI6WSAhl9MpsRNEd6FwgqikjnHmiYoRTpCCihHNICpGMIQRCipGNIOoGNEMomIEQ2ikoGIEQ2ikoGIEQ5RVQcUIhsikonVGTLYZOEtnPGHlzJxJo+NSeKA5baSBS+GMVkuiv+uGib64F8g3KovFpNGrrXqTseVmcQH/32xKWioXhxdP4axmtY7TmtWG+xYH8T9idHp+IoY/jTPr8fL71kj4HyP0Zk6DDxN6MQaTJvk1vYVrZbdReq2NN8yAH7303n/ezU9wJUlt1FoSvVsEy+WeW+mUIM/7G/QgfztghMmGF2vcdTuAxm3BYYXrLY9c5nm/gz3hty9tuge5FrBc7nm32/890q101SC5wvN+h3jCby/adEe53iswEZ53u8OD3KZSs1a08QF5lrd4KIn0vMNST+TZh9pvpoXfD4HfHf/SREvaWNDNj6zK+67vuPrwxjEmk1mrN6qtnIW8o8QqHGtTG616a5rKbFanEWAPIRZmm8ZqM3NaYWL2vf4ItVXdyn2GIoq8hGtpHoen8D8yeHTPQONm8TBfJHwf+gn4yqXKYYcLwYKwXc8Xzxchg8S+KSmnAQzosu6iRFcIdnuXZzyV4s1+HfHvZ7qEd0TTf9tfsNKRB8u7b7k+euBdmF1csW5PUCUMfnXHqiu6i+Drjx577qc+fqjyqvIxNMOPXXNzIVDMKgFb408xx7KrQV7P3WadNBCdzZnG79QEA3S9DPPm34aL+h1ZtuWHDmx6xv5kib0EXlnp4OpKLsF3ZzbFNKT4sfaQiq++8K6E85Xb/xE/IwuqFl89sf6gN+rSL85387t1cE1645DU/AbQ87zpFb/8YiA9cWDfW+0QHP9ZwKi+v4nZ/vz28ackSFg+5CbE1opMuWDyvh5LK2OLAJk/BWXHsgcae/sivci0yGdkCGuPLNvVt+RnWNEv0n9HpheLo9LLUAaF498vg1lJOb9Y9hZDYZt9DoBhee+cA1Vbjo8btMIBZo37xi+6mwjlLLi9+4XklXDTit18xApg4Ki+Nq8N1+EqQ3nj59WFgMTpPBj1Xm27V9aLkOBG1zXOc9uz/73juDhPH4rmBfZ5Kj3jHFihml16ttd2cObWyaPDn/Vmty2OHfPhG3YwYUnwpC/CfFjBLoUYac+8zFtQC2D7TNnHX9aB0Nuq7xLDw1HBjoaZKXm7gKlq6ckpuQEo4mD/kEBbGCssjz4N87d9d+nFG8Hs6ayR/NFFMAwc/3Hvkqswqx4H5AzE1vt3K4P5XWMLui1sAonC5zhcxy3XvDxTgsIzxv7iI68AQ1Pzl58vDEbjpi2L+j7vMuBBG2c9fQ0I3ZteaCUOx556uHzp9AuHrlWBkrDuJ0uhGOFsl2fcgdO1Q3+e9FYp/ODu6vTGAyHof1U1Y6ct82VJfEsBdudSki/ijf7P1CcC2X9ejk57aasdPL5QzUyNuE74u1OKCO9EiPCoDnywOoSnkj8iPPBDQWs/5yNYAXG2/9UjlM1+IXnDa5mnwDJsVlgV5J2RKheGsqpqDR+ieiikYf81+KMOZ9yHJflywJS8pj0LbpeB+BnZ8MZGCXurEg3uPfYm7NFpzoQ7b+fAFecLiwLX2uGX38zlS0WMcNj3fvYr/CqBt9zuh4KLnl29qb4eJl0qnzNgroh9aTBeWQsEPuaVQp1AFBGr/HboxHNrysCSjd/ymboBMj/uvf/3NyWsYFayPxrGz85sqoWv86w6MOYQ5A9JO/F0ATjX64o9fU4N/GFzanRAvD+68wS2PMhZd7Xw4oYyvrJFbELW9/Jfo8phBg7Pot/h1Nytn0wUdWAlOH2npWg0fL17VFIN2I5p8lxHdhUu1ywpInEtgNtmT5ncf1MIK8gC6oysfXAGL4C7TzpqbUXVoChT+ulhlQ+bisMWWwcIX3LhjsdxxhuAwPMgb/ZIZ1yxBTA6gLf4cIAzng4g5OukmCXra2ClZW944+m7YO6r3YKLdgaxPYVEiREuf5tXDTh6YQDXNUHMEr3wR1H1R7TbZjvAm50u59fFSVATb766uBNrFQrwFqzGNNsXwq4fjy07Cw5Z13bxebEaCnbnlkJc9eGNB4FQxsvF7PsxuJKr4bHhO/WF1RL06UQ2VH30GhCuOipjEv9AZ0qxtNTse39S3XsP2coY8wf2LpFp", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtUU0ceTsIryCugrVpr1WrP2motXJIIKs7lIVV3dUXYldXWNYQLREOiSVjFUx+1tvbgo+y6tS21Vtu6rdalWkXFWmcsWkotFdGlisVqQKGCNqBCeOnemQlrcDmnGY7x9A/zxyR37nwz8/v9vu+7jwxLMc5M85RIJGa52Ewz6gVtll5IG4d7cPcfdGZLmrTrKNpizEzER7EP+37zfX98AH2TH/Y97HtgfVFdfcSVZF1HMUZD6t0jfG4KHh9GWi7RW2zjjFkpoq25BlESSKLOkO4ChCOtig2C+8KYMOEUE9YLTCQ7hmPKmpKuM5ZlHRXFhLNg1KRlCkfdi7SNJW0EG4Q9mohesCCSYlzeGxkdSr+43oBclgJNM/1SM4FY1eAMcplytDyU2y5XiWagNzFREMeWPSoJLpQJpO4NIyiIc1kVNNe9WYmCOLbiUmVwLqecOjfBMHmQo0pMSndgmEyIFjbc5cI6YZiMi5Y13GWhO2GYnIsWNZzpMunAMLkd5UE4Ew8cGCYeUFcNZ+KBA+MyD5xMVcmmcAeITaxUDko2z6emqmTzR2qqSjaroypSstkCTbmSzYkdILYLhQPEZHWco05MjHCAVEyM6AIxMYKjjFAxMaILxMSILhATIzhKIxUTIzhKIxUTIzjqrComRnDUJlU9M2Jmll4w98cnLIJJMGozhEwRaMqepBcyBYPFnCZ3njDNCx/5iU202WzU6jQWndHQfbLEPv+bLCl7oZCIBycJFpMmQ0g1afT3DPYXf8Rm6MQTseJqgkmHh98zxlf8EaczCVq8WKICI4xZeLBWb9QuWKwzCz1MGq9LzRL3p8dPYDqP/5/Uh0SUrjGkmtM8uuXM6dZb7XAi94ft/2th46NYV+PtwxIviVTlfMujDHd/wAHuqLMXa53HOgtYqXR/2IHuCJu93GpnD1Kq3B93kDvilrGWO8L5XoELdX/Yivsq6x688VfqrOz2UBLm/oCD72vAnswBc90CfgDEDrmvAfv2Usldz6rqey7sWHZ44lij0ZSqM2gsgpm+nMT2m5ClMVh0luxok0mTTYFPkFyYsrSWLJOQSk7Mu3scp7FoerjBUEXQt2/dtyfgU/ivGNybs6GmaUh5MRhoTe5/4FQrGL/w+9fL58pQ9fZ3jw3dXQNv6v+8LH+/lMfdFy42w02f+y/atVbCT09RJEcq5Sh3qz3syhgv3vCh9LBXSA24uDl4+5dHi8FT3i+/GbtWij766Ujg5vAGmCXLkw/aEsDnDNFenx1jh0W3Rr7wxlfe/CPrpl713OeBPpn1LXdsTwUwKFce4FfZ4IjCjjU3zwfw60deCzgSagNFp0cJA61XId9XU3T6UylfVbD6pbK9NnBi26T9N5ZJ+YHmH0KajsrQVH/ZqDWPivi37uQub78FV8w/bNk44Cp8LaLieKbSBtYVLvBt3doB8O706b7osmZbhfKXJvD7b3yi3v3TL1BifNnz+Bt7oKXgkfYT109BZbB6wpczK+HOVQlT3lsZzDc898XvgvxK4VwCKIU/H/jMo3ZdqwPXBnb0LYs7a7sJt0/HO20BG7xtj06eUQbfw2npXwki8TYkXuj9CaPP5F25DCiuCgikAOdgP/D1jwWr6yBdpxaImygpirkDlyzdPjr28VpYXfz2F5ty24CHr5jJfAUqXI8X8Ofbx+EKeaO8xZs/GF7YCnLDFj87bMhZOGy3KePv1y7Cvbhs5wORYqn604mzLgGSpnOefMICEfGkBH2iKh0//ZScnxMzse7crjr4uvbFH+M9+vOUHych3k3Bv2ohSaenDJG8vu3NN+2eIc7QDIy2V0uSjpaBxUfef+y5qn0g7x38KYRk+Zc80RBCpHaYHLnvm78dqQazbxVW5oh1E4uRvveqHD0z7h8nVkz+DHTsaCyflnIWEjqu9EENCQefeLW+DQyNbtR+92IRqJs/qvmtKg8kTgpUcysgTsP1PAU/asCbZ3zrZCi4+NDB9d53IGrYMmF0UhAf13atHkW2Q5yVDp9A/oIMI+RIQwhVDvw37liVUCLnt8x9+oSiuAXuenx26vifasEycfZDJRKUielvDeLJNMMbQel3+GOF7S9kHr/9uYK/kv9UzStbbgM0h+wQ4OmmDJbwImk2DdtwA0y7sSHRMqIZ5u9PWXEuqhPcFlpqNNtuAzG5S/w+8uKJrPzaoP2r1J3zktpoPJVSnsS9oA9aNCjg4rO5drhVzOoI705Yb1U/huYg2I/QrB2IJBr8cYYU4axsXGOHw8+3Lp9/uA4YQ15B327rBEQ/NgXSkQLZgKiS6JNpbfDS0n75z1+64KhPI4yZd7nsyfOXwSpz/D+b44P5Y3vGiJI+Bgk9wy6B+SSQBojVO7HuDq2T1YPHarWu6YsOVeZ0Ci3+PK4iXPYzwLveejAEickp3XlSTnn2QTOYPKNjgHlWIJKSQoTwfyHCFOOM6vPDhwsbQQqWY0QVsCeKDhTni2L/rbuwKKcJpP+nVqz8TThi5PJ1hfVyRIZHefFYFfXWCnj6cHW/wSUtDt34I6qrEkDrUA3LJeKCU4MR2cZwO7g1Fa9c4NBVCErG9jPmaxg56XlTa1AV9B0kMmLtAD6UEN8KNo6TTlsd0AiHlhv/6vO9HWYnY8X48fRb5uDZXqAgBC+H2LXeecYGCS8zZCh+/43OM0vskFx1og3p4pOcMdPc3bPv/jt19wVkD33cfwGwzpiq", "1: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", "1:eJztWXlUVNcdhoEZdgRFNJpopIp4GhUeMwMu5D4Wl6iIMmptTSLj8AYGhxmdRUu1VqMnsQZpbENr3HNM1Vh3m7pzbxKXKAmKJQKiRlHABQRBdpfed+8QB8s5mcsJnvzh/PFm7vLdd7/f7/t9b5kBc4yJWlcnJyezOz7EG/WCxqoXtCPFHrF7ks5s0Tq3taItxnSV2Ip92feL70t4AX3jX/a97HthfVFtfcSVJG2tGKMh+VlLHHtLnB9GjpxKho9xRuscbGuOQeQEotIZUhyAcOSoYIOIfWFMmHCKCesEZgQ7hmOKmpyeJ4LlPAqKCWfBKMmRiY6yE2GLIMdINgg7m8hOqGAExTi8NzI7lH5xnQE5XAo0zPRLyQRirQZ7kMOSo+mh2nY4SzQCneFEQRxb9GhJcKFMIGVnFEFBnMNVQWPdmTNREMeWXFoZnMMhp85NMEweZMsSU6XbMEwmRBMb7nBi7TBMxkXTGu5wodthmJyLJjWc6TJpwzC5HdVBOJMObBgmHVBXDWfSgQ3jsA7sTFXOVuE2EFux0nKQs3k+NVU5mz9SU5WzWR2tIjmbLdCQy9mc2AZiu1DYQExWx9nyxKQIG0jBpIg2EJMiOKoIBZMi2kBMimgDMSmCozJSMCmCozJSMCmCo86qYFIER21S0bEiEq16wdxLHLAIJsGoSRXSMdCUMUYvpAsGi1nrbr+gViq2vPAh2mw2anRqi85oaL+YyvPHxaZlzBNU4uRpgsWkThWSTWr9c5O98Y/YVB0eiMVnE0w6cfpzczzwjzidSdCIJ1P5iQijVZys0Rs1cxfqzEIHi47VJVvx/vTiE5jO5f8XdSOMUtSGZLPWpV3M7G69lTYn6nra3l1B25OFNiGssL/zkYd3PW+fruAtZU13hH0dy+VdT9v3l5Fupb0VyRVdz7tbV/CWsKY70v6WgQvtetp+P0VbbMU6yrcDi/yJPMvbPZuEdT1h/5+VsCszYa4d4Rcg7O4/K2GPTlZy2yOr8rnru1h24sKxRqMpWWdQWwQzfUcp2u9Uq9pg0Vkyok0mdQYF9iOxMFk1FqtJSCYDSc/acWqLuoP7DEUkfQnXfnuCOCT+IyP29g5WSbf+tRxOvdx3sZo7BVwrMkOqVrvwOV/2wiO5oGfmhLuu8loQlGWd33e1hN/7sbBS804RODa4m9cXwV5oxL+/WZDT3xeN/bhBNnttLQxszb1/9utyKOxMmpY4uB6Mh398LTLlChg1L2/lxWtO/J3gMPddG7z4id+4Ra2fXgfzg0qal6Q1wvoJv30/coYPGufye6+BIXfBB4HFeY2qbvz0L3d8NplvBcuyYz/UV9wEA//x9KMlrTJ+7CCrZJ37TVCy6rHQeKseBqbF12WpiuDrF42z3fJckam5251De5vAkFy/M0cP34GZR+Z6NG/5Lwx63GC9vqEMHt7rUpG5Q4qi3ihYV77RDb3zJLal6l4p2KH4btTk/GLQO7vAIzXoJIxJKrsQVHIESOX+ytFR3nzeKzhSj9z4w/x7pWfW1gHfBDEiLbCvz/WhH21pgpdmVA4/NrgaDL86ULYsuwGcmRjx5+ikGnD6yhcrFl/IhSt8MKDMGcXu1l2bv6oJkrj6VMKzC3I29xl+AlaiEb+asOggTMOjWbfqIJmW9QA2qW7+c/3JOti8JeXgXfNVQNKypgeKw1FpHeKDdre8nX7qiQs/jhCvB08HiEQfAn/MfrWsAJrwarWbvdBxafcAcLoUzl47Cae2FuyfMnfdwldliGzwkT+SkAnXQLy40QJ/HgfRpcLbj99nSl1TtdiZHxr76r3S/0jRnnE3/hCwp5mu2/8RXF/+2vbb42uA8zWJx6r+udBc2L02OsEVZclqAsdPaYEp31ek/bqhCt4u3oV3Wgc1938X8+btT8CQt//yVX2IFz9IJma4HHoWbp0X5dkKDy6q3TdlbiOgOGdE4n/iLpyIafsrGwHJX8gp+GbGTJyyxyC9ovXzB4n+fAYRWCOoPvt1zG6dE4+DcmCRyZdfOHRA/4d6ZySqfaRzKzTIlx7i3/NDG5cGf/X+9hvwldKZvQ7lP4A4WWUXSv1R6KRtnmMHPaFxnurHY7H13fTuE7Bt/cnX95mugNEnEv8+IKsHf2CYYavz8XpQtMyMS+AyTDtu+VvvFW587cX4OX4z8wHJz+d1YM2S1pHzJnvwSQsS+gWm5UMS9w2lUFT/cUshIHlvlaIqn5zQT3ZK0DGctZpABIYe2Fi9/bQUle8ZdGv5Jlf+T8VRmPFVeI47uX+YoQTSfDeBs2Xgsx9yGiDZ5pCbQPHu0be8JU2QyFPjhUh9XZKhe6XKPmhWOVgshnddNRDDdjH+AVRUR44ZZ6qGTuJGa7x5LMLlw7+V8TQfDYDmuwaSMrO4oGC8m+92noHf4mqPSe+JVuDW+Wx/5DrDF28ZAoyetO1cABLEwEZIEarcNPqNgkYwY/O/dhf9EICcxM9SX7Qcnft0jNKd1zbeUn96qQmU3sk+4D2/CBy9LBa2lB9DCBaCI48+eFhS2AJIWVZK+T6iYd1w4nvURp/XTneiulSOBKJKgcIDbR4tFnYxoPH+HqzE6GV1fojW6X0Yc16LlVUPm8NwZJN9UT+s3mFPb0At+eQBYi+zevIBF+KKaiw+PPjNrP1Q784T2gkSdNB7/q4PS1og4TO7CdJ6awZEjqOug4EhSzKP3JMiomsvCQogBdYCyVUn2pCCH+iM6eb2nv3sT6pn7yE76OP+B7ibleU=", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlYlNUenmERhkUcAZdMM9fKJ4NvFnHhnm9Ezd0QjVwyh5kPZmSYoVlM1LjpVXOh0szyeskkK80tkby5dg4qmkvkWlcsAmWRUAMlYKDBvvOd4ToYz+McnsanP5w/zsxZ3nN+y/t7v2WeTDBNTvQRiUQWf76ZYDJwGpuBSxyCR/DweL3Fmihu7qmsppQ43It5NPa3H5v0EMZGPxp7NPbQxqKbxwRV8mruDTcZtfd6eG4MXh8ptExcO74dYbIl8LLmHkQuQOL0xiQ3IIzQKuggeCySCiMjmMg2YAbTYxiqqMnJOYNozlEQjIwGoxRaKneUbQjbIKGNooPQexPVBhYMJhi3bRNWR5Avpi0gt0uBhJl8KalAtNXgCnKbciQ9hNtuZ4lEoC0+ERBDFz1SEkwEFUjZFkYQEON2VZBYt+UkAmLokksqg3E75ES5BQyVBjmzRFXpTgyVCJHEytxOrAuGSrhIWmVuF7oLhkq5SFJlVJdJJ4ZK7QgPZFQ8cGKoeEBUVUbFAyfGbR64iKqcrsKdILpiJeUgp9N8IqpyOn0koiqnkzpSRXI6WSAhl9MpsRNEd6FwgqikjnHmiYoRTpCCihHNICpGMIQRCipGNIOoGNEMomIEQ2ikoGIEQ2ikoGIEQ5RVQcUIhsikonVGTLYZOEtnPGHlzJxJo+NSeKA5baSBS+GMVkuiv+uGib64F8g3KovFpNGrrXqTseVmcQH/32xKWioXhxdP4axmtY7TmtWG+xYH8T9idHp+IoY/jTPr8fL71kj4HyP0Zk6DDxN6MQaTJvk1vYVrZbdReq2NN8yAH7303n/ezU9wJUlt1FoSvVsEy+WeW+mUIM/7G/QgfztghMmGF2vcdTuAxm3BYYXrLY9c5nm/gz3hty9tuge5FrBc7nm32/890q101SC5wvN+h3jCby/adEe53iswEZ53u8OD3KZSs1a08QF5lrd4KIn0vMNST+TZh9pvpoXfD4HfHf/SREvaWNDNj6zK+67vuPrwxjEmk1mrN6qtnIW8o8QqHGtTG616a5rKbFanEWAPIRZmm8ZqM3NaYWL2vf4ItVXdyn2GIoq8hGtpHoen8D8yeHTPQONm8TBfJHwf+gn4yqXKYYcLwYKwXc8Xzxchg8S+KSmnAQzosu6iRFcIdnuXZzyV4s1+HfHvZ7qEd0TTf9tfsNKRB8u7b7k+euBdmF1csW5PUCUMfnXHqiu6i+Drjx577qc+fqjyqvIxNMOPXXNzIVDMKgFb408xx7KrQV7P3WadNBCdzZnG79QEA3S9DPPm34aL+h1ZtuWHDmx6xv5kib0EXlnp4OpKLsF3ZzbFNKT4sfaQiq++8K6E85Xb/xE/IwuqFl89sf6gN+rSL85387t1cE1645DU/AbQ87zpFb/8YiA9cWDfW+0QHP9ZwKi+v4nZ/vz28ackSFg+5CbE1opMuWDyvh5LK2OLAJk/BWXHsgcae/sivci0yGdkCGuPLNvVt+RnWNEv0n9HpheLo9LLUAaF498vg1lJOb9Y9hZDYZt9DoBhee+cA1Vbjo8btMIBZo37xi+6mwjlLLi9+4XklXDTit18xApg4Ki+Nq8N1+EqQ3nj59WFgMTpPBj1Xm27V9aLkOBG1zXOc9uz/73juDhPH4rmBfZ5Kj3jHFihml16ttd2cObWyaPDn/Vmty2OHfPhG3YwYUnwpC/CfFjBLoUYac+8zFtQC2D7TNnHX9aB0Nuq7xLDw1HBjoaZKXm7gKlq6ckpuQEo4mD/kEBbGCssjz4N87d9d+nFG8Hs6ayR/NFFMAwc/3Hvkqswqx4H5AzE1vt3K4P5XWMLui1sAonC5zhcxy3XvDxTgsIzxv7iI68AQ1Pzl58vDEbjpi2L+j7vMuBBG2c9fQ0I3ZteaCUOx556uHzp9AuHrlWBkrDuJ0uhGOFsl2fcgdO1Q3+e9FYp/ODu6vTGAyHof1U1Y6ct82VJfEsBdudSki/ijf7P1CcC2X9ejk57aasdPL5QzUyNuE74u1OKCO9EiPCoDnywOoSnkj8iPPBDQWs/5yNYAXG2/9UjlM1+IXnDa5mnwDJsVlgV5J2RKheGsqpqDR+ieiikYf81+KMOZ9yHJflywJS8pj0LbpeB+BnZ8MZGCXurEg3uPfYm7NFpzoQ7b+fAFecLiwLX2uGX38zlS0WMcNj3fvYr/CqBt9zuh4KLnl29qb4eJl0qnzNgroh9aTBeWQsEPuaVQp1AFBGr/HboxHNrysCSjd/ymboBMj/uvf/3NyWsYFayPxrGz85sqoWv86w6MOYQ5A9JO/F0ATjX64o9fU4N/GFzanRAvD+68wS2PMhZd7Xw4oYyvrJFbELW9/Jfo8phBg7Pot/h1Nytn0wUdWAlOH2npWg0fL17VFIN2I5p8lxHdhUu1ywpInEtgNtmT5ncf1MIK8gC6oysfXAGL4C7TzpqbUXVoChT+ulhlQ+bisMWWwcIX3LhjsdxxhuAwPMgb/ZIZ1yxBTA6gLf4cIAzng4g5OukmCXra2ClZW944+m7YO6r3YKLdgaxPYVEiREuf5tXDTh6YQDXNUHMEr3wR1H1R7TbZjvAm50u59fFSVATb766uBNrFQrwFqzGNNsXwq4fjy07Cw5Z13bxebEaCnbnlkJc9eGNB4FQxsvF7PsxuJKr4bHhO/WF1RL06UQ2VH30GhCuOipjEv9AZ0qxtNTse39S3XsP2coY8wf2LpFp", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlUU0cUTlhFtCyi4I6i1oqt8JKwHLXzEEQUcItadw0YtkLSJkFxa93xULXuilp3raLictxFZnBfqlgVFVcUFJGKBIyIIHbmTSj2HI4nk/7r8f2YZO68b+bOvd/95sxrF6EeHGUpEom0DXATro5XRibGK6P8icUKN2GxWl2UuLYXoFMnyEkv8LPtf2PrX6/N4lO2wZgj8kb4T7Bak6CID4xRaKKVseSleuYaUI8t5LPts+0/23rU2gSV+oedvdSqCXU9MtaXvO8ttBI5EboAjTpBoYuNNBEkYwNxQis1B+TDBpIIrS8bSCq0fmwgmdD6s4F8+hKbtxcbypeivNlQfhTFsaH8zVrLiJLIbfCPPFYVjY/MT2FoFJgd/BgmZVrLW/jh2ECcOSDJx+4FqRMjTAHJ6I8v00oUxMmYQEYG+pkBYlyJspbzYQL5mQOi7OO8zAF5s4A4LzMYwXmbET3OyD2miqoFMUWPo4TlTOYePQUEjMksonouYPxZMNQ3icmZpWouYExOLBVzAcOxYGhRSEzOUJ2SS0zmT52OS9iKzxg4tjoyRs4cFZKwCYoRZDIXPlIhKVuZG0FMZW6ULqnJdPgYxHYG0uRK2Y4YI4iNEVTvpOYoq5SJEUaRlDIxohbExAijssqYGFELYhN+Kl4yJkbUgtg0nFaujO2IMYLYjhhaGjK204KyXFY/I8g1WOsgoneSQLVaMyFWpdAptfSy0hg3gxIVKl2sbnKARqOYTIFtyEQ6TWKkLlGjnCAMjK/rByl0inr8kPnS84F+qqkdUpIh8qmGWF3S+zye4pIH75S+7jfinBOq9H6W3rGgAradWzzoaJsroH+E43D/gyWgN3khtSXa8250wtmaPLDtZJZrJ3ljFFkyste3z1/BYwttSpuFlIOeXW+uedbaAHZ8d4k7o3dFOYVxnm9WGaAuePkbm3EO6OJTsPVRpiXKW+eEpyiCMe3jk6ZsywAcWdayBSpc0Pll48xnYIvHserk1xbokO/bUxPSKuC1IOJAGcj0Su3ituIFSD2xcrHDcWe0fuxXlx3Pl8Glo2sC3720QoK7F2xR0rrNeIZieHCE4djdlFyY5e/Rb+ppF7SQTO+VBcObLuj3wuo91MYseTkNWqJd2TnD/up2AlwXPbSwS9kATxs6j/7Vwgm5hgysdtOKUdC7l8XIX4w8k5vlXp3kgFr7RQfFqkUIjXIP0EeWQxF5ZjRBa1LJkwszSXh6O/ILjn1vV7nxNrjpqWz+ZHg5rFFWFCg2OfIEXTq3Bt46myCdcSQPhOAspNs25bmhXl12NkGgA9n+vRswSnia8tZSJ58eJ8UoZd/johUHDHDc6jC8Az2Y50dmqIJH25CEpYMS7KVHv8eAbAvIaiAO/oNlyRVQmTZ+yOAvxTzt58OiTt4Ndrd6DrIubep9WNuaH3UjI9+ldTn0pw7BMfeDLZMuu/PhcxoP2Lu8BtLxLFDLl+4/XJ1/fawtOnf/0Jxp1/KhfGW7RYk/NuRJ9CdmFkOStfFDDsC+v83odGqeG0/3UQLXNGiJU1YOhbjNbscvuBcjUs/UQ1vMnoHVBXD3njvjJmY3Rb/EF1bt1OshDtLFIVnXwIqbdpgqBtCpYPb6K2ltjXksBwtXqZxn845osLDQVTgkf9vaM+4iPtGCrPQBnMJpsPZojmhcxCgeZyNa4oz6WCbZd9hhg9L018MjHCvhKMzi3N2nYFx4+SL561ZGfr4Fc/Bq2TnVkLC0a6AeVtiQyH8AV9MIYfQATsdMsHJE0xQkc3bo4bLkuSPl1igniUTYAR0n6Y+2RZRXpRCT5Y8x9s0QJtVt57L9YP7ckTcyIu15Wnd6QPlhgL2yo3IK05z4rB1b+/NNioB9cEe8JTHqaDNzRaC9My+E9fdKGq8BBpiX+cU6yeZGvCZlUUHZBhskuLMzH+hxWc9LcuXH4Ko9MLUU4CqY3S3sLaB104QXutsvQRqfp4DyxIUf4XrkT9FDKyT4EVcE1w7dsGuPmxvPTfq6XVudLWrQE1s8RajSoejIXstsUPzEpwUaVQHvtiSRqII0Hm/BqsUOU3w8rZGw79DnYO9y5fzIMQbw4cDUsn0Dxaj7owE4hXdBwKwn51efOAzccLq2LC2B7zH7b88sM9ZLFVBhUvKzboFh09MPR3ywRMK42IonNLXvkAf9BMLpAS4eLBVt+IyVZOHLULr5IFaQShC2vWFwR1krPnQEqZhq2E21RZxhnQeORPyc2zO1PU95JkJERYrRAxr/hu78vcqf4jJeY56QsGx8BQXY9eb8Wfd9mpgl+TD0gi2ORBUMfWEldbrVnseqt/8bVSWU2xGBV0VrdfjKrv23Ntd9laq7KtRj4/4GUNHJcQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlUVFUYn0FANkFBRNMs1NQTkjIL4HbuG8cM3GWwNM0ahweMDvN0FhErK3c75pLljmLu5r4byn1Y4lKamqmAAiKI4MaqIWjd++4j0UjnTvJHnThn7pv7vfu7936/7/d9d97DfzQXEe0okUjMLqgZwBlYndXARiuwBZv7682WaGlNT2Xh4jS4p/7f9q+0DYx2eJYtAsVe44G+9OFMcVqDOlZrimH1eFAdcw36B7aw/23/cVu3GptQQf5UWC/OGPW4h++F4/FBQivT4CKkMnFxWoteZyNISQeSCW0wHUgutAp7QJQrKezxSRGObbIgjTO6aPTGGFTBn4dREoycBhNMMCE0mBChDRUgvTnraJsg2BbUhWaZUIKhokDEBNNguhKMjB5DR7WIUdrKG2GMgGx2iFBGQAoqkIyAbA6RAJKTi9IOkO3aFkAKysjWBnWlAintYY/kUZDNeURGk0uoHSDKOIXaQ3kopcgJ1/as1NUOymX2pIZMZke9E9PJ5jCRM0nA2Kw8crpgm5yqSBI1yOnoJszJba54tUF0aiDUyelySQTRFRVCuJyuPogguqwVw0SXtSKIrhKR8qWgS3URRKcIUvMUdIoQQXSKIIVSQacIonIFnSJI+VLQKYJUIgWVIsRKpKBShFiJFFSKEEFKKkXUgKgUISMyUtatCPxQafbDNyysieV0sWwcApoS3jSwcazRYo5uWHvCaCfcc0eNymzmdHr0A5gzPvWE6vbnZJEJ41gNHhzJWkzaWDbKpDXU8TirjtWjG2q0GmvSN0aGp8a4oi+99SZWhxcTemoDpxsbrzezdczWRx9lRRsz4KcdvctfZ2souBKjNUaZoxv8Xc7VyFRR/w43eaEO10HfcxwOfUL4yvp32Pt5DmMf1JwVD9bZ6ncdLD7bb5n4U0Aulpb699vnhQba016HxUMlpP4dblofgfagFrj4K1s8rULr32/fFxpoR2qH5bUTO6hr/TvcvD4C7U7tt7L2ua+UPXXGeUnIGzA1x5mi9EathTWTV2ONUDPEqjVa9JYElcmkTSDA1gIlJqvOYjWxUcKNDx73e2st2jrOWiV5gSV/cnusoDz0wdaCOR1vN0qRMJunDAlPlLgxOYHzk34L2gcPMFNyjy25D1qYL3qXSr2ZL0c+Uj+4/T3MGv/53LzSAugXNri6eZk7U6L76b1+x3+BWx+MjDv66Aj8cfWb+8oeSpmYXwvGBNz7GX7meHReUHw5aBLc43BEMykT8hI/4lVVKmxjmDhpXafdwP+VcsPbH3szwae6Dzy74AxMu7x32kdnymDygS+ci5s15q8FY8AJQOaphgPK5mosa535tpmVk8cc2gO/y/j8IRvvzFR6Fe7f3uAYWH795Q03wnKA1WGZS8uVaSDIZUurd/Ma8+3zpq48tbkQ4FkCV7vw2u9/CWCXSnn5DzvfMK7JhwEzm6Wfjndk+q936/OatQxeO7YkedH8MsDfWtmj0/kSOGyjEu0wH0zlTyIPH8GQ2aoP8s9UQaAc9V24RxGULJhc1W1cGbg15EDr6WMd+YPVM8szL6aCg9iN4xL+UnF53+Ez7sDEJusOp/pVwZORqRvXDjwO1maneK6QZ4Gir3d5jN9SAS3tFv8+f3IyLAx743f/hxkg/fR9zbV1yYD0TwO0aJvMSgnf0+3imnE9LwD/HabYBbfPA8HdUb8B18qkmN1jpPzC5o5vewbmgvcu92kw0b0IGhWf7mem3ALDTsqQxxmQ8P4IhuNp9/kx2AuHgEw4YidEHj8A7TVOa77sVggEOhw2AyeBOBdeLvxlwlLVz9G/FtyA3bMHfbHY6MV0SJq942phPthzfELKqpeyQXaO+8JNU26Cq/hy1oX/WCDqPnjnVufkDl7ZEG36I2D1Y1Z80xZRdR7qPknvmTDMlYkPxDtzZVRYfsmLANsid5jffgnjmdJl6etLfBkso0X+KXDC+JaNcgIfQhzeqGQPZt6Rio4j52XA5UNXfbv1UjWsbo6Eu8uHx2FukbsEaiMj8BbBtEaDtn+V78MvRdH1mlQJzuweXnEwowgIOkvy5gVatq0HgepWN3OD3fhZOsygI9+274dTO/evgmS/XvzXLL7jwPdFrM1sthSewG539mCILqtgQmF7JL1yULwhrV+IqwMj7Kf0Luw4ec7BsahP9JEu4hLhOUmWg6tbA76DINhieLYNnqgSbNWjjPN05Jtue+vqpKZOPFc8/URkajk8PetcVo77A0DWK4UB9xZfWTjzKvQTBCNhML3KLFdxn3dAp/PLUGY48J2vtHP+zNeJJ7rLgz/0QiuUOPNzkUzDBpfChvhSXQExu/OTiqBn4K7Euxuug22X3p8wqPV92F8Qfqmo+wsifyeBj5BQFeC6oGhnfpywwRJA8DeAFQtyroQRwtzRmY8IT/y0/ZE0eMjJuylIk/JdcOLlt2S83PeuTzh2Bdbwuwtlp/SQLyMb2uX1TT6XgRkLB0r54TNCLxzd6svcSN+CKk8FnJMZK+GkjXmBhulHYEHVppJzA/KgUPpVxhj0EMHFmZ+skY//F/H4jUwdNtkfg1T1Tg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXt0U0UaT0jbpLQlbUEpIiKLsl0XtE1u+lpwpqR0eRWkKa5L8WhIb9pL09ySx4Eq8hDwHMqjIIeq4AMR5WF1ERdlAZkLCBVRQEQQQTlbkPLYYmj6okDZmTu3ULBKJtI/do85p3Mz353fzHy/7/d9k3vbZ4KYbQ9RqVRuHW6yRAdv8zp4O0csxDxScHvs6tZeukcsspCe+Xfb/6RtlL3Tr9mycewtkfhLpugqsjrMBVZXPi+QQe3MNfo32Ib+bvs/t6W12uQKcl1hg0Vn3o0euTeMjE+UW4OFFKF0l1hk9Qi2AEEmNpBBbpPYQEa55YIBMa7EBeMTN4zYDImWMHyxCM58XMFvhzFRjJEFk0QxySyYZLlNkSEZondCQBBiS0xgWSaFYpgoUDBJLJhUijGwY9ioVjCmQHmjjFFQwA5RyiiIYwIZKCjgEMkgI72YggAFrm0ZxDFGti0olQlkCoY9mkeJAecRHU0vKUGAGOOUEgzlKYwip1wHs1JqEJQbgkkNgyGIeqekU8BhomeSjAlYefR0ITYjU5GkajCy0U2ZMwZc8dqC2NRAqTOy5ZICYisqlHAjW31QQGxZq4SJLWsVEFslouWLY0t1BcSmCFrzODZFKCA2RdBCybEpgqqcY1MELV8cmyJoJeKYFKFUIo5JEUol4pgUoYBMTIpoBTEpwkBlZGpfEeSh0t2d3PDwLl60FfBFGOgqGeLgi3inx23Xtp3QHkp6EbhJd7tFm4B/AIvOW55QO1+fLKekmLeQwTm8x2Ut4PNcVkc7j7PmAgHfMOPVeJcQjQ23jAnHXzIEF28ji8k9s0O0FU4W3Hw7s2UKeV68MQd52hF0P59NK7uSb3Xmue2aX8q5VplyHe9wzB11uB36buNwyk3CN3W8w7G3c5j4YBa9ZLAtUL/bYfHX/TYoPwWMSmnpeL+7doTfXYL1Wzlbkjve7253VOCRzAJXfmUrp1VKxzt8V0cEOoTZb2Pb/E5M7Xi/4+5ooCOYHTa1PfdNhlvOOL2KvgEzi6IrT3BaPbybvhqLws0Yr9XpETwl6S6XtYQC75O5cHltHq+Lz5NvPH2jn2H1WNs5a030BZbx5u3xsvLwH7HO+Bg+X1VZj2K7gd3HN14DdY7Hn3s/SSvJ3dlVKCU/QxCLtTDrrvnDz82OlB5a2/VAxrcNoPgp7b4eY9RQEH1z9uRopP58j6onuv8IPp4w/eigEj/w3T30sStxVxAe9F3PqdVoy6YFYb67a4FKnBmyS6+SjJ9+8LDzrbOg5Gy/RF1/HfymeuKfG17qLI2GXa07v/4aZPkXWjyrVNLErZ4lcSGRsBte1VfnA1Lu/ekXbX5kKe+z0DspDJYuPFXbOztUsoS+9WKaehe6MG7wo2eOXkDWnOw/rpjrR3gzT6zZqJZeNa78Z3JTBHxP+GFS6cIQuLM+fnzZDj86qPqhU3ipBm7Au1Fv1UrrLh7MmhDtQ7GzpM/fHHIYpL24d/pQpIIV844VqMTzSF62ZwP6JrzgD44pfhBe2tt2YZwPFOLdf7+kGQxaPvaNd98LhbuLOExtM5pzfsym++bsRePy/nJi9IJjQCsTcwD1kg0toMu2hFceijuL4vURG98p2Y+o/z5glz8HUUzlZszccXQktjZ9v/0o+jByUsW8XBUkNJYl/gjoPN+Dab1IpK6gZa+QTz06/f6Dp2a9XgcS5IDVgpOVL28pX1QJcj9A/3l94BmU+ZH/6qEpWjjqq8XjWzTR8EFvp2W65VFSy6EpOCL1aHNh+KUV+TtB4bLJr67s60erigd1PtJXC2eNGfbajH6n0Mmke3AoasDMfjteWH0kUgrlYpIGfvI5OPn28k/vX9+MHoifNv9fhSqJXuuRfJkbCiMyyUpNIGOeo/ryWj3sfnRfo+WkXsLBWv9vQSOVWTwPvHStBYzdvmbVKEknLZ52Oa14nw/hYNXHH4+E0c8kvfto9xhp83elV/lGDTy07HSv1WfU8I2B/fFXtbTuebLBc2DlEOJgmHR574U9OwdHQ9/q3SOS5zai7TiqH/nDpYt1w//+wqZwWG4mG2lCrXoLebzLgA29YmFzzXkptW84lGkVq5BbDoAOGiYP6NO7TgvLsOwO/qSW9pLpntPAXCK7iiiJxvsYGvGZFkuhBky1GsYmrIuQ1muq58fXtKB7SDpYV4IF8TVR2xK08OFFK5oSTx9GJAzm5hY0Ud7IJRA2cyneWRN6M//Dc+6NKom4P76sCmwtX6R/JqkFpA75q+uSvhFQXV0FdF914E9k2h4hUNa9SQWvbXi2dv1jGukfRA5f7gAyv9OjYA6heZFKItm7fc1xNGDDaz+t3r0FEXr/lrsHnAarTmzrEgaHPzvrkZHv1KHIJWsxs9Xgou2LJ0d8Vgso7gDCQc8u79OE5DKw/RSdJzMMHt5FEqAB6CruxVusBO6CxTVTQYNSZzpJJO0r7vUBvZyYEXDpIZxQ/btCnOw4AjHSJlKW4iKgvO8sHVSRzwy91Bj21Msjl+qgiyT+iWi4H6vn7Z6h0pI0ddbsKD3Vs/kw6kfcXVcD5Cqf7szHDxFikfvmGnnjfxE33si0YzP8Fy3k3+c=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lQU1cUToKJBJQSRaCIiBSpW0s2JXFK341BXMalmqidWh1C8oCHWfQlUQGtFgdt615qUam7WJfqWOte9T5QtJZxrPsPV8QW6w4iQlXove/FIpRO8+Jf+XFezrn3u+fc7yxz6ZbqGJ3WRiAQOP2RGO6wkma3lUzrgS3YPIxyutKELzWdy2EzYE3/xvZathGvYRv5GjZDC5sIx2dtZePgNzYetl7N2kX0UhvgsFuaNLw2BO9XsFJpwB2nox02k4syewlS8QMpWanmB1KxUsMPpGallh+oLysT+IKwTaHgh+rHoeQ+oXimKsEnXx6UyiBBHwNlT0dj+P8wGl9Y13CO+vJxpOUwGm8xHAHcJ4EXSMGb8ldgSq/Z45xwIDUvkMoXKjiQUs6CkhzuVG9Aau7Tj5cntS+kq325k9YHypXN8uQlEUolTxA3L1kMryr3+PGacG5ashiv+eaGJYvxmu6msafU8sFw40sl96EWVApeIC46ldIXEL+e9YD49ayHCK+L4VUQv/bzgPi1Hzf6Vb60n8rrgngFpG69Ikajl78zDC+4SJp0mDNIGwLSWQOtpI20u5xNTx/2mSPGWiASOqfTYabQnHbYmx9mCPjnMGPWZNKANxtJF23KIC20ydpiczv0Q59BoQU98kbSVBAytNgjRT+SKJo0Y2esprc6zJOmUU6yldOSKYsbBWbFLzUq+N+ntWWvkm6yW5xpfv+VFoXG0xAtiHpLwD0B9Q4HbaHsJhfpIag9EqPcJruLcmXpaNqUxQGjWC5ot9nlpkkLu5DSpCeZXKZWEqaWc0OmeXgkXsL/omHrT+2m/DD/sgCUZ4fsGFQexhw915t8OzUaTLiS7Dc9sI6IM4g3fN0/grFvEB4Sj44EZcEnDu5fKAKJfc6v/GNCB+b6yIUFdjoahD4re3DyaBWxters8NTgMAafmiEIB0Nz5sQPixOC4Y8XGVyxVfC4TT17H/ADY2fu2Js66yoctikgubv7Kez56eKSJz3qCHRql+9v1xDSzqsn9ixrhAEZMdbp2f6Aubf6gz7nG4iDk6T1a9ODmOLNG0eA/EgwCEUZ2+MJgaMULpQxCw6gDdHhAIGK+uhnQFtpw64cWsiEEMev7GkjBjVW7Pkvwo7DyL0IU37/LeZyfQ3B4tZeIvpt+3Dc+B/LPX7vEsEfa3f/MvUF0bu24Gr+PAkjLl2smLY9GKQnUY5HeeVw3xnBNdGXgQx7vYIOYP3AvY9fGIUgf0vuqCGrRMxRy9YU49lIoMu9eWL5z9UwIYIZH63zY2IPPJ9XMz4ULCO/ME+4cgeuXIH//Jltpy+MvRcfAHKdyd/USu4TJuUYea8t7ZhZmYdc+cs7gsFwZhdNZSDg4jkFCzFdg2/BKCTfn+UPurtFK/0LJUyx9p2hOXoZQBpispG4UJmJIM+JxIBLGyYnlsC5J43Fm2ODwLQjayLir1YTC4beaaOW1RFzPzl3qCJEArrtpDOW3r9NdM27O2p/VDkRxl70DGzclVO986NzhAyXgeQG/NWIM+EHVsmKDhePi2C4/MeAlKkjo0IznxDxuHDyopj9UeggTSRQrOgVvswoAaGZqCLyg5mKosJj0fIYkIPLL/sW0XB++p9xVeHMrTmrT21dHAIwTZfHSUEFYu/bJfehn/SrruYHYpBYOGbNtu1PIRdnPeTyUU3MZgl6xN1vo4zB6XrP1BHAoO9U69VS0JUtAAGzanZcydx3O4NjA7ZT16bUEptQGDvp59z9lkQAtiwaBKCjCXdEI3wwg+g7MTsaoGJAjFVCrk5r4eGKkC4nizqBAWwhPYQsDwVipmwdKoSZEUCw9LNn/R8JmXUX1Q81pSJm/e6EupKNnYAnH/CIHBMiZe4hlvMmtQVsWd6UAvb+p/fAz5fp51sr6+Ei95TO7W/IAJsG6Q2ovViKOuk6ZKeYzp6OJq3D5mw+A5pPXO5d04pN+TcG4UzC", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lQE1ccDuGIXMpV7lPQqnixiRBacX/ITUXEILXWK4SAUUggh4raKYqODCrieBYrirb1oi3FC63trlU8a7XKUcQDkeKBiEZRagt0dx8UZOw0m5lOpzP+8zbv9/Z7v9/73ve+vPVKVExONuJwOKp+VBOjSJVKNKnS5JF0hA5PkKnUyQbdvWC1Ik1E90LexP6XsYn/USzyTexfiI3ujjGnlNvdG6+QJ/X06LEo+n2/KDrm5ycyoR4imTyFOue6YTA+g4lXytJ1wGAoTyCbPAiDCdjk4TPtGBFtXMFKRZpYLZPoAOoigRVKwLT+bEH6pBqDUCyX5a8XKgChRuuFCmCHEiIUpheKzw4VqFeuLpRAdxRiD0mXBfWoOAQbrespQTygBwsh9oJhOp98xIN+uRAMw1jlQqLHhKxASPNYACsQEi/GdlUB+uQS6qcMoX4lCvXhMLC3CkMVmkSdfJfBsPJ3pAq+zmrvcUI+q/8rpAm+zurr8TM+nw0Gkc0XsMEgrvljWG0Qche+vx67ymelVqwrEyv9YOh+wNdZC71AAlbW1w1i5WEYMlkBKzPqBumsh94gnQWB7ASBWCkCQ9ITvF4Rk6mPN5UDPaCWKqUKyRxpGgVUZoalStOkcrWq5xrJXBnpHypzqglWqRQSGWU0Cvmrk4nM/posPjMddZFPvFpfn3f/yW/6AHnMSylieZLq7y+UWB+QMfUjQZyqkTJGGZuerlDJ1H25GMBBN+YQhUKZJJOL1dIuDiypJk4jlqtl6sxgpVKciYDuzBKUGolao5QmMQOze/qhYrX4NcsS+CNjTDbsPSSlh+gPaTpaM2t+rHuVJ5lNni8KO2wJ8woWfLrTmwPHoiy4viv7g+TjmqDMLTaQv6PNrzHvbVix5PKBDzRO5CzeT05x0yzh27I1Jo/tG/FqQYswLMKJpED2NRN5IGz7IWlfHQ9u1Zmv38u1I+PoiQeaQx71duSketzvk2GOGytsyad5IrWPgzEUr6qdw2kxgdSFiz4fHnIKd7efG/O0vzHklty+v1FrBXaXQ395/KwOX/+OQcxyS0NILKoStLR5QYaLZd2I/Ef43d/3Prly0QY2lVpkFDd5QoThQnOfIVV4JPGRmzCFC1sb3Xbfi+RB0ru3Ytc4uJIZQWbVu9LNQXslJtFqagd+lhe0dcp2LV7Ysvv0e0cs4ILVmWNlawZC5cL7g/36VRBZR2BZfQQXJv68bnpHtgcwNB09js+kiZpnA1dvUguVuUHcNZclYsyadBl1w8fEgAfxap/Nnfkv8VTT33akHKgjviEeFo4dbg4Ndm7nfsVdAWzFJ6/6aolmKlpRwIMO6YsGsdgGpnsGP5H82E4s8t8/7v1aI3Btqvd3Jg3hD0dVtY2WB0dp2nNswMvjWWpC0CAYttf2cuhUDtjhp68fWm4JJco565qv+wBDW3QL8aiJDPSObsG5Bf1cCme6wxJtyaR5BUcId4qVkbgDlI6U7zL4wwno5YU4e5Nfym5m5OYNAJOlG0NWPeQApYKpe1qtYTYlF/t9NpBW3lG6WDkUohdnj5rwRQORxRDNhYT+I0q3tXTiOw8GUAowIK39x343eRMPmLw3qboM764e0txK1Oa2S18kmUEInei8A3R6tT/XzOaRzP6fNILHK87Fn9jThlf4Sp3qt7iQV4/fsXOLsoJx92qKX04vJ6zp7Ql3IensZqeNIedZbfVS1QBg1tNpTTJl7LaA3LwGrceVamLBCIqpYmuSZv2zWwbAyOKUJSAdtOAeK5riytyNoX0lNdEJW1gd/cBIYN2I779UmfBwVBv+9QZpjiTIGxj6hr7Ad4Ydftq+wR6mtR69ljvDC6jdpphqxbfIbbLJaA4w6cONYHnhxX2XppgCU1bRW5AjmXE9/KQ3MPiKDjyWFoCIB9lxUduykgdD+Vo/qtROovLuXN/nm5txanXhg8Z4QuTtRXZfRWgJpP8mvLN0sbbEyhno0+LaVEVwFEuNyteewItSDjxQHfLoOi8N+MGz87/fPs0BqMlurD9jD9RmeOVpnhBjaSGPc4APx1OMDncEU3pZF7II5pw/cobtVNmVCa7A7GsZl2R07msBt6njvGydI+TTZXoYkwPpDSvmQujLZkphd3CRKW1s8hTK3BVpfUzzVZNH3/GviWF/Al7wtZA=", "1: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", "1:eJztWXtYlFUehplhhquCArpeE81LJs58cwE193wIS4qacnGtvOQ4fCOjMENzSTFN7WK5tZvaPuWaGpuomS675Fpm5jm5S7ayKsoWiaAoCglEkKANt/Y75wwLGM86h+cZH/+QP87wnXPe3/ld3t/7fd/MiKWWJKPMy8vL5isOsy3pgsGRLhgfwzN4epbJZjd6d1zF2C0Zyfgq9sHcfT835x7MTX8w92DuvpsDHXNEvSQdV9Ms5tTOK7w2A+9XkZFLlotjnMWxVJQ/9yBqAkk2mZe5AeHIqGGD4DkVE0ZNMUoWjIZiOBaMlow6Ngj7MbpepCCKjNFsEHIMUzjRFBPFgplEMapeYNwmG60/40FdQW5ngR7BWCHKAfLBuU0FmgH6oe0FiGPLnqsh3KYQ9as32dMykqgraBITiHYSx1Yn2hccG41cIKY6ccpenMRR7nFMbevCMLWti0RMkuLCuF2kTiFW90K81UySQgmkZhR8gmG651HOqZnU24Vxmz2d8q1m4oELw8QDKvlqJh64MEw8oJKvYeKBC9Mbxdew6TDtIA2bpFLF17DJD+0hDZvi04Rr2HTYBWLTYReI7TbhqhObeFOQ1m1CdAWxSSplhJaJER0gJkZ0gJgY4VJ8Ldu9hXJPy8QIjnJPy8QIjoqxlokRHFVWLRMjOCqTup4ZkeRIF2wD8IJdsAoWQ5qQIQKtWb9JFzIEs91m9Otq0OiDrwLEIcZmsxhMervJYu5uLNn/f8ZSsjKFZLw5RbBb9WlCqlWffsfmQPGf2DSTuBArniZYTRh9xx7sQZzJKhjwYeQqNt1iWLHSZBN6sBZvSnWIjqXjdzyT9JfWFCSUZXpzqs0o/WUnqLo+Amk4zwcccLeAgzHC4sCbDe7G7ccct7Lr46xG7fm4Az0Rt4wl7s5HFa7jluP5sIPuj3JruyqXRuv5uPt4Im4Ja7l13Zo82vNh971b2Exy1gN57lJnXdf3LNUkzwcc7Ik6K5jjVnaj+T3o6xBPxO3b2752vbneg74O80TcPSTz/8fd8Z2AzvXMd8fzDe5CbDjWYrGmmsx6u2CjXwbjhkp06M12kz0rxmrVZ1HgMJISq8Ngd1iFVLKwpPM6Tm/X9/CcpVPSl/nu7gl4Cf9EhmfTItJXrd4j58ctfPNE09hj8KNI827vYzXg9JQnzm0plfN/Xnao2nY4H7x49eS2z94uhSP+Zk3b8r0TfLgkJWlMdgVU+R4c8nSqE3wfdFz5p0eC+ZqrukFoQS3w0YToHvu8Hm6KWXK9MELK49WBYd58TuZU/+KRMhRFFm4CAp/SBMb2DTi8N6sdzhkWvnz2zZvQz5ktnvwP+JVi6rvz3pPzz5EFCZod9kZCtawWRG7O/klllPJG8lcNN0Z/k5+hqYUTPtr5w74vb8HEFdtX7ni/COR+vHTdhalfQ9GZpLdHVANq7zJomZx55rXz1XBkwvMvTZx1DZYcbF6YkR/IPx+a+/iVZm++MO7b+sYEJyw89FTTpyU/Q9G5k+Mmn4JkfXUlFI1mPflBM5j3xQc5T/CHoJg0n36ht6Bku+/gXYsliJ5bA52qytyHr10Hp1LwxjpI/a+DWwvWTYdrfwJvXEzzsnj7o5nVMjFjB8Fm1coJI4Y7waetrzZeLPbiffLfFGd+gNmDJpaN2ihDfXAitynQrL3+8Q83eaM9j8YOqbl6CVQN3ffddHMoovVsAaKRxvTftoGkGTvXj5aEoILgk0eP/L4OWDbIRIs1QAxmawHsx49O9tm99aicPzLslZrEaAkya9Z/wkv80HrRu6HRZ+F5yzOKM79ywrZbjvIdIdeh8pH9/QvjJOit/S8mztjZDoyvGRaVyoPRHxzPDg4qr4Icdr9RyqfYR73z89xQJDqxNvfjE4Dy4F1QgemRHcS/HDTnr38UjgDYZ4f6/b/fBqViGjbIWoGiPnz63NZmeNH5wvJj9lZA6+qk9a48DvWYdptk/NRH/7O9clF/Hmf3pV31YBRJWBHULj46I1DSjxeLoz095Tw4F4EttUGyf6cPf2M0ZmwLaDD8e9HMrwIQrbMXX35cdCTCjyfHRMpRRlXL/obzNwCtczt4KAYjGiDJ1+QyECgZ/2r4hZvg5V2nPzw7zwdR/76B7x34y7fPPFcMaid+Nqbv6368/XBYS0GdExJazrwBV4y/9U5Z/yB+zImN++YnyFHeXEzURoCrI8/05+vFXVGb2qDXlhdEiraAJ09x/8yLbAd1NWjSyIQquOfzLwaMTi6DQeUTNmevkqLg1boDv57fAMH8BXmwth2m4XYNa4ZK8fiAw1/SPl74HSDbFtwAgxJLBq/RV4Mha/TcPGU7fGUNZvgViFfzoL8rbwr+wpnbyRV7qiCfc1nMTAsktFlZA2gcFTCCFLwRPC5dFTBq7I+QhJ/rh4aTgkt5cvzedvjUgE/OeS32RkWXygPeGqfgzxq/rlo+/hIs3o2FwBdNJg3oh2hcPqjpYvEGW/xtQPgTLEGkvSvlKEqkzUMxeXAaNlDdBw3913WQc9kLtQ60Fff7MQ/64rY+EI5Wk4aoB8+K1nfXS/kQnNj4Aej1NuH2tSsSnvixvxFs6StmpD0Ekb6JlPKLZ2JlkPKl8WJAOUGIxtkMMjH9E08BzOKl60J4Qs9tQTzxt0iGLmNzEgWiOnIGiJtLBrdK0O+GG+qennYJkn4dKEekHdc2gAVFxypCy0IQ5T9y+e3Li6IxrqAwHJlwG+RXgRgiuCWQ3LpizMvEF2BLhq27xnf+etj5/XAPc9x/AdAd7MA=", "1: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", "1: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", "1: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", "1:eJztWWlYFEcangsYLhmIEO8j0Vxe0MwMGKPVOASPiEZBJYmoIzQw68DIHLJE3ay7sibGmCCSGOPDuqtGzGI0qIkatSoaNUbxxASMQcRFBDy4wUEkXV3DAoZnM8WT8ckP50f1dHW9VfV93/u+3T0zeIFhRpxMJBKZ5HwTbtBzMRY9F/cS7sHdU3Qmc5y47SzEbEiMwGeax31/+L5pj6Bv4uO+x31/uD7Q1ie4l6TtbLwhKbb9DF+bhMcHCC0T4cy3oQbLAt7+7IMECpAIXVK8HRBGaJV0ENwXQIUJJBh/GoySYBgajEpo1XQQ+mXU3UhBkNAG00GEZajCCSaYIBrMaIIJ6AbGbrKR+lMu1BFkdxbIEpQVIhwQDozdVCAZIAdVN0AMXfZsgrCbQmRf3cmeipJEHUGjqUBESQxdnYguGDoa2UBUdWL8u7ESQ7jHUMnWhqGSrY1EVJZiw9hdpHYjDuyGeQdSWQohUCCl4QsYqnse4VwglXvbMHazp92+A6l4YMNQ8YBYfiAVD2wYKh4Qy1dS8cCG6Y7jK+l8mChISWepxPGVdPZDNKSkc3yScCWdD9tAdD5sA9HdJmx1ojNvAlLZTYiOIDpLJYxQUTGiDUTFiDYQFSNsjq+iu7cQ7qmoGMEQ7qmoGMEQM1ZRMYIhzqqiYgRDbFLdNSNmWPSc6Ul8wcwZOUNMApfIA42pL+u5RC7JbIpz7ThhnBM+c+ebEJPJEKPTmnWGpM6TRbj9b7LI1EVcBB4cyZmN2gQu1qjVPzTYg/+iSdDxFzT8apxRh9EPjcE7CNUZuRi8mHCm0RtiFqboTFwXs4XpYi38xvT4HU8n/fVsLkIo8dqkWFOc9NdKCOj4CKRkHB+w++8asCt1wP4dn2OVgY4P2OO3AlZghMGCB8fYG7eMJu72ZxSm7V7j+LA9HRE2fblVHS1LqXJ83D0cEbeEttzqTuoOdnzYXr+rrLsgz2/UWd3xBStgtOMDVjiizi7Ucft3ovkj0LW3I+KWd1fXtlfWR6BrX0fE3UUy/3/cbT8GqG0Pew892GAV4ok1BoMxVpekNXMm8iswFtR0izbJrDOnhhiN2lQCHCCkxGiJMVuMXKxwYX77eajWrO3iAUvtT97iO2+Pw5fwf2O4N3HWss+/XLATDmv46OeMlU3A7cfNi8auErNfnRcVSVwvw0kjWwe3LJay4bVrIsxD6sBe3+ZTd04eBdufOBdaULUHbPgYfx6AdQ3O89ZPqYQHJnlIhq3swU5fuCFl47+twDM5592fbsoQ17sk6skgT7bRUrzRe+sxuMJz2s51nAidLAVbro6TsFHfM99+MbIEvqn+z7jZb9RAnaEq7WSkFH2oeVdf1lwOe4LjV/auKICZ3Nsx0XPckXC8YoWhwsB62/qF4Ot97zlX+d2BfaZf7rtUWwRvex72//iFAhideOxB7pIS0Fs2q8eI3EPw5yHOyzM110HhvMXTBviVwLONEde3fiJBTfggU7DZs/GG6gDZpxVsSz3x/Itrq+BpPvjxOxqgPKff67FjrsGxOGGHRGxq+TMB8pzTsDV3Sc2uV+vAD7Nujfr6WTHCq/fKLIBVfhNfvd/rKKzT44S3wP/+PSvvs7N5IKgPemNQSBUQppvngVRzcQaroWaHrih51QWQ0Yvf8A45m338laB3Qqpt80jZ5jl8QIwEkXhKQWJZ8/bqC1aQN2bq+fSNvuib7C1T2SecEF/ctwrHitihFskGeV8Funjwes/+J0Vod4Vpr+8SJyTEmezLigzLZcfebwKDQqpjTkfL2UVn3r5QVFwFI2c8u+mdXc2QX3x+6bkfYMFyU9i6Bhl6c+twTb/KBnA766Xh+RvuAFNC+u2lwAc995fV+xe6boenFCcO7HvPjfVy3/tp6gQF8iwe8cGmpka49tRbE+GyaHjQjCNrAQL/SlxZkv9a8LwAPATv4jTrWklerl6Eu3FaFxZBsi8nNq1y+r4BaWVw3M3CHOsVL1Z1N/jlCTVO7EDhQh5sxHSY6cN+OHiNJblvLdjKZ0N7VIzMQz5q/eCwN6uIGr3nu8UVcJRABE806IJhnstUT3buK9+5jP3kEhyICzXSCWHUxWFN4D6f3fAFu2BFZq5Hco4YDRcILWb74+1Ns8LNT++/v7KuCUoOOvn0BFaYMmIwP0UjXP1TgsggFqGsuXxkE1zQUi0z0/+FS5Acb8Nw39WTK1Z4o6YjsZ/Nj2yGV4vdM7b/7RIkfJajK2HSP7tvcUI1/OqKKCsgea8ChL/34V/5bPYPFrE/+tSEnI0rBeOFhByEIuFzD+KwzvS+BOMFoZQBzMZ81xtw1a5r5Zm5+WA9r/q01/l9Tq6QKdNd0Oa1L4rDZe4sHpXwVCvwE+ReDdKWntv9Wn0NxO3+yxLUXxDucRApJNSZDfuytiW/SYTSvbCC6wG75erhHv3k7GYxTkg59BEEvAcuf+bIP7bNVrCCHGtuwZt/ws4jYlMO/7PPqGg5+ldTwI3PhzaA8+lzHmisUjbr7jae+fUQl9d4rwac6Y2F7caiWzzxImVIkMuwEyCD3/YKTysowuFk9ELYneomt0BF+Vc7pfFSdt9Oadnqm35oCCZopRsS8Pk3QFS2Km/MGl80UxCMK1ILAhKxBy6vauFS3BBWTdZcF9Tw3Jz3j9R7IKxqr1O+LHanb7LrAFbHNZ0re12NhVwID2F5cVI05VO3sKGWOlhpwo4pReun4EJbgeu9TfG7K0rB6WieaMt8Ue1AXKFiSPToxZL6eyMh3xYxEm5dIUnx/JuvIdHU2ePb/zZs/2G4iz7mF4tF96A=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtYlFUaZ4b7xeUmXnczcjPLWpmZb2ZAdM9B0EdZBXGwrKXVYfiQyWGG5pKi1i6pZaapjyu5anbBS7hlllZk5vnUzLUnEc0iBMFAC0QuIldR2HO+MyxgPE9zJuafffznMN/7nd95z+99f+97vu8jPNU0N93Dzc3N4oOH2SYDr7MZ+PQoYiHmWXqLNV3ScxVjNWVqyFXsPdv/tS3xN9hm3LPds/1mG+ixiR1I2nM11WRM670i92aS+TJxlGu88BhnsqXiFuYYRCFCNHrjIgcg8pnEJnMCI49gwSjEUckGEd0oWSLAiaOKxQ1H3ajY3IgYNYsfpTgyQVTiGMkCUTuRm0iKkbNgoqhumPzYMZyjGOqBbk7GBJIxqrovyGGNirPt9eOw4vqCHNYCJePM9qhQZQ5LqA/IcQ3RfTnjSeVMIOygKCaQmlHjlIwznqKcEKzcrnImwcplTnDqATEVoVzuRL+zO2LqXlREcocD3otRMHUiKiGFwznqg2HqklR1CqbT1Y5xOEG9HVzBdLzaMUxnJdW2gkkHdgxbY6D1oGCrPAri2PoWlSnnzPnCsXUTWkQc26FkB7GdmfSo4Jw5Kji2k4wWH+dMA+fYFEHLgmNTBNW4kk0RVLBKtgZOQ65k68V2EFvXt4PYGjhNrpJJET0gJkX0gAZWxFybgbcMJzesvJk36TL4TAw0Z08z8Jm80WpJ9+u7YLonufLHQ4zFYtLptVa9ydh/MY3f/xZLzs7iNWRyMm81azP4NLPWcNfkAPwjNkOPb8Rib7xZPwQb7prji3/E6c28jjjTBBGEyUYm6wwm3eIlegs/wKLT9Wk2vD8DednTS3+5qLfIaJHWmGZJd/+l4mT9iknpet6/+zXe5CrWUcK+zIQj+z71cCrXEw4cVML+zIQVfXlzatcTDnKFsgOYeav7tlQu0vW8gwc10eyEVX0fmLko1xMOGVTCAzSGXyGs7HdoRriecOigEh6gThzrXTL7U4LrCQ91RSkzHVK9ryU93wYUrqcdNqh59mPOc1S/V1/O9YSHuSLPPsy81f2+E6jvengjBylZONZkMqfpjVorb6HfusmjVJJNa7TqrdkxZrM2mwLvE0NitumsNjOfJt5Y2Hsdp7VqB3iIVKrpB+D+2+PJLfJfPGKdNDZ++cqGEOHQky2fXVxbg/yK87Km+FWApvOzU4Pm+wvlUt+1Y3TVyPPkBtmSx06DrAXehSODw4SOwJpPP3CvQNt/+sPe6hl3wJjVtUkF94XBU4cL1ns1toBpPzQ2xz95Be27gReaEyxQ+x5QdWrr57lB3vCn/Q9eWbkzBMYHSCe8nOsOH39+/yepf29DhqXLdj8a6yM8nXmy66PlleBEy/iUDVOlsGbGn7rDn/eFDx1/ae8T8VKYdHH0Cq28CXVdWFozTlaAVJO/mJsbfh38OXv+u8ozHQCGak98O+EmuPTxqhVFB1vBwYBn33u1tB5ES2avGnJWIpBZ0YUSIe5WXa0Q1YG+qT99Yur7HvD0VbCr4mgbOpG2b2HyeYlwJHdj4LJPvOlfVQM6+uaoiZf+eBNVzh/+6Tm3JkTt34LUt7/nGiKrQJvXgq2zwtrRvIhH8kOLrqOZeNt3WtvRd74ZDxiWtoGhRXE4MuUI38Q/JALZJT/SG2pyw1+zPbscbVuy452xURJh34tJM9/4Rzm6tuUjvPMqlLSY3KlAr3dvfKFzUjVYo3u6bLp7AcBBPLPvbCPaoXjnkLpdKtC4lqAj1s0jPB5vBmuaS4tzLHdA/q4EHJJiELL7i2PDx+WBdaUZbqYcH5j4wT/5NboasHLirD1+02vRmeiEc5tSulHhmvPll/070eXHNr7VLnODYj46JdB/+oM26bZriMzqiq0H7cdxoC6MFOg+r6JbLzyDXbvBD+fgDZeNhIT1st3N4PjwcRrPvO8RdupxMjEYptwfc0P3zSWwagjZQRGSbvMZvbM8TKB5aERi3o+fQ6FNMWfT54UKJLuv2WqB3tS4+nSyPzyKWWhWBwk3sMpeiqxGX5WRRAfAN4IJwaFwfKD/x3uy/eEmHK2swiYU8flDgf62UGjMkxzxDJHCtQd+rNki96DrtvgKo3FWvXLaAc3TbUDzJxUu7yAL1oBMItBKH3jA/ed14+u84RPXJ+IVvWHdzsmPXthWiDy5YNXkKR6wbsjRiH894gknvDyspLCtC5VliIzBlO3z3vz3+wLYcKVpzPkGKVz32WLfjrd+RLfzSYF0AqpriR1XB8Qy2CGFubGvGn7uLAENJCz6LmAKWSl8/XYnOHxx7R2+rRMsvFr0QGlHNyLh+1u+t0B1eQ1tnoSFvt5dkJIFEzyFooO4wJ/yEJ5Ki65IXO8JX4khSIlA9dCKDpgzNtWt8IJieI91I1IeCUm+grjuw0OEr5OPvbsroRKJ9TqsG9Xjqhkb347CRWATaNz71V/Ur3wIduHuUZzXjFY0HcAKKEWH/vMcLhkPQS4GtB5UqUYJf73/O3SY0F/kK1zzwIE74gfFMrGVgc4ULDS5j4AnYYF8iR7GKmgZ34Eah82Yc3vEQVRKaF8pAXT/N0C7pmr39i9bUZTo6Ca6PcJSHNLUikiUpqm84OZ8UkjtKPb3tZWqUe7CM2JhtABa114CzaebIMa3xh3u/2HBc4k7PaFXzhYc+Q4UnUUq4QIYW9qBld0Cqkveu5WSeROtf92IM9EKCuCLlae2esOccSSB5WiUuPFbQDxyYoyL8Fu5KdPSvzf3/lOz9yPvADb5fwGBOgeL", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztl2tQU0cUxwPhIZVHQAyCgkABqy2FJBJALLsBrOIIGYgtPjoOAQJGMalJYJSpttSqUyrVqpS2M9KiWEutOmoLxSq7Uh+VjuWhYq2ioigPEYgKKBTs3bs44AwzzU0/9ItfNnPP3l/+e875785enxRtYjqfx+PpxzFDnDZTlZqVqUqfRiJWzLBArTekWzx7khm0qxTkKfpFzORY/H+Iyf+HmCXJI3OMF+e9iDGx57eG5bOnKK0mbeSJzMWS90XsOFNhw4wKtSaD2Vv/jpCYSMoyC3Xqd01gxMMyZBPLdNpVSoM61UQohBskMUeJQlJuUAg7hnKF2OKFcim41BwhKRUK4yIUyjLiEC5MGNXh5KAwM4owzISzTIw2K8UEJpwynPIJN6NulBEHm7o2ViGY/ohNFRoFiUVmKIklnJSGd7k5kFjMaXnDkMkOon4zJ6cQjkr0EGIZKRdGQhmT/U2NQCGTjTcaCjcDkgRzgmhOEpE5EDePD0PcWkv9IDHHRBKTz4dRJpKYbIjREDdH0ONYws0R9JyUjO2IROburHfi0ftCtFarS1NrlAaVnl4kHJghIUupMagNa2U6nXItBb3IHxl0WamGLJ0qjZ1IHnmOURqUY6xDEk53Ar27P5tSkSlyQSHR4BmlE2pjatG62qOLeyqqQGLsrg8Cqs6gr8ZNLlo2fQjEfeQgP7SzGx23dnEFZ46jW20FR+xXtwK/wqfb1g9cRxX5Nt3CeU9B84ai89/XtAGtywZcXdyITlYXzyl72AQ+u/8eCFlmCx0rg7+cMakfnUj83OfTrNsg5+z0Wdt//xu46y+7PJAZ0QNZTfqlDGvIytvYwogb8vxCTT+6tpynzbXiwfWeYRkxpQK4pKfir7xBC/wWu/A+NK1q076k6rtgclCjn01uE6o86Rag2DgBdhLZYx5wNitoj9n1yR1ximBR+I+/fQtcD85tynGtR3y7vKmpnd6w8muPoMYSDyg5dfh1zcv2eEHox7Jk/4n4QhwhHqBPMlsGSo0NoNnV89wd4As9l6RF3KiZCPetJYnY4tTOJVGRrYOoZ/7iTWENXcDhZuC2bx63oLKHgxfXqN3huoNlKe9fMSLx3YP+zRuawd7Xoqfcu9WK6K8TTOoI+mXaVgtcXse7bml3DJGsT28dAD1XL+fq3zQipngFF2MFsHrhye9K4sdDhfWe7bMsBlGgz9RHmQ2WeOWrvYWNOy6gw02kQcW0H04u0P3WIrfyBC+49wQpjABLz0fE1znb4d1zyMo6AdVrRxkxam23vy8k1cmOFMKlh1FH0XFb/LPXxnsJYS/hPRbEAYcQW37VWTSXv2a83/IpkOlay4r9ArilYqXdE28+zn/lvkNlsC2svfQ2k9EQEORI90cmdaO+ZmVxw8yHaHDzIyajo4j2dzeKbL3yQ/81PnwiYgpTMglW/xp1QF3kjJPv1PperRDiAJLoMS+4/Gi7/qeC8ZhU9/QBIc5ePdnh5qpJsK38EL/F3hoTlaWrhfgLDTHgfTSkIoq9oLQkHk4o9oUeeKm3zNgz7ONTaEfphwmxnn6QuCTWnoe7zhHhevAO81ZqhzfNf7Y73Cy88kefgo+3zG+3munch3IDGMNdngip75ywG5m+3YfYdomMQMMWapD2T+4B/2S6t7N3CLixha5D9aTceR7QMfDIrq4WF1jOuOKNJ1aYMQtTgUbA9sHaCiZny72EKx4jdj9GuUCFHTkwNBl6A3P31D+/10e+QEY+D8aIif8Bpmbbng==", "1: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", "1: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", "1: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", "1: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", "1:eJztl3lQFEcUhxdBWOSQKIqKaDBoxYOEPbhMsAdBxCuoq2igVJZlgNXdHdlDxeCtwVLjhRHjgfeBGuOtqEWPSYwajfGIUSSKAq54oFyLAgKZ7llUkCppqpJKqvxje7ffzK9fv9ffe7PjHs2MjLUSCAQ6ITcMY1S0wqCiY0XIgsxDlTp9rEXdLFDPqGVoFvTe9h+ztXjL9sVr20juTGX23I8QRquWq4Li5do4WoluamStsH/BFvre9j+wedfZcBd4RVN/RhPzeoauDUL3i/AolqFGEqhl1HK9UtFEkQ+ZSIxHfzKRBI/epCJkE3mRqaR49CUVYVciMpV3c1x5864kMmvuS6bUxHEd/10aHzz6kTny4R35kzjy5TVSEo0fryFkz6zyJvHk3yxPvErc5Jh46IiBeEMmbnJUvBNe5EMkEvMiXyKRhBCJN0RiHthgxhDdFJG5oMhi4ktDLCYS+TRH5NscJnybk3K/5hDh1xwizJx7kYjEIsLs8Y8NrPEj0ZhxJWpGPHiSJgf0upFLRESZM4vIEDKLmtzH3yBcQsadWUSGEF8WEjKEzCIywvmykDQZhzdFZJ2ILwspEeF1IjIi+FqSEhEh5pu/lIiIOhEREXUiIiLMpS4lIqJOREREnYiICDHfIaSNE4HeoXQu6IKe1tKMIp5Wc0Jt4gAVraY1el39BWNbopkdNwTqdIxCyT27GU2DF7JWrxYblTiZlqGbR9F6rTyejtHKVY28vQXFK7kLQZw3Wqtsyxka3GPL/QhWamkFciZzQgrGgG5WqBjFpKlKHd3IoiHKGAO3PxX636+0fntRGxxRnFwTo4u1fBtTST0cxP983O3fFTeaBTU14NbEAfvUA8y/ASBoPbRwEMNoY5QauZ7W8a9WDtwwwiDX6JX6xECtVp7IC7vgXGgNCr1BS8fgC1Gv58FyvbwRUKX+/MOp/vZovD3ug6xLsuMFzJwieHHckHM2AUJqnPpMzcGv7sLgxaoHVelXYNz1BxN7H3Wiel5wOnvi+BV4J2HR0vyScuj66W0PawtLVi4e7dUrvQr2Sm97OfhmKShacH7U6V3W7N7OETGf5RTCsf6Hz03JzINGsC0n09EEI0wZtxZVl8FDj3RH2lUVwt7J7bMuPa8GYVRb+U/XrgH7lPS5IwY9ANN99vQbE/kCZgUkjt3lXQgD1o3euOf7XXB2KJzh5lcDXB3uei7fVA7w8htzgXT2MWruFicqakpYl/YTH4IBN4vKBn/5BEZeO5Xn7ObAjok8AJ+kVcHd3OobZt8CE3EgjqxL6PCXHXQmOA+ZexjB6V83DziqE1Kt7Y7sSDxbAZD1x69LzftfDypExn3d801wri5kVbl1Jcifl/bb7t+zoJ3HxzOXZGRDz4Mbnu385STwwgkpACrbik1xEktqSgLacS3Qxa8oTAK34bk1J1cvb10MJk+wudRxhIDauxgdRBvKMdPru15rWlDhXLQ3J9yBaeO5zNu4sHweamDuWJdjVwQv4dmefVdemJUPOo245ZokP2jOoy3rvG/gvenOT8HTiP79CrIuQhzejSdg0Ce17tXlz+G1O3ftUtKFVGrt8plVfY0ge1E1/Tz/Htw2OaDVja01YNh8h7AfVpXBqZ7uXctUuQDn+7glq2TQyZaD4MrCx2yGMzUSJ6YEOOGDegEzN3biiGjLPk0C3uNPCFiUvZ59C8DQHa1Cuh9xZpNK9g+ftLYcFqZ93uePtRVgWOlSmd6jFbW9T1Dnx7lW5vxUwXVGt50FoUKK58QEmTlWZ5aJbkD3/dr4FZ7OVHVyWfaNOYUQh7nPkt0ch0iyYBWzUIYE7Gr3pYYE1xaUrSuXuSFCdlFXBZeKfNihh6zl1pVWFE5HmztQiIF6Zt5PKdjIneL18FwwAYNuhDzXD0BO2DepmjbFINwRnawttVAx7q8QyycQVUnJ/rsAUTBhjTXlzNFfpLeiylNvpyQvMEF1+Ix9R6PLwKi87et+/tCKmo8wuX4LPM716cRGloOo+5e7ZVcIqTw0jWpD/XlGLZ3ta0GhZcoGVwN8XCZnSoATYEu1Xi/Zctj3EV+n1R1ZDQa+BCIvs7KuwN3FV4dFO3Vkhzyykn5w1JqdNh1ltgrmPvz2oH3CKeiBD9wIHvYQCfd2tmOXcdlPra0EmadduMwUwQAuC0auTgwpHazCHU1g4YIIrnKMgD8XRxZj650Gtn6U8TK5LMec/0oQgzdUDNVctyi+6kDdPjI/6fKhdMjzXAExn/fsqcqZE0/pU0oBLusDlux12/huqmktKUTp3sr1MBQtN7AItnM7fx9sMwHcnQM1cdyTk1E3fGZa1Ot0+H9+Izbx3yPilZo=", "1: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", "1:eJztlwlQFEcUhhfcBUEIiHiLhPKIqXixF6DRnmURFW/WKOIR12WA1WVH91DB+0ATxVujoaJlNEpiFAU0HtH0FCZaiqix8EKkFFFB5FBAlyuke2ZRQKpCU2UqqZIqenfe9N+v3+vvvdnxmsUEhwsFAoGxNRrGMDpaY9bR4d7Ygs2jtUZTuE3dlcLERKnwlfKD7T9ms33HNvatLRidqcoJfQlkDFFqnTJSbYigtXhSE2uN+xdsIz7Y/gc2WZ2N6wJvaPJn9GFvr/C9kXi+NzeKVbiRKAxMlNqk1TRTJCcTibnRj0wk4UYZqQjbvAeSqaTc6EMq4lx5k6lkLXEl411JVHboQ6XVR6CO/08aOTf6kjmS8478SBz58BopicaX1xCyZ1XJSDz5tcgTrxI3OyYeOmIg6snEzY6Kd8KL5EQiMS/yIRJJCJGoJxLzwAYw5lnNEVkLiiwmvjTEYiKRvCUin5Yw4dOSlPu2hAjflhBh5XwgiUjsTZg9/rHBaXxJNFZciZoRD56k2QG9beQSb6LMWUVkCFlFze7j9QiXkHFnFZEhxJeFhAwhq4iMcL4sJM3Gob6IrBPxZSElIrxOREYEX0tSIiLEfPOXEhFRJyIiok5ERIS11KVERNSJiIioExERIeY7hLRpIvA7lLEjvmGiDTSjiaSjkNAQPUxHR9F6k7HhguEifNUGDQqjkdFo0bOb0Td6IXN8s9jE6Lm0Ck+eSJsM6kg6zKDWNfH2pozUohtK5I02aNshQ6M5DuhLgNZAa7AzlStWMGY8WaNjNHMWaI10E4sGasPMaH86/Ltfa/fuovZcRBFqfZgxvNW7mEoa4CB+/3F3eB9xuxDHLW/AmV8jTvB6eGElwxjCtHq1iTbyb1jOaJhgVutNWlO0wmBQR/PC7lxKDGaNyWygw7gbM99eB6hN6iZ4lfrxz6iG26O57aF/bFW80FyZPqoShlwW/57U3wKf7Uh2mne4HI6v7mS87WbHDtDvtzkregKvHrp2c9Lz17Av3TknpGMFmJ09b93G3GSwYodyve5pLVzYpmefpXG21Jz4Bd/t62EBq53HHd1OZ4Avd41uHxdUBUYfdAzsZc6BuoUxB/oq86DfsOGGCpdimHm4clrUH5Vwf4/T1WvLfoVBi1YNGH1QQMVc/HTQ1jQINqWW95m2KROkoF2tv/cKvjw2HrkogkPz7iJlCci6vcIYuN2Bjf+W+4NXlo2ASzzuwLGzXEP8jleDl4pr4TefvgLRIT/K0gcLWM7fMBsKbfb0HAcbSrygn5dn2XN4Lvgbr41mIVtUwPr1CDoPg0fuXt479RkAF7JOrF78GuzSu61igwRsdH5v79aH8+Cu+9vWxobaUr4RAVqm5CH8pbQmY2F+Fehf61XzypwHM+KfeCTkFcE014tnTjm3ojzLdJOWJFpAL7NtfOuuewCX11h76plQ2lZe7cpeiJIuP0mVgul/KSsLC0qAZtndIdEhAuoUtTLnYicnyp3biJAtD5qyxvdWOkgfPPbPLVlCljuOk0nwYYx74vCHZyAXVoULu6VwMZDNyIUe3AYfwK1pODEvQPeEvBH9l31EcZ+1SQCrYtxvAGec3kgRdQenc74thYLsFporYmuTF6GUl0NLatihme5tWT7efOt5ZMAJmV0Xq8VVYPWedESIDZUVKWBWCB1YEQrr83NWHva3oa52xjNfwoujfL5WzHRgH8m7sFM/fgQ+SV2TMPlyNTiixUCVwfP4uP0FbAp2W2DDJj3MR0Q6sqkde6tE+3OgZ2zBhFN7WrGlG1WmnjvLQO4q7Pg+/GHuEMfbPezZvV0G3O9pJ6LkPw+dPDVJQP3U7nrAnZKXgAszUUDFBeGMV8IKl/yTR1tVAe7cyx2pujz5Y1xm1wIujXstVq5LIH8+DtRj9fe3pMUsnDl/XPcOs2v4utAJqQLjifZVaRVWznKt+f6I0qFVIlJqwblH7h6XHheDbihbXxxzoA69uDFm1mZXFlN/b7IttWVp1aC5V18AJU7EZXcWV89XmkJw1rStk3CSBVxPmVJ+OtSe4td3oTbsxEC2Zre4xKBQS0Hy7uKEC2mu1NO4PoXOv4lY6b7jPpbUByB2MVKa7dizIjeEUBF40G/zXot3JpxxZqST7Wcu7CiME6o/H3wcikKIs7z1TFu2+NJ5/yPaRGsd5QEU/MqctW6swzpPTVFoDs/DxGzI7yMbXHutenTgnhs1pC8m/yQw4XQU1YJsW6xwodw4gC1QVuyLKr+cr8sIJ4rP0wZgzzWK54Cv4xrAtWyFPgI9QJmoxo9Omwadjvu534RN/DckXowe", "1: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", "1: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", "1: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", "1:eJztWHtYlFUaHy4DDMPgADOMN7xsbqSpK3PhZnpeBBVNRYS8VeLEfMAUzOjMYNKSl1Q0tdLWvGdZ65LpUvloprZ935qkhmvYknjLRQS0EBxNBSOhc74zBPjwrBye2P3H+ePMnPe8v++9/d73m+/r/5x1SpqnRCKx++BlojWTS83O5NKiiYSIJ5jtjjS35l2Mw5qVRHaxD2X/N9mkNPf/JpuC65fkh3+MsdqyjJmxGUZbOmcmSu3gEh6Ea8KfdnxI+J1l8Q9lD2X/M9nwZpk43X7rgFFWi6llR87GEf0wcY1K8sJrktmSjsfjgyFEptV2AqMTMXHW7Oc6gNGKmLBIFjsUox3WCYyexTcd9Y0pbxSjNbDb0Yaz2NGLq4EdwmTFIK4RLJBwmjSm4kRQTBgLJpKd05GdcC2KkWvUAmM8VLszllzt02EeiNouXne4rKK2nrFRqV/0q8Oco9qMbUeDYewhGgwFsdUpihFEW0/EMDWSC8M0GWm+tUxdQTE6pq6gJdIx5cCFYbqj0KrqdJ3A6Nkng45pnLowTPOUckfH1nl0mujYOo9OEx1bE9Fpou/MCNKzNZEL1GEytJpb+g6zoTWow3RoDWIbq7Rh9WwjyAXqzCzWd2YW69kYQUEGNkbQTjewMcIFYmME7XUDGyNcIDZG0G43sDGCtruBiRFa2rkGJkY0g9pnBHkutmvIgYOzcdbUDC4LA205ozO5LM7isKdJW1+Q7uR4ibHbralmo8Nstdz3kO3728WSc+ZwSUQ5mXPYjBmcyWbMbOeJPDbDjA9isTXOZpZJWj/JizpEFGe2canEWJKSIKzZRDk105r6wotmO9fORceYTdnYv0zyXHTf6wFRx1uMKN1oMdnTPNrkrGV+a13TNaLrw/Z9UNhkF9vReL06F2/zjSGy6+OV/67xerPE2+q+2VzgqK4POLAreO3OHLe+zUgwdH3cQV0Rtwdz3OFt4g6/b/51k9AXKLFWq81kthgdnJ2+WVHgJTHbaHGYHTkxNpsxhwL7iCmxZac6sm2cSTyY3bKPMzqM7cxhA30q1bV1jyNH5H00kZbqr0eOHlvG7/rmu6nXrqvhz0v+NOFvvk2oIXrOyRXf3uAjXo2ZXTnZF6oK/lixZNspXmJd7Fn4hhQ8r6x+rEbhAxfnrny94uZtNEFUVAsUr4Kdf50EQZfc4UpI/tV4i0oIPZyXP228H8hW9k2tPecGtw+cW3mvUiXsnYF/+WpAc/ZkXdJlJzpRe/zLUUMUwj+mrO//+m1fKHmc61E+/R4aWKQ8evAzqfAEOZjUA+J+rqkWon5CirIha96tv8Mrf9j/kUd6MDiXHU/+5wdX0d5j8754Z7O/cBCb4SKCAYNf83JeRDNNw/+T8Jqv4NinbiiyKMHbGRw/+ZcylDfz359fXieHb7AXO7bc4ncMju1dXX4OnVr7TGPsQSXE8y+HRF6RgQgvDYT5W9975MAv51FAOPbotBKWCF9vH/1pE9/9rRJZxh9k0C+1duaokcdQaJjP7t4zTyBn/ldPRrzaiBaeHZEz/YPL6GvtkU+GWpxoIUm0jxKGDdoZVHzED44OjH6zqEkG0vffjHabWIJqc5FhVrQC/rLzlcRxb5fzfXA6hzbVoyePeY/Y8p0ENloCsekahKY9/Ql/7R4/CMMX+gTA6gMvyO6+W4oUc3evOp9xE6GvLuxbmusB8+UDHluw+nt+/ynJRXeZkxfNHAkCqZ5E4g1iGYsr0JYqXLhjGni2MRZnugE1PJNV2Linnt96pN/Htgw3iHml/OjGQ+X8iMElm6tCfOFCBmbGUn9YtB/wSQXadh0HvN8blgeTwnoBJtPFslVSwMkwDe/bUxg91na3m1lF86mRQv1h04ez1wUJnlP9h+z5Xg3DCf1myeDtRY8ezgtVCymEANE+gI2vrcmVgWHWwXF+7hohoU/w8xPtPhDcUISZU4eSHQM2NBVrhMI3wl4csl0N3Iezk6eElqDpJOEFaqGQuJ/YCxpL5v/waNhPqGbbE4NLevoIPRPP9cq9pIBFYqGlkLJxgnr1eLkQEpkeZ7a6w+ZN5NOAFmN38ku9BLHe4T3gKVK4ye4g8mC9VJiIUT8uDQFSzrgz11Be5OnCLH0tP090tDvM0JDM7+FF+r7vL1yS48qu1YCI8yznq+2EmAqB2veDAJG4JfywQ6Hd5Ps8QflS+K6R0xp5sawSHhGWXZ2hAJG/qnp+WXXiZ32W1aENTWsWNEQHwBnnrfEz8u7yUcSNRUf5Q6QNgn1hKO6asDQ5qArGXnpJpYZe22YNLCrG+ovtY9bNcwM6F4LA9OyFMR71QXA2BUew3h/EPG1XAcn+48s/RaL+HTm8tzei/nCFVDh/d8Hznzu+5HvYSwNvLlbBhjXdsMcS4ce39vjN3V2HRP6dCABC03jeTYgSiaCkeSy+ipr637uTXVaGvAJVmLLeMBJ3i+FfpWgwGQOaap72mRPRemxCmPS4glVoPbn8KgmI/bTiNKrLLtsasEMC14SoR8YfCgKRxiAHsf5rpZDw0TpuxWUFfGtN8T65KRDUIccr0QCZq/6VqHeuUfvUnAD42IMMukLUU3i6X8yNSrS9PqyqYIc7LM+fhhlVj7zFQlUg/y+GbRrU/Wf0zq6/n0mZV82vyrzSsPNGExLrm+gJfW9lTn25wMmLt6IYSzr+w2vNsred2S2v1lveYbcj0/4KwxbAgA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUU0caT0JCDCAgRVDqs+tqt64VbhIe29WZFKVaX4VYH921NIQrxCa5ax5att224rHW53YPp66tVu2q9VHrEe1rV2Vud3Wtj6KCFS0rgiCKT14qQVh35k4wPjinmXj4Y88xf8zN/WZ+M/N93+/73XtnYJaQMVMpk8mc3XAzQbDyZreVn5lCLMQ83uJ0zZR33Blcgs1I7lIf2/5PbYqHbBN9tgyce2MY/pMmOGwma2quyZHDW8igTuaa9Ai2MY9tj22PbHuuwyap1F0WPy/Ys313pG8sGZ8gtVojETqDQ7CZXBaznyAdG4iTWn0goEQ2kFZqk9hAOqlNZgPppTaFDZQ4ltgS4tlQSRSVwIZKDgiVQlGc/yjqUWCwBHpJNAbji9Fiz8GP2p8FcdKF0zKBtI8A0kugUYI7iwGUxLSSjl70AYA4HRNIT0FsIffyls2nxEBW8nI9OQAQYyAo07l4FhAXHwCNOMpyjgsExOQTxzFyjyq6hPE74lSbJUwKC4bWhdbveFNlljAJLBhKcK3f0fbpstbvtPpUWet3gnyarPW7zH2KrGUrI8pTbSAipGWrPS/IbyrcI0I6ptrrAPlNhntESMdUe1490bE9LGhudWwi5AWx6b4XxMYISiMdGyO8IDZGeEFMjPAKqz4QNdYzMcIrrPpA1FjPpvtUJfWBSLieiREc1VY9EyM4Wrn6zhlBvnydsaTDxTt4wZzL2zDQkTfaytt4u8tJz0jufmuoyF0obgxOp2C24Lc/wf7AZ3TI3ckm5/2BN5LBk3mXw5TLZztM1k6+uVNzLbgjFa/GOyyR2PDAGA3+M8ri4M1kMSMZkCq4yWCzVTC/Ptfi5DuZNM2S7cb7s5KvJkvow5OqJY9yTPZs58ygh7ntfdPoUJWu97tHV/jdSTB/xu/keymj03a937Fd4XcYs9/a+4Qmsev97tUVfocHynOv7CU9oAsRMnrskCoIjmyL3eTinfQ8ojtu0t0mu8viyjM4HKY8CuwnhcThNrvcDj5b6njNdz/K5DJ1ok/6JPraeP/2eNJFTmOJ9b3kk/ttX6rEwTXz1/zwjFK0ajzrcnZ1F985PSJv2ma5ePA82HB2ZJAYO+altl7aSLi1oWRCVmSoGKYYujBmulxcGHO6+JZRKW7+97ikRYYbqG7Ms3cGtivEuUVr44bPCBfDCrbkpx9Uic6yqEbD0Zto+6nMOZPWaKBW+nnQgBIhUz1RRtdtioYnhvK9z01Tibd/b9v/352t6MiMcd+rR9xCPfuSnVSj50dePL2ttR2dnHJl+O5NKnFX2OxtS8qVYpz4uwGGhl1o7Q9bj/44JQxG/jHx85FTb6Hd3y4Lro+pRcS9rZNiYOoXlorZi5sR7W9B1QdW7l7xQQv6+CPyu4PUmSvH91xaArqNWPXy2stRcPHymsb+JVVI9+43MP+cAjbueOn1j5OioGKPKioatIHjT5V73p51BNQvODj5u81XQMa3/RZcTm8BB0g4XmtGwfM+TF1irQOFGDZ3dSVaVFJRGVpwHX3V8/bhawfLkGlyxpB1i04h7b7CZ+3rq+i6n59GOAix3xw/Brbmp4/95N0GEEvCXN2KNk89xO1LCBHXxQ0/MyjYA9TFvdN/Ku8Da6JJgO6gv0QQx2QwclrKl9/PiYOF6Mqa3/76HLBduL2lISMILrGSP/UAR29IROh58L55xn/S5qvglg0T4RMmJaTxaEfzybKD20D4sJ2fXM+J9sahHOwIurD06atXgbTNLy6BV7KfOztpWSmgeVTDF9+cP3x8bTQ8/Onor5vaL4InyTbnedBRvPuNq06hWkynovBKtDdjxcDlbjmUCfOU+/+sgdI6Q0LEIf98b9PUF9WixKMRUaKUVrNCpPkPFVfV9t10cUw4bCQ0PNVDxKt9FpKmEA/h6G8oDhKlfRTXoWVPX+1eFK8S18txok5EiYb8c9gzjVih0Czub76NcDL+9osUBWwwE4Y1otX7Buxw5AaL0rwrY2HTcqNr0F819H7aTfSE6V+lQ/kqNKdydY+Ne8+AymEfrGtJaPPGO1isjyEF0k289hbQv/qP82Bpea5MkKvhdJxFWcU19H5zedk850+o6LvYwUZVHNxbTRImh6WEDlsqgLS9Fe2AjFZogqAEU1SD7tJChaAKj8o/HgSlPJa0od7KKThkFwCN33Ug1aezFZXuIRO3AsK+88fqESbXjqq6ZpQy+gWHJ6IKFJPyuHIDkTAf4uqBVJ9jj6NBf29b2FzeBH7U5D5lfaPGu4925Emo3f7LmjJA+SGHEg03etDbfZNzRlnKkG3Kn7Z/nXUZrHn1V4cjX1CKZkk4QkU6/izIxOYDv+kDcZHigESKWG1wKckgN3fYwP7NcfCdWXtcBStDvPrRBoj6XCoYAC87SYW0I5L9I2e6QYkv+ifhgreO7Zp+owG9KSXeA6R8ru8D6zeRCW6BioKFC14pVUEsQjfdlZVg3CWlrkfiCVRYVffhzjA1vITb2duqQRpm54k3Wmg8rHIo6cxeNYwI/eqzvAMXQFH8R8/06hkO+8XMmtAUHgyJCq16WdXBR0jrPgpmSgW4G3XkK+vTk7rrya1AeuQY7Dn4hU+wOe/XZt/Bs+8EoRMb9z8xnaOs", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGtYE1caDoRwEZBgKHfwUlsvrSu5TACpOyeGsmi9QSitbLWGZMDQJGNzqeC1rou2blW0i1ZrLXbXVZeubbU3a/Uc2fpYtVW0ahvZWhRvgG4FA6RAsXNmovHC85iJ6499HvPjTM435z3n+77zfu/MnIGFdG5RgEAgsAYzzQTaSOnsRqooHVuwebzBaivyu9FT2WiTBvfUD23/pzb/u2wTPbZcZu81YcyfLNpi0hrVM7SWYsqAB/Uy16T7sGU/tD203bct44aNVambLB5Dm/WeHr43Fo+Xsq1cg4VOZaFNWptB5yVIwQ8kY1vCF5CSH0jOtqn8QAq2TeMHItg2nR9IORbbpCn8UKkcSsoPleYTKp1DybxHcRH5BpNyF6UmkLloDOZi5lF7T5CMvcjkvEDy+wARLCiTthfyAKXyWknBXQgfQDIFLxDBgfil3M1bfjEpfVnJzfU0H0A8E8ExXZbCByRL8YFGMo7lMpkvIF4xyWQ8uccpOovxOuOcNrOYdD4Yri7kXuebU2YWI+WD4Qgu9zrbHl2We72tHlWWe71BHk2We13mHkWW8ysjjqdyX0RIzq/23CCvqXCLCCl41d4NkNdkuEWEFLxqz60nCn4PC25vFfxEyA3ip/tuED9GcDRS8GOEG8SPEW4QL0a4hZXwRY0JXoxwCyvhixoT/HSfU0nCFwkneDFCxmkrwYsRMq5yid4Zgb98rTH4ho2yULRuBmVigJayp42UiTLbrNwZyc1vDRHuhTKNymqldQbm7Y823/EZ3efmZHllMykNHpxH2SzaGZTeojX28s2tnmFgbqiZ1SiLQcwY7hgTwvzJNFgoHV6M7amNtO6lWQYr1ctsWQa9nXHMiD+XDKF3zxbEhlKsNeutRcK7Se1+xbghJw8+4Mh7BYwzoqbteLDO27h7yeI94k67lSsK+YOPO+ZBxB3GO275bQqjfPBxx/5PCd7XV4K7hS71DiWIEHAHDWqatugNZq2NsnInEOFMk2PXmm0GW5nKYtGWccBkNhcWu85mt1B69sZ0Tz9Ta9P2okhEKveieLt7FL6Fz1+x9Ur4npS1w9vJ3Q1RSQceS0Abi3c0WQkRGqD7b8GY+UmgQRmP/lgfB65vn9P64eQW+LhG9LdVoxwkMe2LsWE1sah96Asratp+hdLg9xML9AHAVaP/5/S8WDT67Wffrf5XECrceFLxc2kCOP3mkvICSRw4r8UGfyRpVR0pqkwEikjlU7v7RXPX3E8hblcPPEt++w3ze0OCzjZWbg97uR2eer/zBdM+EaiQzhoxsL8E7cDuNAvRnEUjx/9jaSwYdki8/4vSKLBsjbnfIiBCTx5fdyFpcxx4NRvOSyqNdON+gBVVLumFbV0k6+4uMYrPOZUwV9sFc4dUvf7hxhiAw/KvFgOmd6axshPKMMwZBoSloYOH9gSD0KzH7P7ruiC6vOGpJ49fILd9WrjAMdoBV87vGjXz8NdwxbnW/sfoNnLsO68+XrO4A2K0Mf882WGvXx+5qYd8NmX4VsnkQCSeraz+/XPX4KhVhxZkwzby9MtLl59r7YJHik5cLKn2QyXYoPcDBfqMnyYt64J/smb9tT0wDMUF5PcdIUsE5XNrd0xpc5IzXww6HJfjgnS/ReigNhoUZxroq+WdpIBeGLBvxTW4dtfqiojZl8nFaSf3mRSXyMOvHTtdHypEB17Z8278SBeZPw9HIABbiG8zJh7tgUlpeIYoEJKwYdqwZ4JAQnj9iIqq63DTRCDR/rudrD2Rf3nkru/h3vRHx81Z5IIMOwaoWoJB7ufJ5c0rxeDHwYELK9VO6Bhd9vwW4hpZhH8XRGiFxjZ4zfUqMmMm48G0IIDT/ESQABSKn0//+GsBqoofyUCdbj/7I4ZEuUMGBKPsM7Ojtu3vDzArltuTwCUHJkIzXHllLsPBevjIG+OaApzx6Gp09uTu2E64uWz/sFGr+oBlQzGz41F5cw7jWZg73kSwAG9TcCLIeWndrPWDQtAwTN+hyUCDp/8oGnScwwS9Qu7ZG8NQ/RDEYeV8Homw9xXzG2HjZx8IL4aFc+OcYtS9teXYhLMidBkxCemKBiyPzkjAzmWBjEvhiNn8edvaYwFL677hoG7pr1THOQdZ8qXtzdiAk3DzpezfXR/YAJPYjXbAPHahJjKqNvOHq86zpGlfD1N5tWT1EZx4Icjwm/Dn8ElOKF07PLbyeDPJ1U0T+daPuMBccHHBd182RHWSNkyXn4IAy4MIEWqr+36hNesqHM0WxnfkVgleoAdOifnsqGCaELk0DZve/ioEcPlzQXbZlD5o8M7uJc66bnLM9PO1g+qucOM3iFHmX4wXu7YKuHqmRYgTBDFat5b5OZLBkQ5mwgQ/wLoZ4oSvORkHdiSCeZi2O1vIlF1DIkI/CUBT2QCTwJCaxZufO3iKfF2FF/oZHh1U98v8JgnQT/1PlrC0kcTb9d6jLsiwZkm04xHApi+/m+TqYC83vqSVFLCFWE+yfM4JRelP/8HyS8QBqGrRfTP1mUskk9RxUwL90QJ2A1pJjjdB3PrjAlD9nr7r5e85yTVM1Sif8Aer1TjQZtgR+OJb409EgVdwGe8WAaYKt79DB6ODeXu3/H2iEChx+az8CiZHl0y4trwNsk8XlbmYecWjTdbbtdlz1Ow5M+jFJvsN5b+LhQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlYlEUcXmBZ5EZub/ERj1CTPThMm0HIRMWD9bEyjxb4gK09aA+TFDPL27RLzSOPFBRTQ0xTSmcSzVCzNJ5ILZUjDTCT5RIV6JtvFjEeyp392++P2W9+3/d+M/PO+3tnZkOS9ImpYpFIZOzCFwl6DZds1nCp0SRCwhPURlOqQ1stxqTXKkkt9knsSYy/mZjq+H+xRF5LSg/+ZozeoFVpYtNVhjROTV7q5Ftjn8SexJhiI9tigks9VN1ovS6lvUaexZP3w4VSriRGF2PQa1UmdbKNIAUbSCqUEfaAItlAMqGMsgcUzQaSx5NY+HA2lIKiwtlQERQlZUNFUpSMDRVFUYyyiKYoBl1Q9ugPgzIoffbBpPSHQVKUQPtgVoEwaJFSaB/MKpFopYT/Uap1afym5bEgqhBpBBMoyh4Q1Yd0uACK05uTbABJqTqkCpaWpFQbUpk9oEgmEJWTVG4PiK0lqkBpFBNIbg9IYU/3IhhbouuIgLFZr3RFIDHZcBYMpU4WzoKhzMmkLBhKnMxm2bXbusxmAbWbuszmnGi3dJnNGdtu6DImIVjtXMYkOauZy9ici0pBbrMUHjFyuc1aeMTG5TaL4RETlzOZkNUj5Wx+QimX2+ORciYLbwPZ45FyNhOygpgUYfVIBZMi2kBMirAaq4JJEW0gtmWJykjBpggriE0R1IoUbIqgvqLoXBHkqGsMIg9MnIHTJ6dzWh5oyHxOw2k5ncnYfoARDivkxujOFzFGoz5ZzW969LoO52a3hx+bmplBq3Qn8e/+dXj3cTuSDkAX4aU0lS7F+N/bLKmiA8qZv5mm0pg5Ydc2KSNDb1SbOpLhLaKHtVi93pCi1qlMnJUET76YYlbpTGpTZozBoMqkwN7CGAzmZJPZwKUID15pr8epTKpOeqiIpMteqtOjjzjyiPyHRaJxav2dxfFiOCHHbUzooR5w1vjvXUb1cMYnDwzT7XBwhXlON1cN0nrgpm1pB6tqvaH7mFCz40YvDHdeO+7V0xWfKRy9T70lEB4r9+9V9EcrWNnMNVaUdodvZg+J7Vldj8hnzYsc4ehn/7y0914Q5LqVvRgU6Ykf5NZcTChzhn9HPfe8oUmCu0aMPJa4zh+eLjjynuSOI5ye8sy1Se+541Nrwt8Yul0Cr76+YnWFxQPPde8/aMGqB+hCvytNC/YEwZxNJ/vmGVxwS/HcygEHvLBpzMcNktl+cEDFO1t+2FMLlgZeOt+oDIQlOzJGuZXUoEMB98/eLroLwAsvH0AaP3judlHh6KHutD9JTcA3+9i3QTkizDdy9LXl/vDDs2+NRVm1IOungy/VRzvjgngPx7ClErikaOq3u/uL8bx3nuaps6D4Ya0hzXMC4KYbvXb9ObYZiT5YcH9Ehiu+NeVI78VhXWHlgPAue3veAarCn8O4Db6wts9F/WwXBxzSp04zLasK0HG1ogpCI/K28tWElkT9ckorb0akXBjpC18SAufA0QdL666UuMOM88suXr3ejIIHKJ13fFiBcv1+ivv1jhv0Oj58w1PB1YjOQz4d760qYMmb/NrGN26AXgLBjni+EKgEpLUZ2lpwuLaZZ/IySO+nmftmdjHoWV0W0R2L4Dgy7EARNgkEXgBvi/mZaRTDsIb1v3+0tBFxe16ZmjjQwVovRxu79Ngya/AVdFdZnr3pZA0KXlvsmv6ZNwwk9BdakHzhV3BRWRNYMv3nb8r9b4IqsZyXwE2UBRSzCuKvo0lffMwtKxdDN2HiXOHu78ZHLo/pA6dc7jFflS/B6QerjIcCfODMlth7f33ug6U39odWOPlAYZ6O+mIiz80yTzxUIDgYam/ez61JdIAqvpfbinrBbcvzSivXlqHcnROhX6kz5FkHO7cGQ2OJryVmjS/u19xgvr7ZDW6/G35jf7YLLri8opmLDIZUX86Q6sgbN4WThluAkC8xXfFBj9f3rrxSi04s2fXCGWl3eCgn8/Tggi64/PQnX6973w8/45DwrucaX5gQsGpclbgKjCIDPBYACSpdhNDgGWtO1A9qACQbQlb7wIHCh3zwiSAywXVgLbcseeZvd1H9Ub5DocFw4oUPZrTEVoBPu/LCXS/GrybUrlaaWoCgu2pHLOS1OR8J050QCJO2/yL/O8qCBhI5XvbElG9POs7QYiDIcZgz3Mer4dQCMe4mnuY1NL8SiciFfWDfmJrkczMLkcDTj7dA9Jffzzm+tREMERK7BIj+4xJ4u+aE9/86e86k3jko7t5f1Ti6FDhcdXRdsdUVn+9GZrYBEBWPcGgbZx2YmOTzYvSXxYiOQwRXashEloHxgmAsgOa/BGqnZe0/nNSCBPktrgFEvUMK3SDNSwkudf8od9GUS0hIi7Uu1jwVU38JcYKnWvLnWfIqELHDoql1aOMGctWDPywkUeuRP0mrujNopED4WST0d6QvbCWwydVo9uCzPqcL6tDhd+fzCmwFSldi8Lo0fpXTazusHv9e7egJqJOY9B96KOi+", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWAtQVFUYXt4ICOyygaCSpPkqkX2xUNm9K4iPNFRITS1dlwusLnudu7sVWozimFrmI51q1MyZUtPKV/nIsnMSzdR8a2g+kFCBtCRSEdHoPC6CRuOeHWmaRmY4d89/z3fO+f7/+/9z740bJw7N9lUoFI5A1AwSbYLFZROyddiCzQOtDme2V0PP5BTzMnAv5YHtP2bz/pvt2UbbUBTTjBD0I02U8sy2lFyzlCNY8aBm5kr/F2z9Htj+RzZjg41Ui9uq6y3asxp7+F5/PF5DWm0GLjgmScwzO60WN0E6NpCWtIlsIB1p9awgbNNoMvzRJcNqz0E19F4YPWkNbAvp6UJJLAsZPHGDgSykNbAslEgxiSwYI2kpn1TRNc4tCPGBnmWZJIphopNMMcnsGK2OhU8yo9vIrhIoKMETkN7d3TUFGZlW0tALGyctveg8AbmdEXQJyknLBNJ7wok1YalM6YXN5QZP4pToiSOMnnAyMhYUMlrDuD16VBAMU4mkItIypTolpHM7AxvLkM7tc6JJLunYYiSDPMklnduVtSmIKbByAurYckkGsSmcJqDOkwTUua2HJrmkZyvJVEV6NkXQE0PPpggZxKYIGcSkCC09MfRsqS6DmBTRAGJShFxU9EyKaAAxKUIGGZgUoaX5ZGheEfhNzhGFbzgFSRAtuUIeAkr5fWxCnmB3OrL9m06Y7Yd7wagxORyixYqe/ET7Xa+FQbcny8yfKGTgwZmCUzLnClmS2dbMO2RKrhXdSEGrCZI1FBnuGtMK/Ui1SoIFL0Z6KTbRMuFlq0NoZrY0a5YLbcyGXyesAX+fLYBQyTHbsxzZPv+Ucxq5ria1POGw+0o4kJmwfIzKh09yyxMOvxdhPCBFdOHBFnd5BzPz1jdNDn1Cy/NW3tdANyObexBOkp+X5POh5QmrWiLQvsy8tXc8NxtbnnfkfQ10a2bCiXecFZq7aj0WDp44RRSlLKvd7BQc9BsMXmiIy2x3Wp35Jkky51NgLPGF5LI4XZKQRW6Mbeynmp3mZs4cg/x55c7tCaTEoH9sfWrb0Hfi5uwE6WsXCjMtlSBh4IqgtEfLOWrfB0jXdQYUXe06eu52BX/FNuy1NZt+BLueMc4ynVXATu/WzyuoO8zFrqzoF19fCo5XXRnw/OuBkM53hct6siT9rXcvgEswueOAOj/428jeT1ec8OULf9713lfvnAXLt30b1TmjBox9KT02cnwgfyD7WPn4TwJg8hffv/RNSTjsTQxFgMwT1RquHps5tEsHJfQtn93119ZV3KgjX5ep29eDhdf8x7w3sBIU6y8n9QmI4HU71sfbO4bBY61yH7G9ooYdB0ye1vMHJX8wFe/wNCDrR/rCJTs6rJNyq0F5e0ygjCPjr6vhpZ5fdQkLvswti+l5upN/Dbf0xW57w/tGwPwRHxv2PbkfdD43bem+1deB9Macc9UlKjh81HpwaelBYEDL95UC4eILaMKZEbA2rHLzWh9vftLyx1PaXbwA1hwfg5iGw8yy5Yt3dLgGXtzaP8T7sevg+vYsRC0Cri4c0v99hQ9v10/ZzBdWgMrOmsBP26lg91UReOtcGXbbvHpA/XgKONMQ85I2/MM4MPEqGIfYzM9TwrZ426ZIXpmII3mNm+q7c66mRgkRi11bt/jBTw4cG3apZxlX6EATpEXIcakBWye0ql2WEwDPH3zkZG1BBRgTsD96SEw4X3140Ljw4yGwYPaXE1olR0Oy7QAVv4VE8ndA9xUKSyep1/QtDeIV8wvqnph4DkxDdKZ0rgYzr5wsnupQ8nT+1rDGdXaJ8lElrIrsN/hmm2BeQf+m9EBe+jmxO2joh/bY8P7llZsA9vqzh0q5hTOmjzzylA9P/Lg0GG6JnX5xyJZQSONRBYhb16ng9wG9Fj/3QRhEpD69MbqKI9PGXAV4dOz0eoDUgKRdC2aZxmKq3IyVw/doU73gAERrRmQdEInDTnIjsfAGRUMd+fuVCyr+cGKvoD+48rpVvx8epIa5n//i2PjQnxwxF9/iOAOK6OxQSPW8DdwoGP+1M8Kb91epue/aRcITvbCCToA9Rb0/s56pBa+atc8ldI+CXcOCN67ILwFdls1aV1oZBHd1e+LtvSAKIu//1PamF//mLaHmnPkPsEeLhL0mHBrJxr3h0UVYaNUAOX2SOj4K0n3580VHHhOix3lB32HYg1dB9brBExYZ2/J+iNXLPfxhsaradCD7ENd+93nuow+i+Z/a4p1UAXI7bgx4JbhT14KQGF6smr470xQKcdQ+Hx9G5zvdhj+zAAdCDYlu1WpI6kNhGz6djzAXLVBTvY4IgTMiT+yvWaDm+8fXx926VschMWx/fWUwnH0yVyF6+UHMfhXyz/GpSIibUN7JdeJUMTZUcC/k7fxzw2QVrBuNf4TAmZYXTqX5HOVi4KgOJk2UHK8bgFRzkz0HPTSLeY47a2Hjx+3GjwnN2LR/AWcxdPM=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmHlQFEcUh5djOURYWDeAIsRbPAOzB6tiugmoGBOJYEgEr5XLVWB1DxVSEI8iokajEoISolGCR/AADQoR7DYeKEQBlagBZRGJZ4SIGwUVMjO9FKbKqjD7T1Ipt4oe+s1887rf+703s9t/nio42oLH42ls6OF9VWxUhC42KlrMWCzp4T2lRhtt1jnz06riQpiZ/2vbf94W9C/ZAl/b/kc2SaeN7QTmnbN3VPGRXTPm3GTmem92FIcwzcRPrYpTaJUR3YR8uEEUO0pMgeTcIDE7juEGSSYzNm8vbpTUlEhIiStvbpTMlFDIiCuKG+VDKJ8QK/oQooyPoR8w/8TICSPnwowxKRCEoiTd9UTyyjkQL2GUlJMvbwLJOEEUgbodcxYSk8MYEyDKyxSIYqEAlW5edyCJKcsjEOVtCiTmtDypKXmSmZInH1NCLucYCNKZWYZTFRqV1+0skRbL2MTd3lBXhxVz2g9JkZjiwpAMicWcgm10xK2pGCFu3cEImaI6MTfVGaFui+FliFvNEn1LuOnbCHErdFIUkm4L4mWImyLIY0bCTRFGiJMiKPKQkXBSRCfESREUaQ8STorohDgpgiLFLuWkCIqUhvTVigimv+ZqBDzyruuvUqkjlfEKbZSGvATb08M0nSJeq9Qm+KnVigQCejA30qp1EVqdOiqSPTG3ax6g0CpesQ6p8aWYfM3uPBXF1gX9x1ivXXgS0jDYGiZ/XrTQtrUWKKgPvYbvvQ1UwlW4bIc5zNxKf2a4QE/2AiusLXjjWflDR1g1oKY1eUExOGnwnPnFT/Vg3KILqRdn94SJOSP9++aKoOuQEH62kI/Fp/JHxw+0gC6BHzx31VxC+9tmxp1uf4L4EieZb4kB2E0crDPvI4CBKMldHuOAT/fLU8/f1AHiQpMOHJlXAZaO6v/m49iLKGcq7KU42QL89ytvLC4Twe/qjjtkHe6BaecGzywh3DrcNf2ybS1qFdw9etCiEd2/KeuDw+1hoiz37Y9qHGAxXygCZ2wwmdtDh1GHvmnafQvRi7oifNSGKugw5HxtCX+eNeWsdYktXDy+x5XsRfY4c2nWzoFFLWgZs7EsC1i97O4Qb5tKVJ8oOjCp3oCGetvs69vHCerSXC1DHXi4WMv84wg3JT8bu+iCJS6j6AA8tMbBhR4p96c9BcwqagsMoHSKzxo/vdB4fz0ohCtvlm5pMO73CKIX5VcRXYDWe/5ufzzPBSZVHp5hKLLDQ26t2nb++1a02M1eP8pRAOOzzeit3US5FdWhD94qB4aiX9e+iOLBiujq2wtG6JE8JkCpam5CGRsFibL7zlAxPXjot7bm+MXqxzVXVvDw6fZDnzzKawMkH2VAOyijY2PyU7RHen7c1Co7uG9dzXyeyhrTWcq0qXGBTPjXbriDQrfn7r865x4SVQZcbdb2gl7HhgrsCmwh4y3lnDVW8lQrLFMcoWT5UXpnj1DVppnt/m1WmD0m8mFqxKzaiRYdILF02NjN6xzxD2eXHN+eaQlZP24PgMfuO4GjO9rAuLqg9RkPzeBmBo9zgweuzlkS5GGBR/yZcT2ttBd8otNnOeVUATqr4fnIAIIYmaQ5wVAmwQedYaNixy8SlRlm7ZfawHbfkZczf7uOiH7NMQ092OarB5GMIxc7yK6b74TJfpzgMFZg1hiH9/P7o0GAZ8UxEbOB8w/f0xSkW+M1fnMbK3da4WvjEz7eYxBCw7szPpOH2uCSBpH7uUYznJoSdqm44RnwLQn+qv+GamBXsCuhdJgIs/oVtwA2XNONcZjijMPpq0XutwGr03ADKFpv1ex8VoCtWOFUAbrKbujt6oCY/TQB2gmg74UGFT2nM3oUHStkgFuoST5hkroVgeVMYT11g3vO0II70RMPiGWU3IBYfSx0hqw8Upwwm+9pfDydroJT/Rxhnd4ube/KaqLvsGbE1uMAIWSWWf5pIUgC0tk/Tq4FrP42mxl12IoY1adevAcoVsh8mF9/N/1Qz3xwomzHhCMt7Sg9is58397Qme4i5/wt8No85gI9YttNiitkw77LgO4sYDLcG2YPZDZWj8oZ/MWXyD2MzpTAGW65nrY6JcwBEr1b4hBbpqHGx2i09Fcizd97YdevC12vl6+wUX8B/q8ABQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWAdQVEcYphxHPeAUC8HeY4tXFNEh+/BQMRZUjDH283jA6XFnrihoNFFDLLERNRLHroyJGqxjbGEXSzQklig2DFZAkUGpKtW8ffsIqMxwy8CMmZEZ9t3+b7/9/+/f7//fu2s7zTA6TGRjY2Ny4obhBh2rsejYMBm2YPMwrckcZls5CzAbIkPwTPXe9k7Zgt8hW9B72//Apqy08RVuVzkbYNCHVs3wvSF4vYwf5SFibgw0WKZxLaJ2CLbJCCZEqw+3AiPnRyUdhHfTiwaj4Mfe9JA+NAlQkMgUNG6UPEYuo/EjYKiy1ptgqA5UwFClzZcf+9K4IRA/Gi99Sab71gFD5cePZEBBQ0fA+Frrh6iZXPpQgWgLrjqILjw5peJIHZBLnUB0iSAFIbNaqNVA1qubuKhL9oQ6ouPUpy4y8iUgq3tjdZDV4VX1ejlVAQqMqAqQYBRUzZ7wUcjqUIAKuloSQFY3/GoFqKArCwFEJ1ZStQo63ZECVNDpjtSSwmo5VCsLhdV6qFYWSjqFk9avpFOEAKJThACiUwR5YijpFCGA6BQhgKgUIScqV1IpohJEpYhKUM2KGM19TTU1wzfMrJE1aCLYSA5ojB6oYyNZvdkUJq6+YZgDnrlyQ4DJZNBo1WatQf/6ZiEu/202JnomG4IXj2HNRnUEG2pU695Y7MZ9UEVouRsqzhtr1GLDG2ucuQ+BWiOrwc74mUpn0MyYrTWxNew2SBtq4QLT4Xd0re3buznyVMLV+lBTmP3bZym0YKH0+jQ8YUm9EranJqys3gEUvg1P2L1eCdeQvloIV75/C8214Ql71EbYEyMMFrxYYy3vGrJYC+/KFxLh+dDwvD3r9aBdqAkrhHc94dnW8ISl9UrYta7K7iUc9BtNHssQb6wyGIyhWr3azJrILxq4hEZZ1Hqz1hwdYDSqowmwFZ8Lo0VjthjZUP7G1Kp5oNqsruFho/Qj39lfD4/lw+P+sbVk/vST5jUOTJy+0SKUnAaPlS0uvH3jIdg+8EhBeUox2KjYftj3ZTpMSt7GWYrAtpeyzIR4EVqVnt/6iiEXLlin+k73KBv+9VUQnNfyJRi5Yj230z1ytbdjiF2MImJzvgS9N8PC8pSorE6v4Mwpjhe9R0nQmNGdty7dXwKJn1QoPXf86AqxCBUdS11W3lGK/vTEBhEzeeh5R38fJ8Svi2qM9q1ll2gmSZhXbcufW+6Vw9D+d4NXrHdEg+2jXDt0ETG3izGxDKCWf9qr689l8NxQ36UBU4vAUy6KycfFzJY9v9ycMqsMTJ0V3Krp9DS4SRr/W9J6Z6ZH29aFurE5wHFK3LAmyx8L/PNg/Aimsfp0LrwUdu3R9G53YH/b4d9IgrPgiL9jJ1aoUkHUnPjuqhbZkKdz/yG45R897qfeGSClG+v9YFwh7HFw07Ndv2fBR8u75EgSX0BjsUfWr/uegdVbcUKLwPEhbnbdFpcL8WRAv4GDuSUSVLw1/NCTguaI8HNjxrpzOxmc0LyEI9O+8pYi6M5FqPRiJkWerTg4Nx2catYpxKG9I4Nv3/JPAldPPvRq+UcGiMkedbRVTAYYY+6w/pWnMxN0f45XwjkJ6p6yIbPlrqPA7/rZSOXXDmiuV8Lg+3NKYXig1pAbY4t0zjgCV8Ylop0uqsSeSZafOdBT/xxUqEpyslEFUPB/JZDzuuP7fo/A4c/xyb0S9JINLi65cueeawU422a/MUJqg/j0znsB0YQ2AXkPHRAvF1QAbi4wDVo7y4lZfmwG5zEfnl0lm92jLYSJWz74KG2nGzpd1GXiqgH2iOTzBtkvthFaKc5tGjTyBST7PIFTPuQU00+ExuOEDW+MHPHtsmLAu03IBZlg593ElSLkvKy15un4dBCd1UnmtDcT2MTOL+030w6djzvxw+pVdkznU9/u+izZmSG6ETPtVlq+8JGkQJzl/P0uTDiWwfMiYLHb4OSzuQjiU89qImWG9MSKzAELOTrPxc8AWZ8Oib1U0EE+nHf5EJepPJjk1/6TuYvyAD6W1fP3wLi0NYtjxucDoqtk6HJjx0x/lxK4eyqulALontjrx67NsyDRaSng5V4hRoM64khaIK6oUn3KJEz6os0Xdgd7Ip72EW8UsPDBubgTIuZB1rqDbgekaOMZnEBv1FHMVfBQKTNhwMePb+31QDyPdRJUjtuAbROGnJctSkzCwpKgLRd2X7p23YvB6r7Q34n4DfJCx7lyZX2bMVeHT/Mc5/cPLFgZYu7QzJGJJAmA/jyRXOAt4hQs92B42T0+Cofh9GY8BvzlsgND4ioAfHcO0Idzb7+GSNPrva3qp9+q7+o12OT/Ah+oQ04=", "1:eJztWHlUE0cYJxzhJkEO6WF9Wo8+sUqWBINadzCAqCCtoXjUqiFZIBqymENE21KLRZ9trUfF41mtZ61V+ryrqDtqtUqfik9AvCv1KIhKFUQu7c5slICpZm159vWVP4bMN/Ob+X7f9/tmZ7dTEj082dnBwcHoxjZxtI5Sm3VUcjCyIHOs1mhKFjzqRZjoNCXqKf7DtmHJjk/Y4pttw9n4KL3YH9G0IU2lU6SqDCmU9iH7Z2Ot+H+5TWmnLeZ/2wu0tazGx0ocSOs1zT00NhjNlwxGNolEKUTJ1OpT2Hq2E0NgTCRtTrIbQxB89iFwG8ofIuUHwWz68MGE4lbGD4K3kfPBSHEbxg+Ctwnng5HhlicEb8PLtbDnxvCTTR9unxA+GPlzlEE455vd+3Be8dyIqzRuJ34gTnCE3eWDQVJrkB2ljUGy5wAREp7uNZcqwau8LWHgVauWKPBSqiUIvI4Ri7p5nQmcugle1cphQnlVhAXDqyK4KgrlVa0WDC8dWDC8dMBVaygvHVgwduvAqsJD7RaCNchuJXCHCAeyWwrccw7/k/I7tbiAS/kdQFz0pHargTtNOZBtOaDbtLE9GjBRBopWp1JpLNCQGaWj0ii9yZjsar1gsgvqebJNhNFIq7Uqk5bWt7qaezxeLCEznVKiyQmUyaBKpTQGlc7GPV6RqmUHFOxulEGLhlvNcWd/RGoNlBpthnsKHa2emKE1UjZWi9ZqzKxjOnR90zo9uZorppKi0muMyU5PyFNqnVFC2vZ8bXj4N/jaiN7T+cqsxUjI2p6v87P4ihGCNqPJ6jajHWZdTkRY29N2ebGyDrfcEy0P1LbnK/xH+doQzV/ztWZqud3I256wZ1voWsA3z/IWj75w7sMSL9qoy903Wz5OWs19xmvsU5y28YB6dBdvhUI5S1TpzJQSfRqLT0+njVpT60eXyIF7U1fQtEGj1atMlJF7hfdmm3fMKr1Ja8qMMBhUmRzwNUzBYFabzAZKgwfGN/cjVSaVDQ+l3MtpaMuIU2gIfRpAVuH0hYrPdLXMtOzeses8hLD3hS6s6T6ZczRh//o1jrCsfOEWrz8EYPfZ2U1UhhBcI9dc2ufjAc8cr1X+traeXLbq9V2NriJwb9GFBTM/FcA16W95nF5dTRYcHLhJe7GOXHFsw4niEiHsMFrT71L8MbJOci2v6xUxIDLe7NSxuom5qlpZIr0NmaEVzlLfHQ5gVdSOu01FYoj9mS2CwE918NT3AvC179q9+9vXMnfnKE1dFokhgZbJ/pWh22XDgpU+kJ7ufOhLyTmOR4E/6D/s5LwxH3nBAZkj18u8xTB825HJ+1ZUkA1j0g49IBzgHtOCIOdAMYz+6p5w3OJKMhptO+U6szQDMRJCL8fgmYFnnAGel3iWPLI4P3fuiUCY/+MXwqrcdmCuBBEoZab55w26XO8Ja86dnm7MCQC6KVPX9lTUk2+IPLevy/SGq7b1uX/gigiciksSj2TX3bipdNzk+DImcEIcS8UNKNgoTfJwhYVbR9XsOusJioKpl8pKHQGO31h3uCwUreAEpB/vBJ909gd7cueKpobdYXzD+u8dnttIYvdjy8mghUXuqZ09oX9hZGlVdQNzJXs5G/kAkDUBMShjVMS7IT2+E8NqXeKHeWFuYPX8voK4GU3MyALip829qpnC4sTK3vlXSSf32R3Vt0rIBDbKD8W+cJb6/fPR2b5gYjDKcA0DK5f371nkBLBsrruDm977Qpb08IUxl6eykWggy7tJ3Da+6gVY5zrNqXGDVYExbzcG1ZBZDX3Tj8+qIvvO/yUrhmliuh/I+XZEQQGZtyMp68zedsC97puUrRU3mJ93owAfZjhezmDs7sFsKkSQy5sfrBOV7/whWwikOAAiiNMf5QZlt+VRg+64ALwsEQAZHxQ5EVyAaHoLwIj3NjOVyxuYY/2QMDygCw7AHQbnR1PCLOnBRvCoGJJ44kVGfWv0wAG/NzLFbFR1cn/I8axiOB37wfY7TzpcdLzAdJ5jnvSKtx+Y9xEi6AOrWRWVd9tPRnc1Oy6dFQR6Fi291qG7CE7EwnKHD9CwpJAkD5/fPuMDEcTbLPGDXH5OkawzG8YnNDBRbBaHsHaurmpJtqjYyvKBIfndRZ4yD7A4NuDzIRUPSa6OBBDj2LwMHZUjL4kKAFt66VcL9hQzDxT1N2/ARrKDPCVSS9eQN1H6XhbDOFxIAsjFOQjgUz9Cn8Leoem0Vqdd87fF5gPTho34E2kOwKM=", "1:eJztWHlUE0cc5jIcARJO6WE96tEnHuQAwWp3MZjiQWkNxaNaDckC0ZDFHEW0ai0Webal1AOPWut9PcWqRaqgO55tsSoqIHhLUYqiogICAenMbpTDVLNWnn195Y8h89v55nfM983MbtcoclS0nZWVlc4BNmGkmlAY1ES0L7Ig80iVTh9t/agXrCfjZKgn+Q/b3ou2ecIW3mwbBesjc4Y/pKQ2Tq6WxMq1MYSqCf6ZmSv8X26TWWgL/d/2Em2t1fiYiUNIjbK5h54NQ+MFw5BNIJBx0GKqNDFQzxZihDQmhDREWYwRCtn4EdKtiD1EzA5CZzOADUZEt/7sILSbQDYYMd0GsIPQboLYYPzpliWEdsMqtIDnxrCjzQDGjx8bTOBzyCCIic1iP0xULB0xSmM8sQMxhBNaLB8aJG4JskDaNMj/OUBCAcvwmqUqZCVvUxlYadVUBVZMNRWB1TZiYjerPYFht5CVWhmMiJUiTBhWimBUJGKlVhOGFQ9MGFY8YNQqYsUDE8ZiHrRQuMhiIrQEWcwEZhNhQBZTgTnn6H9idrsWU3Axuw2IqZ7YYjYwuykDMk8HdJvWdUQP9ISWIBWxRBwEahOHqok4QqPXRdu3nDC6A+pxYROs05EKlVyvIjVtruZOjyeLSIwnZGhwBKHXymMJpVauNnOPl8Sq4AMJ9EZoVehxmzGO8EeISksokDO6J1GTiikJKh1hZjapSmmAganR9U1l++Rs9nQqMXKNUhdt+wQ9xS1XVChu/3zNRPgP8jVTvafn69+SjEL/9s/X7ln58hGCNKDBinZLO6ClnIQB7Z92h5dL6yDTPdF0oLZ/vpwXmq8Z0vx9vi0zNd1uAts/Ye4LTdia7QIHtjrzgpgvSqzyRV3motn6HGkz9hnvr08J2szJ9OgS3gaFFitSrjYQMvRNLDw+ntSp9G3PLJ4V84ouIUmtUqWR6wkd8+7uApsPDHKNXqVPDNZq5YkM8A06Ba1BoTdoCSX9YFJzP0Sul5uJUMy8lYpaV5xAj9A3AWTlzFks+VL9gJqR1H/kBicO6H+xOzTVYsm/RRzYtM4GlJQv3ul81xrfe25+I5HAwa9j6y7vd3UCxSceyP5YX4+tWPPmngZ7Hl6z5OLCeV9Yg3Xxg53Orq3Ccg8N2aa6VIf9cHzLyYJCDug0Tvn25fDjWJ3gekaPUj4uTOjbtXNVI3VNvrpQfAdQI27Yid12W+HY0QuZcz9dRY2u6J/dK9wNdAm+q/h9wjVqcb5jbDe1Mxj90Q6qYiUPzJ6co1/ocxsj3ZNA7mpXQM6xO/KN4DyTR64nPjNv19jqPbXUiZTTl64c44P5qaX3Op++ShnHxx15KLQCCG3nzQfSRTWciUsrMOnu+43508qo5QkoIw5wtvGd511sh9PjIs9hvy7NTk876Q2yf/6aU5nujqcJUAJF1AzPjHev1nNB9fmzc3TJXrh62vT1fST12Fs8buaGRBew5qcBtQdLefiZsCj+GDjv1m1FEz8JL6G8J4fdT5U54BJYpalO9oAO9xwXz/clXikpssHp+n3sCFaI0Ay2uPizLPzzbp54Tnoab3rAPcotYNC+UekNGB3+yHLMhy4QF3jmhRRVVhmp0qSVsPJeOFOnEkou/NCv92Y+qFJHzswIcMDXLhhoHTa3kRqTKzy8o18VlVcQCSt+DbN1nN9ZcbsQi9B3X9LEdwMpigkXpElu+BRftMLVFKhYOahPvi1O06bMEb/lst9vWW83EHp1OqyEESvvKXDY+rozDoPrmlrtACq9Q99v8KnGZhsHxp9IqcQGLjg2O5RqpHodTN44OjcXy9gdNbt4nzvuWLcqZteNm9Qve1GBj1JMXnb4oTOoIBcwhhdcsH0RAUPKo0Kgd+PmAiyng7sndtTTxIscasTY5MDCI6ew4sGJYzZlwriomZ0CY4wUJLe0h4EHljSlzTLudQB7oBfv0CIsC7ofXMcD+kwv4zGNB9jw3eEuP2qvYH13fn9no5QHbo8b8s6fxa7AHkbj9VUTxvDYA3TMOmV1yeYi1S3VMPU1Fw/821koQVdQBVlU3vMABp3ZLE/xwWMKyib71jRRjM48AS0z6R2qscZwZYXbQ4pfnrXdtswJLBj/UFJ/6x5Ve1C5ZVKEkRoKV3H4Mg/A6OoBBkUFleUK/LJ78bj+TjiKZviNJozRkTWgcXBd6PyHeuE7+2nWWucUUGjWm6ABg0UIUZHV2C20fK/yAWKfvrs1YOrsg9MbfLAmBl6eybg2u13zR8XmDdOMTfgXYonMKQ==", "1: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", "1: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", "1: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", "1:eJztWGdUVEcUXlhYBHXBlSZlFUtirGxhFzT4BhcRRVQEe4nr7oNds+zTLSp2TSxRo6ixJPaoR0XBHkuUN/ZeY4mK3YhYAcWICGbmPSwo54Qhx5P8yP6Y9+bOfHPn3vvdO282aADTJdFJIBBYq6AmljHROruJTmyOJVjcwWi1JTq86UXYmOR43NP8L/sXZY4fyTq+k3VB8Yuvhl6iGEuy1qQxaC1JtBFPKmetTv9AFlWOLL4cWfT/sv+YTP5GxmX3W+a0Zsz6dz081g7Pl3GtPB4XiAgLk6y1GXUVBCnIQHKuVZKBFFyrJgMpuTaUDBTCtSpSEJbJgslQKq4NIwVxqhTxIpyJRnMSKuR/h1FXxhFqTpE8mERRKI8JIcGE8QYpyTFygijx8eFhFVb1PohUl4x/hBLpkhH6/H2QnANFMvYBFQHJ+UcYkSYeJFdUQhOh0xU8SEYEUvIPNRGoNHVVlQGRBVdVGZC6Eo6QBxOC+FrOYSrsPL6Uc5gKW8RXcg5TYeLxhRzLFESliA+RgoxB/OYU8sqAKlyR3+OqgiwrSkEVLq/vcVVRGYIryFKJJ7iiMlmhICtEfFYoyepkKYiMEfyJpiRjBH88KckYUQoiY0QpiIgRpeVBScQIOV8flOUzAl9HrD54wEZbaEZnoJMR0JLSxkQn02abteyCic64VxU1EVYrozOiA5Uxf3C3cXu7WELKIDoeT06gbRatgdZbtKZyLkIagxENaJA22mL0RIIP5riil0ijhdZhZfEeGMHY8WSdidF9PdRopctZNMqot6P9mfBntdHl40VdOIuStGa9NVH4cXRkZVyn+vR2e30Ku6sT260uwzP1BzxxF/D3FA3DWPRGs9ZGW/kLDFYUZ9eabUZbSoTFok3hgVLOJRa7zma30HpuoP+7fqTWpi2Hr0r+m1dRdns0HsJ/e2DpyiaagAd1vcFR+f6NzZr5wpjDLuELujqBL3d3mRt0UgLSX/ZJPjA6AF4KT+mxeqsIFD+331hYwxv0bt3q3qWHXnD1wRj1dxHPqMBe+pbXT4lBj9UhJ1pOl0I0aeXuPcWUODP4x0a+edTyejteTXpWwnY8M7NPiSaNMtQ1DRu+0gFUm71mfNwRIXRsPMn70snb7KnE89kD10qAS653dOdXPtAv7rL/SO1Z6vjjI/tap4uB8/JZLRxiA+DtlQv219lwi5qrmWrKLnIGaPfm5Q6F7OH5v85NdX/BbulZsOPylBzK5av5Hbym3WGntb/vpKxxgW0gGjdHU9UXrP+Bnqy76gU/l1VZF9DrFTvAo0fYlsMHWUuhe8629VeoZq+DkKl/UuFuF5cPCheBxU9WHYzZJoZe3EJX2SGD/avfSHcHaXlnYwd4FLPZ0xo+qp7pCJFX1r1cKAVL/ZpfrS8KhOddsaXOsLHvnHOuhgAwN2i6fbC/Hwyq/czUrVgMU5e+kN197AFUJ1oi17hB5Pwla9OFMOviOGuUZy2wLGnzfetWP4iM2+UscYYoWrdUfgXskE5S74GxBdTA2KfT423F1OZqg9dNXSABebrjfWMme0HqYNbWb0fmsRuEaGfpHmDtqfPdHq53h6OokH472+WxXfesXtFxrD/Ij0AeT5LAybq+WVHClyyv/w51aOf270W5UawBq/dyBOca07Vu9TjEvt40In9D530U76fNlFM3cdNNgVXA0QS8oBT+vEX9Yq/+AltDhRlUQmUZBMw4p60sEqb1T3jB/rbrtmfgEV8g7xrcaM1sbyh0nVJbZ3YDYMX1THGWBKSNj2u3CEjhorGf7Z24SszzMsMX+C/u98WxVAksQnQs2ZRLde+9kX242BVw9CqoA0ed3owiLgAz9hY07DPjGtVi1rEx0awQ1p7wIG67NIe6kSleqKjrAjKXoMDoPSA7KjA0KfI2Fd7k3E93Ax0A567OEoilRuYxy/NdDLKL1qAIP2djek4MvXDADXJ0al8ToGAjzQWsfbYvckEJ2wvTrVgKztS9Ujg6rQ7cE1av/QihCHJuuFkHYBa5+fjDkCehbdrmCyBnf00p0GO3h3rDk2koQCYPeOI4+nXwBx0xIW0BsCkO+HMJHI03llMV3M1ocOebxWKYHbjqXnRGFbim5unI33M9gYD7VYO/PC0+NyxHBKNvDvfMOOQFll1QPgmdEAh3ot3RQ51hqmxo06DauazPtjOCa45CwPvhFVXQHhtYyIa1aYtCm0/Z6s97nVoiAoUypFHvADkzm+ZTsVwCPKW4dB3qDoar1rbqvsAHoiLQ/4/TRezzeVdnT2pTE2ywGGY+GlkVjilqMejk5GssV4IjzEnoQGSSPzwKHcpULu5DvByZ/C/ydjGv", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGtUlEUYXpYF5KIssEBqWmrmDZP9dhfFrBlcxbySrHmrxBU+ZHUvnr2YKHrKe6bm3dIOpuatY2rmtdCZ0jLTY144ipdUQEVEPQobYCY0M98SaVQ7+6sf8mO+nfebZ96Z533ed76h1RhbaqZCJpM5GpFmoM0sprvMYmYCtVDzAJPDmelX10ty2iwG2tM/tf3vbYMy5f9mSyVxNoSRH8k2u8Vo1mcZ7WNFEx3UwFwpXtjozHpzAwNfe2p7avtHW7c6Gys1f8qzp82aUd+j7/rS8WrWCgZarZLsNovRaUr3EqThAwms1fKBNKzV8YG0falNHc+H0vmESmBtN14Qc6XmQ3VlbSIvyBdX3SQUpywSuVES4+whqA2B5GEwWceS8/I/QWpfQIIESuACaaSHzgeQIHCBPLrlW57WF0+S1gUNFyjBF5BHf918AHF6kjQr8MVJkqwQ7wtIywMS4n1YnqDmDK5UnBmmKw/GkxheR0kqzQyTyIORxKrxmu76uqzxOtPrC6yGizdJdBqvRVdfJzVeK6G+Smp8qScaXyqXxmsl/KWeaPgS1gPyWgt/KUJavtzzgPjqviQHLV+N9IB8KXdartJQB+JThCQ9LZ8iPCA+RUiC1fIpwgPiUoSnRuq4FFEH4lKEp7DquBQhSPmk41KEIKWGrmFF0DujI5a+cIp20ZaeJVoI0J7d2yxaRKvTUf+Bzz7mA2gvlDRJDoct3UQ+r2zWJy6gIX9ONiR7gmigg4eITrsxS8ywG80N3Fb1WSbyQk+8iXZTNDE8MSaY/Ohlsovp1Bnr6c229PHvmBxiA7MlmzJcZGFmeh8xhfx9tiC2lbFGa4Yj0//vqqk77zzReYKocJl00dHbbPYMk9XoFD0ENSbNYJfR6jQ5s5PsdmO2BGzJuLC70p0uu5jBXoyu7/cyOo0NBEynlU63x5cn0lf0nzjU+mr28M26BTG4ttWjStfoYDgp9IX20+bfQZ1bPec2n1XhrMV3coCuBrgf5U8qfdGNWpNhVy9F4mNre++pmKqEkyZviNM/ewXJVzVqnnu5CW5x9Dr47Eo16FS58pelc8oRnW1/WQiekBZ0oungJnDYm1+i27kFaOsXBWkTU35A2nW7ulb3DIPPLM8Pzmotx5I9F10vf+60LU0Jv5u9adhPwi5gXe+XFxB5A2RWXTOuHRoJN2Uf6dB9iQIPGqMcnrjrFlBt61M4eZkKzp018kxe8XHkzzYShG93+aZdeKgCNs8d1eGYsgT1C5N3mhNTiMocu6Mf9g+BCT0OpK5odRe1ddEdVIA34jtuiVoUDX+4tHtmzslqxLZXthMAtvBboHzH6+NXvXMDtBiZ8fKVFDnOYYZScPP81t/eslSAPRWUqAsgq7WZUJMPni0rSmiGZVDyK8NO4vbY3VPgPcX3H6qrFJDSNqrDRVRtKN6w+vB9xHhYFw6VpXu3+5f8iuLyV91o0U6O8e3cHnH5Skg2++PEg7+jCLbwaDxlRpcBG+fJYcD6Jd39Bsow9Ro3IwKn7ms5q2xwKJTiUIXEz0cPSW3n5+kXoxiyiqOHypH23b1wetEDMJvSpioBtxRaMnUJmgp0o77uexWlbF8mzi1WwH1kNfM3y/C8HYWly4UovCXqZK+Ce/dA0vSiIx99U47ODqVMh+A2Fx9MG5cXDFk8VHK4YKU1cgZuBtUfdyRbq0FNHeciy79thte32f/7HGcoHMYCdA/Nyjn51YjdsZi6S3+7HLBw5D5AVzsv+rRarcJSPFXw7sier948fxyRSX9a2zsMnz9RRZgr9PBciVbWLpr2sHsAPlCsanG0bSTs+xJV9gbUhQmoCBERqUByEAw5t37CK/Ma4cSz31u0755Bg04tfqtGHw4fdp9wYu7p+0Di5y5g8mgSBVkaXA7D3ya26TdlRgWQ1h0LjymPfL1vQRGg20r6+TZg4VlTBeLEpkXDY88B2T/8OZOXVQZe8cfbqNxbbkS9frtThhMLgd9lefC8NcGYJMuF5jmVwMAC6wbLKS2X3EDSez4asDEkua1LBj8wlzzccr8I9GeBKwcbVx9+foc9EFqGTt22Z0wNYuGedR8wXRwKkfiYGIgLQ5dumT74PDoYTwMTBG+Oo8ooBlL+VCK231HhcA5Nv8OFqCow7aMB0flIuLGt7bVDkVDigcSd0rc3AE/6ZF2b/XkqGDNuYMVCgz+uoeVCXYt6UGIPKiX9r/CXdBnR1MO7PxyX51z6jOImGhG795TscgwuuOfuN2K2HB5/u/+PQa88QnkrFoVPTojCLD9XR0AXGT10YSPc9f2k0deVSqwomd/+TuNQGEHDEOhGhHQy0a/Ab+DMxinb3ah25xSSoWUorQONlBvtmUmFVgtIdSMM1aDefewPwkujcWgy9VAA2KmQZB1LTi6bxfF4TX38BJMuKA3YhD8A1GCWoA==", "1: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", "1: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", "1:eJztWHtQE0cYTxDCKxQQEJG31NoKVEjCS+vcYZCKozIQbRE7rSE5IJrk9JKUMlbxOVpb2yr4QvvyQWVqtVoVsdVbLWip1QroTLWCCCpF24rgoxjF3t5GQU3HbEb+8/7Yvf12f7vf47dfvkt4Dp2Z6ygQCAwuXDOB1lIqk5bKHQYlUDxeYzDmCh+Mko20TgFH8ueyZy6baFXm8IQsvUeWycVKIeZeUmlGp9TK85VMHqW5zz12457UIf0ZyxRWZGOfyzBkUQ9k/O18GNXRtF7dM4JzaXB9LN9KFPCCJzO0TmnUqGwESfFAEr6V4YGkfBuHB5LxbTweKM4eUHwalMUmKESQuhp9Hpcdn4ZJQJhYOzCJ+BiJhMek0KYcGzCJ6BwJzjkII4mxAyPF0S3JDl9bMEn4GInMVt34E2IwlesFktjMhN6gOCz1YlEnxTopFtN5iDqok9kDspneyBj7QZJ4LJAMdXH2gOw5yXb1UDLmMVj3AjlcgpVPLK7DukvIHilWbohDGLxbgZwgtTlx9aKdFO9WIDdI8QhusQmPQRYQHoMsILxEhH7GpHhXyQLCSw8IJLOZECirIhAeI1Aal1lnBCxxDf5wwkgxFK3Kp3QckCkco6V0lN5oQB89D4soJzhy55pkg4FWabjSgNY/Vi+7PdxsUuFMSgEXT6KMjDKfUjNKrZXiWp6v4Sbk3GkUo4HLH1vjyr2kaBhKBQ9TeEEEbYKLVVpaNaNAY6CsbJqqUZs4/bSwHNQ4P7mpM29RnlKvNuT2+z9uW1wnlfS93eKn2Q1HclsNdsE22JKkEy2JoO8N9uiLQFthz1PsttRfliss63u7vfvCbhGO3b3KwRhLPnksH3gK0HeUnKYZtUavNFIG9IEFg5ZhUuqNGmNhMsMoCxEwhPcIY1IZTQyl5iem9YxTlEallbwkQ59B0ke1o+AU/FsFSr/K+/6K4WYYuHRy8B9dB73J/Wlih8glQlDf2ORerBkM9oUsvpqxz4087P+SwmmTmQ16XymZ3B4MKpeL2ge4eJPzxrJzghNdQUv8IDC1KRz4EkfO7VkkII//Ch8hGBV1qvRyQxA4PnJi7YpzzqSUfzzAwuHjy9yOhAKn6k9iC6K7ieyblWeXzXEFe/zMx/6pcQOBHk3Rn37ZydZyas2dLgTZ6pHn05e3sdVh3zH5K1oIVdGZUYVZ59iYYeU+J6sGgg/qoMKnCV2rufz6Si9Quo57ksKBqXig4xsvVBOHkiLGzV7oA/aUFR59Zb8nKDKPmHliaR375/TIW2saXEH9hByvrEohkAddbeZMIS64F5cvyDjDkj7Kn+ojXcDun989+MWgNmLO9r05RVOcADQreKgbyDvdyu3QQZTcEr2zdvxk9vf2G+OmiETgUkdoHX1eSPJqbr1GHNq6eSLp0x8ge5oIXXX3rtkdzcQQk0Opy/oQULXzVf0mYRORCR1e6wHK3FK5KUewJQpqdIL13CDduDvhLrujhFqq+swPtC+umXRo6242eUHz0bU/uIDA4Q0viua3sJLL24dcXHiHWC3/UNtqvs5e9A2uuXQ/DCRw4QlL/puI5wPhD1A8xYDft8IBZJwN5CJ7lx0Hwz9gHTEDuqW4gnXmrPL76BcCmvv1y/5gDG9gMyFsdHBdFuoHxNBNNYPBpojKu0tutLE8f472BzLv+NcOZL6A5tMEpDvv+C62Ocu/onZaOHid6fJsq/AjR8IoNFrOvRUBeDVOu5OnIqmA5qxrLM+PbwNBABfFaMaXhN2uYDHg4+4YAQ5krg7/2NRJlBZs2BhReY/Vy+ZVkIcD0Pl1IjKVD4w3KFmyOLv+Rw8LH1rYs9vuvKVz8gapezvvnfpXCEZPgzeglYVszkupId6cupP9K8QB8OFd00EIVsw1j2h3AxwZqIAcMeCsEDQucCbL1ldxjOwkfrutaNmyvpvl+0AROWGRR/qOkgsEH7b3+oECjj3DG8wEWt9NjFh5rGjsfV8wNNZlW1D2DcKPCxOx+SrBq9HlBc6cgBt9w6bAMJbfRvGo9wHNbat2iWdVsdE8UQ+z/PSsUDDfETrqOIv84QyuwGVR/gCyYpX8GMuxLPDzt4WAz4TJ+jyuAKF1hkdzRs8/PD31vhWZ5D+YXj3M", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtUU0cejkAgkvAQtOi62tqqPdW1JffeIMjaGRZEqFrU2Fb3qGsIF4mGRPNQ2Vrbropa265u62PVre5qW/rU9YVV69x66uO4olZhUcHKUmsVtQeIyht25k4oweWcZnLIntNz5I8b5jfzzfwe3++79yaDMq2Ts4MUCoVdhS8TrGbR6DSL2fHEQszjTXZHdo/2UZLDmqsno+SHtl+kLaObbald2NIe2h7amGyJ7TZZbQLaR7+zWrI6RmQunazXyldeH4yvKVZnJpYr7yA6GaI3WWZ7AeHkq8ByCsd+Cp9ObNqRLBiBYmJ9wDCdo5MxHFOi4+g5WpZzKIbjfMAwlWekD3lzY5h8i6cY3gcME3cSKCbOB0y8txiaMZpsr8lDKcAYkSeIzT2OMd+eIIEJxPvinsBYJk8QW8ppw2oTmEDuTmKrE20LzutWommjIK+1gaoC/WAiOWUR53WZqHbLGK9z1yHevA+CwjMJpBvjgwjxPogQ73VPdAgK74Nw8WwdQUWI90WEeF/0hGdrI8oFga0jaJcLTB3h7nLBazZ4dLnAppG0TgKbRrpBbHriBjExgqOMEJgY0Q5iYkQ7iIkRHOWejokR7SA2jXSDmBjhFlYdEyPaQUyM4ChhdUyM4ChhdV0zYrLTLNpjyIRDtIlWY46Yi4G2vDFmMVe0OOzZPT03zFaSkRpfkux2q9FkcJisls6b6UN/2mxK3jxRTxZPER02Q46YZTOYH1iswf8k55jwRDI+TbSZCPqBNcSDFJNNNJLD9JEEYXWSxUaz1Th3ockudrFpqinLif0zk1cjU9D/bhoiRzTbYMmyZwd2ylnHbYJz3y1G+j9s9c+FTUbJ3sYbzBKvhxK6nyv4eP8HrOnWgEOYA+Y9bxt8gv8DDuvWgFXMAXOeFRZi/R9wuD86uQva/EzccZ6P2YLW/3FH+CNu9nprOz0OcP6PO7JbCd6TOWDB8xYp8P4PuFe3BhzIErDH91DusP8PDR3lD2Kz11nrKeCc9oFHGdJ9ZONkq9WWZbIYHKKdfk9K9HeS02BxmBx5STabIY8CB8opsTmNDqdNzJInZnWMUwwOQxePVLo4+tLa2T2RTJFfe4g1Y+e74kpjK0oYM9bWEFECbtn39Wn6V5jUL+jF8BG7W9Cxx3bZcnoFwnCyUBUgTT3Fff3Pp6vQb4o3XR/woYSapucea92tkh69a37xlc9voB4TloVl7GwF0bVJZ7NLGlAutu6vDJQOHXgruPqRRnBjzvD7G66ESnDH1SPhWxrA8sXn9kxzaiR7aRRGqGHGwEfmTHAdR3s08z9dXdYM9k6798XlN26C8tTARerBVaC89HV76rv7wZIB8bNTTD3hhjURf4z75Fuw5+XaXRPnBkkVI9Zsq9dWgMipCXtPLjiOEuedWXl+phJuHN/nzeeqytGC+f3DKkbcAC33nRVbegVKdeTjfRW8WH33uWn5FaBtEJkpB2S3TQsrgRyupRQczf/wpVNcObqa8dYGS1QLKB4u9qucWogeS6oxnp5xAW3vcVgZ1ft7lLrf1VK86A4g3lmra5HsR1wkHPxF84q7ZVfBtJjCbxTfNiHhtUL4p8qbCDsVJPTajxYe2fqrZ65UgnXFPXMeN7ehuSRN79SAVy+Nzpta0Iyov01g2EfR51IuSuheGUmEC01+ctuqXX/vDceRbeLugdMzxp0MGX0HuB49b/1DSJB0JPavw/r2UcL0v7029Gh+I9ryNSloPTi58dD6NRE1gNY5Wqo/mvXxrGIVVOJdfvulWpLPW6uAfYfqldv/EiGNGEQqrIRrSbqfVUuye2MjIT2vBahThzgDNjWh25MODFx+6y46/WoaemVAGyg4Pm7kqq9ipH+MwYmZooEK+e82ukjKuCAc3n7m0JMR6mOo7I0Wse5agLT7aQtOZRG6OVSr+vTXURIu4pGtmwKkrwp2PA/fCYV58kQbmuIYvKFtzWVE61CD1mEWz5iulja/sPWTzy5eAJQ/Ae54GkBM2sTmvnYX5WNmI6Dn1gLi7aQDzaAwk2S6Ehwv37ds8TkVJFGP6vEleBuzNm1iFXhq+p+P3ivQQO6FWFyCSkT5FyyV/EAI/QMIOdNv0uX+1eBguiZgeIhGOryeELMUfNZIGqQKzGhNbrxzKwTipsCI62jfB3knnhp13t0fSgkHs6TpoAriYuuKEhvAiYOkYa6B+aNDS7fPuwSWvVf08dmS6+hsnf679zdfQz8uBrqZB1tBCaHLolq00RK1VDp1BW3GXXkj7TIi5VmxvBXI+45yoVVJs74/93gUfFY+4BDqjVlU7QiQgl9fl7zaXI9ekhNSi2h9XOgjnO7o/0RBOZ4V+Wg1KY+hBG1/AhNZiHHb16OixOe/WVuukCjfYuBMeaIVUD7fB0+UNSyZc7gJka68/rkL/PtYLqZ+PdiGZwcHq6XY8R+Epg5pAXI7nFiJWskxg4IlXPzfZyWqoCxLN2uQTt44EF4h5dkTDKmO1CDX23rMhO8AXlS4c6kKYjF6uTZWKe2YRxJXBxLlhv0RhMnCEC1dOoMTOEQBQ0hZmw8A3B3ritN7S/nx2LO9GjiWyEyBAtJ+V0q0v+vc/KwHQ68tfa9oWH/pwoRM3NqhUL61JFlm43dRa669swZ3/PDV8T1lFzbuv2LBkWg=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lQFEcUXnZZLjkWFrlPo1GCCDuz7IIpneaQaCpA4aKS8lxg2F3C7pg9jBhLY7xSahktY6xSE5V4YDyCxiNWiNN4FphQ0VAmiMZ4gqJGPDmiZnp6I0qouLP+SVUyP3qmX/fX7/V733vdE1vIjC5xFYlEFg+uyWbK6CJbGV0yCEmQ+C2DxVri8lcvzcoYNaiX8b/sXyXL6VUm/psst1s2mouzxpv7yGLMRm1Zhl5r1tGGJ9zTy1q5LyHT9CIb+Z+TxT+XUU+jkM6Yirt7aGwUmq/gW0KDkjLNzBi1VkORg6BkYSCCb1XCQCTfqp0BpQoDKfk2RSgIyRRJwlDJGKUQhlJhlMBQqZ3SlYJRpDBUKkYJ4AX2Hn4JYAbekmB/4PnOGUnil9I5WKrGjXtpDCYdd+S9EKR0ziF2mFqQLsxFghAEwlQkhGmyMzGFB2UytkJHQJiIRJIgTakvAVIKMY/A1CUUgkAKJ1xOkE64nEh+FuSoeSqBIHwg8JgUR63D5wGPcTg1cGVHMtLhyHbXaFIhBIMdRzocou76TJJCMDgnSKUQDE4JMlkIBpObVAnKCExu0pksJx1mwjNZTgqqkgTmj7J3LqA7pyUYDVhpM80U6WkjBzSXjyijjbTJaum+OfG3JPRh6cM1aRYLU2Tg6i1j6nGB9Xq6WH75VNzFyfG8fT3mvqhw9AC685N0WlOx5R9qFNEDJeU+xmrLbDR/YOQzOtqqp809nOEnwrfEDIYxFxtMWittd4IP1+TZtCarwVqeZjZryzEwit+D2VZktZnpYn5gSnc/U2vV9mKhMgmnaYnk2SEaDaEfPSRdM2bdth0F0TCy9gq1MVoGZpdWW1eEBMC3F6ScProjHJbwjy9INH3hUi31hnWH03cYJvnDb6Lmt+ZNDwGbvbIG2A5FQPrLKfmjBzZQjcPKCyqTW6ktLSOHPIm9xPqtJSv27I+EDauvRm6pDAA3Er8d6HciCO78ZfK03ElBMCqoNPtuvQzQoRcLgtU+dr1B8IfXc04uPxsEfq/lFMZFwPZDxZyGyyy2o5M6PRatdI+VXdv/lUTXB7Za9vbtWhwM+pVNn7FpewhkfZHiTirc57eEZevvUNSxs3vnzbzKkkd2DTEVhUDX5iWDbmYHgrmwbsOIacF2+wJhS2n8g1UT5UAcvzCoMUcOLwciz3zPRrReVIVBKWi79yZnogjWTju4LizxDjW8pXF75wQPcPRjxXsJsS7w9vza/JpKX6is2KNuF/cFezeXH4/rlMOQlQ2e+goRWDHUJXuejxjoMg3M7fkP2eZI5KkOSh0Gx8fUyMBVauP5g0vd4bvbFzfpRc3U/QNnFj26IgfpU6782K/JGxZPPJslmX6XtWZ98sBtsjfg7T0nhY8W3mv6eU4zO8AmXu3RFAD4/ei94eyuoVPrP+pgBx5asGVcXV/QNcF49PFuGbx4beVu7zY3WCXhHJEQCJC31O1+MKdQVpC6xw9sGpwR0VroCxIy0M5bWGRtbb4EuteH5p1Z4wUIbrfRVilE3fBqf9CH3+gDqqZyYw6Q32QTz/V3mzNGBgJ5x0vBK00ds0qr3e32+4L+q54sm/W+K6gy65ffnNnOrtj6Yd6o72LhdVelv6raB1yYEbjzjQ3+MJcnSASs4cK0z+IFAvgFXWFDPMeYEBlcVHXh2kpzGKgYse/uI2UM/GNr26nsQsBiu8NYLTEm6bWtJMt51XetJgbKZqi2DR8nBwV1xJFdt0LhkgPveHasl8OuE7dqD4tloLH+oebSJjc4yA/tKBQuQ2FdFwx8+IBEw6+vI6J1sod/Qgbcp8anIwbcYefmjfrsg1clUIWIezIEaD6NXWpThMLMxWXNXXESe7wvUNS48bvYG8fYU6JfxZ5eUiBaPqtraJU/GDYYRcwD8vQOaKM49k94nBEMPp8Ud0J2XAZRep4f7gkbubSJGhsAUJjDozyhxhMVEpOOq6aMsUeVer6q4ptBLzLiT5n8S4A=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmGtUVFUUx2dG3g8ZBgREEwVTUVCYmYuQi66ImBaENqmllY0wwBgwNjMU4CO1FBdpmWg+0hKxEs0UH/nAOFsTSSE0UVyhoIELQhAFBR+odc49Q9jKVXPmQ6sPzodz5+57/+ecvfdv77vuHTBT91JCD5FIZLDDQ4wuWROXlqxJGEUsVniI1hqMCeKuswijLkVFziKf2P73thcTJP9kewnnWeWE/4zT6VPUyZFJan2iRktuslj39z3Emmkb9xjb+Ce2J7b/zBbeZRM63p+0j9GlxnefkWsTyP3BwqhQkaYZodelqI3aODNFHJtILoxKS0SMKymEMYRNpLRExAnjSJUNHlXa1ET8wPk3ScgEYpMzaUYKmuAwdo2cEzRjdWkzzdCE0nVCWdahGrncAk0Iy97C6N6CWNYxaYLN1dAV6EHJJAqmB45JJKeHEEtEZudIuFtBD2ZD96iIbSUlTa2CScRZIjIVElueRloiCrVke5Q9udm80rvpgQlYeTCjT7SDCxqmSqfkyZm6EGVIwVS1FCGF2UHornQFUxcyadjSSjOkYAPIJGLrDjRFCrbuYBKxFTpNrIKt0E0is2l4pKUomYqiS8TWxSlESrOBeFRkSfNSshFhErERQTueko0Ik4iNCNomlWxEmERsRNAi5NiIMInY2iQtQo6JiC4RExGmhswxEdElYiJCTouQYyKiS8REhJwWIcdEhJzWE/d4Isjrt8FFRN9dInU6fbw2VW3UGOhLjTMeJqWpU41aY0aEXq/OoMJ+ZCKjPi3OmKbXxAsX3uw+H6s2qh+zDy6MPovo56GuSxpyiXweItbGQcF23/Q9yV8c1yPdcaAn6LM/utL2xWBYV/jpCpfMDqQgv5tSuOExfuL9dH9QHCsYnppXzYcHnF1f/1Rv8LmVPGXe8KGg1d1YfOLlNpTjZTWl5zUZDOtYU51jGwCZIdufnTq9AdXzWy4V9XQDN/UPFcOiBtP5vEpRtk9cyzSJJ9zPbz0TMzMA0jO/DIjsewPpFloVf9wqhXFPp0nWLx0IPPfGoQlOLeinMvyLdoeVrz2MvHftPvrIBs902gb6OF8OXLGpFuX5HbyfdasUBRUOdnHcdwdNPrJ1y4ujK9BToYljtboW9PBsOnbZFo56DlJZ+4ngu5sPsOUMX/flZ8f6B4ng9hV1buVeZ9i5SrM0rtoJesaSfxf45+e8PyJ6kCPYko3PtYMts8MdzufdQkI4xO1o/rKDb9lniIDGxRrEMR84x46wA6/VZ+2TfK+iJdMqDte536P3hclAK8IeRrnROGU18rmJe64a2qUwmKTD2xXiR12KXb6mBX2Y3NCZ3+oMghtuVtAfh2vMs6dRlscv5bdVbrCqw2bG2gBfcOePX9z3wRXEXQ+Nem63FJoM+3p1OvqY4nKAR/NIBNyo33HesLL0vfFoXgy/ccGgo0u+dofZ5UvP1FxuROIaiX22TzsaKyxsDVunnpQfK7iNjHi60paf0Yl3ir7w1knBTwhIL3gntp/HrJgHaMWmO8H13zpAnxHVA20iBgKNdyfaM6dt18QmT5hhW957UpUIdtx7LaX44Wa+Z+DujdcbvKDwwHKbG5XD4YyILNzAk7AUn/Ki8zc/DRgSw3mZGOLLXn/hxyxH2KDYvHdkqD+8LgB7kxeOL/SF2zgM0WlDoWHZkGvORfeQU07+okkTXOETF0xgUSBgr/NWHrKF3hjPwN3f84I7J+r4bQS7Fc4QGNm3qTakCs3wL5WWHGpGxR8Hvxs44C4S8riznv/KgZDYgWpyshZPq6hH2bt+bVy9+yxa9vxVK6VrOUr65NpcnhPDc6SMhohhw7H+u/RJrXzRERJwF/glPOOVrfvEYH93E8409pP8FoiB7GajztrEmQvMqnkbV6AtRLTGYY+lIPBeZk/13E1+/bsbNvuFOYGwD5UEHJJ8k9Mzq/mylhM/jNkhAckwQoYDrY8UEYwWCu4W8rtwd/6swzaw/dS5Kc0jKhBJ08LVbag0NwqXQA8oIO4ss4KgaOKpFGTvw8ncqCrk1hZxKmGyI4wnADXYQvvBquwHmrto8dzTe15tv4OmF6Dmz+d6APF6frQMMkv8n1lZKgG1fHLQ0HxXOGwtc+eXeMBpsmxhJ4+LBZtcQIjvrzLKY14zL8zH9aL9oo8Ulq9JxVuoQQUT38Iue4I3TO8f4eoLx1OUC/aPvsrj4v4qo0QG5GzRIl8YIDSiKoRhwTu2gyWhlcUpSh/wxzQEretE64aSSnQFoa+83Q+IW+ca2vjrJGyNMup/mTdELKotWVt4HM3MrVReT/eEqcTBmt6wNroXTnUtX3IIAzvbFcq3kUDWIULHKg3wpBs1ibxASF/bKeS5/2dMdB26dNkxJ19iA7T//YZId2uqrUS/D3jQkXbZDoT4h3uAyp48EFITDUa9LsXw117e/bWr+zXmMTb5H2LR4gc=", "1: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", "1:eJztWHtUVEUcBllcljchaqiIioYPDuyDhSVtLi0P3w8W8xEp6+4FVhcu7kNEzTRS0zxppqYeM1MzLSsLTa1kLpiPfIWCYoochRBRUQGRNzZz71UQObl3O9U/7h9zd34z3/we830ze7fPDComQWBjY2N0QM0YSk9qzHoyIQBbsHm0zmhKsH3cCzdRySrcU76w/W+2sQmd/s4Wg/ZP5Yy+RFGGZLVemaQ2JJI6PKmDtcb9A1tUOxuOQKnvYOLwF7b/yBb02MbI9gklXqdStK09PDYCzxczrUSFlR9uoJLVJp3GQpCUH0jCtMH8QFKmDeUHkjGtnC8I28RB/FDBLErMDyVnUTyrHsK0Cr4ga1yFWpUWhwpRdUYPlS4lEV0iz8MorCq7gqcn1gfzkATxAolZUDAvkIQFyXmBpOxDZgWIZ04cSMKAIijzDEtArD4kYl6eOHnwK0SwNZ5YSUmkvEAh1ngKscYTJw2FFSCem8tKQ2IxjdjznMHwEi7H8VA+GI54Fleh9VyWWlyE1lNZavG+tp7JUgkfDEsFKT8qcAnx0zkH4ncMcWWwRn1SfkcrVzyLydAWZI0mZPw0wYH46ZwVksxiQrQF8WKEhJWfjBcjJCwjZB0zAv/+N3bDAybSQFKaJDIZAQ3pkXoymUwxGZ9eMMEe95xQE240UhoduoKplHYvE45PFotNTyVVeHIsaTKok0itQa3v4M1DmaRDA0rkjTToPJCh3RwR+hKhM5Aa7EzljhGUGU/W6CnNrDSdkexg0Sid1ozi0+OfuzqHZxcVMhklqlO0xgS7Z+SqaFtuifTfT9vreWnjntLSfF355Nv2+g3h+NWOH2427HuDkqIMWl2K2kQa2RcKF9RMMKtTTDpTerjBoE5ngT5MLQxmjclsILXMQHxrP0JtUnfAU1kwe/I/HR6Jh/D/C9i69mHn6RtGi4jYmFe2Lt97Haw8NEtUv1VIZ2V3G6BaIiREPbZMG3iKhoN2e+ZGbHCnk8sad1fG2BHRdnOd/PzPgn0n5mR95t0MBWUr/StcWmDmLeN+r8ZmUHJ8w8/rVxfAzdv6HWpa9ggMG5K/6UavKughH3o45qI7nTFhxKeLBjjQZ98/X3TNqQZIJgYhF3dhaF2O9qv4ZjjqlkDmIb8JH/rHrcqpqYINFbdpRb9aUJrb90r9wptwfFN3Y8FLLTB42k8jnDuVwjQUReDV0/DoKnFaQJ8Sbv4NuHFQ93X5oipQM3LK0tCLR2FhwWJj1Npq0JI/t3yAuBYOrHDJCtroQH/TEJd8tEVIf56IMzDDbEW/kfMzamD8nHE+XWc+ALOHORZsT60GB87ZFHUSPQTjCE/1kbx7IHN+1d7xs07CjMDROx2jmsCyLyedlPxaB/DoYFJAs/ZKrq55oGLL0CH53iJatKK35u7UIoAWRSuXADETaCU8Vrj/vQW5JfCgz5LbEw4Wc3YR0RiWikp1DLhcC1i9ta4M4GiGrXAiuPrBX0wfdxe8cRnsCj7z6thzTUARGW2od7sK1v/gPHvPB7VgAQ5zUyUMvOrXefG6UlB1fswM90u2hO95arrwbBPAqI/iWgBgAjgBeuCJtgI6MUJH3V9Szu3HHbAt8sfq5lhP4mRs9q4dY+thbuaUmkOXz4PJjGM72qvXb6XAT0Qzca/1oNk8bkCV/fY1YYttaDZON6LrzDHVH6pqwES8DCGkf0+4UDZzsDMRtubUO8PhYYCzLfLtQuvnzvtiyBEBsegA8W7x8ZsAkQEx4g4XzyNYILsXGhktJGQMsXbCI3g4pwkk9cXIBujDOOpCuznt35ke7UaHLA+PL81tASgLxID7EAVh8vukGeJd6m9ughLEnt4P6rh61gNlz9vFcu9CGF6pOf3WKHuC5fm3MM4XW/6A3/X/M2PLmUfAD7H8wZV6EMAA7Gk2P1vie1T1tM12BBZX+TohjYq1opksAadRlm/3ugSuZblulha70+x6F4Bs276QupxiyNZTSNdieXpVAj//hYhCtaAwCglvhzPBjpeBl5EKqsLzoBmH6+pKiB329JyqvQ6wOheuzIY7ML22OxBYbTlLm2GJ3Jt+07cBXEFR1GqFRB6iwWRFIwzFG51qR7QosXLKYRimf2AhcGQKeQ9I8SfTk3CfJ//6tUkCmjk9w1MS0cVGJbe/0mxt2p/+4g5skr8A7oUXSQ==", "1: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", "1: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", "1:eJztWXl0E0UYDylteqQkLdAEEVsOgQciZJOUVqi7pdyCvJJyCQoh2dBAmkCOR+sTRA5BRUChUKEcglwFgQeKVpAZbhU5LEflKgjlKBUopRTaWurOzmID5EkmEP9Q814nmdn5zXzf9/t9385um4609TfVFYlEjmCu6WuzsAaXhTVp0Aga7mN2OE11HvQSnbY0Heol/T/2VGP9/iVjPf8f+w+OxT4Y46uD+EGvi81qrO2ha73QfBXfUrogru1qc43kysuTIWhM1ZHH6MzWUV5gKIyhfMBoSDBqvtWSQfht1CQYDcZ08AFDFAKND7ZpfdhHwMSTYGL5lkgFGBJHBkFjFFGkO/ItkTMd8TYqEkwcDpoPGIqInHi8T6wPGK9DjeVMmNhuIMpr63DMfDFP5ctOuIhQXmcQzjf85XUZcQNRXpcrTCoGERUsIQ5EmScYR5R6AoYoj3DBUhOlKy4+aqI8wnFTE+URznE1UTHF+aomugfh3FOTqQenkdqXNFKTJaxAEVnuCSCvteAG0ngtBpx0GOS1GtxBXsvBHURWGrDwNL5kuYZMEVhGGiJFUFhGGiJFUFhGGiJFULiwaogUQeGSoiVSBIVlpCVSBIXJ1XpWRH/uKdqhQBecrJ21GVLZNA5oz+hmYdNYq9NhCnVf0BSIemFck+hw2AxmvdNssz68mC70r8VSMsayOjQ5hXXa9ams0a63PDJZyv1ISjVzF5K43Vi7GV15ZE4I96Or2c4a0GY6OULYXGiywWIzjBlvdrAeFu1uNro4+yzoacAc+viiEt6jUXqr0WEKeFxxlPuNTN3B/34HPslv1Evy1uEAXx0WCrbK/w4H+YNoCYnfbodQ4ZZD+d9tDxY+Bc8egvj3/sa7lzm12v/+BvuDZiK33Y4HQqVWa/zvd8gz5ZlI1273WZVwaNP632EPNfbpifZwN3iC38LTq3AojvW/32HPlGgP6fIEh+Mecrij/x2W+oNoMYnf+Omq9nmJ+gfqWPgzpZno/uz29kvwV/PI+U0mwq89k2w2u9Fs1TtZB34fiqxOdumtTrMzI9Fu12dg4At8KOwug9NlZ438hRG1/a56p97DOVJL4Ufhh61j+aMv94dG07OXN8/9I4SpUF3e8GKhEk5fPegnak8pcLZYUDPnvpzh+3WjYOX1YhjfvBC8ezIhY/AaOVPeetjsXXcqQeaxkNRmliPA+OaZ7gHpQUy/jfPYGQYpHBaTeMvwcwkYKR8c/1VwA2ZK+z6rQvdJoPat73pJxadBSv9Wyz7YFAKbvGHsdO6wHM5dOzm51+JKEPJhtOHGqRDI1NfvPlocBXcfbcs2unAP6AJXfPpKnWpwdXTb8gVnw+EHeQXnw+aKYLuk54svbBVBNfrcVsKzLYLey0y6BM5nR6z8fmcFPbuwNDrvZgScmTsmpGLZdWC2lUz7MeUK6DLi0pFmQyNgljVyCvypFKg+a6PMPCZjuv1aUtZ7iBzeQO72PgAWzJG9HbsukAlID2vReqIItuQNuQQmbNg68t0hUczFlYv2xIxVwu5bb1cfSz8Ohmf1aTizdxV9cX/WtvlzqkDn13/5ZNj90zSol61erhHhuEijYWQDet+ZrwuBgQ9ojXBdAbU347r1sJeDoV1evXpy/TWAwtMvXAG5YHMRLwX88m2iGN6O7ySw09hDM/IKqgCOgxRm74nZZL8qhdjuU8BeISv6hvM/YdGApeu+VMITe9M0k74pATF5tuGSQ1VAhD6TxPAHCTcjWgTP9ft4gTUynAnlWE1/Ww5Ndwv1n58opa9Urb2Vd1DM1C9NPGw6XgYkhxoln2pcDe7tMuaMSLkBYte9OmhocgzcO1s1vl3T/TSO32/0O3pqQIccGdy8+Obqfa9Vgdw/ppedzg9lrJwVjLgJ/HAWIuguwPqQMy9xbA9WlGP9TSyii3q+XNM0IZJpVl3uOp9dDDCPxeBoX05ZucFM93nlQcOzpHBcQmj+ihIR3NGBI3KAgpkazinxkgSmbrnm+LrhUZqnfacMjt+x9Ln2Z+vBxMkX9md1CoD5kZxDl4Ph9KiTh+7OVcIzqSLbe1PrQhS2jQGVIHpacfK3L8jh6IJxnKnBcNHlJquv/lAHHkOyzFJAzHM+LeUFXEZ3RQLrFQkXjkeJtZ2+VlcTEdu5CPDp8ZEM4jzbDdagNLulZHj/qhWCrm4D8cLgxksKGjLXwzlPcp6Hg35vv62VbBvYpeBmNFcy0WWWgROsUQK/5+lVixDhl2leLpU1wMUvsIOecGTLkDu5VfRHFsRcIajXDjFQKNhZQ/Oyay2GvNzfv0MXc1GqOlANeoIJTeJ6xECen8mVAJkd9oUEbp/PbTgwBorbokgdBjxPg5QMzqc6UM8najXgy8l0CczkqsCbw2RQwYVVd/EgbUKfVQ3g6YqJo7c7FRDnfyVAtI1NCIC3Z+kQ5YCPpzwQ1kNEZkUwuD5FwB58AlbSSw/mHD4+MIBpWThlycGcfHA8vailKrgCXMvcLB23/jooEHMVJKkZTOEFtI/mi3yidRT3gGxLczxcI2v/AVX7dtLDGPUnKRRf+Q==", "1: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", "1: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", "1: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", "1:eJztmHlUVFUcxwccB3CG2BFTMVACU5TZYCjoPoJUVFyYxHIfYYRBYHRmUCGX3NKSzAKsyCVMM9xwQzPRe9GTueSWCyiJipIsKoQDIobTu+8OQSfOiTt/1Okc+eMy73ff590f39/3d+c+vKZro2d04fF4elt2iNImqWNTk9QzAnCEzw4jNXrDDKvWqzCDNlmJr8Kfx/4HMeu/xUa1xaLZOitF7IchWl2yKik8QaWLV2vwTR08a/S/EBv2PPYfxmStMa7j/3TJG9qUuLYrPBeJ7xdzo0SJN40wnTZZZdDEdhIKooMk3Kigg6SWrCSNxDGxlI6ScWMwLcQtJaOj5ISSW0QF0lGBhAqwhJJQShhkiYQKkqDYIorSuMHUFBGPOsX2GIV7yTLU7iB/FHXJSJdQO7gdJpEpBewvpSYlnj1r/CNEukUip4KI7SWBVFCgZdKbbR9EtVYQgRRUkMIS/RSW6Bfc6gsKSBJggegSsQXqSSSU6pHvH44JpmHIOtIAGoaYXCqmYYjHpRIahlhc2ukSte3QUksMJKUzkBmia0DiOildJ5khuk4yQ502Qzt/yzrthvZQp+3QHuq0H9p1koyuZ80QlSNaISpHmHtWRrc7mCFLdgdZx47ALz56Bx45/YZrtbo4TYrKoNaTY7E9O4xNVaUYNIa0MJ1OlUZAT/wggy411pCqU8dxE9PariNUBlUHecgUZD8gL9itU2o8hV+wcbSaL3MKLLRCY3730Bc7l4NzK38uuyUsBtaFXZ1dgQnu2Fkydc7ohZC9K+RI9H2Y8rUVO9MEXcGJXwqWNYAIjbZueSSfOZEse+8gUw/e/lZ+9rVRd8B6py1HirqbgO6JQ9XB/AcwP0u9MnZyCwzef3LO0T4uyD+8V015oAl4ZF+2S/Cuh2LbHb0mxLXA+SrJuIBXHsEf+7/66ZlFleAF/73ra7cagXzK95Ei6wqIs1jrdR1O3APvbwgxQnmt4s2huiJgGJLVKJhaAipUuVdltQ/BYV8HYcE3tcD32Ptbx59ugIlRj1YrDQJ0y3/NV03iq9Bza+WwQaZa+LAGBfcdzkc97fFMCTh4kVdmbXcaco8feBnm2PbcMKX/TfgBliWzCfgIFmeHrxIyY2fmzF23qQqkc4nWg76lTxYmhtgxoV+O27h9pxFeY1XzdDfCmAW7DkxfJEJwQW9FfMQ1kOdyIaJklhXCTz3j6Irm1+8eMzOnAVS9jBUwweOXBqh7eDuioV3mCfv5VYIE76R56T48JmqZ/ej8LFcm3+fu0g1nBQz/XobfA/syeKNg2fwL+4oAd3lUiNgi1oedN8HGz25krlhugw5/95Ggzv1X0M9vYcah7Y5IvW3aW9G+PdCWUYyL6riQmcUV3AhzvsA/LmiNeK6/V59mkJm3ZGzk+nLI+SOkAsZzhb5D9M/lMTZ17sPGFDozRax67y5tBj6p1qxUj8EIDBxwZLj0n/ERqVstDHoRTXypSIiIH+4Brh7GrqiMzXLCJQ9Unb1XNHtgV2afaPaOVROtURoWZKATMhS4PT3z0A6JuIRqgMmrpTH1Vjlw3TX0dnqWAG08u+38lZhCiNVOjGqCV2PuDz7sy0dpnBGbwev4Q5SAIXWwYhYlFhoyPUrAOumm/UFNLYBbr7QZbp4V2q24Lw/FYMMNdkdk3ob5afKIkzahjVDD0y7m/2CCV+xwRX4DnC2H2DLYbYrlbgzJrwq49T5VATY3girWXV6hHsye21XZezO6MZWJA9iS3ATeq1Nn97TfDT8f6ZYxvJrPsGZhG+w20SfsEVjhfu3cY6WIscdpJRgh7oY8FwSfhTc/qOE5I92Hq+/W92mGbJNd/GSSDRqPG8HTDkUOwspYIVLPZzA3fl+1Xi5EfrgNnggQZ/dcEeLaK68WcO1e74T6T/r4WINfb8SV99RluP+dhkPXuzkjrKLDCA+zTxuJPyc5o8K1axzSA90RZ8cKJ4bo/xRyy8tdzfmImCV63JClEFd/gI0TqbPSlllpLC1erK+D3HPmdEdKO7wRpsTrDexpV//XPazt/wRtR6gOYpI/AAMa5F8=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUlFUUHwYdBhhkmSEqUAEBNTWcjUW0YVFETSmHSsvCceYDJ4f5ZBZNtNLyWC6Zecw6uWSGx9LS0rSk5d0kNyw1NMlUXGtySRJRIFx673sfosbpzJv+68gf9+Pd937v3eV37+MRN44fWdRBIpE45VgM522c2W3jivoRDVE/bHW6ivxaR1kuvsRIRjl3df8b3Yh2ddJ/043EHDEq8C+5vKPEZMsZb3IUc1ayqJ298r3U5d3V3dX9Z92AVp3QuW4yNpu3W9pGZG4IWa8WpMZIml+Wgy8xuaxmL0FaNpBGkDo2kFaQ6Wwg3RCiU/dlQ+kFmcoKEo5Ss6FSBJnGCvLlqFSKYkxwmk+odJ/iLqK0Rhn+GK32Ynz7/huGnkE/6UwgtfDR6JlAGgpKYwJpKUjnCyhVAA3k3eO8AYlcZ/NJBKUwgUSqpzKBRNKyRY9yVsNmXpovoHRf8pTuA400lLAaNRNI7YN5GpGwTPXUCmKKnkbLWBr06hAwXhcuvTmITtuXBUNt03od77Z7Q6thwdCq0Hod7bZOrvU6rW19XOs16dq6uJatJMQgsJW5CGIrczF0bD2cgnRec+GWLqRjKr5WkNdsuKV16dguMxHE1oVocnVsjV8E+dIkdUyMEPudjokRrSAmRoggPRMjxM6q96Ud65kYIXZWvS/tWM/W+GnL07PdSyKIrfHTItSzMYLWk759RpD3tDOKTLg4B8ebx3MlGOiYMsjGlXB2l7PtpSO8ajqSUTAWWU4nb7bivzN5+x2P86CbmxVMmcgZyeICzuUwjecsDpOtnZd8zngrnsjBp3EOqxIr7lgTiH8ZaHVwZnKYMYwgeDdZbLbx5gmTrU6unU1zrRY3ts9G3mfWoH9uGiB4VGyyW5xF/v+Mme7WeOtS74hXqIQ+/HJ43mGx2k0uToxTCBaPuk12l9U1JcvhME2hwC5CSBxus8vt4CzCxNi28UCTy9RO3vRp9D693TyOTJH/kRHtX3+cg/RuF9Dca1zjaZMEpqrWDT5R0QOW163ePizVg/JOlGGNBFZ9/W1U0qVEWPLYu2s//rkFbXjQ/r5ffzlcNH//9LDfe8LhOWSDBpSM1V91lMM556bIlmEJELpUu/KzyeEwO2vsr/tWBoFxcdx898UYGPWB/oeMPR1g2fSkrbM8Spi3ZUJg84oYiDl3MuX+6WFw5vP1/h6FHAoD9tz36DtRkDFxz6vVtVL4IWPEj28sjYDnDfpnKoZEwcap9Z88MkEKD/RbuPvFnaGQjY+Jz+gBzpqI+qy9Erh8uGaGc3soLAvHHkxOhD5xXRtsBxVA0IrscMBOv3fQ1RV6vXLPoT2NcqivHj4ubFSIiFNRO0cEQsHI7itmT1TBZ6Mvb/nlbA8o29ETn3jDkLL2oSee+vQP1NKPGCiHbz8oH5GprDO8IDh0GuVnKk2V+8OAjpsMQpxPSODthyPnDT3rR/2Fw+gIPi53US2KmWbSPNY3BF6GqvcGba40bLn6SsPhmuuoOZREpAXJB5AMyGCuzdPyYakKakvnzD+tSYBDhZPyuywOhjNJavlHY2Kh+CfPs70WJ0Fv7r6To6LCYfrnmS+d3BFN/X88CfIeuXqvs8YPFueQnZqRLjyl/9fVUmjZfWFXZXYgXJpvdCVESSAPPd85zRMMZLsrbwVDBDGsYxSoDNuPbJqZBEcTZDPerOwETx/J9X9ubgTN87h42P/VKVXnXWfQtSvu40vDW1Aj+aySgeCnSgGd8tcv4l6NBAdxLLkXENqVqQIAe1PftToIokOO91kQGwqd+mxYVre6FpUKigZE5IqmnjBUIcUp24L4GR22va5uQEc3zZy2T5kI5zGbh069joTp0XKItz1XtkrRGyjP61ER+fktACyYtju7xwOhY+kSFTx4Iw6bKoMEEvDorvDdp4TgEtj30+Pnk1vuAYFu87qAlkycioAKQlePH2BZvHFNJMxKO7itRNeM1u7FgPUqysPoSMBsHXO9MiBT4Ju0Hm3GZm4crYDCnrvDdlRIMmm9rESFhBBV/iC4p24wyD+KedKSsdcg8C1ICQd6kUTWGXBV4Qw1om3XN2DmK+HUqiXfxX7SbNj1q6H82ENy8HRe/XveOhnwJFFx0syqyuyPrbV+UOBKeOvGgiuoQAAcR9J35NHLnzlkEHhyJQCShUTWo8741GP5h5AQ34PhtN7GbEffvHt/8tFyGRDrfltXj7Iwm97+crNhzUVSMBdRja4ubdDgP9EkIVF+8P7Cfn7DB0bBJJL2Ad2ghBjsCKA8mRBL52f2EPfrCGWkkKbGQu7mS9cONCXAzgBM9MIwmoe4eGiU4Qi5k2BmCCZOohKo/9GUH8UJAOeX9++tUkHTVsuasYui6b4XusOOii9ek02UQjpJz3QpJLqJ501IKItUf6D8PIUoDyXQfeus1U9UhcHJM29uUJTeQOXHvum0VBsIVQWksuVinC4jem44nCXLeishkyyMiYAIUhiR3US/PGh2de3xYGUHIG4HlweDcBVl2YvxBcmXOG/v2bdflPTJ1Y5O8zedzSlf", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWlUVEcWZl9EZV9sZGsWcRyF3lg0ybstLnEhhkXjqIm23Q9obbpNLyjqxF2UGHXcxolOAhJjdBzHSEyiaB7BIUoSNcFRE0QRNRCUCYsQQMVM1atmEOM56WIOc3JO/FPddau+qrt89973ukPm6pLT7KysrAxOaEjUaVilScOmPYMlWDxZbTCmWXfN5EZdZgqeJTyV/eZkU/4H2fNPZU9l/zcZdMn46mXTNRut06q6Z3htAt4v4kdxigMaU/XqBaj8/RJEPAHLxBIek6LWpluAkfCjNAXXWblel6kwqpUWgmLoQFJ+jKMDyfgxtjcgyptienNTDO9xURyNx2P5MZ4GEkcCS3VNPFEt2lIM2U0+LFaO3y0iH+LegKRUIEJwkYwKJCEfMb0BWexxYgwJk4gKJOsNiPBOTOe9WAKiY4QZRBfcuN7QKL4X6omje+EIsYgynYgHKIvroyAq7oklvbHJDIqlApkJa3E+kb7EY6jqF1FOYnFoSbvgMRbnBSn8PMZisnbXSQlV0zRj6NKPUFVCV7zMILriRUIkoeJCF4iu4hF+S+gSnYCkdHWIUEhKVybNILriRYgnpUr0LhAdIwhdpXSMMIPoGEH6hZSOEWYQHSNIv5DSMYKAZHSMIE1GRscIkrkyKkaYm4yMrvSTfJLRVXGSGjIqRogJI2R0TcYMousXZhBd4yQ0klExQkwYEfNkRiSbNKzBFy8YWT2rU2awmQiozx6rYTNZrdGQ5vDogWn2eOaCBrnBoFOq0YO9TtvzsJR+/z0sNXsBm4I3p7JGvSKDVekVmsc290dfEjLUaCEB3cbq1R5I8NgeZ/RljFrPKvFl/CxBo1POX6g2sE84bZxaZUKKafDLotrh56c58qakK7QqQ5rtz0kt6cFtUd8b7PlLBrthhM6ENysttbsftd1xPdJT3Pd2e/WF3e7Udsc/+vQmk/S93T6/Cru7nnHNBUXW93b79oXdNtR2i3s8rcf2vd1+fWG3G7Xd0T3CLnusAbhakV/XEnQ6vUqtVRhZA/nZbQAakkwKrVFtzJbr9YpsAgzkXaI3KY0mPaviF+Z0z8cojIonNKKYaPIC01M9Fi/hPyOwNPdwdd12jyGwWbRweEjQB0zRx284NE4Lh8S7G1OMdhEQ6DMPfa3m8tbjjaFwvCK3k21zhbKsT94WRNVy7jHPnEz2EUD+JWlDXKkDDPPb/i/njBrOuSMvvfC2D+zUeqwq/twNcjfeag4qv8Bp8IJkIHxWeXT1Ujdv+OvyiJK1+6q5l+qjioac94WC0GMPcozesPfkp74RKRc5+cobp3eO8oCqKW/8WbvFESJdXY6+m13FTf9c/M/3te6wqyZg3/dnBDBic167qOYzzrNZfj7t4kCQ7vkgtr0kCBa5hEW+tqGMw1rk23vCoQ/nLvv22TqCH1HB/KVox2bXxbYw2/HcoKSKJczzLz7wM1wu4exqN0T+e0AL06T88uVJTgLwH3B9+Oa8Jm68LToxIxjEU6N/t9/zDFO6CTuuheH16nA27/uRKbe6ZuOce4VZNu+Ecavfj8xhW3Tg8CDIur7bfe/JOi5DqFm02F4I+995ATzzw2DetVeRi9q4me9z9W898IO9v08YfEcogIODZ6hGVVVxl6ZhB/kTv30VCApegSZu1qaS1shKX5A1xI0dXx4CL3z9p1kPE9q4ynFIUZU/fJE/9sO7ne2MWte4piy1lsHREdY7wPEJ/W2G5UQAP9e0c3ocoKoAwMfoj4URf3u0cgeayhPnLggBLwbdHCaE9hLVgTmpt7j6pI8D10wKhrVlqZ++944Q7gaV62Y71jMq5K4zOUHA8ygrEqTLP4KVN6q4rX520wYODwDezf5h8PbZA+cvXrIrHoMVWy+EtXGXSjOlnYzyhxmjn/v+KuFJYX/IDUISm8iuexlPxakLw76LANXLyML2gVB423DU+/4d7nxbys29MwPhtQ3H5jt3dDKF/V89+PqV21yUtsD6RKkfVPgvVYi93eH+rMzSh0dOca9MOuP47C57SJr/5sLdQn/ArDo9tJFbL5/z3VdCZ/gjI3vleJkAeHfeq2V4fw/tBzxsewhcDXNYsT2hmjs9KXa9PM8NdksQ4aYHE31H32baHGbvnDzVC9wWx/ztuZfucSbeAY3Mta05a2ZcsDLzrZl7yLbdUuRXcKvfQg6Z6gRZU3DGFTALcXpdvcuRfGth+Dw9Umnm5SfMHWz2F+XMNysM47ZlDQL/KKyRdTEf9zHBMHHJqqjJ7/pAngAv1HL7kHUjt4QAim6Ha91HDO+/RTaQuHrAlH9sc4Rl90cuOLduC1e92OvQ+OpmpvXKZXSyOySjMN9JsoaTyTtCNpq+JjwJamS2YTNOtDF8fha1Mt+ewwGoYy6jMjA2JxDGhZts3nQqYvZg+klDoQRls31BEByNxZHs4Pg8WR4K65RIkZthsLT58IvzBbbFVdddtu5f6QM7jqAAuoSDoHhmsLzpJkfs9CH8PiUAcc2h8FurbjDrWpCihf6QPf092dklAYCibe+xzaoYRXVPaLwPVBy8NyuTDYFNuPw02BbzPNk1GM6OQidV2kAST4w2pi5C5HRwtxNMGPFTSOeOISDAC9W2xXzaWAcCn7+ZYaBbYYdSvoFBZEweEhwA3zS2TPxDjdBcF1uZnZO9N0w8EELq5g/BgEiYYaVrYQLi0hHVA+DiInRTxlCwL9gy0jqxhvjh+iDAbHr9y3BoKDs1+u91jsV8vnqFAt+65Np09IagyzT0rPHd/9N0/771BJn4P2aYM/4=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlQFEcUXnZhQU6DZ5WJxuBFaUrZC9GQnnUVj6gElmiM58oOsLrs6B4q3qJEE+OJaETReCvGuzDi1eOBRo33gbcoiCcGERREMdM9o6xKVba3JD9SUkWz/aa/fv3e+75HzzYezETGuIpEIosHN/RgjHS0zUjHyJEFmbsbLNYYl9cztZWJ16KZ5qPtP7KJ37P1rLRFcrXSenMfwhhzvM6oidOZY2kDWlTFXuHVbEOn0hirWNjlo+1/blO9tuF28YaeHRiTvnKGnnVF64PwKNdKubEjYxvM9RvHIEoM0RpMsQ5AZHhUkHjhISoyL8gmk5Ng5HgMJoNgNwoSjAJjgoiOxmNkRIlW8n6IzsZjZEEk1VHhsS2JGxXvRkbiJtiJcNryGKK0hfCYICcwDvvBq9vwf2TOgBwmDx8Ln+42RCAZYb7tQDKHpcoH40z25M7EpHDGk8oZT8GE/QeD2hJ2EwwKcaI1CIQganVCREQ6FzAh5JqVO5xuO4wTmpU7LD87DFlVecnKyaoqgMiYypdVTqY+AeQwF+x0LneYDHZCkjvMBjuQgkx9AshhPthJVkHWjwUQGSMEEBkjeI4ryBghgMgYIYDIGMFLQ0HGCAFExggepCRihIzXk7JqRqDXNUs99MBKm2kmOo6O54DmhE5GOp42WS0xbvYb8jMvblBbLEy0QWc1MKZ33v0832wWlTCM1qLFUbTVrIuj9WadsYoXRU2cgXug4bzRZgMyvLOmBveho8FMRyNneKYxMtFDRxosdBW7hRn0Nu5gRvQqYPB8fzd3HEqszqS3xEjez7Bw2xT02rb6A/b5t4BrIgRjQ4ujHY3blThu4XIlXILbVH/cvh+00G4kAdtdqYWbnrL64/Wrjjp7kIYd8ta1U1H9Ydf+oGX2Iua13P6/ojLoncaHioI21jCMWW8w6ay0hf8yAakywqYzWQ3WBLXZrEvggQ1xLsy2aKvNTOvxg0GV8446q66KBqwUvlx4+3g0bjDcL7JeKRs/ZLdVSl2NEzGTXE/DllPrXjrxrAykLkQ/R4C3GFtAQLcxk1t3d2X37qvXTJvkQgV5/P7pD/pCeCErXjEx2JXa1DRv8pLjd2F6YkTXtIkPAb9fBVSt/7p33y3l4GCHDYbrwy8A/9rg0NWM+2Bt76Oyg1vug4zg0v369EcQKAfs7Or9CormjC9vNywfTFlyPP3k+UJ4KTTh+7UZEsqWXN+1l28W2D1/tt9o1XMY3rDukB5P7sLm+39c0/toOTwc2G7usQmlsB53em3uPYC8Z80qhAvQ8vXlYNypbX1KMq8DmzjVo0FDd7bJglezx5cXw7DtT16eG7UPGkeNXtVKkwOtGXXKjz16DLqv9gxransBkh5E7GiYVAxlI79s3Kg4B4zAjm/AXc39vDJWnwcDvvnTPXRRBky0hM17Ki0B3GmVx9vfgijKKWPz4dDUkYuXBxwBjx6wIQFHfdgJOKBcgNMCn0GcxvZLwcobe30Xy7cCZH04oBbb9+zu3NrXalLjf8kcWqPsOXy64Fry1CQvil9/BaY/PtNj8GwPKn8jSrwrOylFM90YK2W1bivmtnPJAje9ktclRlyCgQU+e9ssfMX771YEjkbtW7uy52aYVbF1TNHmlyCFnhbd/+pTyAUrTp0m4evrdgf0PD2nX4UmT6ijL6vvfzVMMkpKoawGjXwBcf3zvCiU9S6wBIZTtXQHtCIqbtt9S0YdCbtkQOCxmocvgOR2Lj2mzBBTxVyW7zWTUmzfz9WPc32p+s3QSXfCuly2jxx4BnbtmCEtrHsRqL7aEzl/mYhdVhrEhSamIi43GKuTnQatrzWRTkq5A0djQnlR3K4+4ZtyYP8KzfOCB2JWnXjr8K+7nsD4XuM2bh9cALam/b3m0DEX1pLtX6Q+eQIG9pu1v6SFiC1D2+YVCbgXoLVphctut1LIkXu15yFX1jN7xbBQzwLA66AC5qCyLBdTOA6f28CkmPgHlXgGdhh0+9QXfSUUX+fNYEYLlGgp22vp+g0XB76Et+6lbPUe/hhi9/m+7MupxVeyJ5XCFQGZL6YWnwUdpxvvlK8rgQf06YOiIu8B888z84oaSaiQTp3NZX5erP6v/hyzsnj99ZGwHqGLvlv6wJ+Nimz+20+bT4ONnW+Orr3xCTyXmv/ZmjgfludvOfAN3zSPnlYKh1wfzu14HXCi4na4DJpi4tdjkWpmagvh0JaIUdmg2MglTFWLna9BB8oEmagMXQrhSi4L2QG12B0USqw/hcMaIWYLk45E7btbk8Jp8/enEMu6puVBzNc0b4pBC9T+FE7LtyIW62GXhPr8DDPQ/UQBDG3FnTjNj8LpPevOYlkZLwCc1ltuFCeqhMOBniyvp6WA57knJcWNowzmLP5k1R51DfZGDiJ4LuD1dA3gbq42xXI3SCbe8nYvrPyWtvJdvAqb7B9mCEdA", "1:eJztWGlQU1cUDhEIW0QBAUEo7rVukIXFUe9FUWEUEaJVqyKRRbBCRpLYSm0VFbe2FveOIK6ISFV0sEoL3qu4M6KACopGFkWULYKIBZG+jcHOMNPc/HPGzOS+ueed753zvvOdk/cycIkiKKIXj8dTmlCLv2J5eKh6eXiEiLYYUsuMKKUqwqBr561SRMvo3eTPtk/SNlNHW4AONj4dY3kPjr6fbZ+oTdplY9qe37WbpIgJ697R5/xofzdmFcvoyeEdq4iWq6JCdQS5k4FEzCrRB+RBBhIzqycZSOJH29xcyVBSZvUiBekTyp1BiQhL5aFPgh5sgiKZMXWQRcUspX5N/g/jyWLcyCJxKClJJC8W464rhiWbZc+DCORGyMNHIJI6sUHYg5iJ5aNQL9Ellpg9kN0VB/IkArHtIZLoA5IS3RMHIiuvVB9NcDL3IgKxihW5EoG89GBP5KoPiFMfkWRFIkLK2d8ABqOzithpzmB0Jpwd5rRNrDPf3bNc7EaCYRUkJpp57EgWi/WQqpiskziQznOS7QYWRNYUHIhspLCdJCYbKRxIn/aTkLUfB9JZDx/1rIRs+HMgIkVwjS7RZzpIiBTBTQcJkSK6QESK6AIRKYKbQxIiRXAgac+KCKJehJWWPPYBebJCERsWFSNXhSvZJ2chtQSq5TGqKNUq79hY+SoW6ExfSBWrDlWpY8PDmBMh3XsfuUreQx5SV3ZcsS/iXafCmRSpL23127922OWNAhy26PHUXt/XgjOoLmX8qGpk97CgVVZlBv03CANO7yoEx5KuuGTGYnD06cXeyWI+Fq744+eyyEx0K2/SyShNK4L0iQFW0H18btCegRqw56wF5VGF8sJOhMwuMoMzPLZ4hzy/gWYWbl/4Ic8Qlyf3Tc315uMfbE5Nq4hrAQWbizTl5mUgNfeS3TCZARyTePCdW/U1FE9llzZXg1qyH23tCG9E2+tXA2mwBm2h3Xc2oaRqp7QaXwP49YGMk6WLHyHJ2vNwXWUHSppDGeytoOdSnyiF9jY4M+vbfd8ld6Jn61Nun7jzEPnOem+vLDkLfpOphuztTEQzl/SZ55XVAOzOF/I0/PtIm3Bz9qXjpUCgtaVctcBkAn3FeuRbEUdl/A84POXP5o57TcCZij6mU4iDp98QTEiygmw+BaiIuorp1lZ0ZMc4A39DHs4rHhnev7IBnB5KZ/AK7UxfF+i33whn9nrxy5f1uYg/cpPtw4LXnL8h5O8zcUzR8GFowzeTJta0IlPHlOAR+TzI+t1BFw84jH1y1BBvM6YTFEDPd5cppg2go7B8dOJBAabZvjvIEHa8VVNUtyDRHNev0q2tMENrwwD44Go0RVUmuD5i3I78zr64NF45dddKB/iXnwUVQousmEI0gpNtC6OvfqgBM46ZTR2q1oKgC84JtYUmeJt6haMwxBxKGz2nTGsygDz6g/tgJl6gDdyRv8YX/bgIFedU2Tjd7I0ZnQT3g3T2rcV2sMSqyftOxBPgnjFx7gI3Ab5KqStyuyWunEdXoBkcGZz9ftObelSkWCwo6G8Oe48+u78xTQOOX5tOKakZ0Kq4JTLGz+WHHkgaHyNGn018zOCy+sEAaC3PK34JVOf6tec3ZKM45kbN2Dx5pejePqpQkULc9tOyHJW1MWbqvJoHX7Snvy7yfw1sl/k3b5NlgexfaYL5eA3lttP+LapKpQPVobb6Wuw1uAO10/RQeUQwn2cg3fquT6n2KDhOZXfljBlOaUyjMm7hdPQO7b5nGjmozhwPP7gls+JlKmD6JvkpGkUnNNwcbqDleV+LGJlV1KBrj89tWD2LB0skNNGmkGmju2/R3kTLOPeMFtA5kGI8xAiy+qhDrwwlfd1zBJASG8WkFm1+U1YSrzTCHg54gYu3EM5nBF6O1lVe//3vPaY4ZGWAs+0yHqw+RQuzEzC0ZVhgluc2gKhuP5xlAll/MzzSnrqDGgFk2tamHY2NOWKQY2SBp8/f6PkgwQnSU8R8CA8/GWIcv3uyDaa6P2h4iAN0YQr5BpXT42OQDceXC6SrG/ioDDD1srbF9OUjK/tDdt7UgC8SagMvpFhiq/X41iEjJygzpQdnzFKlinqLUf535nX/9dD9RNiDTfQvtaoFtA==", "1: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", "1:eJztV2lUU0cUzkIgCEEBxa2K9KhH5SiQhEXbOi+CFjcUY6kcsRrDA1JDniahiB7FrdZqW5ceWo+74IJHrQUXrNuMCrUutYC41WotgogCAoIEEezMe1iDpad5+eEv/0wyd+abe+e7372Z+MxkJsU5CAQCkxQP4xk9rU3S03GDiIWYx+lM5jjhy5nKzCSqySz0rU0QYaNtwhuwqW2wicg99O1sDH9re0M23zZlJXo5G8EYYl/NyNposj+AHeVqUpkqI5OoMeu0NoKU/EBydgziB1LY44kDBfIDKUcTm1yudiSy1hnicYf6P0ygPVcK5BwF8HEUxGEUfDDB7BjCHzKUDySEjSzAnw9mKHcbmzGcB+7DZtqsQTbzZgXiGZ6c+wjkBVLYA1Ly1A/ngqe6WVCQtacwJmmmLaBge0Ah1uHZChrKE8R1Lhaj5CNXLrVym7PEtSAWE8Sv+lhMsB0YXlXeSrYdZa6wo8wVvBpdK4afTrmkKvhVeSvIZiVYg/gVLKcfhc1asAbZLAZrkM1qsGpCCpvlYAVS8uuRXOdS8utcraD2FTEJ/48wdSULZtpIM9oEOhEDjSkj9XQibTCbXj2Q2MeQhMxc8KAymRitDv9cM4a2h6k7/HPY5JTZtJpsnkybjZoEOtao0b+22RV/CU3Q4YVQ7I026gj6tT3O+EuYzkhriTN2FqpntLOSdSa6ndNG6WKTcGB68p7TSf99mhN7lXiNIdYUJ/4vfbZmR+7/GlEdBdxDMZRhjLE6g8ZMtxIkw0NkksZg1plTVEajJoUD9ma5MCZpzUlGOpZdmPFqHqYxa9pJmJJ75ynahkeTJfKHj1iNjR3Lcw40wud7agrHz7SAj6dmwYotDVCStzogeXAzFM916TugRUKdztwRQXk+glMuyHOzhlwGaGofVc09MXWp6vzZEfslKK3IOeFdfTH86WvHaq/wp+B2X8fFaaFi5GfIEJ6QrAN5Ldnza3+UUZGzNiRvShegu4PXbLMEVMOyrwZUyk65UcMf3Nz3LKYWEuv9H56Cld+U1HoXuqL3IwrWxrQ8AQrs1ZBRAE7e69zrPO2GNGev+NLdC0GU2+DszY8dqHceFQf1oGSorrlobnn/q0CSsW6YcPwD0Dk/7Ea1WYrWLmwaNvtyFRRtkPbc8kkBuLvJfefJ0zJ08KHpcJcmIerWXy3J8BBSsjn7Vt1K+AVa1Pd2bsxtgXrnxm3xB68B7GT3z2Mb4YcsIVXQoFyUQy0RUWPmL/UbF+dJfZftipH1cNLozYv6n3kIZOwFK2H08pBreZUClH81qsLveCM49vvKZjrYk+qXhCPZ6IaYxQ6Y6evg6AExpqI7pVpSfG79cSHaidnWnLXAuIYSzfZrFdCr6WLV+VBndCk1HC7oVQTGsgefBAMvdjp3zOKOMOkTn68XUiR6wWMp6lPITHe6XAlTPz1h/rZbDbgzBzMq70z1/f7FmoVNYsSm1+cK7ISzLy7LhQNjVp+pz3RGLYS+gHroKvL9wiu6C8X5uQpZfK0QLUUXto88Ugr2DidKeQKn/TEKMyJBU0eQDDpSC3uFxIfpIMyaSBJdDbL+Kk/LdhVTPt51+qgFLoilZ3k9wM696yocUCpJy4omMGjYuoup4Q3gIFbJxFnuiETtECWg/Mft6jCqXx4oDx/ywmeBJ2Ll5HEIxGD5aS+VQtbtPBe0qpnGTJUCjmcXirB3Za8UpY888qS56D5gaVjmRHF590B3T7ltUqTngrImIvwSkBn463sRkc4o/VCw5UyJFLkc3pVybuBDWIpVyPwpQ7sfkABErfGWgJq6MdHLLR7ItxtRvghVY3UEfymm2HwcLQC3VpKAHFEavUI7LcaJujn9swm9vSrgnJ5EGY3wtwYssJ4C6iP/QXs884vBjtkfdLieUQvnBRFmy0F015wCwZ0aWBF5tPfnj7Igx0MZzCRuVBbI3s+3EuLJjNJ8Z6p78ZSuOe4eVPKprT38bj+DLN/NIipq6979N7y9KJzdATGriyHb9VSGeNyZmURT257RtkNzb7R2bPK/AUsbgYU=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtYlFUeHhgZGC5yiYQgEVvLLrrL3LhYdM44Rl7STQdFFy2HmW9gdJgPZoYMxWtlRpa65NqWpm0Wmumq1Frq7jm5KOtqZmhqUqbgJS0EtZFAwb5zzhhotDtnnqc/eh7/OTPf7zvvOb/L+3vPnOmbJ46x9pDJZK4QaRgp2gVziV2wphILMT9mc7mtAdef9G6x0EieDLdsv0nbKGvg/7KNkWpvDJe+ZInOQpPdUGBy5gs2Mqmbtf7oo83YjW3oLdstG7VlXLdRpfmJiYNFh6XzibwbRuar6Kg2ErHSO8VCk9tm9hGk4QOp6ZjKB9LQMY0PpKWjjhdEbCoVH0rHUJypSGUoLR8qzS9UOkOl+IXizEYGQ3GyiaHUHDlkEXFv1hXGu5uKOakyKqQPo82RL53p/xekZqAULpDGv3Qw/qrTuPby0jfVHxDfTl7Kp3OBGOPVWi5Quj9JT/dnpww/QGovkdRcILUfxVXruoKGiCV5voBSOUHsOKAYn2vLTgOKyeDBsM7Q+FzZTlnX+Ny3naKu8blEnZKu0fBgGL01PvOnU5g1Oh4M46nGny7X+KMnGr4u96bOZyp0AWn5upwlXMsn4l4QV8N69UTrMx266InWHxHS+kyIriAuRqjZyanlEyEviIsRXo3UcjHCC9JxMcIrrDouRlwH8Uk4Ey8dFyPUTL103TOC3C1dceSFW3AKorlAKJSAztJH7EKh4HC7blzQGkSewqRB73KJZpv0q0J03HRRDf1psezSIsFIJmcLbqepQLA4TfZubrWGApv0wiDtJjhtMZLhpjlK6csQm1Mwk82MUQQhlpDJZrtonjrN5hK6WTTLZimR/LOTO40t6ueLBtOI8k0Oi8sq/yXGeVOn1fz6ccf/GnFH88btlRxva+u0N/EkUsYuiQZRdFpsDpNbcLHbY4Q0jC4xOdw2d6ne6TSVMmASTYmzxOwucQoW+mJy5/MQk9vUDV917OaludE9gbwi/38R64Lv6w7PrUqCz1fm/FddHYBbVac33H3yCsh785C2KT0Jnt3yd/mZ8FC8WDVtYN8+5wDIyd2E7ImwVnYsUFl+AXkkuCurDaRs6x8Z9sExsIYsUxyDG2pe3faXxS2oaN+C2mPHT6HQgrvsT2+NxeNWrlt/5Mnz6IHne32xb1oC9AyfMD99nBI39xr6+NX4PSgk8/WxK9fFwdwD2xtiezejFXPu2TG/sgHMGYpm9k6vQaM+WzKxwyDHklHa6TQS5/bYuWhTKBbuqB8ftyUMRy7X/O39tHPggnnvpBH/8aDsMf1XvbAx2Du/GtnE5ud2Z58BW4+WtwstSpz6yYPSkh40MVkvQeS4afe/B6+3yfHO5I3OgiUnwLf1qQk4txWp/np//NLsaFwxKGDksxEHUMfBp8/eo4qDh98qygzNkeEF5klfZskPImXiG0/ct+c0WpXwh6/6KTaBKxMLd3ZsDoFrdo1Ie0HfipJrxSeD911EIe/d+SfLNiX8pxTl7lNtyNpy0vTmoUvAPPuLzNLxIXDsx2tWj8IKPGXkpZeN7nNoT1TN1g9fkkOy2oyLkZhE+5msBTA/ZJCm9akg/CGcV1/zahN6rmx/1QRPIxiVFzU+4/1rgGTXlROE7crWVflVHchVsKSxDCjh9Jr7Bv15RBBOqvxm6O+vNaIfdljenZytwMWZoVJoMfjjjN8Nn/HMAXA45qL+U2sIJm4/+HUDoHXfpYDUnaJoOIk6dhzF0Y3a0cK6Apmoj4VPFSdGHB+owPRzfRBOXfdwTm5xDBw8+dT+u+o6kHbOFsnjVjQ25f61t+1Phru+/ODZsscDcXigxJAJPSDNqzkZDty8oqlyfhRufOOhAQdf+w5QXu5NhIt2eO6duKgWHXztdO/KbwJhdsPbr1cnXwK6J7YOCw+8Hc8kafjoGnK8FbA9KOY7NCN2w6Mn2uLxS8scMc/gZpQw+mhiWd8EKI0m9eeR+HwZgTaiKceKy1/udzvcO5sQD6PBn1o/PzPlBEjqRSpSAWh8cz2Mf6oG1JM42D8aLzp5sU9tUxg+/y2WMucBUrHvGH00F8yest1dEV8NWL4jYcXaeaOHrcBonivrlcuKlUByLhZkBUDC2uDMC4i4Of0VGQ7rd++shR8pYMpj74Rm3d2ODOttkmceNIASPhqyulxBS2ZdGVS07yqoCi9+78W6SEiy2zqrBU194PKyryo6AKXR6gBoUpNMR+BHjjR/P3zCZTSpw9DWOFUBBanqYyrDsRSM1Og/AMaPZkD789BtXj8awQCS6P4yGE4DiGJ6YZFDVkc5pPk0tSMTbbwjSK4s72M+Xw9oQRaG42t92y+XHK9HirlLDS/a60D5xhNnl26+Cli/tKHphCB1ATiQJiQQ0jiXKTHTFwWmPMgKhu9eqB2Zt1iGx83c8I+82WvR8mrSsGGQ6UsE9uoGWv31v3our1JimpfEXpjSrvUQoPKyOwwzP+uBlRKtJ6RHhd6RLx3cYuHNR3bADQpLr1rd2NQ/AlQs8Js=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmH1UlFUex2cYXoTh/U1WEkPdMqsV5g1w0ecikwEJCoMYrIrj8AwMO8zYvGS0Sr6U7pqLWaltq9nRWsuMXUPRWu3edLPIDpnS8b0E2SAl1kDeQffe+zws6nJOc+fU2XP2+M+deX73fu69v/v7/n73mYldbM0xekokEvso3GRazbzBaeaNycRCzLNMdodROvSU4rCW6chT6l3b/40tawTbbBdsHviLzjTCwLS7tru2/6lt2pCNli+PoacZVkvR8BPpSyfj42mr1JEKmGKzlukdJoOLkIoNUtBW7Q6kYYOUtE1gg1S0TWSD1LRNYoM06cQWH8dGJQhUPBuV6BaVJFAK1ynBI/ewePqhiNd5S0hRtRTjO/hHIYUAKZggpTsriZDKHUhNIa3VudgVSCVAcUwrqQVIyQRp3PFJUKAigQlKdAdKcgNSxLkRXIXCjdMbgjRMkDsyUmgYD0IozpRJZGFEj5JYGMEhpctqFYosZVyOkVBjKeNypg+XWKXLYR0usEqXAzRcXpVqFkYQt5JJPWJpVbKlkXjaLivhVshlKdwCqdypXCq2aixCbHVfhNypkSq2GilCLgviVohNEYJcVWyKECE2RYgQmyKEzFCzKUKE2BQhQmyKEJJQzaYIEWJThAgxKUK8y9RsN4wIsd2awm2hZlKEeAGqmRQhXoCakRWR4zTz9tGkw8HbeKuhhC/DoK38ETNfxlscdqPs1gmNXuRJjpsUu91qMOH3TKvl9sl0fv+ZLLd8Ca8jg3N5h01fwhfZ9OY7BvvjL6klJtyRilfjbaYIbLhjjC/+ojXZeANZjD6lmq2G3y412fkRZptpKnLijZnJDzOT/L9n86GuFOstRXf4dtv7oxjSxJ/f4cif1GF/VoeHXo80orJ+fodH/6QOBzE7LL5yqcSsuCMVyHxk4lSr1VZksugdvF34sR+Am2yn3uIwOcpTbDZ9uQDG0LOwOQ0Op40voh2Lhp+1eod+hJTUxAkvcrdvjydd5D9QYn1a8870eed90fjBLuelre3QZL32XO3L40Gl97XItDmXuMbHRx/4UuILctK3rbjvyADHHbuw/9kBOUqbMxBlP22Dn/pM+/PccbFg83v+T+yR+6G5H731RhaQoVzHxC0358QCy07pIa/QVvj8IN/d1OADDix+5uy08kHurWOPJfwhpZPb+eJUaaanBKypzcXkDe7ek9ZCn6xAJKxXAydk/G71lM/vAUs/3D5mygJ/tPTh2HHXW2VoKu0YCzTJh3M2x3bD7w78Vda8vp/70+SoTfW+EpBzMOa5q9ktXMTY2n9ybzRzdJ/bJSA568uN8ysC0Z53zxQ+ObsTXiiRWFdqx4DdP5zMXBzcBA+SaSZd5lpR0oSMfgk4UZ3f+X6BHHHqhR+k+3uh3auy07ehEBBMDm50FKL7utgLD18Oxyv5gX14+Ll1H8MZXxi/ai7tgKvx8BXGUPBhHNlZNxTW9Udz4ya/HXbCFwyuvX7+9EfBaOuOCe8PrO2AvfHfVv2yqRmG04PuhWHtKV8Y53ojei51F+Fv9sLW15J7IOldduI4V/eL7HPRy/4Fp7ec3dO3NRJ9vuAx7GoP1B899SCfHwZUO/Yl9KwKRr7Rry184HgXRJh+KDccrNyU+ry5uQMSa/AnLcL+eQ/QIH/p7VXZ3bDwlVkR6zPa4dHOSfM3zAgEa3fN+0yhlaK87e9gD2SIRD+0PRBs4n9vWHAhCOHN4Z0EoBde78EehIh6kaETX+W1Tvn7VVj7JDmoXg47rT2zRIZ+/c3sP26xtEMjwWdWQxzMWX/xG4ViIkszOyp/gPSjeqKolzYuL/Dh97ZZg0EoPZg+juq0Xo52PFLTMVjfxi0kbkePBw1Ph1c9qh+Ftiqx40/5ob6K0kMO+3gwdG43Y4nQA0EBCdNgPweXj00s1spAWd7yqppGCVifccVTFXKD20nCcT0IBdGJrnDOl6I88yrHACLrFyr8UcnG75dx++Vogw5buGiwIo3M5InCsXvXrvdyQpwl4MXjz+CeLq6QHPMHCLYVzJjeki8F0sxnA2ZbI1EgFcZ3cPJUMtIbVNVgh5dHohoc3ep8T9QbhJW92gcI/t+DqAw9+mDPkaLdi+p9AdmtJrmBK/36iXWVTTegbnNspXNvMMCbyMhfcwYKnz1w/Xki9Eiw4gBY1fhJPUfzyFwH+d2LcnN2hYKW0ge7tlzsh49/pvjH3ip/tPK+I2t2zZOCCzNlT8knDkB6fK0hiAy///UAoPMimXsWduLZE/PkyIeUi2V+4KH6V78d2xyKJBsr+qcuOQmjp1yc6L2yQdjHsWBEZRLdBYl1U+qgEH/vMHTqEBZgugT5rhtnaCs4CYW60QiFOHojOl3dQVisxZH3kiKc3AdjvAJQBA2YHvqd3rlkml8v3B/Rf7yt1gcJOumBQp36GlaQMJtOcU0kTbkm+GYWCNMf7YYyuuCr3N9sJKISFLOrJe1XN2/C6it2PFU7N/PlLu/CV67AfZ9iARdECX5d80Dv9s0v+7giAtA8WReFHrWRSF2G2r7vr6LecECxWYHIi4Tn8CVITnHS9FDwwPwNRzonNcIF9GB74NrIs3XdukGxDkrFvDgHv7mEE9EjBNBbKsVSjN+VrGX222v88L/Dw/8NjGBT/Bv914zm", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2lQU1cUDoEQMVIQAsrm3hariCFhc9R7I7gLVGOtS11CeEA05GkWgbrVrVqlqNWqY11xazuK40pRyrvWqnWjAgpFEFQ2AQeoEQuCTt+7LxawzDSP6fjL/Ljv3XPvd8955/vOmZu+keSUaBsej6fvQg9hpIZQGTVE9GDGwpgnqfWGaKvXM7mBjFMws5B3trdiC+/AFvE/2viMX40lRmY27p3tLdl8Xttw/fFfz0aR2qjWGbM2ntkvwaOfgilhuY6MUxrUKgtBUm4gPzzKuIGkePTnBpLhMYAriLFJpApb+qFQa2PoVvZfGP/OOPLHjvxkXBwFsBh/LphAPAZjSChpjLQIgnMg4eaGe96CWMxQLrGZMX6d8MMptmAWw4keMybYUgz79ezDYk7bgrh5krDqsTjdbUEW55tlhwVJOHkygyxmCYPYipAEcQIFduabgjiGxzZIjAnggjGnIZALRspiuGXBDOKmIbY9Sod2BmRxP2kL4kYS21Sl3DRkBllc6m1B3MqWVavUYj20BVksiLagztSFlJsiWJCMmyLMIG6KYCtQ1pmylXFTBNvIZR0rYgr970bfg1kwEDqCVMUScTRQlzhaQ8QRWoO+9TaGb14CZiaiB7leT6rU9N2A1LY/TNH1n8OmJi4kFMzmqYRBp4wlonRKzRubu9EvIbFqeiGE9kbo1Pa04Y09dvRLqFpHqBhneBaiIVUL4tV6ooPTxqijjHRgGubyqLb592lC/CkxSm2UPtq6XbJa7xfm7hj8RpoceOydNIQkdVFqrdJAmNPDBD3ZqNQa1IZEuU6nTGSBvXAmdEaVwagjovDCvNZ5qNKg7IAuGXvRk7YPjmCWmD+hjLVrbD9Nwnln2FCYv1I/hodu1l67NOp4I/BenpS+wM4eXisHh0oyrZF81aOrOy88A+5oVh/5n2K4vW+ycZHHc2qNfcSJbeUC+MT3wocOIgG0ThAN8H5lhZr2x5yuNlnBlp76fKenjlA05n0jf9dTanbc5VenltjD3dKUM4EJQhhyXF28aEMT1SMtm1e8SgSFc3dOckmqAMIst8n3PHhoLD6wAoweq2tyqDKB3IxSsZddd4TNy1uAAz6oCNw4MPqcaZkApdCPl3eKqF3xu1P6p9eCB5nv7ZZGOqOSiK93aJ1KAQ5fVQS+q/A6+njcI2pF87CFWeurgeDgN8OswhpBbvED0daBYrREnDr24QshdKxKO2FdaQJeOBECxJyeUPUKJE2otpF1P0KdfFj17akkHvKseRTgjpqpqxMDv5LPqwPXp178/lC4G5rQjT9onetd0PuZZtqy1Dzqut+vJ4ekOiMP3/sDbFf2hDm8Yr7dhirqoFWGwElcB3xO7ak7eoUHY0LVZP3aSnCl6OyapZtdUPntfoVNmWIYhhNeCoaHZ2/5bKQjKmxaPj/DUELdPj2jIf1eLfCvC6JTlQ1MyQrDgB0U8HYQnT2SaA2XpZ6LXDGjB/qrTHkg70wXOJEJP6CIUuAPL6CObSyM5ZEvAXRWXsodVAoyDFt72uQ5oe0hGzWVSxwg5u2CE3zgs3l/oySPYr4ObhXDvXMG3nC8+gIwWb05u4FS+n0y9CO1E9x368ff7+a5QjoZ5bdTrBCmL60KzDpJPdk7XAQXR/RynX9LiEYMvrOrwisfYP3ZusE+OeRcYVY9VaM/69I8UQjP/LY4c597KXCdH2ZKzrVGZWKGCVvIw79qEIw3tFD9cSL4iOW3jPKfc358N76JSvj88OAQz0ZKWO867uOWMophoyDcFq0oGJE43ZuPcLw/qKg/aPVve+6OWB4egpfrntERNYNNZU975/h6ICuGpt51AB9XYwKsf3eEaT1XQdUuBbTLbIpR2Wr0Hvqp19qayUFucBpOfAO1ZTkttGQxWvnBL18ezXeFWtkXaXBVDrXad9KRrldc0J7uh3+++KknrGRkOaSRmo6FUg8kXY55zowSwtqZo0Y+LjBRbL08B4LLmyTxPiagwgvpZp4bgVcQrZw6Poyns+Z7vwxspnf1LXFDWetzaGWL4SIPe5rCZsCwWJEqRriu1K4wEBd2AZDSXrX9nRDLawOFe6RcG0P3cTJO377HtO/n7L2uA5vf33kek7c=", "1: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", "1:eJztWA1UFFUU3mWRXxHBRLQMxJ80ItnZZQGL3iCkWP6vZqWp6zLAyu4Ozi4qVmaZVp4ifw5qZv4bZEfF1IpS34iSmmWWJKDHRFFDMVpXUFHQ3nszCBmdeNvhVOc05/B258773n3fvd+9O48eU/jRKe4KhcLmhYZhvJkzZpq5FAZbsHmoyWZPUTbexdt5ix7fJfxv+5fZ3P5gG95kG41yqm+PvgziBYvBnJBmEFI5E57Uwloj/iFb0v+2/4AtutFGOsNdhQ3krclNd/jZEDxfTUZGj5tLvMBbDHaTsZWgKDoQQ8ZYOpCGjDpaELapI+lQWjJG04KIKzUdKoqMMbQg4ipa74E+9CZrKvoV+CuMzhVOOsmRhsZRtISJocHESBhK7cmoWBpPsS55klBMq+MgiY5aEM1gjJbKl1oCRVGBGAmkowLJFUW3Pak2GIYKFOVK0KNc4aRzJeQ6V0JOWxzNQJTRk4qDaXWPkErpb4CoODGRLnBi1JSepB8ogqFqElJhaCJpMFJdaNQ0GKksNHSJlR3RlYUMcqVqNXQKl0F0BShVrYZOdzKIrpakqtW0Wg7NQNpW66FZ1WpbLYhmVaulU4RUgFoqRcgFqKVSRCOIShGNICpFyKWupVJEI4iuE8kgKkUwUoeIalkR+ARn64If2DmB441pnAUBhawnzZyFs9pt0hn+7nt5O3zni4Z4m403mtBbAm+95zjoc3exMVkZnB5PHsPZBUMalywYzC2cHRPSTOhBAvLGCaYAZLhnjjf6kmgSOCN2pu+IEXwmnmw088b0GSYb18Kig0zJmWh/ZnzCMLX746KehFGqwZpsS1H9mbbl0GnVbc87sC14e1Lzln++5X7AtD3vTm3B24uWt0yYkVuapu15B7UF7w6u5jtSbhH39AV/hXRET+B5IdlkNdg5m3R290PDqEyD1W6yZ8ULgiFLAj5IQiJkGu2ZApdMHkxuuk802A0t9KeoSOmd5Pfb48i+0B+27t/2qHW90k1seKPmZIlSxeZ99XT0W/Fn4eVRnz84L10l+g7qnem2wo8tCXTGf5dSBPfs7dJH384BSh01Tz03319MGlkfbCuphosPv5IEX7aATZPHjH5ojbvokxZmnjmrBiwJdn+mQ4QDpodfW3ZqyS3w8EedjiaWlsIUcl0CJesz4nzGuYu7li70n6VzQOl5MVjzVv6ZizkNsCwu69m8qN1g+rT7/coj8sGe1d36n+qlYpkLW3qfm3sExL0/dvXHm2vhuPHb4OWJAbL9BIg9XmTRzjkPKja+vz80I1AcilhNPn8QVBxY/uXShQcAWW6hv8huOL2nw8oacHT7c7UFJwph0e1PXnTm+7FvF6R7162pAO3dwt8IKnOClwzM2MiHG2DBOx6OoCQ3ccV75IIq7wUhxuorMDin2DstzFPs/PZTl9y102DHZ2N3HLwWxJ6bu+rbTd/VgvPOkB/4ScfAfYidQxssIudrbqjrwSuE4EW4XrmrXeB9x8C3jw3/ftGEy3DqT9MWZJ8rBLrHd49e2uM4xLs/GrYPhKJVPI/Ugq298co3Qci8KpSpM8Ax79CYvXnVUEEuJ6hTo0Ak+4jXPSYtH5rjyX4wp0/h/NzrQIcdBLixxSsudM+tPAj35m0Yznb6Hpysmz11l91NznctrPO/+NnWuUFsbtaBfgMWV4FPrzYUz7xYCapsOzvfOtxFPLmggbt+rgysvYEd7YAk76GdxKJ31TMi1rqxVWd13cTxlSA0/orxm+6BbF9/350fZl0F8/E2N1wD3WNSE018MQjLzkSpyAcmHjOoA9k4vCNvgbhH8A7vgC2lk6aPWOUlomhO37O6AaxN3X7JttMBR76zzBqo8hVRUpBiOrJS/IthvwnvFtb2vQaYGRE9QmoCRMzG6/4GOD8GC6IUlh25rq/YqBBfx2kZq2QLsZx7KthldxbOvjXACd+c9/yxXRUKsQ9J3A1AljG7i4NVM3179fUSi0LzhbRFReCb6kP7Bm7+FWrwtd1fjH1ysFDn/6us85sQOV01sZ+HSOSlKQfKYa/7jejfjc1A2es66hKAyLpuRy481cvj1RxVMDubBETFCijrzpCzkMizvJv4ggUrsh58MQQr8Qog+qrpKu7AcvVRsUQOXevhFCK4I7ByKt7AL7Acu113FO47Fs51PSvCcBIgpxQXu5JNvPlLlVigZFN//BkhcoFU33dg3rivmf3bLgAvXFjhvqK0T8RrxYyV63oqWVxmqx73FAlvzUmoWITClnEF3E5ACyoC5Lh5scOuZuvtvW6A6eUrAzbu9mGlftGeJbJ2Klmrds5n7Gv1wFj9/MAnKr1ZMn3ZaSDF7TZ4gAjoZzCMEL4ApsX5lKx3KEXSyuOtqehFirfYft/zmv752XTsa8HG/AYU4g5V", "1: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", "1: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", "1: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", "1:eJztWGtYVMcZXu6CXFaE5Sqw3uI1gb1wM3GGQCwahehG1Go163KA1d09uuw2xUZNNYk+qTFSq4nxkniLksR6qcagCWckaoq0JJLWahPRCgRFrYAiKiCZyxJqSpOdTf/0eTw/5ux8M+/Md77v/d5hUM4Vp+R5ymSywj64mSSaBIPdJOSlEgsxTzQW2vLcuntpNtGsI730h7b/S1tWnvsP2abg3Ov88Y9xotWsN6UX6K35gpFM+h/isn8M14WfXnzPdtKW+dD20PaTbWO6bVQBv2Psk6Ilt6dHxsaT+Qm0VemIiKZZRbPeZjQ4CVLzgVS0TeQDqWmbxAfS0DaZF0RsCfF8KC1tU3hBrmyVyFAJfKgkl1DJDMVJixRuFIsDe6l13vilM1ry8TH+o6AE+lKpuEAqBtJwgdQMxOeeA5REQRmifa4zIAcFU7h2YmRSxXOBHFxKcgWUzAVi/FMlcIGSXUkuY59KywNSxbsCSnAFpHKBRirGCFWiK6BkZ7nHFJ1inKYeE3RiUzvNPKbnFOM0HXqUWe00G3okVu10tHsEVu20OvTIq9ppKvSIq9rppPZIq5qvYB2B4ytYB4hPhBhIwydCLEcaPmlwgPikwQHik3BGBw3fYeEAcUmDQyM1XFXeDeJjBKOeho8RDhAfIxhhtXyMcIC4GOGQcC0XI7pBfGrMRFLLxYhukCuHhZZP95m2arkYoWKloe2dEeSWWxhGBmyCVRANBYIZA61FT5kEs2CxFfbcP+hdw4v0+uImrbBQNBjxX3+i5XtXZr/vFnu2aIGgI5OfFWxWfYGQa9WberlfpxcY8UA63k2wGhWyf7+X0zm++EeG0SoYyGY6OUGIdjLZYBIN8583Fgq9LDrOmGvH/pnIrcnY9z8X9aFflK+35Bbmefy3guiOd+L34hUkY9exdFG05hotepvgiFMAbibb9Rab0VaUZrXqixgwhobEajfY7FYhlw4819PP0Nv0veRNm8yO0wfdE8gQ+Q8YsVaLc3yqIs5L/VvSPs/7W6eUYRSbXvaVo3NPFE3frb0Opqcc/NMvy+5KOYGjD2wW5aj4+gtAO7tJeqtP1JbZw93QxbLATeqB3ih77++FlYYGMPL2G+fXrmgFT2yc+vb7e3wgw9dK0S/oVVPj6yRw8utDL3V4wv76T78cKbSD+Inv+o0bck+aM7xS/tkRHzRt5n7p2pY/S2Mvn/vg3iw3NPiNrjVL2u9KJ15PeH60UpSo2XwP0AXmy2FUwMXRa95plXyJO5V/lZZPHr/5xaGB8EzOtceOPvIVYP1ToC5kQEW95AYb2kuaqye1gPKwoTqv7fel+dThdolu/1GTZH11dV1LbCOoltW4+/oFw9XeTYrMZ26ChgG7Lmc+KknjH+1Sdt6+AfzXliybXBENSc8eF4dKXyMT20D01UuJkc/FQX/3kSsUEaGog2x3yQ/iWRc3FQfCb8COC2WBfiiPPpcBjWNJP5i30vCLr18JRhuOrl8TtKgZ1LfEVosXPGFtYiSa+Y4fItn4y5iT0sEZraX/mBAFV01o9NQUR6Kl7akLqlY2gyWrSuf7lkZB+ZXDez3yw1Hi+2OnzUzwh7/tFNrqtipgRT3eeEkwGn49oCx+QxcYJURcmh4mg9vdPvYKDumSZoQdPi2rqZFGpP6ucmnmLTB4GFmxTZq79YzmRnI9OHH/wK9b9nVIA1fbF0YFtIBjp7Y+9eEfFbBx3QH/haZweLbp1oQZ3uEonQbAHT5mISvfkYL6Hnq36Gdu8PXy1mGzsiMgJlnDvJEdjv2vgJcCCHPOAhKuc1VeiO3/d5DXVqffqgiHlA6PN0ufDScDndLSeR/b1r7ZH7lNIshWQOmRelt6/JMp65VZISiUBOagDNHvLXNH2tlHxvsv80Lnqtp0tTvvAMKGcm8ZpHxL9YJHHyEeXpXcaSLuSMp91oJiswxS95K8IY5+XFrzbYe9D3prA3nqJcrTGA8U+/LVyR/F1Es4K692Cp+DRTTwnnD3tFOq4/uD4cZvCHHc0IWLfTFjbkhfZJBIyaHpV4t2jloeC7NOF8+6PygOKWNvmXIWu8M9mN0nxkbAgWTCRCWKUcybdHN1OzgU2l75r4oYiJNdXROnRKxea0EBKch1SrjpeNw+626FI36ekLA/qDIWnh741d0ljXJWVzG+jJcblLD8lV3Yw1C085NjYUP794Ms38GsXsd6oTlvTsShrAbbB5V2rLD5s/Uve6H9/7yCM94OqH+jAuAR8tltIYi6qbsLhthxJDcGw71D6pZveS0E4UmYEuWOuPjAkh1ZuHQD0QfRP88dc6FZOv7kHmPNwk7A+BeEKD1HfAG6CN3WhLM4mCJRNg1EFcAiMqLkyxiYg9XlbGw4em8ZKfBr4BpKGTRhTATc59Gwath1BaJ1PKcfDCOJ3x4NaR1ui0bJ+VjhFgTA84O9f7Pu01Bozln8hw+3ydGmbeRDfeDUY7t3ZMkiYaa0eEByvhxh9mLq3QFbbuw6+fRhb3jmhFnz4uGbjrqoZXpZ0QgGkM/JdkPrlaRAbgFW56Fwcz8c4WmRqF6PAaIHpEdRmiUfH5CiufBBzX7woGQ3rl5sqm8BxAMDkg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlUVEcWbpp9h4amm8UIIxpnmCy9Cm6vSLsRFUbb0URhTNM8oLHp1l4wmGg0Gk0co3GMmlGjMcY10ZgFPWaEqkjcN0yiiERjDOiQqGwKIgGn6lUbo2HOUD0z58yZY/+o6rpVX9W9Vd/96r2XkG0dm+slEonsfrgYbTXzRqeZzx1MLMQ8ymR35HrcbaU6rIV60tI9tP0f2cS/sqXfs43FfNAH4T/DrLZCg1mXb7Dl8SYyqIu5Mv4N24iHtoe2/zkbuGsTlPDnrHjKasm51yJ9aWS8QiiVeiKmqTZrocFhMnYTpGYDKYVSwwZSCaXWHVA/NpBaKJPZQBqhTGEDad1ZqV8asSmeZEMlu+NfCvNSdDytkvU+uNKbLHn4Vv6XIIVQKdXugLQCaIjVmc0AYnNPSSuVOyC2mFS00jCB1DSmfkwgDa1S3AAxrqSloCeZQJToSgUTKNkdGqW4AVJSliuZzkmpcAdEaaRk4t5dENtKKsbUoFeAgOk2i+gNQGyqbvOBarmA6TYdqJQLGCULhhJc1e3dpkIuYLpNoHs6rmLLc9fGad0BsaWsa7vZVNIFYlMUekhqNnFwgdjEgR6tutt0+IV2qdmU3wVikyEXiI0RlEZqNka4QGyMcIHYGEH1WM3GCArSsDGCiriGjREuEBMjXMqvYdNjF4jtjqHaqnHnjtEwMcJ1XWiYGHEXxMQI1x2jYWKEC6RlYoSSaoSWiRFKqhHarhlBPijYZaTDwdt4qzGfL8RAW/FQM1/IWxz2+yfM9SatQFyk2u1Wowk/PVst90+mD/h5snHFU3k9GTyOd9gM+XyOzWB+YDD5lKHLN+EOHV6Nt5lCseGBMf74zxCTjTeSxYSWzmw1TplusvNdzDbMlOPEjpnJW6Mp+Nez+Qqh5BksOfZcz3+WPkqXMij/+wHL/6MBBzIHnPzLuLWKB5hBjoNMrLNabTkmi8HB2+mLOdnZMU6DxWFyFKfabIZiCnxE2Aub0+hw2vgcoeO5e+0hBoehC4Zq6euz6n73eNJFPn0Sa/KtfTnb4qXAZ85y3Z/NPkjh90HcxMRYNEP7/uAJsVKg2266MG1hK0x7e3afffOj0cScAd9mvB4NNq3+In7nx2Fo28tj0t4WiVGv6rZZBQOjwPbbmYX7Z4UgFfnZZWjLhCPKLxRRYPJbo6SLnm6C697ffnayNhKFPZPy6aEiOSi/2TdziViCOvnWGsP6ILTm3V57floQDXbsyn6pqtQHffrszT3nFnbAyg1TBwVMkAGR8AtC89Ye33ZSKkEdLc6La8bIQEk/HMjvPFDn18/X9ZkWhj6CV9cONMtBmBBIBxTcf9QHZZOF/SJAibT96PXDtzmPC2L/hT1FaFF1vsg6p4ar60N24BxMFwZe5HY1d+AZRaD8qyQ++tI30BOPNl7/gbvMvfdtWUgNtwZvgy2/Dpati3nifOJ16K0O1w4s9QYkurJ1n3H1yUOH29qqYen3kT0O11bDR/fN3zzhSAjoO2vRnin+Pggb8UyXudDAkk3FCyRg1KaAYb1vytDa+s0HRk6Xg/RTSzM7decgIMvFiZE4aUFU1eIwoPnTZ2lB4kr4yosVnzx7sxamPX4noaPlGre/8+MXmnaGAxz0pI84P5Tx4Zv8q8YfOeXlHb1r5gaAmRxG+kvRj5e0MWiSH+iRnDfEVB8KZFUnWvW9wpHviegx51aHgnjj9YlPlQWB01cKklpk/micI3HlnQoJEPxYU84tk3uND3lMhJZtJQS4zY38wQtHHgRku0+JLojDkGzEH36SfyIFVYOKn9lSIgZz0ZH1Q3c1Q3y4N6orO7iXhI7TcNJXe/HO3IKpjcZjWUdDQS6hwXgPMP/wuM+3JPqh2bvBy5eGR4I84kiRH0pqWXl+2fCeSPBvcCQg23GitRaOgDNxKHFI4EFBDHgsoecN85kIys/Zt+DKO2/Mau8fBeTLv/bPz45ARRmPRBUclyM0KT61sVcUEPy174a9neJVfrER6PWVFsnc2XJg9m97J08VhYRjuB2C1MSh7BiQGU889kKLndNigy/WwScsGzz2er/LSTaWfi7r0wg/wDQvymjiBkw98eqXFypc8X7PvfPazu/qltdwm4sP/ra/xBNYG17BkSLOKiE71M5FGAjTPMHqP5JMaYXzJ5INauCuLOp7LbjsEkf964TNPb+0TvZthK+lPldb8ZujUKCx8QzcmA7wFK1wSU0THuFN91/TzAnuZlVDeu4N8IXIHcO/mxECsnBU16YEI/2KBBxKJc2TzT70HM6I0Ryv/UsU0+vh0LMNN56uCgdxZAIgQm2hdbs/9DzIzdj4e13cFCkQzr9Iip4XDO1cYCJmeEok8Bg9LzijXo6oX+WcoCcBEiBaio9jZywS8mtrDEjAWbT02jHufCJWonJflHMsa+ShgzGUx/As5cfIm1DwKyoCbNEcH5B+aj3EYoRPqpxbh+Xg9Iow4L3hL/09RrfC6oUdWFFqoSSSO/BNyS1OShKtJhzUjSCJIkIkzZziq1ylpCn15CYpoHkdiLATL3KaFtc5eQEhXW0yJEw7rxQWXmnf2jjWF9whaVYRQXVvbwDAbBs/8/EgkEQI9vdING1QQOWGBl9w6K2/rXgjIxKs+iv5haM2BUnECFAwunmx3hEKigh9tgcgjoR5NQgMe7PFZ7I8DFDeeiCBPvFhNB/eOwADidurfJDfIMKQdq4HEeSTXmA5zvKszCAk3Gqpljz8qGEtfPAhw+O+G0J4I+/CpvwHGHGABw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV2dUVEcUpixLE1QQ7C32Y6Hs0oxkHi6gIkgESxKwrOwDVrfo210j6jHGfiLRKB4kFoxBJbajYjASy4xiQNDYjSYRK1EBOQJSpEQyM2+t4cR9+8P88f2Y3bkz39y533z3vnk9p2mj4kUWFhY6O9xEaFVsnEHFxnsQCzGHK3X6eMvnvSC9Vh1NerL3tv/NNqZFm9V/2aLwmUa3wn9CtZxarpIlyrkEVkkmtYCLfBuuGT8t7CHyHdhGvre9I5vncxutAC8UMVyrUbzskbFRZL4Xbf2jxbiNVmoScAl5O4TYvD0pZhynnGkCxpu2kmhSq4I4rVquV8aZCJIKA0lo6ysMJKWtnzCQjzmefMzx5EsZ95IKOSU//pS8hWD8aRtAIcFawzSTINSNlxA3AXw4grYWIJACOtuT//EyNaBXQRJzPAnbHp9IXj5mgEwnnKeaB0kFEWEE+QnyJOFBPoI8GUEmVyEKMiZFgCCQnzkgf3OICDAjJm8j5YK09xzkKyRtjRiTeeArK7FJPIVgpDxGUHnw4TEmlwc+83iQsKw1ehKWtUaQsKw1gnzNULhEmO6MIHNySWJOLklN1sOrIGHlywgSpgg+a6XCFGEECVOEESRMEXx9kApShDdf/KUtK4Lc+XXtyYCe5VhtXCKrxkAuKUTFqlmNXvfytkhvhjak54ibIJ1OG6fEFxGt5o0PCIcXi41LmslGk8njWD0nT2QVnFzVwteGLFGJB2TYG8spnS1e/Uqhc+zxn2Alx8YRZ7QnU2njZnyu1LEtrBaqVBjwxlTkcqsU/3s1WxpKglyj0MVbv0bWKzcGT2NheIOn1hb8pVmm1XIKpUauZ438OOFmrEGu0Sv1SUEcJ0/igd0oFZwhTm/gWAUdmPqyHyzXy1s4L6kfXzhf3x1Lhsh3OrFOjDkAH6VfAf0XJOfMsK+F+60fJPdXixiHaxkzA7+yQZdv3nZMGWCJeuc0La+OEaEel7RTbM81wYy1Qy0jltTBJU6R+9axjXD7GMZVnuuMOqdPHnCmzVOYKlupetBoixajwq0hh+zR2UmjT9sG3gKZSfkDhq5tgvu5xDXl8y3QYWbR3fy0XJir2DV1XFQNBGRDqjZozqbve+U05UP1L8+y5lWJUIe+0TYZa08Cee7lgWzH+/C3CY88jvSrARL6VMATP2zDOzgBr7lUBZ2PLwfDP3r4+56GC0Dx4a3Ir9ffB9OP6lM6iKr49R/VAD6OHHB8SyePot7FcDxZAFki+/rvEg6W5sKC2WSkCRS361rwF7gCUki4TvVg9cma/rGrrZDBaoNd5/RK2M/Lbk+Xz+6CY/fIxD95//dtGLrNuwjEXD6KR6ohWWXbrWLQCcX0CKq8A7KGaDIsm9xRyPWK6rBPq+Ha2GeyhvJmMCAWe3jois6tuISZd0ZZmx9n5o2uBpkPRw5p3ipm9KHrasVTENg4fsvuvdfrQNi8xR7hO1xQYe7wvcqbReDUAbJwM1RMuhFqPacV09Z32LGo1GpgF0gQ92Dx4vRfd52/AwIHXdlwv6sbStO44CMqAnWG25vabrdDHhh9NKQDmh7xZFW0/hSU0AWdUYRbclipSIzmbh8k61JWBUUTnAdndbVkeD5u87R2EzPUzWArdLBUl+3W6Ibi6dMA7jim7Fx00QaRUwfZIvTYP2QEV18JbM91HPtHZwuG0qg4Aiitk0vA7Mhu7tMjHNHjAhxYiTUSu7QDebH2KHsHFtDPYkSHnzyCz9i6YvnWZph3I3vJ/As1cCeRQU8XNLhn92rVBAtE1D1skBN60Liz8hJeL5AK+ykIVmorlhbUGfVQB7/se3JZ5sR6YFvhPvLjpgtwXx/MVIQDcy8/7UjqN48BH08ZrBNPSQt3s2F2n7+KFXgGEFVE7rNC3ZeWjT3czYHxDN/hENqnBJLVCr0r4GDM1l3fuTCWEnUZjtq8EHtqj6bSAB8Akg1nvqgEcxx7919wthOicljWwPeTC8CJgF5h86zdEU4ezGwzzPZ7elKxqwrQOOXtUJ5auvAnphqWOx33/HaXiEntucowa2N7FNxQXoYCGuCYi2uwsmyYTwJ+PD37eBvE52lrRNThuM2KIdEkF9oydJ+HWiGaFh1LwMFWs/asjHFmRuBpvRNdEMnyFXEl4IO/a7FSrBhXkmZXS0CpSNrW96gVk4GzdbnUBc0YWLu+yNWSCSJpfaQC8nWlHNBiG6RJwC8ErVr3eq16/cXAf+O3YPP+Bx6jAto=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmHtck9cZx8P9qtxCEgi5B7lphdwEq+NQEPEuBCfOMQkhQDQkkgQVbUXtUKu1a9VVJmgprmtFra7USyfVR3txs85LV6SIVtuuc/MyES3earv3vCet4Fibw7bPZ599zB/vyXne8zvvOc/zfZ6TN7JiW16pN4fDcfgzl0k2i8lYZTGVpmMLNk80O5ylHt/2Mpy2Cj3uZT6y/U/ZJpd6fp8tj4mpPpj5km2zVxgsmeUGe5nJjAf1M9eUf8Om78eW88j2yPZ/ZetbHb/Lsids1pIHPXxvHB6fwl7VelxgM+y2CoPTbHRTpKUTqdirZiAiyiep2auOTqQZiEg7DttUyXpfptGbrWXM6fRDGh3RpNBoRrCaFKrnpBLNCBpNGlmbzl0NWRVp3N4QGU0aFZVIRRo1lUhNGg2VSEOaVCoRoSGFznsuURqVSEfJHSGBiOhcnjoQUdoARCqCkUpLJUoZALAqdW9Rlq2q2B2RhlJE6iSroUpBwrjKbfJIwWM1bjNE6h22qalKCiFIPYDSpXabhV4at/P8QblTu53mvTRuI9dL4zZxD8qqegClWE3FgUtDV0tI3mnoaolLNJCar6GrJS4RXc0nSaShq/kuEVUBcp0uGrqa7xK5zUOvI0lDdyS5RHREkCNJS0eES0RHBDnHtHREuER0RJCSoqUjwiWiI4IUCC0dES4RHREk3bV0RLhEVES4zmYdFRGus1lHRYSKJKGO7qcDYU/XPxH47wUHH99wmuwmm7HcVMEI7dVjLKYKk9Xp6DthqQ/uBTGXDIfDZjQzrwE2a9/J9IHfTZZfPdekx4PzTU67odxUYjdYHhqM/9jILDczNzKZp5nsZi5jeGhMAPMly2w3GfHD2F6mxWacM9/sMPUzW7a5pIpZmAW/85l9/nk2P3YrZQZriaPU61+lz7c+S/7vb5j3H91wGPWGU3uDr1M9REYIh7w9Z9ps9hKz1eA0Ochr9SDmkltlsDrNzuoMu91QTYRi1hf2KqOzym4qYW8UPehnGZyGfgjVkVdSdd/lmfAt/LqOrT5b1o70+GMMCmlQN705Xwbndv/8yZNqHry+p7im474A9Ww4t26FjxT8jkflnqkPggOH+EP0tQLUfP3DScVTpcB5YfG9kV0CKGu7ODtpDxcpOu8snt0qgswd5k8qV4VC8Lqty3IDROidkuai/DwZ5M7ZOL+hKRSKvjgp76zmonbNtdQxfmJoCa7cvlrIgz+1fs4VjeOh/fvW+HbxQqBlUfeuqasV8OIbzIDLiWjCJW9N2LwoyHcqN3wTGkKeP/fr9Am/9xtd3yaFC8Oeb7ydwoON/sLNP0uIRh2jqwte03Ih6rMC/t5cBbRccuyO3C9Gj30ju9/zZTg8k8GspFgGjdHDzymzZcjEDuTDgoYmxVsxMiiXWxYsrFWgIwkj135Qw4PmZbnjNiExHKvJOfjUU7Fo0o3n9E6lEIa9senaq8tFEA0zpRmVCpS4NeJkVkEMtPqEc9OzA2EEvmGQo4W6bT+aXi+FbSfafnxluDeEYsP8eFQpHHRhWCgPzmy/+9OK2lCwBNxpLGuJQ7f1n79SnxUN/qPrp700Jwpm8Pee4iyORbx7H/z9D15ieHY845DcMOiYNW+K+LSU+HmtHLqZ8IQWBIGxhvGAIBSdkjOBaRZCw7vSXfa/CkC2y17+wpohqJx1SBQMk0luWnhcwMt4XspBBtW05MStMTDq7bwXZZMlsA8t++yIIBhpmXCNzZND05sjbh/+swh2rjetNG6SINFPSh4/v1MJdQwutWe8AeMi/MoXsbqPJfBFt+RD23khzMMbvSpBsVWeG/0XyaFydGD7lrkCOJvttSBIGYXW9/jOqjsmge2rO8s51zzhuSpGUCRAeDURc6VQutJYeDZbBHOSMJlhCNOkeEsIgw8k/yqxLhg8PvEMWPUSF5H5BgFc2Txq6HoZuOKNhlu3eLQy/o1ytId3f6oEHLb3JwjQoaMvj9lzww/u91RdaMhVAruswkS0WJRalpUggpU3O9uX3giE/XEhQbv/koTqrOFPw6poUIxf9PTwiRGEi6KhiInSth0FfLjLZIEzIhA8k1bwOo5fT2e5SJEDB3+W8AFH95LDG702/ajq3VMy4NiWer83JQLOti91ZK+/lc7OHyiGQBZALrDbPSJE22MYR0si4fWxny7kTo51+ZmPWLe8wwd+x/Fb+i1y+CiJIXmBFHVnnChtuzgY4pll/yZKDl+On7E8lSdCLH/XwoCNf5sYLhwY3KCWyxHLxQ4BsByFK4DlTCFFxS+fZjJVCJow3ai37VLYtGTI4eWvKpEZL9wnAnZ5XXw2focEnsCPa5ajhKuDDiTPiAQdBsgQDWFHfrdvTekQxNYPnxjC6x4pSDOuG48VKpFfFy9naqsYcPgkxhhg+ZipREv2MgCtiALcFW72hicxmEdlpM6MiobJDOVpmsGQJPjlRwH+SoSb8iYZTJ/524NXxBwoZEGQEd46JVB7OXefuPbeQcbbv0i5FY+YrPddOi0cWNzXhcPHXTfHzyiNQ4+fn7Jmw2ORsGDhK0MzGwJIvlyNR2ljxtrvnODBoTQc+WhIO/1ehYaTgNj8PiSCzRinWwLiZ12ca79S+NvenV4Xg0PAlykH7zco0TImyj3ZUmDzcjYXcNo1psoRrjI5NQrC+fJQKPw68+7Vy8GI+EkAN5g0muXHB79ZdRMjryhRztSvBI4NPEi9fbikuZEL+Xlxjc90iRDG3Kc7Fn59nglsSwCwp12GtYz5CWKrePjHh0efk4P9C6Efm+ofZTtP7A==", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGtQU0cU5iEqKCIBkUCAIAIi8shNFNDaezCgRUUqoTpWi8bkApGQYB4gSttBW3UclfqqlTq2SNFR66vadnSQ4KsW6/hABR0VdaC+qqCIzyp0924ojzI1l9YZf5gfe++e3e/snu98ZzeJ70xtYko3KysrfU/UxGvVjMKoZlJCsQWbx6v0hhTrll60QZshwz3pW9sbZUt4w23vvbW9Blt4i42tUpuW3iitRtnaw2NxeL6IbSkZLvRonTZDblApLASJuYEotpVwA4nZNoIbSMK2kdxAQ9k2iisI20Qibqhh/wXFMVURXeEigiwllnVHD5lKk4oO/1dhIglGwgUTRTDh3HYXxXF3ZA3O7LWFWRwVSSx5DOMEotgHFckJJCYgEQuK0RpnWgKSEBDFCWRWOrftERAl5rQS0TnFjXKzYqO6AOJIOdE5Fd4V0FBOoKiurGQGcdIeRVRORXCpXSJyymLGyRWAbWKLIyI3AIsRccEQhYspLhiiVTGnM49IVcxNquaFuGnBvBK3I8UMsjitbYpCzK0ozCBu5UeKQtIVfUsslkMbfUss1gM5gAiI0zVDkeRKOCmCInmScFIERSiXdK6IRPRzTd8fDxgYHaNVpDEZCKjLiVUzGYzGoE+xbeswxQ73eqEmWq/XKlToatRq2juTOfztLCknk5HhyUmMQSdPY5Q6ubrD5N7oRZqmQgNStBqjU/GQocMce/QSo9IxCrwY25OqtYr0bJWe6cTbaJXSiDamxt9zVU7/9NaDDSVVrlF2iK3dAWfOTvjrD9jlfw3YuasBm5Ulev0Bu74q4L4YoTXiyQpL4+5ENv8ed8v1Zy4OqkNFYOFgx1KtVqdUaeQGRk9+QjmiZqJRrjGoDDnROp08hwC9WUp0RoXBqGOU7MCM1n6M3CDvpDIlw8i91X57DB7Cf6Bga5F1iR3P9SZt77khOei3W7RPo3rSx8uDodrGfomPopKetyBs/CaHp/Tqx92nfzU+CD5Zui/d/lkzXfhUdGOH/wm6Lpcemrw/GKJix+ieOTXSA/e9WNR46TnN+pUEArbefsIHj7KpwugH100JO1cziw8Hgvzw2WCGL4C40Gbfl4/P02dLaly9VH5QWCmpj4ztAQEyu6KVwy/SR/NF2SGFQXA65sL9xrHd4MyKaU3S5w/om0sH3XNMDoSxvW2CF1W6wv44/JJlKliHP2b/U1wgmR24SZd8+YXT3En+kLbnjv7HNV4weepu090NF0zs+DZ/yLq23rn4pRuwfkvv0qu2zJ8YN9IPfj5jhahwhg31m38ZF1FuorJDfH3OBcEBtN3y33sB4ecRzcbl5w/5tQ0+FTv7woysBG+3wR4w4mrCsrUaAaTgz0Jf0KetuJdL15saKuJn9r3gD+OmLIystOPDpSUvmSe1dsC6SxECS/O3/YDZOiMpMdUdSr/xCLui5MOeeQ273t/WDwYsN872dOwDpj7rxRv3esHD5TLDwCp3ghO6Qn354VHbVQKoKsoc6TCZB2gTvAVld0xbH6CFTwdDn9LwdYPd7SFQ1PN7wYfNNN7urBA/YPMf2hNG+xttChbzIT348dorZz3g1BNZTbGnH2zcG/H0kPK4qT8mZmMgYNoOWLvCOxNQZt51AxeWeFe4HYAcX3aBZZjOcHuYwgLcAWfJ7aIH/Dk88+TiRDcoPdg/QFYshLo/yqL8jveD+M8cEZXP6FwUZvpzIbD5982nN319RLhLV0vnH3o0aFpYCAw5V3DDa3OtaSWWw70m+qPLo23nBAfB3l+zEFU2cPB4YexPD8+bJqYXZK+fHwIPfSq003vU0fmIprXN1pDXDXv2h9kjHaqKwj3h01klhlXuDaZDaDt2C4Lg5NZT5yfd9QY1ykLqnmqazcMxXxDkyqkPMp0Bs6YcIYCkmmK0MyHJg8HXrGurMjbtKwPgyO5QTVHeAECo8MFb6k0o6orqa35EH7M8wAmnL8IeTtShhMUPAEz/jiwBWGMiwmwBqQGlwhuQ6hrVbu5EX/WeoGSF5Q5YdgovHmQcbfphXoMT+HfPWyPtJSQ8Jgmg+AAi2MXFXGd8mIYJvDwQXrjrq3gNNaamc3NuB+wOhOtzXXeM8eXB5pxjQcN5fNDe/7w8KY9nrgdnkG5XVc92sAWW9lt8mDO3eIhU4AU36O+ulk7gE90GCIE9aqM1qeiK12bo259Jrf8RtX5178RG/QVlqQma", "1: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", "1:eJztWHlQU0cYhxBRiIjhCi0gIIpaL3gJSET7PgzgiVaC1ltj8oBoQjRHFY/qeFZbj9GOdjzreADqqGOLt+ZZ76LiUZlCBalnra0KIgrI2LdvQznKtFmqM/5h/th9++3+9rt+3+57CZ5oSEwWOjg4mFpwTYJBx6gtOia5G5Ig8SCtyZzsWDOKMRv0SjRSvJe9U7Ih77is33vZW5CF1cj4KhXUjPoY0jS1IzTXH60P51tKiQo9xmjQq8xatZ0gKRmI4lsZGUjKtz3IQDK+jSIDRfCtnBSEZOHhZKjI/4MiTFWPpsSiB1YlVTpznVKblsId/v+FicIYGQlGjjFhZNbJCa3DOoijVxdmt1c4sbiLJAJRfEdFEYGkGBTOg2INlon2gGQYRBGBbEwnMw+DKCmRJsxziizkNsbKmwAiDDnmORXWFFAEEUjeFE02EBH3KMxyqgdJ7WKSU3ZHHF8BSCa12yN8A/CYcBIMZriUIsFgrkqJzjxMVSkZVW2KyLhg00R2pNhAdqe1TlFIyYrCBiIrP1wUsqbwW2Y3HerwW2Y3H/ABhEFE1wyFkysjYgSF8yQjYgSFQy5rnBGJ3OeaSYImzIyRMahTGT0HNKbH6Rg9k2Y2JTvV3TC5GRqJuCbGZDKotdzVaEirv5nS9e/NktKnMEq0OIkxG1WpjMao0jVY3JJ7UKRquQkFp40xaj04QYM1LtxDrNbIqJEyfqTQGdSTp2lNTCO7xWs1Fs4wHXrP1br/c7fmvCspqjRNA9/qHXC27IS9fYc936jD4qY6bGNW+Nt32OuNOtwIX/7d4Zp7z1YVVINSQIxBGysMBqNGm6YyMyb87eTGNUMtqjSz1pweYzSq0jGwDR8Lo0VtthgZDT8xoXYcqzKrGilJWSS+sOqbx6Ap9M8Jkqa21U2fsb2MXqP4UvegqtK6c97Q/hvn5llF8e0tgnWPaYPHfPbHLYXW18HV5Zbii/SiC0knM9sJoWB35Rh9nIB9lVVyLWHiPuuSa0XFotXVdK/jiWuCl5+hL38wtMBvVgk9m44Yd2SJH6Bd4g44sgneXw34fYEAFj4aeqjNmQBot/b1ys+r8qwnM7cNBs9WsNgn//ILpQi68QorrSXqi2MHnn9ID5g5v/ugHS3gXmngNcP4X6xbXobf39O+nB438Hzz3ut9QIJgdyqsSYkdvl0S5gDW2QFRKbHesGjU9WN3vPKtmRGXogdfFQK/3i8QTml2TkhKrLAO2uHKeeoCY1b88LzjTV8IDizTDZ99me66f+OTjLMi+KZw9eKFBR5wYMGsK9+NFLBrV7rPiNxVQk/uXL620LM1FG8Qbz9+MpceuSgq74xeAKOeHy5YWi2CYcghVgT9kCEP2sKevr/O8OrWFi7co7fdOuHIDm+FNIigz8e/5e8+IoERvIEv6FBls62rKr0BubFP5Q7Ybzfo6zRd1K5FEIxG7hR6gjn+63Ln8UKI+/lp2YB8CeT3Th+RafGEzb26/LTuvhBiK/98xFYEAJoe6ewFXldiuUdXlscH3KGFvAG2fTs+p4sELksD1c6QvSP9XKcjApiPaBDqiuOyIQQYFK5zwYCiqjW4sh9z6iKWiUEcyWXcxxmqek65/MU1N1izv+XU3Tn+EIvolOUNnDEBGamt4O78TZd25nrDirtcAvf6gqTfJ698Tc649wyCR6Zs76ocic3OcnqeiXMwvjVIDl51KBLcoUtjcpNvpDiyXLQ44j21qqhhYR9lSemuCv9HtyN71vTWG9Mfhoa3cAZ+/QMXdtqJzR92Lyy2Vrg/PLjXqYLeGnL41eKyEhrn/SXNjg6KKdnqj+M40oXtzBOwmkZRDOgbBNHIrSKW3nNg4pz842IY3ymn9bmeYpB/f/6zE4EtcbyT28HRDu6i7NAQ4MN7QcheR+WQJYToW0OWrV0eAjkc+59Vv7DmDf+j+9EMd+DDM9UHJh0zr/YVFuF8jJXAp9x0h1w/0A+fzamspLni7KIYIwGfSQnPlq8WA+e055XTHvB6/8zSfVcCYbf/KE30LXdw8ds0rlOOADK49PX08IEtebInUc08QD0HMaOSps/ezF4wKxDQqtaLQ0DOsVU2143lVq/KoT0A88ERoh0TFrjliuEQzLt9zrcNoChO2uUNPlU5jy+ccoMd608H7SsV43wO8YWT8pABM52cwYH/tQX+VI1JS+HudoPeVP9Mqv1zqPadvREZ9RcQ1yT0", "1: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", "1:eJztl3lQU0ccx0OM3B4BBIxACKB1BJW8HIQqfRvRWiyIEOuF1gYIiCKpyUsFPFq0VBztMSpi1VZHCtV61KuKFt2lXpXRgndbT0CrHFWEiLVo7Xtvw0BnnCmbmc70D98f+7K/9777299vP7/NPlmyMTGth0AgMDuzTZwx05BiyTSkDeMsIraJzTAzaQ4dPS1jnKvjetEvbf8rW/z/3PbGS9t/YJN32PgqFXb0RhmzUjt73LMY7n053yp1XKFrTca5eiYjpZuiSDIRZY8nKoazycPJVAq+VdsjiiATKfH8lDpH9qbLyEpnt8l/06jsmZ0KO5LbpVKRqdS8iqLIVBF8qyEV8a4UJPnT2JUKrKKIVioSeyJMBFZRqu56woQTu+oio9REvuRYFEEkwpVIaYhEio7yIItKQQwgdkNMO34fe5PzkY02WpK7E5maENyuom4zyIsi7MFJYw8XkXZwQYUTcoH/P3hNJIkG86cIJ9FgjhRyO5hVUHasrMIeHBT24KAgw8EmIsPBJiLbJjB4CrJtwibqNg9dRMpuA9EFcSUZETYRGRE2ERERtmJSEhHRISIiokP0YiIS2a89cx8BPlZGG42m1IwsPWMw4/NmL7ZJsOizmAwmR2sy6XOwMIAbiDFZUhiLyZDKP3insz9az+hfMA+lGhcq/trseGTgHnFfm5z1bvu2h+fjaunEsoD8RrE3EqtHHkmc1BdUHhu1M+NGI7yUXT9IXiBGzOtr2hw3eYP8hdX7pj6qgJuX766pLzxPzwrKzM4taaWfy561WW6Vw6Lnny1uzxWjU4fLPnZsFoPrIY55hdGtdFvR9dXL8q0w2q+xVi0RAdcrxe9GuX4NCw0FKTOuNeD7dAGIvHxirvKDZnpKJXV8z7D79LrYfivHNTTR+omJr2x2EYLgcQuWDo+9RV8or/PyP/2IHjPW9KRP/U06/dLd2aEHJKgqjf0xxxMM5R3dhw2Fe93nhXkjav5QmXR/f9AqPW+c6dQDuK/etiQhpg46enjRJ6c7gKrHurqSDdWwZDzw1B+ToJlOP/VPkPiC9+IDvGfHtUD/aakjblaJ0NuHY9yFoS5AkvDrgIX6LZD3F+qC8Px7gT2w6cuRYVb6+d4FLbureyCfg+cEN4RuIHvjluBDC0Ugh02nc5gQ4Lz/QFNvhQ/Z5ikCfJ5/lCJ+2L2eYB8rnzCnGTYlsAuz3QutZcPYsUIG+HEniMHUjzRspv6CDSIlu2RP6aiwi+t/82+D/LxzZYgN4kLoHTbeT3RMSJEQfD7Et/CiixPyKDlS4VPaG9ypDrr6ZHEr5NNZ+hieejNiufaWEOD4Wmg+/VkCoN7+2uSkPZDm8EjQuAJr5qRFuw5YafDVzaO9N/5OG5vzT0+saKHPccMNkSKcJzG4NktgzBO1QxyvN4KL/DXpowNA/LdrDAV17oAbJfn9B1C7pPbUuu9FgFtlkfISPHuGvWKl6N7s0LYi/wEA89VCf8NmK7mvN8J5dwGhPFBtkB00w9jshj7sxY58xwf4DtL1LF71EA7ksFtxm852Cxm8eGUjncQD44CKV73qECdyRvOPbpIMn+EKFnjtGluT6wQOtD67mF3vACZt2r7z55lNkKN5o9gRGD2WokqZKwg59HSZ9WoNXbrheOBukxPY4ccGCmVIyqalLMADfCHmEiuy1Y0UbVWdHTFe7AsCtQ9Tzlx3Bmn85YfMVzxatPEegM9nWTtkqbRmXvZC5cxqX5E6GOA4b0Ncb31RnujEp/LJMnCSrYqDoBIWB7MTYXwwh40yUFvPAi7vBwb3cfuu9IkARUhQUmCFA+DKeG2NGBRYr17JMz+G6+dzAN6j+en27A0GWoTrnTc44vlU/Un/EpUzZavqEVQ90IwZSwUjXN9+QMFhUGyFyi37I/4ICkKBKfenjTraDyRxoJcLER9HdiCaF8VVtAToXLiNLSvdzLAnRPM/96TOD+rOs8oLbNTfW0aPFQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtYVMcV57W8kYeiKIIiBjXGCMvuCiZ0Li9fGBFQY1XUBRbYuOzqPlQ00hibaHwgaoNoNGqNGp+1sZr4YkYtihqN1SgERVE3WgSiEMgKCGbmzqWi8fu6s9X+0cr3MXfvufM7M+ec3/kNewlI0SSm21lZWekc8fCORqVINagU6VHEQswjlTp9unXbXaRek5VE7qJf2f7vbPH/gW3YK9sr2/+8LbbNxqumTdtdlEad9uSOPBtO5ofwozjJHo8xGkMKll3zIKE8JEmpzjADIuZHKRuE2EIGsWBC+VHGBiE2sYwlARKKYcqAgBlkwTphLOtI+ZEpazJ+ZFplEC0OUwbCLChoOMWEWIAxm2z87GB6EVsCkjCBQujFbJLSfdGL2TWi1bFke6GWZE/CWFq6hCUxySwHmd9HNBh6CWcCUY6Lg1lAYsoIMVPKxWJLQILYMTFCLGFciR4RPMbs5FHlIrZQs3PXDsOkD5QNoWa3ejsMk95RAoWanex2GKZcU86FMp16AsYCLQ5lOicEDFsTUVmVMDVRG8hsJrTTYgmb6gsgs7nQTsAlbFosgNi0mPa4hO18oT0usUTAJZZosYSNEZRGUjZGCCA2RgggJkaIKfekTIxoA7FpsQBiU31KWCkTI9pATIxoAzExQjjJpEyMEEAytoNWADExQjgzZWyMEEBsjKBNKLPkdJaxMYJ2ruz5jEg0qBS6LuSBXqFVaFIzFVkYqM2OVSmyFGq9Lt2+vcN0EblzwUOkTqdJVcr1So36aWdJzv9yNiZ7uiKJTB6j0GvlmYo0rVz1zGRX/CE6U4kfROPVFFqlGzY8M8cJf4hRahWpZLEkD4LQGMjkVJUmddospU7xHKdDlGkGvD8V+aqsdPitUwc+ogy5Ok2XbvubnLX9jSuInuzlx93h38VN7qLNDdiZOeDQ9n8HSwa9/IDdX2jATpYGHCYcay8/YI8XGrALc8DCtxUh4PCXH7Dny2hlG5a4272IEBr6vxC21wutsytznaVPfQ0OfkbqSdsRx9EajTZNqZbrFTr6XpEIb4JBrtYr9dmRWq08mwL9+VxoDal6g1aRxj+Y+uQ+Rq6XP+fIkdGXTKFPb09BHkXhX2It831fLr5syy1AZzbFHrgN5n8avUR1V8SNfuSjK/FqBX/8/NyO7y4fAMfCA0fMXdAEautH/P7jMAduwFfr728bYsVNPjTc1aa/PffhrVMFh/O90W7l9RmLc6vhZ2M37Nxd6ozGfyk999aoRtB89qfTJ6J+gW+P+seKSa2NYDBxN9CeO5kl+eBrZM/5fPq9U2avh8BT9vbRxPxjIGTN69jUBE//CL64Ufgz8AlKEm1e+RD0jKxN/TbZllturOtxUXOX7jfDGmVXBoU47hKh8t722HQbRk398UKvq+Vw08OQO3teqwd9jn+87d0z9fBwH3eX/VtdUIRzyebpR+0Q3b8J7tpdOmVmfCvcHHjw0cL6KuDrVjEgb2MzpHk5C79Njit2iHgAL+NdqmYfgucXXbxe4bIKDOMTVQG0i3PxjlZC7Gxh5x+aIB7Om5LqYe/Vj/Nymq/DiZeO3O7k54q8thw91iWoDnYoDMYRPoYUbwKRfAKrwawBAT3qVWWAZNGotUJencDJa/uNkGRzyswWuGr7hwnD/ey4WYUbug0svwWSs4pav5p7B14iu9n+M1yd5z5HtrMO7nOdsWvJREd04fK46oFzu6MIviAVgHgf19IdJbdGN9Us6YVIVJ+NvQmrE77x/6h/N3QFTz/cpwsKMi7Ala+EX56MG/RJZEc0KsVjfLjED9F1jZDfV0NHRP3503xGGOH7dXtHTyvrig4us3/QeZgLVznszccBLbZcInZfldCBs1qR0zx4rw+yne3Su2/OPVig9lqARtgi3m1vDySSEAY8gJgcI7c6OyM+XZdEHHG7dtZS8Pr2jhdiSl05K818uyJ3G272uj/jirXA8Nih2kb3GhrfvEdg5+/enfhX2ALjMFuvFNlxx0gZdSKO37fUnRs3b8+BlD88AhMaDpYtnufG8eU5LeIKylct/GhCDRgQ3b3qlmww7FfjVhjc1V7IRx3AxZ+z5Y2b0OF814Qy3waIF638eqAV92beRsw0I1Bvtj4iWini9m/NPtVvcAMo29U0KavIBKgfR47msxiKxwbjUGxRv7Mepw6FOSF+uW6lYEftxXdSPEywRHI/LPaUM1I5NW7M2FcLaV+eBdcySeS1IPnaEJxCaxSwV5u5ouYaJNH8cNSGMxnlm65I6mDfnKUHp33igvbd0+33nuuMNmXgT1Ib5EcaaoonMqzysRuXa49uxC9brfaqgjipD+rP2CGnxT1Sf5pQDzrE/+VPikX34XempNtbfK1RFXbTfLYB8DyZJkKNpK2MVwHlswmSrrlaUgVp/o2Qb9O4akBk4mRcJXhrOu6YyTaI9nclLFoegql+CZC0rNnhgUyGinWeW25Cyud6uAPTfL2VDbfmcD5mdB1I538a4fdr7/ht+yfWK/z4g6DrcN3fe+IM1MDRJAxbV4EPVSDiDTKzBB7vQoSjAeb4hWXEVFojmkdHpNgxdUxin2K4a8lVnNEaWFxAFnJAi3AU83WNcL0nCewO5OuR5462kXKu9ENUD01AScoQ64t4OpzwQ7mE7qMrwAbyOL8nItVEvj4oPyDXMMO3HKx19P18cmV3hCZiBYsORF9MJx1TCjrtGXpzzhgfyvuIQNSfF46bsCnnvSP6JH/E9/HcQGR3d2nfGrdf4Mx4/87vufkgXlY9vdFQvpH2gEuYNeMbOyFCp2/OeSPcPENeMzTDG0QWorwRj1vmj9J5glwAMtIgtZ4omAiitAc60dB30vLjJlgw0nvpiHueiI+vyA8RFXwY0gjHh/+teGahL+JPzUh1Bv5uosnSPX3mPPnH2JNXks+xiX8FcAvXtw==", "1:eJztWQlUk0ceDyQBAgXC4VFvqz2s2kouwKMzFLRYBVbxbrVG+NBUSNwcKK6iWPGqVuuxWu2iXbVe3a03a591hqpF61bxqlTrBXiiHIoiYKDfzPdRwOW9ZvKaffv2mfcyyfxnfjPz/8/v/5t8k84TTEOTZBKJxOLFFzGmZC7BlswlRRELMQ82WKxJbvW1CKspJZ7UIp/b/s9t7v9hi22wDeU5Ev8C/2WAyZyiT46cpDdP5AykUzNjxTloi35ue257bhNt0fU2qsC/Zd7bJmNiQ420DST9Q2ipivfgyyiTbQIv4b8PIbYQARNvME50HKNmwagFjIYdowpxAhPKEgMNLXUs02icCJuWlqFsEPZI6wSMlgUTKmCY1hZGy3A2CJ0mjAUTLmAcnof27iV8OLyljUCqXkygEMbINQY5HAeBa87MJKYDWyA0zkRP48w+aZ0JhNaZfRKyQsU2U6gzywt3ZnkiyGE9EaYQPhxWB9pb4wQjVFpGED2GBAyTQAgYtcOxa5BiNdMpIWIY5ZtimLRYxDCdegJT1Uz6LWKY9kcgt5pJ80UMk4ALoq924qDQMPFASCENEw9EDFPaieeEhint6kEOM6HROaFxmAqNQWzqLSSexpnDRcMmj0LqaZw5J7TOSL7WYUJQuRKip2UTYhHEJsQiiIkRKmGftEyMqAexSb4IYmKESmCElokR9SAmRoggHRMjxLNPx8YIEcTGCBHExgiB5To2RoggNkaIIDZGCPmkY2OEoOS65hlBLpAsrUiDlTNzpoRJXAoPNKf1T+ZSOKPVkqRoPGCSnNR8+CLCYjElGPRWg8nYdLB4798GG5Y2hYsnnYdxVrN+Epdo1ic/05lcXUVOMvANkfxsnNlADM/0ISuIMpi5BDJZvJIgTDbSOSHZlDB5qsHCNTPoAEOijV9fMnmQF+7DmvbxpB5N1BsTLUnSJjFr9GwZKkqy6932/Z9wW9uYZZow17vt93tuk1qko/5KWfxtdD6JP/014a532N8V++zB7HdY46cXbS/X+610hd/ezH5rGiuiNsT1fgf8oQT3ZHa4/m5R3HbXOxzoio32ctZv8XLjvyDgQa7wW+EswcVrCZXr/Q7+QwnOntHaJpc36md+2BC5JQNHmkzmRINRb+Uswh0/OW+H2PRGq8GaFmE269MEYAcaC7MtwWozc4m0YXxDPUpv1TfzA0snXMOqmy6PI01R/JtY5UeXhkztKcP5GZYBK1NlWNf326F/7WxHnTtWJI+wu+EFFZcuZDz0w3EwSH/4bC0aHLowYjyngDnhXd79i9QDDrnYdoZ+twJe+zxg87c5E0Hv5SdmRaNaBLTjvhn4wlOkaJs1rtsJJR7dKvu05Eo5kpgyZEeXFqKZ/9w/YdbP90FW6ZbvB4XeQjtOnR9x780q1IN7sWBUKwWenQ3nFOSuQbodb418b9cllFAy5u23bhcjCg+pBNSMSoDyTvbX0lt5gAdln57tBsP7v2Ou8q8Bteem3Xlllze8tMjOVRYVgvktfz5ZGX8Y2OcThypQG/xep4jycnT8Bth09VAJGLF+xz/yP6hEQnsl+oqvpcZVo8wZeXtG2/zxktXGwI9wHSKz3suyow/WDG6x+AcPyLc+OjBGCrek5XbrvfwpeNnmvtar7T2wYeHO63dW/YCyeS/7pWEUnBeVX1bhD1PjOrT8MKYaVNpIxMrB7Q+7P159uQYpFnXkXSxCsROUo8L35qOMV76bt2VkAVo5P3PM2YN7QCoN8HkgrLsKfNVuTGKfq5Xg7JVrPiu2VQFhXDvYyy/n4qJS4O+z78u03Bxg1JBIyiAd1ksJqbmbH6RhnFoNPDJWRX6cfAH4Xuu5bMM0Odx7LPXQ+jbVoN0MvWr4TgkMe/Jd4vbxJWh2NJrZPqwFTlqQMPaXAb54fd8e59beLEQE9iTkRTyZuBEkxW3JQJ1keEVr2Qi/nsF4zeUV8zMveuLEf48ddMyzDkVV3y/G4f6wKLg9H3oJVB/Z9Yaxiz/0CAwG378fBIXxZfDW4tfu+x7KB0Nf5SOp98KP3h09L2xEIJ7rG/f1Sk6Chfg9RH2mnFxw5ooS0+H71aIqf0KIXJBEXjfd8dKiBx3PlMqF9a04BejHfDkmu9i3Rxn6xPZnfslKnL74wGRFVQ1qQwl9Bkz7/O9dDhwMxrNqevMzFKE3jRvdDspvoqH/6pBZPKQOSD5N51vK0Jbb0W/U8fnCr/6XfXOLQOzpT9+vjdwOtmp/7BM7xB1fJdszR4E/e731qnOKm+CuTBOg61uBuq6uW5Ze440Fvl4Hq5f5T9ftuAJC6QbXoHXDCSEfAVNZ5vFhOdXghv6LnzSlD4X5T0vgIkKv3UfAiS/6739oPweGFW5ed2SDApLFPLZVgOE5WzfFwhVoEJlwvzvsczVuyeoSOXwSz3eM8oM9I9sVF+iKwEvJ06Zv7lGM5mb9uP3UeR9I3TqZjzbHkoS/Dn46msIzqBbdyHvpUlV6CXpHOs2n62t2QPVh5m00j2dn4UoJfnAmhqdYGSDe3Mmuz+M7Qv48kmLCSvvLSiylRH+EaFy9PDAZLX2xHEI+C/3a+cDXtwXxmVIBNvcgC3wIhlEClInjXQUH5TxR5gVCIf/LgXI6UQg7sNKAVoE8IiN9/OA23vug60oY/aenrS0jpfA4oXVpIKT0/8YTbuVVZ2GOAn657kinnbsD4IOIU0nnXw2ET7eVn4kpkEHCAtVwjLbPGTLwbxI5NNCNKAZR9Ms5VJ5AGCeF8o3Le7vFPAE8KXnm3gWX982dkaf2hVT1cgtAe5Kmp9yhIIOliNIosA4cPtud96ga5A4iglqLaFoXusGl8bwnszyhe3eiWDdQzYmS44fntMSUH9098f0sknj7AY3TqNaY6sD6ADy2NpLPrNuCnqUH4Mtd+cz+SIkHUEE6i6g+LGmDx5E0WVeF4uiC7YjIwjFda7z2M/KqQ3vuWva1qPHBJOrXu7XDVFYsCnxBUxrWP1eGKW8eB2ICSz3kK+qiDNN4tWgJL2yc0s/7Qh2g21i2CdFTNsI4kX9yN6VYmp5RDX9qN/x73IxN9SsyYsmB", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGl0VEUW7uxLN6STdJZhyQRhWAYQegsJi3VDhwiIYOiwiCA0nZektdPN6cVJMINHUBhGUREQBiOgDhBwCwxxQeSVsgRkkYkwR2RYYhTJJJlAwAYSIFNV72kwk9GuPodz5gd9Tqpf3arv3rr3fve+rvSa65ycH6pQKNyRZHjQaResXruQb6QSKp5gc3vyg36cZXqcRWY6M92V/d/LJuYH/5JsMsmzWUUesp2uIovdVGhxFQg2uqkTXZM6kZn9lI29K7srY7L0H2Wsq/zExNFOR177jK6No/u1bNSZaWPKdDmLLB6b1U+Qng+kY6OBD6RnYzofyDCOyrRD+VBGNqbxgpgpLR8qTUJxRn0YGzN4QYGYSg8oghJKpzOHky+zzVFA3nG/hskIKIAZnJYkbySQkQukDQSkk0BpXCC99GUIBMR3PLk++I4nM30YF0giuk7PBZIoqxsaCIjPUnogoIwAkquTuaflAmkDYLnOcPvxspzeuX4UoWzI79xK7Zxh0nkwElt1GTwYyR+932xo78p6v6Pd3pP1XM1LIp2ejz9SEPSB1Lk+kDrX89W5DOKrczngfpPhdpDfbLitoxj4moMM4qo+uaMY+N4xUkcxBNKGDHyMkEF8jJB6l4GPETKIjxEyiIsRcpc0cDFCBhm5GCG3VmMg/djI14+lyjV2zgh6PXQn0QWP4BKc1kKhiABdJWPsQpHg8LjzQ25XmB9GZ0oyZLrdTquN/FRyOjrcNaN/UpZbMk8w0825gsdlKRTyXBZ7JxdTU6GNLJiINcFliyWCDnuiyEOWzSVYqTE2M9md1sf/YHMLnWjLtuV5ycHs9D5ii/lvbRHMlQKLI6+Dbz97Terl0rvzDif9msNqinB66Warv36ref2We41c00b9nfe7253wW/XLfv/PLqEzdKgIShyq0eR0uvJsDotHcEtX3S5kyPFaHB6bpyTT5bKUSMAUFguX1+rxuoQ8tjCnfZ5l8Vg6MW6U7pb6n+dDYEvkj0rbet30eedEQ+O6kYOOr21Bs26ZWhrrVZD9/uWbx4uV8Mg2sWHdyAgYRVbPn1ZD08E9o9+xBcO2mrpV21V1qHza57q9WjUQLefKlofCLeHqt5Ze0TCraN+t7a0aGGzqUf9NmgKLXcv0b+wIgkkQb9ljToEYOh0Whdcf2frFiak+tHVhzrjXIAVyaze+uje1TRz6+y3xx7IOiMl9zWFvVifD6pdi5qe95UPLF7QOn3f0Etq9vtuQ03kaIKsvDw+qE8+eU67YsrAWRRz9Tc7Xp5LhRHFdX23kdXTi+8cG+pJCYPaAQ+qqnYkw5dPyv06EenGXZ0Vy6NSbiDiLM97sDuup++cjsa//zBc/++EA6n3q+oLHSrsDmRBJK2L+z4rHc9XTM3YciACLbgo54kVUeI+9eL6gwXr2aUFjxT/2TC+4hqh44yAlrndXJrQ+oIQhp/uEP73qlDiAqr8Qh0ffd+Hk2y0t6C8fv0I824TY+YMj8clRJdPLK5Ww0hc+e80EBWZhuhaOWRziFLBkMw24Gkt2booRFxPHPlSWCgN9q0+vWFIpVj0wbGnmnGtibVo3/MiGrkCMmp6z16DxquCBSxIvi5pjWV9d3KEBKV4nUT5J1+v/OIweTvrg74qURFi22hG3CH8j7qLHSovGRw7TjwKWVp8hiFi8hlh5dsYNcf8/K58pfSkRWDjja1Bs2shPJr8SAZdfMHv6JPUAd+HyxlIUh6sVZ4Kj/lwv9h7/5KIhE7pDKQ3c1hjYFJ39O2+wD606HkVCGA578rbOya1Ww0qi/ctdKtiXWuEqjI2Bwdtfa9q8PwgOPkEzvk989/6a+Zp7VdAw5ON+Mc+FAYmW8UirGtq2P9lccSwRpjHCKnAWS2wUlO+nAUkFY1P6mPt1akyjPrOoFdV98F7I94NSYcTZScTlNtH46M5xquBmkdF1bSIUl73R+6MbV9C82YRRsYl4xLyjf6o+0wWe7vvZ4s3TwuGt+4glpMGLD+Z+Wt4nAhhtK66hZ9YRQifE4Xffn/vUyVH1iB5vxMRmxOpsQzJuyPkw5dn6H1DfbxeRnW1Iil+0FNe1sbDQnb3St1gBLI/nwvCr53tuvnAgDL58kDKvQRzQ2GX30IfjsVQ/51E0I2CTSI+ZMyMBk+R9/vqYEHj+o8ejrm84K1bt/HBZ+EUVjqUP+9XAaLknFC/rTxRVKHEZObXrQhiw43yhwJP7bVhaUXND7JbzdffSmiDoOum9lUJkCCbZIUuROEZZuamkqgntJV3gzKV4XFu1hjA4FLM8NqSCBlFmqLGdWC/4W7M4gSZ6yj3wSa2m58HvonDmJevhWYeCccLz4/8VmpsKlCXGR5vF6YTV2+69Im5hdOoKVyn9E75Cg3v99op9aqNIWf3dQ5FwlbSZ2I3vyPIbIinGJ3afTYKZqVTzdYQYAXzi8JcPPTVW1EA/beTbPWbsEA//mzauMBxSrOzTf4EPsXdBpqOA/BRxFnVo3O3/c2y/PnYi0/0H+qP01A==", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3tUFFUYR3ZXEFxZXrI+EQ8hyOnIPlhYTeeu6zOU1+KLMFx2B5xcdnR2VtvUsmMe9WiaKFpqaqAlJ5/l43Qy76jks3xVBicUPYqkhSmCkA9o7swSQtTZS3/WP3fm++793e+7v+8xdyJy6PRcqZeXl8OXHybSNtLitJG5kUiD1BMoB5vbpUUysHS+CUnG/3X/SpfsoS6lA52pnc4b2bB1Womkcf85XVSbBPdukUbSdmurhObGo/UqYVSbUI0YGDrfzFIWD0F6PJB6PNKpVHgojTAm4IIEU3F4KG2nHHSjMBmMF0YdLkgwhUmGTkQl4qESBJQak8LETnmY2CkP9Z0i3o3SmbryDxNlz+M/Cf+EERNJfGg8N/U8TItlSyUSr8ICibWlVmOBNNghfh6mwbLlrhI9Fii+M7GKb0kmHJAO0z2xCQo8eBzd1h6ojsfBuPn2mIXWpqROwMGIxKk9Jq61t6ixeBM7iyYOByN2CA1eUYgkaPCKwg3Cy26ROg1eobtBHufCc4mq6TgZ0vn7rSMMTbAkQ9KWmWQ+D2Rco21kPmlnHa3XBeFqIEOSPz8YHA7aQvHVT9vbbmby+3OzDNds0oQWZ5AsY55JWhmzrd3i7vyLcSbFTxh5ayRDKXhFuzXd+JdRFENakDFBMtpoy6x5lIPsYLcxlNXJO2ZDtxuq21938xGOkme2Wx25kr9jWKV3c9aOqAAv8dpkpGnGStnNLOkmSM4PaU6znaVYl4FhzC4R2F/ggnFaWCdDWoWJGa3yKDNr7iBgGp1Yw23dI9EU+hFB2qS7Um2gzgeMLrtf9/K0p5A9GPrk3L1mYt3SJZnfHXlGRITX2SYvfAgt9zJHjvhZBpJzFFP1Wn9wMl+76DDoxRWSyyzTK5qJQ+8suPj5tF8Iyev+kdFvlsFty/fduFN4m4ipkR+N+yAcKO4c3ivJk3LVT0oeXJ4o4X4d8uWggBX9wABhYwmXdNpn+KZJtTD1qdLxY5ACXFuLHOjHlWfPTem/XgKE9UlKkD7+w0VRxxtgT97LM0YZt6ZmARH/qg/owVsZrHwMv0pfH7HKeZP4dMSUV/YTCrBrd1n23IAwrsW/hfxY/8Vdgr6/5EzGsetwaMG5t8ZBL/DtsORLa7KaiLwfql+LfVQDxwmOFMGiAwmNx7eHAONu6tocv97ccsOMqosDK4ns9yeErjzbHQTXGi7khgZxbxcaV9iqTxCxysLvu0WHAmn1yugaeT0sH+6aujP+EsyOOac4NVQBVL67+mbe6sI1fza/dl/qCdgv0zqsMqUvEHlqhlkDDA8s3/hx845u7T3kqhLEPtpwde3SJ/DA6bm8ph4K68oDgSBv9Oem6tFbJaEfPZb5fXUoWIKO6QznKsagSDQSJcEXR5Xdr4BinEuJ4i5HZEEhviDnoyva3xKbiIz0QXyoquHD8Mt0ts9TOHnhnkM5zUpQkNVkfFyj5OTXX3xvW+MduPp4fXTWajlAp//J5c1lsJEbmhVSsHPKWXXp/mfEimdkwy1zPRy4yjmnz7s9QBMSI6Tg2M7tyWBtGJc2a+O8zUUSgKwTJ3cR80P2jL3xRimxOA0F9CyRsncduaw4AszO9jnfK82XC9S9xIdSxgn5VtcfCPGEMu5CLgrQSXd85KDRdHPHpsgB3KS4wSXBqX6gwXl9c2BVCFBGmWTFBfegWTigL+e90bfPlmvdQVUtf9CtQZx37NKe5edrINheebTHZilIQIFVBIp56X+VuPI1n+ANweD2nhduLd5yCQp2SitgVyHQYYAP0vSk03UwOsD/4MeuKkKLHL4sBzuSQbDZKOU+cZ2KGVpQC4UuY7Dn8Z2Qzne0rdG2HVH8rHegU/8BYrTonw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWAl0U1UaTpt0SUvbdAntiCxFcBSmSl6WtqjcW4IdFluGBpHCsKTpa5sxyYOXVKhL2Q6yngoKOqBy2DoMZ5BNEUHxXmVxQEU2i04ZFmmBsmkNTalh8d73gi3YI7k5h3PmzPGdk/ve/d/97r3//3/fn9ykFwkFJSqFQuGOJk2e4OBt5Q6+xEAt1PyU3e0pCbvVy/EITgvtmX+3/c/b8kvCf8tWQPJs6UAecgXRaXWYy6xiKW+ng9rBDb0b7ia52tnD0CBsdGazo52BA3+3/Z/bTLdsUpn5hWL9BVdxa4++G0TH66SWs9BKlSMKTqvHbgsSlMkG4qQ2iw2kl1pjKKBsNpBBak2hgBhXMg6iNl0fNpQpJFSmjNKxobIkFMfIimwZpbNEkpvF7iol33m/hZH9kUGZTCBdKCvpmJ2SYJx8y2JaSwZxhlBARgk0QCgvCgakl29GppUCILagG+SbKRQQ20qyQDg9E8gUCkiWB8fmk6wOXTYTKCCOPiwgrk8IPnE6Rp/kgi5hgia5XM8lTNBhkCsztemDjoJcYyVM0GJvLbF6jgUjE0gfdLBby6s+aJ23Fld9KIrVsxE1AApF5nq2ehcAsUlCTpKBSRK3QGylX06tIWg6tAWFUlAMbIVfZoSBjREBEBsj5CpkYGNEAMTEiEDpMjAxIgAyshVJuXYZmRjBydIwts8Iehpzp9IXHl7kBVsZ7yRAseJJB+/kXR53ibLthCURtBdLmhy3W7DZyc8KwXXH0S7ml8mGV0zgLXTwcN4jWsv4YtHqaOccaC6zkxdmshov2hMVbc+P0hg1eRhgF3kbXcyioQihnA62OQTbs5Psbr6dSXPtxeVkfw56WLDH/XrSKMmjUqur+A4X24qcC+jCcO/91t7Nb9ozB+uwmtlhXVuHjbp773DqvUh0ArPfptvUyN0hDDofndgsCGKx3WX18G75HEoZNazc6vLYPRU5omitkIFdpJCI5TZPucgXSy/Gt/YHWD3WdgRqlE+L+tu3x0vMIx9qvfwiMI7dHgE3nWpYvLnDKdT3gcEvzHhUi9/3Xj8y2R4PI6ctNs9z+NBp0314dDctLpltG3Nsjwo6d9/Y/IIYAbc/q25ZXupHhqlb4fSVGthlzbmBj9z0ge2DOoT3nlWDMtK7XnHUqKFmZPZ7//bFw05xJzMWLG9CWzKvflrcKxm2JDRs3aCMgJ+mPmiJWDUdtOjOrO9ZFwavrW08lFc0FcVnbH77+1IN/qDLzAvDJicG7H6USzeYpcHKybE9HqqMhoUvZ9XsdjaD3mmLj6jLvGjf8E/+uTo/EfZ99fMpA1E8rOycVTrAfgIdXPjXG+afIuEfddHr7h/1DQLPjN6EHFG449/yvFXJGhz+UURSyhQNPiSMi9q/JAl2s10e1b/fEfDDzL1kxssom6ximFoLClO3HlQc9wNuEvUwCpc011lX1KwGXzVbTle/eRHRaS8uu4401L2zdeCRBcuv6s6cBNlP/llsSUjAlfO3kcgdAC4pcE2gqnwiCU0L2j/70PGTsSfQS+vfL5rybQz+Zpo7d5EvEb++ucPEdfNi4PI5G081aMMwjW7HwjjsPOtf21gQBQ8T1GtrW9B0OjxXgw98PeLiox9epcklmVBC1dn5D12K2wPmbqSJbkHr5tWWKYQEGDXu709p53uRFMcbkXjMsVzyeAzRtI14SY1HH/7odEpnL+hON5iXgrddm3WlNjUZS/FbmgxXT3gi5uiqWNxUe3Sae48adx5V/NiJoVq4q/879uONStjjjZsLKv3nkJzXU0jOUwqkdHiunxYe6c3/4buRa9COgtfTq5rCYCAuKHXgX66ledNwnnb+4PO7NHBpdKdlYx++jjb0rJux7Ms0vPMwBfrByH3crk3rI+Cais8e7pukxFL8OyVBb5XF0+ONE2CRL5J4WA0OvFvYtO0/kfDxfMKAfsmwgbA0/bof6Zb0Slu8qCNcOumtlQ9sU8EtWv/nl/fWg4UJz5v+1c8Hpql2v6KbVA92kCjs5TV4wyJ+tu2/KXAOTVOyEj9f/Sfz/RcScAZpvzPdBxSBK9BHsq4aQH4RVcAZJMUp1wf+8eaubhvFcOhaFUYYF4XPqwyJpse/B9fS3EeTRCWU9v1FLH6a0hjWI3m6FtRTEqQPSWkb7ANyXpvRwkp/3wn5CjxrzTMkIgeRlXu6T6+1NkTD/PE4DZ5I0zShHuU02r4YM+Q8uOAmng5JxitK3z3v3nIWEFFcuoAvgeodnxAl+hFVi/BDM2q8Mrjw5Q+i8dfqsu6OrI74tTTViPh3YuDcrkQY0zV4fP2B7rUVifizIZlzcsaroKz7JiQkzcD70uNxD0qY0XFw305CiLFKTERHCKLCETSsGVFwblXdj10PhWMp3+4ETKOwo+AcqM6HydadXrTyPVooUvDxcDVZ8ioQJCFeAW/p6ZsaQFTw7f7mn9BwojoSUeDtSpUbjZcuoZcCSqU/x1VKfnkITvftNbL1j7/WI1w7Nu5nQ3zntA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUE0cYT+QMhyJHuAQE1KpIS5LlCE/fToxaPBAx4EN5HiEsECVZzVHFs2o9StVaj0q9qrUW0YoVraBgd6wnomgr+vAsUlEpoohKQap2ZzdUUV+bTY/3+p75Y7Lzzfxmvvl9v2++bAJTyJFp1jweT29PN7FkJqEyZhJpYciCzMPUekMav60nM5AaBerJ39j+l7bhf8MW9w/bYt7Y/iNbeJuNyeYObb3+pDb1eQ+NDUbzRUwrVqALQaYjNUqDWmUmSMINJGbacG4gCdNGcQNhTBthCUjKDRQ+GNlEIm6oCBbFkfRISxyMZLfiGKooFhVmEYojGVIGJQ5T2NJfCrU2nS5If4ZhPWO/MPO3ehEWyWkvEesgBwrZ6HJm/gWYOIqTixIWJOUEwiwhHrOMDFOecDsVCxKHWwKKYEADSGOKOSA2IcUiTjuZQJgloEhO7kVa4l6UJe5JLVGf1AL1icMsCK5YZAlIzJEItsAhm8Ts3GDrG4MxO0pseWMwYi4YNgUlEi4YNisknDhgpSoxm+zn5UYSwUk/JhC3W9kE4qZUNick3O5JFoRxuyfZnMC4pawJZLYaXkgkzGw5vJBIGKfLwZRImCXZh3FSRBuIkyLEbC5hr1fESPo9V++JBgyEjiBVGYSGBuqyBmYSGkJr0LdfMM0G9RzpRqbXkyo1XeRIbfvFFA5/LJaQNZlQoMkJhEGnzCBSdcrMlyY70Q/yDDU9IKd3I3Rqd9rw0hwB/TBArSNUaDOFC0KQRjRZlUmqJk1V64nXLDpInWqk/ctEv//VglcXtWNOlK7UpurTrF5VnKmch5s09O+f2+Ovzo16cnMP7ML5wJHtDoy9JJBOPPZNSk6SulS1Vmkg9OwrljPdxBuVWoPakCXT6ZRZLNCf4UJnVBmMOiKVGZjwvD9AaVC+RqhYFHv1t3ePQEPojxhkHd+rzOX4gVZcdl91auzQE9SGzlsPHvJ8iFesvemXe7sSP5lwaNuXwyup/Mrx78X538UfLFMYunl2ADlXVy5aMKaG4sd+4By3ywqsJharxl65Twlby+6Wyj2gwmbLimi+J1gw8+ye0Y+uUnHATXn4XAOl3cIvsXF9gicYuq15tryRUiaMfGtTqQ/cTd3Z2LePEMDkrrQrD/HpW/vIu+zwgNa3lvSsP+0F+q1L/HzHziY8N+t4r+gVjyjNqFn5+6odQHHRUtsGYRG+XvLF3sgiV5gY1jvPbYQX8BdOjH2wrAVP2XwBuxf1jJrTGj25fLEr0GLvF4J5BXiI1+oKQUYztbCUPmA3e3C5ZfbEEsNKfNzQE3b91vnBpJPiI7vzhSA7QHV3TP8H+Kk5MdQsP19Y8unyTtObPMHu67WrC5wu4sw256zg2s/oj7c7iGUIqsV7zl6yf5LAHtqVe8dfSg4ETyum1fYQOQFd9rIbjQE2kNknOQCkuCRJ98bYgvnw5OaB+3hQeuGoBuMJQWXDwyGjFz7BybnWRz8WWcNUFJ13g8H4nGEeS4a0sPyUBbJ2O0+gudWad//Hg3gfwrs6aY0ALu1Z7/xdmDf4qcpxZV4HKzCc2Yhn8t8XsPF0AaEFG+7lHnOG6NSJz4KB5ujTghmNVZQEffbwoXhqaGAA5gLq6ehU+AiA47dfZR3Ps4Prj3T9RhcTBBi6EhtxFN2QGlvI6sUPbDs2NPJDWQUVskh4sfxXB8iEPyQIZCVtCz9d7AoKU+Zc7JdlAzuhwBX6gZv53W/M33gUD3rSZKyaGQiZsNkIwbUpiDA+SD5X8rP7Bn94SBo8ZIbcC+wd/Wj/JQcr8PVHlzN45Hm8/4Sas0GXr+Oh8i511RHR1IoyFLBY/DealdgUgI+hp2fPcgA+8Zd8ZyqrqI5xu1YRi22ADdY5om8/Htxx5vyoO/dc4TLjFF/nTUIw4HF9HZQ2UyyPD6jlIkREC06LdnbrAR682s127urDXaDzFNqDnh6gyH9BXXwRH/i+Q48ccoM71bTn5d6AoXeoA0hEtAB76FwVunxTszuoLdxldcvJCdgxAX1IkQ0LShNkHiDjk/qZePgTXNCyKX3PL00UE+dJwYDHCOExLptXfTyn2A7yr3UQZOPdwb3Sw/13qltxZpnewRCxmpThAxplZ9LOp/OAwHfjuF47gmAPlJDT3UAPmuXT2+soJu+j7eANd7/SGsoH+Ofejnl7Dh+wPDZQSLa+ff3AHUgTTscrqvn71O0T7KH1qI6hBX7dwaBVTbbjc1wBk1YrOsOxVwZZTSsLAtOQw+sdAavXzvCHIJRZ3cGJnGJaec1URQgt0EorSLNcFTrCBTC3sEybTldIUvNybeS3u9GYX8uvsYl/B+TwRp8=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlUU0cUZotEgiwBAYUG8bi1iIW8hMVtBoOodUGIWu2ixuQB0ZCneYmStqe21LZHa1s3al2rtYBY2yLWpS7nPWyt2taNqqj1aERbFNcSlUXFvpmHEiw95qXyz/yYk7lzv7lz7/3uzUyiplAZmV5ubm60mBtGUgZSazGQmb2QBIlH6GlzpvvDWbKZylGjmeqZrFXZqP8hS3vKMrUTMg/kh6EVxaHPZAJk0S3KxePhbBBl1DXP0NowpB+HR0KNKi7ZROVozHqtk6B4YSA5HhWugJTCQIQrlohhSBanVLdD1NQbs7jO8ySMAmPkciEYpSuxU/KGCCGG4nmMQggmAY+JGJJCWaY4BcFxixNiJpHHCIpbkgt2kgTawdqxAg05gpxOEH8uV0BNPHU6rby2QHI7guIFgeIFlgQGJQikNwYlOlpygqwYlOQCSB7reDxnQXECQXxfxRhBPYgnkdzpLDXXrDxBeM3KE4XXnzxJOIaIdaH8CFdqlhBGVT5FhCuFTgirWb7QCVdqlhBWs/yvC+E0HRwKnXCaDw6FTjhNCAeQonVGZHAvBDoULZhJE0lps8kcDmiyDjaQOaTRTPPviUfXIRGaSbghmaYprZ778aWMLTdT+zzabIx1OqlGymNIs0mTTepMGsNjyr7cF1W2nltQcdZIkx6pP6bTnvuSojeRWmQMz1QGSjttlp4mW9ktVa+zcAczoBud3vvfu3ljV7I0Rh2d6fkf1fOQ2kTb++v7JH8DEIKyIGWts26LXXS7qWQUbe92h6eaZh8h/jpeHZrKXdn2Dvu1RZ5bieIT/Fa2aD7xj/UBfzf+JaSiKJNOb9SYSZp/IiFD6RaN0aw3W5NNJo2VB8pwSEwWrdliInV4YXLzPEVj1rTSjxSx/Huh5fFItIT+qUDSxLo9ug2T7Ux1fqnvjI0NgNwweUxGkQimyUKmjrTfZT6xzAjvYDvPqEXrFvV1rwHLxeGrJxZ7sLaYBWvq4q4C6+UeceLeYpi9uZreku/FlvYxrnPfdZCptdhWBha4w3kl5y/nl15k8ujUJXfaHQZ0hbQm+XA1aDyWyyFPMnsbS9+sKbkNXj+T6pkraQDFQUdSTk4PZ2ci+G43OHT0vTA6tDM0I/i5EHZOh7TvlpAiGPsCpzknDCoC4/vvLo9gy35ZO3irvR2ksxdee2t2IBw8xFTvrw9nM4ateqfHHht4/teAfTtypRDr0TIWBml+/D36LvD1iP4wpFNHeC7t46XG8hD2nW0wr3KICEq69Xp7vlUKSzyr5veKCWENuW8U9FbZwaLXGlUNOQFwxdgvvv4mLJAdaB2/XnnwHIiKvGUYN0AKO1WOD912VMymfGSoultsB9tl719Jzw2AHihwskB2bvlZm2TxNQbbXRYAo8Pyj7XPPs3cLPp5eMLcP4H8r2+7X3zvHlNTPnJKwElJk10Rm1e57/Odn3lC70Od0k+HB7OqiCuV8Z2rmeETPkg8sbcBjPOLKV11owFwwRdJgyvAgrhZMVGRx5gkHIgDYKv9PhfxeubI5gm3fzh9idH1Qx77s8uXoc8tRlqwuyy0hxcf74oT4FO1udvSB/sZnI+bNublqy/u7Ol/A+DjRHjCrpgYt8HE4fu9B6y4wWC/073g/JeqvRQLfeAu8+Iwr3EPGByva3eYmpLR05bPsoE+iDaFEex5yeLivPRGsGNa+/o1PWXw1AAukFuC2HmR2uuvDBLDMxXv0qnB4XBs2fqvRrnJWC6rQHlWBCO5cG5f7QM3IVqNkLHXOfHEHX6QI1Xm8SopxPsVdWZXEl9+n1BXztgjy6lJQzrCriiQG59jZyI6x7AA062bH0SnHzspis06XjU1+k4dKLo0tM+DtR3hoIGXTm3sG8zi9PaTwC7Jf2t/WxUAu6DjDQxhtbPRie0A80YqhjhtXH4LV/zUpcRkA9uOup31OBACcVwLRay/ZEuhdV8jwNv5BUE+rn4sv189c6GAA04PgiMKfVK7W0pB6KlDteoLtYCPozv76ibm6ur+15k/5t0nay+WAZ4fnixubcnGLO4iQeXQLXtA838uzdf2VmTyfwDQHesT", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUVFUYh2FzZhgWQUETRU3rSCrzZoAZzd4dwB03cM1Kh+EBQ8OMzqKh4pJm5Z6GqbmVueCSSmpl5r2KWVqkpa2eTM0cd0GWMBS7990h1Og4l+Jk5/gH98393v199/t+9/d97z1ap1qS0709PDxsjfDQz2ISDA6TkM4RCzEnGW32dM+amc5uyU4hs4SHtgfKNuABt/V6aPsf2NQ1NrHqJTWzeIs5rXZG7vUm65XiyKWQxqGzWrL1dqPBTZCKDcSJYywbSCWOcWwgtTjG1AekYQPFiKOWDRTbm9iU0WyouHqhNBSlZENpKYpBFTQ2elGl+OJLitGcgZ9B9wUp67eXC6Zl2osTL1wcE0hFQUoRlGhxpDKANEw7qeklpj6g2HqAOLaTiqEXNvYoiFMzgVwVwsYeBXFs7NGq4qLrA+KYQJp/AGKjnFYvx6QILppRsPQxIGLcrkH6FCA2lduE04eAiFGyYKjCVW7TTbu5iHG7Kmqbucptfde2cpXbSq1t5Cq3D7W2javY1OMijq32XMyxdWNKnbo+tad2Wwt3lJGarfYoe2q2HukCMbU7V+2pmTpXDYitymklqZkUwVFFqJkUwVFFqJkUwVFFxNStiGT8SWsLIzfsglWwGDKFbAy05nQ3CdmC2W5L97nTIZ3J8aCz2SwGI36rsJjvdpYi+9PZ4JwxQgpZPFiwW/WZQppVb7pnsT/+kZBpxDcS8G6C1RiADfeskeIfiUarYCCbibMEk8Xw/HijTajDWw9jmgMHZiLv7sbAv3rzE1PJ0JvTbOlef1c+riNVaRo+4TpC/AcJ10HffRKOu1OOKm3DJxx0v4TJggSLgyw2NFzemrsqKrrh8w7+b5Vd8y7CuVp9wyfc+F9NuA7Z3Cfhmu8S12Pqnp5HCCSOEywWa5rRrLcLNvrhr8DDIIfebDfac3RWqz6HAluKXFgdBrvDKqSJN0bXzhP1dn0dvTcmmr5q3R2eIMaF/4j1h245wzfsVIDM165M4nd6gEhdieGLZ1uhrJNjZ81Lk4Nl45e/3fZDGWjmPTSgIxeBojvkhxw9IAfns6Iq3vjpCv/2jrjK/Wkt0JnhYe9/NVUGkuJe1Y3+VYo+f6v7rtLccFRY/vgz8/dX89M7J62THZShGSuLNh7JC0dk1dE2fmBo7ru7UqfIwdZ2Z6evVISjgXPfMDee7gcmhr7b8/SEYl777SfZahCGesHcCI0zEPTYVXrr+AtSNH7vquadV4Sg2wUTr28bWMrnHn1vRLlWjnzWLOziWRSCTnVcsLpS6QMsxS8dGqyTAOXSDuF5oU1QqzLT0NxOMsAPG7kdXpaiD7Z6OedsUKBuTxxfdi6imh83oGXTrCIZImkmfq9Ak/TckOiNHkAMJ9QL9L3orQ6ODUSpQcO1Oz6rgKP8vmw26MffYDvfaXkJs8/Cjx4LlO9c54TbT1/IK/DfB9vcqnCcWn4BHvqVf+fnvSdhbFHX/l8F+6CfHiWAYtjpdmu8YhvETp/8OHkxnBC76alhIz0RH/Pc7t7+h3ni/ZGbEnS4MH6L8aQEXbLtbFIlDwKYzR7tHFK0BLOF+nih3c9Lb6zOcPLT2u+fuX5YGS/7bs2YbrMkKLn3iqnt4yWgyZw+F713yMAQcoADpcgmHvglnsZbArt69puhOCJBXdr2mTi98y0o2ePTOJT/Ha7xJD+cfOJsk7MqvwoS74e5y7x4XkVnYeGxKKHZmVJqLwhAU6q6jPnylRIY1xyNjNwXAE7LF+W/OKgaDt8QgzO/BYn3pHXX+RaXzsQ2B3KEk5Ase8UbbTjYFyunnB7LyjJ+85bvR4074u/SQxAgyxo94gEiNBmJxq2t0XXdkfRvnP4Ac9Z6XnkQqPr86qHCF1shMwl4oQK8XuE7aknSWtiZEN2kJVq1CTusCAD6wcmPrX5Vioispsa1QJTvCn5K1h77onA5uplf8nW/1BYIixYr1weAEH3hsU3BYNWTWCDpTWm8jXzBPi0hCvIlZX1GzKwMRW+ei1h/vlco6Fiw4tr6g42QuG9eCJo17+z1Vl9DXjF28+wT5+Wo8dqP94WdC0GRhqtPx++VIFlmG9MLEyqhvyTq5aY/lEKyXZSQA2kcU+HMp4/t+SU0l1+SRE7wKC9/9PHJc7S+iPL0BSTHqg6+CJd+tHhB4IR1kNanH+ohEnAKRoXnHZdmeqFp3p/MV46Xoo2jMQGRClfdBaJRouMqSLL3HhoKPt39wVzfYhm6pune05rjjUh0a5+o5Gkc5bxYfhcq4fIDkdusmdv5HSPKP/xR5gnanrgxOWuPJ2qfQiqwGF47RAR7Ax7Y3gkfSRn/jRM3jDAv9Ck55tFOfnGBP2akHNI8qmECVvfYWQp0GRFib8JdMybhig4G+e/0x0dQDeNJuzhxDYpdW2fOwC+Jlmzb3T2v9j+ntV+zddi4PwCa7Aab", "1: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", "1:eJztmHlQU0ccxxOugBEJIIJDUVE8qqLmBLS6j0MUFRwMKh4zyt0oJjYJKohWq4hnrVqHKSqKgICOFC0ottRdj0rVyiUWvMG7IkoIoA5Y+97bMNAZZ5rNH51px8ywj/2999n9/X77/e3bxD1SNSvWnMPhaKzpJlgVHxOVEB8TK2YsFnQzQ6HRxnK7er5a1TI50/P/aPtf22b+C7apH23/AZusy8buBGZdPT+VMrq7x9wLYp4Xsq1IzmwmvmrVsgitIspISEwGidhWQgaJ2VZKBknYVkYGSU2BZEGMTSiTW9EXuUIZR+/E/8R4YWYc2UwGSmgSJSbxz9sk/wwUoZC8u/JHRPmYlAsfkzw0UN7GZhDnjr2IvIyfCgeEMbK5RBjyIYLE+CJloQBVQqQxkIR4sXpipMmQ4gtZXFjvIrK4vExbLaxdkYTIQQMkI3IQa1A0jmgmAyQ0BSJSoEhkQiJEYkIIv3YYm9joPOC3DssYnQb80mEZEQmDVS4m2mmxxMVkCjI4JyWCDN4Z/Z7qUYFiL6J1xVufmExBBoio1g2QhKgqRFhCEqKq6IKM1kNPyGhB9CglCVkpGSAiRXRBRIowFK2ETBEGiEwRBohMEVjlUjJF4C1P+mFFzKK/WmvsOPh87a9SqaMVyghtjAYfvG3pJjQhQqlVaBN91eqIRAwOYAbSqhOitAnqmGj2xuLufkCENuIDfkgNZ2r81b7rVgxbF/QfY/3C1bbes9KVmnB/5o40ZQtYxCvvH3prHxh718NqvVN/yvlm+Wv5wxZgX/ZjyQ4rPTw5RpnF7XShCs2fbh/RpAd78r8KDTqgB0EH1g07v8mRqs1aPrFXbSu4EnYuLztED397efmC3zJHqiGpb8GUhjZwyzU5QjRbD7YWNvyx96SAKtXucbGY0w4683XVwZHrILh0p3hj8iPo6T6wNX7ONbjuNPXVg7LNcFR72t09qR2g35Jg/dfyOwY/V+Pxj+sA5v6ELsPkllm7j4Kz55zp/2rB1oFRL+f7PQOiJwVDH23IgN+NdNlbY1MJR8f0fxDu/BZ2jF9evrk6A/CLjySW5XMoNg0OTfB+PZ8OLRMEntK/q1nFQfzAoQlm6SXgXWrr7dr1WbBRU+zUMd2MSpIdmzR3gRWF81AIV/E9RqzdzkPv3d+1J9S/gJ7+nzQ+kE0DquaUy2HnLCkc5xvAhpOSDovmtZ25tbURMOne629Dbcy4drTixil4J9CcHuoNeOU9eYo6sReauG/2wWPHS0DNKMZxCzQy37EyoM4MDWam2X8CsPGkWaN1U+EatxIemjmAyVQbyH02dcx7dxskZAO3RieYtPdugbSTZ5baVIGa9CduuXlOyDsuQKFqvgvnrCk4FfmlGSVmP44opTG0ZEBKJ4xlPzrAxtfbHuF0NkNaDaWWDvVAdm1CSFWoPeXkdvkxyIbQ3IbOvJJLsWn26oMK1Z/vakpuBmajUvvdLM+Fb4XMCBzqaQeTkJOQfup0FacFbotnLBaorrl12rxNecAh52d6JfkU7QTtSavhuQJw0e+44p79IGpzyvzrpQ+bwdXMyfRKZQO609ctyJUKiRSE+xTpwA/PmYXioApaxTmurtT8aEbpeiBhhBXJpWCf/eLDWntqcPyqpJzRbWBSYnieNJiLaiVM5u0p/cBq1SLea5AZR48k5VIs7myOsI5awIW2EQt3ni+Gh5npa3hUmNYj7b3Alhpy++3aJaVFMGv3eG6whQBFZv5Oj/gYsuWUsw3uWksrL8QKLRzkq4vqLUCsfCvbwS87hSs9MwVoS/W9er4jD+F6aQfXg5mALPG6aswRnpdLCRgB1lqhpozPRtekC5AbG6AOlnzPFKgV1km4JRp+aEthg4KDfhpuxy9+IkB5c6+ILgqt0dHFYbOGH9JBOnhaqc8BU419mpwRU12uyVVg/+EhZzpTs2HaN3ZJsqUuCOepFa5kC/QRrFuvCfxW1hetYDeSQ2Da6g1jZxzhUZh3QszoWwp1kF6Eqy+DeBSYu+AEfGGHMl7lXpp+motyE8s+He/AoUqYMq9zQppahxbfCguE9XEfXL/HFKIt8quIvfF0SSf0Kfp1xdmDfIreBLQezmYoaAxTacVAbsNsqMo4jZY+a2v+vhd2/6LRfer7gE30F1p3H3Q=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlUFEceHu6bgZHAgIIagkmeojLTA2h0q8ggEhVRxlxuTByGBkYHJs6B4hKPDUnUBEU3MbseeK3xbWLAjWfi0f1MSNy4MWo2IpGoEeSQaBCRS46t6mrCYHhPioW8t+/5T830r/urqu/3+35f9/SMTDYmpTpKJBKzKxoSjAZWZzWwqZNwBIdn6M2WVLuuoxiLMUODj9QPY/8HMfvfxGZ2x5JQnTWe6Euc0ZShNajTtaY0Vo8v6mWuxN8hFv8w9jD2u8VgV0xwuF+74mljZkr3ET73DL4+QhgVGmc0xhqtycgiHwzBsYhoAaPRZ6b1AaMQRiUdRFhmAg1GKWAUDA0dERNJsw5D9hZBj1GoaPYmYqJo1lEJI1V1VITOeBpMpDBS7SySLMPQYKIIRkWDiSYYqopO6EdFRUyfc0CSTEra51Yg2yKgPhdIAIkNRLeSgrJGtqA+J5zsi9JGbEAKBRWI6U/KVf0prqo/K5G2UNAlIorSGUiuKa3OFkS1PUUEZZ267ysKKsMnCVdSOZeIoWp1UiMlFR8RQ3XTI2VV9sMilf2wSCWVRYoYKssnFqmkuhuJmD7rwMZWGTqHFEF9VoKNFzN0FkQckqEzBmJ2DJ0XE7Nj+qwGG99i6IyB6JuhsyAiVobO7IgiGDpFEJCKThEiiEoRCiIjFZUiukBUiugCUSlC9GIVlSK6QFSK6AJRKUJBWkNFd38RQVSKUJB+iuxdEfitgTkAn7CwJtaoS2czENCUPcXAZrCZFnOqm+2EqU74yAMNMWazUafXWvTGzJ6Tadx/nWxO9qusBl88h7WYtOlsiklruO9i/L5Cna5HJ9RoNdakx5ffdw3eQazexOrwYsKR2mDULVysN7O9zBanT7GijRnwT0O9429ncxGopGkzU8ypDj2S1W3CouAYxeDz9XwQXx+MMFrxxbq+0vaioW1jn13ephx83r1s8X/n3UsyH8A72ravGGbweXsPqL6dqQkrbD2BUQ0+YelgFNqFmndUD96Rg8/bZ0AL7drfQkeLTyuDT9h3QAm7URMWf4R2PWkNPmHZgBK2oybc9QZPLPTgEw4YUMLu1IQZ20JHjr/vIQYbDZ5YbTSaUvSZWgtrJi+K8a1mtlWbadFbsmNMJm02AYYIuTBZdRariU0RTszvPo7VWrS9PExFjicvT3tuj8Wn8F9sOPrzuKOPS6fL4a0coHr5Mwf+wKmsE9uCXOHMZJ8XJjCB8Nbcp/9Q/aIT/9j7nfnLnvKFRe+yq3Rb5XDvsLkpT125yxVefCUr8fIQ2PaP2+cTkvO5dRX1w88bt4Evyw7m5sxy52uvRQbxlwLgnur4sZ0j7wGLMFE918E2VWh32MHJ7iW7Xp3cCJyK10UsDr8DTgaM0jjtagR/O7oxX7q0HYw4b3zF5cxqLu+Jm14n9gXCjZ94Ltr79hXwber3VQtGX+DS998wH3zEDq56Y+53x8qruVN/RcB1zvzxcr/gf4XJIJpsw0S7VpAIh2g//66VK/hlz5fTo+6CI0UOVe88UcyVlaw0x70r5ad52o9+a6MM7v0YE6oEG04vj+deawGhl1qWLcjxha4C4SoOZeXAqUYJLJz601K/sV4wGKchsQkkPbN1xaiTlWBZcHRabI0EFoVVvF7wTT0Q9iO9w+1IQxu1yuGb0ReKM5gKsLkyGKWkHoSrh6EUNQP39EcNS5YWc1mJIf4LElq4514rPJTc6Q/RrvxLz9Rxa53r/OPPOkH7Ta5DCwqCoHA8S8ofPZKHvvnBK4l572fKGkAQ/8cRMbfruImh0/70epEfL+RtvDecEbU6Zv51V74WZeve6VZwedGatRUmKUx45J1pNxzbOLT47jHq2+C0z1efHcnzhKmrdPPK4n4BQnhYFYezNzosEH715ESUmnquLM5hicff5VDEcQUvP4mgX4MpU00t0hpvfssXI/aZ0gMg0cMlTre8dHK23Afux+W7xAMXvP22VQANcnNJB4dV4F4SJOrqCiekJagdvLXn+a8VuXLo4LZmuO6WGz+GDbz2QoA9RCId92OKHHrh6aodIVbVvYnXuHUapLDlQRBVQW+sawNExxKe8JHAnVMO3WmfI4GTZp5b/9IyCUyZh5l0ALLeRdBgwJlvAih742Z8cAEcys05u//FFvBnpJJG5yLQoW69Wcs3gW0fYaG4wDDnle+p3z7GDfW6Gp4/Qg6TjoS8UTu7jCM6qib19AqBj29fve+nmlIglHl3GZdb8M2H337fCXCZl5e2c2uti4Z6zXfmJ29+Fk3tBjtHtjdar17j4pHMCqe68Aa3lu1p+30gVltegBNcOerkm3ue7+Bwt2xo9YVnAmf/MDSnDjRryndv/sKRx6pPyL0HQgUiNwDpQx/eVVhABhWLw0cOb2gAZD5HKNTnoidcsmVn6Kdt1zn7Y04yP+ACaw7jRpHCf85auGnxMEe4yw6fuA52HohqPlkhEevbDlBRDp9bIeHPxl6sa1gTBNffxIbSDMzp+FszWIG6KTi6BZB91XLks4oT5NIUAsfmb2+OGOXDB5pLZPUxfpD9cP6cpCo5DCg906QJHcJ/rEeK9ZZBXP3DvoFwR3NEZWGYlH/OO/yTrePkcPX5y1c9/lILxPryqGh3P900hK/BttNuBz9wjwuz2t/hfp6NCrTQX+yLcoDbOetEOffjQVzoAH7bpDH/2VQpg1uUiOESD/7co8gAbkgg0bUHzLq6xXf3cW+e+NlNIOjwMVfoKTSqK//vedNPuRx3gIJcf3CBZL5GjvRNBZCsRzLdJ4OCHN5r45qseMJzAKtqQqg3JL6zlSvG7bO+ihPuUjGZaehXrjHD3NPju/9Z7H4920tM8V9E6t7F", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWX1QlMcZhwOOOzg+Y0CjkWrVYJQk94kf0X0BYzGpVYERNTpyHC948eDgPoJkEo1J8YMEtTGGiWOqTXTUalInGqumuhutTaitNaggIoQqH4KioHAKB9h3d18KWGd6ezPndDreH3u3z+5vd3/P83uevfduVLo5KdPXy8vLKhOa2WYTb7Cb+Mzp2ILNvzRabZnefb04mzk7GfcSntj+b2xzHoMt8Yntie1/zhbfZyNVTtLXizfnZPT38NgsPF9JWlWyVGhnmO3pQpl0DaImkGRjTpYLEBVpNWwQbFMyYdQEo9KwsBExWpZ9NG5gtJSPyg0Mkw90pI1lg5BtmOjEUgzTPpMo5iU3MDoWzGSKUbqBmeQqhjKhb5OZQEoqHpe9QGVDQS5TIiA1Y1wHgtgcoXHHEVp3HKFj1N0AEONOse64nMpV5bJcqdvc2UkEuVxPqAfom8u1m56LvjG5XCWWVZdlRC8WgnFZRf2lWM1UU0QMU32gYlW7Ub7VTDcllaqaseQTjBv1W81UV0WMGzVfzaQDEcOkA5oOGiYdiBi2vKMppGHKuz4QU96JF4XGZSkMBLHVfHq7aNiqlghiq8S0LGjYbhcRxHa70CTXstV8mrFaNkXQ9NOyKYLmkpZNETQxtEyKUNE4aZkU0QdiUkQfyJ2LQsukiD4QkyJUNE46JkWoaJx0TIpQ0TjpHq2IJLuJt0biARtv4c2GZXy2ALQUvGLis/kcmzVTNnDBTD/cCxSaOKvVbDDqbUZzzuDFkgP+vVhKQS6fjCen8DaLfhmfYdGbHpqsED4kLDMKAwnCbrzFGCwYHpojFz7MMFp4A94sORQjzHY82WAyG5bnG638IxadacywC+cz4UdRo+Q/F/UnjLL0ORnWTJ9BPhvwqDNZzFrP0w7xBG0pC+0BtU38YqZVep536H/jjXsJrhKWMROOHURY5XnCYZ4ItD8zb93AL9Nated5h3uCt9xdgYuXpMbzvJ/yBO8AZt6aQQ9Pj0HnQzzBO5CZt3aQ3B+Dzp/2BG8FM+/YQY/lsQ/d9/i2wQsnmM2WDGOO3sZb6Y+3QUIzz67PsRltBXEWi76AAkcSl1jsBpvdwmeQgbT+/gy9Tf+I7x06+jOrevDxeDyE//rC1h9HV3WufKMHdu9tK5udLkVe5tW+pzeGo/i0+nOjq9rhxRVN45QyBdq0476y4YUg9EnCB6ZGpwPyv09LSdodiGYYza2F6yORKj9mVFR7LWz57csTL2wNR62FpSnf7QlFavKSounXK/d3XfFFkglrIyrPdsNXFfjTRbh5qO/84JgGMNYu2Sob7sftzJ0WUPFFG4xJGHHjqq4cvpk3PKg2pgeUPNi00jnlKjjg0/hhdMtxkEleXZD0s705sv1NBTd+8caTHdG1wFK0oe5O1Ek4TThNw7OtMHOdYcmVmT5IWFzYoROEDwF/ufKND+ecknt2XVkZLJ9/88Vvn/NF1O6EupePJ30y6ioM2ab+/FCsA1yYwA+7usCXG5fs98VHU/w4a0X4nbh/OOCp83hATvnbvFHoW7p901ObwEQ8PdIBjs3CRHsA9Vsp/NJYk1e0oRZQv1+CWRcb35jgqIBjold+eHR5I8w/sf2ZF6trgUB6044Vvpw+Jem5Hevl3DDspq97AfVnBXxt4ZpJ5a9I0Fu7Jgqeug8dJdWb1xaWg6HkgN2gqqiHv1dXCcIIkVa4MPKPP3rV9ML1ZTW1gZtL4d6dv+Ke0t8GeJv7ShnCrLxnO+CYo91r26uaxHlSrji6JejES9Vg9RZCAJL+ARlauzv1ryrfETSui+vh326VnoqPCUefhe06/l1qBCLy6fTnrgvsSpaEccsONlu/edqPG7n7euILD27D0RvsecOLZejtOwfmLt9aD7bmb/v850fb4LHLwsHz5Zzy0+eHbrlwA47H23/qg3oFNvrf9cJUHKY54WgMEUQtOKjI2//B6+FItn/EooypIejbI8XS1ohbcI9wvD/nRSCMKj8UjKgOFIjGJRA9P+WjM6sSO+Hc4pKc8PflSAhm5sXGBxCroabWFxHZbWqFkZVn7yVfcwAipyQZ5zyDiR4X/VoKDv3wphAxBZcI33l2UlY7JNN33YWTyYAPVz1GunrLKS/kXJx9uvfrfeD712LXx6V1Ahy+09md4DcrsQJ/gH/4mBcU6oCl9WDnTyfqQGtE4tzuobcBkcNOCUqxYcYybjtOr4YQbs2i83+6NqQY0rjcA/ScYdy75CD/BBlTf5pTXNIGx58J/f7YkWvQJO/ckSXkIT3nFfAMev1ncW134br2qorV1gCkJA5sB+mhC4SjSzkSlvx2uNT/7LB5lyUczqrFG53g8K/fPndwYTUcK9BKCJSiggV7tH+f2gA1xCHNcP47Xx1OXyVHv7B0hjTFeiES56BzQCAjpEwdmL9935eXlgZwDV+NrXt/pL8YZycQDlkszfXm3rPO/NghDaK6qe6AtxbFCxILRYfv9lxY0dQF2014h05gJgWmDgiH6Th62Qk6MI2Zd2H9nagy89ImQNKqpJHqLKgOTCOJ3wZzCaFm7OTgbepAbklvQlfLDR+O7N/aA1aPO7lmd2ozwFXqXnIIKvOqkciLmqAXeTlBIabfIUFHRhbemHfkJqR52QGIbtICkD8JnAQ1OnFBrRH9G8QpNu99b96sVjEuXdCwqnJawSUJR/XfAkg5rJRzhFZ0KNfW/qogEQWXNOuzd8edvA+jCHGpqHsHkBdFGW4t6oHncZruDeZoHWiG5KqLy8kSHiDN2dbBd0L/v4P9v7A+wqb6Fy6bCE0=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWlUVEcWppte2GkENNFBMWpiRjH2ihi1ClBGg2gQoriM2jQPaWy6M70oeFzQiCY5GjXG6DiuyZg4bmMycV/qiWOMeoJG0YjiKKIsEWVfRZxXr5oAjudMV5/gmTPH/lHddet9VfXd+91b773unWiakCxycXGxuHFNjMnA6GwGJnkEtmDzWL3Fmixo7YVbTWlxuBf50vZ/Yxv/AmyjX9pe2v7nbBGtNr7KCVt7ESZjUlsPj43B18v5VhEn4dqRJlsiVyYdgyh5SJzeOMsBiIJvVXQQbJNTYZQ8RqGiYWPHqGnWUTmBURM+CicwVD7Q8G0oHYRfhopOKMFQrTOEYAY7gdHQYMIIRu4EZoijGMKEfIVRgeREPA57gciGgBymxIOUlHFtD6JzhMoZR6idcYSGUnftQJQrhTrjciJXhcNyJW5zZiU7yOF6QjxAvhyu3WRf5IvK5Qp7WXVYRuRg4TEOq6itFCupaoodQ1UfiFiVTpRvJdVJSaSqpCz5PMaJ+q2kqqt2jBM1X0mlAzuGSgckHVRUOrBj6PKOpJCKKu9aQVR5Zz8oVA5LoT2IruaT00VFV7XsILpKTMqCiu50sYPoTheS5Gq6mk8yVk2nCJJ+ajpFkFxS0ymCJIaaShEKEic1lSJaQVSKaAU5c1CoqRTRCqJShILESUOlCAWJk4ZKEQoSJ83zFTHBZmAs3fCAlTEzJl0Kk8YBzRmjDEwaY7Rakt3aT5gsxj1Prgm3WEw6vdaqNxk7Thbn8etk8RnvM3H44njGatamMElmreGZi724H5Epem4gkluNMet9OMMz17hzP0bqzYwOL8b3Ig0m3ey5egvznNmi9Ek2bmMG/AyqF/7nbFKeyiytMcmS7NrBWe2eccLs6dr5fH3/G18ZRphs+GKdo7QlNLTbFTX7HZla3vm8ZZ3B242ad2gH3orO5+3XGbyl1Lw17W+m1crO593lN81rd2cFbj8dVZ1P2P83JexBTVjV4XHpBSg7oDOU7UnNW91B4C9A2YGdwduLmndohwfx0GdOeHzM4IkjTSZzkt6otTIW8rrWm2tibVqjVW/NCDebtRkE2JN3idmms9rMTBI/MLOtP1Jr1T7nTkNDXqwqO26PwUP4zy5sXZR63Lp2g4At2tfv3gdbfGC8te/6pzIJ7JaXUx9XKGYDg87dB33FMPiyaYZ0nBtcANTTj45pQVt/3HXx6jU/eDH5anHqABnc1v2tW32XSVhV5iG4JNEVgu/zDyxt9oOFZzcc+1zmw/bwvhOyOlgI86Nc0z37loCUNQ/nA/VJUC+ZsWFs4COUuP2aqvywKxvSu1eNYWIF2nBr7fKsKTdR08MHbFifRjR47FceUf12gIzS1+Vue+6hrPmX/jG5thmwZVuGDcz1hXXrMeAJWrDvYOKivAI0bNxPa6a1lKP+vp4Hvsq4CJZYoj6rk4jgpLK3jr2xSgqRzyblF99VoERZQth3P+SAtX9bEjtms4T9uJfu0ZSIJ4DbZP+FK/IQPzxHBP00w05M+LwRndyKiYrZNb7zNLtPurOPh76f8+HlRoDpbUt3gVdi8IwNgPivFHnxEz9BPLz3XaDZPWLS1G8Q0i3KG56RkA924WUz76DhA3M3FgUVgOpP4rgI3EbiM6vkc/f6wnXMh7o/5tcjL+GA5V0nu7Ahkb97cFcjYHl/SwrB6dr+01ZlN4Du7NTg8Mp6MDViREneniqUvezrSecVufb9NpL5QmqBf1U4F7IroA7DbFJWrMLMilDYtTNpqsxqsDBoyKyR+gqwdqggZqm3mOXdcOQYyhyNFgQNqUNYHqtHdIVbd++9PuOgDPqcHPzn378iZAc97f2krtYLXl/MOVoTALnd5uUc8oNf9jnSvLzmNHpgORD4+IKATa6/p91+rQw1ZCftmhkvglxQOAEUAyseflQP+OVNbixPR1cFpkf/IB3ew4Xl4+brB1dva5AX7WsGN/Y0TUs748O68oESwhaGm1jrD7lgn33zqIA9dnilpKJrI+A2ty53jD9077Fl+pvRPmzBvIB9fyjwgN1jb/SYr/0FFGqw5/zZQfzELeBM8H5zypoCkDuAefVuwiH08f6C0nXfPkWfTmuJbHooZmWlh/7uWnwcXE3HQryOTBVZ5+LDPdnNfjtOnOrWjOb8CSt9PyBhFrAXZGePHl7ZgLggv569rAY9qbPd2eRXhRbxwikDo99tfsXycwna71q8ov9DV6j85zeDjF/moYyEneof325CwuPiLgHgMfgofOb9S3f94eyNczd90acJ8TyHZqPyc6cj9up94KjrFTXvTJayJI437fGuQzPnjO/ZNfUnxHnxL+/18oRTkt6+PX7lbWRIn7djYGQV4PclkUJeBpelcIY059XYG7WI1IMa4Ie3L/GAtTd/5iK7FGDvzQvIAfm4+5kHy/v1QgXg5f1JOVqF5ftUxJ4oDAg6x4ghlxz/uuNZifi8HSiEfW42LkwdJmax+nceELO7Ki/HJK4WwWh+g9WI8PBmS1IH1K0PkrFpE3FGVwIX/MkUQRKHZsA5kXP4RSCa6BPy7eYWdP/Sa9zM1YD4t9heF4rAsilXjhcGbAZlsYd7Zj2oAaWjsVIrEO/2T7vAwZyqPNUC9gP2/PZRB0UsiYM368btZuvuWwirsSKrAGjjJ7yx7SMPtlGOPVOJVhyZ7d4YLIDvrlxv7OIqtOuwDq145xeRyq8EkDjVg9QYLqNr3FnPqH424cYyFI2HNXtQqx+2lH/9fXToKYSzefF7gfDUzr+Og/6nEC8DQQsyLRZxkSxGCecVnMkN4jLTID+IlPynGhD/+7JX3VNeM6TXAP6oCzfO4h4ZTWmWjmdC2/+Bbe9Un2NT/Bs23uMh", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlYVFUUR5wBJ0BQdgUUKszcmIUBTL2DIIJiyJKa5jLMPGBwYHQWWbLcxVxIBS3RlL4wxD1zQTPv1VJU3FAIFURAQcAQQWUR0d59b4gg+po3X331h/PHfe+ce3/n3PO755w7M87hipAIloGBgaoXOUxSyAmJRk5EDMcarA6UqdQRPdolb7UiJhRLPq91/3tdkJ46Q2xProsSS/6vdf+hzq1dR9WpYbs0VhEr7ZDwXABez6VGXigudW+lIkaslkl0BPGZgXjUKGQG4lOjBzOQgBrd9QF5MgO5B2Ad140ZSkijuMxQHnqhPGkUwwP20isuL8a+aC/Ug8cNNSIfobLYSPKy+VsQlwbxGYF4+oD49ENAgXwVmnAGICEjTwJ6e+76gJh50uathx4gHo8REVqQgJEnoT7b04I8GYE89AFpa8pLDxDPjQmIx2XIHt2cKYzO5NG9mcLoTAPdmimMzizQTRbr+DqT0NFj+Tq3h44Oy+cxwdCpwNe5OXR0Vz6j86G7JJ9ZldNk85lVuZYFZmWkpYFZRWhjYlYRNEjAqCLaQYwuCx59wwh0Toc/ghhdFu0gRu1OW+UCRhnRDuo+I0LIH2wqWzyhJpSEQhJFxJBAZcI4ORFDxKpVnQ1GsLFkQg7eKpVCIiOvbUVsZ2Ohb/xuLCxhHhGKF4cRaqU4ipAqxfIui03JF58oGTnhQ3ojlDILUtFlDYd88ZUpCQl2Rkk+coVkbpxMRXRjzU8m1ZAbk+PvuTKzP1szpkKJFMdKVRE9/yqptT2Y7/HvB9znHw3YnHHAwk4Be3bJDGwPG/ZRKJRSWaxYTajonxKY2WCNOFYtUyd4K5XiBBroRHGh1EjUGiUhpSbmdMi+YrW4mwwVCOlrovP2CDyF/0rA2h179t2cLXRA9qwpvYcdMkbhFtO8Dp8vB+vTm7mV++3RmxM+XjYi0Axxt7xrtym/BXg2n5HuTndAqUkrpt8YZYpmG1+xD75dAdM/O1hWvYmNkjKnXuSxnFG204qHwdlNYPEx0dLynOcQuM86ERDohLbXZZ6b6PEMtDVqSrdtsEUFnCgXebYlCnKyiZ705Bk47YU99kPr3qk1O+VmiVyohbVw9peB1msvmiOLROGeMXEDEb2/OjBr4nnj0Vs56LvJc9PiPrJDrveXbb+8OweMSZi2y/3yS0jFt8Ae1Ww6ZDp/bwXY7LNG/qDVFm3MXeQP26xRtSu3116HE2DHqKH5aZUWaFH0SXWKnQM6/iLpaVFhAZhHBZgGQqiAboKvI7+vUR3pKVrPjRvmPOAwWMI6+zk3rhVkZbwvsiwzFFHur+ZBRd9l6KIzB6U2GpFbrwcTTA2HJNnkwZSspcEBX5XDScvNgg6kNgK/o0/a8uOrYYP31YiCBy/hxA9Xev5y9gWo8xw3XtnyHDp6RvrKFI8gva4eZGM67YxQSQo+gGvw8iX8aQOVIOPuqWQDtMEcE/QUYisxgnyYa5FzIntdDZTOLPbrGW+NcHSsKaWAPrdq8OuIHwaZr+GglRfCTu/KKAVliVb7x5dZI2of7P6oaHUb0XT/NAy7t3PrzwOfQIrnbRao4SB+aQCr8bEfKgZTPtl/NHwRW1ROSqb1ZqIrq66XlJrkQlVh3wbvIJboXPGR5QuvPQQUvtgRmfi9rTFMewVbR84jl1YBajsz7JE8PnHn0J84CGdD8g2WaDBOgy1OSO1HMnnXGJGkmFcfa4JWgLTIYqH0fiPuvFXpghJzBo/cmPsKGPXFMxUwy/Ka7023AWjOApxZrYC2Y43WHp/LaSm1RuRhO2ZG9RAtcT2zMrOwH6LM1llp8+QlpM67jyUavfWDHXtqnZH/5Bd2qsJ6Ol6eCSp4ED2k8QsrtE9WMn91cj6k9u1zCbyHwyk5CL0w/YtNRJyWdDJjioBrKPubjSPLIFvQRzjqx3IgeTR97JiqOhgyCFeOARp4XUEeiZEobQv5se+NkmxuXWkKvQcpWm81A1x2c/LZaDdOn8U1ANPVf2ErOJBKrJLMZCPbY3kGJYZ3oDFVKMaizc7Jmvn9Oej4OqPHNv7NEGfF1Bm3oFNmlf/wV03wU4oIA3SDPKWUrEo4AJer00tI58dt2DsIW66DeS5FLZ9GnwSPV5AJUmWDNtQuJEv5EaDqNv4+tHa8UAEyrBCZRSZHvi2DVFf1jo0krzpFTNdLrkenDkV9U+5Gx/sNlMwvTg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlQU0ccTogBAoh4H+MtWseKwksCqKO7GEGpoiLWcWy1xuQB0ZBoDhXrWc+q9aiiVeu0eF9VoVXrMe7TelHvE1G0KiAgFQU5FFD79m0oQZkxy0jtH/LH4+2+/XZ/32+/37d5SZsxxiGRtUQikdmVv4QZ9azGqmcjA3AP7h6gM1sixeWtIIsxJgK3VB/7/vd9gz5QX0gVff0+9n3sE/q6l/cJzuJU3uptNGgrWvhZKB7vJ1zlEc78tY/ROoa3JscgSgESoTNEOQBhhKuCZhWGfhV5KO7zo8IohGsAHYR+GaWAYRiaDPiTdfxp1iEYxq8aGCoNBAjXQJplAgkdqtC6EQxTDYzcUYww2pf8U1QH5LB4CH9KSvYgh/NNlqhOeHJK0dmBGLrsKarDiYAYh2uPVGp1VrKBulGB/KuTclv90aU8gIB8qUCkBBmqRDBEewyVRdowDiePGD7ukzvMqMLx5VSeQjInp/IUG8ZhT6nwO7nDRWGHoTpaiN/JqY4JG4ZOp8Tu5HRlZAPRlRGRj4JO3EQ/Coe1YOdcCjo3JiakoDthSMoVdB5pA9HZnQ1E5ScM2ScFlSLKQXR+YgNRKcJmQkoqRZSDqBTBkM1VUimCIYeFkkoRDPF9JZUiGOJEyqoVMcSqZ82N8QMLa2KNmmg2hgeaYoP1bAxrsJgjXe0njJTiljt/CTKbjRqd2qIzGipPFuH272RDY8ezEXjwUNZiUkezWpNa/8ZgD/5GFa3jH6j41ViTDg9/Y4yMv+mjM7EavJjQUumNmnGTdGa2itlCdForH5gev97oXN+ezUWgEqU2aM2RkrcrgbE/9hS+NU/Y470SllET9rP/cKDwq3nCtd9F2AsjjFY8WFNzvP3ta1fB1Dxvz/e60W7UhAPtfUchr3nCdd4rYQkNYbt3bts7ZLea5+v1Xvk6U2+wvNLHfP+aJ1z3AyuaqVTJ/4FX13sX4epYVxUn3jt4l3+bZHs1e+Mwx2WHJ1YZjSatzqC2sGbypR823nCr2mDRWWKDTCZ1LAG2FFJismosVhOrFR6Mrmj3UVvUVXyoUCrJy1Tl8Fj8CP9MgXvZHaOHDvnkDIrEfx3qcoaN4iPSeg9AxqW2t19Ml3AHxsxI6Rkr41KjRcZZtc6DmQfgNw9O3wT7GpaezQ1141YlekzYtegwmpc09Ni2TS9RWRNzcj2TmCuZPvaIZUUqKtuedyVsTAmyeK9+vaxXXa4BOJW6b04WCHx+XLvjnhTmjujdK2uNFwybU3vQnpXXwYCAb4NGs1JOP3nK5s6qp2iBZmRqiCQXxUf9+sisFHMkritgQcHt5FnmG6hFUgbY9Ncj5L5vS+zp7a6w8OCthS/Z06gpH0Z+kBh6d5y++OC4HHCwbD6PSAGv2OJ0dXw6GtSy0diwZ3cBGZ+Glj+eCpSjjqOlETjSUlC0+s6K+XMPATStRWBUnyTwxdUjaQ3We0Hpxu+7i8POgTWHVy2rM6UUrHvYYmtWv3soJrOUZ3oSHf2pWdc73jfQhuD9z15eE3FJE3FPJlIzn/t22l4MTrbea4qu6w6FPOWngVrDPH0S1xeC8z0GXl7+pQjOwGlrcgJ1Wfbzc7+Hp8CaTk3irsmy0GR3gQkat3bSjxvaHUPDu/12ZuJRMTf4u9WGehInjsxXAqYKCzlB5uHu9umzS9ChUA+nT12kkE9m85wNjSDb9MHwxgdSQOj6mR2OzxNzrQr0w6blNuB6jL+w4MrdQrCyyPmrHwZ4whDhxgMm3M+OS/RIAH8yJxK6GK4igeb5+nBuTvjvLecWAIHvJjEkukhHGer4G4onxSiej353++cgbfO6E619ZbCv6UWd7AAR9MKBF3lCQT+ypnCVapE+s/QgmOTThg9lP7o5y8wv/Qjxm85TLgD5vHq8hqeAc7lJf/SOacBJZAtbaXJzgaA7dw/O5ULT8FvrZBzZj1sgYlWbJdYJxWDnxevD/t7jxiWuf7L1VP+LqC+erqOUOzey/xmXnk/Q5oGwvlol4oJvPi34LKU295BX0VHPfDR8m5Lfigzkuqv5CO1hKTfylarkcU4e6BCBdz4b4V2sf8mJaygI7yq4775i+zfhmYDEm4f2rGR5ycrgFreQ9lanAkTiKUN7JZmLO8bI4MZ2WInJQNiGcBHEsmqRlA3G3p2wcEl6MegViyOQwTvezrPiVE8BnmWt61mwxPlpo36D76Fovgz2NUwDLrhZVoJI/i7bdPcCXNiBieeD5jkP/JtxyaArLujg+jBZ8SQwuG86qYtjYkj0XoB8hATdtuk5HU0UCqMI5QddjLyeKeWWpue3umK8jwpxuYXIuOV1pvjvPFqLE/bjl8cAR7lIL+bu+fCCTZBwna+t5SsiD/TKStlVkuoKBXtpLbLpqwhk9+vyus3LQnByqd8kn3gxR+KVQlIvEhhz8lXi1/mlSCizOU4wYTCv+NTGkC96vjKKANmfVzb+jSGucj5SFIfTnppHfGZ6QyjoencuyatWBpWjcCWkodnhWPnFxFdmO0FhmiZSGN0WO44Y4iyZXtSGvgP4HcxoXl6PQDhCggxR/FuXMcZc2Wsrfq2p+J6sij7mH0pIRk8=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlUU0cYDYshyBYgELUqbrWtSzXvJSxuMwjWpSpq6oatGhGVHiRKggUL7ltRUY6K1rVudd9wX2eoWsEd3GtVEEQRUdygGNHOm/c4sedwTpmc/urx/Rgy38vNN3O/+93hvcYjjP1GOchkMpOCDL2M0ZERcdGRo9oJEUcy9IwymUfZVc2CzcaxemEW8jH2v471riYW9h/Hun2MfYwxxTpUxagr2VfNOhtjRlpnwr3uwvc1dOT0grEFxxrHGsxRETUACTFNWzYUJ6I0bCiejgG2gALZQFrbQHRTjATq6BjECqKpeDaUv021klBaNlQARXE6NlSgLWQEiQtkSCXSIK6wrV5O/uijYkaTY/xfQRpmMj6Acf5MuTjmIn8A4wKYcvEiKJAJJAqeC2IC6WyhXcesJgoTpctpmHJJyuWYQIEiiGcCicLltCwgzhYpcbZogrNFExyrJqxnCF9jSVhPEL7GpRWPAoqpcWWtps7XuLBWd+ZrXFery/I6FoyoVJ7NVaREbPYggdjsQQKx2YO4Jy2bPUggW/pca0ufa9n6XAIx9XkVqMaC+MBRtGyKkEBsipBAbOYgHrlaJkVIIB2TIiSX1DEpogrEpAjJWnVMiqgCsTm/aF86JkVUgdiOC9H0dGzHhQSqXhH94qIjTR4y8ekkxGiMHRkVYzBHmsTHFjcy9I0zxJijzAnBsbGGBBHYUPghc2xchDkuNnIkvTHcOg81mA3VrEMn/g/Jiy9pqm5FCreElzRCdG5lZHlBnhN2TvaLeBqejvq8rWO64eUDm/b4cXqb88546JHurvYty9ADw9rr2l2+sGtshUfRwRKg6Lii/5ptCpgiL/XtdlkJbycLP2QBZ7lTe76MeQdC35QU48N2MH7ixlYh9YtRppMAeAbmvLp9Y6rJAl765RiHzXbH7ifa/tyiTj4Kf334j+QkBbw4J+durstJdKjhzOK+gS4wqIuQUQXHf+KW23phIZh8q2PCoM/tIZn88tceBbzTTD51SUg+WtOh1dXlhW/BrYvl+vyNcmgak1qSCGrj0plZ32RsvgrodL8H/JNk/0rljgNHh0YZx9nju4tmzwz39oYF01df2HqpHGQ3uV0x6fvnYGNv6G04+RyI+bOA/bFaXipQANLSXcdvn1sMRhA6ngUq8elGu2PHpL5D0/HZtV0OuMCniUA39EgFqn1j/biOyXawf8bmDb2xG6Tw3xWY7p9XY16gKcIHzuvx2FGbrYSzAq+fHqt9goRdNNiUiQYO2YOerD6Fki7vHfw6yAFPOQin3T9TisJHtr8X1kuJZwnbKvDEex+b9vtYSkD9RAPXv60Cx69c1/TwWwvwWMmv2xfgCkVe5DhM2I7eE7eJWW93bKYvTJ1kaTfuoissW3qHMLAcTHU8vUDzQzFQbK9PUuQjL7qhcqTuJihiE1Dt7Jo3cbE7pnREKXCqx0T/bZ3KwBclbqSCZSg5peCFX44TXDuarEjnDSc1IAwXeWC/V9EDkna64t9mbRp4Nl0Fi5prSApHWKEp3PlpwUNA616ZDQQWSxJ3oR1Rd8cnp5yS+DyHMpcdTVsY5oVnuIXtWhwpx0cPzZeXpjnCQrDh3okUR7zkqvOYJtEFIHRu9ENLkRqaCRvnnjrh7NRv34W8eYOMVAD1IJXtrneSDlxgXaLyFxmeUKCjlpccbp3Wt/sqmT1MEBbYygGKda5EzyPOf/d1Zj5oOduXSKsc1MNDGgVrlPgKUemiLTkoaeeBEZMHy+AEUaAoaF/mhBN+SkjXvUANSVN17vTIQ6zXhjr4mrDceDWk/J52xrkn3Ffy99VYKdCp9oR37Ukn5tvh1o0Jc2l18bKePvN6bPWFVG+HXKCnf4fj/dIqJL3noYCfgoc/6OMFVZdDb5a+ypF0U4rEOqogaQ7CTBmqX3zfvx4+B+j+tueia/HkwxwZ5uklw5S2rBKwfcfNYRMuOeAkQcbdn6NlgjzC89CF8+Tq6YIl/SPBHno2d8f3B6kPZmMVXkFU+6ibBSwukw9bNk+FZcI1xQs3poUtBHf2z0i8zLtiAr49BnthmicsBQx80uboZwtq4yvH8lUNsioBSiLCOeUAqZ53u2GhXLqhDpC2WxclzAgSnOk96icYRLYHpjY0VgWfZZ3svKOoFn5VeTW+6FepL7PrwbyJRLkGT8m3HoLJguznvATt7XrNcLvkDAe4t05f9SwPdaQNa5H86SIi4iEG9hbR74WVAtJcLbZ4W9AQutAyROWg3ws8zxw5NH+WEi99v3CS5Yg9zl3pufF4Rj54maI3N1PLMZW/vxMW+78C6J0F448ZbTKTJzfTPz3b+t7K+jhQTYz7G2bEwJQ=", "1: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", "1: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", "1: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", "1:eJztWXt0TEcc3k2yG7KJPDRCoiTxrmfuXUkonRsbDkUj1uPUeyV3k2Wzl91NNYd6JFSR1CFFDxUcLVW0pZTQulOEknoWlSAhQrwFISUkvXPnRhZb2ck5e3pOj/1jdud37zcz3zffb2bu3ZDx3GC9m0wms9QTioGckY1LNrL6ziiCwgMMFqteXl2LsnJJWlTTvIkJMZdXYjE1scGCjlpP4UcfzpykM2oSdeYE1lAlfOqMe3UMMf/jWN83sf8w1qU6Jq4Az93ZizPF19TQtX7o/jCxpLVKodQaTAnCElI7BMXCutYBEyFiornk8Q5gKLFUk3RD4W7C64CJJBkaLZZECtBiN1QXEoxaLInYqDGbbiSYrmIZQQYR2RApEC6WkWQQsRsiBSLEkkiACNxNGAkmEgtNNJ8YQ1EkmG64nzpgKIezGjPBXw6LYAOiHE5S3AWhR21AjjsOq0aYdLYgh/NBBNGEThVBasKebNYRojSS+iFcFFCMJvI3TleaKI9w7tFE/sZ5RBPtWjgnaDKnYnvTZKbDTqXJrIBNR9fFdLTDXrAFkWUfBqnJEgnbTk22okggh/1gCyJa8Cg8T2oiR1B4ntREjqAk9YgcQUmc7DsCPWtYAtAFK2tmubhENkkAmlN6G9kk1mS16D1sG9QrUE0lFFEWCxdn0FkNnOmlBxeP540NSZnEatHNQ1irWZfIxpt1RjtPOZpEg3BBI/TGmg2uQuCle+oLP6INZjYOdab1QQguGd0cZ+TiJk4xWFg7jfYxxCcL4zOi86xB/mqj7iKjBJ0p3qJ3fSXHpVOJtClFOp+2mzNou5DSDpf2U2mVdz5thTNo27HQ62lLp7bqjcr5tJW10UY1jaN87Xjn9Xyl02P1Jut8vu7OmGY73nk97W62qzVNOZ92PWfQtuOdf6dtc/aQNhyadj7v+s7gbcdDtfCmbPdMWu183h7O4G3HRLXwDrPd9umuzuetcgZvO2LWwrvbC8t4uPN5e9bGm2gZt5M1rydcfTyRHnwiXjrUecvw2zwNx5njDSadlbXg13xeQhGbrDNZDdaUKLNZl4KBzUQtzMlx1mQzGy9eGFdTj9ZZdXYOl2r8koR+cXgsuoT+QEDRoM4XWipnPebTOg9Y56H0ZRbnzujL/9oQnlp+9e311ypAK+WsJZoFDXD8k0o+Nj9omo6q4g/v67XZUFCPKbq+ZKvn5ACYFttv5czWd0BG29tee7ooGJN65g4m1RVat/tX5N4p4UXYUDlTkDl3zojMALjlEgLeA1eOh557PL0cLBVa2bSgnC+8qMrckHqbP10yof2jZfdAr2P60yU3gmDe2I9imjXKB3Nuxu5sNicXjE7Kqdw6VQZ3jJ+R1zOljEcslmiegh4fnFg0KisYjhMbvgWCT3Jj3Y/O4986Hn22tEwF9/wW0FqruA5GV2qe3L75AKBW7k/yhSN7vXctb5MrbJn9dG7ZOQUTlDWmXe6gYDj8VufdbbwVzKCMZSa/tPOgoW7fn+3ZDXxmd/nA2RneUNP0ZlH4cm+mAxLMvQUsmDz/8+L7l/jvxg0Z3GZ1Q2Z1IBLYH+rLi3VrzsiZ/r+791wx1I/xS4OH1/RWwm0fPszO93CFf/ndjzq2zpfJbOw2rMFmb1giqN+30zOQfi5Rxsm9mcvfrNgf/GMxj0b5ZFQ5+DTyTE7SNhdGINckNt8LdqoKefYoWQ7bTk/PnjjPixkR/25hTEZTyIoDqeKndAxpXmY8AO4eQhMXCLfwt7J6dCjlc30O7tqZcQZUjBIEpWSw/w03tW/4Y37je8NHbuGvgX3xQgOLQyHzdeGeBl/lAqzDPf4GmnajD0Qy+Rws4rF+f4OD7boLVvGDoq2WuDKplj5fPFI+AOfmP2PLix/wl8MD4chgBcQ+UTEHzm+fPe14KLx/cuB4n7NKGLDjhKzARcG0RERu+sOEaANXOiebP/IH+rgzWXfXH+gf4QaxD3PA47Cr37cqVjCu9ec3jzM1hjJullvOwsugheCqCb9UgEmiQBf51KKDX+5eOhOg6QqEhQC1emhIU3j0s5MFF1VXgDDJqu3rrvCYfznfRJiGjlvz+GPlWkF6F6YfEnhYCMS+q5LaPcmLPk5XQUXOwrApHcuw/ypLwcK9D9uOivGHoo8DVNK45Ey04DqY3RxSQ7u8syHTizGIF46BRdMruk86uhPs/MG1JP1bGdNx60qBaSHvVpKOlOJF3ytcGDSry0ylQPSL/joQp4X2gS7t5zbKO+rLCFncp9XDllAw2aqNST7w/akos/2YsmenPr6uD4GrNm4+O/ZnP8kX9RlBtTsjikIlHZRQsXax4OyrYP+WTqa18kCI+y/jkcppWRcAclvQtHv8gIh5UeOuXJP8eAR0HbOrn+feULgrH030WZD40w3Ldv9KXosanOUJxdU2ypQgPL1ySZYX16qa/zdq/kiwE6P+Aeuu/uQ=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmHdQVEccx+/OQ47eLYhBbDEaFa5RDO4qqBELCnZx9AQEFDi5O6KgMTbUUWzRjIolGoyKGhKNimSMu3bHgiVWsIFOjCIKAsZDwLzdPYKZMJPb87+M98e+2997ny2/3/f323nPZ7I2YkozkUiklwnNEG1ibHRqYuyUIGKRCs3gBL1hirih18egTYokvZAPtv+RTfIv29BGW4Sgh0h74U9/rS5JkxgSr9HFxSaQh5oYK/w9bP2bsH3+wfbBxmULbrDRyvW3ivtqk2Mae+TeQPK8H20VkaT49dFpkzSGhGgzISUfJKetyhJIzQcpaOvPBylpG8AHqWgbyAepBxKbny8f5c8oPz4qwCIqkFFy8ym2I8swP3qRKyObC5fIhOQ44fj9T0huCaR4D0hNoVBt6mQOKIBrJiW7qCyB+GZSsUsgF6S2ZCYGyX25IH9LludvyUwsP+R8Lg+0AJL7WqAIuZ8lM5lSQ2EJxDeTSeVccZIzwcr9zYXYgUNsCrNjy44OyvjxMGxDCjkPw/ajMNvd7NygjNmFqPHYUJgdocZDQ6HmYVhKKLjiwzJCwVcaWEYo+LKceVvJl+UmyGwpvFMjlWZr4V2IK/dMNVLJdyyZIL7KxfSgNFsP70JmC+KdwqrkUwSTkZKvnjAZqbgUYSqsKi5FNEBcimiALKnGKi5FNECWlHAVlyIaIC5FyJmMVE0rgrxj651E7EUmRKvVxSQkawyxevaG4yA0w1M1yYYEQ1ofnU6TxsCPyEAGXWq0IVUXG0NvTGrsh2oMmibWoQpglZ5982m4FUtukW8+xJox+/LPY6tfodkvfxo2bVw7OPGT885ngmzwgbNfHP3WsxLVh9SUleLmcNfoc/KTKd7YO6N0+OEtYqy+2GvoFRcvWB/75yONjy2OX102G6hy0YiH3288CdvBIR6ZYU+ldnjg5rmdjy/KQz3vdmw+7xsHOP63Iw/dN3vjdtHPx/XtXYviQhO05VZS+PHxRTtHL/XEmUXxIu08I5Lt9RoX06sljDj8UUbpFXs8ZKFD+I9ri8G6VU7p6j1t4La4n5/qDzrgEK/SErXnHTBPmGXnTWeYs30odCv2xHt6jx6/D1WiQLIRbxlMXdNKOqrAA9sYtwrkeZS/vHl5C1lLaF3QenjhRkd8Lev3tjv/wCi7Q37t4ipH2MXJ7uAOo4dp3ruA+cUOznLPHVCcLsPul0NvlVfdACl7lwkrLkNkNR5v7iO2r3pAx//8Oeok7DpkWQnqEDZrQc/BBahDkXHO1CO3QCJdiBSHLkt8/CZHAgNeH4/ZPekaqC66OU9/2grT4cOOIa/ZGvlI33KUNmaX6mKvtyj9zCdBX58Xwz2Xro961rMCXdVOtC7YIMLBtjezpwdXgHMn+v6QcO8lmJn+/achXlI8gQbwOeiZnC0+kmGLX3WJWnm8WoLt1+TMHz6wDCzJGCdEpAalkAF+csbUj6ML0eo5b4KmF4ixsIlhtetdMevfAXYdu8zJzHeBxD1pZ5zx2sVkgBfAmj5Yi+D2+0cdvaxwr/vhy9clz0cPuq/a+nqfPWRxeoteBPQboDPWgWPntvU7pHeF+4ZNy5oR5WLyQzno7uNdlXhDDNk+7XBUuz4V0RfuojKHo74buorxVk+ipFaY+bUeCUF+tuWz9jC+feLM9E7WmMbpFyOi+lzdDOa4CZ5c5YPrr8180tnPFocSOQd6QckRK1d3JMMXJgw6ax1cDCTdFre47dgehkM3zYlIW0xGObz8BnDapPjuQJ4T3PJi5+lBeT74vLDsyjopnkEXWge+uh2cNibeE2dtID8xFnaz6btsN7hb8O7muQ6Y7rPSCJ7k/djscWYb6KL+7NeIFk64cG9NVNKpKiAiv7lucF/xk2/227fBgnOn2RhrEJVppRWk4RO54v6dUiVZslnoOtmGrBbRdfkfBt2pY8MAUUnXHIWpH4QiaOJJICBp8CwXXRXdk9gsRYjKqasEXlkdJQxdiwRI8NB65EwXWIJKyDJSroEJSafq97+xN+mkHI2kDz4HMTSwInxgbHV+4VIbyPxZCvoRuY6VYJbnUlgh9BYFFIBzI47t2j7UEV+acv3x1G4VyJGEsZURFS2ti/0zRoRXPnrpffWFDJIqlF9Yg6j/Okgw0/1LQOtDRg2gaWN4jaYXLLl670EtkI5y7L6/rSPOPTRZCIE1bpl3RdhhBViAicPtsJgmbhVKI+7amwm0ruSOA04a9WXuoZKG/CoHrI48RCTri9a54CGVKyINHWsBje8zMV645eLuSyNdcUobB0HKD0x5aItHkm3NdcG+g3fY9u9Uhdh8NajHW5+6V9XOuDVd4FvQfkWqgHpA6rYe7jjShhT+5Di9QadN0v+zZjd+4mp8GWjCJv8LiePPow==", "1:eJztWHtUVNUaH2AYkeE5AwOIoPgou1Y6T8DSvRE0n5mM18gsGYcRhsXMXOehF/Va5mv5uJVS6e1mZT7rmldLEwvZW8u8ahmiaEaXsHyEkoG8Qh7es/c+hBFrxZ7V6o+7/Gefc76zf+fb3/f9vt8+5yTMdqTPkUokEleAMEx25FnMnjzLnJHEQsyTrC73HJ+OqxS3w2YkV6l3bf9HNt9f2R7ttKULfDAGCSdjHU6bKS81x+TMtljJpG6eNeV3to27a7tr+8NsoMNGVe/nDhjtsGd1XpF748l8NR01RiKcKU6HzeS2mnsISuQDaeiYzAfS0tHACyI29XA+lM6boHTMlZoPpadjEi+IuuIslcEbVwbmSmuUCQej1Z4tbKa/hUlkGB0PJolh9DyYZK8yzlAaQ089MQJxZ/wOmCaRy5eagZK4QBoGSuYCae8sVJrDM7vnIE2PK8Xqyg58STd444mRT6PmAjH2aTRcIJFIPW4NOltkRI97gwXjBWU1Gi+4p9F6wT2NjpN7bN8gNu1wHgyLSNvj0nZuANoeV7ZTybVcmscIruWqq1p05E0raflaSQTxCRHrPy2fEIkgPiFiTavrMRvuBPF1ugji63QmDzquTu8A8TFCBPExggmRjo8RIoiPESKITx6Y5Om4GCGC9FyM6ABxMUIUVz0XIzpAfNrP9EvPp/0iiIsRoozr+TYMEcS3YTAJ03uzYej5GMEkzMDHCBHUPSPInwBXFLnhtjgtDnOOxSYAnflj8iw2i93t6vymot9P5MQlF4YUl8thtgpvgA57l98KgT8/bFr+X9gle6365fq6zP2t17MuwF50UrbJnuXqPmT6Dt4F5C+cTDfleSz0DXaaI9vizrE4u+QiVMI+H1MdDmeW1W5yW8QcBAvDVI/J7ra681OcTlM+A8bTEJwes9vjtGTRG5md12kmt6mbBRrYJ6N2jt+dtyzkFvlLR6yZl0sGlDcHwsrikNe0A+T4zVV7Lla9XIseSOhXn6dSQPMzF0bmbwzD4cc+LPy7rBo1eSpfC99Wh7YdOhx1j/E6YvYapJkvINxSOJo+MBQ/fCj9lYTna4FDsRSf2FyP5k2JV+VObgEptebPnppYCB7x+6t80JBi1L/UMavXqQtI8JKxU38affbMOPS3OD+4RHr0BfX8QFxRsHL5jDNFqGb58WmHd36Cvmgyfrftn9Vg3Q+LgP7pUtC2sr78/GEFTH3XWjF3ghIfm5i4KiWzDJwQZm895YtPbh7zQV3bVrRT//lDj56+iSzvZE5L3xEMI0rSvqypV2Di5YGEBkDgq0P88HXX/siWk3XAQAO4hO4/++qVuB21YPymZ+85sqIOFbz93NTxm/agt/Yl/nQkqw7468IND4+UYhZHGUovjF9+fWoNyDih+WTvg03gBlnmhzWAmgvbQd9FJs2fh58DNK8ZzSDrqa/H+kX3h/50ISq8qrSiUl7QCEaRdASr8BMrks4dtd1C5c2Lc4vcrSgy7vhlcEkBLy6I2P1IQiQ2/GvU40/WKuAev6trh9hUeOHSYZO2r/aHJNp1M3eDSxEE0FfMpxIH+Q5dqbpQAXatKc+RDAvDH5HqqVqQ5sruwZeWNqLGITNfONIQAtUBu/rOyFLgqAOnJRXPBcOYbzOiDqwLw2+RdJ71gxtuv7i4ZcSXgPpX+0IW37fosdZo13lFBRCKmJSdFgWvSUmCVPi/g2RLXk69CM4UfRcRN16OK3x7r+5nrkSUHmPaEVnl1m9CIK13QSQeTKbLpfBTm+7ZA1iOb7+38OaexySw7Gru0MYNVYiwZ3FQIKT5+0mGKX6WBDMeR0Ia17kwnCRU6Z3MW+jeIyt2PH6iDhkFVnrmtqEid0G0dHoTKimbXj3so1YgGGODM0PxloEHW1fWt4HtgWMHe3wb0NW4Hd+P2+0PSTRWRyWg7bL4HEje9595xf0CcNgCkoEqRJa7Jq8Z+G9ZP8Lncwmkedl7HhDW1z1/Gaw/SYgtgfR5D7YD31cDYl+vkEHGh+8ByV788tsgly6sCbB5XyDw6df7l7X6Qoo/FA8p/2NVeN8TDQe/Wu0HN06KXDshtz+Ld3ofrKPErAVCUPeGygdAyTqhTMMjMJ13rQGQ5U2WRuMC4bAsuAo9RA5TGlCphFREhTdnv3/Ntb8ZkXaur5ax+KKi8ZBQ+f7t+VLcHFp14N9+TWh2WEbyvnHhkIanjMHrZ7an3vpBCWk/+kTBP72tLEnbGIkjaADhkPJaqYRnJgvIgwo8Rui+Cf9QwQ0vhi4wXFdhH+L+DTm0HW0XKn0FUVxaNCZpevq+VmD6+MxQS0wpGkkaclM0tm/xKfJXBMC1Ao0dS26Ast45A/IK4+BLjbJZG9cq8SvvBc3dteYiglu/ERgRCz004SGYtmlMFTgVM/Wr2EVBLJ6lUkxp+EEbMt+YMXpUTijuTdyebGHrWHYWDSK0iA2HSrKQy0Fin8rhS1SeZJD204/h+Pi84jf6DAuDJe8LBeoThqtx8sAJC1vE+t8EpPtOzQ/GC47dN2L9RDksJjLqfxUwXekl9l09+vH4x6PftV4DWkFF7ANlkLgvP78X0fotO42MvckGYs8WNlGHrcvm9MvNlH0DdmPT/A+RrzLM", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlcU1cWTgj7IiGy2DpqtdZlrArZAB17L+I6DFoJw6hja2N4QDQkmoRRHGurVm1ta12p1qVqdXDcdXS0bveqVUdBGe2oKMqI4gK4AEEEFZ133w0SlN+v3IzpX/rHk3fe/e493znfOSd50H6MKSHFXSQSWbz5S7zJwOkyDFzKYGIh5j/oLdYUcf1djNWUriF3sa9tr22Cze0l25AGWwKvJY0//8MAkzlda4hN05pTOT1Z1MReQ5uwDXpte217bXORbUi9Tejyz6u2r8mY3HBHng0m6yOEq1zjyV/7mTLG8GOieRCFANHojanNgMiFq5INQmxyOQtGIWAimFxT0nMiWDAqek64EximGKiFayQbRDiGCRNJMdEsmCjhyghhj3Q0owpoXiio2TIQQBH0P5UTIHmzhSCA5IwpcgDJo5hACkbNOYLYAqF0Jk8qZ/JkFzhbINTO5EntjHu0luRsIY9iLEAHkJwtT9FOyEge7gzIXhpMnOR2lauZQFSwcqaWR71TMHVweo6CqX/ZMUxTjNaSwokppmCaLrT8FM0WkAOm2QlqGEkKJ8aYotmSaxhjCqaZRDFKJh3QwlMy6cCOYdIBrVUlkw7sGLb2Q+tbydZJ7CCmUrXPSyXb6LOD2Do+7SRKtpZKQSq2MUFLXNVsOTjMS5Uz81LlzLxUsSmCloWKTRFU4yo2RVDBqpgUYR9IKmcGkoptINE8qZkUUQ9iUkQ9iEkRcqoINZMi6kFMiqgHMSlCTrWnZhvndhCbIuwgNkVQlavZFEFBkWyKsIPYFEHrKZJNEbSeIptWBHlzZwkjD6ycmTPp0rh0HmjO7G/g0jmj1ZLi77hhige58+MvMRaLSafXWvUmY+PNNL7PN0vMHM9pyOJEzmrWpnHJZq3hhcVk99g0Pf8glj+NM+sDeMMLa3z4H/rpzZyOHKaREoQpgyzWGUy6cRP1Fq6JTQfokzN4/wzkLYhe8vKmXgKjVK0x2ZIieSlm9mZc314jXM+7hSt4ezDzVjh+6FbJXc870BW8/ZzlbR/cCtfzlv4Sb3IX21zCMlbC9V/g7ISVricc5IpEezInWu44WlUq1/NuIjX/P+8m1PMLvKMdZ7ZK7XreLV3B24uZd5Tj4FRFup538CstbPZOpm5EOMr1hENeKWF3FsIOr5DtXxqiXc831BXCdmOlHd3oJeuvUM9hrqDtyyxvVSOV/wr1/JtXKm9/ZsLRjvM6Uv7CJ3fy8YlsHGsymZP1Rq2Vs9DfAJLP0cMytEar3poZYzZrMymwrRALc4bOmmHmkoUHHzXc99NatU18g4hU0BeXjd3jyCPy9yPEOgOfXN3/n3UgL+XcrbHd3LD2yM/duDckMIe32j4WwQPXg9uc4HzxGOnw6J3/qgFz2unujex7Bwxe8Wmnw7Mqkdt+D1kwEMOQNidugLXecEcP4w/iKUE4O/N4114L6gBqsVyxZmcdsA5YVO052oaW7suaFzi5HAUS80QZDlL/7kBCkhT2mLeqJuKmDXlOWxz7pcEf5z3UXF/X2h/GbtYXTpgjxpPJdnEBcMeK+9nH/KT4ancCKEZvWC7IKmPEcM3OyJrDxVL8Xubw9apTJWjzo1HpR59WAW1iQudVX2CQfXtQj2fta9Hflv301jZzJdJ9crFP5vAKEDdiVtT5o5VguoV3cJY37mCYNHndpkB49SBx/DYYzKPqqneB8ac/P1t41YZWvdnzSkfPMtBmZHLv/w4tAed80niICIvmT33ca/xZdG8KUH249yKq7jLqm8MP9oCdIx78eGnOGbBo9syRP+/PQXsvzanjJoqhuTawZPfWMiQS/klx2MXTDzW6lnDTlwVpItN2FP9ZwNCti2zoflT/geZaMSyaHLxloFaEy7OPxUV+IcbtZpYN27PSF3Zv367KkFSD4m1zNdaOFcjtO+/WKz+UQN65r781XgIlnSK8Ny2XwkubSECC8MJW7kktut8GufdOHOm7uQpwGz5KTMj2w+eT7vTc1zkPpAkBKAbTrx1fsi/rHujJp3O/RyE6kkwWBuPcTwahj6+EwMTr6/hIlgIax2eot5h4fB948mo4dlmCq7+9snD2zA2AJ8F9rgvCfFAG+7sVgdLFO/wnbHoChGPerQHDxn03cfmaAvCg4MI0ywAJFtLX2wt2EzbYhbYXlfCIECik6a4/NvjUrkr9RwXYPYYcLIEb884l3dkqxgW1U8fut/rCFUHrDhwKOwaSvt+4OX90JdJktZ+bUeEFt0lufdXlbjU404GszEVD24aOjbfVx9UfEm9iL0sxYdl5lSdsE5XaT29yhxFLf9tqcWIIVgmJeArwn9+KqbguhsMutZ6ilT9BlWfj+dJ4imh+PSDVWznq9fbv/zqjZz76e8t/98sPD8FCfZXJYBav7luPn6DymScSD90OxtEkvYG+cO84QqwMPeUeFmtXB+ItA4ln7nBE2O4zokJ3TOPohxOEwpNCys8bn0w8tH7taSnsejfgYPgIGRbqI64aBfPHllsDoYeSVJgXTpt/l1dmKVo7vo/vhR/q7HkIxPtJOarr0Pb3SSKegeQPLg+QRIVgms9b6DqRgVQM40rd+Z1uAoIe30eErw0njhWD0V1zpMf37kEHw/lAhUiwxIfvEEYxfnS3DEe/fRtQ/x8AyvMGojgbEPh3EcMKXe4HcYPccIe5GRNax8ugd59lf/x+ow0I9Z7jj6m+/CB/xtee5TVA4Lm0FHUqnrHy1IYn9nhVgIlCIWQ972NPY4kH5YjqqhK9IzSWXHSSV72+8AoSyou7DBaM4leme8MJQuGVo/l8NDa+54cPz8r+08kdoTB8X+dAv12FKEZw9CaS39zyTrHEA44VCs4LZwoF9ggt/g/fCN4NgjSuD9GW/NF/Gdq2GO3ZygtvvQ9Un+o95Mz8cjAvgngqg4Lur4XQPrfsJlhilPGtOBQLuv5RBr3KQwe9/8QGPuNZ5p0LxUrS4Ka3gl+R9jAtl+ZpkgwL7bJzK9qnb9SCutlVBRfE7pgX4baikiJgmuZ+9JuIR4h0sYyr9f01D1xQ8oI+7ondus0OvTjEA9M+ZgPnj6YrP430xaQtZ7W/SvtJYRAm1RNwMB/N5sMi/6kIlV1Tv4kLWmAahyrwOIc0lItAkAOvn0ekHBfeAcI2cx+Ae0QOJ0VwQQ5pIDYgmeTXsctUCY1jlQiuPi84ZM+rGzwrKnTzmXMDSPkuKblVCqYKBelt7+8iSNpf25n7EO2DYbAFEeCSACzIZ3M+EKZ7jDHVYjWb0i2NZ2PDn9o0/A6xCZv8fxZ44qU=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlcFEcWZoYbQYf7HOV016gR5oR4dCF4EMUL1xiN0XFoZMw4g3OoGA0azOLKqrisIasGNfHWTdwk6uoqXSYbiWKI0USjWcQDbxFEAkYQt6qrWZC42an5ifuP/NE9/bq+6nrvfe97NdNETDeOy3BycHAwu6FDqlHPaq16NmMEtmDzSJ3ZkiFqvUq0GGel4auk57bnNgrb6CfYhj+3Pbc9t/2fbaNabbzSi1uvBhsN6W1X+F4KHh/HH2VpLuiYbLROR63CNoiSh6TpDDNsgMj4o4oOgm1x8TQYOX9U0Dgj5x8jo1qagmDUNBglcUdOg1ERDNVz1PwxgQ7CP4YqofEEI7MDo6DBJBCMzenhR8eSU5w9IJuDTR5BSVISNHKyOUeEOJTBaw+yObPkEfb4pLTHJ5X9INsLlmSVgOieRPgqi6UCEcLKqLgnk9nhk0xOqUL8aEG6qJIrU9oDUlOCSGfBNrnNEW8TcLnNAW8TcDmVepEgyKkEXMBQKR7ht5xKjQUMVRMj+ZFTNhceQ5VTUkVyqo5EMAoqHpDCU1DxQMDYzIN2jUJhMxHag+jkm5SDgk6+BRCdPhIBUtA1PwFE1yhIuSrolJjUq5JOiUnxKel2AaSSlHSMIGWhpGKEjDBCScWIVhAVI1pBdN2F0EhJ110EEF2jEEBUjBA6poqKEa0ge3qziooRQm9W0TFCANExQgDRMYLUk4qOEQLInv2Gyp79hoqOEQSkpmOEAKJjBNEINR0jiEao6RhB+qCajhGkqamfzIhxVj1rDsQ3LKyJNWoz2VkIaMoeomdnsQaLOcOj/YQZzviqCzokms1GrU5j0RkNj0+W5vGfycZnZ7FpePB41mLSZLLpJo2+w2BP9CEpU4duJKGnsSadFzJ0GOOOPiTrTKwWPyxNghFGKx6s1Ru1b8zVmdknTDpUl25F69Pj30F0zr+c1JX3aIbGkG7OcPxFzFq/8yiF5tT5fnf9X37jqyRbHXajdlje/iuOMrbzHe72VB12tdfhBGFT0PkOS56qw+7UDie0FyulrPMd9u6MUnah9ju2vQoq5Z3vt09n+C2m9juuvZLJnkFF+z5VgntSO6x87PegZ1DRIZ2RaEdqv1Xt96XqZ1DYoU810U60Drf+0CVshuTk5TaVw/iSvA94fNPUYeyvv1X4lUX/102iTN0BhZM1QaO3smm4Z4/OyjKadZaO+zPcK3GskoxGU7rOoLGwZvKmB++Wxlo1BovOkp1oMmmyCbA774HJqrVYTWw6f2Na23WyxqJ5wgrVSuLc4xFn8S38vwLYmt6/cvTyolDYUFRRmHclHGw7MkL9h8NuwBJd9KigJQwafXLhsY2RIKfppaxyNxHImXnQUjjRHw6NsYrXuNUwX5zqzQZfusllRurnzWclcNJP+88te1jBBJvP+NQl1nDIurlPUghce1W69bpbGHj19/Gnv6x2AbljU95f1LM7XPrOpFMHc2OAZL5q56AzjiB25BaPoZtb5/cG4oPOPn7MI2bAoXHvRqyQwlK0vMRpoSBhyDDTz91qOGS0zl7rD/nbVleArTf21TE87GoEnDM71OtCdQy41+OkcarrOTKPIQJ+u+q1lqQHkWDC+p1//WHqXmZQ9sRtylQpvDQxcN+3wB+cOnjZT3r0Lucp7p0X8GowRLP0LdgQAoprtqIINTAui1cn5e+SQtfy4LHnJksBo3z9QIrnBSbxrvb4lPxguAvNOmelH1j40d7pOWfrmPyHbGPVxSCY8uKjiIdz3AEfj+ElXP+s8qUnSyLg+dnLVlSZeoIxy4sMPrktTPrxKSO+ypPCTZUlXdedigDMK5P/xt2uYnZ+8/2E2x8Hwebtd0+mXvIBZZLSA39ffpKrvNClcPvnQfDjmKrcYq8o4LDqLZSxEm5ZD+2dSYN9YbDThK59P/EDsS9s9z2RfJvjcamhQr5EgA9DgxhmTcUeecCcswNRRJq4G8Pxgps4Pi4OIoizGXZLBE8k/1Bb/3ItM2/dB1H7m12he2jx673KNnB+zJF/7VnSzIyaLpmYUB8Aj40/vG1TuRgENJXdOfpFPXe59L1/vFvgBTeeVtTED6nm3vT7aNjF+Rc4jzMfZg1c5gQ/+2pOyfqQWxxm3ZC9F5nUeyvSLE6R8HjOcG7hwF4gHLszSARWs0u1U14LhQEz0YjCCICSWX1rkQRcw2E1BMGBfb5bc1V6hlEs2gfevnSGu9Ezzm3XOg/otitsUnr/u8zDBuuFdd6N3CGc5s0B0HXqeyP9PUPBn8rwg7qQOC2RQkTC0OLiYLDHHzmQ4gEKNtyPu/pid9hYpdl4+rsYwLuf5wmGOc7rEn09BBYVdJuvKutJeFXpIOQtAPJnvQTwtL3hCgifvCGf51IfQOrsEROHFxgdArHb0YFSgef3uXz9tabtq8IhrprPj4SB+BnJOmNtI8fzeL43/P7azN4Ngc5gy9p/hu823WEGf5OBTIHQgAMgFoGCuLl9I3o0Mx+KUGVYwuF4XOCxvwHlOzChOK4MRfteRRTELBbn9wQrq+pQxaxnHPBfeBRE4Hr96QhwOCHq5TdzK5kvV6IJF0eQfB2IBP0MeOZajqdBQTgkZ19wRYMzfZ07L3Zf1uNyGMRsdYn1A1/3H4WWLoL8PBp/yNNTGgaifvz5rZkH7zIoCdL40nDI81ocBs4X5iGluM2UxP7lhaDVUojZeH6wL7izAFdeI7MQn9yl8AFCW3xdhXjuYfylR68w6VHw5upPPGfrY0A0ylb9ZEeAVCzIKSAY/g7Rc9SiSMDHu6iO4/nk6w/Rat6vGRYJCl8SpS7xOsU0YrpcCYIo6O8cVcSA9QMwwZZzfBwlEvhnvLxmH4CC02/klpMcqsKvd3TzhXlbXzkmcwoGd25BFLlbHFrNpsoWH4iyiQrYF+w2Za6qXtDCEX3oDgfgsLQ0MRV7liw48ekjjvAlmMSt9gHD13WtO+TztTAM1u0e88aaRnfAdV0n/+AzZxh4trwxTesIiV7Wc7N35f+Y6SCG2IvRRgnxa2szh7PY77gj5HXAy03giQsk9dnIkflcIR/XFBcYOHxMc5C5keH1+nITl80XlItQT6XMjrexoP/ETZszunvATBEM7VcR7bK4mSH60RU6K7xVAw6d5xIwYXqIiR7niUi+CpcyqEiKB/RxArw+NrjDT2+aUcnVMET/7zMDsUAs9IVzkTr0q3ABMkzn+iYOdYsY62AfoU81cNf++Ntqr5LdHMlbE+Gd9jQ3iw/4IQarx/X9UXAE34h6gQm8QDcz/AYn0TDDbDEZZ3Xo9m3/gtH2FusJNtm/Ae8QYRw=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtYU0cWRx4hkfKQl4DyDkTUqgkJBF3NRQSxVnxEt9Wl1QDhsU1ybRJWY0utrbal66u11n6262p9sxbZdtXWdblHKCK6WrtoqatbbC0q5YO6+AaFncelUj52m+G//T7zx9w7585vzplzfufMTKJz+Dn57i4uLjYpambwJmNuscmYn4IlWPxkkc2eP6inl2rnzXrcS3sk+7+UZTktc/1fsjmII/rH0EsGbzUbTGmFBmuBsQgP6meumU7KMvqRZT6SPZL9V9mEHhmpUj+xczJvyXvYw9+m4fFK0qr0uNClWnmzwV6U6yQomQ2kIq2WDZRIWvVAQIya1ANZk3oalimVegl66IssBWiX+CWMhrRJbIo0VNG4AaHULOYlkTaFTVESVaRhUZRMMCom47QUk8KCSaG2JbJjVInOe4GGhz6SnFXVC8SsS0kfKiZdyt6+mMIX5zgDUjEGqjcomUkTTSeV0zTqDdIyaRLJN45Jk8g+p7OdgEQqscUpZQCOUIlEYmKfSjkQkIoRRPcMLEt02uN0yyAYpvKaSDFs/hZBTtcIWu0oiC0vRBAbxUUQW12hNTkxeSAg7UBATlflXhmoZstAEcSWgSKIjRE019VsjBBBbIwQQWyMoAVCzcYIEcTECLGqqJkY0QNiYoRYijRMjOgBMTFCrF8aJkb0gJgYoaKFRcPECBXd0TRs1Z/WCA1bIaeZq+mfEfg+axuKP9iNViOfW2g0I6DVkW4ymo0Wu+3h7YPcNPCLzQs1qTYbn1uETjG8pc/lePBPk811LKZdumH/3L4+Y3/pMNMH6EkGFRgsebb+DybkgNcH5IFefm0wFRvJKWwuX2C0FxqtfXzh60IvWmk8b80rshjsRtEH3qiZXWyw2IvsjlSr1eCgwAiyBGtxrr3YaswjHxY97E8x2A39GKhJpttYvlvvT0b8Cf//hKX8CveadcpGYc0mi/+r0ClMn/+a9qv0YFi2c3Ta8JZLQv03l7w27L0m/OCuHpL0K3+4velfG15fdUIo0WmePVznBm9WfNu88WMJPD9xcMP2xTVCU3vkP/iFXkDGH/GBBXkTGmeuadWtq7o1IntdDGz5cfex6YeksH7rXeWV8tu6YVueTTh5JhKGv2hQzRsnhRfbK2Y9t7leqK4fZQzNkcKBXY7ahMOBcBuhq259LdT9rvKPYWPbhb8qfL0O7JIBgY08p9tW8MkPtuLhMJMLMFTrPeHD9IM3Hpy9KDzTldbR+lwMkHUkSCFz1v0QW0OOLvWV72rfeyEAWmwHgjpP+sCSx6Mjb5p2Cc3xSum+7CAoKT+Yszw0CCT+gbpjF2t0Yy3bBx2pCYbahPFvn1wuAUXVa7ufOtGhcz3i4R/YLYfRZzdfCd8tg6wcv6dT/iLhmgzbvlKPjYCyV2ZP+8PLUhg0Y6X3zP13hJfCtQVTSuWwIh5PIIVjZvXLh1wCudLURU1nXOUQEfzbGTd8ouDa+X0d2WYZd1d/eef77iOBLLM0CiYSRT6c58L3ngwarYAY09JlO01+sCzpT5OeuhDAHbFvCHEPjgdsxfGDw6D50H63q6s9uApr4Vut2Qq4vqpu7tFrEdCg/lGbPtWLm+q21Ev+xghIn2q957s3CFCQ/zbn3WZhAjZ4XSRU55UtmjvHExRbS1GkTwnReKKP/CAcB9Y3BOYd3bMji/PkdmYhx1+WAwn3UF+Iym1bMHnSY9yo14PPn94UD9q7VXllUWGASPVdUliFrjPbXNPVHgqSFRvTfr8vWIzLDR2xS6Gg9jR7wELP06Gz/3lB6Dq7FIXmuIDdsDfAFSqPDo3Xe1wWsr58K7sr7Y6AvFrELw6j85mahCvlcd+/uuVL3aqW2Z9GpAfAZOTemAufCUjrxy+0e8Df2+qqJ390X8gUSlBEPtch8p/Y5oHWX3v40zWSBwLx529k3OYlH3wY6wiHGTfW6u15flCF1cZKuebMMd3RJWHQnvpF/rmrbkD8e9+Lc8G/rVFgl2/qXt/lDulfX7/5xPxOAbt5xKQ4INMqXYCkV44brNxyquyLc7FAaH/HC7gdjZU+H7QLhE6Z8WAgieANa4ufH+Z9aQgXiRdUKYeh2GH10ZC7/PxER4g/R/wRFwPYTHlDBNgz3rktiQzhnt6jOTVhbSyMwQm3KwrWKxHTG/24KR2tLXA+AcxXO/f+WxUNyzvHLz4tlXEo+2vM74yCUFuDf/ugCBqvze5cWwukxJaNhLom3Y7GSTE0b6Z7cw6cMKtHwMWGFbaMwMFwbytKxMQAGvcl8TRP3vQDkp+3gribD1Ag8+Ogy3jne0N0CODsOrAyiDvuOfH9ed0KwNnYJgsHlGQoNB065LWXVjsUsB+Hc004IKuQxyXcG7nPXMyojoPyqd8uC2yLAjLNfVfuzCfzb302PgEIr/cEQTeKdsUsP+4bVLUWJI4EQuONweB96XHkkU7hhOrzP48ZEwGZaJryWgncU2Lm1AuknJX4QUKrd+W40OFwHZWt5FIZp/fY/vb46Fg4JyuMMWmHQD4xRMYRu47Jqb4zIaCX4QJvKUCbHG/us3n8fLOjN5p+ZKr/AEjE1Ag=", "1:eJztWHlYE0cUD3IoIBoCIRDlCHhiEbIJCFbZwagFFK9YrUdbY1gkGrKaBBW1Wm9F1FqrternVTxar2o9q7KD1Vqw3lpFPxWQehS1CApeaGd3QhFLP7OpfPqH+b7MZN7Mb+a9N7/33m5kQ+k+SQ4CgcDUADUJtJ7SpuqpJDkrYcXddSZzkl3VKMZMp6jZkeqd7K2X9XzLZbHvZG9QpqyScRFer2rUiTYkVo/YuTh2vZxrCTWbJGKMdIrGrNNaCVLwAxFcG8EPpODadvxASq4NtwUUyQ8UzrVR/EARcaxMHsYP1c4mVCRGyfmhojCKByuwbrhTqJ1Qp9YZhqF680qQ3LazLDAlTxjBdQQP6mKTcMeDUi/AeJ+mtO00DCMIzv2d6dSh1rg/HIOieN2ZhcHtbAFF2gAiwnmBLKHCzyYMIiJ4gXB4EWG2gPh5D4ckIbcFpOQDIsL+B4iXywkcw4TVjMClh5UprPY4rjwcxmrf4cLDYQg+GByACqvzH64gHMZqb1cXEIXVQVFdPhRW07u6eCisJmp16VDYEuUKWwJWaUvsKW0JI6XVXHghIpS8iqElIpT8Ys8C4pUjCcw7Ja90R+B7UvLKXITlnngxgrDcU+2M6INeZE0SdsJMGSlam0ylIKAxrYueSqEMZlOS44sb4pEramJMJlqrQ8WUNtTcTO3yz2Z900ZSanZxX8ps1CRTiUaN/qXFDdEPVbIOTajQaZRRJ0SCl9Y4ox+ddUZKyx7GjVR6WjtijM5E1bJbV11iKlJMzz7F69z/vVt9zpRhGkOiKcn+v0htuVJFVN0bXIuKNQ1mPaKiU9nFWmvtrsWLr7A7qgYrw+rebtFrvWjeBldVWUtEyeveYI83y+yqJwSlJQHXvcGer9XgWvjyCoMtz/CWiqN4Kec1FuA3fRVNGxN1Bo2ZMuG/ANxQ0ztVYzDrzGkxRqMmDQP9OF8YU7XmVCOVyE0MqR531pg1teReZRR+AKqpHsVFHPqy0nM3hrcplzjDe/fjB8x4KIH2zun+2i0+4OczbSifQnt4ZVT6vKJSD7hT/OTo3dlNQX5Wo+WKNU7wcMAPxuRT3rDDgT6LZT08wcYT5/rdDn1K7tsz16nE6wJzKb2SqigqJe+s6PDe2aUXyY6ove5bwHzyU1zDem2KyTEhMv/7+ofMKmno5Wa/CGFWtqSF2lEKZGjbBXcqmeHswZli2Gpixt4ROe5Ae3dgp+jkemCxao7+xpMSxnXnurQjresBDw2raR5j+NZuv6OonNnQP5c4tO0RmXEpWUBPLmP6D9rG3F7hDjl9Mj3BjYxWd9yyKsgjrdt/eXTSMwYdNoEMb4D3v5lNcnpMF2D7FjiCNt6Lzjon5zKTnrQfeXxWQ3gbRgXFP3EHeudHq4YpBCBzZEeX80GOMK7tc1nlLiFIKJunNje7R2bE/+mgdG8Ihbd2b7Vf7wEijr3f49QCN4D97Qs3zWEV9AFYDwcwLmJjdP9lAdAuYZpbz1AfsGvahJM/DnAGS8csXxOUJoFfyJHHVkrBumWHkGYVZM4fZObVaH9YXBghhYPEQL1YNi91lABcbDJBQ4i9IOvt9Ru8wI5fR2etlJ4gn50de6vFKBnsNfdrg0glBvHoFmYudgYF4zy3fKBxgNFpH20IdxOBGTl9szdkXmfGTw3tvs6lPgzb17Kxa7grQKxAHiohfUznRaV2UnikW7vZMfle4MHei+mVa0X43jb7wWITYko3X8BaH9FBAMxdvyp3eh4AA/Vjx63V+4HPY5nPfCMdwT3tbx93i5XAlMPPto8v9bfoeZWZf/BBq8F/BUDJ7lOCK1OEIGZK4ZEl+x6SzVgiFAshZ3+pBPh5DU8oa9QY+jj0axRilEKsdxPQ8uCM9f1zHSGnf7wHjL6Zt+nx4ACQw26/1QVe3okcW9YE6uiS6TmeIoDY5fwowB5EcEQ+TWLeF5ICyydE1RS5OJis6gULJiImlDDIe155PVxhIPJ6k4SmICz4O4+TnR8z3LKBXvDaWqRomCvYtPnCp6NPuIBJeR2Rh+8wJV6xvZ56OwBunbSCKW81GJlcwcy6f+n8ZNMDcmvzoqkrjgnBN8Es8Xzhmf3XPH1ni0FFkWb17zvqY/vSA+Hh+YgQBRKQxE00Bogle5/O9ITZuau77DJJAY6/SnL4fvNCbwd/GMtdtDugvh/St896e8CF4w0xRFYcr1goAoO4g/IYju8NZJClc/lOb7C9LRtZBSQXH7OCIMfj3mKQv9x97QE7T4B5LoNLuosz4oObAiObLvwfkIhNaGUgnH36Sr6rhx/wn17ce4+fK+i47MOVG0O8oWgqzF3dXAa48Aq8z7DXuN03EDZ3mrxINUcIuOwcYxiGHgbpFFPN3Fb9X2n1u2QtMuJv4cXoWA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlclMcZ5j4FFkTkMCZG05pqVPbgqNQZBBUtioBVazRkXT7Y1T3iHiokMUmNJk0MwUSjMV7REKO1Xo31dsYjTeIVPFLjRT0RRCzIIYfEzHzzEcDuL+5QaP9x/5jdeb/vmZnnned5Z7/dXlNNaVluTk5OFi/SjDbpBY1NL2TF0ggNJ+ss1izn5l681WRIp72Ex7H/SWxMlssvxdLIXqV3IR+Gm8wGtT5BqzZnCzp6UwfiUh6Fe0Bedtae0sGxdDuxpMexx7H/Oja4OSZWu5/VPtRkzGzp0Wsj6f2RYitP9yBtosk2lZRLxyBKEZKuM2Y7BKGxyFgejFxso/kgNCbnwijENoYPws+GYeQKnkQrGUbOM4+EUfLMo2J8BvHMI2EieTBR7ZiHYeRcmGix5dqeaLY0rlTH8E8Tw6bhEmgsp9pYjjmdwDaTvTnshVYgxzdIBCk48yDeLUnbYcmJIEmnUe0B8SUiqj3LY7qTq7hATEVyhzm1+FXOVeckDJfCWRYU7fC4gquWsMQpOA0rYhT87lM4fNq1cp+Cb1eZkRR8SmUnnoLPSBKIT94SiK8MMZ8r21MclHxGkkAO66FVRVE6LIjWID5FSCA+RTD/KdtTu5R8imAOVLan4Cn5FMF8q+JTBDOuiksRcmZCFZcimkFcipAz56q4FNEM4lKEnG2uiksRcrZPKvuKoA/Blu70glUwCyaNVjAQoDlnmF4wCEarJcuz9YBZ7rTnS5p4i8Wk0amtOpPxoSdqn58HG5fzkpBObx4nWM1qrZBpVuvtPH4naHXkQgKZTTDr6HQP3eNNPiTqzIKGTib2EvQmzfRZOotgZ7ThukwbWZiePhHpXP5zNE+RSrbamGnJcm2TrFZftqRiJ+98vl4dyte1nXyl01TR+Xy9H8VXRhEmG71Z4yhtO6L5ZdrS9/Dmw73zaft06Da78/KVvptK26zqfL6+/z++rU4MqZwrojqfcGCHErZTFR5BWNHmgBjU+YSDOpSwHb08grCqzeEW+dCJFuDEfhNLMJnMmTqj2ipY2I9lfqRJtamNVp01J95sVucwYE8xF2abxmozC5nihRdb+olqq9rOyapiPzQo2i5PoJfoXw40mvBXXdGMd9zhbN8+fecsOAAG5K+uiyz2h54VIUlj7zeCuoOZG14cdx294fbV+5GzfGDar1f/eYs6EJ7Y8N3342+XoRWBBfsOTOgGsxN1pop5btBtvP9z21bUg/kx//zKUC2Dz5/eey34iX+jaaOr8tKth1HJuY0Nkw0nQc91JUkDHtSABRe0TqY3jgHwj4vb33zlDFhqDJqLjzhD7d9uWbYvdsLF4LN/7c/zhnt2vudRMT4QPp1nmxHh54rHnFw4+UfXYLjWea970CI/KNLIe4BOmTI8T4T5weBNI67kBp8CisNbBxjXXkFsXRXg4Px1E47ILyPZxNgvv5l5AqXArupDp+8i2vYTasG6nK+f/e0HXlhcZ3kAvJ26s+e8fqEwRkyEL14V1//Msl+FQ3FY5ybUZ9f9t6ovNIE/UsLlEfjZo7Kvd+8sRWu+jCaIIvDdvfRrBZ90wWeWFT+xrqQezdj4LmFcA0h2lK9HB+GhQ8hMu0Og5s6koUO0Xvi1c7/LmagNhhniQNUovlJzbMrvr4O4fWkf9fJ3xrNzC/onLPeHW8dOXzZr+VV0iWSt0CKDI8z1AaU7ytk6DMeArHTHZteblWiYeKESzSRZu/xcJSBN/uqd3XHxpmeuz13ZANh6m8A9j4ylyX8IhoNfOvH2qReCYBLJ3qYR36LZy9f03hUXBmuXXPrwLXdf2GfJg/w5jS6wjtJK9IOHavpOfv9gCFTQV5UMnx49laQ2EKZsXiS8rXHH8ydRAZwEC0bdclMudMIbKk+RO74B/cWEYHTj7pNkyzxgSs8QIpH7aDFBTbl4CyW+q7/ZuP4S+DGhobwMV6MPjr6WhF4tk3CXwUAj3fl7INJrY49JmdWSbq4Bl2VeESuLXCARQer5iEJUSFQ6cM9ZIPY/cYbisJUuePiiWo+MUGdYSlTYq6kLnLV/VfjAKZ4Y314Z139RCHxvCRnw9UCoI+p0G+aMVx2ngveAPtqn9bNzLzE+gQ2o96iX5w5MvgNINg4/taUIfU7fzNUoN+ovQyY8X4eSP/cZ/oytFli3d2s8avTAYVSI8mC446RTkYt3E6DLWJosw1uvlC7e1iUAMv2dBZt+yJiZstILH/jiszGwqx+88E6TcK9PN6gMjCJSkDEdFkfAi9Q+b4bCT7OJYVRueBCdsKAH3Ey3168H7LXFrF1oCMCkd3xDSjgcIgq7Ea2nw6o9Yb/QxWe8S8IlfjUojci9LLUBxFKB4ifxPuLeb294YFIcdk33rgc0W7U1EZj5qBD4iYIuAfsHffyb0G5++MCRT4f9vaoMjbNSpVxFu8/ThfszPxncMfNjBcj+/ua0flFBkl7q0Nj7oZazQa7QRAvNjEC8lMht3vkwSFWb/5QrLkz8oaL6SBD8eM9H+QG5VZKPGsGdMhzbe1QTEtO9tQJ8uP5PqSNX3AV5HrSA1SGZuBF1YIvrzQV9y88h6vKwqw1IHG9UFQonKnlFvQ0wP4TiV4Hqhd0j96KXxQJSDWxUUEXd8Y6pxJn1XWHvC/VzpsV1ZXkpCIJ6ashD7njiF6rjg8fcQNSVa9a6YPF0iTdmk0cVk8HStja3/CvS8v+DnZj8J7w2PIs=", "1:eJztWWtYU0ca5pZwFZCioAgIWljbWiEkEbB2DiIsglYBq66XaoQDZA2JzWUVXbXWbaXaWqv1urrKWm+It/qoq1ZnbCte8NJqFQG1KFFLgQo0FAHRnTlzWNH6PJthZX+ZH3POfGfemfm+7/3eyUmCpupSMhxsbGwMTrgZodPwaSYNnxFHLMQ8XG0wZti29WKMuuxU0ot9YXthwzcj/wdbwgvbC9sLm2hLaLMJimvX1hui06Y/7pFnw8j4cKGVpUpxO1Rnmool2zpIhABJVWszrYDIhFbBBiG28IEsmAihVbJBiE02kCUAcoqRsawjYiI7sE4UyzoKoWWKmlJoI1kgA2lymDgQ2YGERlFMeAcwVpNNGB1GL1antD1IzgQKpxerSUr3RS9W54hmpyPbi+hI9OSMqaVLdMQnZcdB1tcRdYZe2ECU47IwFpCMMkJmdTFR8aEXpuTKRLFjSq5MVCEmwsoUjCB6rhBbhNXBo3InYJgEQsQwyTelUAST4IkYq1P0WFgjmE5KEcMUa0rUCCYxFjFMBwUV4wimI4xi5ExFJGqx3GoitAexqT6lqZypXNtAbFpMa1zOpsUiiO18ocIgZxNwKgxyNi2mxSdnk1VaSQo2RlAaKdgYIYLYGCGC2AScck/BJuAiiE3ARRCbgFPCKpgY0QZiYkQbiIkR4vGnZDtoRRATI8QzU8nEiDYQGyNoPSnZGCGC2BhBi1DZkSNdycYIWrlKNkaIoGczIsWk4Q0+5IGR1/O6tCw+GwP1OXEaPpvXGg0Z0vYTZkhIzxU3MQaDLk2tMqp12icnS3X5z2Sjc6bzqWTwaN6oV2Xx6XqV5qnBbvgmNkuNH8Ti1Xi9ugs2PDXGGd8MVev5NLJYqidB6ExkcJpGlzZthtrAP2PSeHW6Ce9PQ97k1Y6/n9RR8ChTpU03ZNj/LmZtX8FFeR3Y+X67/ze/SS/WWoddmB2OaP81XR7Z+Q57PFeHnTvqcKR4gHa+w57P1WFXZofFlynxdA3rfIe7dkYp27H43e53ErGg/w959nqueXZjzrPiibf0sKeknpQdmThWp9Onq7UqI2+gP3sS4U02qbRGtTEnRq9X5VBggBALvSnNaNLz6cKDKY/7Q1VG1TOOHGUU/THwye3x5BH5A4tYS/3+qpJdtucWoDN5cQcqwPwVsYs1dyXcqAe+hmKvh+Bv/ziXf+HyAXA8qk/i7AXNoM6S+KcPIx25/l+uv7c13oZ75/AwN7tXpVxGo1mVt7Ib2qm+8e6iJdUw7mqtJbHEBY3bpjg36K0m0FL0y+lvhvwG33jr+88mPmwC0WS6AVKuMFv+3kEk5XxX/OCcFXwfdFW+cTRl5XEQvuYVbGqGp2+DL3489ivwDUmVbFp2H/SOqUs7O8me+9RcH3hRd5fuN9MW5VSGhDsVSND1vlJsqoBDptz+LrjsOsy7H35n18sWEPr1h1vHnrHAI6Eervu3uKLBLsWbph91QHT/jbBg59XJfxn5EG7qc+jBQksV8OtS3n/pxhZI41IEz05KOuU4uBZexrvUzDwMz+devFHuuhwkCIEqB/pFS/COlkE82cLuJc0QN+cbUy2w76pHS+e23IATLn1V4e3vhrw2Hz3uE1IP3Y+FYQ8fQYpvBDHv3zq5+kg1mNE/KNCiKQUkima9DfLyBoXX9pvhhh1kg61w+fb3k4f5O3Azjm3oOeD6LTAp+8TDL2ffgZfIbrb/Clct9Zil3FEP97m9W7B4ghO6rcq7IvcIQev+SRz7FiTcnOW9a2tv9NoPa+/4h/qga1k2uvkOlfDWOJ+D33MvIWGd7n0Qdvbvb284Apf7OoxxH9EbnflmyE51gD+a1xI9/XxuOfxx5CertF7eqAcBJgejyoTXHwW1FkKym/o9PdHiVr7RnBeA6H5KIclG08Me6NAn0truCa4cHW/Ppfwr4IOqZHdux4XLY6p3+yJh3Nyf4Wqt1wKUaI8EN/t6IomcMKMWYtIM3+LigoQwXpJw9XtGTVs742PwyvaXvht61Y0j3pzwsONmCg63wqi4P+qbPGoAieqYOQ/AjjfHTtgLW2ESZvGVEw7ccZJeg4QT4qzw4MbM2XVg6rwHYHzDodJFc7pwQtpOS7jV15cv/GB8Degf26vqljIa9qvpciyshxSFmBfgCqkHmBSzNr92Ezqe75Fc6tcA8aKVBwfYcK8v3YgZaAbaTbZfSZZJuP1bck72i24ApQXNE7NPNAI6jxO3rTBp4Ecxp6Ds7TDsij3qV+R58nCkMxKW63kV5NddHDHVsxEWy+9Fxp10QRrnpo2Z++ogrdciQPNYByZdi7ef6WqLgvbosz6ruQaJNyVH7ThSnlfk9fAPcz8+NO0jV7TvZ8P+brNdUF4mvlPYIX9SaJO7IhNJ+BIpovmtgjiotZYzDsh5UWDaL+MtwH3k7s/53HvwQmNqxWY/W1SFp2kpagDVyTiR0ySoiZSbuQxQnjdCUk1lxVWQxt8MhfJNqgZEPgqTKsEgzKaL79ghWveV8MSn4bgELgESljX5nqjRVL6u6+abkPLcAvMx/dfb2HFrjqzEzKoHGcKnCRI6b/0J6xh+/F7IDbju2944AjVwFHHD3k3kQxUYLBC/GH7tQwSlAc71j8wcWmmLaBydEJ8/ZXRK6ClYsLgMR7QGnlpNFnJEudiL+YYmuL4rcewOFPKx1AN9MZ0oSQia6doXh7YO7CV0nBiIhP0OCkVUd8ww/mWT3drcQCTo6YoQJNA4/hwQdLQwGAn0se8u6lcLvIZXix/djca91BtNFgixDZQMzhm3rcEbCdMuC0bnzpJPLRT0b3gQSiaCXh+EiMrGNt8GsUSQE4NQc00ViuoTgIZcyLh8989lwBNX5Zs+Xih6WdG8hHmBCIt9fcwFC0zG218X7IUEv3V90DxhwXuQ1o0vIrTeXREs1uVPAAetZfteX/SqIOC90EoSxpYSQKYfW+aHaB35I2P8579JJzeIutcLCadvjDYTv+Posg1Pnl2P//97/CPqM2yyfwOTvjNY", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYU8caDgFC2Fc3RBFLrYpbdnCbQdwrbqjFrRpDwCgQzKLiVatXrdVaa2vV1nq1Vq0bWr3WteqMu9QNxaVU9CqiIqhFFlkU6Jkz4YLU2zJ5wOe5z2N+HHLmnPfMvN/3fu83JAmYoB8abScQCIxi7hCuj9VqzLHa6HAyQoYH6IymaJvKs1CTPi6CnIW9HXs7xjA26DVjfd+OvR17O/Z/Mja4cozvCMLKsx76+KiqM3KtH7lfwh+lESLu2FNvnsC1lL+HkDGpksdE6OJjaoGRUoyKBSPjj3I2CBmTSFkwcoqRsWAU/JGJjYJOw0RHyR9D2CD8NAoWjIpimBIaTDGdrMAwhS2EYmodA7oq+ieYCSRh1E51UK0p0SmsWZ6MUT/VQbVWA53CmpArrOGktGYmJaP90ARRENtMVK/SWmuckqEgCQtIKrWCk1TG6Kn83TS5UqY8SRXWgFSMoKrWImNyFRo7Wa0DXtUnZEx9woJh6hM02jIm07dgmBycJkjG5OAWDJMb09qTMeXUgmHqYlQ7ciYdWDBMOqAVLmfSgQXDpANqCnImHVgwbN5NO5+czRwtILYmRktVbk2PlbPZMC1wBZsN02pVMNmwpfMp2LYAtI4UtdZDtSamYOvmVOEKJkVIaXIVbK3FAmJrLRYQW5egilAwKcICUjIpohJkTWNWMimiEsSkiEoQkyIsWwAlmyIsIGs2G0prNhtKNkVYQGyKoCAVmyJo5arYFGEBsSnCAmJTBPUIFZsiqEeo2BRBW5qKTRG0P6ler4ih5litsRG5YNIatHrNRG0cBzQk9orVxmnjTcZo5+oPjLYnZ2Qo1GjUa3Rqk04f/+rDIpz++7BhiQnaCHLzMK3JoJ6ojTKoY2vc7MK9CZuo4y6EcbNpDToyUOMeR+5NT51BqyGT8WdhsXrN5Gk6o/Y1T+utizJzC4slH7TobP/8NAeeSow6PsoYbfunYFX+nxhsaWX1T9i1TgnbMROWv9IcJfVP2K1OCdszE5ZV//dPIa1/wu51SlhkLWGLpGX1T9ijTgk7MBMOqW7LCnn9E/asU8JiZsKS6kavUNQ/Ya+/I0wkEKY3k5s1teXtxMxbWt27pG/ArL3rNNGOzITlr3yy9gbM2rc+Em3DzFtZfeutegMV3bROEy1kJVz5kaFlv6egvydgIkxO6fdEr+4La9z71982/cWi/+c+WKqqgSLJGqGONWsjiLMNSkjQG3WmmltQ0iRJrML0ekOULl5t0hrpl2ZkfzTErI436UyJoQaDOpECm/MMDGaNyWzQRvEXxled91Sb1K9ZoUpFPyB8NeJacon8PIOMXugy8PIXY0rArUDR3BVhPhB6q0+kbnfH9nJPZdcj+eCKfpzDxZFNYKef33N33uuK1xdLHux89ym4vXzhglGp2ej34F59DCU2UJ+7IHnYsRKwf8JHad0SMcjbNXjy6mkFIDFyi+JClwqwsGHaxaIIETxyz6dZ8v1U9Exzfuz7Zx+iRn0Hv2xsTEVdbMLnuw4qQxu+7My9E8AOFQFlz82ucE+2cW+DF8UoXj5nP/ynEIdcPxUnn1OK+qJZzYJjhLDXr7kF/UfuQ34z1dLhnbLA0Pe+W7Trrj0+t77XvvyyckRmvbcpHx3/ePMHv0gfg3n4F+7KOfTrXGPvr6aK8c8HPhPlrrTjaQdp08C4Nuc8zhwS4M2JZ9p0/rIY9P/HvI4DfsgEyG2N7Puf7gL+8oFTwOFikyG/NS0E+f4kQsXAIzLkp7NTs5GLMIijehQkjCN3PEBz+IXeQ9zFo+t8C0HTjiTSDnBsem/b6Z/aY5GXDzid/gLtvyy4LXQU4x2621MWL7WHyyTT2gf4ZyAB/3qJZqXsGVl48Dqgz7kBSDQyzlSA2UsOTnYsKUcnCluP+fz4I5QXein6WowYP50JFB8euoVWVSyb/aLzY9Sje1ZaUqk9XHTl9h3n5c/Rp2Xaokx1Gtj7AyHqCPHjtV3b+fjgof3+NafV8SJw4Tx5tYBfD2iwpH9bH8u6nKCt42J/jds7cCZJsK8D/vBQPxfhdjGN36ZmcK7dqc8l00rQuq7trq5+cB/w4XJ1h4tCx99P+d4V0/XbwKtB2iYZjZvD1PAJHpEH3fEk8vgoW/iolUSctKYFPLxymfsMpT12mtgydnqpAH/BsUgY6IT72E53DmztAYtE474esMIOjibEYr3hMZJWoyfOXxphClx1CWzhsn1S4guPDF0ZsNTshBMufsIxLwVc0jil5CEpp+JMWzEsiB0xa+e+44DXQcOr6NsHzTZn9RXB03FEcBWgP5/QXJDxaMW/XaaUgXAuHNl2dpDm7RryX5Az5EDzHMCxa3kz0QGuOdlilyHLDpaHlT7JwccADUwh2Nnn7gyfDk5wSlPXO+2XpYMna0mAXiBaR0mA3B3yTjFavDQzz//KE8Q/ryQPGcjAOlv8TdvGK646loInrkc7fbPNC3LRi2y0v5DWwUMx7OZ0Y0PCETcYR+hMKEPbu38wejeqQHx8kh6jAz/aPlzSWgz9cjKUvtAZUz2XInfyR2ULh3dqu9U7JQt0I2lrlgoGqEjGHHEySVfHR+jW3vkzU/bkgpRrIx537OKCfUkguTqbv/bCtkvXitG28cO40ksGrTLncSPcvKmHuUo/hsoWFty8MTcHtOHUWdg6CWiIPUR6YE7snJCE8AHY+J+jbilg/XU5ZyUOWMEbigs82YMorgDYE0O4YIdXaD/RjE1/Blpono7q0f0skvGvZ+C3pNIxcacyAV++TWygJX6AM41zT5MLUPnV6ZykcsH0GZvahfnloy2n3+eY5SK+bhIFkLetLUJYQmwt0xGnjZs6qPlKG0zj5IY32By29/pKAHeQacqPAyF36gOccRBJx8RsxOs4sghdIeW7WIT58G0uQMsb241wa1+AiLuWh7nhyUHPV91afgZQfd5FL7c+uxKe4QLX/r6ZW1EOesa52MfBRej80+QTPXYIIM1fFlq86y6nvCIUxRuGGBL1z3YRYl4X/oVg+LEtGwdCEeTzm9UAU/89gKhPusGeRFglDfHGBKKQFET9UgjJ05yjvLFZuFrcdO0dkH6DGGIAPJ1OEu2Fw/mFFoJLxD5H+8OlZqLcRrROMwWQ96tFLeH5j4gCG2C+3lt5QuLiP5paUp+Id8KFhNZ1EYy59nBS0NRAyKdtjwvmy0fhAqneAiHNSwXi9d3WA8bzgfeDvK23rUDibt8OXxfkRMvpvj+8WTJ70mHTfbSbhGeJLWxivOGVF+oLueL6rlhSaInjZcT7V7YH3MpFyVvthKlexJBzh90ddvpB3u9neOLGrSI4qRUB3i+GB0DOhfxGZdrgwIMvOQW/QHyfXOOBeXsUeUJ+QxQaH2M0GfRxNXYHVb9+qdpfvGZM+gcUz8/u", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUVMcZXx6LICwIiwKCYVGjNWqVu7uw+MgdQBCrwcrSGONzXS6wYR92d6mCBmJbTT2mica3J8c8pI2mxJMYMWIS56uJWgVfEeOTpub4AIuKglAEtDNzl3C0tOXec/pPj/vH3TvfzG/mm+/7fb/Z2biFjqxcX4VC4fInjxccVsFcaBVyx1MLNU+zuNy5Xl2tZLfDZqSt1Ke2/xtbZo827/9kyyIcMQaRl3SH02aypuabnHmChQ7qYa7pT9joLKnWHgZmPLU9tf1PbBO7bEzOfqRxisOe092ifVPo+Hj25IxUEZOdDpvJbTH3EpQkDcRNobZ4iUtp2TNRDsggDaSTs5JO1qb0ImqsLJRWGipBRMXLQklcK1EOLwyygmGQta0khuJ0vUeJvsmDxYswvdGPfBkt9jzyY+O/gsQy4RIlgbQiyCAJJHKXGysJJJKQi5cEEtnEaSWBEuUEwkOLJBkgjpMESpKxJ85DpARJoHg5IE4OSCuRsOJZwDC9jnj3UaDtNfNETWeYXhOvW521vU5st8pqe53XbrXU6mSUn1aaOnhAktLaBZJWSZ44SJMUD0ha+YkgnTQdEkOuk6NDOmmF7gHJES+dNEZ4QNIY4QFJY4SoeDo52qqTxghRJnXSGCGC9JIY4dFWvSRGdIEkMcIjyHpp0u8BSWKER8X1khjRBZIj/XpJjODEytVLYgQn1pO+Z0bQy7Yrgna4BafgMOcLNgJ0FqVZBZtgd7u6bzzsdqOkrUDySHa5HGYL+VnmsD9xc+/742TZRYsEIx2cLbidpnwhx2my9nDNT823kI5UsprgtFBXnhgTQF4mWZyCmS7GWqlWh7lgscUl9DBbuiWnkDhmpRc0S79/na0P20qeyZ7jyvX5d5XQFejEJwIVohBvfqkOhzPHYje5BU+AVOQxo9Bkd1vcRclOp6lIBD7DYuEsNLsLnUIO61jQ3Z5kcpt6SJg+STx/H3dPoF30nzNqvWZ6/zvdHRXsmXW/8mLfKOT7YvDo3bWDYOxzO9WnvlHC4csVv112KgZteS5yQ82UQVAe83LO+PlKWO576K341iBUtmhi33PbwyFxIMzWJD/AFkfjiqPhEai5s2ZJ/fUBUDCyZVOtOgKYvUaBXt21d2Hplihxnlg1vLfqkyv1G37gXflrby3j1VCc8KfnZ85WwtzL6T5LpqqRxnz75ZSSCDjz178Frtupgg+LjowY97YSHcv+846yzP6QgV8dZLihAv28/VOCUsIRd33Xs1d9ooF4P+l8YxgEVvyRIPzR6cGX2kpuRsKV4vBdk6+oYHbK83UXylt5nyWBQ39SEgZs2U8f4IvRy0zc2Wh0vJp+ouDgyg9nHuMi4Na2CaNqtjbwMxvGfDH85AC4zpd9fyA4CNZF0oj1QTd9daEJE/xR+cfn5/9q+gl8SPOJM39tGz+jYOvidwYHoNAj+/f93s8beBbQJjxHk3zXPC0E5toOPdy9tA5nDSeRiBuMVn1LNmqMgTcu5SscXt5Qffvo1ykf3+XpbpG6Hi868TsyogPbt3t9qQxz86IfHXh9i9/8zdP84cC7A8fUDu3g2+eQiTkvlDbZ2RZSfwNPR2rT12eUqJamU+uNVncKrVdN9zEZ7Ld8wz2+/6Cj1/iySzxNz4WvlOCu6N9edbsS+4WFE5f7ALd4dFxscxj89FFcZ0tFP/Qpbtg2oTwaMhf2eylpjxIYPwLu8aJdBWG/gWPvp3XiF5reNLrLvBDbb/V9Pocl9hpm8VoWi0ZU9Tuy3xAF0xJXJS8QYiBymFG5/e1jmA2rigCWvnFhMJkmqi4K/WXzFxvXTNcA+w7xg1+Wr76UjzTog7S9TZ3rY4EkkXjQid89/tHJsy8GopVHCVGuhsLPOyJd58JuYpqlr7IGoKL6YfH+o8IhIHrbvBFTBwLJ0gdDKr2R7rXP0a8XxsBbV+/FfjtGDSzfIefwDv3x8ZmhoVBM6VelhFkRn59WzAtA+juGtMn3VGjopkdrStpVcLH8wRxbWjAqeaOyIKDIB+0l4f5sSyiw8DX4ogxKwCNBiIVnbyP+x8GcjxZkN/FkkcCKYcHIGtD2Xt5nB3maje8P1PGHbdQjXyTG4Qd+QubptXMePuT3F9CBwcjE/YKUahNm29rYiM83Nv9sll8obFoTUpww0hs2pq623ljqBZQl72gDgbrVpukDByNooJuxaFdDdSmtpH08S7tlCFpKy6Q4Gloprfq3YyUp98WjhyCazqEzo+HyueWu9PV1eHPtutdXbI1DpRcmFr2UoQFD3iRS6l4g8kqBhrMCasY7Dk8lGe4LrHvFLZ7pQXYtFuNWhxlvRlV7+KOAnZTupg4s6sNtLNZ9E045mXv2xivBoFhb0j5uUatYTqdaeJGnSmDpKW3geUYEJZrBCvoPfOkrX7rXRQYgLfs84AtZ4TZhMa5ByE0deeiHsvY9s+LvM+7j7UMqO15vruJpVOPevMPTNDvbzuA8svrIlhZe1IdveCPpLbyrAraNcTWYkHzu1AwlbNwdRKj5CAemP1vovbWDX2n47pBtTxCQZGcN13gBooGP8UcnoqiH9Tw7jZLteeTEdNhcj2v54yeneHXrwcb9E/VqFss=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlYk0caJxCOQEhCCIeEK4pW19o1IYmorRmItZ6gBA88ifAhqYFoDhFXW9F6u1DPtZa61qNVK1a3tmprzavWrkd1K9rD1XpVa11XRYW2WtHOfBMKKttmeB732edZ+WO+fO/Mb2be9/393kkG1WhbZr7Qx8fHEYSbfjYrl+uycvlGYiHmvhaHM19Q/5bqtBWayJvxie1/zOb7iC29wZaJc2oS4w89bPZCs9VYYLaP4SxkUBO4jN/D3cd/Tewh479g6/nE9sT2f2lLq7fxFflXhabZivIa3khfLzJezbcaUwBuu9tco3FJ9w6i5yEmS9EYLyAavu3EAknm2xR2SGc2CLFptCz+aylGzbKOB5PcDIyOZW86HqPuyLKOnmKY/OlEMUyxTqEYDQumM8V4HTfqPX1omUBq+tAxgTT04bUWqDP04bUaqDPNWUnXnJVSGOndGMS2PZpcjddkbQxi8knTsRk+1YO8LkF0CfpgIrkHwyQmyrxkJqFTOiQzCd2DYfLHg2EqdrQIJXut2UYYryXbULiSmU4vD4bp+KKCSGY6vzwYJh5QOWiZeODBsCmcqkHrNREag9jKN5WDtjnlW9uc8q1lq1oeEFtRpTVfy1RL6kFe86HRQaFjK6oeEBsjqMx1bIzwgNgYQYWuY2OEB8TGCCp1HRsjPKDmHLM6NkZ4QGyMoHLXMzHCc/jp2U5MKg09EyPqQUyMqAcxMUJDGaFnYoSGJlfPxAgNzZO+aUaQuxJHFOlwcnbOllvAFWKgveR5K1fIFTkd9JatfsJ8f/IWgptUh8OWazE7LbaiByczBf86WVbJOM5EBmdxTru5gMuzm60PDSa3NMYCC+4w4tU4uyXcp/HtDj9GhD90t9i5XLKYSUYQNhcZnGu15Y4ttji4JibtYclz4f1ZyW9RS+CjkwbyHo0xF+U58v3+E+Pq493x8futeBx+NxHM3/Fb/QBl1I/f74jH4beQ1e/6nwyetGso65n8Jq/0d/GDOnxo7G/ffPzGph/F6On3wYcwJGODzFYXZyJX4xnjxtkcFufDgpf60Fsao81mz7MUmZ2cg17fhOJmgMtc5LQ4S1LtdnMJBcbz+7e7cp0uO5fHd+Q0vHc3O81NFB59J3qr8WC8OdJFLuqJdcJ4ZejZDmAw7z3WnmuhRLGTzZqBmwMhQK4wfHqq2s13vxqHej1zX1X3QxAMzet6JuPPd93TB/R6Y2qbADS/97+EWrUKNn09akLGikjI//GC+c0vw9CR2VWnz4YEQETcgYuGJBWU76ltO7xcjO6uv1HVzzcRElNv5H42osbAT79SiQ7uTau0jJTCW8E9WrumCSDlpz15GxLj0OBhW9z/jhfAsx9nLlVJ/OBGTe/smdtDkO9Of7nir62g+52rV6DzRTe3IScr8ykxIrCcxQl0H4NiocvCQy/3NEgQxSfA1G1o2vm/3zGQ1fv0jETb42dcGZAih9m5I0718JPCt2tf/yRxswjZqmccyBIkgaa4gyqhZqf7tK9obkJuANr+rt+l+etioGi1YKd/VTSY/Fcv7CIIQX2yZ6Z8eVEFc1JzLn7e8pzhXMii9dMWhKPhxNG+EVBpOT1+7hE5lF+4mVB1XYwSq2yjAstUUP32p306zblu4P3NEaPjOAvnl0XBpfltr4Z2C4N1gw9qPlGL0CBJh7+9cT0M0kfLhnTeGgL9XgnNeHdxDCpzkQz5w9PHl38X91QwLFVhy0kFyuQdC4bXPlr6qrSLHFZt7fTTniQ5WnB1skF3WgJ1P7jOVoQpYOzy4opVqyPQ5W3YMbEC7nE4cGYl7V8gR3y6o0Tw86FrB/amCWBiSFLbl+bfMfC8GJcIH44V3V55SQF8Xs/LUEDpEuM862337JqTX5XekkDQxtiheR8JkBlnZ6VIDCeeKxmy7n0pnCrwsZUK45GRBCZYAvLpcPDNff6wrG/E/N4bwhAfj7MC+EJU0NI6scqwhMMZqohGi6KFgySVPkDCva/wljt0/MZ5J4MS0Yv9bpWZaqQ0X4tVUFN3fOLlNkLk+Ep+M9WWCKtb7bg7K6slbM2u3fHPYCnaWIkJWx4Lw9K6fX/iMxW8FJcypvt6GZqy6YPRL+9QAV500tqnBehg1u51a9Lj0F5C37QQOD8kattRn2qDbuSHvcTT4pGLbAjnVfnHb5ICSv2AeLWvPBFhMuFQ3XUTdvR7pc4tJAk9HIPe+9PNzf3H1riXBylXjGxX58bJ3D+hmwjl83+tYZ3ucNf0owI4htWzqJ0cFZCEDWwFJ+fW4czsNpBVlhhDEZ+nVBWs/Xh3VBtTtbssoDqyp0xOdTohHuSk4y0l8LLICUe8blLioes4rMx4JXxwiwRIhPg8OZRA9S9EWK1rztyLpOvWKkDs235WZLYPKrz08/obC8OR/p1ug4epJR68DDCryy7cDEXthmOF728NfPxayGB/4HOvD0wQoCwiqJwk2OxHAnDUsGfm25jRdQbM6i3PXFPC8y/Yb0svX3W7JRXJq7YKkZ1MdyYK5lnxguNbAFHTyRJfxOuyf0vog8tNmD4G+P1kStH3JzbeGV7ZCjApd4wVHTDEwLDEVHUkeu0P0UuOz4mGlrxAjrs3vXBukuKaHKE1Z3ZJKuSUD84wOLbzW0VcryB0W/3dptZrEkCyqyOGygFXnRXPbpQjskxVqAqG8YY6g/++cnVxZSg6gctd/KAYwKyes/lcrWFW5IkjP5oC0bJvFs2aMVQBX5c6eiyeIIb2pKNYhK6cx5tWRsCIe0ZcsRSQ5Uz6y31ZAFognaR/Z1c4hN9M/Uf+FzLAVWl/4JQYRPN9z63nC5cQ1qajcLNfBDLG4pmGyoCw51D/MBCRD/OiEV8ntiggGYe1aHUUXJi+4vCGjCgUgsupb0w4kFnKXAqan+xwdBGXIduoKFpnz4bCjMmfv5ddW2vA1QczXApaUihXyYDnwfsePq8JBsLOBaeEMLWne0pcihjhKES+eFgI/HeG1KIx+JurrfChs7Lh/xINp20TNs0vGMo5Yw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWl0VEUW7uydvUk6gWwYdkQw9BpgYOqGxBgVhiUYEUagSTpJY6dbejEJA8YICogCMmyyyTLAqIAsAjIgrwYUxTDAhH0RMSaEEJZAEhCz+arqMSyTGbpy5MyZc8iPqn713vfurXu/73uvO+3GWodmespkMrtcHAZazcZ0p9mYmUxWyPIAk92R6XbnKMFhzUklR4mP1/4v1wb9j9ZSHq89Xnu8xrl2vwu73znqb7Vk3D0i554j16voGJ/qLY6pJkuWaOMPh5A1tYZikqzOsa5jevHEUdNRwwehYbQ8GA0dOSE0jI4Ho6UjJ4SG0fNgdAyjbgGGqwR6OnL1M56OvXkgvWhmqp48mN4Mo3IVwyKwyeWysRBscpmhLASbXC42C8Eml9nDQrDJZfqwEGxy2RBYCDa5zAYWgk0u84GFYFR1mRAsRAtAahWnkO4FcRVCLZkWlwdLGC4xMYyGS0yMeBqXxXTXtjQtsCANl9kz1mk4bYtiuGxYwnDZMCO3hqunEobLU5keNC0wVW0LTFXLxQMJw+epzIi1fJ4qgfg8lWlVy+epEojPU5nwtHyeKoH4PJXJVcvnqQyk4/NUJnId31NWAvExglmDjo8REoiPEUzoOj5GSCA+RjCp6/gYIYH4GMHErmvJU1bfkqesno8REojvKcvkrudixB0QFyOk57meixF3QFyMkF4C9FyMUDOW6/leNxhh9VyMUDPuxTfPiKFOs9HempxwGG1Ga3q2MUcE2vKfMRtzjBaHnf1UeOeGmV7kyF8cEux2a7rJ4DBZLfffLNXvXzcblv+aMZVcPMzosBmyjRk2g/mBiwPED4nZJvFEohjNaDN5iAsPXOMrfkgy2YzpJBg9SjRb01/NNdmNzdwt2ZThFBMzk2/VJvd/v5sP3UqWwZJhz/S4r1j3fG2TXmlUj36/ng/br4IgrE5ycbqr226miP9927p76aVRP/pte/2mbW6miP95v/dIVi297moe/YbDf9MNN1O+h2xYda8X6OMfMIBgGfsZKtFqtWWYLAaH0c5+nwoUhyFOg8VhcuQn2GyGfAZsS2thc6Y7nDZjBj0x5u5xksFhaMaI4nuyryX3p2ckp8jvXmS1xpw2acO2W0LmrVLDirRAHBX3fUdvN3cY7XMwYsjpIrTRo/y9rjle0G/xix99ut4Tzi9ptfrLv9chlXxd9IhSL9j0Y8W8zQFeUDp52T8+OSSD2h2n320w1qLsLZfsW+fJJVwVKhneevs/ZedRijApple5O5TdeKLYOroJzSolH1rD1Urcu4NfNMRZVrnt8qoTFswOnqD/NBS/M+LIrp/mykFMcmzBqTLU7ePQw0knlVCqjNlf1hQBYjKtOx+R40XyqGWjKsKwGOzk6Nd9YO5N79ELB5xC7y+whEzGQfDemWyZtTAaToTcSDh0QYFLSNqqEHxCe63XM8/6wytnkz3y/C8LeUtWdtgx0ReeD3B/ampaJOzsEuy/dY0CD3l1Ue6SEgUeKaajXBoKbgOnBA767IZQFZ4yuL5NA6LzyWh4y54892ZyGC70/HqWKtcP/5z60+rFSWFQcKpf/vCuHtiHXngdLdGs/Dw+LxJye7R7osYchsmuQ5RyvGzUk0WKZ6NgX472ze3ghVf8rLqwodMBYVWHHfVTtTGwN+OTMcPmKHB3Y4RYUnd8LK+is2paDOx5Z+1L36mDMavPZYHmfSES0EsjNwmXiwXH1rC6oqu3hVl7arv+cZYbnCwkiV5ATndSuUvCgQLSGbnUPxk+OK343PkZ/jjjwCsvfOtTjTYNJgXYI1SkPN3UrqEGFSm++dsX77tDxwVNs9+oc4MeidGVJdt84PXxUYHne9Sia/v39l9vakKTDm95uXZHNZJ98EZdn6pWQM7OXt6Inv/T5LgBa24LM50EIId8cRvydSWCbxSpgDcmUW7WekPBuF2OP7c5ICSuN50b/66PVK8AWP0HCDXsLRLOkrZO8YMyw4rj2mv1SGTrlcDdMqBp9wuALpSoftD/UOax8ktyqFq774X46VVoCqHri97QMLXmzInCWmTP/uDKRHQMtTfnTVjdvRbRuq/2hqOLLsSsvaiEIwPHKob3jgJHMmFWI6L5+LVhPIiLBbXYpVIPN1j0ofj3chSIyc4sVUeCYdjQLsunXxUIG3qsCMekq2+VeEHg+HUzzmTfEr4jZToXghsTf7lS+aYCxGYt69v9K0FUYeG8ya3BKLZ7aHkkHH2KNLwcdU71WjVnghLqP75ePHBlGBAWbB/ihwvnJc4wl4djqruwRtStz5yighRfnBbUY/PSzyIw7UeFP2xeek2swBEkJrXxx4pgoG0YFwvtaSNqEL3e6sv0+UMU9P1y6Px2BxWY1TcAZ9MCeUPZ4fZnbu9W4lGkzFFKTFRky/eVeHVRiJ+eMKZssByI6s+5hwNNR6gTmE8EwYA1fsmdaiPhLz/sDlqyxRdTXhcHYqrrAiXQ/L9V4OqZqY6OC5SY8r8mDA5cJRupEXJ3fxQZ930jOv61KJQFsfAVKeP4YmEcLfwNNJ+U43fRQH0tPAzrSII33LES7Tu71TMU2pBChkTgcFEV+xODMOVjZyUwnrph1veraN5R3+z23cPBS9tK37efHz6edjluZ5d6dHnIF23froyEjiStM2HMH1YG42Ai7NwY+Fxk/Wm/CCy6TeaxLA9M6OyMFf2h5JuFO+fXC23XXhSVVCmM7P/7i6fWRcNiEi7FGzP+bhQshCh7YoHYxl91rTBhi+yaDJPowZWx8BwViC+eLsrUP9QHb6tuOJr3ZAxcEdlzNDIUU5ouPCzQuhdEwQbRFQe1DcKMv1XC2ROkUeGwl9jBnmohaHfPD7u1uS6YfW8vz9oig7cnUuGiWNGlfQ42CMS2s5Kq0QhqEMeQqHZ9JC4TCLs3tlMAwzcios60SUGQQx4rY6tQcifRYaZ5QjnZ3tONyEENIxRmLycC+wUV1PV57eA0D5wk0h/3DgD6VE6wZIlvxNYc+/3PtLv/wLn7n5Jm1tS/Av6RjlM=", "1: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", "1: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", "1: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", "1:eJztWWlUVEcWBoQGWey2WzYRBHVcogPSK67vIajgEqONS8xx6dAN9AjdphcVjeMWlxONk+hxGcUlGvcZt0QdjVhX4xIlcYuKUVHjMkoERFxAUJyqeo8RHeekq8/kzB/5UXTdV19V3Xu/+1X165gPrYMyvD08POx+uOlvzTalO7NNGX2JhZj7me2ODM+6XqLDmqMnvaS3tre2/2Ib4KIt5a3tre2t7f9s61dno0rvVdfrYbUYX/bIs1QyPp62Kj05LBJt1hyDw5zuIkjLBlLSVu0OiHElFW017oB0eglu9WZLJj4zfwuidmcddSqxxXdkWUhDMcoEFoxWwHRiwehoy7RMAm2ZVukkRCDeDYyWHeN61OgKSgGkYQKp3AEJRFC67BIFiUxwmaZC1IR/bCCdsJLLPKWgBAHkcmrrg5RMIDG5KndAahaQsqMbeVLGu8EIpdKN5CpV7mxPzbiSIPrEpmISLsEjFVOpC8RTuUyHehiX2SAoF8W4TIZ6GLZCFwikYit0EcRWsyKITfHEvLos4fVAajZ1EEFs6iBQSM2mDiKITR1EEJM6iNKvdue8ULMxQgSxMUIodDUbI0QQGyMEkIaNEcJxpmFjhAhiY4QIYmOEcHBq2BghgtgYIQiYho0RIoiNEYKEadgYIYLYGCGctlo2RoggJkaIR7SWiRF1ICZGiOe6lu0GIYLcuQxo2c51EeTODULLxIg6EBMjxGuHjokRdSA2RgjlrmNjhFC5OjZGCEWoY2OEwHLdmxkxyJltsoeSBw6TzWRNzzLlYKAtt2e2KcdkcdgzGtSfMMOH9AJwk2i3W9PN+Euo1fLqZHr/f0+WljvWpCeD00wOmyHLZLQZsl8bHIg/JGWZ8YMkvJrJZm6IDa+NIaZks82UThbTywjC6iSD07Ot6WPGm+2mN0zay2x04v1lk3cVZr//nNSXepRpsBhfc7H+7UGUV2XC7+9309/ym/SSXHW4EavDdV88VCIrf3+HI/6nDkuZHVa+UvDq1yqCzEcmTrJabUazxeAw2YX3X0G4Geg0WBxmR26izWbIFYBRNBY2Z7rDaTMZ6YPRL/vJBofhDZWp0wgvg17dnok8Ir+gEOu463mN1+X78OUhKe89W+oN59qbwm8MK+fSbq5bfjhaxq9tuffZ7Ef3kEE5uOM7m75GKb9MbLK1dzVXvGdbgzvzvOD9WQkXjuQc5h5lD5m8dbcvP2yj5scu795E0Weto3xPlqJC9f2Enr2fcW3/PG/vmIaP0fLBq7b8/WIxqikoO/5dDymPGuWp1nzzHL0fuueMx9USLq6olWTaokJuRly/9f5H/eDhfL2j1ZKfuIBd63OPtbuK0OTIhMzDvlBrqrxl+LIMLfOLWDmy3S/I72/Nhhu7VKGtF0eNGxBViY6167yg4IUfn5lstpbPLOIWFExJQZNfoPxBi2PmOx+h0bdPt7j89AaS0omLkMLw3U/t1wXz0ellw3t0D4cu1wZ8tsTiAcJ+Q/kROUdqd9Y0goIve+5++LwWkahcLixHs46nHdzYyhP2OxaGeYc0h7ULOnv29/bnNcTtnc0gNfZFzPNxYfCrt7qxtusjdP0AcbgSdRl7cs7ZkRJo2WcSdvUCavH8ifN6Xi0y/jCi7/ezpYCDkDS3g4JvTgJrUcDOWMtaz/1ywN5jjx5z9H+cDLQ42mcaR0H7J0uKFs5+IPpXi5xeODJRwTCvD1lZxq/37/UH5yE5tCUOP/WH2nMTilvvkPJbTp0fUnJfDnT81VDI+vpX+67gy5yQ5yBYMbX1oVmZ4TA1hUT+Bdfm0KwNQ08Eg3rNN7qq6ZHQ/5OgAdvSFPzBjV+9yy9UwIyBqSumrveAAwdDW+t9ChCeBM/kBXTamnD4R9TMewMTJPwi05z0EVdCgMbPGAYZJJ0X7nKftS0NOtDxPhpxpVeDCQE1aDKnGbnvuIK/UbxoZ+ADD+hBE1fDxZFw+PjweJG1C/b5gxC/Zxzl70UFfyKN7OgcmvJzt9xhG4+g/T7yJtzRG1zk8dvcV6tk0CJ7wsR1Ha5xrW/NWPnj5mNoMBkOPvDHnSvubzhawelJGD+ahDC51VP3BILA5xok8LESCXkOgOIUkuC7qHwmdqRtIN/3e99umDMcrZd2vnAp4mP80ZO/U7Ppwdn+Zdzm6SRAnrA4aW72nUmNeAeOSkHZQ+5Klod1mnc16kYJ9wj5ELrkX+KORG+3ZX1xDwXg9Hktu4uSq0vvQaebaEMuYfg1Di/+xDnaC6oOGTePTisT/T0vjB8exnNDP9iBSsLB9lRavCfOF65+9On8WzY5L9RLM5gvwZV/GudrVdO4oluh/LATysM7ysKhT6BX+9khFSiBTLy6KT+iNqm6dIwUaJx4CeDgRARFN+U7fttGGqCRAQ1b33JUjltdaghPZeCMBGjYwmvRJFrQtahnb7ITCfiQAAY1B8HvKhRPN1SBYqlDzYFue+UVlIzDVLPJC2aH/HyyUh8DX5R+jBkh5Y2UIJEgm6jd0r0wAkhar3VvwO9f/Ll04rjm0M2/cO3Y/DA4GT4Qp6ARXyivSDy1PhJoPM80gUrJqKX9gqtRKypMRQhKVnbtcE7UlRhPsa48IYIIkqcEMHmu7PrkOke8GXjpIarY/t6YZZVSoLKoWM1VnO3/oWyYL1A6nQqCC0NK4r7NDOFp3UyQwZ9o4OWAdzv0g/hgfl0+KZBQ8KMJlwNRP6+GnvwmHF2FwV+Y5y9RkEH/7nJ0vjYykBPgP6NhzLLxeWtavkC0Dg95Ay3PO02A0jqpCuFNnU6+WIJOnyfAYKD7HR/ITwggHgdB/F/fCVt0zh+ehdkL5baGPKX78mDoRBMUADS8c+V8ZyKcUxRAw5QaAUst8hlwIpAnav50dRDEfr66Kr51GPxA5DWynJuDVXGaPQiIao7aHQyP91769LmpUDw/GsOodgWyY9VhQHVnmzcv6EgIUPmfHg1C/VdwZSTN+/C8WA598yOB8nKrTKiXWAWQbqzlIaJl3/gmR7I5r08VojrZtSlQ98s9+LzDJOEhsB2fVm1LmwCtz/NyfgU+9Q4ukQj7u+3F09tAoiUTX02tOfZXz9KXP0y9fH34BpvyX6Qx7m8=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUVFUYB2RGYGTHwAXCyl1TZt6wuN3LEukxxUTU1IOMwwPGhhmcRaXEDDUtMz2eso57mruSokZu3OuKUpZbR80iJBM3FNxwEKV73x0CzT+4U3bqnN45c+fd793ft/6+++ZOu3HGoWmuTk5OZjcyDDLqRa1VL6YJVELFr+nMljTn+lm0xZiZSGex/8v+dtngf5Es4R+Q9f9f9h+VhdfLpN3BpX4WYzSkNszoswF0fZg0qhLpBhNtMmZqLDptE0BUFhbJh1L+FVQUH0rFUOGJcvKVqDOkk22ziRhOS4I0RvEYEiRDyjAHMGoJE2e0jmsCRs0wPXnsqB3wzY4J5/EtnCVbxWOHYZSOYCJ4fItgvgk8dhhG6Qgmkse3SOZbBI8dhlEqHcBE8fgWxZk3aXVP9tVkwjUGNTkiZoKTcswEZ+6YCUdAAme3SiDedmW7IieH2GoHCM4yruLagFjCVVwbECOeiovgdgwfGxjvVI4wXKV2gKyqJr/AGoP4CmtPeKQjoCa/9hq1hcDHcNYWAh/DWVsIfA1oB/Exwg7iYwRrQIGPEXYQHyNY1wp8jGCtIXAxQslYLnAxQskYoeZiRD2IixFKRiP10xkxlJyqzYH0gUU0iUZthphJgKbsV/RipmiwmNOaNVaYJqMzBRmizWajVkd+JhoNjytL9PhD2bDsLDGRLh4mWkyaDDHVpNE/sbgFuYnN0JEHscSaaNJ5EsETa9zJTZzOJGqpsUQfijBa6WKt3qh9c5LOLD5Fabwu1Ur809PTgU7+Z6XNpYjSNYbUJ0JsvJ0olfa2ffZxez2LuJvzxN3wZqgndNizD9v3WYTtxl3u8MadIkQ80R7eTuyUGWs0mlJ1Bo1FNLPjJyXr61aNwaKzZEebTJpsBgyRUmKyai1Wk5gqPUhpmMdpLJqntKlayU5ij7snSg6RD5UG9h9SG2RugStnHh2273IrLEwrgLll5SD+q9sPT0/2xXM7VXgWZrXFRQMj3o8udYV+AeDwTzs8MB1n7GmJu6z3Px531gbm7b/bacy8i0jSs+4q+rRu/tQHu4Jgu+fv6IfnHAZJPelKGT70KP/tW1kh0GWPjKi6AXLLij7bvbAavdth/3trR5Sg9DidsXLmLUS9OuPniaO2H5lYONYf3ox85VWT7VeEvJaoVgpy7K85cKqr+Ahs/P6H4dd71KE6onbLEBvqj3KCIzsGwXWHqcN14O2AvFcv7PLFTF8xGh3T7/K5bjIYqr0xKqafO5bcrzwODFLgl8F529TxewQ/rFFSj8tBZvmD9VUnq4Fr+YckEy5YLiXgN5AD1Mm7BtSijBf0k99a7YY3pAwb2jElCC5OWr5x89n7QMpXSjkq3BfYIVEWDCdsmnM+Y5oMz1h2bMP3ST74l4S5nxr8qsEZgUZ2H9UQsxZ/b9zh4vRlx7o0gx5nVmX1LfbB4cd6Dz7hG2L38y5wt61I33bVC++IuL8/dXwgnnfx1vMnjXJIjP12/IUK5DcdF39+SIEXxs7Rl+9uCycVLm/d4+fTYAg1N70aXf0kv8WE622gbNWCXs6DfgKnF10KXpvhjkuX+K7eu68KjFynJhYfguIDMZt1JReQ5M+Gm8itL43sEVrwzTskxQq8++u58sqFnjA4klasFH3xSyGpzEngTcqzveA5+MFH1LEKQIrmfSXCHefkfTXuHVsoZHaKUMWyPt1OL6pBvZ0HzfBMqEAywTe8z958dAkQTd/54I5hbpvaLvKHipc6Tf1w5zW0dBoliA3Ft7e6LJrtDLvnL725Nt4DJ3z5sTj7xdZ4lTMl1Ckk+Z3sj6U4N4XgaEqw3goorNxOMuaK038oH9/13m3UdgqpcFYbeK0svDUe3QxPaONZ2n3+HWSijo8NgIzHNkCSet7Wzxf/uKlmTOah2+j4tjfu7vzRFV51pQ63xJfy2pMMHUI0zIIeHnBD1clB43wUWKJFt1tAshvjAWetHVGsPCjDadJVilifFaCt6DrJRABOHniked/FJ8CK97dcuPJJJXgjsOCEU3IAXrP4YOgWUw0gsxIX91owecnKF3fW3kcSvKiarSuRYYpOWt4CS/y9EwRzzfEf35NXA2/FjjXZRfvQub7ZI9clhULGg1rw3qhTe34N2IxU9NrWCroO9+qeH9wMPoqtqbiG76G3ijr3WjAnGI4Jja7SfuuCL58jCajwxnGEVg/WnwNrPEglchV4Z+2sO+dHeOCjEynRbIDVoQJJ/A/1xwpasNau0IsWys0bS/EltcR17R7es6Z4wlZlI0kEVSjv7NiJCcm+dv0hUArLRQ4ZL0rQSJK9rS+X2fvNBjpKilYDqayptWjmFFIZqxy3WZbc+Zv5zTHjlReUtv5oQzr5/WHMND++Rzb839dwxHqKTPk7hlbl5Q==", "1: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", "1:eJztWH1YVFUaH74/xnEEBpAvC/zIVt1gPsHCMzhKYBbq6FZUm+PMhZl1mIvzkWCZmrkmaZkpJtumpm2ymvlolvl1380t47HHDNlUaEkFIdcvhAVWheice68JxrPNmedxn/3D+ePce99zfuf9+r3vvWeSZ7HTCgIlEokrFA+PsnbG7LEzBelEQsSTbS53gd/Npyw3W2QkT4a7sv8r2WP9yvz/m2wazrNxAL7JZp1FJrvBanIWMjayqB9c3q/hevCvHxvy/geynLuyuzJelnFTxnetnxk7nnVYbj2RuVyyPo0flUbS+LKcbJHJbTN7CVLRgZT8qKYDqfhRQwdS86OWDqTxBaTNJbI0rTEYX4w2RyF+a/waRsdjlGk+YJQ+YDQ8ZgLrmeUFJl3wh0qPgFGqfcBoaWzLEGzLoNGT4UOsRYzOW9t4q1IFUKq3inqD0n3R5HUYeFAaZV57gbwnnaCCMuI8SCVc0qlAako+8Ks1vvgkVrmOCqTzhRHpviRXJKyKBqRMpQQJbZ/IVF67JHR9HkNVgQIdVFRdSGCDisofgQwqrztXr6pQaXwBef2e6FVKKjraibGjKyURREc7AaSmI7iQJjVdexBBdEUrgqiqQmwPajpGiCA6RoggOkYIjUhNxwgRRMcIoXup6RghgDS+tDwNHSNEEB0jhD6p8aVPaqgYoRRKQ0PFiJug/hlBzpuuWDLhZpwMa7YyRRjoLJ1oZ4oYh9tVENB7w4Ig8iTFQ5bLxZpt+FuWddx2eA3/ebPppcWMkSyezridJitjcZrs/Zx0DVYbnjBgbYzTRgS3rQnDNxNsTsZMlBkHEQTrIYvNdtY8e67NxfSzabbN4sH22cn5xRb6y01DeI8KTQ7LbS72+UQR26vuzvsddSf8DqP2W92HMqo777fiTvgdTu23ro/f6tvqQy4RDsIGlnVabA6Tm3EJJ2QZHqZ6TA63zV2a5XSaSgXgED4kTo/Z7XEyFn5i5q3nCSa3qZ861WiFb5S+5jFkivxfSKShmX+asX5rDChnpP6mMuoq17R9eOPidyLgP59Z/jpzehS88/v7jww6fJ3blphvefDZaHDvjr5x5LIC9gdFKtAXF7mFOdz8pD2hcPaJ2E++WTgAJuuWZc08J4HA3w0cs/OfUXAqs/SJLbvlcCKyNevrgnYudd99cunuINibO8B/VEgYfPTlcwfXx/dw+8tXyudpZSA7PWblhhJ/fbWk3j9sUiJ0jHz69c/av0MvnT381r7ys2hzcWb4CXMiaB86MK08OVz//OIHJv8lvBZZd/3LtXtGNGwsJDcNaNjanpUv3mhCWMvSmHURMGrwmpowqxSmdA12nYhsQ7zeimRx/2soh5+oRQPzPlzNhA4BY9CmVWP9utEhEoZp55Di2ISTLeo4sDzzXXZAejyU7xwwZ5tUolfyAZPCrudbd0yZXY/Ml/PHj/tBqn+z8qWpuX9OgaGTiIVNKHN0TUVTUhc3aJ5267jHA+DaBmxoWxikYuuzh9/gDu/dsyK4ZSAUH32luv50ENSVdTOdjW2IhxdEA79fUgyc/+TDgOblrejjtu6aksoI4PPy/XHutz3J3R2eGm7q7Iq5b78bARuW7Thzfo0/lJ4fkRa6rQVtGvpp11J1PAhxuYhWL12Sf/yhAD3J+rG/3wt4k7wVay+jB/0efVmWdxjZ2JYlVdNlcP3SBcgY2spNPNny70lPdqFyw6v25n0JQl41Mv0LJsKcMP2KtY7IxZJ4CGxePvKS7CiX8ppnToLsNIejVSJtTACctU3FmXL9P0qIQU2cEF+F6P9VtP3jWQtOZXYhP5z2snsGgnCVivmpQck7nNY3Likgv/3T2rIDot/r44FdFPj562nN3PDgRWsMRyJh+8Nn5im2K2AXTs+rdV3cw85r8vNz4+Dtd0kAYmHjt+or6RPrOME8f7gPRycxPwTWEvptDYTiZ0OOxn0TA45NfpjiMhDsauNK+A2uc7l8oDsQ78eWFODzbQ3UV4Qm4FI5J/C0IwVeC26JyZlyGVWdQ5u/P9jIzT+268n20iEweATx/BoS5k+jpzBbTo1Ogq+eeeTLkPmDwfCBrX5OWTXX2Wja+O1HscDnaX8C8OEwt6Oi5huVV1fFwZWqQ+M/qEwCGXHT2oEYQtP3g4FP0x9b0eMXH8CVFqyPwdVadUgOpkPHRzFxV9EbxM1xgfrldVYJ6xcMf9uy+TF9VBXH8zwyQm8vmffeaHMKtNedWOTK7kTvjTYkXpgl11esw7+MFNGOag4HEYc2VF8iHTbyxW3D4M2xhDjNyB5GmN3C6aOIRn/QxcNT92YNAj59L3RwQly7uJb3v3hEtywA1BG4kqv9YeZzeUNi/iCHz3/ciSupmzt1tNPYMNwPopNwBIdFCnmqlQJhw8inO1AiIV5xBNyz5MLUPfWxIt/99Hyd/xAD91+SHUxdpwBMjrljkruE/hCtEPlxhTuJvVvdUSvYURUNiRfOauOhhzvQoMAaG7jFuHoXjpAC34fKznB7ZxPHGtDYVUcW5KBgSOED1cnxr5YsRyH+wGGLXH178K2/PG8dS/uRKX8C74c9xw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtYlMUa5ybLRXS5Q0aEkOnxBt9egMpmCBTIK+K1LFpggU3Ytb3kwdJCJKvjBU3FxxDvmuY1I9TU2VJDRQkV8aShmMglDgqxyF36ZmY5inmediie5/whz7Pz7bzf/Gbm976/9539PnxiVZMTrMzMzDQ2fDNelSyP0yXLEyC2YPM4hUabYN7VC9GqUqJxL/SJ7Yntf9gm/gVbxBPbE9v/nS2sy0aqoUVX7xWVMv5BD9+LxOMDSMtF44IaolalyLSKOBNBIjYQR1oxG0hEWgkbSExaKRtI0hOQNBLbOGm0NX+JVigT+dPozzCBpA0ikDCVLtZkSDDLKkFkZwEBPcAwrRNMMRw7hjPZBWQFfwoKNHWhh0HBPVhJ5M+0UgC9iJhAHL2ImUAiyolte2LG0JLREnphczkFcSYLgoBoHgUE9QDEmSxxSoaC2OJEE4Nji1NwD7bH+f8FEJPLOa4HnDhRz0Fs+cRRwXISJpCUsUbQs4zsjqlQUt+JmIqe0QsmC48eZARjsrvpOUYwJjuOni8EY/Ix9lDFE7FVByOILdGN7mYrXhQkZiuTNEhitpJiBLFVPBpaMVsdMoLY6hAVhJgpk7pAbIqg6SdmU4QRxKYIKlgxmyIoSMKmCFr6JWyKMILYFEHPCwmTIoylX8JWkGkSSthqK80nCZMijKVfwqQIjmpPwqSILhCTIowgKdvJRAUrZTuijSC2I5oKVsqmCCPo8YqYrEuWa9zxDa1cLVfFJclTeKA6dXSyPEWu1GoSrB+eMKEP7tnzTYhGo4pT8I9EKmX3yaLt/jvZlNQ58mg8eIpcq5YlyePVsuRHBvflv4QmKfgbofxqcrXCmTc8MsaW/xKmUMvj8GLRQoxQ6fDguGRV3Oy5Co38MZOOUcTr+P0l48dghc0fJxUQRokyZbwmwfKPqSfulhei3uft0hu8HVh5Gwl3pba493m79gZvIXO8g7sVT0nv83b7M964F2oq4f7MgfZ/+Ee1RNr7hN3/VsKOzISNv5yNEQ7sfcIefythJ2bCXLcHNMkjJR8rBk8cqlKp4xVKmVauoe8Occ2I0smUWoU2NUStlqVS4DPEF2pdnFanlseTG2896IfJtLLHHD1S+t5N1H17cnwL8h9svTnPZW+4zBH2ObU8YO4ec/ge3715xAWuWND2wpwJNjBq9rq52QOt4JnbYOuNl93g8Q1PjSzd6gJvTFyapVxpCxfvmH6WW+QEd26dAJ1lVhD88HPuovf7Qd9X30sfucQVnuVOHhix1wkmXq58e+g9R3jT/rOdCy84wqEeq4ttq+zg0sG1Dsf9neHIUj/rtKnOMKQ+7twbYxvQsclrfJY12ul1FutsBuQ0Iq+gxDCFqgotyjm/68fLZvorTr+F/JhgQM9v/GT/zeqfUP6RQ0ut6xz1y8t/876oqkZjnsPIOvABT6PwtCv89vn+9rnbbeB6x23HvnNvRrITl4bKPeuQpe2n3nF3OtEW38Ptiw13QbZo89eBh4T6sTM/Cio5dRn5XmtZ8PbRNvTr6q/6vrO7AAR+EvLW7aJ6lJXZf570yzrQpCvLdtxmrZ9fdHBm4+ESMOMLyfkXJxjQSOUW86MZtlA4I/jr0+8Woh2p+UNeWNkMxi9ymLhvVS7oN/yr9Xd31AG7K1vmjLKrQaee3a9OinKElG8FODAJO74R3Mpf++2azHtAQwi3g5aAir3Pld8ADTzLGEGbkXcZoryuIuyVy5UVwIsErAw1WcesHedaBEjc/K6izaO/aegoLgZN5bJNJeJbKJVsuBMs/75x8KzlJWAU2dBZoFDVZZwpdoANy6K1flmtoOqn3a2zUirByVf2KK7XW8LCjy9eL7OvBelRkes/HNQO+loMXew2UwD5qI/bbvcDInHdbw3vh7bW1ug94EevXTp6a5UTFFbn7bNMNIccppHuCbM6M3ml2cGVBR9EoPk1CC87Jc1N35eXSVRktTG+GWCY3POXGVmuUDtm1T3rmH4QT1O5pAG4EqJOEHv5+IZOMGQWz6TKCVIeDdRP4a7Q3m/wgiXBlnBN6L+SK9vaAO/czb4t7hBP657nAcOweacAknBMd4SSu0Gjw9XNgNiHCKGPtyF52jE3yKveKR26wraCO2dOWLjS8e5CSPxTa6bfVX9xfKzQwXi9j5yJ0GrRVP9/7HQuqkB4tQtmAv35c/jPUh+ubulfndeINny5598x9yz0mQFzh/t4N1K+V5z1NJ4lYOEvWAit4CWcGIVCfcq0+Xu/iW1ApwWjPp+6wVwfz2fNaUEdSLPCidyGyH7nW+odiUA2IrLMvkvolvQp/evPloKy4/2yRQMFeqX4wzy40ACmv34A/SfHDPLiHnitxUqfG9j8ffyucrCi9n0guW5h3KcNfHMsXvECyj6JBVuLzuGwednD6kEBNrufNqCcN4cUCPMt4KDydD5T80HaauzwS2BE5sbmgIoOcKdGH+z76m30eYXXjqqIdhqHwz+jI1c/7ZDnuUCSPhe+Aytwer3chnSfeVhNK3SCHxuuXUnTGMCuhVhwFaA256VhxesaQMSkdg/N9D4QV4e6DAs4hwizDRB55ZhDQaFn1NUBBrDMus4tYlITovlqQLj8JA0sAjQOd8A1fvmm8kZUylevooOliObpbTRv27DQp2vqwabEg79qchsQCWNYK+DJvhb/YgOfY9iRF1HkiE6fjnft4VpeHvqzVnAPny2n7hsA3bcDrYPKakTjawbfwIkx2wzSvKtC3hk1UYee6QNJHdLaQdmUybz0i4EP7+UVtWaQyPOAJ5yEBXjCleo20AGGW/7T3u+LAfCdAQ5lw4XOMJbP6rtBAliwiU/0Yx4whjjAEm63wxWxAxDdbPaC03ABUtlCcgqGKBP5Zw5Viqb7GfLgn1kP3s09xsb9DhZ9t70=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUVEUY3+WpIALLAoqRr0zMUtgHiJkzuIhkoMla+ah0WS6wuuz17KNERXtYmKn5ICvzlC/UrKM9RNOIGa2jmWYqlpn4BEE0jYcYuILNzF2fcWqHczqnc5I/5u797vzm++b3/b7v3qF7upiW6SWTyWztyJAqmgWjwyxkxlILNaeYbPZM+Y27BLuYo6d3unu2/5RtRKbH39nSSE71HciPJNGaYzDrsg3WLMFEJ7Wy1sh/2Uaj0plbmZh8z/Y/tMXdsLFWc1OyQ0RLxq07+uxxOj+GjSo97VYJVjHHYDcZ3QSp+UAqNmr4QGo2avlAGjbG8oG0bQNRW4xa70MuepMli7T6f8LEMoxqAA8mjo3xDJIoOtLdgrDQYvjc8G9ngISJ5onNhVG1wQ9XbPESRsOPUbnNm7R76RLXBhCnpxgJpHaX7ttBWi5PKgmk4fLkAsVyeXJVUTwXKLYte5IEruLLk6Q8VXRbQG5LXGKgDeypojn3JDVwhnGbcal/U5vabRqk9s0wXE1II2H4mHM5crs7SH1BArndHm4H8enOBWpLWaj5xOoCuf12uR3UlgLU8JWFC8TX81wgPkVIpa7hU4QLxKcIqdQ1fIpwgfgUIfUHDZ8iXCAuRbiaioZLES6QlksRKqkVabkUoZJ6kZZLETdAXIq4AWpdEfQYaAunD+yCVRCN2UIOAVpzh5qFHMFit936Pmff4t70zp8MCTabaDSRL0zRcteZ0u/mYqNzpwh6Onm0YLcasoUMq8HcygFUl20iD3TEm2A1BRDDXXPakx+JJqtgpM70QRQhOuhko1k0Tn7RZBNaWTTJlOEg8ZnpqcLk/ddFfdmOsgyWDFum5x2c3fpYHeDqyHexFSiTDis6UbRmmCwGu+BiicY+ymGw2E323ASr1ZArAe9nhFgdRrvDKmSwBxNv3Sca7IZWsqaVTgDqO4MT6CP6jxhqHRO/+bsXSkJgQf5r40oHyXC/hSsaYyobwaeeVfOiLiqh6qnohz4KuYK2HpSd8GjvA0ui33uoU2gAfER334UzWzxx3BsJE88euAyGeU71f+BcEDxV0nG5elUdUm4cdnpaQQD8rf9XvQP9vSF9HNUix00rsr44Xy+Hh5dVRq7L9oXBsYO+TlvahA7R5ef6w6HDrE2B1fWgtLhcGdk+GDPczGvAd8K7KaHzKoHv/s6jfu0iw8xfVCVY9uLyVT23XQLMb3oIPjly/jsWRTkIJFFsjisDe1cO3VKf541XkUvz4TLkvXrxQHlqIyg9ccp/SR8lnk4DveoL8fhuCbXGMvA+Cetc8hk0yzlwyv4550FQ9dZNnlX1IHLPWbDmpDemq0ytbgG7n6A7/x18P3rH+jUjOuPhHTz65of9BN6qqOt6SGyR7PtlUOKzDmUlmsSa16rArrKi2TMWhuKzB3ocaypRwnnDz3tpgteiz05Xv/35PBkmrMZGYCf6o8Kw8mdNC3iWhrWvCrH9pyhwEgugBny5iSaoEXQzXho3ZPCXaH7UxYCS6LMgrfeKNz49XYv2zUpGeZEdcersgJGbCsrBoBEHFz07OAgfa5o5qdh+EuVUOT+qTfOGlL1r+ddRsbdCCV4PwVGB/kVrcz1h3sYt6bPGhmMWx+Z2UOL9MPrg+T57g3ZvR+MyHiVUXwUwxPBNad9yUGxf0snrZwVeqnvTXDU9EM5dQImoA9Nf7Z+y1m8LWOuX1MvhsR1VEhZLOtaCoGmxHw9+xomoug4keuG6Q6npQWOcwO/I6imP+TWgbfN9asLmKCCT58kwuC53d5+Bi+U4D2if3/74efDeV0sXBl7tBI/u/0NfXliDHB7L2nX5wBcWfr0j/EG9P4yLIBnd4YsvXcDxPYcfAUQMjTsrguFERnwFOjMmfOvBlxSQLv9hRDkIm5Rav6DUE1coaaZ9oIEJ34h+edmWVHAlAq+WU4ZOg+b8y8eOvOyU8ty/C5ZT2Xb9HUwrfJhURD2Qsb8IfNn8NKGwEk2mAl3tC/MOfDG2YVsz2EPd9a9Bo1mimkDfK+8cX5LvBAvIdpOflOPxQwafO/rJNZAaSpQxuz2ULZpJlFiPfqm5PHzs6+vRpRmEgIFK3JMmckY4VDJFOUHi1YsX8DYlJkmaYbCGQUmXFWA8LaTjnTGTs0IJ7WQ3PhMqEMkSEUAdaiC7sSU1ogu2olDn3gr04Q8bfvzpaR9My1fZzwNXJ/e73j3PCzZfcZxaHlyEjk54YeT9YUH4endqaXLt+xBibaBHGNZIBY16sYRcA9TbuykH0aJAmvAGIF1bwIDGnRkbJv4G5pC2U1y+GTxXlkQqeh8qHEEUpeuAWbnsKQArSfVs7NWMhM4kY3HBmOU14ShQf/tZP0tPBZb02IAsmpe2wld8YM26XaQyZXhDLRHUwnAcwQiRQxJT9wUOH5xChahV4B7mqdMKP+kAGT+R1xGzFwVj9qJIsGSR15eYY7uzp975GpMOEK3YVH8C8RGXRQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndYVFcWHwYcehlAiL2sNWgi0wCj3otgj7HgumosIAwyCowyoGKJJbG7ljX2umY10TV2ookr96oxFqJBwEYUEVApolIVCLK3vFk08fuWy7f4x37OH2/m3Xd/99xzzu+c35s302aicXi4lUwmM9mQw2BjpD40LlIfPpSO0OGPDabYcAvzmX+sMSqIngW8G3s31gBj/d+NvRt7N/Z/NjbCPMbURG4+622MDqs9o9cG0Pne7KgKUpBjoDFuIpGjukHUDBJkiJ5UB4hqAB3z9hHBqBlG5S2C0bCjVgzCtibkjpZjNCIYHTsKRUDHzQi548Oj1k0E48uOfmIQtjVfEYwfx9TZDpvdjb/VmQWvguq8O26CR04lBJKIrasHSNCSuj6W1PUJuUawWF8B1Z13nNn1saQV7As8bPVhhFRLdW4N3AQH1bk38ATVJ3oSqM7tgZvgb0I0UkmlIZQnM0go5CqpNIQIK4HUQj2P704tpC6SnTrXba2KqYXkRcIIyQuvP3U9pE9dZy7USp9aSMckjJBY8IJVC4kSx2iEeMBrXCPEAwkjxAPeFjRCPJAwQjzgTUEjxAMJIyYtvJFoxHq3BKqPMGvERIyDtGIdlRe4VkxaJFB91FwrJi28XrVi0sKLTyukEpJcasVUQvJJTCUkkJhKSCAxleDR0wkxwgwSYoQZJMQIFc+TTogRZpAQI8wgsfsGzgidGCMkkBgjJJAYI3hL1okxgoN8xBghgcQYwTu5jxgjJJAYIySQGCO4APiIMUICiTFCAgkxQs1Vw0eIEWaQECMkkO+bGTE8LlJv8qQXYvUxemNohD6KAGPi+0Tqo/TRsaZwm1cXDG9Ez+zJwd9kMoYaQmINxujXFwuy+89iI+Kn6oPo5BH62JiQCH1YTEjk7yY7kA8BEQZyIYBY08cYHMnA7+bYkg+Bhhh9KDUW5EIRxjg6OTTSGDplhsGkf8OifQ1hcWR/kfQZksHqj4taM48mhUSHmcIt/xAz81crP0nRGt5vp4bwu5Gw3+YnLZIoN7zfzg3ht6K+fks3WNqG99vlv/lNzwLq6rCDsMPqV7/Ya3UN77CyIRItF/Zb89rzlrdQ2K7/00TbCDvc7dWGpnoLFe3WEIm2rSfBzY+G3kJFuzeE39b1Jbj0HE33O6Wn7ZYuHGA0xoQZokNi9Sb+ewvV3WFxIdGxhth4/5iYkHgObMlCEhMXGhsXow9jF4JrzwNDYkPecMfh240/8Xl9e3p6if4rgI4+PNg+5/PxrjBj3ZJFY1LlsPHKgflWmjz0+MNTHZ3t7fj5cTmMWFs4B2gfo2trx74MqGwMh59suahgWClwdQc/3UkoRVGPqvYVpeShzkkuF344+QJsPrVhjfOsXPAY+/1p4OwkMH1aM8fMrjXA5kDzMWEfpaKRTl2Pbn9qBZ3tE/bGXyhB9u06fbbST475eDmInDlrT5eASvTzuEEXrXuWI6/yjXfXWTfCWx+2+Dr3oiU+Prrs+/TlD8DznJC/39C8QG0ZwAIvP3w/b/3RNLSzR5e0LR1c8beGjGnLV1Uh1YyubVqVymDr0Cdjevdyxy0uPQD/uJeJ5F5LPG5/Yg3VPx75IPorK2z1aGWnQsdE8GzRpRFnvlHA3cd9XpwNq0A5n++4sv+Xa2Dv1h9bH465BXra3fxqas8SwPefBwqydE3xpzloRSQNhB0c6EBX3oc+3mvXt31cJQoZMbzjrmUK7Lrn9BnPDutAu401az6rKgUpsgy57XJLeGTolC0ztpUA3T97/eXTIy9Q/KhvtFdOOWBzfHcto449Ad3e3+eWHJiDuN1CRILUvCDrO8Dx6UBJov9XRSa60Ln735LmFaFRfscvTu/lBlv7F4X+PC4JHEGPd/Q4YIGHQLeQc0HO2IVNuAo60QUrHODVpSkZmfYyuMabBqwaUCudu1tjMilxZ7oSp5Kr6/Y9Q/P7o7ktfFNRZWEByfBZQKJNMlOGjuWbEhpXlYGXepYZxMeTEdvWVEucvYcG0AMm7mz64d12Ragnm2CBs2n4gt0gz/8DUOFNmBnmiPcH08A54jBGhOuI5aWTOxw0erHvjT5K3IysolhQBU6R5Z95OMH+92e5H+znDjnOFnZgiUtFzN/URvAScaPpIVvI/cpEaV76JlmjmsBI24pdk45VAbLq+ShNNWLpOuwJxxG2Fxbkgp+iNPNPwHQ06rKKMCUF6a589Mm1teVgXNT5l0dnV4EI5vgLRJIt32JjCZvtGE9KoRDweWloLtCO/2GAHJLNkR2WoAnWV5sMS38EnBK7bX5/kwLm3j5QOTYqAfSznElKwQ6eznYnFJXh5MBbz0ovy3HZQOLwSLnEx2foC8chh77U2+HrjyaT0igEi+YkHxtdZonz1x91mHagGnnevvo8KLua56WjDFPv8k13EQmCl36zLWb53WmHp7KNpIAhLT0mDzZZ4PfWp9lG7FbgCayQK4AvsbY/+DH6MyXeUBv8QU2b6vK4O8it2P+X8Os1qFVp5Mi5B2tQICN+KeJ+u2Bmvr0lvkfpslABAw3GZ4uWNcas/CLkmM+vAgnUnckemMf7DChOGTzR5ZYF5HXtiS+f601KuABtJN1E5+UIadVX62XS/nJRVh512BbuL6LAGsR58hSwPB20gZ4nrskyFsqwhgUuE/C4ZXF/kivBqjjamO4DmsXiw2lgdU5xqxSjAwza0IZcuommsMaTjViai+1x2Lg7fS1nFoALg3yW+QcXSf2vHKwi7Os/tAjMZgm2x61IdzzZ0houzLqw6dQGGSRFkfTkkj3espm+ysGNkaTDft0IElKRKVJfW+qOaVexu5mEdvf5rqQ67STK6+BNWqY7puxxkNegeVXdp15dmol4XJ3wedKNItbmocVjUv+V7V6MOtLpY3IBJmXeJS0TMVrnVwIW99xHgPXxBAvM2kfnYkBX9VqShQZsn9/h7OIKxPpIcwuoZwVUhCirvk/PBJmJTtvUbeV4cMmqoNh2BdJ4MWJ+7miEjQuszq/2vgk4/7eCWwtMfb+cbot1PU4P33DfHRJRUep6VKPncZnblO0VWEUTkOohxacckSB+MSe5CB22JA3426awDXWrMB8pFqwPWPHYEpNVSEKUUMUE6yBSs5cSTzuw4teI+Z5wu5I21nzA5OWeMz5X1mns6t5KeHETFaJKQOld4uSEOc6a83NPEnCZRTqupwfMO3GIWLbHD4kqJDqVIyZ3GW4w+EFy21/jXTHnQxKi5mRGD8jy19EBD/3tPdNNVzlcSNwtVyjhvNs940flumPer38DzF+9Emqf+vbpV6zEtydMJ6VmAZtYkU6nUkB2a+IfPYl81TdGmV7X8No/YNT+sPSGMdW/AdhorVc=", "1: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", "1: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", "1:eJztWml4Tdcazsk8yyRKzVxDUXKGJJSulQQVNWXgUnqbIzmRQ5LDOSdIaRVVyjU8KGoopapcsxJj1oqxiNRUSShCkJDKPIokdw07V6jnuVnnuac/7sOPHXvt9a693u973+/beyftxutCo60tLCwM9uQwVBeriUyI1USPoCN0eIjWYIyW1Z8FGHVxYfQs6M3YmzEzjA16M/Zm7M3Y/9lYeP0Y6yaW9WeBuvioF2f0WjCd78OO8jBbcuyvSxhP2lHjIAoGCdPGT2gERB5Mx3z8xDFyuQhGwY5KEYiSb02Ijoodhdio+G2EtubLjv5iEHYblQjGj2N8RTD+JiS0N8f4mIBpdAzY7F78R6OV0xDUWwjkwzXaSwgkCbvRceD6FAx4Q5BY9JSmBEJpSiBUpmxPZUr0fE3hxEEKMU7cTPJGlxMeAQ5qdHHgZDio0VbnCTIhevWgRhcIfgv+Q0iwcn8TQi7vLQjiPYxhhGoRd5NCsCExjFB34V5SmNDFFEJ1nztJIVT3JYxQ3Zd8ZEIfUzTasC/6mFJIBxJGSAdcpEohHUgYIR1wXSuFdCBhhIqC1PqUQv6uB4k1JG47pVjFl0BixZs3WZUpnVllSmdWiT1tcL+qxNoEN59KrE1wJ6nE2oQUCLGKL4HEKr4EElKEXAq5kCIkkK9Yb5FAYv2SJ9dXSBH1ICFF1IOEFCHnMvIVU4QEElOEBBJTBBesr5giJJCYIjjIT0wRvGP4iSlCAokpQgKJKYI3Gj8xRUggMUVIIDFF8P7kJ6YICSSmCAkkpAgFb2r+r1dEaEKsxtCMXjBq9BpdZIwmjgD1iQNiNXGaeKMh2qHhgtE29MyJHAIMBl2kVm3U6uJfXizM8T+LhSdO1oTRyeEao14do4nSq2NfmexM/hMUoyUXgsjdNHqtCxl4ZQ7dQX+tXhNJbxbmRhG6BDo5MlYXOWma1qB5zaIDtVEJZH+x9BuS1vrPi9oxRhPU8VGGaKs/xUx645HeYVRy8/N2NQdvG2HevRu+HKkU5ufdxBy8bYV5+zd8v1Mpzc/bzRy87UzMt1QiVCrz83b/b7zpWVBjCVuKEG7wiU8hPQiZn6/H/5Svg3CCFS99YPoLhO1pDmE7CvNWNnxRkP8FwvYyB28nE3nXf6jyNT/vpubg7SzMW/XSVz2/Vx5waJehCwfpdPoobbzaqDHwXzPRx42QBHW8UWtMDNDr1Ykc2JqFRJ8QaUzQa6LYhYgX5/3VRvVrHrT8e/GvYy9vT0Mv0T+GoKMt8+77tsC1YPRPqkvvDXOG60Zu/Neu0XZwa/cgckkGmxvSPYpTnOGpsi7jlp6skuZlg2t3spxWbLeHfToMnjF3jxO8R87mhNxG8mk92rUx2sJjnZs4HexkBSceN654y9oKdz751ba/X3DBB5tWX8w/X4BSZw1Cn7XKB0G7tHemLKwD0QsiP/59YDWKmDq8tffEGvSebOiXLr964j7LL5KZV1BFQtZ696214OdfpiZvXGsFMwpLB4/56gFaPq426NnTcrT+dNu9+pgrYEUfCnwKvtHQBXNB2oKrd7IWWeKduzI+mTr8Bnjcycd+53oLvEV23MbDKw8ljZ+V2S/xMEi58P2AQyVFIOWnH4ZBzyJ05Pn80lvpt1G4sePqumVnQfa5NcdWLZPBiIeX29+qKgKJLBDFqG1k/keBybb4/EPww93kUiS7Y+mwsM1F5PPtO299c70QxDpUbZpwoARlfkKJPUL7NxRsO7vIHafmnz8VuOse6Fa++vaK+SVgxtyeQ35c6ABneO3+4N6nWeDoJArMQ503fb333uMKkD8TqP5xNAUcmFG8d8SktSA0eMMXnQKdcOrHH/5i1+8WMrLAlqERi1fHe8wtRe6+fU+EripBJLhLHhQvBRfdzh09vDgLfZEE59w/V44oe3DWGe6ICA/tHOEGJ62dtn5zhxJAViWZygZlJLr+3h7wZLNOYTZb5oBgdsECV/eZnLYg1ArumBNChs6irk9dknt9WwjWEBbz1rrh0MOt5+WFlKFnn5PMe1rh/lpd4bzz+ajAf8AH+ipLvKlFz9sdbe+BP0LoxBxpnh2uHhd3pnZ/AVDLR/Z6Z7snrr0+/XGnfZaQhWfeI8TyurgFTmsecvPtmc8A18kZQFdt8rgpXpIw5W2XrGJwZLFtofcgG9ibCcUVMt0NdoEZsw0DV5bngrr9NIAyOIrIPKONG/SvPBm1IyIVjL12PNtrgys86EcH3GAQM0YJKq2hG5FBhrtsC99niS9AA6gAM11gQFEkSYEMjg18Pzdzpy0mm+ixrK0b7hlPFVaHxrUlM4Y4SPpwkPR/Cw2HnupT1+6CuJzq7UVXbSEJPpGcDH/4xFrp7lsJ3B4n7bHKqQAkWWuOeVvjJusVm39Ossa/p1MiTTGjPzQdMP/1rEQk6Idbn/HGoUwwBWhMs6QrFnes4BC/rwMiHlZJfkhDitP73o3vYANn0zSn28PW23IHvVtXhPZa5fyzS5wMd2VCyQZM5p8/A4e+nHn5wJiHqOKB+vsbynOI0fKoAs/JroeOrwaW3eZ7Z6bZ4Am/5UzsVp4j1YfzgJDrpmlugdvXlBPnlgCmiysy3IKmT12NmI6u5ko6sMekSIxy7ZGFmHwOJ0t+rgCz+ES09UQKUeIlwGzlYAFrNXRHZYjnvxDxfOcCdTiNQBmgrlg3shKUHbm5sEaThzYTd9eE22OW97uW+GiwM9l6IWJ28yoF8UrqjDpUGjvqs92HihC/7opZeNqVg2xSJce2dYeuw/es1Ng7Qr6fYsDCsbIJpFk9FegJPYsDfo3+rRZomLGcYbqSKt8D0qo0fE8q6MEKwDF0+yAJrMIdThxasiTMmIumMOGUgzwDUcgiL3gplf7LQLwepXA+Tb0g8cbl/hlPAF+3GnUgWZrY15Hr/MIj5Epv0Nkat5xJnLTXBloyo+cCdpuOtrgyLHvrutM1gC1TmItip39KSn0W2If++K7vTk9Mq0ywcy3i6z0HLH/jPPDT7/p2v772keT3CsDK4udOmGZtfysLzPVai350HPi3BMtSNKWfY/qWyY44pxWJ4G5rXF9nmTyuWOKFbWjhdMRhq9oR61aiu7SdzJFhms2kPRcRlekWWQYixWd5n9nOmCSFrPAQ1LWjG3qOupJuVNbFHi+hdh9RIdXZC4htq9oOJ2+kheYG6K5pfn90Mw9MmovVdCcHSDZBJPoMdKMyinHDC+Z9RJxfB3jZeQa2DqPG9MYsHt1tYWZaBYlYOaLd50RAc7ydpkNdX/8OId4/W+GY9jSSFpD7ohSNZIlrKfWdJ2C29ZmlPtPyALP9pGaY19WbgD2aBMRPMBj1ujjDyz38xd+dvPiF2mvG5P8GbvntYA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlYU1cWR1TWICSEJJCwBRo2HQWSALXiYXEdV6BahaoIASJLNAku1VqXuoxLFVvFBRmXqqO4UeqGKLcuw2i1tS5jqda6VVTQqVtbFZy5992XURy/r9x8pX/MZ/54j3vf/d17zzm/8zs3L/iPNiRltbOxsTE54Et/Q54uozBPlzWI9JDufnqTOauNpRVnNuQnk1bC677Xfa3Q1/t13+u+133/Z30plj6umthaWvGGgsznLfKsDxkfzl0jku3wNdFQOBqXo9+CRPQhfeFqDpOsL8huMSaCCRPJXWPYINzWIlkwaorpYgWGyRwNd9WyQbhlmDBaioliwURRTLgVGA0LJppiIqzARLNgYijbWhxSSgB6azHfqMvoSi32HLWfglrsBsppCmoxtSlBGYNER1vjCK31IEbvRVkT3ChrXB5tzUrR1sSJJyxTnCIoYSNarA7U11Y4wgJqsabQJeitxYlL3UZvTDTiQZFMCk5NimSSPB7DJF/83pgqEo9hqi400yOZ5JjHWFGSIpnKC49hknAqDZFM1Z9i1Ew8oMKgtqL0qa0oY2omHvAYJh5QJVEz8YDHMAkJXy7VTJpgATFpAl9j1dYUZg2bdlPJ0lhTzTXWVHMNW5XgQS3mAweiSa6x5gigYWMETT8NGyNoLmnYGEETQ8NWJagjtEyMsICYGGEBsdVY6nItEyMsICZGWEBshw0aXC3bYYMHsZ0beBDbuYHSSMvGCAqKYmMED2JjBCVsFBsjeBAbI3gQGyNoAYhiYwQPYmMED2JiRCStGlFMjLCAmBjBg6JfzYikwjydSUoemHVGnSEjR5ePgcZJPfJ0+boCsynL8cUJs9qTljO+xJlMhgx9ullvKGg+WbLTfydLmTRWl0wGp+jMxvQcXaYxPe+lwQL8R0KOHj9IwKvpjPoOuOOlMWQHiXqjLoMsxrUS8gwZuRP0Jt0rZuupzyzEG8sjL4/0tv87mz1nSnZ6QaYpq20zZ73wDoQvFZrWt9f1d7XXnsXeFyop/11No219g91+y2AyIMFQSAZntNTu9sx2x7z4JVAT1fp2C1vDbjtWuy3fr/nzXXTr2y1qDbsdrLWbP23GtL7d7r9rYjsxE9zympU/HrW+weLWCLQjs91Rzd5Y/QGC5tEadjsz261t9oLqDxA0SWvYLbAy3pa3edEvnWxIeSUTJxgMxkx9QbpZZ6K/L7ngy+DC9AKz3jwpzmhMn0SBPpxLjIUZ5kKjLpN7MOp5OzHdnP6KE1Z0F/qGq/n2dOQR+S8I0tvj258e9q11BNeSyHWf77FB0t6DGmUVIgi48HjqmKoO0F0zorKPwBHdUoU7bE1zgy33Tvcf7SYGMsxUrEKKKekRb48Nghvb37g+00cKZLphdnZoYsm6gH1VEgjd7H4q8VsP2PYkLf/oMxl6dnbiLVWRP5zDt/C5MlibXXHb9MgbJQWt+cvOL5TwjRIvfFsIKdc2rDqyRoaKXN/Tlh0UwtyHF85PN0mgLHZoavkPKjRZvL3XlUpvGLSwuEDUVgIVgnFb5z8NQHfrUUxAqAqktV/9knxNCmT3tmUuqMPAHZ/o5srBbvrShPlb3aGb0/n1Y5u8kV/G3eHxsWJQflQ4Tt5fDIekquT2GYGINF0ue0HtyPEDfSRS2P2g6exExxAkGdP/wUcmFXDrHBdD6YiQL91qBOhR32GzoyUiyOz6w8CFUg+ov6r1QnIxKr9ya+ln/cSw5MsPelc3eUDxvxdPffpEhjj/NirgseutPTsSJGBDPmv8kTkQjyj1h0OzNw09bvSA7n+/uOvDKhUS1lTuXXjDH7yP/dj9U18xpC069Ci4xB3R/XrB4vAJnfx9ZbAXZlytiQ5EWb9cT1+rDYDixdiBue6wLGF+Xl1XHzTgm6K0ZzO9oDt2Y/VWCeQ5Pl6TXeGPCPphgwJ6GfGOJkhgeruji8InhCD39MNnwnQB0HfyzM79NjrC3h1t6xYEu9L9V9lD7KR3/qY5KaD2XhAi4o3KX+UQ+iax2Ace5g15f/v4QPTjKRzYEQHwlNDgMyfY0DFBUb/OB3HxaJCD7UoHeWkp74/1/ojjh4Octg/LYWhD5/1BO0LR+jZV7UUpShDYhs2ReIrADdMjtjgMOcpxJOqVsNOYU3SnsQ08bCJEa6xuGLzXZ1auED4YU2X+eLkLaDkC/VpNdjH5vgd8nXWubkyuGBZdv+972qBC78R8/o/xpSFw1I/M5Ar7Gudg5qkQXlXc3S4I2k50DgyeKoaRnKHPqleuwJ9aKcTH3qzd+sQLKM9sEdnW0FUeMPzRvu/mHRDCAzz7yBoZ4uYdrKT7uyEFz3ZDOnQyeqDVwg0HvhiqhOkqHPnzCgDi+DJvdF79r+ge2UpI6rN6mspWBidPkI83wux/T3w3EFbsX7bYtVIECi4AMsT58ZIT9XOEM6iF2rcOiGSIszNMRP0+Wgwnu2ImlATTvHBQ8H7xgqne0dmJIUFo9vAzVdfOKqAyFxNkkwg2rjrit3OJEt3LOPHun3ur4GJP4glPmkfeAYjTBawD4StCZUvFChj71dzTl/zcEMe/MjnNE3sppHKOckRcXg3xhQUXcmwMcUJ4oxDvfJUfepbw5E79NBEcfhSMKS4F7OwF+8p80O4Pp5yqqBUBjYMHJOJhaEUgavq58HJJkQSI99PuuIL3cJyBhkB08K9enb/PlMM2/aVx8wbIobYbJuq5YHS5BDu6TRDsJDTe5gFL0vCKJ0MRt878ICAydEUvBc5+sQCVVzeUvtXRBfLrnm6+l+QJnB7FeiCnHGXexEp3Gpd4L8DXQ7ODPFGwq/OujY/lvK4J6fwL/VHF5Ps7Bzkr4QSWgfe9hXD8cPw2/QgVqvxuXpNOquR55gzdOp5deWO1MyLy2WhvA+73477OelsAOIt2j652R3rDT7OOnbWncamzgUSc1k9DXClPejlA/Cicaan2oJ62B2YoPdAs7LZhGjlcxOrZ8xMnmCPBwnhGgELuuBzsssITUomBVQLg+HfeDXXC9Lgq8YObY8J+Lv7eF5rIttYGolTijnf9YXmBaCbq6wu7Nk6qCXlThWbVkwQLpHbh8Um4VV+u5OMbCERdbj9whGs1y/cvO+WDOJ2W+/H5ZQ+cfMj90RTsnlwvL6rv1XZUhwPkqHxQ7soJaV4wdxYOSIYPYLZ1cyr2RRew237JVMAoIs9bFMDJTbU/4nixT8LrlQ/V7yGYnzMG91mNFLD50wE4teTUz02hSIaXWR/hBxFEAM0K8EKpfnFFHamfUwLgdjucQY0+0A7T5U7/EER213BQCZFHyv9UsF4Iui2jUpLqwpDg480zBh/zg7tTSMUUwAayzLVQRGRHdiQAVt3w3nSztzvNs3GdUMw/j+arLwcAdzSJK8g2mY2GfFPzGv78H06e/yj2ir6I/wCzV3vr", "1:eJztmXdUVMcex5cqSweXLrArK0UE4cKyqMm7g1gTG+WpURNFAUWBTWCJMRKJgvIszxo0MRrEXlCxxagkM1ijqNi7GBVBBDwUwY5vyvWYd47nPMY/3l/wx8y5c+d77535fb6/+Z1FNV4XnWgkk8nSzXAzWJecMCEjOSFxBBkxxs2gpHR9osHbqwi9LiWGXEW2j7WPcYwNfc/YgPax9rH2sfax/+vY8Ldj9GQzfHvVW5ca/+6K3BtI5gfTVogxxW1MUupEfDT+L4lA2xAeSQhtQ3kkobTV8Eg0tA3jkYTRVssj0dI2nEcSTtsePJIeA8lYcFBbNWw264K5RMGsazMCbDbr2gwBm826NmPAZrOuzSCw2axrMwpsNuvaDAObzbo248Bms67NQLDZtBO4iBAYEQIXEQIjQuAiQmBECFxECIwIgYsIgREhcBEhMCIELiIERoTARYTAiBC4iBAYEQJXimBhCmkzEH/TtJmHv2k4zwiq4TokJA3XKcEACuE6JiQN1znBmAvhOigkDddJwTAN4eKAaUK5OGBkh3JxIGm4OGBmCOXiQNJwccD8E8rFgaTh4oAl4VAuDiQN3xHBEnco3xHBRBq+ooHZW/MhRYPmQ4oGDV/RIIn4igZmcQ1f0SCJ+IoGZnINX9EgifiIYDbX8BHBRGF8RDCjh/ERIYn4iGBWD+MjQhLxEcHMHsZHhCTiI4LZPYyPCEnEVzQwu4dxESGJtHxlJLO79kPKSO2HlJFavjJSEvGVkczuWr4yUhLxlZHM7lq+MlIS8RHB7K7lI4KJwvmIYHYP5yNCEvERwewezkeEJOIjgtk9nI8IScRHBLN7+PuJiM5ITki3kbEfdSJ1urT4pNQ4fUI6+7XHCjdRGXGp+iT9tIi0tLhpTOhBHqRPy5igz0hLiKc3xr277hOnj3vPd4Sz3zJC2P9H3t5KILfI/0fIqIP7yQdiThB4lLfb8qtaNRjrV2p74mC9qD7wKveJWyAY/t2OX8fnq8HszHN7PmtuEV2jbrhlFnQDi2L06hVZnYGNxb6N007cF6OmrJy6aq0f8M91vH5W2xlUuW96OCCwTtwzvbFomL8vsM9GpwpMlMDk2KLgqQEl4mdzwq8cC+gCXuc+uXm1xBMM0s6NGPfglli4/drYr8u82HiEG7igG9vhrMtlaDozL3L+aSVIfFoRV3DFFfRcWpo1AG6H//ats/qjyAPEn/780z/7O4IYk3VLexpUQ8W5Ptfq9zqDDUNAxzgjR+DfsuL2stzbMO7IRf+E6w6gz/zkqpdJdqDXl2f/daG8ERqUG8rn5duAu98qdvSPw+MGg3OshtZB57xL8kmdzcGZXkPOLxkjB29Ur1sy/noOi4yqFvjWvRSDf+rqnBcrBx+R260tkMp21ovf7wez7vWXgcjtSeVfzTNA4RP7JOnqb0On/edl5bNkgG6X1xtoSDesCeJF4p2tF/HkhRWNJmhgIHmTCXrlnH7VvrFOLF+WO3vURSPE9s8S1c8+GVuyeS+kj19ojrasxwtVKdAhHxKRLXDN3KK71XlmKKjrlo7njJ3Qsp7kyxpgWeLlqsnbbNCYRYebfTu5o8YLg8fbjmyAFQoCgjVau1f77LCxEv3a9PrSN9UyRPfrJ3tk9vHP/8y38EKxOOxvFhug0b3/8fB6oR06PGfTiFNpavQ8uHJHl3g5++6vHdBQvO1H0n0QjVutHN0/8eOh5cMUaPuLMSnHyn2RC1lWiS2qjfrNY7a/MzIsNrFX3PFHNC7Vtqhv/7TnNn5O6Ej81nGx9gGIxlOvQNlRA1d/X+nK1rM6CJjaK8TjmV0A3RZVFjx3eXhtd4tgYFu9f6dRBy8wZ9TF4vuKJpGGxTgYbCvDE3TeQOX5JHn4dy/EO39ZLNtiGAhG1HbHW6cGKcdad09vNJK4CwDuJHCLvEFrAgGvWcRuyLq+OgDERvusmbtYCchni8cfip6za6J+K+8G1t/5w3pVU2fJR7egqPni4MBCXzDYYcEnj9RqIJ/nOeHxqEqx3w8tpmNH+oGHkwmZKtCp5l6YK3ojZmK7THH1Y98hdAJotDKiYcI1cdBG835dMnzBn3gbFw9VAhpH/8dQTx4kqsH07O6DNp5SAeqHoJMijWOFGiypyxQ1Hp6A+i3lmUgxK1YDccToXTDZCcxKJw/YCc2vrvvy465qsM/hZenjk27AacAwjF4LpPHd7QnSCJb5HgC7A1vkClTiVfSeoQQ+BLQkV2C40sztly/qxaVjWiNfBOD3UdAdgRyP+pW+hvT1sUowbeRmzZnp9qBpIUkgd2HW5GL9smuO4NsTftjSLgBv5q19OQ9hTTr+EgtnsGsYcYoDoHE9dF+k8V7lBD4hC/a2AKewC9YPqYXUb7mOgOatm3ZSPA0RjZvKEiSSP28HgDcTZ4on0H7D7yVO3tYg5OiuwFQvO0Dj8eNRcXkkBnC6FaCXpw3AGtfut9WmT6BPsFlhpxsWwOvm8xmTi+XAd8aCA1PmmqCneNogh2fiQtN6xwHnzKR1XYWUj6JmkSzPOccWzCF2Xf8KEjskVzWJOJh4ywwkbs1R7P0NPx9VPhVv9TP6xkLdILK89BrmbyMJ8QF8UVeDeni9Yc8zroX9qEFr4MEp8udrJpoBsq29zhqgrQ3E0A0Qux4bplGk+TvLGikp0NWwtKAvVv4gUr+Jxuj045NHegd0QBk0gJVit0srK903tUAPkr6z5CjnlzNbyy63ipP2PMIRMUGr7cjGyVHh/JuTZLoG6Edwc5GjsI9+j15eYI5wq1qYUSISio7MskN0v14pEHZ7RFniecjeJ5Pe5yDlscdi882rM9P7mSO82TPzsh1QGE24MkROnQM3rBCNh6WjlA9r4Od0oxQolAbeHb3aQhbeDGk+u2aCCiaSD/ZAbH/2wAf41AjV2aBPiRH6eiJySgzOaYX5ZHlXHNGmaRjAaA8UQBLDFTPE8rId2h2Yus4g04uto9gIGZO0b2WBKN73vFC1NwGjCVa9JB9gj9wILio1opzeMkXEvadXuyBiL/MVXgharwpZu9cW0XhZO7B8dtwHMc4tkWzJjJc9g2xRqB3ZUV9Eua00QKuOKovSNivQLpzVd1v6IpoHyhRoOT62C0udEDuPfRGLk420nk4oGj/e+3A3lEJAuCdH3hXZOKJOiIRLNaQbomlntD3C2bsi26MjIqe534tAlOByb6TTVClu3q4oRk4KltSJ6fo0XUr6f9ca7/5N9e43xfeMCf8BTOQqbg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWQtUU0caTgLIUx7iC11RbKu2rArJTQCrnctDq1Z0NT66itUQAkSBaB4KbcW1WnG32lq71Vp8tVRRq7ZqrVZbZ+oL6wMr1aKyUBQsC6IVQd5oZ+5cCyhnzWTlnD17zDlMMnPnm/m////+f+69+EUbJsTaSyQSkxNuIg0JOq0lQRfLkxEyPEZvMsdKH/RCzYZENemFPx37Px+TPTI2tnlsAtaI2g3/GGEwJmoSwuM1xjidnkxqY61xT3hs5NOxp2P/c2PDH4wJFfOPTAkzJMU098i1UWR+oNDK1aTohhoNiRqzXmslSMEGkgutig2kEFrOFlCIugNu1fqkOHyMPA7CCa2SbR9uFBkLVLFspLTFC0phI3kQy0YqiglmwQQJLYVEGCzRVkEEHzCZFkwxTKaFUAxnLUaYHUC/5LaArI6qMDuQfilsAVntO0qGxpXNPAWjx1uA5EomEGcLJ84WTkpb4qS0xRGs6UftssURNDMUAUwgmhpyJu3JA2wIrjzQhjjJ5TZwkovaY0p3OWcLJzG4TKcF9YMikAUjusHqWtRcXBVWR7a5uCqs9lxzcVVY7bgWGLb0o6pTsCWFCGLLWTFEVoe1BYhjSz8aWM5qMbQEsZ1MNCk4tkOGJgXHdnDSpODYSj9VBMemCBHEpggRxKQIseJxTIoQQUq24iWCmBQh1lYlkyIegNhKvwhiq61UsEq22iqCbDkvlEyKEM8LJZsiRBCbImg+qdgUIYLYFEHvIFRsiqDlX8WmCJpPqrYVQV6xmLqRC2adUWfQxusSMdCYMjxBl6hLMptinVouGOtAeq64CTWZDFo9fr4xJLVeTO3yx2ITU+bo1GTyRJ3ZqInXxRg1CQ9NJi93wuP1+EI43k1n1HfEAw/NccY/IvRGnZZspvYkCIOFTNYmGLSz5+tNujYWHaGPsWD7Esijs9710UUdBUZxmqQYU6zdIz4Tb9XE2wdO0f683duDtzMz76CW4uS49uft8TjepBduLWFPWwMdJB6J7U+4DRP/C8L2zIQDWj0qBbU/Ya8nStiRmXBgq0dXVfsT7vRECTsxE1a0jLAioP0J+zyOsC21q42D4D/zfvDQKz4nhrQ/7x7twduNOd5cyxs/lfyhs50UWLJwuMFgjNEnacw6E32xTBw83qJJMuvNKaFGoyaFAn0FlxgtWrPFqIsRLsxs7kdozJo27jFU9A2rorV5OnKJx39ktHzwof4eriUgqk9ohfaMK58h/dahU2cIdD7XXu22vwgUqXqgaX3c+cZtFTmR0VVwtJvMP61rPmiqthSue1/Kd9t/XlIgKwLFizec3X5uH1hCvi5Wge1kuuclOGeGY7bP+O1g3Bf/1C3T1oLdsHzD0D83wtC3rmV9dCgHpGVOOSWP6MAv+jD8nYQSKYq7WDLLv7oReKxTfPpV0B14LGynvmBuOdix89KMeeck/IyPxnRZProJrj20eqXH69mQzi8C+6MXXh6WUg/k8wf69a66DyZ9v/WzsXwTdOC8VEO/2wNdcjPmDHPJhJkpWc8PWfUTnLvjnbx4iQyNCfp76Mzrt0HIVyfnHd4oQ4JZq4uBf/Wa/A/SKsGe9b9lnnglE5Y0EAc4ovV/63dkaWYuPDP9lZOOw9LBlZ5vauSTToKhY8+/H3VPyv/78o76qMR8sGLAzY6HA67CRWT6lGq46vTCkXDBeUjtPwj3uhELENySfqzPl8YLQPX5S1Om7S6FvYLjIvSGCuBZuv8Lu5Jy8PFa/PGRoBd/GbdiTVIljMToMvsmSFY9ZeyODvDEYncUgb3XsM0O7cS7H091Q7duoJBnRh+F0xOP39vTIEECnbeL4faZEyf07+PKT16w6+vohTL+h+vgs18ON0LXfVtSsrY5oZ4dCweu3CRFle+qzc/meqNc7rfg4S87oh7jCdPbcOnUn74t6twJLR48ZovLCAkqHTnovl9TFUwVDHdBvd++Mf6A7x34dWXTheTSGhhJFwL9BIHY8RH1N7Fle6EQpoQcsNrvXcvcdDuEg117JCYHfDBEGrlkhRM/8/qPffNS3JAgnyv1cBrZdr0U0bjcF/16F8AFeONj9uivRIiv2aGwc7FYEbdBsuuzA1LdvPg/3biGFVwKujacvvXD0TLw667nihf7evNncC9sZx2k8+3F/k04eePnWGn1gGQBOOHEZzzzTWOaWYoEP75RAFNe3ao8+2IDmPH8ac+sg3Wgez+1Q8YqKf/pcML4JKA6lvHC5QMO/BqsUpW/DK332vzd990qoMCrbhccQgQBZEiQXY88EETSLPQmFORRdhf2mhqDQy5DVP9VIPqTn3EkjgOX+L4JyfUd0AKgfO3gqCZA7Zch7Ewc0gYwb5xv11mRFUBNHFvhgj6pDcSUL4HsZTkFha41wEMIdD6o2xS3t6zSHS2rystdZDoBY5dpp/9rRB4AWIWw/ASkcXHmxTiCqPeO3B0QBcV8rhHzoQYu/2a2c11hTzFvndFLQgLchjLBgd1QAVbdVO9O6DxmnTrLgerzsA/y7/7hBeetXuhicmm/QCdXNK9wHfaQO2pKIwZdh1TXDuiALxZUsIOovyvAIvvYqecGKRq0clNtYKwXkk8KeGGb9zWweSzvrTkqQWHUwTB/35I3f1Q48peza9RFm2thfyFhiuGx3YOSMkK9+ABS9pTO6OwZ8rkApQUy539sdOOFPLtlzwvzR8sQdopdsqsn2vvGnS//MtuZF2iuqYen5GQlO7T2BULkHqB5UgZxUjxnecsFvVd8p3eOwR6VLMeFINUTGes8SvcPdkNCfZzkhK6+3nnXy35dUC22Lj1ChqjufoW4uF7Ont8FEfP2bamGk90H4hKUJdZdL3SO0El3QGTX+L51sEsvksGVYC5JXE8nXlj3aiEI+fl4Iifx5BuiiHA7ogmCI5vg0mByoQZSv1VD4WgMTYrDD5eGRFPrM6T5P53NL2HbGJP/DqYnT8w=", "1: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", "1: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", "1: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", "1:eJztWXtUU0caJwmY8FKkVFet+KrWdqtCchN81M7FCMUnlejWtVoNIUAqJJIELcguis9an6XqqU+0olJtRV2PdWudqbpl1a4i1iJaAaEqiA+eYkBhZ+69FlBOzWTlnD09/uGQ+935zXy/7/t939x77RVuCot0dnJyssjwMM4Uo9fFx+gjWWIh5rEGizVS9Pgq0GqK1ZAr9QvbH9wmfso2vskWhjWi8cA/gk3mWG2MOlprjtIbyKRW1gp9zraQF7YXtv87W9BjG9cxf6uUESZjRNMVuTeKzPfnRrmGNN1AsylWazXo7AQp6EByblTRgRTcyDgCGqJph0eNwRiFj5FnQRhuVNLtw4wiNn8VzUZKR6Kg5DaSB9BspOIxg2kwAdzIQ0aa4sPtgnAxoHJtMI+hcm0Ij2HsxXCz/fg/ckdAdmeVm+3P/1E4ArI7djwZPq907ikoI94MJFdSgRhHODGOcFI6kielI4GgLT/eL0cCwVeGwo8KxJeGnEp7cj8Hkiv3dyBPcrkDnOSC9qjKXc44wklILtVpwcdB4U+DEcJgdy9qaq4KuzPb1FwVdkeuqbkq7A5cMwxd+fGqU9AVhQCiq1khRXantRmIoSs/PrGM3WJoDqI7mfiiYOgOGb4oGLqDky8Khq7184pg6BQhgOgUIYCoFCF0PIZKEQJISde8BBCVIoTeqqRSxGMQXesXQHS9lReskq63CiBHzgsllSKE80JJpwgBRKcIvp5UdIoQQHSK4J8gVHSK4Nu/ik4RfD2pWlcE+cRi6UxuWPVmvUkXrY/FQHNCUIw+Vm+0WiJlzReMdCFX7ngItFhMOgN+vzEZWy6mcfttsYkJs/QaMnmi3mrWRusjzNqYJyaTjzvqaAO+oca76c0GT2x4Yo4r/jHSYNbryGYaL4IwxZPJuhiTbuYcg0XfyqLBhoh47F8MeXU2uD+9qJRjFKU1RlgiJU/FTHhUEx4fGEXb827fFrxdqXkHNBcnw7Q97w7P4k2u1PYS9nI00QHCkdj2hFtx8X8g7ExN2K/Fq1JA2xPu+FwJS6kJ+7d4dVW1PWHv50pYRk1Y0TzDCr+2J9zlWYQd6V2tHAS/z/vxS6/wnjik7Xl3fa6J9qBONNP8iU8lf+JQJ52VLKw2mcwRBqPWqrfwX5RJZCfEa41WgzUh0GzWJvBAXy4W5nidNd6sj+BuzGi6Hqm1alt5uFDxn1YVLd3Tk1ss/kesyfVDZ51dWgP+8e/Zx7Z2lbHRa+4kAWUlqMwZF+41uREUq7qi99Pc2UdLqq/kzj8Ik/OGJ0zeXQyWdMo7W6t5BFanPfC/8XUlKMnbWzc19hrwLByATZXgk5ib9RkV2+HZpTn5he5V4M2fNtzovusBMNs6lB7eVwXLisjCDeAU2XafC7tz48memeZquOWD1894Zd0G6w54xO395CHUyif5vZFRBQqPtd+k2F4L0t9Uv1IWLkGjNs/rd3xxFji0MyHr9aGfQu8F6PS2oErguqyH7u5lMXt88a73TsttMIlb4CrQnrjwZ32XW7Ay892ZG+ZUw86Hzzvlp4iQKF+MIRfA+PNrpjaoJchv7E634L6V4D/DiCUHdKo/c/fUiSKonRj2WpprOxT2je+isgnl0BN7dyX6LvQBP/xyaOFRyG2vcmKLStdiz2+DjZhtSUgR7D4lYlhBaBVclJR98K81p+CGOZu29zmyF84u3NQx/bvzMHzbz8y9wXkwUbXn7ffeL4fuwX3jxRtuAyMz7zCbcgscvGU59HK9EzLNd/7XKv8qmEjYnrkJ7w0OesdsK4au3XDExnRCk3crscsP4Y4CEigvdD279xXb39sh9VeG/Dg3V7Rs5a+VPXLKQcZL2SMvzXJhG3s9uh8/Q8p+/u261R0SRagHZvWNrxjJ5wzo1aO6Fi4h4Tv5AJ6o6T91VYo3urPlLZJCmMQF8CEc2mf03AX73FBpyECyFNwWhT1VuqCQa4k+X78jRqHsSzjkYpQ6VDRuoWcuwIvtH2i0ASeOSAWIcbWlRR3MB9bgz+63my5C0xrUdXdmOrMjzkVevHlLxv6YHAL/1l2CyDaDxrqgUN9OH46raoR502fjn40wbrhb7hezbAAoP/jnqOUuyIZV2PdXEeL1XAumS892mXDZg208MBd77MS+vHz0LWfGmeXCu7QjG7rvM/1S3VdwtT9HGIzBdzuqGoQ8idi1+O60X8QsnxcZqrtThob0yQGnT4zAES0FqRkpE0ZtLgFcfs9JWeJ+GboGe6+Mj+vm2QAafvqotN9+KXtdixNsEiFfrIaBjRchJ8OiKshtP60WenMCqgRv4Kwmh9TBFAsOyGIxqlqpsb66vgFyMig6DEi1FafXwIJC99QMsQylfZx5rXRtOVinxpU21wltubfrhzEBInYVSbOpAKzof8fzWKY70rh88elQURXA5N76LmwxxMnA1K/CCZe7JWkPtEfdBl19td38MqHuKiAuNqyQG/D++qupSxZJWYIet7AB5McRBRXAV7iCKoG8Hs4CDr62HHJ5GNsZ/fyX24O+fa0YcrIOygUkevuTfRBXt0XVQj0XQDlJl6Qr4vIhkyADEYaLF+LK7bgnAhgGb4uRhBS00RvtmEUS7oR4/8sgV37zvFFxOm4cfjJ0kqSlwhldOFrs0/1UIzg98fvdO8ZLWU5/K7wQqdKk7CqgWdcLZ0jMjsfdbQjjiu5OGfF2Sd4lMPjB8YgvZ3iwU3sGVuh+dGezL2Iiw1wQ768MDSMyDnVnOTn2kyAu7vXVcDOu4u87S1nZ8I2Ttu6pgLnelYHnIiUol9DPkqD2Aw5svrerAgZdKq8e/XlHNDbg48AZ1+tg/w7uh3baJOgaTmfKGh/07or1Ru8F2WBKzZHLyx6JUO+YjxLT93qgPeeIIwXwyEPSgEvh8iMzXW09pSj5w6PW1D9JERd3j0JIlkvIui/oSMZyOlzRgfUgQj0lQlzeMmVoK0lbpDMi6ZdPqobcKRhojMJvlaZYS8szpOm/OJu+vrZik/8XeSk8+A==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmHtcVEUUx5fVBRd2XRaR5SGQmg9SA+6yC1g6w0OTUknxWWquvFyDXV0Wk1KLTEEp0/iYn9DS8oHm42Mfs0zNGTUzsxSfiChiQkmBYhCPSGzmziXok3/s0H/l/ePu3rn3N+fMOd9z5nNv71nW8SldZDJZRjdyGmNNS07MTEtOiaEjXclptDnDnuLUdhVlt6Yn0KuYh2P/wzH5P8bi28fGE24SVOTPSKst3ZQWM9tkS0023yfHA+aK/xdjox6OPRz7T439vdv+VVHRVktS+xW9F0efDxXP+gRnco61Zs4i7doxiUGUJJgtqQ5LInkkQgfHuCRhPGsR4uiYIPCY0TNNOI8mTNSEci2HafQhPBpDJ+wwjRDBEzcjsxPCr+GLdTizE8pjh2kErhhEMDsCjx2mEcJ47EQyDVfxSJpIR31jmWE/DjvXUeSwdyw37MfYGZHDNcSyw34iOiNyuPew+uFEqKOIK+QCC7nAFT0htDMiA6eovWT1ofwlq+cqc1ZKer54S/2RD3FJxIe4JOJDnMVbz4e4JOJDXBLxIc5SG+bw7tJR5DAPHUUOA8E6AxPxESGJ+IiQRHxEMGDD+IiQRHxESCI+ItiWEcZHBBMZ+IiQRFxESE3PwEVEm4iLiDYRX09m7dXARUSbqDON3MBFhMB2NAMXEW0iLiIEtqMZuYhoE/ERwTqskY8IScRHBGuWRj4iJBEfEazvGbmI0DNgjQ8mgn4VydDI2OtejNVqSzJbTPbkDPYeqCancZkmi91sz4qy2UxZTBhAJ7LbMhPtmbbkJPHGzPbrWJPd9AA/jOHsVYd9zWu7lUxv0fdLOhps2eR0SHEOBS79Zdz+gOPgWNLHMyecc4IXF1T1D82V4dl90ha8vKUarV7cMnTuWBUMGb3VdWS/BjT3dO65svKb6Fvhq08ev+0Eg065nziwvxkVb5o7zLW4GJkmjB+w8aQH3PDk4AsFP54Fa1dpXjbuuAV2DJ/8/CfIDUakxpqtc13wsd8GTnv7qBLvvvzC/PgANTxZCTZfP/w7kg/K8SoZq4Bma+3Skxe00E9dPmTVxlowe+/PGft6NqHtm8fCHr17wokhj23vUXQZ3MupLy3OLgWLdn8269WSGjDjQJxKPsgVB9anTVpkcceTNuzYdfkFDzgl8tNv5g93wQXvkcNHCfeq5u3MK/WA8+dRC9WA3Vdg4uzwyaU6eK8hs3y9tgSxOJSDL95yrvUa1QNO1X1+VlbmjEuGZU3ZZvDC7x18l6zQA4Yvj5pZucodzzlkz/d+Q413/T4t/XirF2Rx7o63ff0MeUQDpy6LuHS8Rg1X0umeVeE1F5TEhAtMUGx6Z2iUNxTjaqkHkSOesjVr3HH0zMqiPqU9JT+LgGa9/qNPwxX4anF2xsgJ/vDDS2F3IkbUINHNwU0gd+lz5w/dbEIkmyQRN0AsDWScCtLoV3/QgH7d8+yLBS+5YjFMOX+g6+Vu+dtfV8FnvnEZtm5iFYpoOkpIaAXivEt7QpKN040JlYA9dwSRpPoX3vKCMbvMZfNWlIGD+2lgWkG/THlBN79yQOjptrPXFSkvMmneWuQqBvI+ctu3NetEUB3auu6rR/bY6gHzsx6QycfFvd8IgmrUh0N83GAfMQFVgIbFaUw58vlhCol8EciiBgbLMbuuQFF3E7+bnqeDFZ7+JyuRHOtp+DapsHJFYOLt55yhd38a2Tq0meLZ1wX6UwDvuEGa/dmyRlBpoittQuKyPbVwoRigVrSeurfNS5rPE6pEMBU4PsBrzpg6HX6TqK1OauhZFHu5tl6yV+CNycXTU5d5Svx64jONCTe3rOuOiTPRwwd6wRV7blStETRY5ChAi8X6WukLGXcaLJaXmwLH5qX91FKlg6tp+SzWYgLjli+PKKFYN9FKeOBFZfPGQi0W68HkAVfXLASGAC37naGU5vGAV/wWmoSJ3aBf8LVHnbNdsXP2mpi8ajUkDxEE/OAWKl/igUkRk0Q6w0doQK/pIJk9de8cJSZFRhZ4H/SjQjdfmDT96sguC+Qwl6a3zh03rL2Wn6PQQbE8W24Cf1rIgT1wdv+jywrX6uDYs6untcbUAbFPLHDHwo+7+1Us0cJLx9PDXvv8Z9SLuhfijIkXx84P8pfyUglyCieTUnDDMnrgQLicLif/Guj79CtLgke3IHGaGYFwSG9a6X+glNxE4pkMivav30Wsfu8gO/Hq1O1msITQ9Vp/BR4S0+uXH4y16ETQ0HdOvXpV6he/oVnutAOcRmKY1rhDlufbyOW0z7grhOsnnMa8oY5XQxEHp66YwP7BjKAmYH907f1VizWQPXcX3SrZSSpfg/Xi0Yiqgw8O0ORpYby4wO5YNDO/GRE6JhwZqIAenuDrq/vq0FEdBbUFnKfLNPvAJ8RGi8GTX45/t/fKLlDkkfAj9UEQfSbl4k9zbgAy2eENvjo4YONyQtb3oLGCAn0C5d1Lbqy44QstJMrw9QZwTlYmV66Qw1FoESmBarDjzMVJ1cHFSLRv6MLyPv0OKMyikakDSd9NJ6XbBMQ2VNWI8r27Tuo+5B4Sw7/1WyQTwfWFCUq6oVlSM+w2a3rG3/ei9g+c7Z8SHzAm/AkV5lxR", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGl0U0UUTtOENC20TQUpa6kWRCtKs3RBdKakLGURaSoiUCQkr21KkqdZxCpWBQVZVARlU4QjAupBQBRZBGYsIiq4IG4VQZbKYinYzZaUtr6ZSW3BnmMm53COesiPeW/um+/eufd+9743iZ8iZuUqZDKZO0waRol2weK1C7nJRELEI21uT25I8yzdIzpMZGa8JvsPyOR/k93dIsuS8mxqL90MEV0Os92Yb3blCTayqA1do/9FsmHXZP8j2YBmGe00f7FzkOi0tszIs0yyPomOWhNpVuku0WH22CwBggx8IG0mkSX150Pp6JgcDCiVD6QPxik9cyopKJTO1E66mGzOPOkF8U8YA8Ok8mCS6ZjCt7lkZkjPYyiFYThp5Eel8FhKpWMan6FUakhr4DGUFpRLDKVNDtQSKwluErWCaQNmBDPCQGlcIFa6uv5cIB2zxHiUIXqncIACpgSjKrsEnF62mlkKuAYpKJmTSK1BfJxI4Sz3ViBOn1KDCXlaEJa0wRBWGwxhtbyEZS81ikniwfjtaHkwjOI6viQxiusCbsqtQcHUhY6PrX4QH4dYXej4KO4H8fUvVhd6vv7F6kIfMB9a1YU+YEK0BvExwg/iYoS/AvVcjGgGcTGiGcTFCH+t64NpEHq+BsFABi5G+LuKgYsRzSAuRjSD+NorayyGthlBDqfuzuSBR3AJoiVfcEhAV+Fgu+AQnB53bmhrhblKMouQhnS3W7TYpA8S0XnFSTf8L2XZhQ8KJrI4W/C4zPmC1WW2t3EsNubbpAdGyZrgsmkkwRVr1NJNhs0lWIgxUzRBiF6y2GIXLVOn2dxCG0qH2KxeaX92cgCyqf6uVEU9yjM7rVe4eNnLT+dvEFff75h/8pvMjIE6rOR22P+J4O+ISVff4c5XI9FRQfrt75oG/RWFQfQRxUZRdFltTrNHcLOzdQdpGOM1Oz02T2G6y2UuZMCeNCQur8XjdQlW+mByyzzD7DG3UaAGdsLUXb49gTwi/w4S6aK3ZozJzNHgk8ld8YRex1HOz0NCH4moBTLye7ITzphnP13/VgnYMVV9cVVeDXDNfb60Ms4H4uOq7WMfLwX3d956UHb0GPqq1nRyzSsq/HbFN6OmRFeBnZ5FsYrv5TDt+70OvUyNC8e9afjijt1owrvo3GsDm8Dgoa6LUWfLwYahxx/tuOEH5FwdslMZ8zGY/OvXNxy+eBQN+ir3u9MFPyC9JnngrqxPAN1GxTnw3SNn+ySF+cAfS44smv1MJepwrN+CVXVHUP+Ra8OH9PaBiurh989KrURUz/aOeG/j5scqN9WDV3Wvv59SVw8WJE3rF78yCr89OTvrpl4hkGhfHC+HVXHfiA+oqtCgu86UrPeVgtM91p0ZdtsvaOzjGz6Y8sRFdPP+6H07ttWAQztPduzxWTtofMd29KG59WA0vM6851AtorCJZ8HAuw++OLGxHOwiywQ5BoZJOzLbN4Dfrx92z6XY/WBPTd+JLxSHwy6KsZH9tHI8vL08cfb11YjFrRYtJW6NLwcxa3Z91LlPIzo3ZlvPZ8rKUBoJ2Ash0EoTVIGY3ki8cuCt3y4/1QRObehdOnNSdzyIOq6EbB9KSMOYGI6zpex8PFkDKUxeD8iuEwU1pm49Vwq6l52QGHAJJfQtmr99aglK2H5pdvUEJU6kga4CB6WsFBVUoG63H0loFxIKaTxS/X5s/gMcntsg1FqVMH3GiX1LP2xAJLtbN15A1N4MJYzYsrZw380NqNHoKy/DF1AOuwG90issB44o4TYoAX+MxaHquXGW8wo4qup5kyfBBxSn5/ct7xCJu475qdt0cwR0EBpkKaGDJkaBl90S+/K36lNg2YeLF0Q9egwtNhKmaDC71iGTcvXCASGVLP7juuDNKy6s+2TEVkCiI+0AKCnBlNBXVCBRthQ8QS6xJxDd/kwZJNkvuTMEnykgkZiJinqk5mWcVcA9VsKgCsTiUw3mH86XiU/VgpQ56VIG1JhEZYUog70s58dLnAJSkiRG1aOF1KwS3kcL4QCQkl/y5TQN9ErlMjaykeU56jPQKNSWmuMjIIn6zupwPHrjS8KzFhmm5ZnQgOg052tAWNoUL8NE2rfIh4i3o55WwbpissEalHXTqjmbjof7eaGCq28kiW1CpIrWd4/GlA6JtaC3V748rNtPaLpZe2//ghj8uxSllDkyP9/iMMnK+OIIf94VkFTLl1264okkgSPD4Cnwxi+7IzvA3xQkoD1xd6roElCRwE9XwWGkzIeqcUdS8NmdoBgzE38eH8Lk+6IwbSsLNfBAzohPVXeWAVKtxVY5fmj9PCmy0XBJ04Ki+gE1YEun+v3n1RosLXrl3pW/gqVOosiHsj0JS5qiVTibOnwQsf4lx4ReOfvb4fz3fnNv6VQHpCQp9kaF4i4nxkmd61P08LFXNWt2heHMFU/2KZ51CNBXRbozT/pSER3uy3tqy5+fLUe4NmTaPwEm0iaO", "1: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", "1: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", "1: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", "1:eJztWQlUU8caDmENiCxicQGV2lq39pEVrPrmQhDFpYjBtrZWSUOAPEPiS4IV7G6tvlZrXXtEqz6XWmirdLX6rDNaPSq0lCIWCj5bZFGkKLJIAInvztxQQDnPzH3Sc16POYeb3Lnzzcz3/d//z72XkOeNc5JcBAKB2YM9zDLqtZo0vTYpErfg5pk6syXJqfMswmJMVeEz5f22P3mb8I62J7ra5rAeUfVjf0QbTalqvTJFbUrW6nCnXsaKvcdt0+633W/7v22b2tlGKuvvGRVpNCR2neFrMbi/mBwlKlycI0zGVLVFp3EQJKUDSchRQQeSkqOMDyhM5cYeVTpDMrvd3A0iI0c53TyyGNwmVtBMJOejgpxMJKFipOAw4TSYMI6QjAYTTo4T6CBkGio6EziMw3RI71DuS8IH5HBUSW8x9yXlA3JYB44MF1e65Un5qMeBJHIqkIwPJxkfTnI+cZLzEYI2/bh18RGCywxpKBWISw0JlfckoTyCKxHziJNEwoOTxO49hysR15sPJ3twqQoYp4NUTIOxy+BwLeqqx1KHI9sNQ1nDCcZh4bphqDY/zqlSHoVfyqfwSx0OajeQjC75OCvIHLZCdxDdvsQZSEa3xdhBVHlkL/wyPoVfxqccy+iKJOcIGZ0j7CA6R3AgOV3p4mwkp3JEJ4jKEZ0gusLPeU9OV1ntID67hZzPbiGnckQniMoRnSAqR9j3JQWfzUxB5wgunxR0jrCD6BzB3ako6BzBlX8FnSO4fFL07gj8yscciC9YtCatUZOiTWWBpvQpem2q1mAxJ3l0HzDJFZ95sYcIs9mo0bHPUUZDz8FUnr8PFp++WKvCneO1FpM6RZtoUutv64xfNilTdOwFJTub1qTzZhtu6yNif0TpTFoNnoycKfVGzaIXdGZtL6NF6xLT2IXp8bO5zuvO0dwJlWS1IdGc5HyHWPZ7Qfv9iUze94T7342wL0YY03BnjaO83al5h3V3pUzR97x9+oK3L994h9m3xL7n3csS/weDu1ATDu3xSPYHEPa7p4Q9qAmLezwi/wHO9r+nhEXUhKXdIywN7XvCg+8p4V52gP9OuPOp2v4gOqHvCQ+5G2E+tasfdaBl3e/4FLLbNnVcYPHASqPRlKgzqC1aM/fmGgscl6Y2WHSW9AiTSZ3OAYcRSUxpGkuaSZtILiR0nUepLepebi4UCu7db8/lafGlSPYPtzID1N+eHVcF4UvB4clRAubLD9JPjXncjQkoiCqpbyoEKevqXgRyKwj8Ob9FpfFmijKrg/ddroQzrrjI/BRtIG3DIJcn+7cA2asHmdcvFoP1ea9Mgy/VALVkbujYrHrw/qujjr+5rxEs3bZr5KGbp0B5RsD+qeU2sBzl/nPKV43A66HRL68+VA6Gbl8wJs/Xk9m4csUzZ4/chFUNwwuNC23gvXd9MhQfXQA/rptvU7ZZYenHbfNTTzZAyQuPhgxvOgGmTDW1+tRUQPf8wXGlW4VobSUGlgMB+TSBhKqCB8taG0E12PPL0f5N9nGroK1oac0ocT28IBS9NbxCgIJqLyqGoDKQ/XpczPsCF2bi4vxVhResEKuiMxaAj4OeSZz4ixNamrF3vDKoA3K82uDkrXN3fPRJA4g9sFG7SlMHZzW+o7I81AJWYRoVV2H0w2nCTI9lkNBcVA7e2P599g/n8sHsNe8Z/JcXwcs/Y0K1sD3v6plvI0/CcOvxxOyEK/Crxg52hZVg+rLlf5k5Sog4Pc/CLf/azCrSDNLZ1XuMD0IjIq5rvvu3CxrQEPFD0rkqeARfVnih0JkfeEbv7Y9OrhWzSjVBEsYFt0BUW10tOuSJppFAWMGtkI4baQneyLfm4AHnS83Axws74BzgdA5Ej+z8R065zh3FEMLlgNPLHy35+1DvXx8VIE7HEsj5ph+q2Lv1xIgcITLsdjri6l8Pxw3aVCRKcWJiHsMzdcD6FWfij31oA9kJ8XMe2VkLjx4LHKVyvQG+OL3k6I5MAbNgxmn3yVs3QSUOSKYvw62jFZL1nvJGPtuku74Ia4O/xX09bEVtC5BU73+40tkL7S9ZuCR22GYY+Ves6A3Y9vLfjlg2uDK4V1y4iDGSiQtAyudXzF8O7ACk/wV/ps77aOiWbFc099iHe55grMCLBOwq2Kx8W3+p3QbFW8ayDNwZMq31J/BWTnnNps+cUdIqzXPno1vhp/C37ZPGF0EcnQEFNng4pp9w3Mpq+I5b/QPTZl8HGawq6/OK4bOkoxCJiNFbwZj5a483j26AufF4Yk8k9sAOKwPxREArWLwQO/oy4PRwQlF4OVlOzMEfBWwIWsHjI7EzrkDs6m3SXIhnjyo5D4kfnnNHwdiusW2QFYFN0Ga4m82+lU3O6NThr9e41ZcCkj56EXO9afq8N8OrIZl+Yi1YhtMzw4NZMxor44x2sOQyqxtA0Tjt4IslAkTyc5Izupl1vXDW867269fA6um4IDTDeYFkhXa9r0K8mhmnKyApF5OaAOenYETC0G6F3HqEzOybg8zFhUPQazitnnJDOJ2HvtgAcpwvrR79yXD0TUVA8JkqERpIJmqAZJpIP3R4kah15yVfhLOy9mI+cGG713l7og1ZOJH90MkROaaUdc2wrBUbwgWhZ1mFRvoixaRv5mwOuQwZImA9OF/8mjk6wBvh2XM/EyKStkNt4O0ObUtluRcKG4KRtXApKVhu9jj42HVwYkg4g/zR99/hjxUQ2z/4K3AlCeiDnmSrRMnCdmCJ3njDja1r4CnWEXo3tA+nzXob2LN4smfx7vPgOE6H3Q8gEreffOz1rApmse4coB6MSF1a4IZqsXx5pQBHtSwwwK7LNSi/Fo5LItjFFteOjX6IdffYQQOd0NO5khOfPmaFIViOVA8Gl4EJI9uh06w3vGMP2AApT6JznC/GBzAFn89rPlR6C3Lr90ds9J8OPHgLkq00wpDMPoUaU80995yuf712vRXupU3yHyQScuk=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUE1caDwHRACkECIg0ShAQ22phkhCodmcQEWmrHqT1cFxfIQwQDAnmUaW1WPs4dVGpSq3Wdqvbrq7s2tba+qitnc+tfRx1XUWtr4qvWqQUVKCgUmTvnRsbddlDbk7ZP3r8Zyb3zvzufL/f/X3fNxl1vnVyoZ9EIrEPQIcJVjNvdJr5Qj2ewdNPmOyOQp9bo3SHtTQXjzLuzd2bQz8m/R/mxt+b+x3Njb41J1YW6a3RGKulwD3C17Lx/cniMSUXF6d0m7XU4DAZPQTp6UCMeNR6A0qlA2nEo84bUBodSJuN55KT6FA6gkqmQ6UQFEOH0hOUhg6VSlCUm5VGUBTCE/XIicKDRD5yonAh0Y+cKCxFBPQOpr0liT865ZosRaj1ewqiFUTnnSDEV0wSVYh6b0DEVUwKFYiYikn2BqSnATHEhxoqTgxxIcN4A0qlAhHjMhpvQGlUIOJ1RusFiFI94nSGKj1cIA2VIxidN47QebNPKZThkYYqYjx2EWmNIsZjP5AmJ2I83ll3j9N4vEfuDqfxONPd/U3j8Q65u5vG4w1y9zaNxynh7mxaunJH6omWrnIRJ2ip6omrp2mpSoOro2mpstxVWLV0/cwFoqr7rmqspUtYl3reFFatNzVS502503lTuXR0HYYkk46uWbhAdHWfbK6uZ0dMdpp5eyS+4OBtvNVYzJcioK0808yX8haHvbDf7QuSUSA6pNvtVqMJvb9YLXculhvw62JPlpfxufjmJ3mHzVDMF9gM5rtuDkI/MopN6EIGehpvMynRxF33yNCPsSYbb8QPyw3BCKsT32w0W42z55rsfA+LjjMVOFF8Zvy3yxT234v2FxkVGSwF9kLf/+U4JtXl1r7nHdEbbzzK8JRwDyr2Qlhzu1e0aX1POPI3JdyDfL0QdjXNJFeV6HvCA39Twj3I1wthV8dPdlW4vicc1Rep3IOKvfDW357KOuau0hcsIZ9mMqxWW4HJYnDwdvLNRo4OOU6DxWFylKfbbIZyAhwsSmJzGh1OG18gXpjlHo81OAw9lGCdjrzb3Rkejy/hr8x4du7nawc9rEqEfX/J3Na6SwFPz4mWnx2xjn0/69wz4c1KuG/SB6/xi/y5t/bEbLZd8uPaV52ufiU+Fm5UlHzmqD7CDm+Sf570Roegu5yambVFAV8cfpCPOn+T1c3YmR0k7c+9+dTaf7w3UA2OrcrOfc1Ngk+dVFY5pEto2P6Bb715GByuOxtYbVLAQwiVF9nObngTPYhJgC0jLe/6jA6Db6f89PCnw5oELszwxeHGKFgx7WbGjSZfLrFiySezZZ3sow8dWfPD6RjANE7HtbDFH/1o36o8J0jXDIh+e4YCDsWeul5R8gO7fiJewYerX5LYJK9QwYGonJPR89uFys3nGlZuaRUqq75vGVIbB+t37Y5MqA6Fca+1+89c/QubZbse3LBqKLwkx0KEw4s52X9+PuGskHn8Sttjb0TBCPWQNvOUNhartmzdFRZF/Vm/UBV8/bj+T+mzLrIbAsbFO6V/ZxUpo3dNnqKE7fkLTjxafpz1RSoYm9vYMX+4dGLTjUFwIWUQ/DHmgkB0OCzsnC27vq4+Fspm9j8QpQiHdZiefyP7E6QNfawzGLTvfKy/NiYA3p4xfF9IVhC3LHnuCPUZJRQdrS95sL1R8BOJ1rGhmNCGABCeU6UW7QmGmr8iIc5JOfmcTYtPXQqCKPux0JbdAfD0pMERJRMus0dlxbHmeeHQ9UrbqWMLZYCjzdt4ke337opHfJZGQiYWpEYBaFL3r1GtbE3YwbHHy5QwquzAotoZYZD0BGK83o/LuL/xfMqgGBJ/jhKmPPf+tvwFbSyK9uud85SwqntZRedOOYgy7w/kcl9XVzmvBsOOwS835lwLh7y9zJ4PR/pyZP3+0DwVKyUBUa5pjezfLo0f2W2IgNgqJ3KsBEq/vLnl2ZY2trrmhZxslQri/ReuzFgcApHbD0nqpG1sSd2cyqq4B6Bg1JlJS4+FwAgxwFqh1ooDjADM+pn4+zhRvkgZNxMHemOoS5eLbJbvvMC4xG7hqnH/9MfHy2EHsu+SjT6cOP4miPuqVPv89phYOPuWAil+TVhsru+smeMHY/5deLT+x0TQ4+1ND4E4bNxGCYdVOflpAlw8iA0aBr/UXK2dkN8tzMIPfEAFm23Fy5vmy7j2xGmv/vPnDnb3XpSgH6mhG7HcfFDC4SxohEPC0kScgEGwGqXly1OrWRQF90K+Lyfm2ZlocMQhpW9KYZFx+nfjfK8JhE8cLK/ofKRsYigEigH5cw1ITrUqFsRtrVJCatFYk/VKqyDqtC3IlYdykGDgFQU3XRQ8GLC71yzyAZFPdBBXMqG1KtcRCj9/crKyi78sWMSA9gokX6WwAJeNvBAYjmkl+nHieLUMYtKRkqoQUIvE97MdTqRkvBJw9TFOHwAtSJ2QvBMCyf8IWOj35avJHeHw1XdbX5p/8Ax7dF5DQvI3kTBw5RFZ8TsRINYF1QCOQWkxJDwGcLYbWiJgcRff8b1BynWru9qdswYDju581kAQfbnjAkv06BY23T+1YNRMKYh1akkzK7aQdEsReke1ltrvrLXuj+3uv+09zDH/AfvnpLs=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtYU0cW5/2KLC9BgkUjdWF9dJGQBPDRuRjAR1UKQa2srMZwgWggmoT6rIpWUXZr66p1q1Sttj5qVXygthZnpFqlWkWpUqpSFP1cHyjIQxGBzty5lGrd/Ri+/auf+b7MzZw7vzlnzvmdc+5NrynG+BQ7KysrsxMeRhsNvC7TwKdEEQkRj9KbLSnWbbNIizFdQ2bql7I/uMzmd7Ix7bJ4zBFNF/wjxmhK1xrUaVpTKq8ni16wV+z/WTb8peyl7A8vi26TCRX418wbasxIbp+ReyPI+hBhlGtIEY80GdO1Fr2ug6BQNpBcGBVsoFBhVLKBFMIYwQZSdgakEsYwVhCRhQxgQ4VRFGOkwjulS0SFsKEiKCpU44AvGn1GKn4c+F8YaplwkSuZQCHMvvgtTMGkS04NDGMChdIL26kUVFM4E0hJLxFMIJGBbGcSQWzmUdbKBzCBKP3kIUwgyj45E/vkIvuYGCGnNJKrmEDyTvC8DcSmiXIvlMnlckVnQJR78g5zj7YOQVGHY0s7h4CRs2BEL3SYDrRvCJgOs4G2DQHT4bi2N4DQDoe1vfyHdjhl28t4KFvGio5jKygUpGBLc+puBVuai6AOc+E3RVLB1plEEFu3oKFVsBV+EcSU5mJlVbDVcBHExghKIwUbIyhIycYIWsOVnSn8SiZGiIVf2ZluoexMt1CyFX4R1JkWo2RiRBuIiRFii1EyMUIEqTrTl1RMjGgDsTGCpruKjRE0c1VsjBBBbIygmatiYwRNQhUbI2g+qV7MCPL/jbkbuWHhTbxRl8anY6BpdrSBT+czLOb2N1Lh7dOezCR4iDSbjTo9fkw3Zjy7mcbl180SZk/nNWRxAm8xadP4ZJPW8Nxi8s+ROk2Pb6ixNt6kl2LBc2uc8Y8ovYnXEWXCTG0w6qbN1Jv5F+wWo0/OxIYZyAu03uX3uzkKR0nVZiSbU2z/W/q0+Sz0OUe5WdE3c7XRaErWZ2gtvOggVzzEZWozLHrL7EiTSTubAnsIvjBl6iyZJj5ZuDG5fR6ltWhfEDBVOH3gedY8ntyKwl8ibc6uu1yaVQp2H5yyoKzAH2nlYwf03XEbfJuuWHiIuw5XVs0Dyg1SdEKWZ0pbeRdUuR4d8FHfBnBx1u3AEKce6F7wkSA3yVMgi6zRnUn6GR46b1VuU+SNYnv4TB1d2wyWke3Nj0DTxPQTLXI/VLVhcP8f/By4N5/6mks9rdDRjX7BVz/1Rtckq3YsWumNtq4/Lst76Ijc56h2vr5Wipy7b/h7n9PeyDmnp+5+Yi18v7D+LxNjpej9Gw97XjC6oFFhyyMn36wA5auylyR6+aCliSVfV6524Fp7NTdkVtTAFvWTqrsLvVHu5le/fDrMAyUmD/o59j1rJJw70h+V2+CdK13QznMXx93b44QKKrv6F/H+qBhPg494IKnduD+9tq8S3NR+cknxwANtV34/aEycG9fntPvJr8JtUMoyXdKVrTL0+eSE+CCZDSopr8AneQQ2Rx+sbU5wQRed0wIMjyUcPs34v+1tAAGGWXM+618F7icOff0/ZdWQ6rPiBDvRecALG50C0/o1rL26qgEMmn522YXyPDh08s3igMvW6PNFcSM+XvgYYCvOr7xijYyei9F3Wk9OiBey4koVD8Kjh9WBq/nvziveXw/OpVy8NbXfdZBKLg118NIJsrAVmnJWYA8Wwvn+4alRtyXInzjmnCPa8ekYzktryyXWf/lTTnM1bBpIDHDnMggdFtlz62YST94ASYLBdlxx1I/VdSN3wHeK90+oj/BAByZgoIsHGlwQ/2GvFZVgkuAoa7S29YP5TQOdUb9sn7KzYe6IeEGdK0OKzQfCHtt4It9Ajf0WTwk6H3C5cb6LDAnxLGmAQtyya8FnBce6BZZ4IZ+m0/eL1B5oz2oee74FeP9z5B07xVU49th2bLkTp8FaM2eUAMymuBFJMvT2jO6uFa99AITjXqiHRF1hshQ9ukECCsG9uMM9lty14gb+6/SC4RtlqHXf3Id5bzaBdR+RTy382rLK1+5DT5H/LUD7TUk/XmrDDSC0z/RDJCqNLRJO/crd6yq/Voh1bXq815PGCfmi3FCscZYr2j3s2pyuu6UohXwCpYi4XW+sgALf5VK0/ds3wpYfs0XjNu7c9eOkatCXGHTKC6l36ctnjPTiFgeP2uoSUwZHv+sau2e1OxLcm+/OCfyLsUV7/nxj8YZdATRvxtvT+ff1MPlM0huntsloXHKewBhMyx8e23J7r91es6+LK8KkhPd6uHCC/sgagFk1seUbByTQ/mM7Dr5DLC0D1I214Mjh9xyqfe7Awm4kYK3A4+RXWNIs1ot6GEDSLvcRqF2hsfReWwnpecrBXHKAHCeRP1/A3jiqdZe3QcKeCUttOcwG7MFLcKJQSGzFuFUDHIxp62ZeAZZ8bxx5J2RwbtyUur8CkCrlVdwMBf4M9eJoXFtAt7KzjzQ6e/TFK5jQPX2443v/mrEly56jeWXNFb1NKk4NGPjqSGxSDcjeNv47+fFGcOAUudEISJSr5lWBMwuG46O3wOhhpka32zXwYSTJpHI4Zor7WxEHqmFWYOHSbeObYdYa9T8Mt0qAsXpJUYK1OxLStNEKfZK6/445/yFcMBUz6N/OKD5o0/K8a/bI8aw07qf1tpyQ9zdLoGCfdVfOpXTL9CE5Epx7hGANkIRB/cSNO+U4ZP3YjfbcJVKOghoAPaeEozxz5Wi8S8BgErj5trQuHS6AJHoPglxp3cvuioQy6n4OkOrtu6YJHiTlocwNze1KmNkIugdf7e2QZUvXO0pQf156/a3xnsgSs7rBYZIMHcLtYUiEN4oiZSpCgo7idNTwvVDucZIYt6Akf+vsk33qRL/6oFghQbsgoctGZqTiJwFjuvnZHvXsEwH9D+AFMvkvDtIA9A==", "1: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", "1: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", "1: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", "1:eJztWndclEcaZmHpxV2qRlExBnOWKNsAo84gFtQzKCj6s0Q3ywKrsKu7iwlGo3dqbIkXu2eNpx6JEltMjCXOxHZi11jBClhQKQqiKOh9M/NxguFOhri5f+SPb/nmm+f75nnf533e2RL0kSkmQWpnZ2dxEQ59Tcl6XWqyPqE3GSHDfzZYrAmSqrMIqykllpxFvhl7M/ZfxqJ/x1jUm7E3Y2/GbDQWXTVGXd2+6qyryRj/4oxc60Xmh9CjItZJOMYajIlCW3g1hIyFcGEUDKPkwSjpUcMHoY9R8WBU9BjGB6GPCeXBqOmRE0LGFB14MBqG4UpOKMOE8GDCGIYroeEsbOp6YMLriqGzO3AqtBqo7tGmoBBOJVQDKeosOUaGM0ms3jjroTqozmlij6jP8tScYqUgpvAQvuhp6iMj3lpiUmAgvpDzVlN1EF+eWD0puAKhYKWh5CoNhajyOvs3izV74aonhbIe9VQFqnMgXnQ+JZdRiph6dEsll7mKGK7Wx2Kg5DJkEcPVlpk5KLman4jh6svMT5RcOWUYVT2arIpLByKmHo1ZxaUDEcOlA+YkKi4diBguHTDzUXHpQMTw2T0zLFV9dg3q+mwA1Hx9TwTxNRZW4Gq+HsGqVc3XjVjpqfkaC6sjNZfdix1Wzbd9YgpX8ymCyVXNpwimPQ1f32My0nApQsFCruFSRBWISxFVIC5FKFhyNVyKqALxbQBEEN8GgMlIw7cBEEF8OyEGCuVTBBNsKJ8iRBCfIkQQlyKUTLChtSsiJjVZbwkgF6x6s96kS9KnCEBzWvdkfYreaLUkeFS/YYIjOXMXDhEWi0ln0FoNJmPNm8W6/edmA9LG6GPJ5AF6q1mbpI83a5NfmkzuHplkEC5ECk/Tmw1k4KU5rsI/3QxmvY48jJ5FJpt0oz82WPS13K2HIT5VWFgy+cTEIPnt3ZwplUStMd6S4PCbYFW9SxQdXGl7wp6vIiwjCFMqmayrK297bt6qGi6vsj1vr9eaaAduwsoaiVbbnnCD10rYtb6ExW2GxvaEZa+VsDc34fAahENtT1j+WglLuQmHVN8BqMNsT7iWnPwOwrXo5X8TrnqPL5pWuO0J+/yfa1j8xKpq32p7wr6vlbAjN+EO1bcwmhDbE/Z7FeH6tGNnbt6KGp+6/gFm7W8L3k7cvNU1dP4HeHaALXi7cPMWP+sVX8Jf2p+TrQO5caTJZI43GLVWvYV9NUg2j/1TtUarwZoWYTZr0xiwKQ2JOVVnTTXr4+mFkS/Ou2mt2lreJ4SyL8qUNZenJ5fID0nI6LkDKarJ2z1wxuzsJDvTYzRyXHRT/1E30I4vnYr9DzlhXeGQrl1uZ6K/xVpbLn6egxQDO7T+1ucm+tR3Y8/r4++hlLiJG3/MkcINJ87G3SuSQ/+nRwoz93nCtPzgEJe2dti52D+q3wQpDojqV9GwRI4lfad6Rm+6BNoFNStNjrsOsjKeDEs5cBCFuGQ0GRJvB3dUTC/NPl+JLp3/i6WHrzvDV5SAt/pnNZ4QJIMFKzu1PbPUGX72xY7RruW3URSaGBiWeAbN0A2/1MOhHJDHZjQpRNPu9v+paXcf3GSCVjFwsxuuLEu9tlyeCw4P+OWbtce94Nqre7yWK5+C8evaRja564azZ1XqH+U1wOt+/iUgONYOd3tScBeH3wKE3keTytHXMzdfz194Gqnkmk4/x5wGJc1Om0Y4P0d/zfnXkl2L7iDJFXvXWc2egsRuBlPxtAJk8p6CD6++D4Rgnex24QIY4Xy8Uf+sMpC7btn+5psrwd9bN1x4xvUmyPMNzLyBfODOLLIAR8jW4YKfCUdtkBQen3H6yjX3YjDqythZc/L+AWaS0/n5gMVHCpe6NF754Z+uo+vjhYQEyfCirR5jM2Z7Y4bLBzTcvk44J3+hcEWC86asPLb+xBPA1ncMEBbHG5UAFs8yEHFfd3T4EWdI8x/1DCy7GZh+O+oBUtI/Pxj2eG/8+mvu8PMhv+7OXSDHezoITPw8YZ87UiE0OYDKp28R6DjvyKQo4Ibp/JEO+KxrUovkxy5wbsEEoP7wMGq19/P0Qb0lsL1xjWT3NClkeXCHzekCisFEYdbOXhLc48eSyjOfVICjgqq6fieFK+QkQ+WI5nmYN+5y+2LGk+X+uCUVTjraveirBuPL5LinwyfuLd8tQ6s2fHdhxLhSFNNrxeTgvc64OP1gn1BXe0zl9n4J6iyo6eYKKfYVslRcuhNMTx90WLG/HJHodNd4YJKlpBY5oKkQhfeeZ6LQt/DQ5hEX0UlB7u13PUMEHpjuBNvQiYVoUdCc1LGNLyOq/wwPyOLnCWNaCQrSyiHTpwOWDQ7fdkjjB3WTLnZOWyKHF0eQyFWgq9FfLjbOc8CXf5g64aRSjqW3vni3wDMPnV8zprPbIDusuLnxnbx9flgQofCoXFAyhxRmKaB5WLitqm5h9KYF+hm6IhC02Zw0t+AOKiRh31kKQmdGjLxxsgytPqcqCjvghVc/DhHuKIGlQpTzg4vR7VFtyhYPd8E3tGRGHojzard1xSYf+DBbENxBByisetyeVecQm+8JqR3084RzG4zXbOiSjpYL6jYnbQEsDrfAg839Ri/9+DESVA7WXi1GTz4btds63w5uQfeESi5HsXSiPx7b2PNau6/c8Dck/FseAuIuvkY/PHk7FErMDfd4J9V+qct59IiU8TpnGEyE3FoCyd0aTvXCzUjBX5FBWrZvF4KrQpV821WGlfu3vGdc441nlBICpWiVoP6zcQ/EeN1D2eVkQUXIR7vv1zb6TCQjNM5LMTOI75F+/cgBMa0kUKhGISBPEfWPDypB/NHhfQ453wANg2Md18x7BqjsS6QwYPspuyv2D1l9DgiAgYLKrp6QwH+Ssn/giN0pETvYVt8oZ3DAdjCL2MrWC4j6mzYL7PqJJNADnmpBVnYGUT1OlWGmax8xDpWArnubHFK7cZXBXA0RpnB9QZnTiCX+cHXi93csaicoLLLzsoW+mNrP0IZwKin/szKoFVh9nSnDVKfJMkjrIPAR+MGPGHgZoP4xWw5nTCOFbgVbVxQJlZMt+pkrPPb+B6fmDtuISPilcRWg49u9P53SvgFmvl6ONnQZNHQLcId0+hgHPL8jcX4pbk4bihdccnn+9GlZXngwSfdGN0x9wNFVXEc26ieUgbeDK5z0tOOY4y4SSO2lUy4oCuve01wugUOpgNxgEbEFw30kmL9Q8BVg2UCh4ge7QJq/Jv6sfnP8MS2jPYcA3QpEGBMtVrMpxVKzZ774bc6LrwJrGVP8GyB947U=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztV3lQU0cYBxKuIAQxgNJ611urJCGA124I4n0g6niORnhAJORpElTQelutWo96U29RtHhfUEXfqm3RERVPPBi0onjhUcEDUenuviAezDQvf3Q6Hd9MNm+/fb/9rt/37Xv1R7J9o8V2dnYmFzz0ZPVMZIKeiVYSCRH30JnM0fYVM7WZjY8gM80X2f9c5vCZrHelrC/mSEQ1fBPGGuO1ek2s1hjD6MrxVcVevf8FWZcvsv+YLKhCRjvIe+aEsIaoyhlZ60qe96ejPII0IbWRjdeadZFWggKEgeRdicxfoCoFHYOFgqiqNsJQSh7lbxNKoFsBNumyoAIinPBfhM4Qgw+Mf8Ko6BgkTJHKlqireOsUQqwLtMW6QJvSa0GphKGCKEquEuJUMMUo2liL4b3hFQkIBc8gHhYsSBdfigp/QSBLUSkpKJRNGGkNiK8OuTBNFpoHCgxFgG0RVNmmjYfJAwWFg+egXBgzeAr6BwvSFGSLJp64crktIKvLnrfLBtrKLVxX2gKyumd+ALK+gvlDkWKsDl7lmagQ1DL5OlRYHYXKQ0ohKAiWgldY3fo+KHhFoA0MVwTZQCGFMArxAVcKKosKkKAmVgESVEtyPuRKYbVkAQkrCwtIWFnwyVUKYkQFSBAjKkDCGMEfAEphjOBBAcIYYQEJYoSCbxABVTOCfNiZfMmCmTEybGQsE4+BxsROeiaeMZhNla/69LXekczc8KA2mdhIHT6yWMMnX4mS95v1SxzNRJCH+zFmozaWiTJq9VV8UmpidXhBg7UxRp0MCz55xhXfhOqMTCRRRmcaPRsZN05nYqrYLUwXlYAN05MvE131z3dzpq7EaA1RpmjRZ8GqOL8sr1LBnwRKasd/8mhY1hilM2jNjCVA7ngIT9AazDpzotpo1CbywDo0FsaESHOCkYmiCyMq56Fas7aKhAXI+X77sXkM5Rj+Eal+fNKmlpoXXPcHYmV1lTtMuXHEY5XiGLebK1rTvmUZV+88O9zZQwb59Uwu07y4pnjAK65FzaUXXWOfc0XhGXVmPtwNbrZauO6V/22Qeq/Lt+X1feDBa3PeMi+zQYHKDw2pt5sr0Q/4bscBV5h1MONHp6djQVnb0Wdmn18DPI60Wdl8hSva1AvW0B7fCw7GuZaui3kIZj4kGz/iVh5atlCatBl0mzC9dY/Nf4HZMwdfyIx0QOK785o+ct8BJsh2dP4zqYRjat0a6JvuiEJ17NOZJ/eB5ltr5IReyeOIlQ30edyhJlK3/Zu3gkYJDskuXz0GxNrCHZ5wo32mo5csC7Q2kLtCriBrxaFlOb7Qo/fOJczsvSBjpwhrOgeisod1PzHLC11MLqydei8DXO2QOHBLwH1uWF6YaPwpb+TkJQN/5O0HjjhK7Q+fB7XEAzxa7XkDzGFLXjgNn23xpxwcmDExZ++gTcC3S583NU3LwWQaiFKQ/fjk8ZDtL3n/CmZwNG7rJHDBsedNh0od4cj1l5VPgl5wd3IaXC+d5AXXpm2/MnysCF4eUNT6UJMybhcxM94RKuglhg3xU6MyUzhq5357tF2XP2bOmRrI32Xb14Oj0oAER2V8kgyWvL04/v5mMWxH0pHvgiKW1Z+fsNsH0rzG2cGF/uNa1a9byBEtUjdn5Hk/faco1RtdmWrCnhVz+YtnYYudkVsYjqyfD5LkbhzdQVICYi7dHdVirAOkaZM4obKh8b+/25MGKI3au8JAQgv1OU4r79+m+daN4MQKkuh7XF4u2bgIEFrUXJoCulVzaDHLxwGS7CVmecDfQognl8HRLSmYMSJE89q4GhoS0vHe1W0HgUuHn/uvTXvCUX/q1IZE+nroYfCDesSdnA32qJHT1KWauc4w/ZxdvoPreW5q42Pfp+Y6ou4nnDHSG55a3+lA8dtsC8/FaMaa07+cvfSYq+Bns1OemMIvQD/zN8vLPWvBvQ9M+73LcgGxrlnbEkDn7WToCUmn7gjApB85+WoBr8fXDxFWrH6SDvSE5gpHuEiapErr6Ayp/wvskXHO/NvP1rpB6s5re1iKWdro9h0w73qsHXvUG+Z6PVOfLawGeXslKC553KoNBb6Q9/8d6HVu0dB3GgmaHt519ZTo6tC+5wz33jsdICaVrPZJD4SDefXMSx94Optcj0Hx/AjsSQGXvJJcftCXBGaaCJZKSaKfcrRc8r3hvkHPf702RwSTsJc/nboAbq6qvumwWoqKUHDDbthf9zHb5l6PLeFoPb52QifvgJQb72ohvu5LOIsdiO4jkaEp6XDarSw71NN7XrcHYk9E07Zdhkg3Cc8oBnLitkiMgjt1NpaelSGCXsLYQ+rfcWc0V3+3bOsYP7S8fOGksrbFYOKzXX3ikrM4/LT0fmBdyO+bA2iXVxti8EnExps+7pEfn0j8K3AVMvnflgWEmw==", "1: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", "1: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", "1: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", "1: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", "1:eJztWAtQVFUYZnVZWUFgVwXTfCEiiibcvYvQY+7ioonP0TWTRtNlucDm7l7dXUSsrCxkLEtLLfNtQj5Kbcx35flNSfGRWSaZY2qmaBCCQbIg1jn37IYajXu3mGomZjh3z3/Pd/7/+1/n3ts9TRiTIffz83ME4GGEYOFN2RY+gyUSIh5udjgzZJ5ZklOwGshM/7/sXy8b9R+UDflf9h+QDfDIxO7QwjMbKNjSG2fkXgpZHyeOrIE0mCS7YDU6zSYvQQnSQIw4an0BJUoDacQx3heQRE1sCpHFMdJQWoqKk4aK9wk1gKJifUJJ5JXgky43SmNQ4IvBbMvEJ9y9MIkUo/UWQ+0SL4zXiqi7xYsmVhKIoZqkmaehF9YHEMOIoGQhO80bEOuL97S+eM+dswN8ASX4AGLiJYHcaZ7oA4iRxokmOSMtjdwgaY6gpcHE+QKSlHtMrO8gafXE0CJkvI4TPaNERV77gZ42IoaRgqEVqJHUvmgBarz2XOOhofG6aBuPDI3XRdHY+jXS0ttNSFqmukHSqo+6gZVWSNQPrLSaoI5gvU6G20qWldYlafWxvhQSK6mJuwuJldQlPSBJGcG44yQpIxh3nCRlBEPjpJXWUWictJIygqFx0jadEWPwm7kjnNxw8nZeMGXxVgy05w6y8Fbe5nRkKG7fMMOfzALxkORwCCYzflISbHduZmj9+2Zjc6fyBrJ4LO+0G7P4dLvRctfiIPxDn2XGN/RYG283h2DBXWuU+Eey2c6biDJDKEEI2WSxySKYpuSYHXwTmw42p2dj+yzkDcOs/OOmrURGmUZbuiOj5Z8VOaNxl23z8w69F28y03tLWCWZcMIdqRzX/ISbMPEvEG7CffcgnHh7GbJM8xNWN0dmS+btefzxdPzm5932n81sz1MY6z6tmp9wu7+VcBNpcw/C7gcUz0l7V68nDZZsrBcEe7rZZnTyDvo9pg0eRmcbbU6zMzfJbjfmUmAX0Rf2bJMz286nizcmN86TjU5jE2eOln4A0dxpHi8ahP+JNPPr0qdipst08w3OyLd+bUDWoltbn75ezn01Ii10fGI55ye8IC8K6QbJdT+VQWIlcoVc3bmlZSVSvtzVVLG0I2jEvzo0eNEviklLWuly9q7q2P9sFSocqWtr3L+Qu6UnwBPcp+FRBn99BKztsftmfrULXSxcdqDbBy4070yWnyDrCljL/LgbMqjZ/e3LDZda6vatLxipW+gP6UcnDjvU6iYS1fdwcd+1IJoDYOW1dZ8NG3CWWyv72F/d7jiX/IqltL53JzgZw9/3/fhKRKTcZ/Xc/proCfM/DQQiDd9ZhiaKBlUgTHbBrPrusGeK0rW6VAZDLsxst/lggG5DATG8Fu34ueHkjKvVaPXcDy5cXXyZO1pRvH/gpmAQKvOKx+6r4S5zBef2Bs/jTk+aPqpLWDvY+oANm1LKUb3l3NykyZe+SAuDCMuMmYV9SxC/cfLYMZlqkBECz0XDproJ1qJZchhMFNWqQF34yb7wy9GwpecPL648VonanO+3YPWM1iDuP64XBO+NfbtPByVQf4aAP6uKf3hiFKDg5Zp3tpWg3phlzXoFkOiUlkdCRMMv2eeXt4D3738i/aFzbaB95+JL3IEouJYw6FG7q4qrtox7dvOO81w59urQ+kCwk8D2l+vofte5mx0cJWq7Gmg+1KAH3zjy3BDkDxXPcNonl/aEZ/FlT0oFon4N1pU5trevP3IFBbWIyQ9LlYHoL2tbCB61ZREfEAPEvOgJSihRX086HhUOnRMyk83ze8P55SrM/AJ6asTPrxmcQRC4/d3cg3OjqD3XVDDtkdYlayuVUFU9NHXO+EhYk/nhj47tddy44H5bV1yrRQVT8YIekSAb8VKbUVsUoDq4Z9erc/x0DfnVZ0peqEWRJN3O3OLkIqCBW3xSmRUxvBuQ7Pwq5gLS31/2fXzHWrQeZ9PcfWFw6XrXL4VJdchK3JMWqHMSWhXFKK9s9K4ueSUcjmrEGdcVzu/1WfUPxkYCidbG4y60gtB4Sw5JVaajE1/pAkts6hfhsD8sObswP+9bue6jXa8qKsMCINmMMyhFASTcUYYitOyxVe9t6hAOfUQH13IHBm4yfzetAmHwmkE71ICLcNuh6ae4wr7E0gZO9OehcIgLIJF9j8NZ8MmYU+3ha0zLktALCH3FVAWIZVgQ7I5XH/j4zQUhM+PLUP66xw8zyXIQ6+liNBx7aOSJ13FcaHzVgKN3+vOdkYCV4i3OoeM3DBcLOwWBGNfEHtBJTMyWsHH26JQVfgEwa97uKcrUaEg8VWRln6/mSjuvuzJksxrK+3/UK2RYL4o77eKCFm6YPbo4VPeYWNgOLnVOAkbUI39c9jnWUHhza9C092P6wjeVJNCtQNwu5z5Yr8UWqjx1cQXpiXtaq+DGD8Y1p9iesC0Vd4zDKiit31D15bEAin83Epicft27Vst1YpdPsmXih2nB6rizRzZ+AG98729CxvwGCSihIw==", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtUVNUaH3AYHjM8BAqvimnSSjMT5sGjYu3DBckXkYFGrUoHOMDkMCPzkEizfKW3TL1lmmjoJbtcuPlYFJKW7r3Mt0AoGOaDh1xDUYMBJb08vGfvPVwHYy1nzxLvWnfJH4c539m//X2/7/t935lzZlSy/uU0sUgkMroJhzi9lk8xa/m0SGzB5mkaoynNqfcsyqTPTMBn0Q9t/9e2+Adgi+3HNumh7aFtQGxcr41MNOfesz/rdal3zvC1yXh9CDkqEiTCMUZvThZGon0QFYEkaHTpdkDk5Khk8SJn96KYjG0hoSwYJcXIHcAw+VERjFzFkoJQ6ieMxQ/FyIMdwISyxBZGMSEsfqyYMAf8RLD4CSdHRghJtYIFE8FYHrI6mFFvtiAlEyiE/rO7g2xB4UwgOa0RGyeFI5wUjoRnbVe79UDT5jhIzhZeqCOerC1rt16pUh3JHmsDUhcUxFZc2k8KptFF9apgGkNUrgqmkU+Fp2CaDzQJCruTYINhuu1Z88Z0O7JiHJldCjb9WEFs+qFlVdotBVuQ3VqwmV1KR2aXkq376BhSsvUEnShKpiEupylX2i0IWxCTInpBTIqQW+vEpAgrSMWkiF4QkyLkVBEqJkX0gpgU0QtiUoScak/FpggriE0RVhCbIqjKVWyKsILYFEFBoWyKoPM1tH9FvGzW8sYAfMHEG3h9SgafKQANORO1fCavMxnT3Gw3THPBZ1LhEGU06lM0apNGr+u7WYLHfzdLzJnLJ+DFibzJoM7gUw1q7V2LZcKH6AyNcCFa8MYbNNhw1xp34UOMxsCnYGcJPhihN+PFKVp9ypxsjZHvZ9NYTapZiE+LHxI14j9u6koYpat1qca0QX/ImXWCy3sn5cDz9rwXb3wWbS9hN2bCStsvMUrFwBP2uq+EPZgJK2y/gCmVA0/Y+74SljITjrCdBkrVwBP2ua+EB7EQtnljYaX9ABQ9+L7ylbDyjejzGBIx8Hx9/8eCVvR5WHsAHex3L8KO3Jv6mYP34K2yfRxWBN91L8djBm8crdcbUjU6tYk30lem+A4z3azWmTSmnCiDQZ1DgSNISgzmFJPZwKeSC7PvnMeoTep+vlOEWl+h9g2Px5fwj0vYerCneH7bzi1wyGfV7hmPe3NPmJ1z3YZdh+eDJIs+i74N1hXLsr6WirnV+2+MeX31bTi3YsXJ2vom+PPMqxO+f1LCTW0WKweHtsG9jf6BRy+2g4qin07NvHoDxHykbeos7IaFfpUxp1tvAJeDq0Oyt3lx8hnBTxX6dcJhnvXj12wRIe3b73z1dLQUTZE5j1u+TsptPz1rXvyIeeDG7jMfdvNiVBf/8Xqdrz+3b/PQCeeDmkGD9NPCxSfc0NhrnvuCN1hAxLdH5u3bfAxMn5ObvSnfEw3Le3PscZ9BHLe1bp/Xpk7wwWtVPzT6X4GJjV9tPDCyGVZ+86qwdRf0qPlybqRHHVyxDC/oAgU5h8c++0k3WNshmfX5tGVw46+BBZeOiJA/OHSuZGkZWKDGkXfCGt+2qJ/SWkHuBvx3Agw+vOe7jyW/QSH6R3+pqIJrQrLHj3qsC17Le/7p6twz4FTTW+M61jcAbL2urYBXjCWPdB4X8iFk7fm9HTD1OczwKlxe8Mox+QEXND56+JULuyRc4dYXOT91O3xk5RQhwz2Q8rgFRk+Zv2TCtJ8hcdtaCwouTXrm9qi9MFLw9usX7sgXB6wSo/Cb+1OLZntz+d+GCZ/qwbpoXJCbcOOMzf/cNmQIR+oy14OrF7KkyN8KybZ/F6PDU8P+EjXbAkftNGT89Voz2N21/PrZGjF6e1P+6N1dIvS39G+ajSUu6HOd7xJ0rBGUlwl/00RcJN44048TN60cc82zG2J1eEudUPtjJ/WzlvsiE6atk3G6L51+cPHdCossJ+OSfbwQ0UOVP7fybIZI7yRBNP8zwIansCJPQyKXytNQo29ddjSxBxK4vzdXgmkVnQNBJEALwNU7/l4zWGXOEqR1HsaPePStOKMfpxHpF4kPtsLZFysfP3vLlSNyGSrmqN6d0bmaRcbYtV0woPSEqNbZlUv2SRIk1QyziEB7aN2L3NB8/+0vNLzTBmSC/KZPbgCkzps9Ec1TGTDF4siPwKR/qMqfq/BFO57415K8OCcubqln/I61LSDRFLT+9hovVFVbL/10rDvnh2V0SsTxf7qQFFDaDfNaCg5NDWuFX38kJKLFmZMRQZ2B7kTQWyDukuFX2iFmDw5tonEcFXPTzwxboC6WoG2a2qwPV12AJP5JTpzgbGHns9cB7cs6SNpsuCvKnPnu9l3Jl0Fp8nu/ROZYYEv4xBcMtzqB6s09k2XOVTB/4q727urfYRYJxAKjLCllb0wVoeJncOU6QAqGJV0FREdJ3oi0R5czGooDaXDjgsYsXLl7jgT5XC7dMajpJiRz4LIP9/4k+G7gd56I1tUNPbn/g4JXPPw4glPfArQPOuBIQS6uqwI4azwAZ91/ew8k7T16OFc9DmcsGxR/gRPWCJVY4IsDuFg8uFZ4cwvadr40J/csWBgYnh6j6YakbP5SjrR7TR0QmurHqnEyRC63yDjaPxb4+kjM1AURePYlSHRddgAKQ8xyslyCXuoaYqzx/c06z34HQpNcrMyXItr/TrTe5c1Ap3y/lFvsjJbmlQuT8N+QlH2hJyKymlcLvsdtu84JeQmq4Fc4oVnCtDq8pxqOJ4TcrP4liOQr3AIkpKFlCHd/4NESQHVQDMgtLUqXLjwE6jONfWf/nd/e7ryM7Mcm/w/T78pa", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlYU1cWT9jCFkAtUAVUoC4dN8gm4th3EYooLlWoWqujMQSIDUSToOJStLbaurTa1tq6jDqOWqtW3KdqvcdtKi5Yq9RRZ7QuFVEQpYyAiPTedx8jWr9vcvlg/pjK9/GSd+79vXuW3/kdEkLHWoakushkMps7uQywmI2GLLMxNY5aqLm/yWZPldfdxdgtGUn0Lva57XdnG/Q/sCU8tz23/d/b4utsoro61d31tmSmPL6ja33p/kjxqkpyI9c4S9ZYIs+OQTQiJMmUmeYARNWX2iIjeDDqesc46JmaHRPJc4yGYVQ8GK147c4HoTaVjiccCRPFc46OYbQNwHTn8Y1h1FwV7c5SzcWcqAaUVMJw5aBHA3yTMDpHMawH2Iu6ISCHGcdyxl4cpg/rg4a4p+JMODuCsc7hxmP1YaAeXCAtJ1dZVdlJfInQcXasCGI0UjlMPXF3BGefi7sjGwJSNSARKk0DZIh5p+Zqdeacmku9GfHUDgf0WLrUXPIgYbhywKRL7bCk1MNwjSPGOTXXaJEwfL3HeKrh6z3GBI3DTKgnQho+PWFc0PB1OSO3hqthJRHS8Gkk0xMN34RhvNPwDQsJxKdcEoiPEYyuWj5GSCA+RkggPkYwlmv5GCGB+BghgfjUmPWTlosRdSAuRtSBuBghTRgtFyMkkI6LEXUgLkZIs0zHxYg6EN8AZMKi4xvqEoiPEUyNdHyMkEB8jGCE1T2bEUOyzEZbIF2wG61GiyHdmEGA1uxXzcYMY6bdlqqo/8BUV3rnRS4xNpvFYNLbTZbMJx+W5PmfhyVnjzcm0c3JRrtVn25MserNT232Jm9i001kIZacZrSaKPqpPR7kTZzJajTQw8S7WLPF8NYkk834jKfFm1KyiGNm+tHa5PTbpynEUNL0mSm2VOffdrf6CYmMaPqAvRo1YGeegOt96IqSRnfTx+vdqPG6NLTA0lxXNX3AykYN+Bn98V8CVtWXQ4266QP2adSAFbyM7lFf9TSapo/Xt1HjdW9ggdXSn+zapg/Yr1ED9uANWJq3KkmzdE8NM1oO+uBYi8WaYsrU24029oUrbcTBWfpMu8meHWO16rMZsLWYC2uWwZ5lNaaIC2Me38fp7fpnDFVdFPtM+qR7RroUR36pNfj2VV0ruIiHdFj1Qe4VF/TpnPdGnHkYBkNXbtz8j9GVuMAjPcw8WY5s55qXxWwJhXXLDrfNtdYKey7MrTFOUiCXwvkdSwaEQ+ezS2+ErC8WxvoN77HjqAtK+iz0w6zToVC0e4tz4fxKnHHk0bapZUeFl755OKf8YjXOJdaOGUq0otnabw8E5uOQvJ+Fv44OgtU/akqjjsjhfK/s4V9q72Eo/vMfO58tx3MCzudXnPFCPl22rSjt4IbsLy2pXfh2a7ht2+lffbwGXx60YElmcxmsv5nQtXa1N2hm7EbvXK3AlUnX1i47XCWwfSGgO9lz4OlmXsh/fr9bLjsUqJ3bzMWxiWHQnLrR/q7wcolyf8QXcmSePGVt50MhsEa+z7X5C1vwJ9HyAe8qy4RP77uN/rx/MPRa9jrJUA3e09fbqdMcJ6DuX94vgxLq7lJnpC2NerWP9aGQUx09Pj8hWFovxn2sVb5Fu2/j/t0/iBnzsw+E95s6q9sJGYxI6Xl5kNIV5X91qmBocUsInqZXvX7XDw0/pjq8tWutkL6oZJpQEA4eVavStt+Sob0dfL12tneDneuyv3s5+kXo/crN85umuCNyfTAyoxpvfGXYm1tzQuGSk8fcNmv80YwEPD0kqhqTqGKDN7aRcO8I0wXtn/b0vSHs7F55MGVcALC8lmKBwHHxBRxQffxOXqw/HP1872cLP/JGMvHHDWLuGU6M8moFXxCz7xRfJOK/qsIHZ68fdqwsRIr3PhaPTSsT9tFtulI87tKEuR9e90OUVVPWHhZSToxKPNonEKaV5b721tIyvJVcJy3/QdhE2DdxkDtMnBCk/KnLVSzWNdQNJu1f2arbvx7ga4S1b7Z1QxdouEcuCdSdxITWwPJ+BQcSuiRdUyDRf+d2YLgzgqTIGUTelcgZbzeHAWHT+r8n1ghzc68ULd7mgUR3U9rBqQpKnFocISb6F5x4VEFKfgq/T9pjn8ET5l9Ml1lmFmPUQn/oTKf7uJNI0GYoXiSIM7r7Xl7ygfQQoNXeMstTqqsSjWxLMjc/GAomF7WPdK/CD0puQ49wBZCmmbh/pR/ok0kneihg+vfb3/j3N9VYzLuvL/w4tLjb3g5yaJ/kuubj6EJh92nZJae8EFhsfN8waqQPmjW474oZ63zR17vG5pz/NgwYT4uEY4d6bzZdckdXSXTeE4LgoyRaYRAm9PI8t2b8SeFeeb83Zv+tNYh1mOMC88yF1RvuuQPTgxo8gDbKuy5o1y81ZycXVQuTuoS2KS8OhAUdaaMcEMQ2+64Mz+rWf51nvBLcxcaowGK7R3gj1r8tpX6WA41603I5IlmOM5X6AzGe7JnvDtl0obMCRX98PCdBCALalvOKfZDIJ9UdYSAVFns4UJaNecEfiXrTQYbalJuHTu8aDom3XDTNdvmhgacXjXwUK0crT5KE328HEX/Y0OL7uArBixJ+gxuIPNwVBAcDaSZrBM1fdhDmSn2sCIBN82hhHwnraXs0V4Js0dvV0bn+UJH10/Jmaz2QGL/ZleljThiUxZxKLSisFdIKCsd1ul+FV1dG3vjaNRS6LlxVGZnqiTxFopfgYbR8pWEw6p/xzpPnBSAxjmRXqCLb2x1uC9unkgbYGICYDpXgQFrg3qGQTMv12otSv1Rh3+Vq4nEwiPmz3BV+kNEOPyeI+rHAH0R5PZeHRX4rq4TSPEKAohYQS1gwwVMG1A1CaHyTeLskJADkokAU4XixwOV4YSSJ8HIgML31Q/ktB18ImubK9GJKAMxsTyvig1jelDCb0PzL60FgyKEVvo5FndqpgN40LeMKsThlYzLTyKc1S4btyRn1+D+Mj7+mfYZN9StzGC43", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXt0E1UeLkmb9F0oLeVRCnRR0C1CJpO28XVvaLdSpMtCQRRYMaTTNpgmNA+lcngrIMvDs4jdleW1osiioO6iIsIdEBEQUSsgCBT64FWEtvQhfeK9cwebsvE0t0t2z9nDPze5d+ab+/u+3/f7zWQyYKptbLa/n5+fIxAPGTaLYHJZhGw9WSHLo8wOZ3aXWzOD05aXSWYpd9f+K2uj/4/XRtxdu7v2q2sP3VqTOpDi1my4zZrVNiPH0sn5GmnkMlV4TLW5puIW1jGErHHDJEym2ZrjBYaTRi07RMcC0UqRafQsbCiGS2LZh2cPjaehcSwYnTQmskAS6TZMuZExTMlJksZkdoieDSLlhimyZMpGw47heBaMnu7TCQzntXFoLulHZ0Cc1ypQzeiH11l1A3FeG5uWQWfCk0FeO4i6mrFZuYPYhOA7IwTfmZ0SGVuWBErqjHpyYTC1IGoILVMLojJomYpWxjB2VAnD1FCo2lqmQqdia5nuEFRrLZPWtKFo2ZxAe4O2M2WuZbMPrVi+M8XHs/UGagaerfioG3iv3eAO8toO7iC2Hk6Nx3ttCHcQmyNkEJsjqMd5NkdQkI7NETKIzRG0nHRsjpBBTI7gqGF1TI7gqGF1TI7gqI10TI7gaHJ1nh0x1mURHDHkgFOwCzZTrpCHgfaC31mEPMHqdGQHu18wO4DMQvBgcDhsJrPRabZZ218sM/iXi40rmC5kkpPHCU67MVfIshstt50cir+k5JrxgRS8m2A3kw1uOycIf0k12wUT2UyapVhspmefNzsED1dLM2e5cGAW8oPIrPj3q6klKjlGa5YjW9lOrLYHe7nja31PV9UR3a4EYXORk03esvag4a+zdrsjyJ1Xy/uet/qOpjmQNc1698LV6nzP10OE/wFfD+p1kGCNe9PRJvqecJAvjM3Om3fvm9ok3/MOvqOJ9tAeOiCsk39YyY94vicc8r+rZLc7NsfJj6e+JxzqC2f7s/KWM8zp5Sds3/MO8wVvZoNz8ouNZPlHgu95h99Rg3voix0Q5toR5m57dIvwo+9+U2w2e5bZanQKDvpSmKRrjMtodZqdBQa73VhAgXGSFnaXyemyC1nSgWfa5qlGp9HDI6SOvrrTtg9PIIfI311k1aV4PbDP2gZw/PM8fu5HTSj3nxWO7dG1YKj1jS6fBhSBmQuGjnoruBldL8qY2vXJKjBp+KOXTr5TjCb8OHTnoBUq8bO6wZNX7G0E+95/ACOa0dW1Dyccff0ImtzfUG06XAL+eDpNOSPkBIpf7srvE3YJ5T8S/P0b03eB1ePXbXn3RAmo6Vdkm6IuBql/slxs2rwBYfCFvoN6QvuS5eXX+zWB88YNx3mbUkzc8uiESdW94eMH1I+sHn8KXB7xwM0BLa3o8LWDnw0f0h1O+9S5sqe/HzxRVTvyqYUNKHTl5vlj0tegBKFX6ZMxN0BGzfJM58AqdPC53et6V/aA8x1pr9arLqIZIQMHz17ajMKHfLCmcpBCzIheOrLCvwIs6nHyyE+Zp1AA3y3x4V03Ad13BVJFRoH9p4+h50bH9ZiWEQGfWpiMpbsE0kk49fVo43RCcD0q8itWBC2pBjuaF9We+l4p7iqL6nvwfAsiaj+9OVK0zfP/fIWmBhyeMwLN6ttN3JBDhG+Vdb+GXkvBgszsBY8F5cZbZtxEJS9EbX2s5Dp62fDM+W/iS9DY9DVz792rFqXTI9Vwj/43I2cq/SHJTuPkK6hxNlHkAvjzl2SDOvRTORGyFUyThCilOmyLhPdv7v5N6omjKKm3OKm/4Soi7Plv+8ApfxmFlVDBrIfOjl5WqBBnku0b4+Aw7Ia0e7YDwr4mXC3OXrrj2SB9V6jAUUSBQFhfeGblogCFyP/9X0k35kfDt/c/nvTyHrVI9a5Gs4Du6U/Sq9HuYX+9v+eqUFHapuICmFacjzOugouxWvMc1WD8nrc3/h6WIKzWfV92DRVnbf1w6pyTteB0rh+Wbjv44pOPl6mq/GBJCEm0UrQ3RFz+aFsrCFX8FqdOKZ9fhRabiAPLQXJOqtlW1Sj7+CCYWLfjhyUtN8BjEvAsoterQWkf1rQcnXEFUX+VAimM7pXg0Djy7Rp4MyEl9kp8DJT8+H4DyHxtwHJXdYj4/JAB/Wp/jIVzmh6cfmRxOZAuL1QiuPHs7vDJUbBi1Qeh+QlKiFXEmSxD2OzVRRmlABcPriAlpP65iiT/pUbDsHNDXll/oxLtJGH1UIl1RJb9SnHQ3oWbJhw6Dg5xpOLq0RT1kV5jfrgJqH/K0Itho7e9KtQikpaG9SHwuuHr7GMXi8G53eF/08YrRVqXZYiofzToAHiClOFZf1Eqj8JKsLZyE87YVSDl8SWVGLfpElbiDNpP2gNsBTh5oYotgWLpZUJIIZYvWPvVP76OEgtfiXghcctxQMpoU1qA2KC5sPWegd1E/ydIZbUAqXzW1aAupCymRIvDJOM1gy+wPQznosQzA1XzVqUo5Po9h3DwmFE3sSyRGLMGSGWM+1PgO7ETs3aG0XhjVJD6qA5FScL2gcU46onfNaE/LCu0Ri44gMreXL2v/3uxkKQpf7VCnEvKLbkFkTFnXyzUSEKooCS3ph4VXL5XE5jQF+JmhZfeQ2M/jnvpyrdhIp2HQ8nvBQFQspsySBwcEbL9LX0MpH0jXOwlET6PpLuLwZqDf5Pb8hzte3Pbv39t7149rHE/Azd+zd8=", "1: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", "1: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", "1: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", "1:eJztWXtcVFUeH2AYHgPy8kV+dKP1VVspd2Z4rNo5CBimRTK2+UBlHC4yOTA5DxVrLfPjq8jVbX2kaZqWqaVu5oamnpNuq7Zu2foENguohMRkAJFHwJ5zz3UZ3OnDHGraz2c/8sdlzrnne8/v+/19f797507MTEtGjlKhUNgCyeFRi1k0OsxiTiKdodPjTTZ7js+tUZLdkqeno+Q7c7/IXPr/8Vzanbk7cz86N+LWnNSBfG+NRlvysztG9NxYuj5WOgp6FTmmWBwzSQvrGkLnhOESRm/Kn+UBRpCOGn6IjgeikSKLTeRhwzBCPM8+Wv7QtCw0gQejk45xPJA4tg1XbmQMV3LipWMCPySRDyLlhiuyBMYmlh8jaHkwiWyfbmAEj43Dcsn+dQckeKwC04z98zirLiDBY2OzMuhOeDLIYwcxV3M2K1cQnxDa7gih7c5OcZwtSwLFd0c9uTC4WhAzhIarBTEZNFxFK2M4O6qE4WooTG0NV6EzsTVcdwimtYZLa9ZQNHxOYL1B050y1/DZh1WstjvFp+XrDcwMWr7iY27QeuwGV5DHdnAF8fVwZjytx4ZwBfE5QgbxOYJ5XMvnCAbS8TlCBvE5gpWTjs8RMojLEQIzrI7LEQIzrI7LEQKzkY7LEQJLrs69IzIcZtHWh56wi1bRYswV8wjQWpBqFvPEfLstJ9j1gjn+dKQmhySbzWI0GewmS37ni+mD/3OxiQVPi3q6eKJotxpyxWyrwXzb4hDyITnXRE4kk91Eq4lucNuaIPIhxWQVjXQzfThFWBx0sdFsMc6eZ7KJbi46xpTtIPGZ6fcik+9/XzRAYjTLkJ9ty/HrpFnH873c+DXeZ63yBms3Uv44a5cbg9yANVrv8w7oijcdJXtKOJA3zYmu9avReZ+vmwh/Al836nWR4FjX3qOJ8z7hIG8Ym5+31rV9auK9zzv4Z020m/bQBWGd/P1KftLzPmH1/66SXW7cgiA/pXqfcIg3nK3k5S1nWEiUH7S9zzvUG7y5DS7I7zcS5O8K3ufd42c1uJu+2AVhoRNh4bYnuDAFewWcbLFYs035BrtoY++GabomOAz5dpO9IMlqNRQw4ABJC6vDaHdYxWzpRFbHOMVgN7h5ktSxN3iazuGJ9BT91YvOlrzTnJn3cTmw5a6+9ixoRzk3vzZsvdCE7s38w7EbQ0+jF39l/H7KaAWO2/3Qk1P/XIbaY1obHF9Vo8piCgzG1qawqg/2nkXbfn3wh2X1LeiflhkBn0afQt+teS9kzjvHwYlx8SuSsorRnH6hXz2wqho9VzyqYNLbxaAi7i489e4qsOFV+ncQjNr4xOu73z0DdkadSblUo4blVeQCzhB4pKJn/1NiGB6d9c2Ze0qD4JX+OyrT9vjDaNvFyNpFPfHc9AG9n3pUDVkcKkijfahSiavSHiShXgb0bN3KG+DvW1P/UtfqBDu3PwajDO0gbuSRjLUxbYAMjp/dHYUXTxi76fnBbWjy0oQLH+c5Aa7ePPL+c9+D6mEfDglTO8GQY0t3PPnJBbB8yZSzhyvq0O7Pzv+uepgPNAhPDL9vZzsARB1kVsp6NILz86sGxy73gwsk4Zzyfj+gi9ueHhW8LhI3xX67Z9DXDUDSP9UfFw1YcnVCUSsYSGWcGgjbkpuvXcUtYJDDd0Ngv2qw5lxQ7j3398VMrzr05pGP+gzWh+NHQnx/s6x3HXqXprGtHpgsNUtOTbyK1q0KI1u3I5pV3fRKdPq5NPT7/u3gW7D9y6M9KsGhkhdbxXkKuK591cKW39YC6fymUKy7npD6sBAFZ269oL1eFA5TaBiJ4XjcyYBRG88HwsjF+JOtqSEwY8iWFftiovEXA1WL1iSrYX3rOcK4BxxEhy81Iou0sAzo18asdMw5DsrUr+x8IaIPnpI94sv0l50oYMb68b0K1ZiqstJRA1bTcI/6wD9mUua1gCxalx/ZgCibj95WYMk+WyqBOahpy6z9vvBK4dBroUcrZR+p8AgJ4Iuf6bnn4bIFreg8kcs8fxd4VkrQNTR0YeHB2SuUmLJ/TVONwtQH3io4UQxIVCTzl1Bhaa7Csqgendk/+cbBkgZAZbA2NYP939kO9Gq5iBBBvfH+NyCdGkavgvdJRo2Ae/8kLjdOC8NFe/2uFOaGw4ahpHAcCqgeQzJ3Vy8cUNM77fGREVAqrwM+sCe1d72fHG8Jy6u5Bkh6GnxgWtkCwsAJkpzG09PGKeGkxPdPzl0YhSW8ToV10w+NDfFtBlK5XKoACY3HsndlnQZ7Ls0gpVAN/jHisc9XZ7agZxYPG/9WcD24Wk4EKlXC4TTgv/rhXVkTyVbNoLRp4VOH7Sr4QvmJ9R+u3QfWJr9kvtLiJ9ebAkr+uNkA9vlRpevAXKmAg+G9RPXhr7aAy68sI5XQiv41xm++enskpmovGKSE0eWT+nzweS16b9P1HX9T98af3dRXvLnRCea/9gbpELd8HolZXV0HxBz9QrNUWAp3TJNURtXTwyExdfGnN0OwXxDtQApIWbUdV8LMu6ky7Ygu23zYH9Lq2Hw5AJKmM6FkoxJGnDhU9LLqJHidVO+GnL6YZi2+sQmwftUAnPWPTF7a2A9LNtrVC0ptpUANaTtJSg/H678gxEp8oUDLc3E4rN33+OwN8/pidl1/2Hew3n9bRgSsoLKtakZSONNKgb82gpT4ZTRQKqhoLN1dkvJnka/mljxb597c8SNgxytYN3PCvwF11NVQ", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHl4k0UaTxtoUnqXUtIj9FSL2n3aHD3WrfOGQAEPKgRdjyINydc2S5oPc6wUEC884AFBpFIVLw5Fd+kiKAgiXzjq0cJaLgVkK9IiDyzUWCyxLIWd+SY1UPtIJj7+4aP5Yybzzvxm5n3f3/vOzJcxhZ9QOUAikTjkuLidt3Iml5WrLCASIr7N4nBWhvS2dE6+xkBa+j9kvzvZuMrQn8jK/LIJmDeGSPynlLfXGK36aqO9irNcwr9+5ir7BbLSfmRj/pD9RmXFvTIx0/zIphG8zexvkb6xZHy+WKoMJFnp7HyN0WkxBQhSs4FUYlnABlKLZTEbSCOWhawgIsvPY0NpxbKIFRTMUgUUxWj1QorSsKGKgkIVU1R+UCgGvaj1ehcLw5XBYqvCh+xVQfm0YqA7HU8rbXCwAqYtqsVKxRAn1FVipWYzByWiKigQ6wZ99C0U1xrJu6YEshZlr0rDtEFKXpUqGFBhMKAiJp0o31V5TCsVB+EpVV4wIEpalZYJpA7CT70gtpUoz1XFTCBKWXXAJqdnnIgJmEX0iBMxahYMtYI6YNP5zyp1wJbzHzrqgJOR/8hRBxwU/gNHXcSCoXGkZnKqL6Fo2OKI7k7DlvFo8GnYEooPFDAXLotYDVsc+UBscUTprWE6m3y5QcOUJHtBARPistygYQtzCtIyMcKXULRsSZIGk5aJESrKCC0TI9TUudr+GUFeiI6hpMPJ2TneVM3VYKC9dpSVq+FsTkel9PIJKweSVgQudA4Hb7Lgc5u39XluDvpxsom10zgDGTyRc9qN1ZzZbrT28zbVV1twhx6vxtktCizoMyYc/xlpsXMmspghliB4FxlssvKmqQ9aHFw/k5ZazC68Pyt51VjifjqpTNSoymgz91HxioPFZ+/8X1/vpKvpTVr6QBVODFLhXq6o6OcnJoVJk15griRin7FXu9z9zLb7QfmuGpo+KOKuu4xWFyfeMMumTeMdFmdf1sdI6KNXz/N2s8VmdHIO+hqOwsV4l9HmtDhrdXa7sZYCh4k62F0mp8vOmcWOCn97pNFp7GeHWvqSVF9pc450ke95RPrq7rc/O3AuA6K35r1wvcKDhh76t9eQpYTW0PB5adIMKPphu/ntioOojnvaNOlIOixufniMMCkdaNuDvGGT62+rU0DB7pvG7dmTCqmzjKo78w6jr8oWLLUtDoPydN13psgkOJu2l58sGwCN6Wvt1c9Gwk1kQEcq7Nh3A5d07BNhzfnymsbWdBAeUhZVzRkG9f957qkn7vWgMV/PSGgYfR4db8n8sntrsg8nh+1DrzUMzJLC9BmrbtQvS4EbFHX7w6tb0azOtXdMfVEBc17Big1Jhq5Nh+f1cJ1o35a2BOXYaHB8Ed+pK1PApgVhnsQxR9Hcva1HIwYnwOF/4g2MGgxYa1PHveuE4c2xH28uSoAProuJeO+NJPjMa2hb9dJOQTo9IjvnZiUsvbRo9v9mKGHnO3+yrQiRwvVvDW4ZefAc6n6tav2p9XFgnnSkVDr9uNB4cd3MTo8CsHHr9s+NAXH6EQ3CpYyec66KGKDrx8DKaSWDvljhEQacmJ9zJkoOG/dIsAuOCbV3r9bunhnrfvUfaw5OLoiF4eULt3flXETifhtbhXUvf/vmR83JICG/R6RA7eUV9GssrQ80DQOyi4iVcqhef8rx3pAu4UtsDa85CYhWtR9vQ2K7PdK96sNt2KJhkKtP/e+xAglcE/ZonT4i1L0o/8HcjLQLSHv/5rGRj8kg8rm3Hhs/1iNU/L1sWOLfetAH7xNDfod4zxOfTtRJ3cPPRGEmyWBbcdYtM3ckwKESosEJgdCqjVPCaHt3zMmNXQKs/GprdHmCm9o5Biq97cbXP28R3PdhwrRFuLNzZs/fNDUBiFczT0fBUNEg3wrNr4/acLanHVH/taCW9fdgF58V4gr+8uGE5+WUD6lpVI8NMkB/ve8d4fRelCxOnAWrP7q1cK7Oi8T1U5UQumVgfALKBGxlTOADaE5U2b+WrMoEUb3cDLhZdMAPaN4z7Z1p8UNg2U5M4NVKmLf265N169oF7HTP900yqD15bb78dCKdf5scMPvjH4c4iMbTcU+nQMNo4hgfH9ZmggLTd8WEdMDoW+558ghatjxr04WnTqMF2PtbPUmQ9r31rocaYiE85ZX7hzeHgFjFDgLRD6EnkRiv9dFwaDLZaTyUvHQnpshFIZ448g05NBwkHR2If3RA48L8E8LmqeHdr51QwN1NKkxZiS9ejqHOvbdPia1PgeJR2DMLZYCNU3G8xSMkjz+cMisjg8bRgR4k8mNfqHs5Mf+SNNjV8emOEbkymOjMXnopNsRNwnzXy4mwmYSb9xvf+Di3yL9sKdRjc7ib2oSSG/e/+I0ywv15Y43mkUIJ5UPhQCDmWPzncHfpknM4o5xHDRumPHyoxItIuM2eH+Je/m4hzkSnEHb6HRfqQ31xt0UQ11/Ug8btebb8ov48yiHE7pa6zbsm3fqJLAZItjlzQQ4PpEQdzV3UIVB7bBSoPfcJ2WIgdwlNO0bgiIkG8ajT2arwNYSv6ZP1/Z8r/a+sfmSq/wNg+/Zc", "1: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", "1: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", "1:eJztWXtU1FUenxmGGQcEecjDNHxU5GNTmAcPTe8PIdJ88tB0JXWEHzACM+08VNK1tNU9GmZaHouoXC11W219kJqve8VMrd1CQEVFQ1oDsgwnXiLg3sewgHFOczlyOmeP/9zf3O/vfu73fr738/3euTODF5jiU+USicTSCzdTTJlisi1TTB1DLMQ82WCxpkrbelFWU1YC6UU/tP3f2Kb9TrbYLmwTHtoe2rhs49pstFLJ2nrjTcaU9h55N5GMD6WtJkGB2xiTbQEudc5BdBSSYDCmOQFR01bL40XN70UzkdhCw3gwWtpG8EH43egoRs0VgTDmJ5zHD8OoNd3A6HjWFs4wITx+HJiwbviJ5PETQVsuSCQLtdNho6ND2CO0OyAtFyiUUwl0tJo9nM6gjiCn84GFrTucHCCnt4m56M7ydN3x5EhYvpCHdceTI/34ZBTenUA4kokPFMFAai4QyyeN0+WBFa1u5DrLDI3TwWMnC8U4zaj9aNFw1VUWOY3TadEBw3XsOYLNdR45MHzyZrVLw6cfB4gvJ9i2arn00wbiSyQmBi2fvB0gvuOCSUjLVyVZwdPyFXFWu7ROC4KmHdsnLZci2kBcimgDcSlCzTZXx1dRHCAuRbSBuBShZorQcSmiDcSliDYQlyIcpVXHpwgHiE8R7IzR8SmCVT1d14qIt2WKlgDywiqaRVNyupiFgebsZzLFLNFotaQqO06Y6kp67riJslhMyQa91WAydp4swe1/kyVmvygmkMGJotWsTxdTzPrM+wb3xh+i0w34RTT2JpoNHthw3xgV/hBjMIvJxBntRWeakjMWGyxiF7PFGlJseGGZ5M5mUP16NiWlkqY3plhSXX6d3dqOR6xW2/OEPR8oYTduwpqOX0S0up4n3OeBEu7NTTiyYyppw3qesNcDJezCQ7jDhdpBO7Tn+Xo/UL4K7g0O7fTVOqLnCfv8zorWdrqAqHuesO9vESaSjzbZyOBkZ3l3Ufl/g7eu4xVPE3LfoUbqDJk42mQypxiMeqtoYb/oEUdxNr3RarBmR5nN+mwGDKIhMduSrTazmEJfzG/vx+it+i4OV10ku8B0Xp5IXpH/NIi1//tzh33l1QSPPNnH/dNgldAqNvxHP1iKTuz8cKrgWwmGLs/5LGNNb2Hpq6Mmb3erg4umBfkvnFIPp57bkNQa3QJ67Rrwx5QjErSpRJU+JPMWKF1hiX2rXirIjrr69AW1cOS9wS31tgpYdWlXU1KWl/DYc2SmZjj+m9TzlQsroUf5U29sWeKN1g39yeN4iKsQnOC6bePoGzBpfUHd0KQByA3PuuSlvkJ1cCh2JRMC6YC7wP1xsrJKuG6z0edVQSLM9Hxq33s/V4NPDix4+dLYq+DWMqCbe7gVZM38MzY1w9Ebv3p5ApAKrytq/CdMrwXxh4JW3TynQAq8yi+SeglxGbmL87Y2QoZvhiwuN4B77BM2WW4NqFl1NvHEzhLo/un27NPDCkBzoOWij70S2IumLPCaZYcfr4yb+N4r9aCYdCPrYWL8k1vW7LkJr7/U95Nnr1fA3YZrf1r7ej5k8bGDwvMzfxx1pAn+69bZk+N3n2V+jymRz0fHTgRslwtDcNTK885C6u6wDBVJrslUa+1gmuCrP1lcDLGz4ILV34C+hTGlNbWX4awv1Z/vHdkMyXap+g1CA1fdjDt0zU+wpG/4aRm4Ck4WjxD7VZSBqoUj6je/oEQsLhfBzxHPPGu+44b0dEABmE6JFcC8rY991qz0Q5Nmr464cMpDmBEy/O++hVVwOgl4tJ8wZy/88f2nW+AhYWXF6bfvwHlvT/bLcfNFg/eYsccWcLMi7BE0pwwUBOANSx6Acp77Qa7d4C9MoAGxQ7pdO5rgSbzL6wvuwlFXH1es2FQDQ98ZHripRIr2jTRukx51FxoLUj6en3gbvtaChXk9ENH+W17CLwOLTPOUP0C27ttga344flUBClbveP7LfXJElxvTW8Dk+lQfdEE1O76YFL6mAeDNzZ411FsYRgVWA/PPLDr+Qa4UZarubEnbbwd98jR4KheEMLs/JCoEIu8x39oBi38j3IhV35SlFCadUY59d4ZcUH7dL+5y/zKm8zqlUJL7/aM7qkpB9cF/ulTmVDn00wRORBLl1wM6b0ktaC1ZUh2814Xl299qoHfY08fi/RWClLgZ6Coctb4ZKL8gRSvkp9aHLm4A8socnCEtYHbAwXOSuZ6IpqFFKSx/NCItxlAHrtxZvvCoVY6urMWBSvES3C5ue3GsmwStKbpW7v6mHda2EIcNgNIukyLoSYjKEZozKOp2chmgcXikETC93nLo6ztI8191DtB0y7gKz5M0b5Q4eMpQjMGEU6MULirP8/7oWCX84B+7S+fVy9C47Fk7deuCEGHfq38/4cBflhXun10HaforhiCqA2WAMJWki9YFrSRpkToIWfFDMc+H8Z9ZD/Yvte+ZnpELx9EC4op2vXYlXWL6Dlwm5eSUHZDoXcj3cNSrczCKyPFIEfyr/6WvG4pVSDaCfKoFuKhIp8g9EXGXf6YclB8nASgHNL4NCoRJ4wVVwxeyTrXuW3oBnj58aJ1ijxfafO+N5XdHbwGM5+dg/PwbhUPe9UE7df8eMzXORxhOC0sleJ4kRFAAYnXATYg98AuOeCvEReB6tZ8MXe6/TK+e0QK/Bx9+e9zznsOPDNF8clEJ9IiKMqbh240py9K5lrf/1dP+21cXNvV/AenOYg8=", "1: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", "1: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", "1: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", "1:eJztWGlUU0cYTRAimwLKIm6ALNpShbyERaudARQ3cMPjWk8NEDaBlCTUBZdS6lIX1OJWat2laq072io6TxGXFk9rXVBABBQoChoVFDBg570JzWnL6cnkV0+PPzIv73tz3zffnfvdvBe3SMWkmE4CgUBljodwRaI8KjVRHsNwEVM8hMWr1DHC9rMgtSIpgjsLeRv7j8VM/hEbp49NwnsaYY2/hCqUSbLEkDiZMlYez03q4F7jDYyF/i3GZQtWdjBx1NvY/ygmbY/x1vCnxIIVydH6M+7aaG6+mB/9Ijh3CVIqkmTq+CgDQYPpQAw/+hsDoswk4ccAWhAXE/vSoaT8GEgLMiaVH0GJ6VD+RqECCIqhQwUahRpMUJIIET5ExCfH4p+3f8MQ7sghkAok5g+MHxWIISB/KpBOTIONADGEiOGK1EhDQDot0S1Pagx7Ov0FGAOiy0Q0yzBUoABjQESxjJQKRATL+NKAGCJYRkwFElPWRLyZxxi8TcRleYzBu6T3S8ZgieuNT2Iwc3rbkxhMnN70JFS8Ef1IDLYhveFJ6OSjI4HOhXQgujbXUWdMx0qM6VgJnd8RkJSqj3RtLqXqo3YQnTeQNpfS/S7pQFSK0HmDlEoR7SAqRegMRUqliHYQlSIYYilSKkUwROV+HSuCe0dS2QjIs26IQqGMjk+WqeUq8hDcBQ8TU2XJ6nj1/CClUjafAPtyN1IrU6PUqUp5NH9htv58uEwt62Adfr7E4ch7d/slOb9E/OGi/tfeH3d9fR0Kd1g95pFpOfB6mLHt2ko3CPfcP9d162s0fVng7YJ6Mxjz6qFs521XKAz/vMt4H0vIz3vXhH2w9+uLrkeOAYc+V6vAHgE8WlG78ViYLXvg2W/hkbYa1Mvnnoco/SkSdbMHl0qrQOGTq/nB4R5wtzDPrJt9K1qxdMaNvKjOMHvu1l3uX7lD9zFpGT6FdjBj4uhvPvUyZ51GTdD2UG0GWUO4zJbwoy1heKXd2elOp64LyjQob9M6mwX+DehU5JK7w+Y3AXXohpei7S7Q90x/G6tcARSbH+w9I1rEDuFvXIq67T173snrFXpzLO35kQltgCsvabIndHz9M16ZHeTrHWjHfjK+r2NCeAUidT1H6V4Xln07tRGMHvTGrfWkM9woXxE1q7QOaPdzhVYifLM52XN/Bc02tacOdypC1ibeyx3vmrFtN+fVeolvgjT7QyMrFmiAKm59/ULwAOVwtCm1YN+lsQFfBF1Bu0acfNE6WcTOPIrqtg1tBd4vN9/LWl4LMAk48RukWXp18vl9d1B04ayxVzpXocunf1gj0oSCkN6PK/2znWBL/WN2sPtDlJCnzuphmoM2LMfELrSDo9CiPoGxJ5A61wFX2Ig6axwxo11hyjDLot0fn0VWuTnzL7/zEoXlWIZ6NprApII2zMwrNBSr4sM2IZQ7V05zOuUIS5oX41uXgDqcZUyaFv0Sc6smwVuLBIp004K1TejKljOb1q0VwPptQ9+72dIfNourD3l69IB83UMcdPv4AKUcXFUSJ6hA5Vhdkl2liGMxNN8Vhr/IjFB7CNgwzMZsuTUkPLpATmYHxlvCSiwr65QGRI7l4LPKyzjjcxD8we93D7bYsW4uDYlTFr1ERdKngSNGVqORneZZeQw4hxpLitJVOZ7QonlH7PEEIUt46wp39MTCjPGA/P6rHaBr1JMZwedM2cWYreHxJcA16FlU4T0LeL/cKmt/sBNblrIy8yHmheRdB7bjMrOr14ALTl4RZru/RFx1Rd20oGCteO5At+1oZ+zxR6rcAoRJxkyXIG7SEGFXlmufwxty0YDFq3+cY9GIjiixILRCdto+P9yJR8HpOdxK3wCi12eo+/MgTLUABvRkZ7oGPQW3LOL6Jc4rBptCViXWpAkht1qFRoPM+MSWLC+7cSZwap0P7oAaUA1wI2dashybNdZCOGjdjiZx9W1A+L+IhGUmFitdnGG/zNSUXl0aEemXWsTL1d4ZZvhwymhBDK7KpSEPFPdaKGNu2UDPVJNs816ZiE9jVQvc+EJs4E/5wd/Hl1UhIi8haxWKZxbbwrIsTpBPAOm7JgS7y/JvfGcLpyw6dDJyyVPE74eoHkl3nQhouiCAp4tXtspf3dHpswHh2d5yZy2KsOCMMzlWpcavZaq/ep7+XwT9Q2QHMeYPV9QCAg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJzdWHtQVFUYX5GHCyKgmKL4wseo5Mg+eKym58KqiaOgYKXCqMtyYW/u7sW7uyFNpqkzmmkoVmqiQ75JssxMMe0cUdIGFcVXSgrxCkVAHARF0c65FwWUau9OjJP7x9k93zm/73yP33fud3dADBsRZy+RSEyd8DCF1dNai56OG0IkRDyZMZnjOjydBZtZQySZqV8RWdh/LrN7QRbeLIvAsY3sjH9MYDmDRq/Wabh4mnmCP/8b3Is+h78k2VQrZRNfGdnQVlX5LFshrDG2eUbWQsl+WSiRyWSRpLKDOdagMTNaa1FycSi5gFLYhFKKQyn40SaQv1iQLV4pbYq70qZY+NuUrSaUf6Qj/opkjPH4xv83TAA/BoqHBImDEJlcKQYTyI8qcRD+GIUYTJAQND/xGLlcDEb1lAiiMdafI3gigKxmAQ9qSlCAKFCgLaCm2FnNOB6ksgEk92tp3jjWEmMNSNbyJGtBShsCIfcX6VPzLS4XVXvCbSwXVUgCHRSiikJgg0ImvpAUNhSSwuoib1EUCqurryVIXCUJaVWIK4omkDh+C48xRdtkIK2eqQdZMNMczWp1tAEDuaTxetpAG80m4eXgWdPhQGYueAg2mVgtgx83rPG5vtH5mbLpSQl0JNk8nTZzGh0dy2n0bTSZah2DF9T4NJpjiI3P7ZGSCmM4WksO42dqPaudl8iY6Da0TWBiLdgwPembGKcXtTnxrsRrjLGmuI5/Q7SmQlX4tb+/bVjY2l93gmAtZLPWWrfbCOI/u61qxRRZ+7vd6aW73fIZKG+6Xtrfb2l7+C2K5UJ30cpvxXPXgZtEeO1QsywXyxg1ZtokvI+44mGaRWM0M+akYI7TJAnAvnxIOIvWbOHoWH5hbvN8nMasaeNaUgQJPXZr82iyRP59IFL2I/vsZJk9tffHmEVXx1QAn08t83u7uqEFqVsHZj4qhrn1kcU7Nj2GeDFpxm4HNHmn84TBljxwYGfSyWGjiuBCApzpjqS9t8wellMDHo5KOLsirwhuKuuzq/yUEwrYM/adqH2lQPjOBcd2bw+j1nmi0R2mLHMNL4WjC8JXrzc2Qk/wy+8HllWBohk9Dp6XXAOLeEVV0Lfn5xelustgfsYn+TrJSZjd/ztO5+GMNg4nC2XAp7HOUphaDdbIEkcM6NcId246gXeUQ6L928+KQcjc0nM+UW6oF4rqH1zzCBQUuqxLt7Ojjl/wpb2KDoFz+2fey5zliNTeFUUBvRpBWq+R1wc5VoN0bGa3AZ5o6Uji8U2IldErtHUw7Pza6MdqNyTYXdgUh3r458P0mrwzEjT0w1WZ86SZMGRs+dWMhosAb+q6lPJCEv7zBPJmaC/C0rv98tgCdyrz0fLa/CtSxIfXvxi6DMIaVBLqLb/h6d2mSqj8lY10fUkfdC2jIdqQ3QAiQjcvHpJVBS5MiXGfofJCHaUr+2mNrtTxe0Ojk7PuwiElS7ec+boSnAj5hrlRI6H2TZ33ZaK3lFJ6BLxxNKU7IlZFGxyo6l+P4x0l4HBoZzvf5VI0K5Z4VADf5B643TxYBxLmOJ31mlYCjzh0xampBWV7B2PNlTDqwpFizz4PIMnSjSV21J7cS2/fHlkNZhNFFZ7oQVr8/lumOlBVgVQDJz2Gl6Q6H/2CPOg0Z8Pk7qscqBz3k4cPrW4Ea9Luy8r29kQ831Z3pLZhti03u1BX57wX3ve1esCfs7kL2p4wxvnKtloYFD+OYe/Yo8CPg3FGO6BoEsbTDTAlZ9FEuLABJmeRAFwDQl5SoAc5xjENAsw6eHsL7DLi+83Vu+7A+hLNV5eVbqj8Xd+69dfzwW7/M6PDzkuoHa8TBjyEQj5vwcJUjx1HjyWCDG8SGTdU9QHwn33YgfoD02fJtPvgfbwrJccZVbr+7LdxuITCSquDxldC1eVsg3JxLiRa16Z6IeXWHwLvZ50G43+7Uztp5m3A5yHCG53a8NMXa5IllMDffVCHo3agewXgr6pgYzzuD1iDqXVNN/9h0dyEtiGT/wUv/wO5", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJzdWHlwE1UYT8+kB/amHC2HUm4k2U2PdGTehpTSchWaggJyLMk2XUiyZZMI5VJHQVBHodARocpRBEEHAakyCOxTDql0KkpbGAeR+2xpLVBawhT37RbaQtRsho4j+eMl73vv9973+33f9/Ztes5gMrN9ZTKZTcE3oxkzZXCYqezeyILMo2ibPdvrYU9rZyx61NM9I7YxT93m/YQto8WWyWurD+Z/pDKshTTrckjWRNEP+M//Bvck54z/yDbWTVvaM2Pr26YqH0VrKGM1tvTQWDqar0pHNpVKjypbyzIW0k4b3EVh0lCYiMI9QqmloXCh9QgULxXkCSu1R7qrPdIi3qNoNaPi9f78l562mvgT/98wCUKbKB2SJA2CbJhaCiZRaDXSIMI2uBRMkiiaUjoGw6RgNA8TQTLG/X1EJiLI7SwQQM0BSpAESvQE1Kyd2xkngDQegDBla/dSGMcMd0Cq1ju5C1J7IAQWL5FTyymOSao98TTGJBWSmA64pKIQswFXSS8k3INCwt0u8lZFgbtdfa1B0ipJDCsurSiaQdLyW3yM4a6TAV31bNFowE6xFGPIoSw8kM0bZqYslNVuE18OHl06/FAviG+0NhtjoPnHDWN97N4Y+GixrLxcSo8mZ1F2lsyhjCxpdnHJ1OXQ/ICO341iaeTjY3MCUIXRLGVAmwk9nZkxzJpD2ygXq6XSRgfvmBndm2j5k6vJBSom0mq0Zfv8TaI1FyqubH++LjxsyzcUIRgHmmxwl7YLEf+ZtqZNpqjan7biqYZZEt/WDz+s+Vxpf8IB7RFnSektXiva8MYfOwdCZOL7ho5hWCNtJe2UTXwR6cA34xyk1U7b87QsS+aJwG6CJKzDYHewlFEYmN7STyHtpIvzCE8SL9dt3aPQEPrbAVln7rOv7ORbz+Ufez2NWxgJ/Yryk71G3wRU5/OvRH/rD0/V3h4xcUktF+fwXqPoehncdZwtDItTwD/OBq3c6h0AncdulhwcWgG+vm4rjnLe52atmVO4sUgOby4A8VP31oCC8oCc56sC4cjrvuqwb8IgNl7Zf2vEci4SHDld/HYt6KNSfBkz6SqIuXE+oQt0gtRV9f7TVp8Gv3VdQGLjT3FRsSWXwKZqYEqhmdrFJZxovwN+wg7tfNHqQ2wwoZ0vcN0X3xi3p1s1ZyydMvKovAmcHbR8fYOqiuu5g81ZYfEh8l9t0t2rbgTvfnCxrvuv1ZzodwhErD6degfEoGWVvrCjMBAFhWWGnADJL4yY/9bgDvB4xYSqwd81cT20fxpKpxwEvFixSSYnN3LikqTKw41c4aEe/E63wNrLsVuupoXDQbs+qdlyJBzWJA0bzjZe4gQ9kp8jcqfJyzqPqwSaysMW9RthhMCq3IvwD0eKeBPXC3YFzx4YSlDbpmdl9gmFlsNNu+ZjYUQA72W/Y35Elr3XRw+WB0HemT4hQcHE6t9XvrN40kkwdW96sPeAEKKz7WR4ndYJTpxBAfIi9l+I5BV8wJ1B0yKiiCqo4Rk1AAcf9QnP1XHDfeYG9epbBvKu9eYj4UtkfLWKWmqoB+DlyTu5qjvc959vGkNEXADbh5+bF7m9CcwZ1LP7bXMZEGQp9SN2H33twLouMnhA+XH/TlFyYk83FAhvIoOIIA/qFcQlckOluuYWWL9sx7lrUUFEnP+bBbr35DAs4aX9mRNCifudkMP3gKj3FS6iTvtzdkU0xISN6sDceZ8N1MUoYGIXOLmHdgOIThvLQ64AQYZFjUAxZO34dV/cBRokc0gdGGwt8trnl8mRQqLpH/ZB8ea8H/slbwQrqlEgnKAQ37g7cW4Qgdgver+EK0XpH3uP+xClR40vgbL0eMotbiFK43QZIcxvuAhEPke52o7IkUBi9pDAk0W5d0HDD8Zt08sjIa9CQfmyEGiquDJzQP0NTlh/VAR0JueWLc3vCAV5p1Rxv6wQEhII/FkZVI7aHJgaVwyEo0prNfEXA8Zia1vTLf9UtNw+XdiwvwD1c+Gh", "1: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", "1: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", "1: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", "1:eJzdmHtQE0ccx4OQBEwQFJTxhTJaH7UqefCIU7sXQ61vlGBtfVRDcpCTJKeXpE4srdOp2GpRq3ZqZ3R8VPAt2rFQpdRbXxVrh9raYUoVpPISlA60FpVB6e5dFNC05tIyTs0fm+xv97O7v99+f3t7iUqhk1IDRCKRPRAV02kLaXRayNRh2ILN0yi7I9XvQU3roK16XNM9I7YZ/7mt22O2xHZbEoqtXo5+TKQZq8GiMxuYNJJqQ5//Dfe4z4lPyTbTS9ukZ8Y2olNWPtytCbTN1F7DbZNxf8VkbFMo9DiztQxtNTgoo7eUUhil5CmVT5RaGKXiSp+gGKGQL16pfYq72qdYxPi0W24qRi9BX3rKloZO/CcxsVwZJxyJF4Zgm1IthInjSo0whJtGJYSJ54MWLZxRKoUwmgdCEMx4Pw/vCQ95rQIOcm9QrCAozhfIHTuvFcdBGh8gZXTH5SXQzhRvIEXHmbyF1D4EQhkj0Kf2U1wpKPf401gpKJF4OagEJQWvBpVCeCKpfEgklddJ3iEpVF5nX0dIWCbx26oSlhRuSJi++ceYyrMY8FXPHoEbHCRD0kYzaUUg43rZQlpJm8POvxw8vHSIcU2GCq3dThsp9LihbY/cG7s/HCzZtYTU487JpIMxmEkTY7B4uGTqzBRq0KHZSIbCa3ykTxDOMIohjXgyfSgmaCfubLTQxvRllJ30MOhEyuRE67Pg6xMlfXxQKedRmsFmsqf6/43e3Pmqiu56tz2s8N+77SGW/+y2ppNgFF3vduCT3MY1XZf42/EZqHQfL13vcNBTlzd/u+jkt+qR4yBExL926GiaMVE2g4O08+8jwaiY5TTYHJTDpWUYg4sHI7mQME6jw8mQJq5hUXs9weAweDiWVPH8Hbvz8kjchP99wNa8uDunTPuLQIgsb7frXHc41rbLrzBTTlQbdpaoaT8Y++LXSZ9E+cOcF3QDblzbDXamHa2357Wx10sPtsxvkMIT2/uNLcsWER8plo2OGlTDrgxOPPwxKYFxq7WLqi/eBWcmHKLKm0TwVMQwvXiIDHYrFPcKBzKCa/5MRBxfK2nsM6mG7Z01pT5AvQFElBbf1ldWA7yakeOq2OClBz+8bL7GLscLSA8gcl/5dXl4rgjmr8y4ePT1UpZfXzHImUGEGU6L4LfJJ/dmz6hi67487F8rDyYCarNGNKwVQ7G6J+paDqZxC7sCMgzK2dH7pfD0pVFk35RuxG3Jwk+n9W5kkfX5fZvkcF82GnBnKBF74KU58xRSOFjbZPyuTAzBN1fyVmY0gfPVIPvqiXp2apF0/JbZ/vD64lHNm8sugZrc56rei5TBeBzWCjlEnXpsPRpCYHzB1FbAjbOgEiyUFved9YucSMfYpqsADbL9wKFm4Kobpgg8eAc0Zp5PPmnuT4zGYY+tZ8MvJvzceOtPIOI+fYmC9KC7O2qD4Kr4krNWdRt4vw8OXCARn5ZA0Y0tPL+3BfSD8wZrl4YRS4o/+LG84haLdmHXxnFSglmzrur3Qc1gOJptwFwpTIzss3j6HyXsbWfF1p45tYAbJvM4a1xROt712n12vd4xdHNbG5hzc+xXw0Mq2Y3z7+taGtx8vzCiLA9vyD124cgLoecKroB3so6jFbaCW5ZX387Nvwnaou41OytExKXCyvCBQRHEMk44re79bQV1k8agLo3gzOdjkALlcEvNwD3Xi0KJs4OPMOYNAfCBjrj4bmtgdyB6qERCnCs4hhSUDzRfFL15YnsJW74UO0azQf23vTHywhKARIF2eDUguB9SgvNjhQjy8Wxmv0dqy9lyhs26bBbRfv5wzSDjb3MntLBxXOBCiJtQM2TKW8FwHZbpzEJgN29oyADdiYSWhhtQI4H0uwFn1yvuAJQ14l4/hcIj/khwVhkcfmrVnjlTZASvExlMOhaZeeOHHpCLf0EYgcSGFN8EcvNTUITrAL8f91juqNLa0tD9gLbaO+d0+x8W7ZdQDzblX42n9D0=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWQlUVNcZnhmGYUagyCZaq9Y0LtE0Mqu4pPciSEREBDQu0egw84DRgbEzg0hj3DVuMbGNTWotLrXGLS61bql6H1IX3AOoKMYVUREjICi4YO99dwijck7mTtXTcyLncIf3v/vd//7///3fnfdon2RJSJaKRCKbHA+xFjNnyDBzyeHEQswDTDZ7srjhKtxuSUskVxGvbT9Dm+Q528BGWwLmTaIP/iPKYk3TmyNS9dYUzkQmNbFW3Au29Xtte237v7O912ATVPTHTuljSTc2XpF70WS+UhhViUSIw62WNL3dZHARpGYDqYRRxwZSC6PGHVCPRBkeE03pKfho+SmIRhi1bH400cSmZHKkdScLWsGRKozFkY5imDbXXRipm0hLRpJLEMFNKIubMIpRsmB60Fx3dxUjzA6lHy47cgZpmUBKd0Aq+qFxB+RyXYXZavqhcwPkemlpMBTEVicHv9myp2NkkTOILRGsHHcGsSUizJ3israTM8hlSaH7ciMRKtoaaqbtqVRu1EmldgekcWd7WjeKq6LcUzNJpSN5KhYMzZ1azab8AsZlKWqUcbXLXdso42qXS+SEcUf61Wz8doDY2o+WSMOmDg4QW8/SwmpcJoMzyGU2OEm/hu1kcoDYVJy2n4ZNkB0gdw4ZDRsjaM9q2BhBm0nLxgjaTVp3ZFLLxIgGEBMjGkBMjHAIspaJEQ0gd6RfyybIlEZaJkY0gJgY4QDp2A5OSlidOyeTjo0RlLA6NkZQWdYxMUJNFVbXNCPIyxxbCLlh56ycxZDKpWGgNauvmUvj0u22ZC/nBZM9yZU3HsJtNovBhJ+kLOlPL5bY7MfFBmeN5xLJ5MGc3apP5YxWvfmZyeQ1UkSqCd+IwN44q6k5NjwzR4H/iDRZOQNxlkgmRFgyyGSD2WIYl2mycU0sGmUyZuD9mclDusn3+UW9hIhS9OlGW7LH84lWOn990PR4+XH7/1Tc5CrC1YAVzAGHOrNSG/ryAw54oQEHulvhhiPg5QfcxBb/d2ZLWeNueJZ1PIu8gkIHvdBCezEHrHb+gqB8Ba0c/EIDljMHrHOusPoVMLv1y2D2L5jj7v7Uaax+5ozzE9E3thEWi9VoStfbORt9lUsOh/gMfbrdZM8Kt1r1WRTYVkiJNcNgz7ByRuHGmMbrSL1d38RZq6OvGtVPb48jt8LxL7FO9H6z8+QFtaBOWbqxg9GLz/xt+3bV5uMoLCXSZKmQQWud380dmzz4hbKKFv0GHUXvfL68Vll6AVjnLSypaifip3XcN/vroadRGwFQBuzbgh8e+eEaur6g823fvZfQpi+4OYbvRfDk1uE1u84dRj1/0/+jGd2K0C0bnhijgFs/qto8aFwl8v39hvnFqSeRWVG3PEUt4q8MC9nxnagWjN1t/1NL6QWQNWyN9livarS//p8YIYVDy7v9u5PfdTB7RMHuq0F3UEKn5XM3X5bwuTWdR362bxvSrPxX99o+IfydvNw+35iuoErD0VExh+rRX0vbfH2jX0u+S88/HpnSrx61wLvNy5Xy3y0aWR/x4BrKNa4bMzjhMhBfkCjmLRPx51pP0quGlKB/DISB+tyt4OzoCXFtW9QD25mAqvATdShemHAVHYzpPjf8kge/2zMgCBwI4Om61Si3oCvX6oqUz5AskbfOPgCqze9/vHF7DbhxdsODkbfFMGAGf3hF3ycoNnhB/zJpFep1Me7TL9Ono+13HxdOvHkDrA08GVlUUQdoXfJRVX5sUvNhOej7N2XTFkcUg75FFdX9h5c4/NxFhiln380adgiQu/PNxUAoR94RMNrreKv4ERK4NyekY6JnBYgZPjvs9P4a8OG30T6SrrdAfzx+8md/iJOHMyiF6yqJIzEkWfPaI4U7ksjCZWBZ77cLl6z2h3/p0nJxoeIQmJl9bN2JUz580TRb1Bf36hHN9yO0feYkXPJa4B3VAYdeATC7Sma09YKLJj/sOf64lC8JapN3DZSjjUUkofdQ9odvHWn+nhhOk+7/TJlZBQasboaRh1HrbjjSHH+4GNNo1PkSRNBz8veiDiRAbxFc2Zdk6hB6QmhxUuJYvxycTxVZpkl9oHHU+SiPidXgWlW7fMvoGrDhVyOMvS768etPnHofUwjNmYUJZPCFy9Z/g3ei4Nf/bugHW9BuVCbV+Ot2y3lah1pgETZWADbhMLKPPUD12Npxi4/D3w1HHhrqLeepn5toOkmLrAK92+zM38fvkfEkzS3OloO5+RcueRe0dOShENC+8OCx1957EkL4+HFLMpeuvIy+GkCIUYaENMpb8bQfZPwYQsOxTyif5/yS34LKs3u/XY++/NzvD7quPvz8x9z9En0OaC0k9ipov9mauihNxscRGhfcRQL90X0wecGucYosMc8TeOE8dAqHpZSXob2huMLBIrjmACH2fUTXX4V2PfqkuviMFB58i6wgduSrED0mZrE3D7SEUZW070fVop1w+pWDX3ny0X+b2nFflD9fMStvcM6aciTka4gP/2gtIVoROpF86vrYrvVAIjSQHCrIxmNk/GwyfVUNovFcA0aBkDcB5ZsEdvbz3rY6qxIZhcaRQEGW8q8CkuXjmYFQoHlaKeX/uQ8obkIAFNI94AeqeyUPAS7CqouTAyHVEx84NvbuwkR7PYh+50n7xxPk8I3H9zIuLfWER5of/HanrwQeSNNM3QFrAfoYK99/xFDYN5JD1ZDQLmsD5TAZ73bF6RrQighZfDCMEQh1HkwRCngUlWJ3excGwNRFtycBbTai61cDoj6dlvvBQY9aYokpRSLyM1XOt5t1K35nticvjp3pG7dJwi8oxgQXN+f3XCUEkvBJK05r7oTdQr/GLPcaqHDo0FJEYG1nVSOirqJuQVAkEPYewlF8KquYgAoJXYtkcO0qInBnkBBPpAwKR2Z4egp++LKk2Z4+Wxr/59j4krIJm+q/YdslXg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWQlQVEca5hgYhgEEFNGQSLyNxwpzAZrYPaJojDesV3TDCA8YZWbMHEbwICbB1UTXA69VYyle6FpG8diQaPrJxoNo1KjRaOKKCOLNcCmHyL7uhjAqVTs9tVhbFaeKfvP+7q//6/v/nvfoONUwNkHk5ORk8hCGEYZkLs6SzCWosQSLh2tN5gTnxju12aCLxneRr2R/QJnLC7KRTbKxAm+ivYQvUQajTpMcmaQxJnJavKiZvUb9j2VDX8leyf7vZEMaZaSL/l4pAw36+KY7PPcuXh9KRlk0bsRqo0GnMWvj7ATJ2UAyMqrYQHIyKhwBRUS7C2O0Vp8oHC3/DaIgo5JNj+JdLAtlUqR0JApKokgWzqJIRTFMxoWRkaoZZLBMtQtC1ISwqAmnmFAWTASNdZi9GLI6hF7sVmQLUjKBQh0ByehF4QjI7ryS1XJ6UTkAsj+11BkKYstTA7/ZoqdiZJEtiC0QrBy3BbEFItyR5LKWky3I7pZC7XIgEDJaGnIm82QyB/IkkzsCUjhintKB5Moo9+RMrbIheDIWDI2dXM7W+QnG7lbU1MbldldtUxuX250iG4wjrV/Oxu8GEFv50RQp2LpDA4itZmliFXaTwRZkNxtsWr+C7WRqALF1cVp+CraG3ABy5JBRsDGC1qyCjRG0mJRsjKDVpHSkTSqZGNEIYmJEI4iJEQ0NWcnEiEaQI61fydaQKY2UTIxoBDExogGkYjs4KWFVjpxMKjZGUMKq2BhB27KKiRFy2mFVzTMCv8wxBeIJM2fkDHFJnE4AGlMGJ3M6Tm82JYhtN0xww3dSYVCbTIY4rfAkZdA/u1m05++bxaTM4KLx4hjObNQkcfFGTfJzi/FrpMgkrTARKWjjjFpfQfDcGonwZZDWyMVhZdF4QaTBghfHJRvipn+kNXHNbBqljbcI9iXjh3St94ubiolHiRp9vCnB9cVAh9r+fFBEtLzffi3ht4TZ7xBbcipDWt5v/5bwu7Wj+W48EFre72ZMfNZvfBdpr8MiVocbH2kbHkleQqLbtESixcx+y21/LoS+hMIOaAm/PZj9VtnmW/4SCB7UEn77MPsd9swRLX/u4GvlRF/jRhoMxnitXmPmTPT9Lj4xxlg0erPWnKI2GjUpFNiBhMRoiTNbjFw8mYhtuh+kMWuaOYBV9P2j/FnzODylFv6w9ON/wk8KTtxClxUl4YOH1ILtnlFdLS5i/rONP+46+/NVsPX6dz4b5JUgrbbfjDMe3vztK7trJutKkMthN/82oBTsSDnxVr8VNWjY7E/7Dt+ei4aHLVLHFm0CiswDYVW5FWhpYVnweYMVhFflxu+KPYc6k4X1KObmtvXfv1kJMvo5j/jM+zJY99GGzM4REn5B+KVjOsU5NJF8+Q0t21QVeutPrnDojdQ2e4aUgM2J+++aDpagVdzCuCm/uUKLyzqPoI31yKdP9pclO6rBFN2xp9mzC1GPeYtzpucF8nPP7Z9YmbMLcLtiY8Z2d4ZdCSCQj1r5yP2DtQ/Rh+94Xt5ilcCBsUXnOv1agfpe6+I+f1Ud6o/NGoVQzhJ3a9uhBWBL55wnf614BDaW7Dj+XlgZmLvn0NS0K268sOirlVwlarSbrD/Zml+YPunC4ZtWNKpD22kjyutBp79ZPgzydoIKP9XbR8beBbEz8UwZwGZKqp8izb8u9OLa3wdLcyt7TF56G0x5Glnz4F4ZkJNPJcoN7BbttiUTUL/PoC/quMeFmmLUPXfBjvE/ZKLMwYfK6y7mIzD+/X3o/nkwW4jWjdRS4LH79Unx/Z+C1R2xAcVo06K9N+6sqqBxVLpA3TjsSTkouLMq26vUCwan3xvzdQcPmIDVHBdDkubj9YCEN8oDeiZ1Sp5V48YPHmKsbnWnGixZo/f/lJfyA88m/Fw8rRj5nfjm6yULnGD6HBx4dzi916M11zIeAxKnIme4xRnv6MFTfpxGAYuH3RUpikHqtt6Rr9+rA7MEGuQ8saK0K++kTMgqR8S9bFdI6OV5CGD1qdt8+A3fv7nXmOULsZlRrveB+Ez7MVfXO8Ok5Q/mAKUEvjbmatAcTSWKMXdZU7/sMajPnl22d3Ql6iNoKVCJYM9+K06lnZTwf+/ZbtVFSSHYvh5vWAf0CqEiBvrz1vS8mKNZD1F702X/MvV1RPiZI4Gn04aiuW9UglTVPwaMf78KVYfe2tO10BP+Yq0YNnFBLSLxgG5wlrSLQMFraMaZhef/nS/mXYmgGlD+laLWJOFBvEb255CeOyMpjq8CQ0c/aWca35an8bACmi8XOHKq74QIRQBPwuVXiPJxWWb6wiyBjYvUr/E/LZ8sMKYG3Tyx9tvVvlI4CmIN5SgBf2658jXzph02Z9wG4g/WDg9YXIroPiKe8qMExT2cNHDA7SvAfDCg9pTeCRpwANROkNZpPqB5c4aG+aJjS0MvgF8/FwgYL+ZFxYt7PPB+iI5mbR0JW1egpxdn3em2T8rj6vmqjTN/exomwH60WSjjPdva8I8t+Rv8ttWhVtKD21NOVIDr+dKMnS4iWKTZfElRYgWkPFbnAdImurnwfToGVySPqwZzhOxNX1cFAt7IKwJbywAp60mu/HSSmKMg4sDJmd8Fi+HyebhR1YDeXPuCCWv8IPHXywUKxS+E8igQimbzpQM+kNZDBTAIUf9hczXYNxrv5A2pP97Qist8kRQ+dscbuMPjOoEYvBTSupXAjHaicT59rKC4dmfp+RFO8PSU906Kj0hhyLfdW0mVTpDwI8gX/jLfFLVypoQn5dHrCRCKeEW/+SIo+TxYCLmEn5Cl/LH/yGLA39/4du8YV3h49bJWqYfEfCAmQrkr/OYqDrQ7T8y/UY1Iu/uLCyT+BXryKgH90/LdYABpzO7QK2PnJ2PyfHhsXfaXZ4Gw+K1TvpdB7WShMcpEUCCBYHkh6KsXMpruz5M2dsQfUh5XAGqnGJIjU61PFJ7IDDrTs2dL0z8im95cNiOT/QcCEBMy", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlcVEcSHpgBuQa5RUEEJbqrUWFO8Eg/RIlnVECi5pABHjA6zOgc3usRNSbGGI8YEzUeP01cNfE23narMSYaFUVF1FU8VjFIBERQcDSvu4cFiZudng35y/mjh67XX3VX1VdVb94jIs2QmCkRiUQmN2EYYNDx6RYdn9kPS7C4v9ZkznSqncWZDTlJeBb/UvZS9n/KBtop6/1S9lL2UtZIsjdqZaTSO9fOehj0GXUzfK0PXh9NRlmSqzD2NFjShFZhH0ROIElafZYdEBkZFWwQLIuOYcHIyahmg2CZPIrFAQoyMp1MQbeJZtlGSUYVGwTLZEweUFEMkzlqMsayQGJoPJk4EMvIAbI6in7JHAGpmEDR9MvuTKgPUjKBbMlgd1zpueiX3VGi8XHkeApHvKd0JLgqR2xSOw6yP5WoMRQUxQSiLJdFs4BklBEyJpfL5A7YJKPBlTF5T6Z0BMRaiehqxp1oByPV2O4SUVda5UxtjxokZ6p5lHdyuxOwHsZuMtTVYzlTq7BhmFoFZbecKT4Uo2BLI1rCFUxpVAtiaxaUPgpH6r7Cbi7Uq/sKR5qFgq0a09KgcKTDKNhKOK0nCrZqTLNPycYImn5KNkbQXFIyMUJGaaRkYkQtiIkRtSAmRsgo95RszcIGYmsWNhBbCaeEVbI1CwpSMTGiFsTWainLVWyMsIHYGGEDsTGC5pOKjRE2EBsjbCA2RtDMVbExwgZy5J5DzcYIWiPUbIywgdgYQQuLmo0RtOOq2RhB26f6xYxItOh4UzN8wcwbeUN6Np8jAI0Teun4HF5vNmW611eY6YJnnsIQZzIZ0rUas9agf15Zksd/lCVPGM0n4cXJvNmoyeYzjBpdg8Vewh/x2VrhQrywG2/UeguCBmvwCXpqjXw63izJByMMFrw4XWdIHzVOa+JfoDRBm2ERzqfDT0K0br9X2oRYlKXRZ5gyxb/zWe2vEZWtOTW+3U3/l914Fm+vwZ7MBivq/2JRRjW+wT6NEWgPR+2Otd0bNL7dvo1htxez3bH1q5BS1vh2+zWG3c4sdtd7hGT7PfoX0Nz/T81rKXOcVc89vvgL+B3SGHF2YbZbXf8WSi1vfLtD/9RAu7IaXPu0xNbsFfSdL5PBeEofLD9/J9Fg7R8/nv6DQ//XmyBZTAMUDlaKRmfhk3DnTjZk8eZs3tjgpgV3TOyreIPBmKHVa8y8ib4AwUky2KLRm7XmCXFGo2YCBYYRC4yWdLPFyGeQC6l1854as+YFJ1RTs+TPe5zHl/ArdCzNPZ9yr/M+ETfgwbwkc2QJGDBTOnBzgCt3JGNDanJiJRCRz49ANq5jRKsKK4hc8mz+lBp3LrhtksuahTVg5H7zouCZzty/c1tffjzlLOj0LMJaabkFW6C3wuPGiDnzzsCaE3p3pPBVdTuQWAlnBxWcqsrzR59Wuo74vL8LGsj5a47kPYDh6b8O73EwGEV/0T54cbKUaxft9k3o8GrwNL66pBgVgzHffHQ5W1QKK3Qp/9j03S3oOn1x/Ee6atDclO9XfkjM4dUZXSuBEzFgLRSUduCbu6Emwi6Bcy+AnKNPt00qvwh7XSyt6DvsEiDTLfPByZ/x5ymU4g2KvBH1xzXQrPegJ8GmarivXVPPnV+XwF6vGx83vbsLaEWG6ZJeLuhk1zfOLHi7CHotWv/e4D7FUDBecMURQM+dCy5gNe2OgR3DHu65NKcA3pqx4uSG0yJUuNz3qwOHimHHbV/eX/fDTdhl4YmpvYEnqp0n7g6bVXxGgsZP/OrV+NBqcLgZdvRhMKLJqeaDL+WDNn0nzejc/xmcMbjPl9Pa/go/nT1reF43J+SRv2Z09zlirkR6MOqL9uXwwtEcxbRdW8C5pbdbrit6BIk5+c6IziXILwD8cGVnIVy58duLI8ZWg92bxXfmZoehocdl32/tFICcl7qFrHj3EMBheS3bF7UWoloY6o8S8baHT4HVWdt/Me1shbD74067ooeX86ebEm7DwLl9f5GYW6NTH5y9WuhZAq9PDNj0+vWzoJkQ9qQ2oWhbJ/0ap/1eSLXxtTff2noaCsZ87ZHggyK2GLMX5IjRmjZ7nsyu2AfO3xnZofLNEJSAiRLsgeg588CqFp3/FZkQjgZ9vETvJ27KGefMu1XeSkz56OfOrVnYRaBAAXj/p+RD/1z7AO7t4+XcoYkXN5ocyAr8CTFKwLoJx/7eZaE3R/3mgYSoHv0kWoxM2QtKJgM/NHZMiLSwoxjtSpta0P2xCC3CaqUhaEHTiaqNU3y4oJFCxuRJuK5E8Q2aHzt8ueaSFO+O24rBeffs1rrxRSCWEKcarhSifz6lCsaVpf/8Tj8R5yLsNq7jI0i+IvJAms/Q2B0/WsEyHJ7eVoDZ9TTemSsT2Pp+zGfwXWzIRlcOn2r+qgrQ/VUcyTL4oNVZw4jZYhROFFeAKgtm2ElI+SdFNO7HAUnvJdcAga27B6ifS+CQqPbr/Qc5oZisnlpDaaktrnfB1kGjlo5b7ow8I/82Ze4ef+TWfdmQlRsLAFmfWwlnoOOre30nRVjL5fwqQPkmQpNIQB9Svbll4Mn6srMD0iTI/fEqQfMdSPNqHdzuhRNOijTJie1WfXgOcmuvHfReboUfxqUKpWQZ8KYJATH9igrKQYgQdtfpJ2FLIcuvDXRBn2BzntVAAt9yBlZYz42/29YHHdu7+2PX0irYBidkNzHC6QWtEq4bcWg5VBJHlkK6zgpInSp7Bqft4t67cewi+FZ7dcwcb0+O8q0Mpq2+oLgfcxPMcy0N6j3IGVkWBUtS5rkhXAw2i50R4dfsGzSuJyToKT7GVid0rJ9aMEWIb7hAbF8xwlkZvFhqy7tSWLKimxAKKyB+DIpA9Hx34Jwt1+8u3ibmehA3hCCS3/uvg1mTc7cPe1gNat4WKpmsFVr+vaC4KAidwWV35G3YYvClkMmrfRCh784ApCMF5AqowmV2cSBKHTswLGhkICLmd7gPxpJCJEUkTD0D0O1Nrwgl6g6MxAENCUOZH6S/cyUhEAnFQEjYiwCfeub+COr3qQFoOC5r1vsg5tHhjA2FoejAzYCWP/FuiPKsBhJ/5UYg2g+eQL75jaHNdt2EQtLDe1dbIxkhiCeifiiEuAq8MiQSWTGdpudDWqcQuKkSIpQajAgNR12HeLvU5KtwyXwhEYvDEGlHe5sgQaug6RYQFrk/DvelepxcUTwJ6D0wtaaLkKnBtvx2Q7TuVwAi9otA5AYnTp9lMhsNOQ26fd1/JtS9dHmBTPYbIx1dvg==", "1: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", "1: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", "1:eJztWnlcFEcWHphhOAbkPtQoGnU1njAn+HOtQhTxQFcwrEk0Os40MDrMmDmiuFFjjIkxboxX1s2q66prdLPBI7risVYZ73gk4hXvoCIqaBQBUVDTVTUsSNzs1GzIX84f3dTr+qrrvfe97/X00HasNT1LJpFI7H7iIc1qFgxOs5A1iFiIebDJ7sjyqhslOay5GWSU/Nz23PZ/2oa6aUt9bntue25rItuQOhtVeu+6UR+rxVg/ItcGkPnx9KjMkIvHvlbnWLFVuAdRUUiGyZLtBkRJj2o+CLHFJ/BgVPSo44MQmyqOJwBqeuTamZrdJp7nNhp61PJBiE3JFQEtw3C5o6PHRB5IAssnFwcSOTlAZ8exk9ITkJYLFM9ObldCQ5CGC+QqBrfzyvbFTm5nieXHk+2pPYmexpPkaj3xSec5yP1SYs4wUBwXiLFcGc8DUjJGKLlCrlR54JOSJVfJFT2lxhMQrxKx2Zx3Yh2MqrHbElEvrSqutsccUnFpHuOdyu0CbIBxmwz1eqziahUuDFerYOxWceWHYdR8ZcQkXM1VRnUgvmbB6KP2RPfVbnOhge6rPWkWaj41ZtKg9qTDqPkknOmJmk+NWfVp+BjByk/DxwhWSxouRigZjTRcjKgDcTGiDsTFCCXjnoavWbhAfM3CBeKTcEZYDV+zYCAtFyPqQHytlrFcy8cIF4iPES4QHyNYPWn5GOEC8THCBeJjBKtcLR8jXCBPnjl0fIxgGqHjY4QLxMcIJiw6PkawjqvjYwRrn7pnMyLdaRbs0eSCQ7AJVkOOkCsCbXn9zEKuYHHYs/wbLpjlQ0YK8ZBkt1sNJr3DZLU8vVhGwH8WG543Qcggk4cLDps+RzDa9OZGkwPFP5JzTOKFZPFugs3UTDQ0mkN20NdkEwzkZhkhBGF1kskGs9UwfqLJLjxj0RST0Snuz0zehJj8frqoL/UoW28x2rOkP4lZ3bcRras5Nb3fwf/LbzJKdtdhBbfD6obfWDRxTe9wyC/qcICnDie6Hgqa3uHQpmB2ILffiQ3lR6Nser/DmsJvbx6/G7w7cn0R/RX4Hf6L8juIO8/ap95b/Ar8btkUefbh9lvX8NlJp2p6v19oCr/lvH7XvS1xNXs1+82Xy28yZC+Wn36SaDT3519P/8ym/+tDkDKhEYrkLFNvdgoZpHMPt2YLjhzB1uihhXRMEqtkq9VmNFn0DsHOfgAhtTLMqbc4TI68JJtNn8eArakHNqfB4bQJRnphTP24r96hf8YOdcwt1dMRF8gl8hM6sV7RtsCvtfGCNSNz9z7euBsVSi56+wf44oe3SnFiu2pwPkdinS47gyYp2neaOqcGSeZNrek5oQqkvRs0dN3CIyiLfFaH4PZba9+vOOcN10tL5nS6dRL1zhuxRnPkEkpFU1ollDTD71zev3h7lAyWiasOrPGBfzul/iHBJxS3O/dg6rgdCtjcfjqsPOkxyP9u9JtDW69Gafc+ynC0L0al9s2RNR+GYOEfY4and6wFU4Dm9W0DTgBxM1vH+5eAU5llPbZ3LEEBOS+aJ00+gg4Wg1WXdspxv/62B8E3ToOQydrPe//+Cli3UJhluKCA0am/q42xS/AOn7AIsG8POtp82NmWb21A2wYEend5/xr6WrlnQ3fLXTBx519b9LgQCkVj1JmjMkxP94tAm0LraN+j5UBCPyeAGIyjswp3IubHbdApWLF5dV4RWv2XPW3W2wrAqb256re3nED5/YsmR+QfR0uIOacY/Hn7Jx8HP5TA/dsK/iifIMGzKs6dnm6/C67ld7g6Y1kQFJ35e9fkJeC+fPTiwZHX0I3U7k/aPqpGJa0+u57avda1/reApkGQQnbGiOJ2e+Hpsr1z4ydWITF6h24ffIxeid5yTHLxHhp38Y3ZHxnl0Hh41KADvpG4qtPIuV9tjoEFUMxQjAzac+bdegv44LE0QQGQrDqrXTgksKvl1Yjc/Yk+qm5/6PA0McNL/TG5GpseDOO2dxQjUIY+/+ZkZpk1FO8S0/2HGdGQ5bUSLLaEzcADZTi2wpw5pbsMzl5fdGPRRgX85xdkggIrJ3ZrG7spDMb8JsNn5fxqsJeEa54UL1j7zrABS0PhghhZZrNup0B4edI3WSefAMtKLzGVDrR/kO6DpO8jMLm6sVUgnB1ruP1qn+uI7qvwEkpZWCVG0h++vGvNqiHwSzBuh2NBzLu+mMaldRjOLalZe7fwIYhZdMI/Z4UvpHG+HYEpLkYBRRK9tgFVgT5jir998VwR+u5OxcBX3juApP7kTuH4Lhkm/Ms1rkHlhWljQ2JCMWFroLfUxaPPgBjtyk4jHwDDtDO/zRvxCMwl27NWARqP/MuA0v5PNxCl75ZSkEpos1+OyWidtBapCD1XXkFJdw2HRx2S427JL5Re1lYA0dne18/cAyL59r/UMxAemzfycfLDYiAGv8fg1WeRSHK98mQQXDm/p1eazBuPSNx04M2d9xDNr2EpeCzcv6pv64NZ/vYBEyn7vbfQDwmkkkqQOlTb69/pZwENU1okXC5WR3v5BfSpX8tlr6+VQDEZJePGh8POPecfmnZAhnuStPd4CLyoUNwGHy+vjr/WPQhTmTh9DITrdx/vIlSCwWLaxhSfAAMIvavK0YPl2V/etN8D6R2Xf7C+6ALS0sCXu/J8GdFTxHF0Z+bB4bvW1ACmE4/AFybCUDmOnDPwpkx9BRCvA1JCIctXOXqPTF8lZfxYWoFSOji9P/U7B9ILWs8sHSbDYpGJyO8R07tjbN1VPpjW+xBvTMuhXyWi9Am/jwChgzkIUlnIeICMo86nSCc9QlIqlE8ACUMq8sUJ2X1N1jtV6NXKrWdnP/KFLP/RuFgvrtgjEpL09tfL4TbxqrAlDJPZM/1buOpTASsJrU5FY38amJbwvKgSKRHe8OaijYFvdFXgJSvaiSGVQ5rmryMhi4svFp0qaN0vFNKwOsMgyd4nbWtQ1DjiWQCkOtk7EnahhPfCG0gZHm4OBxIZjDrJ/CsrQzRc1kjI9L3UxYdbaAQRyvxoF89ugM266q+MnYMx1bVtYdBGC68C7TYS4W6GxcWW9erqBylfXipGIhtfjussw2wfQZCUfYW5BtFTZjNM6RnbEvYaQu5wB1C9lkdgWl/5UVBMssjIC6CDfPqi5A9r0Zp9RAD84NtbiJDJIWk72X3lmPW1cBi8RLVik04KWZ5qUcE6sVGtCYSsn10F9KknyZJtd9isuY26ff1/JtT/6PIMm/JHrEs1Dw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlUVEcWbrrZm1XcMQaNcYkaoekFjEwV4hKNhsFGYoxR26bRVqC1l0TUYDTGbYxrXGLcxsQco8YtGhETq4wxxOioYdwXBNdBQEBRBBRTy2MU4zlD9RHPmXPkRzV1X31Vd/nuve+97lYjLAOSXGUymc2TDP0tySajI9mUFEslVNzPbLMnudTMou2WFD2dxbyQvZDVgyz2KbI3X8heyF7I/k9k+hoZ6xzymll3S2rioxm91oeuD2OjSu9Oxh4WxwjSeuoGUTOI3pw6sg4QFRvDxSBUFhYhgglnmPAwEWvUbNSIHKPhqgl5QMtGIWu0/Bgh1XRsjBSDsGO0IpgIjtGJYCIFA8pWh/IPlTOgOnuBrQ7jH3Xm6GMgVagQiDNbFSYE4tRWiTlC7YzL1c54T+OMIzTOOELrjHpaZ7ync8YmDgoXA/F0Uolxj+eTqs5ViBvDP+pcU3iAnPBeDajOZYUfwT/qXFfY6ggnXK6KFATxxscwdfbDYy1JqPXxDAwX6i8Sxok+Fi5U+SWMUOXn2RfuRPMLd6KTqYViKmHqXIMedT+1EA8kjBAPOEfVQjyQMEIJLjVMtVCu1oCEclVqmGqxjiSBxEo+LyUaZ1qzxpnWrBFrLhJIrOTzJNcIlXypy2rEGMHTTyPGCJ5LGrHqLTlCiBE1ICFGSCCtWJ/gLtcKMaIGJNYwJZAQI1Q8uFqxmwAJJHYTIIHE+jmnkVaMERJIjBESSIwRnLA6MUZIIDFGSCAxRvCeoRNjhAQSY4QEEmMEbzU6MUZIIDFGSCAhRoTz/qR7OiMGOJJNtib0gt1kNVmMo0wpBGhN65lsSjGl2m1JXo9vmORGZ0oyRNtsFqPZYDdbUmtvpvf+72bxaWNNero43mS3GkaZEq2G5CcW+5B/YkaZyYUYcprJavYjgifWUA16mK0mIz1MH0ARFgddbEy2GMd8aLaZnrJpL3Oig+iXTN8Hmd3+uqkHs2ikITXRlqT4i8+kBxHp0UKjrn+7/f+X3XQWU1eD3UUNrnkeCpN6ZP0bHFAfgfYQDnTk489bGm392x34TAPt6WSgpaKg0dW/wQ2eqcFyEYMfe9umlm596t/eoGdqr7cwo9W13vQ8h9LVsD4yWSlst6bWy6rnUMEaPdNA+zhpcM2roudQuhrXR6B9he3W1nqvpnviXoY2UrpxjMViTTSnGuwmG/92iB4U5zCk2s32tGir1ZDGgS2ZS6wOo91hNSWyC8MfzXsY7Ian3FPpIvk7rdrqmegl+nsFKs3Yorg+Z70/jvI+9dXYqEr0xZ4l8/0n+MDgLhfauLt44Q1T4/qslLniw5PfRB+t9IAFl7TN8Tkf7JAv9wxu6Y89jjSLOxvsAfv6yDvOaOyLTx5IUX+86zcEv76416+FHxw7jK5wwXva+St3frMPzOl7w1Ud6APZ9RUymEpWQ7k3nFzVdeyRmTL8TmEXsrQIXV735S8hWx8gZa9XyVEZKC2/bZhnJze485u0rA6ZSpiVmfGZe4kSH6jePvHW1gqUI/ea/fJlN8zPuwmSvSrWjPw+B03I6tB14aFyQGc3bGVgdP/bc/X2SrCsXyOiyjE0ImBQ5I7fvPHBq4BolAP89oZ+8doyGYy3t1n6cP4RcG3zq1c+WXUbHO9oanZpUAlKSfho8w8jZFi2IJ1oXIma4/dCokvzEFn0rw1HXeDpKbZen9+9A8Z0vLv0wqJqcGbYB7Etl7jg5PET1nWKOQzW//qWblb0TbT4uNeo1snnwbqf9jVpq3eF6kBtt5+yZZLfA/G/+1PN7qPVG787PeyuDNvJru4X5VDv9tXCri5/oHl6piDyjPpy4OqNlcB/RfjaHbvksDU7qBRUDUkhrvHErR/cdeSuyAN0+wFLboPJZ6LSBq0vQfN+vtN+yLxSrl/j31GLSQbVwNBr6I/W5yrSR19DFWHUcjdMw7xqqDdkbj2bD0rL+r47PWIJyKJmDHeHP0ybdOz7d/0g81vTfHDV8M+T6mJXHLvlc9NMYxEa9Lvql22v3wK5JNrhaysQ41t7V8jiuelHxNw5+Vu0MpB6ohzYTjW4FX1UCW8s3u4zrlNTDN55bxsqrAQh2RaiQjEodx+2rN/AZrjn6RKiSTng/HSBq4n3TyQ0wkeTTlwfvdEDB/vmdp4fEoSp11sUyPl+m4KwigX0IaLeaDXXH75BWJc9tAEe1uFQQFbXAHxKXRzRM8sbxsIgw/6gQCyzTHE9MO8M2Pg3qognbMAC5s/XZ2aAgPxdWxTtguBUGvbpMuya4Nd5+8rbgAYnfaISsv16V6DBd3afnf3gALpz7tQU2/RAWLSqW6fjzT1gM2rwPi/YnSl+ByXwgAO2PioAvs0Iel+S56LcFcRR0a54QLs1s7bmFaCoTseXX3upSopnGaLZpe12GXluajE4cY8Mtk+fs3uMVyA0U0PcAjBlT/9pvnCCllrkB3v2tlb4m5V4/pp7JOKuePSP9kVNXT3x9IPx+9Z/nQsyidam8hLUZ+XHbX+e7osbsQQuAT0qiwpw5Dm0cEh1TGWRDC67sGjGp4NdIJ+Xo5MJNJErAXNfWBH49fzOaZP+Loc1vGDbLPDHNycBzdDM66AQR77Sd+J+NLOMOshfqiMYMLru9ISbiPUfxKZKcSsH+xM3DI/PdoFnjpTrL6+7CoyM2MfA2WBK5HuI5W+AHNOq5n2qGtD00N17gKoO3Ty4v3s1qjaVXzG0UuATNA3HZyMep3Iw0/j++V6KS6AtTejXXCCitN3hgVmaGwtBHDugCu1d3ZxkaiHwHbfpH+f+o4SvP2xFMq0aMB42DsL8ejbIGTd77pVbChxGsmNxvAfMaPlpQVzGDcTt9cMtG9OK5A0V45Vt2qffQIlvXIz9bKkcc/8FwtZzHeOCfUsArT5NdhUjlh7XPCGvb2cBmyddBm1ooAt8II9/FUhifzkgnhIlVAFZuF4JhHFjln+4Ym0VoNVholWBGx7rcbpEHQijp17KWrbnCOhKtPqkixIz/ap8ISHB2zDoICgmXvvOXIV4HStEehIFx7g8QNNszT0FzpvQcHPvvNtS3XeBTO3c+6hzq5fLkhPuoYu5ykXfTr0KSDEhmVOAuH4KSJx6+P23znM9txYAxtOeXnAELSMRZwCNirXiOiJFhmSEO9x9fwZhSCnalpdPMnofGJrZh3QeBSTd6aWIkb6Q1Z8uzTErWx3KuH/aBsLKdMJsfSPsxRS4AhiP/HzgONr4QoNxbxYAN3ggZKt11IJSEE6qVqoxGPM+UAhmZecQC4pBCFO4Beb1oBKwNMxfDPKoeXFNMMvn6IuA962HUnyCMLsFiU4dabNbLSm22r360c9CHn119RSZ6k85yqHg", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlQVEcenhmOgeEQENB4m3jlUGGYA7KaboQQzxicGF3vcRhwFBidI4pn1HhE430kZRSvqOtqlPWIxqDda7y1DLpRlqAICCoqh9we4L7ufqxirFp6Kli1Vc4fPbx+/b3u39ff7/u994b2Y82DYp0lEonVTWgGmOONBnu8MXYg6SHd/U1WW6y07ijcZk7QkaOI132v+xqhb+BL+nq/7nvd97rv/6RPV9dHK4es7qiXOTHm2RE514eMD6atUucqtJFm+1ih9DQMoqIQnSkxrgEQJW1D+CCkLziUBxNCMSHBPNGoaKvmmUbNlsbFgIa2XNFo2DRcS9PSNowPQqfR8GBCGUbLgwnj3FA6Ooh9KR0BNZgFOjqYfTVYo8+BlEFcIKZsZTAXiElbyUeEyhHKVY6wp3aECLUjRGgcWZ7GEfa0jsTEQCF8IJZOSj7tsXxSNtiFWDDsq8GewjbIAfbqQA22FTYF+2qwr9DRoQ5QrgzjBLHCRzEN5uG5ksRV+lgGhnDVFxHjQB0L4XJ+EcPl/Cz7QhwofiEOVDIV156KmAZ70LPqp+LSgYjh0gHTqIpLByKGK8HFgqniytU6EFeuigVTxVeRRBCf5TMrUTtSmtWOlGY1X3ERQXyWz5JczWX5YpVV8ymCpZ+aTxEsl9R87i0SwaWIOhCXIkSQhq9OMMo1XIqoA/EVTBHEpQgl21wN302ACOK7CRBBfPWcyUjDpwgRxKcIEcSnCCZYLZ8iRBCfIkQQnyJYzdDyKUIE8SlCBPEpgpUaLZ8iRBCfIkQQlyJCWH3SvlwRg+zxRmszcsJmtBjNhnHGBAFoSfow3phgTLRZY92fv2CsCznyEJpwq9VsMOltJnNi/YvpFP+92KdJE406MvhTo82iH2eMsejjXxjsKfwRMc4knIgQZjNaTN5CxwtjyAoiTRajgUym8yEIs50MNsSbDRMmm6zGl1w0yhRjF9YXT94HmVz+eFE5jShOnxhjjXX6A2fig4j4aKFWNX7cTRojblfeuOsei4LFUtn4cfv8r7jJUURDA5Zzb3TY889bak3jB+zbGBvt5uBGi96g1jZ+3H5/6kbLeAJ+7qWbSrwDavx4m/6p8Sq4ha2q98LnFTiYf2MI24M7bnW9d1avwMECGiNuTwfjrntx9AqMLLAx4vbijltT7y2b9oU7G1JWyYUjzGZLjClRbzNa2W9FZKJouz7RZrIlhVss+iQGbEMpsdgNNrvFGENPjHl2HKm36V9yh6UNY2+46i/PSE6R/14gveyTAvZ1S9wqTc0A1nErCqfP8sfbFVEd7bISlJ/2ZubDmXfAeZ/TRw4v8cU+BYf2OsXJ8MWFl7OyPW4C4xu5Q5tp/XHP7wZv3PVDFVhjXGgYeS0brNo5J7rPBj98KkH1xSH4CLB5ysHK87N6oxkKvDx4ctf2bUuBr6bH0UFrZfj3ltP1ysFlYP+00pRPJtQghisDhck93vttXS6q6PvX+aFX80G6qjj0w4+8cOdgt92thj0BQT93buKhluB494eb4vbfBbS1SrDZby4+t/kpyBj9+cA2gdmgvOa3KQWdrqC25fGfzdhTjt4SohqfWoRUWw5oq3t5wHVuLZNH7ZRCYZKTCapcEGkyl8w7WwqeNLem+5VWo2lzu/ffrriIrndwnb3mFwlk82WB5FFvC9TcB3T9V2Q4X7/5qqq4BHTe9FVKTkEFeud9ErETRN7rQ7YcuIGuH/xyetr+fHBwe9Lpt99fiaZM3fZeRKscNOBLr4F7/RV4rM/QsANnnCFZxReH7qPhvT64k7G7AhCaD12S4x/LSCC3wAbfbUf/2awcuC9qaygadhe1u2weLb/4E3oYfGtPx7xaBE5dE2ZSQMZnCegpsHir9Wkws3VoXGSBBApBhf8am4HYPtwCS7oUeh0LegjGZ01atDSvBE3x6NBlpqccpm+d2FMxxB0/KryHw94qAt5d920o7uwKgXrUkT6eeagqjwScCYIEdqK2SXHCydp900r9IKX5x0pAhu84dQ8EvbOzadoJD9h23r3ow21uI7ZdEjiRCkkCL4zsd0Z+1AnPH/av1JurfXAUDbQJ7E4JL0S5BWv2eT4IxJtakB5XSGn6vASVLdXZOnzji21Rqytdb3jAomGEMAXud9dZ5au5Dy5LsmTuCj/s3pLsVAqi4ZXOQgLo6fKZzbEgloMBj6X4Xq6mBR5+BuztmDc3eUBzTFQzfkAtGHK/u6CwG+jjSytG1Eb44Tm5p7/9ea0E3v6aEFYCZmX0TBr6twC8cB5ZuDM8mw++v3GsCNzc9t2JdkFyUeePQfSEdZPXb5HBnd9/DJvmeGDGoxQyXp2w98C9q40LC8COO727PW1/Hfy0xLUksLcEZy6qMVblZYBYSnQtEhZ7vqiPDI6hC7yOKruMWHbc7oIJG8c23gHnfun1gylrMzojJxmZCVwEFnrM8MVERY9GFIOYkdeinKZUsX2M88E0H7o5QSqj4xLsQdJ+XRrq6yl7d0GgFC8j9D6V4zdrKu3Z68tAS0K/1AkXkGXWuEIZTZxCwPRXgARQxsWqWqYzUw5iPOWh8QPITpWipIJOQuZeQMRtXC77QPuq5s6fLZViml5R1YjyvcwL9qUJ5waFi74R/fsuxHRQyfJssDOMpZ+HbD2zK8FS+6SWXtlPkOVhE8GhitEJQsOkCjC70/H5O9KdMDu+KvqcFFI9TboGeiqIws8hpnuZ6HsSuDj+9uOdD6oR2285XEq245NsxPLw32K+XULMFyuQgQrBDVdkps+2RtUCKs9jxYj65W0FZLxKMR3WRYK/Ch+Tn7bFDTJ/8cRMt2loI7G7W+6QxeWNCcuV9hTA1quAk3YvzhwnKUbtUyyCUz8BEa0E5a5zg8lClvXTlqGi6SQzH4B2wnb2OiaHK5pM1ez6IBNEUqGVg+nEDlrIMfXNg34woDVRbDpyOblMUKqLqPsAeKHorKCk22DQ4TZCxpajTjqXrSuP+EPmn3lM3yl5gKZZqg/Mmeq/56OcKjCiXfgDw4VaQGWgU0DmNzK4mMhYfx3IUl38/IE37EoX/nfma9GukGRJefwTcGUKEcgdxPiSwJoF5QKj7pD56SOUtWrBvGE6J8j84TGQEuPs7o5/rdLd3DbcBw8Z/g90P9kNsvmdxbxwx4sE9JpSX0gvu9AVj/62f8DX55pipl8/uHxTteCc1WgMLXiB+BrZxtU1gOrTuxytjRAU8ZcW+JvlAqHvekCSrYaRqYDpuxnL5x1OkNWZDBRLyuApX6anOb6Q3oKEJ8ZZbRZzgrV+rX72TyLPfsh6SZ/yP4yOs6Q=", "1:eJztWnlUFEcehhlggOEUBCPeUaNRIwwzA0SlCiFeEQmirus9DoOMAqNz6BKvNYpHNB7ZaIwaj3jEK0ZdXddoqDZeUXc9UNcD16CIIAgMCMghunU0qxjfW2qe+N6+5z/ddHV9Vb/j+36/7h7ajjcMTnCws7MzOeNDtCFJp7Uk6RJiyAgZHqg3mRPs664izIbkOHIV+Xbs7VgjjMW8Yqzf27G3Y2/H/k/G4urGaOeQ1F31NqTEP78i9/qT+UH0qIhzwscog2U8bj0NgygpJE6fMqEBEAU9BvNByFhQKA8mmGKCg3i8UdKjimcbFTONKwJqeuTyRs224TIthB7D+CB0GzUPJpRhQngwYZwJpbMD2UlhC6jBUaCzg9ipwRx9AaQI5AIxZiuCuECM2gq+QChtCbnSluipbAmEypZAqG0xT21L9EJs8YmBgvlATE4KPu4xPSkaXIWYM+zU4JrCEmRD9OpADS4rbAt2anBdobNDbQi5IowTxBofxTQ4Di+0JK7WxxQYzNVfRIwNfSyYq/KLGK7Kz9QXbEPzC7ahkym5cipiGlyDnnc/JRcPRAwXDxhHlVw8EDFcAhcbppJLq3UgLq2KDVPJ15FEEF/JZ6VEZUtrVtnSmlV8zUUE8ZV8JnIVV8kXu6yKjxFMfio+RjAtqfiqtxgILkbUgbgYIYLUfH2ChVzNxYg6EF/DFEFcjFCw5Kr5HgJEEN9DgAji6+eMRmo+RoggPkaIID5GMMKG8DFCBPExQgTxMYL1jBA+RoggPkaIID5GsFYTwscIEcTHCBHExYhg1p9CXs2IwZYkncmf3DDrjDqDNlGXjIHG1I+SdMm6FLMpweXFBRMcyZUcHyJMJoNWrzHrDSn1F4tz/e9iQ1In6+LI5CE6s1GTqIs3apJemuyG/4hM1OMbkXg3nVHvgQdemkMsiNIbdVqyGb2KTDJoJ03Tm3SvWK2PPt6CDUsiH4L0jr9fTUZdmaBJiTclSH8XLPENRHynUCkb32HP1+qwE6/DdS9CQWJzbHyHvf6Xw2RCpMFCJmsb6reMO9FhL75oqdSN77f3a020s42JFquBKqTxHW7yWh2W8Dj8wmc2pfjM0/j++rxWf125Ga2s94nnDZQu38ZQspzbb1W9r1RvoII1bQy/3Wz0u+5T0RuoYH6N4bc7t9/qet/VQl56liH9lCwcaTAY4/UpGrPOxH4dIhvFWjQpZr05NcJo1KQyYCsaEqNFa7YYdfH0xrjn11Eas+YVz1QhYeybVn3zdOQW+X8FMroPPVzfs+sW5H/okt1tibuw4Z87L1wddgVM6eV6bfNkKxp0acWop8edhHE5F9tlVuWBQvf0wG/et6KWoROi9MUOwpUuunfuXreHPqURFxKuHgJPdpRkRLfzEnpTQAmK0husaWeKUJ+vKpzGrpYLaQWxf2+VZicMDzvw69R0GbR+f+rjkEXF4EHHIOfdLSpBj8nnF2bcrkFkl2YrT4Cjq5Z7fqq+DEozosd7DZfBY2HvDpg+txJsbN793+3ny2Bx6Ed9jVWOAvjDSOxKEWq715i4ovAKuJo7sUvF1zmgg9OclZGLH6KxsvPvxN60E04uC5rWre0FtDBtxOWjWhkcUX745ue1ZcAj5sevdAsrwHJyu/UtlDxs5p6/jS9AuxdnJtoZstGR9zzlBzvKoEWyxjlg/SnUV/oneftO1Si+x28xX/jbCyuwlbvCqxBdTlcFVg9sumRAfhkwNJkrnN1UCCRdFvjdOP8Irb3f8vu8flmgRcFddXOhBJmuNcGRqwYkGhvWSGF55rU5pj7O8GQb7Ii3vZB3Y3f1qGSJ0P7rZ8tn1fyESrT/GP3xrwVoy2SSoDy0u8UIbMIzRNJhsD4Cxy/jhIx3hFsHQR/N8Uqw1Mnq1++TcpC9de2JNntLQGbVrIlHzdmIhmv9USSQ9F+pBn/NNx1sWmNFM4FqzE/9XQU0E2f4hKsw9Nj2LYPgZuRBE1KB/kiJkoU6j1r2S/l2udBp1pLDkxbZwW+O4ERVe0CGtwL3rG7LN1ZKoS84devgvBrQkxKpAuU7KL3VPX9Aj1pnGMYukMBLmFWz8qVCVrrHuuDvykDcqrZLLVNKwfs7fC5GrfaFwzy67f+2+Bqaj9OV7SuDmGS5E3d5ww3Y6jX3s8HBbamnO39YK8bZE57JAVt+C7cThm3Y9cP1sVKhdziJoBPcWUIIlMfWve4pnFWc2PdBSjHYNIF4noaomz6OArHe7TNHSNM/uwSMmxrTyi/fXcAsH+5/6DE6/GRBWea1fSA8dfh21Re+QtTipNyaHaWI8SYLERZpR7sKtzBr5sxzFmiaR9YgGgcHb2HSmmnrvttsLzA7PSDVkeExuHw7S/6XHUWgDQ6LbJAL7Mo2RI/vaTb9S1kJAgduc+3TQSIMcCNMsgJMes8Hh3IBFgVW0kM03XdP3zufHkB0mqUIRFKCySB113ofUJ6MdYcsTh6QhuWWHaQ8etcFOvdaO3RDFxfh7BASCSvCzpQlDSsHNB1r3VhcJLlo9NPI6sKCK2jZvVKcQSuYPrc73jIDpR/z7xiXJhMGhiyKGJdTBE4+3T+9dO9TpLi/p8O9uRIhntBWdgfNP4M3aO8Jp2at8976cw3wqzlXdOZ4Pppd8yFWvj2cfaMXjmwtyF+5323K7mKQTBcqQi4B68d0PjcZYNVjRUvhisIZmGl5CJMAC+ohajFDoxgaWIM6YZluqxJ50iUDxdKAn0PMDw/42EI2zkZsfQeB8cpeGEmJYi/0/HkwnloImM7viucKQKLru8dOiCaydrCCM1iuzbtXIcqPic+YvgLlMPv06iOrvNygtmhE7/BELyGAGGzvLOCk4JVyUEuaeDdh52ex/b/9s1xg6xYDv4nRj5bGyYSpUwKwdLyFdrUV2NIbKJjQdLNUYDrPRO2p4OQCLVfaEvTlKJKQcmQmBSLcSyDup54uRKGVv8TvHHcdzCjd+8mkNR6M70XO8Dwp70nuMJEK/hEg2brY7gnAJC7JcPdh+kmvBKQKZ8mf1ukFPuxOKuBWVjezpTCZAAY7waOOTTC1y1Dukk64NUjgg0M/SnOXPAYtibkXpALNT6Ic0vRmlIEe9tHz3GNKEIvzJfDp1q6YqpVg3QlS8FxE3d4DpGo9aeYC6/xn9cyK2tDAOsLmsTcDZtxxFFrRwNWCVriqfvCsFuix7Bwc/SGrq88ALfsB1wG1s48PpHbF3AFDBr+3cdHeHLGf+Yt+p4PbEpfPW2vdIau3PpCmf0wp+vLc7H5ophQ+aYZXVvhClo8ChEnda+1VV0jbwSw32I8WzgOiLkoA44Mc0keQiJQJJrPRkGyq36uf/1vI85+uXjGm+A9Cx7eg", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlUVNcZB4Z9BwkgaExcEo2xwGxAorkXQSImQuIYtFqXcXgDowOTzKJgXOJJLcaFmpjUpjUNblkqEOvSHKzlXqOmxlgDpCYi1SgixIVVVBbFvnvvI6LhxLlzQv7ocf54zP3e/X3r7/su782j80xT9K5OTk4WT/Ey2WQUdDajoB9LJET8vMFi1Tv3rBKspmwNWSU+kP1fy1L1Lj8lmyJyROMrfkk2mbO1xsQsrTlTMJBNfehK+wVkEx/IHsi4ZAk9MjrhfmD2eFNOxp0VuZdC9sfQq0JDhmSC2ZSttRp0doJUfCA5vSodAan5QApHLClSiEweo3EX/2gMOZniYXE/jJJhVDwYlSMRqaghRTSPITXDcAUUS69xFJJkss2zC0JkMVxm4hhG7gAmlgcTzzAKfgwfDyRMrL15o15Fsz9Kew31AtnPuN4gu8vKCspA8VyW5Ayk5gIpOCvL0sYs2d0RFMTaKIbPPRUnIZgJRxIhtVIcF0jqC746xTmSPd7O6A3iIqw82gHuyR3hnlzBOVgpSOnAZGXtpOAaeSwiBdf4YhxS8E0VyTm+qSKB+CguhcTX6xKIry+kyvL1BQMp+fqC0UHJ1xcSyG4+9BpFSrsJ0RvExwg2v5R8jJBAjgw9JR8j2PxS8jGCjSIl31Rho0jFNyAYYVVcjOgBcTGiB8TFCGnoqbgY0QPiG+QSiG8ms9ZQcTGiB8TFiB4QHyMYy9V9M4K8P7CEkRtWwSyYdFlCtgg0500wCtlCjtWid++tUO9GVj7iJcFiMekM4rOAKeduZRrvH5RNzXtZ0JDNUwWrWZslZJi1xns2kzcXiVkG8UaiaE0wG4JEwT17vMQvSQazoCPGNIEEYbKRzTqjSbdgkcEi9KE02ZBhE/0zkudMg+ePlXrQiDK1ORkWvezHrae4q21j+z/u4P6Iu49k3ifu+N5DRBnX/3EPuF/cZJVob8B9ZPGnA5ZLTw3SmRPf/wGH9Eeh/bkLLf1DHS+dFv0f90M/a6FlPAH3erKWHqh+gTpH/Kzx+nIXWN37vFVH3zPxA5zYK7hEk8mcYcjRWgULezfnJ15etGlzrAZrXoLZrM1jwIdpLsw2ndVmFjLojbl31klaq7aPk0cdzV5U3e2eQG6RXzWI9FRR52+yD3tAZZB67D+n3Aa6xhnjn/n+NDjcvevV1p2+cFSDX1n0uzUofs+RhWXvt4MC2yuRfnOdYHXHsvn7rQ1g169ytjrvrwIfDyhPOtnsAsfPvVA+tPoESnnvtcc++10DOJjx17lTKwNhxtPfpa3b2AU23l6/rOupFjAvcHr8Hs9gGOCz94O8f51m6yMdIHT+5KsFGh/8ydvCKt2sq6hL9K57VxuS5foMH7nMHRcTd7u3IIZrQitcD/8+ZlEFUm7ZE9v+WTcYSW+cAyXPnlscUtIKvt5/PmRwiivOru/6uKWyFUy7EvWPxwN8MYtThpeW7/71tdIzaKa4qnrSAye/fd19zh9bwByP4wNfPHUbVR2/oTm/vQutWjlDVNUOVi4hgItAvmjMo0PaytHWYaU389s8cXPoxBduhreCp4ZNevX1qO/BJgVx6BoIXKze8cy0LlR2IOwxjVs1Otb4xcHxxc3AJ3mEzSXCDXcUZu6+ZHHGy8Vsbgg/BJi9bwF1r6oZ6ennErpRq938jfICKF3nLpoqB3oqOIvgtu/K/DdtRc6Tf+uX9kkbmvCsuSPA4IJpOf9wAviP2fVe04e1IFy0vvWtRjDUmLt4+5NfIlFZU9yEbjQ6P7Tq+CIPmEYSft4bF62pznJqCoa7xeq/cDkARvqdHbO+sAakE0VRYfDQ30jBz4KDX48WBtb4wvIT6WJG28AI9xXvJK65ig7EkwTUgxBagE5EyzSqG4SR9FhcMNOHwaDLNeoI6AljI/DMRxIaAPPXCWa92bAE7PWS9nWCY8snoqWD3fAVLCrucsUnV1jEEtWC5z/wFjMYAlsTvtKfqHeDVlq4VkDLVh0KHxr8xQWw7SuwUKTr2WJnSP1vcoMkq0WLPWCMZ9GgGRk7AHVvnz80OJlEKrWjouKTcxam3QZeq4eIFAnApuDX8dHNbajYcOaV1f4umOZpWDB+mRCkwhWz/WVo2drSBV553ngzKedebzz9I9W/n05tRdSfSG+8vrA9pq6kHgxpM6YvLfHAaQ8Tpvvia6WnVt8SbgGxKImDLncgxv9bqHEJUM3e1wGS/3711n9yu0FhRNTp4e4ynEobxQWunXTJVRl0CgynDXUUETr9aVUgpn501AHSjW2TziNS/c+/9MIk3XimM1yilb8U/UQnYHy7ApLWGOu7RjljWp5vG0GlSQzsXRmsGEo6/CbK/3DaUfmhA+gvoprnYtsA7QOdH9ZOnfJ44Rt16BEKeAOJi53nLrpieV3JiFqZJ07qbLiM43cj4pZnZAvwF6fIE+ENaAYNuB4d+GhbKhxwE1zfeHpD/spKQOuuaka65VXj8qY3o4E108M+rWhBAbSRXPHsfSm+LqPrJX3OmPI/XQYZv4JwAW0LN8zq6ivF6YmtNEFN6Nis5454jPOFenGq/PdzHyx2ycVPo0Ih5d03wZC6/04diCbE2u4PZ3UndjYsCIIW6lgLMK8uqG0dEgyZHX84X6RDQe0ZlLtpy7DSsZHwjAthTCVYN1IcmDsDoG1DuGt6aggc9+eX3t9RjNFCUvB1gdCJfGAopPSoaAc07Nn+kIaXfx3RcHNlkI67tTcQPaUScjLFRwJTtuXuGX/nx5w7L436kMn/BxdzWgU=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmdYVFcapozDAAKCIPYSjZoYFYYZiqs5h2LBEhexr6jjMMgYYHRKFGvU2GuCbd3Y1rjq2vHB2M8hyhrLGiwJNhTEKEWQIiB97znnuoLr84QzD/hjH//cyzn3vufc7/3e7/3uzNBpim5EhMTCwsIgEw7DdFEatSlKExFCZsj0UK3BGGH5euRv1EWHklHgh7kPc40wN/wdc4M+zH2Y+zD3fzY36vUc7TBWr0cBupjwNyNyLZjc70mP8lCpcAzSmaYILap+EC8KCdXGTK0HRB5M5jzlZmB8eDBeDOPLg1HQo5IPwh+OkmG4aPOmRy4GvNk2Ch6MD8NwUeBLj358ELqNNw/Gj1ME9G4PdvI0B1TviNgW9CT34ALJzdnJyxwiGEjOR4SCs4ZqgTiJUJoP8uIDeZtDBAN58YFYLcnrbQ2Ma3MUwUDyehsK24KB6m0PLEHsVG9/YFyzU72rvTaIS+VyXzMUIffjBLHGRzFcts9K0IvL9kUMl4ezAvQyo415cRmyWH5cPUnEcHVlsfi4GgzDKLhyyupVUe8ir4Xh0gETqYJLByKGSwdM1wouHYgYrlIV+6XCnM6s4OstrOwU5nRmpTmdWcnn+KxalXyOz0pPyWferI6UXOYtdjEln3mLRPCZtwjiM28RxKUIuUg5lyJEkDdfmxBBXIqQs+R6cyniNYhLEa9BfO2cycibTxEiiE8RIohPEUyw3nyKEEF8imAgHz5FMPP34VOECOJThAjiUwTrGT58ihBBfIoQQXyKYK3Gh08RIohPESKISxFerD/5cinCi7Ua33crYoQpSmNwJxeMGr1Gp47URAtAfWz/KE20JsZoiLCtvWBEEzKyFw7+BoNOrVUZtbqYuouF2v13sZGx0zWh5OaRGqNeFakJ16ui3rq5qfBHYKRWuBAo7KbRa8nEW/eQJwjS6jVqshkdBUbp1F/O1Bo071htgDbcJDxYFPnGSWv1v6vZ0FCmqmLCDRHWdciq9c2Jn9hoGz9ehz+KtxlB6EzkZnV9w27CEzYN2Kf25xulvPHjdmzQPEu5A/at/dFR6dX4ATs1aMA2vAGLkYoOolQ0fsDNGjRgGXfAnrXdT6ls/ICdGzRgbuvyq/26L38PJezSoPFac5dwHa+Wv4cSbv5HAZvj1XbcccvrONh7qGTXBk20vbmJFr+OVb718kKMlSwcqNPpw7UxKqPGwH53Iq01xKSKMWqNsf56vSqWAdtTLvQmtdGk14TTC5PfjINURtU7XqJ8xR+V6j6ehlwi/zFBZt3aXf4d/PAIlM+fdtYY9xgdXHU/0kJXAT7PvHuwfEIhSA66k/9ycCLaEuOyGF/JAKN3HDh0Z1IectlzLtG96y2057PAtjlTLOCziv0FN4elgQUVfaZfX34FPFvdPdfhfCW6dPrkGml+NfjWabb3gc8voWPo+fa+By1xol/nwXMWN8OZ03qUbE6NQ2T1XUkW0HZlB3XeVjfM9s0BTZLWec48ZAH72aXsnt7PBT49/PGTxe0t8cuq27OyumaBA7/8Ovr5EVu4sOtPS/eOKUPZG+ObzjhYBEpNad8776lEn0xY91NxdwvYcuNt28iP8tEXN76dUB1oi+lptgT6L3p8acuZNLTWNKONQ1oqKOpwUzfJJhu4uIJ/PUi4gzqq88YHnJfANSQcj0I0gxJUhCi+XIYZf1nAZLVV1mb7S+BxppuTvckVk93P+VvA3Z1PVS57WQDGXpFfPJbnDFcTei2lODzswQDrWRmo/0B9mVOWBFZrSp+odqWh5UvG3zqbkQyiZs0WqK1EWl3+kssjL4Mfpyy42y82GxAW7FJy0bW8yxcCDhWD4Uc2aJarzwHGsxMmNPY/UQo+3d9coPBn0Du1i3ThRidI2O49tBIB5cTTwU0rUNz+RSHB2+xhjiHBreJqpiCB847fe90DUhp4DbpQ3F1gLh/tXHE0PWtjPLp4rFfMbsvH6LfRz3uf6SYRcQVgJbmsd8GTvxrevsW0dDDv8AnhSXNE3hzhySPWz1bvs8Y3LR5a2a6U4QEfE6Zc4YOUhYYBG56IuqpCsn5/G7WjR3tMWJy4XwL7fXZ769N2peDHGwJwRUtMn/+ak5iHU+hQ+YTopPmt8IqbD9Ps4ySwuerCrR6aVLDta0EI3dwhpSXVFkMaWC7qQtJw/wVIcSn0/yWiCE0NIsxaw+jR5IlL0CYim1VFyJ1suMga0nROfIFWRRFl3wP0thoppMukJAIh+bk5OBeMCBZ2DJDgDEFFm9YjtGEZSeDv6K+fEsVVIwPdsAq0ejxWWPoJGkPoW2eLRyXu++ELKIFBZBm/Z0B2sO348DNWmKbb3xFneLfGf+l4GZWQNBTL4LUFg9C8MGc8oaN/gfraC8TqsBz8KlSBp6wVfuJKhJgMdluebeLiWgmGjFvq+9uSFpjpqggI4hm7L0EGW4fcazNX5QaZDkqQY8/4bS/2ZgN6Wtqc5XWIDXalBVgK4lpKRjv2lMCw6KTq+DnWmD6/UzFgurCDaUQ2fy9ECzcGClRZwn8SWX1dg9rvzRzUq+Yl+IgKuQq1IsvEF6FRHkSZUkjlMqwU2UUKd5TbYMrrGHvoSYlLZPVy2AETOhL32UBSLfZdSpCGElkAKq6SAqgA2RKFs3ffVETLO6oa2JbtnHo8uwYR+X2eWYAYr1JMpw1lYLmaFJ4FpHZyxQWf+GZu8vG7UkjcZtzSCjEuR0jcsKXEAe8isIR0RB6nl1C/cwuP/vnLremgeDAhOAlsImFX2MHwa2FDfrYpBDPP72jdO7UEPBJUuX+RDJJshQ15BXZ/18dy2Dc3EFnNbY4EM795hs6Qsm2Rh6gcgyU4d3tfQfmViNXxI3Ax4JD24Yx8UQcl6PDA9Nmuh1MQ08E2MC/5+LjiUxaQDsOqQef7ZYKTlyLBhG8+nGwDjwh2uf3fpYDpbTGivmttBwVzEyJPZ/5+xRU3I/Y85qpYBymoDTUOR7yhRDppy9AE4JDWc/3OVyWogND0yhUznRWC+e18hVJ6hWh9gOaQ+ZcUs/zZ4T7fXV0wCDQVdVLB+sF0R0yqe2+mDI4P/9Oj4Q52mLDRs5kMn9203mn2CXfYq6ZTVYmpAN29XhqasccSd1iSE3Jyuyt0PO8hKCQJBdAG9RzR+Na4QOZ3R5kfxUvwwzihEEPbYfycEGoLhV3WbI6xggslQkMpbY9pX+lZBuipUxWwT/hH7KWsjpj1QRvY1KrHshZ388C5EZs6rTW54yFEaCdc4PRJNtdbhTwF6wmsQ1tM9R3lDFk/ykBUBwPdMFnuk9NOkOUzG3UkbWVta1y0NtTYZXM1+IoGfAc5EgOXtYTD6AUnzHw2GdG3E/+YqQajXhdtqNvb3/yDypsf0d4xJ/8PDMoA8Q==", "1: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", "1: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", "1: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", "1: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", "1:eJztWmdYlMcW3gWWpS9VMZZcE1tijLKFZswMYowaG2IvwQUWWQUWd5co9pL4ROO1Bk2sMRYkNtQYjRpniBGNRCVqFAtEEVTEgiBd5X4z83kFr88TZh/wx33cH9/HnG/emXPOvOc9W2gdbhgUZSORSEx2wqWfIUYXkRCjiwohFmLuqzeZo6TPRkFmQ2woGQW/tr22NYJtwEtsvV7bXtte2/7PbEOe2WiHsXo26m6Ii3w+Is96k/k+9KoMtRWuPQwJ4UKLqh9ERSGh+rhx9YAoexObj9ICjB8PRsUw/jwYNb1q+CD84WgYhittvvTKlQFfto2aB+PHMFwp8KfXAD4I3caXBxPASQI6uwu7+VgCqndEbAt6U3bhAikt2UllSSIYSMmXCDVnDdUCcSZCYzlIxQfytSQRDKTiA7FaUtZbGliuLWEEAynrLShsCwaqtzywA2K3eusDyzW71bvaa4O4WK70t4ARygBOEGt8FMMl+6wEVVyyL2K4NJwVoMqCNqbiEmSx/Lh6kojh6spi8XE1GIZRc50pq1d1vYu8FoaLB4ykai4eiBguHjBeq7l4IGK4SlXsl2pLOrOar7ewslNb0pk1lnRmDZ/is2rV8Ck+Kz0Nn3izOtJwibfYxTR84i0mgk+8RRCfeIsgLkYoxZRzMUIE+fK1CRHExQglO1xfLkY8A3Ex4hmIr50zGvnyMUIE8TFCBPExghHWl48RIoiPEQzkx8cIJv5+fIwQQXyMEEF8jGA9w4+PESKIjxEiiI8RrNX48TFCBPExQgRxMULF+pM/FyNUrNX4v5wRgxJidKam5IFZZ9QZIqJ1sQLQmPhRjC5WF2c2RdnXXjBKRkaOwiXIZDJE6LVmvSGu7mKhDv9dbHBivC6UTB6sMxu10bpIozbmhclOwh/B0XrhQbCwm86oJ4YX5hAPeuiNugiyGR0FxxgiJkzSm3QvWa2nPjJBcCyGfOOkt/rf1eQ0lHHauEhTlHWdZNX65iRAbLSNH69zg8Yr44mXRupX+4ONRtn4Abv8U8CuBGFIIJMj6hu3LXfc/rU/OmpUjR+3okEPWs4bsBipqCAadeMH7NqgAdtxB+xTW/00msYP2K1BA+aWroDab/eVr6CS3Rs0XmvuEq6j1cpXUMIe/xSwJdLlwB23so6CvYJK9mzQg3a09KDFr2M1L7x5IcJKFg42GIyR+jitWWdivzuR1hqSoI0z682JQUajNpEBW9FcGBMizAlGXSR9MPb5uIfWrH3Jmyh/8Ueluu7pyCPyHxPEGjN5yub3gu8CzacHeztZXQSnuvb/c+noChS9945pn1cGmjfy3OEbnkWgoJ2P3fYWD9H6Uz+c+WvoEwA9tEfPdcxGq4es37YjKx/VtH5SlnCtBm2o8Lm5s+1VEDt0+s6fwm+ATfHdHC6+bYcrFQX7d1mXgKmeOz++PiUTffuud9L5+S7wNFnubhFaem+a4EM5+KIw5EArmTu0nZ0U/FVMFRrq0mnPWoMMkt1HRpagA7usby3skA8mHVn/RueWbnjBorziN88WIMUa1fc/+j0F4a7DA3484Yil/T53HrBrE+gU3KIw1/cNMNjcZmWNqy2c3e7XecnDisGhA/+2LWpyFd0n2x50hmS57Da5aDFZzvAAbJQelrl7XgFBDyP+GPOJDI/q/uHtS9tLgezYYp9JnR6jxykPz/bLtYLxYfLTzUIqUNP9f0pyrKpAf+KA2gmq6KsUWdsveDMizgWey7nmuDxFhp2Wp8wJ6X0J7B44YdWkNa54eubeEaU/F6M2HWYs/HnCE9ByZGTXvwfUIBpu10fAvM+rOuN+Idqy+rd/pRpvgq3pn/jND8oFzhO3f3UlOguQbHruLAUbLqgf+B+TwEuny0NvbK5AKR6ZPbLi7SHx7nJze3ylcsb4w+ajYMzT4Kp7E2R4V9u8uetOFaFho3aju+scID3u6nK0VDHFd9uHZ4BdN+FkO0pw4vCtmlNdLwNXYh5WCUJlG5cFSitBIZmeUQGo2/YVQO3m+8Evg+TY4eLG+G4LnGDAhWOxauyO184iCU8GAx97my66y/BnA1o1GX/KBicnHn8ncFkJSju54aOfSqSY5ckLEvcKoRS/k+F6/KC/FxxBEvupPawi7i8vQ4faKxz3tWsGyemAdBcIN/19xGWNBFP3RnnClUuEADo64pU1S2ZUB1aAXV/rvozIdsczqwPjT39ZDNZ/8N75VTcvgR+E4wtfYoPHEofuSGDRF78PTttaiugxV5Wg5gIbbKW2sB0NOA0kWK2ya74uF8Uee7pnqtEKn/jm0IolilyR51Ugx4oEIMFXe1pPdmyTh6hbqsuApqdSgcfmZ751pfIm2B8+81K3RIwOwDm5x73tMasDKSwRWBcmTwe90PSW/uMUkPFkLaA8Cy8HEsNsm2MKN8jqtBzRW8frIKvoUZ8R89whqz8Zpn7PtoHC7MU+5V6wyfh+JYtCS9Dczn23OKTbQhbffdSVFkghmH9WIGaoF356frJQ4nkohNDy+wxULOzqmqXAUeV52g0XMkGLaVrlkFQJZPlywrfHdyxbmf0IRQrVcUJuC2mciQr8ez4QQr+JWL0WiPySwbBv+not7JODqHtJhUD12+734zbaw3xSbmHVgCzf5d1skBbwdp+p1q7w5NHuO/Q5+cCbHsBtJBT1Z0fWu8Pot4hi5SFHUjABEnHeLaAWqr+iuwOmfF8thQJLtiQel+C9U4tTB06whn/dIg7bYFo2klJAedjPGeYWJO1xmpiJZhJ6ebtCmtdtckxGNkNzRLsHZudSjWi5jlSI+0owq7fVqOfXZbZh3s4w+Xav92taV7H8DS9FywNJoh3hsoyZwhLZSLJUoGV8OgonBXvACtOyWVHK9Cz7NrChgmeLGW9SEeXztmuIZCfFowo91ZEDOS2uXwNSNvUXpPgJkNME54I49az90MoazhC87aEvARLymiWFA6hgF4GiZEFA7K1hz7aE0RI4JG2rsIIULv61tMPoxc54rdvmX9JW2kMhJkFwroHv5qdeL/Cyw+NoAu3EdcqA4OSD5HQ5PtKFMNidnX+lBxbjQCtaL0qY2NwBM13zxBeG3u18qP0DANKv7vv8sRxTXS7zwIzfGE0hcpBRiWgYJ+U4jApADTpO5G6sHLP8yTHjbxm6toY4WoKYHlYgYdC0ncDzQIE+cztb4QWC20nKplA7eFD77+YXo1XfkpcXpLIa1hRSWesvw2fI8V1xgyfkguCFNYFERXYjGab97qo3ZOs5Qer3tCw0UWhnG1ObwTkmcuKOkPGrBlF9vNgCEta47JBAmt7mZShJkJ8xa7xFXjlCppt2mNJf6glJNKPv2WHWbyvBwj53bNRLm2D67iQobpzJbDTEmur29uf/oPL8R7SX2JT/Adjxw70=", "1:eJztWmlYU8caJmEHwxYBl9JqbV2rlyUJuHUGQSparwLuG0YIEIWkJkHFXety61atilbrVtt7XdC61K2iM6UurVbFBQTxWgXBBQXZBUR75szJRS3P00yeJ/64j/w44UzOOzPf977f+w0hbSdoI+NsrKys9A7cZaA2URWTnKiKiyAjZPhTtd4QJzLeBRu0SVHkLuTt2NsxC4wNamKs39uxt2Nvx/7PxoYax/gOIzbe9dFqYhvvyHvh5Hk//uofZcddQ7XJE7gWZRokgIdEqTXxJkHImB8TJoC/ylggMrpMdxaMnL8q2CD8MkxbU1CMnAUTyF+ZogmkyzCFE0QxvmZgglgw3XmMv7+pGLorCvJjAglyY1vJj1E8dAm6PZNzR8uAvgSaAfI3WXRUouasJDMnJrk5PMnNUYTCnJUEkMkGRNNmjiKCzFmJggLYYhLqyWRLoayakXIjyGRXoQTRFybt+Qv1ZLKv0FzTFyaeBFAAk+vR3QWYnLyXMIytj8cwNRgBw9RgaKUHMHULAWMyrY0NM4CpWwgYpu5Hq1zGxKmAMbn0GrusjEkHAoZJB9QWZEw6EDBMOqBOImPSgYBhay3USGRM5W0EsdkwdR85WxMTQGw2TAtcztbEBBBbl6AlLjfnCCBn6hJCY5YzGb7QY+VsiqBlIWdTBNW4nM3waSIUTIowgpgUYQSx9ViacgWTIowgJkUYQWznBkqugu0IIIDYjgACiO0IQGWkYFMEBQWyKUIAsSmCCjaQTRECiE0RAohNEdTLA9kUIYDYFCGAmBQRQBtAIJMijCAmRQigICZFBNCuEdS0IiKTE1V6b/KGQaVTaWMSVEkcUJfSN1GVpNIY9HFOL08YZ0vunLlLsF6vjVErDWqt5tXJopz+N9mQlM9UUeThISqDTpmgitUpE197uBn3S0iCmnsjhFtNpVNLuIHXnnHkfglV61QxZLEoN4LQJpOHYxK1MZOmqvWqJiYNU8cmc/tLJB88qUV/ndSejyheqYnVx1n/JWeC7QtOKZdZPm4XS8Rta27cvkJTtnzcrpaI2441buMfg8KxR2H5uN0sEbe9uXELJ7dAy8ftbom4mzCNv9G58ZNY4XRn+bg9/i5uchdiasAOzEQHvNwL5N0tH7DUEkTbMBPt94qvvQFDa26JuJuZKXDj51VvwNA8LRG3E3Pc8pf/1vN/A4bmZYm4Hc2M2/hJaNBrBzzSZcnEIVqtLlatURpUevq/OeKcEclKjUFtSAnW6ZQpFPgunxJdcowhWaeK5d8Y33gfqjQomzhoBgn/eHt1eyryFvlWCRmteO+KNnqxBPY6EZnadoUr3Gd9b1nHx89B6oFmk9OWusDMrGGP/tHTA27ZvScnutoBlgb1/USXIoXzbE5/6TdVAncMP+d/av8TkM09drxDc3jS9+vOLdaK4Iu2DdXJt4vAzTDrac4fYPRF8PjCzPefg9U750eEb7oJjkyYk9s7pQp1nL3s2CTHUhC6NPFe/c4CMHo/erS5VwU6kySbewQ64mPL7Z549StBkR22frFP6YFTHrT3c0i7j+zmrQ1Z+sgKh3cjKx0CuiUr7pZvEWP7iy0jbrQuQRd+Jz8SrCHTzM9Ad5zJyk9QZPimue37uMLS337ps0e9F9D50oBU+cvVLipbSHb9jXsx2pYt40I9AnqKBi6QXBJDAstY5AyncO9+f6IanOLQtyZXgPZ3P998YVc5KIv5feyAXwvBjdYzlf5DK9F6jcfn+NxlRK7b+l5Bn0WTnVljCZfVvAQxPnPz0IKZmVWo/MrACW451nC6YvfHw/Os4PKOjyUnfQvAhZ7/vLzqphQX6w951p8X4bDDFQ3XpjWgqrzr8/RhLvDsT0e5zFSCZuIui71yS8ACyaAf1qiqwICRi4KyT59AsT3/GLR83UX0YbJ4g0NrW5xXO3tiuqEMdefoq3XNRcNm7T08Yc5OsIvQMbcMhfEPTgKePr8Vgu8kuLXkdteVbRxxwdn1x1NX1qOYklF9Pr5fD3bIuZ1FeMAPeQLywfZ2x54tNrjAx5t7fXRtw0NAVOC61Bo2zwzNeVJZDULeKc5XtLoGMg+OrDp2ox5RPh3xI9y9Xf8ZTxFPT34pmNF87yd3pv8IXhyYUb5vcB1a9XgmkI+rAUv23Xmw9oArXvwfTmih7rissj8X4X3kM4qL8JIzPv2cA/i64H/FjOWk5oi9cy/WRLXzxvzy/cWY8lOI9g+etGHqN/aQqLVbiQf8gAivWAJVu8YPiewghT+Fk0xKqd6PO0PCwtcPPeDcfmiWz1M3WAS+++OkSzrw7jf4WYsAb9hSf92jPNgNrlvpylFXA4YT4Y7zhItGXU0vaC6CDr03Dt2yO4vyvsobdshYxEXwDPDynFkJAvmCyECEjQdHxHBhccTRdxfeQVnTiCAz0cmfvdtHLbSFlP9yMAgShVajdS9Wzq7vUQRWbn3qV7S3Dgz17bxTminCq3sQodaCNjxROWA0x1Zu2hNUUswl+pwr3v4VeaAOUf1WobA11XbRLSSY3+ae9VyuSQa88N6c6CmD3j2DWuaP8D4SIcbZp7lCDHTDt1YvXjjqahHKujexS/U6BxzFuUXy5MeAz3eBPeZYdz7070JE9Z8JhhR8v/FUGyt8k8h1zQtB5454DZkm/R7gy/yjGrTlwq5LWanueBSnjiUNF0DKCKKwiyiJCPR9KeTzYHsHPVfV3FVuywZHf+AMKsEN8ney62D9f8nGShHViZ3AXx2KIHR/W0BxbW1h2jtEMJUoev2nnsv6lwGyS9/O9eC8G1dJEidI610M4/iJy4FyCHGch2AgX1j1Qp2UI8HPgLQ8+FJcViX6mcjYWoSpDhoQ7z8bxbh+TBInTRvIp3eENRR8D/F8DvCiPrXRBhOVjlxkS+vMzRrWkTKVSiFxxxE7LlO/yqgDE29N5hzOE87XE+YqQFe+sO4DPsx27pC4a17tRWBFfubaw1hSDtPOg2EuXQ9sKrWB08926vHVABfITyuvBzzdux0g5cUDHiR2n5cJYsjCOTYw0bF2a/zB28Br4sCKFVEPgT1XtYOfvUC8Xdc+BflctptNzkedxnyZUbVDjDm3GvM8RAzPb+vLOVUJaPteZeKwWQ2okNCktcb8/lJEWJ9AKrsG5C1pUNXEumHeRhKt8IFumu2i9GJAsjZD54QdW28e1+n8XWQrc1f0OlELFLwhpgHqmw/QaFJmPiJIeS4FtA+JcB+OlXsTa8GPv045uaXVA/T8GikoMab6qQU+QfGhaq0Uc2bJWYYUE5fUeJSh3px7FY11w3S/rpj64CXA+/V9B5yeyhFcLcXGecnjPvHuuEuLtdccE9zxHI621S2cMa/nbBvMl/e37pjf5yYHfJzYdaoT5uvqsj3m+Tvsgkl1l4S3wrmk7LyeIbWVlmutxYg/sgRr4vUGnTZJ/2pvb/wST+PXZZoY8/8TIew+3w==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtcVFUeZ4DhKchjZPAJGBFZJswDBh+dHwwiuKLBUGsupeMwwCTDxZlBowxfmeazUsstzVdWEouPilwt7kVFV/2I+VhdzQzRJdHFCHyRonvOPUMCy66c2e2f/Th/nHvP75zvOb/f+X2/v3vnhk3m0rNdnZycrB64SeXyjIbCPGP2MGIh5jEmqy1b0taLt3FmHelpH9r+b2xju21z/k+2dMwbXQ98k8RZzPo8ba7ekmM0kUldrDXuv7AldWFLfmh7aPu3NtRmE6vZr4xN4PKz7vfIWAqZHy22Ch0piPEWzqy3mQzdBKnYQAqxjWEDKcVW7QiIcSeVIztRUCwbSJ1CbIo4NlSMiFJG69zwRWfKz8EPrgdhYkVMdBw7RsGYXI3YMoakoe5FOYJSKFiCiqMYpsOzYxgYQaOhMAb2tYdpRA8TucLJD/BQBEVTUFR3w2oPYo0r2rG4FPSiZHLRDophAikdOQwVvcQ6Auq2rMTZVPXRGkdAbDvFtGWKBWSXPdtBaBwAKSjTlUx5UlBGKJhopFA64p7KoepM1aFkKko0JmW3Y6KPNhGjckBOSrUjIEc0qGRjkR3EpgyaJiWbMihIxVYiqAZV3X52tAd1mw/thKtiq5V2EBsjqNpVbIywg9gYQUuEypG6omJjBH1eq5gYYS9GarZiRMWuZmJEG4iJEW0gtrJHlatmYkQbiIkR9gKrZmJEG4itKlPuqZkYobQnt2tGkH/wVjkZsBktRs6QazRjoKVoZJ7RbMy3WbNd2i+YLSU9b9zEW62cwYQfClx+p88BXr8ullFUYNSRyRlGm0Wfa8yy6PM6TSbfDrS5JjygxbsZLaZAbOg0xxPfJJosRgPZTOxp8zjDlOkmq7GL1ZJMWYXYsTzyV9Dk/q+ruYuh5OjzszrF1uGlxl644n77gGUPCtiPILhCMtnQ3bi9meNWduBK1G8fd9//aaL9mQPWdJChppMiejrRjwlajrNkmfL1NqOVfmXwwU1aoT7fZrIVxVss+iIKHCCehaXQYCu0GLPEgUn3+4l6m74LZarj6MtMR/eMZIh8iyXWY9xE9+regaCa9RXM2RAIrj8ujmxIlcFueYROekEOs12rlkVPl8HnPaaWLuorB6nKP2b4a/1gB8yp3T9eDh97JT1a6OwL/xiy67Ge3oEw/qBi77YyGZyeOG3cgHd9wG32Su2iUjm8Kisbdf6VILidaa66u90D6pOfuheG14ksXvznKSlBsExnC39vpgzWzIrY/cYnvrB/544lbgUy+OQSmSiFeVfSdgyQegnDCqoXHDvnCsnnX8ErVvIJT186XfqLj1B5cP3I8ubr6GSVGYeyFZ33Xr55zlE/gYxmmn1gHzFDLe9bEfXHQavkgufCEMPVCfdQVehWS+7b3/ObxkKgfk+IQPE9YV2fId+HuzXw+x8f+s6hmaHCnqySSRnprpC9wPDC2aTrfEb6Y+ve3HoT9fWpGfzWJDmIeK0zPDL61blDxkhgyvvTV2/Y6A1RY8gJtaIlkQ0+FY29hYVLLzaFBPjD+pOqnzQjm/nvWopf+tq2HBX31+Qkbu4Faw+XHPnrc852f+sQyU7aBA/IXLb7emRmK/paGiBDSS6Q2mvx6Mt7A2AmQa+S0nO19BecxF8L+kVctpbH3q27Fe0u7Dv75eszvj2Ewt+791bx7RpU8vOx1Ml+rfwbGhKxB4j7nPkD7zHig2fXftbCp77uM27LCl8YJiF31xBd3x/kyc/cCW7uBUkrbrhNXHUTRQ3aHPhtokzY+M5QPLMRDdb2u1Ibs5PPJr+IICH37YYZSO0FXx11OufsWcfvTOnh/MT8fXzlpx+NheN+UI69+vz5G4ier68gnjey87G2nn+B0GVXEEyrWe2/aYQcZugVz0YNuoOyhv0wbsnvQ4RRLi97h0feQEj9Il76EgrFWU0oDoWrV4S4R7zkIPIgTQ4SvPvCkJ7wxPyg09WxAZRX+iCoqCRED4bSRd/lOm0JBC5grnBQ3xeiPUr7TXANBa5x3oGMymAgNM770RMur9zeY+qTYYJ4LQ2A0SScoJt8cwhW0qhQoa7s0YtzX/QDysu9aMX8eROOrx4oHLmpu7DpA2cgahoc1sQfHYgzPyhUKJmTlrJmlgucITQd6SLs3fZU/kbJHTT8m/R3w6qDIam8ufXEy9dQool40oL0hHgH+sBQQrQt7hBFZKd2AxeR0K5gfu61svLJErCeCmiKP+IC6Xj1iAQfuOxKhFuPpGKieguqDV/E3krwh6VujUHJzzgLx8/VeC+vDxZ+9zxmhLQXPe9v6vk7mwlRTvDbztev3L5YBppbu3GmvMBZPMgLfMOHw588cSYYMFmMCwx3kdh/vwY9XTT+U/VhCYh5DmxClEen0EupzUt116RAWFlX5gY64tBsCaz97E9/m1juD0QGpp98YOUJz9yBpf2FLz8uwpSoRVQvP/NEjcnIXYi4OPfDwyX7Ec42PukWRJa1hd/lD/mRynESLS2ciqVZhaaO8Dq1scBLiPviL9Mq1tbxVN8CSt8xAJeUFl6k0+O4TmFZ7Tt7hd+Fy05jUDM/8/bQgmoP7BcJp24Nb3LicCls5evQRz9U+HrR+ZkSEGVilAiENuulgSCmq74Z4U3xznsQqXqyq/5wAO+OSwoSx98ME0SZ9GlC4nlX/R2JT6P4/Bz8asSZrR1r+f3Pz/f/B3dhU/wTucNnbQ==", "1: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", "1: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", "1: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", "1:eJztWGdQVFcU3l16kwV3AQULFtToqGwDbG8RRRSxsBp1rEsVBTZuMUAc1GA09hJHE2N3dBIZFWJX9J6oqFhjL3EYotiwgyBNzL3vPkIywyTcnfzJRH7c3Xfe++4995zv+y5v/WMM0Qk2IpHI5IiHKENyfKwlOT4hmERs8TA0yWROENdfhZoNKTpyFfYx9p+MDWs0Jvm7WDTmg84Vfwk3GFP0yWFT9cbE+CTyUCNzDf+XY7pGYhEfY//DWO/6GO9If7CzvyE1ruGK3BtMng/kR4WOmFqo0ZCiNyfFNhGkZAMp+FHNBlLyYzAbSMWPGlYQiQX2ZEOpKSqQDaWhKMaqB/FjCCvImm0FW7UtilIodfb4Q5eUmojPx3/ChFhVihDGlWgNKEjFBArkP5Q9mUAKa0BKmp5VILZCCCANDxpgsMQ0BaSypnoCKMialUKYVhKEGGQFSKFmAgniDbYCxLgS1a6CbaVga0CCnhQsIIWgp0AmUKAVhVAoGBlBzyheg03Ojh5RPKbJZaAnFI9hMj3KcGWTtdRw0iibXLiGc0apYcFQ0imtEZKSjXQCiE3ndEsqNpcUQExMFdSnYtJEPYjNj6lkVWzWKoDYHIXqXNVkQvwZxMYIAcTECMFRVEyMEEBqJkYINqS2xrvUbC5JPUXNxIh6EBMjFNRV1GzWSkWobpwR5I3W5C6irxdhBoMxLilVb4430fcONzyMtOhTzUnm9FCjUZ9Oga3JRGajJdZsMcbH8TemNFwP0Jv1jeSh1lAzpb+w1N+KJ7fILywk2vNoJ3eX/UXo16rMaXlmCdipPDR9jtVwHS2SdY6+x1GV+9ODe2zcIEOT3W/M+GruRtrTgEDHSnQv3CbNpcN7dNah7/ejNz3j2vMTyEG3xn+ZJdcDTLc8S0Mvu0FV4KPdHYsfIv2o6E6bCzygy3npmSOHHnIpj2t+fBPtATZOi9rEvmwOaz+syKw54gjzNl7ceVkug0stRt71rZXAysyaXp8Ns4U1YYuTH9eIIC1je7cwPztYZv/aK2JEHhq8YU7ACXt3eLyk8wu3fg6w/djP3gG6OlQowRO394ZLOy/f+PS5I1z6+mph0WIXiOYB1Yju2x3Ofnt0zQr3cyj8QNn762mukAXntgyskAKMbxv6JlYM++U1518WuIB60pHBrpLHaGJdWPWLZyWIbHOGbxvIbBWcOOCpI0xf9/n6rQ+aQ69V52dHoFfonaVovcf2cu561/gW92+7gyTPzlPGVQt1dtGeTlHNOai1hxzj1JUvZj1D+W3JN7E22alqc2KZDHwCdHbbVr2j62VLtXy6CVIwh6+usJ/cEVK3ifGMlejyO92D7b4tYVP2rtuTK5xgntvwPavjD3EbJ5FKi2DfuPLDd50lkNVj6A7n8DIu4rcM2e5B79HYc4pTuant4eihpbiSdvDLgNuv3zq3gDC/Z/c1LZ2gb7fr6x5tEAG/jOwV2uCBK7vWF5IMr78qGGULr4IHDjKGSGFLJWmwCO6P9T54RSTSZo3EBd7hCGcigxaGFjWDLTdV+NEzKKglqWgB5x0xotanrDXtg8QDDHNt85fnyoH2oxCRap/s76rdOYUQpjlIx4bsOzvTH3a+uRoVs0IMnnyD5FB3HRMxVwzZpL0GGWQuOTzdqaoCtfaaFlW2bC+K5IlZjfjn822035E2ZxRztN9SCMHpVy2XaJ9GdP/g/74G7UoqnLFo2ROE2Yap8pIb87wHzsgHhrhKui7wksGMvs63tuXgfPkJb6AuE5afKH8iB5LlwpwH3KaLhGhSuHdrrilc5gNR8iVDSuY5w/6gyhNx0+RQMyElv+6nckRUlIsk0Bnvdkd6OeJ4Yt3kZpXmjJh+VwpSXmjZqDO/oXKOsPDCRBfQXOw97MrKR4jXSS8XLdWRGOIuTIw8u8AGSPbFpc20ar4xYsBJ37n0bq/A61rOAz+9dL43TG2XjCVUi/xm6RWjc8RaPOmEujBvaI7VmjDaBuStCh5yxVKh/p7ww2nSyFLE0/e0TJtxpkuvVZHuoDyV2z01NgDwJnCkDK3Cs1SneAHVdQdI4P+KUeS4+cE3832BqMWtKACm8YnWoj7Hotf4N2sFuLnHN+F987YTXcTV657ywAGGxRAG3EdYNN/42DpQns98iyi/SzjCukJJJdp9IGb2nb52gNWzt8RUxy0vLm1z1fAGpRO7Sm5H+ZHuAGnrt7Y/nOdH/eyLDoBFga3OFTAJKixTvIGo8ssYP6D6rkInr2EBxzQDvl2DHCCgOGvjxU9E2mt5D2StClxB50SMPDXRZMZv2aa/enDDD0kN/z83ElP8DjY0nsw=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndAVEcaX9ouvYsUNZqgsZwRtkI0mUcoatQYxJJojFlhgdWFxS0x2I160Zh4aorEiuZiznKeib3EGc15ktMolhi7iIUgegoLKNVMeRxIvITZE/+SP97bmTe/mfl93+/7vmHfdhprHJLqLJFIzK74Msho0CVbDbrUAaSHdA/Umy2pDg2tGIsxI4m0Yp/2Pe3j6Bv8f/T1e9r3tO9pXyv1DW7oo5nesaH1ijEzpbFFnvUn4yPpVZ4kxdc4o3UsLhV/DCF9kWqKSdJnprUAI2cYDQ9GQa9Knq0p6DJyrq0pGYZrayp65YRQC8h5MGp6jeaD0GUUPBgNwyh5MFEME2EHRsWDiWaYqJZi2K7YrcWGo6MjOXfXFNRiwTENcAZDUxCfIRT2rKSwx3pKe7an5AxX5iB6U0RygdT2cGIgOR+IBZOixYHBzMZW4gOx0JBzGUIut8PkcgVniqSjRedyKUKusgeksQcUzemnxsqn4MrhzOAKroTM7K3gSsjM3Aqu5CqGEle5FDFctY8FkqLFDmqC4Sp+TAhKLp+KmBZHUWMhU3LpQMRw6YBpVMmlAxHDV8ZYwVTyJWIRxFdcWAgp+eqECOJLxCzwVHw5lUWeiq+4sNBTtVgOTcqYqsV6YAWCgVosiKYgLkU0gPjqBPOTiq9OiCC+7C2CuBQh1j41lyIaQPZUWTWXIsQqq+ZThAjiU4QI4lMEU7maTxEiyJ6Tg9qek4OaTxEMpOFThAjiUwQrZxo+RbDapOFTBCs0Gi5FKFg8aR6tiCFWg87cljyw6Ew6Y3K6LgMDTdnxBl2GLtNiTvVoOmGqC2mRrhiz2Zis11r0xsyHJ0ty/+9kQ7OzdElk8FCdxaRN16WYtIZmgz3xh9h0PX4Qi1fTmfSko9kYN/whTm/SJZPFknwJwmglg5MNxuTxE/Vm3SMmTdCnWPH+DOTLE73LbyeVUUZp2swUc6rTb2wmnvTFs7sqovV5e/0Rb9KKbSlhqb2Eo8Ua2fqEvR8rYRk34aimsauStz5hn8dK2JWbcGTTbKBStD5h39YIZQc7eTf8Rx3d+rz9HqujHbkJy5sedxVPIHf5P1bCbvYSFr+UeAKEAx4rYXduwoqHvsN6Ask6tDVC2Ymbt7LpCVzzBHJ2WGvwdubl3fAdnXj6U7CfAHDxJk32nuXhU2Kzsb//tuZ3Nv0/T8VyTTMU8dlwrcGqSyIlbHBWltGstzQ/kJJaSWwVazSaUvSZWovOzN6HkWNSolWbadFbsmNMJm02A3agDEzWZIvVpEuhD95pbMdpLdpH7FDD3vQoHra4jjwiv6ggvWvit9vqTlWDcZcmfLjgWi00py+6PQUUgbnl53+eaT4NVHei4vuaHsDaYPPP/mXXwcGOm03piX7oQoLTex7hLsh7X8QX3YNLYfiSBwunTfZCw717frvC6I72Wj4Jdh4uQZ6OPT4IOuuMIrqvC8iPuw/9Z6F/r463AY/wrtM+2lUCx64+rbwTVQOEAO33J3v8CI7854fvX+npiy4P/nhJpv9dGNuupFAdWgZS5yaPvpDgKYy41WvP8z4OQqTrxnYjUw6D/Xi27TZHBL2XK9ZsrQR/OrX0Rvuv88BP7xV3iXSVCCXmbW1qBkiEiftWhfa6mA/yt7xZsWuklwBUb+/u73kOZn7psNfFfyuYX6e7d01bD08OGuv7RnQpTPupaFyPyh2Q8dsGD9Z/O7lscwFoH5UWpzfeBOc2Vr+VcdAX7R7vVpWbdhI+6FRXaS04Ai9umz0lf4uvkJNJmN4G699P7L9ixiUYja1Yhfc9pyRxZ4c5l2FQzWHM9ACYEOZV0HPhGXhjU+drs1YWQ/wQj9gEmHlcEFsXAWbHQtjvdeKJe2DCxvnn0yVFoLLrW385UHELDL361bJ/5jojt7CVb3c7fAZ0f3Hx4el5ErS+9ARmVA+omeOLQAVxa4KTkNDZ6rh0bog43gYrdp37sE53Fw4d8nzuvM1V8MvFLzoMmu2P9BLjTOd4Cdr7+UKfSeo24nxtUfyZu+WvnnVBCZ9WSsfkuKHjz56vmjauHSJe1IVIEZFDzaQARM111wYpzVwb1JIF3NxQ+5EpvS8f80fVt0tQ9HP1cBGefcPL3kgTikZ13B+E4uYbimq6ydCsXgPXuidUg/w4suBF2OmZcsPwqTbY57shn3dacBBg5wWCf12Dz706GQ8th3Aq8ZCP8O7gDkHjBt0FSS6EST0ku5jzg6NAb0Od0aEBmnkx75SBeScuFXh8sh9mjZEdDTkuRUwPpUwPV/zQ6AzsgRpXRJ8n7oYD8mQvLRvmiaaPwwrPkaK8nD3YMq6I6r9Ggij9wlI4hDjyuESg8QSdEVFr78vOiKigeEc5ILu+sK0AEq8evVcP6LKBxbA3Ff4NiFWLBeIsbHh5xKhv4E3A9BOA2L0OrvvrazhkysFLRPAXfRHT2Qk46uTeq4HtHwBAYAZvgYZDuqtAmrdWnoJk1dlTfIQtnkRBDsKKGV0O/PlrG5ixQ3i/8JALYrqtAEuIuzfYgJ8aWzpIhlhecBSoDI8eg8RNMaVVIPuNv6l+7C0TqD2Cb4K+JC10rQayMTkD23g6CC/QwPgFinEtpNI/G2TjsJ6pw3yFwE19r0wKLITtpmjlwyJKmZ47SsS8UQ+p3t68CanbrRch1ce6syB6a967+1bVAbyZ5COjA1CP4M9OuaUXAjkNqH2w4wnjGJl3G8G2IMkSvuQOKO5HdnQavkbCfKsUMXsXQP+vvtvftosLItHge+g+pPHheh2sxbvYbHJElO5VN7TzH05FH3W1AXZ3QswP94Hfod07P5bmwdDEc2FTrkhFu1YC6t6kKpCLs0+4VCZg0V3PXyMTfIncRxSDqPsHUtYXODFdfhqKsLhWbfh7lbj+MpiBWZYuDkPUj7/UQZYnayHFdQxDWOSY2hHI4qwURpBw6VwBu9322hcR4oeo2/u4oiOjiXLLIE0bxiDE7FAHY7DXc/aUwU44rS/K8EFbbpKEWQ5TCKBvEMs/WcHom9fHL524vAZWT8OODmiLXliYez+ySwAi5j0aIhP1H4RmERneCEHDp27aPna6B6J6q3VHOIlix3QQ7VcLWV72Qolk2mefQXPnjMTK9UDYOjiTSFDZZrJgO/Z8jQxRu672R6v6EMGXwKyjc3HkOqBta7MPddvtjmhYxwSiguV+2JMlkOahLzxR+K7aD8pHtUEBZTHHUof5IJqfFX6CkRaiOiCd+VnsfIMDoqeemMw0s8VkzGhW7Rt/qNL4Lu0RffJfAZh7x0I=", "1: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", "1: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", "1: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", "1:eJztWndcVEceZ4GlSV2aEUn09DCxRNgKlsyDRcSKCiHGcorsIosLq1skqPFsH03UM3q2JGcvSST2Go06Y82ZWFGiJooGjQioCCigINybmceBxIvMHviX+8dj5/fmO/Mr39/vN7y3bccYhiTZ29jYmJz4ywCDXpto0WuT+mEJFvfXmcxJotpRuNmQGotH6tey1zIGWcz/IYt+LXstey1rJllMrYxUetvaUYQhTVM3wvf64Pkh5CqNdeCvkQbLGL5VvByCZSFKgonVpY1tBEZKMSoWjIxc5Syqycg2UibV5BTDpJqCXBkhxANSFoySXMPYIGQbGQtGRTFyFkwoxQRbgVGwYMIoJrSxGKoV/dNox5HZIYza1Qc1mnCUA4zJUB/E5giZNTvJrPGe3Br15IzpSgNE/shCmEBKa2yiICkbiCaTrNGJQd1Gd2ID0dSQMjlCKrXC5VIZY4kks4XgMjFCqrAGpLIGFMYYp7rOJ2Oq4dThMqaCTP0tYyrI1N0ypuIqpBJTuxQwTL2PJpKs0QGqh2FqfpQIcqaYCphGZ1FdI5Mz8UDAMPGAclTOxAMBw9bGaMOUsxViAcTWXGgKydn6hABiK8Q08RRsNZVmnoKtudDUUzSaDvXamKLRfKANgoIaTYj6ICZG1ILY+gSNk4KtTwggtuotgJgYIfQ+JRMjakHWdFklEyOELqtkY4QAYmOEAGJjBGW5ko0RAsiak4PSmpODko0RFKRiY4QAYmMEbWcqNkbQ3qRiYwRtNComRshoPqlezIghFr3W5I9vmLVGrSExWZvKA40ZvfTaVG2a2ZTUov6CSWI8wqJwk8mQqEsw6wxpzy8W6/LfxeIyxmtj8eQ4rdmYkKzVGBP0DSa78l/UyTr+hprfTWvUYUGDOc78l0idUZuINyMjtd6QOC5dZ9K+YLUoncbCK6bHT0104j+u5khMGZuQpjEl2f3BWcIRXzi0K4Kb32C3lxnsiREGC56c2Fi7Hay1O0zokc1vt3uTBtqR2eDQ+rmrkDa/wR5NarATs8Eh9auBQtb8Bns2B7NFVtpd+x91WPPb7dWkgbZlNlha/7grewUlTNKkBjtba7DwUOIVGOzdpAa7MBsse+4Z1iso1q2a1GA7ZoPl9Y/eqldQrANeZrA1tcue1e7ah3PCsU9G3/0z2Y2H9AXL88fDBnP//DXNnyj9P4/DUlUDFI5ZfILeoo3FvStm/HiDSWdueBLFTRL7Sm0wGDW6tASz1kRfhOFj0mBLQppZZ84INxoTMijwTWKB0ZJothi1GnJjdN04MsGc8AINVfQVj+x5j2vxLfxTCiyt2Tm5ZPugcrDA4aFf9KA74NjFTto3cmug+MRnIeldjoBlbRdYJgQUgtMj+/3bsWc1zMgPCnHS+6I5flfPlseWwHKHUZ/3930Kehwawk/1QXFDOqz5dHslPPtJVs7NeQ7cfbfDwV9k2qH0w6tbdb0u4m77BJ76HVyDUUvKeGQJlK/brao4+gxGnEvKzkv5Cb5b0/ZZmcUDzTDxM2bbcKt7dL705Z2VkEzTuHHLF3pMUn5bDa+Omhjzpt8dEIsVLLZDSZ8kjrwWVQ67qFsX5ipzQPRvk3y29hZxoWMjdYaHVdAvZUDpgth7IGfC3AW3S1y5+NXfbrkyai84nx1/r+v3hfCRPv7jrXurYbX66f1ClA86814Y6n8DlmQNGOM5dBOMeO/u1c1PC+CEni6X14/fAkamnqjeOdkTZQz9RnGmey6Qvh/ccZP3JXDgl7nPtCov7se4I99sGJgLFUWhvXobs8FAfpWw3TbczS4L11SEnATE/P55UHZ8x7tp66/CQKJoLviiY8ull5xvQrJOuhjdQ2Ht+k7eBQ70cbXtNOc2INucLwOzQ38+kSovhcMe7+dnZsM2iQ+GRbxni+6vwg67CSYEuPFb2XBbe2NHlINFUyu7jT8rQlj7ni4VcFynsuXXvVuhJPJ5ANr9+mRqysEHYAN/93K7ANR6SoL0/e0tkH/0oKqWphZc1N7SZ5cqHNDJa3tmTTnfAtF4uHODx32ZvuIvEsRtuHHY/ZoPIute9OKW1yycWnnAB52PvPLwUd9ssLibaMAstzIw6B/L0yRqX0T8sMMZtQyKFa//pxNHeDbcC5mSF92fAt1QvHuXnSu3eXIBXa+3d5heBTZ2xoEtBm4EmA12uU7YPO/XS8CGfCqA6+JNMwb3yQanJvJEK/Lk+ODtu2CTBag/ysEA3/l9C+xtuLspWMFCcPHgLZ/APo6I+jUH9hh4YdGI6hIQicO/X4z6f+US9dc9fmi96KBY4lMFC+zlXsoe+YDwMsob8eTjGVUMMfvn93XjCP0f2wo8F3O8sTHblpRBf5wmt6qhZCb6ce0JB649cUwWwLupnxZSfl1xQGR79VHgPPctPpKPoWTjoSP+QTWwcgQm2iMYyns7c40nGrP2Z3nRd2IuxxbPLACjcRqkSNBSLU4AW05DErUQrh27q8Bk8eT4ZHnvg+G21J9FTwTeeHDQfYVsnVyMjmkyR8cN2QdTDpoXt5zlgnDYgzvy+dUTM/sQlE/bx80YY4/ibm381/E2NZDyvRzwzuVVqAJTCXEdEJYOvFAMgm7PXHUmswZ8fTeaT+VSSPlTBaYHHZ39tT8fTxLAYqDhs9XuoyLIJ/vNFV4eHLn/QQ5cfSbzXHZ8FeyE0yDZFk1fqp6nz7sMaNzKqB9GL4EzB/dZOS3oLgxx2tx6mKYE4N0XXfNCezAtM7cDQqtut2Bv4xOP/HRfbsdv+Ut3uubB77bZ5c1/+xBIwYVAY4dI+mifAFqXRNz5XR/yolJI9b8AOuANfhFxNL8cEXHPJjXs9yHvyV4OXFgvvEMRsCOBq4KpuIzk2qLTD04di9hSBPiiY27v74yk6V3avvWoBN5StkLD29hzNH/sUH/Vp+Gjf6+E3iXh55KWBiBCqwU3AN1nPaA8fAPt+Srjh3e62XDTouHHgaH5IPHvfIRaBqIsHIa5+YCk9eVKcDIVR6w1+mjFunb7pziiyxK8sBdH6lBJACJ+DJSgGbk/fP79MlfORCYEIlqHnRCmf1g7MUf8f9ce8Urr4595IBKvCp6/+6vmPBouRpgWub3tUDheqLsbd6LNdmPyIhHCWXIoyx05B6z62zv9JIKdXnT9CH9EaD7Jlav8iXfQUXfkwdNwt8oPPVnDE7bUh+OLW+SVYD/UCTeYfb5oGQ5/d2/OhhQwbxRnxhlUALrfiOEriS03ERe6VB+0MAQ72B21II4ScYQ3HSSId3Z4caIzov3FhyNpkCfhzpzGn+Ow7O0Rnx21iDhy6glPG2syGw2pDbp93S9U6l6ivUAm/Q/7abGJ", "1: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", "1: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", "1: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", "1:eJztWndcVEceXxYEFpQiRaXEgkZjAdkKet4MguUsH1Sw6yesy0NWYRe3RLHGWFCj0Yv1LLHFEs8Yo6Ix8ZyJRo2N84QEBEUURYNGRRGk35s3S0DiJcye+Jf88XbnN/N98yvf3+83vLftJ+lHxNmJRCKjI38Zqk/gNOYELm4wkRDxEK3RFGdTOwoz6ROjyCj8reytjEEW+X/IBr6VvZW9lTWRLLJWJlR6ce2or14XWzcic38j64OFqzTKnr9G6M2T+Fbx5xAiC1YKmCitbnIjMFKKUbFgZMJVzqKaTNhGyqSanGKYVFMIV0aI4AEpC0YpXEPZIMI2MhaMimLkLJgQiulpBUbBggmlmJDGYqhW9KPRjhNWBzNqVx/UaMJRDjAmQ30QmyNk1uwks8Z7cmvUkzOmKw2Q8CELZgIprbGJgqRsIJpMskYnBnUb3YkNRFNDyuQIqdQKl0tljCVSWG0JLhMjpAprQCprQKGMcarrfDKmGk4dLmMqyNTfMqaCTN0tYyqullRiapcWDFPvo4kka3SA6mGYmh8lgpwpphZMo7OorpHJmXhgwTDxgHJUzsQDC4atjdGGKWcrxBYQW3OhKSRn6xMWEFshpomnYKupNPMUbM2Fpp6i0XSo18YUjeYDbRAU1GhC1AcxMaIWxNYnaJwUbH3CAmKr3hYQEyMsvU/JxIhakDVdVsnECEuXVbIxwgJiY4QFxMYIynIlGyMsIGtODkprTg5KNkZQkIqNERYQGyNoO1OxMYL2JhUbI2ijUTExQkbzSfVqRowwJ3DGVmTCxBk4vSaeS+SBhuR+CVwipzMZ45zr3zCuGRkRUZjRqNdo1SatXvfyzaKcfrtZdHISF0UWR3MmgzqeizWoExosbs5/CY/X8hPh/G6cQUsEDdZI+C8RWgOnIZsJo/AEvWbqdK2Re8Xd+mtjzbxiCeSpibbZ7+/mIJgyWa2LNcbZ/s5ZliO+5dCu6Nn0Brf4M4PdCEJvJos1jbXb3lq7Qy09suntdnmtgXZgNjikfu4qpE1vsOtrNdiR2eDg+tVAIWt6g91eq8E2Vhpc+690aNMb7N4UqSxmtlta/7grewMlrGVT2C2x1m7Ls4k3YLdHU9jtxGy37KUnWm+gdPu81sS2ZTZYXv8grnoDpdv3tRpsx2pw7TM6y+lPRn8CwGQwGdL3LC+fEhus/eO3NX+g9P88FUtVDVAkWKPUCWYuirSwyKQkvVFranggJb2S+CpcrzfEanVqE2ek78PIaWm4Wa0zaU3JYQaDOpkC3xEsMJg1JrOBixUmYurGEWqT+hUaquibHtnLHufIFPlFBZFKyrZNPly4E60Knt6jfVsRjp14vb/tjDLU999xP92b8hhtcd/1r+9bFSF+sjhhVBn6snxC4pm5ErypwH/P/YHucO/oC9IfvhZDQ5nrL8eCxPhGR/v5a209YN5mApTA6QJQjLOeFA8au7gc+D24rfTB5Whd+0/M03zzgcP7G4Z4LS8DeSddNst23AfB/+jaem20Ay5Zf2N1SjNHeGTs8+PZy4qRJzh7PXVhc6gV6efbnSlHla2NmS2fPgCBq7a9CC7IQ1dFuWKJUzPLfgXAu+Lio/On7WCK97W00qibaMcR1YtTsYWgk1m80dG3Gly+RP4c8fEV9k+8B2ah0J/PJMo/FOEPpvm2yOvxEIx+GPRdZ9dMdMfT//xdkAfSc/OcV39xG1A9slDXLzyuRIxxxHeftr2qv+kAd3UP501LAwvwhe39jtpD+PnNky5+jniJhji0EPCbDKts/SsQ5JurUbuwIs2liTlo/Nfo4Wd/eYhEf59b0SvpJErdnXzuvV7ZqMvc5cenSmrQotlXDo99XgN6J6UtuZpbAPaeHaxaGlZuGeehG6kL+RXXUOkd9faf5WLc5vaYVsf+Uwqe8Wq972ADZwqK2cKMbhw/lY7AaLJjOdrR7+izqmg3PKi5uFuKtxfsJjjqIqD2lqAfN3y3bpWrCyRRnxPoBT0PDLg1c40dFvwS2RqqfPD4dvN9YRQJZJEzHj514/TNHfygEB5XD7jNJ4ingiMW4rLMHdI4FYLCtYeaT9tvizPlj0P6nWsJqzle81stIeWTLQ6saV9VYm4NB9jOcO4Y7wWd+5OIfQPG8laJcmtQTz4qzqn3QSoJ575H6L0JK0897/IInU4nBt4H4whd5rjA70kYZG74ejzR6B74IPId7ylDdwKi5o4Ae7w2QxLf4aEY565OWTQuvQLROD1Bp2P3xURfFeNDgbqdNrPd8OIQQgxXeGneQDRnSzNI2B6oe452BhyvTDniCTXzrvVJzrKHkdBDfTrdAZPhmL1F4N07Cz67vE+MaRxKkEDHvlWAsMCYaYNp/F78Fichr6oLgHDf4ltgHXHTx0VAcEdeBSg18xnVSYxJemQsdYFOmTuT+jiVo5NbiaNd8T3ivkAJJNea9pVISGuZOzxTfWjW04NliOPNGtH5ICDsXrXNDcbcvdIhp6wMBeSUzZ1yohJ81YkonI1mPz04bOpGJ9hn08it//zyBVjYIvKrNVwWEvIyQwIPzyILLqDuGRsL/DuLYPmvD3BoQB4an34i39O/EowVHCah/vK/DoR0mV0ItvPRP7DLFkpJgpokuO9f71/bX16M/GarpSN7Pgd81Qj/uLsbpnpdRcQLOZkOmNI8HRAaHjh6CoX2G8CXmnxQHU52fgoov4sR8WJaGzdM65YdFML9LBdciSCVRwwp3yU4a76x/5qSCrA0jOzkhHsc2vJ4z9knIK3N8GzfShEUylyVDb4ZuWK97lMxDBIKmj0UaHP8BaL15x4IIfSLsYW9bYbyLqoCJV0IETPQJ6ScDLPDAt8uS2ArIeBFaGWUqeP6mgo0QUh8B2hD0qLtXbCG0O9EGYojCTzKEwvp+6EHtOVnNY+yQQ9SVo66YhKFJRovuEHXki8xD5AXSdOObvhzngWZAW0grSN3wPIcQvgsmr8r3eD6Va4zlVM9IYlGyORS9NOMX94NdrSndXuaB1xCts8vRdRPLeCHx+BHt1PawJQ9/IKI5nhB0JDdTou94X6/cbG9t/pB/iYRWn0lSiCN45kXjM7ftemHGH9Iojkh0Q7HHy40po70g3wxP6IK8Yc0zu6YT9rdySk+cMxexeXeaR7Q/dy336xY7IyFuufWDh4mdM/xhN9mL6viSp0w5YsfnJhIGNwCCnVVKcJCfo7wgOdIGYzJBzdJWf7IGQt227hDXrkni857QE/BoBIUe2ni4B8H+MCuvT69OG+JJ6RxdYIBg2YtCFrugXlSTZp37S4QDjhhuslGk0Gf2KDb1/1Qpe5d2itk0v8CpgW8fg==", "1: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", "1: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", "1:eJztWndYVMcWh13YpUoR5VM0QvRZEo2yFSyZiyAWNETArp+usMAq7OIWFZ/dWOOzROMzPmN5sceo6GdL1BmNJfYuYkEELASIiCAgwnt3Zi4BiS9h9oF/uX/c3Tl3fjOn/M45w734jTVExNrZ2NiYHPjLAEOCNtqSoI0NwxIs7q8zmWNtq0ZBZkNiJB4Fv5e9lzHIwv8PWZ/3svey97IGkoVXyUilF1WNehr0MdUjfK8vnu9PrrJICX8NMVjG8q3iryFY5q8imEidPq4OGBnFqFkwcnJVsKgmJ9vImFRTUAyTakpyZYQQD8hYMCpyDWSDkG3kLBg1xShYMAEU08UKjJIFE0gxAXXFUK3oV50dR2b7M2pXE1RnwlEOMCZDTRCbI+TW7CS3xnsKa9RTMKYrDRD5kvszgVTW2ERBMjYQTSZ5nRODuo3uxAaiqSFjcoRMZoXLZXLGEklmC8FlYoRMaQ1IbQ0okDFO1Z1PzlTDqcPlTAWZ+lvOVJCpu+VMxVVIJaZ2KWCYeh9NJHmdA1QDw9T8KBEUTDEVMHXOoupGpmDigYBh4gHlqIKJBwKGrY3RhqlgK8QCiK250BRSsPUJAcRWiGniKdlqKs08JVtzoamnrDMdarQxZZ35QBsEBdWZEDVBTIyoArH1CRonJVufEEBs1VsAMTFC6H0qJkZUgazpsiomRghdVsXGCAHExggBxMYIynIVGyMEkDUnB5U1JwcVGyMoSM3GCAHExgjaztRsjKC9Sc3GCNpo1EyMkNN8Ur+dERGWBK3JG98wa41aQ3S8NpEHGpN7JWgTtXqzKda55oKx9niERUEmkyFapzHrDPo3F4t0+n2xqOQkbSSeHKU1GzXx2hijJqHWZBf+R3C8jr8RzO+mNeqwoNYcR/5HiM6ojcabkVFwgiF6/CSdSfuW1UJ1MRZesQT81ERn/8fVpMSUOI0+xhQr/oOzhCO+cGhXdml4g13/ymB3jDBY8OToutotsdbuQKFHNrzdjeo10FJmgwNq5q5S1vAGu9WrwQ7MBvvXrAZKecMb7F6vBttaaXDVn9KBDW+wR0OksojZblnN4678HZQwz3oNtKO1BgsPJd6BwY0bItBOzHbL33iU9Q5qdvN6DbSY2WBFzRO4+h3UbJ96NdiO1eCqh3PCsU9O3/0zGYyH9AXLm8fDWnP//DXNnyj9P4/DMnUtFA7WYE2CRRuJe1d4UpLBpDPXPoniJol9FWwwGGN0eo1Za6IvwvAxaaBFozfrzMlBRqMmmQI/IBYYLdFmi1EbQ26MqR6HaMyat2iopq945G96XItv4X+lwNI13+BPPljR1XbAF66VoEO+67Eu3xSCtSd99xjjl0PxZOc27acXAE8vcPre/jLw/eWbg/M626J1z7aeDivxQgbPOejcxiKgMxTMPRv1HBbwYvVZbzSzD5zWMqActMjNVDXnJCj4B136hEV3YEBcCD+1EuxzmbDzy7uHwIKiu6mzTBVw1V4syIeHdoufLG7vgm6dSlTMPFgOz4SpFwZl2HJnH4FND46JuOXTy7smXSoBZBl7BzRxgo9rRqdsePzcxl4HXkhQ6YmYHWOivoJ5nX9q5+ZcCnoby9xyDqaCvp/8x6/ipQhtWLjnYU4TG+7LCm1JtkbK3Z5lCl35Mg+emLd1yDnZaxhINs6B4z9++c/7K3JBv7/P6dx/SyaQDery0fbG2fCaTbrIcRGEIa/yc1GgBPFKNVq7T4Ko3iWg095vn20NteH6fjuz7QmJlNvQvPP9NvPEqChh8LRdB56DgXd8pmpkFeBp2s5XIxNvQt+g59EXRmXBYuyG0JMgf133jjfWZICwYfMCbp0qhlQ/W9TDKfW7pB4vgJvz/i3JZ0rB0YhVfkssaWD9xR18RH6FGWs9Nh89/gCOSjxVubdchIj8lphriR3+TMphb+zfsh3cbyOZ9XVwKjzwouLG5A4eKBIvM8ETkS8fMbcpCe9UAIr78Qo0bY7aEcdkgolkg6vAlOpZGPTsQ3Qv3sYwy+4JWOY/qZNfq0rIB3dJ9l4/1CxzqPfBq68Fv0vQwau8w866I+no1f2buNhydJ802Ppu2fRxr33QpWbYI7lASn7co/H/xRdpyUKlIO1SSWTW5vNwmDdeyYZbfX/F/LnDc2EACXQhbE0CVADW/rv14dfzM+Av0h7/GtTKgVN4qLofjWjE9bwce/PJOCmKIAEpASSMn9txc6de2Tes+DXA7Fm24QrcprzY7bOr+YAPYr7rp/Zc3sBDH8wdb4d4ksbb7G6CxI6LWkX/dg2s5He/fuQR5Udjb5R1ZvVPq5bZcz8Xtx+59IQzImFySgXnoo5v2/RZGeXdRBESfTy/adqlrRC7YfE5CUfcZPMbqAzGRBKhxYfHO5ZteAlzTfublJ/PhJh1TqGlMGbUvVDx5HJI/eyCCL9OV0I9nx3cbCdOh8PQyxPxyfnF1CuvYPlITIBKQKaFOXOEboOKQEy3B+H/8JaizJyv+Uyz5fZguuaXgKmFez4fP9wdFV4bMNZ9aDHkk51XxRkFzc7kLcuGJP0XHwbhu1dqF2S5oJSHeIGbgFfubxZROvDa1fvhFK90EEIKgD3ivXsl5HYF+PHOIj7DMuFX52f0gRX2yB4HpIcD1+t2QVG/NAlH8zYDNh034MWSyFcge866izvC3biPumJEFvTD1SdfhBZeS89wXpFL+VW4Gw4ZkQLz1hUK+z4X4v8YrNbzhaifE6L6StHSEzgg6YDG4zm4jpfZ7shhb3TZIUEP8HB2ASRuzKyEB8fOSOuR7MRdmIEL1z0h7yvg4n6/2imWizi6/3W4s8XwmG6jnVFEO76SaOw5rE33jg4cTz6+kqWAG2set9z69DEgfhjqyhXxaZbTNgdMw3Q7/BRO2dwxuEWuo+D/fDhF9f2nQ0Y8gfKTKZ/ooxsjkne3PFElhvmXABv84RoL+eaGLuN08HHgkkbjjPFAO3+4PXpieFPUKRhXWik3usN59zM/CnV6dzPUh/fSrt6l4OIF/CkAYbw5HqqmaBCmJ7cPUHwZ8OKjVlDUAtE82gSPZnm1PPvoDFyPy1Hb1mjE9SO85Cr8GZfXiGIwFCeM/kOEs2J4z0xAyn3cBYCjac5uI+z7AtC6LkaTjq3nK6EfInZ+lwtIXR9TSfN9W2uEsBujRFwEn3a5A8WoG25H4b6IlLvtYi6Bz464fSLEB2noNou7wDMHDneDBdfyIH9JzwhrgbA3U+ARaH9qKZ8xKWAGAfginEXObew4UhZWSbmxG28pngU04sj99m6IHHCC9HEms9GQWKvbV/+HSvVLtLfIZP8FyTzJYg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlUU8caD4EEwhoQ1OrTlqo8rX0qISGgT2cUanFFAXerRggQhUSToFKXumurVn3UulattrVa9bnUWi0641a3I+IOblVRERFFQEARfDN3Lk+0niOTZ945PUf+uGHm3t/MfN/3+37flwv+w01R8U4SicTiQi49TEn62JQkfXwknaHT3Q0Wa7xD9aij1ZQcTUdhb+fezv2Pc5G1nIt4O/d27u3cX2QupnpOqBzS6lEnkzHu+Yje60KfDxSuIdFyco02GBNI6Xk9hM4FBvJgVMI1iA8ibKPhwQQxTDAPRi1ctXwQYRs1D0YjXEP5IMI2XF4LZpg2NmC4XKBlGC7ihAgYFdfZQtk+tfYbs55tVGuGMj4zkIoLpOJ0Qw1QUK39wFjAybmaIL7jMXarak07lqa27KSxJbjBnCyqCeJjhNaWnbS20CjUluOJIC5GqMTUqLWqsnOxj1rLKvMA+6i1qtQEcdFIxViu4qKRCOJLwmoQV+ljzguqNSFqYGyol0FcRUnE2FBjg7hqrIixocgGcVUYEWNDlVVzVSURw8UDJkFqLh6IGC4eMAFSc/FAxHDxgFVzNRcPRAwXD5jMqbl4IGJs6Ro0fHIvgmxpNTR8NUIE8ZVlluAavq5BBHHVCLHV0HDVCLHV0HDVCLFr0PC1GiyTNHyMYGkRzFcjmE3BXIyoBnExohrExQgV814wX9cggvi6BhHE1zWwOAXzdQ0iiK9rEEF8XQNjhJaPESKIjxEiiI8RTF+1fIwQQXyMEEF8jGCyrOVjhAjiY4QI4mJEEFNY7asZEZWSpLfUozeserPeFJuoTyZAc+pHSfpkvdFqiXetuWC8jI7cyKWjxWKKNeisBpPxxcWiXf+7WEzqKH00fThGbzXrEvVxZl3SSw+7k1/CEg3kRhjZTW82eJCJl55RkF/CDWZ9LN1MGIUlmWJHjjVY9K9YrbMhLoUcLIm+OjLI/ryas2BKgs4YZ4l3/JOzROkODBFl3/4Ge75Rg524DQ6q+RVAo7W/wV6vM1hJEaYU+nBsbe2WctsdUvPbpibE/nYr7WG3I6/d1d+UxbYr1P52e9vDbrmtdqvE3sf+dvu80cR25ia4qmZ+B2rsb3CdN2qwgttgzQtvddT2N9jXHsx24ba7+j232J7a324/e9jtaqvd4vvC/0OprvdGCf6Kwv8aCQsV3+2Jbd1LTRytq3ThMJPJHGcw6qx6C/tDGm2peqfojFaDNbWj2axLZcDGgi/MKbHWFLM+Trgx7Pk4XGfVvaKZ1IayF18vHk9Pb9F/7aCzQQe3tjI2cYWZ2wc82nXxIZhVNzujLNoZHh2zd1WD1gUgJa2+U1/PHNS47ogexZ6OeOOmrKFjIivB4mcLJlW0zUL1dp6SXJUWI+eMd3pfXO6Edz2dVXKpnwRmnut7r/VvXvhkWXTO98sV+ES7nqcWDt4LhnQ74tx+eS7aOOdSosSUD6rOjssL2OqI49r9ETlvsRNEExuFJISXoDsjWpYuvlIM/LeYExcme2JtAzzovX3O8DJBTXG6BboNmBly/lAZOG0a6pyxVILX/Kwt3x93Ax2q2ja+aMtqwD4z0fI+q37a1F+Kd/hVHL9/tBxsejI4+dAkD/htwva7lh2L0OIFXp8G/+QJU/MCAl023kTu0pbEBVWg98hlY1esKUODOnW4k/2hHH97Xv0g5KNb4O6ibe6jN0qw3McX/H5ZgYnTvqjUS+DYf/i/W5LkhGcOPJOe45uDHgfe3tzsZg6K/PdX+tk5Ekx386soBmUp11Z4f58rnvMImFC0pdfIZU/AvtAmXcdPK0IUNW2lDLalw9YlqJy67+AdsLpB6ytNZ0qZfy8UIrVgcCnak+Pb6OitPFR0usdwZZYUsnjkIbfOzVKkyx6BK03lUxaFHQeFM47G7PuxCrUYPH//o+bpoh1O8NpezxVBax6iR12pQ71gVJdvJgd0kuHdIxWPV+cqYEzU31d/vqUC1SnqeDL+XCWKhHV0B6JlmM2XIOqlJqHucE5SbsX6hxXoNNld8UUhOBC3YVhMVD6g0e6zSoEjBQJdRZMjaIQrAI220ScXKRquHNLiuC88N44GwBWOpGFPc8TC/ShveOnxpBHpJS6YeuG9La6wKuxJQT4+hYhxLg1XFiNmlwK2+WB9nczwp2j+zaJ3Tz9wwZTFObe8IY1mxlgpjhEWUMLmXm47fkitAov0s2M/GewMiXPI0YnfIno9rW95DDZTeq90hb3o8aYVgbhPLnd2HHcAkOD2ndhKgROFQBaDM1evuaWtL0dzKvVlN6/Lcc7hJb99rZRDYawrQL9Mn0BSqhT9c0/U1/6eDvD9ylIS+VugxXHl4d2/FqGJQDNkdxdHLNgDXeCUgP0z1y32xoz3CizQr0k5INEgN3ywQK+6SuYXnxz0zJ8ueA+lrZ/au0sjD7ywYAJZ8R7Y9s2Ddb9324k8RtMMywI9hyv7h/4sw8MFArtDIR+ySN4IcXLFLQo89rZZKoV/UHOmlqBxbk2bT5qbLZzOXeqDC8lq2s+zUbgQ4EqwkKZLByVmcZdCmoXJ6lIwUEjgQkAO2++Yygvez8eE0bngatqsGQPP3AP76wVEy9aWi3w9DDoRNuWOyBFxTnj9dz0Js4qREIYLd4B3MPVcPmI8VeDR7V0vrB1VDtY6pMt8fAuQ39yud53U5egYif53PZ+B/sdUB7cafeDEzb8M/yz7CgogWXRigxvMDM8qLOnqBZctpT/ZQLCzUx0oLO9/F9Es3jH9KZAsJHI26iJa+kH9RWcVl8FUS+evSuUSMW6PUVMqeOMVeAlhBT62FenfudG/3k45FvSkgzdmDnOALSk8UYYFmevzADH9K0Yfnl12u9E6Zzzed/PH1z+9CQZRmWi0D5Q2pwl5Gaz9V1uHHtMLAPPPBUSS63qenzP8Ul5YN6JXMVpO0HciXLFRcEAVotFpOUuGK6kcTJHi3hcbTtCpqpAQ518dcBpdbp4CCzLgcgkxfiog0yEZjr0/kChbAej+g2vnZo+UMLX/j5oT7SoQi3clEPxd6AVBv0Fb0b1SVCYfuqS7XzpgvCwGAwShccYyNY1UGUoicpGwfTcQeHreC2eTNGpc9xrK2HCSVIIngIi6wVTohj8jXs6YvR8sWF1OFLIAMH+UIcYrPzivOSVkCUgg7GhZehII8qD0FeMnhYJM/+02qk/pFFUfUrbuyneEQvw3K3BeRKtn/nu84Zcpoxt6DPOEwrp7pVgwz9MPtqYOnOEFL1A5PyzDjB/ukCTJkTEdZJjpkRJO3gmn3jh8BJynZWydHO8krGqf6ggF+UrIBO/TDU4oMa1Gh+a7wbm7qGCeREw3ZXgc8dKudF/I6uVTJHQbHY0JFqvZlGx5sVY//w+a5397e8Wc6j/hiQrR", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtYlMUa3+WysFwEuShHU5E8ZFnKXlns6AyBhpaSLl6O2oMrLOzmsgu7Cwmal7yQVkqSl9JOKJhKSl5OmFrMJ2mmKY8aiZfQA0KEt7gGyGXPzHxLoNE5++3znPNHj98f8+28M79533nn977vzjd8gWF6ghOPxzO54maKQaeOS9WpE8YTCRG/rDWZE/jdvXCzIUlJehGPZX8imcPvZFN7ZNMxH5Qe+MdEgzFJpYvQqIyJai2Z1Acu+r/hLPjpw4bo/4Ms6rHssex/IgPdMpotf4uAFwz6+J4eGZtE5otoK1aShBtuNCSpzNo4G0FSbiAxbeXcQBLayuwBhXIDSScRmSiEG0pG2zBuIDmriqPTQ1mUiBtKYY+BCrtUhbEohVKAX0qtPhGX7v+EYf3N2Re9YWGcdInoS8wNJKYvSQgnkITVZBdIbg8olIIiDakLbAGxXBeLOGmyghR2aJJw0yRjNck4geT2gELtYYTCDu6JQ+xwuZjlnlhqD4iTI8QSezRJ7AgNMVdGsPWGYsRcMNa4lXDBWDdksxd66obEZnezVYNibI70nqIhCeWCYektsTkj9+R+CbeQYDck5ZbvrCB7coPUZir0yg1Sm7nQG8QpJLpB9mQhKbfEbwXZzIfeIG4lmmWE1J4kKePGCPYfhIwbI6wgToywpmMZJ0Z0g7glSTZ3ybilYyuIEyOsiV/GiRHdIE6MsCZ+GbcKyILk9lQLObeyyeYIed+MIF8CTAPJgFltVBviNOokDDSmT9Cpk9R6s6nnTkXvT86k546bcJPJEKfF/04N+kc+K7j9tlhMerJaSSbHqM1GlUYdb1TpHplMvkFEaLR4IAJrUxu1Abze3y7oHCH+Eak1quOIMtqL0BniFr6uNan7WG2iNj4VG6YjV0DtgN+v5kK3kqjSx5sSHP/oWCQiq6MfcZQXj71bRhgMxnitXmVWWx3kiZtpqSq9WWtODzcaVekscCj1hTE1zpxqVMfTgfk9/UiVWdXHgcnZq6HkYfPUZIh8+iPSl247SfunDYN7fS9EXkl2gvMCw+vjzp1HCeQJHgLrVp+JOTFSCFcyZ3dMKGxGdH6hq7VfDYpCPngmYMZAuMWStbR97BOQDMv/ZgHbTwYeMGpqwOw9svPPl/SDOycUNnaWNoGKDL+CF1W+cPPw9akp2wbC1OwAp5n9hHDHZekvigmtyK0sN3mcWwdoqVJhURmIeOJOpXzOADhy6TtHFwotoPzzVUsuHG4C5s/927+77wavjkvHKtyggRraBnb+M7S1uMoDnj72xbuCAwNg47BLhlgXC4jd+rL/O5MrwbYZH3+6/0oDaMtJPHzbVA0OL2448MrC/vCWfBAzd74fTKcGO8GsnFbRTwUVqHyEYMWmr33guVdf+tblKwGz/8G8pFNd19BrUxrXK5v4sDZqtGV45310bfASlXhGHTrskbLv7estCK8WGJ7iDDcozSO2WEpRO4Ed+gV5bZdgE+8CvOnnDn1kQZFaYnkVUsVMfypn7U8guGrlP87nC2BTZ+mi2gRvWEbc8qIDXBFcvGb3LCe4Ve+zkpnsC/Owl8pym0D72OSSty61gQs/zLw75rgQ/n2N4vKpe67M5oi3dTXtR9GeWWfFJw86wItB19uWvtaFUggs+RRo86o98pnjHUD1fOIAM3Y9i11djzaVCjVBd4VwsofDqMwBXeD9XwXYdV1IhI95U2knyNxNFmwCwnXD4u7PaUOJdAPlqIVM828HeTeL+m2X3EbOuRvH8j39YcgzhFmeTMGV2LTooY2I+jnHD77aFfHg3p0OlD+fbPwEeKvpetmKRgf4zY/kgJvQ9p1PHu3I5DMxt3ZtOxnIoLXh86svBJUByrs0b0jNrfSEmvfuLQEyJ1gzZPfPUaNrUNQrHQGmMgvI5X/p7OP3Pdi3nyiuRCfCnpy8+NZwOEaPR1Y7wc2HyEEdR0JChPxh1v17wAz5p+NnXecxLF88YH79pSkLvH8E6bXBItdnB0P5+eenXuw/FN5IWbe+qqGFle9rA3Reli9s0s18o6CwFbD2+EHM9oqMUn/4nhdeucgDLiOEHenIGHzIThoAYWNsGkKEHYuNf4E3sjNXz/m+BUz6aDk+8VZQ5TfkTDVwhMSsuQcfoC+Grr4zTeEOj1zk3XAQNiCEvb1T6sjw6MOHYZdPJUmXH0HHFpKd1SO6n7lCqKAHVQHy35yGl25AJw+Oxp5oA4StmuUChsZLXQkyTyQnzoCzMSf25JXwmUASPiVdqHhgsNI595rVrgcoSLcIu6wdsfniKqD8Fgsgdb/PIbT20o1/uWefAbRr5MFRAYRZlWh3+umnx27sADej392i3+gM3TRkJXfYfPTauk61CzyTVvTxoDEWMAuz+aloX/jl5iyvjEIXGITTxWBPV4idkXdzvDecgc2bCquBN6FxTT0YRwPbH8Y+/Z336WOVoKBwwbKrX/HhDhLGu4Twh0XkoPoxX8cTxtUCSsvZAhhJwmSvJzPq1y3l2Zn3UCBm9QtFzpDmv4RmNh50dYCaH9QMaFzX85kGQovZV4E/OZ68BuDjBzB1BRAvhplwFrlP/Guqw4dVYENx88h5G1whcTPP0IVyBo0pH7FGCL/dehzvzJofljkzU1Z5Rn/2vhck2SJrab01T/IZuuyqFlDhnr33zWm1gM0Xjsy5ZVHojSGlSNFajHdUBz4gy2V8gmhVC9cn4sprSDI9XBMersDsBbAPmfjf+dFgRA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYU8caJiaQsIUIIlLAfam1tpANsOocDKK1pVpQrwu2hhAkCkSzqFiX23t7rVrrvvRat1a9dUHrUu1FqTPirtWigEtdUMQdFVE2Ab0zZw5XtPYpk0faP+bHIWfOvDPzvd/7vTMkaRVvjkmUODk5WWX4Em1ONhrsycbEd0kLaX7fZLUlimrvImzmlFhyp3vV9qrtd9r6vuS23q/aXrW9amNsi65t4x28Ue1dD3NqwtM78uxd0j+EvypjXfA10myPx1vAH0NIW0gIj4k1pY6oN0YZzIJRUozaAUw4C0bFX5mmUVEKwtgxyjAWqtV0HiXLPBr+qmWD8NOoWDBaimGiLZS/MrEWSqcJZcGEUQyTCMIpRuMApt5U872DGbmuC6o3C7RAHVleCKOyqT4ZtVAXVO8sUdocAakZc0t7O0KEltF+aFb5P6p6eyNdF52p3iZMaaOgetsJ31vwLSbtKSnlSibKlRpHZtI6DlIxbWE0JBWTFwsYJmOlLKiYjFXAMLmXwAHTRiFgmNxYkLcDrq9icnBaEWqmI4aAYdIBLSI1kw4EjCOmr2ZzVQHE5nXU9NVsOwX1bzXbnkTNRM3mqrSK1GyuSktCw+aqVN8aNlelYtWwuSrNk4ZJEbUgJkXUgtismCpCw6SIWhCbFQsgJkUoqfY0TIoQQFomRdSCmBQhbJlaR/ZZLZsiBBCbImg9adkUIYDYFEGLUMumCAHEpghauVo2RVBQKJsiaLmHMilCRYswlEkRKloaoS9WRIw92Wj1Iw9sRovRbEgypmCgJa1nsjHFmGqzJrrVHTDRmdy540uE1Wo2mPQ2kzn12cFi3f4/WP+00cZY0rm/0WbRJxkTLPrk5zp74De6JBN+oMOzGS0m0v25Pq74TaTJYjSQyfg7XbLZMGqcyWp8wWhRpgQ7Xlgy+SjDJPrtaFI+lBH61ARrovg3ZAnWLZyL1dqGD9jjpQYsYQ5YXfdMrw5t+IA9X2rAzswBBz8TcFjDByz/o4AVBGG2k86G+sbtwhy3su6BRh3e8HF7vdREuzqq7DDhBNfwASv+4oCFT0fDhdNnwwfc+KUGLHWwlIVdUaNs+IC9G6KUxQ4mWihl5Z+QaJ+GiFvGHLey7n9/yj8h3wENEbcfa9y1n2gJ58yQ505vxGfJwDqz2ZJgStXbjFb6jQ7ZaT+061NtJltahMWiT6PA5jwlFrvBZrcYE/gHw5/eR+pt+hecIkPp1xuqZ5dnJI/Id/2ktXLliG23rCLOef/skHEbJWjq4f571raVIvv8ZpKB8lIQOj1i+NV+bijh52HvHZJ6ovNR4vHubZ+A3pcnNNnUKw9ODgobEWmCsPHBnf/90qUUNGsf67xq3hGQf8l9/rp/lIDpJy/id1LkG3T4KlhdDla1yaj+/OFtUNpn8NSwUyK0oMzl46/evwdyouMVg8LPCONdhll+eKA2Mm5e3GPdozsKbmafWxJ14wNgzQecj35vI27yzIxRrmky7o11PtmRZ4rgvh4bTRfHFMFB4T8cGrtbjPjp8p3RL4l510d2knL+OJrOW6Vc65oy+6WlFeDukB7db5x9CPcc+abnjgdidNL8sfS4/1xYtvjC/M//dRfwwxYXgdHHp+EInkBCQ3brRty2T0o29xtVDbZcvrlwq8c9eBH3HpKzD1zY/tnE7G3rYGnGrzNqjAfhwY5d5h2dcgiWk/B8S2HazfYhsvRsUITC2/T5pBR+ulD3RfJ1N7Sh+9+GboHVcNnf22dN7SDn8KLSH8XJuWPvfHBiblwxqAy5tqld4X3Yy1LpdfPHYnjoq12L5njdgJ23Lrv33YEycLZb2qC120Xc0JzMK02WeXBLxi39tk24FBF2998Rox48AVcBtzp/t3ypGOEgzlVOPgUHTtq0I35KCazISlg/vP8RsAUWLe+aLuPo+s/BwIl65YDiFqgi9sqaryM9EZ2/HEwCmo92TvdGZz61Ri0oU6BIHEXVugvgykGysKZoTIDnpc5zPNHj3PE44kug25u5S64NC0SZzt5NQJQf2lv6etzsrCuAl0mXQMTz0KExqopL2f9Y6crx6VtxBG4WX5/5+p08yC9btRVQPp0RXmxMh5Vy1HRk9INZOWJ0fP0veQOLFNwqEZ4h14fbvYcI5zpYf/9kdHx2S2Rru/jJnO7+wnpLQBgfcCHkaU6pASl49fdjnDgFL5wi8H27wn8uP1ZJdaaTo9hFrWbZ7ztx2q4/xSxqVQD0e3M6Gf3d0YwWBiyhQnD2eDlmqAzw602Romy8mrd3nQZvzVlZEXLtLpx7ZyJm7AmcXVjS4qS5RtBNMaT5uAkzcTYnaBtxTvyrCee+/T9pBztmgfeI3Hd4crxuiry5o0SmNQUAZzejWurKVXXByowRcy0j7ht+HlYMiCqXjKsGRkLQd+7cWD4RFZDXQ0YVpLyI0M3ebz1pVVMBSRWeO30Yzs7CCfGSIZwMUfRnHoiUVWVLD841YPlHHY9KOMxyrG21K2pOCJeLOLIsbaYHR7LRG4jo+tLPQz9ChMEF7STyKc8Gw0jZ3q4B+X2/XJzqfRqURBAhVsLBfj+ecLoo45zxMF1/KgF9STnnPISGKUTJN+CMWYSoc2DP2tU4A4dBIv+6AVZO34yZq4JR7eyNlshOA9t236qjd6/CD38NmKgvUaCRmTbsWBVQF3i7QLvEmwve1cHLfbsrd2Nkp7LFQY258kL9N6fUEtQbTgoKu+4q+JEnlx44JOGdfC+EVb6vZbAYjenmdnrVaDknJWU7U4xceIFWQFsUcappgPqJDK3oSoR9D0qITD0PgBOkrG6JENVPARjblzBWCXjZyGWo41EFdsj9MJ4XWjW8BogAzsOAty+0dRFJOCxqHOEjSH2uAPC0bPDiiDsULc+GbfDwIzNz4Zj0L84lOblzlNdyuAu7bvGi5ohUxfRgL8T7gSYPRmG15Fa0QCSabjMkiGS9zJ4Ld+L0rpS2FvxdgXg5F5QCzb2wnr2U3ohPez9flEfKVybhaB59UKvNlqS5nRVI3vf7BcZpl2H2tsGlGa/5ojgqIMTroutl4JbUOnn8zqZo7mSiUAnCm0a3rwfkQ1LtIs8A1I4ntBkK+fcbzRbmPgDUl/3RwBUbNp5p4Y9onJUg2hczsS8IDQjGDq9QoO4krGM1sB8JW+fDQewK3/7gy+Fsv4aGFoKeZ4of9sloicZPWPOmLjAI8Vt+ROoIq81iTrE+uzc+/enE098ovKBN+T8reWOY", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWAlQE1cYDuEGkRABEVTU2qpVR9gkAlp9i0HqjRq8FYhhgdWQ1U2CYj1GrTr1HKutB463Futdj9pq2WfFCh612lqleF9QL1ARFVC7b98qHumYzQwdO2Nm8rLv3/e99//f//3vZbfxcKZviotMJjN78E1PxkgZrEYqhUAWZO5Bmy0pTs970RYmXYd62ve2d8wmf8MWV23ry+dUV4u/iGXYdL1Rm6ZnUyn6Gf+xMVfc/9DW5b3tP7JpntuEneGFwjoxpuTqHrrXFY0PF1qVDm0u0SyTrrfQBjtBEdJAhNCqHQFJXEnVFdnCw6Wh1A6hNEIbJRUkLEVIQ7XFqDCHUBLXisAotc6N/9HRplT+yHkbJtIRKiIdCkpEaaShogQUQdgbFPYMgyToFssIw9pKWosQflThkkCq56mS5qDKsbjUkpnH4/FqKiGyGMY63J7IROlGSKJDBEU6ACKkrSTWSJQDIEKae1juRJgjIGnuiSUiTYEiSCMFRIQ5DpJWIAQuRZXd7OETTsDYvVXgs0rAqKRgcBWqJO2zuARVdjNXfeKo7N6Oqk8OlbSiEANypPxUjlSS2pGiUDuib7Wkc0OUqtpuNbwkVbXdcngZJK2SMOVqSecTIVIuSRGESLkkRRAi5ZIUocKUa2wrAj1hmeuiGxaKpRhDGpXOA9nMzkYqnTJZzCmuL0+Ie958E202MwaaP+UY02uPa14vJovPHEXp0OB4ysLq06hkVm+08WynTaP5G1p+NYqlFbzhtTGe/EUMzVIGtJgODdAyVjTYYGQMI8fQZsrGpLF0spX3z4ieAGi/Nyd1FyJK1ZuSzSnO/1YQYmZVUTUftw0XX40b9bT2BmyDxbcEHPWKKsNqPmBlTSRactzPz1uxsMJrPu4674TAxd2R0Ih7eM3H7V8TcdsQ0VviFk988XBQvbYR+srwOwMtw7DJtElvocz4ZYIP3/Sx6k0W2pIZzbL6TAxsKFDCWg0WK0slCzeSqvsxeovexoasCcP/cV51jxLc47/IWhrYpXfV4gC4d88ct9Kva0N4a/knrfwDyHZfHpnUhQuGJ5oUPp444im3sNwtcXEPJZnbaTN9fns92LJ80bkFhxSwweDk9hfmBZGxaMCZhrBDVr8VG1vL4V3D0WHd8wLI4hFoZCln9Hy8MnVHMTitvBd9PKUS1DOjq4ec81jvps0nlnMtjigO/binCDTIvwbWhgbCZiu/2HaJdoXpB59+99k9P9IzZHlCiyOuMPVUET/jNS7l4VX9qv6u5IPC05PNsTLYeBubNv/2RYBmP5XqSiZd+61JYaYznNggMjWGruDm+45ru7FjJXhSbr24rE9DuPjcghnTBnvDmFnGosq/g8j1WbmNtrHFXNHs5rd9cvI4wd0bReAWjPqgW3sF5uUPD7h2VAev02tcSIGPo37Q13vX+sxP5fBWm73NfGfVwjwE1YajN80qTJOVcD7ChQ/5Q9WMssLTl8Ckgg6ZA7NPgYHZmmPte/lCcu2FnNrLrnCD6n5/Qna+DEQEwyGNJitgovuv9fr8VQKip1w+tHjvSdDzc5+4rQud4YQtu4dPKqjkkjLiGgaOKAG9q4J4Jj0h5uEoF/uhVb7UIwuMW9dKW//mIy5jdIjPxdbuUMunbfTMZwD77wmHIWIrnaAwLfUQ1L95uW0wWYsUeAlWwOMPdVfWZeVyiSgx7ZRkPOqt9IB9hcS4wY7FBZsqhlaA8uZD5/384D6H7SXgLHJjYRX2o3ljOGeRSTmV5PlAbvSuT27afCYxI64CDNnO8YxeB9jfOnCuG1JiLrfUAyXalbwOeGLm+kI8/jGYCg+v6rz7EQgtM/afsEUGD/LZSvPzhZe8F2yY0ucxYGfOvXovVA5ppnRafnw+WLoEfTaA/dlre5F18jluAi8EFyUMaXOuqdt+P9j5TGlZtwJ/cnnJN790jwiBs7vdcFH7lXKPhLB9SeNYxGA9zMMQfyiUw5NgMnnY2VjnyMYwamdeRs6KCu6k7Lzc0yuQ3HHDvCug8gI3//Z4oEmoBIJcFZVggBDofU69emfEo05OENfRNC4eEVbqB9MQsJ8CNjLcGdypozOJ9XEMCHUVd41D1uICBXT2nBlquHOH+zYJIe+D6fnxfGj+cJ9lQZBL/yrwoNug6ZF/nuMsggDlEIU5OcAJJnTPc++Q9RWH69kLInlF373CKdf9tL/uRyXc3TIErOL2bHUump3tBSe7HJwXPuYZMK1x2ud6UgHlQkJcsN9H3bFcd7hDM19t41c0gUIaW3lCIY0h9cnaOWFLPg56AHqs9+JTexUIZbA1EJJ19Ad+b3kJnEdlp3Mj+SILWzJCCVG5X8iRk9kDDhO52yvA4QP8BpPgCgUco4SjUCGccCJHLh2zbPUaORS28mhTKv/PkUk3v7rnVb+NrX6MtGEj/gF5LTv2", "1:eJztWAlwE1UY7l1qL3rQpk1Dkh6cIu0moS2KeTHlqKIVChTrIMRk264kWUlSINCiCAiWQw6BCih4AMo1yCFThO7vSUHGYbw4PMAqglVmtAOVkaK+93axgHHIRusxY2ayyf77vvf/3/9//3u7q32QH1kRFhQU5O6CD3fzdtZabWcrGGIh5uGc21MRfOXM5OEdpeTM/L/tX2YL+Z2tpMM2Ete0NAb/GcK7HBa7ucriqmS5X/DHx1wl/0HbsP9tf5PNcMVGV4bfFHYH77R1nJFrxWR8Hj3qSsniYnLxDouHs/oJypcHYuhRHwhIpiddMbHl5clD6QNCGeixUC6IumLkoQaIqNyAUDJ95YsofWkE/inlnJV4y7kRpiCQVBQEREpCGeShCimKYfwlJUYmgmToVpQR/dHlyfLFiL4GyALprpRKXoC6wHjpZWdeHC9601FmRXz1g/4wk6SbLysdEqggABAjz5PUI4UBgBh54YlyZ3IDAckLT2oRebKVQAY5ICY3cJC8rmKkVvQ7e+IORzF+LxXiXkUxOjkYsQt1stZZsQV1fmeuY8fR+b2ydOwcOnlNIREKpP10gXSSPpCm0Aeib72sfUOSqt5vNVwlVb3fcrgaJK+TxJTrZW01jJRyWYpgpJTLUgQjpVyWInRiyg2+FUGesNyp5IKHdbG8tYp1YKDLO9jOOlinx10RfvWE4lk0Ppjcbt7K4V2Od173uHbTb5ON8j7MlpLBo1iPy1LF2lwWu49nO3MVhy+YsTfWxXXFhuvGROE/RZyLtRJn9Mxs560Tp3Bu1sdsQzhbNQ7MTm79uYTfzxZJqVRanDZ3RegfdYJUUl1h5xP2EeKfIOwjfTcgXHiNHHM7n3DijQgTDma+mgy2dhrvKxut1FF5nc876Z9VtrQeMgZp1e58wsl/KWEfsrkBYWlzl/YB3XVrXnyQ+HrAzPMuG+e0eFi3+N4gFh9GVFucHs7jNblcFq8I7E5z4aq2eqpdrI1emNBxXmTxWHysvYZc8Xbm2vBYGh7+EuveE3WX2R/T4Yxq49lht0RB3tN9FMs/jEcPvzfv/c8ndIOwMXH9djwTBms3bz02fnIqeufT3bNruqrhtZ7x0bt7xMCFBjJBEqo9svO+C940OD5+ckn3FZHQrnAfTWxNR2MPMW+9ckujceq09Teb14RCLwzb4L1knNJPqz5vvyhEjq8f3m3Bd8LOFvfubpe+NaoOnja+qE6Bnuue2P4FFw6Ot3/eMb01AVkfOT7IeywIiJuG8lBwVy05V2MMRwvubAnTJ7QIrrpFX7WujQSn/tE9KCQcLV53Me/rbaEg1KoKKovahMoijv9+TrsxrXls6p4R3aH+s2Vz55RHi36+UaB9nmWKsDHvCVwQPzPs7TbhjtvPHt/yU4uxz8Cl7z4yLxFw9BnfNp8XdsZM2jL//nD0VFvE+PrDCUDpDA2B7/rjjMyPQW9+0JdNa+4CE04fyfzEGwl03o9jUE3r9nsn7s0EPnEWHNKmQc83Ht9YVpeFlg0Mvnv2Vq2Y3zYVTF3zfFZDuxbpyCcpC4Z9MS1529BkwKjnBr+qRdHZvWYs8HYH7XZX1RJHBoRG1amt92jQ/pErtIuWa8B268mShWVJoIw91W9xkAY11b+2YvGTGbD+HpRkmaWBC3fe93hBigrl0gKeELD32JL+8YBH44xFI5qmgxHQddqAzbcfjYOPoqoy7VMTUBoVQiy8cu/EVVPWtAgV86zjPh3Sbvxg35fJqoNqeCF4X3hisgKSLDgDOSr0Y/WpNQnrTxsrPzrzUN+2c0JcYy5W1nrh8tzznxw15cDClc7EWY+mw7ahhGA2wlkeJlzWwMlT0cteDtECqa7h8yyERTKmdlEWPL8r/+IbtnhoaMcTlGUhqrMUBdAwzGqg+lCko5yImcvNfbVS3eMAgzZNGJWBaN1WK+FDUp5jUfCOgwglEh24K/8J07oEeKmMCDUYCO0yZRoqmm8/c4nTQjINMB7qnaRwCagpctDq0ScVsGH1W5rtrRFAynDuNjXCTYMz1Wr8LBsH8GYE0H5o+MlI4z3aLoi63yPQuqxrMuKmcL5gSoGd04kwzgozSLhcGBL7SQtU9rkKWD0aK6MgB63qonz2geIs2FscE9J3rhpYKmQNotePZcOXB3ChjySLPCZpUAEhrlFCGmlDkxKw8wO9V2nRLhzViUMqmNV/+IabIhKhnDgcpEWHx93VFLlfDVMa16b3V2lhV9PkxrXl6Sivy5aMcpsS5tRgQoZMGOXJXvnLYrXYj2MvGpu/Wb4jZlKbQOet22qcdqD3wKUTe0AF/ShhxAlljYXJQpseG1H8DFJDOjGYNND4emqP0vAcNJI0YHAmiP0bBxrTD9bDtdloYa9zsY3fpwCtj0YLjjG1215tTkV01TY5K/FNIu9wX7vmdbx47Xhi9GFjfgWNDhM1", "1: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", "1: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", "1: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", "1:eJztWHtUVNUaH2AYGJA3oZbQ1TAjEpk35L3ujYOkoZEOy7ypV8eZAzM6M0fnoeK9d62s7GXhq3LlI00wM61QM/Wa7pNppl0V8ZGkokAqKx/xEFARuHufPQgaaznnrOtatVbzxzmzv7N/+3v9vm+fffpOYcfkSSUSiSsYX0axNsbksTF5WiIh4pFWlzvPr2OU4WbtBjLS/yn7A8j8fyPL6ZSNwXk29MB/slin3WjTW4zOfMbajn/drJXzO5cN/1P2B5Wld8j4TnOHnUNZh7lzRJ6NIPMV/FVjIM0qw8najW6ryUdQmjCQkr9qxYDShYFU/FUnFERkilRhKLUYVWqqSiEMpRETPw1VpTHI8M1gdeTjreh+GC3FaIVgdCL0pInJbRqvSClIUTrF+OwQJQK9KX03rwtMmS5Il0KcLgpTpQrSpaQghSCQtzh0IkBKlRiQmgdlsp4pvoDUAknRFSSMFRoxgfAWVJoIkFKYJp0YTd6SUgoCpYvguTJVBGGVChGEVVKWK30OBN3VeEU+x4HuTzzGZ4537jQqtRAMJatKDMNVwhjuBQnjHS0LlRiGq4S1SspwtbCeRxmuFtbzKMPVYspCLazneUE+E6JLLakFMaIDJIgRHSBBjPBWrVoQIzpAwpoKBWmENRVatxoxTUUjiBFKSliNIEYoKWE13TOCnDNdPckDN+NkWJOFsWOgs2CYjbEzDreLfn24cwIIJKNQfMlwuViTFb9asI57Dq0hdxbLLZjOGMjkXMbtNFoYs9No6+aEq7dY8QM91sY4rRFYcM8cOf6TaXUyJqLMEEkQrIdMNtlY07RZVhfTzaJZVrMH22cjZxlr4G8XDeI9yjc6zK68gLti1uUNVOftRA/e7cj7uU1Gel/9lQnxt+u27XU4/cE7HPUg8hwm2G/NXT099cH7Hf1/TXQ3tLmPw7qu3UetuKcRkOojC+tZ1mm2OoxuxkU/C5DIjvYYHW6ruyDD6TQWUGACHwunx+T2OBkz/2By5zjT6DZ205A09Jyruts8hjwiHzaJ1FHk93VgtBsMnn74jbKKa2hl1Npd3/RsBl9+P3P3qodvopSFq28oLl4Bf38t7eQ+ezEIOtx79E/L5VA5a2DfR6//DBqfJU9awKSkHyL3Px0G/fFqsaAFvX3aImHnNoNPJ+eOGbC6Emx6ftqyWSvKULX2YW78X06Al7bBl6v2l6IcGGP89li1d51y1L75n/UlpUFw0NlE2dz3KtGy4Ec+/EdSHaDj6+ivu8a837fwAloUMUe7YUgrGKl7M2MyI+HiD1wAxecOg1fDcr54l6kHx5ddjF9niYRnfpzrynr3IigJuPT2E3YZNE88kxWQFg03zicG3kK22XPWPqWXQunY8IGb42Ng7bwDud98cgYlXQ3bnfqBHKrIb0sY5M1MPoGo3W2oYNwnmkM75dxgv1FYZSUaoAje2OdFGXyr8Of6R8vawf5sYlg1UvOAbag3r+AoKP8bQTaCfQsUOIK3kDtxafvCtgA48uOQrP6eMsCn4XwDOvjt0M+sFU2gzvTfidnfV4IVqjVf6mb7c6MaCg3u4h5w5UuP73ltQDCk8QuCafmZVrYkBs7Zn/T04h8iuORe7x2XW/zgugIsiO4DcRLeLKncgexj//35V1MiII7C7NDEa0B7aPBzRxddRLNwtgdNDOZy+Ynh8CCOQvFzJYjaK+emfu1e0mtvFMRGzXirsBZtT5h3efT2ejRzxiNh5we2oxfNg8/lvNOAXrgyaOeAiCA4MychbuqoEI7PQ80p0N/jj1PZAlYd+vTIibE1aERKe9/Wphtg6UKSSCmn2rspxVFUDkiUVv56DGXOt11qSYriNgx5YfwmEAWzf5Gqo7RtgPdncSgk5khPxkLsde28ETKOD/MzQZBk/42iOBhi6YdTW44si67+CzRGwjXDvmpoPV4FjuSduDQ1uQXhpPe5XNUOkpuWnl3yuh83+UJpv9M3b4L6DDKjAu2qjo0/wARCmr8bYGKb/tbVy03gyfUxpZmnQiEJ19nEQI4vA9s1YCSBk0dysPjc7vAV11HP8sPNBlMgrI0b/vztXqEcTx+mAOCgNBQeC4NV43puOyqRQAzGGbmFaB2eQf1amzznV1wARY/tuP262x8eT2Z6V41rRFt6zMCUlcH39SQwDYDqv4JovlvBkWZD9drlDYD3MzeYy8TWcjvC4VbdjT3mJyPgkvUvjx6xsgekeqSwP64m/XwZXEDoygbDrR/jwP4nHPK8/EgOaR7aQJmkwl8eEgdXbfjs1CRtDJeLtexdLYV8Xa6PhQv2ND4xYUE4R6xaX1cHSLg1FeEwlxC7NJL7/JnKObEp/pCngysBTuMDvg3xcZoQQ+3I7gMXT+ADDPh1ZoTCROz+9eXx9H76MkpYVzM8pV0Oo1/hDn407DtvHTUg0lXWFAVw9SWkwdwGO7e/I6uNa0Ljhw6pKd8o56ZPIh3rJLJs+cW19SEJbJlg39e2OYT78Nd132XrdtA+UVOH5kqx583RHL8rZDjy8ZsZa3fd3VM7v9t2Hj67kSn/B0WPUBE=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmH9UVGUax0dgHH5I8kuwFNMtLSuNuTPDMJa+L4KsWoQxbBlpOg4XmBpm7M6MSdlmWpZUqOuxznpWjx1ddylR1E23Vc/7amoKpiX4gzJEJUAEk+GXIMq+730HQeMc596T59Q5zR935j73/b7P+zz38zx33jtijj0100+hUDj8ySHZbuXNLiufGUst1Py0xeHM7Nd9Fu+05xjpWcIftt+BzecXtpQeWyq5z8YB5EeSXcgxWROyTUIWb+kinz7mSvmN2yb/Yfud2gzdNrHT3KRzot2W0XNGr02h49XiUWekzSpesOeYnBazl6I4aSJOPMbKERmkiTTiUS9VRG3qGGkqrRxXWuZKLU2lk5M/HXOlM/YnX0aLLYs8iu6kiWWaWCkavQw/cXLubZzoiJPkyMA0XgfEQGBfnPfL6yXjDJJ8qeX5YjJNjCRfHBOpJYk8xaGXIeI0ckRaUZRod83xRqSVCEVvkTQqdHIS4SmoOBkiTponvRxPnpLiJIkMMjjnYmQAy6llAMsxyjmvE8GeaqIjr/PAnk+ixmvGe540Gq0UDYNVI4dwjTTCPSJp3LGy0MghXCOtVTLCtdJ6HiNcK63nMcK1cspCK63neUReA9GrlrSSiOgWSSKiWySJCE/VaiUR0S2S1lSYSCetqbC61clpKjpJRHAMWJ0kIjgGrK5vIug+0xFFLzh5gbebs/kcIhRyJ1n5HN7mdLC3Dzd3AEp6FkQO8Q6H3Wwhfy3stts2rYE3J0vLncsb6eA03imYsvkMwWTtY4ebkG0hFxKIN16wDCSG28YEkB+JFoE3U2fGEKqwu+hgs9VufuU1i4PvY9IkS4aLrM9K9zIW5S8nVYkRZZlsGY5M31ty1usfqN7Tie5+2CF3CpueJXgbb38p8fZ+bHsCNtz9gEN/1YCDJQesu6WZx9z9gMN+1YD74OUOAet7tx2t+rYOQMuOTpxgtwsZFpvJyTvY+wCa2WddJpvT4syNFwRTLhMOE3MhuMxOl8BniBdm95wnmpymPjqRjm1wNbcuj6eX6BtNai20VLyal+8G362YcSOh4xzoGnG91VXpBl9szP169Lgm9FXpo/y955vAJ13L/3pt3CEUFgEOntENgPjF4fGN5jMosaPhEjZcQAtM3F9iHgmGh38CG85OUGL/TUPTM544BfKKzl1cta0KRL6c3JRvLEMDg+jMh8ELS+JOHsg5j4Yft89SHc0FjxSEf5t4+gw68tZk9Ga0Cv74YP+3VyW0o89mp6U+tO5LtCb0n3v2RlUChfjpBItx8aeTdrSCkXTYB1WoX/I7wSlbFJAMXlp0rgYoDyxTv1YYDocEV45Zvu40euJsykef2KrQyefqH9/1UAQcs23Nz/866IcrVr73bnppGWhfl7W9bnsk7CxoPJ48pw293/zDqbcdB5GBrFK7sAUotaGxT+7pQjbtwp3QR4lnnknynR+0H20MTBrpWhQMJ/1ZaB94UQG3jKxavPabFiBO/1QH2kuX2VSIjsx86pBqfBMSh+1sQGI6nG0oIO9+8+X0OpA86MOpde/4YjauGU19Y/HjT2+sRgvcRdNeuc8XX06fOKG2vAXVY8MDU3eFwWX7Wh6esawTvBdZfrTN2I72XIiIPjwyAr4e+/mE54eE41VlAdl/sjaDD6w11wq2DoMs7huoOG3vvzc804rGLl93VV3dgqiXwKQA/KB4g4vRt9tfaPny+0aA69c++VhZLbs/z6jw+elRO79TdIH1fxvXL9lPhSdP6xzseD4QTy/m9m8dWw+ar5fNv7hRCWfmHLix7Q0f6Fo52O+5e9zoh7zrfFtGIGR5aARivkj+MtuqTJ+erPfw0IKukGzpl15CO5roRKH46PvHKyqDShCZZMy26Eg4Qwy4BixJL919IcKNCGwF4SFRsObDhxuCJwTjEjr99Vog5m3UUBgy3fCfQ/Na0Wr/IWtfGl2CxPUvVMAT8y+OUvuXgTfFQK+BiccyT9TUKTDj+SrYMHd84Kn11YhGW7FIBWfPSxkW+XI5uOT4YtC1ksto98fLB74eGwB3O2mAA7CQl1/lvr8WHFdU+ATk/YTIJEdmltwDTRTbpf5QXP+aUhD69f/++9GSMEjp+OxYJ5hLqL/3WTdIc9LM++A6PwrYJUBXt2noZVQ+izo+j/6xf3iRUOuL90WNMirXNwKRm+YgXPzVRFK6bkSoIcoriBTPleapKhxuohXrg30pWGMHwUz6qfaDnx87QQjoQvupTB0Ci4TsFQ2dCpjf/0rk5Gm1SMRcHwKD6O1Z3QpKSfZXjvbF94mJIXUx2HEqjIvEjN92sKnw9Kx5y0JhbfmmjhmFEZjl5SwQ598aCmk3KCgNxX/fRS50KKCGUGJbPAJy1ZtJhXQiiumLW5vZfZ8SDRkXLagkhCQq2IdxtTkaniXLKFikwiRZ3w9ZcBWxfPniPakfj8h3BWDGy0lPvtzo0cGUfCVOEi/UgHEPECK2qPDmHXPeKh9/FenFgBS4geK9uhmtIF1t7tFwnDplzcJR+yqB+FSIt2WRv2T2HMetPbXnhW3PrrMPG/d/b9Blcg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtYlMUe3oXdZQW5SmgaHjXjlJeAvQkebQYhDt4yxWvqo+vyAYsLK3tRwXtmknUMNeXYMS+ZoankpTKTmNHUc7RHRcK7FhEIGOaCXAQBz8w3S6H5B8N5Os95zuM/s8zvm3d+M+/vnXe+j96zzOPiZRKJxKokzWizSTDYTUI8oBEaHmW02uKlrb0Imzk5lvYin8T+r2Nj/odiMU9iT2L/tVhEa0x0PpfW3jBzStxvPfpsOB0fKrbaWGqeERZzst5mNLQTNIgPpBJbXUdAYXwgtdhqYhWkjTWmJJDroH0QThoYKJwPpOkIDZrhNBYawofSMpSahwgdw3CRN4hhQvlWx1AqHU+mMJZJxZeJoVSDeDKFd2hPDKUKa28mVlXuTbWBqcK5coWKP+oQLpCKgUK5QGr2o+UCOXXebk2wFP8BqN2aYCnYD195GUjFR0Q45+EQR4dw6lwcHdoByapUHdCeSt0B7ak0nNpj15OIUfFgnBpvt1e20bi63WbZFtSRg6Hm07gTxKdxdjDUfBpnXq7m8yIG0vB5kRPE50XsAtC0WxBtQXyKcIL4FMEOu6YjDqHhU4QTxOcQzFY0fA7hBPE5BANp+RyCnXYtlyJaQVyKaAVxKcJplVouRbSCuBTRCuK7M5gbafkU4QTxKcIJ4lMEszBdR+4MHZ8inCA+RTCz1D1eEePsJsHalT6wCRbBbEgUkgnQkvaySUgWUmzWhyeMl9OeB2kirFazwUheAs0pD08W6/7rZOPT5gixdPB4wWbRJwpxFr3pkcGdyR+RiUbyIJJkEyxGbxJ4ZEwn8keU0SIYaLJYH4ow2+lgg8lsmD3PaBUeM2m0Mc5O1mei35xGz99P6ibuKEGfEmeNd/0dZ60vUc4rI+yP37fPH7FvL+59a9veECrtIzqhxaETR5rNljhjit4mWNnXPSV4rF2fYjPa0iIsFn0aA/YUKbHYDTa7RYgTH8z8rR+lt+kfo1cd+2JVP7w8gT6i/y+l0VvrD3RO3dMIglO2S3Pl99GG3qvtqT1a0JYzn5y7MLEZ9cwuj3nxQROYte2i5k5YLejTXGcv2nQU+edHXXbUfIVOlYKPfsirRw1bEw7eslagjJprl5ZZfwG5tnXdZBNvoup9r85+f14VuFCW1L8uqxRtPLIh0zu9Cu2zJK65vfAuShIHlgO/5fj0tpdLwOTwz/41N88B+tBleErx281CfYleiScc3fnRK1CCz/e51rA4SQnpqC3dy8C1VXRAGToXTzMUo367uuRHTZZjt7NPj73aw4E238k+OfKQFLbQabbVoOj36hQz/n4c5VyeMXdMzwa05P7gOWczPLBm6SH4enEDGv7B0qBjCnf46XMlyzefKUbvjLgl0/g2g16GX14b9lI++qb2+WnvHjsBRk55M+ziCQc6/DeFIyCmGLF+LQhLiDKaHfXg0vY5Q90vVaP0HQMin/m5FiwUiTgHKnH4syMWlCHHilPjj+6UQopK1ijggML3bwZm16D4DMP06yelMJWgt8/Zi/DUXhFVhiakmjew959s7tBrzKfvCRk14MiXJPFFX2wWJ/LAX83uRErQhKojCBPZXWCpnhTMLIWVY7/sueJnJR6xYHnwqI/L0RrvdN3uPBmev+nDZw83lYHj+18klVdCW9+sB5mL5Zi29wdfd9axFh1cQBbevyteGoMWBYYpsXLoPyZs2e0HRRn4tqD1hZ0S+5iKwH5UuXnIgCIwszSfVEgBmY4agbitciUWaR/lhbd2D77RVyHHNaaJi3J0PnDQWxEEUgdmkmoEJD1ARXlem9Qffobqsm6sW7lCiVmditGBD0ghv3WFRGSfP7VAhuNpOS+Wo73G71NXeUnwpMrgI38e44fZfE3oZg4p4Pe+UKS/uBo17aoqGF0sg1O/y/3JP1CKd54cSYY2oJPXP39j4atSPHXYS+VXyDlYGXDlbP13LrCHZ9HAzF5ucOKW3XsvzyhAokwKcpy6aQQS8zLZiXcrgMjP7KuAkLHj66Mt6Cddd1KyUnSKyjNYAu+ujiXUViPGfx1aHEgVUgqyMmkhasAPRR7rdr0uxXrVhJB+u+6Auak0sxJmhtKCFyJWJxlcte/HCnJU4Zm/vHJ+zbRGlJ32zxcGr20A1kt+pOQyKO4j/wFamT3ptCpKCS/Qssy/BXx1Q74et6EFXe2xkKTwhjE/pvvn/PUCaimcXxG0X46RSLcCfuwe/ZzdpRK9cNszL2RjHVoWdOzN7EnesCIoVLnnmWagExP7436D1367JMMHD6S06k4DcTq9HybJ0nfs6YxlZe88f9uzAbD9+OFDs5ZcGZrmiolZjJiicMUiX7sD4MZ+3dYXviWHlOat9xwsX9ZTkLJ2o+89cIDKMvcuO4/RvrCwv/B08WQ3KO7X2we75Mr9/EEBChUncsOinzQpMatXOSqe3PXQeck9VE9lukOJ8w9OqT18lZwjuqx1bljU00jCN5Xd6E7w+DCipCpPzPyqHohyT3Bx8uKC2XoqgKiLrd6QuoJuiBSn7nn7WqLEgboFxcq3r21Cov7TuuMS/0BijSVOf6pDb3iSg1vaFTP/uYmo+wFtAaLL6ZIfgOfRjU9XYlbnALh2WktkY7ILpqKcdtsLJxGZr+7rBxm/dxGruxLHTb8e7TrfGzJfkWPRhpLz0aKcLwjzpYCdYw8oXoERKQnkhcSc/OiriPShm0P8pH5MTPVvDfrQ7g==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYVEcWhaabxWZpEMEETcQYlygGeqFd4lelKGoUNzQuMdEWGmgFWnvRmCETjTqo4xaX0WhiNEpc4oI6osalCpeoGI2KxoWIiIiioARRlgim6tVjQMPMdPVI5o/8eF+/qjp165577r2vXxM4zjgkRurg4GB2JZcIY7w+yhqvj4mgI3S4v8FsiXGsuetuMSZE0ruwl2Mvx/7N2MAXPNbn5djLsZdj/+exQTVjQkeQ1Nz1MCZG197Rub50fYhwVUY6k2tPo3UcaSm2QVQCJNKQGGsDRClc1XwQOhYSyoNRMUwwD0bNMFxn0wjXTnwQwUwIDyZUuGr5IPzeaO1guhPDcJ2tM8Mo7cBobMWw+HNyXRdk8+mYCU7qmAlO7oTVKnuIUNlvScnnE8sipc0pwZxhoM5cIFHhfJZEiXNZUgbbQYSSKULJRblSaQ9IjJPNqV4XxCUjpdoeIjT2+MSCq7K5gDMTDMRVWlmYVFy1iHGn4mp8IoarHjO6VTbHqA6Gq4azCKm4ariI4Wp9YlBtTr5ajJqrkzMdqLl0IGK4dMB6n5pLByKGSwes96m5dCBi+Io3K3RqvjbBMkjNV4dZoVPzVXyWQxquoiA2JA3fMwBTt4bvGYCFVmOzHOqCuIp3DYjvGYApQsOnCBHEpwgRxKUIsclq7OnMoXxtQgRxKUJs56FciqgBcSmiBsTXzlk+hfK1cxHE185FkD2PKKF8ihBBfIpg6a7lU4QI4lMEqxFaPkWIID5FsHTX8imCJaGWSxEqlhpaLkWomGC19StiiDVeb/anExa9SW+MitMnEKBpaq94fYI+0WKOcau7YYyM3snJpbvZbIwy6CwGY+Kzm0U2+tdmQ6dO1EfSxUP1FpMuTh9t0sU/t9idfAiLM5CJMGJNbzJQ9HNr6Al6Gkz6KGpMuAuLN0ZNmGIw6+vZLdwQbSUHi6cvWgxOf9zNRXAlVpcYbY5x+gNZNV8Uxf6nbXiH5f/NYQVFGK10cZStfsu4/Q6u+6VN3anh/XZvCL/d7PVbfLzs3PB+e7xQgXtxO6yt+wVOE9zwDns2RKClPH7Xfk8RS7UmpOHdricy/0Oc+YWtqttmNMqGd1jREHGW8MZZ+0wZ/xPqmPcLjbMrd5yVz7xB/BMK2KsNEed6quJ/9rvmpZ/4PiX4uScamn104zCj0RRtSNRZ9Gb2Gww1NNiqS7QYLFO7m0y6qQz4mkCJyRplsZr00cLE2Nr7njqLrp4nK62WvTp69nh6OkV/7aej6yd2a3Rp3VOw8PCjtqMXZoBBT5qaL/lUo50dE9c5viOBv526f/JIjxLQ5vDfNgzPuI+29b7xse+2W+DsrpGP9l3NQRlHemw1ZFcj3dAhbdbM8YDH23VZfOrTSrCki2PETI97aMRGzemuA0rQ5IGv+Y2PKAXK/G1v5s0oBiuuLUmedbURfOPdv8x4u38lmJzzpXfKwUrw9XdbL4+ZXA1mJVELJcBz4Pal+tllQHZsYciUoCo0e9aozAM3LWhhXsnr543lILanwVg8qwz9cmm6OXypFMdevD2+/eMHqN0pxfHv9x5Ed8jd8mtZ6FiLVFPc5zfRuZZZFX8dfxRNCvDICVpUDFRHdxBP01HzTnSncqRTDgt+a1MxmnM+O0e+pAB10L+SO8LfBS9wLvbrc9YRx31elAQ0hWCd4wGZj683zJ40d0FeyUOQMTR94/oBOWBKUODrpYUyHEP/8l1x+JtWyUrXS2h/Gy/57m9Lge/ZnpeLSyvAhqmUqf2AzUvxnStbKkcnFKCqx1bCxBXAzlsC+p1w6bZqmBvccKdPx6eBW0E2oW1Upgcmzs13Lp4M9m53uj2v7UGU3pkw6eSNu048M/t8dhkiZD9ckOkMH5ykAfLEh9L9W0fOaoHzwfrrhxYoIPPDFf9Iw1vUFEf/+EG/E8lNoEBnXw/sTQ2E++D5bYs8DqU6QzD8/R0o3gcnlaQOmrDSE7N4VIMzm3+6+N4WBb7oFtcyvtwfp3QIa3Yv1xW6VayJ3XVXge/lhr6KsyR4dmkWiVAFoOrpfcMNH++nndN9bAAee+ssiYgXJOQQRvxg1twqfVleFSDiIp9uASnxrmi+Jxb0c9oFf32aGixFjEdfPIzSDquQCwnPoCf5wHVLs1HRXZ+ifYQdvxMBOFE9bQ+UyKEQnzMySLwJ/uKtvYjxJMVk8fWB8/eI+kpHnkE7v3rQxhkfJnTJ1hWCfnelau/QCrTxB3pgRyzodpQ3LMvTrf1ZXQroqsVdKhGx8lnucQ/47aqjLVJLZHDHjYJlO90fIIGfwmokyH71U3DgH4u8Pg69DZY0lb7nGZSHWPyfABb3arDSNWD1h+3k8EJ7IrzLMvhLuNNH8lZV4NTaXmkPqzzgF/vpBg8BlVn8z1K46655d5PfqsBX01qTDN0DjmRSYDnY/Ov5iHGKR8ASvvSx85gKkEplkiCByy7QQP2K5r1LHctD4xQjOv+zjwOkVk8tkuL0DGroHGA8SCDT2WO05e9ZcQ5GZ+wyZkX/JvMccLwQ4FwURMMdKupo6w1EigmpKFmAsuIYUYxSBsDGuiNHAGV5eWIuYnleAbp1uLAyv3kxSptJE/0pEnTyfi6iqi9K+g1dJ9m3SeKIBV3PkOLoDygTFSwead7wy2/e2Pck+SgQ9HoyB5xYQYmR4T60gC1XYJLca8pD0pAgQ/M1MJAeI1MOqy98VNA65C4oo3SnFIB2giDkULD3WRG6eZxspHCE22m4TrtDgZ8TZ4CDcbr02E8KfOVMWeTNlBuI5WMRakkD10yOGe/3wclbNMGykWDuO28syLrLYbBbW344enM+ENL5ui8+YKEKqECBgsONRJ7leMbgviSUVchKpxe4Q3dJ+2S/kQrcjCUSYrqSQUGvW71wsyRSsSYG4h8SqNDdIKvTrnjw1YAk3flAvKkxSZRUH1hOTr1K2hj7zMAZa0kd6EtOX5XmA4V0LpPikf57zjlk+2Ii6gedejWBKQdJwciUYKFMfBiABd1V+kOWV164KpkkdHpTTKpC4eoD/vBaK+fpy8JkuLepwqtgig/Th8oJbhyeoTy6wx1/Q+Xrq8Aykk3vdPOEQt3a6INp95n4iTdePLo6rLKoCAh5Nt0Pf7ItbdynVzzFfJfA7yeQDTf4YmE+3R8PL3x7f5uF7rDdaNq5vPFSWhafvIKbNCcRaOUIBfnN9IeTBAMVgOm2HAh8pbrjjlQe+XJMivuec9McsMD3gKaY5XE1EtpA44eAdo8lyY+RoL/y5nhuKg2AFxQeKbonxpotJmOC+dneW/vPFLW/EtUzpvwdfx6TUg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndcVMcWXnfpKCLVQjW2aFTYworRzCD2p0FFsT9dYZHVhY1bRIxGjRpjbCm28HgiQVPVJxpSjTM2FFssIHYFUUSQIAjYzcydywMN7z2Gn/j+cf+4v525883MOec735l7d/2nGEZEW0kkEpMduQw16LWRFr02eijtod1DdCZzdJPqVojZEBtOW6Gv+l71/Ye+sBfcN/BV36u+V33/575h1X1CRZBWt/oY4qJqWvTeIDo+ULjKw23Ita/BMoWUlPpBFAIkXBc3tR4QuXBV8kFoX2AQD0bBMAE8GCXDcO1NJVx78EGEZQJ5MEHCVc0H4bdG3QBP92AYrr0FM4y8ARhVfTEs/py+rg2q9+7YEpyuY0tw+k4YrWiIIxQNX0nOZxPLInm9U4IZw0DBXCCR4XwriRTnWkke0ABHyBkj5Fwul8sbAhLjVO9Urw3iopFc2RBHqBpiEwuuot4CzpZgIC5pZWFScGkR852Cq/CJGC49Zu5W1DtGtTBcGs4ipODScBHDVfrEoNY7+WowSq5Kznig5OKBiOHiAat9Si4eiBguHrDap+TigYjhE28mdEq+MsEySMmnw0zolHyKz3JIxSUKYkFS8Z0BGLtVfGcAFlpVvelQG8Ql3tUgvjMAY4SKjxEiiI8RIoiLEWKRVTWkMgfxlQkRxMUIsZwHcTGiGsTFiGoQXzln+RTEV85FEF85F0ENOaIE8TFCBPExgqW7mo8RIoiPEUwj1HyMEEF8jGDpruZjBEtCNRcjFCw11FyMUDDCqutmxAiLXmvypDfMWqPWEBmjjSVAY0I/vTZWG2c2RdvXnjDamrYcySXEZDJE6jRmnSHu2cnCHf492ciEd7ThdPBIrdmoidFGGTX65wY3JV9CY3TkRihZTWvUUfRzY+gO+uqM2ki6mNAK1Rsip8frTNo6Zuuvi7KQjenpixad7K+z2QqmTNXERZmiZX9xVvWDolj/1I1vsOMLNdia2+CA2k9ryh6Nb3DTF2qwfUMNFg+UwY1vcLP/ZbAzRRgsdHBkfe1uzm23uvaTmyqg8e12agy7rXjsrnlAETVaFdj4ZtcRmZfKb0Xt+qKSN77Bzo0RZylvnNXP6PdL0LEWLzTOdtxxlj/z6vAl6FjrxohzHeL43+2uftsnvkgJeO4oQ7OPThxqMBijdHEas9bEfnyhCw23aOLMOnNCiNGoSWBAH8ElRkuk2WLURgk3Jte0+2rMmjqOVGo1e2f07Pa09Bb9mZ/2hv1rtfbDyNto/Old19y8JXCs548nJZeLkfKL79X39maBtvpZszdvkcBs+xjytRK5uIGMi+mVKOrNK2Er1hWD3Nlu2wbkfouGlq8MN7e7DoL7DTDeb24PZ2xZdiFmvgwve6ytytdUgrkndo6t+Hkv6Nzz0yPzBlaCLks8zh2Pl8Dxfd66eW5LBej28cZ7gTeaYh+PaWSqh2BO2fZh0xNzwIiOG5duz5Xho/MGornepaBy3aXPliwuRddPtL1w/z0pzLwONl3ZLcXXDq7/da2zBH/eueWaLPtiEOHUdcc//8hF7t50RA7aZf6spVVEBnrq/7jScrUEjBQmTkP3N07decuUjqYnxid98dptJB8V0Pkb13toT/Brg99dWAgKvL+6ObBbKZoZRndmjVt2CLdOdbGFeWOoo0pBqFdRXlCiDAZ/f2jmbl8nPLWvzlC6WIpjPrk9B6Tb4qMlmfv6bJWw+8mVwJTjUhbyeym4TKwYd/oOukG373QVtV1pmdGmWQVyXz74lpVSCks9Bg57tN4aji7u/mvH5o9A4uf0cw0p9qd1i0stF8cfQsv0BQ+/mWEHKwaP/aDHmWwQBl01+8KdMYtDBTiwKjC+a4oUvz5h1d6KGB98JoJMWOANBX+cscGCG1LcsIR+5nvDA37bjWTv6P084tAzrnjtjqYzthxxhb9HZxdM65KHWuPxfiEz3DCLpyMcIJvl2K7TPSQxLLA60LwVLvc9ZZhk6wGbXe1KIpqC9PbUw05YcG+wDXySNauwQ+BjRLd5uqgljkttssvaxQv6+97VR8ytAszvjvC3EWv9V6a74ABivWO6I47+MHLixQxrnEZYEe9lC1esi3NZiMsAjarTVkf87WQaUUcotLvmI3O7dU8/3u2JT2QTgx/6QLrtO5EP0N4Pvhp9WG4DYwRil6HZm98gIaxCm3/b49kh/C6I353cuvulEiDYsUSGZfYf+UaW5IN094dHSjJzUHuLNNGuTQZa/vN0YpkT9KPmHrfCJCkWzTlRBdpQw/2coJBOmRK8oxu18A/QR3DgHUDZ/mDCI3CS0veWDLai291xDBBjDqf0qwIdA+22eI2zg4QkBPAI0OyavdoRH534t0O2vZvAw4RNusuFYHwaKt7QywU/XnL3Qs6CIpD6ac8mQxcdQ3mFa0jEbHAn4rUvE6zgib5nS+8OzkY+lMZPpZiGaVXgfdDeZsGa0GVP0KZ3ejvkpD4Fx958++QnEypA6+Hn28zR3BLj5gDTcsmEy+2wQviUI7ZuKRDy74kVJixtaRpthUft+XrT2zCV8eNOAfplUFNplyU3kVlwXBn67q3RBFoFRH+g+T9CQrGziESZEDkb0egcvSTFAm0CzwOpIBDlKHLeud4JY6zwLBqopOZQStjiBn4AN7a1z1/oI4HDKBH2OeOI5O+2nr0ixeeJd2OtnXGSggrYQ7Dt7KSZYRscYaf3aMRKwUiBGOdRwfJOt5vtlkEBN0kKi0x0o6dAn8nEsvF2sBhTIsqgRSBUJYolaXZnhBQz/55FHpQOoXaQqk1M21JEnH3w9Z43QVAvwtwUK7ivohPJuCIkpGHhQTSBGjjEWeRdKTj4y08rbLa74q8JG/enlYOsLtpWeWNykXBb3wJ7j6MKWwACBUErBEzH7HHSfpqgRYDpyn2U3OuNrMQMP7zzXSKYRV7Qd3HR8J82yLAg04t8MBGjzJH+/nA9TZfBDljQW70vFtoOXpCqT5LCCpOk6z7kS2d8JKXfD+W9veCgbkQpZ9phwf6Vbiz/bvhBWh2kS51wyRyg+vtsd/zgvWlEStpAys5/jEpG+YT115ELvpizwNTfzQMyfX2AbGjhSHLGG0l2tevvBuVCADPAEPXSkMmbPTFVzcwsByjQT16FhDy56I6VLahHbSFlk8dYGe5KhcKjNRa2e9gVvm/qv7rSplCMhxembB/b3x1OcR5DJPcB+GhlfpnvKVvIeOHBeFzujIXt+tpiIx2QLIXCvBGPgO3xVsPPX3DGa0OpsjpAsZ6gEEEQPbEwbKI/FI4UIXFTTWajIdb0bO2t+RdFzc9DdfTJ/wQll3J+", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUU0ceDgEiSKKCKA/FilqxWoTc3PByjxMIKlhdH7G4rdYawgUiIbfmsYoV267r7nYV1+rx2a7V9dBqW1HZWq0iM33SZY+vKq7WqkBBfECNgOAL3Dt3YkHLWTI5cs6envLHvZnfnW/m9/i+31xueDo/M9NLIpFYfYTLVN7EGewmLjMWW7B5itFqy/R4OEq08bk6PNL+avu/t037hdhSfrX9gmzxD21iZ5E+HCXx5oyOEX6WiucrxSurw80p0cLn6m1Gg4ugWDoQI17V7oDi6UAq8RrjDohyJzYV25RKOpSaoKLpUDFuoWIJinELpdLJhJvOaM4STqzuMHFu5SLOLf+cKJbGv3gRwyhdxZBsE5DLG5EUEJCaCsQQUAwVSEVu8W6AGEYEJfP2dFdATqbTxURAjMs0IluQG10iCIiJpQI5FeUOiImjAjn15A6IoSsuUQYT7Q6Irk7u6IkhelJRuccQPalc3okcUSKGocEQCaqouh4Rk4qqExFZqFzWUseZoXJZFR0nhoqO307n6Kjq9I6OqsQ9lo6qRBQsXRcn/GZdJkMnfrPuiIKlOi+comCpeutDEFWbdCqJpWIEQxjBUjGCIYxgqRjBEEao6boDYYSarg8RRqipGMGQ4qqpGKEidVJTMUJF6qTumhEz7SbOGoQf2DgLxxuyuVwBaMmbYOJyObPNminrvGCmNx75CZdEq5U3GIX3K9786GK63j8tNivvFU6HJ8/ibBZ9Npdh0ZsemywXfmizjcIDrbAbZzH2EQyPzfEVfiQbLZwBbyaOtCbekLPIaOW6WG2iMcMuOGbC/8QYfX6+Wi8xlCy9OcOa6flzzTnPfmcnjuv5gPs+0YC7SF83Acd0Jr4qvucD7tddwHiClrfjyQZX4+4ii93EHdtZu2x0z8ft/0QL3UUWuwk4rnPfYZU9H3DAEw24i/T974Cdh5pTyizT8wEP6Alm+1IXOr5z22djH+v1WCl4YS3PWzKMZr2Ns5IvPwrhMsOuN9uMtrxEi0WfR4BDxJRY7Aab3cJliA/md4yT9TZ9F2eOWk3eZx91j8OP8LdqbF1U+m5oVFh/NOO7QUv1TCFccX3GwSHevqjwyGdBI3W1MC2/6JP01zYDmB8Wl+U1GE2JfTNxPidB7VxrjX57GzxRkVYf9WoImrMP1m+9H4CGtbXYK9+phQ2K0ujNo9th6tgH4W0tF0DS8cyKugW10D/mN0dmpoWizL8YXvp+YgMs/yJpt3GeFxq22r5w0NEgdCL5rKO5XI6iR+/qfyL5e+BVt2pUQ4ECTRDMk89J0f1g638CGitgOfPlvrHm+3Dot/zLvY61Q8tfV9c0PlUN/1BdtunwhkFoQYltXbDXGUD2eQCTxl8591FCMHr7ctj7V1LkSIgm2chfg0fH/fbkW3Ob4NLGvdNzQj1R/Mff/L703W9Bc9vpxVdH+qDYUDRnaKIC+U182i7dchNkCKt53u6PJr+6PGrKew4oLfEOCASV0LHiX7M+2+mAO9XiivCf8oUfrTzfDAXnQmZ810bi3nALzDlV8kNg2C341rJ7Ca8ca4RiXC/cBzXLtx794Ph+gNOgqKyDhc9qB1+vrgE4fEXpFXAox/fOtqwdYMTGB2uWHe6HDu7xFB5VgC9OjeFCqoORuHy4A/y4FKjnHfLQLJjatFpnOwuGGn58MWm8L1pS9kzC2n+XgVMXK/3WGcOQMHgtBfRGO79+TqioVOPNCh7mByLZG+u1K01V8HLR04JLV0GIV1qfyOI6mL79DHsjrhX87fNbo+b29UZieTYNRDEfjp89RylH8w6lyqVjWmHKdFyhdFA81rzDo6QJrj/tmz3MdAXkjGnZeGGdHJViWnlfggLZno8e7Y2mF2w0B3hKkEiPD6WaZ4VofhfUBv32v5dXtkuCbsRNmGTJ66Xpr8eRGuELQQdOSi4WA9HfI8XweUyU6TLNqvPZEv6Nm0Dk00UFWiImsBLuWJvgMbVmKIrY9ubeqqsDkaIycs222/sA98H8WTMjFGjt3Hbt3YYqeHLY+TvLFjjA318f+fmf3g9Dz13zEnbwQbgakWukiA9YjsrDQ9BenPbdA9EmMzY4YDumibIV5mxZ9M4/hrcC7J3UtxyOuzStYGNRKHp505QBqyY7IFaBfb4cJa801d17ZiBa2YYF1Aw3FGOiOGD8ma9y2dcPQI+pf1RM2/MxIPyvh+FPNZvS2mQoVXTsFrgklG+XVOLUx2mIWdh7okSDywnza0HCcMzMu1AMb9sFUIfpPvY4IHq+AZLvNlxH8YFokudivxGj6oF0i8+grfNCUSSmW4s/KsB0i66Fi4VoPl0ahES/KxtBStWSwKJJMs2dvlcP7PGsgl/iNC9sB4siBQ/rPTSi7P0dQKxTrQwNx+ksaQTYy7OOIejCCMysJmAXVJnWR45eyv2qvXjcADQYE2GvP8Ls+POKe7BoEt7oOIg+HNHXb38LjBCqMbu8EVRgGh30R9jNmNBqKBH/fNC5Y626HwpvQnHZ3VKN2G7sTVAsX4kMRWEarvDWYPnfnVsFyw4dLJA5rgExr/lfg+23lZeLChUa5ebRwetPN4NVkzEyAPVbgpn9NpxdH3U4gg9H4hGSaM4SXsr5XOujvbbjk33Hp4oubMx/AU0bzF0=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmGtAVMcVx3d5v5dnRCAoihi0KLvL8jJxBkGNaZTKotZYo8tykTXLLu5DQY01KWqibarGR3xEjRhpjYnW+AyWO000llorsSIiilaEiKgRyqNEWTJz51Ij2oTZfOgX98N9nDv/mTNzfufMvRuRZczIcZJIJGY3fJho1HNaq57LGU0sxPyyzmzJkfbcpViMeWpyl/rU9tSGL9L/T7YXn9qe2n6yDfTYhCrn0HM3xmjIfnhHnk0g7eXCUaEmhTLFZMzTWHTaPopUbCKFcExkEyntFyWxieImEJs81i6VnE2lssdBFR0qTu2CT2qdYQ7e0X5ME2/XpEQVIxSiKoHFvwS7li/BLv+oSsG0folUk8iiSaKapL5qaISEk1LBJJJTUSyTSEFFciaRkp7oOqQZrVl9EYm5oWISqRgpElqL6CUxjURFChXTSCJECUwjiRSxxUkUxTOJRPbYgiuKmNhTKO0AVhFnx5wUKkYR3aAE75QsGjExmOqDuAp9ZujhlqFkC6w4EFtaiKI+V6/vZa2SrXzRGMWxEU4TMI4JVgUtlHFs3ImiPuPwfVGfeaCZR0VMRaVHxJYWooiJCAVlPI6JiB4RExGiSMVEhFhUVGxEiCJ7ypeKjQiaGio2IkQRGxE0n1T2FEoVGxE0CVVsRNC9ScVGBN1m4pmIUNIkjGciQklTI/7JRGRY9Zy5H3lg4UycUZvL5WGhqXCsnsvjDBbzox3mOJM7T3xIMZuNWh1+0zQaHu1M7fHfzjIL8zk1aZzJWUyaXC7bpNH3auyFL1JzdfhBKh6NM+lCsKFXG3d8kaYzcVoymNqXKIxW0lirN2pfW6Azc0/odJwu24r905MvQZ3/4526CjOaozFkm3Mc/xemPQwl0n/PmOZNbukb0aNx6dX2x94Wf8Dtx/fSnrfFXiIStKkavZUTvhDS8/ONZp2lNwMyCf1sTjUaTdk6g8bCmen3tDc+TLZqDBadpTDFZNIUUmG4MAWTVWuxmrhs4cHsh/dpGovmCdOKp1+9ykeXnCOPyL+RxGp9N9hpqk8TXz1rfnr4M66oqjj/BY+EobCk8FR08tpmfrFGMSV2mBM6MMJQLL0cDVXfJI4db/JElQWNUfK3pOheyZc/Tyh/Dv567nHLu+95wg/mfHrLfMgTzbw8zrHAMwS++tkEL4fhNn5W9GnfU8muiDwNmjEELj0C37x+6h742fnNDc+WuKNdeNgqbQg88pWk1uFtB+iTvm8d5yZF18p8tiqzAmBdfAiaMdAR9av+R4daK0XLmiYfDf9wGATTZvyJ17ujzh1kYCe0omTa3xSRURA7/ceACiks8sYd1Xuj8nqw6+qSMBhYkXbxXqsnzHlLi110Ro0vjuiOeD0I7nlz8oT3lzaD5taXpi9PdEQjr0S6vFEZBLcqdx5MSPSDe5rPTczybQFfZO+ZnXkuCN5GSYNfWtTJF207s+fsFA9UO2/lOzfWDoInfy9fEBNRw5fFbhoWvN4N5a65sxhMiYBYlTF0xxUwoFU/9fVPmkEbGeaCMzxctLji0+ln+N1bTgzc3+KJajqXzD3eGgY75Q2fDLkhgwEtKWdzKusAcWe9ox+c6hNz4P1vqniZ4NhN8Mukg3+dX3YffL6cTDwQDt3x9v5/NVaDk7YDi1r2u0PBv8ouvuOG5oMLcU0g8tiDFa01NnBz7vD2jVeKwdkOdd2HWyqA7TwJ6EWwqXTDatlCCRxv6pQ1HumH6olMNhBS/xygtNbBfeWAVn778yRyXjDpwsm8uKXdgPbfDGbaUr+90+QML4UScpygwIlbBWi6TgIog/3NVf4tKS08iWaK3BedGPOxrnZeCIy+410W298Z/eUPuybBgC4+DfeCkmLg5k34V+2LitcmSycWOaEIsoAzI6F76LZXo0/7Q4LVZzhegj9RAXD5K/88Xhf4Mb8h4h3rvFAbL/BwAtvLM3HXUnhnG24Y4o/GrWt3mVUwEB6c3nbs0sqTYPOCrTsHJ7mj+6fvln+xMwqGCeCf45PGkpVwQnj1U1e9PBzO27uqJhf5If9A8OXlQzZ+xOod/5HnRFM/CvwgWbV9jjKUjOn4zb5QePjfXecLdF6Qct4KuiO62q3XguGaJfeT8ycFwYyj4RjldpGrZyDJwrkTHdELW6Zs/yjGB8nd9oa9UhQBK78mAasG8WdGTfpqjRPCtLUMyBgEU3AWvVe6AWDo8Mp0gLaaqjfM47zh9cb1B7yag6i/kjo+ZDKJiAfleLU/tHEkYtcAPUvhmNE3q/cu7Aefx73/ytYMNqSu0n+9yAMuJGXgtBSNupr+u42GLvDckt8ee839W7CMYNsmQSRsm4Y1AAyF9u4lV3i3iSSGI8oVEr0UqIVAtAHKAwICrttv8QrB4YuATC97VD3l33QNCMtx9BKPkwODdU/kux5Muz2ydKisFFzEs1s3XwIFHk70R7hqFOd3RUBhXfxcYTnuPWRkfyTEZfez8Mzfya8ZVLrnDtIXBKNfPAjGBIbDnvyI/2g0riCdPE7Kw1ndrlCoNzs7AK0f7fyfM/AE2lwh5ckRzq6vGFTT2QDWrViGSXsAhHy1OMD15/EAtyWUg6MuUEjTEhvItERu7F5dC4Q8GhkArQ6b3UK3eSFaBzp5oc5YY2Cw0EEgonFyQMKygCFQqHfFmBNcnaI+d0Fw19Uyn7AgKKTH4Fu8zPPQ7sLxUpRDfg1BUNi+Uwxz8EuFMa/364T0sS1M/gSb4ju1IWwx", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlUVEcWptmhaUFAQY1GQY2MRqV3jFqF4BqJAu7LHBtooCPQ2jRRNHGJMTpmUZNxiXGZaNTRqImOM+porFJHDYY4ajQGXILKqoKA7Aik6tUjgOGcdPWIZ37Ij9f96tVXdb97v3vve6/pEWWMiLW3sbFJdiaHMGOCPjolQR87jo7Q4bGGZHOspPEs2GxMjKRnIS/GXoz9z2O2vxsb1zQWQXQY6Ua+jDCaEnUJIfE6U5ze0ED+WllrXCtjo16MvRh7MfZ/OBbROCZ0l98yfpgxKabpjF4bTecHCkdFpCM5hhpTokh7+iOIXDgqeSCK0XQskGEiDUlxFmPkCh6Mku2j4sfIuWxTMUwQP0YRaAVGzuNrNfMB1z5qK+KjYRi5FRiu+GiFI5ertWwbDQ8miGG0lmKE2QPZh8UabQ5Sc4EC2YfFbmCxYTK1WAqMDAMN5AIpreEkZpHFCmJbWOMIjfUgTkdorXG51hpHMMHKLc4lRsYK8xpBXMGVM8HKLc5B5gH2wZWEIkjBFSd5ECeI9UoBw9WRRAxXZRUJcVVJEWNxjJqqvoKrTIoYiyPUVPUVXCWcYZRc8WFppOTqfCKGq4sx7Si5dCBiLNZBs06h5ErxRpA17UXJla2NIL6WyYSqtKaRqfhKMWtkKmu6n4qvFLPup+K7DWDdT8WnCJZ+Kj5FsFxS8SmCJYaKr36L3uOr3yKISxEiSM1X9Fmc1HzdTwRxKaIRxKUIOVOEmksRjSC+2wARxNfRmfbUfIoQQXyKEEF8imAq1/ApQgTxKUIE8SmC5ZOGTxEiiE8RIohPEaw/afgUIYK4FKFg/UnDpYhGUOuKoC8zk33oBbPepDdGx+sTCdCUOjxBn6hPMifHujRfMNaBnknJITg52Rht0JkNxqSWi0W6/rbYhNQ5+kg6eYLebNLF62NMuoSnJtPXqCHxBnIhhOymNxnakYGn5lALQg0mfTTdLNKDIowpdHJ0gjF69jxDsr6VRUcYYlKIfQn05Y7B7veLOgmM4nRJMcmxdi181uyZXuwYiran7f5HtOlZiKV87Xn5apo/DaiUbc/X45nydeXh2+yuQ3wOVKnannD7Z0rYmZtwUPPHUZW67Ql7tkUiu/DybnyUFpWtaXveXm3BW8odb3WL9zDPQeDebcFbxs1b0yLsz0HnHZ5pYrtxE9a2eM/0HATe8ZkSbqXxWUZYK97cPHUrQ9ejC4cYjaYYQ5LOrE9mv/RQKYWn6JLMBnNqsMmkS2XAboIvTCnR5hSTPka4MKvpPFRn1rVyS6UJYr+ytDRPTy/R/0+gozv8jz1ZUVaKZm+at3n7Djd829Zl1cv+3rB8zNT3tZNc4YO76s74hgu87HejetFeD3xjVZ2+MrsCHUQPtw7uZ4tnJp6tP7TQCx7a8mj3udelMOKVv/3lmzsNoGjasKH5U2W4e3BJdPpMJ2i7ybnL1tsOWCH8SbHzkM8nbvvKEXeRZb26prstfmsu/eYIT57y6R253BbOubjyyu1ZDlC55Ah8924VMlW7Fxz5uh75EzPePPEzinTY8ckgSQH6PLfr7vxRRch9s2L7Yc0lBL10Z37s24C0caEGY3EOqKtIydrc/gFS//DaG5fXOsKwDh+Ouf+eLb7mEu+XMN8Bj0LvdNXGVYDe2cu2/rC3BiTMX7CzX4gE7p01gVC5jD52LO44anwxkIS9Jxv39ZeA7VsDKJ0/B9SIdtUgo+cyfKGHG7w2v6B34Ep7yPxTBQSar9rjnhsa1iyqzUT5b/at2HCrDgUUyk4O/Mwepr11clvnAeVoWvmxzFV1GYiQqDodkw3i1xa+DVSZ4MKZYfsNtzNATeEDHORfg5z3vTQt5rVitHEsJVKHtGT23lml4B9uc/d9cOM7RHYnU3IBW+cheOltnXziwCvgumdp8H9jK4EdCW900W0kuPX8YyC4aXkB+PdoN9u+K5zwwD/t8boUWoUonS+GlzNd+PvC6zvmDHHd0B4O6Xd1U27XYiC4OccDH3/FXfrPXacQmUSE5IAPjLyzwPvAeXC02/IH4UfzUY9vTIRKLWDr1It25qJlA8bucj1nD3v2WfThsdkPUFfC6pdxt8Ckdw78K2pxDagPoYzdcQRd6LIdvDnCbr60ZwUiRm88vt4RpxelEc9UA+mIXim2m7JQ0E9nE5VLZHj4SBIRgwwu9KaWSLGgR50D9l131SV+u52oTydsXGp/dnWgJ4Zf/nKy3eZidOwjEmhnD0y9kebtC51o2J+UoFNB/mMW2rXH3aOJok96QHp5QrA7FOS6xg3OyrlEMsMLHxxPGdrDLgNu9XRc6g73llwJi/Johyc/HEBcJMOPqLmGKjQ0dcrfVWEOMIvsqvBzxd2Ievs3OOMZq0+X95nhCld0zLhYGVkLcg/0IoqUwnC6rJ8Ns9/PFRJnuVR3d4G+vakSyxDLK3tMo5B6/hYQ3HDkIepY+31RWog9ZjouQ0t7n35/9+QiNHrLEvKtAH12fP0a9wVlyIvK4potFtJjRiU6Q6xYffoyuK58pB0+0hH7CQlUDaZckP/nYP8KtG0wFYAzzNF98ZPy0U0QIBiejohI5676WAYZXwmupGnXqx2+v+4QiXg5oF5Zd8YZryy7cX3pYzt8R/rpnnfDcwBZNGmHxA5GL84YkjqlEvgQr/smnwdC3MOrwUwh8M6QqIVEOlO0oxb0b+hBLLsPwOTpJNUaQNy1PJJZ1YBabaq+g5g+CoFgjrQOxaTPfP07p3vo8FSaaDKYn7GvZkaiC3wjymNK0OF8wHg3IEdPb3Du5k4gyFHmhAd/G7G+RztHeJSmy0YJPkfdCw8hp4udwjO7lIMaUo3MnxYDm7WLagfNyURDhYUfI6EcVWUhiVBQC8X9O0GmEwmuv0oLRRaiUQsY5ANpOuk71SNWH+sQ81cXmEoTOqEDZHW2BBRupQGQ4VIqL18P6EbdOPojtCycRDbWAwv5McmT4faVgtAPEvJqAzpgptd8sJia6yvBLD9iwJb2O7895ZOLHEg2zNvvKMYlT6zvh0E/fae7U3xkWNi+NBusXD7txxP3qtGl0J+Lyy5IIFXrvZ0V4JPvF5NSGgaEND9mB0nWLBuQbgMrs6lQSpD6q6EkUo+BpjOe3j3YEbJ6WIP+uoIsOFgCy+qoQ4qRUAb115Ggo9XOMI+W9/5P0CEqkxN5aHV26ctXjK6wpIw2qF3o4J0CorBbaIlQyEsB62ceOFQomCWAGOvdNe0JEPItygsznaYDYXqePRTSJsANTyftKqOfFM4XClkBGknLTR8HzOJiA1ndrEKENdm4Dj3EtDDkiHX1ERLq/H53zOqGDRT8vicNTaQFdbwnFu42gpPiks0mY2Jyy17d9C8eTT8ptTIm/xV+hsJ6", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtcVFUe5zGAwPAaURDChNRMV4V58LDWcxBExQjWIbXMzWG4wOgwI/NIodyyfJRavvC5vVarrezjozTTtHOtNdZcE19rJprIayklkacIuucxxKjspznzkdo/nD/Onfu753vP7/H9fc/cO5FZxkk5EhcXF3MvPKQZ9YLWqhdyHiYWYn5UZ7bkuHaeJVqM+WpylnTP9n9mc7vDlt5lm4RrqpbiLylGU75Gn5SnMeUKupv44zTuTh/SfydbRje28fds92xcttGdNqp4v3TAGKMhu+uMXJtA5sfQUa72xGOy0ZqFJdMxiIJC1DpDrgMQOR1VfBBii4nlwSjoyAkhNrmSJwFK5loczzoMI49xAqPi8U1FRy7XYukYzwOJYxmQ82DinShoAsNEO4FxmJ9sBc6S0tkx7OAwre1BDqebJdqZmGwgJRdI4Yx7SmcSoeTkA1uCtQRfnWLZIYELFOdMIhhIzgdijSF3mORMSNiBKyY5Y4SCbyWFM6BYe5AD0sWC4VyJbUYUw6WrjEQKLvWyYbh2PVsSHG5AOwzXVslYp+BSVhuGa6NgRFVw7RQ2jMM87VJwpROqr3SYB3aqr3SYCPYgPi1mNFXyabENxCerrMeVfLLKelzJJ6tMwJV8Ysf6SMmnxay4Ki4J6gTxMcIG4mKEnDFCxcWIThAXIzpBXIywbRUqLkZ0grgYIWeiouJihJwphKp7RpDndnMIuWARTIJRmyfkY6CpcKxeyBcMFnOOl/0NczzImS8eEs1mo1anseiMhtteAvj8crPMwtmCmkzOFCwmTZ6QbdLou3ljkJSnwxeS8GqCSUcMt83xxl+SdSZBSxajZ0l6o3bWHJ1Z6OZuKbpsK3ZMTx7YdF533s2LhpKrMWSbc9z/V6N2tl5szwfsd1cD9uYOWG7/G0kZ1/MB+/9awIEEYbSSyVpH4+6GNr8St8r+p6syvufjDrirhfblDlhpLyHKhJ4POLAnCu3GE7fdU7HtYeg3CDvortZZwl3n6Fseen4DYst+Z2Irbnk0jL5tbyNtR26cZDSasnUGjUUws7d6RHj/ZNUYLDpLYaLJpClkwP40Fyar1mI1Cdn0woyu82SNRdPNHqtKYO+6bnVPIJfI/yPE2k8y2X/4qgEwdLDaY7PMF8bnJuuMVyTi9VGzv335eDic9ODbr2zX+MKl+prrHxS4i4ee+eKtMGMUPLdrwXOln3hDjfzx6KEftCB6vX4Tuu+ni7Fh4l/RwQHbTXkr61F6/74z0xSh8Or2jFkbW/xgZXDEoSokFS/7fRG9ITUSNu35fklHlbdt3V2oePHCJ0/s6w2zAqcm7PynB3z0PZ+UQU1+4pGHHzu28r4I2PCa2jJwnQT2WZb6o0S5A727/0DIYLULPFUzc1jzumvgrUf+cHJjtZ+I5kXgW14GZ5d0CC2VFUDnYpwvOegjDvnLsj2zvL3hpp1xrV9m/whwkOcv+B5GF6eG7D72QiAMH3luoOd8CSw7Pd+cUuwuMnsvqPo5fuw4UwsYseLt1phqifg8SdD4YBhBHXeFE7E3QbGNiOYrMgj67nqvsOShDpDRHmo+LdsENrvu85AF94OzsJfnVnvDgNcV2IV6ROOzNoCJTyyK//fBg6BkYtwriTNuoIxX1xlkL7nCjmbrhdeDGgGt08dNqCDc78LwjBCYtsAvfVumDGbSBcvR6lGu2NQMZDQhEkiMtWvqEC5O79Lk9aCx4+Tc2sH1iOWtAC3CWa4o9hQrStZ/vnaFi3gzkqzkBsfMqCqNOnsKDbK6bewV3oEW4io/YfWCx1Y+dSPp+4Fww9DQNSdx/iy7+lw/XNeGGE+uIBZvJaCHUU0opbjZ8+n19ehaTPXWQZVSkWR/eUwjuEHciPGH4rQBifUVXjB7elmK+9wqkEsL2A4mjCCe1KNtxcLL2uk30ZAAcucG9P6Ub+T/2HHV5n8V+LD+eFpWYDPafczlvJu3m+g5f03SUv0NcHrz7D/6zImEX5dhgmZI4ZbRU6btwHwbZ7oWUDunLzzlnRelb5XB2t3b3GuW+YpLSJpMYfATacFHS6f5w5Az37aoH5CJiw5lHnj/nSgYeX+jfvI8D/hs8NZx5UUXwfnVmKCKSLhxA/70C4KYxTgjpeDym5h4YUFwwZtHPjz6eC94qAq888NomUj5b+4D10a+Zi0IbwdHc0iggeLgypfwzAhIspkX1QpwcuYMjzyBaBssDIcHvvnb2E8bJHDvBKnbsMV1oO45oPrzXnf40dKzeS7GJqD56sQw4YxMZLxsAxtwFQPaJJC2zTP+4pajpyZfGrkF/ZBOiHQVlOz97FXP2b5ieREJ5BJg/hxBw4gDQwLFtss/iQmbpXDKpZGfPxjwFRqgrXtyzOgyVHX1/uPGpyXwoaeWf9k0pBqsWxFQFLulGlB69PeDsDfxRArp9P+4imNpoqUQO4s9LwcG5Qu74Yue4v4K3PiD+kKc/blF7zaANNrI11DsI/snrS3vDV0poZsA5VlbDcCL4Mr1gVReTgRByvLaM4CWf2Uw/Ay+eLEkNBgS2Vo1qhElkIWPhkF/UpDvgiHOOl6hDE2et/XTrOdrQGnyd1caUz3hJTHhgdRn21EqSetaF3ic0GeJD0yngdQgzErtv6bXAqo/492YXoGdiOlOLSjC7F51uBYtJ6c3qwHVsaGlYE/74sazUzr7qMzWj77ES9xgHnAqoe+IVjBzn2V1qMQDqmkBrqCP3/j5718fdhfpbpRoyMUPOcZ8861a3vV3T9frr25s8v8CFo1UyQ==", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtUVMcZ57GAKyCPxShJUUAktppUdpcFPJL5EF9I1MiqNQkKC1xgZdkl+2hCam2IUY5pTtVEo0WbGEGpSZqqqUYN5t5Yq0ajwSdatEGMQIIY3ggB7MydS0TKMTt7jj35Q87Zu3e+md98r9/33b1DSJopKVPm5ORkGYIvs00GLt1m4DKBSIj4ab3FmuncN4qzmnK1ZBT/UPazl80ZVOZyP1kSzr3WC99MN5lzdYb4bJ05i9OTRYPsNff/INMOIpv5UPZQ9rOTTemTiR3zx4qaYjJm3B2RuQSyPiKByCIitO6E5HpjFu659mGUSgcwkSJmqsmWZgdGSTEqFj0SRs2iR0VjwOQPxSg17HqU0Sx61BTDlB8JE8Vim4SJYdETKV417JAoFohGvDIFLUq8MvkSTTkwkQUTw8hPqsERkFSljoCkUrAXROsnwhGQ/Q2BOuM4SGV3mqgz9CvSEZDd7O4HYjQvirHERVC0I6AYB0DKiYxdqz+IqQQpi1RMrS6SYphat4RheqxoKMbusuiHsZt2tHOJGKaeKmGYmiqlj4qpq0oYppxSxqkdaKtqNmpTwqnZuokEcqStqh3pkGq2FkSbnZqtBVF2q+1mQ38QU433gezmA+2n4lckW4eUQGyMkEBsjKC1FMnGCAnExggJxMYIWoKRbIyQQGyMkEBsjKCVG8nGCArSsDFCAjnyJNMwMaIPxMQIJf0doBmcEeRswzKCTFg5M2dKz+ZyMdCcP83A5XJGq4WegvVtmOlGRp74EmexmNL1OqveZLx3M+3QHzebn5/Hacni+ZzVrMvmMsw6w4DF5FQlPluPJ+KxNs6sJ8sHrJHjm6l6M5dOlGl9CcJkI4vTDab0nBf1Fm6QTafrM2zYPgN5F6VHNfeu8RA9ytIZMyyZrv+bUlX/0KnVD95vr5/ym4zi7XXYldlh6ZWr79Hw4B32fhCJHoQ99/dbclglPXw1lO5MfpMhfa+9twAHrP2JI4L7WD1ISUuHBBEDUCRpC3UGG6clx9Zz8/JMFr11YLH7ONETmniTyZyhN+qsnIUe3ZCMzLPpjFa9NT/ObNblU+Ao0QWzLd1qM3MZ4kTq3fFUnVU3iIUaNT1kuDfkHJkC/CHSaTPMnT56GTy/m7/5zmR3ODc7zXdRTB0at/yNAznyM6ix9Ghi1Go8f67sekBQBx87tKI479BwmDvqkaWzWzrRuoZlKHKJExzMkXduLQ2BhCfvhPS070Wxmxe8+8HfXGBxb3xXQ/1NlFP04pZtY7pQSR7ZYbigOrL7SWPxNfTl4sTjHoeGQA0q+fqz048IZda3RsoWnub3w6vVxzbVoy9u4Ilef2FZ865ncooqUO0PO5vOnvKBx7yrnlhb5SckB8c1pX95hq9eNOKTM06N6LV3Tr3/1QW5cPtwxvup82t4RXPcV5kXPGHKU3WXP+zyFMqnXmpsndWCuECMiHKieofVITEOO/1A3H92M5o858y65N5G9J1M7aeZfAeZCmT/WhPRgKh/Hcit+M1Jzqd8Yfr6dveUTZf4nSVzQKFrRLr5SY9vXe0HFf5EcZNklytQvwLAM4xEtpGvUH8fPW3GNv4/LvLXRxcHw5vJJFDtfOKzq6IvuvnB/r+71r5RNwbwpv88N95ZyBADJYNt/4i6fThsLHDYu6THz/NLsDT2eV+oDSqtm3lrFOx+hkTaGXZsPhK8q9kZfn01zL3gQiiQKC1OvMWLecoaComiY3LAxmETulHU6rjUG+XtqKewtbKi4CSPrUq/9W8XeDvkT7YXNrsJQWIialCgbOGwJ/Z0IZ8tKmxKNT9XNNADSFRsqcNgwvmimqDScjR9rM2l6Dj2V7zpQZuM/iuEE3Io+jP5C4GT703b19JTwtctHd++8WoTun5s06dvr30Utj5KLO5GornH25FOuWDir3YGwzgfz7078psRPwwrVg+BXJKoJFfowNF/eng132pY+PuP9lWhptZZOIJnKW8+84LtE+J/UV/dxNP4NaMTSkK8ZnRTiBkz63eBQsBHM669HNCDRPdDO9HGO2uX/zBJIYRid6q2tKGre19bVq7yAhLGDfGBwqUCC075RT4Uh+UxbzloCRHiAgWxfCa08EDotKUZhZOJgwFCsXOZm38Az19O+S0umRM8YWFyg0JY8PlfMWPa0FiybaIvdC1fiiniI3w7kxBsH5qCWVv7nQKIV2lIIRAWcIEtPI1bFfpmBSG6u0DzV40S/vJK+OFVlYhE861Cd2H3tW837PH6nsdVsvV2hB/Q+LoLN+ftH7WyvpOneZED9d9XEMv1UiW6Rcp5kgxo3bch0f7z/vCCWPi3pbh9jKj/XQizDhtciwyEVioZJK853Dbuii+k/PKk77FJzpJ9LiCan+YN3qJBN/g4Ut6fDgG9qXHlF+uHA81LA69+5RNc+W5Q+XoP11GigOIxB7oLW52k+JbwIj9WjYR1Pi9rPniqnn8Jd5UD3ccQqbpdOgWEjCZM+IZ/7yIpsEZ+xTwcmcwQ2p+ynAV3/wB09IoCLp/u0F7fPhrouuu86E6qAsS+0BEEpKw2L+jl/bcf+nzEDm+4ku1kKjgSBm6kHcR6CAU42qW/kYNYBi+NhfEjN5yXZ/fwlLfdKC/F43TgvFBYo7WGbbwjE9YXrnzuXFkv7Q/ycPjwj5V4x0Z+ycEEL5fxCtiDu6FzWbik911U/vGzbQee8wSiPtwSBmLbyLmGiNYTe/yhZfRZU0phENxoxjdfe0j6PUDMX1cwiOmKdQPsLGZwJ0r/w+XY/EU16GguiXAN2jGUEOAmLz7u44xZ+NemKXfAU+7u/xLuntkPIlP+F6VrE9Q=", "1: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", "1: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", "1: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", "1: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", "1:eJztWndUVFceHpgBZmgOA/aowbZ2YQpFTe4V0EVXYwG7iRlhkFFgdGaIdS2xLhp7W000u9a1Eo1Ro/FeWyysxhYbERUb2JCmIgi55bGC8ZxwOeI5e47/vOHd9777a9/v+715jO9QS+8YhUwmsynJobslzhSVGGeK6UlX6HI3s80e41B61tFuiY+gZ6Hv196vVcFajwquhb9fe7/2fu3/ZC2ydI1NE8fSsxBLQvSrM3qtC73fnx11Ec7kGGFOGEbG0Z9D6Jp/JTA6f4YJsyQOrQBGy456ETNa7lolMDqtiGs6bidQxI6eHQ0iEAM3I4QJYMcgMQgzI4QJZMdgMQgzI4QJYhitnwgmmGP8K4phXvnxj0qBKpw4boK7pxUCScQOqARI0JJOsEplQBUvE+9SwSYqA9JWWHx4A1XGkqEyiRBtpTIgQcLybtJWWOq4XxxUYUHhGeAgIe5p/SoRUylIqE5aqZ+EUq6VWkOouBJIJyRGvDN0QsNSwghNMd4XOqFRIWEqXNhXI0knNPkkTCVmkk5oWHCMXqg+vI30FeZpGUyFdfXVINML8UDCCPGAN6teiAcSRmy48F7Vi2mqBKrMwNSLCTEHGcQmEm9wg5gQS6DKTFmD2Bjj/WoQk3zefAYxyeedZBCTfCkmMfWWQGLqLYHE1JtnL0CIEaUgsTEmgYQYoeV1ChBiRClIiBGlICFGaDkjAsQYIYHEGCGBxBjBJTlAjBEcFCjGCAkkxgiu5IFijJBAYoyQQGKM4AMgUIwREkiMERJIiBE6PjUChRhRChJihAQKejMjeifGmWw16QW7yWqyRMWa4gnQOrZTnCnelGC3xajKbhjjRM/cyKGjzWaJMhvtZktC+c0iXP+3WeTYkaYIenOkyW41xpqirca41252J3+ExprJhVBizWQ1e5CF1+6hHoSZraYoaoydhcZZokaMNttMb9itszk6kTgWR18emR3+uJsLC2WYMSHaFiP/Q7JKvxf4SaOs6gP2fKsBOwoHHFhu+uirPuBqbzVgp0oGLBXaYKj6gNVvNWB34YCDyn6lNARUfcBefxYwzUioJZHeHFXRuOXCcevLPitq3wGzNVURt7Nw3H7lXsC8A4J7v1WCuwgHrCtX6HdAcJ+3GrCykgGXviQKrPqAq1cFs1XCcQeUe6MW9NpTDB0sdONQi8UabU4w2k02/r8k+kzRK9GYYDfbx3a0Wo1jObA+S4k1McqeaDVFswufvzoPM9qNb3iaCvLjb7PKu2eil+gvHujqwOj213t89RI9sO2qXpiSjeydFz91HoJBYB086MOOWWjJBVVsw4ce2LPH9sWm42rYJNFxhXKlAne6/CSv64AS1Otq3QlGbQ5wnrIkdHZcKtizXX5vzkYVPrhx7SdwkRoe8Ptni1pLHoKh6v7B34cr8dReXb6ZvN4J1k7vX3P32TwU0OGn3kt9SwDdtu4qBR4XsPnjfoMKwMHgRl3HT72Oii+MyWzqnw3m7B2hKvi2EEXeWrfyyIcvAPVyebccNDxtVNLc2y8Bs+d9D2z5gEZ0DDReVjJ/YuFVYPjsxy7ujs5wZo0rp5+dV2PobTx8vmUhYLhod2gtqJa5O8sLpya9ND27LYe3ji3ft1Qtg3MTR9X1uKHABBVxa10Wmrwbfpl+bBY61f6TswsGZwCX07VJ6DJ8tHjH+JxkF/wderiqQys3WHfVZ81T1LuRs8YH/DzYEW+7POSLHvWLwMwN/U5qj+SAne6jtsxOdYDn99/yqXeiCLF8NC1AtW2XNDkHnXFOcs8RK0YXg9ahHzxID2gB9v2lmtuups7Qj/3hhJnZCQfBlKaHZmzodxe19m2QF9f3BfiFurkyHd3JaXDOMiQXxDaMGzNu3RFki13waALIBCfugLXXDzwGi9o5dJ/m8QjN6XpfofdygefTbrgtaq6CDaY/6LVnlTtmfoa54QMHazaNmO6O61BzN93hulbUoQKkvbutyW25F16eoJmKT+aCrS8Gxx8tvoimTzizc0C+GlJrhjRHLFclNYh6/CNo8R/vM2GXk1H0p791lo9Rwh1tEtY47L+GNmWf6z50vhyy8uVkguMuH63sszoTqFgCLyDOhyI0jhoeoYYnD4dsNac5wb6erXd8s90Lf37nTMPUsa6Qf3pBUlRT7XQnTDZ30viUINmCiYXtRuYjp6Pz/Ee3zkaEpH38WuShSDthxhkN5va8Ia+7EvsrKXPyEI+zCKy8W29DxnFXfGnNyI9c+ykwId+wnfdvgUGscNcAzf5JrSPm8Wlg5x9yX14Ykw22N7k9dVX3ajjo+aHoTd9qoCdrgGKJzwr84tEDHLzGCWYFdfqrteAJiHo8MOTjZmrM6+gIV4z++t+N9uaiE18cWF2n7RPA+0OFaXnqOzlg4vTmrZflsNlE0hH/UGLWRrJikBnepsT3ZT56TLZv1PU6qL8hI7zNJEfIeZSGeF8VA8avZw6Y50MBCSk8v9ZloNuEjXeAAg8K+TjjypaHYMZAGmguKqTl1cog3aUOLgBmmWWK4mgmeE7pdsQZRiz1Ja1yE/x92w9DJ105i1pdWEEydxntWj/2WPN2Kjht1alNv/TxxvNJFXwbpAMDC7wQLJtfbVxASw2m3VQcWgKo+jzu4gaVtCwta+Aa5PTE4WeAlWW8BpJmrz4nyQuzdMx1havJtr/2fQl4/xUjFk5zOazb9lpj5ynZgCS7bbf1KtyYJaoQtWi3MGVSeCogzhNCPON9OEiGZ9PyG0sQc/8nT8jrnAJqMeFzwjyODBDHLjwFzK9QJSRNHCuzZKP1rp2bJH7phpnOhGjwp/HUIxWk3bB3hRpT9Wk50wVPZAKmhKwPnrvjO8Z/XdRnuWOWjx0aeE6W5qhKeoQwlZHF3njfnq+cn9QoAlSFs6PyEavHYjXeaKAKdAIkW0ljFykw4+ksDfbrRj3JB7E77xMlvwlYYQd7Q6pirefLcfDFo/H6yfdQ/RrDu+d6esHviXtXk/JRDyaI2chseTL9RKQGru5AKhijxFu2UuF6iNqPPD3rXNpxRIIgCuoG/zZgRtDFo78CIiJkImSBcSQ7C1NcYHjPolq2S/fB8P32RbUU6ahe0LAws8UDMviN8yCMGXCA7an89HgOOE+ecj2ZqoCMZzvywM+/7Zo24UwKouXuOtwVxsyKIhlLAR5UNmOTQa2mEU5rFp5ErLxJCsz3vwn+S9gSsjUHzTuU32zwvBzExtqyIsDrmYrY2Eh2wIxfm71hHunWzPVyOKLl02XXvD0xZf/a1V6QiAxRJHfI54QPZvPnO0/IeVAM2D5+PpjFMU8N2bjsr4as70/JOJ8Py+G8CCI0iPQ/nZtKB8x10R0+JG08fbMP7/NgN8weTTomDLPZrZZ4W/kZ/urHJa9+xfGGNe3vVWTENA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlcU8cWhkAIOwGtqG0VEFH7tErIAtU6w6JPtIqCC7VuCEGigWhItPiettZqcan7VrUurYpW3K11nyvu+GoVaxVwQdwQFNmUTaAzdy4P8PF7ZfLkj/f7yR83mXPnmznnzHe+c5PgPl4XGm1pZmYWb40vA3VadaRRq44eTCzE/Ikm3hBtXjvyN+hiw8go8K3tra0ZbCFNtPV7a3tre2v7P7GF1dr4biKqHQXo4qLqRuReMJnvzV9lYVb4GqQzjsftqGkQJQ8J08RNaAJEFkxs3jITMEz7+PBXFRuE38YEjI83S9bk/FXBBiE2mS+LawqK6WECxpsFo6Rp82HBqPgrUzi+dBsmjB/FMKXAj5GgdAf64scE8qYvClNATa4FGgxj7uiBMpZDfRDbTnJTEiE3JeUU5NNkQlC/KIiNEUpT3KMgGdtOKgpqcv3VB8mZQLQEZWznROtJxkRYmcqEc5IJ7jGlXObHuBNtezyGSfEE5jU54XXK6tPkfNfDMPVKIdtMjU/AmCDhPk0+oDqM3AQJlzN1MQFjiuzL2UpPALGVHqWc3JReITelV8hNkX25KbIvZ5NIKsYKNmWgKVc0mRD1QUyMqAUxMUJGz0nBxIhaEBMjakFsYkwZoWBiRC2IiRG1IDYFp9xTsjFCALExQgCxMYKyXMnGCAHExggBxMYIWk9KNkYIIDZGCCA2RtB2pmRjBAWp2BghgNgYQbugio0RAoiNEQKIjRG0earYGCGA2BhB26eKjRECiIkRPlRhVUyM8KHC4ts4I0KNWnW8K7lhUOvVusgYdSwG6hP6aNWx6jhDfLR1/QWjxWRkhy/+8fG6SE2EQaOLa7hYmO2/FxuaMFkdRiYPVRv0ETHqKH2E9rXJ9vhNYIwG3wjEu6n1GmJ4bY4NfhOk0asjyWZhUoLQGcnkSK0uctI0Tby6kUX7aqKM2D8t+UZII/rPRSV8RBMi4qLioy0a5Kze52Dh+UvV/GE7NEfYVixh8wGrGsTt2/xxO/5V3GQU2NSAnZgD9qtfV3K/5g+4ERf/h4DtmAOW19cERY/mD1j6RgNmqmQ+YO8Gn8RlzR+wyxsN2Jo5YFn9TyUyRfMH3OKNBmxrIqVrvz9SNn/A7f4qYFPEuhEl/O9xC09FtQ8Sfq/1dCI0ZOFAnU4fpYmLMKjj6e8kpNUMMUbEGTSGBH+9PiKBAtvxKdEbIw1GvTqKvzGubhwUYYho5NnCtwf9IaChe2pyi/yaT6yJJZk3ZsWnoV+umt0R2WSAIRnv/jNC9gqFp8rO7PvwAeqUMjdpRGo2WPfo/aScfndQ+HbFrz0HieHpa39Tt8m248ZKLrcZkpGJLGzmt4/ML0H+X2WfX9PTDRalDRwvvWkDn/T7sMa9KgOdftF51OIAD9jnZkFJ/3QbuFKdGDn6VgZwyOq2ZFPZEzTPf9zDKx4izqZ804QDuRUgc36VuvSBI2c+8GuHkD0PwOqaJTMrP8oHacRNWzHnXxj5r9EDikDcj+bHxS5bUM+7Id+ujtODpXjW5MvV4HTUT+OGhuahad3c25doi4F18nsjo45ZwLz4n9+pvFSFYh9X7igMlcDD7ebkDTmcg+hrFlp26Yt+aMY9JBvW44MdLbLBe3nZyrZcEfju2KolTtPLUEDvnPTkikL0aHfHB7PbmXNBGl3BnGA7uHba+h86HKkAqrbcZ26nRFzAb9HXH+c6wY5G0Vrrdy+D1KGntm8ZlI+mndzYtvvtGnBxKnmzC/gdvDD1ZHtzOP18l4+WDRBzB3KJg+Vo4nHD8taW54DL1hOnXL2qUfKum2OnhmwAuSv3209JrkTd9n//POlcNShIOjdANe8luHb8fsv3L+ahR2DL3ZOOHSHedMOYLhJI5xeAl6tvL/9G7AENfVe8tBprD7etO+O2V38LXJB8vG7YRjHcN3gSDiEFnD96+FurAlvYa9DVpaOqa1DYKvdFxikibu5FEkAZwCTAB+rAORIHOok55Lje54eDz5HDlOQFmTFWXM/JlxPT7txCLSIwQx5ac6mnA3Zp7hSB+YseFLVPKwGnUjf3OVRcKsx3hNdtYjy0vlL43QetV/5uU4ikT37ZY5HUFgZVPMvj/Ozhpnl77z1ZWYZaXgnCzGkFE554eVt3tYCzhwR//6VXCfWvUAoDCH0yLWHnmQuPTJrnCI+8+qYkc4QTdyvGTDfLMh1RvlSg4kVhBs8bLaGkoFW/wa+2g8pRsWer999AmCTDZ+wuBh0yy2dOPG7B3fa0mrXytIjj6+OAG1xM3H8ugTOuHPj0xZE0xI91pUgsd1b2+tiK2/nb9eFPuxeB0WS5f9xB97fiBPew5u4rCSEKwHhpuN/BRBfuafdjnZzsroLLPxGAOcRFFO6qchZ4Xgr4+JKvgDMkbVMkHJ+GDjVgE2aNp1UlKEshxK5B2LvABdpywKelfwFwmc3hzKaB5Tu+wpmpAnwdHjuEeHczctBB8jJfDLv+vhZXciki2Y7xeAoMpBzibCHxumgvh/z+OBsr/7Ia5JNt+0tgKElzipjz5g9IBHn6rClCkrFrPnln4QsUTf4e2cJSK2KoQNtHEOEoQ1Oz1jtvPZGHaP3nAHI65TOrQOKckZiqOegsZl/M0odoMT6O1TXW3NFJpPLtIE+7QHMYTgqjtx3Hb3tRCnMtSaJ3gSh8ihckxeiSFDO1mxfkz6uXI9Wb8B3Ur65ecK/F44WdYy0gVgssTJVo+Madu27WeMJbWO36rjAX6r4c8OW83h0S1mbZiSGtp1JQ9dKYtf5qB8ifQ6GTsH4xwKs+cxjjBr3CxD8uq5BCPSU24MtknQOkOpEFXvT/dK7vH3kAi1NLcE4MPXkBy0XbbPtiSSgEfB5bm0Pt59O3dg3MBUELtI8ru1jDFFey8ktExzYcObWqjlL487YErBBWHGa3TbmbmAvZs0KdeN8R0nN5gWZ5EaEuR8L5AJ6Pe6w5vizK7bipIe1aTRz4GBBVu3JGypnxQmnO8fX3uQji5J4IHe7M8Tp/QcLdzbLDVCpDGckVo2L7iDjKm2KEmwNWxgpE1LuvhTXnyjeOdEB1LhvtPjT+i/QTDpwSd4mrS3NRd76QHDg+n86Vgt7fA+1J+jfYc4Tl8xcVg1Jyu6MIEjrmB0u49I8TcKs5C4hbq9wLwM7eIz7bByw53wlEcZ2g4rlvn7/rneEMfsMS9PWGX3FFiaGSnyiFtJ5y0eIU3HhCnCFh27NXLrAad5WIzasQXzepbSCNxxF68AdRgfiySmoj1Lkz9CSCkmfJ8e1giSs0YlUe7iiCM/mDKEBukfkjA3q3hny4o0rBMCLz8BKSTseeuEohTnrxomsiuLnMG7eMKqQYczTYXtRK4Fke4h9N/OMm4A/1utj4hj287h8n6n7eacQm+xNOc50M", "1:eJztWmlYU1caDhDWsIRFtCoK1U5dK4SQgDP2HESt+xZqH61LIwRIgQSTYMWlrXXrtO7WZawz1ap1x23cred2XBD1ccEFl4oiblAVkLAp4pzlUsDhmXIy8mOexz833HPve873vef93u/ehKDxxuFxUolEYnbBh0HGJF1MapIubigZIcMD9WZLnF3NWaTFmKwhZ1Fvxt6MNcHYkEaO9X0z9mbszdj/yZimZox2E/uas55GQ2ztGbnWj9wfQo8KjRM+9jKmjsftqHEQFYVo9Ib4RkAU/chYiMIGDNc6ofSo5oPQZWzAhIbwsKakxzA+CBlThPOEFsYwwTZgQngwKkZbKA9GTY9c6YSzZbgwEQzDRUEEp0DZCuwjggsUwj7CbAE1uhZYMpzcsQ3lLIe6IL6VlLYQobSFcgYKbbQgWFwMxKcIlS3hMZCCbyU1AzW6/uqClFwgVoIKvn1i9aTgEqxCbcM+KcTwuChXRHCuxNoexXA5nqi8RhNe66yhjea7DoarV4psczU+EWODhYc2eoNqMUobLFzJ1cVEjC22r+QrPRHEV3pMckpbeoXSll6htMX2lbbYvpLPIpkZh/E5A6M8rNGCqAviUkQNiEsRCrZPYVyKqAFxKaIGxGfGTBFhXIqoAXEpogbE5+BMeyo+RYggPkWIID5FMJWr+BQhgvgUIYL4FMHqScWnCBHEpwgRxKcI1s5UfIpgIDWfIkQQnyJYF1TzKUIE8SlCBPEpgjVPNZ8iRBCfIlj7VPMpQgRxKSKUOayaSxGhzFjCG1bE8NQknbk5uWDRmXTGmARdMgaa0non6ZJ1Bos5zqXuhHGO5EyGD5FmszFGr7XojYb6k2ncfp8sOi1FpyE3R+ssJm2CLtakTXrlZnf8R1SCHl+IwqvpTHoy8Mo9rviPXnqTLoYsppEThDGV3ByTZIxJ/Exv1jUwaR99bCqOL4l8I6S3/89JnWlG8VpDrDnOoR5ndd6DxecvddOn7dEUaTvxpE0TVtfLO7zp8/b8o7zJWVRjE/biTjiibl0pI5o+4QZC/B8SlnEnrKzrCWHBTZ+w/LUmzFXJNOGQem/iiqZP2Oe1JuzCnbCi7luJIqzpE/b9o4Rt8S43G5Vd8zWSqunzbvNaN7oBJ/zvCYtPRTUPEhGv9HRiNGTiKKPRFKs3aC06M/udhLSaYalag0VvSYs0mbRpDNiGcmFKjbGkmnSx9MIntee9tBZtA88W4cHsh4D64enIJfJrPhntOHrBv0o7XEW7pzzdMTTxPji/e2Tpgesv0OFlC70mqy6iVv8Y2/G0vAjoJcbp0uO5aMXNJXNmjboFHnscCf5bgVwI2mFKWPT4EWo9Vav4cIcrPH95xKNuh8rAxo9OKY7tbAGb77sgybF3hbmyJZu+GpYH6LxlraE52+dp5Lks9MupNb33ltxDq1t2u9l+toNw+4jnqtAfz6BZU3EkYXIhaps+Z8I318Hi01/0RdPmoc2fRA9/N9BR6GZYa3fY8QnY0+z56SeZVnD266yc27K1oNjaf+Ts8GLw5T741Z2MF+Dhta3PRieXg/y+770MelEEdr1HgM/QiV/3zJw61BHunUkWygf7tzs8mNvhZ5T/pxCXra0PomhL++UvF+aAyRkduy8+nQE2PCQTVCG2bjnamZu/dJf7GpA58cgPLbdL4dnN53DmDnDMr30cJslKGU/XXWG7/lNmdBtoB3t8/+EPW7ZdQrFnxgw4OccBJk2avL5L1CqwuThr0Hj5SYAXHRV7yFU48yTzaM+uEmH9YOirPXoLzVtu8JkhVCB230aEyZ4KwgpA5xZLL7k+lMLudIGn4Op0c5/vyuTwQQCJNBtJFn3+vHtwG5j+Qe5kv/SXIL6X3lg0Kxeci7v84NPEQDgq9s+3hsw7h8g0CW+7izwUo8uTCAOloFpXfle7xk24drZck7feRSDTpZwtRoMvLBpdHeUh5K3//ljgDkdhpseQ7d/pJAJcdwvvXCXquuvvhRtOHEKlN7JxRM8Avvh1zBgv+ARHPfZgISAqWhByEbXx/3RQyXx3yHj0hVeOJyu/3GcHWZwOcBq5PdMfBmTeA+tuVQFfrJa4y3YsvydyOOu3YfvbzHoAqB5Wu8LEzmXLby7xgFu/vZEgMZaAvkOrWpiz/YSt266OmzikGLlWro7fXVCCuga1tSYt84GYBYyQwJRxzmffGpaDKHxOOWhOgCVSgeo5RQ69ZHt+SssoBT3cstem9PCHREVlqVZkocJ7jA5UzbHeyHYSBlEirgEfP4CldRflkDLRuAlT/MgOWBEW12OP972F2ZnRv2xclwUmq7a8/9HHmSAvY8WhZXJfIXHlZ6t+bPcU0G1Zfhul7x3/xbUeUgEHd73V1GrgcbvrwtUVRWDjiQHqv0ZKhYyD++c5FRWDQ+TDXwITdheY9zS7hwqxfLbp74Bv5t992jbLCqbRiS6I+2wHo1r/dke1UgrZ/lYASou5GqzCu2l66AAPW5a0kI6oBLjYAsLjjwEa5k47QXE//Z27M56Dte1Ixo8BFvVPbifsBewCnVosdYN2lIAzgPGSj1YMbDa3f8E/gd/5XleLrFZAqsbHzwpOOpNKqECsTqzIVOmVv2/7UcR8pwJIR3h23RXgBDFYqlwkEQbgar5y3BnSepQ7Q43j2sXd7fyY3EJ3gYuH8/wC9IGwOzUIT4jJxZVjReVO43AIgbCsAzE4H6hZFjQ/dcI9RLZ/xLSWkOm0RIwrA8nad/h8blpbmEbk38Ue3iGynHAebPLFCaS8DVsKHwdGFov6MFcAGsa8QIjN7l0v2QWE2ejzTqk3ZHWbhybRCYuREVfvqSAZpHFmPkcb0oih3AMGrHZoL4Nktw0+z1AnulAxKAzv/YGpUipQ+6n2FKjPdioF7vad5/iP9BbWXFEWhh+XCVTePvZQ6a36y89ZLgLbZ6kwjAqpFGGxhNxPdxaofXq6C4znajSSGPJYD2EcdvWMgy9FPy9EtA2s8hEm0AJyFdJJ2bRxEOj9OQWoJzWOfJE/B6GA0LO1DLG6eAQW4W6x5Yi90IwWrFRIJTLyvIkwCQcSXQtFnn3h8UDSMIoA5b+PHcxWkoy94CAiF+k6UBlChGYPaf1c9ILMd6rAxAmtcAkUMF9LcYSsL/jBHl0urbwfkAEWaDBjQC7Wp7+IK0LERvq5e8NlUd8mPZjiDalfdysFtBywX9/H7nJk8Fts/ZmOkLDvpZdB0q36BTSHwWRj1ztCtq493ETklesOWVsrB6Q6tYoSQFhJnyiHNKz5JQCbWGb0dDmk4dx2Y3GVSgTqNxd8ITZrrNAqQJ9CIg3x+KXemGyu38Nr/3Gi9uedBsYU/wZHwIew", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYU1caDkmAICCIqHUDaauj1oWEhBC1nqvgWh2qUWttXSIESIVEs9DB3bFWq45bVaytWmvVuq/oMFXOqfsGVtyqWEBB1CqgqOzonHPPZQCHZ4aTMT/mecyPC/e7973ne7/v/d6TEAImmoZHSUUikUWGD0NNsfoIW6w+6kMSIeEhBos1yqn6rI/VFKclZ6FvYm9iDoiFNzA28E3sTexN7P8kpq2O8buJuPqsr8kYWXNGrg0i98v5o0Lrgo9hJttEvB01DBLMQ7QGY3QDIIpBJCZX2IFhWieIP6rZIPwydmCC5CxVU/JHFRuExBQhLKmpKCbQDoycBRNMyxbEglHzRyY6IXQZJoyGYphKoGEUKF2B/tAwgeT0h8oeUINngZJhrB1tKOM41AaxraS0pxBKe0pOQUENFgTNi4LYFBFsT3oUpGBbSU1BDZ6/2iAlE4iOoIKtT3SeFEyCVajt6JNCSI+p5AoN40p02+MxTI4nKK/BBa9x1qAG17sWhmmvFKrNtPEJGDssPKjBDarBKO2wcCXTLiZg7LF9JdvoCSC20aOSU9qzVyjt2SuU9ti+0h7bV7JZJDVjFZsz0JKrGiyI2iAmRVSDmBShoH1SMSmiGsSkiGoQmxlTRaiYFFENYlJENYjNwan2gtkUIYDYFCGA2BRBVR7MpggBxKYIAcSmCDpPwWyKEEBsihBAbIqg21kwmyIoSM2mCAHEpgi6C6rZFCGA2BQhgNgUQTdPNZsiBBCbIuj2qWZThABiUkQQdVg1kyKCqLGE1K+I4bZYvaUFuWDVm/WmiBh9HAaaE/rF6uP0RqslSlb7gVHO5MwdH/pYLKYIg85qMBnrPkzb6F8PG5EwWa8lN4/QW826GH2kWRf7ys0e+JfQGAO+EIpX05sNJPDKPW74lzCDWR9BFuPPQmNNEZM+N1j09TytvyHShhOLJX8KMoj//WmuPJVonTHSEiWpU6xaH4CFN15qx/P1fK18XVj48kzVdQiHOJ5w49dK2IuZsKb2JCk1jidcT4r/A2F3ZsLK2i6gCnQ8Ye//RpjcEGqykZsjHDLJPG95nY/gCsfz9nmtjZYxE1bU/jiiUDmecFNHNLqRnQKv/vtRsON5+zmCdz2++J95C++Kqt9IaF7Z04ntkAeHmkzmSINRZ9Vb6PckZMcZZtMZrQZrQh+zWZdAgX58Scy2CKvNrI/kL0yoOQ/TWXX1vLcICaRfBNRNT08ukW/zSbTElv1dk82/gymtPbO7LrsDxkT2zAr/WxW813br/YHdcsD6cZ3Oe58+B9u7zFkVuug+TL1AXhXwxvsJo39KasTJv+n81qorz0FR+tCJ3qPL4dHhqwOWJPmhud2HbGnUPwdcJuFkKeq/sthl/Fv+KG37xaujHpWCwpB+A8xlF8FSrfXdxFki7oDHlJ2LMiphu3TTeNe0Qri5S2ibhxOlXOceK87PGijhYg78YUlqlgU6aJ03regh5RKXeU0N3iHifjioLj0W+RRc/cuDDnJZNjwwrWjvh5MqwL7bD1bt9ygEM3498PFzjQj57h5we6pvOWgcvmelfkEGeJ58c2HVXQki7I/+IkJn74Ifs1IywSanI84+vtfBnva5c9en5oK3q4pxhabAc8f77jKMc+ZehJbnP0Q3KH/VPRC2KPZexTYv1OnTpceedzwCS7U5m789kQ3uLe6Y75nihZbmFvmnm8oh5VcArEnNKs4XlAt5PoKPkOadwdNK4dpvyMuVm5y2ID0z+2eYXDn/Wcb1B4BkGzH2BeDbkpgHyNPb7b0GTuzrZtzkJEUnl8o/7xpwGSzAd88J8kbvJr5cNrPCD5HVYkRPQeOu+9cVbhUj/fYJI4Zv9Ud8OYGMO/li/7SiQCl3xvX9b0duqIBZ2e5fb/trIaR1eAlPf6D+qs/33tx0nWJkYOdCGBIdZjA9liCTz1x0bmMlyBS7LfSPuAmJSl5uFHP929vEa2VO3OhzCpxaJpg9EM5oG/IU0vpL0Jk1P69e5nUTTD3dCadwEYCPPtkHdzZFwTt6f/SJ3InjYcbjsCtu+51DfujS2xllMz+7D7YQuuZsqsvUliieFyoCG6OJIFYBkt02rS/V15pccDTHt+1ZvRThos7tfsGbW54/HajGVVAdJOdCojqvbT5oFSnrpyJE2O/YdUfQzwkQRtqb7II6kPZvfwlxUYYNGuuHmrUllcmAfPqzigDNW8q1iygY0zfFCeWcJgRvw12GzCkLl4i5g3i1m42kaDmRae8iOH7NkGaLB8s4vr3u7hzVVzEkj9kHS8ESGyEm4bA4zh7v+xDw5Z7nwY385acf/4xEnIofmMfgWAs8Ae+IuC76lndGt3DlSJWjw/IBn17WKWiJwYyhM/dDv0NPq0aIOZxd7/s3rkA65+Wg27LvS+V5L8DK+fPGXO4lRbyuMyvBe8WJv389/ypoKR2FJSNGBpFpjvSkhLtNZDHsMUgJJIMuRocviXDrZWggnqbdA3Lgwr1k0JwQ1bsYfRly7WSc8g78+x4JDl0CGnI6O59v96P1t4AnL0xPju/T3QwYzw9gJfiOtDnGGzkN/cIzfM9BsP0JMZRiMIkkdrkJ4tPxckK0bk3QhVlYYDMCUN5uEigEeBhTey7xQatD8UD2bIuqyPg4iYQ6eyMjGewVbdDOXb+Njw9PB2fjUza06i5GJwj9fa3RzMXJk9zK3LmuAf7PYq/J0OLBf0iVT9rROZrtwVH/KIaynW3GRGa0Q7xPrHSjfUh04fLI2DR2oXP2pyeQuGVstCv34DApxDP4Ql+Sq9t4CPbiDdKFo/0ogliN+JYqwV+rYAJPxIvTHDwTn+IvQuuIPbUoprjGvhx2U3wpDx5ZTQxQhibEh/s1/6wJR6av9fr7kIw3rBKjNUYyqCXAPWlLwulOJTB/fa8uV1p5IAkZ2wIR9wCPbUBVGiTLbGglRr7g1K2kLwpARQ/iQGmA+iL2WWInPSrAVN6QM+HYOOwcFS7c8UhCtBwUPCQG9gyYFy7BTiflOpJCfuXGkTKOmpEJ5k0ng1cGF1XhAtx2Rj2pwcENqWQjKIHUp4rhsJutsdXkgMnY/VsOK4XEtU59IEM8nxlPAfW1Z+AUVtNhkS8K4l8SjvroP+B2PKbrZnuhDZjm2jwJ99scC7aEdMj73N7miM/znDOHSWNDPwGeD/74y5Dm/oi0s2dWJaC+lgpupJVoc9oHoG78jb8CXndLywBvb61bIZpfOqBzfZ36SllLQf8FkK7/mPpYcVO0fCap6C2wGLM0zcmD7+Hd0i3GB9F+yBD/1qSPMRp/qDfFWeru4TX/OFHz9U49McU/ATbQrGk=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlcVNcVHrZh33cQROuG0SqzwKi19yJojUtQQavGVkcYYOLA4Cwq1mg1cYlL4hLFJWqstcY1RkRFbe4TdwyuGBfctQIiVGUR2ey79z4qEhq58wP/qfPHg3ff/e493znfOefO0m6idkS8pUgk0tvwl6FajSrWqFHFx+ARPDxErTfEm9XfhRu0SdH4LuL92PuxdzQW1cTYwPdj78fej/2fjo2uHyPdybz+rp82Oe71HX72IZ4fQq6SaDF/jdQaJ/Lt7e0QPCbpRTDR6uSEZmAkBCPtyYKRkquMDYLHQiQsGBnFSFkwcnJl8oCcbsNEJ5Rcw9ggZJtQFkwYxTDto6AYpoAKGAULphfFNNvV1Cqq0GYbR0AhjF5oCGo2JSpP+kduCojNPKkp5klNcbnMFJfLGCsJdRujwhuAJCFMIJpL0mZXExogU1zeyxTvCSAm8yRCajS72pHZQpyYOEnkJgRXIricKU6SMFNACsaORGcz7vS6XUqZ+ovQLk3ofdJmV5UGGKZuQcUgZeoWAoap8lP9SE1osjKmrkQlJ2OKqYBhOmdQlcqYdCBgmHRAhS1j0oGAYdIBLT8yJh0IGLbiSJNOZsoRQG7KEUDO1iUEEFuXoAkuZyrDQmOWN1sNDXqsnO2wQfNIztZjaVLImU4oEsF7bK1FALG1FgoKZVKEhMYplK21CCC2xiyA2BozVUQokyLqQUyKqAcxKUI4N4SyKUIAsSlCALEpgqo8jE0RAohNEQKITRE0n8LYFCGA2BQhgNgUQXtTGJsiBBCbIgQQmyJoSwtjUwQFKdgUQZuagkkRwklSwaQIKS1hCiZFSGlhUTStiBFGjUrvjR8YVDqVNjZRlcQDdan9NaokVbJBH+/QcMF4K3xnz1/C9XptrFppUGuT31ws2u6/i8Wkpqii8eQYlUGnTFTF6ZSaRpPx6hGJav5BBL+bSqfGA43m2PL/RKp1qli8GbmL0GhjJ01V61VNrDZAHWfkDdPgD8TUFr9czZpQSVAmx+njLX7hrPo3l2FCe259wo4tStiSmbCi4XtJuaz1CTu1KGErVsL1b4AFwvLWJ+zcooSbSJC3RDj0jTNTaOsTdmlRwmITc1ioe/Kw1ifs2qKErZkJhzR8TxGiaH3Cbm8jjCUQoTXiybHN5W1jKm/h88p3EGj3Fg20LTNh6RslTNL6hD1aI9B2zLxlDZuU5B105YDW4G1mIm/h3YMipPV5B7aowM1ZCdd/KCuccyX0tzdMhPEt/R7zzfNwo7m//m3orxj9P8//0p6NUDhYo5QaoyoaV7aolBStXm1ofPTGhwPsqwitVhenTlYaVHr6pS4+Fw43KpMNakNquE6nTKXAQMJAZ4w1GHWqOPJgwuv7SKVB2YSFChn9sPdNj6vwI/xTJjy6MWf7+SteLvDIqqXO00MLgefiQY8tDZ5wZa5tYvtuHrCv3dXNKX2rwJkpP2706+EFJ+9clJcoeoBOHTq4RPz0JZ0vq0E+naKtNi/PAoPHzFP8fKIW7GwzNq7PnTz0Y881XX1WiuCoT3fvn/hKBIv0GZ7Vgx1gsuyvB+CcWoRXt7tqwZkfsXLzAGKO7leJDPy0s8lmXNqrpTOre5cjOj8bTJns73i3ezUq/TLa0CHtOViSluz2GfcMXL59135FsAUc91VWeZeb5jBil/r25IVlYDBvnWtoBcLLlZwxg5Fq7dO5ZwrAgK8rxONXl6D5W/+YLTleioLPuvCUKlDyZjPeklxAzDlZizZVhjza3fE4WrXXgadeCEZ0/vaLPfcegM3Le5sNtTSHt1fMnzv28n0wtjzzxsJaB9h33ciNO3bVoLvfuG7559GpCHsjaZ8dR8w4Ysm58aPencrROd/hN/xn2HNS8spH9gM6Gs3XPkEp4635R6Uohmz0A0gd/Z08p89D5EQcmQGioLvy2OU7IDvm6Hd//+gp0M62PPFViAiGz7l/avXhamCX2F4zbXoGWBWxSJNfbQYPd3a2z/iHJUf99hx8I/3bvrBKZ47a/RCdvJnx+YwLhaB4w++65a61gXt0icuKa8TQfK2N/4Y/XwRBsSVj+/2+FBBaq/3hoUm2L79NOAsOfm+RvzgxAD6/NHSiy2gnuKAs7+psfTlSVGbFbZ/gApePq4uoKnaCJUVcr98McoW8Eamn1H6w/7WnZYN8fSHd1xV6DxxW45PuDXecvzLqSQ9/WKbBSqkG9wtX7nUICYD37FdsmzPcEXbtvfzsrIGnQMEnH1SkBbjA1bd4Ams9YS/evTKRObTlrQ1e5A9z+nx0cVkbT9ihy8zFmZOcIPYSXOEPAdlQzJHwx1Sh8Tjgvd053llbukXYQx8i+LsAe/9Gng/8/mvVgtj1XrD73vX/3nqyDvTsus39wnE3+AN6wnuqDOVXb3t2KccCYi9ve1aH+tyJ4qWYBQoPYMdUgeBiRz5illxH8eyVEYtKAf1bB6h/HqIpVCAoAKfJeTGM4dX8aulu9FPJmWP9utvASLxwsBU8mr2p//5SO9gFhzG1CpxefZjPVEsYj1+PXCHR4efFqF1b7DkrLrKquIjLtONERBgWXDBJCHvOAbvxjJirSMOOs+AebFl3PGiPiCNxvZaPqC5KUCaf1V4DbbiZAYqESHWxEM+bgPKz4q66PQ8/H58PZlX3Tjm3oAA5E2AtWlSrevFQWQXw0yv5PwMrXpVTu9vCi8uwECxhRRdsSBXAq2pTxHDwaWs+VSoBtecJeNIDK7Uamd02t1240RZmzcOJaSbME3FUXyI4FZehW6XA+/q5F9EP6tA0exzpchQ763rf1NHl4MBE/M9p9PHlIw88AmqE+mLOrcFum34b3JvusfsP98oQSePCUhSCy1NuEfC9P9r7wMUCQOPwEqT/5fmeYZOygQ1JaFfoTogVocpo7DkO2S5sy2eGM0frmwPXPaJN0f3QUjRDKRnZc7s1R8qJowP36YX0MeWZZWBVuy+Nk9fZCzzEHEmrgiKwdg3/8vXgaL15hfbzWZE+RgSnRAV6fZLjzDkRAT5DYV+ET/jXhSy0q2pc0ok6sZAn5UhFDH8JLEfhmdawDTEgG1kQxzwGn3G8gEJdIL/Z9Z3TbaEYb3OzDEz6AHu+FOQtxIGzgKQcDpkLSDmZmgPm6PkKOc9RiMM11ONWB17BL0B7nob/Eh9h/2xElrEOglg9WR384big8GexP+WgutxphZ0m+8L4BbF/ujmvLZSRCfuEvhEISf2rsaE8h9agF0Y+IVTukPg30h3akAZShfxwmVQK/h/pAPki9Shgaw3CMnpqZUv3G+Ig1C1nSHSd4gVV2yfEjNjqBPeX1uZO2+ZJ64zeD67HWedtC7thx6U5w+3P+AI2LACW47AM8IHpuMyvc4EjDgbOLVrmDv24j4PC+Tp0jM+CmOUukJT5LT7ww9++aldb4SPULS9I6mGBN7wk4gU8KFB4LoIkzWf7QZz9ms5tYMKVfL6CiWBmzfyyvLQgyCevY5TWFZLyoLlH9ediB3GUMvh6c+gGDlAtsMKJviQQkniHecE+fPZd2uACX+CwrWwLNyWkP9Zn2HGkPeyw4OYWDT8Y2N+dIwe38OQEvUGnTWp0inn9K7LX56AmxiT/AUUnryg=", "1: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", "1: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", "1:eJztWnl8jNcazjZZJLLIIhEhIffiqpJZkqE4J2Kp4LoyaWotI5kkU5FhZoKgvVcpfrj2pZai9i2W2CnnREtF7eUSSkIRuywSIkTP8uUKdStnfsY/V/74Juf9znPOuzzv+57vmwkZaIhJdLCxsTE5k0s3Q4ouPi1FlxhLJVTcVW8yJ9pWjiLNhsEaOop6L3sve0ey7q+Rffxe9l72XvZ/KutZKWPdya5y1M6QmvBiRO91pvPD2FWucSTX9oa0gaS9vRlCZfKWDKPRpyZVAyNnGEULEYyCXZViECoLk4tglByjEMGo2FXIAyq+jZA54ewaIQZh24SLYCI4RmgfNccIBVTCqEUwLTmm2q7mWnGGVls5BgoT9EJVULVN4vTkHypLQGLqKSxRT2GJy5WWuFwpWEm42wQZXgUkDxMC8VxSVLua8ABZ4vKWlnhPAgmpJ5dSo9rVjs2W4iRkk1xlQXDlksuF4iSPsASkFuxIfLbgTi/apUKov0jt0oLep6h2VamCEeoWnAwKoW4hYYQqP+ePwoImqxTqSpxySqGYShihcwZnqVKIBxJGiAec2EohHkgYIR7w8qMU4oGEESuOPOmUlhwBVJYcAVRiXUICiXUJnuAqoTIsNWZVtdlQpceqxA4bPI9UYj2WJ4VK6IQil7wn1lokkFhr4aBwIUbIeZzCxVqLBBJrzBJIrDFzRoQLMaISJMSISpAQI6RzQ7gYIySQGCMkkBgjOMsjxBghgcQYIYHEGMHzKUKMERJIjBESSIwRvDdFiDFCAokxQgKJMYK3tAgxRnCQWowRvKmphRghnSTVQoxQ8BKmFmKEghcW9esZEZOWojPVpjfMOqPOEJ+sG0yAxvQOKbrBulSzKdGt6oKJMjpyJZdIk8kQr9ea9YbUlxfT1PjvYrHpQ3QaOjlWZzZqk3UJRm3KK5Pp6lHJenIjiuymM+qp4JU5LuSf9nqjLp5upvGkCEManRyfYogfNFxv0r1m0Y76hDSiXwp9L6a3/+OiTsyiJG1qginR/g8+q3zGjJC6tPXtrmkNux2E7VZXfbJUKa1vt/ub7KajqOoaLBM1uPJxWDJYZX2DPd6qwa9JlzdEOPylE1S49Q32tAazHS3MaKkYqiKsb7fXWw20k7DBYVUfNMLU1je4ljUC7Wyp3dJLzHcQaO+3GmgXYYMVL1UyufUN9rFGoGsI262s2qvk76BHB1nDblsL7ZYeKdRh1re73lsluJ2owZVvaqXDr5z/IEfIYDrkX26+fEh+Ze6ff0X6J0r/z4cCRYtXUDRYcdqUNJ2GVrbuQ4YYTHrzq+dxekagvooyGIwJ+lStWWfi3/TSU2KPNG2qWW9OjzQatekcWI9ZYEyLN6cZdQnsxoAX4/Zas/Y1GqqV/A3wyx7X0Vv0901UGtQ74aPc7g+Qb1D2dXDNG/ucbH++4KE7bHci8Wz+51eQ6oG6Q6cif3zWJblBymMPeKapLuBqzwqwwDlw8WdNioHeUPB1duwtlLfffZFi2TPQ5F7N/S3mn0ahu59OeHixEH3T1XdK9O37YEnrD84sSHTDcUvWZ5zPtYG1d56yuWz3EB2fePpynqsL3Oo2dMPki4dBrZX7smr/9Qli6wTYw0n14+/3bleIzo8xdZw9zAbr1g2IjWl0Q1r3V9TxL2l2C5zLwCx/hzj3DBn+4uTWXiW77wOifNPSec/RjnGjieQRSmKCO+Bovy6HndrcQ0fvZ//QLuMsGJ8dm7VmhT3uXs/v827Ft8EPJY37TjvwHBycFja8WUgZKvO4tXOT/RVwt/neRh6uBWhcze6bZutuoownfQcfrMhDjrV8wKG+Ljh8fdtP+2yxhZNT8svXFt4GxVM15tDabrDpBL+c44+KJdwuEP/PnDbp590hUztwI6iZ12z60sdXEHX/itwSQCZrfltZijruKH52ZkQ+Cm385ZTdg7LQl0HqpPb6AqT0Cm+9LyYPcHvKpPvXAfVS25u3ULSbXdMJc+1xRdSTe3fwHbDox+DNxpu28NCv28eNnu4Jm18KdRwz5yHi/s8H7MMlD/Vv8rPnT3vKwQyPkcSUQtTjQuBordwNO7dZ+MmS9cfQsg5EoVgHXJdIP2lRD6/IJQEv9oPrCk93G+jphNnndA9sS1abVF8G95MoamT2MLIw/mi/yf645OI5EkEfqH58IGHdgCdgGHX4sWDcY9CC4YsaeEFzx9mljv0L0aqFROGi+vj4uhNn4zb4QWKcS9nSUrS8ISGU2Qv3I17PHOUAiyIpQfegMOcNdXsnBGJz6Lzn09v6wo07BhIPlwL/OWcIY4PwGAcSyQhfSEhLTL4Luq6qQSjjBum2yxoWS+MC1IGwPrqXF2bTbLwhS4t/56KddLn0QPwx+iJIne8MW247PGz/kqeA6fOwBPzy/W8+QdmnOP+aOcHN9vlTGt97DOrgPsGRhQWIalvUwgYy2i7NQQdJOJJn2GIW/4UyeK4WteQWmr937nSPkdfQGtWxj/5+qhAsfrD6UJfhtTBggasA0w5QYj4Cs9Z+1aPztzXw1VtzMt2GOsNrPpQ5NhgQ9qG77vC7/yhJxl4E5ZSemcVorTdJ6CH2cMs/qMUFQPXZns5udjLcyX6Ea2jj54Bk9YiRK++j61qKLEfMnXud4QlKw4UVyLMnsbjUHjN67CqR+FeMEtmfI2bxMu4Cl4dOmnqt6BdUEt1rvDrOgfthsB0evn9JneaXisHGTldG+mwsB6xcZNXAey5MeqZ7tA3wfK5AnL/5aPuq9J+atCoHk8nda1onicfPUQuaftsLAEubxRXoLm7ZMHrUOfCViRLHCfc8Iv9xy4eHUCBLqDU8Xye7YLZsTiFg9PqmApCgzkutJcNtSDm6EZQLSnZTRZ6h1XTbmY9QHxbQ6+jA+NWfHsm0xyYaoO7EH7QcNj0NWF6SOlhKy0SaDf4uaett0/btSCNbPrNVljdkPEnaBmga+uU4Qp7PNSG3Mw/x+NhCVqYu+EBe/4pQ6nLb72UzZZAUJ5JwHpDnpR1+upYm1r/QNjp90ikQNv9vhNqPgTstJxPLgQOlW839aJqGZkAZoNUqf8pVsI/S8vo9lE3YWmeTDBJyLG79wUnE8izXk+fF8GO8vhuLEMvzps6YemX1zSJEq3GyjQ1mdTnQE3M9x4JGLOFkmLI981IdzOMZAFmZ0zhJdaEupmnfxdkbNgup/zAlzgVPIasZsoJxeashxyfG+MM6rMA44/pf3+mxa7ELNm/3Lf851RXS7lI7wg3fH02o2sobHztK/xwhy6PNLpjb64Z5HMtBhp4yzxb2oWHe4IeHUEUHeMLMb2kCuULOswCcm+c6a207H3iOur+THexHiTXIF8fsqkc0qA2TaRh9H4HjAUSxusGY5Xn9GpDn4wPA0nlsA14P73jBfTFzQ6amyWA32obGhWAWn2gvSKtlxvkH6AAtf8tDMFv3rDc8NaMv2fEWGjW2eddVR4I5L+fXgXSVoYEl6G4PosggH5zTn1bGp0DGEu0IYuv19Me8zvnDD0m3CLtRJvGrHmY0bhQA+7OGeAEMuH6ywcUydzg3kwbuOWAHt8jUJJPZaBj8yinmxU/LXpyDXiOT/w5fONm6", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUU0caT0IIAQQBFXFXq+5ad62lS+5NCLhr58ZYFqpoa7D1uFYbwgWiIbfNYxVbX32srlofta+j9qXrYq21q61aqO2MSmtFqyvW9Shbj65RUNENL4Mk4t65EypUzprJKT2n5zR/THK/md/M932/3/fd3Ds0X5hUqJTJZE61OOQKNt7itvGF6diCzeOtTlehvOPK4BJKTPjK+LPtJ2mbUKj4f7ZJIvemXuKPLMFRYrYZi82OIt6KF3WDm3g33C3x86Pj7ox54o9gy/7Z9hOwZXbYpK72nZrGCPaC21d4Lgev10gjY8KN0eAQSswuqyVEEEsHYqRRRwdipTGdDqQN5yRt+CfpTSpxNFntReJN5W4QXQ62abQ0mHQJw+hoMHppzKSDSMdkSJixgjs/BEwGCSctDAxD41sQw9JgMglGQ+NbEBNyqkn05Cs9DBBDB9KQr5Bp7QRiQpYpYSeckwiIyQw144RTAgqZ2k4gNmTdkaILh1wCYtKoQMEqz6ACkTLX0PEU7A0h9xNyRDju6cNRBKlbVkMFIkXIhtwgpAxowkgEw1CCyN1P8o6qFZFzWKpzghIPR60sXVchamXDER4bjobYcDSkpapAhrRXLZXwOkB0wguCqPpXUK1aOrUGQVSK6ABRKSJYF1oqRXSAqBTRAaJSBENKQ0eniCCIThGknnRUimBJynVUimBJInTdKwI/Czr74wkX7+AFSzFfIgIdpQ/Z+BLe7nIWqjpvWBiJr2LFweB0Char+F9WsH/vwTLmu83ySp/iTXhxHu9ymIv5AofZ1s1TqLHYKk4YxdN4hzVe1vlpWVoTLf4Ya3XwFnyYdGW0CZZZs61OvpvdsqwFbtExG35wsUbeuVuUFEqR2V7gLIy4I1nBjhUsPTa95wPu/YMGHE0dsLbL7VTf8wEn3C1gvMAouPFiS6hxx1DHre9chmxGz8ed2BNxd5PMu8Sd0eWfUGbPx530gwq8m3IJiehg69Sm9XzAfXqC6FjquJku4TPfa/k4j3hjoyA4Cqx2s4t3kpc+ceLwqNtsd1ldpQaHw1xKgPdIKXG4LS63gy+QJp68fT3W7DJ3c+vRkdcYbFf3eDyFX5Fj64JTo0unbN4ERl5//ds1B/pxhxIOVHzyUgMc9vqtVfP9Z+A8oJtecTCBc69JUT4W74PvFn102bnzEsh+JJDifDyZG3dZqU1M3woSLu3+MKL2LJiS+fFXf/48mhtiuTZ1zINnQdX+MR9YzxyDj83btit/gZprqTm5yJnlgR/1enrrshovKP6Vbc7cC4ncps/29h9uugKe6bvtj+fm1gM8W7xQxlllwiLlFy1g9zHZGUX0aaDYE5nUF8SgnfrWfQVbWqB/1FNHllSfBt+svTiorO5i0I968NoOfMAlWDTWKngj49ELcRM/fIW/BpnZqUMHNzcCHEU//0koOvf00hWNQLZ6vrhVI0g1Drzyn11ypFir/uVb08/DpsHVwowoL9j3l7LHq3bEo4XZcN6gT5RIo946cGrBFYjd33S/H2Sfmyt67oVs5fYH7BuvwjfsSc+jqlqwHda/9Yf7DwOy3gf3Hx/JD8iPRnMPjBj18qHj4PAT476KGn0V5rlwxgNwzvoNvy4P1IL5gzJE132w/nef/qZ37AV4a8czjf94ZD88MefScI3aA0jeA3BmbtMKk6sOvP31lqMn/iVHU1vKTy+9GQCRG18eJc/1wxO1M0VqFaisVDwwKR4RfpXcTBy2xwfPpq56p1WTjBQjFyefOuIFw00iskLOjXmw7tTWikS00oQdUyDR2QXZsAXuzseKSUDq0esmv/2+D+RKiQ0Au3bhbm5fEifliWkHZ9YsfnHq8VZY/pLKm7wkKZh/HzzqM53ftE7BtRvbrl5B30JP30EHLwA/EE9rm1bSCo7vOS9a5JyZmZx234gIrj8m/jk5h1k4MiAAVYteNS6zNcAdb/637MtxNUEe41BV3t7Nf5sQh8rqsh+4NTQKuSUCPVAKy7cRPvHvrIg5sQ1gMl7GqdC0IYYGy+E2MPBZfNI+KIpspUY/gEuVNvbDYeWBxc01XijpfkUCNzLl1W+i6xRIKoPUJvDb+cvLZ+X8gpNoP1cNJNrllXDpYCz8ZrC36t2HdjX54SoNFlwbJPNNYPnDmLhrIPBeQ3VuvhLNWjt7/YaNakR0XwnSv/79hGOrm+HgZptYMjdgskRwAEh0vtAEl1hwJPVwymaduLIJRs14Y3y/5VFEjx45J8lhmBeKSbh53a1EGbhMnrwMHu6FGZahi9vu9Tx/jxzliSxUvhPBTcfyW6dEf5IIj0F/j8m6163ojZbd5H0es5zzTyv5op2RI2fx6qvPwkQkeF88mGeI5cTiGHEoQY4IX5EIV3vdKRW3nt3wsb41Ah1bPa3dWJGMtjz3aM6bCz0As7/EUgtjh4mZu5GMnCeTGg1Hq4P13gLx9mBnCuovsmU63w5InxF1use1JqUyEdUsxQ5dh1mvXFfNSFFxn016begKdx8UhxtFnRqNlxw/DdPue6/PP5UJaIgkmJsAd4+V29XoRm/cGGpgqZS4ekB0J+M2fzlO/1eDCuE2l9OrDUi3CoO9SPwPLpQ4u/bU22/lb78y6MbG/A94s+6T", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmdYVFcaniJDl44YNFl7YllhCgPrmnMQa4wVy8ZYGJkBRoHRKbaYJ3Y3rmWNLTE2ErtZ1/LY3ZxjjSVRoih2AUFARYqIFIG955zLisbnkTOB7B//3OGee99zzvt97/d+dy7TYqxpcEwjiURicRIO/UzxhmhbvCGmPxkhwx8bLdYYac1ZuNWUEEnOIt6OvR37nWMDfsdY77djb8fejv2fxwbXjNEuIas562ZK1L84I9f6kPuD6VEdqRCOkcbEWKHNvBlCxoJV/BhVEMV0N9nG1gGjpEcVD0TFthbGszWGUXKFQM3W4cJo6JFraxq2jIYHE8IwQXZguNbRMkywHZgQHkwowyjtwITyYMI4pcOizLRT52CzkDFQnRkx/gxU53CzEmUfWjtAnJzU9mxPbU8gNPZwCrFneyKozj7H9mWPjELtWYmBVHycmMpVXCFXBtmRpxpQnT2FJYh91Nkg2L7YB5cilKLK62wRtUFcHs52p+LqliLGjpak4vJwEcPlx6z+VHWOdi0Mlx+z6lNxxZph1Fy9jxWs2o4+prajJ6m5dCBiuHTAKlzNpQMRw1V2Yu9T8xmxCOIqO7Fhqvk8lYE0fG2MFZ6Gz1NFEF8bY1ai4bN8Vq+aOuuhVsPUcBmx2Ps0fIpgZaHhUwTTuIbPiMVAcClCBIVwKaIGxKUIJQt5CF/DFEFciqgBcSlCyZIbwteaRRBfaxZBfK2ZySiETxEiiE8RDKTlUwQTrJZPESKITxEiiE8RzMu1fIoQQXyKEEFcilAxW9ZyKULFHFb7ekUMtsUbLE3IBavBbDBFxxkSBKB5ao94Q4Ih0WqJcak9YYwDOXMVDuEWiynaqLMaTYkvTxbp8r/JhkydYIgkNw8xWM26OIPerIt/5WY34Y+IOKNwIUJYzWA2ugsDr9zjLPzR3Wg2RJPF6FlEvCl6/GSjxfCa2Xoa9TZhY/HknY5R+tvZHCmVWF2i3hIj/02wRBcWn781qoYn3LheCTfiJVzzpUFsw+qGJ+xRr4QdeAjXelsjdltNw/P1rFe+jvYmWHxkCml4wl71Svg1hvCGEtbU/rKu0TY8Ye83ESYSiDDZyM3RdeXtxJ1oVe0eoQlteN4+DcFbzlvQYbULWqVseNq+DUHbhVvmqpfe3/wBRuZXr3Xtxk1Y/dKLxT/AyPzrlbCrnYRr3gVqX3loI32UTBxhMpn1xkSd1WBh/9EijjnIpku0Gq1Tw81m3VQGfJfGwmyLttrMBj29EPXivLvOqnvNw6M2lP2X5+XtGcgl8nsKMrpgV3ruij0lYL7/9QvPIstAQnbFtsJLt9Hc6cl7P3l6GzzMCHkH3wyAJy53MDTNSEZdXVK/n9C1AASsSHGO+84Xtvros9mdP36EJKaZjU4tKQL7tKXH9dvPAEvc0rzpIB8dCxPukMvwtJAdHw4P9IYt46dM29SxAs07O+TY1tYK3Pl2a8XMFQ6wZWWJLW1NEojKSm55sywNucQJd5bLcLtgpx+a3ZDCU0uCJ3dqsR7cmbhgcabZE/sUhV+MuVKOeraxyVY75aNv7zffkuPkC4+083Dd11aO7yybP3fEZQnO0iVdVec/BeoZB+CsjJvAR0eY5KOrwx51PtIuD61ssdg2MVAKhcmyx3W4D54HWFK9ixxwd6OpYO7ZZ8gz98C/5dnJoCz4/s42mTJYnvcQh7U6Dk7ot0cNGXwZdKPALDQr46evj6zcgDrQwDxn+znjDtfv+Ne1MZPuopF/Ci+M/vkKGta40561+Y64yvAsU5f0ALTNnL3ul+130bwRl4/eW+4E3dM6/XNDaT5ieUkBCm9fcHqkL46kG01Hm10I43Ng0I3A6boiTziqKkLYUgUq2xC794ElC109lSBQfQZmD+qzdkbbQsDilg10yqFB7bdJ8eE+brIO8+chNv4FGnps68b+cBl4JkTfa9NTMC+UzHCG5S3CG8c705mB27JtswadlUP/cf2eLI70gX0fNFJ7heSgr85/0Rt9/hDdTXNdtk0mg/jRur92HCKHgiiErUrh4+lAM/ovchxETtukg/GrJ6/5rlUxINEY1fcMeAd/KkRGClncs8AHI5ccfxrni9sdn7dl+Llq8MF5z58OHyxD2UI4e+/0FfNSAOhlZSPI9CmByVdIQu+hgi2n+2q/rACCakboP/PDdLlDaWggXaAQBH/TXsiQOxxO0u8h6C/xe+lRh0KwaFWi9+wZgXCOkI2LV66Cphl/a3Lg1wxE1BN6qqmo21TEeGUB2VEHITOXwMa7PzZeo6pG18dMGvCuvxROzW0rKDYZsXWL0CBCuKUjPnYuqcd+ix/8hAa4BK312vSfY6sUOImkTeMB/ZqfzQKt5ZjqdKwb/qVL/1+X3pJDfZe7Axatuo+ofEa54BbvFccPq3SCWwX2J3c/Aj16mcs8clNB12+HClKT42Y0IAp4XljuSWWxWK+OeJ9fxfnHfRQwlsi8pABROic8MJWFz3NUMTLhVNWey8BAiGu9cZ77j0HftHfA04t2DRy/ugBVzi++mRruAxnOFQsiFSriISJV0C4qALJ6l+EuEy78/dJoBV4Z8Y/47IqHoOR9ktBCQFxi8wKJGO8cMa+30eHxRGDVaD5J58k8RIcXlYOlHsQxipCQBMkdWTqLZ5izGL8KQMK1cYwCMx1Vod2ICO8kOChU68L3JTi395+rW1RK8M5e6dN8d2YDJmMnSGZXFOQAoTgECWWhgTTx91EUSd+4dJQnzJKyupTV014vmOlLVkoBRJ3hF4tREqG9SYEzhOp0m5gCqEwkOYiu97kMHiHT+z9Hl0xjHC80PYuob7YMYHG5k4N+JuXS3AGuJ8ts9oTs/CCgfrRFwfI93AsuPEQCU47Y/p1gL/kU19Y5/lBLC+Ye2nGRCh4kd79WUHxOBjvSxDnCXWaSiFIU/XhEtw9zyoFQ7P7X+ztBuv2YYiQsFhp70hnuJvayUArDiICWSGEXab857gMkmMroWimgtnxCAVk9VaKd14jA9yPqO0o5pHHe6oo/pYFPA1QXEdWg5/ISxZivH4BbqTMtPZdXgO2Fl/qN9awA9HKzXLTgPbIzOaRtY/Nj8AOxxwGZgOXVGTI/zGb1eyQAC+ra8OWuKuBGiVwAzJd88DUy/SRHSC+nl4M+JN37vbF+1K2e8ilVQGgKgetGlyJw+ta+Oc8DMOlmh24UgCa9BSd4IsWBxGijfHAQbRgXAPWtlGrUz2/hRw+6++CvRhJjrQaOBf4CogroiVs5NsHMV0vQLAthmg6Imr19nSG1N5sLpk8V4YmxFqvZlGB5uSe/+MnKi9+GvGZM+V+hK9r7", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndYlEceRlhYepGq2LiLBT0VdhdYjGaGIrERIhBjjS6wwHrA6hYUjYnGFo01xnJqMMZTzxpLLLHNnA0NGrHHcp4CKkUUDFKkmJlvPg40Ps/t8Mhzz3OP/PEt3+y8M/P7/d73/X274BOnjU6UmJmZ6a3JJVKboo43pqgTo+kIHR6i0RsSWzXchRi0qTH0Luzt2NuxFhiLMnFswNuxt2Nvx/7PxoY1jAldx7zhLlSbltB4R98bSOf7C1dZjBW5hmuNcaRtmQaRC5AYTVqSCRDZQDrm3xxMEA9GzjAKHoxCuHJto2DbBPBgAoSrkg8ibBPIgwkUrsF8EP5EBwkYmR8PRsn24TpbMMOYnDZhth978W8OiG8nf5YGvp14xdAExLmTvDkxKTjL1ARkOh+YfpqzEwPJZFygwOaD5Hwp5xVGUxAfI5ic5Hw7MT3JTDZIFgx7MdnuGFPZi8nm1RRkshWxqrIXLpY3gLi4J2eJkJtMI9YtBQxX62O6lXO1MRHD1ZOYauVcDUbEcHULpll5M5qfvBmdTMHVlUSMySpv7H4KLh6IGC4eMIkruHggYrh4wFxBwcUDEcMlVbHJKprTzhV8bYLJLoDPHUVQc9p5AF9vEUF8js8kHsBl3mJnDuAyb7HJBnCZt9gvA/jMW4yJz7xFEBcjRFAgFyNkLHuBXIxoAHExogHExQgZq1MgXzsXQXztXATxtXPGiEA+RoggPkaIID5GMEsO4mOECOJjhAjiYwRz8iA+RoggPkaIID5GsAYQxMcIEcTHCBHExQjxWS2oOQ94Si5GyFnXUHIxQs4agPL1jIg2pqj1nvQNg1qn1sYnq1MJUJfRP0Wdqk4z6BOtmy6YaEnv7MglRK/XxmtUBo027eXFYmz/s1hsxgR1DJ0cqzboVMnqBJ0q5ZXJ9uSXsGQNeSOM7KbWaRzIwCtzbMgv4RqdOp5uJtyFpWjj/zpJo1e/ZrUITYKRHCyFfk2lMf/jalIhlCRVWoI+0eIPyWr4xKwU+1/LB+z4RgO24A44uOkHr4CAlg/Y6b8F7EwRWiOdHG9q3JLmxi0+HQW2fNzOb7TQlrwBi5GKFhIQ1PIBu/zvpNz4aavhGwV5y8fb+o3Ga8PNaL+mj+5yv5YP2LUllGzNHXfDV+Tiw23Lx+3WEnFLmxu3+I1ewCs9ndosXThMq9UlaNJUBrWe/Q2HdtihRlWaQWPICNHpVBkM2EFIic4YbzDq1AnCG+Ma78NVBtVrni2UMvaF0MvHU9O36H8k0NHCAz9YPFxQBm5Vfzb+iGEvmj4ATWuvfALCn5cU4+AqsG7bjl/HpueBLN8+X2d/fhClR3XwGB+ZjTatOdlpl64AzS4eerDD7DLgUZP9+OwJGzz8Z9nJ3b3KgCo2uut3874Da+m0ZDt81Sb5TymTJbjUY8CHtavM4aGB9uY95paDS9qx0l/arAf1YXRDC7zgVrKZdkYtUrfJHe55oBIsjjG8s/LFFWR5arH/pJ4SfMfcZn7HeEtxXhnY8+2TzacHW8H+7+uqnQovg9Rh03buj7PE5FDFQ5Vu0Hf04uPPuhWAY35/6+61/DnKd2t/9j7yhJYKl8C+R4vAEcMyL8mwm2iKEKAjJIs/HhlaBibQYw0tBWsetN9ccEYKLx/JI8hSQIL/bVFMDgqaFzLufk4pmrv5YxJxCRLi8spGA3u98KlLt8WjO4WUxZ87j+aMpMhiYEZ/oCtebe2d+YmvGS5avsd+4vYX4NlPN+fXqfPAo96HuzrZFYPQ9wpubH9ejsgmhnc8HWDE/t/qrkw+C5L3Fun3uVcgq9Zu4PRoCe6SPzPz/NYKFNHZaL7a+gR4Tsu37DEaJRz0BthOyxZVhiqNd9e6dHaHFypj8jauqQYsfwXAJevQwYVWrpiecszgXEQuZ6T9KoDlhq/7tIrMB543fiEIc1jt/2Bn5/znqFXkLIeo3rZ4cf7Tjpe09SiWrHay01PUduhN709V1WhwkYRk9Byo6EYTbsHq7OUOxwiFtYY9w9oV5wbeAX7dt7jmzPKC44XEVwDF9z8GVYWaQYEfSjdcSqoZNO8GiKVlXyKBw4N/PJP+mSfeP+vTnL0jriKvLjHkiNdAh80FA3q9cIDf96cJKkeHSTSlHqXIltLskDvWtp6Jf14vxSMT3v131MIykHT14fge6S6QZnd06gvGpx1m2GmtnJygFnyhj/imwuoCMlI6ONYBmlXvzEwgHLttLTp/jv5UgrAdmjsT5xcgyqYrNjkoUihUPdi3KYMwyAHjUbTw9eARDv7zoKl5gK46dpUjFsrkXQokDxd0K3F4hPYFVR1P6G6PhXwZ7fG307scn9PVCvqWOBCqSjHTUz1b/+/W8BNanjWFgPE5B0zq6dOxPMUOP6zZUnYp8ilw7EmVUIru0/KMNcf/2kcTVofq1ZX5Kh8LeHHpaFoJNGo3epTZtxwxXdaK+soFwnLDqtAwupBWireSVeOcK9l5F1phph97fDb92Lq2ve+BH75Rfxk/xgayeH9F3ZzsSArscDqh28Z+UijQtaYcnH/3g4tLb1vj8K9SHtYUukLVics91G1qAaubGRa27ecBywnLC7v8Ewh5HmKBI90XDCo66QVZPFlo5/v3prjtPICoerKXeENnwbjKgb9QiPvoEbWhYltI2Sj7qEb0s1pwImHruNhoJ0hIsDKt9V4glGNIJXCMohFIRR8wg9MIu579lIvGpJ6q3zM1F30kELUG0WNIFIVoxvIwEoEl/nI2FfQstMJnkXGidy34rL0yKXyLO04k2bgdYYYvJFKiSWGMMGEqYrqVwJm9h2yyjZBgQhrC0OeATLaYbGcJ5cQt0zbUo/VJdOJFwPQthSWZff9yZXUR+pwKZZUt7k7td0AZYvHUoWgarosLnr+ICrIVFmi4shjN33WvcPkeSzz9APwiN8sS77KgBaxCVGbHE0pR9nqa+LuI+bs1Zj5dhf5BbWz3UxAsGKk1ZvFKMC0PcVREzPCmd605rptbfut6iCvsezR6hY+jA1xHj/mgHMhowi63hgq6cZwtDNz23sejdt9C5wiLQ3u2gRmFXfytt9vB2VTGz66CD+KcibQ94O3rM4jy6sH2dlSpVpDpvx1sKxCrBhASESHUASrrKRu9YB+iqpm9r7D+YmMOL9+5a7fM1wvfpLI+dZrpdbUU2l7fMKGfrRvOy1p1eMWSCtH/W7F693PBpFkQAl0AjFe2UJj3obe4Ti4SbHBWIaiitnnSA4/1zXbOOvQYJQo/d1FZ+aARcyZ7YpaeB4DhdjJ/sLWCzDdqEEkOaSBFKFQghgtcf03xRNm/QvSZo2jEHOW1UyXueC/pBl+NcsSCjfatBkudpgRuO+YCowcSZwiV4nmXaKB1SHiUCUlL0ht02lT9yz2/8Z9AGv/m9Jox2e8FkNDH", "1: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", "1: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", "1: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", "1:eJztWmlYVEcWbZqtoRFQEEGi4hLXKNAbmNFUIcTBBU3APRppmwZagdbuRiUuEzXGJY7RJDiOSdSJu2OM0biAS1XiviPuUYmigi2oyCKiglP16jGg8fumqz/5M5/8eM2r905V3XvPOff1g9ZjjLGJThKJxCwjhxhjil6XnqJPjKUjdLi/wWxJdKg9i7AYU+PoWeSbsTdjDTA20Max6Ddjb8bejP2fjQ2pHRO6jrT2rJcxLaHujF7rQ+8PFY6KOBdyjDKmjyFtyzaIUoDEGdKSbIAo+tCxUHswYTwYJcOoeDAq4ci1jIoto+bBqIVjOB9EWEbDg9EIx+58EP5EhwkYRQgPJpytw7W37gxjc9qEu0PYR6g9IL6VQlka+FbiFUM9EOdKSntiUnGWqR7Idj4w/dizEgMpFFwgjf0gJV/KeYVRH8THCCYnJd9KTE8Kmw2SBcM+bLY7xlT2YbN51QfZbEWsquyDi+W1IC7uKVkilDbTiHVLAcPV+phulVxtTMRw9SSmWiVXgxExXN2CaVZpR/NT2tHJVFxdScTYrPK67qfi4oGI4eIBk7iKiwcihosHzBVUXDwQMVxSFZusyp52ruJrE0x2aj53FEH2tHM1X28RQXyOzySu5jJvsTOrucxbbLJqLvMW+6Waz7zFmPjMWwRxMUIEabgYoWDZ03AxohbExYhaEBcjFKxOGr52LoL42rkI4mvnjBEaPkaIID5GiCA+RjBLDuNjhAjiY4QI4mMEc/IwPkaIID5GiCA+RrAGEMbHCBHExwgRxMUI8VktzJ4HvHAuRihZ1wjnYoSSNYDwVzMiNj1Fb25GL1j0Jr1Rl6xPJUBTxvsp+lR9msWcKKs/YaIzPZOTQ4TZbNQZtBaDMe3FyeLc/zvZoIzx+jh68yC9xaRN1ieYtCkv3exBfolMNpALkWQ1vcnQiAy8dI8b+SXKYNLr6GJx3hRhTKc361KMunGTDGb9KybtbUhIJ/tLoW+rDNI/T+oqRJSkTUswJzr+KWe1X5zDxTbY8HF7/q+46VmkrQE7cgfcvf73L7W64QP2aohCO9kbt/iQpGn4uL1fa6GdeQMWIxWdRB3W8AE3fq0Bc0m57ktX7YsFZcPH2+S1xuvGzeiQ+k/wypCGD9inIZQs44679k25+Izb8HH7NkTcrvbGLb7YU7/U2qnN0okjjUZTgiFNa9Gb2Z9yaKP9MF2bZjFYMiJMJm0GA7YUUmJK11nSTfoE4UJ83XmU1qJ9xSNGuIK9F3pxe3p6if5jAh1d/mDdoX5h11C3562rH6VfBzvPSPKkbo+BRPh5jIryNc3xR0fA5h1j/na5ZyGI/NGQN2H+fZD9+/xqfWU+GFUT+eReUQmodBm9tH+mFJanDJm2WSPBEuMMp4NflqIRFVm/z5/mC2dkRn6RUlgGbs1afnLj6UyUMOpqb8fJEtzXQ9pljl8RGLZeffIvA6rQ3PIrF2eY74KgiIe6E6OqEdtfEVrzTuRbRfkecF5E/O2cNpVgwJnFI2sis0GHlfO23LDK8eypOduGV5QCYZozD5E1mkTU0xdPA+qPs/tUg+HNaGR3wI6y6nOTDc3wN3Nmjzi75wYY3em49+HsErBkq8eETXJPHI2mtQhPKkD7KzqO/PK3KkCCzhjW0RX/cmTivhXNb4Dp5GqUoRy4X1w1vqd7GSDB4+5tb4l5yUMjhY27wXYdpy/IGvcA3Vzz7YGgLXnocL+weRFBfjCKZOHphqPIIeazRgN/ygFNF/S966SqQAd+7pa2yiEHOQ3x7Lr1+0JEsyNf7YFXk1UurqoCNEuXT10Ene412hcS4AIXe32i+fd7f4BjCoq0os/DLxxMVeWAZbLA5R93uiKel6GJ179rvGavL04lZdkx5iIaRgGbJXAXnJl/2N8HHlm6e8kir3LE8n8TRX/wzN88VIIXrXwcWrCZ1ENHC1WCyknarO1l8NDV7Z9NzbkHfl2/egD0kWJhP//MBarGmh57Y3PRWvfeb6dLXXAJLZubP9YJCXzCxmdKIcufLyagzv6Zl0DcktYL0yfIIa3a4qu+8Nj+XiST4nprJZhWZ9dJXyiUb6YzZvw5idbStJa64JyoSyXlx1zhrOD+ZIkbwEu+fW3G4UDI7juDll77mlR6G1g26bsf2nb3wLKe3w5e0cULdvjt83VDj+UislmSsluosMW6O9HdisC7bftOmRXsBItJVftOqQBn2lypmj72MYgg6Vq6uxJU9B1OUlsJWP1OICG9vz4G33/anszoBA+lqj7dCWWY8dKKhHitjrDfEVeysgRnnnNLblPsgNeT9Mxz8IOKwSGdN/hUAZKEwEbXH6BVX71LpvaD+dZMwsgaIGynfwE4SukX7IDB0I9+RsXXwdVkqjBnLBUKXokGCwV5BqrnUAFVIXZfLmi9xZS8+J4T9gW0co8Q4/FtINDMKMG9hQQcB78MJ0J1l8N3zi0raLGuHARfa+cyI7MUCLzJd4enNp4+P6TYEV4YUhy8uwNCvd67c3nTE0/8/l9NVV7W50DQW/VTJMjiH954zL8uqB6En2d6s5ajt8lskf388NPj94/u7+UIWd6SUHtaqLG+WL8xflDsOkfI8vsEHKA0mBCIs/tQg7gLqPo1zR+BACqQ0mZYoF3nuaAXtYMrWcBgLJl99JwnZvuvQFnPaCIKwVcjqUG5YVIUUsFyRFTVrmONFM4u+nBXS2cXfJ6UI2Uy0T+1p6cOULAleTEoAKv/2Of5BAQTVe5xvosmDmzpNzZGBhnvS5FriR+RSj64P4JkYnhTuDeWEvmyyKMKsOnHS6MnDqxBkwntsp5Vo7N7bvq26CPBQp2wDBPxkgpVojDirkERVsT2V4WODSI3nJLibVNKt3ww7gIS/HGJI9zVku44FxCy5EQNc8XvZRDFxnjDgPxhRBp3mT/vdcT+lGA/OMNPhAWeg9SDNVunlEox86lsxPR1G/QUEiUT/fEcciCuP7/VQ6SjASW7YZaHCjA2pmxhnOUSEvK/TIaz/u5S4ifzwzdpWwiSYqqCb/QyOP7U3Ny8eH/cgxrzdAfM+sgjMa+BOEYwukfoC9I1bmmdocC7uU0wZX3XRTkoniZ4ozdkfPDHgnwyb4GyVrnG0a6eMEj4aIKtO39yLFxQDmjWHurcIeNzAFzRgwZUhtYPJQYX6oDl1ICrfCCr2yqkmNS1datyKXarWpm0bWMTGOdMlfYMMZ47Y+3+s130AQHwxCiqVBfMdHxB9PMm8HRl3M01gXKRj8WIuphxiw/0FIzMFbP6W4Hg8/HViPHeBRaZtzd9evwUoLsoW+iK+xG3b6xxh29N1RLpVwHmTy0g0/95IMh9bQE4m3dd/vUGGU4QNuQDhbxHH0HCo0xEWpLZYjKmml/s+XX/C1L3p6dXjCn+A03GxZ4=", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYU1caDoEAIawBAfeljkuVWrIRbPUcFqk6VQex6KBTjSFANBBNgoq21qUurY461Rmt1erUOtrRaqdPrTpaz3GrohX3YaxLUajgjqxBFOeecy4DWp9ncvIUf8wjPy7cc+97zvm+9/3e796EzuOtwzO8JBKJ3Vc4DLFaTMZciyljOBkhw2+a7Y4Mj8azOIc1O4WcJbwYezHWAmPDXBwb+GLsxdiLsf+zsdTGMdp1pI1n8dac9KYzcm0QuT+aHlUp3sIx0Zo7XmhbrkHUFJJizsl0AaIaRMaiVW5gYngwaobh2puGHrmW0bBlNDwYLT3q+SB0GS0PRkePsXwQ/kTHUIzqVR6Mnq3DtbdYhnE5bfTuVznV1gykiuYCRbNfOjdAnCup3EmEmjPjzUCuU8tKwZ2VGEjFx5PWfZCaL+U6d1LOQGq+7fFWU3OQy17HgmEgl52LscpALvsQC4b94ioNlVgaLltRcxAXTypWTyouwYogNZfrsd2puVoSK0E1V38RMVzNghWg2mWOmmG4uoVYfm40P7UbnUzDxY+IcdkamrqfhutxRsRw6YBVq4ZLByKGSweswDVcOhAxXKUqNlmNO+1cw9dbWNlp+SxVBLnTmbV8js+qVctn3qz0tHzmzepIy2XeYhfT8pm3GBOfeYsgPvMWQXzmzbKn41JEI4hLEY0gLkWoGE86LkU0grgU0Qjia+dMETo+RYggPkWIID5FMHfV8SmCgWL4FCGC+BTBTDmGTxEiiE8RIohPEczLY/gUIYL4FCGCuBShZg0ghksRjSAuRYggPZci1Kxr6LkUoWZdQ/9sRQzPtZjsEeSCw2QzWY1ZpmwBaMsbYDFlm3Ic9gx58wkzZORMIRzi7Har0WxwmK05T06W4vffyUbkTTKlkJtHmBw2Q5Yp3WawPHWzv/BHQpZZuJAgrGaymcnAU/eQHSSabSYjWSwlmCCsueRmo8VqnDjVbDc9Y9Ikc3qusD8L+bTKLP3lpD40okxDTro9w/MXOWt8r9eLDbfl4w5oibg9ueOObf5GpVW3fNyB/ytucpbgasBe7gYsPllpWj7goF81YBlvwI0vluLzp7blAw5uCWUruInWNzdDra7l4w75VYnmsrCml83Gz0aeQyUrW4JnOTfPquavFarnUNChLRG3L3fc6uYvbqrnUNdhLRG3j7txix9R6p56siFuSyZOsFpt6eYcg8NkZ99kkX6bnGvIcZgdeXE2myGPATvQlNhyjY5cmymdXhjXdJ5ocBie8YSlV7GPxZ7cnolcIv+XQUat5fPyR+x3ggFv2OqCblSCOdeOrNrzl1NoVOw3R6fsqwKVS1IcXVceAfV9JxUsPFOOzq2+3n5TWRmI+SBu3M+n6kDHebeSd3W4ByIuFNSmGGV4vjDb5s9volg64SOQmWgWlvDFpQJq4DYZPBT/pfnKfQXc0ar++N38i2BJ7uS2AUUeuLW9UFkRV4kCo75ee2+TE237dvx7F/rVoRM/kJ/74GRtSvHGTyT4jOSKVO7nCW90i/bd2s4TDvzdw0h7YSVw0AmleKHxD5eSPL3w+jZ9Lnf1rgPz9f86nK0pAaPj+5dd6O2PP3lr3ZYvR8mgtNeC8AsF5Whme31mYs8wXLPy8vIF8zzgjLBtb1yd/jlShoHvL2mleN86MlERYvPdADmaWTvhnEqwYsG8tLOve+CRo/+Bbn+6FwlBRC1b7wu77n64oKptMG59bVTEztNOEE7CPBgAO3essqS+6wdnLt49UV5Xj1p7pQqhBuJhHcInDKncB/rRjZWhoaf/NKYhoQy1Sf6x7TsGL8jy70R6mkhP3OVRTW7RmkrUtQeZ6T6gtz/wgmsOdfrKlnUaTZu+sXdCu1LE4rgJsg83fD2jQgo1n30T4zxwCYzpFHff+GYoXqMWBqb54RHC7I+XFQCBzC4X84JhVEK7W9d098V4T6PB/iRTD9CuDoRoBRzb83jwkb4SHH8y43zphGpkllhnex0+ggRWJ3+4pAYwXgNEfm+B+Wln9xaHVSOjwGbeqHogkJaW/poTdCf0pd0Fq3KUc7FfJL684/13TqkD4LuU+CpAaDH3CcVCEiVX5oRgvfNA+t/H3UYJZKFjwTDp28pH55wyMc/ngPbtfw7yjw9n+3sQigndWx80AP/lX8xJzldCuvxmJaQ6La5C32cLROIAbBgxvPt6uSfT5eQGUDahlyCFnxDld28tWBuy8bv9EU5AaL1Y+BC88rgzYQBUxAkJyJTBiaunrvnspTsggwpPjpneMIr88zl5VpcKEE8SO1qBWR3UIePdtPj+WRL4XXFY+3yTF9666GKW5J4PpLRtCYE+Ba0F5gPwh0tKKjqe8YdUNtvkcPHgm16akCKUUVti+GuqNybqrU2pRgOvTheYvgeozOK9ManindsvoqlRRHFV6OOXhZ184Ikp7z/UgyBK/GP0298LOx0gwUsPVPcYs/QYIKy3gTJcImzrZyCFeDQB1ILERZbS+i9qEGG3pEIO173eW7AAD9ibGkEtAKQALAqMAoWJNTJM0z6mGGw5eT719nYJpmHn++GvPEsX97hzFVBZhhWAkbf77Om+NAAzX6kBFircenDGOtan4GM/zHTvJ+q/guVtcwR2Ehs4VA+mENuIqkOvLFvvjO7WCjMfkot+cAWcEpbvs0eCg6mRVaLtK0wCQxWAlqnzMmA6d6IU2YaP+nrcQpTG3f5wr2N5pFeqEhsOnu1lal0j3ucN6TrX/eBEIo/l3piwPCsmGK+d1e3A/E0NiPnXHdSFBlKLPn2bCLEM0XC3nUWjNmtPvDZUhvfKiLNUIaanUrCK2E5aNSJVOHNGCBSScaVIUYumKUiFV6Pz0wSnWxgABVMdCpf7Ylr2cifaH/vS4BlzfeCiRyZBEQ3o2EEi4AvoUuFse9KKH5k+S4uAiRRITBDc0p8QdR39NOyPK3OU9YDGPVsJaXhtLoEpxIhOeMANHmSHCki2U9/3oWCCpDBLUeAwkkEnUNOfcsDik4p81IC5yYOEVFwDYacS/11eVYlSqZHLYD8ilLUSSNM85CaoEdR2YEdbzPZfJfr2Y0BlNjkC0zLVFoNkWliFgLalmEic9Jtc6eqjwZD5bwV4cOcWji0Ox52IYAJD4CSauHtgT/cgxY6/BWGqe7kCvtz3o+PvHZVCut5BJR7SSqik98Mw9QtpMeopbKd6cyhsIGnsHIRpXRx+iEgXmaZQQrrtxFC8azsRcDl6ixCB5czH8/wxM55rYHI/v8IN5ZEwWKg+z9LHKGlFjffYVfdBsa4NHj0uHDIfk2KirsCoElaXgyIg038rvHJZ0HTdFhmkfjMyBFL7sIRB5gNOlD+FdCIlpo8ycTmZdofNmm1/suc3/StM0zdvzxhT/QeBKA0y", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtYVEUUB0QEeS2yIGJolhb2+IR9AGviDKImJZIu2QNTF7jA1rI3d5cUM1PLykdWmlY+MkzMfJaKD0pn0MrQ0nwUKVkSKqkhCCIIaM3jEsVHyeyfffLH3L1n5nfOmTO/c84d+qTKYzLcXVxc7J5kSJQtUlqORcoYSCVUPNJsd2S4trzFOeRsI32LvyX7X8tGZbj9l2wM4YjRh/wYLtuyTZb4LJMtUzLTRe3oSuqgzNhGRq3FW9pZOOKW7JbsX2WxLTJWuv6i7BDZmt76RucS6PpINmqMtPrF2eRsk8Oc1kGQVgykYaNODKRlY4wYSJdAZZERYig9G6NEQcxUpBgqiqMEox7NRoMoyBlTMU5FUEFpjR7kYTRbM0kjvRnG4FQADYKW+G7YQ2MQAkU6A9KwhzZCCKTlDx0DDZVzUjsC4lTXRApZ4qTViLmngKKF3FNAMUKWlOxwBqTRC4GU5BA73GhnLPHU0EQJgQxOgDQKYYVSQ8MJq9E5AxIKhEbrzJ50gjTiPYrlYIczg7cohtGIYPiGtEJFj+9H2+Fwt3YabYej3dpntB0OdmvD0EYLMVXZkDMpqxXLPg7SidUuviedWJVUQB0mw9/yXCfWmBSQUPYpxUEnVoYUkFj28b6pE2JEC0iIES0gIUYoBU8vxIgWkBAjlIKnF2JEC0isHvOioherxwpIrB7zzNU7U4/1YozgmatvnxH0Qm3vTicckk2S07KkbAK05Q6zSNmS1WFvvemwWw39YfcmQ5zdLqeZyTejbG1zO+/6l7Lk3Gf5K/9q+ad/bdbe7OOsDbALW5Rpsqbb//UrVRPZBtSZ/BhrsuRI7Js3Wc6UHFmSrU0s/F34pS5elm3pZqvJISkx8CXD6ByT1WF25MbZbKZcDuzFtmDLSXPk2KR0NjGx9X2oyWFqZ1v6GN7CMjr9fUqiU/QfYFSaOdQsV88OwZ6xyx5duT4AD/7txIbGcV7w0kVsuPNADzxpw7zSLBc1/hT9/v6g+/4Ao1JVjxt0gdhn0cezRs9R4eaPLx9N/NUbptAFnwfhhQdfHIFig7Br4su+SZurwbAHbdf8z5eg8Onzdz3jFYp3l6vDis+eBenfPPXw113OA+/h/XLcTobiiWe/u6P02lXgtyfivXtCCtD1V6+UlrgG4ROxuY+v1XvBZ5ZOXr7qTj9Mte3YHIBTjn1erl7hDrO/vLHl+ZpaVLR29SgYqOZ2B3SCtrkLztRMUOFXipOL1vZV4yBiFayuAyd7TjNpHr2KtPRvazAecKqvx8zFNcB9rN/9W1ZUgiHUkZQQJQ6d4Tt/vDm9qdANl3mTDb+lwi9Sh8K7QOS3XLtK54Jrex+VJ3TxxCu/XXf4+7E+8I4FOZN6+p5DS7b4TNpwUA3ziVemfW7YMmVq/n3x01D/cW/srQv/Ag3fXnv9+JQjQL3pwbKp6nrE/FxdDzZtTyUm6gA9leLkE+DdU4tenf1kBQL68YUJPo2gookG/DLqNMW7b/j0S4D5sa0zZPbmVaOq4n1DNpqD4Q6q5pov/mzn6x7VwWfQyvUbf5xw1R0/l9Qr+OlEfzhzcfw8S8VZxP2/DtIuPTlk8G+VaKlnz/fH9y9FDcby/GVfXEYhi497Za3yhwVrcvf3H3gaPdIcYi9Z2BWOfYF6Wol2NdOD+h5xvVfAwxfcdQFRPwL2GFSBXmCOn0ZJm9+WXit3h5WERceX/oDCYgjzqrpDww9fZutm1KOSD5+N7VpyHg1kBPKDLCybXHH0nDhyIh4Kb4KwoyCo6eClIvAVQe3AbnAiM9yDn9dPPpBG+9j6nrhifnil7x4V3mj+edJcP3/I6F0ZhkNHEwaUqTFl1bcPNIHtL0/7busT3TAL53xfnMQUBEBKn95HgzHnY3fMeL9tJyide12qP3MKcb23YUbzt48gzsMGUHiSLJgchoOJl8X7qgFLr+LVgGq9t18g3lcXPu6NWSp4g2gx5XlgysaIdW540O4xS/os8IPs2IsugJC7jJ0/XHgUGbZ9/dyelScRo2n8RcTcHlWBokNxyu1xRUpc3fCpArqRKsDPrwrMJ1krz2xELG6SO3zo+ZcGjFxzFXQ/cajeWF4GeByb0SedaKQawIoZd+195aMroIe9pFtN3GHEz9sF5jVEntvU7xskd3sJH8irB5Qth3p4wSNvjbsR33gDJTBgNeg9++Lonb284dSo9YMfSylCh4mV/JRgeCyRBC43ANN0DSuuR4m1C4yO9FDItlvni6uDRxBKNfP8XRQII0au6To8X4VVTFEp8qf0jvbELH75gfD1d6zEk0IQRQOW54nJZMPeM17QSugAZzUhWpYSVjSAj6j7C2vQ5Pv79L5iWYJo9v+ypw5EktNcfLwREbIRxl1Gp5cH5O8uKkdVMaRS7eqm5Gs5GE+qU+yyiygvc+sFe4EK/kTD6V4G+hNWRbznA5kar3No3cTkMXd/UIOY+VQ/eIiWgd/3I1YGTjegogN5w7bXVqH9hTQRXaHRixZ+ayZpfnJ2m6byzybIbzntyDR/AuBZEq0=", "1: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", "1: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", "1:eJztWX1YVFUeHmBmmGH4HPB7JVstNTXlzgygq51LIGLl+jHm0lbaOFxkbJix+ShxTR8zc1fJRQvNdMPENtM0s8dVyTinXBe/10RA0vzWEZAQBogPhb3nnkuA8TzOYaGenkf+uHDOPe/5nfc97+937r08PNs6LVkqkUjsCv4yyWrmjE4zlzwa9+DuZ0x2R7JXSyvGYU3V41bsg77fZN/kLu6L/z/69B30JTzoe9An9I1t6RMqkHdL60mrJam1he9NxOMjhKtGL+evcVbnbL6EeQbRCRC9yTLHAwgjXLU0URj6KJqJuC+CCqMlmFGdwFDF0QkYhkroSBInkiYOwTBUUhOMhkqDqE7oJmIiaDDRBMN0AqOhwYwmGG0nMFGeYohiZIPoQBGUKrQFRVOBmM5w0lAatS1oNBVI2xlOBMR4nK8kuzsTScxyj7OCyNYZycU8p5OcJCDjcQISBQiISgiG2Iih2lwRRFeHiMk1VDVFjENVU4hbNVQ1hcitoaopIobqbCE7pKE6J0SMx6ZrrXcaj53QBkOX5aRGaunSiDhBS2duYgUtXWElXtB67IU2RUjrsRlIcSQgusolguhKgwiiKkKMuE90pUEE0ZUGAtJROYIhjtBROaIFROWIFhCVI8Ryp6NyRAuIyhEMOZZ0VI5gyAmj69gR05xmzt4L33BwNs5qTOFSeaAtbbyZS+UsDnuysu2EyTLcUvGXGLvdajQZHCarpf1ker+fJpueNo/T48HTOYfNkMIl2Qzmewb783/Eppj4G7F8NM5mwuh7xuAVxJlsnBEH0wdjhNWJBxvNVuPLr5nsXAeTxpuSnPz6zPh9yiT9+aS+AqM5BkuSPdmnnWatxZuJEstX99NW3Y82bsV6yteXhm+b8ik+Imgjup+wf5cSVlATjmj7IKVlup9wQHcYm553ZLtTQtP9vAO7dKOV1ISj21ZOrbb7CQd1KWEfGsJtvmmItH+B0hXcpXzl1BusafdKFNn9hEN+ZUcz7V4cf4Farb4f4c6Urg5OvPvwbvlaJ77G3vMMg9MOTxxrtdqSTBaDg7OTr6q48E51GiwOkyMtxmYzpBFguCCJzWl0OG1cknDjpdZ2nMFh6OBZShdF3iHbL4/Dt/D/i3CvatCQRen7fdl94cvKpkZ7obiVZlfjJ15s9sD9d5ZXXwaZZ5QpvzfLUbbXAZk6TMZeKcnc7V8pZa3qpejoh43w+A9HDj65owI4Bq1rzlh0DKz/cm1GUIM3yh21/rHembVAGxI59qtpzaDv1O/6LbwsQ+dW3OV+vKZgU1aXLwS6UviGPf7d2reC2cVzDzje6e2LgG5mzkT/RniqYMatkV9WwEL8a/BV8MHMoceCJ8iQv/ew5T2La8GMwBG7/1FxG5ZdieyLnq8ECZcXhO2c0AQSjzL//vzxauhepeeX5IaLi8elJQ7xQbN4eF7OD6DPlcRee7+9CY8vToCv9z8Dx0+w1QeVnIPJwo8bbrjR/+ObCVVgOIdHXodT3l5nUfvIkCBLpZzF023VNcAPC7UV0eMbAIlzEWz/L15wOfzDxck8wg0KXHOH1a67A1Mx7HQx6FV88kf91Uq4rfL0pNnBfmzz7r9U7ZrSCHn28lnvnYUP8fLvC28CQti9jVAvy14zxssFTsWdvV39VAEcacE7sBnkft3rUb3MH2VEvDbi4axA9sI7y5f9Ob8UquIfcXq/Xw2EaWRyJPDeWgLDe86d5F51EX72yLWlH5xwg34Bl0ZkDFAiXmReyVJgVtZvmmPvyX70RzbU4KNGDeVlaPRAb5borkTDz7x/o78rmA1S7flnWl4DJDqEsEKcZQFoxa7LvCOawJ6oum+Sth2G8zdu5p0jQa70IeUBuTegQGdqMPv6zn/NXlx8FfJme1mZJkE3iz9teKFcjk5uw8I1AQPz7KjHPnEB0i4C4zY8m7V9hxsIcq6RsBN85qsGpfRmBT38QlFIXs6+t+W3QAW2n0nN3q11XtoYokCCncuC2Hxe5cT9EnThlRWrrtmk7KEBu2wpqw9Bgf8mJZqEN26LH1tzrmiJPV7F8sFDT8XVwLNLsCELwcBz9YvmHpAhuToM/Of8bXgTb+f3x0A4747HmxtFvc/CpjPzSx6NqAPuh05bZ/kqUMoXpfY9PVxgoUDoLtxyMTdw4xd+SL4kM3aluQYI4euOwOd4F0ouVAHieyl7u2fClDu9i2Co4WD+MK5RzBdvdnXQgsjtT0jQc29FFx5KrYF+Rdnzxq1QIGzLpShH9FUZ/OpqWP8j18uIvvU1sJ+QMJUw6wQWtAFUGo+/+PThfFCF7ZeoQOcx7XflrJAXY2To6PSvt245KWWFdF17HQirmvEdLMD0FEpknr/go+GxQWwfe5G6KiYPZHJ/Nb74OzXiyUTc2KliMRtvZSkcvOlvvCNUiE9CS3ZMKLt6UeOYeSer4cdpeUPHrMkHM58+7DtugxwJ8imq4fYn/vT857AevDqZd+qJAFQ75IW/f1NzHoYJG90MssZiB3ojwcb6Oshvxp43F9bBW9h+ZW4Qu8PEb7EK8cnIZzKEl3i5NZuPg3UZWDgF8p313jM90nNA+lOlUm3IXZCb1Xfk91sC0drd/q98uvIgGMq7dFRxH/ZgDR/4jRBUsvczH1f6JXF8GCusx9kDCduyXspue2n6tMGbCog+hVJE1ncCCDwDQ1i+GA2IqXRB4ciJsczhX06tqfb2tbn132etnxM76GP+B33Dqr0=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndcFEcbPjg6pxQBUYglGmuMcIUD2yyiRgQ0CLGFqHAccgp3esWeEMVeYovRBFtiL0kswa4zgiXWj2DFChGiIFFOKQIC2dlZPtH4+3Jzv9/5z+c/e+zsPjPzvO/zPu/eHq3jNIMTbAQCgc6BPURokpQKQ5IyIRqP4OFwlU6fYFV/FqzXJEfhs5B3Y+/GLDA2yMSx/u/G3o29G/s/HRtaP8Z1J+v6s94adfzLM3wtFN/vzx3FUXbssY/GEMe2t3+H4DFxIIeJUqnHmIARE4yfGRh/GoyEO0rpIHjMn2oZKcGIaTAy7kgVNRlZRkKDCeCOQXQQbhmqqMkJhiqhPEZGgwkkGKqwBRFMgKkYwoR8yKlA/pSRawii257YnO2JKYNH1GbOSjzIZNmRsHEfEpM1RNRjzkoEJDG5xkmCzIkeAYlNdgYSawIyuc7JvgiITnukNMQml2BDEJVgxXIzkivmOVElVxxkxkoSUu4SKgcnhSuhsmNSGBIzOpKEyif5WjI5Rw0wJlf6y5YkMaONSczoSVKq/sJjqDo5kamUSgc8hkoHRNlSKh3wGCodkGKQUumAx9A5PikgKZ078iA68yZlJ6NrE6T1yegcnxSejM68SRXJ6MyblISMyrzFJHoyKvOuB9GZNw+iUoSYzxOVIupBdI5PQAF0vYUoIoBKEfUgKkXUg6gUISbaC6BTBA+iUwQPolMEUXkAnSJ4EJ0ieBCdIkg9yekUwYPoFMGD6BRBOpOcThE8iE4RPIhOEaShyc15wJPTKYIH0SmC9EE5nSIIKJBOEaQTBtIpggdRKUJCLCyQShESYiyBb1bEYEOSUtcUX9ArtUqNIlGZzAK1U/omKZOVar0uwbHhhAm2+MyZPQTrdBqFKlav0qhfnSzK6b+TRU8Zr4zCN0cr9drYRGW8NjbptZtF7B8hiSr2Qgi7mlKrwre/dg/eQR+VVqnAi0W5YoTGgG9WJGkU4yapdMo3TNpPFW9g95eEX3GphP+c1J5jNCZWHa9LEP4jZnx75r+Xyfwsz1tkCd421LzlDb8lyvwtz7uRJXjbmss7iH+UszzvxpbgbUfN27/h91qZxPK8Xf6NNz4LMZWwPTXhoIZGKpNanrCrJRLtaGai61//vAWBu1mCtxM1b3HD72jityBwd0vwdjCXN/9i8S3ovIUleL/BJf83b/5Rsf7tnvi1Bx3sPnjiEI1GG69Sx+qVOvJrGG5DkYZYtV6lnxKs1cZOIcAWXEi0BoXeoFXGcxdGvzzvE6uPfcMDV6CUvI97dXtKfAn/DwgeHfTLN8p5G72RdsHX+U9blsHZjyIPtujriWbq+n1TPscTuXuA07fTBejJ2czeP6m80feT1vzY5pA1En/q12l7k2Lo3S7KduPyGkiuF8PhcwKvnUouhZUbxuwr0j2HK7xthjTu8gx06rb8fEr/B4AFZfW5UQP2iSbsWpjWBO0wZkfEud4G4zqXr7qzogDI5wePLshyYur2Tnu6+5NbIM51WNCvv9VAr+rzj89mZsMOXy46NM6xBKT9+d7Wh/2rAFlfhH78Vf48I/4uKLKRugX0qADHBn/b+muDgLkf0Bx91ioHhn5U17qm/AWc0NPp+sYSBxQxqxFLvQB+8fP+uJScPDg4dO1X7TJOw6uOie8nTc6G/t918l55JQ8mD8F31AHMYu/a+2D/s5orkwtzwbOW2ZpRc93RroW3EgWaHHhv0OJVavf7kJuuxpXBq0/wuQgymuIN5sOFNcqK/DwhGrJ+5083Rt0Eq5a6TA3YeQ0YSwewISsHJM65kOw/B06c4NMot0sJDOcCshs+Df5PwtUHD0G6JxuIUBFzko323Qn5QPrVAWbmHwWgfcacrUMXNEXH1zfveqetI8Ksg/19Uc6oiYNaeLmgnb2GfrYH1kIcBcNob1S0ci+bASEK6IEjVQM2jceBuQK59EmrwdXJhe38Herg/Oy7uc4rTgDC0wjDuASXQbLvKlAdk3yqVuzKdFVvtDpqew4KHRe0VDyu4Xm7MHpWRnb3BEyvhzm7qmKeAPtLzSJvpjVD0fq2q+qWGkEsJ6TnEGe1MtcLKXeMjh7cPgu2y09dd3GsGyrszyaupxe6HIGVUARxtrvNsEfrnmw9HXbAAzn0TPt0/c6LgF8X7skrXLn3gjuDZ/+y2gjJ9fswHctjhyvi0pliBNuGnhOf9BcivyPtXZzLfBFGj+hdAZdEsRtL8UQJ8xSf3z5tjTrGLMko67AGhOHE7Bcibh21HV8HVZBL01IhwuqdO7sYxrQKNirCrZF157leOZeMkIxfg+zohc/DyqBKUzL77BUhwjSsIioB0U0lGDAttWv4FiGzCId5RhkIxNsdfRI6coUkZNaN7Hje9YwXujQPJyQVTnZuy5ZCKeDiVOSBfrgmfRLYtwI47PIdEd/9Fph6pmO35WEuDFtE476fdAE8foSC2gywQ1lXhxR3PeLATN38YYjvowpw5OBiuxKvOtildcvSpCGF0I0ThBGsOdlqt/ahDaPmBHYNbh7INInNrAN30mdNz9r3FHAyLndG82aPuHz0fhmoMOSucdssYNpyBSpCohXbZ0aG5sC+H2srXQoFjGDZl9XdxpeBE9s2sTPt4T9tENGRNbPtdBir9HKIVTj+mBXCMvGZ7oDSt0xhmVRB9oSVygbI6cfnAiTrFIATLKtpqUa4Otxz0YCianAO29Dd54DoMQ6wRdZraJoHmoi3d6wM9v/khbfu+l34gd2MlSELPRjsLhOPPwIkHg9hGy4R3mjO2Wh2i7aInZRNfCsS31MeKPlB9XZjtguazUZheLovcvRhMxPmg4gfiNDCJPaGPc3R4g5/NTru54xwVc+aboNSI1mDSfBEh28uYJ1AhLhpIoohV/eGpmjg78tiajOdkR4XuNoK2Y9iGYX7IsK7mveBF0D8588f5LN8yb6tEJuUy52VNgzJ6y2ApwmZ6ozYKmcZC5iUnJ5Thm17AL8NwTt7Blrv1iYuSxYg4m9GwBbbhvl+dgwn10kChNUes+Qc0LinonM/lAIRFvJwW0T8OQ++wNuOq4Rc+dYKUHkHXCAlANuNUVEFW+Ey6vUUXsdy/NiGIT6bDvtwgamC2MXGdq4FWO1OczwY4isnIGtabEZqwR/Dmh74XdCYmbsVF+gzHlcNnLAtV4mYB9j2PzoDtskudh8Yace8j4n6ejCe750tAG2teP0ZAalfZ4brbwohM4oTSC3xH59GpL9k2TIHWfc8szoTcH7R3QedOYwL4jlofNzvu06rhWhk2G/2PdO8EReOvrV8vymCKWOP6lfc8EXMpnvHG6+5Bw69mFt667oR7oHF63p82AR9AWQjD4de4I6iDHfE8X7UjPiWPA9wfWi8G+qHG0pgE4TTsDuvko+DPdq7lr3RuTm/filMXPbXdCCzRWwxHfgl04Px4xppKSTxqoC3+wlZS3BHzbhGVQE4vW1xRNyjT7B6jE6v1STrXn1GePnvNy9/InzDmPhv9etDlA==", "1:eJztWmdYVMcapixVOitVEY0xdmELJW0OggqWaxREgxpcYYFVYK+7iwTbNTGKxn4xauwl9hIjoljijOTaorFF7HoBQUREEFFpQmbOHK5ofG6Yfe7658qPA2fOeWfm/b73e7+zZ2k/Vj00TmRkZKS1xIdB6kRlTEqiMi6CjJDhgSqtLs646SxIp04KJ2fB78bejRlgbHALx0Lfjb0bezf2fzo2vGmM704mTWe91cmxL8/ItTByvy9/lISb42OIOmUsbm9/DSFjkgAeE65Kjm8BRkIxPnpgfFkwUv4oY4OQMV+mZWQUI2HByPkjU9TkdBkpC8aPPwayQfhlmKLmTzFMCRUwchZMAMUwhS2QYvxaiqFM6C9/JpAvY+Sag9i2J9FnexLG4FG16bOSAGqx7GjY+F/SFmuIqkeflShI2uIapwnSJ3oUJGmxM9BYU1CL65zui4LYtEdLQ9LiEmwOYhKsxF+P5EoETkzJlQTqsZKUlruUycFp4UqZ7JgWhlSPjiRl8kmhllqco2aYFlf6y5Yk1aONSfXoSTKm/iJgmDo5lamMSQcChkkHVNkyJh0IGCYd0GKQMelAwLA5Pi0gGZs7CiA286ZlJ2drE7T1ydkcnxaenM28aRXJ2cybloScybwlNHpyJvNuArGZtwBiUoREyBOTIppAbI5PQX5svYUqwo9JEU0gJkU0gZgUIaHa82NThABiU4QAYlMEVbkfmyIEEJsiBBCbImg9+bMpQgCxKUIAsSmCdiZ/NkUIIDZFCCA2RdCG5q/PA54/myIEEJsiaB/0Z1MEBQWwKYJ2wgA2RQggJkVIqYUFMClCSo0l4M2KGJqSqNS6kgs6pUapjklQJmGgJq1PojJJmazTxlk1nzDOjJy1wocgrVYdo1LoVOrkVycLt/7PZBFpf1eGk5sjlDqNIkEZq1EkvnazDf4jOEGFLwTj1ZQaFbn9tXvIDkJUGmUMWSzcgSDUKeTmmER1zPhUlVb5hkn7qmJT8P4SySsulemfJ7XgGcUrkmO1caZ/ipnQnoXPZXIfw/O2MQRvETNv/+afEuW+hudtawjeZvryDhQe5QzP2+6veJOz4JYSNmcm7Nv8A61canjC9v9TwhbMhAObO6hcZnjCDoZQtpWeiW567/MWlO1oCN7WzLwlzT+cSd6CwJ0MwdtSX97CG8W3oHMvQ/B+gz3+d97CM2LTaz3Ja084xH3IxMFqtSZWlazQKbX0azDSf4akKJJ1Kl1akEajSKNALz4kmpQYXYpGGctfGPPyPEShU7zhSStARl/Evbo9JblE/vmDjIatnt4pZ5YLGvBAJHPcL0ZmMke/j39+AZ91HrUwJ0uM3DqFm238pzsqFLc9XQSN0dG1Hr1ud6yDffppauxL8uH0UDi1bYAIzeg1cLN131y46W+cs+KXMhjd5YzDyUMNcMM+/+qc2EKwt2fyRuMjt4FkmE/XbRnGnG1ej0Xrsp1R3lG7VdINP0Cy6tCl+XBK5Z7PxnvYcufch9zwnPIYXMj8/OnBGw9gz0Xrqn3v3Yc8rroIhC9tvyBlQi3Ycj+0Z+N6O1Rme9Tn+66zQezZ0QNOWeQDm4xtXw85bcqN/P3IXbx1EMf/VMFHpSjwvf7mqO7Mo9O/9C6C+8j03z6HEyd44qmngxWpqza8d/AIJMf69EIY9DgGz1gHhn6wbs6e/CKwu1/+JPHux3TdfAeUVtLJ13LnZRhKhvs1wID4EJW6woFbmPMUR/AeeHrz6lfavnng64KTyw+7iBAOgpmT+DzornQvGOF6Hr6fYrLC0rMa0PhdFNZD0F171akyqBJS/Fn421nycwuQ8KxIteJcD1w0umNSAvoueWYevbwW8OG4KUZZm9NOdpnkhQj9sNVP4fLbGekzo5yQ+ELItQqdB4rgidigSLsee1eXmyLKux48HJLtNbP0LvRyGTfoyYIXAt86aFHhEvpZ/SlA81EFIUnXvlo4+lZf0y9bVQBJao/27apaccsaF02r+/AC/HLSpu7Bbcw5fw800vuYNUdmC9cZc9ejJw72WmrC6fgNu6OKLScG+M+pgNkcjoybJVpsP8lvxzQXhMWyfUyEPep9Pi63eJwZKjnwo2nxPGf04/uFM9YMMkf8dtwa4eHs+eYVS53Rue3ncyMfPoO7akclHZ9mhqYC+ReHwpy575SzY0bfKoBTd+8f+4/r18FBfLvLKQek+XZBYWW7GhjzKKr3pwn2SFQ8r3PZIDd0K8FI/VWIGNH7S+HaHbuuRU+shSRb4MQtQFh0XGaBYj/69+D5yxogyfLM009gUiRGFFijY1t/wMrPhTiJOKVGiIS7qn8dnJtYXLft8Q3w+ayAK8eT7sMofgIz9BNJ46r7YO3H3S+vuFcJ7u3GBL0sOarPYnBjJyGUB7eSMAWZcfLygD799rogvqyySyAf5tJLkI/rldYIi7BNVGwZwEnFkb0LJ3xifXXjHkfu4uJRDcG1j8FQvtBrYJvSAj8Pzpob3+3ZstvOxhwW35ovupQI+ayGZDgjPR/U4dUb9ppyCR0ScUofQBKu+9frABg+8if48CmIJAFq5yDUUQnInEyUWQVo/dshqttH0KpmXXzmgwqwwJxkrgHgzZSVomIwyhsrfaAR4svZ14KjuiqC1A/qYRQpy6nm6GbNtHFHdDiOL5TPCxWV0F1ElDsfDuADWgZmoF/X99lfDok6FZJqkE3k0rkOmB1f6Jvaoxi0JQVZ7oByXImRFYCEzAfarNYihMlNrvQRc5afrBy2dscz8JHxoG9sBxeDTJsJO+eudKP5DPdGFrzwq2FKhpsocoEj1ekab8RvY3U1TCWGuFqM+DxEtkW8DeRfglhNouP2NsgTu6X5MXdEqnzNHRvkSuQrFSNtwuKyKdCV+ipwpPq2dUa+33d1+26JF8pqjSMbZo/SXa6fex5eA3k/C2sE/ScTp6iEObO2DP9VIkL03ISLwOpsXHQJXO6GjeWaNeLzE90IqA8/gdRvnoDbWd9MuZBphKjvl4PO0+YdHG9lwXlfUkdbnKuHRRc64JDnAb4f+NUBsk2QZYL4+gm9BxW8gVQLfm2CiirbYeRJgMXTsfM0I0TnqYUzpxDnrgNzLt3Ja5WRC/lyiWiEHbBNedo+B3eILTk7cST6u65BOCJw36mJRy056jvYN47ocMSr4OyZUdjBTbiHvQ5/YD/XnMtvRQJxEPJ+ecKG+5m4u9KRo3ky4Yj6ft9hxvF+0CDiIu5uWvkvbxNujwYzqbfkSBQODLHiqL4suCuRZOYaQKJQM8YT9eOJvIC87HfaoENhNibd0t2FvB6CfDs8ZIPGrr8iK8/2RPz0ex7COGI3J4xQ2oit8t8OixHvP6McENW5LcLiHOaz3QPlfkkahi2STT+Anc8c8fV6xg4tSSdELdEsQldcD0n1Tda0Rny9cGZox6ek8B5B3vatXDhctDixeXB9PBH0RUiq+MwiJ8Tv70MTxLe7zY6If/QJSo7X6jTqJO2rzwgv/+/m5XeDbxiT/AHHnz+z", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWAlUFEcaHoYbgXCjCAp4xDNhemY4NKYKB1njaogO8V7JMNPAxGHazBFlN1mTGHP4TOKRF10lSlxdTVBzaKLZR6giMYm6GyUad9G3KguiREBwPIEoW9U1BGJml+l5+t7mvfAe3V1/11d//f//fX9Pd1K+MKPARyaTWQPIYZpg4vV2E1+gphZqnmq02gq8ukeZNqFYS0eaX22/AJv8Z7acHtsMUmdtMLnIFizFOpOmSGcp5I1d5M/FWjm/QNvkX23/Z7b0bpvYVX5k4kTBbOgZ0XuP0PkK8ajU0saUaRGKdTaj3k1QqjQQJx5VnoAkelI+Qm0KhTSUyiOUmqFSPEJx0lCpDKXS+pGT1mguJM+QvjBp4jFDmqM0j4JyotTSUOmebDDdo/w5UalS8pchYjiluxiWOAaSkAlGPQZLk+SLE09KThJI2c0kaRtUSq4wc+NZOphIOEb3LMGe705kTo1IyyEDcW4Tg7lgp3QPQJw0kJO3GR6AOGkgJ9tTPAApJYE4p0Qk0bYbJKlOnMIDgXBOVSmktAqnI7dbBXu+iRhJLZ2pUKmWgmESVEpqfUx/SmlScm5OGsGZ/pTSuMqkpJLGVaYKldt17UVwlSdcVUl6cDi5qnKbDr1BbvOhN0ialBhbVZIY0Q2SxAjOWVxJjOBYcdXSGhErrloSI5SsuGpJjFCylKtdM4K+KFpj6Q0bb+EFfRFfTICWkkkmvpg326wFvr0XZKN+5JBptQp6I3mgCuY73jqDflwst2QRr6WTc3mbRVfEGyw6k4tXVE2RkdzQEG+8xRhGDHfMCSQXWUYLr6fOxJHGJOgXLjZaeRerZRsNdrIxE30zMQb8fDV/MZRCndlgLfD+b+rmujvDvQ84/K4G7CJ9fQSc3pvDqpR7H3DEXQ3YRfr6CDijt/5UinsfcGRfAdOiaQQ7nax3N24XWfzfcTsfDM4WouLufdxRd7XQLrLYR8BcbymrlHf0vPtk7OuFRhAsBqNZZ+Ot7LNGCDlMt+vMNqOtJNNi0ZUw4CAxFxa73ma38AbxxhM94yydTeei96qV7JfTT7fHi7fIP7WO+W7D+YT74/H9Za9+8O/v4+DMzeW7avJug8qq2OHaSQn45ISS2TvU0TC3ftvGA2WhsHn6/kHLFyZiIWIZPvxOAtQvJTNqvODEhxtP7uxIxBM2Pr65vCUWbtmbdvPzrWGwwra2v89bEfilQ7lVO7beAEahbfmh3HawuuUZoF4Qh09//OIz1Xti4MLR19edXusL+w0d8ceVGYH4yIDppwb+EATZvjrA4ymj3o18TI6TX7c/NTDkCvhXkUx43scB9sMX6r5eL8MTjxacuPCkDzSrntsHX7gG5l779NSKz8LxWE18U90nfrBz3KIjrxz7AaxSLB6bdDYJv7J87vGKIfEwUvfF8dENQZCjDtYG43cjq7Nq2s6BI+8dPTGz+QoQJ5SH4c3fUEMMnL5ww+LSZDl0ZBKHhdH41WNnavsdj4TbHqUz5XDdqvt+n1ruj+UVvhFRIBKi0FLllr23wRufXxsx/w0Hqi0N3/ZZ1VFQJCagEZgC28sK99Qiw99/99uD/ifRY6+tM0d4y+CJwKJk05Ja8HLMySM3tDdQzfPW7Devt4NR49b8benk95H3EpopbzwlWD765Zh6wO6fR+fB1rOVoZ0oafBV08xn69AO9TfjH10dhd+mbmMdqCvp1nV7rQOIZai6jpLpMN4Xryq7qTi/+yaaFr1yykWfZvT1SOKoyx9+mfiBpWj1FXBZTzd4C9VWkoDyo6F8Q8DATQtugd01eU/nDIrB4r4OBkP/vPVTo4O94O3vlnw/XNGJDkzcZTzzVCNalOdPSvpXlD3MLt8wYiheb6YEGgTZPkPgzNCxH73dug+U07Q/WA/mGsafzXnND/qLROgEuz/JJ0xrQjVtV6fMeeky6D9c6/vnNW2IkIpkPghT9PavroC9c2jh2xGkaSjtQmlxeF5iph8W+WgIxWLaVjag7SU0wjYgxn1pAM7Ye/DpysHxUORLahu4kLC9cfKlgXjckCl/WNYaDkMrU/40qiYcBq4YrL8Ul4TJYu89YUuEJSTKgJ3t4NnqPXOuDUjGYnlQDBT5MyYKTnsxJOf9N2Pwmvm3NR0tbeDcsk2ESR2gmoY5PgxTuexaHwdplla87g13zDrMHfjwFEqZ+peg7GFNYEDd7Nh93x4EYNa8D1HzVcT434xmEBk2fesDiXHTQ2MuApH3chlucAw+JuT5QMexaflhsy+A/Hf+oWrdH4CfpMufOwzEOPpvE1lSqnQgMc4HHGhJ6ZYhn1ZEOXXqhVn+WwFlX/2wWDzveEV9VEI9WioK6QwoPUCI0RiNd8bTmS1oAWHvhI1eUMznA96YiODhWfP8Mau7A42cTxVwEVEZV2cFY+q1K6kTNejoBofi+YmZl/VTE2Br+qTfWNrD4T9V9OoMIMGQBapAdMKhBrA1GG5+iHSsAjmseIsKrR11tDThjCHNgFb5sr4Oids4EYJFeo7sAoe/IARcIMNZYuPxwWVxD54e6tcPi90/01xIfmwKxdaf9s6e78s9L7kubNx/AABbeSo=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWAtUFFUYxgUW0EUBFwQNeejxcayUmVkepWcGwQc+k7XSNHVZBliDndpHhZWWZqb5fh81H6mppWYPFRO9VyktrXyVooiKIoqkrigqING9c5cg22LvnsM5eY6cw8zOP/e7937//33/7GxEipSc5uHm5mb2RofBUqaot2aKaRocweFBBrMlrVndVbxFytLiq4THsUcgpvhHbGh9LBnVWatCH/pKpixdZkKGzpQuGmrRn4O5hj6Csf6PY/+zWGxdTO4qfymxt2RMrb/C95Lw+Cj5yGpxY4o3SVk6i0HvJCiaDsTIR84VEOVKbBKORUXRoTiXUBqC6uESiqFDRRMUp1Wik9ZgTEfPkMYwMfIxjm6hGJdI2VEaOlSsKxuMdSl/dlQ0Tf7iZAzDOoshiSMgikwQ6RFYDNVajHxiGSoQW6ckug2y1BUmy7iWDmIShsg9UbKmOMPM7hG6HBIQ47QwyBLkFOsCiKED2XUb5wKIoQPZ1d7DBRBLBWLsFqGSbR2Iqk5MlAsGYeyuiqJpFfaFnG4V5PkmY6haOnEhq6HBEAuyVK2P+I+ls5J9c3QCJ/5j6bRKrMTRaZW4gnO6rg0EzrmiVY7qwWHXKue0HBqCnNZDQxCdlYhaOSpF1IGoFMHYi0ulCIYUV0PXiEhxNVSKYElxNVSKYEnKNY4VgV8UzW3wDYtoEiV9hpiFgKbsPplilmi0mNM8G05IrlqgQ7zZLOkN6IEqGR9662z+12TDs18VtXjwcNFi0mWIqSZdpoNX1IQMA7qRgFYTTQY/FHhojA/6kGgwiXq8mBYPSJCseLA+U9K/8obBLDqYtK8h1Yr2l4lfUAze/5zUS2aUrjOmmtPc/83kTF2DaHre/o3xxlcJzhJ2kMVGCMc2lDLXo+kJBzRFoR1ksRHecQ3dyEU1Pe/WTcHbQTL/m7f9MWFvKBzT9LzVTcHbQTIb4c00NDbHPtQIW7mRnzQSJMmUajDqLKKZ/Nbhiw7DrDqjxWDJjjeZdNkE2F5Oicmqt1hNYqp8Y1z9daLOonPQkDUs+Tr19+2J8i30j6PvbN2RMmmkAp5bMG3qSydChBJ+3fm9LdtDRa5ngJpXwc/GDU/uPC5UuFK96dbxWUHwRhmM6zDAC57NcJPeez9U6P/cg2DzznC468G0OwVL/GCK34i4bz4MF+aP/iOh6noIXNXzyV+XlfjAa4u+Ur22WSnsuaQO/fGyN4S/r0R3PGBMWzgqfF+IYFUs8263MhjeyXwBbekGuKX/6eWB/VXCZHPfhXeVKnjknvbS+uV3wVvqrf2KJlTzz8w/PKk/qAXLn1/1+Zb886CgcuL4XIuH8HRtRM3dCg9oC0I7W6qA7/sO/WKh6CvM0Vo6Lqn1hRnzrr/Nb28JN754iPluXrggLzsmDHpy/tE9eykhYrt6+rYaPteyINjjZDNI1rkEctpPLRuWEyggMqEbMtRw2Jl2b+uYWqCfdLpXdn6g4INm6doiEH4JMLGFwP3NFh277PUXDmRx7+6EflBeputNUHYxGjEu5hG7H7x62cCUYUkfv9upBMwswAktAddxWpZVg3vFujUnuRMgR5h88eDSB2BQzPT4cZdLwIzZxeVhx++AvFRcmRqw7tVezU+tPcvP2FZUuuir++AntNt3Qs8CvK0RG238wa6IAa+Gg2/PRhm4w3+NqvBRwR9AlAvrCRHrPcmLC0m+f3ATdh5zO6fwucpf2NtyBRvpLlTsOjOj5rICkvhtPiIMV8hfuHRw6e7Ffn4wu7RTlPdmJVzBfvJNzJsBwhtP4REBMFlOWC1A6jgVUF7Ik3Ez+cpWpTu/yPOHL45CmRoTKaiPJubbhkfAl7FcymrAk2LIxRFtykGiQbJNTXKHo+fsr+gy2sZPgYfW9NlxH5D1fwFHvx6JtnYNTNuAC+kJOZnIPX4fHmZWwoD1e/a16VTGh8cjZoUewmeTcaJ94RBZoDb+6vhud5cUVoIx3yapFN0qgXzyaiN0adVi+6e7wiCH6Nzv3RISfYQKwZ20nmuTA2DQeJxJT3jY7+C3ObNChdbl8UfSfouEY7uiyITWRD+2CAGJduzSQcFw4DUPtDV/mC4T8hKORWKlNocyXbiJ3+Z+ZWaXrGChGNtiUhA0rm2GnLcO7M6ZpbQF2XjityKwu7O8Mf7YPGysImBAavH43h3KaX3iOCDjlNBnRpj+xku3wXhZwAq4eUv+2NePNINLaudOrH5mG99hwFtTug8qBj8/OwRNtRVUFJx6z9z3Pp+Pjgt3BEHskrkTi3gv2UAV4FBe7y2Gc2q4OGK29bV25fzqtt0LOyq9oS7vRDdxZKCdn4LoXKgCV09vrhp9XQGxWo9Gltt97CWcfOH37rs3qCASA0pYKSA6qeJvxvbpZ4pTw19CsKM6CPs2rhsiaMOh7KsRVQC7Y/8HtSB38dxWE3YoYTvfC0/NXV3JjzqRizpJJSC8bGDjgYHIIVdB9eEbP+btV0HUvA6c3W7jkZmLSgNVEO9u8sVSPgW56mZsc0F+JMQb09E3UCnL/PfeWf+jc/2br4MY8yfZyolC", "1: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", "1: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", "1:eJztWAtUVNUaHgQGGcAASSDClNS8lgZnHgyl7h8GSVREAc18pONwYE7OzMF5ZJh2faRJmWmalaXRzUzTTC0ft26euXrTvD6u+Ta0UB7iGwFxGFHuPmcPQTb3MmdWrFVrNWvNOWf/e3977//7v//fc6b7ZDYrz08ikVg64ksGa6B1NgOdp+QtvHkYY7Hm+TS3kq2sMZtvaf60/QFsHX5ly2yxZeE4ZwfjhzTWbNQaNHqtOZ9mmvDHzVyZf0Db4D9tvzObutkmVJWflZjCmnJbWnxfOj8+QbjKs/nClGxmjVoro/MQpBIHooSrwhuQyJXk6bwtIUEcSuEVSklQ8V6hKHEoFUEpsqX4ls2Y8vEZ0hYmUbgmiVso0SunXCilOJTamw2qveLPhVKJ4S9JwFByTzGEOAISwQSRHoElilqLEm5yShRI3qwkcRuUi44wWcY7OkiSUETuqaxtsieeuXJEHIcERHksDLIEuam9AFHiQC7dJnkBosSBXGqP9wIkFwWiXCkiSrbNIFFxohK8SBDKlVUJYkqFayGPSwU53wSMqJJOslCuFIMhKSgXVfpI/snFpZJrc+IETvJPLk6rJJUU4rRKskLhcVxbCVzhjVYVog4Ol1YVHsuhNchjPbQGiUslolaFKEU0g0QpgnIFV5QiKBJcpbhCRIKrFKUIOQmuUpQi5IRypXtF8C+Klki+w0qbaVanp40YaC4cZKCNtMlqyfNvPSFpBeFLssXC6hh8oLKme946ZT9PllNYQGfzg3Noq1mrp3PNWoObV1SNnsEdGrwabWZCseGeMYH4IZUx0zp+MaGlMbC6KdMYC+1mtjQm14Y3ZuDfTJiOv54tQHAlX2vKteT5/q/spporQ/s7HNaWwzwjGtbGD9Z56rcbFtvwW91ayor49vc7vD38dkNmG34ntc5GRUL7+935NxW4Gxb/v8Ou88FVSRRU+zsc0R6BdsNiG35TrRNbIb+nAt4nIf9laFjWnMuYtFbaQv7kCMGXkTatycpYC5PNZm0hAXYVKDHbdFabmc4VOia1tFO1Vq2bSqyUk99Rv9weLXThL2/NeDkk8/NlvrBwyCU/xZIuoI8zvDCd7gYNxflfXLLUoml9uz9UZ+gEetzaOioOer+08O9TijrAgWv7dqcYo2HVs3/ZH7o3Dj5fRi/QTbiBbj9RcGhBeDiETletH7i9B6gOPjn8+yWnuFmDuZmxO3yg75aV1z+RhsO2l2cc/uKZu6i+9/g3dtnC4OAB/HmsGyx7Zd7Yo/0lgEer81N9XPOHwdo9QxOLkqtQtN/oTn233EAB1V0Gj5jhDymTKg7HlTSh5ZrXDBdu1yNrj7ebFt8NhAGPHVtRGXsZqR27cj+d5AczkfLZr9IjYGkUP4ETvTn+rsbZNxLW/+f46CvXe8BuPConq4TTXRubMrDqFpq64bUS/SwZ9Ftc7EioDAR+23uGyiD5hu7AhKHRMPjc9IiNT0mI32eDoWuX5zJqh8fAT6VBS9fNkUGv8rmrDvbxA7zK1csQAakMWz1vXzm6sLD31ZCdx9C4zdyVVf3r0Z4zWzETZYgaFd9nXedabv7Yo/8oi3Cir3e8Lq3uUorWKnkC73JDXpz7+LA1R9DDwkMll75yVq9d8+s5zYOXz6seKOWEeHxWwTESdrbftxwqefUOfau8jJu284MHHp8gtS+Yx0/cgJ77ceqri8qDoOjIj3inx1HV6Q3O8cYKFCMQ7eQw6Qxb0BG21d459sLFarQz/t0+Uff7wxh+I4vCYBxm5/QGH3i0/u2zS58KB8mSl3DIL6G4RbapMSEy2NLP9JFPYxQ0rrtxJGNyKXdf0NY1hXsvoC+/ex7vpAJhNuxJDzvQ8UCsNEc0GEfP3Lgt5RHQ5mQ9UlxUyqUKAxycSTFrO8zxhRGNUZaT4SdQUFpPW4cVMntx0aZzF98qRQtL9NjTSm4cT1esxC7w/WkjR1Vu7Fk+9xDi3T67WgIfnlBcVw9ycjho3wUMcHKx+yrQ6p9q0K1yLe6SEh2eDgDc+d6oiVEwFKdB2POxsP/DQZiCKpQmECEFIQ4JcSDortEfZr+FBZcfC2Ufv/evbtVxQEefHxO5/RzhISMUXvnk6X9Tub1gky8f8TpO1f+brOXd/eBoxuTQMQ2d4crIHV3nrQ+FMydnW9KWBcMH6z87NVEVA5GnD93KLnO4dHIe4WwLbCi+iAjegaYOkJ38qMDBEd6b86Me3RzyzHz1iUYuR0iAIxzP5qZzDdyc83vf+Xr5ba6zdvfRR2kGzd+X88+1q51ceQTPxBn05v6/4sy8zlViVnYuCrGTeerQAd68MgDqDDhAKqm9k5C4/pAkBDIYMgHPmC21T+SX/6oGCWlyLQzI/r5B6f2aut+p/x69L//bl4kOP/uh6JE/xMy4iQR+VadQwcQAbLrJ6ZdcnYGU1SiTT6SySGja8mLNpsW9AVePp8dtruN6SnmmazkhfYObkBmrt+ahGmTdev/t/deC7fxqA2TVaPOIKSumvV/FCfH+NsA+UBC2kxu2RoaVcwV9PBxvWOMLh1NPVdcN6WAXjoRkUz7+6ckaLb+snS3/Nre88rqxUf8FK/F8CA==", "1: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", "1: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", "1: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", "1:eJztWAtwFEUaznsTAoRAiJzyUAgByanszGxI8KjuZCGCkENYTj3IXdxsJsnC7g7sAwwigkBiIQIiL0WUE1DkAMHTHHAcPSAPIxo84gtQoMjGPA15AIHEmOuenpiIq9neMlVaZaoys/13f93/4/v+2dm7MqSpWUF+fn6OUHxJlSyiyWURs3TEQsyTzA5nln/bKMkpWQ1kpP/d9huwBfzINrndNhXX2dAdf0iR7FajRZ9jtGeL5lb852Gvyb9B2/jfbb8yW0KbTekq3zMxWbJlto/I3ASyXqtceQNpTEl2yWp0mk1eguLZQJxyFXwBMZ7ETyA2rZYNJfiE0lHUSJ9QHBsqnqIEQwi+Gcy2bPwM6QwzSrkmsh00yqegVJSODZXgi4MJPuVPRcWz5C9RwXC8txiaOApiyASlHoWNYjqLU248xwTi25jE5iDPXGF6jG/poCLhKN3HSq4MbyJTNcKWQwrivCYGPYLeEnwAcWwglbeJPoA4NpDK9pE+gHgmEKdKhIm2bSCmOnFaHwTCqarSsrQK9SCvWwV9vikYppZOVcjrWDBUgjxT66P649mkpDrHRnCqP56Nq1RKAhtXqSoEr+vageCCL1wVmB4cKlcFr+nQEeQ1HzqC2KRE2SowMaINxMQITi0uEyM4WlwdWyOixdUxMYKnxdUxMYKnKdd5ZgR5UXTcRiacol2UTDmiFQPtueMsolW0OR1ZwR03pKNwfElyOCSTGT9QJdstb53dvt9sWu5s0UAWTxOddmOOmGk3Wjy8oupzzHhCj08T7eZe2HDLmjD8YazZLprIYQayQC+5yGKTRTLNmmd2iB42TTFnurB/FvKCYg798aYaJaJsoy3TkRX4UyLn2hpE18cd2VncZKT3NmAPWewk4ISOVBZGdn3AvX/RgD2kr5OAEzvKUNB2fcB9ftGAPaTv5wNWHwxqCxG4rg84qiuk7CGLncTNdZSywN/S+iL86I8YekmyZ5ptRqfooL9u9MCXKS6jzWl25ibZ7cZcChyopMTuMjlddjFTmXisfTzW6DR6aME6nn6B+qF7ojKF/4mV+3rPUPeSPUCecWdSXckQeOSDf4wraGhBM4oPlUQNqEOnGw0l22cMgX0HFJaCbafBzqenTNi8qAiVz4y7vmFzLHxug633ErkFzS565syFS9dQY0j6xkl9Y+EjM/ah6lc+Bn2M7xXHlfrJedPxhp/0hnkJnx23CuVo2NG8Nx754DMkvPbOqBvJg+Gle1ZvuaGtRMFCZPyf/nsGfFhT+F7y7j7w6csnN/5nfSVStg8vQwe+zb96/vNgiJ2IPZpXgfwvBIQtH3QexBqCt64Z3R3mVsRqQ3dVouELVxyYFXYFjRi95tRTodEQR2f68G8VaNLr3VKGumoQOWVqwTB47cC55S1iBYpuPoVPbEVA9/eDE1Z0g8ryieVov+JBAzhIljX2h0+dHZP76I4q9MwyEtA2dMIqLPq3PFCNtxJRvxvB2SKcuKG3wf5Vl+Nvl6vQvodmvTTvZTfq9WjiO+/PbQADo2emNqysQD3veXvzlTfcqDg1A0+5wbldTWnW4/7yqqPXhqetuoyuWh5+ck9BNUpZez0kvZ+/HB5DImtCu549n+MnNaJTvU4e3P9cA9py+31fxYQ0oYmVQTiD5eg8cdd9BBxL3m2+MCdS9nt+YfPo2jB4Yc7yle76UnT4VQUgr0n7Tt/0TT3a/kc9drUWXJxMKnoTZOLo38/XwIjwd1/PPVmFErLHmqXaILjxqxfyl03vC9PvJidXoyhw4st3l9ajRePRkwMevwMeWr86Yn58BdIQGqxoRiS6ExNLQbqm6A9Tzm1SedKAAg4F945KHwFJursHVKjxtCDqby0gbPj6Xo1McaWoZPumY3fubURzxnT7fOvscHn/W4FlK3ZoZMP6u1a65lxFL/OESN9SXj0YKCv7g2qUVzjtyI6YQBjXb90nYeWh8l8VAgZBBT+8DNUsIBUvAa1vP1G/t9cQOGbTX1795+5gWVmfcx3NI4kaMBgqZdfVAZrvAuCOwoK4OAx+sdiRsnZusKyU8cR3iLDQ/5tYSLy+Y0EdUGRUGCo/EPh4eMyOKLinIANTqAzxx/bda9vqBy8d7oldHwTDMSsDXqpGRTtPf/pwdbFatxpAdXJG5XMhuHE0c+dj02rBlYRxD9hzQ+TFQcdXaeedBfOVAtYj/9SlPSa/1YyUsiy4gYZhNfSfHiQrOt5Uh+afvBsrohQ5Yza0rl54BZHsx+W7QfanZTPjCqJkxZ/BQXDQsqop+weWop11Z1IzPo6U6fkRUK8Q+ibV4YZIWdne3RPmRxPGnwJ0P41M9RogE9YsK6wBIYvX6Z+19JAfUhqGG1G/K8DSVz7CETejm1uy/1VZPAIeHvniiH7r1oKy5jfxyS2IZDukthV8dP+f//d8mkY+gEfR4/cCRa7J9agnAWyMkNMUgXeXcfG+SJ/bhJ5Ych+WegNS9JIYJsNtF3Fk9ZT32zRQeSQk2bLxd07J6vhh72z/mbn9XdeDjfs/QuShig==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtcVFUe5zGDKCRvGERMCN3K1eDOHWA0Oj8aJFDMYNAeu7kOMxcYG+baPFIoMyU3emBthbbWbj7CVrfVNJ+I3WualGYPs8zVXBUVFSMVkMzUzrn3EmjsxznziT/qE3+cO+d3zvf8Xt/f71xuQhFfUKzy8fFxBuJhHG/jzG4bV5xKJEScZ3W6in07Z5kuvsxIZobfZb9K2fjfiCznd9mvQKbvlEldxK9zdidvt3TNyFou2Z8ijVojaUSZDr7M5LKaPQSl0YEYaWS9AVFq0uYSWUoyHYr1CqWTxnRakKQqhQ6VKo16WpCkiqFDpcko1hiAH0arvQTfTtfDpHtjXrqsSEeH0ksohoJLcmplWKqnXslJog5gN5iWodLFyKAUKpC2M1d0Bmq9iyFLnTB5v6xNK3mWxbuLPPFM4W4aVTgUULoXIIZOk1Ikei9ADJ15cpUwyd6A6MxTKouOtgpIRwNikr0H0RUI400pMkopehxy+VqUMFoajKKHqtPKpav1OHRdt5vW497XdU1pPa6KrvtGS8dvxSE6qsqaWLqikMuPpeuwciWx3hQF6zEZuvGb9ZgN3fjN0lWSAqK6CztBVG1SqSSWihGdICpGMDIjdFSMYGRG6OhaiswIHV1LkRmho2KEVmaErmdGFLhtnDOGLLg4B8ebS7kyDHSUj7ZxZZzd5SxWdz9QngXhIdPp5M1WfHPz9qsPM/b76bDC8qmckWwu5FwOUylncZhs12wOxj8MpVa8YMDaOIc1FAuu2dMX/8iyOjgzUWYkGwy8m2w223jzQ9OsTq6HQ7OtFje2z0b+q7GG/fzQPpJHJSa7xVns///qVcksm9z7fvdg4tV+k5nBU4d7iOJ1HNZ3ZyWb0vsOh/dGoqn97nyHUFot0/t+R/yiiaZmttIWGZ1yt/S+w5G9kege2HMdv5U3EeX+Ya/pgCE+8gcQA887LFa7ycU55S8jN+Ah322yu6yu8kyHw1QuAwdJIXG4zS63g7NIC5O75lkml6mHTqxj5Xevq83jyBL5bkukB7L9pwdZosVm59qoizujYKtl+eRCRyJcCDm5fmVlpPhezFCj2jwICl1J869MHQz/sR58+Jm5sWJLs6i/aYwGGsamPZ05OQma4t88kbMiRnw4o9/eJXjfvX9aJZyelAiX90w/OTTlqBDWULehensUBPsNeyp6XzSMa51rdCX5iMvP7h5X9EIwZD1ra7q4LBSOrxhytPJghJj98vmAv3ylgU/fub99Y8VgSP33HfjIK4KaDUu9fXMkfNJhbKzdHwNXEi6dd09Wi0fui1n/mU8YLBxw29dJ2yNhy45Fo9dpB4hW/sycD/fEwxiieGISxOHlgFk1aNdH+C84Ah4se//y6k3hsLlgXsJc9zHhgz4Zr054vT9UNNwy8sWxIbBr1N2f/e21cLEo9D79mqpwiDiX+UlxTSzU5ZIDQ8XhhoHNR1KjQYpT40DoP37ly1yVWlQ1PXfzN9UxcORkzerglIHw3XsksG1oBtJNqsttR88bSUBPofz/xj1mYmqEV/Kinhtz6jg6XBG54q7Du9Gj5FHRhlbicPxz1zmEpID6gVG95MWRvm0CifqxT9vQpg3VAWeizyATMyH51mVOVHs3RJi2XkQfV+0+eCgoEHBWRlxJ+B7NM+AAj9LAEt96dXhkMEj+56nEp968dwezrREVFvxh4dNvH0brWi/hjPmIs504A9sHQGPDK5vmhd4Is1TvP5/SESJW5uf+44mlISDpnRcFy94gCs8Jp/M3DJrTfBbtf+YS12Hxh0crb8tbOiZe5MMrxR0Jg8E8c19GefpQGJ5wY5ttYjtau7S84ZY6NQxx+y0IjDuEShNt0ytq64WXNKqJ/Ye3oFjyWH1WKJs4Y8W6In85Hzt/QF/0JTv7wE6c3tZLwaKmZg+WtCLCuox+bUii0dnFAt48Mwf1hbGnVJgxfWDxmjScgnYk+x8JVeYHD2RvDYO3/UmiosT1RcTAMFg+mziYCLWbt8QMfSlczCYGlg6GnHt+0Dj3xgNh2cHZceK7r2OiHY0CDme1oGkIVNT+0TBwmEb8fBxmyt8TYf+Fx6fUFybKPH11jSC595YGJD36WNh2J6kklSiZVx8AB0p9+FlPBgNm2QePvBstSmHKCIMF015bfNPGWPmp94XbJaI2ow8fIRbsQ3994PP6xshqJPNur/BF05Rh5+d/jXKEGfHpJe1IKseMOiSxfqsKtNtWjbAvaRcuLCx551SrnxLHEwrfnkR7FhzHldyBpgcl3fx4Xihkzj6CGaCGN6aSkzQgHZsVBDJvW5E/2Xg5DqrmEEP6Q9GiL9lv01uRXH8xEEsKM18F00jiT/uLa0kalh8QijuOmhZ9eQKN+t/46vl2tSjH4wRKlQrukCD1ifvjRYkPNyQCJumqES1DQOL9Pb4QituTf0kguEjbamlGE7b8CzPxGCrH3SbwrUMoVQrUd8KksaSi+8LFkVNxSbSjKaR9WVTwbfrouxwbw0SZ9k1IUvvnFiRdFZn2EvxKypc5r+6pXZ+uu/597kHG/AjN2V3V", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlYlNUeHmBAYFgHBARRIVLKVJgN8JbnIC64BQqpuWQjDDA5MjiLqOUtl6zU3MVE28QW0lJumqXpd9S4hl0Tt9wXUERSEZRNFO0sH1c0nicOj9ye5z7OH4f5ft95z/kt7+89830ETTSOSJFKJBKzIx6GGQ26JKtBlzKAWIh5qN5sSbFpvIq2GCcnkKuYJ7YnNvwl7m+yxT6xPbH939sGNdqoCts2XvU1pic/uCL3BpH54XRUJDjgsZ/ROhHLeMsgSgpJ0KentgCioKOGD0Js4RE8GCUdOSHEpojgSYCKuRbJsw/DKLiyJmIieXxTM4yKZx8RE8W/j1LBs4+Gjlxpi6BjFA8kklWHK9NRnGSjs8PYn/DWgFpcH7YFJ+HobLGBWtx0TUEtTjhLdWtiEkFqLpCqNe6pW5MIdWsYoWFNEcYFimDdxweKbE0iIjl7lm3B3ONiuYLRSMFVXAVjhJJvJ1EjuYqrUHOC2KlHveOSFZEPXGIsYlqcOqaSFMMVj4jhOixFAnEpuIjhknDGOVWLW6IJpjVqrOLrCBHUYiY0kXBVa3RfxaeRrPdUrdF9FZ/csYZV8R1LrGFVrZFwNZ9Gsk5S8+kJK66aixGNIC5GNIK4GKFgjFDzCasI4tNIEcTFCFH31VyMaARxMUIEabgYIZ4wGj5GiCA+RjCWa/gYIYL4GMFaQ8PHCBHExwjWTxo+RoggLkYoWWtouBihZISNaJ4RI6wGndmX3LDoTDpjUppuMgaapvc36Cbr0i3mlHZNF0yxJ1cyPESbzcYkvdaiN6Y/vFiC838XS5yeoUsgkxN1FpM2TZds0hoemeyCv8Sk6fGNGLybzqR3xYZH5jjhL/30Jl0S2YxexRiMSZMy9WZdM6sN0CdbsWMG8uCvd/zzau1oKKna9GRzit2fktX4Q1otKnjbB+z2WAN25g5Y2fTXrCqq7QN2/6uAPQjCaCWTk1oadzO0+Yu4NU0fMtRhbR+3x2MttAt3wOqmEqIOb/uAPdui0LY8cTd5gyE+2fwP6ix/rHWWctc5vGlDKxVtH7DX30zsxreO4s+zR842Ijdk4Rij0ZSsT9dadGb2dphIxnCrNt2it0yPNpm00xmwE82FyZpksZp0yfTGqw+u+2kt2mbO2Igw9s70Yfd05Bb53x+xdpCOdOuxrAv065pgnyOXwcjUfnpjhRTd6Z3x67uHA+CIbp+8t1krgwsMpXdyp9ihgqm7PvY3BsOzW+e+UfitE9QqXgp7NrdWoPcr1wkdrxZr/NEaIb/LZlPa0kph7kcHvjp4rAK4LM+dPbxAgmatjFlgSJWiuE4+rw1T+sGbm+MnZde6wkvegQUlggu67rorbPXgIFj9w6n5DSVOoj9bhRXvvD3myI9ecKLH6KgtP9vDoZ87D3i62hUd+MeLh5Z2DIS3FiVYQlZJYfuFg3+XqvKEz3bu9u2aIIHHSl/rXrPqNvj4+eeOZl92RcLMQLzkdXB6foOu9tJFoJcYZ0nznVHoPxf+MMnJCa7bElG3J/l3gIM/d0H2i1A82nfbobc8YECvsyEOs6TwzPFZ5gEr7BCzO0L1jcj+A021oOeST+rCL0vRmyRxsd4wkDpuA4dgbzw1VQLNY5AnlG39fPq+ZxpA/F0/83H5OpBj86O93LsDnIS9PLvcCbqvVWIXKgUan/UWGPLyvMjf8vPBviER70W/ek+If39VunyODWyosV5Y61kFaP3+VS1MCXC90CPeFw6b6xq3KVEOE+mGRcLy3jbYVAPkNCFSSIxlK8sF5m8FGD4pO3NtcQB6ZtziPdVfuqGXcViSc3uAaf6iSzc7nxOC6UbHwEC7abKQ0Aag2dBn1NhwGRrXJboyaagUbfz6xISpcQ0gD5cxc5wvulGwt+/XeieUQj8VAHpp9x7pLkdXzVvb3xnihA4tHXcv5lQIXP2s38qjON8WbP6lvF6YQRe+KbC48gEt89TbwvkLMsycPOHMAOLAfeHCLre1ymBHdO/otLKu4W4QjcWOXGwHk8eTGSWAZGuyqlxY7kcSUyXY5yzDGbgCUikR7oJBPe8HNdRUCptW6N5NGn9fOJ6T8YJzZhD89xlM6HgXSLzIwzwcaLrtXpbpA485pQUb6uSwbNsmu9KFMjSfpM/kD791mbJxwVg36Hvy19qEp+RoXkHi7i/XB8OgzlWGkTPt4eve3wwsmlEMzi3HxFUGwezV+NPBE2J248gLwfWPMCH9PSHtj5ccYUEJWH++j5z1hbk9zApaZJ0ScBccTCGOe6Cul+bgmYGQZC0tuA7kLw7P7BF0RKDt8XYA3L3/0/7f3ZLC7YNcbLu/Uw7K3wDqV7bbwY0LTqdJjNWAVEF3Uo4YX+vB6h1ZS9zrpZDl2Q1tOHhs5LVeG4TzcYRgN8G+7d+/75AhQ0UzSCDXAPPngNCdOBDqgeqvX0VROS5w1LVeO7q57xW6JJWP6dvnjFBys/Nh4wQppHwKvQxWLXHHpb0MrLbZjgGdXCHjgwuk06/YoP400S4QO4s9LwLpqre2wdkOaOdFLAhP+0Cc/WkzPrsFhtEGvy1ont85IqvIC9pQolcDyqf6UsD40x5SOTriCSn7y04CKgdLveH3cHbxPj9vSGRuWe8qIYpsfNAfupGCnPCGOOt4hzPCyJnffDfxzVJQ2O9ERdVgB3gNRT01+PW7wmCS1iwJPCw5Z+s03xnG0UBKBdIG/xlfBqguxdoyHQNbhLJYQrQrzK/T/ijXC6+Y4YVy17+IkfWAdHPJks7Ig0w47oZwVDjDuwFRo8V5HdGeeV+M2q9wRitqHCZ8MPSAqF8nwStDfm73wpobYBkJ+3oFIMsUBlcK2Mk5vYaeAlRG2jlACf04o73VobgSjojlVQLbE/dCXJE/bZxawXFjxzHJOySQtslcP8T0ygYR9nr3dIBfzR4+6EPkg5iuuyKiNh/e2AY+/U11IzJfjhY5VPjEFkoRldHFpaBbOF7R3xNRPu/yQEx/ZCT7H+zIsoej9yt+yutZB0iZvAqvCGsuB35xJbZOEHUA0FM5Oj0VP+wZJ5sfPtMe/Pv0wVveZmyKPwBzazFn", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp0iARFiDhk1lcksYI4zmW5OcGg3jOw0TMD4uYPwVinkSKeQwbMdSUwgTjOeXnpSB4IDlPkHpDMGkcDEpsjkX5uYklmclEaAKJGRqSpssITJqQqokcq4zBpCmpmsBWmQazAangzLx0YLYjpMeEHItMIBaZkWKRKUSPEViPS35pEhF6zMCkBSnWmEGsMSbNGrAeE1LsMQeTlqRosYClBBL0WEL0GBCrB6KaDP9Ac4Q5KXqgSZuk+DGH6CEp4CB6jIgOBCQ9JAU2JIKMjMjQY0x6pBqRFD9QPUTnbaSEYER0PkXWhD0lBAGr8mJ+Bkh57ZyfX5SSmZdYkloMKch5gURgaWJeSWZJpWNRUWIlRKMcyKCSotLkktKi1BSwRAKC75JYkojFHUaQHGYMaUrApFJBUqAKAiQaP8NHtMfrjf37k4ed1ma+sD/XceneA+739iVuU76xxc+wF7957nvw42/713TfzmDIf2r/zH7J/X18R+wLpXkf6E74Yh+j4Pgx+czc/Xy6m+a+X/5iv9/FiTH/nD/uT7G+7987/dr+nX/av9y+/ny/7MmnQJ3X7Fcu8XMQTny5fzHjHlYhkdf2uUf/bar+9GU/xxqZqJTdvA4SU69wZih9tncv+sn/cjvbAbD7Vik4XDuaa9Kw/Zc9xNwP+3UV5b/kXGN2YLzHxNkl/8/+77fSB3MEWQ5k5n9oPSki47DPYKaWxNQ39rZc1xcX2DIcOO5t3un4QNwhDOzQ1/Y5FVVLdZwf7f/cF1yiMv2r/e2uv6nfn3zbn7oqISRI/YU90PSw2nW/9y+vPK5pNen6fpdfb18fsPy0vxBk4AdeB6AtIQdX/LRfxuWmWsr0Z//VipdqhhzCDgdPLXTd9vmsfZz3CXZbaS6HbZ//Xql4+QAaDv/3AwMr1tuD+cDexyLAIPmy37oAFOI/7I/v2tHL9uGr/TTFvtJC6Z/23q9YTATN1th/B0aCz1TmA6vtwqM37v9g/00jpv/Q1yf2WyK/7rzV9X9/0A651teFig6KYAffs+efY7xoiznvgSD1BZ0bEhUcMhnyG1mO/rPfXytrke7CeQAcXzpKDouArvwbwuggFXhLuibx/37/9VNSO5IZHXqn5wk1OzA7xGueFji+68L+np3ZnD8XsDporRS+4BLB7AByxRs57gOgUOWaLuUQ7WT34qYOq4M/MFYPX/69f5NeHjBqZRwg4XLIvhsUrIlsB8CpiUfcIQ3IW3jthv3s0Pmr1974uB8cnXqSDsGcoAyRl15cAqxAi1HTMqKFgyhqsYgZAQCJHMTO", "1: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", "1: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", "1: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", "1: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", "1:eJztWAtUVEUYXnnZupC7CyxsytvE8gHcu8vDk97BRRKTSCC1fOS6XNitZa/tLiVaWD6LqDTJnmqI+chT+MpHlHfQyER6iJoVSUChFWiIJSgKzZ17FR/bce+erE4nzmF255/5Zv7vn+//Z+8Nm8GkZ3tIJBLbLahJZcy0Ic9MZ5OchTOPM9ns2b0u9RLtTG4G19P9b/uX2dyus6X12NLRmWZ4oy/JjDVXb9YZ9dYc2tSN/hyslfYfsY353/Y32WIv2XC1uKy6UYwlq6fHjaVw82NwS2ZwBSfRyuTq7SaDk6A4cSACtxpXQCJ3IlM4W0yMOJTGJZQWtwliQXgrQhwqlkdFu4QSuVccjyIzvNBHhsmSg66hG2HiXQlFvEukBJRIMSVgFEE4S4r3jAeJ2IqXEQ+LFbUXwYPiRIEEtWtFOki6xkvj2m48jOD1lMTkzXCGGZ8mpLjzEvQuLoYCKN4FECEOJCRWggsgQhyIzxEi2gUQKQ4k5FWMKyCtGBAR7TpInIwIPn9Jpznx1yLGiCqafMqTGjEYPnVJp6PQc7uRTtejnmuKdDqVeq4b0pVMIl1JCo0r+ta4IlWNOAHxqtM4LYYrVKdxWg1XgsQlBR9yjaj7iRBCLqq2EkLIRSmCEEIuShEkH3KtKEWQfPS0jhXBParZArgBO22lGYORzkVAa/5oM51LW+y2bM8rF+R7MtQk2myMwYSuRsZyzXNfn8uLZebPpDO4yZm03ao30llWvdnBQ6LOaEIDOrQbbTXJkeGaOVL0JclkpQ3cZrinMzOGRx432WgHqyWbsvKQY2buecGkuH613phKjt6SZct2/7P0EY6UTLj5hB24eDVhLiI6Jo+bbHCWt4Mo3oB3wlWqjL75vJX/Ct6Xrk6hlsXcfN6+/6zAhVpKaIWKf/MJ+/2lhB3I5gaEL/3GFm6ra0pfXwn/akHHMNYsk0Vvp238Owcf1IzP01vsJnt+otWqz+eBwTgW1jyDPc9KZ+GB6T39JL1d76AEa4V3EFe7R2O/0D9n3TqnbdN9j3SwyvmwqqRSDndXBAzM8LwNuEsLQwynLrKrt8V17FnjD2skdW7SKgWY+fkzNXX17lDtMeHWoW2+8KFXx/kXFfYHgS8flhpXe8HK0E1W48FAOLElqjwyzQ9s/OLIhJaoC1T5zue9WlVfs7WFF+n2H9soX/3eQ4Ppb1hLaa8PPZVn2fUTq4iPN5+jimqNEubpM+zEyZvZlpUKiOev8QMnigad9NndTu27Y/hLB+Z2scalJ5+gtLcAw6kHR400uoHluufMJzpbWdn7a/P33eHG23+qoDCfhRLer6WeYAitbpwUIIVZU79Ldu8IgMMjxs6ZX6YGJ1feNeTw699SI1B7PKiBnfZBirfb4GZqMCZWxc7tHI6oe8MWmBAxtlMBzNJzb+WQErBm5og+RyM8Ycqw7rCL2+Ug9cwLGfYBp6misb94aBTeUP7zjjL3db6geuo9n/Ye4QPGsE8GxUcGQcy/SQ0eCNhxUFLnDubMjxq3tjAUIvIelV+oQdyzidOb7pOCQ3X1smWmAIhx624Ds2a/PUTXv50qfWl4r9SkEIjjW+YPtL/Gj77bKgHy2bEbRwaooDHcjKaqwB7uOEurqFPNyPGHw2CDbNmGeUv9+X2neYPTBs6zZhZFY5ZsgAcYi1gvXi4FDbP93rtb7wFH5k9ar/VRgkX7MyvWrznOYj/79IbR5ZF9ZVoZ4M+1lcL7t6nhKi6Mx1UgycS0LkyRQ8xD3g+259W/qbi9vxCHchb7Mb6Csg94pXtJwQG2JGfrLzatEqQBFJllwXBoWMhvZlUwwJ8Tuqjwi2fRCqEwCgsmBGC8QgHW/TRmWHeDLyTuj75zwyE1+L6eGzjGlnTEHH/PMwwi1RaGlMpB4rzGfa+Wd1ADBhUU7WqWw7VvfBy6qS0APLAo/qvK3Fb2ROeG0zWpMri54eeXt4zrDzDN5PPstk8f273qQRVEUZ04OUYG0lNWPDVwjye89+DSKV06X1hWTD9jmBoKsF429oEXAm1HlW394DtotRlyJXitfPmSvufdQCYmWkPt4sI1ppHqhR1rZ3k+HSxedtHvVPVcdNLH5OBNEmXerCDe/wgV4GQaVe0FUNZtWfFiOMxMj3zr2dZAgE6pYXaxF1iG5LDgMxWcZ0suPvtJMOg8cGr/3lFd1OJ1KLGQTqq57rsKXq+l7oDLPnWjP3y0n0/90CVKkLrAJ62s+BiL9fJDKNx1YfFvtUcDAZbVue+pC1x45kXAlvE7gxc2+4MvubQuV0AuDba+E8Sf+1o1OCLllNdI4TTb0UQdDK89V/Dwj+wkLr0tvgAfgyoMYtrpQcK+bVTTl2hiXRjEaVYTDIrPeqHSogTvnp+SW1ngByuqSkZvJ1Xgox/8gvY3nWGxLoeGw9aFnDDlAFfzREsO+g3J5NquroU9L3N7Higd2Ig/ACrCKMI=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUVFUYZxmRbQJZZkTZXVLMZVYWw/sQIrHUdFzL1AEGpICpmSFFLZdyzdIKLXfNBS1DLVHB8n5CYWYZLokpliFCiCwKoyiK3fveEHWOp+bOOf3ROf5zZ9533+993/19v+/7znshifoxKY52dnZGZ7KM0KfrkrLSdSnR1CIiy7NpRlOKfftVjEmfoaFXsY9s/0vbSKttDv9kG0M0onEnf+L1hgxteux0rSFVl0ZvesizRllp01hpG/bI9sj2n9i4dhvf9f5U+1B9ZnLHFd1LoPfL+FWuoY0zxqDP0JrSkqwEKdhAcn5VsoEU/BrBBlImUJtsEBtKxa9qVhDvSsaGUgsoRtbD+TWSFWSLqwibGBRQcoXGifxo0jJTyQz+N0ykTQRGMnoSTiOAIplAMltAcv5HMYgJpBB+VDaA5EomkKU+1DaAGD0J5SFn86S2BSToXM7GXoQtoEgbwpNbtCezBSRnAslsKA253IbkylU2qFwe/ldQnD4r0RpQBCNImFE8xmrGhRHFY6wmXJhQPIap6Qm1pLCa7o5Jo7Baqx1zRmG1VDsGhiLchjakiLAFxNZaBeqUbK3VAmKqPkvvUjJVXzuIbTAJaVKytVYLiK13CclV2tJalWyKsIDYFCHUuZJNEQJIxaYIC4hNEULnV7EpwgJiU4QFxNaPhXGhYlJEO4htmgm9VcWkiHYQkyIsg0nFpAgLSM02mIR6Uj9cEfRTgdHDTnjPitXrDclpmVqTzii8gInJMjpLm2lKM2XHGAzabAEYSB9kMmQlmbIMumR+Y1rHdZzWpH1IHGrLu5XwOat9S0e36OcsavWvrVB3gzrslr8j+1hfR5j+Xt0cpCrBmtUh72a9WownSQ+espvSGfZ/+9qRTd2aMCopz39rThv+7O7kjG/abuH9k8wFF5Zdwhun9D3heewcDohIjUtrcIQdrvG9shxEsKVFVpW3XQyz3xz47A7XA9g8fNKiCIkUXhsVKHnpB28YNyhsl3fpZTTy1HuT296UAh+PnQ+c1k/tfNKvBvHhXXSDXk7zV8W62UPWB11F4x9rwMPw68TVPdyz4N7i5otiQBNe2Ievl6AtqV9cM+a7Ah+H3ozvk92y+S1417aRnLfWCYZkT9yp+sEZmu+fnVnT+xTm/Xt6wYCVm1tkKRJoXHh87NGd9eg7+df7BtR7wcBLPZ3mj5OC4M+F4++rakUvr52x/uMkf/Ccpf50yAR7jtydudV+N945gSBlflCmbIh46mkv7t6uG6dHJJrR9ND0mbN0gVBs7jN5xVB3bgkNy3gZ83yPCwbDsncrbwZV4bbYu3W1dlJ4sTzecaZbCPDhDi7BCQMehNy/5QpfXfEJOK4LBj0NNEbKPfh89s29z51BG7ps/+qo1NvCexGSrQnruurscbz1/Sj7ESIxbO1BiapBdRuffOLs2nrscmdz6hdhvkCSVnjonXo0jU9IA5rbGvXKSWcXEOKeh4V9O4gmqKoAKWz79chj6xUO3LK9v9Ws+rwCFbzj1ChZEgxtlE7ZeXT4cQ+3/CovGO7u0G/x6kAY8vvPu++Wd+F69nljecHLVxFVy31dAHw/lzC6QcQNJKx9uVAM1QG5vw8bEADKeQe5BYkO3JkRiZ4TC7rCXsfq5X3qbuMPV3oQphvx0cgew2c7egGfhjx/yBj/et6BxFa0YV7vokWp3uBFaehdgx+XOe/2v9AJKO3bn6hF9LjXjFeQX8VE6cHRYtjYkFvyTHgDpmytdRZBfS2QJ9/APL9Xy1DK7UrtlnOlwu/4zmAs87oZM8oVfJcPvyba72LR2wU8lB6wsBus0i1JenG9LxBnsf61lciU79t6IrM7xCyoOPbRYImA//EG2pNDbrwkgp+qX+p3a4I3FEl7azr1cOUKKS0z7DkjFcQDP7jcn57QibP/xcFlWZCII6cmFRQEJ/1GX+g+pxX1nbyiyNynEgl16Q8tRcmfTBvbgnj+KupwnfjIoDWf+AGvizIfbiotz0J7Loo+SC8BUgzFZ/r5cIcP0QRWIp7X4u7QPySoOf2cB+f+wa4FoxOaMd8GBocAn/5cN+7naKrIOvwGLbCaIOD9hJXiFUS9pxu6QS7pIlHyUEv8zZiQRBQnBV/CKkoOgNWxb6dXt5pxUxCtcAmIaHr7h1jqqxIRkbjcCe4E8Tm3nKaeD4R9VGbutbgzPfg6Z0CqKYUJ10Mh/kATqeBq/JZ41J6cq65C3JJAqEJUoX5cWNT7J+YOu4jHJBBlJIaCZ83BPY65Em7sle3rvg4GfIW0lRfmBQt+c/04wX8TWnN49UqPwi5Q/zzN7DWcs3jh82e+LEbZRN3O6RJY/zEtpG24nFRvfM51PIN37AG8DOfeQ+FLY6ZdLTXjnURdS2OcII6UM0Q2oKPfbXnqQNMp/Gq0a9nWxi5wh6i3V+UNVJJBM9aKoteN2/RpRlcIJXR3F5cjn9K4843Nt9EhjgooGPi++6Qnl/f0b7N88sxI40IHSGaq0WTQZxj/3vs7vuR1vMA8xCb/A6igGqk=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHdQlEcUPwSlCRyIHGDDCkqcwBWKJbsUM9iVMxEBDQgHQZGLcBhBY4mjIHaJGmvEShSjEggSy65YImIQUaPYOypKExWPYna/724umWEmtzf5K/H+2G/27f327b7f77133/WcqgyOMRYIBElmZBitjFdEJccrYnyoxYQMo+KSVDFG2pmfSjlDTmcBH2z/O9sYPW1j/2WbvA1b0Afbf8g2WGvjqk077cxfmRCtm9G14fT7nsOpzdNDTiuWX6JyRqQqLkpflCcbSsyNXqwgzpWYDSXhRm9WkCGupNzowwriXEnYUDJu9GUFGeLKi0dJ2VDeBqF8eJSMDeXLjOKVzj8YpMFLnXuIWWEa9XrJO5CHPC4hlvwc+EeQRoc+TCBeUWJfJhCvDYkHE8hLezy2UPAwMUP680TxD7Z7eRvGFi9ECUMB4M9m2M18DfIm5gUslrIERAviJRWoTJ6qP0jiyeRJkygyJpDYAPGKJQaIVyzVKoMFJGMMhK5FSiQsGD4MEr2p1TUtid7x1nUfid5VSddGJHoHTtdEJHoXMl0LkegtBV0DkeqtBF37kDKJW9M8pGImEK8Eqd5K+EsaSdmyXANiyz0NiKlFaRJWypZGGhBTX9OCDCkNMrbSoAGxlTsNiEkRmiIkY1OEBsSmCD5rZWyK0IDaVkRwcrwiyUbAv3IEKJWJ0XEJkSpFEv8uYkWG8cmRCao4VYpfYmJkCg/sTjdSJSZHqZITFdHcQoRuHhipimzjHDIvvsDx/6holxR0if6jQq21e8+O9DbvAdcHLIuvnOOM06Mm3/rUGKO3jyKz/pA2g60L+hUt2duArrgrnB6EFCB5+51rBxmZwVSv/Z9MDHuDnEw+tx6Y+x60Kggi0g7mbq0hO1aBC9XFp/wP1KC+HRauCygRQo+jrjaW+aXo98FjLq25ZYaJlTh8DOzLAq/XNjxBRaJ+ZOsHoDVA/bIKt4KD3ynIUZ6jsMPoxbYh7aGrp1lO1022MKNHVHVokQAmSBcUwG/fIbJbeKuxEF6d/ayfp1ktyDh0/9m6XCuc791YFD2gO3Rcd8X8ywf2WD1v2jFVJkbIeotkh9QZBqFvuvlUdsVxytrFxRMq0JqXc4Fsiim0PuGxcYCjGh0PXt9zZfJDsPHo+tU2als44eHuzaddrqBmx6RrdvVNKL3h5rWFSU8B2S3Pu/EOGjBobcn8oPfgYszVymnThdCcO6gRXFI84WT2LlO8L2JCsKuLEC76eNQei7NGeH7F0JSQ7HxETrkv4oojDI0efHeslT1O2zvxvPh0BbIeSyJwzg72f2lFTvQO0ShvralD+Z2bSqrNHaDdInw+a5g1ptfrFX8P0VuczLaA7vTCbk7YpVz5hWnpVWA827KP27zTiLJ1GNljH94hSM50JMy9RXmTXhfeyKgAOMzFry6qBSjpxj2FcPdHAV2retnBzstHPDfJa4+XtRCC7wthZbe9T4OqnfB09zcbbmdWofw9Kb/1H1QPvJf6RTxe7YA5nkKrQe+b7+ZNa7aFqWR1bYklfuMWvqrodRmIJeFxn+UAp41+tVLe4IiHcATeRyHZMiINK/jrdPN32yud8BOw6+4J60ZAorJiQ0I54uyxPwPhs4KDxpUmMPhI98VV420gN+1oCTldhXfEUluvIcfLBdC01iFo3FwR5u6TlY/SHCpK314WwVTuYia4JGvYL69a1Ggc2d0uqiec3zToq9L0rjh+Nv1GjoZXNRCG+Oadm/UWbV9KhVWPNqy2SfVyt4HiJz/1fbRIjWZUNv1YF2wCD1PZjeoE3TlHz8DkGWdac+fkgoUmZ1Z5fi2E3s40wvWIqIBsZYXX53acmbOsBI3o2I5AbqPK5W6E6e1g82c/7D9w/T0YMYcq5REipFyYXGIFU6i8X9jCljQiPJJ/oZS2lhpEvdR7WMM+hc1kpRYEjSMKFXXC74n50GoXOLOL1b2BZbaYj1c2uHeCJEAvJ8jlR4YL5uNxB31/OzNtcWgm2rKjd2GzqS0ufkwJKOV1mH4fCZTkJhdFmNJc1usa2rSRfl4iIjKn8c72+JOnFTnq8DpAs9d3pxHmwln+HEwSFVwS3DGGKRzBLYiyukVyD7mSqjLx/GtAREGUUa/VN9hXVz56qrAOUDVeuG0Nye43uhzrDPk4WuDlhUQILvbwFIX520Eu39zbYfMu26b0H2kB+bpiC8P86YlakYiwIY+ygYHE2tRfhLW8cXm4RAg5Hiy743OmQ0noXyFa5UQFNeDysYf23YY746NHVnSodWgE87r5xAbGNQIB/SzohF/1oAmmBnJzWsgTYpNU5PUj6e81WPfnku43bRs28Z+kX6G/", "1: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", "1: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", "1: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", "1: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", "1:eJztWAt0E1UaLn3SB30lbfpI06RpC4poO5mWFnFzQ1qQLkpf6gJdIaTTkjbJYJLCVmp9YBe321Wki7CK+OAh6MqiHmB7rMzPa+VxKFo5YF1h5bUeKCDgsmwpXfbemcFWyDn0Zu1Zzx5zTmYy/9zvv///3e//70x0s/nSqkA/Pz/3cHx4gLdz1jo7V5VDLMQ8xeb2VA27cWXy8I4ycmX+yfYjs/nfYpvabyvFa1oWgX9M5F0Oi908x+Kq5mzX8ceLr6n/J7b7f7L9yGx5N2xiV/lOnRN4Z2X/Fbk3mYzPFo9MGWlMJhfvsHhs1kGCxtKBmMnElp1FhzKIxzxakDhVNh2KFY/5tCBfpsrxiQsZRblYub4wmOsLF7lSfIayYHwqszmr8R53O8xYn3KSUTk0M+WJGIahweRLGHawGGlVxZNh0BNJApJmyqUCSSXFjKUCGSi5GwBipKUt4OtmDwbE+jIT6wvlsvLoiJBBeT6AGDqQLNd8H0AMHUgWeZYPIAMdSC6NbF9AVIpgsnwH0RUhIxWhYdA5SXuhiKFqelLdGgat8f49zUDV8qRaMgy6qfRvMga6UpInoqsKGUQncCk8lk6rUtGydFqV6o+la+NSKbGDVsOAqmCpWp4scJauKiSxslS7zA0QlSIYmXIqRTAy5VSKYCTKc6gUwUiU51ApwiBRnkOlCIPEXo53RZBXRreK3PBwLo63zuEcGOiqL7RzDs7pcVcFD3RYFUSuwvHB5HbzVht+VOKdN71/hn3nrLx+LldGBpdzHpdlDlfpsti9vKya59jwDTOejXPZorDhpjGh+EeBzcVZyWTildnOW2vn29ycF28TbZV1ODA7eR+xhdzqLURMpdrirHRXBdxaCYaBnYHNGvqEo3/QhGOoE84bqGE2e+gT9hLif5GwF/puk3D+wPpjmaFPOPZ2CZMczHwdGWwdsrxvPI/IXdsw9Hkr/rfKlncNRt6v2aFPWPmDJuxFNrdJWH5wYuR9+aYmTzorcWzmeVelzWnxcG7p35sR+FBSZ3F6bJ56k8tlqZeAGpELV53VU+fiKsUbs/qvCywei5fNJkf6t8Tw/fA48Rb+Emvx75Y5YwPU8PYzJZNffapHCPy6ZdS5EQp0If7+4mufa+DIpmcbPvmgT9Baz0+fsFWFHF/3rr8Yq4S3Z5WXjtQOg+zhf1RPr7wiiLCt0VAU4T96UXybsGlt/cd3jDsqXG77orlvTTz8Ou/QLgcbCGZ19/HcJDXC6Nd/k6WE5udPXkrt7BOa8CzTLp8zetKXXV/cGA9frYhZ89G2a0Lty/NXvHkiFvXuO79nx4Q4yB3/UelLuiB4sbF33NyO3cK7Vyscu/4dA2SYvu24UF1g4y80nTZ+mvbXnsY71VA7+p/LjrT6g/BESl51gRq1jhv2wLP7YwAH2dVxpVtoXU8S7xEeyrpzveITBZxbOf6ug0n+EE4SsKmQQfzEgXQOAMUl04Gqh/xR18x5UzXxSjhleeMQ+806YcHCe6asDRuORDoWKKCTnxnSkfgvgUR1bVE4qjn6WPPzBTooEgfGQVzKnlPGwAw0+e7rur74NHj/bueqYQ2JMDph6cHQ3Wnow5FR4ZuCdUCy2XMwCkRaevUoMfDhyDGlWvj5mUA2ZnMCPJY84qsxxVrUkVjyRXK7BkT6p0XBcmfsQqjRoaXcc9ZfjtdBEr7doFPD8ilxLUVnkpEf/3TgrqkqML9rw5FFQkJmWdCqJduFq4017R6FCuaJjiOg0++of2hzABL9dkXDtr1vFG7+dr9xnrhAfUa86Fl/qNFCKVZP5gQFtCbgAM9p0PytryXd82o0NFgYTG2XQFb/qS3B8MSGzbOf7IqAGe8JZ1e2B0Di8V+otpSo0LHHlRsmmfTQ7sEeDsVBEszQmmJGovD0UY0tXTrYvfzDlxYf0ABxe2SnHlVoTRetLamwNmxiRt0zoUCiXeyXiQ6z3+QVhqSCwrLjs9EZybDy0Tv2RS9SIUL/yUsaiffVgbC3fNu61U4tcjyMI0rTgKjHjd8KBMYlRiGirueW6GS99QqFn1/4R1GXClW8sP3yqC+V8Fn7CWXKniAQ9X3KX4r34giYJgr9rFGP5VfTflwgwyteUAJZtvdTQqClrTa05/VUZP/V42vuMidAU3fJnzVN+4x4tTCzwciJWULbY2V/J4zXEtyHY12RiMjq3pmRIPLR1iuchXx9UW8EEvX1sQYubSyufflKPOS+87NHZlzMQKv/tjVyhSEdut2b4nr3JcAsIteiNNQeFKs0ButB8hsBTy81/9b+lh5J+lMDKe/O/YmwDbtfsEOLpHpKggNXyk6seSUamjceO720U4eiT2/5U8AkPRxtXdQ0XZEMojw6klA8KVS9Dsh0NWO0cL7BmPPoVTViYzCTS2Jg3SN7mZ3vXRAWknaTGQGFk1w9UbYwOBZOKjEYxDLcmYQygnFk3ekQJAKVcF/Y4VVz78tEH5whCaXC+W5CQCowf9+QcdKcjv7yJW5U0WpAZOHfiYBy0kiKM5GojzQt7L/3wU9frEiBN7F6+36vRGL3Nzmr8dM173B/v3f2/43e/1bvxcb8B1OnfsI=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmWd0U0cWxw0Y03FcYhxT3GRbyEKW3nuSZQjoGoyBpWOqqS5yQ7bAkgxmIcQQeugtYQklazpLCRA6voGYFoqXGAiE3llKSGhLvMDOvHksgcPZ4/E5u5/whzd68+b/5s7c371zz3Nwsr1bmrubm5ujOrl0tNusKS6bNS2R9tDuDpkOZ1qlV3exTnt2Ar1r9b7vfd//oK9zOfvavu973/e+733f/7Wvz6s++VSs/OqupT0n9fUdfdaOjjfIVyHBg1zj7K5kcqyWT2KSJQmZOenlkAjyNZpHIspXM5+E9okGnsUoGoFnHkm+xvBIjPI0Bj2PxsQ0Bh5NNNNwLcfMNCKPJobTNrZ61khcIoE1Ri4R86qh3Iwyu1hTbkqZXawpN6fMroqIFNeWGzs2Wm6EcnPHRrOGy7mCgTXlJo+NZk250WOjWcOFkcCcK3BhJDDnClwYCcy5AhdGAnOuwEWEwAJX4CJCYESIXESI+gpkSQaEyJVWGA9iuV3LsrGsKbdn/6DhOsMUDdchxgASuU4xRVOB40WqwPEicR0vioaLA4a2xMWBouHigEWDxMWBouHigAWQxMWBouFL+CzoJL6Ez0RGrvA2sFA18p3miogr4SunuZEr4b8S8dUN7JQwVqRuMFakbjDy1Q2KiI8IFuZGPiKYyMRHBAt0Ex8RioiPCBbqJj4iFBEfESzYTXxEKCI+Ili4m/iIUER8JQALdxNfCcBE0XxFIQv36IoUhdEVKQqj+YpCRcRXFLJwj+YrChURX1HIwj2aryhURHxEsHCP5iOCicx8RLBwN/MRoYj4iGDhbuYjQhHxEcHC3cxHhCLiI4KFu5mPCEXERYRSvJu5iFBEMe8mopvLZnXUow+c1lyrPSXDmk2EufmtbdZsa47T8fq7lPwNiv5w1CKXWIfDnpKZ5My057z5soSa/3lZ9/wh7JZ9wHnTvrfG/vdvWm/JqslD0pNyUh3vrGzluvMtTVXyo2eSzWVNoP946m5PtzozrLlvbYSnG/v+1spuz03NzElyWpUNqEMuXV1JOc5MZ35sbm5SPhM2ku3PdaU4XbnWVPnBoNf3cUnOpHc4JEbPPlelVfnjIyt9RP8NRns7/X1mvxdV6kE73cvg534GnHlvpMU4TQ8zDMOaBAc2gJYtbp1Zm2XAw8L3G3Wd9LBncUDU+UINLD0l/WIOC8duEUsmbbgsgDk9LtP+oC60anDniilRg13+5e847a2Frz4N3zt+hT9uqj107ZT2evy0bdGohj8ZIfmD3jGbq38I98l0AxKjcMfgGs+WrNDDwWrN/9LDEgSlkdaPrmSQ8VthzJV6eqgVH+aqvCASjjYjFp9T47ZG4+507S1C/+ziF98084I/j43qsDwrEk8Ovx1uOKgDav0jmw9O3nD59txkPWb3HLXuW28jrCrsBD7BPhCAfYNiu+rQc6H49eb5Oni8/ezk58XBMPHRz6cLfPS40khmSjJA1HmVR0GPxpBQ9a+zml7W4OKjq4+fHC/CrnkzPEeYPNH08e5u8wp0SFZlTncagcySPPpZKKw5frLnXU8dbu5D3qwxQEncTw8eHY4A4ca6sGspkRg3xXazLEaA1GYXO0+d745kNw7m7dGhQA3fLIEjg3hidBjQ153p3wQnpvQ/F+8QoE3uM8/bW/9ZJK9jqRbXz7FOTGlohAXDFn4duv1I0bGJJy5cWqPFRzay4J4S+MoT37J8cX72hHEjNOiTtO/HyC0SpB7p3/5gtUpw8mZW5JP5GiRvrzK8TIQm33z1y4r91SFHIjufrMYFX5K/TAmYn73A29ey/9xcNd6ist0iHBlNHHr+Q2h8r84efX44qj1rbVkeI0Hon6hH6sPtreur3DwSjrJ8kgjTE5yq+ZZAOO39W+zx5SrsdTdqZ8RLEaDw4p66/ULAUH1tg0T3MJT90UOEIQOrHfuoqwrw7qKPtaUhKGNWLAKZJf9AjQjwoAY1CEV62ziA+KUq6bgRCTGnirOlJSqsu0f/pUYtwKx+L1r93kQNzycQBy8NQ0uvvhuLbCJcPfDFznkf+MJUNVnAJQNSTJLX64FY+XJGi4YsLvIEpO6v1FzPeN3hDRSb6OEadO9Zl2yZRuGhOqRRR42PxGaVOn5Wp3MkNDx03VI4sDZQr61vpUaZa7MWLlSuMTnwaj0kFG9r1EOP8rbfMUHepYVey3YHoJYM671Vh272AvfixUaQ2871kVjzxBVkwLSn15KWzjPC4e7frSzs5A+js3Y5Z/vrWL+HAZaQMFXt9wIbCat0MQrLmg45NjHZAPOpmXcawVaCVfNnOgyZ5hpav2MUjKYDVgYzO3/UI7Eu5f4OHazsRSNfCyv3t4+etFSN3342smRTOwkSZQdpYS7Br//CxtieBu5cAdr3GW8+VVwLOkRPih3UOhIXfh+0Iddfz/YnzxceBp6wD4zQoIMCMD0Kxjji5zyJ90XZ/t56lLeT8CBjO9kL5fyTaECZy3gj0Ldnb/YEv6yOD6fNjkI535xtwvYzxQ8oZrddOvx8O0koQU2gr/yCEKDDAtwM2GXq/BzvfQagmKX2DWLx7YrCc6cLHPEqAYqJuRm/RsDJGhkhNn8NFsxtNcXWRoLKFKxADVtXsRZHLNOSqUWg25Q4xgszNv3DsWWuFiNItuvV1Mjev7MO0vQQPE2Hn1CDJpnYurLCgLrpVKmOrdeuh2u+hJTAUCjZRBJGUy3O+oEE1m49/Dz5ufWpqjHI79Fp8Uzz/N4rXQawPxh3qHulCNjYZfCCYSMb48jfNnQZfNYAcnxU9UA5/JbrUI63xSKQ5Fm9fqNKOJwa3k+Pcnq8ITGeA1RwnZgjTdei7G+DCDcsJCA7hcP9RLKBMVEYSBPKBQFaHk8jKeNxEdt3LR4k4TMjygR3u9KM/LJIxrBQg2takAB7KbF8saXEIue3RTok3q92LF8CkoUI4eeKPOgGf65F33VtLo+IE+GJut/0vY9LLYVDmtc8PVaNsj/HSYof71so7TBbg4PyOjfyO2wE6o7rJS8scp7N0mDpghsNV9wSoOyH+4f27XWHIDrhNK3Cg8T22VIVwujEg8OZ3yWJnR81a7J8O0qNlSMn+J35xAgjk4Qe+iwvIFF3aeFQNcq8LhdAPjfH+rC8NEeD9dqSE++hCNk3y1b92s0Xdm6b6vEgT4XyeekuweF9Lf+WOcAPaBrpWBiO18YuOrq6sxFuEmvb3m8AtWevGtP1kBp/v3cHY/aJIJ97BwKgNw2/deH4XQzJqCT/Ey8uGrCqIbN3dQi6zfykrCmKILcbAoHQO/PeLhWOxcNLW/sZIcRGPR4Kx58mXF1WFo4n3EikLBBZPASFwAgT8VQZycMkHd5tIUBRXZLZ5qjg0fPS4bdvhOAxctz1PCeBFz3o8kKBYt3sYhB60wnGidBWPvjU0PbyCN91E4IZt9kirPIhpJeEQyBNcC9C0I86pIoACTVo4ZOTTio/e/ZbNdWbFSCryt7RJ/wbPzh8Ig==", "1: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", "1:eJztWHtYVNUWH2AGhAEZhGEUAgWJzDKZMw/Bm56Do0Qlko7P0u82DEcZG+boPBTULHyWj8zM10WvJZJXTS3SzHychfnI1PtV13vNBz7AMuymkuJcQfHuffYQqdz7sefrj/q+5o89c9bZv73W/q3fWvucScoThoyVy2QyVzs05Ah23uqx82ON2ILNA20u99iA5qtMt1BoxlemP2y/S9ugX90W+IAtt8U2BGnJHI5+ZAnOQovdVGBxjuNtd9HHb9yDMeT+yrbsP2y/MVt6s03qRj+rpJ/gyG+5wveexvO10mgw44aW6RQKLW6btY2gDDoQI41Gf0CUnnTSqKcFYZs2jQ6lJygtHcpAUAwdyugXqpc0ptOC/CEj3S8yfCgdHSqDoAzmYPRltjnGoXP4/2HIfshXBhVIK30xFHIiaSKwXlS+iAgZCi5+AdOlSb76C568tvjS++dL7x8dPhhdvkidMEY/QDotFRmktpg0Kk8+ULofIB1DFR6pR4ah8uQD0amdgHQ6qvDS/dF6hh8ghlQwo6UCaf1gj2EotUfORYk8PQ2G+NG1uTBaziodVWykAHVtprvlnNK1WeAtp5SuzaprOW70dNVHRKenkkIziK6QfCCdH/LWt1kLvwRRdUlfTeipumQziK76iL71VA2vGUTVhnzVZ6BSBEMkbqBrDkTjBrrm4ANRKYIhlWFoXRH4Jc6lwTfcvJMXrAV8IQI6iwfY+ULe4Xa1POpLj/UKfKVEQ6bLJVht6AwWHPe9EYb9vNjQ4gm8GU8eyrudlgI+32mxt/L6aCqwoRsm5I132mKR4b45oehHf5uTt2JnZhVGCB482WoXrC9Ntrn4VhbNsuV7UHx2/IJii3pw0RBpR+MsjnzX2KD/JZ5m6tLu4ytSRt58TILgzLc5LG7ex1MEGgZ7LA63zV2c6XRaigkwUaLE6bG6PU4+X7rxYst1f4vb0kreDHrSc+8Nj8e38B8/2Np0vKg2VesVnbcia3dsPcG+EXwtNlulhpN/95pryo+I20bV7zw1r0F8dQc3o/qpaJAtnt7Y+5qKG3MmK6hI6WXLB3HRFlMEMJN7JHV2q7lLC7r9GLH3Brv1bf41a1UUZD93u6PrRLXYxXrl+X5969i0XY9EKrdHQRPvvWh59yJbXbu0InziFXHAN9duPHMyEpQp3aYvKFZxy9+MnGLcdEX86LJru7oxDL79Mvn0raYYrmdVSnDJ0jqxX9/vT77/qQqevSzXRxlviHHwQpfMuqvix7OmffnRSTU88s7rH1yoDefI/eNsyVLTfPuldvBZfbfRi2ZouOEvb/k475WV7OFJe9fEXe0ANuHa7MNDq9ia8tL9XT44xdafPlHiymoP78Qhj1kabtXarjtvzw2C3l2fmTrzahTs06SaFTUJ3JTyx00P/XBT9Ab/ecVAtQZKv0tY/312AOxWdIhhDzaKkptRnQCz0KGiAxg39R3xgjYSaowoYlkKLDK7U5bfvUv2uSsGlvQOyJl1LBGex7TfqWMfu7m8aslcOXd63h3EmAJiG49cOWwK4o6oDn36ycKzLMEHwIZ1OBGhkJsYOz7HFQnFI/9mOFaaAkdfyRZfTgiEA4u0k3u8GwqugsU/TluTDJPOr4oq7xMEjx//C4o4Av4ZWpBsL+oMZkXZW70r4328ySH14sy/HuuuhrnrR3zByB/iJH08t1+Uwns4FqZZmGFp3ZO48j2ViBGv6FnSUT58UByUpO6bs35Eg7jZdnbivPYhcOem5/yqr+JhIZZHWj27se7rnDzVT6y0vdkhQNZVQxEmenc0jCk80FSB4v9q8egmU0OtKPm5rIbKDJSAoC5EVxo1J+V9ohLG73YjzyrYm7aye8elYRBt+ewfj/H1Ysa2zyft7RznWz+G5HNOMKzAbhuSfbyFwKMSoRo4dhR9whMAz77dMRDWTegTdqLs32zF6qvrDyo18LXsbGDovK3i2zdRwo8qCL9V0dAJpfenyvYcSsab06cGcdt7/Wdf/kYllA5bs2nzSA03Puf6G2Z3ACfp47VoQEXwXvGhS+LMwU+vfjU1gPs8pE/psM5RMOSTxNk/DPay8uHte1Ss9op4F52qlYDEdGa7PII7OuZZNPWOuAxVzfvzQ8D45J4hy5KaWMzqyo0hHFZF8AQZzMdysVSyM1xZKNRgbpVu7bZeRYEw+FQ8ovI60ffBdtyZAplQMisCcPiZuTKuzoo9nCP55ZvEDy/gAlVwUriP1rH9URU1bqgXezrKAnYr2kGctGA46HGDWJsKq6OwEkLgmxLsOBpuab/b8vC6FCA6vi5K5ZIXBntqYhIOD+gKU2f2HPhemBxqDq3YtUwVAJi1F7clg5S3NUog9R8O0xfsfCk0IxFitjx1YcrxBE7S+fWLrAKp9Mk9Gsj/07nchd4kDpE1UrMjEEbNSf/XgR7xsP/DJxxlF5K4zQ2jkaKqRaluy+Lh3Hnlkg0zvvXtIxSkfsDGg3RUZDrGoQNMKHTd21PvPcjIY3MrNua/KDu1+Q==", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHdcFEcUBkSadBAEREQUEAtwdyCQ6A4eYInCjyJRY8TzWOD0uIW9OxU1NhKjEVsidiPYYtRYwIrijsYSNWLDiNiNYgALAbGgaGZ2D0Ekeks0f7l/7O68nW/mve99b3ZnXUdSUQn6Ojo6SiN0GkjJSalaTib4YAs2D5ApVQm6da1gFZUcjVvij7b3bgt/7za9N2wR9bYolOdoU3QTRtHJErk4SUInkrKX6GhirIj/wRatpa3vR9sHsAnqbGzFv1JJb0oRX9/Cz/rh/r7sWRCNF41gmkqWqGRSLUDYJgjkhxKw54BoAywHmSIRrU7vhmCbbwC/iYT/ASXw4eOfsFlEiNizHztRCKUeqcVEHCSQj28ijgVeGD8OI2gGxp8Pxp/DCJuB4RUPhxGI+FDdo4FMtYawrvXg41oAh+Elt0AuHF60aTBaq43zigNprYOGIH9eM2mWEl9eM2lAPZozk9brD1cJ7EWodZY4WXMXUTNAPCnnW+MNQDxj8uMpcW5N4El5/btFqLUg6utPyI87TWq1LqaGoOakVujXnCxpvaw2yJKQX5Y0IH6FoQHxUx6nBxE/5WlA/FYIThEiforQgHgpQsCteiJeiqgD8VKEgKsMES9F1IF4KULAqVzUtCLwdkNpjx+oSJqkpElkMgLSaaFyMplUqJQJLRoOmNASt1qhU7BSSUll6AOJUjTau5i8GiwmLYWMxp1jSBUtSSLjaYm8iY2OOEmGHojRbCQtM0OGRn2M0U2IjCaleLJoS4yg1LizVE5JR4+VKckmBg2TxauRf3L8KS0zeHNQQzaiRIkivlGIDetVQ53Q78PHbf4h4m6CzHfEHah5m2iWK+4XBK+4cZN7ib+ux0Z93/659han/7XSfX0aoXDOYiVyNcl+z8dQiaQqiaQbSd9Ch9tuiSmKjpcpJCpSye3DMHeRaolCJVOlBdO0JI0DtmMjoNVSlZom49kHI+rbIRKVpAkPRQHc/uJ1xkn8CP/RwdYdrZ+duH/MDCw/1H4rnVRO/HquC+lw0wBuGBET5ZFlAT6/673Xw+IC09PkwuqU/Fbw5CfhZ+YP0wWDfLx+tjl9l/ky+fCLnAl6cHDg9t/G7HcH+32WeLXJ/J1YrbuvpfUCG3h9udXafFdP0Dqjf5m+6AwTUnOvHO4xh84BiSEy7w4grvMJy6N5lQT91KJ014PW8CwVZ1hw0Raw7S21zLd2Fwsen7OBS8cuX+UWaAtEVv6f5kfdYvRjzbvlrLCCYTuraguLPIC3As+YQ5gkdZCPC3KA1unweHZoGyA3fpqVmFtMzKolH99ytYFTdoFpN/t4g+pLF6Yqw64z2U98SzavNYLd52U98TXwAPfMcASFTCGmYXALeFuS/YdobnuQV/wdGuERgUiaf2+fJdy8c+Tkiz3dQOxX+K6KYP1e0goOrd6DejqDNdf2my/PNYDp3gPWmRyxhWd1ruoZl3mBha5z1KlO5czKjb8UxY2xgM7HbhNrXBxAN1eXh/JYPSjER649XGcS1kk9zQhUBp9KOH+nmjk3cKTl4EBjiIJf6BreEfx5dPHehfNKNbxZQ87fSsKwwCGy2KmGyU7MLVPueM6szT9g7y71AXGLB6AUnCUmZewZbfxUF24fghw93hZYsom7SqDkWPnvs4AcTx4gYssCcob0AbN0CT6c4KAD69eEQ1eAL8CmirhZmpljus0RPgtKKZgR1Rlc6WgwNVNcQTh5o7sDjtByvP/GXovsASIpbfD6SmIJ8taixg6uPLnh1Hk7H7CsxPmnv/o+ZpSIzomMGZTeH9q71/quoP8EzFgeE8cGYgQRKYhhPbBsEGbsDuF+K/3HkxtqGUHJ5k63pG6Amqp/eK7vUeZBQGgfOk0Pjhu/tqu4rRVg8zTxOXEdpUG4yhCyctW3BmXI7dSuLWGuaeqmWZesof6dDM97sz1ACjvhQw3PL5njgkPbut/3ANciZi9SWF8jfmiDFVfLvHStfaTOcgE+qCpa7WgBJthu7nNjvCX0Cvr+xGTPjiA9st+KKe66AMtwPNKV7emQoortLgBbD07XgUFuOEJrSPgNz+uX0R7ganohNoZZM7feKM20hx09UYbK24J2dqMGVs0xg3a4PMXWEFfXyqVdQE53LPRSJmzBI4O4IhvYs2vh0pIrXqADlpXZC2b9kc96zDxgCsNxGCp7wNK4zAgWb6oZlhzqCBFZY7tJHAFXr48Zl2/KI3cPd+TqaNwDothpokRwXh9y9aUDz3S49HTSqMtE3mhcSFUMV/eVTCpeEEb4gqKKh/2HTN9NXMblZKsLj1ze8fXECm/gCL9oH/x3BbEqFA/8jJl7sNpzmIUz4OryCIMGCSlKMYbs2yZYkYje/VRyo1W2/sdU/Xd9EzbBP14pchw=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYU8caTgIBY0AwguBeq229dYNsoLWdgyjV68IVrFVbqzEEiAVis6i4tVWv++NSa1v3Fb3w9KpV0WtdZkpVtIpbtdYdBMEdCIhSCN6ZMwdB5Xmayb3pL/PjJGfOvDPf8r7fd3KS9mNNMfGeIpHI0ggfBpmSDHpbkiF+MBkhwwONFmu8uPYswmpKjiVnka/GXo39z2OSl8ai68ZiMA9jffCHKJM5WZcUmagzJxiMT/GrgbWinRzr92rs1dirsb9wLKZ2jO8kz9Td25QSV3dGrvUn80P5ozLWCx/7mGxjcStyDqLhIbHGlAQnIMr+ZCxU7QKmBwtGxR+1bBAypgxhx6iYoqam7jCFjWJUoS5gVCy2aahtTHHT8scwFkgYDTWTO+HUNFcwTKHuQTFKFzBOx4CfHULfVK6AnNYCjRkNt9Mu0QBQEJt5Kld2EgQR7gKIcSeNKztpGclaH8QWvTDGClQfxGYeFYbS6TJMSeeKTwLIaQnSCNA3p8tQfRCTCJWCNJgYoRSkwSRCpdAqmNoLtU7F1C0px1VMNU/AMJZ9HsNU9wWM09Gu6xUqpu5PMWqmWFNJqF3oL2oXeoXaaRXVw7DJlepBzaS8WhCT8oT+omZrfwKIrRZT5anZ2h8FadjKKpWrhq2sCiBX2p+GraxSxWrYGEHlp2FjBNWSho0RVBgatlosBIKtFgsgtlpMQVomRihpyLVMjKgFMTGiFsTECCVNrpaJEbUgtu4sgNi6M6WRlo0RAoiNEQKIjRGUsGFsjBBAbIwQQGyMoA0gjI0RAoiNEQKIiREq2jXCmBhRC2JiRC2oYUaQ55aWIHLBajAbTPpEQzIGmlP7JhmSDSlWS7ys/oLxUnImx4cIi8WkN+qsRlPK84vFNn622NDU8YZYMnmowWrWJRrizLqkFyaTJ6aRiUZ8IRLvZjAbm+CBF+YQC/oYzQY92SzWnyBMNjJZn2TSfzrRaDE0sGiUMc6G7Usiz3aMkpcX9eY9StClxFniPV6KWe3NvtAGVe73288dfnuy+F3vy7/QitTud9vfHW5LWdNd+5VGuBfRuN/vpn/mNzmLdNZhGbPDIfX91mjd77DCHYluoFj8ia41z90Bhbnf72b/10SzF7KQ+sxW/gXMDnRHor2Z/dY+96Qn3P1+N3eH33Jmv1X1vyApe7jf7yB3+O3jar57CLc8L9zgkO5KFo40mcxxxhSd1WChP//44sMQmy7FarSmRpjNulQKbMuHxGzTW21mQxx/YUzdeR+dVdfAjVZYOP1943nzDOQS+YMCGc091GS1auNtOHNI/zVfvJkFWqKPXosorQEr9n+zxG/yH/B0/IWicZ2PAvu5QWP9hz8AJsVM9EteIHf6cWx+2qr7sDrYclFhvwR//9IS9XVFEMooJRM9UTTXTPfzr+XgyOLQiV3bF4ED1mXBnsMOgUW2z1r55laDYU267lyzXcH55nZdsv6JA9YYHhfoNlwGHf4+ZWb3gXKu1+CzSz+uKYP/2e5RtLBTCVAd/qFbSodgNPLRvsvzHTmwa2Treze1N8EbNsnKRqs8uC7nVxa22XoXfN96ZNw7o8Vo0uqNHfZVi9Bc/airUR52sLNbyibxgQrYBl++cToQtStPGjZtmx3cs2QGVp0oANpeB2O+af8QzNn64S/Kw/mA2iNCiwvs7c4V+yDlByFvpzcrAfnZ3+HIlMKkSZPTukTKECTh250NsLOdDS3KAb9fZCDKCnozVrrJDun8J+DMhWH3u+8vA44KW+7qppnwkx/7+0g6XwSbx7/b+OImGYeNkyoCsmGfBUlFVenlkPd/ehMUuuLt4OXny6Ck85zml06VARpnO3w4svd7ty+dBM3sEThFefCrE5/3gw4FF739a8NcfQ5cl5Nx+sKwSrg461Gnjxd7cbNH/nogP2ANDH+SFZcx5iTohqMeGu+H5i8iDpaBeeeu58qXXQLJOCp7xl4E1yWy+e30t8GHH/0A768tgN1J+KQyhI0d/+58MbJiK7xuiLlO0xfu+1T2CO4eQRJTBovD+75vriyFk+QdO033CeD4PBeXwr1nRdcl87xQRKn+5KgFgRyfh2i7YL8DLiE0WSfnWtwcHrT3bBk4PuHQupbd74HFsdaO3z6Vo427w7DlUo7y5w4YVLYIX7kC+DRqJVzBzLXY47NQPGiWb7QpCE0k8GveKOat9fN25P0EVjZqtfaT9JYczXshXNM07eBPQUfhwLB5EWMMLRGf3jPeiLfXJOESlz6YCjR2KI8iDEMC3pujPC4V8lACqnqOPzX3nJhTBICjVzNLwcH8gDbHb92CPJ0WeXCB+AxsbsqN/tsJ/+wfpah/t6ftHRU58Erl9HEH1IEczx+1BEXtKXOcn1QGaP6kXAKR3QQRwmTExC8FI2aH/3bkgQ+nG0o8egir04nQRJyscn3CrnGtEb+s7RgkszeJ74KQgVsaR90KQo0TX8dUzYd0/Wtw+XlZ4uv3pVyb8IQ+RlOhwHcZ4vm/Qcpt7EsmOkDb5uNwiGvgyYfHf+7976cwk4Q/4z4g3l7P9UB6noAOWIHZlWUTc1mzyUKP4A4i1wdB6BihvZ8DUAJto/VhT3OERfCWn7xS4NkfwJAxBnt0FWBrcaAfgZUr8KuFF8IiwA7eBlMCtr2fN/l3qG6KLTzngS6dIoXHH72XOvxfmpwqkCdflj5jSBWkOvFDHfdVzym/8i3oyQuiAhaCzTcONWmMqB25Qnwl3ASswjRHILqF2W8afQ9qc97BivPk4k6OGnDMuwTMIOn1skMs4q96ig8Cchw0y4vbkLDrriXTDnkZDa2EnjxhfBG1v0rQ6WlwLXPW1DO7ZIjXwcJqmq+bMo5PR5qI8nOUBPX47Uiy+ounoB+c1ia8yAdhsWw9OkCGeNrNFXNpg0khLYbpm8kHXA/b/vPekHAx8iFuH5egy62m6pQfPIGYfHjDEsjLR1Qo1GUHLGne7x/VwXmQl69CIdTVW7A3X9h9Ec/LyQqO8laEMmbgRiCSohh+o2CO8sMOKf+8ER/Wac04P3nmltTsSnAohAReikYlH6nZub8Fx9fjViW0Dt8Q0bh3CeSudfT6cnlkNcBGYcEXC3WxkaBnEZc9gAjxAsBFvSVqpeD4+lRoB7QeFgHAOyjjbt5ZvtPns3Kwh4R3RA3g953igfi8aLw4qvsC8P2CK4miYl/E19ulXhxPs/UOwPO2kz+6sxc3Fh85x7eN28fApg6EOKtAaxLOEA+O37a0EKzrRTrLkWd1lNarYqH+PwateYM9uS2rDr+2w3we8rcaESkJFqvZlGx5vifX/b+j7rehBsaU/wUBzchD", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtUU0caD4EQwkMBeVRbX9XdlmW7Ql48rJ1BkKoVEYPV1XY1QIDYkGgeeqhWT6vWaluLRZFqd6uLWrFqbZW6HtEZW92Kropai+9SHqI8FILyCti9c+9NAcs5ZXLEPWeP+WOS+e78Zr7H7/u+e2+GJxmmproIBAKTGzPEGXSaZItOkwqIhIgnaU3mVCf7LMpsyFCRWfQT2f+1LP4xyGIfkgmJLroeFo5/Insie2yyaLuMLX1C+2ysQZ/SOSPXJpD1oewoVbkyY4zBksTUzt5BZCxEpdWn9QIiZUcFHYTIQqkwMnZU0kGITKqgcYCcU43qHA4jlTuAUdLopmDHMJpjlOwYTgMJ4zwQSoMJdyCgERxG6gCm1/xkV4dwX70OT1dQr53N+YzSpK6gXseIO8IR9WSU3O4CktKdJHfEJj4lIqhACkdO4kDSECqQ0hGXcyApnXpcBkp7nYGcB9gvGZ1NXD5J6QjLg+iSMMIRGkU44D0pRyMZVf3iclBGVYs4EsmoeiWPoeoUHIVkVLWVx1B1MY51Mqr2wmOo+gtP1F6neSdG3mtyd/YKORUPeAxdPnCtQu5IU5LTNSWOpvJeU6FLq5A7UvXljlR9OV268o6gqvo8SEFV7OwgqrIq5VyuoGKEHUTFCDuIihFSLrgKKkbYQVSMsIOoGCHlaKSgYwQPomMEB1LSMYIjrJKOETyIjhFcYVH2zIipFp3GFEgumDVGjSE5XZPBAI2Z43SaDI3ebEp167phqojMPJghymQyJGvVZq1B330zlfuvmyVmztOoyOJEjdmoTtekGNW6hxZ7Mj+i07XMhWjmNI1RS5Y/tEbC/IjRGjXJ5DB2Fq0zJL+xUGvS9LBbrDbFwiimI0+uWvFvdxOzpqSp9SmmVOffOMt+c8sXfUXfG+z5SA2WUBsc2vW+T67se4O9fs9gb4IwWMji5L6zm7875u0O63u7+z3SQLtTGxzetRrIw/ve4P59EWghjd1dXg/w1of0vdnejzTOLtRxlnV7kHsMcfb5HxNb2i2hQ/veYN++IHYPje937JZ3faEgC3mop5PsIxtHGwzGFK1ebdaYuNe6pP4mWNR6s9acGWU0qjM54BDWJUZLstli1KSwF+Z0zmPUZnUP9xZK7s2orLt6GnKJ/FNGpHMLzdlPufjgsS/duryrrRa9qfzipemzrGDLj/K74ePccey6JtfZuaUo93r2yhUzLwBD/YqiRCdffHlM5owdBUI8W3xmYMKVJrBYLZ0W8icf+Oa2P0c/U1MNju7YOhkOaEZhq6LmVE6R4LIZgQfOCe6ApeyB+9Hz/T0Ktrd64Xyy7Gd3fKGw3G9wUTmQLnxh+NB7NvTP/WEt36Y08/seBFWDP781fo8Qb990bNheqyu+P/Gv74b/eBFcXd2haa6oBzNTRv8U/6ELjHqn7PvcQxXoZWNr/9sHbODgh671AeOt6MzOsxdfrS1H3P430TRWwXLwHmNUYXkFEs/OneT/wU1wT/fqW3u+aQAy9lOCqmz5DedPu8ALN0o9svNd4KfM8cb0SvTVz7fXf+15EeBZw6IaktvR/Ke9Sl/IuoW484SYVTu/GWVHOsUt9ypBYPqsr5DODdYm/GvIipoG4Af+fa1geQUaxyraDsajtwaHp/0ANmT1Z0LQgMIZ63fOqUavZxx/8PWiWpSr912GTxah8LQYraHeE5YzVuZ4O8G7Rd+N3a29D5Z7xX+5rlKEJauHJt+Z2Yauj3R9e310B/q7z7bDRwNtYNGyUZO2u18B1wuWLy6WifCWtH3VJosfXEuOOyKERZVg609HWkBQndeRkIFiSE5ZMcEJBj+1/gdJugh+G/hHlSjPD3rPiNh/YsF59OLkc2tfe1DH2+WPTSW+1qh4Ea4sfvZq6wMneOltU+w6pS/cc2n2gvghLcC9JG/emNXOmFEi9g/33eAQJpx/WSqBN4RE41KQvrZuMVB4wI2fkE8NiB8SMDeu8SYoVw5iXHwUDGYNd8KMcQxVBXjtElvkvDNlSDOQMKsGDWUDZwWseg8CYXHMpfp7ExsQy4fRQvyf1185IT48AFeqCbNPIC4+rRzPj3vw8nrA6vVLA2pRlW/bdKwfJlZGt7UAlja6UtDMZMOk9V543yLr3inBPnhnw/m4JO9GwPJS6oNvzF+9psLoiUexAbiArOTyDBti/dHkDJ9f8sHBNyTnEBePFsSutzaDxKnPbV611wrY9ClrR9NrRx167iM7z+8BMcOqKe3t6EDS0stjWj3x1nljGJcWo7jGNSrzyEqQdrFqbnCTKzy1Zdw3jR2tqICkz84KoMoZvsbSIIHnmLAsmVsIXjw8NWd4PwEfl0akz3MqFPleA6WfEqI4Q3OBv+3UHRuqZtg9f5cVcXrVIS7PKsG1EmKIDXlm57+TMKEGsHC/u2DzIGJxFdjo9vQ//pYvhsR7w0Ik8PPM74MiP25Bu54hGVoCRMc/Cl24W4SzQolHjyFnEn69ADOooFNZQtxsIZoI8QJCgNMizOVxJSJZmbRUiFm+3/bCeSMOtq80C/Anh3KYjOlADDk/jnRqB211NThiRDMIbtrAVCwx3jTtsy92X6oCC7gERQw7jny2UYxZvXxd4MqAy2eaVd8hNi/2uWFy2pfLAuCq8yThhfDKrrbXMo6XgZOJTMHoFwD3MV55/2oLaN1MEsiJqwtB/vDoScbxJncYOWIiE1oBZM8Z1AFYHvgLYMz7uipbkAscYI06mzrNDY7c8EvWEpsb3KE4PXpyggQaCQ2GuvP18z6Y6CkMXpnjDkPYhPGFXL2oR4yU0fgqYrJd815eICTltfjZQ3z8zvL1ohokkgBsdsVsXN4VYrYFRunTmIdHQ4ape6/o/D+x861nDzLpfwEhLQsR", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmdYVMcaXjoIwlIEe69Rr7INsM0gxBqDArEbXWGBVWB1d9FgSSSJ5XLtJSb2xHhji91Y44zG3mPvihQ1CCLVDe3OnDkbsDxPdvY+3Of+cH+cs2fOeWfm++Z93++cs9tsrC48xl4ikRicyWaALl4TlRSviRlIW2jzR1qDMcbGfBRs1CVE0KOQ923v2/7rNtu32sKq2sIJDyPcyJdeOn2COj4kTq2P1WgryecdfYVZ2Nbnfdv7tvdt/4dtkeY2oeL85QI9dYnRVUf0XF96vb+wlUU4km2oLmksKVmWQRQCJEKbGGsBRNaXtvlbgwnkwcgZJogfI/e3AsOVNgWbm5JnHCXDdLYCo+LBqBiGKwciJoAHEyBsuZY0wAoaBFpBgyCGkVmBsXgctpjCTmZxrtnKMJDFRGCxMJDFIQkgOadUq4E4R1JYkz2lNYlQWpNylTUjiSA5FyjAepCcDxRoTSJEEBcjZCLLLXY7Ni+2s9i6GOnYzmIfqg6y2FXYArEdF2FFkJzLwlke5FzlkqlJzlVeRAxXqWBaknPZvojh8nCmJDmXhzOMgivXTEcKrtInYrhqBVORwmK9VsNw8YDVJAUXD0QMl+7EOqbg0p0ZxKU7sfgp+AoFAymtqZhKPn8UQdaUWSWffYsgvtrMRK7kcmKxYir5GMHkp+RjBNOSks+JxZj4nJiBVFyMMIO4GCFj2VNxMcIM4mKEGcRXm9k6qfhqswjiq80iiK82M0ao+BghgvgYwUABfIxgphzAxwgRxMcIEcTHCOblAXyMEEF8jBBBXIyQswIQwMUIM4iLEWYQFyPkzGED380I+iLV4EdPGDV6jS4qTpNAgPrkD+M1CZpEoyHGuXqHMQ70yJVsgg0GXZRWbdTqEl/vLKLWX51FJk/QRNCLIzVGvTpOE61Xx79xMX2FGxKnJSdCyGgavdadNLxxjQv5EqrVa6LoYMJRSLwuavxkrUHzjt56aaOTyMTi6dsjre3bvTkJocSqE6MNMXZvJcv8qBgkFpiaD9jj7wKWUoQuiV4cZWnc9rxxm59txDsMVc3HLa2JuB2sjVu8Cwmo+bg9ayJuR+645dW9QRlY83F71UTcXPquesoxP5Qraj5s75oI24437MDqr/b+B1H71ETUrrwk9ze/NhbvK2s+7jp/FzdX9aplbcDi2y3VG2WelhracYhOp4/WJqqNGgP7taU22QxKUicatcbkYL1encyAjYVc6JOijEl6TbRwYkzVcajaqH7H7UZgZ/ZrwuvT09BT9H8DtPXhI9clm748A8L7rp7R+pgJROUO79nj6Qt0dOOPH0PvZyBdVR+PaPoKBPwzeEzm5bOgR/LQjcoLOWD/drsnczd6wFsphl5LiyXwrunzcYeNL1CbY7N+GnL2KfDb97vkgW0x2omer+nWoQQV3b2ZYjjpjF9GnR/V/3Q2KF5+f8lsBzfcJ22Kz7beDrjlgbLZhSOc8ZyoUfd62eWDHfq4RTnT7oJHHReue7XTDh4c72JaF/sKDJ6+7ZexX5SBusuuucT94AxTd6Q9WyarBb98fOrbQ75u8PL1wc87HbKDjX3HDSiYn4OaXtGNdrpYhlLnZ+Q3uVIChowgM2psjyuuffastb8J3fTKD76UZY8/bxQYG6p1hymtSQB+XrB7h2srshqVgKgvbndPvmUPu7ToN/WrTrXg7dGTwhr73kH2T+a2zZkngWu70QttIAHr8mamg4ImdMDnqP1s39sXSzJR7jSg/PRgNmoaTCMvR4faeLjube2M+/6jsll5cTpSeKq6/RrujGf0QdMbBUqxLGtbqww7BzxsVuCNEwnHwaRHqzw3/JoGfikoJzMuACQJu/8wVILTTt1XfrLWEZ7JBD8+7CGBc+/GSXQpNmL+TChs+1LNnKiXiM3rKCqYH2FsuTwb0VFiQ9NAGE2QwQPOGn71cPpSDyjkIWYZONWfrrQjXt+CLMgeKb6VV9hv2KyXKIjMRjEjH7H+C0CFpiRD/X0ZOHlv79fTBrriVfIf9gS8ykVrPm13TnrqBmK8KgCTOzZrUhhvQhs6hDTMfnwRsHX0gXP7/WGvWOQEd0/N3zFw/GYUe/3JuPbFUlh04E5qucYH3rtJiZWL+guB2mKG88UCXdKeItL5oL6rpVj6bN92uzZS7DT624/qzL2BaLb7uu1CdNmGbnSH21tlfLXmQhFQvgj8sLe+ALAJe8MlXWwGfD3PCQ6P7vowbF45auPvvLXhcE+csizkX/FPamHXXq2SbFc8Bq0jHNYv7mILVzg3IKGVoasDxkqHBlUgAba8ELQQiJ+HIkl2KxfmodQmVEFPwWEHLx9w0g6rtvQglMtETCfuuL1A/BegtMuEi3PCbfEm78uhtya44sJ4yuwSUHou98xvtl44Zw0llh0OpsTu6oCHnpUd37nNDR+k6Smxx4Q03zSbL8VksqWbJkrgkaN+ZKq7kUCjWBs4NGjP6UlHMsG+sTQTp9HFeoPuNChzgYI8ZVmARF87rJMN/Fn7YGLq/Npwf+OZ2YP228L8KzRAE+gqXOAORxA3uN1BCtsS2v7b5AAP7Z/nmOfrAKG3+rer7V3gasLOo35SuIDKS+cKqSybx5chAiYMLERM7xWg0/2WjinLrqIFx4rajlwgwYLObtpCyaLPSSpMiK17KZLQzwwXTO3g7hAnzPKfjrIfUyNywurI8DbrXFxg5S5CnIV1IFk0shTFYO2FzZeu+3pDwUdWekNB52vKgLCO9R0hXbU9fRxhA4GgxaIuysGJCtJRZym80PXj3xeNfIzajSQz3OgIj6ytT6ZcAi6VRKRvWJnB1qXnCcTGe4koqwdPNyEBv+M5EviV74IZv/IRm787HjR+xeRVzb2xzQNbl9S1Tphmq3WECbHxHoEV35FPPXt4U0E7KEevjkVvHhNZBCh77u3NBQME4eYgYZ3cbeCpdl0Wn6u0gaUjE8jQLliQ+ahcdIwu//ossHMgGbChp6gXEzL5U0NJQ83jP5uyYasbzvPtM7Cs7nog0Nv5Cbr6gAq1TORxLrqz9U/S8x20dPZM4gwvgGA/wfb40RF3IvHzSC37pPMHm0qBYAf7SpGbLXW6fECSdLzpDh9IZzVVbw+Z/+WhSzFE2Fu84ZHO331Qt44NFOa3KgMIuq5TF846E0lKjSscQly7jcc5QFm3PdITCnZ73gtKp1AFVaLFIytC/vzZB36zy23i1v6+cMslavSZyIfIJ8/oCldmNfrpaR8/yPwxh+WjhTPTW+96uCO1H1U+ShAKiA0W/PuCL8a0PF27IvpDEfr+BlkIBz/MdFCIGP+8MfMhb9xQIGImq48RXpjxwxnfo/Zrn46oTJJPeeD7hAWXDVI8/fLuYUUHsoDgGwckmKhwmlrmiYU8kb1wFxKcGEue83UJhtdreNXfL6p+uXlHm+w/pGq2Vg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlUU9cWZgZBZgyDEBIChEEQEpKAWnkI8sCKFEGr1rZGCBAbiCZBAXU5ax9arXWotTjQap2H+tRaq94N1NZhaWmtQ9E+fQoOVUFxeFVbeefcc1PQulZz8ozr/TA/Eu6+5zvn7G9/e+/LSYSjtYML7aysrPRO6C1Lq1Hll2lUha9hCzYPVOsNhdbGqxSDtiQXX6W+tL20/c82mz/Zsjtsg5EOc7uiP9K1uhKlJrVYqStSqdvR6xlzZZtoy3hpe2l7afs/tOUZbWzH+aMK9NOWFnRc4XuZeHw8+y7JdUDvadqy0ahl/RVEkolt8QksJlddWmQyRiKjwUgJJo4eI403A0PFQQLhgGpvCWbwJmPf5XQQdhkFDUZOMIk0GAXBUFHNYahkkEgwEjMwVLwlEYzUDEySqRgiGqJrk4kjNBOQybsjnBGQyYojBBCQyXwTUVMGlow2hwg5ZVXoDKLzSWHO9hTmxCnRnO0lmhPcJHPYIyAplU8STuUmpyDhmnyYXLsIbeTD5OJFAmQGe0YQVbpLSGpIqVoF4UFK1So4DFVt5fZGVSc5DFV/IZkupeovHMZksjv6WAIV1xzGjD6WQNWTOAxVfyE5nkClAw5DpQOS4Qlm9MsEqlzlel8CVa4aQXRdlqSDjK7ScSC6kk/qj4yuenMguj5B6o/MnH4uo2vNJMllVNWb6+cyOkWQ9JPRKYLkkoxOESQx5Ob0PjmVIiSECDmVIowgui7LgejaGKFcTqUII4iun3Mgun5Ogiun6+cciK41E5CCShESIiMFnSI4EJ0iOBCdIohgFXSK4EB0iuBAVIqQklquoFKEEUSlCCOIShFSUiwTn60IfJCq98U3DCqdSptfrCpBQF1Ff42qRFVq0Be6dJ6w0B5fYVOKXq/NVysNam3pk5PlOv8xWV7FWFUuHpynMuiUxaoCnVLz1GB8hJtarEY3UtFqKp3aDRmeGtMF/ZGm1qny8WK5HhihLcOD8zXa/HcmqPWqZ0yari4oQ/vT4EMktc2fJ3VkPSpSlhboC22f4KzTsQZX/OWWd9v9r9zGV6mm+utI42+n3sj9ryJTWN5hD0vE2YnWb+N/dNyTS6Ll/fa0hN/21H4bj164Zw7L++1lCb8dqP02nh5xj02W99v7uSZ2FzMFzvUAebzlHfZ5rg7b0jrMPXsbD4VeQOnuZgllO1P7bTwi554CLe8377kG2tXcQHNHhi+gdPtaItAu1H4rOpcwyQso3X6W8Lsrtd+JnVuWNO6pR1j8AIUnTtVqdQXqUqVBpSffJGJh5ZQpSw1qQ0WKTqesIEA+S4muLN9QplMVsDdGdVynKQ3KZzxKJ8aRL9ee3J4K38K/icHWL3+bc/fs6YfMpbUffy3Y/jvz9rKB3eZV+cHEGT0HfuZsDYebk9ecP+AEy0q9ZkCVLwi364oX3rzKZK6YGl6X3gNuzTqcV/uuCGaPOLHvkk8zk71tsepdkQdUfhvZ64OjfHgv4qbrgTgbcNocOKLgURA44gUGhoL9px/0sj7mAJryyrU9PhVCL9GAiTOyw+BIXu36NYOsYND3C0c+rg+Ahe6V8k19feHmyj49flzezizysxvqlhUBF68t2dE1XgDBdzVDJ8fawJqxrzifFkXBtS+22V6ZFwHZf/NW1p+4zqzdX+sb7t0NxuwzLPILFcKmvq+/8XmyPaAxN10fBwPrd5w/dHe9EPP+ajvwR9PHtIXB3N9V/2lSBsGIgt7ns99rZ/LwwKlimHBgVUDPIDFUzW9qC/7hPjN08tbdo5M9YdWxjd+dXOoPXuyCtoC3n/qwGyyouxcx8rsAkB/rjVxygG1hTTNWxkTCJXkAvLE6BE5kjfYYlmQP4/AGGgLhSH2/Leq3hHBwQfyEGKEd9Nk/eKnQLRQ2jsobLJ4qgtokRJStPUyzwyN6wOa5Z4uttoUTPsbZwJWgdVczWqIhNfD6RfleEYjjMfM2sLexCnnEA7cDcR9FlQuADeMkRwhlBRAOCrQdQW0oRKGoTTlkDY2bH44sOSgAPCr5Hh8wLTtWOMIDd8TwDBEY0hffd5gi4OZ1Jjxud4ak/n/XPcj2gRKWGAcYlrTz0Pi+seB/cZjvF7eF8MlOxa91Bc5wb8Dw2Yk8b2jyCTrcfF4IyydUfyKq8IS2HxAhe8Jh8B7+rOu3wyBrpiuSVDPD543JuhMrBC+f5G/Oof1cqPZcu9/aC6L9lvzYJUMEWizEFAG4V0vREsCgVQ+sqoyGt/ZmdrWZGwY20XN4Px0/zfzbZdGG6TkxBK8Ugrhu9rrXnT0gRoiUxIsB7GWro5jEbYE1sOHMbWVarkOSyNkXNng3pJ25dZW50fMrsbvLI6b+RLTK/2IAHFr21dL33RuTa4/U9N99xw3Y/HDgQ9v2195ZPuEWc3krCjy/C1z9CRMrgNZETFQbs3F6TuYKKz6n21DYhemJsof1MiyYAI73MGDlWe4OruNwxIWQwUwOSpwTBnJW0LYQ/1GU35K7QmjsPkkpGSImfCbZAkpet+o7/oBV/GGsN2xR/2tc1fwWZhCWXUJ3mO9wi5fRwIMym+VO3Ve2MNOWpM7VfCvm1hcADtv3Vo+Zz3B42yJh1vUcFJkgWFeBE9wJJEPiojaciARUHY7U2EeRa+/7DIpKccjmKMBpZ7c7ErAcA+AKg1Uxxd8H6hCr9qkiQKpLuZ2/jyH1xg/UVtppdmsF5L7IFn7eNXNSwyIhfDxk1aYtw3jQrKw5ldDqCnwk89gpwSDDRLb5AevPThcYdkTy9edbw+EGCteA3t1hZeu6b15VPGbunT09TV8YBuy+egTAm+fSbctdWpjjKG2HzhPDUDT9mbfDod+o5oaQs+3MqPHZfN4vYdCMsly7KgJi24W/3y+7zLDpVOAFC3INoR9O4cFczZVHG8a5QDWiR3fVB/KQub3BH179xS7Bc7cbyaNZkTAeC+5nIZB4u0Ehqi41pwIhd6lwflmOECY3/HP4vS/vMzW/xiOphJJ9TBRxeWUFDlj4fWIBy2p2kRhwmma0e0DrYVQwrjkD68cNHjzAcJRfTq8gxqI9QdPlweoiqRekqVGGZHYFlHWnDpbYAXLmQnWOJ9GDmzs4HvfPaewdC9P1KLEvI74v40JiC/3P3Lo74EEMzC/DFSoYdqJdNlbZkjrqHgePjrYcrq8LIXkR50l0WeQD+S0j+vVFOi05+HjHxDYnUs9TvUndaBcByuJdM39zgga065693QAFIzSCLyRxTfYBVg7p4aQ+Dg/ldO8F61E0/1ETAUUnr4yJPhUOBwW4knmS+xFh0I5W2z5WTHhoOs2cROHW7BGCM/oorxSSvpN1jnl4EyV0fQjhIyYQSFyPMmlsQPmEXyYI7HCjyPImfXClEKZiB8uFXP/w4vwLIX3hzUBgtwneYIVfgjCufgqgX1+U+ZUeIEFVPXhxDJwrRkJvigD20SSltEhv0GlL9E/28I6fFnV8wfgMm+S/egZGEQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlUVEcWhmbfQQirbBI17tALixOtixgj7tjqGOPWQgOtQJPuJorjEuMSNcYlxjguIWbc4jLGOHFMMmr1qEhwZXQ0mgUVF0CIIEFEMMNUvXoEVM7Y1WPnzJlj/3jNu6++qrr3fve7770mfIp2ZKqtlZWV3pEchmoz1Mk5GerURGqh5iEavSHVuvks3qDNVNKzhOc2C9gkT9iGtdhGkrwoXckfA7S6TFVGQrpKl6bW0EH/97gnYzX8f9w28Lntue25jdM2uNkmdJ1flaGfNiul5YxeS6Tjo4SjVGlPjkpNVhppW6ZB5DwQaSK1Rcl4MDLhqOCHRPNA5GxnXMuImDgejEI4xvJBqE0ayYOJFo5cO4tmy0TxYGJYBLi2JmLMWEfKRc9Yto4ZGBmXP3FmrMMwMpNjwKLMvkwuuFYgqcm1wHLDvswBSWO4QEwQpCbXA5MP9sW3EgNJ+aInVjjf9hhIarKUMOExZ3sKTrqyrJqzvWhzCCtWrclqz2LNQFzSxagn4+xeAoarFTG2ysxoeTLO/iVguBqYiDG5KFoamMyMbiQzo7XIzWgTcq42wbgjN0OK5XwkZaoq56tWxjg5X+Ex+sj5pJhxQc4nkIwMcj6tY2yQm8yGVmKi4JMtxgeFOQqkMJkQrRRIYY5sKfgYwbin4GOECOJjhAjiYoSUsVzBxYhmEBcjRFA0FyOkrJ6iuRjRDOJiRDOIixFSVrnRXIxoBnExohnExQgp04hoPkaIID5GiCA+RjCNiOFjBCv3GD5GsMqN4WMEq6eYthlBX77p/egFg1qn1ianqzMJUJf7SoY6U51l0Ke6tZ4w1Y6euZBDvF6vTdaoDBpt1qOTKZ1/nWxUbrZaSQePUht0qnR1ik6V8dhg+tovIV1DLiSQ1dQ6Db3y2Bgn8kd/jU6dTBdTelKENocOTs7QJk+brtGr25h0gCYlh+wvg75keOwdpDDGQfAoTZWVok+1eSJmYq8QpUgWa3m/7Z7mNz1LMNVhGx6HW+5GRG2TxVneX3tL5Jnb7bjWmimPtLzbDs80zc7cvI5qrcLyKMs77GiJPLdRLE/xW3yyEe+FpZb32+mZJrqNajHNYZHZMss73AYX/wuH26iTpzgsb92L5XLLO+xiCWbz+x3d+nZCrrC8367PNNFt6INJki0+Pkdb3l+3Z+qvhDvB4psp8ZE3xvIOuz9Th/l7lHgvIj6u/wb3Xh6WqOQ2bmT/s99ihpt71G9wD+ZpCb/bkMWn+K1o3aoUkY89m9Dk0IkTtFpdiiZLZVDr2U+ItC6TclRZBo0hN16nU+UyYIgQEl1OsiFHp04RLkxuOe+vMqjaeEaKYb/CyR7dnppeov8QQ62Vvf7W2aNbOHy4z/WN3S5ecEJ67POeWedRaG3GmNnLw+HK8PfWZrXzg0Dj62Hxd4+i+b2GbHM+bgWp9LPNG/bH1B9J2dmEeoQThG8IFK9+Z+E4pTs8iLq1p+ONm7gq9pVXdQ9cYfA3Dn02rPGGgi693z85twktKhz190+31KOuO7yL+o91Bffhn32gXvwAbR0G3qqjV9BbB+DtkoJKLB0dSYbUYJcXX5qz7CtP6JW12fpgvhdkljbuuHvuOkKKiV8nLrOCLDlFOMLW7gntK0rOoOX21b4DR9xH0S8fGvlheDVWjRrZedMSidGz/MBnNqXHsHuPfR9VbS9GG24Fby8beBdLur3je/mMK3Q56Vnw9ZeO4HfgH1bFkkJ0wye48CYOhmXfp1tprQNh6fIbNaHnziLDgA/q7CfZQPEb1FKA6pXXt244JjHWxJ9NvVDqD+NXHLn30vh2cM1l9Y63k67hzlGOu9uPq0QXnNI7ZMx4gIoujCGhr8Fksffss0NgUezF/MzaUFhBp9d+jBfknd55drQzsH1/g8aT6CefcjX6oOM/7LcNBg+X/dtyCyRQmfRlyMKKHzFdPSzbEybSQAcFwMIKcsFOAncqjHERg3ahvKrtxwfHuEE1/VpSjyb8MMBmhksJXjbotq3cqwkHuV3tsXJTLd6S3cf524gAENxPDIccyXrHoLw85Nt48k6hTaDIAz94vV/fssu7b+FdZ6kjjYjtpw6tXekxM3qXxPjAgwR6vjXQXU84aW200s6zzV9hbZROp0ypZP5duIFINu3a+WDkMqBjjiTQEy7SsGy3h5pzQ6d4jq3BDXOmHjSstoHPcWXey92LUO+IQX+YX9XOSFnlofGF8wev+wQnekHnI4u2//7ELZQ0bf30jX9qQEK4JjSiEN+pQ39evhoJefCKgI93/fnSpDo3mBMcm9Zfg5GCEvT9MCBZRltCPSF57uU+uWPvofywvbr0ux3Y/Ev8gZyt+mnWT2j9OvLJ7QCqo+e7qS/7wW4y3ZvDb2O6nfIDjaio/6Xq2hM+ot8OsHMyTWAjEra3zxdY/mvREb9OSrvNoWK+PMCV0iSxEa+a09g7290TZu/565S5AV6wNDT5zrh+9jBGIGwjKilfQyrVHr547d5X3znbgEYIbBWa14muUIMZPwtw39yxnypOe8C6rv5r/lnow/g77xi+UDq1W93aBsqiBbNGuIn5LcGf1NOCrUR7Xr0202dPNY4jdJRbORsZfyrwMJKNuC9KkFCORf/CQj2/4AnfymkAJRBCqqhnUzli+2/P/H83AILyJpKSqkWfXCQD8x2BVtl95VEk0HrvfTyrZu+IaYG+sHIT2UBPL2D1eA8LsIKLSOD7Alu4n3N1o9fWWizUr0MYCLxNCgOaXaWhGs+YSSp/VhgIMlERBjmr/W3HuJeiuZQ+/h5wZvG54qsupfjqYfeNsg5uRvfDkeu6/tEDyOhpTg+q0akJxKNDrsZtzoSI/cIgRTD8ggQ/R3+Py4l34YcCgUR96S/qJvTRWzTgP+OgXj++aG8dxPazyhp+Jwjmd4hWR0N7LyiWOC0NjQiC7uqAkrF+dUigSZU37OtJhOyhP4xMJDOR/JIk9y17zQVuqkikegXBIUK7QrU9HE2hDDqP5V5Eyc45MZ1+9ybqKCTuDGa62Q5S798gyHq0OJlW9iUsyE2KE8ionG+WiLpYh4VyUNbj9L/c1u9/oQF3EYSqDAs63tXGaJe/Imp6j8vYgcrnwyIcRunX186YPcnhTEBSExb0cG4ARJK24TI6AgQZaNiIYMuVw+7t/WA0UfVhxjAgKrI5u08lEuh51hceErUeeiQMTp+inzJcRmk4wY6KPSkkayPTk3uY8U/Uoc31SKi/wv1o8pvDSSm7wRAhQa6QJhC5AeeWd4py7O4Is4VGUISW0DR7+xqFlh+flaY36LSZ+kd7Y8v/6rT8FNmGTfpv8pPlgg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlUU1ceDiRhRwIhgqe1rqNWq5VsLC7vIuJWrUsct3rGifCAKBBNQhWrtlpbrVu16LjUMtaOdayOS+s6LvdWq452XOpSq44o7ohLFYIKInOXR4k2p+YqmXOmR/644d37vnvv9/t93+/mPWg03NovTSGTyewBuOllzRRTcjLFtGTSQ7p7WuyONJ/qq0SHNctErpJe9D1nn++v+t6s6euHc2AKwb90sdqyzJlJGWZbumghN/3f4H7NuffvpK/bi74Xfb/7vq7VffQE+MXxnazZqTVXZKw7uT+GtlqTH25Nlux0fIR4BtHxQLS0NfBBSF9MHA9GR1sjH4QuE8+D0dM2lg9Cl9HzY7RteTAG2nIFzcCW4dqakX8ZI11Gx8UmlrZcuYllbLikFse2FsODiWcJ5TIOw2g91iddoS378HhzriCPPeoC0nqsa7Yv9uFxvF1AWo/1w0LNPviix0Baj9PEwsY++ALBQFq+kOufZXt6TiexBD3L9gycxmAJYivxgSTbclmdqUjHeXZRDOfhRTFcBZKpQcdVhqS8ch1fUoa4ziKpEnNVb5YfHVd+WFnVc1V8ViL1z1Lt9HwuYkrQ8xmCSUHvsRRcKoOer0QyMej5qh1Tg56vcDE56PmKsQTyWA8uJjfwFS4JxKcIJj0DnyIkEJ8iJBCfIpjKDXyKkEB8ipBAXIrQMj8ZuBRRDeJShAQycilCy5xr5FJENYhLEdUgLkVomXONXIrQMucauRShZSY0cilCy/xk5FMEU7mRTxFMe0b3iiAvoOxRZMAh2kRrSoaYhYG23ORMMUvMdtjT6rhOmKYkV8G4SbTbrSkWs8NizX58MlPQL5P1zx0lmsjN/UWHzZwhptrMmU/cTF59JWVY8EASXk20WcjwE/cE4l86W2xiClnMpCIIaw65OSXTmjJyjMUuupm0iyU1B+8vkzyQP/Eejt7jTxmlm7NT7Wnyx2JWc5xLRUWn9z5t+dNok6skr/E1ulYpncH7fBXeSLM/D22X010qfzqj93krazXPbszy23mOcy2Nuljv8/XzRp7dmMUT2jopzXHep+1Gic9P241nfpt2vOuZpov3Pu0Ab9B2YxlPiplOerBo633agbVqav4qpnX9GqKP8T7hoFolHMxNWOf6FUqv9T5hN1t8fmG7ieJTeBtcvwXqdd7nHVKriXbjk6cQlt5hVT/ue59waK0S5s+w9P6t+lWF9wnX8YayuU4qlwxLJ7T+f/BFLKxWE81dwqQMVx9SsU88kJHdkYmTrFZbqiXb7BDt7G+MRJ99c8zZDosjN9FmM+cy4Cs0FracFEeOTUylA3+uue5sdpjdPBga49kr0se3J5Ih8t8rpLdhyq0hnXaGgS6bSiqPj30oXJ3Z4mbozgh0rOB8cN5KP5A1YMKaTcOV4Nv4Jj3e2a1Cn16pv+LatHAQsPrlIantioS6I3qVzD4Wgs429Zs0PykMvDtiuyNvYQC6fKTxmQcT78C8BJ9eU0LLhea7Plwx8EClUIpXKfoyFGnq778s/C0QDPM/VK/v6VVwYU/NzB7XA1CrqXVPHbpXB4x+KfR86z4R6Mbr25qHBZfBg//GPz1lYO7N8YLhT9eFJnj2Ee2VaEr+wa8OnwgHGwY7t54+oEY7+v2l0WynEkVt/kFW4FsKs/XvbQaTnbBxZVnO+SVFsEeIL17CCSOW7/g2qlmeNH4fzpv6wZBj7VXgwO5O/7AUhKHRq2ecyZCFoT6zFmRHvP8TG99+G/ZeO0+clnJK+HFPFkYGg5IGR63D/H1Rwejpsy/ZfNHaP1x6P//gPwUWt3NC35GLxyxZ5oR02cFKkPDJ9+92q1KhYYTwgXCU/YXPdmXET0JcemeLdZQPSpx8Yd/CbbeEYvtGTcUbcnA38XDaifQQsKhl9Pzj3TVINndiRcI6DcjxXRzwUv5OeED73fo2a1Tok6GPkspba0ArfFtghhIRVhf2XYF7Gq6zZYTLwbVTq8uH3gxEJGzbSzWI9v+gApTmbQXSL9sQe39XMOr+2XvNdn1YKJi1f2zbcmWSkBetGFCn9dfQuKrjwLfWXxZo/AuUIP/2ir1vbA5Aqe3O9Z4VpWD5UkWiaaVnTk6yO2ESjuLo6VHg+GIiGDVakbvv1YQIJep/cfmn3zVUoOYxREGV8GrFyjtHe52GTgLb64NGdwg6+cWoYuHz9G+u2zcWwyXLmmx9OPWucGZ6pXjvUgXs1BEzGScDLL+hQKx3YVDU5mIYv+Ffb+9sIGP8HDeFrbP8fq7bbSl8jWyguRxZJyn2fBwTCnBUv7+1v0ToMq/Mb9iguujjXc4WQ3urwUbMPrWlHGDxt110XY3kY4ObtpgYCLr1eRhtPxkETuPwZSUHo6YLquZMfEcN0u5dMn/+Y6mAJx3TupEfevv8kvDlHYIATmaksNcPPVhKCByExF4dr90RmmIWpWecQvOlH60rfDUCFfgGTm9w0Q+QVWZuvQrvm3BgOoehj44S44WDka3KFpzNi0R48galmRfghCPfDHbG+wLmB6fw1np4I799BSzELp08VwUWzAkbZyyOQlR2Vf6I8b8G7Rk4Y1CG5Hi5lFtl8BG2X7OYcvglzsI6G4KRa7oWjpunQFQ2jdVgDqHzVxV6c7hqUHxpBCKunpF5G9JtDCiEV3E2u7UpESwyHNFkOaB8LHLEfKBAdNtT9wjUxqYHAsuPE95d1wc74RHTT74KUT1mhUp6VABK50YkonXgKzXCRQNb7WehII8YT4EWLyI/+4Vykt684xBnCTsC8yRhPVkq4E6s1DKB5mtgKGhHyk5vDaL1Z5YSUBs2CQQdiCDORiNW5/xAmzlL78dcCQcsnZFoL7G1LBI8CCvavFZeBKmfe6kRnFA/Ln1KFCCuUB+5BHdcjKy/Xwxm9WlGNKBlAp0WcnF0A1ZHIFLdznWMAh1zB/3dcDAYbZoyHmfwBBxKBPeyBqwvLJr/dUgVZD4zCUEZjTPHJkQxH83xRWrz7mOtxPtwyysfFPfdogCqcdiBJ0NQm6pGlWUb6yES7UOL/AGtp83kKLmr7UGYRYP6UUCZgGcbt3y1PyJq2XhFg8bThe6yfMQGAjL82m5fxPLiA0hUozurEZXrqf9Aqofh0aBktsnRdEFdRMq8yVEFabwHBiBKq12V5PMSWJEw6tC0oz5S/S4XSNH47LYTbttChFguKKlRFGjV4RMDbrwuB/T0TcxOtzts1iz742dXzT/b1Pw10U2f9r+8b+OA", "1:eJztWHlYFEcWB8EBueUcLmFEEzRrdJgD0Gz6wSiLB6KO6xo1kXFoZHRgcA4R74ugLhE3GtSoGzS7ahJjjKiJBu1WN2o2B167KMbIGqNR0SgqN7JVXU2IhG+l5tv99h/5Pmq6XtevXr16v/er7pZNM43LcHZwcLC4oibFZGT1NiObkYgt2DzKYLFmOLb1EqymLC3uaZ7ZntnQxeiMbr+ypbbbxiEuaT3QRZLJnKUzajJ15umsoRX9dTJX6n/ZltSJLfmZ7Znt/2rTtNkEZf25UhJN2entPXxvOB4vF1qFFotzgtmUpbMa9F0EqehAMUKrtAdE6UkhtPF0IKU9IJXQqrUS1GoN2dPRwfY0iFpoY+n8EFAcHSh2OLbJB9mFiqGJKY5g5HSeCCpmEI2neAGjUHQVQ3aAOLILRJEosgcEpqTyJbfPVwz5IXENNdmmdcWXgvhSUS1QSUBye0Bx9oDiqWJS2ZNgtT2gWHvSG2cPSGR6l+uQ1JI9IJF9XVYxYXSMHTRqA9F5IslVdFkmiAsC6jJhyakmYLqcJnI+CZgubwM5ngQM1alBykIRS0UhcXF0BSiuLp4KRHKkpMpRG4hOVEQQFcPFUlfaow9KuqoVQXTqSkRFSVUWbSA6RoggOkYQ+VLSMYKAVHSMEEF0jCBCqaJjhAiiY4QIomKEKMkqOqEUQXRCSfRLRcWINhAVI0QdV1ExQgSp6XScqJGaihExRCzVdKcgERY1FSPEY0ZNxQgFSa6aihEKkid154zAX0EsQfiGlTWzJn0mm4WA5rxhRjaLzbZaMpx+OWFGd9xzR02CxWLSG9DDpin7ycm0bj9PNj4vh9XiweNZq1mXyaabdcYOg/H3F02mAd3QIG+s2RCMDB3G9EAXQw1mVo+daX0wwmTDg/VGk35mrsHCdjJpkiHdhtZnxG+3Bs9fT+oiRDRdl53eIcRfMq5tvxX/+7hDnhY37mm6GnCAvQGLXFGSz65UAeMueep+kogdxj7tjeQ/LPtJVPsbZ4yqAwhna4LOaGOFt6LUnByTxWDtSHpvB/LtQ2MymdMN2TorayEfRTBbxtp02VaDNS/BbNblEWAvIQSzTW+1mdl04UZae3+ozqrrJCw1ef1WPLnlLL6ViP6xdY08d4AsIghaCh5eqljiAs43CqPvePqAe1JfW7dJYRD659f6fenzgBnimLLcs9wFlIs/gaXTpLBtX2z9sXQvUOC/Uhf4aB27Qr8lHErn1ewZM9MBpkQm3Nd/9ZjpsSpCfzckGNj308aPe76ReX3SubLv/X1gAaN67dAXQfBgtdbaZ/0NZonz50XyXH+o3NU4JWuYHwi4SXs55PzkoTh/aFw4o8zqFwpoVW+7hl5ntm/6W+SeGimoXzo8rnhrKCzYfWDaootugJyUrNzzmNn4WfEa78G+8OKaknr59WoOL/tqgRQiHhonLNgdDGXWtVLnCSe44r0es3a5h8PG/tK3zq/0BsFt4m6uVdZSa0vzhoSlV09uGOIDhZcyHUxLqjmnOe59oh9L4LGm8c5t/gzDBl+dGJTrx+tifj+ofz93mBXqWTXAxwmKrtVEnDXVcblH3gkZGB4O3wSPrQxt9oScqS7o0o3HYX36tRRqo6cUHbNFwKrVGNDI9TnYXPBwsgz8mRPf7ncOgYwV+le/TTrOpAQUjri1PAqOn3uBDT4mg8KDM3s0lLiDTgg4HBYKhgjI7G2cM/ev9QzJUzBoi2WrbbNuM9V8fNSIIT48nv5ShSPsyDvZb/CbTnAIT3PDkUereUNyr5ZZkY8T5AZNg3O+WXG2mfvQ8N2sVaulED/sd+YG73CYq/7g5T9MPsOdLn3l0cHGSGiQX9/d95orvH//bMo0n2qu+7tvDnZMaWLwqI+5emYGhl/rzqNF/Uaz2RkCZ6SglAfA4mRuQXjcT9zRv28dduBBGNzL/2L80Z3nuXUFeAFB/IksFAHvCnIhMZeZP7awddd0Pfn3/jIa/GS+sN0NE9QbNl0P3/FjchVH+PYv5ks8XUsVM+GdDz68MLWZI3gJeG9WbNtX1wt8bn7ykdMNZ0h8+ceLuxrDwOvIoI39L4SBsD+f+cC7jmXdff3vMBenzk7tVewPqQKx3eAfc24+J0/2A9kec+af7oSDpcK3JqH8BHPLWdlTXeYC6UOupL5REQjBwg0/8Bqwd8tPO1xIXn0joTJ0PqJIE4MW+erIU/cZPx3K5A+u8PGYmW/nbr7GuNwLTB4z35vkj/UDRHJUeY3ciHnLBo7aLoENl9cW5FdKAJfNcI8Gbiti9e78SFg2dviWxc/VM1ph4x15lLTvqhCfhbpUOADZz0vczeQXW2WHwwDP5pbUE0IHXu4jcfTgg5LHNEstYYBYu6ZkTk9SX5s8+O/VIfzktAA40/tSw8JbEijCZbrImy869ih6SrkUkGigSgoDgZ7LnHhhXYUyeF7uuisM8WLte0vRypo4L7yB0VGAWV/ZFAlfLcKJb+UE3g6PgNr1OLBAiPZ237897wrXUDK99Na5KMKzTVK4sMSStK62hjk5MnZlQloUbMj2XcavChP1qpSZjQsupS8Q3smg2wsFgRe9eoJA136RMHGn6usho3uLefcCRIYemduCAf/0NkYBIsv5OTcloq6IdbhXBiaBkHeZ+H2nZh+5EkL2vTASkHfE2FaiL3MDxH4DI+hlpS+P6SR9q4l5Pe6fn2cp9zCk7r346rGf9sq/XcccT0dCeLYHCNte4cIfRbSbt+wBc/wRFoIW5vL+5fNPKxx5ok9VzAHULX1FAt0RzV463Cjy3B8EOYVIwLvyw+lKZgImXHkkXPxt3sSd+7vBSEJMjuh0C6MJu31VHeIIu1BVzC6X8Jiu6++6A/7J9nWDOsnUDaMCqjj9IjzDKY7oQTETg4+Hhw480QMPEJ4EErKno6c0U1aHQ7H9q377p4lObDH/Bgbm2gU=", "1: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", "1: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", "1: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", "1: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", "1:eJztWXt8jFcanswlk3siCXbdiVJVlcwlEVbPiUQSt1VCu1qqY/IlGSYzzEy24lYt2krbrdpadt2rRVuUKkLLOe4irbsiNBFLUJfECJFE2HP5Uon1+8nJT3b7h/njm/nOd55zzvu8z/ucOTNtR9kHp6gVCoXTi1wG2K2SOcMqpcTSFtrc3+J0pXhU38W47OlJ9C72advTNvJh4O+oLfFp29O2311bQnUbc1Jl9V0vuy35wR191of2j2BXXRI14xiHPd3kspjrCDKKgXTsGiUG0rNrZJInucbZM0aRneLxENoWwTFJFltqHTCG+gRkYBPposVQRr68KJHlRXJMN3GMLlwEE8UxUSJ0R9WLhW4cZRBZnYzpJrI6jtHrReaJ5mzr6oGps+hY73D+VmcSaoLqrB/WO4K/1ZmGmqBoIZBOUHZ8XRwUIQSSy6/OaWIgo2Al1QDpxNjj9acXIyKqPkSIapxntT55iq4HETouWJ1RCBRRj+RWg4SKUKerT0wcpBfKk46rXC/kKzwkvZBPyourM+EPNk294KbJMEI7GVeQXmgnkzFiPsRVZxDTtwwSKz+eIoOYD8kgsZrliTWI7RcySKj8ZEM2iG1nMkhsZ+IiMogZsgwSUwR3caOYImSQmCK49RvFFMGt3yimCG79RjFF8Hoyihkyp9wo5q0ySEgR1SAhRejkPAkpQgZFCimiGiRm/VwRkWLbmQwS25lkkJAi9Nz3IoUUoecWFimkCD13o8hHK2JwhlVyNqUPXJJDspvTpHQCdGT2tkrpks3lTPGqOWCKht75kkuM02k3W8i5w26rPViSz2+DDckcKyXRzkMkl8OUJiU7TNaHOvuRD7FpFvIglswmOSxBpOGhPt7kQ5zFIZnpZEm0Q6w9g3Y2W+3mMW9anNIjBo23JGeQ9VnpId2i+u9BtSyiVJMt2ZmiqsVZje0vXDaVhg+70ePCpnexdY1XIxJvjV1Y/jZn1Dd8wMFPNGBP4YCN8hd42cwbPuCQJxqwr2jA1UcCOWBjwwcc+n/OsK7W+el/EHDjJxqwv3DAUbUOV5ENH3CTxwVcH68OEFZ2RK2jXkTDx920IeIOFM53dK1zse6hPZ2ORweOtdsdyRabySU5+U/XVFiDMkw2l8WVGeNwmDI5sBWjxJFhdmU4pGT24I0H93Eml+kR3y0io/hJtvbyJPqI/rlIW81vneqZeVKNj18c3fn2XCX+Yuv2ph2OhsJxPX1OLBurxisy93bqPluJex1MOX7xuWbw8qZvVBf9FLBkxZ5+UTMLwaC85pNMOi1uu9aR9km6GvtuWE4QX4HCCaFrEpaGws133ys9fUKNmya+dPcPzhvo2qI/PX8srxEcMrjjkplr74KB33wqvW/eDcoD6cgVaIH+s++i7qiwgb7tKEHuGDJxx5bQtszjB81sNdw37/t/zAr0xalswZWo78RpXft3UMDvht3anOfjBbUlTchMHrhL29al1pd98bIwuoL5YP+Q7Ss/P6CEReDzgm0BV0H8xptVx8ZvBxvILMlfVYFXrnb9vmOgG+DX2sTcMKuhsbhb7wTHDWR/W73744ijCFLYgp3opx/Jq78nzFtVMTy9tyc+nVUllZ0/DBhvScXA+PqWPn7KXPBMhvJfXs3L0Txb8DS8/zJa7zdu1QevKWAo2HNmw/T74J80jAof3MNjwHT/gRo8kdBVOMGNslqbr7+6QwuL1jxzftqiCuA+MmBU0F9K0bbFzbr+0v4manPEPlJ74BSI8FrV4tXkC6CddfyEL54vAOm773070X0H+LZ/dsqHm90gG75zbu+8AuRgxJYitqzON9H1Kzg6bL8HXD/RvfalMZVIs2x2d48Bv6LcoL1bsj+6BEjSSeYL0VXSre/EE+iCuzWZcS9ytZ97f9YULeyzcGqHHZ6NMI9fi2+YfxzRL1ELXw7o8u3C4lugOGdnr9WWA4DlK7gIzSHZHXFGjVdb8sdlBaggSXrh5Tkq/MuG6ZMOrS9BdLh3tW05n7s18O9fvjOoz0J/3KNg4EdzbecQz6cKH253unzK6B9ArxcvnVrVvRlsPePKoOxW18DIef0bf9jXA1K2F+UH4Zt0uVoVpixPOnQP9Zw/dPHXqzEY1nTTYUW+GyUwQo6CQCbUUrR8/q42ax0KqGYBeGCWtkUeuHsYVZYGd7rmvy38jz64lKjl8vLg3+piSx5NvDd2bWhcmWtrAU+WlPYd5ukBW624lPjC/RxEstjrxTR/PPbA+0fy31DjMLb8ErCLsJN/Ixi64j+97TmyArDhtgZCJrdyNb7iJAP284Khh+JOlri8Ic/bPdR9du5bicgHG6ZuIpm9Boi4J6/ZqIUsnOJG+NTIvw5s1WQ/2rXuBUK9EvL1lQEiLlJhV+W8KuFokoa/nS8Dg7NbEQYvIeeJYFJilWB+UUuycjdgcbzrAxm9M46iOce809pZswHTh78aosktu6XGlaELpqU/G4qzAddvAVrwGSk0bQBUsNevKHnEmXjV+Mtgv46s6LoWsnebH7797PCPd9w6BBZQ2tNyAKXveo4Ss/rNKgVnFzQipVQMGN8djiPG7/V7KJrSE1iJPN+eE/uB9SBgvpCqwkz2azGyMWK08PAnw+/FVihgCn0VBWLiDst99nhjahPLsxS4CZ1upwb6xtMKVcKV1MZiyhCzo8LjSDc0/LkvQ/YhZge+5YB187oIqP2N/loBaTUvnRGCc5f23nhzsjcOMe082lkKgGTSa1emhmCrd/mSVL0GN/c/22XWEm9Iq3GMtz9ec5ImKADvIC6hCfOEDpIF92IFXPkKZaYEzDySf9Y3xB/y+e4CbiT5aOu/Q1vmXPCGOReoceWBdegqcdDzoAVx3aHhtxGd5c46HxxnsZfMyLkPmjFDPosom1WSJ+78XpNTB970haQ4iWMfBEpSlaFAg3/q8WdCVRVovuj1TrlBJUDHDOcOYHHnhsjjabAfK8hyxJ8XoQTVeGIxd1GX2BZXzkX+jEj179P2rERsi42xpZLDqT3dWXsvevCf7IMfcR/RpvsP/hlrsA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmdYVMcaZqlL76J4sdcnicI2VqOZoUiwxSheNdFEF1hgFVjdXVTsxpbYjddgLKjXqDdij73NWABb1GgQjAUVr4Aivapgzpw5XNDr82QH3fvjPvLjnD1zzjsz3/u9835zdmkbrh0SZWlmZqYXc4eB2lh1REKsOiqMtJDmARq9IUpUfxVg0MaFkaug923v20zQNugt2kLft71ve9/2f9Y2vL6Nr0Tm9VeB2vjIhityry953o8/SsKsuWOwNiGcK2XGQaQ8JEwTH20ERMIfZWwQ0ubHNIyUYpjGkVFMDxaMnD8q2CDs4SgoRs6C8acY3yZgmOJRUoxfEzD+LJgeFCNpAkZpLIYyxqgDGj5/khjNNo2FgoymjgqnKSPJ3gJkNONUo01hT94UIhRvATJ69VGdNoUICpKyTU/ZlOlRkJRtenRpSIx2SKofejLah2iC6MloU6Fc05PRDtEYxLTcJcJ6YhKsAJIyrScpZU/K5PyUPClTIRMmx1QtBAyT81N/kDK5uIAxOkUNFVPKWJhJm4yp+lFvkDFVMgHDVJWoM8iYdCBgmHRAfUHGpAMBw6QDaiWyJlRzWVMqs4yttlCQnK300WUnZzNvAcTmw9Sz5GyOL4CYzFvYOMiZzFvYA8iZzFso53Im8xYqs5xNEXRZyNkUQTWuYFKEhBKhYFJEPYhJEfUgJkVIKOUKtnIugNjKuQBiK+c0uQq2ci6A2Mq5AGIr51RG/myKEEBsihBAbIqggvVnU4QAYlOEAGJTBPVyfzZFCCA2RQggJkUI2y5/JkUIICXbBo8WACWTIqTUy5VMipBSL1e+WRFDEmLVei9yw6DWqbURMeo4DqhL7BOrjlPHG/RRdo07jLIiV/bcIUCv10ZoVAaNNv7VzsLs/tPZ0MTx6jDy8FC1QaeKUUfqVLGvPezAfQiK0XA3grjR1DqNI9fw2jO23IdgjU4dQQYLcyEIbQJ5OCJWGzFukkavfkOnIZrIBG5+seQrLo35f3dqw0cUrYqP1EdZvMJZw45QeIWRy00ftpMpwrZgCbtRwMK7kVxh+rid/ypuchVkbMDWrAHXv9kKuzF/0wfs8k4DtmHOsF/jd1K50vQBu5pC2WLmuCWNXVfew/Rxu5kiblvmuKWNC4fC1/Rxu5sibkvmhe3b+O1CIjN93B7vdGHbMwdc/yuGsPE2fcCepki0A3Pc8sZvhJL/QcnyeqeJfkM9+IuAlY23t1Lf17ZypKCSjoO0Wl2kJl5lUOvp731kYzU4QRVv0BgSA3Q6VSIFtuK50CVEGBJ06kj+xpiG62CVQfWGLaVSSr8HfHV6anKL/EcLaZ0Viqb7KHOR74CtdiEdi4DLiB77z02sQ24eIO32gSx0GH7zIH11Fbjokn708JJHaPjIvagg2QxXh+VsWXs2C/Rs32/qnO4iXKTs86mupghUJt1ZucDKDAaURFz6qv9tdKoHeaAcRVU9VG26sR/w8F6loOf3F2eGop1AkfIJ1+UV1Cai8MvAT2pB1mx9yD8qHeGpC5v6HCxLBQua3bxcFXYLDXP6aN96rScW3TW3Xdi6FnRxtj+wNfE+ODHkh7ZLE2xgnZoboK0TPhu4U3N3QhXIsI1pFzvZDk6279BlxuJKkNpmjy5mRQbQaIvnnR/qjKX8Xw1I7+//XcCYIkCisy6uAzUbo395XGaJuUG4GVWCXQfDZ97sXYnIKBNaVgGOnJMbvG8Bz8X9Hlvut8Vt+EDLwCPwU/ZJp2q0+Mg425qNFWDDr9uvZAw7i3Z3fDgn+ddCsE76z/3+k50g5bEY3Z/isevT+/fAj8d+WO58tBnOu7nj2ai4SpDelTBTgChPrnDf+qJtaRft8YP8VfscJhSADkkvl894/gIcItNKrADWs1cFLYrNBeWxw6bvOmiNN3/fUzRwbi1Y0uWp40nfI4iP38ESxtqSyEoRjbMSHOeGnTLRDZMwZK73QH9yUtSgwieYy5grjPo24qvbaeZ47HHDyuaWaWgTR4v+wDMw83nP8ZfF5pBkfcDWl8Al/9Bui2hrvHDP/fxVEns4YceiWzFm11Hn0/O3De9nA0k2Fi4tQHz3vWwgP/0pbgL/T5Hk0S6OoUJ0cO60q7+08MDtCM2Ov4PaBeW3MmeLhXw7QH2mW2nAFSu8egBhvhLxcuniBXn9+Ilwa56Ah2hz+yMvFhi88L/SuMSesoTSs3u7xW9+hjoSovq7w/jNouNW19zwdCD/+mjfLMCnOdAbdiJp2l6L4giN4dlg8B8tp6kkW9DN0RMHtWpWCFLr9k0t3WOF3ebgC5tSRTj08xfN9Zk3AK/bk7aYz6fKDA+C7qoz13MQ7fcFSuFUUNC9BhzwfH6x8HwdyF1MElOBMnLHflCZ9BTQfIlh6Z7Px62ZdAndDrHgUlaDiJrWSfMQ1esdsOXDoL89CTfDifmd/MQ7YsH8L68fz/F4CbzxSE6CZ8AfRD6pN8DP7leDs4qtICfqf19tl4KonspRr89+WzFqhgjOGdx3/aytYhjSMcF8jXgc6LzxOy5zZYjvJscNFm8jxGUAGSfX6tOP0U/je9tltm+Of2t3q2bG2HLAiZaLtAwQVsYuaYaJaySY20AfZXSwRvsIdODoLx8phkQ+IUEuuKS83xfzlZawxo8k2gK2nvdk8OFkNxxD5ORZBFY8ncZlwhmSdObdrALi3mv/viGlDFxuwWXghT3ccuKUV6cwc6isPh25fcxV5M6pICrDEQ8v6H6s8zIRXBZm4JZELcj12ZYXussJk6w6mN8HBs5FrEdXgDxC851yYJW6zG/SR9bYwC+gbED7KxPWszX+ePzlb6/dFUHqKyWo/noMH2gJyA/t9rLtdDtMhnW2F0EuGw8Ua0SYl+u9YmH930N2mZs5xpJQEC98N2hFZH8iD9H7ZWAvSfM6b5zELT9FSgH4OHvQkqT4AuRKFmaaO7xUeP5M4E5bvOUzIqTnIJTQnS6CLZO/7nrRpRbwyyDKGl44Q4wuB3Bk5I5NMYczSALyuXnx45rBYRtSdmZl20K6Xp6Dedzy+iLBDGffs1/5s7kj5G3xSDHiaRhqifufs+m9NsMJ8vTvfAiSi4gQnDDVrSPkw8rMQfxymm0HtyUSZR0DXXlDs4GEDm/oCIfwgqpBND+2sC7o2dMn0Azy435ThEjVaOPrAOl8mmGq0wrUnsjreDGaPIVT+ihXPJXY45THiKjc5/wBwNebYGdcem1guMuIajQ3mRhsFa1TFV6YL0MD0pAtT5QY87bSyhXz9LpdRwYSSLwDXrj0YWnrIR44J30157zlIFNGKpcDLiK0a5zhwLmOg3Z7OGKq81q0fGM1p1wHeCM1TjbrUB2i9VKEeX+/YQFp/zaY1ptS6mdBXpDqvoL6zqIKxOdzTnPYnRjQPDHe1418KEHdyABR3viadrTN5R/FsPeHv6955FOO1C0ejPCaxPkVNyoM9MScqXygblEK+DpQ4gNHkuWy47mg03OA380ExEfrDTptnP7VvUDDPxI1/AT5hjbJn3+0W74=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUVNcZH4GwLwOiyKIDCKgRE2ZjMZp3yVjEhZIIYrO0Og4PZuLMPJlFgxKzuDXqsTEqMcZjIx6xuMWgRk1O8r5jNCQxVRtDrNIguMRCxFRNQHGh9747ChracOeEnvSczB935n7v/e79lt/3e3Nf3HRhUpGXTCaz++IhRzDzBqeZL0olFmKeaLI7ivrcmWU6BEsemel+tf2ibL/92W0eP7LldtomYY7kBeIfWYLNojfrjHpbMW/qwJ9u1sr9H9jyurFl/2r7P7Bl3LFJSnOXYY8J1sLOGbk2jtyvlEZVHhGrTJtg0TtMhh6C1GwglTRq2EBqadSygTTSmMoG0roDSh1HbKqUPG/SMiZrMVb6n8KkSRilhh2jUrmBSZMwYwTn9B5g0ilGybKPC6N2A5PO4lsGzZuWZR+KUaW6gcnoqW+SVymMROgK6jETuoDUKUzuKRlr1BXU44R3AamVTO6p6BebeypGrtIt3EmEhn71mEVdQIzF1dKvNDdAPRcHGoz7IDUbyKV36e6AMtwAsbmnSmFkOX3+SRsxSR6lq5pJ9ilb1Uy+Ud6pmSSPMkjNRjtXQGx1dYHY6krToGETVxeITR5o8jRsBKfZ07BpCm0lDZs80Memhk2RXSA29XKB2BhBn5waNka4QGyMoCAtEyNcna5lYoSKtrqWTVMojbRMjFBRGmm7ZwQ5H9ojyAUHb+MFg5G3YKCt9Ddm3sJbHXb6xuHuv/4HyCwAD5l2u2Aw4f+ygvW+w6b/3cXyS2fyeeTmfN5h0xv5Qpve3M3JVGc04Qs6vBtvMwVjw333+OEfY0w23kA2y5MThOAkNxvMgmHGbJOd72bRLFOhE/tnJucXk8+PF/WRIirWWwvtRZ7/qYtUd9q29+MO+am4yUzX04D9mAO+cxBwSU7vByzvjUJ3w57/HrcrYLUrbk3vxx3eG3F7M9c75R5tUN4nCISNZGGdINgKTVa9g7fTVwJBeHjCqbc6TI7STJtNX0qBg6SU2JwGh9PGF0oXpnXOx+gd+m6ESUuP0+p73ePJJfJSk1gXpX91yKI5xmWLzw9MvxAHG18b2SdnQZv43JxNybqYJu6jwi3T8qvjYPeTP+w/5e8NduOKljLuLLf3b7J6D79Y+MRn9JuT/3xaFMLmw2cb2rnt7c9YDj2qgIXfPrFv0EJf+HrPgrJju9q40qYkpe/FaBh2WF7z3r4msezKzsdnRMnQEoXh0lMvR8MIXcy3Z96VwUqyfVA0KtOrJqc0K6Bm2MjXDnNhUF4dWLItwANZDt2unnulDyTsv7n4+7rNnEn418JPwxVo5lSfI5ErkiCGAHcGQsCeytKaqlB07QAOYNUAmJU7qP+zOX2gcU74jrGNNznqbyD8Kc+R8HqHDCamvZI57fwlTrZi3o2RM78Sc/otG9/s1SC2rB+V/OXabzjlGw8OWP1lqyj5sfSaOO38sfi60kg0rCXow5STMRBCNhzrD9FBDSNefSsKndqGE3E+AfLJ8q/K4WbV5S9yKqKQFH5QHCxY/9ctRyd7wRcCcbwfKhntf2Lj44kwJ3Xro1PqAmBbzFOFjyjC0agPJpXHPTQU9k5/4eTo6z7ww/gnF6WXyxHNbwJkXjZ8/vvDoTBVSqwP6n/j8KVPPSNA6UtW8ISDj2031Zfc5IprLzw7vPU7cXH/k0fa8k5zf3/JnrUqNQYNxNucfjge9r3teWHZX4Kh8s2DsTtt7Zz3S6t1Sy96wuLNUz5THbwqrgjBnt3ui956ZWdjU20U4KBwovzhyJajtQXmB1CzlyY0dVQYHK9vCFhZ1S6ufYN8FOjpd8SL68uSYPzc+Q9PrPQAS8HzO949E4VonRUg1d8jAsaQQo7zRZFeBcEjqn3gncam1dWB5zkpD6dj0XunltziTwyBVa3eU9d8HgoTCPFq+yKJHx0RUB633FkSfVkMwtWpM17lwsK5j/+hDQJcND9jhR9I9TgUjmi942Gs7XpIU5oMxOB16orddSLl/WBIOjcfV+aqOFwCNnCS30mDIWP3J7M+VARCfcmS5eeu1HBLzRduVCljYYIUeAOXzEee+d3rMrRxMCHmIHgZp7c1Sw50foPLJsTziQSpP25XiFI/bLvGDTmwCGe4nhsRp/jeXNDiylsVR8q+3LmBu823ndNvqBSlepiPi7V+xnjzc7fECKkB20Snx1rf6PXN3Iy1s9dVDL4sSnSb5wX2E2FXMnNjUJuzYV3opkhwZJHM+QJu1q3b10Qh3NWThsQmglXz4l50IBxINXK/G4jWfL1y8cL2WMg/uwkz4ZbITcEVTJYjKS25Q+Gj48P5yOlekCoRMwIZdzXb9+wZCrhbH6zq6wFEHbR/CEdHizDhlg4Doi4v7g2GiZX+WYlOPyTddzwBPiZmCAHnygFeBUfkaDTpsg8SIfftVfwfDf0AV/WF7A45ovyKh83/zH6oozEMriu/2ZF4zhsFegzHVO4HjxDHjwZAQMLQecv2d3ByqYHOioQFMqGVm1WCO7IlFM0mCU6OhrM1a94vx/1YM4E0vB/aNRcL0dZQ2ndPN4nSoyLTWoz/oQkW+72a2vnOtvM42Y1N9W9aJ0i+", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlYFEcWH+bgHM4ZgRFEQTSeUedgRqPpQvDcGBU81ngiDDAKMzrHgmdEYzRq1BivGHW9j8SNojGoq+kSUZMYFZSg8YoCUQmigiDhiqnqalY0fl+oWcm337fOH91d1f2rqvfe7/deTc8ETzRFxYsFAoHFGR0GmZL0sbYkffxw3IO73zJYrPEO9a1wqyk5GrciXvW96muCvsH/RV//V32v+l71/Z/2jarv4yqWsL7V22SMe9rC9wbg57txR120IzpGG4wJqOQ1DtKdBqLkjho6CO7r1o0Go+KOYXQQbholDUbNHbV0EG4aKg9oCIbK0WEEQxVPLcFQ2aPjMEqq6HQnmEa7mltVV3JS2QNqNBEI08hJbQeo8X4gZKN0eAOQsisVSGXPTCpKDhG32eNyNSXDiYbscQQBqei4R8SkouMeUZOSDqSzxxG8BukIy4uw0YmI+JqcqIJbD6LinpLXExX3eJCKSoRKXk9ULudBKiru1YOociVvUqNj2wBjR5VVUZVMHkNVL0hOUVHVJR5DVf9IRlE3OkANMFTxIflETbVt4DGNzgxP67maigc8hooHJGupqXjAY+zYN6ipeMBjqHhA0pyGigc8hq6WkyynsWdTo6GrEUTeGrp0T7SqoUr3/AZAY08t19BtNYgkNHRbDcJvDV3mJjaF0WVuHkRXWHgQFSOUxHthVIyoB1Exoh5EtwEgcQqj2wDwILoNAA+i2wAQRoTRMYKAtHSM4EF0jCCJUkvHCB5ExwgeRMcIkl+1dIzgQXSM4EF0jCBpWUvHCB5ExwgC0lExQkVyuY6KEfUgKkbUg6gYoSIFQEfFCBVJYboXMyLKlqS3+OEbVr1Zb4pN1CcjoHlanyR9st5otcS7NhwwXoJbbugQbrGYYg0xVoPJ+Oxg0a7/GWzYtCn6aPzwML3VHJOojzPHJD33sBRdRCQa0I0INJvebMCPP/eMC7qINJj1sXgyrhWRZIqdnGKw6F8wWl9DnA0tLAm/QzMI/ziaE2dKQowxzhIv+oOz+MKnrC/PTW+w9KUaLKI2WNvw+51G0/QGu/+ZwV4YYbLhh2Mba7ernXbzX7s1YU1vt0dT2P0CufyJ3WEN3xxotE1vt+dLJbiY1mCe2Xzq1Oia3mCv/w2Cqxtmf033prfb+6UG2onaYGXD7ztKVdMb7NMUgXaktlv1zLvAv6BkyZrCbomdBK9/cfoXVK5mL5XgztQG179O5d9APreJw3kWDxxhMpnjDMYYq95CflHEBXeoLcZoNVinhZvNMdMIMIjzhdkWa7WZ9XHcjQlP25Ex1pgXbCZ1GvIy79nl6fEt/N8a3Nt5/4YHO089YbY6HJX4yPcyh/aK7ixpV8VcCZgZoxz+DRNS99h2c/1jNmrAhjltM50gd3pfDvqJUt1Cd3nAU8nqORkCBdR/NmFY1GvB4P5MRjOuhxvcve1tILslhbW7Sy8MmviQIfdr2UNgbv7py17w7qSOj9eM9QBJqdO3dzrhDh195MypQF+4pc9Xj+qGtQBnNuMLMezQY8WZd79xgWe/x59a5lqiwJQmLmVnzOvy1g7XfKbW33LJp0wE/H48VxldUM7sMyd+VDKzmKkuKYbdW8tA3YLyq5fSSthzCy/cuLnYCU4Z73ROMbSUwdNdO1jNZuQIbghdatlerpe2TpmlAMsKy1peeOAO8bIixjSDP7gkhiSlykCLb39mtv3kAE/+tn9GWVcPyNnhLwbaD8In/Jxdx95Dsw2cIYQ3pi5aWriiFTCjU9l4GVyViwbo5AXxqhiNG3Du9enwf35ewCry/+6XkSOEAvwBCvDdsOO7tp0TwQsmtMBPvGFNjyloyVJwa7r8i34xIniiot2YZZk+MDvy8sPygUJQXpebWtRWDBe1jL3/TqY7PDCjbN+QyQHgRBx2tBzGVxbGbF7tw49zj+HaeYXE/2sLWOKnKqajP15hDaP7NRMhc9mPPKeHff5mACDxKmdRY+ToUjk8j7y7/VM3sD6rFYKWs8cK5MglvnDRvltFq/bXMafbo0A98YT9h+CIuMFZ2QdGVRz2A6MvHi2Qj/WF84Zi5kjhw/nfIksDQPTq4KW2Un/+OV+4LmX9ltaH89lkzsGF7IR/DA7ynXSWLXH/uusnHXKZ4vyw5nC0CFytmj3pqPUEM7uFLiGySAg492+RgO3Hjvu1jX7Erlww/52LR8uZ6dzCCxhifxlbiVjsvT2EzJsuh15FGYjpMujBCcARREu2rujhcJ255fbx7rk5zlC95Uvtr5kPGQsXuBxmc576ge6kAIzu/ebdH/dIwHEc7nnniX/ShTxfs1jP9SqEvMz2PBa1OtjDGR6QTt2z+OpttgKx0NJXAMdyBjrBZZk4oHKwqXmX66GOMjh470r9wtgAGHb2jbdzcuQgGAco2RlGBGLLA+GjpdHWUG0IODLZpWrTHUfYB9MA8SSlc3DL8iUhIE18clm3FDe4bQpicmtHeHDHNBSSK4wCyyNcBPNG3Ovy7wQZ4ZeinElbFbE46U4x64rp3UMGx+AFXXMCSjyg1QNORvK8LlPAh74oomvdQQgWapIPXGv0mQcXySA3bloASGfvbey5xxkiMb03M1sIjwyQCjsuCCL8b1nNpg+ZvC4l0AnmdtQjyjuCQkwbpoKd05+d1UJ3muHmn/6Y6dphtyw78gnLyUJQyqx87Dh+7fdiwIVJ6gDacwusYhbGjr3WVyQFd2pwYillAjaOa3/G6ycGifpKQG0zwMls3H0ShwwBLNnYs1PuOjk4cREvYBe7EWW7v2ml0Paxv3iERxGz6QNE4GYSyKWTvhUsZsGgrECwZjkSQkcpnJOBBNPPH6Lg5qa2lwFzlWdRRhdnOBAnoLbOEA1+u8VOJ/BhO8xUMURkQB6pZve/btzqcK0VaOOIPO3mCz/DaXC5CxS5IMUapYCj+b5sNhJFoWZ3Bbt6PyaKPyB8LWUX7Bz5nTLSH2b/gAL3RkvgHYYZVclyeWi8L+TM7hcAxqPT6SOX2YrDVxbV6X1gVjqaOM0VIJEgC/PYQc2WDPwlSw7dQtvNXnJYDHahYbPSK9lMpBZJrILnnTfYnHDgF8vBR+zUAPebnYcoYGtOaBLA5UmND/TAMvR34XVTySCVIEV78/Z7w9LygaPe15UyHD9cvSDJlxJI1qUAQz5cY/QRNYcrxvwWUV3iDLn4nZWBXtwAfpDw1xOOmPXFVxPf9QOysvDz8cNlMGjn3f6vP5FAJ46IgYDT5dxAeLPz8k2/Ih1n9f6X4cbUIOKfPD846D33wXtzFXBr68O1C770AwFYXmkKPp/7Q46WKB9w8SzKY3EaMZhK2ajXMBPusEVotuC6HQzReT6z1IY9UsxqHuj69DNXs2S8gwxmSxvbBdaoxgyRAOKv28R/y/MZzNLUxa6A6P02cxt542uPbFaMqmuJey1jDV3zZPnsIobj1+kaJhWnv1ongKpQL9eRAmgTrnMOCHIFRFcOQIjLM1NF4imWAM4tm6Xg3tBDQfOLC9iTOC0PDQUbvFEmHCmHXD2q8YZHsPtT3HhdPGLacAM7Q273E25MsFjNpmTLs3uHp39tevr75gv6lL8DGZ50OQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlclNUaHmdYVWQTAQFFNJdyYzbG9YygRmqZYl71mjZ3GGQMGJsZTNS0XMpcy6RMTbTF5drCpbhamue9Wpm5izulgqAUoY6COCzSWT6uWP5+ceZK/1znj++bc77znHPe933e5z3zQYd/WEYnuclkMpsXuTxpSTEZ01NMSc/QHto9wmyzJzWrbw2yW1ITaCvuYd/DviboG/k/9MU/7HvY97Dv/7RvfH0fq1jy+lasJS3xbos+e4KOj2ZXXYIHuSaY06aQktc4SB8RiJJdNWIQ2hcdLYJRsatWDMKWUYpg1OwaIwZhywh5QMMxQo7WcoxQPGM4RsgeHcMohaLTh2Ma7Wq2q978pnIF1GgicKbxm9oFUOP9wMkm6PAGIGVvIZDKlZVUghzibnPF5WpBhvMccsURHKQS4x5PJpUY93g2KcVAOlccIeWgGGGlJGy0EHFf85tQcOtBQtxTSvkkxD0JpBJKQqWUT0Iul0AqIe7Vg4S0UjKp0bFtgHGhyqqESqaEEaoXXFNUQnVJwgjVP64o6kYHqAFGKD5cT9RCxwYJ02hluFvP1UI8kDBCPOCqpRbigYRx4dygFuKBhBHiAZc5jRAPJIxYLecqp3HlUKMRqxE8vTVics9zVSMk99IBQONKLdeIHTV4SmjEjhqc3xox5eY2acWUWwKJFRYJJMQIJfeeVogR9SAhRtSDxA4APE5asQOABBI7AEggsQMAZ4RWjBEcFCPGCAkkxggulDFijJBAYoyQQGKM4PoaI8YICSTGCAkkxgguyzFijJBAYozgIJ0QI1Rcy3VCjKgHCTGiHiTECBUvADohRqi4hOnuz4jR6SkmWzB9YDdZTRZjsimVAK0ZQ1JMqaY0uy2pecMJk9xpqwW5DLLZLEazwW62pN07WULz/042JmOaKYEOHmOyWw3JpkSrIeV3g1uSL3HJZvIgjqxmsprp8N+N8SZfBputJiNdLMGPIizpdLAxxWJ8/kWzzXSfSYeaE9PJ/lLoqzSz/I+TejKLphjSEm1Jij/4TKp/yvoq3fR2t2wKuxXCdsc0/LWn0TS93T5NYXdzF+2WfoRrtE1vd6umsPs+yfMndmsbvkfQxDS93b5/ZjdtxTXWYDdRgyVmS0Kq0TW9wX4P1GBxZqsbFgFNn6Y32P+BGuwpbLCy4c8eparpDQ54oAZ7CBusuudd4F9QqwL/zGBXtMvdRWbXvzj9C2pV0AMNtJewwfWvU6U3kL87xFFlpRPHWSzWRHOawW6y8b8o0hI7Kt2QZjfbMwZZrYYMDmzHfGFNN9rTraZE9uC5u+3BBrvhPodJnYa/zLt3eyb6iP5vDe0NWz+p2wG/W+j65u+Gx7xeg96pe2NOdd9s7PT9eftniito64dP6QMNDjy6y4bXswu84NX9Y/6z5UMHzg2qPnD19RDYQQYt7doGppy8MvWxW2762lvpF9c5ImHdN5HZ1i2BsEVzqN9Tx46h83Lvxe2Ncpi8ekTQ0mG+YJZZXnH71oH3VnSduEIeCAf89n21Y1kg/HPeqCfek8n158JmG5SZEfBT7oLZR1W+UNDira3zRtWgxH4XRi57pxA1YxOW4Wivj8MnJO7EaeqXt+vnyfR5uy61jth/CHu8khm3JKUa/bA39hPzpEBg+zfIYdpkz8OhoxwooDX67sfcKrz9mIzMVIN7pX3QbJf7SnR1QuzAkvHhcOgg+YxoDX2++H767qwilOLt3DBF1Qa+S6ULeYMnM+QH1PrTxwtmrvIE3ZTBZsv12/inTnTlW4j5zxgFT9eE2E4fD4L9xejDC7sd6MUeHdqXp/iB+v0vYm7vcWC3sa165Lx3Ew05c7182PhQmPlR97jwbf5wnG5rcTF2GA8+O/z7ALDSCXu1gDkRdKUC3IUZ7g1js7Z9cmayJ7SUP/Zam7OnkL+2/9ejp0cCc1NaCFT3nXZ40fFfUVJlkWHjqSK8Qz+vcN/qS/iSti38PfKa5LdfUFx4aaG2bTZKjkqZMfOjOsT3FQRVc6busr8VBGTzrdapavHu3u8+GpIZBMR5JDBuMO4H5Tf/6lmH93Xru/JAnQImrthDIuoBPhd7vLHhdhlW0U9gFCz98nniwVBg8ThfihhvStpBVv/uJ9ZcjoCuc+iICvTF+Iovzy2uwAfnxuOXIi6j8y8sXl50w4FPetOdFaJH0uVrvMKciPHMXwGGvXmPmUIdiN8vYuaGwxcw88PbJ3Hsc8VHo/Iv4bOHKxMufVSLVh4gEz/bifPs5VAgThjkMJ5B/aib2rWGrr4tcjdl5GEGczrRLnfKFCfyGrD2maxt11Bdzqwb2U/XoaRFxmd/HOqur8g//Ypt6BnM3NbdiTrmO4nHCrGVbjurJRAnRF/+NBfPp8t1PoVz3rtGMs0LiBOIZTKeN9PbAkXHTQyC4b+4qf21DnwkiTwoDYZsa/KbZbPbQl+2cW/9gOanP5gWEcnnvdoGWP7ENtezfEuOAgbf5Q/UC5UJeZjzrg5Ppct1CoRejKA30OaS+J51Gz3gCHVLmD/EM6Kexxvpdk1+QLNjQU0QLConBt6UwdBVtzwmj/OHtZcjNpd4tYZEYr1iRi3SM2K0B84nL+D56K2nWf/mujCo9CCJktkSuL+qUCgjVika+dkq0yJjHR42a36vEZs89F89QRl8CvF2CbYzgTmLh49/VXdqiKf+wkUqAGcRo4nzKN7Qllqi0BffaH/cMrkc5/QkCdxfod8T3DnB3dgGPl6Snyyz3ME8T+X6m8sT7J3e8QPlM70f3RroCZ2L5q8/9GgzfdTy9BfCfOpwCIF9sLIGM9m4ko8jJhClWdEOxlDhuO4HYYzQJxC7zQiFYpJN6msK+DGZClkBnsQM8ACeTyWYx6MM9azrQKjaEVa9tnBC3uwAqJ6Y+u2dnDtoSa2psqjAB37uTD12Hq95l37KUUjmCe/k9wOAyVFAMJSc/bhqYplcz7ZXFQyM//khAL+u7999jId+01qyUE4g9N7ZxbdFeiCQZCRQJ6ZZG7IgCFZOvBNXVXYbc329I/EyVNqHJ2SaaGDcoWAmUTJDIIyjgjfQg+v2KDdguve5FNciGVA2Io0CqJpfPaeAvh1pxFrBNd2Qx63OGjyBpm9tJf43UYfPxyvAOPfsgIxxlzGVtdL3O8JC2p0eDkScAuZDFW5O0/qrSGBhHxbG199djjsw4kfBdBKdi2VBwOQk2oHoKr7dOgDTA10kFP6cmdPyhRpEWdcvKxyYXsZHAEnS59e8uAsZqaAnhwMRgw7Lc9vDkwt8CPWKEXVX7qZmkp6WSvXpJqIqvnB/EabmTYi9jeKpY/bJ9cy/pF5szqBKdwmlXqne6jhejf1marcN/Fse5nlejaY+SZnmxPNsNGMqEWVD4eMy/ferd779hu8eTMR/7EufnkO87sr0rGy4e0EkYbHn4f3o1Nhfe+3skofnMuGWS7p5E207cpI8ceJgWrDmeUD7haWjdrSrQ0wO16/HNJqzrAo9i/eyR4AU5TKfOcHw7YpoUnJWoIphJJHaBMDXtDwW5yN2+hmUNsVmt1pSbfeeHe7+a9Pdv2/ep0/5G8TmiTU=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYVEcWZW8W2RFwDUY0RGOU3gCNViFqcKJxQdHEtW0aaUVau5soivs4E41L1FET1xgXXImSmLjFKkUl6riMIhhFXDACyg6CgEheVT1GNH5fqJ7p+TPy49Gv+p2quveec241TbsJuqHRNhYWFgZ74TJQF6tRx8dqooeTETI8QGswRls23IUadVMiyF3Ym7E3Y2YYG/QfjIW/GXsz9mbs/3Tsk4Yx2rGsGu566+KiXtyR9/qT5wPpVRphJ1wjtHEThZb35xAyFsiFkTKMjAcjo9cgPghdRs6DkTNMNxMwCh6Mgl6D+SB0GSUPRkmvIXwQugxXpoMYhiucYIbh2lsIxUibXB1WSwYK5AIFckbUCMS5ktSUlaScyWN6MyV7MlNikpuyPQaSNtlJmOhMiUkENdl/mO5M2R4DyfiyF2TK9hhIxrc9pkFpkx2SVZWBmmx3rEDsV5PNi5GOxcSVCCmThrTJ/tUYxCVCqSgNLpaLIBlXgxHzwNXIRAxXU2JZkHF1GBFjQmOWcbULEcPVLpijyE1o5vImK/ZFZ5ZznYFEDNcZiLmJnIsHIoaLB8xL5Fw8EDFcPGD2Izfh2CA34dig4OKBiOFzbuZyCj4TFkF8ds/kreBzbhHE5dziUUPB5dziqUHBZcLiAUDBdxJiOlLwHTWYKJR8pwbGcCUXI6QsJiUXIxpAfH1PBHExQsqyp+Tr5SKIr5eLIL62LNaJry2LIL62zEBBXIyQMkYE8TFCBPExQgTxMYJZZRAfI0QQHyNEEB8jmMMG8TFCBPExQgRxMULGbDmYixENIC5GNIC4GCFjXh7MxQgZ8/JgLkbImJcHv54RQ+NjNQYf8oZRo9fo1DGaKQJQn9A3VjNFE2c0RDs2njDaltw5CZdQg0Gn1qqMWl3cy5NFOP57smEJUzUR5OFhGqNeFaOJ0qtiX3m4mfAiLEYrvBEmrKbRa8nAK884CC/6aPUaNVkswo0gdPHkYXWsTj15utagec2k/bRR8cL+Ysmf0rSWf5xUQiOaqIqLMkRb/yFngQ1/3BB7p/njdjZH3Fa8cTd8zBMPGkHmj9vFHHFbc9c7pPHHSEWw+eN2NUfcNqbWWzzuhZg/brc/i5vchTU1YFvugKWN3VfZzfwBu5uj0HbcccsaNxBloPnj9vivFlrCreiG7zXEw7X5A/Y0R6HtueOWNv4sJlWYP24vc8TtwB23rPHHSen/oGM3N0fcjqbyXNS37JWTHWkzZOIwnU4fpY1TGTUG9jUjOW8MiVfFGbXGhFC9XpXAgG1pSvTxamO8XhNF3xj/4r6Pyqh6zQkzmH0ZJnt5exryFvmHGzKasqk46exHJehEt687+a7JA8/TZ+R3DHwErg2c4DYypBwdO7zMrsQ7D7WwiXTpklIILFbOqe0+tQaE35vplZzmAFsOudkqUWUJ2XPloNBZmOmRG04QZrHfF4vWaD5Xj8mqRC3xKL/Qg54wUSUd3q3TPSQZ99WA5ktt8a3qOZOOy93wwcGT10/faIGbtzn3G9heCz7+18rRz8Nqwahrx3O8NlnBhV0H7HTsV45ya3eXXh3oBNlzd1DBkMNtF022xPb7Wn8a1cMOp73bfdWFuZXo0M4E4eVT4AXOZh36qz2eRScoAie2tOx6278a0HA25SAyfZtzleDK9588OXLzKqDDxU9A8o1xnw1qewl47Pj5pE/HTLTgftpXx9ZWo/TOmhb3RyYhtt8MELll7/4b45xhzNuxM2buqALZ05Ysf1D2HZi274tbMfNc8cjz0tMH3y9BK11nKvf2qkBVD1RbM+TeMMJ226rulo+B75p0h5i3q9E/x3z0i6SnJ2Zx2mFPVeq1zppqMLT/pnkdTxUA5Qc/D13brgSQu78lpYGVhYlAkS2BQYtDx/92JQXUCGk0ri5Bh4KenorqZI9pOu5kovqUWWUHBpcBVocapJ77a8+EkTfA6d77tdnTjoK9l69HFhR7QQHsaxP5FBRu/uC99PU3kfekgeXLr3nhhUPIBupQSN8P9dWuEmjI9CgLvVwKWFxnxXnLwZ27Tqt3L3CC75H0+BQjh1abx757oQbR5QKcsTDpwzZJBaDdWxWxkbPPghylwIjxPtDov67+yzkSyPJaDh4s3Hxxz2Uf6LEQn9/a9yHYXzN6ypnneWCj7Nsfgp5649aP7ytbQlvcvf1fhJIWoNnJP06Y+3ULfPeEi/BIEVJe7CFQpwoJJL30+dVW8EPrGU7+AQ8BTd/yUsTy6YopP4664DCShiX1YMWpJwGjVzxFdF9++YjVtQ4RVaQ7lILDkDAgFfxYXicopByNpoByQLKS/9MzQGm9uwT1dMzcNrVnKRLItKROUw8yIgu6HnvHCmstdPNtzhQi97SjglLyAFGNdHgty4OfM6wUVj8V7wA3CFnKC7eBXagwm8FASuwasEXIyvUMC2jtsOQtdZE79j/y7O8Vt+6h6ZTQRYCWJdoLp5IwTuWAk7u2fww981HPDcOFSJrDI0Se4RWIbnO1NX5kI3dXJnrBJQfu5a9JKUBjCf02OGDpw+QOD1I9cBKRz6on6IdfPjuxZb0TPuN3QB/j7oJPCGqIWGSHyWrXJ9pCGf2pAhfcaGCwOJgQpRDYzV8T9kVsJfAgAlTYQzp/KwtMqp+stIcVJI0dT4q8fYJYXBI4qC1hXhXyUxd92rtXHfquA2GEBabDyy3xsKHvfLO4mz2meutghUvVRDmFKJr+lABDjKAM5IDj5PN+ggueg5T347ZZHreBwYIs9ty1F3VVxvZ1yAayuj1GhP0uXZ4B5k/FgLhIOMoV82cFz6wInN6lXSZgPC0GTMf5iNpL4g2kGHu0fzOrUjSClNu1BFFblN5GWZnzDf28HGGvhJG7FBct4K4RRDh3QZvgiX20OkcsiHTQsnXPEJ1/qwW+Lcx25XsvuO5LYhhV4IYA/0dlPaJ0u+yNmQ4dsVZXsujcMDvI6n0PnE8lgs5FmXKhAmnOkKiqtnse6ErCt81jPnVHAiltRlhCFU3kN+i2v1CpVEvoXXuh6FyYA4Tb7whKykGMr2WAhuPkAaeOk1xqMaQU+YQPfuZrKAFdKVACma6eI2qbSQXIJndpQOEyF7xWqH5ubTVgebXENC+DPHDepM6V627nADmRc29rUbcS0f8rgN9VnbBSAsrqJwh3eysY4Op0aGe1HVx8NVtwmDJAy7zTG1J5XHCEYwR3SJl1H+0Q2K5a2BzO2Pht+yOJzaB/wJylRyaXgD1Ct5jg1lr0mVwwjL4oAzWFj3GI2hs69esQb7U+HdGwhLyMGHUQFWR7Q/p++zJAbSsvC+Ts2HDab6qg1d698n7d54Bp+GHVgLDsvsQXMx7VI9YHSpmP3vTELC+OmPG6DFGfzWiNaflOViPa/4y1iOo70lfsUxlo337SgJJRfbu6yvi7LXFWDCnIdeRIFqixwktvCQOhrSGlVY8MwHhah+qE8mbOd8Gs37pjwq44DwmkdJ5djWh5ZdmIHolC4yYajHrdFMPLZ4cX/+/04kvP14xJfweUlI1a", "1:eJztWndcVMcWXthlaYJSBI0mxhJLjIUtgKiZQVTsRlETW3SFRVaR1d0lijXGRKMx2BKT5zN2Y4k9QYWoM2Ih6hONsWFHsWBdEHB1Rd6UyxONv1+Yfdn3z/Ofy71z7zcz55zvfOfcvdQdZuwdr5DJZGYPcuhuTNTHJifq4/vSETrczWC2xLuUX0VajKNi6FXU67HXY04Y6/lfjHV6PfZ67PXY/+lY//IxVrFcy6/aGZPinl/Re53p8yHsqIpRkmOMIWk4KXl/DaFjIUIYFceoRTBqdgwTg7BlNCIYDce0dACjFcFo2TFcDMKWCRXBhLJjKzEIW0bI02EcI2ROOMcI7a0Vw6gqHR0eSw4KEQKFCFpUASS4ksqRlVSCzuP55oj31I7YpHFkexykqrSS8KRzxCYJVGn94XnnyPY4SC3mvTBHtsdBarHt8RxUVVoheVQ5qNJyxwPE/1RavDjpuE1CjlDx1FBVWr8qgoSSUCWlhhDLJZBaqMBIfhAqZBJGqChxL6iFKoyEcaAwq4XKhYQRKhdcUTQOFHNNpTP2eWXWCPVAEkaoB+JqohHigYQR4gHXEo0QDySMEA+4/GgcaBs0DrQNWiEeSBgx5eYqpxUTYQkkJvc8vbViyi2BhJRbajW0QsotdQ1aIRGWGgCtWCfE80gr1mrwpAgV6xo4w0OFGKHiNoUKMaIcJFb3JJAQI1Tce6FitVwCidVyCSRWlqU4iZVlCSRWljkoTIgRKs6IMDFGSCAxRkggMUZwqQwTY4QEEmOEBBJjBFfYMDFGSCAxRkggIUaouSyHCzGiHCTEiHKQECPUXMvDhRih5loeLsQINdfy8Fczondyot4cTG9Y9Ca9MTZBP4oATSkdEvWj9EkWc7xXxQnj3eiVNzlEms3GWIPOYjAmvThZjNd/JuuTMlofQx/uo7eYdAn6OJMu8aWHq5CTqAQDuRFFVtObDHTgpWc8yUl7g0kfSxeLqUYRxmT6cGyiMXbkWINZ/4pJOxriksn+EulPaQaXP0/qziwarkuKM8fL/+SzkPIfN6Ta6Xy7fZxht6uo3eWveVKjEeZ8u33/ym56FVVZg+XCgW5V8f1RG+58g6s6I9AKRwMt9XmtnG93tb810G7CBqsqym5oS+cb7OeMQCuF7VZXrByhIc632/9vDbS7cEaXf9CQumrnGxzgjEB7CNutqvgSptI63+5AZ9jtKWy3uuJ7pOp/UKqrO8NuL0d5LuW3+qWWjpYZOnGU0WiKMyTpLHoz/75IG41eyboki8GSEmky6VI48C3mElNyrCXZpI9jN4Y+v26vs+he0VqG869g6he3p6e36H/a0NG06vYj9w8Vo47bH5aeHHcdLf1p49khn2Qh/fqhfXo3sqLf5w16FvWkFLXpQc+ug1Pj8huGeFwBd66GvoEHWsHOt76402tnFTwNH17eYbsrnBsytlndOmdBs6ja5BFXOLFwywcjFylwxrlZpfpHSvjRWu3R1tlyPDNy6PXj9Y4gOtuG2jYEDl5I+3xidWiPGJ395YkCMIWdnAZZGTu/Vlpd8eZv9F/GDi5DKWwCO/iubO5ke4QddX+YGmNpcAZNCNwUnTu+DI0P/en9DwdWhUXEmvyGZSCFLbALdG5eVre0JB/082227YcHxUBf8+pHwTvs6G4vasE9CWdFQz/p+VbQiHzJ3ido9vkEmXHqSbCwbmrymFpPUdm2CcSiR+BKs7nLbCFWNG8y3egtcGnBjC8G/OGLx2z4iiDsIC3Mlhm3/ipq0Hjy7PSRXrBe4rjxq98rRVvR3SVtNnhCtt1AX7xFfnN243sPQWZwwxi3lQ9R19sKjV9JEDx+qt/dFr9eBmRwfoSLFdWgt/1lOFVpDer0wVPEx3O4/8MVWOkfSFx4FJzxL4w8Fv8Arayf/nRGkRIyc7rbwP07uFX9LsWI7vrGplzJH49R/fOPJ4/YVQbyAt88dB354yk5bYmLn4HQNrt7L6x7ENWtU5TYr20A/Pm2mVDlGuhEdr0pugzFDb7QUW7zxN+e9Eyol+iJx3lTSw8hjlfie0vavHdy0Q00smnJdxcXHAOjDjzbNsGkhHvXruoBF7jjAXGtL/f8+jFYNnNLbv631XHnHz5tmDn9OsoZQncsh95pP6ZkGYLxYdX+rc2TSkC06XHV/B0PwQUajv2BkG0v1Rsyv8zPRLdGkIUGB8JEz8fLhqsV2IcFqBrc/E7etCVH/TDf/zOwogMluhzfnwi0H2cEQdemM4JyerjBu9Q9dhnm8z4Aqr4t3123QI7JaooDc3LRvuLGg+ZkpqGMkXSBe4jzMhsksImPANOs1LzCOqWoHaX1QBm2NKAMLQE/enV8J9nVitYe7Bo2M1KJz2gehHeI3ibx+gYY0uRItawMGdx9jQbAG2evP0YibwXTw08fGKW5ARZ51Frycb4fZs+P9oZRGw2Xxsw6AYa4Z9fsdc4VUpYNPSmDtVlCloCsJhHzj5TJIUGRmX0wC7/ZDQayBHPDNRU0AxSY3/eFNPv3tStFlIU+e24jHvc8dGWx3+rdkUGQ59c1tJemt9kVz+5CCVoD3gCrLu9JdYFkdvLEcYAmvRk+vL0CT+tFI2kF9kE04lbA6GWxoQ21acQfoE93wM+uRstg/KM83fLTReh6YZ0TxssKvI7QIkBnA+x+1m10rtZEnaovBmy9ee64FguoL/RkGy9B0XLKOBdcdbF6xS87fOADYsVGQyEIoPQ/lQ+YTPTIBe3ev5WzYbwSMnqmnwFcj7JAa5fun/v0LJB0TIkb0HQ5fw81IVEubiyHmdPXfHhY9RQxf04pRn4sADZEVWIrsqPLV7wXrHOVYUa/iFwwgkQlNU6J3z5hJKGxAxaXPgXIzBJyOzqzcnRbr2B/vJWwfVsVV9iIyt4AG0onLAj6zROuudWJZOQdFPevwV1/c/eBY/csfaPFRW/8S//i9HOzigBxyve/LryLRi4au3hF/Vqct9lZgPPdHXMeuONtzZNWuux6wnVjqgyz+GZ6431/NCWStxM8rEM3aEO2mGur/9m+Gu5GWDlU74EvEvU9/nMBGrb8NGGoNw7OyX4Uc80Hrws43v6s9Qqg6VvY0htP2rR92JT+PpiQmlDzHOJ+fob6kOn2v30ScX/eB6x+rJHB2PsDSAhuoieUBgtuSPrhCx8ph3zfrbod1WpxsYFyahrifFRArwSqlF54OZWp1XJ41lrUpf/BYMzi2tcHN2KBKQJMJxb64/WfEcLJlLg1LRuXbgEimo2qdq2BWfrZC3h9WOUJaToHzK0p6VQuIkHthCbZQD9qUFlNKe9/B4xm49wgzVJTenUcyRz/GFBWDJpTArg+14Bc10+BqzScY4rANyXEoCqBcOaJS4QZzwAJEmFUGehShUSqnz9keZ9VBX5FqmCebi+gbsyZVAPyPK8KiWqQVLkKqOw1yfCDTC/2+kLfPS3/8W6NQp4/SwMgoPRLVGBWTuSB8KZ9XcGJo76YquNmuQ0wWoz1wOMpcbvWhGy+CDn0ZwXaAzPZT74NWEsUmTTcbDEZR5lf7B2e/6PT86+drxhT/RsgwpYx", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUVNUaH2aYQURgQAXW9dEiV1wfV2POmRFGr3cfGkQwDXW0G65Mh5kDjA5zZB4pppYaWpnSQ81u+ejmLTXL0nxk5t5oRsbycUlBUwsTl3IFBUEBlbhnnz0E6ayYPUvXurfl/HHO2d/ev/29ft+355zYTGFCVqBMJnN2ES9jBRtvdtv4rKFYgsVjrE5XVkDbKMkl5BrxyPBA9n8gk98lS2+XTRDzbOwmPqQIjlyTzZBjcmTz1lbx52Wv9D+ILPWB7H9Mpm+TSZ3mV3Y+Jtgt7SM8l4bXa6QrY8TNKskh5JpcVrOPIB0diEnDMk08HYr1RxVLVGnoUFrpmkgLklRRBlBHUFqjSrwZrfZs8YToDDPUH/MISE8LkqyjDHqCP6oS/AqfBzWUJnyJEoZhaTB6gqEIBKE4Nf06wJgEXy0kSqQb67NbJNxEUyIViG3jLJ1XLDWZiBr/Qk8KiyGFlSy4M33xzMN3usATEOMzB4kKcqMLPAExeioQobvGHxAbTwXyFIk/IFZDA2I8BcL4A6LKE+NPVTGkqlifzSMnqYShOgg8enQ0GFKFLFXHJCXI0pWFRxEdw0ktsXRkJWWhpeMdYbiWincesmr94Z2WjkKEDlqf6dAR5DMfOoLoyoIwT0vFiDYQFSMYT3KpGMGQ5OqoGMGQ5OqoGMGS5OqoGMGSkOuoGMGS6Om8MwK/cTqj8YSLd/CCOYfPFYGO/JE2Ppe3u5xZyo4bklGIeElyOgWzVTxRBfsdr69df91sYv5M3ogXT+RdDlMOb3GYbF7edQ05VnHCIGrjHVa1KLhjTbD4kGx18GasTBoZbIJ5xiyrk/eyW4rV4hYNs+HXGWvQ3bsFSa5km+wWZ5bi7kL1nJRt7eT+OxxxTx32Er5OHE7syGFt/P13OPKeOuwlfJ04rO9Yf1rN/Xe4e2cO46QZBDdebPbVby9R/H2/PaeJp4Vomfvvd497mmgvUezEYaZjKWvZO3peuIx88jAIgsNitZtcvJN8CwkVL+PdJrvL6spPcjhM+QTYV4qFw212uR28RZqY1j5ONrlMXnqvjnwQYH9rHo+n8NdcLD22PeP6Fz80Qek+OYwbHPtQg60sHG1dwb9knnIFRt0quXLIEMrFVS5ae/g/PVDY4G1rrn4YgFqWNJwuX9AItj937dNxg9RoX/zbA2NWhqGI4j27ly2WcVMHlKiLh6m4ryasil3uDkCmA98P4t9Wcgt/Ll79ZVQIGvNB15RHroeh4QFjXwxND+Lyq+I0XbZUgEnxAzd1HydHDy935/UKrQdncmTCgsBrYMcH+cUD5kSga0lHs05kB3GLE8sO5mpbwI6Epv2WzSo05LX1TZosGRd96kij8fxB0NByfHZV3FUo2TdDwa22Ry5Cr0SjDTNHdC1/vxkuicILr4Nn9qR1kw/qiVLPzenxySgVYqVfPcjDy2YqOP3IUY7mwjCU83rNXLAjlBtQEyq62gL/Xv3ol38uVKHKHn0OXYAq7uObT+cenC9DZ3e8OPfY9gg0pDW25YY7jKsYjA2rgIX7r/d/uvAarHg34l9fFR0F0n66SwDosAW34MnahtEZi+vgQwWXx+/uexgMe6Pk+VR4DqLqtX/9y/FWeOOts28uKSiFqeNuxzjLy8B3zNefDbHXQ3XVrq2Ki/XwYKFm1uDYKjAm4eWkaRcQGCltWAlVC1YallYr0Zbeky3Df4Jw0fi0NS/E9UKf7Mx8/tSIZiCpK7gKNnU/lnyythkmW4XagrSeJP7LQrm9q14Ln7MzgLsy+bG/XcroiUqFqUFHMiI5vLph9L8hTrdqphx9qrj4av+aVlA8AFteB6tScQTKIOFLNTh0AWz4ad8ROE9y+CTMPnFx+qBn5STvtt4kL/3kaC5O1z/KAbZyvyqEO2DZPG3iBIWHX7fhF7cx8erBiiUFk7/fWwJOzMYbBCLLlDMpitlVoOi790burD8B+2B306/C8HfZf36+S4GW2i7e2pQn56Kmj61fbmwFeHbZW9UwZuXx4JyHb0LCJwTG/9BrrmlbNCqPxExrIvYGd+eyGitN75WFICkt885Cibfhkdzr4XOGfrQvChE+KFFYOq6c8+AXTL/PuqEifb/Rzx1Qoz0zgpvXZ8u4J3FAhDDuTPkCZ8pxtceuCI74oURSuL45B0Mkwu8Bmeqn9J9/exPExBmV70cq0EJnyoobqhp4unn+9L2u8/DIS6U/VoTUwgzsQI0KYbqGV1VBcfLNmMAGMGvfuj89evY23B+NN2iEq7Z1y9uy9AboJ22wAUrqHj8KbtZcRvp+SjTlF4P4WAd3i6x69VJv1OgWGfuICuU/tVF3eHgleDa9rxjCvp66DUWTijZueILbDj8UrR1WGoNInqvBC7twqTeCEpyOeXK0rD8uHDknGicSthz8mPfK8kpHAJLcHLYQED4GcxJ+fh80ENPoWyXaXFc6NlNdAURlW1dcUHMbv3k84eUiJTLitlIXiEh/uAxqo3Bl1IAtS0+Lki6oy4h3Jq376BQQgyCG/GeIozZ1dQsk/FJ5+ojYn87jAlZwpI80QelUSLJni39ChVznb3tq+8fq9rdfLzLmvwQeo/Y=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWH9UVFUeH2UQEJURBsNfpa2mWe6R997ww6x7x0HUo0QCqcdodRzeMJMz8+zNTISaJ9OwslO4ruRaUm2rGLHKVmSerPuy1DU33fUXieUqUIA0iOSAAube9+4QpHOWuXOWc3Y78cd7c7/3fe73+/18P997eW/sUiHDrFapVM5wfEkTbLzJbePNCbJFNs+1Ol3mfl0jvUuwZ8ojw6+2/wNb/1ts6d22DFznzEH4R6og2o02g8Uo5vLWG/jPz1rpvxDbrF9t/2O25C6bstP8pM7pgiOneyTPzZafj1euTKa8WelFwW50WU0BgnR0IGa2bIufQodig3HFElfxdChOuSbRghRXlATqCIrLHIBvmVZHLj4hesMkBBMeASXTgpToKElPDMZVYlD0+VAJNPQlKRiGpcEkEwwFEUTi1PLrAWMSA42QOFFubMBpEbqJpyQqENulWbqsWGoxETfBUU8aiyGNlSK4lwaSmU/vdMQTEBOwBokLcqMjnoCYZCoQkXt8MCB2ChXI1yTBgNh4GhDjaxAmGBBVnZhguoohXcUGHB45SRUM1UHg86OjwZAuZKl2TNKCLF1b+BzRKZz0EksnVtIWHJ3uiMI5Kt35xMoFozuOTkJEDlzAcugJClgPPUF0bUGUx1EpogtEpQjGV1wqRTCkuDoqRTCkuDoqRbCkuDoqRbCEch2VIljCns6/IuQ3Tudt8oSLF3nBZOHtGCjmz7Dxdt7hcppDey5IRpH4onc6BZMVn6iC46bX14E/LZaVv5zPlB/O4l2i0cLniEabn3ddg8WKJwzYGy9aNdhw0zMR+EeKVeRNsjNlZLAJpmV5VifvZ7VUa44bB2aTX2esYbeuFqakkmt05DjNIbc2qu+k7NpO+j7hob0lLDNiENzyw6ZA8/bDYi95J/WUMjel7/OO7ou8/ZDZS97JPbuRi+/7vGP+qwL3w+J/Tth3qPh2Eo7p+4S1fVFoPyz2kjfTs7E59qYdMEpFPoAYBEHMsTqMLt5JvowMxpd5bqPDZXXl60XRmE+AtyuUiG6Tyy3yOcrEku5xitFl9LMT68jnAfbn4fHylPxtV7Z+NCEqsmJHJ3ig/kxZe/Zt8K3fT+2Xtu4bVHA469Odf+4AHdn2Az+Kw6G67sWJnsGdaDP/nOnRr0+jEfOqRq4aGwOvt7rPvza0AVneu+isiPWAtlrjm6e5FrBucPruP/Ba2BnnrIxuqQNM3uSxd3BaOGXS2zH/SNkC7rQ9uWL7vR7wV/R98bSyCDgLPTU6qW4I3HlwTuLz+nowXD1/yOR3L4Ow5mGzHloVCjNmb3v6rv1NQLlPV8N1xV+WHntYC5NyU6xCcwNQKX9qiL1csc0PhTNmiteiGmpATcII6ZElcbDIsMFWt1It/bbwjavx31Wh0wfs3NOJsdBTPO3ek1tVUuVby+8fWNkAzHJ6qWfBibSlmoXJUfDoc8fPnY/0gBb9MfOpCbFwfcmCL5jPQ2Dc5pMRljsvgkfkBDqHwoN4uT2wFSjpfdUE9hUVRq34IBriIPbsXjsEylE+e7gWKDR+cpLgprUCOcttlxqQYVRjdcKIcqDcpEtg9Wg5s0ZUsOjEvhptHYpMHe/uv/UkWtVS/tCyrSUIk77940/z0NwdA/FMK2qdmP3yfq8XfLg7BLs4BcboL5v+/qgHKTQkqiX7/Kd2fVCtgZXcpaQZM/tLm95+Zt7sbf1h+P2vPvz6O40o/o+TcEqNiMTfDMa9cqNwdUc4VOp8IQ4W/+7uI5pDzeCxtB9eynTFQhx0ycE5MbBWO/rwt6AeePdWvXD923C4SZbP4DZQLlo2elZ5QXjZqEU59zWDbCWgU+Dq/pzSJVnVoGb7q5+PWT4Cll4+nra0cIg0xtS0aPoD9cBVEdtxpMmDit4d9HjZhij43a7xtWuL25DynMYLiJ4aACYTC7SfNBqv/q/0RlT2l68WP5FejyYrRE5CuJi4oheRos+NaqkgCVf8/UEweq30xZszqpC8iv5YFWobsHjL3NiryCILcrwWmhUBD5C8ZyvXOFNDoULD1DiIVYQz+Ay0yGEsVEOF5/qRkOiun6SEfbgFvbcSF+gdDSR1qUIVO/IP3T21CbSvfmyfa1M1+Do15MnIcXHwwX9uzP7R0ET4WTkczrmo5oYmhMBpH2cUjX2pBVQkykzVovyFO3Vf3ncNfAifqT60xYvW3LW/oGTBOXRP6yvfbFrfCUie5xDx34EmvPF8+YWGA2im7GZiNRo3cfWLe5d5wIUV2l0zL7QjrVzdK50g+f2/PfHJ680gUgmwHRF/A6W9neuvnF2ggUR34dKY48LisAfDpPED1mw2HImGZzDLtw9rReuHnTnadkIlKW3fEQFT2j2NUrJKKttw1qISQmBWhhzJFUT66rpPxzdAOowxfnbiGhpJBIXKZbl6vEDugpKCUbBUlqVKI+FgccQNgOTzAzo/GTfu4zFwa95rf/rN3laUpzR6J6g5tOWjosJ2EBLxwh0mR6iENx8scK8v/11IKbPZQ+qyrAnhIsSpcX3vkRPYo4FHS4+dmv99CxqkNMQZpBwVekcu/pdUsDt/vqd2f7rufhf2Y2P+DY8NoVc=", "1:eJztWHtYlFUaHy5yB8fBBbyhZmu5aMH3zXDxsufDQUI2Ix1yrbW1YfiAwbnoXArSXdPU3NJ8klIzrTTzsqtlmthtPSfJFN3MSjPLNGBXRfCGOpCAdC5DkM4Tc+Z5eJ62J/4435z3nN95z/u+v985fN/gPOukgkCFQmEPwc0Eq0k2OE1yQTKxEPO9RrujwK+9l+6wmnWkp/3N9n9g87/FltNhm4TrrIvAPzKtNrPepC3S2wplYxv+87BWzq/ElvWb7RdmS2u30ZPmR3aOtVryO3pkbDyZn0RbQUcOq3Sb1ax3GA1egjR8IGE8sSUl8qFEX1yJzFUSH0pN21ReEHXFmUANQ6l1QfihM1oK8Q3RFSbZl+0xUBoviO6OM+kpvrhK8Sl9blQyT/pSKUYQeTBpDMORCEZxbvp1ggkp3u6QOaEP0euwWLqZp1QukNjOWb6oRG4yMTe+pZ4JS2DCyrA687yJzM13vsQzkOA1B5kL9uBLPAMJaVwgRvckX0BiIhfILRJfQGISD0hwC0TwBcRVJ8EXVQlMVaLX22M3KcVwXQRuPxoeDFOhyHViMgmKfLJwO+JjONOSyEdWJgs1H+8Yw9VcvHOTVe0L79R8FGJ0UHtNh84gr/nQGcQnC8Y8NRcj2kFcjBDcxeVihMCKq+FihMCKq+FihMiKq+FihMhSruFihMiyp/HMCPLGaY8lAw7ZJlsNRbIZA22l40yyWbY47AU9Oi/IeuG4SbfbrQYjvlGtlpteX8N+XCy3dIasI5NzZYdNXyTn2/QmD++62iIjHtBib7LNqMSGm+aE4h8ZRptsIM50ZILW6iSTDSarYfpjRrvsYdFMY74T789E3mqMwbcuGkwjKtRb8u0FAbfq1X1htp8q3R93r+6I20Myu4g7tTOj1YndH7eqO+L2kMwu4k7rLEp1UvfHHd1V3KSn9TZgD1n8+YDdd4v7QFEL3R9w7+4otIcsdhG30FnYavGmg7Cngn0H0VqttnyjRe+Q7ewDSSRuJjr1FofRUZpus+lLGTCepsTmNDicNjmfDjzS0c/QO/QeDmQN+0og/nR7Mhkin3iJdbn2GdOZWXGoJrkv+ssgF9gxq2Hb/XUBaHH2uUD1c31R9qwn7753QzU4qNz33juREaiuGk/8pifa9OcDwkdvucB700O/f/VMBGrZfPnzCXnXoHrd2ylN85TS+hljwo695i/N1gsPJP4hGuFmc/ThFkDajCmBaAhdOAT9e9Lywc9qlNKMQ4s+P/ldDRh1KmfJCksT1PV4bdnIuX5S5f/A+lO768HaL9UXU8cFoEcezYmPOaeSVL3Bxyd2XgcrLaon0YFARJ/ZQdKnBUfPFCccAgsf+uKDmtxY9P4dPcN3bqgEB3I/3LT+PhUylTz++vAAFbps+M/Df9pfAxbUTXwnfoEK+U2YH5nzZj2kcVQHSbk1r7/00aA28PJfhx1UBke7446SaL6aG+BV0+S/veFSIry5qNViD+lQn4lf95vdCAfSASUy47Z8nUoqWb1uyLstu+CaJ4buWbjxEmT4WnApJuv+lrhTYMxLD7zyr60rQfIno+777Ll6cLY4wbXi2xp4x6v/2FZVexwUknBcp2A63XADLBtJdloHFxkePpEZcA3GNB+8UFnRCHEy5s8+3Aqjct58Xl50FWZVPd77jXuOwoS4F46EFkWi6IZ0nJrLYPxdbYNbk/shWrfCULQrb87xMaVt8Gho0W2mktNwTvEHjrK4IJQjResrymKlt/c/uvuVVQoJV39J0AwVmrJJ88moqFipT/WU2F2f7QcPLkz9cq85FI0ZfmTV6TUKaePZLOyhFl6srBi71eiHmnQkkdvAlDS6EqB8KO6DwjN/7/RfVQ1vaK+fr5Ni0PLtETO3PFMBynEUOx70lyL8E56KOR4otbqc363udQWY997YPquhCVyoQ2lDsivg3xe/iyNoAJRWGVfgCzLJyMfwauuRktqhjXDY+cjdiS+ehYQda8f1QDMJHROV7nhvwMk4619N+xrsXZr02Ii1kYjV6VOwbCre0dYY5CyLC5wc1Q/lKcnOr4PZWBbTV12HtFsej0prhyaFbDkM3oL1L4/eEo4Czyy+8/ySYESqaj/WDAhNiydEIqqn6ecgZjMunErCyVI/kRIq7Q/GlZ8Wg2jZ+/eSRi47OCcLNsNhU5fuuXbnfyHO/hcJ8lEwiBbeBUbjaVNvHINMV41gA2bnNlsj42H5JUDYUBL+FRxABDNN4dZjNVw3rvxK6xF/RPc5vBneRgXQCKNGbF9zcWMLNFovLajMrQL97v729iC/ELTVeHLm08+eBlj9vZJHxyOR/O0IY/s8oZAGE4K39kHp86r3rXxfhZbqHLevaGsAfQn9q/ojDVbpPQ3BaLhMGBKCCC0GbLwAM593BU2Li0RV4WWb501shESVpfua4En/0KcHDhmAThQprHMDa926/51bVycBzdPAYMlw4aGxfywKk7IpMVrBCG1/LMnvAT0G5tfDoRToApRWixRoEAVUQ3oO9K6FO1Oa9uT/8xxk51UYiidEnRONmH78UetTV785NrcC0Ksi3VKI/zO1mu0/PVM7vmB3vBJ7sAk/ACE5qqs=", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtcVFUeH4YQhoc8JI0sE5ZMc1PmzgOm3ToHhlBcCxXLTDccZy4w6zBX78wYaGspuqVbq5XW2u6Wblm6omksoq55rhYa2y4g4SqLr3CFwDQQX4hK59xzCTL245wpPvv4NH+cmfO793t+r+/3nLk3dqYwKfsWlUrlCsLDw4KDt3ocfLaRWIh5vN3lzvbrmiW7hbxMMjP/YPsfsKm/Zcvotk3Cfc4MxT/SBDHP4jDnWsQc3t6JP72slfF/Yhv7g+2/zGbqssk7zdfsTBGctu4ZuZZO7tfKoy6TbFbJopBncdutXoKMbCBOHvW+gBg96dKJTZvAhtL7hDLIo4kVJLvSsqGMFKXP7Ie/Mu3OHHys3AyTKI9JbI4SfckpkUZnYEMlURTnC4rTsVTCRDEM8VE6UFiit65oY5mz6gHTcUy+OAryuhYySNdFJbYAdcw9pm58Kz1VCUf5nip4ZnqTmSIStn4poCQfQBwbSFGJyQcQxwZSNJLgA0jHBlKUxUZbBWRkAXEJvoPYVMVpfVAVp0hRy7ItKY6YNnXFj4EFQ6Wr87p03SeizmstdR9tOjZVKMGxEZzqT8/GVSolvdct6qEKvS8E17MxiHJV7zUbenBV7zUdeoLYpKSAmDZXRRV6JkZ0gZgYwdHmGpgYwdHmGpgYwdHmGpgYoaPNNTAxQkdLbuidEeSJ0zWIXHDzIi9Yc/k8DBQLHnLwebzT7coO6LkgnYXgIdnlEqx2fAoLzhseX4O/XmxywWw+k9w8mXeLllzeJlocvTzrmnPt+IIZe+NFewQ23HCPBv9ItYu8lTiTZ2aHYJ31lN3F97Jamt3mwYE5yOOMPfLbqwXKqeRYnDZXtv+/E6rSUn1C3yfcS4jfIeFeyneThE096ajX9n3CUTdLmORgFjzkZmuf5d11pivbJdf3eQ/4zzJb2Q855czT9X3C0d9rwr3Q5iYJG5V/bcqBeMOeF66irzzMgiDa7E6Lm3fRdyFheJjosTjddndBsihaCihwiFwL0WN1e0TeJl+Y0T1Ptbgtvey9Bj395/TN8HhyibzNJVb1yOcG1j6igacsa/+h/3Iw3HH1ufN1h66j3DhH/ry7VbD1/Lipv7o8GKqEhbeULS8HCfduGFCVGgg/StlkP7Z1KJzsjn+tc4VKus98x+l641VweKErbeW2oTDlwc9ri64Ugcfe3LjpcFYzSFt5sV/WbzvB8PCQkncKKpF6V0BUNAqAIfHDF7xgioHzjBsfnDKtCXXGXrvoOaGBs7MCK2IOqGBx6JyiX9fVoKXVx06EvBKsxNkABtVWXMo8WYaqiqde2PHPTkDjDoBH4/stXGU+hJ7cmR6q3ugHy4ZuEXMj4+Cyu6xnn0hpRWtuH41vOQNGrVhzWdtQDzB42TW+FNE4/ODYCVdvcx36I5KXX7cRRVelHm45HwEzA956+f6FkVCIKpT+uvYk2jlL076mMRB2TM8ruy4OgBNefM0ZVfgvpBn8xpMjPomE636MCzIzUIn/CIqKBvuOlGikwonpf3h2WD3a9eqK8HlGNcVz/hLN5yTCVZ2z7Deh8JmO+2dXPK+W4kg5ft+I5D5VtIAG8Pbx3f3b0CVczfG31gAS9o7TIfCTiP07t7/YisqWa5+6L3Y/wKu+P/9cK9BHGn/6wSQ/WDz/3JYJs/yk+qZV74fOaUUHNaTD1Wjap7tORt9ZDipJunVRkJRt5P5IOEguRCl44HeP4g5KqOXdfT9LTB8I28ObSt8r9IeLXKSjdahadUytWXYNWJ+pfaDg8QjFzwmU8d5K/nlrLXp9NfksRaGvbFg0sVyt9LkTZI0gEcdDmT4L2tAo0viSCImw63BLOwJTpm1FDjVsu6tayAoMlrYPWXJ64vYKZBdalpSvjIJj/PND4tcHSTIttXWI0Ans24UeN/3547m7m0ARZt3cjFYgu0mKgqfOkYUq0dGSxU9XFe9Bi9/4+58qD74KZpyqiqsr8IPbiHnqRZQvE2EHkOmxOQyOOBO2O6E2Bv7tbPmHKZsCJN1HW0c537oCZszNGDKwOYbqYE4rMD00RmwPD4YkzfQPYiGOcvKe9YHSF5LpR+Pmt4G1ZLmyWCjral0zOJdcmX2wcS8S5YL6Q1qnA5QnnmjYnxQwKBo+WwoX1e9vQI/uWf/2I7C/tHnMZ/OiNx8CRG23S35w3PzC0ePfUUnHsTo2LLpC+3o5DE75YvRf7glXSWuWbvmsadVVtHfQMEzhs+CXwIClcRnJdJUugDdJGR4LgVTXF9EYOaA2EFR0xxO2n7QAElzjC36w5vWGO9/9XCPJ9VjdjGhdgyDl9XU0ffneC8Ond6CknFTcojZwIK6ufcEvOpW4ryCqmxLw0pmncQTNSO5n0gDYNJZ0vhlpV99726qao0Duj2sgtP38SJp//iVQh9V5yXY3/PDTkXxM/RG0re1aTb49THp4cRiukL9UOhMTr12t9CFUOo8vNw07RXVSEQllenUESx8HEiYfB2tziptdJUtQXmPHhtbqCyBIJviXYNI9uFKWW6F8KiQ7c/CfUCHP9c09tftldffDby827ivusqPs", "1: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", "1:eJztWHlYlEUYB4RdQORYweVaLkUrU2FZFrBjBxdRNEVdtNQOlt0P2Nzdz/ZAIEot8eow7540j1I7NDONsrK+Vzu8esy0ElNL4UkzChERD9Ca+WYJD57aoeyv9o+Zb96Z37zH/N53vm/jC/gxhd4eHh52X9yM4M2cwWnmCpOIhIjvM9kdhZ5to0wHb9GRkfZ/2X8iG/mfyLxukuW2y8ZgPugC8EM2b7Pozdpiva2IM/2Ofx3slfsvy3Ruyob+L/uHspQ2mZjxf57+IN5qbB+RuRyyPllslTpSNDJtvEXvMBncBKWwgZRiq2IDpYhtKhtIJbZqNlBqZ0DqHCJLTtdJCJ1N1iJccf8Ok0YxGWyaKErJeFAUlZLMYl+62GaIkCzeWeAWRHSJUY3oUAoLJoPq6QwmzV2MuDqJdqpOgNz36FqQ2t1w00BTUCqTJhcojUmTkpHg14CUbNFzgdKZzEuh/E5i0qSiHVv0VJ3xKbUzjEjtjE/qtvLAAmKtDpQKVFMGE4gmoTLJ/epF19MumRGW3KlaSVEpboeQ3mkihqkguTjrNpPojSZi3KYsvdBEjJrpoFzGsVVLF4itSLhcYuMR9UnVmdxQsdHcBWJLKBeILd9pFqrYKosLxFbDaOqqmBihpOekYmKEkua7qmNGkO8Qu5xMODgbxxuKOQsG2soGmzkLZ3XYC7tcu2GhDxl1JZlst/MGE85l3nrDR43/n5vllU3mdGRxHuew6Ys5o01v7uALSFtswhNarI2zmQKx4IY1fvghy2TjDESZLpggeCdZbDDzhklTTHaug02zTUYnts9M3sVN/jdvKhU9KtJbjTe4eN1l0ZYXt97voFvhdwfB/Gu/lW13uCu1b73fslvht4T5vJXXpYr6hvwgh0M21vK8zWiy6h2cnX7tdcPNaKfe6jA5yjJtNn0ZBcaIIbE5DQ6njTOKE/nt4yy9Q99Bnqrou37K9eZxZIr8b0SkL1plT8OwUDSrx+F9F3RNgnNhuPe4wFOa4i2/2KvGytATmtSHP8ypEZ49UuzBT68WPh6zJP75qnCU+/YibnatB8zbcf62B+fVaBIl0xdr94aiHxbOqpxw8KTwbenp3sm+l4XytXdqo/tGoaIsE9/g4wX24vm/VWh+Evr/Hn+lOTUCSWShmi+OXhSGnigP3TikVdjwVvUjJbkHNFhYNSO6J/RtXnpsodQbcghALUNhit0/adbEQFXaxR3GN4Mh86zhy4eGB6Oa04s3B4TEgWztx9vl66Tw64CP+gTtDUeDh9guBd0eDpGjv4+qOBEKHvOfbBnYEEjlOXHAN1TuztseBrXqSJiYH4PmbjqBd/KFrMu/1UGGPxzgH5HuGy9Dg6sbmoYdVsDukk9WRg64LMw2PHQ0WxuNxm5/fc3IaWGgnNIvPtYRDJbPr25+vDECNfQYOqq1OgLkuAu3+1H9+qvCk4r0oqw5cZB03zr/7ERv2P/tOGyqFB2rmlGxv3sCVNaN3hrjI4E38/PG9DkehYiX+Xktgt+lVUVbfvGFcvX6e++fWKtJuuON7vvXJEKfVXOwxTiuh2SNmV/VCPUV+MAu94Y7uYiaB5Z6guVUyxtnD1wSlmwOeGzD8ESwjHti43s1njQ+Xc8KYthPJMB75658U2rqAi/5Rq142NQDHRxREPxARhQ4shc1S2JDYOfwtDmZxyMR3lX+/tdB8IOX39zY2kBQ340ZsVqKRJo8q4AdM1+7f49NDuI59QpH1A45iOF8NQIeJ+oGhqCnYc/qwSUJoArBOyyQQ9fsRKdXeTw62zRs/Myt/jA31lA/YZCU2nM6FonxbToprFv2WdymRj8YF9hv88tnwtAn2+W9dZVy4ETDWgUS7UOyZk10XY06Mj8OxHkcT9FPvQyJPH2mUTBi1uyStmjq7FVhLXu7If/iBHNpeZUmasCxXpLpXwsT3xF+XXF3JKK9D4Ts/HDrc5ILmpLjy0PW3tMd4SxwPhb1uYCjWTD1cBcQx8ti0LT30VM1Q6Qwu+nIoen2nwXx/M91Q8Tt8lAFzMbZsa22XsDBfXdXcyg6mt2ltKsxDvJLcmN6PNoo9A1f/I3f0Di0R/nZO/3rw8BBzOsfAlNbBk7etyuaxjlAATQfpaCYYLzrx1xPmKdz9FqqiYMEYtZzAUDSrq5AAmZCnINYfqXZeXz5VeG1sp23D1xwXniQJO5yBXiTQCo8oXHTqEkvXfBFlRX7t4wP6wmEXlnVrcKj2xy4Ivgi0b65PWnc+QAoXf5Kzw9aw5HvPcvGrlx/UWjFLBtREAQiPlWO+mnJCXQDr20+stCpwVCw+jvVmfR49MKqi8knN9YJX9bv/nRQP28QS3OmtQi/IPAW+/U1rP3vr/aX+A5kyj8AycF8HA==", "1: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", "1: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", "1: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", "1:eJztWAlUE0cYRgnhRmI4VUBbxKNaIRsuWzsTg4oHWgi1h3jEsEA0JJoEi1c9edaqbT3r9SxeT61HFa2K16y1Vn2oVbyqaKsIVkUUBEWhkc7sruJBH9m0vPb1Ne9lsvPPfvNf3/9PdtsMNySkiOzs7ExOeIgz6GhNho5OoYiEiPtpTeaUJk9nCrMhXUVmyv9l/zJZ01dkA+pkCTinKjd80dNgTFfrlGlqYyqtrcUfm3Gv2jDgPyKL/V/WCLKIpzK2ozxjWHeDPrluRtZ6k/vD2JFSkaakMBrS1WatxkpQhDCQjB3ltoAEaqJ6E1lYqDCU3CZUODtGCQWxqsKEoSI4FKUS4x+VVp+Kj4+GMJG2mMeBooWCWOsE5jeKRclkQnyK5jTJhGniULJw61EcHThYpLUGcokVbOFzMMrqBHNKOAOjBIH4ChEaDMq2GMpt08bBZHLWsxhDxnBrPONKSyYshnxlCUsyDxIWeA4kixYE4kvLFhAVKgjEl6MtICpMEIgvR5tAEUJAslDbQcJKUcbXr6BmxmPkQjBcyVPhQjBc6VJWR6HuRKSsLou6o42ypSooWwgut4WrcltoJ7c6r88xSG4Lg+RWs+F5kNV04A40DiSsKvjoCeqTMj56ghhB8dETxAiKC0S4IEZQXDGF188I8lhm8iULZtpIGzRpdDoGGsf20NHptN5sSnF4fkNu5ooHhclk0GjxMWfQv/SM5/Jss8Sxo2gVuTmRNhvVaXSyUa2r54FQmabFC0qsjTZqPbHgpXuc8UWM1khriDJ2ptQZNCM/1proenbrqU3OwIbpyPOCVvLqbo6sK6lqfbIpxf7PyodPKRXd+A7XY+JfcLie8DXgcPQLdAxtfIebN+Qw8UFpyCA3axrN76fnH99awhrfb+k/y2y+icoi+Fbf+A57/a0O10ObBhzmz1yKP6Ze6nnN7Lh3CkqDwZis1avNtIl72eCOh/gMtd6sNY9VGI3qsRwwkI2FMUNjzjDSyezCsLp5jNqsrqf3hvMvH140j2btwl8idZBLIt7eX4uk9xU/pZxzYQ5Gv95n/LQa0KHU/UCov4h5f9A2dCfQlYlFEwOiUovQ2v0HfUPOiJn0w09yxudImILPLHRV0ROQ53lkz253V6YT7V/4wQUJ07HrvLxJsQWoX+RMxbDiq6DliiEd8r50gk1+aer8WdAh9Klm8OWe9hYUf6nlBHWOmAnO/X1GZUEBcGv6xgyfi1dBsXrlefm9IhDacYP0VAyDiu8H5RuGVoAS03feNXkWsLPCcjbzVj5KYT+30bZrtxbmuBUDzv4jwPlxdur2EW5MWdaxxIM3pUzB409G7DOXgKmFRxbvXXQbeW3pdW3cAifYZqsxbW7pDyCu4nOVOfgR4vRbQCXZPuQc8AtROayedwf1Pz036YmyBqVtv40tyANZJfG7A7MqwKihjif944vQ6nldm8RNP42OFYM1vx64BEZ3c7mwetQT5MAu7ECRLZhBrRWPUEK77Jlb1QFQ9Nvs9qVz7OHO6RNObf+wCokGenTOGdwC4k3cB3TxgGs7KVuVFFpQbRvLw4xsf+gdQHauBB4HQpd09LuOulwJFk95zxsSN7zedIesP15liMC/XeAFo3v0Mj5u9gAcv3vsUPfN19GeSyRREtht2Xtfb9wshfP9sMbN9lC/usk+h+a14PzhdPnkXYUouP0ns3NHloO7E0D4kD2OzAGcbpVDHkqpKlKvHGgPgyp1AyduKUIku2jiNbTt3ZFLP17+CFlw9i5M+RVxeTkPTr9GIl6Oytb92DfSuTlccQ9f7BLBdmFOm1otlTD7zNgCHz9mqqnngoficoA8llOrdogZLu8WwNIyoQjcCiEAERNTXVrC5LaGnuMiNr7zvgi+c/PipuqkUpR4fe2yH64GQAmm3xyxFN5hCAGqUUjRtBUnRrSCuXPEZT6xW3k+HQVu8zdMjT/mApO++P5B+8vNYVJrRbnmeBUK9BkRV+Eh4eRJZ8C6m7Fv1rapQuec017TZToye3oTZoggVw/2zCLlLN1vNY7Mps0/Dx0zoBotvjJ/RtYlR2bo4n7es/tImWRC70xH6HvxZJVK04whrOwyW8qsx+GYqahE+XakEMrAibcws1p5wg5sAZ1Gx0lYAwoR8XLQ6CB4LpNEoCm8+1F37LI9w+XBHx5K/mZYYoIn5PUwbPl85Qc5/Q8Ay/v1l4H76E2zCtJ84KSarqNOfuoKx7NEWQPYvGZ5w+OD+x517FYOVj4Ku7GlbTXqP9zzg+gdnhBXse+uuV6QraPbeeiC/F5Uj15ekKWzyBdmLl/1eu7bUmbhWRygTv7MnS572zVzPQFYNQnOzORdEJfaXfCwPYnoDTDuSAfcEVyY3zeU58etCoJsfvMd4JjRLd2vds5Gg87su+51JRC2FU9ZqMyTQMJC58c3EJ7N0qUGQNKOlnRcDzjeHQbscrYYsv2lrQ9ku7lCn4r/PBrSTS/2wrq3uHVPhfXIZH8AAR9PEg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWlUVEca7aaBBpFFdomaqInRMCr0Ai4xVQjuW5S4xOhg2zTS2nQnvQRBj0YNYqLGuCQkwYlJ1FFH44iOo0RjlSaChsQgrriAaAAdQJFVQGSqXr0el3hOKM4wP+bIj9dd36tb31L3u8V73X22aVKco0QisbiQyziTQae1GXRxI6mFmsfqLdY4qX0UYTUlRNNR5DPbM1s72Cb8l20jn9me2f7vbePsNkGtHeyjoSZj7MMRvTeKzg8VrspoZ3KNMtlmE7lvHUQtQKL1xjmtglCbIpwHoxCuKp7IGCSMz4sQ2QAejFLAhIbyYxRKHoyK+VHwYxQqHoxawChDeUotYrjyCWMYBY8fEcOVT7hwHcjjJpyVmisdhlFw0WAA8xPCE5uI4SoBwyhaTR1GaM6EGDvb4knsoFZrCCsA+2h1ezMX7KPVysNcsI9WiwJzwQrBl5O4T3w5DeTUkkdBXOEpQjjV5FEQV06K0LaEp2iLJ2VbclJyyh1zwaldrALsYyAXSFTJEB6JYIRQcp3jIoaProwPSr4WFEF8LchIpOSqnQhStbp2j6ieqi1SqWqLVKr4ml0EcTFP1FdVW0RZ1RZRVvExQgTxMYI1hoqPEQyk5mMEk381HyNEEB8j2Jmh5mOECOJjBGt3NR8jRBCfKLN2V3Mxwg7iYoR40Kj59JV1bhgXIxRsc8O4GGEHcTHCDuI7nRgjwvhOJxHEd0yLID5GMBqF8TFCBPExQgRxMULJuBfOxQg7iIsRdtDTGTHJZtBZAugNq86sM2njdQkEaE4aZtAl6IxWS5zzowvGOdGRG7lEWCwmrV5j1ZuMjy8W3eE/i72R9LYumk5+Q2c1a+J1sWaN4YnJHcmXyHg9uRFJvOnMej9ieGKOK/kSpTfrtNSZMIo0mLTzEvUW3VNWG66PtZHADPSFhl7++9XkQipzNMZYS5zsd8WyP8KoxSZv/4T9/yhhL4ow2ehkbWvzduHO2/6fsKhT7Z93QHvkLePOe+Bj/2kr2z/vwPbI25E3b/szlvhYomr/vDu3R96d2rrfYpv/D/o76I/y5hI077ZutEI8C55Qfk8Je/UbaTKZY/VGjVVnYe+E3cllok1jtOqtSRFmsyaJAbsJtTDbtFabWRcr3Jj1cBylsWqecgKFs9eqysfD09Fb9JdBav3mH+H3jsUWIKD+83ejVrlBz41KYqpCt6cPfe1mfjWyvpjW8vGiHKQo2f3Sb8t2g739jJulh4vR0Z++HvbPahn8bKzfqtFzJXiB7+4RRclWsGhV5jzXhhNgjzl+bcXCbAR9ND+cCa4AZPWODsEdoLDMl8UIZF3Z//7CZjTtJ8WPGf2uofkbv+mZeb8aleOBPUc3yfCDs/Nv9cqQwnHvu0/4+wY//HKoy64u0zvCw07eviDrZ/Dm8gHnjyfUgEu7GmckHHfB96JvbE3/0RUWa74+r+ofiIXpsZ3g1vE0gmoQcVf788wxjaBv9+drDFOa0Qt5phj5eAc4sijZd3e2HF/wror4Ne4umJlw/MHeBQUgaqWhtGnHLTCGOhomx3ML3vnwo99uAqfja0ITE/zx9qkk8FB32DeyS9n1sCq0LSm7z6B1DwB+6wXiqglNOtgtpWziQVSbeenD5uIAnLqNAKI84JRNO7+9WCjFDV/N2fcvSxkgi1Y9n1eEaDinOmeAHob5yVvLffDq3hXuR/Y4wcVNg94+5SIV4/sF0Sr77r4j5tEIaJaDY9zxjDXHanvPqGdlzS1FN8KCSCgtSB5Dd6gWkU1z8t4gg8L+ZHbCK7QzrwyXOcLTPS43LJp7EQj5ZGQBoe6h10D6ZBpoAwjb+drUtzKkuGXvgqo9r58BpIgn5ENyQE0zndiIlk8/c/iG7/co/1Q92YF7YCGZNS/IBy/OH5I0rbcTZHmWomnb1b8MHl8h1qUWMZ55w1R/iixG++jy81qQsG2DLyO237Xg8KcfeyaHFQE2TwKzx4R/EDErEMcOLpywOs0T5se8O6Gb/zUk0Cu1Cd3Mp4SoB31I+UI+94QjZPPdXuydBXZsIUQokmO2v+VIkUgrWIdoNUcU1YPCa27rdzg4QInwV4eObqeACmRa4kh2/AxKL+m67eYJKWZ8cMaj+rV0b67zggEHTksKlgZglyGkYsGe+OS7RzYF9XeBp9fOeBDZGIRDXtnhk+vYCQpt8ZUUkiBJJlVAGM/yhcGBn5x1jb8LvJdh0lEyCLcUHvHo4oBj+uR4ZX9XA6gX2yxnHNgr2mmztxP+IK/gmpuPC1wf6DjFo68zHmFu8Lx1oALQqhTn1ot9UQ3u1owmXyvB+kFS0kLZ6NXxNKJGIBDkfge8a+XleIkpH5DmM24+6o0Zn9xxH4FIJYDxpTM+dHC1c6W/NyzOpUSpQn5dTxaDLY5wNmmzOwOcYefr00gJalHm/dSay1MdIesLCaYsSZ9chQT5aArAhAT7/ZpqkRBG5DFA6bG99jmcSMvV1QcK9JgoxWsXUcJfBCTbdYOkHlDgy2lXXEy6xBRTC3qOXrCs/9hylHtuSnn/QxfQ9zd8u558yQuvTjOSEuYBC5UdUISq6fQRfjhlYe6+N21yuPNXCpDj22VUYO4gXP7lq3862wSWXs/+7JC/DId+/grZiZOgmaRxYck9MGhdzuKRyBEKspTqgf92N2/cbK/7QCsIYxnIeH3eF4kbPfBkYYMrQZeFGsXkkPtoOiWmuwT39nTb/9ekZhD9afePbO8UoXihseU4SWiESjRgTpTeVOkGibjpVvT0xldp2+5zgkLZNtWCFSm0sXLReZrmyy2ofCIthBf8REc7NwtQNThX2oKuXFhiGb7BBxpV7x2AS+tRDpXl5hJExGTipXQ/yHhwHpXR8ufIMBWlbimFYh83gqac2yd/GFqDfHOjLlbWlCCBD1IpZPrnhOvSrq5PTalG50rnBtelVQOBZj3KwDkqEytcoMDLvABMvV/PPoG+1VOhbAE0as+Vz+HtWbRh68Bf3ut1bPm2OrCK0i6is9gnnpCdI1eBIF9rpHgT2ZUvennBc660YjWIsq3wiAyzOvhAr2SqSEVIKQRaiYRTPMI4hzw6mRIsj5+BD39kffhz5lNsin8D0xyJuA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWlYU1caZpVdIAQIYRGKta3WalZArfciuPG4x7oVlxgCRAnRJGhxbUepy7hVndLaTR90pmrda6lWPZ866rhR3JeqqEVbRCqgwJAUnHPvuRSszlNOHv0nPy6537nv+Zbzfu8XLjETTcPS3ZycnCye+DLQlKXX5WTp01M4C2ceYLBY052b7hKtJqOGu0t6aXtp+782l6dsg5ptwzC/NL74Qx+T2ajNSsrUmjP0Bu4hh3FPxzD4Odv6vbS9tL20CbZBTTZ+OvzRob1M2WnNd9xaf+55GX9VabgBk2g2GbVWg66VoAQ6kJy/qmlBnE3WlQ6l4K9xtCDelYwOpeSv8bQg3pWcDqVyxJWKuFJo2uBfGkN2Bv7+8FcYtSPlUxNHShpHcQSTQIOJ5zHyrjSYBIfqTVAKWWs9EaZSs6gFTCGn8iUjoFafLSkCAbX6nAh9yC81FUhgeRwVSEVJiRYgOd1JEcLK6TwRxipazT4eJFCW7nDjHfGU4ABITrgnpzqnJhBV9eQyBwrRBKILj7BcHk8FUjgCUjrQuXKVA50rV1N2LpnUPEZFgxEUotXN3jw8Fa0+pOYpqKAqt6BECrquJSAlXS+R8JR0oiKA6FqdsEFJp+MCiE7HCYWUraZDSxCd+BOhVNKJvwCiYwQRSiUdIwhI5Yi6qqgYIQilyhHNU9HpA+lbFRUjBM1TUTGiCUTFiCYQnY6TflI5IskqutlEQGq60UmaUE3HCAHkyMRQOzIx1HSMEEB0jBBAdIwg7a6mY4QAomMEaXc1HSMIKI6OEUQj4ugYIYCoGKEgwhJHxQgFEZa4ZzOCe4lnCeUWrHqz3qTL1Bsx0JzbO0tv1GdbLenuLTckdz74kmixmHQG/IeOKfvJzTTef2w2PHeKXsM9PFxvNWsz9WlmbdafHuZeHyZlGvBCEvamNxuCnFq+duSf8cIfkg1mvY5zpgngEKYc7mFdlkk3ebrBon/Gpn0MaTk4vizuJYnB4+lNPfiMMrTZaZZ016dqJkxaod4q2YvPW/xXeXN3Sa1N2JM2YaHFBFaq5C8+4eDnmrA/dcLylnmrFC8+4ZDnmrCIOmFZS4VTKV98wlEvopUDqVs5vuUXuTjFn6SPIw63cZLJZE4zZGutegt5w+qHL0NztNlWgzU30WzW5hJgFF8Sc47OmmPWp/ELE5rvk7VW7TMkOI68MVQ8GZ6eW+L+r8dZe/X89co3M9zZMLcRbTuLoqGs31uPYxrqGGbkuztQVhQs11jb58/1h8gxad1LBnuyHTTuBSttIdC7r7nef2MoFJ5xuuGyyJUVb+17a4b4InNs7/dL21SGQ25ZB5nnN27s1HC/m51X2JhXst6bsQHvJ+E3KGVq9lxd3LBBCsUXRtzv8oMfbP6R++DE1uZfX7XgSAiUW3YH20+KoCZl9IfxF+2M1+J2ut/G3GC+Vp3uPmhoBFx4j3PwkEldfqjm9VQ3di/eTl/YDkbi3V7z92C3mzM/qpgVBdMGR4VMWiqGSQMfLtM88mP5eI9LQcwcvbZ7vgS6ZBc478vzYVXj9vb3dallclzWeIZ/GQlB2sPnOul9WFtFOSTENjBf9Xjz/JoO7eDg1+sHsUHlyKMypN+QfVLonBRRflvtCn+7feyTHz5+xFj7rK5tU+IFW2ypxiNzguCrzVsuj59WydxYtSBvzLn7jPEX+8aqleHg0+dV7MqGpr7tfamgMhTipPBu9EFXCOQLuB1dKpiCV/yg3r+scJurB0zaZ10lcatC+LRsqVtEcOq344d7VQQCrsaZj1JLmRkb3sSRlCI7dttolkL7/Mcr5tjPCnZneLxzZvX2YhGoHsTjozuIOm4MKk4e5QKPGs7jSnoDf0xr7yJ8yEvzs+tQMp+4HTXFVb19yOQ1+bEgHXo1fNa6UDh9Cv8MCGT5OLaEwlac5WBct91x/z2U1jGYxVXHFbcxBlNl3vHhEriKwzbmBbMXjxiV7xfeQwnf/mfagfFiGLxttX6h7gKTwC/UonldBvzT+6gntD3Q9dOOksfIOGL21u8mliD9pgnDh70WAekLdWOv9alGfF6TRWA/yQXgCfPgxLre3x1mCmL3/L7A6svau00pWrgzGl6fs2TP5EV+7Pg3TgYck8aAbQ6upCYYNnLHeEvEpvi6dFpwUQp55UO/j+odCStTG5NsxgB2Fp/wQ4ZLP1EWCbq5V97OlQSx6y4qH8Qf8WV5fpZHwyfXuYOtYl5ZljM1fEs09Bvyu8Qy0guCl6Tcc1N6s3e0GNFFDDxPr0mhW2zKzHnbnFn+eb/b6KxpvEfRaCmsy9h1z6LyZMXFyZcrH7VhFy8rrW43LArUm3viTqxC93F4eeX1TIUfLsymGAjgaPFLFTKJcOa3oiB/hf8M9WYn4PvZVsXcZdaXHCiSwIb9B0M7aGzo+u75s4p3NTKkXh7ApR0SFgjRuKt69WxkAtU99g/72AvaPcrCFQ8Fxb93vJVdUMOkRidW6U5VM71xVCmjQ0k9verRuYETA0Yl3Ge+eL/DoQ//FQEnhuPOKHKHEM6BqxQ4Famt8QTC+18R39d5oYRH0+sQ6dsSNJEvaFto5Ggoa0Ck32sQX9c1AUD60pfse7gBjcX03mkPAi1mw9r+YuCijll2GpG86hEf7tgIWM+1T0Epc/wOLkRPN4HfwbCaC2dfBTqBWWu40YjWLtp+q+wfbhAcyT25jenBtVOjq8CrOsTLwQ13QZ/K0VyeWPWI6Im3EF81KgrjGuMBiozPSDaY7KhgZTfngaXtgVvt5CGBmRyxT4hZvl97xMIqvDx/aTiU3PRZtdHFnx2LaVfx9/aAZuMd3IJhdvGu0TV7fFn5O11xq0pgFCd8RdGw/2cxjjSEXfJTppPJOQz4c/lUCtxpfOspYafd/Dxww+wguFJUp/n5TgQcwqfvHitmY3+qx8yvY/j05kmA78vzYWw0T8AqBrMBQ8Rwbh/nIIjFXbxpwnl3tqE25+bnZ0JhrbTL9fZHxSwWB8y4u+izdzhlE8EHbkeWy6bXMNw4KCtE6JKoOvHHdBHRW+t5xPO142XkFf7luDdOegN2hitlQ+Q87ag7rubZcW1BH3Z7VGihO2A1dheJqxE/F+xhgKfSzi8e2BGf/6Ay0vc+0WT+lD1EPG92BBBdOOoKvNzdvs/w9ewUyPLyo42Bfng6be3rxfJfBRKzM/DfGiaj5cmZ2fwvzuZ3ms+wyf8HznaOJQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtclFUa5iIwznAXRNQMXBNNLZmbgKvnIGjQrimXpbxl4/ANjMGMzsVERdu8ZtlaZpa6aru5ZpliihHqnoO7ZeIlRNS8hqICogJyZwT6zvd9LoPL/phDzu7+fjV/nJlzec55n/d93vc7MxM8Sx+v6eHg4GAUsc1EfRqjNqcxmtFkhAz/Xms0aRwf9iJN+vQE0ov6dez/fmzSL2ws5texX+DY2IdjXKVyetgbp9clt/fIXCxZH8q10gRXto3Wm2expc42SDgHSdDqUmyASGPJWOgoGoyMaxU0lsm6cYyca5U0x8i5Y6RymmMUXEtlmYI/JpQGo+TaMHoIVThH8ZZRqUbAKGjOCeMxMppzeIxMSnNOOK+bkbZi+NX8m82ErEE264BbHcq/2UzJGiTrBkhKZ56Q3DangxVIarNSeTL8m7IbIKnNAufJ8CA6RQggOvMUlMXECiSjC66yO+Ypu3MSba5zoDDKcseBwimznY8qD6IKrpRPDRlVNRYwVA8KPjFkVHWSl7jM5si2P8RkVE8kwdt0SSt4my7/eM/J6fKPd52cTkG87+R0xZV3npwuK/ikldNlOp9/8u6kkpwu0wUQXe0XQHSK4GUkp1MED1LQKUIAUSlCKA+K7tQUBZUihJqioFKElC+uCipFSPk4KagUIRW8R6UImeAIKkXIBEd0roh4cxpjDCATJsbA6NWpTDoLNGSMT2PSGZ3JqBFbb6hxIT0J20QajXq1VmXS6nUdN0sQ/2uzxIw5TAJZnMiYDKpUJtmgSntksTv7ISpVy05EsacxBm1PduCRNWQoWmtg1OSwBG+C0JvJYnWaXv3qa1oj08mmE7TJZta+NPLdTev475u6cYxSVLpko8a5g8/4a7t1dQ2zP22xPWh34sv/TNuqigpXDFm4/XlLuuJNelG2EnanJiyzTnv5SPsT7sTEn0G4E/d1QVhuXbLkofYn7GEPZdPzVlpXXbnU/rw9/7fKFp6ZUuGKI7M/Ya/HSriTgtgFYeHOLVw55fYn7P1YCXeSJ10QVnYgrLA/YZ/HStiJhrDVD5CCsP8LfP274tud0uVCG2fha8DDa5z8kbsbSTuycZReb0jW6lQmxsj/ck0EFWdW6UxaU0akwaDK4IEDOJcYzGqT2cAkcxOvtPejVSZVJ3dIRTgfgY7mMWSK/HdHRleEnfsmfb8jjH4rrdSy8zQo2b7pn0FZ1eDM1WLJup0NwBIx59Sqwtso4jfPL1z6bA3YfWDWkgtjKtGV7GWLCvaVotxXezZtS6kAI4KfrE1LOo2m/+lI3ZDpLtCw+p0b95/MB5kcwIKGF2289cSOB0j3V8dDLr7XATddWAm48RBnqNVXLT+WeA3k5X88/kDNXbT15Gffn01ywVMCvjrtcLUQ5ca6Ow1b2QyeMjttFG0Sw/zEvE8/eaEBFP/dc7PsLxawNC72z68PrgHLthDgB2BHxtGhEe+Vg/Kv9jiXvl0ATsz43XduY8rRiqlnDpX41aJpe9GdLYc8oI/yt4fjz/njlpW1l847OuOgQv1Mt1MuUNNwQ/Vx7wDMmV32HVJ+PvbFaXtFMLNg35S6cF/su/1wXsBgNzzwHfPcfmsc4DNtwS31dT74jetHPzz4QREi1hxZUQXCxz9naPJqRJIJxPLbiFgNeznDiuvKvviSGLcy5KBzgCWxf1TjbTRoQ9vaxZZ8kMVaPSTdA/PxqEJNobd2P3WjFWS89Kni5GhPuOXloce9j3rD+ZJBQxa7O8Cb7CZyvRf2nLTnfWZVJciBrCV9euEBO8pinmkT4U0cDQd8KjDuYr9FlWA9s0o943It4vxe5IGVJ0e/cPrdMjScCbz+UkA1yPa3HL93zAsuZ6M8xewEA3skeY74sgpx2wW3gbYvF97PmnwTHahpKZpfXghCP3q6z/oiB7yuD1l4Ffkczc1Z49qCasn04AawsveFUw0JntjXD3x7OfsGYlUnf/01b8iFPa8vrvv64uoWRoLLyfaZEjhpQO/ZE/cF4oEt9ebizTfBQr/dz11b4A0DyDZqb9yX0FD54OjmuxU4/BI4ZCInu2MNofWtSIibGB9krajq3QyGsdb1LHOD5YNDRbs2i+HcXW9dSnWoATHXFrA7HwNJWz//4oeZFuDFBcIFp5wtnT1sngiyotn0h60/An4/C/iRpMUbzSBk25tZ18qb0PSgyGr1iVYwbdzYsgu7atGS2cSS/aDCSDzYAJq8iAIr0OK3v2YzRQKfjnjv+JKYEvBDVe3zU1b0gP9I/uyVxPhGwFrVf2pyCdr4EXnVAxJF9YwTKKo/UUoTepETbDO6Msj1j+uX+sL6DVfWrXTxw34F0exWbSgvnCRoG+DCXxKIYyY/6GM8fxFMXOYxaY+fM/xQ57sUr/bDC7YPZ7cU47NsVEJXucKRB0O8JNme+MSSGJT5RDVKTyIZewYMTJvPLm1FnFvm1SINed0SQTY5AuOmuuAHO6sLJ84S4RGcgfdQCZH9WlfoUTxi7bYcX8zrvg7NK97ss32ME0yecXmCc6MH5vqH96JcEu6GejC3H4uY3Avuu806bKE3DOEcYQG8XzxgJlC8nBvrBbnyNFcEswyp795dJIF4Guv4Ej94P/J7zdnSFnAnLmfA8goJlmT/jc38fNB4hN3gfX/M1bWhvXBiPIlYPeDCHeyPybFrgzzxF83T079Z7Ij5/MwRdH0GTeCELYafzBkjPq/uj9dsIA70wEHqe1PHLfaGM0n6RQTgc0l3nj0YgoAzScRWXzialMur7phzn7MfzuAEV4DuYDZAFg/MxV/kjTmZzXfHisow1lOtgHtERepS2C/x+nRjx1re/pdm+6+onYxJfwJ8rBeB", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWH1UVNUWn+F7BoEBBvlw6YIEEZ8p3JlByOzOCKGYHyFourR0mLkwkzNzZT5U8LMsS7Ise0biRz5NnyvE0DIzy7tR1/KpPTSTpS9fiGQqLO2hhjwwpHPOHRWVlpxZ6736o/vHuXP3Pb+z9/7t3z6HS1w+P7HARyKROALQMI63cAaXhSsYhi3YPNbscBZI7zzpnLw1Fz9l/Gn7Q9nG/242r4dsE+7ZJiIt5fZCP7J4u1VvyTDp7YWcuRNdHuMejmHC/8E2+k/bH8yWfsdGdqi7yhnJ24z3nvC7bDw/hYyqXLzJ6ey8Ve80G3oI0tCBGDKqPQFRelKRMZUOpPYEpMnGthQm1w/dcs22QnRCPAqTSjBMKg1mGBnT6IITQem0IBKdmia6NBHD0Hlyo1Q0ntJFTAqdJxGlSiaeMnlX/iM8kZomU7vqCqPgoitM01MyCCiFslZdQKoUKjIY0dMwKk8iSMVQeVKJNzpPIohJ8wCkUlGFpxY9JVN5coPSPQCp1FThufejHu8tXUA9b0TRhXijozzVE8GKO1IKHXtplJus6MKD4jLJlK0hnp+ktj3udvEkJBiqY8MtcarY3LqjK6w7IboaibpT0/WSG5Tige7UPT6mu+hOTdcWbhCdwkWxquk2fzfIE4Wr6XZXN4hKEe62UFMpghE1rqFrQFHkGipFMKKMNFSKuAOiUgQjak9DpQhGlJGme0Xgb0BHJH7h5OwcbzBxVgS0Fz9t4ayczem4f8ECX/wUiAadw8EbzOjvEd72wAel/O5iecWzuVw8OY9z2vUmzmjXW7r5+swwmdGLDOSNs5sVyPDAHBn6kWm2cwbsjDxlWHjDrLlmB9fNallmowsFZsEfMeaQh1fzJ6kU6m1GR4H3b3UCo3Y3+f8+YeWjEsaMZPAuPNnQ07yDqfNO76oVdfoDAsE84oUzeN5uNNv0Ts4hfi4GoSHHpbc5zc5ind2uLxaB/QgldpfB6bJzRvJi5r3nTL1T341QNRrxnLk/PA6/wv8ow9apkXu+kbwQBLXzGgekBATAL1GO02G7ImDLV9WRA3Kl8M6iW0/MHh8OqRVPPTdtZyTsODNjzoQN/hB+XXe8oNYX5i8dOnarPBSW5mSvXzKgVUjelxgSqAmD3RG3jv0kC4drP4+ZuixNDs80+ahDUxXw3fb26VbfaDg0stJcV9QhnGlGE/x6QZX3pRUDrSGw/Y2zJglfLUT7TA5+nFFCrcz0mGXeRVZ1aOcQ2+ZmdnslCuB4bzic9MSqY4vr2WOKw198/uYNoTOu46YrNhLmBcYPXLSild2fvGZQ1OpT7KrptzPaK/uC15e+YUpWoj2w7O/PHWVuCkFF2JM/nHnJkfXXm3Xse3FvuYr6KIDcp4WCtM5LVnquLyB26ryyowBFs2s9HwafTm3Z+11TIjRMQcQtkcPO842rd42NEeP+OB5O1E6+MnRfJ7ti7yxZW2wwnORn+NdEXxLgyoYnB5+qZ4v6BNU/rggE49fPP/MP/2ZBfnrz7BFjwgCxdeTgyFBYyGpe+CJpIJSvIRd7m2u9oP9bCJS9HVKSWuEF+3FZXg0GlJvMlK8AWdvGwk9KEyBx4/Kq8+YQWDvpg4rKqAj414jiKdtW94f4ss63F91qEuYrd4w6X9IHCB9Xpdoftqw9FFt1g9WG6w9+W9EH3o3ChF9nZ+NwcyRay7ySLYOXKoHksfG4EDn6WSwNQb1kj/bl/GDY3H/vL6/9vI/NIwtdZoluwuJgMBfdMKXMV1vz0XHExDXhoPGjmXknZZB0NWh/crSfez05nMhElT8aLvIri4N1qk2fDkuLgQJ8bY2ABJdXecDaJPga01IpAT0zKXlQUoybpwQorULEM96iPmsiQPTXwuquGRCz7cLo8yUo4w4hiyw0XwjcvbX4cKMSLu5IuLC0nwKITNL7wfpQpPSyGPgAVaf8Ygh889jZtkXyASDmrwAi88R+MO3bL39Qfh8Py47kVW+LD4NR3lhp3hAD02J1O3vDgutVz84q7xBMnzQ5dq/uDXzzq0fydDHw7yw8UQ5PfjURSeu2gJolK6GlF6BmEq5saBDOlnZwrR8q3X0UBjmzyueu29QpEH7GyME6eeGOz/JbWNKndT7apOkrD7QMDIKnUHk1/2wTELsTE2O9tS/WFZW+dSEAWl3160K3VLI1r5+sqw88x6JJw8fneEEDkmmvomsCLk/knlBYrpv544lNgTAHT1+YBISv1xSQ9dmNjlOfK6EC0zk0Cdbsew8pr0YorL304l9uhkP2ENRpc6SQVphp5psb2cvIWvZ9MDyPE30jAGybpajT/ACXe80gpFssv/YEMA4/N+HN0wpYmeuML1ssA8NipND346FoBOqA5nDAdFVfjoBY3DBD+sO4iBVjmnyk2lH2tpDGuX3def2H/RiVb8M4f+1w6bhXglb2ds87JUyq3vbheO1BluTVEAekvSWBWjnePkra2QVYQEfjIB7L9qy39r8HsDBbBaLqVd5AdovlUhD7wQuq7KZ3ri5QQqvfjPfH1sYCOUJ0tkJ0kvPWB89w6X07L/mE6MbG/ArZdAUQ", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlUVEcaZWl2ELpZRBEUReOSUegN0Jh6iDq4KyhqjIksDbQC7XQ3Ku67JlETNS5jDKNxSwwxqMElolUY0IgbOuC+xV0R2RE0wLyqegzgcCZdjJ1z5hz58ZpX791X9X3fvferfuAdqQmNEZmYmOis+cMwTbwqKileFROKR/DwULVOH2Nafxak1ySE4bPgt2Nvx4wwNuINj4W8HXs79nbs/2RsbP0Y6Tpm9Wf9NInRDWf42iB8vx85SsMs+WN/TVIk37YMg8gIJEydGGsARDoIj/n5tQATyIKRUYyUBSMnxwA2CHs4CnL0Z4OQaZgyrSRHpqQp6TRMS/NvQXECCEbKlLVAivE1FENW5Us/5C0BKZhAfi1ZnvR/ABnMbMqcliRCxlgmOgX9MFhFNNf0Q9kCkIxteZTiUoOV1AgkY0u5f0vqREEytuUFtCQRAoiNEYEtYYQAYppJSkUoZRKhVBAhE42kgp4MNr3GICaWSwU9GWyVjUAyJo+oBzF1P5o8mcEZb+iyMoMT3gjD1GSoqcha0JplTI2JWorc4GQ3wjA1M2oocqb6CBimPQC1E7nB0muEYeIBNRM5Ew8EDBMPqJXImXggYJhUJ+wBFC3ZbSjY3JHKTsHWJqj9KNjaBBWegs3xqYoUbJshKgkFWzun/FYw+bDQLxVsuw3KPAWbD9NEKNl8WAAxMaIexMQIKU25kokR9SC2ziyA2DozLa6SrTMLILbOLIDYOjOlkZKNERTkz8YIAcTGCEpYfzZGCCA2RgggNkZQh/VnY4QAYmOEAGJihIzasj8TI+pBTIwQQAFMjJBRWw5gYoSMekRA84wITYpX6VrjC3qVVqWJilMl8EBt8oB4VYIqUa+LsWv8wBgLfIaHgnQ6TZQ6Qq/WJDZ9WJjtvx82OnmqKgzfPFql10bEqaK1EfGv3WzP/xIcp+YvBPOzqbRqfPtr99jwv/RXa1VReLIwJ4zQJOGbo+I1UVOmq3WqZh46UB2dxK8vHr/iUpv950OtSESxEYnRuhjzJjlr2A8KXywUUuOHbW+MsM1Zwm4UsLR+y2D8uB3+KG58FmxowBasAQtbFuHLoEJu/IBbvdGAbZkDljXZ1iiMH7CjMZjNHrfwWkYotNL4cTu90UI3k8U/kHL913php2z8gMVvNGBL5oCljVukIsD4AUuMwexm/OG/xy1QWujyikDjx+38RgvN3Jv9m7y/+xMs28UYdbZhrbPw5b/+lf6f4NyuxojbmjluWZM3w8rXtq7YGPGDgzUabbQ6MUKv0tG/b+KdxaikiES9Wp8cpNVGJFOgF0mJNilKn6RVRZMLkxrO+0foI5rZQgdI6dvIpstT4Uv4v3XwaMb6LxxnVkrQ2T7DL6y+YYcsJS7gxA0HbrHDiB+/VDmhezu+yuqQZoFcPU89ANstue6915yet9wdlV4cFunk7oSya/fNKk2z50Thrf6y76YY6X021H0x9wk8kSCff5ArA1n9flDf+tstuLpwNlDcMkdWxW4hI39/CZbMzt0/Pr8DOjNxyK9WRy3RwrsnNx5ZvwX0WOZ29dyLV3DCPzPuuXjaotz+V4rLB5twK7sWOhxLs0KyrL09E7fdgxc6Xq+eO7kEaKsdnxws8kAxy6Mm3jhhhk4O8f8kaFI22DR98zedDpeDslVh/JKuw+1T+9pe3vYQkOdOdEaZOVsHHCgzRa2O+f69u3s1mHe1b/K4b9sifnHuurGOqNuHnx+v6GrKiU/+fGil5UP4bt6mh567iiGfFH4mU67grrItmpAGx2R+u304txa+z6MVZ8tAun/V8ejdNaBW9eJ+xNZnoHLDzbXLluSAlKJdJ4YctOWGjF8acCm7CIiV7x0NXZ8PetZ511S6eiMcTYZcjFxXDH4qkt8E5jPsfLrOzQUzld+/P3ZCBciwwIWpAddSX36YkC1CFtvW9DY9a4ZGh76z5ZM0K+6R567HIXvaoMitl+RFh8zR8EincYE/VYPnBSiwU44pSv3sepyJphC6TR7Gp8ScW2XJF8K3A7qZvnh2rkyCXvWeem75xVo6n4eY289XdeSUazwX8A0P4Jl5IXDO1yaIP3oGxIqQdd+vxvzjezFH4ghvh571OvKOo10lnDRthJfbU3Nu0ahBX8/vIkIT+r3/+GpqDqg4fO3TGpUdd2AxLnxHhMv2Y7ATisFpCrfiSsoHj19a1R7NxtN+4I647bePtWpnyu3jq22a4cYpPvp5kL3ZERBGAs+Hvt2/c87NcuD8+Oqty7sANw7FmauBdgM7J5ltKgMPInAiakHgpWyeiUVAd1lSGnTekeuFH2dRA1bPxRHfh+d2n88PP9MJEVplSlD78vjwOXvOgWFEAE9AarsPovvcLgUV/PICwm24rbH7n+oqnOj6NrdChB9LJZzlgnXBn8W7I6uP+ZUMdUFxHeNnzOzsyI1vffCCiZcHun3Hbu13ZvaIZ9dliVTMkXnjndGsRb2G7rQ9AOm66gDVmTPSFC85NTrzDjzktaRg1KFzgOR18lWAVbUw0grF5j+a3GOaKUevX4Tprq9OPx8kEup8DywQZX/u598R7YXPUt5LNUUy8nMPzF1xeIpNsjciuiyxQIT2imJIP82Q6NEKXmn2iNhAegnY+9uTdfvsqyAvyrB7D5xQZxyonYgj+kYiBEhhyiHVzwVwhFdLsZslcuOXc+qXa6ATIfZjsC7Phk9JG0R9xQqFYnocvwPzZzzp4verB6L1KofWJOEnIeVvLSBl71EApxBBV4H7i1LO7j5fBibWBr8sLCiFA7A9jD8Av+HVXJMnRrhaIxysEJFjn8egHRaqiTuaT4grQdkd0rRxq6sAjS8LOtql70w+WQiPZbbuEmZhw/Fk5QX2CGI2p+/MBPqBX1ZafnwFkHVaVwMwdgKf0mJQoMMZfwrJcxQOHJl3ZQmg/lkBsMoTfmqP2uPypDgj7Ea/LzsDST3evQ+9iBDrwBxeDRWHa0FmYKfBsxYVQ0KHgWYIw7yyxRwp235TRP3PHuHVF2ZIqB/6Wgjx1MKSKN5JQ1y4ZbvG5kiz2iKalxcwgRi0HYdd+NPhHRAvDmuPlCrI37S353NzLkI6xre72gN58fbRs+4qJPa80YRbqMOBmyAetep+qQb2Ox/DM07MHV/KT7DPHhHfSsoFNh4pH3U7bS/o2hT5kQKWAo1kEcrxtubm7DkQOS/QB3XF6QyUICzvTdMtOEL3NR1R2HrvVUklVkhJGpAlR3SV4Y2Izw0QI+objhyu5vASbzSSCKgtanN3HK+sOpDXQ9Xm7kYvtBjTwrUNmk0CsuGKTv3S74dunojYZ0kbNO3OZvGOo5WA+ow7N5o0tjxIeVcK+aTzxtGaylp2Hz5DuCC3AfGD5+6cy56//jbTpRjMIr9EgzHYgJwk3Ja2vW76WD6AZ8/wP0NFCMt+R6o1R/l5BeBu9CDXHJF2dspayFMpxGzZkFgNSb18fNBhLJsQiVCfh5DENa4I3Li8gK+ECXeDV/UCkT1HtjJBibE6vVaToGva8xv+QarhD57NjEn/BWgCcyQ=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndUVMceXmnSpSNFBPXZfcouu4BtBjE+NXawxBJd2UVWgdXdRcFYYhI1MXaMLb6oUWNDg8ZY0Rlb7CViiQ07WECRonTfnZnLA3yelx2em3PeOe4fd/fOvd/Mr3y/7zd7dwNGawdEW0gkEr21cOitjVVHJcSqoweQETLcS6M3RNepPAszaOMiyFn4h7EPYyYY6/uex7p/GPsw9mHs/2RscOUY7TpmlWddtPGqqjNyrQe5P5AepRFWwrGrNmG00LaMg8goJEITP8YIiLQHGQsMrAUmlAcjYxgpDyaIHkP4IPzuyOkxmA9Cl+GKtIIeuYKmYMtwmRZci+SEUIyUK2qhDNPOWAy1qh17C6oNSM4FCqyNedL/AWQ0sxlzahMIGWea2BLszegqYrFmb4pagGR85jGKS42upGogGV/Ig2uTJwaS8ZkXUptAiCA+RoTWhhEiiGslKStCKVcRSsUi5KKRVKwno0WvOoiL5VKxnoyWymogGZdGVIK4uh8LnszoiFd1WZnRAa+G4WoyTFRktWjNMq7GxCQlyOhgV8NwNTMmKEFc+RExXHsAJidBRpdeNQwXD5iYBHHxQMRw8YBJSRAXD0QMV9WJewB5bXYbcj51ZGUn52sTTH7kfG2CFZ6cT/FZFcn5NkOsJOR87ZzxW86lw2K/lPPtNhjz5Hw6zAKh4NNhEcTFiEoQFyOkLOQKLkZUgvg6swji68wsuQq+ziyC+DqzCOLrzIxGCj5GMFAwHyNEEB8jGGGD+RghgvgYIYL4GMEUNpiPESKIjxEiiIsRMibLwVyMqARxMUIEhXAxQsZkOYSLETKmESHvZsSAhFi13pNcMKh1am1UjDpOAOqSPopVx6njDfpou+oTRluSMzIUptdrozRKg0YbX3OyCNt/TxaZNF4dQW6OVBt0yhi1SqeMfetme+FDeIxGuBAurKbWacjtb91jI3zoqtGpo8hiEU4EoU0gN0fFaqPGTdLo1e+YtJtGlSDYF0secWnM/nPSutSjMcp4lT7avEbMqvaD4hcLudT0btubwm1zHrerOSyt3DKY3m+HP/ObnIUb67Alr8PilkX8MigPMr3Dju/VYVtuh2U1tjVy0ztczxTM5vdbfCwjJlpher+dTOH3O4L5JxVd+e1e3DCb3m/n90pwK26HpdU7pTzE9A67mCLR75CJ/+63yGyx2ctDTe+363tNNHeLDq7xGO8vUG43U+TZhjfP4jOAyif7f4GAu7/XPFtzOyyr8WRY8dbWlSgimThcq9WpNPFKg1rPft8kO4v+Ccp4g8aQFKbTKZMY0I/GQpcQZUjQqVX0wqiq865Kg/IdW+gQKXsaWdM8NblE/q1DRjcNPi09tuMQuHo8LujzPc74WJdtmoxADzij6ZFZGwfvB1lzm+c4THPCyHGV7McCJ6gacaubeWIW0M6wOL5ghwc2T7Rr0nxafbhn9PTrnZIugtXntly4MsgVvyzo+cmskDKQvPmL/j3++Rw5DQnddXJiBponTHco1R4umlbafvx5CczGoY17fhaAF0QYmix7YwPjjlfs/CwvE12IvpI1tlUJmm+V69G9nwvU5s48FXl4L3ikXHs16IUtJuivLxWAwdltDzSrVwq89Ndc8mY0wBWXE5803WEJS4eTmXKQ5brF7ev0zgeCcUM2yXOB05M9P5tnPQZXBxGgG9YV1xNGbODCNUWBmduLwIMTyw8sdfLGDzZ8f8x/vBt0PrF/7zyrTNT68srMBhtz0c9L1F9HjagDn91XeONhqWjg4U3r+8Bk1JlMfy4fNH345Q/ntqSjDsS8jDKwrk6apYvbBcT8LUCvlt1Onm1pAeOySje/vPQSDS3cd2NOuRW0GOTYZmenALxk9syh6R1doOBN2IXo46KddxDz+yRKXPVj431lD5Da6/4Qz+C6+JtLGXftkh3gyBZnnE7sfwqoP2298ZS81H7jVjpAjYRkCgHfKUrpwFQzvOBIYfPhC8yhqsOdvvOWSWBCcn2LQfMb4rSlC+tN3u0BJ59o0X7xmRdo+z/uTXbb7ggn3l3lvOFgKWLxl+Cj6a2EpW3xCJooO9il8+PrKSX3keB8hz6LfPHY3vnzIwocYEV4Sc4zXAxYXitQS2HW6SctRb9eAH3MopwpqwOwjc8Pn7aw84JlQjR6j7aGs4RVNqn8MI3jWB/YigasFGWC9XcO9XGG5jZzGkbF18VJT5oGWqdcBoR1Qx47QzdqcBGivAxMByOoAZlg2tx942yKn6Pfbv361ZSLZWjk8l7uc087QGJOd3QPRVCC2MIK9euHynuN8bmz5OUKzVrN9rh+Pgept4yKHNCsANH4KB6hTt8PXL112x9oQx/oqgx3xLQcBPsjKWFeAVYH7pim95wPnHRotXfb27vQ0p32E1LsvDCplrmh3pDVRSZideaO62SYCZ6VgPkJE3wc7uaAoyqysDsm0bqSlQuYPW8Q8zsNbe08eNgO4ACFohJWSEeP8hpe0o68BtYSGm9whILRa75JzQfM30b4lZD1I4W20J5OZAlZ3TbCyUJ1fOVgATevJw6dAQ4TUr69GfMaCVk54zTbDZJVX0cUIZbnEvSre+mZ5z3c4ZVEYkg2uD5yYl8/DxsM5J/u72F/H7SmxHyGXInhA21x4IqW9b+7nAXaBDQsiL1qAXM3/vZxcA8fzPhlDslqEm0emLp99+jpXn7YngamDOyFX9w/sfwNKp9dcPPajBwgqM+u4KKnQEZfOQjQhFYABQ1EOWhKE1nO9Oa2C94tZPuXT2zgaFI2e81hqk4gXJon9ml7u4nVYVdIVO/v8SVIOolYVoC2kHR8XgooD9Zmg4wJc+Y/zEsHShrIEkDL+e4dQPWq1BxOFWYv3LcSqM6O+PhkXQn2oMQvB8TKI6piNHlD63DfcY6QjBqa+GOb4jVjfhnrDJe8shJS8hLc8CEF+RK1jScKcYnpSzNLTOnSxALjYf5hL6Os4coVwsvLAtPlv3XA5736C1Bn2K+svv7aYgledcw/VbfJCTM+W7J6dswX+eGNSdgHHXSGa8i0VvfQAUHNcgf5444HBywN6OMEmd25SOvyJT6t9MWee36XZJhZQcbDYnDFJqZRbGI+ovrRzh4Ks6JsPwlkdVaEFgaSAJaDs89PHe3Spg4MpYS0wswvazgsPe2BW4PXLE8TGuNOttfWjZ/qDVnd/Q5oeDwb4YmU9u6wEw3EHbBykiB0K/zx6UgisL7wRkrJ8LiP7CDlk1sAdnETGFDoC6n+uVrApxZBzoqOvnjUo4uNbib5wZ+EakzNc4S3YogA+uLs/nv9Zj7zgs+HEiYXol1C9m70dIdUx0ptMJUznRWmurHVGTIds8Ql08amGZKLEV1P7gBp2oc6Yk9SFg+uA5rPs+5wGJm2tQS7UWLmAab3jvCg4P2pR+UoZdsfQqXcBdZUQFwg7ae7biJSnj3HOsJeP9l2+9t3TfBWoXtmv3CCzalwZSFadsOLEA1/y2JEdy1h8WP0Bp02Tl+z51f9QarqB893jEn/Bfbodjk=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmHlUU1cexxO2QCAk0ACCUx2qVq1SIRvY0/H+EETqMk4Jo9ixagwBooG0WaooYqtWsKXW1oUZx8Mw1Y6W1qXW5dCpfRE7WtzaMi4gShU7UhhRQGSpWufedx9145zmck7PzDlj/njJu+9+7/0tn9/vvbzIOdaUDC+RSGT3xYfJVovJ6LSYMhLICBmeZLY7MsQ9Z/EOa7aenCU8Gvs/HPN4aGzK3bEUzI0+AP9IstqyDZaELIMt02S+gz+9rDXlf2gs+dHYo7H/6lhizxjfbX+qqLHWnPS7Z+Tac2R+DH/U6EnDjrdZsw0Os9FNkZZVRMZiVHof/KU352TiO8PPaVR9sY6KdKwi3joti3XqvoRB3Rfr1Lx1KqbYaXiNWsOi0VJNDItGRzVMtsXyx9G8JNHqnOOWhE8Qk2mCRs2iibvHNLcl/DbRLO4IGh3LPqMpBbHuaqhV9MttDO4Rqd0OHE1NX3aiIlWcu7GjPYSK2MwTRG5DR9GhIrfTdI9I7TYPNGz0iy25Gsa+wIsoeiq2PAnsud0f+dnRfYieKoaxb1EU+uCTStuX5AotkikQPaI+7cRGhNCN4/oicrvp3SPSRDOJaEfWuN3F7xWxUS6I2HoELQ0NW2kIIjYiBBEbEbQINWxECCI2IgQRExFCuWuZiOgRMRHRI2IiQmgsWiYiekRsjUUQsTVLen/SsjVLQcREhNAstUxE9IjYiKD3Jx0bEYKIjQjaLHVsRAgiNiJo39MxEaGmROiYiFDT5OqYiFDTPOl6J4K8VrGHkQsOk81kNWaZsrHQljvOYso25Tjs9y+Y4U3O/PEh3m63Gs34r4o15/7F9NKfFkvNfcmkJ5NTTQ6bIcuUbjNYHphMXugkZJnxhQS8m8lmDsQDD8zxwz8SzTaTkWymVxCF1UkmGy1W47z5Zrupl0WTzOlObJ+F/A02Sx9eVMJ7lGnISbdneD4Us54n11ihpn55vyN+Cb9lrH73PJ8JZaB5gBO5iL5XSLBabenmHIPDZKcvHMhGzzsNOQ6zIzfeZjPkUuEAPiQ2p9HhtJnS+Quz754nGhyGXnjV0b+C6vvNM5FL5LUxGT2i+uLjp696gyJt9O4vX5HA+/sPhD2pV8D5wT6vrUsQwZuWhpsfxASDfn3kKufLntC4b4dnQ9EVlP94XGai2RPCak506i95wSgiCJGAKbw+LWyfAn77zTszfjzoD3+cFFI0oekmUs2PihzoEEGwEh06p5XB5OWyKTvWtqCXThRW1c2WQX+ygFgEW3IPD38m2BMW4q93j7Zynd8Z/np6txh+bbz6wtgxPvB2xY1hM96uQ/1lF6JWl1ajstaqyXMUUii+szr/5jP13MH0stmpKTfQ159Mv1F+thNVrNgy7YjqClodQwyoRm07fzdvw/yrqLC99sxr9svc6alXRv19qAekOgYX31HIwGODb/+SmV6wpp/X1MBtStiofm93bJcPkN26YsSu0//I1rwa6wcZ/Ocsikr41b/rdacR9bsdjeYniOHPlx/f8n1hGCRzi3GkbqE8snFEIAyq7c6f+1kryjOofh/91CVuXHVL+4Tpl7mVVXUX/Nec4ib9TZo0xFmHMk81zB3RIYfSCBKYADi2BK90PhIa8LLJT4fA9upZr0wpkbumr4jDO0pgRWXqga2bO9BIYkixwvV59J+e6rfOFw6ScC1VQlFtlsh64DHg89DuB++PJIYf4jTEvYpO9OPJBY1PxojhreKc4GUgg1f3wdL68f4wgGzHhcOz+1PWRwYqQPl1IrbYC1qNx16c+OUAaCga1iwbIwePEQWhNSeCXENLV+68aJZCPD/BBybyBga4pi7evnfOEm/Y/O3ngRuvB9H4RjVxG+ZvfG9QeRtasJBYdBT9gKPjWHOdG1x+q6C91hcWKbePv7gwCHYM+W5ZyfEuVN+4blfAy0owW1ter0yVAs3/ba6j+PyaAu8gcPIJ7EaJ/IQmhGnbs/yWAnhcuiqRhjj2hELg+Rq6s2sRzkwr2jqNVMJttLzkeNlXpy5wEc+f7Z93MRAUBPihShjCLyyHYflF5fP8JODxmTdGOQyu5iHtzE+bEXG7cd11VP6WT0uobzgMCJ07+fqqDjQhAEdmvRfcPHq18uDSCFio+3DMtFpP2E3wlAbCG0S26wK63eG8sDGoi6O8BUPxajme2ooqcDV6b6rgSJRuFfjDXz7cVj2rQyRw2ijw08mVzBx+VHH4Msen19KGaB1/wy3wH4xNbuMGTVi0bNSkvdxXGQSsNm4Pznp6WTWieTjCVVlnSU6E+8I/cTTTyuXQLceOD3oCSBgMbcHQgTGq0AbB9zUf/TBjWyQcw+6MbVYAX8YmCRhSU4aWfjAI+HrYGwLJFxfizMldpKxW599GuIu0Vh0PEfqHxDW8WYYRlQIfr+R+wLtjDnYVkHL9Qirkpx0lkcAXKlxq3KZyNilgSc1vctO2XkK4Ob1pyRS4uuMFlKN2RLyful/pGkscbfIG3ESWJOM8EXxX7QkFvi+8IINPn8OJkSjB4tddmmlXwuGJsSvjZ4tBXOfh98bAUCAybrEcKv+FNn87xh/4YeNljnLfggqNL55L8vQFQkN3aTNH+4sI0LQ/fMxd6UKE1rIp3kK+AyHcfia4LT4CXFdKnh25Noj2v5MK2ImjMSwqHFq2HJoY66eEOJIWbEfS2g6fWWkDAFv3SZNdCmJecAvNG4FJ1w8EykMgXMNp2NYY5NokxkDidV/Pwx46A0F7LW7c+LYQVzPe7uQGCd1PKYFMUhjeMpeSL4xuRPPuAbQOGhDPd+VjAr+13DncJZPWSqGJlN1HjSiUB7kCLSaBHC0CvkzP1HD8LTY+JxM/8FizH3zUEd93Z+LfV/cypvoPA0TX9w==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmdYVMca3qUsrEtZFwTFqLG3a4QtsGh0BkHFdi0QW4y6gUU3wq7ZoiEaDcZu1NwYjVFjibGXa43GqDP2XvHG7gWUYKc3FbhnZo5X9Po8YXjc/LiP/Fg4c847M+/3vd/7zS7b8GNLvwQ3iURi8xReelkSjXGORGNCLBkhwz1NNnuC9PlVhN2SFEOuIt+OvR1zwljvNzwW/Xbs7djbsf+zsYHPx2h3cnl+1clijn9xRe51I8+HdCNjIcExMuFXjMk8QuhvVcNoQigmyuL4uOoYNc86avqq4YNQOiE8GA3DcG1NS19D+SB0GS46Ovoaxgehy+h4MKEMo+fBhDFMOA9GXw2xiRiuGIQzjLYamCqnlDHhlBt7mjPaTJ3VB6mrHG8mUM7EVgJxrqStzkoMpOYLua76IE2VC5bppzqBYCBNlfXKKoKtxBe9ME4bZqJjK/GBWD2puaKnZvWk5gqEmtWTusqOVxnEVe5qMXpcyVXrqwMK5wS96H0aLucXMVyNjNW6hsuRRQxXh2GVruHqMAyj5Yobq3Mt15lBxHCdGViVa7kOACKGq5MxlWq5dCBiuHTAhK3l0oGI4dIBqwUtlw4YRsdnw8x9dNXp5jo+c2Rlp+NrLayGdHxdghWEjsscxc6n4zsLManqqiyHSv1Ix3WsUYvR4+p8IiiUz4ZFEJci1CxPoVyKeA7ia5ciiK9dMkWE8rVLEcTXLkUQlyLUTHuhfIoQQXyKYKAwPkUwlYfxKUIE8SlCBPEpgtVTGJ8iRBCfIkQQnyKY/YfxKUIE8SlCBPEpgnUNfXWOanouRWhYq9FzKULDyl3PpQgNK0L96xXRz5FotAWSG3aj1WiJG2lMEoDW5M6JxiSj2W5LUFSeMMGdXJGhCJvNEmcy2E0W88uTxdT472SxyaONMeThWKPdahhpjLcaEl952Ev4I3KkSbgRKaxmtJoI+pVn5MIfUSarMY4sFqMkCIuDPByXaIkbNdZkM75m0i6meIewv0TysZhJ+r+TelBGIwzmeFuC60sxq/SRg9jZQ5xPW/FntMlVZFX5uvDwpUyDK7/P06mdT9jLGXl25eatr/yuU6dxPm/vN5poN27C4S8R1jqfsM8bJSyvLmGxlHXOJ+z7Rgm78xIWmYqtQhfqfMJKZ5Qyd6JFSYvdThfmfN41ncHbk5u3+EGR+JZI73zeKmfwlnEXdkjlN9Lqv6Bl+TmDtwc3b03lt/Xqv6Bl+f8Zby5De03jrxph8XN17StnV2K3ZOJIi8UabzIb7EYb+6co6bR9HQaz3WRPjrBaDckMWJ/GwuqIszusxnh6Y/iL6yiD3fCaM7Se/bdP8/L2jOQW+SoQGb0oueUin3kOOVwWedZdWgxib69afHi5P152Zv25f/UvB6pV+w4ENpPA/cE/tKo9X47BgA+3oocuMGNg4K4LkiIQ+c6DjNCgcmRRfYVPrshFUbMSs56uk8IQz43vDI7PBPUDPumVP6cclYb8sbnpHQm+1NpYJ2NgJrpeOuGTvfZcdKiwxZC5ndxgSQxZ+D4iqPb/foai0z/339w1U9zXUVS7WYz7ym8r0J5R8tLlIyQQf/huRG6cN240x/FpXe98MKp10fc355WgzV0JMB1Q2NB01JguVAKmF1y/nGLzxt+EjG3TsMEN0LmrtdT3nitMaXZw6prLHrjJr8+mFVzPBbdDg4SpCwG7zkZbXLO+bvHoDDp6Y+fk8eezwfAxvQVKeWBM2pKaq/ZtRckD1+rOtH+CFkQS4kXg/b9f+MeQ8gp0ZC5ZSI4ne/f+53fGG+DR0vf/dmlRBZBYUtyOzL2AzpLwPnwAotEX9fQjJHjPtZllxmIZbGteKd17xA/nTDkRe2DtJSDtRWZwgzPn3MlrcLEI9Tju0WHxBzlo8lKSoGtoZoO4x4M75YFzxSSA+YBEN3BXDthApm+bDszaL3fBSXdRyyFzDxau9cTpinnrJvUtAgcDSUAfg0U/kB9f+ISkY14O8v5046zrIyV4xe/abH3nVLT9vm1nrXEuUAj26Y96SGAd22VVXoQU0vS2LxDzewrQ8QNKzPL2CDzE4Y27j8tDy2dsSb9Xywu7k4BsksGrHYSI7VTiWvVOZIKf/WDHu1c3PhmixK3afXtq4vRAnFVvzd3ozQrI+PnjYtmwhT3nKzCN6wQPSOVXPwDP/t6s+kqiwhOE6EXdU8ArKbYu34WqsHH98Nh+zf8AQlYHnFQ/BBPpggF423sksHmowZQHfXcvlUK6n6RAHNT3Wt3x6XI8dv+yoLY3PTDTex7YPi5vS58HcuhD0jf9MhKuRi0aexqw+LnBYy2FDVfIoP/5qCs5dgW+JrBIOlIB5rUjGSsEaft9lmgaKTF5uls9GSSru6uugOR7zYTSkGDGWw77UCIVIF6I7nGPYpR94lCnTaa7SGBd6+uTnlBfcjB+/fB8MHRPNy+X1lI8MHzH8TH7JdCHFmQ2SCi+Y1jRX4ZZvKUY6MiThUj7046wkoM5qEONyytH73PBMpU/OHqjAC3bsOnKsDFPUXOamGeg5SnlsT27C8X6KkWrFx9+d0ueQtRbNiLVUpBYiH5r7qvYufoAYjxyEAlj/SkyfCieBPwcKvyVCHgXQgLtn3a44yBaoPlAyGo0KvPC40kAg6SY+YM7/CjpSPm2cTIsiEyoxDKwr9+ChnMKXXDg1bOCkrPApIxjC39b8Biw50rF+KchWq8DbqEvaeGkA7qetgbe9mP2mqM9UkF55JNHD7ACNiorcqQtUeC1R3uEzYjIAFMHp+697X8TdHX9TNGkRRHKCYju86z2dnQolRhSHjgpVNvPZ6WQ+dtFsX5K0H03bc3Qva6wyy/5ZZc+k4g6VWIhaLNlOQsQcaves6VwNyQ7TkVjBDdKa1MBmlMBPkFXhxHDEOvLzw8Ht1rndz6qgvlRvi+ken+vGDF9ZoPjAutvfJUwuOfqGl2argL+1NB+B1TfRSrYXVDBtIBi5EZsybsE0V/7MWpDAyAX68YN0/TOz0d+BoFhpgtcUSIY8Cp3PIjY9q00cLOJLGX+IQksNxIBSSDz73LA8uoCiZtOm1ICFprJDU/YkRpdLjhPwtLeEzJfeB6v+2D02ekXb6WlovwGFy3DpvljFu9HIMpkEawsB1DfzlJiFqdS8HQISWw6IKprl+KLC4k9d9mBmA+Wov4+hFFN/LSdMHM/Gau3iWWIthsowz2FrA7PlMMrOQXdB009j2i9jvLCg4kQv1CI40psUH8Q3MoUANcLZfgj9sMbOpINy/GZ0+THDzK+XthEjdkPU58OqgUFk122oY0CE7c7tzoQU5pDlZD66MjamFThskVBuKkQxshZPpBk5aqPCpPbLZbUxpNIuqa6sji6B7D9GhX481CyAy/I/KIOpjLO8hb9oxxQvfQPZHXQWIVzCY3dMviL0H22D/LGh7cKQhHiNZeWpydeK7jc4a23AN1ngjc0CO63fEYeovJxZAB6yokwj7DZrZYk28tnhBffwnrxbafXjKn/A+GRuwo=", "1: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", "1: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", "1: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", "1: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", "1:eJztWmdYVMcaZll6bwtoBEtErxqjbIHFG51BLOgVUTG22BAWWCmru4sKatQYoybWaOzdWGNP1FhnbIkl5ioqdrCggIoiINLUnJk5XNDr81yGh82P+8iPhTM778x83/e+73fOso1H6PrEWJiZmRlshJcwXYImKjlBE9OXjJDhHlqDMUZSeRVs1CVGkKuQD2MfxkwwFl7HY6Efxj6MfRj7PxsbUDlGu5N55VVHXVJ01RV5rxuZ79+NjPm3jbASfkVok2KF/lYzjMKfYjrpkkfUHCPn2UdOXxV8EBqOPw9GwTBcR1PS1wA+CN2GKxwVfQ3kg9BtVDyYAIZR82ACGSaIB6OuBdlEDFcOghhGWQtMjUvKIuGkG5vNmW3GztqD5DXONyMoZ2GrgTh3UtZmJwaS86VcVXuQosaCZfypTSIYSFFjvjJFsJ34shfIacOMdGwnPhDTk5wre3KmJzlXIuRMT/IaO151EJfc5WL2uIorV9cGFMQJqup9Ci7nFzFcjYxpXcHlyCKGq8MwpSu4OgzDKLnyxnSu5LpnEDFc9wxM5UquGwARw9XJGEuVXDwQMVw8YMRWcvFAxHDxgGlBycUDhlHx2TBzH1VturmKzxyZ7FR8rYVpSMXXJZggVFzmKHY+Fd+9EKOqqsZ0qNaPVFy3NXIxe1ydTwQF8NmwCOJihJzVKYCLEZUgvnYpgvjaJWNEAF+7FEF87VIEcTFCzrgXwMcIEcTHCAYK5GMEY3kgHyNEEB8jRBAfI5ieAvkYIYL4GCGC+BjB7D+QjxEiiI8RIoiPEaxrqGtzq6bmYoSCtRo1FyMUTO5qLkYomAjV72dEn+QEjcGLvGHU6DW6qDhNogDUp3RO0CRqkoyGGPvqC8ZYkisyFGww6KK0kUatLuntxSLs/rNY35RRmggyua/GqI+M00TrIxPemewg/BESpxXeCBF20+i1BP3OHFvhj05avSaKbBbhQhC6ZDI5KkEXFT9Wa9C8Z9Eu2uhk4XwJ5GMxreS/F7WmEcVGJkUbYqRv5azaRw5iZ/c3fdj2/ytschVS03jNeeKlkbat/pynkps+YAdT1FnKHbe6+lOnSmH6uB3rtNAW3AEHvRWw0vQBO5mi0La1jVtUtMr0cTvXaaEteQMWIxU7hirA9AG71GnA3BUWKS12O1Wg6QN2NQWzbbjjFj8oEh+J1KaP261OC23FLWX/6k/Q8r+hV7mbotDW3HErqj/Py/+GXuVRp4V+T8evWcDiB+rKd25aicGShUN0On20NinSqDGw/4aSFts7OTLJqDWmBOv1kSkM6EtzoU+OMibrNdH0jeFV150ijZHvuXlWs3/zKd4+noa8Rb4DREZ7Xpw/+HWIF45Y1HhO8nMpXjZ2xbqPg6SwYVFCv4lJrlgd20mryy9CZV+OPGxcsBnMz5sAVBl2ODXgpw79v7iNjvQhwGx0tu+xzT/23AVWf/bJ5WUP89CV7JGtihe/Aqca7dLHzXeGH7W53dRqynnQfM3MXXdzrwOfMw/Aj5lFaIv7hU7X8ouR4apbQXC4OSycE2Fs6mUJ3+wZX7Cr1wkwMmP0t3OyCoD887Yttyxwwn1+9Z32uLcVDpwZPPzBBQd42rr98s9XnwAHb3z7SvMyHzSLsFz/fbsKtO/rCRd+HuiKb5aSg1vifk6t96zUSeDaEv+HOzY44ught7pIx5WgRXscRm/7rhjEC6e9veCNGM99tPV5WtgIl83oj0mhaKLPZtCy3ffnJoVmgt294oUUFYLs8i3CjBfg9JJDi+Y53wCDXhwQTvAMIacVinVKJ/g6pCzvMb6CKsfjaOLyUYMJkUIopUA3xeLUXP885BXaq8K70B2bt5rueb2nPR7otf+i2VBXaEEPLMFj7qxw3XCkDPklmy+z+eg5yJq66vzWfxeDof8ikT8GxqaL38z7MhPQ9P5QhLx/uGwb1yQHxLzMilybfg00poW0hDuuDRsT7nsDtCfl8XmF6DFavkazDsTblq6xwSeitw7v2ycTdBSy2uRmGYhrkjAu1U8Kyerl7bLA43sB9fFNCWb1LAWaevcGeO0vAh47ut5NXWgLn7Q51NzZ/hW4vZckXoIpH/6UwrXpymfqzlfRndbz1pT42+J6pNASH0zPsdID0/plymDKgM2q84c8cdTTQR07xDXAezem/N4iVQaHJJ56vafcHbe3u7p+1BF3zPLrCum5G3mJefPE/ktbCqHLID3X2Pq4Y4ec69tSzXArmpBS0CLP8Wjbpd5423aSCGu800/IZJgjnDFt0KXDH3vAfYWvLo/LTUNuHuC3W3vL0NysgoZpulx0ZszR1fV3WsMFW77q3W1lFiLHyxkowyzOXNSDEhEDtw1Hjnk1c8PCbKEU5uK+GYjSdJ0dJmrZjXJQzxEuA4J+qUC/nBYWXuaIS51z9++U3gcqIUtd9dmoP01kNiDVXjU0D+VPOyNk0hJuXH5SyPwtsK4zOWkZmorPru28rwB01QsrvHSBScrJ++FXRSCREvMKiKUCdIPCIi3OuVxCvptyQj99kwcAOcaTAkTYGbTeHJNq5lVYwczw2YuT3CrQszMnOm7XPkTWw5b0kM2yhr8f/HW21SipmJ8niPG/GPSbuGPfiElWsMdGuy5+yfcApfNYCew+fmqbHs2sMWHZphw7HO7rOTLM4Aj9BHaG2Dtixcndnyatr0CDGwU/j3Jwgc39bbY1GHQHUBsqewVYnFJcQOQ34CK63p4w4wqgvMiR4gOzrfI9T7vg6D+GCApwxHftSWXKwLbvbsaZPXPCTI9ZaCspl5kZnAhUQw92e4GOCtWJsHyOpgrDk5s9Qim5zYSdE5COJrgAxMyIGnLrNzNIzKZhWj4YTQn3AHVZWGw1bMlTROSw4RMHSOWVUIzmOxMHzEMx9Oc1etF94Dfq9BJgSdLQuhQROv/TyQMz37TBtAzTZSJvLXChwK5h1nb4yH0PwQqvohaD5x5/sdkMTyLTlzhh5huF4NoUg3CER4j5qg2mcerOiLp/LPLEGhqowZwC6pLj0VvvWMCZaRl37N0tYYU3EdwxIJBOYFw5sBeqZV7fEhr3ysrPPS0DgtsfqJhejoh7Q3cLOI4OlIB61ICkmMbRMx8QF1THSmDIdm3GaDtbXKn3ZUvJTzagPjXRBbpHnrjUSlMOmA9ZYSLf8QV2MJ42FilkPCxifrZcCp/0Fgw93hzS4622wo1ooe0hbQ9H05EgWkHYjvj4N5v6n5WXgzVEXlbHAF12lyP+h7O9YBUSSGklKUbE/SVh1pjK2KIhDpPN6v7opAyn9yMndoPUBkb6YAcqaBdMqhoy2BOWCm3Br2lDTHkz2ROXron9+ZGiHiRqWTXBGxcR+j/0wQ2oEbpC14DPjvRJ98ZsP1/MeOMNz7kQxbjhtQLcsNcHj/pzRlrGGhncuVAzI2qlDJsR43eW4bYkfXvtIPXZDc74bqrgpI1lmOblC1dIbaVX1Xzm0/XgeslhS7eFnlAS9rVj+M5HiOohtAD1W/2T4Gw5iK6rsocrXYkhlSB6lxOcFGsw6nWJhrfvEaq+flX1Naf3jMn/AsI2l3I=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUVNUaH5gBQZDHgDxU3kR21XRePCzbgygpiRTDTSwrx+EA452Hnpm5hNdMs5Wp5SPzUZlZPrAwH6mlpeyPSk2rmw/KeyPFhRjycolXNAX07n32kKi0mjN3tW6r1fyxz9nf2b/9vX7ft9eeuCnW3EKZRCKx+ZAh22riDA4TV5hKJVQ8zmizF3p0zdLtVrOOzjL+lP1hZOP/bzLPO2Q5N2W5hIc6f/KSaeXNelNGsZ4v4ow3yM9t3J025PwPsjF/yn5nsuFdMqFr/cyIkVZLwc0Z/TaWrlcIo1LnTcY83jiNtL1fgyjHUpkiVcDojJYiFzAqYdToaH9N561mvd1ocBGUKg6kFsZkd0AiNWmEMU0cKNkdUAqLuMIdlFItDpXKdGnEZDeNaVK6ihE0DGMPpevmdYep3IIpRTCQhZw90kR5pnBPl1J0vrrDRDCeBZDBUtyDuVz8Akjtnolq90x0wsTlTCM8VMPcAakE0CirY4oroGRmnjhNDKRSuANSizLP2TVUojQxkEpcA3CCNKLMS3Wn1bjTn5TOjiEq5EqFG9FTqkRyj53bAiZZ3CEsYFLEYFgxqUQd9s6ycLkA2blIZWpRMWAEUosrCkYgtTgCOUHiioKxTq12B+Ty8duNqmqXydAd5DIbuvFbLar9d4FENWQlO9Y0otqks5I04mqWJVcjrjs4QeIKnSVXI4oRXSBRjFCx5Gp6ZgS9HNrC6Qc7x3NWQzFnJkC+dLSJM3MWu+3WDQu96MyPDOk2m9VgJIew1XLbTbP3z5vllU7jdHRxHmfn9cVcAa839XAtzSg2kg8ZRBvHG8OI4LY1vuRllJHnDFSZLogirA662GCyGv5WYrRxPWyaaSxwEPtM9DJk9L1z016CR0V6S4GtUPpLRe6sQM2w397v8N/C72CxfjvLs4syitt4Eihht8sMq5UvMFr0ds7Grp19yPCIQ2+xG+2l6TyvL2XAaCEkvMNgd/BcgfBh8s35KL1d3wNfNexapLrVPI5+on/CUenhz0a+b1wTDBWV4Um60eHARdbmh5fEwr4zoVGHzvoD0jz58dhxodCQpPDZPDMOdjTadvVt/wTLN+yrDC8MgkNn0fqa62FwJrkfPL5WAot19sSVN3zgmSM7JrZdlYNRYp0j238GR4dNzf7PogDovOw4vTp4AJwesmTtT9tlkDv2zdlJn3rD11+Rn38ElFS81W/oEx5wqbPq6Yakk2jviiWBM76Lg4nhHx2VnGrEoejAD7tkAdA+ybz/Oi8HHLBa9c7OTvzaXyKWV833hWen7rUvWzUAXh7Y0qdiWCUuvFKnf/u7c2jGhsEZA5oGOO2/hF/7hG5ciyOSdF7rcuMgbfSD/NXAC7hkSFzMJVMnspNVX56Pgun9+xBTm1FlWkLWP+ZeQFtf5V40PBEJ0WXnxtx74xBaGjgjufwBX+123Lzm/sERMGJw1es/Rh3HG9/4PHabMgiy/D0HzQvrDd5yavkNNDDQb9fGq0FwwKye/ZG2FeXRcC25jLfxxUtbOnqBAC/bjU5XEMfivYB7b3JeblkQ04fjYeTks0fiq69gFtfrOPjgx7tf3hjP4h97De3pmHepeoI35OXevXb+tnrkccrTd0HMBbRqXN+XsqbK4HBe5ab14+twpOzRgCFKKVxraYK0hF5AnD30mWcc7JzYtuf7BUdx9YJO7kpdb7Cs89jrJW/GK0m0kgdJgOXxGrrLe87yjPJY+GIVDeQxrFsRt8gxvRpP37ywulgbw/K/pxHTqDak+GijHiu4r2Zxfxh0eeXJZfNaUfk33z7avNVDOwY/E5VaHwY0LKUHO1D/oScTydZYSJs6As5T87JOoNUknPymYG0ONWBHX/jw+ZlEQz0+P5My1BdYvjzgQtmBh1Lmd6JJiz9tGzhJDhvGa0P0GZ5aIf21HXhSbHqr4asOfDx7SlB+2k5E2fdCWQ169t8jSvPPhQDNxqx2H5g7dNzG3plSrdf+xYqS90Pgh0zp036JuxFxnjC8E79esvqdhD2B4DPijb++Vd6A8g8rP99uCYWL6d8UflsfCUtbiGHRMUDDtNDUhEgSDOcfk8O0f7547NTaMCh/YMLj25EXNFE6fukNiExxcwAw/zdgfsGiuotPBcFztQdJhGNgeZVvcbzJH8Y83BFhO+EJjcs/8J9uioDs5/vkbA31gdlCIE+ghab69ncVCUBp/crwdvxmMCnUE3LQU0L4JsC+XJKotl5AWaANCQTKpqsVidDvke/7z9QTPiXfT5Z04BVk+83licB4X4MpyydUe8JLWY0ydWs8XKflqZBpzURda64HlJUevGf4K03o4jEa2BYk+IelsPOLv5OK/gmxvDSgt4toBV7B62sowc9hxq8OJNC61BuaaimRL+MWUk1V/fzg+KnTfsvukYKaGnYsFgQelm/B/5pjy3z1w2Bg+avHzP9rSOBZTgtWCA0hEn7cclfd3GiZNn+T5uv7xlcigefP9QWBxrojOIcW9LpQrZQmaEsYkCIiBLmIhHYzUq7dSuBrskPgKAnTrKltWLJ0VvvwaVJnnUhBOFrSLUXkoLeabz/iPW7pyML9ogeZ8r+xay5j", "1:eJztWXl4jNcenoRElpGMJCTpiExkiFKM2SS4zokhtmpKbBfFSL4k005mmAWp2Lmoqtqq13Zd6lpqb2tp8R1bXfv+VFtNY19qCUGCkHuWSQVT5uS5uY8+1/zxffOd77znnPf3e9/ft8UMsHZJryyRSOx+eNPJahZSnWYhvQ1pIc1vm+yOdK/So0SHNSuFHBlet/0ftnk/15b8pK0L1k2KFP9JstqyjGZDptGWIZhK8M/NWMmvUFu7122v2/4UbUmlbbQq/+68VlZL2pMjcq496d+EbtUpvnjb2uocgMu6ZxANhaSYLBkeQUibugkPRk0xTbjmYRi1mgejoVstTwS0dJvAM4uObvU8szBIU55Z9CxmKh5M0zJkPFxZfNlp+DBcEkhg6fRYAmxVDKTlArkEGu8pozIgDd9MLlnrywFSe6yFsiCPM8vsxnZ8nLRsp+MC6ThrAgsb2/EFgoE0HruCTcF28eUAafg4uZzhcTkpA9J4XOnYFCzkfIFgIA2XCdWqcoS8FMSlPbXLuVzaKwV5bEJ2naCr83gidqGgGK55mC805aj7Go/Fyuo+xXBdxZjqtHwCYoHT8pnCBeLTNwu3lu964QLxVTyWJG15Kp6Wr/Sz1Gr5Kh7LrZaveLmSy1eHWHXQlcfoOi5FqNnlTMeliFIQX/FygfjqEBOsjq8OuUBciigFcSlCzVSu41JEKYhLES6Qnk8RzBp6PkW4QHyKcIH4FMFMqOdThAvEpwgXiEsRGnY503MpQsNUrudShIZpT+9eEeTljj2cnHAINsGamilkYaAtu41ZyBIsDnu6f9kB033IUSDeJNrt1lST0WGyWp4eLCXg98G6Zg8UUkjnroLDZswU0mxG8zOdyWslQ6YJnzDg2QSbSYYbnulDVtDaZBNSyWQppIPB6iSdU83W1A+GmOyCm0GTTGlOvD4zecg2SZ8ftApllGG0pNnTKz0Xs9KbQpWrkFc872oVwdtNMF/CO76sOLXxFc875GW8yZHBU8JuovgSwglljaVNqHjCoRWRaDdRfDHv0vt213VJVfG8w/6riXYTxRcT1pQ+qLhuY9inES7C5JA9kj9daZ/p++JXVi9Y9PMY9tYu4RkMSVV3o9kppJAvO8kDB1rtJofwPyfkejvGRcj1gK56NRk1dRvuFzPSuU3rK0Io3n24/5gR7d7EbWL/gNLTNxLBEvZa22C12tJMFqNDsLP33VXxprPTaHGYHNmJNpsxmwFrUQY2Z6rDaRPS6In+T45bGx1GNwvUJzBDPe1ygZwiXzdJq77F1i6fxeQD1XdxwYHfXAbaURvhmLPF4Obena1WmUrAoq+bFu1IywUN18+/ufR7H8jab4C2lYYGKuttA6r6y0OPtM4DobcTD6d3k8CoXmnNf03eLZ4Pi9p7ARwQDatMuYM+CoD54/d23b7soWi7H3xlY2Mp2nhUkuvtHwLH5xz56q93H4udf5LnGG0ytGJM5/bzR/nDduLwqPiMW2LJ+mG31x7xQhvG4Y6REfDXvMAZy8f4oCVbt4fXTQlH3Yev3jBgpAQm3ko98F7Hq6KsZ8LX/x5cJDabvn9ku5IQOL8a7jm7MqpOlvNFdTS32z++XHUqErY6nH7y0vsBCE/S2mStiTperaytpq8FG9yb/cuMCdHoWmMckMm10Rw/+YK+yyXQm/4pAEdr/3x/RH0Z7DN1x916fe6AU6PtSTPvVYK71jWyLB4tgxdX1zk/dsFW8dySubsUKm8Ys9aWOS1LCtVDGsZEOxSwzan8Ox0i30BXNq6pdOnj2mjH35b22GeLhZun+ObX8JOjL1v26L0O1EZSzLLzFSWcmuJQzharo8mPhMLz22PQwQP493EsbN+oJObR4BDWHhONRhAikxQwGYYad4aGoM8tIWNRgAJNNl96uPzWepEud+ojoJxd8umIYRK4uu2ZD8Ma+cFwmohz4qTE/heOLKoM7y/M+Oqq/RJYmr3nzWbTC0R23ovFracUKlJv9GrV0g/9ovQdPWtnBBo9y4Cn2A/WY/peW/wg0PX9tr20AEzv89jw4HqhGNfEb2XNXnfBpGO5OHMPQR0MMwRGQxr+BjFo5oTxvY7nKNh6O4TDbaq/14+YFYA+Wy8dtLKjAs3TYAUOlcPGZPg2CpRze+27H8xRojNEBkdrwbkXo5ZebheOJNbRlXcnKxAW2yfnbUpI42KMQh2GjW389r+UiOkgDh64gQV8vQZq925xhL1QgboHYWWvUTIdOgPQ6SQi7GimQ1QL4tFuRx8LQtgEK/rPlKOdxxsIkWeXiQ9GvL/FMQOJRP2n8neBeYtiNxdX8YO7FSThW0HShoJHJ4buBXd//gErpBKMWzhp7RmTBNG4hshQ7+NbzoXNrw4p/y33xUJn3rxqS6SI2meKDC7/4h2cySviNZQQ22FYsXh9QYu3TvSSQysO075/ejO+h8NQ73XitQUtigGNU1EeoPrrGwrxILMtIf6Q2ErdrRBQ392UQao3dQFYPL2ZV6dxvnD3Y2KwMMjyUwzatMU9TQFwFDHgJilsmd1zme7gOVFCf0WAxV8G+725X7bn24vi2Z5YIdivMiLojKpwIqFzLhp6N5hQ48egCHRoxeGT3c1KRG2ZGwupb49HocQxZ/d8PleB9qmxc4LqQKrTQaHIQQS6IBZtwlVoT1EsPN5pALZ0GJp4BwdSI0dV8xp+ujBCAU1WUlGCURYhcCwG1SQ0VcGQlptPdolsHRJ4aCIh5gMd2KW+/e6JdPlDSgDlrQqAd3CWrtS9KVLZjpHCwKQ6Tu85J0CDiFkn/DN/Eun+sg8CPUikrwLq4zsS1Krl5R9XPvBBgwfJyZJEpsNCsSiFOP+uSNc51B8ebP7O0WmnvRApjycz5IjCTvu46kwAiiUCldZw+bQqNHbtErfQPxglr5kpTEyVo0F/Cfhh8cAzIkn31HVBkNXNe2BgvyqHIjvvAyfm4IkzfeGHS94y1PxtB2B5LwDTrucAXW4grE8LYSGYP6ouTr0XkjfGzvXygsNJ2d38GLB5HorNKTAXNH0D9VZs94aUprlIpHa/nA/EIKKwC+ACdoN1ZCyksPcUiLj8tzwl+m4TLmCD49h8fpFoSr3rVbetrcXy2FMJwfenvxmXUwVhF/uEdI1B9CY20ZKBn6CtWc9cXJ98+H1yf+emTf0fP62Byg==", "1:eJztWWlUVEca7UADssjSrIphVYlLJtIbYNRXCEEQDSNNOMZxa+EBrd209uKIiWaIcV9i3GM0msS4RpOJuzFWRePC6BglUTQ4QjwajCaKssgiztTSRCRO7OpzZn7k2D/e66pXt76q77v3PrqIHGfMzJNKJBJzB3wZatSLOVa9mDeI9JDuITqzJe+Z1laixWjQkFbS074/dN/Ldvc5/V5fJuaSxgt/STGaDFp9UoHWlC/qyCCHcb9dQ8b/oS/1ad/Tvj9UX1prH3X4X5U30FiY+7BFnqWR8bH0qtCQl0SiyWjQWnQ5doJUfCA5vSodAXFGUtCrmg+kdASkotc4jSu+anSF+fgF+ySIOo30yWN5MHEMo3YAE08xyUbrODsw8RQTG88Th2HkXDlgGEUfnrUlsDhKnjg2jIofo4i1d200Y31YILm9gdqAFHIHIinsTgMFxbIb3/JsIAUXSM5ufMtTsJvdZWIh2C2BC6RyBMQUG2s3w9uC7JYSC8HJVxbCERCvmuhoG8u5GCGP5fQHJiR246qTXOGANORKRyLZ/MvuRLB3JsVweRFLg4LL921Z4PJjlgQFH1ltG+LTEgMp+zhgKkq7X5ltQXyex5Kn5PM8G4jP81jKlY54ntJuPrTxPCWffdlAfIxgnqd0xF1VfIxgRqniY4QNxMcIJnUVHyOYu6occVcVFyNaQVyMaAXxWTJTroqLEa0gPndlylVzMaIVxMUI2xtDzcWIVhDfW5ApV83HCCYNNR8jbCA+RjBpqPkYwaSh5mMEk4aajxEMFMfFCAWrU9zjGUHOoczB5IFFNInGnALRgIGmopf0okEstJjznNtOmOdCWp74kmg2G3N0+LehsfDRyTQev06WVTRR1JDBWaLFpC0Qc01afbvB5AQsqUCHHyThaKJJJ5O0PTmjY9zxl2SdScwhwTS+BGG0ksE5emPOhL/qzOJjJk3R5Vrx+vTkPEDX4beTutEd5WsLc9ttsa0Zy1U20/vf7zvkSfsmrSR7N+zOveGER1ipZAfmXBsmTfbj7VEithv7hF/pv7Pq/6pxhaIdilQrW6u3ivQQI8uYL1oKRFM70vtI2GlRktFoytUVai2imR0jdcSXYVZtoUVnKUo0mbRFDBhGt2Cy5lisJjGXPhj7sJ2stWgfs8I427HSoykXySPyDwjSe6ms2JyyLBr4eO7eWDQ7CB34fl6LeK8SOk/x7Prc9CigIJ+aAOTUa3bQxdOuaJqgGn1AFw1G5L5YkdHRD1Hc8bMwaPzQmkWaKHA/xFwmu+uNdgc2n7xVIkU/7uh2dUZYNLj1OgZODUEt9dbKNX4tcHWH0PdHl0QBtzGrhgR6eaIRdftx5FoYs37uZz+kRQPv5z9fezsmDC3YP8G9cb0ErX4Xfy6GAmOx9OjbsXUQeq9RfLirHDZNH3/QopGBoYELBt94S4qsTmRmZ9Rj5NuH6zb7g7V/63541qbO6OuB23WXJ1XDNV9HfGYqKBbiGw7nbq2UopJrwoaKAQEoZVm965hVl4R3fKaqtw3wRYaq5i13lvijzcfS4+Ym1gh+6n5fZq5ogrHv9gxZnhWA5oXn3BoxsE44+87IB0lNvmic7/CEXakdUeXzi9c3/F0CyhvJwlrgP0+RjzdKvyFV+k2WAbxbvNBT8JWvNm94GSwVdt4w7w58zRu8NuOFIRs9GmDUIuuk0I5n4KySLDwiCPQWO10ZHlwFR6efcOv/3m2Is7LpWLoUBF88fU+T44Hyz1WN7zW5I1rXr/d3q/NCgfbIt73E/RHo3lXtB+eVjcKYHid9j6+OAnJaiAdww8T+HmUfVcO6clJ4GTix6osVi78JQD37Ljn5RuodmLKnpuW7+BBw0EUWIMyKsOWzVGD18WB82OmJmvtOPD0n0xk1rs/feWOnDOzYM+6Ni/2boc5YPbMkqx4OuH7xk6Y13cDG93DCMyPQ6U7Dvg99vQXuJcMaw0FFxsKVhbJ6mLDrxORD6+rgKMPRB5+HRoLMfWEzbw6LQD23+J9JHi5FuaMupThP8QZxndFfIor9EW3Od0L5yTiSSxewoeIQZkIzDE79M6ZelRAT2+GTLqsDwYE0L6debi6ITHOh2gNdH9+rfuUoGeiucfloSdOzaP/92bXlZS3w5xe+iPFJjwQXqmsHv+oajdDP7/frneWKaLqXBwFpNmFiKDp1q+TIwO37BVpfv66ApkvohPaelVx2ci8VyLR9I6PAi3RjQWiMG9kxrvurs+LPH40GNO/RPujWTZQQPbhKyKMFigQLygskxmJ3dCfn1Kj0VE/EeHAFBgjHLu2WShEmXeSiumC071PnqgXPXYOjyca2OSE9VkV+jS9aQuj3SzncVHS8R99SGWoh20r0R4SdA67fFpiu/dAQzOKx3YJREJHlkftCZHitPntaCyRV0d4NtvHlpkB1JL3K8jI/gOXhlSoBk3DvWeCLWN1cUR/82HN3k0BUb+kaiAzZ03bsueKFmkeSQrqBsdfORJU33oXTiYCLfFi9ZjYIcNqz8fnJDRBPum7bdje0Y9APUwMKfQH1lbQfBSUVWilc6/fxl1+V+QP9lKkf9046CImrJH5TLUzOCMNW4wNo/rKdUPHypPn6qgphbunlSk9/V/AGJWYdHEQNrJLxeUow8Fq65c1haQuFbBz1wpj78CVacHdQv/JfS2fP9ELfYvjSHjJ0zr0gSt8QBpaG4Mr/EoaYbhqEgysW+0ytDwGMpxFoTi0RkDPAq98x6IMuYCV+rD4ZhWpxtJ+63xfGX540b5E0Gmy6nvqnf0c2QzbPIoF0X5V1BZWEth/WQRNu3g1vgtNJWn4KBHizXW6Ok9l0dweOIuWd4AMGEkEd8Ed59HOa+djmAOYn/4hEEaVGTLlzwliSoK2dQcany8Q50ZGoJpw8uAIjKCFcAdufOyLyHGlogPvAm1eOx8cAppswdI3Q4PY9SNdZ2g2UYHV2zohC4taxWZkxErSqUDYDDQ4HlJ9vVUNcpeDuGidEfXtLGCAqLCsNQ9RHD7kgIotnFvoByldzAKL+1MkdXbuLF1bhBqi+GwIR5ZfEGSWcP2pQSsIB9UFDNGI+3QHRv0ASC/PxX4dGQ7u38cP/vzw85nlMn/w/A1+Xfw==", "1:eJztWHtQVNcZ562wLLDLsosgL2tU4gvuPgC1cw9CCKIGcVMTO1pdeVtgw7JERWO0RiGEhCQKRktI1RGjY40Fpc3L+8VoVFQkxkctlkiC4ytRAghRRHseS7QzTMPZpn90xjuz5+797v2d7zvf9/t9Z+4NW2SeneHs4OBQMBQPM8056amFOekZiFhc8DAju8Ca4dh/FWs15xrJVdxj2/+l7Zlf3Ob0n2yzMZeMnvhPgtmSa8qJyzJZMtOzyUMDzJX8C9uMA9gSH9se2/4ntrh+G+2YPylgqjkv7eEVuTeNPB9JR8FImm6sxZxrsmanDhJk4AMJdIziA2npqLMHxOlJZ8+adNOILTLC6IZPxuy8TLxj/RxGT8doPkcMFMMLIjaBM3sGitIKPGuKYhgtDyaa5S6SLzqGEvR8qBiG4qqTDaMdvCfGBe6kPwrj4B/L3n8Fi6H5iDcXLvqZfFCQwE66wSbxEZAQxQXSspPeDhCnJyZgIZoLpLcHxGQlRHKBmK6EQWuRgn6SCA8oxo41CRF2rEkQOPsLUyG37BkZOPsSfTriUdAgxaGN5ASxbZRiBi0ototSzKCLy/ZDijHYIVwtn5xsID5l2MKLsQOkG3RHf0TtOj4N2kB8GmQtQsdFvH4QX4NlfUXHp3YbiI8RNhAfI5gCdXyMsIH4GMFAej5GsF6p52OEDWRPV9bzMYJ1ZT0fI2wge/q/nosRtv6v52JEP4hvp2GtUs/FCBvIwMUI2/ZksGdPM/DtaUxPBi5GCIxGhoEZQb5yFHg7sNfBOLPZkpadZ7KmF7D3RDkeUgpNedZs67JYi8W0jAGDyURWS2GqtdCSnkZvLHx4HW+ymgaIw8Bel7Tsi13/rXRyC+EfsZYfvD1mXvl30oUFLyYHV8rgjcL8QPmle+KHr7u1qxOvSv4VZ9yzRgyBxpLTLZdkreKotjXVJ3fdEb3G1757a7QMtv3qw3vFXa3iR9M8ncYW94ineozfbv+jN/x4MG3Xwmf7xCcnvX385aM+6OXeSS80lihh92vNWQ4f+KBvrlXUeuafEHUKw5RPT3vD7zcvqdq6zRkVqy809hi/FuuWd+yddcMNCs4rO2JP1Uthey1Zb+X6oqTlaybOqFHDpo8r3/Qu8kSTHWe+Ii/3RbUT8rY5rlCASfhNxJPZfsiasKHbbYErGn1w3Y7nPJRwOBRPoHBB80Jjf0g9oUDta489+9lVf8gnAa1yQuuizx3O1d0WM89eWTy2XglLi7aPi6tyho9He8v217RLNE6lD9B8bHWF20lzMaRDrPFIeKLwoBrW7/xDyrR3PcFtdUXcazmd0vltL/zaQ6OCFSSgXV4Qn23GLl1QT5tpyzmrEvyCjl0W04LQrHv+eInnJJLFZk0ATHnmy7fmHfBFccNvfGPYHIhCunLmvHQzEP76pUOL0zEfZDg5GT9xUaJ+nYKg/pUVTXWblJBBDyUqWfvbrz751gNo3kuGoc6Q0+YFxd5oPJmw3hsYPhht3ReFS3RdWhB+3OdIkRoYD7zQj6R8hzTITBOkgoWXm0Y03/FDh6b+Obslfyg6eQIfnj5Apk8U5Sir7nrB/goNci8NSb35Dw3Q/JYp0FnMmpylHqgSV3n3dDUwf31iS37pG20d58XkDzakl6R6AmadevFMV3j/i+lRr8Y2SXuebi1S7fGHMkwTs6Mc8GJUQe4q5KZUiV9UDQcWX69orAzDVG2W0iZ/nfz6xk5p0ZZzulvR9yVc3PnTEx0QCcuvt1ci3kJO90lrcHVWjaoVW2W4UgolqIijDXJUuN7fZY7XZXGRz/Mx+xId4fkG4dBfJvRKuPo4YX3S/pplR8I/kkHxjucahHgndDHBeals5F1pKk2MM0zEtPvEdauIJ8GKcEGVuPpXej0goyR1/sWEOpHpp0OE76qnjNugAsbfHony9pQTWjI+LKRrnAIcW5zcS99zho0P3lzZO6lXwize6TvLHQjtZquHAOVld5fNrwJ8sSoyzvZK4d/LD0Rs6hY1lCB+sNrlcHlklBLKjdaRGx/cE2keYwNASw8ZsHzgdcbsO/riAT+IJ+Hu9IJQTJMhjbek7Z9+phllVELwjquJE0Rf0CQSht4Xu/rOLL02yhsaPsdEqA5EOe53/pRZ54oe1GKhNvlByNobKX+rDkB+ZUnXXXSOiOrzri80xf+9vas0FB3f8lR9Z1+bmEKFHgg0j21KtJwW4ox09cLuu/O+1wBR7TtlGsT8tkuykWNWli0LAjxL0twEFSLVD20PRr6mz78a+0QADKcCkyMzWfgPwxGNMyMIrgThBexRIcKmp1uHIapzFAJENZuHym1+T0gOBJgcCN0b/7m+eK0aqN72NIp49vRhI0KBxauAS1UKnJoeKYm0uTnB8CCsr7twoRLWEbmp1Iimb5Mb0H7TEICwiu/HFXkjqueVLqxf3dWg0r2t1yosSoSri1OjBPfA6t+Fjw1FU3E1ryz2QnNpI3JnfaMhFK1KlF4Kiu6TSrqaz6/uVEHVIdzIxvigiBmkA9yQlKRgNf4wgQR02w29r8cCTxmCMPmP33xVA0fCiVJvikffIQG0SEsOvBcwcX4AHL5PCucKRneyEeVlFljx61rBv+8hDz9cPnwZGsAm/AvmjEHn", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndcFEcbPg7uDrijKmgssaHRGBWuwGk0MwRUbLFgwe4JB54Cp3dHlISYqFEjsSdGY++iMfZemBUVY4mxRLGDWNAoXZAikJ2Z5RONvy8MH/jPJ38sN7P77Mz7vs/zvHsLTUYb+4XaiEQisy1/6GUM1wdHhetDB+IZPN3TYLaEWpWPfC3GiEA88ns3926uBuZ6V/NcwLu5d3Pv5v5P5waXz5EuJi4ffWqMDHk5wue64eu9yFEZKOWP/sao0Xwb/HcInlNqCSbQEBlWCYySYjyrgPFiwajIUcMGwXNeTFtTk6M3G4Qso2LBaCiGaR1vimFKgQ85MhXUhy7jw4LRUkx7Fkx7imEigYBRVxZD68+Yt4qgSmeOxlKVlbwYqUCuVlYlEUrGylYEVbq0VAtVyR4FqSpNCJoBClIygaj6lGwg76pkj4KUlfYGugQFsRWXSlDJxj0BxMY9KkJVpW21IogpEUqfKqykFGJiIqyyKjGpqEeoKl2nly1WVYU+pmJqFgKGycUFLTF1CwHD5PxUfmqmvixgmLoFFZ+60jKvgGFq5pSmaiYeCBgmHlBmq5l4IGCYeEDFoGbigYBhaxNUQBo2J6EK0rC1CdrFNGyOTzWkYTNvKggNk3krhUQwmXc5iMm8y0FMXUwppJypnZeD2HyYgrzZHJ8W15uJEeUgJkaUg9i6GKWRNxsjBBAbIwQQGyMoYb3ZGCGA2BghgNgYQY3fh40RAoiNEQKIjRG0X/iwMUIAsTFCALExgrYZHzZGCCA2RgggNkbQ7uTDxggK0rIxgvYnLRsjBBATI1TUwrRMjFBRY9EyMUJF5a5lYoSKilD7Zkb0iwrXm+vgExa9SW8MHqOP4IGm6M7h+gh9pMUcal/xhqESPJLzB1+z2Rhs0FkMxshXbxZo/5+b9Y8erw/EF/fXW0y6MfoQky78tYsV/Ae/MQb+hB+/mt5kwOjXrrHjP/gbTPpgvFigM0YYo/DFweHG4HETDWb9G27axRASxe8vHL9MM1j/86YyElGYLjLEHGr9j5wJ3xeFb0saz5qPW/5vceORX2UDtqtqwN7Co1bNB6yo1oAdmQP2qfgtVaOs+YAdqjVgG+aAtRXNSqOq+YDfUJP/XcrszFZW9FuNuubjdqrWQkuZA/as+K1J+RaY7VwThZYwx+31yru0t0Bwl2ottKyKzC5/4/gWmF2rWgO2raqUhbdwb6HC71drwG9I338PWHjELn9XqX7tsQ0bDb6xn9FoCjFE6ix6M/0rIm41faN0kRaDJdrXZNJFU+D7JBemqGBLlEkfQk6Mejn211l0b3h81HrTt4uvbk+PT+H/scGzed0Hz9BeTQc98K/OtjAirXhztqkxfN99bK/cuflg3cIOVr2+dYIJMzYNOqNsCmPn3s9pdKkMnXU+dejAnH3AbXb3v2zUaSiU/CSCtmVNSvLz7Lj4VfXa3V4v4T5PWe6y4WguwtNRKdlg/+ivr3eK5oBbw9MPwPpMcG/DshONPa04+d6N0adaibhzw3v8Jut0GfzZWv9e6jU5vFE/RqcckA/sYhsFZwx5BL4P5zc4QQEvH7lXu+FpKXTdcPRYnRaFYE7LdId4z3uoeFjEydJdyWD8+e8u3UnJQYcPzJFmueeiKS1wBFko51Kv0c5BmYAs1yEBhF1JG9s6Pw0lp8h/2Dz1OchffPuHmdPzgXGKzcl5XiLYc6N9l+ZR2cjqjtgudpWC69dtxTctEkrRChe8cC7wNxizpp/eg1xwOqSl4FbSFHOXHxNBy8mzD46ze4LiPX/+sO6iYhTP7zJQchbQvD4H5zJOH//01yvo+GUcaBaY7zWxTZNGYthkh2nMgvRHAGcpqKWIC4rT/P7xeTFX+4L/taxnRSgTwwx/gZQ281cX7BTBqamnlhx2t4dyD7ziPYC+aqgN83eFZDjOA/7yyaChO5EU3sXhLXCBO9HTlR0VTSGfVM8PN6uATdpsPnOJ6IzyxM62GbbcH6E4IRvBVD6K/BnW8MbWIj6jBShyndURias1JL8XSmFqUJ39F0WJYPeXOTv6PJFw13DY+aVI/c1+fk8yTnb+vb436ttxL+qak1xNUo4/KR255CHa2mBIyMcjbWEM2YA1dMCBTHIR9lkEyLhADPnkT2yjawBT4h2Xq9ZmgDt8VYZctoEBd7+ovU1WB/KbqQ0SC8GAY3HrP4OlwDmo/Z7fvF1h7I67jxfteoEIX02u3No9PgUJ9224QU/bHf7AqQxMWeTHU+gx5cE1KQSaEYe6KVKQJ39WvrcQJEbwEXBySNISXwSy3AP6vKibDMRkwVqQ8ugQCrcrXB22WwKX2tZfOWJzY+hflP6Eay/jtAUJIVtGnRD0kYj4XX0ev0rMPQTrk+MdU0HEwK+27RtdJPBtJ9XNQxlH8+/AnerhM8t31GOwbMCqX35d4szhKtXqI+V4kvU/FleCgsiFIpjce87iSNfjQCFuPdP9ei661cV6ktzjEXhwoenNwsk5YNeKzE2JPfIFHdlwJO/J2ag3rKU7frlE4HkpiuHLN66ehKP3e4x86nFDGx+zh1TX+WBNgdfDbc1TgKnQ6fH+7S7w/JY/rgx8+gR07opnisHzKF7gzZ1h3k1MfBmkOt5C+T/LGbp4dzza7yc5FJGfPIB30XtOEQKJt/Z+G5MCktaN72Q/SAJlJNGpaFdbzLDroDsJLB21v3qSr0gh4rPAK2A1akMCKwFY5V/m3AJxiThheYjow2IDm0eJ+ZIUgE+ieeX0soJluzBBHyNsbyfTnbjxIzEzM9D0mAu7B+cdA0RW3a8gPqmR66aIIFZnoOUh6MFH77LPCQ7JO3gjtlMLSPOWDoifDHSH09rxzvDQA4ZP+mLDR363hHhc4VBsTLebwSR1prbzKRkUYSNxcoMTtn5/cwzXGA5r7JsdfE4OSVj7FbBk5rObSb5NYKth8xLy4uzgqo4f/bl0oyu8iMto7wEPvsAX3EUdFp79OgClgQe8+xqTZRxmrbj1XYTdctmAJ6g9KYgjV+5vw0mC1gJHnLAPFFwAMYYsEDcIE0gCNfz2uppK0SZsgwuTEdnHFHtItjc8F1G/TUG0P5SCPYNxIsRc7+0/6r8LlsEHujVX1ZlloBm/zbFHLlAeLZVBIl8ve+ixuGz+5OIMsJpvAx5SK9gT01qvgLKRS3q6zU5FePigjz2HV+sRIOVIXyi05wjNrEXcgsnFHcafL0RpDTc9CtjmwG3mVV5LJ+eoX2cjDL/QVMrZDMQROnArR7TiJafgqE/koOf38QYduWBipGUIq+T882Q09s6E2LkhEo7YVFc7DtvrZxdPA5JOmYPAHzHkLw6819wN0rht4Xqepknr5JCcHuEMl69txpdGAWnfKQHZz/hEHVBAslycBOLulhwvgUQ37RpAzCqPxcVgJm6jJ54JvtUQbm9+f9rK35+C3rgxmB3gz4d/mu/UwZ3itu9GxNfyreA83HaNdSDVRS4ieolx46ZxZ9Z09pbQfutRDLBbmZOKEWk/hRI4Dy9bloEIn8YWA9LOxBJYry/urFYwlXdLxYRrgDfzO+JZ7pA8FflGhpktJmOE+dVnipf/5vTyD6RvmFP+DZbagDM=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWtUFEcWHmF4gyAwgDwE38ZHlJ4HoMFuRFx8RXGMmqgrIzQyCozMY4GNhmCOSuIrR6MSNcbExFeMJiZGV7LWXV1XSVzXEA2rJuoqKIquiAJRQLeqqwnRcI7UeDibH86Pnqnq+qr7fve73+2Z6TrTNCFNqVAoLK74MNaUIabYMsS0BDJDpscYLda0Ds2jOKspU09G8c/mns095dy4/9Nc4rO5Z3O/u7nE5jnJcR2aR8NMWaktI3JuJFkfKR01emLacWZTpsFqTGkjSMsG4qSjzh5QFBtILR2j7QHFsIE0I8lc5CA2lJaiItlQOori2FBRFKVmQ0VTFKMsYiiKQReUPfrGoAxKn30wjr4xSIoSaB9MFgiDFimF9sGoRDiN3hm/6Y1Zs/AD2BNBVCGclglEBcLpmEBUH9wge0CRdoDUHAuIozrk7AGpmW6Po9LlYuwAqZnY47inAKmZQLRAuCgmkMaePNHiUDOpnKOloWZSORdlDxHR9iQ32p6YYhhjoq1bwrS5cGkTljBtTi1tpxImmgUjq6HNzLX0Uk2bBd7SSTVtrtmWPqpps1JbuqimzfJp6aEaNgunJqRhs3CqBA2bhVMpaJiqXO6dmjZrQQJRMWiYykjum1p7OoyWzcIp5Vo256KUa9n8hFKuZbMGSrmWze5kEJMimkH2+L6WSRHNIDZjpYrQsTVAGcSmCOoqOjZFyCA2RVAv0rEpQgaxKYI6mI5NETKITRG0CHVMilDTetK1rogJtgzREkhOWEWzaEpJFzMx0JyXkCFmillWS5rTrzekIw98iLNYTClG/MBtynp0M737L5tNzJsr6sniiaLVbEgXU82GjMcWe+IP8elGfCIeX000G/3wxGNr3PCH4UazmEIupvchCJONLE7JMKXMyTFaxFY2HWFMteH7yyBf+Y3+v93URYpoliEr1ZLm+Fui5QcA2VUi2z/uVm7x6eNuhcwnxM39WjJarv3jVj0pbjKKb7+A5adDuVGp2z/ggN+FwOWA1XJf0rR/3GHtEXcr6nlCvuWvEHLvin7MCL0V9EfCeJPJnGrMMlhFC/310AsfkmyGLKvRmhdnNhvyKLCLRInZlmK1mcVU6URyy3i4wWpoxZB1MfTZ/9HbE8kp8j8QmZ0WEXc75biPMPbOcr21h6vw18v+YSWiD9x/bfbXVr9wmHuisPT8pgBBtXTUdaWmBI3rEjB77Beh0F/sfGlK4GW0TfvPIS8mhULfwSu/zS/0EaJ/PpS6I/kBn38mNm9KH3fIx9usKnITNvw94jNzpbdwI2l/l4X9fMDaY+3Dt18Lh3ve1/btPqwSglafckvvdg9NwKerOgXD0Lwp27TLAgRLmW9N3L/O8mdm/AlfOghWbV+QNPK9WvT8w65NdbYQMEyc0HtTSSgcWrR18jdcJV/XZ9qKQ7XBMKKnzWFdoauwQk+u1MBfPlpUvMbHEXbcLh0706eD8Hoimh+2v6NAbjuRd4M/OOZ69KgMhqBeeqfNpf7CxYMdN6g/dIC4BZeOFr2qArJrnw0qQQp732k0+cbA4t4r/KDeeUbRGFUlKqngP7owtDNcuOixavuwILi+eo9n9s5a/tP70zKPHAyC07nXekUWKoSAhm//W3LYSRA+uoCv4ADvv9D/1LorKpDwB/2FZBLm7AY0JurNuOSP8f7lhg9+0FzmA8+cqNdfDoTGIMLIHWSqXlgy8W/3ebpPDdqRTIi4hbasJ0Rf5NflbPiw+1+Oo8HdR736xm5HcI1d/9L7n9TwxfuXOVcHPEQSb2/eRaNfXhT9w5EKlEuWN95G0rp+DlCOZVCR7wOVs/vVrf3peySlIe0m3zX8bsak+UrhwNm3msT6WjQgPrTqUp0PSOks9hP2bsk7+txgJdhWBSknLfeCr+40ncq9doePCoapEQUq6OlcsDp+yQOZPxe4lkgyWYMG/tQDn3GG59/e9HPkFTeZH3eQ+LiuhEOBJDENPOXPHZ4jCdnmAOELq7CivkNXdvUsf6OLAoh8kvY/QKlDLoxbtvYST2S4TVvFU70AKu7t7bF3SxN/HO8ybIACRnk69FsccB/9OIIIoAll71xyLl1RhqQ6qPCGvSp8wZGewlI8aypQwoGRGODSEaZLgBpeys+X3hBGEhjuL0j68XUTDsxxu7eptx9kXm3YfntCV4glaZ4eKMwzcC8N6nuGn/o5urExNAKoPquRC5GRZxdII68tfgIZLh1Vw+PdVg4ucIfAfd8pzju4C4TGuGw/QUFe4Ev1sKcrbO7wtZPvKZVAsnR6lgKuLu1z0+tgZ3BP75aROzhQIHKqOFnPLyZlogwC152hr6QOcQSc3FWLF4ZCqHRjEUDjrOWDk86GzPsgBCT9DHQV1sQvybjaUMVLdJ1pQCdPT8IZrOXfe73XoUWzfIXz2W8tL69xhbM7seATQoCEG9bbX9B9MnTy1EgPmL/rq5n573aCT41kpUog2cnyPcz7TIn58lidN2wlsllZixLH44jWBsHud8TClOlBIOkzwVFowGX0YE8g/FnasB5VkLK4paTxXi1Hh7/vh0uziKd+cZ4/nk8K/BhP9eUOH/cnQq3l/U8O/3f13VqklAg6i6S6nnYTSXkqbUASTd3qEWbTn1/UCRZYRrxT51zGD+q73e/kcDegevIG7C6uIRtL+c/Hz1mXE6oEKR8Kf5DkuPAm+uPoYy6x6+/wa4gNeCgEqsvzKDvWvWzz3P/wEo0vegrDjaSSq9HGW1v/MTqnE80npxJyBpBK84TxhCZHDyjT3IpOOKoSup+7h51ZAZJ+XnAGKU+GSp76QgBIttDHC1aU14SXmhwEYl/FawKA+q8TdFtuyw5Z5gR52I5cdzahBMzGqJerUdUlHZaWG/xYVoAjbkQk6hlFD9GJzvgCjV7CN4eH4dQ5A2E9+oiLfF9ewryaz8bPeaUTDCO0nWtAD0RSEfW8ZBO7vOV8NSKapzreLBn+XV5qyXFZs/A3AFOm5dHe1fI3WsvPZK3Mcf8Df4rrgw==", "1: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", "1:eJztWWlYVEcWbaBlEVA2QcUFZjRj4hLoBRqzVCEEwWAYQI1jNNhAI20aOvYioBK3uMR9hnFBjSaZYFzAqDMy0ahVUTMOY6JR3HAPArILsgkqTNWrZgTDD4oPnD++7+O9V/fVqVv31jm3+j08o7URcWKRSKS3JqeJWo0qxqhRxflTCzWHqvWGOLPWlr9BmxBJWwEvbS9t5CbsBdiCnrOZ07loOugY/NL20vbCbIGtNqFEmre2xmkTY5+16LMQ2t9bOEsjLck5UGuMJjW2cxC5AIlUJ87qBEQinGU8XiT8XqQh1Obtw4ORCWc/Pgi/G7mAkfjyZMCH+fHi8WPC+PJjJAqeufkyPwoePwwjkXUB48czNwXDcFGHYaRe/H6k3jx+/FjeOo1hDGCXTpOUuWAXKRdIwi6dXqK2oE7nm82rK56knOxmLrqSPTknv9uAJJ0WLCsjXYnJJFk+GjEtSSVcIEVXsserDOaCxcQ1PQljhKTTtZhVIDY9LmlI5Jye2E4pOOKqeExN0i5sfFKuubF0S7l2ChOGTxWsekn5GMRAMj4psXTL+GhnAvGpgi2SrCvFVdaVkifjK66M4DIuVZiql4yrEElM68TFiFYQFyNMIDkXIyRsceVcjGgF8RUiE4ivpjBGyLkY0QriYkQriK9OMu7J+RhhAvExwgTiYwRjuQ8fI0wgPkYwafjwMcIE4mME29h9+BhhAnXMiAijRqV3ow8MKp1KGxOvSiBAXco7GlWCKtGgj7NqO2BcL9qyJSd/vV4bo1Ya1NrE9oNF9v7fYJNSPlZF0s6TVAadMl4Vq1NqnutsR24C4tXkQQDxptKp7YnhuT425CZQrVPFUGdCK0CjjfkoSa1XdTBakDrWSCamoa+8atvfjmYlhDJLmRirj7P4TbJafw76mupqzwfcp1sDtuMOWNr255XMp+cD7vt/DljRbpfx7fmAHbo1YAuegNt8jzC9Knv3fLyO3RqvZVcZ7WN6n+n5gJ26NWAr7oDlbSUsfQEr7NytAffmDljWTsmS53YzWmDowAFarS5Wnag0qPTsSyjdW8KNykSD2pDir9MpUxhwiJALnTHGYNSpYoUHM5+1A5UGZQe7qo+cvVq1n56KPvInf9T6p+WKKz8mlKNNh+zmZNo6wBWueecaIuuBU8bxH9xeqUW2QcON5lvt4a+2aXuWhFejt7ZN3rkvqwqtP1k3Yvr6XrDkFW/rzEGN4PVbwywXb6xHS/RBf623tIBbQvutmVBajqK/vCJ7oKhCZ45+t9byYyd4+uCYxL+ZZYLM1TfiRdqDaGT95ltpKy6gnW+OurS1qAmkf79pQ995Ijg6YFBZfrYjFtxdqwDmI8nM3nOEE+YvfT10V288+YfdX78H0xDr34jON0Tey9jWAA73e3y2MkeEK3bQAavAl4+8i/YPr0PJ8zJGBQxqApLJXq/tcb6LqmsnkNCvgzthazcnOpnhE17pr/XfWAwyB02LfSPKApfl+wzEH7QgNt4NlDsx2mGq3zW0wTtptOfQUrR2RIX9Ca/7YHPLhk8ej61HP/9Ej1J0bTFNwBOQ1l88pU+WLRbCW9aA+toe3pVypg6ljTWb+Kn9YzD7mIF0uQ0eKN4Zr2s8j3a//x/J6YP5IHV/dvTCvDywa9tpjwO6FvA7DZl5pg2+PWfVuoKH34LCh0MvaqNKwPJpucfuuZjjVCD/8GjITRC4WnP/8Z56QBZTtijJGR8NsSMpazbN1xLPaA5oqiirBt8OL1i64+di0He79Kt/+N5FftT9ems8tFYzJXV/EXjzeMQmzzEe8PS4LPXtags89i9nFwajC+CnypxT47LMIHRWnsrd54DpKHvDLCDz7wrjVsbMuBkkxizPueCb4uAxLUp3+MVAwozlvTF4/4ODqHwdymqanvBjczna8eGrZx3Gu8HbJDskFLS+gAZ2H4X6fuY/sxCjBuPd7Y4ZveDWdHIMEMFFwSh1sMIVz53jbn939E0gogd0hA7zfPa9fdURn4rdO3NSxB1kJxDFBpZupIQW4/CPtiZt/yoXfE/oV+VaCY5eX/VU1VADBPPvc8Dxey6Dcwqt4cj+Gy/ZFPfDAt1X2sABZPlGHypEngd08X/OcoIPLxICXDODkyL+8MVnB2oR45cDTLYdNuKTNSITfyoRyc5IVbo5vHX40wW//F0MvQhZgzLEWHx/DWFMFTg3IPy6+wIRTibejzx5hMjikMyL4HQP/+qYUGtcR2l5pQUMXVYW/t2QEuRG5XjvERBo+0sVeFpPE9OMhLyki+FZB6qsIiSoIugComw9ddIKrzPSRN0C/yJ0+CcsB++WimWO2eZYmO6Rs6iELI/nU0s832X/+F+bRPjdf1sRaVcD+PWdE322t6C6G1cJk60w42s9YvYKVDlt3NvFeUVo5tywIa6zm0DNukjDsM0liKo0am4Fy8tAS+j80P983GUbTL3UG1uQ+bFeTi7gNqhyDf7jky0ueJRqQP5UtwY0re7I9VWpZvAN6ibMFecUAuKpEUVZ0UzVgmyaxnRnLKxDhRWWCoc1ZvHngeLZtIIsBUeerKi9cdXWxPNmQIrJ4G+Ki4GE0r+2F75sE0+kVADKSVaXlT0GC/PeSpm6uxCxfNtjgVYbMKIqfXVsHWJ1ygLnRdFASwHT31XE1sUeJ53YSZjdCC4nkwo4wgOyutKIBNp8nouya55eSg7xgB5ErVbnzHCccNQBUowKljZ7QkqTAdHWeEn+mS2khAHGoxogwLUOeCItn2IryHhjCRWPTsbuvWuDicgskleLYeQmz3VGb1co0P1cI2K6vojcSHr7S10hSdYCIDdnOj1fB6YIhcUdriRZWlzjgGcQFR6anw+Whod8vijOHQ5WzApUP7Az6bcaCbujf+Is8pqlTdC331ue/cvu2VfCDmyS/wI7Mu46", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtUk0cWJ0ACBMojICA+unTro8VXki8hWO0EYV2wWotxXWk5W2P4gCgkmkcRF7Vua9dWV2ttpce11da6Vmt91W3rVjtTF+o53bViK1gfKyoWF5GjRd5U3HmEJVr2mMma9pwe88d8mfvNb+7ce3/33u9LEmdbp+UF+vn52YPxMMVaKJqchWLeo0RCxJPNdkeepGeW6rAWGcgs7Z7sZyOb+jOWZdyT3ZP9T9mEHhmtcv49swlWS27vjNzLJOuVdFQZSKFMtVmLjA6zyUOQmg+koqPAB1LTUcMHEuio5QNpvAFp6agzyPBoMFvycZO5EyQ5k8iUXmBUAsWkW52zPcdoefToGEbDo4dh1GoePSnMB0ovMCmeYujqMeyi8gKkGsMFUnqjScnJBaaCHY8PpGYXwRuQxguQii9OArt4TFY3kJovThp2SfYCpPaYr8wY5gg+RrhAfMdL9h6k5mOEzpskdFUVjysEU+FNEqZ4YZPKle5cwe0BcRFWxTJXzcUIldqL+srqitrjxGXtmWK4+oXrbB4TjzVniuHqf67885h2vf1C8JhAbhi+PGdUELzpMQJfTrCwCnwpy+IqeFPEBW/qseBNaRX4uhmrkgJfGWIFT8NVUVTM5Rq+4uAC8eW5C8TFCFdF0fAVPBeIixGuMqThK3guEBcjVKxdaLgYoWKZq+FihJoloZaLEWoWJy0XI9TM5dq+GTHNWSja48gNh2gTraYCsQgDbSW/KhSLRIvDnid33zBPSmaheEi1260mM35PsVpu3cwg/+9m00vmiQayeLrosBkLxFybsfC2xWH4S1qBGd9Iw9pEm5ksv21NCP6SbraJJqKMztIKraa5xWa72MduE825TnywQvJSag754W5B1JR8oyXXnhfww0RVuT82CILvDQ67k8GRBGF1ksUmT+2Wc9utdOe/oPG93ffd1UCHcxuscc9dQet7g/s44v9hcB/uu4PBWve6IyT73uAIXzCb3+5k99Ip6Hxvd+RPy2xXi1Ulu55TfG9w1F01uA/a3MHgnrdJ1zOW7w1W+ILZQdzMVt7ytqr2vd3RdzXQ/M1Z5/7+q/4RmnOMLwLN35xT3J/SVdrbnt5IwpCN06xWW67ZYnSIdvbbPKmVWU6jxWF2lKTabMYSBhxMXWJzmhxOm5hLb8zqnacbHcY+niK17Bd09a3HE8kt8s8mkZa9HLFQ2xCHLr+2N2z+CIn+6dcn91s5KRqVGlW/GbN9APqyf9apAaVtgN2PRGFrt/0h60UFu/+wRG/ZLDkg/SoKRYT+9S8lQQnowDqyYT2g+yYFoY3jRhxfXxeJljefPrHU3ga+WWqf+OozcvT8fVN3vbolBkkrViuLR9YDjD780NhAtFD73qO/feoqpHoym0FRRffe3zchED5y7xtXLymQuH3W9GnDdgN6zMvN8OFt0ZXp35yDkil4x9ESxM5fDcfLT2yeN74ThPkn/TH2ZDX0sy4NrFi9ByiDdwx8Mvc8fGoPvPLmuGb4WPYLuuqKRkCkj9Q0ACoecRnO/EJVvmdUCztv63V4umPxnAOOYHRl9CfDIlb0Y9fQY+D6KoPjwTg5OlOANZT3Q4jAj3fAfy7JgIsGdUPqp8tRqLRp9xNz1zcA05KT40tmylECcWtiJDpzgii4Aus/2hVwaeVNuJW4QRGCwrF7xOUt8OVN7cq6nUfgQzmrD7UM3wE6IsjK89BGv9RDdo4mKC94oHDBwm/BxiPbj1bNKAd0ec41OEiXn262toIZi3Z+OHtJFcg4vzBm52F/FKUdd3BabIB+8NZ/Z4y6KUfLSis/yNZEojU4bO99KkNDnP7rgwechYZ1iauc81eA7LiPjvmdbYfULRaJ/vk3iaI6MNQg3fxKZz9UdWlOUmvZedgttl00vnUBtpBwTywHavppA/uyW/afeqkWUncXnQMYNVZyxA+t3D83pGOTHFXPIJbUgyBKuEpAaKWI8ddvxyx449kuyPwmQ9FNqUfzqhIQjfeuc0ARAz4/0xKFNqjf3pe8IB4xfcEuvnXDi8/hg0ZEIUyCL9u+lunZ/qEovbOxAe2XIqD53d8yw0JREXXQYTb1b4LdaWRBE1RsOfhZ3NB6mPOL1O9MkwMQpaeyP8KkHrS1QKov/nRjwuh/xTJ/nb4fsfO2gRutznMbsqKQVMCeHh+BGO+k+tWYLmUgBtFp10DUbqjd8ufySrCmsRTr9kdzzs5/aVVuCFoQ+uDwxSvbwNhX/rEkAwSjqhAS4GqAyX6teZIMTaHEq4GF2Hv5H7TCueuLN7z9SxlKoobWQGr/dX/9x4OXNWR9fArMembq4Ng5VaBqQf1Q5XKJnvHhOpxEE6QKYjbgSH8Hv7I+jV3UBY888vixNTnfA2rvnlbA9HVCSqdr34PMUTcTb7R2wUEkbY5GoEWYPi0pMWjXEOLxOsDiGoDasBuihsSjEWL/CzPjWuFuzPLhjY1wbXzgjPDGaLTtncf10cYakBT/2vGQdyPRPKL+WChi/G2GT/ypzKJ4TobaD+XizA9Ep3Z05hRV1AEdFdSBL/4+4X3z2WC0BGfn2vgbYGDDBW0CqoXLlz359QGTFJEqEbhPoo/DXjHUXgPUrjMSV7xl+trDr3+yLjIQ4aANPTRRgaaTcGyS6kn26oZFoV+TREtWoHW4/O1YIUeLqWG7YfON49iTjUBVPDLxflwX3plHKk47nE8Lz/uufO1y+a8GdOAsHnIxQD/7rWrhqq4ZTpj1beUDp29COpUORP6E7uBDQKJy8mAMoscVYxHl79EQRN0ulaF3P38s+cXPwhENR1m4nrAh+4VQdn6ZDNFWl2rJtzts1iL7rT2h98/f3t99+5Cp/gOPJ1hy", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlYU1ceZQkSNglJSACrgltdRiULRLTOewgqOu5oXasECBAFolmquNTPKmqrHbXq2Jk6rYxV61LXWtHauT+3WrQq1m0Yl1bFsYoKioqK4tz77qOg8o25TPNNv/n8J/Due+fee36/c84NCRHJlkFpEjc3N5sUv/S1ZJpSHJmmtP5khAz3Mdvsae7VV7F2S1YiuYp7NfYbG/N4Yaxfzdgg3NNEf/xLD4s1y5gZl2G0ppvM5KH/e9yLter/GxpLeDX2auzV2P94bGD1mHDa/ZIq3SzZqTVX5F4v8rxGeNUmNsCv8RZHMj4unYPoBEiiOTvdCYi2FxnTRtYDY2DB6ITXaBaIXnhlWoVCOrFAogQyGqadUYyWaZ1ouo6eHaPVsmAMdB2mhlKMlkk4neg6GnaMlqnWMXQdphrE1KOnFKONchZDq0x/OF24WiCd04xoneuzEgXp2EDU3Rq2QoiREMME0tHtOS1VaiDG8KkFYiw5q8trgRhLLmYDGycK0jltQAEkOpANVB9raKnKtU7nHd1XPQJCFDlTsIrKc5pRLQzjESZgGM8wAVOPQ0zntP1qMHqmg4JqTs8U+vRw0TMFOJWpnulAoirVMwlOzGI9W9hRxemdVkKthNSzeZxqTs8WQVRAerYspmqIYsti2tootjQRQWxZLILYYpWqKIpNESKITREiiE0RVLBRbIoQQWyKEEFMihADPJpJEdUgJkWIqR/NpIhqEJMitNSE0WyHkghiO/5EEJMitNTu0UyKqAYxKaIaxKYIGiwGNkWIIDZFiCA2RdAIM7ApQgSxKYIegwY2RYggNkVQ5xqYFKGjJjQwKUJH/WSoWxHkg0+bmtywm6wmS0qGKQsDrTndM01Zpmy7Lc2v9oRpXuSKDMXabJYUs9FutmQ/O1mi7y+TDc4Zb0okDw822a3GDFOq1Zj53MPkI9e4DDO+EYdXM1nNZI/PPeODf4k3W00pZLFEGUFYHOThlExLyriJZpupjkl7mFMdeH+Z5EMas+eLk3oLjNKN2am2NM8Xalb9t4h4tGtcz9v7ZbzJVZyzhCXMhCNrp4de63rCUlc0mp23praF9TrX8/ZxBW9/Zt7RtUNSr3c9b19X8K7DNS/hLf6tJxo7yvW8/X5VY9fhGucIi8aOdj3hOrT43ze6Dte8hHdU7WNWb3A974BftdF12MWpJBPfIug7uZ5wQ1c0uo7z/z/z1hqecXSM63kHuoI3c4JrO9U2dlSk63nLXMHbi4V3rW8AxK5rnnsnS3pD5o2zWKyp5myj3WSjX9gRdw50GLPtZntOrNVqzKHAJkJFrI4Uu8NqShVuJNVcxxvtxjreURti6MeGz+7ORG6Rf3show8Dr+3YtE8F65IGD3o9XAGnJl1rpUkIAXXR0YrEFAWk3BrR7fcZgYDvrnhvcxgsud9gzEf+KrjaeM3PCbeUcKRLv+OLlsuhzagFe++1Pol+sIzxPhpahObePXtmhk0Fh/O6f1X+RAadPzw8PYHz5RuPSO3yY38PWHrSJ6PZBhlE9lnt26OlAmZ9cmTdsSEy0E5sH9H07nXU7VjaqatjH6M38PSjqpSQdbVy7e0fDiC3Re9Udh5/gcudWrhtuCMI/hTxR8eERl5wLaHD04iuQfz+LR2yV7oXo4t+i9e+O9AdbBmLbk7lKpGVEC0NgkyfhyvSt1Wg7YYHe1PXXeJ6T5nZsc9qf8BV8Lw6vxLhWe/t/KeUH09oDLyBuKEjt6BMN/jOu+vHQz69hshuHR6+cPAPhvdikxqCe99ZAf07+sEVY95pvUUOHu3mqIr6uYGwzFhPfsxHfYLnH3IH7zJVwoCpMhCufWX8zg8a4JFbCFdbuuE1BfztS7IhHz5isxXveD+3cMUDzb86uPFzU94618PTj18yJ3fEicfBQOtxFUWTwg9U8+cy3CwzJHeRMP9jBcwuGLzn8xb+UFFMNhQOdzYPGPeXiZUc9+257bOmPqV8WymhwYylcfNuSEEoa4Aa1DuOu13wkNN+/1yGhL6OklA9SMPgsOzgrvwjSiBtRNPcYPSuXv4e88Khi1AAdxjwwbJs+b5gPlk2LObL7yrQ8NmdTh/IKuTahZBOP+HmZeKVNAogT29SNoRR4bG3U773BaKqi21CQOCd5QffXFY2Lrjixk/ya9H6nfkegFWGG1uFWiV6rfywszt/Rn4n9ljaAU6Y/6YvBEzYMO9sRjGSr/pmj3q1F4TByPDYCQog3Vp/U8knvd2/iWpsGRoS2XatYoAESDtvNJECJlm0obOMrnuzHC3XkQ6Uc+dxlQq3eYDCuO9Eu5ZhUHn4VsG+vUqxjmGwPRiP9AqFxSGSNxu2VwDdlwzsLZY9XfiOCk7sxgTw/eGkoKPlQFbvW17Mrfpd3Gslly6g+Ec3SyAnBM6+/8RUUVyKrtxpii2zgwsnxukXCjoi4ObB0Dd4fu/rEil/f9n5xXO8JICbfGCBJhCeRjy570gK5LHKjlacwDyIT9ZhH2F6hfEKEPhe96b+ysxHekFYHjBFubHnxV1y6CBMUMxh8V4pbPY1V2IjjAIgnjSojQSyDlRtnbJVzgvLTSziqH69gdb9HhL8u0AJg/Kb5JYcdwdMKjoM7nBz1gw9pJ0lg/R4s6Us9woi8r9u8+OF9je7gej+qn13FwX6bV+dc9AT8CYnTW4pBzKaNNgL2pKgkAbBPRIfPR6jz8Z39T2zUsqfWYl/GSqFN6dt/CoZyYHqI4AXcuPUba7/piWmuc2DaA597s7TvDjChZAGDVKD0FedlH+QeHnVx/s3ozxsr40tH3BVJ7HAt/jzP/6EA2NvKDiExlZyQmw4ZDxeZOc4HwW03/rX0jXfSnmak/68oMs8FagEgRSjr1/HjNJCeEE3pgK00n23l1yJkLCvywqe6quC6rDwJ3T7bu/hs/PDeMEGb1WhPYdwUNrU4NPok9Ft/GTw6fov/jFGFUHz0SQDYq+ZfENQY5eHJEZAMbEJcucjhYUruSqsJqNRJu7nKSfkwGflnJBLHdWQMr2oa84wKdwM+Hvkn9uqoeP5Fg1mBKsg4eJk5caDvsBFYUd/HwZTjdohkVhPyxYGTo5e7w6tSaMeBsOOZDKBTMzTMkR9XoXO6Es7de/ZWMzPp4iYtK9ECrhL04uehIJFPhMO5Z1CTXNLBuY38YX2xAZvh8F1iT4o+o0gyoN7iG5ATPPeZ8Nhy8VrS7fOV0Fpwb5uX5gfIaqvxjACp/L7XdVgEIT7BJHj6XLLZiDoqKcHJGOapflKfhohUuAJUhIA7RpQX0hCeSE9+t5DCzXkgClEeUSe2914musqWL4/HCdBHirLxYVrLeHz+XcvHRwmg0ChcY/QbjsWxmkJjxqSgVJu72wi+EAgMfJo1BEkyDHGD7oRWzVSA7ncWaLghe2PLEfCO5DY7HSb3WrJsj17Vtf8p07NN4p1jGn/DYyqNEQ=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYFEcahgGGGyKiIIcH3mecG6JYhaCCGhVBPGLUEQYZBUZnBhNdNB5RE9d4xKhZNKIxRuMJumoOlipvxQuTGE8UDYeIB3JNACXb1dWs4LpPqHnAZ3/Ijx66ut+q+r7v/d636aHDVN3oWGsLCwuDHXd4VxeviU6K18SOICNkeLjWYIy1rDsLMuoSIshZ8JuxN2P/Y2zk/9FY6JuxN2NvxpppLLxujHcJUd3ZQF1izIszci2M3C/hj9IIMXcM0SVN5WymcRAZD4nQJk5rBEQaRsYkfc3AKFgwMoqRsGOk/iwpkPNHFcsycjNSoOCPSjYIv4yUBaM0I9MqimHam78Z1REwTGwLoBi5GZhGl5QW0xyQxByQlDHd9UBStpVkjMmrB5IGMIFoR8ga3RGUpOYkgoJkjSYeXYJ++DOBhLZgSoSU0kja6P7j75aYUVypwIhGd1N9ENv2BEYw1UkqN2clgUaNVjy6L3OyR0EytuxRRsiYxIjWVsYkyEIamARZwDD5mNBLjW6LephGd8ULU5Iz+aWAYTIYWh85k2EKGCZTokYmZ+KBgGHiATUyORMPBIw55idn00fKbDmbUVABUrAZBRUgBZvm04ZQMGmJhFZJwSQLdSA2mxVATPooocVVsDmmAGJjhABiYoRgfgpzHFPJxIg6EBMjBJtVsrmLAGIzCgHExAjBm5VsjimA2LyZ9pOSzTEFEBsjaBMq2RhBQSo2RlBfUrExgpqMio0RtDVUTIyQUcKqmBghozRSMTFCRhmhYmKEjBZXxcQImVCnVzNidFK8xuBBLhg1eo0uOk6TwAH1cwbFaxI0iUZDrGP9CWNtyBkZCjIYdNFatVGrS2w4WYTDfyaLnDNTE0FujtQY9eo4TYxeHf/SzU7cL8FxWu5CMLeaRq8l6Jfused+CdHqNdFkMf4sOF4XPeMDrUHzitkGa2OSuI3Fk9czWtF/z2bLhzJNnRhjiLVqkKx6rwyEpw3/5o/XsUnjtWKN179BvAHNH69Tk8ZrwxIvH2ndXyHC803zB+zcpAHbMQcsr6+GCknzB+zSpAHbMwcsq6/kCmnzB+zapAEzS5ayPrFlr6HAbzVpvLbMBa57Sy08oDd/wC3+KmCSkWBdErk5uvmI3bf+33OS16DVbZojbnfWuOtehgmPMa+B4F5NSnAP5oBVDR72XoOCeTdHoV/h9H8Rt6TBOz/5Sw+pRGbJxME6nT5Gm6g2agz0yzjisOFJ6kSj1jgnSK9Xz6HAtnxK9EnRxiS9Joa/MOXFeYjaqH7Fw7LKn35B1XB7GnKJ/CsIGc1M9Xo7p5MJZPb9Rw/PdSWg/4jLaybW5oNktXRM3x5PwbiAf56ZnXkaHa/oNnHVscugd7BP8T1lHvCdENPvziVLuFNxod+Iy1dAoMPVbTMDS9G3DoM7J4kqUeGKbo+cM9NA+qgZKR/42MFbVxcaBrvb4pxO4oXrjlvCtZ7WUS57beHYh2//1NXVhAYOuH99T3U1GHN05zcj4B30s26y7cU2NvhAn8Rtlhn5wEK30Prkqkq0PO1u0TqpA5TY7fGZEFOIkkvTRs3wssS+Z/PBN3fywJHLFrdF9rWIv9wPoW7zV/wwwz4HFYX2+bPD8zw0+vu2S4rD7yO/55VJuZv+BCFaXcmSs+dR6N257vuGVIG+Pb5rmX3CEZ8epvo0KNcCZh716BKxRIyfRp9/f1ioHeTTkVqO+PMzYvxrSoHvjvu1YCP5OCPCbxUd2W9VWAP4OINN6Gn50PFL/e+D92uDqx8VFwDDVbfSoJEivO/w1I+uB1aBwV9Uiid/WYDO2AZuHJNaDE7dOvRxcna5sN9TIE0ft+ZR8h+oO5f9ip1ieGzpjrFZ0myw79rk2SPbloN52QfHV/xghcVu7hzWHfqtTJrlfaEjXhwe9tWCLrfBMnL7iaPgl4zf3X3DWuEol94HvnpSBjxIoha5wPOPzx4f+KgdFqXYeW+eVA6iH08YOCDOGu7V3p61fKUPvmSK+H37xhLA5/2AGGra3BvncaQTJuUf+VkpqCDhRbnADatd5yp3+2E+3VW5oGBf57zFm60hKU+KygNPJ9PlPQPpZBqnKnAn13Htd6KW2GLN/Jp3ZpYD9fFfemraPAXzgGLSj2cdYMebVfOnZ9wDoz7bkOi22BnzdQqzgXyYh86jkL/HF9Z0F+Fwjl6b/KzgiptxHEWc8OzcTS22B1rCfPXW3+Q6S3yMK5/Nthvo4APDoVZ/E8MO7crjo3y74g8dO3HUuA449NcdA0TQQNIMPLHiif+gIXp7yPMqpRYEcGdVq1rgnacIIdIQzY8IUp6WgZXiktahoyrA8ZhdUyJH1wq8qkF0/3mIC7q03c/VaIgVWfEB+nJ4qxVDHzwAC7twlbzqDB8X44COWY74UuyVwuk9q0Fq/14cpRygzm0xzupgiz3J9t0c4IIjcNG902Jar72FiCPPnHHdrCGf7vauMJDAfMsQn4+vS8Horls+Tbtbhriidj+32h4fzdo66HBZGVhkIIw7jWaS9gp3wPtJmS4cQ7TOJsS34S1XSLo4xe4nUo0wJ1ERKtnBJcDeBbYsDeK2akJEBbygGPOf+BywI/Td/RSJMmzc3JEF5tsqMh3tuM8ReasNzookCcsGXBKn5GeXoHNkO89NaGL7IK6VKlDPZa2vXzRVAcKuyxZ5gPZRGeDT3NIF07zZ0X19Yo/t+cBcIamaYlIN+nDu9l7BPq5YX+XKIavBUCdRz2XrrTGtSwmY0bNyQ87acuRDhC3NEbbnC5mLvt14on2a3pLyi+Mdx+bfTib8iui8eejHG8ufa0xWMNaUxzGqDMz39Z8Woq0Ezzy5TtZbYNoXGTRvEy0h328htjgdPdzcv1c2IOX7/J0cGtcCe7z0LJeImNZUNyWdMN+OO0xAShrGqhW8cJ772dMZB/EC8z0yceowfJ0HjOSqc2KKH6a8W4x4Hbl0GDjn9l695Q9PvIXIuDgfUB5dREZS5natscvI/V9o7EQwi2ON9vZd5BV+wztZ7Yb5fqgpAiI+8W6wJWnA7b44Yz1p5CdgMp9wV3iYU6OD49vj7JBrJeVZIsgvl24FPz/3USj6lzem629F43lBqQa8bRS1xam793IKVQHi+cLYQ74d5J3xxV2XrkTFW0LCvhvez8H6A06z9hR3xHx7zC8DOUT+DjrCk1xV4sL9cAGn6pkuuUi5e8DY99KdaN8taIXpvM+ALWm/ZGfMbUJS0McRGrmozj2+DniZsBZjJbGnNfaQK4Llux+74Pd4IRRDzgQ4J6hCqRfIhh6iYF7wLIV1u2G+jVsUg2EPrOUtDtvCLqRNdnlhqsuOMCFqHifhtVS/r7njT8pvcg53D/GPGkGJ0wxGvS7B0NCTX/y3zYsv6l4xJv03Mp8EAA==", "1:eJztWmdYVMcaXmBZOixLB01ir1G2sAvEZAYh9hLEGLtSFlkFVrdE0dhNjMZYYiNq7JqrYonReK0z0RgLErEQRBQVEVu8AiKIIt4zZw5X8HqfMPuAz/0hPw575px3Zt7ve7/3O5ylSYy+X7xYJBIZ7blDb32iNtacqI3vQ0bIcC+d0RRvVX0WZtInRZGz8Ldjb8f+x1jf/6Oxbm/H3o69HWugscjqMb5LWFefddYnx708I9e6k/vl/FERJeGOEXpzDNdm6gZR8pAoXfKoOkAU3cmYPNACTBALRkkxcnaMIpglBCr+qGFZRmVBCIL4o5oNwi+jYMGoLYi0hmKY9hZsQXYEDJPaQihGZQGmzimlybQEJLcEpGAMdw2Qgm0lJWPwaoAUIUwgWhHKOlcEFaklgaAgZZ2FR5egv4KZQEJZMAVCQWWkqHP98XfLLUiuQlBEnaupJohte4IimPKkUFmykiCjOjse3Zcl0aMgJVv0qCKUTGZEc6tkMmQhDEyGLGCY+phQS3UuixqYOlfFy6akYuqXAoapwdD8qJgapoBhakq0kamYdCBgmHRAG5mKSQcCxpLmp2LzR6psFVujoAYUxNYoqAEFsXk+LYggJi+R0ywFMdlCNYitzQogJn+U0+QGsXVMAcSmCAHEpAih+QVZ0jHVTIqoBjEpQmizarbuIoDYGoUAYlKE0JvVbB1TALH1ZlpParaOKYDYFEGLUM2mCArSsCmC9iUNmyJok9GwKYKWhoZJEUoqWA2TIpRURhomRSipIjRMilDS5GqYFKEU8vR6RfQzJ2qNPuSCSWvQ6mMTtEkc0JDycaI2SZtsMsY71Zww3packaEwo1Efq4s26fTJtSeLcvzPZP1TxmqjyM39tSZDdII2zhCd+MrNztyH8AQddyGcW01r0BH0K/c4cB8idAZtLFmMPwtP1MeOGa8zal8zWxddnJnbWCJ5PaOz/u/Z7Hgqo6KT44zxNrWCVeOVgfC0EdzwfJ3qla8NK9/gWnxDGp6v89/xlRKE3kxujq0rbVsW2jzh6j9GhMechuft0hC87Zl5q2p6Y5C84Xm71qu+HZgJK2v6epCi4Qm71SthZgNT19S38g0kWFqvfO2YE1z9zlp4XG94wu4NUcnswg6s+ded/A04t1+9JtqTlXD1OzHhaeYNKNu/Xgn7MBPW1HrmewPWFVCvhF/T6f+GsLzWOz/VKw+pxFjJxOF6vSFOlxxt0hrpl3GktUaao5NNOlNKmMEQnUKB7/CxMJhjTWaDNo6/MPLleUS0Kfo1D8uaYPoFVe3tackl8q8gZPTYhXZav/xKoFq/R/Pk6CUQOWbF+FXrLwDH7A1jP3R8CNZs235pxOc3kZ94gOv7u39AHiVhZ+OzHgPrdrO9c/6oBKlXF8/+cnA68MdD3gsrLkfnRXnWDnOLUJW2vCB63Xmw9KJDQtNEa+jbMsp2w3dueNiVLjYTnMrAb5236/KKxbCV3D6t0WAx/rirocLt7l3QJ0Y6MGRPCRrd+9H8qFIbvLtD8garQ7fA1eaS6UvDc9HvSapp+6Az5Hfz8CzqMWlmx16brfC1606Lt8woA87cMbJ7Kfo1pBl3KRcF9trs2KVFDjpkWuwrHlCAdCL9dPFxhFb99t4uQ4IITvLc0fXGxCVg5xLt17HD7oBFD74AQcOl2GffOY5JGeDDkF2FbqoJQ1cYPCpCpy/KQdYr7ANWDxfjrNuj25X52MEKeeGOFgXl6EB3Zy40paD7D9NaHv1KhEk0m+0/A+7nkwkyQafD/ZY1cbXFa/07cpRKQdaEuy3l9oWIC9KEiZuKwdTRZKfFCLmuUq7fcwF4NT51C2ysQoPjPrjW18UWDun80Z2ctK2g+fIXC6c8KwUHxjhUrB1lgzOzBvzVcZIX5CZpHz7UG/fv12rtnLF+kOb1DOBpL/DD3KbbpC+0gvz1QEeY8PM9496lntiRbCDUE07m2B84ZQWLvLt9UpnqjbNI+oKlUHx7XusHGZ6Q3O71zA//Iyjjgz7uUihaNOVZ6C53OHnHLzFTv/fFKYROey84M5JEoBisydh6NmuZDHPJD7XKcIVUV2dBzojP+76zzAPT+IuhiSdkBYf3PGn34UpbeJHIcmC2oB8rzOd1jifcy7GJ21qIxh9Zw0VQhNtu8ciMGOgI24Z+lz61mwTPcunLpbIE5A8kGZTgs+VRNzetLEJw47UjrkN94OljnPCGe+F48lPoBMHvV/bO+uIkiP3XYC6yMtxh4don8kIP+LjHoK+C/yxGtip3dafn7tiBBK6nBO6vnF2a+5kE8ulvkw56aeaEjbxVCEiWrh2xwfLv2/ouvViECItP16SjCST9lRWotZvT3s0puYjfdvNHwG5Eai8vZwnkjvN63JPhRD5xd8CL3ZNKdmXawntLdzuPay/Fz8vM11e528CdLQpmrs6wg3yZxVYhkvWf71UIenei8bokpvFPSwMz8k+kHlxWhT4NJBGS4Py7ZMIy0K5sOVexpYjq2wETlWmenEaefCDS0MF/fispWiaFTl1amK1X5IM9gx7vvzz3MJjWDU1uHOxGdeBSgsolhIAEE5bbthfTMGZmIxk/kRgfvunJKfcuoHEUYU693y5PzkN+xmxZSdhDxJEWq9wrkGdmxKWi0nwhn5Ug5M/jXIU/BHPfJRnJAzyvVBlO4AszDxD2Z4bZYOICM2KcIbWlG+BIIBd4LxfMuYapuY89nLWaCK8c0byWArs//CIvB4gwXzah9pDm4TKi99vgZryROEIzX9g7wDs/3unW4cV9dKInl+DrNlDNyf3comLwdAop0GJw/X0iFGv8YHWn9hdX/IJCyQQ7reEIfiFbvKEZUUo2IvI53K8AVF0khe5A6+8TH2jqsqRMskaGOTP58pSnL6zcUny+d4wH5H11vhf+ujQ3e7qyMSRV4LPPF9L1/PCjd8/rR3T1h7ytmY+i7U+HJh2vCsBt0qUnDgTbw7RvchNE+hzE0x7kjxeHWvWe5fIYBB5sxSnwEfgm8fazLcX+OG/c3PkFJVXg3KKhVeETXaCG2NuvUszTvCKDvG+FSGDT+eZxARkeuD8pUKkvHPIT+mv1IVvYF3pEH4vywY14Y7OH1JefA16Xo/3xSK68vbe6wxdNiIJ9aJ1VNsIEduG+FPL6aCGDWzb2gR7rAjDnOpxzOkKqBzc453zedaeoRvhWZtPciiPecIJT89ZT5pWD51z5ZVu54JOcuhcucIVUl8/RRPW2jz5b6Q1/ukGEvo76aKoY875+1RbyOkhwwnrZTHx6XSXg7flHa8w1nX07bZ6iBZwMlgM/yPOZ5o1F5GeaLezNC+Q24PmJZJgrxk2HrXxgMi/ACkRojs6QYdr3XgD+qSIseZTRZNAnGWv35Jf/bfPyi7rXjCn+DVuC0eo=", "1: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", "1:eJztWmlUVEcWBrrZt25AEXBDUckYo/RCQyZYD1EUxAUxxi1RhAY6Nt3ai4rGlVEnbhknxvHEJRo1aqLEJeoYjVUYNVETjBviiIoKMgLKIgiISl5VPUZwnBOqj+2ZH/553VXvfbfqu/e79xavCZykH5EitrGxMTrxlyF6rTrJrFWnDMUzeDpOYzSl2DaNIk369AQ8ino993ruf8wN+z+aG/R67vXc6zkrzcU3zZEuYdc06qfXJT8b4Xsx+PkQcpUlOPDX/nrzJL7NtA4iJ5AEjS61FRBZDJ4L6WMBRsmCkVNMCDtGFsbiAgW5qliWUVjgAiW5hrJByDIyFkyoBZ5WUQzT3sIsiI6AYVJbOMUoLMC0OqQ0mJaAQiwByRjd3QwkY1tJzui8ZiBZOBOIZoS81RlBRWqJIyhI3mrh0SXoRxgTSEgLJkfIqIxkrc4/8nSIBcGVCYpodTY1B7FtT1AEU5xkCktWEmTU6opH92WJ9yhIzuY9qgg5UzGisZUzFWTBDUwFWcAw9TEhl1qdFs0wrc6KZ01JwdQvBQxTg6HxUTA1TAHD1JRoI1Mw6UDAMOmANjIFkw4EjCXNT8FWH6myFWyNghYgJVujoAVIyVbzaUIomWpJCI2SkqksNIHY2qwAYqqPITS4SraOKYDYFCGAmBQhND+lJR0zlEkRTSAmRQhtNpStuwggtkYhgJgUIfTmULaOKYDYejPNp1C2jimA2BRBkzCUTREUpGJTBO1LKjZF0CajYlMETQ0VkyLkVLAqJkXIqYxUTIqQU0WomBQhp8FVMSlCLsTpxYoYYdaqjb74hkltUOuT0tTpPNCQMUCrTlfrTMYU1+YGU+zxCE9FGo36JE2iSaPXtTSW4PIfYyMzpqgT8MMj1SZDYpo62ZCofe5hN/5LVJqGvxHFr6Y2aDD6uWec+S/9NQZ1El6MjKK0+qTJ0zVG9QusRWuSzfzGtPj1jMbuv605EiqpibpkY4qohbOavTIQThth1ufr+lL5ilj5hrXgG259vm5/xFeCEXozfjiptbTtWWgTwk1/jAjHHOvzdn+pcXZiJqxoXhSVIdYn7PFSCTszE5Y3L+hKmfUJe1pD2cwFLLS5vuWvIM4Sa9B2ZA5306tr4dRufd5Sa/Bml3mf5n/khbyCAu5nDd4+rLyb3pAJZ5tXoHN/a/D2ZeatanEQfAVlLcAavF9wCvgD3iEt3gcqnjvA4tqLDUfp9YZkjS7RpDbSH+pw2403J+pMGlNGpMGQmEGBHYlLDOYkk9mgTiY3Jj4b9080Jb7gIK0Koz9etdyeGt/C/yaCZ3ts/Hj3zbtPwIUhkySjw/PhN33fG7cH5sPNtkfsvXyKwNtdY2dl9i6D2du3DOW890AduWHDDWmzLLZEfB/k/PX89QLXcjhQNMM1KLge9tq7vnzbyTPw0x0L4mPWl4HwAQMN9Z6lIPVS8Yc9p0kRb7xswzv1wGz3uVPAhlpw4chtnw4xLkjtd2u078EiAGd3CEvt/xTWJdzeuvb4I/hJYVWn8/oa4EYMVgHHCWvi2ixz4W4MW/4PnVcVXHe8825DWj2Measx8Mk0O+4B//QEx0K4Tv7ld6q6QvgDb/5UEYTY+jmbXKh1rt+Yuq8MULtPAWb93c+34J7hkz+fvq4Q/mmH92/98zxRKHHEYxCx9t0vvtm1BuzA9AOlXGbvuK9coothTeyYRWG5NRAoP/g+xs2D0ynmHeQWVELxKA/eBTdB9ZOLM+5+ZYOWPlHXFiaWAt9Bwx+3M5bCFH60Kdce7Ssx7m/TUAqu7f/LR7/tuwbJMnnV4CkP6x5SAXNPpPMWq+GTh+aCdStdkGOOX/y/Agog3dcN+Mb4T47VBFcC3uhlL4MYuRf0+tvGunYIRyvuTgfUI8RpZ/uxztwx3+4J9psXwAF5FdWxV7yQ/Piet3RJEq7f2RQ+IlJUircx2Bd9dtE5rYvWmfvl/qkf++1yQMRf89qiETHr53Xv58Kd63K1fk6JFOVH84He0hGtDlxhnhrwEMxteHtKjpM3OoBp+HVAREeHHDgik1UianenBKn80bjO2W5cnOrjyIlF9+HRL/x7X9vigSJcLm+eEuHCYdWVdXTieKfyzKvB++knnu6dVQ8X3PppzeHVu8G8Qbwy6qSc75Wc2oTbRYA+Vw+/7VaYueFXD64MhXeNbRChw/9c7lDRtgSQcNyqgwAb1tpygZ2qtaMivBEf3Ipqly5IMhN7sgos5Lc9xmyPHLx8wMnxnujUNH5n5d7cJeyOGXdg+9Jbof5IhNphN3q5c84BGz54Y7ADR+NaDudguWrOUt1Hi1FQ8JxlhyafA1RPdwB/+bLroUoITubzkb4oxLsBDOO8E3+8cA/U8uGVqtugABLASpA7qqz34R4PwWkZH6gsKeqcdH9sv75ijph1FnPUv07oaDYObAVQfz1x5IgedYDYf+yGfnl/8M+OEZchppO/vxESmuMeQez+yKkiLitvwrRhHR3RkAcrEkxBjXB58D33o33KweJt7/FL2nB/PzOX97Q7Z0xbee8jUAzXS7f+kO1bLfjJhaNxtEVN+Vlz9fJ840k7bgQpJNcA+UwUo8x4LJxGIZ8rIM7KHL8HcHCJWCENvSPouBI6kQS7B7o5zP8samkjcF7SiWdcAGaTxKqGfry8qyK9UaybXc/FbWvBGp1XJjp9ChTitG704UgajH8AbfTzxSc8bdG1IN5QppQbjNPzxG1I0rH8JpRN7xXYSSFBWQNvzvTJugupvmqga3Q3s52/GBF/6x7AuR8eMX3azg6tWrxw7IV3PJB2xsytb0blwZ7tsJLPA+lP3/MKywPZpzcNOGB0QJM25SrKwy7BDD5rnd604aZgmvFOKH3U7KwDk2rhjQJXvnIVgY283IMWOdD8yAhAOB3HRAcgYm6KmKN10Z/GRRyISF5XOXLE/Ak/ROJX2R7d5tU4rkDCUd2fhrz49BULvVBxh23/HpTlI9Sn/XAFnwWDJL4IV7sSoweHVfh4cQUgtPdKkXdV5NmUdz05ki+jvBG29rVnWwQ9+MppknBVu3kB13ohkm5bfdCiUyOztweJuLN4uFaEiFva+6G+GaO3K4dIhH4gQrjKXj/mi65E8Df22wn54oOIjIPbo1k+OAJ3wNUlfAIluyIST5eOKIokWhVYHbVUW3xYgrYrf/3z0HOdEL6uzHflSDyOOCFSh2+6ItxV7qqcOJoHRVRHk3244bgtZJYBDRHEQ0j36c3tFhUvC75njxrO4ALXAPLmG6NXPayCq/e6Td3passRvxi8EL/bM5LULkIenQH8Kge/Fbkj3N3mxEkQicdCH47Ur6AcELVLc33qEjv0aA4WjitHjhqRulSjyaBPN7bsyc/+E+fZj3gvmJP9DtDk+zg=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXdclEca3l3K0lSaDRSi8WKMOZVtgOVmEDSaEzxZc2qM0WX3A1ZhV3YXLxhrYskpMZpTUc+YnMbEmGovUWcsiS12jb2eqETQUAULZMpHwOj9wuzvvD/u5/4x385888w77/s+7zPL0CbFnpzqqVAonD6kSbRnSObsDCm1Lx2hw/2sTleqsrYX57JnGmkv/unY07H/OKZ6ZCypbiyZ8MsYQL70tjsyTRnx6SZHmmSlk9zGPbqH/v+DsT5Px56O/d+PJdaOsZPg12rsabdZ6nr0XV86P4q1GiM9TOIc9kyTy2puIEgnBtKwVisKomOaLkZv8jBabWnkqPs9jJa1ejFDWmYoSidiSMdag5ghHTOk1YoY0rtjSM8NaUQMGThGKArRrI0Vg7BgRzFMgj07pQGYGI7p4gZGKNax9e2IYTQN3Ru3wB/6hhriIRP0qB5IK2ZJrrxod0ANJgN3hm+vwWzghcofYtvjJREVIwQyCEpQfVCUEIiXhVbMUow7IeeE1TRYG+qBxLan6eIOKMqN7dWChBihkQkrxAiN1h2QqO4zkF5QjxnIIFju/ERnGIO4imsbHPA6RdaKVaAcOjGKc5BOrJh4vHViZSuDxIqJJ0knJuQySIgOsqroxNRfBjWYD/WkSCemyTJIjBFcinTuiJ7eHf3SCzFCliK9mH5xKdKLCQSXIr2YQMggIUbUgoQYIYueXkyTZZA78qoXYoQsrwYxRsggMUbIIDFG8HI3iDFCBrlzZBjEGME1wiDGCBkkxgiuEQYxRsggMUZwjYgWY4QMEmKElgtLtBAjtFwjoh/PCHrf5mxOX7gkh2Q3p0uZBOjI6ZUhZUo2l5PfGtcumOpFe/6kiXM67WYr+ZvSbnt4MaPfr4sNzBktGenkgZLLYUqXLA5Txm8m05u++HQreRFPrEkOa6ii/g0hm+NLviRYHZKZGjMGUoQ9m042Z9jNo/5mdUqPWbS31ZJN9pdB7zisqkcXVTOP0kw2izPV45GYyYemtlbIn7zfTX/Pb9qLb6jDgaIO1/6mjZYPoSfvcLP/qsMhwg5H1S94vfbJOxzxJJgdJMzs2Po/UaI1v1GCJgp+LRhvtzssVpvJJTn5fWEj0gzINtlcVldOnMNhyuHACBYSR7bZle2QLOzFiLp+gslleowiRfPLNu3D25PoK/ofKTo6f3VA1hcz80H3pCNzXqv2hbx/Euhvx/R6yXEefbU+ZeLpHgGw/9dzpXfMJWB5Egwx7SxBuZtG+VZdCoZeuiBD962FYEG/prkv//QzmPlAunPVFAi7b02e32ZWPgpevnV78+cK0LpPcnZ36NoMbuuy8IUW83ahGd9cLpi3+jh4M/Srly7fDYVjssIbXfrjLbT5zAyyQqFsV4U39w1QdZy+Hi17dtP96WX3wMaIqTcHbPTGkfQRcRudmuzsPbfiIBiZWDrL6FLgxbue+caRXgCmNzt98I6xCjTfcERxQeWBpZZXBpPv3N7YG2ge8WbYOS9MNvX+/onlqHKHZeWIgavB6k62ZcotVSho9+aN705TwFTizb9+vAKsCvtkz14++GL/d/NswdWILevrgZlZSyg82HLAmfBx90Dn8+28Jzf1hh8EEcfzlDi+1c0rhrBSsG/g9hUfJxWixdqla6Mri8GNkR0r8s5Xg6SUwMGxOg/MzKwNgh1ee29H+Qof+G37Jv7rPlHBXT2/tF4oVuFFC8mnpRfcMn92k7EGT7zFKzgU9FbCUPD9uXVTAuGHn395aviYmyifLKO77Qkz/zqehFAFN8K3ruxeUIqMXsve76o8IO/PF3ZsMe+4b7onRuNbx6Ql5IP8ksij9uGN4eTndkz7NC8QN2YJPwau5z5f1GhbM0gakrka8M9XqCU1hB9f3NZ4sSeW4wVYHsa0gjwPd9G6pvf23+qrxJxX9xFZXH1woRqzLCjKUPTf40bkHy5F+tdJht/ygqpFPuFLLnhjiWQhuT3m8e0bCi8RK9qlpaB8EyVGBTrdI2fwCr0ahtFwX1ZiQBfIVUO2jkoN9yz4lkToBthA6ZPjjyf1oR76YN+qj9LW/HQH/YWmb2cY7Prsy2++3fkc+vxPg4auAkrI49kYJszMuH7vswqUPqdoHNBfA11e+CzkcEILnoesGpTMCPgAUS/b5amxgn4mKfE+za5VnWxlQM4XHLoKFS7pfgUwmk6tRpFlGSQjCrxvJ51wBLCyOeoF+bgPXkPL7mw5UrGNeGC/9LYZb2xuASlrYEg16OF3ctnoHn5YPZxUWr8Q2KmmzYOK7BLA/BoZAFl3hBoPYYS/JdeDL2SPdqXIv93zE3I3/QzmTp/66jHC7/zDbc9WTbgFCun2bhaD8CWvd9gfuAH0HEHfFAAe90qAhz4TV2yuQiuLjyamBIbAL1q9aul2sRFk+cj3w2xeSjDco+5BqBEAex5KPXF9ZA3IPZuusCv9MRhEI+ENeV59Ia9jBf5hIknMB35w7RCykl8ATqWfax6QFO+covtB8NMbfYiL99HXf7j69pJEDzj+8Joh5TkhkNEpfgdaoT/QLWmANyQiVdWkwAeeO0kJeAYxN0edAJM9v3sv6k5jSERl9keVfngbUSGj10UwLebH7zLX+sC7RTdxrDkQc/0oB2zexubQQIXLFIRjyTTdpENoxSCS2awwOIQCi0Lw6IPvHL1waSfoyAQmBObVzJ5wr6ua++Xyhm+MXf5i/GIf7l/rMnB7L0l4gT8speWl9sOMdv0qwd4x2z4M66yA11tTT1XYMWPW1ZLIB6DY/MOwP++JgJR1p0Z7Yh2Vi56eMJwW7vYwuHYPBZYhXp8lYCeVreBIOGXJgZWHThSi08PH9I9o5oMZv5IV+NiWf4e23hsgP8sQ52UlGlYdf7doVABWzCHbH+2BdZM2EKW4zXVZo+J8HKrALHxRFYiqGB5aA8hkEoEK2U41Okvl2hIAhxP27O6qxkw3vUtR21nZWeGJIfB4R6q8CmzSvEJK6R+A1W2b5nAcG6gCnA9nZb33hkt7rS99cPwW4PV1B714fNG11u2bQAsNy3Q17qZMnNKovxcMo8TMUkKeDyWvq4hwOQ7fA3bkx9nSyE9se6bz4bOx7h9zdTdsjxnT/ALaMxxB", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndYVMcWpy6CSG9SVWyxwnYsuYMYn6iIlKBRE12XFVaB1d1FRRNrxBJj19hiLIlojDUa9WmcsT5Lnl9AniaRZ4vYsACCoBTfnZlLWJXvg+G5+fLeJ39c9p47v5n5nfM759x7d1uO0sWOtrGwsDA04Q9RuhSNOj1FMzoGW7B5gNZgHG1ZcxZu1KXG4bOIt7a/mM3qNdvAWlssH9M4R/5DH50+VZUSkazSJ2m0eND/Pe51X0X/hWx939re2t7a/kdscTU20hX/qD69dGmJtWf4WiQeH0qO4jgRf4zTpiXxbbVhEBkLRByJbaESFoyEHOXsEAULREp3xrQMxYiZ1pHRdaTsGDFTcOTkGMYGIcswBUdB6YSwY8RMLlDSdUIbgWEKKcWImUQdRtdhCg/FSBqMoV5mXMgEJGlwVKmf6b8Gu8EEJG6w5igZur0GC4jWD7pSg9VgClIygaSNBzEGV8ZYTExAjMGleR7KthIFSdhcrmxMnMIYU5CMpioXNzjX6b4YQbTpET8wFS8B04hOKWHam4Bh6kc0KyQNFrgJhqm50JyQMjUKAcNU9GlGSBl7JcE0ovFJG9HEpI1oLlImYQs1X8qW4VSlUrZSRyUnZav5VD8ytppPxSBjqyVUDTK2SkxDK2MrqgKowXowBbG1WaoiGZsiBBCbIgQQmyKoYGVsiqAgOZsiBBCTIoRGIWdSRA2ISRE1ICZFCC1Jztb8aBLK2ZqfAGJSRA2ISRFimu5yJkUIIAWTImpAbIqghUXBpggBxKYIAcSmCFrCFGyKEEBsiqBtUMGmCAHEpgiauQomRUhoPimZFCGh+aSsWxH4RazBG18wavQanTpZk8oD9RnvpWhSNWlGw+hmphOOtsVnTflDuMGgU2tVRq0u7eXJ4hz+mCw+Y5wmDg+O1xj1qmRNol6V8spg/Ao4IlnLX4jgV9PotXiBV8bY8x96a/UaNV4szgUjdOl4sDpFpx47UWvQ1DFpH21iOr+/FPwy6JX30WSMHWGUpEpLNIy2fs1nNc88QmsXm5+3yBy8rVl4195pCTVEKjE/bbv6aOOzCLPwJXEOMa1KUqn5CTcxR5ybMvOWm9ZIqcz8vO3NwbuOpKmHt/B4KOS13Py8HczBu46saRhvIbEV5uddhyT/e951JE89vGWmzVaqND9vR3PwriN5GlTXhPsFaZj5eTczB28rVt41r7OEp7YQ8/N2qo83UwOr4+6nHsJK04ImCzU/Yec3Spi5c4kVppVM9ifcmbm8UcI2LIRNvsERaP8JAfZ8o3zrqAv1lC6l6UOVXPbKowqWH544QqfTJ2rTVEaNgX7zixeKSVelGbXGjHC9XpVBgYHEF/p0tTFdr0kkF0bWnvdWGVV1PDIp6de6kpe3p8GX8O+ssPXC3Jyr15u6IKmrvMePsaVcvmrjJWnXQNT6ixeLp1Y4ofdDOmxz/1kECm7KfdGwQIQerO/RKbcQnkj8dmR8bDG8s6D9w2ZHHdHsgpiDgbaOSDr9AJg5yg2UXrk8w3DaCg1+0PVwu0W2aMg58ck9XW5x3Zaen9Z3WhC617fLi5ZVW6B+/sJbxUF34cBRLkPC9rmhOVmD+ZGP4fI5s4dePHICGvd7VpxPs0aG5CUPP+ZESMHvosUMd/BR/zN2Pdeu4Obh7S/Lhqda7NYnL8nn1kxctyn4kAfKLw7K0Y0oht90ivAvuFnCtQwqSUmoEqHyuN+/WXvyOYw9GDi7INsJXIzCC/8M8bbgJ6fglWdTxxwxPuf4wzIfGxc0x+vXC2Vxtqh1+6kLDo11AFVP06+vc/VDZbewo8php9w1twOynnBnJxz9ylfnj9Y/zjrdX2GBgvtNmdX1Jzswo+3xzKzBZfBz7Kbd9ijyy+m8xQus7uCzIte+BE7sjHdmifosfyoascoXnFoUypsq4Y3JHjv/dsMRqR8N7fVushfAbnTu35z6ebYD4r0QXqT2A//sPjB7yfAyTuc2C53bWADH93S4vHmcL9gzaOyaiXk+iHeC3YXV1mg6zy5A6Q4yea/+vtwPzcXuVVujym1FOVGj7nJEB9tbIbsLzWN+8zspzFMBm13vvHiD0hv92jNjyNb9FmjH8+Gpp6qvwqyMf7zTbWkZFGMCRit0bOvXA0Gct+CfIo6EO+0JtH+2Ien7bz1Au9Am3/mv8UEfVkc8f1hgheTb3x08LNQJFJX0+yDzoA26vbPNrVnry+D+LXhiW5DcKmXS5Pwaf5bDm/dW7HUssgM3h3gfyLZ4wJH5huZBra5w9tlcOxAN3FUnLrqi8d99diUZuaIRqwZ4LujXHKTzUUxwKoSOy7bNjIl8Bon7s+5xRizwai/0Ic9m75QHdJ54S+D/sUr8fkglnBAd6DUmyhW1IoQKuQGKeeEj2/iivV3SNlv2cEd8NENWdyjkiD4MLVDHp1/8e5mdEyrOwYKyB89CeUa9WyIij/bu6Db39bWjCx3AvjO8UH7zR6r42HYb5lmgTe/98KQqtxjyahmwxcEFbcXy33MfxmKh9LKk+rtoj5L+dWdMxwmuVP/HnIH+mfO9A7ss0KUErAwnNA4HcKQHoLwdUHfLqE+bRYuQsvw4n6l5kPo5EEXvWq6Zq37MFWK3ziuA/CZ233jHFR36XFTo1Xe34P8c2P+DTOWlU1UQq/ecuBkqMPCJ+JkryDwbz4f6KrfgSrKFbkYeR8pEt0ecehqvkF+8UfFuLDxLFESEWs4RPa21R+3IRLfhxnLeMRpXQPPzCvwxdmXLhekFnAd3Om//p885ftO7luc7Ik720d8jF4jQsTCcSU0AoZHrhUjextyE3OBhe+CD+9yLvVOKd7sEIlKPckSI6sIKTMHpM/kJlGAZbn4BsWquzgwAAUMTu1+Lfgx7kIVrdOcPSPnzskV5fawnNW1dAjvv/fJxVqYPiOHZrGtlIejJCRE5xHiC1ocq55T4eSKi0zZuKMGJR+zyBJuXduM974ck5K8p2hzMD9znC6zt5wep05oL+3REhw/yDl8ZACbhclV5g1s6nE+MHS6IxCWyOejNZwkKq+YquuHIihDOxp4OgVTPCy2BkRSMCkjz0h8sw8tGeVOdOa3jFh0vbT/c2Q+QbY/xQjNscGXJh1jtxeP8QMQO7dXxDgGI6t0KEX8M9AAV5x+dPXE8CAUok3prdU2QdNM+Rfnxk9wS58ny7UeDUcJX23f8MqIMEr8PusZhWT71Dkbf3+cFMsUG4Sw6trWC60sKWDA6wW9j0fFsLpYIzQaRNAv3QsS/py9ytI6UwjOrDq9cvMgXtY2z5V1YDGneV8MuizeUh7b1Qbw4B1WuskGUdynEUU7sXgmx7Ia0FyHnpli52RzJt7tPYUdcXpMroNURWzcP7hYk9cn9BqTxshDqjydwmYw/VXM0T8qEdZsDUq9D7nCpCZ/s/GHUFVjpY7jspncDxE9OvqikKnfSvbalkOa1O5iKHbbNA5F6/sAKER1rbACRoUchVybCCvqJw+kbPt6e+n++h9Dv3NDJXryhyBfQ/KmC5O4kPC3JYNTrUg0v9/ban4jVfi1dh038H8Gz35M=", "1: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", "1: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", "1: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", "1:eJztWnlYU8cWhxCWEMISdhQkbtS6EpIASnsHqBaxrrHuT40QJApEk6Di0qe4fe67+JRaq8+1rnV7FuVO1efy3BC1LrgrqFUBUREXau/MXEpUvs8Mz/Tre5/545I7d35z5pzzO79z7w2yQfpuSUIbGxujE3foqE/RJqSnaJO6ohE0/JXOaEqyrTqLNulT1egs9uPYX2xM8M5Yp+qxblxO1S7cl3Z6Q6omJTZZYxis1aFJ//e4d2PV+S80Fvdx7OPYx7H/kTF11Rjuin+oT4w+LbH6DF1rj+aH4qNc7cAd1bq0wVxbtQyipIHI26Ox0DAaTBg+qugh4TQQBdkZlRmCkVPZURI7CnqMnCo5KnyMpINgM1TJCSfutKLHyKlCEEHshNYCQ5VSgpFTkTqS2KFKD8GEWYwhUaY0ZAYKszirJM7kj8VhMAPJLeYccYZsz2ICEf0glixmgzkoggqkqD2IMrlKSjExA1Eml9R5KJ0lAgqjC3lEbfIUSVmCeDZhudziWif7ogSRpofjQCVePKYWnTKMam88hqofkaoIs5jgZhiq5kJqQkHVKHgMleiTilBQ9kqMqUXjU9SiiSlq0VwUVMTmNV9BV+GEpQo6qSOUU9BpPuGPkk7zCRmUdFpC2KCkU2KSWiWdqPIgi/lgDqJrs4RFSjpG8CA6RvAgOkYQwirpGEFAKjpG8CAqRvCNQkXFiCoQFSOqQFSM4FuSiq75kSJU0TU/HkTFiCoQFSPkpNxVVIzgQeFUjKgC0TGCCEs4HSN4EB0jeBAdI4iEhdMxggfRMYK0wXA6RvAgOkaQyg2nYkQYqacIKkaEkXqKqJkR6EWs0RddMGkNWn1CsjaVAxoy2qZoU7VpJmOSxHzBJHt0JuYO0UajPkGnMen0aW8upnb+Y7HuGcO0ajS5u9Zk0CRrEw2alLcmo1fAsck67kIsZ01r0CEDb80RcV++0Bm0CciY2h0h9OlockKKPmHoSJ1RW8Oi7XSJ6dz+UtDLoLfeR+M5jtijwZq0RGOS3Tsxq3rm4Vu73Pp+O7zPb3QWa6nDdjQOV99i8eKhCLO+v47WyDOV2zjPrcxVSaGwvt9OHzTPYmqHVebiqFBa32GRNRJdQ7W8x2/+uZAvaJX1/Xb+oImuoVwsc5iv6HDrO1wDF//7RNdQLu/xW2neXhUR1vfb5YMmuoZysUjC+FsDRaT1HZZ8UIcFtA5XvbLin8xaWd9h1w/qcA13OO9xOMJcu5Sh1nfYzRqlTN2r5OHmEqb8E27C3K3ht5DGb7PfbHjv/4R0e39QftcgD+9RsAjzxyiV8q2HE0RGtHCsXm9I1KVpTFoj+a0XGeqarkkz6UwZ0QaDJoMAg3AsDOkJpnSDNhFfGFh9/oXGpKnhISmC/JAb9ub2tOgS+s8qNLrtxr1FPx4PhgvLHQYs+aqELYs+lXQuJAA0ShcsdeobCJ+k9Bi3eddzNjihuE9MbiCYGf+rUOHhAsvyOw5yv+AIlqRJJ8J4J8C6Zoet3FHAtP3S8Nzt3mN2bNnWLkP7+IDW84/9PY6pB/vN2f/0k36F7M7wiv2JG7xAqU9cl1e9PCHTs+829oEtiM68eXhJGxFoMXdFRWiSHZwg/Pec0JE24P5NVQAssANHC5l/XsutZB49ie89JeIVO2yA40n/0y7gXuNQp42XpbCx2n7V/NYlTO7PvtxXd2B7VSCaXk8Ax2rkX7f69B4Tta/bYtlsZ5Bvgy4UMonH/9bhiGM5e7z46IGYTfZA4aGK2pfvAmM+v3tx44uNTJtrnWdlFYvBvG9eth7WyQ+e2XvLK/DoHRafnwwEy4oC1951CoA2+AMZcTsuYgHe4NwotKM8tuPj2WpTwwL2zsv1j/JPiMEc7izrdTmTaWzHhVoA99pLvRgHL9BM63+zl+99xkXQdKpPbwnMej2Xs+AFDl3eOWmsuxRm9FqnPJFjD1H4P18XBHwvnnymThABFLXlewWQrFvBdEBpGeEOA/skclu/zyRv/9W485wMfF8RWrS50BOWIDd15WzI/ilre04PBo4oAdkyuOPIiNzvAlgGmWkz2wOkrbLda9/NF1blgwvees8urqB1g/gxE1uWsffiWryWjXMAeL8X7cB+FO5V9mCpU53l/Zs4wIVTJ/c5E+UIZPUQc1zhiTadTs/rd5V9ln4922N1MCD7K2SXXFnAzSxl/RA8Xwown3r5QOyH6iY7sDCvfkGGH+j/U3vO1G5285c3Rnu1EMIzV6+LF6wXgCE4wGKIdnHyWQmrs9FzlPEAE7u2/3b8GiHI29776Z5LtnDpyOyVDTJ8Qc8HLXNCTvlCTLflecy6Qx3Cp/3sBobsNS3wE5azqThR+9grDR0mLIq1B2jXv02sDxGNl458weK8HvEnfk6TQeGdmZ88lGxmTxznPi51Qa//yA9uKw6CqzsBT82Bl2wS+hQFg2/HN94/ZXBd2BwF5BchHDG8juR687oAlQVb6QK5KvAznncFleUoQHbAOxAxXQRxHRQ5A5xHb3fAec+FYAPPn+fszIJkG310ACBxfMgg1vZLPc3+a4vdnZl3fUhdZAdBedHmRrcnPmdJ/qXgpH/XS3VeecFNuqvDp7vagNkOiAi2gMRRCFtiAlQyXBBmpNwpZ7ikRO6IE4Lzq4Z95nz+PttlVhZX8RKiD3WksC4u0MdM0Nq7cS0YL4D97FHJOmJDpQzWD5UHUHPVlz68lNmQiRL0gBXgQFYy/sbz0rJoN9gQE/8Si3meLAQZyIFm/jw/TzFPC85PME6pB5w21u2TmBPAj5chUXDN3u4DBjQ55n74pzzm7pCm5VlXrjFEPyS8XxXMGmeuQDM9IIri6IVScChVMX43+JHFbiyXwCeVZ0fdK/IAhumzb5fVu82M4mizZ6wbJDroB36LffHwPnSHazMON2k9Xwgr1LdWL5sUAOJwYrwhd3YweKsYTpJ03rJwdRBAq2cOksBbh5fkLHYXwc6IFsZgsOzr737Y1EsA5nBW8kts4PVcJJzFzGsZx4CBrqD4PoxsEP+MJbrwkvlm5p6houcScINjfWZXEYzHhVfGpCEDAimvP0XMGVQ+FxuA4RtnFCSPF8EYXEDlzLRo7stNGTgYgzLuCbFd/VPmQOKGgd3nB4NWOSFuYqU3qfecChb/XVYffP+LoiRicgOIhxdDlvBSCuLYcYERg2VwAE7wD2xuq3986uctBg33vJr6pK8MRuHCecRc/AwplxTIthqS5zX3gQ+XRzU7GyAG7XY9rjxbIQX60slHu9vWgahb7N5iDyJxQl2J/q/xhZhvvu6AW33RWZEz0SXpBRbz4JAt4HbfLWSFA3h5DAn4Y1Zz4ExTrb+Erx8nsLItMvSAHc6xdlWpE2iEynpGBYPjXd8FZHPZMtx1hBcmoIISg4LpldpnibYga67baFVTCSxdiwTCASxobdtx0iwx5MjLFe45Nu9cjwctxwSCkBXTtt7QOcFCFM4BD1m8zi4Z2D4GKcYlVoIT4Qix3ESJwGWuXCdMEsF5D8cyyv43WVyfdb3BtHxO0DwFgPQbO6I3zwIAvjuJThtsNBn0qcY3e3v1P4VV/xBdw5j8d2buplg=", "1:eJztWnl8U1UWbtMlbdMlpG3SWkopw6bI0ixtCqP3QFnKVixFdsSQpm3sEklSsWyCbMIwyC4CIiqbiIhsCgrvAirgNkodawGRRQalBQrSQmmt8+69rxKgvx+5HeI48yN/vPTd97577znn+76TlzR+jG1glq+Xl5cjQDz0t+VZzIV5lqx0MkKG+1kdzizv+rOuTlt+BjlLuT/2JxuT3TGWdnNsoFjTjGDxj542e74pLyXHZM+2WMlN//e4O3M14E80lnp/7P7Y/bH/kbGM+jHaFX93n262gsybZ+Rab3J/Aj1qM/zFY4a1IFtsq+5BDDwQbW8ylqDjwejoMZEfksQD0bOdcS3DMFqudQxsHT0/RstVnER6TOaD0GW4ipPEwunEj9FypcDI1kloBIarpAyj5SJ1MluHqzwMo3Mbw7LMuZALSOd2VVme2ZvbaXABad3mHAuGbc9tAjH/YCu5zQZXkJELpG88iLO4Bk4zcQFxFpfpPIFvJQbS8aXc2Jg6JXNKkN7NWK51W+tsX5wg1vRoHrjMS8I0olPquPYmYbj6EVOFzm2Cu2C4mgvThJ6rUUgYLtNnitBz9kqKaUTj0zeiiekb0Vz0XMSWPF/Pp3DGUj2f1THK6fk8n/HHwOf5jAwGPi9hbDDwOTErrYHPVCWQ23xwBfG1WcYiAx8jJBAfIyQQHyMYYQ18jGCgRD5GSCAuRkiNIpGLEfUgLkbUg7gYIbWkRL7mx0SYyNf8JBAXI+pBXIzQMrkncjFCAiVxMaIexMcIZixJfIyQQHyMkEB8jGAWlsTHCAnExwjWBpP4GCGB+BjBlJvExQgd05ORixE6pidjw4wgX8Q6NOSC02K32Mw5lnwRaC/qkWfJtxQ4HVkhrhNm+ZEzhXjo6nDYzFaT02oruHWyjKDfJxtU9LQlg9w8yOK0m3IsmXZT3m03k6+AU3Ks4oUUcTWL3UoWuO2eQPGP7la7xUwWo2cpeTZz7jirw9LAbD2tmYXixvLIt0C3fRFN75HTULJNBZmOLJ87klX/sCP1dK3nA/a/pwH78AR887OV5Bp6nefjlf/34qUF7uTqQ3q95wMOuFvASoKwFZKbze7GreCOO9HVFfUGz8cdeE8L3YBM7hKw9CQoKTnR8wEH3dOAG9CJewFLUk7yfMANkPA/CLgBndwlYINrJ9UbPR9wsCek3IBO3LIw6cOAPtnzcYfc00LLeAOu/5JKehbr5PmAQz1R6AY+2twlbqOrhRkSPB93mCfi5u5V2iRXJzP8AR/ClJ6I25cnbpcfa6To/4ByR95TXTfgEncxMqPr81Oi4banEkJGMnGKzWbPtBaYnBYH+5GXLJReaCpwWp1FXe12UxEDNqO5sBeanYV2Sya98OTN8+4mp6mBpyMj+wVXd+v2LOQS+ZcqMtqy7eS5u3IVeNt5x47ILuGwq3bW1WMlsdAuask3gTnh+IvPxddcFRie2N07eH8MTI41Zne3nkKDX33r7e9Gy0H7r82tfpwmA8WOdUUH31Th+Qnj2sfHXUTzCsfGhJysQJ8c3zF94lc+eFT+x3Vbu0SC7EM/VcRz0TCi+MMzEbG7hCaJf90zcKkC2H3BsG7FR8232I+jtXv2aVpnVKH+v8zLcK7xhvL095vNyA3BscMzu/wwoA5VvfT9olkzKoStr1xa/0nf60LYSt3r25PkUI6T/9JnQih8vWBkXcqNS8L1jDNrV3xUjvICq1dnb5MBw/nibo/+VLrpxnn08kMk0ItCgX7Ke/B8tXB6qOa9r72q0NkrcUdso0PgH1n/PPdUbjhOz10+buXrofBrVeHJlQvUQOfT+eFJX20bVpmsgsi5fc776iPAsvHJQQPb+ODpIQPeWWz5Di24MBEZnjiJ0o/GTDRdCcev99j5y6/fVKF9ZJvTSoSakWJitFG4+40LZTjZF2TtZqlLvywW6FtSDLappuFPTRFgvL4/c+NqFWhKv7yWYfbDo8ToLpT5Qc1nFw8f6BaI6yzXfjTFN8NlYhlr+vrB0nixAisCYfSyfpFzg6JxdQIpVAh4kRdEwJfR4o5q/fDqBzp+39I/Bg5Uth354vNRQMtr+wkNr9x1dM6kABh/8MHOCxXhIKeACrQ8IGbVEw9eQns7kcyVI7q/+DD85NmvWhyr9oaZxm8/zt/ug8cnvvXokGNR+FPtR+92uOgPJE27joYCpVWLEDz2kaCSN55+W6B1LatAqY/VRjk0SlzwhveHfkeaAAnzzFoVkPK31Mhxv3VBPVsVHhHQkBHvCuU1ghBKCi7HrTP83ljY+RKil2WhMH7twylN26mxghK7GE2Y1lGEXhYIG9srvTDLVxDUvnn5SP8xESyfZ2oFxr8qNCFic69T46+icNOB4nYWBe5GCHA+EnbnigVf3xx+fu8dn3NzA/D5JVuDx24KhawXzKOO94wD7xOywDk/ROLjJVMdPRcrYXGV/+hlnzcDyoNWkTiNEHKaGs7ViAuHxIAjhzBjLRpE6NlcAVZbxYzDg66hGWUkIdVIRhJ9IhAetkSLlJTBhiFiJsc2wUM3GL7oklaLCHs69qtBGpI4nRoT1V3NO4Fo/lTXEanSZ8prwpw488Xhskgg8pWVPQAtX/pt/uSa3cKiKN/Boe1VkCpMijWeC4aHOi/87LnUy6iLd39xyxdQ+5SmZad3ymH+6usic4LwoWUfLJ3/oj/Yq8PEFJwSqG3M9pZ4GASUB68FwMXhRFkVku4OCe+TdLWVAb0/8IawSXSNZwZcReUdP2gTpqgUKo+RhF0WQtsTJZcj4gbxoSpIG6Mcmny1CXbSDfsDi1sDx3v6PKto6Y1Prmyyds/UCOjwW/yvVZVK9l5YI+zXEEacEHaK1dw27BRqkxCwqekD0VicbfuhKn/YSMqurBS+I2XaqcZTl6T8Le9cEJjpxr9G0dQAYrAofpHy3jC7K2H2AbSX2NGMKNwnWFToYDV8LLpUzoIwGEoIvjkGXzZ/PqpvgAZKxeiaqdUwsM3q2Vvi4/DWDmJFasPhxNg5837cqgS6j2dkzB/OBsMe0QUPn/WV9FMn9KaB1KFOJD2GQLz3VVGga+R4KaGbIgDYvpWY1ScOT0vv/cqU1iFA8UVy+DlVnGBSLH6KLJjpBXTayTJotv6n1A6jm2NaZuQN8/wr1KmPhUERSewHMcz/awJBSYSr0bD5qgPwCdEthy+KgcNn0Zof9kbA/pnrRSbWCcz/YoHxNAqGUeErsOGSsUcve1N4LVuc0RADqgjSAs4j6gcjvOBtq7ixtHCgunqqBPU9JH9kxeMKaEeNWQ2bd455rvSRGkRluFgBy18mLxWU6MnEvzD5r6pFFPZqMbKLab0S9y0Kv9JVnLEErSLtIKkU+YqsuxBSh6g9eH+PiBu/YK5Ax3O8bFN9m+Cjm26IzluFGJ/lmMgge7oKN51o0j6+RQ7UX/S+mLap3hpc3J8Q8jfUiwDGKSEop0Xes53VmKh2X9sgoDzKDoQpVFDe+PF9G9akwQVhamuSsRsC6S6nD8rxwd3v/92/YiaifEkNAUIn9bBo5g8pG9G2CVe2PJZ7WqCfTroWZDucdlu+49befvO/wW7+At3AmPbf/YejuA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXtUU0ceDiEEEAXCQ2vt2lrd+qgKJCGAtZ1BFMVHrcRqrbYawkVSIal51KVrtbWruK1Wt3V9ra9aLfVZba3U1XWmPlqte6qiBS0tCoigaOUd3nbmTljBssdMzsmes+fIHze5c+83v9/vm+/3zb2hT5IpMUUmkUgsPuQwwZQm6G1pQgqgI3R4vMFiTfFoO4u1mtK19Czu4djDMfJl4v/h2JiHYw/H/uvYqLYx0fmkbWcjTMbke2f0WgK9P0I8KrXUPGPNpnSd1aB3EqTmAykT6JgqnA+lciWUyqVQahEVodbKyYfWYJxNtpEHYSLFo0aEjDTZkpyGRPFFEeuJ5MFoWDXRLmBieDBRIkYZ7gImioe2aJYbVxyGUUbzx1FF8MSJYblxrQ/DKGN4cmMYldLZOIwx9uG04MS7I9gHXyQHSMMFYragdJpvEaTiFHc7kPMry9zAlfTUrqwTa3KlKyCVigvEaw3tQM73OROdK5EYSOW0DzPPYunxEeEAuRKJLz1luAuL2wZy2laYUl2J5ABxda5Syak99uQgYpwO1O7BgWvHdPQ6n/AY3yqnt792IDVfXzAa1Hyu4gDxGQQjT83XFw4QX18wytVcam0D8W0ZzF7VfDsac0q1K6an5lME869ILkUoGRGRXIpoA/H1ugPEpQglozySz/QcID7/coD4rIgtbiSXItpAXIpoA3EpQslkpOFThAPEpwgHiEsRKlaTpnNFJNrSBEsPesEqmAWTPlVIJ0Bzxqg0IV0wWi0pPu0nTPGiZ37kEGuxmPQG8uJlMnacTNvlP5NNznhd0NKbJwtWsy5VSDbr0u67uSv5EpdqIBfiSDTBbPAnA/fd40u+jDSYBT0Npg2kCJON3qxPM+nnzDNYhE4mjTck20h+afTN2SD7/aTeYkWzdcZkS4rn74l2bGQOp4xyf90B7qjbl7vutk3f4aburzvwQXXTszhnC/bjLTgiuv2zmDrG/QUr3LHQXVysW+Ww43D31x3kjrrl3HWrOrwj/Q8aO8QddXtz161p39/KSPfXHeqOurty163uULfG/XV3d0fdnewODzDy8A77mOq+DZ/ORyeOM5nMyQajzipY2I/N3chhkk1ntBqsGbFmsy6DAXuLlJhteqvNLCSLF2bdOx+ps+o6efDQsB93VR3TE+gl+u87Orp+3oatfQ/54x3B50ZeqmgBCs3wfyXmBsKli1++cEQfgusGzFhxrLYWDBZ6Fr2Up4AvLF9jDDquwKXLBtzudvRn0P/Ykqyp38vg7j2XZr4x0Q9ffJreWAPm7n4/P1XiA7t+tGPRpARPWFL1eI5pZiE61JxZk593B50uAduuHK0FffMbFrx2pBLtem7q9P2oASX23/LXfToPOHTllvqI69+C0qYdlTkTcsCYwjdD9o72wNIjXkEh4Co6uvnRsF+2+WDfXpteHXimCBVrHsXTt3SBNul6n16bWsHm4YMvrk/xwL2zysYMvduEYiv1/37ljAdedmiOb8OWWrTpTta346LqUGXN2GlLoqvAWyDy1X8m1KHEhI1vP3XsV1SvLd7+jxMyqPX65MNhHiVoVSYlJA/Qq0uy6pCYdo0ED/liI5nJDp65MpEwI4V9x/753bDxuaBp2Os/LE2UwscXl0/6urcdLBt7U6ZWfApM78hOroioQc+S9K7/4QpI/dvt+SCyDN0gWfZpkeD4P9IKWhBbj21IIv5VMF4KK1BWxncDh31YC5YSFt+x3EVvZ8NFRd/J8WRrvzV3V1YA+zXdx7nqC6inbIr/kC+qwa6zP065FXYHkZvWHl59FRT60QWRQzp7zdjzwP9o+LpBj5SDaT2yz0sKWsGXXcnKTfeAVftemLPe7os9CqS+7232wv0GLCDUNYN3J1GCqpH4mRKIp7y192DSwhbA8qpE+e+1CPZkKdQpXwwftKMEieXOKwUjzqb8WDpIAccRtnNPekNWbwV4ruzy7sYZxeDEiD2GgrneuJrKxDsXiWmFBuIJ1R9orf0uIAklLiAInn+SMt8C3idhrhWGYmHnrMmJ/a868veDvbu/RiDVqG7NLx9lLv4JrLhGhHfHC1u/Cm0682sTCjN+4nHEyxt6qanSPaFI08YqcPjr5fKK7i2Ayn91Hxlkda1Da8VppPjFbz7b9jz0YXpa2A2qtx6Iqj9WhKbeCjvcP6Aesby6YBH/sQyKehsXDBdZ4lfVxffATB/1YE/jjPSTrSHw4F/mn/tyWhAeSLoofN336DptB/9mMH0EZUSOaw/9RJhsQIE3sj/3LK1FUUTeT3wjY/1ok+HltP32yfEzRGY5BY0o/mB1y8U/eWLd8QukAytBeRFpiHwJ3o9ubRo++CaKGTXa3BBQDIhIFjQN88Sr+3xgm9urCpFZYyuLvSF1gebMMuT31adkJRuRKKcFvpD1nR2xvi4Bm3fRRi9FOxdRARwEx2tpQlWA6bYOGdVUkVKcI6HCqQXbn4fBuuPVgPXFTbBBRYnzhJd/sJMOuwLe3D447rHyAlBDsr/xlBTnnkwnMxQBkd7kMsTy8sF2+cy140NrkJhWkwSeImpeucIfi37k2Q1/vkpYqn+lGSQFvhRz4JQ/pmxuULWigdS+PvOFCVRudd5Mx+We+OdUqqhm8JhIVAsSebscjNm6yaHoL/1uItFvUAAupu2zshL0tOQFVcXmIUJGj2yFAkeTLHfOqgJU7cHn7AiRqFvVPnAUba9pMnjg1BtkqnzmT0/IIUWfvS6FTz/y94u+qa1IlOXpZpCdtPDysxmX0JA4mlEzqKD2dFoBWf9jkElcVnliP5hPG/PlINh4uxzH9G1AdJYn064yX5kbDPeOJgs2VOHQNULMf28jcQuMNc4mb5amdEvHveLefznv/YzYyZjyN2y1Ne8=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWlUVEcWpmmaBlqQRnEJbhhjjI4LvYE6pgpR4r41GreRNE0jrdBteokyMRp1osa4YNS4JnGNGBNjYtSoSaow7iZOdFxwRwiCG7KDC5JXVY+IhnPS1RNyZs6RH+911auvqu53v3tv8V5onHVYgpeHh4fdR7gMtCaZjM4kU8IrpId0DzDbHQmS6lakw5qsJ62oZ33P+jj6Bv8P9fV51ves7/+2b0B1H83MntWtnlZL/OMWedaXjA+jV5XeW7j2sjrjhNTuGkRDIXqzZbwLEBW9duWBqGus4uLG1H1JX1gXnmU0FKMK48Fo6VXHszUGCedbhe5My4PRMQa4rGEYlY4HE84wXXkoYBg1194i+HUT4YZDGUbdxVVzmMzYzWXemGfYzWWL6GgVu7kccTVBLkuOjhYjyGXN1QRFcIHEuFNxgcSQ4CNC5w4ROndWCueUHqPNHSJEkJoL1NV9kOtRS5fo4oZNIkjtFojLTyoWhCouRahYPKm52FOx0FBxhYYI4iRC4872RBBXiWHkqbnKhcgdV/kTWXCZOlooGIarXjCMxuVDQ43cr+GLdBHEF+mMbg1f0IogdwqGhi/3iyC+Ishcq3GnNGncqTIavnLLQFo+RbDSpOVThAjiUwQrTVo+RbDSpOVTBKsyWj5FsHjScilCTONavowssseXXEUQlyJEkI5LESrmJx1f5RRBfLlfBPHlfqYIHV/lFEFciqgG8SmCaU/HpwgRxKcIEcSlCDXLEeFcilAzGYXXrohhziSTvTF54DDZTFZjoilZANpSeieZkk0Whz3Bt+aECTLSUgiXSLvdajQbHGar5cnJ9H6/TRaTMsmkJ4NjTA6bIdEUbzMkPTW4nvAjKtEsPIgSVjPZzIFCx1NjyA56mW0mI1lMTwZEWZ1ksDHJapw42Ww31TJptDneKewvibyhMPv9flI5tWi8wRJvT5D+jrPqM7WYk9V1b7eyLuyux223ruZRVaupe7uD6sJuf167xWO2eAbWauve7gZ/ZDdpRblqsILbYPGcKzpaV/cGN6wLRzfitVutqplIteF1b3dwXdjtxWP341dN1WntLzC7Fs/892YH8Lq7+o2F+P/6X5DHG/+pcV1LdvwDg7vWPF2oVXVvcJM/1eD63AbrRNeKZ52nTjZkPjJxlNVqizdbDA6TnX29ICViqNNgcZgdKZE2myGFAVtQLmxOo8NpM8XTB689bvcyOAy1nLDC2acJ9ZPbM5FH5Hs16X1u6IWQqYZidChZ8/ZuLIEW4QY9A/Epjyuevn5eeOQx1YEvt3nAbu8fn94HKPHdiN6v2O7lglmdB3ziF30P4DGtIguzZbiH37kNk3pkok1/i2p2K6sEjO9lthbIfHHzCPILo53BD47nH/XAx9f13lVc2Rwu6SYZ+C//XFCxP/7T12LkeMTHWz/PiA2BwsPTU278ghZ6FzTqM+Q2ilt3VnM3IgRqycJFMnxj9xfS3PlHwMp9H6TW/6cMb8uIfWNwCwVusuy0b2LrAtA0a2Tj3UMDMFn+naMVoNyZuUa5KRdkH14hIB4ia9AsfGxdMVj0S1HLU1YvvK4i7Pq2nGD46cyhfT98uwiF+Gd2TF2bBYoi/51wJncvmkW62xaCpvZzQUXpUjxx1eQ165+XQDZvIRqenrZxENyBAgZ/sdQ0twSMmh1x9mByPnjpeODhvd944g5zGp0/UZ4N8s5/dn9s8i1wJndCh7Ll19DA4Pn9bnqVoCVNvEYEdLyOllelTnvQLQMl5z7YUniqGNkTF9+ZCrLBFmH2BoJ/LkVLpyjayGErY/7oni+XgNS1ZOMFiIzSjguGZwTrk6ZcAIaYYS+ufbcI/P27YR+ELpTD9tRxxaj04rkZ9uiNoPukE3NPjZPhsJXtBcpOAsFZuufwalS8UO9os7wK/LxjVOmeC/fAwVbbbYmLs9HwLu23NBhSH9ZX7Pwk5XA5WLWS/N1FUt95LY35e4F1htfBRWE5KOSjcS8dT/XEs4/GpKcdCIX7XiSIYiATnk6+E4jP90gZmeZsDgUWBWbvIOb3QkT995E/Xk9kcdoHRtEN3UbUfTH+sN20+Xsm+t5HX5NtzTuJ9IJVzsJmsP9NL41ylwJnfh+wRr3+EopeWuYdu+IReosasArFyk80HXrhKqJ0pTWCR+Q9Vg//uBzseLNo+5CJN8HWl18d8yUKgGRUyNRSQN21YBeY/qCbwFABeEtgdW/fPHQdbLz6fUA5UOoIo/5QcKY++wU5vEToXFqE1r67/dqNZftRCZFt2xy0O266YKoPpHL8TIm/IXJNk2PC5p2p3pDx1gALrP7cK6MYNDD88J8OOVJoUBGmfTDjU4kpPqkc0G3UU+DmR3PAxlh/3FYv2/B+tzNgGg2sILzn4ZySi+eksPno+O5XB18GtP2qJ84h8o6tBIzHMnB/2oRvHUvyEVHH9msSSHW8QY6vZiqWbOkZDJkeswCLSx+277wgODOLBI4E9+1UFVpZdgsw/Z9EVEdXstAkSnQFuNzGe8ayqH2I0hR6BbSuLBMixA8XGn/8R/8jUminjveA6cdIApDhN2kCkcKOX314d/OhSkRW1ygvgNdpAD4Cc0uIYMvRg7HJBx99VYioTMcUi3FVDhoTRxh9MfP3flB0amBc4Mg9iKSrTvlSfPEeMfgcYPFeKPqvFDHeqtCKy0vmvDO6CAU1BIcu7SxFiugXnJ6rCkT/nUYk6vfPLkdUfikK+F4SCcwqMHbR/tJ2Y7NRMHFImybwpx/J33XgQ+S11QNSuiOlkGSH79Ingzfoj0qUQeSiex56rvIRQiUXjesvKDJEgak+27WGgvMWLLfcR4TVTMUj0Y5QaKIJ7Rogw/KaNsQsHzaDjfsMedjEXgKURLaHAnE/Quj1VrA/TUASSLLXhK1K/FP3QScXXwqBZFvpaWWI8V2FBBFJBnopsERI8/Na/gDaUOEUo4yCkn6jvANwhT570+oDJUhIZkJFyEM0/LcE4dYLna+HLPCHLTbn9elUdZ7F5TElpHHYWgE7WzZIvpVdQTT8VstgK0GF8kF+kGTVirAqRMrLzDh/KIhMyJjXEHl8YqUEUr8HKuHZEbc779ss/00XhNXPM24gWq0jLePtDps12f5krXv82f/xW/la+lS/ApogIak=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYFFcWbWloZBUEF0SNa+IapXpDjXmFoHE3AibGYLSlG2gFWnv5IppMYhyjUTRGY3Q046iJ0TjG4DYuGN+LOyquM3GZ6Ig74tKA2LI0zlvKAA7fB4+hM/MDflRXva5Tdc+5595b3U37SaboBHeZTGZpjDcjTMmGeFuyIWEkWSHLw40Wa0Kj50cRVlNKDDmKbFhrWMM7o/7P1wY3rDWsNay5aG308zU6JdyeHw0wpeorjsh7Q8j5YXQrxCjwNspkm4THTM0QshYWTjExxtTEWmAEuq0DpA8PREm3an4IV2AqutXwQahkAg9GXQeZNQzDJZqWX2ctu01vHkx4HULrQzFCre/DomIvYXUB1To6dgvOrFYCCXzhCfRFqeICKdlLnUC1rqFKIKHWVmVxsZda11ElkMCXJ6mStHUAKfm8x+pP4JNcAvGFp607iNNGrHAFPpdLIL7kSuWu5AEJzBFKrnoS1HUITwIpuYQQWHKVteZUMWCVnHOMYrimkoSptYcqJpmSc2BSDFfrZ2KruEaMhKm1FSompoprMksYrpyy0lPVuvQqYbh8wApPxeUDVncqvl7CJqaKr+czZ6v42jcbfmq+Tsy8reYbs8yoar5Wx1yn5upaUs9X83Vi5gc112wWWJ7UfK1OAnE54jmIyxECc4SayxESSMPliOcgvkHBvKfh6/kSiG+OSSAuRwjM5Ro+R0ggPkdIID5HsHrS8DlCAvE5ghWhls8REojPEaxytXyOYF1Zy+cI1pa1XI5QsiLUcjlCyUpDy+UIJTOslssRSmYjbfWOiLYlGywtyBtWg9lgik8ypGCgOW1gsiHFkGq1JPhVvmCCBznywZsIi8UUb9RZjabUqheL8f7tYrFpUw0x5ORYg9WsSzLozbrkF072xTuRSUb8RiS+m8FsJF++v3COF96JMpoN8eRm9Cgy2RQ/5X2jxVDN1QYZ9TYcWDL5dsbo9p9X86RUEnWpekuCvIpYFY9n0lOxSuN6vl418Q0gCJONnBzvMtraytNEpXU9be96TbMnD1+a4LAqeQ53PWGfeiVcjXw1EBYqD2RVH9cT9q1Xwu51zLBSerzs7XrCfvVK2J+bsLry2FOHuZ5wNSH+F4Srka8GwprKI1stuJ5wk5oI16VX8/PWVn7qUCtdzzvgf+ts6elUkD6KqVxPOLBeCVdjmxoIa6v0LrXrCTetV8KNeAhXfIkkfRwTfoenriBXVLKCl3Z45W91hN+hkFu5gnY13qnB3uoqn0uEFz6MkHIhF440mcx6Y6rOarCw31xJpxxt06Vajda0CLNZl8aAbakkZlu81WY26OkbEyuOo3RWXTUfirTh7HG/angG8hb5jx+yalva0v0t/ytg7dOw21s6l4Hsk+TPCSaPKFwUY70IL/VPG7tRXQSGaz+LmHjrPvh547cjxaAiML48suRB3jMQ9qduLZf9PQ9ufPu4cGirHQSfibpot8rRzeA2WbdAGfQf9eOXhsZycZHC3nzwm07w5dw5487vOwEyzElfPPigEOCLoD4d7dDUdDY6vrYQ7ninaM9lbzcUnhhlNNnPwnH4cL7zLPAk8LLp4PsgcoNCsLNZ6YmHWTkwBEffc1sZDO11pZNiVh74wXh12vxFhWB32zl5o3fbYfqeKV7Fa/LhnoUkgGMwd9eP8jvpRTDlcPm2mQVyNN2nU5c/pOdCdv15sCDjzSkrHV4o//HQdz4Nt0PNaz9Ff9X+HAgkO5p2aNLaX1SPwgsgFuvm7NWlYKM6u9/Isy8h/cnxw4553oLJ+G6J24/D0r5TT82LDkVikO7g+e5OuG6H9ukBfTkgKp5Z1wox3M9gQtcTAUf37gZErW8nNEc5Pku//2T0I8j0dQLVx7vET643EsHb726F94sBQX0Rtx/SsBZlw89jrJ2WP8uHV5diYWMUiOVRJr57ft+N4DaFYH5GTu4ywQ1FEaH3eCOm505wOfQDnTCmHBxo8XKMR0d/sQVm39JSBj7NisUpvg1vrF91qF3GNkhvY3NHKiLAOW9xL5FzQwgKXf0ejjwH0OsWB4hU53YyMYH+ycXtM4mSCrEfluHc1WIwY32PyNZTPMSV73+9ruMeB2C6NEeXN5fEpRy+CcldpoVmgyMpmPHEDoiqslCG/rg6e9PpMTJxJ5GvWwe0fiRBHgTziI1uFMPvvAd1th0IReUGx01dexkKIAlO9BHtG44M02YFo62Y/jbfx+DE2oF/K+wfLGK23yzp+wTAD9tgi/mI93tlvtJkgYeIyV9oWpAFiNuzM93F044YLMEZ2HHozNm9TgYi5vNSSPPXIRPkzAje8kZOGWA6e4ozjnbtu+REPnAoJqwYvqyxOKX7k+VXlj6CT7rEfX6gqBS8+qy984mtBDRLH3rPXeVkcbvdA0EFEacTxsiRihpEgXoYQq6PbSETr/VcvObpVk9E0F3iSiHzgYfI4s4FvYeTK2QDHB3e85Z4yMVYYofFWyCLtwTERr+y5rOMfOjr1n1u80un4IpUUmjlIHcwiegq3H7PgkvJCVnePBE77z4kJzti8sCSOGzEFAWatSxyQfKdTMBec+BgKkAupGHYnOCjyfusS1vmQxz8rrMyJ7yT3uWB3/5fwaSAsX12HGsk4iBwJi7D16nAj6W+cgdQPyU6IeMtR+/tHYJDKIMf0RMugYP6TRNjo30R6RZAvRrS8rp3ARI75R1oh/Tjfx0kn34e+uz8Lu1oV7lIfZDzEtq84J9JMtNTyPQ7Dd4wFzfJdbRCQI3vkK5ArJ89BrScD7dCbTfcxYrYAe5W8+LHX4O4+czJim2OaJvIyIDEjYqpCgT9v1au2yH/zS97cTUZHHLUld5IIR4sIgkvB7SdDfRH+CSc4BIwgibewfzRzAmfEnsd8kGPwgfi0OygO86WV5IcbXs19ZtGrwUi1i8vwhAqqBci1dp7kwKNZIICD1KQ/T3FEBLGrACprooB6Q7lkcVA0TQYHGkdIEYP+fPHLw9QiLSvzi8EAy/aHw+9FCAePzgAt0o7wGphCUog438FsHqVS/03T+pDdth4c+tx+kxP1BPLfl0zGay63QYjrgLSdZdFeqEPibBZTcR2EfnxJ8eHIOLulY0vwP6rxvzlrz/4iX7TcEbutkbX9hMBC0DBuRGYSVMRNwGc+RJA8+LrAMNw1/1lTqD4kIyF41IdBbmLLG65OHcDGTTlgIY50U+8oCIK3gPxD8cNeP1ue9RqNOlsCsT88wT8hKszq3MHxPrafaAhDTRQhk5tOv2Pt3q0Zrp2K4D9/jVq4fLUQJHqAIIR9dd1B6Bt6lYL8cbRFZlfLS4BcZSgl9iE2EBbBnrhdO3zWAIprw4KkT5qRKQmWqxmU4ql6kyu+Keqih9kq1kT/g2+6oA8", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWQtUU0caDoEEwpvUR6Wi61trWckTtNoZBJ/VKqDWdrvVGIJEQ6J5FLFWa9X10cq2Pmpr1YraVtcXatGua51hbWmtVK2i1iOg+EaggCIGH9g7dy5LcDmnGY5p95yVc7hk/jvf/PP///d/c3PpNMmSmOIjEolsftxlpMVk0DtMhhRILMQ8wmizp3g1jGLtlrQkMop7Yvu/s436HWyD3bCJyf5MzUwc+sT2xOYRW1yDjZdDccNooMWc3Dgi94aR+Qr+qkqSctd4i2MSp6fuQTQ8JMlonuwGRMlf1SxelOxeVMOITaFlwagpRtECDJMfDY9RallSoKV+oln8UIxS3QJMNMveoimGqT4CJobdjyqKxU9MC2oqYJQsmL4Uo2oBxu368LOj6B+3k+0KimECKWi63U4dTRpjHlxBfZlAqpbEpGZsIxeQ0m3e0QK1JCZBGdhA2pZ4EvqcrbjRLUk5a9dSF3R7brcgzQD1xARSqhjFi0oq9cTU7UI7MakxbQxVC04+FdOJRNOtYjpdBIzbZGhUPJXbVG3EqNn4QwVPzUZvAcRGOlpWdUsET82m/LSwajblp0xVu80GFxlSM6mkUsgekzg0gJi0SwBpmBihpHXSMDGiAcSmKAKIiRFKyggNEyMaQGzaJYCYGCGopIaNEQKIjRECiI0RlOVaNkYIIDZG0NbQsjFCALExguqetnlGJDpMBltbcsNusBos+lRDGge0ZgwyGdIMZrstRea6YIqEjAK4S6zNZtEbdXajxdx0sST//yw2JmOaIYlMHmOwW3WphmSrzvTI5EDuQ1yqkbsRx3kzWI1k+iNzyA7ijVaDnjhLCiUIi4NM1pss+qnpRpuhmUUHG5Md3P5M5Dus0ee/F/XlI5qsMyfbUryb5MzlSGqQZM+HHfhbYZNRnLvx+rHE63IkCA8+arXnAw56rAHLmANWuj4eqjWeDzj4Dw44usk5qfV8wCGe6GR/5rj7uoqgOtrzcYc+1kJ7swTs8h5JCFvh+XjDHmu8UuYCq107WRXl+YDl/xvEVjXpa6Xn437KE3E3c/D9Rtwa1/cOKuUjjzJEdcjCcRaLNdlo1tkNNvpCmxw4CQ6d2W60Z8RarboMCuzAp8Tq0NsdVkMyf2Ni4zheZ9c180ilVdMvyE23ZyC3IPdLrDdW7g6c/pwITgod3/fL7yVwXsKwtW9398HOfyf/Y+KY06jt2aN3kvReMHXPDVvOShkOHrVzhWHRPRAwuJtDHO4Nj6Wcujaldw2qWNf/uYLVl9GVmx1PWCY8ANne197rWVGPCKz1vUqQ2tk0Y2Y3CXSIV/s9sy4Qr/6Y/JSA/DlD0VsRUjzX59u/K6JDYUFvQ7uL46+h+ri7FWWwFebd6f1heZ9/9QgJqEf7hwWKey/ciz77Ordt96RKJG8F8go1IlyYKrLMne+Fa1cVLV+44DbYeuzUuPI+1XSf3L7+dnhM7uauXvBDLtxtASLcY/3i7JLSGsDH1boOKdMjO3WsKUc9FH7b2r/6DXpfQQz5wLok8/LNjtfRR2TZV+8ib9mSjvpfLoNlr5Ed3kXOpEuffRLvjXM3b3oJLpdCuk4t6P914oedMs+CHXsnzTk7oBocXXSi+ELAGZBtTf2gYlY9AC//ZRcqv07jxIdR74Vtzh5Nl+JTM0q7K/yk8ORIUpFCUF9ADA/RCxnjN2t+rAODfq6qGf5KMcj/5fChgduLQPy7pmv3tuSi0UtXmeXzRPi94Td81GG3UBlJ+4tBUPHxs0+vLMhFm/NejF6c6wunD/A/s3Haj+D8hYDlW95xghkBXXvODpTiefiHrEF7y8CFyPfXOxW30FcdFpQlOCPwxDdGdWhzIwjOWLOhyz/v3wVt9/0kKhYHY7peKCTetP0voa92cgW/3g7npanf3gelMCDn84zvetUALUlEli8UfTD7Xr8qOR7iTTweBSn8z0PkT4ix/ylI61WD9pF01cnxoCHWuhBjGCwcTABSWCwmic8DRTnzZx3fcwlkORVXd3T7Bu0qKV25Oz8URxF6aLxh64jDV8AmKa76gmzwFpiUdVpdGSPBdN9VIG67sXj6ktOI7PKdi9Vo0/mDwWv2+MJALhsJh/0wjaMV5KcF+8GTxSRRflCycVk/r5FSLOFomh5Zjda93utI6HciuP3ua2nf1ofgl3mC+sCxPBF8YF1I6b6d3iWI50GwL76VmWTvuuocmjPlgH3501fRoZOE6E50ehwBlqIVtdIJH424jzg258y/L8WL9H/lQncivrzVt8DSnhVBB7PFOK592UVtuAzz+ZxWDnyr2gwdff8h6JzpmP5MUDna9u45rhMkcHHsxCvHO58DETGT442W7wU/vnB9eJ+irlIf3OVc3ewpBx6CML5AZWhoycxWO4bcRu18xgVH7j4LaD9Xga0vEKJeRF2GvzmvT74XXhtGOu8EyonmFOJZMd7wJffhsgxz4JKZK2S0ztPugH7LjnCdXQuSnz8/aukqJzhI2lXiRLoxiVzrFaB6w53Luix/uOfNm9mjpz5AwQejOKbWIn79M3JI+0CGE6auTl+zoRJ9unX7zxPeCIQX1pAJ1WgvocErEkj3fQkM5IXoCCKrZ+tCYNZk0tg/ofazdMqxURfBW0Dz+v5hfnD3n80bvQ5UAYqvBoeIzCUGYVndeg5xHtA6ieHutZVf5B3xxSNbk46qA6SrTePqAd8XMV54AYHf3gJ4nmReRc97jZwfdCwC7xrNbbhQDsmqPf4kxgM+Gfvp1sgIqnftQuCIz/05RapGvB5KOmEx3/hCHspE0CInnRiCuaaVpW6QQT6vrW6Dl3iBluOrgGNsphwG8sBqxLGCS1w4Jlk2yx8IulMEjsdzQvFDOO5FJrSTwNvnzsy15flTXmceB3x79qsF/NEYa57MfZe2pNmaniGN/2FtfKfbjE35K1IyQyk=", "1: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", "1: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", "1: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", "1:eJztWWlUVEcahW72TZCMuCFinLgkCnQ/Ghw1VaxqoiGK0cSjow08oLWltbuJkohGiZqYhOgJZBsdNToxjooGNahRqwIa14kbxLhEARFEQUUE2ZlXrx6hcTjHrj4y82PkHB++enXrq/t997vV/fCN0U2Kt7GysjI4CJcJOi0fm6zl4yEZIcPjNQZjvHXbXYhRNzea3IU9G/u/G4v6L4xFmjEmI/vTdjJx7LOxZ2NdMhbWNibaoaztLlSXFNd+R56NI/MDxKsy2k64huuSYwQ/NQ8SKEKiNUkJZkAU4pVjiaJgj6IcR8YCVCwYjmICLMAwxQkUMQoVSwpUNE4QSxyKUXAWYIJY9hZEMUz1kTDB7HGU/ixxgi2oqYRRsGBGUIzSAozZ9RFn+9NfZifbFBTMBAqg6TY7dTRpjHkwBY1gAikt4cQxtpEJSGG27miBLOEkOQMbSGVJJKnP2YobZEnKWbuWhqDbM7sFaQZoJCaQQsloXtRSaSSmbpfaicmNaWMoLTj5lEwnEk23kul0kTBmi6Hd8ZRmS7Udw7HphxoexyZvCcQmOlpWzhLD49icnxaWY3N+qlTObDWY2BDH5JIKKXtM5tAGYvIuCRTIpAgFrVMgkyLaQGyOIoGYFKGgighkUkQbiM27JBCTIiSXDGRThARiU4QEYlMEVbmKTRESiE0RtDVUbIqQQGyKoL6n6lwRk5K1vMGLPDDyel4Xm8jPFYD6lAgtP5dPMhriHU0XjLcld87CJcRg0MVq1EaNLqnjYtFOfyw2OWUeH00mT+aNenUiH6dXax+b7CL8JyxRIzwIE6Lxeg2Z/tgcsoNwjZ6PJcGi3QlCl0wmx2p1sXMWaAx8J4tGauKShf1pyXdYjc1/LmovMkpQJ8UZ4uUdcmZyJLVZctfTdnkSbXIXZi5fBxa+JkeC9MGH47qesOtTJezITFhh+vGQC+x6wm7/Y8JBHc5JVdcT7vZUCTsxEx5h6n5cUNcTdn+qhOUshE1eIEm0A7qer8dT5WvHXGDOtIWV/l1PuPuTCFtyNrELW9mhoRVdz9uzK3h3cuI9gXeg6QsHpeKxzzDEbsjCYTqdPk6TpDbyBvomm5w0E5PVSUaNMSVEr1enUGA/MSX65Fhjsp6PEx/Mar8PVxvVnXyWUnH0m3HH7fHkERT+kdEW/lGJemMzmFrh9+Ogbk4Qbr5+2G1tK/qhujl/YXkJajx190RergOckpr1Q0yrNd63U1728eAmUJcb989Zk22gw/a+0+JG3kHhH2nLGreWIV+fh9opzTJ47MC+T+zuV6GrF5caIjNKQCoI/OuBEy4wbsbVSHmdLX43zW/8t053QdzI61GfTHXHjvUbEnbPtoWN0+cebckuQ2P09d3KF3jhn77b/Br0rAN3p4W+fOtSK7o2f1V6yYMLICdmyaXRKcVIUZr155K0VhT9uW968nw57nunWNUbV4I9x98+vL53LXAvzxF2XIsmvO8atTPjEZh18+yAKylW+IvW1Ysb/9IMZg455X7sQAnamcF/EDvjNlqr/GZPUN1JtK/f8jsT950HJDu/cuVoTbd3VNtebkKDuznv/TblGLA9+mnAgmG1aGzRO89ljXHEAquFzgOtYeC94Igx+kYQBT3VeRfyUN9FasUb/qUg4KuhPTPzfwfiNvtYQbreGURmvch/iC73ESYWuOBNz+9vWvmwHux+98Gu1+cUghXTLhy8kSHHk8ate++F3FK6//pC8Lc31m/b8dsVkJnvmDhAi9GA5trkwrW1qOrhK2+tCJbh00vGolRvZ3ix+4OQM/HnAPdeDlxWbAun9w+pij1dBeg+a4CNUM1KVwc82unipnmjryGal0doY11Aadby/tjv94F2SzOrgUhTLYMDyfb6dMcFJOxCa3jvRF7oDk0FIvJY0qsvvlK/ePZBYxG4Y9j7p8ZTpaCGbKeHB0ybSAi44X8c+snrhegbQEzPHHdM9+UGQ5YVH/vyx/tojRB9XroXFopxNTLNluqxrwzGiz+3wGoh674+DeD0jFeP248+hcT0DvXE30QQxd4GQ6Z/mlvznQOmurSG4r4uPUKvCtv49WgZoHFWoJ+v7n1/0dlaxJFy59pDsf7eXnjQhg93FZU7wgOXVzXzC+zgzQc+53XXXSDVlQzTetWhPq6Fw1ZvcIIGMcF22C9pk/XB5bbwwoQY9zf3yyBR6/aGfDSk0vWw/1f2+F8jXzu3ZnoW2jyPZPo4aiBp+qwFZY0hmc1B/XrMnlCdXo9uZ2a7zN9ui205D9WoQw1o+aKzu9+qqQY2U9yGZXvb4Bmi0Byx2Jeh58AyobtqV8ggxbegUSRMSxMgahy8uAJ4kvIXVNE+DpXD74vKM7M/lmFRx/XWcENvUuEC4C90v/Pe+8g7OCFco9sFMmrtZn45vga4E5lOrURimodYSTqvkPqkFb2U/3Wp9yB3vJW0aZEMrtwy9aQi3Ibq5MpFtPZI/136xKWoFJBC3kZZv818O6pfLcped2/Lz6ccoQ9ps373UXV6tHHgF3Y4DZ/cGFHrDvuIwpNjvlfxm145rYiE2XLLBe7QiA6Azltdkzk6yeE6D6KoeoAr/j7qpfyTQKSb4AYniYWspLotqpL8wAZOq9kvVLYRLLUhDVwG/Idu9Tx7xBWLZRp6Hz3/iuBMp63hoRvPeZ+46YyXkDL13INcZC+u7HGpHvzSa6LQqtZYjFNWhZAbyUQ55TfcFw8TDdAK/vLB+WuFH8lxKilfr/5425mCKRV+DYD6Sh2SO67yiR0+AIvTUwvBoABBsZft4XqBxdfxrlIfWUPlke+HC9KCghvm7MzzxNRXHgCq0zpE894b0zqeQyMiiHPuB26C2/EO3pjqDAOvsa839TQ40PVLC4CHaNBWUDwaQ5IShC/RurmGjmdI+59W21/mdjKm+DdA4VOX", "1: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", "1: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", "1: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", "1:eJztWXtUVMcdXnZheS7vRIwmVqs10Vph97II6pmhID6iNYBSa9LqsiyyurC6jyhG8ZEYX4nFd2KMJj5iTdVoTyzWEGdSE0m0QRt8giJQ0KhokShbQKV3Zi5hsZzjzh63/0TO4bJ37nz3N9/3+36/uXvpnWlOy/aWyWRWP/Ewzmwy6O0mQzYkI2R4rNFqy/ZqP0u0mXPTyVnSk7Gf3Nj4/8NYigtjcrI+UxcTRz0ZezLmkbGk9jHaDuXtZ78252V1nJFro8n8GHrUpCvFY7LZnin2U9cgsRSSbsyb5gJETY8CTxQ1fxTNaDIWo+XBCAwT4waGK04sxai1PBJoWZw4njgMoxbcwMTxrC2OYbjyI2GG8MfRRPPEGeJGTiWMmgcTzzAaNzAu54fOjmZ/XBbbGTSECxTD5HZZOiYapw7OoHgukMYdTgJnGTmB1C77jiXIHU5SZ+ADad2JJNU5X3Lj3JGct2pZCLY8l0uQKcAicYHUGs7mxVoqi8RV7VI5cXVjVhgaN3Y+DdeOxOTWcO0uEsZlM3R0PI3LVu3ACHz+YQ1P4LO3BOIzHUur4E7DE/g6P0uswNf5mVMFl93g1IYEri6pltTjag7tIK7eJYFiuRyhZnmK5XJEO4ivo0ggLkeomSNiuRzRDuLrXRKIyxFSl4zlc4QE4nOEBOJzBHO5ls8REojPEaw0tHyOkEB8jmB9T9u1I9LsJoO1G7lgM1gMZn2OIVcEWvJHmAy5hjybNdvf+YbZPuQsUDwkWq1mvVFnM5rzOt8sPeDHm03In2lIJ5MnGGwWXY4hy6IzPTQ5SPyQlGMULySJ0QwWI5n+0ByygmSjxaAnwdJDCcJsJ5P1JrN+xmyj1dDFTVOMWXZxfSbyHdbo/b839aWMpunysqzZik6aOW1J7S3Z87SDPEHbj4e2084gPf8Igud5qzzB25+bt9r5YVGI9Tzv4EfxJmdJniMc12nX1HqecMhjJRzATTjeuRcKcZ4nHPpYCSt4CDu9TpJox3ieb9hj5avkTrDgXMKaaM8TDn8UYXdaF7+xNZ0KWu153hGe4N3F/vcI3rHOrx806oeeaEi7ITdOMpstWcY8nc1gZe+1yYaTatfl2Yy2/ESLRZfPgM9RSSx2vc1uMWTRC1M7zpN1Nl0XT1ZagX1P7rw8A7kExV8yurflldyvCrxg1aDCD/4To4J/TLf13dhWg4LW7l6cOroZTDtzdfrAJi/48gFUv6XYG++4fCR4s8YBfl7RXDC9WAk/Fme9v/AYGPfDKhF5AwydWbrsu8omcKD62vq/BN1HF4bnT/pTrBx2u1DqSNcHwhHnG+6M+Z0MzxoecG77zEDM4t1Gjlrdh2eFZvB+2M7Pv+gWjAnq26HBeMo7Y59667gSDoxaf9o/px7Q8zENqK33/SZ7VSuKHzHS0hxyFw1IWHNiwSgl/s48xbe0+yVU19hL/FiHdEfLBhq6n0Vbv/345Jmzcthjyx9eOBF6EnQb9dK9KGsJWLd0yeSyYQr8+uCxHwWk1AF6uaQB0TDX/yHhv0eVs1asqm10IEgFOAqGXh7/9sY8BV4mwov/5Y8nRg/YHXGqCmQv0//+YspVsHvHb2CE7oSkg0zStxZsbCssaE1oAbvyS15IWFOGmJ4KvJNMP+qFqSzDW4GM/txCDiVh3IroOotbwNZhvzy96UoDKBXpZNSXAf8VvfS3JlcCvz09J2eJetWnHnpuyYxATPlmfIlaE0hCrqPIU8nnG2wy2OuOKWP+vr+iqs1E6KVgu1exT3ikEhvNDUu+mSCHVWQ5fUIxyWJVYHd8eHSQfOBSb2gOfx0f/zAET777t/IV96sRpanwhZRHeAAeQ6ZtiMSvRe4bWd3iD2ncNF8Yslmz7dOiULg8cWrdqT5KTO0xNRiLixUVvIpsB59qPXHrEhBvNidwRwQe85qYiV8E4WiSjn7ecKQ43Pf5erBn7/kpr453gD0rK3JkZh8Y0Zh4MvuMD07pZ5dv8vPFT08nDvSFGVv/LM6sBCyfB8HzIYEHP2pW4XFvqMZ/sk4B9xpJJk8DxqscvDdRBLwThuVEBtAIvjzwq7zti3zghLT+Hyzf7wOpLF7hUDTF4UNvH0OXqwLFymgFjftfmrFptgxSObUqzPLeBIibCx/4wQVUgB8AYV3RXAWYXm1oUvynX796xAuDYxcPvjGvDSy2pqxrUjagwpjZg3r3akM3VUei3x3QiqjMdd44i8DmONDK+waxRKrRu59tKAyZK+rzWX+RWRVi9fA9ojIVXERXgOioVYEwM5REakKfp23ovcp+AZRVkoXLIK33B9dRc8i1ok8UJSDuGfzyzxLluDnmyr5+tXcB8/k91LDr2Itxy7+Q6r8Jia66kXroChpO7PdsCRqU1PNGjdYLb/ITK+paKL7UV7lofdJNcParXGFhkQOseeVBUsvNCkT9tE0BfYQw7bD5oZiW3TkFLratjfLOqEGsPsKxPynMF4PxhqSVpqut1YBUM5qvwnISYEsonn1k6zODL91CC4vg4poSB2L1cQdMOq4WU1aORNfNjdzXgIj95q7zhfstOatvzqtDtCwu/xtRfz4th6RKk8/fAmsTvERLlCDqs50qTKLuvn0PsH70NaK0NypxMi2MAFjaPbW8x7wG0CJ2PdtaBQ7I6WOa0yKDogk2b9NHYqLyrIooLDYNb2G1EvYYTBQJwbTeD0dhnZp0CAe4W3FukTVFhWkeW3rif64mQilhHWl/Zn98W+yObw6pRVTm/ir47Dd1YMeUCFY3VbdRUeYCsaX6Q1+yoPe8MNW3JhL3//ubu3573BfSflAegK2EflskpnUyMQxSXxZcA7mk+jPvAOpPPxWkW2Ni3jTxK7U519p5D+n4R2vHq90uxtT/BW+rS8U=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlUVEcWbhZZBZpdwSUucTdCL9BoSBWCu46D4IYm2kKjjUBrL1Ec476NCxl3R+MWt2FQo/EYXBKr3FBHx6BgCKKIMLIIgmwaUCSvXj0GdDhHitieM+fYP173u+99VXXv/e5363V3p2maMZHmIpFIZ8UdRmmiVeGGaFVkCLEQ80i1Th9pUn8WoNfEhJCzwA+2DzYj2Ea/B9vQD7YPtg+2/xPb+Hob34lM688GamIjGs7ItWHkfm/+KAmx4I5BGsM0rpU1DyLlISHq2OnNgEj4o4wNQmzeEhaMlGKYlkYxUm+WCMjoPH4s88j5ow8bhD0EPhTDFGpf/sjkjS+dRs6CUVCMVwswTGHzY8wOXRX/Jmn24niQN33zbQFI4s0EkrQEJP0DoGaTjtKtJSGXtSTk8j8AarYuUM61HCRli55QTIoWgKRsy1O0JLkUJG22pFAq0JmYQBKhCJutKpTe9K3ZEkEjQN+YKrcexJQniVBPTKUhgKRMLJfS6EmZNJkGT8qkr7Rupc2OXSNMs0PX0P6kjF2W2GRMPYbWrKzZMtkIw9SaacXKmHYnAoapndN6lbWgN8ta0GdlTDwQMGxSR4kta0lDl7ekocvZOqYAYhNVqiVyNvmmsiBnU2JaenImURU6ppxJVIXmJ2fbDlGGy9kYQekqZxNVGggfJkbUg5gYUQ9iYoSEhtyHiRH1ILY2K4DY2ixNrg9bmxVAbG1WALG1WUojHzZGUJAvGyMEEBsjKGF92RghgNgYIYDYGEFl2ZeNEQKIjRECiIkRws7Gl4kR9SAmRkipLCvYNl5UlhVMjJBSjVAwMUJKK1fRNCPGGKJVOndyQa/SqjThM1QxHFAbNyhaFaOK1esibRsPGNmKnBFTgE6nCVcr9WpN7OuDhdj8d7DQuFmqEHJzqEqvVc5QRWiV0W/c3Jr7EDhDzV0I5GZTadXE8MY91tyHILVWFU4mCxEThMZAbg6P1oTPnKPWqZoYdLA6wsCtL5p8x6U2/d9BLXmPpitjI3SRZq/FrGFHKDwlyKXGd9vOGG6bsbjdyGHhmUUuM77f9m/zm5wFNtdhC1aH6584hX2f3PgOO7xThy2ZM+zV+FlR7mN8h8Xv1GErZoeljTVa7mt8hx2NUcq2zMxWNG4zcoXx/XYyht9NBPMt+ZY07pRyP+P77WwMv81Z/G70/bXw9eh7UG4XY7htw0xzWeNHT8l7EHDXt/nNpGfsdS1p/FQveQ8C7v5OHW6i/73FYZ/GzwBSrze2rmQ8MnCgRqONUMcq9Sod/YGT7KiCDcpYvVofF6DVKuMosAMfC60hXG/QqiL4C1MbzoOUemUTW2iFlP7q9/ryVOQS+QsPsd49XDM55nI1WBX++b3BZnVgR177QwVDK8Fi88tfe895Auj1YjDRPemWKKsAWFfvmX4iygoOMZtr27WHCLoP/fPLNrpScHTIw3kuRx8icWHSd2b5BcBZeTG1t6oMAPkXZ4a1LgBLcq5sO7ulCsXKFiXBJXfRKNe1wx+bpyFfDzzpo4BSlC4rVQwa8hyN/m6TatU+MbbnP2SCW50zqxdEHUaDPzaYbh/qhO/kR/V+5m6Kcwo3f9+6zAJb+e8YuzvREmtXx/+nvGM5AMn3Ti6bnwOsPXd90XOEDX7qRhYownt/4Sa4LML8/Kat4IUVh8b/S1KJOGc/qdsrgqsqM9MX62pAXGE3b6vDl9Ca6PwXCWUb0Enf3y5E9HKA4nk+iZ+NzweXjn8Su8+kBGxMWBI8bGcNKg4+1WF50X1k3/f7naWHihHxShYsxsF3PecrJRkgadrCDP+4atTpmHbG+idu2NHn05/GbHmOhmirHQp9TbFIw0XawR5Wnb67ulb1DD3m3Jp92AqSqJkmOsJ1PZ7YnfNKQKa9V7pl3LSBfQPbFeX4VKOvjv7AjVwEysJvfD7iahIaM2znom4XLLDllG0jXddmo4M2JGIi/KzH5K8vVFnCGwuHoq/a5yAa13zQv8vwvywtdYY0T4/A/a4WizdfFMHygJ8j7+S7Yj7eVolg+5xvvu3iZ4qPo+Jdn/apQPmEHkdF8N4MsvJSBMZPOo6iTfHSfiO5KU+ihVE/6je2scX8sG3toeOVM6fWWVQjypdkIZ5tIZ9+2WxQkEEIVg3401uu1N9jItidJGi4OZxzbrdHv50euHO8YbanXQF4bsj+xvHAbyjx5zvjivu54YFTH6V0zswF/PzJdtjB9uTBuCGtYai+69Y6sTX89w3yKgBp3Gpytnlimr9adJ9jSYrUCm9auTws9UcnSNg/19YM5/oQQraCJNuTjrvCcJK+CSlo3O7EI79OcYQ1CzgHU53x+ifzOWq/AqG5B3Zc2mOH5/Tt1LEyuhzQuFvA8//Y/yfoXAsWrD0907o6DyWQU+VFpODc/+fUGjD5owAudYXIi4Tt42paV49fCnV2G9B6qEUPbQnT7oOxXr0SnFOqwBlCk+ci/OvTyuETVxQjwgYPfFawp6CYcYQZJjhjypejO7hlo+4cm9uFvRLiL8JXevbfcL1OjLM2Esdz0OmXKznm3wF90rbnte/ugrd0IoEuBQMJDaJSQVtdulP5eUdcEjbws4KJ3LyLdYM3femAN1znCOXvjLdbcYWWYIN5/CELnELSMsAa7+W80Z00gesdSOHkgjyw/8G5eEvMl8XYx4Cnl2cNkJDA6W3xFMubbYPDzDBRg7LwMuSSEsS5aIZpHZrj7nv+euyh2hy/Cqx5UoRNoAsvOKZ48eZA7pZaQOutFnid7c5RIA+lZmVzkTOHblGjKuJD6gDlTxoYMOvmqttZJYgvl2RHSKqxU3wRINZs26Xoweh1W2Od6hCfDl0F4sO58Dw6wVXlmkx7TPXwGaBxfoV2Oh746fxWd0y88upVizrwglKBqoicJNvA7X8nr5eI1oMYkmq19LeD/nzAcgGffoM9nErSFfUKcUWqmB5kAl3bX3sE9r9ElryAXUU0XnUgeCapyCpEeV+BeFnKtIQlRdivy/B0xMepsA7RcUsAf/s+G/xVyomJVaetMOcEV7nXEEeGBWvjxAKPnyPN0+XXQs/nIX78znbYJn3fLH8bMTz+kBdaRHWrDM3mB7CGPH9CzPBYnujpaJkdJywHnCBdby3qeV3MVf4d4Pbiesk1s3aQxncjovplBneVHkoekeQBvx30Q0VtWg5Y+KI/l5kCwOcXtoE5E0ghPEW8TvWrBCLywm1gWMQALkV1wLCxjfm4eBvIh1vpBGl+W0FeP/tY0vnWuMOlnEovOmgOV5Eyz60BAbxgdsCPyjve1kx5ADCRtVARJtWmrW6LOSPHxFoQRGjmV406R8+dd+CwB6Z5zQBH1FmzV8dnIz484z0wL3fmeeAq193+5iDGRwg9XjnjiSsUv1yO2Y/468scqe67tcOVtWlzC7tZYKq7lpjrUlykxDB11DTxhNPW2LMfUWJz2HF5UfCpLGc4iVu1S/tctLpjeEnYEhfIx1vkIuTHFLYjxJvlhPndTEDsdJ1eq4nRvb4XaPjnVMNPoU3YJL8DheeAKQ==", "1: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", "1: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", "1:eJztWmdUVNcWhqFX6TW2aIyJlSkwJDHnItg1RiFi7AgDjMJMnBlMVMyLGrvPGnsJtmWNIbb4DOYczMOoyRMbEZ4C9gpSpQmSUy4P9LGWc8ga13tryY975+57v3PO3vvb3z53hvYTtcNjLc3MzPS2+DBEm6CKTkpQxYYTCzEPVusNseYNVyEGbWI4uQp9bXttM4Ft6Cuw9X9te217bfs/sUU22GgnkjRc9dZqYhqvyL0B5PkAepSGW+NjmDZpIm5lxkFkFBKu1sQZAZHSo5wPQmwBUh6MjGG4lsYwsgCeCMjZPME88yjoMZAPwh+CQIbhCnUQPXJ5E8SmUfBglAzTswUYrrAFc2aHrYqepEYvjoIC2CmoBSBpABdI2hKQ7C+AjCYdo1tLQi5vScgVfwFktC4wzrUcJOOLnlhMyhaAZHzLU7YkuQwkM1pSGBXYTFwgqViERqsKozc7GS0RLALsxFW5DSCuPEnFeuIqDREk42K5jEVPxqXJLHgyLn1ldSszOnZNMEaHrrH9yTi7LLHJuXoMq1m50TLZBMPVmlnFyrl2JyKGq52zepW3oDfLW9Bn5Vw8EDF8UseILW9JQ1e0pKEr+DqmCOITVaYlCj75ZrKg4FNiVnoKLlEVO6aCS1TF5qfg2w4xhiv4GMHoquATVRaIQC5GNIC4GNEA4mKElIU8kIsRDSC+NiuC+NosS24gX5sVQXxtVgTxtVlGo0A+RjBQEB8jRBAfIxhhg/gYIYL4GCGC+BjBZDmIjxEiiI8RIoiLEeLOJoiLEQ0gLkbImCwr+TZeTJaVXIyQMY1QcjFCxipX2TwjhiclqPTe5IZBpVNpo+NViRiom9YnQZWo0hj0sQ5NB4y1IlfEFKLXa6PVUQa1VvP8YOH2/xksYtpnqnDycITKoIuKV8XoohJeeNgRfwiNV+MboXg2lU5NDC88Y4c/hKl1qmgyWbgLQWiTyMPRCdroyZ+r9apmBu2rjknC60sg33GpJf89qA31KC5KE6OPtXguZo07QvEtQSEzvdtOpnDbgsftJg6L7ywKuen9dn6Z3+Qq1FiHrXkdbnjjFPd9CtM73MoUibbhTnTPpq+MikDT++1iCr9tuf2WNVVsRZDp/XY1hd8O3DxXNm06CqXp/XYzhd/NBPMl+ZY27ZuKYNP77W4Kvy15/G7ybbb4Zekr0HEPU7htz01zedMXUekrkHPP/43yljZ91Ze+Ajn3fpnfXH27mab4EocDm74YyHq+sJ8l45GBQ7VaXYxaE2VQ6dmvnmSbNSwpSmNQG6aF6HRR0xiwDY2FLinakKRTxdAbExqvw6IMUc3sq5Uy9lPg88tTkVvk/3qI1XKEc7eDm4uAeZ7EbtG3NoJVxrKAz7udgcx8FRR79f+41qcWzBk2YPNXnQ4Cf6fr3ZanWAiHZpSmfjzZTthg679l3Du/wMrbUVv/kJfAMctOPuk8pgZ4E5h+LZg6tI3XpCH5YO+EiOFvp+TCucnnD336pByMaRdSEv17DnSbg85u7VMBx68b7LlkYB6YeeDoxL+td0EVnclIx2DWvUldKtZWw0Vtox+P6u2CtAQQ5YLUZtpZlhmXgGa7eZrVSjs09lloTeGjxyBplQ92qQSuy101f+4oG7TtcFDVydu2SJJm5eYBboKFIRPunN/mKLS7qB1vc+4C3Hi39a77/cuBxRcOHTt/WQ5cAz84MXzNDXDse4t7SzrnArz4sqWX7AWy2rGD6oHjqj2zhw34Dhzod2O6x4FaWDz3TET67ofw3IKLedcdDoFYGggXtP+NUTHv55dDOVsA3PTPdqm63Z5onvKPjES5A9LHryhMBhlAUaTs00/qIVjj1Z26thOULQ03dFxbBWatDl2csMtLYNeFgKC++vEaYM89hfZXtn/Wyz4f7DyR7t0p/AG893RPycUh1qg6Je7QQ309bH3mDtiRnwfv5+yvGZNoJaxoNT1w34dFoIvP6st28SVg+q/vvLdysbuw2ZWMIBFw8vBKMsHxyXbVKbs80fxdkWelYRIkoQkuhO+bD/naaWgxPNidRDwLtC1PGDGzuznqD2e2Vt4zR7tPDQpamG6JWPxqIWHLyXkWgntpSGZsVjV4d4/7+bBsC+H0up/WLM/0EMYdH+Ao2WcnaGkAK8BFM0zAs57CbH3fbyrm2Qizb/6KnyyGQzArHlr6o/TdOz4S3KvgyXlkYQ9hV5XvzZFrPRGlWaQNyhmPmbZGgvzQaMwsa+HJ1Suz9H1dhaHff6NaEJ0F8aLaL33ihfYvvhpvVmSNfPVX3EpDKsENB5xQV28hxa9HbkfrMpiY8ezgjNJqsC8za0RBkZcAIkf/AAtOgQ5Xq7+clHYfdhg4Y06P3/1QXUXS9U2uDmhbn6NldZct0RI8rHZWNiBZH/p3Z+HBj4RA12A/SqxK+B3OQsazakBY/OH9YuAyMvjw6amVkNIWWYrrzYYNvGf+pwBMwkKnn82ESXlTFi29XQq6zPfKOVdZAilvdHXgiOfT3x6f+QXg4lqYeuMpHDfotE2vjTni+QZMW7McZ16CKG03lwBnGhAPNPZaX7yybBBHC6wG9iVuVDkjmqbibMjqyRI5SsiMzojG6YIbYnV/E9r22vjJt5NdUMGwY23mdnFHI2jhloIH/bvXt59pJ45Ty+onvBZqMHsFiROaSB1/Amha5ekwHVf/Ub0toryLs0LOP/dc/65PNUgl5VdYD5PJdBucEDvfAvGY3Uc8HYU7pW1xBRdCSuc3s8E6DREGOyF7FiFQAWS8MhNYnKrADA9SsTsAlbf2+ZDNZy9EFvT46e1WlYBUR+ToQvjlkn/gO+aovj3J8HUYTAuvGFD9gK5oadIULIGP4FSc/Z0nsgCVt0M+iOmiC2L5SoXUj3Uewmic7Zz914GOZK+tpbBg7qhLabf8BMqjwaXgchdC5HuATv9DJfSlgpwLMem2fLDfSozresDWkwbq5pdjptRD6LxJtu1wCZTTgisHRIV/W26FMivDb+30N0ekLK641UG6zBBLJMVetzXYoNtztvxrb6Y9kt498NZtC3OkrDoZs3dCOaR6+JEtomzqXQ1jsNqdtqkDseTvrgWLd75EeDPhi+k7uzoIFBbxDOQe+Tr5vMxGsKWCVw8I+9dqCgBNS4GtgJNhPd7HVyDpn33TXpiM1Tx3VSW4uqhOVRnjzvSglbXQKdxq+8rjEoGEs+ycm0CWN2eLi3AgmxR2OehFBK/OV2BxtBPnL4B7iCxsdRfrw1l4IzlK+knPMrieDPuep1BJyvQtiYBJUN3qQR3T495tEFBgBVpijlh/K4Y0/PV+iKar5i5UxoWptcVVkOrWSH+Rnw3xPgUeP0LBHc66IdyElgVUOqGulzfgTiJBFna4U2k8UABm8eoIczQ4CHcclS2yOec77N/+3ujCijG4shxRd5pQMwEXgWtgsqdA6VNVA/NI27okEXDz3XVqkLuog6kwbHEClvgiWFI+8NN5x/xE/XJGU0hgih0Q3c2EaOL0Bp02Uf/8XqDx36kafx9txib9EyEbmfg=", "1: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", "1: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", "1: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", "1:eJztWmlUVEcWBsRmh0ZAEMUtxlETVHqjcUkVssaRKOKuUVkaaAVauhsVJ5qYZEyiidG4ZdSocUfRKHGPWhWXuCXu+zYoKiKyyS4oqXr1GNDhHCky7Tlzjn9e8269r6ruvd/9br1uOkTpBsdampmZGazJJUyXoIlOSdDERlALNQ/QGoyx5rV3/kZdYgS9C3hje2MzgW3ga7CFvrG9sb2x/Z/YhtfahE5kUXvXT5cUU3dHx96nz/sIV1mEhFwDdSlRpJU1DiIXIBHapLhGQGTCVcEHoTYfGQ9GzjBcW2MYuQ9PBBRsHT+edZTCVcUH4Q+BimG4Qu0rXLm88WXLKHkwaobp2QQMV9j8OLPDdiV8yBq9OQHkwz58mwCS+XCBZE0Byf8CqNGkY3RrSsgVTQm58i+AGq0LjHNNB8n5oicWk7oJIDnf9tRNSS4DyRstKYwKbCUukEwswkarCqM3+2i0RLAIsA+uyq0FceVJJtYTV2mIIDkXy+UsenIuTWbBk3PpK6tbeaNjVw/T6NDVtT85Z5elNgVXj2E1q2i0TNbDcLVmVrEKrtOJiOFq56xeFU3ozYom9FkFFw9EDJ/UMWIrmtLQlU1p6Eq+jimC+ESVaYmST76ZLCj5lJiVnpJLVMWOqeQSVbH5KfmOQ4zhSj5GMLoq+USVBULFxYhaEBcjakFcjJCxkKu4GFEL4muzIoivzbLkqvjarAjia7MiiK/NMhqp+BjBQL58jBBBfIxghPXlY4QI4mOECOJjBJNlXz5GiCA+RoggLkaIJxtfLkbUgrgYIWeyrOY7eDFZVnMxQs40Qs3FCDmrXHXDjBickqAxuNMBo0av0UXHaxIJUJ8alKBJ1CQZDbF29SeMbU7vqMnfYNBFayONWl3Si5NF2P5nsiGpkzQR9OEhGqM+Ml4To49MeOlhe/JHQLyWDASQ1TR6LTW89IwN+SNQq9dE08UipBShS6EPRyfooidO0Ro0DUwarI1JIftLoN9xaS3+e1IrwaO4yKQYQ2yzF2JWdyIU3xKUctO77WAKt5vxuF3PYfGdRakwvd+Or/Kb3gU01mEJr8O1b5ziuU9peoedTJFoK+5E96z/yqhUmd5vqSn8tub2W15fsZW+pvfb2RR+23HzXF2/6SjVpve7hSn8biCYr8i3rH7fVPqZ3m8XU/htyeN3vW+zxS9LX4OOu5rCbVtumivqv4jKXoOcu73Kb67+xV/Xsvrv+LLXoOPu/1OHG+iGr3BYVf+NQN7zpYMsnY9OHKDT6WO0SZFGjYH93EnPV+EpkUlGrTHVX6+PTGXAtkIs9CnRxhS9JkYYGF93HxhpjGzgQK2Ws98AX9yehg7Rf+ih1rhL2RPeKSsBmz4Nf/+HTyzggSxXrxP3C8Dt5Nlz7z3JBtdOl0dkrXsCpDm7f2qWfRfYVK6K+/lRc3iPPgYsof2CNILMBnvI6NddstGgag/DlRb5oO+7F5c+8MoFx636Lhu6Mhekb7k6bvLAYrRkntM01ebLyNhpSc28GaeQNR3eXIR+/zgUTfcqR3Y716cey5HiIVnrlh1p/xCQRdb+++AjNObbQ6Vd2kgxm9cGZx37/pfF86zw2cCrhSUnrXHrHrc6SWYWgQG+X/mPv4/B9LM/jyz1k+ArigJ10DFLPMzRO+OHAnNMLht++3tzOPxxj1/+5nQfMT/NYEUEXbASWBIv8hwOggv7aSB2or3fSApbHneAR9tv08fPLwVj2vsXRf+eI65TifI/Asqx++6j5mu+62Uelo8iZUN7dkuTYuv0NqNiemejUaV7r89+VoxkD7a+fS/ADc8l04UOkuDJya0dMreY48zlzusO+DvC6rSi82FRd9HTvFzs95YNVPU5MHhxB2dIktL50KxcMO77AW5f97eF7UoShk3f+hQF7yp+dnFqDlhB3fG9hj53GPjTQo0El3WhkSpEyX1tr6yZVIMmjbM63eqcFVycYZ+cPmcz2kd2oyl/AIJC9JVOXV2gEJ+QCnDzykxD8MIa4C4k3A3vX0wTVYJGC4GoQSwPJehmcLOpdp2eA5cn/mdiL5WhCUIALXH78zqy0iUkpGGRLRbSW+UIBXotKUS28R0Tpk7biZ6TTXfe7gFZmPNBgkCoCnDycL8t2rGukOw2/Hpra3g9/emYxCALSEihjjviidl6hai/vcU7X7QsRI7U3VB3zHh3B21IPda1VwtbvNOt6lT+CWtIRr+M/tABpq39ALpE3gAkeI8sFW5YWE9uj9Pn3Ig30xWg4nZk4yEukIYjZ3c5ckimIxLYfd6qCp/ObmLcckH8/DySaWeYE9q9psOBNpjF6yFaMbbrKWmIPT696cylYY+zgUOmN0Faw48EIpSDXAPd0SN0g4b93nZw9FufKd4dKgDZ7XenPi5Cj0m2+/+jGhDSuJwNLAfrCeu36W+Cdv/MDd/T9qlYT3dBtteGh6HdK8G1vqkjNipr0NBfNxLPspGm1d0R7rt/Ffl6C311/namnYsFXtmHFso55CUkzgwL0zx5xuorzRWnLPCwHOZYAALa5N5VeV5EYZRAF6U4o3vSGvP9ZeBCWJR0hF8VOm9228KmvxR/1mPAettgCf58xR/EUydsNn9GVa9JTliYJk+KV3nSzFvjfu89vJY+zQZH/XiZMMsctvgMn/wx6Do4uJI+YIsX0bTczASsHgvBLPXlo4mK5tjxYM9/dfOwwS1cwW83d5YgAbbrORJ4miPBrE4l+MPEo88zqiygkI6xVch99zmyQzPInq8G4ROXTlm++jDq4kQ9tYQRQmE+BxuHn5Qd2Z4JCLlIaooQfryiz7uuzjD0zjTXrSHlIEnxyW746SF0laa1rBplqTzx6PaliJDecbk8AwnzzJRiVnclyFUQnvMocE5CdlWaB6ZV7zLIBtNyCx8lwW0EAthB7w60YvNQKxImb70U0rL3nmcHe5vTiJezeot2gCG0rLrUILvgt1MsllYDQgoScgssm0JnOIsGtm05Iay4CnR8VpaSubwKMV6VIYHntySQ1WkBWhxAN2SJF5ZJiGRkgxF+O45Pfs8GCzwYZyfGMQvZzG4XnX/dCUPBwaeIONN/5Kx7iMXXAZPknv5ysBQK5RyQhSh7/M8UIqGs99nC5avf2lv9RQ0iZPyj9wcn0AVCuwVETzrOTSEuFqPDpVSIboFLNrTwW0PWX4pEfbGAyx4QQlt7QqqG1R4VYMdIKpT3WR76eUC23i5Rr0qAoIPB7lDgjc4arp1EBc4aCm1imxSyvmQHma5awq0hJLH5brAbLbPjdpDxuQxsv5OzKGNAW7w6iCayDDHeVqBzHW9UzujWGocKBacHTEdykJBXqSdm/KhEp6TH9u35ZheqOBSzafxFV7Hu8xDtDnl9pFhFonFufksslPPVTOBMhbwl4QXVb1s3cX5nLNB/QzEiq07Yv8MZMt5ZYGGZKAkcQema5AL3TaSe3QGqze8NH53sCpm+eon97wKrk8nOWDjN+CfFGYx6XaLhxbNA3f9R1f0w2oBN9ifgV6LC", "1: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", "1: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", "1:eJztWHtclFUaHi4zMAzXkZsYCuZtvRTMDUjtOwgimKQCItq2OsAAkwMDcynxZyqWpGlqrZf8rVmuFmVELkYKpedkkaZphAoihehqgqAicpGQdc/5zhDqsr+dM7/903++b877fc95z3nO87wvH8Gp+oQMR4FAYHTGl3i9TpNm1mkyOBIh4VlaoynDrn8UadJnJ5JR1OPY4xhD7Pn/cyzxkZg9yasb5MXYx7HHMaZYVH+ML332/aNp+pz0gRF5FkfeD+WvskRSPSMN+my1SZtmJUjOBpLx13A2kDyOxEJD2FAK/qpiBfGpGKlQ8tcwVpAtqVQUxUh7mE2ocIpSsKEiKCrUJpTSehTVBPMSH4RFJIrwLVGbk4n/WvifoFB6Y1DUgzC2XDL+JlMygahPZComEFW8XMEEotqVhdkAkjOIkPJNYTKmXCrbclGfyEKYcllAETblkjP4n4dRU8pCmZZIQXKGCvogjHWJ1MtyusRovTnViiXKqCVlTMdsAcmZyJBZbBLOBFLYArLFJjKVLZkimA+YtnAeZXWVoR2cx1hdZAYauNxqHgY6sdxqGgZaqtzqUjvQUBVWW36gnSqslt1AM1VYre+BpqiQ2+AJBVNBl1ElKJj6TT+Iqd/0g9g8QUWnYPOEBcTUeC0gJVMHsFQUpS1lSMlW8CwgNkVQKynZFGEBsSnCAmJTBHWtkk0RFhCbIqjXlWyKoCAVmyJohVCxKcICYlMErSuqwRWRYNZpjH7kgUlj0OjTsjTZGGjIn67TZGtyTMaBb0f+O1FIRhJ8iTQa9Wla3EP0OQ9Plujyx2RJ+bmaRPJyksZkUGdp0g1q3SMvu+IfUVla/CAKZ9MYtN448Mg7YvwjWmvQpJFk/ChKp09b8orWqBlkthhtuhkvTEc+dbVe/zmbE7+VTHVOujHD4b+5W26pQYpHiPIQ0G/oKL3ekK7NUZs0FoLc8GWuWZ1j0pryIw0GdT4FDue5MJjTTGaDJp1/sHhgHK02qQc5MJWctsSHl6chj8j/K0l06OUUv4M/74d5w9waJ232An+b9/6nn513QufbOmYuKGznfolxWCoZ5Q2uvLbr1L7ZYjQ59/Ta6gYEaxW3wqcfE4NJpe/dKvreDr1zcmUsfFWEJrzhW3c6zB80xz51P7ivi9sp//sXYUslqLO+tsAo8gS6pcs+nBh1ltt78Yj7zgMi9FPGuWsvtQQAyahxKzaUn+SuBRY1xZZI0I6vtm32qJCCd2f5bJh5vRUe+cZvTOIaezBaVLA1SiIF0J3M7Iieztlj97XwBByOYU/ddwQ1ldmKVQfbuZ3fBe03ZLVxWQeuG8u2CoHnMtWnz87/HZJFmRt3cn+64XYkZEc3FzLrI5eY0ee4ZLLti86Iz1MpBWU+vSdv/tDNtRjxr+fEiKRdP9EfzHlre470tZvw5O7pX97pswNChZdqymEXsLuGENIHT3w77TNtQzsM3THef2uSA1izvOrAgk4BeGHas011xU2QrOKFf9RzbnnF6+uzmrjwu0fT9y2u4i42Sv76yepueGj4mpa5hy7At1f0PpN7uhfGvbdqzNHCPrgKsxsYXsuN2n5/84reVq5uan7Kx8pujuxe6t0C+deKejiKuw4zuq+od9c0wg31WQJ9gTOi6+6FPF3SNu7HF5877nTYEWRi+id09cKZrvb46Drg+E+GVEX7e6MFheE1laeCwLrIxVerRvZAD0nZR/lOUnQmPtUzZWgQ2PNk+b03OjzQ7ruhv5V86IyeWK6WzdvvAXo+yMSMi8BKsoy1YoQPz1HhNQxsOto57s8e9mhb8EZz3rBeyzm4gMKFZ77+p7cY+BK6o6So/C1Rm+/aQHC5eWup621HdGmZd8mMSxXwO0JrnhANNdZK2yObYVC1fpHT6U4YO+eev3G+E1qAVSxoqIYutXtyp7r0cBM1RNn1nGxeCN5SBzxWcQjP3ARTIr44/vKRFojJOzX5+Z+5191mf75F0wdbn/5qrIekhfuRyDhQAPbiWWr3uIGNeDmxVUJAddIOr6rJSd+ESnzaM2RDAD/WS1DaSnIid7h0QuwxP6BOShj7gdgdFThWbgp95TZ8/9S+n87VCMHcC8OWq0sFiOfP5IhI9rVpAeAZ3kD21H8pbmjf7er41M1OgOc1pIajvnREi1+ePdx3/AhA0ht6jlEdlLmhE0nffLx3oyfg/Xb3HuR17+MCJDGjzfYB3oDDqoOtQmTo8Wg++PkZjj/vba4gGLvk7RttHPWVAFQsEeMjvApR664pE882cNFafduaOGeEwbumFAvQdL4wCABP6xwJWlfdgJV7FVIdt3FYhPNPlLojXn/J9gizsG7/pV+5ALLxS3ageUyoc/ET9yHl2R4p/1IR57paCLy5738pe12IeP6crsHVxpgtXYWuAL+8MH1yBzTxhuyAL2ZX/qt0shdaMqFr+6/GkeA6lklecTckValxvTfibYVGAAWh4ehl2IoinpzZ64dqkvEJFwWD5FdLvkxd2QdnkLI2zh15EMIOBgPZbyWjrzh4It6nrZ6I90lCICggtvIbgs6QbTb7oEnBIzp0XUGA2Pus2AthczlWekgQb88iKUjgDesKon+/0YLK3REW6dC5C8XAJWskLn0iEMpvyAFN5YU6HHyLbbFpmj1yJ4V0rBPCbP+QFOkPiA3P5zqjzvILb/Zp7kHeF8dFgJeh2RNs6RItenfWLUh2U3fYE9D9u4B4Ui6jfVDdIiyU5ADg+1L8nY2JQsR3u8icTNyR9dnGh3vFw52Zfq0NEpP9G9mFfzw=", "1:eJztWHlUVNcZZ4Ai+64Myr4YoiYyK0sa72dAIxEVxBCjtjoswhiGaYbBYBSNQZtKNEqsqXGpGqtWicYl4hLTd0UtLkckBDc0al1YRMWCEASBvHvfo9ATzsnc6TntOT3OH/fN/e79vfctv+93z3uBKfrJs60sLCxybPlhgj4rPTU3K312DLFY80O8Nsc4W9IzG23U65LILOa57f/IZvkz28Re22SeD0mO/J+xeoNOkxWTqTFkpGu7+V8/95r4H9gm/RdsSf3Yxj23Pbf9T21jemxUbf/Vea/ps9N6Z2QtjuyX0VGRRAR7tEGv0xi1qSaCVGwgOR2V5oAYn6Sgo5oNpDQHpIojNrk8yYa/JGmzM/jT7pcwaopRKFkwEXSMpJBYfW6KyZAotqfQaBQsmEiKkTFlQMQw+RYl+KY2AxNlatqoV+ECSGXqg/qCIswAKcKZ3JMx5qEvKNIMkELG5J7cHPcUwoUt5SKILeVK4cLmntKcJwnKIGNLudockNi14UygSDMIK5cx6oOgjcLFZLkTdptBWLmKUVjpbnlfkIksVygYQcKZSTEmk1w4/SiGSfRE30yurHD2UQwb70TnTFbxPiAlG1mFkJQyc0AmH0x9Wl3JxPAeEBPvRH1QsmmeCGKTL0FUlGzyJYLMUSIlGyMEJVKxMUI42VVsjBBBbIwQQWyaJ5zsKjbNE0FMjOgBMTFC1HGVOeKvYpNkEcTECPHEUDMxogfExAi5oBFqJkb0gNgYIWiE2pxTUM3GCKEJ1WyMEJpQ3T8jyDebHBcL4SUzRq83pGmzNcb0HOHt04kfEnM12Uatcd5og0EzTwD6kRsZDbmpxlxDehpdmNU7j9UYNf34oRZeWhTCN8SepXSyRL4hEquC/A444H3/qF+z39EHDvstbUg8bA9Zee9vGxEjwZkH7uccXOMLgf5PspLzW5Cw3wrfemnV5rZ9Ulh09dV5U//qDFceP3nj7d83cX/qXrWwI3owfPXH9D+k/qYTPcBRwW/Mt8fGELLiB9smgofmhAVkXKydM7z1Cff9sTuevme84J117234YqstzJ3kN2jOigB8PdNCv3iJMxgPDuw4l+0MVcPTvW/nBeGCxLiNH2x3h4t59UNlp12h4bZ6MJ7ui0uWLKg48LY7SG5Y2hVuGgCyz4dJ11T9wC2rvHHLYbUdlO+6cDH5QSd6uTuws1Xlixf6RmbEvugDF2bzjhRLYGvwkWcfeQbhx0vPTDkeJoX9Gxt3/H28E7xueOpSf8ged3705NrlxQc44t6E5jq0OloyYckKVzyOy/eNrJWAsH4CVQ9ZoJG/2c1Vf9k+Q3eqHLWVpu2aNeUsOvSdBe+ZDeaTcn1sgTUI9mpOyIcbriTLhbVofsHI+O32JejYZ6tc3le3c2uz3Qvw2Q7Uwmc38tJ5hB/8+dcjqkKw8ySSYTeIunRKpwRPaNqb8M66CC+sLh711vR911D9oa+sapfXIDpdFIjH37dWuqnbUMSy0bPuJdhCZ2vurQ1Fbjiar06BSyD47agb93J3G/IhCQ0IwMn5e0pSui3h6ky+IsmuEMFnOeD4QLylTVazJ9Qf8hxCwhYur0VdMe0PG/BVznH1zg8T4xzAii7YwYCZa+MHxvvjEVXranx3eAGlk88AeDTttVF1V1u41rAZK0tzJZCPVL89GvcUxezW3ni3UIqnU0IMgTnHjKul1m2IL6JdZoo35ifJzjpX0J3q2j/fYAUkG6d0JxFJf0asM2TEavWPlzai869M/K5ohr/A5/gAYX+TBD44BB/eLsNclt3TzRkKT8gMIgz3hI1u27497tWMxPhgZWlL2AwXO6DpTd3NNVVOSHFd6wEJz6Q5lz91gsC9hswinRvmSa86/40PuE6N+vr0XBc4cw/95eYoC+xEGiPPHwo/udvkX3kZVfCsG/mNNaa0KR8EQh08gKalroKj4S/3FvPSjDYV774ysyQYk6i0em+g6462sKgj+nflpwPxlDvb1p8MGAK+09JeuXnBTbhOcsRl40llm7ginjXFo+6J8dhjh7GhuZbrMCLtFXykE3223/HdL8+5Ynqbvdaw658kwGY08ocQm8VrPHDRwwX8I22AZLErppp76PS38M+HNXNC/qq48GE7PSpi68S4ujjKu/eOcQcjCKPvc85ku9QG03I3WIpx/cjx0X+SZLTGZAzxcoJSr6FJv9payb1OCFPnhhsjx/Ctdg3xN33BxaGRO+dadvTwihpO4HkXal9IGFHFTZn8wuZlCSH4e97rqVHuQPmrl8JLRKDmhmLKh5P2cJPv+p2lHlDPszowfyi+VtiZ/mOIJ3xL5CbUA45W8wa+XzwrYnnpqkGU54OeIVo3dyl22aD44uuIu9zxs1vGlDTfQTRPCYPxeEq8RrSSlFdfhng1Glq6PRgLeteBaDxhtrBjXtmL0fJArKeCch15UQGwB0rHvQF4OCV2B9LSDRagJAlOccEDyr0Tq9cHAV0OeoRoHy7ywLQ//YMgnFeHsaFWsCKMr8zjIZgXvZYj0yTwMR/eXY0rUFo/CMDFRO5GSuAEkZnJnkDb44wUPyLlbQ8AqkNWVxBR9T2tHkK9hvvCPc2WS8pGzNm+uv7NTcWdXD59QAd61MAL+VlLoPW39sJUvt/yAr64vNK1oSQ7cqBlZ+QYDXpdzr+fRb2fVXvf3vqxyX8CS2Rx7Q==", "1: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", "1:eJztWHlQU0ccDglHQDQhgIACige2ggi5ICo+rjKoCEJwvJUAgYkiURKqWAtWBaVqK0oLRdta0XpUq44HXnV/tnS0YB1QWqUUymBVKGoRA3Jq970XJmmHmebh9J+OzLCZ/b399nd93+5LPBLUsckcFoul4eJhtjpVmZiRqkwWkRZzPESqNNpks/5ZsFa9Uk7OQl/b/je2qFewRb+CLdxEm/wfNjaZR+oACyNe2/4Dm7TfRh0F7P5ZiDotyTAjn80g1/tRo0ROnibB6eqVCq0q0QQQafPzY4YSUqOUKWgwrkTUKGYKolwxrIWYRjFMS0KjApihpINC+dMo30GhhMxQAa+AEjLsl4z2JRoMSsigy3T1GDszhskYwvz6y2iJP+SqtBR8xf8riOav0JcRiDl9jWH+g4IxDFEyOF80TChl5ItWmIhZgLRURH6MQDTnRSJGIBljoRjDGHJeSJNX6E+FGKbOSDAhRCFNXSEj6grpU17IqBhCmu8iZp6kgwEFGINMLYSMIchwsYrEpkZnuCFFEiYYfelM1obhohP5M8HQGhQFMMHoOyRjgqEVKDZZtoZLR2yyag2Xh5gZe+imipmRWw8ymQnGIJOpYKQ9MaNzsh9kMhmMBCs2mQ3GIJPpQJ901IeE0TGuPxokAxMiFn/L1vBY9Jt2qFqdnqRKU2iVGvoVfCgeYjIUaVqVNjM4PV2RSQPdyY206RmJ2ox0ZRL1IN4wD1NoFQPEIaFfyUX0t/z+R0pKFPiftE41m715aHQfymz29ON628HXd5e9He3uBOHjM9jF3AqiYEvOwtuXBfq5K7wI7X7cEuQAiU8Whkxv0iH3Q00RPtlc2Lt/7IVeK3tYenGGLdvrNnJpnO9UWsUDCWUwhyctIBtb7gBVY2q7spaPALeFSVN/i65D1LaLhkMu9nIvbhSkhKnUrTl1qGHSzn2dfiwIw+5AJgDfyC9twsd3EeSYwbYBp4g5vc4ae4hA77oFpLQRo4OfJt5YUks0l57gPLTlgKfcomTXlCriyIGoIHtFG4r0zwuOvz8UykKOq+pX1yN6Pz401RzrXvzYCaLxqu9uVxCVYXdbdeVc2Jq45NfwTQ5ARntZuxul/PRwuVdHIZGFvYU1W8FhyY9To6rMYVKoa0ujdARaM8ljlC7VCh72HHl6awcfpOTj/G4kKjvlk1bCAt5e0f4z/raQ+0Pc1cMHfiYS+PNlZyJ4kLp23UHvUCsI9K4ufuDWita3nZyzYgQLNmrCCzos+1DshH15JxVOMDmtxOxyjjuU4DJv0XUR591zWmLOdyBchDuCdFtov/DL+31KHargX7t4fscDotpL6dJ41xK0Zx17Kp60IiqeKhc4PK9cWObHhlhqA3OIv185pjbTGY53L175/QszCLS5U7Iq0BJw9py1FQJYdAo9+mxaL8omq1DEDrIjt8/l6PvFh1NzVhSvcTULGnbF95OJznXotO3qY9tqLYAqd6UdYONH1XkW+n63odnPPpBrx7Ujym79khhHprPIAi5N4A05m+wAOEsLQYED0HW7j97z/Db3kJMD3c91dpB3q75hyG4u+Lz06Otot4ZRZBnc2wkqTx97mPnOpsmRniz9unb03HJZUaTjUxSnHVf4ki+ALh5mSKgdkG1UqXtQ3L2De8pGWwB/nfSr6XdGQosGbzTLAwiKuBw4UaDEVBgGlEz+tAdyt+0zdURV/mIsBTsg21Vc6gq31Musbro4w9XyL94696wXYXFgZnFBIZzrO7HZEUoTsmsCM4vQBpKwnQLw2jK85uYaW7i5FQe6zRHINnRdcYFzz/qq1zafI8iy1M5zBorvIR5ALn8u70Q9U1ZhSB86Yk8yVQBvZG2/sMLaLEhsJ532TSwfuIF75n7u5QhLKKG2EzjYP8zFOiKdSrwHUXmcaEBRZAIcJ1iAVcpaagUs6u93tIpMI98FZl23wjvpkCKOZOAjRK2rdwMxZnFniAUc3Rgz49MNXFoHMSPhUOa1N6fs6kKFO3m4klYwlhROrzNQeGsbeJ7RsNduPIfum0QA14sufbyT14Q+xGwozGZD8MbGa0WXeMDKz8IpcvT84QbVnd28vvJ0jZ7nHMDqnLnAkg9H48mNzYGip/cNJLcmD9S0FI0Wv5Nq/n4WGn7bMLwdDWAT/gWa7SN3", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXt4TNcWn5HJY5KQyVu4pUrR4iNzZiah2DsSr3pLtOpRGTMnyZDMMDOpptelquJ6VLn16EO9Si/lKiV1uXRvil5vF0UokspDPCLyEJGge5993ITm+zp77pfb/mH+OGf22ue3z1pr/35rnTnTarxteJJKoVA4fMhhkC1VNKWnikl9qIWaB1ocziTl41GM05YWT0exz2zPbA1gG/I72fo9sz2z/eFsrz62SVW40eNRL5vVXDuic/3p9ZHSURdPC3mM3ZZmdFpMLoL0fCCtdDS4A4riAwnSMdodUFc+kK4/tUV24UPpGSqSD2VgKC0fKoqhBD5UNENx0qIrQ3HwgmWPnTiYwdLnHkzLThyUYgl0DyYThIOLLIXuwRhFtNHxXuQUb7Emk4ey3wQxhmi7coEYQYQuXCDGD63gDkjnBkiI5AFpGQ+1boG07oC4EiGDBL47RbrjngzSuwES+GJiYtQa3AFFcYEEN6QhgwQu7ml17mRP54YIZZDAdye9G8p9DHJ5n9hDgoRxeZtYu5cwLu8Sa9wSxuXU1fZtnctJqO3aOpfLQ23P1rksv9qOrXNZSLX9WucyUWu7tY6LPXKv1nEJVu7UOi7Byn1ax9fLGBd0fL2MkUHP18sYG/RczUJuS3q+asw4pOcrrDKIr3LJIL56wuiq5yvhMoivhMsgvhLOlKHnK6wMZOCrkWxzDXyPDzKIixECE6GBixGPQVyMEJhyDVyMEJhyDVyMEJhyDVyMEJhyDVyMEJhyDVyMEJg0oupnxPD0VNERTiecol20mVLENAK0Z/ROFdNEq9OR5FV3wSRPOvIjhxiHw2aykEd7m/XJxeJ9/7tYQsYkMZ5enCA67cYU0Ww3pj51sT/5EptiIROx5G6i3RJMDE9doyZf4ix20URvFq+hCFs6vdiUajNNnGJxiPUs2sdiTif+pdKXC5bwXy/qLUWUbLSaHUkev+a2ri6H9NqGjzukIeIO5Y5b+8TD4/8h7npc/N/jrieZrsUtPysKDR93PZR8Mm46inU14HpU8xsBd6nbLQRdwwfc9HcOWF+3aQn6hg844o+haF3dFioYnqr8AQr2/jXWZrObLVajU3SwF7ONyWFYutHqtDgzYux2YwYDtpBSYk83OdPtolmaSKwdxxmdxno6UFQX9mPnSfdEOkX/dqPWMc/H3DEd9YPrDw6ImhPjgb83f5WYMDwYG78/3UGMuAkstpJZhxaHQusXyt2eQd6w3b7Mv79+WIEtCtsMlWcoHtHl5Q3BJ1VwwuXJcxeYNbC626Tjfz1VjvRv7urv3ygQ97VXBRTtUMCV3Tue+TRJhY9HDLvQvCYIJ741pEXYhCqwqlnnS20OBkPT9OweGSNrwAzVgQ8jpxwAA66rdIF3A2HuOyGb+xobw/vTJux2fuSDA/yyvszwDsTvGDb2fH20CrZbNWdLblEhCn3uUD5YG4zfXr6m9c4aFbTRhbb6woTh9IofUXnqa3/Z/K0/Ppime3cHrADngkpjTiRVoWB6GqHBjSdvmncxpQownD+U3O9QCa5lb7o/Ju0AOPD8FntKoBqO+3hg6PzDvnBrbtGSb+Z7yvnyxkNrmjrOBamg6rUmnb75/BwiSbicM88fDx6vGdl1uwoSr394qdsjQBadHZZ9GX3yctMlZ9T+uNKLrngTaKd0atXS6cnymKeE7aVAK9DVHz7+19KFKtztb0em9wMquPfw6t7flu0BPj0+G7FyYzmIcNBIclEPkt6C506AxXfpgndQRzHi55HhpShgubBme9QZIIWnqETs/mdBr8T8ky9cvAQkd2974KK2kT6b/lSARuxdv3YwvA3MY3/q4/H2ESDtW0E5OvbK4P8sGnMK5XRauOpe5E3QWSJEMZDCLi1E2/5cumXoxDzE1i0Bo7eimyu65yErTXcjf8z4dQ1t86ee1IBB7zce8vViH3x07IB/e/coQUtbLUif3LwUXMp6f+rJbbngQvOpRu0IL1wA1l75rgm536U2XjOWlIFljxZOq+72UPbrFpL441WKCAnjzpd4wEUBlBl3UP/P3227L/MeiJA2pBw1IuwNASUyD0rQsaP08wDtuRpCmHMPsHzfRVmh1UeKD90BUpoGN4K7Lsx9IFbuB+HZxyvjrxai2YT92v0ViDhHmF8Nbkf3JhSvAM1XvPnSEY0CS+bg66ifRNxscIHSp7dG9kuNaVb9zKH4u5XU8Ztg0TSqmAjI9ksNg9bt2Rve1gNXE9I91EZgaRv8POHFKiKA7SGwrOUp2zjvMjSz88AvffsE4rh5qYXVG6rAzg+8SsL6+eHiG7hr68MheO2kHr7nWivZusvCoETn2aXgBIli3WfnkST7scGwA6Vh+yBIszJ+ugYXj+rV81pEEGZ5VsHVyduuO7JmAYl/KIzNv+EJpXSsawK3Dp346ZTlOeChWJlnbKXGLB8nQK7fRxveG1aNyhbEO9uEa7BIZdJOCcP7EaWUqWHsPyyE6T+DgYQVifnnkTfxfuhUD/jBMmvQTBwAYTCpQBv9cF8SfZv2Snz2ABWuB0z+sXBCh7v5LO8ZvlhD03pOBVn+80EzUl6m5iqh5M/qHHRlCF3xNGqGR5OQA/Hy/VTI2aji1Tcyo8/eRnOITP2CG+OCzS/mzVxRgzRFO772KKxENMvHP1Fjptt9KO7+LZLZh6w+TNZgaT4iHzH9qJheqzzwrBvD/tliVq7Mr0cg81ACUZQP7pkxcr3+mAJLy8+vAoGG7nuGL70HssfRQuiNgVQw9wFJNh3zgLTf5Wr8nqMPkfQDcCKJBl4MSNEcVLbgLsgcdXr31ZAiQNVYsPkqeEVJFeUFu1OZPryP7pTTAHNQ9L195q9yvOX6ORLtmqiuWpV8W657PtCRsujWVFCEUql52wMglfM4Jc6KosBr6EoO3cgiZKAFINBLrnNKKNX/3gpcsZMKJB9E0oKW4AnV0kaUgNJTg0jlu4GkfEWWIFYvyPzclqbiURWAsmbNF0p86C2qhBq0mobx4k9AatUx1mTyU8iW5niyp9X+c1n7vrAem/YXFG8/fw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWntYlUUaP4erB5Q74q3UTFe3i3BuQqvNIIiokSlqSrrs8fAhJ4Gj56JimWmYbmu2ru5Ta0iUmmWK9+uSM6Z4Kc1MTUHzAoohJnIHUeibmY9FkY0zJ8/T8/ToH3P45pvfzPub931/73zfZ8/JxtGJLjKZzNxObGKMyYLemiwkAtJDul8wmC2J8qarcIsxJZZcRTzq+0P3jfwD90U/6nvU93/7Ipr6qPI5NV0NNqYmNF+Re8PI+BDaKmOJeIabjCk6i0FvI0jFB1LSVs0HUtFWwwdS01bLB9LYA9LSNizWTWxjDalTxMLTFmQAbUMpJNJonWwThPSFKHmWCaUYpZYHE8bWCbbVNjaa/YTYuhAbzazTcK3EQCo110pK9qOyB6ThAqkYp2B7QDa7loLU9pintn8l5QAukIaBbM4KCtKyH76VJFCoHSAVn5+kFOTjxEAqvtSQEtcekIrPuSzdlXypIYG4tlwZzClG94BUXFGuDLHHvBB7VmIaoeRSoyYQV5QrVXbonpJlrspm57KyTjFcNYMxUtnMiBV1irHZSaymUwxXqWVCpLY505trrdrm9GuutWqu+szySM2XfCwl1PZUQLU9xUzNlbFStVDbUy3U9mi42h451vAJP/Othk+OmXM1XHIs6Z2GKyIk6dLwaQNzroZP7yQQn4aziNDw6Z0E4tNwacu5IkLFtlzLFREqtuVarohQsSTUckWEim25tvWIGG1NFsxB5IZFMAlGfZKQIgJNaUOShRQh1WJObH/vhImu5MpTbMLNZqPeID7dGFPvnyzW43+TjUmbJsSSwWMEi0mXJCSYdMktBpPZI5IM4o0IcTXBZCAdLcYoxD8iDSZBTxaL9SEIo5UM1icb9VNnGsxCK5NGGRKson3J5InW4P7gpO6U0RRdaoI50fnB1FPdpyoax/Pu4AjerWzmr/NuOmJJYq91PG+vtniTqwhbCXtzE246Skk1x/GEWzHxNxDm9nDTs5h0cAh1PGGfh0rYl5tw6L0irQ5zPOFWTPwNhFvZvjYIh91bYDTBjifs1xZhe7SLm3fT85dSOmo5nrf/7xvZ0llKKZ0tlY4nHPBQCbdS8togLL1z0UhHXMcTDnyohFvJkzYIh95HWO14wh1/Xw83VaemF4bsiywXYXLJXgXffx5uMbaNd9e/YvWDIOn9YUgLEHHWOF2yVaAfA0ZOm2Y0Gywtj97kOED2KsJoNCUYUnUWwcw+x5C9G2XVpVoMlrRwk0mXxoCPUwYmq95iNQkJ9Mbfmq8jdRZdK48AWvb9Q3X/jgvkFvnATXr7entu/zStFjQINVd0H3eGpxVJTyTP2gN66G/GDX7+FDh/Zp456lQQ9Hpmy8rStfmIjPpBLYPKmc/07G4JgnD1xb1eGZXg6M0j+wdvyEME9VOePyzTH5004vBxcJUML60Ekbd/LsFp/tApx9UvADSCcDpgFxAXm71mvS/sucmUtPTnarDl2dRV8pxCcO2xtT9FP3sODPpw7EdfbKhAO0/ILjgpilDeoLTxn2mOgb5vLN49VVEj2XMVHRi8wXChzANm/X3T5eJAOZxb/9y0bxc1IjZOAen96Y2gC36lR3iZC46+PDsge6gM3izBYb2+doVnVk0b5HGmCixaEHcyp/AUmuwzPmzb4YPIb82X+4L6XAQT3g79ITelGmmP/eXFE0svAc8nycwNgMz6zpJTaEf6699tnSCH/Yn5rg3g0w8P9NhkKgAv3+j/3z95l4Jth2fs/SguEJ9YOrEhYrYrPlf3xqs5lkYQV7U7/527gXjPVEVd1pRqtHyhaMBAN0inL/HCPsU7Nzpfc8d58TNGPt6xHryyGd3IzPHD4iYePL/9OxRpMN5aMEwOa6yXMnzXlCLor9t/8qlSJG7m60BTANaVfR8z2UeBk7ZeN28PvIN2wfkFhz4oB18cPz3uRv8yQN2nqkWvxlQsibU0AOKmsEI/3DXzr/2+8bkFVvxH/Ne5HSzUkp3LA5rS0CFDy+U4Jbdhy2vl7rB800tTV8yU4fz1tyem5FaCkxcueS7r1x7u+2z1i9C/Fh3as+tdt1sFSEEnLELzzVHLq91c4O47CyvPnalDkp/AvrBew197ywOPHrbyzT5fXUHRL93pZH5ZBsvDjyeenqKAJEoP9Stj9vUqAquJu1YF4aNzo9Gcx7wwQb291hXScF7YFWd16f/jk25l6KwYvstnuMF49287j4rzwiS6Z/f2wSSaD464BjKIm5KOgCFDTXXexe0xXd7NFcYELh5+Pd0bk2hef7sRKIuye19xdobjaCLUo+4LSkbtypTh741k5jIw4rqL2neHDJ4Ud3v87m7QPf6DFwIX5yPGczMiWRC6oDNc/49zSTJjFTLIjPNcct1hRLeSAm1+J0iixi+gHmR80kuEVCGSPe5z/OA/s2pDirJzEXHzkTH14LLnss/nn/CF6+aPGrZS5g6zh5JALpfyrwzQvKy8i959P9XvLVyBqs6RBC4COyfPzRtUJ8fUvrBtaK8Y1bGubjCqt9VpxSI36Jr7XsjMDS6Y+jmrg6QDlWB/Vd+J730lhxuXC4v0k65LuKuI8SsAjT3vVlsvOWF5THqHkRvTkdpXO/DL0Y1S3O8HxNvxnRSQpPnTERWA8a4GT1W//+OyheXga9FqQ2YQpvlS7iLlxS1QmTxuTvaOACwm/9n4GXXoUL/n/vXNXC8YQAl7YjHIhc4FHpj6Nd8FPrHEOr1rTADWKccG//lzM2K6UQ4quhMPlSMat6Z9iJo9vBL408DyxBmqT7YNqK1BTMf2A+dZYmY/74tJ9Mz7dzHoSv6Q+0Cqhw0dMc3PnCqwtf100ZXt4ClixvhCxPLjLhpBhUIBB1ChKQUWsgEX5Thh0vko51nekPohzROenlXcJ6TdbfAxcW/vGnBElIcuGwOx6DyRuRdOzzy27vjY9pDtTzd8YDMRxpuIpP/ApxvAmyTsa30w088OmOXbZiTpLiKqV9fDB5+9VTl8gpsnpAU8PHWK2WIyprQoZs3/D6D5XX4rfcpfADrC1YY=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlUFFcWbrZmE2hkERGQXVBx6I1FjFUsYtAIQ1ojoyak6S6gY9Ot3U0Ex3iym6gxmtFJosajRiZ6JqPo0SBmhrqKJkYTQ9RoDDEa1xBAEBBk2Oa9qkKOhpn06zPOjznWj1pu1ffuu/d+93tVFVZgfLLQUSQSmV3QbpZRz2hK9UzhFGzB5id0Zkuh3eBVqsVYosJX6Y9sj2zoJHtYm/2vbDlDticRv1Qj0Emm0VSi1qcXq01FjG4AbcOMlfM/sKmGsT3+yPZ/bqMHbZzC3WNnmtGgHbrC97Lw81JuL1NhkUw1GUvUFp3GSpCcDCTj9koykJzbJ5CBFNw+0RZQMhlImYVtUikZKsEmVCKPIixVEo+KtwlF6CvZJl8CKlElRgeVzlCEVun/hOF98IckIpCUO8gSiEAy7iBXEIHkvKd4W0BkieBBct5ThrG0wBqQgvckJfIkgJJtAMmlRNNT2lInAUTGCB4klxFNL8GW6fEgudwGT4TcE3SCrE5JNoBkfBPKZLaAiOokEzpXbguIqJ9kMttBciURSGh3ouIOgmzxZP30+CWew1hNcn6F5zBW545f4DmM1XTgl2oOYzVZh1ZqhdWKPLROK6yWyaFVWmF1TwyttgoidgttrrBFGxRE9BG0QUGmdwKIbDHjXwUUZBougGyRLiXRAi0IipJo2RS0QUkmkjzDlWR6J4DIBEUAkQkK30xKIkYMgsiUVQCRrRZ83yrJGMETNmF4RuBPe/MofMPCmBijppgpQUBT+TQ9U8IYLGb+R9PggIVO+Mod7VLNZqNGh16DjYb7B1O53RtsdvkiRoUfns1YTOpiRmtS6x94GP9USC/WoRvpyBtj0vkiwwPPuKKTDJ2J0WBnKglGGEvxwxq9UbNwic7MDDNopk5biuanx5+POo9fD+rMRVSkNmjNhQ7/jttC6pTxDz9uv9+KG1+lWxuwJ3HAg6/oghA8/ID9H0ahh2HPb8SdKLxBCFr28OMO/K8W2p00YOHDQDqoJA8ogZeI/+OSbjSatDqD2sKY+V8xuIVyS9UGi85Snmoyqct5YAiXC1OpxlJqYrTcjWeHrjPUFvUwipQQz78g3T89Bt/CP7GxNXfhxiWbj4RDuL5sacXEm+zsqxWbjob2UeUN0VIXfTh4LP54VX1xD7vOa2nCX6c2Umf+ftU3uCEMFo/xuBy39gr1+jxs6aZExpccj7VEwTxtyqWct5rZ2jsxC962DwTnU6Nzv08Jg69Ssr9Zt6CTnW7q9mqoOs+encCMvnIwFDzj9n3Q8lETZVq55lrb2HPU6uqFrt1bI+Fmz67bp2edZjOjSu03HvcD1zFbnoldGAUh/s/Nal9jB5+0950ta/CC0Y5Peca1RQvzsYODexxuro4ZDQP7/thWWRkNnjXx749/Twx5J2RH907yBYPixSq6IBTw4eUrVezhE9umfdJ+lbVkru8U50cCN6+8Zpbzd1ICeNb9tW6wa0c27aM+Tx3rxwMDq9i+P/HukbssSsrc+VJH+s6MP7yedE5E9zNd19RhAaC5NS9t6s+7KDnyaviwj5XjTRUKi/JxRi6zkrzk/cc7XcA9Mmb56vIYOJr2N92Pi13A5eOgedqeIMj64MXoI+IY+HScl/uBv0hgS8tHn81M9IXLNZ6b5WkxcOGx8rydB7whqPFKQiAdCOih8s9jvfjxqtsp7dM/ZDqUdbBem+Xb91eJoVt6Y3fUtV5q/YrXUMX6KK4+aW5QMTE9qLHAgUZJa/aoucwuxwUol0A+Cv7zyU502+lZBZI8EV22eXtEda8X9ExedOqN0x60Z86e9YyLK91oPuDXM9MPUNHfNYzspfi47WmcjWNxIRC+phSVpo7qOXnri9q0ARanay8lBn7cLioxEOaHpl6kfrR3XTlW4weU8plDWSPaKZyGlEud7Mb38dbJBicVZehaRtBTUdjKr7qo6Q5l7pE73eEXR4V3wpQG9hXAhTxJ8fn9ma36RoSGHKAuHnh1WZ3cmcZwY6sf3O7AhWpled7aAVfP+BBInoaZ2cFO4QruCchJSrZ3BHB+jXXs/L1s05YpruDTlvp14bfecGL24Z07TrnTu7/Lfz4n5HuKa5vKCNB++fTM484tLCJL7ZkJYnrrm5U/NfhFwAr/C6e6zjhBBaZRbSu1JC5sbMfEcPi6S4Wgdyguf+/Y05KGqj0O46Kh0lS8rnlZPRuLqhJ/IRhuLUOZ+WcovOqBE28H7z3ht3rGL7fZxDdTn70uCQWOd9v6qdgFbx+5E3OU4vhfFwH+XOJvUIhtz9fk+wNmwStToyAHN5LZCdZuvSu9MckFblA7LtWsGQ/Vb4lb/Y87waSBsL5OZTDMxAn+8zj4fW+A+fw7LuCE0/1CKPjWZXzXejaa5+unPhD57sDa5SkjYQ5KS7ZoPPD+JPDtzecmdM4dCVw7tcYCSs5jm+b4QhMkR8xIGQNjO/RPvWCIBky3Qwd9AEf3xodjAEfnqHCHin8cHhWtaqWwWXPRju/j3WIY8addL+dmNVOD/K3uXdFRf94BAjacdS3e7kwvCE29rfmyleV4fMiH158gb9p39/Sflq53paPEL21IX+UKUhzADm/6el14fXe/mObif9wTeP640Vg+AuZIaNxmUB8A19Xbzila7Omm3IMhrzU60E2/Qx26yhe49pvcTl3zDf7iOuV2j2+8LrRSOk4g7/J1bwoBnM6RbR0U9dkPiKF2gNV17qZRwOljooheiWizYV87y61SqYYi9KpoLDHfr/FD/+6HvrmHscn+BUFa5nE=", "1:eJztWGtUU1cWTniH90sUIgjFglN1hJAEqKP3INUKFSlEpVI7GgEVBCIhTFHrq4pWBHVpHfpQCnWsj2LHx+jAiJ6DtnWUioqtqLQUBJ+I8gaJyNxzzmWYWcs1Kyc/pn/Mj3tz97nf3Wfv/X17J9dnoSZ2kalIJMq04g9RmtSkhKzUpEXTsMWMP8xIztQtEg9ehek0aSp8Ff7S9tL2f7LNNNhm8r9ssTyvVbb8l2kabZo6NXyJWrs4KRnf9IJnRRtom/7S9tL2m9oiB22kU/+b7VM06YlDV3gtAt8fGIFtQYEqC/6kSk5fzPd6AzEygpmlTV5mAEZGjnIVHiphWk2aWpecYCBIwQYKIkelMaBgNpCc5CEwgA2loKhANpSSomRsqGCKCmJDhZBjKCuIuGKscChFMZSYppyeGIpMc24cTEZPDOygWTcOJrAqhBEm0IqhajQXjPqnIRkDCjFugxQWxEBh6obCGOiIr2QBRnkbhBnpTUny+IYma6EBeZRREstCWJIvgPi4jAAFM22PikUmZ/IkgJRMIKovmcIYEJsnKskgNk8KY0DKQSKxgIKNYYQgkABjQEzCDwpgTASd/ARjcEh0hhNMKAuGVlZucBaGBric6ScTratcxoKhZZUbrNmhKSw3mD9DM1jORFRhAsuZdCTMX3kwE4hSQc7EbmH2yg3mAgFRMiiYJCHMXQWTJIR+pzCYDv8JYuvhNBEKtoYigNhal5A9YzqrgokRQmdVsPU7AcTECKEdK9maJNWtko0RAoiNEQKIjRG0RSjZGCGA2BhBG4uSjRECiIkRwohRMjFiEMTEiCBKo+AXMwK/Ucp0ENG/4+EajTYxOV2tS8qk/9Pt+ENMljpdl6xbHqbVqpdToBd+kE6blaDL0iYlkoUFQ9dvqHXqF+wjOICOPPqmdnApCS/hN7XYml+Q7rx+rRt466GZ3OmkNdi743Vx1IYuLr6r7FbupFHgzBceE34ZfR+W63aOMJvzEAac8newme0DbHce/DBG4g5WXTk+t6usE2ZI7erHX/EEvarGfZ9/ewNKckclPI6v4yak7xWXT/UCd795tWl94WkOP8V+/HO44E/RXm7WrwDP+MSJv24bBup2bsqJv3YF5tUuEWkqPMGBuIuybzNGgP7urPrdTgNw4NjK9iNv6+GPn9313H/fCWXbjB6z2tYGte7//q1giQhl7/7St+yZFdrSn9TT1GCL/Hhvl1KkYGHxdfmTkGZuVGfqnFXf3OUalR7o3Xop2LPW7+zG/V3c++N9+KU++Dc+iluR3uBw37y071Y7gYpQ38iV6yH3Nk5QuAcI6T2beGiBK6jNxQ564elGV88Ldxog9eOCUuoycrcmmiPynNx2GPH7AZ/+bhHio4vOHy5BeLlJ6wHW6F9fVvWRnivY7rBC+fV1eMT0Xt6Yw1IwDgd2zxF8PTnu3aOwHhYvPv4w88RVrity7saQ6/boZlUPn1kxenLh3JTDyYXwMr6UmqGc5phSrxxT9FP2A79AqwGOw/BUM3RjXea0j7s7II1bBC79wH/yXFHVR9V19TZtkMT5XAzocyu5jfHXyhtdzVH9+O1FvYGPOX8+O3EXq7lDH8ZE7FlbB8PaEn54r9IE8MXYd7pCz9Hnm6HAT18bsevHVq6yeOrJjv5nnEfMLekH6jpofyaAX2nlYv2LNh9puArv6Q+2VUc9h5RPDiB7xb5x4fPc0c1Jy985oDjN2RHH1uCOGhfMBbnpKx9fOFcNzQkhnQUeSIDGeT26WNwMt6l0owvW2IK/XxXVmWwWgYe7jtlmlNRCsp0Lw0FsBK6wFfDmWThlcikcXTCwffXKYaDs2abO2jhbcBQ+KvxDiSnAVcqq7+FIHdIckCkhVg98MB0X8DFX6Xj+H6X5ekjr0A8JX6NNwKEFs2L9vU2Af6BVycj4Dkj3YQnsMkq21C4RI57dKVEdTZAvMl/RPu77n09s+MDRHf3TctLns7/ohHzQlyZu9Qbv8VU4tlIPeyzmfzJjWCu8/YAP5OgroPbp6pRy+UjgSpBPIZaR+Q4vUITTZ9EGNxReOnT5p06uzgQrbRSgfPkOEl6NtUSbcZk7fMGN1s7IuRZugM/2yObbVRyW74mvRoIa5/awy35S0D1m3razXeZIzYdTJDFFbfztG3tdUcWBv8wELvao8AkWmCU6bosDs0CY3f37HBHe/swYD5BFBN3OzdLhDOu5s8P9VOa+UqDH9JKJANlfoyki9f7ZG2CWluy2A7iKU0+2cO64HWjdADm3uwDSL3JE6Nge7LgGHsTbKB6Oln72Pq9wM0TaypRuiLOeOLENnqngHeZYozUpfIf6RAyIztohTONZf3KhHSL9KVQCluD0DKuEI/jt7d0hRrSeek7Hs9hiPoKTrGv2Lpt0lqP4NRDLtiBdy3XV1mCmQyL/WdaA5KdUBAgN8q1QX0szCvXt5VR/9tmalSEGG+yi//pxkgTllS2VPC06z+VF4sZqApaO7S74ZecTWH/GfnfQl21cDd+Vpp4XA6rfBi73SANf+XLOu1oz37LqU4700+2miOh2hgRgWT/6oxQR3o67z50qzbdoneNC+WHmjja5YSXf4eIeTTjlH+0IFuHPXSkq429zm34fymYHvHZQ5QjU566NTbrphCycMbIF8qxvsZssAWunw1We2U6I9N91t7kd856H96U5ghNfLT//uxWOgPRN73uQ8KHHmdZPaQVI2NIB2F4dtdDxHWuQRIQhBnx0b2qfNtK4ZA6AtL3qVk5GGm4T/LXehp8gYvCqxbpd4VusAfHX0glVEjwY0xdn6rSatMz/nmlDL7KHXjK/wCb7F0hF+54=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlcVMcdX7lvWK7lDkRFoxXYtwegkvcQRPAsRxKrJrguC6wBlu4RC1ajUpS0JjH9WNPGBMmnUeoRYmxESqIz9QhRK1ETFaoREcMRScQjHBKlM28eASytzFbyT90/3r75vfnO7/r+fjP7NmSZLiXTSiQSGezQZZ4uR6M25WgyWSzB4rlagzFzTP8o1qjLTcWjuMeyx7L/UTZ/WJnFf5OlIG6mOqGbBJ0+V5UTl63SZ2m0eNIway34CWSJj2X/h7KZ/TK+O/7Izhm6vIyBEX6WhOdL+assFTfYWL0uV2XUqkcIiqQDMfxVbg4oig4kS8IyqZQOJScohg6l4K9KWhCvijLqSoKi1BXJo2QRdKgogqIMYbRZgY+mtpDXEkGdr0EwGs+IT+QrOtUGfaVq87LQOeShIIb/YiKoQAJ7KQplEIyRUukSOK+g1EVgTBSVLgU1fQfBZAoqXaRUZEoqEKkUKfEqXmdaNnIQI6fSRKqLofNJKBMZlXnRZgSCEUpETqOpHxRJpYlUFUNnnlBVMnNAVJRlSE3JGCqQ3ByfzKkohpQGQxdyhTl5UpoTiEhzfIo0o9yZaErzyBmGx4zYOnIa4TEj3gQGDiPyEe8BA0cR+Yh7+cCZQk4VA5JW+YgraeA8IR9xwxs4TchHnNSBU4GcroWTJiSnIrfQwuV0u5ngEtV5QGh3CqrzQD+IamMX2p2CrmAFEF1jJfxWUG2A/SC6KidVoaBrrKQsFOa0O4U5nUtBxwjCciUdIwQQHSMEEBUjZIQRyuEZgd93GCT4gVGj1+jU2ZpcBNQXzMzR5GryjIZMm8ELZlrjkSO6xBoMOrUWnf50eUMXS3X4cbG0gnxNKp6cpjHqVdmaDL0q54HJ+E1LXLYWPYhD2jR6rQ8SPDDHHt3Ea/UaNVbGj+JydOoXV2gNmmFWS9BmmJBhOfjHtFb876vZ8q5kqfIyDJmW/4k1TJRA09F32PeROuxO7bCwVwvEjxx9h/0e5rAbRuhMeLJ6pH57UfstH1wciqjR99v/kSZ6GNo8xGHhbYDQS6NH3+GA0Ui0C7XfzJDD+U9A8OBHmmgJtcPKIXuF7IFe7yoiLxrjdDp9hjZPZdQYyBtIZ3RJNqnyjFpjQaxeryogwCA+FnqT2mjSazL4B0sHxvEqo2qYPUcpI8fmoeZp8CP8vw+WukzZ986Ncnv4ibW7J/vpP1jpnyb5/CEtmNvv1Xvyu+Me8Kwu3bbW1w1ukq6YErLtCe7kuzMrb6+yh8vcFkZ/9FklCFZ/t2jG0/5cM/tew6H5YugHFwfH3nSHW5sDy1tL/LnpB1O2hLx2DCz4YLOmRN0GIubucEgY38IS+SnAD02XwZHvJy55/bCIS9jcaZPuIxLsOcpOkNrtCagO4VKqgoqviyXQcdzE1Rv/Zgu37X6/Ll0ZxJW3Job1hVwHYZvKuqXNl0HdWgNawp8T11RXvbreC6JF0coOUIQ/nBcX+Urs0q9P94FJOz1Ox9ddAvc6TVfePuPDcR6qI19MdofpT510qykUwza8bIw3dyfn2VUVledBzRyEvCKC497s27S69ywbxCtuBHUdd2b/Yr0dJP7dYTOmNSx49c1m0A6jx87utYY4Oq31Vty6qzV//HjLFbD94N8loaldYOlLC4K8l9txn2eea1m+2xaiYL50qMENzuAFRwC/jsQZ7lqaljIhWAytWjZO/Na5g70RNXOWvuc+0Oo6io+ntQGHC3/Oj3Hw4IqSk95ZE+oKm7ZvPRqc7wlXFoXP3XFCzCEnkYVfAV6/txV8+2jwXn32LdASiB1oYs/ZZz+Z0+0J28M/nuDqeIMt8wv/apxNF1v6AgrELA9YsPAvilPTakHotaLSU7u6gf63r1271eAOn1v8IWgvPQ0UvEF2Qr49YI9r24EPLC24wu0/iwu43gwq6tKRp24wjTesE7xQneRkMbkbdB/OQK55wF3rkOEiSy5PvuYAt64VtIXihLtDkp8OVqzETOlk11ode13aJYY4PdVV1hCR49L+33wDvAKPf82+VwOmzz/zxpLSYG7jxWyRbowPRF79qnC7FVxxaJtfeKAvt/vzc8+2hzex6zA9EjyEvHSBtaGH15c/Zwt9ry6UHDjTClImlL2yN8SNm5ZfW3L2shPk0xnmC1/unZpfa+fOVfGZvAmacDo3ucDGQs+KWY0OnOiN1WjGNUDycAuU3Ll4Ya1BzFW/aN9TluUMuxDNxOPFsMM78ec/+Dhy2Nz7RW6Q53XyFZavm+QQbq8lSvQUD9iejB5MFpN4NoVwU8fOXlmkc4MVlctero/ZCXLwsrd9OMIXZxL/RG/47nn5jajiAE5EPmumoCxcVU4C/WNS75UAZ3X+mUZ284biRV9MtxT86gOt9XvuLsmtZ9ckglWBdWO5rc+gSvPxhR3ln86JtLckfCwL5lbxhhxkb2L6R7WCLfucfrlnjh833mTxlt1ib7g+6vyx3I9sIY7uCUbM8TwodYS8u1UukPCpA/C02OsOP7ONQapc4dO8AR0sb7bf9wDPDiruAzyfHXoAX75PXmQ34GXjx8DZiE0bvHuBjifIRXYRLpx5vlDGf75lSX3cZlt6d948O88TZv/1G8N+r/ssL75wj2UViJEbXSCpx4Pg7urlnxg9LDgb3H4CvGF9DK6AenDiyIz3tZd7wK9VzDMRkyRwoqvj/h0FDQDTpbHNAdY8NfX3J4EE1vom/9P/hzHc7+5puq6pboMTzNEPwyrcIOk7FvDLt3CibgFEmkLPMAkkdtlwSajd3OvsZRF5UMgcIeGxNcTadiJ7+L5WiepU6CuXLmBBK/t87rH7+1a6w94l+MYJlqifv5Rg+SXhk1QixOcu4He72Lws9KNCl2sYulcM/PU18EZnGBnzL87Orbg=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlcFEcWnmFQQEFBRLkEBhWjiEDPwajrVo0g4okyXlmNOg4DjM6hc2jwiGYTj2jEI67GK9EoQbN4JNnEuEns8tYN4urivUZivAWRI4qwaLqqhoguu6Hm9/OX/GH/0TP9ur736r363lc9PdJJlrQMd5FIZPMUTkMsRr3OYdRnJGMLNg822OwZ4vortd1i0uCrxJe2l7b/YRua4fb/bGkCvzTewpdki9WkNSZmaa2ZegMe1Agu9ddwT4SjkTmk/ka2lJe2l7bfnS2l3kbU/JeO6msxpz+9wvcG4PHx5Mxp8IagtlpMWrtB10SQjA3EkbOcDSQjZwUbSD4A2+Lj2FAKl1BKclaxgkioeDZUAjn3ZAWRUIwLrHIllIqGUmqaCx8agzlTeLT4NUxPikloKoYuEfngZEygeOZCNIDJ5EyxOApSMIFk9EPlAkgW5woonoCSLI5JTQHRpuKavLoNQWw5UZCMY5oe7V6OjUgUJJO5EEnGVgilK4ub4Er1VK6AaBtyTITl4lxgBOdKP3Gu9BNHWc6xRZK7QCPOFUZwlBFcTyZQAiOIbtZkdk1Oie7VBNNkEtGtmmCY5kbLLW+yfD3dp+XxLBhabDnHgqG1lrPtMs5AbNuFE8S2XTinxyZDThCbSlJFkbuiKHImejtBCrbdzAlqMh8aaJeiyYRoCGJiRD2ITYZozyrYBM8JckWPFWyCR+VBwcSIehCb4FGQkokRTuVXsjHCCWJjBNUvJRsjnCA2RlDVU7IxwglyZWNSsjGCCouSjRG0c5VsjKCghMYZgV8b2drjG3a9VW/RZelNAtCa3c+oN+nNdluGpKHDjGb4qqVwUttsFp1B+EVgMT/rTNPiF2cjsqfqNXjwCL3dqs3Sp1u1xucG4xdWiVkG4UaiEE1vNbQRNXzRRcZ4CV+SDFa9DgfT+GKExYEH64wW3ZQZBpu+EafJhnSHMD8j/plv8Plvpx4ko0ytOf25FBtuMFy9kL/4vINfRN6tWPOuf0J18izhxecd8iLybs2ct/yZvFXP9Qf2hx0nWizWdINZa9fb6IskTKzhDq3ZbrBnq61WbTYFhpGSWB06u8OqTyc3Jj69TtLatY30aUIcfSh8dnp6fAv/3YCtN2u3l58e4gYHHfPos94Ri7ZO7dPi3JZKvrxq4KsLVN7w/Ju25FXKHkg390Kf7DHlvKJM1a+/tQJ0+FN67ytlMcijMGj4xZBqPqzd5CGVrXzgob47DN9Pi0ZbVvYSD3m7kg+ff3f4V2FVYGZu98TQ6GiU8sPMtjv71/D5odhBJXgPD/NpiR61vr1nV6IfjDVvEX/TzB169lk/8sNoTxTz2cayvCN14IuA2u/uHS8F+UsuZYnKfFHyl5V1RdVeMHS2lhsZ9wiI8AF9kfbgv6L1QSJ4asW4x4k1Eugx4f3BASVd0erEJcabtQ/5GGl4lXGUGObvOD9h+kk3FKEu1xVs9IUrSmcDxfjmcKbyr38cPVaMogP/UuSV5UHHpdby1QfSP5m4yh9F1j1wFG94BPp0L1p3o8NREBilabZlZSjCWaTuKgBXUpeuMbdpDecI3v4+QIq2dNz7n4VVpXzEacsEj8LtfKTx9Zm5xgCEq7Q4pyUkZd1WBbrEe+aHXvRH3m7RC9tduAPu5x0ZlPDOdX702E/5kvHtEY0nhmldNr2ze3MoHBnXbbu/byQK+WB81+98r4OC1/AKXgKk3P2C0UqcvkmMHG7rPEPCvCGN/5jn53RQZSYFwo1+ud/uX+MFSXkH7QHC6uVo7G7wqBBVXewOJV6Lw3X3opAwmcKHmho+ddcq/SKdBHbXB10dM7ozKhHCzL97hu959rBJjgLhHXe5nzJUijZnfn7H9sUFHnvrtKYc+BTHLN/0VSiKG/xxi+TOZfz1inBhJu5wbm2vqYUpkWh/z44DZ711iaf8KgITp6eGtesWiDIW6V77d3I5mPVWrIB8CG6ArVf29ZAiut5V/BGTfN4eWMePwwv4rj+i486Cmjcmf2N/zw1tOBSx23rLF5F1K5LAaJLIj3yH49fB1vAIRHl8AQjVESroCw8syBv9j4pwdFAYPiLtCe+n/MO3aasl0IzD/LmaJ7Q83RYWzE3h52z0gQX3jh/su6OCx9EC3ZtDwq9Z/jAhGI2NEEei6dNChNR382dHlcR+nSeGdkzgwji0QfbR3xKqy3nMllW5fpBMOyMWLRTCc4fu8mu7YeIdA/0lr7fsdKsHwsv9w+1HPF79vKw2cHrxBr/cOd1Q7TjT4ceflfOnRd+7eS0+B5bhcj/pitIGbJwXdaCO34bpo74FhMmNahXjjXpPLVx0OiwAknpLPCEpr8QDkf5+UAJw+4/88ArA5bmyLxDhZZg8pDU8UYCPO7x0tzVrRUxbhJdt0UpfmEgIXAK24WlP80MTiBAsASpc8GIxpDoSgHKa32+XMqwY7N+2dSj0r+Q3V8ff2Nk5BF0d037PqXlu0IQFaGUIDIm93Km5WopIO/WqAYSOW0OhdXHOtQrQCfkK8iC5eQOQOo+NgHnZR7v2skrR57Mqdg+bchFQv8V8UTQmaCjC0y2dLUGFn5w8M6rkKDj2/terl7duhzrhdrz0hA+ynWtToS4HD69pN5+1B6O2/0w6f9/uiQ4LtMny84EDejyR1j2o4D9ej4kUAusE1Ln9fpDqnAgJ5JDm/BQAF6hwA7SApT774tZ280B7lwoJewbDrtgQ5AvHE2G9DUjf54vhuhkbPuq4VwK3KU70HnrqMiC84zyh0K2ld1Ez+GgTbqBcvt/5+4IC/wRKEF4wb5iZZLDc10ehtTiNGhHCLDqQXgf6nsw4c3NgFHpVKKdABbR8Ey7EA6qrJzojkeVN98PLNoNl14TGK/OEhPZBUagLCXwRCF7nHy8KgpE5jmkhpVKUhds34AF/891XhAwC4ZydX06ae6EDIrxWX+aXYnOcCGJ1jMwPRm9/cEKo8A1e8DJi/ysS+AaWF4MUuRMHV8EYkuiP4NNhU9bNGBeJSFtJK/i5pHFqqW5PlFI9bOWGyFatNmcKD4wWk+3ZPe3pPy1P36s0YuN+BlYNh9o=", "1:eJztmHlQVEcexweGU0BuRO7BjVY0Mcy8meHQpBvBhLgaIxN1lRgYOcwkwAgMZjUeG41RMbomGryyxos1RCQmapaIpjvrkZg1yAZRQZeI4BpREEURJMD28SiSKqsyTW3V/rFO1fSr93vzff3r3+/z+71+o5ptTsxQKhSKPCcyTDJnpqfmZ6ZnQGqxI8NEU54lw6bvLNZizjLQs7hHtke2/6Hthf+ybbKVtoRHtv9D2/g+G+uGtn1n48zZaf1n9Nrz9PdqNmoMtKHG5pqzjBZTqpUiSUykYWOUmEhiY7SYSMtGvaiI2tQRYiodGyNFRWwqtZhKz1WCqYrkKp2YKoqrBJMVLaziIecHgSTz8LGDRiBhPH5cJhBGJpP4QQCqX8g0AqlmMhlGAa5+IROejfOoEahnHgsu0wrKIgcmi+qjxIEcDKbsOWTj95ui6AElWxMxoID0yXQiLmpkjKOERDLEQsHQcBYlMfc4UpJeSCQDJVgsskwSDTvnUIoQclEWCVKo4fBKGqG5Ige2rsiBuRg1kDTLokgmijfnz7ZGFD0QNmRRlMhMEq8sSS0yk6QWDATf2TCN1YXFNzbUprWaP76vYRqrF9S/Q9FazV7/VkMriWh4aWi1IhrOqlYo1pw5rdX49G8xtJFCTwFOj1aoxcrbC63Y84ajoBNqRfIeQScEt/yo1wk1IvlBr7OaBibiOOisxoGJOA86oSYkV7lOqJ/0iYSIkFuDToiIPpEQERInQi9ERJ9IrN3JIiEiJI6RXogIiROhfzgRifmZ6XnuCv5KGmc256aZso2W9Dz+rupGhin5xmyLyTI/NjfXOJ8LQ+iNLLn5qZb83PQ0diGl/zzeaDE+xA89f8+T+D+CfZfS6SVIvtS66/0Ym0lvt6L89f520wZXg7h9prqckWFwl80Rey8fBa4tefBy1ok6lHWi5/M3E1UwbcyPk9dsPAkKVWvzcwK/R2WfKq+9+3EIfHHNxmyvZRjdiT2TUX3ND3v8Ifrgt36/g4llIctvTLHBKVcrwy92OsARaqeSoJlu8KWGoq3HwzDoInfv0QTgiZGrYlOuquBHe/ddSJ7XhjLYpwfEr8681vW4C7zYufi1I5af0UzmQDdCi4Kj5uxWQeOxqlHpQ2vBtEWlX8xe0oleDou9nToxFCa8+LN/3vlzyPfdCU12Fk/s5QNOXjo0DH6Gbm4bWzIIX3gr79kN8xzhl2scWv0SHGEZXHrlm03H+PoH+eOaivuGhqIQOGL7qv31JifcvG3sE2e3dKPkTRPJLR0h968JsfiMV+IVe6Z/p4m3gdcTRvequtuR7agVfjUVt0CdrXNBaIMt9Co6+vWQ4Q54w4rlM6vGKrF0/LPR2bs8oMcC/d5nptej+43GHecOOuKTWdo//Q26wI296xZ3xVxBLQuB7pUYJb4WvOenhIow+IM52bFiaDUqLyOOFw7m9xmmggX7669/8LkrNr9ld+LPagXsiXvQfAN3g9e3vPHhzl0Keb5utGf+N4/HvN8DbJhjBxBddXmhF8ZJJHANwTBl3uQQvyY7fHDGvS9rC1rBk6rQu5nTOsHtuxNmvBPVgYIWGjVT9zvi4t0vQO8dntCeArTGGy/piplb4WQDd3So/136WBv416G3F1ZKvvjGFX0ATuoAZFF0KrD3TPW0m58G4qeyKWEOUPEeWebcm3LclZjSkTbmLuowUECuAJr+4ts70aLKAzPuzffAk9rWGixp/rA2kDjygRdeQJfzjwZAnDt3IqsF0XRd93XGm8sL17kvaARDGAjX0crUWZeeXRaGGcd3BsEQEs7RvbfAF23dZ/9YPARvJL/Wj3KEN3H0sAlvdoHzXpTkADy3YuUPdZd7wD5aBj1/R7ZbnAK31dnjQLfLT67bXgaa3b6K2DzyMogoH+HucqgNrVO/QULminML1jbe+cgP0mUVDFbi4FNXwe5kBaZ4np51HvlUxl9ovdsCPpR2Hozs8MAtM8c989NmX3jr1LFx+0xt6Lz2VtT459rBZOhNEA+FSVVHGnz+4ijP+zGqdn41PLNDRcuYfFoACcKSBFQD4oJIxGuD4OlZv//W8eljyFM/9mhioT8+XFvQnT5kuPx7BaZZXVTqCrUsMZ6Q5dNYBY6Pox6HYFaOEeEyt1WI1WFxN9jQ7pC86bQ7PPy6c+f2OXaYcVGmxDfyDvl2rQ6HTQTCnJJ74BU6faACU/yGdQZDxvHhelT0BPXQDQdQ4HIeg6xP6D1wEll+TYkbpGELTXSG/sMNBK1zPA9/DcBF1L24QMiWo/LAJNnE9XZkMrcuP3XWHoLpSaS0SxGtuvsGJWZhG9Uu56URhbHC+SfgehvI7+eKS5+rX+AzWokrCZZPlXvLfekSSP8k5aXEES6Y16UrHENBCPHBqwgNLutrkGZqxMhi7yZEiii1ZYs3r//jzYDVwcpetJS0l/Z37DENY2X4VsDj1cn7x3f2eDFpX/GmB+A9d9oAmhG5eKBpfRhm+ZjtCbNYQ/sRsDr3C8cBUwjx9fawcdm27z85Uw9Y2whUYdr1ap52hW45JasvvqqAzL+qIJxJpzvwALiuL1465flmdLTBhyDYi/xeIxVU5YJJdrZOTR4KDc70QZQ9J89CXp/yfv0M6f/ztH/3/xCb5j8QRGRC", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlYVNcVZ2BmGBh2DGKJKAmausPMmwFizH1kEBeiRjHu2zg8ZHRgyCxVjIm1VqPEqkmMpmpsDHWt1WircUvuTeOaNBFRSxVUlEWJ+4aAIr333UdBwqdzpx/t1+/znzdzz7u/e7bfOWfem6jJ1mHpcg8PD7sKXwZZLYLJaRHSk4mEiF832x3psoZVosOamUpWhmeyZzL8Zcj/SJb8H8j6P5M9k/1fyPo1yMQu7Nmwes2alda4IvcGkP2x4lWTShp5os2aaXSYTS6CtGwgjXjVsYG04lXPBuLc0cS5o0k3gMg0+lQl/kg1Z03BU/BpGL2I0cayYOLEa7wISbI6J7sEIbJYLYuaeOoOx4JJoHpiWGyTMAmu6qEaqHExTKBYCnI52E1Bca661ASk1TBp0tAPnTsgl0lHeUA/XE5tUxCbeZw75nHuMEKqvngmEC0/DZsmWkwatkDEuwHSSCxnopEm1h2QlrHYm4Bcb15UBQUxVa5G50Y9aaTe6nLTawpiC4QEcjm5dGyKGKZpQYtdG8eCkZLkcl3Q8SdiXC6LxhHDuZzXxhHDMU0/Oi44ttZKC4ljooLUWjm2LimB2JoDzRHnTpfkXCZDky7JudMlOXe6pI5tQksgtgktgdgYQamnY2OEBGJjhARiYwRluY6NERKIiRHSjNExMaIBxMQIaTDp2Tq/BGKbMbQI9WzjQgKxjQtauXp35qae7bcALXc9EyOkualnYwQlrJ6NEZR7eiZGaCmN4lpmxDCnRbC3JTccgk2wmjKETAy05fS1CJlClsOe7t30wHQFWanxJdFut5rM+InNmvX4Yam+/z5seE62kEo2DxccNmOGkGYzWppt9sNfDBlmfMOAtQk2sz8WNNvjg78kmW2CiShLDSIIq5NsNlmspmnTzXahhUOTzWlObJ+FPKWbvX9+qLfo0RRjVpo93evnRc491sj1re93QGv43UIwn+K3vmmP4+Ja3+/A1vDbj9lvbdOi5OJb3++gp/lNVobWc5hr2lC4hNZ3OLw1Eq1i9bvhaSpG6vP0LxUmv8mSvqF4vOE22/vk10pPMLqFnxwNz43NUCRnI4wWpyC+QRuSnW21mx3Cf92lhtdRbD4lSL9xnujTcOsUwZEh2JrNK9I0SP4NVqstzZxldAh2+l6WNLyhTmOWw+zISbTZjDkUGCm6YHOaHE6bkCbemNS4TjI6jC1YGBdDn+weZ5FAbpF/3Yj08N7dv1PeDEQLC86VqD+qBfmnRlzt1dsHpS8wjS+eH4xem1Se/0LRabDl/aIMjxt+SHbO0yf3D36osnOsasvzdeBXQyLDpg6qg2/P7fX6+lx8TiIBXICa6T2iOtytglFf2DI+yAxGPQzPX7mor4B/Np97KzdAicTbFj80f8yJ/aVtLoGbYf3feBh+A070/rHd0DP7oNl6c97R4eVQNui3/kO21QPT7NN9ckblw0vtN1zu3/MCOI+t3fSbKrBozzSfms9KIV4MHTA+GF3z/zrm910r4D9v3h04en4dHHz8g3GPDKGImOebfBb26X5yZcXZMERO/2ajP1r23jxsQTVIOeLdZ9UpGf9Db4woViPFwSWx03so+DNbasdlHrwO3gG6CXsH1EL9n14dOXZ7DZi5rjv26AyY/eDl7B9VKjR2O7y65pXbwMsnt4Ppeh0AI4mkHpbf7lBgnajkz0Yr53xsqAUbdVjD0EB0eWq3qhVn74Ltb0xbOX1cFNoZV/23tM1KtHN9zuEuez34+86S1cHrIlFM102h+UkVcKAY4DuAxvdbGHo78Vj6KW/Jr+Nwx6c3NhxK8UZq8YAgpE7u5PRcmQ9OzcCZOhKM8j58GYcyEGFtqz/P8+QHTw4alcCpUQ5J5NUQpD2wvWdWXjXdv0CGti0TMAMeARqniyDxlunv41PuQcsM4nk1EPO4+CEo1f8Cje0YSc/ZIkO9svJk+xX3aL7CQ9G2TmVz1wzyQJqKrZ3KvHzRAhLuvHBEaNShNBjFE7cnVYB5s/L/Mtqp4km2lwl34JFP9i1fGqjkv9Ngw67L+Yuj2n55/Nf+aHfkvCtDdxcA47cnugntKiCh17VZCt6z23thpwd78tR/H4TJZC8MuQq+X9t31526kzQvPdshLlj/ylfD5Ij6UQ8wGOjWtEFY+709YzyQSLvEECTG980ApAxpAw4VeyOfiDUTuqT4IMJS+8i2SMRNkKPlhvctl96Wo04kveogtHnS8GEvdZTzoprlAWixEjM7PwSFd05V5H1YAAIIPT8JQffLjGv/wfkizMb2GzKUfMnXAau1n9+Hw176bOEXxkCEg40ZWQUfbrpVMGjyZZg54p2tuyZXQj6UeH4DisdHKfl+tprAyi+LAMLs637yJ0DtLQUdxYTtA31JIZwOpfGfewe+evn0ltpiD0RQ2wxt0eoDHXEIKyE5bbHTl6f17I9o3Sl48bidD4BYr92DUHHhHHvyMjUfPyUJl2g1uDCzzdZ+F25DyudKsKSMEL4QVqeWrlt1wBdhozET6sDGQylxCxOrAG4aY9J618H5hFbRAfxAP5K5KvBue3xiZSgS6+P4XfDLQJLJKERYVmbzkvqQig978P31o4YXaR/qoECif6NrQHGGh3VOdBRqf7Qc/HFiIHpu0cCf5JyM7yEWRiQirAxpcwzufI4cIONF8ztFoegV9UvffXAGirxXVYArdrwjJQIdu08cyIcRvUjllgPfjBcwZUrBfszKmbvkUnyuQ7FsZDdhtti4PFFnTPcfNp+AIj4iAPm/RTpnIPItzMvu41sEt1+o/HjHIrlknwrRvJ4Hot3nQ9Bc9N3avlXBSExzuQ9PqlgVEYRIm1lQ4I1mGTVvxnRV8EtSHdErZgegT4PXffVNYRgaJQbuLtjv+ChcPkKO1q/Cid0RijYT+iyV8bTP1kAR3sWDp3E4AVOwFcG7FKiQuxHf97CSHxFAInYJ0L5VD5MwvR9sugX6ec1QR2+U89TfSCS2Qz8FKqp5d+p+xwlQlFsn3C/z42uvXUEJL1ZDMV01aj7Cv6TH0o5qfqqYyCBUH1VX5SwpAWPu7TmTW3cQPjJgBO/FY/L/NW6Gihd/USVmTcEPcNbMZlO38Y/LxpejLcg0/wI5MURs", "1:eJztWXlYlMcd5trlllPwiGjqHTXCXqCJmSEgHtGqLLHm0qzwIWuWXbNHI9Zo1BhbNUZN1BhNMGIa4xWPx3rEOJNY602tCEhQETwQkHCjgGJnvlnKYnked7bS/lF5Hr7lm2/e+c37+72/d3aXZ6cb4pPdnJycTB7kMt6gExItOiE5mo7Q4XFakznZueUu2mxIVdO7mKdj/3djE/4LY3H/wZi6nbHRT8eejnXIWGzLmOiQLi13Lxv0Sa139NkYOj9CvMrVUnKNNVimE4u1D6IUIWqtfoYdEJl4VfBEkfFHkY+hYxEqHoyCYSIcwHDFUYoYmYonBSoWJ5InDsPIIvnjyBU8cSJZHEcwUTx7Yxh5OE+cKAdqasXIeDDDGEbuAMbuvImzw9mL3c1gC4riAkWwdNudOpY0zjzYgoZxgeSOcFJwtpENSGa37liBHOFkdQY+kMqRSFZv4CtupCMp5+1aFoJtz+4WZBlgkbhAMjmneYmzWZ3kXCpvAXHZpLUHOQ9YEcN1JLEsyLmOF1Yjud1qsMHYrdVWm1Rw2b4Vwydv5pIKPtFZQXyGx8qq4HN+VlcFn/OzwirsFoON4Sn4XJLJW8FlDjJr9ri8ywpScjlKC4hLETJWJyWfo1hBfOZgBfHZEFOEkksRLSAuRbSAuBRhtVYlnyKsID5FMJCKTxFM5So+RVhBfIpgraFy5LhQ8SmC+Z6qfUXEW3SCKZQ+MAtGwZCYIqQSoDFtpE5IFfRmU7Kn7YLJEnrnTS7RJpMhUasxaw36toupvf61WELaLEFNJycIZqMmRUgyanSPTPYhf8SkaMmDGBJNMGrp9Efm0B3Eao1CIg2m9qcIg4VOTtQZEt95T2sS2lk0TptkIfvT0Q++Wrd/X9RdZDRDo08yJbu2yZnNkdRiyR1P2+dxtOldjL18PXj42hwJ1ndLCmXHE/Z9ooQ9uQnLbN9TKlQdT7hTRwibn3dkmzM2suN5+z3RQntxEx5ma4KKqI4n7P9ECbvyELb58slKO6Lj+QY8Ub5S7gIrbDtZHt7xhAP/x4qWt+lkWccTDnocYUesq50T7zG8lbbfUshlj7yHoT5DF44xGIxJWr3GLJjY19/0pJlk0ejNWnNatNGoSWPAMDElRkui2WIUksQHb7fex2rMmnbeS6mU7JNx2+0J9FE0+aWj3n0GzFt+yB0eDFtcNinKGccu0xU3fecMM3ofur+kthCsueiZ8hudFGc4H5EEBktgUcmavT5VbtAQuAif/roJnf311LGXd1YAc591D1fOOwPW/7B2pV+jCz4avv65LmvqgSJA9eKP8Q9Bt0m/dJ9bKMH5Sx8Id294wJRV5XOBshQtNMV9Vv+RP5w/84j50y7u+AXn8R/6TqhEDRG3dvXd0hlqDZWLTyUUI6CceniMTxM6nz35ztAfKlAOfel/HXw1deAZ/1ES7OMyaElIXj2Y3GnI3i8rKlFZkaobfqMKjC6cE7xrVDOYclr21z3P16KaFWqy1Ro0P29E2pQBrngagZ84/CvoWjQl9MA/bqOz80ej93tcRCNHGRv8SvJRsvhTgzbc6vHt7dHVYLBAZ95EEz9epw90lWAxXVVSSJfbqmxEX+coKqJGNgIWpwBs/zvdcDl6oWACQdSA7OKZg+rX3UepFHYhD4TmZd5VX69C26oujJ/u7wUf7v1D9e6JTYhkRTrt80uoJynLwbBmIIY90ITUkozVw52LwfnYS5W1Y7PRUD2tzGZw9KfQfmqJD14Z8d6QZ9M7waufLln8elYp8o7ra3H5ohaIy0ikWOS9tQSFhcwcX7OiAH3f98air87VgO6+14as7OWJxeUCS1H8mC8/6LcwDNKsZt7NB6I+Dl5DrydRJl3gjmfoXwWAFIVkvhToPBs2zTCFwG9+C4M0roG4sbwMD+vtAlmdPPHgi1/c6lHsD/289/857UQjYnkLgOK+FvtipqMGJJbjYCi8sv/Duef3NaKluwuJ4prB/sh7PydtO4lmb9xMlOmEi5cPKPc9eguJaZnkD9/f9Zfp8/OuIyLmdzzTnPDtvB2Nb5ZLceY2WoBmoJG9Gv7cd8WA3eeCERteTd++swaIZVntBEe5zvbuk9IFinn1CsIBZBcfS++ACrotbSB8UG+5tjHAA4vtUuYHs0i1phxywlffXbrihtENHu+125iy6jgS87jJE4+nAtjiBevycxeY4rwhCR50PrYOXVpABZ8Deuc3zJt5RIKlgcHgb5cr0W0qiytnQBhR2fMPm6x1u4SaL84u6RdxD9T0vGCY5u6BU/aVmvZ3LgZzRUIP0JaCo5027vPC0gVrYpbp6oAY/t4p9BpRs9PVasD6yg1WhoyeeL9LLgrSHMsaJDRZ+9EFrvKbo9r+khN+7aOonOOpdcgrN2PWiKUemMp7ET5s1WcZ+vF6cI9TN8tYfhvqUHex8apQ+jma0EZQlXj2rVdOZoFqKuMpHvgypf2ZFIr9NVyCTyf8tHVLphsU7WDtTSDuavIvKJvS8/DEutlzvhkc4we7mnIDq6NPgDXCHxPfeiYQEzLECbwhZePiWYr6b/oTUYQ3Js2sz4gOgqvmNQ2flVmLvk07MXD46iww9ZWT7iM2SLGYPo9atP2l372xBzWA308gij/ni+sHvPnJz3WXUbBY6Icg/UWqTBcstoP6HiLFIMq7h+5QWZbVgJidWlJib0yamjgCQtdIuuWbz4J1K2niPLD7tM/HdV5+GCwfW+qmCHgAjqZ3G3plSyfsZFjgdvyTbOZbg3tBopLqnhfyrT7SjO7e0BCr6AlZP+UCpo/LSNxPXC+mw7F1QC7+VKK7xA3GZYfAPbQdfIivfnAALiwqZP5SEQq3LZxEOrYIrN3r8+6OZcfAQNId4Xld4bE6QnhhAC458L1r8fJr1n0GQzEPls5YlMN6N7jt7YT4/puyWV1y3LB4ZEbrZ5AP14ZUU9uzpfX/tK1f8rYzJvsnBWBvHA==", "1: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", "1:eJztWnt8TMce32Tz3LxJvCmuCq1X9hmPdiaW1CseiXJvq9ibbJJlk2V3U4+qokp761nPi5JWlYp+PHpVb6kZWtWiHhFRFQRNEVGRRCIicc/MnDQbd+/HzmHdz70f+8f57Jkz3znz/c339/3NObtt/mqJT/aSyWQ2P+EQZzEbEzPMxuQ40kKaB5ls9mSP2rMYuyUtgZzpn7b9n7d5/lvb4Lq2eEEjCYHCl1iLNc1g1qcarClGE+nkZKwh/4Nt/Z62PW172sbZFl/bRqvGH27R25KeVHdGrvUn/aPoUZ3gIxwTTOkpQtl5OIS0Rel4MEp67M4HobfpxoNRMYyWH6PkwqjpUcMHoVPjwmgYJkoCJpoHo6VHTgi9jVIChus+Ogn30UkItU6CcqIl3Cdagtq6S7gPw6hcjhvLNc4gOICULtsBkzSnhziAlC7rhymHBULFBRJ9xGVbdATxTU90H5edkc1LSvQYSMXHiaWskg/EcknlsnOzsDGQy15HQUzlSpczg/buJiE1lFESZKRUSgi5kilCxcdJLQWkkeBFYhykYDg3DBTDVStEDNcug0VbLWGXoeYqy2yB1Fx1jK2P2mXN1dVYNdeGjuWrWkIdU0uoY2o+22LZquZzVaY4NZ+rMvlo+GyLaUHDZ1tMDBq+4syip+ErZCKIz79FkBRX1XDtHWpBXIqoBXEpQvRvDZciRJCWSxG1IC5FiJVCy1eTRJCUmqSVUpO0fIoQQXyKEEF8imD5pOVThAjiUwSzZB2fIkQQnyKYkev4FMGcXMenCGblOj5FMI/QcSlCxTJXx6UIFcsnnXNFkHegtsbkgt1oNVoSU41pAtA6pa/ZmGZMt9uSQx0HTPYmZwHCIcZmsySaDHaTJb3+YAmKPwYbPmWCMYF0Hm60Ww2pxiSrwfxAZ/L2VZ9qEi7ohbsZrSZy5YE+/sKXPiarMZHcLIHMR2/JIJ0TzZbE8ZNMNqOTQWNNSRnC/MzkvQ57pVu/jy9llGJIT7Ily+vFzOEdgLh/ULqftrc7aDuJ5X+m7VD2xUcJtcr9vH3cwduPm7eyHm+1+3n7Pow3OdO7SjiQm7DG8elUrXE/YSdr8ugL7UQ9LvEWa4Na637e/o91oT0lElYpxScH9xNW/JcJax0LuTra/YQD3KFsJ/XgIbx1jnsRdXf383ZiOo+w0FypXPfMrRIfH7u5n2/QY+UbzL3A0Y77Rk2U+wk7meKjC9tJFF0Stqr2kd/9vEPcwZtrL8b0zd4S0fc+7icd+ljVLZeWzbU/hTyBDVjYY+XL9YDhuNMWXzs/Aftq8FgJc9Unh58uxXfzT8C9mrkji7l1HV3vBYbygedu4jRkXL3FYk0ypRvsRhv7RwJxyWEZhnS7yT4lxmo1TGHAVjQi1oxEe4bVmEQvjK0772OwG5w8/+uYk6jqz85ILpH/x5FW3zErB0XMuwOAZvTX/QNvoXHnJ/5twa+VSHMzuu9L1hNob7e/P9dkmQ/ePHZ4fGSmB+xjshS/82MJmtg8KL/zIozGxZUuSCjzgzX6uzeu48+AesYuOOvSdXRo+L5NnwwuRV0WZd6J+i0XFW/8fqDuvTMgZ9VvLTdevY/iIuYNKPTKR7fPnp5pi60Az89tdOZoxUmwpIdH3Oyge+hK1We3suN+Rb3HFhxve7YAFA37qtU710+BZPrJBa2zLWN8j94E2y9eW7Yj8AQAI1/djsye2PDtyeeNTYvA/BXpDd7GVejywZW7l4d6YYPy5W7PdZTDeDLMsHxwK/HIawN/OAnaLsgQqChwh+nz/jne/z5KXXxjGtAUsXB4ngb752wceUh5G1BaL3nCtTcJkXLUuc0zZeYRcki7j74NdnRJX++xpwZN3PL+2VTZMUTpJNxALX8sAJ9cyAUsHjL8qSL22QzPYjTwB98XVr/sASftXdes67lqkHsgTQjdNtBzwtF3s897YRS8RvXxP3ahL0urcyZfuwsO1Ox4o2RbCdo45WDHHh/cAtd2bZVfmZcPjvf5ubhM0RCOLOq6O3KhB7ysbYZfbR2EB59YPKpGfxVcv0Qa/PFKEo5DPrB6bpkQ8Svg7a6DhKk0gOUdRi3cfzsffJ+3c/a04+WIxg2GY7Y+JejDGe33z4kMgwt8ihv1GxqI2XiF6BzprvKCbavLM/LX3AaLoiYJIfkONO96rp3PTAUk7C9v2A22o6K1vTrlgVeSel4YEuQFv00SlJQtx8eST10Zl6XAB7/+ar5PcQWL78E8kEfksLQC9O9yv021NhRTeQ64BxgvP5i/JmzDN/uOobeqegiR8oGbZw3r/+GMX5BwMeZWYiDWtyAzLEYU/7o3ZPq5izKbkYlVAbqsWZ64oOQZQUE3wU7dnf1Jm72xkky/rBJYSJg+KgOtE39/pfdeBVScXj/hBUUxWJbjn9rWXITamidP3bAlCBP1Z94pRUKvF6+eCYbNhv3SfNpFD8jai9E0KrhriOnjLlvX0TLs33zt6I6HZXhIq0ZC6uxFOyOqDv/ePwRHkTTL8YAs7jlAEMkqv9VyfFDImpixflAQy7qsz6tQhQ+JyFWwYlHIVG1WAKRhyC5i67SxAHmNCO68o2UobBmdIqRqPkp+N/G1vNgq1Ljf0HtNbHfFPCxHP/UkCskFbbZZUxeneWJfsrz38pCNJoAcNqSJdB1Qvp3kOHZpuXDnUkTUmR+wBAQQGa8qB7Ns5MoFQMNnLgRsfSahyMz3tl00+eHcEUSYCGwfOn7VpBYyLJ8c0K7DdB/8pwFvCBIMgIRdwfFDoH2C9/oPelxkfhMRgrNeJAktx2crp4/bY78p5sUl0ZdKQUmMoKAUP9hXkP+Av3hghvODTH81gGTnm128cSlZZt8iMQ8qRVxDyOJ1DJDZhQRsQNSXNoVDpr/7IOvYKWHmJwH1pzkRcI93g3AQq4D6z03nJyqC8LV+RGCFYHbQkK1LjTVs/LMhmM3nKIqliXsPNN51Qna+dxhmAb0Den0Tv7xNcDA+8lY/9GZLYf1GpQmpXQGa2k43KIkJxjRvnvWGmKRNzn70M5nO6564CRHgxwGQ6TAP0PyWR8AWVGjZQGaZ6XVg4WXE+IbDSGpcZYCez5VhkgWV08MgWe4b004jGv72MtzJ2PTSn1eE48rMlC8KbRVoKrGXgRGQ6uxUI8zyoQoRm7e3C4L7Dn3U90tbBGZ+8QWauUz/vvlKKKQ8Z4XicGpI5ejyhtXftd5WDba0EDJ/TDBe99NmIaJHwBqh1Zoqh3uWEwFXgoXCqCvuC3lFfHi+P9xE5BnjAXd+SozuqhgvX9iZJnYPpKKfChAZ5ScM7Q29DywUnMcTk2kfvh+KWR2qEvPjPBpKDa0SsPULw4I4G7dP8IKFXuowba9ANm/Pi0hH7CVGDkn1GbK1BAmiW9LEKxRT3a4pZHE5HADDqVOWILqjiElPsdmtljRb/dpb99fCup/xnbQp/wW6oRKT", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlUVEcWRha72Rdxm8SoMxk1MY7QK+iYKsQooqIsUWNc0kIDrUBrdzOKJu7LjBo3Rs1EzWgSo46auESdGI9VwVHjMkbc0EQRRcWVpQE3tryqeoTG6Tl2PW1zZo78ePSrV19V3Xu/+9161d1+tDEu2d3FxcUsFy4DjGn6xMw0ffIA0kKa+xvMluQm9XcRFmN6PLmLfNH2f97m+h9tMQ1tcQJH4n2ED72NpnRdWmSqzpSiN5BOdsYa+D/YFvWi7UXbizbOtrj6Nlo1flGLnsaMpIY78qwv6R9Kr6r4psI13pCRIpSdJ0NIW6iWB6Og13A+CJ0mhAejZBgNP0bBhVHRq5oPQpfGhVEzTKgETBgPRkOvnBA6jUIChmserYR5tBJcrZXAnDAJ84RJYFu4hHkYRumw31iucTrBBqRwWA4YpTk1xAakcJg/jDnMEUoukKgjDsuiLYhveaL6OKyMbF1SvMdASj6bWMoq+EAsl5QOKzdzGwM5rHUUxFiucDgzaO8QCamhCJVAI4VCgssVjBFKPptUUkBqCVok+kEKhnPDQDFctULEcO0ymLdVEnYZKq6yzAKk4qpjLD4qhznXUGNVXBs6lq8qCXVMJaGOqfhki2Wrik9VGeNUfKrK6KPmky3GBTWfbDEyqPmKM/Oemq+QiSA+/RZBUlRVzbV3qAdxMaIexMUIUb/VXIwQQRouRtSDuBghVgoNX00SQVJqkkZKTdLwMUIE8TFCBPExguWTho8RIoiPEUyStXyMEEF8jGBCruVjBFNyLR8jmJRr+RjBNELLxQgly1wtFyOULJ+09hlBzkDNLckDi96kNyam6tMFoCnrrTR9uj7DYk4OsB0w2YPceQuXCLPZmGjQWQzGjMaDxXv9MlhC1jh9POmcoLeYdKn6JJMu7bHO5PQ1MtUgPIgUZtObDOTJY308hQ+9DCZ9Ipksnqwn0phJOiemGRPHTjCY9XYG7W1IyhTWl0bOddiRbuM+MmpRii4jyZzs1shnNmcA4v5B4XyzPZxhth1f/nezbcq++CqhUjrf7qbOsFvObbeikd0q59ste5Ld5C7SUYN9uA1W276dqtTON9hOTJ4+0HbY45DdYm1QaZxvt+czDbSrRIOVCvHNwfkGe/3KBmtsC7kqzPkGezuD2XbqwRPs1truRVThzrfbjug8RaC5UrnhnVspvj6GON9eX2fE2Y87zmG220d1qPPttrPEp4izHS86RGxl/Su/8w32d0agufZijN/slIie+zjf6IBnGmU3adlc/1XIc9iABT5Te7leMGx32uKx83OQr6BnajBXfbL56lI8m38OsvWbX5fQYY1OLhSPvXATiSHjRhqNpiRDhs6iN7OfIhB5jM3UZVgMlqwIk0mXxYCvUFeYMhMtmSZ9En3wXsN9L51FZ+fFX8skRNl4dXryiPwwjrROnLTujciXS0FM7pLhtZHlaMuj4ekHamvQO3PCzh5Iv47q2tfcyyyQ45LD+3tuMdSB0tmHE77bcAWNDhga/vX3Bcj00P/m7q7e8Pzx+/GF6/LQ9A45c9YPuYEG+3XZvrqkHL2y/kbUH+ouIp/sjTNi+14DwqCqabtr0I3zm8lMqCPpfqQSLGxa2iJq0BWwNmXHLfPOarQg+pa7KvAs2lVec3riTStg8+UDXUJcxzV/WYOEQeCMKyVgZmzf1dM6nEXb0J1P/viGO+75Q/KZojGF4MNOd333hdShRVetbU+WuOHu447/+eRId1irv39Vt3YXeJCT9I/3EgrA+qxDr3UL8sJk9D/te4BGrz2rKgmrAAGTNJveHFIBRtRGPrp7uwbs8Bm/ef5Pj8DYzvdWXMwuQxVpgz/4UuMGy9ueNI6SFYN+1GGu2POlT0a+drQATXc/sCh0QgkKeX1jsxO9zoHU36YJrq4R/VOM8l0957UtdIfrYmAz3f57IKn7pYEfrtiHhL6lFdEyzPqfBllDN6j/3b0KHG8d++NL799F34X/LnryzFpAWmNyc8H0ZZHz0zoGwcJDH327fHEpmLdQMDgoEMtGfdS/+YIcJARz+2TrA/bf5AV/n+n6sXylG3y4RnB0uQ9c8M1Yz4drKsGVoS1358JAPHlm1/5feAXiLYb88fMWXkfw80v7/FY1hyPIAFVyTN3bOR+1OXwNfH7JC1peXVG3eMpDEDWoupU57zoYVvnNj/Nq5JCsbsnwq+DVTlOEKXLRpQLv7I2u7pB4pctaOR5yp+u3Hf1leO/yxf6TNNWAxfsguG3e2bzqaBXYNmjsxxNW+WPqvqFukIb/ngwemxqFPmhTivb09XHtLHOBU8fstWS3uoFG0oYAXBlNA4F6U0PlkPo5sQKRUYsPl4A9wur0E2SYxecMwO+2iyhLvI8oTdvXAhq/fu6wNXWIBxz8901bzo2qBaNkJAJeeKspdcndajmmYYkpQzR+M4Ogmi6gBtzsECrf/HIlYvZbEbu/A1yWTKnqNq4Jnl8jEPCyKyZRP9X5NqJ5tz8Az/Id+NVf9TWgqGpj2ckBOeDYiH7fy3rIcRyhd08PePDCzlnvnyhCJKrRt86B/Oy5s4ed8oeMd7mI0nJuBbqQ6mKcPisAJtDAWFHo315vtex0JWpKiVKF8gR2v9XnARJ6CR4oAW4TvYUQ1SIal/Z5wEQJ1ASyflbQjdDtKw/8Jk3YyyiWhOXTQrBhyBHFv7bdByTL1x88itj6CkE4TfAS5L9K+enXWjmm9NuKEU3XQy6YphOUYcYLH9jLYBQkpQAZg2biI2sPoK1uRQs63fXD0YSIHVxxXpA14ofkasbrk9dAj5VvCxFxFfPYCoTsXXp06glEm895QUrf3hfBiTODBYa54IHU0SWA5VUuiPvnK7NvLwmGt5ZtFzLaFe4SVr3jnSK08wsqBJAu+4E7TPMkGVIMsrs1GTDLNxhSei91gVSf1EHYQgl1BvkSWUi9AC5PCv6yjy4Q+xZ0WbzmQSnSUwIVgg7xHp8t3dMMTz3fQ0jlQsB4dR8RFocV+TI+r/YWeeyOc1oShA9k9tQBQaQEwStCYwaUL4y3+ELC1mMjagBzux9k8uICqX/7BGOms55wUU5lp+GL8gGRvfx2zbA3NTAICiQUWkrB7tFkRX6Y5n9BAFbSv3J0kMjztNaQqN+724JxHyrwJYim+5RmUFC9XaPrAjCVbcU50CYspZehawtI1OKq1R8LSTi3xfkbiGRd8bCmcAVJ701yPJwuqBBk0YTwhtS9t9wgzQddESCq37zKDcZQoS8Dc4ad2lsYXAXaEXk9LoedBRZ7plpB/PL2CzPHW1HlT3nTzb3dIdN3OWa64YeZ36oByZ6VbxchupzjLjCKBEgWgJNoYtX7WwbZOotRD6+8z8b1qARUp2ZUohBCo3WBmIQ9yFqG7sQS4shgMCBML0N08xCRkWK2mIzp5sa1t+E3hQ3f39tpU/wMeE0xEg==", "1:eJztWntUU0cejgQC4SWI1fXZtVZtfSyS3DxwxRkMWpVaqmDVWremECAKpCZBpb6f7brWs9q1ddWqtbq+t67V+qrOVWvRqsX3a60Cioj4QAQUefXOzKUEN3vMXInn7B7948qdzDcz32++3/ebe5N2H1gGJ3rKZDKbj3AZaEkxxaenmBIH4hbc/KbZZk9sVHsXabekxuI7w4u2//M2j/9oe6uubbCgkVh/4Y++FmuqMcWQbLQmmcy4k5OxYv4H2/q9aHvR9qKNsW1wbRupGr+5RW9LWkLdHf6sP+4fRq5crEK4xprTkoSy83QIbgvTsWBU5BrOBiHTdGfBqClGy45RMWE4ctWwQcjSmDAaigmTgNGzYLTkyggh06gkYJjm0UmYRych1DoJytFLmEcvQW3hEuahGLXLcaO5xhgEB5DKZTugkmb0EAeQymX9UOXQQKiZQKKPuGyLjiC25Ynu47Iz0nVJiR4Fqdk40ZRVsYFoLqlddm4aNgpy2esIiKpc5XJmkN7dJaSGKkyCjFQqCSFXUUWo2ThxUkAaCV4kxkEKhvHAQDBMtULEMJ0yaLQ5CacMjqks0w3imOoY3R/OZc3V1ViO6UBH85WTUMc4CXWMY7Mtmq0cm6tSxXFsrkrlo2GzLaoFDZttUTFo2IozjZ6GrZCJIDb/FkFSXFXDdHaoBTEpohbEpAjRvzVMihBBWiZF1IKYFCFWCi1bTRJBUmqSVkpN0rIpQgSxKUIEsSmC5pOWTREiiE0R1JJ1bIoQQWyKoEauY1MEdXIdmyKolevYFEE9QsekCDXNXB2TItQ0n3TOFYHfgdqa4w/sJqvJEp9sShWA1ow+KaZUU5rdlhjkOGCiF77zEy6RNpsl3my0my1p9QeL9f1tsLiMD02xuHOcyW41JpsSrMaUJzrjt6+GZLPwgUGYzWQ140+e6KMU/ogyW03xeLJYvB6DJR13jk+xxI8Zb7aZnAza15yQLqwvBb/Xoa906/fxJoySjGkJtkR5vZg5vAMQzw8q99P2cgdtJ7H877Qdyr74KMGp3c9b4Q7ePsy8VfV4c+7n7f003vjO4Cphf2bCGsenU07jfsJO9uTZN9qJelziLdYGTut+3kp38PaQyFutEh8g3M/bt0EFzk5Y61jPOb37Cfu5Y6OdlIWn8NY5Hkm4cPfzduI9z7DRTBld9+itFp8iu7ufb0CD8g1k3mC94/FRE+Z+wk6W+OzCdhJFl4Strn3ydz/vxu7gzXQko/qmL4vI6x/3kw5yB2m5tKSu/WLkORzHghs0qZkeNxzP3eJL6OfgYk0alDBTmXL4IlN8U/8cTKxlg/JlFrS+3nsM1ROP39hp8LgGi8WaYE4z2k02+sME7JKD0o1pdrM9I9JqNWZQYFsSCmt6vD3dakogH4yqu48y2o1OXgPoqJOo66/OhD/CP5PDrX/v/LtFZ5SP0HxFUbN+b9egoGHh2w6PO4eqDY/vFPIFCF/D258D0zsemLP2fAD0e/W1KfN2yeFn62cM6v9lGdhsvjJ27vxq0M3QujBX+xClHqreOrH4MurbId1jic9SsKn1uwl/vPoIFc0+Erd/3QmQW7Boq//YUtR9T6fGfttvgfdfPxqUufsuCPPBPQvRK1Vl6dnLFoCjX/X57kHVA0DHKwNfPQq78c8OxcD3/NcfRvhmotNXsv0+W38AnHvnduieTvmITNfqJlr85kvzBtySw+9mTTrx7fCLYNNf/p0ss5SBnnsHf95ufiC0ljcu2BEq54fsX7f6LZiPCm3bX6qIbsRP64cmt9FnAdOGUXGDO8ngbAwv3QUE1kN/Up0B5SuTvr1lu4YeCqsL7uDNR5ktAqUT6Jq2JT/i9zKe8vXibckL7kwCJ5HQGHk//gckn4AjVgT6XCgqGTD8AchKPJs/uksRWC/MHpLjCfdea9rmSF45ugFWX90XKOMHXWo1yaiqRj0WHp3aDx1CwmbsW9EyB0Tf8uSCtTVINaR75/WnQyCdLx90IoG7DuKurVn6w8pGfPIrKRM+6uDBb7h/auAHQf4wCU9XlgXa6JOizKHBMKQ4UlhCHgiM+eZvpk/Og3dWbNx84WoQ7+/R5eNmF2U8oRUXCE9/jxdWjGYKuzztRhC8hbdtU6XI4xISWjseUPhCIocxAeJ6ckAUEcxBtPXLe2t/jPaEVE+nAJ23AFwWdmO653ZEl+0F527JKVikCoRkfffk/Bc1f51S0eMCIrLQ+/M0DhVgwkdruhpa56EZuZmL9zTz4XePUZavzPfg72J5DlDy4ecOpXIyD550n3wWdTW1yB3WvAIEjMUKUPB0HTKe6q0EEV3ck8ONWWcFBRUBrP7KxUookBEGzgS9Moat0xzPAxFYcHsV/LGR0Ye9I2oQ7ecD/4VuL+/ZdRsy4ATwDYAjScJcR2T8Hp58S7KRq0DH6zOXH+8s5/F/G2LkfONl6lXbdDuBDssmshL9wxdH7jbIjNb9OXJUALx5cdPj91IL0fFj5B8itDc2gctWtd9V6e0JvX9uIYwshz9/ckrIgIdg4KyAmG+a+sERZEGlgOitWg6pTuW8H9mYw0iunPty/N1skPm6ENEaGW88eLqLqcUDQHVSgoTkFVZUIeZdKSDh2leKtsjz5712pxCBoXiGCjEPqsA8nFbTS0HxlrfHLBlfjEb07iUs/RQ6ueA9IRJ7xfnKURo3bQf0UEAUiInfAZNJWpWA0gHD5+ibhUDK24/vRYgXIOIzQyvRESz70Hy0WYjGoWoPiLd32o4TyJtuQK0voXECzTURjfnwPm8IqX0Rae7p+7xRLOf1jw4kbMj2p/k4NQSSdcwoB4KJCFtRAnrjRNzQFM4uHLSz7eyDiOZ/CaD521zMm0JAeS9H0cJyzx1S8lhVOwZ58eO7tXu55LYfjL/7rsC8BlEfrUIkHwqDIY3bQzQH295qH576pS8cN7ZVQHa323QfUFORfz5Y2TL0l1cV+1H/P9S0q9IGwTAy4GMwS5BN1tlctBCH9U4wfJ8IYCKIJIlwH5yIwgkZwneM9fp6YY9y1MJ2vklx5HnqY/nBfPzUixEZw5Q8CU/BNUTisjKYz9y981NF0WNE9R8Cie0GFyLii7ImkOTVT4GQ5quMH0EMwR8+njL6e3uIL0wgCfGI7sekprAREWIFwO7ryd1HRK8fy2FE1zNLbrQpBlNIYuWimLbNRg9UB8HxeHt/CYDbBDVcmnsW4W2zlhegFT0FQKIfpP5aBrCLHhuZj8CPl7fPqlRAEp+yHLT0Rpu1N/uVACMxxDzUfsDEmaHHFFAQozB1E3gd2yrw5neclF3xUGYDoQjFfPqFP0/zTgaXDsHGlwXw7FUmJR+CEyJPyZOwfu7DYxVo/lQl+nuOWKeqqI9alDw5PESmJdnsVkuqrX7trfuFYd23+U7aVL8CN1orHw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJzdWGtYVEUYhmURlqtcU7lFmmVe98KtrDkEoqiIgFreXZYDrC578uyugIFmalnyKN5NSRNvoT4aKqZmnrE0RdB6RM0MDSVDQFSuiqvQzDmLgFLt2eSH7o/ZM9/MO/O97/fN5RzfWCo6XmhmZqaxRkUEpSIVOhUZ3xdbsHmkUqONN2+pBWuppBhcC3lBbKOeuU3wlC2y1RaNtI2xQw9hFJ0kV4UkyukEUtmMfs8N7mnOkc+hbfT/sA17oW39W2zsyn+cEe9S6rjWGm4Lx/3F4dgmFsfg3SOYppLkWqXCWJSEH0rCoaQmoWT8UFK2NAnkxxdkCiuZSbrLTNLCz6RoGVB+MV3QX4xSnYBOlf/C+LNlAH9IID8ItklkfDABbBnED8JOw0uAQE60QfwxEikfTFBLIvDGGD8Px4QD+fMCGQJktNosKMAUEKed1Gi9WRAnhFTMByQZ1Na9UEoXawxI3NY9Y0GStu4ZC/I3QQiJKZIbQDzVMyVOLSCjZ2o9maQSPhiD4LwWoEFvnnsQizFhQ5Eavf5aF7rU6G24zUKXGr0RtwXxW7PcwSLjt2YNIH5Zxx2XMqOTgdvvOVDH2YDv1ZqXcIOWpElKkUgmISCdOkRFJpFqrSa+S9sB4y1xzRYVwRoNpVCic5dSP3FJt3k82JjUD8gY3HkMqaXliWQcLVd1cKMPSVSihhA0G0kr8XRP9BGhh1AlTSrwZGwtREUpZiQrNWQHo4Up43TIMRW+QCqtnh7NiqWSIFfHaeIt/iE7DTpLZZ3PtwMP2/PtihGUDndWGEu7AxH/nXZQ20yR+nU+betnGmZefNveAqSGzajzCYs6I8680pu7X7XjHdD5vL07g7czX96Ge4vhUiEJ7HzePp3B24U3b0m7e1HgE/u+oxn3oh1CUXScUi3XkhruDdweFVE6uVqr1KYG07Q8lQN6s5LQOoVWR5NxbMO01nqoXCvv4PyRcS+h0vbukbgJf9PD1uUFc4cx6QJYpxqXvvuAC5x9ss+by0cIiP2nZh3d2EMIKef58PSmambnO+9NzGUKQcbviWbUPBGcVZLltPV7a+jrg5HXATIKTziaw1d1gnXWHlawQihz8h98D1yd+fmSP2kHyI43wQlWKwonjzhVClzBT8V5C+6C18TWuzwn3ASeldf9e0A9CFvZ0GXq2mJw2SNNLhl7iXHzyr8BtlSBhFAldXdhPsPZ68FpyfHcAWoLYlPCvgpNXinjs7Ay6qB3FROHh7dqAiX9M7+6L77F+H5DJy5LsiCWT2oKeVDVCBCpgVd6PWB+mzor0tvdARZFxHZ9/5CAYMe9YANddw+9NtvVDSKn4t764x7rZdpoW1j+7R6Lsoxmpsxr+81hA04ySDSvwAQ9M2L8J4EXTzQyWcdfRjPVgnTgN+XwZy4wK7vnoYefOsONg/udX/fXGSZ0sapMn4PqZ3b8fOGiJTwcbifoe7IrcaD20fmUnB5w1XlR4iuqWmbBBtzBmeDGt4P6SUknmiS2RDGWXVgGumt+da4J7gZjVvsu0c18CBCJ6RG19gRSf6k4oDtM/2Xf+PpDZrAbHjBbQFizRBxh7ugZ65I9nYhFCycUHVGIiC++W53peNgdJi6rSgN+t8DtNOx4HdCt6CYc51DDDLVIse31+lmQWt4bRUhIsLLsbgLJ/XHEz4Kewz+cP7DQkojcs5JcpGgAAKfHrXrm2NdbRhEupaAO0SrvrWcmF4dZpCwWEVy7BbEfeXfZxgXiNCuYe4nZUX0uIjbThvOr1B5eL1+11w7xinDLGF6xwJIo3boeKesOp+FwTdczKJtqfKLtCS6vbDi+QTZE0dUS2xU55sSMvg1rrhS5QlYej2qAo14JLYkVOR9HhX/ZzCCvR2477Q5FHhum9CmwInA0m30t4A35pouyOwcZ9WbzI5bOxxltrzXNmXMagfXb68du3HkPBA0ZSjc61oCBbIdoBiXhoDdyYlrqIG9bKqKUDVg5p+hBljR7f0CKLYFVnJORzxTiZeb1gFmK3D93R0icWosDcJ/Jc9MX3M5vBrO39gvxrKwAudewAMcYKU7vzdYEzh6v7TUAOfmood4VJuMEnuwIL83ToKVSwZQcdciSxrpBlreLO9yM067uR2YiUtPVS0DM3LUYrdi7IAon+F4RIUNu3f/BjPBmiVcx85EqH/XeC9gtMlidgC6gVJKm/V7S+mmw9dWoA5vkb1m72/A=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWGlQlEcankMGkHMAB9Hgta5HXBA+ZgZQSDeHHJ4BvOI9cokCE5nBxCjGaIyJi+4akqxrIvFKiUlEQw7RGLsxiQZx1QTFVViihENEBWEQEZHtr3uocausyjRbW/vHH/RUv988fbzv8zwv3wxfqo9PkUskEoMdGabp05MTs9OTUyLFSD8yTE0zGFOkvbMwoz4jQZxFPIs9i3HEpv8XsRn/p1jMs9iz2P8kFtUbo+4q652F6zOTLDPxWaz4fX86qhNEgw7L0mfojGmJVoIC+UACHTV9AQXxgQLoqO0LKJgPpI4VY/4BfCgNQ3EmXctQnAkMpCiB815BFBXgx4cKZih/61H0Rn7cSXwCxnMzCvPnTv4TMJ6MUJjAXbQnYNyZDGAf2gQF+UhIy0wl/2z9LsjM4UAukJnCQVwgxuAAgYIi9dlLOUAarp0Y6wMCuHYyg/iyZ1aKmmsnM4gv5Uxdgh8PSDCLxJ8LxLguCFwgRlkhgAvECCuouUCMsAIX9wRN30F83BO0fdlJ2wfuCYF92SmQk3us31OM1Ruxzk0xwTwYRge11RS3tGC11Qy3NGC11QS3tF+11fy2NF+11fS2tF611ZyzNF41n3Mxa1DzmRBjgprP9xkV1FZT4Qm703DZXS+Iy+56QXx2x7Kn4bM7M4jP7ljKNXwmZAbx+Qmrk4aLEb0gPhNiQtdwMcIM0vI1QGYPWr4GaAbxMYKZipaPEWYQHyOYFWn70pa0fekwWj5GmEFPZ0R8dnqywUXC3lgj9PqspLRMnTHZwF5lncgQl63LNKYZV4dlZelWM+AQcSFjVnaiMTsrOYk+WGKZR+qMuqecQxvEegr7AbL3UbL4KJL8idH44iGbmuJsoWbR8VjHU0o8/eftCx5HtIPE16+Grp5rD9srr7xhiPLEZ8ZOeLesxwZ/8l2J56gER3yrn1qpPeEGQ/90aWf9QhWG7rrvyz+zgW9vmld+4jc7XHxY3pA7phnQZQrs4MXIf7aY+rvhjlrdnoqv7HHcip2vfDRCjncpyYpX3GCRb+Y+aYg7rpbZbxn6myvcMjTx7rwN7jjku/gPhm/rAENUy6e1OUvhIDx/WJi/F57464ytf8vsQeuPwg01Z1wxPedpB5jsVTPXs0OFyaWKh0zygKmXG5aPW6XAE/4wec3G8XfByGOPNpsqm0HUN23dl4KUOOfily+1H5NgcfltCTZ4YVWU/FUHOTwiHv+QEsegHO+gVGdYuurkx4PGy/D2dV0TXj5/E+xaP+rUWwd6gMLNA5yucmLndLbFSecWTvnJtgel6Vs2lc50hNPedJpx+JIrZnlxhDQdmiZEl428CkhWX49B3aC8+rpD3kEZrtzSndxR2x+TrHofuFmPeorWtB550RHS+97tjx+uW37CmHcTtahiXny0wwbvqVA3B02yh+fuln4ffqgOGZZtv7MWmFheom1g/Ojd7xy50Y1KCvZPh+53kPe8JLLUI+B03eevux90I4eRY9blHrsBOl0ajx6Wt4Nvi7cqWlS16OcRlZ3rlreAwugbr3kU3gA0TdcqELn0nLPCOcDu0YA+/3PlMoleCkP7X9n3cmgt8Il4rqlGexNVkegb/ZrBO2FL6i6OKEPnyC1zdilw9cot22pb68COTLeNeLIUus4N/uqnVRL86ZKZ5KhN4G2TWMh6wPjTiUYl2Ox7d8IAaIx6775isSu+kx9CGGcCft+OdnH4ugWMFg80WWVetxPlAJHJzjg1UqyADGo/e2HO/C88sPYfEwm1lTBvYL/Zzj57AZuTfUT6F8ugMMvv+YPuPYiwLvyFAiX+9N4v05a6FiBnn6JdzaPdIC1rqD2OjxUrL4daWvB6FHdt8FqdcBn9EH4orXplK6C6COlEE6Wk8hfkeNX1jwjD/4Xo12bJYPCk6KxOF1vG/70SWECy+cNKD+zeGnYh5XIHqM7bvGmeuytUnjlevPW0Fx63WXX1fIctXjAs7F7iVBe8dxIh7kwVzF80tsw1eiCeT1jl4d0FbseJN7HBrL5N4PZ4MUEukNYv0xUvG5H+6mufOGNT+uycwm+6UYooxA9UUEPYE13khkNE4Z9UwrOERWn5njjWt2d49/0ukN984PSUQCmUnbAhTPfG7LMTUV7pPPBccvwvfB2gbKfd4PxFXvik39+fH3jZE9YX/rF2Y74Us/w3ginMMIAtJa4TbjJ8PaCr7BHyJSz0r5fhsj3ixe6DYb/oF9ued8FUplca0VulM0sKRjrglSLR1svg4h1TB+ROPg5WN47yt/vcFlfMFm/qDLsWZPz4uOghcsw7uCGuVIHXEtWsGOQMJVSwtYjtV4OozsY6QikV5kVgT42mFS34y6n2MVUSyPL3GD0nlsuvE9E8n7kNxGxkL1HgI1miwO6hDgU5yfsySB4eL3ZSYOEVn+FDTfWA6a0OlAQTw5FLMLWTkW1AVFdDrhTOoYVpRDS+XwKXfXmLnKwcLKVCOA8YX5oBWYxUqg2ousqIss8icdXG92+hOp2o+CpE/XacCW0wiMK4AKpEm36vHVFfeyBh/hluAsxnSkADcZMYXzuYe2yFfefuZvA44uGdJtyOGM+7QXDFjxnq9UcBq5sD9i6tA/t/LQSiOk9+fArRY65xwIOpcdQA6pflCsj02oYAqTK6/QCQ4nnFXZNDIpYPZw21wQn2YqPLTDUYs/QZhv/sUZbfbi2vWU+JCf8GxkGrIg==", "1: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", "1:eJztWWlUVEcWblZB9l1AEZEtLpFeAUdTxSKCSqI0LlFjaJuHtAIde1FxS9yN5hAnY9wlMQZN4q6RjEnkFWpM1IwyExfcRhSDgBtuiAHDVL16DOp4Trp6JmfOnPFPva773ld3++69r7u7jddn5NhLJBKjE17S9Xmc1pzH5aQQCREP0RlNOTZtuwSTPl9NdkkvZP93slf/Ddlr/yWZ+jmy1BeyF7L/CVlqm0zowrZtu0R9QXb7jtxLI89LhVWmJo08waDP15h0WgtBcjaQTFgVbCC5sCrZQIo0IpPGsKGUVqFUwhrHChJUSdlQscIazwqyRlUcRTHSIp4ZRSMuXGQxakd8UesKJuBXid8ESSlIxQSSCRe5kgkkp5pirQHFC6BkvXm85SC5gkmTSHY2n0QQm0+0QOQyJpDKGk0qazTFWhM9SnSZnAkUbwVIJrKcyTyZ1BpNIiiOCURLQ8ZEozYQmyaFNZoUVhShTCQsW/TirOgR8pgnQRaWu1zKCKKTV8BY3Pbo4BUwFseOzl0BY3Fm28euPJ4FQ1OksLj3t09PhZQFQ5uDwuKO0j4EFRbTp30EKqxp4QprWriCbQCK4bam7yuYqlxs4QqLyfAESMn2JkBTq7SYDk/0fSXbhBFBbMNCBLExgtJIycYIEcTGCBHE1lhpu1Oy9X0RxMQIcZapmBjRBmJihDjLVEyMaAOxTRjaW1VsbwK03FVsU5NWroqJETJahCo2RoggNkbQylUxMUJOoxf7fEZkmPM4YwC5YeIMnF6by+VjoKFwQB6XzxWYjDl2Tx6Y40B2LnhJMBr1Wh3+uqIvePowdcd/HpZZ+BanJg9nciaDJpfLNmjynnnYFX9IytXhG0lYG2fQeWHBM8844w/JOgOnJcqEXVKeXjtpqs7IPee0FF22GRuWR77f69z/9bQOgisTNAXZz/j21Iu0QmyRv7/Dnf6jDvuyOiwyvo1Zyt/f4cDfctiTIPRm8rDWUr/9mf1WPFkcKtUzFeEhob8QJen1hmxdgcbEGelPR254GWbWFJh0psIEg0FTSIEhQkgMZq3JbOCyhRtZ7ftkjUnznMqMjaFvjk+bx5Fb5I8BIo0ZsqljCheINn7Q1yZ9/im+qsx9nTzMAVX1XvZx02Q/pL01OvGV2jt8lNRpa+fREtTa7XGjOSsYbTlxasSNPnXAqf/a4R9taeWzfq4IO1/og8DIMbv4G7V8Ly7wyqiAOv7ts/0LR+UGotU9On140vkuKCsPiFQ7XOObDmR/kZV5g9+69HyuZIcfXDj6p2+rM33hjuXcYu0bzfzami6baxf7woVHMss/+9QR1k7s2bjyYgPVE+8JKxvuD3o9xQ8GF4976Zjnr/z6dyIPLIxyh/e6/k3/5iIn6FuRXNlg8kMz5vXBHp4Gp7G130Tx/F/Dzj+aPfEeP8jVtuei0wHQ2xccvrDXHeJl/syKJl5LDK50hh8cezuV7+8Fv/t194y7MaHo3QSi+SA4MqXso6A+drB/r5NravZHovgvf8CSRpCs0zcsSOsI7yacyDkVFYUS8eVavT3Exr8Kfewg0e5xLAKR6BT3qwfTS3oldb7eAOZgszefCUd9uw/Cpl4Bs4By3NdH7GCReXKwW5YXmlK1zqtk/y7wyZexTQeuhsDD+Yp3vkK+SDa1d7euJlu6l3SDvtsHXp6e6YOMZ7yxCTWgYs/rD/aduwdqwKeXyorc0Hy313BobWAoDk+H44Hw2xXLPKY3eiH7Ee69d69/CFYN8XtvUL0nvHBmjjHF1wdJ9HPsv3v/IcBedtkc3QX+eOvIwcR8f4RPwwTZDWJ6fO5TkSz6NdgHnQueqZEN3wluDPtzyILrbrC6ZO2h0J0N/LjBP3ToP6YLXN7o+OaqH12h4M+sYOQgEK4WvIfTj1XBbbq/T17i7oKax+bjkDcCgT9nfKm8KBSpV3TDIWngBbWVEjjQbppLeHQzL1xm14O5V75f9c2KjvCPs5v7vnW8nu/Q4J86tOUOIF4v3ugPFy8gBItEqi2vjBwjtYH99mfgExsA5bM/ShcCVM0L+b3tDW2IoE8YEnh0vwHgKMO5V+xhoBDgFv523ICBhkcPgZA3vTekvA9Cxbc3Hx4cW80TVs1vcUXeJfvLA2p80CNpzfaIq638DCFR9tRPQwga+/6BB9FjG0GI/8T0e0V2CCdtyWPOE112+dPnc4c18lMJ3S6e5KM9XPZuehSEUiLMtmucJDB8Zeuy2c1HeVJ92yov8XdwOSyM6wSD+1wMd5wTAGlcWvnCukipUy9/uGHCnnrj3sdAKRhex486Kju062U36Pzo4wl7egTCX25eR/HdbdFDnKYhfs6Q8tEWzry7c+ikXyJQ8zFCgGZA3In08YI6krWSaKTwUuFQ3gAHSTlnuEBsXHBxyEto19BJa6auc4JC/Ufbw6MHE7fpiiNQeTw+2M4FEvrez7OHmP0jj8rC0RRM96retYBk++rdnyjvcqNQtSoIjQktB7TO68C0dZ9033chHDnO+TBpad4lPvuNCyl2TQ7ws5HEIRcklEv5VyCUNK6yUFiKq3rPal9Ul/oyTvU5Hnc1aU1RKNVr8ETz0NENA0ov86X3Hp+cpguGQl1O8kIxmNYue+1oXLRh0HMUrvTGACTYVdsCTjxUV5cEh8HtpeOxi/5oR8TVecXpHeFwUvBZobCCtMc/+CChjqtawEpcbqotDwCVu6NFxO1DZ8GK3a6Tty69D4T68fNEG7vva1lkcoZCfrZ3gjfdymJW93BEw4QHbOH3g2PfTQjtDCeSQGX7IdpnW8EG7Nb2n73huK/TXG23eKKepN3WSmAgKXAZjjfh0Xp/1KQmlfmA1tfKIEj1BaD5xX/54sSpW/xF0gblNmLePNAyKclUFZ8oNF5XmD9iFnb5Gl+J28Ty0q7w8nRMaI0XpPx7wAcRQy+HwIw00pEdxL4RjALOHscRawabSFswOIp5CUQ3i/vhTlrK2zkv6aot8IHCqE4omIBfEfX5xqdnWvt/K+0/vjxHJvsHYihxzw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlcVNUeH2AYZmDYzT3QLDSXlDszDNjLcxAjF5QUIzO3cbjA6MDgLBnmvj8zS00t93ovfe7PJZdeeo8YJVnuC4SKkGYuIAKyqEjn3HNJRJ5yePF5/8gfdzi/e77n/Jbv73vu3Gk72jIoXi6TyWxKfOlvMfNGh5mPjyIWYo4y2ezxTtWjcLslKYaMIp7Zntn+i21AHbbo/5Mtpg5b72e2Z7ZntifYBlTbRPV3rh71tCTHPRyRe33I/GDxysWQAyTcakky2E3GeoCITaNjQ3HiNSRGga8xpuQEfFI9HUJsXCjbRhqKCmbZSfM/7MSaCK2ICtaw+CdhwtgxHMX0sjhG1wOjE6+hLNvoaBK6sW0jYphKFCJe9Szb6GnWtCzbUAzHsWBC6T56FkwYxXRrAKbeaaM70A8dE4i2OFdv70QQx5jumqB66wLtHfpRb57WAHH17jsaDCNTaa4b4h4FcWzZC2lInShIU2+KU3IzKlANkIYt5bSbNGyJoK3BsbFcAjFxj6P9xNW72WuA6p/yGscs04kplZZJiaR8M4m+hGE6j2i2tQ1QPG1DFE/Lxm8JxEZVWiItG1UlEBtVqUxq2WRSAjFRVZJJLZt4UZnUsqkDVTxdQ8RLx8YIqkM6NkZQjuuYGMHR4uqYGFENYmJENYhNvCgjdGziJYGYGFENYmIER7kXwsSIahATI6pBTIzgKMtD2BghgdgYIYHYGEH7KYSNERKIjRESiI0RtHND2BhBQXo2RkggNkZQjdCzMUICsTFCAjExQkMJq2dihIbSSF83IwY5zLytGblh5628xZjIJ2GgNfV1M5/EJ9tt8cqaC8a7kpEHvoTbbBajCX/VtSQ/uliM+5+LDU5N4WPI5MG83WpI5OOsBnOtyWr8T0SiCd+IwLvxVpMnNtSao8L/9DJZeSPZLMaHICwOMtlothjHjjfZ+DoWjTTFObB/ZvJSxCR/fFE3MaIEQ3KcLd7lsZxJss9VH4ONH7dXY8Ttxhw3J33TkU7yxo/b+2lxk1FEfQN2b2ihtdJTSOMH7POXBqxmDfjPLyHSE1TjB+zbGMxWMhc6rKaC6rjGj9vvLy10Hbr4lIB1NdVfp2n8gJs0RqE9mOMOqXm+ajj62yhT3GRIXy4+eqTWmvvkV5RPcPpxTPVLs1ogUrJYg9nBi++Wo1NSLDaTvfbhTRSUpCrCYrHGmZINdt5GfxMglBnoMCTbTfbUcKvVkEqBAWIAVofR7rDyceKNUQ/HvQx2Qx0PEXoalebRhPPkFvmlmVj33Z9Tkn1OjTp4e3y9Lux5uHvmxOM7s1Qw+POOzZcM9kCbjp2JvXmrGRzR77DbayvU8Gt9eVpcR0902/jT8H69W8Htb45dPn5YUxiKzRtHuUK3oy0G/tIqU1i34rs2/7aeF1JGEssl4cUOk+fvGyuH4u2JGcA35G/7By1VobGdSpddWOwPx/QvXhBTIodLTqsSX7jpglKvBQUrO3vBAScWDntwSAHHXBw3b8HlAmCZJk//eLsTJB/B49NB+7TZ69/+8YFwfckO9bjOCiTOj7gNjmO3u/6nSHjlk7XlwfGeSHcr9PU3rPvAwbB2fT9wUaHAWTcG7l0tQ/JYry47VmWDnj1+z9p8V4H+mXPAa6WmFNzIC2mJsp1gZ75F3pBmMhg/1zj8fGSFsObnjTgjRULGewfWtNzmjNoGlphjK11hx+6LjkzpfR8Qr7q0PSaEJvQyWVLckP7v4aOuHL8pbOrx9rvbgRva/GF2osySBQb1WTU1KO02OHXxksfiDaVga+bI96ID7oH2wcrNrYcWC2TXPScKQNHJ/qN9Mp3QhBCyQoYQve1Tfq5RAcmsuFdvAb+v9h9sFlQsTDq+8507+9TIJCMZypf8LAHjsZtdL3iiUXj1phtbQUvhrIzB4a3hm/eb2875VQqD9gbgTHjA9ak/vNx9kQ906j/TM7qrCt7Nv4HC2snR+t97v1LVtkIQyzQnHWzwP94rM8UbLZx8r3vK0SrBRTUv0JjsDsW0370KDIdOdeJbuCI69qJ1tVcC6leO8K2rXxMQ6YvO4DKb3y8WcDVmdI2Sw3XukS85pntI+WoK12zakjlytz8UcDW+3KWEzp3mNM06miPQ+7+BaUGk8MXCAse4Vp6XXOHqW+u/76e/JmRXTB7zrT1fiBInyiEeLG4uLwdLMT02H/FBuROabH0jNw1UrE3Yed2WCwjtU38oA5mFJX3fma2AlE8yFHR5xuqfN1aA2Elbd4+uUiLR7+9/A2WKkZ9FLfFCP03pLUya1AaS21M+94MiXuGJSNucVgXCADFxTvBWxqGeW0yeSORL1yYQJ7Oy1HEXcG9167jBvxzE4TY67KaCNM8XwBSS1rlF4AFfdtnwRRmYuZoUsgAA3Yhv+qidkdiGZ9xRG2PB0J49qoBIzz3FwvsTvuoc0VqGWpL2MpRJPMoTuhCCLvVF/1jUHZf2CljlSwjzQGguNpovOqcljXFRcCXE3aJAJNv68rtCDqHl9FzhO+z9xXHeaNqSiA/NCQpkS1yYPxGcAEExrnhJZ3SWtFn7QkDcemuNEi4fv/LLdmHeqCV6t0347TIgpvGYHIbtOowzUA4qidxMK5Z4J0NJJMF5CoSL2OWTtUp4B1ch9OwN8PHlosCTlhuCduoeOH20k7RPqVCMrSPnyBCNNwfQvswGw5PSH+z44DIg3qfFFYKLzoSYFQIWmbYLHLngQDdSmVLhs6jn5ve9fh68mhP90bICVzRjIG7E+NbwDvbKpgiAYt+v8EWYNLFe+QGQ1uN5KPJ0vg86hdtxSEUzOlYHQFHWVHIUTgTxiALiLhduBvhDkiXdiHKhR+qQf+n6+9I+2OUHlytbrR7xcr5wUkY8VEA3TKfn1D5QI/55wrPpSdqpejc09M6+X+ZVXqHx53lBUbdmVAkcVpdAuxOiOukKcZAFQ9Pc0ZSs11KHdHBCYnu8cA2IunrKD11aSQpeLrQRHbwKaL95ILHf/RSI6ttVQUb+pvpK/HFBlG8eMJfQYOA9MNj+4rIqHxVSk2GGHKZjdU9cuJ/qWE8V8hIT7AvP+RWFH4s/AfSEAAflSOTJN97QRm5EK2ieIwsF0Z1+/pDqxR0gysusS4JIk+VqmHW0LObXl2SQVN3bIxfs3eZydX6iH9XbSScFUb6sSkj12xMdJXJ3875wGq+Wl6mielDWBFE/7wtYtQpLfnSG022Rn5YqfgXi52wVFOvg7kTjznWCt4kM7JUjchoMSyoG4sNQeHIC/nZtSar1EPDwR/yHL/7rsHF/AFRZ/eI=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWl0VEUW7nQ6S6cDWQwEgoAZgYgs0ltCVKyKHVbBCGETmcE26ZCGTjf0QiCCI8gmIILIIsiigoIgqxlcRqtghAgOm0CYBAghhCwTooSQrUPMVL16mRDMOXS105wz55Afr/vVq6/q3u9+99566cjXLKNSZBKJxOZPLiMsJkOSw2RI0dEROjzcaLOneDXdxdktaYn0Tvdw7OEYx1jC/+HYkIdjD8f+8NjQpjGhkkqb7p63mJOb7+izoXS+UriqEn3JNd7ieI2UYtcg0QIk0Wie7AJENZSOKZU8GLVw1fBYpmbbqHi20bhhGsOo+vFgtMI1hg8imNaPhwKGUXG5E+2GOyImlse2GAGj5vJHxKh5bOvPeONSKMOouKTDMGoljz+xbB8ufxhGzZWkIkbj6j4scdiHyyIVZotJx7eTCOrPBdJwcieAxCSKdQPkehYxvf0BEB97Me6wF8OpcLYFZ2lgXDOQ1g2Q64nO7GIfLmc6CxD74FK5iqWGmsunJhCfeWo3FCGC1Hw+adyIkwjiJELMJy7BiiDXSxg7mwgYlzdqPpyoXa4QzScNDV9eMLVq+AqECOJLW0aDhq9SiiB3WoaGL9dFEFdeiC1D405z0rjTZzR8LYOBtHyKYBLX8ilCBPEpgvUZLZ8iWMvQ8imCtQytO9Vfy1cpRZ/4ip4I4itFIohLESrGXjSXIppAXIpoAnEpQsXiFM3XcEUQX3MSQVyKUDPKo7kUoRaJaF0Roxwmgy2cPrAbrAZLUqohjQCtswaaDGkGs92WEnD3gik+9E5BLnE2myXJqLcbLeaWiyUG/Hex0bOmGRLp5NEGu1Wfaki26k33TA4kX3SpRvJAR3YzWI3BZOCeOXLyJd5oNSTRzYQ7ncmSNDXdaDO0stogY7KDGGaiL/9G/9+v5ie4MllvTraleP8+LMq7G7pW7XmHQ+7nMGVEZ3HQyUmu+h3I63fTmVYlFjfP+x3qCb/bcPsdc/eZWav1vN+PeMLvIG6di+dItdhiPO93mCf8lvH43fwfmia1PwC3293Pba565sOtb22LN+oYzzvc3hNx5q7jYl6rRZk/gECHe8JvObffmhYvpA8g3h084Xcrp4D71DN1i7L2AOp4x/9pYrfSFe7jsObuY6Rac8+JjjYEurDOYrEmG816u8HGfhehHXKkQ2+2G+2z4qxW/SwG7CJwYXUk2R1WQ7Lw4NXm+3i9Xd/KyTI6hr32tzTPQB/RX67p6Ln1RZ0/K5HhL1+u+jp3WBgcd+Opb6OCatAP+/qaP5nrjVPo36fh0EcTEv3sd7koasvbe6+WbkMrttQqi/oGw4Lx4QfPSJzg2IzvN0c8dRVd7uY7d7UuFI45tH3ri/AKqH962snFPx9F53oZOhaMV+D9G3/97OgLv4FrWeu+XbOiDrXtQ0aigiGZlJevuIOef64kZ5fzBmqMbKh25Afjwda6oNKDZaBkSq/qtZcrwQRi5pKGMwi/8lhcRVIt8Boxv03Cngq0Zn/g9F0KL9zzp+Csb76qR2z9MtTRdiH0VpwczyrtofTv7Q+NlpsLjo2+jULIrHcWhsOXF/bPPpKWD9ZELndM71QMhOXCfGFfwYB6UFC6mqxcia5FR5Ata8AGSteQbFRMP/reRu+sNYe+hY+DTpv+Qra+jZaaiut3VDSAjKyeT7+nCMZeeVL5kq7XQZf2U0ZULq8GI3M7zdarnKgIbL3yfdtfQO4u58S0IxWA2ecF164IyojemQ1iv/yRMJqBZiQQ5AkpPJVyvnhKryLEeK4Ag7o7pOsXB2G6yofqQuQ3ad3wdsuy0ZHH9lpTQ4Jg4/7Xb+19qQx1oWY2VgIw7pV96IYfFtYb4QQ5J2sSr21zgjmnD5DIF4HNJz4/dX7sJbBqx7yRQzeWoD9fGuQ9U3ELLbuYKrHMLUS9Oqw+J08tAZFdb5vGzqlC/YhKFJm5yN5tbeOKNyqAsP0wGa5cnkiGqkS+SsHwTwOIqaHwN52zvAzXoeExb8e9el0Cbakry2cDfyzYZfKDe7oXvrVphDcccjUjbHeWFM/fRA2SYGbHHSRd799pU14A3Phmj8MLo3zxWaKWVT0l+ILm1/4Ds0JxhCCImyAg9U+mmRnlIF4I9FZ0cUmDoSbZBzIdejG+DnhjQsamZ3dJ8DohfGcQi08IZvlwDtVtmXzg37ZtQNDlUhnOmUSYWyPF28cdV/2wrxq8X+1LXM4UeShBPSe+e7hquz9co6MKKAWn4/918/aw60CvGtPvyR21iOmuGo2n8L75QNjurAIHSnstav9BGFyf/uHHj38twRfr3pjyd7sc73yOEhMB86YvWV5465TI5zHE9BcKF5SN/KrLAhm0Z7ar/+mXHOQ/YMOYzTtl2Kx58yCc1xa+N5Ey3oB6U4eiAjFVzeVuciiEb3cBYrqLgDRbl5pOgT66R8sKop1ohTK9T+SkDvCbqXJCQS3oTdM23AmmUEOS/eBkKsMZUpj1Ag1kJvA58q4y/QsJ3PbdofAeiVIYN68ga90zXjilplD/UXYjaJuw533D4iuI8VaJ2Lq3wBdGumAR8DvZcWTuBinuKjiUCcJ2DyYKqEV5qxYtmHC2BLF8yQFGokLZES/8z78OQXM6N4CBlN6OYbjzhORnriRUgEPHPxr4N5ufmM9tcWXXny2T/PIAIXNVB5kMkmASpurQgIALn0wbUAIYH41ASLMIX5FnCxLKz8QccFVBM0EC44WEdqJF7WnG1IDzM0mi/hiKXzyzkjBchXoQ2Z74vByU0eWXBkMH2W3schmWFS97orxNPUikhUUZCtddpg7dRDVUNu3yAYt7exhJ0nVleT1i+vUXdeCDSfJOXZ/uAwU9OyUsTr2DsVAfMwLgrkep405Qpyza3b1QioW8GdxGrG/e8IMnacJWIyKOY/84LBPzRQb1o0dFbZHL8dFLmfNnn/bF4UNeutOhUg4F2jTe+AaOfXzY69WIJNG23joFpGXS92a1qI8JQKAz2xtvDKERr2K6f+I0ELppnHmyzW61pNla9qLmH/yb/+PdypjqP+HZ+sw=", "1:eJztWWlUVEcW7oZuoVlkF+OGa4zEDPQGyIhVCLgQNcOiJpoZ0kADnQFaezEH4jJK1LhETVyi0RgMmmiixpjg6GCsCk50jAwhRIMGF1BClMVEkE1A8urVYxDDOXZ1gufMOfaP97rq1Vd1v1vfvbde97B4fXSSRCQSGe25y3R9qjbBnKpNCiM9pHuazmhKEne2Qk36tBjSCnvc97iPoe+5/8O+KY/7Hvf97r6pnX18JrXpbE3Upyd2tcizqWS8nL8qYvpw13C9OZ5LxZZBAnhIjC492QKIYirpk8tZMEr+qmKxTEmXUbAso7LCNIpR+LNg1Pw1kA3Cm+bP4gKKUTDRCbCCjoAZx2JbII9RMvERMEoW24Ko35gUSjEKJulQjFLOwmccXYeJD8UomYJUwKgsXYcGDr1ZLFJ+tBB0bCsJoCAmkIrRdzxICKJxVoAsjyKqt98BYvNeoDXeC2RUOF2CMTVQX1OQ2gqQ5YFO7aI3iyOdbhC9MalcQUNDycSpE8RmntIKRQggJRsnlRX7JIAYHSHEE5NgBZDlKYyeTXiMxQt1HU6UFmeIrpOGii0uqFpVbAlCALGFLXWDii1TCiBrSoaKLdYFEFNcCCVDZU1xUllTZ1RsJYOC1GyKoBJXsylCALEpgtYZNZsiaMlQsymClgy1NdlfzZYpBU5sSU8AsaUiAcSkCAX1XgCTIjpBTIroBDEpQkH3KYCt4AogtuIkgJgUoaQuD2BShFJwRM+KiDanao3e5IFJa9DqE1K0aRzQkBGRqk3TppuMSQ73T5gkJS1H7hJqNOoTdBqTTp/efbIYh/9NFpsxTxtDBsdqTQZNijbRoEl9YLAT9yUsRcc9CONW0xp0rlzHA2Nk3JdwnUGbQBbjW2Gp+oS/v6IzanuYbZIu0cwZlkpe/nX2v53NjqeSrElPNCbZ/nZb5PcXdLWy9wm7PYww8UiY3kwGJ1jK24mVd+eZViEkt97n7d4bvJ2ZeQfef2ZWq3uft0dv8HZh1rlwjlQKJab3eXv2Bm8JC++uX2g61f4IaHs9jDZTPpMy61vd7Y06sPcJ9+uNfWbO40JcKwWZP4KN9v5DN1rGTFjV7U30EWx0/z+UcA91/yEZTNktkT2CzP1Ebyi7h3LwEN6q+8+PStUDRzlSCcjEYXq9IVGXrjFpjfQPEVIao8yadJPOlBFqMGgyKHAI7xKDOcFkNmgT+QcvdbXDNSZND0fKgED6vt/dPC15RP6yJr1/eePtdPcsKVwbWSVRuXnA63u2/3vooXtg97wQh5IcCdxy2Gn+/rNucGN/yay+B2RwoUYx09+3FZgmbWrsE1cDyjM9D07W2MNjbSvvlJbYwPkDncuecRXBshN9dyjfl8IzC068N8CvDa0qvlLm6OGE3484Ut9+7gIoyeEWmG0HJxtaXG7+0xnimp3jx56rATxuuC3etHL5nO+OS7D3xcKmmOsNIPxubTUedx1EHx2yvDpKjPtvPidLGV6BsvymfeAwSYSrNhNDfwbzCl/nVpJi3u41d1D9uhjTyLfdMXfp2LC4Fvhw6KNDpLDxqRfX55vt4dMr+3ErOMPMgI8nzJ7bCAYHJYfr9EWoWHTFRuYghsYS97rQbypAJdh99cQ6EfXHmpNoaMKtORMnHAX6X5afif2yHXCdpSmiu4h4MWC8DNO2FC8q+uyFhmONiLhlQ3YlWswvIMKy1T7cDE1oy7B15vkDO8DECTcu7r97HBGvzwupBMI4eKlkqZFzNdheOfjDG1MKQY1f3miXNY6Y93t5I2pvNJftcCtHpJXpaQdHRL6a5Vcghlc2EgfeAdt8iafa0Dv2A3f+bYwMf7Qsauq7/7iNIEen747bgPrnJtqV/FmVMfc8qnU+4b/NtxItu3Z6a96Wa2BosT7OboYY+xM3j7qN+HZhORqdv+LD2V/XoWf/YxeyfaYEfzu8tGXxywXovwXkU4VcuN3//BU3mDZr0cEj8W1g/BfRHNU7YE7DsR9WtzehYT53UmctcsOj+izdHOYowr77PIrCL0gxN3jJxZBqQV9FYEDUDwMXamTQLz1HfDzCFQbzBIvQv7hZtE0izJE663pagq+WOW7ct0wCNwaLp7/mXC/slww3RL6wIuj782gQEe4hMaZ8WwGv9zedcUMp5+BTDoL9bSgLf70r4ki1oDN7nDOCKLsErK+o8ynWi7B+qeSr9fJvENXReQROXcp9beEhpHcnyFbwBBcmzxwuRwu4XdnzRQt66+ySKWjRATSCTH/8c0BU9ilywDO/3Lt7BpTCGCIAuTeU2+8fNCexBbS+mPbVvcO2sJ2Ek9gLvvfxgQtxC1wg52TuawPYlrdlg0vmDRC3dZrX2khXmHl6TPBbZ2+iJa3BnPS9sJMNUXQxuJQi4kxtRHxcxXrg2OjR2asOdQCyu/29nGHI2HPvVA62g3Q9V8iH4Sf3AMXbwewBfpdHTnIX4qMN8N2FdciTJyyBxNo/X/0OrCfu7LiA+Pn9xbDTvr2nng1cFSqDxpQ3axeCXFTwV6KUPETzSjvgwyrpusDjGtozA3poTkohJ84n81e0Ie1HL3FT3gL8OnEi2CKvPDgq0QYr+Y8L3vW96uegCEec7/1kjDSnHl2Zv3pdRZ0MUzttMFGN4rwt5mWquIQuc7tUpBRjko0uj5TgACLIXXawrnh6vOvz5ehkIlnwR5Ab2Jyf6CuFJMvt82gC9T5E8JWIl2+DGy4nMouqQ3ju0NDbCZVI8tPap2qdPeCZH4ng7gEFZ2ZFVjFwJglgrxu8xWWtEZE/UR5Xm0HBrTMnJx7wgHw4NdhAPi21doC8o2/0+aVfM9qQ3Syv/JMr3splZRxpj0sIzck2eM/YsEHV8Z6Y5oV2dDEk4/m96nJEskqz3APT/N2GaN4UYcfcDzJOj2kFZHdfrcsGNK/bYhqPpeDl6SQS6gF/G9kXE1XW7KwDNM6/BVTntpDP0yX1qPpawAA8txU998km7esJ7yJ++uAqwJcP7IL5Ehuanmw0GfRpxu61qOuf/q6funvoU/wK7THf7w==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWQlUU1caDktAFiWsgqLgMi6tWpO8BHDpu4h7ay2LS3EZYwgSDYnNUrUu0zp1qdaVqjN1qU7roNbpUB1cWum9YsUFxwpaHatVq3QQFcuulMXe+25SwWYO3BwzPadHzuG93P/d7/7/92/35qXLdENCqrtIJDK1wZcxBp1GbdFpUgGREPHLWpM51cU2ijUb0hPJKO6Z7HcjG/tMJhr5TPZM9j9lQ20yoRu62kZDDPqUxyPybBSZLxWuskTSUGONhnSVWatuJYhjA8mEq4INJHdEEwUp2UCccI1J9MDXRK1+Bt5XWoIoHNGjGEVksmgWRUoBI+dYMFHClaoZarBMbxWEyKT9WdREUzoKFkwMxXAstlGMvNV6KBN6kzoCkjOBpPTW6qg2Acla7W8BJHPEPJnjmmRKJpCcglpdRwKIoze24FpBbOZRkJzNEbRkpVEOgORsuUcLXcrmPWt3kDGBaK3LHAKxOYK1QzQBydmCG+OIeTEOaJLRHiFjKkIbiE2TlLH106hSEJt5csYOSw8CAqbVHqfnAAHDtAFabWPanWmycg7sZpwjGwbHVkrUc5wjbZxjSgZrR+Ycaa4cW/3Rlsex1R/tXhzbzmmNLVufpMFVsPV+2h4UTBlhLVoFU0bYQGxFawU50h4UTBlhA7F1L5p7CqaMsIGYMkJmDS5TRshocJVMGSGn5a5kygg5jZOSKSPk1OVKpoyQU+8p7WdEgkWnMbUnD8wao8agTtOkY6Bx3jCdJl2jN5tSfZoumComIyKKNZkMai3+fmPQN18s0fuXxZLmzdYkkslJGrNRlaZJMap0T0z2xR/i0rT4QRzWpjFqCfqJOV74w1CtUaMmyoRRnM6gnjVHa9LYWW24NsWCDdOR779az1+v5ilQmaHSp5hS3X5d3dJmLVLmfMI+T5WwHfe1QDi66VGEkzufsO9TJdyWlfAvhy7rzul8wnZM/L9GWNa0tXEK5xNu91QJ+zETVjZty5zS+YTtmNicsIQgDBYyWd1a3na82ALvqKY7CxflfN6SpxpodsIxTXdFLtr5hP2dEWjmBLeevGS2M6/zeQc81UDb2fJaIGx9daK0ntedTzjQGYG2Uy4t8I5qxlvqfN5Bv22gbXuV9Z2h8olzKqkUsnCcwWBM0epVZo2J/uBBtth4i0pv1prnxRqNqnkU2FnwhdGiNluMmhThwbTH46Eqs8rOeVlJ3/vLm5unIY8A/ifSbqPn//mFl6tg2M2J7Q+uC0Rk9PfTnUFF1quzPphTBs/tf6368Ld+aOaYytWJ5i6gptfkNbnVCL7tfnyNdI4Pqhsw++zy9aHA9Yg4IIi/A4cfqGy4MDcAdTr1A//xh2FgyLQfznW98g181KWhxjLNA722NPri8dJIEBlbrj4z5Qs+oko3fmE/d5SU0HP7u1nhQGsoW3LqghiIDFjD10HozoZ9vq/vPQY7JacMvD62ls+7mv3OgnOBKMuYtq50QQkEgapj558vh3/0PBsWnxyCItX3k4e8GAyK3+tV2vZLD5AxwGXMO6uCUL7kxOeHVlXz6eMXfnpg+gO+zd7w5JT5gWixafj7NR4i4LUiAiNFQDau/3O7z4ej1OXqKVfzXEFB1yu1i2Z6g5Gv1oeaLoWhgJ05R9v3EIGNxKyVPugPFtcP2nSshideino3dlo9T/X7omUhl88+SKyEZJnhbuf4o6d3DDtgEqMzU1466ZnjjrBx/f/6nAvoHII9284FEes8yqrgnvLCMdMl/4Hm7pserV30PV+FvVnSQ4KwV5KO7irnB3tf+mj24Gq4a8Jp2VdSMRo2wljrV1JD+Qws5SUTY/51siYUFXfKvD3yU1ewkFdM/XxUJZ8d9TA3ZU8FLFg3uTFuQAj17xoX1Hff1h8z86rgpYCK2K9TG+GgV8iMfEisv7UzDLUjE3p6g7s3lR3QJBEykYljw1DSrZ2bv4oMBm/c2OK/M+cyL5g1OgC9v2xJ8vkj+fB4JIlQGZ8dXJd/36sTovhqvo+GZNpDuCwTExjqjm7PfL5m03cZ/KF/uuGQ5UBBX2YjXIpXuVXVFdTvxg75mwTELr554i914Yj6uZJX/Bg9bESFGCWM2vpWj9w86NO916L3YlzBtQxsQIYE7Zix/44pewP1e2UOnE0SpMAN5bbvkSjuJkZ7V15JExl8wcwj5oxQ93vQuGJ1UUVEDSwKIpnrhq6mEQ+V8FnErNJqOAmbE7S1I0jG1bCiIZvaFxSCtk3tnS9Z5g8ujr/3whc9i6GJpCXvh+6aCPM6fmefuPC7N+vhid4D1ufz7dEIt7k+3XdFgEIDMagGRgofJOjIxrV+b77RDUz6DN7bNugML+b8lYNyvNBcgVgQeLtH7tLMS74AXyecrghGE3cp/j3wlWJI6/IBT/0ZhGieNsAO8d92XKDypfmc6I9w1g3ePK6WF9x/sJbHVVt4bZo/EuzO9ARmIVAia31HoAUqjNzTBghx3t4O9Cbi26EIG5WwcYcnoH73t/KsgrRuXcDKBs2Doh0S1JsUXLTIqhfCff30H7kM8kbhQiL4IO6tg2DxzQb++thVm/QBDyH2zp9Gwu8grdss2o8K7vN56WRmG4SNO3VsSBkv9JEbRVAIV2EDDHMfj1Omnj/euG9+RVYdP4GEwS8f3os/1HnJ3WCAre2y2vINv1BoZBWQeEW2IRDQum3kPyNtbssjKg8OBoIdvBh51W7HGXQJeqd11c39yQVhEh9+0tcDlVeNxi3MBeGgHJ7l5YrKMvNwRhZAUmW+uZ3Q7ct7f5qc3hbECUQr4eb/4kI8GYqE9cd5ALnwdx0Wiq65enm7opKR/R512dodHMbVH7LcHwjpExyJXu/Y9kbftXV86oMi1Y6LDfB7n4zdi+NPwZW64rrd5Q18NCnnSFu81/NTBUcX8G8qP3lxwhVvVLptUJ8LHcTo4+tfttuy389qz334D2zd8cZqiJ2LLfBBwi4Yq59hMhsN6abme8jjX+AfvxO3I5P9DHWqwsQ=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYVEcWpbtp1hYRUVGijvlCErcIrxfAL1pPcV+iiHFcoqaFBlpbWnsZg3GJGmPGOInGHZdonMRo1Kjj6LhMqrIYx8S4oBFxQ5agIPuOgE4tj6E1fDNdjJ1f8uPRVa9OVZ17z7233uvuNsM8Lt7dzc3N6oUvo80mQ6zdZIgfRXpI9yij1RYva2wNsJlnx5BW1LO+Z30cfWOeYp+crGFyppO0hj3re9b3rI+zL7qxj+Z/eWNroDkprqlF7g0n48PoVYjxwNdBZvsMXECcg6gpJMaYlOAERKBXDR+E9AlhPBg1xYRxYTQME8mD0dKrjg9ClxF4MDpmAi5MOFuHyzsSJoIHE8EwWn6MwLW3yBa4h2GEUGcxdIVQ9s9ppzqABKd3x+TJKQVHkNO2Y0twxhBbglN1FCRFUXhLQE7rzgHEuT1tS5zLQALf9qSYdTrVMbNxBoYjyOkIZLam/9R8ocHiSc0lIyG0BdqTQGou5wosNAQu5wpSaHAJVlC3INwlEJ/JBclPXIpoBHGVWWY8NVcelxhx1T8J47S9m0qzmqsuSRjOck76NE57yAHDddRguUHTgjOApgX1XMOlAwnTgnqu4dKBhOHSAcs/Gi4dSBi+yszSj7YlBwctX5FlYaflq2IsZ2n5ygQLPC1fQWJRpOWrLSwktHxFlulby3dwYGLV8lVmpjwtnyKYjHR8yZspQsdX+pjJdXylTwLxlQkJxKUIgTlXx6WIRhBfZZZAfJWZyUjHpYhGEF85Z6BwPkUwwYbzKUIC8SlCArXk4BDOpQg1S2HhXIpQsxQW3rwixtlNBmsHcsNmsBjMsYmG2RhoSR5sMsw2JNms8a0cJ4xXkpYvvgywWs2xRr3NaE56fLIYn/9MNj55jiGGDB5vsFn0iYY4i970xGAV/hCVaMQ3ovBqBouRDH9ijDf+MMhoMcSSxWgrymSOnTXPaDU0M9sQY5wdb8xE3s4YFb+dzZNSSdAnxVnjFb8xlpTvGzO44HrCqqdKWMlNOMzxQK9Vu55wq/9F2J8gzHYyONZZ3p4t5S3Vd43refs9VUe34SYc8RhhresJt3aFo724eesc861W53re/q7g7cPNW+t48tCGu553M5L8PwTeTLj8d8KNbwqkI3GE6wkHPFXC/ClMeu6WHoYiXU+4rSuU7c7Du+kxUzoL6UJdTzvQFbS9ufUd5nic04W5nne7p6pvObe+hcfeav4Ombu9Kxztwc1b7Rjewu+QuTu4gjd/pZberkvxHfrEQwo5TpCJo8xmS5wxSW8zWNl3seRAGW3XJ9mMtuQBFos+mQG7UJNY7LE2u8UQR2+82dQepLfpm3lYCtexN6ePb89AbpHf+JDevUujh29zk6Edfz6Ymbe+CArzenfrWqFERQuAdtoJJTKaS5afHV8DP+sV9dz9rAewru+c8++n1sM3Pvq28uU3MkDZgAvxv9z1QJba1nnHvvJCM2/PXflhjicKCAQ/3Px7HezX60pKbmcPtGlUu1Uj8mvB1IdRDwrv3wMm79odCX+rhLLbcu+VXevA5pMbVreeXwXYPgoAnqSsa2o1+P7QK0m7ZA/gtnde/Pa93f7ixV8mFPQ5WQb88WqKuzWgcPurva5MDkSGjlkTOxxToKGKt3xfeDkVLig7OHZWShtx1fFZeKUaOPhaScWISTngwNDM+YEH6iDbdzl49Z/jNnT7sAYutQ5ZV+XhiQ5h1Lyt+eCbH3cOPlqeCRmvNEjpvFvG1kvJh+9FXD09W1MOulNDPALMXnkgb9grj7o1tBMZv1yweOYp29qgIkCHbW0vvr2sz6jPffLhltzOu+8NKwPbp3X/yf9MLUjOezHMa18uWJp1ZtPJDbUgffqfxnRp/wiE4tFDQupB9PXgBXohE4bY5SleUwLQBw2G6hy9N0rZTP5q4Cdf7r82/WgAOjKp8vj1lcUwaP0V78TnL0JijUUqb8TseRfiTQ5XyW/AxDWFeMepsP+99H0PbrqJ877+pFOfW9eAjZghw1Okt6ddlfZRAsI29whavy5YHKGS91zRvgoSb7prboGBxIwz8X77JU/8QlsI6veUpo7O8pLGKdDeN8ePe2lHJZyv+7L/H6fkgVk9qzbeWpsBsZGq7HdUIpl95uhdkn06iecWD4MLO9eATUkBy9CPNWAQVgs67i3mrz+smruvBNJl21SAVDciHA/R9NZ8LM0cQKydb02HdB/2tkjIPRCSExWAjl0iA6thbyLfo4GI0Ju+6Sa8toQ4vAgQNd++00mcTtxwohwMHoo9bvQREwZh5Z/uKBK1DM30ltYpB/s+uJHoZn4IidouudXCz7d8/4eDZSo0/0z3vh//dB8yv2SDd1uN+WqdwReln6+Oyf7MHclPKXFIFIGteLjlni/CXgzePs0D7U4mQF900EI8okShJ19q7at1RzdW4oniVGh78e4fRoYXQ6rrL3zRyElEeeVg7F82YgvVgOme5ztGX/dCdLruSpGGwaUsEKPc9XFfWRWsME1YeECnEKl9ymUiKiACLoVWKoC7YPn96H90Wd4AJhPZNJSBTN+1e5ZG/wp6YDaLh8mRmbhh512w34gD208hsviVIdlozLDYX9QLr4f22FMCEp/HFgpRijQ+OvmLxWe/G7g/TyayuK0EGx+tXlR3IghturV2xfLJ7mggFd45OGPnVU1xTQCiaSDbE10+lR3Y+Ww2WOJ++qOw8DYitVdiNTyEs8Jh1S0o/jXja7+bbcSFB47OWJzujnIB6SgAZJqIwQ8h1fFUuah555i4NKserlmEM9ZrfuhmGnF4OZhCFy6BPmm75vTzuQDX9iVMIPN7XgYcWx9kTQuoBf2JnH/2EGk6K6sAaQE4Y+S2E90n+PU+vK1Q0sE38E7v1TtqStuL+u8u9zR0LIFGNzPeukxkeigEW14nkQmhFDfgBElHCe5iJF1QKUaSNPJOHlyHrXJ5QSB6dPhtnLk80Kc4+zSMVyAWl4GIhm3PDIitgjN0KaTzTgwWz00d+S/PfuUQ+m1Vf3okG1aOIAIJFqcQQ25TIOoHY46UR7qKpx+SBQogw90HDSsqbqTJ5OJhkmZP1QHG31ck0XoIPgQ0XEbZpXyrEt/Hw5dYswDTeRlYRcywxFfsQIQeq0SxRZOxhfOgArsztugBwEkOJ8RKSNNEzwrI8kkOoPYZqWTxEaJAC0n6HF4AXpvhPzHyyEWgpn+tRZavf4VUD/PSIduXv1haQYgWga5U4NUwZ9n2n/deaCXODW6FXXIN4mT63OS4LmIEDeQy8MLxesy0FIR4LFkfNbIDottLCUBUvm0r4WkiszVBiMVTJuxHBVIE6NFhQFKC1WYxz7Y+XmObfjzV9GVoM33CvwGO7m5W", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWntYlMUa34XlsshlF5ZLkShppnkJdtkFNZ1B0LyRCnhNU4QFVoHVvaSYZlbqybzWEfOSeUwe9dE8qCc1U2dMTVOzRDxmGhJoeDk8Ispd4Mx88xFoPKedPW5/yR8fO/PNb2Z+7/t733e+bzd0qjE+VSaRSMzu5BJnzNAnWzP0qcNpD+0ebjBbUqXNrWiLMTOBtmKe9j3t4+gb8QT7nOgaGbZ00tbgp31P+572cfaNau4T8r9Tc2uAMSulpUXvDaHjw4WrOsGVXGON1qmkgNgG0QiQBENWmg0QtXCN4IPQPnU4D0YjYMK5MBEM05sHoxWuOj6IsIyaB6NjJuDCRLJ1uLwjYqJ4MFEMo+XHqLn21tsO9zCMOsxWjLBCGPtns1NbgdQ2747Jk1MKrUE2244twRlDbAlO1QkgMYoi7QHZrLtWIM7tae1xLgOp+bYnxqzNqY6ZjTMwWoNsjkBma+Gfhi80WDxpuGSkDrNDeyJIw+VcNQsNNZdz1WJocAlWrbEj3EUQn8nVop+4FNEM4iqzzHgarjwuMuKqfyLGZnu3lGYNV10SMZzlnPZF2OyhVhiuowbLDRF2nAEi7KjnEVw6EDF21PMILh2IGC4dsPwTwaUDEcNXmVn60dpzcNDyFVkWdlq+KsZylpavTLDA0/IVJBZFWr7awkJCy1dkmb61fAcHJlYtX2VmytPyKYLJSMeXvJkidHylj5lcx1f6RBBfmRBBXIpQM+fquBTRDOKrzCKIrzIzGem4FNEM4ivnDBTJpwgm2Eg+RYggPkWIIHsODpFcitCwFBbJpQgNS2GRbSsi3pqhNwfSGxa9SW9MTtdnEqApe2CGPlOfZTGnerWeMNWFttqRS7TZbEw2JFkMxqxHJ0vw+H2yxOwZ+gQ6OFFvMSWl61NMSRmPDfYkH2LSDeRGDFlNbzLQ4Y+NkZMPsQaTPpkulqCgCKOVDk7OMCZPn2Uw69uYdJAhxUr2l0Ff0hic/zipm8AoLSkrxZzq/AebiWm/OZGrHc/b0xG8Xbh5h7c+3ms1juft5QjebvbyFqt9hON5ezuCt5Kbd9QjvLWO5+3zZ7xpK8ZWwu7chHWts69W53jCiidK2IObsLb1AUQb6XjCbYjw/yDcRpz8b8LNLwzEk3GU4wn7PlHC/LlLfPwWn4l6O56w358Rtid3yXh4tzxtikciXZjjaascQVvOre/w1qc6Xbjjefs/UX07cetb/cjLzb8gZQc4wtGu3Lw1rcNb/Rdk7sAn6mj+2iy+XRcDO+yxhxR6cqATxxiNphRDVpJFb2bfxdIj5ChrUpbFYMmONpmSshkwRLCFyZpssZr0KcKNKS3t2CRLUhsPS5E69ub00e3p6S36Gx/aC7RvHBzi2QD2vT/3x73jL6KpinG9/3XKCwYOHvkwyFwDaOvNI7Xo9LEBXxhCFDCxJHf98Y73QfnC7xKPbrsKrixp0Fdfl8Fqa9EG5QtSqLi1/5/OpVL8Y+xP5Q88/GHlVz+TEffARxMbY+rKpLifx6XPZ/S7DrZmn+zW56Mb4Iu6iZknGmuRy4kV4bN6lqLyrd8Oi/zgBpoWd395guUhILMMHb+oAORLCp3kHk44eOMb3c4o6kHREe8NmqkKPDPYq6jnylpwdv5gNK+9L55AF5ynhBdn3+oS7n4fXfKtiP4hVQkLuuufKQ5SYv/2390AWz4D4NurXxLK6EjY2peCVjeCHuT2uMCTgM62qeYhqiu7g3t3agA9Ctb91n5rAQrt8CBjzLx8IBc2UARONO55qyLvFOorjXvfa0QJyIn5MKO0vh6NPrpty2tYjqe8OSIk4LYrbAptqLJOUeKNdwmx/c6YrlYgV8CqrhNXfKNV4ZezPpcectkMXtz0Qd6vt8oAWTz8t11y3HPPpwRxCd2NGviqqbaJ8d1cgQS3jHWBz2fMnpPbwwsT0lFpMhXMPXw0sEvCPbDKZ45uR38fnL73tvnL1e5sncoi4HbumVE/r3fGN6d1r1rzixy+vhv9Z+Mr10G7QS9YndYdQHS2mOduoF86uy5YHXMXJalHh73UTQrXfp2z0qfOAz+/3DozeJkHJpN1nejjDw9Ol9duKlXhDcc75pnSq4Fg94b7wFswqBc+O2nYKbd+t9DO5yak9L3mjKnVr/VXwN0jp6+btUECySLEYFdEvxWjPb2oIZS41ocKyBkKulyqwuMD95+XFP4bCfrKlUNXAajAZPL1oz+rRGPm7do3db4MCu0OEtFu7nD+5X7Z424qMB21oywIMnfvBYu3jj2tlvnhj4NkY7x7yuCuV3+do+rljyddHeQ8u10FWFU2F2gLFZj51Uecrx4smnDhUEnBs/g9fPofA3UyeFp9fHevrDNg3VryN14JS+u338uPuw0Ef8RWAcbfHR4uURHFNQFq/uC5pYDFRyNIjKced4MS4a8O+SUdu9A9NwCm/i2ZbKUKsDhzEu0WBJn/y8HcijxiQQ8c7k4tew1IjAtkJ3ykkLpru58Ep8UajOUL7wBBd0WVIP5AyMI7o5pQvnEykUANIqQJowtozUoilO4SLJjXqRxNyqSKrkeYqKJHQRNIFwxRDIRt5G1G+PWO0feSnWHg5XPVCSVl4EJhUbuPu7nihsUPrlxaUAaWDr0ti1B64h39xxJpNaGQrTcH92q6D7bRcI5W4URL5zVNCgn8gaBzgwOws3xJh+RdChhK1LOq7CYgInQPLvTFgp9GqmATDa+RJUgI7ykq2D973DZtnB9m8VGFphXOXLK8sx98UTCEB6bu3qa9g94tPvnJ1zl5jEeiDNJwueR7G51RnDx4YJkUM53VgCGfvtPlm0UPUJ9OQ9967+WziM1TAIR1vq9Ak7sJCEBIE1c+RItoutviiVe9Xd9nxjn573GxZPn1ig7xUuwSodS90s8L6qgBwoMY35X5yFcQzD7Gb6M3fmc/JFssAoLdpC6i/x+g7/u+dn7VRE8ojD/hiVk+VsK0i6UkYhtBrJCQfPCA/jcv76xzEvObFxa2vzQACnaWKrFZSHgK3IF4/UCICjI9BuIoQRgumEbf5k5BMCEndLn1XgAmuz4cn9MAhlH37SNxKaOJ2F3kWQ2ENNy5Bny1zLU84JQvnkFldF4Ci2+t3uM58ycg5Itj7fChHCqoGsTmc8fZdHs9PCHTUQUiRcap++JqRIzydv1BBfSaufPDK+nFaAUxX77RDQtpw18lxrcE/r3KdfInw2vAlhm0YhSh+XQ77i4wz7l0adeyw+DaiGVrsnyrUUV+HClZMlhJVGgetAVcTacRcRHMI9arzFZhmm3TN8vhNSLX7QP8MatH3pDFpxerHyOfFXVSBEw0ARkDsGDmq05QOCVEZ6WZLSZjpvnRGtvy46mWL0Pb6FP/F4bZROo=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmnlUVEcWh7vZoVkbBERRNBm3uODrBhqXVCHqGHcF9xhtoJFWoLW7UXEdE/cxcYuj4zJq3Ne4jPE4LlWucSXuxl1BEVBUEFmUJa+qXo9oOCcUEeecOfLHg1fv/arq3vvde18/ul6UoXesjUwmMzmIh26GeF10Urwuth8ZIcNd9SZzrNxyFmY2JESQs/CPYx/H/odjPT7AWKePYx/HPo79n40NsozRzmZlOWtnSIx5c0aufUHub0mPQoSdeGxvSIoSW2PlJEFUEqFPHFYpCRlrGcyjEeiRU0LGVC15NCp6DOGTUGuqoFGpeBytphqByxymUan511Fx2RPEfKDm0QTTo4ZHEkKPoTwSTRVYC2WaSm+N3h3IflU6POVFApdISp9Ku4EtwUlpeRGfI1ScLJQXVWklPkdIeFcaCCpifAuBVRCp+IIriSpdTxndVXEEEwl82wthIlVVRHxEsMQV+BzBMlfgCq7AklDgSg2LiAtYScQXXCGUs43RuwP/hIiLCJVQ5Xah4qr9koar+DPE1ZVO23IarjbLAFdX2nHlNJXOpDfNTM3VZiUN1wMaQ05dhaap5mswjDh1VTqtmq/asaYZxFfBJRFfT2cJEcRXV1krC+Krq6yVBfHVVZZHQXw1SHIEX12VRHx1VRLx1VXJ5VxESKJgLiIsIi4iBBbcYC4iLCIuIiwiLiIEhlEwHxGSiI8IScRHBAM2mI8IScRHBBOF8BHB+kUIHxGSiI8IScRHBGszIXxESCI+IiQRHxGsO4XwESGJ+IiQRHxEsKam4SNCEvERIYn4nr1YJ9RwEWERcRGhYmVZw0WE9Gio4SJCxSjXVExE76R4ncmHXDDrjDpDdJwuQRQakzvE6xJ0iWZTrGP5CWNtyZlCPISZTIZovdasNyS+PVmE038ni0weqYsgN0fqzEZtnC7GqI1/52Zn8Y/wOL14IVxcTWfUk4F37iE7aK836qLJYhHuRGFIIjdHxxuiR4zRm3QVTNpRH5Mk7i+evLjTO/1+Untq0TBtYowp1vp3PpM+YEkfmYKE6rfb5Y/sJmfhlTXYldtgTfmPe0Gq6je4gi3+CYNtuQ1WlU+OIHX1G+xWHWR78dpt+XRpeWitfrvdq8NuOY/d5d5aSq8zPkBCK98r347cfAvlMRc+QJw936vBiiomtOUlXHD1G1y3OsC24rXb8jZLegj5AIEOeK+BrqAs/kEFk16qhUjPQu88y5D5yMThBoMxRp+oNetM7N94pMP2StImmvXm5DCjUZvMhHWoL4xJ0eYkoy6GXhj65ry91qyt4JlKw/5vonp7ezpyiXzxhYzuK56Rd/NaKfgl9sqj4Vtk2Pv1maenjhaiBWcmd0ITS8ABW6UXOOGIN3/d64sVMis8MmXmxTv35Pgf9b5LGrXMCfZ70mJ/Q7ccgCb6a4Yd84aFEWnrlk31xWnBfnhQgC1ufbfHt4sTraAwplm9unnpyCO4zcHe3jIccNEwxD4lD/j1ulFrgtYDO1t9NsP7ej5alu6/IeOkDOeVXB6bud4Bvm5FVryBEh693pRzMQeEXj2eoJa54khxmWMBq9AOY9z87AkvUbNdK55tOFEMhD6BTTZ5ZqCFm8iG85CWDlxCdTZkdGpeVgpOC8d2Nk88ih54+Z96CPLQwlbyblNdXoHS8FfZj3E2GtTu84zrW3OBrmZqf5+9rwB+8q82TS+ngyj3/qH/PpkCOo//pkXX9adRayLr8QJMHn7AvND3srTua3Rq9KGVfgYvSP31Nzvc8Mj0Df1Ou+JeI5aOWf5DARg6ukcd7yw5bvUJmekAIrM5dZRj4q2wHBlMB2vvHnKVwebzVhW2TE9BMWcHdzlpXwA+bTRpzr4RF4A2snfDVbPOgxnirMKxF4jcvVx1BJxr3f3C/C99YKAYDcWeYnS8dNf43EAH3PjLuUdeZvjBlJrE0bXxoEsH0rxWOOBh7fWG59NsobjbFrc/leGH5+vfLJqUBRKosAx5nW//6/M8G7jQ16av6zYFnLIo/O/xw5wxWaU0vAAwPkrB1toDY1rffQhuXZti6vi9LZy4/aeoyddvg8Xz3MYFb3mKbu+ZOuH87leI2j38EfInt8/1hc+nnYo83Egm8VGEqDsNPvDz5P4bg85dQ5Np4BU4L76vOOUTUJB0b7nHX9zwExz6Sef9HthY5Ja5t4UTvD6ETKzEPzduteBMmSumGHWXQxX52a3AjURvrE92wS0S18gPTFNCcjlljDumy7R2wox/ayzCKHrIA07I3dFzxNICcGfU7O8eCF6QYnPfFze9vFQkswgVixR2q+8HabiibXEH0UudB7hhGf0pBmzfRcCOpM2tMrSsz8ot2/p7Q2cC5CwvTPNlrjP+ocNPL0ouO8Lzuwe83HfjBgqhABSiOZ2zbNQeNrDAbsiSrjXSkRh0x6JVDjj66UCRzCtgDA2YEsvvWDnOrluC4nZnmfbUkMGB4iyzD3phmWGKzfG5+Yio55x2wKPaOl1bM9IB1iC4r32M9l6QicoidDiUAOgGm1LQH6OM4Z/lL769G6RmLtrlPMpNWu8CYOu/Bpfu3FMsbOyBS3UFD7Sr08HxuS3HNFstwywvn4Hw2o9Tg/2yUMrmX670fZKNRKjspiwqBd82ynY5FFiMrMXdRifK8fMNJ7qEzEpDNB62+WC0GNZ1BwvRrLChBEFEoh1VZg8vdSMZlw6oXSXPEMsXK8jy4Tbqc3jj2u7QClPc15eCwRTcI8hEygHIB3Rb3azhIt3M6MG3igCL83XgFFc/fuy464Du5+lVQE/XHQNXHMW/Cq2wu0jt5z5KyPZng2k+pigxTQenmrAtAWFFXSxWOzGDXLDvosuOcam1YXeyXXUdnNmgpcPW5XLM/ODP8jHJD7chiTPJBVNu0qzg4Fsdrccq5LiWy71m81aVgGxSZpY6QNG4tsv6PEdlYhbu6PkQvJpECowCUq4c7DCzPw089+7Us9i3DNF0a1sMaJgnukPbNQtayc/Z4U2idzzvO8KnE0DQV/9xgX1FDH8dkoNY3XaEATTAzvBQ4D+b+C5yxjTtd6SClWQbsTaQuvusC2b1JhecJenu/wTQfAz2wKRqC33kUExe5TdYDom3lF4FIIYaZg1PH223TX8nFzSIIDvaCTLFNKpXooCZe3+0fjQnC3QZMF1z9XgOoPiOt4dLbi+cMW3gXXRmNUmMB6hJK1JhXiHajtoVW+yU4v4MnSXD2+4jlg8vULR4Nbm/Lab2d7uFwr5O/XnJfj+4kZTJnbmI4hiei0rySSGpBQuPxGweGmmPi31N15S5+ajHj9/rZqZ5wa2il0b3kOOjLxuJlfMZsieOPlAT0jSffp7V4ce2eICPmElfeULRKHHGrRI/CkxoahpeE04Xy9vGtSlozs04meGwh1Q374HciwRsT0zzKsAdkyqxZ2oO83sDd0zdJffG7WhD3g/ETfZuGOCIY0ih7CfWPbEs5a60h7QcZdTAJQTrKQoctfqq+plGAcWidHbwGSWeP4kA44kZNzaQ9UsbTPvGVHc8kRSeUCWk+/F1l+qjHG//6/1xXtvLpL5cJMXTHtOnpbDEYSaz0ZBgevtZ4833j95806eCMeE3ja926g==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmnl8jNcax2eyTRbZRiSoNZZyUTIzWag4J0IuwSViV9qRTJKpZIaZSYmlaMTOVXsJ11KUtrh2bjmHq6W1bxVE7AkqJBOyIvcs71yhPp/mpLifz/2YP97Me+b9nfc8z/N9nufMm2k4zNg7zkEmk5mdyaGHMVEXk5yoi+tPR+hwd73ZEie3nYVZjEnR9Cz83di7sf/hWM+3MNbl3di7sXdj/2djg21jrLPZ2c46Gg2xz8/oZ13p9QHsqIp2IsdOxuRhpDVWThLIJNF6Q3ylJHQsIEhEo2JHQQkdUweIaNTsGCwmYdZUQaNWizhawzQqIXO4Rq0Rv49ayJ5A7gONiCaIHUNEJMHs2FZEElIF1tpyTaWXxq5uw/9UOjwVRSohkZQ+lXYDv4UgpRVFYo5QC7JQUVSlO4k5QsK70kAwEedb1aYKIrVYcCVRpespp7sqjuAildjygrlIXRWRGBE8cVVijuCZqxIKroonoUooNWwiIWAlkVhwVW0F2xi7us2fEAkRoVZVuV2ohWq/pBEq/hxxTaXTtoJGqM1ywDWVdlwFTaUz6Xkz0wi1WUkjtEHjyGmq0DQ1Yg2GE6epSqfViFU73jQDxSq4JBLr6TwhAsXqKm9lgWJ1lbeyQLG6yvMoUKwGSY4Qq6uSSKyuSiKxuiq5XIgISRQkRIRNJESEigc3SIgIm0iICJtIiAgVxyhIjAhJJEaEJBIjggMbJEaEJBIjgouCxYjg/SJYjAhJJEaEJBIjgreZYDEiJJEYEZJIjAjenYLFiJBEYkRIIjEieFMLESNCEokRIYnE9l68E4YIEWETCRGh5mU5RIgIaWsYIkSEmlMe8moieicn6sx+9AOLzqQzxiTokojQlNI5UZekM1jMcS4VJ4xzpGdu5BBmNhtj9FqL3mh4cbJo1/9O1idlhC6aXtxHZzFpE3SxJm3iSxdXI2/CE/Tkg3ByN51JTwdeuoauoJPepIuhN2Nn4YnGmOGj9GbdK2aL0Mcmk4Ul0id2etffz6ZgpsRrDbHmOPvfOUv6ZiV9VwpUvXmD3V+rwR7CBodU/J4XqH7zBr9iiX/CYEdhg9UVsyJQ8+YN9nytBvuIGmz7Pmnbpr55g73+yGB6QbgxmV4cU1m75SJ2V3hOKT3AeAuZrHytcXYRBltVkW/VW4hz9ddqsFsVM9n22C3ozRtc/02AbSdqt+35lbTteAuBbvBaA/2KevgHFUx6jBYs7X5e2r3Q+ejE4UajKVZv0Fp0Zv6PO9pao5K1BovekhJmMmlTuLAe84UpOcaSbNLFsg8+eX7eSWvRvmIXFcL/U6J+cXk6+hH9qQsdBYFD93at5oRrOfTzaLV1NhgT9G2H/oNLQYupvhdPFLniPbOd8ny73EFOkxaGz0x0gPGd9MY8R0/4g6PSB/x0A8Sfz/m0RaEV3e3yQXnD0Pp4UOyHV3vOzkHRixrOSR5pD7lOjhO23TPvqFEIBvrtOi3LegI6pAz4JrCHO3ZN8E8cXSrDzXPd97epJYNDkn58trWsGswaOWPOLet10Grr8ofrfzoLoh3XzGsnd8V7h7uUrIyX4brsRtdBiefdXZtT5XCLfc6sZrm5oI+l8eLyudlgQ/VTnTLyMsDMxJyyDfn3UO6K9i3PLZVjaq1dixyUOHrM2pbhRagJW+Bj9KSm+YLSWgzoLO77M1CjyLGprbs/RuOsW3oNX3pBuj4bnJh2Juua2zbgR7wTffM2qhtCPVII6q2/QzxQCLodUYQuO++H82OODel25CmYEvLrj0kaLxjzYFDHDgkOmFpV/8xt9H6A83d1Bp0D96N210sbroDUuh6Tj6NIsrqpi2SYmd3NCoqjb65ddugeKHL6eEn3GpmIzd/3Ibq23yNdvfoOmrq+/y+qQ6uAYY2chMQP+z8tTL6W7gy/MEcsKJziAlcVB2RvSvPHl94bp1X1zUfh3+uJax1gv398+33GVVf8aY+COdGW7WDjF1Fdl0+8g3pMdu+5eYETHL9p57AJFy+CFUObH/U67IY3/fX6GJ9N1eC0tEFnf7hZgg43bzfvaLkcz6hPLSsAJeQ2TWLlcKFuWsyQzAJErVeEnkWP91ya8VRXirrdc9B4B1nBgV9Wdd5prom/9CSk7feGH44gHh3qDrPB11f3n/DFHuTuumkKyNdVBopuaVf9ul2B1y071GCLqRDN30AXWh3eJsOahz44M0FmnORwHelq3RjgV+QF2d9d7pj7LRPx+3jCK41poGti7r+rYCh748bnMVaHdgx4K3h8+cIkc0Qp+jJ3HEmNOrgOdVsbK0rqRz1SDIiz//nBJiUmkH1ettceOjBgPCHn5zRi2DR1ggybUYVgx7qUw8331sXpqxvteTJ1O2DTbXSDIz5WnKh12hF7kihu3yWD19K91+47YOX5MdQOq9nrCWhJDVrsBLndzphOv85VgWMmXAxNGeAAOYZK/MntU/6XS+ywCw3IJZkUBw+4uvPOgqfnMhHn/jYo3zqWLM0b0tWGnSwAV3ZMHndq213gfXjv7tlOjvhZeGnub1CBmRtPnwIM+3QvnJf2c58DzeR4bsCoVg3rb0cECiJ4xuNZcBqcLKIOLwbeQe339V4kh5z7cin/8sGO4OKDsRuzgYJiPKsE3bn4XelHSQq89Cv6mo54vhuRHSssTvjzWXtIppcgEixCahHi/ixHZe0oMFmoSbLdUuf3HHDGJAq6FR0/Rl9lQEUwvJVagHrNXmxQpt5CvVhgHqCcujRBH4HRbo2bfT7rNuLr3oduHl7yr0Vzc0FtPLhBWL4cGjQTd8GDtbA/S/hyUM+XkOjhA49N6ILG7/PHvd9fOX3L9XJ0K3XF8Y09XSAth2n6RhKfBajvgW++/hss4X6e2wiTRZPQn0ahpPpkL3eGK2ha73LBmRSzBZekOlmG7uO2jSLLFJj7NR/QKmnnck/SeWNSFcmEW8CSK/Onpg26iky08LWWQ1q1lz88jAK++kvNhX28sF8XarEHnEiWWzfkMqDVeLHBE6+s3fpK4yn2MIotqBC0ZgXDDbPlzldAVvcvy3FjBrYT5vXFHRJKoy4tk+GOJ+NIpX+EWD5qlPDUtoEktYsQvUv8IUeM79MCmwWmPSIJVCCD190osTLMuZBDnld2cPdmWqhLUU/m2AeAhTdDATMj7ElobiCvAW23H/ksC7G6kGVFpDr+FrVbBmdF0gJyB/B8LEMjQ10vrBmRC9LG0ZXkIG6PI1aT9DSsyQczn+qKbq3yw5NJmE6e94F6WiY6K2AqLXNNfTHPDyUczxqgEnbsQIjcWweTSUNd/ZRwrA+teJ5wNE3c9r5S3fCEETSdRhcAFueJtfE61wiCogPn4OdHgK+/Ou6ckfcocqAd5HlaCLT/PttCV8sV55HwB0+3x0qS7X7ZSsj6QW8X/BkrAFZUsynpdGf84BkjLRDPUDrFKuEx2kqskj9RQmaX1hePZwEoRl40cH5e8KO/H3zcLL0GJhCTznMBsenCasB5Rwm4T10xS7vIG1I/9YIpd5sGON/3xbT8BBdfA5doOna2h7zPZSLmRrkL5FzZQbZbCjPEmy0mY5L5xb3G818cPf9tzyvGVP8BgwV7Cw==", "1:eJztWndUVMce3qUtvYkgUey+WKPsLkWjziBqrE8RbFgiwgKrwOruEkssMaj4jC32HtFnjMYoQY3lqTP2KKJYXgRBVKSJohSlanx3Zu4+0XBOGIK+c95x/7hw584391e+3/ebe3dbTNQMCzWRSCQ6c+EwWBOhCo6OUIWOJCNkeJBapw+VGs589JpIf3Lm+2Hsw9j/cGzIexjr92Hsw9iHsf+zsTGGMdrZjAxnvTRRIa/PyLX+ZL47Pcr9zYRjb030RKE11g7iQSH+6qiwWkHImLsnD0ZOj5wQMqZw58Eo6NGLD0K9qQNGoeAJtJJi5FzuMIxCyX8fBZc/HiwGSh6MJz1680C86LErD8S7DlzryjC1No3O7sL+1Do91UFyLpBYPrUOA7sFJ0urg/gCoeDkQnVQne7EFwiR3rUmBAUxfsu71AGk4EuuCKq1njJ21yUQDCTnM8+LgRR1AfExghWunC8QrHLlXMmVsyKUc5WGAcRFWBHEl1x5V842Rmd3+QsgLkYo5HVuFwou7RcxXOLPKK6sddlWw3C1WUZwZa0DVw1T60p63cyUXG1WxHBt0BjllHVomkq+BsMYp6xLp1XyqR1rmh58Ci6C+Ho6KwgPPl1lrcyDT1dZK/Pg01VWRx58GiQGgk9XRRCfroogPl0VQ87FCBHkycUIA4iLEXKWXE8uRhhAXIwwgLgYIWc08uRjhAjiY4QI4mMEI6wnHyNEEB8jGMiLjxGsX3jxMUIE8TFCBPExgrUZLz5GiCA+RoggPkaw7uTFxwgRxMcIEcTHCNbUvPkYIYL4GCGC+PZerBN6czHCAOJihILJsjcXI8StoTcXIxSM5d41M2JYdIRK50Iu6FValSY4XBUpALUz+kSoIlVRel2oRfUFQ03JmZVw8NHpNMHqIL1aE/XmYv6W/10sYMYUlT+ZHKDSa4PCVSHaoIi3JlsL//iGq4ULvsLdVFo1GXhrDrGgt1qrCiY3o2e+EZrgydPUOlUNq/VVh0QLhkWQN3Zqyz+uJqOuhAVFhehCjf8QLPHJSnxW8pC/e4dt6tVhW26Hvas/53ko3r3DNZj4Fxw25XZYUb0qPJTv3mG7enXYiddhw/OkYZv67h22/zOHyQRfTTSZHFxbv6U8fld7Tym+wHgPlexYr3m24Ca2vDq/5e8hzw3q1WGrOlay4bWb57t3uFm9OmzE67DhxZW433gPGW5erw7XIIR/Il3i+zMvcdvz1raFrEcW9tVotCHqqCC9Sse+sSM91S86KEqv1s/w0WqDZjBgUxoLbXSwPlqrCqEXJrw+7x2kD6ph++TNviJRvGmeilwiv3Eho8Bj/LH+1mbY1WSEbaeEpWCm5489R46pBB1inVOvlFnio0vNCp375SGzeWt8v4kwgWG91ZpCUzt43NTRCZzPBGH/zp3UobQYZT5ck2A9NRllxWxN2nP1IRAWNeogc4YMJ8XhB/J1hxqWgtEuh69JMl6AnjNG/eAx2AZbhreMmF4pwe0KbE52cZXAcZHnfk+osoYZUxcvyyq+DzolbHm66/wN4G+6Y2U3qSU+NtmiYluYBLsFhnx6d8h9UGH38PD+GCmMN85d0ragAAToW697tSIH7G6Q3DulMAV8E5FbtbsoHxVs7d7x5kYpHk8Ny0UR02fu7OhbhtpQA5+jF410txyLywFZxeZkCmo14MuYzoOeo1nF8UMnb7wlzs8BVxZdz7hndQC4CNHxf5CN3LxJREpB0115/T55VQqWn37eduzyJ+hJYK+eeaOleFHwuPS+MY1gMBkIN8HEq2bXs9HH7uZ7mwTeBI/9jjRdMFkGiXeD5yehAYJ1sWslmLo9sBiU+z/YuelsPigz+3z9oIbpaOCvsh6bhj9F907ablZsz0Oxu0Zekp+NA9c1n8uuuMahS2d6/aTOsMD6Qw2rEqOc4abh3/34U8pV1NDtYjZoLYXG061atz3ZCI4gw3ct8aTBJcv89QfBnq/9+m/5Kg8Nnm8zZP9qMzh73y8T56amgq3j2yXaX7DC+z67P9NpnzVctCDwxvEHFehCu24rE19J8eJmxLMSUOGes69NiBSuURGPS9DlccTSG+j50duLX6oq0cB8E6WDZzFYf2dV7IJAQ57ssM/XmRfWV7lCdv0m+EwrZNTLEq+5aRHecq89pHQscsLrVtgJ1MxAFL/RHqYJq5aFmGPnqsQnF8+UIn3f1aVmdxtAlWvmKJfDNpjFLR19S2An7aCxBbG0HAmzhEAWoz4phc8GpDrB7KC435SaBtCIEr4YPE+7NU/XtxIJyW7yKDMLJMb1+aXkZQpI7UEI2wDumRAw7ONtpWhuVbcpV8ytMY1PrAtk/LmGKG3+ZgYpbaaVAi0laCnq2ybaaKP5GSCw+8viLi5wCknXNVNsJ2Tx4GEJvLfZYeeJU8WsPsYbYQX9vAAdiUPrzOCq3SRB5pgs/72lDAfPJRaZQEZDRzwhO7llWoURpm7eloh5sIXbifk30xHjfTZ4Jdw+fqgDJNb6XC0Bdw7Nn5V84CFwuHDsyFIzU/y7b2XBIyjDNIzXkgGl/WZ7XLjgYsCptlK8wn1apxbNDiKBFALgd3DqEgnQNXC1jAS8HDh4dj8xbK0ULvT+7Vyk8pVYf0XgkFf56ZA9OUBGaLykAuWl7q0cGynDGzeQzz8Qq3cNMqLCYobnLDkqVHoF6kEJXIZYPF8hEnahBBENZ2MTnCJka7WgP0mXyacKyAUaZsWUoKFL10U5xmShoTQxT1CuGynQZ4DQf86SbMTsPoEeXFj/r7UrCsBHeExznyIpnDvpuH5Vo8colH5eIhb3JpDI04b2OajdWFLhMkjl0s0ZfjuHWJQH2hPBGWUMqSwlucJImuh85He78aygBAm8IajGKnUTuJWU9WELnE5otvo28l/bYln01Cr0GHdtNaBKhllciwBRSSOLfNRDUK2cLQ6YLhcfL9bPXUR51VkKiRlbnl5A7hvaN1oTYI9d+hGPbeFX/dBsN+80IFgjRMIOb/uo853WC42hnxDFzdtLQeeoHdLjplb41A///DtcJYNU99OkmFTlnCozzPTFBgos9bu9SYJ7XQ0VlP4ZKssiBeMIkw+MFkq7DJG7hJ01xfgxEdgMsOiZUEAlEnjfikROghkvpJDVlRE8sp8IdSUa0tRZkJ4ngOmTDKb3JcqUiexHdT346xcZ6FOa5mIkqOMjvyMSuGQAEYg80GRWkHx4lyo0tYflrR1TCsCCWcSSXMT8McWKsz9/ErWjCNC671kOQkkZnHfERcFEkVygRDPP5NzyVEDxhQ6Yyk53N/jAkzCgEtgK6qcyt8TfkXaR0xjS5aSF4PtNZ5vHa+0x46EdvDyXBDgffEEcSTLCzZ5FjJi9zxayeZloOA2sFR7zMxIiYw0p7Rc7i/aVoZexJFB2cDQplAJnrHGMwZfiksDRF+SCFSRV1MLWGbP+dBkRq90PO8HTCwXBT7DGVL9GlyIqEwdcYKu0ijmTultg1n+MMatzR7gyUTD0pSWm9x+QKfZTexhXTgS7kOlpYDG6FCAYbOsAWZ9LR8xvC8h4ZQTpbsknKkyn12oidW/uNV7/1Oj1j3pqGJP/B4eefVI=", "1:eJztmndcVMcWx+moS1kWlKYoaqxRcRuric4gdsWGzxITdYVFFpHVLVEssddYMTbEqLH7jC2axEicUTHGFrto7GIBsYAiICC8OzN3n2j8fMIQ8X0+7+P+ceHOvb+5c875nnNmLwQOMfSKcrCxsTFVEg5hhlhdhCVWF9WXjJDhrnqTOcrWehZiNgwPJ2ehH8Y+jP0Px7q/h7GOH8Y+jH0Y+z8bG2Ado53NznrWxhAX+eqMXOtE7m9Oj/JwJ+HY1mAZIrTGsklUVBKujxtaJgkZa67m0cjpkVNCxhTNeTQKegzmk1BryqFRKHgcraQaOZc5TKNQ8j9HwWWPivlAyaNR06OGRxJMjy14JJpysNaCacq8NHp3EPtR5vCUFsm5RGL6lNkN7BGclJYW8TlCwclCaVG5nsTnCBHvMgNBRYxveVA5RAq+4IqiMtdTRnd5HMFEcr7lBTORojwiPiJY4sr5HMEyV84VXDlLQjlXalhFXMCKIr7gyltwtjF6d9A/EHERoZCXu10ouGq/qOEq/gxxZZnTtpSGq80ywJVldlwpTZkz6VUzU3K1WVHDtUFjyCnL0TSVfA2GEacsT6dV8lU71jRVfBVcFPH1dJYQKr66ylqZiq+uslam4qurLI9UfDVIdARfXRVFfHVVFPHVVdHlXESIIjUXEVYRFxFyFlw1FxFWERcRVhEXEXKGkZqPCFHER4Qo4iOCAavmI0IU8RHBRMF8RLB+EcxHhCjiI0IU8RHB2kwwHxGiiI8IUcRHBOtOwXxEiCI+IkQRHxGsqWn4iBBFfESIIr69F+uEGi4irCIuIhSsLGu4iBC3hhouIhSMcs3biehlidWZvMkFs86oM0RE64YLQmN8u1jdcF2c2RRVufSEUY7kTCIcQkwmQ4Rea9Yb4l6fLLzKfyfrHT9CF05u7q0zG7XRukijNvaNm12EX0Kj9cKFUOFpOqOeDLxxD1lBW71RF0EeRs9CYw0Rw0bpTbq3zNZeH2kRFhZL3tjpq/x1NmdqylBtXKQpyv4vzhK/WYnflVTyijfY9e8MlhKFwUJujiir3W7cdmtKf91TKSre7rcs8R8E2pHbYEXp5FApK95g94oItBev3dZvl9ZNa8XbLa0Iu2157C711lJ8nfEe8lr2TvmuzM23vDTm8vcQZ893arCknAltfQmnrniDa1YE2Ha8dlvfZombkPcQ6FrvNNBvKYt/U8HEl2rB4l7ojb0MmY9MHGowGCP1cVqzzsT+jEcabU+LNs6sN8eHGI3aeCYMoL4wWiLMFqMukl4Y/Oq8rdasfcueSsP+bqJ4fXk6con84wsZbRJaPfO2uhCNndKs64Yq+eDMws+LQwts8QMHpYc62RZP11w8PFzpALOqdexRtMwZX02dZGrv5QhT145oVSXVCa+4V2Njesci8KL5vW0frZPiY70PbFrXLR2oBv7SyaVNAJ5nGenvejMHKb/bHZx/MAUs8nHo49bECcdcHzl7XqQ9brTZ83TbS65wwep8YQYbXHdpyYKvCvPAtHGnf+hvccH+3w5seFyaDXb2GJY4KikfJTvKvEB7CVR/+muvJYEP0Q8PTHuqFmaClR7rfz3g7YgPF+8a+3THatDmVNSF+zHZYE5nYkk6aPt17P3ChjZwtKRug6/mbEaLNk/u2WllHmB25IDri2ZM++xcHtDbGCY5HE5DjWdUu/xHXi7YsyH+SMOWkxGb9zyyvW5XeXbNNETumt88CyWl1NphjM5EKyfWOzh9YwF62PPngGmZ3jhV9jTkVJQzFJz5KNPGF3tt63BrjFc+erB4l8vIrS/B6DHrPw6tnoHi1tomOybYQTZvPhp893TtK/H2cMC55DSvGhcA/XE0B22t/lnkJzfSQMrOpoIkBe0RvBm55Rm4nUEmPIH2/TzXKWuJLx4jrDahiwds7LP4fOVoP9yTuK22FDN/3EfUvPkBuPbLXMvN6k74Rve5S+NkeSBxOf2AL7sHVIsJc4W1QrIjTnyRgeg86Y6QLn9bAbDQAL5EUXl3tGv6uMGdt8gCHqFWH59PvFejAAlOC09bL/jRkDXtaO9s0O+YXFhyCSCr7z43E21e1w16rqmKo8hnQ1UowNO0JNAf0+f71sRhz+aFm+t6wgbukj0bWvhiBf0UIudBy7pWdXGFeZabSR46L5xwfEJH1EqK5QJ2d+ydYev4fptUc2XYv9m1uk6THDChbNdKB7g/aHkjn8UemLq7sQzXoAtxgG1ap1/e2tIHd9/+jW5mmiucvUMwRC7BNF5YiE/Sd3X2firFjKt8YBYoO+4WiH+7umfquB6+WMgOgcAq0C6xkoBoANaQcNy0xcw/z9Em1clPup3JRsyvHnhug0eu+4OeggkxyeZFPr5YgD4r55gNXhJIMuQkqru3aEbOAAlmeXAZpSqfaNp1OAu+1wuJ4ibBJEv9sA0+IZg9fqUMbiRYJjiwdZyV4P2r/JpdW+cGZwoUJ6cVoWXXCNDFwIWAftQDszy4DepcefFVTHI6EJLqyC8adwz6DtiJHhaBGRv7CpG6hQSnPdn4mxvMeXl+dEa9bNSQLHt5MaLPreEOizZnnw0bshpMEbJnYr0CsOrkllMX+tjj8411vrf73UfUz5m7AI1ffGV80LteuOPa60iwtnP/6SXAniZgLqDuq2YDZ529flOyKANEzYz44mr7u6BHkY8pNaESJFFcHPoEXezzsNm++s+AEH3BhCIgm4KPrWm3QcxvB1iFJnA+iJhwuVX8JVt4tT15wiU0X6BoackdsLv/871/zn4Enhw91OZ7/UVE41r0FDF/3kIDu/zu3GpFIepGC58tHqP+d+u+K/ywe5JCqFh2cFjj3KXXzlXDgUKWL3zkjI90CZ4VMjgLnQsbIu33ogamfk70wMwv2Wjy7SPL9qkDsZXHkVu/vhJt8wxJM37abj/UX6x3DrgqDUghOL6m3Y/PXmaBlgRo4IxpPZBdAjE0EXYjkjVLH7uwfE0qAVr5v4IabU5F2kPnGuuWS2DDz+cffN4gBdAwbakMr0YLGZ4ihcv3LVngPuYO2mF/f06DR0VgLClABVJY786Ub09uyUXMPgn0pgmbC2i6d3mIaubE9hnf1ANSHq/YwTUEx4/sMfXvMg8YSwtXOqBpVtUeLyHlTOIKSXXocCuH2Xn/HvLr+af/OG0x6GB84Z7xUxqSj2oSWNNsh4UiKYBmBwm9xycUIE9SJi/Y4GA/PKBWSCZgdmaBQRTQIkDS7vHRYtSDlKkpJYDVmXwwnnaYq4hxkgVo2XrmDCkeP6YhmufzvVmdGO8LGa/V8dqElrZhKTLci5we9IIj/ph59vrgAHz0Llh3o7Unbv9NrtOgftXg43HCA8Z4s/H9NTGrZ96Q1Wc/TNdjXwv37lV/9awsGSRXD6R7ifU0kMV3txTSchPmjx9n4hZ1OhcjIYk0Q6fK4KHnDYTIyfAW0oYmFqM6nUkHdoXUP7t8cBAF5Q5qQx44QALTYwiInpjitF2GaV5stIML3Qmx7jht/YqUWllSxk+CO1ST8nPGA+/+/cv9qxLtsIEmzgtA8zHCE5M0kxnd8UOyrLGVYNC++u4SlT9m7c0RszpeiKa6kgr5EtHdUkjcUJPZaBhuen2v8er/j179p89bxuT/AUBAcfk=", "1: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", "1: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", "1: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", "1: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", "1:eJztWWlUVEcWblZt1ABBRCUYEJc4iSK9sBiTKgSMGxJsYoziJG3zgFaa1l6SQ0ajxoWEGINBjUcTxe0oSVSCUaMyqSeDG45RZ3BXJIowjahssopO1atHAGWGLs5xzpmc9I/XXffVd6vud7+69eq1zyz9lDh7iURi7I4vEfpETmNO5OJGEwsxT9IaTXE2La0Qk16nIq3QP2y/c5vtU7bIVtsUrBFVT/xjrN6gUyeGJqgN8Zz2Mf504Cvyd2wb94ft/9T2eotNqHC/KXuMPim2tUXujSf9/YWrXEWKZIhBr1ObtBorQYFsIJlwVXQFFMQGkgvXYDaQYjyx+Y9kQym7woSSDuXPhgroChUBdCgZGyqQouQqR/yl0ibF442zM0wQxShYMMFdIoKi5COtHYnmlZmINjC5P9NY/hQkYwLJKMhqzmmG6JdSAIXpzbOsAYlKD2ACiZoNZJqeqL4gJhAVnyyQaXoUJA9gGolKVhbENBIFydmIoJKVKbsCYotJBAWzxCSjKpcxqbwFxKRymX8XiJDRpSFjWhoiiE0RMrqeZFYXsTYgORtI0RUiKEjOBlIyCpZu8ALG6oVLt2oBE8yCodQprC7lrRu1wmqxtu64Cqu12rp1KrpSkBVMWhALsoKtOoghsVUHMSam4iUudAVTFW8BWa2GNtVBybSzt4DYihcVq5KteNHkKtnqEE2ukkkRcsqekkkRcpEIJkXIRSKYFCEXiWBShFwkgkkRcqrygI4VQQ7rRg9yw8QZOL0mgdNhoCE5PJHTcUkmY5xjW4dxDqTVA19CjEa9RosfAPVJT5z8nX5zFp08l1ORztGcyaBO4GIN6sQOXhOEJmjxjVA8GmfQ9sGGJ/pI8Y8wrYHTkMFULgShN5POmkS9Zs4HWiPXgdOx2lgznl8iOdRpez/ttJsQUbw6KdYYZ/efZCoPECX+7OP2eBZxd0BmJ3Er2ulM/uzj7ttZ3KQVam3AHbDYScDKtmtEqXj2Afd7Fol2Y47bv12+A+lbXqa4SZM+HLcvPE/07ezY9V+m/fTzhHioDnwCRJI2VZ1o5oSTaeTcuXqj1sT972NqORUyxSQe+oOsi6l94XaW0NdWoXq9IVabpDZxRvo+qxe+RJnVSSatKTnEYFAnU+AAIQSDWWMyG7hY4cZ7re0wtUndQVgBI+lzZnsZceQW+SeAWG1fTulzebINvJrazNUN8uRNg756nPZRNdh8QXE/6KiEN6SuLK56sRKgBV5B8XkvwLU+K83zNtjAed9/djVB4s17jHvzYV/jI/DWyD9lup114OerZfhnBSjZPbh4SaE3zP/bmF3aAc9Dm0JbaeoNT/74sFFfnlr4LzA99tUbkZ9XI3X0lKEZUieYszbN+cPaAfBEt9c2vLXJCdbnxn77Xu9+fJhWX7HsZDH49uOo8d8seoCcLm6d+1qqDczcNhm6qT3hLGGiPeCDg1dwBD78KwXrS7yGSuBwnxdrEi/Y89cuLjaOXS2BFTuOTQzMHAiFaYY9D+2nPjc8e6Y3X1esxh7qgDzvhxFJW5tRCdh24+eVUliV9eac9XU+cHWt47vrJjnB6/uWzj9b7cZfbfhodo5pL1pxcI60IeM2EvxKbSGO4tMsnz4iP7awOaXm6sUQF34nvv1pSBZYHnThqE5RgRrv3uGDfetB3zUF0oSbrnD9B19v8Q22g/HnS2e//L4jPyIto96/pARN26k8/erkcygbz8ompxHMFyYkhR/fPL7u8NpLyLTPvenUPRuYsuPtfFnedbA2uydOyWOQPsomYmmvM4Cf4R1Sqfk72pFMGK8BfsSNQxGwjBvx2Ke5Ekj0i+2PflENqv4RMctlmgWVR/00YNmdCuTudfI22HYGDWyuNRd9fRlhHzMnnqhGlTUT3lkedA+5VYWciTt/HI3ynfCXJX45YHjoC3duBuSjKQQeVQY8Lv9Sp7p1H4QIwAZEwhxYbg+xenAqC0B+9JGd2yY7Qc9eRcPTvO15ge/n6tHxQz997lhRDFZMKLNXrLKD6Zk44V7d4RKS9iElQMjvbUcYuktbOC/1F6C5N33M6wk94JYfA+tz83z5eEEoDnAPlt3G01L+RlGP9ExbCdwSvr+6ufdgCI5d27f0YR+46btdl97d78NT/upBrscQlcPWJtSQEb+3rNoFFqanLJu+1xcu4fM3h++/i4haLlXUomExX+Q+eOkxuvJ9Y4wu3JZ/fx6J4CwQ/Bfw6ATOSprzA5BlV7riJZ2EnyMk9jJqitEdfZRtQRPfIQqw0P7RtnAFXj36xdWgwdlyYI9dP3HdVIGFWF3p62z4c6tiHoU2ngbXSDf7/rAOZ8N1ew3l9ZQ3f0ynWHSAt4V4MY1DC5z44PA3DA3OR8BmrJ7dnA+McMdM5rnDcr/DQ50n9ucXHSDSKQD9o654zlcXo7GDzbbrP3GBYZ8lljZZvODUBbv3z1roAjH7rgGj3XjBnaUUEbXUmnkghH+tG+Xnn+5QoO9kHahX3dq+Ic+FjxICLgVYHFjIzShMELoFzPgBlW986ArXcJ9oZsZI4LpJZGJVIJbIqpsFzY6oXqmq6QYXD8ldvuPtQ+jmNI8D5yQbEdVzLcAkHnyYcgkJfkY/FPloBnR+NeD+SVJgGkFPQTBN4Lsz56eW+90V8yThU7N+tazJLkA/b+rvd31QEaD1pRmRVRK5pwIdIss4vgolrLo7HyiLwa89iCN7SGaTLxvEl63BE3mlO7wV0J+fkdFLrCdVQOALDIZC/3P94N4y4z73w978h0KBqwSUpyq0mnzluEGp58Y/D7szEFKdFyIhf7Ae3SblR+/IE1bsf7ThHbZ+iVdwJfjGdftfj3gUI+ERIyQpHj/Z63VPbEKtf4C0vrrowCb7N1oCUuM=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmdYVMcaBmQXRCnSBZQudmUbq8bMIIgaSyKg166UBVeR1S0qem0xXmOJsWG7Rr0ae4m9xzPRcG1RwRiNscQWG2IQFQUFMuVwBa/P485eNzc/5MeBM2femXm/7/3KniU4WRefZm9jY2NwxJeuugxNiilDk5ZARshwF63BmGZbeRdt1A1LIHcx78fej1lh7OO/0FjH92Pvx96P/Z/HelWO0UpkV3nXTpeZ+uqOPOtE5kfSqyxBiq+xOlMyLmXmQeQUkqDNTDcDIqNXBR+EjEUqeTByipFH8rARMTKefRQWYJSMjyUYLhuo6DWKD0K3UfFgohhGzYNRM0xLCzBcfFoxTKQFmFbmYhgT+ktmtq7ZsRjIbKcy2TCQ2S6iIDmnX6uC+AzBAkJmtmergsxOJCwWLDG5yhKT8yq8CohzJ7UlzmWClXOBZKJgzY6MKiC52SHItmC/zE53VUByLufKxNDgOx4Dybm0J5P/DyA+PyksUEQliEuwMjGeuMJdxuJJzqVyOa+MWKtBMVxVRizOZjN6hVFwVSZmOQVXlRExXE0AM7aCq98SMVwNF0tdCq5mQ8RwdQ4s2ym4dCBiuHTAEqSCSwcMo+SrY0zYSq6kWgniyo9i66Dkq5giiK9isvyotKRJUVrSbyi50ncliK82syBXWtLZqPgUwcJcxacIFrMqPkWwAFTxKYJFk4pPESw0VFyKEFsHFV8dY4JVWVLQVXzFj8lIxVf8mMmjuBRRCeJrvEQQXw/FnBvF16SIIL7GSwTxKYLJKIpPESKITxEiiEsRYpMSxaUIEaTmUkQliEsRcpaN1FyKkLNspH6zIuJNGRqDD3lg1Og1upTBmmEYqM9qn6EZpsk0GtJqV10wTULuauFLtMGgS9EmGbW6zOqLJTj9Z7HErOGaBDI5UWPUJw3WpOqTMl6bTFaPGazFD2Lwbhq91hUPvDanJv4jVqvXpJDN6F1Mhi5l6CitQfOG1eK0qSZ8sAzyRkxr99+rOVAq6UmZqYa0GtWM9apBE1tpVaT1+bq9U75SHr5VKqn4MUAlsz7hOm8jTCwSozORySnm8nbk5q2uxltufd7u1uDtwM07quonOJXC+rw9rMG7poU6l4u8ldbn7WkN3i68vCtfqYh9osr6vL2swfsNxnwLb1nVgqmKsj5v77fx5krkb7DiWwhHiS+nxD7Y+oR9/hICl1cP7FbW5+37Th3txEu48g24+E77T3B03XdKuBY3YVW1yvUneNjvnRKuzU1YXbUJlStfa9ZJh0wWjtHp9KnazCSjxsC+B3bGl+6mpEyj1pgVrdcnZTFgfWoLvSnFaNJrUumDQa/uY5OMSW/40KCWsy9Hqx9PQx6R/3Qio02mel88/ewC2DTj0mCbb4LR032/TC/ThMJt1+9lb69dAHr77MmzqR+IXJfKV+5cGAZrTg9MedjnthDf6auJDVaGoMktuqxxahAO+wVFP0r54RSg857VQ018s8/VbBgBb/TCC0x0hD2+W/d1N5tAZIybXyytCIb5N1R+6JIU+nT85KWvwRb9ePVarXnrfaBHUfSZtB4OcPaK55G3mzui8pjSgnwUAOt7D+n6eNZNgB4s+6DpfE/UqN+Xh58O9oNzT07oKIzrKhQ3xAOm2gj1JQdxhCWu9/Z8U+M34HRh1fC2033RKtuDEnfPQLggeJZphH8B8CMTt7kjz9zYnwuNteGItmSmM2zfQV/i2sgf5YVcKhl/PxCOahYc+CTjBZiS331v/SkvhWfSgYu6ZDvDrHsNIh03ZQgLYmZk3HmRD9JjtbrCKUUgHs/K724DW9OD+SN6uygUbm+eiY/wEowlBpsuQRJFHdUH33rAiXvgpzeOVoAtHa6P8WzuiQithkt94Id3L24q7ecId4wt2vpJE3cUjWctOuAPh915sf7R2XuAuuGwHcJG79/5mD3ckzzhYtusZ0LTc0tu11v7ENy3JxvcAQq6QalA/avLA32og28K8RErpm29/kiI2/247NzoIqFwyvHE79bdEAqcD7Vc3PgasL8zs2GB8w0BG7eeOv0R0NQlnixldnvkjeg63wbDj6ljKph9ctzQvNa2XT/r6g6x9YYcNDoyf2Z7oXaDfssNGRsEO2KaWzo8Fq4dcsFKKRPGz9w3tGZJucDOWQganXQ7un+0O8qb0688ZkwoHLO6aUxAvhM8EOFaa9eaOsgHqzXhpgtc3BgLbJotCqUbSWHYvpdTn1wqBz/dGdKkeGGxYNzl9eLkrDDk2yBBsmp7GBzh73yt2ey7Qufe/1CflwSjJaOWrgztHQGpbp7mgl4nZN9va14kxBJ3rj8uDOh8zKHtPwuFnss3bv55YCFYNZcQKxXsljj6LxvgCid3JwHggfpfjqsxemgIjMBqCOizU6A6h08F+PWvh1wCbOGBvV9IC73LhVTipql2sG874tlbIHdHb2zBW6BbsluvVvNDUJeoadGDpgTDQGrIAjCSGrY+omF1pSE8kUgWzhUk5CDOfmgcUA7Y3ygC3pq87NSGM/aQHjsyGNHtHwfBJ9ir99a4wEhiqMQgNH3WraLA+FAYQuTvLIGhHxElFgn/Oq/4XZ3jC3/BahuW4wJHXltaZ3VbW3QBD7c/6gWpucNd4Lgtu5Mn9JYg26t2OAUEQknOl5GjmtlAarZMKUoh8vMNhKpTbbrlzfleCCABbuONqLlwXB/tTAjmgb8nyXq03OCG6Lw8f7g262ij1nNvCjTutK4omRxory2kcet0R8AgLBwntPPYyEPLl2C/H1gw23XMeQEHT/yC676oJPL2lvDUIHj5wiRD3PwHYI1TXLjp0wDUmQTAyHrQRB12FoQ1xErL90ItcbqKW+0KM0YTZRWDMqyaC5M80dH92FHDJbDFlTDpJC8P2Hi9R26srz+STsqOmdE0CB4k2+6uBfuThLQxAFE93vaHW2uQQHkKNp75qeeDFvcE4s6djm5wYcXs8S/2SyAOgnm+9qUCvW/tBLGVeq1T3gTl2D0NIp+DdCrYXwHJcq1C9wPMCmeoJwCLKbXNQFvY06XZ9q909hAnyQvuMj80ggTyoHCI1YsVfx/g3bBl7FHMZu3VESe8IBb/lXkOdtAT/PvyrlhfRMNc6w13RT0/nNrYDSbSwBfz3pO6kMrhWjGgec1Lglg+egGIGbKP2KBOzSuCy4qvgB8eHj/SbvMzUFZswgqRIpyVhi4ZlQtUGz/8W99t+cLDPkTYpQJRwyrblwLebcOgxMPgdwLTlgA1TZDXhfpr73ZsXvEYsLi7JdBzfvZEIF6+lCVBNB89t0U1S1ak77hfLpCoXYHvj/zYBKegu8I6JRGOFLUZfvrzs1fLBGLNU21eggJcFs71qYMu4yw3yT4cEjYzPzoMvsBZ7FChB6JpJDlM1Pl9kEQXdEE036hDYG07XAkXu0F86PiIQW5o1KHlfi3quUOWn5xgI5oYXdB57OUDax1gTvl2nJlrwSWL8c9FL5QTtFU/uI4z3EnC2smexaGHK0z7PAWniDLAdPBUYH6XiuvZQ3LaHFdHROPA3Q7SunnXDs7Bahl+eq8QdFY30OF0IbhL0tqVYoHlKQ84jiSQEndmr0XBkHYz0ZnpBqNeN8xQvRd49Q9mr76SfcOY7A9hVa0r", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWglUFEcaBmZguC9RTIhRTFaT9ViYmebw2GqEICpqBHQ3MUYHpoGJw4zOEcUrXpvDI+uRaNa4ERONmjXEmBiv3VSpIegaDUGNiEZFBZRHkEsCIrBdVT0RDe9JzTq8ffvkPXro6vqq/u//v///u3sITTUmpcudnJzM7uJhrFEvpFn1QnocHsHDiTqzJd3ZdhZjMWYl47PYR2OPxhjGxv+fjCU8Gns09l+PJdrGSHV1sZ2NMBq0d8/wtVF4fjg5KpPdxGOc0ZoqlufOQVQEkqwzZHQCoiTHSBaIahQeC49mxyijWdio6T5MdChGGcaOUYWx2MZR29Qs+1CMKpx9HxWTDyKoD8LZMSomtUkYJh9EUtuY+ESRI5Pcomh4OBZMNKPbyA5h9CPCHlCnk47MDqcfUXaAlEomkJJR2+1Aqk57nKa2PeZJIDbz1PbsxNkTXI6xOtItGMsW1Q9jLrUDqdg40XRSsgU3irF0UbfZw0kCMXFShtkhWBuIKXOV4XYIVgKpmNJdSZNQyWaeyg5FKNV2KEICMXqP5pOSzRGcHa1J8jhTn6EOVzPdbtAMVDO1ZwnT6fJ1tweqGVstwTD5jWaf2o5eq7anbarZ2qYEsqdtqtlqOAVxbDWcCohju+mQQPa0TY6tstKM5dh6LU0+jq1b0A7IsSmCpgXHpgiqcY6toEjmMSlCAkUwKcIGYlKEkjoigkkRNhCTImwgtmZGXR7B1i0kEFtfkkBMilBJoI4VkWTVC+ZgfMEimARjWqaQJQJN2c/phSzBYDGn+7RfMN0Vn3mJhxiz2Zim01h0RsO9iyV7/rpYSvYMIRlPThEsJk2moDVp9PdN9hb/iM3UiRdixd0Ekw5vd98cD/GPOJ1JSMObkbNYvTFt+iydWehgtXid1ioapscvJnTy366mIFQyNAatOV32Ww8r2/dyTuV4wr4PIuyPEUYrnpzWWd6urLyloivR59SO5+3nCN7uzLwj2t9jc5zjefs7grcnM2+u/R0/F+F43gH/E7x/fRyQWqvjeQc+iDdTQfNiJmx7xSbdFjiecDdHBFpmr8Cl1yldIPAgR/BmbmBSQVNJYe8CgXd/qAJ3YyHc7r2m9PDdBfru4Yg4M+e19MBje/PXBXEOfqhxVjATjmzfqVVdkNA9HyrhDm5sH1C5w+8p4F0Q4cceKuEOGt8DCKvbP+So1Pc9pOAbRrxwrNFo0uoMGotgpl9DYs9OsGoMFp0lO8Zk0mRT4JPEFyZrmsVqErTkwrS753Eai6aDh6UI+m2M6l7zBHwpTvzFo31bGqyXNy6Ca46/lgBbXPiYmrTvpozxRHl9dpkyV58B3TRHTg0Q2kD876wuG9wDkc5Y/ZdjKTfhtxf2LJ1X0AS+PPrq15s2yNBI2Wyvp5+pAGS5gGb46vgne7wythScX9Yi/KL15ltPz77RL7wIHA7ul+z6kSt/ceayt6+ZZGhd7HJ9eXMJSH8zbcqFeDlveXp926oFR6BHU07GFxU2fBCKw9N2uCLRuKOK4WdhytWt73/T5xrU4oE3XJFr3l/DZw2qg83Hq44dGVEKDm3fMo7vdgj0KTROVZx0QeazgbUx38tRVONh7SfTGgF3M+q5kaY2UPmHg/39ljvz/3QNDALxHrx26KXxK9dfgVOy8lp3zz0MYxZfyX/vYCWYPOKP18/tLIN6YlgzePa4f/6BKHdek5LUP+etHJAtsnPfWQ+2Zec/O2TNHTi4LVR0RQWUl6945mefFvj4hOKQeZrLcF3o29aZIbfhvNpdz0/f0AD76mfP2TrwOJDsgibRLbWbfNHkz2HlB8PqwI29n8nKV9QDYo7Ji/9zNPZ4I9yb+tq54dkFQPXN54MNHykQjk7IBxdB1YvY0Eo4nseRuwTdh78/cdM/WmCJ19odiyeUw5r60S+8HtUKiLlP3AE4uo9duQ561+snzc+tA5/UFI5N9b8GV/88D3AvF8JFctGxkf5IOTHs9zu6XYBju68YXSH/Di5YsX+6R1MzGPavJJHSCRj9Y16WemEJWLneELiE9+C/EtXxxQsKtCqnMbws9ypY21M+yfdTbyQuemCUdzOYRgTSDJZMGPX3hf12wyCAFVUEm/ww41MQe8nncgA/4I0e507+cgsSO1Odeczm06IGSPVUDXKLpoorKZAT+bkOSPiqAvnEjz1FyRYDcddBu3u580t9xn/2Tqk3IjIOqQR/O7huld8cOe8zc+fy89dlPKGTcwksF+V2TePD03g2QGzFoFW3wNZx2KHu/NohzmOX+rSCokXm+HcayqALMfAmxNsaAquheuFefvGVRiganXxVCERui94VFX4KBu/9wemiyzFA/DnrDDgU/dTouUvaoE0v264nDG7b7MZD342qD788C7RiNshme/LUXgUi8lFWgxSSIJLdmUFIMfW9xO4rqiAJT0EliHwcTe4TE4xovEvB8IGnN5T1+h7Ef1XXcnpfD4Sv1lz1QR7LeqdVvVgMt387JvKtmGr44yQxE7bJEbW/FJB0Cj0r8fFBVCd1kOZZNSjeefulrDwZCsXCaXFGCXB+r6iMC8BKAl0LxGStKTzhisp7icxyXVB9Cw7YT1Kd8UBeez7Ozt/hhmicS8G/laKQq+Q8lnntrlawp7uYyaNk/IhppQV9z8v5+aKabkW78E+IXpi4y5cnsrNuBnd64swuh0jMloGnvXnKqwkG5B/Yt9INwf0r3ap7JNSDE0PH/bD6pTpI8snblerznIInbvaqhrM3fvjU/ju3wVSc2ENkaB+PE78JkvVNLkjyL13vqAzR9SrgmAq5OiCiVsr727DgjOjIuQGI5mkNGDrj5JuFF9sAro4LvAN4UleaPRGtg4WQpPlOP0TtcENEJh63wHZO3GF1AEoX1bh5kjeieqsGJA/XuqE+pFC3gDKw5dLXvjVANC6uqLoSrl7QPGTGSRmfKEZ1miDj5wbljiyZswWQcjCgHPQ//Pq2P4125mm9yIUZZ8pfGdBQD7F79xdXwFU47JsC+APFuPAWwWW7Sm68u7sIBCc8f6enqjtPdBr6ExCNXzPE+SZ8GZfjkEAel63eSQoUQQpCKyRuGebOky4bY8gwW0zGLPO9Peru/93c/V6ngzHlfwB4TL0F", "1:eJztWglUFEcaHm5kkGsUvI1X4hF3maNHSNQqBa9Vo4Jx8zCujkOjg8OMzqHiGs8oWeMaXe8z8YhHNEZNjEeIVSQx6jNRAxJQjKKgBBHkEgEVt6u6iWh4T2o2w+7bJ+/ZM11dX9X//f/3/393jx0mmqPi3GUymdVbOAw3G3m93cjHRZIRMjzMYLXFudSe9bOZE6LJWcSLsRdjDGMj/k/GBr8YezH2H48Nqx2j1dW19qy/2RT75IxcG0LmK+lRFe0pHCPN9olCeW4YRE0h0QbTpAZAVPTYiwWiHkLGlOHsGFU4CxuNuA8THRGjCmXHqENZbONE2zQs+4gYtZJ9HzWTD7SiD5TsGDWT2iQMkw96ibYx8QmjRya5hYnh4Vgw4YxuozuEih9aR0ANTjo6Wyl+hDkAUqmYQCpGbdcBqRvscTG1HTFPArGZp3FkJ86R4HKM1VHcgrFsifphzKU6IDUbJzGdVGzBDWMsXaLbHOEkgZg4qUIdEGwtiClzVUoHBCuB1EzprhKTUMVmntoBRag0DihCAjF6T8wnFZsjOAdak+Rxpj4jOlzDdLshZqCGqT1LmAaXryc9UMPYaimGyW9i9mkc6LUaR9qmhq1tSiBH2qaGrYaLII6thosC4thuOiSQI22TY6usYsZybL1WTD6OrVuIHZBjU4SYFhybIkSNc2wFRTKPSRESSMukiFoQkyJUoiO0TIqoBTEpohbE1sxEl2vZuoUEYutLEohJEWoJVL8iouxG3hpCLth4C2/WT+YTBKAlcYCRT+BNNmtc07oLxnmQM7lw6Ge1mvUGnc1gNj29WLTPb4uNTpzKR5PJo3mbRTeZj7XojM9M9hW+REw2CBcihN14i4Fs98ycJsKXSIOF15PNogMIwmwnk/VGs37KDIOVr2fRgYZYu2CfkbyfMLj/flEvymiSzhRrjXP7vaNVdVs6p3Y+bz9n8PZg5S3VXok+p3E+b39n8PZm5q2te6vNcc7nHeAM3j7MvLm6N/6c1vm8A/8neP/2VCB1WOfzDnoeb3IW0VDCcmbCtW/apLsD5xNWOCPQbo4KXHqr0ggCb/aHBpq5c0mVTC3FuxGU3dwZgfZk4V3n9ab0DN4I+g7+7ya09MBT++avEeIc8ocS9mIm3Ktui1Y3Qia3cIaw67m/fU7lVj5VwBsh0C2dwbue/vcc3pq6jzxqzTOPLOS+kSwcYTZbYg0mnY23ij9KEgePsutMNoMtsZ/FoksUge2oSyx2vc1u4WPphQlPziN1Nl09j05a8bcZ9dPm8eRSpPCPjOYt7VrYtK8L7pRVNSc+ORBOuHmhY1aVB54Y8Fb4F6e98ddRazosszeDVwa6zZTvkOGD6M6W3q+WoVVJi2LSevvCqCGb573cX4Y//PGT8+ljMlGJ/odxQ0/fROdajrrcenYxSl6z3H+WNguFXDp3PzpHgede6pP41u58MN/95AfKGXIorNq565xMNDc+2bayRSX46B8Hruev9sEj2gXHDy9TwNk61Zuh3XPQ577T9r2fVQTCKr+J/WSCDP5zrSloIf4ZDX+36YjPVj0Gi2PSknOaVYKqjyZ9ftt6E+Qf+cwtb6kn7v7av87OHVwOht521wRq9yE6nS8HkzsaZ87q4o/nr45435iXgxZYB66qWCzDMvrngX1deyQFX/oejaQb3QJtqCHV6NL46YJpt5Fo1100pUfF2l9W+mJtb+KpVFDR9e0Pvrl3Be37NHP89POuUNjl41cjfgD3jl1e8oivQFuJeYdLwLYveglMssHOjd+9dMAix/MGo3faHnWH5GrzB2fBWuK2vTL4bVoPvmXHAFzD38/Vbb0Bjk9pIlAsRdsGfFn26KIvzJxPDL+KCpueCF3f/Q4SQH3/OjYdFdBlUoFqRs8O7W3uUDw/AY7CBTdOrUsDVcpb+7vkpgG3Jkva64s8cVEBDu/0l68AdRdyx6svNhFc5Ac3EfMmb0U+Gdun9vGpAjdL26eaxxejgV3srhu8zwIXEoA/e0AdMXS9Kx41ZcOMTdtygBjndNTz0Oa7uxYrYP++v17aV52MiHUHUSZYsixXWMkdW+iXx6DcOOad/V/6QdEfbvi+5/h1w5pfQTHUcb+g2HFEgZ5wg3frLX/b44G/v3L43dkX8tGjpPKsjPlp6Nd4EgiZZHcJiqwuLMBVIViMUyEIIILYFQBJ9N/Tp4O2YZMiDWYX6fwuCH5wtujMQgU2aeYdgQvKxTjafeDmwI+/Tgl5iOKI+39+AMi0b/s/RtSObvfQ/kHXZzXbfx1QfY71woTdnXZyeOhPpu0uyeXA5aqr4OEsQFS+9Ng1KW7FgOrytA88PoQoLRXQ+IcVoDj6J8M0jq2DYMruHW/AlX5Y++Prb/wU6IepG9uEwHPvpV7Nlnvg9d1bCJS9Md1mewjk7oYNGGQ5JubLxkD8itJ7X5sNChh/dZrg6cuIrrOiApy5CXZcO+EFp2dvEhjmoZWvkUgWgnEJJ2sO/b0CtCm4oW2Fy9CRiSSSnrClNSOoNMUF9tn45od7P70FWuGxL/UrqQShw3b6DOxSCX5a8XZNRHU1KCPySPLEUFjdb1MJoDLgShGdniPH9FOfDWZu2tbp2MMMUHpgpKCYR0CsM7548MiHLawZ91FXf/nhnYn5YI/iQmRmqAKT6uA+phiRaO5ZKcNQIShurxvuRtKtazmi4ZzqjWncw71xhoY44hD47iAJRBnwI+nR4hEi6VBufIhsndc+Xj6nArWNiX392nk5nnWqmxCRcpBzat1Xa5afR0NPe/XZmO4BiRpunCoDS0hZOlSJ+p+PS8+LLwWWKn9BUVVgvTDbvzoQ03XvuEvxXANIVUha5AUFEXgEXQzC6TPzX1Z6Z4Oj7RYVjDqainIXbhEqpgIKVhcvOlMEro0ghaYA0TCVBkOat+XZqCiGZE4uWHxmdMruzgroVRwsuCgbCUm5onB2BkqVkcjXIDHvakBC3oM9Jan3wDL7tNZNJ7jiVqQM62qADy14J8HoqFeEEuuLiXrPBrjAKGJQYCAcTGQ86D6yCdXEc3w2Ei6eOh4mhyS6dldPTKwcnXIPUfm0CYIepHz3bIKpfFJ2IbpshwBI9RZTBKgs7LmItt5+pklWm8WcYH26Rz35XzhPfuWpZ0z1b8DkwGc=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmntYlFUex7nDgIjcQZAFxFsmydyAbD0H8UKoGeBDXjIZYZBRmKm5qOiurrmmu6lbmWlm5t0072bhqp2jVoYWmRdSUWMRBA0RFEfAgH3POa8rurMPHGR82ueRP2bmPe/7e8/5/n6f8z3nnSFski4508HGxsbgIryM1GWr003Z6swE0kKaR2gMxkzb+0dxRl1OCjmKf9r2u2ob9bTtsdoSnrY9bfu/bUu830bd2u7+0SCdNuPBETn3Irk+ir7KU5yE1xSNdrJg920LieYLIW1Srm6k9FXBHxLDF0JHxtWNjL4q+UNi+ULoyLi6kdOYqP78MTKu2ihYP1H8MTIZT4yS9SPlj5FxVTSa9cM1NhYj5ZoHMawfrrGxGCkX1bGsH66ashhpmxllpLG3Ng+uRZC0zfQw1tgb3/BE32kzP4w2FtTmSdQyqM0EMd7akwgZ5zxiJLRneLzOwNhuT8pFb2iz19Eg3olOg6Lb0xObgjI+Ith8knEVV8qmhozL8BjkMi4jYrjKuExFBI9rEWMIybkWJAaDnGtxYSzIufLGUJBzmT4jQd4OY5XzccpAkPNxykiQt5mEFs4l57NwxoKcz40ZDAq+acRoUPB5JMNBwWdCYhCfR4pBfB7JyFO0x7kUfESIQXxEMMgVfESIQXxEsKmhbI+xKttjrEouIu4HcREhZZQruYiQMsqVXERIGXtKLiKkjAglFxFSVlwlFxFSsU5cRMhYyqO5iJAx34vmIkLGfC/aMhHJpmy1wZ+cMKr1al16ljpHCNTnDslW56i1RkOmR8sbZjqSIzfhJc5g0KVrVEaNTvvwzVJc/3Oz0bmvq1PIxaPVRr0qS52hV2U/cnEn4UN8lkY4ES/0ptZryDryyDUS4cNgjV6dTjpL6UIidCZycXq2Ln3qdI1BbeGmQzUZJmF82eT7Ao3Df9/UmSqarNJmGDLtH8pZi0cecV8YbX3Zdq3JJkfxbdXryKs3puXklMVYX6+9NcrsxCs7tqW9yGKtL9sCiI8v28KU+d+y6cIibr7v71mtr9sCkI+v28KcaUW3+AAh7umirK/bApGPr9vC3GlFt/gQJD5vSK2v2/n3wbms5U5ALrO+bpfWdHPZOD/gipa7GLnc+oIlHSqYn2x5yx2YXGF9wa4dKphrY0IFiyu1+ACstL5gtw4VzLUzoYLFNVp8eH8CW7FOHSqYa09ClYpfGouL1BPYi7l3qGAL1t+K4IdX5SewC+vcmuD2rE4WnLAV3bKWuzDFE9iFeVhDt4UlrxXd4m5E/EIp6pFnUTJIcuN4nU6fodGqjGoD+/WXYJpkUmmNGmNunF6vymWBITQlelO60aRXZ9ATaQ+OB6uMKgvPxNHsB1TZw8NTk1Pkf4BIax58s+TYiiug3uPalzvtb6Bd9uWLem8PgCu0XvPw8TLU68hbm19J7IoHpZWdDB8fDM9KssKzZ1xAA2xH/tV91BUQeko30bmgFghni+pnV6CKKX3Nyy8VoVM2l+0kx/1gqU+3/DJwG1Vv/nZ4dL4vXlsovxnzTQA8erqvOrCkBpjsVroErS4FvaJctgWPuwNi6o5kbE27DuKDfy1RdrXHB41LAxxS/eH3VflHB23PB19OmnP+j7EhuHiV58ZDcYHQGLG8+Z3Z1ajPq/84cqf3HXAVbPjlq84OkOq40YhcyXBnmtHeTm9se/ujADhkmF6Q2oiM+3zvnYgMwL1nL9o/Nd8bSq/u6FE6rwGw9wJQm5365x1fOELwyvjdqLIQDRpYcX5bgwQf8e+Z4tg9EG59M+nFj/9SiErnrf5h6483AE3Dh51h7phPFT8MKEapnfvt+dgjFC87IyTsWR/oKPdUvnCoDoyJ/fy7aQNtYRf64QL6MfNs+ZS+zejwpxtegobu+OJQ+xluEZ7wuKBWc1mCE2fNe27EpmpE65HoB0dsch3aw2SH1VvTRieXe2M6vNUekGQLj5fAnPJ7W2pOnQdCEZYumO8E83aSRNQjpsMRk6tfqPSDA14vWHjqchXKn/bVJ113BmFaL1dPyPJYA06eTa187kA1OC79endklTucSsq6tBywvJahmcf6PP/e8BC4al33/b8t2ACubPzo69D+AdgHfHtxX0YoXPd5tFDJ6yj1k8+2n5tYgTa+BL1VR2sBLUcPGyjAs/P9Mifcw2nusvgTgdCu7wK/8wVmQMt5IAhnTBAykecPJ+R807RnViVapl6YPuGiIzRkvXvjT8gOZkvq10y+3QWfq65NHPtWA9OhC4Sjk3ut+Vt/Z7ywtujnuQY/TOjpvN0JLt0iFKybOyR3u7XrHOpPE+kBIygAh0WevXDjAiEwzl+sbwWaRAtViJ4VaB3j7wnp5ZJ6QDke0gzc6A1ugvAlpjeC3OvR8OsOcs/CMEw5XOILwxvNpuJVZiDQEZh04TSKbA5rNO/zg5Sj9XXop3dfbYqfGYwn9jnR5VhDN9gwe4qAfAXK2nvdsM+3BkQI2RVGBDYeOixE3ETa9bYHHb1KQGhcTfr3EwLgnkjS0oQoXsneeP9ip2o/lyDYnYJTB2bQAW5BYX8gRJcAxl0VOJT8QdiSO/b4+fdOzElo9oKkOqf7XgLvrKmLuloQitcN+eJ245kgSHEusMFsXtQAiuPfHSDNa79mlPCvmT47hplRXsj8X5PqgiGd5xInzPrpiomsf9b5wLWTiSAzWE9wqb2GVr8mnBnmDC9FEACK0GWB1nEpriz/c7tBlu8ytKgoy0Y3twGMISBqvaB7cT9hiPlsHM+E4b1CNV/+zBPSdAxvAoSiuykSSLrNW1yKRoX4TRl5uxjQOgTbwEDDz1634q4hxoEtpL5WZAbMZyrRRYGaoT5OmM6D7yJwYieBzFQvOL0fyWANIvS7r47AJnL5Eg+o0VXPzx9th4eRads7HNNxnHCDH8S/nV0+yxULtALFa2bRb7wgLes9V5x5t1S1tnADoByk+8Fqv4SXfwu4izIG/DJq8XJP3NvDbd+m+k7wfbPTxBUjXFidgCdOmyYo2uoJT+4de2f/ODdY3m1zRULkXUB9sMkZ1jaemXGtpzusTCIV2Q36P7PF++TgJpa/yFLA/OAncCBPAKUwROS8hOWj2heT6bNLFQZD06vGDRp4ETF/uYXmECwDioFg8lMO1jpCQov6Qzu8ZQOZ2AGQTtNbTcBdsNmirBBM5Fbl+8Lcaz0FZ69FSVNXTl8VLoE29E8Cqf2k+eCR1AjMiK0H/lAw3UlzxkowqeKVjd64O+3QFhIaZ2i84JmVVwXFJ1EqvdAD0qU9TjvZYNTrcgwPr4EP/p3qwW+rFtqk/waCjkNH", "1:eJztmnlcFEcWx2FghmNAGBA5VVAXvDBhLsCYTCPq4h0FNR5Rx2GAUWDiHCpm11tM4i1eMYoY3fVerzWoMakXjSHReGAI8UiyoiYc6qqgIOKxXVXtiu7sBwrFdT8f/+mhq/t1veP7flU9Q8gY48AkRzs7O7Mzf+hrTNXrrKn6pDg8gof7GMyWJPtHZzEWY1o8Pot9NfZSjfV/NfZMY3Gvxl6N/d+O9Xo0RtRa9OisqzE98fEZvtYT3x9Bjsp4CX+MN6Qn83JfP5NINhM8JmeaRk6OKnaTKDYT4hnTNApyVLObRLOZEM+YplESm4jX2W0UTLVR0Xki2G0UChYbNZ1Hzm6jYKpoJJ2HyTdqI2fqgyg6D5Nv1EbORHU0nYepptRGXm9GKWn0o97O1TKS15seyhr9YHNP0J1680Npo0b1bqLaRvUmiPLWkEQoGPuIktAQ91iVgbLdkJQL2lBvrSNGrI1OjCIbMhNtQQUbEbSfFEzFldPWUDAJHoVcwSREFFcFk6gI4DEtYhQhJdOCRGFQMi0ulAUlU94oCkom0ackKBsgrEo2TikISjZOKQnKepNQS7mUbBJOWVCyqTGFQcXWRpQGFZtGUhxUbCIkGLFppGDEppGUPFVDlEvFRoRgxEYEhVzFRoRgxEYEbQ11Q4RV3RBhVTMR8ciIiQg5pVzNRIScUq5mIkJO2VMzESGnRKiZiJDT4qqZiJALdWIiQkFTHslEhILqXiQTEQqqe5G2iRhoTdWbffEFi96kN+pS9Gm8oSmje6o+TZ9uMSd51H5gkhifSflDjNls1Bm0FoMx/cmHxbv++2EJGe/p4/HNCXqLSZuiTzRpU5+62Y3/IzbFwF+I5WfTmwx4HXnqHhf+j24Gk16HJyNnsalG3biJBrPextN6GBKtvGOp+IsCg+N/Ps2JhJKsTU80Jzk8kaxa7zrChjCy8eMV1RWvJ7YwWvHNuvqGLWYNO6p2cyqiGj9sh8YIW8IadnRteVFEN37YNnh89rBttMx/D5ssLMLm+9GetfHjtgHkM3S1jZ6pI2DhzUHYzEU0fsA2UHz2QttomjriFt5+hBcNeePH7fRyAK6ovQVQKho/buf/MeCq2tsXpbLxA3Z5OQBX1t6BKVWNH7frcy000/6EBCys1MILsLrxA5Y+14CZdiYkYGGNFl7eX8COzO25Bsy0JyGRCl8aC2vVC9iLuT/XgG2sAHUE/OTi/AJ2YU2ea8A2lLCOgBW1t1+qF7D98qgr4IaItY0lr464hd2I8E1SxFMvodhJ/OBYo9GUaEjXWvRm+rMv5nOAVZtuMVgyYkwmbQY1bEFSYrLqLFaTPpFcGP34vJvWorXxMhxJfzlVPOmeHl/C//yDR0vjOj0MuS/ipD3+YBUFSGBlH595vbb4w5YZA3qumeYMJWM7VK745Tqa/JeOsUFXfKDr6N9OtfrEmwuLcN4WNKwAjfF8J/rv39agNdNCD2WGibifezhMkm5wgtJQ/obV3tBhTrOzJyY6QMWCeEsbXzv4elen9PVf+cMV816fGqk3NzmvXeclx6pQv/zFIx7ElqCfvMpjTiZVaKRt2k6Zt/8BCt+95vrGbwJhIW++4qEMts09n2JnrESHE7eMTljSFNod88w7ENWEy823+1XkUoiwV4lvSOBQ5sYhR+VXNbljpp59s1oKE8NDWt7q6AX7djgUz9vkCkcPd91u+NUexq2auPrT9S0AZ6FS5cXlBLz2S5tMCUwde9CS5XcHkXjaAMoeiWdygOW73cZvO+YP5LKjO2cVrXIOzK5B00PxjFL4QPfuzz1ifWAmHF3X/bMadGrP0Nv7V/lDkTRr84x8D+5C+KKcOxGFKHUSzmi5pvX56ilj7wXA1pM/Dr76WjHavKEf513UEnqShP6mKW6+sSSukzv0/tbpzU8GOQPnrT38QwcJnPAfcC7wT65wqtuZG7fah4CV92ZwExnnEog99YC04prNN08XoSMPdr9fvhPQ7V5DM6MKHaHV/UrrhaCmsK5QeT1qthfA1ewuHRPEcHD5Io/JlUGQ1dm+76z5Uq7MUSlTHxRDZAAMD45xAGx95Job9/3UOPTn5vYQenlm9vGyANhTxhfyfWeImXExb+XnpzUtZ18ZsG+kH0x3PLIwIteP0/NlGhh2BpXvfHvcqioRDPXFlarQrD2+hY/4IeKdDt/9RTAsPHS77YiTMnCpzkneM9YR8EeZQgZ0Pk9ufev99+bcuqRpv9n7VLd3mgAfvFY+6DJaILnRLG6RJ837TAmIebe7vOkO36Qpp+WCFHhoFk0Z3hosPZZWSlp6cQNJYpvC0jmzh/1wsALl9Y78MGZ0OepCALyD2o3gPUkJhPLTfcd4nnHg3r7nZ/7Jqwb9o//8FeleMqDxuHNzU3GCK9As9/47lur3aVJwIpY1g2qP0twdDkWIYDgqCFQjD/R0EzlweQf2zZfccIcv1/KAbQiErzbxhc5yAH+SgGsIWxX38QK7xVNqOr/nzZGPE5c1hEdJBZqHsZ/uzPHNmDVH7E7r38UL8lthgERA6+wE9nwXfLTWFy6p+cLlNONmmHHg1ahjwarfm28EVHJ2290Rabc1C6zjA90vXEH/HNb1rZKPA6DqsnZd4S1vODMdG1xEK/lpZg/zApKPTRJuDm6nr3fR+4eKYO3W7WdGTSjW7I28cyixTAYxN3XfvyttCh/gtOqktM/tb6Pt/GxHpgQDaeNjPhzuprZTnKEJaWw7qhNBhUiGE5QphbCcD3cWbQ6E5B+LeeWRcRszsEA8RDv5tm0b7gl9eXkqc/QHTL92tz1c/w43sp/QX84cn3W+VHmog9+yApeUe5pBJNEyjnJ8SbNMj0n5XVM0uenf/hjizcmJMJSgWdkYyBoNkbXLgZBEgDqmOXDuo/v6qmDaHxNaQMhOU8riazcQwX15czDhgl/3hzAiOFVo9IT+LZqNDQGsXuNcSjVk2vFi8MQFTnaEwSRxlZpCvts/T5bBEP4jzEMM65fgxhPDOVwesQww7ed9g4G/KN3713voy9c/bu/n4wxYjbOKQyjnX7hwh3xD48XrPYAX54vqgFOI9Fe2N0f47uIBpD5bCjREPzUyjsYvBsJ9jj9k82XpnSsFMxHeqxr18Tf65ef7AFkPhgVy2P2bugJEdGP1XTRZvfWtIcPLaZ+3cIJgHSYiBB4UTCoN3eUBn3b/rOJ+gghaEcDcgHduSecYTw5HkZFXpQk+bRzldMIVVqZ78RJZjEj9Sj0BZ6s65z7qdvfaFYh2Bax6D9d5Aq8iE8Ont4E9vOzOHS7jMr9L4CvqC2T62ZcQWdpj0pPNFpMxzfzkGvj4/6ge/6hqY0z+L0mXQbw=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmnl0U1Uex9MtXdOkC21DW9qAgAyj0+a9JK1YX0qBKSBryqKAENLXkqFNIAtSBkRAUBwGGBSVvQJaQGVTFp0Z3g9HdvAAwwgcPOwFKlCWUqBFytz77qukmDn0FsJxziF/vOTd93733u/v9/n97n1JNMPtfQsCZTKZMwQdetiLeIu7iC/IxS24+WWr01XgV3+W7bIXm/BZztO231Rbr6dtj9SW+7Ttadv/bVu3+jaxWvvXn3W02/Lvn+FrXfH96eKRNcnR0WS1FaJy3zgTA50JbtNSDaMVjzp6kww6E3FmVMMw4lFPb5JJZyLOjGoYVrRJT6O3YahioyPjpNPbMAyNjZ6Mo6W3YagiaiDjUM2N2Gip8iCDjEM1N2KjpaI6k4xDFVNio200o4Q08tboyXkYaRtND2GNvNFNT6o7jeaH0EaMGp1EnkaNJojw1hRHMJR5REhoyvRoKwNhuykul2pDo2udaESb6KKRoSkjkRRk6Igg+cRQBVdLUoOhKngEcoaqEBFcGaqiIoFHtYgRhFiqBYnAwFItLoQFlspvBAWWqugTEtgmFFaWjlMCAkvHKSGBbTQJHpWLpSvhhAWWrhoTGHR0aURo0NHVSIKDjq4ISUZ0NVIyoquRhDxdUyqXjo4IyYiOCAK5jo4IyYiOCJIa+qYUVn1TCqueioh6IyoitIRyPRURWkK5nooILWFPT0WElhChpyJCS4KrpyJCK8WJigiGuNxARQRD6p6BigiG1D2DdyL6uot4Zzy+4OIdvN0ygi9Gho6SzkV8MW9zOQuUnh0WBOGzcHTIdjrtFqvZZbXbGnZmCvuls7ySUbwJ35zHuxzmEXy+w1z0wM0R6EPOCCu6kING4x1WvI48cE8o+tDJ6uAteDCTClvY3fhmS5HdMvJ1q5P30mkXa74bza8If19gDfx1p8GiokKzLd9ZENDAZx6PPNK+0OB72f6+kB1EKzvDM0eZDN/LDvCFbDmt7EzPKsNk+l62Fx4fXbaXzPnfssX1RdqD129dfa/bC5ANdeOznMYK9pIzDxEsPUBIe7p03wv2guKjB9pL0jxEt/QQJD1vaH2vO/ixBpqebMZzC8Ayvhcc4otA0wOu89zFsKzvdYf+NgBnPTdirM73usMeK+BU+xNRsLRSS8/Bet8LDvdFoKk2KKJuaamWHuWfwMYswhe6qXYoomDpm2Rp5XoCOzOFL3R7WRYeorvhiv0EtmaRjzWxvZTHhwhmPPdkuiewJ1P6ItBelsOH6Ja2KNK3TOkPPKDiSeKOc+x2R77VZnbxTvKTMMa0j9tsc1ldJdkOh7mEGLYQXeJwW1xuB58vXhh2/7yT2WX28qBsIL+qMg2nx+NL+I9BuDV78ukdH/09Aipyn7+nmRAA1ccOT3Jujwdu+48b3hqsgf5LPvviyFAF6F77pmuEvxo2fFqyo90Lc4Tp2cPK97es5jJ/2FbMymJhY9XdQ2MrQuHI1RvdXpH7w2vddwZnHYuCc9zyE1siU+DFf/b9QDNTCe3fjjv6vSEWapQVm9YEVHD79uJXJRc2omXR2FoFDG23R7WjNgaGFG+rW//nOgFPY7xKDZHPrV90JVgDQ+pyai9fjIYZX48MrRmWDImKk8/NLr0lRE+B3R93vsThbsbxMYAnuWdiFIjdXA+COYORYXEEjMYG+1PgDFL9wexmkH3NsndI92gQZY45xf3p+Oh3Z549LiSNN2v7pYXBlD5dF73ZJgF6rXmff+eMP/QcrhqYeSMWlAuZpV8ZagS3//yQxMWnha7IfXc3RkFNaeGXP5k0sGoyNkwA14Zmd/ZUNoedeDjlVU7s/nqIUZx/qRyQE4/V1Glg6vj9X76yIRXM//p3e35eMmAZnxSpYEa3nwLZvwXA1am78raukMGm4ROPZtUkwsXT+uaQGA/IGZC5LBxmmVzPfHjvBmfO69u2dPpt4SMb8kg3FQzcrf1unS0OrHbUwyEZOX9eCcTfLQA352WroeXdm+6TC+Ng15gtS5r/4aIQ2B97vEK4bTrzyYLvQkF0rz4C9k7MFSYsiiT6ZGpYNQwNeDIVTCi67mv+ILNPCtymTARxGmtPccpwTEw5N3CFbl+HmQlQgF/nYmAalrP8uHAPRWctiq8eA3IqifjLFg0DM7/aOWZLCqxc3tMYY/YDdECeucadnbJ436peCcBGYYtg+Dzp1fwOJ0JAHKbdHUG/r0PPAweSCB+lMTBO/9lLA475Axqsp/G9IGPZBQz6DaFyPIeQVsLmNQHnZ6xQA9GpgEHrhEuL/9EMeCysLBhaiwG+JOT2/jnBeVgFbcQJHOY+nK1EXd/liH0QLB+VFXb4TCrRYU4C7bnVrc8GpACitmz7Hjnht6xOWL0RB7A5jEa3LxvVChYubfX1z28roN1lxZa0efHQ9ttpZQN2L+VWDECBSg8wYqxubogl81jgD5cXv/j7Q/PlcD4ZKalUgXi9OgU64nQ8FgqfhnVBt0aRuJTe5XRXMjr/0XGdG/X9OwePD1PCypj9nY6kNYM3kjMKO1X4gT9OyMhkEP0xriXgWWV1i4bA8zOevdwjFV4WO7wn4GBWzL3NjZz/+sKlFhXMwzjXRkE4Hm5+JFx0osB1V5D7qzVQNRMBGR8HOOw9D6jg6NAxvVrEVXJbEUYbq04JxL9+UIbLycFEid87AorWoHUTmwHGaXRilUD8XSVcX9t75PxNsYCzOndoKwhaNucFP4Ua/Hq8pehlV5P8tJRzGL9Z6ZHGkKwF/Za0lwGuPguZC1zHly4c/XxchJHwFEns1siMhI9go5hnUXLY0d0wPbtUA1u2xrcxtW4JVSkH7UMLUyFNFPYM4LBOeSMVUm4U9Z9QmQSt5ZPm5oRroBNOMKsG3ktAmXNZDaSuxkD+kB+7BIyVk/v+cktwdXn/pvyEEm4+O3jWt9XVAnmvEyaIYMTDmyi9kjfHSXU3UjpPkupmIhm/RSionYejr2df5TqIgb0lkHoZS/J56zXuaFYJSrnAX+r3jm82/1V+NZDM26aC+E0HZMc7JkDyrnJuOaeBS302t5h68Y4wRiyQCYC8VTu4+BZXX7fE+P8nAd5NsVS+OjmecOfeKYh5fFYNODui1yfBNVT+p21WAA6TsCgVys0f/8BekQGC9lxyW5lx9REMghocuAymyAEVX7RQBMOCcxjoC4IYlrzmcLpi7vqIdbGQ84UVlcxaoV/a71bG9A41Er7vCYNwQC9Fgbi0Z9sKnS6HvdjZcA28/x+r+z+4emnT/hcwKlqD", "1:eJztmndYVFcaxultgBlgpElVbLEyDbDsPYBRrERgLWvLCIOOgRmZGVQssWBJsWVZS7BuDIpETWzRJK73s4vJ2qJRF9e2KigWiKgIGPaeey4rurMPHMz4uM/jP3e4597vnPPe7/e959wZQsfoE1LtrKysjE7cYYA+TZOcmaZJjcMtuLm/1mhKta47izbp0xPxWezbtjeqLf5t2yu1xb1te9v2f9vWt66Nd2uburMYvS7l+Rm+1gffH84fFYkO3DFRqxvL2X3jQiLoQnCbjGoYGX9U0odE0oXwM6MaRs4fVfQhUXQh/MyohlHwMeFd6GPkVLlRknHC6WPkcpoYFRlHRh8jp8poBBmHam4kRkZVB5FkHKq5kRgZFdVRZByqnJIYWaMZJaSRj0ZPrl6QrNH0ENbIB930BN9pND+ENhLU6CKqH9RogghvTXkQcso6IiQ0ZXq0zkDYbsojF7yh0V7HB9EWOh8U0ZSRSAnK6Ygg9SSnSq6MlIacyvAI5HIqIyK4yqlMRQCPahEjCCmoFiQCg4JqcSEsKKieG0FBQWX6hARFE4xVQccpAUFBxykhQdFoEuo5l4LOwgkLCjo3JjAo6cqI0KCk80iCg5LOhIQgOo8Ugug8kpCnbIpzKemIEILoiCCQK+mIEILoiCCloWqKsaqaYqwqKiLqgqiIkBHKVVREyAjlKioiZIQ9FRURMkKEiooIGUmuiooImZAnKiLk5JFHUBEhJ74XQUWEnPhehHkiEjLTNEYffMGkMWj0yeM06VygIevdNE26Rmcyporrd5hqj89E3CHaaNQna9UmrV73YmeJLv/pLClrgiYR35ykMRnU4zQpBnXaSze7cn/EjtNyF2K50TQGLV5HXrrHmfujp9agScaDJUpwhD4T35ycpk/+YJLWqDHTaS9tSiY3vzT8fYHW7r87deQVjVXrUoypti88s3qvPMK+MMLysm0ako3PYhur155Wb2T94pRHWl6v7e+q14FWb1R9X5FHWV6vGQJfHWsztfK/ZfMrirDrrtusWl63GRJfXbeZYmlAt/DmIGzmwi2v2wyRr67bTNE0oFt4+xFeNGSW1+34ZnAur78FUMgtr9vpzeBcWX8Xo1BYXrdzQ7qpfJwecEX9HZhCaXnBLpZINNX+hNctLNjCe7DK8rpFv2uiqTYovGBhxRbe4V/DjszVEomm2qjwgoWvkIWV6zXszNwsodvMstCA7hdX7NewQ3O3hG4z9tiAbnn9HZryNezQxJbQbWY5bEC3sFMRvmUKf+kFFU8Sdxyr1xtStDq1SWMkPwljWgdlqnUmrSkr2mBQZ5HAIP6RGDKTTZkGTQp/4f3n5z3VJrWZF+UI8quq/MXpafAl/I9BuPXo93sWOpTdYFukTZ6St9kHFF/sjKiMcULOT9eN3XHHDsq8496rWSEFt4zNnxaVhKDiwI0lcZ0qmT+ldLsSv7CW/aii6Pws43U2YJpa9scuN1i74gVt7y30gFaZNrlOK53Q7d1f2xa7OsPj5f/MmT/XB6Zv/XbMjIsBaMJoxxN+p+3RYNxQ6wBPxfjO82xGc7erHZeUsL/FVt0rtfKHgac/G/HbQQ8U+o1h3Gf3atl+xxx7rFzqC6aw5bVLLrdACXuC5pYOOsW0FYt2bciyh23vfZA7adV29vz6CT1cztewfyi5uLnqkjvYtJ/vfXGgGGEZ45AE7Aa7d9weGAC4mw+nBqH4IO/xA4wO6Iyem9jnLpA/5Ljs0LZy5ts5007tGFbLRvjD8JBZPsDLLJCiyxmfLLrxaxGz195TyvRyBtmkjqHBFY8Yfj6nHWHSvrX+nQMDyTjTW6L+G1x6tcqUoJ9mxLHTV1tDEhYgsYbqH+8XHrTxgpyu1gPmDAiGbhNOfHRmVGuUs2n2oD6rq1le1lEbmBf5y+F0kwSNvNTLdrLIE/YuWyKeMjEY5uLp7fJDBe8nJbRZJ0ar5FwCIz3gH83xTB8xDyLf7W14WsPi2Qaf8YBloYsyM4qkKHr29aMruomA735TMHCq3tnkFYr2R7XsOzX7KUPyLQZuVm7xXz9hhtzt/EMb8TVm85YLoycu9oOLPbKG5itt0eHF4ZzyKnZL1Yj0w/sk8KDwYMyWdiEIP9bqrtUMn+dBJSz39KLLkw8xa7/CHRQxZRuP9Iso9IWyuYVJ+/OlaNT3fVxt2lexj9uOWHzgUTNYofPMhr6t0JPMq6s88krZX6NPpp4rrmGHx+CMHmDv2Ck8VHsdgM+nVS07czeafX2+F5Ke6nmhbKc3TM3u3H/DO6HQZt3H31xr1xx13L76wcYjYhSDuynwhB4dzubeWm2POsYGlF5XWQHp14983vVDvwzGgotZI0fdNEYMpcZdzap/rGa+q5lfUTRELDwna+Dn0b2Y3Zh1tF3XBAls5dTFBzWHyMoDKQVWrRDfbdUTtjLxX3kr7fyAxNsijFN0hghynZqvGaX1hAWcCv21UCQ/tK2Tbv1jhjyHKnZ//pcDkVcVW/Hs7OTbrc8xXbgsiJQSuMllU39FhFTd/5awLNQNiG4pmPA0O/mjK1dFOZts7JEaY+HsDknc8IdCythL3DCz7ErZzQFcBY8OAq7KIGq9ByL5LGeZI5d2zenuL8y/BSL685iS8e0fLx/pCnydPLzFcpRevipygBvZa/5eEC8Bv+tDfXYPEiGuyk48+dkL+HKd5g/Srb2vTVGEoMKbzJdX9jkikjdbOJ6EldUwvTmaw9o6guzW1lY3sn1h57GJ+9bmeiLC71UGd3t6pg101q233jvXCo3AGP1kC0NxebqHwChsCD+EoXkYozApIrxWsRfKKvoOc7AFPr3+Lujemu5cxqvZAlxWVvbwHed63sckaC1uvuUM/YbhCrMFfDcM94a/Vobf2poXCPkcph/PaoN4m4mUwB7OzhbkhwC2kxO726BH2P7mSaEfFuYdCu19l551LglDO+5gYKrZu4BBecYWTsSG4IwUPKi3WdYdV6oV8Nz82RMt4qYTd8oNxu815fiGhQLvO5/7El966Ak4C8rLAcCZ7nJdgjdy/iQ4+X6uF5qIDXOLO2Rzsma2LmdqfI3nPQ3uCONQcVwKvN32KGb48pp/mVmyjhOmC4SfuezltLNFHGQcaVaw6ouWHJquMAODUBKIhgzfxt5dU8Pgpz2yXxn7YWDk2J7acubhokTOua4wJwpOnht8Vwo3T7UoerpPivh521WwU/I6xAZ85QvpxdWbyg2t0RjJ0Kidx+6zn6bhhkqW97uYcvbO0u2uGR0cgKwnD1ielxovNKDZgr53DvlAn061oc9ULQDjOE3ii+ZwmJ0854l4X2rbjHD1FwfEL+3RurFGk0GfbnxxDXz+P1bPf3A10yb7N34aSPQ=", "1: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", "1: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", "1: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", "1:eJztWWlUVEcabaXZQZpmX8QtUaPjQm+AjHkPQQYdEbWNMR63pmmgFWjtblTckmjUaNTExC1GI7gGE43RmKij1mfcokRFxRVcok4QicgiOKiEVNV7RFzmhOozzjkzR3687vdV3ar6vrr31utHm0TToGSpRCKxOOFLvCnNoM9MMyT3IxES7me0WJObNdxFWU3pWnIX/TL2MvZvY82fifV/HBuE+aV1w19iTeZ0XVp0qs6cYjCSTs8ZK+F/MBb3MvYy9n8fG9AQoyfEH+ruZcpIenxH2vqQ/qH0qtSSQybKbErXWY36JoLUbCAFvapsAWnYQEpbZlL2IbHQUK0D/tAaM1LwYftnGJWACWPBqG3JSE0nUipYJtIIGCULJoxewykkxpSZ2CQIrUEEyzThAiacHaPUsGAiKEahYscou7PUQMQ0OR+afXdhcU0mTyOQMrSpq2sMYpspVPhocu1ob4Xw0WTONQapmUBKRtoJyQglZwOpbQFpGAXbGMRWvTBGLTUGseUUbguNImyonkKUBlNOilBbQApGV6EgpQ1yV6hskLtC5B7b8tS2zKSxpXoCjZRMHqEQadRkuQsPHBTDdMgIW6vqznb+UUyTHwIaOaWKTesiyBanVNniySpb7FXFRLwGEJtBCLpQsfmXCLLFyNVNJkRjEBsjBDGpbXF/tS3ur2ZjhKBANRMjRE9Ws1mRCGKzIhFki/ur2c4ZAaRhYkQDiIkR4jmjYWJEA4iJEQ0gNk8WlKthY4QIsuXs1LAxQpC7xpYDV8PGCEHuYWyMEEFsjBDkHsbGCBHExgjhESyMiRFKoXphTIxQioV4PiPI60WLH2mwGswGkz7VkI6B5qzeaYZ0Q4bVkmzfeEDhzhVfoiwWk96IfyabMp4cTOvyx2CDs8YZtKTzYIPVrEs1JJl1aU91Ji82o1ONuCEaz2YwGz1x4Kk+zvhLjNFs0JPJtDKCMGWSzvo0k37sRKPF8JxBY41JmXh9aeQVjFH67KCONKMUXUaSJdnumZqJZiw+J6tVLz5v+YvI24k5b/HZUTzA1C8+b68/y5vcRTc1YUfmhJWN81ZEvPiEg17ERruw5t3ww0d8hfVfIHjL/+hGt2DeaHVjRYepnnJAD4nwtjbaZDInGTN0VoNFeI3rji8DM3UZVqM1K8ps1mUJwBBaC3Om3pppNiTRhtGP72N0Vt1znDhMI7zTfHJ5BtJE/oFIouuu7muxUukA83eNda7NloLije6dcr3K0Jn4RNnQiFtof0S7vlNmFqOu9W3qajLzUYdQp6+Ch91H7bX2az/u4QSTJq//S3RwMRrSosu2VXcLUeinnfyXFEigo4frjg1Z59GBpE2jBw9ygr+Zaz1Kvq9C229bdvg8LEGrv9x8YdQECXz1QWGqxHQWWc7LK6NOXkEPh6cf+m2bhF8xceWadrvkMCwp8mrCgiNo1Tvtf5jdwY6flr/9reoIGRjIsB2q0bauGWub7TnLvXbHfV/3T69xH+e9HYf2yiDo85Gv5cnquOCpOpySBNQjd/dxm+EON9Z/drD11krUg3Ss94S17XY9mnOvFP06cGfIrNI6Lmxu1Oh/5svhN8P9m7o2jvy9tCHTtnwn4cm0uy65Am1uK+FPBAy8FDS1FOnfvtgz64I3xPvM73tbWsR5c4eLdrxXxMkma758fZk31G+bUrk1X8on8F66A1oPOLPnhnfLo8XcKx2n45IXox6kvN3Kub5uzTvP8ZVCgJRUci/K9cqPuVBexy2ucRi1vJ896HC22XNrUHDpdU0g3OMm7lsd2G1EC6DdVxVzB78hhTiI6PhzfSDu58neWxxDYPXxTSfPDsnncHGTz24MgH37/fDW+cAGl9hXM2e48XjQrT/n+kHSTyP+/uMcCdg5z2ulL9uE6LoH2PG0DjkOcLDXZuOV8ccQ7edYit6aHX7uUBc50HSnFnC0nsgZnHp+9sbqsT7wMK/s6IFeNVzR+XctsQUyMMlnwjEdnods57JfOaPE9K70UB0i05cs8YLIZvHvuSeUcok551R3w30hasb1I8unBMCtMZ1rll1ey1H6ZXvC8cj+pxYNr+a+Xmx4Xz+imiOjfBhazmHybTycJ4exlDhOPF3OtEeIpwR3Bwn98xTrcRPFfJBW/DD3LhLwUhhMiVHGNd9jL/fmLqEVToRBDzm3T3JnDOyDeUbH94M82ZHdOxfUc6lt0yZNfjUADrXeak5dFAT3yTb5OPNKshF6OfxE0t/cHHpT4ldwyzNIAewATWsZnnJQCmt6f1dVV1CE1o3r6XJ+bQV3l3QvcYZJroQZbiDM7wJlpYAVWIUe5Vacjk/kuS7RlAFIIv7t/2Jdf97Ljs8O7Hb5lcO+ILRv4uxxVhO7SCAZV6nIwRv60Q2vRguWkYWcQ9WFeGNmy0HQdy3CIrKXL5byQXgYh2a+QPVZI+WPTiBEk/BYlFMqyz2h1azSgTs/9+DHnXj/9JVrDzgq8yNSmDA+yP1aFylP9y3SmSeuUJroAulEPol13FlnUrFHiLjA1zN9oCjWDqdazhGVP5pzAdH2nf6A2YNnPslp6EZf4HYTWyr2h+m4bDFGO17QVz66eOK+9obBCyi/vF35jbfiutbnyGDRnamcemQ1lxDiOya+qhbpDpzpbAiQi/5WwQl1/QeHGxdqrfe5Cj0h9AOEG1O23y7kBD3Z8wIv6pF2aZuFmeNrEJWr8ylO8EcvwCaYFLm6NVT3JUooR4QVDuO8gFTho+xguHrNFTPnMqL1GhkAEecOpaugFdyrK5hU0v4ud6ptYe30ToEQQhaOPOETfzLzGqT5695BS3NawkfZ/wr9JcMXhmHXmVd3A9V0HP7hDzv8YIYldnFNrBdUYjbIlst4Wp8OASDw1BEcCQ3n2/OCfwdCLyz74jG/oUUe2JD2yfgcPOyW9X6iz1Si/cdyMBOLkeAzDvzFURMSQpZKhPW+sxHR9W5w4smy2ix0Bzzotz9OKBP52pz3WKlc822YHRgCrg/1+/6OqKtihLMbs8fqA8I5UYJmTSUOWomWFJCNdoc0enDko7gBj/wtb7oDccF+7eUwiRLiPCKuXPimEziW+8YN2OMv6PachBd8zBO6kgK194Z5C29WtjpdzyUQQ7jhDt9gN9k2PxAiBYIK+1LuBq9nDf1CffwBJ5wzFZywT1WI0qwoEApW/NJy461aDh9OeWVzg6Gq1WnTqCPBQJ8SojJS8E8UU7rlyTP28f9dH7+hfE5M8TtlRawR", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWtYE1caDoEEAgiEYFldW7VFV1ttYTIBsdoZCEXtI1qJdRVtNSQDxCUZm4RW2G1XrT5Wq9ZttbS1oq6PWn1cb/Vased4b7W2ihfcUhEFRUUK2CBUEXbOnChB0zUnj9n9Y35Mcr6Z93yX837vzJn0zOTTswIkEoktSDik8bmcIS+Xy4pHFmQebrLZs/zujpLsvFmHRtrHNre2EW5t0gdsI9tt6UK9daHCj1TeatbnanP01mzO1CZ8vMY9GMPIxza3tlc9tA19bPs/2gbctYlqdK8DknmLsX2Ezg1D18eJR0qHBC3Jypv1dpPBQ5CaDEQNQ7a4eDKUGqM0XqESdXLhK4XPyxRU+mEY2itPtFdZYRQVSxKfRjzGixCdyZLtEUR0oybBxIvHBDKI6EZDgknAdYslx1BEJRggHhPJIGJoceQYiqhsidgPRY6hBniKwUXGXx7TwAVEeVw5XDP8RXsBoshA99SEHEToSU3YRC4gtcf0xmXDII+JJ4JwU6jJwsN0VRMVgopz9eSBaIkgytWThyB1rBc5qeO8yElNeeOJIvSEb5kihkgjnX68kHw1kRA5MR6LSrvmq4mEFVOVJtJ8zFSaSIyxSNIeC6uL3tFkfYRXlfZGumiPqeAiKDSZ3mFBoT0mgyuI7BaDKUQT3S0oDNIQiSSFiachEkkKM09DxAgKU09DxAgKc0/jnhFoF2qLRifsnJXjDTmcWQBa81/O5cycxW7LCnadMEuGRiHCIclm4w0m4cmSt9y3pQ2+N9no/CmcDl08mrNb9Tmc0arPdbP/1eaYhBNawRtnNaEY77tGIfxIMVk5A3ImjrS5vOEvb5tsnJvZUk3GPCGwXLT9MMkenC1QTCVbbzHasvwf6NMEVxqoE32fb+AjzddN9X4/XxeNcVKYjvV9wkGPNGEFccJxru1Hx/k+YTchdkw4AiH4PHSxwdO83VTxIXlTrgpCU77PO9gXebtpl4fkrXYVQVrt+7xDHinByRfauZF33jNp3ycc6ouFJm/s+A55a3yfdydf5O2ma/573tTdfZ3zacz3efd8pARXEicc12FH9j9Qsqd9sdCRxHlTHTaV1H3PcOES/MpVy/NWo8mit3M2/C4W0XRUnt5iN9nzk6xWfT4GPiWWxJpnsOdZOaN4YlL7OEVv17t5ltTQ+F1mx/A4dAr944SsEz7c19hnwk0QuWrP3ujeMvb6qJ1PzapxgDkl5RUhH58GfOR78MiKNqaEnxj4Q5caUC5VzO1eKYUJXeH4HnsVrLRYFhnFnAGbwfWiQf1+AcsG9Tv1eZaUbdXeqq2BTczFsdE7TkwLhR/c4Zqq9KFwyg/vl5RPUsL5hRZh5giok638aOD0cJg2s9PIjVFBUC7MdujnIDjEf2pITB8lNEn46QEH20Dyj1mnq6/5OeOrA0kzLh7+dHcFs6cy6snvLtUw22f+7fhX486B6ttrG0rSrjOp23+9c2qqBH5YdaN7Ca+ARyMOf71zfiuY0COpwfC9jE37dYHOHlPIrO+WYXzx/HmA42lgtiU07zOuq2dWjWBV+v01TN/aTt/EftYM1s0YNWzpNDm0b+t8+6glGB4y09N2sFJ2fPJLV/69vgRM7Is8tALDLxnJL+VIYExh28J3bweyz90sPPfx7DpmedcXzsXIN4OIsYlbv32rhVmqRAWvYL5765tlXV9wMJ/t/mRheEEkrLkY3xX+sTNM6zzvlWszw9ktz1tW+hXLIarKthQlbNZVrlpyIBiCsC/U/9waxn4bOHjJa8uqQW0RKvwVQCvjB+1J92PFei6Ssf213YQpCxjqtdhn16r8oVi3v0ZDoViNuzJkrF48UQmO7E/+l6lIBd/u37O743oAXNUPAf3hotmzMk4WR8A1+Yf7Doz0Y8V0ZjmYZcfW/Xh6TDFIR8txQgWb5BM/Hb5YDk99fvnJNTkB+PqPOkHr3AVVN84rYQtalszL4EJB1IYhF4LYjMZdP829Uwt0n/RckPfmLWa/cd2k0ellDI67FsxJmnTp+NN+7J50dEEdKEDTHQ2Fg4NLV04Z3AC+umYTVuIS2Hzh6uIt88Lgl5pjL444EQY7C2xgYhRs9NBXW/5gc4DMFWfoup3+0DzmnQ3bM5uYv98eKFAwAI5O/9PyObFhECLanqpgJiNCOILhmitDn2/Tq+DUAlSBQFacprQFrF5yoMemG+FQILEw429gRbYQgUbOrlUdTzlbL4XzynIEpp5lnin77d3Jxc0M5lsz6Md1uTi2MAiOE9pAUqSE7zCaN74epoIifcco4Sb/6nl9zAqIov9HtyiYYuLrZ81RQcwPFRx/slhguAIK5Ou9Ty6DX/75CHWgIQqerXe8Mk4uhce+Rx8/VvQ7SALFZT5+gMF9spcJ2bZaWIkrAC1D9xLAoOoXRAU4+1EKZ9hSF92UN4HEMwcFRoexuD77GLHPDeUA59vECGQXQr7JCF0vNNAdRi1+akEpXTfg5SGtoKL/wuXNmxVQ9LdWyuJ+rGQ2LuLeN7we4MzDwVze0KvqvaJLYFfLbEdZaSvoJZ++WPuBDIrrGBrCinJy6BaDdeEJKOoIK4MzixDhFHD3zvnyeqFujWWl022HomDs8NXBqb2uAtQuAVvDWdQdPTY5wE/rb00wH2xkIq7u2Ohf/TNwCGpwtfcFMLn8zbkLjFJWv//kc1yXMwANq27I4Ziw/luW1tUD8VaRZMkWNtW82dZRU9v/LGt/KefGRv0HkE6/0Q==", "1: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", "1:eJztWWtYE1caJlzkDgFR3OqqaKtSqyWTCQrqnolQ6g1RYtWnSjWEAaIkQ3NppfVpt6tttavobrd1a1svD1ovtbTaUm2tnFPx2otVqsVaXAS0asWK3OQm7Jw5UYJm15w8ZveP+THJfDPvfOf9zvu9M2cSlS6kZnp7eHiY/cRNspDD66w5fGYsjuDwFL3Zkim7tae2CAYN3kt4EHMYm+ow5nlXLKUrlirWWxMk/kgSTAZtTkK21pTF6zvFj8u4u8eQ8iDmMDbNydiEB7H/Y2z0rZjkRrc7YLxgzOjaw8cm4vMV0pbRYENTmwSD1qLXOQlS0oGYiTimiKVDKQlK5RIqTtND/EoUrOmiS98Lw7qUiXWJFUExMTTjU0nbWAmi0RuznIJIaZQ0mFhpO4oOIqVR0WBGkbrF0GMYqhKMlrZxdBBpaAp6DENVtjiSh6HHMKOdxZAiky+nZWAHYpyuHKkZ+WJdADF0oNtuQg+izKSkbCI7kNJpeZOyEZDTwpNApCmUdMMjclVSFYJR2GdywrQkEGOfyUmQMsYFTkqFC5yUjCuZGMpM5JYpYag80pbHBctXUhmRDeO0qXR5vpLKWIlUWSrPJ0plqcyYmCTrtLHa+R1L10dkVllXrIt1Wgp2hsLS+R0xFNZpMdiD6G4xREIs1d2CISAVlUkyRHgqKpNkiPJUVIpgiPRUVIpgiPZUjhWBV6HmSHzAwpt4QZfNG0SgKe+JHN7AGy3mzAD7C2b64L1AcaM2mwWdXnyyFIx3LGkDbl9sRl4ur8Enz+AtJm02n2HS5jhY/yZk68UDCWI23qTHY7zjHH/xR6LexOtwMmkvIUfQLXxeb+YdXC1Jn2EVB5aDlx96n7uv5itRydIaM8yZXnf16Sh7GSjj3M/X977ydVC9/8zXzmNsEmZj3E/Y774S9qcmrLBvP1bhfsIOhtidsBwjBCs+WecsbwdVvAdvxt5BWMb9vAPcwdtBu9yDt9LeBFml+3kH3leB00+0bSFvu2ey7icc5I6Jpm/s2G68Ve7nHewO3g665r/zZm6t62xPY+7nHeUO3mHUvBXdFmb/A0Mb5A7e4dS8mW5rS+aOR7lQD/LmNUEQTBl6o9bCm8krWazW6Vat0aK35KlNJm0eAfaXSmKy6ixWE58hHZjftZ+otWgdPFKqWPJKs/vweHwI//GEo9Y3+3jPDKkG9QNKhXmvy7lZNY/vHRrqiZinYh7d1rMODG9ac/ZNX3/ugnbjT+y1Zjgiod+Vqth48IjVc61f317c1XVjHzu5thmWNA6bu2p/NbjYtu166Uo5l9K/94Lk+iqwYtJv3mxYC/Rhw2LH7msCmfjzazhadb5uQOm1HshvR7+nM/bKuIFiet9j4eiCGBYqQtHad/CnCfR566R/9iA5ykgrT/Ja1AYOjP9I/69nz8DzS9Z9v/2HSpCVqBdqX70Mpp/pu1jLXAZrOle/1BZ/HuT4t2zIUgah+MGTXlzyeA0YLl3IB80dqL6u+86HS67P11geXgNw+jEVFXC9eLVTM9uB98UVw64Gd4JBN5us5947C7b1PJ54OleGjviOe/ep9SUAs8rX9ECHDOyfd3Oe3Jzxf7r0845SOC/6W/nhLzvgxT9uuTRh5Mfgu7TJR3z3RXAFg79of72hBK7e0Kz4tbAO7I8covEp8OOE8CXom40HoW9t7wnT2ltg4efpL/88LghNPfG3uR0lITa+zSDNcLBj14shKFeszh9OBKBjeJg1FfAtfpkurbwPNzVdPjuOlSERnDd7azV44klTS+g2OXduBM54E5B4PRy6/7UtsyZ5odOvmJP+0XQD4lF2bvTiVuEqdLbChpsnF13ODEdcT23Jj8Pr4R7uL1WH/3kNFPVq+/b3iYEoRlRFYFEPbowseWlwyg1AjpdBcKi8aGm7NxqqwDMZyB29ADZVFIci7YzUoRuWR6DKFyIKn6yUcaOWq+dfOB6C2uJzjy1L9eJivx8jUq2Crx2d8fXWTe0Az0LKyt1AKkefKwBX+8OPbgJzWXidOjQcEd0tAGeLli4+rpShSwtEZaZ5ojM7WucaDl6HAWUFuePeCESHJ4uZznlw74dt3vd1ZBsUB/FJpd4DgVlzdsKaYrD9emlyurwNTsED4oPQ4rpPpi1c2wBPLbo8RLHME43dl/p2VIgfqo59CM0Z2AqmfBCQJGodPT8iakBDTSAi46oCw15a8cXC5XIuHbfFngD000zcOC3g98VA9Uy8J1e75ZA4Eg/U+EuZWPFW2/xXAknn+b0Qluenv12EXy7Evzw4id7TEejce+LA1f7o7ah867N9vbkfbmiqN//SGykP7BxpHByGXpYKWAUiRFnWfhaO8LR+w9SD6KvBxTHvNEKsrr/HnwJFH+Qdjo7fBTbitI9csvE+AjG9fGsgwl30Rn4bSPxrjtiynXDXSGOB7Ktgrmp25O4THmegNM0fn4QJ0okyjlzXkxsiNV4TILpuh9JwSgshv32+OOPt0L/vumeiJ/txqxW4YptA4el5z6X090FEN42gZvqe/q9eOQq02GCiZUiaz09PQYNkHJEcLsNDqAwQv+iAi17Y/FhCv1CuWSzDuwfCUNxnR54rXt8LkX7x5laK3VpcG45wF7aW+3KkDxshRl2pagW4bAWycvio1MgbwMo1RrHzOoAay3evHAU+jGfyR7hVrOKBnQ1QulWojVni2lowmLt7atd/Zl3v5hzEmH8D5AKs8w==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmdYVFcapvcyQ0dFJZa1xCxMxVjOAdS1N9TYdYQBJgKjM4NtiSWJXYNRYy8hhjXW2EUf4zl2jSWIWOPaO2JHEEH3lMuKxueRwzrZ/JAfF+659z3nK+/7fd8AoYOMXeMdbGxszC7k0sGYpI9NTdLHd6MrdLm9wWyJty27i7QYk2PoXfSHtQ9rVljr9Bdfa/1h7cPah7X/81qvsjXWnezK7qKMKXGv7uizNvT9cHZVxDiRawtj6iDS3ioGUTJIjCEloQIQBbuqxCB0LVwIo2QYZbiINxJGIXKOqhIYNbtqxCAsBGoRjIZjtCIYLbs2FoOwY4TcieCYsEpgIkQwjRlGUWHmcKs4qMKxZqBwwQSVB1XYJfa2pIYK56gcSFFhpTIQ14OiwlkqD6owHbi0K3OSqjLJVVcmuaJKKgcSPElbmehxZSjFzJOkEV4JkFKIsAquJ6VQnhRcGooK19VyIKVQyBWSNISiJ4GUQnpSKP8HkJh5qkrQqAwkllxJT0LVSMGloRQyTxkmyD0+nzCMUD/jYVAJ9SYJU2ExvWrpKsHJgWGEBi4ebJXQ9CRhhMYNXrpUQnOAhBEaUXi1UwnxQMII8YDXOrUQDySMWFHlxFYLlboykFhD53JQi3VMCSTWx3h9VIv1MQkk1sd4fVSLzVASSGyG4iLXiA0pXLEaMUZw+WnEGMG1pBFjBBeGRowRnOUasTbLCasRa0mce5rK9GaNWB/jjNCI9TEecq0QI8pAQowoA4mNQzy5WrF5QwKJTWsSSIwRnEZaMUZIIDFGSCAhRkjzhlaIERIoQogRZSAhRih5NYoQYoSSV6MIIUYoeTWKeDsjuqYm6c2B9IFFb9IbYxP1yQRoGtkySZ+sT7GY4z3LbxjvSO/cySXSbDbGGnQWgzHl9c1i3P67WbeRQ/Qx9OVueotJl6iPM+mS3njZg/wQnWggD6LJaXqTwYssvPGOK/mhhcGkj6WHsbvoJGPs4OEGs/4tu7UyxKUSw5Lor9EMdn/czZm5kqBLiTPH2/+RamHlZ2lNmPUd9n6XwzKKMKbSl2Mr6rejqN/SlKAoa3fW91v2XhPtLOyw9jWHFdZ3WG6NRDsJ+60p/xFOo7S+3z7vNdEulWS2UhqvVNZ32NcaifYQ9bvslynShKi2vt9+7zXRnsKJVpVvrBqN9R32f68Ov4U278iwovxQoNFa3+GA9+rwW8L3Doe10i/gpA8I1nc48C8hZaXytRLW2Pp+B1nDb9dKKlrqVYo/Id/B75XgbsIOq1/r0X9CoqtYI9HipVtbfupWat74eEJHZLpxtNFoijOk6Cx6M/9zOT2oS6ouxWKwjIw0mXQjObA6C4kpNdaSatLHsQcDX9230Fl0b/mYFKHif0N+3Tw9fUT/SYyu7l3/ScqyXTXwdV3GKdX9hwjsP7/56xIXeGxSzoVLh0Nwjs0FO9cpJ9DSVWvODNDI4Me5C26EHPgIL9pbc50pMR9teVyaO+K2CxzhXrveaI9Q/FWXNovH1r0Auoc1WOGb7QNPLxvSzO10KZo7w3uUZtUFYEu3q3ECZSRsvGNWu2B98JWegVt3oR8v7vRapLwAIr+8cmBeE2dMzUjLtoG+uj0nGuo9ofm0z6PI326Bpr90nRP6TT6QH9ieNX2CK5Td3vqz/U1vfKRfu4POzZ6CqN/iT968I4fpMZbac1+uA/GF13QZPWzh88P3Du2JcoRjzjYb2fOnTLA3ao3hwtBTyGPWii+7tHkEmnY8/m3fF3KYcPLm5w2fFgJz4rf5aeAZyCgKv7E2U47ZeU4FKAtSA52hV6efZ+tdgvCve+hGu9DYrfSBHMayA26g6XNTfL7Cd0H6tUc1coxXwQ8taaTs8GoSxmGdHgMVBQxygJu1RbvjGnjghTdClt9qfQsczqAvPgNTS/XE8segZMXDnA6DIDrpmvhR0ggbyOzY78vjPe0ZOLe6uG/yvp3gCHVvjR8On98g6Lvcp0jDAiWHZ48VxlzN9Ic0ysdtjoEc4wDnY8Fn0b00oO4/ijyn4VDnoY6DZD0bb8pC/N4DfrF2y6AxZ0+Cdr0mRJzaVyJ998N3HFRyTdN84EbNKfaAxaM/32GZ9QjNo+7+WgoWKX/YpC16DlZSs7N9sPODgNadS7JAnxM7rvqF2MOhq6f+njjWFzL/Ltvif9d2Gvdd9EXE7KwThLNINqfVs4VOPn6Eiq6wa1b18XldnqEdjnTBFbb1sGs4MeARaEXDGREABw7rVD3gjhfclx4+vFFoOmCv96yNO/hPa3vHoQgF1Y1xXOZjD4lTR5uk1MK2Hb72JKkDwQ49vBopZLDPenR3SVMZ5HG+i1gYDj4BftktzjzYFIh7F2w7N6XUAWdv7FWwrbcc5l3RVMELA+CRMa3RFyG5oP5hGclICRpa1fNSI1kgfvikLYnUHCTlARTQ21O2UMEEcQ0sm/kpMeEJIEEJMgcGwWppOvLIAerYC7PAZ8ygEExZH3ylBDH+X7eHBuOD8YdUodiPCTQbLJZn/rIrMBBSep/KrYkzO1KpFIF+L6KL8xv6wCX3l+9vpy1CdVLtFrhUPYY2etDIP0Cch7Z4MpG3+6wCQFUyY3QeYnnY44XntaeBy+X63HwUMV4edMRc5w/RvTzcuFbbPDAq8+PoaoPd8M3nNHAu0KXZwu5LG7rBXGr2GRu8kqhqsY09ZPlPk8NjwV3OVU0rBrzOPAZ/pwf6e0Gq2oXdEfiRlollZwDPrzeEtCBU88BMZ5MuA6bvUl94tAkVqhyPnrZtsOtIG8j57A9LJz75/fS4w4jxb4QTZH69cIe0Gu2ecBs8oOFwdYJ9oprfOrvaBtbP99wZNv8aKnQaQFx+gBwI6/I9n4NoWhamnOP82JCPerDClwOaU1lM94dsn8kFgB7/7HtbXi9IXVwwn37ZwxbF+SRCL8Cegnp903e74Zqx93pHNS9EbPvmrnB958ELhp/3wXviVg7slmOD1f23t/Gws4OsLngH4XHE2uWf7QZMV74BkFQH8uJMsHNXIGFyIZjQmwppMbpP5W54iQjbCeVPAELGiIQWLpCw6rSPyRvP2UATXgy2kCq6sdcj8BM1O7IYJPegys5HR4/QL3tIsxExXgapnEdlvgT1idUF9S4hlrcdckxl0/F4ISJGdP3bQD/I6JcWDNuT3QZen4EmxfY738o+CzD9ZbhDRucG1xGve9fRpzMPj2kN3KGSNZpDgNJkVSNnyMp53UDI9Jplj3l/WAu4/348TtXsMG03y28VoTnRU5Nu/lMGq1AaXXbG3J9syf+q2DTlG3JiKeA6c4QzvqeF2x+/oGU0wwm6Vl3Sv347R9iEFoD0YMz6m7sj3OxPOsNkGSTNjBR8exxH3RnhIuXxIujMAnoLbafpvukB79Lj8i6DoZSuQ0qRcZwDcd0bct28AJZWs586LQ2GrF2E+UA9C9w6xPXgB1lZbSaDy2ptK5n4JB8wXc/2hQ9jCcNdZPB2609ehpbeQf9aSBqswh+zdnnVDV/zCzl0/aUM0uo0rLkvZO1JfUXSjS1W349o+Y8NgZhYSZSbB+rQsjr1IWCjT2RKgtliMiabX58RXv1/3qs/Tr9lTfEfM88GXg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndcVFcWHsog0stQFIERUEliYxpFzT0Iig0bxhY1IgwyCoyZGVR0LWgsUWNd466xxBYbGnWJLeob3aixBt0othhFCUGxIGBAVPbedx/r6PLbcEcnu/v7yR+P9+57373nO+c759x5M01HaPum2IpEIr09PsRr09RJmWnqlL5khAz30OgNKVa1V9EGbXoCuYp5O/Z27DXHev0fjnV5O/Z27O2YhcYG1I7xXce69qqjNiP5xRW515U8H8YfZQl2+BirzRyB21b9IHIekqDJGFkPiIw/KtggZCyMCSPnMfK2LGwETBjLOgozMErKxxwMkw9U/DGSDcIvo2TBhFOMzAyMigUTQTFtzcCEs2AieYys3qqmVlFQveNDFUBB9fYC9TMF1TtEPEjO6AcTEONKCnO8p2SUgwmI0eUqc1xO1SqPYAIJ0qt3+pmAZPXWuAlIzuZyQeX1LkImIDmTy2VCatS7PpiA5Ezakwn5xKRyASRnM0/2GiAmGcnkZgi2FsS2ksKMdK8FMalcRjNXzsaJZq6cqZQLsWVqgZSRgqnNCBgzOrqCqW0KGKYNF/WbgnHnwGPM2AYomFq6gGGKKa12inpr2wTDpANa65RMOhAwbEWVljolUy2pBbHVfJoOSnM2KUq2XQAtdUpzdjZKczYpSrbeLIDYejNNchVbb6YZq2JTBE0/FZsiaC6p2BRBE0PFpgiqchVbo6CCVbHVfKo9FVtDpzJSsTU/wXtsfYyCwpkUUQtiUoSMximcbb8hgJgUUQti2+JRRYSzKUIAsSlCADEpQk7TPZxJEXKa7uFMipDTdI9gUoScpnsEkyLkVEYRdSuib2aaWu9DbhjUOrU2KVWdjoG6rE5p6nR1hkGf4mw6YYqYXDniQ7Rer03SJBo02oyXJ0tw+Ndk/bLGqBPIw/3UBl1iqjpZl5j2ysNO+CQmVYNvxODV1DqNCx545ZmG+CRWo1MnkcX4q5g0bdLocRq9uo7ZOmuSM7FhaeTllsb632drwFMZmZiRrE+xeclZL7ZNwq5Y1dbyfF3fKF87Fr4mDUTYnKvCLE/Y7fcIkwditJnk4aT68m7AzFtp+lFBJbM8b/c3Gmh7ZsLCK0uhjcstT9jDEoH2ZOVd+3pAyGiF5XnXYeJrBLoOL/4O4TDTpqRSWp6w5L9MWGbaUFUqyxP2+t9QtvCuUdjEhluet/cbDXQdsvnPhOWyl0pYhOUJ+1gi0A1Zede+KBda9R/A29cSvB2YeStN3wHKIi3Pu5EleDsx85ab7snkf0BBa2wJ3o7MvFWmm295+CsfUshOmUwco9XqkjUZiQa1nn6VTT6h9MlMzDBoDFnROl1iFgUG8C7RZSYZMnXqZP7G8BfXsYmGxDo+LEXQL53lL5unJrfID7PIaPfvG3T44oMidHooPhsaAjPu9tkbMCMEBpS0+baFazG6W6BqbPwwGNpZxX/i7BoEBz5f6DpB9YA+36EFSNCxa9/EhsB3O1tnrLMqRRePpiumjmsGYz5qcLaRuxRWrA3e93RWKbJ+b5b3ZRd/iJ5WcPwveL6lPzZMDUor4PCsvb7+sz+0wegDnXwgaH7mx37OD7nCvKCrVc9d4NfLOU+GtAqA4j1f2xTNq0QUJ4F3N3vmxQ50ht5PffX5HhXcqmHvnHKLk8LctKLqzTv94J7zobZ/fXcTehw6ZMGRb7wgzma8Y0ioE2yPuzlBsv0W4i8P+UDDOYFJ96OCwOq6NT6t4Ea4DYzM7WIP866mirTRjWDkhaJR7z2+h6IWn5rSBTWEkNDJ8/ZtlcDOm8VLdzndQvP2jW5YNVUKXzl0bpbZsSlM3QOY4TXuQUSnOF2WDyjIQJAvYHZiD0kZd7Lf4U3r53uBiPyBP2DrKkKHPEUB3qPiy1ycQXpeiz3nCpuUZ9r1PFeOltUsnFwdVYJWt2/54/JfbqKcudiwB7awffeIKZc7lKOZEcTjRs4Fe1E9u1K4LkBDpNGlST1EwNv3pQMYQvBMz62hA5nGvxAtuvcnpBxmDavPbPnhQv9q1LfryqnNj4ihF3gm/v0fd7ntlz4a2ysgENZ22l32LFcq+PMOh4Nzo5WbBPza/BRiZ+UJEZVHkrcML+AWD3ke8+SeI4gWYXPbSijvgmKu/+qt2y797AsX+xNBNYUtpefjR+R5wJLN0/p0XSmGLeTf1N3o4C2J/4nCZxyvuwdSqEy4teGL9UHQeuGXlWEp1sYJx9+JWuzoBSR6cYnuEO81r9sd24dIm217dMG5UIjM/X7socDmMN14ck2n3Y+QIw6H9ZUWcMSneYJ4XVOIL5ufYAhxAitecDUIq+X4/ggR3HQklhShFmH2OU0G53FUr7lc9ZD0o893OQLvx9MHEWHvu/Q0l47lVXr+HMLOwRHLR8f37/3MbowYbIvmhd5zLuXcycBMMYiPLggbt81V0Fs1R2j8kuEDY2+scN/QIRgcsIrHT/hNiKcdLMDWLZtiB7wZyTcRzpazvyUEw7Yn2JBhzSFzia9tfxcR+Ow5J7oe1AwqruZn6+0CgEx38PAPSEIWym0GBQPxE1hXEza0jGly9zaq2TXx0Y48fzCWrGrfsl8zKDFGBnebaAU+/PT+QFhOXBwM0qT7gzu+X8qR8I2ZHwCKtbnhldM8wQtHBa2/ip7NKr+aHx0oxM8bJvtHjIzVPOGSsAqzBjoB9vZy+2+lMOqAAVv6OcJOG9q9izPNn7GBEP5p9PDC3iIQK9xV7Sd5ASkPfa6IgcD8VtWgvSS9f/WGZ48zb6w45w5duEl4hTKuv0urXSu1QXCYmG3jB8XNiYdsjKqt7w/4cGcgULv84BwuF5NH5XB8Xj9vBMVdWtc0neQg5OkF7rfbiWsu5noCLmY4orYwa+OAk7LvylG+AmfqLG/YvL4neK6RAikHgzveRrz71krg0sPyboOO4fr3c6/PlmWUcnG6KtfiPTUou/mRmRt9GsOkvL8Nqoi0Mc59psZL2MPQa51txs/1BZpPDxGR4fLZIsBgj+kiL4jVaB/OOFGBFuEquvWQE2zTXP94Tk9f8B+cjJcoQ93v2GIPSalu7gcIer6F+Pp32pv6pcgXeH+FWhtnnsAFJcRb8GMTmLODELaDD9qSCukIx3A53mN0g0c7eo9ePq4AnRh7aHXjNtXo0/PXbzgu+Ql1H4QrRicbIQ+rEEnr7KWPOPG6xVFWZ0TAy39oPrf/yhzMUAS8/M+IgR/u7gC8/+JuI5w05VcH2MLGLJKoj9FsHJbsMmfgddnPC06tIYXkKXqE5eM2cB/i59sjgU9WkQLkCGdJGSopRCWk/Yz2gEF8IbOHidPb9PjK4T6Ho4/Pqjje7+OkQMI8OScE+LJ3y87I95fWUuBl1S6I5kfnZ1wjkhDuwdQfvYOAt0vfwHijFc7IUk/gXFbI1+ZKgM/P1rZGUkZWL/cAOw/S2RyF+mxj5POmXSOIIoZo3YD3T3wBytlGCmUGR/PzIbeOlI9yJ1hzkTjmOJe9NAa3pELE3251HfHpsuko4vVy0wnUvIF3OZr3TxFW+4ONx9wEPVRxpEpsyPGEVFKwlwYDv5WJzhipN+i06fqXe/6L38K9+CK4jjHZPwE0spVN", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWXdcVEceXxbYwiIsRWOL3ZzRRGErxHgzCHaF6NpOzem6PGTNwpotxpJmvBgbxoqJGmxR4xkVNBqNZQZLjDHJ2aKxoxFEkAgoBKXdmzePE4kfw+wn3n0uH/95MPPm++ZXvt/v7L5tPdY+KMFHIpE4FfxlgN3GWdw2LqE3mSHT/a1OV4JXzSjKZU8ykVH007k/9VzsHzwX9z+aM9VzrvfTuadz/7dzfWrmBLeW1oy625PjH4zIvT5kfbhw1Zhk/DXG7h7L2/3vQ8hceJiAMVmTx9UDo6EYHQtGK1w9gESyZKMVItPoWbbRUYzBAwxTbHpatXCWfShGE8GO0YaxxGagsTHVzeBBrSlGG84Sm5HGxtQfitEY2TFaJvVE0NiY9qEYrZZ9Hy2TfCJpbPXmDvUB+kfDBApn9AO6BU2p3vQRQFpGntYCaetNIJoMY8VpXIy0o8SmIK0nILbmiqpgy8nIaI8CKNKDnDRhnoDCPchJo/EApNUz0ujB6apl8gdRGEyeT+utjfRA67p6H/21QfU+xWoZhM4TV9Gx6YIWT+eJFek8cRUdmy5EEJtBUCvSsWmdslXHxgjqKno2RlCD0LMxgh5oejZGiCA2RoggNkZQPenZGCGCPHFKPRMjRKfUMzGiBsTECBFkYGKE6MkGJkbUgJgYUQNiOzKo3A2eHBkGJkbUgJgYoaEeYWBjBPUIAxsjqEcY2BhBPcLIxgjqEUY2RlDlGh/NiEFuG+d8htxwcQ7ObknkknigY3IPG5fEJbucCbLaD0zwJSMVf4lyOu0Wq9lltSc//DCT338eNnjyBM5EFg/mXA5zIhfvMNvqLPbn/4lOtPI3ovndOIc1gJ+os0bJ/xNjdXAWsplJTRB2N1lssdktr71hdXKPeGhPa7ybj89G3gFYpb99qFzIaJw5Od6Z4P2bmomHprbmyHjyeQf+Xt5kFF3fhGXMCWtrE0wX+eQTVv+hCctZExbtQRSHPuzJJxz0JJitYM5bV9t+9OH0lw2mvMmQft9+2HHqrH38u7XHBP2I0138Oq2rgyI9G2q2uTkTqUPchAl2p9XF/ddTEl+wMaUkHhrhEY9NabB9HOdK5Bx1/JqYBWl/tN3uiLcmm12ck771bMBfBrrNyS6ra3KUw2GeTIEthAwcbovL7eDihRtjHoxjzC7zIyI0amhyD5OII7fIb19kts089+vNGsjgwZIOoz7sLoV9Pnn3uQMzikC7pdXz3y6vAB0CVTvWT64G+tsRPXo5joI780yudksL0UnJZalytgLbJk1Z90J0FriSpVq08b1MMDFrRdC6fX4487NPY2HIORRVZPnu1X4YdXxp4bF3epeD883eNGuGeOO35+5+TXlPgmOs9sL3j95B3fzOrp3QrRLAT6/sD2guwxsJ3HwPJC4oeBPo08CpvT+HPttHCum6PDR1epf+62dLsBB+VgVqOLdvno9LjcGwkRnoVh7QHsronLzWGzZeclqZuEYG79qGvrVlpzecMYI8qQQsz3l2Q25vL5jSoaDB/jAp3j61OP2VfDlMjZ5ju1FeBRY19hkasNkfFt3t+7cZEbcQnc8GTZxng4ujFHB2+tWbS7ZJYM/FpbLRH5WCo9mAj7wYzankfr1urka7Kz64e+HsCeCWLlM0ayGBh6u2TS0O88YLAqcYNv21Grx37chHe1JL0c+Gpnhkq3IwMa5Fo/Hfe+EOQmEkeFXTLpfayRT4YPw/xwwOVuPUbf6vfz6nHLROd/AlUeAgw8v7Bg0NgrTORejF6Ob51wxyfDzmp8K7fVVQyL+tCiduz3PuaHgTCGHOVeO2ffnKfeeH77Q8aR8tPwO+7xp7YsGoCiSMe6mx+eCpTlwTP3zmcJLu3S8VUDMkrOPGkGpEuofeKgHHfxx6q8seX9zLcS/wplGFg6fjb1f3uINmt7T8MqJ7BUIBK7RrvigAH+9JnR84JQuMyT7e5sI9L5x77vP7o5KKUdrtDV/3M1ag7SSdC7dAX6GROWD+qrLwnC23Ubr3jbkdkqRwy86x75zrVobkPzQZeL5ZDiAsGZwZhAvSXn7h9LLzSKhn+kU0Ir7rlbiUfDB+r4tvmR+m/ZHjJGFBJVK14ysa6QOFuLsG4pmWVy/29K4Azx9TH/lq1yUg1G+REvZf79ezvTsL2YWEZDjmfkE+jiwHvjpS6YWgirR1dTFyCQ2vBN/Iuy0fsvIGODpx/8qm9iBIdZALhMdIv0Ld+ChzPpFBgY+2ALh1MTfTckkC+dV8Y2+BgYIQboIB/2gQt3WxBBJWDBt5CZAuNsVlqOX7+QN3/T0Ul/KyPFByEZCqGifJ4Lp9mc88dyoAfvENv/EyHzjhh5knL2eVALJ783wZXEnKk+ADMyNJpyuA8t6qcdvzqsC0JYTASmyf5nP4w/BSIPSjQAl9+dEbL4q8mxUA9+xKkRU2qtGHEv6oTGxjK1PBkOKofyUM8YGkW34zgmDu+E6lSy/dQEeeJ8KuAOuXH2qVXiyHOxqWH/uF1/OaHjvvVJ6+CGLHqodH6tRwPx+2yVcJSZYZqAyYUlvz0i1BNF45FobNssHKTZt/Gl0q9n+fD6b8KQSdq1tXlrolWNBTmjcU9q2W4f7GWVFjssvQ8G81hzK2+OJTl4kRqbFj9rzrxS1lkPpJAHYLgg4RdfSr6A8qPCOCMF2BM4ic/e8DjpfboA0SvGJN290VR4JhqCCoQiTEDVSY9kENh3+m56WzmvqQXwDeH/Zxx8ZLQuE+3qaOZpcinsW8sVQiwceuNoBq0uCzKizt9EGjc7H+mBcV/2Q1pHUOwK2IHGMVOGVpcvB06ANztrS/Pr2FGlNeZFIe71Zjod0qGT5DZPiXMtBexne2XwimPinHgs2iq4BX55dbvYOxTGh8kFjHa6iQyG9WOfVvP38slMFrL5AFh4KvL0rwNN79NwwLxYJvtskFvmsXvuQ1IBdt5cNJS1HjqmheGDAI3yBhd5bBNnxXslZUoVkkrBCpmKcvTiBCk6kxf3jwrcpCRC2bNheJ+rkGBL/WZaBJQmKlaB2x+4NFlPct8pEgz5Q8UR8nALG71NbX0dwLiRK7l4KeVwfykfABLCp5HP+Fx55U55R+8DPig48uj5jT/BvKvTJz", "1:eJztWXlUFEce5hyOQUCQ0wMRgybG1TkBXa3CwXMVIkPUNW7MyDQwOjA6M6ioia4mmuB6BOO5buLqGuMRo/E2atVqjEGfbryiaEQUWAWFIKAyg+JWdTdBI/ukZpe3b99z/qie/nV9/Tvq+33V0xM5wZSc5ubk5GTxJMMIk5FLzTZyaRpqoebhBos1zbnxLN5qytTSM81L20sbb3N5zpbYZEsmXNL6kC+DTOZMnVGToTOncwY6qRlc0otwT8jHYdzzsSf9H9qGvLS9tP1b2+BGG6/av3TFAFOWvumMXhtK58v4Ua6lwh9vNmXqrIbUFoIUbCA5PyrZQIqh1CZjjE/JjzGsIN6VQishB60hK53sgC/CqPhRzeZIJTjq7RCKKTy1gJGxeRJRShZPMQ6tU4wDnmL5MY7NUaxDJRdRapbw4hwquYiKa6knIRv+IGcDyfiDojcTSC6AYplAQusqZDwowZQ9oSUgoQkVciaQ0BryFtPoaVCMAyCFgik8tSPhxTjCiBhHPAksl7MxQgS1WI2EZITqMeUkF1kucwTERFi50BpyuQMghYoJJPST3BGQgmlx5Yr/AMS2TmLntlgseZDaAWGRCyxXtLhzhScWalO2mOTCAwuPaTHzmp5XlEwcEgVCydZMIsgRVVEyEa8RxLSyokAo2eRVBLHtM4KqKB1RFRWT6Im9rmKTIoFFKjZVEWikYmKEXNicVGy9LoLYpEgEOdLrKiZGNILYBEIEsTFCYLmajREiiI0RAsvVbIwQQWyMEEFMjFAIi6tmYoRCKLmaiREKsXrNM4K+xbGE0AtWzsyZUjO4TAI05ww0cplcltWSJnn6hmnu9ExKhniLxZRqIE/dpqxnb6b1/uVmKTmTOS2dnMJZzboMTm/WGX81mb4/0mQYyAUN8caZDYFOT7+v4ud4kS8JBjOXSp1p/SnClE0npxpNqZOmGSxcMzcdZNBnk/iM9Be7wev5m3rwGaXrsvSWNNfnaiaKsaJR9Fo/73YvypueaVqacABrwo1PZbGiYLd+wkH/1YSbKd8LEpY/3YYqWesnHNwazG6mii/IW/xtpRT3y9bPO+R/y2wxU7GVVYrWTzi0NRbajzVv8cm1UcnUv5J8ej96Y43JZNYbsnRWziK85mxDhpHZuiyrwZoTbzbrcgRgJ74k5uxUa7aZ0/MX3mk6T9BZdc1sPeoY4Wn92fA4eon+6UWt7seXyKb1DMRfqE73TZR1hfvOOhW6ePnCY+d7cGHrg/ChFUv9ZuyNhLMnHrIuW+UDY8LxW53jffAfGjT2iq1dYYK94g4+4AUfrLy2bIF7IOa2vJOSnB4BF0uqgof8IIE1i7XWrpcCcOIE/zFxtUHw8z9/23mHuQG8zoXdHLNSihMWGm/VlwVDy6WA6vh/3Ae7ZlbveOOOFEfUGke9+5vOcNS72/dOmO0CizdSYAD2WbZ57sh8L3hxelm0zLMK9Mk7NXsIkOKNiTBQd0wKO8amJxhMP4GaiHOm8YODcI8FwQVnHvpD36SvPuE+rAdXcx9zD/USLPPc1mFsSQDk/U0qAR/cGbm/k7sH3onufvrbbV3g4eQVkYvvu8L7B67kPt4YhKV7Ps858Wo4lK1+LXR5ijs8pqeJSnDt4wskkg7wyjb7uMzjdWBvDTEYgrDmS0PhlNwf0eHidh3zS0+gjmP1fa8vCcLXi6QkgwaQN44WsAwkdQqeOMLig+/VDvv9/NhaMA+f/OvAvWXIy7YufVd5GUitHDug/+16sH53TN1RfSEwTp+x8XWNO6bl3D3EFd7t9U03P+lFlETTP18BJp/58FxhUSm4nrRoZVaADcyi6a0pA4u6V7Q50vsW2mHO+Lhi1s+ADED1dhH607ByN2XbciR/s/drmwO/B9N6RpLSF6LLVTSgOvCg+7glR+9fQAev0MK1xfy0H26DoX+ZE310/nlgtvmV7fuqFEUNmzmv13BnfHT+ptEn5UWoTktXrAjll4K/XT/SBW4ffGNGu+0SeHNMyL6zcwKwELcNCXy6hXqELr/gddsZTjvyWXiva+Vg542y5V/7uEBXr9yI1MowTJwmXK7yg6+e8j9xcL8ztHZd+WTpe3ZEV7vqeCD0vrRhcj/vfWDIG49CLSHh+CNSBak2DEoHvZLtEu4l8PmmHblOl3bt3tABkqB81yruCXVKDscF46eSpTiHaJSDbxxFuYtLqiPO3UDFahpgPphd34eUthy9fXCoj0uPBrD9MgVUoUpaxoMHAHV7KcAXhxC2aYtPgxnqrf1Hv/UATJ3Svk1Rz2B84NGC2quj3fDsgn45Y76oRiTqD/JT7GglaS/176LgCg1thCcgbvf3U498ZkMk6jWe7RvAd5nKOftgIbhqe2/iIWUQpqs6D78ClZQQA9pCPqy8MMyXPy0StiXVWSTxhyoa6FxPDL77ac/7a6Mhz/sSb3irfvO9cyNC8PlDlJg2QJqdFPgR4MMuDRXqFugEhTocBPWnKvOPzfXHiWc/Joy1gczjDV/PrLYjPq2lHpiXj8irQJeS3G3dR9XI40zYyCvty4GcJ5I7HPF+G9J5FaA3Xe49dsDrzFk7oLIRF3US6ejCrHbGJfM+Pb0lyQNWUvOwGrRqeBCh5reAp3uHO4A4W1e30wX+HDtwsNlWBtaspp+HIk8fgVW0LCfvIz7+ZaWoy+MH2UVr74j+rqFo3oEznGsZ9MkDSY3YL8fAslC3Ub5fumCt+4a8Ps41KH7uzROrvrGhNlO2Lbya4Yxn6Whn3EOCrvwTNdB23+mB+XLYTwOBvwXgoWT8quFvRsFNRCX65LnAGfRw6jqavnZ91IG1nSHPszxPKPRnsdAfJVFwUg+inIG+sC+dUOmHiQimXbz1BO2HNJCtoBttKG9/zPuV1SKqhgX9bIiIQsE2uzPcVW7ZE1RvB3ycWySwHV1wN09I1I8sRQXg9TnOBvh6TnSFARsP/z0kegOQ/HG5ZuFdCRT06DGg8h7q9iO6QNtkTDHidXxTW9yfsFV1eisi3ZnRxegEhfVoh4l66vuO98a9sjY4H3KvQ/wWG5+VTn67mDItz+5FTf/fNb2oasYm/xcvpiS9", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWWlUVEcWbtamQUGW4IKILOIWlN5BjfWw3ddEjEui0bZppCPQ0ouKW3SiGI1rzLiNxiVjNC5Eo5GoR6qicYvGHbegIYAiwRUQRUKTqnqPQQ0z6eqJ58yZY/+ofq9efVV17/3ud6tfh441Dk50FYlEZg/cDDAm63XWZH1iP9JDuvsbzJZEp9q7OIsxJZ7caV71ver7N30D/4u+Qf9DffH19PV+1feq7/+qb2BtH1V659q7bsbUhLo78qwPGS+lrSyeFIs4kzFFazHo7ATJ2UAy2irYQHLaKtlAij6kTxrNhlI6hFLRNoYVRJeSsqHUtI1lBTmyVAyPYqRFLDOK9zj9ksni3fFXvCF1HD6u/ClIyoNimEAy+iVnA8n5lWIdAMmlFNTdaB3LAFIzrSSQXekIiG0lPkHkCiaQQHU2l/MgOZtNakdWEkBswY1xJE6xjngv1gFHyIR8YgNJHQHx+SRTMYHkjqwkpEY0E4hnuYwpTgKIcSWVIyupHBAWGU9YOZPL5dEO6J78ObG0U8LkckYQf5qgGLv9wB8mSJ/C7ijxZwmKkbJgeDYo7K5NdQcJhZwFw3NBYbc61JV2hd2JVFfYFXbTp66sKxwpSwo2NRZAbGrMu1vJlLC1ILu58ExZUrIdVASQ3Wx4piwp2YoFH1slW9Xkg6tkk3BeT5RscieAmBhRC2LTSF5QVGwSLoCYGFELYmKEUDVVTIyoBTExQqiaKkdKrYqNEXzmqhwptSo2RvCZq2JjBJ+EajZG8EmoZmMEn4RqNkYIIDZG8JmrZmKEXHBE/YwYbE3WmxuTBxa9SW/UJelTMNCU3iNZn6JPtZgT3Z6dkL/zwk2c2WzUGfCPPWPq85PFe/5rsiHpE/TxZPAQvcWkTdInmLTJLwxugC80SQb8QINX05sMvrjjhTESfNHdYNLryGL0TpNs1I2fZDDr65mtpyHBijeWTN6OGLz/OJuYmjJOm5pgTnT5g7MEQa2VSMXLN9jvLzW4EbPBwuFSqD7Kl2+w/58ZTGzQGK1ksM5eu+uhzX+2Wy6c+YVDgerl293sLw10IKvBgrTVSkj0yzc46GUEugmz3arnVFD6gvT5iPgXqRqj0ZRgSNVa9Gb+DWtD3Lxl1aZaDJb0OJNJm84DW1CXmKw6i9WkT6APxtTdd9datPVIsFrJ/xh5fnt68oj8R0d6V6/Cn6YNOPNlv9I4n0bIuf3cwKvefqgBvXDhYi8dSVHM9EMXbuR5LSsOQOnDtyh/7NyQW7MxfN9vYl9kqvQpzuooQQcHLw9dZK0ErdfP2/lL8WuoKxk4wA+d+qA3nB7szhlnuR5ZnBaA+nSoCa2ucEFJS+9OA8psGFZdYc1r3g4dX3lg+RKf2yDmyaGErWOegoCz3a88sLRGTgNmNxz01SlYFnLeOFr8EEZ9vfb+5i/aIHUz9G7LuA0ga+wHV99IvwVC5pS89a2tFerlMtkros09iJsZC/ZVAcXMLO5v+YFoF7zzWZftEqSeFzfm5tkykNsTD5zdFsWM624wPigAN7UbLinuF8KEzj8PWrgiEvHr/Qo33+6Nd3wEklWGb/FG3+/qkPq5UyE8/dF57BFXjvrjgAuS0wci7vCjNiMXHxJxlxX3Y3oca4COte30yckaMbdEOikqNOQhdDuyGF9VwRaB7w8oW/QEfOHZs5XVuRxQtw58Ck9u6LG3rNoGLrbXN80ffgbsnlq6883xIrTTpWhBm7slIErTvCRflQdmBJOd2+BP86v1jwslfPzO+KM3f2tivjy4JaJutp7lx1c0QsuauA71HhCKyKrx5a7cN2ri6Nsgpajqy4efNEPZ3zWOjHdzRSNbxj3U9XdHK68vmzvnWhjCVvQyVd4EoSHlyUOnl8OjmA1ZKISfLyofemdHr2rXxBvtv4Y3ktUS+W06iGcqA3w8b0DPpLDkyfsbo7O7Rzzad80GP61wH72y/1NI+bEwSPB/JRxiiVhRs8SJy7wyeuIgWztEafT3R4CwJ2bcHtiFEOx0AFo7M/JQxuYieC1omlaW44T6jciIudQqDOVle6+RbyyE04Hyvf198iHPWw+0kbjz4mOYtv3jn5JEZZDSYls4onyUihEejKnugaj/UyNR5l5CKBucPGXT65rmD0DCKMyUJx6oUnors1WCN1ec9RWOxB3YvmIF9lANzJEQA8WYY8dWHgh0RzbN07slM5ugBfvGSyrXl0Kj34fohw3nQF+SUMu9EDV3TgHI7PXLlIDMarhc83Fy0YEINI2EeXUVnEdodaERdzT3m9nTznqitb7EoQEIG7dH/cSZWxyPHQV9Ed1e+6aIzHbioi9nEGGLenijiXlrMMIVkfQp71sMwvtO/bDjqcboFvjnz9mLAtCwOx0PtPYRc6funTjcLeo1xPOnAlJ3ZeXCKBLove3ROzQRKkCBCifaejduOglgZaQwbw5UEmKUitDhC5ioYW0FPhwCVBfmPgAkHVvoIxBmG95wJdTK3o5u19aTWzqjqtOE09VwYlpQw7wdrty5pSNtmilijsZnprsQj1LQrevtq9ufVoEbzpL5IQW+yPfY/m8XZrhwEweRzBFz637ceiZnqA+i+1Y35K4Td+0uh9hKTIRCeAcvP6ekAlDaZtog5UkPZ8T7vRSMSjli+3rqY3Afu2GHIR92oo6qBp0nkMy+AmYRmg17Ap3oBnbDbmcSc4revwn4PH8IcVZjZfPhJhODuwSiTQM5f214GMLJvNoj6CigemkIRFuG/SD7Pi0YieinEERj73tZ/VDiR7pRuRkhaHtz4ukiSMOv9kdhi6xpQVHhiIS3ZKwbl3t5lrnnp/5I6kFGhqDDWB2HnBdzGSeGfLclwgsR+VyTFooofpInt2KJzxTVtnJA9elkc0S3r6uChPbjJddBdH+sOJuCEa9PEiGeNdBN4avqEhyOeP9VgIMFAcEn9J5Id++dbl2PR6A9xydmr2tWAI71Iwr6CBZHkh21QAQ9IiMX0PxcdA5Kgj57r+22lui4+I1/vL2uCJJ22w4JwlmBYj8PFnheBng9/BV+6Y93sBPz8l2s0C3c0DYc1Tsda6CIJmgw75/Rrmg4duOuDjZA9T/xdUHHa8DYRsNj9/SWcFgUm6Gp7ZBmh+FG2vxyQOvaqnOA1oPbgYjXza2A+jXfBVGZuhAo1K0cSI8Icanj8G8QY4r5+Vpa99dn3XvEevpkvwOu/X7m", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlUU9cWDoMQQAiQBJAAgnWq1gqZgPrsOYjiPCBo1bZqhCARSDQJTm211fqsY2m16lPrWMc6D23V6j2drFSf4kAda52nOiBOIILvDJcH+FhLTl7T9d5a8uPCPbnfvefb+9vf3kmIGmLpneEukUhsUnzobsk2puVmGzNSyApZ7may2TNcKs8S7JacFHKW+GLtxZoT1nr+H651erH2Yu3FmpPW+lWu0U7kWnnWzmJOrzojr3Um18fQozrFAx/bW3KH4FZWN4iGQlJM5qF1gKjpUccHIWsxWh6MhmI0MTxsRAwXHS3bGxcfEaPnx2i4sqNzgI+e7S3GAQxXfmLpMY4PQh8Ty4OJYxiu58QzTLQDmPi6YtgT6C91nePGMsNAdRYPBak5Q1cdxMeJ1ZC6zsGrDqqzUJncGKjOlcfqlFMP1UCcedI7sj0G0vCBYh3ZXpwjMmIq13BFTy2qvM6OUg2k4dKeWiwNtQMgDVcg1Kw01Fz1JII0XHlSa/4LEF+exHriA+kckFEliC+5YmlwhVzDKyM205A1LZf9M0Zarq4pYuqs1qpOq3Wgo2s5uzPFcE01IoZrqmEupHWgpWsdaOlaLh0wjI6vkzHB6bjMrhLE5VviHKDj65kiiK9VMN/S8TUlEcTXX5hv6fjGFBHE19KZ2en4ZhtWsXo+RbDy0/MpgtWSnk8RrDD0fIpgKtfz9RcmWD2XIsRGq3ek0er5Gi1ThJ6vk4kh52tKDBTLpYhKEN9AxJIbyzfbiCAuRVSC+BTBZBTLpwgRxKcIEeTIHBDLpYhKEJciRFAclyI0zFjiuBShYcYSx6UIDdNeXO2K6J2bbbQFkxfsRqvRkpZpzMFA65gO2cYco9luy/CtfsOMeuTMBx8SbDZLmslgN1nMNW+W4v3vm6WOGW5MIRenGu1WQ6Yx3WrIfubi+viPxEwTfiERP81oNfnhhWeu8cJ/tDdZjWnkYSn+BGHJJRenZVvSskaZbMZabppkSs/F+8smn4yZXP/zpp6U0VCDOd2W4VYjZlXzkzi06uKdT1vmDNruPLSrtRPxbYE+2vm8/Z/Hm5wlOo2wmGGxGPUxzicc8KcS9uTOsLpGhtXOJxzoDGVLuXlXvmkV5yXn85Y7g7eXg/nWiHOi1vm8Fc7g7ctd2OJHPOKoq3M+b6UzeNcSzOfwVlcfFPR65/MOeh5vLkOrJYrPIRwrflgmvmlwPuHg/wmBi4QrCzvO+bxDnMHbm5d35af54gfgfwHvBn+qwGuZb59DWF+9c6n/glk01BmJ9uHmHVdjQot95i0LGZjJjRMtFmu6yWywG23s63BSScm5BrPdZB+TYLUaxjBgBA2JNTfNnms1ptMXBledtzfYDbW8dYrTsO+Ia27PSF4i//BFVo92H+LfL16F3K9Ob37L1x39vPObGR55jaD+b7t7zzkfhoqCOvV6EiJF6x+/lfPT65FwVKuohvdfaYhWeic1yXUtEV6+5bsnuv9LMPmU6l2D1R/dTTvwdtdObuiTW+8C3UA5LN7UK2v+o0ikWjTw5f3+buhyQaPTpXsiYCa9QIn0X77+xpubA9HOLK/SJVcbQpnP9pVjOkrQK8YGF/odV6D72X3f2/CVFE6deam4YW9PtLHJpYmLZijRP1qEfHascwB8r2Br/wfxLmhicufP32/6UFD5nmuVt+QmyL8Mvvj9dS/UbMmUTeevlwoNbMcDixMkUP/PNj0OJwcg7+PLh7f1VqBmMdJ1YQNU0L2vX6stn98SDtzO/6Fdq/qo5eSgkwcflYAB6W1+7zlDAgMVYO+Z7Q+EJ2vuHul+wQueLh037FttKCJhiurhjyJWXev0KgiHs9ZMSO4cHoB+3PyqefkH3ujiz/N2zfH3hWMpUSVKmv3QY9A8V6QbuLNzfddg2G4wiUiFQMKnLvRFGzqeH6vYUA8aUns3W9I5AJHsbJPKUfNx03dk5fvD8Sfbjum3+rpg364s22+WoF9Sv1v9RY9iEE4JPwUX+gV/fViyCNB8VfhBHLwh4/u7wZyrZXjndwHlH+AJD649VNj3ZimY2LobTuUdMGheN+X0LqUgDG+jT/QDQLfX8qFA2M81V4ApR86e85nljc6OIJmQom/r4YgkuUEStTtDQ1B8h47W0o99UcWx0debjgiG2gCsoE8VaN36E4NGfixHv/zQbr0pIgjmus6XqhZJ4LDu92am2J+ClQt+jNxkPQcGPNhxamq5DJmXu3xb71M/dLP1rmYyn3sAyg0/HM0KRy1xur0yfdF5Hxzhw3L4dkXi41tZLvDu/S79/x53TriygQgjBBZ6ZTbKLolA7yhIJG8INB6Dm8CDH2EC06To7TNJbqN9yoVXjs2/Ej5UAfHuV+2dFoX24TTlyR4JJJrQFgVDqaCfgMgjlkGeBwuFVHvjuU/zigCVS7ockaqwHS8XJq964xe1e5h4fz94BWdhj18RAFjVwk13iHczeuyKYNR+WvbVMlMICkVvRiZsVkKmu21CH/rABwIksDAXWIjDF/ORh5jn7SD14gocIQXEybnhvi0YzYmamTtC5YFGtMUK3vQS3Jujff9rFMl0OLNcoLq8Hwrf+vj7B80XNkK9v4mY9MdhKWpOCysCtiYB7hCEyO20yUEsXwFRsE90izXyXnL01b1yvCJDqta/NfYwRMHuH/r23Di7SLh2ch1WVBDT+XhvSPM50A2NPLcwYEXbYLG+XeGEC1jwQVIkL044lFHYAOHD1WEtA8W8uCIarx/liKS15QoFpGma7Y5IdMeVlQnFR4ghrREGdt3n2VYlQfN+mzV50oCjAtvXNbBGXtD+xHAPdG6P30LNsiLhop5E1BOunUAMwB+lY/vZ53lPIO40X/oEjC97bfhBaX20Pbbk+/QWAegTGa7EcSoYTgtbhma95oIphqC8JSUxV26rYP7IPYtDW68HyVnzRy1sJBP9rwIs/pII+Z6AxdO4+Th/xPJyBWy9YcOVKIX+17/e6Ha1VKCPXSCFP2FVZ37yGDzd8k7xpgIJ+vQtLNgcGaQybxKO6HqeHBXgKmxdFgaJ7AMVSkRc6lCGFCURwiVeMP7Xn3K0khC05VWSuBKB8himhNGkbJuUCIErdn8XvNILYbNKubiiPozftm/knkFyRFj1tCiZz0zwgSZL0aT81HyB6fIpwzXdD2jafr4NFi57aceTyQdA0aq9XWOxzzDfcoVrsDrl5yVwVgh2yPXecPdFBbaa84Da4YfFoHTJUByCJ+BEESnEEsB80lWsv4eA6izAC1I/dCkH2EwCJ6Ij4LJh6a/aOxXg9NRy46NLnpDqaPcfom89AktxOjY0KQctH87FCjgpRKbdHtAOx12B019kl6MPPkvEFfUQUBs/7s3qYoGvGL9CsBbb9JACOWpDAnHIGwVRwykCVIdxYaJv+qAu2OUmz5FBqrPQSITN86zrFE9Rd0pI89OmIaJ6WBaISHgXn5JDDfnZ6gF9qNDOCNTXQ8LgLtw+i4KegtU6YrQlwhyyzV3BkPnOfYCzt3Zw6jIQTewttwE04/KF3weI/eYO0/NgFdTQgMngBBu5swCI+zW66QKpn8qUTOcdVSjj0SXD0jlKSEecBPNQm91qybHVnAWq/s+u6gvjWtbU/wLeNuLP", "1:eJztWnlYlNUaH/ZlEGYGRobFNTVbTJhhFiz9XgTNNQvM0NxGZpApYHIWExdcssytUtPMLSstTTPzpqWm33HJvSStTCRyvaS44XZRUjvLxwW9PI+cuU73uc/jPx98Z87vnPN739+7fN9MsyH29Gx/mUzmDMaXnvZca5Y715qdQUbIcA+b05XtU32X4rLnZZC71AdjD8a8MNbr/3Csy4OxB2MPxrw0llk9RiuRb/VdR3u+peaOfNaVzE+kV21GIL6m2d1DcCmrH0RHIRm2/KH1gGjpVc8HIWOJSTwYHcXoEnnYSBguOknsbFx8JIyBH6Pj8o7eAz4GdrZEDzBc/jHSq4kPQrcx8mBMDMO1TzLDJHiASa4vhu1A/2jrbTfmGQaqt3goSMtputogPk4shrT1Nl5tUL2FyuTGQPWOPBannHqoBeL0k8GT4zGQjg9k9OR4Jk9kxFSu47KeVlJ5vTNKLZCOS3taKTS0HoB0XIbQstDQcsWTBNJx+Umr+y9AfH6S4okPpPdARtUgPudKocFlch2vjFhPQ8aSuNI/Y5TEVTUlTL3VWlNpkzyo6Emc1ZliuLoaCcPV1bAslORBSU/yoKQncemAYfR8lYwJTs+V7KpBXHlL6gP0fDVTAvGVCpa39HxFSQLx1ReWt/R8bYoE4ivpLNnp+XobFrEGPkWw8DPwKYLFkoFPESwwDHyKYCo38NUXJlgDlyKkQmvwpNAa+AotU4SBr5JJJucrSgxk5FJENYivIWLONfL1NhKISxHVID5FMBkZ+RQhgfgUIYE86QOMXIqoBnEpQgKZuBShY4nFxKUIHUssJi5F6Jj2THUrIt2da3VGkw9cVofVnpVjzcNAR0GnXGueNd/lzG5Qe8HsAHInx5cUp9OeZTO7bPb8OxfLCP33Yr0LXrFmkMm9rS6HOcdqcZhz75ochv9JzbHhD1LxblaHLRwP3DUnBP+TZnNYs8hm9C4115718qs2p7WO1TrbLG58sFzySszm+5+rBVEqQ835Fme23x3GqmmcpG5Vn+x9vhH34qsgCLubTM6qL21/Htq16oj0PGBI8D5vxX31MzdhycNSFBoSvU9YeV8JB3F7WHuHh7XeJ6zyhrKDuXlXP61KjZL3eUd6g3eIh/7WSQ1ikvd5R91XgTfgjmjppY7U3Oq9T1jtDUfXYcV78NbWbg0MBu/zbugN3nUY8x68jdJbMulpwfu8o/+3ApeYVke0yfuENd5wdCgv7+r399Ir77+Bd4w3eNfR2N6Dt6F25dL+Db1orDd4y7l5m+7o0Ix3PauQhpksnGq3Oyy2fLPL6mTfg5OAes5tznfZXAUpDoe5gAEbU5M43Fkut8NqoR8MrrlPM7vMdTwzmXTsy+E7j2clH5FfepHR5UuegchjShgVterpY8XNIa+sanlFehR6yz0srsHgUBg0t4d62p5mMPZw+4LMZWr0zBBFZvJXCuj/9tarrfu3BMu+Ad13TVKiaetfDrm+OABy8XWoMwo67s/+uexMMCLwbi/5QJPXy5/7pvAh+P7JZ36cURKJnk94dHlkkQJOLJ2/vWlCI0AvNk2p+DgeWZ78vdf06Eho8d7tdwpHyWD+8x+s+FyjRHNSp+aWVSkh/eHFk1ebQ4HCJ0ahLsdGRq3aGQH7xnYRxzTygcxlerzFl0Li+49qZvcOh70fdlp3eYwcLANKOvuNKBM/eOrxn+b9MxKOZ0Z//SNoGL8psWg4pnu0jRI+/CXpgqlTuTBy5yPtZu6VoY0PR8jXfrJFmNn/VuqNc+XCzg3fTA+8WCx8NuG5rgvHBQPF5TWGbmG+j02ao0HDVk49koMU0GbNwguf7lBBuXOtumpvEFqx/+c+Z7/wg11zN855Z38MMHuFo2f/1DgPpSsAIs3bDj7mA86cGedGC0EIkzENTYuUzq2CI1NuWv+1RInKprU+12BzmLTuWaE3NUiZGDKlSdb5fmfFzD3a7V8+USr0+CS0c0v3SZHiTpaLL3bs8MfhlRdFm/3i67t7l4uEVcHOY0JlBvFApRgl7ChZO7FC7Hn5rQxXi0rh9Ndf+JVNKxJGjFz6eGr8NmHSpy/s0fqr4FvXLI1/HznIZhRWtbsoQ34j5C1a3wqChlV7z+9OjQHKR6VG2W9mDSgJVEHfN0y/fPd5NPx+VD5r+VbJX0+fEGT28f7fvR2MGn/6R5cnbl8SVUs3bYlupYG5v82a9Ho/ORywDwr6IeammIaNjtbLgGxT2EMNp/HsZu01iPHwQxuKCUEfoO57p0R891rgoLlhUXB0c/gC3fFW4EcMkx+BviF0Wv8pLNvR3Th5ixIGbuga5rsiAB0eNLxX4zmBUHJovLPzVy1hzpqwYSu7K5FhRYcXXvzymvDs9PfyVa9dErHRE95/dK54qqj5keuFFUKfMavWDRHiYCSdGI7O+CcpDU9Viesu3/xpxOmr4idY1qsdt8VLB3oOUfwaBdssnw3ufSAOqtq98sObB5To1TbNmlzJ9YG+WIay0rNCfyz/rH3nRKrLcT6o1cnXFn3/WblQ9I++V9cX7xG3LMOBelANCUSQ6uZQHDfarFWrET4FDs3rAvVDhxbw29qJo4t00Wgs3ahSCF4Z388yqjlgq928dlWB8OalR6dGglmLI7BrU5hO5JTQCB1doFy6KSUcqJ/T4oHu360pmtig1xfvLlUCPc7+S4IxlkRqpBTX0bD7lLDk9823hK3RrTICPlYg5r8oGPc1TDi+MwSwUxZXJmoQjc+FciCs+9wMAXqujWq0aOAjexVBUr54SQZMp8UCWzcUBnbfFdR+vg/MthJBnRfmvbrgo4fWBwCRVd5XYSBgL4lnz4izlpOAVACxbmlTJRSl/XrxSrct4rzguEUDT6uAymVLFJwfLegH3ohHRC2LTRpYa6zcajmjgScpMBZNWX3s9GxtBCwg7ssZL5wy44xgD0A0LN1q2D188wexbU8JNLy73xatMcRjuwVqX/dtoYAmoFIhp3kuDp19IjbKzHY+xwRqR+s15qdbMiBsOvs1gQ4UEItKidlmqcDti0/cuCHgYO7YIccPJRJDnQwCKu+j8fBzCF65MgSV5JAICgZ6rrU+cOjjV9qHHgpGdN7iaAilB1DB2JdIxCpRdyLQdeHQJjW+/Lihn4CzJ7bQdpG6s+KU6LgegUP+gnB7zahLq5+9LjaiDrgi0vMWVook+y6v+Ig4BQfWeWEDSV9DL4lE9ZvSZWzfpj6QjrNiq63FwhgqzIuCT0/CfJ+AszoOpDApXovEF862xUq+IdB6oZOzPFJ4VUzBqpm78Q2R5s/OcsTiToZmRJBIiwWclMd2EeRARjXqQGScnDL4lCIG2Ln9gaThhocvizSdRMZAXNvfWgSmKIHmkeQr4qpfScDLYNOJqEa7sa67UsepmZ0t/lIekeJVFY8Y7wqB2qNJNBzE4Zy5XoOoHvvLUUvqMH9Q0ESwUdSTxDLBF72B1bZsiR+bn1wptlj/56QrR26ILO8HAvWH4VthAC0rZ4QgWojigLhTXxqIyK4Hel5l6/meE1ndDECTcfjKZ2mA5m3/OEju9LTjei8Voi1OSv5Qp8thz3Pe2QvU/MCu5pviOsa0fwGcfshp", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlUFFcWbhqhm52mQRDcwT1R6B0dfRcxLkRERdGIRhEa6Ai09qJiTOK+7/tx3BKTKGo07hqN1a64jEtciJpIUDGK6ARQEQQl9eoVY+twRl6PnTNzjvwoum7V9+rde7/v3ls0TYbr+ybXEQgERjF7iNanaRPNadrkWGzB5p46oynZofoswqRPj8Vnke9s72x2sMX8H9q6v7O9s72z2ck2sNrGdSJh9VlnfUbSyzN8rQe+P4w7ymKd2WMXvXk428pqB5FzkFhdRkotIDLuqKSDYFsYFUbOYeRhNN7wGCp3FBxGRrU3gpFTRVppw95UJG5hNmCo/FFzRw0dhHuMigajIRg1DSacYEJtwITXFkOeQMkDkhkCqrVHHEhGGTprEJ1PRA+yWgfPGqSgAvEqqjVTrUF0gVDaAlLZklye4rWWhRWIkhEaW6KnscUnIg05lU8yXhoyG0ByKsLKiJ7kVD7JiDRkta6sViA5FY1kvDToosc3JSo9yRT/BYhueyobCFsNoksukYac6klyWhqRoQbbFFQ9g8ROQdVqSSlS1FoXVhgbxgBFrclghaEcAzgMVU/nMVQ9nVQuBdW8wWOoeECKndKG2UFJV4oJSZVUBbIaRFW2+IFDSdeceRBdpyAFUmnLlKKk636kQCrp+iwPopuHiMhVdPMQD6JjBJG5io4RRLMqOkYQAaroGEHUpLJldlDRtUzCchVdeyGEVdE1MsI9FV1PIjRSUzGC77NqKkbISMjVdEMUD6IbbXgQ3exAkqumm7x4EB0jeJAtY4CaihHVICpG8CANFSPkRO4aKkbIidw1VIyQE7lramZEX3Oa1uiPL5i0Bq0+MVWbzgINmR+kadO1GSZjsof1gslO+MyNPUQYjfpEXYJJp894dbFY138t1i9zpDYW39xPazIkpGqTDAlpr93szn6ITNWxFyLZp2kNOi/W8No9LuyHLjqDNhE/jDuLTNMnjhijM2prWK2rLsnMbiwN/0lMJ/z31UScKykJGUnGZMdXgvVyBuKHVZXM/v56v8lffEOk3oxvTqyt2yIat626sIzvQXL7+y15q3kWUzussX7BUCns77CPPRJdQxT/s998n6xOtNL+fkvfaqJdbGS2nB9fVPZ32NceifagTjTvNz+Bqe3vt589/Pa0Udh8e1Vp7O933bdK8BrY84ZEy61HA1W4/R32f6sO1xC+NzjMZ5gfqUPt73DA/4Si5QrrSqYOs7/f9ezhdx1qRYdav+qG/QWKDrSH3/SVTGk9osj+AmEH2cNvN2q/1dYzuFz92rsKfkHAC0fq9YYkXUaCSWsk34NjQfUxJ2SYdKbMCIMhIZMAG3IhMZgTTWaDNom7MOzleZcEU0IN70waOfly+NXtafEl/J9e2HplbEHzsJN+8NE0Tc7xuc1h5FDRuXp9RNDSy233t+FSiFu7+bura5vDH5oPuhnKKxBrzczW+UI3x7FuIeJWsPPTku97F7oDSBOOXmrjDHt/EuQKXSRQsHeb4905T5jnpea8VRJv6DzszoWmQa3g7pyWDz0OlSN3YZvpda8FALtKy8/fC4aSiPPJV+7moyzphS5XRwpha7eb43y3SmFdYLsbIdMcwWuV/KtdameYWOf4/LAx9QhujiMcOuzfPNbJC5aUOg9d0dMBuP21ykVbrw4dHfOxBEpbDp5/5Ik7lC6/sXj61Oso7rOte4ZX+cOLyGcPC6ExTB1/YedHT4rQws8r2o88V4auuKQ2TRsrguwP1TMjhhWj97T1bg1cLgZLfOOI4sRnTNuqJqxL5Yj47QYeee8vWBfQBOI839+x+o/bzFO8jf5ScF+cNanPzBB+nTsokFugCrHBmdVovQQqs4ovRg8vQq4/rx/Z0dUbZP1DW2fFBkLR1FP9Dm8sQwdNiwPq5HiANw5kSgBoUrro9EW7UddmZuHKGU7Qe+7yDJ/JVYjEoRSNWDlm1VfBlahNwNLLLqmOliGcg+WI+ayBJuWYM+Dt9FhdH84/jb39zd/zmfXB+yunPy5Gs+bllzS6KLTMibpfRyERw5z9I1zK1xWhpdoZiUN+fcA8sIQHR1W4QYsw8Zb6g0TwvSF14cPx5xmOF0MdQHW2Q6+fFrqAH17A5AO5o/CK21AIXj7eExQS1d9+lDWF0TEN634SXYDCc46nK8AHyPMaA85yt5vliNv+/jxUdiRp07B+9xnOrf1SOPHr7injLzgCzs4MWTD4NTh1B31diq6dYx1p5gBT1pzddP6Kl+XkigPLFnj9wFw6eNu3gUtdKNpw4kN1ViuY/Vz7NP+mD8/PZ4jxZImk8IIT6YoJe+EZ0ylz4EalhwQ23Ovetmpia1gpDlrzcZYz5B3CNwoBXz7b4SLTuv2iM1+cdCPrznQCLq5dgoAN5rHGoQLLrpOjD60NzGbm43DqRRZMi7LtInjyy88TjdN8YNSW2b+k5jXm9cLao7DiHEjepflo/aL2DtFTHiMcrr51BeR6nKelxZFpGwacfoyE3MYCoNwLE6IZcDxKdCX8NrtDp3vXtjwbLIEOv8XMXf5PAcn/CAlMupW94kBca8hkZS7ecg/hLDyaJ4IoLMA9LaHvvoZTC/uUoYHh2IMgYJM5+EVwCDRirfsaPkG5rGoGLQ6E2yqWwRAMyxd4jVNtzmEI78RwdaKx6xKVBDpj+X4iAlcsn3GliONZvBQE+GeCGDZhuntXoYLuWEFB0BQXhvoOED3FI2abrxiI/4Gwh832zmtuUL4uZef9R+7AZv1ibl4lWu9w0MnH9yYzbRCb4cs+gNX4jyFliKtTmQWIC08rKRzr/J0ut9gT4jkilCKs7v0rfclzlngApt+EvZeZ1rjQrAiA+O3MgzWVDaDQuNuv4swJEocXgVAHF6roRhDDEYd9PqeXu4jw3xkOLsOBeE74PKEYcbwMceLrm4XoepYn9MMEWedgwekX6B3Ivla7Qf3CW2xEy5lj29tmrHe4hUidlfD5bcLXgUeMgq16ZUecIdaJjdDEpsCyKuz3rSXMjRDniUuP+gAnv1XNALNbW+8ig1Wa1KEEqTZ3GhBfLAWiq3w0qiO7o1Ap9Fg9ofmRE/4w4zEmZhUi8fCB4KhPJ7frGQCnj+IA3mCIXsTQ+KKe7QgCuJ2NBeYIJA/FiJNFL4GF7KcQZbfCAnmO9g7/4lrH/fWB1KHTDKknFSgn7kG7AxtEFq4+Z3nw+stBZrbMxXleYWKXNZlnLnYGf9xAJnkBp7fu2WS9TCGQelaCVku++fGwfynDFom+LYbVhUu5eW6Ls3KZ2Wl3K7KKHzH+3XtXBjySQv/DG7/uBb+hisHpx1/sOIN8JltOf+nkB7cKlu5wH+UE3LrlwYDDtB05Atv0rgeNr0S7WLpcn1Ud/6cIV8GukwXA/T4aAl/mKNhWWIBOYblvExIdBvtaSB4vM0tYuVw6KIJFg/GGXS09v3VlS3Yu04Ar4I8Q1+dSPCw9ubZwi/STJwJo0uhxWtzzBhDKEdPR0nSeeVSQx+/MCrbKW6IcLWe8s3/YN1cIGweclh0r9gUJPu3aCLhyONQNuBEnIiPFaDLo042vzgIv/8Hu5RfFNdhkfwI1R8Vh", "1: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", "1: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", "1:eJztWnlYVOUaH7ZhFxgRZBNww1wSZqfS8yJo5pIlpoRb4zDCKDAyM2iUS16vllammVrqbXdL8yqm5db53NfMXCpDDUkzNxBSREG933K4jl6eK99cp+e5z6N/HDnfOb9zvvf3/n7v+w5D/AhL/5GeMpnM5oMPfS25JmNhrmlkOlkhy33MNvtIt/qzFLslL52cpT5ae7TmgrV+/4drPR+tPVp7tOaitYz6NdqJ3OvPulnys+6ekWvPkPuT6FGZLsfHNEvhCNzKGgdRUUi6OT+7ERAlPWr4IGQtiQujohhVEk80EoYrHDXFKLn2xjAqLqY1TuxNy3hLcgLDFY+OHvV8EPoaLQ9GzzA6HkwywyQ6gUluLIa9gVMHLDMM1OiIKEjJSZ0jiC8m5gdlo8lzBKm5QJKLGq1URxAfERpnQFpnkitJvNG2cABxKkLvDHt6Z2Ji1lBxxaSUrKF0AqTiEqyS+UnFFZOSWUPZ6MrqAFJxyUgpWYOPPakpcflJqf4fQHzb0zoh2HoQX3KZNVRcb1LxyogNNWRNzdUzGHdqrlbLSpG60b5wwDgxBqgbLQYHDOcYQDFcPV3CcPV0VrnUXPOGhOHSASt2GidmBw1fKWYi1XAVyHoQV9mSBg4NX3OWQHydghVIjTNTioav+7ECqeHrsxKIbx5iJtfyzUMSiE8RzOZaPkUwz2r5FMEMqOVTBHOT1pnZQcvXMpnKtXzthQlWy9fImPa0fD2JyUjHpQipz+q4FKFklOv4higJxDfaSCC+2YElV8c3eUkgPkVIIGfGAB2XIupBXIqQQHouRaiY3fVcilAxu+u5FKFidtc3rIj+hbkmWzi5YDdZTRZjjikPA61F3XNNeaZ8u21koOMDR3qRM398SLHZLEazwW625N/7sHS/fz9sQNEYUzq5eYDJbjXkmLKshtz7bg7AP6TmmPGFVPw2k9UchBfuu8cX/5BmtpqM5GX0LDXXYhw9zmwzNfC0HuasQryxXPIrMbP7fz7Nm4aSbcjPso30uIesuzOQNKxqla6PN/hB8ZIbUi2F5GZjY8P25gnboQsrpR6kcn3cIQ81zz7cAesdP2Bo1a4PWOGKRDfA4n+PW+qT9YnWuD7upg810b5OKlsljS9a1wcc+lADDuTOsBSwNHrpXB9wM1cou4mTjpb6qlbv+rjDHmqiG5DNAxKtcpwJtMmuDzjcFYlugMUHxC0lWhqpE10fd3NXxM1tbJXasZLpklwfd4Qr4vbkNnai40fdpL/A2JGuiJu/oGkcRxTlX+DvKFfE7c8dt85xBlfp7vusQj4gkAenWizWLHO+wW6yse/BiaGeLzTk2832ohSr1VDEgC0oJdZCo73QasqiF166e55msBsa+MykV7Evh+/dnolcIn/pRVYzkr/aM3ZiLHz9g+yUu28gePjOiDWWt0Txq605s/NiYMnCHXGrrR7QvG2612fWVmh0h+r5J9PjoPjx/M/c6oJBMQXt+2RqG+TTZeELH61wg2PnRuE7jouzksZ1ih8eglKjL5ZpI2Pg3f2TeooT3OASSm7Va3BbNMDeev6d4Fj4m63He9XyGqHqcN8RwT/HoFe0K7oOGiyDl/1bt5v4lh9sSgjyX7ekGRr+fp9mb/XyhQPle7d36+QHWQeG9t6zOwKRuzZclMGUzn2W+PW4IbTeUPf61RIZ6vbS2UMtS3zhqS3958XPvC7svF38alWiL1o2aJ9yR0EUGAb0T/h4+h2BhDPn6Qik/e7JZ3+YfUKIM5Zndusqg5a3qgtLFwWhXgHuHV4POy3S2xPlYF/XrHZ/+Vlh2t4BW5d93hTezycMbBU+H9PF76dWsegzt81eivei4DChc0a1cKpgxswz1nhUMuOW6fqZGqFJp+J/VCy9LUSUZYR/HRKK6prbflJYQ2ARoTnHA/IGTli1viwcdS3KWKbpGwRRnU+2lk+uEIIpMWGI0nChXFCRf2s9gO3DE1VgWr40nxInxuiz08xN4IfZQ26n3qwTGJ+BgIM4fvD6duGTH9UV+qlRLI9zKsXSRSGLt0wOhTEH3zh8qvSasP1IB1NE2QnxSljP5+oywgBd+vCpjke/EEx0w2uEhG3Tlg7a5weU3htlYvsncGb3eMGPAy913pRwRXjy135vz39cgTBbq08vbwbkv/NzawQcZVWKJQ7VDsnbeVsZJuXVA65t+GXGrbNRUn4rxbEFUYGleVGQM/vyeEFTKvqsjM7Mqg2BrVg2r06RwUUbTsCKlmg63q3/nGNiTfpvixemeUBHssH5gUD10Dse1ulqtmWNagZTxx9a++KxNmhEMFH6FSH5x5156tfOiefeanc5sKsCHelLrsQCzX+IPyx+FpoapiSgViU3Jo7aXCaaZZbJnt0VkJBEdlIuUt5V/kC3N+xPUReJBselRCLl76vanPHwRJSXDU3h6ILfY5b+USXIFaHCruhw+GjFlz8PH9sEZsoxs7NiENPBenHoiR4eL/t7gGbYxmcC3G+K2CQ4g1UipXeiH5Bse37lDd4kIdFxzF+DgmHUZvuc5p7xyPtgxPO/LPSG63LCYJX4aff1f946GoTiDluGe8+MhX7/fM/0hvGaMOSdbdfa1bVF1H+1zYHpRAaUd78ElEkS0SUedm/85m35GDf4ohIb8rkWiPI0LA5IWjrNKhWwmQoLSqLRND0hsn7fQTDpeJeijHYKNLZfi7BRff8UKP/tg5g/eoUjSn+1F0xPIQx5Qxh20d4pMSix/fKmh3b4A87aaN/kEJiAWd04PRJVGonBawX62o/LhPFVq58bveCWeGFucUBBR0+IvZqLnXJHmIDTe21DlXgo7ecrV/cFQs7aC7Z1cz1g+GP7g3dv9EXMr0HAdPuH4LXzHVyZ5Iikdef3kXC+LUlsldBGPnlu6pth6AiRlTkG6Hvj5EDK4OW6MLQGq7g44Ji4NqBg5ZslXkDl0DoELVJ9+pWuplgkdB+MqBRofg81QZNqn8CWeldcg3c9btEtgaY1rUIgNC3T3BCJ+ot2e7B4nymVcGGQik1cMOMXkb0vBlHffK8AWp6GnBInkcRnxCOqa000vEYFUyJQPo0t0bxissFKAedgZrr9utB87lHfnE/DEU3TRYWkB2/A1fzdJ1JCESnf3asV0KNNofsCn1+Ft+fjhEEo8lKHaJ/aclUgLH4TGADjvv0osvNJT0SX+5exeHYEwYcVS3f1/loGb0zNPLLZKIe0m5cvouTTQgYus2tWxSBab7pXiCzf4bBq/QgsFTeg8t/1mzCs9x7vLlHhwOrbfqHn6VdCVz1dJZDbt3cLYLpadlIcb1C+kNjeDZ2rXV55+LtIiPAciC10VtzdW4cl9Zvojstu6KRoYLq8Ln6wad6soFfKxWximPUtgJTVEZP2CgdIGxraFIz0wT5M/71aoa5/HF9584Q/7CRlOMQNPmiPmTsfj1Zh1/ZroYBC7LaBTaqFxy4Hfpv4YmtE22TmJZH1SRnQNPZRsDoyu0yIyczCpdAbUoiQ/YNh8Zat4W3T14lnDYSRGoH6bYIPkPS0vOQLNO0zb4q0Dn8cg6i+zsjR3wNxxtqEw+KOpJNeEg4dw4W2Nhw+ycZC14QA9UVmJKIjTkp+ts1uteTZ7p0F7v6B3d0vihtYU/4L3Ji/pg==", "1:eJztWmlUVEcWbhroptl3EAyLYyLGOELv6Ji6iBrcF0xiIsYgNNIGaOluEjGa1bjHuMToGLcxGjUxuMWYRM2ruBujMe5L4m7EDRUEXECn6tVjbB3OSPXYOTPnyI93+tWrr6ruvd/97n10xw+09M7xkMlkNi9y6WbJM2UV5Zly0ukIHe5qttlz3OruUuyW/HR6l/p47PGYC8Z6/B+OpT0eezz2eMxFY33rxsRKJK+7a2cpyL53R591ovOTxKs6XUGu7S1FA0kpaxhEI0LSzQWDGgBRi1cdH4SOJXFhNCJGk8RjjYThMkcrYtRcZ2MYDZendU6cTc/8luQEhsseg3g18kHEbfQ8GCPDGHgwyQyT6AQmuaEYtgMnD1hkGKjBFokgNafrHEF8NrF8UDfYeY4gLRdIyqIGM9URxOcInTMgvTPBlSje4LRwAHEywuiM94zO2MRSQ8Nlk1pKDbUTIA0XYdUsnzRcNqlZaqgbrKwOIA0XjdRSavB5TypKXPmk1v4XIL7j6Z0gbB2IL7gsNTRcO2l4acSaGjqm5aoZzHdarlLLpEjb4LxwwDjRBmgbTAYHDGcbIGK4arqE4arpTLm0XP2GhOHiARM7nRO9g45PihlJdVwCWQfiki2p4dDxFWcJxFcpmEDqnOlSdHzVjwmkjq/OSiC+fogluZ6vH5JAfIxgaa7nYwTLWT0fI1gC6vkYwbJJ70zvoOcrmYzler7ywgir5ytkjHt6vprEaGTgYoRUZw1cjFAzlxv4migJxNfaSCC+3oEF18DXeUkgPkZIIGfaAAMXI+pAXIyQQEYuRmhYuhu5GKFh6W7kYoSGpbuxfkb0Lsoz2SLoA7vJarJk5ZryCdBa3CHPlG8qsNty/BwXzPGkdz7kkmKzWbLMmXazpeD+xdK9/7VYn+IhpnQ6uY/Jbs3MNWVbM/MemOxLPqTmmsmDVLKbyWoOIAMPzFGRD+3NVlMW3Uy8S82zZL32htlmqme1jubsInKwPPovMbP831dTiqYMyizItuW43+esez2Q1Kzq1a63N/Bh9tIJqZYiOjmroWYrecx2qMJqqQZpXG93kCvs9uK22+j4nqHXut7u4EfK73q8+J8NlupkXaB1rjc45JEarHKS2RqpfdG73uBQVzDbjzvQkt1SB2Zwvd1hrrDb38mMlsqr3uh6u8MfKcHrYc9DAq1xbA30ya43OOKRGlyP+x5isBRhqaVOdL3Bkf8TGa3ROiqZIcn1djdyhd0e3Bmd6Piqm/QnZHSUK+zmVzKdY2+i/hMSO9oVdvtw221w7ME1hgfeVegLAl041WKxZpsLMu0mG/senCZUr6LMArvZXpxitWYWM2CM6BJrUZa9yGrKFh+8eu++faY9s553JqOGfTl8//FM9BH9pRcdXVS8tXnrKTG40+x3ntow6i663XrIrjHBUdA/f/OdlW82wmt+lR2Tq2TQLWxC5wsjI6H7wMC+yV/H4HbPlh5eessdOj5ZJJ85JhZmFAS/j3+6LWysTMj4qJ0S1p8OfWL7WQEt3tLFMNYtHJcOblE1vb8HvGfr+HHVlsYQEz64W0X3KJza+OIpfdQhlBGXci3r50Doahib8qpJhk/1jSBblwi7V71U+d0Rd/A70XLSvKG++Mtf9r9wqdVa9NWtjPzNb3lC4DD9l8++eB4NUO5q1IvMy111wbY6rBad1kfhfnGnBXJqD22QEpaE7G5/aIgc9h474TO1eRRuPWXH22nCSbTqzfLlPV/zBLJIvxXCOqHk0IDXe8QcQPtVuU3yhl5C5Xu6EYuDIU0Y8YRxUBl6Zw28d2prLUr/JH5i0Ypg3LMm0nZwih+sNtzYkP2FP7zfquvn3h0j8KLStL/ejb+JLuHkv3RuEwInh4WWPHfyhhAmHugckq/zDA5F19HEosJov3mBWBU955XmOyrRHVP1mcx4GRAvKQbMUOE+vZvNG7vcA9p++vzcL7+SwYZRi178SV2GmP/L0NpmAT6rP69Br5NlTlwOhVPnp630LVwnsP2voM+mtHbr5uGNl7ufm5BwWQV2uvBxH2BxD4VxE8+Ux+6pFka9vHfd6dBb6NtlZOJiP7j6wfY+Py6uEWDB8R/8Z8lgqE/ThLcmqED3yvedfOUnUT86fbYcpkZ6vODfskYI2vr9tx8q5MD2qUbDM9XPJz4dgX9+m3rOE+KXW3Mn5/tByTcD3z48Ihz/1tGdLFmDKMvKE91BJv75QbMkr6WNj3jh2zvKtm/coICVs68s2jK+Mb6yfWO7r8w+QGkzMd0PRiByElU0kCAT4lQg5vedAo22PiMeu6vGxWaVeUCf0ws/3RQXD3dX0kDfFLr/OjnjTqoclo4/miuzXBZOEOs08xvhH+ZGtfp9gQLENBgdBz/377JNuV4l7VcqJB/YnK99Rwmb44ghQQp8dneTozfvyKH9rcsX8c0goCzG/cLhm5HDd6867I4TxcD8gUS3DInEH06nCeIO3x8ZV2uqrkCVnV8aZTzgBtRLS0LOsDiNvI6m7aPEiwLm9x2onxjoUiTiZfG4mrCia9gtJNL9aAQEnl9DIlYrHCe0XiIPhLl/e2bfzD/WIyWd5huCj/egyFok8rdZDGjnf224IQ/For+2+MDC9T9GPDU1Gq4YOzxnLY7ByqvhaT1r9jEeJASDXyH1VCRunvHRhsqEUwLN/m1VQTA7iCJvCLHX814YUbILfXGNJooPiG5/uVbwPvjZkLbe5YKYP4fkEEFWjdQE4sHHCgnlSoW1xC1Xw+Xg32PZxyYvf9zH3nT63UkliO6SEeAPh3dVp59eeAWJbtAopThcQOSUNwPO30Bzd35BlEAJaTSxtrqDyP+WZ4RlT555f85OD+hw6Or1zoe9WRzbnhXwpTnEMwHw+2oSII1c0qdIHEpk4er1A8IQUUDcYDeVlzYxuCJ2j2WAshTVjr5+9OC7ctjXwtToVN83kIJk7ZbfzgnMH5eQGL7dX6OqBDpwBrH9NwgzvUhCnw8FiopYcw2Vp/ySs/+cp5S/wcD05Y7k50pEs3GHEIzb0vD1D2T25IeAuN+sEEySbOXsVsEs3oNUILrBEIJTiBrNWFuBRJmID4WfSNYu6O6GqTpk5B9GLUWBPYKoXBUeDcQXqDwsvYa+o+5PK0PzCO2bKvxwe7OFpLw3ML5VoThq/q6LiOXzSVTYlkZUAV0obT1DQKTdBCyEZG7c28I0VmA64oGpGhWPDoT5Hb6pqN3nA6KMdY2AXkeiiSTcEKgMXK5xl/TUCxgP7ggsThWIqvHMagWQ4JDYV6A3qWze8oJtM9Z+MikgCHb8gyw8wgt70oTZ6QdNaquKTswKAMW701LH5wXgFQIJ9FI38J265L1e2z2YfnTxxlSunuikgtHU/ZticT86cZ2nFAdfSBAP3hgvpo8LA0GUryUKGPMBFcbGWOThqgBJb4IZb9NiYfA6O5HAajRs4TPE0weEyZeHI92xSGgRSTK5VAZM71egWZuocDSCcFHYLqARYmErF35I/PvTkWEK3F8URCWUXaQFIwxE93iEAsO54z20DI9bJjCdicRnyylBa5F+ZxsiaSeQ2OKkFAyy2a2WfNv9vcC9H9jd+6K4njH1PwHlc8e/", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnl0k1UWb5vuS7YWukBBXJDdNkmTlAHfLS2IKDJQQAZBCW0K0dJAkipFURQYRVZFFquigKBoQQHZxe8JMioFZKCyy1JAgYJQlkJbaH3Ll6F1eg55mcZz5hz6x5d8N+/33vvd+7v3vi9pq+H2fjmBfn5+zlBy6W3PtWbl51pzMqmFmh+3OV05/u67NJd9VCa9S79ru2vzga3P/6Gt513bXdtdm49sg9w21okC3Hfd7HnZt+/oZ4/S8cnsqssMJtcMe/5w0so8g+gZJNOWN8IDiI5dU8Qg1JZsEMHoGUafLMJGxgjRMfC9CfHhGJ0QH47RC0UnxQs+Rs4n2QuMEB8Tu5rFIGwZowjGzDEmEUwqxyR5gUn1FMNX4DrwWDs8MhzksRcYSCfourogMU48h3QeO68uyGOhcrkJZhHPU/7ise7qgPRicTJ6E1yTN9szeaMIszfb4yrXC21PJ6vc44pSB6QX0p5OTg2dFyC9kPd0PDV0HpeVOiC9kGB1+v8BJBYngxcycoPEVuL5pBMLLs8nvZDL9aIy4mcaajMIlX/OyCDUNWWMx2q93WkNXnR0g2B3ZhihU42M8aI9G4Tas4wROjrwwmUQ0gHHpIh1Mi64FKFi5wYJ1S35HJAi1jNlkFjP5HUrRaxVyCCxpsTrVopQjrtBYj2T160UsbMNz1ijmCJ4+hnFFMFzySimCJ4YRjFFcJUbxfoLF6xRSBFyozV602iNYo2WK8Io1pRkl4s1JQ4yCSnCDRI7EPHgmsTONjJISBFukJgiuIxMYoqQQWKKkEHenANMQopwg4QUIYPMQorQ88JiFlKEnhcWs5Ai9Fx75oYV0S8/1+qMpR+4rA6rPWukdRQBOgq651pHWfNczpyouhPmBNG7CHJJczrtWTaLy2bPqz9ZZvh/JutfMNqaSQf3t7oclpHWbIcl90+DI8mb9JE28kE6Wc3qsCmJ4U9jwsibDJvDmkUXy1RThD2fDs7KtWc994LNaW1g0h627Hyyv1z6zZgt4L8nDWGMRljysp05ino+u31+0rk7hu9pq3xBO1CEdp12onc3Pd/zVt+JN71L95RwiDBhXd2nE2Oy7wlrGpVwqJcRlp+sjDrfE9Y2KuEG8uQOhE31Iqz3PeFoX6RymJfK1ssHRIPvecc0aqCjRAm7v9SRD7cpvifcpFEJN+C+OxDW1T0TGI2+J9y0UQk34L47EDbJ34vJzwe+Jxzri1QWVrZM2J3KZt/zjmvUQIsfQwx1m5TuLyAc36iEw4UJG+s157/gvJngC2VHCPM21T1n601/eiyhzZ5OnG63O7JteRaX1cl/8qYp1DffkueyuQrSHA5LAQe2YC5x5Ge58h3WbPbBsNv3GRaXpYHHI7Oe/w5cf3tW+hH9py5qDe363oAPPw+FPX5HA8K2N4GhNelVF9rHgPHzh598KlkFc0rCRt5bpIXuBy5d7fUPDbxd/EpP6VYY/HgafXzs4RiYsA5eK/0+Hg41e8miGxAJbVQRa5YWBMAOMmx8Yi3a3v/bTz+eoYVJUX2+eOd0FDyYHFrU/FAMjEcpT298VAV09eWD4vg65/3hlzWTXtq9ugYVL+y+9sr4KFhEXm6VhGC2n5XBUFL4a+InZ9Qwr3bWy9Wda6S08qwdQx87hcrJ7v5pPi51f8RRqbIF4W7DTu++9/Bl1LZY/f3G9duQXTsRb19YIZ38fv6muepw+IG8zJoZC9t1363slFeG4gMHKjuuOonI5YOLn1Sj2la3KvKPK3EHa3zpoHkR+NcVD5ya2MIPxnQN37/4UgRO6EsZq6HyoxGrz63WQvK77eLmlATDpAU7P/tpQARsvdZmyMwtlahZ1PGOsz4qRc792stpP11GX8+dpRpnVPD9bwzEZ9d9ofhtmgLi2QAlkCi82TLrqKQelPrVD88HAOO13h+qXn72a9fsEqn9600P7rq+VXp/0X0bbr5+BB0Z6Wd/dVIkRsQ7UpEGXw9+Zv7jTa6jjKm5v1UvU+BR22pWvXg5GmcGLX67s/9mRJweGfB5CO72U87Pv51T4ucKXyBTlUmHK8kCV8MxmfTq4ScVeN/A8w9tevAiarbg6bbFs1T4QtQ3Se+2CwMbWS6wuxLGUGJqP2DTJ/nBxIceXxre4zoafG3DoTdvVUk66jBFBLD4TNUAVUdSu5PoeQpcrsHTNjwXVnmPP743d+y4JUUqfKzP9Hl52mqUPfRID8UNJdSUjD3bOjkQePzCYRwTwCX0dzpMocCRs5e91vfHSDztMHWAAtZTGc4/JpkS8FP3pAXJ/mzKdTYlEbg/VUCcUr6ndzV6ktKbGQLcH2qYQOVqVsPTj/0Q0rVZArw549Tllv1C8ZIO6c3LSndJ3R4+c7BonAZTlg/khwGP5y60f/FooogyRLc1EWKxa02T6uLff5ESB2f/7VifWqkzTZhaLdCo/l6ohnNzVkWOKSpGPJ4VUtWFMpx63xlEvLpt5soQHKyNQf86EoV5Xl5BPd6pIBG9Ig0kaXLgGQUEFIY2W3A0juffN1qgbMsXa6B3k2m9zk0KApJdg7Oro8HYZXO/uSeaApOpTgVc3zHAZDolGuJaE0X0S4CWk8v6rm/hD1TWhAlwvSQA30cw7NxB/y7L+tUA28exMBxBvBCQEAjDqWN7RgKbPlGFWf6dVULpWUpUBeuGv3Kwa6Uf5usHA1XntF5NYHobqqhaieV97nU0N50K9oIk1xf8YZcOJNXHS7yeXJOe7X1lRubVAHzasnCf4WIJup8l0CHUlgnzjLRiLV3oJnoxZsUjJ8aVSqN3vbHn6PEy6eSS976750t/UFL5HogDQopUmPOI2ZOUsKpT3mL/m/HA59mIzvbsRFJ/qcT9qQCSVecXvKTBD3405csTZysQswfeQD/TbZu1ePvWbsttLdS4fz86IgBYmJ7XYN0LHVu1dIVgqoLpsSHA/FUYijNs9kuTp8SAggoiTwNcv0HA6ssCDfRlCVmFaPhazViD1Ez4exH16rovgoCldXmtNJYVgApWRSO3qOEtFR24V2L0YyoQi/9CP6Db79JhN6Lp8ugHByRSjZ+A6JUSj59W5hWDJeX7+kUGf2ByCArAGVSYBU3x0dmvTx68twTRKnZjpRJ/m3pfrxcV4TiMFb5yibWF4EA89Zb1+ilLjWTZure9Nb4CkWT75sPB0dj62TDimhjcmrDb+VmNxPKuTzQufJf8xcdgw6KvTDe6BeG9vYmSNoRhlp87I/GSzd/Gts4Mxmy8SiPPX4E6kW0kL41m2b5pbiAktVsWvTujCrGyY42AKSTqEdGRkERQEWsuyX4LB563t1Dqvm2jDBNU8MbVw/tfddbIeRiICauJD+0Ihau5A8evWHscfUfCenRMOO7yxL/fGlKjBDIoLnDgPhlfLbH6NysUF00lAbzoL/e/I2j+L9RhWsxktjsYbmzJJh7YI1UPIZmlC8UMbgqDRPMIIoVyie13tgpYGOaskqi6DJoKRJrHtTbNE/DBrgWDPk3Zhirm0YlvSqyMT4+GHrQtrteCYmzE/W1eLpXYESctb4TT5bCPctY/C9z+X7rbPwo3YNP9AX5rz/c=", "1: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", "1: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", "1: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", "1: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", "1:eJztWnl4jNcaz74vk0y2SWS3h0tmJjODct6IoirXEvtSHckkGSYZZrHT2qq0F10sVbUULWqNFkV9o+Sqq+ii1mvfCYLYQuKe5Zsr3DyPnLmmz73Pwx+ffO93fuc7v/f8fu97ZpLEgcauuR4uLi5mH3zJNBp02VaDLjeLREi4o95syXW136VbjAVZ5C7jVexVzAmxTv+HsfavYq9ir2JOivWyx2gncrPftTYW5jy9I8/eIONT6VWe5YWvbYzWgbiV1QyioJAsfWFeDSByek3jg5BYqpIHo6AYRSoPGxHDRUfJ1sbFh2HkXHwYRsG1O2kO8FExPqkOYLj4qOlVwwehr1HxYDQMo+bBNGOYpg5gmtUUw97AdFBj7bCdYaAaZ4GC5Jypqwri48Q8JK9x8qqCaixUJjdOFzGfsv9qrLsqIAXfPqkc2Vy1I8tTO6IIjSPLYypXcC1PLqq8xhWlCkjBpT25aA25AyAFV/bkzBryGpeVKiAFl2Dliv8CxLdPSgdkZAfxvYn5Sc63ucxPCq6UK3hlxM40JKbkKv+MkZKra4qYGqv1aadVOtDRlZzdmWK4TjUixoH2rORqzyKG6+jACpeSSwcMk8bXyZjg0riKnR3EVbfEc0AaX88UQXw9k9WtNL5WIYL4mhKrW2lcHreD+Homq1tpfGcb5lgVnyKY/VR8imBeUvEpghlDxacIpnIVX39hglVxKUJstCpHGq2Kr9EyRaj4mpKYcr6mxEBqLkXYQXwHIra5ar6zjQjiUoQdxKcIJiM1nyJEEJ8iRJAj5wA1lyLsIC5FiCANlyIUrLBouBShYIVFw6UIBdOepnpFdLUadOZI8sCiM+mM2fm6Agw0jXzdoCvQFVrMuYFVJ8z1JHf++JJuNhuz9VqL3lj47GRZfv+erNvIIbosMribzmLS5utyTFrDc4MD8A8Z+Xr8IAO/TWfSB+HAc2N88Q9t9CZdNnkZvcswGLMHD9ebddXM1lafY8ULM5CvxPRu/zmbN6WSpy3MMee6P5Ospwcnub1VOJ9v8Evl68HDt0oDUdjbnPMJS15EmAzIMFrJ4Oya8vbm5i2v+rFElep83iEvdaN9HNxo8SOVSu58wqEvlXA1PnkBYfUzO6xwPmGpM5Tt66CyFeLJUOl83mHO4B3Iy9v+pY54uE1zPu/wlyrwarL4AsLyqmcClcr5hCNeKuFq0vcCwmrxezHx84HzCUf+TyhbJGx3tMb5vKOcwZv/bKKs2rLkfwJvmTN4+3HzVj3Tsf+EQ2i0M3j7c/NWVz18K9TPfUghJwAycYbRaMrRF2otOjP7BTgxVBerttCit4xMN5m0IxkwjqbEZM22WE26HPrg7af3bbQWbTUfljQK9lvhZ5enI4/In3iR6Fd+betYzyaBX36SYcSoBNi81v3Sh/WjoDhhnSk/JAm6WWrPedI5EYpnpA5vrJWCwffhojxpMpTYmiV3OJ4EfXJanOr0txgoKK4sGm2qBVsG4wGXoqHB9cDtTT9zgVYjey1PW50IZJqZrWrDtOnnb8d3lULMgrca7B2SDGvanRkVVhgN6qnpb1/4JQBGh+FIuQQkVzatdc8LZO8ZHQp4ccsaTQyD2D0X0NKFUhgaE3i6cWcpTDC3/fRe2xA4mKKTne1Vjl4/UlrWofdFNN2KRySEw2dbZ88MHuUFpZP3dNux/AZqnBhfZriXCF2OxYzR3g6HDgFuKVN6hABm+9H1Mb5A6G246gK164/78PvB3nD84bhB2ywTURBm0zBqn2CkE1WgJ0Wjb6+bmQgnanuNn5URDzSPboFgHO9RPGN9FCz7K0i1GRFweMmQln6HHyO6rPck0JEO9IOWjQ7OuxjrC+s7D543vFY0nPhu0phf7oTCqtVHBgw7IGF8jshgxVIyUQjkb7hq/m6WJ4T90gZP5c3WHVGBtu+IrJvleR/tWE4GrheutP/Lk8SKe8Lp+SHLfthxHd3cs7P1av1J4R3M4pOoUmEOzobqm5PCMDrgKHI96eY7LX4nun9eu/iQ8qbQYfTEJh2/uor2Ln59452KElTSZGu9YP8yFDxf8eW3w2MhmiRucS1QR9v6JqQHwH2vAXM7hkeAP02YD8jMh0Nv73Bn+/YolvHaEAmrahGlhECZocfYNRuLhBEUcAHRPHzhZqOv9ZPBUJytJZ0TIJkk/rVgSHtryxsBbjJYNHXdmSuzKlDOz/3f/GmKD+hWvt2ta73TwtH997PO1fG1vT+5z+/bzrmDMDZWk7crGdInnN09F+uzL46GxSbAu5tgwtl2cXC0JRakNRaOjCfCuYWunVVhJklw+eiq8n6BdSDzzvQsy9IoaH0g949Lgw6jjlSYd9CbVz2UIapVQv/KjPLrg6WwOW7ytS6aKIh4tPfGnp2VKKf/P9u6jzgsdIqLGJR5x8XG9HxXGIsIg1i4nY4nzJPBud1zt87uHAl3sRo0h1xB3r1pwxXS82jJx81dMyeVIarrmaUC2383kdc9RHXTPRlcPhr3qHlpLabTQTI4ddr/kxVuycwXqA4kZN/o03qcBOg6FPHgSYy7r7bon1Aoqzg44kpuHSDbqdbEgMyjR1BjuQT2SnZv2bwvGU4OxQ6Vy0B+cU2d8xM9ALt3X4vpoTBGi1e60gvW4uiCfWHQnxj+kS+EqF77oWtEMGBRteoZEwZE/qnDQ6FrPbxjiZFAdfVtCHxB5Hg4DHY3aP7xXhQGS4ktlkQCuQ4ZKwFsnnk+MQ8RrhKY4BFB8+DHnJUJUihc4rrNM/QiwiL7sMPVG6gbmbg0Ch6mkgV6ANWD9wlUfv2arVm2FKhtpwYCqwMnEc2zKglIVhdpQuGbA3/0KGkSBGZi91NJsO9n/K9jOBCVpbQLByzOge/0DmD3U+6I+vQHqrNlruK63WC/DBvhsR8MoxtWKhC5bZ1tQ1j9eKdd4APDpUcrbh1D2Lw7f085I1CfLfSC3pGbfnWpTIT5u3CBvZwg+tgLmpBC0l0Gw7cvjG4SGy7OexnRtMQFQosh+9//bYEERl6pm+rTyFP0UwwsfkASEQxDV31wPN9FKuYlFrB4U+5FSgAnLwy1dYes2Ym4JLrD0QHDsDQ8ga3rJvInZWteCaK+1j4RcBALrwSVk7L3yQPBgl3iNeCiQOebc0Jgde4+ouW94U8CLD21PWj+LeHqrKKAoasuID9a8CpQT1o4KtFp/FTx5S1hfN0f3/u6ZynyLo1o3/mxq61SR5QxW0A9+64XSrYL1BczfWyRNNFnEC1XHg+QT8vPuy9M8bTFY7ttXiCD3zMHSno9TGD+3SiFJCrscNhFqtz6ONY/RgXB7Ay8Ay1kEDrR9o/FnknA5vVlfapIBufDiGNc4F79fjN+tEpgdXm/guLttVje5jxCEipoD/j1o36VGaMiIHNSYKe1n95E+1diARm8YUoEmbBMuBT79eX2a4JsD7A6Pt/lBYzX3wXi7uLr7jaaZp0f4CKLnXkITSNlrCjQRsvuORfoc/f7Y9MqQsGK2fYIimH8mpWhPLqQM4j2k1R32+11pFHcFR6vuPVbZlIc6GkjioBmh4oLlO/KgB5x0gvzzBaTscD87Fng6V/WPf0VcTUx+b8AMaenoA==", "1: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", "1: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", "1:eJztWmlUVEcW7maVTZBFQKIC4h6j9I5xrIcoMS44CjpqTLSFBpqBbu1u3OIadUyIcZc4E+Ou0YzjbgxqrMIl7oprRByMgkHcQXZE8qrq9QAO50j12DlnzrF/vO5X731V97v3u/fW6+6g8fph8XYikcjYjD8M1idrYlOTNfHReAQPD9IaTfFi81m4SZ8Sjc8i3o69HbPC2JD/w7H+b8fejr0ds9LYSPMY6UQ25rM+el1c3Rm+9iG+P5QcJdEO/LGvPnU838qaBpESSLRWl9AEiIQc5WwQPBYqY8FICUYaysJGwDDRkVHbmPhQjISJD8VImaIjt4CPgvIJtQDDxEdJjio2CFlGwYJRUYySBRNGMT0swIQ1FUNXoDposnZoZCioyV4gIAmj6+qD2DjRHJI02Xn1QU0WKpUbYxbRPKVvTdZdPZCULU4KS4KrtMQ8pSWKUFliHlW5lMk8iaDyJleUeiApk/YkQmpILABJmbwnoakhaXJZqQeSMglWIv0fQGxxklkgIzOIbSWaTxK24NJ8kjK5XMoqI7qnwWMypvJPGcmYuqaAabJa6zqtzIKOLmPszgTDtKsRMBa0ZxlTexYwTFsHWrhkTDqgGDlbJ6OCkzMVOzOIqW4J+wA5W88UQGw9k9YtOVurEEBsTYnWLTlTjptBbD2T1i05296GZqyCTRE0/RRsiqC5pGBTBE0MBZsiqMoVbP2FClbBpAih0SosabQKtkZLFaFga0qCy9maEgUpmRRhBrFtiGhwlWx7GwHEpAgziE0RVEZKNkUIIDZFCCBL9gFKJkWYQUyKEEAqJkVIaWFRMSlCSguLikkRUqo9VeOKGJaarDH64gsmjUGjj03UpPBAw9R+yZoUjc5kjHerP2G8PT5z4Q/hRqM+Vqs2afW6hpNFO/9nspipEzTR+OYYjcmgTtTEGdTJr9zsyn+ISNTyFyL41TQGbXN+4JV7nPgPfbUGTSxejJxFJOtj/zpZa9Q0MlukNi6VNywZfyWmtfnv2RwJlQS1Ls4Yb9vAWXUbJ4m5VVifr/vr+HpghD4V3xzbVNp2LLTr9RGpudtZn7fHG42zIzNhSf3HEkWo9Qm3sEagm1kYaOHJSiGxPm/PNxroRtLlNYSVDQIttT5hL2sE2slCgUuFDaLM+ry932ig3VgJm7/UETa3cusT9rFGoBvx4mt4S+pvDRQK6/Nu+UYD3YgXX0NYKXw9JjwmWJ+wrzUCzSxwgbA5o1XW5+1nDd7sexNZ/ZYl+QN4+79RgTszE1Y0aNV/wCa0lTUC7cLMW1l/8y1VvvKQgls/njhCrzfEaXVqk8ZIfwDHmTQ0Va0zaU1Tww0G9VQKbENcYkiNNaUaNHHkwri6875qk7qRhyWVlP4q3NA8Db6E/+KFR/2Nv3gWZ7ZH+C384mV4YPys7D9V2nHByVOmbT4Xgv4d4jBnZcRDoJYM79Gls5gLbbb9ndGbOqHSAaP+prp+CV5zSgxOrrDhSmquTimMD0DP5p+OydxaDSZ3C2pbkvwADGnTMmnw8w7ozLE+/9LmVoGQr2uXzKyuAPzs70ZMD0RrPul81uPkfeAS0mnmwjAXLmXEjB0/jPdCTx6isHYDnNDwzK2borgccKTH37v4+fih0oybaTUaO5S7fMH80VeKwWM3fKUcfh778a1I23w4uz+c0VpVAGHz1dIN++yRfo7dicWh34GpI7fKz7//MyRvi1qjzgR4E+adXHUofYkj5xTAWzLQFvm0Pn0PhDgiB09v8POtEzCs3weGSvdMGJ0etCh1ohM6VtppzOI+ThzBPQtC0fYbl/UUlwLX5ds+G/qhmIv84XnN1R9bIt/sC+XRecVAVXE07vtxK0C7nMqZSb3ckPT47vd0G8WI+uUm6NP7fvb2g/7oUEd3l/1bimEycUw+wF6Yle2NqmYmHTYtPwV3GRKXPp5+B+DppxQWw72uE7d/mVMLZ2TtHVWacRCmR3yZXFCdDY76duBNEqFePw1LD4ry4Mrz1euvy2ro+oeroGm/T/VZnRtH538JtnxzPHCXoQw+vKtohT4Sc3zQcAQAOc9xQE9GYwurAPFP10BkilxR5jD2ASDx7vAUJFwrSOpa5o5mH+A+u3vyAaR8s6A6ZljHdV+0QWm77hSu3HMX8uKKv1ZQBua5Ddm54p4z1UuHYniR99Lmb6oBcdfmIDS3+6AtzpEPAXF74S8wd2LaonxDCxTxDrboGVzeUzx4ntsLYf5KeCkYEyuCVD9eHD/Z8cAeXdAe7OXDxTCevOy5xL0PjPuHB6DVG9plvHB05CaRAJQAm64LWmZHdUaipTOre054BMr48B4trQZjVw3yWTigHPBq2HS7tx0a7zEybN+pMjDAlUeke6Ld8NGaXu+Kue54Gfuj4Pz7UZeW3rLnUm3+0Sxgjb2gEw+Oxi0IRZEJyuFl/VjHC/4lYJXOcy46UwgzvnJ41rJ/DeQXe2AnKwEy4sgcmD93zfnvLz6GmXwWfGrrwZ2edGRtq50haGFOokg/pwgSuy80424P+eprnaQj4pPo4I9u9kL8RNyBS6Jcm20dhHVrQCcsr6m3AcnXG0EIW/lJ59uA+PWmB4cwnZg2aExgeFHsuQrAi3//vOnNuW57vn36XaQnuj7iUfdDCR7IS33sSlfNY5qPK70RSbcEF7SuVXe+VOTB6ydSZLMnB6D507EwnRAxs7wIkDwW+SLeWp64LUoigRVzONrtUysgmaZvATySiQVcA5uTBfIgca/nJrAby8j1DhyIy04/O5TV98azkgHXQEjGiwUlOQ+BkldvYKYD+ujK4Tzv1k/B+gQc8AK4c4WGLw3+CKfDotTTkOhK68Tt+ODONO8dbRCuGlNcSuGnRHiuHInDPjHqxYdzzMzmaPNP2KBscHN71ZiUE3YoxoQrmBOagMM49DmcTgpjNqhchxf0QETH7V24fG9cSJ5Dca6NU9paZ1pHjzlzvKgP7LQNFuqqLXdlMB+gDDG38iofmEe+iOjUp1jw/zNI8nSUC1o25mVE1eNaSPVVDqjOAxBfPXjDSiFvxDavrBuQmDXaCy3OL257Wb8WljtgJVeCWJLI1yCvprndz9kiWh/z4IZ+uKLcAMSuubboOC7TE7251bgs3BdxMWSh+xDDBv3mwWE1A3kpeG/JuorQ336Fl0WY4EvAi/jPL/yOwZOdey47W+uGaF0pAi/8cGdx56ieayHJvwW1AHeHETVuHPV/Fpym+Gfvv+SIOVp/XTjaJ57AClwejueDp6dxA2mHsHVpi84BEXldhVo97jiBSPlF+Lh7WblA/lTFh7gYrsDtoVcw2oiXK6kBh9OXuE9T5EGiE7EPmnDh88u5v1bCkWckfEWugbTfuCJe/B8PPFUOSV552iB7vntM7uaJlp2dxUv9W0jKQpIY4Wow6YgYkeUzT0GST4WeHO1LJUI/KoF+OLDjfbkuPfEMYpTWFkeiFmIVFJxrweEqsP5EC4TL8pPTYo7mVxEg7Uduz13tqvG/O9IB9eHZBQd4c2S8NBDh6p842wZtjsKQKkC2OOG6BKPJoE8xNtwL1P2zru4n4kbGJL8Dvt8KIA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnl0U1Uab0naNF3ThbZQtqKCsrZ5WYqC95aWVRC6gI6saZvSQGkgSWWKyuYgKAw7oiiCLAIOIqAsI8u9ILKIM7Ijw1IoFBAqlFYpLZZ6l9dpYHqG3ECZc+bQP97Jve/93vt+3/f7lpc0Os2anKn08PCw+5BDb2u2OT0325yZRHfodi+L3ZHpWb2Kd1hHptBVwpO9J3sPudfn/2Sv+5O9J3tP9gT3+lfvsQ5Tr3rV2ZqTUbOi53rQ62PZUZviTY6J1tw00qJcg0gMkmLJGeYCRMuOejEI3YsVwkgMI8WIsJExWpHn6BhGqxPHSLEitundsM3A/eYORsjXRo6JdQNjEMHEcYyQ3GSMUQTTgWNi3MDEuYrhTxAUD3czB7kcIa4BDnLZDdzRHORyjBhI544jdO48Se+OIwyCenACCcbJ6I7LuVylDkIgrj2ty3p1BrmctE4gScgRWlnlLpchJ5AkFFytnBouFwgnkCSkPa2cT0Iql0GSmHnSQ4CEZKR1Jwm1ejdUXg0SM48noST2JJ6Ekstx4kMN3dMJlX/uO51QC+Re0Am1Zxkj1AK543RCI4qMcWMM0Am1dBkj1J55jdQJxVTGuKy4mpaud2MM0ItVVV7r9EIFshokVBfk2UHvzsChd2fg0It1dBnkzpSiFxs4ZJBYn+VJbhDrszJITBE8zQ1iiuA5axBTBE9Ag5gieDYZxBTBU8Mg1l64yg1iRZ8L1uBOczaI9SQuI6OQIrTce0YhRVSDxIYoGSQ2O/A4GcVmPBkkNq7JICFFSDyfjEKKkHg+GYUUIfF8MgopQuL5FCekCInHKa52RSTnZpvtEfSEw2wzW9OzzCMJ0JbXJds80pzjsGcGON8w04uu/Mgh3m63pltMDos1596bpfj++2apeaPMKfTiVLPDZsoyZ9hM2fdd7E8+JGRZyIkE8jSzzRJENu67Rk0+JFps5nT6MLZKyLamjxhjsZtruVtXS0YuMSybflFlqfefd1MxKsNMORn2TMU9zqqZTLTVFbLu+WoexJdekGDNpRenu0pbJULbqVDLQ7pBqnvewY80zj7ChA3OE7xBV/eEQx4pYbUwYflrQblP6uuecOgjJRwmSrj6zVuWtKHuCddi4kMQrsV9DyCsde5GBmPdE67/IMLu1C5x3pJzQzXE1T3v8P+xsuWv8SR5pqx7whGPlHAtsvnvhCXJuXYZY+qecOQjJawUJSy/flc3qcdQuxrURSr7CfPWO3dl7WNQdsO64B0gzFvnPH5Jj6F0R9UFb39h3kbncVuKu++1hL4L0BsnWK22DEuOyWG28x+iqYOTck05DosjL95mM+VxYBPmEltuuiPXZs5gJ4bWrBNNDlMtr0dx8q/M95pnpqfov1DR3TFto5v+mu0HvZbNed7zH8Fw/+s7Fjf80htenb/Bf/QaNUx1PL2galYg/D3SfiKkpAIMOLLtQljjIDjzYknTw+0j5H0FvGsuu2iK9sbDjl0e3vrWZrD5kMfZeuoytP78z+RO/jBN82qHr/eFwB07I1qkeJ0HCz+kf2o4ovWtBWfmloHZ4+48P+qfStg/sO2GRTcuo8KDzU+Vj7sLSmekEAv2ohzdhM1w0mHww/X933b+ogJZiyfvT91ZDLZ5hYSBPUWotOlh6xBVKQL6wd/0mO6PLR7Wicrv8tHwbY65kcrDKOhjaenXRgXOZH8XQecXr5xcU6GAWbN/eRPo14IbcV262fIUcM20U1ke1v1g3pTJrx3pWA/GtFodejBxHypZ13fEwjIFfiG/z18X5OxC3N67SMkM9sYD1qOiTzpWoRnexeHdD3pB/3qtp4T/SQHLg37e/KXiNmDrk1fRM94T5ydM+wnEbG0Z5LdxE2hjblDwakQ+qBhHLd2HvpsZS0JSCBq/lkEeVYziJxXs/eAFL/yvqDdN2n5qPPzs6PdmXKxAV5W6YEPHRnjsijYJjVqH4e/ubnijZN1R9BWJ2rQBjfB1wmpwRbjM1xM3WXmle7vx4din00f9Fo8IxbnEK/0DC8GqPS8Z350YiRMtxKM9wvAHZ+YS5jeRZ++/BPS5EYLfog5VB+OoTwY/d0BzC/HnnEYhK7aTSJagGbmjowLOlYDAPl/OM0/1hO3PPE0YlgF+/W001vC3F18ZUIV2r2+Xs8zzCjpEwzq8GLDLEgqBnjm+EtxOubDio91VgCzKg56LxCyuXSNw/7fWbkobfwbsJWbGn/OBAefazlpyWwH77Vy1/GWsge8QFaxa3hCGmr490trsCw/NHng3YWwAZn44tQUoL09/9peAi8ixsf6dAzlBcNUr32t3r4+A3RR/9nv62RJQEv9j5rHL34B1NqKEjqGY2dcqDGcMOt1VcVuJud6bYhbnQRGYZAehuAdsTht/stPJZtjYEA9otjMc36CytPjiRcHEMQvCMUur40G412e+XZ/5TYHfeLs9+eiJN1A3bDsEiMhX7nlpL6AqnRmbD8awG6vgLBr+puUoiQXcj/Ov0uChr/dpEj7cF1Krx/XSwNTklkveXRcIp6wkhBJVmOdJPvDb+Fne3tUKTLNqSpdgOG7630eoOwTD5B6LJrTYtQkV4Q5P9byjhPNueQ/5YHooZOk3ZSNieTlZBVm6j6sE1+zUYf5w9fKXYWh0MJyWffnO6pu/gjIC6zVfCXfEfNgqcn4Zur0r4/OhqQpYvJIK6Qyg7oi/WYxaPT/nwPjunvCHQS/tU3UqRezx75xCa38aQpj8joqStjSZfK0S3Bk4kkiqFHz727MDZ+7ywAlfWIjCb4H8c35zV0+qRDHMgdfQeJpuPhqsZQVrN4piQruJ6NncScGYiCL20trzQMMEl4/6UEWkeOL55qnpg06fQ5/fPNw7TXMFEGOTWzbzlvX8G6iicj7oAXfRsrTsEup+fmzY2m4XQE8WMH9IszX78lbUvPJW7rmPVTD+ZjqhdBQxv5jKOL6vAp7QUSGfRcf7F7Xf2lINO25Pfj96xgXA8iVGiT+flERcUIRYWZp5DH1Cw2/0x0yX1/cDFEgLlAonU7ccUmJSPN9resETM90PrUIk2bcnhwdhVl4XVKAgGuhuakhVnjXBg+tg93nwPi3b08q53q8fAizN2xYBdfmSYV9dLQXRTOi70UhmGEakKJOKv5D7d6oP/pRcZd+owr4nlo3q5FuBlnbZVFqZ2gSfp+FI0uBEJoQziGZ9275RmNmti8I0e5sRnkkjFo75uCAMN6BtIT4C07vVv3MNsOWPDXic2mnkPnENsbIYGIa5PtWYRqurohIwu/LDMesrpijM6tROBWT1VdMIs3j2jcC0rFVFe0GiyvrTe9bH39Ny8HJ9zHRffhVQc5Y+pYKFpF1Z8/1g2qfHSaQuINpNCrqpoI1U05LFCtipzdGFlxoXApJkvUtnaCBrNwXV+vXCzWmh690Y83A1xK8zBxwEA2gj6RWN9xeC5fl3QzDrHzdUmHqrR+NI/DYNews1jqTymuOLWTna8Tuaf1Sd1Tx7Cyqg7XH0JUSrV4OCK+Bkp7xXV230gmxkic8ZZnfYrCPt9/b2mv9Yq/nltZY97R9IxLdV", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYU8caZg0gWwg7QlisqHUlJwlQ9c4giLigIu56RZYgUSA1Ca6l1aq1tVa57tXWfalL3eq+9IxWRauiIhbcuHVFq1ZBVGSzZ84crtHLc8tE44/7yI/z5MyZd2be73u/JScEJmn6pFqZmZnpbLlLrCZdlZyVrkqNxyN4uIdap081r7uL0Gsy4vFd5Pux92NvONbr/2Qs5v3Y+7H3YyYaG1g3xlcii7q7TprMlJd3+FlXPD+Ev8riRdw1SpOVxJWyhkEYHhKvzhzRAIiMv8rpIHgshArD8BimHQ0bARNCs4/cCIyC8DEGQ2UDJX8Np4Pw2yhoMKEEIzMCo6TBhBFMOyMwoTSYcB4ja7CqyakIqMH+IQogoAZbgdiZgBrsIh7EUNrBAES5k9wY6yko5WAAojS50hiTE7UyDY4kHiRIzxiQrMEaNwAxdCYXVN7gJGQAYqhMLhNCo8H5wQDEUGlPJsQTlcoFEEN3PNkbgKgUIWOMEGwdKIwKJDci3OtAdJxI5DJ0nEjkMnTOFQTbYEOQpgaPyanqDDGD3IjWQU5VN4nl5FQdl4ChbB14DFUfIGCoajrJrHKq+ixgqHxKUqScqhciGAWVDojeFFQ6EDBUuUToNxTGNCkKY5oUBV0XIICM6WwUdE2KAKJKdUJno6CrzQSkpKvNJMiVdGWWRKySThEk/JR0iiCxpKRTBAkMJZ0iiMqVdDmfCFZpTEFX0hU/IiMlXR0j1gulUkQdiEoRdSC6foP4KZRKEXUguhZPANG1DkQRoXSKEEBUimBI5IZSKYIhkRtKpQiGRG4YlSIYErlhVIpgiCLCqBTBED+F1a+IPlnpKp0nfqBXaVWa5DRVBgfUju+crspQZep1qY6GC6Za4zt77hKh02mS1Yl6tSbz1cXiG/1nsb7jP1bF48l9VXptYpoqRZuY/tpkB+5DZJqaexDJ7abSqp24gdfm2HEfotRaVTLejL+LTNckjxqr1qnqWS1anZLFHSwdvxFTW/z3ajY8lRGJmSm6VMtXjPWybRJaaWWI6fk6v1W+Ihq+BgVE6OiVMtMTFv8dYTwhUpOFJyc3lLcNNW+F4fcLJWN63i5v1dG21ISF95xCRZabnrDkrRJ2pSVc9zJBCGWF6QnXc8Q3IFyP+f6GcIhhCVMqTU/YzRShTM9bZliFlaGm5+1uCt70AhdeUApNbJjpeXuYgnc9IvrfvBnZK5ks3PS8PU3B246Wd91LdqFivwN/e5mCdyNq3grD94eyd+Bvb1PwdqDmzRi2Zsw7yOc+puBtT81badiDM6GvfVfBDTNeOFKj0aaoMxP1Kh35GRx/UYnLSszUq/XjI7TaxPEEKOVNos1K1mdpVSn8g+Ev76MS9Yn1fGcKY8hvw68eT4Uf4X/0wqMH9HO9rDyk6OjskLGtAx+DdvubOdvvlMJjGfJJu6E3av7pzL2j7O6CpQ/XHese6gd/bvfth179/NCiHu4zu/3xAojv7t5imRsILyaM6SX1cEc+cZcaf5JYDnqsbRTdNCsAbvg8ruv30Bex2X5hI6JK2fYf532ZL/WEA3+VHdm22Q7hVazkhwBzZFubzGQJzN68K+mzQW7o+0nBh79YV8uWJp/6Z/fj1cBuhn/yn4PL2BNjfl7m09YWdVzSb9nG1i6w28QpbXsEu6D+yzb+WJTwGOBd1Fsk0KLldI+LeQ/ZHYOe7L00o4qdffhJ86HODnDe9GmDz3fwQYWSsogzqZWsPXdKi0su8IEjZuaMBv6gON2+pwWy5Td4ADoNv3U26LI1wjRLHJxR5YN7KLyJFVRtGN63T4knKpnZnINuZRdEfp1eMtEL3o/bI512zx7trZ5efrnwIXvcBi/kQMZbuqIRF0pGtnxawmJ4swAR7Hfoh9U9YQXr1GvLPNVxMWpVsPi2XzN7ONFtc5drlSLYJmd5RchtL4GvPUwSDwzfcdwCjiwePWPWaimK5Q3YCJ4U5+7b800tkHqMjH2c54aWDmtxUtxFBDNKqtaX5t8DTy4XTtaJ/BFe5seBjoK/ikEW5/7+ee5o36UZNapndpD41QONavl04dW5t0B45y7a586u8Nv9C3KcK80Rt/qseP0Tll8v2hrumvrJ2Z8uWqH5BXZpQelWKHreU1HCoiqw5uAhz2BXL7RufG6Lj+ZcZvl1RzrC06fw31mg7HCwz4KIIORfnt4/u409HN2xUeGqrT6oWYjtJt/BtSBpxW/yh+MkcPbNMv98TQ07jduGcyXLu+N5NeDPpwtA7c1jpzr2soIx1ya4bbZpAq+kmWkmW3kha7mLskNHM9g2c5X5AVUQfL58xE9/6HaCU3+e+KVT68bIf9q9uD1LbSAnPm6iLYzi3Fe13hPpMQF/V3h7c9ObU6RWUP/Bwhc50gB0NqroUXm3WtDY8ffWOctfgLvB+KDuaPq6AZySn4Bdj2sKxt2tYK9EW46z/0CEEjn3Lv/qDqj8dOQBfbwvWsFvPx8Qe4jg8xC8QwlL4q2YPZOKhfEIrOyMVypiE38531LlLUG13KrB26zgjTVLjgQ8CkDx1qvmfGT+CGBa1vm+5PzVEjRBufEfA4ZcBbz9xwVCPv4UEkTOVQs2fX05zeyhFHbHgnSv43ODTbDJ845b7AH5Y6z1RQktsJJq2LwNZy70b+UD8eNLjS3Qtt6jFo/97ib4cL3r2ahFLpCX7Vxb5MELooCcd5AHvLoTC8IToSEBEaXJlWwTPkDLgCuesMYddeKJitDUpae5HSwgDveLHU+wXNCd+9cVO7SqCRc5clfIy3xMLdudJ2iDBtxvu79ZLzeIw3VxjBhh6269VgPK8mOTxF4e0AXL/5gYzTn5WQybXQNKy7sN+iLMCbJO3zErd5Sw8QsCZ2WNfsBOxmmlUEzyzMWDLHbvp1XVLM4Wz86LYO9qL12hxBPN5MylMbdE/Dp7JJA/l94PHbzh5ndCZY4G47SS7Qz5cF4oRoM8d58zG2aHKuKxpwqAXWMcgY6IxO8zth1vuOOgmovG2OsidDRgqzbtnASFcOl0fkE1OPTrCs7zDqhrmxeBNU+dEJlvB/lzxbuhbKAYtq/rTXbR1bnTpy32hnweGeOI1t2J4RC1bNVJTtiHxXCnO/fpKwkacv4Ad9JDoKlo8vxIe3NI8mkVu2C7w+hN3d3QaCxksRjycXreCR67wjkuxwsF5GsSbHrawA3cMZNybOBQ7MZNAYgPu1on6O534hZYbQ55v+wSIzeAkbaQ8L0DcFq6KZMibPXQCgnc+43okUdMEeAunGndEb9eDxe4vQ1W8AVw5hlnsP1BiC8b2y0gH/dhd1lSL4LQSWyWbEfYOhBnCq4O4byW2wSpcZgfdYZckfr8eq6U5LWiClDnr6fNh3Ip3xvhclP8uwUk9nSE/DmKvJHvvetKH2QFJ6xpFem70Z34t7yCJXa+Dbhs/GXyVUtIdGON+PIyJhfk4DLp/xig+0s7tOrrCKNxgIX5oHyzYgu7GW7wt6O4cNpDHC0rLQPQktt+nIuqwBSuDE4KtoF9cULp7Yb4ullSCtLH4RPUCPpwQJjV7JAzgNQjP7SRC8P7bUvYtVz4by0zhyTf/ZslusoHXsE4IxQDvsWJyByh02s1GbpXe4GX/1/38nfiesZkfwGiQOI2", "1:eJztWndYFGcepsnSXZaOiKAYUROFnd1l1fPmp6BiL6iXGBvCAhuBld3F7qkx9mjsGruxe8b4WGI9ZzTWeFFjxajYEBuWiAUpmq8M5+rxXPhW13uee/SPkfl23pnvfX/vr+xAeD9DlxQnOzs7kws6tDek65Ky03UpCXgFL7fTm8wp9uVnzcyGjAR8Fvth7cPaW651/D9Zi/+w9mHtw5qN1j4tXyOdyKH8rLkhM/nVGf6sNb4+mhyVCc7oGGfI7odaWeUgHIEk6DNTKwFRkqOKDYLXopkwHMFwUSxsJEw0y3NUVmDUlI81GCYNNOTYiA1CHqNmwcRQjNIKjIYFo6WYKCswMSyYRgSjrLSr6a4oqNLxoQ6goEqrQHWmoEqHiIA4Rh0sQIxPUlmjnprRDhYgRsk11khO3cpVOpMISLKeNSBlpT1uAeLYJJdcXukiZAHimCRXSqlR6fpgAeKYvKeU8onJ5RKIY9ue8i1ATI5QclYYthykZQKprEj3chAbJ5q5HBsnmrkcW3Alw1ZaCDrU4DUVU5+hMqisGB1UTH2TKqdimrgkDOPoQDBMc4CEYerptLKqmPqzhGGKKS2RKqZZiGLUTD6gflMz+UDCMNUSad5QWzOkqK0ZUtRsU4AEsmayUbMNKRKIqdRJk42arTdTkIatN9Mk17C1WZqxGjZH0PTTsDmC5pKGzRE0MTRsjqAu17DVfGpYjTUNXcPW/KiNNGx9jKoXw+SIchCTI8pBbPMGjVMMkyPKQWwjngRiGx2oI2LYHCGBmBzB0cyNYXIERzM3hskRHM1cLZMjOJq5WiZHcNQRWiZHcDRO2ood0SU7XWcKwB+YdUadISlNl4GAxiEt0nUZukyzKcXT8oYpVfCZOzo0M5kMSfpEs96Q+frNEtz+fbOuQwboEvDFXXVmY2KaLtmYmP7GxR7oh9g0PfogFj1NZ9R7oYU3rnFFP8Tpjbok/DByFptuSOo/SG/SVXC3lvrkbLSxdPxGTO/wn3eTESqpiZnJphTH18R6NTZJo7Qm2vZ8q75Tvs4sfC0aiDTRa5S2Jyz/M8L4glhDNr44qbK8Zcy81ZbfLzSc7Xl7v9NAuzATlt5zSh1ZZXvCindK2IeVcPnLBCmV1bYnXMEW34JwBfL9CeFoyxam0diesK8tUpmdt9KyC2tibM/b73/sbOnNpDS9am1P2N8Wga7APf+dN6d8rYQ1sj3vAFvwdmXlXf52XWrV7yHegbbg7cbMW2354lD5HuIdZAveHsy8OcuZjHsPhTzYFrzdmXlrLIdvLuaNLyl4UsY3jjUYjMn6zESzzkR//42/oXTOTsw0681DmhmNiUMoMJRIYsxOMmcbdcnkg76vzuMSzYkVfFnScvSXwq9vT4c/wn/hhVedFb78wYtu4rgjXfeucaoDmxY9WH3Q3RsidpSOf/y5TNwaU7Qv+U4EJDe53HHKXA8oOXr/yE/N5WLtbIf5LrsiIWe0qeWsgW7w2Tjt2QMZbuK9xX/5+HRwbXiWl7jsrMoeeu9s7eFQv1D4dtecaVV71IK06feG8098YZH3yn/unesgjutxavf1WUGw5Jd1x8+cdYay8Y8vnBt9Vah7VH5op9YPpjo/9I8/EQiOg90jIv9ewGc1dTu3PMoHHq4+2DZmYjG/7svOrReNchfrrfU5ETcvBAqnJpgj0D6XBje8FOF8iT53qBy6ReErXvAdfp3e80VsvpBQZfmMxsvCYNiYhu1W/ewP1w/NQ1ceEno82fHbpDIv2BP1bb3AbgHgeyIu5+HjIl6bGqc3DPCGgVcWeq9sKgdMv1qovZg08nzTIfNqwqJRH+0blyqH50tTN98xPRbI/4X+cP+u2KhWGy9YfSu+wcvwYuFx2enBt1cFwPYfHG9+HekHmxpkLrff/ZJvgzfykTcgEVWjtjlBWyxoCw/I31A7b8zi8/zaFR3AJ/EB3/awrOmC2T7wMrzsafaVK7zXJzhixfyobfDltVaugGnZty/hfTe0ujrU9yT/wyzdhKRLPjBp49XbszeV8mFJ93s0/6sTzImdnH5zmBv8tr64Z0YLGUzAspsK+bo9v9n3ZI1MzJ05fmwPLgyO3OBXXN6jAPetq4YcqntfWF4LG0MO20PH3u2sdYcJSb0utnQ8zB/G8n3jCUtQ+OeneEM+hnm9FIiOs6uDKxZknT+Nf3YQTIm857knyg4W98aRdoGd/dEVN+WiEgeKCwfynC1+gERCF9qLYgE2lhvEhty9pgn2gAfIhd/rFSIy13j/8/Wonms84MzNL+o/DZCLAfGdSgNn1gFyv5l2oLczjHYaq4D+8wct/G65DPDuFnKlPFKhZO3vHqD5pQmyRp6QMCd8anbWMJ7EK9EXHHZXQRmSJxDf73MEFISfTtUv47/IzZo0Ne85T+zR5oiwasH+sI3GHD7spKGPrIMD7JiCjDtBTnUtdBQz8GNmVIdt/ZBhnleDA+jqtOllgumc4lGzjnbQopXxeVW9KxB/D3CAiSdzr7jPlMHBi1u/Gn7CHgYcm4BWXMWuXeosnTigDtzGdmrqB8NIoB1pHqlqA5Hj2DM+nQheVfS88sm0pYNrQWRVHMEynvq8RLiM7r62XwT1tyoQHmjxDs4JJP+WRUCjLYcH7lniA1QPZ3HzsEcbO/3DH1YjFzSeYQ+I/KMaJ0sF6rcQGLRnSXDDXvZwexsORIFAluP8gKRbcQi0JAXjHH9n9iaPrPUB0PfGiZoXdgQCse/BR/xCLF+aAj4lD77OCyOqo5S7zY8saYyoB8DArGqISilP64tcJDofC4X2OOFXONM4jZSL1bFhlwQBSv7Rsx3lMHjoyo9jQwqF77agQhahAGIfsZAfI/68rMWP5wSaBy7wI1J582fFPFEvYTNP0uRWDZhxdGS8UOYDWesnX0izOy5EtVvl1vJAGPXTgWB4ocOVLo8vSri+ckGcB9xAqhguBwH1xUPhX7hcfu8K9rkOrpP6BIJTd5yxDnC6vi7oWo4X7KqDA6MAsu/LRfwYXM5W+QEuZzmo3tB6WyTgMuWWHw4Px6JCHelWrqeQiaoFNA+CvajKDHP0hGiX9SE9kp1EnMaRPf1AjgV96ifVHxls+9Uu12GiD71+jCOQMAc7gzu54XYeJTOqtCX8Qg4ptt0f4lEVQQ7jRyB1nuwo4L9GKhhGe0l6lfE0/64JpM5U9wZcFhf3LuH/VtAQU4P9KEtzs1xp3m/1Ahr/67zPo2bHU7qFALb/8Xw7qQ450PydGwwyVPY7lT7ib+HTS57gj4UYEwTEV1/J4CiKXuEIT9Ci9rSub1WxF3LZvck1YeZa1BAuBQLZ73OFOAuVsVOloUBs/HkATFtaFJ2f6SNuRruY3KQmbMjpM7BjrgKo7jKR7OuMJ61fU52hKwrr/qVOYo3H6d1HNHCHJjgRQxVQgMt6E2+pHuUINE+vCzir7w33pnwO5AnHUFvrXuACOKubuhXzpN1udaR6qPOEhsSov/O0HtkB6Q/5CslfpQJH/qG+hmzVp1UoxOGCVbeKGEWM84yn/ckVyIjTLDPVZDYaMkyvzwKv/rDu1S+IK1hT/gF2DM1J", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmdYVFcaBoaRpjioKGJDUXTXytyZC9jORRTLSixgr5RBRoFJpsQSe826Rk2MuqtYoib2gjGxe45Ro0ZdFRVL7KhYQ0cRxT3lso4uz4Yz7rj77CM/7sM9977nfu/3vV+ZO1M/xtA73tnBwcHkig8RhkRdrCVRFx9JVshyd73JHO9YehZqNiRFkrOwD2sf1t5xrcf/yVqXD2sf1j6s2Wmtf+ka7UROpWcdDMlxr8/Ita7k/kB6VEdWwMeOBksMbmXlgwgUEqlPHlEOiJoeNXwQshbIhREoRmjFw0bGBPI8R2MDRsv42ILh8oFIjyF8EPoYLQ8miGHUNmBEHkwww7SyARPEgwmhGHW5Vc2sYqByx4cpgIHK7QXmZwYqd4goSOD0gxWI80kaW7yn5ZSDFYjT5aItLmdqFcqdSRQkS88WkLrcGrcCCXwul1Ve7iJkBRK4XK6WU6Pc9cEKJHBpTy3nE5fKZZDAZ576HUBcilALNgi2FBTMBdLYkO6lID5OLHMFPk4scwW+4MqCLbcj2FBD1jRcfYa5QWPD6KDh6pvMcxquiUvGcI4OFMM1B8gYrp7OKquGqz/LGK6YshKp4ZqFGEbLpQOmNy2XDmQMVy2R5w2tLUOK1pYhRcs3BcggWyYbLd+QIoO4Sp082Wj5ejMDiXy9mSW5yNdmWcaKfIpg6SfyKYLlksinCJYYIp8imMpFvprPBCva0tBFvubHZCTy9THmvSAuRZSCuBRRCuKbN1icgrgUUQriG/FkEN/owBQRxKcIGcSlCIFlbhCXIgSWuUFcihBY5gZzKUJgmRvMpQiBKSKYSxECi1Nw2YrobUnUmWqQC2adUWeITdAlYaBxbKdEXZIu2WyKr2S9YbySnHngQ6jJZIjVR5v1huQ3N4t0/+dmUWM/1kWSm6N0ZmN0gi7OGJ341s0V8T9hCXp8IQw/TWfUe+KFt+5xw/901Bt1seRh9Cws0RA7arTepCtjt3B9nAUblkjeiOmd/nU3F0plRHRynCle8YazXo9N8igtBtqfb+Xf46siCIOF3BxbXtoVeGhb9RF5sBfV9uetsgdvF27eWuuPGaJgf95e/1F9u3ITll93yo1ZY3/CVewR6Kq8vEtfLciJrbU/7zJMfIdAl+HF3yEcaN3QRNH+hKv9lwmrrZuxGGR/wt7/G8qW31PKs2yw/XlXtwfvMtTz73kL6jcqWYj9edewB283Xt6l79rljv0e4u1jD97u3Ly11q8R1e8h3jXtwbsiN2/BejQT3kMh97UHbw9u3qL1KC4EvfWRhczNZOMwg8EYp0+ONutM7Ntw8nmllyU62aw3jw01GqPHMmBd6hKjJdZsMeri6IXhr887Rpujy/joFCywr4jfNE9HLpHfe5HVg7980+nHvP3gyqbng5OUVZF4qs1HZ70qoouarOBOndNhyI5jnx5Y4YlifxvYoX2CEi35G/nLgq6bag+M21sdZRz9695FKk+08fSFvo9bvoA+AZHK1b1VKCJvbqR5jRP6bTzQDt3zEpBtv7zqjHqNWjI6ZZUzSsd37238DE448/2Agt23wfyVzwLvbSmAhwqaDJ73Ux649sP08We+vws3Y7OOlFwHGaIvGrTSATVc/Gr+xOLrYEzKKv/dL1yl/tTAQniC0Hj5GNZ07uvZfPtzuCjsL4mZxcUw5bDfNmPCWVDw68UppvDnAPx8Fe/sJN246bFg/dRcCD1ThFUahWxPIbgH1tw44LkJUNq+L4EfJX4MNLI4LXGtVSTb4SHtwFZfmX0ZBOFTv1Almjhn9yi3Ige0YWqvrssmp8NX2z/L3dYzByyqP9fySa1rsOPzJ49QSBaIPnSuqa5mGng5Kx9bdBdmzmnypNKBh1AxxqNhk4m3gSF7xvEoR5UUN+RquOJZBdTav9tn01reh6px4sb2/fykXVsVGFIEjxBaX+ZD8w/exSfm1pc+ilFhVzgjfHP379zTQctrDStMWVhb8gvNiT05JAO2wqvhjYphbujp+Atr60oh6UeSNJOfwfb3L+PI74enTuK/OT4Si+MhSGnl5MGCbgNmBqcrUFjtR7dF3/uw9vhodZ9WBbKfcgDx8vqcm+C7pcTRBWDendx6aYZX4JGJGJYNUuHj5W2bnYefzxh4bl+GA8KHanWOZwLizeVDHRF1R4yfVKNLzxc+phuw/zotlkouJFFcllUZjaRCesritEMpPZ84cp95QQ7obCyq/GDnE0j9sc4XNV755223HnghqSr28EYH9KdjLu2WenujGVhFAyyuqKJT01nVL6fDKDNR0G1IdS/UkkrOj3kQkFoJzfk1wcEw5Qxs/NPMtf1GNpC86xy/C9ZkQd2G4VG9G5+BF6tgzwX4Sx2w+zJHeiL1vS2N7ky7A6pt6Xxr3PmaUmpPIuwCcAynw/x5CmnyTmnq7aPPgHL1V60dI3JAHvbKMJeHoGXyasd9SldE3ZvhjHa/IEJwlmgaXEkDbrPrYcXlQbaeBXDQB6UCb0k4nNoieXUO08+Aqoh4I2hMZdTmRo8vFieXwDndHjprvLxkveRDkp5thilQZp2197u0cEdUFuFKVI0mwCswibjRxwVFTK/UY2u1SojGLUshDSaC6e6OXLKr44i8kvX5FE4JII7JBSw+TuhKLSyECwoUjrMOu1BefyLr3FGi8tqZBztdys7vNiANsPOrsi4KYd8VGzdfGnYbUDcuV6Ix475tFla7EKQ5XHdyc3eX1vX7RX04VYmIai1O6ZBY65zuIeEjlsZTSN06/SkUqYMyIdOPE2rX7PySe3XyoG8vbOEtR0TTZlABzCdWBmTC5UP/cEKF4zIvEgthkhLtPEsemAYaB5KKlgPORZBEcpVG4Cg3LcyBN5uTylQEaXodqyAx/z5k+jS4o7a4rA0uyQVjHwTgHe7AXXVnPOoVrJRoPVmrkPV6HmxvQQJfAla0JQYegYNIYuxzlkh2HXlSUZp5POrgujU5oKnPwvNuCc/AVycmdYHtVBIuUrigXAK07LWugJoWLr62YFY2XO1PFLIXsnMHieXHA3jBLaFB4phisPVr3eexQ7KBB3HfkjtwfuDo5vXrXZL5X4E0bHqVZCLC7uGBvkknBb8I3kzx+nb/wbrSoA6kMryAkVTAjojWj7sNpF408E7o5BCSYfmgwctCy82UuhKr49mQ1QVn5HV0z64vwmtLNS7//WlkRglUPdiJM/UxnI2zdGGut8TqYx7AxuLIF0JcVP64fkF9idWPQsDipkDBIzrqDR/XkfpO2PJjzKQMcP2T2XPvGF1ZnV1ZX7bnsqznQrinK870zlXQNFKGAx5COKEO3uIg3EXS8ZIKUXfNyIc4O3DmvJTrkgqFdKIVBW7ISYuIme8hsbpzD9TLT8SPLobDP+1Rt/pIF+kS7iJfFzpIy4ibalRGpLt1rZgNqb1L/SVWf3+GpOpXupkBaTpk+EvX8VMHRqrQUGrgUcj6go/E0sdBovvMUUi0jfg5SpRWnxKwWU8Y54Ppy09tON2nNP6uCCd9lWnIQ65T5wAdcUKTR5jMRkOS6c1Z4PXP7F5/XVzGmvofPgAjNA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlclNUaHsZhGUb2XdTQtEyzYDYGzc5BkFwjBQu1shEGGQXGOzPkUmqp5ZLmltfS3NIMrEwrTQs9x5stZptmKWguKCogigsIgdFZPq5jl9+VMzbefvfn/PHN953ve845z/s+7zJLh1GWIZkKmUxm8yKHQZZsU3petikzhY7Q4YFmmz3Trekq3m7JSaFXCXfG7ozd4ljy/8lY3ztjd8bujLloLK1pjFUiedNVb0tuxvUreq8ffT6GHdUpHuSYaMkbRUpZyyAaBkkx545uAUTNjloxCB2LEVpGwzCaaBE2EiZGZB2tExgdO8aJQcRNoOeYaCcwQu6JZUeDGIQtoxfBGBhGLWSCOI5p8TrcYBykEwLF8DenQLFCILWg7RxAgpx4PKhbLAYuHWcMoXXGTzpBQXCz8XhtcfBxBzljCA7SiG2PizxGbHtSZLQ40B1AGjFOUjy1ONs5gDRCilBLQah2AqQRkpGaB6FaKAglkEZse+pbAAkpQq1xItybQC1O5DwmnIjcJpAYJx7uGjE/SeEuVJy4b7VCdZMz0jrROmhbLIfrfYBWqAhKGKGazu2mbbGAHDBCRZ0nSW2LneqAEfIpz3ZaoZ6LY3RCOuC5TiekAwkjlBakJkUnVl0kkFjO5+Ggc6az0TnTpOicaYd0QllL6mx0YmWWx6terMzy4NOLVUweSXoxRfCw0DvTb+id6QL0zhR0vTO1WS+W87ki9GJ1TLKeWEnioFghRTSBhBSh5n6KFWsdJJCQIppAQopQc0XEiilCAokpQgIJKULDwz1WSBEaHu6xQorQ8HA3CClCw8PdIKQIDZeRQUgRGu5cQ/OKGJKXbbKF0Rt2k9VkSc8y5RCgdWKfbFOOKdduy/R1nDDTnV6pyCHeZrOkm412syX3xslSvP89WerEcaYU+nCqyW41ZpkyrMbsPz3cmpwkZJnJjQSymslq9iEDf3pGSU4SzVZTOl2MXSVkW9LHjjfbTM3MlmTOyCMby6bfiJnl/zmbJ6My2pibYctsdYOxrrdNUq+qi3M9X9+b8fWnCEsefTi9pbQ9RGg7VCypc9ZHu563nyt4q4R5ax0/BeljXM/b/y/Vt6cw4aZPllKz4XrCAX8LR0sRLRUFvcb1vANdwTtImHe0Y13Ta13Pu5kt3oLAm7HiTQjHONZkvc71hIP/x4TVjv2EXu96wiF/D2VLX7VKjX+s63mHuoJ3M+r577w1N2Zwg+t5h7mCt5co76YWRXq7DbzD/9LAbqaxvQnhWMeeTH0betEIVzjaW5i32rEn09yGwG7jCt5KYd7aGzoVw58+o9GGmU6cYLFYM8y5RrvJxn/+p8IanGfMtZvtE+OtVuNEDmzPTGLNS7fnWU0Z7MYz168TjXZjM58VDRr+m/iN2zPRW/QPbnR0zl3p54f3luFO2xtmXjnsBeduH6usiwrEGT2PJc9bKsPDwj7ZJzuqgDtOBrfbY/LGb3QNX3JgthduN5w8Md8fHp5zzXQ1IxDv+mZNn62XvXDR91dTTnb2hh02WbMWVrbCk/TvPvzEiDKUau+0tHHBUfBTIZmony+uPnzwRVvScZT4W2UFjqtGvyfQkwtozS/aC4Y+F9CLii/mx4y/gMr6PtDYYbIfjG2DR0TFl6LHV737/qGR61H0Z/f6qXQecNVD9x9YdvokYNvNXQS++5a8Bqrwi0sSXsk+U4kK1j0Kg4wy3P+56Q8OXL8fLC6YNrjfiiOI7ftULdjr/9Wn2+YVg4KgHxMPVf2IukwhFpjtidl2pyhgRYmerHwZ5Tw+eePWUbWgscO1mrzj7jjw7R27wu4pBXxfPyNur3JU51f2yQetTgLbwcBL8T8Ugw86n5q+8rvjYNz3s/YfPV6NqLUfPivHH5XbtoQ8p4KjGOEtiNLZsl4B6/ee3/N571L0vFE9NHpMAO5Ch+tU+Eo22YC+LSwpW/Jh683B+IW+aHK72gA8gsxWdC4c8v154pB2e0pBJxWu7j/sZUNoG8j8lByM6S42zPfHSVsvXztQGwhn+CR/8JrJE0coHvftrlbi88QLd3sHw/XLd0dtsh4BHSnNN0+gtswADSCBn4ANz6QOuXd1I/DdGf1G19eb9PEvcEJFLSvDijNzu1T61ACml9JK0FBwcf+gUafA0OiuBUGPyXD+lwNiZ8eH4QBq9peDcQUxQ/1eX1joHhgMvmwASZ3z5Mu8jqHh1duL50xWwG5EbsqscrD8dLt3zvb1gktMs9KfOuKJN9BpF3hjZu+EIJhzpr7g4pBQ/EUUFZ4Pnh3/TOmPJf7w9EbigPYqfCSp1QTVOh+8fZ5HVegsfxy88ZETk1IDYCJRCUGC3b3fNx+9qITcr3uRPem1Go+RAVjONuaHi0Y+m9z+lygYFX8x/dsVJD6eIjMawvBaN/LAgQh4/nmge7qHHDP/Zsnxy4Zfvsj5uC3s+1hDuO3gFdDnUNWV/sPcMdvPyjLQy/vg2nE75JJ/KsHYbjVLfw2S4ewJk96+P6EOpX2j3r15oxIzcz4cCKeOKbQvDq9BO1e1efDXdR5wQcz47h1GhmCmk65+OHLl0/ftXaCA+brvej462A2vG0dXcMef/9TNFDHKFzL5qX5DaeyBMjRupOf3EYPPgZUX3iEeCcKt5d1mhhZdRXFk29oXDiKiLsPoRF/sS2Uyay9y1wboH9ohw0bq/tn1aBgjWIM8WKBVoPmnLt2131KDSPA+Yq1DiKWTg1WIiHJq0eRA+NrMl4b/VNiAFodTwZUgpo/OgZDrvg7507A5UwjI5vYtPOIGfz8woeyemENoalGviWn5leC+Sh+iOCVc3MNt0AyfM2DQ5VdT7J0uollXaCJR4Q9XUCLVoDiSWuQQ6EgN+Z4/jp9W8tXrn12T9luHWNwYSgERE0kslxHTyVteOIw5ailwOypXzrnrqpRnLoG7D9dNGVP4LWDx0f8YYjrfJ+N23lcNdpHR56afBCy+kpWYuWmGEjK9dSpBwTSt2P3wuQcJ01fcIFt+9DWkZkKoAgPYxhrRrnyaqOqAf1rcx18/ex49sGB1bczps4jNp6gDPB9Vgh9Ien17+SlAZ+8yRY5/VmYRqnJ8Gqw7ttPXU8qHFYjpZqc3/CHz5zNjup1Gq2dvOlE2NAiz9xAFpuEbHtIW3hvj9V7b4nDcnQZ4TQDuSc2b3AYyeRTLsWzhlPoe0QFcHxGRUMZeoTy+OioxC4+kQLjoSZLBc7yxV6/lQ1d1c8MMHhkE93UkBtwQgqnce80JxyyNyPzhBpqGcShW1q0e/dGYIAyeGLEZZXtA3dOf9ms9LRJPs5EAJPmB6eFJf0jEN+SfaxSwciUlWI46sUT9O6h6aU/qrvx68PrAkLn9yy8iVodsKsjt1Cjl5xNgyLb2L1Xs84BsvfJ6sI2obW6+N2RlwVuyx5LdgETh4pnufpBmoyNbvPCArz0Joyowdtn4N99aq4BrF1EB+mGahZJanQOZ7MRH0uspvk5ACLfXMD+uy7EdYHd2Eox5/ozALO1sDpPqiweOJrtI6lyLjDRgiyIhdcvwjCrA0vrU1vjVvH9E+hw/AXjd9IC1lN7uTeB+U0RJWpgbZi1OfO5om91qybHd2Atc/1/h9d/HmxlT/wGD5Cmw", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmnlclNUax0EYZE2WYdhkHFZBEJgdXHpfRMwddVBLrRyHAUaB0VlM1MxSUytbNMqbWZopdlMzsgxT5zHDXMrbNZcWtTI1UVDcRTI7yzsXJa53jp9rH//Az8cX3/Oe3znnec73eZ7D+xozzjys0NPNzc3qjS6DzCVGg73EWKjHLbh5oMlqK3R33mXbzKU6fJfT1tbW1tb2X9vyWmnr29bW1tbW1tb2f2kzONtIhW7nvOtlLitovsPP+uH+cnJV6LzQtbfZPg6V+P8twW0KOdHoTGVFLmgUVKNh1yiZ5lGSq4rFHCrJYplFRVYmz2DRqMlVy7IyNZ2GyQEacs1kmUZDp1GwTKOlGi2LJpNqMlk0WbfO44I9dF9unchVEaVansUkErDOYBIp6Q/13YhcxpT0FjjVMM2kutUmV2dSM8Y3XRcVuQwRRYFmBZdppShQkZJJRNlTqlhECsqeUs0kEjIqk00KgT2Xw4n0phgp2GwSRGw2CRgxAaugGCmZ2FNo7sYR2rtZnvZulkdFKpezODWGzsQUT04RUzwpBMrZvCeImLynpKGhYvKeU8RUA2k4qZgKGmVc5XKGaD4GqFwOpuaarnI5lpoLtIrp8CRQdxcFWnUXBVrFVpfopqrZSgzdVTVTHAkFWs1WLSgLarZqQWFQM2VWoWyqmTKrUDbVbLlB8B5bbhBEbLlBcDlbZqUiDVtmpfukYcusgoit1tLN1TAR4RSx1VpKhIat1goiNiIoRhomIpSUCA0TEU4RW7WgIi1btaAYaZmIcIqYiHCKmIhQUva0TEQ4RUxEOEVMRCgpsFo2IgQRGxGCiI0ISnkmGxGCiI0IQcRGBI2nTDYiBBEbEYKIjQh6IMhkI0IQsREhiNiIoGePTDYiqCiLjQhBxEYEPeZksREhiNiIEERMRKjogSqLiQiniIkIp6h1IobZS4zWMPzAZrQYzYZiYykSWspzS4ylxjKbtdD/1gELRfjOD12yrVazwaS3mcxltw+m8/3PYPnlE4063DnfaLPoi40FFn1Ji8549JxiE3qQg2YzWkyRqKFFHx/0j94mi9GAJ9MFYoXZjjsbSsyGCU+YrMZWBu1jKrCj9ZXgt6ymdn8dtD2xqEhfVmAt9PiLz5wvRzKFgnvv7Y66F3YHstrt/C3R+Svcvbdbei/sjmC2W3trqCC7PZntxrf0fd3tcdii751fgt9h0X/VCC9aM1qI8JaN0JfYjTr8vwDyJk40W002499ukfDy3GWLiC3CG92WqttNyjcXGW3FRsvfbpLwop7NJHrqlLdU3ScmZbXu8DuDp2x1a+8D7mg8tO7wO5ukanVr7xeTnB86mEwSPkUp7z/wbokLRcvsdWebhO9eLfPk/WKT8zMRW4bIEn65v0/hc36RYjJK+KiicDFJ3H4c7eBGv47nmM2WAlOZ3ma00s/mAegy1K4vs5ls5dkWi76cCqXEBovdYLNbjAXkwdjm+956m76VFWZpaS67/TRgxI/06C9u3TV569uR5mjYui0sUVcTA1LJ+EEXt2bAssj0I/FenSB45ZZtYauk0FnuvabjqAxAl4LuP4XDpn7+7VLm1jkaKncM0JpiYZVvnwT75xLI6XjmmCbyuuMk9+5PW8tkMHMj/8yxuTJIrg/YmvEPL1h+TX5yXW4y7E8xRhx72BPI/OlLufdCvun93fpQCNv4b7ej7WJgs21RuOeIRsdjA3a27zk6Cb7otdZ0dJIfvDKjqdvEvWcduQ9ZGjvUiiE8USdaMawjnL/U/5FnM686VsRV/z7XFg8XX9TZ4keG0PkSzju6LdzzVF9HR1gahAwa2VGwyx+u6X5duWR2EtjxdA+4Q98hv4dbDx3nNk3waVxWGQmiFQu7uS+QAl7lkXgJNOLh4lMAGdMlvOKYg6z3GXc+62BNqWqmBEaO/tBRdzQasPeeDo0CSdOes7viUgFZ13Cp/wEu74NXjfMMPvzeefuO/jxAAsZ/js0fVimFB8sfXq3+utbx/d6rul/nJMLjiweGvuAbBMFibsfhj5sc7707mA9ZHg790m7G3LgSCbh398Eh0GPLsNdiBifDrhPY4RdpP/11rgsxOApq/qiadiFDCsWxJVOm5sbDarRd839JBxXemFgZxCfNeKF6TxxM1yuGZ/h2BXw7wcebdz/azue5TqF805hSNEQoxL9+8+UZTde4w308pvgVhPEfTbuwfsgZMRB/X/LmHzz1/ZrrhwN4vDvzgkNB/Rgi5JgMig78Nj7lk2iYNbTf0pleaWA9FHwh+19nufYNkr5Dpgfwp8anXHn90SAor02Ue6fGQi52U3kMkPYjqTC6Fx75JEf8s0DMuw+aHZBnDoSeqfvfOLnUg9/+LQJpnB8/dnKeVHK6A7yW83zJb92lgLFZciACss8bvnq0uxwSvJ6uyPGTwuIji+bOGXWCS8X4hXUG7Ob+44Pgg4Tjs9762gfcMGANYUAeXw2F1SN3K76QS2DdQ79MFZclwTu5n1y8sf+0A5s7pt6dj33RPilqkOBHvzjYsxx1iI6Br79Cf+qSAZv5+6fxMLIu/bPO6bHghzuWp8Hobzf/Ko6udRAst4Ty5uBZsFsfBNtW4w08z5WOeHLdJ+9I+J5Lhr/9/loRZBb1NpkbfPgNO3HAPMBnDMQR50X9EH2FmxGNetR68sdqK6r8J/nDPje8gVFw1f7zm0GiWNj0w3M3jBvl8MYTb74T1xgGiGJkcA0nww56MhZef7nDVM37YUDieb4Ils1f/0vtcBlE43A/FwMf+U9a8/xoXyDhvawLfKy99nlBFzdYflB1LjP3EGdv94Z3lDRY8E+skC/OO9BuffCqKBmwOeOe8odF3fAOXnIQnDYFQg4Oa99oOI2XneoJ6y3Fr9T3iIekDn4fr6oOhmli7HkbF/XWY8l7AqNBVPOS/Im1EbDe47cXkkq94e0eyAGJneFTlGa+XOwpxMtX3BRkZnUPKUzq6XtoRWAMBPzc9eVl10KEOEkBjgBa5yB2/djEiXGAbgiGCdhBhkjK7eRogbMU6DTnzNBPpSe4ASjLHMwN4H9snDF+86UI6scZMhj6Q9R0/cIEQEFjODs1A5RffJhWhsbBXigYnQB4e5fXpAOJf48YODAFAb86AQrnGR493CcVkJfzFhzqCDgM1oyJAxIfm1Pg+8cx2H68dn722BNDJHzlqb5pN5dHgLlhzq787ACe+i+MJ/H5WTCgrFX00elGbvC4wIezNkTxJF7jxbASp4XtDRy+S/pDwpPHO8OheoFXg2SniP/82cqRu6t8+GdHITBfDYfe1+vPQHUgT+yq8uNDo5HnjosBDfJtypxYuIzT7cFImDJ1ZWrOmDSoSitb4X5YBmS78iNg3Xdo4UflQHj8MBIwFVNMkYDDccB3ckDimtIN0TQu8iSAsuZbPd7MoHmzQiZwdBFv5uzpgYkQpEGZboQUcFZYNLeeI/3UyYCzVaMsEki8jGugcWBKhDiyQWLKx0k/mtf6hcLlahwIfoIuAGpkiLihEihAy9rZPhiIW64EwCjccUuUwKEEdqDsvnFmOHxzYERd+pJEwOnk+RIxbMuK6z/NIwJwFFaeSoaYTpdKRmwJpnYMD6Ht3kmwvQAn+quO51BYVVR58/r8YZ2X1cqoP427ODzt5K2ePNH3lIEXAbneQfLT6ascifcTMdCHODIe6gBN3CQF3P3JvcmAKRk/KIbG73sywNVZUp1E4/hynJCnY4FH9D/QIxleqZ/OqaWJcG7X9l5r58vgCHLzN7o0KEA0eixOAFxWF16Po7yu6Ao8WWg85XpWLGAsFLkZ0LVq6bnKHZcdlKMQnsxX4Q9SAmqDg8Rdppgn54k+oWA4Owpl9HoHCSdRJE/qmSYISD4tPcKRvF0h5keRgLhJ9dfOcHQfI3kTAV8k5Gk3/sSFTvvMP4Xy4RX7fYpjPWHDI3jjRHxl+ZfJ3YL9hfXccMj2mR9vv9ePJz8eCeF356NMu1cE02alD1y1O5An27/Fh3/pOBrwnAjIG5rssiKrzWIubXH6a/7/jc3f9ltpU/wJHCR/Mg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlYVFUbRxbZhRkQFAhkdUF0Nmag0vsqaO7bkJYtOsIAYyODM4OJpblblj6aa6WWa0WkWaGZ5j3aV26JpJiiYCBqn6CICgK5ffeccyeXyOb0fE+Pf8DzeIf73vM757zv+3t/7+WM4eNMI9KdHRwcLG7CZbDJqE/NMerTddiCzYMMFmt6K9tdL6tpghbfJbXYWmwttr+0DW3G1q/F1mJrsbXY/i+2cTYb6dCOtrvepqy0e3f4WX88Xk6uSm1r4ZpsyhkntHj7IPEEojVkZdgFwTZFIgtGQa4qlp1RiJptFWxTylgwSuqNkh2jlLNgVHQdFTtGqWDBxJOrhiXSanJNYIFoyM7kTBxIoBFgyk4iXUfGsjcRYzen6Qr0w266kdG0EuR2F9z9IA3TSpTZcrsL6H5QAtNKYj3YzW26Lwqym6g0QfevZK9P6vtXshf0AFvtBT1AV3tBlHtKu9WELkFBdksDDRsFMbFcIQokE8sVIiPYVhIZwcQ9hcgItu2pGdsRGa35J9vTMLYXugT5UDHVk0KkEZNG2EBMPilF7jFFTwSpmJSc5lbF1MtoalVMvZkmScXUZ8UcMb0F0Wir2BqGGDg27aeVrmKTcVrpKqa8itofz0RwUfvj2RoGZUM8W8OgdIhnEldR++OZxFXU/ng2yROj90/ENZ6t0sWQs6mXCGLTSZonNZvkiSA2yaPJVTMxwgZia7eUEWq2diuC2BhBaaRmYoSSlruaiRE2EJv2iyA27afComFihA3ExAgbiIkRSlpPGiZG2EBMjLCBmBihpEWoYWOECGJjhAhiYwStXA0bIygogY0RIoiNEbTcE9gYIYLYGCGC2BhBNSKBjREiiI0RIoiNEVSNEtgYIYLYGEFBiWyMoC9UiWyMEEFsjBBBTIxQ0Ve3RCZG2EBMjLCBmBiholqe2DwjRuQY9ZZA/MCqN+tNqZn6CQLQnNvHqJ+gz7Ja0j3unzDdBd95CpdeFosp1aCzGkxZD06m9fhjspTcbL0WD07RW826TH2aWWd8aLCX8EtSpkF4kCSspjcbQgTDQ2PchV+SDWZ9Kl5M64sRphw8ONVoSn3lVYNF38ykfQ1pOcL+jPjA1NDuz5O6Eo8ydFlplnSnP8VM7Oli6NRq+gUpk9/4lh4NPJiXh8Y++qjuEZv+M0Y8PUp8CIRTNlJnzNFr8Re8Q7OzTRaDVf+veySeJDJ5RNu8QvZ4emQ7gLTbJTI8XvyD5fHziezLdm7J5pR4ZiJ/pFMppgy9NVNv/vedsh2RsjklnvIpHtNMxTcf80dXVGLz6X1cEqVuPuR/kyhZ8+l9XJzSNK/Lf+OUvNkO8LiQL6F5Zf4bnxTN9oC/8OnBVxQfB/rlZ5LJZE4zZOmsegv9VtRbuAzP0WVZDdbcXmazLpcCQ4kL5pxUa45Zn0YejL13n6yz6prZYKKGfof34BuBHj/SCf+wtYfHifXZPRq4J9899EY/zgl18vEs2NTkD4V5R46PzA9G6NKap7sWN3J3iidfjJHIoDxu0UeNcheYeyBlzycbHNDJ2roBz/8oBYODaYazS3u0rzOeyQmSQqrPqk/J4G3jbzc/vXqO2/nNgta1AQ38p35FySdrA2FZsXtmxKV2aP/KncsX+ZRzK7Oks1BeN7jYr9vd8NvXuLeOnin3XFLBZ35VZSl4NhjWXPn4x4Eaf3Q97KhpjOsF7r8l+b+/OCEOsgvfPHpmrAtcSejzjLnpPDdswQphpigYt/YX1ZWERm7loLbvDKgq4uaOPrarcmk0OJCfUu6nlwbud/3OEbLHuBa2XxwBgSWFDdpUR3T7Rk75Kkkt//zchF9+iOsMJ2dY+i69cZXrKHfLDxntDgex292iAO+isP01/ueI003Txp/jHRZPu/mkbydYWbZk3pxT7nAk/fhv42Md4NoXw155f3sUrH/3yVaDZ1/mTs+/rW84V8sT/43RsOblzod899VywmTDTwXXc2S+qg7w3Yjl4Qvr3dDSG63HrBxUwDeQjy6wteLisi+9yriz+GNiKecZ1WnaO7mhMLDKWSVRS1DA+MHXF2qL+cM/CT+XYuH99/CPM/QlE7nDbtl7Xdoti4KwOuPIqZsL+X7DbrWznGjgXxDC4z81BvTtzz4XqPGCHThd+93QREyQWh+4I+xaVxGMvBxj5wWUeIIlc/Hl17fIYfeewBitizsQ/2VS9KHAlvcv+AKeVXqtiZvKxb/87QEpyr0YI3cz+sKI/qunx0REoPWtdrlI/V1hxd1F025OkUGKNWrF3doOaKsQrldDPEDxrKzLp8fkkJFsMNXOqeZ2dsTEbIN2WZe0c17uD4S2VR3Qhl93t1mlbOJwlp2Lu4s88QD14aeG/Lz4Al9/+sQMyx/89EPfbHH67Z1OzoCztstZDvMXnrsWdrSWJ35ml3ET898+nekQCiSOS/xQ5IDXZnUfdJPPmzm8/2oUC9WWgrY3D7nDh599fnKMWgqAN1AaRXkx5By/fdwbJT1yXRFmx/CgGFgt2fjdnsAayj9/KYrABAsJgnOz1hzOO1LJH3U44+g+vw36z9ZuWev3SGE8djAqAm0cAn66709Q/ubJ4OVv+3s5HgpHtQE4Y43c5FXrIneUdgVSb2ERaG2j/MLm8xIo2JS7r/MABWSppm+Hmaf4iin+m5+paOBnoYNr+6gDoaxg9utF14MQP/WJhIzkMr40UwjMhm6wF6cx0hEiFuZMDPY+y/fBhV0SDCSuVikidVb+OzdJeFq+IA56XU396SUhDleF8p+bsInHbL8xKhJmew/dslRfw/njMq+r4SYNDQ0YfzgGrISA53han06QL4Rv0tAIUK37WtPY2wXp88amjOjogBJxGV/pBHj6gfsruGODx/k+l+gDilfjwsNSosV8XeRpHZRwXTFhR3UCUs89JFC/45RQYQ4gkK/XkdbRUPM6JmAjR3lyiy8V6NA3JQpwVKb4t4LRBFDHkXz7hYNQlJOnbHRBlHeXOUKj0i6Uhy5eQPSorSs6I5T5aK0rnMIy1EcKHYgguKJGbeXGD5IlQGgTE4SONAiGYC/AZbV9qwIuYzkNCkbqp4UKr5BA4tf7J+3m5PBRUPeyqNbeQMKD/BEu6x3VnjA/LLVm9F5PEHbx4p1ZfqjzZe/dshJ/INvsWs9NEKp42zoJMro3fZTxlRtc2BwtUKuem1M9/JtQl0BEdOW0L62vYVFoxrKkt40ZrakuL5bBU4IqeR8JR0XHR17qvtMbLuBILewOPquU674eFY4OKgRm1jjBm3MEAi9RAC7j/BAfkGJax1Tyr8TeWFGmDRD13AnSBZlY+8sGjuR1rxTIftv7AN5tUkglf154qjK1AaoHEoSrBpa4Q/csQRH6yGjdaSXoEkoUSq+R2yPQdluljMYpTIpIvgNd6TgnhThvIy8hAT3AP40DNa0D+HM/lhbMbuB7kkbRwP1+uRolrg8FP4EW6cfreaqLe7hPBLV4q1UQ4OhVKQNQMhl4mxeSMWOZUxdYKqT52K22NN/H7vBY3Z6YFwck3ON9UY8PnhWkwAkRXr4bC/GkUD1ofCf6UZ24EQPYGusqgZln963cOVIKRCdjoqD32PNFES+4AFbVQk1bIH1yWyQkEMJd57lRL2zljW4I079uUBTsnfvxqIOKIg6XYdwiL/S54czE+TXRkPbUr0MXrLjOTyYNwQMJrOndc39H+KwnnqCcqxSWXe4bgDAtNx1sD+sjd9yaV3eC6t10H0RgTSEi/+9yWzCNBksRrZdgqKnGCbnCF8fiBPihUJIAKVThNpR/nsfVcqDYA8mIUHuL7wnXedL3nD0Qyd+HbcE9WOh4A6OQB1mohCP9foGM1u/qcETeM+Sl3CxBbqdvkwPJx/PhiNRzegWPsxzeUwaNe9PyxtZFoisHvu/9uaGRI+H6oSu8VNrXabJnOOpIAnWWI/p4N5a+DzR2QAfx8DOOgNuLX1Esrdsh4eiHO1++du0LKa3naCWQU5peWRkWq9k04aGXv3v/fe3eWUUzNsX/AFsP8dk=", "1:eJztWnlYVFUbR1AYYBCYGYZlBmYBUTK/YPYpdV4EMU1SxC3UbIABRpHRmSE/1DS3LDSzXDCXtMTEpMI9yeSipaamppWae5JppqZCqUB1zj13Ppcmm9PzPT3+wTyPF+6593ff7ff+3ssZFdm2fnmtvby8HDx0SLcVWnKKCy15ZryCl3tbHc68Vq6zZKdtVCY+S2lZa1lrWfvLtT5u1p5sWWtZa1lrWfu/rGW71tgJ7e0662Yryr1zhq/1xPcnsUd1pi86ptqKs9GI9wyiZSGZ1qJ8jyB4TWWkwajYo4bGMwLR0VnBa+pEGoyaRKOmx6iTaDAaYkdDj1GraDBa9qinybSOPRpoIHrWsyQqDhhIBqiqYyR2Eml84zAec5pYID88pht7N+mEJI8b7m6QnsoSYXaSxw10N8hAZYnrB4+5TfwiII+JSgp0tyVPY9LdbclT0D1s9RR0D109BRHuqT1WE2KCgDyWBpI2AqJiuYoTSCqWqzhG0FniGEHFPRXHCDr3dJTjiL1b/0/c01OOF2KC/aGh6icVRyMqjXCBqGJSc9yjyh4H0lApOamthmqWkdJqqGYzKZKGas5yNaJ6CyLZ1tANDC5xdNpPOl1DJ+Ok0zVUdeW0X0tFcE77tXQDg7BBSzcwCB20VOLKab+WSlw57dfSSR6XvX8irlq6TudSTqdeHIhOJ0mddHSSx4HoJI8UV0fFCBeIbtwSRujoxi0HomMEoZGOihFq0u46Kka4QHTaz4HotJ8Ii56KES4QFSNcICpGqEk/6akY4QJRMcIFomKEmjShno4RHIiOERyIjhGkc/V0jCAgAx0jOBAdI0i7G+gYwYHoGMGB6BhBNMJAxwgORMcIDkTHCKJGBjpGcCA6RhCQkY4R5IXKSMcIDkTHCA5ExQgNeXUzUjHCBaJihAtExQgN0XKje0b0Ky60OMLxBafFbrHlFFhGIaC9pHuhZZSlyOnIC7j7gXlt8FkgOiQ7HLYcq9lptRXd+7DMgP89rH/JaEsmvrm/xWk3F1hy7ebC+27mo19SCqzoQgqyZrFbpWjhvnv80S+pVrslBxtjz1IKbTkjx1odFjdPS7PmFiPHCvFOqTXiz0/zY0PJNxflOvJ8/pQsbphzOdPpyDejVAHjU7IncG9B7rv3wXt0D3D6zxhu28h4HwjXaqC5sNiSib/Z7W/LtzgLLPZ/PSJuC5EqIjLfVYkPZ0SunUePQ2Jv13J/qTx8MbF+uTYs6YLiNkuSHtKgXHujdEFx23uqBwbVZ/Rom8PqtPz7QWnd5/zBHWV0X96HJSad+5T/TaES3Zf3YWGf3r0u/01QSW4nwMMSk8G9Mv9NTCq3M+AvyHfvu0mwF/nWM8Vms+dai8xOi4N8HRqEDhnF5iKn1VmSbLebSwgwhg3BXpzjLLZbctkLz905TzU7zW4cNOrJl3f3vhFY8CUz+odX836tM7/9DQ+K50a0HrhfDKG7qj96NU0Ab3+juWr4LA46f9JvgaJICcvWvH90uC6S6X9u5eJPlwdAJ4WsvlAshtXCg6lHf/aHjfqb23N7xcKn3d63nroWC7N6/dha82UYU+y9iCeJ8YOzgXNXTwmVwtLQlZ/UlomInZ2xMF70QY+zixQAQvOOwyNjmPQbszOd5XyY9tYX7x3QyiFUhzwQC0GecyWrW1cF91w5nCjwsk1OlTHbw+Mz20yVw8xmy691inB4suaFaEP+edP0SxkfxUyXwYDaivKnvSLh2PDn+8SIz9RcNXTvYb8lhlPe/qWyc+FwRHA9+UBeKIwe7rc/MlQCn8mr7AWhMkBejRNdCWW6XjhWeftEFHyxD316i6Dg9csTTMUhcGTF6C4Bg6Tw3PcHlceN0fBS1uGt50QBjL10dt31ZdGwIGVm4Q/jxfBO9003mr9qNhH/o0geN0XB6TM4IZdrVOc/aFeXIoYrlxhj7B4pNBw/Mtmxkw8vHFz/TMOtGMDZrS+VwbuLP5VXqcTMjFWD9qimCUA6wawa0FcOy6MeOxnn2xY6P/3l60O7xgBrpkIOuxIef2OvScJsq8UJkoEzbd4vvstEpE7v8eC7i/PX8ddGQNttiW8+slAKrB8+rRiSl0ASX1kI/ITc6tXYGvDlqV3jAD1l+MLKONBHMUPkySEMsvpbyjgejMCFq/eDY/t/zTzXjg9DuuHM8SG+biqqpD+IcCAbhPBk36YIx+YO0CUAWTipBF6lNCv3YwHTsOXb0uaV8ZD4cfvgwLBYwDSIK+MzW5pm1B8fxIOiFa22thEI4L0pGT2XghgWnpw7Y/qi9jD/K/8CZaECKnY+pX+lNpw5ZEOFfDMQqtHjLGOjIGHoa9sbKlrBnOU3k87PlkM2JnZEO5g3Y3rW4SYxU356W9sl6wWQhR34RAnXD6Vnhxz1hfrCgS98sCkCjJgurymA5WWdlGH5kqYEByZCjQDW1vz0VufKQDDkp1ptPwug76tlRYKUGOgwcdaWka94M6UyXJFgWFWCKiIQwoZnkKFeEpj6WO93A9JumVj/Hw2FSY2Pj97Pi4CVj6ZIL01pDy/nDDuRtkMKHSPQHRViZlpQnw/nrUyAkR1/KTt5QwF8xJ6MnlIGs/frXe3BgR2zxcGJNJ//Bpb7MEFnOqGQvWDWcdQoyVLSF6vC4YsnEFE6t4NLjo1hjWsUxO+DcubVDpeDtlUFkLyFK2EcJlBgGCxDbfj1Jjms+w+qQGc5bP7S65T3agXDPmeJElDXZHwrERO+HLlo8p08P2VmbwWs6TpoyNpJkcDmV11f8yLrgAjaL3+l6qw1HN78eMGc4GoRsPAmMQw2btj9fIwckq/l7Bu2V8CwefSREP9rQ8j13wSwb9hTu/26yAG3mUwg5fjFY8p+nzOxcVwk6YuqcKiciYGNpsEVWuRqONePUVA2J3icbs22mgjUFSv6RYJqQOIjqzOj4aMPfX6YVeELuOrZkxTwbeXtoaO6x8DtiSO2OoVhzL4rn+/o1smP5GFCCOFDXKNpx+GOlkilAPLw53wwqPFnvTdgWRu3IQ5O90GBHIqHkovxSbxHQ5g2GqRoS5UEnxsHrN/VAcyt5fnrf3T8bgq5uPlDn3w/OLMECWUyH64is+9bAwHTuMNQL0jCDVPHAyxXGVkBpA9rvSEVhdeYIObyKoBFY5e8E7vFH25fRsKyQgi9xiPG5SUA7tpr5+Kg07qlV1ftFDJNq68dSp/yCLD1OaqANCxXhlAGicrk+T7xsDl70rEukQp4JhxX3p/BrG3XEMrlSwJZuU+c7hPUCoYn7A3ZVe1L+PJNNLCFl7aG4Qt7h83awyN93RABuxdiB+tNbJ9FxJB6r4klerg9jBGg8RCeJ4fY47cmjpjQDva+jQS0i4R5uR4JY6YcTqG2z7oRD4vPR6+6sFvEsDrSJQy6lqBKp8fBzhMbp03oG0D0fqAIqnvyvTv2UMLiAVh5m03dsGAPCQKc5h9mxcIkVN65C9sQ/c8Qw3r+GEQdGfy+bvz1qjkxxO6NCMCyr42JhVzUlj43ZYwEy+5kMeSg9JQMVkJp1dmL8+2RpN+nKKF2D3acD5kLFLOLr/kDfmrBmVhIQeNxzB4RVz8/woNypDu4j/OFgG8fIxFAcODGd0tmhEAQBl6IInOmpA2DSLIx7IlQaBw66rPf1slIfpobapA4ikwvCTg+yEm9nuUxbH8ubgtYnab3DCb8vxQNF0YgIRnGh+jPvzeVLxOTOqZHk7lRI4RdSE6TlwthhhgpujAKXp+IBeqmCUdbsTEQKtEYe/5AFHx/XYYk96oJs62pRwj4S956NmGmCFa88Xir9Gk3TKxfO0UQhgd3fSR8Nxg59mICx0cJjDg1pnR2eRhjvxV8cfOBeFL3rVHQERtGwWB6PNUhHsSNe6987iOFtX1HLho7VMiwc3VeR8CvJ7O1CvDDRONLGNafmgQQ4oSGxcEO1DWveUczrFw2dwCT9tnqnj/J4dJ3uijmuIzZtgwN0Nx4eAwPmOlxwNbb0VTDbsgkF+U7nHbbqPte/u78v7U7exVu1lR/AESnpvU=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmdYVMcapiywiPQqokIs6E1MYJddFqOZQdBYQiwQlcS2wqKrwOKWKEpy47UbCzFRn6teTWzYe29z1CixRo3CRSxUiaIISBXQnJk5XBF9cpm9Eu8P+XHYM+e8M1953++bc3Z9xmgGx4hMTEx0Yv4QpolVRRliVTFD8Age/kSt08eY1p8F6zVx4fgs5O3Y27E3ODbg/3ysz9uxt2Nvx97wWGT9GOliZvVnPTXx0c/P8LW++H5/cpSEW/LHUI1hDN8GmwYJIpBwdfzYJkAkffGYv9QIjIIFI6UYPyMwAewYqZQlbAF0HX+WdQQMU6wpRhrAYpuMHOXskEAWy+TUMqYIBFKMxAiMjMUdBcFImNahGClT2CgmgImhQZQFsqZiqAYYJUfJSaPQZOsISBBqk6nQACRpMheoM4xyoMJmrCMNQFI2n2TGmCczJhByY0IuNya5ckb9UbsoiC3kggLZCCuAmly8aYIoiElPEj8j8lQPkjOBBBEyJVeiYKytBBRkBEjqZwQjpP6MZY8uQf8xdT9hIaYeQyUYwFT7qS4CmHY0NNwBTDsNAWNM7Q9gol09iK2mCOFmU7oAYquTlAwyY1qTzJguI2MrebRhyNiqFyWejK16UebJ2BhBK7KMrRAJ0WMrRAKIiRH1ICZGSGie5EyMqAex1UkBxMQICWWEnIkR9SAmRtSD2PoZ5Z6cjRECiI0RAoiNEZTlcjZGUFAgGyMEEBsjqJ4C2RghgNgYIYDYGEF3A4FsjBBAbIwQQGyMoE0tkI0RAoiNERSkYNt30E6oMGZbpGDbFgkgJkZIKSMUTIyQ0jwpmBghFaL3akYMNsSqdO74gl6lVWmixqnieKA2sVesKk4Vr9fFtGg4YYwFPrPhD8E6nSZKrdSrNfEvThbe4j+TRSQmqMLxzREqvVY5ThWtVcY2urkl/yFknJq/EMKvptKqbfmBRvdY8x9C1VpVFF6MnIXEaqImTFLrVK+Yrbc62sAbFovfpanNXp7NirgyVhkfrYsxfylY9Q/cQcLuofkdtnutDpszO6xoSEeZtPkdtv9vDjtghMaAb45qqt/WzH4HNXxMkwU0v98OrzXRjqwOS+qf+ISNZ/M7/AoT/weHWzJnWN6wZsrkze+wc3MwW8Tst7ThY4nkL0i0S3P4bWNkvutfvPwF+XZ9wwSXvfB6KrD5HfZ+rQ5bGatooZIF0R9/MDmMT+k7/hd3S43u/fMvWP7E6JcxwltU/0YgnKshyliDKhz/eGVAQoJGp9Y33pfhVolDFaLRaKPV8Uq9Ske/LMS7pEEGZbxerU8M1mqViRTYljigNUTpDVpVNLkw+vl5qFKvfMX+UCGnX4a9GHAVvoR/SoNHDy2wLHbrU4lGdTnvkHo4B616lHKm/wETrjwzfZqutym3KFzfYdmzu8jvb5ucL4cWobrZZZnppiLuyEEMNOWgs/LUb+9WgTDX+f3ui/aCeTuz7y3ZXQniCmo2lVytBF5JSslnfo5wdff3ri2/mw02l1wNG5NsB3+NuV4wfostPL7a84NbHXKATe+OBjNPFziw1kOXvtgB+rQrix3yVQ3gR5eLW1vBjFFfDmjr5gYTh22UXfwwD+SXtruqWe0FN6z42XunlkPDzkl+3vX+cfC9h2iI3TZTzqNTuMXaxWXo+uR7nfzFZWjVSOxgGTj7JV6xCuxCD1Z1f88E4uWcSiuBvPuxwUt9xHBpyLexBTUZoEeL9LUJPapR1nG7ldI1T9DDVdiB/ejxQhyQdOCYevjgglnWnK+/eKvX5xacFR/FgbWXwfZ/Y0OzwP4ZSZf3RGYAvyO+9jb77qOAbw7Af+TYwWmi04v8J9UA3squu/+VDg62nVk4SOEIjy5Ntp8ifwR+Grvnvm7fQyS5u71j3nQbbuThvi3N3q1GCw0TW9tm3UNJpTsHTliejZL9J3X1aVcMpOTvFCDTacxhKDZ/UymYtzCPj1AuGGV1qdWgG3XAZt+GxNQupeA7fpUtHxWiRfjyDncYNsN2wI4fHoNT0ZtHR5R6Q3Dm5r4ZtXbcQd7aVA8zrtr+3oEd5qbcxjP9A+dOc+Jw9D+9ko+sq3/kLU1HCWSBMpR2Oi7gm0Az2Pnr+YcmWGeg9cdOuHcKF0Ea74uImNG6HETkruczVgv6R85SpPUSwc+jP7wzYEEVOqrnM5dmBkfEnX66e2oxWneHD7yuFZy8ck37Q0edoHdwSdSFETWoeObZiBO/u0Hfk7NShp5zp/maagFNNDiyFTT/Xe3gEtWcqBE3s5A9dvxjD/hJ4Nzg0SpnGOJVmCP3fALwqsviqwDNvyVXlARkIw+bc3t/wQZbwLQhDz444puLSoMxU6tAWd01nkkieC7ixMZ1l2wgzZ8FxKxuk2INB01YPmlljgc0EAPyQYdDtbPLVnjALg9tj/v904xzGBbET23LuWdcqgzPvYhIem+7wD7oqzaKsXtRUSEX1L5fPjow5u8ZPapd4f7HeME0ULHs1vezZ1YCkn9vR9j90yvfDX+6B9wFOEJtIKahZXEtwipN/roYQTzsJeZuYvn+4AxPlXcevujkFcQfyjvftIEdcIIKxQKuArTC7ge7Qp6FPBWzAYnvxixUdRITwpKjur2CsDoWGooBmWe4JdcqZ5j7gStFaF0CVsoDRHllBilf7gi6e4oG8lF2mv4AqEmCKgHNtxjyYh4f9rgUOODbC+oAT+6uyd4mkNzH88IRC9JNTPOWnwNImEItOFIv1lnBj0ghyEdE5t0q0VrToxZOLiKu/y9WPVZ8lgmIDEruA3zVdIED91RVmaf0seZ4I4d+sSsb8FHmZygAhJZJuag4BRP8Fto4lC8k/naQT+6jlN6WcMTTkCcPCzlAaClxhoN9f5y7M/sJqBmOR6oRyfsYN6glgjODuEqNt/Wh8bTwgkuuWY97J7YU1HRLuDRH4gNrzhedPXXSFao1ONL5gHdKrUl+B85YdXHzr67OHG/86i3bLLnepPA9QzjqE1eIOSzLpIFWHKHPenOqx2AHbuLWbzPHmVSh95/51FWUW3KX5ly9nWXjxt3Y+oS3sAzR+noV5co9uS+8nTkiW90+0JcAStCz3VNLdyY7cpS3FxHuAgcX5AAa3xrEe7emfZAJ9SusHGFV2NtkI1x9ymLFQnyyEM2XCUd0kyKCNC/XweEb8+pUk6whaQ8BhYj6VQDypmOHq4R+kYcmkIUqQCdywQrSurYHlR/CE5hBUj5Ti4ATLiwbxDCTH63MK0YX+HD23FYFRAXzOz+0NYcn3fHKIo70k+UWsA9uKEPFcG8knqkC9cRyvm8G+/PWOMrrUElZv8hZk70gkVVIDaD1/gLiyT/YN8sTjiaOPwUt+CxOnlKJLJ1c+BLpCufzUdeccIKkTxwz50i/c/KEhKczHOEjRa+PtYmm3LFclzZnOzrDSF4tJrfdIJFpTTki8Q1zg9atcWdqBYm+ykUUV50JcJXiWrvBiUQYtkKdqQQxPI1/SvOEQaRQiSDpx9NMIc2/KUfj5SjUmVugoE3K7322u8IpqV26LT5/B9E8ViFaJ50h7Se/IbpuFSD7vOD4sTq9VhPXaNPz/NdMz7/Ne8WY5A/rd3VM", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndclEca3qUtbaUIih2MGnNKhG2Axswg6lmDgiFqYllgkY3A6haVRKNGTXKWaCxHzprYcia2RI1Y5zOKqDEWbNiJoBwKCEoXNFM+Tiy/HLMnSf7QP1a++b5n5n2f93mfmS1+0YaIODuJRGJyxC8DDQm6GEuCLi6KjJDhAXqTOU5aexVqNiRGkquwl2Mvx/7EsfC/+Fifl2Mvx16O/cljw2rH6C5mU3vVw5AU+/iK3OtLng+kr4pIB/za02CJxttg/SAhFBKpTxpTD4iiLxkLVFqBCebBKBkmwAqMih+jVPLQpmLrBPKsI2K4uGYYpYonNjV91fBDgngi07DIuBgIYhiFFRg1TzrBFKPgWodhlFy0MYyKS6EhTAXq+mJYD3C2HBMnY6He0VGQ2Kj1lkIdkKLeWmDJcLYDa2xOH6kDUvLlpLYmPLU1RGisoVxjTXE1nP3H4mIgPsrFDuQTrAiqt3mzAjEQVz8pAqyoUy1IwwUSm5CruIpgTm+loBArQMoAKxShDOS0PbYE+49r9xMX4tpjWAuquLyf9YWK60TD6FZxnTREjDXer+KSXS2Iz1NEuvk6XQTx+SQTg9qarUltzS6j5rM8tmGo+dyLCU/N515MeWo+RTBHVvMZkcgenxGJIC5F1IK4FKFgddJwKaIWxOeTIohLEQqmCA2XImpBXIqoBfHtZ0x7Gj5FiCA+RYggPkUwlWv4FMFAQXyKEEF8imD9FMSnCBHEpwgRxKcIdhoI4lOECOJThAjiUwTb1IL4FCGC+BTBQMF85w62EwZbcywK5jsWiSAuRSiZIoK5FKFkdQrmUoRSZO/5ioiwJOhMTckNs86oM8TE6xIx0JjcK0GXqEsym+Kc604YZ0+uXPBLqMlkiNFrzXpD0pOTRTr/d7IhyeN0keThITqzURuvizVqE5562BX/ERavxzfC8Go6o16OB556xgn/0VNv1MWQxSLdCcJgIQ/HJBhixk7Um3TPmbS3PtaC40sgH6npbZ6dVEYzGqNNijXF2T7DWe377hDxENHweTf6X3mTq7D6JmzLnXBwXVWqlQ2fsNsLTdiJO+GQum/T1KqGT9i9IZTtwZu3ovaNn3j+bPi8nxPi/5+3K3e9NXUdVK1p+LwbN0Tedtx5K+u+SVH8AfX2eqGN7WJloWs/f/kDCu391xC4+okPq4IaPm/fF1pombUdLRpaCPspCFfC5JJ94v/k2empZ3//65bfCfpZjPiZauBTIFKrKG2CRRdJfsoSPm6cwaQ3P31KIzsmoSrMYDDG6pO0Zp2JfXVIzkyDLdoks96cHGo0apMZsDVNwGiJMVuMulh6Y/Tj655as/Y5p8VgDftq7EnCdeQW+WENGa3eUJwxMLoQxLdNmPTBurNg+epXdlXLbISaT0suX5heAmZNPrVtWGku+h7lr3yjcwWyLPKxi2pUCdL7B/0jNMtFiEhtPevO4BwUvmWx7rOYKpSY9vCHD+/dRqNkJ5oNvlQE5l6OlximZ6JKt7ydW2a4w1M9M4tKjnnBJWed8JKpgK3jBZPWSPfaZzSF3Ze9veq7TQ/QTe3X51V33eG226Yd3t084dKJJDIbGFocc3zEnGZw4xwycWPYTTpwpjz8DGqX8mjBRw+KAYVnSoRJLu06fjT3KJi2E358I91BcJrdJqZweA7quvDnqX1QqTj/EZDmu9UY7yGFO9Ynp7/WtRDhh3q8+R9nuC/in36fWw4A/x9W3P3m8BnQYuXI1352L0XDS3ddml1zFbn0bm+xaW4Hj4/of0S2TyaU55AJH6CvKwJvbW5fjGRFTfoMqs4Hi8scRn05IA+5LVeu3h5UglAj/IfKAdJp+9vBtdf345FidLWdw/QlB92gO6bJNrcC4KQwo/bw2MEem/TXyhDjsRLNS0nynCEUIzaejYKaC+/6hl5EGQbCeBVieVeCQfTBStCpLOXqok9vIsZDDVgQONHfr00moGnoHOHFE+WR2etaQ4GU18sTPjw7Ka9DoCvM1pCJ76LRN0+1vZzsIAzA5R590wUaimYdHXKgCK0k4QedE/OUCJic9N2pJWh1rx/v15wtRXocrV0vJyFnxspfvj1ZBbL8F3xVEVgCCKvjW9wBsLH24JlO1cBe5aF5Y98twPi5D946/cV7D8O84bQ+aEqrob7QlyZmI9bfDXbWNbsxNKUZdF204ePBfW2FmWT6c9Us3zBP2OvvRiy1MtD57NJbrb7xgjTcfzeHVQV3hJA1UmHD2rfw0o5wz6tuLjvWyyGV69Ya4P6B5rs3UzyEeR0L5PsDDgBWB6nQaH/Av/7m8xDdCz0Zdy63FJDsJultBaZzLxjb7Xr4vAuecBQhoKsEXsaslrdrAq/0tsWlcIefDD+zN9urEcSq7zfMQS7UlFmylntUIspLuFS4tLHqvcRZjaH70JDtRyZUApulji1WXnMR2pQkRE153QXKxxOlO8Fu4058lnFNAqds/jF66rBmcDhZ+BcfmIqjnNuxCrQ6ehOsvX4LkK5rUS0TMPtp8wPTwTqS7kEn+C4Jo5UXJOWs/CgLzf48514bTx+oIsKI9oFHJ+xf1bzLJoS74YuCyVJYgVWx7JBUOERkNr4QGSkgH1B9r5MJdPqJp1GG5JqNk7OTgEWFI65E1AZGZKLE3AcbiiOcBdr3tumA8SARmC/MQccUh75/vVAGmX7PIWojqZvBRBLGVVtIZbyrBrWcrFW8HeAKcZK4MFcQlY3uAAqnAmoEI/qumNbhp0uoEJf3lX55gETtu/UeojblnwWoLeyWwPk4+oy7TgLt73h7xnuaRCB0Xux+X/SNIuTTIdJ+zcIMhMU8z2GcHVyI1VhVIIPnct/HrZSGcNfjCnlC0g2n2taAd/K77Hl1vg08gFf/MNsX0vUDPGAxLvcnqXKIs8TW1hpSfb0jh/5hLe/c0MjhCDLtnTbwcCKuwDRvSNj0/9UDnsBqjsovR8Tm+vdxEDKnm3ovniCH3xKbdk8Fu8c6VX6Vay9Qv82WQeYT9xH1r91ygfWfB6RtFVGB9tp7eoHDmagNoXelDDKeyhDV2chfAePBVdTpCsDun0GsntUIHL6yY+bke0hC/9kK1G63OArbcNcMGnsbka6+tfk++nKA99x+70sF2r8HbQTqG5XF6O5RbFR5zsIUoB65u689nDC+hTzLPx94U8HKhXWdCSHlYGNLrOhRUrjemRiri7B9GHGoAqDCrlDxUxbAosQzFAM8iatNp1xAh2PzQVvaUEWA+YwN7EjaOrkSMN2WAQN2y2N+Uohdo+nO0wI6n4YJD5LCwWOxo0R7Q5qPwQ/uJDJIzgGUljwf2Cp4TE/9SV9I2LuyIweU4nIGn/eAhMbW7f3gBU/iCM6QyjfQHc6PNLdLQS1gIHaLJWdrQDMiP4WjqOPmcCTeJrovs4NTH3Qdd8LRDYYQowr3hlGkoR/ZCykL3LBCCgFxgf2r3OD1LBfscOXIgQZQDuZgW8nx8xL3CyeBLFsc8whQnSd6w1NYNV32uIrzegpbiS0UVKEhZrIzPkJYnTO6DGgC2xL7lRcCen3cWeipJ47uznyyoz2k57zQpDEms9GQ+NSh5/Fvmx5/t/ecMcVvzDZ6MQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndYk9ceDmEThARBROveelVIGKGtPQehiLaKCg6cjRAgCokmQcVat9Y6am+te/Zq3aPaur09p3VSq+KqW3HgBEGFoBShZ4SK47ly8pR7n/s85o8v+c533u/8xvt7fydf0mCQoXuig0QiMbmQQ2dDijY+LUWb2IuO0OGPdSZzol35WZjZkBpDz8Lfjr0d+78Yk74yFv18rDvheow7+RBpMKZqUsKTNcYkra6MvGzGvWpD9N88FvV27O3Y27H/8Vhc+RjrkH8pQ3uDPuH5Gb3Wkc4PYEdlDG2yYUZDqsasi68kSCUGUrJjoBhIxY5BYqBAdgwWAwXZAgruSMdUgTFO5C1Gp08iO5Q3YULYUc0gEYa0QZWGhIqtIm6ZmmGU/uIYVbAIJpRhAmzAqCodNraCv+BCFUEhNoBUoULmBfA3pQ0gZaXJwJfgoABbQEohkIq/BQr5xEFKlQ0rKSvNcG4Xz1OlKV4RJBa9IA4Si54VJMY9Dgr0Fwo5V64AtdBKXFQCxLjHQcogIZCoFFUABYrliQuLUkwjQm1YSelvQ+VaQWKEVVrFXyjkSrUNIBVXI5VQ5aqUgr2JLyFoHt+nsDRVugb5NoVhKu0R36UwjFCz5aISKOSPtdLFuGoNgpimcHkItEUeAsXkgdMuSKzSef0FidUfD0SQkCKXg4QIXg4SIriSEy9IrGitICFGlIOEGKHkHA8SYkQ5SEzyOChYTPJ4OQWLMcIKEmOEFSTGCF65wWKMsILEGGEFiTGCl3uwGCOsIDFGWEFijODCEmJLEwwRY4QVJMYILmEhYoywgsQYYQWJMYKLZYgYI6wgIUao+GYlRIgR5SAhRlj3HWohRpSDhBhh3ayohRhRDhLbFnHdU9uyLVKL7dq4hKmFGKHiwqJ+PSPoc2eTL71g1hq1hvhkbSoBGtM/TNGmavVmU6JTxRsmOtIzGTmEmUyGeJ3GrDPoX7xZjNtfN4tNH6qNoZNjtWajJlmbYNSkvDSZPvEOT9aRC+FkNa1RJycDL81xJR8idEZtPF2MnYWnGOKHjNCZtK+5W6QuIY0YlkIfrOlcX72bM3MlSaNPMCXavxKs8ocI1m8k6qp3WPEmh2lEwg1pdHJ8Zf12E/Y7tGITCgyter+9qsLv17DnP/tt/ZoWaN34+Ve939X/VoK/hj1vcDj4BYcDqt5h76pItIswwdUV26Pqv5DohlXht5OI3xUeJ1v7WvBLwu8p4b9AhBsMxgSdXmPWmvhPE9XIoVuaRm/WmdPDjEZNOgfWZRExpsWb04zaBHbhk+fnERqz5jUNSM2fgqtetE5LL9E/BdBRj+jN32inPkG1lw5ocaRrDajav6WNvpEnvNs0wGXDO1moKC1rseK7GtCnTkY2WOkMjdO+vPmoXinquWz9xnMDFXDYhukXk7ECTsmI/XnNyoOA3c/FC+oDx+2AExxg3y0oZ+n7j9G5/IJOcVNcYR11UoSurRx6b+pwbZT3QfTV8icBt9q4wexH9U4arrrAoAG7O7pL96ApfU7tveFtAQOdj/l1u1AEJOxlQYPkvUN/PJwD9s79ynNU8BPw2abtg8aevw16sYUKwZzTrskNUzJBp08ntv14VSHQxHZvtvyL5Shj+E/LarUtQb5RXUtqPnbHfJ4dnBVjbjyv7DQYM2PXENd0d3zm9uBWFl93eHj+HrJCFuj9q3L/Fr0Xzl36/j9OL8xHEdNTbv+x1oKaOI2fEy5zxwz3tAhF6Az5kzPuoBMNLz4dM9gC5obTiUVgVPD6D3r19YY8XsfAgVkBI1o3yAYu7Rb1WLY+Dz37vODi2fElgDhFLLSg2WsndOu4pAA9Dbi1qcnN+6jhMwvJwBnUeFcJmZmNGnxvTP5nbhbg1+0wu83GB2hN0NH3upwoQxdqj9Yoe2SCnZvtb89ofhTsS1j3SexJBebxUsC2lxsTyy2gDQ18ogN+dLIzCakC/jY2Cn1WJxP1qx/2MH6GN5bf3UHu8BSdP1YUc+M7RwxoYn7zwS2OyA/t3vlvYPCaiH/9NhcV597HoY2cYPeddSff71aAuD0YtVxbPTPi3D1uxxp3rCVmdG92Gskim6RJF0pw5DcWp4G9q2MC2lnXUYbr0Q9LZfjzGmTF2X6Y57kMPf6SJMjXCcOVV3/yWFwI+PrXUElN01mvR874yLcfbn/8LAc9+YU6mgVmNs+t9pO/Iw5/5/714FqOeN+pVlq/6wWo/Qd3zm8ovgVYupbnAcbbcR5wlRsxaIIMnx84PLruXE/M1ptnQZci7UfKGl/nPGoqgQn96YgjnKOdGt//kgPPe7o37pPw3tXomWWIeuWyyA7D6hqyZC5wp4nMsIfMjoVSSJJBDJNCYkxv3x3VIeOh6RnoywwrBbxOMkEUqYpNHcoAZdFe8zUgZwRyxEOPTT15JSsXpPemmc4HUyeTAllRE3K+nUbDh9WultX6CZp1kxbSZlR39Z2oNmMleOz5dum97/jBH+MKd134VQ5rMwIcRcyeMbWgibBpNHCAZ2g5jHTEcb47TkjqKuCxdcfP9NzgDUkSSeXmgSGtLPMux3hBxqfuz0AXlqAi1G/WL4XNL9nBVjVJRd1RQG6XArNwyYoBrYrYn++BuCnq3w+k7keUnf4ti8CumU75NaKKUf/S8OLcIVJ46KOQL8I+KUU06s1LJZjdt18hsjSnn26i0A87GJ96FqOPDjtTiqEkWqjD7TF1s6xBKdpy7e6cre5yvLWNfoXdaAVs+e7XR8ZG2cNJS4+uO97DC3dcMq7pL5E+kNdjPqjZNMZxxUkf3HXmPL2XvSdkMtLuCRi5+F+Ndo12xv6UwPu94G5Kl6THaM9OarAUu06rF//gAqlnJjxnwLB2bmdXDC1GVNYM+dVgXypbdS4jivphsC/ePml05g9x9pid37PHNLxX2ivwgz4k8XESzGQj1g3/3jOn7Z7VNbCXNzh4aVsOSmcC7IZ/Dm1EKOiNKV0lhocgYEFLEukCxPALfLBH661L8lYfBKQYwo4nHgCfUmEt9sNMZw3LEbfvMfLf08xTFiSFdRhh7yJGs2u3AJWx6TnusBsTjmx0ispB6CWUnUmIVeoCO/vM6HTPQYr3mmfXdOh5ELRuUK8gpacFtKKFOkLG63fyDZCnpgmyACWVpX1yPOpQC5KBPMTKdeZ2tJ7QKccgx2ETrh+av2c7YnJQ3xlz3fPi9ddTjkkxkYQUoZOSK1LXaZ6Y0V4mw7y/FKFVi/bX/35rDXw1SzZ7rdQDO674+l27zgqel1p+eOEC8vJzxBzvwfM+pRZeTGDG5DzEddkJU9rdl9TBtEtdPyTFVDUWtJRgrrelgOnT/IdocGeiCAVumOv3PUDbQRt9ARrDAuyBaff4asxVtC2EKtBDzod8e8z7VzE6mEob4SPA6s9Nigs70UqQ4vfsOk+qFi3FHRjhSxCTK+iEt/n8ceRBRjbifbYARBJ1Oz1yF+9Dm2TwtwcZ+9pvPIF4/7oJeB3LITNvuAdm7t6W4y1dhywcsfgC2qi7MmxaFwWv6wEeeAOdFi3BE7vRyDwFaiacUkjEX520XwovEZaNdyhBsm2r0g+18MG83xQgtoMK0yeRb6iGVNOLe43n/6l4/jPCa8aUfwJvjOgX", "1: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", "1: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", "1:eJztWWlYU1caDksgggqBqCiKCi50pirkJgH0qfdi3HcJo1NL1RgCxIZEk/AouLRWbUesijouj1pr6z51LLbjuBR7jlZlqtWio3Vc6lZUEBdW2RTmLJfiwlM5UZ75MebHDffc855zvvd7v/ecXDpPtsYkuEskErsMXUZYzUZDitmYoMUtuHm4ye5IcKm7i3ZYk3X4Tvu67f+wzfW5tlH1bTFIN7rm6I+BVluy3qxN0tsSjaZa9GlgrFGv2ySDX7e9biNtg+raiNv+VlH9rJb4+jv8bAjuH06unA4bdrTNmqx3mAyNBEWwgZTkqnIGxDgTNwS3hYezoVROodTkGsUKIlMp2VAaigpzCsU4VwRFqXQe6EtnsiSibfxFmEhnqIh0KigRpWZDRRGUMqKxQdGVURBDWFRG5ItTMs2lpKAoJhBXlyq2BXLMFNJpnKODKl4ZSSLrb02Z3JjIqHSVjRbhEyAujAkkyj3SGRBbtiiI45hAVO7KcCdAHBt7YomwyZaCVEyUK8W6YiKiDsQUkwji1EwgWr9KZ0AcU56UypcAMWlPyTlRGiKIMbmiS2icAHFsIGosHJOnK0WPaHS50zMP4aHRaaKnF4JpdDXVH15Uja6L+qOLimm3psSpGi3w+rOEiilD4kajYtt1xZnYDFkEOWPIarb9gnqrms2QqU2qmbxVNC81m01SrarZbJKKVc3meDS5amdqVs1WsyKISRFioavZbJKCNEyK4Ch7GiZFcJQ9DZMiOFrsGiZFcJQ9DZMiOJEIJkVwtJ40TIrgaD1pGlYEfhdkb4MfOIw2o9WQZExGQFvqALMx2Whx2BNkTw6YIMV33ugSbbdbDSZ0PrVanh5M5/XbYLGpU4063DnW6LDpk4zxNr35mc74LZQ2yYQeaNFsRptJjhqe6dMM/dHfZDMa8GTkTmu2Gt6bbrIbGxhtoCk+BS3MjH+0m/yeH82ThJKot8TbE9yeI0v0EVE86rCmD7iBJb5EwA3Q9/sB1x2rVKLpNn3A/i8K2BcjrCm4s6Hp4haPD+IWoGz6uBWvNNFtmANWPWlWaq7pA271vy3lutNr3X7d9AG3fqUBN1Anvx+wGCknHoXUTR9wAyJ8iYAbKJAXBBz2VA1rmj7ggFcasC+zpMOe+omleWYb95HQd9Vaq9UWb7LoHUY7fYndAl3GpOgtDpMjNdpm06dSYBDhwpZicKTYjPHkwaT6+/56h76B44Qmgv6Senp5RvwI/ysSt0b9fDRZBYPgDO8uoXOa+0PrXPejS8MrAXdkd0+LthP8KBJ3cINZqzJ80jSPgVdSsHlGu2BYo626VyBRwAUFY/YFLXgIdv1z8vsXHgfDFTs+HDOkgxSekVxxbZZeBWq/nlmcOboEfHgje823q8pAQDeddNPyYjCiZInO0cUbXlsv33LwUDHY6jWwa4rrYTBgkK3SJ789bOs+tmWPr73FcR6Bc7en/PHhahnssro2Y85MdzjxjRO+2QckEDX+suLjavCW1/lNUw+6QAn5uECTBEUywAcm367eURQjgd929/Hes7UIrJUFbpiQHwKnZDlWBMz3gTVnZ+R3Cy8HFYfj/zYpVgL5Y5f3zJ91B8wmAR0Fc7sd/mjbOAX8vCL81q6uLeG1HhkbK3Z7wkc7is6MCG4DERtpW3Y2g65k4FpQuOCH2EOhLeCGCXiB3jCiHXyn0yEZpHHX8jnfvF22/2IJT9d/FnieajvmYuANQPLwwV4Q3+fqqMWr5cLnP6seRA6oBQdjVnVeknKa3z7uuPLIbn/BN3/vV263LwNCz6fZfGxM940LwzyFqjkoIn9Podxj4prhrbKAsPnqdy3Xl/GOgX996DFRBlGvzOv554Bbs/SOhp6+Quqft6tP9qkCif1N1sIFF4DmZJ+Rp+UuAqa3uncVj7vdH3+DT9N82XfcOzX8wjNXrnmv8BIKWw8e/SiggN+67kinTFsOn/AXw7uXj8lhTv//FJYO3c/vbD8ehSAX3m6z97QkSC7Isw/sW+yRw1N+84CfAjN8F9wvgFEhQ6UwdM4n+99rJoPncbjZniK/PrBzpi1p2T0feH8Wr55QpYA/vjvsX54HXWHBDQ1itBBseVPbvuBGIX+k399NV6aV8hsebDs2LCKfX2TGCfeAS5G6Vtdm8oG9funiMVcqXJmWviR3eTdI+Mr0haR5ZSmI6xRdZPjxAt87ZOjMeb1u8Ts2jxT89QphPMpS+mwJxNHazx8Hayx+86BXW0GNljmouKWwf7EHouIsUH3xj4iKw64Ckc1oH2Fb3uCetZ0lwvHYQ9s3j7zDf9U1d96Gxa1gRvj0Hp07XgOkX05zgejD00/YszU1+43eJTzN+yOwaXlvlxHzKwDO2prhK/kK3a9b1h3J42m+8viSjmesEz0vgkvpj43l8W5Czrmxd3tVB8KeiLbwhNYQs1m5sQIYEdsx3TtCrJ5pgQ/BMpTVqadqAe5261QwnBbY4loP3wCYRogsASNPL4urMXSBRFYP0DpcsqR+imqABkv85s73gPDxuBB4Ynl9UgzOrr3VYVuoL0SLX37i/TzQCamlX99c/rvP2iFqW8Pvy0Ljlh6WQ+IXaS3gpx/gQqrliR/kuAiFOF0L8wHFV/J03qt8UOspyBoKASKr1Dz2HMhVdPjhJl8MQi5Vzpkyy09YhMLO1Utgv0k3c4IvlYnj+QtEprvPA8pTKf/vrF8RUiroMAFF7gL1iSIge2vdnz778h6P1aNpJ4OXk7BRlIO5K7WLzIm+wsWdVXHJRyuBY0+r6hP3ywFyOSRUF1H3NfybJPBSnsh4vlRAppA7L8gPLo/DjljM+xdH/5SwUi4swfLI8IObQvY/+rj0BCC2Vt5KkOIEn2wpXE9T7Bp0PRcMu+OukmtKgBS57vR7CqGXBTNv40k9DDoDjtagADO6Q2IX+7wgSYe9TPTJbJ7WdSVfnoKd1F8IIgKsAaRuDhQDWo8BAvFr6C38lICd9C5ApG6+2lcm/AHTL/MV1k5f/0VIlFS4qcfOs4+nftIWziaGdRzQOH0E6r8KIVyGR87n++ZdQIy5QbKbRlsS0e9Ra7L96b2o/r+z9S8RG2hT/heB4obt", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnl8TFcbnuwJWYQwJPZ9l9lnYjmTxlpESaotSiKZyJBkdBZb1Vq0pUVRWktpq7qoTxdt0Tovra1aJUqoBgkSqZCFBJHEd88yn9B8Osfv6/fLH/H7uZN75j73nPd9n+d5T+5Nq/GWEUmeMpnM5isdhlpSTAmOFFPSeDJChoeYbfYkN+dZpN2SGkPOomrHasdqx/7r2DAXxwbWjtWO1Y7Vjv1PxhKcY7RruzvPnrCkJd4/I98NItcr6FEV4y0d+1oc46W2//cQMqbUUkyMOW2CCxglPapFpmEQjdgsdGUGEYyKYXTiGJVCBKNm86jEMSqlCEZDj1qRTGvpNAqhtOnoUS8yjY5NI5QBPcOoRTAGhlGIrI1jXGYbvTqcfShdnagqyGX1sFgYecKFQFwNLrOUVafqTK7GpK46k6sgTVXWuQpiVFWKpZwTz2WyVgEpXdYem0LQTFgGmMpd1gUrEAO5LAxWIAYSYrmS0UglRFglp5FeCKQWbCxVQCohaSg1j7M8jWB3YcHQD7WQCJW6x4mJcU8tRFgl554QYZ0goeypOGGFssdBapcTcX97ohZqM6y0aqE2wysrtEFhhVULbZ14XYU2KKxCaqEK8c6kFqoQ70yax+lMmsfpTBoxQ2buoBHyVt6ZNELeyjuTRmwHwfigEdsMMEJoxDTLsyfmeBwk5ngs5Vox8+IgMZtkddKKOR4HiXVbVlytWLdlxdWKdVtWXK0QI1RMhFohRjhBYi7OQWIuzuSuE2KEEyTECCdIiBEqxnKdECOcICFGOEFCjFAxaejEGMFBYozgIDFGMD3pxBjBQHoxRnCQGCOYcvVijOAgMUZwkBgjmEfoxRjBQWKM4CAxRjA30osxgoPEGMFABjFGsG2OQYwRHCTGCA4SYoSabagMQoxwgoQY4QQJMULNvNwgxAg1c1hD9YwY4Ugx2eTkC7vJarIkJJtSJaB1er8UU6opzW5L8q96wyQvclZXOkTabJYEc7zdbEl78GYxdf5zs9jpk00x5OJYk90an2xKtManPHQxuXtUsln6IkqazWQ1h0oDD13jJ/3Q12w1JZDJ6FlUiiVh0lSzzVTN3fqbEx3SwlLI41Wz21/v5kNDmRCflmhL8vhLsviuhidaq/7nAw77u4DrEYTFQS5OcDVuD9G4+Q6V//am1fzzcTf9J+KWC9dbU1UjWi17pS4UNzllT6geFOBD1z762e8jFv1XDFuswvAQiJRsZHyKwxRD/iRg2OTJFpvZbvq/R8QfM7scEY1FxX/3q5khOR9Pi8XEHz6F17yY6PKcj8LFguJPcx9ORU0JSlV9zh+tJ1315a0pMamrT/mjY9JXX92aEpOmegt7dEyGar2ypoTkfM8hpieuQl0NDcr5HkYoKP7+QeliUA/uRYNk7NV4lMViTTSnxdtNNvbOPEA6DHfEp9nN9umRVmv8dAZsTmOwOhLsDqspkX4Rd/+8b7w9vpoVGvTspfCDOwIT+Wq89J+MPvni/B5DPryOjn35XMnO34uR6sfPu6e9n4WPtz57Z1ZnHRwcrHs1Mu4myh/+bfMFk4Khd52M9yf33oUXV5huXYq/jA6kqud8Y7yB77WqKHVs1EH/dg73d15xM24o2HJg8K0QOHHuQt0VZzSw7seW263JlxF6ZvTnOD8YLuwJXKcaoYG2q+8tm3U3HTF8I5gzEL/U7NtOIM0+8Tv7fBS+u0NQXY0/PFXe2JZR3AGKEn5+fvChiyhyXvbBNbu9oIxctkIBdnqjDNyd3GhHCCy4Ki3Yqxk0vZqtDYUCdHJaXnuFbxG2ZdQvjlwaDsqcbe0uzd+DOke8eWT2oWDwGbdmSMMlLYEuJ+ICWrlowagT35XjlumWcT5vdIWtn50eN2VYOlqb02zLlYEBIAWz/FrTdvBE3OVjrc+eRKdG5vfYvcUTPisbk7r/uhKuz0Sasbv2ouCDu759fWEIjD7x3cWQ9XLwe61FwvVR59Bd6bLKL4rxzte9CxsN9IdDa3a/tSzoJ/TeV7rb+xKv4JKzGXNtB9xh7OBDPr3XZqLea59+99PPDuGDnaQF31PB6bm2/itL03HItgFZM2LlsPejD6KNMd3BsaKx58jAk9j0SVzsiNxgKN7+1KR3nmkDn0sfU9ddR1J29RP6luN8MLR5smcDiL24ee2PLfNRy0iS2fO4/ubv98pL9UDK6BvmY+w4a8nOSYNCAEaTK46h5UEztJ/2WY1Sc+9+XJR+B9FlTTPAXul2L86/iUh6f83xA1q3HdK5ukDfb0A+GuAxrW7bjvnoh0SysCKs7fX9iLdapeMYr/ffjHDLwhIq6eRqAxz4Y8fLM495GS8eJAkJgGcNXx2aUqmD6OPLx1RG/Ylm342YfNTXD1Z8PG/4oPV/YF0oWVkhq7sjB80i4ZkzMM27dyG6FrAn/O3OXkDrdkUL8+GnTf20XsYzvac/+1FJE6D0L1PBVduOhnePlGLtLz2jjw8PgzNHb8Vc3NwNNp0iAdzC9HbbG8Km24qcbV5tYeHhWCnlMuPgPz3Vwdo/sQcpbPcG8GkfQvB7SErehrGdstAnZJlxOuhEF1KKSNRvOCpw/A8nupj89GDoN8B6JygXy5ZLtCv0gRz0wfk9gdmIzS+DZyRadQg6gmbGK58O73wbv0RoNagc0zy8chvNIzRY6GmURCAV/iiauufd0B6Z+Whn+aKbZ29FwEL9qf2pX/kaWf4CeR7LENNLBZKyoPmlZxHOGyhlcKgGDk8hN8hC3nNXRS1O8YdKIvMsDbzzNvmXiY7UkzIxNBTWvddmZ3luR0gkcvTJwwmzpYyuqQf75O1jvH7oCDLLXM/9S0vR66vT6s8HGawhHxMV0OfKma1lY4px38UpEoPkQOjlt7MZ9KELKec8zMBJ0rSbDoQDcZd52ddQoWQnOr9AaEGF3RImdSldnbniBF71m19y63wPxvvobtBB4bu16agipCWFUPgCUf3WMW1hPC1kJmZ+4AftSIB1VVAnuXXKtBkFSEruxw2OBcN0Augq5+s/iWl5e1XiWJowf/j6RsVv0/Ky8bQZm7tGNb2NiYpfLHYDlvcbiGQz+ngWovU+o4dMQucvg4xNsp+VfxPcEE4X3nzyuQ8NQKdt52m0vvbGpeJxcmhABZCL1s9pv2/hlvM4sNsX6wu2eBizZhCFn8MTaYFzEOXv1zLjtq/Hzz5TYYCll4pbpFuKmR/2dIffwySmeEVwX7yElu4r6ThmaRBQnZ4uRUR9HTZWoOy8VV/4v1DK9JpUgqnv6gsxG7+JexGiNDfAiEHSip6oaxxIDdgHiIpnLdnL73McMf7XgQ4bX92elbcAdVnUSKLuPeYLp71hnYo4Wil2O+cuKaQAXZSyP3qjN5Csfq/UAdVBExnnZzOQRHOkXoYG6ocgyQo8jStLvSVnbgIvhAVc6BaugzcJe1MDjG93brzqt8OhQLpRnYMq6Hl+mES1IkxpO6EFUP/TcV0PduO+HgqZbaXC31CDnAqsEre4mTLypbQw8Mxd0vFaQDcY1rzRxKE3ivDRT349OXJrEyDTLovrAVSmeTJgvtkIogiRyrrAc/JvjsvGymCZYmq3Vi1CgPrP4TYgNdPXKky+RubrJVhSoXqOvD3n+T3E/PUcbkASsL81vBww7F8rL8uMNIz6XyLaX8obQLNRiVJod9B+0j6X30ZUN50awfpgYtTeRkrDq6cQzc+yQKA2eMHDyK7PQruJC5bqgMoutYjzpwCTbvBegg5ovYs8jIwvlfgtKX25o7XA+nQhel5K97Wrd/ELWxefTd6oB+a3BZjqpkwGzGd1LG5zEaZ+5O0DBL1hph6ojBTFzFeDg+Dn2YRoHyHI39Cra6w30PZ553cc1oNUpgAxv/KExlTYRYjSalUJ9/U7mPXhU5j2bw8ZEFbWL/aANnTDkM955wbU/zIK8a5B/u5dFlUianPRhTh8yId1+rdz53p153H7GeOmkMpfRZ3GEMVcQNRPKiOA8s+/npHY8+ToekCf3kSmTbDZrZbUh3aF9//o8f4r/2rGlP8GM+zL0A==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWntYlFUehmG4gyB3UEE3S0tbYWaYGUo7B1FSK28YSlo6wiAYMO7MUFl2MdO8dVdrzRJzvWZmFqmlnlNtWrkhoogECmGoXCwcuSmCncvHCq7P05xvG5999pE/vpnvzHnPOe/v9/4u3wz9ZpompiudnJwsHuTykCnLmJqbZUxPoiN0+MFMizXdufMu3mrKTqJ3CbfGbo3dpLFx/ydjo26N3Rq7NSY4ltI5xiqRovNuuCkn7dod/Ww0nR/DrqokN3IdYcqdSUqZfRA1gyRl5syyA6JiV60YhI7FCGHUDKMWYiNhYkX20TCMSgZGrRY5WyzfJ05kH45Ra8T30cSI7KOVYTcd96lKBkZIB3p2FTKbnm+jE8HEcYzd+7DZ0fzFblt3BemFQDFcPXZbjvuGg+y2AwOpBY3XBaSKFgJJkSdmPdFwZSAp9uzWaleQ3bmRS1uOn3RyOOnlCFYvZ6c4GTJSRctwrgRSC1lPxUNDLXY8KTSEglAC2Z9auX748YRCoxMkdjyNHE4aOSbXyDmeVo6MpMokZnIeT2qh0FDp5ciIgzR2O5e3XAwjVDi5wTVCfRo3nUYjAyOjEdAIFXUJI1ShJVvbLbouGKHugae7WCGfShg5jUCsWFWSQGJViUsu1m4pdAWJ1QqeImPl9CmxclqOWLE2SgKJFU0efFo5zY1WTBG85dDK6VO0cvoUrZgieNRq5fQpWjFF8HjSymk5tGJViatcK1YruGB1cmq6TqyUcRnphBSh4tbTCSmiEySkiE6QkCLU3E86IUV0goQU0QkSUoSaK0InpAgJpBdSRCdISBFqbnK9kCI03BD6GytiYm6W0RJKP7AazUZTaoYxmwDNc0dmGbONOVZLum/XBdNd6Z03ucRbLKbUTIM105TTfbEkr38vNmnuHGMSnTzJaDUbMoxpZkPWdZN9yJuEjEzyQQLZzWjO9CcD183xJG9GZJqNqXSzJDohwZRLJ6dmmVIffzLTYrzBoomZabnkfFn0+7RMxX8u6s4YzTLkpFnSXbrZ7FqLoupMlI6n3dMRtD1EaHcpkSqpqsQ6nneAI3h7CfOO68Zb63jegX/Em94l2EvYU5iwvuvDklbneMJBfyphX1HCnV8USBGtdzzhYEcou4cwb+lbFcnRcY7nHeII3n7CvKWHP6meRzued+j/BG+p61HrpX7T8bzD/tTA7i1MWNuNsMrxhMMd4WilKG/pGVN6LIu5CQktwhG8vYV5a7tWLvVNEHgvR/D2EeYd1+070ZuQyG8Qiv9FYN+gLPxBBtd0rVya6OseWWhmpAsnmEzmtMwcg9Vo4T+i09ZgQq4hx5ppnRtvNhvmcmAks4U5N9WaazamsQ9mXLsfYbAabvDopFfzX5a7H89IP6L/JkZHV+30+du2ZeF4jfqDz3StHeBAef5L8wovoaOnKr3f2hKBcxWrPXq93wB2mDPeOD+vGs2/4+tFm0Ij8ZCc9c57Xa8Cn7e2vDhhtBL/WofjbhtThi6fp2888IMbvRJvz7WhuM++e2J/lBJufPeffXeYA2Dys9s/n/n8FnTed3/032uj8JE3pnUkXC4FdLWAoPNo64xJEwdUBuKOY0/V3BHTDmqVmp7aoQ3goYuvJln7HwSDXg4pLWj5GbkFBJGztgFfcvqyjEa0eOEjR/eeLkc+CjIjxRlOrh/y5YDX3HGL2/R3HgxuRqb5ym9fi2lE46+EWUom+uN9p4P6fF9dgsa/8nZOwIIL6IuflrYbdf54r/WtMGWyDXyC6t8fOtgJ8tcOUF4y35K44io6eOc9bx56vhK4N4SMGn/lKVBMj+lRhbIZsWbExocGwQg8tW/8BVdYZ8kPbju0Hy1OfbQ8MSEUP6398L7JU6vBp7X0gwqQ/W3HzmdsJwDHX0HbPjox/YlxtYCd388Jrx06+NjqMy1oc+yP9449sg4RMsvH1DrjS3mzyBLFiM/7jdtprwIWmaa7F4S3ogF5S3b8XFOH+LxW8NHlaWSr4+jJu/tFNWa1oJIAW/zhdB/o4rk0KvVXF9h2z5yCxUUHUFXNyp0+MaGQ270VMHuW/gR6zzOoHo72h3dOe+3rpoHbwNoftx4uTi5EG8bCQMM3Fejc7EHNb5+8jOIvpP7r0QfK0bbej6TdGxWIF30/6avN/ziF+rKDHQHVtqgiU4UvHhDjQaYUouaBdMFmkKN5YRdUeMHPL7YTz9vA2g+pIc4jMvpi1cF2YL7kV7Pr4xBYovlNP/L+ejTQzzt/Y1wfWJ7o8pR3/zZA1HRX2MpjYJK1/9tX/UMwk+1j7YjJw6kEUJR5biTWDt03cVU/V+jHBO+Dr/Zrb86tXIPU7M8Tc50qMPeDKyTiJIoOgLvpMd6xgRMNjWNSzvTFRU6nFJ5LGyT7OOHZVKCNvpCIjJj4IgphA/WIufuTdsl+9WAqE1QtIsY+VXkoGA6fUV34l7JikOS6/s17nItROhXKAT+8pIgG4EUUTbzrne8CBxFynhm+cBQTcCMYywJHgR9IWaQ/PtIdFp+lDvCBY9iB6pBXyfo5w7xCsNv8lQnLspSQ+6sNRUz4qdc8wzk0z7Zj/OMRfvjL3a+4NYRUIfa6KgoXhNMJ1ShgAf5h3cgLqJdv5d2vz+iHN+z7KvSOpNOAn2sPath04AHd6BA8YlnW2bYtSkin5bW2gHALUdb8nvjXR4bfdy5FAanakp8tAKcPvvPlqtcrQNMeGmgl4GIUFUQjYOdYXQOYLJOr0TAq9z6ucCvJKu+90Ir6ptKVmlBhcXL9kHvdYAGlUd8k+bUMML6r3ODZPpvOjfqrN37Jd9zHK6oVuMPY8othXQt6esPghN51Cszzhw3tfO83cnJnzPJMni/m+vkFlGc4kRTRiGiWA7GB+FEWmFWolKggMqQDvf/YnYf87/fEKhZAbYDHtTNk+UgXgAeQtDj5hwbAdHnJHfpPIZmv2QVmE+tcKGqVeDUB7m8nWEas0JLmgX+g4TG2CjBZvnoS0exYOqwU8Diyoc44Z3EzvQbdtSWwcMQUF7zD5ezygR8FQ2aec+483/nZ0OXnZu+1BgbDCpq+Fb4Q9aBCrwBvPEcivEcE/s592LsPry0BXM+NoJ6m7Wc+lXTpissu0QWaQV2VlqQwBWZht8AFs3QXVgF4vriKFtZN2B258DRY1k4NfRL4k2kuZ50hiTICUWDPXtRirWgdPX7+FcD9dRgtJVlppUqJmTtCPaW4coGrn1zzwW17asGSeGqgEJi4oplk7iZAnDPwueUtYN1xGvg9IC9QeeiJyjU9N+yrAZdizmy//Rclz7PLwiERIRm5iFh6SbsAWB3KD4NMl/FHeXwlNoNFtFwcC4K0PK2NuCLl70g4rS+1fDsAk6lFzqBvmkiCGh4FmTu+qwG8vp0BzI1zI+HBL0jgzFFCW9FDM/2nnAdVU0J3HXEKw8ksgXUgng+aAKs3twdKdVaJeV44DIgR6ya0huGF8wo/TWlqR7NYIJeh09T8eYF4MwmzJfE2tJtYd/lmV7jiZVrovOGon58O2n7/ScDSw0ZXzLqZ+JxZFqvZlG3p3gtc+++8a7/j3mBM9TupqiZD", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlUU1caTyIgEMKuIrhW3GuFJCTB7V4ErbYqKo6D1rFGCIJFollU9LiV6bjWfemxjtZWa3VcWte63quOWuu+1A13cN9QA4gKzLv3PkZwOMfcN8Y5Z47+8cy77/3e/X7f9/uWl1B/oLlniptMJrN6Coeu5nRTkj3dlJJAVshylzSrLUVedhZjMw9JIGex79fer72jtfj/k7VO79fer71f41zrU7ZGO5Gi7Ky9OSP51Rm51pncH0mP6gQP4Rhntg8UWplzEA2FJKRlDHICoqZHHR+ErEVyYTQUo+FiI2KiePbRUoxaAkaj4bEtiu0TzbMPw2i0/PtoI3n20Unwm57FVC0Bw6UDAz1yuc3AttHzYKIZxul96N0R7D+nfV0eZOACRTL1OO05FhsGctoPFKThdF45kDqCCyRmHp/3eNOVgsTcc1qr5UFO10YmbSlx0kvhZJAiWIOUnaIlyEgdISG4IkjD5T01Sw0Nn3lianAloQhyvrQy/TDzuFKjDMRnnlYKJ60Ul2ulmKeTIiOxM/G5nOWThis11AYpMmIgrdPBZSMXxXA1TuZwLdecxlyn1UrASBgEtFxNXcRwdWjR106LrhyGa3pg5S6KK6YiRsogEMXXlUQQX1dikotyWgrlQXy9gpXIKClzSpSUkSOKb4wSQXxNkyWfTspwo+NTBBs5dFLmFJ2UOUXHpwiWtTopc4qOTxEsn3RSRg4dX1diKtfx9QomWL2Unq7na2VMRnouRaiZ9/RciigDcSmiDMSlCA2Lk55LEWUgLkWUgbgUoWGK0HMpQgQZuBRRBuJShIa53MClCC1zhKFyRfS0p5usNcgFm8liMielmoYIQEtmh3TTEFOGzZqiKv/AFHdyphQOMVarOSnNaEszZ1R8WIL3vx/WK3OoKYHc3MtksxhTTckWY/prN/sIH2JT04QLscJuJkuav7Dw2j1ewoe4NIspiWyWQG6INdvJzUnp5qQvRqRZTZU8tGNasl2wL518n5am+M+HVqWMBhkzkq0pVSr47NWIoi4rlK6nHeAK2p48tMu1SLXYVaJczzvQFby9uXlHV+Ctcz3vIFfw9uLmbSj/zqTTu5538Jt4k7NYZwmreAmXfV8gJrbB9YSruSLQvty8xS9XxEBHu5539bcaaD9uwuLLn9jPI1xPuMb/lrA47mgM4qDpesIhb5VwLW7CugqE1a4nXPOtEnbjJSy+VYovYpHvoHaFvomwlNql5OatK9+kNO9A2WGu4O3DzTu6wreg76BmV5KD/4XAK+kAb6jZ2vJNShvx2ksKKYnkwbFmsyU5LcNoM1nZz+ZkCuhhN2bY0myZMRaLMZMB61BfWOxJNrvFlEwvDHh1Hme0GSt5WTJo2G/JFc0zkUvkD8PI6oGmrWYfQmFwFP3wDCwb2tb7bAM3uK5hbtbiIyHwbwd77f4p3B1OPnn5qnKOOwxvMnba1qn14Eil8MlHBreckF1WeMnhDtucELfeZ0CY6mqLmd89RIP+uDW4eUEO+Lzq0Zo9LjxCnqtr9U3eHoy3dfZRNJ94FUVsb+ynzA+Dt8+vft7vgS+cv95n2OqpVWAK/RcAG383+edrd56BarUP3gDh/tBRfHrknUYOlDIp6S8XOzrAvhmRI1rULwVdn05PsIWvAC1ia927risAfWoQi9zhmuf9huwb6wHlXf+qil93HXT50btjQ3suYPv5wTuNIgWTnoGkcefbZiY+BO7aAF2bnR6iHfkg58A32+fP9IWZiT9FHWmtwAtHLPq+wdaLoOWlcI8J8w6hLvrJMQNunANjQFT/bZ1Pg1D8Wb2Yx4Vow13rpmqjlbimW2/fFusD8IrbnT4qra/ADT4ZndXSJwhSe5e5w9p9k1tfOeYJT8zqVxL7PA8JpKqMVD4BjF82KJ7oyD47oRBQ94Xlg0NLO2x+WnwdtNnZc3796U/AuBethh6dJIPjt8Avrx8oAXbFQs+wOnJcFHlzbcPcswDfX9zmw9Mv0PIPiWPuonuCWS8OnURN/JSbfsyU430l60c/iZBhcnfWYl+cG0wcLcdKwUuKvgGY8fPBlN40L0z3H+ONp6bferHy8XPUvh3xpAzTxx04AYy9egohuwiomxWrmD2LVfDWtCYPVO3c4TeX5kz8qm8pmFI36WHf9lVgFv59aQddFainjvOASwRrF94sReM7oTG1f1Vgqp/hbpiGd0EOIvJpfSUYT5me+6TuyQdgfiyxpDpumfGDfMc+f7xh9JOfu9/zwr+r//nLRxkqSNQQKvOH3aiDn4JWJADmDyC77gAs/iWg95i1mweOu4ZG6f7R7s+fFSLku0jz/UYH2LW7RqME9zto5bJuMMgYgkfsWhLa8pIDke3cZ9eD5yZYO84t8IZjjm/ok79VBtsS82t7YyqXbidQMyGbxv2mwKvXnPt8ePx9lEg3foGYHksQi38AVgsqruuQ41M7coJrd/bA5kDiGRm8ImTbyi99YNji/k0PzfSBJabCXOPSYkTzsqsCh299KSjEDx9+eHBv+zVFqLOgsuICP9zjC6LUO6jm9cQaW2aFQkGEf3+04iroWm3aJ3fd3CENS38HELxsGBT3DMXRgJ4Hdb+61+PX/qGQ2n80ALJ8KAKrHp/sOrB7LRi+oHTm2BcBcJP+2Z7kVd4wGOy/uCkuEE6YRwLxEqzIFApIz2BIaMV/HQQtNFC5IPh43Lk8my8sXU8CVIzyqnfq/jIkG7SjiaWAM0h4S4sR04UcHp1ECo0cKmmh2YsonQal4OsFGYFZUAWjz+wboh1/FhBvr7h9DmhJAgz0hCNHEaV7QlpXNm0G1QeTTDuNBFEvu9LOA54/WpiQs/wQulWbZGQB2JvfpN+M9kGQ2XEPrBpABOwABz4lwg+AL0OsZwOflIh1JRQ0D5l32ivVHR4jj/n2NKDpcVwJHxk6fGzJVEChCAoUCsF5Idp1qgdBer17FczieA3dFMzY5XsYDKMF0guzPMkDidEbfxu+awkgUdr/qQMcSyHCP4nO9L7fcnvjlyiSFs5rwE7Kq28+IFbFHCtBTO/eLF8vVMO0/OS4YeZ3P7xurmlS0qUA3OnaqOC1HzsQDefsQGhU/ymiWVMVzBeqi7WjCsbTG/NQt4H+idFaOTSQ8A6YC0g2/IKKgCDO9N7FMkjL8bw9iOn7Fri6KGD5zhhPeJmk9akisIekSwM5ls0aK1SmAsDyQ4ZTiGzP3ETeqR+kjxy1D7H7vDGLTz6i9e3bAMzs8cDTslNl5gl+uHnBgktzqqpwQ1JIsv3xkiOrjv1xRomzi8YO3mErRvFCVu49lYeyWpLKfh4IRfTBPRiEWdzyRH/eQHHCMi4KwdQN1xxg24UpxaZCB2rab8ae/NRALBRT+7CwZ4DWxa0h+KxWiOgBf0zT8r4cbyDtILs6PjxOKEyXgrGKnN72waxu1MS0fu32wSWkPUX6YVqWTyphAnlwZBDcKFSHC1NKAPNvVbhfUO8W7AebrQwSMuMioO6cFQhZ3vtDWt7ttwCxSnU1HzC/eDN9/eDP+kZ8HtqZQwq2OybZM3OXP6bTTEzGIKvNYh5irTgLvPp7vFe/3Faypv4X76fsOA==", "1:eJztWnl8jNcazjKZSTKJTBYRS21X2yiXmJnMTOrqOZEgtipR+xbJhNHI1MxEG1qKonaKUhetuqoqVLWUUufcqOVSO1epamLJIkQiBIkkPcuXK3H9fuZ81/jj/uSPLznn+95zzvO8z7t8M2k20tonWeHm5mb3Jpee1hRzYlqKOTmeztDpHha7I9m9ehTtsI6Np6OY53PP557RXK//k7m453PP557PCc4NrJ5jlcijetTRmpr0cETvdaXPt2NXbbySXGOtaSNJKXPORMdM4i2po5ww0bKrQcyEzrUTstExG50QGskmUmQfPbPRyrDR6UTOFsn3iRLZh9vo9OL76NuJ7GOQwZuR+1Qrw0ZIByZ2FaLNxLcxithEcRun92FPR/BfTnNd08gkZNSOq8dp5rhvuJHTPDAjnSB5NYy0EUJGUuSJsScarsxIij2ntVrTyOncyKUtx09GOZhMcgRrkrNTlAwZaSNkOFcy0gmxp+WhoRM7nhQaQkEoGTmfWrl++PGEQqPaSOx4ejmY9HIo18s5nkGOjKTKJEY5jyedUGhoTXJkxI30TjuXt1zMRqhwcsL1Qn0ap06vl2EjoxHQCxV1yUaoQktcOy26GjZC3QNPd5FCPpVs5DQCkWJVSTISq0pccpFOS6GmkVit4CkyUk6fEimn5YgUa6MkI7GiyYPPIKe5MYgpgrccBjl9ikFOn2IQUwSPWoOcPsUgpggeTwY5LYdBrCpxlRvEagUXrFFOTTeKlTIuI6OQIrScPaOQIqqNhBRRbSSkCB33k1FIEdVGQoqoNhJShI4rwiikCMnIJKSIaiMhReg45SYhReg5EabHK6JPWorZXo/ecJhtZmviaPNYYmhL75RiHmtOddiT/WsumOxFR2pyibbbrYmWBIfFmlp7sXjf/yzWN/1tczx9uK/ZYUsYbU6yJaQ88rAf+SNmtIXciCG7mW0WDZl45Bkf8kesxWZOpJuxUUyKNfGtdyx282NW62xJSiMHS6EfpFk8/ns1FYMyKiE1yZ7sWYush72JtjpDuh5v4FPF6y2Ct0ZR1Ep1JNL1gIOeBJgqIMaaRh9OdBa3rzDuqFq4Da7HHewK3D7CuE0135IMRtfjDnEFbn9R3NUfFEiBbXI97rquwF1HGLf0qYrk7yjX4w51Be4AYdzSy59UzyNcj7vek3ALJXJhwFK7ozNJjabrAYc9VcCNhAEbagHWuh5w/acKWCEKWHqrlF7E2j2DFNbAFaGsFsZtqFmydM9A2Q1dgdtPGHdUrU9Bn0HqfkwM/u+4H1MPnpC69TVLlj7ikXcVmhnpwjFWqy3JkprgMNv5t+e0J+idlpDqsDjSo222hHRu2JhRYktLdKTZzEnsxoiH49gER8Jj3plMOv6Vcu3jmekt+v9hdBb+4489dVYq4asfH54cBxrBbPXiDVN7lwGf2U0SCwd5wTG7HYvDYsNg3BsPwuxn80CL8Elzd76lhIXvgchhK5rCJTOnDzq1uwCMXPNv/U2TCm7xzJ0bfuMcKrhkaIAHF4GMOb+NdrN6Y0fnJaXK4Vmg+Ha3gTNMShyXPSFkcxcFbO/e80P/Xg0gvbu8x2U0rW2PL307+0E/j1YzQ89pIOg/+Ft03R2eXpHzwvq8LDC0MqbsRsE1dPVWk5PW4T4waBo+tKZTCZjMDpoF9lVunXgrQg1f/Uu3idPalgDDxtfIClWgi+e76hbh+9G2uuWHC/91GUx5KXPG+rO+kP3unwmm2skBZ3hD/3H0xErYOHRMz5L5CnhQ1eHvb352GWlzNr94xdMN7036ekTfPrfB1ePNf7s/6Q5Y8Sn9KUIBK3VffG/MQZvKhozdN8kP153b7ZpC74kH1vvhhNtFf3x4TaftJRUKGDsnJbfcEgTPErY6dSkGLQ9rDvy4IxfMICxeDrmLPohD779gegBGagZEfX8wDzDalheCS/lLt/qNuw4+27jp1+Hj88Gpi1nEU/fA4jBFvzqbPGCH1pShbPTzt21S105RYOauoEw0XHW0fu/zG1FTwpbq6F20bGHABMPGYsTc29EDn25lrn9pQBnqOIIi8sWNqOPcNLjjseQzuWN8cWt6e5kCbyXLuu8uR+TiFRTij/HgptHFiRUos95L8V5rS8G+pltsoxf9jvrV+evWVTdzJX5KwGt55zLKLgTACQdaEomVAuaGSffAxmNn+l1vq4IRu14OUEcqIOerBN3w3xPx6SteuNJ890pCMxWeSFSSXeaLub5KARkR4dxHpeFDFmTeCcHqbV+mH7BocFEoUehyFT6kpQwcBuM6+J5dGxECmVxwJXh/8/aRkweq4Csbgo/H/tocju9FPXwHbLJcHDd7vhrOC6c7F6GhFzqTI1aBORX0AD54imLfgnbvFACyGdkxAH9CvJCh9oKD7uw8P7uiCaTR4HP/Anr9xKIhlTEViPkrzBuv+oAKKxtlUHf1moRmz79CFFuFitbv726c5YkXUTfsUWHTqFiLtUiD8+PaVDWrcMcfD6EnLgZcL76Q+78OnMCEXIA4D2ocAvZf2Bar4ee7q8CMx205KJbC3emBz5FdG3+igh8lUkSNYIrP/c9HfecFefyoIQxO2Huq1RHQsO3vLZRTzgCqtvF7fGEuibK4wjDI9XgbNZ+fNq6h/32wPp04sE99GD310oHlu4pQS0p/uBrWJyq7NSUYGmdFEwV5QxsFOjxIygMauIDCtlYBFYnuunOvA7IpUdQ9lNFoUFL74QFw+4fvHf9uYDZaEO9osawqB5Gs8mNXPzXUMSHfAFkrA9f99M8CcL7hewnapYF8nzc8oHLK0pg5KWcBldeQsWq+b5NrIIAJogwQ8ZGMcAsx3XX3gDPX9z+kjXWDTaYX9N7R+AQ68gv9yQNMN2Ea6NNw9bCWh3MQ4y30IurJBOkLOS/HwGBKxyo1fPnzWVuy890gv18BWjLBqiGTVZEnfLCh+GTPkX6Qr1+IBnwVeaT960pMxB1o+FsVWH2TCqAUJbX/o9e8ZSWIpcHs24Dz6QY5nkrEaPDIR1emrT7y9bFywNKIxxnE3HitFNHsFO8IxJ1fTPNY4V2Ofhna/aDqpwB8PyD/h2881Zhec/28MdPltCBcTtJSpdYbOmgCTNXAXTvmKYtCDwJGx/RSQMhfOGmiB353wrrWMY0q+bj8JCJJoFXpsnxwnT5WcBWwdIqOo2m9uxKJPwA0i9nSFZDngUyw8meaCNRYGiO6WsGlHCm/XEa55ZSgYikeKhFxLnmyGLFwuqrB44nasm5ocAQtA+u8pHgoQxRti2VFiOXxvEC8l4ZjZjnyouG5KRAzulrdBoyOhncQ08ubPpjliTRP+FV/mhkqEEm2BLgXlvIgoGni7Q55iJ07PAR/QcPudBBunkKYyKiDqSo0XcKkvKLG3J8+OJlkhzWhofjoRydJJg7GLIy93DGJhuhjyZd5PVGGwr5U1guVkPOSi5gfOwbBMirPYHc4rDutMNsAW79NPUiK4TdLzLcknu8B5q9CDaTZoTQtAC4104jOQv2vtyURr+R5/mQQZi1OdOoou8NmHWuv3Qs8/Le8h1/gPmZO+yc7/gzL", "1: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", "1: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", "1: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", "1:eJztWntUVNUaR4aHMKAwDi9RS72l5ePCzDAMmu1NqNcyMkW9aqmNMMAUMDIzaJjPzMc1e6hl5qvMV5aab9PSva3AkCI1NVCjUQtC8QHykERsPw5X6LqWs891vGvdJX8cOPuc39nf7/t+3+PM0HGcZUiyh5ubm60lOcRb0kyJWWmm5AS6QpefNtvsyS0az2LtlvQEehZ3f+3+2j1aG/R/sjbg/tr9tftrgmsjG9dYJ3JvPHvCkpF064xee5LeH8mOmgQvcuxryRpHWplzEC2DJJgzUpyAaNhRLwaha5FCGC3DaIXYSJgokX10DKORgdFqRWyL4vvEiOzDMVqd+D66SJF99DL8Fs1jqpGBEdKBgR2F3Gbg20SLYGI4xul92N0R/JfTvm4KMgiBIrl6nPYcjw0HOe0HBtIKOq8JSBMhBJIyT8x7ounKQFLuOa3VpiCnayOXtpw4RcvhZJAjWIOcnWJkyEgTISO4Ekgr5D0NTw2tmHlSaggloQRyvrRy/XDzhFKjESRmnk4OJ50cl+vkmKeXIyOpM4m5nOeTVig1NAY5MuIgndPB5SMXwwg1Tu5wndCcxl2n08nAyBgEdEJNXcIIdWjJ106LrglGaHrg5S5KKKYSRs4gECXWlSSQWFfikotyWgpNQWK9gpfIKDlzSpSckSNKbIySQGJNkyefXs5woxdTBB859HLmFL2cOUUvpgietXo5c4peTBE8n/RyRg69WFfiKteL9Qou2Gg5PT1arJVxGUULKULDvRctpIhGkJAiGkFCitDyOEULKaIRJKSIRpCQIrRcEdFCipBABiFFNIKEFKHlLjcIKULHHWG4vSKGZKWZbCH0gt1kNVkSU03pBGjN7pdmSjdl2G3J/k0fmOxJz5TkEGuzWRLNRrvZktH8YQm+/37Y0OzxpgR681CT3WpMNSVZjWl/udmP/BGXaiYX4shuJqs5gCz85R4f8kdfs9WUSDdLoDfEWbLozYlplsSXJpptpts8tL85KYvYl0Y/TzO7/+dDvRmjFGNGki1Z0cxnt0YUTWOhdD3tQFfQbilCu0mL1EhdJcr1vFV34k3P4pwl7CtMOKYZYb3rCbe5q4R9hAkbmr4l6aNdT1jtCmX7i/Ju/KBAymiD63kH3dVAtxImLH2cIgU6xvWEg+8q4dbChKXXPamDR7iecMj/lrA04GgN0mjpesKhd5VwO2HC+maENa4nHHYnwnJql4cob+l1UnoDi7wHtautK3grhXnrm/Yq7T0QeLgrePsJ845p9vHnPSjdt0nF/573bfrBHSq4rmnL0kX85SWFFkj64DiLxZpkzjDaTTb+tTkdBgZnGTPsZnt2rNVqzObADswl1qxEe5bVlMQuvHDrvK/RbrzNy5JBy79Lbm6eiV6i/xhGV1dMf/ir2V3awJYb241Kuq6CvX8Z9MZ7GUocdnZEyO4FAXDm4CdXTE8Ogt5Xggc8O1mBA8p2f6ZYr4awjfHrH7uFwIEjZxtOzArE73+x+O3Wk0rQBMfywLX7tqLH9g1Z3PFNT7wwf9oANKUUfd5h1oXB10Kw8m9dp86PCYTqw30Lr+gCYN8/Ll7AMeHweq/xBXOHeGLf1E5pL08KhFusqQsu1ivhqOo9J+fdKEW/GVed0F2uQxFPr/Pt/1ADOJGTrpu+2wE+zh0Y/a9YB1LNxIdW9fOG7Q0pfc2WQnCz442aLMdZ8HV11+ff+koB3yPW6bt54FwKgzfA6s576udU+cJDQw98vKbAA9d6jV3ydJASzs6jCx5wGDk+Axchb7rs54WnFfXJHvFxDqqoeoowPokIeVPY2SWgPtT2k6ryAlpwcTKIGuNAxJgXfjt8FBHyWZnLgjC/7yroNie4qGCiH/zSvijU44QKdm2t3Lku+yra/krllmdfqkcz/06JXQYRX3QhV0pQH9+fVo/vUwKy3Je2DF9ZC16Mv/pmgr0azdtypuzdbefBZApr6w5jdnw7Yf8H81BB2OCT4fUtMMg9vfO1yZUo7zew5pf9v4Isst3wVqXIc/XCXi3ir6KQ3Ufcit3LANn84CO9HOj778iPnwr7Ldrw6uA8BYwas/dJP/caxPbbocbF7j7zHkjMBUmjT/dXXFPgKZt3jZs2Uok/eZUKoxr0WTbsg083nUZbFKXzu14sAszcMVWSnW6wx7YVl9fnBsBvl1CBVKOtdNnPDU4BdCdfWPZwJJHeJ2j+qVQ3y4xKdDnv6yc2mX3whMxwf8cmN/jy8o9IpK6j5LmJo0/PbotzHiTKOKKG/3xuKypf+QdaMJUqJwxXHo0fFzDiHDJbrszKG1oJqHcPbgiCkwjLhflVKLn2V+Oq4BBorWtdttsSzHW+OQj/TLx1eHs9+v3FbjXv/TwTMP/V++Aece0unNUXg8IZtv7v7ArFxYvmzBq1KBAyuZ5TQabrG+GQrSe0xt8Qq4srPDELx1IFjq1I/G70wGNg2os04oeR14x3414vV+BMFtirIM2n7sOU7R74H9SgWhVmbhpYBrgOboIW8a/5D7IEQCKmTqfqKsDcqlM/zbDVoN7sggK3oo7t4guff5DuVM39d0CNS9uv/31ATyV8/9HQd4/5qGHR2AmDOiz257ob7oePl1KiOYCZ5eFAl6hs9/pg7Tdbe2Z0bglpmtcvaQdDH07wXK3ywtweFRxwZpJ685z2sJqa0b8BFXzyw/HhG9WwHMd0fuqVVrBHxweq0oZvQuzXlDaQyqRonzd09Hj7w2uRdYjnWw3i+qwCg1gBqQHMzUs98NhH8gMO9lLA7seWlrRfXwKYzorKuK4n+8NVKdvP23YeR5TdzY5F0nOUvE5Mrpb8fAyp1u47ELKuJXTsb7Vc+5ECb9xUSDzgACQ6mfPebAAjDmm+2bpZiTM3vn4qdbonDKPpe8AT8rz14nbsvQ5oWcvpEQBZHPOVXPdFvpCWxSNufwB3ltBnEA1rWqk/3EuqlKnWHTK/lF8GLF3X+OP8Vf12Xb1xGISRLOyxbRMiQUntVO6NP32cKrgEUXN6ZlSjZ4h6Y3ZUAFZ22pQh6v6FvY4gFu7P1qBUSj+oHvF6WIlIEXv17MESMH/PSz51DjUmTjJqhp0HukA9Kb1HEcuHwjDM8+camMpu9IM87sGQ6TXzJDpKqoGPrzuOZA2gTqqLtSibJWYdCGaF4BLgdaoW0TLwsrIC/FjsUC7acA00xNGMKAWn6qaSR3vityMnEimUI2b2O3XgS0+VGuQWopGs8BSjA4eoQ66B+KD5T533OA020/CMCeT6z/eGVC0lm6+gh2jhWxaIPXPeIk88gx4n1Tfqe1+sGRbx6IY2Sszyebgb5PnfgDpTA+pDsActQ/GhkPk5rQYtpuF5pQPmdS4YTmONxhPT2/wb2mJm5loVVNAyd+kmGtSBMm6HC+YeJQy3A16Pfkf7zqnb5z0Ujitjf0g+XlqBSLHyyHlLgXH5yse6q8OwpEN0pBM1pBq8QNIu+HwIXPo+/SlC/kxwGIxOz2nY1lsNAw/u/fwNr2rUYKJEqsGoJFKR/EMhfo4mdAu8tjvJjHFukMfdD3LeRL/EC72fOYNY3dK6Y6bH6f6QjTixGSk2u9WSbms+C9z6f7xb39zeZk3zJy1gFqo=", "1: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", "1: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", "1:eJztWnlUFEceHma4L7nBIx4xMRqTCDPDzMCqVQge8VYM3scIg4wCozOD963ZmMTEI2pcY9Ro1JgY73M9qow3rggqHpEleC+KgnIIcpiuqmaFrO9lqlfc9/Y5fzTT1fV11ff7fb+je2g20tQ33l4mk1mchUMPU6IhNiXREB9NRshwd6PFGm9XfRZhNSVFk7PI12Ovx17RWK//k7Eur8dej70e4xwbWD1GK5G8+qyDKTnu+Rm59iGZH0KPymhH4RhlShkplDLbICoKiTYmj7IBoqRHDR+EjIVwYVQUo+JiI2JCedZRU4xSAkal4tlbKFsnjGcdhlGp+ddRh/Cso5FgNy3zqVIChksHOnrkMpuOLaPlwYQxjM3r0NnB7I/Ntq4J0nGBQph6bLYc8w0D2WwHClJxGq8GSBnMBRIjj896vOFKQWLs2azVmiCbcyOTthQ/aaVw0kkRrE7KSmESZKQMluBcEaTisp6ShYaKb3tiaHAFoQiyPbUy/bDtcYVGNYhve2opnNRSTK6Wsj2NFBmJlYnP5CyeVFyhodRJkREDqW12Lmu5KIarcDKDq7n6NGY6tVoCRkIjoOYq6iKGq0KLtrZZdDUwXN0DS3ehXD4VMVIagVC+qiSC+KoSk1yozVKoCeKrFSxFhkrpU0KltByhfG2UCOIrmiz4NFKaGw2fIljLoZHSp2ik9CkaPkWwqNVI6VM0fIpg8aSR0nJo+KoSU7mGr1YwwWql1HQtXyljMtJyKULJrKflUkQ1iEsR1SAuRaiYn7RciqgGcSmiGsSlCBVThJZLESJIx6WIahCXIlTM5DouRaiZIXQvVkTflESDJZBcsBrMBlNsgiFJAJondUw0JBmSrZZ4j5o3jHcgZ27CIcJiMcUa9VajKbn2zaJd/32zfpPGGqLJ5H4Gq1mfYIgz6xP/MNld+BKZYBQuRAqrGcxGL2HgD3NchC9RRrMhliwWTSZEmlLI5NhEU+yYCUaL4QU37WSMSxH2l0jepxnl/3lTJ8polD45zhKvqGWz5y2KsjpR1j1t77qg7cxDu0aJVIpVJbTuefv8GW9yFmkrYVduwmG1CGvqnrBvXTjahZu3rubDkkZb97z9XqqjPXgJV78oECNaV/eE/V8qYU9uwuLrFNHDYXVPOOClEq7HTVh83BMreHDdEw783xIWGxyVTmwt655w0J8RlpK7GnHz1tTirax73vVfqqPteQmLj5PiE1jIK8hdDV4qYTduwpqa1Un1CpTd8KUSducmHFbrhecrSNYviLr/gvALUv+fJGt1zeqkDv7D8wjJheTGkSaTOc6YrLcaLOwXclL3+6Tok61G66QIs1k/iQEbU1uYU2KtKWZDHL0w4vl5lN6qf8FzkU7FfjauvT0DuUT+B4yMLov8PPFuuRx7vr/j2/xRTWC3U07tvvnoHLpWNn30wSJHfKHHSK8B+xvA+zc0DfDgW0i2aHp5+Fh7LExa/dMXzeDajnsKKy8Wo80/Xxk+vlcJmNPnw29ntsgGw5d395/ftQQM+CH07F96KmCH9v+6ujncGzcOGN2jMM0Pq+jHDRdsPNFN69IQrvib8Kkvw0OzOikmurngqY+39R6zIgDGrP5JuPNTMOH9Zk2KEouQ46ylwo73Ap85OPW7jo7w3fDFZ2Z0KUReuXu3Ku6WgS++ThYuOcITWbvnTk3PR2/tr/ikaLAdfHgfhzXvmo/Om4Y7pdV/hkZFGU0FDm5wftd79mrvArQPzr5xMsgJN1w1rNUZL284WfNT+/7X7OCKCSvXNt+fg1LkK5wbrnqGOpvL6uXuLQVLDfNih2Zlg7vlmx6d73EJmQo+Pt3vyB10XpYtd3F1hxMOr27Q5p9e+K2vny2cXm6H6fwhTrgLmvaGbqM/bEQNehTIW38ScDXtASJ366TIQanKY9s/SC4Bwe9u8k2PykLbUd6qtu9VArLqVsU1MJFsp+IJynRJeDOx1A4uXFMacmfLE5DxJvHYMUTM/DTLHjM/pAJqtpgHIPBq2pPomxVI36/vO2s+zUHsXAZPLT+wbGEvb0zpZTvi5uQ2bd0h9duXvqI/8lCX65P9tnQuBAk771l2Z3rjM14n/77vixz0o8B+pNc+wOxzCfQZQyx2E1gu+zyOOPcU/WzMHvdZmjcsvnZ5lqXTLlAafXP9N8fK0JAFvxS3HOIJy888PH20Qyk4XrVjyuNtBSDiUew/hnbzxGOJm/pUoR6Ciu7NlcO1u7Slv8S54aSYaVv2rK2PGQ9fSP12xQdfVufrOnZORavP/nguM+YK2i6oZ0KWH6wIIjvJQDs+SF5nd9AOf3dJmHi7OSTobdeL0bjNn19LkCmgkTrwEYijhPOBRlBthrcjXHpRMHSePz4iqG1PoR9mdnDBwuZ+bdi2KdQrPwp+t5UCr8onQs4Au06NP7x6RT0816PX1iWGLJA273x2jlshOHTT743Tt+VYPXOvsOMKdND6VZB9jD2k8hDiYjQdWIZWqgjTHETNHucNPzryw/c9oRxmTsxtEeKcjohaNVO98Picld7r2ynw7XTieBkUjPPjiIvu2IsK1wsv+eTjQRcOViHKS90ULnowFYQOuwOCWkQ7rFtcAogXmm5bi2hcPpVDJQ0wR2wigaUPgtR+Kx1wPPnc8cZWIuT2DeAGAjPLMPXvAi+cHnWloMg1CBJZ+JdXgsknW4Uv7qbAfYn8ZteHm4Td++pl0CpcPfPwJmL+vYiUd7a8fWuOOyzuOvCvuhg5Xrc43K7H3LOI2c0ZMj1Vsbhc/ozlkTR3qP00YsTt9FTk9lbL6fP3VwFql3kusKQlUVQpahr7cFCH9sVgy56RM662K0E0XLceZfnpnBxGUkE+RS5la0btvFeFJk5e/17kSk/oRBKWu4zlpZ1OmOxi3k0n2IbIxiEPEasODnHENPw6e8P+eW0OvLPAFVIZ5Xpgar48d9ibJCCFDEZRw18EKhLO62T46IXWhvo37CDLX8WogqSNkfaY5QsZnCFk1bR5RWAiJXYaMN6F6FIMWegyouvVu4xo2CwoYTqo8IIk+07c5IPTdw4s3j/ICT+5pRck7gkHhAlKbO+CDzr4+IFOdjiPpL8pnph4P3yWL+xNAyMV1XPbvWHSyUrRnr+htj0zFg2pygXRy5p9mTLuGiDZ6ckFBRQ2PyBw73VA9X9SgZmOKoGCbvgx+Iq4z+MRom7+0AFTPfb7FQ1vRTJFJWDnlcg0y/74gpCNgOm/Cmxw7fR2ymx/pqNUZ0xYH1jmCls98DgcfDUQExUMa5WPqN4P5YP5+8e4lDUNEO15A5HdRj4tAnl99jX++L4bzrw7unVJ/4ZifnCGDoKZ2h7ywLROLWmEmX/s4QwacApMy8j4IFw+JOl4ldkPBgtWdgv1wDRMT+5DQhKLz9wYAB8VCULd54c/+/LW4ybnc9GJJCGSZ/pCUj03bffD1D1uuYCaKeMUItG6OSsQMn9lA5b/chAJjzMoAOpoASoU4yELLClxHL7c3QdWx8fp2+D73w7fYvEZ7g+nzGnTfYOrHE6jws5Ae4TqtnOgH6vbGxWYdjMRyaMsVrMpyVK7F3j+r3fPf6R9wZjyd+IaA7I=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmdYVEcXhqUusAoICCgRayzhk22waHQGUSM2Itg10RUWWEVWdxcREzX22FvsJRpj1Oinxt5n7A1776gEuyKIgKLmzszlE5UnMvuJefI83h8X7tx5Z+ac8573zL13K/cwRMbaWllZmRyFUytDgi46KUEX24m0kOaWepM51rrwKtRs6B1FrsI+tX1q+wfbIv6Fbc0+tX1q+9T2L2nrWthGK6Ck8KqRITHm9RW5F076y+lZEWUvnBsbknoIJbRkEA2FROkT40oAUYSTNrncAgzXPEp6DuGD0GkswCiVPF5T0bOaHxLEszI1WxmXo4MYRmEBRsVjTjDFKLjmYRgll9sYRsXlAw1jAdfaQpg9gSXF0BkCOTOhKEjFBZJzEps5wHKQgs8mMe/UFoA4Xa7k5DfzNftT4uQrAlLygVjKyoMtAJWc48wYTkUtAlLyLS/YEkaIuc63PJa4CqUlIL58EtOdi7CKQAscUQjiopGCpbuCK04KDWe5oKAQC0DKQAuSUMlsUnKpkZKpkarEGsG2NBTDJf8s2VUlZt7r8qwqMfFelyZViXlXBMO1dWBhVZWYQEUwfCnLqKDiqzEMpOZTfhZWNZ8MMf6o+coFqzFqPhliDFLzyRCjkJqvbjIRV/MVJqbHaj5FEb3HxYhCEBcjRFAQFyMULE5BfIIngrgYUQjiYoSCMSKIixGFIL7CJIL4agzjXhAfI0QQHyNEEB8jGMuD+RghgvgYIYL4GMHyKZiPESKIjxEiiI8RrGYE8zFCBFmy6wjmYwQrNcF8jGAgDR8jRJAl+xsN3/5GBHExohDExQglI6yGixFKRiMNFyOULLgaLkYoRZdzMUIlOqJ4RkQmJehM5ckNs86oM0TH63oLQGNKkwRdb12i2RTrUnTAWDty5SycQk0mQ7Rea9YbEt8cLMrpf4O1TemjiyKd2+rMRm28LsaoTXirMxk9LF4v3AgTZtMZ9aT7W32kwj+N9UZdNJmMXoUlGKJ7JetNumJGa6qPSRIWlkDe9Okl747mQE2J0ybGmGJt3nFW4SuEEHFHVPoGu7zPYFeCMCSRztEltduR2+6Qok9HakXp2y37oIEuy2uwovBBS9yQlr7BZT6owU7cEQ4qqnBqVekbXExM/g+Di+HLewwufL8pPgiUvsGupZHKxdDmPXZrilYldVDp2+32D6eyvGhFVQeXvsHlPqjBNtwRlhd9Ald8BGZ7lAazpdx2K994hfcRmO1ZGnYXU/FLpGSF7zs/AsH9S8NuewvjLe7kVYHsZ0xcdpNL9jnszd3xW33//lvk3yz6XYxYZuVvgUjI2msTknRRZG8W0aePwaQ3v70PJ9JHXBVmMBhj9Ilas87EPl2T4tcmSZto1ptTQo1GbQoDfkYNMCZFm5OMuhh6o/vr68Zas7aY5wFNCPs2+6bDdeQW+VEYaXXI9Gr2dcENoMnbFfN791Tgtn/LpvEjJfA3p6bVkyRjwG6htW3kA3So7c6lv7Z+CYxjJqRnVSpAQV9uj5xe+SRwrlZz0LjNOWjojf0zt3pJoWSbnbsHyAQ9Fp5VPcrzwvO/rXXY1cENNpjT7ufl/80EM1t6jmt+1we/eJqUNneyBGZXOmno5iCBFb/XKtoFeuEM8Ou1HRPcod3eifLkACk0uA/Dhxba4f5zf6m6ueASECbrJc3PA6e23fTwO/gMrKqePmz+kQxUebUxfvKD0+J6bPCQaWFjE25Z44FA/e2W8OdIE9dYb8h8DJT0eIRCmnxlzC/7ALW5WEGY+RYA+y6vH/49Rq17uHYMWZcHuv95vMql/KPg+NpOOZsv5oBqmwtGPbn0DNBl1nbCLTqN1Jzd+xKdH2Jq+tNTR2yuNuPVpEH54ObiOXv8V0tglYT+AxZ/YQfrW7caLouwxaBDlz/Q/YfoSUL7gSs3OOKH93BI1eb2cK7Q2xj/Eqzc0GPwhQZ2cCCdMBPNc1u8fWf5s6B7v4jPvHpK8MQoMoMNvNzUpr9ztRzkRw1KAz6mc+5ZoQjE0mMfiPx8wejV1/PAkVThaCnBMxOJAx+Alee7CSPlAhLV2Y4PEF1nZnno6XfwT1DNFvpHP+zcqKEDLr/xhNVVyRNwOd7KMGS4I97zx38SF1nngQZO5xb1aZAFsk626uF63hpv/bys8/rfysCl+1oEjw61xVVoQMX7He+B42fa36+79Rbquc081Xu4Pdy6abx95nQb3HfF2EvxVi9AXzrgXnCBLMvrNqK0ivSFA4KWN+zQ5SCQkY63vTFd7iV3KDgnpePSXDT2hS43/bo37rhUfaR+68mARP/3Y9mAuqOPJ266IfvF6U0ecKIw3EkDQlUmJPWtIKuA5bNqe087nQlSBzdDA/2s4aglHQ4p9rhje4Gt+7o64BYHHASKTkRmIZr23Z4hl6nLhrYJt4PeNaLsFk1xgpRXId64zI7AWbXPu8F8ecbK6jFusJx296k6OltsyBxxsG2oFHf1D30cnSrD42cQx78C03Q/Rn9zOR3R+G53w4+fNBeYI4WHXYVEkznCH0d0FqhsC5N3/Oxb98oeNPrk1TTncp4wLWDSgjz5UXQzyBd36e6PZ22dPqnsgKugc0z9axHjneHsZCEhUtxxbG66dmF7GfzOY+VX1wdYw905NbtO3GWHE1U/bIRDn4AIusLDIIU6TArvmdZ7Pm9hD5ek7K9Vb8pWQP3u7sn6N3KH/dLmCsx7BbrVIiusgFf9RAxIRe1I+kNrOLWeQOjxEkjjE/8UxK+9a1o/zQoGhFW8dyPoOaB+Sd+NaJouuImuCFl1fK0NDlgz79GSfdnokYYk3jmw2ubWuJq9nTFNt2b2mNrpn42Y/16CypVIpjhgQh/b9gWIhvvECTCkxq6RSzqkoRzixrO5iKZh73Wo3pTDQmSvI5ZPtqJ+7ARO8SQTX4A5GX5LbjfLAERtjvo4YzLa5K55qDYBHpDh9cFEAG8D6tcQCSSr+KaFTLTXAat+WSf0yEUjDwpCWM0OC+JxZ2NdGaxBCZgDKD3Xu8BONIHuIiovy3wgMe/AU2tI88n2FapABHGSL0y5U0PuuEIKdwoq8N0wZzy5rMD8QeVhZPi8H2rsygfT17j0XeHsgmm8DueCqxLpmEpVXTHDvQRMZ61hgTcRABu8jsjUmBygSA4QXJcBaJoZpJjp9A3A+JQDiFocy5BiosK261yhG+1wHdzoSBb+HMlIR407pHo+3QoSlhwe/Bz1E7IoLUAGqQw4ScR8yQGjQ4lSvgT5C+LW3s12wuz+NdDoWOyZWz3vALrcivaiXlrBmVemjhrR+Rxg42H0NU0UGaRxmSXBLF/zUGBLUoHsIZUj6XPkTztkIT1xYxN7uOXimBe6ZGdM2FEmwBbi+/O//OL0LlHf8hHTiyyR9xkolqRh0zuI8V4CiQpo4lJFPT8I1h3oJ2SgHxxMBSsd0eUv98Eexxufz3xSAS6MI0R/DGiebfFl8WroC+s8nSFYdAZQGZ7ogakur/KE7L4Ek9GXnfLBVH7C3SGrO7lMX0Z7YOqnuzKxDhaw/J/qi9sL1fJ8t/uoF50gi9W1fHfM6tJJRP1tegZovrT0wQE0YS4ApiOpgHhljZ8X3izIrpfAb1YvZZjaVScbsLw6imbPEo5O5USdt4FUX7UusB6hZV1nSGXF4yxqSwpLn/KQ1aNHqCaR/83+mMXlBGD+lkFWZ7ww3USGJsaZzEZD77c2T69/o/f6a3MxbYq/AAE8EQI=", "1: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", "1: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", "1: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", "1:eJztWnlclNUanmGGXWFAdmQTM9eUmWFgtO45hHuhKWZWbggDTAKjMwNKuWTmcs1yN5c0rcw0La83U2/mOWlmFrmgZUkuKUqAXAEBIQLvWT4uaPxunLlO3fv7yR/z4zvzPd/53vd9nud9v5mJmGQamaqUyWQWF/KSYMowJGdnGFINdIUuP260WFPlTUdxVlNmIj2Kv792f+3/dG34n7Q2+P7a/bX7a/fX/ifXjE1rrOM7NB09aspKaT6i7w2h50exV3WiE3ntb8qeREaGtkE0DJJozEprA0TNXrViELqmjhLBaBgmSgij5ZhoEUw0e40Rg7BthLKm45g+NmDUIpgYjhEqTyx71YtBxDOtF2QBTxgHtTkHnDSCiWsJanNV+Ra2xKSxJSat7SCNWEyc3lqxmCSutllHLUGxNoA0YjtJsmgzx1uANGK3x5WhbrPQW4A0Yrcn6ckWkEYnAlL3sR0kRiM1F6FaiLBqSYRt9jx2Nme5RqhOap0NelJLNBK7vVhbQLy4WqGYNFJx22zl7GxeJ42QGzWBhLKnUdtye1pBEB+FWPKEui13cq3QJCBhhDo0j0crFI+EabNomycbrQ3TkLbNLtk82WiFRg6OiRaaoLj0ooWGSAkjxAOu1mghHkgYIR5wgUfbMHZFC5m3NHZFizVZCSTWL7nsosW6GDcFnViT5cLTic01XEU6sbGLS0InNnZxfuuEHF8aUXRC7ihNGzoxRnAa6YQYIc0AOiFGqKU6CTFCAsWItXMJJDaicEbECDGiCSQ2OEggW+aaGCFGNIHEBjwJJMYIzvIYMUZIIDFGcFCsGCO4nmLFGCGBxBghgcQYwZUba8soGSvGCAkkxgjuEbFijJBAQoyQhtZYIUZIIL3YeMz7k16IEU0gsfGYNzW9LeOxXogRGu57eltmar0QIzTcI/RCjNBwaejFGMEJqxdjhH6IQkYHFyFKaPtIqNY5MTI7w2Dxp29YDWaDKTndkEmQ5twBGYZMQ5bVkurR8oqpjvTInbzEWSymZGOS1WjKuvNiiW7/vtio3CmGRHryKIPVnJRuSDEnZdx1cjvyT3y6kbwRT3YzmI309LvOcSX/9DeaDcl0s0QVRZiy6cnJGabkydOMFkMrFx1oTMkm95dBP542Kn57UWcWUVpSVoolVfGbpEkjmzSERevtH3e734ubHsW3NWAn4YCljzKipFHV/gG3v6cBO9oasDSbR9k/YA97MNtZNG4pYMlUdWr7x+15TwutFAm4+cFVKxFbY/94Vfc0Xi9hYse2bEs6rf0DbuUW/4uAW0nf7wSsb9lSddH2D9jbHkoWjrvpc27pUVdn/7g7/LnMVjd9GyA929s/YJ97GnArtPnPAUuRNnlXrP0D9rUHsx1E4m7+DLDp28o/wLL97mmd3UTrLI2ZTV+a/gGWHWGPOrcy4PyOoHV3PH/+Ac4daY+4Q4V1rb7jGTXmrqcxOjDRC8ebTOYUY1aS1WDhP7ehI/OI7KQsq9GaG2c2J+VyYChLiTk72ZptNqSwNyY2H/dPsibd9VgoPQ/y73fuvD8DPZP+cpeuGrZPHDXywUI0ytr59dtLGxGaGRKb1r8Ogaee/Ru6XoE+2feqU/lqOe5pCLw8xv8s+nrzgI9vNuSBQMtZ78q4IvTYl86PrH+yEXnPxV9tHnAbDW3n0GPBanc8cGWN04Q1n6PlYxvjf8lUwHmlI/aFzrsF5qyKfyUjTYa7zlq8f7LrfuCyo+MzKf3KgWvdprS/l9SBB7Id1rkEu8CFyeN+HKhwhorp7p27zmpAW38e/NDtCBcsM81RHvFU4Ov0cqUN4MKKBfOeOS3HPWpeP79iQQUKzzdNcD5eB9jl666BBX4/HL912gFemLrotcLKSsD3LQa+i4eWKLXLUL8pxxfmXyhEEbvM6cvKzqCAVWdc0zsdADMqdz0xeV0BuN77kwc93avB1B2vFKTLasB7XzwW89e4ctSlcO7Gb7Yr4OkDV3xChrjDk9+OJqdeREsOVXcd6+mGo9Z2D1g1yhV79Nq94cbWy4AEeXF4QhjulDH9+S09G9CZHjShJ1ChT8ixqxPCsep53ft/OeuCO+//dUFVwQ00koY3IhBve2cY7JBUi6b1igiryvgOFdM0NHTEz1TvP7eoQYWNpvJ5x0ZdQaox+o++rPHFT/waQCrjhH+Z9dwB64o1SPfwpyNXR1xH40gZykqrUN4/jx1+dGcpWE3KUFTfAFYEKEd79JLDZbPq+045/iX47Cta4E8BK9/jMlybeGXL+s9/BV8RlHG8C9w4vtvXqqM1gMdRBr4vrxr69PxqtG7aG29FBnaCo1nAJ0ACS/BtwPbf7AtZWTc2omkH3wzqff4mGkQLm+4Ht3z6mX+X066Q52MB8gFf/LhHGQpzpga3v9TLCwb3Pt/ZSR6KHzw0f+tTbn6YhYFr0FiW6GrkRTfICYcPOFFm1YKdRlrpKrCFpu2wL1x/LYRQ5xJYVjYDRI/fDtj9mQLh0iia0UvALZ1GcgsU1JGEab3h28v7yhNeLkKZRxp3v1C5i/NpWBBkdNrkAsf/Ywhh+F60gp6WEALPBc9IUj9ZD/QDBpnrlvhjVfHeDxVFHnhPTO2hlO0laPSb7+/8PiwCB9I07y5Cs2lZAkoQZWOYdyS+eMl9xbaX3DF7e8NVtL0iP2GSKgB3K2t/sM/aC6hv5NAX5va+DPbBly4fHROEv51e3CXKJQiX+w0mpS5HqVQo81WYZJ8wR4F3KYoWdy07hW4VJm3+TluKWPlfU2Kmk0QFZtsrKwAR8ZnpxeXS9ZXYl9AQvHMWjXkv+pt+wzYjJidHJU7rTxkmx/uJDfgN9sSdXssmlalERAQTr56sRpPILjf2qTCzh70/AIXrorDkLBm8erITSWk12Jp7tFvf5S74bfkBR++VrpAEO2LIhmsSfxoRKfLSTbXFgNI35+BFQKu+NNxB4tnPiNfxJiCqXxJ1Sw65n6igkob5qhOku56SNaBER1o5JxgThJ8Nj2sHF1YVnJ1jccSPTqR3osAJL7cf/qGPC15J7eKAEhKWvTzjpCe+QeVQLMM0qzvecIBXadpuOGEW/7xzyJmowHdxObhcvGp3u6kyfJTKf+IVxPmghJtro6598MBHyJsS+V1n2JkZTBHhGiVKBYgjZVvTzxnGM2LKoLnOkzCkDlwD71w86FGIXtxLC3sSHQmnBlTJ/WNJIfhwpYFUdgcazwz2PCBBXnBwvQ2Y7Z6oQcNOLSOZcIMsX5s8INfhPsD4q/TAzA9yVJj7WQl48+GeZ9YNDMdETUQojahj6WVdEC4G1TRNZJ2FOdQZr1tL/2SYmExN9sQATDYlBa1EuSxB1Yj535wQzPZz8sbcl8+DNVmkAwz1w9Qt93RxwaytbCoHtKvMqs8HrD18XIOYvT3lCLl/lgPOBzkmzWbjwz2rQDy7sTPoamVYvumiM+7TfVuHk5/L4NjwuIrkPA/Ifa0KhLKNj4GBtGEsdITM9irPgx07v5+QM7wKTGeCcIPf5JG/x2WQ560eTCHdIXDEBcRobYyE3fsu/3r24KMgaARR8k9yzPadECnVNQ+sf5IKuBoxe8kLhx2p3PsUog8+njT7h0ecIUvzLH+4wYsSoB7Rq6GZMriEyDu/dwfIyj3XCX/0NDXsm3z/UwHcD0Plki7k0vsB0J0RyBXW0e0LKxGTq58PzKOX3aCS+mIVYm1xcQf4waCfnvd5SAEbDVTx17neh4VDZlODvOBwKp/TpYA0j9EzyXoqPc3PC9Ioum9LBEyGh4Mh6wtlPnDDi10OzU8j9SWsWKnzxWuYDBTYfc+7uUddI7CG/ln8Ma9TFTp8mhq3nPtOZijsJ6dKqwXBTMC30LEcYvgnIiB1bX2kArLrdKsCeeMosTtAwIRYA3ifk0NevwAoY3+F4NyOX8ZmHilBBYsaSIR+kNFgXIHk23sA70/BkPtdAeK6ugTSvi16rkeOCj7LiFWO+Hkl3KdP+ENmV6dc4GTWuIpBBh1AbobBzNEzSWnr+fywNhyzdtX5GqLdcltFPdJSwXaKxPlUjovaYQdSPh+QD7gPBeJMelp+MeI8uQV+ovbuFYz5vBGCLx30eEPzVi1iM2lcVprFajZlWu4c3pp/eN38U6BW1tT/AtGWxrE=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlYVNcVH/Z9RwTZd9ASYVawMfcCatyIUdya2OoIA4wCozNDlbpUq9ncE6OmxkSJNi4xilFjNMZ3Y1xi45IYxSgiiChRCSK4gAj0Lo+Ahq9yp9Kv/T75483c8+7v3rP8zjn3vSF4om5EhqVEIjHY4kuKLluTlpetyRhGJEQ8VGswZpi1jhKNupxUMkp+Jnsm+x+TvfQfycz/nWwEzolUR/xlgE6fo85OzlLrMzVaMqmDtYb9F2QDn8meyf5vZaNbZbS7/JplSbrc9LYRuTeIzI+jV2kqaVCJel2O2qhN6yRIxgeS0quSDySjVxUfSE6vClNA8XwgxSAii4vjQykZitN/KpNQ8Qwl50MlMBQnLRhKxrEX3SWW24ntYRw6tofxKhnHPpSp1vgjVZubic9xTwRJ6Yc0lgskY16UcYHkprle0d6qfrq8iZ3Zi4GkCi4FGeelfP5jlJeqTADJ+NQTQQlcjmC5JU3g2omBZHyOYCB5LJd6CabEScxhPpczkDyORz1prAmMkLI0lEpNAXFllFTM3XgukMwE7knlJsRJBMn41FOaAlKZUI9aQXzBFVODq1y2gvi8J7I8zhQQV2qIIDkXYWWxJnhPBJm0k5wruDIpJ43YkZFuJOfBsH3knQ4tOzBSTKddx45+FNPpwLad/ORcPmDpJ+90v2g79Sk6nRNtZz5Fp9nddnZTcLFHPAko+EoDo5yi00xoD+LLcsY5hSkdRsGX5YypCr7CKoK4jg9ih1Hy1UgRxFfuWFYo+VqtCOJjBKORko8RLJmUfIxg2aQ0pS0puRghYzRScjGiFcTFCBGk4mKEWMJVXIxoBfF1GBHE12EYYVVcjGgFcTFCxgir4mu1jEYqPkYwGqm4GCEXbeqYEeTFqaE7uWHU6DW6tCxNDgbq8/tna3I0uUZDhk37BTOsyMgBXxINBl2aFj8h6nIfXSzV/tfFRuZP0aSSySM1Rr06S5OuV2c/Npm8sk3O0uIbyXg3jV7rgwWPzbHDX/pp9Zo0shkdJWfr0iZP0xo0Haw2QJuehxXLJm+ztC6/Xc2GmpKpzk03ZFj8xlmtDzxiDZJ3vcE9nqrBrrwGi11RZJZS0fUG+z7JYGJDsi6PTE7rrN1uvHaLmS4TW4Cy6+32e6qB9uI2WAy02ChVXW+wf1cE2p3b7rj29VYu7Xq7A55qoDugzRMMFh8RxCcfWdcbHPFUDfbmNbj1lYR4Soh/rLmRHkAWTtbp9OnaXLVRY2C/eTjhy/A8da5Ra8xP1OvV+QwYQH2hz0sz5uk16fTGhLZxP7VR3UGTVSWwJ8dH1dOQW+SXeiKNmr1o72Q7O3hm9TX/jbY94YNfbqKEtB5IOiq252aPJtBvYXZlozYaqt5KnHD1e1804N171uPfc4byj3ap6idGQecDsX/v+ZMXigkOvJNdJEFuyue/GrHSHIbnma+2LfZHrn9RfvLCmHrBOeazD25FWsMHsyftN3r4oOEXfGeqpXWgoD7u2rbwSDgswGtSyk4f9MGciIOvb7SDb7tgYEAEjEi1Wv/OPk/0osV0h7BNZmjHy5NXT1tTDYxEkcBAcf0a4eWH3oZz7g+FhU2a+xUFXihkSd5UX6da4dMH43ION18Cg2fM6z30Yy/08/mtWFIj4JtlMcuaQHz9wfQtE7ohqtfya8L1PdstKhdVCGsOBRXqN3kg/1fSf186rBlIyN+ccEj1iPJCurmWh5fGNQpn7bJCsqdvAXRftS+q6v1lpItDCahbkmoM624HLzss3/y3H5yR+zz0z4L+RYJ+wZKK2rUSWHQ4Rz5H5YpmAcWf9g26IejIhOBwSOcddkHTqEPvAkcMH24XBIsXkA0kaOrWhcVZkkpwK77/i/p8N3iwO/HQQ4GGsaFQYPZcFEKa7uWVrXFEWFl8y5X5aVUotMJaT4uxQgq6gAMacsNS7nYvCFJ8vgWysFsQmJZrj7zJsu7h0MdytHOM1An54WiNiq0HxBuLV7WA/OsRcbZbmwQanz53wV/P980fG2UPt0wYOSIyyAqNTdj17Z8PlArUXbOrARmt7WGL9vwguWRuVwYkxIHbQ+G4oMTbaUOdEKGR94oWwXvFGbus8mDY4IIjMc9C5MNVQHYxS/GFZPrxP94XDjd/NqO2sErYUHrAec3OQPiLE1nBGlU2br59OqUa2J9bP6WvvS90O7rvi8XW60Dm2cpJve6dAkew2/fAg+BQ0qfaS1OvCbZ93x+19pM6QEYLnEMhjU+pBwpb1bJsdmODsDiKrHxX2PWHu3svDPZFL1ACtQg42AVFnmFQQw12QNQtuUWgoEiOPRsMKS2LrRGzuxa0EHWXecHeJWHWc7uZoTO9ND7lY4+CN+8Un5truAOuqgnygfDjpTLMmBtCUFr1K0kBkTABR6nhlDsi3u8ZbQkfEvM+CoIxyX43y5UStHexdY3XwEJhOfbO/BRXuO6twsvXV1QJ1TiNQwdXCgNoIvqx/Kp7IJTsnj/z+523hWNErVt+sGFd5s4bdS4oZ/SsbZ+XO0Li/pDjveBpEiZ7P2Q9d0Xywuw7ACfLuvodPeF6s/1W7u8GsPkTPWDlIuygS1HwpA/O6P3dkCtNIAv0NWb75wZbuO8CJu6YIJHP9wW2jjO8adjdrXGIN3r92MivN204AkjVCN4WAed/eGLLqbM90Mk3T2NPOMNo4v7zYZDmWb0bwuzEjrFCNJ3tK0A4UXByMKrw9D92FVQJK7G2lTOsEbaud0lFNzTyyj/ePxRUDgqwmQaFC+z1htf5k9PcEePvT4ITVahOwOANpS/YIFpXxteA8TbEolKB2jXTidWBU56oEFeHqJRQeOXoe1+udLVF1D2Vrkirq3nt2K4w2Phd9bFvkhqFPqG44mx3Qq8mYcZUBULG+3rhtI6s7IQ+xloVSgNhCi0U9ujQjudy1891RGNIAVkaJtY9d0T9e8AebfXDCoBISM0e4IhoWk82g+zzDjASwjabI5om85vFumYm6nNTuD7wuZbgWeawZuORISo7J4iLbsW8D21Qd6pYg8i7KtD0BiakmTXKoQl2G0wh6rqFQxYnW/Tqj/uvePo/ZLz6NgTioultOfq+sDKYFNwSQHm4uDuk5bi2BLC6UQ5oWygIgP2oo8oA3S9aAvuSRP2qBzw7nQTkOHD3BEcu7q4CrJ5XCLTuSmqFotHEMVfBxSxSOS4DHDTcOE4AVn9/FgZh85runRBoPTl+WVh68G7UuKVlgJQ35fMhrJ5848Xq2jstoO/vcMebFQyjx5GZHoj5q0VgejcLXwS8dnN4fACaWVuIO85DkEQT3wuOj/7O9WgfG0TS0uV6seBKC10LoPJ9dQKt14NwHaP10xe+Pbuxz5SXXBA9bSTmZuKnWF2O4dFe3fbPDm0vlTuQSf8FEN1V6Q==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlYk0ce5oYAIiAIAUUQxbvCl4Pg0RkKXvWoiLXW2mqEAFFINAkqVK11V13rfSBdbb3P1lo86lXLN17V9aBUQavWgkc51HqgCIpo5whFLc/KZMs+++wjf3zJN9+8M7/jfX+/SULQKP2gBDsrKyujE7701ydr4lKTNQkxZIQM99MaTQnWNXeRJn1KLLmLejX2aux/bGzAfzRm8+/GBmFNxLriNz31hhR1clSS2pCo0ZJJdaz11n9hrPersVdj//djQ2vGaBf6Q41v6HXxtXfkWR8yP4xehVjSyCIN+hS1SRtXT5CMDyTQq5IPJKPXcD6QnF4VloBUfCBFHzIWFsaHUjIUZ/zCLUKpGErOh4pgKE5aMJSMYy+6Syh3EJ+Fcdj4LIzXyDD6IshjHfBLrFaXiM97LwUJ7EXFBZKxKMq4QHLLQs/4Kyi49mIgmUWgCAqK1qeOqg+ICUWI4NqJgWRKC0DyUC7zmCIFvp0YSBZuAUgexmUek77Axz6mYSHUEpDAAxKYEAWuQAiWyLAGxJUnQbCA5YLMkp3MgufKkyC3ILmCwoLSUgPi88nMci4a1YD4Qq6yJHrmThVmCYiPsAwk55KGLNSCkJtBFu0k52KETOAMOTsy0o3qLVx2YqSYevOBHRgppt6hY0c/iql3YmtPfnKuGJibTL3bWe2pT1FvIdWe+RT1Znft2U3BxR5zh1HwHVXMIL6TlNk8vjOHGcRXuZgiFHwqN4P4ihCThILrdGMGKfkKKxOSkq/cmUF8TZ3JT8nXYcwgvqbORKvkaxZMtUo+RjDZKvkYwXSr5GMEk4aSixEyxohwLkbUgLgYUQPi6zCMRuGWdJhwLkbUgLgYIWPcC+drtWYQFyNkjLDhXIyQMRqF8zGC0UjFxQg580lVNyPIV7lGH/LApDFo9HFJmhQMNKT1SNakaHQmY4LTswsm2JM7F3yJNBr1cVr8WVSve36xWOc/FhucNlYTSyYP1pgM6iRNvEGd/MJk8iVyVJIWP4jCu2kMWl888MIcCX4TrTVo4shm9C4qWR83ZoLWqKljtZ7a+FRsWDL53kzr8ufVHKkriWpdvDHB9s9CDXtOr4qGd1j6MofdCUKfSibH1dfvxrx+m4kvM1dEZcP77dcQfntYmm9zowpveL/9/1KCe3En2vwJxNwvVQ3vcLOGSLQnd6Llz1ZQZUTD+928Ifx258532LPtRi40vN8BfynB65DLSxw2fxYzf8SUNbzDIQ2RaB9ugquePSupQl9o8aQjkIWj9HpDvFanNmmM7DemRvgSk6rWmbSmtEiDQZ3GgAE0JIbUOFOqQRNPH4ysvY9Wm9R1HDVU5p+PnjdPQx6R/6Ago9kHfEJiNYFo3JbZF5OsguHCKVVdxuZ4oq4Fb83NvBWE/BsVdlqAAuGksqyBY5Z5oMW+dkPcvvJHnuu/O+DTMxj2C58VOXK9O4qcduXop982RqN/GffJvGsPRPd05Zevn3NE1/624tQXP7ig97aJN1d0yxO7O59bO7a7DTqz/6pX89JAtOSBw4hP5zSHb7xecn5Luis6dKaDRrpGimAT9aEzfYPgVbzq0gXOaIbq7JEUuQRNzt3xbnmEHQpz2tJsWLwz0q213m/v+ROYpBbeDm3vgKg/023Ra0+Dqh+klovFc9r+1ii7XKTzFlkzu0Os0Yh2J9yP7ssV3Tpt//z2xmpx6XZXHILlgNlbKW5MO9quy6Inouj2mWzNzmZo7+OZ9y/6BMCPzndPG9rWCRmwl2UtqkXZ4W2v6dbaIriuINutmSMiqBMFgaiX4WHj0glSuG4s8fgncV7qOBxKT3N8pFA+dTecdqUAHIr/YuTgQXaoU1SzG1d2uUJqzvfl4OvWxJISgI0P/Wf7QjFfktQyeWKZ+LHdkflhmcHoszXBex/38oAjf81tefGhDcxbVtR846ZA5Jgjjbng3xgWZhPDbWBHjfTKUB9blDJk8tZdo6rA0X175jrcyRFPvt/3mGN1MHqQeWnxTHsvmED/7oB9YyQPVyVeFLVWeryVDaTPp98Dq8/Kb6t6VIjNVYnRWv1NcPf+m+/OUJWJgZF3405e8kdsXT9YGXt1/fLD18T+3nPevG73SGTxdICYNdi1iwBn+dHwrwIQif6e/l4wogeJ1CMwz+FO094DT4oX8OOUI2fBMcfuy99eeUa8X503sXSDO1qJV8k/6w2Vp7oO+HFhBZiYvr5j1HApWubkv+IDbRPI7P0NfLCvj6tNB1eUmF88usN4X3jg+Ooeu4z2sDSEMOYxoDTseA9MpAG8Ayjvp/ohEmXffCmk/hdboR3Xjd94VxWLdN4kZxQSa792URcnlKH5R9z7w4NQqg3eOaApzMFmDbn5Kxi6SXGqq5svwpOs+0f7wkPlbYfPP3gKTMhe6df5kgTh7Cr9pnrCDcsPB2YZSsD5nAocqQLAeFEJfu5pO9GlVR5wXbx5WszmlmhoxM5j41/3h02rTtz616G7YlCWIWlhijui9m1sDvfOJQFbAEi2dly3Y3wvl8BzJE297CCd38kbMf57Qqqzfk+AD9k4TopC229ukhvtBmm4Zo4X55JpoUGIyvOTVnBrr8vpXjpvRON1MxhFz04urpoVCHGUMvL6NDHzT8r05NAarpqVdbk0wwO1nTJn7xiJFyLlQ+dZISIS7sHOiLC8zSp39M0GIqxCsLoyrGjreitEVNy1RUtUBIiA/CBhefp6Z7RmZ3jlwXXeqPziuY+NM4Lgdqwy626OKPC0foTjAFfU7btBS4PcXFicst3QCZzme9X3QWlvHInJzmhjCX6z2hYtDSIRrgQOnl7g+59vix+N3m9a7FsoqmmhKQdUNyUIpFPhVjN9VbRidhW4wIMzNr5zXLCDND/XglEb4mg7L0j58aEENiIE2tQCXVX6ofdWNYKfe+CAZDrDFVjFfScEIqYHR3iD0OlEFRh6XDi8basEETdypNaQynfKdZHWgdMOaJqxJ07VXXClNANXpEIw/yAhUivkQgPnAefjqnNa/wMoO91/lPvE1ojVUx8Yd2sYLqF3AI133kGgIEKYJoGPfY3nPMseAp/dP1r9YlMs2lFCVAH30t1f2yZaQezthE5Bd8WU4qrNd09XAlJe9154IlKcwR/ReHZvAZdGEQJcEkl2H666L6pJOme5wm2XiaH5YjD2YnS3AHSz87dtGs/2gVm2ZCMbuOkd4vAVcdCegOk3YnJFpvfLoCUlvoTxK9kbrsRWLytyhjNpuD3QQVzG7a/6wUDiWLYEsvptz/jp7A/Jdvvv20DSFaburgC0ToRcBr2IjNo+AbR/6WzhWBLmmCLwJZFp53NgxjDceZZYQyv6Zw1TjjzZ/mHZA9B7IPbYpxnKXNA4XXnDG1bhKvREsEVnhxCPmiIa1yVS+BTPzsq1RvNjTa0yn5aITUf3vzfvjDvqQwXogoq2ksLthGi9VjWBtK5knBT/TspgfgnIyCMPrKEbfXBJtKcFww+xdRxhxTU1LrUFgB5ZInWJ+LO/PsX4fG+v/WeU2i/96xgTfgcchdrP", "1:eJztWmlYFEcaHrkPEQaRUxAERTwi9JxotIqAKJ6LGK94DTDIyDE6AypG431GTRRjjFGjMQaNSXST4B271Bi8BS/Eg6DRiBoVQVEEdbuqmoCGZ6VmZZ999pEfPdPV/VZ9x/t+X3UPfrH6/gkWEonEaCMc+uiTtXHpydqEaDyCh3vrjGkJjarPwtL0KTH4LPzN2Jux/7Gxvv/RmNm/G+svaCKmsfAlUm9I0SSHJ2oMo7U6fFMdc/X7L4z1eDP2Zuz/fmxw9RjpQn+p8R19anzNGb4Whe8PIUcuBjeyMIM+RZOmi6snSMYG4shRyQaSkaOKDSQnR4UpIDUbSBGFx0JC2FBKimKMn8oklJqi5GyoUIpipAVFyRjWIqsEMwexNozBxtowViNDyAcnj7ESPmJ0qaOF/d4rQRz9UDOBZDSKMiaQ3LTQU/5yCqa1KEhmEiiUgCL06bH1AVGhcKFMK1GQTGkCSB7MZB5VJMe2EgXJVCaA5CFM5lHpc2zsoxrmgk0BcSwgjgqRYwoEZ4oMq0FMeeI4E1jOyUxZSRQ8U544uQnJ5RQmlJZqEJtPIsuZaFQNYgu52pToiZ0qxBQQG2EpSM4kDVmwCSEXQSatJGdihIxjDDndMpKF6i1cumMkmHrzgW4YCabeoaNbP4Kpd2Jrdn5yphiITabe7axm16eot5Bq9nyKerO7Zu+mYGKP2GEUbFsVEcS2kxLNY9tziCC2ykUVoWBTuQhiK0JUEgqm3Y0IUrIVViokJVu5E0FsTZ3KT8nWYUQQW1OnolWyNQuqWiUbI6hslWyMoLpVsjGCSkPJxAgZZYSKiRHVICZGVIPYOgylkcqUDqNiYkQ1iIkRMso9FVurFUFMjJBRwqqYGCGjNFKxMYLSSM3ECDn1SV03I/CrXKMbvpCmNWj1cYnaFAFoyOiWrE3RpqYZE2xqT5hgic/shUOY0aiP0wnPovrUFyeLsftrsgEZY7Ux+OYB2jSDJlEbb9Akv3QzfokcnqgTLoQLq2kNOndh4KV7bIUvETqDNg4vRs7Ck/VxSRN0Rm0ds0Xq4tMFw5LxezOd/d9nsyaujNakxhsTzP8u1JAX9KpoeIc9XuWwE0bo0/HNcfX125HVb5H4MrEiKhveb8+G8Ftqar7FRqVqeL+9XivBXZgTLT6BiP1S3fAON2+IRDszJ1peu4IqQxveb++G8NuJOd8htduNnGt4v31eK8HrkMsrHBafxcRHTFnDO9z6tTrsxsxsde1Nkjr4pd6OWwGeOFyvN8TrUjVpWiP9cclBOESna1LTdGkZYQaDJoMCfUgsDOlxaekGbTy5MKrmPEKTpqljj6EWfzd60TwtvoT/dQKPhp47mCKXOEEX8Oul7ABfFNx2U9PciMbQv+f7Mzv2tobjutjlrx/rg3ZWzX1wcZAVPLRi9/KPT0qhZ/QFr8kabxS4f07WoAXOcApQjNg1vxn6tvnQ+M6/SdD4cV4ORR1awHkPLuZPlzkhvfNMdGRdFb/YqsS1R7Av7BDe/PZVpRncfPLswD+3eKC7k4UJOtnCz9q6f3JmfhM44PcNn/+y1h2Fzbias6KyKXStPHr38AEPtC8UW1bFF3X4eO3jaD9IpvF0R9/cP9Un1mkHj2/fvS0Qjikct2BxQFP0B/jqt71NbvHEncgAeM3F+/B13gFNygnqtPTofd5q+ifhHy5sCQ+P3/uF5z1n9Ci9aJV0w0F+W9nTMxMPt4a9Dll3+fysJVz1pf/OqhxXpJPop1tYSuEsh35blmndEYmHYynvjd3e4g8jl5VbjVzRCBoTl9yZDGzRBGHajpfNxXjZwPVLOzXqM6uC3x47taBLhhuctKG94MItMD9s1PXclldA8Zh25Z9ebgGf//B+6dZ/2CP5lz+pHu/PBVWbBAevBsJLidiA26ATSVAuH7w70NE++xowazfXteDE76Bv3pJhz8L3g7tD3+laXCCBXTMGb1Qcf8h3N1Q43tyez8vInx/s/bVdZKv0+4B7F2e8ineapNzcddAN0N18on1Am718H+JgGcgq7vHW87AAmJWBA2aGBk75flvs1Bs88WuKP1Q/3h//zShLuNLGa82ITbYodX2jPZZLHeHSo1N78FOGg3Wjf7xlzM4GgnMXK7q2hMeG44g+AQFtPli4M+kGP2JXVGOzzVaQ5KOXOZIq3/65//LL4KFAG+OcVnD25Nwfh6Sbw10XFjzVPsrlV8lwQNxFe8rBnTVvtz+zsoR/67nf03KFFJZiGpy3h2bEoJugf+Da+Vv9POF3OkyI8/wJD5yIffz8U4VF9sY2cNhH+x+2GSaBcThgG6XoyQdj9qRlOov58kJJOB2Z1/mNg45wv+S1goSnu54Amp/nfKGZ7YIWcWKc+5jDYb5h9+OOPeeFxYOO5jrD4ZcihYhWAIEd/RZ9WsjHrjsnvzfRG241YIKU8PqS2YcH7LsFTiacvTHmw9aQ5DnWDE4WZk9a6YTuOOwN/qxtFbAmhjvCzE0zoqNWN0KZmEYOnrBJhx9W38u6BS5WYMMrgSUm2CIfuANiJTwBREe+CKD3sGEu0JYYhgBJ93sV/PHOmDHOcBRJkBR+92RYysFnfginpZ21HYwkQrCA2V8LAR/qi+6puwlUegYU+AvXDCrxBHk+6JR+pPWJAhdYXPCtMIMrIjq2tUR7BHVMGu8Fd/jMvh2ttkOrp7UWKoYEYVZ2XuwNx56YJ2SiHOTL8YTuKBRP/5EF5We2E6R2uyLYVHPgdJIbzWuhN5q2XXCwuwQ5DQ796dA5X0jOczyQNGfXjkVWZ8DZiTdbh8wLgiS8bRqj9lqPq4PdykCfZgt73rIIgvGYiHNt0CWBZpHLiniVJ14pSKxLnryGCEMG6HknQOrckUowR40LZi4o2ttEoGIuuDLJ5fvuV4pBV+J4GXgcIwQ8wgwOfbhTYGwBv1RQ45M7u3mMmqYyhyStE8pE3ZbxR9d121b2cwu4ojc2rIrH2XHKuQDOrPzDO6u4BRxJEn8A7Nv4VV+YaYYwi6+VXgdLHHEGqwAu27OqJEiYVChRm/jciPMlD3reBrhqd7F7DAJw4fZqBQnfM6/wJM3PJJDkcYg/LMycO3vo6Wc80cmVCj6KJCgAYramOjeBlJ92iNrtCKneikQ+F/OlYQJzA/0hVkVUY0tI45jH07puCWcYcUW0QriMvvvFQ0D4lxQA58VhZdjALa2uzVxzvBJUuRvznTkvWof1TpRXS+6CIW7b8yRrXOGae1m/9prgJK5fCCrW4sLiLcbtGF2v430eWz1zVCAsGDm+n4/rVdCYFMZToBsOi0cQpPWjhKc6zuNxVdzi3xbmO2NP7gEi38tS1B8TdokUrkjFjUsCST31kKLTOIw3XWFvlVCxtS2Q2R5LZxdQzC/3W5w+rrIVJHLb+gh4WAwUpFnOk7L8yAdOrewkUL2U/yf/p+BBJSB9bH0gFKqbwJQiPhebv/sOT/SmlkKyOwlLHS089OtTjC/29pr/Qql521/HGPcv7UnJhw==", "1: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", "1: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", "1: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", "1: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", "1:eJztWntcVNUWHhhRkKeAPCTezAwwaDAvmNTOQhTNNBXMR+IDYZDRgdF5qJBlalmZt9LUyswy85mZWj4y85x8XEOLi6+U9JJmvvL6IkUFpPbjzAXJarY3788/8I8jZ8/+9t5rrW99a/3OOdGjzVkFrSQSidUdXfqaTYY8u8lQkIdH8HAfo9VW4OK4S7eZi7LxXUbLWMtYy9gfjvX7H8Z6tYy1jLWMtYz9LWMGxxip5K6Ou27m4vzGO/zbY3h+Crmqs1uja3ezfTRqBf4agsdUGoLJNhaPcQKjIlcNyzYquo2WZRs1xaTdA0bPgtFQjI4do05hwWjJVcfiNi3ZJoVpGx3FqFgwqeSqZzlaKt1GzbJNGsUks+wjYpgIqqeYVGcx9FT0P6fpRiPTdCcnLKKhabqTsyDK7BSnY0S9RqnttMMJSCSd00RtCnI68egWjJlHfU1Tz2l+U19TkNNspcZQkNPUo75mFNQmILXT8khAKYya2gSkTmYCierNlE8OEFM+qdT3shOr6NMAkf80Tksr9TUFMXFPpbsXl1OWa5gIqxJZzpRPDhCby8XUYAuu/h5crhZTgym4IkjjtMsbOyENYydEMExtjcghpnaDUkjjdIwaC7SGqX2iXNAwtU80qlomeovFVstEBbHYatmUn4ZIy6b8VFG0TCIuFlstkx6LdVPLVgIpHbRsKSt6jy1lRRCbtFKX6+6lxujY9JjGScemxyKITVppcHVsZZ0GV8dWoWlwdWwiTpNdx8QINQ2ujokRDhCbHlNQKhMj1JQRqWzlQgQxMcIBYmKEmtIolYkRDhATIxwgJkaoKWFT2RghgtgYIYLYGEFTI42NESKIjREiiI0RNAnT2BghgtgYIYLYGEHTPY2NESKIjREiiI0RtI1IY2MEBenZGCGC2BhBOxY9GyNEEBsjRBATIzS0N9IzMcIBYmKEA8TECA0VSz0TIzRUwvR3Z0SW3WSwBuMfbAaLwZxXaChCQEtJD5OhyFBssxZ4N12wwA3feaJLutVqzjPm2ozm4jsXy27738UGlow3ZOPJAw02S26hId+Sa2o22Qv9kVFoRD9koN0MFmMIGmg2xwP90d1oMeThzchdhsmcN26S0Wq4y2qZxnw7OpgJP8g1uvx+tTbElDG5xfnWAunvnCU+DdCIlVZz/w0O/SuD/TDCbMeT85y125XZ7pSmBNNp77/dHf7WQLdiNTjF8WRA7Pjuv8Fh9yPQQcyBVjcVBV3q/bc7/H7YLb1Hu8WipUmhX24w2Y1v6SPZO5W22dw/fwPxJ4f+vXQ7HnGrmqFwzAblmuyGbPzpSb/x481Wo83wfzdJfHPBZpL4LD31wTTJ8ZaEzSbahaekPXg2NWVRc5f/sVGNfG0e3AfFJNXdPf7nJunuHtwHxSbHWyYmm8RXgdoH1CbHSzAmm9LExz4PqE2Od3RsGqEXnzA5Z9Sd/bmvhH6YkGE2W/KNxbk2g5V+sYCb8wH23GKb0VaSbrHkllBgBLHBYs+z2S2GfPLDqMb77rm23LucUK+nb/HvLJ4G/BP+phGPzni4z/K2mdXcex99fHTkxF+4rC0RL1wYcIX36bjh3csr5FD3yPjylyxKGHZw26nAcCU8df3z72fdrucGD1vP/2dxBUemb6nlZ5YN/Grl83J483XfUt2+eIi8Zhr0zNpEUD2ZnLgqoAMcWngmfMXKIMglA+1hV7ePjVVXg2FFyZ6ER7JCIKhu36UyaTvYi5b5cG0MHJ58Xp7y0kPw1d4lPTa9EQNjqybMejXfA5K/UPh62v1hzOGzY5U1R7gqV49ZkXnR8MMJzzdWuYbDhR91HYTOUYBWRwAfSNjnt2frzXYwRP/Z1xO33+RO7XnriwX9wwEdqqJ7SAfodbI0cG2bUDg6zZo5b1MgaJ7bDNN/DKTjPT3p+VRxMLv3z600E6KgftXVA313xAJZLlJK953uBVmPvfucfEc5P+dZ5DEfBewIlme7LY2BG61HvtVHqwDkxQNVIIcB34dNyVXJYNEHsZ/XKxRA/PZhJD33sRAoO819+MP2cKi9eEHQ5/nD6lEDsxRRQfDM2k2jp1a6wJpXjhVKXpPB5v2SKldjFPgHcv883l4OT6PTniyt4+g6XoBOPXff1Bqe+N09ER7+d1zradeV4L/sy6+CCxSArGmn61LLuS2d+4jLtxJh1/pOxUunSYWhM9O+211Ux3UgB93LkzBO9BMCK7ofvXLtEvdWsf8MobcURmx9zMtV2cCjwd5D5fEQc7vGfiKnI0wuXZaUkZMAnYnBCvDMlNldSxVApveMh7WIZf0iXKBU99Gjg4fV8hkkUD7C+pPn52+YLYGKT4cihlXzrtvckGnX+IgV53p1muoCJ7b7LFJ/cI6jcXEX9s/JacjYGk/9Pj0B2h5ZOr5rWzlkKd5/eV20DG75nt/8iVQBc9G02o+T4MSidsu+TI+Et79YgBgaAAkXvbcn66MAu2X+Tn/o/483kWVhEL3OUjjn4k1u+Tu7otbNlUEB/ncmDOpyinY3HFBATXzOazuu3+JmCIiYugAx/q7CBBKYa5yEEOAW79L3ee9+n8zj0eoZr5i8wJY5r6b1yBpeezmtR0/LRb7bqNMVMcO8ocsT2JKrXBtEk/azPYSGQ4j4+xNB+WJQZXlqPBB/J8ZB9br+4xYOlgNZ15wIkzpGR17rEwcEnnGDQ15e6B4mgWmtdr+WMslDoHmUAJemcNoRHR6G79fU5hS5KeFsHSbwLe7MWtlPMyJaCcduPTt2myZAOFiFDTnDvZQ3/HimtJrr/ooJTV3CX837ZvjjK2UwZKX2285PJEHe1MquJUeT4BzKvjeHh4LRfOWFsnn+QPxREwSLkNssK0OAyIThIVgnPTs7vsgXkrHMLIsBrAYVu0Jofq2IhVnrUOBVHkDkpEuQmLe7eEBZ4DMlGmJetU8IK4oCz43LS/YYI2DGABxwHyDhAi+atxMlQOYfDxfzJQLU+J81GCZOCPM+0TGQxrvSDzA9HxrnA6+nIA9ycVBZfiP7VI8YuPX+mE9/RjpzFdF55hZXqkcZbiLPj3Crp6ONJQmA4RdiYmB/DPJc23joaUFMGxwHV4J69a/fIoOQ+Yc8CrvJYSs2f3Mi5eXYjlCAHXtGBsMRjTYcUwIOn2mQkualPR6qD/Qd7TfkJPdoCfJ0XxehiARKKkjMOKK/ciiK6CQeNE+8XMV4SeCFKSRjaLyMgcL13jiDT3GUf7v4uM/rX7x2zE+gdmzmBeTlpIFucOmpbo+eq/yVJ/tskEPbwhjT5IWdYCoW/F7xwON0+yxB1F85kHn+yH4kH/KDHoCiiShXz4dhA1x8hUQsN+6xkLvzoNJQKYfeT6PKIk8Cup8MyLyTCkAkXTxiVSewHvGvTveVwzeXynZ285bR+cuTAB1qTe3xMGhTHooUKIDq2/xo2I1oVbg/Aj7D8tDbj+bDpHCKL4oGkjfr/UWeRMPSWGy4D4x4/Os2XcMixPUauJ35iCFz/SH15fRRp/3CRDuqOEPoj0OCJwUBlo+Tq8KB6l89N3rJd5rLaQrA5eJocig8gaKkH6gAIuMbY6meLg+FbVhWFiiAxKFMBkh1Ll6QhENnHIjLCXBIiXeQQjgW+JEBNO+fdReQ1xElT3M4PWTaAFiCaGjd2Fo4YB6JjlzH4aoy82wQJBEhr+NJPZp7g8vc9MvtQzdbCTRvvuHo/DIx7jf4fhFBY/v+Us7T+niTI+d98hKf8nYiouh5DmfF6+97A1lnslR479vV/zo86Cc+EpfzxT6As/Cn6rN813eeRK3BFj4YJ8pSP2hPDKjmiX4srufH4233+wDtA25wq5G6jK5AfCN+bwfne3X6Nfp2OYeijkqxu4CiufH5Kb5A60wDN5IERiqQPL+YQPNyqhzw6V9VxwKx/8UkWt8WKkQdlEEpdsM4JcRi4qxJgC5fZi2IRn0DTq+nLTLad3waD6iLcF+TEwu4PC1qp6A6Vq4ELAdv70X1GQ+fjgMSB5OS9iVzZEDqz3uJNC/jk2nfcTgBupKEbuD8ieB5CiSPhvoL5AFIevEYq81iLmrWLTZ+itr4dcRdxlS/AWxKo80=", "1: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", "1:eJztWntcVNUWHl4CIvJ++EBRUMgnM3NmYPJxFuDbTAMzM7qGMMAoMDozaGppppmapWZamWZmplbXZ2ZmsY+ZiteywhekGaAXIVEQAVMe3v04c0Gymu3N+/MP+OMwZ5/z7bXXWt/61v6dc7pMMsalOCoUCrMLPowypuuTstL1KUlkhAw/YjBbUuysZ9EWY0Y8OYttGWsZaxn7w7HR/8PYsJaxlrGWsZaxv2VMbx2jndzeehZjzExuPCPXhpP7lfSojm+Fj4OMWZPwVuCvIWRMJVBMvCEz1QaMih4FHjMqZkbDY0bNMFH3gNHxYASG0fJj1EoejIYetTxh01AzSi4zWoZR8WAi6VHHs7RIZkbNYyaKYSJ47MgYLoLqGCbSVgxbFftnM91YZppassEjlpqmlmwFMWYrbc4Rixqjts0BpyCZdDYTtSnI5sJjJjgrj8WalZ7N/GaxZiCb2cqcYSCbqcdizSmoTUBqm+WRgpScmtoEpI7gAsnqzVVPVhBXPanU92KJV/RZgug/wWZpZbFmIC7uqbT3EnLGcoGLsCqZ5Vz1ZAXxhVwuDb7k6u4h5Gq5NLiSK4MEm0PeuBMSOHdCFMO1rZE5xLXdYBQSbM5RY4MWuLZPjAsC1/aJZVXDRW+52Wq4qCA3Ww2f8rMUafiUnymKhkvE5War4dJjuW9q+Fogo4OGr2Tl6PGVrAzik1YWcu299Bgtnx6zPGn59FgG8UkrS66Wr62z5Gr5OjRLrpZPxFmxa7kYoWbJ1XIxwgri02MGiuRihJoxIpKvXcggLkZYQVyMUDMaRXIxwgriYoQVxMUINSNsJB8jZBAfI2QQHyNYaUTxMUIG8TFCBvExghVhFB8jZBAfI2QQHyNYuUfxMUIG8TFCBvExgm0jovgYwUA6PkbIID5GsB2Ljo8RMoiPETKIixEC2xvpuBhhBXExwgriYoTAxFLHxQiBSZju7oyIy0rXmwPIBYvepDcmpekzMNA0c3C6PkOfaTGnuDedMMWJnLnhQ7TZbEwyJFoMxsw7J4tv/d/Jxs6cqo8nN4/VW0yJafpkU2J6s5vb4B+xaQZ8IRZb05sMgXig2T2u+Mcgg0mfRIzFexKEMYvcnJRuTJoyw2DW32XSIYbkLLy+dPI812D3+0mdqUepiZnJ5hSH38VMfiggyA1XuP9+t/srv8lZrK0O23M7rGxKMK3m/jvc/m912JHXYaX1yYC847v/Dnf4Wx32586wuqkaaCPvv8NB96OUHe7Rb7lbCUr2yQaX3+SUPYu9U2Kb3fvnrx7+ZNG/12zrs21VMxTJ2bjE9Cx9PPnmZPTUqUazwaL/v7skv7Lgc0l+iB75YLpkfT3C5xPbfiujHjyfmrKoecj/2KlGvjZP7oPikuruEf9zl7R3T+6D4pP19RKXT/I7QM0D6pP17ReXT1Hy854H1Cfryzk+jdDJj5Zsc+rOjbmHgn2REGs0mpINmYkWvZl9qkB25Y9lJWZaDJaZ0SZT4kwG7ER9MGUlWbJM+mR64ZnG80GJlsS7rFCnY6/v72yeenKJfMxIRtsVjQ/Y+2MZSv726ZE5zoXivFWxr6RfKhTPr3z5pQknguCALmTE7PkCmNNWXHkOOUPM9ymnLk2uR5+8cjZNYcxHH7342PB1L5wWnY+3e+ynDp2hNiHjUEOcAPY9X/bPP35LfPTHFQkNB9vAAvfR298YHAqnni3trnS5hj7f7nBpabgjOI5r23tXUAiMvbDpnW+CC9Dhc3sWPDcmEJa8drGyc2Uv+McXw9vY97yBFk448eUF33XiyTXFQZtLfGH/56+2qvCX0DJ8W67RF+b3feTD1kN6wsqtZEEVyL2g9/L3fisXx+s+zZk+MBAOLVPO6N2lELnefC9192QPaDiJF+IVBhtSd/9q3nMZWULfvL18jh38MvrVNzPjgiGvomrEkwuLER2eHQjBSVcnxGT3hUVJT58b4nANpdy4mLjh9AdI9XhEj60r28JrWdM6uBf8jHx/GJRXIXRk8eqrktdfgexG4QiUtwfd4KGmm+tV0PFykba9dEysqscLKfaB/l/Fre6SGQ7ncFTnOdYgOr1QKa466ZrWtSwIcLCuuGfnoJkkfL06wiCcpdqjEUDPP6lBk/Dd5VHlqDIaJyjVGcLnLN03xXUf6k8T4AP5A2aO3+InQPqzszb1OugANz1K92538JCEF/bCi0U1KMd5wDuPr68WI0gYu3lKToKXtv9Xu1Cu4ry965JS5D1f+teGwWXo4+9PjSvr+5sYF/be4h2FhejszTmTvxQCofeudeWbFwowupP/5FHX3aBBjz0obA8Lj449sMVXgIEl+Z/cSrgg7p5duWPMFG+Jwkuvo+qzZ+aZhywQ8ydOH91ptb3E+HcD4WR1rkqvEl8sOvLWfn9HadaRhx5+/RhChbN8tw0tvIo+xGzZofKDETi6L68WwC/o6L/FDyrE7hfnv/vd5K6wE5W92z9BgKLSVbvaTLsuDuhFmBMIu/pkbrTrH8Z4qrKXtuURw5+Ja98P2VcXFgwnzhe4rdxaLD5R1nd/mDEYTmNv96dGQDRZSD97KYQ43N9OovzZ6Qp0meNKxb4/h7aat6oO5by1f/Vyj2q0wmOW9uNsJ2B1Uo+m0R/OUltcBvpFpeIYTDPv+QopYn+Yh9ueCvT8ts8mzc1XSHSag56QQojmL8CiKhKgz8TWZzZOHdDaD2haumpheJ/bXeprysWa8IRlX2cppHdIWQy7LmIydJyQXM3qojwA8CoGPvGxGr508vYVF3oD5cNAb2mHiRDUQXpyYdTpQxkliNLxqR9QDE1UkWg+442pVCNOL1jrten5YMaX3QJ8+mT1vp+WuMNqkqZaT5ZvnxDINU7EElCLCL09SutFUhY+Y0Lh/DRSyUjMw1l+Y3oH6JZlv8alXy84mPzRM2NzFTL/LiFSZrUP+8PxjwjBCkVSLtvHesHiXJwQn16wZgbJUB6SngqOvpZUJ7bHavPcBn+YQJZTX4mC6QJc4daVy5IuJByw10/tRN+iNFLefs5AZe6FThDYPd5p4+vViPKkhx+rZ3WEvM6zaC4tlFI2f6EbJB480VPf7hqi+tUtiOWlWAUsb3WoMnfUJM+8djDxoWOeR35VQisc5sPnysVXSbnu8AHK4zoVXMarqD3mADsLCSE9mT4YBXg9oSH2VkYr6BmIK32Lp0RpIRUhIjcDS26LWw6PjFxs5yUxnbKXPKmg1YvdME1i3bylYvGDX7LbrkWEFnGr65DDs26h4QO9pPzjN+IvbLosMru5aCIV6CmiiQprjcj4U4lu7yIFGQBvEbNLNDCIBHBfW5hNBbUjJPfDirhZgBT6l4uGEgNb/CVSbb9kV6AhNKHHxAK8CHVMCIgarHgJarneq0Saz6UhcBJHschFA18HkATUi5SHc7oCUYM1ewWgfkbniD1wlc9d1AEo/VK6y3GrRTtIu8jwZ+t7uxvQONS0kk5heUz/vB1QXTgQzvK/0VkiKvRafJ5I+0xJZ8he3x6XaJ04ym/piF8dyxCdd2QnoPSoLRTp+sbvZfkf1hUukHIILhSnHl+Ue14RDJgNiaqXIpjOHW4t0XZZj/XhUAamcB84u6QeK55Cov2xR1d4CJdltYsS+uAupExRSMPG1AWan3CRKN2HtmG6Eva9SOd93EEiZgpesYcAmrhqMfafBkzJBkTr0MMTsGrHdrx8Q7xUu/Va7ig7CUdpGKpXSLR/fNgaKjbjALraScRseMIZtEXzXb9Hf3QBLfm3ohh9E0MmrEa0Lyx2guWkHa63k3CQLKEB7hIWVRzBGyJmbcTbPUrQOq9NXx0IcJZoP6sqERNI2X1rJy3Dt78510UKpRMdRaTMf/jGUVJRopcgI2kUXVyk2mNXjx6MsZeo7q5TSBeOEGGsR1TGzpQjktWrR6+gKbSw7SWgNPYCUp0PTxMgkoQ/+gqi5f1vV9gT+dvXybME2GhHlOysGEACutsT6muyCtbaqYG2udgvRNpvLuK+QAg8XQu0725fgEYSoXMKhOwDmIAvaVleim+xvAd6wXW8i5g4QwvC+59iS1WigbThwb5Mf3ar2b4lxwfoPqHBR2L7AFeJqP/z244j+gAkOjPVbDEZM5rtFhu/QW38LOIuY6r/ACZQ+u4=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWntcVEUb5rKgK6IrIAgql7QSEXN3z+6yls0gXtBCRJTPTDOEBVaRxd1FxUwtNdRMS/3KvJtaYGVamVrWjPcLat7BS4h5QcULEIkI6Hdm5uwHktWOX34//4A/znLmzDMz7/s+7/POb84JGmEakCRzcHCwNBYvUaZUQ0JGqiEpgbSQ5peNFmuSo+0u3GoaHUvuIhraGtoa2v60Lfp/aItsaGtoa2hraPtH2gy2NlrJnWx33U1pibV35Fkf0l9Jr+pYV/Haw5QxQtwK/D2EtKkEiok1piXbgVHRq8AzjYpNo+GZRs0wYY+A0fNgBIbR8mPUSh6Mhl61PG7T0GmUXNNoGUbFg9HRq55naTo2jZpnmjCG6cIzj4ThIqieYXT2Ytiq2I/ddGORqTuTHRax0NSdyV4QY7bS7hgxrzFq2+1wCpJIZzdR64LsTjw2BWfmMV+z1LOb38zXDGQ3W5kxDGQ39ZivOQW1DkhttzxSkJJTU+uA1F24QJJ6c+WTDcSVTyr1o8zEK/osQPRHsFtama8ZiIt7Ku2juJyxXOAirEpiOVc+2UB8LpdSgy+4+kdwuVpKDa7gSiDBbpfX7oQEzp0QxXBtayQOcW03GIUEu2NUW6AFru0T44LAtX1iUdVw0VsqthouKkjFVsOn/CxEGj7lZ4qi4RJxqdhquPRYqpsavhLI6KDhS1nJe3wpK4H4pJW5XPsoNUbLp8csTlo+PZZAfNLKgqvlK+ssuFq+Cs2Cq+UTcZbsWi5GqFlwtVyMsIH49JiBdFyMUDNG6PjKhQTiYoQNxMUINaORjosRNhAXI2wgLkaoGWF1fIyQQHyMkEB8jGCpEcbHCAnExwgJxMcIloRhfIyQQHyMkEB8jGDpHsbHCAnExwgJxMcIto0I42MEA+n5GCGB+BjBdix6PkZIID5GSCAuRghsb6TnYoQNxMUIG4iLEQITSz0XIwQmYfqHM2JARqrB4kMeWA1mgykhxTBaBJoze6YaRhvSrJYk97oDJrmQOzfxEm6xmBKM8VajKe3BwWKb/HewgZnphljSeaDBao5PMSSa41PrdW4q/hORYhQfRIizGczGVmJDvT5y8Z8eRrMhgUwWqyAIUwbpnJBqShg1zmgxPGTQXsbEDHF9qeQ81+j4x0EbUYuS49MSLUnOf/CZdCggSAVXePx2+z4Ou5247VbW5ZlW8/jt9nscdst47Vbazgmk/d/jt7v139lN7iLsNdibO9Dqutqg1T1+g9v+owY7P6LBUtESlOzLDS6DyS07kn1Qaev1/es3EH+x6D9Kt+2IW1UPRYIVF5+aYYgln55Ep6ebLEar4f9ukvTmgs8k6Sxd92SaZHtLwmcT24Urw548m+qyqL7L/9yoWr7WD+6TYpLq4R7/a5O0Dw/uk2KT7S0Tl03Sq0DNE2qT7SUYl01h0rHPE2qT7R0dn0bopRMm+4x6cH/e3IF9mBBhMpkTjWnxVoOFfbFANucxGfFpVqM1M9xsjs9kQH9qgzkjwZphNiTSB6/X3veIt8Y/ZIV6PXuL/2DxNJBH5JtG0uosnxWQcHM/yvrsX/tVPRzgq8e2XvBa6ggvlQUcNS1vg3ef3Tht4mEB7jgWYvD9tQyd7eU83q39ZrD1w/ebT9DWgErl5XVPX3SDBw+QPx8cFFCeGndQgDu7f2ksGFONNsO3f92zsArtH7gte3XaM5D0nrrsBPA63CO/xCrD/atbWfIGtIcVrsMXvtwyHzR1CsnyPnUH0WV17ALPT/Ba1/v8aeTq4QV2n3XBncRVDM7zgt+fnlVjqCgFI6N+mxNb7oC3vOda4n0lFBrWvj5wwLPH0Xm3+Tlvxzjid1OLqnI2+MI54uPI/iUgLLmH0ZTuiFu7F4a+HxgMjzx1pnLSyC+AOKrPpiMOOOzO9sS1K4Kg5rXv+zR1ugRUdMFOePyST9ptGaqEIbc/+mV+VhHaNVc5LjTIAb9Blne3ORwb7e89MqoCxIxaNG7JUy64/Uf335+Uq4bMP2VovXPR7A43mmHSXNVEgKpBXTrmeF5GOzd0TlvlWIH8Yk63nhgfAufGWkXoFLSmH/SM3+GKB4lu64f9Ya+nM5wWNS4CzaK/WmCYUYM+EL3/+TIVlMU1C/16aTHqSx0nw2w8V5i9+yXdzPBKcGHN4p2B6a3wh0FzMsa8q4FbrfNbyeJKwJpOEW2Kf70LxNWLHr4AfE4dqoi94AmzRRrs3HAF3XD/qcvHHWcgEo1Dmzyhi9BC+8KPlSiSBqwSeFfl3ty34x4YLbq3dF5b3Ntc2fxqbw1MqrgYv/LkAfDqBnR92VYP3HrZa8G5UAP98KuB4aUliK5nfQGYebSg0G3+NtBvhGKwXvCB+W9Zei24fVta1z2Qu7Lnd7/9qICKq5u+ci4qRXO3/95h6NxyQMJXskshxd8Td52XOznyOS0MpcTbBYjXjoX44IVilKYPEaCaOkSOU765ZtnY8nNAwzkpBE4vjtnsPz0XLB60/PMvB7fAv4l0H57lD2m3qnNATheej4gZL1xXQcoz60WU8lTq+AlrmuN5Q+9F3L3hBPXf7h370/LbEn9k8DhJk3wH6P/ZlcjOk+WQ8acCrE7v1iSvnRx+3LHVv4/P9ILdOh1fdLltDWLzO8EcTzEh0m28dsdl6/uPWpSshZ+Ibqg5XgKG/L7l9KwfW2LCmsMLdDDPoyz856QTiJr9pgO2pHxwYyK4Bc5Fv/dRmoccLj+49ucTcYF4KHHcy4I07nXA8vkqoPY2KkMkmztM8oUUrikAfZZOeWa7qzOckTBMTPUKsOve12+UKQKxvqcY4ckCfHPddyMmn6pCYjATDgy7hF4hWeP/jMSPQnBr347uX15tiilNV7WH1TmlR6NG7AVL1J98q7tTgEqm7xu4LbILZPlwBG3bLwba0gzPmnOxLGCAF8xZTYhfAmb3vSYTPpBjmhfbQqE4S4GTvABNaksyuBRlDs7WHKzyhcUkXLll0rqb4ISbQ7q/GBkMRa/mDx+LEMnurdYSROcfHwRFkolKc43xyMUN07RTKWEjIg/V15Fj1DT36K9uImJu8xwFXG8mnrkLehNHZTtiwi5DpgDHUAG5hxameUzFfVvgY1EikV9RQ0qT9lmsf4ov3ncJrD7XWQsJq7V+98A2fbu+bzj74OGNDvnGLBKgaJSodBVgGKHTKBk8NIMkRhH4/UzeW5Z3vCHN8xfvg0Bq2F5Eh/dpAUXrn+935ALaE0wy4Bp6aW+jbotPKCAdp7gSjaMJcRKdjLv+3A/PekPC2k4Rd5EwZZOoyMVgVbst1VnlpWCBmCXHqgOwaMyKO0otZP33SHmhwG/JRKXL08CEyae6ZQ6uRpR1RUfB5Kqu6YdmXAO0bkzzg0Rt+yz1waRXtkYDn10xc/35q83wVCwGWOuHqduXqOGk2VtGyTPdMI3f856Y8UUN24hRGLS+CWa6cAIknygaGXIyBL4zhBSkcpAqr1yR/E0haPxFmyGJi4Ol8TciT7qgcyCOBDwgFFqp8OahjZ9m7gme4IkTnxczwicATo0hDKkAu0eLHpjigTeLqjI72w8yXn4NiDfO5HlgGs/9gbBlWxK5PYjyZPo+QO04qYJ9Ot8Pqrl9BxHZ+nbvp4DqTFcVpHXJZxPoRh13GFEdLVXDGdOJAYeRmRD8nALfLMb6dvsdpHqZD/KEW2E99ygw1csX7oCPfyCF1QG6j/ni3TMpHrjwp2biEuWQ1d0qMLZwSYs13ZpCwtIFBkcYRAnqDiNIuZ3lDIOJcPs2hnPFdDp6SwZZXrhAVt7KAYuzTNIlZ+lXDkesPCncGu8t1c/LgNIINoaULlk+kOlbOYglhUSpgJR3wEOq8y7Mnx1qAC1r/b3h9ncIMRwxKQubnpPDiUTQ/DygjKS9exlaNa+rY5TMBVI9m+YDWXwbYdrvtBZS/a85y/Sqvxum5caskeyoAIkHhomUV2Cahwod08+SGkD9OtsDa0l6OIbBX4jcfXMD0Xnf88Ykuis1YZCo5rrvCoG4GTm4NtoX0zo3Tgdp3l+9gWi6LAnElC8rBEjU+rMr1SBElG95SiVoQgvBLak+tob0rCM8LdliNZtG19st1n6KWvt1xEPaVP8BWkEF5A==", "1: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", "1: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", "1:eJztWnlcVGUXZpdNkEUQFFlkX5RZmbH0DoKmuAJqVn5fjjDIGDI2S4Wa5W7mlqJZmlqmmZlb9SFq3ZNapmmaSqa4IKsgJq4IZPYudz6QrOb1y+/nH8wfd+a+8z73vOec5zzn/d17g8fq0rLsrKysDI7oMFiXo8kw5WiyMvAIHh6kNRizrM1niUbdhHR8ltQ21jbWNvanY0P/h7H+bWNtY21jbWP/yJjGPEY6uY35rI8uN7P5DP83AM8XkaMk3QEdk3WmsWgr8PcQPCaWEky6NnecBRgxOUpZzIipGRmLGQnFKB4Co2TBSClGzo6RiFgwMnKUs4RNRsyImMzIKUbMgkkgRyXL0hKoGQmLGQXFxLPYETBMBFVSTIKlGLoq+mUx3WhmWlqywCOampaWLAVRZosszhGNGqW2xQEnIIF0FhO1JcjiwqMmGCuPxpqWnsX8prGmIIvZSp2hIIupR2PNKKgtQBKL5ZGARIya2gIkiWcCCerNVE9mEFM9iSUPY4lV9GmCyJfUYmmlsaYgJu6J5Q8TcspyKRNhxQLLmerJDGILuVAabMlVPkTIJUJpMCVXAEktDnnzTkjKuBMiGKZtjcAhpu0GpZDU4hw1N2gp0/aJckHKtH2iWZUx0VtotjImKgjNVsam/DRFMjblp4oiYxJxodnKmPRY6JsythZI6SBjK1khemwlK4DYpJWGXP4wPUbOpsc0T3I2PRZAbNJKkytna+s0uXK2Dk2TK2cTcVrsciZGSGhy5UyMMIPY9JiCEpgYIaGMSGBrFwKIiRFmEBMjJJRGCUyMMIOYGGEGMTFCQgmbwMYIAcTGCAHExghaGgo2RgggNkYIIDZG0CJUsDFCALExQgCxMYKWu4KNEQKIjRECiI0RdBuhYGMEBSnZGCGA2BhBdyxKNkYIIDZGCCAmRkjp3kjJxAgziIkRZhATI6RULJVMjJBSCVM+mBFpphyNwRf/YdToNbqMbM0EBNTn9c3RTNDkGg1Z7VteMMsen7mgQ6LBoMvQqo1aXe79F0t3/u/FhudN1KTjycM1Rr06W5OpV+e0muyKfiRla9EfSciaRq/thAZazXFCP5K1ek0GNkbOknJ0GS+8rDVoHnC1ftpME1pYDr6Rq7X+49XaEVfGqXMzDVm2fwiWcDdAKnRa6aN32O/vHO6AEToTnpxhqd82zH6LWhJMLnv0fvs/Cr/tWP0WmW8QCBu/R+9353+U4D7MiZa0FAV5wqN3OOAfddj2IR0WupVURF/ZYHIYn9J7sfdLbKu5f/3o4S8W/UfNNt/bFrdC4WSNVOeYNOn4nZOhEyfqDFqj5v/ukvDIgs0l4SZ6wuPpkvnxCJtPdPstUjx+PrVkUeuQ/7lTzXxtndzHxSXxgyP+1y7JH5zcx8Un8+MlJp+EZ4Cyx9Qn89MvJp8Uwv2ex9Qn88M5No1QCreWLHPq/o25uxV9IyFJp9NnanPVRo2BvqqAd+WpJnWuUWvMS9Tr1XkU2JX4oDdlGE16TSb5Y0zzebLaqH7ACpVK+vj+/uapwX/hlxnx6JAf3xr9W1Il//l3L321xv8CP7Srz/jBN77lP/5wiMrrYgBMntFj0IaaMDCc8ryeyInglVUfdCv8tYAn0xaWcWdPTTP0yz/ODayxk3rcDoB2P/ilnimOgI+9jiX/PCweDNlvXZnC28GsKcc+e8YUCEeziqrGX+4Kn/R++rntnAMYQ9++t7i3PyR1uVwqPxMAyr5P6RsWuYHKS73vhEsE4L+nFoeBXdX8yCvtG/hrN1Oema1oB/m3HZ5f4eoBgzvOT6mZ6QY9u6VMnrEoFL5MWx68sCgUjuueR0tp4Gc/e2JPWX4HiNX4lY7y9YKaZTtcX9zsBIvX3hFVugXDVQUyWBgMWfXl6vdHWsPp518a2nW5L+DZBal+cGj41xs/HOIJJas81n/5dQQ4zQvM+KVnJNSm7uw663I1X3EspLjhN1vwafr+l4P7HOGJC0MXvL2lI5StX7k/6Fg0nfd9DKRFrH1jW7APTLP7ZpEoIQq+PfvFzCl1cZA3aqPsyG5HyMKfDd1g2K+dDKf0IYBW7R0wwAY6VBdstR3nCfp5C8uvX/AFV5uYOT7veMLSTnYj3eKiIVmrq5uljQLNpjHD0yIu8Ry58E1+yNgOo5RSO3q9Jd4w92bxqWnpEbAoHUdcBNjdn6TF/IpczxmQ4qhCUXevLqjivu9wYNfOBTc4nDZOZqPq+3Mdingdb79uSU/rwZ9z05YlvZlTVcdbkc8tfrL3lqcuTvKDwJs5I19dGAYLHep8+qvEMFvx0zcTjH7gjRdUHgVP4sR0jwetlQ6F4AqH2ZNudFbt9Q1Pt1+3g9s0PXXAe6+X8p4E0MARvPQWt+BtvMDrXAVe7tUabsW5pXNmPXuBX4pWM7O9D8SefLcyICIaqgI+utR/qgicGtaO+ywlGMbvMS7tFBoJESLHzV12dYfqcPzDBnAYA3eEQcHY1073agiC8zYoo2WOULklrHzGalfocS7UYVqRP1w6vblx9BU3IGmdHkvjNTwS5hdnIw/q+TcSx6DUf8I79lo5Yk2MI7ziEho5db4VTA1QjEvW3uYCDlZwH15o5CrR8Su3w9xxK2ypnsv+rMbwRUd7VS+88PdsVXUffTsw4Y1zXLfihqnj9xzjSNjPd4Cz2Mz+GMqrJBEEYUIP8YPPn7lVeGZTDGxw7hdmWiKGxGsZh/818Br3zW87Jl/fto2/F3z3tqmkgV8sejkuGPEl9UznKerjIfCp9vyL83qLIZgkqpbD0Ruq81TFkcIr4Qt+xAts5F9FZXqrsJYPR9E4sukAR+p9VRCs2h+0TT83FIZj+gwTQRqmf+o9fq0/ilhlEPww9/j5koFdYM2RTUeLRrqAW9yO965W+UI+ytaJJ4PgtaaeE39wdIYDyNvEtZG0bstDgejPPitIbrxyGQqtIA2xINzGi+rISg9q17EbXFn9ZOzJM2FQcT0QReIqr7izN3PTWi8aD2cPWv9b3UD2710DXKcHwsanD4n3XwuBptETUGju8CVxuOL9gcbXB5D3W/PXe9P5IeFA+O8bBcXz7mrqyw/yY17CSugML/ZyPrVuoj2dX+ELm99EBNgaCzj7xYUxNO+u3jAKmds+JAJIXu/GwVhMV4UnnMd0NUTAc9v52tW1YlgxCDvuAUgNLlaPCAcsq0f7iSCFFHYZT8p3mJvqyBM4Mnc4QifdDZ7EZa+TClenQ10W70F+lHCkXmS2qnd2L1/sPukurYsF1hR/1laFwz73eD2N15hSjujFwXs8sZtVxxPZCOoMRP8bw+DTRhSw3hJwXfoxqsjOcLQ+vWx9cQz9buoBndvjSDZx1f273wt+1VlYZw2Hqilv1HchMPC7dr1WmqIEneoByUgtmqJCgNRvj3B4ZdL62KTR3WGd9R57z/wgQCofo2mIpPE8HUvzUHCD98LLKwqDI4fRZ3MwjedOa6rvsjAI3qbPfuvTAJheemDF7uX2sL8PYvj2CMjBAiAJBqJj7e2g5Cu3VZIPBH2tDAAsDzU3XODp2h67IxY5QMCzmU9ccO8EM1dj4roLuuAOcixYF7vA1PmFLzgVekC9CXeAOLgdOXrR3qJwIG1wTjtq70QM4CryHxMBJMwnXQGJ1qH3K+IAy6/n9Siwl3qgS9oCUnsUse1cuTdSCNQXsUzZjazliZ2GGu6Xy6DsluIAy3GberOBJ/2vaRdP+JXbAbbma+ZmnLOhfvtYq/rgwD1nq+pHGqI17LuFF3iaw2kYscZKRYYH2YORTLjDYbfdXao5Cfns42kcrFVYJsRFzsL8m9zdObhhNHJ9eiMlnGSrwirvvaWA+/rQ+33/c+McF4UDrHBUoepBmXZWkfp3qeCIfi47xZM6ykTrCjPZvOtYxtN4lXBfbMg7ENXTTkXk5WgdR+KG9D2m07KTTpc8wBrLJB8HavGI+OjqeMD08Ct1pfsFPhqwrHw0Ox5+DMGC2R6IflbHQCNST6NEDO9EowsN8Afp6wWq6R/EQS4mmlgM8YOQYlb40H1IUQzg7vL6yxKhj3eBJWgX1LggGjCs9IAYIklCOkIhqjafjSHUbqUYApHq7exaxdE69lYRnep8mCP3OhJzxxmMet2EVrvF5ndQm1+LeMCY+HdEZB9r", "1: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", "1: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", "1:eJztmnl8jFcXx7MvsphMJvsmkUR2mTUZWnNILKWhEkVtFclEppIMM5MSRS0t1VJaVaotKpSqrYrSl85BURStagmtSmqtWqoIgvTe5z7zijSv5nqrH3/IH0/y3Of5Pfeec77nnJt5JnKQMbvAyc7OzuxGDlnGIn1eaZG+II+O0OEnDWZLgb3trK3FWJxDzzIejT0aezT2P8e6/R9jnR6NPRp7NPZo7B8Z09vGhE7uYDtrZyzJv3NGrz1B75cLR0WOCzlmGksHka3A30vomEIlaHIMJYMboVEwjZpfo5TzaJTCUcVjDpNoeWZRCSuTp/Jo1MIxjWdlajYNlwM0wjGdZxoNm0bBM00a06TxaNKZJp1Ho607TyPsYXGpO1FjRYxquZZLJGKdyiVSsl/q+xE1GlPhbpFTDddMqro2NXYmNWd+s3UxUaMhYiiwqtBoWhkKTKTkEjH2lI2uc8xtTMTlCAVvRa0ranQ6CXeLwGruR8TFnkJ5PzMxkZKLPQUDVsVFhEJ9P95jwKq4MFKk3Y/30u7HEUykanS/YB5gM/HFSRRxZa5CzCc+l4siLu8pWRKquLxnE3F1W5aDKq6tEGNcxbUVEhFvdJDu7B5UXC1aBJyrRYvUcW2gGD9qrg0UI0HNRbe4FVDzdQsWVTVft2BFUs1Vw8WuruZrmwwGNVfGig1azddrGQ5qvowVvcdX75hIw1fvmMs1fPVOFPF1CxYnDV/hF0V8XZ0FV8O3f2DB1fDVcBZcDRcRSjFOXETYRHw1nInS+Go4C24aFxE2ERcRNhEXEUpGRBoXETYRFxE2ERcRSsZeGh8RooiPCFHERwSjPJ2PCFHER4Qo4iOC5VM6HxGiiI8IUcRHBGvT6XxEiCI+IkQRHxFsR5DORwQTafmIEEV8RLDNh5aPCFHER4Qo4iJCxbY5Wi4ibCIuImwiLiJUrFhquYhQsRKmbZiI7NIivTmAXrDoTXpjXqG+mAhNZe2L9MX6Eou5wLvuAwuc6ZkHObQ1m415hlyLwVhy98Nymvz3YT3Khupz6M099BZTbqE+35RbVO9mT/JHRqGBXMggs+lNhkAyUO8ed/JHpsGkz6OTCWcZRca8IcMNZn0DT+tgyC8lCyuiH+Qa7P/6NFfBlMG5JfnmAse/OEvcP4mO1qgfvMFBf2ewhCqMpfTmvMba7cBrt+1zp3RxA/Tg7Q5+EHb7c8dbWTdHNGkP3u6QfxRwCbfB2rv/SX/wBof/owYHcBucVrfeEoOduA2mp+xD37tLbL177/0m5R6L/qtG/LQ+tZ6IxqpnblGpPod+5aTb0KFGs8Gi/9ctEt/ANNoiwRbxtUB91d0m9TAO1lsK9aZ/3STxbQ+fSaxJyOurHhKTtA07/N7gKRsM7UPAHcuHhh1+b5NUDYb2YTHJ9raMyyTxfaby4QOvTl4o6leve9skvjytXycfFpts7xr5KoRW/FjpIYXP9lqTyyjxzZyikUXi7v80mtqxr1hkGI2mfENJrkVvZt+98CKH7qW5JRaDpaytyZRbxoThgg2m0jxLqUmfL1wYeOc8M9eS28AKtVpWy+7eDejpJfrtTDr6cZtefT/R2cHS3/dnDUqNgS8/SSkpl8vx9dJhIV4D3UA6AXd9cCIaVAvWpF3LTsXoDTcnXT4ig7kXFm/vMjwA3EPmDoj3iMDUhI98v3GSwFtXXZ6d/bU/LDccHfbq3lC8tiV/6UBZAPS/nXHjXJdIaH/o4uXOz8Ti2E7W0WHpbjC+asfs/7xtB3OGv7eg+QYpth6695X9R4Ph+1PPJV6d1Qy6hfs/lzUjGiVnPlvpeMoRhj3e5GD50CZQQH8+lKLbstA++TV+kBg484D7khDYSqbrYYrEtr/nfd1/txccdXB/NaJcCr/OXO057LdALPz0V/NaPylMO34pYv/KCDhBfhnnxWJt5K2rpce8QTJSQ1xSrXvi/bGxW7b7I/HCsWSJF2T5Ten868IooKseHJ2A0XFjpmwYIoHcHtkt5k8+bm35U7TLOD8pplODjznDJeJOyYjmMH/yqsozVxJx63eJ+qAoKVzZcPjVW/rb1qYeaz8s6+iDs58kD14aDBohEKFQu/qFS6tWReFpan5/J+joOMIjeokPXFr11JA5w/3RZ8fn66e6eEK/aVuuxPVrBovLdsS3yo7DDMHhPtBuXwFx3W7dpuy3I19f64/svFK3ecnCrqBsAUHmg9JLm1Nw3mNJB+YUSMXnytC728q39G5eSBZh/e1oEKz1q9l9/gkPfOXykYPj/nDBw8tu9CvedlKn2dO667fDYmEkmfbNI6mYpA+q6j3LFV58bqNlxqEYeGrqrBLp1mS2zg6BQFZROqyvFIX5Z3ijnoQn+5QEvu7f5SvXTc4oxCXJHQWsDt7SVTxe1nuJXxxQ3LbkJ+NyOu1tD/DNJR480RR3Pv/FvOCVHuijeWxTtr8fzJrelETMDS8SHNMm2+EQClKeD2zWNu/8QnlzWLFu0IsVm1Jx5wndwp+/iIA1z9AIBAHx7k8zOkZhihD4y7qJO3uQJcqA2RmAB0i4qg7ZgzD/mDBYZSp849yoODwVtvh0p/MyoGnRft1B666t7ZYbwkPwFl2+vSO8NenlPt9tTICvXB9/9+l5KVjpMeOj8d2v67yTV79/YXEcvHuSPKAwATc6S2W67Y7w5IdNOsSU+qCQfxJHFNLilDNM3n/0mAfxV+zxCXP3JPhi3+82/iJ7XwZOPemTvJGIHOa4nbHGUxAIH7sl1OG11qyXvEgka60jaDrdrNQt6kpdF8f8vVyOwjJcgqBlSbn9xm0SXB/+8tnu62WYnBF6tkpjD8S6lNpx0TBI0lu7Jl2BizZtDoj1DRT9IoOP933f87cLYcjy1h2qegd89u3YIAjufjhkVGUYVh/P/eCHNQEg8O7QHChWr5S3QCHtapyBVInMQxev6ro8MzH9h23eKJg/Phzo6OVdkSwfX4zG1vbUkts66nWd2hOct02TD0/2RqdTU+LOTZVCkfv1+YOV4TA402C8eCIS81v/3G1qLym4UbcnSqA7BaEqAElSvH58tQ+02DJxca/OoVD+Ziv7rMwYpGk9vZkE+v/YwXHEa3bgkDjJv6JrMBKrv3q+jRRYfJrD3iBi2M14ZPZ5wPPH3vNZtGmnVSckihduCYjNcS6/qXuMJlxJFNDH7E1LwuKeo1esWyADIT8CHJF6Nxhk2PXbN/rdzthlFczbFwcvzd2zdN/MFCTZSMhYrxPmHxMD239c+9KoVclIqlphVJEPRM+qnT6mxh+bkLMRN3ywDUkTdZYUlvTapfhSHoBlZ2LlbkkuuO6PWwdGxIcBTcdAJ29k67VHxl8ICHnzthMue+1IoZ3RA4kX5l+Tr7MK5cw9Bmb/NGPSywlyXKImid69KXgNI3cuiQWBt07JIuch8DRNaPRDV8FBXvg0bQASGQhlqWUMCGU0RI47SFa2nS8B4XpqFAh1daIcz3l9kfpOgq/IRxRU7K3O+WVbSzxdQUDzigRCld3RdiFwhFTL6oXNkMU/EsoJ1ZMsQdCpcqRshWs01rSiDSMcTq6IOT5hgB+MXJSUEbo7Uuwvl3S0LM90DARPmobufriVLG/algodTf9JzlKwM45z2jYtAIV6SeoA0/kD6Rp55w+H4CihQFbrhpOy0zJM7BcRLZDl7U3dZloGzGEw5x3yU5aAwvVnHZm9TwWB0P8ut2DPVwfBhfT2HU3Xd1jtaWOaF4xCuxsoA6Ffdam2JkdGXC7qGYLx1EEVvsyPpEOf6UQrVTiG0UL2bBPoLQQoEVRjP4PxC5KRQEjIvqFLpQtrnwSyFR0rR/ZIQYHTIieWd0MTgD599IBUHG/uQFq1E0xoSQXxYPV+T7nAEo8U3+qcP3SjhcIZy7h7IR5/LKSeOqv71JMA0ToBruX8sujdzATG4Z4aHd0G7J7uyfr3AAc836ddm9MVrqxu3vRBmZDgV62UtpMranWfDyEJ3MIPr3QmhaCnMyYIC6zVCX280A2HU0cskyLFfWSMA8xoRTPGF6n3msbL8JPKMzNXT/GA4lM1H/2e7YnN8uiM/vjDtmLV2GoJ0PD1aeeJZ2nZ2b3XelBFPO8aCLcPjCCZ4oXYtxlx+UYrpf468b8wzyJfHP3Np6RDnLdSjM5WVemEPhYbB9/TNJytQFpmZq0IZXw6NEX22w+FD2/algw2W0zG4nq7xTtfqr3zNY8GxhR/AoSA588=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztmnlcVFUbxwfZBWQRETUQFGRRYHZmNLsPoiaJmY5L5TrCAKPA0CwqamkpmpVRYR9Ne10yF1pM63Wr3s6o+bobUmqUey6Ysm+Cou8951wSidd3Tsv74Q/84w73zP3dc57nfJ/fOd47wdMMo1McRCKRyYU/jDCk65Is6bqUJNyCmxP1JnOKXdNZnNmQocFn8e1t7W3tbf+1beSfaBvW3tbe1t7W3vaXtCU3tZGVvEPT2SBDZvKDM/xdAr5eQo5SjRN/HGywTOO3ArZJZESi0Wem2iTBbVIVi0ZKNVJ2jUzCopGRo5wlA3LSjSSWpRsFOSpZulHQbpgyraQaOYsmlhzVLEOLpd0oWLpRUY2YpR9Bo2TpR001NsNGR0U/1EwiirXE5uppJpKKmXoSisFmsCk4zRNh6/DkzRNhq0jRvCBsFSmbJ8JWEQVPZrMr0AxQkc2FRDNARTZXEg2GimyuCzqr9IOJPUEkl7BkTypgZHM5katlf0LEVIRSyp7UZl9tLmLLnuKP9ERFMqbKlVLK5UzASinlciZgpQLlbPMkiNgSof4jiRBETETIhHpimlxBJLd5eHQXQDRM6yYlT860CFKG5EwLmoAQ03ZDIIhpx0VZkNuc7AeLrYJtNaMTpGBbzajhKdicnxqegs35KQsKJucX1k0Fk/ML66aCqWSFdVPBVrJCItj8WBCxWSvNnpLNHAQRExGC8yvZrFUQsVkrnScl215AELHtBejkKtlMnBa7kokIGa0nJZsfCyI2P6aiWCYiZJS9WCYimkRMRDSJmIiQUWBjmYhoEjER0SRiIkJGKY9lI0IQsREhiNiIoKWhYiNCELERIYjYiKBFqGIjQhCxESGI2Iig5a5iI0IQsREhiNiIoNsIFRsRVKRmI0IQsRFBdyxqNiIEERsRgoiJCDndG6mZiGgSMRHRJGIiQk7NUs1EhJxamLp1IkZb0nWmrvgLs86oMySl6TJ4oTF7SLouQ5dpNqW4N79hiiM+c+MPcSaTIUmvNesNmQ/fTNPxt5uNyc7SafDFY3RmozZNl2zUpre4GN89Pk3PfxHP96Yz6rvzDS2uceX/GKw36pJwZxovrDBY8MVJ6YakGbP0Jl0rNx2qT7bw40vHj2b1fr+/qTOJKFWbmWxKsf9dzoQdkZBvpfLvj7vH/4obn8XbGrA/c8CK5qwoY//+gAP+0oC7MAcsf+i/uCr6Up4pYHxKH/08XHktrn30g+9HDPr3GuGJZ2wLEZ6rcdp0i06Df1QwMivLYNKbdf/3iIRn7DZHRGIRnpK2zEMbCUl4Ns8WkvA4VtU2Q2p6D8AWk/Bio2Um2kBMZFxNrwKYghIeF0slbTQoWescPdoiFK0S21ZCkreO0aNDUrZObFuJSdG6KT86pthW3b+thNT0bogpJMFYbKymhzegniL6Ej3eYDAm6zO1Zp2Jvl334A+jLNpMs96cHWc0arOpMJCEYLQkmS1GXTL5YuqD88Fas7aVsNRquvA+vBvQ4a/w7+9wqyXP32HcVjE8Nk8rHesVA48/ffLtifdq0KifeszTfiCBnHkFXzw3Ngpqfj7zsmloKdpZ1fjD7KXR8GN59VPPbYqG3fDK5YMrK9Dn0Zkb7CZGQV7+K6MSBvaDWVHBPavTK5F56PJaJy4Ytow/Iv12e09Q3d6X/NHUYuQycPXYtW7B8MaeGa71U7uD98Evdy9zKkXhL+GWMBgaaumwyiUcEmOXxk29Wozu5lcUjpjmCxkH7n0+t9IDNj4NnbX7v+C6OYzrFGXsA5xi8pcJ6aFwYeSyFZk+Jej5mj0/vTbQH/rWrjiX5+wBC2MSN3UcehPJF+ziR3yXq+pZaJiyRASBftNHVL1ZzonIv2Ju/vSvzXn+IvB027Ep+2AjN37CdnRrTW8ISip9ftBLwRBR4vGN+L1baOW5vCU5zwfAfX4027y6wotbd06bX3QD+fhy/z67IwLwXTW+EbDQemT9kJ1lqODUuFsxAzyhXnJta2iyM7wX6f/uD66HuNXXAjYXvxoJ36ztHnPuw74QfT+4sdZyC/HZ/NqxsDeE7Vu8eXxkCJC837iGTGd8KuM8A6BjWq/02V96w/rUL3417ShDA7JOvFo42RkWHx6zd0uIi5CfCi53X034xNzTyIcMpJzr4XEx6q11d7gJ33/9i2+ADIYfch64+lQUvd+cSvTJ6z+nieZLwfFArmTWcTGQyxIcrSO6vPHUr4vsrPGf6s+/8Np5lNffbsSiZQ6wyqXHmskRVci1fh0/knLkWzCYR8MHqvFwZ8ogBgcyVgwHh+OJrEcLRyX8Y0GfDtYRizxGfra8Dk3EAzzrAbh1n5MEsqY4n+h2UgyffPrjlJkj7awiw8sOB3IrUOpgvaE85xIX/9jNy8pVzrAXp7XqAPp2OwavANH7e4KiTDXkyWkSmIRB+SoSnsh+dovi+FFE4raGQwJJcBTsDsy5OWr3RURwWBIMq2a9/0Hv+lAQY0xCT6F/Hpr5zdqGIOjEj1Ln4gGbVn8btM1Yg+YSkJyB8NvXC+Iw/l/ZwQsDO57ZUCCG4qJPGiZ6SGH9bTzR1Sj11PXpffuIoVB0voNrgxiuateflhvcrD1x94F30fZnZvBd3+XUpEN32GZ//Y3wkqscn20HufcV7p6u7opW2xn87hwtPby/WLiuClFOXKHs8P5Bn+qvoJWJeIIuc04vvxv/evovHF+1NXuOyAGXQSOf/zv9MSAi6ywM2iR3K+HLpw553dj1mX2qN2Ab6JQRBfPxhSqxUEc3kVsIX5HvRQN/sS+3OBJwVfZYU4tIvR0LhNlzNvaLPxsEO7rgAV5A+R/y4F3qBWR+x/jTz+VViJ+17ta5obResiIA05/W6yKt00Zf6P0Un1l3H+ori3/lSF12CoePcNl7hQCmvMudSlSBv97dFcbhgrvvBLtOksQikteyRq7hJVzANVwEAesYR/xnyhWOn4wrC9c4Aq17RzpPGaFAeJ4eBEs2Y4OqRGHrlm67lN8NZhAgusGJj77jK/cSIj4Z3RdeICCFweCGkptWdTWi/tEJyGlvO9iKsQ28jMi85Muor6VEwcZ/7e3aR3Mckfy/KKN86PqB1xzlx0+Mv4du8TTkHJUCTveeoxKYMOiJ4qJ+LlYSx0opnE3jKyFETH3pSXfrWxLssPcF/ssRsauIBm7OwYj+7wx3tZLT/q9wtO7t4cMsDGg94mniE3UBPXPX33RmtB/00ThueKf/dbRzETb6+6jOacrKxHcFnzXKYDQuFDsJpJEJuI5OH8jgLVRE/cDBwUpsuocbJB+bNPzQkxLaT+8IILb5eCn6/vxFt7xsMcRVJB2bdDMSfq7HE3SGI+uGSgoSbIRjIgHb3BHpWa4/BuG7MHhrHZ+g0mgowun0q6X1HRQGE4P4OyVG0Toqs3JrH+/3w6prEUCWrYUxEEUMYjoy1nve2GUIAldsT0f7QDS5YSV6NWnS2aHxvSBAxTvKZ2GAsz9h+3ccucwrCEYTAEIAl23tipMcsTVZMEy6F99QMsNd+LS3vulU7jesoBcsLeQD1HgBwUBTin7kV8nlp4Mg90plz8IyB6izXHzfe2MJIlw7ucG5EFyhHsAPmjd+FyD+UNsRloXzC0t5Z8CrZHTmfQ5P49H5jRwpk37eENvdOiForz1Q/5eAAU9shVTwq0a09mNsmBJYMAy9GHBbAtj1BjxdhAbwNu2RG0PXiS5S6EAKuRQFbi4eFm0QQ9eiE3WaXyRw+dmuu04u8LTSeYmGtcd58Hk/pv7naiXryEgx5GrMISt6imE2NoZEL2vfJX5FJ2Z1sAZvM6a9XVLHES4veFPfz7G3En+5bies406/rYfSseLI/M4OUIrL5kgn2M/vCsaMruXodZUctnFjvRe8XTKPt5oqbuzeLbyzLESHZ+IC8hM42sDN5qt0z91qjs5/FyGfdRyxN9+riK7LDkDzeYij+5BGhHsp6OUAhM/8ag5vE5bkNKLhzy1WnR7iCc9io52sAGIfLmLQ4eGF1SIyT2J3K1lWvhJZyX4lwRfIw5u4zFST2WjIaLFZfPCzyQfPNVppk/4HFBWNhQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlcVFUbHnZQ1mEXd8o1FO4wmy3nIGZgoilaZn7iCAOMwkzMDKWmlqm5l7ZYfbmXn0umlrmmnONS5IIpWmqmIYqKKA24oBLYWS5h5e8XZ375/fF9zh+XuWfuc+953/d5nveFod1Iy8BMd4VCYfMmhxRLjjE9P8eYmUZX6HJfk82e6dJwlmC35KbSs8QHaw/W/ufXXP+y1q9xbSDRSaovedPbYs015CRmG6xZRhO96B736v8PryU9WHuw9mDt/3Qto2GNdeffHamnxZzReEY/S6bXx7GjlEobfILVkmuwm9KbCFKJgSR2VIuBVOyoEQPFs6PWGZBODKROpmtxsWIojVMoLUcJlkrHjnpREHuUJtWT/Eg1mbPI0Pd3GD3HxIk9iaMkVVOfxBPHQU3eHt+YcPrugsXHCT1L4iBJCKTiP+IZqJclf6QASC/0pHiev1ghEKe6pHUCFB8rFJMMEuME15QkVidZUjonQIKU5YpSidVJ70xMzihKkhUlRFgZJFYnKc6JREiSMzFJTihXkqUhxAhJ7UxMGic8QpK5J/YkmXtCcpc4jVRC2VNxRqiEYlLJjBAqrooXVxUvBOJmqVILgTgjVELNRiUzQsgsVZwRKiHuqbSCID6+Meo1OXl8emOYJueOD28MIzRG8HTHNzlzjVNYvFAOZPk1WUmNE5harG/yJKjFTJxnQS02QPCQ1M70TbWQkOQWqBYSUgNIbGrj3qUWmzpkkFhb54anFrNWbngaMWvl8tOINSauP41Yu+A00oj1TRkkxIgGkBAj5L6pEWJEA0iIEQ0gsbbOpaFxpq1rxRjBpaEVY4QMEmMEl4ZWjBEySIwRXE9aMUbIILFmy0WoFWu2Mkis2XLlaoUYIYN0QoyQ5xud2Pglg8TGL96fdGLjlwwSG7+4R+icGb90zoxfOjFGyCAxRnC568QYwUF6MUZwuevFGCGDxBjB5a4XY4QMEmMEl7v+3oygX6HYwukHdqPVaEnPNuYSoHXskznGXKPZbsv0vPuGmR70rDk5JNhslnSTwW6ymP94s9Rmv99s0NgXjan04kFGu9WQbcywGnL+dDH98iYx20Q+SCRPM1pNwWThT9f4kDe9TFZjOn0YO0vMsaSPftlkM97jbr1NGflkYzn0b7Umv7/ezYuFkmUwZ9gy3f6SLHlskOR5Un//Aw75RwP2Fw5Y/pVDJc9Y9z/g0L8LOJAiLPn04vSmxh0oGrc8icri0MTd/7jD/tFC34M2f1No+fdEeS6W7n/A4fej0D7ChdbeXW/pvxB3x/sRt1K43nF3D+V69Z8sP0DBv85KtFisGSazwW608e+5qGUOyDeY7Sb72ASr1TCWA1uzlFjz0+35VmMG+2BE43kvg91wj9ajV/O/UPxxe0b6Ef3vFrr64sHpxadLvGHRAfoKw1MWFa3+bnA4nrn+TPl7kjc89P2zl7s/GoRnkKuap4bj+Ymzci7UKuAjxsjSIcci+fqREBzzxcJfVvR2xQcjB/wYNb4CDey4ZMb6M7XIdbuHMgTcAV0j3jvqk+2H3+nhkjKlKASvVBc92u+wA+RF+ZXEPBPO11OUuOpan+ff0NWi8+CTnwv8FTgldHafS1NccVjt/sq9u28hFXvtRidn1hlrzl1A5Obf/LTxONpbRgHn0CT3r9+Ke/l7tOlq3dEx5ZVgiP7Lb18qCMIfmJWTcR8lLinwX6BadgCUHWp/8tbEWuSXt2bWyexKVHPOsPSH+JOInb7mhvn+65Hu5q6M1SMqweCdKz/pBxXw395Ri4Z3Pou2wNdLCyMUcL01e96V8TWg7kZ+yYKgq6h0SPjmw1AJB9kfev/OXAcK0jy2Y+D8a2jukptx59cq8NnlH+1pu74aeDnCkp759Vs0arv9nQj3TWBkIN1pKZpFwzqjgDSKmHbX0WG6zVF70IRDG56/rneHqfPbvZmfdwzgF9omVKXXAH5eBp6y3goo3+wBL7nHk0ceBicO1qSeXX4WebAbVcv5+RU8tPXXaddOVoCBW1pPrRhQB1iY5WWohm5/eRE4uPo7UvGfweek/F/4fo72L32SpPI88Lm1JGvDpTDYjQbSuzveFd4h1eNjP+jJCuBApIpzl4xxgV9tmePpCGsOT+fNfPNcdSFyvzC70xU/f+xPCdIxAD+7+NPPji8OkflWixgvLrphFk90C/hS/9Zho/xicGD55nVuWd5wBF3oEgH39PzMdDrPC392e1ju1/UK/HLB4hbdF4bBLevcLsxe2QUrLLTyHnDtU2fGhXQLheM0nz7x3AuBOCaxZUWppgZlt88ZM64sEmayVyf8yuTuff8zUwHrE29fqcARkLCMZC4U3+g07K1d1x2I6WJEGOd/7cN4+tShR7afrQVX2xRb0qaFwiMppGJjI3Gx4rSrz8xjqDrhu8zvsyLhZLyPZCwa93h7/6tJyAGYPoIjYesVF5O6gdb4il9B7IddxqDRXW+8f+pIKEzrvD+wcGg7TJL5dg+XMtBp4uyto31uIZqGlKvXgGrP593M0a4wzYsoa2gILE/qdqddXSXivCtEyuU7doZ3uAlWvz4geeFr9agPC6wE1XimfdA3dA9g+2vmi9umVw7t+YQ7ZvxUNIe9qIxXnUIfnW9FdnYbsXrPDoA3UylDI/C6h89NXpQSiRcXUUL4w140TVv9sH//de8akyIx3dbHk1zgxRNrbg+LaY0ZjX8IwXWEXcdcmmHp/FpyhxK0m6hnULECn2n+zqrXB9QDlret7nh1VXHKyEMhmAQB1MOLQTINa1MkbqjbPok8odIFEzMxSIPd8bwA8kmBN7Y4pu4dtLMEcF/wgry+DkRI8cUrVjfIdVUPvvV6/KPBixV4+NPkXZQL58upOrDwtQ673ljhQDS7bx7xxgr2qgLVxXRjewHziX3lgFz03D7pAJoWRpR0xBPy9Z2yPm5z31G7wKVEFbaNCnwt59kJazedR0xO792Rr6tBM9vQxP/AfRD5wq1UHkmV4GzhB1/Nn1sPNoZSY6sByXRjnr6wrJoSrAxwXS0H+PKixx45eg150XL6ekFmo+0vA8aDCW6wsgLro/s4ENNVWhV4mtL4RghkfjK9G+a6UcLBsV1WBR8K5njXWMzqqfeGj/U7PG/YxEjIeDIuFhc+rZ2RUBIAuZ6WgrZkN14HFdCD2srjzSFl0cUT19El4g55a3wgizPHB27wpc5ZgzpT+XSqA0GF27bM6R0EG3yV8dnmiRm/ZwTheGaMVYi2jW9mBfF6mwMw27d3OHz1xONjh6z8BTH7bOeNCQliu5iC4JgFy6K3jldgYsL7A5/ywcT8p4wPbAmXUZs6GoM3aolhd3GBwVSQg1vJ+3sEc9/zgz7UvmdFwW0/0gbijn/RPUmsswaFtiIOeS4S/nRskq33u81wGd22xRt/SKoUMC4YMln16Yq5Lu8AFuaCEMjaZ0VnzOqwzxcS8kXYwpWQtaU9QZi4woVRXV1wBLVLZTA88C9CyB1+mOXHsxSZP3bZ7lEcBVmbatMZc7+vBtmUVqGtoIa2ycMdMfdVTziHuGnB+hbwFAn70IYwfP0k3fAdxHzlUhTMoo/bFIxLqX3nHUc/EnnmTg3h+tU/jKOZQXjwekUFw7XH017qv6gD9mFErQI96YZXB8N9uylxwjHz45QzgJjGaddkJffnohZYMW9ibY8XHbzeK1tC1p5dozGTX0Qt4D4RBVmdpj2EKc3qE3eBZ+a8b1YmtoSDaIN1tMSOFd8QxpWB+GVfam+6RsEJxA227W2Dh29L9nXtegVNJ3YyaYMSsrw0a49b6bJ6mSxLEONPcTBcT+y/05y2GNG2/uVN0IMGuM4d9yU0HlF2A1weQBrdaFfIRsAEcxb53dqSa/vjrNT4D0aNXx7dY036DSUFrck=", "1: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", "1: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", "1:eJztWnlclEUf3112gYXlvryP8so02ZMljxnE29QUwyNNV1hkFVjdI9NMU1NMzSM1U/PK1Ow0U8uyZrTyqjzyIM/XwCuLQGAVEaQ5Hl7Pt5gt/bx/yB/P8swz35n5/X7f73eGZ2k4zN4nTSmTyZz+5NLDnmFNcWdY0/rRFtr8lM3pSpNX3SW47JlJ9C7xYdvDtgfU1vMftPX6P2/r8rDtYdvDtgfY1r+qje1siqq79vas1Jt39FlX2l/LrvokujkmOOyZFpctpZogoxhIx64Gb0AmURBt08Yl+ZKPJFvWcLLf/x1G781EejaRXicykcGb3Bn4RAaRiYwcI5QFE8eYRTBx7OoFJJ5BOtjdw6oBMfOaakUw8Qyji63u0tgMsfxDV92JbgXFC82k5R96L0A6oxCIC0Kn9QZkEgKJKuJWkFEo5VwSWjGQpAmxREiiEKuTBDIJLY+DDGKEjeN1Eku5+R+AxBIhibDa1nUrqNrexXXuBcslkEEMpPWiTjpJT9U2Sp5rL7IngQxCxdVJW4yQhenivciePtaL5em1XuyAUpmqzVe+NTGM0DxcF4Zqe/LNvckg5q5S5oRkIRmlQYh3VSCxDY27q9Eb+zKKWbIE8sa+jGL2JYG8sS+j0CYtOZFRiBGSExnFjJI7kdEbJzKK+QOnkUnMKDmNTGKWLIHEPE8CCTFCxzdpk5glSyAxRkggMUZwaZjEGCGBxBghgcQYwfUUJ8YICSTGCAkkxgiu3DgxRkggMUZIICFGSFtnnBAjqkBCjKgCCTFC2qTjhBghgcxCjNBzCzOLHTy4hZnFDh4SSIgReu57ZiFG6LmezGKM4Cw3izGCc898b0b0cWdYnTH0gcvqsNpT0q2ZBOgY2zHDmmnNcjnT1LcOmKaid4HkkuB02lNsFpfNnnX7YEkB/x2s79hR1iTaua/V5bCkW1Mdlow7OmvIL4npNvIgkcxmddgiSMMdfegKOtgc1hQ6GbtLzLCnjBxjc1rvMVonW6qbLCyDviOzBdw9mh8LZbglK9WZ5nO3UA23up3ReP8DjvxXA1YLBywdm6Wjhen+Bxz1rwasEQ5YOlZLB7C4+x9w9N8FHEoRdjftnFLduMNE4676e1464prvf9wx/2qhw72UskE6/8bf/4Br3I9C38MQ/yZu/a22b4rlX4cLxU1v+Vus2/eUO/r+9fvev1j03RiJnLF3gGjJki0Zbit7gd7XPtzqSrc6HnhEVa+jhULiW4hW/5ch9Ro1yu60uawPNCS2rqo339WOiXWXXtXdmYn/EdTtp4wQGf/mKtFud6Tasiwuq5N/pRVELr3dliyXzTU2weGwjOXAeiwGhzvF5XZYU9mDoTfvO1hclnus0MzZp79dGFb6iP4TCG0tyUh+6SNTMCyv4cwJL8pDL05p9dTagC2o5cZlBet2VoLpUwce2pbng5/7oqtG8Xgxssnsk5QdlbD1f3q9tijrEsr9deFGzegzYHTbgJzVhWqYMDl315utFfjgIyeuTRhRjr7xNBs0Z3IoVCYHkyE9iH8Wo44/F5Z0G1AGvpujHdOyYTlaspj+rEeXSes081EUPgXvXdVRAesOTCVThUKyqE6N3edBjqHA3LFzBWDLyVbDdhePfVA26Bo6NuT5XvWiVbAiu+REzqQgeGXRqfnZU0vR4JOdfF4I/B18cXxGhfVqLmoWErh57dgbgASbsD/NAxZc8R3y5lMaKR4lziTp2DLMA8Z8vaJWq1PfgpjPDspOK3yhqc1Xfd5oeAlo5q+f3LurD9wcdf37P7pGwZM5k5ydFoTgQXN2eJrVicF195wD79QPg+9d/qnHsNBAvNuv7dJnVkTiXh8vsE5PCcItrDVz+8fkIZ4vBZztWxjd5elC0GlLccXh0kCcNj2FLLkc6c5/1PjslJ0o5Y+B7dtdrEAN2C+BOHnF+x/+PMSD+v3e6sumIflg+XOPfR+6S4Zby3u8ErRfhieT1VyZpoLLXm6yY1pTBRx8I7Esf6QPzl7Xb6/u2xJwevSM2WeLyoDfvpq9j9fOBc9+gn5fvk2NWybW+S13ixrzPF9FHcryf8PxZfxzqxIvyKZEkGHZvAnXnxy1D7Fuk30xW0agEj7OEl4MGm0tzy5ZGgEfyw/6OnZxML4+KPO7GxtvAJKtPd+0P4Y4/hqaSapx1qKAbB1LVZiQLLLunh/R0WQy4row/MHME+mygiBcCz/bIGG0H6bpHTQnAh7oQIizVw6PXBhBpgzEbJ6avrgbJW4TGTaX7kh9b2UYzI4+tu/qIR/cdMc0EnkIpqvcvFYGVYYwUsodaHMc7VgG1i79tsEGRwT2p2V6vwBdWzn800tOP5j0RsPZ7tFBcJzp/Xb9nvXHtVmi/fAq+tgYAuOPfpdpeLkYsOF1CsjC6umL17SgifSg/OVtWhyuJYMk6Z88kRUFKTtH9ChCGxzp8/LHl6MfJnZBL9U9CXY99uTr30+sRC5GqF8AreYXZjkmjaTDYEDDv5wXiqeOP/DpAI8GH1GnP5LxwkWQtVq+TRWugIVT9/Td3iwA01lNtTSQsvrIBTl0NVpUOXeCD26+PoKkTInb9Dw4b9ANP9wkSbX69bIwOJ3KxLkF9B65ZMxbbx8CYYzg25FnKxWKAtZgHSNhfMfOjmshpwAvewVQXpjVLD9IDvu/a/yxdU8FHjWEVtAP6mmYeWFwKAv0nKTf04Cl6bMN6NDpM4Hz10dCpqvB4ZjpcmYtzPVbE/aP37T7+XbBmMlzVxSmWekCArjuVmkwG//RaDwvhFakFHQmqm50MQzvv5qUt2bpdfQWLWP6dlDZsOKK+4xGqlcR6kZtIvoXUG/dxS5PVBYiP6L2qFlqKY/H0dhfm2j9PyhHT8xdWao9H4a7X1IShhzg/FZclPSvwJsG0Mx4kHt+DWXybDWk7Bnatwx8+flrRMFlaGbGhevrL+eCWCagSjCld1ciwauApfFJNWY8KwrGwcwISlDcqwlDzx0ol3RQisomjNjmilDjR6ltbjuA1CwAH8x5IYeRYOfJza8cAKzOA6PgT2RV6gA5bHJ2yvIfm8sgddWCptGQ51sDtYub11h4uASw+JMjIBvWEI4Je8mIlwH3j18Q88HzGszy2cwHjq4ddKblXA9ivD8Rik818p20MFEFw9d8tT2mySEwa+tI9bUGKsknlZDXS4nlZDkz6nsQjVbeQwG/Jr2TVMGYuBKJuABFUwNI9Iefvli04emRcsznL0IqtgGE4xs0DQ3VmCyaVOZnwPjaLgrryO5Q3xWEC4h7fGg7g+qMt+ieKQzFVA1ba0VgsoiJx74KxmwfuxIFx9Phl8hh6g+Du+/OVuB97+0/kpwRCS19+zRd+aoHjGMCVeDarWhkkbC4/k/2IX5qyHxxYyhuTMMN1GAiUmA8reA8mhvC5ztejrivVaBzllVHDQV+uM/n9ab+dtAfs/BTLiOqQnwiBL6lf3tTXOlVRO3wRE4o58/eKEjE9OtnHytwzupRbQP6BWFiCsWzk4oA18txxNI6sRLQMGObR2LK0nFrKtGyMFKARf4wi1QXto/GMvZzGHHfUsNpxAbefScQsvEiQjGT/3VfvKs7ZVoMZH605DQi2SSpKkGczx8iPo8KUzcyD98EyCA9YYQKxxD7TMq7gNTUEEeEY3Z4T8ga7nQ57Jl3nIZu/i/Oze+f7tGm+xOX6ynB", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYFEca5kYuuQYQCSSAErNGhe5pBnSTKsRbicKY9c46DgOMDozODFFMNLoS47pea4zJekQ3aowm0Xitj3mULjWaqFERcBPP4AUKouAByuV2VTUBlV2pWeef/OiZrq63qr7ve9+3amYIn2BMSXOys7Mzt5MuSUaDTptt0KUNxC24eYjebEmzb7pLsBgz1fgu8UXbi7b/2ubwVNvQ5rYUiV9qT+lNP6MpU2NIzNCY0nX6R9JfK2MNfdFmN+BF24s2m7QlNbURl/9dob2NWanNd/jZQNw/hlw5Nd4oEkzGTI1Fr20jiGcDceSqZAPx5CqwgZTkqmIDCdaAYgfitphoq1AxbCgVRSnVLtKLWp+VLu3oz8LEkWs820RxVgUloxhLFU9RjPyjKC6+ramg8ZAXniHrtErMK2wBU0YzLZGjoBgmEN/EC7YF8sz1otNYl0WBwmg6+hizJ7QlMlkncUzpoCCOLfEUxLdZWwQkC5KNhRTEsZWYgpQcE4gKkuOtAPECE0iWI9vyKIiPZQFxVMMc0/JkEK9iAlH9ckyMkEE8E2E5KnqOLREUxDOlnKOS59iWR0E8E404pTXLU1phmZxgzfIEK/TEqawwZ07WU5s9gp6uyERtDokergiG6XBAK6tss5jo0Ypg2kxWerIimDbrr/mIpGSzfjkgNkOmMwls+wXlgsDm4pQLgjU2KbDxmzqeYI15CWzeSnknsJkXrZPAZsiUeQKbeVHqCUyM4CgjYtl8SAaxuYMMssaHYtkYIYPYGCGD2BhBWR7LxggZxMQInjIilokRPGVELBMjeFonFRMjeJo9FRMjeJoIFRMjeOoRqtYZgb+ZMwfhBxadSWfUZugyJaApp69Bl6nLspjT3FsOmOaM7zykS4LZbNTqpdO9MevxwdTuvw82PGeyTo07D9dZTJoMXapJY3iiM/5OMDFDLz1IlGbTmfQ+UsMTfdykN330Jp0WT0buEg1G7aSperOuldH66VOzpYUZ8Fceer+nR3MloaRrslLNaY5PUy26JXmEaNsH7PtcA/ZnDlg+TshOHWP7gFupyf8RcCt8eUbAfEulC5ztA26lJo8HjGNINGbjztq2xt0KbZ4RN9fSrATe9nErbBE3e72Fln4rKG0fd8BzJTh7oZUt9wpBsH3AgbYoNLuTyd/SNJ05bR93kC3iZt+y5A+RTcdm28fd4bkSvBW5/O+A5Qor5Y8xcbYPOPi5BtyKLz4jYP6xPTr+idObtx39gSfRaDSl6rM0Fp2Z/vLjJV2SszVZFr0lJ8Fk0uRQYBjJhSlba8k26VLJg/HN9300Fk0rp0gV/amFf3x5OvwI/98Abr00XbGlv8YbXr7xyXbPKdXixSnzF11NiYJp87Tjzrv4QeGd7wd6Ojih+L79TQ+9O8Pcz49vPnnaCar+mjD+Wn6lOCpo9ym7vM5w5FHuh23d28NOnz5aMrPODc0aIM4IjYuE3zmWLuhS0QAC647dOnKwXuy+ZO2DmJJImBSwYFCZ03oQPeRL934bXNDm8cNTXi1WwANBUWrndY7wZNrp0oldXVFtRTmKXxcB1y3taZ+UewiU1m2qKjjuj1475vPj99OCIR33sqgLvjwySBWIQuPS++iNAfDsN7VjMw9dBMbKD48M3++JDszdOOIoFwyn5q3p2ONCidjrt6ELP83yQBk7ysy7TvvAT4rcMiIMleKc5IGrZ0X5o63LdPO0ob5w9P09Z+c3VIPeb14/802tP4owTJu+wTNczkMtWHrsAylSLyQl58bura/A9t22r7698Sp4Y+Xba76uCETc29F/2OQfBo2znQ4t3haM3DPwCIfEUXPj/n0osw4sHduYWFtRJ+J093OsEhXg8PlduVfBri9zfnytZzDq7zjNo1OXKnCyRn1lw8oyMKy+g/kXvxLxwq7c9/N3/ANc8vh401+Sy4F6efii7BgFspACXBFfvmf404wt9nCd/V5nP0WVeO7hzIl7LY4odHSqFHopIGXtuht0/SjwzImaY+JVReiRa8Aehm28PqD7IwUaTga6CS5+/NGHowvzRT1J5ClRWszMBXucaP7j7KAEVl/p7IOu5UdIU5SIq3037NsfVAW29MfMugt+nW3ut6z6OiDh7nSAPiPjd/70rhuakb9j1P34AHT0YO9v9e94wOK89qv4LwIR5c9mMXLQe3N6DKkWSfryb4rrf8MdQpBEsqx1swNkXp0BdVKVG7eHoLmjC/deWRYGaX7vyvlyRbgahz1CIc3XNUB5/kDMGfmVcLyXPST1a/BGg8uclL6xxaDG5c+fDQkoAuNwWcpfQtpbo6XS7wc4qqhCF4hRbyWHoc+y/Oago/cBeXwmHyxyqQwcMOy+aHB7uDZ9xz0gkUiiXDk4N79BV7Negch0bzWKSbleQ7cuc4GER6/bIZL+Qg/K/7VXAKGbzg+deQOvcJ/Ik4Ad0FeHB0uSuyPeKUia4DPSGZE09XSDzkQY9SKhc0oA+hnTMdQdYhVUOrugQtw9/pb4Lxz+qFpA7h/6yrgykcjnwKuwY/LZkPfDA6GIy6B0QQGYDrmdYWPRtBtRMfbwXgN+c0Qcjwu9Jwp6S9121vjAOwmSUtN9kDS73xwYAdVk4HLw7pQQr+JuD0TMtoVTI+HyxL8ZSutOgfLLsR3RmHrxn5ILbNmggGv++HrRipJ6QOrZLRCdz7Azzv4hAkYSwoagoAGY8bdFySU6ZzvcBRGLsqWRHVAmMYIKEY15JaFKWyTWS3dJER3Q36WsTD7RCIYQQA3QEAHyTa+03wQIXiIL8UOUdztBr8kn5hVcdIWS+915ueAX0YMI0AkNJkLdJx7OVM7aDS+LYMSYbeLNPHHv8iXe02PbwSwssBQF6kgW0gAG/+QqSb9U5m8B0EvhOPX1REOhv+Zg4SOw6ovIPfWuvjKvHohEB3vOAup7jeCGpL7whhIwkRhxDSB00dUDf5LoS6Byo0QEN3e4+MD9LmMXl4HCi8WSA9SDhV0qvPKiHeHP4/AKvKh+fYIQnrWrzkn2U09E6hHkK/PHE2LbmLLSA43DMnovCOVJNFf39YV3vhs2aYWqI6L6KwLEFsIbxeRJK6aumhCEiDxQpVi8Cgv+tuiwol3I52EhKKTHhU4us8uBE5bnQnc4PfbrN0ecC0WS+pWzVPbw9hEs+AJxBsA7S71I9Dm4GiyrxsLTAbKu2gCkyO/za+U9R5nP9tD1RHDy2ZWO6CaKjxxU5y77ar5I/H+OP/oW231jCfWLYe0Q2d0TstLNFpMx0/z43tj8LxbN38+30sb9Byl8fZM=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlcFEcWHodbkGs4IyZ44RUidE8zoIndiKgYXQ/wQo2OwwCjDLPODAp4RY26Go+o8VgTFTVGYzyiiEc0VnmvR4wGD7wVD4IooOIBiKaqqw2o7EpN5Lf/yB/N9Ov6qt733vdeFT00HGroFW8tk8lM9ujSzZCk1aQkaeOjsAWbu+pM5vg6L+7CzQZ9NL6LeGd7Z/uvNvlrtu6Vtl5IX9FO6ENHg1GvTopIVBsTtLrn6Keaubq/s8k6v7O9s9WKrdsLm9jl/6rQ9obkuMo7/CwKjw8Wr0w03ijCjQa92qzT1BDE0oEY8aqkA7HilaMDKcWrig7EWQIKicK24CCLUMF0KBVBKaNt0a9oXXIC2tHfhAkVr2F0C4VaREpCUaYqjKAo9UdQTFhNQ0H4iL9YiqiTLFF7WAWmDKJykSGgYCoQ+0IXdA6y1Pkiy1gWRY7ASDg6GFKG1oSZVCehVOEgIIYu8ATE1ri2RJBUkHQqJCCGLsUEpGSoQKQgGdYCEMtRgaRypHOPgNgQGhBDapihck8CsSoqEKlfhkoREoilEixDip6hCwQBsVQhZ0jJM3TuERBLJSNGaYl7SgtaJsNZ4h5nQT0xKguaMyPVU417BDldiQvVmBI5XIkYqsMByayyxsVEjlYipsZiJScrEVPj+qs8IinpWr9EiK4hk5U4uv2CaIGj6+JEC5wlbZKj0zfpeJwlzYuj661Edxxd8yJ54ugaMlEeR9e8iPQ4KkUwRBEhdH1IAtF1BwlkSR8KoVOEBKJThASiUwRReQidIiQQlSJYoogQKkWwRBEhVIpgSZ5UVIpgSfRUVIpgSSBUVIpgSY9QVa8I/GbO5I0fmLVGrUGTqNUjoDEtMkmr1yabTfF1q04Yb4PvHNEl3GQyaHTodG9Ifnmy6Lp/TRaT9k9tNB4cozUb1YnaOKM66ZXB+J1gRKIOPYhAq2mNOldkeGWMA/rQQWfUavBi4l1EkkEzfJTOpK1mto66uBTkWBJ+5aFzf302O5FKgjo5zhRv9brUgqqKhwuqfcJubyKMIxJhSMGDNTXlraDmLZ0qpIYdXPu8q0nN30h0NbJ5A2G2asFzTO0TriYnfz/R1ajnDbyZqj2LY2uft8f/OdFc1X7LKWufsOdbJUyfYWXVvYLjap+w11slTN+7pNczLw6btU/Y+60Spt+kpD8bXxyUa5+wz1slXE2B/G/CUmqV0h8uobVP2PetEq6mBb6BMPvSdhz2ynnNRUa+0okwGIxxumS1WWsi3/XUQ5eeKepks86cFm40qtMI8H0xFsYUjTnFqI0THwypvO+gNqurOTeqyJcr7MvuafEj/J8C2Drn7hie+6wCxFxf9c1+oRmMjWt7pfvMchCa0EFnKM4H/r8bBtsdbwZXzm1Tp5u1DdzQ6Vq6x0dymNvPe9vJjCbw9vzNTiPWPQFWqY5Nmo87BtJDfmzXd2dTqJoWPuTmibpwz5HlkVsflIGPf+m1oOGsRnCvd0C0TWM5FIfPKOevfuu26pc9nrD1pSa2E+bbQTQoZUT9m8B+nV9sXP3G8HnDikcpQxzgndY7m7k4PuBn2RZ7dXb1hf7h9zTHlnjA5JV1dtm4V/D7sltpfVd4wMzR93/qUeAFJ7Xu+n3djvf5A7ODRwUu94WJjZJS05s6w0XJ7pPgEbngNazbg1nRbvDDU4tvNWjmBO0/+ab3slZWgshzvysU45GhgGiQucnCjaAgN+Q9eMEfYu/q+XtCd+S1d8BKsNi+/tLP8v1hqUv+to2TXODC51+NK2+TyzOjAht+oGwAB7c46nqozBueVRaFRnbayzuUZiRk3s4H5QP1B55tdhOYWxua3pj0nL8Dwxp3GX0XiP42nA3cPfiDF7Me8yLPQddBI7zwTA/h8Q318jPKPP4W/92V3c454OfheMY80MVJ3mqq12neUDz5cMyeUpAx7adr+Z4OwrKPMUNbwU8kUA7Gnsjs/3BHIdg2dPy5T9LW8Af1ys+3CY9BTnFJl/5TSkHW92mHWrSxFvBs546vBhPmR3yZtNpV0ODh/WRCyx8UJzrk2MDdQf9u6TP/KUDBQYwf8XaDF3X1nFEIslRP9sa1lAvr1ucMHtn9HsBZaJpyB2z5z8jdyxZbwe0brfJmrHETlnwesHfKagfYKwp/8oIoWiVJfVyEYbvM83ysF/AnG10oHddSIVwN/CrjSfAzHqtyYaECrjn4qWpaHT8pnrk8cP6WXVHiR/RwyQ92RvJEGuVXbEGO3GgA1/Q9wuwPdoCRnYwoRUV8H+fAzUsMMthn2Y/rc65YQZQ9lCEbKU4FIPbhjvPTK+wE5BxC/gG+WPrr2t9OPwayOSitQZ7CuAa4Mkr4BVj2X2bz87X/0gy66COQfN7jJ5o6fv3INo9H1SG7LC8FD1FUQ8/k8Sioc4+Ot4M6mWGC9QFH4fBNlMB2TsKU2Oxd1z0KQPjE3EOLdlYAp3k/TOwZpRCcxQBf46egbK75zllAYvhiTA874dj4zmBsA0coymapDTxWeHhf+0B74RJ6fCLTHrZBKpq00RPObH633u6gUj4Il01WObAVE3mPX3Rp3tTJsXLYX3SwOSxejQN6H+xe9h4qwcsgEgvhXAsYJCbOltTXXHvY46mP6SzTBF7G8OzboAgtu16Xy19zRA4HB0CtL+oIKldYWICFLCM8J/tDvu+ATeCODNqhsu3xtIw/PBKv5CWtXwEcxARcBYJCvS97eCMoxmWcN1yNZTg3G5A6PsCL/eO4q3ATy99gLZA8bwKjRMdz+P2bPkKuVvCiPIufgPPrygbqI70EFHQUMD0fGCFWAEDJQUrV8iQP1wEOV+uu5aA3ivI/oLUU93pCTK9mGdOC5JDk7xwIQNH+de1ZkInTfqEO6TPDC4EaD3SQCxguKIp4UcdnnIXt708u6Lm9lD85Z+CziDJHqV/cB3GDLna0Sr3HD2jf7o9z69byx317nq8/5jmPLmqm9y0gtsUdO0FhLB5gD0n+KkAwLrdTlwCJ41MglluXJ2DY5RHTZ90oA+I66fZw64OKU6ktFEJq+qoPI/zkcO0Q5OAQH6h0C0EhdBdm733YfKCLK7Fn+MKwMwf0SqgQFiB15I12hKdT8wOC7RUQTX7busRVWFqEBVIEzFjWgz0EsS9xLkKWZ/nRQpSsy3KH6R+s9BL0fcZu2Dq0FMSIDaGU6LmtQhiNqzG9kE/MvG3K8rzPD3XtF7als7dAyvQxnyhuQI94JGpUWEUAd+flkaX8VFx++23hddS1BmS4EP/augpkv/gNiHVcVAJ+R1XmcMRL8MPhC8pFe9nPUU5yN0Hc3cOTE0xmo0FvenlvrPyniso38tXYmD8BqOxjkA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYFFcWZV8EhG52IoprjCt0dTfgMtUIEjdEbJeMo2NaaKBlae1uJqKTuEUdIy7jkmTcgltQY0aNJhpF33Uhxi0xSlRGJYK4REFRUEFF8l69MqD2N/A68n35Yf8oqFvv1Hvn3nNPPappPU4/NNHOysrK6IQPMfpUbXxGqjbxbRIh4UE6oynR+tlZhEmfpiZnka9jr2NCzOalWGxdbCjWktoV/xKtN6RpUiOTNYYkra4Wf8zcK/Z1zGys3+vY6xhTbOCzmODev3djH316Qt0ZudafjA8RjpyaPAAiDPo0jUkX30hQKBtIJhzlloAYZ+L6k1hICBtKbhFKIRzDWUHCVDI2lJKigi1CMc4VSlGc2gH/UOvSk/C2oCFMmCWpCLOIlIhiFFO4gJKFNZYUXZnwg2NYIJURhTU6gbRIFCRnAolqVzAukLOMl9yy2ShMFi4wi9JnjGsMM9om8hCmdIh6ZysyBcksmYlTMIHExgq3ACQLtgDEKZlAtLFkMgtAXCgTSGxGtgahII6puDLawTKmrhJBHFOdZLTpZUyKEEFypuLKqFPImIorgjgmlcuoT8iYiiuCOCYZyeSWg9g8QqawJBGiG7EtL5QRRHdXAobp2UtLK2+0xuu2SfJGq7VukyRvtO7qdjvyRiuobtcit8TF5ZZ4q4LNW6njKdieF9S8FGwCoj6kYLJJ0VIUbI5HJaRgMy+qIQWbD1ERKdgshapIwWb9VBEKNhenICWbIYsgNkuh2lNaYilKJkVwtE5KJkVwtE5KJkVwtE5KJkVwYvaYFMGJiWBSBEc7V8mkCI52biiTIuS0c0PNK4K8GzP6kgsmrUGrj0/WpmGgIbNvqjZNm24yJjarf8NEe3Lmgg8RRqM+Xof33Pr052+mbvb7zYZlTtCqyeBhWpNBk6xNMGhSXxhM3spFJuvwhUg8m9ag88CBF8Y441+idAZtPJlMOItM1cenvKczas3cLVqXkIEXlkpeROikL9/NUaCSpElPMCbavizqkPrikYc3PWFJQ4RJRiL1GWRwfGN5ezLzDq6vf0Vw0/M2U5o/ztuMehrgLavfwoqQpudtpjR/nLcZETXAm6vvQgpZ0/P2+nPwltc3UgXX9Ly9/xw6V9R/FijkTc/bpyHeTWzk4ksRcQeqaHrCvq+UMLuDi69ZxN2zsukJ+71Swmb84f8TFpnKxQqHNj1h/1dK2IwxNEBY/HtcrHDYC5s4dyv67UukXm9I0KVrTFoj/VrGDR/iMjTpJp0pM8Jg0GRSYEshF4aMeFOGQZsgXHi37jxKY9KY2UyGil/TPL88LblEvqwn0f9teTQ6Lc9DFavy1BzylMCas/I7YX2lcH/AX2eHjbBRkfCZFB9oe6H6g/G93KFsda8u+QFeqo9axd8e1ccLhh/YuH6wqjmo7dct7mHtrPrnvW1DUpb7gwLf5e17TqA82XPwT/+uRPNqtA9Limxh7KeDvLM6tYHxuaYlfnbfocCwpCjdHQm8GeK0pcXyIGifYbPcaYWDauXhoG2GjlKYkzPymOxDKXx2cvOPP484we8b+nHrBfdtoKd1zIduP7aA8YUTP1pQUoImH3mrx+Ljj9H1x5vunu4aBOU53w0MnXuJ35PiXJ193Q2iHpXdgvBAuFuJiVVJVNKZcGzNLD8YH1OxQG1ygogZxUc+3VuO8jtr/YvPN4ewqoMJm99tA4tC3uvaulUtn9Dzl9j5n7iBMOysN4x5GonvWMoPHufxTvjOajTwe8feK5b5AaE34OYTXvH3Pf1dbWyBHDs7eoMw/RUf6NF2wJSZ3SsQGWVnkkK6fNou1YxafuHB+x1HLyxGZ/PScOQaesPtctdFQQFgn7cQr6AcXYy2neSyvhlMFRJXzNe2rnmQcTkL2V3P6ljmdhvxI/+2HaXaq7rkL78WmHMTbV2q/Vf8GCvYd8Ur8Gh7CcxLJZmpRpzwkcDMuP6rpnXwha9DCdFt6NddW22vu9rCmLS8p19NOYaa7w/+Tye/W+jy/uYrubW1SL52Jx75hJeRdFRWo6xvcWKDnCARz3Ix2g2Gvpk9d1vRVXHdzeD4mr7fVNT4w/v//Wbc1IJ9vEu7jh9kfVuO1pJwfhXCbHDkBNqOSlf32mJD9WIoQzhbc3wKCpGgh4AgwFWO3br0Ov/WcY8je3YXINclm2bEOfvBJs9TUefLK3mh/uslsMN14pZ5F/wh89cOIU6lEkhukzpp8oZiVLhkzqxRZ6zgRgERehGvL591dNiB2yg7oPuldrOd4UwMKaC3Slh39hswYazjD/5xNsAd3t4tfd0jtM461146TEp1HNcOnHqvGP5Zij/smEKEbk3ztdcbNt89je/0lJ97uvCyy5InyLHcp9+QJxt5vw64M04HwMkT+DPIhtZ/qz0MExJ2lRf49L/PV2cn7bhpfIDK3Eji3VVCeFUVwlkYldCzBp36eURp956u0AXL8x3fanQ3/sSYgU4+cI9Me95WNeSJn/Gc9DEiKk2XSiAnEzeE1BaIOr//RwX6atUd3BGO0At34+gPpCpSjZS5LlAzp/LCuele0LwrGVHBL3AgC/cFXPxl+XPdQWjf0X4qQUdaT0gkn2tuQHVhr5q8oUtki1st4PMVpGHt6LyLaxFu7hHNu1rB7FFncq8sbQtq3LYZE+fxXqRsch/Yf8C3gzovCG6M7/zgk0s+8MVfiIBPoZt2coky1wtybvTrVrvGTnXoDGlI4PFqnJPb5CJT9NIHDq1agqCbLiVo7+75DuUfu0Ib0g4rJ/KLj0/th96PQd3TSeXG8ThZu36a5qiqUl/ZsOIw8PjMqtDGDra2L5m52k0CNC/2oOyFnWWNO0zD6MDdPjBCEG4ZL1w/7gCrybDQAkR9oEbsr2oU3Iko8RH/NH8SVp49nFs3oXezkfaAxYoX5gIxQqPn80J/ZblBKYRjBQTAbnLa8RZaSuSZW4R+IPZWGgiLRxNjKeI3EvuKqECCf+X4ApHdF1/e4LFbYgkXIETSv/MBEqY/X8wL5Tc4gcdkJU6lldh3ebyQZ/uHyOXrz3FlPKmvJrcE6tM1qNui7KqQa9Yg6MHZA2IFYu0hWmjTZ3WtQbNuxe1uOcsHpnc4ODtn5EPeXbhhFTrc50td4cRSXshfUQsQ2trVWuT5FBW5ECXf4ynfGv7oVX79L/uvoUvtHKYvOyRRbdhHFngHVbQ6rR/rWImENp/vCsOFxJagi8lW+ulRviA8rSPSk4wmgz7N+Pyzru7/GepehpuJyX4DbBlXFg==", "1: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", "1:eJztWmlYU1caTgIJGBHCDooouHXqqOQuAfSx9yBKwV3Bqp3RGiBAMCSaBC21WrVTl7qMTmt9Rp26jWutdax7nd5Td9tq1dZRrHUYRXGpCIpYNp1z7rktqHlGTqZ5nv6QH5fc7973nPN+3/u993BDTKZteI63QqFw+KLDIJvFlFVoMeW8jCM4PNDscOYofz5LctoK0vFZ8vPY85gUUz0VG9IYG460lO6HPqTY7AVGS3Ke0Z5rMj9CPy7GGvI85jKW+jz2PEYVG/BzTHLvX7qxj82a3XiGr6Xh+/XSkU3HD4Aku63A6DRnNRMUTwdipCPnDohyJjYNx/R6OhTnFoqXjom0IGkqhg5lIKg4t1CUc8UTFJuuQb/SzdZctC14FibBnVQkuEVKRlGKKVFCMQnNJUVWJv1iKRZIZERgzU4gKRIBcVQgWe085QJZ93hx7s1GYEyixKyvrTCzOcxIm3B6qnTIeqcrMgEx7szE8lQgubES3QAxcW6AWAMViDQWw7gBYuOpQHIz0jUIAbFUxWVIBzNUXSWDWKo6MaTpGSpFyCCOqrgMcQqGqrgyiKVSOUN8gqEqrgxiqWTEcO6D6DyC4d1JhOxGdMuLpwSR3ZWEoXr2ktJyzdZ44zaJa7ZaGzdJXLN117jb4ZqtoMZdC+eOi3PueCtP563E8Xi65wUxL55OQMSHeCqblC2Fp3M8IiGezryIhng6HyIi4ukshaiIp7N+ogiezsUJyEBnyDKIzlKI9gzuWIqBShEsqZOBShEsqZOBShEsqZOBShGsnD0qRbByIqgUwZLONVApgiWdG0+lCI50brxrReB3Y45wfMFpsptsWXmmAgS0F/WzmApMVqcjR9t0wBw1PmuJDkkOhy3LjPbcNuvjg6Vrfxkso2iCKR3fnGFy2o15pmy70fLEzfitXHKeGV1IRrOZ7GYdCjxxTwv0oa/ZbsrCk0lnyRZb1vjJZofJxWgp5uxCtDALfhFhDnp6NB+JSq7Rmu3I8Xpa1Pqm4uESPU848FclHExNOK6p8Pk4zxN2UZPHCWMJJNsK8c1ZzeXtQjbP4M007V1e73neLkrz//N2oZ5n8Gab2g/PeJ53yG+DN9fUQXnW87xDfxs655s+BHjO87zDPMGb3sjllyLyDpT3PO9wT/Cm93P5bYu8iTZ4nnfEs3hTPcBcuMX/Jiwz5eRCx3uecOSvStiFTTyDsPxnuVzhhCf2cgEK8iVMss1mzzZbjU6Tg3w70wodhhUarU6zsyjJbjcWEWC0lAt7YZaz0G7Kli6Mazzva3QaXewp4+Vvax5fnglfwt/Z4+jKjz4+/9quQDixTauSbjo/OOZiitfr87TgRmr3RzENIXD5tbYbrh8Lgp/tWaCpCKsWzpbld60eGQZTh9ZHOM6p4YPCkhWB67Sg3Tu3hu35MBL6qbrODhsdAMtvwcQO/auFohud9b5bDonOnaF1X52MhRuPDIifm+QN3jQyI+Je9IZdq5f+8N7RGPjt/ishbdPUQJrPNxBWWV6ZurU6EI5K3HFs0ucqgI8rW98WZ3gf/rN+chRcWIhXrAK2ineOZ3wBhczV/+LuRLSHMe0QskEFst4q7l10XgkPhHdOV3eIhvn7ne9FeHuDDv2nvN1jYGv4QfI8S9kUH3ioz8fmS5UqsGCpNeht+ED8J1rG8XUdoO7G7k+8ctWgMuvrMQNSfWHUrcuG1iAUsof+0d26VgUOzNow8kumVHwhoOXO9XvD4Pz+N725xUqwzats/gu368X2SQjZNhhmI/ix2Uqw609vnvq0OBDsVweFCCn+EKej/Hgr0P6M7TWfkw/F07Hf10zLvybu+QQPcFUYv2zyijVrg4GUt3IdnL93fIuaVSpwvqKq/+hZJaJKGuiIOKbg8MPtU8qFzeMyhndZ1SAeubgTzaSA5L6Nwomv0Y9fEBj5Y4/PugSo4Oqf9Ne2rvMHHZc+WjRtig5I9a9uCVGxqwtL7glSXupOC6/e33vh3Ya7oiANWC/ESgkvF0/1xSP7wklDosPyB90SUJV2Zb7lD8buS0OlrxE3oqwc0qtB3R/RwuxB4Ho+rrA/XNthb/3sqoPiychhF9q8WSccx+XsUSaeUVxStdAqwHfLcOHvC0f3YaFFwz4vXS/eUqsEUwUeDV0iiFPbJuR6h8LaabiSClBQVrepcrgWSvna2Bre3TZ0/LIHXmB0+O7TiuhA8HtpQAWUyv5KtbAdVU25/6yQ0qlQtWyOF0z72/TOB2ZVChNQ9iNPR8M7xw8iJSjhjtGIuNYLlCIZXBXqxU6aGUuSB3SW664Bf30xYsl3LVqASxPfXVh6Vwf74nRtCgBvGD56aeQf1PBOQr+X7TVl4sk5Zy6VtHwoDM7UjUqsCgJ4uWcWhMGhktCU4KoRC/ay6CMlpFJYHIBHqBVGbeRP9Bp8X5z1Ku4IBez17yEIUSV+tbrfrntTw8H978/NcKQ0iBidcNgfbPr7YBBsrBHPBd1N+ianJST1UpD8M15gbtK4q6di60Qk+vXaFA1Yg4ZpyGgFo3ADbtNCSR8DdSBEAobAAcd8ei8/Gwql9Gy4IvTD5S4Og/mD7i1Mdz4Se01AzMbqgL0mAHVIFPw8DmVkhA5unjkMpbRU2Fx5ZlCmrlS4sm75ofZDO0KyPm+AsjjPkusHFYun1fWcEAvLULVTu2uAb+/lI1aODwE5c7LGXNQEQqluZYGA5MkLdkvGnddTnCQZ1HRxHBbezXAwRSKkgzvXFx393T4l2IJkPGmIVazfhBcwVCT+lCl2Qe4TdUFD+i3NG/bAMlDPFL/JwU6mA7mSoT0UIy+PCt8dGAy++BIl2uELZjpS3q/W+MObS7b7TdxSJWhwt108LO7/YBGq1H0xL9by+hudNMB48NuupsjrYoYTd1QAxN1Q3Pu0ELCCXbMjXgcW6Sd3i2lXIu7F9pmqBhLvrWFAykOFHyR6OiWG4MbidHI9tVAa9vKPYg1q106lgQCzCdoeDEkdz4oPk2tv34J1QpseP3TUzDghYNstHuwNsArOlimB5Kuzr4jEZyoE6bYl7aG0zGlesGZV7qc3HbWCeu1feioHlYur5m77z40RXSByQ6RsDZBsO8oHnEdqe39SAOSm7wYzM4OBtJ5sP3gU2/i4SlG1zLfNh2NrhWCciE6hQPLhhAjir3UagN26W0wl8dWrtcKmYEy0QiD6fiRuxWWLfiDXrV7E2ciLjQTZ+EH0kxJqpUQHAelpnWTNdTjttgLH48+6xn9raHwn7iLG/BckAUNO", "1: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", "1:eJztWmlYU1caZt+VJWwhCAkErVYr3CwsreZD3HApCmrdxjGGAFEgmgSVccddK65MLW5Yd8tUxfJYrTVHW3UYRyvjgrvWascFwVJccZlz77ktqHlGTgaeZ36YHzfc7973nPN+3/u993ijZJQ+Oc3BxsbG6IIPffWZWk1OpjatBxthw310RlOa7e9n8SZ9Vgp7lvAu9i7GxezeiCXVx5KxllI88B/d9YYsdWZChtqQrtW9xB8LYyW9i1mM9XwXexejivX+Pca59x/d2EWfnVp/xl5LZO+P4o6yFPYBEG/QZ6lNOk0jQdF0IIY7yq0BUc4kS2RjUVF0KLlVKAV3jKUFcVMxdCglQUVahaKcK5qgZClO+CtFl52OtwVvw8RYk4oYq0jxKEoxxXIoJqaxpMjKuC8ZxQKJjAis0QkkRSIgORWIV7uCcoEy63jJrZuNwJhYjllXfc6oxjAjbSKPokoHr3e6IhMQY81MMgUViG+sWCtATKQVIJmSCkQai2GsAMmiqUB8M9I1CAHJqIrLkA5mqLqKB8mo6sSQpmeoFMGD5FTFZYhTMFTF5UEyKpUzxCcYquLyIBmVjBi59SA6j2AU1iSCdyO65UVTgsjuisNQPXtJaeWN1nj9NkneaLXWb5LkjdZd/W5H3mgF1e9a5Na4uNwab1XQeStxPAXd84KYl4JOQMSHFFQ2yVuKgs7xiIQUdOZFNKSg8yEiIgWdpRAVKeisnyhCQefiBKSkM2QeRGcpRHtKayxFSaUIGamTkkoRMlInJZUiZKROSipFyPjsUSlCxieCShEy0rlKKkXISOdGUylCTjo32rIi2HdjxgD2gklr0Oo1GdosDDTkdsvUZmmzTcY0t4YDpjmyZ+74EG806jU6vOfWZ786WIrbH4MNyB2rTWFvHqA1GdQZ2lSDOvO1m9m3cgkZOnwhAc+mNei8cOC1e1zxH111Bq2GnYw7S8jUa8ZM0Bm1FkbrrkvNwQvLZF9E6HzeHM2Zo5Kuzk41ptm/KeqohuKRxzY/Ye8mJSygJhzZUPiKyOYnbKEmrxJmJZCgz2Fv1jSWtwXZvIU307B3FVHNz9tCaf533hbU8xbesob2o2Can7fv/wdveUMHVcian7dfkzY2vcAVDd1fIW9+wv5NSpjeuvnXIPyeU9H8hAOalDC9dfMvVvj9srL5CQc2KWELxvDfCfNM5XyFo5ufsLBJCVtwhLcQ5v8Fzlc45rVtm6cN+b0lQa83pOqy1SatkfwQ0wIf+ueos006U268waDOJcAQLheGHI0px6BN5S6MrD/vqjapLWwfo/kfZl5dnpa9xP48z0Z39RtTOGH1DVVRUMfL0jkOyKXTqoHr3veAws/ZjzP0/S0/xSS1QSv7+H3aa7QLfJf8V0l+TrlqeZxt31ktas3+o/Edp1zh8OKoCR3WO8ClihnG7it+MWdvsN3v6OME7OWUWi8Ytf6svPqcBKXN0/zpUncXuFNQ4jGu2BPyc8aJWhSJ0MejvAbHfl2ncpe+N/XTvS9VByI/bxdY4IxmOLAju0PZ+APrgna4QnnYxSdT74jQvbUftT8d5AWl0Y8PpbZrASd3D3mwt1CMuur092fP9wJ71wWhmio3eKF9dEMtESKW5RcbnKBiw9hObhW/qRbs/Ol2Qclpc4eSNdVbjjhBFDvdCm/Ao20faRKjpfcmqxQjnqtizx7OktvYw/k/j08KGeSNgtAwcfyvLUheNjrAs0BjhQ8jRAWnXTPCin0hst02wcmutoAq8QJXCBDLZkyZAGTsZ7kYqsu+7/I3nRhJdhoylnYIBicfX9WRS/ZgV+giWjvCFmUdflEyqUYCN9U4YZ7hsPHqgZarZSHoGvv1RQi0OTRnyye9PMh4MleEwaWznoXB7kk1O/uNeaK6P7tswMGtTigpBFdmdyi01wqvD64Ihh/wrFd2BaO5/udPPDoVRPIVFwa9/+7caVVBEGoXt+zYtK0SKF54McOmozfgbGNBtETXBwfsKS8SwwcvJc8f5tgDp5dgD6T3mYn+oRZB/wuiyeoSEXB5AiES4nTUHAwl618shbjwXpNm6gPQ+vTdd4xnwsAk/ezlks5+8GttryFzYgTIUe6t/GiKBNjh1nfzgBTHDcvibMPQT+7Lt+WV+8LKbHyllz0szPx33bZxIuSJs/D1o0BS9+3OYHjieXtPtQAJauJ/TBvoCDjbrk9ADBXy6phuR/0RN/+PYtie1z9xjY07vB+IK7XVm9dbK1JX/0qVqMW1DkuKqlS3e2KmUxygT/T8+JE3BaD6ZNguc7EE7Rk17Xyn3FuqHRE3Zq7tK4HJamZg5B0Jupq06LPsZQF8n9Sp2FEeR9WZXyQ8vXdXLIW2wxcfepAhhR72E7G0RWjsiXn/ulIUBP0wzMfeGbh6l3ghnJ1Sv0lS+ICF/3JL5V66Ofdo2+fm4Vhtmj6tYB2We+HmEGC7b9wwIRq8VXH8w3x/iM+7fnTlt49VXNvc9UKbV/0g3lkTAMnfhMy+Wx4A+U73/Xv280NfncNER4QA6Vuz+eSZQZUdP3Qj+pzfErp0vnW++KknsGk8k26HuD447Qw/b2IHvGX2rztWVfZ9lXne7KGn9mvcQPllZ5wZN/DAZeqfuEhVN5xlYg9c2w31gWl1cWNP3ApHA5LbFM3f6QKcHQzwgnOsPYwXokoUiytzW5WcuGZ667xQ4hOnJahNlEtxcFAoPGDlcdYZ2h7zOrrvm1rz06mj95sEEsCLT9phksI+XOaiLWJUmzloylcPQ/k+8gIs0murvR3R7dZ4oOFSyMPTPXS6p4rhCHmg8dhurh0Xw5VxC/JvMEJeRyHo4oLn2kepQnA+Iex/YZgESv0wYddWROfx4VDZ8ds2nr0FsPLy8rmzLzgjjp9LKBBfcQZWHYPfc0JOMwoSFlYGwpEs+fQ9NkHAdmXhHhGS7n02t3aSBDiZTYwg89f4ohH7Ej3seksgtlsPLOXWEJY58S+b2gchzg/WhkMVa0MXwmH7SJzJa77oCp5+qFEKnqxAeghg4MGtGz+e7o9Y2/5yURhclrIrCCTjZHojV+wqbY+FEb3NfKr6ZxVrQI/woHjiPDvg6vmzL5TdVG28OjUcXS6dNfnk7moVZ0NLwoCzu4Rw4gMoEPpsdusekWMHPpu+OxjQutY88ubJsItDIiASp8f9QQTMYYdbIUTu7F1Dg4GbfokHsPQvBggQ7v6pdUERxDeYh6rypcNxq9SYib+LAHfX8e1JoUD6U0TWv1AA3NM6PjvdaDLos4yvPuvq/wdD/etvCzHmP2ax91Y=", "1: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", "1:eJztWnlcVFUbHsBhERBk30Ezl8xPuDN3AM3OQRRxC3FM3NJGGGAQGJ0Z8iOXIrfvh/7UzyWNyixNNHdJ69PyXrXMXUPUXHMNSBBkURCX7yzXQJ1fcib5z/njztz3nuec85z3eZ97uJd24/VDk1vJZDKjPToM1qdrE7PStcn9cASHB+mMpmSrx2dRJn2GGp9Fv4y9jJGY9TOxuMbYUKQltRP6EaM3ZGjSo1M1hhSt7hH6mOkr7mXMbCz2ZexljCk28HGMuPdf1dhbn5nUeIav9cftw8hRocY3gCiDPkNj0iU2ExTOBuLIUWkJiHEkRX8cCwtjQyktQvHkGMkKIkNxbCgVRYVahGIcK5yiFGpb9KXWZaagbcHzMBGWLEWERaQkFKOYIgmKi2guKToz8qVgmCCVEYU1ewFpkihIyQSS1M4zTlBhGS+lZaNRGBdJmPXRZ41vDjNaJsowpuWQ9M6WZAriLBlJwTOBpMKKtADEhVoAUqiYQLSwOM4CkCKcCSQVI1uBUJCCKbkcrWCOqaokkIIpTxwteo5JERJIyZRcjjoFx5RcCaRgUjlHfYJjSq4EUjDJiFNaDmLzCI63ZCEkN2KbXjgjiO6uCIbp3ktTq2y2xhu3Scpmq7Vxk6Rstu4adzvKZiuocdeitMTFlZZ4K8/mrdTxeLb7BTUvnk1A1Id4JpuULIVnczwqIZ7NvKiGeDYfoiLi2SyFqohns36qCJ7NxSlIxWbIEojNUqj2VJZYiopJEQqaJxWTIhQ0TyomRShonlRMilBIq8ekCIW0EEyKUNDKVTEpQkErN5xJEUpaueHmFYGfjRm98QWT1qDVJ6ZqMxDQkN03XZuhzTQZk1s37TBZjs8c0SHKaNQn6tCeW5/5ZGfq1n91Nix7olaNGw/TmgyaVG2SQZP+VGP8VC46VYcuRKPRtAadKwo81cYB/eijM2gT8WDkLDpdnzhhss6oNdNbjC4pC00sHT+I0Lk925sdoZKiyUwyJts8K+qwpuJRRrY84bbPI4xXJFqfhRsnNpe3OzPv0Kb650NbnreZ1Pxz3mbU8xzeXNMS5sNanreZ1Pxz3mZE9BzeiqYuxHMtz9vjhRY2O2FlUwflFS1P2POFEmZXNt/U/XllyxP2agllszu49DRE2nryLc/buyV4szu49JhF2j2rWp63zwsVuBl/+HvCElOllOjwlifs+0IJm/GH5xCW/h6XMhzx1CbORUbfvkTr9YYkXabGpDXS1zLO6BCfpck06UzZUQaDJpsCg8haGLISTVkGbRK58G7jeR+NSWNmMxkuvaZ5cnpafAm/rMfRhLLuuzq57AITx9kd840/DXxbDW/TbZsvnKrh3g59rVpwmyEe+rLvPaHnxGP/KRzrD2n7SmFFRf7+geFVwLX0u802xX5w0JrWMa9mWYtfnlZWRPS9KcRBd82+xQFwdO83S86mu0NlW9UbPxZ6iP4rxnY5PMQf2rp5gP1j7OHcB9q719u1FT8yxiy5ExMC1/JHe771aw7YHl63N+mbSmHRmIfR98p94eCZznGbPRxhXJBX2mCjkzg3vbhh3SRvWHJ2w70x5W3h6eFoYvltRefL3RaurPOCfX+rrBkwUg5BwuitQpmjqPW9OsI7PAAWB+aXxG6yEj+MFaYFRlwB/7s/p+Z8QgDsaYVGWOAKEel17gs9RNucpdFznUJg2qVJufOvV4ELqTJ9TquHws4JDvUr831gj0WHP4gV7ODYnf2drNfLxYPv7f7Cr8INegYevAFW3we/tj9fPz3tgXDzqspPPO8OyXLq/GGnMPsNAaOqBZt/O3boPP0q4NFq9TPcEFb6db/YwXYrcMgNTrw1SgYn5E3+7KtVfvB1MnFr0aejWr5q0WXhD7D6991tisAelJUd1RfBjPj+n3/Y8RYIIAm7JHz2U8gWQ+odYd/Jrlrf8TbwiuPidR/91xfyZKL7QHBN+vBpm9YAFI3vf9EDlsV/HzTrppUYQCZaKXSd43X22N0GkHTknYEH7DYCnC7XX2rA8kyshApwYPmujxe6NAjc5G7tgmvksMBp0oa5iF/5ijdeL8rbAWrPn8kxxlwWELjXp54ekNCc5yDSfqzEs72yR6zdLoeEZu9C4OK4fU32L3tACD7d7QHzPkEfXzfRO3bIfZ8CNxiE0vWvD5wgnZ9cPDRsz9rVbzlD6zx7JKV6gLJ1os8IuYhE+3lFcQCcdqJgZG22Ozxy6+C+3hvLBZKX7nUCka3jA0C6GV0rfHsAX7gH8DDGhNYi7gZJBuze491RPSsQjncdEfmtvRvsMmbB3tq13uJ2z4bDt7q0h1jGQ4f7QOsf5EjB9QI5/7gBHPvm+KnhZY+EHq8MmDKj+wmQu+VK6dJtdQCr96YsAAaOSur5e5yTuOSO7bjlg7LA/KxJ/s6Xj4I2u0M/ec3nIcCoQWtKwFCcjvgaodPe2fkJhxqEgilVW4ZMcILZpR3D7Mt8IUmPugo4WeNMVQLK4w5Y9mjh9IYelcIDJOczOS7w6x8REXdXuPnV6zNWHN0pxF5532NTvyvAnxRIJXDE1Zr3J8BV9u4SHxhJOqoR0Crm7z8sFzNXWf0gX+QPaX/lQp362tef/mQFiXx2+MG0wdXz1TUONJ98rRB/zn+qZlsgJHV/0gu2PrNqYq9cb5EjBeUPi/L+QJVnAw31LqXfVbiKpAw6tIdk/ZcFQ6qPKmHnuVzkCGWSjq4KRLZdiwHpV20HSfcTAuHbWAZQJoZE3U488k6tQOprnULoFk2UAh5/F8ouWTvklko+JhNpXdYDXP0pfQLgXZwOzwtSXZQIRK9ObnReCa3EcXhaO08IW2yK53Uul0HjGbeqqOPXASq6vbM7WUFim+dug02/jXsvLshWRJ3NG5BmR/2o2A0OHDk74vTPleBGVXChflyFsGEjanjcC6LBdfqJdmIvslD2YsyO6gdFdS6Q+KCtg7gey2lzK5H4wDUPWJLW9c6yi66iP7aJnIcClmXnC3I4BWf1/Vqp/vcKO2ZORRVgA5FLpRT8eVIo6ooNpFhY9QpyOqWrSOymvhio1r+ZMHpSELyGyyHEEz7ahoR2wle8tHjOrFEF7SAyu58X3PaBS4scUtunlwlo8oipDTx+FwtBJpL8m4oE5OIXts8sAadws++DIe7dpdRR7E4EVAhonV8CZPlV1jDlVDFiUi/p8LaAsxOcKJfqzxnSOgiEW3H5OFVL/lYLyN06KjPFaDLoM4xP3usa/5+h8WG4mRj3f6ibIWY=", "1: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", "1: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", "1:eJztWnt4DOcaj1xFyGWzyW5CkENVXSqZ2dkkOGYi7kVInLg0ytpskiXZ9exuaBTtoXWpqjutR49y1LUUrRI031uK436pS7QqxCXOCXJDmqsz33xTCfY58m3lec4f9o/ZnXfmN+/t9/7my0xCx5njkl2dnJysjcXNIHOaQZ+RZkjuiy3YPNBotSU3+mMv2mZOj8d7Ma9sr2ySzfk5W2ytLU7kUnxT8UcfsyVdlxaTqrOkGIyPxY+da8W+stm19Xtle2Wjsr31h01S7yfT2NNsSqrdw8f64/PDpS0bj28A0RZzus5m1NcTFEEHYqStxhEQpSe2P7aFh9OhNA6hOGkbRQuSXDF0KC1BhTmEovQVQVBsvLv4FW80pYjLghdhIh0pRaRDSckoSjJFSSgmsr5JkcikL5YiQEIjAqt3AUmTCEhDBZLZzlEGyDqWl8YxbwTGREmZ9TJnjKtPZmRMNOFU5ZD5TtdkAmIc8cRyVCB5sKIcADFhDoBYLRWIDBbDOABiI6hA8jDSDQgBsVTNZcgEM1RTJYNYqj4xZOgZKkbIIA1VcxmiFAxVc2UQS8VyhugEQ9VcGcRS0YjROA6i0wiGc6QQshrRhRdBCSKrKwlDde8lrdXUm+O1yyRNvdlau0jS1Jt3tasdTb0ZVLtq0Tii4hpHtJWj01aieBzd/YKIF0dHIKJDHJVMypLC0SkeoRBHJ16EQxydDhEScXSSQljE0Uk/YQRHp+IEpKUTZBlEJymEe1pHJEVLxQiW9ElLxQiW9ElLxQiW9ElLxQhWrh4VI1i5EFSMYMnkaqkYwZLJjaBihIZMboR9RuBnY1YVPmAzWAxmfaohXQRaMnunGdINJps1uUndCya74T0vcRNttZr1RnHNbTY9fbH4Jk8uNixzoiEenzzMYLPoUg1JFl3aMyfjp3IxqUbxQIzozWAx+oqGZ87xFH/0MloMeuxM2otJM+snTDZaDXau1seYlCEGloYfRBgVz1/NQ0olRWdKsia7PE/q8Lrk0UQ1fMJ+L0oYVyTGnIFP1tc3b3/qvMPq8p8La/i87bTmz+dthz0vyJupO8JceMPnbac1fz5vOyR6Qd5sXRXimIbPW/lSB5s+YU1dBeXYhk844P+D4FzdmwCnafi8A19qo+kVXH4aIi89uYZPWPVSE6aXbvn5irxs1jZ8wuqXmrAdYfjfCcuZauQORzR8wkEvNWE7wvCChOU/xOUORz6zevNxIq9dYsxmS5LRpLMZrOR9TDNxMzRDZ7IZbZnRFosukwBbSrWwZOhtGRZDknRgbO1+L51NZ2cVGSG/n3k6PAM+hN/SY2t+yIY7/UxKgflbWIdN/u4QXaw/Mfotf5ii3dJj+K9NheF3u+x73acUTeO5d/bOVcHFBNGwQS2s7f19afX5avT5vuULfSr8odP5lbdDNiiE2JaB4weVnkN7Wn5UMDRSDZ4ft9LfH1WMFk2v7Drx0yDwKArsN6R7ENyFqDYD3svl417/cu726/7wSdYEz/JrIaBedt4zda23ULWp+NygcS7w48Z1gwX/AHh31do2WVXX+UOtt1tSFynBmrro3lReCaKzT+Nt19AmfFqoGvTvX/5r5ggllLY6Zx7jUcyz+GNVwCIfMaMaNYzfb1ui/kkl3FSGHL3F30TDcAATA+X489CW0xcS7ppV0FqMumdNCEhudrkJqn5DqtSlTeDMtyMfZo1Sgmf5lynf/qeEb/Nr+fTxVQoYsZE72W2wN0j1WuAs+OsO/tzR4A3rm/R5LcPZB/osfeQ+5jNfaNt++idZBU4we8PwY4yrGpjb2167OfMxT+pxDx1aED65c+gCVLJ9yISVkwNg1MOsXz6urkZDf2k+VWdRQtlN3ZqLmnz+Nr8uN9s7B+2dgCPJR6u74wzchRYFedpgqETTpEDvI3eFkj+c6AEaP233H865QKsHaQnTtilB7MapOQolhIxK6pYbW4Dwdr7KF3aPwwXcyB9O13ywWyhDOUUPBoycVY5IXZ0EkSRneuW4QXbY5x3Uy6rQ/Pb3mmVvd4Oep5Mv5I8vQ/zwt3egTr6g+OqHH1Xr1SCl948baHL26uAuoxvD11tzxkyKLUYDpcLcRd/9a1L26pUu4P73ZTHz0orQGbH8XboFg8SLUF84vgYT7Q5fpbZeUuxUwkw4Jlrc4MjePfPdi5yEedWGspvXm0HsN0sNc9oEQTvR28kOPiBms8KkeIjEoDo+UjWB3n0t5T7/LuQTvDvv/MLsBAmrt2zNyXUB9qcdb5puNBcKrLsCKo+f4iW+BqvgkqYwsnffErT65ObTFy6qQarH2FDIvea1ZNMBPzj4sH3igp6epF5ZzUGqQ1g5HyZOi9euSkTyKebbrni8cHplIBxjREf3G0PGErVrgrcCKhPTD9XsLOZnWDEz8nnV7rNOV53LkUjKdbk9mgqzRv28/4ayAEXPyDvy2b5qhMMdM6kKnTyBPy7QNqtq9oPmYlxXdn04dYiHcOL9fmhaiJdcbzeYHXj5VFl8BZL47voYJc/Rj75y2BNwFXZ3CRB2rc888sbeZjASO37HDxYn1sRU3HMVfmuLI7+HcHTvlahB4uOaFoI01t6NwGgu+ujoUgV0Fdk6s9BPkPTjzVt8AB6ntsHwDXZ/sgbh9reLb0HytATBgVmY8Hd5Mv8KmHLkja6Lj7eG0Vf6uLw7zwcKjx7sudVYikRWnrs6NhgiU3oZzRNdBRLHdrRyMhaAHF6cyh53LqtBKsvy31G6yObv8wJh8XFcgHS+c4w0AUgat4EG3lsiajNBmvMwZ3gosjny4mVE4m0MKRJBvACPR1ygPww+uyixxsUfHmOvQ/bxUhxFfoCnYUbeJdTUuaNY2kYwWgrsPtG5PeU8hsVUeBHetytBonq+vYN3gfMdDUF5I3IRnpbzR/1AHJ6iB8eCAFdp8+nf0ZKujQZ9ON8VpOsGtQCT5OgYmccVTQlvjbIe9djD7xfldorWGSTdnXIbSe1NyEZdTP9stN/NEyLmRo+9daYaSX4G/IY6YfeqaiTp0VfBQlz/Lz5od6CI34bH8Kpanq9qJOlBXHPwWcWu/U4VClju+59QgljsryuuuIMkb2dD5HoV8Tdw+ReWoBCJsBW8xEPfYDj7FyyIHmQON/vA9SnKbX2vl/GSjnKPeJGkYkkL0XJxOvK7+QrXVvmJFTuNpLksfIASFxwQJ6sSBYnjXhJd/uS+Id2to00pVpvFnG59+l5X+48MtU/B7diY/wIYOWLt", "1: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", "1: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", "1: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", "1:eJztWmlYE9caZlP2LQQICggEUbkuJJkJoNfOwSBqFVSgrVvVmARIBVKzqKjVqpV6W+ta96XUVq1rrWtd59NqlbpUcddacdcWlyJVEcWemUkLap4rJ1ee5/4wP4bMN+edc97ve793jhMjBxnSs1wcHBxMbviQasjVaSy5uqxOXIQLd9ObzFmOf58lmQ15GdyZ6nXsdYyPOb0Q614TS8dayvDCX1IMxjx1ripHbczW6Z/ij417dX8dsxnr/Dr2OkYU6/p3jHfvf7qxgyFfW3PGXevCjZfxR0UG9wBIMhry1Ga9po6geDKQnD9S9oAIZ1J04WIyGRmKsgtF88dEUhA/lZwMpRRQcXahCOeKF1CKjIb4T4Y+PxtvC16GSbAnFQl2kbKiCMWUyKPkCXUlJayM/6MgWKAgIwFW5wQKRRJAFBHIqnaacIEK+3hR9s0mwOSJPLNkg2VQXZgJbULJiNJh1TtZkQWQ3J6ZFDQRyNpYiXaA5HF2gBRKIpDQWHK5HSBFPBHI2oxkDSKAFETFlQsdLCfqKitIQVQnudD0ciJFWEEUUXHlglPIiYprBSmIVC4XfEJOVFwrSEEkIzllP4jMI+S0PYmwuhHZ8uIJQcLuiscQPXuF0lJ11njNNomqs1prNklUnXVXs9uh6qygml0LZY+LU/Z4K03mrYLj0WTPC8G8aDIBCT5EE9mk1VJoMscTJESTmZegIZrMhwQR0WSWIqiIJrN+QRE0mYsLICWZIVtBZJYiaE9pj6UoiRShEOqkJFKEQqiTkkgRCqFOSiJFKKzZI1KEwpoIIkUohM5VEilCIXRuPJEiKKFz420rgns3ZgrmLph1Rp1Bk6PLw0BjQcdcXZ4u32zK8qh9w6wG3JknPiSZTAaNHu+5DfnP3izD45+bZRa8r8vgBmfqzEZ1jk5rVOc+N5h7K6fK0eMLKjybzqj3w4HnxrjjL8l6o07DTcafqXINmsHD9Cadjbul6LUWvLBc7kWEXvTi3Vx5KtnqfK0py/lFUctqi4dKrH/C/q+UcAAx4bjawqfj6p+wjZo8S5iTgMpg4QZr6srbhmxewlteu3dpWf3ztlGa/523DfW8hLeitv3Q8vrnLX6lAicnTNW2TlpR/4QD/z8ETtd2f5qqf95B9cGb3MGtb0OsW0+6/nkHv1KBkzu49f2KddusrH/CkldK2IY//HfCVqaUtcLx9U845JUStuEPLyFs/Ye4tcIJz+3efB2En11UBoNRq89Xm3Um4fcYb3zoaVHnm/XmgiSjUV0gAMP5XBgtGrPFqNPyFwbWnCerzWobu8h46+8zzy5Px13ifqXnoo6/Orl/ciEUtg52ryxylcL0A2M6s0+80QcM3X9rsQSmFj2UXTsshXzqw81oXCVzeqwp5fP7ESBmfvxlY7QUYttyCHfUUhdyqdepMCi4GSNzK5MCfx58lykxDHA9HFLMxsUuDziSHAOlO30WKKLEqMSBm9gB8KDNRyOaw5iqtu8fnuiDrlct/6MkVQLDFyyWbuknhQ+OrO/95xZXlLe3et1IoyNM8x2hXLlIChMrzp0au16EtO0udP9sdhm7YmBmerNSKVwZv+jQip/FyCAaDz9FNoS+37Fli7Y3hcmWIY29S32RbG6sZCYVCdu+/6zh3VlSeIcf8JjBq8AruslWyq6taaptDr25QH9/1KX108gn90Vw4MuOm+61l8LXFzCB9V6oqFGb89GFrsDTbxIJiLvQLwDxy2ntD1OulDcp8Y2EwElv/uZS4Yd2fsEByphfUpyHe2ojYHRYQnay/g7juXFpwT59EEhmHnfPWewHPR5LTKemu6AHV9RfnqQqmM/vNxwwxysc6DsJHTsZT7CmnGm3Ro3xg033nhwfrvcBywyJy9s+zmhYq8gmFS2D4eTbZW22XRcDi9O8mPJGywr2tWg7/Q7DLYM6GgoLP4zZXdjMEbm1n//WFyvPM5mXl8zfUyqB4/OuhS27Ucqudb4+qXmeBxT2Obb9cqYY0psV/Wet2hFN2f1n835TAoBbnmhdCKxbeGfZjwc8UHlJ6iC/XkeZ8W26LfUoDIYT7jlRucOfMBaneW6NF5UxcTiccjUQvusxeN6wBY9ZfNbU4vSE5dedFgCHDnIfB/RtU65yJSyvM6co4O4yQheMuFWuPu0MrTkhZoXDV9PbOqbuCUSq0N8vKRv5weZBY860n9sUBJ6eKPnTXCyhq8wbN86setQvEB6Nfm+7ecYlhksbQ3tB196FCScbSODqkahzldXuKLr56ElbVkqhe3jQe6nrpcDXL/8ek4izXem7hcWLxkKMhbEue6fINvuhgUO5kedZLOqeZ/tGwuIN8Q93a8sY7yGrPj2XEwKa2306vHHDFfhTB1c0qnwtZn6XmdMNK+GnCOjMF/g+q3cwjHXp6A2GuxOKM3e5wVu7vvk6DXmhb+hD7dKOBoL0XCVeuQj4ftsUgILPHH6QcdkJ3fLeGTd3RWPY1szXc2OMM+Jl1EYMzXYXLnvnkzCYNho30mR/NPvpVPytnF0xrmeXhUgCB28X/9BhdTWzavXpAUOnhEIvbqI1UTCOa+eUALQrUfrmSFUghGA1tRJFg8D/DuN6N6hzj+1RgN2gi9elKEjD1U6kfFDGrMjJFlk4TPi95/fhHaMBZ3VvHrWW5WE3bzK4KgW9JsbASPGaThe3BiLeF1q6CH2+vwVwsm/R1gO9yzf2QwYnXTQ+Igq2z5qKO7yc4XVWHgxL5++JWCsXAcM3aiXTtwNXWSfE20KjMODTsuQYK4nJaPCVyA/4+1W5waWbM9d5DXnITNqCjW1gY+DlGB4ErTjhbPJG0/tVqx7dusgs9F+yY9fscGs/uSGhLy+zazZhYe0IAf99W7FTXGGzuM81L0g7Og0jg2BjYNWB28X3GN4H94hBwxGe0xgoThAdnBHvR0UXmRXYzQZNFYPTvz4OOnPYBfH93O0pc37jR6OO3BNDr8QN+4furGK1B9/tut/1BMOvWyaC4SOWtFSFVrMPM7gGvcasCu2jbTdAAnmcQaY3gB+03AwP2B3pXCH8QdC3G8Jd7q/8dyUr5MkPsGqxNVQwF0o9ZywfJ4WzuCvyGkSDY+pH3t2/PcL8OuPjCX2O3WA8uUaYGwu7g3EiNSLkg2UWK7nKVhZlr/9NEQXYDcRhxVUMb+sPJJBpjp791M8ZVuPb7a12QHw/ja5k5m7DBewTBdA3IukPTQWLs4OJ+gG/vP5OwFU16WcvJOcMi5IAn84RvoAH4wyI0ZI0FKBWNUQbcHnPejQBM59oF8Q/rZPys01moyHP9OyzruY/MtS8BbcRk/8FeSYvmQ==", "1: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", "1: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", "1: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", "1: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", "1:eJztWXlQVEceHi65RIYBROOqGO+4RpiLwZh0I2pQUSODxjM6MAOMAqMzQ5SNt1GjxmB0Nd7ReAQ1uh7rGk20O3igq6uo8b5QgYgIAsolIOnu9whqrM30VG1tVcr54828fv11/47v9/Wv3rSJMUXFOUskEosbuQwwJRpiUxINcYPpCB2ONFqscQ71d2FWU5KW3oW/Hns99icaGxjn+N/GokhNaBuTH31M5iRdYniCzhxvMNJJr1hr0P9pLOL12OuxP9XYh/Vj7BT6rRp7mpL1DXf0WV86P5hdlVp6kIWZTUk6qzHWBhAdC5bzoeTsquIF2bOVgl3VvCC2lYIPpRRQIXwolV0oNUPJg/lQIXb5JaI0fCiNgOLkk4gK5UOFCihOQgkoOUc02C5BwhcHpZ6DyTnoy2DB3K49B5MH2QdTaRuRL60xOZ70sn8IEgpTruYCCSUmD+ECKe0LvQBTyLn2EupSruECiWUZygUS6kvBB9JwC8BzMM69Qu2jrgBTBvHsJRfLhEM2noNx7iWwXRnMBRLYruQik1xhn1cCTKng2ktgu1LJBVLZUcMiSCHUcC9TSowtoBA7ilEu0pYvvQL/FFzpVQQ975OtIIFICi6tUMjtASnsASntoKxCZQf3FGpO7jW0kEqbz5yGXlBpM10bmjqlzZltaOmUNoe7oaFT2iyxDe2cymZ+N7RlKpvp3dBeqWxmQkObpOIigtjtqPhESIwCV/dRD+JTLjF2XFVeD+KqPVG5VFwHrghS2yN3ar7TTATxSYOQXDWfNIggLkaIwqrmYkQ9iIsRohqr+XRfkBS1PRKu5mKECArhYoSo+yF8B6AI4mOECOJjhCCUIXyMEEF8jBBBfIwQhCWEjxEiiI8RIoiPEYJGaLgYoRRKQ/NqRtC3tJYA+sBqMBtMsQmGJAI0p/ZONCQZkq2WFxeMc6F3nuQSZrGYYo2kozUlv7iY1uO3xaJTJxi0dHK0wWrWJRj0Zl3iS5Pp++HwBCN5EE52M5iNgWTgpTnu5Ecvo9kQSzfTSinClEInxyaaYsdPMloMr1i0j1GfQuxLpG/GjE1+v6gr8yhel6y3xDn9Lmb1DauoySH/e787/JHf9C7cVodb8zpc35gqRIK9RBBvifCOMdxkMuuNyTqrwSK8fPQil8EpumSr0ZoaZjbrUgVgKxYLc0qsNcVs0LMHYxvue+msulcQVSO8jFS8aJ6BPqJ/rdHRGOmw0H+eKEHenvu2pL7fCLoofdQ9DhWhnVfGfDyoVSkYeeHHe35rXeD887eyPZfWoi0efdqnOBahsFl3M1f84InbN5q5LNzTHT/s9kNHb88qpJyxH866WyfgWkrwGNczzQdfywU5s9f9Z9vZZyB45VvNlkW7YgZfXoWyDzdZo/jGFZ/MBZtuP5PikDfwyMCwi6giJXuNz+bHqPndYQH7zznhTRPe9bi88WfkNNmzXadpD5HMDxy/sa8YVI9KOvZM7g5bzykY/H2rCjCpa5vWTxKlsPuSU9MjkBsmIILMR0On7vxXzPQyMFdz6ViSsg5MYIY5wvTj/UPmhznA3ejhuh5/zQIdtC4blxx0g6W7Phi/atIDFOz23V9G6C+gdgdq5j257owZ7pwD1i5v80XKxBJ0WflI0/t9Ce7ett8ns7vdB6XnB8RIr7hBed7O9jlOjjCIhmWfKxxOvJDccsLRUR3Xz99Vhwae+3LUs/AikLV3eNmBaznIV3fkQhdDJQiKJBHe7IrprDv5j5AQpzxUqb23efXRxpiFs0UR2jZrcN+1M86DzoVeh4NWVgDf0rCzcRcLQP8HziSDFWDzoZ8COlxwgvIhQW9t9X2Kmlsuy0rDqtC7q4d8vb3QB58m0Zm61hF/WTgFqD66BHZTd9dUga+37yCZl0DX4qYRH9TkgDXftD1Qk+kDyWYdMuYWgntqmqBckN+BRsYLUjascpPApc2chzbp6gHR1Jaa+F7FgCTp8wPjfwGe7EcTKOT1KujEiHYd9Gvs2GVeU3f87OfJZKliJOTPBzI6lrvB2KIRPd+77wzV29/7cORuDzz6Rh+nyQvd8bk3r1dNG5cHaNTNqT6QurPjijs0yWbjf28oAYKdzpjZd8MHC/YVg7SMsk6j0q4hkqTILQs8MDHSaCo+B+r2fEJSnYsenTzSc4cxALNtr54GMRsuKR9N9sGMRlMrwEBWKBI44cxnpBKcIXF2z9pH5eh4EmE89oeM9pnFSIjnXfCPvxs+i73pC3N1dCE3qKnM0G/L9oJbNw2Evro7Yj2UIZY3fxkW7N4Pbg9a9FWyrARtWX00cJc5BzDejfTGESywWSgtp7T1eVMFaLHuo86npNUgkAXKEZObzIPfl6BrLabo5EOa4mhru6/qFrtiCftUAsG+OrCw1lCRc0cCGTzzICLGHuwb2RTueEoLKQNtuk0Lcg+aXt19wpkIKVzUiRKsFvV9u65NLclLwt4Hln3+p5AQfwdoSSAeI1eYH0En1KD+J1wJxQrRXhrWLjJMivTTKVmumLLvbJ4zJskgplcDRo/5EkzZkNm5HFStjycrV4HrC4iBei+soJ+9ErzWhzLZCy9oTRzN8MVC/Z4A77BA3UXF39ICrhHtvg8Cw0piT48uRDNYwApBJKnuse2lUH96NDGtAhwlWb5VIoM1zUhB7JHiHoeiSCX/IuatArxZW06UpxAwOs3xhQKPD4Cn08b9aF2ajpgOtfWGq1bSTynYuKS7w4BPC8F7qcPSVQOkWKijJ4hmXdP7Ceg8ijAv3QlLTDOdj6XloxOkmhenSaFgvxQupfBFbpCV/1U/yNK4yAVSGeru4AaZLuRK8RH9trHRUe64lqjQ5ZllYFCrpuMGWLwwq5eP3XHgeRNRpovoJg33Xj/IZEbnDd0ZUR4Atv1EGRR02RFObOGV3XVxDnhaWIBDNzpgFkd3GR6zItL/834SWL+uwFd/fLMdFfp8wHg8NgukaSnBGov2lIDiOSejf0rPQqOfhT8t3B6A2TYnHwOqxkOnlqPlexpP/G7hG5jpz450sZ4woG48/iIAz6XwTdlIqBcZpqdQ1HInmHVx6MNu7zjBC/T42SrDTBaX5Qn7T28EWRl29MX3qEwufgyO0DLPKAGr81p+e/+EM2wpHCxoQ2Vw3s7NzUW98hLjX47Y99t+kOncvDrA3D5ch5huVcmgGzO4FrUcoSdTDyEnd8pEP5hJj42xFUjPhKkCMJ0v84EkqOsrg7MRzVbH9QVgJbHK+28BcJ9/9amik9WIrVfgg/2ZYQWo/3DC6N4uOJTSekYtWnFz6bw5I5ph1p2EJceTztGU9HLP6PDCSc/e/rxiTP4rgx2I5Q==", "1: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", "1: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", "1:eJztWXdUVMce3sVdelkQ7P0pGjURtgEmZoagBjVYQElMYpIVFlgDrO4uKnaiaDSW2NAYS4wxwd5CeBaYwViiscWu0agIUcACCtIkZObOJYvRc8LseZ533jvyx929vzvf/GZ+833fDHfbjzSGx8gkEonZkVzCjPH6qKR4fUw4jdDwWwazJUZadxdsMSZE0LuQF7EXsf/ZmN1TsYHWWDjhf4Qr+dLXaErQxYfE6UyxegNtZDPu6TEM+i/FQl/EXsT+72PD62LC7vWXQt8wJkZb7+izfrS9v3BVR9ANMNhkTNBZDFENANGYvz8fSilcNbwgW1KphKuWFySkUvKh1AwVwIfS2ITSCiilig8VYNO8RFQQHyqQoThHKKIC+VBBDMXJXYZS+jUcJWTxYx8c7K0HU3KMkdGdwTQR9uQjwpAYS06l/whiUlFquUAi6TmkUg+mDODKpbathgymUnLlYgJTBnKBRH1xmE09mErFlYvpSxXEBWJCUXJIuR5M7c+VK4jbbOrB+OaltE0mIkztx5XL36YaijDOXEySai7qKpm21Fx0UjKRqNVcII0NxFVqbZCjkrFdyccKRlsVX8lF/nE5k4oRScXlFip/G1RVB+Kqnkppy/BUthRCbQtIY8vwtJyEtZ471Q3eFq0HSHWDd0XrSVDd4CpYz4HqBhfBegpUN1gV1jOgpsGisJ7lNA1mqvVMpmkwUa1nKw3fRsi0p7HFuTRcB6Q6ENcBSbQ7DZci6kBcihA9UsPnkQyk5fNItrZaLueqA/H5PmOElm+HEUFcjBAtXMvFiDoQFyNEC9fyeaQI4vNI5l1aLkaIvh/AxQjR9wP49jIRxLeXiSAuRog7TAAfI0QQHyNEEB8jmNwD+BghgmzZNQP4GME8IpCPEUzugVyMUDPuBT6bEfQdsbkpfWDRm/TGqDh9AgGakvvE6xP0iRYz+yWmrsMYOb1zIZdgs9kYZSCndGPik51FOP/V2dDk0foI2nio3mLSxemjTbr4vzWmb6dD4gzkQQjJpjcZ2knqv9UW2jiRL70NJn0UTSbchcQboz4eZzDrn9FbX0N0EhlYPH35ZnB/ujcHYSqxusRoc0yjp4pVd5AWfTXo+U+4/T9NWEERxiTaOKqh81Zwz1tTn5UBfs9/3p3+owvdmnfCdSdxtSjD5z9h3+ex0G24562sb6mB/n9zAg8Je20dYjSaog2JOovezN5nu5HLkCRdosVgSQ42mXTJDNhGKIkpKcqSZNJHCw8+st731ll0z3CkQPbSWfXk8PT0Ef2Vl0a9puOja/scAkfywTfXsrPB7nn2xU1CXXFx6pGhOemVqHVgbG+D8R7okbhOuk8uxeV5urXnv5fBKxdSzH2XNIb9XqltX/OoCNitcGy5+oMC8MPDmrPjC8rAF3vTPveocsE5Qf/qP3H6feTSt1OS3Qop3DH44xXjVkrwnn6udt1mSeA+0myCtin8ug9FpqOEyMlbfxhZC4Dmgz395jrCzVsufjh2UC4aGt75q9l+Upw3ffXxjR7eeIvhtzFz5h8DB9ttN8UtLAZXM2ZMOrXrCEjx3T/zu7fLgGKCdtPrb1eg9Vk5TX0jSsBS/adRI67UAp+5/Qtl6mI0890z+256ZyFP7WtZ4Wn22CAxpsj6yOAQOrwOrlCYrlcemHqpV/I76TXIfMHrQfBJT2zpuKz28ynFKNvvi67Nlt4BcbsKzRk+JF9B5rZGsVJ4bxId+SV0a26Xu27Z1UCuJhl6yaBzXIf48RNKUPSxEQN+cnDGZDbbbxSUoLapRUP+3eY4CHs4P8LSsRHs86ap0qNAjg/+sXPig+1VaKiQ0BOXJ11f6bm+DLB+HwHabdZpD7j78azSXy+UI2GZijNQ2Ay3QduWXEXffnmAVKYQjBI6zkNjWrpdf1khx6V0eXx3gBTZwQX+4+6iV68NmrfsnhNW/r61U970UhDeb9U03/3lQHVgxyuJUT6QjiZz20N0e1S3R8uulqF0zfFXB/6SgsxxC+9OAg/Aw7anjR86VCPWXzmiUc1v9vhU74vFpUcdoVF4IIPL36KVrwR+ezt7uGjssFCOfG988/DyvWkKOxxDl6fvTXRT2wK/184BEhJMvZTlAotIdasHSPHllpN0ynOemAxi8axUV3yvCBNm3QA3JnhvffOGA1xOw5c9oTCN1SVo08lzkXe2ueMY+ve7M6R0crWTQmHYGgkcO6hNk1HH5VAnEOs2qqXlHizHZbsvz6nJb4SDvv9pbPaa80BGCx7mhcOFBXPD8U6VX8XucmDj+tkFrjm+8eS5NC8YkdZ+flKJGw4d/LiZ+cIi1HPRz1NDUTEoXLrTdczmIkSykZVww3fosKtd8cshrYpytTUgLeSz+FsTnUQ9uUGxPdjwzUDY+IYrPHeLFl6O3zgZQ77+CHpSOfWoQEIar6/R67cvba56vwYRUvX6clhjPLW65+gTjnLokvFt8uGXrot1sMemOfPzHrSVwZY9rna0T7kP6PKukzaHJHv1hhIJ/ij/VIdfKxvhjICK/dEbc1HVlFH7LIvzwCpPqqA8INArNR8tICxdNlWBBb6NluG1Ff6k5IVgxB8hVXeLKtG47DUteoxwhA9Oh41UNPOB4106dpky9zE4/BKtSDWgar07qQIQEhMFKfAQYWHLkZbSytMRsnWoQN4CgSQwcyRVYEvI9H4ACM2H1YJPSLUe2Uvg+cg7PfZ2LkACrzLkuDkVak5TkU9nwLRQNLl1oATK1y3qKQ07gMZPWN89pFUJSC7w9XfsLsNdNzQmmR4Blk8KqYxvzZWJ/CpHzK+kmLrK0Z0SnE3tRF6JvMGhKxkyD3y2m7557kUXyHRXBQR6FBaDoPMHE9QSBXQkq7JmkwNkfiaBnexTloZ8VoUEv0ltxvpLtcOC7GY649X3vzs0IKAJbrb0rFNcBymmagguyUfMR91h0uJmskh3BwiJW7uvrEACT9vaQ6rCE80VkJj34MfLpXjeskSv6dO8Gd/2erJ6HHLACXS5T7vhGcRGTw5zwxZK43uXAIu7Q6Fe470hvrP6te5n84BR2CAksKtAaG/IxvkYBX+SS5TrjNPJaGcHKyB12/d2nEE56YS4EZ54D5GRfpwHXEuqYdbIISlu/+EzS0FvwhK82xkKuow5DSg7dhfZ4ayb3q2PEN3NDhaYyOq40Rsv2F/W5f0F9njbEmrgx0Dkmk1bLl7zxm1L4yMnJ3rhaMHAHoLhMwNJxT1w89x3mmb+4o6ZzzpB5psyGEALKfVhnznukC7PtEw3SG0gTKVg/vGuHLqTVdSHesIyMtrAJj5Q4C3wwtT1q3vmIrZv5YKFHnSDccdMF8VAIvzdBoIe1rvjLh5UgZnMvxVSKGwz7e+IOnXCbD/1wt1mNbl0orwKNNb9eKZbJwVk+4ETpO7QApcAQU+rWkFB158+RsJRJjgxlvzrYEwwP7nnW38Qt74zfEZM+Sfrahy9", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlcVFUbnthBQYSBYTFFJcWUZPYZ/PS8iJlapoKZVi7DMOgozNjM4JZpuWHlZyaZtph+Lm2WRUVmpWdMLRfcLbekXDIUjcUFDJfOcifRqOb06/t+/H6ff3CZe+597jnP+z7v817O0DrLnpHjJ5PJnEHk0NeeazHn51pyRtAROvyA1enKucNzluay52XSs/TbY7fHbo/94Vi/f3is1+2x22O3x/5Px0yeMdaNfTxn3e227Btn9Fpver+SHdWZAeTYw56fRdq5dxAtg2RabSO9gtAxtVIEo2JHjcjKOEQnNgtbmUoEo2ZHvRiEjqmMIhgNOxrEIIxNighGy5cmRIdjNEqR5Oj4PEJ8OEajEplHz45GEYiBTaNMEcEYOR2vJc1n4CCv1cZAvHiUXgehPsjrrPIp+C+vU8Tu5tJWaoWWJ4G8rgd2N1e3Uic0EwepvC4JToaD1EIgSeAaIZC+/kzecjLUn8lb0E2C9RKkukmw3oIktxeKnkoyYqHoqbiM1F73Ih42DvK6TTCQqEvWBwmpXCXqk/VA3hs/J8PdVSxPXHsasTxx7anFoieBhAKh5oJVC4VcAmmE2qYUPKHXICl2Qi8oPAoaMSOXCIkZOS9bjZgn87LVitkrL1utWO/kZasV6528ArV/x8i1f8fItUJWJBm5VsiKJCPXihUTV4RWzFWk6In5FwfpxKyIh1wnpAgPSEgRkunp/o7p6YQUoeb1pBNShAckpAgPSEgRal65OjF7lUBi9spBeiFFqLlH6IUU4QEJKcIDElKEmruRXkwREkhMERJITBG8CPViipBAYoqQQGKK4JVrEFOEBBJThAQSUwT3CIOYIiSQmCIkkJgiuBsZxBQhgcQUIYHEFMH7k0FMERxkFFOEBBJShIZ3QqOQIjwgIUV4QEKK0HA3MgopQsM9wtiwIjLycy1OBb3gsjgsdvMoSx4BOibem2vJs9hczpwm9R+Y40/P6FCa02k3W00uq91288MyQ3572MCJYy2Z9OaBFpfDNMqS7TDl3nJzU/IhfZSVXEgns1kc1ngycMs9weRDD6vDYqaTsbP0XLt5zHir09LA03pas/PJwnLppqfV//dPC2RURpps2c4c398FS3pBkQKtU//3Cbf4RwkHCBPW1ReJTsO/wRUiTE/5X/83K/CWe/98R+5PFv17jLRhqrwFRHM1yJSbb8mk30D3GzvW7rS6LP9zRp4NQyFK0k6UqvFRYmQ824xec2K366U/ZBopKc/mpBgpaatM3UhJefZBhUh5tvI0jZSUvuGY/0WmlA3nt7GQMjQc878gpWo4v42FlLFha/4LUuoGm0Aj4fTbPrcYJ03DbeAPSN38QtZMxr+1TbfbHdlWm8llcfKvc0PJYUC+yeayuiamORymiRzYknFw5Jtd+Q5LNrsw4sZ5D5PL1MAKjTreTG9+K7DQSyPIDx2NPT5Ysaa5HOpSx+6cvVcPq+87Nkm++kf8tN/m55XjN+PQH5LnLa0tR/7L56fe0TcAMtovfeaDYzFwsPJCnyGD9LC4+cp1GxRV2Lb8ji/8IzbhK29X7e2bdRENNn68ZVy3cPj5ke7dyl6OBO2wz3o37W6ErT+iFd+v34l1q7o9/GjR+/i5q5aak6YT+NlWZnKrH0xz9nzx0qxY2Jj9zoiB1VpQBr3b4pHsGun5Jbi57l/rMqIDYMXYriEHzM0hce2VggvxCtim2lR0z88aOH56wYdNHz+DLQSe0f47lNSsSfEbE0Oh5135Pq8EhUL20O96+k4IBTW53da2A9grZ24duOEUCqyM7tV/ciC8pl72sf7T9uBP6SdfRnTZPh2jYF/pD00KY5WAvvqueMbkU3hdxkut5+ZXo1Or7zo5vfRO2PnOrm8GnQ2GrP98q6mYEAFjOl5aeFSdAl2+7/fvhbZlqJBEb0boNTTuh9ear3wyAXr1vxLjfNgX9M+kjfhxdxjU5JML/p1gyCzDt5vzTqFBYckfLq7wB9PGfR0thxLhTha4y+i1ZW3XXgmMAva7QAUPvBFCqJXiTvtfOXXnm1Wok4VmNAaiR/c9P3dfENBpDsxXQN7max8+MU0N87dP7YWfrMbrNyjaZfofQTPLB3zacqYclt37yfmr+8MgbsDh+MmmCKBR7zI1GRLSqswlQzfidSfkZAnX0VNrYNrxkW2hIPrQzpp9vrCnzZHLU95pAbkTJq3s9JERPm9PA16Fu+/K+ean0Ucwy9PySrwma+qhrmsjwU6FVRQDZJBcSYVzoetTXr57Nm7JF4zYeiNq8dK4zkcTZ4UCjcKbAS2BqrM0xQDX9k843U5ZjdkyVcVYvrsHkeJh1Pue662v6qLgWvov58rdoZDats8T05vpgbKacPo4VrCA78LTB/Re/FS7OsTjXIsOdZ04+C1tPJAkRUxPUEt683EzHQYcwTUBwxc9sCCa5/1KJIx64dxkVBwFvhOaJCYN6wQHIqrTduVcwD/VUeGfR8FUyIcTwTyVPrkp18PBBHi63Zez3jygh1fG08y9i6bMWTsm+OUEWLLqvYPDL+lh1EdnnMULfN1Mx7aLKJBMGzWnFA1RrNkje10BTIYFVbgDC9gZNOz+LYFdX42F8euXxHUeGsbjv9EI+/pmhQ82rsCGkT2s9sod+O1IGqBKXLF1Y/f3rJcQqyuih7LRRKB5XSA4/vVhHbZ/gC/2oREpxlvHkQe+H+Amq314m6oJsPlbtoD7KOEtWjANpA7giU85fuur+4mEg6A288TKVzfJue4K5dD11YeWrErWAgk2edRC1OpC7qAnV1ciPybsEFjZKb1FeVYAj7s7HOKp0ciS4HH24QPsSlx4fd4UXyCTDF9UkgSzzbRwfaX6VQClm16SAkxmHS/jCDnN0HF0lsp5VSsYxx4UDtwvwmEMDXxhCkz6ukPq/O3liPnXLF/ozIylFVAb3CP7Bd1D3E6ZEwKsbCOSgdnDWzXoGyq72SFQGEMY7GgL4ZOog5Uj5iPmCKCwUztVvN4ivkU8LnWI+c7saPhpTtK50G4+kEoL8HoclBYWzHzENxVUD6Xc/XahzM11mQDbw7/+7NO+qVw3hgrM5kuuxckkXMd11XivrNQnOCQS/DWU2TbMbHlGHd6y6POX5jVTgA9xSTmK4/rfZQRqQ4UFFejBPS88di39EmJ6OVqDp47+wlW4KAz6U5q+oTCQpm+pjsfrpUPo0SJ89vUvSP21JpnrqZN89SJmOkgK5L6wTs/1d7RM0n8ZIlEiFXQd8fWfR7uJK3b+/DSuJl0h/KAfmBjhOsToxJXhmZN3fzTkYhUig0SpZTxevVoBtavqShUUHaMTX8fMl47FwpIdxGh1Kih9/Nm5Jx0B7gyS7vIB8Tyv5WpwFUfVbbcFuZ/ZSw17AxrXjzjLjmhgaccKST8XuH9UR8JzuWTlRXLgPnAaf03TtjSO67NNJDyfSZSIY0FFjf5ER6Dsp8w5hz+ZQRYeKweml1l3w/1n/EhG6nAGTaNPNMio0e1KhgJaRptkbhxGO8sVhEjXw03vgr324YE7DzUHVsYPnePxONxOin8wsLAm7kWMf0lb+Ozws1ct48O4P61oA2wehwGi5vQhM5twUX+i8MdaA+m665ds03E/SJ+MuH+1gpKfiQGEGoCQ3NHlwQpUQtvA0DZwcS158AIDMP8c5+tuQ4HvtoSQUeRTqgGoi8zsHeJmdpbUGrjsdcD15ufmer+E+r3/omW2eTNmaYyJ5+utqeU+d7kGsf7+ZQyQ7lr7ZbYMElgANiDq1sblcrCygFVgmj6yVMR9vQVwnMzN+0gZqqJlW6uQ6v4sZmU/4yra35E0voNxwOy7Tg5UtoMWdwGuj5OI++BB3r53B7lpG163wQ/Y5kuabaTT5bDn3fKWd+P/6278J1sDY6pfAfdU94E=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlUVEcaBdl3aDbpZukGBB3HEXoFY+xCkKDGoLZxiXHBpoFWoLUXFDXGJWhcouM25qhRY+IaNe6KRt+HRk2Ma1ziihsqKkZA0SDKzKtXjxENM1Kd4eScOfLjPape3arvu3W/W69pJEMMPTPsbWxsTM7spZshW6e1ZOsyuuMe3P2u3mTOsK1rJZgNORrcSnzT96bvP/SlvulrdF/Km743ff/3fZq6Pu40aVbX6mjITX/Rws864/Gx3FWhwQdSgtGQk2bWaxsJUtKBpNxVbg2IMjwCUtGBZNaEJ7OGCFln3CeVaRzZm0afm8m+ArwOIyeYeLqVFBxKFk+zkpLDyGNoMCruGkcXXBx3pcwonvAQx0WXZLAMaUR08dTc4VZsDLnFNZaIeiBZo9njQLHkJrUG1GgV1QPJ6FaSkpvCCpCMLjxSGbFKK0AyORWI1FOsyhoQnSIISEbHHilcKV1OfLXHUoGU1oPkdDJSWVMaBCSnCy+OsEdHOQHJ6LTHWwuVjKQx1oBiKa2cA0kpvZycS+RGRYRUbsU+SXnB0hGhtIY9XuVUlStVUaqcvBlxGKqznV+n0cVODk8OQydxIjw5ncR5EJ1T8jTQOSWvViqJ8+6voHMVolYFnasQtSroTI8IT0F3DBJBKOjcn1iRgk4RPMga01NYY3oKugrkQXSmR0BKOtMjglXS+RcPolJEHYhKEbyRK6kUUQeiUkQdiM79SREq6RTBg+gUQSpXSacIAlLRKYKUu8qaE01FpwjiESoqRcjIPqmoFCEjlKuoFCHj2aNShIwngkoRMp4IKkXIiFmqqBQhI8dnXMOK6GnJ1pkC8QOzzqgzaLN0OSzQmN8pW5ejyzWbMlzqT5jhgFtu7CXBZDJo9eyHS0Puy5NpXP89Wa/84ToNHtxLZzamZenSjWnZrwx2Z39JzNKzDxLZ1XRGPR7+yhgcQZLeqNPixbhWYrZBO2yk3qRrYLZkfbqFDSwb/5FI7/772Zy4VDLTctNNGXa/I6vuAxZ/PMc1fcINhPgHEm6AvtckrKhfLfL4pk/Y409OWFm/0hUxTZ+w5+sS9sYIgwUP1jY2bx/qvOPqm5Uitunz9vpzS5k/CWWx/Kts0yfs/T9NuIE6+e8J85nKpfxreNMn3IAI/0DCDdTJaxLmP67xOyxv+oQFTVHKrtSlLH/pTwrKps9b2BR5B1JXtKr+C41K9spbDPYbPHGiwWBM1+emmXUm8p0RrqQelrRcs96cn2A0puUTYChHidGiNVuMunTuweAX7aQ0c1oDb1NxMeRrjZfD0+FH+D8bcO+ktu+udF0ZjkqHtn68YIAdfN9xvb64wgvOH3uiuaGToCS9obygszdMiNo3edWCAJi28dqd+ZUilHd1sc+Kt51g1OLlEYVjfYB92uewMQTNbW7f23O9JzgdC+pxob8/tJvz08cpgyLQrx907FB63hXECRXaI5d9YaGzaMnAO2HogHijMWu2LXR/1tz0yxwPePDj/o7rXcLRwpHsxPF+MP+0S1b4OiF8mbnlrslfjI58nMJ8dDkASs+ve/phmxAYfPNE+MV8IZLgae77w+o+h6XfV4jAZva4mnbDS5j8vqsVR9+SwIZzg/JSB4ZAYApeyRO5sMu3GiaG4hHTZpZUPmTit/6QtzfMHmV8qh1wKUMCX81pZ9vtk1rGtriZy7SlHqi84MdeRaVCwM0wbRmTMPH6oc93VzD709cO7iUQwiCc8MIgGNlGEvaozAZdEI1Nk/qHAdvK7v2RM/ymubFiUZIrMkywPzBrUyDEZWJmbeDY2uNnepfdYS5HOk6YbxcKh7qqpiaI/YHNdpt/zS9My3EzCodNDYac2zVrKnqGQvHcKQUfnHJE9/Djrj6wxX3Euun9vfl8HRGULWn/19PNgMuvqz3YjXKLbDkwGm0ZU7mxe2sBcHGd8YHMM7eHts6TIP8ZXe7ay28w19zmrpl40gYiC59NeSQKIPG/7wDjWbpD4rzJ/ghK1dJbG1qUJIrhUjKe2QO4fGLvMUWrv34PzRUCG83FrKsS8NvwzrXRfn6oL0esOygG7ursPtEJDl7a9snYE25ohMjjapu/e8CSB6sOdt3hCBxNvwagq3s9F8uGNIfxO9DE6++Ewk72dqhvENq7VNj2cqQAluGbY3Mog/iILmPuMMumYkFKIKpk0pKjawMBy2tAVxtUVXhh2vMVQbDG90TSuXJ7mIdpa++NfJTt9/R8LIE1bLi+aVuYWSWVYT8/cEB41CPXSPBss/mLB9F2ELM72sttmwOK+QueQQiftbzvsTemSL0ztOBej523mA6csPygT/9NTNnA5lC9DAu0XJ3Orv7DFBHIl29V/dYsFNhF9p9qfYApGHtiSz9LCAhW7CkKvBUBq0pT/vZPSQDaX9Xyw1n7nGEYJ/gahqs7hyi+Ht2By+OmH7CDqlouDkXpAzDzjxhuv8sdeD4uq3cNc6ledjsYRLhZJIDUb+fpPtW6IG5dhQCwjFyqa5i1FT93GxITiVK5wJ4zk+Dwl522u8Gm7mwEwZFoxsUsG4OtP193ImDZWHVwuhjZ4I0+HkTqPVgMZ3uXtd0dXc1w9XJLAq5Z4dmj2oUBlt1P3ofUTyysQRSEA97WDdtDgY2iqnChAM3SmCMXMGLwrUw4nnGmlilnt181tUbN6X+SBDT/kMy0jKhksnABzGfH4/0xBMFK1+QWlmbFTOCOkzbFE22hqku/yXEBQhD2wEoVwrctsAAcUSu8Tf3CIJQj2BOCsYxjvBFpBwKXr9IJtq3MP9SqXTVDeAuB+LMHcuQ2ApDiAja7oi5jWGeM8ocOnNH4QMTF6nFDv3NCi26FsDN5QND1vmwovjAuBFfyM/XUBNaJrvtAD24jvQC7znsnXRCJu5Yh8zxl0NdXWIXXqDneDtoB5y9hdnATpznICXFlsewpE86yIPJwgzaJwfeu57Xi9SCAo0fYH3dfYMW5Mj8zCm1lab3gGgACP/XBSxYBcHgUjXDVLRX6QDabXqbMDTqybN9eKyZ6qCpUL++0/eHz01UM9Gcd+atw9GwNFsZGhueR7NeucHS6tY5NtYp5OBNvXDXjPVr5TYcF/mjR+0u/WX+umsHbPrqFJ3B2eNYXYdsXjXWEAbWJT+/f8wVcDk5vT2fuYLmHiOHcBFPyvMeOEM0dGKVqUq/hhMdW3jDTsTwgpXsJM5wz1AAgeYQDkVUtw/lJBxF4LZYt3xoYDhoH1qmL/FEG9yMgfjfOmdTFZF/U+YvxUfuSJYCPqz1Fp9RiLXsS7XVDn+cKJsHdCPjOgWUuua7+atXpb11J/WyBCMj9GMNtx2/3STyzBXAbb3+uiPe3J+qcA7Wbx2wOIf42RAyzvTBBV5jemJ6wYOJTi1oQHp4HIXK+OsPgvNTQgKHPGO7VJCE302Q2GnJML5/hL/6J5MW3GA30Sf8FwBKyAw==", "1:eJztWnlYFEceRRiGa8CBkUsQuVS8EpgTNKYHQaOJRAUSXe9xmNExwOjM4LG6RKOuxnOjMYnEK5t4RU28j6jUT40ab+OxBHWjQQW8oqCgAx5b1dWsaNiVmoRvv28/+aObqu5XXb9X773qYYgYak41ipycnKzu+JBizjToczINxl6kh3T3MFltxkY1rUSbOSuNtJJe9r3s+w99PV/21buv28u+l33/931pNX38buJc0+pszs542iLXupP74/ijKo1sSIkWc5bOZtLXE6RmA8n5o9IREOP0KEjDBlI4Mj2FI0QoupM+uSJNjE9ppuxh+BXgRRglxSSwPUnFoxQJLE9S8xhlLAtGwx/j2SYXzx8ZK0qgPMTzs0s25wytx+wSmLkjrbhYeoqvLxG1QIp6s8eD4uhJ7gio3iqqBVKwPUlOTyoHQAq26VFnxKkdACmUTCDqpziNIyA2RVCQgo09alw5W02C2+OYQGrHQUo2GWkcsQYFKdmmF0/ZY6OcghRs2hOihUlG8lhHQHGMUc6D5IxZTvclemIiQq50YJ3kgmDZiFA7wp6gcibnyjWMKqdvRjyGaW8XnlNvs9PNk8ewSZwKT8kmcQHElpQCDWxJKaiVSeJC+qvYUoWqVcWWKlStKrbQo8JTsW2DVBAqtvSnUaRiU4QAciT0VI6EnorNgQKILfQoSM0WelSwarb8EkBMiqgBMSlCCHI1kyJqQEyKqAGxpT81oZpNEQKITRHUuWo2RVCQhk0R1O4aR3Y0DZsiaEZomBShoOukYVKEglKuYVKEQmCPSREKgQgmRSgEIpgUoaBhqWFShIJun/F1KyI1J9NgDSQXbAaLwawfbsjCQMu4LpmGLEO2zWr0qD2g0ZW0vPAh0Wo16034w6U5+9nB0jz/PVj6uJGGNHJzusFm0Q03ZFh0mc/dLMG/JA034QtJ+GkGi4nc/tw9ZAbJJotBTx7Gt5Iyzfr3xpishjpG62rKyMETyyR/JDJJfjuaG1/KMF12htXo8huyaj5gCdtzfMMXXMcUf0fBddD3goJVtd2iTGj4gr1fVLCUIMw55GZ9w9Wtrm14VWzD1+3TEHX7MtcdXzuzVHENX3fj/62jhQ1RESe80TZ8wdI/tOA67PLfCxYqVcqFt/GGL7gOEf6OguvwyQsKFj61CSusbPiC/RrCyp7MVlY+85cFdcPX3fQPXehAZitrar/QaBTPvcWQoCEDJ5nNlgxTts5msNLvjIiFeufosm0m27hEi0U3jgLDeC4sOXpbjsWQwV8Y8rSdrLPp6nibio+lX2s8Oz0DuUT+s4H0Bi044zE8soJ7GGQt8Cu/jOZ3aJQyxTsUPn3yt9zqDlcQPS9D8Q/2Zny9LBxux3d5w2IvQGEBI1LuzrnGJc/MLKluHQRTb/TeHja1DCV+UHTws53F3MDHSVW3boRCq71/XdnncBF3sHWHeUfeL0ZLX2t3Js8YDtJr2751KbnO7dw+W3wnALh1VQOy9ucHwk+TrF0/rqxEfk24Axe2bEb89CRRkDn2z8vb7RPBWdzMHFvEcX36b0DtokDi3HZaQKE7RKy3DP/oVgXn0/Pbjw2l4RBc1Ddwm68/7H+8cXz5ehG0yHHOc+8fCr4Hv8NPFEPaJxFzckaJoUBJKjqFmkL/8MRR7qDbd7qtYaEEYnus8Ozawo7SU1st+3C9O+BiICGqAqX4z3rzuugCmiTaPzduWxAUHr+fdtkghZuk/LYBkOb65bwOk1xgyNWTkeftYvhntHjSgiQxTL93vmDSXRfwsC8btul6CcpbSH6q0eTe3RdPXOEHiWX6owNnSiGZPGiHP61zezAEi971ab/RFdRrXu/Tf1SQwL8IYhp7bVkxTqxtfcs7PzbYFaZ484Wj6B0Pp907X8kdusp9dTG/CvHTVZZw98WDP+uxQAxDRvcMC5gRCT+PmjHnikWsvdhz9qfZfr8gWXniCaO/DG5Yt/hXH7mJ2m9cfHvlATu3/G2tTDdZBk5mUrEYBszdWxEzQAKErjK9FDZhdnu1bQ5PCM29RDDwQleXsV4hwvweolV9Dsu/31DKPZpGCGgMee4hSwa1doJXnkQ8qsyp5FrFua8N7SeCx2fGXmu5QSro6AlHUK/4REC6LRpL0FlYr0qOrz+hGaRi2lrulULLK5OXHGvjBXyza1Og9brB1ikTTm760wP0EVbvyONi6NYLK7yPhM7/gifMX/0BZr6U6/T5O0vXtBdBRyL7uTIYdrZkRFusv27oL83ih4lgz+Evumy9e5nqo+wqx/sjJQR2tsIFGn0hmNgm0Rf6Vew4N6NTsLAO1UjGC6kJrPj8+/D1luZA8XfRrSXYAP2aQceRx6efGuQOsfxARZzJfGfqoXQ/WLpm3U+DR5dxK0u7YYruoy8b7XL1s0UCbyO5nSMyeeuHgxy5e0+MDKjPpEDrkMD0qf1O77oshYmkgO1uUBlDKi7iNB8mYkk+QtSvztryUylDpX3L0VRC05YQIFWcMJah3Fk73vOwX0EWLI9yFA2bfxidvzTPAzqfMGJmfuF4vdmjgefVJwCWt0sKvVHkBjuIjWPC4ej7+MGLZcCPW/EA3Vl54C3NoVAwTtdjaVSjTzZKRq2d6QZ4kfFK53JKX/Vru+dJqV97ewv+r0JU91L4tV/n10sLy5G8+JsWVyafQzzPj4IBL06yySyD5bv3BLaUBQt6q0B7EqLeHO/iBvev6L74x2ZXWP0VEXAl5T2vWPBzFTqBbbs8xBf8mxGnNAF+2Qv8QcH/SKCkGV6Bb8TaDEK3m6cwzmPq22CJ9pTTz84eM9yBt/NdMYz1io7JneWhndFcj6dchVaOI4l3GkVi1YZ4X+DOhUzQyd+xI5IGMzNvI1rXQ67vKtWxjm9fpblYPBuN4I3ppI06b88dscsJfPJjF7YJussFkqDRe8L9nEuLfLtEw5oTZ9+9+WoBwmY6In3DDfhx10aCH09IGefCT8gTCL2pW8OhJ579vjRPLb4bJ2ChoG8fMHw9JD11pZeW5t1+9Go2VlyXACipXl126phIe/GSF7aKHf06gVMN+k4GjRcp/r5ZswodyFJO3KZ1ovmR6gsS3lD3kSuOxTHrXLQ/4vTLbeMPA0hMHHUB4vojvfwEnUlpTjZyAcqPO/DxvUsGOKX8Z7WJoP5s5kp92TgIRuOyl+9uDseO4p8enjCmfUTze+3CAIsFJ1sFKi1ci3eQY2jTdRxg433ARi5c9AV+/s6eUEzi0OcSVziYBKAd8bZrKQOak/cQ3pwwJXbE6/DHUqqjyVc53rZRzeEkobujLywidi71hRG7bPODkkMpTymPhH3BDwZhtXQaHwGX8n0wU+VoYBbegarDgC/zkljwN+L4dVrhD/xbSGL2MKvNYs6yPruHP/0nkqffYtTRJ/8XZPLS/w==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnd8k1UXTku6V5JOCtQWESoOmt2gcG8poCwZZYmohDZtI21Tk1QoAoIMFVERxAHIEFBQRECBOuBe/EBkKhsUK6MFQUYXbaHLO95KrXzamx/1r+aPN3lv7nPvPec85zknI2asbUiqXCaTObzJZYAtw5Kck2FJTaUjdLi/1eFMdau/S3DaMpPoXWLLWMtYy9j/HRt4h8cebRlrGWsZaxn7T8fG1Y+xLsC9/q6HLSvl1h19rw+dr2ZXTRJtJBLstkyz05rcRJBODKRhV70YSOvKThxkEAPp2NWY5EmuSdasNNJP/RtE78o++j50TKcR2cjAMVoRjJFd4xmkpy1nbBMg8WwbtVpkGxPHxInswzHa+Kbuw3fgoDhXQE22iNvPva1uqkkNQTqhnTT8qclxbQDSiNmk5aAms46BdPxJLE4cpBGziSeF2uACSCPmcp5KGrGdjPzJ5AJIoxcC8RTUNFmG+Lk4SChOmjgXjlcPEvKeRu3KTmoXHKHRuHI8CSQUXI3WFZdzkE5IwjQ6V46nc0GNNHpXvGd0xREcpBVSIw1PDa2QsGikUiPmCAkkRFitwYXgao2ChZ2BJEcIMUJrEjweb/MYpsl+4F0ewzSZRLxfYxih3kvyXJN5d6u/0TXZcbd6Fb1Y28GdoBcr0RJIrERz1+nFqq0EEiucXFL0YuVMArlS1/ViNVACifUqPGf1YnWdgwxijOB0NYgxQgKJMYKT3CDGCAkkxgieGgYxRkggsSLD2w6DWDMggcQqE5c8g1i15ZlrFKvrPAmNQoyQ6rpRiBFa7gijWJGRQEKMqAeJFU7ucqMQI+pBQoyoBwkxQisFV6zaclC8WDMggYQYoeU0ihdjhAQSY4QEEmMEJ2y8GCMkkBgjJJAYI3jViBdjhAQSYwQHmcQYwUuNSYwREkiMERJIjBG8PpnEGCGBxBghgcQYwYuaSYwREkiMEbyomUQ78lYy+hWVECV0cRJKiBM6jYS6PSmG5GRYHOH0DafFbrElp1syCdKe2yvDkmnJcjpSfRuumOpB7/zIJcHhsCVbzU6rLeuviyX5/rnY0NxsSxKdPNTitJvTLSl2c0ajyf7kRWK6lbyRSHaz2K2hZKDRHB/yoqfVbkmmmyUpKMKWQycnZ9iSx423Oiy3WbS3NSWHnC+Dfjlu9f/7ol7MojRzVoojtdXfnFb/eVjqwkzNb3dYc9gdIGy3oeGnYGNc89sd/m9207vEphocKGxwfH1qMYPVzW9wxB01OEjYYOnLgPpusvkNbt0czFYK2x3XsMnXGJrf7sg7GmiFqwZLX3Hqm9/gNnfUYJWwweqGGa39D5jdtjmYHSxst7ZhrdJqm9/u2Oaw+zaF4J/tlvrWP3spNf9XnJDh9Jb/yvfX7qnR3H/+mfUfTv13jPS7mroRiMZsuDkjx8J+UB6YnW1zWJ2N2zQq9tRXiTabPcWaZXZaHPxfALTOD84xZzmtztwEu92cy4FRzAB7TrIzx25JYW+MuXXf0+w0Nzqg1CjyL2b/6nILnUn/ZEhHN8+Y9OPnj0fhS3Kd0jApBIe2210IVnrjvM9aXZiTHo23jH3hZDdTCD7jN3/Ni4OVeGftxudL1odjq8w2Td7LH0/w6xA7ZU4gNg8d0mnZ7tZ4TfCPPU9kK3EefPHsrnc98VGf9PYZeVG4xw+pRy9cUuB7PKctSOwXismquSNjI7H7Nx6qEOSHu2StcPumVwiOT+tptcWFY/r26k1KPOJyl687BVWip70OtB78UzD2JctNuOmHU19OfvJU7yJER9tMCoDL0z6/5NgUCJdc++i7fsZIXFZzZMLFjt6Qr+MH+z4/vUv/D6MwvfrOUmL8RHRCcXIAv+99FDy79tWf02WHwQ31+XX3FJSBhd5tljx1byUY8cQGdHlJMSLW7nxDfQV4d1s0bOkndeD4iuxuvse94LSO38766LgPfGDj+2TnGnRhTuyVgG03UMDpB+Yuq/TFz5JZK7KrALOrqBA5N4VW7b3qgdn0foXAe23bUSkPlYAPF+2IXm8vRRe3UMeXoJGmL75/blsd6McC4w0VbOA8Chz42VsWbxnUffCFsfLbU6jTslfWn7G6YXLYvYpd19FzA6PCnhlQiF7NuFC1pvg8iutMI3IKXJ0E9E99VQSIEeMfiLGBSOo2cxl65VD+ab/559CVJQ/ff2RhLTgzMWTdI2e8ITe8BuRe7Kj2XivHz+Q/O/v1FC+8auv28I6H5Zh6afqSGnBzyjPfOOfngYmr7k9s+/tP0v7HUeuzI8O3HLyEKAu+frsU0WNeXHAWpFYUmJcfqwYnpjl6v1VeAToR943YcxatuPvL6pfKasAks2ZYXOdi4EGsfnirDNPVI2Z44NUkqq8klKCt50IIQ93h7ue2LY3sUgsY/UxKOGz76pWPjYnGzJ1P+0Jm9gk3yJYvicb+7ve9FHbSC6qYAddARMckjxXzDoF9LzyKJrcrkM5RAWT0MdULv5ulmo73BErx24/6vD+VRLoWvFM3d0rVVx6YBJcwpQSNpjTqHwQnU/fu9oXl7/wy/6WZBaDwx/Y/36hVYcvHY4YOSQvGOe6UUbVo1WMw2Py/MEzZtXdQMGxDiRLtA3n+heM4wnY/vQoyfxd4wg3EaxvnKKX884V3lWUMn/ygDG4YNG7h+NEKTLff96QKj11+THdtggqz83UtBjNpWi+IxmyZjQq8mNKL5Nug6gjHcVUErkw6t2pRTw9cF1NTnhMdgdk5lvnjbJpoB+XYsP+hxw6+eRYwPZBHYxLU0teDw/GA0Dl9L81wx24DZgQM7NIe9xhDLF0Uhlmcw1Q4c/jkdZvbh+B5e6ljvTDzh0cAtlBCGCMwz6NQrCEsvKvsMvrdQRNChau6Zh94+RDZ9+GtQ96OuYG+J6yZG+QHyW7EM8Fw6hYiKI9EYP21+F6P2H8B2/cs77W51B2eKCrr+/isKjDU2YGYXgQYfdZcAFwPZNBTFQK+O1WK5qrZhoCoDBEcb/hkJlWyGnR5cF7UzN/LyZxNRAmvgx09PrXmF8sht0cBef7JcdHM3UO3rw6C9JT5Y/whSRKSKRXoccJyWX41YvFaqcQ0y2fuLgdRzGHFiPvZj+torgccvvSTT088fQywDau9MCHD4fssV8Bsmh4bLyMa5T7v+2C+/mFEonN6sbIQLN3/8Q9Hh8u4LsdWIRbGkmrA6NmtCjGedTqFHqKB+cEdEpUlEuAHCcm7ug3YB3j+FYG2LMH8YcSCI0SZryKmdyne8DxY+eu2wN8QClys/UAnw/RusbYamI7tzNRNvYhC2IF98AF6jAwZZsvO2Ane60xXOo9Y3MfeQOdous+9ji5j0919n6+UdOAI+ozKxf6bgKZJH/98af4ZxPlYhKjaLY30gPczoiggyeovx/mUA8b7g26Yye6n/pjrlw+m6qUZJof799GHG2T6DUPgyD2aHRsOxHAeji0BJQmk8KQFQG5nDN70Ye6ue7uWgzpaxkj+hRCVKHK2w5AZ7AFpGsX3KgdDKC3U0Xi9Pf3NK5O8IREDQjh3yM6jvBszXcxQQl5H6nhd2BuN76OE9/KCXM/zEGUb+O4EYDx5yguyPI2vANzuMsDqHwiCfr3vIRJRKo3vQeOpvP1yGvTeXEoqmRwynQ72wqeOU+E8gEjRIoAiQIpN3Hud5Vgx0fBJ9xEXJd6XAKIOiz9YEYR/nl1jqegQjB9kglWAiPHz9ta5QVYXdgTi7r+dXHtz9E7UjhWoS4CVhY0BeFY8DfxvgOnNOnf4IBOKAMzSd3wlYrpYpIAKWrDS5DiJEW0nYuWirRJGMsfUoujkq6N6dK9BTF99lXDhe+RxUgHZuQo2gF8HvvZO1jwlNpGsvvFGK9ifqPyYwvUgiyWqCr/uWRT26CA/SLOk9dnzgPlpVDi+d/Qb316PVeHyWPqiDO36Ku81z7hIrGUPBe5Oyr5+vxw7SZXxXBqKx9HAJIXgQzYqcGWIthETLcF41PUvf5o9OQQmsIR3g6x+T2mNeR6FwQ6MiIGQ2bEtHPehjtgcClmaH3GHjK5bgnD4yQMVSeeUkOtmIGR16NdASWdbQTUr9HLIeHxFiVn9jWmPD8ny3X18gzGLmz4Ss/Y7ISvN4bTbMht1nbf+J3rrt/3bjGn+AB0Z/1U=", "1: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", "1: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", "1:eJztWgtUVNUaHt7CYLxBRRQReQkFzMAMle1DKPlCE9Q0nyMMMAZMzgzm+53Xt2mX7GGWGZpeL/nOtNq/lprvd1qaIpIo+CBBCnnds/c+JBbryp7ltO5dS9Zi1px9zrf3/v7/+x/nnOk0Rp+cbiuTyYytxI8kfZY2NTdLmz6GjJDhvjqjKd2q8SjepM9OIUcJT8aejP1fjFn/Zaz/g7FkUespzuKXRL0hW5OVkKkxZGh1DeJfM3P1/x8a6/lk7MnYk7EnY9xjGY1jtLL/kQlf1OekPTgi53qR66PoZ3SKvfjZXZ87RmwNWgZRUkiKLiejBZDoXmQsKoYfE63gwSgYhmtvDKOINQOj4jGbktmAa50Yhok0A6PiwcQyTJQZGDUPRkU/OSH8MlCbIYM4RieaH9PydZgzGajFOmCeYaAWBxDjwkAtVgIFKThDtQmIcyUpIOLMAClaLCFGxhw/xZpj8lhznKsyZyUJxGcItfkgZYsjkHmVrdTizNUEpOBSRLQUTy3OXU1ASq7tRUtB2OIU0QSk5NtetBkql0B8fopWmCHYRhCfn1gQKvhMzuJJwWc9FhoKPj9JID7rsdBQcCWWRhBXuCuY9ZRc5UmSHlcZZPlVydWpSRgzOhslV5ciYbjaByYgZYul+gATw9V1MfnEcHVQEobLp0w8MWa0QzFmtEMxXDqQMHzFj2XiGL7WQQLx1TEWDjF8/QYDxfLVMZaJY7myViOIK2tJjVcsX22WQHztEAvyWL4mRQLxKYKFeSyfIljMxvIpggVgLJ8iWDSpzOlsVOY0KSpz+g0VXx1j2lPx1TGJE5ciGkF8/YYE4lKEQrIelyIaQVyKkEBqLkUomJ/UXIpoBHEpohHEpQgFU4SaSxGNIL7ORgJxKULBUpiaTxESiE8REohPESzvxfEpQgLxKUIC8SmCZdg4PkVIID5FsMiN41KEksVTHJcilEzlcVyKUDLtxTWvCPLuyOhDTpi0Bq0+NVObLQINE3tkabO1OSZjeuumE6bbkSO5+BFvNOpTdRqTTp/z8GQpTn9MNnDi69oUcvFArcmgydSmGTRZf7qYvLVKyNSJJxLE1bQGnYs48KdrHMUv3XUGbSpZjB4lZOlTX3tDZ9Q2M1uiLi1X3FgWeViss/7rbA6USoYmJ82YbvMXYzU+5JFqusryhF0fRZhckKDPJRentpS3LS9v6cY1urHDsDxvN0vwtjOXt1pqkizP2/2xCtyem3Djgy6pwbM8YY/HSvgpbsKRTZO0KsryhD0fK+FmzPcIwlFNC4wq2vKEvSwRys1Y8RG8o5vWSJXC8ry9H6ujm7HifyeseDiUlZYn7PNYCXMV5yZvyaTXD39Drm5jCWHb8NJWN311F2N51m0twVrOq27pYYf0+ELxNxSqdpbg7WQmb+n1g+JvqFftLcG7mfbuEbwbXzNIN2J/ukUh9wVk4gS93pCmy9GYtEb2wxByfzIgV5Nj0pkmxhsMmokM2IGaxJCbaso1aNPoidEPjrtrTJpmbpXiWKgpHt6elpwaI/6T0Zl5CQuzSqpw5tZS4/Y8K+Hb0121bYsCIPDL2n9UXqjFH8/fdOVGXhU6NHDPZ5/eDoTtayceCH22GPd6uqFT3XgHocO66z2fvhwK6z1OdD9fXoS9xyZVLEmpRbYli0JuLfaHTy9/89RKRQX6crF9uXdPa9CQBX70hxk98VQ/9R20ZvmzVklzjuJSW6VbbK0bxP2wL1s5oxLvqKg7M+FGIZ6UH57QXh4CL75w/ceN90txktei3qW2ReibPT5BKXZhkF1Ss/7XZFsY2ed7h24fyAQ/dUZ3nT4cctZYfWXn/h3y6flybRtjPaan7wXAgJ98p2iijyLTdq+aw7fPovfC2uSdOegNVpesHRd85AIUf8dWODvhRlDU9a6Q/luxZvVgJ4jY8uGddYlOwuCpBTvGdAyGIZ/FHH2u3x3cXbRezXo76PGSodrlRjmWB4ZMW/SlLbQRd7dmeT06nTTGdcjQYGB8TmFKO+MEmmVM/GdVuj/UnyELlaIbX3xuU7KoBk8jGwhtD+Iq03/sVo48C166MsmzFv+08f7wbDt3kFMHHMJT7m56+bX3W4FI7pz73YPIsGBJ8d2O5WgyBbhA2oiLiTYTvsU3Ia5z78l1yH02HFrdwwmuIeKRSrxZRL+x8jaaXvPs68daOYBTZkDWhEk2UDx71dENx6tw5wvV08Z+tQ0fTz9bMlbeBbqKZnLMrMHMnnVoaYopcIXo91RxlxOHXEfu+V+LHvkWL5smTtivPSTv7PBm2YCdmNrX8Txe/YPyjrpHZ1D/vjdtg78rbMY3Vz2/sbVAzbQrFD7ZphLPVKOxl8aJTKwheO/cda/09oFBkWHrPV62g1fTnrvcf3EZ3iOy2FHRGUrztjiPC7cSxo/zbV0YUYhE0Q7xUfnBVBQzclevu+j2q0QxR9DFczONidsC4ZmfA+1neskhcEXDW9NqPASq67Nh4EIM6uANB/qo5sf7uwokDLx8Q6F/B6LkVkLB+VHj+6+ygt/sR73bN88HwulC9xBRuSnQBWj8BPvAi9RQhzGVr8pJ2PXTgjrtimDoFn7m/Wt+p7Gj76qRoYedBKKO10LDIYgaGmPqP4MMnu93ctnw+gbscKytKNEjSCfTz7TdV4eZfUvR6t+jrhV0qUOimuK2zXOFtU6JXXKty9EEKjh7gfrnuitE9iVnavDlQvnb62dtxlQGfVxBMzA5+OP53iCKYfYzfWsRs68VUD2WOMFEKuga/G9RZvvqHQUTMdSlALj5zO5gF/lZlKedlzriorVA95XvD1HUsb9i7YbRA5PXyYSqkOFL9+b6wfjClW75X1egXb2crbs6yMGOBPhRfyCqObfcSti48EKmTN+A5WT7kzoBldO5BnTY9cCunYv3IwX52+oGfgd/EZV6CTEd70b0+vedgeq5xgpsHBd0TL19E7uSwDkQAjQ9DL+Kd5IwCqnCO4VZRQfUITCKGvQwizf7G+izVw5Ff7c5FHbvJAnpJo6jgbsHiUlhUKRTOJB0cirJjukz/C4Sve61aEEEFHuSHcng+3d3v/OWi71A88upCIjo1LEya/DPqH1ZUWw7sJb2HQg5yhlfCLOu44Ytk8VItYF9S6PeiNAEAONRipfuvSdabAsi6n1rtDdQdy89iZgOqhCV3xJvoH6Y5gbVxP3FDsI7ouw3Ho6AoT5fnJSNdAea1wbVIpruBnYFGyKIekmXJY7CFSKDcV1gn/8mQ+YyW9ifTTbmKojBtCJneRCcW/N6N6dzVXhUKPGAM9NDxu+Y5rnptbjXhzOC9trL4P6tMtHypdiPBqIcaL3wqkCuk2L/9YKo82E0QVdIcX4Ai8YWTdcR5r356umvrh7B93oPnaseLAOmX1+41fqbyPfC5rH8XiaDYxuOnx2c5QZHRhBGZZjZ0xk8aMG4hag/3/0FeZIys80DmB4v4YC6qtzC9jbCVtEsC4fZAJVBdhn2TyUZoAgd/y3lar7vU0DjJ98BEmkitgGKW1mPRSu4z5YFAk0bzs5SnivGZx3FhKjuAulkmf324EQNdQUPIfK53QloPu5hK1D3T92PqH/m+EMITSj2Aoma7WsPoj4i7R/s2kFEAmEkEz645idWzGpE84vCD2h6L7iDRFG08l1VidrBMP/4XwOlvF6BqF1uHsdUTp8EwafEXZ1lwiCxHPcT1iAab1M7A3XHZDkkzWnd/3NPH2HtB9/5b0oOBRofGS4sLrt5CaxOhgOZPf64NctbYR4Cccv3g7sCjY8ob6ByjPIQ5lVeODfz7WAwZi67NaXBB1i8OArnyyt7D00PAcK+oMqH5YmFbgKrc2FAdTPXWZgZRBKNHav7bT3h5gBSGJyEHXOmnNg69C4OJol4vQ+IxfTksoty4U0ynGsHV/NFApG+8MowEol1SCxOolLcwIEE5BEPGCFmqS2T77N82NMNBpByVtQOkunCRVjM5qN/OXEPf538TqclueUSvhLNP3WpUJ7iDnT/c++zuvmRtUDSsmO1B3SjjpYBdWvBMVxI2pcAT8hyrP44w+gNtJWMz8kwmgz6bOPDPdeDX/Y++DVHM2PR/wFD62J4", "1:eJztWgtUVNUaHt7CoLzBBBQVBQRKZgZmqGwfREnNR4GalqkjDDAGTM4M5jsf5TWfaZE9zK4Zml6vmWmaVvvXUvKV5iMsy3wliookSCmvux9nEot1Zc9yWveuJWsxa84+59t7////ff//n3Om4xhTerarQqGwtCIfA0x5hszCPEP2GDpCh/sbLdZsJ9tRitWUn0GPUu+N3Rv7vxhz/svYoFtj6YTrGd7kS5rJnK/PS83Vm3MMxkby18xcg/6HxvrcG7s3dm/s3pjwWI5tjFX2PzJhT1NB1q0jeq4vvT6Bfaoy3MlnL1PhGNIatAyiYZAMY0FOCyCqvnQsIVEco1KLYNQcI7Q3jlEn2YHRirhNw30gtE4ix3S3A6MVwSRxTIIdGJ0IRss+BSHiNNDZQYNkbo5KHNPydXgwOajFPOCR4aAWC4jbwkEtZgIDqQWl2gQkuJIsiGQ7QOoWU4gbY0+ckuxxeZI9wdXas5IMEnOEzn6QpsUK5FHlK7U4czUBqYUYoZL11OLc1QSkEdqeShZhi1NEE5BGbHsqO1gug8TipFLbQVgbSCxOXIRqMZdzPanFvMeloRaLkwwS8x6XhloosdhAQnJXc+9phMqTTD2hMsjzq0aoU5MxdnQ2GqEuRcYItQ+cQJoWU/UWJlGo6+L0SRTqoGSMUEw5eRLtaIcS7WiHEoV4IGPEih/PxIlirYMMEqtjXA6JYv0GByWJ1TGeiZOEspYNJJS15MYrSaw2yyCxdoiLPEmsSZFBYozgMk8SYwTXbJIYI7gAk8QYwdWktaez0drTpGjt6Te0YnWMc08rVsdkm4QYYQOJ9RsySIgRatl7QoywgYQYIYN0QoxQ8zjphBhhAwkxwgYSYoSaM0InxAgbSKyzkUFCjFDzFKYTY4QMEmOEDBJjBM97yWKMkEFijJBBYozgGTZZjBEySIwRXLnJQozQcD0lCzFCw1meLMQIDedecvOMoO+OLCH0hNVgNpgycw35BGie2DvPkG8osFqyWzedMNuNHinJR4rFYso06q1GU8Htk2V4/THZ4InPGTLoxYMNVrM+15Bl1uf96WL61io110hOpJLVDGajDxn40zWe5Esvo9mQSRdjR6l5psxnnzdaDM3MlmbMKiQby6MPi43Of53Ng5mSoy/IsmS7/MVZtoc8ck3XOt5g3zsZTC9INRXSizNbarerqN3yjavK1mE43m4/R9jtZq/dOrlJcrzd/neV4O7CBtsedMkNnuMNDrirBrcRNrh70yStTXC8wYF31eBm3HcHgxOaFhityvEGBzlCys148Q52q5rWSK3a8XYH39VAN+PF/26w+nYpaxxvcMhdNVioODd5Sya/fvgbcnVbRxDbRdRsXdNXd4mOt/o+R1itFGW3/LBDfnyh/hsKVTtH2O1lp93y6wf131Cvwu6qqpvp6+5gsO39gnwH9qd7E3pDQCdONZnMWcYCvdVg4b8IoTcmTxTqC6xG68QUs1k/kQPbM1+YCzOthWZDFjsx+tZxL71V38w9UjLXmPr27RnoqTHkn47OKEqdl1dWg3M/LrdsLnKSvjwSa7jvTCeI/LTuH9Un6vA/X95w+mJRDdo7eMcH71dEwuZVE0tiHjyH+97f2LF+vIfUfvWFPvf/HANrAg71Ol55BgePHVC1MKMOuZbNj76yIALe//mLNsvUVejTBe6VwX2cQU8X+D4CpvfBU8N1V9HKJQ86DXjxAC531fgl1flB8ne78jXTq/EnVfVHJ1w8hScVx6WGKaOh5yMXvl93sxwPCJrfr9z1DPpiR0jXDLdukF9Wu+bXdFcY+djXHj3eVkjhupxeRlMcFKx0+szN/ysU0ufxuraWBsxOX+8ET/wQOkWvOoCsm4Nq91UcQ292a1t0dE8wOJ109pz7rg8w/FVX6diEi10TLsRC9m/n9CuGekH8xneurk7zkoZOXf/JmA5RMOyDxAMPDbyKexHv1a5xg96Pmm/4XKzEysjoafM/dYW2ZHcrlzSgIwPG+A4bHgXcnsOYmZ1zCM20pL1Wkx0BDUfpQuXo4pYPXcrm1+JpdAMxYUBWeeH7HpUocP2jpycF1uEf1t0cke/mD0oWgL14yrUNjz/7VisgxpX6X9uDzHMXnrvWoRJNZgAfyHrmxzSXCV/iy5Dcud/keuQ/C/au6O0F5xGNSDX+iKCfX1aBXqh98LlvWnmAV26nvAmTXODcrOUH1h6swZ1P3Jg29rNN+GD2sbKxyi4QS9zkmVuLuT/r0aIMa+RSEvdMssuJwy4g/+LPSUS+xIunkQkHhkH61vYvXXpiK2b+9TyOV3ynuarr3Rl0v+/MWhvhCx/hy8sfXtdaYm7aFgPvbdKSMzfQ2JPjiCXOELVz9uon+4XAkO7d1gQ87gZPZT3086AFl/AOYsUnVZ2hvGij97g4J2n8uNDWp+JPIULaYSHacJiKEkdu63sNVTxFGbMf/Vg6w5K2KRIe+CnSfUaQEiKXNr4yrTZAYrw+1g18qEM9gqHkMe3LKRG+EpVBUGgMxLEJryPKZmukDzCdRIXAoPaU4a2k9cdHjR+03Al+cx/1Rv+iEOjJHLUPM/pqvaRtP8ytNyyNgh5xR986H34Ee4YuHxmzz0ui7Hg2Jg66MkdjzOJnVsDDA79dPKKhEXt8cx+h6H5kVJhmuO6qx9y/5WjF7wnn13epR4RNyZvm+MIqr7Quhc6VaAIjnLvE4nPBF7r3p2dqsYo67tXWEtejJzBaxgYCIcOsB/rXIe5fJ2B8LPOCiYzQtfjfhGa7GjwlK3XUyU5w+YHtUT7KY6jIMCfzmR+dJbav4ghIYIH9FRvWjh6cvloh1USPWLSzMBzGn1rmV/x5FdrW19s51kMJblTgByKAsqZ0iZO0bt6JXIWpESvp9id1BEan0ka0z7dk29YFu5Ga/n3sB+F7fiFMPYk4j7cjdv1b3sD4XOsELp5zO2RWXMa+VDgl0cDSw4izeCuVUXQN3irNPFOii4ZRzKH7uN7cL6IPntyr+uqjGNi+lSakyziZCXcHIklhSHevOKDp5PAAN87PuGuIRDdo/tx4OBdId6SAr9/Y/vorPu4Syy+H4yG+Y4fqvKE/obBLZ5LagbO870go0EzfIs28gBs3TiZKdYFdixKej9d3Am5HOV608zrx2EZE2fvK6GBg4V70LeI8qEGMZguDgcVhmh/coOE/5yG9Tmi/bl88DA/Z8q1ipD+wvDakDrF0NzgWXCghGmS+lnlKp5Wvrpk5rgvsithgzl3sCrvz6cZ8JSKmpQVLukLpyud6eJXW4FExNALenA85v2OW516ow33fmd51p7sCbl65RDxfjsOZEJXA6kVQFfKdlPSvRwjPn2YJukrWeQkmziau6wBzXnrqyGdn9+Pr/YbP1g1VAOdvKFxp/UX3N7vN4fn9kgK+WXvw2NA8P9j/DLXoEub+9IYAVjCuIBbPN35BgbTMbAoAzseTuFN9TeGpMBfpY+KWeU+7AKNB/iUckUkzwBl08LeMs8WhbYDpp9gD0lgidgGGW9aAiRf8ZykigaUNb285z53DxzxJQtR1gWy6zG538GKOOo2HUfpUdASWj3u7Siz8U3cjFp8XIyCaJRR3iapm86o96DFi9ndu7SA+lVqkkN4+H04q5g3E8og6HFh6X38VEVK0Cl1ejdrB0xEpv0bKeb0KMb9cPogZnd7rCu/TcHVWSENIOR4orURMb1M7AwvHZCUMeLH1oA8DQ6RVb38VsSE9Bpg+cny4LnsESbxOxgGdPeWgM89b3QIkGpavh8YC00dCMDA6JgRIc6pPlM54NQosuYuvTGkMAa4XT+l4ZXW/4dnRQK1fXxPC88Q8P4nXuW7AaPluPXdrTz8YQazK3B8AFVPo0E3E87QfsLidaAcfvkYDegjxfsEX2PJbgoEUx1brwpRSH+qmR6tw8UApQJ8aDGdLqBCV0tA2tDI7y/k0FNIZYc9gks1H/3LoOv48/fWOCwsrESluhGnV6OXDJ08pM/yB7X/2TV4333WWaFr2vBEAPVigFUBnmb3aX8ohWT12fCtIjyIVQx8IrGtMKcixWM2mfMvtPdetn/Te+hlHM2Oq/wBtQVix", "1: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", "1: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", "1: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", "1:eJztWndUVMcaX3oXliIoRTGKGhts56mZi6DPFhs+ewnCAqvA6u4SgyXWRBNNolFCnkajz27UWJ76rDNWjFgJBgsWFAVEBSlSBMmdmbuPYDhHZk/wnJzjP/funXt/M/N93+/3fd/eXf9J2mHRliKRSG/LHz7UxqkjE+PU0SPwCB4eqNEbos2MVyEGbXw4vgp9N/Zu7G86NvhvONb33di7sXdjjGNjjWOkipkbr3ppE6LqrvC9fvj5IHKUhuNCGKLTxkcYNJGNBMnYQBJylJsCUrCBpOSoZAPJyFHFBpKTYzAbSNEPjwUFsqGUFBXEhlKZhAqmKEnjUdQi02BB9CQPt+ZP4ZqEGL4VeyNIQk8KJpCUnmQEFKZNnNR4kETKtJKMnpQmgCRsIDk5SRVMNlGQjM0mylupkmklCpLJmFaiXJewMUKgerAJIMaVgk2Ik4SKQxJkCojJJgnVk5RtJaonCVOcjCAmEUqonqSBpoBUTCBT9CSAGLcniJAtTlQaEjabFCYoV0L1JJUwgVSmcE9lCvcEEJtNwabEiYJkTCApFaGMySapIEKmxCKAZExxkspMWUnOmJZp10cwjV6I9m8E0+gMQds3gmm0bGn3RjCN1hJt3gim0QSv693kjSZQXecmbzR/6vo2eaOZUNe1ydmKOiW3nK0+0wjJ2aqm4Aa2jk0AsbVEgvOYEqsRxNY+UJcrmPKJEWRKJ6BgS+ECiC2xUpkr2DoBAcTECKF9ULC1DwKIrahTwipMaR8UbAWQJhUlW1miWUXJVmGoI5RsxUIAMTHCCGJihJS6XMlWlgQQEyOMICZGCFVTycQII4iJEQJIxdZzUBqp2BhBU5iKjRE0G6mYGCGjiUXFxAgZzREqJkbIKPdUDTNiWGKcWu+JbxjUOrU2MlYdzwN1Sb3j1PHqBIM+2v6PE0Zb4SsH/hCi12sjNREGjTah/mTh9v+fbHjSVHU4fni42qCLiFVH6SLiXnvYkf8QGqvhb4Tyq6l1GryV156x4z+EaXTqSLxYuAtGaBPxw5Fx2sgp0zV6dQOT9tFEJfL7i8Nv9TROf57UhlgUE5EQpY+2+HNIA/9IB4Wq6e32epPd+Cq0sQY3ZzXY+P1GKHfBTW9wi6YItJjVbqFnESSsDGx6u1s2hd3s8VYJX4KFstn0dns3hd3NmOMdXO8VhaTp7fb5S4XdAHveEOjgel+mpU1vsO9farC7icw2vnJ4C4r2awpmN1AH32C3rN77mbeg6FZNYbeHqfEWXkW8BUW/1xR2N+DMN7QowvsaoTcOeq2lcxbRXzRDtVpdlCYhwqDW0586cS80NDEiwaAxJIXodBFJFOhHXKJLjDQk6tRR5MZHdddhEYaIBlpLlYK+baq/PTW+hf8IhEejLowfcG6RIxr/KrTqaUELpLjYfdDV5Wbcoi0jz0vC3FGvy9HXcrd7o5nuu/6ZPaMG/iD9z3+VFWao6tPJRw1u3qis/+jPVSMsOZcZip8+yGyG2q/7Yne2xgPF577c9jz9BeicseqRb3sX5DRtx5JbsX7IKznDLrZNCQyy3eEzpq0bypQVqnrbeKKsWJF23kJLNK2nfeaGqSXw06WHptgd8kSbV59uvbtYxHVWt7g/KsUa7dh5feLHzq7o0uL0O/ccigB6srZH5wwrNOSrlATXBT5oXsDJz7eMLIXmnRY1v3HJAbUcetN7lr8HWhY0vYt/Kyt07vsj3y1zroD9utb61yjc0PHAf7/vlVwGiHkrLdDD4lbp2rue6NgDd99fHtbCjuO+OVnWoRqki+6Y2335AnzV4anT8cBSUKDf7/Ey7REY0azL3jWFlWAXv63Ba0XcmLJDN7+suQEnfj/QY2l/Z2QlEyt6HHsC9jliBxTBiTaXWgy96YGoPSJUuS5m32P9UxB/5tXemcVmXM2i0luZ8xy4mheJ934Ql8Kry8fxkSkBS+KwQ1244yc8A8KtyiGQTzjcz/E+wLvPsLPhUgcovwj5qAT8yntlxba9cLN9n3aJ5rboXpdl6yqCKkDe5E4vUm5XwEdg493jX9shEg7RAzjgsSW/w2L4rxNbNw7iHoJtblfCrhdVgXK8/KYC4LB/c1Jqx5PwGh+1uE/yYMy1XH6mTMBHL6r73UxwmLdWXX4BLOg2kF+yHOT6bsnr29WVI+Y/Pi3MK0LEDcPuwdKajE/yA3JhB2c8cymwKWred0h1FTBgdz7LhrAZZlg5JDSJewU3DeLcIk6tgAkbzI5auRrAbl3s8qezRGgxdpP+EijDpz6PAR/c0rgRuRB74eGVk4DQOMsM6fHj0BbNPcjNv59aDrNn4EhbckZ+ZvPemn9VhKg9lZDYM12EjvIsmaEoBOdP9dqpmSBG2HsrUl1Qsnpx5PisdED4WemEZqR2/Me3aTaI7i8H7Kwax4fSCQ0kAagAUwlRj8CcBWsvbnf2Qt7dbre1nlcBR3sevMpTinPAYVp1HfIHW++1Z+HdwZjImeAWdmuUGTfc0Dal1sWTI/x0L4LbNmKH5AIsy8k/WQvrboRrxJuOnUgx4yqd8w/+bPEcUh5lQ7Kchwh58azZMEyMlC3R2NYhufDMN7wg1tsjIree6dCtOISfshASfQwWIzLtSms0+8q+0WVJYvQ8kk8Ui30QdieQW3LvY6KM8kJ8cH7t1M4XUX1Uw6T8gCDbziKE00B+sh/Sui5A5/3tuGt81IMWu6FBmNAL3NFdTNP5xYDQwEaM4kfM3nXA3B/hx9f3zoF0/uaI+CHHHdkQQdmiELKRc1SXW71Q/5k88wIsOHA2a//CWbaI+NHPieal324Ad0zn0leQuG+XH7qfn7zXcVoedOXd5Rlgj2Q4nc0Xo0AcsE12gj+tOR1xZBV4NgsrrRKEabRFn/1SC/YrK05GbTfnSP742Ik7Lzm9p2tCNniJwy6x52iec+Cofqrh8AebVp9eZ8Z9kHdjR5WPmMvohIX/Em49iwWbA368uP3ytebu3I89cKYsgr3Ig1mwDU4APrYcjZ8lIn5KvQ1wVisPt+LGtcaeEAn8yQLG/Bb+nf/XidMKhbxwXeC3s5Dfa0HE8GF8in4JSdra4oLaWc9LDl1ixhH5zH4F8ejZARaI2nUKHGmPVy6Fqx9hYZeDy+XhvEUVsLvZhwudBlfAuX3hbF/Vc0DtMefS1vc+UFJTAQhNJuTB7oTQ1ZDy9x6w8147oWPaOtjfEWfoXMCLtc2tyjuA0HKPKzdqq5yX7lM6nmQm8O0O/Kxg6P/8rCwRzYfmHL/4zyvVxYDGtRDO4cvRCi87jpwscwCm06Q55TRvfGvHEfdtM+eedMMWWaDcpTiRl0DC72BbNKt495ApqywRjo7nwSKY6YoFUQpJOn9ojp4VoOD3+lshkv5SaiHN6zcB5Z0LInlzqjsCI8fugU+KwG9n4mVzD3ogPP2hMS6I5rdaQPSxwxl1THNJPawSo90WeCcFoO2hal6xzqgnpsEaEbIlCcmeI3I4kAatXd3xUiCQBOQAJG6PqQKE3udbcONJAamGZDgsH1yYg58wF+phDqB1zoKbTQrHS6p/fy0g/O9lQeu1qzsirVJIQozeoNPG6+v3FHX/xar7wayBMcnvBevBqQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlUVEcWbpp93xeXZKIZE3ehN8AlVQhxorgMgkaNRltooBVo7EWDGhOjkUQddcZ11KgZNSbjbqKOa5Ua4+6oMRjEiCBoMIiIbIJAXlW9HlA5satHcs6ckR8PXr366t7v3u/eqn5Nu/G6oYl2EonE4CRcBulSNPGmFE1iDBkhwwO1BmOijfkuwqhLjSV3kS/GXoy1wNhgC8eG/I+NSQnflGYmvvVi7MXY/+VYnHmMbjFS811fXVpC4x151p/MD6FXeSzZpSL0ulS1URtvIUjBB5JZY4mBlHwgeX8yFqKIdRB+xWrTkoSN91kYBb2q+AwpqCG5jMeQ0hpDSmYonMeQimIUXM6F0msYP4R5FqUzjbcAEsbyE8yDCWeYUEtdYxY4hdAEJOMDhbBfSitAlsunKUhuafAoSMZAIVyWRJDCGksqLkusYGV80WMguZLLPQZSBHNZYtUn44seK78Qi0u2CUgm5wKFWg9S8HEKs4YTA8n4Qi6C+GQUboX2ZGK5cxWhCJJzdSNZiDWWQqwQrIwVoYzPPZk1nORWNBYzyOJthoLCrGiWsnDOfZPODuYsDXYiohiLa5CdbSiG65gilq3FnbJxu1VYXBaN262Cb7tlxyEFV17NIL6ewjqy0po2rrSmjSv59mgRZE1HVvKdO1hulXw7J0uu0po+qbSm5Sn5Kp0pQsmlCBGk4uuTIoivezEZqfgakQjiUoQZxKUIGdOeiksRZhCfIkQQnyKYylV8ihBBfIpgoFA+RbB6CuVThAjiU4QI4lMEq9xQPkWIID5FiCAuRYg7ZyiXIswgLkWYQXwbO+tGYVyKkLM8hTWviKGmFI0hkDwwavQaXXyyJlUA6jPeTNGkatKMhkTnpgsm2pM7V+ESYTDo4rXCR39d2uOLxbr8Z7G4jHRNLJkcpzHq1cmaBL065YnJbsIfkcla4UGkYE2j13oLA0/MIR5EafWaeGKM3kWm6OInTtEaNM2s1k+bYBIcSyHvk7TOT6/mSKkkqdMSDIm2T6tG/Hgltn1FyxP2eRZhL4LQmcjkeEt5+3LzDm7aEZXKlufdjIv/PW8vXt7i8UMu8la1PG+/5yrwZtTzjESbPySJh6GWJ+z/XAl7WklYIZ7+wlqecMBzJdyMXp5BOKTp6UH+O2Q48LkS5q/h0KabozyMfWnNRZjcshdwj2+iT8z97RfIv+H00xjxRVToEyCSq+HqFJOGvl0fkp6uM2iNmt+dkfn9NhelUPHjsGWUHj+BkLIm2Y/U6fQJ2jS1UWNgXw25C5cYkzrNqDVmROj16gwGfJky0JvijSa9JoE+GNd4H6U2qps5CYWJXxU9riENeUT+q4GMjnU83ypmlC3MHfKX5Wk+Uniu1+CLfx1dDW6s9t546EgNWN6waEZtT2+YcHZM9MlMOyj/dmf3tPWPwA+3J3SpDHSDt+d3vOt+uBJ8lH9ixYFljtD54bqkr+88AtcnzV1QUGYPM4peC3HaYgMf/OGSbqyjJ/x+0HivEeEecPjazVt/zHVgz7vaw5lLI+el3PaAvYn5GRJ87cpMQ78lDWClU5s173Y6hr67tnv29AtFaICbtEvmMjsYtPSyc3L7C+DVAdNm9RgoxU5b2o5K6FUJ3CdtmZeTXIE0rfJHBO7difwuRP1YWu4K/zkubujr67IRdc/gAie1cb/RbVG+uJ4Ervt0R17R0hpU5TB2xUD/BvTWnx8FGa6442vJEt3M2TZwUh+XK+vTC9HH0y98PbKiCs2r01QVqMsBXd7FCzpQAntBl8yA7PNVj8BpGQnUL6j6aIJguh70PjR0WTsPe1yRQ4jVIA116D7qO67wQvt33PAfaaALAPO3FuU8nDHhoLEabftT3lS/7p54mh/5Kx8lkcBPluKpJzr1/Fu0E56/b6IQ8oeotmf6+U8uHUaE5afBrnhrzejU4/VZaJeQLZuDVSAsKUqrK61G8R9k98kYkQ/IqL3PWdA65mqb6XlSTMOXWwgI+/kDXDDjWYTKIv6d+EOSDY4+6dhn1bBcpKYGvKBUQPuBWrSfmE+qB+HfnJx8eO1VMOMlwVKRLZ7YpXL5T4urEIubP6bwtaVifIvRrJj+n334Wh1ica8G4VnHUxUf+kLdTLvjC0PyQM5cEmA3WB17c+Oqb0vAkdOfv7lH7gMl5AcHQJ9Z+PTnx/1wnJFErh4w3RagqJq7v+B9trgHJViM6LoSV3xn6S63SV3dYaCQndibeWD1P17d9yjTAdJ8zPGCh276vXSqsBLd2tahYNaaWiCQEyRXijrQxDagsyWnjvXt5osZTyf4SfyYa/1sq5HH4eC/dw6qQSQqO/Kq0XYCP+eIGd4Br/hpcebHo3LALbAh97CHB6b0ptwFNN+9fPDbxT0OvO5ZiYSkDxjpYIeFIAmFIYHqY9930WT7QJqOCb7wvakbu0a2rQAk7Wc+yEclo/q+8XP2NbT5jbff2dngjW+S8ltUCBaYiLILxXpxh4uD7IZ7bJXCVyLux58d4w/nnIo78uUGW0jl7VMDWPwKAKu3MkDLxtsfdhKqOriVHSRZ29zNEU9VEUsSSPW4LQ9AX+JhNiLlEzDSBsqGBXf+yvcB6N+9oV1dZRUqLCMFXwWomTIJTh3+/rY948sBUUOfuX4wz3XxVx/FHAHnzgo/AyWQxmOaBxxM2sM3txCVT2YlYHqpQiunkIzZM3+2loODyxZ5TlUdAERFR+fUg/UknUYXLATTdfcXtYj1jTNoSSVZoBYl0oSVoYwRXyrP9foZUZ27eGHjbv/aMyVlQOGt6n3okh0+JWS39XYJPuN1Yv+/3D3xngd1l98rygJSsuB1Z2xP0rfVDa+5t+m76NA6tP8qEeoNQOPczQ3HTCSePkBUJiulsO10tWzYDhvMdHWR5b22FNHyf8UP4uI1vbterkILj1Z0HL3wPmI8XCFtm22lWEjylprR2azPzfeGjLcUR4+cE5Z1vAy0pwnfAZwpXWdM2vnVVQ6Q9cPbgPUxR8z6dhXoSMKTUQ6KcbiwZAPalEEUdRcJzXBd9U5/c99FvUg7uW6LdyLBweIALBRXfWRNGSJ0gjvfQweNAuOsQNzBRCJzCbH85qLBdOJ9RNpazkMbSLzyOlGBJgx6sCC23A4LQdr12T0JZP2xBgXQBxVo42CiqLuA9WMfSNvMjoug7JKwYazwgcsJ7Yn+MJ1uWNWA6h65QSrr6ABYMh0o391/CtF5m53hFy79BNdKAe13Qf6Q9YPWUEUbcQlA75NG5QZLA4QIjQiCzP/tYLb7kO1LCn0g068fpO5uCsRsn6kH/kKXABtOgOyxk4e8nBWAaV2ulsDtSzSCwh4iWl8F3tis15OkLD2vo5GBey9KhHjWVZqErXU3cqcB98QkXW0O+mK2T9xBNJxrnDE9QkakJRmMel3qE4ePxv8hafwyo5kx2a8olMfZ", "1: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", "1: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", "1:eJztWndUVFcengEcGEBgABu21RiNnWnMaLK5F7GgsUSxl+gIDxgdGDMzxBI1GiOa6G6iJtmsvcRVY0lMNJaN3quxxBrjgg0LNuwFBEQR3FseKyonzp2z5Jw9K388uPfd7/3a9/3unTc0GG7vleijUCicfuTSzW6T4tNsUmJPOkOnu1qdrkRl2SjaZU+Jo6OYl3Mv5yphrrubcz3+x+a8aLy2ChbGvpx7Ofd/Ode7bI5tMV5lo3b21IQnI3qvM12vZVd9HN2loh32FIvLGu8myCAG0nliiYOMYiB9ZzqnNcSpyK84a2oS2XhfhDGwa5SYIQMzpNeJGDJ6YsjIDbURMRTFMAYh50zsahaHcM/a29OGuwEx8/pEimDacIzJXde4BUEilAPpxEBa/svoAch9+pQH6d1NHgPpOEgrZEkGGTyxFCVkiQtWJ5Y9DtIbhdzjIEOkkCWuPp1Y9rj8tG5LthxIpxcCmTwHGcRiMnsSEwfpxFIug8Ro1MYD7ulkuQuJUAbphbqRTuuJJa0HhNVxEerE3NN5EpPeg8ZSBnJ7m2EgswfNUtdGcN9kqyMFpcFPRAzjtgb52YZhhI4psmzd7pRPtluD27J4st0axLZbfhwyCNW1DCTWU3hHNnrSxo2etHGj2B4tgzzpyEaxcwevrVFs5+TFNXrSJ42etDyjmNI5I4xCjJBBUWJ9UgaJdS9OoyixRiSDhBhRBhJihI5zL0qIEWUgMUbIIDFGcJZHiTFCBokxgoNMYozgejKJMUIGiTFCBokxgivXJMYIGSTGCBkkxAh55zQJMaIMJMSIMpDYxs67kVmIEXpeJ3PFjOiVZpOcNegNl+SQ7PHJUgoBOsZ2sEkpUqrLmagu/8DEKnQUQC7RTqc93ko++ttTn35YnP9/HtZ77Cgpji7uLbkclmQpwWGxPbM4kPwRk2wlN2KINclh1ZCJZ9ZQD9pbHVI8NRYXQhH2NLo43maPHzna6pQqeGhHa0Ia8c9GXytZ1c8/1JdFlGRJTXAmej9PHvlTltz9DZUfd2hlxB0mHHdk+cZoNFZ+3BW4+HTcdBTjbsAhogHLxw+9HHBU5Qcc/l8NuALavKDCZR+S5MNQ5QdcrTKYHexh3Ab5EGiu/LirV0bcFbDnBXFry58l9H9AvWtURtziwjaV3zH1Zv5NtlDcdMjfyj29sz6z9vffKv+O089j5LdTpmdAtGR9LbY0ib1y7zFqlN1pdUl/eERlL72FQjLJn5HdC+npYwkVOa1+jN3uSLCmWlySk39fVJVceqZZUl1W19hoh8MylgPrsQgcafGuNIeUwG4MezJub3FZKjgemeXvj57mkERv0X91oLO/+P55Xp/6ajygxqbfFGcfgj47Vn7dHV4EX8bMsF0pDsKNXps4c8vIYLgk6Yfrzo254Fpsq8cNJvjjhrYx45a38INd/+Hf8dW0/WDhnRV73jIFYj6+B8bMX/rKlkclIPrDC3u/Kg7BJdPys44rA+GD4GubvvX2hgvfaXogpFMInlb95OH7cUrY72brfzYJVkE86E/RufHZoNrMLtd9DEqYcqV4Ve5Rb9w3qOX3C+7cQF82+Gvau/O8oWbv1s1/SVfiMMvP/2ou3QcRDPgY9O7VZPHH3xUhPfspREuOGe6YOwTA/iuNh17vXoi+/VyaHj/EF2v91tQZmJCH6PX1cwVgGfF2misMvrGtFzHxENHHq+7eQ3P9alNX0dURzQv/dmYZoNZqXbgJbi18o0VGhC8OnLPqw577AqCaLctDXU0fRw+7/BgdD82L/jVHiTVR9ImlIH1f7x0rGykh9+cWYnlfVIB6QBqBCk5Y9+PwD07eB7n5XQakm0vQmY0fjT/yQxHYaCramfCNP2bxqm6iJjvTV/Tr4gPJ0xMzk5R47mia6AuouO2ow9OP5gFVaDjYUycEZ6qTSYlOgf77dbvWt8pBK67SwnnhAyH0Qbng/LjwdZ3ObwU1G8dVWRYaiIc2pXcKwHs96lUf0U0NR9Jw5+wFThbIXTQ8pH+bDb9cQCyc8xrIyuyVg9adGEog6SgHfH1ue9A9wMyllgBgfGdr55kKSKt7UdLgZm1nH/ggthT9SobL5x0EV+oSj9YFYxQ0X7/UoIL3L1lIagLx6O2LIlqfyUZXT655ODilKuxLE4Nq4qwHE0f85AqF/LdazncQpKxY0TEQzro1npj0xrxuGjguavWb/QZlIsbXkgLE6DXDHzNaTtuF9qQYJm2CXpBm7Wy2GhuWbiCZzkOf1I+/PbDdHnB2zrSpA8NqQhMjlgKXZoy51lh7H3E+nkdNB3+6s+C1XcD3bvXYtx8dQS0y5ubUbRIMT9ylBfTBSzv8eK8kQ67X/p2IVnFY71B8KbzuvsvgNBhv0fWJbKaG2r83q/lFxhnA0vveMZB5hRCtRhiOpQXaq+F52aCG2fM1y7ftWAG4TvJQq88WF2lzigCTiSYIHry97+d2LX0gny9Enxeqhn4VGIprsAKUgiOZfQlSAx9//37ed29XwQVZxyc7O94Fw1jBt/H8BIRgrocweKo29fA6SBhyuqP3mCugVKKelALq5fb6gTj8SHsSahGiaj045BFIXab8qcrsKpiyZtrUe4Dp1a6EjUi287POoUcka92GB+AwRlwV5OtKERHlb7NOqzGjf4kGElGsXnuiAHmraSWKef0mKDDrBxt8YZ0bF6IioA9eNrutsttHavwWE1IJGE+iGhmhhAeW0MTnosuUTnZvvICmrUYeaHxpysJD31xEhO0EmYtAv0Hr0U1fWIsRvAAw+pt9MefxJTCBEdgXc//zEdPnAB+oy1n36qUpj1HBllOflEjngP3uVKLsx+A2pd+4UDw9nyb2Orjh3Fit+MBNxPz0UeIthJXVYxdzXQRmo4YlhWnZg6tB5k63AsTqt/YkYO03LgQaSZfo5DiDPr2UV/+oPRc1Z40yFJLkEYYcBq90eX9K6663kR9tI6sLAe8fXnDHfpqATEBVuGyyAm4YQD3NB4NZoa6A1mcaqSZ/cQvUz7cRafnA/cSq9awvnIIJMCoMs7J2KULp5mO7UwxekMprz4EgzPuqCnPeFgAF/ZkUjlkebQrM3Fh7gffToYHYpn6wOEkfINc/DzBZN6qKE0n3Pb1HLfu5G/jTNtU2HBPRvXn1pArOzEpW2KND8fZIKozriMl4fRBUzJpIWpw/3l1KCZzBed9TA08QFhOuY5b/rQXoM+3olg0WBcOq766ZkXW1Fu61ud7UG7OqweztpNE0DIZ0V1u1PgIz3g2uCjsvmNR4Z3oAZDLNq4VZXZeHwW0XiVAlJWRxR4bCxow4GjgpFk2ou1kh60ol6zIYsr692QeTpjjXLysE8n7qB1m7OOSPk2mD2hgOaXs+vTEDeI8JIFtrMeL+K2EwaYMbTFcB2d1qV80+D9i5Mjo1yely2FOeOXw8+ceSJ99wVDCn+zfPld0Q", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYFFcWBUEWkX3fF4mIAkJXdwMuKRDcg4i4xSWxbRpoBFq7Gw0Rl4wad000xow7iU7U+BG3qGTUdx3jNrgb94miIqioLIoiYsyrekVA7Qm8HvubP/aPaupW3ffeOfec+4oC/7GqQammRkZGGgt8SFBlKuQ5mYrUflyEC3+g1GhTjRvOYrWqrGTuLO5d7F3sv8ZavRFLbIwNwvpKbot/6KVSZ8ky49Jl6jSF8iX+6Bgr8V1MZ6zPu9i7mEFiAxpifOf/07U9VNkpjWfctb7c/RH8kUnmNo9YtSpLplXKW5gkpUsS8UexPkmUMzF9uVhEBF2WWK8sCckK1ytLRJclJVniZDP8lazMTsP7fHM5kfwxmm6iSL1ACVkSuqwofRYYpRd/QpaUhr9oPkcU3dIcQhz/xVBIiUiP/xKLqOYSkSSGKolpUBLdAhnqCpNp9KODmIQJ55HFq3LGtgSZ4JFIKjpIEkNHvCD3KD2SmBZbmExBNBiuRxIjoUoS1B6hTxIdeySJabEXCQPki0rrQhJDpQgRsaKIqk5CEkOlCBHxr4iqTkISQ9WVRMS9IjoiGD2sISKGF9ERIXQJuuJK9E+i67MiqR59VkTsLqZyrog4V9xiE5InMj6H6tFA2DlarLzGRysx1RZKCituse4aH5DEdM1VWBzdXk3qKqFrrqSuEro+Seoq0adPSvRpeRJ9updEn0YkoWvjpE4SukZEVCSh6ylERhK6PkkUIaUzrZBEpYiGJLpGRLQn1acRSekUQQQrpVOEkESlCIYUV0qlCIYUV0qlCEagnEoRDGEvkkoRDCEikkoRDLF7JJUixMTukVSKEBO7R+pWBPeKT+PKXdAq1AqVPF2RhRPVuT0zFVmKbK0mtU3TAVNbc2dW+BCr0ajkSvx4r8p+dbDkNn8ONjh3vCKZu3mwQquWpStS1LLM127mXi7GpSvxhTg8m0KttMOB1+6xxD/EK9UKOTcZfxaXqZKPm6TUKHSM1kuZkoMXlsm9J1FavDmaOQ8lTZadokk1eYOshsd2oduFGx6wfXOAOUbiVDnczfKW4tbBYjO4o5raUxJheNwOhsCtg8y/xt3wO4OwfYgMj9vRELidqXGLmjZJCWN43E5v1dg61NMMYKZpg5eIDQ9YR03+B8A6ZNMMYHHTzUkiMTxgl/8zYEnTjVUiNTxgV0NYWYdPmsH96pYVaXjcbm+10PS9S9irhF8uogwP2P2tAtbhk78GLCAVCxWOfu3pzdaI/FUoTqVSpyizZVqFhvy5yBofknJk2VqlNjdWrZblkkQfngt1jlybo1ak8BfGNJ7Hy7QyHU+RkWLyVuDV5Sm4S9w/IHDR9B33ND85l7HVZxPG2rn5QlF+z12PXtSgx5lDpxTsqkXv37m8pc7LC4KL7I78vKcCVT3u9+HnUY9Ym9DtqyuCPOCTVd+2K6x/gHafMbrWyrIKjeyBM0JchftvIJv94X/v6GYF/Y+ad1+5LBBuDnfdfSbGAR6O4G4sQVO9o9LiLf2Am2ZU1hPE3TbEtxVIf3h/2MikIODXNdwcTCzn+cqzreF50cNjB8cGw5dTn3cZP8ABzl0rtlq6yQz8Yqvkx1cHQ8cuS4qmHbWCgymbxwweZArD7nf+Z9CpQPDlAVnB6fNDceQcm3TFM08mcoHTOz6sKbxSjD4/NvjAxvW2wGUFFbeH2L/dPPLNZCeo31SFV3APbZSc6DqgKhDsMaqFZo9Rt32DvvZfVI1Suc8/AqCGo+XCC7TVpGxBhwc1SNvrqydm04JgQb97pmL7ejQipev1xAR7guNkJ9h3y8n72G0nOG+ZHpC5xwXwqvugKSHQ81IlZtgBMq5NmLco0B26GifMtK4Ig7mxY26fDnCGk5tPYQS32N/j6h6Uw22EQQwJ71iBFpdU+55VuUPM+uv7bfLCoKD3jU+dwjzh5yvzXiie3mcLF5pVuvS5jzYe7h8594AJ+M4qT9rjU8E+Nfv4mw+cX6LoC4eyxNOPoNrkWxtWmjqB3ae4AstDoXrrwHErJnnDk+W/LZ096yyb4IwRzTSG6thTqefLzAX+LwhxS1hwNd1I9dk9lLFXu9QNj8ProLYdFOwaO+3yPg8oXmW/Yd8BW4jAqlj2a2dY/vKLqc/rvGH/Wo/OvwWWsvEcrEITMMerHbjXHibxF0wJT7WdgOfdxgImhfrjklahQ4sjJoXmB8Opp9zCH6EQhTuWmBHcbR9hsSUvAPJrI0oLNpjDhpA4r/Kb9nDsNrv++ked4GE5RLeb5wGJMY6yg+fK2CB8u9eINrBu7tYbd5cZw8GaDqMW9/CAZ7Z3d/8Y1xEmO2FG6xzIOlN8gJOV7bjOwM/v7whyXtBlCKtZqao8j1aWen9/p88d1Dfspf8LqSds5mQ0PhwyEh4tSt7pDTsmc8xeYVt/t6SLccJxdiJPjCVgsrGjTGLKnmPhnTAS6vcL6oPLWdDbjNR3bxjhz8mP6HVdIXvSnVO0NXQP+XVF6WhH2OR4Ov5S5R1218w8LHF7wFG8oD2otOC9khk+joTX1Vjn2Daji9yAH/7GE7Y49It1tfb+xDe2zxEZxxQieQF6gTk/USXCxR1qE9oqpn3JjDUnMtxhPl5liewB8uOJqEecfIZ5OoGUL9hJNNvl8smn59oSfeQHgIgvoCOM3Ibur+n2CxrUd/X09q3eA2/eKJcRb7PKtqS/5IWCEfeJcQJs0gExyS5EV5dCILpnb/Uz27bgMAP+nX/IBbbh6m0fFQ6HsZp34/vXj+/e5uJ3j1izz5bFzc88wlrg9rL2h1uIt2+OF1xPXLg8uzoEhnADG3nBswiOoZfs97lHgrsseYACC+tnP75qCjOtE3/8SlHC7mg7Ycv8qy9QD07+GeUs6XNO0AbL85MrIRCG6Ys47AeknneRiluYvzEc5+y92pz4sqAM8bYNthT0dgf159rELhf4ejuewCoQJk7wtC4O9YFn69J23GPsYGC9m+aiQzu46ICdV+oJWEXawIvOMCMJE3c4gOBY4gqcmjsp7GH8x7hS28LBiGuUA/2AH87OBnjcQ8JhYqKPS4a1BwR2mLqgcFw9O2fWiHN75abA69bCAXgb7T4v8FCHDv/np5l5A51g59GJ+9eu8CB9sy4YLD3XfBRc5AJK7HrT1j6wTDFHPnpvZ+KT9TakfyWWI469OfITCE3hGv4xVj7tcvfc4Z5Ed7HhRCcH/KDbgDNfjvq9nCU+qGR5vXuZC/HWMbdl+RfEFY/RE2zPf9WcZm9JPWCknzHYrmK+3ekaDhzspC5+As8X2emYdu89NgJeV+B3/djsNI1WrcrSvLpnNv6/RuOLex0x0R/e5aAi", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlYU1caZjFs0bKJgojIuO8kNwlga89hkYqjRY2Dy7g0hgBRIJhFxWrdRm19qrZatVVaax3XqqO2WKsy50qxjFrX0orWXVwRZFUWgbnnnksNmBlyKMwzP8yPm9xz73vv937f+37n5CYB03Rj4trY2NgYnLjNSF2iRm1K1MRF4RE8PEJrMMbZ1u+FGnVJSrwX/mrs1Rg/ZvfSWPSLsTGclpRtuQ+ROn2SKjE8QaWP12jruFezcS/HEP1qzOLYsFdjr8b+8NiI+jF+JvjdoWG65NgXe/hYFD5fwm8ZJZ5MQvW6JJVRq7YSJKcDSfmtrDkgyjsx/FZBB5I1BySPwmMSqdKBe1Nqk+O5mbgpjILHMDIaTBC/DeYhETrTNKsgfGiBdLfhMXIaTDC/DaGD4DFpMA0mhIQmaQZGZm3aSMJIcFbnwAzEBFLdSdKcOxEQI6G6k5S8MVQgxjx71oYnI5yslgPRG3kLagaIsdp6PIh4T2K18sxAlHUSXM5QgQT/0WWPgBi68AQLWt0dzECMggpETCi12rhmIIZKEVLBuVSKEEAMlSKkgnOpiiuAGKriSolzpVQmFEAyquJKid2lVMUVQHQmlAo9gq64smb4SUp6hIxKe1LiXBkdJ2JCmdXhkVUUj6FaCAilpZqhSZFkVleWrIZ4DF1LFoKj665CdM2ZMeR07YsUVk7XiUhh5XTTDGmUcrrmT3qenM7qpH3JqZq/0InkdFYnxZXTuZYUV07XXYn25HSNkhRXQdfzBBBdfyCKUDSnPyioFMGQRCioFMEQayioFMEIiaBSBCNwolIEQ6yhoFIEQ6yhoFKEjFgjiEoRMmKNICpFyIg1gqgUISPWCLKsCPw4zdARHzBq9BqdOkGTxAH1qUMTNUmaZKMhrp35BeNEeE/MbUINBp1ay3111SU3vJjS5feLjU1N0SjxyWM1Rr0qQROrVyU2Ohk/yAtP0HIHwrm7afRaV26g0TnO3IcIrV6jxjfj98ITdeoZs7UGjYWrRWpjTVxgifg5hdbx5as58lTiVcmxhjj7l5JVv8YVelBg6xN2a4owPiFcZ8Inq63l7UHLW1jAMEIblbQ+b/cWLbQF2TRR6BDzJiaXtj5hCzX5A4QtyKaJCgeaN2A50/qEPVtD2RZk0wRvifkcIpe1Pu/2/x+OlppPg3J56/P2alGBW1BPE4QZ8ylcrmh9wh1alLAF2TRBWGa+/JAHtT7hji1K2IJemiCsaDA5B7c+Ye8WJWxBL00QDmowK4e0PmGfFiXsQktYeOgsfIGWScjfD6gI413y4LnherjRuU08yP8vUb+8wq5/vh7SCIWrFaNKNGn4n3qiU1J0Bq1R8z/lxIdX/1DealJmPzg1zsR/4NTw+wRejWEBhOt0+lhtssqoMZAfEPGXidEmVbJRa0wN1etVqQTYhaegN6mNJr0mlj/wzov9CJVRZYFWEPnxjWkoIw0+hP+igkd/Kjz5Q9jeKrB21+LRUX6ecMX+Ww/XHfSAT4KHvqWvdIJbbY+JPHI6wZtp7tsyFnnAHanZfQaveQLcs48cXhnpBfOWfHFmt2tHeCSqrV2/5fZwiMulrSk1neG4vx5Aj693gLfmtt/31i0RvBppP0ec5wWdhmz6y+YZbsL1y0HuIkPkJ4pO8PLZZ8o7PXzg0vzRh7uI3OFkHpCLrs9csSqvZAHa5Xk+IjfFA4b8eiJJtrAATOFvmA0esyHdhle7wl4Spz2dJ1aDmPn7Dk1bUAZqc+Y87HnAGdYF1Dw13SxCtZpneaotj0CybOF30M4ZBo7Y7hLZowjoipaeHBtqB3u7itO3p4pJfF97wpjNX+/NveEIZV99G1QRJob85fPaQo8l7KktQ0XwkkdJ6Lk4NzgfyLlQnIR4K4ByfcAq00xP2FVdODHszTKE2c9tX4y2xH/zyJBeDIbmFpUNn3AWdPzugs11u2LgjwlPcYPzSvaPmrGxBMl5YvYsifcs2HTPb8eDYSUgvHP+bUWnOvD2hY8n1YZ7woD9+oSPC2oRl20u5WLWduTf2kX/oxBFaDGjKjBq5YZkjyUlwG18yLf/UvjAvPZ+J++CSiTu3vu9D0PashXKO9s2Zd1EO8edkmZJ7OCvMY8HHe2Vjfh6HPKF/PvTKmSjW9TmhKsty6mgPfgxF6zTvK+efLUM7C6+OHKaWyHi9eBhD3H2svucQpvP7D73S8xzsHXNYNuRWV3hspNjj+/8eymyd17hry60YScsC+YqWAim9jntln2kFsw//82E8u9tWcyO/c0LPjNhpVUCrw+HP2oju4ZwlUyZHvDIlRU1mtmu8GoCjigfkPs5wdEzNs5O+5Mdm9NP43N7/H0Qvld7faaLE1xQPTjl7PtPQc3yst8uLRLDqY5nfUZf8YZ2G518v5iSj2YPCPAvSyxFWQcGJm+1rQCb3+ifs/FeATixWsIdQuhE7cF3S/bfAzeiuUSO6Qz7ea/LcU7wg0EfhL5zd5QDvMhVz3lFNZo107fdzb22bGBfrNDziE87ewV81pcDfMDFMf2YcW2uG1ydWd570upKNLk2vKog34Ot35+T9lW37+eJBF51AJ/uneULZe6KNzIu2rN8mg67syNLVymN3asRyV8b+BEO078Q9Xu64dpaRxsYgu3kWoSiPl/YM9PBEXKiGVh3PADi8AZ8VI4qv8QCfIhscdj+1aA/TtcGJzidN1gNSg+qyIzdXQ4Gcdk4tvQ1+GA6d2U/d9gm5rUBBz/n/JW5bMc4Fz9YzmXT8KMbXDMJE/kBlGAZeHvCW2Kug1zwJj6qFMEeDovWhc/oCsPefHB5z1xvyNvysiskPu4AiZ7s4OLb2Z8eXe8ASf4c4WIsOwcXOH6n/Mzrb3vCOCy3SDs2Yww21l3E2+/QLZCW1ZVzwF00d1t/zhoPgIFzwzzkCvHtqiZlEL0li9g4/vUI8H3qXB0o6jBs1PNP7WDg0V5cpB7wHNd2tvk6sfmGdK/q0y6sjwE7uxr9zNEaH/JY0EMReILb5C4fWOp/UTfV8TbavgkH4CrUZTnymxj7+o1zzrDqPVzBOYDX8yZf6Myprc9pEUvy/1yowwn0y32c4Mtg0LXuXKZK0fB3lwwaca8rzLiDjZqNcPuZOsue5W1dFgD5cLfXoDG4wGEObDxv9OMgs2NPpWirrVB/R5ZvN/sqwR4Mjy4FqTiRR0Us3y7mFQMb/GL9IY9TdyF1meAIedxAERtarP5p8p/rUBqDG98D5Mp/yEEYDdJFkCva1fQId8g1O66T5CG+/uM92UrJvX098goQ6WtieB+3rX02kBPflxUSXzgQN+JyF5aPM9qNnYVtPsSW3ZZxnIukmsRlU4y4LHKOewYK2v0z8LO+V9Eny5dO/PmYGE7ChknrBvFs4H+xCDnziXyISD+1gUcPr3QoWi+GfL9aLWL5VVhocrzBqNclNZq8X/xT58XPPxbGpP8GisHbHQ==", "1: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", "1: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", "1:eJztWnlUlFUbH4hhR4ZFQMQNyyUzYTYGze5FjLAyRUzbzEYYYBQYmRlyy8xMKzNMzeUz00zNzK00K9PPe3NJzX3JXUFAEJBVkC2iu7w0lJ4Td87xfOd8R/54Z977vr/73Od5fr/nue87dBtnGpHkJJPJLK7kMNSUakjITDUkjaYjdPg5o8Wa5NByFmU1pcXTs+gHYw/G/q/GHO8ae942NoJoIt6TfIkxmdP0qdEpenOywUhvsht39xqG/Y/GYh+MPRh7MCY4NqZljHXIvxQ/yJSeaDuj14bQ+8PZUR1Pm2yU2ZSmtxoT2gCiY+HhYiglO2pEQfaYUrGjVhTETCnFUGqOihBDaexCaRlKKRiMCLv8klA6MZSOo1R2oSLFUJEcJchdjlIKRINZCeMfAuxtBVMKxIPTncM08c7kI96Ynkx2vv8K4lJRaoVAKuEgtoKpwoVscakoI4RAklIEtNwKptQJ2ZL0FSZoi8NUSiFbXF/qMCGQTrgAtIIJ2rJTKBymFmKGUpKJIAslmKAtri21SgjEtaVWC4FU9nnFYWoh8Su5ttRCHFRq7FCx0h62KznblZFCIE5blRBtlZx/KiHhqziRVELLU4XbY0lpjyWVPZbU9ljS2CEOldYOcagiBFlu23eq29zhbBtIdZubjm0nqG5zvG37QHWbw23bBWraTHDbHlDTZs3a9nKaNkvWtifTtJkJtr2VRogI0hZJI1bupMgJ7XVaQEL7D6ncaYS01wISK3c8S1qxcieBxEo4z61WrIRLILG+yRmhFeubEkiIEVIJ1woxogUkxAip7mvtqftae+p+hBAjWkBCjGgBCTFC6jARYs1CAok1Cwkkxggu9wgxRkggMUZIIDFG8BoRIcYIDtKJMUICiTGCFxadGCMkkBgjJJAYI3g10okxghcWnRAj1Fy5unszgr5HtwTSC1aD2WBKSDGkEaB5ylOphjRDutXCf8FqmTBJTs88yCHKYjElGMnzgCn975PFu/812cgpEw3x9OaRBqtZn2JINOtT/3EzfYMfnWIkF6KJNYPZ2EXW+s0/u8eNfBlsNBsSqLF4BUWYMunNCammhAmTjBbDPSaNMSZmkvWl0veKRq+7J3VhHiXr0xMtSQ/dFbOWBwupZejuv99d74ffCmG/ta15po28/373uB9+dxL1u+VRSCWJ8v773fPf/KZn0W11uLOww8rWfUmn/UdB8JbxN/LRJpM50Ziutxos/FU9VVJcpj7darROiTKb9VM4sDOLhTkzwZppNiSyC6/bzgfrrfp7FCZdBH9W+fvyDPQS/ZGcjs7Pr+py2iSHS7plZWZ0vA6upMhMM52awJbvx824OLAZvBD26Aa/4c7w8eZuTXcyHeHQ9vOeKXZqBJXVz7w0R1cGph7s3X+hhy/e+ZFzRcAhVzgrbshnb/coAxXrf3k24oPrgNx07kCpI4wOKcnVLneDKaGpk6euqwAB44fezjrjAmszc1b4rKsFRmpW7os7OI1q13fbHfD8qQWv/hFdD0bf6rer53wHnKcNxq90LUUDP31h1cbNF0C8fM3C/g7NILdo8TbPjFo0tvcRxcGfHPB536qoEwVyGPjDKdk1Rx/so33ivyOWyDABR1UmOOMfO88uiftRBvfOWT/6V2Ut2PUjWfgSOayLz1v36f5bgK+nHHg69nkv4KI77uXtsePLKXnIYei7XsO2vov8wS9Xdji5Qzprt6xSxMy41aC6vYlfvz7SC8ZNWD5pRagL3rT5wtg3hjWjTodvgLXZrvjTgk7rb8bKcNiunmTG2+jojFg0vZMjTno/YcyVGBdY3XR2clEPRzhzcfSHqYX7wFc0fD/LIQ3/yf0yuEL1xXcRkx3wvJ0T3Oo/r0Uze1APctD2aVXfDJ9QAWh0ojKcsNvcLgllLxcgPl8lIujBFyo84M+/rn7qe4sMqsk0dXvd8YUKmsBGNLihtARHNqHCeb1KvfbcAVsfyZ+10ssPs3Tn1CJvZrgBxQ7/Pcgy2ht7PNzrrXk7i9D0k9tfqtl5E41+5Vt0a2U9YH5/UQ6eLXZS+2gVULvxSXIpGyWxv0uApj8Yu+PVyduLLTuKEJ+/ERXSsKT7w97Eeth/HPGCtxr7TzzuhAdMPP7+6dd8MGXLY9HzUP+FR0jEitCLX2mODWgXBKcDzWs/DSlDvrMw8cwNtyPoR4MUmJl/YjPoyRJcBhRTyUrOKyDnSx76jqz60txyNCB72EdL0+X4G3PKgtI3D4KYT+44j11WDzI2fXg5BQfD/t2fmTarXw3Y/+3j6WtmOmG2zi3EzrCtnxhiA+GM8buti4Iagbneu+iHfq44lLqzogp9d+iNPauWe+K3aXp1P6DL9W+N313dAc+gbrk648inniaQPNQh90VC0bOI8S8gHzB+rgmAHftdfdh55mzEeKKRYa4/L5xUm69fPcodxl3q+KZ+mxzevLip4dW0SvTcl+4xj2Q2ooM/0YligC55sNFUcQwR50hofPCkPauC+109iga6n18zceA5wHXhBysCSEaXOcFBJ5J+Kyx2x+9ROQx2wGkH/tg2zeyM38k9uGzXklywaMM7cUPGBOGXGLAenfxtFFFkDQpkhHCGa7P3tFuhykE8bzIoPzA/fFLfOkDEMKJnV094far/lqevu8DtnjSy1WAhUXVDaTa4ljE3K39be7xif1eSAk+4ui68YMsjR4GM/WHE6lK5A+ftbQU8szvPv9PhQsB085kn/Lry9NBxilrgp993ps+69nhlOS04RSDkTb3yhbAGQFnWvrEa8bwWIB7XOwAwwtaDoMVn3VJCGxFJPtBcc8NsHoMrZPTe6IczaMAqnHBO348/r/vWA1enjpq+RSuDPM5JyEJp06yAk/p261KdKoOcVw2gmJajx/wgk1X3KsTqXnAV8KITTXbGlM0hJbfQoiBa6C6BVKLmZIsPplXmYO8mtHvJx95TtU3IhxkKgHMOj/z5q7Xn0PGvT5DIy3EYTfg6f/gFiUrTWRfOy8c98IQ+d5ZeXeSLOd8dcCgt515/oFn9CGCOPx7PAn5a4kUZ6kqqxKAnQyApPg9N9qgEShL9/FlliPF+ayD8IOr1GydDy7nejrfDihcjCbXdsMvYZc+1n5eDeD31wqvPqct1s/2wA6mCc7ucR4z2yc2gDw1wLwU8OubZQy4DN4IsZ8q4CkSj3CH3d7Rh7fPQT18NujOB1AHaRo6gYKg9NoCU/v2I9YMDTpAta2UHyOS9+CjaFPJy4oDsajCSluvPO0NCLsKwKrCOTrfPFfd+df7eml6OmJWNkEZweW6ToTbfDXO73pjzqRl0YkJpRBdJle68xBWH0+n9O8JB1O3LDtBMolW1yhWz9cQFwjUOu+W+/iWAph3s8MJMf5sDIK8/NYD3ARmP/+gGxNLxtA8ewBpHIWJ19VgOimWCUOClNM0b80HfbZ8R5l5HUh/Aj51dTjpFASKidlwe2xkvu7rovdmX5FL/uoIoy5puBGJa9ZfXyvHtrHjrw0vPA9Yfc4IwVf/sIV6Y26lCvC7VIH/aBqoLQGHjhsrTxwIgES9plYcBYTcRXh06FUoS8agvpnTcXuyFx7HEHmNV1tOxBLDdUlR6MnlyMaVZ/r7XsP2Pge017D3GlH8CWLOgjw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndUVMcehoWlN+lir+gzUdmO5cwgSpTYF2N5enQDC6wsrC6LihqjMdZnQY1K1FhiN9aoSTTKDCoaS4yxPKOxIKgEG00sIPjuzFyyGD0nzJ7neee84z+Xe+feb34zv9/3fTP3Ls0+Ng2Md7Szs0t1EQ59TEZ9bJpRHz+YtJDm3oZUS7x9zVWExZSsJVeR79retf1ftUlea+trbRsoaELrIZxEmczJOmNkos6coDeQh2zGvT6Gfv+jtp7v2t61vWvjbBtR00ZXyD8V382UEme9Ivd6kefD6FGhJYtshNmUrLMYYusAIm1hYXwoGT0qeUG2hJLTo4oXREPJ+FAKhlLzoZQ2oVQUJeNMhtqmeYkoDR9Kw1Bym1DhfKhwhuLkLkPJOLJBo3RkfzjYWwsm48gHozuDKbVOwh+tISVB2Pn+LYhJRabiAsm5k1gLJg/jisWkIlNzgUSlcGi5Fkym4Yol6qsjZywGk8u4YjF9KTpygTTcBlALxhnLRqEwmIKLGTJRJpwsFGGcsZi2FHIuENOWQsEFkts2KwZTcIlfxrSl4OKgTGkDcWUqG6QvY2yXhXOBGG3lXLSVMf7JuYQvZ0SScw1PHmZLJJktkeS2RFLYEklpgzjkKhvEIVdzsty671TUeYWzbiAVdV50rDtBRZ3zbd0HKuqcbusuUFlnglv3gMo6y8+6l1PWWefWPZmyzkyw7q2UXEQQt0hKPrsTM8e116kBce0/RLtTcmmvBsRnd6xKKj67E0F8bsxqq+LzfRHEt24yRqj41k0RxMUI0cJVXIyoAXExQvR9lS2+r7LF99VcjKgBcTGiBsTFCHGFUfMtFiKIb7EQQXyMYHJX8zFCBPExQgTxMYJ5hJqPEQyk4WOECOJjBDMWDR8jRBAfI0QQHyOYG2n4GMGMRcPFCAVTrubNjCDf0VODyA2L3qw3xSbqkwWgOb2HUZ+sT7Gksl+wajqMl5Ird+EQkZpqijUI7wOmlFc707r92VlM+hi9ljwco7eYdYn6OLPO+JeHyRf8yESDcCNSiKY3G5rY1f7yT59xFU66G8z6WBKMXkUaTbFJ4w2p+jf0FmWISxMGZiQfFA2er/fmTKeSoEuJS413eC1ZNS8H4lqhefsTbvp3E/YhCFMaeTi2rvP24Z63sjbBVOFvf96t38a8G/HOu+YdSC6q8e3PO/S/SvDG3BOW1V6QNKq/OIG3HfsUH2kymeMMKTqLPpV9oydKGpCmS7EYLOkRZrMunQEb01yY02ItaWZ9HL0xynrdXWfRvcGRNGr2kvLq8PTkFvl1nLSGhrlsbzjsIviq3sbD2csluMvhgcuaeTngBwN+aDzj/q9gY1/opzu6F9zd2er29MZSfGxP+5T12X7w2ZG4baNi8kDsp1e6pg+pBtOWRv7LWFABNtzM8loll+CCeW0eembZYeOEiRvfi6wAq4s2H/9QnQ1IrwN+kOCAedH3HB8Hwoeru7x3ccVtcC3KYYJ7yz8AHc9VV1jYmpzkIeez9QdcbXAbvNhacr7PxxB0FZ6+2+gy6Ik+aaRJeAEO5/s3OnlnF+rUInrS9F1OsA/tOBfQsNcCMaQD2guaPDZ+9MnOXPT73Cr909tXUKnQm8+QUrTq6xYHXjhLcYgQZbLOE24jYXwyUXY46bAKzG0S+2hYtwfAsj+g8vSjcpC9ZUNfuMQe0ngd7oGDvTwk7ZylUC9kY2Doc/DFE6eRmWf8cE7T3ebERYVoq9+57r8VP0ZsHB44acV4IWQRch6Z2TtgXjGKyd+48thaCXTpunLQmm+K0azAK2efau3w5NLd/ZNCfOD9VBL4BjK6Pl+bsDcX7VeTzD9AA3t9NbX1kTxQP/Wyb2lEAfAHx6/td3TBLF/nECnjgrR1QE4K1iIAJhdUChk8DBZqLS2Xv7yGDi3L8J6oeojOm0YKkCpws9/85Sm+e8EOw42xcxf448LvdzkUzPsD9Lw10X/nB7dA4Og+ZQu0Xjg5p/rbSaV54nP3QPDSi66JzasRuWtpWYbuEgYscMasXk7Qn07/INr528hx/Va7wIiS2DMjPqwECd0NpmKpF0xc9HAyUNrBbr/EXyrYFogz1j4Lu7vzOerxgfm5d6EENyaBvewgzV9DTzhz2IVD+f4e0GBnmuYo9cP2NySuc9dI8Mi2p31OHHTDR8vbDF94pErkWQnYMviU7NgeN1ikIT1KMeu3Gg1+0OHHUO9qlH8i88dlGa5w7z2SaHvoltjcOOGgPzw7+/yNXHcfTIY5Y44PHhi6ds7uW5XI7fL6MV1PBcEGnrnvZ6wtB136/rpoeLUE07r3rkBkWDne7lBIcsaUymfo9Loe35VVBWH2vDMkatmifAhouXdIoe7ohXb6LyVw39DyA1fdvCAJd/KiB85M8Z2OTznjvZMEItx3xD93JoE8YVc6gGJEh1NYia5urxienFOB1HMiRt05dwNN79B7k1vUJUDYFT3aDdPhRZaBcWPJCF6CQ5YlwY4fBUOWr5/A+Kw1IR2uP0NU36sr0YYxJIIdnEOmv6QIkbKM/iYIX2ynr5835DloeeDFrMe/PwaC6IRKHxf56obH9SOVcsCC6hrezzuLmH8UAcYvZ/xk+fUls3oEQGo3cUUggHbgBIc3JYywh47EMOa7YiqL6Grk3rLNlHnh9nAEJVwJiPgsT6iUBIfv+2lc1s0QKARRheAS5ltB9wBRw8xQCWyVJlnh0qAEeWV1/PIfwfmA5i9pLhgW11mgeD4qDuzZ/0WwBE6iifoOHUwiwvKCrH6DmE4bNsC0DjEngTRnYdj49wsQ9akQCWY+chzRvB51Ef3tJZpIJ16BWN69Rf3Yw1vuS7Z+NqAYsfq6wLImQkZmucOik0e77TCcR5vTT7TttNgbNl+QJlRICvvt+kI/O98TaqXrF3eyfwo6U2GWgTOfCo533Re2o4msAgLLFoap62PKp/0SLJDZff+mKuRXGvFL/KD6eJqQjs2DH6FmdMDOuA25nS6FTB/1YBSdsBdkuBIwLndVvY1dPWFWdlBr7QwfSKqa3yoAa4jd5LpgX5Lm1t5sfehbD/+TyLBRBTow30lIqQ/uTQlYBobO1Pw7J/kBoHzP9YGUFmV2mNpeuKPIkzLE6i2BuwjtfraHxGQmxgTB+NmxI65FecEegmtEDy0HzFcC4LFuxHG8IPUdL1d4PFkx9fupAVCYTHmbVb74kuBCxmeeok4eoSBSZrkvXkfsRO+H8wqXfutRIsF0GhdcMPX5/r7ieMqR4J6fT84IgZRmyx6D1qQAB13xkSByFgx7tX/ZrOqJPexPbHL6C0RkvnCPHyQ0PZD0BND1wsEJSw5Jff2RBJNsn9jqDsm0/Ns74OxTxAjy0bVEwSE+94C6GOIo1WjxaVLYakR9ZIoPvCcMc+z2QkT1lhmCtcTGS9zhmUeEMM8B9fHF9fEFIs+2LjCYDRQV9iQD9GM+09QdsvX0EbhTSgjnAek6kS2BoYQW0a5Mb54umPmCO0bCqv31Pje8aeWxprtLvUUdV4IgSgQJpLuliJQE4ZXFlJz66l7D+s8F1u+vb2iT/Qey54h0", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmdUVNcWps3QpUhRsUSN+owaZRqDxpyDKHaNYI+oIwwwCozODFGIvcVYkmdHLNGoIS7RvNhb3jmapz7Ls5tgVxQEK2IDEcgplwxG13qcWbreWm/Jjztzz73f2Wfv/X17n3uHhiOMkXFOdnZ2Zhdy6GlM1MekJOrjBtAROtzDYLbE2VeehVmMSVH0LPz92Pux/6sxh9fGelnHIokmojzIlwijKUmXGJ6gM8XrDfQmm3Gvr6H3/2isy/ux92PvxwTHoivHWIf8U/EdjMmx1jN6rSu9P5gdVVG0yYaZjEk6iyGmGiA6FhwshlKwo1oUZIspJTtqREHMlEIMpeKoEDGU2iaUhqEUgsEIsckvCaUVQ2k5SmkTKlQMFcpRgtzlKIVANJiVNvxDgL1VYAqBeHC6c5g6Sk4+ogzJ8WTn+19BXCoKjRBIKRzEKjBlsJAtLhVFiBBIUoqAlqvAFFohW5K+2gja4jClQsgW15eqjRBIK1wAqsBUYtmyUSihNthSSDIRZKEEE4uhgmtLpRQCcW2pVEIgpW1ecZhKSPwKri2VEAcVahtUrLCF7QrOdkWoEIjTVimWXs4/pZDwlZxISqHlKYNtsaSwxZLSFksqWyypbRCHUmODOJQhgiy37jtV1e5w1g2kqtpNx7oTVFU73tZ9oKra4bbuAtXVJrh1D6iutmatezl1tSVr3ZOpq80E695KLUQEaYukFit3UuSE9jqVIKH9h1Tu1ELaqwSJlTueJY1YuZNAYiWc51YjVsIlkFjf5IzQiPVNCSTECKmEa4QYUQkSYoRU9zW21H2NLXU/RIgRlSAhRlSChBghdZgQsWYhgcSahQQSYwSXe4gYIySQGCMkkBgjeI0IEWMEB2nFGCGBxBjBC4tWjBESSIwREkiMEbwaacUYwQuLVogRKq5c7ZsZQd+jmwPpBYvepDfGJOiTCNCU2ilRn6RPtpj5L1iVE8bJ6Jk7OYSZzcYYA3keMCa/OlmU25+T9U0drY+iN/fVW0y6BH2sSZf4l5vpG/zwBAO5EE6s6U2GBnZV3/yze1zJl44Gkz6GGmNn4YnGmFFjDWb9G2aLMMSmkIUl0heKBs/XZ3NmrsTrkmPNcY6vBavyiULqFdp37/AHb9Vhb2GHNVWZpQl99w43fasO1xN1uPKpRynp79073OytOlxf2GFF1Rak1fxF+152/OV7uNFoijUk6yx6M38rT7XTJ0WXbDFYUsNMJl0qB9ZnsTClxFhSTPpYdmG49byjzqJ7Qw3ShvDHkleXp6eX6O/hdLSeNr6jwZiDMsau+L7xbkesfqjt1Nl0H0RfjnAc516O1EP3dPVwuIY21DzVMbvwKdjycfJa+33l4Gd0b9UnLR+htPUtw+veleGfbxQs3uKRi0bRidba49SCpsEuWZcRuVnm61eB/Cj8yVG04NikLmhCEmgin7I4fI4M7rk4u0z//CUa097t97Wjy1C/Nh8RUxWgYYMnif0n3AFzu91xUvk8Qb+ebaGvnVMM7IxTnA5+uwZUNCx7ljLcEcbNiom+fMgDbvUYkzXnUiFyoOaQF+zpT5D/8sYtz2Xk1ct8AaZ79v5pUa4n9q93JBesK0JzLyWQqUrQ/tDG3b6cVgYmXWifOvDHYrC58400v80nQZMUhwyX5Y440bVkdfzWx+BE7T4Xg8bfRM+WXln4lcwTZuZ3+biioQPMv5D1YkhSEWLzr/eBt+vRK87YLaFR4rg0ezhh844RkwZ54KN99/+4rlcZmkO8vaV7CuZ7pWk2fuqKWbwaP0UD7rXe28zrEcpwCVo1tPl9tEL5/baQYhkkwSIp2gZOxp2/PbLFb8gPHLq83ckZsrQVbgcHAptGydZWgBjmgD0+MevM1evu08CkkfssC9PlOJ0sd8ZFF5h2uHnbBcceS37fQmFTcw6nt/OCyz6qtfic62XE8y2HPy3Sz4q54oNV1PyBc2DG3T676ss8cOGMI8QDd7w5e9gXvetfR11omDq7YBZnp0JkTph/fzwoQ2yadW4w5Ouw4bmn8oF9TxqZQjCREq3AHf9zP12wHcwf2YKEshTpWGIDIb9Phol308d/5gl7nZ4/pDy8Br7hvnDD1D43QB38+QdhY+xwcdTN9cs71oI8js/Q7G9uFTU44w0P79k1T17oij9nxDyOZtLlrstDLKzdveFiPSXKRfRv5/bL+31XDngcXXB3NlCKaDj2LnmAOhGWdltWC9K0XWi/GzVb/fU/bhjc4BfXV/is/8UPPxgP1EPb+kMa/RlHynk+pmchFoZtgfDLaa17/OB2B9TOGRi4s48cMp4fq4MpmzfvyAeRXVdObnrAG9PVRDieQ6vrtL7yofw+uqkhHg4PgFwHp1EOldMYN8j16YmLwigDHqNQos4Sr7uodEjSwXKFAx4c2+5a73mukNH6Wh7owIhSAHh8PfH5cVSIZajueJ2iXxs5PjAzc8BRhRdstWXlw8xDRJeM8Ie4zk77wWBGiPNoOMlywB0H+HQ3EWhuAI5a0vCblDG/Irr6mZmemMm7bgb67WCSavJON0xZlNDoCajJFuqAuU6PgIVtSWbn2UEmozslIG9zk1vTVhUjqv7EeE9s/t2XIA6hUXS5NZ2x6+wGMQ8GFyHOB0d8gdItIA9w/FmUtYkQ8KQz5LyXYy8qlJ12mOvjJZD70oyUgcAun72sZS5Es2YMPrvvZj54cf8uDm18HSyt+PvE0rZlgKpvwHIfyOvYc8TCOMAXTpy7e5RrSU3so/nkl8glDtDLffsPqZ29Jd7b4ejycDJVOZLiCxlfBl1Hh7tTxstx/+82bsq+5i7psxgw2ux/Aca2ohXNCy/6ii7oErBELHomH5YNFhCWv2jlg1EN6ogTHOE9MHRbFxnOWEb/AiHjX4EDbEbDPbgQUbZM8a/D616EnPP3fA04J/F26YYxNfGp8/3vtW7nwdd71VvikxtOT/adho8eAZNpQdnljENp4mAApOrqujIbMP4Ms8eMD4vq8vrp9BjxMu4H2XqveWBen54hkqQOn+Z7Qx53e0yKHekEeYjRJOg0kKlIBNt7wQsnnhPFnkUs7/XtYfYUM5mpHLH0LrLHvB6VoWhC5y2lAZDz6AVaUxxMIIVISf8e14U0WunH7TGjf0EmKjrTk4SqMj4PEeeHHLL6PykAfxtl+XBpxWrA7/OBy0kXyHcJwKRrkJQUgPa0MayU8fxn+WNd38hmq7sGQlYv5jjhRsyhXMDrQQB0Hpbew3/uPXQ8mkZ8I6hF6ecbAFl7bOGAG7BC+QgxWR0LgslEFXBqPqDLARGOcAmh++29gZDz8i6g7GpYwws2vlQyceQ+f8jaY7dS3of+5ggjqWNr6uOrCylhTgGGb+eDhzU/5n04rTbm8S8CKym9lvphVi7bBuEd08ef2jqoBJBmpv7PXnepv+wGsWzhm5CBClNWC84nKhh9IgdQVqw56AlH08Yx3A0HMYI546HUzSAHzOuiI2a7pbDkePKQYkwyv7rXsP47gfWN6xvGFH8Av32B5Q==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndUVMceXpa2iJQFBMSCGmONUbaxaMwMYouxo9ij67LIKrC6LCq2RH1GY38aNc8aO9ievcQyY9f4RASxK4oVK0UkoEjuzFyyGD3nMXsO553zjv9cuHPnm9/8fvN938y9UHeoqWeUg0QiiZcJly6mGIM+IcYQ1Ye0kObOxnhLlF3ZXajFFBtO7sI+tX1q+79qk37Q1tXa1lPQRHhV4Zf2JnOsLiYsWmceZjCSTjbjPpxDt/9RW8dPbZ/aPrVxtg0qa6M75F+Kb2OKi7TekWffkP5B9KoKJ5tsqNkUq7MY9RUAkbagID6Ugl7VvCBbQinpVcMLoqEUfCgVQwXzodQ2oTQUpeAsRrBNeYkoLR9Ky1BKm1AhfKgQhuLkLkMpOKpBo7RgPzjYWw6m4KgHozuDqcOdhB/hxrhhwsn3v4KYVBQaLpCSu4jlYMogrlhMKopgLpCoFA4tl4MptFyxRH214IzFYEoFVyymL1ULLpCW2wDKwVR8q2WjUEJsiKUQZcLJQhHGV0MF05ZKyQVi2lKpuEBK27JiMBWX+BVMWyouDirUNqhYYQvbFYztihAuEKOtkm95Gf+UXMJXMiIpuaanDLIlksKWSEpbIqlsiaS2QRxKjQ3iUAZzstx67lRVeIezHiBVFd50rCdBVYXrbT0HqipcbuspUF1hglvPgOoKa9Z6llNXWLLWM5m6wkywnq3UXEQQj0hqPrsTK8d11ikDcZ0/RLtTc2mvDMRnd2yVNHx2J4L4LJytrYbPwkUQ377JGKHh2zdFEBcjRAvXcDGiDMTFCNH3Nbb4vsYW3w/mYkQZiIsRZSAuRog7TDDfZiGC+DYLEcTHCCb3YD5GiCA+RoggPkYwjwjmYwQDafkYIYL4GMGMRcvHCBHExwgRxMcI5kZaPkYwY9FyMULFlKv9OCPId/R4P/LAYjAbTPpoQ6wANCe2izHEGuIs8ewvWGUDRjmSO1fhEhofb9IbhfcBU9z7g4VX+WuwXokjDeGkcy+DxayLNkSadTF/60y+4IdFG4UHYUI0g9kYKCn/5Z/2cRF+aWs0G/QkWLgnQZgSSGd9jEk/Yowx3vCRQdsbIxOE+cWQ74pGtw8HdaYZDdPFRcZH2X9Qs7IXC3HL0FZ+3nUqI29P7rw15XmmCan8vBtURt61ePMuexVSiqKs/LwbVkbetbnzVpTfnrSav/mCh4R9mA8zmcyRxjidxRDPvtgTQfVI0MVZjJbEULNZl8iAtWlJzAl6S4LZEEkfDLHet9VZdB/xJ20we2V5f3oG8oj8rZy09vtRe/lkbB5wG7Vl1o3HEtik5YJz33fMRd2gt+54ej7afWb0kVUBJSDZO7Xt1Zx8NGn2gREuRfZw54qXG0+ds8cxY8et/yIsFWVlL9pZdVQBOFlnuzn6n0/B8jWfHXg7vRglqc+36noxB83u9MRBJc8CpTvH523vXoJqPs3SBEBXSMJGS4rQ6yW3Fk6flgaGevYN2X3mGSCP8YB3aP3ho34NwguBtOl032spV8CS+R7jNJuLAe3vKIVfJ/ZNUneRwMGNz3me/s0F4gF1QnPvucMNy07U2Z4nwbERE7ftHeqGf/1p+93sRXIsJNXUUP0YSs2IeNb8oAOsv6R0/qQ3T9CO7iOWjlmeDzYN6dWzYR1HrOjdokmy9yWw7erg0d1qpwD3bv/+2TBDBvNCL0RlPLKDB/fPccrxzQWrL6teak+6w9lCFqbJMui6Z0Pi6cYS7N8g3HGtlzvOcImuF/OHM14sVGfLrDyU8Wh409d+zniwc0r1Hv2leMiD1Ho3ilLAH8cihdA7wQo5yViCO3Z/6x9/5S2ocmXtyNZVXqKdX8attTtUCp6v/OqLS0sLQIR7M2EJckDqrn4FB/rL4BUvMrNriMYbW4rWtNubX9JLhu3HutZvNEkG7ywnA2eLdX4NHl/bUjww1g5Obd55Q5X2JSCq8L5u9WV3KJBB9cO+AtbP0QmfaLPVeHuUD14qq7Hyu8aZKE54Cqe8Q3TaR+S4OZmW42XU8rNO46c294AJC/0dItwPo2UPa2183DEFZHf8srRuSVVM0/FKQ3MTRtVwu/MUTMk6/cvBiGqwWZjAhL0u8Ofp0/qnf+WMKU7mjUfSAkkxXb7vk1HrZb1XbX7uBzdN6fHNih/sRJ464DfnXpw9LvXBSX1+V5zY8UTk2RN06uaef0xIdYOsvQAwnuYiMsvOG5xxnwE70LOVj9EhRy8fcEqKvyYFqekHm9UNfBUTkQ8Irc63ssdd8ueGW9a5Yb99FyW3pQVg0M329mNneUM6XM1MRMcPcoYWSiRHaJrscHJe0HPQ4mBDD9cCP+jwaHaj53Ps8VgqiLeI1asmpvzH+eh6jQk6RW8fGL3rSfyeaqVgq7AqJydJ8XFCh55ueFuHu+N8tp1Gua86CVLNAikz0m7fcc1H94g8frXHdNlUhSIf0hHNq7YL3LKVEDcN1Gh+q77T5BwU/FPokAfzfbD+Rf82Xz/2gJcEFWT13QjuT115ftOFd+DbM86tl2XIIFuvfCCjBfeC433IDAoRXJd5xH25Iw6c9rTH/tvVschzGNKug7loniOM/M8gYYhsdDREIIK9FKdsupAREWMHqbxa5qLBv3SuNruTE0xe11VwFhkOowXIQ3ddFyZPuSiFG4XRWi7IBEVBD7d9fv8t6kcL/g6NJnRpNh9FzdAPunlKgqnvzJLDoVR4hYjKUn8S1aPE2o6STn0rpCrBR5NIoFIgiNd3eJd0ROWcmgMmCO4zYmkxYPk7wsw7ZALu8J5Ax8WeXtDvWkphuN4J07L1luNGHkKmB7wxLdu1LED5cF8O5weNEahyAtGyKHMRneUdOQzN1QuVeIiozWQ9BIfv+dQ6u94T0+Yzuaj7nCVxXlO3A+pbc+SY5XkbCEV/nXDnJmj/eYJ0qcwXtqHG4AkpHSeWAJrmID84K+bRm+RRLpCwH030wM60sHJMVD77gBQrSPnsnTGdX6YvpnnNd8KbLxDDu4GoDo7XgCXTX924MtkBMl+/CR7kBaaZVvnDW0Q2u/JB0L+a+C+6VAVnjM1uECTzxVtq9o9slZmO6Lo+K2I6HuKLiTqvtX6E0m+TQr5BlP6Fgk+mdRGs/DWgMr6ehxiv3iHqy+araCr+fXW7vaUohGwwgf6wj+DGDT3OgTBiNzNdMPXjgT5wHxk+MQ/UF3aTVzcc8OGei+vO3RMAmV++BSx+EaJlbCPHVJZPiwFx8zVrpVg7rK3RNNIRs/UoBnS7eVmF+esST8z4WcR8tpMvZH6bDg5ZBCO77AJpGc5Wg2R1lssLkDCZvkl77GFr2lEO00wkw6eoEd0Y3aGObByNq8KORLYdbgFat8AAuFuw6eszSwBhY/7cc4DO95gfdM7xFaYihY0HzjtW0KgEUD92CoCLLhEjt8dMDyWI+UodHCssf26aHaa66ZGNIokh7Q/AwykxXXHDINmWmtcleObc+3mBCwLwj/3TD93zKUYvJgD1d+O84Qyy7PlOUCBPLe0jGVae2CHsLDLclBr+LdEffwNE/Vuv5iI6rYH+mB6hQuOGCS8wptj4988a1n81sH6N/Uib4k9I6KOH", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlUVEcWhgYaWhYbRUDc0Bi3RIXeQU0VgvsWgbhvLTTQCjR2N1HcEuNu1Ek0xsQt7tu4T1xHrdK4G40brqMRh0VGUUEUwpqqV480Rs8J1Wc8c84c+fG6333vq3vr3u+7Ve81TUebIuOcHRwcLG7k0MeUaIhJTTTEDaQWau5ttFjjHKvOwqympCh6Fv7O9s72f2WTvGbra7NFEk1EeZAvXU3mJH1ieILeHG8w0pvsxr0eQ7//ka37O9s72zsbp214lU1YIf9QfGdTcqztjF7rQe8PFo6qKLrIhplNSXqrMaYGIGoLDuZDKYSjmhdkjyulcNTwggRXCj6UiqG0fCi1XSiNgFJwJkNr17xElI4PpWMopV2oED5UCENxcpehFBzZELwEsQ8O9laDKTjywejOYOooKfmIMibHk53vX4KYVBQaLpCSO4nVYMpgLl9MKgotF0hUCoeWq8EUOi5for6COH0xmFLB5YvpSxXEBdJxN4BqMBVftewUSogdvhSiTDhZKML4cqhg2lIpuUBMWyoVF0hp36wYTMUlfgXTloqLgwq1HSpW2MN2BWO7IoQLxGir5Csv45+SS/hKRiQlV3jKYHs8KezxpLTHk8oeT2o7xKHU2CEOpZaT5bZ9p6rGK5xtA6mq8aJj2wmqapxv2z5QVeN023aB6hoT3LYHVNdYs7a9nLrGkrXtydQ1ZoJtb6XmIoK4RVLztTsxc1x7nSoQ1/5DbHdqLu1VgfjaHauShq/diSC+Fs5qq+Fr4SKIb91kjNDwrZsiiIsRYgvXcDGiCsTFCLHva+zp+xp7+r6WixFVIC5GVIG4GCGuMFq+xUIE8S0WIoiPEUzuWj5GiCA+RoggPkawHqHlYwQD6fgYIYL4GMEai46PESKIjxEiiI8RrBvp+BjBGouOixEqplzdmxlB36Nb/OgFq8FsMMUkGJII0JzWJdGQZEi2WtgvWFUDxrnQM3dyCLNYTDFG8jxgSn51sKhafwwWnZZiiKI3RxusZn2CIdasT/zTzfQNfniCkVwIJ94MZmMTh+pv/oV7ZORLhNFsiKHOhLPwRFPM2PFGi+ENo3U1xqaSwBLpC0Wj5+ujuQpTidcnx1rinF5LVtUThbhW6N7+hAP/asJyijCl0ptjajpvOfe8NdUJpgl5+/Nu8Tbm3Yh33lXPQEpRjW9/3i3/qwRvzD1hRfUFSaf5Uyeo7cBexYebTOZYY7LearCwd/RUSf1T9clWozUtzGzWpzFgYyEX5tQYa6rZECtcGGU7j9Bb9W/oSDote0h5NTwDvUR/HafWimsTclsEvwBrioOzd7z/ErW/21w6rZ4Eftt0Yeq4BpdBGrnqts0RZ4P1vx71ugROHzqwQPrsPspb1fHDa8tkcN6ujNwle4rA2A9eLr27+DTY+Y1hTszwTDRtSfiXifHOcGnlV1NLQx+j434tolzWFaFNaadbhy7KAFkFTa6YRj4CN58V9hwsdYfzFmYSSzGYf3Cs7LfVV9G56GOb1/eVwMkFuz4euyxHxEthpk+js1ngBBjperF+/9tZiBgXhTrK4af9GvuO6XMHlUwdc9haV4bnzBxy9XCMH3Zv3mrq/INPkV/3j8v8LYXgP84qb03Hl8D8W+3c/e0d8dRGuvgIYz4QhmtQgEzTnE/+LdgFmupMx+fWpAPNhQ59L3t7QqMDvfIUTdmxb/Rnt3JRdGTL1XOfyaE4Lmp+sGx24VAHvGhYRXhJng9Op2l1O4za7ln5dNOpG6C2+96Nad1q4yYzH/U/0DgdFEf9e8PyEw+AcLlXHsv7kizUjKbds1S05wM6+o1FTrDpLnPC13mZaHl2o00PzzhDb1YI8NHDW9tKhpUhNp4M0yrMnnkOsfqVAlLUzOmrSoDjPYlsXhM3eF5OgfdAbvd2lU2nyCBJ2vOFUdlgY62u76dK3PDDMaSQK32wlxB4EQLqEYd6eDhBmo0u+7zwihOBJJJ8RKux6JAzbLOl7qWIQS5wIi3reSmmLFmhzAY/Pzn7U+e2Llgxvm3TJlZnKKR1/GXw6IEmAN/xgd8lkwT3dMI5ZDrddzji0720c8MC/fGl9AGP2//zBhDiuJuLPkobtFl9wQeeJ96fT3HHbL75SMDP88HWrt+8lI7MBpE9Vn7e4ngluvSPwS8O3vaC1Ppd7wpkND2beTb6FuiQcnHOlXsy/FlpKPlWCAhLFvs732b1mVUfjmxNMhPqgOffSSCVzmT1iXDHLQn7Gw6RwO0lw5JOVrjgLyzUoQecGzYq69JaL2jdW6/0/JNSMGHF2vcOlpUDs0Dk5yD0vZ6Tpu+si5dckyU02+aL6Sw6XPTEo9dcVz094Aqn0EDTfGBPD8kHs32l+PrJJNXn+y+Boz8EtL+7Xo4jSvIe4ZAysJZMu/xasciLShTSpRuh7lkg0O5GJZjh2Y9IrhzQ8A/pHCHLfxkquNJntHyQDGuFQIvRJJ8d3TImekLGSze4cTkpZIEMnlOc2N0uOQMQNhMlu7I8lxeB1nmeR4MGy7E7pUWAH6Yssa6XYEY7GRRkY3KE2gA8NDDsBRpACWNyhbe30URdARkTiUO9FK+iNNZmMb6EFqAiWpZ6HrBZ+cvU+yskMD2HFvokSJwwccOH4ZORWGcxrlL04s6NaZauxciFyvbIcURZHrirECwOdewzY4EX/HaPx7htXzpBqdBwcpBkmVuDVSMqwLEQWoASdJWmIcQJ/lJEC3oTdPi134KlyVdY3rK84bwmMU+GdM4UcXK8mUQ7d1oDLMSfUYiCv2/jv+RaPiDF3zPJ7Ap/Ht7rjGsnDzx0N3q8qmMx6FTrxrqUI06wO5rSSJfjjh2+Ju0u5RQS2s5YN0yaZHajli5QSaezrhDgx7RxuuJVI2jF3CHL+wV06l97Z0yW+0AS7I9nPnUVx5fhLev7wroZ/pCye9amSvRT7NZR0ZESTEhz62JRAE7KKd2Sf+UWujeOEi8fMb0FYMGdYyHoJTS8+4hE2anWQG/I9CvH61No5AVIiC/en9W9kxzTbtpnRj7aT7pcp5A6+NDteeWGohNosl7xSdBWCeuXub6YJLd97435YOsX/YnypLjzL3HpOW3kYr8vRKyvFoKGguCd8PyeNJBssG/GZML8PCTIpE4AjCFu0gY9R/WEG3YzPUrrQ5bHEiSsD7NKAK1+5PWGsCCMOnLBnZZ/8sPftz9g61GKFAvDbC4ChvoPBvlpZVjI0yI59joaRCrowvzcdMeC7kKkWP1U16VbgRtkfdkJ0/Z9Z2Ad2M1pgnvzzbWh0L+2l4Bl35O/+rVgK+FGGRT4ccwZ+hLVnw13g0x3daFS+KsAbN0qB6zPVIBASq8KX8zm8YTxqOA5eEHOdAO8cbuvVpOVtxIgotq1P54GsZRg3ephIex0fzGv3njDkWN+La56wpk0fal1cLS1+dJKOekThPSlW1yh0BaT/DH7rI3ZelAJhHq38oH3aVto5oFz9+90ypn/BPQWGkMdLKyjQ5wh9a4tLkCkKRIpS7DQZnILEMurJxR2S2HJ8eSRxZRkeXWvYfvnAtv71zfYFL8DI22XaA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndcU+caZhsUFJERloSA0IoDsrG1JwxpUZFq3KMaQ4DYQDQkKtZZVx1dVuu2w1o7cNLW7Xm1reO6sNZax3WPOitYF6j0G4eKitd83NLr/f3MHyc53znP+d7xvM/7nXMS0d/SKcvNyckpX4Q26Raz0WA3G7N64BE83N6Ub8tyrtxLtFlydXgv+dnYs7H/g7EOWS6PjGXcH+uEuK7zQj9SLdZcvTk5R2/NNpoq0KfGuEdtyHiKxl55NvZs7NnYPzjWs3KMdNK/FCTJkpd5fw8fS8Pnx5OtTOeBtjpTXjZqxY5B5GwQPBavJJgUi72/AxgZxSSwzEMxcg3LPHKKUbLMI2ASWOZRkC1TCChExWKZkmzVLBAV2TLFTE22TO5raDrjWCxLoJh4RzF0Bvolc9Q4OgX9kjOBZFVZ7ah5lDrxDieVnK2oCnLUPAqSO1zb1BkKYjNPRb5kCiaQms7kMCGqghzmdxWQIo4pepSvMjbzBJDD2kgVjvrExvIERtWiztAvppkEkIKJRjJaT7KagBRM0ZPRIpSxBYKCFGyBkP8XIKbSkKlqULkyoTTYoqepCagm3JPH1YDlcqGfM0VPLq8JSMGYJ9qeCYZp5UD1VcHU0ykdFExNXdA8DQuGkkHBtOKiXFCyySTlgpJN8ag6KNnaGSWQkk2QKYGUbO2MkkHJthigEVeydVsBxNYDhTw5zIcq0q90mBBVVFzFxAhBkFU10VYVm0zSPKnYFE8Asam4AGLrTFQfVEyMqAQxMaISxMYIKkUqNkZQkJqNEQKIjRFU9dQ1aZxqNkYIIDZG0MpVszFCALExQgCxMYJqhJqNEQKIjREUpGFihLCC0LCtIAQQEyPkVMI0TIyoBLEtO6juadiWUlT3NEyMEBY4GiZGKATzmBihEMyrnhH4QXZ+ID5gM1qNFkOOMRcBrQVtzMZcY54tP6t+1QtmueO9emiTmJ9vMZj0NpMl78GL6er+dbHOBQONOnxyZ6PNqs8xZlr15odOxo/Qk3NM6EAyms1oNTVCAw+d44l+pJisRgOeTOeDERY7PtlgthheH2LKN1Zz0VRTph3ZZ8YP4kwuj160DvEoW5+XmZ/l+jjyyJVCl659v/2e5DfeS3bUYV9Whyvv9YT1WULtO+z/tzpcTfie4LCsanGo4mrf4YDaYHY1UXyC38INj7AqjK99vwP/t8wWPFUIqz9Z7TssqY1E12dOtOqBPqOsfb+lf2uiq4niEzRbXjXRGjX9UwOTw3iXPo98sJc+dO4TXqr8B6sfBQkPR1QPgXCyuurNdqMO/ysjY+BAS77JZvzHXRLekTB5RF9fqJ9Oh4R3K0wOCQ/7455Oj4RXP0weKYUnOE+fRzTSwrMiJp801Vff0+JT5QstJp+E921PoTgQuxTVm/d4n4jUyaqPxGOcevBGpYETfbWebLFYM015epsxn75z90abjnZ9ns1kK0i0WvUFFNiY+GC1G2x2qzGTHOh3fz9Fb9NXY6EmgSrzgz3GiA/hf8Xh0ZFhmuyUtBbgH7b9DJciAVFhaM/MwxKYlNjvTHFSHHTuFPPxpDgpZL5wLOPtVRJwOzf1ucveLWFovajnRnqFwocR79gHzZVC0Ruly1+NjYAJml9+zLX5wcr5vy/esiMUIsL/MHcdEQauBOAHEsOVnkkjgyHxzZNbZ4VEwhn9J78ololh7tmwxb+JQmFa73vJZblBELHcmvN+rg/4Faf8elURAiWGnX3avdUE5o+O3jxhsRgOhQzXy7o0BpPl6vjt0/0gdmLAwd1DfKDZz3POhp0TQ8kfbXtMGBoDxzfWnyc/GQqdbVEzK94Lg2Gqr1/qNtcHnt/hs3XtahF8N254cdHBIMh6y9DnyNnn6fHDobD0176DM46GAx5OHVsHFm3YFBi9TwR6EpBACCjfcWX792f5cQt2fbWniwv4YOBMf+CUr61NuxQLG9HpuvES+O1gYVnv5uGw6V+ftPnu2l1+Vnv/qW0vOMHndVOb2JPEUHb5IiSckkPuj/dWvlEaBfPkn36j7i6FuKZfNipOucr7+nFbjnx7letLDL7NZ+8/NyA2Kx7cF05r5dw8AnD6TBYppOPLurlBAgq/YnQJt1d6+PbIARW8W9f6zVfO9wRyWLGdP79qmeu5qbf4z46hwBS5wqr+ow62LrjBD1hv+0Ds5gzDURpfn3OAP/rBxPE99+3k1cHQS5LoDOR8uTN4DyqccjjnCr8nCxlyMQRsqdNvePQVwQHf0sQ9Z92FuJTxQ4ctapYcWs71SnoJhcAZYlDWurUVw0Ln9e6+0+tpm7aatmPUK8f4MTid3eqDx5gZyVMuOWn5EdijEm7Ba9hhP6D2x0OHve/3vvd9ECQhWkpDmsCA9Gvv6MbJYFR5q4G7ES9IXD6MhD03dacWrYsHZE3W/phI2IzS4L4wCuaIQtAlT3AkXFdv8AXdv1DuWucP8h9WtMhb6KQl/sRu4Qh+bgPYtRN/LnFr07xcYideoPGS+4DZ8/bH2fvi4CyHRjqEwbunS8N/skTCy9bbDc4HxgKJb3sp/DsKeeQaSvOSooDj8xou2jAmGl6fM2Tep2MlsLhg6/OtUH0FHtx9U5ccBThKZUcaA9et1wq+sDkMaY4qp5kYjrp4Tg6PjIQ1b3tcDRiqoHV2UQp4ulUZkVC4BBO1hCdhT7rBv0QcK+dxmA7fFkH06bGIoc5aXB43ddf5PJyAaZ6wffDGj4Jb7uXHX+y4uvH4dfzaQ5PvGm8W8ytOnJ+x0msTr/9+X6xxthdsQWxaBRGAs/B7TEM4Mcxv6cv6cMC7i1NDabwPBwLljxjGdkybP3qCFEi53QuBdoh1DQcHAS7ny8ODaX1MrQtmTBDXxtC67oGFA8OigdCouz/lh00CxP6CRqDDArOiEWQ0DhiQLg+ARR20jfSnouGjr5HjARLY75kjNd8KBiJLGxvCiKXf9R/VwwXg0oIXm00PhUaYCPamwvxBkD7OO2OZIkLghTvlnbkBGHAZ/OoHxO+g0/yyJihw6Z4wHZfBHV/YGDe7qXjGcZ7UtXsFF9ISZdjZCY7kOFnGuF3mERoFvoSjfDwu5EMGAZioRRIoOB8dL2oWAX2QvF2+6AaYbTdmXuOQeoZ49xOBE/k0BLsLZuoWfhS54F1ePONn5KEbYNVZfuI6P3qVFimnJyiQTNzafJo7h2TzlRb7eOQ8svAO33puFxQaN2jXAyvxBp7MWxgk1NE1fkMnHNBT/PW2+IQwQGy7tGC9ByyMXHNn4h+lfL/BKNJNw4HwxFcEv2vavGwt8AAss503neQ9cRntcIW6KOxDh3mBmjQKJ7jp0XdW+y4+0O1Sy3Ux73pAWouKiLs3KvgrSN4i21ZwO3E4lojgDC6XY/7wVT8spDe5eT9IUGrcYBQmUPdQkONPkZt2AWof7dS3ea8Pvnyz4yQxXMz/1r+8nbeW1msp3z3hm22DR/rC7qCOh0Lu+GjJdPZijujxfm+Ygth8+kQ9LdX9En7brHUfvtegDpDyeMFFi7rJtjqtj3GrsRzmiGndmetoqd13uOQlpqODJvuBCaf3x1KOyJ5TGdcVE4zzp3UwKB5SppjPlX8ZDEQ21TFA6qhbPOXhbH9A1Wu4sjYKXsSBXyqDQ6gd5LYJht3Iyq6FUYDVtaRIRr8RrzE9p7dpArOxuRfiAcuc7bNoIDyRSGHdaiQEqTL49nMkIMFSqoOKaGrH9jhqx4FI8MCNY3gTgd8HOCLDZSd5HxI4MeCwps2/xxUX9bi+5tAF7gsU7UmbRGAkiSnhiO4YyngUvJHla+tC6U/p/X26u9N+6CrSEn/eKePrEUO84dW3Z+b5ji3hKR44coucmJedb7Nach9aPd3/c+H9O85qxmR/AkUgc8A=", "1: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", "1: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", "1: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", "1:eJztWnlcVNUeHxYBAQURXCNBQSA1mJk7w2DaOQgarjzFp2aajTDAGDA6M6joc3umlppbTy0zxcylTDNzySLPyTQXTE0zt1xRUHFhBBdE5Z3lkqj4nMN79PF9PvLHHe6553vPb/n+vr8z907gYFOvZGeFQmFxI4fupjRDYmaaIfl1OkKHuxkt1mSHirNoqyk9gZ7FPB97PvZ/MNYj2fGxsfgHY70I1xM8yT+dTOZ0fVpMqt6cYjCWk79q4x63If4ZGot7PvZ87PnYXzjWv2KMddI/FaSDKSPpwRm91pnOV7KjKsGFHBOMGSmkFdsHUYtB6JhSwzCxpszBdmBUHBMlsg7HqHUi66g5RiOyjoyJEllHYkehEHCIVsQyDTtGikC07CgUs0h2FHJfx9MZIWJZFMco7cXwFfiHyl7j+BL8Qy0EUlVmtb3mceoo7U4qmy1VBtlrHgep7a5t7gwHiZmnZR8qSQgUyVeymxCVQXbzuxJIihCKHuerSsw8GWS3NnKF4z6JsTxKULW4M/xDaCUZJAnRSMXrSVUdkCQUPRUvQpVYIDhIEguE+r8ACZWGSluNylXJpSEWPV11QNXhnjqiGixXy/1cKHpqdXVAkmCeeHtmGKGdA9dXSainczpIQk1d1jydCIaTQRLacXEuaMRkknNBI6Z4XB00Yu2ME0gjJsicQBqxdsbJoBHbDPCIa8S6rQwS64FynuzmQyXp19hNiEoqrhVihCzI2upoq1ZMJnmetGKKJ4PEVFwGiXUmrg9aIUZUgIQYUQESYwSXIq0YIzgoUowRMkiMEVz1IqvTOCPFGCGDxBjBKzdSjBEySIwRMkiMEVwjIsUYIYPEGMFBOiFGyDsIndgOQgYJMULNJUwnxIgKkNi2g+ueTmwrxXVPJ8QIeYOjE2KEJJsnxAhJNq9qRtAH2ZaG9ILVYDaYElMN6QRozuqYZkg3ZFgtyXUr3zC5Fj3zIIdoi8WUaNRbjaaMh2+W4P7nzXpnDTUk0Mm9DVazPtWQZNanPTKZPkKPSTWSCzFkNYPZWJ8MPDKnNvkn1mg2JNLFErwpwpRJJyemmRLfHmG0GKq4aSdjUiaxL40+iDM6Pn5TV+ZRij4jyZLs9CTyqDVyl655v31rwm8fUb8rvvLJ27Somvfb72l+07MYex2uIopPcVhVuUa0ETXvcIOaSHQVUXyK3/L3HnlzqKx5vxv+TxMtzGzZU0neBKpq3uGAmkh0XeFEax9qN5qa97t5TfhdRTCfouDqyvnWRfKfOAj5TU/508mHO+sjc5/yiuU/WP04SH5Uon0ERHPWR5+WaUigv9GIHzrUZDFaDX+5S/IbEyGP+MuMyGfTIflNi5BD8qP/iGfTI/lFkJBHGvl5zrPnEY+0/ORIyCdd1dX3rPhU8XpLyCf57dszKA7MLqlq857sE5M6VdWReIJTD39t8VLwF+0xJpM5yZihtxos/A18HXLomanPsBqtWdFmsz6LA19kPpgzE62ZZkMSu/DWg/NYvVVfhYW6KK7MD/cYA71EfyNHR5e1jnmh8OxytC/5UMGQacFwFB1YFYH77VZt+/rlk+jS3HWewzxD4IWjX94ZcEKJ0Rh/XUrsTXAiyGXCXKeWsHzd6Otrh0bgQR9285ve5RgqVeavCf6sMZzQcuvkFfOD8c35Jz6YMsmGpq49c3GuuQEEfd/4Gl1ugffHHikq6VKEZiZYg+aDF+D5680OmE6F4IRaS+e0dTiDFrg1XfTm5/XhYZ/r0fuWB+Km4XTFQ6gJfiMgelgz2IEaPDUMv1weeO9mZjFKGvhHJ6eR3pB93m6GbSVdXp+su4rq7fju2/ddAuGKrB1hbQ+0wu1b/7Yg3z8PKT96qdHc3h4w2pa4Z+C0pnjBiIWftti8H7HbZTeH5/c3P146tg1u1JJaVIIS5gXOyLQ5w5K0PmPWaBvhcWVth+59txSFEDf77rYB6tWiHG/M43kJ5S7puLH4XguYt+PD7+ftD8ckaEZTUQHqFvle9Fvn74HXnEZ6BK2sj/HlRe1a/zYVGL54q3evglaw6yVnqd5NCZPoxkxLKwIkOuWzxpaDDX5luVd35aK6WyKI5QXghzxf/12TQuGs7NvK/AwVPr2l7kL1p5dA93fqxH/l6w6LJu3q/ePKs4DZPSwXtJ2TOy4OuUIvMmt9ZDlY/vG2gLXmIpT9Hk2MAoZnLHXIqXUP8LzvReOOts/qt9IGWN7Tf0FvftfZ07FVARg9MbzbcncFtKTOvvKPcT54+31KgFLUMO5vdxtZ7oCrhTiqRZfa8GD3wd79om6jqTPOkcwWIxamde54UFiu94479XDvvGXEgv0g9s6VQrzZEQMNWWG6F17z2plRvmvugnUvU4NOoJ8OtjI0PusGWbgPhEIWp/lKPMh1b+Oexz4G44bkWD84Ego7BWc6LjgiyfktAu8mEiIsDYHBNJDH1fjFBkO6F88oQR/n+6+4ELcXeF/c9JVTgStedG3Fz103eWBq/WGfEmCa4Lx9pvIe2jOw607X9gpMFu/XcNN5sGrfoT6Xw8tQr29fnFTY8y6YayAr5ITAq/07vHohS4kPmIhFHynwj8T70RNbwFHaVa/2LQvHjKdDbKgzI2pruCTlm0uWjhr8fYiXx4blpYjl3zcE8vuqcDw11KKANLzALxjOcClqEOcdjjUsAdfBjq6EQIo2MPnWOf2SjRKePZZGJl++fyGYR8r1y2k2INXTtvuh1zwEPztFmOENV/5MgRgNZwsUgy4skY6QpdXVBW4nbEidXYxIkE+e9ijjfAyxofGb4D/P7jgHBszceiN0QBP4R6rCNCE2WNYHB8ymZftBnvcgHLV+5/AtixU4p5aPL5jcFPrShEqhOIAV2hnA0hPiCyk71qcGYlbnYQWA+xsAGR81YRzfyREzniEvOOTksKkzYgMwK3MPBQ4KHTt986oAyE6DWuMti5sQhTgJkmjipnhyPrg1xW+3ogp0EZCokxJqznWmWRvM6HrYEbM6v+8EWXgLG2Gmd61r4cm0fD6zgcXtqMX1cDa9vcsNUDYgnVDeAX5enypYMZpJ6W26B3j+boLxcVQh9wESHELgs2C1kRi+5iV4TdfxNfPrKvwNTc/xu6C4GWVMXUjDsHN4PvBnArEWdSWq9XtHL8jSM9UJjqSydPcuIkV7e+s5Z/h3YlUPWAJ43c0CJDlEYDDwWfbDjw1bnkdELQnhLoPTbYgyfO3C183ykv21yXm0ASLWl5zXe2Mmt91vAJbXdxwgKwvPBti/f9Irp+IL0UrNL6/0+NUG4r/6l+HdvDqQ64gTntz/YE6ebxGgquHj6wb3XN31U4fV9xHvD85w8/uEuDvr8Pqb5oynkPJXbbuJuJ56yn3kijy/FLUgajuE6Kf74aVD27uXoO7MwPuI9wUn7EvDLfnIunEOhTFHyhCj/Q0/PP04dSAfJLPCd8J+/rvOg3PeOOtiS6XblzmI++uOB96PIYrjhZ371G2z7pNrgNv1K6DqPGlXfUyrN3yPA2Sy2fQMmqUc0SawmTtmt53oDE0+E/HuJRtQw6N7byWQeLxBwzAmBOpub036IkKFmVyP9oSsHbqHwTFU2D6KwLcyTy+st8wNMv3Z+RKUaGH5qDCVr0bOB3geG4TyuB3RYLpKx43X0FganrBQyPixWOL2dVNAXjehkF1vLGHWB9ZcAYtXrT4yaHgwZPE4o8Z9L4cTqclFv/eh/xwEabVLs1PULlzv5nhg1h6LFJD3SWdMvS1JU2DahrTttvN+a7uGlhIWTin5Hh1QnHSsvbs+XH2HFsIxMLFn50/GtywHeVoyM9sVUqtyZ7lA9r05OiPFYjWb0h/ZPT34qeGDb5xVjKn+DXsTYOA=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWntYlMUaB9wFlovuLndBELQ6J7Vk75Q1Q5h5jXTp4uUoKyywCqzuLkcpj1lmlrcyS81KMyk1NdO01MiZjlpqeU3rqKmkKKCgCAoYomcuH3l9jjv7iP8c93n44Jud38z7vvP7ve+7+xE/3D4gS+bl5eX0J5d+9lxrRkGuNWs4HaHDfW1OV5Z3812yy55npncp98bujf1fjvncNJZ6dWwA0Y45iPzRw+7Is+Sm5Fgc2VbbFfK6xVqpd2Gs572xe2P3xu6N/TWW3TzGKvtfmesJe37m1Tv6Xi86P5FdtWbaHCQ77HkWly3DTZBeDKRhV50nIMGdtOxqEAPpPAHp2TXJ7EuuZlt+Nmmsbgcx9KJjOq0IxsiuJgbpbi8Y7haEjiUKbWNiGI3GA4xJBJPEbevqrj98Nv+V6O5GfDYPdqLQThJIL7SThsfBbSpcA9J19QSkEfJJy81zmw4MpOMgMfMkkE4IpOe/3GbRNSCN2Dlx+WnEaCSBjEIgSYFijDAKyomHzRPuJXkA0nARaoWip+F60grRSCPpyeAJSMwnrSfmaT0JhM6TnSSQ20mZa8KT6HGQVix6XBpaocSiMXrik9GDtKwxeXJOEkgohWklaQiZp5WkIXROWs5yrVA2agYJJRYtzxE6twPBe0OGcdsl3uUxjNse8SaPYYQaD64lnVC/xmmnd1u0VxscvViR4QTSC4lCqut6sbougcRKNI+dXqzaSiAhfkt1XS9WbSWQWOHkyUsvVjg5yCDWFXEWGcQYIYHEGMGTl0GMERJIjBGc5QYxRkggscrEpWEQYkQzSIgRUq9iEKuBHGT0pMExilUmrlyjWOHkIjSKlWiuJ6MQI6RmwChWojnLjWI1UAqEWA2UQGI1UAIJMULLQ24SYkQzSIgRzSAhRmj54ZqEGNEMEuuKJJBYV8RpZBJjhAQSY4QEEmMEJ6xJjBEclCTGCAkkxgiey5PEGCGBxBghgcQYwQtAkhgjJJAQI3RcuUlCjNBxPSXdmhH06Y8zgr7hsjqs9owcax4BOgqfzLXmWfNdzqzAaxfMktM7OpTsdNozbBaXzZ5//WLmgL8WSyscZTXTyWlWl8OSY810WHJvmEyfO6Xk2MgbKWQ3q8MWTgZumKMgf3S3OawZdDN2l5Jrzxg5xua03mK1HrbMAmJYLv362OZ/82p+zJVsS36mM6vVTcGS8r0mSSplLe9wxO0cVlKEvYBOznDX72BRv5s/60l1X9Pyfkfe0YNu7anDUs+ibXmHo+6ow208ZLaUd4y6lne47R11+BaJ4TYO66/rdvQt73B0S0hZKcxs6asHqd01tLzfMXf0oIVztvShsvmbp7vA7HZ31OEgYYdN137w1NyFZB3bEswOE1a09tpPf9q7oOi4O3rQoZ46LH17a+D/9CbkML3lT9Subw9vmHubx5r/w+qbQdKTr8QbQPSwnrPkFljZ8+jUUaPsTpvrxk6UljUaqxS73ZFpy7e4rE7+HwG0o+lfYMl32VyFyQ6HpZADY5kHjoIMV4HDmsneSL96393istyiI04y8a9br4+4lb41nPzQUUvagAc+VkTDWY9493utX3v8n+rzvQe+HgZ3PPr0npnd4mFZ49Jze6dH48ZHRu18Qx0F60stC391xcAgn06TwwsT8FennGvDvo2EUbLnWnepiYcbF7R9+HBpHK6N22sf9lQMXP3R2cU/BMbC4NHLpx4qj8YlXd7+uGFVGBw1zG9n1Oj2sLL/uthJfRLwrnrz8U+jYyCxIjh15bug67cPtAlcWwlCapJ3Ze2vRx9+0mH9pcmViKD6H4yuB+vgq8d+nHsC+Q2b2zdsWgz8fknR09AcgalZB55WQzJpnGV1BLfz/XD8xqRBvxR3UMKhG3oF+SwLh2sGXlh/cLsK+z/2wbMLlingzKpxQD80GDM7c0pAHnO8DpWP6FQ353ANSGiqKyj5cBWwbPqlkzXqHGL++ZUAZv9IOe4z8HXTr1tqwejo4JIuu1X47z8pf9ywzh9mnBn0xOPlchzR85lLkbWBMBWGWDaZffCid0jAZX6w64NLQ3Zv9sHVk7alfb+kHEQ5f1PXJJ8HDyT6L49pq5bi4guj5w8lS55H1JpZkwMxi3PHRmCeHT+jYHQZOG5oiwe3P4ymxNEdGxAJWtmITmfAgZ1kgfsCoIpYM923GtnZRl5QrlMZun13BX13PLTdNmsrmE2n19WgdyfTQNUDdp6rp6Ppf6sK3tj1MCgl006Ay9yugzL826JRjwX89gfYOvfb2W+3UeA+p2Rkxdbw8NrXxu3+yh+bGv6d+Xn6ZfSiYdnjzw/2o16TwMnxtN5k4sw2kEZ9xQuBeE/CoYvjR1wB/yLR39CrEr0z5HLKn1XnwFojXeAUaGfK7m47G4CPvRDxzR6vy2ATWTVtQAWamksOaLRMim8NSo0NH9Gv9iRw9Xi3zncYBoUV9xNLixELT/R5sApVzu+23BcuzKaMbY0Z7988A2jUks8dR6ueGTlvTExr+EiH3i9NfNgPKyu+Wdmq7Hd0gtBdZ28FJxGvBl5oACPZAQTD8cywauSrDgU//L4fUTbsjNoPkn7dkqebsBgtJXQMsfhCxmN9ENxOTrdohgqXbGz9ofaTfcinWE6QXpCuYu8aitWffvd9xP0NYEv7Lx05KgUeTrY9O1YJ+2z1IwxVYxqV0xNUuK/xzeT0E7vRsl37n6t8uAy9+GnnlJjTUTB/kXex/J0gvOXy6pdqvvSDlEW7shRYsg+s2frPjQvmyfAlwup+CfGQ+W/riAezwMTBJ59yXGxToeR2nAyBDDckBMcuLu/50MsqqJ6Ity+Uq3HjT2e2bXrCF/45fkSxa1YE7PF1bdO+se3xWTK6okINGe3zEiDT1ekI7EVfMApWh1MBtIWnSbpo7NMRc5lHwvf2KXISlneARNznD82Jw8zuk7GQyXLFXMTsbnsOsDzzkgyzsK+Mg4zv6aGYnc9KFWTyywuFEZTwGVG4A6VVsRJ+9sFmEtFqoN286qH8RVWooudDV+Kb6hGz1+Yl+X0UzCdpqo/xIjpaEjhr6avHAckiZCFfTMjQ97MpPnAuUd2kQbMQS0ufBWHOz0owgMj/dH811p81kaW8+XmvDcDMr85heBBJM1OagiHj6zk/zPR1SQlp1up9ygsTURUdfTwYdiGneOxrGby/dOL8HZ/LMGVtcHog5PpohbmdZWA7NfuID49bpQwPZQTZgd4qrSEZqQoYaOJWEb5YaaYOhsysiyfQ+GnrRyouhkn50UfSQTXqzgxTYUb3aecB368a8PMMwCTr7z2SLocWzbMkVdWC33O87K/IKhCpDkSpF9HsFLrAenSf7yvvpUy9IPG6EVG1rD/YAFi90PnCnyltVuxBRHRf/lEhh5SVa2Uq2G5Q5qNHU/+Q1rkM6N30OU2I1Zu9ARAWHSWKOY4CchJyx754haJIgqkCNHsNmF0GBhP1H1j+J2C8PibHC3Z8TpRRgugpFf7ojyf27/XRhJNqzt8nZTicEbiJ2zfIC76wXbN51RcBUrxDoHzLW4ljVvhL8a4D5EIicwJpTn5xX+lENfxHHlFYozfOYo4dQ2mujnOuPKOEG8gpW8e0way+dNoF2D4pCshkbZZj3YRvSMU6hBZ067xv3klvuJ8cX26DDC55nhpQg+a9T18KOCuSJt4LwI8JpgS8nTimS/wCOWTpNK2W+x0eAEkwiPJrJH1cQGy9dSrIeXkJNQ6hhm5CPG8oYWdrFEmhi5HukzVkxs9or9cRH8WUMsDrSRUgoqgrSPeHX3w9/OUDj1UDdj6vnULb6PIr/aFjygzCsFL088s90b/abZXyTwCc2kSItlAJk6ghR0Mx12ER4vFQwl+KaYEJwqePUcGWI1a3Iwkf6DqH1ZjzoxrNHE9PXA73dWKGYprO1KGXAKNV7gWQzwIYho+MpoaUAa6nesDKWbkaRzJBtJL0rMD9ameYXUUKuI7Sekkor5dF3ngsbSTGqWGBzzz/6KEhPA+tSYCcfx3wEFINMpa3h18F0UZAiRnNN4TyuD4YgVkjnJyf7XQ57Hk3NIVX/6Xz6hP1W4xp/guhw/M8", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlclNUaZh+QbVAWEXDXyiVkNgZNz0HUq5aSwCW1XAYYYBQYmRk09GqaWWaumVrpdclsUSy1zN1zcsnUvGioZOQOogiICoigcM/ykevvypmf+M+V349v+M58z3fO+57ned535qNNnDEq0cHGxsbsTA6DjCn6+IwUfWIcHaHDrxnMlkTb+rNwizE1mp5FPB97PvZ/OWb3yFjkvbEoop1oN/JHP6MpVZcSkawzJekNdeTnMfeKfAZj/Z+PPR97PvZ87O+xpPoxVtn/dq7exrSEe2f0vQH0+hB2VEbT5iDcZEzVWQzxDQSpxUAKdlRZAxKcScmOGjGQyhqQmh3Dop3IMdqQlkQaqydBNAPomEopggllRy2D9DFmxDUIQsdChKbRMoxCYQVGK4IJ42vr1tB4+NX8JaShE/GrebJDhGaSQGqhmRQ8Dw2mwn0gVTdrQAqhmJR8eQ2mAwOpOEhseRJIJQRS85cGs+g+kEJsn7j8FGI0kkChQiBJgWKMCBWUE0+bNdwLswKk4CJUCmVPwfWkFKKRQtKTxhqQWExKa5antCYRKmtmkkANNmWuCWuyx0FKsexxaSiFjEURak1MoVbYskJrzT5JICELU0rSEFqeUpKG0D4pOcuVQm5UDxIyFiX3CFWDE8F7Q4ZpcEi8y2OYBkfEmzyGEWo8uJZUQv0ap526waK91+CoxYoMJ5BaSBRSXVeL1XUJJFaiee7UYtVWAgnxW6rrarFqK4HECic3L7VY4eQgjVhXxFmkEWOEBBJjBDcvjRgjJJAYIzjLNWKMkEBilYlLQyPEiHqQECOkXkUjVgM5KNSaBidUrDJx5YaKFU4uwlCxEs31FCrECKkZCBUr0ZzloWI1UEqEWA2UQGI1UAIJMULJU64VYkQ9SIgR9SAhRij55mqFGFEPEuuKJJBYV8RppBVjhAQSY4QEEmMEJ6xWjBEcFCbGCAkkxgju5WFijJBAYoyQQGKM4AUgTIwREkiIESqu3DAhRqi4nsIezwj69MfsR9+w6E16Y3yyPpUATZl9U/Sp+jSLOdH1/hsmOtIzOhRuNhvjDTqLwZj24M2im/x9s5jMcfpoenGM3mLSJesTTLqUhy6mz50ikg3kjQgym95k8CUDD13jQv7oYzDp4+lk7CwixRg/doLBrH/M3foZEjLIwlLo18cG50fvJmOhJOnSEsyJ9o8kS/J7RZhUyho/YL+nGrC7aMD1H/Kkgq9o/ICbPylgOUUYM+jF8Q2N28PauKWeRdn4cfs3RtyeVhJcsp9QVePH3aIx4n6MTTwhbvUDvY+68eMOeKrClgsTXPoGQup6NY0fcOBTDVjYuqXPlvVfQD0DZgc1BrPdhOPW3v8xVPEMHLxlY8TtI6xo5f2fBZXPQNGtnirBva0NWPouV8P/BU4oYHrKn6892Cw+dO0THnL+j1U/CpKeg4U8BKKbFatLydCzp9OR48YZzQbLw30prW40VxFGoynBkKaz6M38/wNomzMkQ5dmMVgyw00mXSYHtmQRmDLiLRkmfQJ7Y/S98z46i+4x/XGYln/5+mDG9fStOPJLR6v2JKwd7e0HS/8F1CMnBkG7nY5NvcENMPLVX2U9l/rBzCsdQ5zd2vLXLjLob85tesM2AHbIsPvcOaA1TP6hyLzZJw8svRT09eWZAfCFlR9uOG9oB4O0SX0MRls4e9tYl9ujfWB24onCMWNbwdUfd7cd5GAPixxUXppXgqBmXa833kxvC0vcd3f7rFMp8HeI9ei6qRrl3Z4yZqclB9BpswJLUWRL3zGDbpaj/q/faW7OLUV0miuLbqKO0Y7kll7wevxvI16dGQjHdq5ccrqZC+w9uuBo2zxPuKZLRODVOD94WH5g+9Y5MuienvVRXrIMLpnvOVFz1RsePRFbHNzDA87OS7YxTitGHx9+pz+a3ASTQ5C2UI55fNdRJGym25tzA/wc1m7gpOkInNvtsUz5xV3w0lvz9lS8mI/Gn1vmtaanDNZ0H/efmb8Xo9Xttt35oDwHdCXTX6iUY/dzXeevrDoNVqxb/8eo8a4QFy9/pUuMK6zV38rXrSoF17R9/2G6XYs8yV1/DC1HbNqaHci559J/rlh3DdW1uVuZMdoLZ9+KvrhmaT7Y13u94Uy6I37btf2LU2Y7YL7+SpAVODyhx9kKVHoVk5VWg63f2xfOfvEUuDyGJGaEDNLVvjWvDjhNWxTxUcodRBYVcum7GvSN+kiPwcfs8XnXhd++O+QY4PuRD8pmHIz5+Zt8YGw6HR9aVQG6dfq22dE+RSB6cZu5GenOcNm+1htMyfb45P5U1dQtGHzfIX/68iNybE8XVuuEV7YIPt3e6Qb6pNJp1KevueLiIVtbzrh6B8SXDu/dK9kF9v2jrHzgMDlk55ePoS1x75zqmVmD9tJl7jmBDin2bXw57TzKHEpWuMMGv7f8yNrsE03whK5tWpWnXAftGFGqAE2zpkUNIOwMz07cDManB5CUF6M3NyKS6TIw0M2u8we+trBz80XHXZKrQduUtyeuyZJDdv9SOT41ajyhWCmaugW+e+GAI5589IdhFduK0LD3tSf3lzjjEan7azdN2gRo1mfNtYeMjnPvggH/ntpxz/vXwAJCp3W9rqO1138fFCe/jhLptsbaQAeS/RL3asD1cANMZcTyha1/N46SDXaHHWm61lYCFsaPcshey2XSPmwDTG/TfHHFtj9n3dWXo52Whc0dYr0wlc1G5IZjGaHsYHdKy2A/+PXl/i/XrWoK2X6fLkQxlvZL6uQu2NKP7MBZH8z2c2ZruOMFT9fNv7SDq22p4LPBYsKGwkmOmKiICL8CzIwf8Vc/e3/M/CHGCc74F0lIhidNzqc7fF2h5pVdUYt1PnDH1jlOZSf9Yc8uxz+/FFQIzkbOWZIW5QsVdIOOt4VBBwvAl2c9IFvH64GQ7cv6lpBmIanPeWSkCwoPgiy/PTrA8pTYyd/95AAPEdZ9Odgec/0XAa6DKlRJaZHhAdtTeeW1hCwPwBPuzems97/gBZPpxhZ4w/khZAErbCEh1ams6mLE47CFMUQ9+1ofR1SlZ87dQUWLNrmlZ5UDEg0hdAlg06yvAvy6csR9ygNW5OVOM/8igwfH717RIrgALZhClS6Drv2oE15ALgHLR750uAjcyqBG0AQPGfv5hGVfXEQ+sweSW1wDwWkk0329cTGV5aTDoCXbKC/uu9tdIaPJ7uPo1093LJ4/Twa/akJvLIeMxvNrANPFbXtMxESUW4iYr66sBMw/N15DawZTg6pCzKY67+f7Pr8CUTeInOODoxhRS8EsapubLqO5TmW+/Y/KsS4milh2FViXTY3QEetJlqK+dsE5Z84RBp4B3AfdJX3bYarG1bZ2kOkitQIlLyghEZSCuFUnVde0FeDYgrdqIyba4x8m3djw+thacHNuNFlJAQr5rBNRnhPkcVeDzV9lHnipexHYP49s1Cp32Ja4SYB7BVhIysN7c2xxzs6L3kEDHPGR3+iPDWb+uqsE/EW2od8nFwCPPxvtIpcdLMgF26k8bl0C6T2b5K4e5wZnlpMNu+mEicpJBSgDzF5OuWO27R85Y15PalGn7sTxf5XjXsxgakB1CTHO1W6Sr3nDyXR7PpRjdl3/A2goM8o6xHjdqin2oDbZvBYxvwizw3JqA7nNMFWpR9d8VHv87SsdN7pi7utbEXXZBX+54UN7qYEXgFRK97gyxNY/wV3ytSI0hQVYg8ib75zaJcNpTKj5gJWvqTLYhbB9qF8JaLpm189+Ha+AL/r+dPNujDMcuX2Am906e8j9thqcsXOZ1eqiLRzwMq0gdhLPNgDfmsOlB/fWoTeKg4kVFKLpwa8Ryt0GtEo6lRUhlrarZxCdZcsQGcynaQY3EMvLZRvOp952kh5sIVtnzxoQzgqxP7xwhQrrLijQUWJsBWw/P/SFXM8XQBYtg5EVgLhOzbfpvlDNCqAcKinB2tlARtvcZpAEQSQkh4nMkGoA56ELfM898vtPCjy4X1pywRwa1jgv+CNx7T8HyjG//3LE9uMNX3xm4Qczhkc7YNYu2BaiHOLSQ7c1x860YAa0gYyPwzvAKcyoCwHvY5wx9+dyMMxvyzGb5YGYNcLhaUlmi8mY+lBTeO8fPO89X3/MmOK/DiHrvA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlUlFUfHmAAYdgV0FBcckVNmB2z7kXcd8XcUyYcYBSYnBm+1CwzU9NPcz8etzKtzA3J0nL5vFeU/MxySzTNXFkSUJFNYRS+u7w0lJ4Td87xdM53nD/emfe+7/P+3t/v9zzPvS8vrd8wj0iUy2QyayOyGWxOMSakpxgTx9EROjzIZLUlutTtxdjMqXF0L/b52POx//sx1yfGhjjGRhCdxPmQH33MllRDSmyywZJkNNGTnMY9eQ9D/6Gxfs/Hno89H3tGY/F1Y2x2/cMZeprTJjv26LH+9PwotlXH0Qk6xmJONdhMCQ0A0bGoKDGUkm01oiBnQqnYVisKYqGUYig1R+nEUBqnUFqGUgoWQ+dUXhJKL4bSc5TKKVS0GCqaowS5y1FKgWqwKJH8S4C99WBKgXpwunOYJs6DfMWZ0pLIqvlvQVwqSq0QSCVcxHowVZRQLC4VpU4IJClFQMv1YEq9UCxJX5GCsThMpRSKxfWlFqugXtgA6sEEYzkpFA5TCxVDKclEkIUSTDAW15ZaJQTi2lKrhUAq57LiMLWQ+JVcW2oh8Ss1TqhY6QzblZztymghEKetKlIIxPmnEoqkkogkFEkV5UwkpTORVM5EUjsTSeOEOFRaJ8Sh0jnBcpVekOWOxaq6wbOOY9WpbvDs4Vg+qhvcJMfiUdPgHjmWjpoGi9axcNQ0WLOOBaCmwVRwLOQ0DWaCY0GmEVvrcMFqnLE7jdD6ow4ktJCQPFIjZnccpBWzO94lrZiFSyAxC+e91YrNmxJIbN7kjNCKTYASSIgRku9rhRhRBxJihDRZaJ2ZLHTOTBY6IUbUgYQYUQcSmyy45enEJgsJJDZZSCAxRnC568QYIYHEGCGBxBjBPUIvxggJJMYICSTGCG4sejFGSCBnlg96Z5YPejFGSCAxRkggMUZwC9MLMULN3Sj66YygrwOsofSAzWgxmhOSjakEaJnRO8WYakyzWfnLuboLJrrTPQXZxFit5gQTeVwxp/35YnHef1xs5Iw3jXH05JFGm8WQbJxsMaT85WT6IiI22UQOxJJoRouppaz+Cwx2jhf50ctkMSbQYGwvNsWcMPUtk9X4lKv1MU1OJzeWQv/eafJ98mqeLJUkQ9pka6LbE8Wqe+CR5oroZ59wq79LOIAizOn05ISG5h0gnLe2Pld0kc8+7w7PIu8WonnXPaKpJGE9+7w7Pou8w4XzVtafAaMj/2II/jL+wiDWbLZMNqUZbEYrf5NABTU83ZBmM9lmxFgshhkcGM5KYklPsKVbjJPZgXjHfi+DzfAUY4qO5E9Ff749Iz1E3//T0U96dDm/Lr8WHfxuiUdJSCkozRw2dd1b3vDjiZ1OBhy/DELsJ++eOFoGmslH+XXdo4BTO1eu+W1lDdh+/9zgN5YF4JtjQr89K/sdXJ226KPc0hp0d1zPV3+/dAb1Q++00Bd4Q+vFoNKY01eBfUJqds2eo8hl8Ae+Q7v5QNdD7kFNwGOw49XR478CQTgrtH2c+xYZZPvoR8DCZrnhVQvmjfv5UCnwWbnt/eH989DMz7vENi+qBWd6/VJSPmA/mH3plRljvrSDNinTySEvGLGtMTmUj0YXdzvYwf8gyl4a9VbX1kXoy9E/KI9NC8YWepstCxGNtqJ7DRhc9lGc7TNvuGHzi/sfLbgPNvfeV/b4fCNcsvX7gbqFZ8GKk7NJKmcRg53zggWLO97xPZwLSkL6DXvU9A5onzv345+2+0GablKvE+DYVy+lbXHZifpaqvxvf/sYvTjg7bndFgfiGwqawBF0UX1P37vvQ2RQvhYZ0akRJskWf9wjHyU+yDV8eqEYKcndtrQpIM83m8d/7IH9DkeujWgqh7SKb5diMGzJmrSguRVgaZyt7ZraQtSyPGXUOxmn+HW3HUXr81ts/b2fO/Za1DLh7ri7YFzF/suL3vHHrP67PaF68ze6h1kV4IeRR778bEgNKCXtDBhThmYe79R9xcnT6MIoWsBr4HUa0N4YL6FpR+bw/u0uBAML5epArS+OHPSFd592RcjzVLPhl8MUsOLXi3OsfbygcXv8yBEdygAZnGVQuuNbn68/1iqzFE1nDSwHLL5rMJw7vP/G99rfBAP/6/nK+teWolqSXeYwb8zySWuMf3p5yNnlE66CPFJ986RQyNLGdnDz9uo9PtPOg8+uHfbboArErL9RfhhoJh7o71OKtrhQgvnDxoajP3c22gGvQxYapFsYE58nx8v9Z2p3vFqLRn2yY9cvkx4hnn9TmJRTMKVz5S0gY5+b6EqyzDzngyY4kX2qEGXd2Pl2wNp+OhhnWpKX35kVBAtouTMU8ApNf1UNWLeWflwxz68Y9IzPO9NmvAxi0u0uq5phLSN6LaJVXRshhyZzybwT572xin3u8fpvDYZ4fKuY+wl28HWhdW+w/RqaxArtjylLp5vkWNG247uL9+ehPZR2PVwx252qgDv//Su58xy08NzV64qVR0APWsaacpTbpMWJPFAM+PFAfCSaMNQtEA7dvcr44S0XyOtTBq53XbbpYZQMszZuykGEZMvetVeCW9oX8PjrobhqUxK5pVtoJGusC8wj7FXf88YZfW/MbJLhiblOq8DPtKz7vSAh5743ZleAKcwoHgE31hAFfIES5IYckirLs5cG4X0fzDrz9di94Psre8kvD8zjFiKW1kJv2HwWZfgDcO/E0Z67TLkIULso9oHEnDbe2+oG5xUN/y58XjB++c1TH56b6AYz3ahiLyEbu1A16hDVaGfzcYWA87EKzT9BBfAQfErT2XsJsMv0cYetCNs8T/nAgWPn6y9klyDO50zUIWv+1tE/3EcdNi3MvLGtGb68s5o4WxUaQQcMfpDJM9MPdmKNPQCaMQP047yFPpCIpsd/RlQDQhpC1WoUePwAcd5StOmFbr+19agFu0ykQH7emNlCFztitrvRFUZ0p04QDKezht+W9HofRF/ITlW/Fwq5H5xH3dIo80skPvjgopukYWHBmNcpH1w69SDuVjsFPrX9dM6onSE4zJd2uhhEEXdZ3SQEvk/YWznfHQ4OXjygUH4dhNHbOhIG6dec1XaQzG48g/sOCMbM/6YEYO+LW958xbuS67RloNQ3BeaNdMG8Hr5wEp1WDjyQfPMeQkS9m9VuuM3jyvTrG8rR0PCQKYPLKlAZlbtnKOQ+nIOoirLme2DKrr6tQyGzi08KwGmSzufrq1FvarjbmsNQlmABoHROeP0KONvm16p3I4Ix422rMsR9uxy9fG0oqVhjzOaZnrfRghAKvINYv92bYnY4yAVn/DLpX0PDq8A0KhgcgrsSVt/cFwL5POIBua00wVMO2VY2PRYI7xZhoqgHIJY2ckAzzPwsIACy8sUGQDa+qBxQVf/4mydmduUaAFef90puUyyDNlJ+j0mViOfhBZkv5nhA4i4v1X7qIekjD+hoOjEekPlyZnPMdfsQ0FnIZC4H+RntcueGh2F69c4LKgDN2jpaDuNJNiERIZjNU3NkmBnkDh/I9doIV9+hCcixvTsVUA1g9b4hx4m0mn3ccIoXVb4rTHdd1yhsYiD2J+37RleJ2PTrFgr3fjHjeKcDcqhkN/AAUdB0hT9emlXRcYK/J2ZLsZi0JPIEZE61/nnN4vhXCscfjp8ypvwf+NnbnA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalp8iARFiDhk1lcksYI4zmW5OcGg3jOI0zMD6sYE4aYP0IsCBiOwTxAhlt+UW5ijnNGYlF6auZ/IMBilj8FYp4UiHkMSTHU1AkPcaf8vBQEDyTnCVJvCCZNgkEJ3LEoPzexJDOZSE2m5GgyD2YDksGZeenAjERIixE5joNoMiNVE0jM0JgU1xmTEwrG5LjOGOI6E1JcZwLRY0mKHlOwHiMDUvSYQfQYkqLHHOI2UzL0mIH1uOSXJhGhxwKihyT/WJCREqB6zElxmyVED0nhZklGOoDqsSDWbWDVRiRaBAlmSEowIkcT0cGNrIk05xlCNBGd6JA1mZGjieiiDinIjSzI0UR0JkfSZEx0roDkB4gm7MkVVJsX8zNAqiHn/PyilMy8xJLUYkj9xAskAksT80oySyodi4oSKyEa5UAGlRSVJpeUFqWmgCUSEHyXxJJELO4whtQixpBWGUwqFSQFqvdAorM4pOfFaf6z923h9V8/5cP+PaxCIvbH9ux/9HLqJp7CF/Yq0/9PqPt9b//OXrYPYh7/7T3nNqgdYmN3sL7v3zs979f+OxkM+Y0sDA5PmuedXXX+pX2+UPOBUwvv7j94aqHrts8P7Se+rbE3jWN34NtnMFNL4tf+vUHTFPtKH9tXHde0mnT6j71k8XWhT44f939yPJ92NZ3VYYaPaI/Xq3/2J8v2zZfS/7B/Q1EG0Iif+4/lmjRsd/ix//HS2UcUNjzYf7TfsFxXkcNBa6XwBZcIfoeDK5b4OQjzHgC78wSHQ6Et1/XFBcwHloGUF92xX2F61trvIq9DQpm/nFgWq4PHwyqRdccFD9iHR2/cn8PmYH/sztaWGhEH78g2i2tHv+2vMlttFx7N4XDjwxevyLYr+9kapzp352y3PzFj97QJ/KwOnF3yye+i+B1Og7z5l/HAb6uCcx2XWB2YK7hVNOq+2ec+/73y46X/+7PuFXb1PWE88OaApbLXb2aHnIqqpTrOPfu3tdRc2BzJeIAljE9309y/+5dxuamWMv3eD/I9yxY2BzVQgGYJOyj1lRZKnxU40Kh2qG15OK+D2O/T704efrFfFeygO/aBt6RrEo0eQuLNTcjhw/Jj3uacLAeAkQOMiVv7Z5XPWaS887d9jILjx+QzH/fzPtCdsMBC2IHxHhNn13yOAyDuD8N39hD7ORwsfhxKWZXwd/+/KxUv1Qw/21teO5prwiDokFx/07YyguPAprnvgTZs378I5O0rgg56/xX/fvvK6uDvIJx4eLLwAYt0l8z8D3/swe7o/GMPSl2nJ/AdeDvPRueKFLsDMLTfzNvD4vBZ/lJ+PLvoAXAwOvE4SB2IBrpQ2OEVi4mgmc3b/aZxuzx5mAQcJoCiWV7UAWxs69P9j81AKpkcQLFryyXhAElPDAfi2c9JBt7icMhQAoXwmf0XXEAx99H+yEa9vMWM7A7BnKAMl5deXAJsRhSj5hVEwxDR/MIiZgQA9doZ+A==", "1: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", "1:eJztWXlYVOUeRmQRcWGLYQuZ9QyLKLO7zo8gd0WgDNPUEQZEgdGZwcLK61Zmltlim2Uaueat1Ly0aOerzFwRtULFa6a5IC4kmiBm91uOoj7eG9/80fPc55E/zvKd837L73vf9/ebg3y8Iyvfx8vLy9UOH4Y6iuy5pUX2/BzSQpqHFLrc+W1u3KW6HcXZ5C7tXtu9tv+DtmF/S5v3/2rLwnrK7oAv+jmcxbaitAk2Z4G9kLx0l74y/oa2Affa7rXda+NsG3WjjWbEm+p+wFGS13JHng0k76fQoy6bJNVUp6PY5i7MbSWoBx9IN5C0paTwofT0aOIF0aH0fCgDPZp5QXQozgAa6dHCC/JkKBNDGflQZobijLvFI1QPhuIIPH2/O/cm3wozcMJS6EnPEUa2WezUI9sPn7ILSwpwyfqXIEZfXXcukIF7n2+B6Tm2jA3DYLx7xsio5wuH2bPQM5iBL4qMwTqTByDuGFo8iyGTi97CNUUGMqRQULqjdHwrQLruHkTwBkjHNRJTl87MNRIDGfQejGQwco2kuzV6nCAD1/QkEBf/dJJfcDFCJwlfzwW6KXsekCei10mi13GBJPXyjSTpiYvlesZyPRcj9FIOMXCBdB6IUK/3gOV6Ayf3WCVIMa0mREshaGg1XVsqOkOrd7alNDO2OnItNZax1fvaUmEZW03VlvrK2Gr1tVRXxlbTp6W2MnIRQSqRjHxJkDHByGcNbFuNfM4lgfhUzkAmvlzGGGTi830JxOdcEsgTNzZx+ckNEF8ClEB8aYnpwuRJsjDxMYKpyeRJhjHzMYJp0MzHCAnExwimXDMfIyQQX4ZhcjfzJQsJxMUIKQGauRhxA8TFCClrmrkYIYEsnqRaC18lIIG4GCHlZwsXI26A+BjBCGvhY4QE4mMEI6yFixEGxgjL3RlBvmK7ZOSB2+60O3In2Isx0Fn2YJG92F7idrV8M6Pfx8iFKxAfUl0uR24h/gnmKLm9s+z2Nzt7qGwyu2Xl/O3zu+Pdv/oldgfQn75UYCvJc/334Op0d6B88cUIW1Gpnf6GzJg82eEqdN8ZjM5e7PtgmsPhzCsssbntUhA64kNmqa3EXeguS3U6bWUMGEvX4CzNdZc67Xn0wbiW+3Sb23aXGVosrE7Lb3vrIzt5RP5FR1qjMg9FPyVXoX/NeapqQ1MS/LPwyJTnK4Ng9EvfXNaOVqF2a2MezevVFa5On7jJ/aofTM2IDZ/4YiKCUNu3++fL4YVBZ3wMmWEwjj7QoM3Hw+7ffqLB6vXy9OaeVRpYWfZ9fM8sDfotd9djg7dViPu8jngH7FAARgWbnkpCc5bsXrNnUSyctH7w81edZPDcpZrqmQ0a5D/2zSH3dWgL7avLJ/cZpIbHir+7vr5Gg0LCrFsPb6y3Hu7X9onAdDnQ+TWrkOxg5ZXs8gQ42+1LofPgUBgpq9jrFSugY7WL1ndI6QKdvur+VkJOKJSUt9nk61Qj//rwAcNjEmHa8qS0mDovuGB5sL8zUoOyX5cvKJ3ypPX48sVb4haqIaBpacGGM1o0b9+Ro4Eb5NCHTOjpELr8RF8tWnl6QPKfy6IgyR55LEcWDp0yPn7NvioBbXmARDIK+p4+uPbqYRlUrtnz44gkAcXUHTNFgTfMXfnIDt0cBVtfe43UjxbGDN7m3yc6CJZv/lqmcWkR6bUiOBRo91ciYUYFzDo2V43GfDGwg3dig/hqhM+ITl0FyCd/flqke7h7wupQFfQty1llHNoZIl3VIReXKZGypmn6xNEqIGE67hsH1Qa84pVxiC43ulYkx45Iw/YzeJ913fBJbz/+zjXx4r6h44NytBCx6IeACbPUaHbmwHdnnIwBlXb6C5/XKeG4KQqNgq4okkzDGQrnlvRO+uFQDHx+be6lmisCGobRPQyB4Kh/ZvtDqTEwftlPhguNSrTrHwPEpzerIHzi0IYFoVGwocOUtfNrzooXtn+LI3de3HUeXxQLQPnxYxs0c1Ha/KJTTWKhl2Omj1oLjpDZaMeyQHTlVxvusU40vP+puVEhgPP5Bb9e7BKKwj7q/8u0sEZxiHle6rgTAqj9cA8fahAdr0ENh6tnuvq9FgFfTCI7rEK7ew3b+3JvOWBW4aUpYQeZxhEZertd9JIx8afE9e9eWLl1pwZSKZE16AQZdo8WEueGH6x83Bfi9jnG+n+kQeWv9Gwz1CcccnbotqwrkQFZ1YSjCYhuy8L7mI6y8XrPuDbet1hAr+wkgbgurjLiGQRrYabPdy+lVAiI6sAVCONOVClqmuKkeGukeGrAF8un9+YQwL1WpTcq0J78H09NTGwUfxqBFbBSgPDmnee3p2lR+tVzdaiHCsKq0g/Uu33BSIi+XiHNUwPOps61FS/JIa/XzxkvVschQtfRxbutyQuXNqbkq4F0f2ChCpEoVh2Tw8E+mFgb46CsVpOCtYfo8/rLYtA004d93xDgXEcstEFKRPX2ZjLzhYRQuOKHBb1RifZvwgYR0A3yiB3M9QZfMpFzSWgFltsnOiWUepOIh0KXZ+oyP+urQTTugy9b40nHTVrQPd5V3iVMg/LpxteL1Cd2yeGd95WYcsnowQP1lwaNjAUcrUkBZRGAZ/XIqBQBzcBRvv+z9rD45P1YahqYhXf/dz8BMV87bx1MDSkWerUZOqfjHhWi8Z6UAFhkc8PfkgH1hWA1sj4yap1Y1AWIHBRng5k/rFGjzVn4BWMidPu3CjOt3vrWl68v7DytkvmU6k8Ru4U9clYCEDnv9dpnpTpU+yG63DECbDQ3fpO3psGq37IuuaT8kvhCzQQvxy8CjPWvjMx8W0DrxLNLeq+NAeWgJ2d3G6KENGIkj6oY/y9FQjwx7G0K+OjA2KkZY9RoRft+6tJvouFiKmaGvwaysGw145MRXWbvYLg8aOSzlp8i4Qy2xylrk1BtxcdtT+0KgmsR2DBC4gCLrXn1lGSE3fuVnWI4440zlu3LknhE7H1ypS+smYUNAaJh+ItvlIQoNUhR9MS05Wv9ocen26Z+9V4UTKMdKBGNwxYFEBvaZIiA+J1B33+Ro0ATcbpZgHnI+o2Aqg0jL39+6IxI/a6ilsXtATXsx/b76uozYuVzxIjLrZ84J7x8brQWsoSl8z6xeSOqwyvN4h+/lx59JzMBqD36eyMqn+s+CO++pSBdABLOQ9GBqJQaZ6349aoPhkGDCoJIAAoC0SFC/++2WpdG4Z08KQA9PxuKzNjm4lKbxGb89HpIAlwm8uwXivKfy33scD+pf5UAtNtzGtSuz+KH36sTgPlYFON7fy3j/2oVUHoFRMG2NzFRMhSogMh3hJzFIVYFa37DxrtQzXzsUwVsLTbMqFiqgkRixKdliOWb/VbmYwI8TBaCZFIcToh0nYtV8AHOLtWz41F/amxXRUyeFe1XCEDSvi1LQLIBw69FNPgiyuekeKjDttRcJyDs5uvf7RYs+bic9VOuYHrc6Y3+wM3VX2shO4AUMiUFuJpzFN9RJd1e1bFPU3dp0/0HgdyBaw==", "1: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", "1: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", "1: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", "1:eJztWnlYVOUaH2QTkEUYdlAQRc0wmY0Zy86HmGWFqZhpWToOA4zCjM4MqS3eNMtyy2uZZppbZqaWpdbVm35vZmVaaWYqriBCJorIiBuo91sOoV5uzTf3qT/udZ6Hc+a85/zO9y6/d5lzSB5hG5Dno1AoHC3JJttWaDYVF5rzhlMJFT9scTjzvBqPMp22ohx6lHVbdlv2fyjr26ysxe/JBpB8ymlFvvS22YuMhVkFRnu+2UIvauZej/wFsgduy27Lbsv+x2SmRhnr2L9Vn542a27TET3Xh16fzrbqHNr0M+22IqPTYnITpBUDqdhW4wlIcCU12+rEQBpPQNo+VJauzvEjuxyLNZ9MTH+E0TGMRiOCyWBbA4P0shWPcAvCVBNaRs8x3UTWkTFakXUMHKNzF8O14rsMIVD6jSu5YdENIFU3oZVUN6rn7kocpEoXWknNdmqDByBNupB6Gr7TewAS9J6cSG4z/AaQoPfk9HObrzyqHCRGWL0nceIgjZj3DP8FSMh7Kp6EGpVInFQ8nzRqIZCcGkLpruIsV+mFQDJhheKk4txTC7lcJVr6uQf4SmJxkrmnEgJxRqiFXK7mjFALuVzNGaF2u29yY/hOyHtqtSc2aTyxSevJSloPqpFa54l6OsESxuc8hnHbJD6xMYzbyvGBjWHczkA+r1GZ1u0EbJqJtG6nUtN8o3U7k5rmG60QveX5RitEb3lU0Yp1Mx4irVA3k+uxVqweyyCxeiyDxOoxp5BOrB7LILHSKoPESitnq06IEY0gsXYhg4QYIXcznRgjZJAYI2SQGCN47dKJMYKDMjzp0BlijOBlJUOMETJIjBG8GGWIMUIGiTGCl7AMMUbIIE8GiAyxbiaDhBghTx16IUY0goQYIY8qeiFGNILEhiJejfSeDEV6samDFxa9ECMaQZ4MRXpPxi+9GCN4uhvEGCGDxBjB090gxgieuQYxRvAkNAgxQsPzySDECA1PDUPzjKBvOxzR9ITTbDfbTAXmIgK0j7+v0Fxktjod/F1j4w3zfOlRENlkOhw2k8XotNisN98sJ/C3mw0cP9qcQy8eaHbajQXmXLux8JaL6XuWrAILOZFFVjPbLR2I4JZrAsiXXha72UQXywmjCFsxvdhUaDONGmtxmJu5aW9LbjHRr5A+cbUk/vtN/ZlF+UZrriPP+z+lnsxWg+rPtzv1z7C7jbDdmptyR82jL2Q3PeQPD27m4y3X/tGzrN9Ru5mOJv+6NdyColEbZCwsNrPHxQNt+WZngdn+1xvV+NhMzCj5Z126e0bdnNGhCv6yIctms+darEan2cHfQgSTTf9io9VpcY7PtNuN4zmwDbPBXmxyFtvNuezE8KbjXkansRkNDTr+s/BmIpnpqeHkj0rH9Ajcv2x0hTT0ta11nYZ+g+GJpMxzpmDUobjF/Jbxl/FLz+1eN6TuLA5doF66PiMQnXnnnjv3zi+VRnW5MPfI64fw+at7x/2aqkT5vSy2mpfqsWpsWnLb8y4c/85TnXfOCkeDQtI+WXh2P37+w09H/K3kCN7bxRx7fLAf6j9q/tgFSytwfffRP7yypxq31t2zeUBUFEraYxvm/0O55KuhEn9Um7kr7+d8L3ieqrFxKz409ar54olr+Dmj6tFudwTA7p8Hnb7rn1XSK+cP7Z/oCkPfVX/7Zc80H6gwLtmnObsb57yZPLP4nD+UbgkhFoTC4d7e44Lan5K6PfxeYO8OSsTOj9mJNzZMIXeowBMS9fm9OocD80O5AsKe0a2697GdeDTRKrb/DuyameNsP7dO2jHwi/ff7XtYSqg6rosDH2Sb6PPVa+m/YuKkS1tz9+CaFV8/lPGqAqg3v3uyHnedtfhSemW19HE/YnhCJAoes3raoYJLsv/KcOak49/Mu7s1RBi//KmLOQjoNvb4dqks6PWVk/rXSdElP1zMKS/BO8O+2fSPGV/jnsQtv4yskf1Rham1+vvKpFM+1HHBKHL6g+Trj9JDTHAc64lWHwwPgnKi7RNJtdiioBpHoAEdF7+61usOtGx2d6/syRewL7FibFpriEnN8V1Wmwq5T1KPxcG2j7tal2VGoEXff7Dr530JiIV/ijc0xDj2h6vCoG7jwalXl0eBX7hS+vpwFHxwbk/2iFkKcLWlAW3Afz/znKRtk4gmTN84KmB8ax6nGR2Rd8DUtqbqSmwLfxF2JIcCcfLB+IQOMDn4kY/eqIgExpcDrdCUFY/tUG1ri17dc7Q0KKIlULXLfvUFzrcYmFb4S/3KczGQTYHKEJRNHTC5A9q55L5PXVev4HXP1q7tV9USNC98hiYtbQfPKj+8v2xTNDB6rghAhNSVif4piPHwzbN45bt9UUSZL+fLtiQYEv3Zj4o2EXAmeEu3t+64LlEzLg9PlONYiwkJO4YGXcIsfENioev15KsX6kKh5/CK3e0O+SA1/biSUNTIbEKh6zhssGH99qevY7abkACzh17LunJGCeXL396WtHapVOXYEFm/s0Z6XtI+talPtcRgzvXSEz99Xq5M/FE6GE8z4DwuaFc47pnle/Ev0zsR1Vx4u3+Ptx9ddEwyVT/e896TJdLlxfnrTjmCEI/jRWnB0hRC9UrchioSEgwZlA6ZH0uMHgNP4Zl+NVEP9HPxPLDEo5Mlq68MLXJJWsKu+2tj0S7CwuXxCng9xoek9gk8lURhjioSZsy1hr/4QmtgcV1zWXpoyMv6fV99z3H2QBTUm1SUOG+460h7v4lzXJjZ9a0PalhJiVInbY2mhNuBqTu2HItCwzoTpnf3BertmDlXMEnaThNaKdHjuXcfe2RGmUSMvjNrgRcKITQxv+IPsVSdT9ZIbNmianyg5vyDQ15uJfPkrHS4gBI+HE1y9H7jApH7M6Jtw4wnPv7A81IJ3D+nJer96j7RiC6TUFUq+/s09jragjA2CijLN0yuxyz+J6NQJ0psS2fEeaMApsb6MASnScFUdkHz36Kf63g/TdMpkagfdZipC+J+qsDRD/RriFkXAawcH+kApEhGf9Y/Eah1pieDYPWaA8Oe/qgjsDryXgL0pwrZI4Dpt6oTJNGAX4sBUhRXRoSFo+DStFmLx8WiPoyIDZjdZ2EkYnk9m+RRJiXmVTxo0ao1B45FIhr1hsHxqKKWJOyxAGDlqmso+FBiZSt5HdBHACtzF8Mhj34qY2Hk0TFTZ56IhCtnqsCQEg7o3WNbQogfWR6UxIKTOtKqAN5frmEaxukbkxDjpcsLlpBlPlzuC4yusfGIqjPsgh+cHEkrTA1Op+FXJqAE6v61rdAyr899wzWdkBdL9DcwiabfsHlKFEKJMi8VlfQYP/h97WbM7IkJBJb/PVKB8zYC0luuTni8fQQ8Ssv3C+0B0YK7KgJY3VsTilhZnZaMWNq1CoZerLC0RCwvwhLR4f0TCYOCgZBwrnW2P0w/RIiVGQ8XiRYPz0mAtysTV5zcroBptCwviYRAmqDd44DclRjkj+Jo4CamItYnTniBigUsHC3f/EV0qqs9YvU81xtYni/0Asr2uX1TIJ4mzhexcGTDZNKRg4H1n5nJwOrC+jjeL0Z4o320Ha5IQYxn9+/BvK6EojTC4uNR7RCpgoToB3DexROkQyqAdt+jpcmwnnTXgw+GgYFk6+XQYFjrTQKflgSbSbX5tiIMGJ8uuaSsNZajYwLbom603G04iFl9n+KLWB27Fof4XFCOeb+uxjQa39fHwybSHsxjA2GelRb6FjB2y6K4uxZGAyk6pAUFyXnaIK3aRRr62WREp4MUgw/w+aMGJ9LE35UIlA57A6KhUqJE+1zi/miQ2DiRckXuy9slzovDEuNhbAvuR2spZvk40IvHO61KYkN8pjWf/KSyFd0y5TX9W0jTk/xmZKp/AcnbIPU=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnl4U8UWT0hoabomdKFsik9RVtsstymIMyVQKFIWC4KIQpqmbbBtMEnVihtUFhVUZBGxKIjIIiKLiE+RGZaKgvDKZgUEWwQqFLQ7hQJ9d2ZupWq/j86V4PveR/64yZ3c38ycc37nd869Sadk54OpaoVC4W4lHhKdGXZbdoY99REyQoYHO9yeVGXDWZzHmZlEziy3xm6N/aNjLf4yNuTa2IMih5MCxA/xTlemNcOSbnWl2R3koibmGvp/PDbw1titsVtj//CYtWGMVtPfVaqvMyvl2hn5LoFcH02P+iRSkONczkyrx2FrJsjAB9LTo5EPZKBHEx/ISI8CH8gkByTQY0ySj3hMcmSlic3M9SAxCWTMYKKYfs7s5GZjjFE865gpRs+1N4YxCDx7YxhjNM86sRQTrefH6E3NxdAVothbs53QGGTmAkWz7RllgAx8ID17M8gA6flABvYWKwOkF7hARvYmB6RvdlY0BvGtZJKzkkmOy01yaCTIWUmQw70YOStJ6tXsbGfZJ8cRkn7xpbssYYnlVGTGHwbi8p5eEhYu7zWAuFgugQxcuqfXy/CeBDJyBVfPMtfA5z2WTwYuCdMLnCWNgswy8kkfKyM1DHJoZIiW4XKDFCeu4BoMnCDWUFJMs/nK+kmK4WpwpL01m+Ksm6SYZlOINZNkzMTVsDEumGQ0UiY+aWX8MfGJuASS09+Y+KRVAvFVaEYGE5/yMzaY+Bo9RgcTX1PE+CDwNRBMhgQuGZKKrSCn2Ap8jGDcE/gEj9FI4CsXjBECXzVjjBC4GKGXvMdXAiUQX41hoBi+BoLFKUZOYYrhayAkEF+xZYyIkVMCY/gYIYG4GCHVzRguRjSAuBjRAOJihFShzVyMaABxMaIBxNd1sHwy83UdEkhO12GW03WY+RghgfgYwQqAmY8RLN3NfIxgSRjLxwiWGrFNM4L8VOGOIF947C6705ZuzxSBrpz+GfZMe5bHnRrSeMLUluTMXzzEud1Om8PqcTiz/jhZkub3yUbkTLQnkYtH2D0ua7o9xWXN+NPF5EcSS7pD/MIirmZ3OcjAn67xEz/0c7jsNrJYEtmPxZlNLrZlOG2PP+Vw25uYNN6Rki3uL4M8BnX4/XVSX2pRmjUrxZ2q+ovPGp5ZSP1AjPftDvSG3U048zp2xza+3zGZvW93kDfsDuG1W+pCGuyO9b7dwdezm5xZmmtwKLfBhsa30EKU9w1uIiZ/P9BNsKdZdkuSLUR7327tDQ20RqbBRqn51XvfYN0/bLCxcX0VDN43uLU3mN1EPbiO3eyO0ijdTxm9b3cTovM3As2dytIttNEg3UB63+CwG2pwOHeEhcZNoCB43+Amtvg3DG7Cfc2jtCTWN6ELi/BGKvN3YabGj3uib4Ldbbxht79cu6UH5zdBuiNvKMH5bzNiGz+ZMtyEtrPtDTWYu0g1/NgqPd2/Ce3XHf8bzBYaP0Qzm/90/01uBsjEFqfTleLIsnrsbvZHHuLg4dnWLI/DkxPncllzGLAjdYkr2+bJdtlT6Bfjr533s3qsTTwHiJX+o/PH7dnJV+TvtmR02Ky3snS5vnjyPMurGXeHwdeyn2gXuLgt3hbROanl0hD8mk9Z+MBhoXD283W9Jga1wb8cXn1pbOYVdLhPzugV1VroiZ9b4zMuEu/a3vdjR0ctLjT+Zu4/IAQ+mpl/dX3vULzg2JzpU8fUo/4/lFUNOuwPgemxLxJmhmEFndAPdz6Z++6erhpIVnvzkg4n9KzvdOVJDX68W81bx+YoYbH/nJVT9gVic+22lFXjfwDPdzCn9TsTDM/h2H8NmlSF9nxHXhUoaOgnc+0zatC+2WOvWi7VouU5O7v0erMMsXWU+Mu7g/03dvaDR9o9a9WPVEJhT+8h+2bnoccXPpX3/tKWcObRdIVzci0at2Bw2MxBR9AXCQEtuk0/glIvnLQu+f4S+vfl6VVHC8+DNQOKnwldU4kOPX2mc3Srg6DqykHxUy1Y/SqZ4Fvw3n3dDy48vQ9NG3Ng88+h+eChoB7rF/2mgGs+S37hcJ9S0L70hNAWvwOM738aU7utAKwq35+YHFKOuk0PP7z3Qj1CzxEDa4HfxcVpG85uB/PXBzyx+tULKDlkdOynA4PhfUOIhQpMw4aPg6MXn5+wuUqN781aqtzccgrasa6n+KkOjH9yaMfwCXVgK3FTbjHocj5wS9TbNSD9joynn1mmwhGb9imOtzgEiPtX/WceKFw6sY+msBWeOeis2qgtQqfBBz9tCTqJ2HWlAJLTvPNgZFTXla0LzqJXbrP9OqavD0ydYXv0x/hytPOLz2f5lJ1A80UaldT54Ac/7zi1dPhB9H1+pvHFTXWAxaESEe9Hdd2KhsLW1u1zwiA9XVmNXllbfGbeen/I9r0PrRtGInMciGyoyS66hN4Z+d5HHy8IwfGfVRKPA8aPA2DY5Tbuwjd94fYD3eyRyYHw7m3Tlo/adRXsXtJfvPI7sOR7QsjWuGX+69FP9dDA3j8NnfXWr4ESv9RQJMv5UlwL3lhcG316jRIz/igg3d8BJQw5s+kTVUmB5L8K8HLc+FMFyVqc+dBzYkjrAXWPnx9O33DWvTHsIqD+mx0IL2QX5WmXVaLcewd/qIk/hFaM2qXfsa4IEfYMsLaG6pKZ95wPrAcJi17svG3aRfDzsnd23L5WiRdpl321NeICGkEHLiASVd3cYJwYRmZW4kmhhIG14GKwuLHcAJw0v5OYsqfQqinDExYp/CDL5ypEWORwnkTsej8cMZB4qhRM7kwcdA4IH90/6pF1KkjpsFoFP3vp2YINDxeDGGrgLjB6hWlP7yAdHqB62v/OFWq4rLulfWmyGvu1e/exLrt9IYF13+6DRXIv//qBNtA//q7sFgs7YDGJ1PnBofj+HDJDOCy3fffoA60i8Qwxeya7z6H7iYDk6eDq9mNSeo9rh0Uy9fuhLBTTdYcFszyM0+EXRLbsnVGONkyqWDus1AdaSOIsDMWU5roCpD+95q6TufWI7sNSg+49dqfP5Hn1iOZVXyVm45fQXFF9Dmyul3h4menQwwGQ0iyxjOW5rwanHSqZ0K1GA3vQhZSQwtufB/tJeDUa2IImaCv4AUmTpUVoQmLla0lVvnAGmd6mxiV1K8VMPol6i7vef3wtonRbosKEnrqKWsD4/QvKxbtEZlaAOb2UiS/NUkKiFh2Wfw7EZBJdU4FujyMe2w3o9ipbQsafSvD2l/PfCH7mCBq5dcUHQ+ApZtd9SjyVhK26HrG4VIOfiohgloAuY1/fVr1Cic8NJ4mohYOInIX7YaZLHwNixcSv1PgRctrhN2Qgrw1KmGcgDqwDPWniHQTh1FAlpPrzjR+Om3Ji54Ivy4HoTDjlxClEZdfmg6V8Q7fvd47z3RsOKX2jVFiM/je+fYoB04s2kPH4LGL7LkeEpWX5YZDKYco51HH5LwN71msgpSeqRrQulRwFNN6qAPgAkSdhB6DL7yxChKZDhmthpJoqLSAsbNWuHDB7qxHV656hmMqmZT/Q0QCoMU2HwkBM6TCtANB03FKPDFRAtVhBX1fAbVUZYqaXAar/owJgHxKwYyGQ6q5nDmL5ooDES547tZJuFCOiWnmzAyDTPX9WDycpIIt/IYg8MTpi0+wITGXIVwVZvE+jLVtJ4dXhHFJeuquk+coAXbeDFt9BCnRiCJz27QiRCcGY6hfUwHvE8vZhTiBk9SoA++6NHH6k3UWgJcI8TQ1JlV4wWIdJme01WQ3HUqJdAXT96VfR4pcJQSuAGCxRaksATYO2vpjqfnsl7NGJeEIFaf6OrQJi1KZ+O6IChIKvf9z40jn06TdPbnmvbRnSEfk6HQY3htXt/jVBAam/81WQltWzl9Fx0g4caIG70sSvQ+XE/eYgTFu0uKw0t8flzHT/sZe59g/na/8VaWJM/18VrXbm", "1: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", "1:eJztWnlcVNUeZxcGhBn25GVqi5maMstlxqVzEDSXzAXLSktHGGAIGJ0ZXvLs2TOfaaZli0tqapb52s1dK89RM9wyH5G5Egoimgs7AgLvLJek4vORc3Ps83kf54975557v+f8lu9vOXem8yTb6GQvNzc3hy85DLelWxKz0i3J4+gIHX7E6nAmuzdfxTptGQn0Ku722O2xv3TM4w9jj14fG004nBBAvgyy2TPM6XGpZnuKxUofamWuEf/HY4Nvj90euz32F4+Zm8dYNf01Sw2wZSZdv6L3htDno9lRm0ALcqzdlmF2WhPbCNKJgbTsqBcD6djRIAbSs6MkBjIoAUnsGJPgQ44J1swU0szcCBIzhI7pDAwTb8ua1GaMvrfIOkaG0QrJxjE6SUQ2jtFHi6xjYphorThGa2grhq3Qm5/abISWIKMQKJqLp1cA0omBtPykUwDSioF0/GRSANJKQiA9PykBadscFS1BYisZlKxkUGJygxIaSUpWkpRwL0bJSnL2anO08+hTYgg5f4mFu6LEYhLMyJw/HCRkPa2cWISs1wwSYrkM0gnlPa1WgfVkkF7IuVoeuTox6/F40gmlMK0kWNIYyKggnrQmBaGhU0IjXbQCk+tkPwk5V6cTBPGGkmHazFfeTzKMUIMjy9ZmivNukmHaTCHeTNIxg1DDxrlgUNBIGcRSK+ePQSyJyyAl/Y1BLLXKILEKzclgEMv8nA0GsUaP08Eg1hRxPkhiDQRPQ5JQGpKLraSk2EpijODck8QSHqeRJFYuOCMksWrGGSEJMUIrW0+sBMogsRrDQTFiDQT3U4ySwhQj1kDIILFiyxkRo6QExogxQgYJMUKumzFCjGgGCTGiGSTECLlCG4UY0QwSYkQzSKzr4PFkFOs6ZJCSrsOopOswijFCBokxghcAoxgjeLgbxRjBg9AkxggeGqbWGUF/qnBE0BtOi91iS0y1ZBCgPXtguiXDkul0JKtbTpjsTa/8ySHW4bAlWs1Oqy3zt5MlqH6dbEz2ZEsCfXiMxWk3p1qS7Ob03z1MfySJS7WSG3FkNYvdSgd+94wf+RJvtVsS6WIJVJ44WxZ9ODHdlvjsc1aHpZVJB1mTsoh86fQ1qNXvj5O2YxqlmDOTHMmef7BZ8zsLuR+Icb3e7V2hdyvGvIHeppb7HYPR9XoHukJvtajechfSrLfJ9XoH3UhvehXXVoVDhRXWtdxCS71dr3ArPvnzjm6FPW3SW07ZUrTr9dbcVEerFCqsl5tfresVDnaFo8X11rcss5LO9XqHuELvVsrCDfTmG0u9vK3Su17vVnLPnyC4cETLO2m9Tt5Hul7hsJuqcLiwh6WWvaAkuV7hVkT8Ewq3Yr62UVrO2begGYtwRSiLN2OGlm99om+B3pE31dH+ShWWX5zfgpx9x01VWHybYWr5Zkp3C9rODjdVYeHq1Pxjq/x2/xa0X13+YkpLLd+eGY2/23jTXQCdOM5msydZM81Oi4P/g4dadlSWOdNpdWbH2u3mbA7syGxhz0p0ZtktSezGxOvX8WanuZUXACb5zzm/Fc9Cb9H/2dLRcQMeKjn2SQOYU3nipxmOKOix1DdqRX4Y/OL0+YXr5/nCGfftemltxB3wwabODdVZobB+fMaexvVnwdejF3V+NSsS1hSZ3z2yMQwGeHSfHX7MF75x4IXB6OsQGHHsUE1CYTBMy58y99WiYvA9uVoTFQILdgQu13UJhX0nH5qTm98IPn5o7LgvkBpeMQ582L4tGDbMpoI0gXuzqCQ+8LuD5BOggZXpj//zs81FwI1+sBq+/zOdaD9Y/2Dme+5fnUJPVW07PrfhPGLrN3jAER3D04ZX7EDGq7uSPipQ4fw3Z8966odqtCD6uZ6d78pD02b2euQD1WX08fc/Pn6xlx9m4q45B7oQLQuWF6Jhe9v1X/ZYNehhuePMExHlwHOq/z33T78IvPe8Rma4Bs4StfVXjgJmr2cqwDcDPrXmTylC1yIdPwWX14AJ3Q6oc7aXoG3zfUrDB1cjps6KM2jZYys//vToShRef+Dyvt1FyI+gux2YjIiVx+5f74U7JV5+asBDGFHrTom6Al4yHtmToffFV4l0y+I9cd7S4jvXlhSDOUSbrwpLwfzFmcEzsR98fXp9n8mHakDndfbU1y9dAGWVQ598yViHLq3o1yNv6WX0zPYhxEWesKDnglVXo6sA9Xrd+DqkSu2SPvUfNWB30kcTx+R6wA6jjkc9bz4OqigdBpUhYlzv4NAc9HVh6J37zpaC1A0XHJvCrqKJZw93OZHtjScseSRs3tBidLSULlgA7vWZsTDO3w/GdMDjOsUeAznd+hCXNAK2/OwSMJIJXAWsbrYZXrPC4BFi/S+7ngcfLPum0zq7O176Nv0UAiZXnSde0yPub7+cqUTlsd8n/9hVjbcTL1tqysEQRshakPaV881ILx8470Sqm83dF/9yRiIrB2Dm94k+cPq8bc/61XrDGV7UcRpYcVeubUK7a2jq8tV3b+unwdTaJcfc4GtF5eROFeLyBeJFca+kn6svR3uXfLloQdBxZKJuIMzj9moHn/iP4bu+j7rBpINPD9ubo4GNeVPP3xedh1Z16HXqHh8N3Gm6e+i0mafR0ycHEeoUgwsL1wdM6RGIub8C8OF4arFGzo+93pDOuqbHD6CGsE+zpgIx8cfsB88ufW756vc0UCP1IyF3HvSgBOjqCZfQaYa2h8WARkIlGEDMcy7NF5LgnFa+rghwflei2BfP5Czp64NZPAecBh3Xlgx+sKkC7NgZcV+CdzVgYftoO5zrlu/hN9cDM/ev94Cchyo4jrAs9B0VnIn3vztwcwMadsFLr9mswuwsNQDO67tgee7wSerICMjjLQh+gS6u6JceJcsdCgN39H77gcj/okXEDJ8M6wC9zs27/9J34XBa6GcPn+6jhhJNBGUaOL5TbFniQQ1c9fI6IvF+VJhDHHBYDbm8oTCJGbQa8XgrQyHm3T90tzSCQW9V+0xYclCOv1q0ce/fd6xc6gsX5vkRj21FRZS+SINZPhtbgZjeh8oQW+6UHx5LaRjUiFYP3FzRkLcXcZ7sQCM+f8sypzAQRwweSaa+hLrQsGxfj9jl2PYyrhYMJ1FwwasSBflv+iA7px7wfOUOr+zbTSQtlfldB7z11CK7EEsrW5pABn1sUgW605gSb73iCcvXjSQuL0MsH9aWIk3O9q3zfWoQ5/1GYGKKzQVBy3WrN8aUgHirrXTWPl+c1PfnEfMX54OStO7Vi081gvcn91f9dLc/Zv7p6CbLXwVIUnw1wXkSZJGoeTwwSOapJ6yNLv7s3qIK0ETpM7ISqc9v+dzzXAnK604kPaqCyXMSieUbgDulyUpPHBwKvj256SJI8H7vjT7ujSCYEeQi4HYPhxnn6j8sy60Hs0la035TCRiPTkVC4hwSyZsAM1M3Txjw5ocvjnq5uR5cBj/SMPKtQ4zO3a9yO0o+mKXJBd6YhfOqHNCc14GBZrZ2eBwj3AXAzHK1DrkP/3f7Eb08MHVf4jtqzMpXQR049BFN+D8jlrbS1Hhrx1m/jNraKI+XI+aWUSG49wMfhhyOPwneTaEJrxqwMlnnCwexwqTGLH887w3Hv7ar6v6TPrAb++KDOd9Lef1apoKLmxaQzOyBIxkR1TiM0BC878/z405/GEXTxU41HsoKaBNgbunpBZk99zTXLRVk4davARDlUzY8EAY/+fTohL+PcMcsbqKDcFdKa1Uw3DLphWP9s4sRIWlBz5HBmPlhtBqyuHvFA7PzgVDM8shad0ittSspF22gbu+uxjz/X5N50Igm0TK3NRifqJ1OUu01xMqspQJx/12T61uxXD+CMc8/Knx4w5Pk0WrE5E1Twf6s8OWhbzP0/9oCz6DXLz1PXHcEsTIxJQSybiw2M8XhtNsyHL/tZa7/tfn6n0RaGdP+D0kXeas=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWntUVNUaZwB5w/CYGV4zMoBa5pOZYR5ang8x0wxNIS1NDWGAUWB0GPKRmda1zEotQ0u9XsvMTEuNzEzzbB9lpBEivqLMUlJADEXlqd29zz5c0ctK9ixwrXuX/HGYs8/5nf39vu/3Pc6siZxkHZXm6uTklOOBDwnWTHNKbqY5LYWskOXHLDn2NEnzWZzdmpVIzuLvrd1b+x9dG/F/sjbk3tq9tXtr99b+ds3SvCZ0cufms4HW7NSbZ+TaUHJ/jHDUJLrh4yBr7iQ8CrQNohUgiZbs9DZANMJRxwYhazF6FoxWwGj1LGxEjIFlH50DmFjKR+MAhskHeuHIZJqebsOEMVCMiQVjpJi+DmCMLBgTxcSwYzRtto0yoaA2O4GaRcXDthPNBm2bKQkgLWNcW4AYHUETQsNmnghiM4+mhKbNadQS1GYR0axzJLgGR4JrZMylFiDGnUwOyEhDVa5rc/WmUqD/2twlWoB0TJw0NDU0bOZRkI7NEWJqxDoA0jEJViOmRpsLfwuQjs08mhpaNvNEEFM+aWg+adkUIYKYUkNjcMQ8gyPeMzpintGRfHIoc0UQ005amu5aJkdoxcxlGgpFDNN0I2rcgWlNxzRCUIXrmMYbiollGm+ovmOZRhURwzRJUnXHMsVHxDBN7VTbsW0WTwsMkw6osmOZdCBi2KYAmg2xbL2ZgvRsvZmmg55thhJBbOMQbX56pkrcDGKqJeIwqWeqJc0gpuYnDpN6tmFSBLEpgqa5nk0RFGRgUwRNdAObImjWGtgUQVPQwKYImk8Gtj5GU8PA1mapyg1s4xAVrIFJEeK0ZmAbHaiMDGxTAFWEkW3WpYowsk0BVBFGthGPKsLIpAgtdbmRbd4QQWzzhghiUoSWBtfIpIhmEJMimkFMitBSGZmYFNEMYlJEM4hJEVoqWBObIkQQmyJEEJMidLSwmJgUoaOFxcSkCB3VnolJETqqCFPrihiVm2nOCSYX7Gab2ZqSYc7CQNvMhzPNWeZse06af8sHpnUiZ974EJeTY02xJNst1uxbH5bo9Z+HJc2cak4kNyeZ7bbkDHOqLTnztpt98If4DAu+EI93M9ssZLvb7vHEHwZZbOYUsplwFp9pTZky3ZJjbuVpgy2pudiwTPK1tMX5v5/mLlBJT85OzUlzucVZNwdp8e3FENPxfAPuxJc4JN6aS25OaSttNxbaQkPVtnwBM2g6nndgR/D2YOZtuoW3tuN5B7Wrvt2ZCRtbvjQbdB1PWNauhD0dVLZOHJRiO56wvF0J+7ESbv7WT5S0vuMJK9qVsJSZsK5lQzUYOp5wcLsSbkUvdyAc23IYMBg7nnBIuxJuRS93IEzfPXTim6yp4wmHtivhVvTy94TFdwyt+CbUt+MJh7Ur4Vb0cgfC4vxhEl8yO55weLsSZq7SYmhFSRvvwsClbFfCzFVaDK3Yh413YdJS3YmwIxOmFytv8Zs0ceDS3oWBq3O7BtqbmbDhlkHzLgxcER0RaB9m3qaWr4467W2v2CRhyIPjrVZbqiU72W7OoT+h8sWHkbnJ2XaLfWaczZY8kwI7Cy6x5abYc23mVOHCMzfPByXbk1t51TeZ6O+KbjXPTC6RH1mT1Yw3q2ZzV6PgS3jx9wPvVPJvzmnsN7W3GpUVRZXW71bDV1M869ekV/HPPDuis2KyCg3959xuewd3gcqcbfLGYRI0Ldz3dK+iCISPS9bMUMOiXLIiQSv/UK0//10YSu3/64g3jkfA3CH88ypjPecZvnpC94NKdOCrL99wm+oJyZon+j7Q3RM8NinHpjbK0NirO35aeF0K+c9d3vL4FA8Y9p37QyvlYUhYNgfA4TefvhHfUM6vfaufJME1HI250GfnfYtdYcH8sUd2nTnBdTv70uofHnBDIza/bV6wVkbtPHiB77vzPqm3XI2Or536kNcYb1A0HrxYsO97TnLK2XNhhD+aser96B2zw2GLDXukyQXcJ77zmNwnAm37cOaB7v2ucGm1Z5PfOyaBbomd8NZSlDr+58EuM8q4r8/IVAVdVdDpm8Ux07P8QbpK+/7nhiK+oIz74NfdXpBk77L8ryXF/FMvG499k6WCFdPJRvs5j4dWPvGvjUo0TLjgBF+PWha5KNcJPvp2mOHVPTJE3FkX4wvk+Menv3HE7S+nh6Hdfd99IORoIGw/7IQtb+RUY7GHF4ehndid1Qon+OEQ+Wvi5CpsQZdOiIud8NVQn2NclBAYFWj3b+2dnaKAemn59s0uR/jXd5AABwKxck7jKe75ovynru64yH/WO3utpCkUsBoKF4wKhmKy3cJKbpd9aYjrsUAYJQihljM9/IitXlrFl9bPmbzLLgN/8tj1MsjIr8jZlicBgeYnAbD6z/WYWTn34cr96i22s5wJe0M3NxhGTsEeifKBJTHTe0VGXOaCTxbWJp7xgOVLpLP0Gy/wob8/Gbz9cAj0+aWL27y8g9zM8m4xHplqJCzP7QTKyt/1YegM57zCAytLjiryPvOZlqmA1EPjsXQaOKLahPwIdH5yj2vLf5EgYm359ACIun4t97RSDphd8anTXtTu9ABo2nCpOGFSE1cTUWyd6B4OJT3M2ITt3Dc3Pnvu8uPRiPKo4ya6F4aO/Ok4v6PplSulYxRozLit/IUJ3eAvfNuWIhe0LP61zHONanT/HOzhgigIXPf1nuAP3dH8ypFfdp6vRDR+Z3khXj5yEOKg9oMHiRD8JKKOPGGOypg+yMJz4YIDrnHYmScmPhsGC7f8Vp6nCRXjeICn+ymg8eksbGopT8K8VlLDb+6KE+KNUPgx7ei5yZVKmOT/pOnzIUGQdGbdyv1rnOBcIybsG4WE7eoucTgZUi6OvS7uU8c793hFcbKwkivD6tf9GQxdCKFKJ5hKHLA1Gt6+5oYzZR1P0i1lfCQy1u1N/XiuGoYLiSpBgs6nKNAEksjjVDCImNndDdG8ViKzEOBIODaaJHIDl4vlNXp4BBLSbJ4a1NiagQNuUBnvDUELF529HFHsB9jbqx/c5AFHZ2BBLAhAR06d9l66oRPg7MgredUfSNhrCmVouEDYC57Y89EHw5EnYGdaq+er0KPPvdTnsT8CYfAXNddL6vzg5ERS4MLQQOKoCh+YP5skQj3/zi9LX5kfFo7qErHDXGUAQcn7jvSo5le8S/6C0ZowEpgmzi1Qxn3781GenruJ9coTSBrIG/dxVb4kc2/wU4gMlyqo/9U3+MKPfzw6uqcaCXlWHADz8kggK/mEmkWJ9v2RiKiw8KkAUYflnM/SDS+OHCpF0YTAIV/QkLS5UkHjnOCPemD6nufD4M+CfQM/KfcC5WxcYacqEbFu234lYGd89+wAd8ovNxL1iicZdJHb+/L6Md9rvICU4f4T/RDx+vmTJZyQT5saOHouRQJ+92bemxTGDRFiffIR/drAjSO3XegMJMwbpkmB5smvfIQgfFeg9f8ER9JvVUA1bxME7AXnT25qeDrrEq8jMtwbDvLXH61w1c3jaD0JoXm7/RpHulF+hQQyojJnzOoaggS9+HlAKfZ27dkyzok0sGoVIm1nebac9pX+9Zzrudfvr/INRmdwtRi3xg3e3blsibTBBWhfc0E0roe5/pKEf/guVgN2aubo68FA6+oVXuAfGgRY5LjwV3NeggFNfC/hRiUEXY77MS1PDjjLcITLONJNdy6TwjLiPm9nIPKDoD38giulx+fVBIDQH+YoQFY06ES13QWe/Cj2h/6FMrEPb+SE+uZUy1E9ycFPaGhS0G8cgEvNVY7G2Q+wtfhKA4+dX5AU54Fknz7y26ySIAghjWpUEPR76+ALQ3gXhJtmVSXyh++TiCWhMIIQThT79BBviLuUcmi8dxAgnFY9kzxhm4Eksg+Qx8l6u4I/rsYDjntTuwfIQQhHH2cgbeaDiACIJI0T97+3SHuuquFIOVzdJPabtZWcgFsdjTrj3XrzwUCqSm3iQS54yONNIfldEK2bSpjXjSjxAj9rXc945WvR6D0ir67VHO2HX/D0uaHI8GrcM2VFFdwLk0lHKuFp/wpEQlvZfoOjeXSVx03Yb1W+gj5nnQQuViJT9EIlTNv0WmnG3BAg08HFgipeeP5WBfQsWYE9Ui3W0xpeSK+eKhDaxDBR1zH+QMJ99Fwt1wdX2V1do5AwYsZlp+fYbdasnFtnsZu/jb/5g6NW1jT/BhIG+U4=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnl8jNcazj6ZjCSTfZWIJdQSMktmQt1zImoPJZbWVYxkIlORITOxFUVLSymqli5Ui1qqWkotXc6hlqZa1E6qRSQEkUUii4h7lm+q1O82Z36/3H9u8seXfGfOc8553/d5n/f9vkzUGPOgNBcHBweLO7kkmTOMKdkZxrTpdIQO9zNZrGmOtrsEq3l8Mr1LbBxrHGsc+5+NDajnWK/GscaxxrHGscax/+OxV21jrHtzst11M2emPrqjn/Wm82PZVZXsRq7dzdljSPtXP4iGQZJNmWPrAVGxq1YMQsdidSIYNcOo4sQxGq2IBySM0D4abo9KBKPlGKF94thVLwZh2whFVMcxsXZg1CIYPccIUSeeYzrZgam3q/kOghzlLuO/6h0hThtB1/0VVO+48i3ssUljj01a+0GaeqcRj6pgvnIP8F/xQiBOV1W9qcdmc0aohFyuUtnhCJUkXEI0UmnsAUlxEuKeisdJJcQIlc6enaQ4CQVXxTVCLRRcNdcIdb2Fks/mv4SCq+aMUAvFSc0ZoRbynpozQl1vUeaz+S+hJFRzRqiFUkMtMUIsTpwRaiFGSCCNWHDj7chcTSc7WK6JFcxc3t0xjFDfJSmEUNMhYert70f9kFaosEsYoUaFs04r1KtJGCFfc6Jq7Wi8tEINEaepVqiPlDBCPODM1grxQMKIlVmeDXFCGW4DCSWr1K3FifUbEsiebi3Onm4tTkiJpW4tTqwd4nkUJ9YX8qSIE2vxOCPixBjBQToxRkggIUaoOI10Yo2XBBLroSSQWGfDuacTYoQNJMQIG8ietlUn1uJJILFujYP0Yq04zye9GCMkkD2tuN6eVlwvxggJJMYICSTGCK4RejFGSCAxRkggMUZwNYoXY4QEEmMEL9LxYoyQQGKM4GU63p6nn3gxRnCxjBdjhAQS69+57sULMcIGEuvfY3s7O9DOQOxRwYYSa/tVEkr0oY6jRJ/qOErssc6GEnuu00gosQc7G0qMGVoJJUYNG0qMG3EcVf/XiI+hxLihk1Bi3LChxLihl1Bi3LChxLgRL6HEuGFDCXGDPCFzlBA3/kQJcUMjKYDYe74/UULc0EgKoBJ7XyDlskqIGxopK1VP58ag7AyjJYh+YDVmGc0p6cbxBJk19bkM43hjptWSJv/rimmu9E5BLgkWiznFZLCazJmPL5bs8edig6dOMCbTyYON1ixDujE1y5DxxOQm5I/EdBP5IJHsZswy0YEn5tATdDdlGVPoZslKijBn08kpGeaUcZNNFuNTFu1hSs0m58ug/0Qzufx9URmzaKwhM9WS5vw3p9nemEtPVZqGt9vzn+ymd4n1NVgmbLDtX3PSs2fDG+zVEIF2s9duvfT43PB2ezeE3e7CduttQsTs1jW83cqGsNtVxO5Hb6Y0tncYDW+2T0OY7SQc7k6PyVp8w9vt2xB2K4Tt1vz1RZeqU8Pb3faf7BbS8aeIxX83WHpDYmu3VKqGt7h9Q0Q6RNhw3WO9n0rzRItDPUlXTjSbs1JNmQar0cK/aUML78BsQ6bVZJ2akJVlmMqBEcwnWdkp1uwsYyr7YPSj++4Gq+GJXkvaln+X5PEDGulM+gVsOrquxd7aN8od4KZhP6kObi9AK6Lezp4YVgJ+XPXNiiXezvCrm5ZdAfdPgXfvuY1a1e8Q+G4QmVHhD4vWPNv+9PtK2O1fNy5srbkJvBW7Pp16pBB86tGjVbZTJTrnW5ZwPK0UNKfLeXrB99oGLz8tvwPGdjeZS+buB/zzWtRk2eY5A3u74x5f331wekoe+KVL/1+XjihHi5OtLVc+vAEI+HKHJeUorOOllm6zPfDra37ZcvyMO953ccEDY+U1oJrcISqy3BUirw/Vn+x0h4bBg1qvnV+ADjX7Mit9aQW4f/ROzg8HnGFP5ymKlm2uIbLY2qpYV3zizNDbHb/JBfvGyavXjs1HJYG9nq8N/go9M2LxgYo2ZeibPYvcSgIx8jP8cKqdcS9yMM92ObT4Ati8vj/0M5xDfV+cpz97qBKNaJZQmvLzfURXn7lwPxrZ90dZ1w+8cNyz1FO1aHhqlz8GLNoNMjWzdsM5nrCOHNrwsTMMxf8myFNgzMdnNcX6CskfRWDy9x+Fdrx0A2lH7uvdxMkV09lnNYXoldc69vvU4yRg7lhbA6jVGUOvgH66+Qmj8x0x95sLXvlwycz7nU+jzHWO37r61oLtVwqX71gYgJs/uJd9+UNXSL2kmyLHC3PTHcwJgfjDTygB1oPdvzr87iQ/AKZM29A+sbYF5us744ldPc6tK5FB/xPdz5cMjsYHt8dkrpvtiZ3lCyJT7pSBZ+m2M2X4fEl5nxfdZLA6tmBbq2t+eHb0gXkbV4ZC5u+JvjC/LPKkedQV8FsPEoj1fpiQIGewoxK+RAfe8uJ27gyF7Y0hV18ICoYkOK29FRsQPU74uCCYt+GDg80mBMNNh/sSiytQPnWLmYzHUU9GQM7POhRDwxvtz8+7MwJaCXuPZsrxwyjigNFN4KQBEYEvL2oK09iGMnznFo5v8ZMrZLwKiICHf9v1+nSlDx5//f7m0pN3wSYt9Ww4ZH7qqcS51TNf/taaC/JPNM+trguHCXOuHln1SgCe1QvNaKovRdcXtinyrAuDDktJGEr8cVa1d+HuL+6h0IEXw6YbAiHjU74v7nvTReMzKUKK10PE6L28FJyltGwdgofs37S+P3bCnVv0IaH/DcgoQafLMPPPygDYmrh32AJfzHhvjcK3B+6JmHtLhm/RdD16G2Q7ve8etsYf0ygN71aBWDyGFQDK4lhdS7yFZN1qB1fs3vWDIR99Vgkoi040V2DyKckoJVzW2THp9SQlbrvZj3jSB5adTBqjPO8L5+UMJierBpy/frAV28gdViXTCGEQ4jLUq4NKBgujY923hpciE0ucGjDu/cnEhSWgK1GNgqYumOdXGVg9ix7sFOD8LEM5k2gCOEBCxgWR63zgVLbQZcD8AYvAoN4E4eQDP66iRCsAtcEWkjqFKClgYZ+bLveQmv24Y8b7JjWgByNGBYpOdl33TmdvXOT5faf32u4B9ztPOPbmyTKUGH7ralzoCfDOiLrEmiJHvKgNnVGOuL49ACydh1ShoTO2fT3mVU+eN7O9MdfHLcCVOcwTU9oVxHjg3jGUaTWA+10Or9JjlMrgm+W552Zb7ku8dYWMCJ8pYR+W2JcR87dnEVixo8nErQo3yHQ2+wwoJ6pYGH0drEh8K+P6KzLIZGf8PfTzS/Rk7piQcVmwSwW4oqBCuh9x3npgbu+vYFU/6phK1IYJdC5YtDLT9zVcjZhsjyhGNPqfnz+FND5UsW6DsDUjnzmqzJP4U4PSm2cQSXiIOjBH3UWMP5XemOdznaRvxYjnkwdcO/9L4nlXaElfWjQdVIBVl5a9MXd4ESCTZcdCisH6CURQWsgwj0sNuN50441eMVdQJYm+zwYn3KkfrSCucGs4XbkIMHm95Iyp9y90dcHt3gi8cKzSxhNnOIoZqMD4Ng3YSUCyO+nu2w/B1Bdo5tag/mOUL8TvPAGYGe3rAJOXyX4Y0ESvdYYDGMARs3NeDMGUDTjXFVLVD7kqwzSrxx70x6e+zfNvmvMA3Hi53b2Vl7ww48WZQFxLvJ00ZjRi5mrvIB1NDEdy2Y7Iic4DHtc8sP6P70mm+uFjIVQICgGtMiMWnwXaYv1zPQe1wCwtNnrgVCqIVQrIaHGzFd4fTwTA2RGzsjRCAYlIJL61sLnkh2rEwnVEDll5OdAKBzTNyQfrffFJKucLqkEa/enRBrN5PRV4W88r0/y3VXNeL4/GeUcokb0wqQpVB1L3gQ47Vhdv7KHAcywkQvNkXBfPBGHqxR8nyaU6XQd8N3y3PyjaF++isC0PEJOvRBn0ObJvz6J5/rgLTa+R4TCQFuBEb3jtNbrQIVRTRAQ3LxyeW0eIMMwXUrnYsboSnKbuPh+At4ymBVwJf6DucfLDa4o3Hu672x//RGWnvx+kVWlGjBx3o3KVG8F1p3sI5Pp7HLH60jIEsjwuCYWdmIAVgGGsoIRAWu2/2hIAud46YBZ+si7XhSCoJGrtfL1U6h/CYBcavgGRkIXnhgMOn25QDSkJgCwfJjWDrC2ILUNbPz8/atLxAMj0VxEOPzf9PnHB296Ydj3pn/hDputjo+B4JiRN+HhzOa9PMc0gYVl3U7EjpuW0LlEh+TEEkuCSP1wwy5NtbpBm0cDQKDi8Yu/FBTN8MddBOWSwaWGSHf6Y9yeFgJ1rcSRk7cRnHpgEkSROGSDNyt5xOcGQsmef3hNz/b8F6LR2slApf4Mx40/aVUCzKtnaDNJsfWgIwu2YAVWI93uRcAtNg+d9eR8wrwpxXoXDAV+8a3wzLxhzXSlGMwDpbHICYBBhb3KeJ+b9VDFi/k33g6wPWxWA2XbXIjHnWQmi3WlMZj7gdagpPpVEE7sWcR45QqbL+0MwK7M7nDFrX2ZcQ3z/IMzOt8QD8zp8E1Dz5dUeOHLuLVI5AyHL7/mBmLr1Qb4HZvXkYDAsIfTTyZV42pFnOr9ztBlm0+d642TWKFcAIkpEaqIkO+RS/T2MeJz8eZ2ddRdxPtTyunC1Jbawhq8G7YihnVoJUA2hTJVhir7T2xuy/PndHbOHl4TMsRZrlnm85fEm/9F38x99teopY6r/ABjHzWA=", "1: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", "1: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", "1:eJztWmlYU9cWDSHMQwgEARFFxXmCDECs9hwE5yJVnMciRI0C0SRU8Umt1Vpr1VqH2mrrbFvrPNWx3qPVUucRrTijoqgoCoiI4DvDTa3W7z1OPnl/HvkRvCd33Xv23muvvW5M3aHGHsNkEonE7IzfYo3J+sS0ZP2wCWSFLL9nMFuG2VmPoizGlHhyFF29Vr1WvfY/W4ur5Fqn6rXqteq16rXqtf/jtYnWNerepNajdsbUpJdH5LPO5Pww+q6Kd8TvMca0odj+VQ6ioZB4Q+rwSkBU9F3LByFrYRE8GDXFqML5MRotTwZEDNd9NCweFQ9GyzBc9wmn75F8EHobropGMEyYDRg1DyaSYbioo2OYUBswlU41uwMnR1nK2J9KV4jRhjN1fwdVuq7sFrbEpLElJq3tIE2l24hVlbNfWQbYHx0XiNFVVWnq0bMZI1RcKVepbEiEShQuLhqpNLaAxDpxcU/F6qTiYoQqwpY7iXXiKq6KaYSaq7hqphHqSgslO5v94SqumjFCzVUnNWOEmit7asYIdaVFmZ3N/nA1oZoxQs3VGmqREXx1YoxQczFCBGn4iquzoXM1oTawXBPG2bnM3VEMl+8SFYLLdIiYSuf7pR/Scg12EcNlVBjrtFxeTcRw5ZoRVWuD8dJyGSJGUy2XjxQxXDxgzNZy8UDE8I1Z1g3hXB1uBXE1q+jWwvn8hgiyxa2F2+LWwrmUWHRr4Xx2iPVROJ8vZE0RzmfxGCPC+RjBQBF8jBBBXIxQMRpF8BkvEcTnoUQQn7Nh3IvgYoQVxMUIK8gW2xrBZ/FEEJ9bY6BIPivO+imSjxEiyBYrHmmLFY/kY4QI4mOECOJjBNOISD5GiCA+RoggPkYwNdLxMUIE8TGCDWkdHyNEEB8j2JjW2fL0o+NjBBNLHR8jRBCff2e6p+NihBXE59/DOttLiDPge1Swovhsv0pE8T7UMRTvUx1D8T3WWVF8z3UaEcX3YGdF8TFDK6L4qGFF8XEjnKEq/zXiKyg+bkSIKD5uWFF83IgUUXzcsKL4uKETUXzcsKK4uIGfkBmKixt/obi4oREVgO97vr9QXNzQiAqg4vu+QOxlFRc3NGJXqt7MjR5pyXqzH/nAojfpjYkj9CkYaUpvn6xP0adazMNc/n7FYQ7kyA2/RZnNxkRDgsVgTH31YvGuf12sZ/pofTw5uafeYkoYoU8yJSS/drI7/kf0CAP+IBrfTW8ykIXXziE7iDGY9InkZvQoOtmYOGqswax/w9U6GJLS8MaSyf+eGWT/vJoTDWV4QmqSeZj9P7Jl/apcfJzSVH3AHm81YCfugK3/Jyc+dFZ9wJ5vNWBHWwOOFB+Yqz5g+VsN2Jk74Eir5tCAI6o+YK+3GrADT8Avv33SWL+nqPp4FW81Xil3gUNfkS5d1Qfs/d8CJgyINqaRkxMrG7cbd9yav3+LpQqt+ribvtVCv0EX/nPA4tcfVi+lUlV9xM2rotIB3IFHvGLsVJrX/AvJJLlytNFoSjKkJlj0ZvYzGjJcu6clpFoMlvQokykhnQFr05yY0hItaSZ9Ev3gg5fHMQmWhNeMlHhb9kORVzeoJ2eSX1eT1ccb3x+1cOx9oAS/X9o25ZGw8upez+/UpULQoVtg5dVi8OAe0tXvclvIOLmlX7HOEdW6lxNeE60RShyHfPOe73Nh2dOw3PUNgtDXdWeljQksABeGfBhXu8Zpofji+UnmDmeFhJ49Gi39vAiczOp9v9XuZ8LK0W1dz6+QI0V4m197fP0MmErleds3PAEnY/4sKDosgc385591GXEOJI8bv6p5tFQ8rhAMxoJPD/U8Bcpajz4+7XQ5iC2cFW8JkcEbeDcDgp+B0KarfU7GnAQEVatZDfRuet+ftMdKwcDgqEeJRwvB0UFd/3DKUKAxa7+4OEJyQiCn3ctxgP2Ld2ZPL78uaAfv6uwufQFmdLkr0ygegGNHyeuSMDzr9shmT8rAkjbNzy7MLQUzG+d77A0tF+puNI34Kr8cDKqIfpZ/7wWQ0Fcu+MTcYd4Tx0xwjoTbyBX6XTheEn+jAtDb6PNASu+M9b8MfSi0nL0UZ06JSHT1kiVQ2uyzGheO3wCxUzziNiidEb38hDyw7/Cy9r8UOkNyBLTXQHpewzDnte6QfX4eyG7PaJw/0xl5T0b4zBKw76eV3eAZBbwc4jhpfvRusLRmq8shU13RsuFb7pq3ZYGRJHFFbtBML1gm0PRc9oS03HvdIMlm1CMl+ko+PnxNRRAkVao7qxgsfvjj7123y5FPwm9nmrWvD0lVN14vABsa3Jy8OFaKHh76rd26PCn6aMbOUS7pMmjNw5yBOEEpjgiTYmTslmBUjxT2vhcacGbPDWVQnrCj9qf3ukc6Q0wifKECYb9fw3iHFR6MHzXqooVjv1tef+cTocu/Jrd67wcFomkqqYXwrgd17eSAHkedGJbVyBdtHzrxQtudQeimEjNXcEaAFtQfNUiTLnRe5I9OG4c4HQ9wR0OaHPHKbK1EfQZsEu7XViJa/ww52uKOmRHoh1bU3/n8syIP1IeUL06B5G7bfkjv6IPGtqhbp+i+DCWoemGqeSPCwivBNdD0WTcf1zldJDgV1Oj0/gQl2n5KckX6uTci7bIze7+QuWvHTMdQL0TL3dIDNSBl+eIsoPTcLUOpK+z2OHj7Q7K77tnlYNk5zcPI9sXCs49G7rH4+MKAnL5+2089AbsIfSK8EeOPI1pbq3/SO1dLQBwkFXFAo0iiVgTBVd3IQiHA2cC3KBRYPjzh3tBvm/r7SmAHkpBpcjTvs0/7n5kQDPFd5vrLysBE2ljuaHcjEnGZsM5wZcx0Twlkff5AcDj4ZdjYFvkCzVfbIJFv98GglIMVm/9VIci/Uy/fGhGAWtGAsgEu4pzWkyToQDtypRKB9YfkY8lrr7gN8/TTEp+Awz0Jcx8IEuMk2cEvL4NrLUjGpPAWzq7xqkTMqxeiaQq8CdT0JRPr4oHsSOO0soeaj7fDT3LKgahXcH3H6+OV65+DcW4hjT+akQXad8SKY7CDpM3m6f8UGL9KwTScjj03pKjT+8/9zeezAVGB8DYucFrioEsdJsuQJ93oVTHOQmCgG5XAA5ta4ogPgF5UgMrBL1MmnNxywR2eX0GErhCwvr4NhIygyOEHAhDFtXeA7D7LRX74IVx0vDM7yHRHAml4Zm/E9C4HHP/5BFbQUhDrixUqRoEWfkte+cJuDC/42h1O7t75+48b3hF60Ia6L9i7TK+T+KACkNX9UzOFD8cEelxb5wSbtp5zZGKn62AwlsO2iy4Iq7Fc+Fy3h2Q33iZ7SPffr0KgfX7LEdI++8MeLsoN+vFOp1zQ0xKy4MXsu+AwbnfDYDkMwLDHUTLIdOmkcOydbqe+Gpgr3ErATDYqEeVxvJeos0Xg3TsX1j675IKCCH3jPOE4kv7nZ4SrcTMXpHrLEd1nCzmkcv7nRmEraSNXO3SEyGCGHYz5Ivl2WZ43HEPGyOh7ol7nAjomcpQQi8ixn0+sEnX4BaB9308BsQoELh58T6DtNs8JhZA2v5gPaP11DhCrweI2az2RJ22UAuBHCLffC6bh7ug9yx5t8y078uDQFoHOKVcvqKCFeyRQ3axQwO8Vq37d18cL0rRmOaA1pFwPvWAw2UA3d0h12BHrLd2QIxzQDmeiuZz1Vy9fRKKe/UEQZDp1CsTTgeqPqE7XCYZJdICVgQwibC6+jBfeNWEibfRyQPW1UI5wdErQsD4kaVr9aLlAedjHh+nOqBBIdeedJ4D2/RRnNDwGT1Z9CGT9XQzmtiadJENUFs45IcrvSW4sjuNPmQ/YWSpQnTroCDvak84qF/YuIQE6I1d6w3Jwd/5mrKgFgPkANzYXAoIR7tbk3hnZ4MpcLEDxUkTn0bx6iMbX0RsV4DET8XmxIKWByCGR6cVYV+m2u2UJdOwvkEGq9+l3hc3f48F0RIFGYrmatbIe6ntYhbdcIVD6ZzsjGtexuqgJGdvf5gh2V6T4IyXKX0wGeiDqNtSrr25rqcDmiQeivL4SwPzMIntEedzKH1F/lBQs6o0bojKwwxttJu3fpg6br1opwk3S8sWymswnQT9E5XqiHNH+XVsTUV5/E8Cua1SgTdfz5m8+qkCZTUhj+rJ5MMcBTY08dzDFokBaIgwqH7RrlEvp0kY+aKM9HvjrAlAOhrk/kiPGKxe05l0y0QJQDULTaDdE07BeiQqxfA7J9EJKQlyLE8oiduOpGzotIYnwQuPJjbvaIyoLwFOcL/6oBS3UQwE30ZBvjvoiIgf6gAA2966VCGx++6NGuOtr9fdCE6iRvChQm7LYF+m2/vHh3jq+qMnAL/cXN84FJ7ALWhXoyfZR5ISYTl0TWP5c0NP9ST9/cNYL3cFua8HlG4DNbRmiPnSJPyRt1WuJE6T7OofzfyB4o+knX5gdOAGP5GdgyTGS4EvCRTwmS5L8oAc1emWAjOXn/sUCuercTCV0n7v6k+6ds8DefdhotPdBFWfH5TXc5Ibo/hZJIcurL2LzQYqa68kELgSzw0jlHZl/aR4E2VzbD3p7tsAUfC5kYtZGXasDHxV16Tc1sgSoqKGpEGoTQkx0gcwPlgDqS2PlaChpoB3B8EwsIaAjZHlwRdTPeTwWefoY0IeXqNThZovJmGJ+1eS//OH9y99NvWFN9W9zmLQh", "1: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", "1:eJztWndcFNcWpndElqoUQToosAWWtc1RLBhbFONTo0kILIoBNrJLFGOJGo1RY4kliRpbxJLYYwlqnGNJbC9GjcYYjb0rglhQsby5987GaPy9cPcn75/H/rHL3J1vZs453/nON8OGvm3olm1nZWVldJLeOhly9ZmFufrsoWSFLHfMMZqyrc1bLU2GvHSylVq7VrtWu/Y/W+tSzbW02rXatdq12rXatf/jtRHmNerebMxbrQz5WU+3yHftyf5K+q5Kd5DeWxsK35bsX/UgGgpJz8nvVw2Iir4n8UHImlLLg1FTjCqZH6NJ4smAjOE6j4bFo+LBJDEM13mS6XsKH4SehquiWoZRWoBR82BSGIaLOjqGSbQAU+1UszNwcpSljH1Uu0KMNpyp+yuo2nVlp7AkJo0lMSVZDtJUu41YVTn7lWWAfei4QIyuqmpTj+7NGKHiSrlKZUEiVLJwcdFIpbEEJNeJi3sqVicVFyNUWkvOJNeJq7gqphFqruKqmUaoqy2UbG/2wVVcNWOEmqtOasYINVf21IwR6mqLMtubfXA1oZoxQs3VGmqZEXx1YoxQczFCBmn4iquzoHM1iRawXKPk7Fzm7iiGy3fJCsFlOmRMtfP91A8lcQ12GcNlVBjrkri8mozhyjUjapIFxiuJyxAxmiZx+UgZw8UDxuwkLh7IGL4xy7ohmavDzSCuZpXdWjKf35BBlri1ZEvcWjKXEstuLZnPDrE+SubzhawpkvksHmNEMh8jGEjLxwgZxMUIFaORls94ySA+DyWD+JwN456WixFmEBcjzCBLbKuWz+LJID63xkApfFac9VMKHyNkkCVWPMUSK57CxwgZxMcIGcTHCKYRKXyMkEF8jJBBfIxgaqTjY4QM4mMEG9I6PkbIID5GsDGts+TuR8fHCCaWOj5GyCA+/850T8fFCDOIz78r29taEWfAd6tgRvHZfpWM4r2pYyjeuzqG4rutM6P47us0Morvxs6M4mNGkozio4YZxceNZIaq/mPEZ1B83NDKKD5umFF83EiRUXzcMKP4uKGTUXzcMKO4uCHdITMUFzf+RHFxQyMrAN9zvj9RXNzQyAqg4nteIPeyiosbGrkrVS/mRrfCXL3Rj3xh0hfoDZn99XkSsqCoTa4+T59vMmY7//WI2fZky1V6a2k0GjJzMkw5hvxnD5bu8ufBuhe9q08nO3fXmwoy+uuzCjJyn9vZTfojtX+O9EWqdDZ9QQ5ZeG4fcgWtcwr0meRkdCs115D5zqAco/4FR2ubk1UoXVgu+e9Zjt3fj+ZIQ+mXkZ9lzLb9W7bMj8rl2ylNzQfs/k8B1yUIQyHZObO6cTtyx23+15x871nzcdd5qYV2sDTgFPm+ueYD9nipATtxB5xilh4asLbmA677UgO25wn46UMojflxRc3H6/lS47XhLnDiMwqmq/mAFf8UsCXS5codt+avD7NUiTUfd2xNxP0CefjvccsPQ8zOSqWq+cAbvVSG1+OOWPuMv1NpnrMxJIXkyKkGQ0FWTn6GSW9kv6YhM7ZrYUa+KcdU1LKgIKOIAYNpMgoKM02FBfos+sVbT7dbZ5gynvNT8mnZ70WevUA92ZP8yJqs9hqb8usPpQHw6b4RaeKXDdFb+PHE+g/vCI9TH5ReQ18YPrHkHef7oVjcKDXw2tkKYXOUh+v6SDcYndBxsUvbANy2d0GbDUY7PGnjPL7BuSCInzL/ntIhAvs3zB08pNgKxjfIvNG7lQ+Y1vtU7bsRjKOMbaffdTguRKbbf/XppiDwPtD6t3LvOOz/7VXjeh9b2NTezSbOsS7McgqY+0ZMNIrDglL67XSEsXu6b1t6PhBKPnEo973cGB3LfdNeHeoI23Rhr7w/2gmuRCqdlg8NxfBocsUlYuO1X5Yt+dEVkn9q2vmgZziawj97MmX4OaGpdacP3T0UQFAJ12NxWhOy4Apje/+y5dz0ejCiqsm7+/tH4hFnEoEjxD8JfXQ3yRsobnIkZo441ryopzUov4j1nzE9ACoLT8/xjIhBcriOi13h45ZvXTjQsD5MPl/R4NDkxij86/U1YiNPsKYJ8oTDsy4GLXEKwZUb3paOdEEcmqF6LTFWAZOksNJWh+Gx/ZXp54qrBClJb37e0Q9IOi/uj8VrRpLAunDeO2jPBcEDouZ/vPpMTEPcYprmb9fDEfT1zvb00/pCUO+spqdWxeDVGWvdBub6wqxBcxaGldwXbbbYK7yfRGH5kh87aPcEwY1rqAtzqc/i81HiRWHRqa11fOC9gQHupxvfFWh83ok4ckbqhNx+NrC6oP/U0qFVwoJ+pFBK3KvauSY+/7jA4rWGweQ0JyIw71LVspvdAsGPBuIENO2bfbD9lx9Ebndwwozu3aRLPywWksvOj0SrqcOrmqwOBs9dm777xOGJQK9/shdKBz1+f7i1zJdLAqVlMz+U2Le4qJ0NUh6knRAbjLnW9btgHxSS3pCoUyleSSMRPRBp/lf5433lxZUR5ytFp+WB0pErRRp/+2B0oIGViqdOu05bNqpcfG3b0kWdIRilahZ/v+2McJCcfsBVkYRzqDQUt86rn/BHeIUQ7Dug061Jp8TLx5Y/6COtr+t1p+R3F3tgfNsnlrpvTfzi63BcUrQrponCBZrPfm3eNyt2C74S+/eMDsdLQUsup91QgBV5feAOrUmb5SjxmxaEKHXg4NQ+j1OHeEG/1jmG8jGJOPGVq3aaqa4gFV0q0EnG3y5RLP/xPvDorkTAqXJ/2KmwESFYlD0Q2k+d4wsDm7sc/ao8AU0kjfMUMGIAYYwt4PW5zRrZKfFbt4HLJxy/L3y3yvbSxOhrghTN+Ef6KKTxNQ6Aop5Lk35q6gbdSAFbNUCDYjTuDXVBkp0tt+sA5Z9vANL23nNLpGWwaQDzfvr65yM9QnGZlFWvjFKBpmdCA3iHEDIzEhm/7wgHjvS4njA7BGhe88Nxhn5cZt8T9rBl5hSPIRu84LpU3THXAnA1ubzSm0InHykjO/2hBbkw9yDMrjyfseDXRWIYuaCHIYzP62ORsPJ4kTXE0IIEwA+TlYMan4nFCbmkoneF2VIbXt7tBLZSV2bmR2OwVJb4JzZgT3Zc4Q6kK5d5RSHjUx1IJgUaWB/yfni89n1FAuuLS9ZwY6jEvN4hcDu3x7CVd+Nx745WK3LecII4/xmHnS/bQFJZSpt2FaFI0xJXKmbs+CVOX88O+p5oazs4LgS3+xElPCtcT5CUdYIdFIyfdL7iSTguX/Hbm+91KRda0UDqgPfKdmeGmCLkvtshDqMC4g6MT3H4+PDgK5FrPEDqni6ffKYA28Gu4dHBjbADFXhb6EmAN/yB8SMCz+36fPPMKXVYf1Z5w/jVZ67MWBuFXWghbgkbbj2SjhgMpHtGb43GW5PSJQmtC7TPOgax4+U3xo1ExnTeQNRjzi0FDCGJahqKuzpoJWmoFBmvnZgO9QpjOjDWBSRx31e3nRvkSWnb0CoEQxuQDNpBNnktVsD7JODfQ5Hx0R2aEMEuqwdNyKCaF4O/SrTZvMQfJhVKgvWWF9A2uxeLm8jug/zhI19JgKZ5g/GooqLlqij8ypoIoC+k3Nue9bV0XcWElmGxSLKTZwpmfaizZfOjQxRS3uhCWH7jn4gOCmkybonCdiSxS+tBZ9KotkHw8aGTp12NSkwhDZuoAKobsYFwyPCm4/6SRKT5mO0Pu0m6J/tBENmxTImxNBBfaE4Lckao6iMxa2EixvSZvP3OUnumAw/KBKo/K+KxLyXefcGZjMV9jwS/tFcf+nslYG+aICf4YjNpmOsCm08qpOGEXWZztskd4fM/pn005kEiUnrkHxLH3T5+dKTRFii9eqnQixKzRGQ6YAWUd5vDkMryuwGwsA1hhCNQvZ0bKfdRPaD92seW6ZV9JNLPNiGwQBpbK4sdoEcdoow+SOePUBeJjA894MHmrbcXju5KGOGIww58KynpaZHSoHM4ZpEGuRcE7WlDF4vkvXB+JCYSA1IYyur68wOB8t3PA5ne2CGdr5etocuq6fpxYV4YSAdshUjrU35MYLz3QxrnUheUTExEoU25oK2Pr4e0DJD3fyKy67skUr6EeKJNHGHUQ7FsD2nwrSKdK4u8kbTZ8InHRKaPVsh0wB9peQU71genbXGknSQsG33RykD+KhWpDoZdECm7QkPwgqRimrJKcaTUHUuO2rB+6BuC15EYnHLRb+NBq5M2JSKt54MAzKeEPi8wn/JQpPH7BmJIy5uZ/+5bwfTEtVgk8lNwvyFKQ0PKyFnBjQZSxeZhQBjuH0cIXC7MLSOD8Y44k8haVQh22O0ojS5noPKR95vA/FwI0rme6QD5mg82wqib4p1XpD3uRmDX3wOkzDkD0+OzAq33vAjZd9lDNB3c50Q1eU0Lw566dbvfa+HDfFWXmwJxNYuEMJbPjl7QmhLMEehpDiUy/7nQE9a8KmUusC4Q9xmRpEI6/zwVcGQwcYAKoPMpIwG7nyuevXO+AzQjjdrCF6ST74qpr8RKMnZmOADt/x23BVpWbTQmN/u+28wzCuaDhx0TpWEvWYRo5j/GesMc9cJ12ntWzN8tVLE5Hu8EtJ0U7kDn0joVElt2xccaKC1KvIDO0U7S/CUDcqUPUB+xyBlomrISkergrltCqTSOD88qFyiPRsXggJMDx08KDwR6n9Iyv5/RVGDIMz5r8p/+/v7pz6desKb6D/s3nW0=", "1: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", "1:eJztWmdYVNcWHXqXIoIFEUEFARXuFMB2joJGjR1jTwzCoCgyyoAJ9lhjNNbEJMaWF3uMGsvDfrcajcYuYu8lFlQQFEQF3il3YjR+L5z55P15+mPGOXPXPXfvvfba616mdn9D10RrlUpltCcvHQzJ+vj0ZH3iKLpCl9snGdMSLUyfWqQZhsTST9Hv1t6tvVv7n611Kudam3dr79berb1be7f2f7w21rTG3Jul6VNLQ0rCy0/0u7b0+HD2KsXaktcYQ3p/Yv/KB9EwSGxSyoByQCT2qhWD0LXwCBGMmmEknThGoxXJgIIR2kfD45FEMFqOEdpHx14jxSBsG6GKRnBMuBkYtQgmkmOEqBPFMWFmYMqdar6DIEd5yvhbuSvEaSOYur+Cyl1XvoU5MWnMiUlrPkhT7jbiVRXsV54B/hYlBOJ0lcpNPXY0Z4QklHJJMiMRkiJcQjSSNOaAlDoJcU/idZKEGCFFmLOTUieh4kpcI9RCxVVzjVCXWyj50fxNqLhqzgi1UJ3UnBFqoeypOSPU5RZlfjR/E2pCNWeEWqg11AojxOrEGaEWYoQC0ogVN8qMztWEmcFyTbhg53J3xzBCvktRCCHToWDKne+XfkgrNNgVjJBR4azTCnk1BSOUa05UrRnGSytkiDhNtUI+UsEI8YAzWyvEAwUjNmZ5N+iEOtwEEmpWxa3pxPyGAjLHrenMcWs6ISVW3JpOzA7xPtKJ+ULeFDoxi8cZoRNjBAdFiDFCAQkxQuI0ihAzXgpIzEMpIDFnw7kXIcQIE0iIESaQObY1QsziKSAxt8ZBkWJWnPdTpBgjFJA5VjzSHCseKcYIBSTGCAUkxgiuEZFijFBAYoxQQGKM4GoUJcYIBSTGCD6ko8QYoYDEGMHHdJQ5dz9RYozgYhklxggFJObfue5FCTHCBBLz7+FtrVTUGYjdKphQYrZfUlCiN3UcJXpXx1Fit3UmlNh9nUZBid3YmVBizNAqKDFqmFBi3NBxVPkfI76CEuNGhIIS44YJJcaNSAUlxg0TSowbUQpKjBsmlBA3yB0yRwlx40+UEDc0igKIPef7EyXEDY2iAJLY8wKllyUhbmiUrpTezI2u6cl6ozf9Ik2fqjfED9QPIcjUjFbJ+iH6lDRjosNfz5hoQz85kZcWRqMhPikuLcmQ8urJYh3/PFm3jKH6WHpwN31aatxAfUJqXPJrBzuT/0QPTCJfRJPd9KlJdOG1Y+gVxCSl6uPpZrFuFGFIpwfHJxviB3+SZNS/4aStkxLSyfUl0z+iJVn//aR2LKIBcSkJxkSrvyXN9MRcuavSVHzcLhURt51w3Ka/0Cm3oBUfd6V/ipt+ii5vwLbmBhyp3D5XfMCubzVge+GAI00KxAKOqPiA3d5qwDYiAb98FqUxPbWo+Hjd32q8lsIFDntFwaIqPmCPtxqwk3DAmr8+zJLCKj7g4Lca8BsE4b8HrDwFMVkqSar4iEP/KWJzplM14cAjXvF3kuY1G0MzSc8cbTCkJiSlxKXpjfzXNHS4dkmPS0lLSstokZoal8GBviwnqenxaemp+gT2xccvP8fEpcW95qeUbfnvRV69QD09kv7Imq7+0nnw/E8WWEFGz5XaI02OynP6lkY/e5CFak3K6bLFVwUhhd9cmjslG63c/37E1Bb35CtXneau2uMJ87+j/0pRfotjidm3naF13XTL+fbPZY9lO3d718uSN47MX995cDEasSw02mewHWzq9WTr+S/OoaKbcT+c1qigW9fAJVPXX0N1vimbNWakFUzunbXjhqcFnlvVunulBs/QzD1PgvrOLETPDz08uLdlNrre0zvzhKoUzas9I33Y9w5QY9FH9Q+5laHhw2q4XG3wQp615Gn4Hw2tcSFB7XliAw02LMxdsT9HvtLpy29S5ljh3SuXdsSVn8rHN5IL6W2NjQNnPxiF9iHdkSYdT8w+jhzYCQ/IsWyDaehp7I1l3/9ahJ73HbKvdMN2tOJOm4ZltfNRYLj9Gp/eF5Ff/MPeLZv/gfYmrP64W9cCOSbJkDfpYAGaYZvn1aazLW7meObHoc0swb+kMP3qgkfofI1RcVK2PQzpPnrtv/uXoLGDdqSRWOFs3uN2vSbflO+TbE/KyUVOLJEP5bmrxndpu9AC++Rc11WHHPnXlj8nXR72BK35+Wy/4Z32oz4tm985t+Z31C2NZNBNxffxscGlpz69Wy/8lBzceM6hsQds8IFvt8+b1UgLxa53M9dZqTA7vnMouAxbM+3CSg989jNj66+Gu4Ln8RhyKfnIMmSK17mOAbhZ6Kn5f9R8JheRq3dfloeG07edAfgz630zwz+5JocFr6p8PKZAZuc3SBC4Z/KKHu0c8a3j/heKS0Ng8/KM3+o39oamO7uSjJaizP5jzzUrrgysrgYN0LM0+MEC0+yO3FAfUn602GHTtSbgpVd2VfJR4RTNuEy8pzJcqmP72dd7a4En2n9x88Qy5NfiUfzhD6tBzd4JTa7k+sPERUdWH/tAhXVso2oAfcgR0XWAsrnjiTI0gWRx3HJfIKTasLBTIOwK+y64ahULjHr0+UVO9oVE+m95EHAeqPBCEuXuotrg3abzi6obQ4CVaaIFXqD+16aIs7WBZG2gyrUBbK5CmNlWxXk1tw7UrvU4ubtLGLC+WWSBGa+/rwPONKGrwoBUo41cosInVZctHQYFgsadXPGc6pjVu7oKFv9EC3sN5Ua2ei91qyduT7rt41tP5bW03L7XUS9K/4YSkKgJoy2x7qfmPfp0CQReB19cn9I+6JEctj3Q1WnzUXmf3/rUge7umHZzDliBO0tQIbp4hhTc0x/Pt6eEfyrXPHgLLb1yWqbhGm9L8J7Vp051VlrgOOmDsGCHYCDd4zEBe0M0pd8XZejnZ6QhxlhDu5ETGrVfXgnaL3ckEZQglvcbLnCDsLXPEieg5fTwvCXv/v2HVv8uyEY75s1yHaGzAHJVpPEuoDAGtMRcf0rk63e/3uA87LG83ur29KAhKqwh6X7a0hpYHLOPyPy6bIGF29MVKrFCfi2TbBFqv5C3DXYoXjIgS+kTe0WfStDRz09evup0AT0chbQfNTbt74AbMsEoRbSL75wrQwS88Z6xALH0LS9BrH2/UOFtbWkFr8oszPGWmOnfeCdIpELW3Q4P7Wd3tFqX56j+AxdyRW7ALiezEF0b4bn2vWul8vYtX9rmzXPmvPK2h1mE9oQr8sHhuxZXX6fCR1cfy+5+3xko3cdfz0QbnUlj9rHDNydQYj+XT4Xoq13v+UQuqHXS0G+KPb5nTZlzW2b6s8sKs7qdOSmvovIWd1uOoeXe6qzEdxmtpjIy7jTyYkK6AZFdG12qcx6xNjpkhdnln8+Sn+6hQqbC2o9oxA8Qr/dlrrc1iuWAC8VjBu04jFiYwTaY0a2vNTAVv7sMufWM2nRguAuQJiIThFyXPLpm5IAXclrrrwpt++UjJpsJt9AgctYZN1XA635aZtlIPsra8f4iO1jclArPCcTC8rgnU1XttvuZzPlthXkceTLr+2wnbEmJfFmFuW7fQJR1qLUdvtiaEGapC6bZ887cLVszAbDBXagQX9cAn0OPENOvTg2AxR+jg7wVdNCV8bn0PAQYv4o1UKqnCFs882Z+rZPrGijzygMP9E/+dMQtN5iyosfv0q+7Ec3Crite+M4gMjk/dIMOVaa3u2ddhBpRgWvlhj+kDTnYAwZk3yZHvED9aeLaBGBahRqjbsnpbAAWI8b//nWxykAVt0zmupeLvAZ1KJih9se2HlQRLYFNke7P0CIy7d7PDMAbGtKNLiHCFlLZu/LluVMm9c6qi33ZAMtR6vFYvvEbCTzPH3PeXpZpNzvut4CptF02SvA5Qe0IcMcsrpgQmFZCEnBNAiYXzR0wK/OzBlzfeoVDNBtUjnhe9LTk201CoWq9WJsfPbyA2YHYXORIE/WsCu+beVW43rrbYiYDWi+g7qBknwau7qq0QO3vgLPIZcw9GARkamT03KLh9elWyPs0NgiyOpDMZfjyfebY4ZIpjy+c2e3OfUWeL7C+8ypAjF7d3YHNnyhfRa9scVNK1F01YC+1GeN9genDtjzExm2fGorvCQC3EURpz9jhyAFkwod5Q5Ftv2/bbw4APhcL0FAqMEu8gPXplgCul5CHWB07+gFro5QAoDYop78t7/fpftA4gCjosUBgfuG4Paa0WTzfB4jKBY0JDYKupGvr7XnC/cD5GkDTsDI7EKZvJULnZ4dzjGQChQRAW+JKSryCYHLk6X1DNPnKnPUH73NHi2KjQ4G1c4gDZu2a6wfseseFwgBmWAoR4/dUP7hF22FmKPB+yUO0W5v0qws+o+gkCIXDY2lH22Lq6uYX1eX8nxjG53N0EWJxdgyA70g7ubYLA9XsMc8bD3XA35IsTtoWwHmTEgad1n2l/zw+H9G2WdY+COhbqFqZm752mI3xtUHAeHmuOo6iYans4QM2aDeieWRKrHHyUfycBfcRtYvRpc0TRx1XV8arH50kzHgqc99xSWbnn+CJH+ZAVEC7azJrp/BcVJkaV73E5/JoR/yEuLDI4fWAzZ+FEmjZIC5GPe432h6YWxdYv/n4YtZ/sZvkQ3SslRxG5ANxVD6Y0Wz0Q3nSKOowC+S71C7udMdpzChYALOjRG+JSO/NCvHHLP821sBkr+k9mfFigQR0+mT8VoCmE5thuBYM7OalRcoAY1qqYYjxVZP/8vf3L38+9YY16T9tjcfJ", "1: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", "1: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", "1: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", "1: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", "1:eJztVmtQE1cUTgRCgjxCRIhSqGEqjqDFJIBBZfbE4AMUkYRa61hrSBbYkmR1k2hRig9EWqsUR6odxUcVa2WqfalYWg2tYsW2KqIo9UWtj3HE+kCGCrV07y4KKJ1m41/z4+7ec+93z7fnfPfkyNJJbYY7j8ezCukhmTThBrsJzxiCLMg8mbDaMviPZ2obadahmeaFzWnblIw+z9hSumxaOt46b/plPEmZ9SZNlp7KxIkO+tfLWSlO2hKfwzbxhe05bT1vz5NMjyUtxq4ZWktE++XMGK1DF1BNkWa9jTA4CYrhBlK44okFxXIFIZtcrhPQDx1hyaRryv9hlK58ktIVdkqWXSwXdtEMRjGCCyaGxXCKQiyLUXDBjGS/xxUMpxh0YlQMJoG0pzuBUbGYGC5+OjEjXcDEceEWx2KUzvphdo9gH9GcQHKOUWDz6Qq9aBfizbJTOO2oK3YKp8PQDcOJWyfGaZ12y5HCaQF1B6lcAcW5oAal07WkO8jpYtJNQkqnK0N3EDfdsTVVye1adIK4XQtW4UpuiugEcVMEW7+V3BTBFnBl74pAzZ41CC3YcAonDVm4mQZSOeNMuBm32Kxd7QTTOnigWV96UFutpIGg/9xIy1Odo9eTw9Jy5uA6tDkNt1H6LNxI6U29tJmaLIJe0NDecIrwow1P7RHRLwkEhRuQM50YIUg72mwwkYbs+YQV7+XQ8YTRTvMzoSaIED57qCfzRZl6i9Ga4fZf2n6cJNVT8UIk0cEakqSMhEVvwzvj5EMPqXa9xUbYctQUpc9hgaFMSCi7wWancCOzMLtrnqC36XvJmzKObQ160sPREmrnkLUwsOF4a50/nDwzrSlqtB+MO3f3QVKDBMJM7yzYPkwAd2oOjd1F8GE0P3mZT0o/kH1JZa2+7QN/S61nJZQQbHv7t/9sCYZt/O89JCXesLgCll6ZIAT1PcMvb04SQ23Y+Yd5ERIoEtwNnDjVD2ZVJnr3yZbCu7v3pS9qEMCutpnm6jw+pP2xfcPhRilUD6Id1PaDCno1PkcAmpduXYkdGAYNb81LCQ1swRA8svC+4+jH360t/tAbxNPj9hzd1x/Or3iEtxoFUFJYMKPuwlDwK1Vu3VPhB5HSj06LslocesVrIyKG8sHCEH2ELdv0a/mJM81Y+dLUxI2LxZC38ttsUY4Erp1EhD2h/N6p5HTxYGgcXrzlL3kQIO9vJ3tAzs1wubApHKLQQQVesHnMsNPrr69yxHud3TYn3h1mGEdfTlnlBv4/Ve5fJahytI+ac/w9rS/g5bPTtDt8IWD3hN8XlAghe/380q35g+DH5TteP6ZoxF5Z11Gc197k8I8dc0Ab6AGi4E2zhk6SwjX9J/XRd9xgKgq4VgY3K75wu7GyBSMl+VXHZPyqA9q1siK7P7x/6lJj337ecHDzwKiLZULIYhLYgQkkAdiR0iA4/NWrNOP+gKIR1hQM8Yh2SBsmZQ3Ypbkriq5SIUCQdwtq0gLgFO9SH1GSBKYxiRJDwa3U/aHjAkCH3M31BUY3ugg4t8Q6viR2AGj3hxbcqnWHMVNqV88MjYSJiPA6CdTRtNbs5IE+TTtkCxEBf+ZiMbMqRVCZLXq45Qavio1rB+aDAq2SQIgqM4Egmx0OX5TAZozhsUICC/OjJn/q1e7wRDLK9YRcJqG3MVqF99Un7mE18+gvvyOB+mpz9OKKVgwfcGV6UEU7ViyfP1y2WQTDZS8/MNWL4fiA1N+Cc/1Y/tbBcHsTSqAvhF/NpxXBB+zIhb3LcgfDN95zP/9ggxSYtIxqw374rGwKrAkHzS6CDtVAYNzv9IKWpDeWq+aFQ9nlg76lVjHMZgR0HUtuLtLZyjw6/XpAVRNyVI8dqoukqbVhTPw3CiEJyTnwouNqQEjNtUUSIHjkEvdqTzBX//P1QsoLWu2Npf4FMmBKmNqSSRdW0mztedd7Fli2++nFpvgXpvv4UQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmtUlNUaHmbGAUaQAQZFCy+nMi+Fzn0ms70RJTIvKaZ4OdoII0wBYzODpZlmZRfD1DxeKq3UCu0YaWmllXtrmuYtLxhmpoaggqiIoNw9+/LRULpW7FnLdc5aR34M8+1vP9/e7/s+z/PuYegy0TV8klImk3mCyMtgV4YjJTvDMWk8HaHDg5we76SApqs4rysziV7F3x67PfZ/OSa/YWyIb2w40U5SCHmT4HJn2jPi0+3uNIeTTvIbd+Mehv4PjSXeHrs9dnvsvzyW2jTGuvUfrtLPlZXqu6L3HqHzdezVmEQbfpzblWn3OlNaAKJjut5iKD17NYmC/FnKwF7NoiC2lE4MZeQowbVMfqHMDKUXTIbFr7gklEUMZeUovT8oveAObXwtgz8ovcAOOQE5zJSkIr+SnFlp5Fz8tyCuE71ZCCQxXkAnzWB6i9BaEuUF5N8MZtAJrSUJxSq4FofprUJrSfKyCa7FYQa90FpclEYxkEVYyc1ggmtJ6hLQSTOY0SC0lqQuUULZ/FhLzyVpNAqBdH5tUIIZheSv1/uVeAlmFHINPZekUUj+eq4to5C29CY/xK83+6EsvSQSmxCI09bQWwgk8U8IZJD4J5QIg84fkN6f7Rn8ARn92Z7JDyEazH4oymDxQxoGqx/SMNgEpeE7FhtbzFff+dbU4ir5DqqmFhfJd0w1tViAvkOqqcWu7DuimlrMBd9R09RiKviOjKYWM8F39DOJeaSUBH880iTmXDx1ZjHnkkBibswTbvbHjc1iPZqXySzWoyWQWLPlxTWLdU0JJGYN3PfNQoxoAgkxQmoWFjEL545iEbNwbikWIUY0gYQY0QQSaxbcvSxizUICiTULCSTGCC53ixgjJJAYIzjIKsYI7hFWMUZIIDFGSCAxRnBjsYoxQgL5c3yw+nN8sIoxQgKJMUICiTGCW5hNjBESSIwREkiIEUbuezYhRhi579luzgj69YinHb3hdbgdrpR0RyYBuqcOyHBkOrK8Hv4FZtMDJ7WiV63JS5zH40pxko9grqw/PyxJ/cfDRkyd7Eiik0c4vG57uiPVbc/4y2T6xUx8upPciCerOdzOTrLmX+iwOcHkTX+n25FCF0vSUIQrm05OyXClPPWM0+O4yUMTnKnZZH8Z9E+5ztAbHxrIIkqzZ6V6JiluyJl05DA2tYxbH3fnWxF3mHDc5uY8s+hufdzd/i5uehXf0oBjRAOW+rvUR22GWx9w91tR6I7CceuaN2ib8S+GQIlDHxzvcrlTnVl2r8PDvx2hShqWbc/yOr1T49xu+1QO7MhS4s5O8Wa7HansxhO+6/52r/0mxmQz8s9ff96eg96i/yNBRz/o0Ou3u1V1wLZh15QtnQLxjs7r3OkLVHD+B9W6M7EKGCLv+WrbXwpR7YXz2LZKBb8/3NPRvlAF3TVhJV99dhJ8N3xxlzer1Dh6UX5w+ko57Fr00nv7PgnCWvDD8Y0v14Dt62OzVs0KgnydElQ27OuOs8/XgJ3dH3hrz/UwWLBqcl91wWFUPvvHEVtXq3G7xMfqoz0yuPbOMal9Tv6OEv51VTVhaRUaCiPt3x8OwTm/pstc5HmTJwTub39Qhd/+ZvH8sGn7UfqCC9OBqRpcyz61LPyjENiTbagWXLIOeNhdU4PWfnp0wpShrWHACXnwnE6NYEvvt3tELzoKvHcvuT6/UY6n2/WP9+6hxIm/T9PmPSyHz+d9OXHmaDWemrzatK/POeSKeAnvXrEPDJmoSbZtUMP8d87E5J6rRD3WRB7of3QdKumqC1q7TAZNbMEGdC+5vHPMNfDVQRlZUYErM0aSRwbC8rY0QBkuSYy93qXhIoihYf4UDLsmtVr11gNVaH/7YcfumF6J3ruU+8Ojlkr01DvPLFt51wXwRsbZujWXy0Gp0hhuflCO2TZ2XQXww5Nb2iwrRwvCppn/vUUDef6uoM6HXBMCh8jx8YJZngStBgf1fffx93sGwfOF5g54bDXi9duDprFCKGDtjCe/9S5UwhcLdy79ZvEZdOCL0VWbxgRI9a4EM3I2PRVco8YnT7VeuObFAHiRZHv85tOIZvu7rSWg0XGtyL6iCo0q6/XNvfMi4KOjX7H+vKMYhLXe+PHUnQQfY03rXyLHNNyhcwMwj1cObbQ8YZH48a2rPxwCZXjWongSahXSkHAeGtUA9u2lP6Xoi1LPxqi6WvAtLfcULWb5vrMeZdK0Fiqwe86bRRXvq+Brs8cc/vZ0EVo9ard++/pSNPC5l3oN+jgcsjBnFiE8tnPc5ZQisP4xmlkVvo9El9zuGppesY6MnEXziio6HeoViRXPtr6724xaZFy5wVLdLwj/83gCGYqCwXe8N777nvawaiAN8CqSvxNERmoQCSZg8Pa2WEOyqkiLgLPPE6K3CsDRLNA6cBfdyN42MJU+qFoJWVq6VyLUZplhpTccHvzHrzUzniwElJX5r0dinpcKsO2VXBJJGYhjhSlEbe7/fPml3GMgj9J5fDjes2LAl1caatE92XQn19EKItu8Yg0M37n567mqEDjI8nrcE8UBmCRFG/PjQTSmatOxOWR+/ZrLhwZPPAUmdN+j2bl5F0rr73SVD4iCXBfX0UxKh2g5Zr+TtdjAftrAyob8Z0u6ViDOk3xw5c0kIqFQmEzTnaeCnoKIirifCtHmR4hzBAbDrbvpBo+A7+jyxW0wMYFZi76XNdUJMJ4dqwCs3gWhuActU6Ia0jSezVFAzrujgMkpVQ2vdhs3b1tVK0iXi826ArREfeUbNHh0O6K08XI4hRKyrwaDUWPXo7LLIOXimH4PnQuBLB3lHwMiuqvZpyoAVc+UxgjpOXu4f2RrcCybUAlYmTXF6BW6Te1pRExHuWOeBjM9vx4Kue+E4IWk7C+H7gRHnqWMrOd+Y4uAnGelYCUtT34ApqxfEhsFHzr3y9racVVgyXwqWMlXT2vh8EeWv9B1WyEowzZClVrw/r5PfjoysgrxupeBwyeo8AJg8QFKlEDMfScQf/EcJW4dsFZvS/2kcxRm4f4SgHlcatj3PuJUy7XSeBDOp3JOrkAPMuNuAMxeNtUjKtuw1vXo9Efvbu+8juyb0H5b6jn0KDOca+DAkZFkSjRe/HnI02vfeFear4DMP2dE4gRKwNeU+CIJ567dwbjP5P2vHRqvgtv7feo88XQp51erIPzkiaeJUpVwxzzdM/d3uYSoynI2FaCxdHsZUZA9J+gs2hVIDasAbaTb6KHA+/oMObjguAK3ZwQ7iT67hzSawRF4GDPISlQ3LnNH4+fnEePztHZ8P0EViNmcohaxMOo1mOf5DGJ1mxuC985MRM8v1/J+l1fH9fG8EifQslVHww2UnmolDpywdFBUTijmfUQLR7BExUDl2ZxuF0Kb/KwWzelEGLctGvL9XEEVRGWa5N/RSCbcDnAzYfMHaScR0/c8GVbSGzEdMOuDS7SwSZ+Mv/dFYx0zhDBIVXxgZSBmutgbiTvmnkuMBVGQqgU1KHDew6Rxxcog7x+RvA9VqCBVsXLkdbBrKSVsKAwjdrPBUgNyifs8ECGHzCd1wVI91JCqq9u4y+hnWu57tfA4bbfKg4i1myll6IdM4wtfwUhITJNIoRqwebly3EhtYb0GqpiBF4NPa0kCtmjx1SW/LXx1doWk/0ZA5VqpjsBzSda29N4KBkflDCxVFnEfqm0r8bQKcL89ALjvFwCSTMJ0DBi/BkZg3u+UmLXtNdeQ7ecdZGfhkB314rLSyCcsV6bnz2ci37+f+P4EfpMx/X8ACHlF8w==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlA1MUeZ5drgQX24DLCxJdXaMEuu7CZbwYxwtRMMTOzdF0WWAU2d5cURfNM88jKPOKl3fa08sC8ypxJ87YixahUQtTQvBAJBQTeb2Z+PLHHS2Zl+4v948f+5jefme/x+R6/YSPHWoemebi5udllwmWQNdNsysk0p5nICBkeaLE70iRNdwkOa1YKuUtsH2sfu8uxwe1jdzWW3D7WPtY+1j72l2PmpjFayaVNd32t2am37siz/mR+DL3GpngJ1xRLdrrQCrQOEscHIWNaHQ9GQ69OQOL5IFQyPQ9GS69OQAx8ECoZl51jKSYmmh+j5aKAju0Tw4/RankweraPhh+j5WJBHNuHSzaG0XL5NJ7tw0Vqhonl8qmB7cPlU4aJbbVPGdPoH02rSdoMpG21RoxrbKdWu7UZSMunE0sJmlY7thlI22qmMr45YwgtZxwxJjgjHm9mYNx2xuQMFMsnnp6zqFBQHGe+p6B4zlRMQQbOPERJF82ZVCgohjNDUJDGiXDXaJ3wk4bRKJaLsBqREVzc0zBGxHIxQhPnjHjxzohn4BTvVucUy9VsiK7l6hxEz3JVTdGxXBWQ+VXHVc2YW3Vc3Qbzqo6rc2BO1XF1AcynOr4cyaJcx5e5GBN0fJmLUUHHl7kYF3R8pZaRQcdXNRkb9HwFkNFBz1dhRJAzFUbPV2oZ8/R8jBBBztQyvTO1TM/HCBHExwgRxMcIFk9xfIwQQXyMEEF8tYxFbhxfsRBBfMVCBPHVMpYj4rgY0QTiYkQTiK+7Ydkojq+7YaB4Z7qbeGe6m3g+RoggPkaIID5GsAwbz8cIEcTHCBHExwiWy+P5GCGC+BjBQAY+RrBcbuBjhAjiY4QI4mMEy+UGPkaIID5GsLRs4GOECOJjBMuwBj5GiKCWGTE0J9NsDyUPHGab2WrKMGcJQFvuo5nmLHO2w54W2HzBNE9y5ydcEux2q8lidFis2bcvluL738WG5b5gTiGTh5kdNmOGOdVmzPzTZLnwJTHDIjxIFHYz2yykA/zTHB/hSz+LzWwim9G7xEyrafxEi93cwmpJltQcQbBMcn5r8fjf1bypKunG7FR7mvttxmp2BCW+K+ldr6+0TfX15NVXfA8XX/PiXK+ve5vq68Wrr3iEIL6hxrte3xYYeBf6thAd/19fMq/pZLDpxdL1CrdAwbtQuIXwuIPC4gGl+MYV7XqFW+DgXSjcQnzcQWHxnFR81Y5xvcLed1JYQRDWHDLZ5Dpmi6e24nGBxvV6y1yhNz/BxdoknnhoXa+3jyv05ue5mMLEQ5tY1+vt26aBzdWKNOtFtU1HW65X2K9NFebqRZq1xNqmYznXKyxvU4W5mpFmnbm26UjR9Qr7t6nCLRSCv1ZY5HJTcf4b2q+ANlW4hUx4B4U1zdsv3d/QfgW2qcItlLw7KCz+d0UjHkP/6UWTSEcWTrRabamWbKPDbGe/uCHEHJJjzHZYHLkJNpsxlwE7UlvYckyOHJs5lT4Yc+u+n9FhbOGF12Bg/3+5XTwzeUR+k0tGxypGGD7fX41Ge3/XYcgv11EXrxlLExecQXmVG54cn+8LZX3+9dQ7UTLc+dWcCeH+crz7aJS5w1h3vGJg8MLHf5fD504kuU/yqwdfdgv027y6HG08dX5pgfxr1Lm+Oqf07fMolU6oB881JNZeuuCDN7iXL+yeFYDB089uRBcluDGSTPSEPjXvpm8aJ4MHzoIPf91ZgvTf9n7iB6UnPnk/EagC0X3fV8Ds2Olb4UwZnjWk/8rpXdX4Hvxsp4QJHjh64GrfpC5e8PS+FV8ue+0UeJAuvAHFKvWPfDV0GZqs/+SfTz8rwXWHLh/Y3bcWlO4MeFtbpsTzTIKAu1X46CBiiUpUVV806XzXOpCx6Xf75qVeEOie/6K//CAg1gm/KcUHd/f9zFIixaOpAa6jIkGsshF1wEgFLAHnk4WdpwbA2f6D17/ZRYmXFcgnfLogBGvJZ5MXfuPQS8mo3gOPWrzrj+6jLrB9jqlEvWrRmLOFnY/nSjCV+4gcr3/TPM8UEQJt8189U3lfJfCuCEl+Mk+Gw1c93+NQoQK+92Pslfg9Kjj8nU8++2n0L+ig5puND15W4w22jNcv5V1BY8mESR3gSuVHX3293BN3/PicIGEwDuhVsPJKNxletDxbNQvK4OxV3679/lgdSu9nsVbMUcG9WYJAOBgT40UGdMQ9LvnvjO7gAS8O2dZxzgV3eG+eUfNUdDUqr1tz9cigGhT9wBp14Tdy7F/a67V3b4ThgXGvJIw5ux8IQggmrETUvjUq+MV44ulyMKPrrpc/froK+BZ/8EKf+VIsOFMY2Ad85t9nupyvwi8KbCvNCsKeexbHTOxVIfqlHDDeBEI7UQ9cEHl3FfWWDJrt/70UU3s86g5XnFwyd85IJT6k2PfFtkWh+KyRPKlG/elGlwDzSy14fMqshwaurgT3XijT3wP9cFKXHGn+PA/cb0GmoFodIlIe1FwE67ucmbXq2zPo4X8QRD2S7vBUBYFa9IGEfCkHCkKwYj84tNu7r2w4VYeeH7Dfu0+4N/7nuZ8/rT0hx4Oh2rh7iRISFm5EjaB+btXx4hkNSCu4K/sDOdwyO69w01sKSGlUdo3tWxCAX6p7+IXv5l1FaeTTNQQOJoQ4LcOhyU/eDNukxKuufLx3wFZ3XDtt3A6H2h9SP71VhtSVCd+nBatgr0RBsy0K7JvROXPS5HAsSCUEdB04Pr/efP1MFZi2cLvgkSoUSQlzGB1679Et1+r9cOrh5wbsfywU/1rqt2TNzNeBsJu9WHWQxfdCf9jJdHlk351Scd0bSC6Nmhvy8zW0LFEw3BR/mNr718GLQgPww4TwwAsTWtdMq0F02hNKuA3OLNu3og6oaeDkopuERmOno5dHHt1xOmgqUBK3eV0HUws3PfPHdsGvN2J+WyfEk5t1hseexT44/Vj5uKhqCUyjAewLWT4qBH73d5+20OCFKU1WHUZTSQD7KKDHcIHxERJcRtLThGAsGPVIyRg5LlYRQ0khTXcTS4GwiEes8nf0lpBFAievFnntjQeQYX0jYPwJxu9/Hndj14cK3CvyvqrM4XvQTxVVjz/zsgQy+3jCpDervUavKEVRYUuLfDLcMZE6ZqIPJmZZnl2CSNq6apJAGrYvHgW7U9eOGfaGAm6/SYgRhGk8Lg3CSYI3im7I8PRkNDVimyfe14NYtAGs2zL2pZ+/cscVcw4M+/rfckzN9EsJ2CyIlbrWH4+kDpBiARWf3u8HMKGPEGnRavjpguMZbtaziLD0/NI6RJaN7xYCm3hN053UG/84/OJDX5ar4D1C2sszumOw98Tm2XnV6ETxDHtSkIrFhyUM0jS2uAqwvCrHdFphEOxOwjJ3K5j8UU+BgZ4s370dBmfaiWWqAcX38GJ8HK2GvYlDOobAPj2L8n+LCMA1gee3rp/lByUlUiElBMGhxPDC+nE04auhQOJPPhsRCJkdKxAN4/mhmIbl3gp05QBJ1DvB+Kjq5SePqvEoMu3wSuRGP0XAX4j+4+fUGF9c9UjPopuIZLMH1kRAFg+erE7sCsI2Iog1DDJ+16J8Gcm8obgnSfvFYXAeCeNrvriG0DO1A/7h9VENiZO9Mc1PyB+OIAl5nQcmVo16TIHthHCDhbpCCXoDnQmKOHAWNdVTN0jVNTUiyu8tgh2JQP2DcfKpyUHryjthofhMmB8gxvkzoYwnxzrirD0NBVMKgqDhxz1C5g7DKcsiScXGDUKUGyN9Ic0Hx9whLcvK08iLmOlEvegfX5EXVYjxXwafIOUw1gOy+izFAkgoIPUizz0xy0fhYp2S4O2LvCpC9vvjBBLWU4Lx4hTH/csbaxH1009Kxs/8cNzpiFVoNa6AtTNJAa9HzA9KyPJgOaJ1KrQORZBG4B01ZHnqJJiFDwqZ6TSyqsi3EMjyUQH4nNDeVwIvETfmS/AOx5Iwj+HXAI3v0iqwbwApRL44ZNyga6+mnEDUXsFqsT4psIotDEjal4WHYJqfG0NwAyk3MY2Iphf3/YBU57K5CkhWD+h1jvkNVAGmlxrSbjIhO93usFmz7Lf3Yrd+Sn3rpzctjGn+A8Q5usE=", "1: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", "1: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", "1: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", "1:eJztWnt4jFcenkkyk4nIPRIRIVH3LTX3GVrnREhD6xq3Fq0xmTCVzLQzEwTFoqq6aMvSpW5FWdeiaFVzDtqqaq2iLaWlJCEVIhchiUjP5Uul5Xk2Z55md599/PPFd77vPef8fr/3fX8nviSMcQ5K95PJZG4VufR1ZtisWRm29OfoCB1+2u72pMtr7xI9zsxUepf0cOzh2P/9mM99Y/3ujQ0iOkltTP6R7HRlWjKSxllcY212+pLXuPv30P9/fCzl4djDsYdj/+UxW+0Y69a/OU0PpyPt3h191pu+r2ZXcypt+IkuZ6bFY7fWA0TH1GoxlIajuniF0oihtOyqS1WSa6rdMZacYuoH0XuzjmD6dOxqEAV5kz09uxpFQWwps0j2DOxqElvIwBbSdBFZyOgV9zhKqxZZyeQV8zhKqxFZycwwOn19MZwJHGQQAnHl6rRCIC5BXb3VxEBa/oPH1NOZNab+II1RaCVJGQahlThIYxJaSRKG2PY4SCcG4spQi22Pg3RiIK4MTb2VUQekUwulnCtDU29l1AHpNEIrcT1p6m1g3IW4cOttRjxtgr7CMyBoEQwkSUPIIySQ4PYkaQgZiwQSjIlLQytWJ4nlYnUyesMI0abBHcUbGok2DR6MF9nTdvEie1qtNyvpvFlJ70Un1Bq86IRaoxe2rDUJOuy9w7JO6DTFHUIvlDupeerFnJxXSS9mypx5erFThAQSOkVIpqwXcz0JJGZgvEx6IT7UgoQ6rmT/ejEv4iCDmK1wRhjEDEwCiXkRp5FBiBG1IDFGcIcwiDFCAokxgtuKQYwREkiMEdyLDGKM4F5kFGMEF6FRiBFSzzAKMULqGUYhRtSChBhRCxLrGZx7RrGeIYHEeoYEEmKE1AeNYh2Xg0zedFyTGCM4y01ijJBAYoyQQGKM4HoyiTFCAnlzijB5c4owiTFCAokxgoPMYozgHmEWYoSOe4RZiBE6rlyzECN0XE/mBzOCfk9xR9MHHpvL5rSOs2USoCu7V4Yt0+bwuNNVdSdMV9C7QHJJdLudVrvFY3c6fj9ZaqPfJhuc/aItlb482OZxWcbZ0lyWjD+8TL/kJI2zkwdJZDWbyx4rq/sFiL0TQP7R0+6yWeliqaEU4cyiL1sznNbxE+1u2wMmTbanZZH9ZdD/57UH3T+pP4torMWR5k73vS9ntb8qqKU+0/BxN/93cdO7pPoGHCwasNSytBqpRzZ8wHF/asARwhU21tWuUd3wAbdoCGZHCsdtqms/Rk3Dx93yTy20v3DA6rqndI2x4QOOb4hCq4Tj1tT9nUFjavi42zVE3DHCcZvrHnLN/wFht2+IuJuJxl3r4FK31/yhxYfI+DfPJKfTlWZ3WDw2N/8YSnvjwCyLw2P3ZCe6XJZsDmzBUuLKsnqyXLY09mD0vfueFo/lAUcNM/9Qp/399mz0Ef2TKDr60XzljaiUKrBx2JeaT9X+2PB1t37fDAyHw8ntjs6FqNeTroqQgtugp91545Uj1eDQzfYjFx7cjU4ty4/bcKUcRacMuNPUHQK7PtJnyqzH8tHOFUUbPn/qEppj+u6zTJ0/bB8SuPu97Dy0p7T61KSC2yh31sqvN/0rEo44uf9SZFwlWtTUb2hwpxIU+9iPrZVyGSzEZjLTLnQhJ/gdbStffKHTG6tv72gK/ckuB0yV44xJk9c/mnQK7ezsWCvfXwQ0+dva5M4qBnxeGS55f8D4ZbcawwU0rAGn0Nq3usr7zr4MNlxJ6VyzRgkjtz358+TIEjChf4uoF/qq8IvH5p74aXQ0jDze8/SNsjto0+jBg9qtvgEORrdNVay9DtbcVpMVVDg4p8s/Or7dCDt0M/bCmbEQRlgOnfxLNWI/bEpMo9i54hrKjYw7kof8MFx3Pid4ZDh+NerMsVsRsXDP7KnHdz1Tio5/O7TwsY9rUHZBW7Vqyx1EszRjbxma2CmhZVlhBN7dpOro9dfioOqJ5UNWbb6DBsxf6giflYsObFzXDy6S4a+mp6CX42pQNxJVUP8CRIIhETWBwf23L7apZHjEDlS4cr8fDo8En5/TyyELq8/PKO94q7MV00Iw2R1Y93w83Dc+oGL1ZRVuPtWiGdLlBPq4HS1UOZrzLC3MCtThWhCJ+BaKTyy2flUdD5O22n96aV44XjGj7cE5G0h9jwwmW7oINs0c2HvFjBPoaeNriaPzVqOja3rtKY2Lhx27vnV0+twIzNJSVIYu/609mfEu6M8SJ8fb29CKyXHVyMzP7mpawGfTup3vP1+FQwv2bvcd64vX96MvHkKkyIrwxb6YlulC4FUpb7HwUVvMxeHRAZyvb6pwWcbQl7ftKQW+kwJbt5+Wj/qNCR1u1vlhtu1+LeDbJIv4ywD8DCNmISK7I4nMBOe+/6s7ebEMz6b0+bYCXDI0wyMuxMGFuSUtTzijMNtXUBDOB7SgN8EJ5/P+x2L84Zshkw2bcxS49dKaN6ZNkUO6m73fFILisj5kCQUkVTxyqEdj2KP7lTNbJquw+/vwksSFUXjNd7oikyICKnRhhsc/KQYMN1CGc1Y1Iwq4g+Kt15/t0f0OmsqIfBgM36gnEbaENJ0pNWG4LU1bRyVm9C2tBvNaUkAh+uCZmx/9MK8prrx2lSgoDrJyHC9FTL57EahJqC7PuqDEFZTOudXgzPNUAcF4y+tnx8mKmsHTNA3lPviHWEqIGvAdpWk7BM7Oq7bdyq0EfL4a1IGo/2Z7X1jVlSrnIgglaeg+rAzwOgRB7g+NcMXqsbt+0Ubhm2dJguc0hcdiBpKpd6A8C82AD1Z8tlA9casvHnxp/fJP4xXwZF9asEB8K+vCO2G2MJjMDOMSGrpq89bT5/0gfb1TQjVIXZKwIKs4BHM+q3i8l2Lg9alA/9y+cq4HSzCODaLOcYXzd1Q1Cju878P5yuPg2srHHz21LBJ2z6aZVeDEmRcPv/1xKWJ8GhYBqcsNPlCMuG8FYOZD794FJwn7FnXwwdyHlHjUuWTfSa8HQO4vRdyv3g3BmZSGY1pBnpfzgLA3EijD8GXilinb4uFXo576wv+JRpjXtQAcDaUbu4W4z4Rg6m7Nr+ajIhNx3mwZnvsKFeQNMIPK3lTJ6xmdADsw4BnEdVOBaLVCAh+B+z3EUZc0we9+YLx9MO06YvLueABxf4/A0888QSL/EZDNEavIBw4uMMDq0SkPfNqDKGZHgsSHY4C//zXn4YLmENEwdWGY2s1c61VkpS+cVsAh1KBwtKT3UsR9Ww7zqIzO+2FWjklyfEL2k09AxwT41C9+RAEhmNVljhLzfnGF+05MY5zls0wVu/IiSp9rHXXu81jIpt2gwox/G0OxlnQnx9oS8O0kagiVvH7R1YDlrSIGMv9ICsCByW3IVFXgccLOkTlxUl+rROVLf1z0qsIH0qeqKfFwSdLrGZerojCT35VGmPvgN4DzsgnX265wzPK4oxwwm2ncDBcRlW+1B+ItW08TRd0FrPw1AZD5XKqf5EslgK2zXAEZH5KDue++7wMpnV+KDYIvsML54pW0fRr9ITGHQUsSKoGcpGveKn/I/LZ1GJzCGthsNIrY5s6qADidAYNg+PpPDkS3vQnYPt1K2I649LA+fryOE4Iwo8E/Y6S+EAZ5/DJMb3fPjub7nBDOddS1Ee7dmTjGnnA8cPyyie+0CoOcBzWA+4UPZja+2Qd/CKmAigGTUzc/TN1mu28B+vupgHGtMkoAr+N1RA4JxAEr0CzaLt6T4xHMGDeB4eYPvpgwLQFyfYThVjQdpA/gQipUJZxJaThHAVlfBaE4h0SZ2isGsmNAcxkmIj3cYZ8Ssj6y8yRgR71Ex1i3x+XMdP/+THTvr83ufdt6wJjmV54dCvo=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndcVFcWpksTEIYpjNQllthgCkWT3KsYE6yrmGZidIRBJgKjMxBFjdFY4qqxpJBobBvTNCZGY4/hHU3URFbF3o0FZdWoCIgoInvLI0Z/7MqdDZvd38of7/Hu3O/de875znfOezORQ6z90t2cnJzsnuTQy5ppTs3NNKdn0hE63NNiz0l3rrvqnGPNSqFXSQ/HHo79D4z1Tnf5V2P9CNdTfMk/3ay2LFNmUobJNtRsoZPquVefP2gs5b4xuvukzHomPv1w7OHYw7GHY/8XY1l1Y6xF+VXSu1iz0+5e0c+S6fxYdjSmeJBjiiV7KOlxHgyhY3pHMPEM09WaO6QBGB3DxMaLrMMx+gTxdQw6kXX04m7jkDgRiMERCHOAEMboACaOBydBBBPPjg5AEsUgLJwxIpgEbo0DGEOsCCaRr+MApuH05JbwkOodATXY29wWx0EGse3JeiC2kp6ddA2OLAPJSWQQAolmEQPFOeIIznBdg1nEM9UB7+k4I3RC3NPx4OqEbNLx4OqEXK6Tg9tgGeZL8JNQnHQ8uLoG1yK+BD81WPD4EvwkFiceXL0Qy3VcWPRCNNLLGiHECH2sIyC9A0lYBxJihJ4zwtDglXg1ZxjBDoBhHKjnBqEmSMYIFVpOcINQpeX8NgpVTU5vo1AF5Ow2CjVonNxGRwqgUUz3ObmNQpSTa5lRrFjIICERqgMJiZBcNY2OlNo4sVIrg8RqGSd4nFhLJIPEGCGDHOkE4sQYIYPEGCGDxBjB0zZOjBEySIwRHBQvxgiuEPFijJBBYozguhIvxggZJMYIrkbxYoyQQWKNCpeweLFGRQaJNSpc9+LFGhUOShBrVLiEJQgxog4k1rpyNUoQa11lkFjryoUlwZHWNcGR1jVBjBEySIwRPN0TxBjBQYlijODpnijGCBkkxgie7olijJBBYozg6Z4oxggZJMQIuYdPFGJEHUiIEXLjnyjECAJydaLNmBAl9DoZJfY4U4cSfTThKCFWkMcMjhJ7ojHKKLFHmjgZJUQMQ4yMEmKGoS5e9VODfpVoV9EPcsw2szU1w5xFkLa8JzPNWebsHHu692/vmO5Or3zIobPdbk21mHIs1ux7b5bi/evN+ucNN6fQyf3NOTZThjnNZsq8bzL9EjMpw0I+SCKrmW0WusB9c7zIP10tNnMqXSwlgCKsuXRyaqY1ddhIi91cz027WdJyyf4y6Zt3/s3ovXOaMIuGmrLT7Omu9zjt7qOgXn79k9j4Zns0htmuomYbfttDGWMa3+wmDzKbXiU11F5PUXsT6/KK2Rvb+PbWs8N/P8z1OPGfm80CHFOnDMxuXePb7fXfYbf8Xlt+5tY3vt3efxy/5UrITvLbFkPjG+zTGIGuhz0PsFtObPk9ibHx7Y5sDLvrYc8D7Dbc25T8Bxge9bsy3M9Bhht+bd4a3+Lo39ViNxGL774Jjq0Lcdx9rZy/E/+1QZLVakuzZJtyzHb+M4Sm5NA315SdY8nJ62yzmfI4MIz5wpabmpNrM6exDwbfve5qyjHd11PKzSRvk+7dn5nOpD/BpKNDu1qspZNL0JeWkyOm+Sngce9DS4Y/fkN6ynbT/8K6CrQ58U/dx0ysQp8/t0P3w4hgMPXv13LxX2rRxqPTasw3NDAzd4S26WBPOD1a8dVTp4tR65dmbbk+NQJmbBjmdXOxE0TstQ5qsqsaVbYiH+SqYZem71Ht2JvSuaKoYzfHXURnt3/wbX5RKBR988L1DUe9gS3vXYIIiMy8hLpOzyypXlojtZ+9uCr2fAEyNIt77Lt+e6Vtx9dMGltUKn21dsjrRx6/ikZvb93x7cJjaHnzAWmdBnmDduHLrQsDStHGZF+XNm9WSZfsa4KrC8ukPjjI9P2+20jb4US0x4RL0pzLY5HxpDeQzQ795mIVisocNfqT5RGw8Opn23rENwcn6wS3rbu12J0uvKA19EteML5FFxXEzn1U/d7+SiT5zdd/tNoZLqxb4Voy4zZymedJlj6BPssjG+oXCu9Wegz6oOcepDqy60ZKagAmxlzbu9MFuj2S6zJvqheQzSmP9HbC04k3i03ueEf/zZ9/7KeGn0/5vLP0jWuIRmHFkggonrhw57I+gdDjohvZSQX6aHV81ZbiUGgZ60lMVsHVn77v8mVrDbYfCizr7N8SfAm6b3IwRH5ty5iT5Ys7X0v928Aebhgxx6lgfdjkS32rQvAon+hW42ZEQxIlQHc15EeSiH4YgLs88fcjy2+VI/clb3d03qmBZYNJ4Aer8fu1s8dV34oEGkWTTgmTx5LIrVHib3xHLJ9+rAy1IV7xytDAL33JCm1CMGHNyvZXwuCVXuUzUwwaYOE9pMa68189UjyxQPrgxDtvTj6qBRbXvSqcbRi/Dm/RwMX3VvmO+EUJS4OKuh4uVWLKrtGKSik0gTD2qhoKFoV0OPGxBvcdNm/k/DMKWPRY2/3zWoTAJ22Tml+K0uAWzGHuUFOZe2p+My1ksECr8NSKY4cm2P3hWb92qxZcVXH/XD6MLjzdvjayxh08GYF+lph/07agrXdWjSmLcQMymRCiFDFaassRW2eIP7A0WVEiUVa1MVcgkkUzi1eFArNrwFVp4PFurqN8DkuM57MVIL1GLaiVXL2mhadeOYW6U3oqLyDNmedV6/aooF1keEXms+Wch23vSINf7ROmfMUNpvxEibFNIuzbMuWzWqQnbs1eUiNt37j+LY/SMonbcUZi8d9dJVkYcW8ikp2n2s2+gYJDfzqHogOApe/XvphtK7pYGjOxQ89PvT2homb/qAstzklpbMP+QMCzYkfeRl12px8oeaUWxYfAixETlDDHf3TcFwVNIZltpAkezBJZC4wXHb3gpQjKtCPS0o9746DTEcDzr0ZiMqAp5/sZHgXBM7pfdFvtBDS6Fd3d8b5NZxWhySpYtHPZ7gPPXpPWltMNrZWYvyZpoZNzr0lN+/hCOvu7hVIYUcvRM8QrvXGl9Hbh609Lrw3k/i97HcnXEtefPMT5X4SaXzoTF4L9oDCAeq5Wvs91Sd0ihVD9vOQx4b2k6Zm3US5L5HJp+ZeHB706qxlMhB1/fXKtKyY3+bHJiUhY+WdKPC3w+1aj691fmJJwMAy2ZRECQzhcuQREOUvQy9QBPlE8H71CgTi72yPBEZjte3xruDKAZpqS6+WpEMx0+EprrsOvaeFmLEmUtBA8gKjjtIFtgIhffqRfMDDZTnbGK6VfFj7W1pP701CNaDZvGFaOWFzynIBk0xtntntglse97nD7oUJKPLiV7LQS8fiflFhcn9AC5/FcxNy9ogjRsHdeGQEkiT75bvNZ9NyLdMVSxD5WaIFN15SiWcVl4XtXKPBikpbRU1y5XkR4AlXH+Co/rHsm5tGl77gDPQUVBQCj7wRfzOK6uwmkT00deHybK9y6TB13m9eXke44n8jA8h7NwWWTe6ACVaMDhKWxnk0xk700pXz/WhTzbUt/nwOR4HzSxWvaomZwkqbfviL0/mxiGPE/KxsHA2EZUcUF4w+iuJ2deu+Zo4Ujg2iCqYHC13zqhMvDKWG0PN8LlcB4sVfB1+vaEjpkL3HetDUYLjctiJl7UYOrOw7fNXVvC6DZ1OpOAMz/IeJrW6sAzOQ31Afr6Z9dA/mEVSVj/DBR+1039rlxfe0YBBo3okRldfeJBhamSc1lHQjHiat/fLVgUDQoqYAGqSGTFaqmmOv+YdSObVQFQGmw3w8/kff858adZbxuu4bBk7SQWzSYyfWaSBjHiNYMNFQonBV4A1EPZasooOXprFkJvK6o8Kr21NBydIKWWX0wRKQSpo5T41Cqjn2cMCH71qwcLTAZD9PI9SUcPv2QOkCuezPC8HiShaHrw4BWhwwnDWzKJwFZq8I8/7ZJTF+8I2DPnJfuJHUMxTQ9cl02Smz/32uBGNOpdzMNZvW1p4b7uSAQiKgtrhoRhN9qRSJRqoF2RI7PVCqB1c+ZgZjRe12lxP2m4XFzV2PGg/wKiYjocztWKaBgs4pEOAzPm0v/FMDSxytEjpca3ybluteQYLnOhkEGFeZzKhzwPI2MB1QXXiGVNxyY3k4OxZupTNjd4TINR4gWpgwgyrY/EFPVPX3BH8JJ2V0fpuZ29VVjFv9VfrJfgoDVvzfOSFsjqKA3AQUTyCsS7ytOSyNZ4bslMTt7lyFW/6Kc8XFS1bq96w9JLMEPSz7UjSHOmOnBF+HA+reV5yUrE/Z9EpOBY86YVOWc6PcvS9Q7gYprEs/PixLT4YOuwNrkztlD7Tk2a5b93ibz7g9n7/5CtZ4x3T8Arg5m+g==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWntclMUaht1lgQVhuXpBJMTAjpmw97U88yJI4o2joJWZtsIia8Da7mJaXrOraVZmeUztlJZd1My0zC7zoRmWpzIr7/c7GoqIXETlfDPzoaj8cmeD8vc77h/f7jc7z8w87zzv5dud2JH2QbkKLy8vp5946W/Pt2YX5Vtzh5MW0tzP5nTlejfcJbvsBZnkLuVW2622v7VNdl3bgCttg0QNZwaKH9LsjgJLfkqexTHKaiOdmsBl3AhXL76aWEPG/1lb71ttt9putd2EbZaGNpqtL0eznvbCnCt35Lt00j+JXjWZSvGaaSscJaZ79yBaCkm1F410A6KhVx0PREuvep6F6ejVwAPR06uJZ2EGejXzQIzppC0p0QNMEg8bE8NoeTBmhjG7i2FM2JuJC5RE37QGd63QGMQ3k4a+aRI9AGndVlxjkJGLk5Ytj4+TzpN9YiCN2+5NQXoGcltFjUE6LpDBc5DWbcegIOZNGr7NNXoyk8kT6zGQlm9zmefqjDwgTaIHimgAcVlPwzxX43Y4bgzi4yTFCC4ZaZjn6rhihEbrwT5pmBPq+EzO/EnHJSON5E98y2MgHZ/1JNfgsx4D6fhkJLkGn/VMHmQNDfMnLZ/JJSfkihHaxD8B4nINbZIHKm8AcRVSEsZti7OqkGLclisrC0mb3m1CrC6kGK5SivmfnqswZp6k5yq/mE/o3fa+K2Wenqs2ZjrVc0VjqczTc0lOqm70fNWNBPKkujHwlXkSiC+pMzUYPKmjDHyVANOQwZOSyOBJdWPgU4QE4lME06uBTxFMsAa+XMYEa+RLSyx0GbkUIZUPRr60xFRu5MswTLBGvvzMtGfkS7VMRka+io0pwshXsTFFGD3Jz0YuRUhZ08SXANnmmvjyswTiUkQDiEsRWiYjE5ciGkBcimgAcSlCywRr4itUJBCXIhpAXIrQMZObuRShY4YwcylCx5Zn5lKEjnmumUsROua55qYVQf7HcLYmX7isDqs9O89aIAId43vlWwushS5nbljjAXN9yF2AeEl2Ou3ZNovLZi+8erBM1eXBssaPsWaSzllWl8OSZ81xWPKv6Uz+QUnJs4lfpIizWR22UK/G/7zQPv7ih1Sbw5pNJstUE4S9iHTOzrdnP/KYzWltYtA0W06RuL588tunTXX9oL6U0ShLYY4zV36dzS4/y0nJqeV5h92IN7lLcZewPy9hqfLRSSnc3PKEw5uVcCD3DmuuyoWJLU84olkJt+MmbGwcFo1JLU84slkJB3ETlp6JpbJP0/KEW9+IsCexK5jblU2NY5dR2/K82zTrRvMTNjTO3UZdyxNu26yEQzxVtvTEoG95wk1Emz9BuIlIeAPC5sY1k9HQ8oSj/l7CDb/nSdnJ2PKE2zcr4VbchKX/yhqe/VqecHSzEuZOx9LTk076feEvKLg63IiwJ9mpCT/5Y94SYanQNP0FdVdMS/BW8/KWfhyTqhGdgZ2k5OJNbtm/yFc/6V3T948PZvzBoq/HsJMZ+mswZMeGWPKLrJnkIGjGmDF2p81l/csJScdGuAgxIxhuTkLScRMuQlrpF/Kbk5F0GoaLUcNRhpuTUcNhHbcp0e5JUmHuHqerOjlJOUxCTord7sixFVpcVic72UVy7MAiS6HL5hqf7HBYxjNgB0rBUZTtKnJYc+gXD1+5T7W4LE2s0KyTosNVgctKviLnu0lrbzwx2nQsEEb4/th24M5adNsWu/gxFIq/f6vXp2dV4B+1cPgdm2rQmco+DzxjUsERy1tbdXZ/WLtz+kVrtQLuGDZr3bnjEWDeuqFANyUIoofm3L0v4wBaEPLOV8WtFZB+V33sxSoVBGV89KrVzwe+frNdtz2Lo2Dyjh7j738vEDq9Xv/SpLqdKNo0KtVmP4MGjFTfb151Hr1apRwxt98R3KXq9T2zE2Kh255OyqkRvrB1yO/dvlgSCGS45w51gNuLZPP8ouTwc8ddtZNGH0TTXzxcEbNlH7ot+Uz2fx+qR8qpc1JeyK/Dy+898Hj4XTFgyRqU8B9/JUzc/MkD5z6fh+j08zrChksrn6hYcQp36jxpxuePeAmrjTXrcj5QCrXBpZ99NM0XvvQJDUffBsJUxYZZSY91hKnx655Zcl8NOooW7/s66BTW0lcVbj/Bohmc+DtyEGC3QGF7uWi4tFAISCMr3Y6JNdUlXkJYRfJPub8pgczycFYN9iKvKX7CuMffuTOlfSlSHJvRuaxVOUryW9p+aI5ciCIGKI6C9aT7IG/4IiE4YPW7OxCz92k8uv/ZFzNd+zGzq1xg+1OFTzpXR9Rt2oJeGXYp5XxXNQzvu9G3R5SPsOz8sIINl9ahcGqYSrxx7hevvRR8HI+hQjiL3jgaveT4RpnQ1rkttKI4Avq9qxIZHEUTkX742nR/wbv/U60yPvKD2e8/OTB9wQUsjvrG4BhfgdnpKLP38lJks5c//d2vQZC+YEr8ujS1MH3FgdI5K6uQDzFj12DoK6pq64ZaPGNXnpd9qgreu+97zTdJMnj4yOaOu3bEQeoL+cfq3q9F0d8dQYtHKKDPE9O69XtXLWT6LHql+1Rv+PCf9z34MVbAp09NEHf0YsO8mOrtuYs4kS68CsVRoArotg+Vw/SY7FNDD8bDMtveR6cHyWBCxYp/PdJODqI6nl8RGymQ4b37/4pDDPd8Nei1CJCPC+jU+ZJcOCaapfddF7DoBadNvc7gQyWi4dQib9fsNoqtQfB9VvF7iwfsxr8dG92lqnUc9KRE9mDmBz7C+bKTgjkuSKgm8p4jk/hVomyycW3igNlhFfp292qRUR0+Rbr3aQOL4j6/8GzlNjSCyGdtDWb+eBgxe/kAW4cCyGy1k/yF0niinHoU8/TJgWsW+gh0/rEKGJz4j/fDNnsLh6ct/OGDWWqB0D1QehbP1769ylizRfKTIKhNOrr89sNhApXTahnMFNX4dXkYuNKIZ9bhkJK1a2Yq6/DHZDsDj+EHf/nyUHh0NRo3/21xpefQOwMgzLK+GonGi32xqBr3uPPXeUcXqGF2d6IcSRevhrP40lcJlP92GdQRWa5UwuS67mN+FOMFHXdBAFC36BIONEysCIFe9xIP+4nNP8MXUsmA6cHMv5+/gGh7v2hYmx4o61ISAqs2jhVDD0bPZT+0O02+H51Q6MStPYLIMrKKN+NC3ZTPoGcs/HD3gJ9f3i0DosqCVSHgoAElGpgeahDT2wmU5SKR6wwiarv3gK/k315CKtng2g5AVBMb1Aqoe84MgWmCGFAj44DNX49oHOwUDKEkTMbHQV7HfNH1q9AJ0ZqPLi3DO6PEQPKbXOhNJijxBnHTUreX12GmvwosiubMlv516K1Rn5xwnlMLu4i7Lw4FFr//jRPI9rdTC1NIgF8TBh8QN51SiXcuJY4vEzaR8D4xAN68h2zMTOzMe7lsAqrAszIJMX8g4XbOerlA45KXSiBhIPmnSnQ3dfwy3P2VTZN742CB0vYrQ2R1lX2OoEd7qLYtKlcJYnAaX2KLBhYX/IGtdy8i7McF1OCyhWTib1FVZzGBFKmEeOrQNZitcz9mOlCx9eXKhYIhE5d/OnIfnkXCu30bbkMBJ/De2c8+PfSXeuRPHbqO4TThUjzfjWiYylILctKhUAE0LWxSCG8MfvPDZfd7C0znJzGNj2VViO7XD1L+c4YINC7MO43GZnSIHN0/GFjcPIipG6WGAMsv9WjyaDECmOKAxdNT6OeXyYDnmR+r1YI9lCjAD0gYfGaJguXBTmcxjQ8PyoDlLR+g6WN6AtNbKzXM3UMI+gPLQwlAlt+3dyCoqGCqEVHxV1sS4PgOsrG+8HjJHeLW+AONM4ciBSUJx7ur0env1vdcVioDuq7ubQUgaWu+Ekj67jysGtHxUyKFh4gZTm5EfenGtYHPRhLH9BO898pEC/6Cabz8MVJaVw0O6rpywekllXgYSbgzIqDYTCKtUlgDTx4smasAzWNdY2NcAcLSZdtHjM3wgR0jiCXlAqsvggXqD9O8hdiYyvwhE09gul/hfkDzfkmoMI3IId4PChd5f+kzKAw6Xqwq2j+/HM//5rYVjjy50FYxRFzCaczs7gX0ITC5cJTT5bAXXFO1XTk6f+XJoYk2zf8AZn7rYQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlYlNUaZxk2GRWRVTHFLRQ1mX262vlozNy9AqkppSMMOAqMzgwuZXbLJbfMNLFrrpmVS2ouuUSeV83KejJFSSlTNFxwQxAFQabO8pFZPjfOPPE8997Hf77hO9/5nfe87/t7f++Z+YgeZUtIU3h4eDj8yaW/LcOSkp1hSRtOR+hwP6vDmeZZexfvtGUm0jvTw7GHY/+jYwPSvP7TWALhf6KS/NHTZs80Z5hGm+3pFiud9IC1Bv4fj/V6OPZw7OHY3zA2snaMddPflOZJW1bqvTv6rDedH8euqkTakOPttkyz05pSR5BODKTqTcfiuoqh1OyqFwUxU3FiKI07pjTclGAAtexqFAW5E0AduxrcAQnuT8/3p030JR+J1qx0crT7K4yBYzRilmSUQcSSkWHUAqTl0WYfGlVdTXHi8Q+1oC0O06iFbKncs8VhGo2QLV5XmjghEK8QlZhXGveyxUtEzYnRw5Y9qi62OEhTZ94ykI57JRY/DlIbhbbHQRqdkCVei5quQpb07qRXBumFQLyAVWKWjO4QSQYJJVfFi14lFPJakFAgVLzk1WIglTvbU7ljSe0OSONOyGVQnSWdm3AnEHp3LOnd0AgVZ7lGzJLcp4Qsqd3pUmp32o3anb6hVrshYWqNG9FTawXViJ9mGcYoguFh0HYVwfAoaOsseveOl9o6J/beOVErppOcq1qxfiaDxDonJ7hWrJ/JIDEh4lWhFas/GVRnNvxOxnV1psPvQUJNUJZxnVCl14KEGCFrv06IEbKM68R0khNWJybj/FikE2MEl3GdGCM4y3VijOCE1YsxQgaJMUIGiWk/Z7leTPtlkJj2yyCxfsZLQy/WMGSQECNqQWJdhteTXogRMsggxIhakBAj5HZrEGOEDBJjhAwSYwTXCIMYI2SQO0cIgxgjuBoZ3Dl3GMQYwSXMKMYILmHGBzOCvk5whNMHTovdYksZbckkQPvkpzIsmZYspyPN7/cLpvnQu0ByiXc4bClW8h3blnX/YokNflssafI4SyKdnGRx2s2jLal2c8YfJtMXGabRVvLARKxZ7Fa6lT/MCSB/9LDaLSnUGLszZdhSxk60OiwPWK2nNTWbbCyD/r5pbfTn1fyYK+nmrFRHmvefgiUfG+SY6TT173DE3+pwkKjDtd+I5JalrX+HI//KYeqDyZZNJ6fU1e+mwn5r7jsU6Orf72b14XeIsN+q+05Q+vr3u/l/h9/yV2vZb0P9+x1VH34/QC3+wm/5d4jaI2n9+92uPvwOdZfnarn5/aHjNfbgb8BMNps91Zpldloc/NVYQ3IZlG3Oclqdk+PtdvNkDnyEhcSeneLMtltS2YOR9+57mJ3mB3ReI3/rpb5/exb6iP4DCx1d/+qg3sv/FSxdKthYlZxZgp6dafj+YGYhGnn+SOsf74RKnaNblmcMLkDZiyIUgxtVoN2v+94I6xUF+QGjW2dMWo9D0BendkxXwvImaz/bNyQa5swvKmuZdxt9l5Z/cUysAjIC7qxK39ZYCnpBt+GJIRVYdWFTu6JpdxG5Gf4xCpQaFnZesKoyH50Z+PqSrOBv0Mpv13+Xn9MCZlwZtOuRGVfQFvvoN69NUcDefeHtE2d4SS0M6T2stiJ04FisJfJcER43wu9w5FF/aWzs7SU/LbqCD6SuH5mUcAWVHDrw5EfrQqS3s4KnwdfF+E7j4p2bp3lIHZLf2H/LvxWcCC6L/y6tAF8aQ4AtgmHSsnfb7O7WBtr0eXHaY/1K0dwaS0XR2UCo8B3xdr/FrYFsMu7CpoOoosi8+vvyJnCqp/ekwLa3EQlK563LT2DVM107rmtaiId+qP32H/Mj5fk3UdXUMbnORZXY87RXwJyVClh8nAbOA7YuL/ngi74u1IVO9G0Px6k7Q8txYM922V7DQiDqyjldM/CQGgfueH/yl3fR4Vl5pwsD7+C+X/l1f+eZUmxngS7FruOTitvHFWIKWzqrAfTTz44fef4G2qYcv3Hujzfw2KUTiWfXEH3s3/wOeu/M3kbL1Ap4szFNyDW8On3bZceOGuQyVV27AsWY29vN/Tf/hJN+XvvO563K8XOZB11bX/SDJrpunyXkXMSh8/pcVmjKEedNNTYnJTy6ajbgHnQZ41nU1EwydN4DqNUVz9/k+ca5eMjVxz59tHEwhLY4dB699yP6mqTJejofs/lrg8BQuZ9k8CqeeShp34fvfY/GUcdHxsKZwsBF67x8YdaMYcdyU6KAZDEm+Y0wifn/sQLYsnOVUnUy2ag9EloyAtVglqeiUGi0t+u/O0a0B5r1/Iu+0s35ic62S4LgYvW60rz+pbJ//sDiNjxQWrKABCg2EmKmzts9NsCFN30y6uWC7vnoyz27Xvdd0AGawfBW8aUK+OfdCMeJheHyfQ36nLozvhzPJNv8OaQAsTA1ycODX6IrXEPnhobvPOpRg88VL96qHB8JB1tRhntJEktMCc6Y9MLaTqYAuNWHVqK/7GcVYvV2sh34ETqGznNhz/7TGw58LAjYp60t+BNWrNxwEB/rPypo6O5QGLxyw0cnW0ZIc7acJZZu4QFk2LjdT5pQuIxU6iPA7ZXjNQsf9+yvCIOn7bRC2gGtltVPVSEej0CgbDrSOgy4/4fk/d/C2hLDU0/bK3HWGs9cn2AX3vPDHMIYH4kEefHxQ4/CCkpvfSWuyCYGLREw5vT4OfPbhoKOEaEcRzpoBZYhFqe3mkrBTEhciOvBasTqMTdSolUWM/UqWjtAIhSpQkXTVny7fmAEmFnBncFesa+FFRxWAikC/42nomGX9Oq5LyM8pRNrxnVvcKIa0+zdWdVQYrTu4A3G7V9N2NvSi856+9McF1pPsj9qgY+keXe7vnL/dUyrIbTaT5qfPb55w8JfECHt1RXdPIHnqwYT8bkx49AtTLPQ5/JN3Jxt+BLm9ekBC795uRd+aTl29nzrtu8ZJQQQ9nfoS+p4mZpYqMBEbNvvn+kPuzZ7X5wX8xPi9lyY+30WsfwqFRIJKomIH3QbcPTNZFcZYnk1XkXP7+mt9NrQAD6ZPuXItmdvYmpmRISv1M73lcWmubcwS+PmAzjHNDfjYrWH9CHJwuz4LZjJ+dQ8xORdU4qpqr/UxRNMVGiWBsh1tx0nUNU96iGx26TreNVsRiDUKs9GlLYcLbbMSnku2Ru4zroQUd9BPzS/gMhlinlrU/BhhCpDlYlUOE4itn3vIGBt4HIVPkvK+NVBBZjp/cJO8HL146TEazg/y6Mg5EiPkzc0HYGldaIfFFK58moFL4Zsevrsnk6QxgRYCSyfxc2B1emGSIktk+AHyaQKU5RNuC6Uhkr+G6OGpX7aAMryaAB9JbpsxbFgiZbHiAne0JeW54QgaQfJfurlCLDRAohWyPyNBN4/ImD4k08QqfMCxqvwYGB9MSdMzk8JTiNhOdUzDBoN3PyWJSYGunc6vvTC8gDp+jACjAwCpqsfkPoibTL8fR+J9YVjIdCGZGVMbltgulGqlNa02X33tfKGUNyryy/RNYdl3fCFHMK+jX2DJManby7hGTT92Y3gFcXBN+Im+kiJOdGEsi7M6LoxEFj+QuT5c6N4/Md4wrHTVEivIyYHs8KhAW3jVT6cB82+wixv05sBc8tUhrd2oRVegItCiGCPiIHcHBpwJeTTtuMfDqz953bk+XnBG1hfKG8K+4y0k95GlK6xfp5Au1v4zvOI948SHDWFVvAlxPOiAHZEi89KJ1/9bZmO+88y9/5n6N4LkAeMqX4FKC+caA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnt4jFcensxkJvdkJnckblWEqmSuCeWcCCnqsgS17iOZMG2S0ZmJW5Vt3W2LrgZVrfutVOm6lXCOWKsoRWkodUtcQpGQiEh09lw+TZRnN2eedp99nvXPTL7zfe855/f7ve/7O8mXRsNtvdM9ZTKZw5t8dLdlWFKzMyzpg+kIHe5mdTjTPR5fJTptmSn0Kun52POx/8sx+VNjParHehPtpPiTH5Jt9kxzRtJIs32ExUofchv39B56/o+PdX4+9nzs+dgfNJb2eIx15l8dpIMtK636it7rQp+PY5/6FNrcE+22TLPTmlpLUIIYSMs+De6ABFfSsU+jKIiOxcWKofQcJRiVwS2UkaG0cWIok1txSSjBHMZzlOAOOUqrFUMlcJQhRUW+UqxZI8ih9N9heBY4yCgEiuNfAvurAdNphdbS8i+T4FocpjUJrSUxXkD7NWHxbsF0OqEtcnlpdYJrSbB4obW4KPVi9RLXZA2Y4Fpck1rRenGYXizxkpIFjLcGTHAtSckCDlUDpteLrKWNdYtQEkwvZDZabgB6IbPRat0qsgTTCxmAlktSLyQTLdeWPkEIZHBD/FqjGwaqlUQitj1OW12sEEjinxBIJxEpTggU5wbTH4OEKKvTuhOTzp2Y9O6sZHBnJaMbMtSZ3NCTLt4NPekSBPXEz990zFDr5PGTNMPUOnfVZ2JDrRVYfSI21Frq1edhQ60JXn0aNtSa39WnWkOtqVB9OjWIOasUkJizSiAx6+JpMIpZlwQS0pHkrEZ37NgoZvw85Uaxzi6BxFo0F59RrEVLIDFv4MZvFPMGCSTECMn4TWLOKoHEnJVbikmIEVK3MAkxQuoWJrEOKIHEOqAEEusWXLkmMUZIIDFGSCAxRnC5x4sxQgK502vjxRjBPSJejBESSIwREkiMEdxY4sUYIYHcOT/Eu3N+iBdjBAcliDFCAgkxQs8tLEGIEXruRgnPZgR9FeKIoDecFrvFljrSkkmA9nGdMiyZliyng7+sfDxhupJe+ZGPRIfDlmolv07Zsp6cLMX318n6jBtlSaEP97E47eaRljS7OeM3D9OXMEkjreRGElnNYrc2lNV8ecOe8SE/dLTaLal0MXaVlGFLfXOM1WF5xmzJ1rRssrEM+jdcq9/Ts3mxUEaYs9Ic6YqnkiU1cynRJu0fH3Cj3zXgAOGADTVJYtL98QE3/10DjhYNWOqzUmtK+C9UOOY/BaymCFs2fTi1tnHXF45bV7PnJeh+YwFBMv7aI8lms6dZs8xOi4O/D6GM6pVtznJaneMS7XbzOA6sz1Jiz051ZtstaezGsOrrjman+RlWlMDfJeie3J6F3qL/AUFHf+61o/7Um0Vg4+mho3t+poLl2RcXa1aVgDe635ud4nyAxuxZUrf1YAWM894QNSDtCvh2Umf0TrQLdTpdXNr1jBzvK2s+aE6HEJgtX+Rd77NCYPl8WJ/ezRQwxzIjdfAgBYwZNCevrHkl0hhf2d17vgvYK4KKtn/pArNVxeGdjynx9+cv+s1bV4q6+stbTg8Pg7bgyfjQslOo9U9NVO/mFKFVLyVF3RweBM/lv+tI/sgDZs+L9Ow3W4ZfdjV6dD+7AoS93/WGp/44WnO988uuZSq48sKewMW6Q2B29lv1Ai5eQ/3e2bhtuEuGDy/rtO3eO2p4tE6vH+tNuAk+6btk/Rf9FXjDX8+OlNnKwMctInNO+mBwcDQNuBJ1ZxOfBicXXY1ec/0YiD54Bay8UAG+zy0Ije7ijXsMV/dP2HIDWGW2dz33u0Bst9W+yS9qMEvDkALE9+EC/vPWvdfroAqO67/WcKTtXdQ3tsW6kGPHAIvbqoEZY8eTEK+DGVMHkKkL0YOUglWf/OMkUo83rm//egGIunnZWBfng6gJZm3fTQo8+FyyYqxfOcevO48OvGaamTjMB5d1/fO0+B9cgE0XtQu1+dvhSZ0naXDgntiPWyyU451daILnA+X+OXFjWoXCDsOuHGs8UAXfyHWSjBajSWfakS3eApeLcr7yf6sSZF6rXFdyogQ0pok8EoLT2l7o+cECGTTv+76lpc4J9NF91dCF3XIQXXV/5hYpz76wwdSbhFH30MAO7a+f2bATVB6+fXBfB1/cKolGEgDzIpqmKFeUosJQklEkw02+rppeenYBON74bMXEN86BzZfoBnyhfvkW0wN5KC6c/NmRz79zoeKpB/vsXeuFl9alzCgBucrgUPDPkyjt28GvfeOlkXijxm1HHZ1xYogS5q8Y1c43X4abMeIGYRae4YgUnz92NlngmvuLDO74UnHt/eaEJ4GtvvrU5gl9SPViDstxmxe6vj25dRWi1Z2zOZTvf5sH3PnjrEeWcgVmceV5welrXj+knaLGzZbO3HQpRoNpubt8ehW0zlrhkbs/EjqTSaYaaODcpQ/irm48DmZtIgFq5ZCwjyguAHLePQB3SJa+KIrEcwrvNjhxJxA2KM0gKb0IWB7yyhDj76Ni9IhkKz9RjW9PAIYhO8tByN3E79JPlaE0Rgx/uGvHB6ri+b74LN1m4TVU1JQmoAIwHa5VQ7bPoqlg2Yi/33BszQEkee0+6VuKqLrbXqgCew/RhSpRu5cI8z9VSfpWQc7vEpR6e0CH9mtDMHWJ3Xu98cIsmvhiQLI5sfJhGAxnxqGGjL4Dr0g6vgf+VBXpyA8mcb9CJ77P9bQkEhNTaDQ7WwkLCMsHNiwCjYmqLy4uQL3eXDRm8fIqQII+OdbqAwnJCWGLADGXpTNjFZiqpOEmBaSsIRQGxASIxcjxYh1NmC8e1DCxJNU/FNLtXj9TDl6gD76igIcIi1Ye9YY0+rC3lZiN5z4ELe8v+GnedDnMm0YLGoB5HsrR26EbX73UJgKGsQ0XSPW4jKisInP84LVo6jwqWI8G6qHE73/9pk/FUjmkbnbm6AX0zcJd8+fO0UBC1nNbp9xF3C/ugCz9X7ZDuT8cNdSLWNJ9xPlcAgiYVMYbE1LeCmivhsOX/aC/E38EsfIeVmPma0vVkPvWL6iUpKeo6T3Ent+DEZNZ3VLEyhymxEF+W1ePO3ALJbNElgHqiq3UgZD50sww7g+R+xHzw9NekNncxAjMfVWOaXXeqqfAF1tRBrsApfPQSC+8gdK3px/m+y8EjCd5p0B+MCFk0xCopOXY7YfbsYlvIKYHpVSPOiGY+0+A5OdyTNwttkWMPyam+s3o9nLI/CbCG9P0j/9Ig4mqiePdAow/qzXYPms2UYoMepyX+8xqUIH6MUG5wPl504mTutCYVo0alP4swzvge5cPRIbg5VQ+fXxgOBOuJ05+kXascLw3gQq9AoxsTJ24GLE0FUXw/lImh9QFuq2W4S50YLQHvEloU+kXgrnufLgfTfOEzB6z/DD3Qy9MikESGwiJCT4cdCsYUztG7UIw538FKOpMJ6wDm1KDa6HGufPnBo037gLNJxIGdYmCH5Kr9XtCMNNVGww8qUFFh3P9pIfBiO3HZeflPwFGj04K7pd5gZD7Vi6KYRvwgQ5akJ6BEl/ugfpUoIEyeIXYjO1CEKTsiGlTBVh7r4zCBjLbq3Y1ZL4Xdwl0tNqI9UZgNn0TNfSmBW0ph7tJGzz4YjgmQQdPlmlgC9ZwyqVzQxViemkSAJkNbD6APiRRjOrhgU/50EwHQ16vbaAhM5SriPeH61wfymDc1qP7lICeBYAdFxSPEKtDUw3kPFJhdqRLzBpBfneyZTqePPtU/2NJ9d+cnzGm/RfSnhQI", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lclNUaZh8RRhiGHcXd7KopM9/MMN7sHEVJTHIBzTVFGGRkGWMGFbXMyOWaaWalmWm7uZaaa+Y5rkR1zcRQ3BXMBREUBBSXe5aP65K/4szP6df9Xf3jG78z3/Od85z3eZ/3/cbP5qMs/ZPdnJycrA3IIdaSZkrMSjMlm+kIHe5tttqSnevOutos6XH0LOrx2OOx/9GxPv9nYz0fjz0eezz2eOwvHbu/g3CpO+tmyUi6e0a/i6HXR7CjJs6DHLtbskaRFqR+EC2DxJkzRtcDomFHSQSiZUedyMIkdtSLQHTsaBBZmJ4dI0UgBnY0iiwsMoaORXQSwRg5pt5s+Az8o9587gFpxEAR/MNoB0hb76DeCxLbCA3n1MkeUIQQSGvPTDJIIwSS7FmeDKp3gjOQzp7lyaB6+wID6e1ZngzSCYEMHCQmIw7SiqUGz3aN3g6QViyfjPZsOQdphXZPwz1CElK5hmeuJCRYDU9CSUh7Gp5PkpCMNDw1JKHd0+jsCK4MksS2nKtcEptJVrmQjGSQmMNquSK0QsHVyl4uFFwtV4RWKLhargitUHC1kh2poZWDK9R2yJkh1HfIiVHv0PK+i47p6p22vPFimHoHlndeDFPvuPLWi2GEWk+uVJ1Q78mdVVfvoN5tvnRiFs4DpLOnUdGJVRg5rGLFgoP0Yo0KF4Penp5Db0/7oLenUdHb03PoxdoHGSSmCC5XvZgiuF71YorggtWL+T63cIM9Rd1gT1E32FPUDfYUdYM9Rd1gT3022FOfDUKK0HBFGIQUUQcSUwQHRYopgmsvUkwRMkhMETJIrBPgKo8U6wRkkFgnIIOEFCG3RJFizZcMElKE3EdFCilCBhmFFCE3X0ax3lAGifWGPN2NYoqQQWKK4B5hFFMEzyejmCK4yo1CipC49oxCipC4jIxCipA0Ma5O9FcjIUlIWhklpAlJklFCopB0MkpIFZJeRgnJQjLIqIfron9WmskaRL+wmTJNlsQUUzpBZmb3SDOlmzJs1mTVvXdMdqdnXuTQ1Wq1JJoTbGZLxv03i2v435vFZ481xdGL4022zIQUU1JmQtoDF3uTv0SlmMkXUWQ2U6aZTvfANZ7kL93NmaZEOlmcL0VYsujFiWmWxNTxZqvpITeNNidlkfWl0V+qzZ6/v6mCMRqdkJFkTXb93abVPXDKnY7B8bz9/ow3PYuqL+GGwoT192a2PtLxhNWPlLCXMGHpXtPUGx1P2P+REvYWJSw/XUl1LbXjCQc4IpXFeUv3VhJDhON5Bz7SQCuFCevqqiAjrHE84aBHSriRMGF9XQFnhLWOJxz8SAn7CBM21vUejLDkeMIhjkhlX1HedT841z0MO553qCN4P6TU/wlvXV3/x3jrHc87zBG8H9La/Qlv+R+C6n6ScDzvlo7g/ZBO5495y49/kkF+oOPvbQrxpqf8n6/vfyx44No/fkvjDxb9ewx/gUJ6AEMjNjAhLcsUR1877TN2rMVqtpn+ckLy2x1ChPgmGP6ehOR3T4QI8bdiIv+ehOR3VoQI6eTfsP+ejOpeqRGipJd/Ya8fpfsustI+ghpOlMWSmWTOSLCZrPyNLdpC9stKyLCZbdldMzMTsjkwnDHIzEq0ZWWaktgXI++ed0+wJTywQPl3BJ5R9/uWiV5JXwWjo/jSkqfbHzwCmnW9kvjT8HPoo9COx1tNV8A30s7VLr9SgCZf/bpv6qJaVJa3q9vqC65w5c+/DrzU8Vt0dNYtU3XxcbB05erDI8Z5w6aVaQNfXrMXxHz4apudHgo8jN3wJj+ffha813xO1kthNWD2llTP6818YNiSF5/80bcIJc9MHH4suhGe+m4UmfIqmDJmm21+8G4wbO7Oa22PucNl2blPdj6ggu6SSv/0d5+gJpGju5stajyg0z+Wq/cfBgFN8s6Cz0rBJP81z56e2Aj+oNm99qk1fvBr13Oz25aeRUW5C799761A3GHdh2XL9p5EMyuPHppqPYD6HQmbnKAJgH3fXJDhl3MH+CzWfvKN4Uu0fhIjDG4fnHChzVolbuvjteGL7LNo1RtHU5wsZwH/rESp7aoWHJ9/CLnvmRsxvoMr3r4jqE3cND98rsmy8z2fKkGBY2Ir5sQp4O5uq80nXtqK0iZM/Lx9VDFwaTcjsHCOCgf17Hsz2OqFgwr3VccVFYL9dFsn+cOtMd4u7XL94ehfz41pV7UMlEX2eDYzOxQ36vPVO6aZVWgzfO1M7sIaNJsuY6o/fOujmojf1lwB6WT3N44qQ23i3D99u3MeemHoWnQp3A1Hv1PlMWLhQYSH0oBcQpapbnvmrlXjLxpGt85yuYg6ZnzqvG2aM3zqTvNbVVnV6BjZneh3LoFRHxdIZZsVmGzSgE4rfDCdPXF4JQpmE6igxS8H//Dxv1GXhoc+HdvlJkCN6Aaq8f7uh8sre7nhea/Udh67rxp0iGpcckYfgskmkkDeRoUjxvUJDzzC43w4GHqwwPvC8R2aEwk5Y99Bxm++HxeIA2b3uugmnUMbAmp/vJy3HoxQ7AvpNyQc/uqZ0iJtsx9kYZnRHJ/aTiZuoYBsGz8vBQSk0t9sgtM8r380er0CsjhG3AQUfmRoCGafH3hDGh1bqzIwwatV21d6++ORdFljlNCaMq90MrgFyCiRqg+Ot7VacKevCm5z9/MHe8vB3mMbXp/c1x33oDQLVfCEi+espom3AduGhiVg8e5mX2eeV0NDKN3xGyC+6PMPdjcrRoOnRxbsWR0E2fxhnpDrtgKMooQbBMJ3DxJi7UNg7tbNb3qUbwR7yG1S5jWV9XEOHSfT7l/vgvl+TkTP0Rv2UODf1rQuzllyFmRIr26CrxWjRQ1IZi0Pwg1WNR6S9M98EEi3L8odXqOy3+uMt5C7B/a8A4jYa3YWKzBbxlI1fnn/+sHXthxAXK/+sE5P3/WnmesEeXx9ZN3WIKB7kUj1Fpg5bUj+tpZNMJN3YwWmaTtsrgIrRizsHeAdAFmaDWgAX2GJXw1SF41f/EnLC8hYsCddetUDJv00/LnvFdXoyVLl9k7v30D5sWRHtrjBMSdemjWn+Coionn7xymnAM1m5XYlJKomhlUJ6OwuKxV4V347U8iZWkCy5LrPhVqQ+5zhX11HVgOoTtiVv1IJ6a6cyb2BKJspg5W428/JJLMqQNCmX5xOuJQiYkK5WyM9IPODdX5w0fv0Tzmg6rlYocZ92I1OAk9mWHcAn78RjKEJs1EFp5X02xw+bRc6PZEaUDn4IX7Hl58974uVpzqQ1CwD/HMt4r7ghdOprR64hpj95RYAkn1EWSflvCgA3xX5k5AcBW8Pux11o7QUVbWlTliB+DrccP42coGnL76w6SvicKfQdZL9rZMUmPl4fCD2ZgZTg3L6Ued1hfqVzxArOA1YeEp2At+JZOSQB3Rhgi4AVPWxFQdQ+bS8+B0pKryRyqzQAx+mNlB1AvQn7Er6+eOanUkrRvqrMPf9IjSIGu1lNWRpExsI962gheE0arXl5ozKsDCcRFzddYILPuBEM+QW4j4UDKcPoQxKAPfdS8iJ/alEI8/ub3E02xmXL9tLIliJuI8UoW7PnC9cNTEA83ypRTkdexPrcoVMRkYnvPb0hXfXeVcAEvxNX+W44Ba0zCg9Mc8HZ8z8YJsKNku8PKTbMxcR4zfYHapYovlj7peemOvRGS7/7HmoPh2C6S7uqy5H3LequK6ahUB2nZMSjqDh6+yKNbQQzVdj6qaLGtSgSLZR7ngqqXrLXgjAOmbgeYDUzCd8vNwwi0NqKOZ1qBxNz6OCuYSIyHuiLuFwKCPsDy+XYGPLXivBUlKdF33RDLJ98fSB3NcughWv0QA3haFUuB8HwLnEzRY0bYHbk2wYFOTD68iMMyBv3PaloR1bYmar210hW6+6BjBd6ZpjYvqnFqtcYJcPBpBS/iXYTGV1vjHm+rgD5vkQwWx3gsxHdoVjpntS7xeS6OFe7pDFaVYwZvHYooAe1CaPbQDFVMZTQnkf0NsPMns8VATcBjbqsK6JGrP8TnKHPJ7O8HUlKXCtA/Acak++Ksi2P598T6pMj41KzPZ7qxL6MuHvBtEbK24drPHldT06ANIoOsf+BvJPnPKav9xFzjMv6Ert+bIzHJ6+5/a6SVfBtvfeIozUkPH+JQxyfz4DFGTavjfDMY/TBsDqubtCrnu7EbcjJ1xAu58nigBLpzMHwE8kbC9/GIx3kGhNyrki69oVTmSJV8vr8JIbgPct3twXZwdizvu0XB9I3U+lgT2JWJq384CJUwq7ZA9S4e8VNDJlqBNbljt0o0YY2xgPp/aQ6sn9IEaJj6y6MSy9hxoylp28IXsW7pox2mrLtKQ/0L3e/b8Bdx+gHjKm+Q+u4Gfv", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW2tYVNUaHoY7M1yGGe4KomSZpTKzZ4axdC9CSVIkhSzvjTDoFDA6M6iYdjJLS81L5tGTZmaZ97smXnKv0rxmoaiglkfxQqIogoCg4lmXzfGST7HmcXo6z9EfG/aa/a693vW93/t9e9hGD7H0znSTSCQ2L3RItmSZ0nOzTJlmPIKHe5ht9kyXxrN4uyU7FZ8lPB57PPY/OpbyfzbW7fHY47HHY4/H/tKx+zsIaePZC5acjLtn+LMkfH0sOapTPdCxiyV3CGpBmgbREEiqOWdoEyBqcuRYIBpy1LIsjCNHHQtES456loXpyDGOBaInRwPLwuKS8FhsBxaMgWKazIbegf5oMp97QGo2UCz9YXAApGlyUO8FsW2EmnLq4AgolgmkceROIkjNBOIcWZ4IanKCE5DWkeWJoCb7AgHpHFmeCNIygfQUxCYjCtKwpQbNdrXOAZCGLZ8Mjmw5BWmYdk9NPYJjUrmaZi7HJFg1TUKOSXtqmk8ck4zUNDU4pt1Tax0Irgji2Lacqpxju5OociYZiSA2h9VQRWiYgqsRvZwpuBqqCA1TcDVUERqm4Go4B1JDIwaXqe0QM4Op7xATo8mhpX0XHtM2OW1p40UwTQ4s7bwIpslxpa0XwTC1nlSpWqbekzqrtslBvdt8adksnAZI60ijomWrMGJY2YoFBenYGhUqBp0jPYfOkfZB50ijonOk59CxtQ8iiE0RVK46NkVQverYFEEFq2PzfWrhekeKut6Roq53pKjrHSnqekeKut6R+qx3pD7rmRShporQMymiEcSmCAqKY1ME1V4cmyJEEJsiRBBbJ0BVHsfWCYggtk5ABDEpQmyJ4tiaLxHEpAixj4pjUoQIMjApQmy+DGy9oQhi6w1puhvYFCGC2BRBPcLApgiaTwY2RVCVG5gUwVHtGZgUwVEZGZgUwamTXCX4WyMmSXAaEcWkCY4TUUyi4LQiikkVnE5EMcmC04uoh+uid26WyRaCP7CbrCZL+jBTNkJa87pmmbJNOXZbpuLeGTPd8ZkMHeJtNku62Wg3W3LunyzV57+TpeUNN6Xii9NMdqtxmCnDasx64GI5+iVhmBl9kIDuZrKa8e0euMYb/dLFbDWl45ulBmCEJRdfnJ5lSX9zlNlmesikieaMXLS+LPxNtdn795N6EkZDjTkZtkzX321a4wOn2Ononc870Bm8fZh56+5NcF2c83kr/4w3PktoKmEZM2HuXu/UGZxPWPVICctZCYsPWVxjZ+18wkHOUDY7b+7egqKPdT7v4EcaaF9mwtrGYkgIq51POOSREvZjJqxrrOOEsMb5hEOdoWx/Zt6Gxk6E8OaczzvskQY6gJVw4/fOjc/Ezicc7oxAP6Ti/wlvbWMbSHjrnM874pEG+iGt3Z8QFv8Q1PiVhPMJt3qkhB/S2/wxYfG5j9OLT3L0hU0mwviU/t36/ueBB67949cz/mDRv8fQNye4BzA4VH2MWbmmVPy+acrw4Rab2W76ywmJr3UwEaKboP97EhJfOmEiRF+Hift7EhJfVmEipBW/vP57Mmp8l4aJkk78ar1plO67yIZbBmw4CRaLNcOcY7SbbPRVLdw09so15tjN9rx4q9WYR4GRhIE1N92eazVlkA9ev3vexWg3PrBA8QsEmlH3+5YJX4nfAcOjT+RKP/WKWM2XTn2q3LezGxjyxTHuar4XjNlya9L1k4VCafMlv3VrV82fr4w6bBksh5sPSU5JvcuENgcC9mzNlwFOoXv+296ucByvHbQ16RwfcHHzGtfSYr54vC3xk5EBsHWq+5cfd6wX3r/UKz/S3RuUL3j+mSOf1gjDNpTZNgUV8md14bB/i0vCq5fbb3vSPxAWbOhbvaWfK+xfuP2samAASPym6vaR0eeFhoT68kvwOj96zOJnEprdFrL7jFv9zSIlnL+oFVqpN0wOmvpSmZsfmPfK5ytWFRfxR0vfaFsz5xrfQ/9h/OvnvaD/fM2ijbUqOPuI97CWl91gSmTwG8lVXsANE/8oAKhWv3hmjKqeD5wA93/RtU6QkH8VfMnF2evlIwr4jXtH7vg8vE64FWorCqz0An1D8E64gRERvqefnVEn3Ow4/KcPDlfTdQ2pFmYte7dX0mcFvEegit/9iz/YmiSXtp3kC1bVD8j+oUEOBxJCrvAZU1jJa3P8Ibdoo/6GVAkKk4cEvGao4lufm7Dg4NNSgCY9dbp7AHy+56GZA3YEwZo5v86a5O4Nb9fknp6vaOD7+D27/jOLEozZ06bjxwcq+B0d/vV06OwLgl/Kmk9MXi5gEL7xCilAi9j03tjfBFkijni+uM5CIbzXiYixxjJh3ctvfjpqgAKsnHJymMQiB1f37XxhldkDDvwl0XW0rEqYETvq2egoCXxy4Ydrz1y8xCdXTUu1n1OBiAWD2hyY4QrurH+rcm2BApLp1nvA6eewYFzBbaSiongVfGczeLfEUwF/O76yfkC5DxyFdrP9QCXoV73lxOTbboDEJatA+M7Q6qW3XP0g+OrfO/zmB0EOA1sGwE1f5+1pszUEmJa/ntZ7iQysLh48MmVBC4i3pSFhueAxfnbCFHkMwGqKH9EcUp4V/NtTt7zpHdYKTEDReKd1OKxci4mW8MMHe/4Utq4FcEl+zzfFEgzpOur54z/Vpp41RQFLxfv70uKVkO5rFX81ruuL1rxwcLxT3mtLtf5QGNc8buguKTBgYQwOBfbET2o8Bt8Q8hHNPaG+oAXKFs+eCnDt+kt9J+bL4T8IUA58R+Ad9gGLewKlMSEIzt/VYq11mAJgGYRsruITVplPjfCRA7ysNSoZbP9rDKIWDP1leAckQP1Kh6eXKRcKJF2meICuxRXoDnLK+9oBgeAnn+BndcTMygUy7aFbwo3Us4vn7VIBhJJtylQCH7Tbo8dIIZlHdkkIGKNb0fnVCiGHbHgtL/ihhOFCAf9q/3XCZSlodyf6do02GPbE8tzYIBCdXJWDX4pQoqeFwIn70r5bek4B8e4c3OYJ2wyY/n31UndAlm1uJq7zGv8WTrR6D9BwZPTF1uu8oWTm2yh1qoUuU7JKby67yvfLeO7fKR/J4O5svJALwoT2Pb728QgEKHjfT1ziDg/+iP/V856D5/YImnqBV1bG/5w5OwBidV7Puils/+cM/zHfSIAxrTeS6jVhr2cnZAmlApZB3cJKodYDAY8qIGbbf52U+taHKvDegoPLfz56RVh+7XDykBlSMM2jIrjby7UCdi+XZCUk80T5QBS1nYUr3EFbkojneRKOAinIj0QOFyeF1NdqeaLTJ8t4lPTBx3u6wFqcrovP8EcR7VivEtEfJJD6mhugcSjnsZssvCGFyCRQRslA/LX0Hwd2r+e7vYydp0EYa8QKuCWQ7RrhBYiNTSsX5qLVvH9CAuOR/OZuKxOaXSpBzlrBk/1LlIGtmH6pRPS93aKf+gDiu9P9wQcoTcfbPCH1Ax+4FWWDSR8I9qt3rWvXTgEn9sOG7ArJvMAfDiUGGwze6YYzoZQ/iS6vPSeh/js3EJK6kRMGyTYs9IPEhguqebJP+QEgs/ac8Ytjxfx2d2yQK3lsz/ob9XzLabnIUm9SuyrYwGcRwy8W2qFdib1wmqf3LRKITBcpwYvWOv+Lm72BxDLe7YfpMkjxxQJJm52ukGzXsg3UBwwhIIkI6QZ/vqDlyboGP5iBdnfvJHcYSgpVHa1zUSFQFvPU21MNCrjdPivUrY8UknzpqAJUZ26in5cI1Kd94WWIjGtbGCTpsfeK8KULZuYDSTmpCYS0Lu0Rupe5oZKphGn2mDl3Zqhg21DsfCrYEdnehKvBYM0TaMJkOSBpEOIPSX2eFwGIX/7qCYjs98sh3Z8Q0Btv6CEFIOG+GQ37v9AZWewx4et52FhagrihXcyWgmgYfPPAlX07D/PN953nvxKeAIRufSQk23W6XHgO28WaGHBiJS5Q4fC7pV8hh6rm9+MysCMGfJCOKsHOKEjOTzXwZ2RIwTNbAlR9ri7ZHQKX4cuNhcKF1YhA52hA2oeiZnBPdxz5Qzzxh5hI0BwvaI0S/oBtb+Ydfh8uqynRlPfBUDiWGLQbeAO52LSMSEBstTgAHuuDhVrEL8nDhhxB89s7GFpIwS7nic/1CqH+XK2AxG+OewOUrW1NfUPASJx+44JhA1Kp0agAJE1vFvLHURmJDJaBuTl4Ig9I+YTROmd2F+v1BQGrK3aUN8CucGuuPyBpGnuY70wMr1Do5FP05fBO+wXcTS0Y5AqxrDy/DQIj8fauCgKTUdWcvd5L9PFS4Uo/HKgSwWtlM2R5LgBN8lxPRTCg/VYdX7dw6IYyTShE7oEqkotYN2WA6KR9GFy6G29sEETN2OSodFcYgi9LlwES98pwQB5743OG2uxWS/YD3evd/xRw9wHqIWPq/wDtKFo+", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnl4jOcWzzqykT2ym5msEkQmk5mJSr83omp3CSlBayQTGZIMkwmCUlurqC6h1lJKtRpCUdTyHdu1XaWlpS1KSmqJtkJCEpH7Lp9a2udp3nme3Huf+5g/vsx35vu973vO+Z3fOc9MFMNN/bIdbGxsCpzwpZcp15BZmGvIziYWYu5pLLBk2z68S7GY8tLIXeoz2zPb/5Gt9/+Qrc9/ydb1me2Z7Zntme0P28iHNjoF2D2862TKz3p0Rz7rRp6Pp1dVGhkkUsymPL3FmNkIELElaPlQKobS8aES6FXNC7LmgGp6TUyT4WuaMX8EHqn+HmKNT4kUpW7Ps5OEUVNMZ1Ph8EZgNPSq5dlGwxxK4MeoE3mOpmWYeJ59JIyGZx8dxahUPPswjNoajJbnbEks1mqefSRMEj9GrWvs2chdfHu2UaOr4TGQutHseRyUxHU8JkHxjc7R4yC+4zHZim90FbEt2B8dF4iJSTxfyCWQhgvExETFFwhW5qpG05WFjYH4fNJZA2IsVzVaVB8HcUVP1d4aULwVIZdAja92pnVW5EkCce6UYM1OiVYIi0rD2S4oiHEvgQ/EuJfAl9wkK0AJ7a0BSYzg0r0EFWdTZ09zdkEKUlvjk9qKrpFgzQzFgpfIhWGxS+QaVFjoEq1pTol8miyB+DRZcolPXiUQX5+RAmFN70y0pncmcumXBNLwtQxGPA2XqjwE8TGCiZ7Gmi6tsaZLa/gYIYH4GMHkVcPHCAnExwimyRo+RjCQlosR0jyg5eszEoiLEdI8oLVmiNBaMw9o+bo0q1wtX+9kRajlYoQ0RGi5GCENEVq+GYexXMfHCAlkzbii42MEKw0dHyMkEB8jJBAfI1g96ayZpnR8jJBAXIyQRjAdFyMkUBIXIx6CuBghDXtJfCOYBOKbpli5J3Ex4iGIixHSWJlkzYSYxMUIaUJM4mKEWsoTFyPU8d3sbcgXGVyUUKskFBcn1AkS6q9J0a8w11DQknxgMZgNpswcQx5GmoteyDXkGfItBdmyx1fMdiR3rviSUlBgyjTqLUZT/pOLpbn8sVj/otGGNPJwf4PFrM8xZJn1uU897IbfpOYY8QepeDeD2eiHDU8944zfdDaaDZlkszQPgjAVkoczc02Zo8YZCwx/sWgXY1YhPl8u+Z7b6PTnRZtRj0bo87MKsu3/FDSpxyRI3T2x6f1u+Xd+k7vUxjrszu1w/BO9VdP0Dvs3RaI9uP1WPTGIaJveb0VT+C3j9VuSYrWkyP+BfCubwm9nbr81D0WR9Yem9zusKfx24eZ54hPdSvdUAyB6QRZONZnMWcZ8vcVQwH4qbI4vfQv1+RajpSjFbNYXMWAoDYm5MNNSaDZk0Q+GPbrvrLfon+pEUgtiX3Y8eT4DeZL8JxKxVsTtjHKfE4rWTevb7QO5AipTTmR/G+WHlpaHrL16OBBtdhtTMqdOCTOWH193YoEP6uU7t/v1A6EoL/3VDV+UhcJztr1mNO/jimZlDj3XxT4IyaYuSJ3TUwE3m+9pvzjGCe1y9PIRZAFoe6n9L3NzFNAn1G9kr9s1wgU759mtMu+Iw8ZiS0wQuHaJKLRbIgd7Yv71gRhy5IqwWpCDjWmqw8E4OfQ43Cx56YBSITLN8aP3vgwGu9g3/L7v7QMlwRlZz/1ki1KmlR1atDMEqnb8MLv+igymRu57fe1LbmjTpWsLPq9QQPziGP8Fp3eIMnycfw7xQpGXpy8/fjQWJlVu/MeoJbVi/ke2+KiuqG1q8I2y6tbw0uBNYsXyetE8e97lyp980Gcnvk2vMMUCjs4vI2O/ES8u81yze2+9WLL+7CtjSyNgb1JY94n2DtCiT+l8wywb6HHdQe3pFwbHPA59uf2tOlE5r3BMUPNy8Y21Lx1VhUdAtLvr1o+LXIHFsTnaMgif3CUKaNy71ogRJJA9/NDIC2Nmz5sRDRN9Nrx4acIMMfE33Qsvmu+Ig0/t+tnnfCQ4Hnw7ftzNUMmPG6KyvrrwYscoIN4f7aeEr2Z9c+Gi60fi7zOP9N97tRWM3GUp9nd4IG71rTv265EzAo2zKIdZMzPwih5QvfB88Rszq8RpBV3mV5fLIbnN6SXlIQ7w2jaEI1wh3rrTfdDrOiVswG73Wd4CgifpVQNGe7I4l0TCjTJNIAw+LJIoVS+8L5ZviLg8/UE4QMXyjm3mKyB1vRF75IaO7u+E3/kCjctxOew/FWsIGO6GYjq8d2zKYR92ftUWYVDLbV/bXGgQPl3dG3mv9ALsfI37tfvi8ed6f/3uEE+Ek+qcM9wX3p1c12F0bzsYmnfwwed1duhUr+EeA2v8oGwgWSAU7u3LWjesf6WwoiN26GN/YOvJgYQx5MhWka6zKgCOrXzhi9u7Q2Db8CnfJxc5Iueg5S+37hEMh1qTg91lebf1Riz/YfDhmxux56uEuPPhsqm+zqxeBvsBQQ/8pErciGkf3UuOKC/XhAI9/jYvdH7rjEknb/ujxTvff8c9MAwmTo/r+bGLO8Ks/upu2k2B5iunFRCarjvRDDLIAsm+yH68a3j0y2HwJklrcZVAnv55TZVIz52sZPVSqgDqZ/lBQSBELgmBsB9rJo/cFQAD9n6yujc0R7X4zuItB/WqLdp7+26JlP6nAxHl92etwFtPMnJNeG/Ig9Tam3Viv+2hM2/09Yf3U+fk/jJYCVWEBt/JQIuzLdfLIUQ3orMxLgRIGJW5J8WCnHdvTpriDyVzfsyxifOC8RPWtEkNdkJbDo/dsyIjBKgfk1uAiTia4oAov6KUEPOp98nOZ8sEygc7OVp2QL7R7KRg9ZIUiA710L6ZIg9AZPeDeeFAylWT0RItHbDis/U6OaL8vBcEq3A46k87ot0kvRGeKLDvD0GTLrUFP0L7/fdFWi8ZvsgFn3Z8RizQvxPswYa+nNBQ4nZsDFQALuw6GeCibNew0gEZAjCjFsYA5cWxSvGu7JVFPX290IeBmAGRbSB8YcM7k+suMJ2a4I/wtYPt+jbgTw1HxTWYdvr9tSKVicwooGmx1IsaQmhPGeyvih7ytjIS7l7Wr/xuixMsWYxfAc7QnRJECWS3ud1rRVKVa6/WMt52CoPmY0iky0Wa1+KTwtH+ONH5EcDqtRk0+yoAR6BczCTEHB8JVOc0nrD5esFW352eTPfSIwFHd9iVk3bw+hGygAyR9KZ8HQG4qiZWbqwVaR7PtUS7+72vmDcgGoiKHWr9u4DJgRkSgDyubcNKHwW0TziUi+fOTMVK0iBWkI97RIM889eMTs+HQPTkuTtGOV8SaTqwv7h5YEYEwwlC56UHBGrfFwmtiYCeVQKtkwl3mC7eiGZ9akQYONd8OGLz9f1icQfSiIJBNa6totWdKpGWWekZgfqRpQAVFaJKkaioz4ZbAu0bDQqgtL7nBbG08BpEh/QWbT8fGir57wjd2jUo6qtrRcyus6/4KWHI2/twhryA6ZIbovlTRwHxVu1ZJlD9XSaDO7lY2DUR8O34a5Hx0Uo4S8IwtgVaiL3QjAqAcXtWBMbVK5he/uiCSFmiYi/W/9opoTSCVL4n6m/BjDrpA9ip3PTkVvBWNO6sWG9Z/2sJVHfdzgsHNrXDLcwd0fws8wC7JU6YoXuFu4VEqRxRp+evfl/SwRfa43bvuvWqwOJRK6wtIsrmDVS/Fshg5qSTmwcV2iF6vvNugKPxwW9r74tURypuCUxPvSGdBqRSXD062eVMpgeaTWTQ7Ae356XhE7vAgPakkn0Y/4+3lOquQaT1vcgLjcXd8GJbT1iU7zUdutuxPOtsEe0rL3tDEQ6bU0kQUP74OKKaeHzg8ECgehAdBAOPqrDL1QLNe69gsCUDhahg9TrxpjBP9rtf13d8AYt+vyi5Er5LJ5POGZFkSXPfF2g7nR8EL1Ihqheqo0lmg4GOCc7XRapvfn5o2aqwHfejwgB3adwRrogX97RYlqD0QTQ/68NZXS21QUvGkSfLRE1HXBl7FXD8X/hVoZT69jnhkmvxp9M2yeG1ruKrIfcCoT9h+TAvdIrI+LVWzP/tNSKdVVPyRxRYzKa8gieHukf/TPbo97K/sKn+DYDdMok=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlclNUanmHfGdlVRNxSM4v5ZoWycwg1NbumWC5pNg2DjAJjs6SYaWppi169rl2X0haX37VSzGwxz/l5LSy1XEhR09xAySVAQAGBe5bPRON34UzQX/LHB9/5vuc753nf533eM9/Q6QXbsHQvhULh8COHJ22ZFrMr05I+mo7Q4cFWhzNdeess2WnLSqVnKffG7o39TWND7o21+NiAe2P3xu6NCY6NvTXGuqLHrbPHbNlpt8/otYH0fjU7alJpY02227JMTqu5mSCdGEhiR607IMGZNOyoFwNp3QHpBtIxyZDqQ36lWrPHk11JUxg9w2iEMAZ2NDJIX5vrhWZB2DRakWmMDKNWu4HRiGASOSZBhE+i+/M0OwZ8VTynOiGQmkdbai6jBiCt2EwSX57RDZBGI7Q8DtLqhWbSuLM8raBWG4C0za4jBuIFq3YLlOgGSCMWCO4NandAUoIbII0YJ+4pUrP9oQFIK7Y87iqS5AZIK7Y87hFSs32lAUgrtDxJNhYhlcsgrdDyJG4sklByZZBGyI0k2ViEknsLJGQsksad5Wnc8AhJ687yZDcSqlxJ70YDkOTGLqRySRaskPY0CW40AI1aMBB8P8kwzdYr3xnSMV2zlcc3hgwjtL/hidU1u9Rv7710Yp7Co60Ta4IyI7EthExJrLHzfqYT65xc4DqxfiZHT6w1ce/Xi3UZXhV6sVLiedKLeT9XuF7MxrnE9WINgytCL+YpXBF6McvjitCLmasMEvNJGSTWz7j2DGKtSQaJKUIGiSmCq9wgpggZJKYIXhoGMUXIIDFF8HoyiClCBgkpQm5NBiFFyCCjkCLkfmYUUsQtkJAiNDy5RiFFaHiejGKNnYfcKKQIrRw9IUVo5UAIKULLfc8opAgt9z2jkCK03PcSG1fEMFemxRFNLzgtdovNnGHJIkB7Tr9MS5Yl2+lID274wHRvehZIDskOh81sNTmttuw7H5Ya8MfDhudMsqTSm4dbnHZThiXNbsq86+Yg8kdKhpVcSCGzWexWOt1d9/iTP/pa7RYznSxVRRE2F73ZnGkzT5xsdVgaeWh/a5qLrC+TvjO0+v35ob6M0XhTdpoj3fOOmN1+pyL7g07X+rRDmqJNz1Kay9dfhC8rllvvGeRNU+sTDm1Rwm1ECcu7ItlZdIbWJ6xqUcJhooTlHZ3sijpj6xNuJCd/gXAjemmCsLqho+sSW59wIzn5C4Qb0UsThKWG3Uif0PqEw5si7I5Xiyda07Ch6tWtzzuiNXiL51vbcE+gl1qfd2SLClzYs+VNtEb+oKRpfcJRLUpY2LPlvbxGL39Ebn3C0S1KuBF/aIKwruE2RP837LtiWpRwI8bQBGH55aj8YkfP//9LiDA95V923bn/v+veJr6k/D+r/vMnCvndmqS7C0Wz9Ywp02Vh3y8PmTTJ5rA67/6sQf2dBivFZrOnWbNNTouDf8NPd/5DXaZsp9WZk2y3m3I4MI5RsLvMTpfdksYuPH/7vK/JaWpkhYkJ/FXonSG30Ev0/+no6IrJq97vkuiDR0VvP6g4VQVSYi+d1Y8Ox/vGPrHHtzYM9xyzYFdFD184dCK9MxKf3PbatANb/XBd/pTi+9RFIL+Xpe3ZkdH44L/G1KUkReApgV17TJ9XD85Mjfjk8bVt8VLLG+axvwRhb20b/SPfeEOPHd5hETPCcP6Kog7rL6rwP10vtg8+fQl0OVE1fcK0dnjNm5vPFC89Dib2qlx+cnE5mo1/WNvv8xL0fOGBzieqfkO+P7Yderx9CVr59Hv/+bigEDn7L6n0GfcG2Br04qa3T5SAn66nnvtoZQHwLYka8NRNjBifdp5Q++p2OOvsCVBQUj5o1Jw6NMd45NssbS3KnDL1owdSylGP0MBt66r88MDVr963a04xYtNNv8Hj0e4aWhzj9UxI712A378PrNodv9meUQG+/mK+T0lUPjgaVpb8U/pJ4BMWAb6LjYHt8LPxyaWFIHVZJ0KxCvw6ZP7y7GHxmK/DA9KnxF7KRdXTJ+xwhkfDj/4Bw03/vQL2zRiAXlntx8894zCNwtzXS0E2A54CD0/68Y1Dz4XDMBaYMtD37cwLNRsvABafLztgEoQMxe8+MGRnwr/vj6lA08o2PzVxRRvYXe23KXZ0AfjmXESH7wsD4VfH36q1XI/Gs87mvfP1snKQRZ5Seugc8P52gXpy7yBIs/jlxHNgw4gfpN1byoG9KrR4+6fRuNfcqGM/TvaFo1gAS5HylIf/Wx2voy3o8ruPbPKDh3fQCX4G3h8sSlLuD8HbImv2Xv2+GiUt2kuYeeH5Pa4E70wIwG1pOHODIVtWWhBeRORTfaUakaTFOI4eQXy9VWD7CzOO9UlUQQcLcBHwpALbGQ67U6H0jMSHFHQBCwBNX05eCTBJTyfc3zMU06zhEwGQpWuVEt+gsthdj9j6Bvphro9SdHxT9ZisfkGY6W9HHVqfk9czadFNWSc3wLJcKqxz6OXZDw1eF3AekaAuzfcn8RsY5NFr7lXwOS2HUd5wphcJ3PZI/GjOyA26/dVg2Bdxr18aeh59uoQUQIcwPIaowbxvNWLhMsdhkvXFMbtj4biee1V5X1WC3NW/r//uiWuch28XPCQuasKTDgWkV7+Yfxw9ThNgaA/HZn1bl/vyIVBC7ja8GQJZ3HrH48eYAIrl/NYAkjz/qvgIzj+2ENR3qq10nT6L1q0kws3tiC8eI8Q/VsHEfvTJ1ehdOr3BBy5OUj75WnAeOHzqdODi4gjI4+SN27IElCAW12fr0bFxL5ElhuLIeYN+89IeBES8h3tZyoCG/mz1hL9kKGwzva4Bro8zch4jMbuuCYA732v30MkPPfCOZQtDp+rrEI/ndcDq7IoKs2nficRx6y8OeLA+GLJ6rIvAC1KdXZfP8MS0zH7ZtpvXaV00JsEljhXNeV1RwA6j0x7+NTQWx5uvjn7s0SI5XgqMiUwfyK9B3VweK/zaXwS7tzyY/YHSD3I9ngFMfmEKTKNctrkIdP3y5tzyEz8hqeiTbudnV4BSKgvjIZTMJqwEawiNrj5tIVkMUcJRxOepBGzajHjM4+8P+zFBFQE1FdDwaEhddUyoAvZmBhMAWR0Xx2FmG+YDvM5P7UHdfGYuTXkiHKpI9XleUMJXPvmcRLIQkMW/+9zGOLyS2ugeJeR+pMTMn2a3gf7kcs+9RWjE5Ye+7h4aCK/7jHtncGQ0ruxBDN2lgP5Va8Zv/a0CHHmG3LA+UK6vU4jXeRnPw8dRmD5FlRcs+/9RuY6rUcFMR/8lLwVA7rdFqLCs4yHbuOuI2XGMCt6/MfxA34LLXBeFSky7QP/ZnpD5bM4F8POFCb0qj7bB6wL6k1RcRas0739muOGHvS7M63FlfxtcS6J+dKYSU/pvZ9ZyfW4PxERspJF44p/9MzpnTgmQfysxr58QuIV0j9x5gZjpyTcYG95MJpURBlmfKgjBfJ1VKI01uJNANTLxsz0veUDW/jxKEc/HNcQu96kDg+kDuqlgzRhaeDcBe/7gCAgZsXB4rA8t+IPg8lBS8BOjYD2VzYFIXGhae0T7+0W0kLhpp475oEpNBPRhlKzHfBQ7jTqVAp6n5QqCMGt3vp6Q1f21WsR8ISkYs3q2qKAntY2rlWgYNT5TJOb9Zj9YXr9wek27eJxLZXyzPaxJosLxgOdomcZXgg+UpOGWd5brpULu16WI+0x7yOyk7Dw/zwviOtrQUa7LKsDz5QG5DiMg85U1h9GDC9fcUBedRrvmrB/xQ1kcHkQNsigMsvrLuoS4XrxgBS2XI8fA4o2zhg5cHQPZTjI5e7zDabdl3bWruv0vjre/LW5kTPofLoN2Lg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3l4jNcan8wkmckqmey22mnVMmsSS8/R2EstUVrrjWSykGSYmdhKFEVLqxTlqqpdqaqd0jrHXlyKClcFEbvEko1suGf5pkLzPMlJE8/T5/pnku/M9/u+83vf3/t73/kmqTvU3DvaUSaTWVXkpbs53hSZFG+KTqQrdLlbnNUW7WA/amczJ4TTo7BXa6/W/hFr8r+svftsrTfRerg7+aWj2ZIQER8WG2GJMcXRk0q5Vo//s7XOr9Zerb1ae7X2j14baV9jk8yfzv+2OTHq2RF9rws9X8Neg8OdyWt4XGIMGYXKhtA1rV4co+P3aW9OGloOjJa9hojcRstvEyJ2G4YJFbmPjr0KQsSjpmcYjbYCGKG9GThGJ47RCu3NWIEYcIy+pQgmmPMRug/HaA0imBB+nwpgtEYRTCi/TwUw2nJXNrtDS0FCJUHl3l0JkLbc1c1AGsG8lgBpyy2gkqByVxGvU/5DLOSS/YhFj5uJRix6HKQXA3E70ZfbGrh+OEiMk1ToYtGTqlZsexykF5ORVLeaCoD0YvXEK1cnJlgO0gttT8uLUFchkFBpaKX+X+5uUQKkFwNp/wZISLBaXUVCrquAyrV6wR7IYq2rgLHo9BUBGQSN5dk4pK/ACGUQGgU4IUO5k1QCIzTa8BgYKjBCGSowDhmERg4JIzQ+cI80CH0w4G5nENIB9y2DWKPlFmSsSEs3ihk4NwajkJtIjdYo1pS46IxiTYkryCjWX7gcjGLdmevBKNaduSCMYhMHV4RRrL9wRQQLKULqL8FiBs4VESzWX7gigoUUoeXJDRZShB0kpAg7SKz9cRkFi3UyCSSkCDtITBFcsCFiipBAYoqQQGKK4KURIqYICSSmCAkkpghehCFiipBAYoqQQEKK0PFyDxFShAQKFZuiJJCQInTcWEKFFGEHCSnCDhJShI5bWKiQIuwgsclQAgkpQhpcQ8UUIYHEFKHropDRcUJMEnoJJaYJO0pMFHaUmCoMEkpMFnaUmC7sKDFhGCWUkDL09nwJSUNvj6GQNvQSL03p2qDfo1oD6Bs2k8Vkjow1JRCkZWyHeFOCKdFmjVaXvGK0Ez1yIy/trFZzZFyELc6c+PzFwl3/vFifsSNM4fTkPiabJSLWFGWJiH/hZPoNblhsHHkjjNzNZIlTkoUXznEhv7SPs5gi6c3YUVi8OXL46DirqZSrdYyLSiIbi6dfJPDvg58/R8moxEQkRlmjFX+JljS9SoOEIbjqCasqlbBcmLCh5GhiCKl6wi6VSlghTNhYctgxhFY9YddKJVytooSlzzAtq56wW1mEvSjCnERPjiwvb09R3tJHKWkuM2qqnrd7pSbaUTjRwfaWxAhrq56wR6USdhImLD2VlpStq3rCpYjw7yu7lJZXBm+NfYpgvPVVz7sU0/n7vEvpfGXw5hWtlwRuqHreXpUq8FI6X/kIS8+sjFVP2LsqEl2KL5Zh3Tr7wMt4v4QpTF0VvEuxxzJ4a+wjO+P9EoYxn0oVuHDLkp5K6KVH2i9hGPOtVMKlTDplEJa+PwyVHvNWPWG/qlB2KeVSBm/7t5nSk+qq5+1fqYkWnk302pK9KvglDGMBlUq4lEZQBmFNyV4V/BKGscBKJSz0qODZn87Z/6rrhScqdGCilw0zmy1RcYkRNpOV/40j7Qm9kiISbXG2se0sloixHFibRcKSFGlLspii2Bv/enbcPsIW8cKjHemZDt/J87sz0TPpv4HQ1QLNjQ0No+Q4u91v0Sk3lbhBk+TPfhquwAM2ocwlbRzhivo/FU+3yfFbt86vLxxYiMyTHA9+oXHA802fRA5K/QPhAXXaZUU64E9PX0pzm+uE73rsafnvOwFwUGpHxZiZKpxcKySmfZwzPLPoRq01t86AcytGtHU9lwfuh3ToZClQ4FP1LhQkD3uKFnbz+6zrna0os9fO2lMzHqCMdGN1fMENtx5x4pPTg12wYoxbgyZPHOGotMXeq365j95o9eWxiZ0V+NLIGbOuZT9E739nON763Zvgtdz4vhM2PET785oM/GLfTXCxgfOk+WE3wVtjyRndlXjZWT259W3QLKxmRvooPzx9Tb+j2vbOeMjrx7wO73LA+6bRBX84t5VD94+Pe+MhdGNHPWBMys1hTR8+AqNG1vBIa1YE7szf7D5y/XW00RI75+54H9y78dJPN15xxElzAx37ehaAD303dLoybh5q+cZan5PtH6MrbnPXTu51EYX9EEe2nA8e+HfuWbxQjrd/PP7klg9kmATdpaCOF6Rhc2ugxv5Fx+4dCVPCcYdfJ0ydICF3ak6qDJ4/8Sj86qpilHfh3CTrND+4vmb/qNaXnyJMsvXmmWIwqRFloMajm9UloXiCWiSucPjZ6THoQzfYUgWX3F9z6J3gLPDImTIrAlEsUTfB+pkXYmXm84AEb/vQiTkobY/nYl09dzgnuajViBOuOO+nP2Y8vi7D1nNqIpViRKLj0ePHfPT4YRLJyEMU/lXdWUkj3fC24Px9UevUePFyIpxOXrBhknyRqkaalA85Znq5qsBMd9cKwaEE/Uc74B00pVeXbz5qVAiIWMwPphYChld64gdTj/TZ+10OWJd1uvvQk37YSsP91AuPM37/Vr8Bcqxe9cvegBv+cMy4VW+G1byKtv46as+31V0gMAze1aWbH55G4SuL0Ued0YRaIXfB/DMusfXWe8G6TCj54GT7/z7InaHGU2ka8vxh/a4fTmnh7otnL83X3GiuwiyPu2pBptexAZjl/wd/+CSs8G4GTgH09G6r5ZDxwC64wYKns5OLAuAfNcZHaFP8pDy64UwcWr9rkRveQlQzc4Aj5vl3homU/mQFdlb7gkOpF1FQ+vsBO3rJIJM3cMVHroOVl/co8LJ8GrBsFLH/96amIBlu/rQuDT3i9VqMch+fGXN7dTUYea//22/dkuGj2gObmifeB5uu3CZKfQK6MEAG4HWej1gaowNwcSDJqMUF9xq+aPTi5Xnodmdy4gQP2Nez2eZv7vtjrhdPSFm6HvKEoB91BgfI9eUAPwjYcUp2KRMMpDbwn7uIlcfsHJSV2/WDaTtlsOXuxtXcDG64j41EpqcafuNNE5YNNjcnwmzjDLvnzAq3rXSR6uAg4vUrx6q2X7/37fdFKJXIvOO8NJROaYx0wRe30ROdeF12rQmZvdxX4lE9avsPO+6BqSo2TfSHl+ZOn9o/XInP9s1ssbuxG+xO7cUxDbHtLb0HatGy+U0OGa77CjTzsenRtQg5PLasw/acCc7Y29jml95fZSG2vwaXwfjsjT2HL1JifqzEvalc950AxO3eCJx/Em0i746u6YzzSXV+fUCJ6VVzPBWQ+2MOYr64zo3rakMG4vE7C+iu9N7p6Oj+t4kzpACm50ZzEZNFujvm/nUbMP9dHIQTbhatzeqt4PGcnYuCWEEGwtuNNKr1qWrMfGqUNyTJGPTOr0VgafUW5BIZoOfnCxLVUzLRateODZMm+2CiepKgfH4szwTLYrbcsW67KsU/B+mofFZsQru6uMubKhWQ768IUdWH1lfhdpPTDy9s7Q5JkOrOMqilOlXAxtR+ujpCVsZHVJD5dvItNJHaiCoAcj+V4WRmeHmA+4o3jncpWBqzJRO1fZN2Cjk8WIc6qyuk7qX2RSCE2sq/7oHC5GE/2+buRMyfPc6Bscz4DyFm3zs9od2HLsldZrxG+hLz/c+9MNeRD56aQRvMZUTtwX2yB+btwhdf861FSq0IDaKFTfqfnN3WB+8kWTj8vjfk/nUK8XjmIRU13t1ekNHscx7E0vDNV+IAUtaBOWpI3XGeKRfVOW0eojzhhKst1i3fukOFWV0jGUw4+GTzh9kF6OxBahxPpX6ngNxPTqMDNNxZKqmfZANW5i57ETEJUgEyOJq4XItBCvjJ1P6//3xVhRtSmcx8AK6fJA31iQw2IG07t4Ya27b5FR1LVEDW74xZgO5+UooX7siMORdQmc763RufmjPwSdguNeZ9JA140u13DsRT8NFlHYw+WL98K3F2B8hsf14AblLNbdvqUG/M9eSKW1HjNPvBb9vQBF5EzFe7yjHLS0gNeD2Cdt5UNIgRL0T1SJZqePjB6qxA9gNPWkgL3eGKL0liD/hhWhXGNs6Y9c1TSsjohwZh1oYX5CFavj0+94Ssnzv5YFaWC7IR4xOeCp6S6G7sWQ3mEZWHnFVAEzPWvWAlHT8ivSFpSksGv35bimu+NB/4Sn5cCFi5QB98bcqS4+t6BMGaxM7fG+GFiUmQW/rhXszgA+E5Ok50CsDf/5bSN/O+msfhRzVkc0EbH8zmnX4umPenOpJf+eCrhxfu/spLhtfcooZbm9erKgjfpeGv7okXHyAF8F1tqGQFUx0z/zYGQbILMlJsAXtJWrZbXSCT0+NA+GNDutNMkELaW/yYArB25bvQp64fZGXTJx3x/vYY0K47ZYkKN53uf/7EDj+ObxuEB7/zq7Lt1wo8W0OcaYg/ZvTeU+IzTWnkLiPmd5O9pPz4Y/7Ti1//TDWoZA0tD7Chul1ijNVmMSdYnx9Kn/0Xz59DsqaUNe3/AGHqbgc=", "1: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", "1: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", "1:eJztWntYVNUWhwEGGYY3iuYrzVeZygzDwFS6N6GmFj6A1FKzEQYYBUZnBhWvpvbQMvNRmWZmZZr5zEdqmbl3mKJ5tVJM8aohEiiKAfKWx92PQ6bx3dgnp++7X/LHYc4+57f3Xmv91m+tc2Y6TbBEJ7g6OTnZWpBDlCXZFJeWbEow0RE6/JTZZk9wbjyLsFtSYuhZ5L2xe2P/t2OKP4wNvTUWTfgfoyYfBlqsKcbkyCSjNdFkpjc1Mdewf9jYoHtj98bujf1DxyY1jrGu4DfFfNySGn/rjF4bTO/XsKM2hjYWEVZLitFujmsmSCcG0rJjqBgoRM5KHKQXA+nYMSxGSY4x5tRE0l/9GSRUzjqhg+mYTiuykJ5jQkQwYQwTEs4w/S1pE5qN0elE1glnGK2Q4zgmxCCyN47RhYqsY2AYjZDfOEbb7HXYCsH8X7gckEEIpOHbC5YD0guBtBzUbDL8DhTSbDbw+PB/YitxkLbZseVLcJBGDkjMezzNNWKO4CBts7Xh9yCx7enlrKSX43K9HBqFyVkpTA73wuWsJGmRmMsNchzBQTqhdNcGy5AwCaQT8p5WI2cljWCV4UzlICGF1fLMDRHbnlSghTRCqxesTgwklUEhGmkNgv0DWyJYsIFgII0MlodoZdAoJERGcEN4cHVC5TMkVA5ILygsvEWmY6HNTlzeITNMs5nHe12GEWonOYVCZbRFoWLqxWkXKqeXChUTV8ndYtovgcS6NilIYl0bB+nFujYeWr2cZkUvp4XQyynsejmFXS/GCK6TejnlVi9Wzzj39GJVhtNIL8QIqZ6FiRV27r0wsdIkgYQY0QgSYoRUz8LECrsEklM5w+RUzjAxRkggMUZIILEqw7kXLsSIRpAQIxpBYi0EZ3m4nBYiXIgRjSAhRkh9R7icZiVcrFmRQGLNCtfycDFGcJBBjBESSIwRvGoYxBghgcQYIYHEGMHrk0GMERJIjBG8qBnEGCGBxBjBFdYgxAhd8GAXJ9oiCVFCp5FQTXOCfpVmC6IX7CaryRKXZEohSGv6gGRTiinVbkvw+f2MCW70zJMcImw2S5zZaDdbUm+fLEb122Sx6ZNNMfTmWJPdakwyxVuNyXfcTL/Ei0wykwuRZDWT1exFBu64x4N86G+2muLoYjG+FGFJozfHJVviJk0z20xNTDrQHJ9G9pdMX42bPf44qTuzKNGYGm9LcPmD0xrf+jQ2YY632/vP7KZnkc01uAkv/m+DG5/lpbZO63iDfe6qwX7CBmtvMzjE8Qb7OoLZrYTtlt6cSk8KOsfb3URo/kKgm6BNswwOaXz2cLzB/nfVYJVMg3USs/WONzjAEcwWt1vXWCWZ3WGOtzvwrgbaU9hg6XWWxOxwxxvc0hGBbqLyNc9uScIMjre7CZX963YLK5n0zkUnPf4GO97uoLtKcOGmRDJYem2k+RsI3vquGqyWa7BBeoZxvMFt7qrBwn1245dV0pcNf0OffZ8jUllYuqXnC+nVq+5vCHRXR9gtTvCw256ZDXc8h1JJpBNHWizWeHOq0W6y8R85UekYkWZMtZvt6RFWqzGdAzswl1jT4uxpVlM8u/D8rfP+Rrvxjgdi6UmYf3dy+/5M9E76m2o6Gntp3XvffugGE+hfvgouUha3GrQkEM80ap8O3ugGxz941DfzEQ8YuPWJizMC78OKfW7+geAa2BVWlRG/sRaseziy3dU1AfjhrJX57dfXgmEdWk2MsrnBQcNrW9tG+eGx90eUxP27FmwfPmnltHYKaF2wKK90fDuMx9AL18C6r78J6hZTDQahWe3Du7fBngO7pilW1oLVv64/9GSYO8zc+8UbymIl/jr6nU6LylvAl72Gffb2Lwo48oNNW86Md4Z0mdP+tagqhhpSDw7Eb3w+NroEOS194eYjk/MQ378SR91YFGNfq8DFrxyJ/ebTLPDSiMHvz+mmhPpjjw79cWkD2I6urX7s4XPgxdzMFV+9o8IF7ddfHtS7AqQcrN/xr9JCVFaXNf1KtytgXvhPB1N0OWiJZlqvTh3PgH7poz8NPVYNJu6zv9Xa9RDy3h/87kOtb4CkpUUzQeh+YGMfKsFHiTsLbbsKADUzsX8lutJN02Jzu1y0++WZP+x85iBi8JGXETO/RQVgdprKUeP9L+HvPhqwuxodbzPibNuZR8B32m+3977uhaNaLhxS6FqBdvRO/dh531XE/Fighq8nF9zcUFIMgrKPV8Zcygb9LmdvrhnrDlN1c/bAF6+jCGZoPVgVsubzsKo81CZ3dNCeHw+DxXmlHU9YLqJPR9EV8lFsdPcPX9uWjUj0Vq15YAM48gtY+3O/Flj91oYXRwzegrifitHTwQ9tCBiu4vHtmIuW+szQb+pXCh4cuzijvEcNICejxmwvAac8kjonV/nBTd+fGnmtjzu8oPBY0DGuHiwzvRo37txlZJnrenCxpgj9YvzoJ10fP7i8YQkJpBK+ObY+siZFCVNGztq6e0Jn3I4R9CxgPDudhyjLxh1ti9/oUeS1f5srrlSOX/FUy2voQXIa3EaN9/zodEHxmgL/POyN5aknfKE7ofnwmUo479mT+y7F+kJq5cUrRYjxpEsJGPCEtdrnihK3XpblkZQbgNnpnjJAyEJ2Uo2C6MI3VNibhunVA0Dnp3/s6+h5gMfDCTNen1TDpz5RkZCeRTw/nDDPC2fI6DlUCae09crptcQDrjj/1vxXzjpjFr9EN9hXdfrjyX2d4dxuGfPWj1LB7vTfd1Xgub2D1YpN3rjXjvdJhtSii540EFWIRjFjrR88TNi7xKcMnZpOGVYHpnt26fHCQice99z7cS+Srrn6iSjZo/rDxJ35gPF1dFsMA4wHTva8CJ4Jop5yg4SU5V+eVWDOKxfI0iDYGT7y5tHZg9CvUt5WooVfTiIzXZT444aLadp6OONr2PDAkJsqOIxNXAMeZwRUws0ka6cOq0ZMD1blA7Wi5/xW2VWoPyXsFT/86OTjr564cB0QFSGR8IRdKAEe9YV8fn9+/TlP6ET/5nhBZv/SdnibS8HCHkUHwRgSzsD2ZYDFrfNv+oMyyG7dPq7ncTUTPxM12/qEEvN41oMFJPrLduSjyjxKvEq0ItWfpJwKMzdNVGKel6+jKJaYLtI+PHBWTxPZWjGoTMtZ5ddVDas1+Vu75ikgz6NMVOhKmaGAHWiazFZCNl/hTsD82OCLuU7VAbMTZX4l15MoD87j4BpAWbxwSCXi/igEnKfZYCoT2hJAs/xEVCn4gabTV1fRhSk0AW8Clq5fbkZEjIgnXOCaAbtv1GWVgPO7qOBUIqp+GfOqEedHEZo83p1ISwbyY4JbD3j8FJgkLVHGGsTzuBxtWDuURPQoYmVAGYDzAtsTSahAZ4rLhjwzLw/tPbugzrTHH35D5epGKejd0KmuIq1U0nMvSMSLJG4e6rTNSpTRBSaeKpjYs2I+IipNFr6APuua99LqY4Gw5gWqqE6QiHtpxPe1gOV/rwBIJstZtVQNg2lirXODfB4/yOPnCam65WZeB7xO5SKW34FbADN3vTc8eSGHMKYOMXcvLkE8z31h9BcdXrk6IgctJtm/vKEQFS7boZ6S3BKyMjPVDcaQ8pM2xRVaaAGZ2wWvo26I9Ia83rnCvu89TW7thGeB0Of2HnGFjFY13pCI/LPxbTtjrp/Z6OXVxzZ+f+oG+vzw1P0frGyPo1kg8iT+FSOSDMcrTwbhA+U9iMfLwJ4Js7P7pudz3sV2wOX/OT3XNtANG2gZmpOJPHd9kp5p9sPESQmnCjwlXSxEo1mBcMfcHy6Y+70ejaAb6eyDMS13sSr8LpWLGh84qWfF8vMBKq6HgQqeFy4t4SjCqu4+rnAcK4RVKH7cuYEuVT6wgcjBtuFqyNbtHgDnr6cFowZRNb/+bCU4l0Q97AOLyDJZKw+htyuoINcBJmsqf8j9cR5NpzStzQTMf72UmFSH6TNMQbgPlR23BmncE3csSx4563ogplnx7kNnAF/fEzNdy/DFR4g77+tTB2awQlOPdqqnbH59jBpzHhUiXgfr0YaAH/qfKXbBrMxMuwR4HTyELk+kDnDHLM4aX1h6ImqC7+gSvv6WWhRO250cNWxJ6b62QsoDBW7b53wX5VxnabwK/EzpRfbTkbDpi9VumOtfMaLl6cnDgZDrZhFiPWlEaqLNbrWk2G5v3m793P3Wz2yaGNP+F2nTNdQ=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW2l0U9UW7pRO6ZQmTZvOhUIRQWhykzSC3lNbkRmxpQgWobShjZQGMzDJjAg84akgymNUEQFlFJBB7N0gqDgyyQwyKCBjLWUoCL57zrl5FF7Xoic2vLXe6p+s3pP73Xu+vb9v733vSlP6W58b4Ofl5WUPFD+6WEvNhc5S8wALXsHLnS12xwBv11GmwzooBx9lNaw1rP0frXVrWPNq37DWsNaw1rBWL2tW1xqZIHxcR09Zy4ruHuHvOuDz08mnNsdf/My2OvuLI0jdIDoCybGUFdcBoiWfHBsEr6XrWTA6gtEZWdhImAyW+3BuYPSUT7obGKYYGMiniQ1CbmNgwRgpRusGxsiCyaCY1m5gmNJjIhhtnTF0VxRU52BTBVDx1FkINM4UVOcwEBCVdjrb9ihIW2cxEBDHGPEaIEZOenfyZGAUXg0QY3KN7iSX6pVj254k2DobsAaIY9qeVlK5W6A6d4kaII4puVrqJ22dm0sNEMcUPS01obbO5bgGiGOSkVYyIZMiJBDHFnLJhEx2d4HYOFHn6thCTkEcU43QGv4GiE1GRncCYXTD7toMNwqLC8SmCJMbZdkFYoqeTrI7k590knOZBKvTu1FYdAZG59LZGK/pmcYV6iY902QoYZjGLxoEPdPgLmGYJncaNz3j1EowboygeqZxUsIwjYbURXomHVCMgUkH1EMGJh1IGLYpgPrOwFQWXCAmh0uzroHJ4S4Q2wRK26yBbYaSQGzDJG2zBnemaiPbrEtNbmQbJiUQmyKozY1siqCeNbIpghrQyKYI6iYjmyKoNYxsbZaq3OjOBGpkmwKo9jLY2iyVUQbbFEAVkeHO4JXBNjpQRWS4M0NlsE0BUvTYpgAJxKQIF4htdJDyxKQICWRiUoQLxKQIHVWEiUkRLhCTIlwgtrmQas/EpggJ5M5caGJTBFW5yZ1h0sSkCC69g68Xbr1MkuC0EopJE5xOQjGJguMkFJMqOL2EYpIFZ5BQteviOWep2R6Nv3CYbWZrYYl5kIi0DX+61DzIXOawD1DUvOIAGT6Six+Zdru10FLgsFjL7r1YTvB/LpY7fLA5B5+ca3bYCkrMRbaC0vtODhH/yCqxiF9kiXcz2yzh4sJ95wSJf2RbbOZCfDNylFVqLRw41GI313K1dpYip7ixUvxq3+Lz31cLIFSKC8qK7AN874nW3cFdegI06jzPN6Je+fqz8CXt3ljzQdTIeZ6wol4JBzATNtR8HjbqPU84sl4JBzIT5qT3JtIw6HnCynolHMpK2PXqUMqw0fOEVQ8ijE2eZXXikwvryjuKmbf0IlOqXRme513LFv9GomuJ4gMIc67GTQibPE9Y7YlE12KXB/CWXsuZpEchz/OO/h8n2uiatQjhdM8TjqlXwsxWlsZenZRhrecJazyh7Frs8gDeUuluLT1Fe553rCd4M7csiTAnvXJ4CFNYXL0KvJb68IBEm2oOJRkPYQqL90Sig1h5S28MpelT9xAEnuAJ3sHMvKWC1lp6veF53ome4B3CzJur+XjFPQSdJ3mCt5yZt7HmczRnuO99A37IxxfOslptRZayAofZTn+Thytnd2dBmcPiGJ5psxUMp8BEEhKbs9DhtJmLyBf97h5nFzgK7nvxIb3xoL9Uu3d/Znwm/ncBvDrndMLis+3VaJWt5K2LI2NhctXh/eOuNEZl3Nj1aLwGtfHu8mpoeDRca5b/xtZ1jVBVad6oFUPUyPuYT9A/kjRw3r4u6tZ3TdFc3QdrjTfiULbFWjGxgxK+CXhiTo8FqcjwyZM9X3g5Ft3Junnx/Nh4uP5rwfv7uARUubtL/4hZauRlHee3/Y1QeGmzY0bMtkg0runW1xb3lCFOYWj7xXORMKF7h3ljT0ehC60+Twt/XYbmjRVPOBMF+hc3dQjx+Z0nOL9Y9GXRx/1yd0fAhpW+Z6aWRNPzFoeg5kuVO7MPqOFARVXHXv5eSNujdfOlOWo0c29QSaPSeEjIKM62rIxB5Hbv3OZXPHNihOoxBSz9sCtSnohALcyak89Hy2GS+uCP13NSIWTG0vHdgxQ0Dp/9Kd1fDoN/nLz72PHb/Cc//Zx3YWUsWtnk1wnzf1DD+l1ex3ymJKFXQ7utfLuJEnWJmtrxXLYSxE2JO4pA+KqnmoQjebsmTp9DUTA9X4zUchUiYUm/zr+2I3fLkg8jIZqc+Ae/Wrgwv+0yObQXt7liUgocTfUfNzMrFE3/bkx7YZQ/kOvEhsO+PByxSsF3mDy12ehgmtc1Kvj+0o4vn1p+VAhr+em8y2ne8NGcbcmrdicDztYnywNQriP13b/erBIIj1bhEHq85Zvv3bgi+MwOjJv/oh8QWZyMgo6vTGjV+aNzfGsS4EtC/PmThth+KVAd/vv6lb4Sn1hviMCHi1PhZxzuYSq0R0z786ZfBRydj8MVQNL46Hr+4/FiokGNRFEVXuqtBJJveTzqO6tz1NRvwxHVk4Luv6U/mjyx957NhTL0wdOfXbm9N4TG7WIg6vvIdxFfb4pEcz9ovPHPSdE0Xzs0qGIiDuQBfgxO2I1k2CyLVPHtghDdvwotnP44VjqosAByk9D3OJzzlAi7gl8XAhun+Veo29/mt5gai9SDQEzO0JYp1YIwCivoilC+JbppzsQASMPy7RgHJB5wjR9yfK5i0W0lIvEdFAdEF9OaITGpXdEeDSKyO6GCTQODqt9LS0Nj2+MrVgpre13deChYDYfiRhZoe5zkqR4uCyosHFUqzDRPLuyTr0BEd8mRQPbpTAHRXJcztkv+2R0JVO8qwGrtP2aHcGZqs4uh5RcEEqcRShqHr7xhcN+AHzW7vEAUwYG+eWkwtHxBbKs+auRHAIGoqM+Rdr7DfKAVFlxUKJKRAIShzD8Kv+/TSQOFYw4+MfxAAiJ2qzjLf/bqyJ1reingN2z3yxsE4uv9QTBXlJvtrAxe7IQzelAg6Z/kDYtaZMWfbxQPLVOSqkr3+SFah5RINFde2PIEqsOYxqjfkG6J6ubJqLNxSma/RUoQweqDK1JRF2ywvbEIqzK4XRjMOjpj0sTHU9E7n4a8vKyTBhEao5OgaY5s4fTYZPST6KZFLyQict0NCZJO49BfKbevOZNVtA7t94f3pqw68XuUChHd99egZfG9i9r0DYbr/qIyZ4ajPceOy2csDUBEN6pQaNt111v55dGoGBdCmZfola9nfZ6nAuLD8hgkmkiMfDD68JfysLlXlBBHAjpTuDi/bYu9sb5Uj9s0gF04+tY+npTZU/FolBjNqxuVQP0Qhd4vXnPO7oxHR0pwBZXDNJzWihjkwOW4LJDW5wUawNVrfXcZwmXHr0qBhDCxUlfFwLdiFbAcu8kv6fmtdtvLMejsS49eezchHnpF44qlQm+NvvX44DAVOtgXBzwZ8rAwFsRIPrrGk7LwhwrWvFK56tnzYVI/qOCxmo7oQ4HIIjASpeEAPqKARWI5LfjSpVslovqWQyy8kJy5qwmQfMyRo+HPL9H/0MYHPXn24LKb+TLAZe6ZE5V8fjJW2nl+BG4oh/2hVLRLsc4bXRVlYv8qEf22s9Hh6iejgNa1JDT1sBgYbzU6In7dLlcNOGwdz4VKeZVL9V4DtL8paX02n+WxGtWaKCC363OLJ/kcHQqkHoYnSzwU6Og6UeC6YHgjRyyYY8IAV6t1Tb0Bn34nKwhalS303iyLga3RWHGVArHP616w+tmBs4f+mQIa+/7IykwvRPrq1QsC7UcB0n2rBVzFNoT6wxSxq8j3RMKjMfiMah7L/redlwTSDmTJsG/7IG7s9Ui0d7bYyEu8AUeva/fGcCt/0PY7ldGozS/dpr1bdk4g+ftFTs9ff44fxeMOeoQneWrfCNL/1TxmZq4PiiABvsIvex0HMAUCSeEKQ0OJMY/xpB78kAC6basfK1voj+j9FQi3UevgCCA8OqegPJyIlQpE6tfPgbDkq07GKVviEek3tmg03t7u7WuvBdL+Y0tGommbOLeqkBcRngyIXtf6IJyeblYFrfenRN85cUG9yJN6ExON8HixWogA4od11bwTN6rEEInnaYH2u1PCE8H7Fw7+IgxElKiwWwLx4ZteNP/dvAHb/8zUawJp9+tvCBweZ7bKgMw1wxJh+51PRaWf5kuHjVjUwjcCTE8/Y6vuFgcjRfkPnH2TX/vNkPIFvaOgu5jeuSdTaJ3ZFITUL3W58s8ZKuiJG9pPSlrnTlYINO9VwhenVAk7zJFSHALh0nkQO0wAXBopJmh2GtB4xCCS92e9ES7T3Q/dFsQmKt4yjPa/3GBE9NUpHkpwGHrEIzLzZpYV2x026yD7vcPh3f/+uPvzs1rWtP8GlNCRyQ==", "1:eJztW2d0VNUWTkL6pE4mhTSCIiBFyOTOTAaRs0MAqSIE6QoxmcBgkoHMRAwCSpEmItJBBKSKIiKCSJFz6QJKkyL4kBJ6DSEJJQTfKXcegZe1yBkZ3lpvwY8h98z97j3f3t/+9r53JdXftnTMcHdxcbF6k492lkxTWm6mKcNMV+hyW7PVluFqP0qyWbJS6FHys7Vna/9Ha+2frbm0fLb2bO3Z2rO1J7Jmsa+xCcLNftTUkp3+4Ih+14qeH88+tSme5LOZJfdtMoJUDpLAICnm7D6VgGjZpyQGoWvxOhFMAsMkGETYKJhEkftIDmB0nE+8AxihGOjZp1EMwm6jF8EYOEbrAMYggknkmIYOYITSY2QYbaUxfFccVOlgcwVw8VRaCDzOHFTpMDAQl3a82PY4SFtpMTCQJBjxciBBTjpH8qQXFF45kGByDY4kl+tVEtueIthKF2A5kCS0Pa2icodAle4S5UCSUHK1vJ60lW4u5UCSUPS0vAi1lbbjciBJSEZapQiFFKGAJLGQK0UoVO52kBgnXrkJYiHnIEnII7T6fwASk5HBkUAYHCh3baIDxmIHiSnC6IAt20FC0UtQyl2onhKUyhUSbILOAWNJ0AtWLp+N6ZpOaFzh1aQTmgwVjND4xYOgExrcFYzQ5M7jphOcWhnGgRFUJzROKhih0ZBXkU5IBxyjF9IBryG9kA4UjNgUwOtOL2QLdpBQhSuzrl6owu0gsQmUt1m92AylgMSGSd5m9Y5M1QaxWZcXuUFsmFRAYorgZW4QUwSvWYOYIngBGsQUwavJIKYIXhoGsTbLVW5wZAI1iE0BXHuJYm2WyyhRbArgikh0ZPBKFBsduCISHZmhEsWmACV6YlOAAhJShB0kNjooeRJShAIyCinCDhJSRAJXhFFIEXaQkCLsILG5kGvPKKYIBeTIXGgUUwRXudGRYdIopAgpvlUVF9p6hSQhaRWUkCakBAUlJApJUlBCqpB0CkpIFpJeQVWsi465mSZrOP3CZsoxWdL6mrIIMieveaYpy5Rts2YEl79ihgc9UpGPJKvVkmZOtZkt2Q9fLMX3PxfrlNfflEJP7mSy5aT2NaXnpGY+crIf+SG5r5l8kUzuZsoxB5KFR87xIT80M+eY0ujN2FFypiXtnYFmq6mCq7Uwp+eSjWXSV/tmt/++mhej0ic1O92aUeWhaD0Y3JUnQEOC8/kGPVG+niJ8Wbs3lH8QNUjOJxz8RAl7CRPWl38eNuicT1j9RAl7CxOWlPcmyjDofMIhjyNMNZ9syaUnp1WWt78ob/sbRCXRBufz1jzRRIcKE1ZeZCreleh8whVs8R8QriB8jyEs2Rs3I2x0PuEwZyi7gnJ5DG/ltZxReRRyPu/w/3GiDfZZixGOdz7hCGckWriilek3QUm01vm8qz7RRFdQLo8hrHh2Q+Up2vmEI52RaOFepRCWlFcOT2EKi3qiia7AHx6TaGP5oSTxKUxh0c5ItI8ob+WNoTJ9JjwFgcc4g7evMG/FyRoqrzeczzvWGbz9hHlL5R+vpKeg82rO4K0S5m0o/xwt6R9530Af8umFky2WnHRzdqrNZOW/k0eds0NuarbNbMtLyslJzePAWBaSnNw0W26OKZ190fvBcbNUW+ojLz6UNx78N9Ue3p+Jnkn/XICuXk9s/mrO2mj41vzXgHEBAVDv4KxzMUtU8pEF/V/xnR4Do5d02aXdWgXcNnioNdhfnj3/+bX3vGLgg34bbJP/CIbwlq/fi7iplg2Rco+4YbFgPLwtS3Jxg37kchMWauSY7ukvn9hbDaT5qwy3N5ehq/4bG86sU4L7/nDJunqqBprkdf1K99ttnL9jxvppE0vwzDoRUw+O9YYZ2eoR8q6L6L7p1pnULy9gn3HV0q4d84QtxbV7frq5FOddrBnvXc8XatQeOn5t3aqQOznCvXPAZfwTDD+9I8JVfr71+yMatA2E1aGlu6/tLMSruhWvPTbODdzPj6999ZMoWHtvdNGfR24j+u2WpocwuSi5sgsUfLSz06avtqK+z2W+N2jRVsR4o2PKsRqqkrvUXxkIAzfOjWxw/CaKO2Dp5bXnPu4895tv/+hVjLqSaH2/PAbo3cpMxSgu6Ubar8c9ZMo64o0QWPP2B0dfybuCj68eOXjfD0tx+q9vtvnFSw3XBiPdW+vy0Uj/9t9NMe3D3dkFSlCu2yzvqDm38DdNuvT4HnkCiTohegYVJu3NOFQrGNou9m3xwupQaGsYm9T77E3c5MLRZXd7usm15o1dccocAW0uuUvB+muY7vqL65dx6pbf65q6RULUnLde3B10FzHagT6g2dfsjwIpDFZUoQG6i6MHp2rfaEius3nUki7j1PAC28gEvOmrha9ByCY8qef95LtZYVD1dNfwNR28wLUd3bkKdrQhG4kLAaafI6XoBc9hU5M/DoGPCNtuxT7A83kOZ9D/Dt/CdUumH5/sFQAZ9F/NCKAs9j13Fr3RsM7SkNeryFENjtfwdA2ACZ4FYS1fv4urFWV2HrL8EvpsaGmj/q+5gYtlmPu2T4sxRf155zAKVK1enPdqGLD9XS1Gv2/I18TsvIFvFLXuNioxEJgM092ARBNfiQ2BITTsrTRgazGlxLPXBcTkf8FP7nAsikQgCD67ShPjI+/a0pSUyEX0de9OHWvNW4usR9SFSe395C5XGqyv1T4WaBj2u2xHo8OO7rmVUoyoDF66Fg4sjv2jQb3o503hi8Ng2kq/Acs+DpHjqdA1sUDLIPR9P7hOVPjtxTCZiIMUxClML783YxsO1jf+uWNYMLB8XnSHDu/MGjj7uQDwWDCpkWs7FUyrPiF3QFQ+vjOvD7lUINdv7QjgenSVU9iJ2zCTwb1IYOnILMM0OpdlP7nVFx/W3DwqCFQtaIbdoOaZEXN+6xcBnWw1pv890R+mmsakvUnqgsfjb8zq3XoVe5DLNR6i4fuZ7wGd8hd9vjWuBM+LpAk7hf68M5Q4hKtMo+vn5g/bs6QP18BKTIpyse92b5nptjgCcMDshPmrCtCMtqHjW1+6j/aTLA6to4Ft91e+X1gQBRQ1/HQQMB2p3OVl0cRQUHXgeShDRMQ71r0XKv/ckUYiCpa/emqQZvkd1IgagCVM5jqK4/n50AtmEpcJHFSCfWjAdlWHmJ1n0cITxejjzPOlS2/cwLQMinyDgYiE3OIODrq45rsqfVxkT+IC2/8VCqU9s8jW3GXuG0WY2s87Y71gW9yKnL6fHUUhrMDu4ewFrhs8JnmCdmD96tWKyhDz1wmXMI3OsFBvqEuFMtBT5nFSwdnCagcsJ7yA3u78+CLM/TgYaDq+3hsNXBfXMfORqbfxnOtLtre5VRUGLaqXHH25GHN9ecs6auiFAUBlSWoB02wdUVeBifFkI3NDgPFrrdTdaA9oSg1jXTRYmHDOIGYj+3ahU6rJS4d3iAIXWmgFbtCnmZmcchS1eunv6mXvugC1tTfbnEPdqOz/uoGYT+wqQPTrktyDiMlz5H7M620zJtW6Z8yBALD2JRWFVVAr3puk8lesogZuDAOWhiaBQJrBy6/tv8l99CVvmVZT/qIi9CO1y26/Ibbtj+5ielc3nwK0pypRZuM44HV7GhH3n7E+zEfmvMNhLoneoc7X8CfTaUM5iZjPR6u5vlbcQEyPLc6jd9vHhvVrd9Pu97wfBXlBUFfjql/eLUC0WowLNMB1EA69qPAaucisD0Z4yjcnpNhqHImEAJag45hmPbPzVcz8lfgDLDyxMWB2GRrVnTjSFC/wP1l/4rz3IoGYMkmkh5zNhH4Pjz3w10lVihrYeZrriOs6H396hgqE+C0zHhUw22obDGNIFxt2UwOkWX7Z/MfbiFaT4XYIsDT0duX9zr8QH/KhHawEr6Nt6ZYHcN2qwMQMvARF1CRO0TGY62Z3ELD+M8RF6QvhMDQmsU+zF0OA9f/R7iBfmdO43sEguE2y8/nIEEi71p1I6R6aNZP+C5BZO5gSBAOiKNN9qDcN8CVfuQcz5DClDg+gER2IA50LlhszooHA2nh9P5nZ+dBdmI0H6315P+niL9dpNGn3By1voX2HOl9p8LIGqEpbfeErc78qRIT1ydnBBYj19+lB8vqfPvEsmBYLPZjQL2B22tAgOYC22THVgOln8E40rCYVsIfM6jM3Duhd8JB8xPtLCeL+GwXMRxtfxCxek8pQc1pOR8OhmLaXw4W4PVAHUAOzxfxw2GSkRuQh71hHN3KG9+fZMdCOCcZd5noJkmlZoNVqoGPNsuhSxMaCV6IUvalguJU2qELE5qozpVjNEl6I2dzlqoGNm8LJjnyA98eTmM28Sdl9rLYcS5b14eHwwV9/PPj1swrWtP8GcTy9gw==", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lYVOUaZ9+XYdg3WQSVaybMnNksPS+h5oaWoKlpOsIgY8DkMKioqallpeZSbmkuuZRKLlGu1RlNsvRWYrmnqUiKuQCigIbe8y1zRS/PI9/keO9zH/njwPnm/L7zve/7+/2+95xniBlu6JvlZGdnl+8mHlINObqMghxdlh6NoOFe+nxTlr3lLNlkyE1DZylPxp6M/R+N9XkyZtftydiTsSdjT8YeyZjBMoY7CAfL2XOGvMx7Z+iz7uj6JHyUpbmIx86GguFiC9I8iBxD0vR5I5oBkeEjxwZBY0kKFowcY+QqlmgoRs1yH84KjILEk2QFhikHSnzUsEHwbZQsGBXByKzAqFgwaoJJtALDVB4NxsiajSGrIqBmJ5swgJCn2UQgeSagZqcBgwi1k9iWR0CyZpMBgzjGjDcCMcaksKZOSkbiNQIxFldlTXEJXzm25VHCNluAjUAc0/JklOVWgZq9SzQCcUzFlRE9yZq9uTQCcUzZkxERypptx41AHBONZFSETIygII4t5VSETHK3gNhiIsqVs6WcgDgmj5Ap/waIjUYqaxKhskLuMrUVxmIBsTFCY4UtW0BM2ZNTuTPpSU6Vy0RYucIKY5ErGZVLemM0pmBqV4iaFEydIcUwtV8kCQqmxp1imDp3kjcFY9eKMVa0oAqmdpJimFpDoiIFEw8IRsnEA6IhJRMPKIatCyC6UzLZggXEpHDa6yqZFG4BsXWgZJtVsvVQFMTWTJJtVmlNV61i63WJyFVszSQFsTGCyFzFxgiiWRUbI4gAVWyMIGpSsTGCSEPFts0Slqus6UBVbF0A4Z6abZslNFKzdQGEEWprGi81W+tAGKG2podSs3UBNHtsXQAFMTHCAmJrHWidmBhBQRomRlhATIyQE0ZomBhhATExwgJi6wsJ9zRsjKAga/pCDRsjCMs11jSTGiZGcEndHe3Q1stECU5GUUyc4OQUxUQKjqMoJlZwCopiogWnpKimedG3IEeXH4w+MOmMOkNGti5XRBoLu+TocnV5pvwsv8YzZjmjM0/xkJyfb8jQa016Q979k6V5/Huy9MLXdGno4nSdyajN1mUatTkPXOwl/pGSrRc/SBHvpjPqfcWBB65xF//orDfqMtDN8FlKjiHj1TH6fF0Ts3XVZxaIC8tBr/b1Dv85mysOZYQ2LzM/y/G+bN1r3OkToEpu+3gljzReF5Z48XavavwgquJsH7DfwwJGGUkxFKCLM5obtytz3MrGj8Uqhe3jlj7SQrsxB8zR1ye0J7R9wP62KLQ3a9yWF4m00Crbxx1gi7gDmeOmrzWpk6ltH3cTS/wbBG8iiw8JmLNs4zhgje0DDrJFoZtQzUPipi/pNPTByPZxB/+XC62ydF444CTbBxzyP6Fo2gvLaaFlto879JEWugm5PCRgat2J9Jna9gGH2aLQzFsWDZijLyAeQ08W/kgL3YQ/PKTQmsa9ifoxNGMRtii0O2vc9P0hbULlj4HgkbaI24M5bupkifRlh+3jbmGLuL2Y4+YaP2xxj4HnUbaI25M5blXjp2pO+cDbB/TIjyZOMRiMmfo8rUmXT76hh5zzxQJtnklvKkw2GrWFBNgCp8RYkGEqMOoy8QfD7p131pq0D7wGoe8/yPfW7l+fDl2J/nkAjY4eFe59pp1ZWJAyI+fC7QgYdGPHiXeHtIEPbroMXdSrH39N3eV5444I6IoGtsfD0r3Rm43Zc4VPCvcldOgbA0/fjWm4GZgAXbdeb/h17A/8T28fOn3GMwY6FQ74VDErDj67NTi35M4Z/tUPxyz9uEwKbSbO3PGqPh6m5KMZq4QZDbra82eD4e7n46s3S+j9G6oFBb6xHQx8S32k5Eok9Ev8xzr/gzV8vMsb81MOSEFSsW2T4wg/yJh0vGPhgDuCW1HEoMzbIWR8ejSUH4w9WT9xvyBHP8X+MDL1+ntpNRJA0c5Z8T2/X7Z3y9NXvSBSPaKz3tASvjK9H+LU/6Zw9U+zpmWPW3yZMsz8cnQIjA/Y+PzZnVHwxfejv1ke5g5bhMvLnn0qAFKneffZ9MGf/K2JI0WoAwwb3adF0MgAcv241QJO68FgqC04s9TPOQ5+Cn3xRPiECqGX6p3kYeV+cGn+516jLodBaP5RaXVynVC3J3P9sHQvKL6U/2Xg7RagtzO84VRyi7866LlOF4+7A5o9tVgCaBZtdRTgdHSWgHTN17uD1/pAu88/uvbJd47QML3m5FF7ZxDvKn4yXUgvW7Nkb7Qv/NbVcaxnnDuME8s278DPfO157cojNWEwODq5KuOf/pCNb+wDL11uv6u1rz2sfq2jx9FVtXxq4Mwel5yu8u++d746qq8E2qVE/Hluqyed5zZP5g+DUejyzUGA0mzKDAD38GWvJMxoAWF4wb7Q9ubCU+8/HwoXZra54t3JEbrGFzh86HaH/+RiN5FCjpDYa61H1/ha4Uh/cQEXAuGK9zeJiz1awnzd2xlDfqsUTHEL787pJCHXlQdQvpULT89ZUZeU5UTXHwAkX9cFhOo61RfwtAWxcNg9OzanLgDOVYiJrwqF/q9v3Dp8UgAsE7PWU+VkvnVFLHxZEEw5t2/RLmU8mWegk/nUl9MmHJT7AaJ5wTB/KPrs2NDRfexh1/ZZLpVBHnCssqbHQBcHs0Pb6UHHfYKgPumPjfHnfcBVVE/gTDtAbKtL2ir0Hi4ZoOFiCY8GtYUlf0SKoX/H4zwdiIXQcwOCt5W2IjgvH7DwqthrVNGMl53g17a60HPHQqFGjLriDykgdszeEkLWoYwGTOuxHvB7n1kL86TOUDI7aUw7rT+IxR3Ss5s9jBHZ2/7UXmH+rygRF/nWK97ZfLaiis/CRLjIP4OA78WAdKp5/8oSKbRKc141b2cYLJV//IWqrlLw1377S9tyO4jNGTtuTZE34Dq1tjf/FSIS2OgOWK6hceCRja6o5YtmnMy2u+YCs9PEyk1ygWnLflz/82EHqlt7aCmqc+RXNwTCjyBA0+sWS2COuOyY5Z7w5oSDxQNvlAq4fHtCAfNkdwIc/6k2rWxNNR8TVZPTv2MM4eGMlrB8AypMmYBpsCSG1Kl9Szg7DglyPS+urt43QQrDkDEMbA2+nl+uLdxXzyMVHUv0hwpEw6/jAcs3oF54f92UF7ufCoXFuxbM8d0ZAsSPdginRyElhAL2LW0ErK86lDpc0iC8jpa74yaPffSZaPjeteOSfsu/FX58pnfp3MENfO6F2+uqpFHQt/tHk1vt+YvHeZMFAtbPCi/qS7d4UV3KMAiAE0WicXYJBC+8kDvCoEyxQqmR0Or81GU/XooGJKfpb7qasTxrgsn6pNGAZRV+QpjcTXg9si4YKhG93/GjOjgjmJDt/i4lfrDaHcqrow4Zhl7hkc3mct4Qhwz6QAzVRSlv4dOqeR3sUzPjQKz+UykRVYKYNZH5ZTzm5aJgWHmEu6YucTST/NTz2B74YNgqyqd4cQS0PxXn8kagI1xHt5vuD8gFD+6JgQ2dXnp5i+AEiO0h0wIAufmniiq+evML4pZRwxNf9ie6XHCdx7631xGwXCaHQL/dn67uDWU85ueaEJKfHrGQ3hcxvJTfiOT6ih/1yXBYlIcY7mTG9YnyhqGuojMPagG4HtXO0A4R64gbYN+b5gc4DiEGZGgD+kVKePusL/Xp23y9r0joqZ5QgrfFr/kFoq0X9ZTAtR++fe6zBAnx+aKjAo53eDiMOHxhZNutQVQXrrBfvEx/2hnm+o5TbuhUxgd3e0FcSjmfgQwo2xPmDb6TcqudH6ysQ8ZiR/Q4NhKKx6MMiT6GiB8VCNi2D0TChp8P97+8yR389u3cPuutCED04Pwc6O9KXtzsKt/s7gaYT7P8SF36BVM9+NM6BQL2T8dI8EEbi7jP4jqJfonSdeJkOPy1DhE/BNzrV4wovmRvXiG6S9x3AcBN3gZTHFoD2lWGHPA0b9/keGFmdiCg6F4aHwc5GOBkxtfFhkMXRKPF8TB34u0Or/V2Nw9NOCDZt9MbdiB7dQuC3eJuPH6qsxn71mVfwPvqHB94ARfMxTwRb+CBILrzmaWl/oDYdHmZHRQg2vi4Uv/1MBNduwHanuIW+kIMKleuvZms/zqPfaSnDyRjot0VIiZoxZIH035ESn/X8u3zVtl/VRICKI0/pLvB/nREwAZ+8Ow9N9r8FgN4f9e5QGfUTq1zJn69VkrGy2/wWTixR3keL/Qcr8HGdJxH9nAo9SY/U7RNg31LQPbbIVkChE/hgLe7iovCtlK70w7u13nCB2+ajzsCXpezA+BwfhHxqOdNzhuRbzIacvPvbw7v/S/IvS+jNTEm+xeOcZIz", "1: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", "1:eJztW2d4U2UbTtORTpKmSZruljJl2KYZDaAnpewhoygoIKZtCoHSQJKyZFgBUVAEUQQHGxkiqIAg6zwoyBJatqAgswiFsgot+3vHyUfh63XRNxJ+fBf9kavnzbnPee/nue/nec652oRMW9ccH5FI5PBHHx1tuZas/FxLjhWv4OUOVoczx8t1lOa0DczAR+nP156v/R+tdXq+JmrzfO352vO152tPZc3mWiMThNh11NyWl/3wCH/XFp+fTD41GX7os4UtPxONINWDpBBIhjWvbzUgGvKpZYPgtWQdCyaFYFIMLGwETCrLfbRuYHSUT7IbGKYY6MmnkQ1CbqNnwRgoRuMGxsCCSaWYJDcwTOkxEoym2hi6KwqqdrCpAqh4qi0EGmcKqnYYCIhKO5ltexSkqbYYCEjLGPFKIEZOOnfypGcUXiUQY3IN7iSX6lXLtj1BsNU2YCWQlml7GkHlboGq3SUqgbRMydVQP2mq3VwqgbRM0dNQE2qqXY4rgbRMMtIIJmRShADSsoVcMCGT3V0gNk7UuSlsIacgLVON0Oj/BYhNRgZ3AmFww+6aVDcKiwvEpgijG2XZBWKKXopgdyY/pQjOZRJsis6NwpKiZ3QunY3xmo5pXKFu0jFNhgKGafyiQdAxDe4Chmlyp3HTMU6tBOPGCKpjGicFDNNoSF2kY9IBxeiZdEA9pGfSgYBhmwKo7/RMZcEFYnK4MOvqmRzuArFNoLTN6tlmKAHENkzSNqt3Z6o2sM261OQGtmFSALEpgtrcwKYI6lkDmyKoAQ1siqBuMrApglrDwNZmqcoN7kygBrYpgGovla3NUhmlsk0BVBGp7gxeqWyjA1VEqjszVCrbFCBEj20KEEBMinCB2EYHIU9MihBARiZFuEBMikihijAyKcIFYlKEC8Q2F1LtGdkUIYDcmQuNbIqgKje6M0wamRShTW7rLcKtl0kSWo2AYtKENkVAMYlCqxVQTKrQ6gQUkyy0egFVtS665udaHOH4C6fFbrFl9bMMREj78Ja5loGWPKcjJ7TyFXN88VEQ+khzOGxZVrPTast79GIZgf+9WLfhgywZ+ORuFqfd3M+SbTfnPnZyMPolvZ8VfZGO7maxW6Vo4bFzAtAvLax2Sxa+GTlKz7VlDRhqdViquFora3Y+2lgufrVvFf/v1SSESl9zXrYjx/uRaD0c3IUnQEOK5/nKnsQXn5Buy8cnZ1WXth8LbdL1DZWfRw1az/MO9QRvCTNvfeWnY4PO87zlT1Xf/syEtcJbFGE09DzhME8kOoSVt+t9opBog+d5K55qopXMhIXXmkIlS/U84Sq2+C8IVxG+JxDWuto4IWz0PGGVJ5RdhV2ewFt4SWcUHow8zzvcE7zZ821wDWCEd7Lneas9wZvZ2MJInCLkW+N53hFP1dhVuOYJhIXSnSQ8WnuecKQnEs3csgTCWuE9xDOYyaKeaqKrKBNPSLSx8myS+gyGsWhPJDqAlbfwGlEYQlOegcBjPME7kJm3UMmShHcenucd6wnewcy8tZUftrTPQOdxnuAdxMzbUPnhWqt/7CUEfvLHF0632ezZ1jyz0+Kgf6iHK2eXfHOe0+ocnma3m4dTYCwJiT0/y5lvt2STL956eNzC7DQ/9jZEeA1C/3zt0f1Z8Jn4fwjw6t0lV/d1PBUDtX6+O6Hs7QSY23flBcfq+/zSd7u0/fqdSGj5x5WydhFxkC/+wj8qVgzGlq3tty7HA8E1j4d2b499scM3V/ijy273GugbDbkBt+b0vR4BJaf0kdDzNj8sqFa90b8rYE7ki8dqfVMTig6+dvHFpiFQWgLGxImhsFi3u+krU8Pg0NaB2ncMSjjfpvGDhFFe8Oa6tsHikmi4HrfP1mdCDRj94c8DAm5d5NucHKFYvs0fdmq2/NA4zx/wtmbNUkCBz9aPkw0qWLvC+9yHi2XwXiq64ioRnF745Zb4JCkM3TQb7SAYWn16069Pj1Aou3dg2PmcmhBm/nV/g4VhcKfXwK33fzzHX+yyNnZ8CeKNaErP14BvX+7e8wf+FE+ucwXFqR7aSYnIdPsSJlDMyXoYV23/SQ54G2+el0F2779aea9VQqi+2cau0+MAgS/OahYAXfFl90ogfM1e0XGxCk5vm7F+ukwFOHqBrSQQdi2tMEcZDVoM/EQBQeRGh7nwI3vKM7KkgDazZsVYCeDtWiLO8FPmVCQXL1dTvvUkpsFRIScaTQk0yUbo0Zbv8PMTcUJP8pP9rqjaFPmY9h8/ETStvhjqSYNWfzP8LNem81214/A1PgnfvrYCWhBCIhPKkl+BMsQ0b5Wh4pdsPzhbVPPPW6Nv8YU5B8/1b1DOeR0XB0ycHSDsey/3bSFOqA8UtUBC2amE4efrJPsvu8l9dxsH9D6Psrt3anQc9O94fXKGs5wb0ODm58emeZv85Arut79CoLZfwWfpk+7xOJvzNyuh6d+dPvq8cTR8sA9teH8o9MZpefsuPxZ2zm05RA5W25XxOw6EAZbZygt/88O+moeYKqGhJeJUj/AwKD9jnntIGwp/HS5wtDoQC5ilXKOEYm7B35sm+0M2uUEoHHlpeI/FumNc6UhO92aTKCh9o/nL/8yMhvgs9NsmBdS/FLIpaWYFv3nxgldMYcHQte6cD75PUMMhxHZ9XV/TjiFYUCc5dFOcUX7EtvpNPtl1nlvcHSkzWQpbmn9nPT64nHutRqMfvy6sCd0xzJYA/Y8Pnjj5zAlesieiy9Ge8TDr8qLf2huiwNwN3+Eij1WTMPk+Z9a8mvQC0hO66Jg2/Gm+47iQTisU3rBs0p/9RCsiYciJr0IXbjzL3ZtQ9ufhgrNc8swX1J91CwfoGZ929XSgSYLS3nlksIn4bKcEDjTAASrnGqVHl5y6KTdtl7z05auzg6Hf1EsoAtf4dx3YGRLqu/bx8OuNer0+/sXbNGjP+ygT6/mDAf1q5laEA1ZLfnM1NENp7TVaDiRvBbFA+UfCzPXTp0hHlHPjS7CR/GkeFL6g/uwAuoKP6fMHU0bfaVLMU71e418gBAt5mxxl+KQcJizCAbzMbY3/3t5vbwzEleW+NmpyIvgiew/9zgsm5Z67s+SqGs7iNNvUsGtuy5+u3yvlN20Or5PhGwM43JfPqYD601vIuxqI7BYlwtGokSi0Uoh5AymhUC7kIxH4Gl+lzNNKYEinWFX/3WFgFdkKfHwVgC6OCoUasPpvdg+FdsHiBhOm14Dfe7ffLhmlEOqQF2zAtKfHA+ExNxiI/ef6Qiba5uWKSNi2bu1HflckQPwTd47vhgvKHC8gPugVAl4kwdd4ovtpvuCshSMlgiVYfmY5YLes3qKEoY0S4souBtD7mNVwo93r76WqFDDy2vedB0TKgJSHU6hOk4KK4qlCBWS/H6zJHIMkLwFfUmACAAVr/ifrQkCKaK9aEwg9cCFunEj3u1YOIvITBrt/Rz/LEqFo5es3fj6qgtxhIxY2TP+Dl6Fy5F03EogPVvgBDovqyCYeuWld2w6xUOfM2Fm7L8jAsvQtpOztHK4625bEQDgpPDc4qpN9PLnfjHhIu5qFQuon1IUrnOrOrtIdv0qB1LnSMMDl8eC5Cm7crN1LC19Vwm+I3RqTDFCTqvNLKzngrCb1j4VRy3/KHPO6D9XFKD8Qb/CVKx4oKY8OkYJexYDDOW5DDGCb3J0RDrObNTzwRfFe7uAwVMDelwNy35KwIhGNX0YZ3/t++u1LDSJA+WG7Cz7aGqZ9qIoHBIaa5nvhG1znic8vF/LxqF1J9niZiL+jynkHMVgZR+rvkjI+dtE/bRqPkQHqGkM2xfmaPkh762zRPKlpwaCXAg/PFwv69KF9T1LMkXr0si9g2IOE3UI9CqR+ylTBsdXjRhat9DK19sad9h5P6naLBEDmRQ4+z6lI4fUzEd3kygGH58hGb4jHAT8mFvwiE3x7iN94WhGz42yAkNcgoPXoMueDusylEBmQsntdDkp0FrdgNodtslWK+hbKxruZ8QCo2zX8VAntkSwP+UYBaQe9IiHCB0XIrgYDJtw5FpLW15UG3RB8kSSHJol4krgh1HMpNCWFJwpIe8ov5okvO0oAd5Fah1VA+pvTG5B5r8V1lQDRl1UNOFuna4tMy1vjQaGMa0ACVcrTehRimnFs2oTxb5RwJP6zj/Nj7jRBdxKbipfXRoo9wi1FY02m7BRHwv7PEY70fy4AyDhg8DLRulvB5U9TI0ZyoZ884L4YijdeyqGqNfVSs0ggZXuU1ITtZaiQCXkWw6A+WBl3uJXBg5dN+jLMRPrrfRl8ja66OfweT/uHDzxIuHcz/0QC9Km/S7aticRE81jM4bJ73zsSSNtcFg7puM1MlFJ/tI6HMf03OKfNiAYy86bl9XU47baBjkeHw4f/EvLwb9KqWNP8Bwm18Sk=", "1: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", "1: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", "1:eJztW3d0VMUe3lRSIQmpJBAiMeBDgezebShvBkMvUgIKiGJIFrIasri7kSLSEUUUFBQfIEpRUJAmSH3O0EGehRYChl5DC6kEQsibthJ4OYfMyuI575A/7smdvd/c+X6/7/vN796zGzfQ0nOQp0qlsvmQQ1dLhik1K8M0yExH6HAXs80+yM1x1tpuGZJMz5Iejz0e+z8a6/Z4TNXh8djjscdjj8ceypjFMcY6CHfH2fOWzLS7Z/SzjvT6RHZUJ3uTYxtL1kDSgtQMomGQZHPm4BpA1OyoyEHoWKJWBqNhGI1eho3AGGTuoziB0XI+iU5gpGKgY0ejHITdRieD0XOM2gmMXgZj4JgWTmCk0mNkGHWNMXxVHFTjYHMFcPHUWAg8zhxU4zAwEJd2otzyOEhdYzEwkCIZ8SogSU5aZ/KkkxReFZBkcvXOJJfrVZFbnhBsjQ1YBaRILU8tVO4UqMa7RBWQIpVcNfeTusabSxWQIhU9NTehusbluApIkZKRWphQShECpMiFXJhQyu4OkBwn7lyNXMg5SJGqEWrdXwDJyUjvTCD0TthdbXCisDhAcoowOlGWHSCp6GmE3aX8pBHOlRKsRutEYdHoJJ3Le2M6ppVqV7ibtFKdocBItV88CFqpxl1gpDp3HjetZNfKME60oFqpdlJgpFpD7iKtlA44RielA+4hnZQOBEauC+C+00mVBQdIyuGi19VJOdwBkutA+Tark+uhBEiumeTbrM6Zrlov1+tyk+vlmkkBklMEt7leThHcs3o5RXAD6uUUwd2kl1MEt4ZebpvlKtc704Hq5boArj2D3DbLZWSQ6wK4IgzONF4GudaBK8LgTA9lkOsCRPTkugABklKEAyTXOog8SSlCgIxSinCApBSh4YowSinCAZJShAMk1xdy7RnlFCFAzvSFRjlFcJUbnWkmjVKKUBI7eqjo1islCUUtUFKaUDQCJSUKRREoKVUoWoGSkoWiE6jqddEzK8Nki6Af2E1WkyU13TSEIK0j2maYhpgy7bZBwVVnHORFz/zJobXNZkk1p9jNlsx7J0v2+3OyXiOGmpLpxb1MdmtKuinNmpJx38UB5J+kdDP5IInczWQ11yED913jS/5pY7aaUunN2FlShiX1jWFmm6ma2dqZ07LIwjLoq32z+//OVotRGZySmWYb5HFPtO427uIJUK9xPd+gB/GlFyRZsujFqTWl7S1Dm+36+qrPo3rF9byDXcG7ljRvXdWnY73W9bxDHqq+faQJK+ItimgNXU+47kMlHChL2PEiUWRY73rCoQ+VcJg0YfE+U5Qwg+sJV7PEv0C4mvA9gLDi2L8ZYaPrCYc/iLAztasanzyAt3g7ZxRPRK7nHfE3J1rvaLkY4UTXE478e60sul+NyLDa9YSjXKHsauzyAN6iZrcQD9Ou513PFbyl9ypBWBFvHh5BFxb9UAVeTX14QKKNVbsRwyNov2JckWhfWd7ixaFoOzWPQOD1XcHbT5q3KGgtxFsO1/Nu4AreAdK8laqPV8oj0HmsK3j7S/PWV32cVnT3vXagz/p04iSLxZpmzkyxm2z8q3m0cvbISsm0m+0jWlutKSM4sAELiTUr1Z5lNaWxD167e94mxZ5y3/sP8eKDf2Ht3vWZ6JX0VwN0dMvP89v+WPRvcHTZrf5DvOpi3S/PvrAvOAAfVvINbdtnI+Oa3W/99GVtnHqt3/P/TPfCs/9F//KRz7KYfmmbwvGZXZ9v+iyoNl7626EXrzS/jSITkr0W9gzCXYs+SrYvcsfXRgHtqxsrAJ3241xP3OON2cPmLvDE2eTqTY3L0Du//9C3ZMNpMP2rssTzy0vQtpIm/adtLQLH1k4c9fsP59D3ZFk77hwHZ3T18MtfqXD8rMrpo8uPg+FzFzTacNsH9mELLEV7KY2KKyjK88Xaz6y+hT5L+iDjQnk5mru94Upr+j5Q8sfhcbZ2twDYmUtmdocnTvrP+HZ8IUK152oWKB5iPaXgPFh04qfaywCjXa8CvPjl0u9zBlwDZVvTvnutVwzu3PddQ/aOUNiQBWQ3eDLLfbZP9E2xPn+4hrA5OuUI0JPThq298OipG97wvanC343v0fGLsdmocvXbhSu7F4DP4j7KejP6GGpz6+plbMwHKdsONDVF7QcVk4vJSs+hC1ObXA386RLyGO4f32T0aWC5PmlPL7cg+AqJxuq3i8H40yTw2eF4G11WSARk0zTayOPcPxsoC9boy8bHwZAJmGR4Jxi566mWn+wtRF8/nRRz+fk42HvLkkUvwAOgXo+j0aPmh+ADXQcG9bkZCn+NogN56CmShZIm10ReGsB/fFv39zY5J8GUWEr8JuoaNrXTpe0xMK9Ds8q4ip2A0S0IwTT9n2wMhGw+4yWw4TYhFBEj9BMIl+cMeKtbg2y0aGgrv8MLc8Gujes/9G4RBbl+tiE+TxEq6UQD7YHJak/r6l1EMaNS1L1blIj8FACa3W8LToJv5tAEl4BpZwtj91sqwWXb2rDyvdfBKnRl3nNPH0TvTep3YPMZFebxvIIOhxS2/m1Qbdz4q/dXnjL7wogO3W9H2k6gPku0JHSFiKrni/w6+HUm4BtcH2u84K3Rr2+2zygAKb16UijyUoJ1z7VSQaabXfGQBKE062QumD/4h0u2tT6Y6bAwGra33qyTt+4qWr/C48LUJfX4ffOCMaxLMr5UhTvvrtVqTlgYnkTU3jfLB7/MFp6DEpnB8lHtbitmmnyi4JeEzOzzO9DSf7708ioQiftRmb3jBwfOzyZOLQK9znxNIhGBafhbbomBMydT4oXgR2qjvrd4XIMbwXf39NqyJN4Nl846NmPypJNcv3NiYas5vYnSc8F7qa/ktlvYEHN/+8JV3alhS8BuYvPp0zzg2HWQSK8M0Nu4dS0ARSTqA2pdAs0zF7pt9vLBvkwgRYjl/XA+4OsNg3wdR9CMSBqY82BcwtZ3F0fEw1MjQ5e3P3URdP9wVmaIhz/+3nz8zSkfhUPN9lXNMhcWcF/0rYtpFvTD6+BnT3QjV95BRH2eSnAwbtmo09sTmhcjutxnB3jgC/UXX+zQzA9PaN7lG792XjiUGb4SjKHpi6yFu04M7LYiNBAzveR7wP5Ebald/HCt6+FECZXCdzcQW99LhYDrwh0TU6SoD3ngdqTKHByeJ8avCv+6wewdQ5Sx64pQ25zrxZ367gf8PFfosRTxOnIanF/+5NkJ87zw8JHUiaVgv+q4u6+fH1zy0s/q7au8MFk0SUk2oqv1zPaHPF43EAv3xBtIxwJ6AXHduuNWVBb1ixDz8Sk3PJJdUIKK6SoTLqB5rz61N4jka1qyPX7WGC+8bh+94X7QmAmsAHCf+sDBhy683rS0AJ18hjr+JqKja3Z7Qx7fS9wXFj/8HC0vdwrBiLwEMsNZtL7BpMs9DF7cB4s9hE8OgtXNqCDugAGfdyGVohywutk2FqcReXmUhUG2/MPjQVMqxF318caOAe5NJ4f/qXPmg82ekJXbqwFct4sKQNPITw/6ppeBT/aO6YBaBUFSxElhzQFsW2jpjdl8k6+jhY2oAjchfq6C3Md56JBv+hMZw8sBcRWR+nXgT8M9+yyanjjsmbjYHBGvo4il2RwE2T5D9gvupzC8gqYvMJzr5j8FYK2e7gwXRd2Ngzum0YnyUEu2wJsoOpBE9GQchLRszT2H3lz2wR/psC6mKq08FQ7HHGk1os+SPERne6WzCpLkTIk90wC2MdOKXwYs4zzJlMX8873RkLosJLQQMLvtD8a8XvrCdQPpTLd5vP2i8dgO6J36633FPncOsGmG5QG+P0dCs4rOXIFYeWoehHkdD4DMBpH5aAQTeB3ck+xaCVtVsDXbcM4iVhbjvTErF338YQ9mjCPCX6WI5bF9CJ5At7uES4iswjC4zRa0npaNnCBRd4oRcStxcoWoz0F4BpV3YB7ypAb80B92YUY4D2i4VJZyxOT4Vi3oR9N3SwWjTveJWLfPHW9qXMd/bYIXtLPG4ATQ0rbFegw1PxbvPS7MHbL5tyVAFg/DiT/rufe4T5M+6NIIsjQSHfC64AZZXfslHsazAnYKJbGC5I/JIkPr74mBubSNmFko/B2Au9FCPqMBbDez1HvA5xV8f9gThc/R7ehEfTimvOXQX31UkLqoyzdF6PrinZ317z8B89aRDSHADdNt8eKRXKT6mMh3aKzY3wsBy0NOHF7pQQPiD3nZUUHaTXWc6gFZW9HQDbLw974DeN0sBhPn/fLdb729Met5W2cOttmtliG2e5vDuz8CufsttGrG1P8Fnjb5Ug==", "1: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", "1: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", "1:eJztW2d4VNUWnYT0TCAz6ZVJQ6okk5splHd2CCIgLQQBUUpMJiSQZHAyUXoRKYIgRQRBEY2RKhJABQQuTZFeRMHQEkIRDRBKErqec8+Zx8DL98iZx/De+z74cT/umVn3nrX3WnvvexkiXjd2z3CSyWR5bvjQ2ZhtSMvPNmQMJCtkuVNWnjnDwXKWaDbmpJCzpGdrz9b+T9e6Plurca39s7Vna8/Wnq3927Ucy5o0GThaztoYc9MfnJHPOpDvx0lHdYoLPrY15r+OR4vaQeIlSEpW7sBaQNTSUeCDkLW4BB5MvISJ1/CwYRgtz30EGzAJlE+cDRiuGGiko54PIt1Gw4PRUozaBgxX2HQUE2sDRseD0UsYda0xdFcUVOtgUwVQ8dRaCDTOFFTrMEggKu04vu1RkLrWYpBAAmfErUCcnBJsyZOGU3hWIM7kam1JLtWrwMeJCbbWBrQCCVwhVzOVc3GygGrdJaxAAt+dqJ/UtW4uViCBK3pqakJ1rcuxFUjgkpGamZBLsAwk8IWcmZAvegzEJVg1dW48X8gZiC96GttBAl8gtLYEQmuD3dU6GwqLBcSnCL0NZdkC4rJGPLM7H4g5l6s/xQs2mDCeak/gGlfo7hK4xhW6uQSuyZBhuMYvyieBa3BnGK7JnTopgXNqlTA2jKAJXPlhGK7RkLoogWukphgNlw6ohzRcOmAYvimA+k7DVRYsIK76yGZdDZfDLSC+CZS2WQ3fiMdAfIMXbbMaW6ZqLd+sS02u5RsmGYhPEdTmWj5FUM9q+RRBDajlUwR1k5ZPEdQaWr4Ziqpcy9ebqWC1fPMG1Z6Or81SGen4pgCqCJ0tg5eOb3SgitDZMkPp+KYAFj2+KYCBuBRhAXEpIp7liW/eoCA9lyIsIC5FsHFIz6UIC4hLEWyG0nMpwgLiUoRAnavnUoRAnavnUoRAFaHnUoTA8sSlCEHoUEdGWi+XJIQEhuLShKBhKC5RCFqGqlkV3fOzDXkB5AOzwWQwpmUacjDSNOyFbEOOIdecl6GwvmKGMznzxIfEvDxjWlaqOcuY+/DFUjz+ebEew4YYUsiXexjMptRMQ7opNfuRL8vxX5Iys/AHSfhuBlNWPbzwyHfc8V/aZpkMaeRm0llStjFt8FtZeYYartYuKz0fbyybvG7PcvzXq7lKVAam5qbnZdR5KFoPhmn2VKaNtz9f7yfK14WHr1WzZw+HWsH+hBVPlLArN2GN9TOqNsH+hJVPlLAbN2H2YG0Z0OxP2OeJEvbiJWx5ncfmRK39Cfs+jjAxeZIxn3w5rba8/bh5x1s3TK3O/rxr2OJ/kOgaovgYwoJ1s9fq7U/Y3x6JrsEuj+HN3nrp2eOJ/XkH/JcTrbUe0HRx9icc+D/h6HjLS3z2dGh/3kFPNNE12OUxhNm/oTJlP4XxK9geieZuWYywwF4DPIUpLOSJJrqG+vAYwjrroUT3FKawUHsk2p2XN3uLx6bP+Kcg8DB78Pbg5s2m7lj29sD+vMPtwVvOzVuwfrwSngLv+vbg7cnNW2v9HC1oHnnfQB7yyYWTjEZTelZuqtmQR38nRypncn5qrjnLPCzRZEodRoHhUkhM+WnmfJMhXfpgwIPztqnm1EdefLA3HvTXYw/vz0C+SX6aT1bbfVDl0j/QBdbI31gxdUEYeLaLyXfs0xjGOf3wfly1G+y9vGt7m69U4JEZmT10fkP4a/WIa6sOyuD+kaEXG8SpIGRhv0Z7ZjSFUs/ZS98+5Ax7Pnvh2+t9o0COT5PfbQT9XfcHJQf7wJmLc1bLi0KgR1nhgh3QAOb+NWP0nQ1u0PTI/PNhi+vDfDd8paWh4CwoNK02VaDp+W+EeA3wh3qe33w5zFUF2ncTB5w76A6tCeATOVR2fGWizl8BjZf6HGx7TA5urRe8/OmfKjh3MPL4rfsqyMuceWmkKAfU69UiMVsBW15VJV6N8ofeSxL2tZyugHXhE/5MXhcAPes2W/1JvWiYmn3hztKr5xG+WMWNKT7sfsGw9Isu4JN6Ggmfr9Xe3FaOZiy6GXe+roryUFWg2E5ferSL8YFRKKHfhl3ejE9dmLS41251WxVE1L+R3fNeDGz8cEa94RoPFpcgWGXCG2wVCk2q5p6cPckJRh1c80rlen/AWTieOVYFp0tIQO+gRcHNT0ZP9ITzK2POju/nDd3uBuYdVRYjfLiWeKBEnHrPUH22NAwGdb4+PcV8FUm80UnUZgCJRAVagrexo+g6urOHJLJMrPdxPGbiAE0C5xxxz7yLpDy0qBDHthdHhd0MgeyhwwubJn2MSJi6HKpGLYfsn3z4VBUixxLPalRUKiUSTdzVY+uSaDlIH5e4UJ6jfhfnYTYTglWwYbD7rUUDb6Pz6IvTm+teRd8/hzPpEgndO3wytsG2w2jyjeNHx+XJIN+RZN4FKtcXT7lncAXCIrpXfehDFkZFwbSGl7w2x7pCl0MzX7tfJwAuLWyFQ+wPv+2vTikrrERrcdSKO/pDeTLJqB9MTut7ot14V9j+cxNDUGQQHBWu6F54MQqa5xY4bHRWwOvevfVrf7oqOmN5v9UsHEJweF3G3UQd5Y5NJlWp4LDslKP77ijIMlZM2NWjGq081v/NruGXxc9w2lcWKuFTcvvznvDOwn3LDswJhkXvriq96KeEnzuTK99Gv7hjo+jCIfFq2t6+U58Hz+iGo99bL6N6PB0Js1s4dH7HqykcINtfcAxt3hrQIMW5ArUky13rgpRvF1dwkoRZhoKTi0NGlqqgfelw35UvFolG5fgtuz+rEn0loTJfDr+AhmE3uq3YIUr6ke0UrxDbZq1EiW+f2Tnv+ypxBEaXDncAolYcc7RvL/7TyQnOjidETtI4TqlEkhwnFCPsWnzjaCC7uLL4PJLklhECy/+BDTXGD3qVN8cpdYD7Sbcv/bnFH7JJulNioBVJ1GgfwKQKZt0OhiaT/HGqlGyf1Uja3hUXeB+nee4YFyAqm3lCBn1zfri/esSvYt3NsR81DgygfurgyupREPWHvjH8+kOOMPY7OUj7XxFN9VDcCChOBje3pS8b0COa1qnYhoyfEsjV5NuC4NqqboPnaxvCmDsthuxvHwBk22v+CKWfOzaA3SRs/WRULwYVy28ovByLK003L7h2GCf6mAoat5i1Z8zkIKbfM2jrElwoUoKp/3G9KhLL8c7OoPbEsAG+sI2kuSACzFLB9QJSrpY38wZp236esH/ZgV96ZnuBpLeFTnBvEjZIogJu1bv43dfblbRezVNRXt4RtI7t94TDRlJho8AX/XjiG6cIuDySBM4Dwvqktzx9wAuI6pUfBEHU8VujB21Uwje4iqX/oYCt+qiOI5L8YcygjebZvX1hZKoaUwwEf1Io0iKBVIfIcgX0e+kn19YLfEDS116sh65ff2CYXIEa7fHeuWFdXcBumVI/KgQU+GyayzFx2dvJ2OE+sPMlUkGDAVfxkmYzzqIB2EX+g26h7ZUNX3t/WyhgU+AKcUJUS4XtGiLqKJRHgEkifB212tT9w4jpfpBA7GvyAOzqOkM914o07krIIEaf6A344otuFilAoucbCd2mzc1VFsSAy7g5SVNx3R9JEl4cCEGSoULhuW0TF/fq6AozcdUbMl0JO3C6T81UQVsiY30lSsF3zb/qDEDK1ms+UO3Sf14nvyOiSjJ0qSidY99L9WawDEh7KV94GWEz4o5Ujso0wVteXSSDwk3E2DfEdUAMeB9J8i+8g0i79N4p20Ju80ZICPXNmsviwiuLf3xJW4F6frr8q2P9q1ADItzGdWA5lkV58zI0O5AQkMPPG8t8wzo4sz5QJUryOxUBU+qnXe7T5i4qw27/0NuB9sc3I2F8c9KgSkXqY2cgZV53wQ26kHJ1Q0F1806JuAlfdldhMPOHguq8t8MWqf9FhAEpv0m3fUBqb7+Xizk9R6389nMV/HJhEG5hFQgnJ7phuIr6ZkIMHIokGbmMWp7uOm3udBVIdcwhkt4f94WPvscNMTiK5TWa6VeGey2p3PdEiZ5JAZHSIHACdZcMcF0sJO14uw9oSCGKc4ODJDwjwpk/lYBVjSl7gDQWrAoEcvvcWXKIwzabc2S9+ErAd4dk/Ry3SHW8gQro7auR9D3lRdYXfhNzyDhw+Jwo7T/3D7GKyLbSERwkwZ8TP8djzr0e7kB9cAFJ5blUBvE7ip7PLSilevgyBqTtl+wT131d58J7S4KhYBZuAE5+1C8THaEgav3dSTeUIPFKigG3FaF90u/40vlLGwZfDGntcTTKG6QZNjF3YJ7ZZMzJe3jYe/A/LB78xKuGNfXfQnJOrw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3l4TOcan6yyy2RPJCKkKbVm5mQWqucjKCpVoopqYyQTmTbJ6GRiLa0qat9KFdfS5br2rWor50VbLS0aaqcRJHYiiS2W+y1nruHmufLNNe5zn8f8cZ6cb77fOd/v/X6/933PMeL6mrtmuisUijwvfEgxZxvT87ONmf3ICBnuZMqzZrrYzlpZzTmp5Cz5+djzsf/Tsc7Px6oca/987PnY87HnY/9xLMc2RjsDV9tZa3NuxsMz8l0HMj+RHlWpnvjYxpzfF7cW1YOoKSTVlNuvGhAVPQp8EDKWmMSDUVOMWsPDRsZoee4jOIBJYnwSHcBwxUBDj3o+CL2NhgejZRiVAxiusOkYppkDGB0PRk8xqmpj2KoYqNrBZgpg4qm2EFicGajaYaAgJu1EvuUxkKraYqAggTPidiBOTkmO7JOGU3h2IM7N1TqyuUyvAh8nWbDVNqAdSOAKuUpWORcnG6jaVcIOJPDdiflJVe3iYgcSuKKnYiZUVTsd24EELhmpZBNyCVYGCXwhl03IFz0ZxCVYFXOumi/kMogvehrHQQJfILSOBELrgN1VOgcSiw3Epwi9A2nZBuKyhlq2Ox9Idi5XfVILDphQzbQncLUrbHVJXO0KW1wSV2coY7jaL8YniatxlzFcnTtzUhJn10oxDrSgSVz7I2O4WkPmoiSulpphNFw6YB7ScOlAxvB1Acx3Gq60YANx5Ue519VwOdwG4utAWZnV8LV4Moiv8WJlVuNIV63l63WZybV8zaQM4lMEs7mWTxHMs1o+RTADavkUwdyk5VMEs4aWr4diKtfy1WYmWC1fv8G0p+Mrs0xGOr4ugClC50jjpeNrHZgidI70UDq+LkCOHl8XIIO4FGEDcSlCLe8TX7/BQHouRdhAXIqQ2yE9lyJsIC5FyD2UnksRNhCXIgTmXD2XIgTmXD2XIgSmCD2XIgR5n7gUIQgd3BSk9HJJQkiSUVyaEDQyiksUglZGVa2KrvnZxrxw8oXVaDGa07OMORhpGdw225hjzLXmZSrtr5jpQc588aFVXp453WSwmsy5j14s1edfF+s2uL8xlUzuZrRaDFnGDIsh+7HJfviP5CwT/iIZ381oMdXEA4/N8cZ/tDFZjOnkZvQsOduc/v5AU56xiqu1M2Xk44Vlk9ftJtd/v1oNSqWfITcjL9PtkWg9bKblpzKt2vl8A5/El0xINueTyenVpe3JQ9uu5svPiFrB+byVzuBdg5u3xv6JVZvkfN5BT1XfXtyE5cdsW7vmfMLBT5WwPy9h28s9uWvUOp9wiDOUHcrNW21fPrU65/OuYon/xUZXEcUnEBbsS79W73zCYc7Y6Crs8gTe8jswvfyw4nze4f/jjdbat2u6ROcTjniqhLmtrLa9y5cfEp1POPKpEq7CJ08gLP9TqizpZ9CFRTnDyty1SiYsyG8DnkEXVuupbnQVieEJhHX23YjuGbRf0c7YaG9e3vLLPLntVD8Dgcc4g7cPN2+53W4mv0RwPu/azuDtx81bsH+8Ep4B71hn8Pbl5q21f5wWNI+9diDP+uTCyWazJcOUa7Aa89jP5Ujm7JJvyLWarINbWSyGwQxYm4bEkp9uzbcYM+gXfR6etzFYDY+9/5BffLAfkT26PiOZSX6hT0ab5n7t8sOoIDRw6/yopieKpfV9PzrS8su6MPXyh2LSu0HIN77+8Akby6QfPIJCxIQ6oDCPcP+pZijasNKtZEL90+K6vw/e2aBXXYi+WKSJghAUBW/XaVW6XxqRsH30oreiYffCtt+XDfNF5GzXGh/4dsu28IS1cXDs9vD3frCGofgvHkwZvlkJnvjyPx8Pgj+m9r6fPMQFdfRzbTjmoBJueqbN6vRmGNwh04M90af+nVd+bvSHi3nrQit3l0sEXjkkFE3oeMFdmOoNvTJa/NU5JQziN94dU/62H6o5V/3Vd9oAoMs67Q6JX74UMaObL/LJqps9qHkwtD18rbzjkTowPEbXr42pQjw8Iq/d55oQ2JGxpE+3AiXMOOCNZ96Slr7y1turpZtiREKqx9ddlXAr9fS3c36sEAc2jostXxYGyp2bNkz0VECTKQtuJSYEIjxrWvMR7tC5dth7KWtrw7hVp87PsCjR9YKUvoE9QmHWieljRvUKgk/w7W6M9kVRXY7W+jAuFA7MLo5ZlBUOV0j4N1WIp3fO2jwzUAlnr8cWmNNuSAr6KZXI5V1SFKiiY8/RuoM14GD3S003L3KBZcsPpw3o7AlDQ1a8emrIbXFrM0L4viTgKNzaXiH9fHzdpx/uKxXdvMfFpl/ZLkrDCPFy0bfdC/mus92A0MnuflXCuzw5caA/TNv9UXtp2A1xEBVCuVTLv7DxlAUV0u8tXsdbVSAt7Lf2Qt66MpHyLi4V9/2JF9LCD07Ee46YkXxIup985/JFKBfJrNAWoXBm5Lzfl+w9IrXov+ezgnf9ZB2MlN6fPXDuV/VCEI3vND/oOHRk004J0Uwv+/2Q+sfVTXJPh8B0zPrTid7QshGJlAs6vx4L0S8c9p8s9J2+2AdSQokSlKhb1xcXjF0VDB9VNsd3ioamZEGhbsir5Zw35y/9XaS6muEFke7dAxpbIlEKEVaIP1jGTTpzPS1W1sNFieqzcoko0sAVS0v3YoIrlWghZrvCGAG/4O2ZMtkFCrcGzFUXhaJdO1ovN52sENX0Ew8BZAN6hKHXsDyVmgtig92BOzcNioXiFS/gUGyR6D7kusDMNX4fLBu/X9q2ixjmrIhN97737UJx0JBvGyVjXzAexdIcLI9z7X3ROzSwXkDk23O0j6wXH2C6uCQSGrEFXhDQeM3fri4qksZnl1QuLi0Vx7bqc3Zf3Tki058P9NB/98uAra7IHDQSdi1cJxb1CF//x8fu6L7x5hlDXDg0r4d3YqULwm7AEY2Gadied3L8gW7XxhBE7+8ZAZj0B+NejwEtvUEY+qZ/S59D9cKYbv9SwOLgfW0OXzsnfo/Vt7Yn1rNh4UHh6gZpUv4HWFJ/SKo3m720OHiKNP9lsrEPpLQaeyK7RCkR9WfP6xK1V/945utjSnRkz03swPEixaVGQvtTQ7DiI1DZpFRr/BclUieyEGMUGMiEBoFo7dDrq9646A0UN6oeEHWcMrmh1nsz/yy5UIOtu1ldIOGOXhqJsBsNqtAQwMFu8mBhCFA5XA1HaWQDhwTClq4z4yZV+AOJ7s+v3RZVJBF8pwSaP25Egu7WdpxB3NChoOut9mb6Qvf5S7EzQ+HGFyTwPmgFsem8QFm3JyVqu2EeiNzGfM0dGo4Jw0u9KpWm//bOa+2D0IGGxsiiw+6AXXOycHwI83nNSDT7S/Jxhxv1e0/enhQGS0pxgpnihax4FZ5/ecnzfeCz8mOHRqiDENVpXV/Zd25gJQK/74oaYHhFVgjLP5/VYdfLD0ATjmUpzNtC4Z2cn+6vGVoXiErafn9WZH5SAtNTIGyoPepilw1nxOPt3HCqCIei8zPW+K0Ohg5NHsTdu/FAGkbk2aFQFD5ejz75KhBQsGHH/oaukE0F7oJoXg4Jlq93V2RxioQYmtDLJbqucwfEl5rjjOQVAaulS/NebuQCdJ/PeiOmO1egPj5QCzLJpzgI0XzVJxKY7oJg8PmERK9G3ggnO69atSNhYv3L/luvhcN7WL6TzhSLU4cTo/kB84tt3fclmjaWPxBJNtPXc4VL+Nix0g1mJpOZHoA3bdSv3TwQzvZYgmUSu94lifG5J2L14RRXJPbGZSj9t7siTgYvb+l6W1LRRFAmTSZ2vRoEpMpcmneb+VChADpurpS26YkRr0mVu6/8uqP1HfEfSSQDKxDNJ7oAOU4l0jWsRu3YEpGUE8OaCAgm8vuzVGL3rwksv5RIL9AAKBBhWZByTtrUgRRcT4hbZcmaetkTsXpzVqRl5HMX2HR03D3jTS80oHCuEudkOT8FAFZZ2qwJEYim/yY1oVfFxqPjtsTBgiiikGiUTBODEoidj86JAZb3ayHG3wOG4V2p0McCTW8FW1k9b35cvEuW1fcNcWwBMUilxPa3WHzl3JFld3qXSNMXf9KlwwklIre7Z4wGr2XRvTI2u8Pib17H0qqJMrBtfnk1AlhfUybR9HDqqORBytpyf8TyjAu8hcvmi5N95fwUCM1pwSsTE+kFfVnfkF4k1aMFSYGoXKMPSRsnel4La+8LfmQhv3ojpvsLIs0/4W6IrTsSaD3cXC4mkwbpaAzUwVGtsccfrhAZjQtCtCzH1wJWj2NgE47qgpIINIA2DhFA7FK086ZEe9hWuf3yrBZzTt6jzd7D/2jx8JdeVYyp/gn+vLxf", "1: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", "1: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", "1:eJztWnlUlFUfZlgGhnUAQRBZBhBQQpmVwaz3Eor7Cp+ZWTrCCKPA1MygYZtLmeWea7ZZppYraQaGdW+Yn6KZe1buuIErEgqI6HeXl6DsfHHnHM/5znfkj2HeO/d57/397vM8v9/wohhrHjbO2cHBweqGXwaac42ZBbnGcUYyQoYHmKy2cZLmqxSbOS+dXKU+Gns09mjsv4w5PjA2qGVsGNZYuid+k2a25BlyU3MMlmyjiUyyG/fgHgb/j4/1eTT2aOzR2P/Z2ITmMdo5/OFcT5nzs1quyGd9yXwlfdWnk+YjxWLOM9hMmW0AkTGljg+lYqhEu1BJfCg1QyntQnFmQ8NQKrtQyXwoLUOp7UGpODOvY2tp7UGpODOfxFCcORRRnNnQ09fkdCl+TTflZ+Nu+58h9lA3maE09qBUHCi2NwbTtjUspg9uOrWCqXRca6m4s9EKpkriWosJWa3kAjFFqhO5QFpu4raCafg2qOO2wlYwDR8zmLQ0Gi6QnttnWsE0fHSyUyYMpuGik4ppS6PnAim5zakVTNNme2L0s+O0VEwkWi6+q5hItFzEVWntUJZKLCR8iRArAt9JifxTcYFEIql5QOpEO1ZSK+3wimYQ3/ZU9mxPbc9KGjs8Sa21wyfUOjsEr06yQ/BqvR3KVSfbIUJNIqcIW3p2bZvPtqX31rb5aFt6aG2brailF9a2mQ0tPa22zWRo6U21beZCS4+p5XMUcXN83sVAOntcUsfnxyKIz/BYInRcOm8G8RUmJiQdlzk0g7jMQTRxHV83IIL4zIFJVsdnDkyzSVyMEE08ia9ciCA+5xdBfM7P/CGJixHNIL5yIYL4ygWzoiS+ciGC+BghgvgYwTxCz8cIEcTHCBHExwhmLHo+RoggPkaIID5GMDfS8zFCBNnTQOjtaSD0fIxgoGQ+RoggPkYw30vmY4QI4mOECOJihNgUJXMxohnExYhmEBcjNMzLk7kY0QziYoRG1dfJgfxBiK+nVIuov+cEee5lbU8+sBktRnNmjjEPIy2FvXKNecZ8m5U9wW6+4zgXcuWBX1KsVnOmCX/zNef/+Wbp7n/cLKPwBWM6mZxhtFkMOcYsiyH3L5PJE7fUHBP+IBWvZrSYwhxaP6mjc2T4TU+TxZhJFkuXE4S5gEzOzDVnTphkshr/5qZppqwCvL9c8vdzk/eDN3WlEWUb8rOs45weSJrYsmlUYnF/+HGHP4y4vXjj1jR/uxT7k4cfd5eHEXdH3rjFLk79h8IefuDx/xQ4uUpta8Sh3BErm3sp0R3+Ygk+DuzZU6rZbMky5RtsRit7KEU4NbTAkG8z2QpTLBZDIQOG0WRYCjJtBRZjFv1gTMt1T4PN8BdvEpdlXy3/vEEjmUn+T4aMzi14McTLQQFe3fj12Nd/dUHSqYtTZ111BK/N3jZB1tAB9Ht5ercBq13Rrz/VpZ9btVfw/i7xvS5Bb7LfI8LQrs7d3937eo2wphC/U3UGNYcGjpWP2Aaze5rM1W+eFJwvzY675vWzoCY/1kAkC/no+c57K+Hwj9dt+GW0F/i019e/Ny0KRjfKdzy1wXQVHnI45Sjr1x6sqezT9b4hGD1+evCcpflXhfbFBx1OlSmAbWtA4958CWq6XXDmA98a4ZB5tOtPz0SDA0eHX+1WWgcn69Y9+fSz14Qvh0xYPulEOIgtm7Hm6X6O6KLw2envvNcLJ9KcXvKIrhTKL5CBYJQ3nEReJ8wruxU3yicWeA/etMg4c4uQs+WydWvAceg6etmAgNnXhUW3paOX/RiAAhv3Xi/fcUo4GHm84bW10WCutDqwz5DzMF8zpRhM2wPryLY6+YDttoVBzoEBaEL87aUnFxZDmpegUKDb9/igg74eqHsUyawzOHppPJ4RDBzojydat58EUiewzytgTREOpC4MLUmdlXupcRu8v/nlmqLqONDrl+rafs9ch+3pwdQLhh2H443Bv0Gc9PIMSQg6+lJVjNLtJsTZCR7awQ+450TmvnQnFOFdj99uq4ISnOZ3TvsD4d8ntr5xtx2K8/HYurqwSiDHn5sdCOjxnwlFLK/Fwk8zD506MysG0HwH34Frpw3t++GUu8IVnKXGdRFgt+sT7//r40ZoPeZXk7K/Fm7sfXZyu423BLqtyGBElp+8SgqueWHijI8F+OKx1I43BJrmxgZY+ev6O6P2RQNyvNfLbwkza48fm2p1RDPKM77//LM6oVv+Ssn2Xv4Ien+g/vQrGXBY8Fpj9yGRIOPcqvd/iDgB6TH1q4HtWEDCHRLmYTnaK9/1TcmcSqGiavFmT2U02ENuN+gyTO14pULXwRORXa9LcAGWBp+q4k0uaGQWZpyXC0iZVrFrWWMQGJH81e6JT7ohyuM5fuDAlmdubfutAmp8dT2+rYlCV1EyPqlrMKTbyWhpSjyw5iy49oqwDxoyhsWukHmC90qXzPeZXAkJOyp6t0evCtrnvymXoVA9UYgMfOF/oOcvcgWKOT/9o31rndBZj4VfTPMNA8/l7by3+XiEeO43hbROBY7LZ8aC0pI50uol3oie52RnsMAHM/47V7AUr6KbIEc0Ty574Luj7qXe8YoCL1AClAnTrGmYws7ocy0hoCPAovKbPkWOzu1ahncoAVSWB9qBhd0lA9+YI0dyGniDMIRM3BECSjY54Qz4IJr3ai+QK2tYkb2lFh6mclegwcAfU/AY1N7Q9+rtFw9oOPtvQss7c8/XhDuBUJrYG5DSdkYI2uL54vpZzzqi1fj0ilS+gNLjMQUqHEF22AD9pqM9n+wMBkN/C3nF4KdANJ9v7xbMU513zlsQA5g+ndHFjZ3wUlKw4u2is1XaSIBJGVMmdUFBMekuK/3cQRQhfI8gIMen65Tthvp2va9oun0OUh52QZBkZXRJBGK6vycwXDxY7kYyclyg9Co6JCQOWO2e1umkQFjd2+CPPOiB1MP947CC10nBpARFeO36YPT+xVBsXQ3wsxeecD+2sgOg4QwKRtQ/BjQIm8h29ylEH3BGb6eMuXAgsgm6re84Mqs0FFx2Jsyqhy475yknJdyDNF7lJYGo5UpkCKK8Xe4JiK3t2ewI+hPhBYQg7Dqrvv1eyvJliQM0f73uCdRHFbcgcam7JXFgVpOx7rzhpDD2k581N0ocEfXpVVGA8mOGA5ivJJE0wk+/Sqovi+4ESJRuIU1Cys3MH5/r747qy7LWjsk4I/gRoWl9EfW/AzJA52fdF+h5nPJD1CbL5IAcxwxXBTiynCTmiEBtsuICZDytEWicG9wR9RePCwK9nzwGUH8d/zskp1501g3tJ+WnNBJQ2VQ3wMQuRDleaCwh6sxo8O2wJYq5BQchpdEOX9SFlKU+jULC5g9vrEmTICLn0kAXxuPP3YAvsQWplOnayws8SYnnLurdEbG6d08YM3FwWGCXIIBFhDPryfTbN5D5Zo8AUNaeEMYFUZ8uloPRnbHjTA4Bb+HjUfWUIGKz4Zn+oAfdYC1c/h756YT2qH74smv+TYiTiUMsF5IIEeZHIzM9uH2in5VB6jcjoxCrx02Q7sc9AbC8nISxSsIcOehNDGxSZzAnjjD7KCR3XzlVDt68MrQkzBgPlmwmgqsSnieECZGBCzXh2Mpr4akXsUBVQegxekBysc4fFnCRX3ykPBBNxO3BmQQPVJ9OlFADic1NXeyPbseNmldWIEXxeJqs0o3V5euRKLw2d/irXd0Qq0/uALvQtSsoDLG6K0NGGrAjYH4fgbrOX1GvvNgEj+AyUaGPALP7YQV8GYlKY0lBuin0J4KY2BFkYfbtfisCjaeFVQKeIzfuHwEYH8PQhjujsGNeFoKdh3snWGIBPd4iX6bH3R7Ah5SNpZ0B24e3WJclYDopY2kxgOwyOcoXke1v/Pqu2Od4iveXIUrbXTMhqxPOIMMWvfS+XI5o3ot/h5Q/AxWA6vjx0wJWW5D1aVeEyfFud4k70BCBTPNDM0Ye3n5ukQTQ/jMlPxt/GTTnWf/cvLX8e1LLU4i/GVP9B4lZvPM=", "1: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", "1:eJztWnlYVOUaZ1McdgYGRECHRXBJZTYWS8+HKApmpmPmNVNHGGAQGB0Gt7ykaZlbueWWmWiaeq3MrUzzvGbmlrjnToYrIG4gSojebzkEZc+9fPM8Ps997uP8cZ453zm/833v+/5+v+8dDiEjzP3TnOzs7HKb4UMfc5YxJS/LmGYkI2T4ZVOuNc2+7izeas7Wk7OE52PPx56P/Ycxh6fGXqkf6481pnfDXxLNlmxDVkKGwZJuNJGbbMY9vYa+/+NjvZ6PPR97PvZ/Njaybox2Dn84VzdzTmr9GbmWRO5X0WOsnjQf8RZztsFqSmkEiIypovlQaoaKsgkVw4fSMJTKJhRnNrQMpbYJFceH0jGUxhaUmjPz0WwunS0oNWfmYxiKM4cSijMbsfQYp2+Kj3pTTjrutv87xBbqxjGU1haUmgPF1sZgusaGxfTBTacGMHU011xq7mw0gKljuOZiQtaouEBMkZooLpCOm7gNYFq+BUZzW2EDmJaPGUxaWi0XKJbbZxrAtHx0slEmDKblopOaaUsbywVScZtTA5i20fbE6GdDtdRMJDouvquZSHRcxFXrbFCWWtpI+BIh7Qh8lZL4p+YCSUTS8IA0UTbMpFHZ4BV1IL7lqW1ZnsaWmbQ2eJJGZ4NPaKJtELwmxgbBa2JtUK4mzgYRaqM4RVjfs+saXdv63lvX6NLW99C6RltRfS+sazQb6ntaXaPJUN+b6hrNhfoeU8fnKNLi+LyLgaJtccloPj+WQHyGxxIRzaXzOhDfxsSEFM1lDnUgLnOQTDyarxuQQHzmwCQbzWcOTLMxXIyQTDyGb7uQQHzOL4H4nJ/5QwwXI+pAfNuFBOLbLpgVxfBtFxKIjxESiI8RzCNi+RghgfgYIYH4GMGMJZaPERKIjxESiI8RzI1i+RghgWxpIGJtaSBi+RjBQHF8jJBAfIxgvhfHxwgJxMcICcTFCKkpiuNiRB2IixF1IC5GaJmXx3Exog7ExQitOsnRjvxBiK+n1Eiov+cEee+V608uWI0Wozklw5iNkZbxPbKM2cYcay57g133xLQm5MwVH+Jzc80pJvzL15zz54fpXf542IDxo4x6cvMAo9ViyDCmWgxZf7mZvHFLyDDhCwl4NqPF1NKu4Zs6eo8Mf+lushhTyGR6L4Iw55GbU7LMKSPHmnKNf/PQRFNqHl5fFvn7ucnj6Yc604jSDTmpuWmOTyVNatm0amlzf/Zxt3oWcbvzxq2t+3Up9SfPPu52zyLuIN64pS5O84fCnn3g7Z9F4MHcgavqWirJJP7iDJ527BVUgtlsSTXlGKzGXPZuilCrX54hx2qyjo+3WAzjGbAlzYklL8WaZzGm0gvD68+7G6yGv1iUNC37hfnnBRrJneTfZcjojFYptwY7BKLepU5a7yp/6JAQVFa8zR4luzm0n7bQF31/2Tf4wFUFGNSvRbVblyIq4++m/PzmHbGy9uS4kgg3uGoo+EV7W4Z69LRUeyZFosU58ingooDDL75ybO6QS0Krd8v6fdvyoviR8f2UN5f5w/VZbcrddz0WKj7QW8MX3Rbe6Nb1xtmsYJh1PsPOPLlSPFF0yXV+W2e0xiWxdd4IJXy1gACLheJB/t8cmxSM9i/esXDOh34wv7N9n6nud4Si0TM+uLIpBK1+AS881A/EfwbHpncvE/AkUUvatUD+vV591DxXAf86cmrgzU47xLNdxg9aqysRf/y6Y84qezeIf6d43+IdtcIhr33ffTu7Nfr0pRdOLl0jhyNpp65ntj8nFjxUXfuy9SVxT+r64QOOy2FFi04Xw5tWCFPd+361YG8oivzhvc9fT/YBvMgLiY5Hxe2PplWeP10t2M3Nr+m8MQDwZDgVF0XzZKe9H45WoLQHVwwFA5vDBRLuVAdU0qvjk5AucvR7fuZOq94fggenvvhr3woBbi7HK7kldht+9WjoebmUf0/0UH959cfdI9CA/pErpt/xh21TJx7d/I9q4cROWijx6r1Wx82f+sO6z15BPgYXxNZ1X6B1yQyB06tGdXE5fU90IoWY7YTGTcCZGxIIs5IJAYoEDUlMmAMagKf5EYXC7VhS2SNijnbSN+idMLQEp99zQnPIm9/caaDHI6F9849OytYGoUCSFntfWJgwM+t6TZW4dAn5lIskmtmL7GFnE7mv8NNd4fv+C0M+2BqBHv5AEuoJDkubBS4fWi2u/n63f8TmcKSgC2kGidsqMMMcgD4/47iY/NaUTi+vsYcbZzf8PiT7mNiVfLmgRB3nrHioWuMFRx6QxFSIuw8W9NhWcVj8bqSsesV1OeQTOphOiAXpm0tz80LRXuVGS8ZcH+iEq7/zXTeYoxrbIaTVBRF99usujyBX2PTJ7c9/OuQIX4u4ADe90WMjLphBATutOOCF3ihmevzwq686weOE38vLJvlAaBbO4E0/9BIJrLAN8hoUt2V/tD/QOLa4oTwa4BXhE28c4elgeJHQ1lOOSDQuicfElXi1tdpQ0K7cEvOwmzO8d2DA7rWfuSHC2tPzWsPa1w+qf/y6VBgzOtD90uxQtAunSb9aCSPbVy266OOESHXHuVYKW2NwRkt9gK63oFjEd3eYowxFVG9dPSB80ZM5+W85SXW7LpoxHQ4WuAIWKQ7ltnQuQ2qSji3+0ryVgh6XK0/lg6ie1gcAlYufG2L6qxA3fHFm2JgjcqB51yiQbuh3SW4ObdCSdrhwSS2keBzRqjCijMti0fxp7w7WBzF/uOCJ6HI6XBMMe060N8aFAePxE5G4x+M9Toy/l8PB03XrmvH7dov//HLbiLe3hyLCpgtbA8Gv5tCtAwlN0QL82BMvBSPfL3v+NmFBc6AycpehvlgFe3zkrA4tFdCVyP9wmTilX9InkyIqxdyMueUTRSc4bh7mXBjggQjtlaPaoolEcOt9YVhb4gxnhDT6KWQ+hvWCyYsVWCVQeVYXCsx/goDGLbNjfAx0R5R/shDoT6b7oVJYPhQ/cFowOoXdU7XfH3CVMIGfiNQnCgPQ6A0zz2eAN5xcei348ww7wMnBlHwiRlyZsvzw+ifipF7E4e4I698hARSJB8bs+rRFpyrRvshBNqNVjWBHPsPboDF9W/pl9nEBWs/KCnHxy5iRMyJRpKrZhqClcjja/cydymQHcB6Gr7wQjgaRcne0B1rPvjUi9eexrRGVoakJ7H286a17US4g0AJfEYmdqcbeF9k8ZeKEfW07zztUIngQ211sD27z1+EVHhZTf36z9/6eSuYzy2RAthW/szfEU7IMLJ1Siad+cHYYedINkeb/aBgi9J4/zQ8eNCULlAFRbflEJdtfkhXQhwrMg+m1dxjbr37xhskfEQPyhsQFVRh5RWhKieICzEedwBhAdpIykdZP6Q2ERVMnOkNtVd6lZd7l4o1MMrMj3D6wp9sXJU2hJ1ZXeBsvFHa+Oj/zkR8MJAQUFChC32TVvM4eiF5fK4dzxJZ6eCLqr4sUiERZGOMD04+TDU2O6D6y2glomVJ8IOELU9Ho5EBWj8HOsGL6xt9KXvMHz2WalVvGKlAAkYVaBthVcUhesHCT2+gNvRVoNtk+o9ohWrdZAaweP3sh7Hbpm10iEdVxiB9kk4Jt8kJNSJkOt0V0P1ngA8Sd192VoaG99zt3+fg3IWpHpKfrKSXQ/ay1L6I2X3xbYHxtAdQvj/kisr2XfHNfYD7VEkhW8me5I1aHayKJ6ta5MNjoSBzHFd6u6Tyq8P2DAl3PbqWUBze4HN0C3lDeFXsQ+sWFwBDaUDjAuGUrsUO4I6qbHZHwXuwve7O1pcIxrK78Uhmi+/y9cHhM2g5VrcD8R44IrYJmhkP+rO3Y8YsF2oeUhLD9ZUsI842ermhmLTbGyeGI9jsjQoCWNd8ekV2+yj8EUT4+VAKdL7NGYLqvFei6JnrDPGKT5TuEwfe3n5tR+0CwblXUHMqRA93ecqqZLs8oEXGRfueaAe1X7JpBEt7ea6tqWLxnXYHAbh0oF2lTGp+Tjn8TmrNz/9y81f+XUv3LiL8ZU/8bHfe9DQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmd0VNUWTi9MwrS0SYFMqIpgMncqPL07hiYIAQYUbDAkEzKazMBkAgQEVB5FBUG6iJWqAgJKU+QemjwsKOUJogiRZsxDI4Q0XpJ3yo1BZa2XM2vhem8t8uMmd9/7nXP2Pt/3nZ1M9KM9Q/JCAgICiiLwZYCnwJlTXODMG0kiJPyAq8iXF9h0l+nzFNrJXdbt2O3Y/2ls4F8SC/pTLLs5NgRrzB6Ff+jt8RY6CrLyHd4xTlcj/rrJWNn/QzH7TWJ9b8dux27H/sKYoylGT+ffXOU+jzu3+Y48u5+8n0Gvgp0c8JleT6HD58ppIcjIBzLQq8kfkJkPJNCrhQ9kpFcrH8hErzY+kPl+EsvI4ENZGMrAh7L6hbIxFMcG0/fT2TcOMt0AEzg2mdXPv9ky/MvNQL8ZTPYw/M3uco/BffB/BQkMZOYCGf0rh4nBMrjmkkEWP0BGgYJ6eopHtwTESC8YuGZiIGO6PyAj1/KYugSBayYZZPUDZDRxLY/JWDByzSSDbH6AjGau5TG/MPDRiIGMfIyQQRae5RmYwRi5pNEEsvozE1fJDcyRDFw0MjA/Erj8yCD4A2J+ZOISocEfNzL44xEGf5RrsPpTCMY9ga8QNj+UK6T7UXIhww83Egx+SEMQ/DAWweiHlwsmTj2x5pQWr8UpsTaTYlrMPNZlUkyLiceaTIppMRtYj0kxLeZqc4tpanHj0dxgmlps4s3tpanFnGtuLk18xxJThJlPe4wJZj4TkkF8JiSD+EyIkc7MZQ1NID7nkkFcfah8WJi5DvUmEN9ZJoP4Tk0mJQsfI2QQHyNkEB8jmGotfIyQQXyMYFq38DFCBvExgjmEhY8RMoiPEcxXLHyMYCCrP+ezlY8RMoiLEfKhbuViRBOIr31gbmTlYoTcCVi5GCF3AlYuRsidgJWvUWGEtfL1HIx7Nr6eQwbxtUSMezY+RjAa2bgYYWSMsHExwsgYYbs5I8jnDUXx5IHP6XV6cvKdhRjoLelV4Cx0un1F7BPApgHzQsmdAl8yi4o8OS6Hz+Vx/34we6vfBhtaMtZpJy8Pdfq8jnxnrtdR8IeXyScdWfku/CALz+b0utriwB/eicQ/9HR5nTlkMruKIDzF5OWcAk/OkxNcRc6bDNrblVuM11dA/jbqUv550HCa0RiHO7coL/jPIjfduLNW063PO/VW5K3iztt8I2Ws5luft/5W5K3mzttyoyitllufd9qtyFvDnbftRl+xWv/gC0Q3ZOAsj8eb63I7fM4i9qlDNL4MLna4fS5fSabX6yhhwDa0JN7iHF+x15lLH4xqvu/p8Dlu4k829nd04ffLc5JH5H8NSHTdQ58a9m8OhAF/j85+b1GjVF18doX6Qiq8+bXxF2uvWqls+3vBl6LCkeHixg7n96lBIF/vt4IVwlsfWCYGoV2hmhgxLw2OL7+YsjY/CF5STjK/e2+D9C9ka9evRzI8Om/vtc6PhqGHr+089fyUKJSVXP6Debkaxq1/4dv8gBqpS9XS0wtn1Ugdwp5ZnNVfBd0a9fVVJg1MjtnYp3RSCHqxeFxSdKoeDszLmNBVHwUezXT0qT4Q+bbGXv9sow4WzZrx8LFdShQV1GVW3IhwNO6eVidWVijh4Ic75oalq9GZ7LlL3ZpScXf6y3cmLA6HKRu3jZ42IhR91Emp2LqmXEq/823tVz2joVSx8O1nX9LA+g0nR47/MhglokdSMzcnQ1p9Fa5IOGL1OS3S945EQvuljfOnXm+NzH/7eMgSfa1E0wiNBjruzFS4NKfz5ejd9VLmsz8cXNYjAbq36zd5+t3HpWMDRquG2yLAMAzPbMd1oOuNhxr7udWv7D8vkvSLR8XCp0P3rFt1OAIebN11y6u/1Il34NHSX1aDfpM3/6XLut/qHeB5JuTAvHpx5YLugXiNCC/SOTsnDMZnt4l74os4mJpiHdPTlYxw1d7stS0CfGThDRroK03BT2JQysO5Pc5kR4Lb+PR2uC8Veow9PPvo4zo0HtNgdb0WHPuOdXF+kwRkFE9FKAwky/+gQQQtflLejuVxLF6uRygaTuj0s04ev1E6c5YUrFZc90l/y3N7IuAuuvBEoPv3c6O4o82M8sE7WsH7PxVtje2RiCj/OoSCihBvTALQ9NcGQ8Li45H5byngyqZBTy6fkAD9fwoxqrcFy3ULZvXonMLqfm8S9B8x0/r1gWqJ8jZLB68Me/3dDSdrpU5vPLeptCwQmvic0NEeulITBzjr788qKsVeJysq++lUMO1697GHIwKhC504DCgN1Fqg+1cSh3bODauI6xsNE3a/nnh3ShIcxOlljtKisSPDD+sGX5SyNri+H/d8JNA6KdJg6pydT0bW1ku7fAsTQr5OBsLK6U/rAFad2d16xQWJ8S4GiEzqV6uB6S4Q7i0Zvs40QNadUCaS2y96BMG2q/XHJ5ZpYGUgUWAoslDCRoJj6BCcopbxf1MKUHqfDId/RuanFUy8JtJ8vXoQ9m/u5l4ZgFYPJCvUQsVaskFHpBdJWl+pYNLBO7ov+EwJlE6n46EIs+4psVIsnYSF+aYOch/7rndwTSisGksIfFaM/+Zwtf2cCsIxfNCuWKC8/6hepOU4VSn+tHhL1Li7lGgYFVyd2HtRVdjIZQnw+If3RwWVq9FRD3lTCbNz8MD74pm/1ITJ47divN+gl/2lUtw+eto395T8WxpECnlOD+env/bFO19ekJ6mxFMgVj8tzDyEhdS+FdB0GoMQdpOzXee3h2VuYiRV4kc7yEbWSXvjcWHO6WDpfDJBGPMXtwbR8fdpwL5Ej62oVPaLCkkXgpXpVQHe5BfPb4kFanPzwlDyUw7DsEFpUNYxI2L9iii4y6n7YfjSAJbfiFjmD2u0iMUV6FLK2h/7blRCxQyyUC1SU0O5JhK1zTgUAkuyXii4NLkNasC73TFDBVstNXtzn9ACNpMH1vRri2ZXfnvimatB0G3+GzUZeWogsh8g6BCV3/5ImNOPCEXF/GSgBi2PSHrt8bcD5Xiq7Odq1OCsPu/QK4EMc7GbHphfxKNT6+seLewVAZtLyxZvWa+HPsETFe1/TEQnyPEwKxaorUUlwPIJK95qtzMZ0WUv0gLZvb2r2jDf2BSH5tmJ88Qxvi5KAUzGSavXhwNh7a/nApmuqzvIdVBAV33byoIHr4hU5w+2A3yDrfu6SLIAbY34qnr1x3tOtAOS7tXWiUxHyVGI+kWnZCA0X1AXB4xnkYjuW0gc4KrHbz9SIbH1XhXp+j8PYedfTDAaecdnqoMfBgE913oHQ+LgU0lPOdoAUd3AI1Ui8yMFLCR2OyAJqP1uDgdvrRJTrjVE3IOdpksCeqwhq+5yeR17/1I8UF/cmIIONGyZfGVTMMSIn3y3NSRJ1uV1sTcRdI1K9kEdlPXFJ+EUBTC+KoHtfwLb/3cigcq6ok7Eu9F56pxkcNGDoFrcQ7btaqNI+bAmBfoSwYYnwaHxxKjKpQxyDB5Plu9rpFAjYVy1uOyBWEyJGAimA8bAaNoAnBbNJG21AqhvugLZOfFsFFw5io3wpBIoD/rEI6yCK22PXpboebsgAnI/f6z/PzrpgVTPMKxOosf93anM30LbA969+I7HAhAd/0gypBKBDGzy6V8l5zujsJOpAYv9oUfGaaCqM+kkIphPHVIDtffC8+KoC1+lfVtbKe7eQwQcA1TPS0IY36apwNarj7c2G+uXtICZ7jH4FzBPYdHve6Xmf/do/mP3TWKG/wBJsLy4", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnl4TOcaTyaTyEhC9kFCFkHtyexRfG9E7aoxilrKSCYyJJmamdDgal1b0Yty1a22WpS2aKta11L1HVtT9ZRQS5Vak4olRBISlPRbTkrL88g3ffI8vfeRP87J+c75fe/2e3/vmUliRtn7pys9PDycvuTQ155pTc3JtKY/T1foch+b05XuWX2V5LJnmelV8pO1J2v/A2vPpiseWut3f60/4brZn/zSze7IsmQmZ1gco622KvLjNu5hH/r9H691+wtrPZ6sPVn72629UL3GJt/vHd/Fnp12/4re60mfT2BHjZkOzySHPcvisqXWEKQVA2nYUScG0vakawmC/unY0SgKYqa0Zh9yMtuyR5O3iMdh9OxoEDOk54bi3UIJuWfgmAQxSzJKJ2LJ6FadjG5YMrFjopghk1spl1EmEfcS3Uo5R2kSamqJR8NOWoMQKIGDjEIgDTvpxCzx1tXy7HW154yqCYg3oTZRCMRbQyPmHgdp490A6eKF3OP9pK0xyx8E6d0A6RKE3ONNqBXjHgfpNG5Y0olxz+ROcd3qp0Q3LGl4E2o07oCEiqvhnaursRpxv/ipxlPjAZAY9zS83TVCLJdBOjEQ1wiNEI1kkE4sEfq/ABKrk9y5YinnraEV416iG1qujXejc7XyqBHKnlbjDkgubqIbIL3QAKgG1VhY+Nsyw9S4TPxlmWGE3vZ4M+nF5gznkF5szsggdzRZL6b+MkismThb9UJ0kEEGITrImmwQmjOyvBrE2pYX1yAmRZytBjF55fplEJMiPtoNYrNTBokJuQwSYwQnrEGMERxkFGOEDBJjBGe50R0hN4oxQgYJMUJWf6MQI6pBYnOG95PRnTljFGKEPGeMYiODg0xiI4N3rkmIEdUgIUZoeeeahBih4xphEmKETrb0aEbQ75adanrDZXVY7akZ1iwCdOQ+k2nNsma7nOk+D26Y7k2v/Mghyem0p9rI52V79h83M9f9fbMBuS9ZzfThAVaXw5JhTXNYMv/0MP1WOznDRm4kE2tWhy2MLPzpGRX5pavNYU2lxsyBFGHPoQ+nZtpTx06wOa2P2LSbLS2H+JdJv2uzqR7etA6LaLQlO82Z7vVQzuRRppOlKKH24w6vjbhDReOWJ5dMToOm9uNWPy5uepVc04AfkcXHBKx7sLEM2toPuEFtFPoRWXxM3PLHe/lNRVf7cTf8WxBcDri6sfW1H3ej2oi7vmjc8qeAal3T/2kA0P3oxsl2uyPNlm1xWZ38zxUB5JCSY8l22Vy5SQ6HJZcDm7CUOHJSXTkOaxq7MfL+dVeLy/KIQWTiX8Br/+ield6i/wBAV1PGLp3wzrlIuLHlpzl3rdGQNvxkN6+X7+KJeS07LJyrhuKA7fFvzYmG4yPG92sSXoHv3sw5805KFLSNiSrPPBoBo5Yf1V0zeUiOOfMKSt8LBXvwNOk7SyQ0L5i27Ps1ZVh9fH+F+XwdeKq+38bVW9Qwc++AHR99cA6v7Txo6OfYH/qGvd7r0u5gyIjNfHniqiK85vqhvqMC1fDDqTN+i2xqqCDmglbdxBd7tKuKuXsFvbnBf9y63iGw68ZTw+bvXIWWVC2YcqdDJfpq8798St70h5IZ1MBu/J+fF82aMeQ2qlMS3uO5X9XQxtrw3GB1Hu732b+tr533gV6TprXv09wfTpCoKwrO4v1rDhwZmBnJ/YtTQ+y8nHERAXdx1p57GyaVBsDmJjMup2yOhOhD9hF19l/Ey15suS+wTihwXDBono9v9XFIGbZ52Kcqn/GWQiy7fmhtrQcsDQeuocL82BO3ppThoLytxNMz+KeIyRbN4lAInGhY23lJuMTyk3sX8fv30K33R39xyXkWR1BD+SHwie3UuDnzTqL22Ss9t3kX4Re39vRXrPWCDk1pJNtQyYff9DbO3ota7Jz54aDvjuLWN5eQDHjK+ShC0alXh3TprID5O2niNiBarqhDF3jewn/EMybnf/HCDX+IomE28YRe/orWs8JLMAujYQCw81u+ULysY5vDS49ixVLfiGWnlMDo4leGDi/9pfGHRfkofEzfsnnmMrRm5ID+Ld4vxeNp+ToFQN1jK1/qVPcamsvS7Q+70ugTJWjP/IQJbWN84TtKi6txUsth1MNzaGC9thvevaYERp/CaJhpOronSxcII0ja87Zewdt3qJubZ/hJgz/Sf//0fiXQ07MHK5CSAodHSiSZhMEKSPBdFzkk7Vf0c5zP1MVeTSW2/bDbiPGqmSfAB6e314uMltIrCizLj5ai7o5b9S9u8gSf4FD0zckqmacVeHoAYU6hGliZ83fjyaXrnxu79Dp2bQy7s+9qEOex8jqiqI3TI4Hz7mX0+paxqlvRfrBw2L3k28UKuNPhpf2vHSrCjN8fq+CQxymFivQX4+PqAqyihW8VDhznD559qeUbeFpKz3dfXa2SXuz9bZ1OQ0N4X7YqQJQ+g4ZW4t2ftyPM+AXdI+m1WEKBeqMLCpOQnjKlCLG8kXy0W/B+ZcIvXsDjPYz5dTnadJA4MtsbEA33yhU8KnBw4pffhgBhMynRRfwRpdcOP2D7L1eAzU6YFRoFahJlA2cwMP+ae0jrPvmRKEWIlEceTzrjA1r2U4GoehBqIEIqUtLbcp7LEdOfFRWY6U+ht8T9UEPCW60aLB5QV5pvdsUtqarEiz7+Z0rP4eGy31WYuTe+FF/bu6vLJy0bQ/CqrwkjomAKTVxiLAy60v6rFvU9pP7UrZ1hQLN/+dVYOf5yPIQa/DoGRlLH1kRAeebAf3z6X4VEWTt7/Xm8qk1y5OVz4dCGEbsM3Z4yZptrUSlmZdaFQXyf1XW7NTuOr5f3emGmqRTz/lWCJy1nVDE+v+rt3dHry7CCBVyJ4rb8Oqv8xGl5n8GYZnlZx5uYZu9Y8D3kxwhbhNc7Mt4onpyHqFptSvEEb12QoePXJYiFMfMWOtOWBlCEx62beyLD4yI6oqLKWYBIMra/1ygQDremQucBXA89JLob0vvBXnr7s/pgGt2VlO4aZnWMUYJft2Y5iqWXEDv5vo14n+bxfkn2gf0NU4hU3UGc3yrg+Q4Cyi5Dx5uIRtNAqYA90dTzQG43/Cr38/P6cPmcoZE0KU7ienJQjjMAItoTC54tpC4H0o9cGFOMtIzASmC6uSdOasEa97DcJ1WokKiV/XQMrGxKE+kLC6hsRJXh8USlzxQ3gbMTQz/tfrYepL5yvFPu4M24VYeF+17JiAUa7QxVCLC5Mfcs7vT28++tbauSvEiVUq8qgOlUtBKmU5k+opK47txBfQh9RxZeQqVJ1MFIyXvlwg6efVWgW/GlsbKLF7DytWksbR1LO1YJrBz2Cyis8d5CNL2p1DmXKtM99FkzOgGuI6bH3ZtKrF0GKaEebd8GPsD8+DRKCicqsnfXIUSnYJvkW6jSTBjUNUrKPzKQMPky+mISEZzLKohlA/gNfOPEsanObzy4v/ZgGEDbZIE/sHZX3MDU+/wVIfA0E5DrmOlM3SC4Scdmjg+wV6Kk7NHkk6c9y/nHd4f7/zdx/0vaR6xpfgPv6aLq", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWml4E9UaLoWuoW2apHsLLSCCCNJkMklRmKllK4sFgiwqSmjTNtA2kOUCbmwXEOQiiyyKAgUVWfQCKgii84liRa7IvsmOLL1slRawLMWzTCVAH5sTife5z0N/JJ0z551z3u+87/edmUnKIFuv3Hp+fn6OYPTR3VZgyXYVWHJNuAU3d7M6nLl1qo/SnbZCEz7KeND2oO0vt/nf0/bU7bZeSIem+uifjjZ7obkgI99sz7NYcaf7iMuqDXcL/f3f4O6NcdaDNo/bOj9oe9D2t7X1rW4jFfYPdz9pK8q5fYTPZeL+qeRTZ8JFOt1uKzQ7rdkegvRsIC355LwB8WwgnTcj6TJxWypvCkRfJmtRHtqs1IbhCEaXyoLRe8NITwbSt2YZiCcYTseCMZBPI4G0t7kGeQxJYxnFSEOtZcfomDBpdJzWLHRkjMHTcegI9MtjHdDe7uLxYHY0ZhTk8aK6gwxMI8l+MDKNREE6zhuQx6ojIGq9VI915wbS6b0BpTFNjxpW67Fh3UA6j1OQG4jzWOQ0y3mzuAZvQm5kTJF0CEaz01jTL6aRZBDHBqLO1bJNj4I4JmtoqXO1TIKVQRwbiJpQyzY9GcQkWBnEsYGoCbVMaVkGcWwg2blM1pBBHBuImlDL5CcZpGcTLHWujikbySCOTeVGb/xk9IZTmjfTS2PcR9Gw0ZGYtjjU7Xqm7Qr1rZ5xw0YwbAWXEtKzlUGZEVtxktXKtpuSQd4UJz1bcaIgnq1KU7Xy3lQ03puKxjNt9uQ6w3tTZ3hvSgbvTSLnvcnJvDfplWdLr1QRBrZMSRVh8CZ/GZgUIaciA5MiqkFMitBRRRiYFFENYlIER2VkYFIER2VkYFIER2VkYFIER2VkZFIER2VkZFIER2VkZFIER2VkrFkR+ImuIwafcFrsFlt2vqUQAe0jOxRYCi1FTkduuPsFcwPwkQJ9pDsctmyr2Wm1Fd15MVPoHxfrPXKoxYQ797Y47eZ8S47dXHBXZ/wsOSPfik5koNEsdqvKz/1ZOekTgv5pb7VbsvFgJiVG2Fy4c3aBLXvIcKvDUsNFO1pzXGh+BfiplzXs3osGEUZ55qIcR27de2ImFxidnClTfc9b7Qve4cy8De4u5bW+563xBe8IVt7Vt17yeut8zzvKF7xrCGYtvLXuuZLnfM87ujbe+CjDU8I1RLEWwnr3PM/rfU845r4SjmUmzLvXKJ73PeEapvgXCNcQvloIG9zrK2/wPeG4+0q4BoPUQtjovjfgjb4nHF8bYW9yF/tCy3fqcs5O8z3vhP+tlaufMshb6Na+J5x4XwnX4JM/JyyXY3mFDX/DLizpvhKuwSe1EJaf78i3Y1r64ygmwviQPuK/83bgrr61vA77k1nfC5If+qfeBcKL1cdc4LKQ95hZQ4faHFan5W+lROclb+U95kRDQN/eesbpzrspvPvE659hs9lzrEVmp8VB38Lj25CeLnOR0+ocmW63m0dSYANCwe7KdrrslhxyYuDt4/Zmp7mGCRrpG2zdnSqy4FP493O4Na5en/CWq78UxsEPxR3W7JUaLDnTuZWghnU3Jlb8vLcudP0+qO28pyukuiGTG2ZfiIKATW+kDm+5SnJ2fPNK4AtXpfKpJmeTOdHQIHpw9/Kpl6W9qkvpP+VWSe+ObrpxwukYaJmRePY4XyZVLsz75L+O7cLixujKXCR06GSvjLD6w7xTSWjE76SHN05Y0neyCs7sX3HtufPBkLf79OAWfALsPHxUMTOzEXza//K6A12UoOyX9un3VxpA2ZLvuhpQ+4YAlUboGAIxa7f7HR4bDb9tzFk28M1kUDRp9uqUtDqwZ1MhN/qqCrjRa8WxY5Ph407HXtS08oeopM0nhffq0+v9IwkWdVhTfrN3BLR9dNfbpw6lAOHXsAmM65mJqBwQFvy47Kfde1TQ55WP1wwS4oCE40As/HTVdOL9Z+PhHd2iTw2/xYL+orFDp0sKGLr1tR2Hj5YLjx1qEjhm1jcSCeOCi4Jl2cDevR72hyxRbf7GFAdvPRI7a9ekSAghAYoCv+mvXm+zMgmmR7zIL29XIhQtroMoKuCs47Oo64pEaH4+7KvW+9VQSCaSAG8Pf2dR47RECNoa1/NAQhiURXfucSM2QHykzYwtozqflppFKD77YKQGglckPpPzRaAoheOZlkl4+s88GQUnzcV7OJtSfMjl/3ZwQpVEz68VbCqkiGNqsSM5EQ4jSEArhYYVBX1euaASx7+87ZP+l+vDBCOKsDMSevxrTpFqnFKchtSRsiAY1g4atb/tyFPSrhaWuOP7wkRH/vTzL0uh8NXXMU2RQ8QbS3/d0X2QQizcVLX6JW0kXffCIAhJmP98864R4iuC/vn1m+tBzyGY4TeS1c82pt6muuIWZcn6z8OU8EPvrz98b6tCfHaVdG7+hmBxSIsrcw6ZlEDjVSF1qe/fYmJ0MAxLCDvaskcCDGsbundxmQawOnfnNQASliXJ0N5qKxu/OQAad3lp3GNTGgGO6qi3moCadCwR8pFqP9utAjSrLcpOGkBBmv+8NRFupdy84loYAzv8DvuHdEmA7v8My/q3JgKInd7dKQyoyrh2/uw5icirSg0JWAjHGtH5XWoCz72x8XKz50qFav+8lj3gYMeMRIhF0Vm8IxamutDMByZCyxQccQ0MPLmt0c+VQVD8W+qpjx8qF0icG5YJmEbJ0kB4ZKl6W/t+AeKsXSH5jQqqpG6GSekDT5YLG2ZPi3hxjb8YyT/xZa/ocOj3g/bbVa0UgO2FIiZkEqMq4RJaDWW/GJh7aObE8QeCxMfrYEYlwtxuUVO6LIuHmbGI2UdKEV9mdrE/tCMLtl3C7o4XY8Xo61subM4IAuTq0rWP+Yu5V38xF/eJEUm6OKaE09fRgv+oglHX2yBrBItTA5FSt0XA+flPPLorPlzsTwx8UyDzP6eC/wzAmeesRNLM3MsCXScFDFvx+s/5o/2gz4LlH+17IULc4EQz2xMGk6f+cqnhjl+F7jSgkiEenk1OV1EfH1HAhM1YMJUS8fOpaIjBNimvA1jV65YnQG8EujWtMRC7ZlRInzcYf7bnCDWd3/oUqLi5a0Rp01A4g8M2IAQ4HNAZifB6AWZ2VSC+t1+TqA4TYf9WnBiuCyfen/dtcusAeOsLvBDRQNLkTCXg5dq3Ug1jHXiC8VRfEzWwc8MJTdIkNfz4+FPbpx9sCEnP5Dx+JGu/sLxdXyR1BaAssOVC82RwkQWJhPWZSOglSUDG3RkHOrS6RY1DYQxa1SV7Q0WafycLLVCaCWkWDTSetwQ7CVilRPQ1WwPIXG+kXlWL2HaZ9Ssk4r/MbyXih7gosbRpKkohappvv7tJ9XdEJRK52+rROrE7EuriRNFOI9I8FwZUp6cksm5+YeIRlM6X+vtDvw/1iOJNgfjgoEIkfpwYBSQNlteDhxdOWnmsVCWSOJVVSR+E4ky0R2o1bSFyQF2xpCsWuAa+xmXLESYa87BCgsQp64aEVCYH0/XKVYooO667ERQhoix30Rigov4tjQHkshltxiTSeHyeApjVQVc0kPwWngKNsAFbJgOcwwJQwuDDw1DEFglUt6h+7Sur6LI/ivo/NFxMfNmsfbr1L8KWYlxI4kHAy3VOLcYd74eUHQirjpXOWl2/WMrChVIXI5Lrh/kBzaO3BJRsTg8eEiOSfDlXQ31apJLrXR0Rl6/jJQpAWefoO9tVIs1P14QTJXO/mN1DBWTTmV6U53DabYV3bVZu/7zv9nvFGtq0vwPosjCz", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWndYU1cfRgVBQMSwNwkhgNRBNlq/XAStm2IsthZHDAEiIdEkqLit1ap1j69Wq3Xhepw46qr5uVeddX9WbbXFvfeo3zn3XGtUnpKTgt/zPY/5I+Gee957zvs77/v7nXsv/G6mdjmuLi4uFg/01cZk0GkLDbocNW7Bza31FmtOlZdHKVZTgRofpb5ve9/2j9uqvtXW9lVbO6RDtTf6o5nJXKAxpOZpzLk6Pe5Ugbj08nAv0Of/Bvd2jNPftznc1vx92/u2d9bW4WUbW2H/cncTkzH71RE+1wL3T2K/JWpcpFPMpgKNVa91ECSjA4nZb6kzIDkdSOLMSJIWuC1Jrq6OftR6Yy7arJSHkbIYSRINRuYMIxk7kKwBzUByFiOV0GAU7LeShaSZCrs5DEmmGUVJQi2mx0ioMMlknAY0dDiMwtFxyAjkx2EdkN724nFgdiRmBOTwotqDFFQjcX5QUo1EQBKpMyCHVceCiPWSHNadHUgicwaUTDU9Ylixw4a1A0kcTkF2IKnDIidZzpnFVTgTciVliiRDUJqdxJr8UI3EgaR0IOJcMd30CEhKZQ0xca6YSrAcSEoHIiYU002PA1EJlgNJ6UDEhGKqtMyBpHQgzrlU1uBAUjoQMaGYyk8cSEYnWOJcCVU24kBSOpUrnfGT0hlOyc5ML5lyH0XCRkai2uIQt8uotivEtzLKDRuLoSu4hJCMrgxyjOiKE6dWut0UB3KmOMnoihMByemqNFGr3JmKJnemosmpNntcnZE7U2fkzpQMuTOJXO5MTpY7k17ldOmVKEJBlymJIhTO5C8FlSK4VKSgUsRLEJUiJEQRCipFvARRKUJKZKSgUoSUyEhBpQgpkZGCShFSIiMllSKkREZKKkVIiYyUVIqQEhkpy1YEfqJrCcInrDqzzqTN0xUgoLmoqUFXoDNaLTk+9hfMccNHXugrxWIxafUaq95kfP1ias+/Lta+qIdOjTu311nNmjxdtlljeKMzfpacmqdHJ1LRaDqznudi/6yc7VMD/ZGmN+u0eDC1L0aYCnFnrcGkze+tt+jKuGgzfXYhmp8BP/XS13z7ou4so1yNMduSU+2tmHEFRsJlyqTK5+1XHm98lOooYR9qwgp7e8rFlU/YvzIWuhYt75f3XNxCSyqfd0Bl8C4jmOXwFtsnSbm08nkHVqjAy4hiOYRl9gleLqt8wkEVSjiYmrDcvjjJ5ZVPuIwp/nNllxHFcngr7OurXFH5vEMqdKHL8Ek5hJX2ewO5svIJh1YoYfoV5m7RuZydXPmEw/63Vn75eIHbOzeofMLhFUq4DIP8PWGuHHMrrHgH26+ICiVchkHKIcw92OHuw8Tkv6KoCOND8mz/9fuAN/qW8x7sb2b9Noh72p/0BggvVqbGUKhjX2Cm9+hhsuitundKicyL28M7zImEgLy2dYzT67dRePeJ1z/VZDJn640aq85CXr/j+4+MQo3RqrcWpZjNmiICjGQpmAu11kKzLps90fXVcZrGqiljgkry6lryuop0+BT+xznceijt5K17LR+oBIY+fYtHC6BBnUV+hy4KIKJjdqNz6b+o8iZc769aEwqa9u3iZi3iw+IvMlrMGHxaVe8F//mDT/gwbuv9+CyTEFqwDcW25bEXh84cEwFPG/Y4MOJIDPx+SPCfxwP/VG2Mq+W1RsSH4crjOwpWR4NxbpVNbryHqtaKkSldYyPgWI08gSE4GrwnLUIj8EBvujVsz2Rf+LZO8JSje+LhQXzWuK2yQECTGvON0RP8l330a1//eCiNWHCpeT1v4A2FvbOb8uDuWLVV+FAEN65CcsxeV3ic9Mey2IsBcOnUkidZS+PgTLNqfbyEj23zejT2PKENAu2gU42L1sXC9ZqbG3zbPRT+zR9b2HO6Ozy5ji9QB3zSl0/WjXCDOU3X3n3eng/BIrXb3DsiOFbaPfFBUBCMPHL2vJfaD4zSwT8wcwQwPql3XX4Un5kwEEdABNVqjIrSGgNgxzh84qDNvcvU1gEGATcvEdzcs63JUr033Ht+tM/l+bUABav7JqkQULTmF+26Z+s3tH7r+S2jofOGFt5Vv46D4Xvab1l40Q8GHFr12f313nB4QtafqR1joLDqNI+ws5EMmacQpuhGaDtlBcKeXpu/DzVFMxHK3DR9fQG3fjzoVLDjz5Kn4UxB5oBla+dEAVrdkSs0PFDtPLPmy2eeTFySx5LwjvHQtVd6ZODiANhZgAiCC8PGwyOexO1THpTUQyv5YRBzJs/FNGR7NKwJeLrvxsjacCflYM6x0poMy3N7LAwRbR2+4JtgkLCfm6qoYVcz1p0VwfWZH35w9HQAieeJACYHTfvMHwLoiZZn7ooAuNFfJevc0JVh9bMT6WzGYNHWnWHQLBYz/tkmw4FpIoJVVyxrAjbyoPqQKalfG27ZphqRIjzDwW3uxIZVlsaC+4GQjNOfB4IeTdN1hxuJX1EsIJLZjbqEwacLZfsbHfCBmufrjp91MhEOY9leqQ6Y5UKZADq32u3eeLoQ/DTbfk7U+cO1jHWRwxKDYHYuHhn54vaRNt18+YyXMH7g6PVx0CVhn++uDb6Aw9zPHA5ED89svwjRDC8kgBgvfzVvWLL0ZJde9fmAxIwUHQ/IPfsX1won497nEZxPDOBl6tZFwGC1v5gdBw0n7hvUfFAI8KPuGTIHhDDYrWOCYmEbsuO4JgHgwgIfqKYcxcYSwoKiXQkN2wUD62fZCxVajQ57zaHgU7dkxs3SMFj5cf603s8ETPdN1knBaXy4rf2pU6vm/qDGARwSyRSUPl10mxcO36PlmpbjDbOPS28qd9RmfJBt6igT4Ivfdk3dmMmDE3OxsaoyLI90EZcHvOCmsulH5vWBTOGkYNfMG3wQsR08gNW35wMbq3t/EeDeZ7sGcvqszoS4ZvrUbSeA0S2vuEozIgG7N36gL9PqM5xJYiArOgVN1R/YeQQ/Uw3EQh8phHZYKN1ioBWC1ZZvUnmiKPTZEAjYRolxfGCXM4AHflio6BeuYSHWgTQ28biCDE+4JAjq40RVnAATkc2eXL9rY+dj9if5Sink9HZO9aKk350V4wWwNQgliKHxUJ9d6N9tMzsjIeQK4XjmtfobvxKB9kbHJv+65AFne44ae7GER3yySwDRR0xd3Nu6Ez/39YDz39Uu/pEvBJvPd5I5q+/a4HNENCYKWNlPT4BH6gvF07f7wYbTo57reruT9evPh/0/oU/rKIb15aYY2IvSxbyxoXB20lfDOq6KZli9PBcAO+1Sb1iNssjplhEMm4d1ESQvCQMhefVulDlqMFjF664nQBucWOcFAy4PaSefqdj88CQBMrGAlvtC3+IPUsPz/Rk2P9eLBHTxp4tW1iZ5K5/HiD/BlUUEj2chw0jCwI1NiKWqyz8sr1baOh6O9bksSvIIgRphKGJegQwadUx1XwEg1Q869WMI4GzSPbEqM7i5bUCEEvkdhfvjq5Gcz3bbmHnnNvtkCbl5o/kguU/cd86WGn71N/npOC5f1gKUfUe37O4PW1C1WHv3mW1/o7aHJ/SPhc1b0MI1DQXs3vwaroCunj/toZDosN8jFTkOBPZ608KgOTZsnJAZd/FO1JGDAlInkF+G9ccDhTGnDjxUX4gNgTZouCtfesPCDnvF21f6MlemlHj3vFYH2DJ2xBcWzWvL+GkeqVjeiSJy/Ks7PM1CA4tDGKzuTvkxcHKIpdnkXh6Qw36qAO6+b0UsdMIFrRXyKd50phhzLVazqeCNzcqr/+t79UKxjDbxfwGuDDRg", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lcVFUbHllmWGRHcGUXNTVh9tHoHMSNcsfMLKsRBhkFxmaGzFzSbNM0KzPNXMo1zcpMS8y8xy03JNwyl1QUVMQIlFVBvrPc+UQ/fp+cyfGP73P+mJl77nnuOe/7Ps/7vvcyhI82DU11kUgkFjf8NsCUbkjOSjekjiEjZLi/0WJNbWY7ireaMpLIUcKjsUdj/0Njgx6NNXms36OxR2OPxv5PxzJsY7QzcLId9TRlptw5IucSyfxY+i5PIs1FvNmUobcak5sIUvKB5PRdxQdS2LOSIpGMKXR8KCVFxaqTpPgjyZg5BndZ98Oo2EoaiullyhrddAzn7tQMFcOzOxGj5dmdhnlBwbOOxg7PaRlGbgdGw4PRMYzSDoy2qRg6O4Z9xNoD0nGBYjmpwBzNQHzbE4XUZDIwVzNQkyNLQSp7HKGyZyW1PY7Q2MMIjT1x0trjckZYFddKcsY9OZf3bKAmy6kBSMm3EmO5nMsRNpDKDpCSbyWmJ3mTc14DkJLPe0yE8iZnvQYgFRfL5Uy5ci6WiyAln8uZcuVcchdBSj6Xi3K3B6Tk05Mod77gMpCSL05ae7antYcROnu2Z082UsTYkcsVsXYkSxuIi7AKUblcIlQwESq59KQQuddkabB+nHqcq5liFqm4Gj0xq3A1U8weVZPdfaehVHE1lCKGqzkUNdHkADXAcMWHKULN1byLGHv6STVfRySC+FoORjk1V7azgbikJ3auaq4MbgNx6VVsd9V8XZ4I4utcWdHU8LWGIoiPEaxoauzpxjV8jGBC1/AxgqlWw8cIJkENHyOYnjR8bRSThoavI2Is1/A1N4ywWr6azrintafL0/J144wRWr4emTFCa09HpOXrJxkjtHxdHmOElq+mi97jq+kiiIsRIkjH10axOOm4GGED8fVeIoiv92KM0HExwgbiYoSS6UnHxQgl05OOixFKMU5cjFCK3uNihFKd6Cwh9ZqLEkqNiOLihFIrorhIodSJqMZZMTQr3WAJJiesBrPBlJxmyMBI88Te6YYMQ6bVkurf8IqpruTIE7/FWyymZKPeajRl3n2xJI9/X2zYxPGGJDJ5mMFq1qcZUsz69HsmN8dfEtKM+EQCXs1gNvrigXvmuOMvvYxmQzJZLIlMSDBlkcnJ6abkcROMFkMjF+1jTMnC+0snD+GNLv95URm1aIw+M8WS6nyX0+40ruJtiUbpeLP97mc2OUpoqr1uPPY2KN/iHZ9G5XiD/R0RZ3duuzUN7wo1asfbHfBAA+3BbbBKfBAgdl6ONzjwgRocxGuw7VmYXOwaHW9wC0cwO5jbblXD8qnROd7uRkLzDwLdCG3uY7C6YenXxjje4EZi8g8MboQ29zFYfLoSK95wON7glo5gNn+gtQ3bNa3c8Xa3coTd/PHW2TpOarfC8Xa3doTd3Bnc9vQ1RrxzdbzdbR6osLlTt3iXqRSF/RCasbYP1OBG0sR/N1gMrS2TPYQurN0DNbiR/HAfg2MbdmHah9CFhThCylJeu8WHzbau+yGk7lBH2N2c2251w9sMxUNQdNgDJbg3t8GqhveTyodA8HBHBNqL225twwcHSu09z1l8JOxXgQkmkznFmKm3Gizs54JkoSFZ+kyr0Tox3mzWT2TAEOoSc1ayNctsSKEnXr5z3Etv1d/zwEd80sP+MHj3/gxkJvkPBTK6efXEvZ26l4Pef5SWP/WcFHb08dy8OjsanfC/Hv9b6m2wJeTt4iFaKVx5brv34oBOaJ8s7vNnlnnAx+vD6yorZPCE8m9t7zFRyLq5xa2DJfVgVmhyycieMjj7dJrEFB+FwK9nNr9V6wG37wiOTnKVwbrKrPOLYzuhF7cmNnfq7AFXRGbXvlt+S1i8nHzxR3QdhW1db3hhRPBPhyWhaNKMbv1Xz2oGb3yQZI1acE54jgwvbYtao+fD4ssOgusbBo9bNKEc/NwBGxDthxT0dRQE6Hcd7WxwR0tf7HTQd68P6mU0lb69/xrd1uQ8J7Ts62/+eOnVQESHhznBZU90ObboUiEII2Y8GYZW/UI2Xg36tM9yWuTmDmvXlh0ZsLwViiPT2u0F2Bn4CgKg5id6oCV+BFEFyOw2S2uFwXMWZPrPaIYEbNXyTTfAC3N3VnR8QQYlpukue74LR3SZK3VAVhrUb3DtQmFm/MuFeReCUPePD77RT8gHb5yMmzjiqyKwBb55Ye8fQejy7I5/eW2/DjxOrBgfN8sdvbX00LrfjruiyXr5MzHr3CH2ylmnme3R0W0XA9slNods3VowoWt4aHmXICSdPj/h/fQq8JHP6+qvn7wNdugin5rk3B7FlyXnjPL0g4V5EadrpjZj8ba0QWH0RBHwjOo4dXa2F8wZ9fQ+WV0E8i366Tvny1KIr5o+fMo1EIx33/KGvzh+HnR+N+hkblUxWPjnvHffXhSJfsTe/uGkB8x978jZ855SiI1SHZrUGh2/PLZz5YKLwro3hyQukbjCVQNhgH5FOHpmx1crB0IJPP5aUXSsWzXzQ5o/GgRJRIuF2dnj3Gu+qAPPfy9cW/rEDWFaP2FKuy3+aLh3141L/v4bzCTLzKsGW0/NqjM8G4bI7se5VwPq1imFgq53X3ONjwd6L3nUmT7OF0D/1R44xPUghhCoojXCXsGMc4NXXZR+6m2hKJW+KoSckv27en6TLeDRJ34ZegUktC2+oD4VjjD5MIUPgz1zYyd01bdHMfSCTtCTCGytD1zYv8Xsp65K4RHTS7Lc5zqjSYHf9s2/6QsvqgmDy4QU4ti+fujKyfU3X+jqC619PqmUnpPBdZhuo/OiEaVHyypA/agLRzQc46QwhQUEZM1r6TL8g2BE42CpFDAb9+/a6Qvp5+ho1OPcoDkLSvxEPsjYvjoFIEpPVAuwM8f8cLUCjMrYc3vjpA4Is3NubJU/7PPjjbpj2gC4fVnrbn+ujERU180kEDxLPF8AmC49RXvLgGL3949nRrrAm1PHbrPOywPvaH/fk7FJynDTrwg0rAEukOWJNmjs2VdmfVBQIHT7M0o6/Xgkwt7EDqkGJcUIMzMfMF77IBzUNb8+fUvAR4+tDXCHUQvqP5zaI4Tll8k14FhnQ6sLI/YCyp9drpCwYM3qaDRwtO8I3aYKwHThCtWHegw8XPYYGpq4ZFq0ky+kdPraDeIs1tecHYFCgsYOuOHtCYv64Qw3RYpkua2GnPo8AD1NE181oO6OC4Am6qBQhDD7uhyTQSrrud7w9VVdEtqOC0Uha67gK1SCne+sefaA/IbwjREb6h2CGM4d4lVwJisVLq76fHfYhrYo/TWCvCLs7klm1oIPY4li/dB3nxgwRUsAjZtSAql/V/ggSvsul4TsOVJMDSmqKtB/+fsmL3H+NvAaEWyOL8pUTvsJ9vRDuThLDL9WCaj7Bruh/hqcadoHI/mlb9sXzPgWJNAN1jP/Hg1CNO2o3CFG48RTDjDZPw0fGIqY/S5iPj8KRlZkn5oVF4FqfLDwZzgzv/eRwiGn2kzWbwxm6xSWAmpvuTfcYE776K/aIPTOSJKh5gjnF5OEmS/mRSex7hQKt7qPx6nivECy8o6OzZHTNlf/QHAJnMOqXvtmtZBx+RbOxJXCnjB8RT9nkU91AqXv9Rqh4vSJ6ZY+eSCRFipcZz7u3mxAVITIF1d4KIe8Cti+NrVA+18lDD8sqCgRdgDqF+eWaAxNUBJ4BNPHfZYXomH9UoaiSNk67QavdcMJo3MHJPIFer2y/v3TaeXAh8isKghhMZ7wNztDGt9dEvh+naGqYEckciUbmhMIaRr5tBx8hVmyu6wdmk/Cd+YSmEjSXrov7ISzfcxn4Wjv1i040s0hq1+bBKbPQBRHC9AZ4EoT0nJAP65HoPE00frANaS8f+wFaX6FLVFNLDEsXyDZr0jjDCkvciIQrct+1wGry6I/d/qgeuzNDYOLhc9+/vRDn5sSuFlTvTPFIxydIe79pFIwkkLW2xuuHB/nccI5HBEZz08oEug+Ez0h5em1EHR0ABZithNivCkVaH3aXwGmANWLW4vCUWBeL9yBHBGCcdVIurhHoOvmhaFiC6msuWAhSVMH8gEW875Xz0aiS4BUqDxh30KysQ7owDCcWXJd4YFdREClwG1925EpbaLR/kIysQZQ+Yb6sf6jLArR60wNhG95DcKS8YSUh9P9UQcq2BJwuR2JdD6Li18HRPn0ayD8YuaG/KLjfoz/hVEINxU4MhWA9S85gIRt/eLmiKSB4gu3wUas1mbbPODvwwlTfhNYXpQiWv96lAgsX8qgN9nGvmA0/5h7WkR6qUDzf32UaP9VQHvY+MwxFqvZlGG5u9m7848md35z1siY/F9e+fCK", "1:eJztW3dcVMcWXnoRFBCQIgIRUMACy9YY31zEGlsUY+wRYZGNwJrdRUXzjDGxRJMQY8Q8NUVT1FhijRqNc0zsidhiiGISuyKICIgFy7szc/eJPn5PZsP6fr/35I9l7+x8M3PO+c45370s4aMM/dMdZTKZyVV86W3I1KXmZOrSR5MRMtxLbzKn21muEs2GrGRylfR07OnY/9BY36dj9R7r/nTs6djTsf/TsSzLGFUG9parTobstAdX5LMeZH48fZUnE3GRaDRkpZj1qfUEKfhAcvqq5AMlWLNTQg8ylqDlQykoKl6V7Cz+StZnjxZV1uMwSraTmmI6G3JG1R/DeToVQ8XxnE7CaHhOp2ZeSODZR22F5zQMI7cCo+bBaBlGYQVGU18MnR3HfsVbA9JygeI5qcAczUB8x5MSqd5kYK5moHpHloKU1jhCac1OKmscobaGEWpr4qSxxuWMsEquneSMe3Iu71lA9U6nWiAF306M5XIuR1hASitACr6dWD7J613zaoEUfN5jSSivd9WrBVJysVzOMlfOxXIJpOBzOctcOVe6SyAFn8uldLcGpODLJynd+YLLQAq+OGmsOZ7GGkZorTmeNdUoIc6KWp4Qb0WxtIC4CJsgZS5XEiawJFRw5VOCxL16pwbT49TjXGKKWaTkEnpSVeESU8weZb3d/UBQKrkEpYThEodSTtQ7QLUwXPFhGaHiEu8Sxho9qeJTRBKIT3Iwyqm4qp0FxJV6knJVcVVwC4grXyW5q+JTeRKIT7mypqnmk4YSiI8RrGmqrVHjaj5GsERX8zGCZa2ajxEsBdV8jGD5pOaTUSw11HyKiLFczSduGGE1fD2dcU9jjcrT8KlxxggNn0ZmjNBYo4g0fHqSMULDp/IYIzR8PV3yHl9Pl0BcjJBAWj4ZxeKk5WKEBcSnvSQQn/ZijNByMcIC4mKEguWTlosRCpZPWi5GKKQ4cTFCIXmPixEKVQ8HGenXXJRQqCUUFycUGgnFRQqFVkLVzYr+OZk6UzPygVln1BlSM3RZItKY2yVTl6XLNpvSfWqvmO5ErhqJL4kmkyFVn2LWG7IfXizZ/V+LDcgdq0smkwfozMaUDF2aMSXzkcke4pukDL34QZK4m86o9xIHHpnjJr7prDfqUslmyWRCkiGHTE7NNKSOGa836epYtKs+LUc8XyZ5CK93/PdFXahFo1Oy00zpDg857YFwlW5L1Arbm+39OLPJVVJ97XXlsbdW+5bu+NRK2xvs06AGu3EbrK59O6hW2d7gpg1qsDu3wUrpCYAkuWxvsG+DGuzPa7DlIZhckou2N9ivQQ1uxm2wsnbDVGttb3AdMfkLBtfBl8cYrKrd7DVxtje4jpj8BYPr4MtjDJaep8RLtxi2NzjgvxxhTW1lppHb3uDAxxlsjfzgD7TWIi6p3Qm2tzuoQQPNXawtT1jjpLtT2xscbItAc9ds6YZSIWX0E9BdzRs00HXUh/9ssBRhSwl7ArorpEENrqM+PMbg+Nq6S/MEdFcLWzDbmddu6bmyRWc/gdIdagu7PbjtVtW+sUh4AhkdZgu7G3Pbrax9B6l4AjwPb9DE9uQ2WFP7GYFC88gjlSYy9gXAJIPBmKbPTjHrTOybgWSjfjkp2Wa9OTfRaEzJZcAW1BfGnFRzjlGXRj8Y+eC6c4o55ZFnO9JDHfY3wIfPpyMzyT8jkNF959EXf24vQ0cML7sUbIkFb9Vz3/fPd4RxfVv4v9L7PvKaqFrxt8I20Ljtuo+vtnKHjX41P5XtW49LQdvy+Q4xEEaAfXxg6aXu7e6Hf4/pOoNjYPB0za+7rrjBM3erc04tuo9kcybXPLumDRw6NrC0fY0PDD/Z1WFCo5OYbrc4ANomNS85o/KCk4VvmLp+6CjtFw12vd/y7NveDRaPXn/ZtPF39LfcQcuUns9Aj4+nRP0w/TY+M6jZpsNTnKHEJJ5sTBiUvYaUI76zg2bHC24kn72GzqqCYOhIH9j70db89/Nk0vmvoa/cu0bmTA2A8xWh4pHtYMPecds/DSpCYYnXUn8OiYTMCRO/bJN0F/cZ5TVIu8EFPrm6dHdPdRTs/7HTKv2IRvD8pDfb94pyBteVzYekbQ2ClB+PxuoC7aCbaFVE62q8Q3TPpDd9YE9P9duJI2/h3yOc35iXVInpuVpGgz85RpIDdBhbMPPIH4ew/TYnH9/Xw2DKJmHqmW7OoBaPHZZYg6lf8sNBtPpAhwJX+OPVWe+dq8jDcVtbNWmk9IIE+lOJj7llPJM5oQpF/+S157vNd1Fkjv0C16IAYejRbWd9Q67haSX9NrdwcpXi1UgoKyEBvI3SOvzZ99355WiAOWL+/UMhgsfc5VP79fgYs/3v4QWuwZ+MiPYQpg8hC+1C3V+4E2AqrECXjq+8PWyVn7D4V8VVTZfzOIOEx88LDvxMfuwFX7T75Ma37qEXdyz7oo9QhBv3/eZDXffmwgfD7iXdvnIU9acBrMK77q2bVBFnJzCenEZ6Q/m0fQMOYxLmA5N8hSHXt5yYdfcwpvH40R3y13m8unJ2OSre9I3DxXcOYfr590HQnjjYzwlmhaaWDelUjv1CRGZHRIH8wurIcw4yiV/VmPLpmwAImPeL6LEa3G/MgvGLltzG899vIjI9Aqi9y92A2Vss+fUEbvXD9KUv7b+JPE+1ff+zmzWY8vSXSOhFiXQOM77LhNgZ/mKEq3DFmhfGLJgfJuSHv5fzarCLUJU58O+rv20LSav0Ygj9YHRnYukxRGmzJJCd50xToPkQXoY6tvllwYXhsUBY2HyMH7h2XPjipyuKkXvh52M7ul/FJLzBIwKFM8XzRI9cQOzc9qCgBKpENM4FJWjinuhnP+jpJhAW7x0XJOx1IQtV4K8W7gxbY/SEUpEW01b4CJPf2TLGLddZoHTZdwtR3vuGCRsGEweX42MTiqPiXSuR48V3Wl85ECAcTD928ZXYO3jtC8SBTeFE8Gsp8mMyiT+VmB5jTxCI1eOloWsL8acrVv328rgSTNjjI48Eyr9Z3nDZUeGt2mYv+ckJNMQxY0MFwvLQIwfRZhLmDG8QnR5/YfUulPr68Y65g05hnzdh/+IupXiebmbq8EXeAq0vY8tQzPKmhzr/Fgtb7syoKiq8gYkbQ1o5C8tFFjY93RaWvbRfvjPeGXaI6G8ri/ENkXXeXaJhTGz1/N+P+sKKg6RAXcefvb3mdLGfP1A//+EFH86YJjLCHWheBcewOvOso8QrR/hVRG3tFsPqyBAvGE5oXrKGxXdqOAQ6DhRL2nncKp5UjJuodZNGG7/KDZf4eht3M95qUqx2BpbX4dBZRIO2EvekAWsM1I33wyCPuOWqI8wNEBdcJWPxDPUGVm9uY9x4UcKSDeXozvJrR3ov8YLnPexjZ+S7AuXj+HsoUYzKR1sDYSAtsM5AaJulqEasLgVJvK/EszMv1iy/Vo68SKItjWTzDU6waRQJQCmyJ0RvHAWi1+bOmFaGSXrPPOsO1GxZFLC+4g1rjBlzrtzxhGF5P1xvvSgSrheJibPbCYJpwroCLa+ugSA2m8r3jrrCOV+SuB7gK0ax3BwIBhroaixGbW27MhmrL728YXzb8NCqzMuY1b8avK5d9ud227ygJS3MjsB4UoXFVZPNaTGwfwApRDdxC9qojiHK0+IwWDm7KENm8ATK/1v38HpSXorCgPLf7AXnU0iFW4YvkzRb6QKx1OAqLCZXYL8hdgKpHi233EfHXxY75kB/gebJTBmr3zscwWlXXvz4VW7CQbEbfbnwMmL5dQ19TarsyDBhLS795Lk2pYj51V7yTxNBdaBDn8NzVmJdIOlwNWy+zEf4idD27k7UgRSyPB8YShbY5iQ8J84eNtlZcLv1mdgp/8Q0PgWBAs1Xz0rUi7Sh8+dwLknjNvYC9UvEDaQl4Z9ylPW5Km8h+orn9rh/VGBW11zgpOidNxxPo+07mkUlO9Xg/CTCjKt4ZydSyKpRXjJpHCdxCxrAubgikVSGM4jWlZKrlvqJFl4IWXppr53A6rQz0Lo0Owp8V3c7PdH3Ei74miReDXZSEAXSEobQxlSIWb2sxJTn96Pg57J9YgfeglLkL8bFLK9EbN8qTOtHUbjw7VuvHVp/3EUIoQQswyw+4cIJsV1l7TqHKC1aewrUbHUzgfXrI1hoSjq4F9D0TGsqkK58qpGl791CtP+PDxG0NMEvYxavC5IeaS6wvuwA1M86b2B8vIPa0cJ1D1N9MDgQjvYmjt6Jtm5+17ncvxpTPfJ2BMwh7WeyLxAZgHY7CMz/bizv+oYLVK4mZo82mY2GLNPDYu/B/5Q8+HpZHWPyfwK1MvJ7", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlcVNUenwEcGBiGmQEFMddIM1tgdmw5h1BTc3mKa1mJMOAoMDYzpPjUfJraYr1cyrIytcw0syzJpfQcrTSxxQrNXUTDjRRGWYSAd5Y7zyU+xbkv+qPn/HGHc+Z872/7/paZS8cxrsEZQQqFwhNCLv1dWY603CxHRibdodv9nB5vhtK/SvK6slPoKvnG3o29v/negP9hb+DfYC+A+iWrkYO9b+zd2Lux93+6N86/x0aDAP/qfldO+pUV/awPPZ/ArqYUOl0kuV3ZqV5nWhNBZjGQUY4kDrKIgUx96F6CJUVF3lKcOZlkYPojjJldrWKCzEyQKVFEkEWOIAsTZLaLCLIyjCVBBGNjVyExHMJd0MOVO6YJEDuPT7wIJpFjmqwalyBIhKtARjFQAn+zygA1nT5XgcwJTXUeAxm5JDHvcZDZKEOSWcx7PGFNckDmeDkgk5BNUpqLBZeDzGYZksxijOCJbjQKgWwcJOY9CWQWAtnlgyxi6iXKsUkCNblMXg0SYoQxXkZqGHm6G00yQGYx9YxyJBllENbIk9BokwEStMkso+5JILOYenYZNcLIaWQSkmSKlwOS02pMRhkV1mQSHFUYyCwj3U0WOY6wCtrEx12mXZMLLB9cGabJ2cRHKYZpcqW8MktZhGZdTjuLWD/j3rYIedsPEps7pMFVThO0yulnVrHaL4HE2i0Pk1WouEpdxirUOaUuY5XTZaxyGoZVrE5yRljFKrIEEusyHGQTYoSR08gmxAg/SIgRfpBYu+Xcs4kxQgKJMUICiTGCs9wmp3PaxBghgcQYwfPJLsYICSTGCAkkxAipsduFGOEHCTHCDxJihDRC2IUY4QfJGVbsYiMEr0Z2ORNOotjcIYGEGCGNRYlijJBAYoyQQGKM4ANYohgjJJAYIySQGCN4LU8UY4QEEmOEtU+ggv4IJEYJm4QS44RdQgmRwuyX1TgrBudmOTzR9AOvw+1wpY11ZBOkO69nliPbkeP1ZIRefceMFnQVRi5JHo8rzZnqdbpyrr1ZSuh/bzYkb4IjhR4e4vC6U8c60t2pWdcd1pA/ksc6yQfJRJrD7TSQjevOqMkfPZxuRxoVlqKjCFcuPZyW5UobP9HpcTRy017O9FyiXxb9odup/u1Ng5lFmak56Z6MwN84zej/giGNYc1vd2Rz2B0lbHfC1cOG1dz8djei4rV201VyUw3WixoszcxmaWK0NL/BLf9UgxuhzR9E2P+7iDTBN7/BrZqD2Tq5dkvfkWzNb3d0c9jdCHv+wG7j1fO5+S+Id0xz2C2e2HZ/z+RNsPntjvtTE1srHGjJ0nj/QML/C0zIYrrkjx6uHSauO/v7T/Z+R+vfYqRHe/brQDRYw1Kzch3ssefACRNcHqfX8Zdb5H/wKGSSTfopq2kmXTuIRSj4o/lkl8ud7sxJ9To8/Jl9OLkMyk3N8Tq9eUlud2oeB7ZjFrhz07y5bkc6+2D0lXWPVG/qdQpKoyB/7H0tixz0JP0/Qbr7VfC9rw1tr8Yjozd8rzhaA4Zue/ftAfAEeDn5uaxTtVocd+u0uZvGR8BlmR+f9eSXgzO972zoODUUd8qaNHnF7SGw3zuhvW7JLQBLLqzc8aBNg/n6Ipj0+vKbN/1aB5JmFO98pVaH6+ZcOvSTUgMvR5zZ8EFgIFzyaNfdugd0eE6rA99WpSjh8NK7Pu0SoYL44Q5J5WlFoOXcvmeDzEqYfap2VfkPgXiY9o6P3rhwDr3c8YXcx18LhPqdmzc+P1uJI1M//7GbowrEMmADGDK4y9JnPqxGJvaqRMv2mS/Ye4bBEe9avrl7QCX6YKHj6bRHgnFCyJqbHkr3IXq9+1gFeItoO8cbCe/ZMpiIqEH09qqyi6hK9dgr/Vo2gFsjwvLfyStDsYMOtpnSsRXcfPDZOkfVfrCo4cVptd19KHBSWNyt9Sr4y5J7bi+MDcaaBatmDNoVBtVtqKU+1M/2TNLonxvQTwZf0nclSqy3Ukn1YPauIdvejVNCrucviMXjzQo0EFLLVHDq2k/GPHmgCpRf6jtytr0OHcl/asqej6tBvq16e/rqUMz8oCpFXbbPXjm8bxAkd8/Ym6nEiyfSABSj2u4Tvn36Bx9QGaLAjpt0eK96LAndQTCiwPjFujtL0MrTNKABeLeO3qgcHJ8ctfaB45tBTOeUFm8ZNPixrvSTCvDEwHatxvVXw/HdKhcdWbATeJghZWiMbkTi+q+KETPnuB6y8AeUIGB5dHOfuQpIo3vCoce3dZ+/+8ne9eg7slzx2tfgVFsieW0ERtrXTcvNKkjFze9eCQwzccGynn6ehcEpqcah8bddBLOI1SNzw/C8X6YAS7u28OTMJd+sHqiGPM7BOKPqZOqyJzpC+rbPrMETt74Ze9eRInT6wJqaUdnhsAS8fWyrVgvfUn7WwhBVjRJevS3mpUItHEYdjGLwocvTxn3mNUD+rpbipoWUdSt7aSCT+2ggXj1jUJ83FMFwxQAaoBrU65OLdYX2WOjNb1m7+3wN2ECidW/efrT4VfJqrYYkGqfGdVPCiy+keOMWBeDv542qT65pBzm/9HCy9b37hj+8FzF76yoQS4PnQjFLnzlfoB3Z5ukbYAAkzlH2fyoQMrV0F1DyTeeKrQd1kEb3aJEam5evJ4zwoWfbp51/6P4d4OiCObMeioyBNpYYClxfOOlM54QqVLi4hHj+LFgVuafH/rJiRJQiDI6GlD4Fxj0ST2vQ4V6U0Vp4OwV0iYD7yygBg/DyntRgiW8F2xFl4eghBnwyqu2un8FhwOOlhty/RwCjxxP7APVCZXQk7k0JtlPP47ReDYte16/Ysm0l4PnvQ3e+uLQ6oaQasPTXa+HX53d9fv8dQZDvV6KFlSQhNQYczYhVD/bsHUaQetjw0T99H/6jBa449NO/PL3KwGhG2C3cn2E6zPM8EpLsJRqeBemPUAtPgXoH1aQeUC23ttfgKOqWS9WIVqGvH/kV5FDCzG+BKevnzLoIWB1yKWEcic6lQ8fQr6Q69R8ThiNZ4qkgP1ePSLH5ft5hNWbpW6eHJKnfe39/BQpU0wjV8nhPVWBW59YHQxrOWBiEeZzV+EFWCOrAFGLV+Fgl3L2MOr4c/Uzp7QrEb1C3RftAZ5YIJxBLH2U5AsMfXodKg2FrlqAVgKWvPRhz/p8EU1liBmOu/yXE6svIIGgsWXvLyZkNqGITLWzHgKtsFqlMDeA8pf1kA376EnXsWXDOQ4leipieQUq8ibC4Ve+lgN1WU4Q61VXmFo1qCZk6/SsQi9/7BwBrKyk6aCFV7gH3EfTvk772P7jKUTfWAAxSnnwLCshp59FgyMqANRKzcPStRrPt+77MNgdAmo47dmsxr/MqzPlWART0NT0KM/uzFPhe5vBiXt8f0+As9eWlmaYwKW4+wMpDXDjOIN3g8A413FZAHfwlCKXlsXsUJkl03+kDKkhIM/D5RacBz28fwKWkwA/RS/4KgJxvNYDXaQ1cmbeza/f55wCvu9XgvjzaeYIgy8cfawHNkreP6TAN6+KqWAlfAnrQdts1AvP61wHuJ7sLKw8CH2GXbkQI56U3Fj6/KMcwE2ohz7twXo+md4BPERZ8N7QFfIXS72AoXk1pGX8zzCNZH7JGC9c8d2is4oLEN3MnOJcsXUkGvDWeJupZxMrQOi1UzCPtbEIo/rKeJlQhz8NBekkfFWZ82FyBXkyYeEfHNyPgS7SdjgqHPC+CMOe1hvNvmx6WDtrYbta5SvTsCzTgBuhoXTwieoMOfkrLX6vziPe/EBj+ONHwdGs8mB6f1xIWbSWNoVMEpG5ZtS4Ws3wicoixnbfPDuP1ytcaM76uiIRbTpAC5FBCxot4g9RP9HB6bzS17UaFVC9UUr2JgKyfbgzCpFktDjmkg7zPhUA2bnwTirm9YZC1uYxAzHhqi4ELaRjv0UA6LQWoSxGdjtSb2kCelwHwM++CmKBhRxG3WwkpS4+fqQa8Dl1G646feemjuR3gWNpQ8qMgbcuH8wsBmx+m1SIuVwkjSFtcbzsNyLTTJrzoOGBfKpJyMj1etyv7umn0yn97Xnky3cie8T/7KxNF", "1: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", "1: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", "1:eJztWnlcVNUen2EZ9nVAMErTZ2aZCbNC1jsHUXONFDM1l0YYYAwYnBlMzCyfWWZmWmq+tHLJrVwy91zOUUtNDcwSxaVQUzZJRDZR8J3lznOJT3Juj/7oOX/cmXvu+d5zfr/f9/f9/WbutBllHZDsplAo7J7k0M+aZk7MSjMnp9AROtzXYnckK51nsQ5regI9i7s3dm/sbz72zJ8Yi/8bjLlQv6Q1MrHnvbF7Y/fG/k/HRjvHWGvg4jzras1IunlGr/Wi86PYUZtAu4tYmzXd5LAkNhGkEwNp5KzEQXoxkLYXHYvSJ6jIW4IlI4U0THfD6NjRILaQji2kjRFZSC9nIT1bSBctspCBYfRRIhgjOwotwyHcBd2sWaOaAInm8YkUwcRwTJO3xlcQJMItII0YKIq/GWSAmk6fW0C6qKY6j4E0fCUx73GQTiNjJZ2Y93jCauWAdJFyQFohm6Q0FwsuB+l0MlbSiTGCJ7pGIwQycpCY9ySQTggULR+kF9tejBybJFCTZfJWkBAjNJEyUkPD012jlQHSiW1PI2cljQzCangSaowyQII26WTongTSiW0vWoZGaDiNtEIraSPlgOSUGq1GhsJqtYKtCgPpZKS7Vi/HEQZBm3i7y3bXZIHljSvDNDmbeCvFME1Wypu9lF6o1+W004vVM+5tvZC3nSCxvkNqXOUUQYOcemYQ034JJFZueZgMQuIqVRmDUOWUqoxBTpUxyCkYBjGd5IwwiCmyBBKrMhxkFGKEhtPIKMQIJ0iIEU6QWLnl3DOKMUICiTFCAokxgrPcKKdyGsUYIYHEGMHzKVqMERJIjBESSIgRUmGPFmKEEyTECCdIiBFSCxEtxAgnSE6zEi3WQnA1ipbT4cSI9R0SSIgRUlsUI8YICSTGCAkkxgjegMWIMUICiTFCAokxgmt5jBgjJJAYIwy9XBX0RyAxShgllBgnoiWUECl0zrUaZ8WArDSzPYxecJhtZmtiqjmdIG3Z3dPM6eYMhz3Z+9Y7JrvTMx9yiLXbrYkWk8Nizbj9Zgne/73ZwOxMcwKdPNDssJlSzUk2U9odk33Jh7hUC7kQR1Yz2yzBZOCOOV7kQzeLzZxIF2NncWnWxJdettjNjdythyUpi2wsjf7CbfH6/d08mCkppowke7Lr77ylcX6zkPqv5jdY/T81OETY4Khb2wuDrvkNbmSLf8LgIFGDpS5ZJ/WI+uY3OPRuBgdShDWLTk5sqt2N0OYugXb+ICK17s1vd4vmsDtQrt3SlyNj89sd1hx2N0Kiu9itubUx1/0F8Q5vDrvF8zvaWSx59Wt+u9vdzW4hQfMXDrRkaaSzE+F//xKymJ7yZw63dxF3zP3jR3p/sOvfY6RnetF3gGiwBpnSsszseWd8ZqbVbnGY/3KLnE8chUwySr9hNc2k2zuwAAV/Jh9ntdqSLBkmh9nOH9b7kUP/LFOGw+LIjrXZTNkc2IpZYMtKdGTZzEnswos3z7uZHKY7Nij1gPx59+0sMtOZ9A+CdFRLX+uV8KhXatu0cW6w4stnX/ro5TrQYnS/KzMSCsDTtqsBxUYvODPq5U5tWnvDMRF+BZ1mXgYrnj+g+WadN9wZ+e9Hw0MVcPrWl7yuLnSHU6cM/XH7uVrQanlRz8dvuMKi/FV1w9LLQfDSHbvClilhyJqnz4yfHQjHL30s7v5SBSyZ85XvmFXV4FQP13E+7fyhP7thPSrY6b9A21YJAxZoF28wVqAf+40KHBxTgaq2nphWf14FX8t/Knvwio3Im257vAr/o/crkzv3rQQDen38evvdF9GQN6Pzvk3fgKYmDj/VY7IfvH+CSfNc5AG0MfTawd96BULw/Avr0MUcoLmw5qFfJ5eA0rOG+/AL3njZ/G8e/NKmwuTm+u+77EXvdijz2xlZjHo+ez3cfmw3yh85Nr5VXjDk1wsAu+2jpeh4eWXvISoF/HBmwHjDFwVg/nOffrF6cBCMW235ecy0clDcPspz1QIP+N7uqg7D3tsN1lE3LziAVqoPdztefh2N+LqXr0vHanRE8bOLl7cSFz5AHeiLfTYuy973SAFII95NWX8DsdMnDiDm3jY+eGrlyWOT7Er8+YsDBzy8sE667oGfoe7SKXDHt1rk59ScB32Nb8e+aPbA+77e8q6qvByx25U0gPOH2568OvE3tN3xQbjboJ2gW11ZKY6pAWcHh23+QVGHCIpMqUDJzJHe+J16c82vpnJEvPjdnq43UE7L/iciJpwD33QlhkYFwk+ffOynjy7UoHioNu35cQ9KmNtmRtY6NWa8CXTBxyfZe8yurgRridc/+b5I8qsL9ihvQT7WoG0PBxCTlVj3+mb4r7NukJDkrOEjT0x359/pOppdrRo571AYnNc3dHrv0QE4vhVlah7IzJl65OeCCOiuCzI8WR8MJz4QndLNcgxMpMTM9oLtPrwxc+I1BT5B6fjtFcC294UnHPOU97ElmWWA8WyziuN3tISfjHjkYKBHKLYorJPcuivg4aODLnbu4ornmKkj6hCj27I8MKtsAtCPCIOqSXPi3km7hEZ6UI8Uo/cPvtYTveoCZ0289kRmjidmvA/JQW6F0zuU9QuDg2M27B/7T38pznWI+7UQ8Xj6Q86HQrDqnZOpiksKSIJdX51ViXJrEs4tnb8BPEEXAD5wxwDi4I0hkMf5IJrWOvG3oV0LwLzTH7w1Zag/7rHpSv1P47wxS9uFJeDVNZtGvZb/A/fL1Qto/7xtc2fmqiFJstrdSVUgkxlQiXI+zz06KE0FKUsXL1Hib0lWpAb5YBpdsmW0qDbqwpqlCjiXpq+PB2a8nVaNxtKA+AViFvcxVxExes3TJk8c3j7Bfcn7J0AIpbtDIfkrFKYPojsqBlXU7B7HEdeBIsDctUaNuU4UARqujuZ6xLb9oBvk/NoGKol1xclqyPix2h1GUgLpVZDz6wJ487uBu1Z8lofYupV+kJB99HaHL2Tbi6hFlH3BNhdIknil+lklbqBhWFSLOlAHve0OOc/LQPHmta6Fvl54Uvvdby5//jLP7+NI2mcuOkCXyVFD4kSSirWABKtgQVAVYO7qEAKJ2Hzy5GNFoA8TJlf4WSYl3mXA9SsfMdod8YFTJhxeP6Rqq5RfFci/01cfX1p+BcV0p0pchnhcq9Bw5qgaiYflqCVLWE/M8qLEC5+i7px9kfMEeeDgyfjAou57AddxT5xH6LztYS9cvnxvH6OXCx6a1OWXeD8fvGEIVVgVZnVBexIcLRzdsfpDb5zMXpsQ578LZOnmcw2xMBYWg7bM4F1g1KI83aUtaknXG9CjTOAKwKHhffZ77PCCEZ1Pt1NNUuIppf23tJpSB2KISusUQZBkG5GmSpTNhLIAMXkeEYqZzOurkLoiNjf5aCkgoNL+tSGY88oVs+HCIlR4beXlI36hOHzOT16piz0xSRIi5A0ggAnoLuCy3T04BLjgU6k0oX8Awx6MvZx46DTq94Zf/NoQN2ybNuPXitZ1YOeuMMLUKsTj5407ZyxRbncvR+f2kUQJdMeBjAg+EH72C6lQbpjJzwwl5napoOeq+4krq1AI2Htqo5sHbiD0bB91HTA93uCGef4q8GgquG9EQCVNm5GBeA+lzQAlZvnzfRjsoqQ7c8NMh/YpcZ8SN13Q2BD4KlGbr7/zwRpGWAymE3mw7moNqTXDD6rxwre/PFM8ZzFickH0kLLcryBA0pkaQKf1mRoBWT3dGgTXl9hJSTyDKo7QAT+WVR0fUkOPkZRJFWAuDe8rAVDBXmGQ0XXpIXCI0rOTCnJ/1qJHSFGrWqGAe9Opcqsg2+8md0y7hMczanmeLguA502EIFYVZmVz5SWw3+Op+c+1doG8zuUBVmZc3eE4mvjDHoCrqVw3lHD/6QJ43d0WDh1M0G+Ayf1JwV/mBhmfU+6T/NYSM55sUUp12gUX03JZr8ZMBnorJPt98JXWR6wj9wVjlkbTVLAlkYOK2AY0i5bxf15BrP7chwGzxxABGe/OXEMERYSyBrD+oLwFZOVqXw1aR7z/lW8+akPkclZZNWC02+sr6eF84B+/drZ5qpr3CR2D8emNb5CMr0DjSdV+/2Au6k8Ft62fFK8riKrY57n+mH2piM1IsTts1vQ7utGbf/O8+Ui6kTHNfwAjaPix", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWwlUVEcWbbrZmkW6WVXEqHHLmFHojW6XqSK4oEaNQtQkbgQabAVauhuXuI2Jxhj3uI46GLcYiWvcEmOsMnGN0WjcjQsKLiiIgoKg4vyq+gzo9BkotJ2cM3KOv/n1/6uq9969973+Hxt+aO6V4CyRSKzuwqGbOckYl5ZkTEggI2T4bZPVluBUfhZhMydHk7PIV2Ovxp5zrMersT/9WNSrsVdjr8b+T8dM5WO0C5CWn71lTomvOCPXOpP7w+hRG+0qHKNNKYlCG1E9Ex2fCRlTa3hsVPQYzmdCxsJC+W3UXBFQ06Oez4RuLYzfRs0VaQ09GvhM6NZU/DZqruxo2Tpqfhs1V6h1bB0usDEbDRcKwtk6NbDRcKVUz9apgY2GKz8Gtk4NbDTVzg/jJ/uoiZG62shmdGMfNTHSVFtFGHvoh6omRhq+7TFVUFVbSSoZqfm2x0iuqjaRKhlxrsRorqo2lSoZqfkCwYiuqjaZKhmpq62QjEdspWrTqZKRutoayYhUk0DoORWPEakmgWBGWi5EqEJrEAjRqPrqSo1UnFJJjdQ10D0Vo4aGK08qbU2iJ5YzrjypxNrEF3IGIxWXhIlGGi5hURk4xbKi79RydV0MD1qudojBQcvV2jA0aLnaFBEMXC0Hw4KWq31gUNBytQIsqVquVk2UBr4CyFiu46swDAk6Po1kUNDxyR3Dgo5PwhkYdHyllqFBxyfhDA46vgLI8KDjq2UMEDq+No8hQsenJwwR4XwayRARzqfGohGfsIpGfMLKsBfOp5GiERciyo34qiZDeXhNqmY4X9UUjfgQwfik50OEaFST+qznQ4RoxIcIxlw9HyJEIz5EMLrr+RAhGvEhgmmEng8RohEfIpiwGPgQIRpxIULNYGTgQoSaIcLAhQg1S66BCxFqlicDFyLULOQGLkSoxehxIULDtNzAhQgNU1gDFyI0qs4yCWknuCChUYtWXJjQaEQr+6DolZZktAaRCzajxWiOG2xMFiwtozokGZONKTZrgn/lGRNcyJmncIiwWs1xplibyZzy9GTRHv+eLGbUMGM0uTnGaLPEDjbGW2KTnrnZS/glcrBJuBAprGa0mEhr9sw9cuGX9iaLMY4sFq0gFuY0cnNckjlu6AiT1Whn0o6m+DRhf0nk6bTJ5T8ndaMeJcamxFsTZE8FraJxFemkDXO829Kq3CZnkdX1143HX6mk4hGX2OSrHO+w7IU67M7tcFhlGdOqHe+wsyOALef2W1VZibUax/tth3vPkWg78lCFw+rKVUSrdbzDrv9jh8VHPSKVdY532I7aPIfDdpSwCoeZpxqRyuGOd9iO2jw/le0IYhV+i0/aRCrrHe+3HbV5fr/t6GIVfosPC0VGGxzvt4cj/ObHub5ya6sLdbzfni+U2PwAN1Ruy3UvoQvz+lMAvPxdgpjol9CMeTvCb66mm/ot9mRivl9CT1bLEX7bqf9V+K15yu+X0JP5vFBic3/bUJW/PhUfIjveYcULdZj724aq/C2u+ADc8Q4rX6jD3F8zVOUvk8WH94532NcRVLZT+P+73yKkxeZb9xJ6Mj9H+G2n8Ffht/jmUpSwl9CT+TvCbzv1vwq/1ZW/e4SHPvNcjegsmTjSbLbEm1JibUYr+7tJUnB7psWm2Ey2UREWS+woZlifhsSSFmdLsxjj6YVBFeftY22xzzzgE5/ssRfBT+/PSBtM4R8ZHeh2pE7Pc6PB+dMTrB1j/GCf3FY/NPN5gnYbXu8y+pOrqC7+oEFEqhv8VH9qb7LGG449uvm9+wZ3fFqTr+/Q6TaavLrPL6o9Eiwb6dm4+ThP+PGV/Qt/mJ8Jzh4pjs5qEgjbvXli0bWQLKRPbG8y3/GF+5I1f9+OPXBw+oA3DimOo5ymYe5rl3jBQVePNvqj5C5qc6nH9AUpF1HbH3vNbzijCCR8Ftf//D4vuOrNyHq3rnjjPZtapqxwOgMeRGetWtxehrsVzoi2rXSHcydPev/4zjx0Day8tGtGEOxr2HJg+K6Z4MspGy/nBHjDnbY5tZ1PyaDrhHmRU5O8cK/v6k+61bME3Y37tX/XAznoI7LAUCnsN/On+837FQOcm972zRNBkO1jL3rrt4ST14d4wk+FVbL8FXjT5Zx533ptAgn0RwrZfGWIujnpKtp+THJRKr8JPE6vGNbucycoL/kycfMQb9zJUuKTs/0eWNqWBKYA3UvqPXb9tlJgrHOlb9D2e+hr7eE23WcHwGNCNMYNOYGOX8z0nLPGDfbYMNf4WVwBINN59PHCfYWob2p5BXV9j2TmJCjNu4UNr98GyxI337RuzQfM/wB4Rkjr3KKbKHxKhBBiOVxX2i9577gALN3p4uuP/DG7/xg6pNi/47vpCtzFS9picqAvpHGbdw9FvfOotvV0fZhx9/duHypKQOQ608VUDwlcO/WPwRLzE+TZsUmatK4T3mgZPDtvTBZo2/3Y7H5ljwDN+wUlHhOrejc0wxkaMwbF9GpWhO5MOhiz++tCEIXGhugTXXDnlk8aPh4eBNdv+3D82R+9oXu7xe8uHeoH+5dFluYNDYJsn55w2YOwa+tXecKxQDtgx5Q6sHbTaJcVX2SizaMLNr4j5O01IfrfpcvxoWUdthU+ngsaJY0UUloChOSlpQYXgvMdBYRmK3D+wZ/fWmfKBiTaxyTpaOtXo/a/0foaiLE1XvBk1in0NYFzahBcsvz17x9NzkSP1giOXwmCB4fvWlq31T00klwYI8G7fyELyaF3qhCJG16wwe/mgW7d5fiWdWvAw0OPEYVZohx/89vJ3rmtvOGkMYQ4WaBowYU5kycpIIVBKwlmn36w1YXGrhMCPPDaeu/Ht7lUBCgdyrwgib6vxQVSfs71w1GXP/Jf30mC739/7vPHxnx0ciRh0CPQ+otD46NQDmC8dcFCcFo7eSvwtolkYS/o1G2id48N5xGFcYt9IFdAS5eH7njoohGCR/6w5awvH4Q1VUIKfx8/eFI+uFGS3hdSftY7Byg/bnlBIVtFaZk7gXPvWn/99p+3AJWP4AIgbErYmQKmSRe5Bw/wx36xPx9vYdwNKD47uGKK9wQ5vCmwJnXtXfT2Vx4dm2hDWFzSnOEM1zuBUe+4wq4H3NotDgiETchEi53wX9b4HW1/5gRSEni63gDRNKF3gbBK+oAcP0jh6SvBTLeOo+Gpwd6Z6zxgcXbsslM2X3hZYM/HPZ8gQXUEbbqOoCAPtZY8QQx3SkjQs2jETWATWOL6Wm1YzoeNsuvTmicHQreBC98OmOaDhx357PeLmffF/HvBUX0JU3MR04sCRLJ++2AeoLLWSQkZD+SYqMHBmFtgb9m3owtCPXBOlLDw2FqQsOzskRLUkBBnXQAMCDl4Faw8jlCtJerlW3wh0zUZPCCo6ayZbnjAjs5e0m9kuF+DCEGyLiNyuXGQFCp1RKGKwc75s3w+0tWD10NW34hqmQdo/kZ6QhcNuUOBiXsDF55BxwUW9zUUg4nphzN+O3kfaenEh9CNs2sFZTiMqL7NdYJv5HnvCq3jggk8N8hKAL2tRT5iOl8K2Lz3UGo7QeFClfDHLH/Bg/toprCtBePdIdtnHqD60UeBJzjvnRk2Ih91ohMUgqVk+d57QH9KzFKgJj/WILihSfYn6YfLkA8Jw3Y5jKZADsA0rvszUTZZBkhZfP8WhEMpQK6ggggB2c0UkMIltDYWqsOeBndqY4bX84hEu3iOEtP4pPjiFU5EWApRmVFASkMl7kmI0MgPU5ntnwno9kP88PDMJcpV7Xwhoce19UWI7nt+QziEJsgfbiLwWXKO1YeMELhHUJeLm/wgzWuyEyaqcSG7HpTMHvew9bAnzE91GRhFiXUbWT6fkV2wVAJZ3XKFC1N8P8G/yPDQFkQpnPEIOsEDwMaLwZb3CPNdsD/Yd37rxF/BuWCisC6Md/UD8fTmJHEypifzCtF8QYaut1FiCvvNbpCwNr+ZDAOa+FxA81LsjM8OHN6j/vxg2PA1UpEk8BIpO1JPnEyAqwqCTUlaMpSwGZGDRQHwg00oN/1RHUjLnt4V0vKyPIDpcP0geJTIXht3OPWxEODLnlBYdfW+qSGQyOSRfyjhtC43nTVKN7hmZXfot6wOvLN6X9fwKcfQQJLm0rpMHzc8QnS/q2WYqGKP6a4wTSjjvWcoIdVrhSum/PApRnmkXC/ywbQvmKiEpeOGCCV/IVhOykGMD2R5lWLqXksFJNUKbHXBFNaTS8C074fKSwYpIKmaS+sK/YgQjsAMf7x8S/iDn+Jl5XqGaF1Z6wKvPySFIRtQPd7vgtefIQH0xUQtugxRwg9ImyD0PYw/20WeKTDVv6QASMvXDiWkcNgcCFNpQVVC2qtGpCRabRZzsvXppq7if9ZU/C2hnTHVvwAvSQ3g", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlYlNUeZhmQcViGYccFUK9l5hVmvtm0PAdBTc1MMXMrQxhkEpiaGVTMrplmi1lelywzU8sys9Ss1DTO0TIXckNT0VxwyQ0ElEVA7J7l40rF88Ah8N4/9Hmc4Tvz/c75vb/f+77nzPdM1Djb0BSFi4uLw4u8DLKlWZIy0ywp4+gIHX7U6nCmuNZexTpt6Qn0Ku7e2L0xgbHH7sLY4Htjd2XskXtj98bujf0fjiXXjrFd2632qrctI/nOFf2sP70/pj8d08YkeJK3BGvGeLLvNy5GF92EGInFxNsyxzUiRstz04qsw2N0QnjkGL1Ibjqem05kHR6ja0qMQSQ3iecmiazDY3RCtZZjjCK56XluJpF15BizeIzOJJKbgb0KpWZgy8Q0IUZMPkb2KlQBI0+tCTFi6jHxdYSYw2MkoRgzX0dIPTxGanQMWyGavzW6CHWDGq25OkGSWBB30hh9E4IksSDuizGGJgTpG81u3lT+ZmxCkF6sT7I3iqXHgySxQsiuJVZyHiSJpccNRSuWnuxCjbYH3iC+klifeJAk1ieT4H5UN0gMk7kp6ZmbwHJtdBOaKweJsVwrCe6ynKk8PaHmajmNJLGVZEYI9UlrasLpiWenF9pneHJ6oXV4bnqhE5dMITF/kNkgJnVu/nox1co+LtTYWksWEyAnq0HM8zhZDWKq5XQwiJkK54NB7AzBCWEQ29k5IwxCjJD9wSDECC1nhEFM6nKQmNTlIDGpc+4ZxYxSDhIzSjlIiBFaznKjECNqg4QYURskxgiuJ6MYI+QgMUZwERqbss0YxRjBlWsSY4QcJMYILneTGCPkIDFGcI8wiTGCe4RJjBFykBAjdNxYTEKM0HG5m4QYoeMiNAkxQselYRZihMRXMgsxQpJXEmKExPVkFmKExKVhFmKExFluFmKExAlrFmKExAlrFmKExLlnrp8RQzPTLI4Q+oHTYrfYklIt6STQntUnzZJuyXA6UtR1J0zxoFcq8hLrcNiSrIlOqy3jj5MltP7vZMOynrMk0JuHWZz2xFRLsj0x7U83e5M/4lKt5IM4sprFbqU5/ukeJfkj3mq3JNHFEmg+cbZMenNSmi1pwiSrw1LPpH2tyZkkvzT6WNbq9ddJWzFE4xMzkh0p7n+pWe33GPmwp2153K1aArdSGLe5ronodS2Pu57W/H3c9ZCoAdzauu6kl1oedz2t+fu46yFRA7h1dQ1Wr2953K0bwk2v4hoLWCUMWKq7OegNLQ+4nhT/BuB6ytcAYH3djU1vbHnA3s0KWNy65ScOsnWbWh6wT7MCFvds+XGJ7Nnmlgfs+7+ldO1TPPlZQnTLA/ZrVsDCplX7XFB+0BDT8oDVzQq4HkdoAHDto3H5aVHLA/ZvVsD1OEIDgGuf0MtPuloesKZZAQsfuORvnLUdvgsHroBmBSx80pJbK29Lhrtw0gpsVsD1eH4DgKPrbkuGu3DSatsQ4KYcqT2EpSzVfTpikv70VZtuJXTiOJvNnmzNSHRaHPw3RNQzhmQmZjitzqxYuz0xiwe2ZyWxZyY5M+2WZPbBM3eu4xOdifV85Teb+C9X/piehX40jvyno8k9Tw+es0gB+/SzV/pdVsFntzrnh8YH4x1vx0zqFnURzQ9VDPftpsRuWz00gSAXXHq2a/midmqYNWKVfm/PW+hC4vIjUtEN1KPjgBdmrA2A7XZfAB+fPoWKX9k9bNuqQLxprfvFN+9vCxeUe45991EXfN/2WZ8+uccNd6gpzzyzpAoMvKKQ/A1loHevS3lrqjS47dRE7RPrXPCzg268leC8iVZ+vy2kc0IxmjXq0NZzgUWgfNHJ+a++UgDyxk4c3P4dFU66NoqEemPNDLxneZ+bKH3H7a9euF6AFnu1Wfq0MgpXLhu/4YqjFDz0/dB3ot46CG4fnny5c0kEnrMog4SUANt0BYFaDXrMy5n2CDoIBq9dYHkt6SQKXXhYmdrBB/9OZlt3QI2Hbmr/ytUhu9DuidkfhncvR7of1/8zo2MEfvST1n3/kXlExvEb2hG5zp56MAwHgp9+/WbmDfDh518cGzuxGry5eYKyctkNMHnJio6bb1UgVu4KNVaRaLdwH8zrvxOsLskdNE7tiQ9sGFm2eZQChnZO8Pho3h4QsvGgy6neQXg0LUO7KrSr1cPvP/FhMWLl1LrL84Thn6/t/qH3F/mgyERnzEdTr697fEK4CjLc6zWwbPPxN2pWBuKxXXLUO787jAKux+5PeUKDK87TRh4FGwjcx68q4Zls3yW6FdcQW77HQUQuvjaaQuGgmT6kROfQ67HPXDiwQo0J2n8XTg3BwdU5ZOUCsLTo058GbvSCvqyQp0GfY8WlA0Z64uNtaGM1+JP3fyQVUuOurwbn7au4CSh7TDuU+MwS/5Xfu4bATfDlszvfrURtr541hEMvPJoS48H20BJ2dkTIRiUOH0JmyvfEg2FA4g8J7nDnQCNJRQGzKU36aPCZbnOX3YypRCQpoD/lye9PvISmMWL7wu4ZH7lu9bCj5J+fGrirnwYzXi0IgPmq+Z+9PKQYsXWMLvizgAPxx4pd4Lwxt+Oq0lWwpytBvj8cn1tJAeSiblERpWlH3PDMpXtX7/+lBKhHmL/eVe4LY957gFCnFa4eQ5lYivDoyNiSjoGwLxPAJRQ/O+1itTUM07YsNraH6ssbiULKEddhOToyvKD7lvtqABFL0JsDitEYEp70cxA+siNdemlSCO7/wUudt886BCYsnkSYdBlwvbjipwdSRuwFtKub5njg9fmXF37lvRzVvFp64uj0GvBD2f1j3t7uhYkYC32y/fDhrhRpNXrxy2/HTcs7Caw2otjDHTHDW1gEXgj8sl/+lAPgfCBRdEQUnlbd47l9Xq6Q11EBu5/s5DldH4lTibq+CSpGPK+jaPF75F+eP2Z8iykGGiZgL8j6icuBjQnVBw9zdlr0+1zCQ4bTG7NZh9eABKLSzBJ/zHzmZA6irjAmvRAxvQe7Y+YTU4LxvjDa2F/QjO5UgRUoaVrew1kjCoCCAawEUYyYQZjN93wV+vXodEffBQXolJvyjYikfYiIhyizCtBq+6muAqaLCwrOT60aB1MDOuSGmW1kVqCnaFlyImW+uMGRs0ykJR+jVT8RAi6PxFWFV7G543bgp/rmk6ydLvDXVBdiLefQelSw9KEHDyMfSkyTP2ZlOOGHTxEXG3XoLNgeQhV2HjHb7BWJuzLjOQOq/kULXY2YTOaHYvDkaDKVK6SsLB1QAZhOQl24XytuoQ5pk6esfNAb73p3yztz3/bDemYA+YjVO8obszZVe8LO52cQxp4Ga6gtDQ7DntMXxs1Ou42oq53sdAsxO5ykxKtfHtL/A5dQ7MeEXwn2vZZ76ozqqswXf3jbQhwjSgNvhTqOauxB+NuZUw9syPNi6t0yPBjG0YYfD8YfEFlvW9QaksWJQQRAVqckNR7JDO0sOEtpGhOAibkSh81BlM7RD2xGrE7vB+AXgf7p7/qXc55Hl6ATlaQwUhBmMtY4Efd9N9kHziGG3+83Xs/sVrIP3URdCPvL7j8PmMyu+UDmcxNWo0+zdnbpMW8LYL5REgo5b44B9nbLBzP/PN4GUrs51LUQsXx2a3AvugHOCcV8H8xGbF/yUMFtZrIRuofhILYRVgLWzhW+kJCXMCoXUZuYmK3ABYQtA3oGYc7DtSAy1za21T4l953nfDCT/VO+XF8L3eC2VR8/BgMUWEm2tS45gZjVN5z0hemgNWY6KQyEKfTfb+647AQlvEreR9rCz3tRAvngZ6iMrnjjDkQVbfZGwnam8fHWIm9cTu2hzB1PoeXI8YTclz0g91mi16H3LXt9XQ16BL3YznRR5plfOSJmEv3eA76QdtNNuQcUUrYv9sYv0Rs3BUC6LS32ms334y635f5eQG+8df56RG4N6Oc+WdVplS9m+95cb8w/L5L98BoooLSY0Alv8H5+zewTJYCfAy4gps/5kZj7cis4iLjIFYUrJKbyr+oeETiM0PJ67HVEX/en5AO6S4FMNWZ0+fYyYPmZ/OCatqPIUoWA2VSABpfWEONKCcJsPzjoi9lxYp0H568yALOjZGzGeIfTbkt3/PHMdedH4Hd+bF3PmPY/ZJb3Fg==", "1: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", "1: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", "1: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", "1:eJztW2dAFNcWXtoiLGVBBBGVIvYEgV2W3US9B7GXWLAbowgLrCKru4sltqgxlsQWoybGZy8xefaY2GdiTdTY0IgRjQXFhoUmKOKbW4jlkSeXuOb9cH8MzN355t7vnO+UuQOBA4xdEuxlMpm5knToYEzWx6Um6xOMeAQPtzeYLQk2pWdRFuPgGHwW/Wbszdg/ONbxzdg/Ntb6zdibsTdjb8b+L8eGlo6RzsW29KyZMSX+6Rn+rg2+PowcNTFy6RhjSEmUWp/yQSL5IHhMxTVNODmq+SFaPggeU3NNoyLHCH6Ijg9CVsZlZzXBhIXyY9ThPJgIOk8YP0at4sFo6Dxca6MYNZd7Iuk8XGujGBWXf7R0Hi61UYyaK3Z0dB4uG1CMutzRQ5VGfoSXm9AzIFW5rU21RmcqN6VnQCq+5dGUEF5ugz8DUvEtT1VxUPnjlSquIiZXc0Ys1VxFTM5yQ7nzIwHRQFeVO9kREIvacmcuAqIhqOIzuY6zshDRhXImLwIK48wQBBReAZOHU+1FcJk8XF0REFVEBJefwpkiuFJYeGQFZMRA5S/OBKStgPYYiC8th+sqIFgG4jO5iuVyLhmpmGC5TK5iguXqOehEEVz9A50ngqsXYHHBVddZWHDVaBYVXL0ADYoIrj6FyjuCq5OmQo3g6nGp5DR8KZxKTsOXwqkSNHwpnEpBw1cAqRY0fAWQikHD1wlQNWj4GhUqBw1X5ioF8fWGDMRX1KnyIitS1CP5FMFAfIqgIo/kUwQD8SmCgfgUQeMpkk8RDMSnCAbiK0s0ciP5eg4K0vLVZwbiK7U0R2j5qiYDcSmiFMTXG9JspOXrDRmoIr2hlq+7oXlPy6cIBqpIF6qrSBeq41MEA/EpgqZlHZ8iGIhPETTD6vgUwUB8iqDJUsenCAbiUwTNezo+RWjb2MlwZ8AnCR1D8WmiFMUlCqlPpiguVUiNMkVxyULqlCmKSxcqDUNxCUMVyVBcylCV+otLGqpSy3NpQ80sX/5NUYJilv+LLc4uqcl6sw/+wqI36Y1xSfrBEtI0skWyfrA+xWJO8Hz2jgkO+EwhHaLMZmOcIdZiMKY8f7MY5z9v1nXkEH0Mvrir3mKKTdLHm2KTX7jYRfolOskgfREtzaY3GXAv/cI1TtIvzQ0mfRyejJxFJxvjBg03mPVl3K2lIT5VWlgyfo9gkP/33RwJlcTYlHhzgt1z1npmK5Q9aYRbn6/ty/gqMcKYii+OKy9te17a7NGcPciprE/bzhq0HXhps40t9oyotj7tMhzzN9Rdhnb+mq+t7M8HTjXbGIiwPuEyXPI3CJehmpcQZvszbFdDY33CZWScv0G4jGz4EsJsb4ltr0Ran7CjNSKZn7eqtIgT3lrr865kDd78Ec3ebLCCpbM+b6d/OKLZCxYt22+zPmHnV0qYqzSTLr30hRfbK7Q+YYU1lM1Vmwnv0tdvbLvT+rxdrMGbqwMlvNmrH7Yl+hp6MddXKvAy6sH/JsyYsqZE8xq6MDdrOLqMevAS3qpnexPNa2jG3K3Bu4x68BLerGSxNyavoSer+UoFruSO6MjnH/pfQ0j7v1LGHtyMtc9tWIS+hpgOeKWMPbkZ657bbAmNeGGHBYcevnO00WiKN6TEWvRm+iePOPl2To1NsRgsI6NMptiRFFiTGMOUGmdJNenjyRf9n543j7XEvrDVw/Z46Dvc5xeox1fi/wLBo5rGu7rMswkQ73m37lRcNRuNWLis1rbRTjC2hjaxucFB1H/bv2uX1TJwX6ha9n3kYzSkn+NR3xMy+ET72/7BFiUs/U19V9vCDlp+USDv96WT2OCdzw+Pa12IyPdqJ4bLQ99E/Prueyecgd5fASuGNHE+ExcgzlpSGHZtXQFain/ULkZjP9s2yKmomug/6VbnrTULUeLprIENh7nBwXaRU6P65wkL9wVsMCUVoqTZ2aNRRBHaLl29JLEIycfPjf70LW+Qe3qhAxk28EBaTfu5NqLyQ813TXsUI8+Vu37yqeMBh/Y2W2u4kINM02Zk5ixWggp/cj3BPy+5+5h1fmLVuaeckoLyUO/4d//oOD0bEfsEeot0/fmorYttw8nejlAS/TD7lnhauKSYs2ZC52Jk9JwoHgqUw8ALQ6U7F6CsGquvt75TFe5Iq/xguwvUyZy46Ndv3WDfxpCU5TYZSNeilanI/YTQJuRJ4OMCOeRv+33aY70ffLVj3iz3hzbimOObe+VvuyhIdwl5slQBUffjjvRtWBvmP5k19tF2e/Gnb1a8BzFKqEcMdgV9eX7O5EkLaon9rx4POldUgD6WZjt2ehWKrCb2CYjKFahdC9A3PQ6F79t4XaD87iGfs0cfxOwNgKknL1xUpHnQ9Y13ErfWxA64IyRj86qqwcW3saccROz+zr/fR8SsfbyB2jUNxcwLnJF6XwH135+5J7+eD4S2X+XcUl9NbPezY5Ovux0UsBo++vEiyj93Zrz5gCPcqBNW6d8LbWGU17pWlz7MQUQmhbZwLEFy+C0foDzWoRV/7HZbqNojYFUJYxTQBS8sLACq37qsqQaOgM2+tMVDpNiyauTB+ocEYQwWbiVIeJAZu7R7dRg3cKdlTtXrgvLGj+vtso6jnA2dBi2IVMLInpJHzwVR/6uyBWKeJbkIr8ZrnTsEzUgd6ueaiVLnVLXvfrQKdMidEWPJ9IDp81M8J4KPOCWub0ZLuxJmhyI0K2z424EoSKzxy1VpzXkobtzZJiPT3cFtd+hXDdJ9xWkbLt2Yu+kmmjKpd9rOWl7QdtTERu1XVWF2PiAcP939dqMdx4R9WJ5DnWH+LHfp1vbw3TH8Ra5AZLXJA8545kQdS6gOUtBJAjonFK+5f7LDgP7o0TtDjk45WQV6+fx4QrY7CB6OlYineYi+l3viETjSV/LELgV8mpz1aM39ZQIJU+QE7W7aqz00jkD1YS/W9B7YIdfNBUIbrKl8vHkJIvRmB4lEzyFZaIQiWJJcDgrdUdddseWaIBlhhGKFDKjdzyKs9jafyYCYr78CpKCWlJ+DpGhfPqSJPRzI2PLxaKUvUP0/QI3fOzH7/ZIbqCYReg2YmZnjf/KuM7VPHblIwubYCYFcN7YK1M92lSyaiUhYuimBmLup5GfJ3D2v+4tfd1v83dr0g0LUhMsHv9zhBDRfOYvawj3x3/Z/TPNJwV2mKydwweE7VQnrv9BPiTvvAHX3fLK6xyFnUUY+GegAli1UglZ2mPkjtEYKu8qXbIHO4wJU9wHi736jY8NP20EzItxiJKm7eu8VfiKNJ3vqL52S3T9fSOswQNlTl4FumbdUeXS4ABG5j81EONw2N/CGvWkN9b6XHyKSVo/IRGLffXLYKNxe1Pi2B8Rj+Y2wAaonD0gKSh7x4UovFhfVRZJni4tRy9qptgsqfSoMxm4/6SX2Ion5FFqX3m9Yx0VyuC3qarUddQVJ4pMcmocc9s8MG77WHtJ2XvGq0caO+mO9L3TtUnfJ1FAlDCSBUBn8Gp0Plo/PQksTN980b1kp0LhwAWkyv0UfnBao3jNQppcUEYIb0PjtS+OiZ55wcaHHyl1RziAl3R8GjPMBbK74d+3F8G5YeY8RSf+T/IDksW72YvC24sl5fRTwGw6TxJqwFbCD5eKghgXzz88pYjp0ASLb9GAgae9+moBXG+xjB+ek7PogvjbLFyeF6fUkIW1wB8LXtS7skuj+orcXafx7AeV1lflbIVJ+bvDDx6OlzLwSBcTd6d2s6SOB5OXDrqAijt6ISP5vXluUiqn5jOdtFOOw/PN3bM4Kixu/dWqBPEj8ZdjuxdUaFSELKZjXBLLcTsHisI448uwAu0/sk07rcHGWQOO/BEnF2Hhv0kOBpNsYW1H3/c/SnQrR6RE4k94USP7xvyNcI8pOR9QPWYIHKWCX0OfvSxVrbRBkJMmM4+09qJ8uyOCw8uD2ra6BUK0zVrAn+OA2wHyFzrffHwgNUxWaz2s7izSOZaLNBVunaf18gfBYrBRp3r8smHFhHucHO7ZOl9+bZycS90y+IWBrXe9VAwKl6j0720UcQxJFIe0nZvvARiktD19YIhjw8vbnsT7EF8jpzPMIV/+rnewgAX/q+ADlfV14kIqV5Aot0u/lte3lDYT2mhoi9mKrS5cFGr+bBJL+j/iKVGc3hBI9LhAFCPXos1FIdoAEktAfIm8i8CeI5h132ud87wBub2/6193V+ah0fVdWfi11Ij4gBd1b0dX3Uj+tl8NXDXAH4QWNpCq/02GP4EoK51JE84UtEP+EBMAV7OaAXOGT3jjSXIGk6Y/8ocgdr7SE6T8f4WodknJOqCdl21VF9kD7ogDA3Yeu1gVWL/LRBrusz+oNdgfST4XUgs2jpErXLojqOcQWsHWXLXeHvfG4ofMVW/6Q+/jUiG2CJVjqKJpWhjzp7MY1LzF7ERbqfYHO/4dA+yUnZm8bIHQHycQUbNZmlQFb5UA7fyBtU/IdgYxPOEnzWjsfkLxR//CQYCD9dlRKotliMg42P9+sPv1nn6d/3ljGWPh/ANnWVEY=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lgTOcWn6wzSWSZyYZIIvZqaTJbZmz3RlBaS4m9fWUkE0JkmCQqqlQXraUobWnt1BK0RWlp8Z1ai2enUh5iS/QpIcgiEu/bUstLn3yp4f0hf9zM/eb+7vedc37nd879bhIxwNYt0VWhUKSq8KGTLdkan55sTbSRETLcMSk1LdGp/CwmzTY0jpzFPht7NvYUx7o8G3tqY+2fjT0bezb2bOz/cmx4+RjtXJzLz1rbUhLunZHvOpDro+jRGOeOj3FJKQNx61M5SLQYhIzphKbR0qNeHGISg5AxvdA0Ono0iEPMYhC6MiE/6ykmKlIco9eKYAxsnihxjF4ngjGyeYTWxjB6ofBEs3mE1sYwOqH4mNg8QmxjGL1Q7pjZPEI+YBh9pbOHMY3+0lbaoPtAukp7m3GNzVRpk+4D6cSWxyRBW2mH3wfSiS1PV3VQ5fOVMa4qLtcLZizjXFVczrWh0vpIQSzRdZUWOwriWVtp5aIgloI6MZebBSsLJV2koHhRUJSgQlCQtgou1zLuGYRcrtVXBcQYYRCKk5YzQkjCtNFVoBEHVb44U5CpCtzjIDFZ1pqrQFgOEnO5jmu5EI10nLBCLtdxwgr1HGwig1D/wOYxCPUCPC+E6jpPC6EazbNCqBdgSWEQ6lMYvQ1CnTQjqkGox2WUM4pJOKOcUUzCGROMYhLOqGAUK4CMC0axAsjIYBTrBBgbjGKNCqODUUi5ykFivSEHiRV1xrzoqhT1aDFGcJAYIxjJo8UYwUFijOAgMUawfIoWYwQHiTGCg8TKEsvcaLGeg4FMYvWZg8RKLdMIk1jV5CAhRpSDxHpDpkYmsd6Qg6rSG5rEuhumeyYxRnBQVbpQc1W6ULMYIzhIjBFMls1ijOAgMUYwhTWLMYKDxBjBxNIsxggOEmME0z2zGCNMHVwUpDMQo4SZo8Q4UY4SIgXukxlKiBW4UWYoIVrgTpmhhHihM3KUEDF00RwlxAxdebyEqKEr97wQN/Tc85XfFKUo7vm/2OLslp5sTQ0mX6RZ7VZb/CDrUIy0Z7RNtg61pqSlJmruv2OiGznzwoeY1FRbfJIlLcmW8uDN4jz/vFn3jGHWOHJxd2ua3TLImmC3JD90cTX8IXZQEv4iFs9mtSeRXvqhazzwhzZJdms8mSzOjyBs6eTi+GRb/JA3k1KtFdy0XVJCOl5fMnmdkOT+3zdVUosGWlISUhNdHnDafTui/IFD63iznR1htquo2fwJnT/P6RxvtsujzCZnsZW1103UXr6xxZ8R9Y63t4KI/P0wV8CdvzbbWfHnc6ee7w8YHG93BZH5G3GugDWPMJhv0/DNDaPjDa5Acf6GwRWI4iMM5ltMfJcl2vEGK5+ywbryIk4NNjneYNVjNVg8h/krDV6izI432OMp5zB/s2LiG22ON9jzsRosVIxpe17+potvEjreYK9HGVyV6iRUlKnd5e/d+D6n4+2u5gi7hXpOajd/58P3Qp9A9+X9WAleQQX43wZzS3kbYnwC7ZePIwJdQSF4hN26+7sR4xNov3wfa6ArKASPMJjXKv6O5Am0X2GP1WA/4VSOfvAx/wnkcrgjqK0WNtz0wE5F5BPI6dqOMFwjbLj5gc2WSMNDOywkA8mdY202e0JSiiXNmsr+5JFocNd0S0paUlpGjN1uyWDAMOoTe3p8WrrdmkC/6H/vvI0lzfLQVg/f42HvcB9coJVcSf4LhIwu2fxzcAP/WtDTp8naubYAONc7+IdDCg1UbxDntni6Ggrd+83qGFiMFtR88VQ99xI0L2/ZzleiD0kTp1zIDz98RFr1dVa/EV12ot7LDfuaT9HAL7N++nyarxJuX7kM5rpX0cTw+Kt9W19AyzJ2Pdds+nnUMXpCTP+LF6RbL/cZb+oZDh3mvtNgq3t1CFt2qX3TsdUg4GCbrGvrgmDOorob7yj94fI5Y0046QMe9EZKWDXp5CCFrQA1uPDevH0rFJAjfXVmi8929Movypaze9yR5myvvdo+aJxkKtqasCK7GlhrEItUkDUutd2nBTului+/9d6LHS+hzyOmpA8P2YzoOn5VyFGqVbX6fhUONs17sOdsIFw8WOdkcZkCJpPpxgVD6O6LeCY/6Htr44mJb7sAsWbv2LtogF9v87pfSpBxZater625gu5UTz2uyT+EYt49t2tWcyc5qGTv1d3bCiXqxx5qOWhwpxtTjjjD5dT1gSV7T6D5LV44+mWiUk72KF4wUOchW7p3a7jAwxVC5r3x3F4/FfzevundiNK7aOlsbFh+qEztDAyAI53IzDnSiZDRFm2PYoQnR3+0qgPYmB1Db9aCLrK/ZVtcAPeXCvzzYw4kHitB06LebBIxXw2lBenZc9R50vWb2AEblHL/EV3CggZ7ymXWwguWhR7Q/lVsycwgwF5JaN7PXd5fo+uJkDvesOL64U4DDqqB+e+ytGhdNPb0HdTI12v90owraOdQ/Ts/yEr5xyHYoF0RgFmVt6ydGtpmXcMzlaFrH+zu/vNyJ3lGdVdMuWuovvu4z2InHUUfBv22vzDujNSNEsJNpvP3UgCLqwvgILjumFqIIjsu9WxnDZAJem2ot/zN9wPG/tYyHzUm4Wi/SyLRXepZJGHjlmyO8ZYV5OcdN/hShT2aqQA23w1kIwuJqSljJ+/60eQMBTNPzfjQTcXnOYZm95i/8uusfNT9/BLs+ZtSSzLQxEmmvBtcE+bi2/88MwDsNBFuI4KKKgyDu2vfyl/9qi/jUYQ/bO5GPOUPP5BlbgwGxnsfmJScW5K5JoLh5/vCRcvCX/V52YzHx6rJbJ030YzMd7t2mFssERYUpN+Qzo4K+Oals97ylsgvGlfv4Qf4rhm9l+eijR+7Xwtqfxv13qPdvqZpiEzd1k8D1C3IF5g9pWjmNN9RxpVl6MWUxU6b3HIQDhqm8iIJs27CarxeOm3yGdSHyMDpf6NbJ4/jzKnDeJRXHVic/GD662Wxt6+4AsM7w/HFw1p69vKA08OJQcUS9fdz27hOHJAW43T+8GautHX8sl57tG5y5E8NMWMuIBofxTWJhGHDx05y5ledZf+zCvn7G6VHR/6uglaXflt1e44amk5bUBSVo5BZXhShodh91w/nouKonG/q11PLebu3tf46KYT5OSMIdv5r/fujDwbC+1glDuB8kYlMzClCNLxrXKErTZx9ElGnVpcyJXa/GwiLBM7UIKBpXeAO2MufHfXIRlS2Du5Brx3ZdD4g9DZi9l2UaFj6h0JNcsOIWjBs/0eHT/evBixuAex3qB9M3ogTIlsNNC9y3QAHCUcgi/GstwuQ9J3XIh91+fZT60fxZRIN29unkOKTMSXNrnkDjs7Z3z9zhoZUqK5KDakj90gTDp/O9pqxG/VTkgx1lXXkZ0ZtHo8acKAwDjO4EHUd8uWbcxbVABK1y7In1KLC6gLWFf2x4lxFYVSYSlFrrBK5g28hTGKMyEFk+mGdPeSTE0uxMhRJ60m6N/ZhOhHhCawu7EYkLeuvV8vkbFygM4zvSxxVhABb9UL3QI53Ab3a2GJzt/HS1dGS4Y1mKvk8XsVrtZ3kRCI7PZXA8sxbTiPymOIjM56qgOmLh3zFGzN/hUomo5qAQkRGd2UqYQeR/U9UQOPkFyqvdsmd3OiKGzD/lKJgIij+ETLymaNbpPeDDd+SC0rQHkKbN0LlIuKmNoGAv8WKVijR/Lz+B2rR+dAnr7cKhu9IWg/JlnxogJxhTKhpYJskP6D1My6P81wBdL1t64G57Uv24qmhsEHGhSArENqQgpgRAfMxHY/1rA2TiDsWaoDpem0YteSF2ForQ8Cy7cjz1i+CgeW7O3QgH0a4QCwJ2IkAWNeHFCBXWNSWZMglROtfZw0oSZme7AdTt95q9PrUYjSAyMlINbu//a70bX0iXEp5LA7nfpWPPOR5ongHJJbfrnK9mXenjSnxlVmdvijRupTjK2txuQhPU8mU/ovcuJ4HAdWXcB+5OSW8G2wI++By1w01+PxO8o3ww7Z+SjUQGT8+PZjzEM9P9KqRJ+DsGrHlTADT0eD90gejD37Xx+APnoS4ezS8buVJrL6XoCMkjJl3ES2zkptMZb6dOxCZXdj2HKL6/YGbTKr5jn11YXZO6LJLH2mY381OsOlzInwRsKOMCLQX71Ncud45cTv+QMNDvLObTCvg9bxYIrROdy5DkY0z/Q+2mYVmNHPq9L73WUTo+us6FdcdJ1iOu6IJMeckv1EEWSJlbyFEc4EWtAA4A8Nj3SF5OMBfZv2WF9C0DclHhjwTZoy/TPNwv5+c8M9/4FKwj9W7+kvQnUxSeAsk0iZ8t0IjMx11ZvXYzwlofOpsQ6edcadUN0ReS+RlUy3wIsuv6QWkm2s2LhDaEdoUaYBkXcz16kDT67AGThG5vFGH+XOHB2TQhu4EwmgsdRr5mMegOskjb7E+r3OZRPNle6lEaO6bpJbHDt6UNiNLDSO96jUaM/kson2FqRARM/Nyw2TahMekDExNs9uGpj7YrN77Z597f95YwZj2PytWltc=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW2dYVNcWpfdehiZNsJfAMAV8mrMRxR6jEI0lKsKoKDA6M9hiN4nRxGiiscUajUQTffbEeifFHmPDFhsqIFipduGdcieC4UXOPMd83/vkx525Z+469+y919573TND6EB190FWZmZmWjt86KJOUyVnpqkGjScjZLhzqlY3yNxwFqtTpyeQs7jXY6/HXo+9hDGLv4x1fTbWHedighN+E6/WpCelxQ1J0gxWpVbivxrm6vp/Mtb+9djrsddjr8dej73iscmGMar6/uxCrdUZKc/OyGcdyPWR9ChNsMHHNurMgVg2vhhCxiIjKSYhNWNwLTBSipFyYaIoJiqGHyOLMAIj5/GBjGG47BExMiMwCp61yelRyXMbOQupggejoMdoPghlgZQHo2SYKB5MNMNweTqGuYBrbSKm1mujV0ewl1ovripIzgWK5HRDFZC81n5gXmMvtSZDFZCUzyaWrJG1LgpVQNJa05sFiL3UOo+qgKR8IDlncawK4nM5bwJWAcn4bFJyFu8qIBkfKJqzFFcF8XmPpbuMz3sxRtxJGsFZ9KqCuLwngviCK400Ik4iSF7r1syYymhkDEjOxQipqDa4aoQIkvPFSWaMI2RG2BQVaYRNUaLLuRgRJXqPi+VRMk6xRkFyI5IwyphqFGVMYZGJ+cTFCJnUGJDIPS6RI+ZgrVvuM+ku59KGLEhyIzSo3AhBKed6RGAYBdcjAuOPgkvuixguQckopzBC7CqMELsKLh6IGD4RxdJBwacdRBBfc2bUVvBpB8ZtJVcFEtWkkk9wsFqn5NMOLCWUfM8XjN9KPtXPyKrk0+KMeUo+RjAaKfkEB2OEkk9Eid7jUykMFM3XnEUQn+BgcYrmYoQBxCc4RBAXI6SMEdFcjDCA+ESUCOJjBONeNB8jRBAfIxgoho8RjOUxfIwQQXyMEEFcjIhi+RTDxQgDiIsRBhCfBGW1PIZPgoogPgkqgviEobSDpRlpU3zC1YDik/AGFJ/ejRJRfKwwoPhoYUDx8UImoviIYUDxMcOA4qOGXETxcUNERfI+1DAUHzcUIoqPGwYUHzeUIoqPGwYUHzeiRRQfNwwoPm7EiCgubuCnPIbi4oYskqGkXNyQiRWAb3tQJmYl31af3HAvLm7IDffi4oZczMr/sv9LfjSh9SEf6FQalTp5iCodIzVj2qap0lUZOu0gz6ozDrImZ474EKvVqpNTk3Sp6ozqkyU4/DlZ4pjhqgRycaJKp0kaokrRJKU9dzH5uUbckFT8QRy+m0qTSi5/7hp7/KZNqkaVTG6W4EYQ6kxycXKaOnnYqFStqoZJ41NTMvH60sgXdqnmf53Ullo0OCkjRTvI8i9OM2wDScWHHdPb7fQiu8lZXG0Ntuc1WHzGMGj5CNMb7PwPGxxTVbMrI01vsMtLNdiB22Bl1acApdT0BruaIpW57Rb3w8XHC2WU6e12M4Xd1tx2i5udYrxlprfb/aUSvIZ0+XuDo8RvgMSND7npDfYwRaBraAR/b7dM/JbIsEtkers9TWF3Df3gBXZLq9mtNL3dXqaw24c7sWOqJXa06e32NoXdFrx2i7u0Yn7LX4FEkZjCbhtuuxVVd3jkr0Cp1EDJ/6GQ23ITPMLwAM2eekxvsO9LNdiOO8KGr+xfWYQbvFSDLbkNVlbftngFNazhP2ux4Tv4KMOGhuktbvRSLbbijnF0te0i6Suo141fqsU1qJwXxFhefUvoFeRxkxdZbEyHqiFVaqXE/txpkj63vUQeBMnMcWq1JiU1I0mn0rJfVBPN1y0zKUOXqhsTq9EkjWHAIOoTTWayLlOjSqEfDHh23iZJl/TcPpe4wcV+ZVx9gSpyJfkHPTLad9bP5Q0Xe0H3Bsunb7hyHyla7u4+b4UTzNvkNOL7T7zBtkjS/u1xNtDyreOf953gBJ92vGElc3+KxhTWj7RrKoGwju9PfaOzG0geH75z8Jd84QPnrv+eq3qA1j3qm753gi+YdyEjF5B2yOe3x6ES1KX0swTdKjN2vyRbOONREnt0UCVa/dWvIRs0+cLVwi/xnQuEk10Gur0b8xuq+/ReZs5icxje3/Z3v+OucEZ2N7ptu2IUlFXQvnnlRmFfumzSD3BDsPu+Tu+Uf1nCwsa+X2YfDIfpJy7lOJ70B2aPBBqv8TzW5qwtrDTfZe2R7QGXLOxnBCcXoCuOc9ZMOW4BHZZMqv+zjbk+H626vMfFEoLL0nqMbx4GK8O2P5lWthMtO7L26KkeTjBs0ajFX18Lg2XfrTvbf5s3VMQ9un3TzB9s+y/o7P2pHezSzfG1kvhDiy8OT2xf6Q5t22keuhZWovLzZyZr42+hyk3vl2x4uwzZP1w+ePONa8hx6+ox+wvdQDPjs9yS/hL4EaZc3e/rCHfGIXm/HU8FZxyF80MsYfc1r8CD9ULAWuaOTTqBvnuzZ5+NgiO8cTHcZvKpEJiqP7Si7bZygdrx0U30UfTpvemyA0KnXvidtTfkLHb/ZnesMwzIO1b3/BgLONd/ZNcgiRm4kgW0s4CZ8zM8puovoY3CraUtm1YIeUkrTsvu5iIv7LWislJ06vrQJvfmu0HEzgYY8hi9E0E8WoaYv+z01PyOpWi5P1lROPz2XqcDtq3OC0vwbX+a7wmERk/OhkO3PwLGJWkkEEodHARvFpz7/lFfN9g1b7brWEUwHEr86dtVbzlD+fY/ZjxVVaB7DQlDiwTKp4o/hAmfbh9m//COsOcnn/oJ1vcRjfMcZ3DZE4FDfw61F8YHRme56dn6tojrOYdm5ZYEn1AXIzZvIFzOIYF/ilLeuxBvOdpMP1ZBPFoqTAiMHtym0B8O5hHDCtDpHrfe2Hk9AKi/kQ+cMMPMcbCCAcR9Qz2gLfZOR79QIOEWxtvpZ2y4ghmcLcxK0IXPryxD5R1xAHpYAvWn2h/e91rf7srYCpRpscguIMhK3+iw2/4dP+5GW71xAnUIhLppo8d+09QW+hH39fEDwWVx1NdbHGB25KhmocGPEaV5sA+QNArvKYFISvhyYdSeZdjSYqQn4csOBMa3EkTDgtdZP3fq0iNDg2GKNn7uPZsyROctcwe6TuQHlIeNHgjjj23uVR5jBpWhOPFCvGEyZlNWz2KUQdLMwhNS1UUfHsx2hNANGpzROWjzDS1eehlivPcV5zkkBFBiPkaJ177BmX1A+Kj3yV3XvO4K9Wwmfxnn6AR9CNGeBLH7T8S86rzaIb6eBxyve/7hhKGWMHZ/oxZfdPKCAwt2zps9ywaW3s3a10lZgipU93OTVtgA+fjwRHNg9eER8iRl5JQzRP26sXnGyoMCXc9pa1g7pVuHJWaW+uQ7vVu/WVCBelMCPELNNi25mxVvDpQvgx3hQQJeqJUvkNlPy7zh0C+t16Veui1e7854+bsEQk6o+9u+5QCJpIAVuQOZZl+n/YjQoJeNOaRff7ym+IQlPPg5Ze2AxDJUZ1yS9J2IAjSnBa6EM63h256HpL9GOgLl3QMb8MFp4astFqg/WlrC7OUPIvPX30ePJgzFJjwQaFltfVHQUYIUCg1IOA5VovHrtw2ceK5YyCO07n8UEbd+csseqPt3OIGfVQ+XZpvWIfuApf0aHR6OKE8XesIOQv/7RYjWQa88gdabBUWClNCrzBL+dbnrzPl36gNd1pkTwsgRAc45ze4jJ5wt3aaHw1YltqxxENC61NCP1akW1jAVu3lSfgBs+2Dcsc1+3kCiHXjQFR63GP77x90lQMPkfgRlN1H5XX23kq03zVr/8YeYGMkOQPN1QxiQLiHvV4xWDW/lcCbMEWi+nwuHC4TOXt5A20l2AKiwd7tnmTEejfMDyqvDnjCUBr4InSdm5pYikoWzJ5xEOGuwZUdR9x+DPrzZzR3ofVd6AWkPoZ+5A6myZmobfWtSIPtYQ9+Q2OLkzkHQjRb8QjR3Gga0tGL9IzEEaJ/LM9Pn7CGJdA/pSFr1LxDi65HMttJb752FM/Y4qzuzwkReuuo7K6fHDsgrZfW5rC7QZc23F/tOGXI4s3J4q8b1ga3znkDrbk8voO2rKAzwYjNHBBxH87D3ru+UQKqZerJV23Bg8+YItA7P8IT0HpghFg2AlFuptw98lR+YVXCgDtB+180Lvt6CA5nrAbS9TAoBPMveWSPcgJaRXD9YgbuTNjNEzD8Xsc+FMD9/Yg89SAO8bCPWmVBYiC9zbeEOZBXH6j5CDUlj2R4EOCmxBbZAVIOiZQlyx9Vupk22QKquY3iRQN1ifkEgXfb8mTyBypDCvQLrk5UCbjoX50yrFGgYwoqEVk2zF+UHFgu0fWoLEauLrnAYd7/Sp6WI5cNN1Is62EXUHzkC+9yc5dtmd2D5dRatLT6BlYaH3o02gGLE1p+HaNtz8NKz/nBNIF53zrmIvNC+C1s/cNEzP+xCrN7nCsyvJWggaZsLQsR+ZAm0vM+8gWjdjQ8Cx/CGmNKFaCRtyMfRx8nkBgFA23YDC2DnZQKh32/vPRIWkLbcMRBithwYuSfYVs/6fwXL27P+LN9bPBZ2DCOKoligdeaIRKxLRwXS7h9W+APrY94sj+bmo7Pk5V4doOsYHwBOFk2mSc4Vo9Y0YMFMZ9l6A3Y6Do0dpJCGPg33WVo4Q+C2MzHQktVvwQNomNqGgZzIsxI7oJft84a7B0khDWH2ZVnrPbAc8KlfLsgoAYsQ6W7K0Y56qgvDzwhMX1gwnbXSgq07SwK46+AKXI6SJ55rNeZdeyBRGHesDrC6WC7WSwf9ZiJbz+cgWvaO+UMiLQC2+gaRRCFuEQJJY18WArTvRtsBYVNWw0DAYnPLgXsucJu0z0XW0G9HB+wSX/gBV9lW232A+tX5mrD+LBFO+Siuzs2rihYh0KE56ZTXEK0H9SRA81UZAm1wej5ecxyNJg7c5QaDyN9qH/AnAmiFGyxaSP4KBZqnVx1YXn9lLeqBJ4jm40YrYPlhDrQPjXcAWqabegF9qInNGKzVadTp2uri/9n/Zj779XUNY9L/AJU4+oY=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWmlUE1cbZgtL2EKAAAKKWLdalCSTBNe5GBdoVVTQWsVPYwgQhaQmoRardatL1arUtWK/aq1ba92qdcHDXNeqrVsVl6pVse6VouICKPbeubGA8h1zc8h3Ts8xP5LMnXnm3ud5n/d9ZyZpPMzYN93NycnJ7IneehqzdNqcLF16dzyCh3vozZZ05+db8RZjdjLeUr8e+7+M9ar3MZeXxpKqx/qi2Cf7oC/djKZsTZY6U2PK0Omfode/Bvcy56TXY/U+1ruexxJej/1Lx95+PsZ3in8ytLPRkFa9hfcl4uOl/Ls8GTebeJMxW2PRa20EKehAMv6dsQekpAPJE/GYTEqHYghKRodS8ChpW3tQMnmyO/pI1hsyUId/FUZJMLF0M1lRcfxMXYw5w2yYSWUXJ5VdqltRbWnWF2eXEnF2xZeg5LE062tL9Iulia4Vo7AVQ2YgHzbbqAZIrqICScmHzB4QYwdIHkcFkpEPpR0geVsqEKktUjr1CEhOF1xSj6R0QhCQnE4IxfPMpQdRclI+z0F6ECUnUlcYm3OQaE1AVELIiOQMlRAyoh5DxUlGhGCovCezCkFlI7m0Jicbqh4PktXkZCtIXpOTrSCmJicbQUysHXFipHbEiZHZM5PMjuAycnuWJ7fDEQxjz/IYypnItSWPsbkqk6tEPKagarhEBYXNuV59iaiwuXxVN3YF1aWeFUPXOIm/FXQFmaitsKdxKuzpgQp72pmCrkWT2qqkK/2ktirpeiCprUq6dmYF0V20kc6kpHOEFUTXmYiNlHSdiQRXSdeZrCC6zmRVj8oRciKEisoRcpKEqrodgZ93mUPwDovOpDNqM3XZCGjK7Zqly9YZLOZ075onTBfgLTwUbzYbtXp052E01D5ZsvCfk6Xkvq9Lxgen6CwmTaYuzaTJeuFg/KRNnalHO9RoNp1Jj9EvHOOFvnTRm3RaPBm/pc4yakeM0pt1dZytmz4tBy0sCz9I0Hu9fDYPnkqGxpBmTnf9X9ltjY5C4XjC3vVK2IeaMFPTWQql4wnXscTahEUYYczBB2tt5V2Hiq/grayZHAqV43n71mug68iTVxBWWe9zrO3L8YT96pUwfYStTzyU1tbreML+jnA2dQmTSWsGWhnreN6ieg00dQmTyWoGWil1POGYeiUcSkv4+V2t9UZQ5njCrR3h7DBq3rJa97Jyx/Nu4wjeDah5y2vdWTOO5x3rCN7h1LyZWvf5zAtXrbjc4hOrjUZTmt6gsejM5Hck3Gn75GgMFr0lN95k0uQSYENeElOO1pJj0qXxO4ZWb3fRWDR1XD2rrL8r1V6eDu/C/2TAoylXVuTvvSQCQce6nCndHAKTQKBmz4kC9lz5x8N3WipZn7lrJvZpGQUXXZg7dfJvTjB3wGrF4QIheOeAR8f8ohD42UKDeBK8y+5I9HFpNfUZm38tctWNaeFw0ImdV4IiBdBzbcTAtAIxSBt8vpvr4wgYcvbIo+QrZzmXnQJxEHuNPZ/pZJyQFgWPFfX/s01BKTd9w+Wb8zcJwd6NrQ3Ld0XB9GlahLzHVqkr7tyGRWxSQ8nwnvcl0PdSzJylj+9zEbeLlQ2gGzi0p/P3+t/D4Yynukd/aERAUvlzycE95aw5M+/OmHGhkJ9vXCDI7/fVd9+fqWLX/Ths3NmOQjjz7VtuTF4gLEaz+owsYTHdxAsiOLH4p0UFp0TwUqHfEvnXpSwieWjZviB48ZI3OsQPtLzjWxgbJgSiAW03H/jAH97b0HvEYpUYdh569Vj0uSp23kP3IYt6RMD183TTtBcEYNt61+szW1Sy/f1iNn35VwAcvxVMLO7uAT3QUcEzn7JbgtGCE/1hEyx8B18wsqPw9PINAWDm9hFe5Us94JK9URtMLcSw367V3/RyCgBvbH8ytawgCq4Udmua47KDvXF2bUVq9hbWWDr5YIpzBHyy5u6vPYdd4zxKJQm9n7iDy3jZeRHQwOCZK6zre8DK+sW+ueaEBPb8xDdpfZALnI+WOzhVAlb0QkZwjYTIBHND3R5xjTeYkJJ32dD5J70yo0s5fp5d99j+Y5GSXDg42UoXVjzgEceNjYzL2OsPvxzfbPeUjEDA+6X9EW6MBs9Uyt4Y3urhwsENQbNkwfLP2z3iNnJ//rfDWye5v+K6djeVn2P3n9/yyZg50fDTeCzkZW5pgzYX3pjiATKjsz4cfTUabms4+XafbeUsilqAssNxjvdpmRh+/vO4BG7sbQ7buOyQM4ielTMy3LeE+6JgwRz/0T6At4NLFIhRY8f4QX75q4WQt2miD4gcmNb+YlI59+4gvKJbHDKX9FpJJOB1SRHBe/FH04uuH+LkvDHvsjy/VSFw83sPtv823Q2MZRX/2XHQE3w0qU2PlUIxlI2KadyozAuik6IUKWZ5nx0Ph0XXsQDBYHcIVqCS5eOa6QXhoKj4u03C4OzdD1qkzr7F4mnnrQiGWBX/m4EQR3mxZxk5/oYn1H07NKVvcwFQ8MJJQGxBc39vhS/E2THrhAhmIddk/CAEBds+cy9d4Azz/Ecrv+tUwfL+GhMKwtyQE2XucDCfWFVcJ2yg88Hgl8E4swXwKMrSFfnn2cO/4FcVwe2s4E7hNG3uAk7ty2bGq8IBn2+X3aEKB6y3N1x3ZsgHSQ0DQFP3CfPVMx5zNxNaP2v89HdSFxLCQSLefCiAxH8XOPDNxUK/VDHg64dHEFw8asnXTbaf5M5Nxyd2BivzEeF7jeF7U+LQlK7QjU8gD8D7MSYIVqZm76va9JgldUYAvKY30pY0CIc/+IxcO2OQN8T2DjzmA06LUQSbNYD3G/1qHNJdRPDZAjABh/F0I3g8L7VK3U4MDl5l0YqcwDIU/nU6CYzSlgzsXCghfLc+ZVES3/Ht5AK3I1klBwKgP6oOm1Wrua8Of3u0qL8fRMm9av87IhjMB3wkuweHc3cg5HX0EYEeOGEfeIMtK3N/alkhhoW7sBGCIS4vXX8sY5sv/RRVwEZk3b0FIO/jynbvH3nMEn19rfXK2Zr3HoAvh7NEUHRzK6owQuKDLU/ZvonYoUJ4s5nUcy3SF5kIHRAAiC7O8HD7XoiyH0SmeHeQVAyc8ESlrtCvMPaLN0Ml0Il//cHxusdEQJR9K95SL2HTUXVdtiAEnGaQ8aaGQb6M73/CoSITal4YAkbgAKqj4AS3fbOlo55wpC4v4/h6MikMzkKyJcwJAbzftbdYPqyb3eGMrOuVazaGQV73ppfYQJxw84PgDlz+MkIg38LjDRlmi8mYba7d66r/gFH9/LqOMdnf0z+Crw==", "1:eJztWnlYU1cWD7IGEEMChE3EZXRaN/KyANr2XsTiLmioW8fRGIJEIdEsqFitS63WWqtSl7qMbR2ttUqrDp1BR991r9qCdnSsVC2KOqPVqrgAFbDv3hsLKPOZm4/M9/X75I+Ed9773XN/5/zOOe89aDvOPDTTSyQSWf2Ej0HmbIPenm3I7IMt2DzQaLVlejw+SrKZc7T4KPm57f9iG9zsthZP2VLrbUOF3GsDhV9SzJYcXXZyls4y3mB8JPz8bnBPc059bmt2W1oz2/o+t/1Obf0f28ik+K1Ce5lNGfVH+Fw/fL2CfCq1eNgkWcw5OptR7yRIzQbiyKfKFZCGDaTsh22cgg2loiiODaUmKEWiKyhOqfURvrRG03hhwj8Lo6GYODZPDlQC8dTbbB/nhKd4lzjFuxR1ByqRZX8JLkUiwaX8UpQyjmV/iTR+cSzZdWDUzmKoB/rltIwagJTxTCAF/eJcAalcACkTmEAc/dK4AFImMoFob1GwRY+ClGzJpf1IwRYIClKyBUL9uHLZQYycNI9rkB3EyIn2FZXTNUhjTUFMgeBoyFVMgeBo9FRMnDgaCBWT9jhHIJhkpFQ05ORE1yMgriEnZ0HKhpycBakacnISpIpzIU8qhQt5UnGueOJcSK5K6cr2lC4oQqVyZXsqRk/03pJgnO7K9C4R29RMA5dGQe10rdffIqqdbl/1g13NdKvnwLANTqpvNVtDptFWuzI41a7MQLUr40zNNqJpb9WwtX7aWzVsM5D2Vg3bOHOA2G7a6GTSsCnCAWKbTFRGGrbJRJOrYZtMDhDbZHJEj0kRShqIeCZFKGkRxjetCPy+yyrHJ2wGi8GszzLkCEDLtFezDTkGk82aGdBwwUxvfIRNSVarWW8UnjzMpsaLaf1/Wyx92iSDFl+cbrBZdFmGDIsu+4mL8Zu25CyjcCJZ8GawGDH6iWvEwi+9jRaDHjsjR8nZZv3EKUaroYnVUowZdmFj2fhFglH89Gq+hMp4nSnDmun5v6rbkR212v2EA5qVcCAzYVVDZak17ifcxBYbE5ZghNmOL9Y7y7uJKD6Dt6Zhcajj3c+7ZbMmuok6eQbheMdzjmN8uZ9wULMSZs+w442HxjF63U+4lTuUzdzCOEXDRGvi3M9b0qyJZm5hHNcw0RqF+wl3dUeiw1l5P364dTwPcu7n3c0dvCOYeXONHmmV7ufdvVkFHslMWNnoyVrlfsJx7kh0FDNvVaPnfNUTd6243eKFk81mS4bRpLMZrPTvSHjSDrHrTDajbVqSxaKbRoExJCQWu95mtxgyyImx9ce9dTZdE3fP8Y6/KzXengGfwv/JgK2dH6w8n38kGF450e6H6pleaOf0ii/TJgagP85cVDRRXAeC9sZ9+OKqAHSobodwJhJtWnMw9suKQDjGtzhiyCh/JBmR+Levc73RT5c0kej1FvDD3SuWtMrzQKc6GyIujYhEp8VZ7bKnhsB2tQ/sZdH+aEP7opr5KikaFLqo/3Wvy+BySOujV/gg5Lc1elTGQzkq3lJyelgXCZxR8NW4NyNCUdcd62596iNB6bYOKx8tKQXjiMNKftX5/PnzSkNQbtna4I0vi+HuTq0CCjfJUWF81f6MLdf5LXOG9Fs3SwQnR7Us65omR+Edtd4blh0Da4XtW7J84ZrX1n++7ftHgKyfEo2GEYc1oCbcekZacQuI8A+MRoRn6T1wR//N6AF9pZS/5Wt+z9AVbRfbJTABuxt7B0zEgZRFocPnCt9644QnvFLR5jvzmFA0NaCDEEoRWvanuuRfcjxgnubzV4a/vg9gb2dnyFFgi87zw87WgpNLhQvy/BE3pWvbNvfOAcFYXCkLhd1NGzz+6V0LxNUfjd85IRxhOks+ksEtY9OHdoqVotHCsjc7y9AHD3zGrBo4j7/RXYjEuz4oqvv5Dj5JoSiNEAqAozJ6/pj6nhR1Dl9+Spzli0h6q6sB9VfB2/PDvYYtlqM/7+oX2OInOY3PCC90MS+koI8uFKXGhE0YdLcWzLGmCK6u8SRfPUXQH6c3Lwae2DnyflGpFxSZZ3sdKglGy46/2ZefEQS51+Je/ExWB1bsCJy89d3d4OZfXupyqjQSEv57RLCTAq90j49NwhE+DjxxwOpk6M69/iPfTghHvcZiZQbBxXacyQhEZFAnQTgKVYpi/n0ttlzm83t4DHprkBStnrL2k/ZF50DqFx8YFuhPAmvW0ptvgEKA1Sg/EwuvL8cb2Q0OCFlLXyZFZulcdOxjGSw/skpQbglvNN+edzT9Ljiau3d9ZPcYeB6nc+dZ3rJw8eWKNpX85sMD4t9JqgSZC/Sjzx0ORhMuTBbOVPNHdv3jPZ/bgfDW0QO9thkLwNKZD3tMEuK5/lss6Ltgat7GLsnnopCtMPTh8Z+LQApJmB+kdeMNhSCd6L0q1hHnGiAkJXvYjGJA1nsnFr1wXCK4uAOStxkFjx6oeMF3F8oC8kGVtnzjmt4RkMRt5g1Q0EfImEmO9pTjwvKBVBfn+Y2DoUx34F/8XFwWHSMgkcPKq4Do/pE/isMFpA6BFUklmaf/sx8ImxJSco/3P7Nh0sv+VYDW8VX+7ydFF1qIL4Fer/z37NYerWFyNGZQARb73A7rmyZFRiIACdw8/Bh3cHsp8BQvbKP/eQso+H5MbmpMJKQ6uAJutsSNpYYvEqIWtkAK//rj3qC1yiqe6lGMRCSAntBX2H3oNxK0XpDN6qvRKMJrWFDXHX5QLpSHttwHAVJwtTz2+v52MSR19EstT+CDo9EZ1a2EV/tIYKf9b386fGEowuV+eMBFXhDXvw/lBEChee1dXxqFBHUI1G7zQtXMXn7AEx7DaYyRo0mkAdwFg8nCPvBiQP5nc056w4179sk7yiIQZtnNdA3YSEIrASmvS1FoX2L7/tPnloBgzUtCq5CiXJLYDY54BMNZQnW0TigHhZumHXlhVwwi14WJICmXJeFIYL2o/wRvRPVbR/tLfjno9qht7YNCGbr/w5nZ1hRfR37FaHoIzvxB0HMSVkYN7V+iACRURcvUL6rAiM3qb3sWyyDRVa0HLKnEwgmhfleE0T5W5gXJvj2jUDAR9A0eR3ud2Q8ReiNkCKuyIDccfoXLYmQ1T/rxghA0cJN/yh8KI+D2tImrp0T7oXIs67HhiMi4oIzuZ1YUwl1zctQ1MA/D73vAAde9VMEaMSTyvhmL8DYHD/GGhEbZcZ70r2WxiIzwJNN4q81izrE2nnX1/4BR//66CRv3K1vhak0=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lcVFUbnpGRfV8GyFBQTMtUmLmzYMs5CKGmZoJfWWo6wCCjwNjMkOKaaVlqaFpqtmlqLpmaubV5D5qRmWVquWUiskioyCLiAnzn3HOJseb3G858jL/vD/njDvfc+55znvc8z/OeexmiUo3JGTKJRGJ2x4ehxix9Wm6WPmMsaSHNQwxmS4a05SzeYsxOIWcJ99rutTG0PWWzrcO/2oa1tiVjHqZ441+SjKZsXVZCps40Xm9oxj8Ox/17DsPutf3ftw2813av7V4bY1tqS5tQwf92x/7GnPTWM3JtELk/VjiqUlzxMcWQMx5vAeyHkDZlrAMxSiEm0Zib2oYYhXBUswyjoMMoHIjhWKamFGIUTGkTY+LYY5QqlrlxdBymvNEYZYwDMWqWuamEI1MKVHQYDUuMWoiJZYJDY5RalhgNHYdJCTRG4UgMU960dG5MUqAxCgdi2KgTR+emZI/h2pw3ygD6wTkQpGIbiRpcbJsdwSpI1eZ80xWlH23Wt1WQqs0Zp+tDP9osPasgjg0T9ZLYNovPKohjw0TtJLbNUrIK4thoRA1F0WZhWAVxbDQS7YEtETSIY6ORaBBsiaBBHBuNqNwVjgQpmRZXQeWuYOKeGMQxLa4i1pHp0SCObXoKR6ancMD3FErG8mwVxOZGCo6xQFsFsTmsQpQG2zpRlquY6iD1FVWb5dS6T1ExbT0pIBXTllDEw7TvovpTsdm4WG7ZHJmqQs1mrpTgarbCTrmqdqSeqR0pTWpHqozakYKhdsT71Y44stoRc1U74pMaRyxP44jladg8hTJCw2Z5lBEaJka0BDExoiWIiREKyj0Nm/eLQWyMEIPYGEFZrmVjhBjExggqDS0bI8QgNkZQPWmZGKGketIyMYKjetIyMYKjetIyMYKjetIyMYKjetIyMYKjLI9jYgRHuRfHxAiO0iiOiREcZUQcEyM4yog4JkaoKCPibDOC/B3FHEouWPQmvTEtU5+NA015T2Tps/U5FnNGsHWHGR3JmRc+xJvNxjSDzmIw5tzZWYrn352NyJukTyE3j9BbTLpMfbpJl/WPm8lfcBIyDfhCAh5NbzKQAf5xjwf+JdFg0qeRwVL8SYQxl9yclmVMmzjZYNbb6DTJkJ6L55dF3pUapP/u1E1ANF6Xk27OcLkjZ617G6W4leKcD9vVGbA7sMAWKniMuO0Wt53Ox+3mDNxerLjF/YRouCq183G7OwO3NzNuhXXNUGmcj9vDGbhteIYdniuty55K63zcns7AbcM07OAWn5BF3HHOx21Div87bhumYQe3+OwtPhPGOB+3DSneiZucJbQVsA23sANYfHEgPs/GOh+wT7sCtmETdgBrrPekaoXzAfu2K2Ab/mAHsNZ6P61WOh+wX7sCZq7R4tsF8VlAfRf2ZP7tCpi9OMdYP8eo78JmLMAeYEfM2oYx2MGttH4UU9+FzVigM3Db8Ac7uDnrp0n1XdiMBbUrwW34gx3AFKmy5bWh8wEHtytgG/5gB7Do2S2vPJ0POKRdATPvu8SlFd91aO7CvkveroCZ911cy9cJxFfNzgccag+wI95loxDYWWiN9X5Tcxe2X2HtutA2KoAdwFrrJwqN8h8v1IgXko4TjEZTuiFHZ9Gb6df3SDUcnqvLsRgsefEmky6PBnYWcmHKTbPkmvTpwoVxreeJOovOxou9OPoFK+Wd09OTS+SL/aS1JDjiYCnYwXfNmjJ13cMV/AX1fWjUODmM/vL2vLpRUug6+52EBVne8PjKsoj1mVKUduX5/o9f9IaeJ9ZMemx+R4guffjowzu6os958osbyuFe3g1faQIb1z4Fg3SX+U2vDB/0wcu7wKSxbj+HD98HFjTqr5esDoAvvdjJp+gzCdxmynzr8u2O0GvnJ3mFG72Q5o34caX+wbDHqje2na/wgzueu/blac8uyHvpRtxTJR84B/24+oki0Dvh/spidRk/4RvL0jBZEXj2Ut+ve/g1gNkP7Htt/YkgOKYp4eblykawfLHfVPWndUBWvrDn5TfdUZBu/7Fe+iCY8Jnhzxfn+8Ilh2YN5BvDEBegfvTb5Et85FEjnmkBv7x58cxb/crA3o/u63s2+jT4S4bv+EYGV76Lf8L94AcB674tCJXA+Oq0n8YMPgl8e2//oKpHAFqfV/hgv+QwSPMaAI2zZQcWVYega08+95r29538Yw+TTF7nH794avPN0aWA9nOFp/mTQTK78FQPuL1Pzhrpo57w8CNP/frW6DIwsVf98rMpwUjAUxkOV5xdOu/V03JYsAEn+lgoinloY9CRxGsgZsgnnknda/lXigtXfL0Mgbcwikm+cvikd4de85aFQGEe6kgULQAsBorJvaO61JUA370x7z4UVsuXHul65sbMWl796ePPjvq8GgjdjuwI80ZuUB1+xAtelQ98+vYKKSyt6YIzFYK+muhxY1W5lF7/WgaTdtU2Hj/ZDWUSQnX3Qo3z6s6cmO0JExdkld/aWMmT0bLkXWA6ztoPhWFwgOmGX4UmBKWP+SPJpUEC13QjxHNBeJQw8wkT2DRuRHKPSF/4+4FszCwfKEzrXCQq2uv7vvLjBv4Siuv25LTbQLg9sIz3E4h0mZ+AVze/5DS/tJ906NzD4VBYx7XudN2We9Dx3er5c8PeXJ4TWAqmvP8xHvk2f3X994M1g+RQoJPXNbBnq0v5wosBEJMAS0GCBrhM8YrG5zMjtOMTDU3g502//PZMVjfkU9R78aopPkigf3EVsCS9Xe86toYnLFh7roYX7rtUCDK/+Mu8M8QXCv1u8ITahn3pm8a5wV7z5Kd+nuyPdv8q+bPDwftgvivO9BE5PDY01X9kXgQadeybC8ERdQCTdFlU/gX+wxcePORfWMPX5qdYopc3gnVEbvvrAUnn7q0h8DimUfHI82Dz/c+nP3LOFyYTQUUFwqO4e4/5Ejp+zyq+PGL9xYFbfFEZnuVe31DoNnbFkJAhATD7mRlbdqX6o04UOO87bOvbencJujmTKK4Z1PccvWjftSt8pCAALyjE50sgDpp16lsPeGBRLGbWWPDSsM7yCUPDkf/IuB0/qEOhBttLZEEIXHgmU2KUdkOrf+eqtN0j4Xys9ndqImABVvcuZSgiqzIHekFsHljRUjTyR8V3n/cp4onM1n9/Hgj5eboGNKRcWPdeogwJ+FYHQolAeBf4jv71tDF/hKLTWGXZB47y1XWE+BdBpGBgN8F0neI/MQ9VAsE+njnKC7xt8IGnHiNMrgP9MKvm9PWAAv54fxRCFrIE82L4ns6vVor8GRCJTl4lHdfzc31IghBP51XPv7h5AUbI88Hg+z92zr0NqH+FQpztPs2rZaKvVoFsrIrq5A5oFknrCj9R7wEw43qJbvWyUJHnTXyPWHe8lMf5/r9k/FY+4aq4rrUAkmW7Xybi9oCD+jRHNdZXA8HGws+C8fjuXruC0BfeeEbvdYJbu5fM+fCwN6zELLy1QI6ie85c+OXEC/z+a3hB+0uR4Mu9FwOqt1u8lNDlI1coyKvGF2KVTvFa6w+vvnpwRMGG42BRCTaCvoFoMLG3A3IYSgi8LxxOJQZyRo4E/sY1gZOzzVgRRTwuAqc7Ta8AZFSPG4FQsPGVYXAPJI7VBU0L3jLg/NQa0DU/F8+kHvRZvKohtqyYp7yRoooHSCKqAcWBfYj4VZNMzJsMDp+4cvL7XcOQkP4qCRR8YYkHFPx1c3eE2fJd5LZm0FlYiAbQvH1azbZJ0WhFDqks9UCg12A3iMmWs2Z2V0RsU37Kk/rlNF8olI38RuoTBwNQSsc1S/pJvaBFuOE8H07SVOCKds2dfuSLU37U/2ML+Z+uHNzfv3cU1bW/HL5ObFEpR1S/neGV6UD1ws0weCO2bEv3En+EzQsn9gYYyM/ATuOBiNq/2lPKz8C3fXVQCgMFYrkhbNaYOVWAqD10t5uonwAYQ+wrNxJRPlTxNduenrjyugzi5GPmF/FTcZlacqgR0M9yIMzHHAZFn+IF/Yz2E/MWDOn4rlAiALoq+oEnousUDIVhdgZBIqMpFX5ImEftZR7fhTuSIqLGJJcOsKdg0I18ICl7n3hCwuJhb94EH+/QYCd0gQL7Vh0HQn3p0gkJdpcbJvpZOBT0kNoNLduOCX0oiuoE15MKvJpRM0JQE95e6KL8YD9S2IE7+q4/WbFiXtjtxeeMN1tMxmzznXul1v+baP0HBRttiv8Cu9aFag==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW2tYVNUaRu4wMA4wzHBHFO1CKsx9TN0bUUPTSLCyvI4w4CgwOcyUdEzzlpVmncxrZpp5Jy08ahdzf3nNLO2I6TGTFO8HvCGhcpGz1l6bGGueZ1gT43N+yI8Z9pr97bXeb73v+317MySMNWfment4eBT5o5fB5nxjti3fmDsaj+DhQaYia2675qNUq7kgCx+lPRh7MEYx9pTDMc+/jGW0jGUiHmYFoV/6my0Fhvy0cQZLntHUhH5cjvvrGjIejP3fj6U/GHsw9mCMcmxs8xhfwf9wxz7mwpyWI/zZAHx+Cv+qzvJFr1mmwjzUAjgPwWPKFBdilHxMX7NtbCtiFPyrhmYaBZlG4UKMimZpSj5GQZU2IUZPH6NU06xNReahyhuJUSa7EKOhWZuaf6VKgZpMo6WJ0fAxKVRwSIxSRxOjJfNQKYHEKFyJocqbjqyNSgokRuFCDB119GRtSvoYVavzRhhA3lQuBKnpZiIGl9JqR7ALUrc632RHyVur9W0XpG51xsn+kLdWS88uSEWHiXhJSqvFZxekosNE7CSl1VKyC1LR0YgYiqLVwrALUtHRSLAHukSQIBUdjQSDoEsECVLR0YjIXeFKkJJqcxVE7goq7glBKqrNVaS4sjwSpKJbnsKV5Slc8D2FkrI82wXRuZFCRVmg7YLoHFYhSINunwjL1VR1kPiKutVyaulT1FStJwGkpmoJBTxUfRfRn5rOxoVyS+fIRBUaOnMlBNfQFXbCVY0r9UzjSmnSuFJlNK4UDI0r3q9xxZE1rpirxhWf1LpieVpXLE9L5ymEEVo6yyOM0FIxojmIihHNQVSMUBDuaem8XwiiY4QQRMcIwnIdHSOEIDpGEGno6BghBNExguhJR8UIJdGTjooRKqInHRUjVERPOipGqIiedFSMUBE96agYoSIs11MxQkW4p6dihIrQSE/FCBVhhJ6KESrCCD0VI9SEEXrHjMB/RymS4w+sRovRnD3OWIACLcX98o0FxkJrUa7U/oK5PvhIhF5Si4rM2SaD1WQuvPdiWYF/XGxo8YvGLHzyUKPVYhhnzLEY8v90Mv4LTto4E/ogDc1mtJjwBH86JwD90tdkMWbjybIkOMJswydn55uzJ7xsKjI6uGh/U44NrS8fPys1tfvrRf14RHmGwpyiXK97ctbS2yiFVkrlfti+7oDtSQObr+DJQtsttJ3ux+3nDtwiWtxCPyEYrlrjftz+7sAdRI1bYV8z1Fr34w5whhsfpbUWsAOzcEJwpX29U+vcDzjQHRvtwC2c4BZujQXcevfjdqDBv4/bgVs4wS3cdAs3g8nux+1Ag38ftwO3cIJbeHAg3M+muB93cJsK24FNOAGste9JNQr3Axa3KWAHNuEEsM6+n9Yo3Q+4fZsCpq7RwtMF4V5Acx96MkmbAqYvzsn29zGa+9CMhTgD7Ip3OTAGJ7iV9rdimvvQjIW6A7cDf3CCW2V/N6m5D81YWJsS3IE/OAFMkCqbHxu6H7C0TQE78AcngAXPbn7k6X7A4e5gNnUXJuyw8MhDex+6MFmbbjR1+6Vq/laB8MTZ/YDl7thoB/XAyUZr7dtO7X3owiLadKMdFAIngHX29xda5Z+eq2FLxBdOM5stOaZCg9VYRL7Fh4viEJuh0GqyFqdaLIZiEhjH58Jiy7baLMYc/oMxLcd9DVaDg+d7evI9K+W9yzPij/D3+/FoabfCVe0aosCauKjp3d5y9rnhn3NV5bFQqHptOzv9d84zabbsxKGTTP2Igr13SyUw5JfoyQbFRS587sD/etfEwPCyHWelsQHw9UPtRVtz5fDQijc/O3P5NlN9ZPBYyeII2Bpef/DqgVjgL3NLyq4J7N/Z5hkJKUsejVhwtIljwwy7y5IquaTaRafmzw6GF3Ie/y3j7UqmvseLh97IDAeTh3ma914/EHct/fDaQzL45MVegcdXebAf9Xzs6NILwXCB+eS3nYcSYHpR//dr98nYl04vC1ndGAErb6dc2LTaH17dtG3s1BOnuH9999LOj5b6kHWuOc88/faiwtAZYvi0DgPzhbfmnauOPyKHFVHdTyW+LmJ9Q6XMvhEBUNUdRSR1IjhPSdmfL45Pqj0eBjkjf+3vdTsIRi8ehFJRz+Fpv/m2iTMMzUQpaGKG9+l96cRjAcAfJnsBzsLu6REwdfwO6/wIETslVpfX11THdcyf9MrquQkw5qWMONkGGes7bUHanKpg6PbuCoTACwyKZ5IfXe8NP4x88ju/Xre4ryYE3FmRF8Cily3/vRkEv5RgAAGwS94ly2dVGJR7BrwVf9aHfeSgZP9XX1zj0KLkXco82Jr8Z1EqZHDmFemmJwxi2P37wyPemR4CW7W3d+VsuMU0zq45eXyaH1SBvtPAx2Ph5J0p43fUSFlMiyn1YphnmxgdfLqWG/iPGd0HrfGFL+JmVQ7ReUPPbzIXJsxr4jrjhR+MI/maIwZm369bZ/YMh+Oh1amHcxuZ1BvZP4wUxcFovLC6EJbf3yP+sHVN8f5HeviA51L/6OWjpDBr8k9bnrd5szODMza/bzzNNKy/gZh0lFv/yVNs2Bk56Ps9YbnTPgi6psVUVmyTAp/nknYsybsU8Cq7SmQgT3+6IUIZwe5E8LP6xcJ1GR6o5Hh6LqhmRn01IMgzKRDWPfe9Ys+NWOBpeF7O3jpnWHmspgPsWPhu+1c0tRzBd5Ypn4gYUhoOXRPiUSr3cseeRUgvxkOPTigjmz1h0rKPO33ZMxrQqjRRcJn56McNh3+WRcC6fU9q32wXDWsvpXdrOiNjST6kkMwT8SrHX+7VO9zzr+uO7S3wBz9MqKBAdk7+xfr1KVL455XJjLo8AB6eMvfLCQdCYWLJnJPjPG4xy0fhRN7m3shGRDybABt7I+VOjWFRMupGdI2E90bcTav7sTPIMPG85OyEpS8v+xjx450spHQuBK4d2N3nU1MNd/hW1tnVH1RxA7o1JTTWNjCET/Xc4VzMdG9Ayb68vXsknN4pXqasCGVH+x2KHPJLNTcXrcK8siOg7H3erVDKouwZI8d6w6Prw37qO8wfNozBGyIGnJaG2de5CbzA7zJvxWdffaFPOKRzr8bq1koBy+xXtYwl+xkE/LwbRbAHra58YntAZoCE2sR0bKy1nV52ndk2ExFkiQQqLi8oDZq4h+H9oZ8IZi7HCT/Gbe58bsbywUGQwRvLXW4hOqvkYAy8swsTXsxOrv7s6QlRYrJPr8XCI1eCdyYvkbBlyK6G6SOBUWNmeMGNmoFoS2o53h96hwJm4xvZ15iXMQGqZIDlOn5wEzcQsWj2wkjA6vzgmVoGw8rbEwxDUVb3nO4IyF13+GSGswM+fK3LrtdjYBGm1UYfyJ56olfxsJ8YGN4BSaOJG8Qb4zEmlBesCJALL+9ZIoZB2jdTx5yXAo/7hIQl+hKBDQtmVCfiX1Mk7B1kd53PhcFi5KKzokIEXXnCVUSfUUhfZN0e7HsHp6ZzjYHkvBd+5xhs+I/FgBJv4ypfFrtq7NpajtfrxgRIx4bhF83y604KhiJM4AwP4O3rmgdc7pLiXxJTwfE++L0/y/uqVyDIt//bo9wzBCaJEh+eEiQBLJPuPwSyATwBqjmC05NFrr52nygaevETi6HuSiXoV4nAigtHYbNv+QOvjytRsOBowLiOJTL2eTzBKH/QRuEMNnLzI7yfFX/anLdAOJWIDamBQ9VBvKyoA8zv0W7wzOAw6M0LxBu+XYcMpayDUE8CACULpcYHWD4gGiIrhsm3D5HA9Ir9i7+WhUIcL+AbzHZUTXrp4wkvMyPgCS+MsIH5zzRUgBZ2AF63E8OAl/UmXxaR5Oa8+XHC9UNZvIqMzSIBbx2H5bXZK5S9shwVtCgPwtssH+DjyuSw+ik8gHSDbav0AuPFJ1AKWM6d9EEscgVUEK4xN+OPmEf7VXFLl6CfE+Fgvj7rwNBvJUD8LoT4udWX5eebEQ4HzqPCebcDPIkTOyuW5f3IFgNbkFzmfN0FGiLQTpeGs/z+75fBtpuNRyddFgNfjsIucbwNRB/leH9LrWN4HlXdJvWsRETqSH04lGOalUnZS+OxAdRyvE5sicDLZ0s4m4jcoeakF4gwYdeLIAJvcIUEnuOJ3sj1Lh62Tv2jDzsStx+Py0g/MEsmrDuS5f2zMYD460p/+HkSYmS6BBJ5w2xkRiIbvFLZxPDdXmphXpHVYi4ourdXavn3iZb/U3AwpvgffuyWZg==", "1: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", "1: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", "1:eJztlntQVFUcxxfYlZcICIhNgAjWNFYj3F1gyeCw8kgEJV0ztRSvuxe4w+5euHtXw0dpvht0SPIZvbTUmskh0JEUO8dRVDQSX4jF4BoxIBIIimiWdM+9m4jiuHenf5rpznCX8z3nc36/+zu/3zln9HxmWpZcJpOZ3fjXZMZA6SwGKisMK1hOp81cltM/LQ3HGLW4lfi/9gTN+TFtSr82jY+tdij/TwrDGklDYg7JZlM0HjQIl/E0ro9/HOYe9z3DTi31X9Ym/ie18AEV8iDiExiTvr+F+1Lx+EjhHaXFRaZhGSPJ0To7oVhpEOGIJSIVa5ER0iil8I6RCgmmIqVRKkdMqURThDQqSqRU2iH8j5Y2ZfPb4dOYaIc+Ktoh/2xUjBT/YgSGiJDCqB3JPrVDiaR2wL1YkYm0lxH9EiFCEhQpQkpJkFhRhN1ZJEC22ohyBFI7AsUKUBJjmW8PpHLEPVs5RUtZW1vE7TbUv4URkuyIUSAklZIYBEJauG1QrAOQ0u6qeCjcSmllIW4pSmllYYOklYUNGrws8G3FHIg7OIqlGF0OZeRBtiDZQBkpE2fuP4eFM1eBW578S2M2Mzqa32kY0yNXH48Hk00vyKO0ePB0imPJHErPkoZB7kmJOTTfkchbo1jaW/bwvUwY447LhWYpHTam9cEEY8GDdQZGl7uQNlODTJpC6y28fwZ8e6C9Hp/UVfiibNKkN2e5PLHsbKGLfCRe2Ek8cSLDsHraRHKULU7Y0FQLaeJorkDDsmSBCIYIIWEtOs7CUnqhY15/O4nkyEHWTSmev8qB7lG4K4z/w2ru9oUlO8K7AC1jlsur7sHX/xxpvrRRjgontclVvq3A/e7n2eVtcjTOtNOpUlEHZ+vHX8lYfxuOz/tp7blGf7Tr42Ohpd2uiLmxqnr6kVpYMHNPVM29IORxaWdenIcXmu8zM3bfyXbQWX10wrf0HbjneFrMOs1NiNUF8QoUPmnxinHpQWjN7jdPEUneKFgwUANP+5w4WFETiCbCpcHqFjf0Wc03Zy7O6AAbT7/HSz7oizpVp7rKCR1MHer84poukDZrtbou2Q31Wqwlvl+5obFf+9Um1beC0HNMpusUb1T2Sefu42nX4ZgtfUXv3pOjWYEHzspCAlHh97nud0M90fZt+OmF5W3m/QHjR6FN1FrdnCAftO5co9WzuBdODsARuQDhsBLljn3nQalLS+ELv18HDSku73iOQbB+uTnlo9u/wctxOAJX4bZDm4u8FzUCv27NmayLTfBy5oKMkBE/w9i6KqNq2X3wvFaxc+Mr1ZC9633twLhhaG89P2BuCEquv3Fr0jO+SI6n9+qCc4UP/MXmdy+4ZZixdG+0HGHaaXIrjEjf5ZHyXA1cQhJvRIztBBkJfuTR4gCEo3D4iAJVhKy6PrWiR1zfZA90vGH/yiVF/ujmBi03ZstVUVeMQMX8bCu9roBKrnikfIYvMuCFVw5Hr2EHY9zRqiW15bN6emAQNlQUjhbkP+tlfdnPpncDX3651g9ph4L98+5oq2n4CnSqCZz98O37iYtc0HdXr20qG9oCunQ/zkk72QPf//XE1kN1PujLKz8MKymXo8PTNo/eYGkGH5TyA4lRaBle+AovlB+HM+kOkAmPFYjtW3CdZl5zbVgPQG+Farp0ldC5UjHcH9SBjtkT4lsvd0DXzK3pAYVW8NdtnBB/wGN89jXmW4GVN6cMc04Q7JQ1QNT+6asvXbDCeCFx+wDOxl0ebeBwk39wdXMX7Ctb3F1a65KA06XRuRkKW4nGlM1vcIzRPLDmBm504pE4iEb8DdbQ4z8=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3d8U1Ub7qAtdGa1mW3TFhAEpCNJUxBySgFlySgiMoTQplBoG0haliAIsgVUEBBRAUHFAYoiRbH3BURkKILIFHEUUIZCS0H2d1Zk2N+Pnkj45yN/pLkn97nnPO/7vOPc3CYMcHbLq+Xn5+eujd86OQscOSUFjrzRZIQMd8x3F+f5e44yi52F2eQo6/7Y/bH7Y4JjAf8a63xjrBuOu+xw/KGt01VoL8gaZHcNdORfx69qrtX5/2zs0ftj98fuj90fuz92h7HxnjHauf1TXVo5i3JvHJHv2pHzU+h7anYwfm/tLBmAW7+aQUwUkp1fNLAGkNR2ZCzFC0yqVQSTxjAZ4hhTmhcYk4jZTMwGZpF5zAyT7AXGIoKxMEyKF5h0EUw6fRdyaboXMrB6IYMMRidVHFPzeZgz6Z+0GtuaeYaBaiwExoWBakyJgtIEQ/UmkOBMJm+sZ/bGEGZvTG7xZiYOqnEyYSHkPcgs5iceGGKcOEjMuQxkqnF2oCAeT2J+4iAx6zGQqcZZhZmN/REyOQeZhFSeysI9tca14iaQWci5qbzK1rha3AQyC/kplddmIUVwkFnMECyxmMSWx0FiM7HEYhIKDQ9IzOQWb5Zn8cZ66d4sz5tslGr1Ii17QEIzpfGaK2SINF5zhQyRxmuukMo9IKFslMZrrlBi4SCTUI4w8cQipHITzxFCbTWfSKh1ZXFrFmpDOUaop2RRaxbqKRnGItS+s5i1eNGKW4R6VxaxFiH/cIzQNo7Fq0Vo28MxQjpgFd0ipAOOEYo73r9bvGn608UaLxYO6d7sFNLFujUWrOliPRQHebNTSBfKxB6QUCbm24t0sQ6URWy6mCJY+KWLKYLFktWbVtzqTYNsFWtSmGCtQorgHahVrAtgMrKKNSlMEVaxJoUpwirWgTJFWMV2CkwRVrGmnykiQ0gRaYxThpAiPCAhRXhAQopIY9bLEOvWOEisW+MgsW6N+SlDrFvjILFujYPEurX0doEkgJPFJOFBiWnCgxIThZWjxFThQYnJwoMS00UGR4kJw4MSU4YHJSQNUzJHCWnDg6r5veFbUELawBsAhhLbAXhQQtrA+waGEtLGPyghbZi45mt+r5yiuA5rfueborg2UoS0Yfb4S0gbZm55sft8Zm5Dsdtv5jSOql4b5JkGt5p8UexwOZw5gxyFGOka1abAUegoKnbnKW6+Yl4QOQrDb5lutzMn316c7yy69WLZof9crPuooY5scnJ3R7HLPsiR67IX3HYyeZoia1A+/iILz+Zw5UfigdvOqYM/tM53OXLIZNkygnCWkJNzCpw5Q0bkux3VXLRtfm4JXl8B+d0tP+DfFw2hjAbai3LdeYH/MlqK53cq3qL6nneUL3jXEuXtuQ/D9yhW3/OW+YJ3kLe8+T4mw/e85XfiTY6yako4WJgwv2/LO+5k3xNW3FXCKlHCfBdj4ru6FN8TVt5VwtHChNM8xZASTvU94Wp88h8IV6OXOxA2eeo4JZzme8LV+OQ/EK5GL3cgbPa0IJSwyfeEY+5E2JtkLe5oi6eJorzNvuet9gVvcX/z33D4DQ+L73lr7qrAhXM2/13DxAnfgy5Me1cJC+ds/puMid+dugftl84Xyq4mTdyBt/kWZd+D9kt/Vx1dTX64A2HLze1Xxj1ovwx3lbDQhurGD1OeX2zvQamK9YWwA0VpW29+cu0esI7zBeswUXWneJ5w5Dd+fc873he8Q73k7XkCwnLbXRayxScXznI6Xbn5RfZih5s9HxyB37qW2IuK84tHZbpc9lEMGEdN4irJKS5xOXLpF/1vHLe2F9tvu93D7/OwB2BvXZ+DnEn+ZYyMTvh1y4LP56nh2Mp65ROfkqMNGUntn5542Xb1fMnPi+QG6DN7Y1WDRUr0zlcd0qdt8EfnCnqMXWkxQBp5uePRxKYd3wptG4EO9BveOW5vDNDjryLRcxGdV8117LFNhG1L2uxNgPA5KyZ0naZAo/6on1L7/VqwKffd/t1360G+5bPSmcEnbH9vJAMh8N3HT1atO5gA/fHlYk5okda9T1GRedn25GTr3s2dEuGrH9c8N+Y7HRo3eH3xnAV10NRzh/Y9m22EAy1G9XynSofo6VExKKxtvZKAXokwo+D45RVnlejZl7Pwx7PSkc4z5xcptLAK0339myu2i4sHfnzCfV3qVho36WRXA0THbj1qy9WgH0bihU7VIpv5qc/adYyFPY0c2l/3y9CSv1OOrVyuQHOnTOr1/RU9bEv98qOHiqIRu04E8tgtkXwwRCIpclHa0k+OSJ2R0r7JbYTIsuRXHtSEorZzzwf3WxAEhZuvrX46NRZavPr4G+99cN6WMw4z0cgBs9PU6hEC81aHD3s/TIN60ol0ULoq8PjzDeTA7PWrjVh5aqARKuN3O/uF/C0Zc/7s1aosGuGTTkeU6WDGVceF8iVyeP2vt7EHT0utdub9cPzdOGju3+m5iJ1RMOXtJ7altlahhSMWLU0aZYAWofveHDpWAZtnp4xoknDBNru8In53Uz1UfNhlyMIR56Vpu3/6OWxOFKLztNTCI66LUX9ciAFmv0qJDv+uB+KuQlMkNMZm66mOYH5y62D9vBeiRn+qhi5XNNhVZ2xPE8FM10DfH9sGjpxhhJlk2UNVaFBiwcjRy6ts8/HpliHxQNy6M0+HJriJ5WSoXjD2aAc9nLu6B3sqFF2dgifw9wOm53j4stUH+T+lqJgedn4rzWmGCX+jB2r2jgp0LevS6ZPjNYi45Xs87/PtT9QyyYO4X2QQTQbmJsL+Z8mEUYiwWLvrsm3Hn1s3tWqihqPfJR66+IwMYdWZv2kezI8NELCwtv71p7QIGy/+XEG5ROPGPwY09bOD3nxJht7b+UOPU6u0aMle01/WSfHwxW+q2K2OSGT5pvlju7oamN4KkmCjmgD8UF8qEDnE9sptfiTKyNcfgX44PrjReXU0zL/+wjOXm1VJm40fuga9GIH+srZ5xJWhhF9Gq1Y+YlfD5e1kwUGwrfuGd5ZF6qBVf7xSvRY2VTXoMzsgHo0oe0PXtG8QCg9oNCVGGwskmuutSUDLhhIlyNE4GliB8NOw6bPKXXUQcVPYMj082Oyl7eOmqmHnhezflr+6X6J82qjh7Ln2T04urQN/jsFMLmkQWX3Fhyqg+WFeCJx0r4m+vP2ELYqExT4j9Mz45OvhZWelKTEHvr2QHYMyiQP1Rhj04ml8BTlgo+JIvyR1xepbtDEBDr5/qU9hmyig5u2hQp/j7HEmJgFyd/Tt8HXIOYnlnQBUsbvTAFlPBVzE4Vov1wCtsbthXTAoSEKapIbmQ7+duvspDfT+SDr1+sNXbJlnc3b03a7k61bA9QQcwP2D0WGSbioNEI/VXRqnAsXyLzaoj8nQ6OWNswwnA1DEsPdnHPpdyeKolgKx9W6SOlEBRbM43ROMylUksey3jSUO3poEVA6jFYjQWvpmbTATx63meWxNNMKqbOR4pTbQeYZo4aidWLhU+hingxm9a7O8OTme8z5sa3R+/uE5UwIBk8YWTYI+Rsyoow59jaPhhahK23stn+j90RtGwItYdqRlLKJ5blmVbQB1XBKz6+Y4NHyYPuLnD0LR+LUIeyIJ/F7E8jqjRnLLw190mxeOqB1aJgK1V5gWvTuha7vX/NQIs2nmP9MINF4bxaMGUWFr3spQI5Ie1jqTgOUjNdo6nAjurDR25acDxq1LAuqvozJE8+P3xyUd9DZmDtMCteug8zbDGHvq48l/SuQyqzapoA6Orobbr9gaPPP8uiHT/KFbu9fG15+gYfVisA4pVDZcIjSoe7cHFk9LjoVFX+LAaKBFqaTAbYpFp5p+/kDUdiP8fgATPh2FsuclzCoZpkBE9iWt9PD9ehyQ7UIRNeNwOSLVsOkONSzWNT1cd3IM84s2Ci0owkpqHweU//gQxOJwsWShhk4AVp9qIVbP/ICms8bxwHRQzuw+UgkLsNcmHQyBqTkkAxoQYftgQwOL68+UcGXFWazkE7bxj0pjY0sTgJi9w9d/SD+X4cKSqEE4W7cIfUIDZRtwwpgUDtdIOkyplBa+gl9aA7++Emh9+jgadS+uO/96Fz2MpguN/KfuHMOyKHsM25EmsoPSKaz2SUPCEaufOqD5pasOHtv1Yp9rWWck4sXDy+KA2nViFFA+peGI1bMYyCOv+nogWen0mEobjd9EPfRruF22pVddZodxMl5HKmwLOuKACU0CymuADFF3dgpmdn43AVqSRNupNtft37YxtCBpAJ9UOWuOCpE2pc/sYCCyG7UlBph+IxA5atgsEqh87Upep2SoIVZjsjYATryMC+wpDcuLr2p5vl0qkdkrI+PhCK52KzYaGK+KHyWc9bAn9BBMhGbQokY0cV2SSmjijwYXTpMVb9RGYXWxQi9q0E/Y/L2U0XAer25jiRwBzjaN98SiDJymL3ZWguHkrxYdKBBx+wqlGrVovGfhsdh4wKKZfvVoEKLlZZYe0fjfmQA0fpwytAWXlczFetQR/+nviAPWd8iQkpRJsxE1LXrTf/0kHNd6EkCXbLR/KIpm/dCuutCMCjsE4Whv8oJRDkP7hXyr3ZXE4rpDlY3mo4pweASn+7oNjLxPqIOCSGNwWgNLSLtjNkCPyCarX8PrGUYvpAIZEdb8BKB2WStHuNkz9CpXQZCJZBB/YPVGhqhe28hZ3Q/7UZr+4S9/vLxahnDV+mX0XDnQtjBZBXYSyHVCgPYnGWpYdwUXerUanqCJOxRWP4SJjokFki38nLWA9gHP6hHV02Al4Gbr5T11AmFvDxL5vzFeq+Mgl068XaLhf0iF/MgLGQGvNrd5vGe9VRLtQ44mAtVXZxm4iZyvq3neTgDWn1ZK1H1d/NHDNEDCWb2ebQCcnTZOfiASruE2zG6PAboXySwa6C52OQvdtzbtN/5D8MZDttWMpf4PYeeBAg==", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lcVFUbZhEQQZYZ9nWGTdFUmI0ZQ++LoKG5o2W5IoxCIWMsKVbumpr72ue+ZliZmqWmOSctTdM0Jc00N1xDc0dU0O9sKPrx+8GZH/DPp39cuGfuc+993vM8733OHVQONHUfVM/Kyiq7Pt50MmUYU3IzjIOGkREy3DE9O2eQdfleXI5pSBLZi3859nLs5ZjQWJeXY5WOJb4cezn2cuzl2P/F2MjyMZqsbMr32pgyU5/tkc/ak+Oj6VaVZI+3CabcgTiaVQ+ippCk9MzB1YCo6FYjBiFj0ToRjJpiNEJsOEaIjsYCjJbxibIAI1QDHd3GiEHoZYQwMQyjF8Ho6dYgBiFjKqGqGShGXW21sXlhoGqXmoKiBQtXAVR9ShTE3VDt2lUAqaKFQMwPKpUFILXYlZiLVNV2UQWQWuz2mI9UYopgILXY7TErqbVCoBhLBKu3RBF6S1RuiZ9UzE9aoeqpoi2oHgdphEyo4tYQuxIDaard85i82Q+hknOQRmhyVdxPYoVgIK1QN1JxP4kVgoG0Qj1CxfykEisEA2nFJpebUKwQDKQVswY3odg8MZBG7ErcuWLzxEAaoeqp+eNTaJ44SCNkDXW0BYXgILF5UqssKYTKgr6nVltSCLUFKlfz5CqkcrXWgqcGB2mE7K7mzq32050tRyhGKCTzrieUeDlGKPHynicUeRlGJxR5Wd101S52BYxQrVm/0wktfDhGaPHHup2u2tqugBHSAet1OiEdcIxQU+XLC51YWmOgGLGVArNDjFgU5yCxVM1aXYxYQOYgsazLWl2MWKrmILGsy0weI7ai4yAxRTCbx4gpgoH0YopgRteLKYK5Vi+mCGZBvZgimJ/0liwv9JasFPRiUZwJVi+W1pj29GLBi8lIL5Z1mSIMYrGVKcIgFsWZIgxCiuCx1SC2DGSKMIilNaYIg1gcYoowiCUbpgiDkCJ4WjMIKULNSy6WqmPa2xJbRYllvHKUWF7Tc5SQKJ6ixEJyOUpMFgaOEtNFOUpMGOUoIWVoojhKSBpPUULaKEdV/y00RUVzlJA2nqKEtPEUJaQNDVdvtJA2NFxR0ULa0PBZrv5bebKnLa+8kDa05dUQ0oZWxVGVa6N7boYx25t8kGPMMppS0oxDMDIrr22GcYgxMyd7kGfFMw6yI3tOeBOXnW1KSU/OSTdlPn+ypAZPT9Yjb6gxiRzcw5iTlZxmTM1KznjhYGf8S3xaOv4gHl/NmJXuhgdeOMYR/5KQnmVMIReje/EZppR3h6VnGys5W7v01Fx8YxnkO7B0m/89mwOlMjg5MzV7kO1z1Xq23OLLVX107fN1r4ovKUi8KZccnFJd2vYitG2snkZ+/kJAr6p93rLa4O0gzNtQ8U2DXl37vOU1qm9nYcL65yZaU/uEPWqUcH0Lla3lGVxb+4Q9a0PZwhNd/saNr9x0tc/bq0YnuqEoYb720fBVZ0ztE/auUcIuwoR15QmEEtbXPmGfGiXsKkw4pjw8UcKG2ifsW6OEKzFIFYT15bmP/DBE1T5hvxolXIlBqiDMtKzlrzHqIH751yjhSgxSRZfmX4xr+NuU2iccUKOEKzFIFYSZhzWccB0ErsAaJVyJQaogzL+q5ZKug8AVVKOEKzFIFYT5N8b8rWIdBK7gGiUsHDy4lss9XAdJS1GjhIWDB9cyj9SGOkhayholLBw8NLrnHkt1kLRCapSwoyhh/n0PXx1r6iB4hNYo4UpeIlURPKIrvgfQ1EHwCKuKsCWrxAbCE62vuFjUql54L0icQk4cbzJlpaZnJucYs9kfmZMm2S03OTMnPScvLisrOY8Bg2hJsnJTcnKzjKn0gwHP9hOSc5JfeEHJ30yyP71+/v6M5Ejy/wLJqMvOqP808XFAr57pMm3Benfoe6qd7fCmjVDBwkuBa6+UmZUbstJmXfeAyF/d9n6/tRHKGD5izSvxjijuVsqBvq83hGE7l/m1WBKJ3uy90XxtabE5oOi8zg88AB8UUDS2Cdp47uq8Tc42qNUr5Iz+0HXagkxZYSh6d+GwxStD86Ub+3a3+SrSDU60yuv1ea4H6gLy5N1Hr5oP3U8qXNPbHebkj+3Wvq8vKtT5od6Kx9KMXfca93FVwKrZLa07jZejqO2NXJ2+tQNH/6X9Ij/xh/v2/T/t+IcnoudNf2J+zXa4U9jnPqAZvQXGhigRoZkp2y15HE7482aOL8yP/yTj8gdu6NvP8vZGtiyVUjGrX/b6AiY7zf6wgtdFDhfGLT24rosC6n8Z8HbqohAI21b68d2TjyRFyr9vt9npC/tVP21snnnc/GGyqmdUk+tS9nHZ7TjXENC462J/OCKHkw9GvrMj5455Y1fM/JQPHHy18++zToWjrV/bXp7a+IYU+Hbqq2cOecCxN6612H5ZhprFk0oulMah/Sva6uSwY/5M1xG6IDTg4uGQkw/+lWb3eRz/8Lo35MsxkQ0B6DKercTmN6VQcqHYICjB5Vv0U0O0sD4pTJH08do396sS/EG25ocfvSNC0dIba/e8vkUO9PjSAOhFCLiEA739/NuSMyn8Pj/4eq5xUkrfmxI+CVZAmbTvfTzhX4fAzOUl0ZcyfUDS9vu+vbMznLZxnBKcEgD3tv01pSw8Ar449AdmUiztmogv3F0BhF6XacUSvf2RDrCmM57ocQqYbn/TK/GwD3wdjivcqR44kYnI94PebVpfOXEtFEwyUoEiKcPxwfLB6hCIxWXr8/ioJO059e34Ume4dbfDWxN9FOy4ZDm827R4wd9yV7CjhQ8CqpcZChjfsAumckfanbpuQI8jgdDg+KqhrRoUm39d0fa7O2UPJXr9aUr4iBJqCKzOZdInZcb7F1Z4Mb7rvREWHT7TZrP8dtyhQfO8wKXZpiU3HMJQf4fffLv9VcT0luYB73S6Mz1prhI1f6IsK869JbkuVq/cPMwPcDFPtSsMg0d9hvz8eNNtKYbIWhkOa4n8ZhdK1G4fyiDddHPCvrn+kE12R8mBzKYiygGoLxvLwAGXrWupD2p4thm+tcvSpuaZq6xjZTAKq2zO8HBEfRPohijPKfYQtuDJzJEnI9FuUo42NmjF4G/+yda6wSVp9Zmd05uiXobNv7y/sx6EEINnBIHq0vrwC7uV4H3iN+zE+9JQQnCWEpjurpunbnvX8YHCDq6c+PJhn+tB8CopzCEXsKZCeMT43g8A6ocO4cgprPHIqds8AZu7qfGEN+PTNQz0gxMw1YPmtq9lPXDN92U6xDqmuvvbFpopg+9m6MKh5exfRyWO8gbSbv4Oc4ZJE94+umOVDxw9fdZpTvvGrK62D8z3c88udg93BXdi4HYh6DGevuQVZRLTWQCsw2VZYmWHvnpIJsAF9l3EBWitBDqtBQFA7Nz6ymWJ+VbB/BFrx8bTnBDtOwnuYBpT7+cZ3cJR+yWjI3ZNLDG7Xd2CnewNZDrjNjZFXlQAf5qpzI7LoAx3i+MrmqAp0y/cDu7eABXu/XT7/K5+YLPDTuYxKgxRvyZYo/7EZiOCYerJNCvTj6FoyBsfrf9uYKEZdzXPqR1cYDtuSze93FHngW54yi5Iu7wjkuxCHYFM76OWnuid0+/hS9wzk9uLHuYEUR0/a9DO6IceRJMJLTHT+UzxgOWTN5y72tMHhUzPfc9/Wj3IaTe32H6ZEnof3VHoEShDkX2Ic+5Kq0JJo1PAySnYCKu9uP4bAO3T8kBoQhqQjy+i/Ac7AZkmcyvOyyxD+Kb/qad5aB57HhM+5s90MiMYEZvOcXBA8woc00KueQH92VGBaL/7rtC8ktiywA8OHsD/OsoRKeutlD/NxY3JjXmzflPoiLyJC+7YgE3Tj71OdA4E+nlPBfpu/IeHvzlhCwkPrxehbV4wCZd/TLYSDcdPnW07ZGAv85D29AkBWu+WoVxP3pBrgztmPwXrA/lKCCAC3mAPPX/8fHVnKz9g/AvM9Pl2/r5U6oM7/SZP6PDBuBYdP7tkfmui/tjPQwqkxHMjPNa/poDuW4MmFP3uwfvkfgkPnhuxORSm4PLPU8nBjkxTsyLzTLxVBgdA/mrcGJWN0LpbRzoNdHsolewiDUvO+5cr6hJElHVBIrcDc1xh8hFsgKRgRGzle75AUhwx9Xfo7M/G5/gj+tw7f1xauTmmZNdPCjjR/318Cifke76X95bfD0vUJ3uCoDV+/GqnhaDJcbjzDfRi9ZweBIdJG18UAbakvf/7QOpBjevD+pJUKrE+ek+i7ejPEMDkNaNjAuCrdCJER6DtOhQ/r62xIO5GwL8fkkrYQia5sZUK6NG9EZZiidTBGV9xvi3LH68HwpNNH9ze4IZ1RB9g9lC/1aKey77wApIyYl8JBRofth0wk6feE+sQaJFJrrBfyrsaEV3/SzcYm40FfUkJ32LaqU1kQH200g2oL4/6wUjSwPKCmV7uIYmc/ategfw5VmImduj/qTXMSMoJW9A/FLKIcZc1APsx83BiuCrRvNMvCIx4drqvDYdRNMDckDSk0GO9me7yIoD6/chJaehvk46cHuDLnvuxoYBTx6P8W9a8r4QD08tlSXtDj1vhRYk+TraHwxk8i/ljSyTaN33/kc7udFmsHhgBTX2IY/abPzr8zVv38tzge9yOl+P+87hg+NWIjR7Ql7TpLzyZzrICgOa8Xl7wARFgSw9WH3t/wM3UfoynK1zEd2k6YwN9iM06NgSW7/zQ6ETzR4FbnWAbaTuJ7kD7QponovloqDNQnc6UQ/CEom5bgwLQimMazKBEor494MbqFxyGZuH08kXrOxLpWr8Uy3kdGiH6HFm+RWLz0BBciMzrR6CbOJ7ETLYGahsbBViRf8vDEG0n3XyBTkCGD6Rb4U68JhTwwxQLpoDnVU+WM8ddkRaRGJtYKtH+Nz4CaB7t6A20z7zvxu4f64z29dWREE4bwDUzzQMHHSH2h+7zldNDEF1DxGUOzs7JMg3Jfj5sP/vvoc/+WLqSMdV/AZmsq9c=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW2dYVNcWHXqVMjQRLEAAa3QaM2h4Zyv2EgsGY4mKMAqRogPYo8+oMc8YTTSxR6NGjYkt1ljvtWtMjL1hEBULsSIdQd89ZSIavk/O6PALflyYM3fdc9bea6+z750hYEhKr6HWMpks1V46dEtJ1MemJ+qHjscjeLhrQmraUAvjq9ZpKUlR+FVkzVjNWM3YG491rxmTdawZqxmrGasZqxkzYWyycYx0apbGV21SkuNevMLvdcLnK8hRHWUrHaMSkodJrd7rIXhMoeDHqFUE0zYlfUgVMEpy5ITgMZWOZ2kqiuGiwzBKHoyaho0LoyHHMD4ImYYro2EEo+SaR0uOXJHW0mm0PBgdxXDNE05DoOHHKMOriiEztOCMW0VQlaNAi82UmShI1YILpDRleUpToqfiTFMFUNX1UAGkrnLp0QoyJXoUpKly9dEIUBBfIGjNKvgCwQqdjxMFqfm0R2tdwacIZhBVtuIKIDWfYJmt8CmCgtR8IWfGojIBpOaKnpIZC5f2GEjDpQglcyMuwTKQhiu5Srah8wWCgtR8gWAewRcIBuILhNqU5ZliLEqNKcszxY2UYSbsGkqdCbsGA6m46klJ60nFFT0VLQ0VVyCMIC6zVGlN2J9UzI246klFA6HhmknNPIIr5GoFJ6cX7buGqw9lhcHVVDIMV1PJyqLKYn2BCauyp7zoxcO4bkcYhivWVHNhVU5qBQzXvQWVaRhXM84wXDqgyg7j0gHD8G3otBrCTLlT0PI1XrSEtHztEK0hLV9nQ/cxLV+TQqtIa0qvqzWl19Wa0oFqTekLtaa0eFpTujWdKY2XzpQeSselCNbZ6Pi2WaoInSlNio5vm2WB4NtmGYhLEUYQlyJULORcimCgcC5FGEF8XQBNbjhfv8FAXIowgvgaLyqjcD5FMBCfIhiITxFUsOF8imAgPkVoOlnJ8ObBJ4kwhuLThBHFJwojik8VWobik4URxacLI4pPGDqG4lOGEcUnjXCG4tMGQym4tCG18hTFpY1/UHy3DQqG4r1voCgubaiVDMWlDTVTr4JLG2qmKAWXNtRMG3wP7NTGLHNpQ8PyxfecT8Miz/f4TcMiz/coTaNiqMq10Ss9UZ/qg99I0xv0KbHx+iQJaRjbLlGfpE9OSx3qWfGKQ23wKyfp0Do1NSU2ISYtISX55YtFOf5zsd5jR+ij8Mm99WmGmHh9nCEm8ZWTnaU/IuMTpDcipdn0hgR8+ivnOEh/tE0w6GPxZFFuGJGSjk+OTUyJHT46IVVfyUXbJ8SlS+tLxJ/WJVj8+6J2hNGwmOS41KFW/woae8jCHjFoFebn7WwO3tbcvLUVH+JolebnXet1vPGryKoSduUmrDOaGiGsMj9hl7dK2IaXMJO0xnhHaX7CleTkDQg78BJmN9wa492w+Qm7maOU5dzKbmHceAnvMPPzdn+rifbgJqww9gyEsNb8hCvJyRsQrkQ2ryGsNLY7hLDO/IQryckbEK5EL68hrDJ2aoRwuPkJe5qjlPkTrTb2mviXroX5eXuZgzd/vjXGbpnwroYuzNscvLmtm310pGbP+KqhC/N5q4XNbd3sYy81ez5ZDV1Y7bdKuBKbeA1hdcUuTFcNXZjvWyVciT+8hrCmYhemq4YurM5bJWzLS5h9DGX8Nlk1dCN+ryNsinfZmcqbfU2tGtpOf3Pwtufmrap456yqBguraw7e/LdXyor30apqcLLG5uBdyWOI1+zR2pefoWpeeaSG73rxlSNTUgxxCckxafpU+hVyPFPP9JjktIS0sa0NhpixFFiPxMSQHpuWbtDHkTcGv3jdNiYt5pVne+yhHv2O9MsL1OMz8X8R4tFW17p/OT85Cwmf1NUNO+QEDV2dtq0e6wxNzy26XXfNfRRB/giCyyeLom4Ge4tN9b43PvTJQR2vj/PcsCYYPjvee/+P2T6izco5LS26nUOZc6dP6+fhAccW7J731WxbaGXRbWqt7s9Qxx5ltVMvDkEK+3X+/eLy0Bbnkeu+yChGOSF4pAAFbDLEf/0gC339YALSDDwjtAzqPH5Kcyf4TXnol3eT7wiH2qxPyBxZJIwL+/k/ffzcIdql2ebvHuUK0mJ2nJY9RL3T3pn/vIcvNCmc/9fc6adRuw6GEtecHGHfsjrN/3pHBtJk8bKUArTmbsd3nwcUoIySiR/vSbOCryc+bTnifVuYOHPncIeSLMEi09JhxiA5PB2QdPjZ5mLklrNjo9WdU8LALsfsIhb7wsbg7ClL/ygTcBR29LSGZX/89Of56N9RUXrWEvdV1tBz+KLRS1bkoDaDb50KXOwPdH2PhWzPusdvIVeYZfvYu2MPF3G1Y/vgdEtXMMyYlf2kvgWgPv1/ERJDAcMySjag4ZiIhwvgMHe47i7OC5iVPtLPGkhcNtrDQxymliHww4gIx4src9GfQ8/f+fhnOcg90ZGr26zEiMUfLPu5mQvUI4QfofCtx0btmxQM2jpi/watTwunzkffb97KARqcSRlkd9JJ/OHaPpclqmK0P1yawMoZlLc3BGfHBsEzfVF2zPLbaDxeRks3+Ex34XCSukTIwWH8xAaa1P72nEN8MTq669cvbTcFQto2r6cnHl4X5gx4Fln64BYas2RF0M4JFkBks6MQkXDOPMbi5wihBz5b0+e3uxKZXZ2cLfOF9/b2mhfg4gMYfU+8I6xbf2nQqO5ZwtX2VmOcfvCBRfZ+Swc2uoW++2+IhCxFE55s6jF8US6SxLDmSBdn+GTD9iGTLj9HA2YfKGjoHwqXHud37mtbR6yfnxj9yYZMgeA6hIKvtaSgJz7iKJy2CBvxZpgUmO99Qb1iq7b4wF2hRIEDkCts+Tt1m1crf6C6LEZUh1fQj0e6aP/X+hzqKh0H33KFPveb7w51tQbMosn0QrT/t+Xttqs8gOjyqxIhr74U6A6+8HzzeGnFruLn+RkXJ6ceEciyogOA5OeahyiJcm7tqfZAdBfqJi7FtLQ7EamzOHdYkCyfIjoGAknz1DJ0tFHLOScmHUNxuJC1DYCEc7OzSMfvCyr8k+fPdGcn0nhvRjgtZdMdoRMOyBE5kOV/4Qo2avew9yIsRbycZXWKUBApFEsg5X0oACSXaJuQkoW+bPig1r4Wcrh7eV3pgPVy0aHk+2FbGnvQ86aWoPbb88rPXWoEkrlIC76BHk+TCDT0hPzyc2NyVnuIV6VqnDxVBvO/ch0Xds8N2mAB/x0KRMdN8tDn0/qd3RNUG3AaB8y2EaOwwUx2Aizr9ZfOog9xwCaGQHxg4phxqwoFEtdTMsDhs452FOdFfpF45+lNgepODqOJEdQDUl4TC6heR9hCeSEu3FzhcAPJgNwdoKBzX0nil6lfFTUAfJW1ubcFXMWZls8QsaWmgUBkP8RbvJHz7WbnkYcE6oNesNJij43c0xmI3ckLEKnf5Z7wQYvGaz1OWbPrP0LTpSwoD90UaH3mo0Y4nAut4SNsO+NvCPjygYk3qK5PWMHDfm3+c/dyOaodgiNxBsUcPNtE75uLlhzCC89FF6JxBjOEj0jhXBWu+E2IUX5gxXSZJ9DftxDReQMXIMtp+0SwJAVVKtA8uQG57kILkeT5kaVIfM/PFYpsBy3o6pUtkPQ/LkYnPz+TmXXCC4i+VFvQj5o/Wr1/uhARG/3ej82bi6Y07ypZXZ4QjdM2KB/ZYRmWZaPVi/HCCwXqszKYNuHUlr4FFnAQp7uNJey6MqNcP9oOehGBWsMvwv2l7zUtoT6c4Q6ZI7FxlqP60+71/LXeabqf9Pem/jnWUtwtpfextzMQH1x/G+mKD8T9NNgK9u33kSJYhiZJtn/ymD/YkxOKhSHLL6gf6eyA+OJuZ3HqUsnYvdyBGNNMGyBhLw1lerknbO1bsPOKowP1EYOXuAvTvmMNx3HZbLQGss21CgHsDqdWyACIwcqB+tlzYYfkUhElcurju04jMl96MJzdc1PaKa6jDfi0ehaAXTB8pYNI81mO8HSbP3IDO5yOxCDAu+NKi98FMt01OaRj+bvcEUh9WVvDnnlSgW2XwRWpTJNWBcKnqe2/KbQtFmj8ZNAZ29WFEHAjG2s9UdqsN36jf4bK1uae6damEeDqahrpKxKeSjuo0xOvJASwC59wqy32x7Jcd0O49QQbXEMgum3qKeIy6bo6SyD6398QiE4b+onE32cVCJLL7O1VGAx7MV19bZHEc4a1SOrwdF0g9jYhi9Z1D0eR+PpCH3Ceu/bTnp3WC3SftxdJfWt9YdVenNgygdTPU5lI/d+P6ulAGSJ6KsoVSJzP14cuuAwPP0BkX3knSyD72y5/iCdGbwVEDu3uIOqXNwRHbDSl7vBAUuG5RUcEuu9uQoOlLHn/bc/mPyw0me4ttUoPkIokRg5H8TaRZcP2hUyEqyFY40X3+/vP0BZMb7gMLAnQC/pioxnoRH016Rnqh8NS7g4dSYN2XyDzzPVmenIXk7A9nbEUFQsbS5bkTfPczkmkfYtMvHkUN2J+dD8/KBdtJ38rOeMTYaRfraxmPQJhJKHhIVL/OCuMwxtHl/pA69hbJOe52TJf9RRbjcCVLyLCq4Eb06erKG020hIvCxdx2Dq4AHaJaTkBgLuHC1ttAO+aM1y8gPR5zYLg8GzF6GYBzxFpf87kIqIH73pA+o8ptUTSpuRmIFLetwLgeYBUeYPtRHzZ471LBazuw7PrA+0DrETaJ7kC6ZvOeokavAyDB/PvXET0NKAREBvoXYjeH+L2YXiaFxCdhniLCyQ1TbtiA1I0RkTMkEMpbg/zQsHY1yqxgZ/1hVEkIOXUh/ycgCxn/0OUjI1/Tgjte10txJm43Zwsg3akAaklHsTT9ioWSH4zPamftKwL0iacn9FHBuQmpXXysNQ0Q0pS6svN/It/Lv3n+7KKSsaU/wfBLg4U", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHlUVFUcngEBByQZQVDAZVQUcolZAbf7I8wNhBQ1NU3HmQeMDjM1i4opZamZablbbmWZS5mZuJb6npqYWeaWuGCl4oorNiqg0L3vjiVmJ+60nE7H+eOdub97v/vbvu++uaMYau2VUUMikdhr4kcPq5kzOM1cRjyxEHOKye7IkN4bJTqs2elklPTI9q/YUv+CLe0/buv2F2xdH9n+R7aqp43XvdGTVovxtxGZ60bWK8WnJp0cWIk2a7beYTJUE6T1BBSX7ouf6SZLJj4Y/wyi8iQ4CtJ5AopnCU7tSRHUngSn7kZsygSW6DQiRh3LgtFSjJIFo6MYFQsmTsSomGJzY6ifTlbn0Gpg4imGKR83Rs3iJ4H2h6kGCR70lGJUmurGJnqIZSyCCFJSULWjo/l7AnJzu9rHwn2g6hNIBFFFKKut8ftAjNXTepITBam0TCCdJzlRkErHBHLrjy0nt5jYwqOEVas9AWk8AbGVnEpDzVY9N4item4QW/WoCNWeKFfDpicqQg2bNNygah+V94lQw8YIN4iNEVSEGjZGuEFsjKAi1LAxwg1iYwRVroaNEVS5WjZG0PeTlokRKipCLRMjVLTkWiZGqGj1tEyMUNHqaZkYoXJX7+GM6OU0c/YwMuHgbJzVkMVlY6At5ykzl81ZHPaqG2b4kFEAfiTa7VaDCf9gtFqqbpbu/+tmvXOe59LJ4t6cw6bP4ow2vfmBxbXwl6QsE55Iwt44m0mODQ+skeEvnUw2zkCciaMks9UwfKTJzj1kt84moxMHZiZ3EFPg73fzE1PJ1FuM9gzvP5KP6h5N//mE6/ytCT/GnLCuCkliH2BGbQm9zSVZrTajyaJ3cHZ6zSOV7enUWxwmR06izabPocCGYi1sToPDaeOM4sSQ38ad9A79Qxiq1dGLRdXwODJFro/EuuV0SIPdZ3zAObNejb5vymCHK3rgW9tP8HuCdn2+MdAHrhQLCU27h0LeiyWrnx7+EZ8xyTCo0DcYSt/LzLuYJ4cYvNoVvQC1mfbebeXZSrRuac6umNFySFj71Yit7x7mA5pF507JCYKXN8Arp3bJQGIdV2PnW/v5mW2lPcYHBkHQhQ2femeGQu0AgtyGyKxypASeS/7Kr8P8CuRDhq0v8BXcrSL94rsod8qm4bKECJi54pWe3RauRrLJjQxXwiMp3i8UjpfmDtvs+IAfuy+vv2uTFOYo3nS+MD8SWisa/Ww+7CWIeaZGwaCKpLLLxWHQMaffcu23B9H6G3cPjbrQGLLyLtrXzQ6ByjUk4YMoP1uDQ/8ZfTOIBHQc+dYJQfmFNYT2qfunD6woRmS0bokCTvUL27BfUsIPjiGVK0X1Zh+SZTWRCAesg/321vcXjO1+TJs6twT91BoX6rPmoDq7KqroVRc/qLCz96gALxDT7XOOj7kcuDW2vq9QRNqC7qA3zOfKV8ibgbLmysgBxmL+WMQYvWp2PYh7PXHImX1yoPhvkCxi0XMxeypQ9s4KHHkpmjjg4ObTIVJhzcKry/KTy9DJAFKxhtD33Y8/OTL4Op943YBTKkM0zxuIpDF+jIDGkDbPu4lW4lUj0iKh5WuhR/feKkGFWaRzEXBknL3zrBHh0I60L+1HPrL4lC5c8IZSJUmopmCWEWb4CWdKGuHUN/DfnxvW8mZYCxDj7nOWL7avq1ue7A+ltUnjC3j0zLOf8eZAQexThARovM3AKCZ2EmnkuvZbZjSB5fnJca9L60MZae/MSWjIiLSGocO28F/33rZ8SaocDu8kjSrik/tPjD/sUxfOY7dzT9xEvTY2nFDcs5BfjOlqdwXDrpi2M/bwDSA2Zal/56jTqIl51OgPW91GRrHB4UDj9RMIzUoby+Dk6JBVXfThIJZlpFTAm+EdveHtlLpTuvs3hqDRuo87FvgJsY+vCN43vjlglvUda4kAkZcD1qBLRD7lUdCUEHNMCHzRgjB1Py/yJzcKRPfeYTAniXTahcT8ghWASdkudXowTM8tb/v8Xhft6wwFhOFupDeVA+3PAVrfuRdQHzGAIkT5W0uIcnrNqxnxA/X/4g405ThpYAWPB68+kbIeHVtZNjB7ggKiReEU8LT+R5HynccxdRUgXFrUvtUhiXBnxfUDPYbeQjSOSn57WPN0H4NcuOdv2fmubSoXSwXcpV5zFL7CAJHoV9H7a+Nub1/SHFIIUTlvob4okDuooE5J4ncZ0XBtGWnodV41kijTB4L1Ow625C7znUzWaxN23+HF86bYB7aJ4TeFT2dx+ORx8eV7ruze8WQ4tNg+cdkzX9eCBWri6RRybTo2+e4ZKRAVBHXxgp6EcGt8BbH98RJwHS/AzK0tGF462iGnn7+wdP6XjVfbCvlM4nBnNDiaza2clnuNx8VZ6p8fCLOJu8JjqCs/tkF8pr+wGJ9uqz70hk1Tfa+FLm8CEvFzEYlvkURLJn61W7MffKlLq5zI4r9jD7GpfgG5l9IS", "1: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", "1:eJztWHtYlFUan+Ea4IURAgNFR0TR1JgbiFrnJUxTCVbHzHg0nWY+YHSYz52LihrPmrdqzVIi27SLaV4210xSorTzqaml1WJeKMWnvGCLsF7QIQHBPec74yau+zRnenafffaJP76H857zO+f9ve/vdz4+1E+L4/KCFAqF8x7yeEy0CWa3TcgbTCM0nGV1uvKUt0YZLrHQSEeZv8X+K7HsXxHL+R+PjfoVsUd/i/0fxdrfNgG3Rg+LdsvPIzo3iq7XyE+9kV5YGQ6x0OSymn0EGfwBpRlDyNNoteeTi/GXIFp/kmOgVH9Ag3mS0/lTBJ0/yelG0ZgmnSc7vYzRpfBgDAyj4cGkMoyWB5MmY7RcuXkx7JzhovtpHzCDGYaLjxej4zknnfWHqwbpfvSUYbR6X3OTT0jhLIIM0jCQz9kx/v6AvNr2+Vq4DeS7gGQQc4TGZ4/fBuKsnsEfTgykNXCBUv3hxEDaVC6Q1398nLxm4kuPCVan8wek9wfEV3JmDR1f9bwgvup5QXzVYybU+eNcPZ+fmAn1fNbwgny+Km8zoZ5PEV4QnyKYCfV8ivCC+BTBTKjnU4QXxKcI5lw9nyKYcw18imDvJwOXIrTMhAYuRWhZyQ1citCy6hm4FKFl1TNwKULrrd7dFTHObROcsXTCJTgE0VwgFBKgo+gRm1Ao2F3O9hvmBdNRBHlkOJ2i2Ur+YBTt7Tczhv9zs/FFMwQjXTxecDlMBYLFYbLdsbgD+SWzwEomMslpgsOqIoE71oSRX4ZbHYKZHmaMpAjRTRebbaJ5+iyrU7jLpiOsFjfJz0Y/Rawd/3XTUJlRvsluceYF/jsXaW+p9T/Pu8sv8aajTF8Jd+ImnNpOKyl3CKSzgn3UZYqiw2K1m1yCk33t0cqOdZvsLqurKMPhMBUxYIJcC4fb7HI7BIs8MfXn8XCTy3QXoRpS2fdF+/QEOkW/Iml019no7l/UBIO7pGvQhGVhsNeTPOmlPafwocgDH3/UMRgu1knpiaNjoGxuw9bfTf8zznvOPLk6JAqa3s4vu1Cmgn5ktSd5NRr08tvXNedvou3riw70m6OC9A8/n/npW8dxRO/k4qVFkfCHcnj2zIEwUIjzg/a9dBiXDFE+trBjJETWlr8fmB8DnSMocjeis5pZCnhqzOehD65qQ8F0OLAWtwk/nTOtaUXFSyumh6XHQ8mmZ8eOemMrCnuhh/liXDeGD42Bk03F03a61uJnKsue9FQo4VX1MvfvV3WDgeoe12zHAySZZ3YSTG7LbP57XSw8VDRxo+GrI2jH1dajs2t7QkHZBef20mi4uY0SPoL2F+pJ6tfQl5NpQidRSJdotL86SBqWfXj5pLY6REfb16nhzMTY8sOKBtzp05Q/9e96Cc+SDzyDW5dcO1k1P1yyDP0+58WVDeiHgaRQH/QB7fktSecWeDDj+xWeZ9I+ntK/Bq1+J7HixpIQ6RxtC7qB/mj7sWWTqjdo7tncLddSh0/Ek5WlXSHt+YypNZUqmFw9InB2xJcoLP7Np/odakOF+9pI5k1oce6RnWejldK2Ny5t2D+mGZ2OoBVLgAlvvfeXb6dcwRlXzIRSM2I8ryJKY+E8Cc2jbX69EW0mq2bmdIP7l8R89/VPDai6gHYuHr6d7xzxysw4GErbl/M9y+dYgDTg6Ovnu2+oxFeXGV29V0ZINQ09vhGnlONjP067vzG2L8jrHj+P1yp3BneJPolZn1pQdRXZMLqTJPcpXgEs395gkYmdRnpV6rBdK3rBxv1j0p5X3gfNFFbyHJo6MychZtoufHD87o3rslVwfB9t1Dk85snFg48H3wt/I8euPNWIxn2UsKhubDVeQ+Tq9ETBgX5DVhzC3SEla334iKSzqJdt9px3B1xHFrnBccDyDZWozJp6hsHpOdFbRpriQC7LLKVENiM7BsJrWfcuHR3eEyLnpL73UFWolNJ/U1Tlwj5Amj7hGXs8yLrM3YbqqX1akiCREp4XDZ/0pUo9jGX9FCeBfHxgLLyaSTvtQTK/KDUQUQ7NXh4Fy4tbhsz42sP6ukINsaQbxkQVsP58g0c6mjrXljcipo8qXCpQg7biymMT6h/4pAWFTqGZfoxeO1WyZFFuBylx9NwFD2TtQCc2N08qXKSGZNk4VZjV/zukIeotPaoGqf7NYQOOKqSJB7WffTCoHofMLyUZNuIAWRBB0q5xFHHW68t6LPMepJJyZaFfQu98mHZ9z7o+kEWFKgRK98kGuYGqujRk/DUvGS5voA29ghdIB9c8sqMGr6Wyv3YJ1T466Ka6tRXL901dMOwm5Zu7NxHef4US8+CWQxe/2PtwHPTds3jDEwc7wGodPekM8lSceKG1RgnUBZEjA2AsFdy2EKlq7YwHw58IkXpReh2vYNl2CZ2k9as+67nVUY3zh1vFy/uSgYj25svFlzHT10Rkp7YPCAIC+mFgZIS0htxuW94NhIoXQy7HbOwFCvnnApLfIhn2fPKGFwvvfLcr293I8j/J7hLT/gMjAd+x", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lcVFUbZhMQNEVZBER22ZHZYCaz+yJmLrmBqbmUCKOOApMzoGJmmp9a5pam9bklua+p5VKp96i5Ze7mnmm5r4C4hdh3tlH04/vBmQ/4C/8YuOfe5977vO/zvuc5ZzCwnzG5v4ONjY3ZGX90MGbo03Iy9P1HkBEy/JbBnN3f1nKUmG3MTCFHSTVjNWM1Y//3WKeasTLH2tSM1YzVjNWM1YyVGhtjGaOuzM5y1NKYlf78iJxrS65X0E9liiP+bGXM6YdtXcUgKgpJMWQNqABEST/VYhAypogXwagoRq0SYcMxQu+mtgKjYXzirMAIxSCefiaIQehjhDAJDKMVwWjpp04MQsaUQlHTUYyqwtlheWGgCoeaghSCgSsFqjglCuLVUOHYlQIpFUIgVg9KpRUgldiTWBUpK9xISoFUYq/H6kgppggGUom9HisllUYIlGCNYLXWKEJrjcqtqSclqyeNUPSUCiuix0HqCnciJm/2Q+xJDKQWCrmS15NQyDlII9QjlLyehLoRB2mEKlfJ60ks5AykEZMRqyelWMgZSCOWXF6EYiFnII1YcnkRiuWJgdRinHjliuWJgdRCnFR8+hTKEwephQKhUlgRCA4S60YqpTWBUFqhcpXKmkCorFC5ijtXIZWrNFbMGhykFmosKl65QrO7WilYhGwNQzFClpe3SiHLyzFCnpdFLt6KlUJ8haP93PbHVzjYpTBCiz/WJOOFVkscU2FxP18rxAvpgGOEdMAaZLyQDjhGzK2x/pggtlLgIDErzsohQcxVc5CYQWbFmiDmdTlIzFWz/pgg5nU5SGxFx4o8QWiatYDEFMHKXCumCA4SUwQrdK2YIljVasUUwUpQK6YIVk9aMTvESkMr5taYyrVibo0JVitmvJj2tGJel8lIJ2ZbmSJ0YqafKUInpAhukHViy0CmCJ3YSoEpQidmh5gidGLOhilCJ+bWmCJ0QorgFk8n5qoT2tqTCokT83gWlJhfs6CERKHScpSYHbegxKy1BSWmCx1HiQnDghJThgUlJA11HEcJacOCqvgu9AsoIW2oFRwlZuYtKCFtPEMJaQMvHBhKSBvPUELaeIYS0oaaq7fi2+wUxRUltjeo4VkW25jW8MiLbTJreDT+xy5zck6G3uxFTmTrTXpj2kB9Jkaact/I0Gfqs7LN/T1K37F/LXLkij8SzWZjmiE122DMevFmKS7PbtY19319Crm4qz7blDpQn25KzXjp4jr4l6SBBnwiCT9NbzLUxwMvXVMb/9LKYNKnkYfRo6QMY9rgYQazvoy7tTak5+AXyyDf0hns/vtuTpTKgNSsdHN/+xei9XxtxxfUWmXV83Urjy8JSJIxh1ycVlHajiK07WyerS/4loVWVfW8G1QFbydh3rrSeyFaddXzblip+q4jTFj7QqI1VU/YvVIJO1upbA03/PFVT9ijKpQtnGjLniBf8SVUPW/PSk10XVHCfKGl5qtVbdUT9qpUwq8IE463eAlKWFf1hBtVKuF6woQTLDaI/NDFVT1h70olXEaBlEOYFa+G7zsoqp6wT6USLqNAyiHMilfD90yqwX75VirhMgqknC7Nv7rn+z3V4LsaVyrhMgqkHMKshtU8w9VguPwqlXAZBVIOYf5lMs9wNRiuJpVKuIwCKYcw/06b70ZWg+Hyr1TCwsaDa5k7TF01OK2ASiUsbDy4li3TUjU4rcBKJSxsPLiWLdNSNTitoEolXFuUMP9yia+O1dXgtIIrlXAZm0jlGA9F6X0AdTU4rZDyCFuzSnQRTrS29GJRo3xpX5BUCrlxktFoSjdkpWbrzezP4EmT7JKTmpVtyM5NNJlScxmwCQ2JKSctO8ekT6cn+j4/bpWanfrSBiXfmWR/HP7i++nJleR/PZLRv/Z89dOsaY+kjv3q99B1jYFpCx4prqyJRV3O+I5MVV6UfJv9HuKYFwU7vJqm1ApuhoYO8a17Ieah9Lje9U3fpjWDyeG3627rG4fo5W8flp80Mp9sYIqGy4eDzj7eFodmD5v7TfAPDyW3PT9unnwlDDYkPNqRPiga2dB/hyX3w61O5X8RCe33OrWYcz8ANfEc1OHelOvSDQe1W/yWSJjRyKHbKweCEX76wumv3pNf25o8K7BjEGyZNa3eiFmBaPQm+PjPPbbIG18WMz0EBgZlDB+xKxB99ZbHpHY3HkqrDeeHTMwKh0Fbsmc0So9AsOiPba/Mxbwwi2kLQuHTxL74VQNQ4FrTwM8zbVCo45iZSTebwl4SlqlhiDxuSs46+ZedLVcbRgVDep9zre0310dFJceHX19iy+77cyM4ffBhyl+LV0qflegfXkq9LE/f/1Eb+UNP6H6r2U9h9TzgouuM5R932Se9R14sMgLo8ybHoNweyzQHmp+XVxQc7dAvPwx6Hdvyl3ufANR3aCcciiMy5RcWCfErX+/eqyAUEVYO6nyZxmNEGASVPMi50DsUBSQWpP3a5yfZvyij24d3gkD3/d6h2/z90Xd1hqz67OwDedZ6/Avm9dXvMyaM6xmJFviQxN6UohrNPF77kyDI3PV0/QcmZzSkhcvJhe8/lm7+Ge+DfD1Bd2JXpnp0kcTydU6O/Sew5MH9RkBlMM0HCH2HbjekZd1/Uf5c0ATo/a45oSUurUNz7C5I8+8u3d1+kzfsPBal9/6zRJqakh3y5T/50s774b2n7vCGyV9mNRg72hf6UsEUSITmuo8aQ96A726Yc9wQpdX+gux00LvLmV6+gMWB73Bd6oEfty62WLrTs+Xr1043hkIcvvqnPOH47Ct+S68dZnp2D4JbSBfcrtgD0XQ/KpBmJX2WcfUDH/gkjSTyjoxfZtqo4hUSHi1evs4bxqJf8t7YWB+cW8x5++uVj+UwhfOqxj3DGN/3g1Dz9w9+cvT8FdmFCG12BNw0b/Aodo3iej4uLZnzc8Da5Eig9XM0HG0nt7t3V2p5qP9vVwd5QgqR0xA3hIPRw2vTI3nilEuF/sn+cDk174T6bpH0+4Z/jTz8XW34exRWVoof3JiJE5fhBXsiXp2+/59a6Nj5C64zDBFMD25B6JK7377L0hM5eXOTcTePREEsKeDxUWgjuc07hdLmb+2vTrrWCDC7gqOZQSx+i2yhAxHSojg40Lzjkc9HxqH95DVLTkmnxphbf3EiFuLJCYUC6Vf07ZoctlfKpoFqArsCsHC7eCCa73W7pVF+2gGtrvtBNCV0jOXJ96GEkz/b2dcHcHeI+/cNN4hc3hBXuj2ieX6nKTAdR6OQ8FGTfhhsCyQbwwcHg/1wVzzkgqgMW+RLVL++bqD+5nvcOW5J6c3/6DT5ywJ5wlL8Ag5NgIbxiA+4bliSuyfiBru+OBrGOOyaqkiIQF0Gkw50Wcbd5LWthUFAb3PJG+0YT27whOkzwQ9SqUBtUD45/HQ714Un0D431gmYbu9JtP6HN4Y6dlETPHUBTKcaO1BhNWYlxYB54Oe3R/rHIKxi+db8X+W3SCHcjwQalkkKHrciuTCRCCIaAmnB4j7p7Dv/3Qh7oHpfGQ5Edem9YhAN/4KH0vrYrIW2W0LBs3j/nX07o1EErp774QXSNMWwmMA/IoHya+CPiGpXnzorn7erPdE/KRouzHVbvDUvANHyGnVPIm3n9pZooHXgG4Jof435WyLw5G4RgB/26VrbEET76OJi+ajxPaeDuQEwbNvXPs1KAnifvyYfXHHot263AsEePyZtSjByyvds0/mJE6qPw2XvFAJY7FEPEoLRwuAfnkwoqoWKe5MOEwKU7hp/3q8eSHEkQOOawo9nJpbou4cjnLVhMXn2MMWR3DCC9/9wRN4mOqlQKn4VF6ApFAqK2r0z/lEg6kwnnCKJ6sq7KdD+6uKHcq83VThHOyDanx6EgObdH9vWaRmGSiYUnT1p64Rw01j1d+9woHr9IAy9ThtxgdyeTDyewdDKYMwf17YeIuG4eH2mhIvj+PDloTCAnHjDDTUmDRIcIZWkp21jGFm4tvPg2Scl9p5O0JMIta4n75PnZIq/flSm9da7AThcnYRnTg+u32IZkyhM7OQJWjw9rghw53VwWDbYGLGUw4AcTXoci9baE+BtOR13xb1h4fAHbgfLdzRG7agg8+WPTrfI7bE3Cl7p9O0X+r2haOm1NrhlH5HpYy6EQkMi9HGhiPbH7y+xeuoeCFgcg7ao/dEerP7EvlflPiRdzUOBttthkbyfXJRo3aUHA+vfNqg/nu3yTtjBa4TW6x5QjxTimzbs556bMpnFOpg9gTxt70Y/oPk7uluOw7Oi6wY/iKONoRbaTKbxr+5KRD5X3/IDUkYSriuapsxHUhgtWA9YvHW7V9NjvjB+X9fty0Jsgc2zfqw+5Qbo81HkCfkykeWdM16gpQk7Lc0b3RTfoUgaiMt1Q04AsOd5wpqN/XDIiiRvkoC8IFCTCbefF6J9zfCXRF576FNPPh/cl1nfOMXqGr//9mWLOkJKfWhNG95gGUfZ5nxLD1jz5sUR7rH10SFiC+YUS3Q+WO/O5sF+dRHTQ6FEz591B+abPNBQWrD58qrVp94bagyEPGLHQoslNl/ZImn3OTxD+AGb122A9QVbdLnQ/6hRCoB5biRCFySSjqdJdYHev5c393VeMLZL23mjl7gC1dtUf6D9rrYvtCUBcqwLaWRCHegPd7VvvGl63BDeGa89seu2HcoigekXxfzSx0FoN3YFm5AzIu6lY5cIOEPSVCsA4dkft446KH8cTtC1cFiHi2d9RjCi7T/fDiURQ+YSDawPRaB4aujsEfUZEMXmTWUMom3WtUim9b86hs3LD6IQ41sk0f7axBeoz2sXAj8Orv14wYCn0nY83X+w0wNaRGMn0CII6PSdvpPPI15wRcIGMCuI8fjGEa3rTCaIEPhp82TH/I1RiPbxYFug7b9nKNSijdUFXRo7/8CKQ8USbpbr592ty/pz84sSPZ1sg/xowftBvbkqPMX4APOx30l9nib9fTsqlvXbs+GIrkUSswaYs03GTPOLpv35f4R9/hfeZYwp/wNEPgTF", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW2lYldUW5sCBw8zxAILicEAcM/UMHMChbyNqOKeYpWmGcFSUQRlMvTmUYzlrapmzmZpp5WxRe6mZY6amKWo4IU4pJA4gCndPXMPLU2wC7/PcB3+cx29z3u/71lrv+661N+o/MLHnILWNjU2yI/nomhhnjU6Nsw4aS1focpfY5JRBquKrsJTE+Eh6FV61VrX2f7TWvWrtf7YWUbVWtVa1VrVWtVaJa+OK19hEZ1t81TYxIebpFf1ZR/p9A/s0RTqQz8jYhMFkJCwbJEgOQtfMITIYI/s0y0MschD2ZqEyGBP7DJaDsMdIYczsUypnZvaYoBYymCCGMZQDE2SQwVjYp1SiLfwxRhlMMA9H6jkcY5KqTgjDGKXSxjEmqZKGlhtTdrZxAkgm4U+goDL7BwNxNzCWuUQMxIVqKnO+GYjLzlRmnjIQF5GpzKxjIK4Ik1wiOL9NZfY4BhJkLbP/MpBgXpmtkWuIF1fq9YyCEVKvZywPI4yyTYWBykMjo2yTYKDycE+Aym7gDFQewgpQ2S2cgcrDcgEqu4szUHmkIUBybmQsj54ESFIa5RGhAEnqSTQNKcKauHLNUtwzCRFK0cgk9CTFCJMYoaSKa+IsN0vVycQJa5ZKuYlzzyw1fPLkBZVjYA0qx/QZVJ5RUmqO4omzSM1EPG8WqVGSq88iNRdyHVmkdjpcRha5/sxlZJHrz5wJFrn+LEByE5sASXVNMXxZyjOxBctNbAIkN7FxfgfLTWwCJDexCZAcI7iUguUYIUByjBAgOUZw1QbLMUKA5BjBQSFyjOAGESLHCAGSY4QAyTGCe1FIeWb4EDlGCJAcI7jthcgxQoDkGCFAcozgDhsqxwgBkhtduS2Hyk2hAiQ3UHKHDZWbDQVIbszjZhkqN1AKkBQjxL4kVG6vJUBy2yZzRzta4xayWyCOkt3OcJQcKYpRcqywCJTsjoajZHcnHCVHjGKUHDNCBEqOGsUoOW6EclTZzyrpFdnXcJTcHsUgUHKbFKNAye1STAIlt00RnDfI7VMEew1S3DAJHhqkuGEqrpcUN8zF9ZLihlnUq+wHsgwl6mWU4oZZ1MsoxQ2zqJdRihtmUS+jFDfMol7G0rnRMzXOmuxDf5BiTbImRg+xxhNk0uj2cdZ4a0JK8iDdn+84yJ5euZCPsOTkxOjYqJTYxISSN4t0/s/Neo0ebo2kX+5lTUmKGmKNSYqKe+bLruQv4UNiyQ/CydOsSbF0r/XMd5zIX9rFJlmj6cPYVXhcYvSwt2OTraXcrUNsTCp5sTj6a7BYu/++m4aFMjgqISZ5kF2JbD3dtprFSYul8uO1rdB41bLxiqMKcbwbXPnxllKRfxBvKWz563j54GwWZ3YhlR9vKRX5B/GWwpa/jlcQWZzEh1Z+vPZ/F6+WIhJT6ZejK6XM9HvFv4wSJxwtKj9uh8qIW7rcQsfijMZQ+WFrKpTeUnbN6ixOt4tPASs/YMcKDVjKr9ncK341W3yEWfkBO1VowKXI5K8DFpEKx7aYKz9g5woNuBQ//JuARW8yibPjyg+4doUG7CJNaUPJHcJzMOs6FRqxq3TExpK7m+fg03UrNGI36YhNJXZmhudg1PoKjdhdOmJziV2l4Tk4tX+FRuwhHXFQiR2x4TlYdUCFRqyVjthSYjdveA5eXe/vIi7PmFlNOvDgEgcShuewTw6s0FLrpCMOKXGYYgh+5gSFqoXeOTwxMSkmNiEqxZrM/0UutcoeqVEJKbEpo8OSkqJGc2Adloyk1OiU1CRrDPvBW0+v20WlRD1zlCPOcPjv8Eu+oJV+k/7nLbr6SVbttdcjTii7ZjrkVI/wBN8FJ52GBKjQrcuWmvCGGvH133G9Tv+a2LzLA3xob9uNsRmncMCTB6kXl3hA/LWC9X+cyFFOEVTcKBc0JeTXffFbbQCPrR0yuF0BPtK/8wFNm0t4+U+f/3yqty8YX23RZL2nHYra+8sL1hoFivv3LT5u4nsXj1nTNLzWrT04b0/M52/1eoKnTe77S9oVN2jT9OTirNr3lS+mnxtik61GWcqnF753dwH7fbMNb79YgAdojtbocTZbabji/a8u3bCD98Peunos4DCuey+u99hmNjBhB3rvssYHlrcmNxqkRifJUy/7eiLHNp+8unyDD1yj4W9yRd/uJIEu1KFDxh++bnbHHuXWPZE4QJOB90xZ+9qhu7VQMLvxCTzJrfuXH1q18P6JjIsu83crOi/lx/MLAuG7ngv9Z23Toc59aAay8SWX+evf65GvbD0w8vvlix1Qu+lx1wpifeHKmk9+0Gv1oJsIh1a290AGxy9q9Y25j+ENfdgfq7XgSmEd3WBV++25T04+UuaOK2g5PEEP9R3eXRA+PQt/29DDZVsDNfQjX48+ogFenwMKf28XNHDlr+bsUTq47UYTW4hJUUhq7RCrV7/q0GPY4reXrHJApJifOXewR6d1d8N+HvRQ2bw0e+2Pne/jGpdf99kx1wt1crV9YWr1HPwwM4rcUQO5syJTAhedw+Gk+iOa6IFWNzbbFa0L+qlVt+MHFXtzNUvr7+YpVyht9PeUY+3O5Nxz1sKru9d92g35QebEZYQBTiiCEuOaBkbQgk5whHxD1qb6mTbAaNTVBW2f9M6xLel+kN5m9OvrgmzEc9zR+Q52o1wyvYGVeYEdvw50Qz/GmyfsADWasWuYU/6KfLyiZvPfAh18UeCiojnjCu7injvrTL41Vwsf1I2+07dthjKHsMZ/uT+8E0WYOFSH/NwuvjhnxXlceHLUjQaGB0q3gdrXQ7c+UMZYNrz02jkdvPLYN/l0Tz0QFKGUM3pXTYnnANeHvvBgUX8PYDo55wybXr40xmuTHeob0+pC9656SJ3vq+7tbgM+EeQOuXZwI6JZkf8TT3A+vXp4G+eHSlMrzXSRQqtRL9QVWNmXnscWms65WnSUyiVOy9+ziQrdVNMEaxB73VHu6NQ1+gIFmMkyywsx+Vy+iVk+A72B6/WEkj5gZPc6I/XAyjDfB63aGkwklodHXlxSbc13DxWSLEKsCwplQ/1UD2C6cQ+AjY/6xe8bp0X9aaKnu0DawjkeY7Z7gRL05jcdXZ0ggiXGCdWiL/hVADBa1VPBUnLX3T6/KqoMW6cPltvDhYtUCDlKqu1iR79l+cqabsgzaq8X3F5GBVmgtKbCcXdBVqL6ng2PKbVYQu9iRGVeS4t4ngoxo/tvGlhdb9fjqfc2YJam8zV5nme5omZzVuQZsrIUwrpOfabsxLTsPXZuwjwv9tCRpv+BH4wncjrqaI8mE5r1uW8LjQ9r93+z0w16MWHmCJ+zR7VpIT18gKZj0/YnmPlHVrpC1L5t0mOteK4jYu+5pFChrDkwMhPzeGzBk8rq1H78VdKQubfTqkFr8rr9CrcoS0y0Alrk2yDSfrVOBRnzpxKnu4Od/Ja92fjwGczst6kfnHk3ucOHD/KUo9OI0Uy3RSnbvAsO38nBPP/XFfcXqWKLcENqUJ2cYDdxk+25KsT5X6hoiCu88thZ+K0aOK+OKIw/eXawuVnCalVaNmb+ulQF9WmBznkB910XdIrKIUKH0lJooN7A+HG/Gr//FB1q3G/2nvvX/aADBU5zR0zf3X1QMJW/ygcY/Tc6I14PLeJ+p0ELrNOi+5/PUIZsuZm8zdsb1ak+tGvurCcKz9dpbEMNr4U36uOz47hNhiti/mvMxE1azjs8/oAf7y/m64qdE1W0BwynDWBuXUTEP3jLzUuYtQM/Z2D6b1UXdVw6ocGeKafxrNQRfm56L2B22+o2nutBFJ4RCId6EWUc9URc/yeVYURVv82vD7Zp9jov7IbY7d65pjA/WlAfKA37H/ZGV+/SBlGAaRoa9buhsHrOcxR98wD+mrjUZtd8ZX5LVddJM10RdatG4/JwdVLFg+Fq4b8atIHI/Pfmvtwfu9cBrhNPNJQl3g+o68etrQ1mSpu2zjyeDjWBvaYmAJh/N9Ai1k6J/o3UTifqYHYmfUEHmP7ESiw8F48i6tzV2hMsjKA64Hm6iWk2J+xw4n1yvzvUPniVdFhbxNI2VQ9aZoR7FX7fHCWQyu+N2rDuNdpxLmPanddez1HqncsfN7R1AGzaPnB8epurmPuJDfzegyqxCDNehH2tPLp9C0JXuwLv2w5w2pwd0v7lswrzjytatO2z0fsbf6MDytpj7f7AzSlN7bWIlkPpoON52OMAV/Z/9O1CrQpRdQ4cXxP4POKImAxfUqGeLFGewPrNYDfOy902SE/bwEuPFNpdfmp1FrO+mVCk9F6+YeOZAfcVZvO9VaLO1RF9us7rHmZxnyvCyTThHp6I+9h8hUwPzYpWOgCv9ynMfPyJHhgvzqsRs+/1DzHnvx5Id5i5KMEDrSVhtpyXo/B5Jg2z53UuUqhLpV68iKdQGXrdwCdsqJE+UNj9u+iAjQFxvsBofEGNurDBxJ33z5k1YCVxwU1XtWjxx+RPDTXwOcdG9CkVsDIYtLwuwzTAymRbiDlPi/22Fkytnn70YWQuvrHjS7trMzwQm9M+8oP2VNDpGnCnY1CEFrVjBfWFAtIuCjfnKWxMWqVF7V9OyveItUPX078gnUQNtI0ntqiB2Px0VcX7v001wc88haWntz/Xc49qiHaRBpHHleMBlFgqxHSz967y0GHAR128PeEYlU0rf2C2nmqLWFwjnEUfdeH95awWIslYljriMe/rZsJnFpADkK5InMeL86StFloy4y9UlvygJ5btirp6z+h0U61DR8hT224sxC6MmD6IdpU6k7Mx78e+wNrFZ5nYgQ6CaXqYTcek8b6IvnVaSiE2ssHBFvH+eEWZRce1OdV4v9xbDzQ0nBlarre1zsDuv686MFuZ7QFjqeEfVKOcyQd77W4UCDMb0clOBWz/EpYwODklKTE+ueTw//T/9j3958KlrBn/DfcAk38=", "1: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", "1: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", "1: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", "1:eJztW3lYVdUWB5llRhBEGe7MoMAduIA9PQch05xFzamU4KIYcOteyCFBzaeWDVpmjpmmZs6WOWaepSamlgNqjjnlAFFoVOCEvT2R0eMr9g183/c++ePI2ff89tlrrd/6rbX3Rdmz5r5ZjnZ2dlZXdOlhzjFlFOSYsgrxCB7unm3Nz7KvvUvON+em4buUR2OPxv6Pxno9GvufjXV5NPZo7NHYo7FHY004VlQ7Rjq6ZrV3ncx5mQ/u8Gdd8fNactWnOaNrWnbeCNQSNgwSzwfBY4ZEHoyOXA38ECMfhKwsiQejJ9cEPgh5DRfGQK5cPjOQ18TH8WDiCUZrAyZey4MxkiuXo430NToeTAI1h+s9FKPnik4iwei43EYxeq6QJtmMaTjbKAE4nfAHUHyD9YOAqBroGhwiAqKJqm+wvwmIpp2+wTwlIJpE+gazjoBoRuj5HEH5rW+wxhEQI2uD9ZeAGPMaLI00h2hwuZanY4zgWp7OFkboeIsKAdlCIx1vkSAgW7jHQA0XcAKyhbAM1HAJJyBbWM5ADVdxArIlNRiIT410tuQTA3Gmhi1JyECc+cSKBhdh9TRzDVzc07Mk5KKRnuUTFyP0rIXiCq6estzAFSc9JayBy+V6yj0DV/NJnRdvQ8Mab0P3GW9LK8nVR1HHGbl6Iuo3I1crSbPPyNUX0jwycu10aBoZ+eozTSMjX32mTDDy1WcG4uvYGIirarLmy2hLx5bA17ExEF/HRvmdwNexMRBfx8ZAfIygqZTAxwgG4mMEA/ExgmZtAh8jGIiPERSUyMcIKhCJfIxgID5GMBAfI6gWJdrSwyfyMYKB+BhBZS+RjxEMxMcIBuJjBFXYJD5GMBBf60plOYmvC2UgvoaSKmwSX2/IQHxtHhXLJL6GkoG4GMH2JUl8ey0G4ts2Gbo64BjH8W6BKIp3O0NRfKSoRfGxwshQvDsaiuLdnVAUHzFqUXzMSGQoPmrUovi4kURRDT+rxHdoX0NRfHsULUPxbVJ0DMW3S9EzFN82hXFey7dPYezVcnFDz3io5eKGvjZeXNww1MaLixsGFq+GH8gSFIuXjosbBhYvHRc3DCxeOi5uGFi8dFzcMLB46ernRt+CHJM1EH+Qb7KYzBkjTbkIaRn7eI4p15SXb83y++OMWU74zh1dkq1Wc0Z2en62Oa/uZGnNf5+s39jnTWn44X6mfEv6SFOmJT3nTw97oF9SRmajD1LQ20yWbLzX+tMzbuiX1GyLKQO/jNyl5JgznhudbTXVM1vn7MwCtLAc/DVYtsN/z+ZCTBmRnpdpzXKo460H21YDO2kxNr29zRrVXkdee9lRBTveTWh6e+uJyD+wtx62/LW9tHE2sDO7xKa3t56I/AN762HLX9vLiMxO4pOa3l6nv7PXByPMBfjhjCYJM36u9ssodsIR1/R2OzeF3dzhZnnMzmi0TW+2S6PSm0uuSZzZ6XbtKWDTG+zaqAZz6TXpe9lXs7VHmE1vsFujGlxPmvy1wcxSpthGQ9Mb3LxRDa5HD//GYFab9OzsuOkNDmlUg925Ka2tu0N4CGId2qgWe3BbrKu7u3kIOh3WqBZ7clusr7Mz0z4EoQ5vVIu9uC021NlVah+CUsv+zmJbWhBvbsPj62yMtQ9BseVNYbgPt+HGOnt77UNQbkVTGO7LbXhCneMJ7UPYNSsbNbn9uC1OrHO0ok3403kKTho8c4rZbMnMzkvPN1np3+di4exTkJ6Xn50/NtliSR9LgaHEGZaCjPwCiymTfDD8wX1qen76nw522IkO/Ua/7gJN+En8X7nw6Nrs8y9MP6SAKeOPbBw0Ww2DMx+70OuNamHZ8x2an1T4gt9kOLBkihLGp+v6x0WVCWen15iqHeUQ9kvOgMKeSjig++LjmLzfBPWVyYu+/t4Pjp2/6D5rvxICu/S+F2S9Kg2LPOizb7sall3Y6bVwowoutpu5+Ja2Stje1aNZ9LQACHj9ye8d81VQmXw468T1u8K6Jy6N849RwDcDfoj9zEUBt3Znrhp+3E1sr3jypcnmIGh7fP61kGkK+HLuZ+/O9P5BKj295s7QH4PB/0jqqZsGJUzsIhWGJFYJDmPclRGLNKCMKHp9WzclKLfdm/bLECex8ztVzsNuyeEZvIDydmBnnuS4d8YdqTjXMHGLWCKRe7MaWsd+q3S2dxcVZ28XjdpxRRKKz2369zkVPGG57V22xQ2C1GlOS0tiAK1S4x0dCYkjUrPNN7+TSszDXA7NawGbAu4erIhUAHr7c25jA8U+z80fvfByLFimv3mlMkwG7d8+OKGL5Ccu7ym2SE8JhcJ1m5+d0CoQug2amvjN3ktCCA7EDBUMCtxy1O68HErszjdzm+4EutHtZGHvyOCE20h5ztxw+KITjqCn2HHswI/i3wiGb/YiQ6oV0AtNuyetGez6aFlP8ZgChnws/bDoXiR0VhU0m++6R8JRuBbjAOQ9vVSQgqdpbi+SZdU4AvbiCKUKVh8+gSJxV7qfcufH8otRcAd5Iz9NA6N6/PxmWv4VwWtn3LyoUy3BZ5xxdccENSz8InyDJcJHvDs0d+/9t6PBY9bKl/vsl4M/caCnaMaEkoVDCHbY+iDQLH51w6UyFxGz5WRlOCzUf/BpQpACXraiSE31BMIHLzkY0PAteTQsVeBA/iy5tV70TOTBCol83lMNYVPK+2wNtRMTXk0efvVIjfRRcbeEV2VKwCxrOcgFDi55fPPPIW0Bu+XYwUh4yR8jM6XWnoiRF1uAV6/175hc1eCNFzA6QNzza8TQGc/GwPK2KW3Kd8voeIK7SMxODQc06+lDW/yh/LIxGIbUCHPzkGGrFLBVfPnyvq0yyB2AInrZEzRa1zVtzqhg565AdZpKDhs9Xljz2lkXceRbP44X4ttAS+zIjUpYd2rYi71C3xWq5nw7a9reUHBa+nZ7+x7RsPF7K6LSdekMonnu3kNS6ajoqjmFShjg1e6T925UCsS+01US8f9oGVSgWZ9p78TsaAtd35uo3l0cDVvXO1x/PeKmIM8ZM275mpaArH0l4z0NkPzv2Up8+lxnhzHRMTA9LKNi8O5QkOEEr3EUSdztFFAxuFPH0kEtIGT/VWHZhdvCUTlKjANKQN5f94RMDgPeX732VJg/yGuqCi6eC4W9M7Sj26WroO/W0CnlR+1Foh/fywGnw+3hGjD4Gv/1ed9iwWdg0qdfVrkCvntXpgZEThTZG8KrJUhIWnjB4F+3nZleqACSNiXV0iT17qkrnoqg/HSMAA2+PVApIPZ//ZiXP83n9UpwGTa3e8DrruJ9U/WV9OQoyu8nFYBVZtRqBzFqZYsjqXNl8PVjPY++NTQEECuiTa2cxBv793RauzIMUPZPmr1HDlQHHaCypMezPnMV1K/o/SQPf7ETs/DPNW/QzosKmp0vh6X2O5z8/G8Sto8/IoPXcq7fXXlUDtfWqZBCVgpYNtdV+THeq+H+8TFlam2FBEPCk39y0EAcXlimEmbsxgS8KEy42/75Q18GQA8slMs0QNy/867QHz8YV6svSihE8v1rko9InksNArKAoTKo3NAbKc81ybXDgv7vlwcDlsUiDznMPo4F5Lbw/terDp/YrIEq9Lbdm1TUf94e4kwUPtlvcuj9xpw8v5RYiL+R+PgTljIJZcNl4x2k+3uw8LSDlkjm9u+xg0U3VhR3myOj834VQ3nQxgGIDnxyTIrwdt/0IVrnpNkpyCVe4jiSWKXSBVQuVl7WwFUUXXOYjzh1fz8kWaUCiXuNGiQv5HBDc5Hm+0yB6qwKWllP+lXuagYuh1r1OdO6QqL1QwOFiP7b97uzOKyXcJascFZB5FDsUR84aUCGBMZBzG+ymqr+EfDhAixYIFxc6Lv88yUxgBa5L3K7Bp4iwl4txWChLI6F2Shdnr4XxfT7JtWNxYFA6NdXzvIiUCT5vcAXhqJwZngooCMpUK3FXqEo062+gFU87DsZ3Fv5U0mPD/xF9BL3TcUx0OrywMAtfcJgRWkXtLQA8Yo/mvFGHK0rvcOBpPt1X7EMf+wZR+sByidy3yFADMYE0oYzvQ0GHLbJUCIcrk77bvmCUPj4UtnsT7r7A37NUbsSCbul2D0YyPLaBVH+Hr8qlGO5Oaii+ov8Rsr+SmfqpxIlvIbK/5VJchhGHH9HWrMWCdcMDXz1dLcvXWpkQNLuSWdaF93DoGwLEp62MkjFiRDpTevpeDmrH2F0vV39ROLna8HgjgtUsBp2HcCC7QAkbOcCgegW8idSixd3hrnCCZw2pSpa545F0n5k3XkJib/87DYFoNV0WBAfDcSPQqlA7Ih0ASIvkWrAbYfB11XsvPnnmuNjHADToSBcQfOgwF6keuMCSFWfGqLVAFINJLw1UjxpHOxYXVKBSBqbMmn550jgZ0UBoeMOFZCy3WybtGp4v76a8LasbqvheeK4aprXroGA25kVXSJo/1Xg+bsfiF6PVAHR34k+4uTY7h82z4qCr1C2deohA6yWb/7qIxK9/iAaJpzugDoAJeAs8XHxFftigZG1AVJvL7WCa1g23nQTURcV291ZBrhrW2ofCHNmeo8zRnuLNdN+OXtSJgPSN3VUwQuY4D7e8MqUwcd2KMKA1is57QNX+dI8cpED6fsORAJJ16t2QOq4X4UUgN2eGgF2bxUhS28Jx5B8DkxyBNkGy8i3PJWA0ze5lxfL4yhaFxZHQRARkFJJj382erO8Yn7zDRBxuXixKBbm4favvYL1P84iVpd92aHQBRckF1/67z478QCWkzwF05daXfegdXl+G1iLy+r9aMBtTNDsasmeJOhVIQ25t0CrAlp3fxI6kUSukAh/z4XDGCxgC91p/7uuHaCuaFaQYzTT+TsCLrtTV/hTvS7S0Lq/oI2Ip33hbizMn4d/QoDw6WUHGl9nBZCy/4UPkLq15AeBuL2I5YNeBqTeqP2B7F+S80ZY8y3mXGvd5v/B//R78MfD9Yzp/gODfaoP", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW2lgjFcXniQykxFkksi+mGyVKprMkswg3ktQW6pES6tFJBNSkSGZIGhRXVS11eqiKFpVeyna0pZ7lC6opZa2amntW0RIiC18dxvV1le58xl/PvkxyXvnfd57zznPec65dyYx/ezdcmupVKoiH/KSYc+3ZRfn23JL6Agd7pxX5Mj1cF61ctgHZdKr9Htj98bujf3PY13ujdV4rP29sXtj98bujf1fjI1xjrEOzNN51dpekPPnFX2vA70/mb0aMtXktY29uB9p4WoGMTJIZl5B/xpADOzVLAehY8mpMhgjw5iMMtYIjNTaTBxjkpmHY8wmmXnMLqwthb1KuS2Fu9oig0llGEOSDMbC53EFY5XBWDkmWR5jqDGGW8J+GWscH74sDkqRAhkkQ3QTSNImng8GgwsgoxyIZ4ShxkJyE8goB+J5ZKhx7t0EMsqBeCoZ5BjBQcYa5ywXRldmSnWFsBZXCGuV1IebQHIzGZJc8J6BJ6FZyhEGkU9yy+MgU40FjOcE/yVnEweZpVxuEEkoJSwCZJYSFoNZsgByX/Nfct7jILOUGhlEash5j4PMcnES+STnPQ4yy3FP5JNccDnIJDWTUSShVJwEyCTlPSPPXJNUnJwgKUcYDa44wuBCnIxGVxxhdEHCjCZXHGFygeVGswuyLEAmqdQw8nQ3SaW7UWSu1C5GFA2pPln4Tqp/5V5IkeqTBUaq5+WOS6mx427CSPmN+zpFausjMFJbH66RKTXOvZswUvslrpApUjwQGCmBFPuLVLkmSoDkun5O7VS5Bl6A5HpxLpCpcm21AMn1rVwgU+X6VgGS68V5kqfK7c4ESI4RPM0tcowQIDlG8ES3yDFCgOQYwVPdIscInrcWOUbwJLS4sr+wuLK/sMh1XpzlFle2ClZXun6rKw28Va6t5oywSjFCtNVWua0CZ4RVbkvHGWF1pdm1utK3Wl1pQa1ybbWxgxcle5Jci2wSKLneyyJQcs2XEyXFihsoKVoYrQIl1yc7UXLEcKKkmGFKEigpatxASXHDiar5GSxDJQuUFDduoKS4cQMlxQ2TQaCkuHEDJcWNGygpbpgEN2r+gQa9MjvjJcUNs9OHUtwwC7vkzuzMQm3+yylzt+J8W1EIfcNhK7TZswfYBhFkYUnbfNsgW4GjKDfo5ifmetMrX/LSqqjInp2X5cizF/z1YZm1bzyse8lgWya9ubvNUZg1wJZTmJX/t5vrkD/SB+SRN9LJbLbCPH8y8Ld7tOSPNnmFtmw6GbtKz7dnDxyWV2S7xdPa5eUUk4Xl0w/c8jz/+TQNM6V/VkFOUa7XP7wlaqjY51pM7jc44I4arJY1WHTuYo9uMbvf4MDbGayjCHsxvTm7pnb7SAc66S92p7jf7vrusFsjHW/rzccrllT32x3kDru1LvLcLBLb4n67g91hd11pnqc4qxuz2+p+u0PcYXc9abtTnfWZNehJ7rc79HZ2Swm5n7TBFmdrwQxOdr/BYe4ItE46sUWgxY7Z4H67w91h9y3U4jbxtjqbQma30f12R9xRgt9CJv7dYLGrNzvPHtxvcKQ7An0LmbiN3eJTDXFQcxc6tCh32H2LrLmN3VzQTMLuu9ChRbvD7ltkzW3sFp/vCp7fhQ6twR1N7Ftkzb8bbBIfM4vzwbvQmundEWjp1kww25nYd6E1i7mjgZbuyQSlSQ8uzj/db3GsOyIt3ZsJapPSJY5w3W943B0NdW1Zi51fZEsVZ4buNzjeHZH2lbbb+XVYcRLpfrsT7migpdtv5zmK+PKY8W8nizRV6IPT7fbCnLyCLIetiH8nnqpl1+KsAkeeo6RVYWFWCQdGM18UFmc7igttOeyNvn9et8lyZP3tiFOcbfJviv91fTZ6J/13Rzrav02evfyFWpDssyjyiRw1Cu/6W8SorASYUhAwDjZW4O6O+Hev69ToyqayDetaJ0AXFJi1LlMDp2e0aLwzXIPe95+zem1qInzV0M/3s4+r8ZubRrfH1UEoeu7x9k1HR8PTGRWvZToO49FXmg3eMl6NdqeV9Jx3viH4tkso9px6FM8Kf3BfvLoabxm/ff8fnYKgxepu78S8Nkf5eNp6/dLCMpzT/Pcur/YIg7p/NJk066IntCRw8+ZNCltucz2cX/XbhGqbL7T7vKJ65/BDuNPJWib/z33Ae/abzTwyKvDk0FqP1WuyUWHrNsbCkoTD42ZkqOG9RqFv79RuU+L2XHr26a918MHPpjOWthp4atC315aN9IaC2R5fe2/3hyn7Jr/0whNHFDt1xwex8NTedl7DO4Uhto4MHTxyNbTol4A6sHKJ17GJiauV6gvFf0z394Ik6pDiUDiqfPT7mnp1UNkoxdz7y1W4PQX00CAV/UGRYG37UOElv934gO/k+c919UbqsW+nv/JjLLxxmgD2e8Ann/cbvTutGvukTXt05gPB0KgZ9bAK6G35x35XOrw/5r5vXgyHD1ekXvwm5w883Uj/2q88SA14IQwOfT/lq3d0Gji/55exRe1UwOI5yQcuzeq//GTRFeVi5qE50+LjYPiIOY3Tp0ehJsvePzO3nR88d5AAg+tDFTVnzmLMaLLhLF6ct3/IhNeCgXp12T4dIg/5LOjKGfxreWXHx9W+qHPqy6362vSw0bD+06YF1Qqz/xM9bAkjxJquR3xeLyAP6752XhB8XJsSYQG+Ov/s9ox+S5VNuu+/XJkRDl9Qs0v8UEbQxI4nn1ehGb3v36R7KBK+HKi9NOtYFPef6jJm1w0DwNHurQvqPuV4VJbh0aRGGxTm7xERMDtu1dWXHF6cpyFlSk/rih+GXmsAjD59gikrdjxg00JqOPTSr/UGEsxzrbaexO8sqzNkka8HVKn7TOm8K4zzLkOFbAv6du/WcCneS935VoVCrZy9NgZ2ZPTT9Vylhn6MSLsxi2N+MJjGfIGeO7hVoe56/8wFpfHOqUej+kfBoRQy4SwVIijrivYhwJ63Qo/SI08dJG/hE+2bXo9JC4R3J/mNSFlYhqOeoJlQqYzrSiL+cQORfx6ogE1wTsmm7up5VCEsWbi4ZxzM3Lxg667H/GFhyx69PsV78TVb1eGsmFDOS7MOimlivKZBK6NfONU19H5ovTV317GT3vAwXZCpPmqPn4myzI0AHZm9ZY+r+JOHDoyo31SDCMkW9F1xP2y399FsCStXGC8XRgCbPzQcLaBh1FVjiuqVrIVFr+wZoLIfw707/aBJm1aOmZ9KoiCRykXJNeWNZ6kwaNDZ7B+f6jQvDiJoousjkC3sYM+QKn+or3y397P1QUCtKJ1RiS+TbHVMPo7p21909Qf6lO/vr4c4ToN+IHSf5BcDFPb8qFg0JK32L7MHX1Y2/0h/KhUqS9ezIiGEJeJpPJ3KTGIgYvr3kR5IFkSe6lcX5gdua/PrYDWUPdG65fHHPUTerMEzidun3tcAmLvnBaA0FtDreAhdgC4IIqicja1USk7cl+zTuDY0i+s4ctyDalT9UuWeX9bGwSW/E18s8bqCt6v2e2o7hiOSxFfmJzcAbQRl+CQ8cOqw6R/Oros2fdD284q0RM4T/aeY58s1ZTB1+5BESNnc/OGf3tiJz5K0e3GlGup1WfKWbXwQ1KEy0mEfLjsF1riOVTh3fDaRLH9g9Hn1rDKaui+0DLNlNwwFts5FoxSqTh3qVOGhNN3TosBzqk/EjP0+QNSBeKhM6fT4i5afj+hhSmeakGpgsMjjmMl1sZ7n6yUtjCVqNLfHN5j58aBK6E8A7CEqXXX4EC6f+12n1Je10GvH14fqR53A8SQ9K/ecwIx/jWKB0eL7Szhk95aqzEM/KU++/s35xBbx3D+dagNb99wKhen4Zh2QxRDBv4onLD1w4u1lexVer/xg4AMX3t032Q/yiTz0N2pgPHH/2IoA8NJOaJBd4AXNSTXa3rsuTH2P/vgDy4OVh7mdbeOBqNiRbf2CkY6G69hOns8TY3m9SYhAb5GqsGNUfWhI3fCbVvh9MV5aOIBIdz2oPSA2f/hlLbwUTA05p3Bd9oaNJIof1YuEl0m58w3Uoe8G0QTWcv19Mgg0VCin1UGMvttOKIw+nesgGvau4ZEwbM1MUjEPYlaHXvFBR841IKkYCjwOBxRWJ4drEcfFAWEXyUgv4PnnCdTKaO9wSHx24qqBWi8g5Gp1NvsirxffhgGrB+t34mBWuEuVITSBxwQBEXnSAVTjGWdoAFWwmkRvg81b1N8qJZ0WhpPxwNLxcgOUp7KPrfWtP9BZLumDYXefoV2ig48rURuOkIpQidckkQr8aDAoNLEbB6HjT5OAPaUCKKXC5oNIsU8+Wk8PPK6lylbChjkj9RBLC+zXMWglohXKE+Z/9DAKPBAGvH7uwv6kfLyqLlcYrjCU87WRPzKyHx9EVJU8IRISaEA3RSDun+u4L13eyQCgdFn+tAr2Ufcv36c098h4vu7WEBj02DOkFF9TKqi7NdeUbbseK30wQs/1Iaw++plcfjVXC7S8rJl5mef3hAOYFxgfYLq1IwLyWaAvs65guvGcgsnrh5XBwPy3MQZRlWuxyAMRNfxBszoQmO6WRXN/EP1l+jEuBNadT3zy9dhYxNqq7VsUVn9fDBDzL1C4Pu1Wti1//PyqqTrgPLmMWXmcv1z59vXkYU2yQoDNv6IC876rXGH6uSQGmNy28EakSRoQW+qBfqXlLiWa9387vBCP53klkFTLXLMeuO6fVai7uiy5rrB2LfmCwupnUBwsH3lu6SMDSxVu/2GFriJwcAKwfuO7C8rGda2JB37CrG69Ewsm/5QWq9/0B6ark0oxzfYFfpGcr4cCgN9/QGHtqiEUSPN1uu6zgaJvLcdMzloHwaLFv/YZulWNeF1OANafHAlFDkroAn9eR6eG8Trz/HmMWGBmK8yeR3TA8vmqDj3DBNIbTaTljPSBD3kN940fH4dKqcyOvKpE8AZVodN6LgwFtr1oVdC/yFFoH1T01+b8z/9+/fMb2rcYM/wH1epMDA==", "1:eJztW3lAlNUWZ5FdWWQHgRlAzcyUWWDGsnsRcs1MMXdLhEFJZHIGMtLUUlusTFOzfTPXyq3UtPIeTc2eL7NM0HDfMFfEVBCXd7cxK19y5zH+8+SPge/O9/vuPef8fuece2fQDrH2zGvg5uZm96Uv3awFlpziAkteCRthww/k24vy3B1X6UXWEVnsKuP22O2x22P/81j322N1Hut0e+z22O2x22P/F2PjHWO8A/NwXLW3Fub+ccXe68zuT+Gvuixv+pppLR5CW7i6QfQckpVfOLQOEB1/NapB2FhKmgpGzzEGvYo1EqO0NoPAGFTmERijQWUeoxNrS+WvSm5LFa42qWDSOEbXRgVjEvM4gzGrYMwCk6KO0dUZIyzhv/R1jo9YlgClKoF0iiG6DqRok9CDTucESK8GEorQ1TmRXAfSq4GEjnR11t51IL0aSEhJp8YIAdLXWbMiMTozU5ozhDU5Q1izYn64DqQ2k66NE97TCREalRyhk3pSW54AGeqcwIQmxC81mwTIqORynRShUmKRIKNSYtEZFQug8LX4peY9ATIqZSOdlIaa9wTIqBYnqSc17wmQUY17Uk9qwRUgg9JMeilCpThJkEHJe3qhXINSnBwgJUfodc44QudEnPR6ZxyhdyKF6Q3OOMLgBMv1RifSsgQZlKShF3I3KMldL5WrtIuRRUOpT5a+U+pfhRdSlfpkiVHqeYXjUuvsuOswSn4Tvk5V2vpIjNLWR+TI1Dpr7zqM0n5JZMhUJR5IjFKClPuLNLUmSoLUun5B7TS1Bl6C1HpxkSDT1NpqCVLrW0WCTFPrWyVIrRcXIk9T251JkBojhMxNaoyQIDVGCKGb1BghQWqMEFI3qTFC6NakxgghQpMz+wuTM/sLk1rnJVhucmarYHam6zc708Cb1dpqwQizEiNkW21W2yoIRpjVtnSCEWZnml2zM32r2ZkW1KzWVus7ezKyt1FrkQ0SpdZ7mSRKrflyoJRYcQ2lRAu9WaLU+mQHSo0YDpQSMwxtJEqJGtdQStxwoOp+BstRKRKlxI1rKCVuXEMpccOgkyglblxDKXHjGkqJGwbJjbp/oMGujI54KXHD6PChEjeM0i61MzujzDb/5ZS5Z3GBxR7J3iiy2CzWnGGWERRpK7m/wDLCUlhkzwu//ol5XuwqgL6k2+3WnPzsonxr4Z8fluV/7WG9Sh63ZLGbe1mKbNnDLLm27IK/3NyQ/pExLJ++kUFns9jyQ+jAX+7xo39k5tssOWyyrGCGsBazm3MKrDnDR+XbLTd4aIf83GK6vgL2uVu+x98f6sMtGppdmGvP8/yb02Qpldtdk8H1djd2hd3eqnbLPl7u2E1G19sdejO72VVGXQ32VQ50mz8ZnOp6g8Pq1WAf5Qibrz9eMaW53uDwejXYz0lKG6WUTa43OKJeDW6kTOlURz3jBptdb3DkzQx2JncFKtud5qjIvCVv43q7o+o10EHKBpsczQQ3OMX1Bke7ItDByoqWgZZ7ZJ3r7Y5xhd03SBM3ibfZ0QZyu/Wutzu2Xgl+gzTxzwbLfbzRcdrgeoObuCLQN0gTN7Fbfo4hj2ZuQRcWV6+BvoFcbmKwyGQGafAt6MLiXRHoG8jlJnbLj3IlwW9BM5ZQr4G+gVz+2WCD/ERZHgXegmZMU68GKzdjktIOKd+CZkzrCmYrN2OS0rTrlkedrjc80RWGKzdlktq0ZsnTWtcbnlSvFPdXtdjxnbU0eTzoeoOTXRHpAGW7Hd98lYeOrre7qSvsVm6/HUcm8uti+r+cJTLFsAdnWK223PzC7CKLXXwLnuXOHsXZhUX5RSXpNlt2iQDGc5fYinOKim2WXP7G4D+uM7OLsv9yqClPM8V3w/+8Pgu7k/2DIxv1MoSk3ru7Kdyzt/srswprkPczMzNeKkiEVZee/718VhJ4bXg1ZVSrK2jZu6fnbWyphX1rAt/Rt28OA19dd+6OXd643V2/vHVkdyKMX4mfPVCRCAf6Rq78ye0CibaXNa5a2xRO9W9/39F+SRCQfMfYl1f542earXtu3koNdNr/VNii76Lgqvby+eLBvpD2Yvrgw1uDYHJCzqn+66IhbGvmjsrfPcBcumGEAYeDT2VEp4cuxUN7eldieQUq6Tvf+MPoEDB/semJNQlx8Fz/bV8fDDtNZv7iNyyxYCsZ99jXRdOrNeC+x8NvcsJ5NK/kuxZte0bAxZPHwXwwHt68M4reuoMMb3l+1u7pNYSvv2Mk8OtQL/Ca/Vpb927VxD5s2skxKAxXztvYNc3PD1fEzTva6e6LaPEMyws5u4PAo+XzETu3VKHPR1cteWj4URRJVxll34s++XF77xOLPfDq4X41Hww9i/oMWEpO3KeBzJcKKmoXXCCb3vjq9alBGuBmPamF5eG1m099fxLl/ntQ100dNTA2zjQ0s0U0sNmuat1g2tjato9v8YbvD6OP99Ln8OVNrCDdcWj2t9ODwbtxGNrYJAHavf3w+598VkPa/5i3vWJhOPTq2fyDF5dEwhXLhUPZH14kI+jsZ37eTub6d2havC4af9U8KGD5XD8c1z+XUuA0eir1k/v6DAiAtq9tHteJXERpMTBAs9YNh8exmasRDSK16ByavGT/bzOXHUJ+se890iJACxN6dH53fLNSsmZtZLMsr0QoYGbb4/CqV7wrIza54Ud9tkT3+PUCOtloTZs37/SE0Kp0usLDiM22FHlhdvvnxzzwO+s1S2zDKtCQD0sNp02XUOM536yNnBuDv81dOLhXzwo0sp1/2ezHL6BuExt1XzzDB7K/3dbSEn2UfFidcmRRUy9MV5t+JucCYuGParARbf7w/hVnL3vjouRZV6deCcHNU3w/bdK/FrGoXciqQTze20Lgi37nVv06+Sey750QOuNxEb/W20i/50yUgbVoiWfFy3ec9MBsFc1BC9zv28oQ5weJAaqib3qWxkMwd+B50oILxBs8n6TMvy8BQr5b/eUr3kcJd9++GLhM5VXmHo9fPVSV8LO1jHCeVLhhocMrhPN+/CXy5DsfJa0a44tZdF6J9MA8bh6l5IWcQbs6ZATjbBbgBcnQpSFj4lrC5BhXEQ3WZxpseHWaFmJ6/Bo7Zr8nMHrsWu4JJ3p8GT9peAtg8rlniw8e34k8HVedBP2YbNdo4K1RbMJactp0f0fbqmaw8FkaWGgKhQaqEI8gnMkEtFMr8sJn4Zi7M/c3lMd/3LF+/dK7C5MCgNNo6RmiyWEZ4BxidM63HkCN9rWa+kF1FaLZIf3HI/54ffvP8vekRGPup7G+uKOtJui3leXkjQfCX+5yLASYmsoaX0bH7VQhXX2x4aMv0qrXnUBdeWC2o49YeH/5kog8kICF/z3xOCaXF7zxnQtCt2ZGxcCxBizRfUPOdaHA12Phyafm3JUxMAl2dWAzHyWpP9zz4E8jk+BnN5YwQoH71/MIEbwrJ5RchybE+2PxnFo0as37Ma0HeWAGmzbwLOHLXlyB+PNLLyOeFmY1A27+0YOIse2gVxLw9FCWDFR0NCPVEp43PmkGFjZNxySwVk76vtfahtiTZq2cu+NgI2XByg+0QtetAjElR+MJlH9r53/8IJ4eC92YmxoEwbid7WhKDBR5YX0Y/EtHA3EqQMT7eBBw3g6OACbXzcG1hKf5inCg3h85eYoj3/pCdIPega1sUSD0HgOJBcxTx9EvVGUHdoQAzWLv3dtQA11GT2j9wNxziEW10qshzH2bCreqiagPH60nws49iKe7EA2IeF4k/P5Jq9BjbNr1ieDHE/4VxPPXrjDoTbPXjkcTgGWt/fnumNt9MlLweaQWhF4Wy/hfIJx2zZoAC/OOyl1oKq1W2oTL5JGum3zavR0N3KwuDeHUGGR8ZPXvJJkVtthQ2LZnX8D0BT7AaPN+zEVycSzLGGF4czATagDmZabECx+cQw17PAS/vqzhyE9fCsTcr4VVqDqLvpMZKtb52yU050GWEMoRTYK0wPnBjmfsHWacP4se5oGaQEppNvmqeSWK5gXSDy/4mAFqRH5N/56sY2kzyQsPoGzZ+emviLt/rxZsk6ccqnrfHSIZgWYngMhrccDTT0s3YFXnrTINZL2unVKckgBHKGpNYDUS8daIOt4nAs6Vl9EVnSWiLvlCMX1K78JEaJXR5PiB1COE290tGHiaSNYCj88hD+D6PBMOi1YMGbfzcgQ80T0+4rEf3GE/9d6zPQ6iCFa2JsTi5+f1oa4JxsIPVWg+u1zqA6J+euGOXOBXkdCXOxY8v4JWTByz9fN+c4jHW76x7+2Jh+fo6PyPNxKeVkYniTi9qMFTikfGNhrshicd54RGLKr9vN2Bu3/mKcTzVUkjWW98sKjLK8kuZvaMcyiPlb/SaFzDysShciSeU46Yty8ODIQo6v7Zrx0jvI7N9Zd2HEeirzhMRL/jiUVeD8EHv2MF/DzawMrVtP2IodumhwPX7alSwqpFozXViPNnyQlCyde5oUcDzGW63BuP6P30ohUH4rGYdzXpy4nlh1lb1HG/Bg/7/BjNeHtJt7NTsoqSa5CoL7GYD9f+TkSf5IaPzWTErCSCN7WyDnpiFp3O73oAL6P3ewOT9bI4XyzeryHV61hiq5H5LRgL/XjjT18qH+Zm3Y14n3MqBHO69fbBJ8Cc1GV0FeH1wC0Qv7F7+vOT+tegie/9sPDH7UeE3vuEYtGvNJX6OkamszalUZzkT1MYdCWDVpAjqAF3UIzoGzYmQ+3AERuuLDtIeJ8ZEAG8XE7Vwmz3r70az/AD9pTurf2B0XPimCTg8a65Snj/FOUp9ED7kAeHBPc1f+EDvF97sZqw1QeejMA9GWt6BGKeFh6uINz/Q8KgDW+APDHvvzp7yT6nBvG2MWcL4X3ja+XkMEs74zRY+NEfsyg9FeaNRV8VCVy/s48Rru8eTYDvOdILh9qLbNYR9j8353/8v+sf38m+wZjuP5BCTUw=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlYVdUWZ7yAgMygTHIvF2Xmjgym3oWopaYmGFppinARFLgIl9QcsknTrCSzLIdssJwyxVBz6Cw1LSuHrPQ5PucJZ8QR9O3hgGW+F5vve9P3cf+4ePY9v332Xuu3fmut7VEOtaTnOtjY2JQ6k69elgJzdlmBOXc6HaHDj+eXWnNt669SrZbCDHqV1jzWPNY89l8es/vTWO/7Y+kkjjPcyD+6WUoKswrS8rJKhpnz6U0PwfX5K9w98nnIGvr8D4098ZCxx5rHmseax5rHmseax/7vx96qH2NVeUPG7mwpyrl/RX/rTu/Xsm99hoJ8d7GUDSVl/V9D6JhWxzAZ+UXDGoHRsW+DyGN0/DF6kcfoOcYggjFwjFEEY+SYRHGMIUXEBhxjFDJ1Il9bkjjGqBFZm4wR8k8SX1uyCCaZY1JEMCnc1o22AXuCpikgbVNAnNo6jRCIc1unFQJxcusaTSAeChzUaM/yWOCgRoceJykHNTr2OHs4qNHBx+nDQUJ+0nFG6BpNV+4g/qfRfOUOYn/0QozQcUbohRih44zQCzFCxxmhF2KEjjNCL8QIHWeEXogROs4IvRAjdJwReiFG6Dkj9EKM0HNG6IUYodc1YU96fVP2xBlhEOKeXs5mQtzTJzflSSlNeJKBW88gRNh6kJD1DNzkRiGWG2STCzlXBjW+GGAgY1OeJJcdQkFoEK0HGIgzwii0PKP296BGVCvcQU15klEQdL88NgrVX5x5RqG6SCaeUF3EjZDY6AC8X7MlNjr+focRqltljFA9yemTKFTvyxihel/GCPGA61aiEA9kjBAPZIxQdpFr3SSxClQGiVWgMkisAuUxlCRWgcogsQpUBolVoDxck8QqUBkk1inwIE8SqjfqQWKM4NKQLMYIGSTGCC6qyU3pSZKb0pMkizFCBokxgotXshgjZJAYI7gUJYsxQgaJMYILS4oYI2SQWE/CNSJFrCeRQWI9CQ/3FLGeRAaJ9SQ83FPEehIZJNal8nBPEetSZZBYl2robk99rBFrU+tRYpwwyijRRpWjRDtVjhKjRT1KjBdJMkqMGPUoMWYkyygxatSjxLiRwlFaMW7Uo8T6SI2MEuJGA0qIG6R55yghbjSghLhBen6OEmv661FiXb9eRokdZdSjxM4yZAUQO/BsQIlxQ1YAsSPPBpQYN2QFEDv0bECJcUNWALFjzwaUGDdkBRA7+GxAiXFDVgCxo88GlNipkKwAYoefDSixkw1ZAcSOPxtQYkcvsgKIHRY2oETPuzhKiBsNKCFuGGQFEDswbECJcUNWAIPo8RpHiXFDVgDDw7lB360qDaA/WM0lZkt2nrmQIEvGdC0wF5qLrKX8Tcz6GXMd6ZUr+UotLbVk52dZ8y1Ff5wso0XDZP3GFJsz6M39zNaSrDxzTklWwQM307e60vLyyQ9p5Gnmkvx4m9+/DcbucSH/6JJfYs6mD8vwpAhLGb05u8CSPWJUfqn5IZN2y88pI+sroP9XnR/750md2I6GZRXllObaP8zU9I9RX2+7f//Gk/9q4/QqrbE71ojuuP6cUz65NHK/C22YXvID0j9S8YF7/+lJJjtn/BeL/jO35WMOreEBFHVWZlZBmTmDvkLcp7jYUppvNf/HtyS/hyC2JfmtAmPjtvTHOPaw4S9npFksJTn5RVlWcyl/a8OdfPUtyyqy5lvHpJaUZI3hwFC2g5KybGtZiTmH/TDk/nWXLGvWAyuUo0F21R9YZKZ30pe06eh07ag4ZZsz0sVxJuOzt4PReWnw0zkHImDGopf6dh+kxI4t9n5SvMEVW5fu9b6aGgsLjdsf6f3zBeni0507nXkqGK3d3rmueCES5k5su2nS6Ta4trubXcxkLyy/QCacFwdzvRZs2BhwQnr7xxcek8Yfkt5Vvlk2crY3fBlx4uV5b/hgTKuZv7rknTJ9t3bNG4rlweA/vFf1mytVWDH30udbq8Ixq196u/lT9DCocMvdirG3pEnJe7YUGq5IYalXsn/aEA7m1scGBNzwQzJrkPuRSya2rpR2sLXQMHH1RC+MULw4M83VFgYd7GY/2jUGnAbPetzPLQgHO+1o3Xe/A/w2+mxbrXM0/O3ytR5PTVoj8X20whpyleyvhsVXdvcaWqzCA7cmDF9vdUd699JxUfCbS56qYPQt6dme3zt1fCSM26ljNJ/v+xAc+Nammsg5nvh6wek7i7QaOLNv6e2BhZcksgh15IQ73A5BHkCXM62HH056+pf1x333SZkfLvnib6Yw8HCt/GzMo0qsOpYYiAeUuLwkr/zCUh28WtV3Teir9mh8llraBjek05ki4LL/Y0/UtrosrR76wr6OKQFIrJhh/VYJ+zqOGbCwTInrrTNaOexxQGLM5UentIPjZNpn5iuQmnFQz1AMHpele3J5DNiUT7jTfnkAmvo/s0KK9cIPty/e+Vs3Dbxwp33xjtduSWtHuNyaP0yBzHxBPsD8PzgIb1+owpTwI9KAlK++f25CGFx+dVu/jQtDkPtHhRl0mVe0sOLo2ZkV02yR26NO6kHp8lwkPPL3Pm+8V7RHuvz51p5JLj5Y8/X+qXUn20Dsrx+cCpmsQl/T1oOVryi4PVeogdmj1hUD6Lb1Spl3cbCquu7X0Yt8kfGrVwv8Qfftivgd8XB6WuQF929OSFdTd+b+dtoFV70ybtfK9wPA4JXYYYN3CKq/rp187cAtSUXdUqiCV9z7fPnOyUCcH5hwSH0qDLf/RD5uWmj5jeb96FnOyJZT64hLXz+QZ5MQDbtWPkWWXC3t6kKZ5IVDTu5SHUgJAmKsledmKHH0nI/Dv669I+XRwKhUAePxNW+c2ib74tN2YVju8XziksPxwOKwvTt26P1z+cC7rvjNxoC2GY4J0Iuw5JyDP37WoltEmZ0Kwwisc28N92+lAsku0t/9yAEtLzpseUsbB3SXw6t88MMOxIK5rnze223hwNQ6840TbsjWVe0MU3YfPuL6SwScWkYNdkuqu152ZI5XjcmRGmZ8AJDZjdvXKZBG3cTVzsB49Wkw6OlnpRPOfpIStta05kv709PyWnN9KPfD3TaH7Vym2kHNgb0vlm6NhK+oeabelN46cbXNbosfbDjuG7LNUQkqHrim2kU00CZKDpkt4ypCfLhf3vZHZZtrBZnjr5v6WdXv3fMMhIX9qUdPScnDuuRbit2BeEfxYqUavuuZNCV1SC3n/5g1JjY+05ffr3VDtl79WVN7JkTBwOj2tgsGrP7Z5vAmT/jAOWjes1FqaB/eY+zLCTZorfS78+NFBded2WGwIDYtuOrYHWnl2KvLnxjhCT+riCIsVsGl5K6Plty6IlUm3dyU0yMMCWvMrx1XQ0V80Se265U8Pmvs8VEW+HFA1IKY7LgURQViYSvUPamJXlQaBWQSj7M3Qnm8ZfrhKdOnf/9mWSwMp4GbE45Mpz+MwGIqXFd00HfEB6PmDFUi+GRt/mWJGsndLedkGOBxRhA1UvNcdgzH17Kp8hlkvaqVnJhQzJKY35LVEL3Ih1D2iMTipOiahM8QZbVXw1FXmgHqJEbbydWSDf3MVwLQBx1shXsyzyesa3fVdGZ4zPX35kYAiXJiSW/kOnrGRGWkuKgt8HgIQG8WwD+Ztp0kG5sXCSx+Onhx3XvHGZjdwmPhUCUJzGpvPOdAGVBjuqEgCvlkLOD5eR1i+7kik8tzdSYNXbg6GpatIg7fEIhMNwe7wTQSjhZlDMRRd10PkfXRES5SeRoeCQt6E4vZB2MOSwi1nA+DY4AuZ9yuH01MF4f44VjfZY8ebR8Bd3+lgn7OtGnS5/1/qAjEfTtuZBzvGg5MN6uU+DL+8FHXVd7oQgN5bSS3w3w1Mv2LdEdm91lRPB/BXSmOEvq6EgnL515yigKmd1OqpPfXvTvd43aYrG8x8Dil88lQZOlP44KMjlM00D3+nrJuVRtZP30wnQm6Boj4+e/bcVs6RuTVbeQNadrXVKidgXr1E9ulUicWyDbI4n2GKzxC1Hz3PB/5ukai8q+JbgPjKL0/8MFcRpzNEo2+ZYkqyHD85O32H4VxnunDMIgGWF89fD7mu6j2FSr8aI/hUrKjkv9erYVwljBtcQATBGc0Lx7SL/20GkYywXTDdlpaadRJLG/YRwDZFVGeaonp7dZATFzSqf8z5WFcP7rdk1aeK630W+eH6ST7VZWrgFhj22aVCvn+bkuFZJmrOkfCeCJza6eEYhdmSAek1YVqWjugZcDrBW44R//xV0k3g3leiI+GIc/1CfUf7oAkCX7vRHjE/LA/Fljene3PdbaTHzL7XkyAayS9nM31R7YP9MSpbxJBS9cCpVtioAOuJ/DnE+25/8/4AuON7q60kLo51R0/LaaVgicwWbsYjMwPhw+aZpqJwTvI8RUcgoyvPU5K+TZE0R1DgJYTA3cGIrd3OG4JIxlwhQ4CSRYedzQUjVSIKtRIzdN3gJbzP/GqxNL0OBtk9dyhSFCwQLRDog5khWclKiMf20dBTxZwx0wGap5Nvsj81yEUqIo5en8qfZF/eOTUlh7YhTqstRKymcyqkfmhswKZ3G5W8/XYqvA8Xf7Ylkit26s6HO5VUOFUcL/vVyKVPR/PBGB5r1NL2S8qVFEaDIwFlk8W+iFVrecj7JC5qTABqHouueCHS4hKnk9wRVZfro6F4wtmfxu2fL/E/HzeDtfAS8e+axUIbUlW2774FxOz6xw3bE0TzFU/4DoexOuizOvShBCaUdQUNWtdZhBymXTg9+9WAtvGm63xPC2/RoQiy6eLtXCCpLGTUgivD33D8DYtEzM0QNPV9LsKZPo4qCXOKvJ+GRdHwUulpGCa5ImJtIwud0CeX+t14Ia0OYcEym5fpGnJblsrvp53bWX99EBKhy07gzl/ilRIy7Tz8+5JnL9hED99/k1trgq5rp+RHEk1MKpXOPSncr3TC/eSMO06ORiHepJKzVkDrF5Y4Yf8+aHI8m56HLfzFy0wkCWEFnj2MSI8b2h4Xk53RW9a1rf1RlaHj4+X80UAsvJ2aTivnzMTYCOlQZoPMnscVuHzNJG6aoHX087I8tjHNyVWR0pxwPNfrTTr0IzJr+53lP0Qx3W+zh9ZfqtxhZ8o7QojgJcPPrIfvYCtVxsJDqzgc8JNtHwKd+Z1ych2wPTxihtyf9qCF208PlNDH5ZIL0i0im+x94ppBVHBUQcDgQ3HXJVO0rJlsA2wNminL7B9TmuJxLtkpa7QnTYOilDYSNNBtR0ye3t4wPvRpMHpHgiUxgti3eU+5a4pgQWWP7DDgtSiYaXWEkvhA23m/ff47/feDxnT/QN2BEQ6", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lYlFUXZ9+UbVhFdhhQyITZx6X3VZTUxA2t9KuMYBAUGWPA3ErFrcw0M8vcK1u0xaVsUfOebLH0q3DLSDPNLbdyAVQ2v7tNYh/fA3dieL4/8HkceO+8v/fec87v/M65d4aYx8zDcl0cHBwsHvglw1xgyi4pMOWWkhEyPDDfUpzraL3qVWwen0mu0trG2sbaxv7x2OC2sX801q9trG2sbaxtrG3s/2DsaesY7RqdrFe9zYU5t6/Ie/3J/an0VZPphl8z8wvH4LazaQgZS00Vwajoq1oMQqcRwqgpRmUQwWgoRp0igtHSV50YhE4j5DUdw6hEMHoboqO3wdUGhhFaG8cIsc3IMFpxjKrZGDpDCvvR7KA2AKnEQKmCLGWOth3UfG4zGtAf2mazgcWULc9oA0gj5j2WSKliMzGQVmwmln4qMe8xkFYvBOIJKBZcBlI1O9MbgLRiM7G8VTU71xuANGKO4Jkrxj0G0jZbVlhU2Q9bQFohYVHxdBdyBAdphOKk4uku5D0O0oiBmEaoxbzHQBoxEC/PYi7nwiIG0tqyPK0NYqnS2bI8nS0s19sSXL0tLGfprhZSWJVRsClqCBJSIytIKAnVKTYsj4M0QvVJzdJdK1Rq1DxzhRzBQVoxmwy2zGS0oeZqUmwon5pUG4qahjtCqIHlEzU7trcxOqH9BVubTnCLRTFC9jBF1tmwx9IJNfFMj3VCTTzH2LDJ0jWbPQ0wQntGpsU6IR4wjF6IB0yJ9TZs5vQ2bMz0NmwA9TZs5vQ2bOb0tuzL9GLNJweJ9cYsvfVi2xGWqwZb9mUGsX6fZZFBrHVnKWEQ68IZvw1C/QnfjhjEduqMeQYxRjAaGcS6cMYIg1gXzhhhEGIE78KNQozgDbVRrH1ijDCKtU+MEUZb2lyjLR2rUYgRau4IIUZYQWItIQcJMULNXS7WEmr6OxPepoj1hFaUWH+n5SixBs+KEmLFXyghWqh1HCXGCytKjBhWlBgz9BwlRg0rSowbHJUqxg0DR4n2/gwlxg0rSowbRo4S44YVJcYNK0p0f8JQYhsUK0psh2JFCXEDb4YoSuzY8i+UEDf+QglxA++8GEqIGxqelWIndhqeKWKfBWg4e8XO9TWcUWInfVoeZbGTfa3V80Lc0HLP/48PBIaVFJgsIeSNYlORyZydZxqPkUWT+xaYxpsKiy25IQ2fmOtKrtrhl14Wizk7P6s431x458Myvf562PDJE0yZ5ObhpuKirDxTTlFWwd9ubo9/ScvLx2+k4dlMRfnk9r/d44l/6ZNfZMomk9GrtAJz9rgn8i2mRp6Wnp9TghdWQD4dzXf876e5U1PGZBXmWHKd7/DW7Y0UP9jSG+1vb/sWtddDxN4GlvIDLEOK/Q32blGDnWwLsNa6r7K/vT5N2etHEOYScnO2/eJstAoqtVtlf7t9WzTOnqIGWz8g4gar7W+wX4sa7CUcYespKt+S299g/xY1WCFssPUEmB8n2N/gRpb4DwxuxH1NGKyytjfUYJ39DQ5oUYMbUYQmDObfSuDnWXr7GxzYogY3oghNGMws1fKzOIP9DQ5qymBbqpM4s/XWFpza3QptV3CLBlpYu/iRkoafLLVC2xXSogY3IgxNGMw/neenYq3Qd4Xag9mN6EMTdvMvGPCz1FbouzrYw27h9osHmvfZxlZov8LsYbdwF8YDzUuWsRW6sI72sLuRstCE3eqGlcvYCs1YeFN2Cwmas6jB/DNA67ctW6EZi2hRgxvZljahZMxg/l0SdSs0Y5H2YLaLcKBVDc3XtEJvEtWigXYVNdj6tSm+n2yF3iTaHoF2s9Fu63eEWqFFSbKH3Y04s4nENtxxTqxS/+1wmGzbyJPTzOainPzCrGKThf0NCjnJG1qSVVicXzy5V1FR1mQGjKQ+KSrJLi4pMuXQNx69fd0nqzjrb6fU/HiafdHozgWayJ2l+D8Z9X783WeP5LlD+yXrS4d+Gwud9/rt3vZJtbSw5PGO3scvo/uffP+jx6YHwSPb+rd3Sq6WfNttfXPy7nIUfuE3XZhDGOxMeSUpdKmzfFhxtdcPuY4gfX106+xwJURn/zGq904n+WbqmfeVpyrR4z29Dr8+pDM8n/pEl5g1/nIu/XcM7b5P/0wvh2Q4enimJT2wvUxm7eLnBq99qL+xKz4c/rgAxrgBZ6WQ8u+vZ548LWUNH5a49plY+EQu/W33Mld55+chCZmujlA3r+LIYUdXeNMrXVnidA0d2HEyMOLbUCiYNOWNu9Iq0YffTNy55mcFlB26/2LX7g5Q1emhRbtGRMPKL6M3FeVdlx657xv3nitOok5PLfh03LcxMKMfejLik3byi/PmjDqwoxYNL45/+dbzIcCeWy5Ny1KNSEm6Ij33cqFi1gwl7Is9cvOpsa5yXVXJ8ZWL2wF73xn6DakNtRyuR+ovN99dmN0Bql7+Zcm8OdvQyTdWfBk9IRiINzt3i4FZXQfipV9HlrzFl6atUcKYQ2fHJusi4V7nSe3iO51HEaNyuv9qTgSn5R4dVz/SDk6X4QnrPWAidZgXnJHW/brTJwT63lt00/fcYfSgEVtc3xEenTg4MtgrGs4u6HTJe2c92lG8JNSlKhZStif6tisJA7LqHcVfSAEkfJVKeJqYm+0ByaFLD3rmKeDr8ZoZH4MHlPX56XLFAH9gfLmI1OSfpSOft5Zf+0HQggHnXTRX0eQH39Z+V6MASp/yWvT90/uPHd+rgO4T8G+rwyEUR+31F84jHP1HT2+KgR6D9i1+qL4S7Zr71gN7tkTCRuWpWasz3GTCroOe56UdLz3vO6UqARa6XQ7u5+cnR825MPSTyBtoSTfHjNkZ8fATps+LE73ljS+ans5++Ay6FrXfPHpeAoxLxh4/4C8nzwvGDLokeeXFFkwKS4IU4m6lr7x5yLjlTxwNh1gauBuShhCvVAkX8dPnjHOHG5k4Un2C4L3qh8Z/tdMf0l+schu9zBty8SxH0ytQ5RFM3NxouLl2zAfnLc4w23swXkI4lPckHvCRKY9z6qQfMe22n1UCDec9gfLIkI/3ORy7Jbnc79NlS8+7gfphiLu8aFclZmYArHwt7tPaebfQolNXsSUIndy9bPtLQ6KB5d+f0mj37zsMHaUAXY/Phr0Uo4TjK/3f+OzzIwiTefGlHomgImk365ZEzVYnM7/h50/BbHvh2VC4UjFg5FzDz2jDozihZsRBMiVmLfpo9rSyD8oVQKKRNsWZ8SfJHwiLFUUOQNcdGQpH07El65zlQkwP+TUl9L7n9/J3pzjJ5Pax3h2Buse5HtH8nd8JcNZHVVwM57rgwfA5cXDBsjWoZq8LuGr8dT1WxfH8VMijKj/9eX7dafQ5zv6pXyi5X0NkyjN1hbTJGTM6IxkInY6tDZTdRy8bGNTeS6b6ZUgCzArvwV292HoyXICGd2gAmKjB36BXtmNCbVMAFrvn3C67w9X9GY/5PegLmJSYUWFA8/X1SoTFZLnHikhutwKK5i/EEXGH+VHEkKvo/Z9GTxx8LBLWTSACVyalerwbPupUMMQS4RkYByRrRs49jmgcApRA38/xAkyWrUFT44Dm4/1npLVhXX+Jn+sD1N60WCDscPJ0kmk6f1yDsCp53owOgAFYhecFO8lZXxxINnXYjyiP31DAdmJGcKU0f9OJc0u3HJV6/5CLFaQjYLZhRauTiBeuLVwizV793YYfRoRCDgnPDS+ZhK36IXf4Fstj2MYEeJgGxkVmunkdUbqdUwIWHezaapaHOmeIJQUiozPMgj2v9tX5ydSfU6pQ/7tvxdTpksCAWb9hbZDM8uUUql1/ZX9GbBdwIUL0nLe84Qpx+BlEZXdpEuRRhznLNK3neMKAqUQRI4Dq5KY9aOyxx7Hn2zN9Wx8GNP6XKiSmR6ckolaxF2MggDqmWnpwjwpH8Ib0ZNkHIytHxnBd9JCZ/yvRVpKWGxx4fGoQkduqlx0BJx0pJEDTauFXiD73rjDo9sLe6f3QFfQWkesXvIH6Jb8jVBP5DHCELltW/flWeiDQ8rTpGvquOxa02mhIpwQ6Jz2A0z/R9wAi5XGaXwzzZ5m/TM30uoKeLThbs/5KKDy/9gaumIcQ07cTEtXjWQkQSAW4TqLmOngDKROSthKdS8AWrXSAfAfzTJe+ITAPy6fqy7NSz7sOLj+zKpDxSxcLFGZ2guk13SZ8/3YCHMJmFYRGw/Sx5I6DiOZbRGfYM/zzt9cNcuV8coVh/VfNSOjtCwdIehhDgMp2txMSYUf4uEimDxtiWN0tdYSlRH5XxgC1syyY18WD0ocj8QQDEmEILZg+rK7MCIRrCzOL40NcgMwqL/GGt37vhxn0GaJhfKUDRBjG9Mk3n0FUX7b5ASkr3QedQxV1Byedy/WDpPUBxDOI1qvf/YDWA+8ooLwasUgKJA1JfAwc70I8Gw3r8TQBWdclWh/viYcNpUP7r3KIBCqXq29JcYR4BYngsPipmm6XO3AddJQ9ScCejef10RFKSNoOCuD1LhDoD3/sp2PH2y3pHAREfjYeDACiurWhrvDB1KubhozrADRe4f5A65zKH4hsLRjgwPg1OgZKcRmrmuvK+5JqNNPlq0WpIdF8Hm+QKcHL0XhCly0xkP7RtbqDNzxYvXwuCupN109lxfjJWE3cZi51B0KDiMQOfB4vma5vfT2aGvj+vSeqw+A0KS9rFDKtk0uqJUrTCwlAy3ZdCM/TGsnv3McbnXfHge6dex741+ZAuQ8lrJtMZPuzYQkgaXGH+G+F3Kf60gX41FE+NIlY2pXVq3t9ZZo+da4yrS8372b83eook2zaO/2y9O57WEh9uzL/rXeRaZxOBLP8dHMG2j9O+EViehYIE2gBvIxwEfvxq/G/IWpHlB+4U4fXIhofnxPSZnRxdY+CWJg7inRuFRJd7o8K5jdDJGCRxVJeL52NwMz7wx8GEwcHRLO6cvyw9OtgTFic7yfwqko3J7C+aet+iZTrsl0JrD9wSQDmjypE6+qyRKCy7RsPM5em4Xe2I+oH9878ukZaMWLNO+9NSgKlGxmpZ+u8y0Wmdu2LhznTiHBVSazuhQLt/wZfRz0psDOQKlA+KApwMNDFSB+g/Xh0PONxpCe8StoRrRJIWNqXKmTWj+xDtG9xi4eJpGF4MkRmff1JyYcKWBLQvj86RKY6p/BlPKpMArot8HaV6WaqV+EYS3GRebzlzk3H7b+iv/03G42Mqf4DYsdpjw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJxTTMoPSmNmYGAo5gASvvk5qcmlOalpyiARFiDhk1lcksYI4zmW5OcGg3jOo2IDKMaEIeaPEAsCxl8wD5Dhll+Um5jjnJFYlJ6a+R8IyNaH6QZ/CsQ8qSzmQRcxNZQcAQ81p/y8FAQPJOcJUm8IJo2CQZnKsSg/N7EkM5lITcakaTICkyakaTIGk2akaTIBkxakaTIFk+akagKJGRqSpsuMHPeZQawyCWYDUsGZeenAwo+QHnOIHgPSbDKH2USSLguwLiMDUtxnSVbwQXWRmGYhuowMiXUfJORItgpJm5EpidoMIdrMSHKiEUSTOUmajCEUqQ6EaiMhk0BSEnm2QTMXacEBzSYkZC4kbSTHGDSrWJKlzciCJJ9ZkGcXNF9akmQXNLMYgzW55JcmEaHJCJrqjUixCabJhFibINUPSMyYpKIGkk2Mic7+kMoHrIdoD0HqHrAeY1L0QBK6MdFFO1JeNDbFqgnURCrmZ4C0C5zz84tSMvMSS1KLIQ0GXiARWJqYV5JZUulYVJRYCdEoBzKopKg0uaS0KDUFLJGA4LskliRicYcxpN40hjTNYVKpIClQ0xwk2tEadXlPsohDquSjCPHtF+2DWRdPsmL8sP+9hat70U8RhzsZDPmNLO/tS5lmcUjPYzyw1M9BOPEwn8Mi122f/145YQ+Rv7nfrjJihWmvgMP+WlmLdJef9pt5Ctd0R7Md4Py5IH3zq9/2ihuKMibmsjlMivnn/OvtB3uIOKuD5mmB47t2vLRPib3jxlzxfr986+vAHXLv7U/M2D1tAv9ve/Gb574HP35qL2hmszdIjN1B6kC0guPH7/Yq0/9PqKtmPNCr8ZZ3n8FM+xWmZ639AnkcAm9J1yRuYnHovHTvAffki/u3J9XftK38YW957WiuScMXeymwgi/2v0+/O3n4EK8D2DpWBgeIfS/2q7I1TnXuZnYINdBaKXyB0SHdJTP/Q+t7+8lWjL4tvN/2SxZfF/rk+HO/3PIXHnr/v9nPfiYLZD2zZz8nCTT5yv77QFtXNj22d2eu4FbRuLY/pv/QV42Yx1B3PNvvs4zLTbX03n6BKrPVduGr7ade4cxQyjlhD7YvgPkAyJvTFP/tv/2zLmtPyY/9z+yX3N/H92P/6YWgAD+zfyI/SOOn/X8kgA4pYjnw+DjI4Z/3xwBDJfnMb/vaC5sjv1oyQuOT7cBXr8g2i2s392+J/LrzVpegg/GRjXp5i7kdzgC977T2g/1lUDCt/G4fm3v036Zq3gNCS/ceFFf7t5/3ge6EBT+4D4C9f/L7/s99wSUq07/bg7Uzcjv831T9aUMAy4GoFOv7/r0f94Pt3XnPvv/JJ/lL+e/tdUAOmM7iEOd9gt02WtTBDBg9FycyOwDjSktiKusBkPDsqwwOXfLJ76IOcUDlX9hPlmAJ41vLd8ASlPz4uQ5sOVG2b74U94Hllcc1rSb93g/0ZKz3iaf2+ndV2BqvijuAgzH65H5zcMJ4uN8SpOG+hENiSJD6gs4P9u9B3sxkPVACSjD/eB3SwODafkh6e2h/KuTgiiV8gg6gUDr6lsHhXZST3YubvAdq7U3jdp1kdZAGBwS7w5wjCsAU/NhepibRKNTgv/3zHlDC+7I/W/vb9LuTGQ4Ec4IydF56cQmw8C9GzYuIngCilMQiZgQAnm+3hw==", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lcVFUbZl9mRIYZFoFQcE8rYRZmsPIcxDVTU/yyr9wQhuUTmGQp19LMNHNpN/tc28sllxZc8rxqZmYupWimlok7qIAIqGDfWe4oGr/gTML3D/PHDPfMfe4973mf93mfe+8QMdo2ONnNyckp24u+9belWxNz063Js9gIG340LTsn2dm+FZtjy4hnW3FNY01jTWOSYy5/GRtwa2wwrbv4ZvSPXrasjIT0uNSErBRrGtvJYdxf5zCwaazWsT5NY01jTWNNY01jTWN1js2xj3F3fLMTd7dlJt3aYt/1ZftH8XdTvAd9j0/LTKH2um4IGzMKTA9b7uj6Y6JlzqPn75IQNqbXy2AMHBMV6QBGam5GgYmRx+gNMhiTOI/UGgiMXooG0fxdKpxocRqpZTPLn8YsViBKHqM3y2AsDqy0gpHKqMDoLTKYGFFw9T6PqAHxYXQAZJQDCT3QOwIy1jtHIjv8wyR3JoOkjtQAmepdRGKtxZnqrT41QCY5kKILcqtnkhSgGiBTvetPaKk4U70LvQbIWO/KECvAPwxyqydARrnpWRxhuQAZHDlT/furaEWOxBTjQD3pIx3IkwKSqye9ohFSybWDpFiud0SN9EKNDFKloYBMUmqkF2pkcARkkqKRXqiRQW71FAmTAhmMDpSGweRAfzJEOwIyO7B6BlG5JikaGZXSkKono0JYKUYoIMnp6SWnd8u6m6SMnsBEO2Ddo6XMoYKRMnqCq9FSRk/B1Jt1t6x7tKR15xhJH84xDhjkaAeMa7RcUxL1YJZr6YLaZjmbIihndsQZmuVclCCDWc48CDaY5TyooINZzjwIPpjl7KQghFnOrwlGmKUYoZgHiyM+wCLXncWSW+QarQKS65kKSM56ieRa5FyUApLzAQpIzhAJGlnknKECkmOEAMXIMUIQNkaOEQpIjhEKSI4RojRi5BihgOQYoYDkvI0owhgpRthBUoywg+ScYVRfVyfWPKQocRMlxYmbKClSGPQKSs4m21Fy7tWOkuKFwaCg5IhhR8kxw46So4ZRQclxQ0HV/7bwbSg5bpgUlBw37Cg5bthRspdDAiXHDTtKjht2lBw3zApKjht2lBw3FJTcTTt6oSdQctywo+S4YUfJcSNGQclxw46S4ga9ghUoKW7cRMldjiraW/8b6LehpLhhVFRU7u7iTZQUN4yKHsrd47mJkuKGUVE2gxQ3TEq+DFLcMCkrb5Dihsm+hlLcMNlXo3ZusJ8vZQexL3KsWVZbYqo1gyKzxvdMt2ZYM3Oyk/1rHjHZnW2p6VtsdrYtMS0hJ82WefvB4lU3DzZk/NPWeLbzEGtOVkKqNSkrIf2OndkPp+JS0+gXcfRs1qw0doI79vGmf/RIy7ImspPxrbh0W+KYZ9OyrbUcrVdaUi6dWDp7XnzHz7f4Pp48lJSEzKTsZNe/rJZy9au333No+IA96gpYwxC2XLZzYn3jdpGJ+9Y9Cb39tknDh+15V/PsLZ3nqJqXTNHmhg/Y664G3Ew6YEPNi7BoS8MHXEtO/kHAtZTJ3zPabO8FPN6Yho9XdVfjdZVOsNHextiHObLhA1bXFbAjylWLLvx93MpzFqNyty6q4eOupfb+edy19L2/57fyVEVJt77hw/ZpiLBrUcU60q08RVFuAxsaPu7mDRF3LWJRR9yRdr/J4zY2fNy+dcUtpWd+0gEb7FaZB9wITkxzVwOWFnDlBqRReYLQCB6slpz8c2bXQpu/j1u5s2lUHoI0ghXT3tVEt5AOWEm08lCqEayY7q4G7CYbsDHmtl7VCF7M/64GXEsHqCNgS80mZWkELxbQEKXcUTpuQ00vZmkELxZ4VxMtddlc46rKoPyGpBFcWND/t5SVx+8GxYU1QpOqRV7/ObNruXSpI26L/QENj9twxw001vTYgeNstqyktMyEHGu2+M8FZpoH5SZk5qTljI/NykoYL4At+ZJk5Sbm5GZZk/gXo25t90jISbjjTp5yC0/8Vuf2+VnZnuwfhtloXsvphYPyTiPvWa0SL/7aDPfOuup77uu95MmkB38fOGc/GRvqc/z+V9V4qtv2eVEVWljtemZ2x4xAyPdObZ0+7jzpPCPw8J4Kf1g3sXT1Y2OqyJaYNo9MnHYIFQf2eayqRSEKYh/ZZ8jwjO031j6owWeuf1ryc//fyNpFlz7+rt8plJJ/5j+dy9U4+5C2NHZvEGwNah/v3sYDrzuf/WXAdRVWt+343OzxfjC4w9KXV//hAvTgXR79qDm2pPRIsxW7woffbKEIJzwkp+38P1/1wINZQK8Fwuu7nu9DqoOhip1u9GrU548J/qtm+MGS5St/GVnugZ+9P6JVWboL3tC3mUtnTxWkOdloiOXk19BJCfp8L9y6ujz3+MIKMmze1isdj7rBD9u6r0wb4YlfSWcR+MC7C+jrcBBErM5Kfe1CBXr+eten9/Txg4XvtVlfNeMLsn9TgX/YzivkxoFx59pH5aE3Pn1hUN9FGth5Cn3w++bTZEc/88ux4Trg03j8Agk+8UTQ1z+VkQWdWrx1wPsy+U//y3PjczyxK0tMpi/WTIhe3m1oKfEc+c6jAbPLyNiHVYfef/oSOnt4xbVhGcfIby50xwI/6N6NjVSgKX3I5LA8X3jhxI53Nr7tidfP8aApOYHGTfjwvriFOvjyo/E77u1aTXY/OOCn146qMJ9fmD/Qb+8pPFFEfhiy5ZMPBpxX8l+GXMfRTNxQ47m5dGSUOx7YMpBOsZrw9B4qJyPv3aXZsUGDC09Eh8BTRWjnM5uXhHS5gOLd33+96xYd3ptME708GPj2VA0+1+eBPyMm++KTdJVOIR3Q4J5ag3xgINYlbIv3w6f2tT5y9blqwvO73xt8xq545UhqJWE0mrg2EET+viP++3r8UlxWTe7liXKFjXksUFfIwyxyLZ6MTCM2vKzwYXIGuuCzOXJBp6OEnWb/cld8Zf2vs6rb+WOBd8ffez78338tqSZFQIl83QP/yGCLgnEQZXl8wTmSzF+toJiy1/zyTnTDWnEy4Y9gyHV51yt0RASw1dCWlpCYL75/ZnMrLah7taNfuQFNrtNvLuXkzRnTn9y/yQNzPu5wxW90de7/4pzmwOtiTmsY9Qxd2fNqTKuNhhiAWVk+2f2qUme+2GWTu9Yf7UGZ7ztvcv85CFh2llY2w/fywKrI7COpTjbn1pDPaNfHD3fqyiK/QOjsFo841wqeWkOKFj9UjWJLEn8c3u8K8r66NGVdp0BYaHjvC/O4VuDOT7wGfTZqyOAOx3VQwOjzagmipExtXeSJH/pm8NsRc8+gdc1YQioQq8pzARr8/OGHxz/xSRkZ3HfRlPZbm2Gex/2liG93bw4DP3/TOrPABzbQ5aZLhh6gs45K1kFbWi1lR8pIh60vfTz0h/fQzLIjh6ZmVxJeb4tDoPsoxgRnzFTp82kqWEBn4zvhIBK8dIdlKUwp8tEnQ3/QfxvlBI/NmZ+pneaC345jlRoEvH4uemGqWnSFKpHgQTHh6+7jDPfQcv/Xaic8lC/MWTLRf1XvP675Qo9rFwphvQcu6rKxg28/DYzWPEFTWkWYHK0fU02+XfMATUGVEp83XnbQeMmy3RO4bm0Mh2WVUadXtVNjLleqEySKF3YofKTihCB0sUy7N7rhry5XHxiXpgHTJUvP3llbSAYjwmA/zOtwtAaWhnQ51va7IGAs6Ha2mnzCaLfFH9qzQtoQCB2ivFbc8+RxwsKI7BQMLy7e/dne/OtEywunFIk4r6Hfj6tpiXuApXJr0mejPkDL9+Y/XtTlDNoezgTsFDnW1mPqW3H+mMtO2wtkTOfy+cfe2Is4XVZ44hyqxrseCIXvGR3mOeMjPI0afODd02Efn/WF3T+yVxV5+D46ckyL+/37JcvB7R7Q0VdNpcYdf8zk5nVP3OvNco+RLUKAikR47NgQoOI3edVXB0k1ZcEhZzXQyVKqVAu9ee5P5MKJ6wVcX2eeJPdwgXHD2/Z3tgaPdoJ2bNpqF2DqkzfnBjJO+ZpWvhrY2TNyWojj+TthLp+hAcBlKu8cEv3nDEHfHf3yxUlLCZOV0kgNCP0tIXuCB/0aWuUDPIyMasLptvSGss4los6memOhf80xr/cln5FMPoGfCZeLD68gXn4kn3w4gBZEnB+I/lGKeD5TPUHwzRX/uZY10ENC941a4IfVVhKh197K8a8gwRdX4PU5SovbceE5q8RTSLheDdfhlWm/jZ01txKJ/nIFhf9sG+nZPFDkLSkQhoUzBVhEeF+YGYAXfkuJcDYEfry4k1beVTSONbJNOsz7uWsY9KVyXV2uxXHswCpvcfw9/sAPP1mLqVmYn/m6H+bruNoX7ucT8sU/vTbsRtwGLaaiunzlE4HwwdO0cRVogPezQ2pMF/NT3b4KMp7KlVeRBjgPpupwc34AN+B1202t9FkdpqJFJbqY8L49QwWnWTttfpl0YQTODwHeF4vVIPTIDXgckwKBqgd1Ls7Ay/iZcmJlC5gSAKJPn0G7lvWkS1tGRJ24AbdBn58jfN6/VBGhwyqFr2vRElZmj3vCaFb4ec7Az/+WWuh9iBavpF15e7cghU83lL6hw5db0UT0DgEjldvKrc6w5rEx7z57NAAPYAu1TQdJw4/2ch1XoPCmTPim6+6Yp2t4AfnovyxRQOadLKVHUuHNzP64n0K+XMB/QduSWGDOmJfP7AA8gZVdP08cQ1lsnFKo9L0AUQ9HVJgt+4qFbpA8M3H40ZcClP59DVFzNX3nASfwi2aKX4X4OrwTjLnOrrlIuN/SqDBTn6SJYaKPWksJ18tXvBS9CMbJtD0uO7gPcZkfGgbCV54i7PBDpoZCJFXHXtsjoJDZvV17ENe32FDwZ4XZIwx6ckNagpyZwfk9BPjnyHDgfLnPCe6zUuc0XwcDmEDnRMCsuWxhSghTrxnT1cDre1gb4L5wUDEZwehzRAeiv3sDb/vDnGHJQ1S4kr0x900Wb3Dir+Nk8QiqGL3dRB1Mu0GErygh3HY84oO5H2vmLHzCMS1so0eb90KEov/e+HFuODWij0a2Bd6e4Cri+thTBby+6fy4T+mr5enp3C4Ah3GjWE6+YfS0qjDX688DcPuT0xbv7uQOXJ5767DQ/wOCny6BwGk4zQ8LX1iKKLsWvvd+sOCpxQ8XsPQudRLrsrANhPIAPbDwBWXkqxcn7Vt3uDX0D5j9yPlvtVj4xylo1Vejnz98LBwmsz8W+ONALlQVhPcD35bA9XLSJaRilwUTShFTY49ineInryLhWy4i7sdPBANvM1+HA9fxE0WI++SxWiUvwSCOX4WEPriC6DeF6BX2keAO7Kql5fRSJHzRNfIQL6AKxFQqd1QgcH99XI0vLGaJvY64XZ27jfBrwdjMlOycLFtG9u0XTbf+d/zmQ5OoWsb0/wN5JZ0X", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lcVNUXZ5N92GEGEARDQFyAYYYZzHxH0cJyx6xcSoRRR4GpGag0tzLFXLLcMnfcSlMzS9M0300ttzT3H2qaS5m4g0gqLr+7jZLx+8glxt8/8MebeXfe9717zvme7zn3zhDZz9Stv5OdnZ3FFR86mrINmfnZhv7DyQgZ7mC05PW3t561zjPlpJOz1LqxurG6sX891rlurNbH0urG6sbqxurG6sYqjY22jtGOzsF61saUm/XwjHzWnlyfSI/qdGd8bGvK74dbwupBtBSSbswdUA2Iuj0ZS9SIY9QpIpgkiklKEMdokkRcwDBavchzNGxuieIYjUZkbgyjFfKblsVHKKbJDCPka45JFsHo6FHI1boaUEdfA+qkMHOEQpoi+BzmZAZSC4ESGajaSUdBoplaCST4JJZDiboagJKShECamrhcWxOXa2syvWRBYagMEnsSzwuxODGQRixOLJvUYi7nIDGXM5Cm2vpAQSwJ1WIu5yAxlzOQptpSxNzGXqotx5VAWiGXq5lGqKstyJVAWiHvqXk5F6IRB2mFGKFmGqEWYgQHaYWCqxYt6ZVAWqEkVDNh0YgFl4PEaMSERSNmEweJ0UhXk+npBDsvRoWaTE8v2EdRUEoNqgYHaYRASby6C3kviRdqIUck8ZorlLlJPDWE4mQFCblcw3VPyBEaLmFCjtBwNaq2I9hiiYwlC7WVLG+ThdpKjqk2hx5248nV1rxKGKGVHMvZZKHVBccIrRRYxiYLxYdjhJYXLF+ThZYXDKOrSduvE2tTOKgmawWdWG/DQTVZK+iE0tUKEkpXvlbQ1WSBoRNrJ5lu6YR0i68V9GKMYOmnF2MEyyV9TfpqfU26Xb1Yb8MIqxfrAxj39GIlndFIL9aDMkboxToOxgi9WPPAGJEi1uQxRqSI9WuMESlibQpjRIoQI5K4TUKMsILEehsOEuttuPfEehsOEuttOEiIEUm69o4krRKEKPEAJcSJByixNlTPUWKssKLEaGFFifEihaPEiGFFiTHDihKiBu5gGUq076Wo6m/AUlQiRwlx4wFKiBu4X2YoIW48QAlxQ8PZW/0tbIrijKr+hjRF8SiLbV1qrfES4obW6nkhbmi5D8X237RJHCXEDa2Go4S4odVylBA3tMkcJcQNLefG/9hP65afbbAoyQd5BrPBlDnQkIOR5iHtsg05htw8S/+AynfsX4+ceeBDa4vFlGnMyDOacv9+s3T3BzfrPuR1Qzq5uLshz5wx0JBlzsh+5GJP/CZ1oBF/kIqfZjAbvfDAI9e44TdtjWZDJnkYPUvNNmUOfstoMVRxt2eNWfl4YtnkO0Gjwz/v5kJNGZCRm2Xp7/gPb1k38/kyIsX2Bns/zmAfgjDlk4szq2t3PVG7rXsjvN1LsL3dPrUaaGdhgxP/ZnCi7Q32tUWgFaJ2895cY10V2d5uv1oNdICwwWprsaMGJ9neYP9aNThQ2OAka52mBmtsb3AVMfkXBlfBl8cYrLW2GNRgre0NriIm/8LgKvjyGIOTrd0RNTjZ9gYHPc7gmmiXeKB11v6O2q2zvd3K/3Og9dbWlBqst73BKlsEuorKV63irLXuI9ne7uBaDbRwkeJf42ise2C2NzikVg0WLlL8KyiNdf/O9gaH1qrBVQjiYwzmRYpvIz6Bvqu+LVK5CkF8jN28VqXw7VPb2x1mC7uFFpIPv8HjyyrNEwh3eK3y21HUXn3lnwQ+gZ6zQa2a6yRKa/5VlPU3ME+g54ywBa3dhe1mMmb9pccTaD0jazXQwutlbrD1F4e6R3bOyO4NuXGqyWTOMuZm5Bks7Gfp5EFd8zNy84x5Q1qbzRlDGDCc+sKcn5mXbzZk0Q/6Pjxvm5GX8cgWHt+7Y7+7/vv8DORK8h+MZDSidUnmz31+k+dd/eynF3SO4O2xdukQl0joV3hEc1VfLLeYsntkmuwOo9Lk4WFFDeHgprMBYe0d0Pw9y385fKQefHW6ePqaibFwz/DX7xkZPqj35C03YntflU5OLRjT86AHDJe0r37X/pJ88UxyCOrlCAGrnjs9tHt9mNL7Xurty77oZvrZJbO3ucK4suP/edcSAmP1R37M0TihCXfxDU/7Q/KepzvtfyMKxjfIvNKzzV1ZP6Ct0ZQQALNcQ+e92jgGUC9iQZHc983O4UGDvGH2i/O/WDkzDv7Y1/D4rREK9PvoeXuWd/aAOGLIuAawY+bGGR95n5emlTu/NrODCzzn+LZH1Pk42P8xmVCpNPtc2Gfnd3iC87vTUyd4RoP5lnfxt186obyoT+5/NMIPVkw4PtAu3hcKB3x9wbJ2v9zUEHzmZaUbDG5S/smJrxvB0791nvRJ7i25OwUo4NRmrzlJDUMAz/ramPYK1K393FHRbZzAL0D66de1gRAafyLK2d4H0cc4+gP103EF/Dg58a1mhSqkPLr3r/RMBxi6vXGLKYObQ4el7s82yg9F21/QfdC670V5Zq7faLSrWCKzq7gdiug8pt6XtFf17Z4rbQIvp3yz483NoShXM+pbeM8OPf363nEHTlZIGyY5Xwsa548iV5sHfpzjCjM7BE58fnkz/hqIXnPZG9z12Gn5sNvAhtlvH5O2tVlpPFnii5x6eDVbM9eD8WCnK+Ag7PYpUKEhL3+u3fP0DWlTPWJZY+hP/s4pkeJUs48W3MRxu7kla3lfFzhgwnf+1Ac5upGIOoDLtaC0Lr2bQGp9YrkfOhY6LEP94q/ywm90GHFb2u2z/bv1k27J3daHj7nY1Q+W+e9rW+TTkD13e6lMn7tRAcS9O8tiYH7LpodmRfuhVev6jTz6jANMTseBGOkDreiFjsi+4/uKziZfKLt76O3ipeHQlTxwjQOLyxZ3WLa4E/gXBsA5afFvm73uSuWxmNH5roCdMHTJilgoPdCxn49KhT6NU00/5GYHCz5Yfbr4sC/PC1dUurrL4Fl/BYHbrQWYIfWB+vfyDdmCj8NkR7is2JzwaZwv0HD0c4E1c3Hiefgwfy1tDM2II9Y5QuyIiRsGu1VIWX1+fdZRFQs0bAtCEaHLu9NLJMrL+BjoQ9LoCyU6g9PQs8QVvUITyAsoj9POyF/Jl+a1vBQEZLYDF0bCS5fiN8ZMdkSEPX/suy15OjQpCHolBkJpoNyQ8tv9dicd9kuJxMDu3hC14U5BWWgAorwYZA84COvDGzVmfJ/qh4gZZ7bf4jrhCC07kUzyRpSnWiU8SxJN5QxdcFb4beW8PeUKN0i6ByUAyaLAd8LRBwdOnvKYWiIblvft3i2mSKY8CIxAdh+PqGjxeon0FM7mQZuaMj+NjUAZWw82MXxqj8YM2/f1KzfsIbnl991mRGL9oYLmCnT+ZfEsn2b7o+PjiaDcko8+Q4hwVO5LBcITtSFvernBOKxWm87elxLoxFWIyM7HvU9JV3dubbOyfSPmT9cA5Evo6OyCxuOwTzf7wzAa8INcTwJh55ub54fEN4A7Kst//MyuiOb/Qje4/iEhYhxcnocJ2tMfvTM6Hj/pvIRZIWlPOgDj3zqp6FrZ86+MvSkFhu38Q1ocCTRP0xZIPYZjRt+3h61YXSc7hADj902Z8m/6TQmL0Lf7UShU9M758V5pAGpHbnTUgelyYSgsnb0tYrU6gOu2NzjQRA2GYytuY4Q7WjSlhX1HJ18galK4JApWO/45MfayC/Lq/OU0ww4l0DwIjAKmOyVyDHmwUQnbvmqeuygyBgirVdOdEPVHz0D4+h385otYILdrt+6aPDT5i1YvHfciZJm5sUdTIGre6vwyaTf+9Pr3/jAiDCv7sjiY67vk+x8+8UXU78VeMGON5xsrmkQyXb3ijoIqdl/ZuRXzjIR7VQSkz4j8MP+N69IV7MZXW7iCiRhwuimLe69DUvP7kXfL8+9JFHYmDpbg9M7Yeke6gb2s7+EOY0nYu0dBLC1817l++cGWsZ+9tMsvGvKnqrDk3ZPtTzq4jZ/vx3XZg8VxlgOKJgUmLgh2df/h88Wd/IF4TbF5H693dnCWvkQDlcdOxXIPXJ6K5vsC1dGwYGB8dUdY9BLilt2UCm8mnlvVSAmETBN3+SFahtsFAOWXpx/Q/F6pRD+PJAW5XPpuMFaagnggah3aMgyxOEyTTqx9H2dGmfTCDpdnZh8OQw3KsnsMb+4CVD+0TYDS7acQhC4RQ1wQzcOKUuluASnEAej8IJzgfXyA5UMzoP57LxCtJHS5d0RivN8uYzX9ctofgYjI1NseCmZ/q3rQEcvFBSclUkWn11s05YiEo6qMtsQBZkGvr6RgdJCk+7JrMpGlhtmeTFeLFIjVm3KJhs2uKfPbXg/E4lIkh1DBviG9QB0RjJaXEKALDCcysMEfzmJ6zeiiYrwdVypRPo8JYDzEsTj8JzHsDutP0j1h8Ky35ixcZI9Iuc/+LBhGYrXZm1YfKP+MCkT9aFHBkR5YOF0ioADTQr3NE2UTgbcEAS3HbYJhPWV2qexEHXBLouWzlz+sKnoNdyYn5bTTQ3Hr4wp25G+UDzjTBuCuTGXonj3Qeve7O7B+TAHvOhGm+QCdrzIWsn7ug0PpweuYJ1AZer0JJLquqN/zd0dYS8rlBX+IIwVSFQeUR0vcYN11UujuSCTcYwuiYf2XJLErpJw/K5aVHLgqUd21xADVj1EuzM6YG9Lorpgh5xpDWhesZMowROtqfzugcTNGwzTS3t0JR9gZWAGOSw1xFoZOimF87hCEEshEtnkjUp4uIjfApMaZEoqKo/GM57ijt4hMnvCBOViWzAMLZcqfCUq4hFKeev6dp4DVlRLZIwpXwiEhgAdHx3tiHSAF/BcFYrwJYXX/kBvgI87A+ojVPW9Wv5vHA2HT0EbhiOqL8aBM9aHwskyq+xxLOHrPQirUQakgCDdalmZwAZfRNy5FIKoLAeUy7Rt31IMIIlibvRDzuz2wfjmB8aTYGxGveXuUyz2ziFKdlRuQQjlPgVg8vYGo8BFNudSpn8/LKZoQni9FUmPSMH/+FAzqiCtEmT8KwO3NtTwF6kqJGcjyPeeKRPuPpiroRoS3MBzo8qV17gBLntmUY/l78//wH1wf/qC6ijH1fwGh5yKu", "1: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", "1: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", "1: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", "1:eJztW3dcFNcWpve6LCCg0hUCKLvssovPZA5iI3ZRn10RFkGRjbBEMRo11qgxGrsx1qgxamKJsca5lqjR2Iglduy9oYhie7fMKhreTy5h/Qv+WJg7883c75zvlHt3COylb5tmZWZmlmOHP1roM3UpuZm6tCFkhAw3z8gxpJkbj+IN+n5J5CihaqxqrGrsX4+1qhqr9LGmVWNVY1VjVWNVY6XGRhjHaEdnYTxqoM9KfX1EziWS6xX0U5lkgz8b6nN74ZawfBA1hSRlZPUuB0SZSMYUKn6MMo4HE0MxMdH8GFUMjwkYRq3leY6KzU3Bj1GpeObGMGouu6mZf7h8GsswXLaWMLE8GA395DK1pgLS0VZAOnGMDpdL4zifw4zMQEoukIKByh10FMQbqaVAnE9iMaTQVAAUE8MFUlXE5OqKmFxdkenFciaG0iC+J0lxwecnBlLx+YlFk5LP5BKIz+QMpCp3fqAgFoRKPpNLID6TM5Cq3KmImY39Knc6LgVSc5lcyXKEstwJuRRIzWU9pVTOuWQkgdRcilCyHKHkUoQEUnM5V8lb0kuB1FxBqGSJRcXnXAnEJyOWWFR8nCQQn4w0FZmehrPzYlKoyPS0nH0UBcVVoGpIIBUXKEaq7lzWi5EKNZchYqSayxW5MVJocPnJCOIyuUrKe1yGUEkpjMsQKikbldsQbLFExmK52koWt7FcbaWEKbeGXnfjseXOeaUwXCs5FrOxXKsLCcO1UmARG8vlHwnDtbxg8RrLtbxgGE1F2n4NX5sigSqyVtDw9TYSqCJrBQ1XuBpBXOEqrRU0FVlgaPjaSZa3NFx5S1oraPkUwcJPy6cIFkvaivTV2op0u1q+3oYJVsvXBzDtaflKOpORlq8HZYrQ8nUcTBFavuaBKSKOr8ljiojj69eYIuL42hSmiDguRcRInLgUYQTx9TYSiK+3kazH19tIIL7eRgJxKSJGk2hJwiqaSxKvUFyaeIXia0O1EopPFUYUnyyMKD5dxEkoPmEYUXzKMKK4pIE7WIbi7XspqvwbsBSlkFBc2niF4tIG7pcZiksbr1Bc2lBJ6i3/FjZFSYoq/4Y0RUle5tu6VBv9xaUNtdHyXNpQSzbk239Tx0goLm2oVRKKSxtqtYTi0oY6VkJxaUMtaeP/7Ke1zc3U5XiTEwZdtk6fkq7rh5HZeY0ydf10WYacNHnpO6ZZkyNH/BGfk6NPyUg2ZOiz3rxZksOrm7XL+0SXRC5upzNkJ6frUrOTM9+62An/kZCegU8k4KfpsjNc8MBb19jjPxpmZOtSyMOS3AhCn0suTsnUp/QdkJGjK+OmjTNSc/H8MslXgxkW/7ypLWXUOzkrNSfN8h9GM+7pS6uJONPzdjUFb2te3sYtEqnrizY9b7d38SZHCeUlbMNNWPEGYYXpCbtXKmFnXsJSb64yropMT1hWqYTl3ISVxmJHCceYnrBHpRL25CYcY6zTlLDK9ITL8Mm/z11lyOYdvNXGToPyVpuedxmu+ReOLkM27yAca2ySKOFY0xP2qlTC/B7WGPs7SlhjesLeplA2v6O1xg6V8taannc1U/Auo/KVqzirjdtJpuftU6kC565V0rc5KuNWmOkJ+5rC0dwlS/pCSmXczTM9bz9T8C4jPb6Dt1SypL3F99CMVTcF7zKy5Dt4S5UrTtpTNT3vGpUa2Fzrydff50mrK9V78HNNU/jZkpe2tvR7gu+hEfWvVC9b8cpa+n7K+GLMe+hAAyqVsAM3YZa/jO99vIcONLBSCXOvniXCxvcPNW/to5FNHHLjBL0+OzUjK9mgy2EvqZMHtclNzjJkGPLis7OT8xiwJrVFdm6KITdbl0pP9Hx93DDZkPzWhp60k8fewn5zfjpyJfl/RjKq7d0wQ3/PCQJS7nRu8Hlt1Hf2gDkLg0uEAVvn+dbtZgv5Zmct7MeFo8L8Fr3cOppDE8uBjiE/yGBEm8Tvhl35AKEuAfH3U2QQUW3aEfv07cLl5AXHVHe9UIOPrp1YUWIOQw6t7VS00R669fv9xZpvQ9CjsK5fby8qEVZZXp0QdvuquOz7luCxIAhdLvTP159zkO5TIlzrE/FoxplwNCAq0P9hpDss6L32Rs46C/C50NF7/eRIlHNcVhjfSgZjvE4cKE5yh/OD5D81WVAXjX146vjwtW4gqLtvSnTaLo662WZDTV0oujRi7v4fWznBjtQfe7Zr6wJ2H37bft7NaLRavDW3fqQDnCtwnLLsC3swhMx4OenzOmhR8MZnYx4WC+Mzrz5d1t8Mfp6qG5vyYQAi9MO2ugOzjzPgs/fzoyLRdu9aSdbBltC5aOPJcc/NoO2GmqNuuocg+aGGf997aA1efVo8mJi0U7CIwDPOCkDuuzdt+MrGBiJ1hFGJQM112hed+DCv4w+5HnDzQqwv6uIB9x9+3Gn0wAgUtea7u0uvBMJmjLrntUek9k+ToTqT5j9WXLFE9Vsentx1qxtYq9xj6/8Whn7Z8+nWeZ2DgJgvs0ORMBLTPzjNHWErYVNZoZdrPitc5VYNbIZPSxjfPALRaV/2B3yXFwklF8WmxKC2XmgiflrT1kVivr6H7QGfbcLXl7Cj7vqg5pov43sulgGd/noXwOQMIQNqI9seM5t7NveHsaM6/7Xl4nMhhv64oT8uC9+f23pfxGcnfNzHCwpXte47+3g4mu9b90zILl/oMOSnX3sNnSVMqWfeYmQLOUqaHjgxt/94sfgSEdRjAd9MXiM8HF2S18C3soEi7OacXc6wCU9bdzwSNes0WnuskSsEPX+UWzDnqHisw626m2v7IQ22YsA2e3ha75MDY/PvCPQ5/rXQ8o/+22W1YAVfhd123hr9VFiVnT759rMARO29wRZkcmHXabUrs/f0aMR09kxI/bNbsz22L0Tqtxm+yLkgCnvADhLrvAx8/uiEcGT2lRpLr4WiqITq2IX3mY67WQF1S9ua6NNWNbEUzODTgjnui4d4Ar1sXDQqtiGGKxLCyXRm2UOm/ZP5vdcqkBMVzB1hHnbf0Q4OsKMIB9DCELTwF83j7Zf8AbMQb9V0BBK+H11zRdQdh++JHeYtX/l3j7NCwVaXOTFBEYhEXVhXc9i3oNGvD57LgcpRHo7o833dADv99k10U+jggpVW14PFUY4VZKmGrQcLOawYfyrdrFVtRHEP/cCfBlaxcJHINECOnnYlAb5DXFlC/nghULt18GW6tfGBo1exIbw9Yd2SvN3hsyPR1DFYIF1DwI8a8IZ4Zt3IwYfWOrD8s8iCna8vh3uj/mi3za42ovF/NFiy8wuBePNsTy803Or3rxXFtoikg4Np1cGWyPV0OLLYYi2T+wcCuTq34JBoaT/OPyXLDzH+T0R63x92it1ON7YcOF6OFHYrqncOkQPNR+fNACeDNom/hSA6v2GBEP/Fhd0z/+MCa+pkLTKv74zm3l26q5nmsBAS9vmEjX2vCsnt2taenxiBSPbTNrou0Pk/k0GfLYYp1UZGMD2v9gYaHxOOidT/z73RaBIm8nuCiN200CCDMFfHdUtO1EbUz9sfCMS9cwe7Ac2PQ4MZL+GlQOO3tS00X+LQOLQoGJ3CYVB86bIQlDlw0OLIEtHHCnsyPwipqFCs4XS6mX64VaGIs0at7TZBiPqvuzvQPOF7WfjxPk7w98JRAAl0Fw+WH5ebszzaPAzReGvswfLDIEuIJELfHYlq0cTqBSQ7ez4tEajsYusgKlsXd1hLprncDRwbh+Za+EajJ4orP4VekgPNq6s92f0n1JV4uQHNBzaHhZShOBMODEX0efVkgJMoDsw7IvXLmVroxrQ1Tv0jnWBlxtn+41q6w+BkZfvokwpE/XzHEQ6QcLllDYNicaT7KVBbQryBE8sXxWZwogeOxGN10Gcj6mITlggkW7iOd4C9yp2r69yJQtrH23GlOC3MnoV/fOxBjb3aJDsAjSaySZXB/C9Xnb8+7YlA4+LnQETc+dtwOQwmie2kDEj6b/N3BGJ2xPUjlBjKCvrg6U78PgQx3s5Mr8/GijPPTBkzalAAYvWyRPAhBW6bOQR/jGf4pzciaTqztzuQLNymsxucJu44EomqE+JugXDUPh27vkCk7g6RI6Y7R9Qk+4nrdY0D5FrMtvN7EYZwEnaZMyUYNvUlCeaJsGX6JNdBvzohWk+W2COS9taN9AG/ud3D97WOQrvD632z72VNoLoZ/VRsc9JvcHKhJ6L1/LMHIrF25wYnRarD3OqSHTyB5t+ldtCFNgJh6OQKnBga1QBaJxcVC1T3U+0Qy/vXRVY3fQCLN6F633BE47ZnNaB5/fejIlHF8PZuaM/MzXjG+cKn/XFkrrRAw5qKQ2oMrIHsyYSbuYABq3Bfljmi9uzsh2h93m8Gf5H2Jc4c0fr/jRcil91JdAR6n6gHQiApAP1qoV40gE8IVFcTfxFo/TgfzHBtbwvTcBvQ7fRJkfYpTWsjb+y9ajl3BdY/WABJSwXN/BGLw3sCrubq/ZudYGaWbARy8EeU303cFxHanSygJZmWylhHzIFUmYuLPWHy7cGCumU0ovl97iEBF4UPqrX3BiLnLsMViJq/sFjoRwh+4w1TH+ECguPInLRr/i+kuusAtG7mKZAHSY9H14ssDsxhjy0WpqhAXegFDwWaRwc4Aw2HJUrUMY5khkKh5+VDQafy7MCKtGv7gxHOUlhhfsD6ATcgsprbPRjRsvYgAIg1jstcgKaFg/aIqGnwoacibce+cIEWI51b/XzEA8U1IsosEmcRdw4qEGmcdfqA9WkHLcAjecdfEbqLAnWPWxQi6XezlzUU4+ruHmoL12vhjI37pcaEeEcfYH2JO9B8tDeSxVFeKNDb+FwQ9+5osDKjuw1KJ4ZdZ4dIFhrRXcq3nUIR9b9zCHxCA+yJQP3y0AvR8KzmikhX+LSePyz5dmfAqvxwlPqfc62+muEPuJu5YaW6Kk5S4E61R3Upri3R/j/Jz32R6kYmR2mkkZnuATSehj4TaBm4EYSwV6cdWRYItGybebA4fuyEqI7vHBZ2NyON1joBq2fvglGRiNXpEwJdvsRn9c4xZOv75bzZ/L/+d9fXr1eXMab8H1kdOTg=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3tclNW6Hu4CchkY7pfhMgjWtmBuzKT2LcU8mpkX3FamGcIAY8AoAylmmabm1tIs7aKmnlLLS2WatTX1e7fby9GOl+1lh1SmmJkhiBdUFOys2+CNfWTNBs/vd37wx8Cs+Z5vrfd9n/d9n7XmI36UbXCuu0KhsHfAL/1tBZbs0gJL7utkhAw/YbWX5Lo43vUosRVmkncZ7WPtY+1jrTDmetfYkzfHBuNczOyI/+htKy7MKsjIzyrOs1jJRU7j7l7DgPaxZsf6tI+1j7WPtY+1j/0/HJvpGKMKt6lz9rQV5dx8Rz7rS65Po6/aTE/8mmktysMSuWUQHYX0spWOagFES1/1IhAdfU0XWZi+LxlL04lgDPTVJAYhY3qjiDUcIzSPkWGEzOGYdJG1pVOMVi8yj4m5WsgeM8OkOoExthTDZmAGtXhxFJTGfrXYC7eCDEIgLVue2QmQLk0IpHPGJgYyiLmcpZ6uxXWEuY39EnOEQTArGH+Yy8XixHNJzHs8mVpM8ltBYsFlIL2YTSxvtWJxYiCDGMjszEwMZGhx1We+Zr+ECMtBBqEaoWXprhMKLgcZhAirZeluEEoNLctcrZj3dE4UFg4yCKWGltcIMUfoBRsny3M2k9jyeGERczmrETqhJOQggxiNWLrrxFjOQAax4JqccYTJia6hNTuzPLMTmatLdcLlDpBQPul4jXAGZBCikc7kRH/SmZ0A6VOdaDX6NGdAonWP7UfImFFIV7J5jC1mHtuRUIzQXomVL6MTGt4opMdZohtb7OxbMC1O2Zu63yi0LeMYJ/YKRiEeMEy6mPRi1E4Xk14cJKZtGE3TxYQrB4lpUEbudGd2Jelisp+lRLpQseN7hXSx7RnrzuliewWWSSZnxLhJjBGM4yZn1K5JTBAx7pnEtA2jkUlMpjBGmMRaOmOESUyDMkaYnBF5Jmf0mtkZ6WV2RkWZhRjBtY1ZiBFcppjFdAALrllMcXCQECMcIDFBxGhkFhN5HCTECAxyI7mYKiYN9RwlxIkmlBApmlBirDBwlBgtHCgxXjhQYsQwcpQYMxwoMWo4UGLcSGeolh9Z3oYS44YDJcYNE0eJccOBEuOGAyXGDTNHiXHDgRLjhgMlxA28u2EoIW44UGInfU0oIW7grRRDCXGjCSXEjSaU2A5Ry1Giuz2GEuJGE0qIG3pe58W+FWhCiXGDV2yxg0I9r6JiR3EG7g2xo3cDt0vsMM7gsEuIGwaHXc1zgzzRYw8jH5RYii227HxLIUYWlz1WYCm0FJXYc0NuvWOuB3nni1962O22bGtWidVWdPvNMn2abjakbIwlk1w8xFJSnJVvySnOKrjjYvIsUUa+FX+QgWezFFv9FLc+g0Sv8cZ/9LIWW7LJZJmBBGErJRdnF9iyXxhntVuauWlva04pXl8B+WbW6n73Tb2oRXlZRTn2XLe7nMY3SQYj32C1vd3+97KbvMtoqcG+wgbrblWL6aa2Nzjg/9hgs6PCUIPNbW9wYFsw21vUbsc5O9/zpba93cpWDbRK2GDHQSg/V2h7g4Na1eAOwgZrHZ2JGqxte4ODW9XgZgpDywzmJ0e6tje4GRL++6ncTJ7cw27+RRY//NK3vd0hrRpoYYMd3wjxQy5D2xsc2haBbqY+tKhXGfiBpbHt7Q5r1UBHCQc6zSF4qcH3QX6Ft6rBXsIGM0rreSrfB/kV0aoGN6Nt7mEwf7CAU/o+yK/IVjVYWIbomP4w8NPi+6C7msm6f8PgZirCPQzm3SmNn963vcHRrWqwj6jBnMt8z2i+D7orplUN7ihqMA8t1x/m+6C7YlvV4GbUzD0MdjyRwr/xaXuD1fcy2Bn9IRxox0Nq/HEmA/u/TiG7yVv2PPTtx1R3XPsvHzGhD4D8L4u+G8OeeU+/A0MiNjSroNSSSfZVA8aMsdmtJZb7bhB/IF/IIP6w851e+BcW3XaRneypSOwzbLbiHGtRVonFzv55gRy3DSrNKiqxlpT1KC7OKmPAWGpAcWl2SWmxJYd+8PzN972ySrLuWCA/YuRxuo1CFnIl+b9fMrrW7fQbKYW+IBme29S34zE5Ep6N6zE2DM0uHRvld9wb9s04eOy47wn55QPrn6nbqERb/xbWKfOxIND++nnSL68tln03rCjbtTICdXXpP9VvgAs8Wvb0p4a95+XKM/PXdTzvj3rNKjh9vXMovPH47+56pTeop1UN+uuxWDTj0g/fT7b7Q93GipmNyyNh4JvvFQW9dlzKnZE94sedwVBee+nxZ6aD3GNK5a73X1KjV/vIL8eYQuArvIqKPUqwKmyT3T2iUUZ0VaUxsk567eEnVvj0rpLG0AWfkjwnz8+YVbBfosv64qJ0OuaT3/o8dF3KJT+/+sKpC+qDtpEdoevPA958r8YD1Qzr+ehvR5NgaeTDP2l6x8C76zqOXTOrQa6pAnPiHgUs/POS1Z+VX5bZfdzQtWr8wccuED7/sHf+R17wPl497FEgsqwdc/zhk7JdnR8JUsGMacMObc52Qy8Sd3b5TfL5/uMx3X1qJeJt1wdPy769k0pdFyTCqMCnzV/NCIM52+pShge4oC+Id/1Cwas2tM/AbkroR9x3OQSlffBA+PwhKtj0gnf90uRQoPbkeqPimbN/ufBHAiRRw6Nh548bpk48cEm6/gj2iDYeRm8ueSd8ezDMVGfXDNvmgpbhVXx/MrjpPvkJBeMnnApCB3oRz2uA2R0PvpqUV97Y2BF+xNHqrVJC1t8PPWiJuCRTfz0Tj34i06w/IU/HZp5U7eVxqJYnkYnz42BD+tVtOQ+oYfyijxI3NjRI1A2BCTDiRsa16tUJIJGFNrhz/9XKJMp5vX6Sluxdtf/I0CvS+ez/HtFvRiKw92qgfFpZLSvIz6sxsBqPnj0XCi+RiWd6IM8glbRzcyd2381xMCezRPPeJE+g9MmrkZO3Tf/kqT1+0Mtqq53W1x2tWLg9bq02GAgtY6fVycEXeuzPNWjQEW/ikQr5EGb/OysvyaumDOr74au1MrEyxlsNy7fgRLgYDxVrrg0v3FEjJdCEUbN4TE8Ecvvdh33Asur5IYNPp4B/l3UfnktWA8mOrvv84HiXt5ZeTbsk6V/9Bk2pPCkNo4nQAZS7Nv31zekdEGbP299NqpN+lZb9vNW/Xv4xHzMrJwUaVp4/2D8hHH4my5pyRaLxe70T0PUpAgB7G8/oivBsn+z0VQE1e6oaEn+of2X05mBE8/t8APPHaRVc+SXrP/+pr5ZG9784O7OkQdre8zPrsbGVEk4GbNl1GbNw76pzSbCk258OL1iB+YzTs7dbvfR5+cgXByyOhOdPHUj4ocwDYkPxHfapUf763+0b5gexuNhiGO/cV8ghMbtPSTlKeJAmjDscVBxz9faJQ/+YOxwz4YrM6kGllNZhTfSwnG8lmt/TomH8hOV/yhgeBV77IgZVRDVKIzt/F7hrGObzsbEzZ0+Ng8IdN9a9dOG6zOpIFLz8+dejJn0QyHmlQtT+ZXHcD0rIO3J69IOXqyVM0qTSnoks36erYe4rhLCY39o/pz5wJhn25+ILqxJgbsAE4+qtCsCkw44/Kw/BdPrjrbPyO4+QynJDCr3+Xc1utwioX5qHLQ/m8fVAdbh6mb5OAOrH6Cjw0CuN3bask+mvg6GQ+m1ygO+GSKB5c1iFSFq8FecBpJrBs2dlWperI5h/HgkEevmK3fI+kgYF/oi4c9nIEGbnxHIplwQyNAxhUmAi1MnTdw/526fLrsiLMQ36XVGiKfbe8y5P94Q1n5HARQP7/DeJhK/+RhBgq1cGH/hd0pGf9XFoV7/0v/SICwePHXPSxnX5h0zryxI1epwkWicldB5OKlUwVPttTf3g92iUQpZXHwYX1g58YcE3Klj8HAlUDGJ+c0HMP1elifSCM9KCcaQgXJMKaIC3y4TtfeQqiZbreSelWY0WbFGthJMSZ6YHcvMmlWuVRC972RV1pwX5muRHE8kH/o7L5pxtvownC/3Z+p9XAqtTXpA/t3qitMENvUAmfi2Z5WVyNNA6orggf6jEGZ2eBM/1+y+v7gsjeN12hWPvvD5tWKYXHMZVr/Lpalk7rku8+lKjRP2ncYUnyDSWDkD9o66V1pO28YMXYK/gQh3K7++JutLGVClFuA/FpUCBBjaE278PqpGLPnbZ7KHVQHfSGLaEw6Sj3cueTvFGtH6oVEDzRuMLhcSRb6sQaQcN5SoYt3VJ5MMjIqEiamKW9ognomV/jQYSGi+XHh+uhvLJJOB1UqdMj4/fXhAPjDeBvO54IW8SkNEB4E8WWh4KfU5MUH3upULVi3GiV2iAlvkpiazeHw1kPJ3nDaRKaN6rld3Gk84Qj2j76lArf/Dtu28FTKiUflGRBd+QiZcKvo4DEt3ofnFAvBf2jSfrU3IC6wfDNfBuPCmcCmB+aZSfevZL+ezisxKtd+4uiPaLVA2QtBk8NB6mLiaN4KD8EDGjUyzgLPvnjsJw+PSpPdrtX/oh4v18RRXvI35s/qqOqPF1UmDWy9SPg31gEy4XlnEKxPhVy+pcQDBkkgWdd0Hs8zBg96uXS3EVG/qQBp19GGfirCDAq8FXHpXXFmNmdUvi+aIELCowBV1g4a9EKCQhWg+enCuRcP2kuS4zO7fIlI+GfRLtj6uuyu8/EYIlUqOMi/E502OX5fo0IrCuy5NoAb0o07SwxALVMwPiYRFuW8X52FekbfnGAwnff0xOBCITjN3OSTSfB0YBvd+OBF4/6qSPHvv6YuO8GJYvlfGg/+grvIIAoG3hpBrwJDOyuyfBWELI2gD4ZhRmZH0U0LYZpAGqbwI84GrmyeULp3YG2jdU8UD7314lkOrdVZ0C1G1fRMH2Lx/CFFcCrVdLHgCijtKuxEAGaTM+3kDLTq9ayWsk8cA1icrMCh/eJxTIuPpRTIn9EqVFN3+eT+WsfrvOlNl13kB1zkFPxPqsG6L8G9og0/46yhfRujv4ohRMCX1CPtSfKC5/RPMvqEaiequ/K1B5cT6F6Z0hEaDZ2ICZ44ZIVAdd6wy0ju4MAYarZfXrZDLMx24bsSgKKB8mVkkTSSPxSYYoHHXPyYGAo3NiwjwfRD/frGF9x9OH6yIXRPNLnwJEXf4R7wusDjZIybQhhgLVfSXxQLqC36MhiGRdVGwg0295at6fQxD168xgppPOqIG05dmH/BGLYzBswfJl9/JgGJy89C9rT5yUcBN4EgX7AJXtLwUB0x3lEtXfngqUSAt+hUxUyCLdVfko7h6xLyaxujM/GHrSBlfJ+vKmaKD6aLcP0PJ6PBQxPibwfhHAddYpqmoWrU8Apn+j4cj4M53SOgQAab8r7SmwmZQTo4bVHZUn0G12j6I8e0mxrfCO3djNf/u+uTdrZkz7PyS0Snw=", "1: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", "1: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", "1:eJztW2l4U1Ua7kb3JU3TpOme7lAEmj0I5qsFBAELVFkUxdKmEGgbSFIVRVErCMjmIOIogijKiIqAIKvkCCIgCopIkV0WoS5QWQUE5mwpWx16MoRnnnnaH0nvyX3vPe/3vd9yTm5UA229ygJ8fHwcwfilu63cUlJVbil7kYyQ4W5Wh7PM132U77RVFJGjgqaxprGmsVsw5nfD2H1XxnrhWCwKx/90stkrissLBhfbB1ms5CSPcTfOobBprMGxzk1jTWNNY01jTWP/h2Pj3WO0w62vnHfbKkuvHJHPupDz8+iruigQvxZZKwfhFrlxEA2FdLBVDWwERE1ftSIQDX01iExM24WM5WlEMDr6ahSDkDGtXoQNxwjdR88wQnQ4xiAyNwPFqLUi9zEyUwvxMTFMGw8w+sZi2B0YoUZPjoLy2FujrXA1SCcEUrPpmTwAafKEQBpPODGQTszkLPQ0jc4jzGzsTcwQOsGoYPphJhfzE48lMevxYGq0yK8GiTmXgbRinFjcqsX8xEA6MZDJkzsxkK7RWZ/Zmr0JCZaDdEI5Qs3CXSPkXA7SCQlWzcJdJxQaaha5ajHraTxILBykEwoNNc8RYobQChZOFufsTmLT44lFzOQsR2iEgpCDdGIyYuGuEVM5A+nEnGv0xBBGD6qG2uTJ9EweRK6mjQcmd4OE4knDc4QnIJ2QjDRGD+qTxuQBSNvGg1KjzfMEJJr32HqEjOmF+kp2H32jlcdWJBQjtFZi6UvvQQ+vF+rHWaDrG23sqzCNDtkrfb9eaFnGMR6sFfRCOmAYg1jrxaRtEGu9OEist2EyNYg1rhwk1oMycRs8WZUYxNp+FhIGoWTH1woGseUZq84GsbUCiySjJ824UUwRTONGT7pdo1hDxLRnFOttmIyMYm0KU4RRrKQzRRjFelCmCKMnTZ7Rk37N5EnrZfKkizIJKYL3NiYhRfA2xSTWBzDnmsQ6Dg4SUoQbJNYQMRmZxJo8DhJSBAb5k1hsI9YaajlKSBP1KCFR1KPEVKHjKDFZuFFiunCjxISh5ygxZbhRYtJwo8S0YWCoxm9ZXoMS04YbJaYNI0eJacONEtOGGyWmDRNHiWnDjRLThhslpA28umEoIW24UWI7ffUoIW3gpRRDCWmjHiWkjXqU2ApRzVGiqz2GEtJGPUpIG1qe58W+FahHiWmDZ2yxjUItz6JiW3E6bg2xrXcd5yW2Gadz8xLShs7Nq2FtkCd6HArygdNit9hKBlsqMNI+omO5pcJS6XSUxV59xbJm5CgMv+Q7HLYSa7HTaqu89mJFofUXu3/EMEsROfl+i9NePNhSai8uv+5k8ixRwWAr/qAA381it0b4XP0MEj0nBP/TwWq3lJCbFUkIwlZFTi4pt5UMfdzqsDRw0U7W0io8v3Lyzaw14MaLBlFGg4orSx1l/jcYjS+SdHq+wPI+70hv8A4T5q25umk0GL3PO+pmvMlRgfcIm9yJhhI2eZ+w5JYSDhEl7N5n52u+Nt4nHO0NZcuEebv3Q/n2gvd5S2+po4OFCavdBYoSVnufcIw3HN1Afmgcb76PpPE+7wa0+N/zbiBqbsKbf63Ft8K03ucd+z/B2/01Ed/50nmft/yWBnYDaaJRJUvHty/13ies8IajE4Qdnefuginv29CTxXmDd5Awb6ZsLQ/s29CTKW+pwBtoeG5CmD90wAV+G3qyeG84WrhF0bDeRMc3lG9Da9ZADP73vBvIFjfhzStXHt/n9z7vRG/wDhXlzQXOF5mm29ChJd3SwA4XJcw9zFsU021ozZK94egG+p6b8HY/ycK/KfI+7xRv8Bb2t/vhNv4YlI79HlSINzlkz1Ffu7113bl/+2gKfXDkP0z6Rgx7Vt5wHYZ4rHdxeZWliCzECocNszmsTsttJ8Qf5BcixB+Svt4Kf8PompMcZPVFfF9gs9lLrZXFTouD/eiBbNP1rCqudFqdI/Lt9uIRDJhMCdirSpxVdksp/eDRK8cdip3F102Qb01yP10jIQs5k/xemIy+Gf3uZ5/XyNEyeP7A+h0p0P6NB2Z9EKGC7DVj5vb5KgFdVl08U7U/kXz62sozqXCgr2LpdyBHk4ucGdMHpEFC6z0Zgb6psL55239supyALlnOHiqerYDqnl3efHaMCqbkPX6HalYA6vsv3Td3RqbA845Or5wJVMLuTv5PhGUko3vIW44SdiaMLFb/EAKdXU8nGY9I0F1Hf/zw/Kp06PPQQtdvM1Pgq7V3f2Td2wzNPdq51eXZSlgxNOTcW4PkMHF6pbT60Uz0W+uV2VGbEuDn+ZmHqpOzoVNmld/rOVmo59DXH5/xthzWr1g2MXBBJmi+WNiqMj0JDU+I2H9HDwnojhs73mNXApn19sW+yExuWB7I5p8VhvDsU06VpzJeKhnULv3Y/0hLFXxuSr/3KX8V2jx26979m6TQzTAu/1FLIgxvH1rzTl08chKa+2LAtHjDY6v3yYBet2U6+vTkxW1PvB8PyycG1slzmsORJMIoAL33xhepC05I4VD1zG/mbak1O5fEXth0LAJ98tSJBT1y5RA74d5fApxKoHacFIu+X3VQlrQxGuj9X5KC716/kPEp4UiOURurJfD1KGLJDa7RI7/9pN/pEFQ2tuTh3YFy2HK26OC7b1wyN+8/ec3poxJ0NnDAa91io8Ev90X5j5PkYJn36P29sqNQ3dwvuxpCwpjdZ8rQKufUuIDeEejDj3YMeGxLOqybjB37kxIq1l1a9NTWVHSqvPfT8z9VADF78K5sIDL6qK8UdX8hovDjV0KB6kxxwExpjZOiYyPNukfOS+A3RAwpQUO6n5xUtDgd/eogZ8TAXSMw04kZ0LnHX3GOmiD0pP6Du/rsioC3xi34qXaaP9o1/qLlbEY0GonNM/RBKdxNBPNkAKxRZBU1S/dHWJXPTVsbAo8RR1fEcD+mo8X9Ti/fGRoJbfFdq48nQAerrW50iBRR/43OhDQqdzlQ3QxMQn+UfP1w12A5UL3vaw7/XPnqlKgVckTv804gtLvvu5f7X6pxEZWlL49Guwf72J4LUEA+CZgLEiSVmb/cveSCi+nWFx6+VHD+91wFImf/FaRCQZuVPXeuVEHSxsPmOeYc6PZeKJZuBpqzb3XkjCIVrMSyrdueC5RPwXHXDM3biw3L4gFbFzviuBnP+vC3aT+5aLyOjwGmm8OuKW/9mffzfD/0/d79YVObBzFdDlNA3j9bxE2TpXD9y+D8M0NWOYsk0LryHd9VHdNQzIn8LWU/pABhsa6wBVBd2s+5DuLwf3WKHCbsIgQXmycfOpGy1XbeRdi9kJgKOCv47PVLhBU7sWMMSYjySVECTSNqH+gdeceiN4+Ho9nbtceNmZzvLAUY/1xTOg+p0Kgf24/oe1QKEuLo6VlAwmfADhlyDH7595GjJECyQLuW58yzB33yi6MqGlF39o6En8Kmvv98z0DUAqefURuCEc0rpTKobk0smczitJrreVw8nMkhwj9tLl77fa6lnwTtKyQZJAr2Y3NrDiiRpC+J2AuuQOq4aLiTnNBKhvKJED5IQy8SOl/ImQ4eTAMcdCXHdsagf5HL58cCzkJhS94Lh4P6ePTQW4GomTZa3659KOBJ4Bn94arUPrsU/EIQUc8/2kbAtlyL8sCOGKjNygv+sH8MIrNt/XUSLOyBBbhbBS3xx337pCCm12SYVIU9B6mQRROFEtVgc3YclA6rmuEJY77zsSoKH4lD1C4vx0KbFu/HfJuRxuzaJxnhZPvMhHOJgA8eWmiO5HaKZtdZn8nidHoq0HwaFo5o/liSBncTmSWogM07GM37Y2v3gT3igfrHLAVmrwsuNUnAaxWwd+qLox8sksM6rJ7BCzMQNevqZKBxOyeT6SUtG+3bTyaaxOIlIQdaEeFmZaMjE3J+j7gUA72yccSrsqFLK1yJXs1GH+P0PnOiAki62qzI4HGmRLWdyQmR3I6JgFl32NEmGWHRzf1yUzAoHTXSE58rgJSV/hUnXNMsNCECFvuRIbkhyH4uqnZp6wDm565/mXPPTN8zNSgULUse/WvPuFS08bHVs+JtEqC6L0wDWpZmqFjdeUkOe4ePn3TIHg+4SA0ff188wkn2i9Q6BdD4HCgHEm5TfDIQtUfPOEiY+UjzTd+2gERc9h5oc8mFo6+Z9JUowOrAjE6aabgMkqIfnsCMxsbBjudw4fw0Htp91utV1X1ypp8VYYAeSs3/4x0JJNMEE4VoPlodw+rUhKOuT18gDgxAT+N0u2KcAogcP+vVDHAWHH8xU4oSfz2gj4dweIGUnWlK+L77QEnfEdGoa78xxu3r/ACLfWGr+TI0/fKUZy60bYZabnv956S5GaxenlICLZ/LU/jn8UCmN+mBLHgDn3V0rATRtDDOH2iefr3OTPN6hAL1x9Mu6SYBWidTohFJN5N7ZiDmpyjo8FL5kQsb01keeC0AxZKEcUgK43C5C4sJYP1B/0hUCDE4lCO4joNZPT+Rhg7UTlsUPjwQkuW4smxOgiHUQelo7WmSAMKBth2rsT1wOv0zLZPp6hsJi/djSWy+8XLEzssAmk+PxQLvGxDJOl2ezoRv7sQGT5SyuM+Soj1LsMGnZgON4wkKnu9TkLQafTV7dAzQ9GzNBaym1nvmJCCcjPCElOBLCuWWFoDFtyGofTwqIEL6KgaImb7ekwOsfsShJ99tWZA4NAJckaQS/OrC2XBJ7EolmnmcJDg/KKAO3WAmbcBav1g0qx32WJkv7w9OuJiuwxDTiwKmbQsZnFYuQbtrsMBkMkTlIVfCd2m7zj3zSxjKoI6VIhov/eO4fWQomxbiiy5Stp0ZAawP6ZqAfMjfs76I6nfuSTPL53L04UukcBx24aZqzZhsX8BZaPnQLnJkwvI5NzmN3V+bBix/ZAGtp/1S0fGNuAEZlw47Sdh2bM7qy9JkRNPpvFS4Nxx3Lr2zWRxJshBOviPWb1QBtautBWA15W/JykQynA7qTqUA7ZusdwDQApuOokljmJUOk3A71nlBS8DGeOLJd3e4SJp+/u04SN1qGxC0+YKZ5sd7trv6kIAvTIIAWtBqzHOGkcL6lyuUAM8nwqghpFM6a96+rgJfYoGZ1dFoYPi3zeNJ+7KozkWyzpkaCZByvC3kjIv1OYvM2Or4CnJWl6eedOHkgDP4ny4ndYQ/rP4cNx4dY1memxGEcki5OecDU9tiBXVXsveIy67Sh0klDAdaF8fiPE0NkYxoPVwrgelTorBnwuAUbkdrx6gQzUdTZEDaoMMSKSwj6WNDKmI6SoENpPx/nAuzSVuR6YtI+VRi+5Au/JNfDro+wu5ZdykCPUsbeCnQfkGSCjSuuktZP4z7AcbjiHmJARf+FjI0jAonktWvMfGI9rnaWhfNI7pouJ8AesQguszOrxzkcNptFdetxq78XPzK2qyBMfW/AWadCow=", "1: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", "1: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", "1: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", "1: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", "1:eJztW3l8U1UWLl3p3iZpkjZd0lIVQaDNHhDfwUKlLCIUkB1CG2ixNJCkQFFRRISpCsomCiKIiCgiILgP76EwIAwKSGUVBZHNssjWQlnmbilbZ+jNEOb3m1//ee27ed9795zzne+ce/OSOtjRbUign5+fqyE6dHYU2fNKiuxDJuERPNyp0OUe0sBz1sbtGJ6Lz7Lqx+rH6sfuwpj/bWOPXx/rhnIxNwL9k+1wDrcVZRXYnEPthfgir3G3z6FL/VitY+3rx+rH6sfqx+rH/g/HyjxjpMOtqZyPOorzr5/hz3Lw9ZnkqMsNRsfcwuKhqEWuG0RPIG0dJYPrANGRo4EHoidHM8/EDDl4LFPPgzGSo4UPgscMJh5rGIbrOSaK4TKHYcw8czMTjM7A8xwLdTWXPVaKyfACY6orhj6BGlTnyRFQJv1TZy/cCDJygXR0elYvQPpMLpDeG5soyMjncpp6+jrrCHUb/cPnCCNnVlD+UJfzxYnlEp/3WDLVmeQ3gviCS0EGPpto3ur44kRBRj6Q1ZsnUZCxzqpPfU3/cBGWgYxcGqGj6a7nCi4DGbkIq6PpbuRKDR3NXB2f9/ReCAsDGblSQ8c0gs8RBs7CSfOcPolvekxY+FxONULPlYQMZOSjEU13PR/LKcjIF1yLN46weFE1dFZvpmf1InP1GV643APiyic90whvQEYuGuktXtQnvdULkCHDi1JjyPQGxKt7dD2Cx0xcfSV9jqnOzKMrEoLhWitR+TJ50cObuPpxmuimOjv7BkydU/Z632/iWpYxjBdrBRMXDyjGzNd6UWqb+VovBuLrbShNzXyNKwPx9aCU3GZvViVmvrafpoSZS+zYWsHMtzyj1dnMt1agmWTxphm38DGCctziTbdr4WuIKPcsfL0NpZGFr02hjLDwlXTKCAtfD0oZYfGmybN4069ZvWm9rN50UVYuRrDexsrFCNamWPn6ABpcK1/HwUBcjPCA+BoiSiMrX5PHQFyMQKAAnIsZfK2hgaG4OFGD4iJFDYqPFUaG4qOFB8XHCw+KjxgmhuJjhgfFRw0Pio8bZoqq+5blTSg+bnhQfNywMBQfNzwoPm54UHzcsDIUHzc8KD5ueFBc3ECrG4ri4oYHxbfTV4Pi4gZaSlEUFzdqUFzcqEHxrRB1DMW72qMoLm7UoLi4YWA6z/etQA2KjxtMsfk2Cg1MRfm24ozMG3xb70ZmF99mnNFjFxc3jB67aucGfqPHpcIfuO1OuyOvwD4cIZ2l7Yrsw+3FbteQuBvvOCQIn4WjQxuXy5FXaHMXOopvvlluWM3NupeOsOfii7vb3U5bgT3faSu65WL8LlFWQSH6IAs9ze4sjPS78R0kck0o+qdtodOehx9GzrKKHHlPjS502Wu5W3ZhfgmaWBH+SrYw8Pa7hRBThtqK811DAm7zFlsdGU1sZeV7g6PuqsHh3Abrb2wTzRbfGxz9PzbY6pEWYrDV9wbH3FWDQ3kN9uyss1Vehu8Njr2TwdgjWY4SfHFeXe1WcNvt2QFlGwq+t1vmC7sbctut81QmYrfO93bLfWF3LTJRN7vZBpLe93bXQsn/IrFryZo7GMy+yGKbXwbfGxzni0Bz2+35YojtdRl9b7fyrga6FpmoU8kysg1Lk+8NVvki0BruQGd6+l5i9z1oxtR3NdAh3AZTShtYRt+DZizeF4GupeG5g93sNQNG8HvQkyXc1UBz9yZ62pQY2d7xPejJakm+/8LgWvThDgazWpXJ9vJ9b3CiL5gdxms3ozRbT1rvQTOWdFcDHcFrMIswa0qs96ALS/ZFoGvpdO5gt+dtFfZtkO/tTvnfBtrz5hp7x8lIf+zJZTA+pS9J37x3dcu1//a9E/JWyH+Y9O0Y+iK8+RYMDlVPW1GJPRcvtrqMGOFwFbrt99wg9pY+l0HsDehbvfBvLLrpIhdeYeHYZzkczvzCYpvb7qK/aMB7cF1LbMXuQndpG6fTVkqBycQAZ0meu8RpzycfDLp+3tbmtt0yQbbvyOJ0E4Xs+Er8Y2A8OrtT3Csdju8SHrLHH+ylioTRzVJTzlUES5/cd2jCvC2VQlSXT2bY28vgWcE44KucYGll8+KFDb5ZLwzbP7JsSn4waCJ/a/aaNlqarg7sGdUsGLq709+4tjUGjg5reuGN/iHSgqrMw8vuOyrsHjiqS7Jyk3h/btDCaV/5SeVjjt2f2fC8EFaQVjTmUgTMuBA8cHanq4Lq821++/1PiJfVrp2yM9XCKUu7x5wXo6THAsaEpzduAGlTSkZqIreKO946nLT4aKV4NevSiT8hAmatjBi59GUlPPHqG8WyAI1UlpJ3ss+j4fDGa9FjTX/Gw+ODY3pZz8VJ7cVnkyxHYiDzzSbqmTvkQJ4/dr14Wtn+icu91GDr3u2B+X9TQeKfB00JUjxk31fi/9bkaDC8u8pc9YICLs4f+unxs0HSL+nB42dOkMOepZf6DQ+SA51vlfj54Od2ty4Ng40href0eCcK4pK+/0N4b6eQ1Ce/1a9d5PBF8sQ/u1apYP3UzNHNDiRJz9h0PTKGqcGcIPXVtjkvkMePkMOlccO+cU/3By0245EKYd2jHxfuH7lf/BSb2TcGig3Pfw7+gaBpgWfyu/D9qDXvJLTQwMbZX896bWoQkPi9Kode1lUbRz0iB2RFQ82888Kyxw6MVTSPgWe3ftr7vDUKFvxsQC6+IMgW/X2t6v69IpnmliRo0nLa5ucmxwNyfvSxSi2sW4EDv0uk8SkXXr5irzy0IEZ6yfLz+uEGNWTh6ZWpYOIz6MbGBKkzptU6DdDnhcGkxU9u0q0Lh7dGz323UW8tVB6yoUcrAFt3tFQLT/ZdIVbMk8HzOEBj4qHj8UBD7CiZ1OavvH/2f1kDiESHJgyQAYl743ga16cUEB2++v3SDVeFI680PhH5SBAU+jnGB07UwG9roubqD2qg4PUTzwirEwGzc+XbavipMyJCqRKWB2DERfHRQX9sTdu7RDz1/XfIw2sEGn+lhNk2LiIB6Oex8PUD6EmH1ZJDNkHalKoFROZhnc8G0s/7BkFjPBFrKrTbdfpchzdj4cvLk87tVTUClCxBsh0p0CHCv+mknsmwoylKNHU8kHCPjIKFjfCVCti3c7wr29BIeuXLp0IvauNha3nPihZPxwFmgXpdmvThC11z3gYFhO1cOKJ12F5xQ0fz39qg6/oPX391ZatE6PnORx/vGnhcwOk6OS8R1m5a0O6zsyrYHLPhqy9ePShgt6yfekCsbjnih8nbAwFljWTNiwWchUsTLwkVXTEz5ZDRZIl864sKWIBo7uqRKlXl/r5oTlsV2D8chDxTIfQ5/+WesitqKD+CE3yb2GPtB+89DjtFpALzqzIrxR7kBqcFMo1fQoB+HgI6IizHhQadX4zs8skqod/Ub8837hcu4af3yVfBmgyckAmAs6dXQZwUqpk34MHNSojHabU2lPIrLBiyPzt7ZYclicU5ho53SIbRmP6/XBVoPuwW5Gfa/Dik/JhA7FgdBTh9v81vAPsKEHCdDEZi4VquhXNFPZ9dZkqCPRqUicY0IOE/rQLCa4WWXh+YTPP+UxlMntjnp2/yFIDlZNXGaKnxOByxaFj0UBaSjGvCTGR2/31XhVAMaKIGHSZuQCRglVm0VAk/VmKHyqApUp/Qgu1CCRHO9eKB8OlLXui6TSRytCgCWuEw7b8mBhliTQ///axAdGCcEiYpd/9QmRskne/QG03xmED4/GUwYDZOkcsl4l5FQ6ZroXQ8N1Rqfi31yoWSg8KyXUiI50XSPLD+Jcz+ZfqkiX0uiO1IolcL+7Kx0IZIRFelSyLRIbkf9ELZu6JYJuEoH27uDzKF8I99q8+K72z58MfynqfFTu+HZd93Phjw09zpG8QriP47x/tLxA/Hw2Fx6YYHW3aTwYQW6MrgBGlVb0ykICjCF7hUsASxRL4gSSJ8kUIBy9aalGT4Ib7rHs1lpdSWEDYQgvGD56qp/z6QS0THFQr4AU+jSAGbuuMbHBQ6Yve0iwSpYt7DD81QAU7L3i9tFPP7IwurlEDKXaUaOmKhLo+Dn1G6fb1YAbmzUqeUrFACkaPLGno+MgKQeJxa/JIaEImLel4JlLqA3PbdTwrohtNmWySMJQS4JH6XjxMlEAjPW0TCwBBswU7RH8mA4poMMNtbpSQCZkn2hBQpkRQADdWP0gMCsetoLBCd33tJIHSeWc14fETELMl5WwENcXn5KAjGIrdO2/yrQOOUAh9gmV0RyPQmDkgc1saCCpU3VKIERKZusxZEw1prow5PZ8XAKJIIl4X356zTLndeEOk8Elh9UgMpGwPSIIME+IxI6kv0HpE89lqU1AnJ0KBFGlYf44HIxKBE6Qiqzu1PJkIznBajYiEZnTZ/LgJonUmDpUitRv2oYHqTDIicv83tKoPtqLqEliVC9eaTSJGjpDm4zDdMYfVVBr92QQV+mhJwOP4RroIj1Uv+2t75nEDk/ZQfi7MKLuK2470EOJuy3TEwpEo8idjTqCyB8uxAHNW/hYES0fscDcxH6pGeHQeoO2nZoPNx8djnn6AKcVhwnJ74ffe1xzHZX3xmq0oibUHfk9T+57YKI1sjRT6tlsj8Y8sFemGFOAi3O01UEqn/h5TgXh1Xvbk4GgbihmuTUgonjUUSLHeiCnU5lvrbppRcuGBdSwBijyOa1oUZiVJAKOpoilMglQCqhFaEYIGA1eD3oDSmF0G03swIhbYvFx2pztHSfuOLhhBICmS1QPMpGTC9H66Iof3BgHRa3xekQVcihArKm9R0+H0DCnhGGusrwqEVDsCyNJiaixs9LZRNOXQmZaWW+U0DuC08dCYJ/F4fV90yRgtbWj2+7fW5cYDTbkzHVJiVhSbWSgNq3AhuVwHVqygaV1k86z8bSUTv1kQDUuPlBx6U0X5ld7pE8kgIofxH9Yrmf5rkqYckb+bEw8AHUeUb20hq/RDqGPonAsoGpJwKmvdPpkornnjqrdH94mnefiSjdhWnS7OLcYFXAroKdTpnRULXXBV8i45BeXLAWVng94c4ijQASWAiBsZAPrnBdvHrL14NPv2zEkg/cSyZ6eQqAatF00UJoMV0jEqm/oy+IpxA8rSjTyJE4MQO1QDVuQNCDhZskxZI3X8+gcVvu0j8NaNcJG3woHiWJ5XC0wrcaeULxM/haiD+GHRM6E+E/KJIeKQIAyLPO2Ng/EwciABajzQBQO43P47leZVA+2gFjDV99MiTc2Jonn2slUictyiA9H+2iwLp41YlwMPIC/2unhJwez207VqB2JNzRNh7EQtTJLxwEBPpMtNlJZDyNziF9i2Clurk2DTa35QpgdjzlZb2Xe8nAFlRtyke6nI7HcNvWY1d/y349bVZLWO6fwEaZdfE", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lcVFUbZpedGRw2UURFBdGE2aftvKjhkuaClbmkCCOgCMZAaZplqWlp2qL1pZWZS1pZaZmVeY+2WJJLialpZmqioiigIiLynW0U+/h9ciaGv+CPO94z97n3PO/7vMs512k3NnfIOA8XFxebNzkMyM22phVkW8dNpyN0uH+WLX+cq/0sKT93Ygo969k81jzWPPavxwY2jzXJWJ/mseax5rHmseaxOmOz7GOsy3Ozn/XIzUm/eUa/60uvT2RHbYoXOfbKLRhL2sSGQXQMkpKVk9EAiJYd9XIQOpYohdExjF4nw0ZgpJ6jdwBj4Hy0DmCknmNkR5MchD3GIIMxcYzUc8wck+AAxiiDsXBMogMYc0MxnAn70DXYP3xaHNRga3PZcFCDzcBAOkm/1gXJGULviCEMjhjCKKm7OiDJJ5kcMTmXq0Fuelx72ganhrogOU4cpJdyrparXNvghF8XJGU9AdJbpEA8nrRS2rODpPwkQAa56fHI1ToCMjQ4U3IH8Q8553KQocG5ktuah4bc9DjIIDc9kSPkpsdBBql40oocIadyDjLIgURikZseBxnkVM6zkV7OegIkF7kischxEiCpFKYTNVcqcgVILwdKdGR6iQ6oXKd1ZHpaB0qNTueAcwXIKBXuOr0D5dMOkrOeyBFSGVYnIlfKufoEBwqAXihCyhB6raTJ+bqMYaTaXm5wo9SqRGCkFoDcR0YHVkxGqWUJd6tRarkgMFJLGZ6OjQ0Wah1Mg9Vzc/ljcmDJZHJg+WOS0oHASBU/sWQyya0UBEiu1+XhYJLr3wVIrn/nwWqSWzIJkFQuEYszs1QmtoOkugCxojPLrUl4xJrlFMHDzyynCB5LZjlF8MAwyymCq9wst1LggjXL9bpce2ZHVgoWR1YKFkeafotci8cVYXGkq7bI9bpcERYpRYhe1+JIr2txpAO1yHU2XBEWuc5G29ed6jZBrl3TCZSUJnQmgZISxQ2UlCpuoKRkoTMLlFwXb0fJda92lJwyLAIlJw07Sk4bAtXwLVh6RtpejpLSxg2UlDZuoKS0QXpsjpLSxg2U3CJAxFfDt6RvQUlpQy8UJbcbq7d7WUobBmF5rZQ2DMKGWiltGIQ15LY8DSJHye1EGvQCJaUNg0GgpLRhMApU/doYUpBttYXRL/KtedbctEzrRILMm3JftnWiNSffNi6s7h3HedIzP3JIstly07JS87Nyc269WYrvjZsNnTLJmkIvHmrNz0vNtKbnpWb/42J/8o+emVnki57kada8rEAy8I9rfMg/emXlWdPow1JUFJFbQC9Oy85Nm/BEls1az02Ts9ILyPyy6UvILLf/vWkLxigjNSfdNs79FqPdXObp7A2n82kHOYO2lwxtep1oy3X2ntn5vFW3403PejaUsLc0YdMthPXOJ6x2hqNbSPM21t1xMhuczzu4UR3t46CyDWKNZnQ+4ZaNSjhUlrBY5ejF+tLkfMKaRiUcJk3YaG80GGGz8wmHNCrhcGnC4vWLIGxxPuF6RPgvCNcTILchbLE3hfTDkuB8wvWI8F8QridAbkPYbO9nGeFE5xOuR4T/gnA9AfL/CYsdCYPYAmmCvividoQdKcfSyra/oRMbZ03Qd7VyBm9pgYu3eAax99cE7VekM3jL61xrXwYy3k3QfrVu1MCWLs7ihaNe7KI2QfvVplEJS7df4mWpXuw1N0H7FeUMZUs3JTrelOjFzncTdGFtG9XR9dSD2zjacEvJaoIuLNoZjq4nL96Gt8m+oBI7+84n3q5RPV1PBbwNY/FOPsH+VsL5jNs7w9W+ssQT7f9tRrxRcD7vDo3qaT9pwoZbNkmaIKZjnOFof2neprrbngbDP3aJ6R4lvXHP3Ny89Kyc1Hyrjf/YI4AcBhek5uRn5U9JystLncKBUcwkeQVp+QV51nT2xZib571S81P/sV0t9qn5TyBunZ+VXkl/K0xH3Sf7xcReD4SvJvhULXu+C87ccMb2eUgVGpof83rtQm+IOxewJeGReLzj2x4fZT3qAWcHb4qaNUEDRfHWiGPhXfGL2cXVa8quojOL1vs/9mEApN/158D5T3TDV7alrx1T5AuvFD7dR3nqHDq6JXCp7tk4XLUsgzyhCn06aMKbTyytVQ69UGOtnBmN1du/2jQ/WQ0LE5/o1q7tVaVr0Zsn2/TugOd9SSYWHQgj9m4+rmnjBusOjH584PX2+Iibzwtt01SwLaxTiud7l9DXnYP8Pl8Vjp8PPbircq8bVI+c+P319R4w+o3+IfPWdsQDo0LHD7D5we7KlOMrl1QievvVpyLwT3+jFX9uCYST7GOpMpR8+x10xqnaBxO6xLnA3gFjVcMsZcq+4vHxlx+OxKuWfBf9SZ479PN3i38+tBrt2fDIpS+Hd8Ejo5PK0n72gjbmjF5ZuaXKnn0Pne3+dWt83nxf77wpQRC4JeE/XcJL0KD5r+cEu7fH/Vf5Jne8FACDroXb9gfvUApVxADdYvDzqx/eoZ2pguCV32wN67RB2UCs+mJkGOb2rUWTn1zZtWdrP2xqhUdEJ3nDkgff+eCjAxWourD0p2+3eUP0r7mjW7wUBps+di+e974ayi72e2S2+SRidou6oIS0oYyvobee6bRtdmdXvNkzWIOSg2DLVmrIy6iYWKXPHWpg9tJpoISoobowCOhTRj++X9k3+XSnRO9TCnHe8g5fnkRzk8b8vWe5N648kfrub/oqNDNg4MevWasQMdpnPz5+DVEvTC3XwKIin8z2Z4Mg8u1H4wpV+9EO7Xef3lHqimcPp471hM9XTdke95UKmDnWB8OBGbbk1y67g19yxwK3N0uVbuvfOr862RfmHcp0yZ1xAlEzPodPKjvveuCXl0e64MiAo90WLntfaT2Neq5GWbPiAWiZWobW9f7rSc26EkTNXeD2gkJm2/7QFD8cRWnWViMX9leDen6UdeSxfi3BunbM0CGdPSCAmP1QZhV6+uA9U4ad6oznXDy0f4YtECq9qKKOIjI5r9HDovDf5W2JxdWwa+1u4nEFta+5XHD0Wifc30QsY/UH6q2SYzXK5diRC7ZdqlGWUvlkXlBeJLI/kVqDFlO3FsZiers3/EOAqurgruPoSeMH9z48IgqfeO7tnWsXhAEyPPpV33keMFVDGeWjWSU0EE8jHfsLgTmzqCEDoDxp97h9GS5Q/isV7j5ERDnq/j4qoE+PHVmC9vQ6cOFiv3BxfTym0XYxuxRlMIG3BJeXp1ffuacb7rxs7id/nfYE5Smq6GKFxfuwWsT9UoaYHxe2gMU9aQYIAguReVWQGySxB5bx+F3tjb2IvH44XII+pPJZoMaMVqI//PjG14sXBrlCj3tPHfzwqjdUUDO2CAdqLePwMAinYf2KO37vlTtdB3ynAX6/M1y3xSFAzeHfI4zraY8KnvkCnj22XYV3/kz/TqEPqDu6V6C3z6/+4X5TMdJQ4p+Fw1PUkD+pgIjj273xxQrXRa1y7u27uxa18ocexHzF408rg2l6OhaLuY5VwOK1QANcB37A9PjD32j5fRsraooOKPRu1ohgfL2IBMinHlzv2VcUHreFivbkuo4nnruENs6cRlJGLaLhVfFShRLh8VBgt/Xl6PGjS9UrvzmOLsz6aejWTBXPI+ddIbL7HzFeMwKge857rps94/Ck0S12RQw+g5gudgdC4btkAn90xeyyRWooLcGWDv18YBQNvBHdMY9bXxHf+9GE+Muv/6GLx2y6x8oRzSJlaVVo6nPd+6/aEYvTRx1Odp98GpEkRqbSAm+/nwj5aFt8xkOvNm4OAvIQ4nEXvOWdVt3/WBGNl39murJtRQhcW1P264BjbpjpblMMNt79zZDF76qA4e6+plQWEIL3dcAkGf32/URPYPIKcYdhLBF0wMnUjJs0ADQNt/aG9tkk081rh49vJ0JRBcK6jWNJKLrA75E0wEPwkcdeeOlEuQuwNHzwKiLOf+Pr0NaY149riM/bA2iVKB3eEdPbdf3WDVi+OOwPLA2iTnh+LClwnwQAC/to4bezrTCzRz8V8Hp1ER2qmj5+sz4UU+v/vkQNp7+gCXYPYnKZ0BGzulhSiXhcXeB5aXNnvGLSPb7736tG8/pRS5QqPuyGUdied4b0pYp24XY8EYHd2YRdISZ2Oil95YjFvX9XzHn4wlUyjfxXKxRm5/AInEAL3yU1XKKyTD6D/vJ7dc2zv7TDfvQGFk8gwff5zGk/KgNCyAzSYzDPRxpm5qW6bQqrW/NCxTzPIq6XQNyHBn6xN9BsPidtJ6JZtHeqD4RTAy2PhCGUrloFfVgBO4W43rHC6vhsdxjBAvu6smFq+SeD4lXwxS8uR9zmuvP8mqGGHjQRL1FBHE1MmcGiTxiFmI7GDlLEJ2J1bmsLHMYeVIn4fDyBhUNwFSLJ9OVz09Qwbk7aqMOzg4Fms4eeqkBMnzEemMVTrK/IzypIJW5e1jcUuqxpSTJCDXqIES5XeB/kA1T9fjGHlQQW8N8jms6Xqt1x6TTqiePKghTaGNWKeL8g4rhQaTOcdj4liN5mun8gZs+ZW44GM8HWoMdogdoTComkC1hUVINYOg7ywtyfVxQev38qJIkSablgIxOQF7ZReuiKEscahCplAiu85UogM8Q1+zkiXh/cd1QXXH3npF1zgkPh+wU0EKoRw4V3xsws68Jgx9Ct76/Y5QV7jxz1e3VuHP6NtikZIcDq3PsrFV5/o3EYaaNSOkQAi6Mx+3j+zG/FeflE8Dza9yoiTSIpGG0x10U4XKHtVS9/4PnlR4UUjbAvfinieXu1J/A4OIH63lHbrubyVfQAba8+u45YH/LDUZTEAnkjry+qEOB1zgu4vTyB+yMCWP38SwW8v3Ll/k8uRLzOaSCC0ChP+hPx/FmOXAfQzsQf2rIb7kPMXQEqbl/FD5jdu3uLuuMt4k8DrA3A4SL/e2IDfaBWA7RMTtq1SSFd4pqWC0OAGM+wc2oroKwKxgQA74fUmJl941lEo9gtfjc6NZ4m4HPoVxIOPjsi4WfStvXoFgCsnNx/SNmvpw+oUNj3JP+w+JlwUhlL7nZ+Uyzu0I9mJg1souVuWJiIMy+g6XPy6d8RW+sk5WTY8vNyJ9puXRTc/Dn5zd8U1DOm/S9zUvp5", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHlYlNUeBoZFFmEYdpBNEC3LZDZmTO45iJorpVCaV28iDEICowzkUuZ2u5pZZuZy1UzbzLXSXCvPccuta+o1LfWaJi7kBoqirPdsI3rjeeBMDs9znwf+GJjD957vvL/f+1vO+QaiR5gHZjk7ODhYWpGX/uZcU0ZRrilrOh2hw/1yLIVZjtZ3SYXmvFT6LrllrGWsZawZx5z+MJZSPzaQxGyqF/mhp7kgLz03OTu9YKQph17UwFzPtow1eaxXy1jLWMtYy1jL2P/R2GzrGOte71fJbub8zPp39He96fXx7FWd6kpeu5uLRpD2t2kQDYOk5uSPbAJEzV61chA6pkmQwWgYJl5qaVqGUcfLYHT8Pp1twEjZQM9epUyg57eRwiRwjFEGY2CvkhB5SxslVcD9wkEGKVA8/6azAaRushAYSC3pogdAWr0USCOpuQdBcobQ2uInnS1+EgK3BSTpJ70ty+OxpGlyYHAykgH4AEgrx8log4zUnW0B8dDQSXFSc5WrpbRnBUn5SYB0UtZT89BQyxlCgOQMwUG6JudKBhKlTCoIBUgjZwgO0suBRLjLceIgnVoKJCLXFpCuyc0DtzW/ky0gnVRaVvNw19gC0snFk6i5toB0UqGhEYXaFpBeSkYano20NoGk4kkjCrWUn6wgqRSm4TlCK+UnK0gqG2m0thhCa4ufdLYYQmdDNtLobTGE3oaipuHhrpXKRhpR3aUSi5abXCflJ63IsE02Od8CMos3mVL95kwvtTkTGKlNk9Bdk8PiAUyTE1H9hk4vtdMSGClbc83ppbZaHJMgtUHlMk2Q2p4JjJQOuLITpHQgMFI64BUpQUoHAiO3y+IFKcGWPWqCLXvUBLl9AgcZbNmjGqSStxUklejEdtMglejEdtMgt7HlwWeQ29jySDLIKYKHhUFOEVzjBjlFcMEa5DYXXHtGue6dy8go171zRRjlGnGuCKNcT80VYZRrj7kijHKdLleEUW4TyBVhlNuacUUY5Ta2XBFGuRalc28FVVNnuRYqXqDkWjy1QMn1QxqBklIF6UE5Sq4b1wmUXGetFyi53YxRoOR6aytKrk+2oqS0oRXaaPpp90MoKW3cR0lpQyt02PRz/4dQUtq4j5LShlZoPl5KG/dRcv28FSWlDa2IL7kzSCtK7mD1PkpOGyKW1XLasKLktCEygFpOG1aUnDZE3pA7VdSJSJE77NMJ9cqdleqEouSOMHXCy3InizrhL7lTQp2wvNyJn05YXu70TpcgUFLa0BkEqmFt0I8wWYLoLwpNBSZzRrYpjyALxvfINeWZ8gstWWEPzpjlQt95kpcki8WckZNemGPOf3iyVI/7k6WNH21KpRenmQoL0rNNmQXpuf9zMf3wVHJ2DvlFMrmbqSCnNRn4n2vcyQ/dcwpMGfRm7F1yrjlj1Ngci6mB2XrmZBaRheXS59I5ij/O5saojEzPz7RkKf5gLdHfWzt2jf0Jez9Swi7ShDUPHhUZtPYn7PNICXvaSlhsenT2J6xsjDC9INlcRC/OaCpvlSxvdeeHeOvtz9vXHrxdpf2ttragjHeC/Xk34Jo/z7sBETXC22htbBlvg/15+9mDt5s0b4O1uWG8jfbn7W8P3vJ5Tf8gb2Nn+/MOsAdvZxne9Qe0OnH4EG9/2oH2oB0i627rA1Zxoqa2P++gxnhL1e1QacJG60aCEW6GzizYHo4Ok+VtfeosHN0MDVoDWvwTjm4gXBohHG/d+zHCzdCgNaDFP0G4gThphLDaum1lhJuhM2tAhH9e2Q2ESyO8NdaNN+PdDJ1ZG3vwlhe41np0wHg3Q2cWbg/e8jrXWQ8/GO9m6MwiHmlgywtcPEC3Pq1ohp4s0h6elm5OtNbPL1kf09ifeNQjdbV0dyI+AKM1WB8x2Z9x9CNlLN2XiE/vaK2PdpqhIWtrD3E3UBMaIZ7wcFQ3Q0cWYw/iDRSFRogbrJ2oeEhpf+Kx9iDeQFVohLjRuscUz1ntT7ydPYg7yRCv/1CSOBPXNkNOi7MHbQ9Zf4vTf+uJSjNktk724O0lzdtoPSkWzwUfRlvoyT2dOdlsLsjMyU8vNFn43wHShzYDitLzC3MKxycVFKSP58AIZpOCoozCogJTJvvF8Pr33dML0+tvwBYhHlTxD2A+vEATvZL+eww6OmbNW6eyHRS463cD50e/swdlz7n2GtBtR53qomvuFDng9Z3yP3b89jyY9Evi+MGfXwOZw073VIzzwqt//OmFq0+tBnN8JuhX/6UUJS5+/sPVa0sR9Evf9e+Oe8B5fSj+a1QdKA3s9Vx1sAfGV5d2feJYK/j+HdeXFvYrRcFxqS4fD4zA6uc7P77S7yyY4rxndnxFOJ68GU79bXo45vNUAc/YDq/PMobiY4suhq+47IxrTRXF6cvLwMAtEW9cOdIavuR2KGTAEC/sdzPpx6yf7oHCjQFVB687w74v/sNw3EWJvywgjKrd4Jm5098Y8m8nTCY1hYwIwYSM7l9PHwdA97dtvWc54tPZDuYpziGYX1eMdt3uMHT2zkAc/8/Hg+elqbD3s1+8b5pRCj7z6NmuyOkkeqdoTFjrs964e+W1K9joBH999u0F+apdoI+XU8fpgUF45ScphEIFqA62nFDdLEd0mSfDgvENQ49nCu45wgRqnqTW+KXHDir3VrbBayuH5u2p/R1ND/zlUEVqGO72l8u/rKkMx6pp+MDyPQo45PbWkzMTlXjvY13eO1gXgbXMULcBc5/ZH499MjqyfE0QHjfh0yeS21wCffe5JS7+yQvz9Vaj/n9vTRhsRNxfHsIelYh610V1C4XQZS6Pg9s/DH3qP7GtYVvi/bNL7gLN7q865Wf4wzZXfiMeLQGFPakH7yKF+8zIjOuhsG79qze/POyCB4xaNHbJRxuQhn7NjYMvnxkz851MP2ikdH1KQdeUI3OGvh4Ep8xLfiv30jXgceLj0Ykz3fAl4tVe64Lh/gvgk1+330Oz+vzurPWtQx2ZIWLgC95Prv/ArICBxKv7d1UCuswkn2AY0+fVaU/1K0Zk1trkyhtoUlWX0YdmhML3Dk7qhWoU+ISWWvp3wOwVGQtL39iftuOyLxzV8c6C/8z9keO2hcKQ3wYHbT5yGESQZXSa1ArPDXYmt/SD3I8VqC1z9HX0CnX32mi4sF/ArD4vO8JtJ2fWmCp+Bm5U4F3DIF93OfJZovno64RydPvUiSkW1wCoGEcV7IqX7I4iUqwFo5lgy8HsnURgPoHcP1NdIJNHtSNWUvecCMXVK8uO9h9Rg4ixqlaOicRl5X2IoiNxz023ao7d9YanyfQ9iS6zN/xu2TjPC//1K0QirBYMI9a4djCGh4+pBnX+pr2P58ZW8It2xdOW/qsCZLfNHTfhQjCm1vtspg+MSirL+GFYFZp4eMOLt8cHQreXKMOL6AkTscygCOgPvj+98e+HAV+fL24f32pNm1BfSKMh44MwTM3y5Lv7ePyOVeF78RfXtStWYMa/5yeA2WlzNDyQtuPzTw55QBp1KUemgB+ImyaGR8BF/6RfZYiG2TF3Fzy7+GbkUbMfZLwC6tDgA+rdX61z4Hlhbwc4JW7nP1ac8IFM50tcYRF1WIoKhlMBRSox80d1MRpLhTwxDmqJN+5ODYI02soyLoKDy3tsuvWdH+T6PQ6Ug41f77vjjXv8XEos3AaO7J5jLn3DFTP9jXXBy0eShcyLgRGBL/e/9U45mL/ea8waTwfIdH7LH2b+MKzvvr3+0JOG2aIaxL9HQRJUxHRrwN6+CW8mnfXF7L41rnDV1AG9P5h8GY1gNz7O7RzkC69YaOKqBDxvXEA8LwRBxzNOZKUViJp9SGYlSiVZumhMBCTZ870ujjWI5cEBZdx/W4+iZW9+ea5knjt+7eaXz41adAKwNFNWh1SffrcjKE6Jjcf35GknX0Nk9m1b3r6JWBx6nON27nQZmVYNTxvYvhL8TLz3/p1DqKQXrQRXwYxy6lAHyORxwBG/6r/umXMTXOGRtqfuvf7yLXR3Z+aq4cfc8dnt3iQClJAkM5IZLqIuNCBBNF5M03evM4Clm7RIfIqGT3EY7nVuApnpAtj6tmtp4L4ofH0IyXwvhuA4RtAB0vTX45VQfIem49uR+JWzS3w/TXSGVHXLtoRhmrX3zK5Dbx49c9Zzbi0IoukzQwmfTCYZa5O7qF8lIO+Fies2jVBB5sZUX0ySUsnmL64AWn0O71bAzwcRA8QrcReWWJzh98RKm7EbZOFx0BuDQSTCcn1gFi0/L7jhZJYQvTB7f9wRcp26YRq+g0iep3cpjL2Act3vLRu5oZbn1x3huCOVefZxwOd3wCxsrwbha7Q8LrqHaPRMO+OPZ20d5X5veACevoIubAfXVWgwz/NP+Iv8/yvg8XaK6/gVFabR+tpzbpBWac/YYjAk8+lfn+0fiimNvvuqAMuPE88jRn9aAP5gMgmo9i6QlfWDvpilr8FReEHdu69XdSlH0bSArg3BTP8pUZjO4pboBFl9X+aOmXwXRAu9lYJxSz6K2drVHwewgPQTfcIJwO3tjcOW/o0oW4GfJ+kgBd5AvdkC3KHWV09akIuodMX3JGIuoe/O+4fvd2kv8pMnZDI5dxVcINbW3lDyuPe+CbJmZJCl30VOi1qFLY2IhMc60hW54LTzny7eHXUWsPqS3wFyO/lDWqVitlYDFk+xoZAtS+EAv9lCBDjfHbP47xEMXVmhKkE8j7rgbsMvHG5bFQNdaVifdoZsFjdnyOrqsVA4g1TTb88Xo5rpNFA2AFY/h4bBMYk0wu6i2mPjSuLib4OnaaOQEgtZGFYoIc+TZYjxcA3m9WtiCWD+eEuBc6jAeyjhjf27uq3NOYNYP/PaKeRBE/nJaLj0BjXYHXDUTAvLeWGPCJHvnfAWmjYXlqE5xJujUwIgzwNB+GlHuvIKXmcXROFtvUnB2xsu4qIOOV+a1eFa/2i8MJ90IB6hIi5dMXMf6c9YnVndBvO8pIRMftsDMO2Cpk2OwC60HOSpIIvzTG8cQsvq+mjM9JTnA9MKY4nE/HBfWjb1Kszr/x0wn7YHi2Pgc3QihSevNycVMJ8K3qktZPGx1Av3I2l1uMkZPkNlPqOdiGsFNrNC7wNZWVpWBVjbYypHOw7QBOwOWT8w6TfA1olvIn5fV0i7raF5TpBWJUP7cMzkXNEa7lv4zfx3fSoRy3ddgjHLX/6kPtE62k7B62ifIEyaCIczO5UwiLa7lkuI59kg0U9tAmx570dBXm9CIGtfPruOaBb1vx4G99D2YM45xOPLH2/8bPzexypVkLa/W0fdAiweLvhh2k2VVPjyvKiPwLyOnkbMPlOVIi/XIt6f3EW0XRiX8zh0ostGSriCTNtF5QkZblgApG1P3XKV6Lc3go+JrKcXxkGqnlU+gZDlvatLASsTg3yhhW0QrgAXGrCJ3rgb6bovrYqEjL+TG+b388Cs71W1g2y9mysACQ5CwBXupiqO94Os390eBFl7UU3yIDH32G+jodfclaRCrgWsn5oTIPoUZ8g2cUn5Iy2FBeY8y8Obnfr/oFL/t20NjKn/C45J4XU=", "1: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", "1:eJztXHlU01cWZonskBASCIQdVLSLkI1Ea99FcbdYi+04yoxFCIIFoiTY2sWOS9Vpq12sW+u4t9ZOrV3GVmtrfi7VtnbcWte6ULXVLiouKILovC2iU86BlxrOzDn4RyAv+X55373f/d597xdMGml7qEjm5eVlD8APD9hKrQWVpdaiaWSEDA8ssTuKvF3Pshy2slzyrGfbWNtY21grjvn8biyncewhXLO5IfiX3raKsvzSnsX5FaOsJeRNTVxrUNtYi8f6to21jbWNtY21jf0fjb3kGqPd681VsoetvLDxGXmtH3l/Bn3U5frhx2xb5Ujc/rYMoqeQ3JLyUS2A6OijQQxCxvSZIhg9xWQITc1AMboMEYyRfU66GxihGJjoo1AITOxjhDCZDGMRwZjpoyBEPNIWQRWwvDCQWQiUwX4Y3QDpWiwECtIJpugWkMEkBNILau5WkFggDO7kyehOnrjA3QEJ5snkzvRYLelbXBiMjGAB3gIyiHGyuCEjXbo7IFYaRiFOOqZynZD2XCChPHGQUSh6OlYaOrFAcJBYIBjI2GKvpCC+lAkVIQfpxQLBQCYxEC93MU4MZNQJgXjlugMytrh5YLFmn+QOyChkyzpW7np3QEaxeuJrrjsgo1Bp6PlC7Q7IJCQjPXMjg1sgoXrS84VaKE8ukJCF6ZlHGITy5AIJuZHe4E4gDO7kyehOIIxuuJHe5E4gTG4sanpW7gYhN9Lz1V3IWAws5EahPBm4w7Y45GwLSCPeYkqNmzOT0OaMY4Q2TVx3LS6LWzAtNqLGDZ1JaKfFMUKxZpozCW21GCZTaIPKZJoptD3jGCEdMGVnCumAY4R0wFakTCEdcIzYLostSJnu7FEz3dmjZortExjI7M4e1Sxk3i6QkNHx7aZZyOj4dtMstrFlxWcW29iySjKLKYKVhVlMEUzjZjFFMMGaxTYXTHsWse6dycgi1r0zRVjEGnGmCItYT80UYRFrj5kiLGKdLlOERWwTyBRhEduaMUVYxDa2TBEWsRYlvZ8vUVO6WAuVwVFiLZ6Oo8T6IT1HCakC96AMJdaNGzlKrLM2cZTYbsbCUWK9tQsl1ie7UELaMHBttPy0+zaUkDZuooS0YeA6bPm5/20oIW3cRAlpw8A1nyGkjZsosX7ehRLShoHXl9gZpAsldrB6EyWmDV7LOjFtuFBi2uAOoBPThgslpg3uG2KnikZeKWKHfUauXrGzUiNXlNgRppFnWexk0cjzJXZKaOSRFzvxM/LIi53eGTM5SkgbRjNHNa0N8hUmexR5wWGtsNoKiq1lGFkxvleptcxa7rAXaW+9YlE78iwYP2TZ7baCknxHia389ovlBt282JDxY6y55M1DrI6K/GJrYUV+6X+9mXx5qmdxCX6hJ/40a0VJKB74r/cE4l+ySyqsBeTDchUEYaskby4otRU89niJ3drERXuXFFbi+ZWS29Mlvr+/qD9lNCq/vNBe5Pu7oPE239W46z3PO6w53uRZz5YSbidMWH/riZHZ4HnCck8kOthd3nwLZPQ8b8UdTbRSlLAu/TbCJs8TDvdEov2EE61zdaKUd6bneTeRmj/Ouwn1NMPb4upvKW+z53lHeIK3vzBvs6vHobwtnuet8gRvcUMz3crbku553urmeAsZmkyEcOMBrZEfPmR4nm+kJ/IcLZpn1w1WfqKm8zzvKE/wjhHmbXHtJyjvVujMNJ7grRXl7br5zPPdCg1aE5L8A3XdRNU0QzjDtQWkhFuhM2tCi3+AcBPl0gxhnWv3Sgm3QmfWhAj/uLKbKJdmeOtd+2/KuxU6s1hP8BYXuMF1gkB5t0JnFucJ3uI6N7rOQCjvVujM4v83dM5vp7vuXbRCa5bgCeLCrYrB9W0m100bzxNPbI64kJULNyn86zAGs+uGk+cZJ3ki1cJdCv9Kj8F1v6cV2rPkO5rqJpaGZhhn3l7VrdCYpXgi1U2sDc0QN7saUn7L0vPEU+9oqptYFZphbHFtNfntVs8zbn9HGfuIMG78UhI/DDe0got1uKN8g0QzzM/7XWcoreBe93qilkOEeVtcZ8P8huDtaDs5qydX7mmzVRSWlOc7rHb2B4Dkbs3gyvxyR4ljfFZFRf54BoynMamoLHBUVlgL6QuPNj7PznfkN34AnQS/Q8W+eXn7BK3kneT/xSCj2S+UnqpfeR2tuzbt0vf7A6FT3kubatKuoo9+sa9R1/tAcXLpE0++KYNxVQvC3+zeDrShVfe8nCiDTw8932C9Eg5DLf/6ctyGapQ+8K2g3u0bUNig1a9Zp19Ell59Kq7KA8B4ztyrzwU1/O0TmHS8TwR84Pxt4X13h8D5S/3/PLVWCT+91/7k5Otp8Mlur6M+gXuc5NPzXoqCmX7VkX0VHeHk5IX/fmfnbNR5ZcSu7HkKOPRuXV7ZF8dR0fSCvxzuHQZvG//dLecVJTSQ6Xt7QXLD5cqqBcHweoB24V9LomDr4TVTnlZEw8QOm6auwPyG97j/9MF3Q0C1K/tA9aVY6HfvjaSGyz8jw9J/Zdb2CIFlKTgSr6XC8jHdg/YvO+k8guG7PpLDMu/P2im/U0LtpsJ3Hh1Si15/fMHSFIsC6HzlSqBhywuAGWlnQjekK2HqV0M2vp2qgfjI0Q9cnHkO7bySe+LN4ZFwdNa054blJkLWpOPb5q2/ilaVHB37fFgwTHhx3WOB8zvClUoS6CPORffd/d3rHWLg3Febe6xamczHaxCdfp0avpy3fs7L51JZ/BZWI/q6VQl+ShXauiARil858zQyHkWO1Lk3Xp7gDyMVJFNbke7h9M4rZ/nDWJJIHJeNXy/p9bFeIxWcHdbj/mJvWL92Bo78DXQqbsXpvvfGSTTvz2ihr/OZOPOoehS+7dO1M6bKJdM/7//T8A/k8BNafmzDDi3c9/lDc5LCVBLL/yV0Vf7zJ6t9jyEK2xIr4Wx02v5gHGSdL/jmLwPwfE/mL9l3SSFRfFg7uNsafXxolAawGM/vCY2U1sY/9+vgtSFQOUsje2SmDD4maZgfJZE0bVquhcc3LIrpciQAZluJEIKkwOcTCs4eCoUTphhp+GIN+O+IHnzojVDpvY9HPnuwew1iP3c7l73a1fuBKRqJ6TMGRuPwzzxZjVYRWV33l1ic61FuO/zOLDVcw9N5YKlCGjeIZDIExuyYvudoVT1KJ4KcEiHRPD6lARa/ABgEEfmbc70lpg8/qMVpfyM7BFK+vzph9GcBQMslIQTqt5/FmY2CUdklturnYuBL/+5vPLyoHu1fRoQnA8wiMWt3Gswi0w2tc7LrxwO+6rprfZKh03YFzsRulNL/qcldBmrhm2dxhv4hkz59LPDq4lE/IAeu3u3lAfBi/19khvAgSHq/AksiAg7vn2jvPSSW51MDsb8exxGr5vVa78yuO/OrtC5KegFX98mkWCBqnt+5CjHdB0mP0kDsRX/HUQj+VgGfzXlZ/uS4FOh2bNCMueXHUZdyUikaIKrPvRQovZp3vWddWTvIpIQOIuwei2vHRkhY3T/FjYqBuRhuussXaL7NMmneQDWeci2iPDrGwnwsc3ldrMT4egMte18v7kcJ0l8/7Rfic1ckvPn5xqgOsxJBvkCPJRIhMT+rRwMIfdMWJ07++KGnE6Unt3Xq+ur2WGB+tdfpS4RTrpSUkyVcCf4QMmvlpMGBcTAnaWbl2OFqydH7tct+CeHwzK6P/lxjkcNl7E6b1kRJJCuDVkcDpfuqj3TqRVL4EdJ9ObtfybuuAZKVt4KOo7hhhd2O7fSS5nwYMvbdF7537ldeyNpZ5Ate9N955/Tnhn37WUEw0HmcvYY0HYjyVNKmKPzLCSXk04KVM909Gi5RHmmBgKixnUdRxDgn+TG9nD+HLibssY3wl8GD1zT2/XvCmf9WrHQyXTWw/PRSc1+vQc+//8PPsz+sQdSft2Hf3vdFmcFLASdVcV/9iKoRtZu8M4jpy4fV4UEN+BCDXYjz7yAFGgDP1ncds6NvJBjIhZYqoY/vE8GpxUqg8VukhC09iNN1hsGHtE/n635A1Su2DsgMVMG3WEazOnUGFr8Lzm4ksDs1rO6SOwDzrzPOLR/ci2euhek4qxP1aSwPNQcQXiUevHYgAoicVpyWnL9JlpT+9SG87uRsnTFXIRq34ggoowaj5nXvDdSG5yiYvw9RAbHPw2tuoCH0g315XalgNbHZGVr4WkdmEgaDH8MVPlILXUkBnosGIndHaihE4eloLvrBBw/iN+TF8vwVOKnuBgTAmBHYmXbHgTx4zVvjt9UjOt+nZLD47yQRKayeTKecr0zAAZ2pADpNZSpQeQyrddL1JEcJgcRQB8iBuPSNpPMIFwUOeDAcHEEKVA1maizBMJRMuDwCqF67RHGfXeG00wVCBcQtPvolETaTZbeHDIqIMT/iB/XEDi90hKoNYbiiDiMi3mKIhV9mYyHfncLr2QdonHapYJIdJ/qn9hAteyTsng9vIJrvDBXzxb6J8M6kwf3+8bcqJ83fRZd+F6NF/1x1YMS464hOQ69m62K3aInFox4V4tXiS6xn+qMhQdpahhXmFQ90PX0D65/GO1Ai0/PqooQppF1Qx7L1fq5aCu7dvtLn9V2Ixn3wUUTt8i0t88ltidCTGmAtojxHqiQnoWvwBpqX9Wq2jtZoJNYPKIDQOX1QBjjYaRMGRkr9sftM25cAzHdDYMV4kugAiaxe8V8owUaNRQUTZ/fEnVaYxNar35CMCn6fM40IYV20RPl8r4ZPyDI1/jBi1/GWsCpVqLc38wtQw3t9fnhS9V6oNJmEs4MSCH37n7yB9RFyidZndDTQuPVRQA2R/74G51RsMydUMqD20jUQ1KS8p6QBjbtdJhE7/XyjL9B+52JnuEsz+7vA4itOti7Uoe7EsI90hHlHSANT72TrXyyrsy1JUEhs+YkfnbQveSkRiCuErUoExvM469+GJgL+1OXH4lMhlxrsZkT9tl8CkCwFaH0llo+ziPmhhvc9dU5qY1dPIMK+zxItDCAL5l4/ifl7lZMuD6Fy5g8XQ1g/khMJ1I43t+P+6QPUVwvU8L4vmZg3PETCuEnO1kEvFcSTgkKxsDuZLNjRrG5WT3FenkuIx8LSXh9fbFCpgC470y4gsjpq9iZwX4oBGrbkWsTqvs75I25zDLZIaUltBm7VErnv+0i6x+9JSnBoJeyOI+Z9o4UDE0kBVTlpXVwLkVg/fAjl0MbtPKJ99v0KacNGQmCzk9VfCOt7l6TAWupkNYj2jUWxMJoYc3a8lIGnN/u7Swg3u1gJ/kDX19EJEu0ju6rhQ2KreUkwLfLgjiuzFNIjtCAvIKaTvWh9RyzQDskSbZeDEoAsZ4NmnHKydS1M2vztXdhRgth60j4WHt749vIcL5VE+9/lKlYv88Nh5fIciEiKkaid12vZOvtVoPQ1eVtOhGQiCcuPAdxEkIpBpH3TPu0jzSFlU3/JSTdxWeWj7I4KW5n99s1O43+d0vhHbU2M6f4D4LqL2w==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHlclNUaZh12GXbEBRFyV2T2sewcwkwyI8WyzA1hWBQZZbEs08pcMjW9lnattPKWS1qmWZRezqksr1luqWSmYqJeRYxBYxW4Z/vUinvlzGX83fv7wR+Dc+Z7vnPe933e533P+QajJlpHpLs5OTnleZKXYdZsS2pBtiV9IR2hww9k5eWnOyvv4vOtU5Lpu4S2sbaxtrH/wTGXP40l3RgbQXI72Zf8Y7A1d0pKdkJmSm6GJauJ/DRzr6S2sRaPDWkbaxtrG2sbaxv7Px9bpoyxzvd65bzHmpN24x39LJFeH8deNckq8jrIWjCRtM4tg+gYJDkrJ6MFEE0iHYvTy2O0WhmMlmOk1sYxOpMdGLOM23TcBwaZefQc098OjFEGY+CYODswUn4zsldJiDwNTHbQwMzN0chjWj4PDyYHtZgHPDIc1OIE4rZwUIuZwEBayVS9CSQ5k0gIsx0gfYszghtjT5wM9rjcYE9wjfbMJEAtziWerPaDDC0WBx5V9ksjFycO0rc41/kU/JeUywVIL8UIDU9CjdzyBEgquAKklwPxdNfI2SRAUpkrQHo5l3ON0EhxT4D0csvjGqGREhYB0sstTwiLFMsFSC+3PCEsUkkoQAY5wgphaXEhvAlkkAMJNZJzBAfp5RzBhUUnRyOhRlI2afvbsTwBkvOeNs6OSihAclqu1djjCI0d3NNq7SifAqSTcwRPQp2cI3g+6eQcwVNDJ+cIAZLSci1PDZ1U1VBAUi7XiXSX2pcI6kk15VyUDVL7RoGxY59lkNozCYzUZkYIcosV7wbGKOVrHh+j1H5OYKQ2QJw8Rjs2Z0Y7NmdGKR4IjFwrzpXYKLeRESC5rpqng1Fu98NBJrmumiuxSa5/FyApqRPbQJOU1Ckguc0ZT3KT3JZJgOQYwdPcJMcInrMmOUbwBDTJMYJnk9mefZZZrofiLDfLtXicsGa5DpRzzyy3keE0MsttmTgjzHIbGc4Is1wzyRlhlttecEaYZRtkVxrj/nKbErNAyTauHCXbuXKUXEukESi5nkixS64pUlByjaiCkmKGTvGhFDWuo6S4oaBafqDMUCJeLT8e/h1KihvXUVLc0AluxElx4zpKihvXUXIds1ag5LihoOS4oaDkuKHjKLkju+soOW4oKDlu6AVKjhsKSo4bCkqOGwaBkuOGgpLjhoKS44ZRoOS4IVByB116wUO5Qyu94IbcAZRexKvlz4kYSvhQ7smAXvGGFDf0oi7LHW7oRU2Re7RiEDr/bw766Zeo8sLoB/mWXIs1NdMyhSBzZ9ybbZliycnPSw+9+Y7p7vSdD3mJz8uzpmal5GdZc35/s2Tv6zcbOWOqJZlePNKSn5uSaUnLTcn+w8X061sJmVnkgwQymyU3y58M/OEaL/KPQVm5llQ6WbKaIqwF9OLUbGvq5Cey8izN3HRwVloBWV82fRie5fLnm3owizJSctLy0l3/5DTlIZbYJRgdb7f6VnbTdwktNdhN1mBxBqZVNiuONzjAEYF2t9duk9hvOd7uQEfYrZK2W3mQJ7aMjrc7yBF2t5O1W3nYJ3aIcY63O7hVE7sZL97CYINSSZnBGscbHNKqBodJG6xXmgBmsNbxBoc6gtnh0nYblTaG2a1zvN3NhOa/t7sZ9tzCbpPSiDG79Y63u5nQ/Pd2N0OiW9htVlpJZrfB8Xa3b9XElg608jhVHFjehp4swhGBbqYe3MJu8bBMlKzb0Jp1aNVASzNbeVwsjn5vQ0/WsVUNli5ZWpHKylnobejGOjmC2tI1Szw71ivHubehHevcqqFuRhL/s8X6OIXb4rDc8RZHOiLUzUjjLQzvr2w4xHm/4w3v4gjDm9HGWxiufPlFeWTheMOjWpXjLjIW3/QtbfEFmdsgZl1b1V5XWXtNN39n/Db0n9Gtaq6PLKHFA23xiFp3GzQ7plUN9rbTYOW7ZZo/HJ7SE0t64wSrNTctKycl35LH/xbHj7wML0jJyc/KnxGfm5sygwM7M1/kFqTmF+Ra0tgHE268H5SSn/KHU1xxfMv/2OT367PQK+mft9PR6dM6+JWUR+PXHghZdP/FK+hEjOq5VxN2gMd/2HkmeOwdeL3++zsfPHgNzdsz8ov1f7MB9VOG9+9e2ROrL3z6oWt3Nb7rwYPLxjSq4L4Fh06WDI3CQZXx+9OPnEZBKV/90NtyEDy1u+eAvwztgCftzF8e7laJngH6cZ+/qIaf/7SwwWJU486hk4ZdWVKOQjrtOQv+9htI+vAVy4KvovGCuaN/2Jnqhbcba75M6+UJD1nHe+yrjcFXGw4/eSE9AP9wssRn+QZn+NC18LziwJ4Y0gnfD8bVpSlvH9WVge5fzls3amMXXFLU7g3tO5fQs0PQM50K1bB89V19DkeEYs3D/XttCLqC+jVFNVQV2EDfqMir2Ud7410f9ctZ6xyEJ52ctnBJ6SGwrHwm0N/dC7uv/csA52EuOLR+7+U9Xx0CxJhH2vWtQpdid3T336vGpXNWf79xvw8898EdpXNmdcfrZlDDVXjR8Uwn63PnALOvNBLXj5nydePWMtR1SQHxfB3IyyQzzA4X/lmBgsE3P29/wRu+8U70Z9c82uEB0fc/PSf2Mpq/btS3ml0qSKOxbEwRGEUnTlLjR80f/2N6kR8c2OfwqnOdToHZxwbOeLSHCmccOT+p9ycB8LF5pqNfl7vgRZ9N9qp9qwFo2Y8N7ShcrKoIVcFOo9PuPJVUDbaHUMNqwGsnls+fO7oabXx+eOKbTk5w29OVWx6a7IKZu9RqyOz1OQteLq2MPGRtBN6ZXbOffKoW9Z4femzfE06Q2QO+B4Qlox7/aD/yqAgd8tC1GtRxZorm4S3t4At+NMI1YCojzGlAlzdFVwMI6V7KPr8XlbwR8O7fv7CBF+MnnD3Q1RlfJu4fN6AdvNAtznNTx29R4Yeu5xf18ILstuHFKJ39VIJXLQtSx/68D8T9tVf4q4frxX0a0MItpy+8qvGDP9MwuFUD5t6Zh1Hmtot520NUcPHKnMA5z8bgYt2vpnvvq+dxWewGyeTHa4u6Y6+FkamXI9T4LDV3fB1o/8ujYZ8GRGCP8TRjvkXdWOCvgQ6xJHOcu+Jl/jRBziK6urxRKjirkylj0IXeeDlhzwt+Pnhl09JZ9QN+RhPVJHJDAnHyiigy4w7A1+MH97Uf/lOHmRfA0rdq4s59cBV8N5sS1xtTNu091Q1v85226aXjlYily3gfGH28dtakne3x3f88tqluTCXouVe9+/PCCpplib4u0bhaRRd6EaweRz65T8Xjc6oXdiNeLF/si/s/8J734Dsa0d9HkIUc6Yd3rlhKLPDAkXPLhhd2Po1WPUGYaFZjuvqkD2tAYWf6gTfkfgnAnEeFaPArVWSmYMjoeCoIrqd0/ciGVnl2WD1ugw9kt3Pvg5n/hrfDTB7au8Mz776+q8vUHjifErBfAKZmnSryh0e8KLEaUSBNCL2n4LkKkmQloT0BeNyrQNp3Y4f+w6McsfXFusPLo+8hrqhAsSSLd871gCdItA9suwCO7atOPvOuGrP0/dJV8BADpgsmDzz0opsuwBAGF/co9yva4oN7zKIZo4JvPtuNKEklev6X3a/tWOEBme5lOMF0JjQHAPeXDe26Z3PWSZs3z4+XXLmuPRgMmd4l1gLzvffl1vo7Q18XmimVyERkbeMEH8j9fASQD8mdA2E2ydKMbQ1oK5WhmYGQ8ajYBRcHUmE9j5iu3e8JV2ylRCgGLjvdiYuqQPCBQT9WXK0Cs+sHkNQ6CqicPfLMFTRyRPe3XtziBiPw413il8VgkhzEs1XoypLk/JiV5YjpcHUkZvf99hLaM71oTUTsacT8vToK8ziUAB6XIkDZl+kUIXSpkuvn9mDI5GxCBE5ihjvhZz74ZOLsY35wadwTfaPW+Aie1SOaxaPTyriunvTD3K9LQdVKKjyXAFXVrWNjsJotwBvPiaVANaQqtXhlFNft5d5cXwM94WNhnx50Wh2N1xD1PfJIIC76IqxbsnsVoLPc2RSDmQw1BWMme9tUcKPt0LCJD/XEl8uwOfr+cMzXUw1otvTe3R3PpkL8YwiewQRnESDZm2VdGoU3TqCerEcTphMLLwZCphceUXhMl3hb6ndvInyJFJaRQZCs5qTLnlB8jrqr3RW0afOP46cnzQJMns+H4hGJlFHO2N9n+3szdlcBWn77Lu2DmXn9QrFPDGVeMWLlZlBfTIrp+UllgfgjImNbfSsBi+Pw3vjAtsd+++ynRsTsP1kJuL71wuNINgx8vUroWzEaRsu6W53Qo2BMr/ra3wMyvk5rRGy9iQH4ryQI/p8HQEbDtd1wMit43rjv1jd/XffNXsTW0TsSU6ve0DYhbnctYHKbGIE/pstZWA5Y2Af6wUriZvWP/riunDq6CXG994IvEbaVppwATFc+C8JMr0cGQFJE3u2TUAv20TBecsMpLNABkGZnxiAVZjT/5iLokkoz3IbuYYLnBmmb0inRBXoXr5060NsF9hzz8pe/9XDCr8ynDUQ9CCRVIOw9Lzzw9YfXvN83ADL7X34bcD2rAKz8lzhjXj8aAA13xVwb+PplSlzE/VZ8Dvku3/D8cK9A6DP4jgKXVTVg2kA642b0FCt0Z4DunY9Jp1KCDnalgrwJfEHY9bSrM2b1db8vJMlGlP84SKUFOlwNmfvGnkUPskJQCHjfsh/wPsYZr/vnEJJaTnhsY0Jd+WRl3iuAx+GQ0B0/SIpm/Qabjdf99S5wLWkb5ueTuCV0LPvFcJTn2bgK0EjdflqN2e+364RungVUJT74xBMzut/VDccQ+NXjNsTSeF8AXEPapVXzeuDjVCZKG4TOe0PmP2t3Hr/DexApOotVUz0hou1WfkfM/dgg+FADZtI24qcITM0pw7+Culk00RbwPmpzCF7/zVDji/E1oD9tL7bbAK2CKZXRmOWrugIwWj/cANxpYIZFYdavPVINmHxneMBLREXnTo4R6y8HE4k3fy30hVtou1DeS/S3btjCEtkVs7yI6cPremQAz/c+rjiRCtrRHpil6Tx/nEDTZGEDomlnO9MPMz51a0K8D6xArP1dG4tZXB9VCT04AVyfJJncGIu57vthXq9siKWriyem3tkzshYYWEPnCzlvAjHvg5yhJyOsP2Q8IHHLJd1oZeQ1wOruaBdRJ7ww56kVUBV5yxTC+TAtEL9+rhOB2tBY2m7uCIGb60jjeXcQ7soS7SwwsgYrlPeHU8Ig14kSxHQ2zA9SllWtDIa8TlxDvC92hzz+v/B1RARjzh8nyHlWCvxJ+D82+uEAw12kpQiHBTTAS/z5dQY33h+vbkKMrts9Ia3qayJ+A6xsHTqKyCjZcZQg1lYl+UCmn/u9eP8RGwQ5/50ha88rVbAsjzYOTYiZ844/5P38YcD66F0hoi65Ct0KgmzbF5+TkZefa52S9/tN043/DeHG35w0M6b5FwnQE70=", "1: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", "1: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", "1: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", "1: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", "1:eJztXHlclFUXxmEHWQaGGTYRl1a1ZFam7X0VNdTKBdvMSoRBxpCpYUgxW80yy6WyrCzTTE2lXcvSvEdJDSoj1zR3UyJLUEBEAb+7vWrF9zF3cvy+7/dj/hiZy/u8955znvOcc+872GmUY2iOn4+PT0EQfrvVkWfLKsyz5UwlI2T4FnuBK6ed8qmXyzE2g3xKaxtrG2sb+x8cU/1tbND5saE4tzPa4x/6OZxjM/PScjOdo232s/jVwr0GtY25PZbeNtY21jbWNtY29n8+9qIyRjvfc5WztyM/+/wn8rv+5PoU+q7PCMDvfRyFo3Dr7B7ESCEZ9vzRbkD0/clYikkcYzCIYAwMI7Q2hjGmeoCxirjNyHxgFpnHxDA9PcBYRDBmhknxACPkNwt9F4SI0yDVAxpYmTl6cYz787BgMpDbPGCRYSC3E4jZwkBuM4GCDIKpegFIcCaeEFYPQCa3M4IZ40mczJ643OxJcC2ezMRBbucSS1bPQWa3xYFFlf6jF4sTA5ncznU2BftHyOUcZBJihJ4loV5seRwkFFwOMomBWLrrxWziIKHM5SCTmMuZRuiFuMdBJrHlMY3QCwkLB5nElseFRYjlHGQSWx4XFqEk5CCzGGG5sLhdCC8AmcVAXI3EHMFAJjFHMGExitGIq5GQTYaeHiyPg8S8Z0jxoBJykJiWG/SeOELvAfcMBg/KJwcZxRzBktAo5giWT0YxR7DUMIo5goOEtNzAUsMoVDUUkJDLjTzdhfYlnHpCTTkTZbPQvpFjPNhnmYX2TBwjtJnhguy24p3HWIR8zeJjEdrPcYzQBoiRx+LB5sziwebMIsQDjhFrxZkSW8Q2Mhwk1lWzdLCI7X4YKFWsq2ZKnCrWv3OQkNTxbWCqkNQpILHNGUvyVLEtEweJMYKleaoYI1jOpooxgiVgqhgjWDZZPdlnWcV6KMZyq1iLxwhrFetAGfesYhsZRiOr2JaJMcIqtpFhjLCKNZOMEVax7QVjhFW0QfYlMe4ptimxcpRo48pQop0rQ4m1RHqOEuuJFLvEmiIFJdaIKighZhgVHwpR4xxKiBsKyv0DZYri8XL/ePhPKCFunEMJccPIuZEixI1zKCFunEOJdcwGjhLjhoIS44aCEuOGkaHEjuzOocS4oaDEuGHiKDFuKCgxbigoMW6YOUqMGwpKjBsKSowbFo4S4wZHiR10mTgPxQ6tTJwbYgdQJh4v958TURT3odiTAZPiDSFumHhdFjvcMPGaIvZoxcx1/t8c9JMvURXoyC9cNqfNkZVrG4uRzqK+ebaxtnxXQY72wjvm+JNPofitV0GBI8ue6bI78v98s4yQczcbVvSgLYNcPMzmcmbm2rKdmXl/uZh8fSst145/kYZnszntEXjgL9cE4x/62J22LDIZ/ZSW58h6YJy9wNbC3frZswvxwvLIU3C76u93C6SmjM7Mzy7I8f2bt5SnV3x7YPG+wZGtGUwuSHMUkouz3LXbT9RufgZmUDYr3rdb7Q27/T21O5Xvt7xvd5Q37A4Qtlt5kMe3jN63O/qiJna4qMHKUz6+NUzxvsGai2pwC+5rxWCzUkKpwXrvGxzjDWbrhO02KU0Atdvgfbu1FzXQscIGW5T+hRps9L7BLcTkHxjcAm1aMThVab2owSbvG9xCTP6BwS3wpRWDrUrXSA02e9/guP9uhJUnp/xs8hJ0YfEX1eAWpL8Vg/kDMV6dLkH7ldCawZ6ItTCzlSfD/JT3ErRfid6wW7hIGXhGK6efl6D/6uANw4WLFX9abFIOcC9BH5Z0UVO7BWX8zxabUhSK8+Nx71vc8aJa3II0tmJxT2VvwY/2vW9xsjfI3YJEtmK48j0X5emE9w3v5A3DVSKGX/C9bP6VmEsgZp29YbavqNmpF35Z/BK0oV28YXWoKMv5A23+iNp4CRS8a2t2C+lZiIcGK98t0//l8JScWJIbpzkczmx7fqbLVsD+FicMvw0pzMx32V1FvZzOzCIGTKK+cBZmuQqdtmz6i5HnP/fJdGX+5RSXH9+yPzb58/ps5Ery5+1kdNv4ystTpvhCEf4nqHs7+cx1D26astkHfnqyoN+sk2dQQe6Lf0xEvvLsmRETzMuCIbzHJ29VLT6B1lq7DHikJEYuyV46ctjQCNi5qT7j0MImtNo/SiNtqJWmB1Rr0wdXo48PVL7ySftT0u09r14SXX4SrdNdnuHfRQWDp83Oj5p0BEVWfv6hb4UKlt9d98WuqfVSTcfNjvsDN0lnP3nkxEeDVfL87caqVP9ouOPRDz4b9fgSaTi5rClMXvjVWt3lWzSwff1Y4xOfN6Ot3WxxB2M18h9ha3q+vjQWyvRff3xNfq301hOXr3tm8Ww0c96plCMfBMB7pu+vv+3HGkTtDqpFlxWq3ghKOCgZ31luObUuBH5ueGzMaqNW7nuzsyGiUgc3+44P7XplOFD7u4XLXx3SdCg9HAmv2KZk3bu7CW1ZjQee6wCvXx37ytbgeqlz3vgJC4tVYPdxPOm3Plg+ZI6He+apIYC4ZXcVuuZsp6aThSCR2YsTG1B/usB9koG+mpH5hq+GvtqpBuFJpHf3rUF7Vjw9sdzQHgKefCXt+bzD0oSNV1330rchsG9/6MtLeifBSyOa007/cVw6nvXdvQPTI+HDWXhhe2JhkBydWbLlhHT4BHFoFSp+/udcnyo1jLm1ZnrG8hh4rtfIw+WjdDDM1XX22cgowD6PGzI8HHyDp3bMOlaGyrfd8fu1q7SgH9ejU0dXNPPLch18d6y0pHePIJiIo/PAG6Fgqkrte/MJFTQuOb751neioayk9/v2uTrYVXx6xNj1IbCgHWbELA2Uf0oCvF2i4VsYxeJdpoG7SEA2BTHc3mrE4hfH4x3OcPE6WO16OdbvjgDofdOvO4tPN6O7dZ//6LM3CCLvsi7/5jMtYGs6/2yN5v5oQj1vWRTSz6aBbiQsub9KM34hjogCetu7o+HDy36ZNPf7BsTisBlJpvu+7N/eR36fLPuxEGiv6vasdmcdGr2tYkw3s1o+g4ebP+H27S1F9Ladj6BJ15KJ9qBpV5KVlyKaR8W7pRRCiGGBsGPBgzeG3KmGTUt/wB5Vy32ez6s4UxkDD7wx7s13ulRLLG+COF+3IEq3x35Czy6+Ew8lAc2zSSFwDSXwQYnlZQDLu80qIKtWdauUIkJXLCraWCrNyCAB3SoNoRMcRdfvG4QzbReS7rznY9Q9EuYc6bD41ylRcOOc299e9n6o/MIXDwQ3jIwHlidaCG6YN/rTpRp5Bc6G7DEawKz6JvBGlXzkA+ywpAAgbm54bL9E/XvZSelJAtOpOR9qEImKqlQLhSRc4XVody5JhAZEeeKsQfNJGto0MqHbrjn+QPO7bxXasBsTfXC8vA17NW+lGp5vstX/klmLbirCDJkWB4S2rq6HJLwYvHIVVGEavn9VAlC/P6gG5u8oxpfhodC8lSR4PWJxDoUDEzQf3NwrGRivN6IJC7unJS6LASJvUmEci9OOCq4D5Wj/m+qFX/WKAL+KF/AMOIcJ8bonMj69pwFqfl0IXE/kci9IBTuiTvQaFA+MJzqwO6onl86Khtt+fHFEc4mK+zUScsjrSBB0Ozl7z8uB4TC98KGEsOQ4GEWInK6FJe/ehjO3BuXTxPka3f/aLTEvDKhBY0gCPI3x2Cvzt7+LaN7ODAVd+uDGWEM0FCcOz75+XxhQN80OhUewuQe+jIGEsP09Zs6rRiV1V46YsS4UOtbm4dTyle9+JhVL51m0Zi0R5Do0aQhRorNSyRYipFs5D/1h1cppWMl/l64gaTJ8NyI0+n1uvcR0vB1cgcN/Z1kQBNEF+Mm7EiZm6m+vR3OrFm8YaGlGhO5Ljr8j0biOP4vih5Ar2smOqElQNv8UIuyas82f1w8fmforbTPC5MGV5rREl1kbAySrj0KtRNRpeG8fmfr9vmi4l7j7kd8koprTC9Xy1I9wwTkRBVR3k3+U6n7egTMmXKZ+wH4mbn92cjPKenznjUV3qWWqK9pEoLIyohbNH/3pbwWFOrls2Nr33t0UB7i4yE8dbJKonM84zPTrcDtgdeCMtDJp8tEhK6dLTOfDgbrpFx/Aqok9fRoR+Tg5+y2J6XkD+oK4M303KqLCVyOxOIYAid6gaXEyrU/qGFiK5XTUzDD4EqfnvAqdTNe1IgFovSlVw1MHN7626tVAubYJE31RBJCqvGFgOFA67lfLpNqs8AsFmnYNZxDVzesSgdVNX7kynVSiWoTFBStYMq/rdRLTWV+gOrXEV6b1aYMGFs35OvkjZyNi8x5Eo2jiNiPMcuyprYh+XK+CDBKGhxrR0YPEIeUSSS9TkhrWls3v+1lNnUTLC64z49a8HX/to8mwcaAFl6ImierL3EigbcLTOiBquKCdSq7AcpV+zXHE+BEGOvLDgiiYF3/tnq4BOqAyPT0KKI8nRwMpBw+vqeB2xIB52U2YsmqgbcYLCcDqoB+8hrsPGBAOrP6rWNy6aiGR0LdnAozZ+9DU6dnhQMp595JIIGzt+9kBia7nWBSQLLihexxQ/ZwXDFdSAa5BgSRh2+vgB7LcOYFA83dqPGhJ4d0SDIxHJxGr95HwEFmQHAtUjn/S8Ps0IqY30fw+jRKryzEwHleNLxo1rO46j6MNpP2Ry9BHTqxkq5NhpUwiFAksX6sR5eXIZK73fsDy56D08KAk7ZjvO4CFpMnaAEimbVeDVN7np+raAX7y66texR2PLzA9/E5i9dZfZuuvQ52pcO2XaJtkiZD7kPS0+sOjtJCekjpQQh+SSBfYGLsDMV7USm+8Tl47EevvjkuUfiGbpLREwphqidlfKeWQ9qpfM2J9zCrkQ15PRALzWyXXq3pE49o+HPzXz0gZ12MbwsZhx32H1KSR2h4NtPwNjQF6e/CXqf4ciGX9bnEYYPZsqt8SKBMWHp6ZwOuRBozkBpsjZMrHrzsAFuHf/FxxrN4uU8tDyfSqaMDWf/5hWiwQ+f9hkVamdeWoDnr/kLOt4rcYwCpym/yyTqZ1N10NTHf95JkppLEKA9YPHpeeGY4ze5aPPHkiqWDNiOn5CVZnFwbJNOyBfsDq7nrWd5Zi/SHxvkvD+jPXIcT8306m5r0ZwcebEZtvv7Qi5sy3x/pHQRglXiMibL/aHg+ki79iXiXvP5vRjHW4YAyK5jw7io4WYORAH6D6nxQE/enCO8H6ZMK89Yi4xzhEB0kkXc8mwFW0kauTcolsxRySaDh9w2DKZGzoglgYQBusjkDlG+s1049woPPOOIKo/DsS4BhmVZcBcUDbs94aXjf9wEUMydfwfs8PwvFsV78WAlRXzySwOqnV8vpcjth+pFii275e+aMLXE7H2II/b5rO/28I5//mpIUx/b8A5wY/Aw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHl8U1UW7prubdI2abqmbbpQEOiSpAmC79QimyxKEVARSNt0s20gbVkVEUQYYAQFRQVBBURl33fyABERYZBNEVRQNgUEWVoKtMzdwmZn2htJfzO/X/tHaG7ed98953znO+felxKTbe6Z5+bk5FTmiV66mYtNORXFprxJeAQPdy0sK89ztr3LKDeXZOF3mU1jTWNNY/+DYy5/Getxd6wnyu0sX/RLB7OlxFicWWC05JsKb6OfOubq0TT2t8Y6NY01jTWNNY01jf2fj71lGyPd8J1q+ri5NPfuO/xZZ3x9CnlNzZKg1/bmimzUTjcMoiGQrMLS/AZAUjvjsRQtPyYtjQeTRjFca6MYjd4OjIHHbRrqAx3PfbQUk2wHJp0Ho6OYFDswXH5LJ6+cEH4a6O2ggYGak8qPafh9aDApqME8oJGhoAYnELWFghrMBAJK40zVe0Ccd2IJYbADpG1wRlBj7ImTzh6X6+wJbro9d2KgBucSTVb7QboGZwaNKvknlS9OFKRtcK7TW9B/uLjHQFouRqTSJEzlWx4DcQWXgbR8IJruqXw2MRAXYRlIyweiGpHKxT0G0vIFl2pEKpewMJCOL7hMWLhYzkBaPkcwYWlwhb4HpOVzBBMWrnRnIB0f95ga8S2PgrR8jqDCouEjLFMjLkekJduxPAbi415aij3LS7EjTmmpdtRcBuKrGmlpdpRPBtLwLY8moYYvTjSfNHw20dTQ8AWXgfjiRFNDw1U1bCAuhdVQR+i4XK5hGsG1yWB85do4MiXn2mgxDNemiVJIx7WbYZgGS97djVY61yaQYbh8TeOTzrUDYhg7dmfpXLszhuHiAdXvdC4eMAzfRobKdzpfV81AfLsfmg56vq6agbikju0d9XxNPwNxSR3bO+r5NmcMxLdlokmu59ucMRAfI2ia6/kYQXNWz8cImoAGPkbQbDLwMYKmhoGvL6QsN9izZTLYs5Ex8G2ZKI0MfH0hZYSBb09CGWGwp+k38PbvrjhcyXybEj1D8fbVFMXbI1MUb79LUby9K0XxNUU2u/gaURuKixl3UFzU0Nh8yMUNG6rhB8r3obi4oWHxaviJ6n0oLm7cQXFxQ8O4wXfWeQfFxY07KL4+O42h+LhhQ/Fxg6H4juw0Gobi44YNxccNG4qPG1qG4uOGDcXHDRuKjxs6huLdg1EUHzdYdeA7HLOh+A66tIxRfIdWWhZlvgMoLfN8w58TERTzId+TAa3NG1zc0LIKy3e4oWXVge/Rio4pNt9Bv46p6H84kMNfxyoLwR+Umywmc06BqQQhLcOfKDaVmErLy/JC7p0xzx2/80EvGWVl5pxCY3mhufT+ybK870zWa/ggUxa+uJep3GIsMOVajMUPXIy/CJZZUIg+yER3M1kKA9DAA9d4oV/aF1pMOfhmWVKMMFfgi3OKzTkvDi0sM9UxaYfC3Aq0vmL8CL3Q5a+TehCL8o2luWV5rn9xmu3RF9sm6B1vt9QRdrvx2s0O0NJsmxbH2y1zhN3u9trNtlDJjrc7sD678bvMhhos4TbY9viP7Rkdb3DQQzXYn9dg27NBtjdMdbzBwQ/V4DrcV4/B6bbCSwxOc7zBckekcgi33Vpb60Ds1jjebsVDDbSS22CdreshBmsdb3AdMfn7ga6DPfXYrbf1bcRunePtriM0fyPQddCmHoPpWZ2OSVi64w0O/Z8ItO3pKyvOjdCMhTnCbu54254FsyPaRmjGwh1hdx11sB672UNmje3I0/GGRzjCcO7Slca+m2A7E22EriyyPsMdW7vYI2et7Ty3EdqyqIdqcR0K+d8t1qbYRJydljveYtVDtbgObazH4gfSuRE6suiHanEdqliPxcm2zRV7SuF4i2MeqsUuPBbf83Vu9k2aRhDs2PrstUewXXnN1t/7HfNGiLLaEVb78NKbPdJmD6k1jVCl4hxht7eddtu+mdYItSrBEXbXceJWj922b6CxpwYPHB7jE1s8cabZbMktLDWWm8roXzD5oZenK4yl5YXlwzMsFuNwCowiLrFU5JRXWEy55IOBd9+3N5YbHzjFZsfX9E907l+fCV+J/6MAPOoT12zUZIMcfvnt7RW+y5WQ88qRdsOVKqic8eO08eOksPujJ9ZcaRcOX6d+sbxVaRS0eWv3K52s/rBlTljrH0+q4SuPdjOfmaOCTk/dUpaFKGHhvw71Pm+WQ/LGxACfa2Ggkenabg4MhM+C9rX/fpAC+m/o7Ouy0A3wbHNfjYATI4KXdDQ6Q69f58/8ItoPtmwNScga5wZrs9FCQqNh0ztTA0ZUhkDEuV90YWKN4DHg3a7yrjGwDsb8svP7CFgaf3Ls7G7O0GK84sjedDWsee2lfStD1SAdoVv4WB8/6PP8cuv5n5QQW1NZcXyWH8h2blj3zw5hMLnL726aNz0h+6PDmovXA2H5CeyAa4L6aPWoon4xcGTAkB5Rh+PAUh3w29ql7tDtNb8eSw+GwQW/LcnvFakhA93+3Y1yQLPPbvuIk7h3wv6fjvu4gaBFFk72hUWTjhY4maMgdWjLGNX0GFh8o1/JjtpgMKz6asiWOcEwA5mlWyiH7dea9ZsyJhgGh/sdbymVwa5TwryfH/OElb6DF02aqYTXnzuw6ddgJ7i+LffzgQddIeTI3qqsuUogyxrrIZJwvHxdWDrdNCEnMhQOoFVMS3IRN7kHBgtffiFcLe798pLeLeAT7w7xFWP8oN0jB98/HSkVdXse7f5tSiw0J4G5JnhVf5i/sshHLPsu8HJG6+bQRt1l5NilUggTn4/OGCwXiV/Xq6HV1A+vp+Q5w6pnr63/wdtV9Aqf3T9pYRK8swIteLcUcBiqDkhE/5YrPriYqILag8N+S0j5XSC8+l4idsQOHRoON7E7VpyzRrxkTH0meb9AwpOSCLHFw0bMX+QPT/1zRmngdrnY6nZMTeU1NZy5+dmf+7tVCu/EvFExOPxPK+HFmgTA7r163h9SPBdFPJfrKeZNyHnhmCQaflyNF7xVqJJgwly3Ep4PV8KuIZi5i61tN/dEU10TepOFesPhHSWa0VVhgBaDXBIKRvKLBEyfD+zVc2cMeOwNffqHjdFQgBdoUgKyfmLNKRlkuc99q42zDLB5fT+VgeLm7j92bQ+lvGkdDOuixp17ep0TIC/tlu6MhGDk7UsH42HWF9HLLJ8qKF+PeEMJMbBG2Ibo7/5rPKThn5UyiFpwtlMra5hI88IF5rRFAcxT0LgsDwU864ZhkTBvUDvv79RyiFIUdbviHwCr0xFjiuSUh0ujoNZUddJoDAJs7YIvveDoxBpT1TwVoKvfyFqVCOMX9EEpflno/u2b/Wpdw6BXedyM24MS4VzZavlNn3AwPIEjJ6V5obgkpJ5eEn8yMx6WrEGJutkZin4aPPGNkx8Lp/bFHq2ulcEAvLA2noCX+WfOeWGrARMqCL554cmvPGpi4dFBKGP6R8KNUUWbyoN8YfRalNAdE2Dv50hAukaDCrutvxKmKd1QiM5aD3TLlvZd7wYdXYf5xH0VDzHLLAVvlsjgzORmF/wek4n47QWUt/M3Y0ddEkh8TL9aW/8YJ3n1UCQsf+rF94fO8hLpOpwAkWJyl6IIePZ1PQq9pzhRlfPHc4+ftmL6/0vSCi7vRzd8V8ryMUCEeT9v8Z8VA2XoNi9ZnZm/A0VvTIj3W4D7jikpQ1v6AsF/Eip2/mB0wrbTSfDyvpXPXhuuACx7LTwkYjc5Vp5IONYBGyJaj8+Szd+c4S+S/MyOp3l/tFLY+WT6PzIGXhGmfTbm6c6Rvuy+LtCDBLhaIGmbHA5aIqhXhEsKrMDXBRKnHgnwJJI32RpXIHrW1kOkOhcGt1eMvLzsqd1Wqo8XrfO7Q5AxM4TqbbWS6ubQGKrjF8OByEV+CKDsWf9i5zBArJg66qYSiL68LoP3NqJE3BABm8pRpA77U56dkMOF2ZioNwWcPonRcvDvgRSqUygQ/fZ1AZr30ZC47fUFfbq4UV6086Z+zYmEckS73X9cFmozb1w4B1I4htT0VbcaQdoXK6gKkrAQHwmGM5EoQZZ4UT36PAb6TdmGFFUBeNqvUyuFvqRwqeFsUYvKGR+EQxopPJeE1Z8M35l0QwVInJByRNF8LLgu4HCt/yEODFgQBsbC+lvjrx7t4wEqLKSt4mj9GxAHefjntBdUVeAIRlCebPGm+jFNAod7n2+9MVFBebHYn+rIGQWQ+Z9zgzl7ENEPBwMujz17R0IccbAXyy8FYGt3TLkgnLqs2m9+JRawbFydmADKtw96FcQeE0Yj1Y9cFw1DcOFYrAYFSeRaYe23Tj+5eIVCMhH2WOiDlzGF6dvQECA8j40Dqn8yWn9P1FjJ7ZY7wxV0uwE75YDTe+xsV5H4OdSXxVnGdFtF68yuWJr/NTKIRjAPNB9KosfOvqeA53HZipRBfvtC86VxfoBZXTDah+pEnBxIusRUCSN2JiGXSmh9na6geqYPEH1IgKqEUZH6/PZJcsDV7NhqZzEIpVfeoQPWxA//sexEYQsgdNjiBqQcK6TiAoRqY1HDR/krfy9bfUJ4ASfaJH+xdelc503jmkM4FgRnOXyA0m7rd3IRl6/dy2LBiGj6oZcXYLl4e7uzePbIIlSxm1Mdbe4P3bMx82qts5F6PpkeAdPaOKMl3xC+weU3UiKSebeqWN2/YG1BAnVceOVmm0F7zyZAswBkUbU77RfOy0VStx6JZ3XrZ4Fef8VKeDI+HlAx0e4ZKQMSZ72LSMpMyxh4Zuun87rDb9Zhsz5Wr79VbS1B5X1NdjD0x+kzc4dA+q2elwQ866OqBMgliaWAX/qGrP1WDKP6t10NCbhwbZDCu6WBY8Wvw0QS1/0JrH5IoScpXFEird+3hEzSgCngS0SjtU4K2q9MvcH6hhBoiS+ojKB5vFkCRBc3BFK+jUF94Mer0q8/HgGLCxEB/ENhCBEyX6azKhg5tnXXT7yDoB8uF994Aq37KhrfUXIYhgu4bxAcwsuZEAL444qBKsDunRAYAkjcP1ZXBwKme4BPDNXR5wPhccSWM82VQHRueyTtQ5OlrE/yp31tqwggdC1sxvJIAqG4EToRDSiZkAlJtN9UBtB51KwfmJkAc9VYIW4KXZC8j39HQfUnohm8bcKNyGFBe1H/RMcVSrr+RxLgBSJoZ4UNLyLPJUbQ+CQmAVJ/l/c7RdB+b7o3y4c9AsnvkijaX/nIgJQPzQ2B5ENFKBA5WBQE08ePQ8gTAs62XcFxgN297aQnSMiFewRSvjsn0r7e3Q1G4rQfsc9K/RkE7pg47VyB9kNrBZQFmZOKpayvCQBshqX6Z+E7Df4N9TE4Hd38RMo/D7quVWH0fv0CRFy9Tu07ayV5srgVrfPT/Ol6iz1FYu+EaKjABf4ND8DVsNkWqUj6o14tmG65sTiFikiMkGI2gz/OiQb1xBDa71fdtlL9V8Et3B5m/24lfaNrgPjn1S6otCfQPmbqbdYP1AqffokLqwQOnUEFIcSZ9aeXBLJHzCjNLyu3mEvK7t9M3f2/Je7+MU4dY6n/Blrcx34=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHlcFdUeB9n3u1922cX97ktmcxA1tdQU9ZlLinARCrh6gQwzy9yqZ2mPV6lp6UtTW61eamnOwTWz3ELTNA3CBffAUCTjne2qGD055PXjH/DHDHNmfjPn+/t9f9thhthx9sFZnm5ubgW+aNPfnmvLKMq1Zb2ER/DwwzkFhVnuzqOUQnteGj5KbR1rHWsduwfH2vxpbMCNscHIt9MC0S+97Y689NzU7HTHeFsOvqgJuYG3k2tAP03MYWDr2N8a69M61jrWOtY61jp2j47NcY6R6vh6luxhz8+8cYTP9cXXa8lWl+aNtj3tReNQed08ET0RScvJH98MER3ZGnhE9GRr5JmYgWxNPCJGsjXzTMxEthYeETPZWnkmZumLx7QaHhkrldE2d2r0CXSn4xLS0p2+ubOjj6A7A5eQnux0Rq7pGaiQiUvISHfN5sJNQsZmm+lmIT6VmygmvulRIYO1BUJGLRcmM9np+bjHSM43PSqk59MedQ19s4MW0bWmBTRiQnoNl5C2BdpzCnEpQkedUN/sUHyzEJcT6vQteRIVMvDZibq7ns9OhpY8iXqunssJmZCBTxHUCU18Kje3hHvmlmjP0hJFUCED3/SYEJ8imLs3O0nfLMQVjZiQgetJehojjFzc01N3N3IpQk8918hlXL2+Be7OhIxcjNBTJzTyaY+lTy476Zk/cXFPT13DxBWW9YywLREyccVyPeNeS4RMXNwzUMIauGjEhPjKHANluYGLRkzIyBVhDbqWC/GFZYO+Be7OhExcPRPVg6nZZqKtGZHhaoHY3Lh6IOrqpmZ7Le3O8Ji52U5L2zMi02z3o/0ZkWk2U280aGauNpj6npmLcqxBM/N1QJQJZr4OiFLBzNdiUC6YuUI4a9DMfIU/tZKFK4Q7hVrSl1j4WgwmxOXlrC+x8DGCCfGVRJRGlpY0Mxa+Mo9yz8JXfDEhvuKLEtbKV1AyIb5ei7LcytdrMaGWNDNWvm6BCfExgkZXKx8jaHi18jGCOqGVjxHUn6y85bgH9hANX52nYVJ8NZuWSfHVXzomxVf865kUFy1QeU2l+Cp5I5PiaxpMTIqvATAzKb4OwMKk+FoAxg0tFzcMjBt8q6oGxg2+ZVUD44aWr1JkVtbyVbJOKb5S1inF1wkwRvGtrV6X4uLGdSkubhgYe3V83HBK8XHDKcXHDeYpOj5uOKX4uOGU4uMG80q+9dLrUnzccEpxccPIuKHj4oaR2YtvWc3IdMi3pmtkuPgWdY0ssvEtb5tYZONboTWxyMa3OmRikY1vldHEsh7fMqOJxai/WP3DbwsVqPGJQpvDZs/ItuUhSUdxr1xbni2/sCAr/OY7ZnnhowC0SSkosGfkpBfm2PMb3yzN//rNhhRPsKXhi4fYCh3p2bZMR3ruLRfj95RSs3PQiVT0NJsjJ8zt5vebyDV+6JeeOQ5bBn4YOUrNtWc8MSmnwNbE3XrnZBahieXiPwHnBP35bj4Eyvj0/MyCLI8/aYutcRlYBWlyPeDwOwo4mBcw62lMrPo1ux5wxB0FLOG2sMZZoBHAFtcDjrwdYIwh1V6EL85oLu5EXtzORUtmaKvrcUe5AncSt72tjVKkRuN64NF3lOEKbpc2swVWZxvnesRt7yhiKTdibaOCRqNzPeIYV5Bb1lLgzm5T73rgsa4ALuf2amOjslJjcD3wuDvKcRW3qfWNSmKN0fWI411ham7gzj+lOtey7kJNlnBHTR3KbWpzo45EcxeKsibKib9v6iZq+dsAtzRqqjR3oThrop74+8CbqHxuU5xpG/WFmrtQnbW7N4DrGrW22rtQnSW7AngTNf5tgLPXCp1rnHehSGvvCuDc9biBVafOpdO7UKt1cAXwJvzn/wM3GpydNlvVdj3wjq4AruYFzv4cZ3S+wkE/YeXCjQ/pq7eNV7luufYv3wMhb3b8n0n/WYa+b2+4RQZbbFh6bpEtDX+BO3DCBHtBTqHtrgNiHwNwAaJKMN+bgNinClyA6EcUlnsTEPvEgQsQe+Nee28icn6BwQWJJjntra53D0CiqqY7PRcmK3td4B7F5PyspNmYqFnZ6wzNA9XoooIQN/rBVard7sjMyU8vtBXQL7Hw6vugovT8wpzC4hSHI72YCkYTDI6ijMIihy2TnBh747hnemH6LTNkf7+goa9xgrHhK/E/QMCjPxguWHo9eEkU/jHyEzE3Bk7a+HZ418UScGzgy2/ky66KHWerDu1aGwGnzvniCT+rFARv1CzoMN8dvv8AEng7Dga2QVeEScGIzG5I5KS4c2mvNTXd1ZDeTwIaPn26evUj/vCTR55YOOlIHKwYrl671y0QlNzn3n9GULWYkIzu3FEGFXt6HrxokII3T0StOOUrhd+Ofuhrn2sJ8Fpt0c+LpEHgjYZ5U+vvKxM3qZPSvOIDYGDJqucH7QgBqz1OzknurIRX0n5Z/mbPRCivTtmdNdQbeKLhc0GnxCUvri6vUrrD1MgzFaaFElDW0RZWMTwMvh77StHEbu3gf9B0r5X5gEdnWQ5szVsmlq5cNgDIL4hRO44Ly8YEgbXjnj3UvTgKLgnv+lPCrHbwl+3z178ucQfje+bYL84sF6ek64ZqOuwV7LLp8JvYYED25W0huZ0hDtLzKuD7QSRS0XFhxak+XRrKpeDVc1MEY3Q4OJLtZp+2JRqudmSjoWj4GILd/bAKfH/054CS9ipIzs8IgmtmTNnz2SEZWN4JI1HBKUirT4T7wA2FJaGewwJA3sn6Vb/u2y88ibS1vLsXcHsVqWuCBMzaMaR0ZaYa7npv9/5huWp4puBzZf1ONcCXfVUqh3G5T01e3umk4C1TCNtGycEDxcNXGr+TwoDP3y3evsoPwJExKb9mSEGlAmvEF2ZiwzwoB3Mrq9vu+1gFNrw+L2SyKhYeGvPkwOhh7eEzgvGxL/t6AIPUdP9Xg2cJ5nB8hyvCxIignztL/AC2/tE25SI5L5MBZBV0hQq8mDL2+J6KeNilIfZarTIRmr7rNmDvq74AsejsWxvcALHvllqhfLLiowfLa8SR32/4RRFVJU7v+vC7/tt8Adn3VoBZI9CJslB4GdPGFgU7hr5W5ndKDQavi555RhoKf4xAFnlNAeu0Jz5KzJSBydvb3/evhxTwUTKxy+JkE2L24QCwoAMWlEPEEjTz3wVil4hgsHLbQ+YX3dWQPEdRLsqQFtUnpODTxRdWbHuoXrw2+9LhH1IUoNfBi5f6LQgD357fsbnHd/FQOaffac+ydnDAOMlw63/bAFX9TnSmTvhmc48Pc456A58x8x9WzrksEjP2bwOGYLgx1QLlxW4Be6nDGg+PlsyeOUKfCPs88ntowT9kAFntyOczDgrd3xz69vud/UDZQuxAFSLxi3MXBEddSNXajy8LWgLogjDjre/e2z3UD2bhnxP+YEUxUsA+BZjUObbtpcBYiMi6Sr66Iyz4QYY8qVYImvjBPw+/kATnphUmvPF2PI0Po73B0TZ+L7WdnggJn92TYO/EojYLfVWA4DQsFetH5W39wyED+9zwlcfFgdGqx/vX+INRczf9ljyqRnhv7JDB7ZY0iPvsY3x2hZUL2Mz3fxAEXrO9kDE6MhpAdNipLBI6XnqlsrohHo5pv1OyfbIarPsYA7sq0PkpAOFXaSh46zF0wfg4uLEUBYiZcfDnjcGL9BVyFn/cIA5Thwb4go61b/xUMlsKdjyJgRwXsBfvKPMGhNc+VQIiUWLR82qIw0U4aAvHIlqrOkQB7G4LLysg9urnzGqItT5lTyCI7/f09K5zFDT+bDkvItKO+iPVHbTZ4CVTiEHwHIaxsFZAqI709vABl66VPVWVFAkJLz4sFb/siyKojwTQOFcnTh/Ud/FzJ8IAcaOHw8HWPxCAPYmQ6K+kPZyfjwOMN7Bc2ZT53thLQsIXv8++NNKXPc8b9vxnLqKQP3tOg/ALdq+YKuo36f5wwXrksFc9AI2TYSCZBPYaodSKkdQIRTicBDv9d5cowQ5xOQZKt3+57uVZIeD8GYiu9ILHUHhatSkcBuAAbpWx+NAg4mkHxiVAoneJgvntHoHE24hQiKPJtz8F0bh9LoDG+dGxUIsDZKUXiCMO5w7RJDp/OloK8W7xxzJAeF8igQj80l7DkuDeuMN1U09LAeH9h5UCDi/zlgTC/oSAgYDkm0VKiKPd+ap4eGDY2a7r2zUIyBnQk+tFwt+MBnELdr+JMkD0qw+DxA9yk2Hvf9d6jwkNAcTea88K3XC6GlgtZpPA7Qe6zFtyRftuFCTHQ5NgKEpL7/yrRuia/477Bq8rIvWDQwLlt5T6i0cMxGnl2NRI6Fe3ZPxnHeTg0y5IYFEMREG32wBpFFRjx9aHg4zzI3o8cIrhtwfR60/LAYlDI0MhievL/CBYdmxjcKQKhOHEKlVCEieKA6CSJDBPgFn+U0IE3O+XjUK9N8Re+EqaHyBh6OsagZi7swcg9t8sA5+bMbEqBZxe+0YFgoPTCpAqAgBR77owSHmhhO4Y0LFwEIbFdXKIy4TLcjWNH5IwZpcQ2G3Crhf2HT0oYC2/tEvB8qMSInCHPrhaLZB0s15F4/wUKXwfpamzXUMAygbIwgEA325PTyWkeT8QkDjztRzQuBnM4rwCkMuGhwE0C8Q4X7grbNCPEb8rAXnOfXKA0U8+HgOnJW2atcLcAZI81z8A9Mbp/6mTInGbX68JfYijeABih4LvRZxtJpcpAMlHUjmtQ0bEwUic2PfEw9/64crBE0SQAFQr4DQzaN0JYSZK14/+dlVEqFEAqxJ1KN1UeniA5ytwAaGmPO+vghm4vJjfFvYjhZQSkLTQI5L6yWIFxGLTo6WAxBuJBNK4WCfGksQQBMbvP/l4xzUqeLkyfekBwx8CoedjfgBnr+z/qCHOKv1OXxSx+a58ogQ0f9aLJG1MkYHdWF1vRgEUdZI29U6An51GBcLT7SDVyyUBBXUEzQOQsDkzEOB0ufPZGpHGWU8wDFn54Jg1Ag4n+0/+KJD6qSSWys9Pgtuw+7jJAXEH6VFxIJCnb07zBNM8t87VTjonPk0TuEDqK+8zAo0XlQKx3/2xkLjdhQ6Q1qk/CqTOWMPivFdniJwYecpVgeAYGQ1JXba1E/xGt+WTLvlXaF7plAzD0e2mlCZQP9vrB/JwYN2XBIndJ8bDq1MfR6VUvUDc/8kkiGm6dHksJOXLr34gFzugvh384mXvi6qVCTRuPaMEZJ5HEmAqJvjpRMoLTTjIwgE/KQlSfMmQ5nMlzVcpVYIVBxY3JUBZDQXWAyIuq0NfOyuSfJssBzicC9sWic/1EZ+JsnwvfjUYR1A58MJq61wvLlyAfsICAUmrr+wUSN4c5U7z+rsSsBll2bmbrgi0nqsV84Y989GaCn9AzmfVC0aszmpvSOJVr1D4FaqmdsyMhRasQE0UIPh7SWk956eGKEsOKU0OAaSOmyeDdB51YgQ227Q6Yf06rJggOLG7/w/vXHQDb+FyaK07oPV1FKQ8OSBgd1KclwGK66RI4ocjHJB4lRAJiP4eSaR582p7WreHB4NzQVhDFQLpD/p4AIRm3LOP+kJSBr4oAQEkMNQLtO7dJ/z3a5TgR0ggORzgDUg4eSACkMW8lPzxBYUOe94tbd2N/4VxYwWoiTHd/wD7kEme", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWnlUlFUbH3YBkWGGfZEZNgE1mZ2pr94HUTN3hazUUoIBxoCxYcjcNXNJc+lzrRSttNTMpVzTei+lmS1mVqaJZWqKO66ggHx3eUcsOyfunM9zvnM+/GOY9877m3vv8/ye3++546t+1jYg31Mmk5W2wi+9bUWW3LIiS/5MMkKGe1lLHfluzqsMh604i1xltoy1jLWMtYzdGXO/Z6xP09gArClZrfGbbjZ7cU5RZmGOvcBiJTe5jLt3DX3/z8a6t4y1jLWMtYy1jP0PjM11jtGO+Y6DdbaV5DVdkc8eI/dr6KsuizTdGXZbcY7DmtsMEBnTGPhQWvqq5wXRqYx8KB1DmfhQeoZK50MZGErjEsrMhzIylNYVlDaND2Vic3FSg6G0nNFIZ3NxcoOhtJzRMLtEXobSckSDzpLGTd+7YFqOeDAOcqfsLpjWlOWN/2RZSwrwufsfQVrulN0F06ZzzcXKWafhArFq1mm5QKws9TouEKsvvZ4LZHKNUAxm4Itfumt0YjCDmWsuM7cA3AUzpvHMpU3jFoC7YEYuOmlZkRi56KRlbDdy0UnL2G7kopOWsd1o4AJJbHcFZDBSUBdb2bPNBxmNXDNJdeUKyGDiWh4DGbkUUCtVMFd5aFlN6fh4zorDwMUIHWO5gSu5Oo0L+ieBOJendUE0JRDnnnSuLE/vykwGF8RZZ3RBZXUmF+RSl+6C7unMLuiePs0F3dNrXNA9vdYF3dNLeeKKnl7KE1f09CxPei5GOEFcjNBLZs2XJ0lYuPJkSHOhngwaF+rJoHXBNQw6Ti1vOtAam52mppOpsdlZajqXmppNvKZTqanZvGs6XZqaTYamU6Kp2VxoOu2Zmk2FplObqdlMaDp9mbiIIB2iTK6YuomrYJ0gVzqBdL5OQALxta4seul8rasE4usEWMjTXWlU0l1pVNK5GCG1D+lcjJDah3Q+U5dAfKbOQGY+U2fyYOYzdQnExQgniI8RTInMfIyQQK40X2Y+RjDRM/MxQgK50uaZeds8DxlRMj5KOFF8nHCi+EiRLqH4WOFE8dHCieLjhVlC8RHDieJjhhPF1++lSSi+hk9Cafi6WCeKr43VSCi+7tKJ4j0GMBTvOYCh+A4CThQXN+6guLih10koPm44UXzc0DOUlo8bThQfNwwSio8bThQfN4wSio8bThQfNyQ91PJxw4ni44akbHw/i99B8XFD0ii+n6DuoLi4YZDUhu9H+DsovmOppBs63nMpQ/EeTBmK72TqRHFxwyApgI6LG3dQf88N8jhTaRj5wGGxW2y5hZZijLSP6lpkKbaUOErZg5jOb8z3Ilf++CWjtNSWa81xWG0lf/6yLL87X5Y9aoQli9ycbXHYcwotefacor/cTB6kyiy04g8y8WwWuzVWdvcDWPQeX/ymi9VuySWT0avMIlvucyOtpZa/+bZu1rwyvLAi8v/g1oB7v82HbqUgpySvNN/jXnY7fyKUDhX3f8Oqf9qwnCBsZeTm3Obuuw33vp2/ckrnovu/b+P92HcM776l06Pzl+G0+79v03+V4G25N6y9+whn0PxFCQJl7AmSTJvNnmctyXFYStmjJaSS+pfllDisjlEZdnvOKAZsS2NhL8t1lNktefSDYU3XXXIcOX+RJEmL2G9gf16fhdxJnvImo1PG7v/oqettIWjPx9tmTXVHNzWn1iWuiAWZbZLn7jk14vhXtz/ne7NeOLr5ZXynCswHdxfrVSqQvTa+7sERvigne0C75WfUMP3akZ8nlR4QN3icfjW52B3OLviw9fPfqEEwPPPxYx1SwMN3RmzuxY8FOt4hGOq+vrj3c/dQtGLEw34/x8tg2fsfHBp6IwFeHL2yQ2ZlIiiChS8qNzeIEZ4D23S0h0OO9vG01JRWyLzpyxc+XVYlrNvy7ITDnyRA/erLB3o/Gw9ZC9Wzy56/JO6+/eGYK/tV0L1ffXjpz7+I+yL6/xI19idxwGNLJya5q4D8+Sw/Ca7OznIkLNojvOO200uRrYSXy79d811ICPr31xO6i+OqBSsJgFc8HLAN9dm3PQFmzD55JfbAGbHzI1WH144OAbz5fdMVcsS+/7BwOfebp3tWxcG548ZIFKWGbluuNvz44lUxg3wwsy1s7PfcGyOX1Ipsnb8J6+dbpucujZXWEwfPRwUc6zjXB00d9MPOE454uDV++E7HvLPClz4Pv/n4shrhZHDM3j8a1fBpRVhSVtdUmJ77dGU3j4viNTzLmaQwMEWiwSo3BfpajhMZ4AH9yXSfJYE69lrRwKXJcHEsycRtceJWeOn4oxHQ++WAvuuD/dDSoJWfVITVC+XPpHwtfy8JrmR8l/+TTwL4DF3cK+TVBnHbepxQvK8xwese/X10lVBCA7ZLIKzZHqmGqE5HE7wnKeDtTabaz/JOiSF4mUKCHG6TZW30Q50IYIocTSDbORQKFatW9IGsRPjA+uvzM2ZfEyYcfnjUk6sCoVHdcKNseQRKoRs4IXS5deEcMqvBa/cczcjecYBZeXJyeY1gtVVP2Rsshy+K9RO3ysIRKHM+/6H9tyLZ7tvvxEDPs576oC1qoDy8cFoUx8WkF+wKBhzc5bUbA1AxJchJkewmeJ8Kngrb+r3sGTUQtmtGnhDbaVqtjR7kBWm93vXrZglFXQ9VX+vxlDvCu1rxW7kaHsGrNXyQADVlx5YErVSihzv8+MapowkwsiOJdKNwAqd/8HI/OLFn8Y6F1fEwcBxmamNH6NHavf200J/E11PDF/z4SjRc7/HU1PSDQSiUFoIC6LQn20H1e1/0NFlTYdD17b/MGCdH9Hv6RcBlvIqp29wQYbXiynUhscz9jVZHUoGU3yv724Fu18YHSt45KtJlbImHid3JzusE/OmG3880ioznKqBpHa6CEj1hwgFxcwhegG8k7El5EFPfG7H8rmBx6xLD6vSlcBjem1TMeZHGJVEOEWQZFQHIjRCpkx+6gqtQvjgK4jC7owKOCzhL2RXJ/mha6OF9NVlB8Kj9ZuCZrTKoOZnz1sFNfojWbVwQsHxsEA4PfaFv24FKtPndUXtSbgUBDdfrURC8vwvOwC/CWwf1l9K9nLxSIMYzN7SZ0C41Elb2IUzwhCnn+m9rO+W22JVMuFoOb56Kea+qe404mBauEg1R4YpsrYATK9/cpcI6EehPZqwQ6HqOB8LOhXMDR99QIkLXcM/r4vdxR26OT42FMCIoOjlkU+Ahgd63JRA22AtfuzBWztZxVoFoeK4rJX2LBxqOYW0QzlZU+fhEYDraKFSY43uMmdwokCo4qYgH+Wjj+4/UdAAidx8uvSQmYbZ/ezYM9KSw3JUomgqLHzi6zb/hvSwZts/yrg5dlQI7tuE3C30QZrfm1APRwP66Ixqv3TLY0Q7vMD8ZZjZYak5mJMFk9NVbXbfcFH/GH3ctSIAnBm8Uz5c3CLE0cH+IlC+PqYHyK0oOVAd33xafON9pR7s5ckj0nrQgc2ajaCYBniNH6Hz5vzpkhwLVicIoKMNRG9jGE81aVKKYDDEQuET39qat7ojayUYPeOi3vrMWzVbBrs5YATbGwLFP2yzRxclRJXaPbtlxQMog76HvmO6s8mPxGBfHfGFsqpTfc8IDVDAU0B6Xk29VBKL10uABJBtCSCJQnZifAMnUwLxQJJFpdSSoqCDLEM7WmmHZB4Snb2feuvB+AizZpdpgX5XA4todiZTueSpg/nhUzKfEvS6y+m4L+eRftySW32NuQOl9SQ77ph/49di5RMZTzWVhBBkY5gNjJnfq9e6MaDSaFtp6YS22uxdsccxHN0QhGraOtcLCzJlFp8eoIJMk/GM14GLETtgoYFfADqCELYQ+r6uBrm+FDEg2igp84fUdhJBRaC92x8hOp0ViK1NPRwHLayhi+nNYoH8XRkIAFUQV4CBiIasXqS7/oISHyIKf8UU96IJrRNoP7FJDGCnjTBUsxmlFX9WKr+Bt+s/zYvlcp2K8HLpYYH1Dg1BZiN+9HA8KYi9JZ8TU1UpcyZ4wmGzkaSWifH+iFSKL2hcWx/RkUhhiPlgn3lh0dN40SzyL86kIlIft9Usfb0Rt/UMVENnb4JbI6rtVKPK9ubzgozVJTFcXJkH5JSKkCvRO/Pb6acEJsHbmkULZ+nimKxGhaFHj3PF1g+KlvPgAocE51Jr5WUUCULsLviq0Ivb7vr/kD4mAuwHs+HVCbRYRgkDmiw/GAfW5kDTJ1yrFzthGT6+JZn1AeEdYhtuLnwZWiVSv5SrA5BvQbmJHIMs+W3paiCIG3C8aik/XYSVSIOYnIUAvZ6Ww+koORkPmfHY9uVLJfCU2Cd6qJQnyR2SVH4QroZGo6Yh2QGXf0B5CXu1x1tOhRNTXIqNZ/Z5rz+JxqQ0aQKqpfyiQMPi9K+mEWsF8YEAYkPIqjLsh0nI7VidEj8WdmLwDFMYV4ZKUIRqmdT8IxC2stlSgdm7wRdRnetQKv/vPW/3S5fZA+TgtBRgPDjE9CUwEDTHE+UlA7ej4EYH68a/xjPdTk4GWa8/jIusT1BKfvWA9aQd6e7L+ZZEKiFyu+e6G8Fx7wpxGEYv9rSHF0UDpqLkg0OsLHiiPtE0vqoG49yeTomGBhXRS+8QnSWM5PgKCjP/6ZECoGqQ6Eqi/XYqU/NkPkS52UOcqgfZbGVGMf196Mp+ee0ak/MmIZH1FeQSMpY1rLdNVqy/Th5kRUn96Q2R9pRIqiCyXeiNc/Tjj3qiX6ZWMYZYYtp6DcsT66kBE/eCltsD84HOB+ZoPYvHwl/q8vawf7e6NqFyvDZb6Bw+gvBweiOaQ9neCv+RnnqzvK2iDMBk3h+wIhj09yQKOCjScPiGI+v+mEKDT3aoUWL2EoBG0IAKA+t7mSInn1QINz+VWQNuJHyOZ7+urBdbHKYF0jQs8gpCCGlKNyD4Pg37UOEJRn+9fG3I70xMxvwqHyf1pAw/DqWFeE0lUVyuDAbsCDoUbUD8KrBHJMca72pfx49sGEVb89mmbaAXCot6vfnFrVnfL60Wyuz/2h6GLuMuMn6EAehzMKCkoddhtxaV/Pkw1PfTf9PjC34xp/wND9BUr", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHlcVNUeH2AA2ZRhhmEXLTVtE2ZjRrPzQ9zXFDMzzRBGJYEpFnPLNCvLynJPs8XMzNQ0zdw9tyzN7JmZZWkuiGjuiCigEu9s16XHe3KI4fPe5+kfM9wz8733/H6/7+/3+55z79h4sKv3EK1Go8mpR166uzKcqXkZziHT6Agd7paekzvEQz1KzHVlJtOjpNtjt8duj/3PjvW8PfZfNdbp9tjtsdtjt8duj/0fj81Rx5jq9lSP2rqy0q4f0c860+/Hs1dTsg95befKG0xke/UgFgZJTs8aWg2IqTMdi4+Xx5ilrmPmGKs8xuKQcQHH2Gwy17FwH5hkMFb2miAHYZeRcpuNvdrlIPLRSahBdOw1wDi4C6SiwzHmaruaXSGOv9UEZK727Hjm8Ldqu+EGUPV9x/lZk+mZauI9s2SYbgBJTk+Aqk1wnkE1cTkHmR1SIJ6yljgpEE9Aq1kKxDPQJBcnDrJWO9UZiOetqdoV/0aQnMs5yCoH4uluqnYxvhEk5wgOskoR1sRrhEkquCqoJleySjHCxAuLSSqfBMgqB+KFxSSVTwJklQOJGiGVhAJkk/OeqBFSqSFANrnp8cJilmK5ANnkpifkgBxhOcgmN72EGtRyAbLJTY8XFoucI0Q1kosTrxEWucwVhUVqemae7hYpwgqQVSpO5viaTC9eUldzetfA5QIkl7lmc00cIWqEFGHNlhoIKgGyyE2PJ6FFKjXMPJ8sUp3QLPJJqlGrICnvWWw1cLlF1Agpmyx8ejap5YkgebXb0/XFY0K1OX4DRmrRzYt/guQilWGqzaDry8cEyVUqw0j5mgc1QWopKDBSq27OgwSpJbTASPGAF327FA8ERk6K85pvlxPIAiS3JuHpYJdT1bx82+VEP6/Edrm1I88iu9ySiaeEXW7Byfltl1s7crI65NaOnHkOOUZwGjnk1BpnhENOeHFGOKQYIUS/Q4oRQr875IQXZ4RDTvRzRjjkZCtnhENuIZPQ2YvlopwEtQuUnNp1CJSc5IgTKDnNES9QcqLDJFByqsMsUHJCVPWGnGpTUXICUUVJccMiPB8vxY1rKCluXENJccMiohwvxY1rKDnxpqKkuGERjJLbt7yGkuLGNZSckhXsjZfjhkCZ5LihouS4YREoOW6oKDluqCg5blgFSo4bKkqOGypKjhs2gZJdGnGUHDdET5HbHbuGkuOG6ERyu1bXUFLcsAr2Vv82FkMJRsndWLGKKMvdurCKeMntBFhVz0txw6r6UIobVtGJ5G5f2ER3kNtds4mKLbfFYRNVVG6Pwya4IbfJYRPckNvlsAlu/JsdwN55Gc6cMPpBrjPb6Uod5swkyOxR7TOcmc6s3Jwh0TeecYg3PQogL4k5Oa7U9JTcdFfWzSdL9r92sj6jnnIm0y/3ceZmpwxzpmWnZPzly4Hkj6Rh6eSDJHI1Z3Y6/fpfvuNH/miXnu1MpRdjR0kZrtThz6TnOKs4W4f0tDwysQz61EK657+ezZeZMjQlKy1niNe/eEusrsxikWVxv8GBtzI4mCJcefTLqdW1Wytrt9iqE5tvdqv77Q6q1UAH19Rgu1i3u9/g+rVqsHdNmS12bBLcb3CDWjW4isJwC4Mt6lqBGWx3v8FVkPDvp7KftN1mVX8wux3ut1tXq4H2lzXYpD5EILar3G9wSK0aHCptsFVVfczgePcbrHcHs43SdltU3crsNrnfbkOtBjpM2mCbKrmZwWb3G1wFF/9+oKtIl1vYbVcXDczuOlBhVXDxbwS6inS5hcEOdb3DDK4D+VUFF/9+oKtIl1uoMN6cbYLgdaDCwt1ht3S81YcRxC2MOhBjEf8Via0+GiHuwtSBJous1cSWJ7hZ3SZgBteBGItyR6CrUHi3sNt+00ZHXB2Ismh3GC6tzSzi2ST1PlQdiLMYdxguLc7EgzFW9VZaHaizhu4wXFqkiYd7rOrdwDpQabHuMLyKzvifDbeqT9SpN0/db3ijWxkuVc2r6Im3sPiaXBE3ft1vceNatbiKbngLi0XDVm/h14FCu8Md5PaUMfyG3yCJhxHroJjdWauB9pK1N+GGx8bi66BpNXFHlKW3jsSzXmLLzFIHpbtprYZZfnNQ/eWjuH/tfoObuSPQVdw8qNYeoUX8HMp+MziHblXTEye5XNlp6Vkpuc4c/vtXeqFeeSlZuem5oxKzs1NGcWBD5pLsvNTcvGxnGvvgievH7VJyU65fgM1B3ILjP/C8eX5O+k3639nQ0TsyRo5eeG8Q7Hx598HDAcXo9dlZIRMVL9g4680Go2066Of4/NsRm5ejPr3vev+VFb7wwKbesxrX9wU6+l5kOV4demXHWT8D5AdMX/z8j/6Q8EriE4W7StDlM6cUx51F6HTLDXc12EHO87H1H6175GOdjZyhbwx8/dn9WQs8jAD6lC0/3eOhNDs68d1/fOINJ7UWnW2sHiYteuQ709eX8csv9v9p44IIWJZ+8OnJO/WQP9rwacd8rTLw9w5eI7sGw9Jlvw4a8YYRQgxo6++ry3Bhcexu16C9ePGHPUCf7wd3L9bvavfrFWQ69mnTo14aZfKUo8WxvfVwmsyuy5hVOJsOvKcDNq9ZOijNOzxPt7AQMbckzUM9BgcTF+gh8fkj297asBVva9Fq2o7nvJTuoa91Oak1gMY1QfvNGyfQue1b2i5Lj4LX1g33K38iBFoS6zZ6FyM2z1dDYeS8D+5c90A4/DZoRM+GxrP40y8GP/dbmyt4t+agp5+/DqJaHmjiM8EHlMcaJZ4v8FTWXZ1Usn9vBfqg/RcXKmaEwb6llwdkflOJ2r2acfzK4gLc5t49c48N1Cthv+0sTV5gBL/Jsaln+1/FZV+lffJEHy3Uv2/lO+fuCoRn2YXK0cHpk17sr4+A2TSsSw6jem3efvi9JRcxi8OEYIUeLQsPgZdT6YxLcNDh+958f6Q30LeyzzTQ+lBPQo3TqHmDgNUfOUKUo4aY7YXPEb8v3PRlWLN8NNNJkNFh8EJQz+UzCr3hS+reib6KcvrdB+7dU4ayyxucWNMyELatX/u6T5wRnt216tGLDk+gUXvhqq9CvRj/TAGalUQMbB0KL23v8+XHH27GxEmj+n18DpMDElBv5bknN+ZOJ/OsoO6ZcAYT7+wZeaIE0WmN2laKCEtIQM+jU0dskcpj9ZQsy/g10NYIczZQQh/EPpQo8/Sw5WLzAW98VYmI1YRAWoWFK+R7dIkOX/SBFvRtWAg0ND7Z/cKU8/gpliCVKJN4//w0HXA/l2Lm9316ICwnM6gP2wvRh4c270OlPoPe6hZaimPoQGwoULZYdAfxIN+dEb32FSK/qHcfb7EjFAoWvv11oxUnUfKsxlPyng4UvA4BdtnkP1Eqc0AskIPcJrNDIazTQ1fDL3jCwMxv/ly5QQ/3XJp9YPqkHxGz63cjCH/jFjuCt623+0MaO2EFpmk7Je8ySqOBDPOGMTSNRh/Bz+d0mHHJpxT3pIk4PRJoNjojvkPf+lKCnEc8PjrhrxOIxaWJXqGnX/t6Oeb+qsARR/qFrSH5/+hL9l++yTyM95ePI5G6hPj7dMTqRo8oYDxYvh+RatGr8zvBCo+XBvoyohZixoM1IWBb8uAjj31WgC0ffJ5Q1jYUNhVQwhWg86nfD+z67X5kpv9WeSlTfIqMnXbpYMzElt0+mqxRuF2/I2b/2jL02v5hGpdHJLA8j9UorMz01CpsXiWBkDNs6pmxOAjYfGL8leIVDw2f+4wWyFkfuvpWCMTPuTt8Zh8NDCBpmfr9KczoeDFcYbxLN0LbB//4benlY7j5OJL5r2jAozvJAJcO3j23aGvXNT7AzKgMV/2KmfleRZimb8zxEEWNU4x9aLt0VymKLckgrjAorBzl6+Cz/BMzVwbOx8ubkpl3jwZG8xa+MP8Xyzl7+wCljf/eBU+1uYherXCWHk3Rw0KSJSlJkUCyf9HWHZ7gxQhaid84SgtjOd7WlVboSsG/Y5iyI+DDaKC03t39EuJ5bVBGsYKtBUSmjzN8FF5PQ2HagD+TLp/ZgLdm0sQKhIicvSHFX2qg8Yps4slyzPPlEM5kAQ2CgCbUM/7wS1/aCSoRu/7hevD9WVowPaH9r0UlXR49izRTx11p9dRJtBZoofWHR1jj8OJ52PwkKt7dfXDwr/7Qi0Rn3geHMM+3GCgibk7orIdWtNy0/APH9CcMX94IOr8zvtlXPpHA6smVK3g4TRS9L9hIF/pxqhEakWrZ9sF6yjs6UsBma3j8D4QByS5i0VU8u/LNcVfWRwCrtyd0YCXe7lisVfyHkY7ZKgoI2TUHvwoGR/uOhNIBCvVmcMcGwOp2WBgsmNbKo7vWT+H2hQCN+vFueviE0l7jqaj9kNJl+Z4IIF5M/GGIh8L78ETRP7Vwutfahi8O94CVtF1uLMFTafnerIUk1hDL0EAajlM+CuPlanHdFzZh1k8Sdbw+DzEAr5tliIVpLMa0u0Uv0UEccyTpRyRrDPfXUzrhZwkVw4H30eOI9c+3ooDR0hYIL5F2XGC4hNhlx4fCdioDlkfxejRmN+Z9qgyzentZB6G0ADYJABbGAaVY25d0phgt0PK/bm4k8P7oBWepuV2K8NgU08NxJ3UK67u5oh7N0SisHUcHAut3qQ1gDW2foy4gqkryW8QAER137C8/iH6cSgg6WtSFYJ0STNz14OwQcBW9uL1PokZhfWqAHzwcRy0rRe2Yoy+hp5e+SiqFQZlnpgUnAngeHkPTw8mMM0OhL20Uh4KAVstB4fWVXCZ8KhG9/ImZvvAybUc5YcDm/4kvrCcy4P2h9ZURT0eRVlqEaLovaq4DWk7H7tqCDx2mguki9pxbj2Sih1K5ckzxil2hvD8WfYFfIGXqh59PIhZXqwZYHZvwh8gPLY/3xQjguqNU9EcDsDY2wwsKaPt7P0DhemMfviu+3tLo/j5QmEIrRwCwvnSoEunoBTvEwuNdScWPMsB9SdGnjnxB6tYPP5OMbQjcf3oYtupkzurQy2g6pdeyxrwv7owA7jcPMBJvbN+i5/HcYYBuH/l3aJrnB0wvjDJC/c1xc+7uZwAPIncmx3pD5/srG1eMaABM3+xRMGX/z8cj4QKlnW85Jqoj/tinBzBpilFBjQzAwjuuEvM+X4yYrNlkBNZ3enkoyPr4+s6BgfAxlY3x3gophtRQxOOshfGM2MWY+cdwATF+H/IRddJDYXk/TQutWaP3BVa2hpfhvkxIFeFd1B2tPYFGddXJQpzHAuelcJ1agf6k5Xf+VkzVYSd8AlNrnlwSAWdoO557Fn1H5UyPCsTyu2s0RDOiHEX09e7FO9ArNO31McDz/gim1njeU4aOv9b8TNA4PbCyVFyKeB4bFerO8NBAYPVjxnl0r5N4Yq9OYXw9owPaTQjl8U+kbPZbZ1BolxpwRqtwHeuhcN75AdMzu89hxvf7Ncp86vaFXtCYDezGe2mb6biP67flezGv43u53hugAabPCz7Hx2MW/dHpbCTwPpOPzwSRGT4ZojRL9iYlqaGoJ/vRM6RctDzgr1A2pl0xAgvLca3C6mOgt+gzPtCFWD+pb7BYN/gorNxN8QZW33/QCV3vC6xfoQrMaJEeoXCzjYJ/13Ub78MGKCfmNU0LEP09ChbcSSv2DvT2MWpACea6x6jw/PeHyTS9V5YgRv8x4cpE5bv57W0hwPVaAWLtKLUhkCp9qpc9ADbQ9J0VpLA6P95D6CYD76+vR/I8SfIHJpc0VzHnUwmmaWeL1ABdBcxMuoyZ3ghsxNc3PYsRXZVs8jAqbC2bmDU0JzfblZlz86Lv+v+gdP3nmVWMmf4JQSUGdQ==", "1:eJztXHlcVOX6Z9iGXWAGBmQRBgTMJZiNGUvP677ngnlbNB1hVBJBYUhxydLrGuWWZWa5ZS51NbVcSj2PW5qmaW6ZVpaa+wYqbsB9t3G5l98PXnL43Pu5zh8jc+Z8z3mf5/0+3+f7nnPG2L453fq5u7i45Hnht045Wbb0/Cxbv+lkC9ncMTPP3k/h+NTMnjMojXxq8WTbk21Ptv3Xbuv8ZNt/1La2T7Y92fZk25NtT7b9D2/7wLGNum5Xx6fmOdkZDz6R79qR/VPouy7NE7+3zMnvi2171SAGCknLzO5fBYiuHdmWkiKO0QudR88wRnGMwSKSAoYxmUTOY2A50IlgjPQ9VQxCTyOUNhN9N4tBxGcntRqzY64GxsJSIDQ7DKOvcqrpGZLZP9UB6as8OlY57J8qp+EhUNVzx/hZneHpqpM9veA0PQQSHB4HVZngrIKqk3IG0luEQKxkDclCIFaARr0QiFWgTmyeGMhY5VKnIFa3uior/sMgsZQzkFEMxMpdV2UxfhgklggGMgoRVsc0Qic0uQ5Qdc5kFGKEjgmLTqieOMgoBmLCohOqJw4yioG4RggVIQeZxLLHNUKoNDjIJDY8Jix6IZZzkElseNwOiBGWgUxiw0uthpZzkElseExYDGKJ4GokNk9MIwxilcuFRWh4elbuBiHCcpBRaJ70KdUZXoqgr2b0rkbKOUiscvX66iSCa4QQYfWGahgqDjKIDY8VoUGoNPSsngxCnVDP60moUTtAQtkzmKqRcgPXCKGYDGx4JqHlCSd5ldvTg8VjapU5/hBGaNHNxD9VcJFKMVVm0IPlY6rgKpVihHLNJjVVaCnIMUKrbsaDVKElNMcI8YCJvlmIBxwjZsWZ5pvFDDIHia1JWDmYxVw1k2+zmOlnSmwWWzuyKjKLLZlYSZjFFpyM32axtSMjq0Vs7ciYZxFjBKORRcytMUZYxIwXY4RFiBHc9FuEGMH9u0XMeDFGWMRMP2OERcy2MkZYxBYyqe3caC2KWVAzR4m5XQtHiVmOZI4S8xwpHCVmOnQcJeY69BwlZkQd2RBzbQ6UmEF0oIS4YeCZTxHixn2UEDfuo4S4YeCznCLEjfsoMfPmQAlxw8AZJXbd8j5KiBv3UWJOlrM3RYwbHKUT44YDJcYNA0eJccOBEuOGAyXGDSNHiXHDgRLjhgMlxg0TR4kujRhKjBu8p4hdHbuPEuMG70RiV63uo4S4YeTsrfptLIrijBK7sWLksyx268LI50vsSoDRkXkhbhgdORTihpF3IrHbFybeHcSurpm4Yotd4jBxFRW7xmHi3BC7yGHi3BC7ymHi3Pg/rgB2y8+y5WnIF3Zbri0nfYBtEEbmFrTKsg2yZdvz+kU+fMR+HuSTL35rlpeXk55ptWfmZD96sDSf+wfrXjDYlkZ27m6z51oH2DJyrVn/srMf/qPFgEz8RQt8NltuJtn9X/bxxn+0zMy1pZOTpQUSRE4+2Tk9Kyd94NDMPFsFB22dmZGPx5dFHl7IdP33gyppRP2t2Rl5/dz+LWl8kaXnay2D8+P2qyxu8qlFVQN2Fw2YX6rjF9/MRucH7P9YAw6sbsBmvm53fsABjzVgj+pSml+xSXV+wLUea8AVCEMlARscawUasNn5AVdAwr+uXd7Ccesd/oPGbXF+3EHOiNtHNG6d41kCftXK+XEHOyPuEOG4jQ4PSONOcX7cqsda2KHCARsc9pUGrHN+wOrHGrBGOGCTw3nTgPXOD7gCEv6FgCuok0oCNjsWDTTgGrBfFZDwLwRcQYFUErDFsd6hAdeA/aqAhH9duyqok0pcGGvOJs7sGnBhYc6IW3i+HQ8j8FsYNWDGwp0Rt3BhOx6N4HdhasCT1f7P4LnecbWAxl0DniyisriFBK0Ch1dJwOZHLnQk14Abi3ysEQvbMAN/KMlxA6oGfFiUM7gtbMf4EzFGxz20GvBj0c4IXNiW8ad6jI7bgDXgy+o4I/AKWuL/H7jR8Sid466p8wOPcUbgFfTESgK/b1f4jV/nBx5bWeBCqlZBN6wkYt6wHbfwa8ChaZ0x1a4igT/0GyT+MGINaFrcY51oN9F4Ux96bCylBnpXvDNmWfiaEX/Wi18yM9SAgtd9rNMsfnHQ8ctHfv/a+QEnOGOiK7h5UKWLgwb+cyjzo+A8cqmaHLhFTk5uRma21W7LY79/JSfqmm/NtmfaC5rl5loLGDCapiQ3P92en2vLoF/0efC5pdVufXACOgZ+C479wPPR8dnInuS/s3Gjacm5Ou67s9JJU214eV48TP7i93MzV5XK4186sOGk+iMp/I8XNGtXasE3Pun1wvXX5b/7d17xrm2dfOPYkTfzPKP49lJJs3a/y6+u+6WIj1+pt3tfAmjadrkXVuwBLywx7nlmryv6cudrm+Y21sJqvyGfv3WsTMoJHgu75isAnzWm2bRYiK1zPavHqL1yq5+uXm//4kVp0cbNmgRVHDSwkRGUSevf9rwa2rZEfn7zkk+eQ1rQHN1bknbyqnQvLO9IcJEv1PL96tMCZV14J39IhH8fD5j1y4wJ4166JpPous+vD0u+7ZA6abM/9FbuDe/68+/S3mU/HOpRGANtfx+uXt7mkFzi2XtWx5BiedS+1S/eKEiA1EnN+pze5w10WMt9gOYH1YNFDVpEXlgQCF+383OtP0GJ5n72j596H46FF2kCTkgjrbrnk5e5oOVtyIHrwOf469c6/yiPkoyvfD0pEJI7furTelEiHDFcMbfa4QWvdip+J81eIvuTtHg1gpdJ2nsFAz7KU0tnaNCN9T9PLm0VB51CCtuf3xaC9k/rWdbijgsUnEtI8frcE6ZsuZHUc0qJdLHruuhxF2qhuz0HbS/LVQENa74Gdf05YqQ1NwQtnN5Y0SkjDrINb6xFYyLQ6X3aY7dfPysvX9N39NGNCrDHv18+9fVSiZ7/FxXaYJ8R5t4jBIaRCe6oQoXHBrjkvFkun1JHfXe6PBCOk4/ulySStcL2Eah5H3LEGLAc3j7IgELQ5Qtgidvlj9g8+cA/Mn8dMjlAg0JpwErYvGt+qzWqRhBkenZjtx5qoIc5H4waEiKsiYHuJxd9uC0mCp1r26g8tnSN1H7E2Kc7fuoNMemXX2re1APRebkchE4X1fkxZ64KLuLTtR/hi+Dix882OHhVbtUm93atTDUs69O9W+K8exKd35lhiNJ0UiTseea5/dMiNagXzualCz4occv4xX/bpYR9LQkBg9DB2X9GLT5bIu/5Hr8KtbDBI1gtfXtL3qJJSPNYOEaeVmu46bPoWMBJfHWD/ZqUOG8Srpy78meYVhevJMFsL1wJmYHQ5MPnMUVcWL4y6kL2QsUGj+ku4EYSWxYANjLANg2A8tsrCAj91s8OQlEvZTzz25UYWFNcenDYuVMSOftxowfCLMFHioZRdOLuyDjKc2ufDkIBm5I/eGpdDLj3CGi4alQsYvy8K2tJQXSKgaZnj35+57g7zMXZmf1nMa+jJBgw7dJIyRgKdD9/BRjIhOQmwnVy2oRL8uR3ThXVCQ6B7TFf5A7o2gCsJJ3fqYBOh88taXHBjnqNp3sAn1e0vWzViKKrIehXV+/JdeJCgOXVFdG4uwXCxHFYWBY2hE2bSSKVrF5P/CLdntd/9Xl9JPSjLyWi+VwaisJmHvQeoI0Cwu6uwyIRrc/1u6TSm/kn5uwPAvOtLRnL+pRLo+82Hry3bRAavHfij7+e8IWVXQbOHhrpi5iehcCJOUGLNioSwf1MYdIlf3+g9diuWF6Ks6BKSYZiTKPeEwKAVMHdxiqESQEWtziwbj1Q3xYejC4+/U1irbeUQOe9qRLG/LFj1jehHui9WBKBJ6J56hYKNJ3RGnRv6bUfOy0IQjhreFNdiHj6l3hPRSQaxgRTnv0BeZXKtWmBnpLccLrSL9+U29AJDYTdgTu+Xvf2zzLVG20UouUwNQaILKj21UJ0+maoENNHD75/GOpIhMumBFxM7oauDdn4j4ZDN5pQFSLsnT5cBefWrnA7U3hNwqz66u/PBoO99bs3PeskA6FJz0teQPW99UUZq1Xd/DHhcGrsx3uW/VAkRRKBG6xGtA7LagMZ7YqxKjTozN2l17q5ID19+QIJ982QQOT55swWb2WVSp/8tilgzup4OInT9t7Uu7IrLajL0qxs3AjOJ8BM28T0Xsf9oB4N5KhEZOSNtUlA53+BAlaSaSx0Qzs6kABjoD9pXB7uiMpZXyVyIS+IgyY+RxYO3uiGqN684w26oVhR7FqgWR+4WV710ZXF3+52BVJenfdEg5YRSWY8OS9RPQqtC5QefiUSYWfDqSckcpo/2sTBa52jMdWVaPbQOQviLC4wkPwxNhZe6bBT2eTDMon1gZtyPpHP7HiYOu9Wyp/LiyRaT5/6goU0QjkOppwiwuUHFiJUUwJZHbjEA9W/HuXy11j2bSXXZarzDRoAmwcPrjdjpf6Hzrxa/7X6UDrh+rEjigDYtbU5Dnml9M06LCQ9ouDySBLBadlKG0mRTOfjUDwMJ+W6uxawPPoDlacXkqDdR28kbBmvBtxku9ybpUTMF8QBDev5uVIMLg/lcwr0u++MpWP2R/D+871E9aJbECAywfeSQB4VZe6/TQGsL5yVad3rGgGh2ch9IVDU7Id+hxaHIyq7MXXhub6BL1i+VCOablcPuEPCm6GAAGIzJp6RcLeRPpkbhIKJIeinhkmkumdEIEqTPWGInv5wHJQRuUqJRptJGxh7SWZ8vy6zPLuhXsdbuw3brUFKOjAVULkOUaMmRA4/UkIG2eFWMPQaRBTsvETr9Pto1AGXUZApFjxIA92jQbfScCW25Hx7wwvew+w+8004wiTBM+0DN9q/ON4cmgy0jlPV8B22PbVXBKDGZFidY4Dxujb6rOnfXl4p/yS3oY3AF5h/8kdbSTtv7ocoLaeFwJQ03JlHe6OjTQqwlbolU976h7C+0tATtaBEj0CMl+FQ75L/puRwDSqzlZyyxvqiYcOJgpTJfcgO5wMRlY9tQYjWX3kUi6tTkUTzZVWh0eREO2PAZ4A2a9jwQzLVmQMqpN+2slF2upbrSLG0G7fv4lJ31t/dYmFFXawQnVyBnm6gPxpMjFZQFPhhunRtd1umfXagC6K06h4BSEWUSQE9iIGaq0a0DiNjIZPYiu1aRP2L1Q+FEAK01AI93v5YtBZ3vSa3AxDVt2lRMAF3F527FvUmwtHYE66lf9+rQ1IM7NKRAXvCTZzOLTeKZObTcFxYHpr4+IHuz+V4xDdkGubpSFaXcxWQgeE7lXdldv4E2D4lZWhDq4b7u1tyrTn6BV8eqQfUHx8Mgw54ug9v3y5fw651fFgS96uhrK8nFsm0Ly1JBGJzr6WfkGndnXCDCaEkcdxP/nFdxiy6u3SIJ9A+uDoBphObd2mrTA8/KJTpWq9GQNOnUMM6It9L1EDt7Ij6QH2ZrAHa/nZrgES/MLY+UJ+bFQTYFWDlK5HY+O7IxC7vqOeN6Pi8FIj6sWJP2JpBBu6CiI0PnBCK1MQQ2cOB8u8rV4TFY3RbORzReOJUQMrzt6buqOgL3HBTVaz/vd4AsFq5zp7oClgl199TegP1X1815P3FFQ73wB11sQaOEZmLT4AFhE7dlUDC27xkn3x+5iq/IQ2SgfVzP15/ahRGGliRFmjdRvkjbP6xonjBaev8w4Yr5TJbVyi5T1JwXQmB96fixn0hHB3ohAWnQIWovdcmAml7vcMiEO0n407L5di+fNGlWMYqhrfslLq8/T7uUC7A9M8faJl6X5bp54A6iOmOFj54inSqAETXP13UiLjWmzc84VlsM3s2jWR16uMGTE4bMf+7OoLl7/VQRO33CDUMoQM/JrH1SjC8i1cxBwqTgcp2uQLoWrZZdv88e27OoLxHF30P/gelBz/PrGCb7p/4b/o6", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHl4jdf2znQyD+ecnExijCBmOVMSpd8mKFWUuKhWieREQuSQoTWEoqiq9rqU9raqV7WmompWw16ouUgNNRU1izEiSEjit6cT1ZvnJ/tc8Tz3uckfR87Oeb9vr7Xe9a619peoM9DaI8nFwcEhw528dLGmWhKyUi1Ji+kKXX4tJSMzydH2rk2mdWgcfRdbtVa1VrVWtfYC17r9j611rFqrWqtaq1qrWqtaq1r7L1tbbltjE5ST7V1ba1rik3f0Z53o5yPZqz7Olby2s2YNJCNYxSBGBolLSRtUAYievZrkIHRNHy2DMTCMIUoeY4qW8QDHmKXuY2SYSL0MxsQxZhmMmb1Kuc3MbyMV0SiOibQDY5DBRHOMFHViOKaFHZgKu5rfQZKj3GUcFCMF0ku67s+gCseV38Iem4z22GSyH2SqMB94VHm+ytkk2GoXSM4mDjJXmK98X9x79oDMFc5abgy/U4WV608gsxRIL/JJiuUCZJYDiSSUSg0bSIp7AmSWu5PeHkfoJasSvwUHSRFWL9JdSiwFyCznPaERcjZxkFlue1wjDFLpLkAmOe9F2Q+SkzA9T3eDlEboeeYapDTCwLlnkLLJwLlnlNqewWhHATCIqiHFCIPZHhCPk1HOe9F2JKGBx8kopbBGLpYmqXwycgkzSqmRkTPCKKV7RsEIqeAaOSOMUnEyckYY5RzBGWGUSkKjYIRUcI2cESap1DByRpikuGcSjJCikSnSHpCYtKQYYQNJMcJktIPlJrMkiI/CdC1KatLgm4uSmpwExo7hMUpq2hIYqUmQ+y1KakITGKnBludRlFR8BEZqGuapF1XhfH2CibZj4oyW4oHAyLXiPMOj5WZHAZKbHXk6RMsNZwIkN3nz6hItleFitI22Z7SNtmdKjZEbznhSxMgNZ5zhMXKM4HSNkWME516M3CDDaRRjz8gUI9e/c0bE2DP9xMh11ZwRMXL9u6mTM0sruV7cLFBSnCCzAkdJkcLQQqCkWFGGkqJFGUqui48UKLmO3IaSYkYZSooaZAziKLlOXqAqfmD5FEpu1DAIlBw3bCg5bthQctwwCpQcN2woOW7YUHLcELksdzRYhpLjhkDJnfMZhG7o5bhhQ8lxw4aS44bQKLkTuDKUHDeiBUqOGzaUHDdiBEqOGzaU3JAoVFTufKcMJcUNo9BDg9xxgw0le3TAUXJnBzaU3OGB0CiD3OmBDSV3fCDURu6MsQwlxw2hG3KHa2UoOW4IBZA8irKh5LghFEDyXMmGkuOGUADJkyUbSo4bQgEkz5ZsKClumIQCyJ0ulaHkjpeEAkifL3GUFDdMQgEkT5hsKLkjJqEAcqfDZSi5kymhACYpbpSh5LghFEDuYaRJ5LLcg0WTyEq5h4RmwUO5B35mwSi553BmwQ25h1ZmEWW5B1BmES+553dmW7ykuGG2xat8bvTISrVkBNEfZFrSLdaEZMtQgkwf2T7VMtSSlpmRpPvzFZNU9J0XeWmTkWFNSInPTLGmPX2xOM+yi/UcOcwSRz/c05KZHp9sSUyPT/3Lh73JN7HJKeQHseRulvQUuvCXz3iQb9qlpFsS6M3i1BRhzaIfTki1Jgx5NyXDUs5FO6QkZpH9pdJflkpx+feLujGLBsWnJWYkOf+b08Txke1AKKry7fZ5lt30XWxFDXaTNtj2K1ji2KzyDfZ9rga72muwOGWNqXyD/SqD2e6ydguDTbZTy8q3W10Zdqtk7H5ymm4Wp6GRlW+2pjLM1krTPMZWSJnd+sq3u5wt/ud2l+PMZ9C8ha0VYHYbKt9u/2fZLaVn8gbrbV0MM9hY+QbrnqvB0sy2/TaTONY3Vb7BAc/V4GBpg0223pEZbK58gwMrI5XLyZOKBVo8/XoBvVjQcw10OXlSsVQWD+FeQC9WDhf/80CXky7PsNtsG3OY3S+gJQt5roGWNzjqqQmtxQtoxqo9V4ulNUz89pspxvass/ItDq0MbpdDnP/fcFNZ/yke11a+4dWfa6idZC0Wv1UiJmnDC+B2jcqItJe03bw+i18LMbwAhkdVht3lTKvPSG3jU8ee5hcQ8JjKMDxCOrWNT5+L6v9yuEY9Sa8ca7WmJ6akxWdaMvjf8tEjn+5Z8WmZKZkj26Snx4/kwJrMJ+lZCZlZ6ZZE9oMBT963i8+M/8spnzje43+t9vQGLfST9L9ZoasNb/psaXHCHy4r357d4luEjd+sjips64OWv3JulG65P4R/9nj62EeuYM2btKfnVk/U7qPUK48a+kDMbzuGGh2cUW79SPel1V1g2+SFvfem+0OXiT7dfvg0D9+PeOvv20w69Oro95u/Vt8fZh3xSA5L9YRj2vw2B5NKlSUDevZo8C8vcDzj5DG11mH8eZr2fdhbE3V8vTg445gWhrf2PDZ/hQborubcDUUvDTsw5dDbrnD4zB9eMxefwW8e3nRBVyMM0csv8PSEeP3fWjRarIPCbYlLBhxRoWrdT4Zmn/OCMYrp7Z/2aGHeoFXXMtaoEfKP3374e2/4xDUvsGOOH6y9W3JkxOJaKG2+4yaVVgMd6mU5fTHFAaZHvtu0Tq1glEE37KeDDR9TgBfs+mn9x67DgtD2RGqBBpwafxB44kAhptZ8mFcD9Vlk2v9SVxcoSO01Zvnax5jsIl5vCkN9YlbvfmeLFyT2+72Dc7QafsQ35rZq8kh5u/Nut9Zf+kOrrr/+463SfUrCeydajzweCKvfuLfhpKcOmP8WFOAZb5XGPlwWAPkrXh/yxbvecJS6c8Q1JerDNgMuqQNgoJrcYYoWvt6/5ODRXg/x9Yw1AY/2+QHd1opze5Rh/d0OhHQvwtHMQQ+U0ToaYQ8w3Y5u/0r6aWVyX+LQT32hO7n6nDBP7pfcPNyABdYbThWNHbwpcyaedL37+pqT7uBf+rGNK0rvN6kpSk6743kFe91h5Ve3F+7sXKS8PJJ64h6mdFl8pwh7hUeMnbbhLF7Ue6/+5x8LcANKm77e4Nb/89cCpt1S1v/gfGVasj+MnxVLIH7Q/HS46/hZGjT1k4v5tQ75wqKdnaM+3OoCWp2y8/eAOqj3jeYbG/gFAzV7931/aPa4Tsl9El/OU3Kd+mTjx1Rw4sCDuAvt66IRbAM6xHm+CTNcr/qI8a+/FgjbhrUm/ub3a4z4++uY8/sR5nlSDxXGXfjuy59zMDX+b/3VMHul9/ClQ5qiLgHTXr3mUoDxmBrRgyaGwN1ah6z9rzRB2SxgWp4fK93QN+2pZwsx48GIIszjVYBZGiQ8xpeX17v4/lxf5MgS6Vtl6opzubMOhaOtMXUJFby5H8brgJCzIHV2Q/Qg6485Gos/jOtI7rzeAS25c6jLQPUR4W8/9F1XyvhcZc87W76u1jwMTSbeWfStN1Cau4eWKA1Jmt6L+ENZjyac3xWsQo1aztj3Xsfbyta989qvXVUbne8TtO5XBzd4cDF+3m+r3RHf322lJd1Oc1fkzRLgkeLSy7fpyhrVUY9OX42rv60I06vgEhUa77Lj75HvFiu5HVmElBYkal5rHiskm8/80TkE8X1cw6PM37/c+5QfSpqS0O/3nY6ILM59u+FDheeNCq1IT/7HzWJ/tHDkroYtZ5zl9/vKB0VVgzdrb3XjuA6HFZpFsaPcUOsmR764XEODmJu9SvCXl2ssvLrbj+uQdz3UOJh+V4BZumq0kEQNXNsAcR1yEDrjzPP4fjhivFtTiEmQbvWd4A+ZNL0ONEH0n1t7HIHp01wN+BL1s0Q0QtxeFyDO7opmuiEW70JX2P8L/bqPm03/V2FkkjtsafHPRsGzjuNkKk9Hg+AlFvibStuXr55Y2lIHtWjCzVWDlW6rjgMM3VG6crQ+BH55jwbcBVj2tTquLPAkyjUhWOhAIM/jb/Kx4ecfm6XNd4dIepsjD5QQJmh3Mdv/rVJFZdSYW23OU5h5Ewsxc0vYNdyREfmO4jfHQCqCL1wi4TfevqEs+PLn2iv0auD6m6+MW0eI84obcJ44w4hR3zWJre4BR68Mbnz/s2Ll8crR+Sty3GBSds6qN+7dwwPe6VYz8Joj7P584+zpRFepOhzqcg0zvc9zRTODSWRvqqEfM3Qb5tfTofQiv9x11iBY9vAt8pPLeMScb+puyA5ARHVefWNyIMyf0ZJ4zg8YDZwfKpQl+xR/cCOq/Xq2M9zKpoXgrpL40tluH/dWw0z6cZ8LyobiDwpOHauJ3Ek6f/29Suj2NvwKYU34olAUOLjL3U8Oa4A4qcfseQHAZDq2GqK0azM8EPj1tEBlu09yTTT4zHAiISXYwL5WKR9/RgiFSN5Fk4K52gvIp8nKdszqz4q6iOuzI6xZQIkdCLSsjotSIR0V1Ew/uOZCAlQcBC5XpkXc9HFB2JcExOgFNfrSOwfCnQSixB39EfXuhr4qXn91aghhAdGgGnsuEcXzAiMLlBaoKgxJqYNqUUObqaB/w33qXT/5cV6l10CbSFRGrfWAOSTM6VcdgfnXNQgxnUgOBiZzRg+g1eTkqSBEq9+DmQEwhm2gADNa7KmJln50KtnB+ggzffzIEU6vmZidc7g2OuRAlc6L1/c8DfC6e1npQ8tCMx10YIXnhNCrUGB5GhEMJKtIaB/i4PpxqvkzAuGXW3u2t13mDUwGbpcqRFQWjPwgAFidHKqFuNl1Psm6owLm3lxfoDQoDj6HmTxNvoO3H25sCTnvgLxnLp7QvZMjsK4jP1dhOnzBm9eZNc6iThdhJ7JLHVbD8uP9CYOTMKuXujFKWMl9osDjFUqTuMzVygUzZYYXz+sAFeL7cQSuB/mYbXfhWoX3Lfdw7jpa+LRwPncW8dQNJZ42EnuCgHYz/uogIFlPhNgfMb39IQhoGfrnkgA4S+Vpggf6gcrx/lCYOJcWEg340/YqQIOYm0bp4CvNd5u3BhXjQCpTdcMRK2uEr91oWYjzApaPe8MR68cGBMFQSv/z7sLfYYhm9Zm2gYhte+d1henZ4fpofl2SOZlBSE/bpIKLmOttPUSSrJO3kw6x+A67hLleRKCrVA5Oq4GlGeljGI9WN0UDLuWEnSoKAFafXwuEfsRdNzs3RkxHp/jDpx9MIp72A1Z3w5sg4W9cPZt2fKWY1YXscLRuIM3APMx5cQGztvVkPaSi5afpOczr+mO+z9MNeD3JPqsMapdizVNpYPlacoHTjRHn7w5lNm1DRmuApXvf5ojVj45nsJa6s7471CZloO3YpqgnbQdqn8dMbudX43WjU2PE+k7CK9bvXg4FSs9di5ugk0upgF3FPI7VgPFvTzPWljaup+E6P88Pcd4VYJYH1kCg6RZa7C7sdABe3/Mw581jzOrGQReYVxhJSnQBfo92a8E5vB9p5wgsLhO8RH90C7P7xIcj1l+vckdZTHjPKTlHe91oHlofsf4rQM374d1aYG3a3gaI1x0voPIYsSUY+L4bIsLWnHZ9AiGNCY0L4vn8m1JqIYW1ToDop/MV1qb7X8QrCOsjlmlFv5KjsLhfr43Y9hZpEOtHPi9WWJynh/E+7WtfbofTXYXr2j3Rd7gB9+tdhcnZ+s24E2s3ShWuN4UK60Me1EGszGU7Iq5jw/EQSsu42oiQkmS2N7D4d/Lh/C4oUpiO3XaB7ffoQOODOH9B4XHyQpRFiumuwvr/YSGI97se6GASqYDfq9BAWjYLq6PNlFaXSjDvrx1RXdpQt1IxKzfOvoV5/++AGB8n5Su83l5VlqXQguKCBI/QqaklxKM3FaZvw/OUzm+QyjIpGF2kl1cecF4N1iLeR7sikt1Ems6LPlPL61ncPaWI0uSiAyqh5W+8D6LdeOJGHWL7GOuEtgURBanriH4NoxvVII7PV1g7UOgu6p8T4nUoT2FpMVOLmHtf90CsHi7agfnc8JjrWic14np2DJPpZmrJJS90dATpsHf7Iw/a7u1T8b4hSAuMDuPC0V7arna9gy+R7LWeVQOv+3XRXDpmRB3l/HZRcz0Mi0AZLCB5mNfFQGAyntgA8b7GDdhYsd0R6GWKB9VH+ZR+xx3h4AMqMFpgU01WM8R1xBmYjG32hEctSYOX3gh9RN1fJxRWNqOV65zyG0mXjQsDgOePBn6k49kcN2C8ezWYz6+GR5hGM7p9rsJoaQoC3jeHwI7aVImKMMuX5Z7AxqLEQqUvc9B+nMS+SpWWvKFWptBwZeRj3kf+jtkcPu6momaFRCv6kzyFHXq0SRuUkZluHZrx9OHAk/816MnfMZazpv8/kBR0nw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW2l4U9UWTToPlKbzQGlJU0rLZJPcpCmD95Qi81wcGATTNqWRttEkVfCByKw4gyAzKGBFEAdAJuVuQERUEAEBBRkKVJCp0oGW8Z3hRkH5nj151u973yM/Qu7JXffsfc7aa+17G9Q5tgH5XgqFwuGH33rbCi25JYWW/MlkhAz3sjqc+UrXUabTVpRNjrLujd0buzf2X4/1+Z8c8/hPYwOwfmQ3wh+62OxF5sKsArN9hMVKTrrLtfr+n41l13Os272xe2P3xu6N3Ru7bWyqa4x2pb85Tidbcd7vR+S77uR8LX3XZ5PGNtNuKzI7rbn1BBn4QDr6LrgD4pxJT9+NfCDBHZChOxnTC9k++J9sa/EIfFfwVxgjxRi5MOkUo9PxYwQ9P8bAYutsK8mpB8bEYuOah2EErjVgGIOBJ7YMFhvXPAwjGPgxBmN9YyNH2jQWXL0nug0kGN0AGdK5wtOy8PhmYiAh3Q2QwcQVno6FxzcTAwkmN0CGDK7w9Cw8vpkYyKB1A2RM4wpPYMLFxz0GEjLcABm1XOHJusrHPQYypLkBMuq4wmMSrudbCAYy1FvDbwMZ9VzhMRXX8nFPBvHlZHKH5RluFKEujdMBbwMZuWik07ohLDLIyAeShaXezklBes6W4zZQ/XsBCpLLnaueXCC+8FgRCly65wJxSZjO6IbuySA+z9Wlu+GEOpM7pcHqSc81kz7Njc3Va93YJ73suVyVq9e7A3JHYfXp7iyEyQ0DkEGcOWW40RIIshpxsdxo5JQwdiNIMfXmK7ulo5h6rx27oyNj6fXeJHZDRzF8zRRjQzqfScsgLnWVrTOdSyhdIL62jVEona+ZkkF88sVEJd0dZ0/nqiXZb0183iSD+GyG0dXE13gwvprc8VuTO9ZpcsfQTO4YmskdQzO5Y2gmPkYwUAYfI2QQn6Exwmbw6bgM4mKEC8TFCNmkM7gY4QJxMcIF4ms8WD1lcDHCBeLzW113TwV5+MFn7XoZxccJF4q3y2EoPlYIMoqPFi4UHy8MMoqPGC4UHzOMMoqPGi4UHzfSGUrLxw0Xio8bJhnFxw0Xio8bGTKKixtCmozi4gbuMhmKixuCXJVaLm4IcqXwPdMQZM7zPdQQZPbquLghyDzU8XXqMqP4nmsI8i7X/5n7HSgubhhkbvA9pv4NxcUNg8wovmcvBplRfE+hDDKjdFzccKH0XNz4DcXFDaPMXj0XN4wye/V35wb53YkjinzhtNgtttwCSxFG2kc/UGgpshQ7HfkBt18x35scBeK3TIfDlms1O6224jsvlh3w28UGjn7Ckk1OHmhx2s0Fljy7ufAPJ5NfvGQVWPEXWXg2i90aiQf+cI4//tDZarfkksnoUVahLXfk01aH5S5X62LNK8GBFZI/gFp9/3w1X5rKCHNxniPf80+rJd98GOR+XdfwCUf9rQn78SasF1x6ShPWN3zC0X9rwv68CQtpLiugCQsNn3DMXyWsIghbCTk5t755B3DnrXWZGc3b0PB5xzZE3oHcBDe47JjmbWz4vJv8rQRvxJuwzvUnV/n2vOETjmuIjQ7izVvrelYuP2Fo+LxbNETeKm6Cm+7olbT/gKKlNETid/GFv0g87c6bsH9A0lIbIvG7+MNfJK69o7PTGv/QzgUr2O+/smw2e5612Oy0ONgPw0hN9S8xFzutztGZdrt5NAPG0zWxl+Q6S+yWPPrFY78fdzY7zX/oK+WGkj2JvzNACzmT/D8IMnra/NYB4VK1WJt9ctk8r1RosfiFD0+kNkUxjoOhlzPrxIimO0+Leanw+Udti5eYNSjipR6/eAme6EvfjvMePNYSwsUvjqydFIee3rwo9r6fvJCzyxs1PmIraK/sPSkoWIPWx08+13/9RVF1dt0Hnl1TgM6TpEabWgQHrk32Q7va9/nu9eut4KGxqz7JGdcMTRm879OT4S9Lh+ueffzT8EQ48ND5+zaVxiAFfR2XJjjwBF3U8Kl3aLhYnoha759b3rRFIMSdKzPGKprCkQKFbfwkNdr1DXk1gvlvazZc76qCOZtmvRb8TAJKzvZeMn2jBxQLz61DHn5Aoh/TLxRdMj3Q1V53UpIaz9e/LfhAmHnbvlaWm+KMdiSRg9JDjdt8vODSOnHP9ySg0+KRg+NxJLvFTo+d3pM4xAO+ubhzW6f3o9HN/aPOJmu9ocsnlTf214ayPN/5XpqV9WLhz9d2it/mf//z4yv8EV2upC9EctooqxKGfCSdX9ihTnpN+3QbdUKV9NJhkki59JWOrHyl1Mij1dTIH2qkX3O/ebRnNyVsWv+yT8UsLwhMSnn2pQ2bJLpvZ7dLJ54JX9XV3AweP/rktFdOBaPUoa9urU6pkC4EbU6b80s4BBxc8kTHgJsixUeWi3mPHuniub4ZvHnrtWevXQ1H1YdJYodY3kUaoPu8SI1yVI9krPnSBwZNMR3YfiEBqnvgTzUaxNY1FJ6vwsDV4VBViHfS2Aw9syO13fSeSmB5+AEGP7V5eDQ6KJCVrpWu4u11hgVD8qmJC3e19ER1i0es/sWxXRr3Q8fRj7xbKV1f/uve3jn9pKeOzw9Z1jEKdmwkASfB2vTarXktm6Ntee89NnBAIHTA9Bm6GfNke5Hw3JUWaOZ+/4LE802AsPfbdyLBrHswreVyNXrfShZEIfPxqjjxvl7vBHQJRrryVc1PZYUgmleREk0es2f1oBJfhBd795XsbdLCYalfq7omQ7NMvPJj1YiuY8szEt2O3QGwqANmYH4s2msb7rs7pkrCqzkq8FS4zFeFwlYxeefALaGAlh7b3HiMBgpevzBGXKtBlQkYMVWJZv80Y+rkwd6oD13gOnHu04SxZ8TsWepXSn5VohOBM5ZP6F8pngrHhSgFw7I+KMycq4Zln22JSnY0R0swvaeuiYJhPfFODQkFWocd1WjuHPyK8UUr7n8YU+uaSHl00QsdnnbDcuXUWXGm5fncR4cmQkVkt37Xo+PZ+XNuSKsODX+q71E1HKqo6jHIR4Py2h/r+3KUCmiZd4gGI7mgNhGF0A3xB0//aQm5bVWwrTpl6KudYlFXnH5SyhV5fxvDx1g2lJ82Ruu+Uxz18K+Qtry7tA+aoYTxyVunlD5cLv6Ap4uPrJXryAvwIvb/cV4sItO+eTEALn/Yb+TcdZEIk/lywt4KiVTT6B0/i2sGVW/4cdoF8X7MFsOukyKrrxOSdk7L6Jn7VSiTFsoZka1vpXit3RO7nw+Ng/vP/LDy6nzX9S5LZDsMRxPh7TWEWDFo+tfjukljX5b8VsYNzmsfD1d8hs/uNVODFpNynRIAX6tw4rviIZV8GBXP9OuIP9DNfi4ANpCyel6N2PUCgFTPijaebF8eVaEXMkmiB8XPOxFGeoL6Q3vB60VeaPxMkkCNxNbjgOhMIhVZKY6hC1AqtckiClfN6qIsAr20YaR/3WI/pm++QSiaCtt70ji87DOiD4mEpdEz/RAWr74fvFEhVb6S7UyKUiHRMGxj92/awCOUEM3QTcwG81sxQPclLIjp1vp4dKWEFF6dtLE7Vp6ucQBDcAWcVKH3JvTvvkChhM5XL5yD0bHQiNCzu4d8nfPivPKmpWdSUsBCyhPrdkcqOFVi5OO9K1/ZlwK46JqX5DRHY3GZVW/wRmVnZ37c6MlWII1tahoxKRopacB+iND/ySatAY92tn6bhJhe+8AomvBpKYfYlumSRGWpxguITS09dkvqSQVLCUxnvpIIbELZLWkiDvu5ZAXs600KrUzWlz3SZlxG2d63JJrGAj9IwuVUhXloG++1/VXtMfHGVCxsSgUIdEMbAbWFmKNSKDW+I2L4ns6HKoQEYPH4I1xVWALKpAdoASXC7OLQidAjCCUQ2Yk/J+FicxzcGw5YpbFU/yIyfVwjUT09EAHxpWe6tb3lgagdtL7KeH1YLetuGKp5kxC6Wrz18b8uf/iEBprlXhzc6WgiorJ+0AOo3iibAqVLu+aIyO6i2DCowjZztjyS6ce2OERpcdoTlkwnQq8AaiPnYtB5yND0uOYJbD2CoO1ri2u1+QrUi27cebEAq/TaiFoJVz2eeJVI9TU1Fko85vo1eVYD2P2Hzz7fHG2/SQKMgCgiL2HJwHQlGdHzhsUwPe+XDMTsCg9oEC234d6sn+icBNSHnS0QoVGL4yqwxJQ9ErVOA9SvolPRseNEGH2B2H9pNzUMI0TtmYpwcR2u2xwHI1vhldoXzepuQQJifEwAHDSWgHBQYjWaNjwRUd9cHsv6iSkxkE4KNE2Dpg+9mXX1wi0xn26oNxpM5GZsCKI6MgD3OWsjrn198ZI4lhTUC6GI6tfhCvGZZa3x0leJVA+3BqFJC3e99+2DIYj1Sf4MvzcAPbRoxfuHEsLQRydIAdSKVswCrweCEJ3vizC0utGTK18cokSEXlU9FHI9npOoTziTwYcIxsoEBIQm+8slVk/JEEsKtb8GsX06LJFtHdk9BG6pb9SUHI9GNIwxZ6QEYtRtA1neX8Qje10w7tCqpG6kgZgajcg2LRx2Usynr3Lma0sj0BZMj39NvCB5CyHGDp8FA1ZFn/HVSUCOBtQkonU5xMHDoR0R0nGJ0P/HJmPMl9WoEKvVCL0SEfqH2oMQ6aZKuygQra/xPmw/PXwQ9Y0Z5eIQsk0rN7J12a5EC0Kw472pQKWjcWOxNxSoL+9IAKZ3yYja8ZVISKcLoALahyZo0HeJpJP0ldf5Z5HW7xwlYr50XaR1tUsNVF8/aYo2ElkdoQTc5LUIXqGBFGI4gxIRWwcVOKiBR8HU0oe/0iUlIUyCndu2BjJfrw5ldfZOFGL1Uy6xvEKA7tPAEJRGG8KrIuOX3D+Ux6GeuKsOMXqgn/Du7Fl9U+pJA4tBWLSwUfrCUNKA9IqV45b3qWsIrHwfF1ZwJNLQhrlaQrRxrRPbE5odLRM7E1tcvkWkdnLtlMR8VYXo9g24Lk4o2zF706zjIu06W8fAVwOxE+yOQMxfFSwefRM4Smx0RjhajwiiRqR+6BMHg6Kwsy+MRW/VastXWUKYv+W0hUukHT6rZvjKOGD9VgBQfw5vhuhNWWbxCIfTbity3Hnz8vt/kfn9R0t3GdP9GwA+yrw=", "1: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", "1:eJztW3lYlNUaZ5FlhlWWAWUREBdyY1YGy75PQXNHRc28bgiDosDoMORaarhkuaaWmaml5m5m5pZ53txRM3fFLRVRzAIXQBCQe5ZvSs3nypkbPc99rv4xMme+3znv8nt/7/t9DKGDjT2Sa9nY2GQ445cuxlRDYmaqIXkKWSHLnVMyzMm2lnetzca0ePIu5uXay7WXa//1Wtf/yTW7/7TWA+tHvCv+oZ3RlJaQGjM0wTTEkEIues5ecf9na/HVXGv/cu3l2su1l2sv155Ym2ZZo1PpHx2njTE96c935LMO5HolfVXHk8G2tcmYlmBOSawmSMsHUtFXjTUgzpPU9FXHB9JYA9J2IGtqTbwj/i8+JX0Ivit4EUZHMTouTBTFqFT8GI2aH6NltsUaMwdXA6NntnGdwzAarhgwjFbLY1s0s43rHIbRaPkxWl11bSPvlJHMuGof9ARIo7MCpI3iMk/JzOM7iYE0UVaAtHou81TMPL6TGEijtwKkjeYyT83M4zuJgbRKK0C6SC7zNEy4+LjHQJpoK0A6JZd5kq7ycY+BtJFWgHQqLvOYhKv5AsFA2mpr+BMgnZrLPKbiSj7uSSA+n/TWsDzaiiJURXJ2wCdAOi4aqZRWCIsE0vGBJGGpduekIDXnyPEEqPqzAAVJ5c5VTxYQn3msCDVcumcBcUmYSmeF7kkgvp6rirKiE6r01pQGqyc110nqSCuSq1ZakSe11HO5KlettgZkjcKqo6wJhN6KBiCBOH2KtmIk0EhqxMVynY5TwtiNIMVUm6/slo5iqh07dkdH1qKqnSR2Q0cxfMMUY0MUX5OWQFzqKrXOKC6htID4xjZGoSi+YUoC8ckXE5Uoazp7FFctSf1Wz9ebJBBfm2F01fMNHoyvemv6rd6a1qm3pqHprWloemsamt6ahqbnYwQDRfMxQgLxNTRG2Gg+HZdAXIywgLgYITXpaC5GWEBcjLCA+AYPVk/RXIywgPj6raqDvQ15+MHX2tUSio8TFhTvlMNQfKzQSCg+WlhQfLzQSig+YlhQfMzQSSg+alhQfNyIYiglHzcsKD5u6CUUHzcsKD5uREsoLm5oIiUUFzfwlMlQXNzQSFWp5OKGRqoUvmcaGonzfA81NBJ7VVzc0Eg8VPFN6hKj+J5raKQsV/+Z+1MoLm5oJW7wPab+A8XFDa3EKL5nL1qJUXxPobQSo1Rc3LCg1Fzc+APFxQ2dxF41Fzd0EnvVz+cG+d5Jhh/5wGwwGYyJQw1pGGka0zbVkGZIN2cky5/cMdmBvHPBL60zMoyJKQnmFGP605vFy//YrOeYEYZ4cnFPg9mUMNSQZEpIfeZi8o2XmKEp+IMYfJrBlKLAC89cI8M/xKaYDInksHhPgjBmkosTU42Jw0elZBies2m7lKRMbF8q+T1oitNfN3WiHg1JSE/KSLb/S9CkexCtNLarat5vvxf5Td7FVNdhZ16H1RqLrFKH1TXvsH9NJFrG67cm0tIYqN+amve7Tk34Lef2W2lpbdRvbc37XfdvJbgLN8G1lq5MHdbVvMMBNZFoV16/VZZfwEo36zXvd2BN+O3G67fS8uRcet5Q8343qgm/Pbl5rn9qclL+A4rW+G+t7Of0hRd4HPn0vdg/oGURNZHq5zSGFziufGrAU+qemeo8bNjXwGKMRlNSSnqC2ZDBvh9Giql7ZkK6OcU8prXJlDCGAYNpTEyZieZMkyGJfjDoz/exCeaEZ8ZLaa5kD+SfNtBAriR/DkFWF41a/GX9HWHgvjvy01cWhoLTXUX7bhWVKGxW5siAmQ1g6+Txx799KxAeZl5dXHulIwxvUvLJ5QfhMDW754+r94XBzuGysmVDitD91j8nnznYCL76bF/Ips3BgEHFOy7Ywg+5PkHZDvUhcUJOqzELg6Eotfc7G3UOMKDTIadW4xpBZOev5O1WhkLXE3P7PY55iBIL+rZ5fbUfrB3Us0ejkGD4vpGHy3dflaA1K7qK3qEBsGz6pmu3fX2gb9Krv8TNlMHBTlHTWw/yg6LK06NvN6xCxA1/XxlY9pmqP7s/TWMD7bY+wFdcE0TvhL2n1rmycxs4QuyHqbfKI+Riob7tG6ayXITcF6u/1DgCuayJ4bFwzWXemvdO2IrbBhMHKlH227uX1m1xV1CUHynI3usP7Hpb6J+2//HmV33E6SevXHWJDxSpHQtkMM+/Vm/3ZtfRmNsNlc5NvcWJ7dE7Qfo7qHRPEnbxBmpM3CuzFy+HO05aEOMM+JA+q7Ue4uo3D6v2fWMvDttlxluUsbjku4hD5/4+XtDeE07aXLGTyV3BZ+Mb18b6uInNq0IrS4rd4JWWHx2Z0D4IeuauxJkA1OXBrHhzeBEKVgzr8uCYD9TWvfZDj48fCfNLHAcuPOoDH+GoP2pWD75sSwK0HdF8rZTiftMPGt7IWvLTK/ZgM/fd8pZ367K8r3CAiCOeB3eO9oRJtfbPVo5SAN2vcxFa2ZVE+BZ6P7H/pXb2PqDe903z9Pr20Gzz54WrDjiK5zQk0qXo0bvYM28Py/5iy/odx2W1KBU+67V03YbzpSjvfr2TxoF24p2M73zLj9SD8n4kwM4SXwLgznVdXQgIBNWoZqH1iq6ji2V4wy2+0GN78JQ73YNZXtecEPqQMDa/gMqUNzc2uFEokF3G3b+KSJTQO04wiqTzcpGQQQNbJVD+3neC/GGY6J+HgI0Re+gRCBSfJAfK81UK0A7Y2cHV7iFqenrRzaBV7ixPkwPEM7KhYamjq9DbpFx+KEEbHmHDB4TCHCU2dKk9lDTuN3tPsQKyunf4fGJDZ/GdjVsxsy4LD28kfHFWU4neooTFfMze22ZDSj7KOx6GXStAByNwYquCodatGY1/d6tAQfohsSmFXpB7cOH3H3fzB+r29gPCo9/vQHT9GyigBWFUqeCXc+xhfG6e8JbfthM2A2wZH9MCII6kybsuHNy5fabj3SK0PhBX1NIg+PHwF223ZrjDhPKWI4697wJaki5VHfDKAvxJFTranxRuJfq6AUmcN0xbRYhagQrIsR1LhXiH5R+1tHUCXL3Lpke6wCFs3hwPO9F3Rsdfa2lyBUzun17t6gB1rvfx29a9lmjXZJoixz0AWH0VofeuY4fO+on+DfFOJ0NEWcCSARGdXIHF5RIKIoX/cy2JFzfRWBqYUwKN7y++Ymk8If4jlJ+zHke+FFG+HfRhfJgeBkmElqP3CnSf2QogXqyNCwFq9yR7uH+yy2DPhQroNvOTdK8YX9hCZOwDV8DRNt6d4g2ncHnPW1OEcLLwxq4wPkHVK3JtAFwgx+13gPUbzg98O+6mMHL9hxeHTpSBl49w4JLWAZrFBN65vrW2OH/alL6ndhUilg8bSKaFUigsOE2IYy8mkMDJnIHVUZ7A6syf6Vm+HGy7THaLK/QRqX8b/MVBb8fh0nYHyn9zFqJxjPYVZR/Uw5CTqLKECPcZ4Q370S7hqyPgeOz5u0WHwxi/L99BxEybQgUsr7+jYlrRHSGC0LNxJaJ638ANqJxU+cJrVKCPIJbvMkTCkwU+sOhT8u9HROVwTwiEf1I1591xYeDcilRyucSTBlJ8/IHK/FgXmIqjkLslHMwkjbPCJR3JQ3M9xurW7Y6AW0Gr8tsXBEI0lW97EFf8stt9sUykerHWFcjVzULlYtzX8w3vJzqKWDw/TB0iA5qX/d7iT0fxv8424pEviLAVMJ2Nri3hXUTydszB+1K/kItURlLvCtQv0QvcSALz5SLjy0WhHimvJXJYfQA3HFsvcVLDPVNXnZMBSatuUTBk0sK6LTCdkwGVk+JgwF5iQS1ErP9ko7Y4/B1zfCWdrxDsdjlgilQiyhsPfyByudxW6jdlCogkQpwZBA+IHDrlC2NXNsVHhgCxymWFL/QmcjnwMWqkdMYl7A+V04ounrOVQXFHXDEfezO9auQFlL7ZRegxaZPKAuRKCu8tBRB6bZ8ph9cpoRxF3brX3/zXN0UomQiSwhNoGje4iJR+OQUC1cPZuYjaM81WpNueDgSqR0Z3oHFsWpfpxuYgIGo4dqUdqyf7YKD9KDYU5OeWj2gld2N+vREMpD3NmlcHmH4WoDbUIH9WT7PrQCAV/HWIdNPNl70Ad90tUaW4TxH5UoBA+dzfD0h3HRIbAkR+Nl3LRlQf5zxAAhHsGfVYXrTFAk1/xFmEq/O7yeMt/e8QovNBk2sCnU8+KxWyWpCGk4fIlFTh5AEXAkjFb0ITaAJzEKtbGezxI4J1T3CgxHyI+oW0vpd41E6q40oBDxcet7c9Fljf8YDzkzLazS85Joy/v6nb8EU2InXvogxoXnLKBOrHPkfxm2u3F2yeYQ/0/87BQKYUj4h6kEfahdEV3sfpnqQOBTyEffurui6QMm/82BM2ExpV1AHS9bKW/I46YfWtvVUu9sLduyt4w2HSXq7kITrmfOopkmXRO0ik8aiwYfkz2cOloTjjk4PEXpGvrPE+fg+1o42+ANF57nwYsPVyROt0oj+QqPWaEAbH1v58pvdvmIdYPSvzfCCVjInfuooqCjgv0PHNzxFu4OrIE1xEFv9igc1HxcizT/SWQyVOIptHHyFqt/gQkSh/tDMEiDu614pReON3Z+wY7gEG0lCiFNJ6noCHnNBZmdkC43eBwOzOZ33wygPWVx8HAKXBWH/4YBMJ8HlEdWZXCOwj4RnpBhuJnAfLADetE3MXB8JM3H13b7KX6qkMzVlWiicDT+hLHb2Pfl2w2XXk+iKB1u13cjiF20mfaFdg/apY0tcAtl+/kygYy1zzKgWj3cpAcKQNowzR9tsjQBx2ZeQHs2LDRNbHnYDOket/Q6QtHhkRKlL96VsbJm4TcevcLlB9fWQn0ji1zBaoPPa/KdD9TnqLdJw8awN7yfjZww62HMID7SJ/pu+v1weqo7eOCDnE7bNeQONYHAYnyBgy7K5Adrly1QuoPVn1gXT7LpNzUffh+E6iTROg/Ss7FNJ6k8nmHqI8aOrP7hvmVQh6OviWI3pT1jp9SIbZZEzLePrm5c+/lPnzu0vPWVP9G4llFec=", "1: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", "1:eJztW3lclNUaHgZkR0CQVUWQTUWdfQbLziHcTU1xK7UcYYQpYHIYLL2WlntZLmWmuWS55pZpuaHniEuaS5iZC+65L4gooiJwz/KNS/m7cuZGv9/9Xf1jZM58z/e973ue93ne72OIHGjpPshFJpPluJOXzpZMU2pupmnQGLpCl18y59gGOdnfJdksWSn0XfKztWdrz9b+67Uu/5Nr8v+01p3oR4o3+aGtxZplzEzOMFrTTWZ60BPO1fX/bC2lmmvtn609W3u29mzt2doja+Psa2wqfeA4L1qy0x6+o591oMcr2as6hQ62SVZLltFmTq0mSCsGUrFXjSMgwSup2atODKRxBKTtQNfUmhRX8l+KOTud3BU8DaNjGJ0QRs8wKpU4RqMWx2h5bK0tuQOrgTHw2ISuwzEaoRpwjFYrElsij03oOhyj0YpjtLrqxkbfKRU8uGpf6BGQRucASKsXCk/JwxO7Egdp9A6AtAah8FQ8PLErcZDG4ABImygUnpqHJ3YlDtIqHQDpFELhabhwiXGPgzSJDoB0SqHwJF0V4x4HaRUOgHQqofC4hKvFCsFB2mpr+CMgnVooPK7iSjHuSSCxnAyOsDzRgSZUKQQd8BGQTohGKqUDwiKBdGIgSViq7ZwMpBYcOR4BVX8WYCCp3YX6yQ4SC483oUZI9+wgIQlT6RzQPQkk5rkqvQNOqDI40hq8n9RCV1IrHNhctdKBfVJLnivUuWq1IyBHFFatd6QQBgcMQAIJ5pTowEigkdRIiOU6naCE8RtBhqk2X/ktHcNUu3b8jo6u6au9SfyGjmHEhinOBr2YSUsgIXWVrFMvJJR2kNjYximkFxumJJCYfHFR0Tvi7HqhXpL81iDmTRJIzGY4XQ1igwfnq8ERvzU4Yp0GRwzN4IihGRwxNIMjhmYQYwQHJYoxQgKJGRonbKKYjksgIUbYQUKMkEw6UYgRdpAQI+wgscGD91OiECPsIDG/VXVwltGHH2LWrpZQYpywo0SnHI4SY4VGQonRwo4S44VWQokRw44SY4ZOQolRw44S44aeo5Ri3LCjxLhhkFBi3LCjxLiRKKGEuKFRSCghbpApk6OEuKGRulIpxA2N1ClizzQ0EufFHmpoJPaqhLihkXioEpvUJUaJPdfQSLtc/Wfuj6GEuKGVuCH2mPoBSogbWolRYs9etBKjxJ5CaSVGqYS4YUephbjxACXEDZ3EXrUQN3QSe9VP5gb93klOMP3AZrKaLKkZpiyCtA5tk2nKMmXbcgZ5PnrGQbXoOy/ykpSTY0k1G21mS/bjJ0vxfHCyHkPfMqXQg3uYbFZjhinNasz808H0Gy/JGWbyQTK5mslqDiILfzrGg/zQ2mw1pdKLsXfJmZbUN98255iecLa25rRcElgm/QWo2e2vZ3NjqaQbs9NyBjn/pVrSzYdWmtdVNZ9w8NMS9qMISy49OLW6ebuL5q3W2GWV5a2u+bxD/taN9hBNWKOwOwJLWFPzCYfWxEZ7CuettHsay1tb83mH1UTeXsIE19pdmeWtq/m8w2sib2/RvFX2X8BKN+s1n3e9v7WxfUQTVtofmUsPGmo+4bia2Gg/YYIbHhuZlP+AosXXROJP8IWnJK54/F7sH5C0xn8rxZ9gDE/JWPnYZKfU/Wmc85Xx738lWyzWNHO20WbK4V8Mo83ULdeYbTPbhiZZrcahHNiAFcOam2rLtZrS2AcDHr5vbbQZ/zRXSgMlfxL/eIAmeiT9Owi62nXlZ6bxqbdQ/V3nwPwRjXB0/HsT1y+NgRp/3fObupehycq3m0VGROK+q9DVOccaw18tr7vtC92Pvuw5d+nykBh8pk/w2v04Fn7d5sebFb8dQ7PUX6/Rr4vCi3v/rNp2owmkq+9cqkATkgacK/ggEs+cQf4lxsHb049/Om5MPmC4NdF4/lutPA+lNobveNEIKlG2ZuRa+GJ93OmVsYbfazWEJJjPIz+5iwJKkn4Z1DMYH2vr/I7XtljYcuruEe1RGXJ7/YuX6k6shWe6h895zRwPdXuf67J/yh7kvqzeq2nPyXCdBZu2BC+MgpsVM5qETDsL1n/sWhzU/g4qHrOrx5aLITD94IU3mt4+CSb8euKUV4AT7p+1vfL7chf4QU7bz267ngapRa+++MLF/WjKteFA+9oGwA4PlmMPcrnGuy+DmFz5TPe+9aCGpH8n3xUffp8Ah7jBlo06/mvUShfoN0y39IVDTnjNziGb54aVgiJ2ml3oQN4fgfU7eMHRc/Z++8vBMuRaJxDsOHYEkJcfRg+Xw+Tl5hODP6xE9YYbVT0VZ5AtenrV5EpXeB7MP7m5dhX69savnQf63QfZ3zjl1aqzBqTU+mZqS6dQfK4gqvDuC+Fw85bg2JRapYCc5JOzJb441KVX7WZWP7jae/CyjwovonGLyEa5NMCtzZbiMR714OyRsflj45xx93UNxlyZEoa/s2ZMuZYXDRPbtLPe9a1AX0347vSlab6Y7Y+8Cazd7PvZ1xf9CiJuZfZ6d0U5yrN9GuIyJAaemuVPKn4SnSC7/OqBIsTSebkefJ+cflHvG2Drgaam0DPOuCEt7GZfuC+029Hw4cWAsEl2Ql6OBs77XXPdsBeA3oR5y/zwj6OHF6yeUQdfJGWf7qOApArvlbeU42tznk/4baYLbv/y/ZCc4OYw6Ubqnv675dCXEbEMVRL2xXaLh4zfJ8+C4ySMArUTjGOJeGFWtsDriPO6BIwn0ealBuJ1K50vTFzshlkfTI3AP/fYsnh+7VjpvFdR9Pr7424VFoK8zyf7DhsSBhUvLfRsG+OFr+T8ULe8kzvcRLZ117kSwOrc1wNP+80jI2pZAM4h5Rx+shmcsZEC76DFOzrpJyTdAveXkI0844J7KposCSgoRiOOtBraZ3EJmFiYIbO8X4IYzSa7YnnTcUFHuvhgXp8E+AYreAVIZYBydCfljwVfjo6BavavELG+ff4G6DcpvzS+nw+m29ptndTXJ8Oxnjbm5Ci44eiHFaYyOWZ9MT4AV9zOJVsYD1k9/tiD+HtX3IpU+3yrONijO63gKiSn5QPS/hY3hJTVHbx/Bk6dR/t0XVmJur058+1ZZwJgo8K7772Rdxtsn0QvXIkK6eXO3gVHl93rl7XdBZOz1l90UQa3kign5YfB5HpXzujCamPWV196QtbeHb3hgi4wwLi1EK2+TAu9Eb274seBI45cQaRILtt9nXHanv6ddrrVgozn3+8FS1+gBMoDr5HVVs9FYiIiuYML60MenzuuILt4aEt9nEI/WNUAvlq6nlTiCOpLuv1IQghm+6uLg0O6Ngh6o7OcHzf4PmJyVDceUnW8lXke7Sft9t5ld9yDlH+bLAoa0mlH3QdEZAgz7yIS/GUXW5iknxcQ04GZMmxmgTvDbwfQil4HVZG00mekuC+DnxoThatyw7uobLTYBBhfnCKk48tRUyqkbi5wLpWP313h6WGBK9oZ3TCv0yFwtcXGOF+v7cD/pw3rPnYtAWOJ3C1uHYu3ppEzWJvAwILWh4ttckhI1Kv2cjd8J5988Fk0bHO4+FbHV64ipidbAnBU5jvDFlwNhsQd3vS4uxMtuti+eVVkIJZNIW2o8IOM35l3ESFv68MFjTCzldmNYALb2Er0ey8aSQRm5QpqKq3vBEoq0PNjMW3bTuNjIKuTZgtqR+Q9OiMK9yI2c7gqAbJyjvGXeFqJBrAN2Q5G4Z/ntdF5w+0NqVIdQVw/jgC7Dpw85fXpkg9KEakKKc0dxGhrdIZUtXbsdsM6VuhLqBkjnAcs7UgNxw0TcSSNVwUa7/YjlfOA1HYOXriFolgjuEBKy/A5R8Ee4j7v9g/G9wi7bQERtOhE2a6DUd06zB55PhSzyxaFSLpRBbh/+eNhdGM7ecLyftRoKgC1h96FfngulbPYQMjaNuEmr1t6BGb983wIvEC6pP0KD8zrGYKpKzS51AgWrH6FMPcqz2OIP14ynxDgdBN4PNr1/WnJG5HHhxFEaS8ipkfhsVKflSIdM9Z7iOnRvXBIXHtV82wZZOddUoVmbSOFjfeDrM137OG+dF+O27LGXIqoO77eJxAbKHFO+eGbEYTh7VpAVobQ2njfeGKoH/niEVSodiogo9UOf77f7YOwml7uUwUso/KyoBQxXVG44TDct2GSfwvu4/7umGzK9qw1cuzr9cPCoYtaQH5eGa7PGu0e2j2PDhIJcFIKdcgqwH3XCcdSAm9oDLnuyyCr7/njyEQbyK0xpF198xMvuHEdFb4yxOaDnvGQycNnewExqT7Beg84PrU/GTl88CD2Qxngccog1zE/zOeWG0BJx4vfZPD6rq0vLr/kzOsyoAyNJDSpv07GdUlVF3Meb5N4WQyYn3chPLp2BSc2Kkd6VoCDYBppo/716uKg8t1Fu5K98cfx13w2FzfERDQmKadHQ3a9Hj6Y5WtpgCtJNMZ5cZBOAZ1HX0Fh1FaNJwDPLwge+oYOWlsR24exJYDNT1XhcNLZErJzPpj5SWs/aGMbWwQOEvtUuvtj3lfOcA5pm076G4DrrRyzfTPVxaRp/XV5zSHJ0pC+zRszPm0IwswPJibA6wY6QFQhNk/cd4JsDgx1xRlUyKfJMcvz2CnAbK2NK2Z+UnBA6ucqEHt2FJmQrqHmVCBLfTD3f09MhpJLa7s2leJ3goTsH2VeuIbIdPLBmbhoyObOqKXARtxid9F6wPvKG7N2vHMCMbvKD+f+XhQFma5c9sRc/wKw36W1K50XxUnnOcT1eIQ3/iqsxfHohXGQ6WLCIcD3fz36QU83PBIy3rW8hHjcFYj3SwCk9r2P6NdZOh6AWrC85Vv7xk8NgcxebnrheXeU51fEuEA21m4Kl+aoOtjphJy0sA/vkxhPKV9vzHR9rCckoLOjGtSR4rmANhCV/ir9GurBBsbb9jkRMRnI94Rpz53s+vH0zYhfdx84SOX7iyhMXRcXhkG2L3UPoJxDdUqSWkThIkrLDxvCYDZoFYMdWWQAHNmQ1/96A8iO++UWt//8GEyL8WaHBEin1FlqTz6nAzecwQKMhuz+Kyk7PcdmtWTlPH7z8vBPZB5+aekJa6p/A8bs4Zo=", "1:eJztW2dUVNcWHmAYRsChKr0JCnamDybmHkSN3UTs0RiEoSgwOgwqGjXGqLGbWKPGEmMsscfY4zkxxRZr7M+CvUWlKCJF3yl3bHE9OfMka7314McM98z97tnl29/e9zKE9TV1SpZKJJIsOX5pb0o3JmanG5PHkBWy3C4ty5JsZz2KtZgy4slRXNVa1VrV2n+91uF/cs3+P611wvoR74p/aWkyZySkx6UmmFOMaeSkV1yr4//ZWnwF11pVrVWtVa1VrVWtPbc2zrpGp9KnHaeZKTPp2RH5rDU5X0lf1fFksI01mzISLGmJFQRp+UAq+qqxBcS5k5q+6vhAGltA2tZkTa2Jl+G3+LTMFHxX8DqMjmJ0XBg9xahU/BiNmh+jZbY1N2X3rQDGwGzj2odhNFwxYBitlse2GGYb1z4Mo9HyY7S6itpGjpTRzLgKb/QcSKOzAaTVc5mnZObx7cRAGr0NIK2ByzwVM49vJwbSGGwAaWO4zFMz8/h2YiCt0gaQLprLPA0TLj7uMZAmxgaQTsllnqirfNxjIG20DSCdiss8JuFqvkAwkLbCGv4cSKfmMo+puJKPeyKIzyeDLSyPsaEIVdGcHfA5kI6LRiqlDcIignR8IFFYKtw5KUjNOXI8B6r4LEBBYrlz1ZMVxGceK0INl+5ZQVwSptLZoHsiiK/nqvQ2dEKVwZbSYPWk5tpJHW1DctVKG/KkFnsuV+Wq1baAbFFYtd6WQBhsaAAiiNOnGBtGAo2oRlws1+k4JYzdCFJMhfnKbukopsKxY3d0ZE1f4SSxGzqK4RumGBv0fE1aBHGpq9g69VxCaQXxjW2MQnq+YUoE8ckXExW9LZ1dz1VLYr818PUmEcTXZhhdDXyDB+OrwZZ+a7CldRpsaWgGWxqawZaGZrCloRn4GMFAMXyMEEF8DY0RNoZPx0UQFyOsIC5GiE06hosRVhAXI6wgvsGD1VMMFyOsIL5+q2rtICEPP/hau1pE8XHCiuKdchiKjxUaEcVHCyuKjxdaEcVHDCuKjxk6EcVHDSuKjxt6hlLyccOK4uOGQUTxccOK4uNGjIji4oYmWkRxcQNPmQzFxQ2NWJVKLm5oxErhe6ahETnP91BDI7JXxcUNjchDFd+kLjKK77mGRsxyxZ+5v4Di4oZW5AbfY+qnKC5uaEVG8T170YqM4nsKpRUZpeLihhWl5uLGUxQXN3Qie9Vc3NCJ7FW/mhvkeydZPuQDi9FsNCWmGjMw0pzTIt2YYcy0ZCU7P3/FZEdy5IJfYrOyTIlpCZY0U+aLF4t3fnqxzjkDjPHk5M5Gizkh1ZhkTkh/6WTyjZe41DT8QRzezWhOq4kXXjqnGv6leZrZmEg2o0dx6abE/oPTsoyvuFrLtKRsbFg6+QNomtPfr+ZEXUlJyEzKSnb4W7TEmw+tOK+rKt9hn9c57E4QpmxycmJF/Zbz+q3WWGWV+q2ufL9932iiq/E6rIm2dgTqsKbyHfZ7ow47czustDYz6rC28h32rwxmu3AzW2ttx9RvXeX7HVAZfrvy+q2y/uVVvEuvfL8D3yjBq/M6rLQ+KxefMFS+w5Fv1GF3bmYbXhiSlP+AhkVVBrVf0Qle43j0i3df/4CW1X2jqX5FK3iNx8oXZjml7qUBzk3CvvEVZzKZk9IyEyzGLPZVMFJF72cnZFrSLDmxZnNCDgMG02CYsxMt2WZjEv3go2fHzRMsCS9NkuIIyZ69v2igkZxJ/vOBrF7oOHl2pmex8PBKwuITGyWoXpMv94+MqgfCQu6ndx1eLMye5jZU9/1BQdpV0XDDuSjQtsdYw4nf7MHQ3XXxmWUwe7qvtGuHBuCHW1k/1ii1B+43N691uJ4rnIuQjZrpUB/M2uA6cNXEfCGvZqv3ynzz4cCA6rkNB0SBL8hl35EBH7KcdQHOipuYfn17A5BMDXEER019nA76LYYDyNv6WiCZ/mwStvWv9mjRdQf0c0x4m2FLwsCJrn813h4JhUX+jc9FtPRFn7SCw4N8Q0H7z6p3XDtDBpqX3LmNcvxQy02F5ceG+AKKG31PSFB1ia530wtNX/Hp+62/dgMpx6/3q190QRh/9Hyui5cd6p3x2+MNpVJA3FM0lKCOwTX7tS98DPcvboGvdEOYUSTrM6fdI6Gve/eYja0CUIcjX/R6HFckrFp9qs+gjl6o05bgMbePOKJQ6kgNRC43rMAZjfn48A89HjyBEVvLxt3/lxR1Xfj96lMXpGhjjwdbz0w4AO/eRjHh+5zB9kg3lx+/s0NONHCHBa+EX/6sb3wiOOFda0x6AGeFTckeGHAH9pq660HUWQX4efm3HYCXE+h8eem8X0PzhZgW75ofuQWCCVOuFIQclQCvgthDyceL4Ff1fGceG+8B+p0fOGFKkhxEKuWrAnsWClknPQti3cLA9CZ2OHT3mF97SuEtqcZDNz8cpA8ZurRB3DU4bVGx8lojL/TDsIJ1700MBctyCBEcQNMGx+Ze6x2AaJgUwaD34zgc+XJh4YGVh46f8EXMbgUYVWfX2GXd8gXijd8lBxSaeLdns51u4EzAxzgl9yFJnyHlFvSjBj0UMHn+lSpxRt1Imjv6oqLZ56aPu1obfLaAXFiG6D79FYhEo3poLbDsRqtGT8KcwYG3cEbmB6G6JEDLw0HZivyj7S85IxKuXm4+iLA4Q1ME96l+Xd8osxhuAZ9e2j3HF1lakszKEQ3fzd2C95p3Lw71LoKWiNlPpgXXAYxH94WjkvP21fYFIpqHeTJQ2gtnWFUDDWzqfHLJAAk6fJwQ0x0xHj6GhO3dAnxQ8a6klR/NiACXdf7og9By+Eh5bU3tKwq0/Pe2+vGxT+DXn+AARcrQB83euXG6gQxd6u6z+YjkIdz0GSGOBE0sN+IK8UYlI/rtsPwZBubKAxZ8WLc6y/OXAWjxCc09w9VQMPJ005zuUVI0NR5bPtIbbTszASMd0BwcvjE9Hwpt9zg1ndflIjyzqqRXRota4J2c7su1B74X2LsCkWwH1q8F1ta+MnrBgYfC7UvEYB9EaXg6RKzfx8KcTM/RyDkA0f2We4OwdebUL+6UCMPXbOo7socC/TGSZFQBNnx9b9nvba/C/nMHz/8mvAgSdg16xxEwnuYLNM33gpFLRNSISVsvCGdPjspq2dkHBdKNZYjKyiQ/8VgixqUcri4hgb8EF5DL6z3R54m9z7YcLUWYRM3TTHKRH3aAsCt6pT3Y0ChziV1ZGKDlOtSV8aRXLsTRXlXydgSg9dfmInS1rz+u5unHkGQpdn0IWP8esfwMVOyM/qrenEAWT30IGC5oP9zWWgFuE/mbWBPRPM/zAbS8T+6F3oebn8rTeCOmsx6A+r0zT9jlUyfeMVyKSNWXGx/Rq7jaS9HyboSRMoSr7u2fOj0UOneKXDR+nR2gutzKB81Xf7NRX5wn0LrvVR0x3ZYjYpbvzJqI2SdDXagg5MG3Bhz8/Oh5OaLldMgVEPXZemYfpLhjjQDVpymeYAZmxZ9lwQhviikdAnxOH3wYH+4OSFhwhOFSrC4JcX6AfS4T668MfkPk0NsXXJ8Udaf6zgKB8vOiHLXGVVh+oi446Pc+Lu1CgVzu8tI8prvjI4ErFV5H9r5XinCxbV67pCHT82WOACcvb8zeYmE02re4Rdf64CGR25lOYn1eEk5imrdwcgfUvw9d0IE/yM9deGfB2w2O+TsDFg85qkWF4axAqmS/+wMhoDHpTCUwkRK2UKB1PUICcBPCEboKmS7tgbu3bZksG+ABVniRBBZDbDX+tRSOmokbVaQnoG3rZLlA67nzDaEDEUxNACBZm7VYDn7U40/qScAh4naAP/AjbUTlBKh83Lwv8r86iKZC/0i4+zGhwDn41fZZ09xKPABhb14Ld0CsK21SLFA9HBUGMClxJMsFQsv8y/aI9tnwCLGP3oZDSAG180CUH4FBoH2NSW1uSZ8IbP8Q5Ln0p599rgWJ/VoGCMsPbvZBGV1JxbqCnklvYaoeYtdPlLJ+usUTBNICyoV+tPDOwpGlTXDkbwi7iWzlKhDt00f8EbVvutUeBQrae1X4dqE3AqSBta0DmtFCk6P8+216jB3ij7AYbC3bHQkovaE9MtIN5IiozkpTOKDnbVEgWl8u7ojKU2ktlt8acqbnU53R3kE7F/o3DgWUHnNkjNcHQ9EgMnBMDgeMN1JA83fdH1E75kaAlbgt9J3mDmgcfwlCNA8lEaAjNdgRRZJ21cYX5RF5GX8RnsrDBsnckJkI7kJ/xPptGVycgiOa7c76UwtvRNtlYB58jLNdR3kL/jZVObjhRT+kpj/2iM4xKRJE+11kIAqigXcR55G7sGEcVrqimqgNFSI3hKP80dXD5yHV+xV2iPJ/WR2AyYcV4hzs9sF6+NeCXEj76+bagOVpj0D73P1AUZ+dxPiXsPksMZT1xyg5mEzKd4AfGja6cbvvnO3RDkdPb0HmjjxJAY7xRnS55T1I/XP0QIUhJMAPWB3N8Wb191dtgKu+KDv3gdjX/Fk8e0YAMnU1blcAmb3uiPG6ALI6KoAsvi5oBBHum44oB0dNvsoV1c62nyufVw3ROVNxGw4maT4nRXTOwn2c1tGIUJBKCN3FHVBafumDdETYPcIAi0s1RFR3YU8vsT87I0yC0hX5twSmD+sgnRMfhQKa37GXhD1zcCEeckd0PPo1XNTBcmEd7kJRq70QnXNTQoFplBSntlCww+PAhAtBiM4fi2sANl84sn6zQ4HYXOcCxi0jAn+R6YV3GLvO9VsCnW/cCgXabwYGozVkjAzOhaR6NR4BiM7j5Q7ok81kUPFl/N1WE92aiQfsBs6IzWVB6N7eX5qtTiuBlL7182A5aUOj8iDN7zovxK7ngqJJOpdKWZ85ag9onfapxurkQiiw4HLbf9cefI7bwo5EKZvzCsIB62OFQmotMhFKwMxj1VJr/REGqH6PVohz93WB9pOzjQDlybgagExZS+xCWL9zDAP0/is2MyXLYjZlZL148/Lsn2KefU3pFWuqfwNtBdOG", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lYlNUaR2CAGcD4WEQEWTTTcoPZx7RzEMUld7TSTB1hkElkdBhKvaaWmYWalaXeLNPU1BayUtNSz0lNzdxBU8mF0MQdkVVA71m+kSyfK2eeuM99euSPYebM9/vOu/ze3/ueYYgZbRuU6unm5pbpQx762tItyVnpltTZdIUu97FmOlIbOV/FO2zjkuirhAdrD9YerP2j1vr9X625/7e1QUSjkvzIk0SbfZw5PSHNbB9jsdKLXMb91Yb+/5C1pHqu9Xyw9mDtwdqDtQdrLqzNc66xiflOx+lqy0ipe0Xf60Wvj2OP2iQ6dMfbbePMDmtyPUE6MZCaPepdARnEQBr2aHQFZBIDaXvRtbhYMZSOo+LEUHqOUouhDBylEUMZOUqQFiaOEkgxjx7/JZBkHj7XYGr+S4AdPICuwThB1AIEYTCZIQJs/ANMJ7qb3rXd9K75xhmpMSZ5kV9J1owx5JR/XxAnpDZWCMT5qDGJgNSxLsVQzdmoETJQBuniXADp+U7dbFmj6wPirNeI7cRBOrULIH2ckHm8ujRiO3GQTuMCSK8WMo9XsUZsJw7SaV0A6TVC5vGy14jtJGuFzgWQXitkHtcJjdhOHKTTuwDS64TM43qkFduJg3QGF0B6vZB5RleEhYMMYiCTK3niIIOQsGhiXYieJs6FvqFxRWE1ahf6hsYVsdRwNdKKmeeK7mm4sGjFQu6KhGlcERaN3hXz5MoVypM21oVy13IaaYWSq+WM0ArlSSszQijkWjlPQqWh5XnSugLSC+VJK2u5WJ5ksRQzz+gKI4wutBot1z290E6GWEGx5Gdthqk39fipmWHqzTx+/mWYehOv7vhrqHep1x1+DfWOdt3R11Bv1tUdfA315k/dsddQ76TWHXqNYicTTgSjkO7LB16jkAjJx12jkAjJh12jkAjJR12jkO7LJ1aj2PDF02QUG75kkJCeyNONUewEyUEmIUbII5FJbBLgjDCJzRycESax8YEzwiQ2CXBGmMQmAc4IkxAj5PHBJDY+yCCxgVIGic2Ghl4elOyxYpRwosQ44USJkcIoo8RY4USJ0cIko8R44USJtelYGSU2sDhRYsNHnIwSmz5kVJwQN8hsyVFC3LiDEptjNTJKdJDlKNFJlqOEuHEHJcYNnYwS44YTJcYNvYwSnYEZSi3GDbkq1WLckOtLLcQNnVwpaiFu6GTOq4W4oZPZqxbihk7moVqIGzqZUWohbuhkbqiFuKGTuaEW4oZO5obYB0M6mRtiHwTfQYlxw4kS44bMQ7FPM++gxLjhRAlxQ++MvBA39M5oCHFD77Tw3tyg3yLKDKVvOCx2iy05zTKOIO2TuqdbxlkyHJmpqj/eMVVBX/mSh/jMTFuy1eyw2jLuvlmS6s7NBk8ab0miFw+2OOzmNEuK3Zz+p4vp95cS0qzkjQSym8VujXT74/ee2DVK8qSb1W5JppuxVwnptuSxL1ozLfe4W6I1JYsYlk7/nG0N+evdvJkrY8wZKZmpHn+Jljzj6wzyLN3wDkfdz+EAirBl0YuT6+t3E1G/NUanrDK/1Q3vd3RD+B0q7LfJ2RiY35qG9zumIfxuKuq3/HGkznkoa3i/WzSE32HCfhuczZn5rWt4v1vez28hQWsm6rD8UYLOeSZueIc7NESiw4UTHXtXf44zNbzjHf/WTN+jXu4jZfq7pgR1bMN7HNsQqW4vnGrT3UPw/6Bpx/2tqW4l7LHxrtFOrf7TPPeQG/86X4LNZk+xZpgdlkz+PT9/8jAwy5zhsDomxdvt5kkcGMmCYc9KdmTZLSnsjVF1r7uZHeY/DZbyRMk/9b/bQAu9kv7LDV1NWhDzZtaEcjDR9+E2U9tFY6Ab8V0vPwXc8VWHjOWN9oI+n6gSW5UFwYkffNxy0+YwuD3l01GDBzXChjfiR50bIGGrrXjmT3lh+Mj559uWLywA9uw3z5ZEReHBhSsX74iuAtOqO43f/3o1iJhiVg8ZH4E/lFZu+WGhH0x7+8oUoNuKVL8sH99lTyDU0J/MYFia/tRLORsqwXO/JnpMnB0EYZB5e+7YcLhne9cvrKcqEb+vhCV95y2DjkbiZgNPhE8xl6Pkq8O6PpEm4S2Fwc1/ahWCf5wX92L7mHnAgzp2Kwxnsg0rwDcXM9eHVJeAPYN/WL2iXyi2UHdW+cLPI4alPH76EtgyiAREJ8G8tpaw344FwNjH1gQd7OYJA54xrdtdLsEfo9fa0w6Fwpb5VVOf37wDHSsu7T3US8LEq9BHkqJwRxK1zQp3GOb5VOP2agn3LJgcnDMrGPM4/wu8PZUEpJ+Er17CppbZIbh9TBRx+QjoePJhr5dDmuADqTSSHpBaB+c3gl9/eG3Vzp8DIA1/zaxAeLr/3IUZgdfBlJK1A8YOk3DnfofeHr5VwuDpZ79Cl38DLKyREvbeHzbwxOJmeAi70QWwaa5XcZOeJWhr7L8fa/qeF0zccKM2b+JxkPlLYEl8f1+8PZc6vBpRs8meYGjot4fcTtWi15NJJmYocA8WyFKw/J1Ojfq+WgLYVauqEc/vRXS54/etH5qthI/+HLDru40nUWUSSVQ3FWa36SrJ+SsGUTMvDdwY6QlZXHpUgsBgsPPX9QoYxRJ/FU3e9Wind34uACl7n3ty9yw/WHHWvOzoOpUcp1rQmDlwAXz6ysBeH04/ChyJ75Z7jcwDhLTubWd5QebWhbNg3176o8Tzqbn+FSCtRfrEySurwKpJdAMlJtb6rn/EnfN38E3A0ukoACOe3O3dZbEPprRU/XIOOB5eePutqSoYenx/RVJhIfo9p9XZGUs88aRnVuv2Pe4Duywe8tFnX5QBSscFyzzhRU+tpN8cBN/3CV8y4tFr6C1Kw6hSzvPsKDihC32mgOt2v7D1o2YHEOd5AKZW/NDGXY7fFcDyPlvC85KIBdO88bO5mwmzVTCnBwlch8Yw/noyiZA/nLNprLJqaSHodvMKYdQFcI6ES/tlAD4+8oX+kU2ug36jGXPB9rI2w+e5N8EnPr85fNyPOaCmKc38caCgCZ3bDNte9iQlk8/rZepe9OjwedvKiqLwma2NP9C0UGCS5MOnRjWH136iiVwCeB36wQHsRu6QRrn/l36Q7H7N2P064PsHQcavA0WI81qJo6nhzcOh9uN1hsptZaBVljsJlRdmcd4aCVncn/aEIxf1CZnT+zY4X73m+mF/CZtowE6H4dbbXlv19J6jgPOxFh22jSRUrwYn17865eA3lYDxHSsxz9cFlDW/KaH0bRDNLryENjvIwlEvbBzTjaS+GLw7a+aw3M6ecBupXsXyGhTak3p0A/X+14yOfT5RwrLeQ18zHr0E9k7riV5qrsBu9AeHQFvgDLxnWSVg8nCsHDxMqrM0vxiw96f7wgUJs9PPVxci8iZRiDXg29HTjnepisG3LJTRQTJPb4PltKxLfWAqI3o5+GjfpweOPHUTcd31Z/LX1nIeMf4f9cM0O3M2nUbUOlXiPmRohp+Njq9GLG1+XpjzswQcdjvlrsw+Dag6qof8jj4h2Vprr+L16qOEH3enFpQjpsdPSziGyNrb7SWuN0/mg/zsWktFigK+/yJVnjI5n5Vgwdd+Ez739cUzaPk9Ei7bXYwKfOeveWXgcfDp9cN9Rw8IgSxvfW+hjZGk4I0qzHkWAY9MvPBInE9jud49MAtj9/2ofOHJ+bMU3nAs3XC5B3bfrCDSsB9UeFEmXAZpTLhrQUuamHYtMKe1AmpYoypAnL8hkPEjOwKeO9giv+qWEtPy8k2RsOf5OW2uzA3DVGbfS8gFrMxDYuR6uAi4rnpAfn1z3DrO5/OI9yXI6Jtagnj+gyCNalTLIDh5ZbuEiEs1gLWVrGDIyvONKEjbUNHQRphUT5vhD0m8DvUxOGcDJcAtdOHbLz3Oz5Ew6xuJEv7sCSrcZ9Gp+YSIQWGY12UhoCqdp6wAlKUzewXjxb83X1W0OwAqWGMrlPtIgKzjSjiAmj/DD7bLe59cKcFDxP2pj4VBpt8eeWBVUc8OtwsCMO0SSz6IwWdJmzwHVPCKPxVUCVO2rokLwkxfci4hFp8huwC9asXIQFh0nAaqBPE43QRWNxLx7v6Q1e0TEmZysLYapDBBKwXmwYNaL33DD5+aQAeC24DJw7uHEOt7vXMBNaNzu98B073VNYDnuxqwdjLIF1O5OeNbDRi/nlLAlw5+M7RskxLL9YrL8n95OXOnJ+zV4XZMbfk1Pi8QXvL4lYB15OoTKm/IdKzNQcB41dITk2IgLd0b7l70/YK35nlAZpbFG/J+LHF9zalFRMR62Kt8uE51DYTTv4Wv/LZrI1qUQRnrBYNZYYfCHbStTbiO3qTtdUARWkuy2+aLcFi4i27gJeMuIqpSA7+LlvNTA57ZoybMLebrN6OhijUoP/gEayw30K0EKugBOIkVTi1g/Mg9hnKOEUIt8cfh/mfavxWtgt502xqMXqNhXCHh5nSM6a/A3M4ysLQZmSwSQ+T5wxNTa7P3B8BzJVGHbVESbEtplvYQ5HXmA1l45gdAlo5EBWTzUNYRRLdbWnkELCJlOvNEY8z6s/dJWfdqwTdEFmaHS5iNIZFukI6HB1ucA6+XkkRpQvERJXWwFPD56DJidTczBFN1/XHcOrSyH5W6CrCBynhYOOb97ApS0jb683TgTc3rE8b70Jky0IkJwQ5w+gwRnm3RmPfB02Aqe1LK54jZUfgxMk1M61mFttLxbGYEJE2FtOgfEM+rF5+T8qNhDZWr0dMR83unL1yzghpUCwZS4owOhBlamskinoekEJi9tuDCe19vBmxuvRGAyRBwbOSGZpDpaWgZoKzMOqPEXH9j4PpP6ODhAQ+QrrQyXAEnURm8HIB9E0kHPBGBPYisJF/dg5ZVxhEJL0O5fanCFQM+V3rAq2SsG9HJB/N+nodY33nGG9LpZ1GfEsTSPtcL0ymoyfESPj95+0A3JhQKzON7GjWmdH9dBeluw7pWAd5na1A4HUDjQ/gcPNINsnk9thwwXfvpBhhGyil7iwRX73ySjP5XEevjzxXz9ZMxmOt6BeJzXgGvh7UxmN335UOI27MFERIS6raUdSYY7qK3G1UM+Fyk4nNujyaQ91VPyPzP9YOMRzfkeaJ/I+hP6JZf5Ab5XOGD+bkhAmIqK3m1qAUN/wfnAJtHFGGQdq/n+95GvWmAFvhgNueFR8HxtAAPSZCdB+MzxmQ67LZxmXcfpur+A6vuC1v3WFP/B7MHfDE=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXAl4jFfbTib7KpkssssuESGzZqLV94kln10lqoqWSCaESEgmFK2uKFW0tFpUraWoXVU/9R6qVR+1q9qDoC3RCBIk6j/bpKH+/5szf6f/919Xcl0mmTPv/Z7zPOd+7ud5zsyIGlyUmedoZ2dX4oofuhcVGHNKC4x5C8kIGe6WX2LKszc/SzcVjcgiz9o3jjWONY41jtlorMdjxno2jv2vxjo1jjWONY41jjWONY79vxpbYh6j3YjC/KxdUWHuH8/Ia53J9Sr6qM5yxo8dikoH43bGMoiGQrLyC4dYAFHTR60IREMfdSIL09LHVBGIrjMZUxtEVqanjwaRafRsmlSRaVIZJk0co1WJYAwUo0kRx2jVIpg0ilEJzcMwWiswOov3h62KgSzeoIagNKGZVOyXTmgmlSB/GoD0KULLUzM2WMyghiCL6dAApFcJLU/DZrJYfBqA9BaLXEOQxZpFQVrGCL0VIL1GaHkMlGpxZDDSMe9ZLCkUxLRLJcY9DrJYV9kUjOVi3jNYwwimEWoxljOQRihy1Uwj1EKhwUEaIe6pWbhrhLyn5pErtLlqjWDSbAASExa1VjAHNgAJOkJnjcs5SMwReitSjZondiGWq3mWFrOJsTxVaJ80KVYkAA7SC+2ThrFcKxSEGsbyVLHlaazYJw1PAGIz6QSrnIYgMe8x7unFvJdqBcs5SCw/aRhhU4VYruH1nphNaVZkd22KFd4zg4RopE21wiatwYriQ2tNuOtSrIgnncqKzdWprXCETmOFIzhIL8RynTX1HgfphRo77jyhDpqrnsW+Y103xVhsEGu7KUaouWXqlSrYd1OMWPXKJjJYUycbxMpDtjyDWBPEQWLVK1MHg1hrwkFifSeTFIM1FblBrGFgOmQQaxg4SKw8ZOKVJsQIM0isemVBmyZW+3OQWKXHQj1NrNLjILF+hglEmlhxzUFiJS+TlTSx4pqDxBih6+xA2JQiRgkzSowTeo4SI4UZJcaKVI4So4WBo8R4kcZRYvVoCkeJFdkqjhKrSNUcJcQN3AVQlOXHlhSl5SixLoozSiXWPXBuqMSqZs4NlRA3NJwbYqeXGs4NlVhlyndZ7OCpHiXEjXqUEDe0nFFqIW7Uo4S4UY8S4oaWs1ctxI16lFh3ZEaJNS08UsQO/epRYtwwo8S4waNS7BDKjLL8bZWHUGLc4AogdvxSjxLjhhklxg2uNmJnp/UoMW6YUWLc4MomdspRjxLjBkeJHfhouYpa/ubeQygxbphRYs06z+ZiB471KLEe34wSa725zmuFuFGPEjsbMKOEuKHjOq8T4kY9SuwYhyu22GllPUqMG1x7dWLcMKPEuMFVVOxYRs+VTezAV8/VRifEDT1XAJ0QN/Q8KvWP50ZmaYGxpCl5wWQsNhblDDWOwMjisR0LjCOMhaaSPL+Gd8xzIs888EN6SUlRTn62Kb+o8OGbZbnX36z32JHGLHJxb6OpOHuoMbc4u+CRiz3xH+2H5uMX2uPZjMX5oXjgkWvc8B8d8ouNOWSyLB+CKColF+cUFOUMH5NfYnzMTTPyc0vx+grIR1zynf98Uxdq0ZDswtySPIc/OY2/C26uTlK0tjc8zBaGO4kazptuc9GTorO94eG2MNxF2HB+HmnuEvW2NzzCFoa7ihrO3+YyC1lKqu0Nb/bvDCfP2ltqsae1HDcfxRhsb3Hk/63FGvNbL+bDDNtbHGULcnuJGs5PlXXmc4sU2xsebQvD/YU5rnuoxFOpbG94jC0M9xM1nL9zau44VWrbGx77lwZ3gPBW83cGzeeAGttbHGeLrQ4UNdz8xn+K+VDS9obH28LwYGHD+cckzKfMf0OR1vwv5XgTUYt1TM705hPyv6E6S/hLLXYT3mOdOapZw2h7g1Ntwe3H8Obf6Hfqw2cTevbNaSHDyVP2idiHe+JHrv1vPzRBPwbxP6z6zxj2tQPtIxiyZX2yC0qNWaQq7zlyZFFJvsn4txvEvxMhZBD/6LjhP9Mi/pUNIYvU/B3H/0yL+LdDLLaI2sI/YpdimUkPXVRCJJhEaPuiouLc/MJsk7GEfS+I1Ni9SrMLTfmmsenFxdljGTCCWlBcmmMqLTbm0hcG/fG8Q7Yp+5EV8kMnxsCHA91IrlyI/5HRQ9Gn7k4Y5gonBo7uGTE6Cr5c63Bl2golkr3naxZr7WBal18dtTeioK378SUj7wegfLui1xw7esKcmU3G6VeFw88nVt8bkOyLcvc93/V7l1oJDz717LxY2LFiaQ840hTtu77nm3bJzlAZ2Onpur7BcCbW+bX32/sgfJdvZ6iOy0vPbfeev9Ee8shPfDBKaOKx+dOxV6S1ceVvLOgeB9+7tJ33zMBQ1DMicFj3mxekr05OvW+suSXR+a82Rfji3YltnNGu9a0Kl+yIA9Q/Mv1GjjvSP/l15gdRv8vuQ6MLXuwXA+0/zz87aqoH8qUv1MmRh4sGuvTwhNq9eIEKP0SW3X+9A6z4rmvqlB1eoF28KfWOIhyNuFL72Y3Dd+SVNw53H3wwBOy7v+nVs7U9Wv35TwNHz1CiRUM2/lqy+QdpxbP/Uu9a7w/hey5JS8/dlP/ZHBsS7w5diQHH3NF7e1/pJL98SOp9cdm8Xa9GwowsU+ycBzPl4JLjyqr043IAAXaIgdunjr9WkrFU7jV87pj5iy9K1K1tm0HnVg+i7ldXy+H9cp841/Oi/BO+ara+JRS43V04ZKMHUo9JjmpmckR+2d8cSTL+IhFvTc+6KdH5n5khf7KKLDiJ+98PUf/+4IRazVx4R3W5TGofdvWCfq4TaImDDjsDud2tgiZwWSI75IfuNvlly1qHS3JMl/FvtF6dCB3yiyonTglD1L/j3BG73g2IeZHr7kgv0Invytd6fRkxsWsMvHKi7di+KyrkbaZZQY596mSP2IQJ09IcoFQx1zU0oikit+32qTuQVZvK/cCUMbva+ZwX6vzxq/E7J12STJsDave2SoBlX+9oGp8Vjqrwdvj0fSC1+MzvYIefbkrYueGG5SGI8ckDmL0+8GG3gGldVgahiOU/d2r1QAF0uXEKWIdpnlARgXZ/9eU7zpUX5NznT2c4vNgMtpPbOzkgH2LuFXt06/7RF3+JV4AiaXLgif0VElvnbXneM2SGRJjU78i2i7Od0csHNz53e+sNma43owVIuhe+6rwvEPVfL19b8KQ3yogjltZIFQuebHl0rjvQ7bztgchda7JcgPHRFXqdDH0pW10rT16OCdXBF+LJNq1UIBw9QSXPKlDtgBHf/l6cAEeI+Vu9+b4ckAldd+bGAPXT9XA0o7yq2eGiU5IjMdPrsBQ9vXRU6Dt+aFSoV1nyTEfUbtClg9GnqqQi5RvoX9kBaO5H+CfYBarnnJk1uaMS+mOz/D9WoK7PTTL82NEPGL88AO/6nt7pwYhsz8AP7Rivz7QAsrzjyruyv/Td6c1vbpP2rzxwrE+BF9DLul2RaZzeC0ADSHjuq5Sj71eXls0PAyCEXaWAUySsHROALNPLLhr5VaUfyDtmB8yvjvAlvH5hd1As2ji+at3Tq3zQkpitdZO1/sB0x5vHnR3yoBM5Aiab7ocnLjA/OvojQqvYOdUSdv7l8CHhgJ21ctBRV+S/5h/nx/nvl0kUB4wPAxzda2cbq+W+aZu+H73dGwYv+lH7m6FCZvdTIrodBzZLVE72hwBx36KOt+VPyLZmRAPTIwVa+Xqvzh/bNUHOSuyRAXGQOiV90KWnndHOSWRBdfJAl/3BvcZFw9lZkyf2y1IiPOlbOc/bIyUh+KdKrpf+iO1/rfQSNnt4PyVQu29FoPMesz57vZcT6uOdvOHj1qEsXgbek+9VXEVpOQGI+f2M7Ba64IXEvb4wDC93evl1eT6OzuKEQHgdy0f1JEdEeeF1Tya78vzV5hCE2b8k0x/ROJhox/QwfZ2MZ/ltuXM4IqI1odYDERV5+1oinNn85ksHNT5oo+eo1W/3D0Y9MC3TNtVKXw3HwnQlFIwrB/XObO7E11sjb/uACHcIELVsVeiNelMZvCn9TsLshhK2fxLS+kzsdelTIiPqBLaP46MQ1d21NdJ4umH2QMNqdRSi+9BDyef1AhJNF+M8gY5P94TEATN23k6IgR/2kR8fNG0rWVi1RP2cEQk5VJiaIuqnt5Vw8Fifa62fCIdzPd+ZU3jYB1H69VPAKJIAU+KBeP9U00BUQ9wbUCuNJgH1eTCMW9ayfdhwH9SbCaBM85G9K1C9iA9DX2A3bXzujkxWM6CJAsZhlrzX1RXhWTCFdsp0v4PcYf5issEeSPvqFsz4Koku761I2DKY/HVB2tWOWHZSDnbEO6+OgEwsr1d7nZZoXO4olxd3/OLm/aMxwPz8G5UhT8Vxicjsgu2xMHXd+V/e3/CTTHU+s1rCarJhfFUkbMUqGNjpvsz4XSkl04QQCqdJOppdzfLl/j3SJDzLivKW8OEZQlxnRO2ZcUum/r2WDGFYvZ5Z54lKicx718mM77ukoPePug2N/lV6d0Jtm5H7PdBMFRGUMunlNV9gyy5JLN5OsTzUJhneJMsICEA0z+z5WQIi7HWJYCCBu1DJdOe+C2J1SJlM+XTdGSg929TJbH2XJKxe347Y5AYLfluOmewGjD8uQMuARb4oBSedjLg6iV3fBHocenfA7zg/HrY7q3CbelGmcbwwCSYQ4myN4PPVyDQPzUqAbiSwl0Uguq5BrsjBbWqznOs+EJlzvV+7p6olpou+6DoOy5gurjAh3DCkQ36l9EYvkikcEDU/PBoCaKF1RqZytOaB/Fo88VwcHMB0XjavkuXvagXaTcKxzBlo/twagiYSWm32BfXlNXHlDv5QnUAI78XyxfEayYMknn6JTNcnhiLVRy3wVjgx3U26KdH0X9iUxZG3F6/b/IHWW5pg9B72xr0Kd9hJ0uKSBxJdzxOR6FprUuEckqm8+DQDFt8e6ClaEN6SqY4oHcGHFoTVEovfC3I7rOpXhiUA5fENB3SJpKmBD+Q+hAhyEowum++77H4geq7plkN2EX5oNt6VI9uqpE04DE9OdQHqr68dEdmdZhfdgMbBBk+g5cVmJ2RPX1AC1Y9iB9TFk2TuKpnlrRigOmEKRSxP7ZPewdlx+8gocCHh3C2C1Q+aMpnmxahYmE7CojISDcGrTqqeLBOZ7Pr9RZnWqWkBLA/d2iv3pA69xHSr2AdRN4yolljeXyXR/HrCF7G6yA7duNUFZ9bLEt0XJyWi5V6ME2JxeVZiMhKEhieRKzwR3ac1NUxvkv1RXk159qIf6ySaTsOVMO9yOK5wFKwOtndncZgSAPS2W+/KTH/c4VYB8bQnr9PsEKtrlEC36ZQCviHhvDMIEfefVQQCrTNHe8NH/8SC0iYQUT362R9eGUYqOS/mT204onXlN86c5y2B1rNL78vsfrflfxTjSuV4EquX/CvkTEL/do68D0gE2m9sqpRpfh9eJhGVeCvTBejLY6plXLRgD/wo3SR0cfGAtjSRH5GY/pVLNB7GKoHV4xUy1Y9jASiz+cIp685X8fweyWgfF8L7latyHs66pyeFsrxTjusEen879DnevW+3h8B6IpeejkBWHe6WwPqjhFi2T4edWB2ZHA80r0RGob5EiNY4AyuDEoHWqUFRiNZradUsfkIdYe8iLNRfxyFStg7Z5QK0zOj4QFpXPPTdipdiEanqfy1xAKLeSS5ewOr0GPQAq/U6H39E1zMlEAbi6Ns9zgdIev6uqzdieTQAKO3mOQPOyqeG2nkg2j/o/Vl/4ayE1BDSKd2VaXicuCfR/R1XKWd9EDW99IYrYvrlCN2pMFXKtG496YfaUOG9Le3Auzz+YiREkQWP8EWfYdnwO2/P5g0N4/nEldU/p4/JtE0ZFgm0THvKAbE4Oi/RvNs1FFgdXytTnR6jBBbHe2Uqz6UuwOJgi7yB0HtbBMogae7FJojmE+8WrJ96xQ25rg7DHVIIon3LdEcgZUrB8nDI7k2Y4ITKSHgvvi3TsmBAINBDtvTCISWm4qIRj7T5f/xPHX8czDxmTP1fYFUAQA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHl8jdfWzklO5khyMsucGGvMGZMY+i6C4vIZoqaiIg5CBjJQNbUUrZpaRQdT2+v2tmpsKaX2LlpViqJCaQQx1ZQQSRBx93SQe/N9yU5z8vt+9xd/HDnvOc/77rXWs5691nrfJGJEWt9Rahsbmwwn8tIzLdmcmJVsHvUBPUIP90jKyBylsrzrkJmWEk/fxdUdqztWd+y//livumP/Nce61h2rO1Z3rO5Y3bG6Y5Ue+8RyjHUAtpZ3HdNSRz59Rz/rRr+vZa+6eAfy2iktawRpIaoG0TNIfFLq6CpAdOzVIAehxwxRMhg9w2ilrmNgGJ3UdYzsNVYOwpZmlMGYOEZqaQITLYOJZq8xchB5r8VUI6KxHKOtKoY7jIOqzFAG0vL/qhzUZ0AGnRRIJxmiZ0BGuSvxfNDJeY+DjHIggyS9nwFJes8oySIGEllRZYo/C5JjhKk6hOXZZKiybnFjqsNyAZKLE09Co9SVdDwJo6XipOP5pJNihAAZpfJJx/NJJxVcATJK0UgnktBUDZBeznsic+VsEvufnE0cpJdiuQCZ5Gzi6a6TCy4H6eVoxEHRcjbxdNfLpQYHmeSuxDVCL6URAmSScwTXCL2URghQtNyVuLDo5VKDg0xSLtdzNdJL0UiATFIu13M10kvlkwCZpFyu52qkl0p3AYqW8x4XFoOcTUKN5LwnSgI5mzjIKOc9nu5GKTWygKQIqzdVo6ASIDk10kdXx+XR1WFETHUcEVONkkAfW53gxlZDjQyibZCyyVCdDsACklIjA89ck9zy9NVoGywgKUYYeHBNcjYJLZcSFqOQZan2m3s8WmoywN0QLdWyC0yVg/R0AhEt1bILjFTPLgqcaowtYqoxgoipsnQ9g6kyT5/OIGKkBlECI8UDzuwYKR4IjBQPeDLESPFAYOQaW55AMXKNLQfFyvXdPO1i5bphAarOUCVWrhsWILm+m6d4rFwLLUBS4i3mI7FygyKesbHVGXXEyjEiupsdI4YcJWIESo4TsQIl119ECZRce6YVKLlWSydQcm2TXqDkWiCDQMl2xRwl1+qbBEpuqiC4UfXZNUMJbmjlOmPBDa0UN/SCG1q5uldwo+q3GBhKcENuPKoX3NDKFdmCG3LjZb3ghtyEVC+4ITci1QtuVP3mAUMJbsgNs/WCG3ITRYPwoU6uAragpLjxBCXFDYOIl9xU8QlKrki3oKS4YRDckJuwWlByg88nKCluGAQP5caET1By3LCg5LghOC83inuCkuOGyBS5EdkTlGwHx1FS3LCg5G79GIXn5e7IGIUP5fp6o/CG3D0Zk8UuKW6YxE4kdyvHJHYiuSGHSexEcgMLk1A2ubGhSaiN3AjQJBRAbpxnEtyQG82ZBDfkhiomwY3/ZarSNyvZnOFPP8g0p5vTEseYUwgyfXLnZHOKOTUzY1Tos2ccZU/fuZKXDhkZaYlJCZlJaanlTxbv8uRk/SaPN8fTL/czZ6YnjDGPTE9I/rcvu5Ef4sYkkQ/iyNXM6Unu5MC/fceZ/NApKd2cSC8W70kRaVn0y4nJaYnjJiVlmCs4aZekkVlkfcn0+ZQku/88qSOzaHRC6siMUXb/4TTLzV7Rp0Vb324Pa9htL2234dmJZGyM9e32tIbdXtJ2Wx73EO2o9e3WWMNuB2m7deVqwago6xteQWzKG07fxVXV4gro839bLGbMltoySmt9i71r1GJX6RiL20CWjl9nfYt9atRitYzFT2et0U+GMNY32LdGDa4nG2LL8yGWwZjB+hb71ajFFfivEotjy5XLUUbrW+xfoxYHylosHgqwlPpRJutbHFCZxdXZo4KlDdeW61aiaqEYq1+joQ6Stlg8K2GZB9dCGVYBHf96qCvImEoM15drMaNqoQ6rIDh/3fAK+FOJ4YZyXbK2FuqwCvLwrxtegWJUYri4N2wxvBbKsRBrGF7BdliJ4aZyEw5tLVRlof8/cjy63JBGWwvVWVhlhkvJuTzHY8oNmLS1UJ2FWyPU8qomnoaycLwWirQIaxguXauJZ5KMFo7XQq0WWaMcly5ZDJan5Sw3Aa1vcYMatVi6LBVPgxkttyJroUhraA1yV7AdVmK4tlx1qq2FIq1RjYa6gn2wEosN5XRMVwvVWWNrhLqCfbASw03lJim6WqjOmtRoqMOlLS5fj+pqoSxrao1Q28oY/vS5Qct9j1rYsJ6zhtnOsvG2/NqcmIPXwrbVrEYJLj8NNjx7p8NUC4FuXqMGu0gbLGoxMSLVlwdn0Ptu9MRxaWnpI5NSEzLNGfyX2+kQtk9WQmpmUubkDunpCZM5MJT5Ij0rMTMr3TySfTD86ftOCZkJTy/A1iBuvvKHtMuvz0y/Sf9uFjs65p2bU5WtaPUvXxz5rX+J0tN3fvc/94XAwyEpP5RtyUfLHy+e/rBNnrJSs/a775cHw9CyuAc3r59A4192PFy/jyPs3L7AIX9ZGKh6vlGv18Y8tLpdixMfXr6Cznaxe8X174FAXhs2LfPEx3dd9Ak54Aibz19buuVQMKhybJ3nhZUidrrhkRBWmNx/2oZSZdrRrwbd2+GAu6JpITGjb6D29HQrfWEHuYzfT87Y/tN326h65iqd3k6+8vBzfzhwSfn7OXL+IeEdChIPuYvz+ENUs8+9j3ayxwsJrGt+ODxsM/7wm30dIBC/RL55Bf2x9Y2pR+/6gG5Sy4iwr/1gKFuwPV4T2PqPhg4hoN+3uVXqp6eV5Ys9XjWNC4Pvf/6487a76xH/3B1fa6x1+jL4Ibqzqfe4D4tdQd3fveWWkFBYan4zcehZBxy5MGtC0AI7WDXsuYOe+0PhXK7rks9tHTHz7xv+4EiW1budN2R73elwZNRjRL33XucIeH1pHLEsW5n72YCfdZ3c8BayCtXUAAhPvDW4425XuFlvd9QHzYrRqdczurw30Q+YvyZr4PegqQm6F+8h5L5C/8nXBeiHRdpJLRN8IarHP1y62EdA86LlfyyZexMpxmHfduvhjVuY618YmB0CH10O+exq1xKUlJY/+4CPP94OMy/sPxUIIcyxj5GH69Z/TN5/X2n3Xd9lEQtvK/0yGxJKXFBSiJe3jXikvMgc7Q7niXkz++SjNu8enNEVqXEjB2KJawD8rKOOdMIFhd0HzdluByeakwufsgfidRKp62j0b1fGNi9yw5MH/tP4S9scZSYxq8jhHGKHl19X2Dperg8X97+/c9liFWbhu+iNUw2vfQMdA+HmKko4W2xa9/yAlzYjZfW69adenlikKPTdjVXIv2vv0oAMZ3i/B3H8WBc43Z5eqQSN+erPjK2+hWjvvaZDFnX0gsNvHsvJdXXB88+MsUlT2cBXbhO+fPvMfeXqWOY5peWWlbc/6+KEeV6cR+uTcibMW1iEuF9KlP/59Z0hZXH+0KD7lFmtexQiSoeVt90xuXi2V7oPXN7QKG9WqD2OKdkz8ovhR9HEXqF+Y3tmK00ojQbno1tTaWTqwRcz+3RbaaMCcpEpdzblIcarlddQCmF7QV81Hs8WelP526A5MSftQ2DeJpJQOmdcnJW7QrPWG3JbLl5TUuDP86VrKdr/LUnQTZ7A+LoiANhy79ni2M4vpN8/EgQBS084j4l0gA+a0Z/yEMuvlhFw+nBx/MW12ajJnjmEiR6YrnLkFG/YtYwkxDZ78X1nnG24HdP5hU+U3atJYuwLB5LUibd+d8WzMEmYif5A6ea2Jxhs2D8PuHQ08sz96Rr+uckB3iHpte75MwrJCrVB86Oy1ffhwVsHPPCIj0+SM99Gyo9nSaaq8YyxuzKXBOQp7L83gmDewrw7YceuCX1ywqNo2v1og3uBd8Le4/XBl52wWDlmQ4XmDmKn8QyCe92p49yA0fo5L/A52ulUfqEb5ry9qASxhL2jDL634/d5j84jmqalAY/QnMFUwaYhxoMfHyNG18P2wHTtWiQE9qEZuAe1PddrwfJWfvjuwniSKUEweypN0D/QDRzboHvbQHzf49o3G2cFwKUEauBlRLKzUZZtmcJ5tQ71XrA81WtWibK2RVzw9RE20CP6rQ7DGwUA432iPW5DCbbRHa7Mb0qkQAUk2trLrVT4M2JNm3c9MOPr0CD4eDQhuNEV990eOvv6OxqcTi+cFgI0zft974p5Pu1HTAf87YGoD1GuK+gKlYNWTsD08asHqC0jnBOw9e/0gZ/3dlyfNEwNTJdKNZjZm2or1ncCUTak3y9U5u8Y53x/jRsuMxfnJXyswjNY4jnhMZHJr7y6tkBhPH/tKhrhOTD2659OinVohB55Qz1G5DJE6TR4jxNmsBb3FUrDtufuolvX6YKyhZ80wHW5GHE+HkN+lEZ7bymN82at+uWLu0o8oX3WhBDg+XwQ9WdC4cj5+iACerNEzVFCqfkz3GDRHiIMHqHA6K87q1D5ff7qNVTs8DKRkkCgKhtdckPwoRixOG8NgenU8B1euDVxz67ZbrB9o92V+U7h8PYj4ojz3pjriApGUscNCAbOz8do5WuN98yZ2xA+epEurFTJWTJ39uDjlxHzW9NI6NtkzVubzgtdeskF3z5AA/EAMT60DhDxdsFcV/IR083VGqAyOfOCI2ZunnhXYbI3xQei2Uao4To6M5fruGcAcH33xPTbu1c7A9OPKB9g/r/hw3WjlwZ22Xv5KF38gW2TKjUe9+GkFZ/sjeD6PtCd7++r62HmlxcjYA5h3T8bqmERTdu0IwqvH7yB6WGuLwSxgOehbZR2gwKAZukPKfWBpem39XDp5wXHeo4IgbNEnl9Xn1e6nn/VZ8N+O14nXAmEq6e/fDAk5TwiH5KtLwLYfhNzUmGy/KoTpml0qXcI3+8Lryq2HzoFrcrxxPy6jxArH0I0wPJkUTgQMr2+dK8jZvtnIztgy3kvQtjriFk98W4QTKSy+8gHfiMqmlyi5vq+JhJ4/u9H+0iUcjZr8Hs0nKWBMI3K/AE34HlzDzG7Ir0hhNK6Vz2hS3dQK5rYo1SY5R2JF+Nxs0hgZU/BQ8Tya7gGkyKpU9LGMLieQZVTxeudo/Ux19MwaD7Xj0h5GRrbk66oTGFyn/xI4XYXKGUnXiFbQ5HCzMzSAKt31m1AYbOv99m+yg4fGvq3nxzbBwKjRZkHtmMJYyvyxRm4Pp5BbL9t4YV5/CchZkabmQopSgiz9Arjb4Qf141ddtjNlqzsAz/M8mtLEDCa7i9GY+m2mpfD65uiEotOKNmfjm/vMsAD3qLbtLcTxLENWI3ZNtH5HuL7gQePx3e2mJW1RhXQbLjrbgOkevVvHJ+vLKPl1RQHvIDKZ1QxehzxqCgr90/E685ShaX5IF9g/Bh2GnE90mBm9mAffr6FTvg1RrxCxP32p8L37/vIk8i7XRMvoOnQYIcd7KaXtc9WfjlE/+UiHSsENihM3jaHcb9O36v4f/MrUYIDiNXXzRsAz9ffkQsz/BoKpuXd+HDh7yLEPi9ywqzMPeUJrI6aqIYvafmzSCP2Hx+ev/kPlQ0vkIS55YU7Dic78EsaeJ6WQT1dhL88MasXI44oPL7hwPbdUjUeRsP/0a8K4++KSCBZQBTDUdQht9H1C6ZA3DYclgSQSmW9PWZ2TQgEprcFwfBobuGZbJUbzxcvX16HNQsHVi/t1eBN6SRS7eoDz48gUXe6wwwG8MRsW/jGHWiVMOAjDa+jO/piUkSM3VWohgE3Wu9s4nEQ8fLvMmLlVT8P3IGw6f2dVxVWZ2w7rrRjF/Tm+2frQ4jVTz+44PZMcPNE/ApEv6HCTLebnkYtyfZywdQQiNoRj+xTeL/jzddVHAATJ9BMuoFY3i0OxqyONwfC8Z5sZxP7xT2FVu0BS48irqtlCtvXL91RcneTgv1CkOgT1JgtZ6AnDGSFc5lCd8+TBjVOYQUh4R3Nk7nBEEWsdt3qgVn9OtMHs75qfjiwfe2cM6/X2q5W2H6d4wC0DZs+vwAxnW7gAbyeuoq+JVWOeZID7KE0vegj9FUFtLqfcdoHszJ9mgMwPQgtQOtIl3ijdZHyPZWlvZ6YVv3dVtrhRZRuM9wxPau6f67C2usOqaMzMtPTUjLKN6dP/4zb099XruCY7l9/lS8N", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lclNUahmFXlmFAGPZhDUUUZh/t+h1ETVNzoYzKbiIMMgqMzQwqmlvmmrZqprmVmUtmZmmZ5nfS3DLN3E0TFRVxQwEVUPCebSCre+PMT3+/+7tX/pjhO/M93znve57ned/vY4gebO6f6+rk5GT1RC+9zfnG7KJ8Y+5MPIKHe5mstlxn+1GazVyQgY/SH409Gns09l839tT/zJjkP431Rx6V4Y1+6Wa2FGTlp+dlWYYYTfgkh3F/XkOf/7OxjGaOdX809mjs0dijsUdjfzP2pn2MdNGNVaizuTCn6Qh/1gOfn0pelRm4EU+zmAuybKbsZoJUfCAleVXzgVTkVcMHUvfAY6kpfCiNQygtedXzgshUqXwoHXk18IIcmUpPUZy0MHCjaMbJm0qb4Y7eMkyFQ9Ct4N+CUilIxwVSkjddKhdIRd6UBgdAar7lUZA2hYC6mIsGNwdEya5K4ZqJgtR6B0DaVK7lUVWp+FJOQWq+lFOQVsm1PKpElZJrJgrS8KWcgrQqruVR9apUXDNRkIYv5RSkVXMtj9qESs01EwVp+FJOQVoN1/KoH6k0XDNRkIbPjShIq+VZnpL5HpcIGUjDxQgG0uq4lscclkuEDKThYgQDafVcy6NeruYSIQNpuBjBQFoD1/JYAeCiEQNpuKoGA+m4qoaSermSLxEMxBeTxgERKrUOeIRS50ChZiAd30yO+B4D6fiUy9yIyyNUKQ70RgzE17GoUh1o3RiIr/lQMblzFTU7iIsRKpUDtsxAfC2BSu1AoVZpHJCGyuBA9tQpDriRmqWci+V2EJee1MxhuYxFrXbAltUs5Vw0Umsd6CN0Sk6PoDfjBNPs5NF7cYJpdu7orTjBNDugpjtxXbMp1HQfrmu2/ppuqHXN3qGmO2N9syXbdF+sb7aOmu6K9XwVhiZOz1csGIivLNF06/nqMwPxdQJ0k/R83Q0D8TXJbGsd6QQMfA0lJYSBy1jtID5GUBoZuBjBirqBixGsPhu4GMFKrYGvE6CWYuDrOSjLDXz1mRLWwNcJaHu4OOHnU3xV3Y7iK+s6huKr63YUHyv0DMVHCzuKjxcGhuIjhh3F13ukMBQXNRpRfOU9laJSubjRiOJrxJQMxcWNRhRfK6ZiKN5ejKJ4mzGK4uvG7Cg+bmgYio8bdhRv60dQSj5uMC0r+bjBVKnk4wbTl5KLGxqmFCUXNzSM83zPGjSMUXwPGxpRXNzQMEYpubjRiOLihoYxiu95fSOKixsaxkO+p9saxkO+h84axkO+ZyKNKD5u2FF83GCc53ss0oji44YdxcUNHVPKv3mmib9GZA3GH9iMFqM5O89YgJCW4q75xgJjoc2a6/n7K+a64aOW6CXNajVnm7JsJnPh/RfLaNF4saeLhxsz8MlPG22WrDxjjiUr/w8n4y8wpeeZ0AfpaDajxRTh9PsvPpFzvNAvXUwWYzaeLEOKEeYifHJ2vjl72EiT1fgXF+1myilC68vHf8I2+fz5oh4koiFZhTnWXJc/JY217RrWU6seftyRfxc3PkpvbsC+vAGrdPZyQQJWP/yAox5owH7cAWvtlY4ErHn4ASseBrOlvHGrU+21msStffhxRz/Qjfbn3mi9vc0gAesefsAxDzRgGW/A7EGAht1w6x9+wLEPNOAA7oDtD6/Z3fjDD7jdAw04mFvD6vs6MWXKH8o5NkN85XSz2ZJjKsyyGa30O124DvYryiq0mWzFaRZLVjEFRpJkWIqybUUWYw75YFDTcZcsW9Yf+grWUNAHuPcv0IjPxP9ygUe3HUwyhnwUBMoTUj1XD4yALqNaxiUuageuT9799Pd5MrB1yvJnf6wMgV/tGrFlcV0yuDRnnffLV0LA3o5P/fL2wCjY9dj16ifntQUINW5msT8Yf6fD8H3T5DDEdYBvcv8kEB1VnT+gXg5mrD1TPqcyAq4M2N/l2PXW4OjS4f9ocbROjJt7761xm/zhhK/Bq2d3tgH7Vv18eMCVm+Lona07vNMyDP4Sc6J23KUkcPDU6ZbvrvSAkvmeYYtO+cM7e67t3nY2CTw1WJppULvBzB+VP3zRLgz+urpuYIFbMlBeWBN/blsgwB9/NS0UPp/TsaRPbzSvukLf9YkrYuFS581u/YMgXvbGPW2Aa9nMxKuzWkLfLSnz2rwfBFfs6Kmb7pwMvvncBX1yQ+wTGTS0t7UVTLuR/dOLl2NAxe5tnT8zNQiL9+IFB8PlF7u3uzcxHuCrW4ql4ObGX2fUnw+HJ2bUG2+7xgDNP7/t4S1xAl3qrl6GxRFw8eNtD83/JASEtf8tzn3iXWHE6QX+y8YGwMeWTEeZkoIhh8uGJt0qEaYfQIEHOMMXC7Y3rLvjCsj+jDsmvniyG/r1K4Fet1Qg65YvE7/oO2z+yJNR0HN1OArZA6BVV71x0AcEH993OyM2EeLDDFsYIPGoAqHXjKjsa89XC/TYHyoOmF/y2OcKUVaGedVeF669gqbo4AzpRG7A+92Vr/brUSqsGvR0/8eWVAsu+AKFTsA+/wGnUxKvGYsFp7fH3elwXQIOj8LMOimufv1EnlOFBGQpn0lps/KySN5be8K8Ly9Z169XgAvCxyVbfE8K78oxcepEvP17hEBwbKK12+xbd0QbenUvkUJJ0tSg44XRAGdtTnqJ0BGx7cCiYPjkmEnte32SAHLxzwU/sHBCwtYpZeGUb9J4QD5u4QUGvrn1ZuIrCkjWtSsMyJZ9931wQpVA+B8eAm2YkJ38wcQEzPwbAtHHWReoQFnqvMUPrHgWE+2S0G1DVf2hUeXivpB+v4a9ckYoVCMGbw0AJZimkhCI01lVmABC4QuKtBslwpxDXnkxbYNgQobb0nfmt6b5r7omZI8//o/izDC4QoMU1c8DjMAf7PUDt91fer+XJh4Snq0Mp+vMlULZJPjjh10l4NkXvhCvLPKBvn0+n2309KA8zYuFX46pXNt3WCj4PP7cpEV7/WCHWJyZmyIJv1u5uP/L5xA1AyHZxoX3xHXtsBK2i0S3nj7wm8jJl/t9M048medknui6XjTjCaODIOFPdgtI+Gu4LJI8DnSB1TgLCWVCAp5u1XnxfNaHR9QVh8QUPN35AKrXyHjQvwfeEVcQX4RHwiEJ40g8QKSZc2i6F9jw2iv7vwxRQGwnz+1QMD45gwU/KNZa8sLhWLxwQyAI7t73rtxaLtB1+MFWEbvPCzlSgG1m7JpKYeMs9+tB3SvFTzvhDDUI70W/UfRy2C9iu7eW1KReUEA52Yg64V50/a2i0zJQ61f+9efbWkPiQ2MiwPY3U0cmn2kFSf5b1QlnM4O//gUEwelpg87vj6kSdyMbDG2/UKwbN3Sz7d3TYlkEUv4aH8rLffXCkC4m83U3e148oDg2Qj/kBx9I/EYWCwYiNmR7h8FbiTiDvnDUgo9iN979WVz86WfHXhpRJdL8hEKi76QYUJuKjUwCzNiQ0wLgZ8jeto+LA63JBgQCot/5odBdFijsOKkAdt2u2TB4/PH6MKghhhQO1mIbu+pB+b9ABm+fQxtVLQVYrVHZp6keV7qx/XcGan/t49/1PytSfyoX2iIVZAbXCgZ0tVq/UpH46V4FxLut7+oHPjOdenmGrztovUe689uaRIi3P/6mHBAfndgK5vz0Ys9dHnsF5OZDN1f7QFJHVteL+pqtOasGnRMorz1hz+em6I9sl1GebQyCx1/CimgHVMjdC5eWCh88gzKV6Q1nJV712bI2AixQffSVrqZayJ2WjVJ2VyS6Xx4KOl08jipBMJiMaPVcUSRMwhufmULr2To/QOiTLYfEb2a1ByQ8XQTz6WhIdClPBoew/DO9wfnKqAPmEhQHCnvW0TY0P++EgZsnjk60Tomi9SIrEVSm/Zx7uKxaxOxa4O8NMR0ml9vrzkVx2uTnD25eGgktmHgVSWB5MXY6b/hymM/p5Le84eO4rJ5KAqXLPvhBkeIJDbjwlkRCyoNkphcfQPQVf1nY9A0mfJVAtn+9EzhbjhNbIxDZ96oRnMkG1wurMb36XBCQq47vLpaJQbiApruD9oSYF8X8UaOXtU0/Jh5G6sgf5QV8k9ctrFheKQ5F2/pGjgsYjDca8SKDCGqMgMPafagF7RvCb4u9X/NBTiSB3/VHJ9yMBFuQq2a4nRHnGPHGuMA3M5Czjo9hfn5K8MDymnlWJD4bHAAGkAlLRbLNzg0iLsvDdgcCgMvCAmfYd9bcQtkkGZw/EgnGEAWuLsIFdIOAWJAyb1UYJP47OAHkYOHUSKkuRiugBzboTfHAelRWmdZHSnWzIgqSsicJBcQ/Pv5ZiMXEvCuHpI0oDACYDl/3cwbdsCCnSSDRbS8/0P3M6MA1T5QKRYQ4d8SLqErP/W2pSPqjUBmg/A6ERM8DEkDZnZU3DswKBrSOyCGJf0A86AMCsrYdvCoQmibLIPHzU61BC5z+0ZXCmifQRNfkEJFiSc0XbQCttw3Ca4twwxHOdOFKrpJkLBWM5AQ55ZFUAnC56pQoBRO6IweqiWP9iYLGsysAEJ/9JA6S/qk6FKCq1MG5N1tHZAtA/cmb8m+xFyR9zhEJQNX21Ome/nAKonHpbHeq7w9j4aobB3oPlgaBeZvee8tvdIPQD7UhCyRx1M/dw8FtLIdlUoht9k6HSnEuOkv7ab3I6jJEm3kh4jEn5rNlIs2zHKahrvD9TdViPC73r+8Xf0JtX+fkQEjkonCG3sR4rwh6bLzDW0JC2x17RNIfdq6gvuImgyOxbf92TsBpuXh8syiQQIMgqQODvOCHQ3Aj0iCq8E+VDE5B7e+KOCkkffCKCyJdlwTOn4d/6oSPuuIGAIqkzxl+RETFZ8Pge37wDVx+1sYDdPKJ2gYnQOONYnEkgBFkg1zBQn9c0KMh8dOKaLDzWyTk4R5gRwEislMklKBqESjIAI1vh0j0tF0K66dWnziaJgXUX5ifBiogadtCLgu0jlwViY0Ni4Fa0qjfFkh8N1uB9TpkuJcSIW5DOkyMov5zQAaIP+5KgktCseFHAKLv2YEQZz2/zAXMnoqM624wpP4ih7gdHVN5nfY1+XJYuwRPcFXs6Iyd4Dyt//HV4swnL7mq/f1pXvo6g2RyQ1Arknow1R0Sv9FLIVZhSUMcIP3I475UP1rEF8yTnjFAjW2+swf137lucONdlIjgWBB++aw2dEIEJPP6+dP+XV5B+ZUUAYkvaryon2fuF+4iOfaOCaU+Uiyj84/6VSD3G68HQNL3dAmFxMd3tgPkPjGtcIjVZjEXWO+/yWr6L5ym7+T8xZjyX6Rj/xE=", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3lclFXbHgaGVWDYQZRNIEBFmH0qPQdR09RKMVNzQxhkChgdhhKtzNxyzXIpNUkrK5c0tcwtz7Ey9zTLBTMUlwCXFBA3xL6zPANv9X5fnPnF7/f93lf+GJgzz3XOue9zXdd9P49j9ChL/xwXmUxW6E5e+lryTFlFeaac2XSEDvcxF9pynOzv0myW/Az6Lv3B2IOxB2P/78ae+I8Zk/9fY/2JR2W0In/0sFjzM/PSczOto01mepHDuL/u4cn/srGMZo71fDD2YOzB2IOxB2N/M/aGfYx10Y1VqKulILvpHf2sF70+lb2qMmgjnma15GfazFnNBKnFQCr2qhEDqdmrVgyk6UXHUlPEUFqHUDr2ahAFsaVSxVB69moUBTmylIGjBGlhFEbxjLNfal2GK/mVYS4YTW4F/xaUykF6IZCK/dKnCoHU7JfK6ABII7Y9DtKlMFA3S9Go5oA42dUpQitxkMbgAEiXKrQ9riq1WMo5SCOWcg7SqYS2x5WoVgmtxEFasZRzkE4ttD2uXrVaaCUO0oqlnIN0GqHtcZtQa4RW4iCtWMo5SKcV2h73I7VWaCUO0oq5EQfpdCLbU0m+JyRCCaQVYoQE0umFtic5rJAIJZBWiBESSGcQ2h73co2QCCWQVogREkhnFNqeVACEaCSBtEJVQwLphaqGinu5SiwREkgsJq0DIlTpHPAIld6BQi2B9GIrOeJ7EkgvplzJjYQ8Qp3iQG8kgcQ6FnWqA62bBBJrPtSS3IWKmh0kxAi12gFblkBiLYFa40ChVmsdkIba6ED2NCkOuJFGSrkQy+0gIT1pJIcVMhaNxgFb1kgpF6KRRudAH6FXCXoEvxlnmGYnj9+LM0yzc8dvxRmm2QE13Ynrm02hpvtwfbP113RDrW/2CTXdGRuaLdmm+2JDs3XUdFdsEKswPHEGsWIhgcTKEk+3Qaw+SyCxToAfkkGsu5FAYk2ydLSOdAJGsYaSE8IoZKx2kBgjOI2MQoyQirpRiBFSfTYKMUIqtUaxToBbilGs5+AsN4rVZ05Yo1gnoOvlLKPPp8Squh0lVtb1EkqsrttRYqwwSCgxWthRYrwwSigxYthRYr1HioQSokYjSqy8p3JUqhA3GlFijZhKQglxoxEl1oqpJZRoL8ZRos0YR4l1Y3aUGDe0EkqMG3aUaOvHUCoxbkhaVolxQ1KlSowbkr5UQtzQSkpRCXFDK3Fe7FmDVmKU2MOGRpQQN7QSo1RC3GhECXFDKzFK7Hl9I0qIG1qJh2JPt7USD8UeOmslHoo9E2lEiXHDjhLjhsR5sccijSgxbthRQtzQS0r5X55p0q8RFYbQD2wmq8mSlWvKJ0hrcfc8U76pwFaY4/6vM+Yo6Dsv8pJWWGjJMmfazJaCP06W4dk42YDiMaYMevEAk82amWvKtmbm/eli+gWm9Fwz+SCdrGaymtvK/vWLT+waD/JHN7PVlEUXY+/S8yxZz79oLjT9m9l6mLOLyMby6L9dm73/OpsbC2V0ZkF2YY7zX7Il9etaqZlWt3zAEf9owD6iAav19jrBAta0fMCR/2jAvsIB6+wljgWsbfmAo/7RgJWiAWtS7dWZBaxr+YCj/y5gGkO6pYhenNXcuP2ED9pg7y9Y3PqWjzumJeL2F41behCglW64DS0fd7t/lOABwgHbH15Ld+MtH3BySxx0iLCwNX9oyFQpf6rq1BrpzOkWizXbXJBpMxXyr3bRqtivKLPAZrYVp1mtmcUcGMFyYi3KshVZTdnsg5FN77tl2jL/1F5IfQV/jvvHDZrolfR/XtDRiaWdiwcluOBw77Md5y2/Db78QVYmL02BD791YGJP5I7xs1Fp1VmVwPZFUP2BdZ0g+9zjBlowfeqQH3fI4EuZqqdTVqfAmZ+VVy1UOeNXe6KX2xrKgUvF7ISrfTvCtW2GZD9yphzdSf11XdyFBhD8XN/aubXJsH+vZa/GywPwoYPkp08A3vXJh0/AgESYOaD/Q8tneOFvslePHHA0EM91vR7cU9kRPvrED28O3RmE3+++ubYhMBSTWTJsUxKhvjXZ4SQlfueX+dOnLgnDrfudCn9pUkd4cCLdSA3q85Fnj7iiasDmud4BTpjciQz54Cv9tkRMXeOHl7z47vvtSpPgus2jJpa+HIiLB32iPfRIOE577dyed7a3h5/vfWHne63rEJu/dQCWWSa57F4fC8eunfVzrqwafWouGzvTR4b3bNsyxzUlAa7p8syzG9BdcMt1xDt9gs6iT+8Ozd9dkgBXBRzpdvJ6Awhd+JNHbsxJcNQywu374mi4/SFfry8+coJvfF2XMPSNGuTHJgqBo49VPNf+5hkw42jZWa8AJzwsf/f9jfUu8Mcd5wPb7rsKSoYnHlDuqUdl8+lBnEYFHzjtULzlAceQacP6ucDsYad7OI8Lhmyat33gzpTFSaELfSD7eEgcvNKJrnwP0V3deNydn+sMfzxtCF3hPNod9Zk1981rYNOlQnLycmw/vx22+aEui/xx36DZj19yOQKuGbo/Zr1TDlrJ208PLlXi3DevvgS0pxA/x3pQOuKFJyMWKfEjY75//WjZXcDOtf8tlE4T56nEq+ixl0dCM0vsHhA59XK/LSVeOPbt3+e9Uu8Pv/mxvSnsXAPyX/nVrpCcQEzZ9OTVaPhKW8PobuZ7aAO6UvLoWk98bd83XT9dlQC1w7f1aiU/A/x0j37Vf1Epyj44rPfe6Umwqmfy79Evu8CvQ+IzFB/sB+vjLkwu6RgLB+1XfbthnRwOu59+9+rlI+D36IabRVFhcFL819M+fqYa8PWdcVTWb0O67vSF56oWbmw19ghg53rfFSs+eOthp75HwJ5EqpiTaB+lS6fLgOlnRBIkk2JjO3f81Jy3C/ydPXDEx5U9k8n4lJJDqw8f84QHf6Mbvy7lLwgOpUQ47QpZfqco4BL38JLh+2Lh2k9PkkzWoEp6nL94wPmrXuvXq60nZmmwtILrF5hezxpWBxgPNsbCDU89T6h9FHAe1aAB51cu/Xa5H9fTU9cB5/VddOtC5orjnwfj4qr4VPe1teC7fM2rX8JTKIkGsNcLT8b7V3TfvAmE9HzqXmitHJNDeiP1xdb4OSbAc8A6c+6Fmsj3gT+70Akznd6X4QI6jdwXr3usfHygTzykYf8e/QNq9zhV4F20BRKBDUqCi0g21866DTr8tOTXth/vBZRlk7vEw1102VoFrNt6amaDaQ9g7zdFSHyuA8wHfqpFIwm9glf7Q7J54jSXAVXd7P1umLrQ6G53uA/NUcLYhFdmb73sAQPphhYEwAE2yjAPqKUEVgVCwoZDqy1xUp7dsX8g+O60thXcem/6jZ9P+OP+xC4u98Ng8DTD8d351YjzpQ6R6MiM+xG77hknSHc1rsoNT/F+khxJHWLrrgnD0/YN2PWJSzTM87izfPSmS2B19dG+o+a5cp95JBJvnvLSkU2Df0BMB4ogfNWbKHZmHKTqHDytFr23hm6sDq04rrlmiIuH325IJketgA9Rmu6v5fqIT5T84SKwsIO6CNpcPqdrDaOh9Y5v1ZfrXeHSp+lMMmyiMqwIhUNYgg8hoirC0Bq0mtBqmcyF++ouGeT+fwtRWvkH7kEp1FBXyiHzpfnu8Me+o5SDjGFwHU1bRCDMYgXFm3++KQ5OYAmvQZx3LrCORGMYGIz3E9aby+rRrAYToWAFPydvGWb1JCkEr7hNDOdiJKbH+XhSB8kPnSRe+eHOlDDDwuCHYzp7nvjgJqK7+HyvQvLJQLgofVZexQR3zGzaUg+WzyAFancqDKXy76/ErAz0OAa2UXrd6gSrs6hRVKFcangLFbAflY81FTK/O+6KY4gtnH13A9rr1nnp06g9dJ20kKzwM/ieqHhgnhwy3a9PhqzcyAMx87EyJa+Hgx7ien9agVldWBiAkc+76vdtyZDp4GQoZmkaEMb9MDoBUlVfV/ji36h9eLbBl1w0xNI6wZXk48x0GTw+kDh4RTCuOUoPYB9gdrmN8IEKYYkSy+lxge/RCFomtl0ATN7vKnHXLpWla+/eQiTJpCQdRM7jvGITdgbg07nMgBG1w+SCWsDKx6wAzNqCcXJev8YoYAfihoNCfDHLZ5ATnJE28uKRmHuoYzplmjtmdrAxCh6lbcLMEyi80y+xrk5KnEiNLTcS1v18YlJhjwVIOV5HSqUfryNTlJCc2oSaz34FrA539sHdKfEXB8MbVE4fufH6fioQfz6YENYzhuvWWo2K5MQhI5T4+lQqsETYjRx7/aqrgFafz8pLEddRB8ho+Yk7ZPLVVKLXiaonqWOhhQHrwHvUjgdWAnasRBesDoyUwcIT/jVph90w02V3H8h5egltXHbt4+96KzDrezb+BBj9XqjmPhtVCZLpBF8kQGaTsYfBwJdpZPVg6xwihMpEyPPqjdm5PeyMJxPZvZqTCPf01s9IO6vg/cQYBR6/skN6m94deN2p9oBc51WA+f0yP0iKXPTcIj+Yw34qwfDehKHhIbA3JcxmGZxY/zCpvApIqleXysHx0Js2LpVy6dzcILGKD8+UxUg6uo9Y/7PdQ7rOGTP/ev48io68kTfwKyV8nbZ95z1w/QFauPzgzEhaGOt43Y5oByltp/ZSQrbNjBqwY9E83/GL4iH7rduO2HQzZPg+lX20L2Y+qDyHuC+VI9KdnArf4c/zvbsB8HXk/PoVQdhI2w3fW+CFsbRjrUTMv74KxbTrulJyB/B4ywD3RyUm3WCm6pgMsr5hznXEee6JeZ07juCHZ3b6tPHE1Cbx0lDM912BuL/VI9ZXVIXjOQmUSXWA1+ty8BvpcoZvu40WbyeB3XXDzLZWteL8V8VBzqMD6DEmMDlmtKxuDxlNdl4EvG78CmLmFo0NvxoHeb/pDTPocY5dil4jIrk5LRIC1tBcAdwnSxHjca4fZG3qEwGQ0r+kTMHPc5QfZO1XiRLeziBEdPGDrF9YFgCJ+TtXzHaCz9ICMSwQMl1Gx0HWhy72hrkxeePGrwyBb9NjOhAHmR6Oe2Eda2h94Te0Pe3qy/vlra0w4/8BL86fLsF4ICtQlxArk1tuopNU5TdvIcaj3EowlJaRPnIYR43TyxPz+luGuh7OOVaRFIYJKzzunI2ECtpedJRxP1wQLvUlkbxuB9bwvtSvDXai9vJejKTrcsD7Cx/M1ukQxevAhAbg1JdWYlfM7KI4AjNfnXoRMPrMc8LM33XReMli8lMahNcQF7hyOAoz+/yuI2Q3j2kFowttVkt+4R9vspr+M07TV3P+zZjqfwAizyQT", "1: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", "1:eJztW2l0FFUWTkL2pJPe0tnIDgmLQnrvhmHqhQACighBREUhJk3SkKSh0wHCMogIKCCyyCIigriBoCCiuGBdVERhRGSRdSIIsggoYoyBLMzbOhkcZyavz8k5c47wozr1Ut+rd+/77ne/Kjppj7gGjwr08/MrD8WHAa4SR0FFiWPUXDJChu9ylntG+XvPcjyu0jxylntr7NbYrbH/u7G7/3RjAf9tbDDWsrxI/EMfl7s0vyS3ON9d5HCSi/5groF/srG8Fo71vTV2a+zW2K2xP+3YfO8YdcNN3aWnq6yw+Yz8rh+5Xk+PhjxiqHPcrtJ8j7OghSCjGMhAjyYxkJEezWIgUz8yps8WQ5l9Qlno0SYKorfSi6Gs9GgXBflyKxtDCdLCLoxiGacfRmteMP7Ic5YV4Ue6/wnSM5BNCGSgH1aDEMhIPwxmH0AmsZgYyKKnoF6uikdaAmJkN+qF7sRAJrHsMZDFILQ8VlVGsZQzkMnuA8hiFFoeq0SjUehODGTO9gFkMQktj1Wv0SR0JwYyizGCgSxmoeUxmTCKlQYDmcUYwUAWi9DymB4ZLUJ3YiCzWOUykMUqsjwD1z0hlnOQWYiwHGSxCS2PKaxJiOUcZBYiLAdZ7ELLY1puEmI5B5mFCMtB1myh5fEGIMQ9DjILyTIHWYW6hoFpuVlseRwkRljeNcSyx7TcIHYnprAGocr1gsRSbvVBWAy+6J6BCYtVqNyN2T7IMgdZhSrX6IsL4yAxb2Q0+GASOUjM5hh55QrtkxckRFijyYcGwEFi5sNo9sESGC0+ENaU7UP2THofdM/EUy5EWC9IqDRMJh+03GT2QSxNFh/Mh9UoWLnsCZ5iWpwH9gBPMS1OA3t+p5gWB9T8+G5tMRuaH96tLc5281O4rcWV1Pw4bWtxITU/TNtaXBLNj9I2MZvHkmATM18cJGaJeOrEGiAHifVnnnBf+rNNzD6wbbKL+V0OEnOhbHPtvjgBuy9OwC7W1DlIzD4wQbELMYL3Z7tYU2eSYhdr6kxT7GKt1tyvjR95PyXWay0cJdZsrRwlZju8KDFW2DhKjBZelBgv7BwlRgwvSogZ2HswlJiP8KLEOrWeofRC3GhCCXHDZOAoMVPlRQlxAxskhhK1VQwl6qsYSsxYeVFi3OC1rBfjhhcl6uIoyiDGDV7LBjFu8Ko0iHGD15dBiBtmXikGIW6YOefFXqCbOaMMQtxoQglxw8wZJfYSoAklxA0zZ5RRiBtNKCFumDkPxV6+N6HEuMHZK/aq2szZK/aqwszZK/b+xcLZK/YKoQklxA0r197/8GhPvuhTHkt+4XG4Ha6CYkcpRrore5c4Sh1lnvJRIf8646ggchaBDznl5a4CZ77H6Sq7ebK88KbJhlSOdeSRi4c4PO78YkehO7/kdxeTrxjlFjvxL3Lx3RxuZwoe+N01YfiHXk63o4DcLE9JEK4KcnFBiatgzARnueMPJu3jLKzA6ysh/xntjPr3SUNoREX5ZYXlo9r8W9KMNq8Okg+7pfXjTm2NuKOF47Z6lZzGbW39uNNaI26laNwmg7cX0bhtrR93emvErRLeb7u3m9K47a0fd0ZrxK0Wjjv7Jj+Qnd36gbdrjcA1ooHz1xFmg/fBsPUD7/K/AidnuS2NOFa4tE03mQJD9u96H9FIMnOuy+UudJblexzl7KtMCnwYVJFf5nF6KnPc7vxKBkymyXBXFHgq3I5C+ouRzee98j35v2vCvPuyV5A3L9BBriR/MUBGhwzOWv3kpmvyq5W7Onbbn4X8Fv6trtumGJj08m25bS8GwtLcuSXnumeikytVL2+froGG2dXHD0//Vh5y+uXnPl2diYa9Zv6ye1QcFG/5oXxrTCAYJtyeluLJQI0HJ17I3KyBF3u/80vDwSPyFV3fe+qPZKDxZKIecbDiWfwvXo3I3U/1y0RbrbUfF64PheFPf/xrh+E6FPvu135V6Rkod6Ozalx/NdDzgFgUfnjt2B5zspCtqJfTdSUYjm24Pry0dyJ6ouChE30K2qGgnU/rJ5SqIGxOSsGPD9TI356MWLyuZzq671LXD7KidfBhkForfaZCR0eMH5isa4ekz05sfXxKNGxDj323a3ki6tflRlrD0kw0ra7b2L2hkbCh7QOF3VNU6EPP4rhAXTyicSwPhOcfzfx41qs10m/BI5bfdW8KysJn9/UPhVUPd9yj3FUld56tO7rXqkPdMvpPnvGmCqZK5off73dFpnlaEoLucF+LvvBuECxNm18xLvGi9PCdn4f0eO5ricXjDzj531lWKFi+tv8s47vGlR/eL+OgZ34xRIFuf+v5n179TAFs/f6gfnn7jtjMAHjp24+iVhp3SyStF5a8JbFzP5CnJtmKPg1CNC0fJ/P81Ml71391aOilCKD3maqFiK2vYCbUSjtTN7mLF0bCr+8dm9PQXg3b3mxzbl6HKFS1ePbMBzRxMIKEOSkDihdeniJVaJCWLCRQi2KP7v0tryCM5XmWDln+sn3w0lNKoGHs2CVVBeA7n45Fh9VXc746GwUDfpmf52lXLU8bTTKsRRf64g2YGgJ1e3784pOe56SkL76XXhoRhT7KfrZT3JJo1D54+pLcuRFwbXURzqQSUd4uOi6tXdTNf0BgAKx/bFC/5/1C0Kebu5StnZ6K7s3utE5zTxj8hGfb6PxOpvg726JJltf/et+DKlgYTX5qkL/sfvfXC09EIFoP2dEwdd+W+3Hs8v2UeD9IJhWJpFYe07lm2T80YajLgtW1+rMn5c0ky5HX5K7/aBc8/V4NUpy8fcHqiSEwzP725+M/ui6/TWaZUy3j2Yc3zkhGr4T3aV/RUwc1HQjTQ1F6Q03FyQ/TESmb6g1K6O4/4HHFwGqZ7c9++Z6nlpWpZ/woz3tvTNi11QEw5eqme8YkRKASfFZUHg/P1BACXpQV4zbMPV4cCvkGEnE0wIOpOT8X1Mosj8Ho1CTtG3ec0sJd1idzRn7vh9Zp9vU6ciUWaF7vjYfzRwnxwlA53RgtfLh0Ac6MDujpqCB0TX/2jfYvJcCO1166G+UlA17km898H4hC9sYPOvagGsg2p0WpIGBFaOKqqkjk2RpTt6dLW3R61/IPliojgQw/3PGCNHYEQSSjzLygtYuuK4HWR9frMs3bNg0iu7JZjoYetNCvyqswy++0XpNoHY4IBFzEmKINEot3k0R15Nlf5Fm2b3aWvq1ieCkA7PjU9Ohx+YXXNx4ZMT4UsDq0mRjxg0y2Iff6KVqNkQHBsH4k3vHUcETxnjTQ5H9yoPP3wcDyEwRzSBld1ULJRKyIbVSI1YMWSnc2vjXZ0B6+GnXo3OjOCiSRZV+KgskkzZMi4X18meO3gxLlW0Q07H1if9VJ/Kna9f62p2aFodtJgb+jA8qHgDToTQUhCm2ZTDY4CagedG8HlIYrVIjuZ0YC6h8ZgKWlRj5QRYTtkoRZUzJ0ezKru9ON8rIbC7CAn5SiiECc06ADAx5RDqvUwG4DqYjDchIVTgVa+WLGe/Wzb8i9sLzXrbss0W05NkYmsvXbgXD4HG/bguhIRFj094dOyWv9SUVfkCgdIRilEXnYqIRPCkkGa9i8PwUA2dZu/jUSy/txiZb3sl9kWof76iWqwwNTmnBHrlT3v3+WChi/Y2EtWVb1denV81gI1gTCSuOLb1trtUDKZKWe1/O+LLQlEhPgwXCmn8+FIlpuKeHIzzU9cOfTjSwOjRptxKze2dgoVV7I1IduqJYpbfzq5Izj1/42ur4jGk4CnBcDWG0T4HgE04mOWagn2dj1Khjcjyj9fomEe/lEFmLn8VxPwiGHtI3u6egS2DP616l436ySKK9/SkfTSZuITQCmbwqUeWbGqi/DsxDbv0D46IUELB06RPkxJg2NJoJYrQWqgz1iEZX7nI7oDZzNgav8ge1PMtqBbzd5bQbjXYkGaF8aFoPmYtadSYtBVMYnKSGGCqgO7VmDG/FUNVt/z0BYjOXy8ac0iPIrQQud45YcDCvezesiAVF51KsBk+Pn/QPOS8wXJCIif4tnh0OZ6dF30WPVMutXcQhv8o0FjWqgdLmzkfX7OBVi+xnK+VQrEfoHZ8eyft8pABifr0oaIjOHQtC4RKIEKhRenF4y8TquFyK73yh5/w5DxxKn5BtilPDc2SRMES36mdDH9o5M1GXPgjZMr84q0BQqhOek74YRAQ+HTrSgwxjvs9IQlQerP9B85V+VRxI7MDoJrSbbMSsC6P6PDgEjbSThaAbsXtPbooAKbAOGRu2UabmvqpV+xW6ovM9ZuWsZrpCZIYjYotRNNTL1ETX+zJ/M1LI+uMaf57kN9y0BvE+0RUrShpbpQE/a3MFzMuX7oCSEVdbxxOl46PlXrNCTAhD1V6Z2iIbnVAKhx47XQlEYScDFNET5+IEWqF6fOc3r64rs9SVs/Q0yTfvR87w/1MvUfhzyA7i06i+3HVQh4sZGHowHKkvWCHjvqWC8peGoI2lbr8UB6581Mo03OwwWr8ONNykUmD85JVP9SvQDqi94nYHYPVxW1MtEZRKn1EnUH03QAuVlwwn54AqyocGI+pUtMYyfijqJpiMsEcjq39+mg46XFbhlVUuUh3fEsD41PgGYP4pE9xMh36gCNdmwnXGwaM+0vnJDNArBXTJmXiyQXR5gjIG3upANi0AdSDupTAIdSURuEjxPbEpso/TNUEy4c21h2tEelcM6pHJ98EekK1TPiWH7eD4SqsbNmX/GrUBfp2NB6ZSI0kmjuKQC6pMOVEsDYub1/yEwBW0i9qlUC6S9OOLbAPUTah1ifjQSSPur1dfLyVT4rkiUr8PCeB+6zvzN44ckNu8+2dOHdP4Q7tfqZcbDv0vUVnaN4j7wjOxPDVe1xHQmAgjbXkhQIiqD0WkwEOGOlxcERDX1E0LQA6TBPZQBtG4eDYXdROaqbsiUVkPVQNyqYmQkUHvSMwRSZl4ctK0qFqg9/0KJ1hBbZlbCE+QxYUs7oHK8WY1o31fFAJ2/IZP5iMUqdIW09ycjgJZ/kRLiqDHYL1GenVfz83BgviyMzb9VDUSOxs5PhQkksCQVonmblgz1RK4CMnleItHgbckzL+pTgbbHoAygcSxNQ9hNfDvwciZaROxAaRTQ58GcsqJyj9tVWn7zw1TzH5k0f3vkD8YM/wRVw8Yg", "1: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", "1: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", "1:eJztXHlclNX6Z0B2UMBhh4FhQBCXy6zMmPYeQ80W8yamZqaOOAoKjLJUmmVaZuq97mSLuWSWes3SMq+avk/l1euSmUvmkruC5oKKgopwzzaYxf3hmR/j597fT/4A5jDf9z3f53yf7/Oc846qB9l7DGni5uZW6IO/dbPn2rKKc21D5pARMvxkTmHREIXjVccie14meZXxYOzB2IOx/6dj7n8Y635nrAf2j8wA/EsXe0GeNTcj21ow1JZTi7/quVb3B2P/Z8a6Phh7MPZg7MHYg7H/8rF5jjHa/ddV9kfs+YPvvCJ/e4y8X0u/6zPJBqJjgT3PWpSTdY8gkxhI58ydGMgiBtLT7wYxkIF+N4uCyJg2TQxldCZ8RmfmZ2Tz02Z64R+ZOflD8e6wIYyJYfQimHRnlindqeAxlEGIkplijEKULBSTfs/3YVzoD5MYSMt+WJwAGQ0U1MlePOheQDoGShO6EweJceIgo9D09PSHTmx6LAV1YtNjIH26EIglk07nBEhvFAKxFNTds15/A9KbhEAsm3QGJ0B6sxCI5aBeTOUMZBBThMUZGfF0F1pcXZoT+aRjmasTUgQHmcSmx5JQJ6QIDkoX0p6OZ65QPnFQupD2dDzdhbTHQeliIeeZK7a4DGQSix7PXCEL4yCTWPR45orJiIFMYtHj6S4WCAYyiQmWZa5eLBAWJ4yFg0xCKtczjzAIhZyDjEIq1zOPMAiFnIOMQiHXM48wCIWcg4xi0WMeYRDSHgcZhUqNnnmEQSwQDGQSkpHe6EzIjU60o3qTMyE3OVEJ9enOCDbdiVKjNzuzuGYnSo3e4sziWpwoNQbuEULrxEEmoZAbePSEFtfAOQkJ1pjmDEjrxPQ4yCSkCCNvc+55cdmxB8Xc8zKxAwyKEeuVeWck1iszkNmZ3ZPZmd2T2ZmNkFlsT8NBYtsTZmBmZ7ZcZmd2T2axbSQHObN7Mjuze7I4sxGyiDWjLNktYn0lSyeLWIvI8ski1u2x1LCIdbBM5RaxZpQJ1iK2EWLas4jtaZiMLEKKwA22B1njNNG+l6HEmo80jhJrJLQcJdYU6DhKrMDrOUqsuzRwlGj/xlCivRhDifZVDCXaI1GUVrTfYSghbRj4KmvF+hAHSkgbdSghbRi4orRijZwDJaSNOpRY/8fVqxVrAB0oIW04UGJnagaeKWJns3UoMW04UGLa4Fkpdv5ZhxLThgMlpg3uAGJHa3UoMW04UGLa4G4jdlBWhxLThgMlpg3ubGKHUXUoMW04UGLa4C4qdnhfhxLThgMlpA0jr+Zi5/dG7r1i52xG7of3/oyPvDI57iWkDZPjXkLaMHE/FDsBM3GPEjvNMnHfEDuZMvFcFjtTMPH8Mghpw8Q1bxDShonrUOzpSTrX4b95HEk+vlgYTv5QZCuw2bOybXkYWTCqc64tz5ZfVDgk8rdXHOJJXvnjbx0LC+1ZOdaiHHv+3RfL9Ku7WM9RI2yZ5M09bUUF1mzb4AJr7u/eTD44mZGdg/+Qge9mK8hpjgd+9x5f/EunnAJbFrlZZhBB2IvJm7Ny7VnDX8wptNVz0S45g4vx/HLJxzxy/P94UW/KaKg1f3DhEI8/BI1vz9L53knret5KV/AOFOXN97JGx+7U9bxDXcG7qfB6Gx3eRnnrXc87zBW8mwnz5kfXfLtvcD3vcFfwDhLmzQ/S+YmF0fW8I1zBO1iYNz/W54cuJtfzjmyIN3mVca+E63GL/5kwfy5o4gJPdz3hqEYlXI9NNEBY6+icKGGz6wlHNyrhevyhAcI6R9NHCVtcTzjGFalcjz80wFt/V9ualuZ64rGuIJ4gStzxGM9xZncfmjNVo0q8HktsgDH/IIDjLPo+tGVxjcq4Hk9sgDH/QIJD3PehIYtvVMb1mGIDjJlhGx2qvg+tmLpRGdfjig0w5p/qcDwruQ9NWD1e879gXI8dNsCYfwLN8ZznPrRfmkZlLLy/MPL9heMZ1X3ovxIblbHwzsKY7jg54M+hXM84qVEZC++djWbHHpI/Q3M94xaNylh4F2W0OHaP/Pmf6xknNyrjEFHGpjTHvpE/u3Q945SGGDvTbAoTd3zslX+i9z5ks84VvAOEeTs+jOZ4iOF64vr/COL8Y26Os3bDfchtgyuIpwkT1971uMCg/d0zAlL7yZUz7PaCwTn51iJbIfvHlOSQ+elia35RTtGojgUF1lEMqKIxKSjOKiousA2mfxh453Una5H1zg3oJPhTCvbvEe+eoI28k/wfLWT0wIAXuqvCQsFv/6IRHSZHoFr17evFxzxRdUTh/pArMbA+uZn/6iGR6ItzhatD1wehMVbdM2nLIiF1afNdnfqEoZ49khdM+twPtZu5fWzX2ig41mb6gqrLQeiFkdGBxz71QW8Edv9sdlJz6Hly8fub4oPQlc//PPy9F29KVd8OXjZwbzCU/iXlQuCroeikKQqei6+Rrq09OPm2TQ3vPzP/b5/+HIzWVk+sOBQegpS7Ov1c/mU43Np+cet33/qjvH/UrHr5igK9cGxu8OIN8bDnyDH/WS3DEePTHMH5ee1bz44DY/91jwWMD0Rnu7atVb8SiKaduhK3294M1vzodsR9ki+Sej+3Uj5fJm3OM7y2Bt2Uux4frVwxMRZ9+GU6nuI5eYD3zsinD/oCvop7K+8IPv8K6TS5zIBkwKMTw95NQotmtlN025SAvEKU0uYYDbB4xSFp8+HVb1Tj63X+6urtvbfkJr2atln1wQVpyeYn0id1vCW/ubXnN0s+8oTnKSF32PXFs9fW9m0GNbbKU9aFSlB/XpA9I88TaHwWxMCEMeQdTWDxhm/CW2Q2RV3/TFZqt7RwKL6j0QvemtB3z9eaUNQmI+bXE6bRUnPrd3tanU6GL17GM5+Sgh462v2vc9omsPhUqOGhETvf2l0Tj/Cqpi6dpUbe5WH4kudl9/d8ouf13yfrXmyjjquolOl8v2kKeLGPny3xg6inD0aPOd4Utqz7+1+9ypOA0uqeit7OmJJbul6DthB6C+Lh1Ovzvl82LRY1m6vHIdWg6VpywRPSe+/SL2lj2rupESUVclUmFkgnf7g6NbMosXcIUB2c9oEZr95qN2KqCrpRIbkDUUnHyzHgNa4kY0qABr785wsb5/dtieZ/v+yHfb00qLIYC8IWC62uz/ll1qNRaFXb/EWKMWrE5nmGLseYXZcl9NHRjU3nbpcjSvb6Zn/oBRIRyo4gwNGyRZ64JUe0yPRcNFMFT37s1yWp2ANUYcO6Xd0ZBvgFDo0azEM75dhHxKCXlSsePX4zClnoRCpl8nK0slby/Mc0zPSk3IQIPC+R6e1sIiKrEjUwAc2pnY6ZKSB262npowFu0J8KrAl88FqLb99MDoX9hkvmzo96Qcqrf1k7fFIYUBlGRwJeLaz02/I0HKY5tSoYf2LLO+t/0oAb/WrG8m2xEh3eP66wi1INNFwnU9G8S59sfiI8CeGr+d6Ij4Y1g8Ye6DAqFNHLVieg3JdGL26doUCU59Qb0sb5UX/6JfEr+Z38kNfhcXfAq23VlXCf8Lsk4ySY++FJNVw7RG7kA+SlZq0Sfi6vePzZzRHA8qpajsdZ4j01AUiaHNjpC48RgptVSH4l1jz0jWAwBJvab+hxTiLLNbFzOCrMnnFhjLRYtuPbbltYKTOdhKOWFwKxVI7JixRfe4YoPeGRH4bsK02NQ//07oCtokam9/Vyh9kTcQJUx6C9ZBn7+EFr8mN/BFA9H1EgwrpPihvTvzIYqE4HuqFb/UgCHpWw6XX8YcglOY0YX3E8H98uYzLz2gfEA83zThFoHF6mT3qrkF92Ag7dall3ZkXSKQ931OuVFV8NGntcjiFGuSsBhu4rHdbq7Rao9d73zsR6JyKaBlW3ZP/VH4/a0tIPlo1/GoekRn54VJ8lxm5RwNbBD9j8QoGosN3CeKD3b+2ByOWuhwcgksb5M1OBXPaTlJZoBDGqywlsPdu3AOpD1a3R2TWfeZTuSEC/ENkXqsBMjNctnulgYBKico6ukGi+TLwis3w8L2fRQHnAWJx+O31CgeZJQjOIxqrwsqrBZ3lM38EPVcpsHir2vq4RQJZlWKsj8o0F2JD0sUD9ZIwnkCgtzk1APyYcuvHqsFqZ+n/PizJdp59ViN43NBACZi3FEUkAqm8pClE7wnWG+u1RBUy5jY3xuA9qSwvVeblm70tnWwQnwjZio9jXjszCAmiuQXT9VpfL/Z8gCrkil8Z+Uta1rSdQuYUFA6luHbsHwomzJasCVirhHP4xcvlROZwY6tUwRNRamXlUwkVh/AlvJRC7s66KQdQOc73Ra12xgquigajn9PRYNHpLy3YzpwQjlq/+4J+If7PEoOE0sOVSUB/iEB5A/fFWOGL+74Zo/biRDFTuSUls3vsSUY6bfVyTxSlA9dcjEek3rWyb/7qa+cbBRCC38bXE8vqlQsznNZCsxSszWo3kplhpRdFoHSmnlZUy9fkj1yTqnyM94a0KkrhegKu19syK01IILSjVMpXBhBp58POHu3i85Al4kY927xYCXxfNimjSywfGF3aZfd3rusz5gofv5LisFUFA7U7tDhf7PvJw2buxYCWNwVYlbF+IC98rgUyP/VQwmZSPVbflpR89hZofD0BUv2XlUiy9UQD4EuEsC0Xz+rfcHrSlTKZlbF0yfL8Df51P4XkUj/JJuR4fz/y5JIH1H3FqxNa7QqbzOHBeZj53SsaTHvDOjhA4DxbN47e8oNPNC7/CWj9gBaEF0Lr/aCqiPnsoCU31wspLSwDqR7VR6MjIyVNPhSSiSFrAL0l03Q78JI3sgB2xXMHrQjCry81DAavsbXVTH6D1uXccbCTleoIf0Dh/rGJxz0+Amgw8kQUtWf2Q1EwXiih4KwsvwHcxrP/ZH49oGXI/KFH59SqV2LzLJExy+c3DAcDiFQhEjrsSrshkWS5GqWA9KXthlTLppgZcVwJxpwMbVHBxDK54N1Vo7qb4zwuWRKLn6USq5WfDSaWqklaHkk5rv9SZGOsBDezDaaZNSUJtycS7xKM02gB6Q9kwIvAqmYb9mRqZ9VtKpouL1TKvR0CqSubsJKB1NSQIEVtTBIYg6gOzNUDvP9wL0fo7KBTReTycCNVLL+/uNigY0fyYEMH8db4aSDtYsSwVLSN/TktGO8aShFSDvXzC1p6KNijzbfXU4hmJCHehbabHq6D9Uz/O6KdKRbTObk9k/eZAFVuPMyHoctaO559YokE/VOJG5FAETCJldk8Y6/fWJKJTSlypx0YAva62OXqJJPhyNdqNy7qvXxNE+5SdtdIO3J4+8mm53IoaphfqQBvZMoniRm6X3En5khXocSogD0S6vJ8Mp6U0KuQqOZ8UuJnh8FkS6ZyqZJI2h1f7AMm+pnkRsKT3Nt2mlWUy9Z1dt2WqkwwlMN2XyD3+rprwqzYBmJ8GAcvjMOhJ2oXpGqD9UZIHrPoANwTbQ4F0y8O+V0MwbZB8IY8GOAiImtZhf2P9zFV5RrPRpr/11wDl0yYSskmDW+LFfVQDCtKgXVKCGw3EdXlmP7ygbTSAs+ZKXA8/YHVCjfqSxm5DMLC4eUMLQnNYLKL+WhDK6llZEASRwpUcy/x8TxDQPmRblUTrJYShj98nwi2TaL988KJEdZwSjeg8Pjsm0zLywUWJtB87I5WI1lHFWRlXL9w5XpH3+ZLCHYpoP/LmddanBQYC7Us2xSLar/nelBc/RaxVAf2mfXstZW4E6kPC39aPxWWvCkgbmltaI1G59/VGtPyvbQU3mhECKYjY9qLjakR1vzuJ9c/XWqOfep3/0/rSeMTa92gg26U2aWpW10oSeb96TvrqDdLwV8psP7ZSZj6s4DqMAGb//rB8yqFst+5qyPg0B1vVdZn2YxY1eA9458nQHUp4jtjh8m1yGEnr11VAdf5+tcx8S4NoXzBQAbhbxJlQKo8kF0SxaFwT7OyVwUA30R3zhxYWFdjzCu/ebN75b4Du/FO1esZ0/wJd+djk", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3d4VFUWT++9k0Iy6SGUTJ9B4N0QiHTEsKgIaMqkQJKBFBBBlGIFBESKilSRBRUFl67cIxgB2yKCNJWSIKACIaQHwt7yJrHsrrnzwfft9y35Y5K5837vnvI75/zuY1BkmR/MdbCxsSl1IS9DzYWm7PJCU+7LdIUuDykoLcu1tbxLLTMXZdB3affW7q3dW/ufWxv2f7dm99/WHiS9LMOD/JFuLinKLEzLzyzJMxXQi6zG/dmG4f9naxkdXBtwb+3e2r21e2v31v5ibZFljanttinU11yc0/6OfjaQXq9kr6oMKthTS8xFmWUF2R0EqcVAKvaqEQOp2atWDKQZSNeUKWIorVUoHXs1iILYVkoxlJ69GkVB1mxl4ChBWhiFUTzi7Jdan+FEfmUUFOeRI+NfgpQcZBACqdgvvVoIpOY7pVgB0oj5xEE6FQP1M5dndQTEya5WCu3EQRqx6HGQTi1kHq8qtUpoJw7SGK0A6TRC5vFKVIsxgoO0YozgIJ1WyDxevWqN0E4cpBVjBAfpdELm8Tah1grtxEFaMUZwkE4vZB7vR2qd0E4cpBUrDQ7SGUTMU8l9T4jlMkgrRFgZpDMKmcc7rEaI5TJIK0RYGaRPETKP93KNEMtlkFaIsDJIrxQyTx4AQtyTQVoxRnCQXmhqqHgv14qZJ4OEhpoM0okll/dylZh5MkjMPJ0VPUKlt6KFqQxW6AgZpBerJ6MVbVkG6YVAarmxCBWh2hrpJoPEBJVaZYWylEFi2kgtl7sQIywgoXJXa6yYGjJITLGotVboCLXOitLQpFgRPY3SimapkUMuVE8WkFBpaDRWDACN9rfNsqMgnRWKRa8RLHd+7GeYDrvET/0M0+ES5Id+humwQ+1nfn2H2dB+4jd0ONrtR3dDh4ui/Qxu6DC920/ghg7rvPbzt0FsWMhBEBsWMkhsasqhs2Y+G4TILc9ng5iO4iCjNfPZKKZCZZCYfODJNYoJfxkkxAh5qBvFlADvDUYhRsij1ig2n3l3MIrNZ94ejGJTUzvQ3oY+nxIbmzoZJTY39TJKTEFYUEKsUBtklBgtLCgxXhhllBgxLCghZhAZwVFC1GhDiQkJJUcpxUa1BSXEDY1KRonpIwtKiBtE63CUqELiKFGJxFFiGsmCEuOGXMtKMW5YUGLckDuASowbci2rxLghV6VKjBtyfamEuKGVK0UlxA2tzHmVEDe0MqPEHgG0oYS4oZUZpRLiRhtKiBtamVFijwHaUELc0Mo8FHv43oYS44bMXrFH1W0oMW7InBd7aKOVOS/2NEAnc17saYVO5rzYKd2CEnvk2oYS4oZerpT/cOamX1kqDaYflJlKTObsfFMRQZZM7V9oKjIVl5Xmuvz2jrmO9J07eUktLTVnF2SWFZiLf3+zDLe2m42cOtGUQS8eaSorycw35ZRkFv7hYvplqbT8AvJBGtnNVFLQ2ea3X7Ji17iSP/oVlJiy6WbsXVqhOXvClIJS07+5W3pBTjkxrJD+O3mB55/v5sxcycsszinNtf9TtGTFrpNFrvbuOxx5Rx32EnVYbbDMJOaw7u47HHVHHfYWdlhvGafMYf3dd1hxRx32EXVYo7IoAeaw4e47HH1HHfYVzrDRImKYw8a773DMXzlMk5ZmLqcXZ3fUbz9Rv+VnABYZlpJy9x2PvRuO+ws7bnkUbTmP333Hu99RigcL17Tmd/pIlfKHgU67Ir1zmtlcklNQnFlmKuXfIKMDcUR5ZnFZQdnU1JKSzKkc2JkFo6Q8u6y8xJTDPni8/X2/zLLMPygLWVLwh7i/N9BEr6T/EYSumjqdfzh4RzV+dvrhDx8JVMJC5ZRuilWBaMXamF03n7+K6wY98pxhew+4cDj6dFOfELR7oIdd8vO/Yr/Z8PmaOCU8N/rbjyoDfFDM6aYZ4z/6CZ/d67VCndUNlK91CVkyMhClzjp/YPmeKrzy2obPBjf0gLX9t9+4NdINuYatHJc02Bf27JzvVD05DqoCIg5diFSgpCuee1NeCwLdV/cN+2ZSAjC7tGFoHTWnNhA8J7079/TBWFiQURa77OlotL8uccyCvmHwwrPEkP3xwMyojUD+Nan/zD12Drd8cfXQ/lndYOgcz+Hvv+qNvnx6AH7qTV8gH14c/0U8XFnZq+vR0RHIZtGMlp7VoVB63K8m1RwHj/btc+lkoQIpPijJX1RkB+Tq5PopUWBo3JezaXUIOuaaH134RAtm8XsoHvYkeLtvy/VDc2+ZGqoy63GY59luC88mwJq8D38u3dYgFdiYZzpUNOO33dLjyvtGQ7+5hRdbNm6RXkx9nIS2ESeHLDnqmt8J1ndNC/8lywZdM/S/v6SpEmMSzrUaJ/DP3P9tsqlVuq24VV9+dh4u1jyzA806IsGv1IEWyfhdRZHmmTrp5GOTh3euV0C/AnP1swPtUILS5d3wUx4wiKatPgmeIe5H7HQAtt1aF0TNXN24Br/xt1XvvHciBPU/UV076BEntHdVaI8fYqulDMd1r/S0dUW/lG4LbBnsi75Pt3/C/a0AVDTqqc3bs27il52qgwY84AwHl+9ZutB7H/7k8zUkw5XS4p62JOTNPA6rd0rU6hW+FZhE6e2pBxyh3O51l7CVjZjZG3RDemVMa1rzlUbsTdz9x5RgOHRBeutMnzDE11vxI8E7vrEZ5wm5JLprvvNCfJ8mzOKXFQFeJLumg+Fo2ULvJ3XvOMLtrdNqPnggDp4POvl1w+Ig5DRzSdrcwib8JaFD3/eSYPMJsvFKR3Tq3eYxRf0dYSeiRI2F5T8sfv7Z0eukIXp65/OY8ex2BKQMoZlrlo5raGYacTOhWZm/N8RXzV75VRd79Kbv+o8/CT6PL52kN6zEr3xBiXZBIuyt23XqCH6nz0OPbrndBa5nfzl28ABX5NKbRDzZFZLrl5EdE4DFNScU9e569PWfIk5LY6nbEyKhN0uMIzpz1n3xRjtPWF5MKm98IrD9F9fifs1XfoFdXmjLuctLtnpck4Z9s2hM6+xANBxRxjjA0yd7T304MR54nmqx+tMt3YvXtUiKyNrCUU95oQgW6CrJ+I+Dk/dGOqIHB775THxfZ/QjDcO3DdLonPvODPd0QDxf/sj1pcjsq6O3Yh7nW1IYYYnTzFsSha8KtUOzR5AbvG0D2/SkULrEQB8akBWdkMxHIK+HRqYm8nqJ90IBm+8/92SAA7B9hsZD6IhTYdMzb0gf2F+cl3ilHjP6DVXwz+fXSew+h37G0S+XTwqbHwA27McW0U+XFdfiXiwAzXgau3GdNJmwbn1vOzTKq9vWNxdEA7udgxsaReke6QedaMHbdoXHnL/uNOKUA+9zrV68bkZX4d0TXJtWbwhHrG7tAhHrY1P8UGn+oivTJUdgdL7sg2ITZ8zblRwq981mzONbI5GbEMuvSCwu8fVSSZP35R3vW+LbKFVE0Qbji1h7uuCOqJnX8nyRpB1HWm015ny05/WwNwIkQiP8axQKhUejUq87A7MvIRKy1nynudYYgJam0cZyDrP6nRMHL71cVRPp54dIs7l+ZOgp7FixQDnFMxHWNCp/2hx3SfKjtI2vxcwetQIaMyrXv/HpVWypI7ZvaydguG52aH4ibdCVEpkK31VccYJP/v7WMORvg1i4ciox5+FJqZ605X3lTmgAye7m+2slFtfOMfD5SIq4IdEsq445AW2nj5clAQun1gMcaNo9WyU2NpYexkeTaYcNQeN/nERccUMHdtOBkY5Zu9vhiKTPvt82Z3ok5FFiVMQC6W6GvE+j0apetJC+wazfjw2Ca6zsgxDprud1oeexD8mC/UUP4PYFoMeSvvA5sPsGpt1o/C0l8P2C0f2kLGMTr+NXabpW9IAF++jACUesnvFVvHxI4LxBoSo5Dh7o6ZaeE79+oQqzun8yGWg1b8gPRiwedWcx28ctBUgyvVZ8aItIkPs8dNoN6LZDb8TC9jlk4DUp0I92pNIqgyCOFt60RGD8MAUj3g8CgdUrjgFCqn3P5cWijXR7RSTMKk1/tT49AWhVLkkLR3weOgNt/0Enz0u8Xhp4X5/pBdy/zdiZtoebT0hkkxeyx7Zwv34+gXkfrcHBpI1mVNbjDVMPJPV8pUbidhzFM8n2G467QhEjWDP2CyAZ0doiXq8uwPI10Q5mkLT0KzgjMX/CHGBsUUXr1vuCYCSl2+pOcn3V4Qanx8jWgZBOZMLRnZ3R37VECIxwADoNvS87wibC4qyF3ojH2xGCidUhN8g8b6DE9UHpbIMLmLXRi515vX8agZLZIPAAFv8nY6E7mXrKtwMQo1sfO64rBiTDETPtBPaI6Zi1nsD68DsxQLr2Qefee6SPK6lQeV+OVzjweP0k1RCzfB62B1/msDe30+emRN2cVnNYiqXy5fQ1zMb+9a0Sn69HJJ+HSSaXJsGgabN7DCH9kLaRCa7HpBMzSSInJ0MEC6SdrK/sICSeZK4mAdj4lSLkvucGLH5ZSfDcIVJgsSGIz+PdmG3/QBSw2zZ5oABWMNUSj08YfP3CkR/PznVGh/uRwf+SHzA730iAXOLV9+k1OJf9uMN+UqYjjyTBwO5UgfyAbZmg8kO3iFfHZ56RWPzy/dF9E+kdfdCr9TSRN6V0+kdICNo0izbAJrzqq03/PFYfD+dpm5hUj6/+AsaYQU48v4digc8tG/DV9fr4waXXJKanFL6Ix7FW4jqlRmo9+sTl+C2uiM/lbfiIDakYN3f0OSnzgnH2iJX1uZ8lNp83uSLaNVf28kBUlh590Rats/3I0S/glsTSEhyENvrTCFThVDagXRDTf12DEOtbM6ok2h12zr/O+9gMO3S9lgpjZ8T1bwNmaXovBliYV4ejixEbLg3o7gZuVCbuToQoMjX79vFGn9G2hdyAiMEFSqIbmdzt0ioxWaNpxXTbd3tGA5vTMbZIzX72y3M9AJgsOXxb2jWfDnQ79H0+EZZzFMD1hg+iU2fzdmfE5K9zLDD/jrvIcysAxlKhMbgrsHJefxN3o4NqqR8wfvXqBn9jheXOeT/BH1EvbitOch1tF4EaqIyL80CsXY+rw8y/npFoGGG/sSyY1/1XAYjZu98VDgymFgeiMkqEMx7o9dfITycn4PrfX9aT4eitib3djq+zBTqFw6Z7oCY6nqrC0BjWcKsxbRNRHzRKT7HBeEmemz9I7O08e2SmBxKFvZxfP9SVjo1lHujwsVG/9tjjJuuX63jeaRowe2C4L6P4fFupQFzPuYPH4o2zRrwYDkT0LZzxRhRiZR5iA4/SNI8NA5a/x6MRky3DFPL5IQ7YeahCgdi5MrU4r7SsxFxU+vtDWfv/EWr/Hs+/WVP9C+qnW94=", "1: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", "1: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", "1:eJztW3dYVFcWB+kgMAxlaFKkqkGH6RMT30HUYAtRTDSuJk5gVBQYZcAajcS4GqPGxCRmrXGjYouxrqSs70ZjC5pYF2OyYBcrAoqConvLG0jZ3XDn0+/b71v/ecy7837v3nPO7/zOudcx+jVL/+HODg4OVnd86WvJMWcW5piHzyMjZLhPtrVguKPtLqXAkptB7lKfjD0ZezL2Pzf2/P/dWKv/NtYfa1lGa/yhhyU/15STOtKUP8KcTR6yG/f7NaT/n41ltHAs7cnYk7EnY0/Gnoz9wdh7tjHabTdVoa6WvKzmO/JdT/J8Mr2qMkjDnpJvyTUVZGe2EKTmA6noVcMHUtOrlg+k6UnGkpV8KK1dKB29GnhBdKpkPpSeXo28IHumMjAUJy2M3CjmcfpHrc9wxX8ysvNG4C3jH4KSGcjABVLRP3o1F0jNZlLaAdLw2cRAOhUFdbMUvtYSECO7OplrJgbS8HmPgXRqruWxrFKruGZiII3RDpBOw7U8lolqPkYwkJaPEQyk03Itj2WvWsM1EwNp+RjBQDod1/KYTKi1XDMxkJaPEQyk03Mtj+mRWsc1EwNp+VKDgXQGnuWpJN3jYrkE0nIRVgLpjFzLYwqr4WK5BNJyEVYC6ZVcy2NaruFiuQTSchFWAumTuZYnFQAu7kkgLR8jGEjPVTVUTMu1fMuTQFxFTQLp+ILLtFzFtzwJxLc8nR0aodLbIWEqgx19hATS8+WT0Q5ZlkB6LpBaEhauJFTb07pJIL6GSq2yo7OUQHy9kVpKdy5G2EBc6a7W2FE1JBBfx6LW2tFHqHV2pIZGaYf3NMl2iKVGcjlXPtlAXKmh0dhRADTaX4plS0E6OzoWvYYz3dm2n2JabBLb9VNMi1OQbfoppsUGNe/59S1mQ/OO39Bibzdv3Q0tTormPbihxfRu3oEbWtznNe+/DXzFQnICX7GQQHxVU3KdPfXZwEVuqT4b+PooBjLaU5+NfF2oBOJrH1hwjXyNvwTiYoRU1I18nQDTBiMXI6RSa+Srz0wdjHz1mcmDka9qans6OZDzKb6yqZNQfHVTL6H4OggbiosVaoOE4qOFDcXHC6OE4iOGDcXFDNxGMBQXNZpQfI1EMkMl85VqG4qLGxqVhOLrj2woLm7gXoeheDskhuJtkRiKr0eyofi4IeVyMh83bCg+bkgKoOLjhpTLKj5uSFmp4uOGlF8qLm5opUxRcXFDK3FexcUNrcQoviOAJhQXN7QSo1Rc3GhCcXFDKzGK7xigCcXFDa3EQ77D9yYUHzck9vIdVTeh+LghcZ7v0EYrcZ7vNEAncZ7vtEIncZ5vl25D8R25NqG4uKGXMuU/7LnJT5asCvJFgTnfbMkcac7FyPyJ3XPMuea8Autw91++cbgLufPClxSr1ZKZbSrItuT9+mUZnk0vGzBxjDmDPDzAXJBvGmnOyjfl/OZh8mOp1JHZ+ItUPJs5PzvC4Zc/sqLPeOAP3bLzzZlkMnqXmmPJHD0+22r+N2/rkZ1ViBeWQ/6dPNv7929zo6aMMOVlWYc7/c5bUseuk5pc7eM3OPKPDJYRhKWQPJzZUrt9eO1WG2ylidqte/x2Rz3SQPtyG6y3VVVqsP7xGxz9SA2W8RqsUdkaAmqw4fEb3PaRGuzHHWGjrZehBhsfv8ExjyOV5bx2S0cBtm5MqXz8hsc+0kj7c1tsO4q27ccfv8UdH6nFCu5k1vyqP1Ipf1PQiRySN6daLPlZ2XmmArOV/YKMFMR+haa8guyCiSn5+aaJDBhBnZFfmFlQmG/Ool8Ma77vZiow/aazkFoKdoj76wWayZPkP4KQ0bHPepZ9ejMAlvqt+vs3AwPRNWSM6dVbCRMHrdEemhwAZfKalB8uKtB7vpN06yM6wrQ0cUqbEhmse7Nfz6UgR0unxe/68z4lLFhLBnyh85jvZx19RYEiiivTOi5/CkZuvWLdHugO3qeT5n9S4ofoPG5KaPW1izzgYSjMuvVTWVFtEEqPCBrVNyMO3i99I01sjICAw91O3rzljU4WWXt8MC4GFl9sU1w5KwJuDO7apTIkFCUku28IPxUDqosb486nRgOZtjxKjj7/wDwrszEaNovXlj3zlBuknZkUsPG5AFSz6YXRixYmwbG+r8kGGcNg1ozBx77O9EOh/U6FvR4dB0lbllYVx0cD9ccmBRp4rdNXCZ3awpB3d91ODJex8TEOiJhvuBQF+fW+l3d87gXTdsCbZ59zRUXYDcWKBFjfZeCfNosnhfZr/bEFrdH7Qx6kNsxNhFD0p6iU6jLR4b2p957eJEepn2WXj10XDRdqIo9aXt0h7r6diKfyRAfG7VweWqWAEScujepQVyG8fbT8tJe/Ixqau+fBlnvO0GZwVueK9AZR8eP3dzLOnRGxF/BIlbDas0dcYasHIn6Z2/chYWh74L3SGwdCAN9gCx2QR/0nI7ZeiUTuzy5+cfnoeOhCAuwdjApiFz6cP/UnsXZeRkHsQD9UvmDmjMEZ3mgy9tqZSSfFL0/NbjSPd0DUz06+6HJax4fRjaFo3OklOJIPhca6Qvxpu6g71Pn5I+/dFSxFznve3ewCDL9NSAd/0+5jtcK5fR9/9dH8WoHyqnO5cHdX1rphA44KZNWL3L2gIn3uwjy5L3T9YTi2/KrYKe9Tx6/3BANdbwcnKJXt+7LE2xMtCHZ+yeczHwixYmYW+Ul+vSzq304ZdmF+BHSoW/jPBc/J4cdn8UzbPVBnx75veXeKgz8b/rEnV3NPqBxFnvBGmATb9ge1BxLVZz2viqPKx86et9IPBbY5cEF4KxZW3E3GFteIf+//UfS8Qj9Ewj7i2xCgcR5YLew+1sEcctYJRWViRu70BSN5/bR94k7lX9oHf3hYNHZ/DlOkRpBjuiviGwTV+KToyG3+iManvgN8OZpERAGJvl7bV9d7oZtBaS/cL4mH7asn7mv39BWRwtspWHweKID5r1qk4Xw9DOGLSVUYB/M/wQu9EYjm/DTSwVJ0Xji1oWFIbncvNLJtzoRJq+6LLM5BqDN1cBzIMGudLnmhSaueSg2/6oHW7O2NXXdWyH1pysa/veaNWP46s3WGXBYvmFb8Q2PxQbGJU+d8cVWOaFgDTgseYcteadfbC5HohS27Kfb4oM711Y8vipR3Hv7gWN7KY3akI2qciRM8JQZoukx3BWHvz9vfuu+DYGXFTp9nEmHDO2ThJ4QwIhDD/FhcdPHw1rJD6344cUukadcoQ8/QQEQC491m4ewgxY4j0zzRK1/2bN1qtJzpxpRDwj9jXYs+TL0sMjucIIsaXi9SXJsoRKx8IyQY7pwnhtWJNP6j2qIQ8sKx8YDZkv55QChaV30UK0WJkI296uwShFKqMw8OLfVmejeiDepfEjHj6hEPlo++fojmjyICrRn4nerbzdeEdxrNeAoH9FUCCfAlEUf/Vs5LJ0Tqvhv+aPOZyx9uab1C+OTtTfiTI6J5k+yNsFdLZTMDEXHT64fvC8Qd43Z6w26SLv3LhKcw6wYtjAIyS8c8D6BpXeuKKP+VUUDSZf1nHuBFA1YvLqsq3tt7YQLsxezcAWdFLXWYO7r9BU7sGe0Aqy5e+kWBqNa18gB0fBEW2sRoiPmpfuqor08LVDfvOKMNn518dZxvGDCdOSrQZUW6o12K+AyXT+8LNC/KWqEqA2HuOZHK1NyHQgI10BXVk3Q6H4KoblrCgergGA9E64khEnkSwoYmgOpFZfu1xxRofjJJmAaR6rNJhrZOJitxRc6X5iRe9z4qDsWyen20G1q78nnwP9OW8Wt3KGL6GwXUv338Wd5vc0A4W15UXgmAZJKeA3yA8i3KEfVq3arDzI+8gOrRB8GAWeVQvgv7n/jrtBLuZpxbtfhbBRAa7EkPZfVlaBIUkzSV+8EqPL0pVSbpYbKUzz4wgMCGhbC6trU9W88cR6C8X+KDiNfeH6UEpu/B0KXyxw0NPwcjmk7L4mE2oYUqEkhZ2tvbBRFWv9MnBoYT4r4UASyfI1DD9avI6BQLN14XcGjbwpTDW1++bZQxfm6OAsbjn4X9RD7edQJcRSbXKN1hnitRnBoxg8jb2AaB8dQNcLXHAnxWxNbhlGoUcNXHHj0n0HB9Xy0wvbgj0Lwuui58t7srrmR3hd773TD1ygQ9FeTWQFT++SNF4qV7a/EKtggmIpgv+wGRjdL5rqxu7qsW/1bbeHzC2mB44X4wVnQZ0DSZslO4jqv38VNBQOvndWe4g9Wlz4c+6Iqzxk93Xw69Jk/v1Gd1K7jWjxjqiyjvk9zhITZv0+FAaEsL0zmRVMHduyKgb+CcXlec/SCHyK5Vhtpd996pDIkFpwkkUxqFJeq/btNPcEXU3s4dWN1Zf1usJeV5phebd0ksyKej71bscUB5JJ26ylBr0vh4BIMXFe5agfLXv14kVbJOK5d0pkwIv3pWF4ouiYR+xz2OC8wvd4SNOK3Scb/0zRpM5GPtgepqaaVAytjM7v4sjv2SGB/ygyR++aKDRO6WJkIJceOgEKg6QALhjGg5TE2AYEqwXQLl0yvBqB1pZNaEQIeZQbhzuCSSLmhbmgL1Jwm6wh8MNAEOiptxuo8fEoaWY/cv2hsPLN8qRaI2nxaFo7n4bueYGKghtAoOQRWnvbAHbrP6LvOQ9E7OdGxfjeCCVW18ki+i/VUPF0SX0y4IdcfdXS/sfxqvFxzRciL3QYGIlOt0SwJ8jM2fsUiGKB06uqICWlhuCbQ9WO+EKN9OuKOjDqTQXBdoWWvtjmg8H7ixfm/8XdE0AFt4QI5oHpW6IFK9v1PViJSur/qjg0Pxm6b4szreZT/rX5I90OrF30ZtqglA3WiClYq2vKJ198WzYgNWx4IFawRaN44EgpU2ynUirferY4DQ6y/r3AF3Eysruvgj0k76rk8AhqsRKD8K/RHtT4vjoD1JtzRH5EMaiI99UB1pBwujpHhViFQfhvgiKqeBMqBxzqwUqdxPiELx56cvO3QlEDDZqgx7HBGRi5ziaETj5hgCL1NhOyX6pBMFa8v8/2McUB7sbxQpv8Nj0VTc5nTzSIAFT5NIhDKev1ktUP5tCUI3ZxwY8M2aMESXlVEhUnmoDkZE3adH+KJw4p5NUVK8PIHy/W0vRPuWZ8IQ5Wk7GdB+5Rs/psue0chVHoBbgyqB+ukdP6ab1nDE+sPF4soxpBO4Lb5pJZ3GBZGUn+Wh1SKtG5OCkJI23CWsvm6sE73H4s6i0hNRf2f4I9omVziz/N/qCbPnncedd5VAeTY4An4uIxsNP/iqZC5WxmvCovFL/hrzRTSYSdktdoOkVJLB6wSisj0PRgNZXq1PLPP3jGBEtjsPTZFA95UpeSOsBfmWXOuvN2XN/0eo+Xc8/2ZM9S/zizMQ", "1: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", "1: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", "1: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", "1: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", "1:eJztW2l0VMW27swz6e7MA0lIwqSASc8t4KkYDMNVERq4EfViSJqkJUmTTkcGRVEGr3hBQEEeIiCKoCIoKMoVqQ2ogF5AGURAGWSeCSSEhACvpk4c7numer2s9da65EcnXX2+U7V3ffvbXx2adsOdA0f4q1SqymDy8oCz1F5YVWofMZ2O0OH7HZXuET6edzluZ5mNvsu9PXZ77PbY/7uxB//jxnz/t7GBRMts4eSPPKerrKA0t6TAVWx30Iu8xv1xDf3/w8ZsLRzrc3vs9tjtsdtjt8f+ZGymZ4y57aYudK+zvKj5Hf2sL70+m73qbNSw57icZQVuR2ELQXo5kI69GuRAevZqlAMZ+tKx7Cw5lNErlIm9WmRBbKpsOZSZvVplQd5MZeEoSVpYpVE84+yX3mwLJL9sjvJicmT8U1A2B1mkQDr2y6yXAun5TFlegAxyMXGQScdAvZxVw1sC4mTXZ0vNxEEGuexxkEkvtTxeVXqd1EwcZLB6ATIZpJbHK1EvxwgOMsoxgoNMRqnl8erVG6Rm4iCjHCM4yGSSWh6XCb1RaiYOMsoxgoNMZqnlcT3Sm6Rm4iCjXGlwkMkiszyd0D0plguQUYqwAmSySi2PK6xBiuUCZJQirACZs6SWx7XcIMVyATJKEVaAzNlSyxMNQIp7AmSUYwQHmaW6ho5ruVFueQIk1dQEyCS3uVzLdXLLEyC55Zm80Aid2QsJ01m88BECZJarJ6sXsixAZimQXgiLVBHqvbFuAiRnqPQ6L5ylAMl5I70odylGeEBS5a43eNE1BEjOseiNXvgIvcmL0jBkeZE9Q7YXYmkQKZeqJw9IqjQMBi8agMH4a7FsKcjkhWMxGyTLnR/7GabFIfFTP8O0uAT5oZ9hWhxQ85nf3GI2NJ/4LS3OdvPR3dLiomg+g1taTO/mE7ilxT6v+fxtkWsWIglyzUKA5LqmSJ03/dkiRW7Rny1yPoqDrN70Z6ucCxUgOfvAN9cqZ/wFSIoRoqlb5ZwA1warFCNEq7XK9WeuDla5/szlwSrXNY19/VT0+ZRc2zQJlFzfNAuUnIPwoKRYobcIlBwtPCg5XlgFSo4YHpQUM4iN4CgpajSh5IxENkdly7VqD0qKGwadQMn5Iw9KihvE63CUrEPiKFmLxFFyHsmDkuOGqOVsOW54UHLcEAqgk+OGqGWdHDdEVerkuCHqSyfFDaOoFJ0UN4yC8zopbhgFo+QeATShpLhhFIzSSXGjCSXFDaNglNxjgCaUFDeMgodyD9+bUHLcEOyVe1TdhJLjhuC83EMbo+C83NMAk+C83NMKk+C83Cndg5J75NqEkuKGWVTK/3Dmpl9ZqoyjH7jtLruzsMReRpCusfeV2svs5e7KEcG/vuOIAPoujLzkVFY6Cx0Fboez/Lc3s4U23WzQ2FF2G714kN3tKiixF7kKSn93Mf2yVG6Jg3yQS2azuxwpql9/yYpdE0L+6OVw2QvpZDY1RTir6MWFpc7CkaMdlfZ/c9M8R1EVWV8p/edyR8QfbxrEIiouKC+qHOH3h6QJ424SXtfY+nGntkbcbWTj1ls8HYrFbWr9uNP+LG76LrelAUdKB2z2NFcWsLn1A273fxqwWjZgg87jC1jAltYPOL01mK2R3mirx9mwuK2tH3dGa8StlY1bPBjweLOsrNYPPLM1Ao+SDtzzfNpzSG/9wLu1RuBx0hVu+I130mX9rtlTjaR3znU6XUWO8gK3vZJ/u4x2yQFVBeVuh3tsjstVMJYDU1hOXFWF7iqXvYh98Hjz+14F7oLfuQ5hN/gD3t8u0E6vpP9JhF0TvDx5aFEs+IVMTS28EIU+frh27f470uFI2CvvPj9TA0eXvP5l2oexKKPfUxPvKk2H4j0nn7jzahzoRndtl1qjQZlrG1+oeSQVBtELF4XD5Q8fGjlvdBya1ul8xPqsNLj/ndC89p9EQ+Zrt2Y887kWHZh6w153LBHgkbSc6sILylAy3dTx8ej6o2Vf3ZyVCeVv+awL0PqhXi+Vnrx+Wo1i/tHvjL+7Pbx/z18f+QhfVyZF9F/56pIkZOrxxcA5OR3g9cEL3/8gPwRNnX7scqo2Gh06TBae3hHw+LaW4i8jIcCgMfUYH4N+GHLurs+Lk4DHW6O03XpceTs1isfVJVPcPxC9v2PPkHPOBNTpmX+sHfliR0j4JT/u0wEhyG9MWGanm6Gol8N5aXLfJKB36X5oMz74yguTh9rCUUTF8pcOdEoCxfi3f/YNb8APfj/z0ZsTNYhevjVaLe5/RRkzbkmX3GQtetnmJinxhcJn9/Uc+6MPmvApev6XzdeVYUHbEwbsv4hzk8/+YpoXgZ48PF+z5Itq3OehxvjKvTsxy+P1UwrH+QGZtUTl3IO3BPV8ffAwNZqyddCGZW9rEfs8/5gy8LOUyWcHHMMbrCTS3HTkS7IbrTTgV8myd/WIgJu5DefPonAIeGvW3T7bfNG+7XW2o0t84daqpy5/+F0I9GCBHMWR8/WLPzZHQMnM808rxgWY5fVGPHSx0wwFoKLHfsrzG6MGkk2y5fVKm66r3ri41Ad9vOXJ9Qv3a8DFNmijQq8Keztc5DcIThE2vfZzrfLDV2WGCZ+q0aQF297bsadRoeivX4oGA03M8Ei+r89fws7n/L96OTsQyMvorgVqlLL0VJ9uz/qgKRZyB3cikGBJxOcVlrYNkai3qz7ydF0KXDgL1oxvVLAo8a6fM7/WIMbXwzHQvsp3XnDSAvz3QhLAxBhU9Uq8/5A2fmApJjs9KgCdA5q4EBT9Xa8fL9WcwSPpcqNCULcZi65lnziMPzpyevaq8Hrc940JHTYG+iAyaVyHXcFgvGi5r7frCK6kCcPBwHC2WLRv2JP9U+bEwtyfKXEOKLMeJTtQFokeI/Rf9Ug63DM2f5lxWwhqfLd65wPDwxAtrwN7jyiEPOcW9LiA76IF8lUKmr84Y21jkApYPqrV0D8l9okHroTC6PULSYQXlA7HJpJM7lJYPfdLQpv/Yn4x53EV5LGAL+PTHWglXMLxs3eHlCwOB0ZbXxXQdH268hY+4083OBBC9741qmdoA764ddO9HzjO4OHqfOvHwdHA1vtUHWbLWu4DnL+1+EF6gUGFeF0GI5qWKR1TgPPhAk6khV+hRfnf6L78qDwB0m9crTo8/yhmZR8dg1JrSoeMXxEBeWuu3Ng95ppC2El2QI2u2eiGVeMVa4YTZoeiufdTZTin7F/eQJSjFlO5eLc6GI1gG+nL97vfJoXVmaJF9NOd06LoIud+Puemwmia14hLVp+p/GRPBkqKONx1xqJ6zMqrQQNs+tNquLT0a5K5EMRuuykKBhB1m7/4kEKzeVydACXppWPGtQ+GGdlUEHfjE8rbh9ZvbwuUlrfafYE7f6ve/M/PAoDpxtZa/IHjYMXU6aFcF2v9gfN6g3LHu1GEYUHwecfIsE/e+R7b5rSbXpUdDdu6kwL8KQax+y/0RzcoHXKSYXpVRVLE42GI67EGkaSRzCRwvfr+R/wYK2xfxOq1NgGqC//12F+2+AArn9ERiMnJrBDY9i/6c1MJfG527kulGvQTUZPn/MNgZuQ40/v3VHOdPFSr/JXIZ8fI0/jnTHLlRC3nue0I3mugRN+pFGzadSeRAoVV099u4MILQ++959Rxxf7e44MGFmsQy/eUGGQgKnJt427MdeaQ8jRtGIkZYv1X8bWNRQThD3NWhVcsDwsBFsfIAMTrzAdoFgdt0MCK3kfGRa84jrl+hCOm95OSUdpO57Cgbp2B0X+HP6roSRlcrZDimG4zaIHpac9gNGXornVHo89jzmMNtPvQRVIVD3z+KN4vTmbApViivPlqYG2je7zod5kwoQ+Z8bMkvu8LIxHpRu2m16aAlQpeagCcWNGeLCEB3XH3rG+fLUmDdXNmRI67GgOn9hHCdtUgXkdxMISUyY/D1ig834mIqvay2RnA5u8YgHgdhKAaSscO7YGIE6mkOoWI/INoVypi9fpyB/A56Es6uBo1PPPEOrdNi957fkDfN9I6iX1sVFh9VLSBXqygfFB9Nl1hMFo6dnPnu3dGQW/a4JapEN/GIDS3XDsR+kXDq1cDh829fw9eOy2QpKJGYXoUFw0Le3TZPe/EF8r6rP+6I352OBrDBMkHSHP5+qdPfNDxgjd/MDi1KPb6txe25oaClhHmisLycjAKXSbqps6vVoDIR5fdUcD7vAZ1P9R/2mvlAYjrk5bXzYtRiOfpIL6TCtapQIimBNit5vffpILV4bQB+8N6SsvJbVAxA9Yqw2gBNiQLvlxReD1FoShK2ONtIZsuf7c/dB+1/e87D4YhXg+xvC/CSZxJG9XZKLEPDZjp9v4wxOzS0DDE9K9LPZ5I0j3hHRVKYBt0GnN9qsesnXzgi6pr+j08xRICXM/r8XbS5YaU+gN1BedSEhGTvauxoKc/qyOEDsciRstGLXA9P4ppmgwa0r8Gdlz04qh0qDtGE31A4ToUxP1SdAawdjC9DeL17o/Ipkx6+ruzQk/9uN/oHY7evEaJUKMwXpY1YHbfrLaI638N5v2wDjMfsD6Fx70/CHKYkEbz/v9aIKjYzyXllbt9Hpg0TQNExMZudmjgF1q2FYd538+8pKwhq1i9Lxl1ZEYsEHKYMJ1RCCqivzOJ60ReNeZ6sBYvuEgF+Cpmvu94OMR3sBGrUi34uAhTGf5ucbDgeTBQVrZdWo/Dfe98IXZfALBtJX3PygxGEDxE2KWdGAq8j1zEGqLO0wIBs+3tHAvMfiU1YEa3Jxsx61PdYmE8M3Z1mPniATWY7cvTp/Fwkv2LllsK98Mq9PLG2k6P7kjlPiPwJOb7EovaUkOxMhF4XFsxq5vBcWhwFlV+DQxmBX2e8zNZg5h9W7YHU5vbbrsa0XZQkVSrcN9Zh5kv6a7hda7SoNoDe5+rzAtAN+2UEdGcN+ti0ffpB+qfOUN4yXxsALDwGtMR8x3nGzGVpz74Oma+d0d7NCeXKkUtZr5xZgy8TrJ5qo9W6GMgYv02QAOky7WZv1oDh8kv/WI1CqJCuS4GWL9felz4t2SgMrdlTQwsvo9m+ITC/OC8GFjnJsT6IQy4r92It5CuPGNlmvADKriPuK1+D5/AzM4cawtMTy5uUVheOoVCBgnriR4+wLbVHAa8z9Zjzrd1Cq+jMMhngrwS83OImvfHmfGItbX1NxS2PlMS1/NrsagnMy5hiKjfN29OTuT8rY5BO1VUYANQG0JDe6c0CKNGaqgG0e1dUpqImO890xnYYTOnvLjS7XKWVf72UNb8/4eav+Pzb8Z0/w07NWgJ", "1: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", "1: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", "1: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", "1:eJztXHlY1cX+Zj0sh50jq4iY18wVzspRawYx11wx95sd4SAoi7K4l1kuaV6ta1rX1FJTM81cstxyxqXcSk3cEldCERFlUxQFf7MdwvK5MucRn9/zXP4BznDe+c5nPu/n/bwzHA0bkdov3sHGxibdmXzpmZpkjs1MMsevoSN0+LXE9Ix4W8urqIzU5Bj6Krp+rH6sfqx+TIz1+n81ZvffxvoRfYtxIz90Tk1LNiVFJ5jSRpoT6Zusxv19Db3rx2o91rV+rH6sfqx+rH6sfux/Zuxryxg7YVW7jI6pKXF/vqK/60bfH8G+amLoIS0qLTXZlJEYW0uQTg6kZl+11oAkn6RhX/VyIK01IF03OqY1xCjIt5jElJHkhPs0jJ5hDOEyGAPDRBjlMTqNPEbPMZ1SM0fUAhPJMGqpeDhGp5fH6LUyazPytUXIPIdjdFp5jF5X27WxbIbzxalr+6AaIJ3OCpBeL7W8CL68WvOnBkhX64KoAdIbpJan5surdZpqgHSRVoD0kVLL07BvGrnd4yB9rUupJsgotTwt/yaXJw5Sy3FPJyldNUDqWusDA+kli70mSG4jDNawPNKamCKtIazRCpA63IrkCpDcRqgjrGC5mhehVi4mtWQL5ILHQXLL01ghy2peT1qp0hCg2rcnnlXuOaRKQy2MilR/UvPSUMvliYMMcnmS9RA1QHq5mHg9aaS2XBNuRXI1on1K5UkjWC4Vk0b0JynCarTWLI9zTyOVJw3nnkZKWDScRhop7mk4IzRyeeKM0EpphFYwQmr3tBFWJFcrxFIquQIkp3tajRWMsIDkYhJiKUUjAdJJJVfLCauXi0lvhbBoDVY0NQEySKmRlrPcIMcIznKD1JbrOMsNUkdiTnJDrfeB3wwwjNSRmBMvUuqoyikUKecqBUjuaCdAckcGTtZIuWOQAMkZec7wSGs8eaQ19jpSzvQKkNw5g5eFUe7AJUByjOC1ZJQzHryWjHK+iBeTUc4g8moyyvlXXk5GOQfGWW6UOzJwwhrlXCXnnlHOXhu62dN0hcvZ/0iBkjPYRoGSdaMcJccKC0rWxHKUnE20oOQsnwUl5/kiBErO9FlQsu6coSKkuEHsOUfJmnqOknP1FpQUN8hZgKPkuGFByR4hOEqOGxaUHDd0AiXHDQtKjht6jqr9NfhjKDluCI2SuzmuRslxQyib3D1rNUqOG0Kj5K7IqlFS3NAKtZG7qKhGyR0ohG5o5I5WFpTcOUQogEb2wMhRUtzQCgWQuxipRsmdRYQCyF0jVKPkuCEUQO4ioRolxw2hAJJXCRaUHDeEAmjluCFqWSvHDVGVWilu6ER9yd1c6ESlyN0N6ATna//HW4YS7JU7s+sED+VuA3WCUXJXMjrBDbk7GZ3Il9ylTDVKiht6kWW5O2y9yLLcHXs1Soob1SgpbugFo+T+8FKNkuKGQeyh3F9RDCIuubstg1ih3OWWQVSKXoobBlEpeiluGESl6KW4YRCVopfihkGoqP7J3KAf5k33p7/IMKeZU2MTzMkEmTbx1SRzsjklIz3eq+aM8Y70lZJ8iUpPT41NNGUkpqY8PlmMa/Vk/SeOMcfQN/c3Z6SZEsxxaaakv7yZfow4OiGR/CKaPM2cluhrU/Pjx+w9LuSHTolp5lj6sBi6nujUTPrm2KTU2NHjE9PNT5i0c2JcJllfEv2gUaLT3yd1YhGNNKXEpcfb/23TxI2TTlydqOs+blVdxO0sG7e4uNAZxEVO3cfdoC7idpHOt96i9Cxubd3H7VcXcbvKxi3u2XXiZkxX93H710XcStm4dZaPJYkbwbqPO6Au4naTzrflw2LiUrPu4w58Wtz0VXRtA/aQDVhcSRvEJXNk3QccVBeJ9pSNW1z6G8Q9ubHu4w6ui7i9pPMd+ZiZCw+v+8Ab1kXgT9jNpyia5Q+6lpv9ug+87TMtbUfZiC1/I7acVZ+DSQt/phE/wQI8JWLDY6cH7XOwZxHPNOInNMH/HrH4VJLl5KN9DsZM/UwjfoLdeUqO1Y+d2rTPwZJpnhaxNQIWKp1q7WPXrdrn4Mm0zzTVjaVTHfF4xIa/nMpp06czR6empsUlppgyzOn8H9C4ky99M00pGYkZE6PS0kwTObAR24y0zNiMzDRzHPvFm3++7mTKMP3lekDcC/CPmjy+QDN9J/2/D+joDQett75DCZjWbO/MNQODcVnSgLc2fH8HXVEuWPtu3zJ0akJ+s4iDQXjJ/sYb0xLK0TeJF8fOmVcCAtPP+JTsCcFvjuvdyO+GA2605nrXNo9KUfJPVZsnq0Nw0oRJq1rtc8Sv7/nqy15wCypc1qHVyXOBOMZx5b/b2eajw/s6kqmWI9ue0917f9sID/b/4TebN1zx99OnHN8y+AGIL881LR/gghtOMalfD69EV03LT2tv2+Mhd7afm1NZCRZFf5CU96AQbLTPm9s82QW2v9T7X5/csoe/Hy2P+WPVPvBo8+SSjX2KUZsPv7gXEW+LD6v3b2qTki2e54nH7/48qO2FIpSc92Bt8Ykr4J0f4Ls5BxRwdtSbV483uYq+qRhGQjmNmn7y6MO3J7vAT19rMLd7iwBoCMJDG0cVgq8GkhkjVJjNf60CuNm1nOU3WAEbFuTog6AX7EinyfbEMw/1JztQjhzpNv94FzivbzgkbqcnXEt2xdd0G+31bxbj+IIKK5s2f3vu9iOg8m7m5SXe9pC/zxvOjDz9U7LWAZcrhpMlnAVNtz+cVTbUBVbOKss+Y6vAoSxhFagJA3rirJ4jvAYZ74HUaQ4/zY+4Cg681O7fRx7ZwfXfnB0+rrcHtHeZExp76zA45ZLQJGnCOWSgAfdxw1tupG9t8OAK+uf5zvYTlK7YY3f4f1oEFKHgtheaKqblow8qzeW5V5wh39edYBDb0Ftg4M22O1+c74sn6de9MnCoPXSl004qB175P3xrv0bF9+2GEvN5rqAqM03sarC5TcpK2w6ucMzR909cvFyAeD6ui+e4wSUrXiCRngWJqUUzDvVvANlzPLPA3ebD5u/V+eILWylRnCFL58db0Rs7urnZrVPCJZoV3xnuBUOaBpytgNc2/CP3vWU++O2QyJGdXmoCE1ig6wDd7dEulagTfcBsb3hm5ZiXXc8Eww69fvtoWFUesFvsHLxsmT/sO3rx+CUrCsD5M9PSO6vccMyisHmZESrIeNQ2BN5YuNlt7HobqB7fOixU6wcZv6MC4K0pQPfGDgV0H7v+g+zmQdD2op3LnEsqGP9+LNliG5jwUeEUcCcYfk7KYvE1Twi/vLTbY4kCtnkUVnn3TigkUd5pft4Z2rBE2sCQIXHtL3k2gmwdHzvALW504mtg89Lba35WhkEHUgaF7hXA17Qvq6V5LSig6TzihoduQjeXdShCs/xoZbjimUOydv1xshGsKCzAxhdsoSsNfI4dPqO9Hflql7uIzRvcEL5y/ff1FcMeAZa2BgrM5zsK5sdkkJJQ4hm0TO+UIVr+o9z94Nfv9u229J0qQJ8emLMNMf6298df0m1dmQPYPiRcR4x/G7wxKeoWa31zwfZ/KYr8DtrDDZSejXIQLbcH7WzhH3paaN74eKezRWXdi9A4UhWrfqziuvRbQ9j4ROpwp6MVgNXrCnfMdMC9MSSLIEpWBHjeyxDbnx5FgNXjUFfc7oXuk99rm4vY4/s4QEa7puWA60Y+ODSOjthjxrNMW8yfU4BY3ottMItvhDNk9f77CbBr0Yeek+564SPLX/2+tHI/6PzxXVKpJaAXLUOtEk5bSIWqCn12LYQo5EUUzQS0EnE+hEA+n6vIpyvXL7MvVIGfz2+d/gvoTVRiX4wtHs4K6TBgcpPii+m29yy9iajspfRTwQM9aCVfAa3I7g/yLwOcl0qso2lNc8JEDAhDH6LfX5446CtdKeD1WAHuZBNCKbyhcuvqiQdeshf7l41o+ebNvYz4fpSiFkRGpnb9VsTljUe3vPvJBV9bTNikCjlUBIa/dMTrAMkb2dzXVrv+jP6RSSuoDCk7059sYdc+DwPSBwbCDLZB94GaJWge4nE2xlTWsv198B8HPt256MMAXBpKN94Bcj7nA5Kt450+DYAs/jYKPKOg77ZGM8qQjhX+ERBB1GrhyUrQ4cd+JFOFqAdrbNfRe/gwyUwQ7s4Sdg/wec+hrlcmqTYccMdLCav2+FeCZZQmhmKwn7alsScQ43sPW0h/2yxGhXfTbzNs8S5HH7LkhyIuG5hM2+WKIJx18TJh5g1Eu1TkT7Z4VavohgUrAvGnFxbMmjGkCNGyzrxsA7sQdW16vREeeSpvVMtxzpjp1QRbHHtrSMdXrofw1/dcsII+5rw/jvvlnz0OOj0CTFZXufI6w16Y10kV4OtSwrQ583JLQt3gSiqbWl9Mu3RuyW3EdO6QN2TzDfPGGayh2eOxtCzHlAGmU+1U8EXa/g8XI+eXP3v983VVoIhuh4s7dBjg0Xrz0irE2tlEH3yTqEb3ydmIFNevX/d2gb/cOrSvY+sAnD2HCvcedNCJTBBqC09SGRjkCdnzZzvjFbQ8TpYAGt3eOBXcQtvI6IeoOJYGmA+qThKjsUkJuV4JXnVz4L5gmRceZPzu4Ljd98CujAUBDgPOIQ1t5ysrQd9zwVNMmz0ga5+jSwDXpTzE9v2cJ+Z1UI7eJ+1yWqkDZuVwHyHkQXe6ALE+vskL8vmP8fraUAxYep198GTVhi5XJikhf/99wGzOcj/oTwmt8caUfS1njUOsHhaQ/lkVXVE42g3qGREfojhmTE4gwn5imFxgyQnaoMsAa8+GAMifcwaxfIQ34H5itTdk+nPnOGJlN9UHs/4wTAWZ7BwtBp50OeUNMO+XTpD379uiH7vBY1TOPvOCX+l+bd/rt1OI8e2uEh7YsY0orgNkdd85B3nSwu/iDfsQGfGxD+TzTHaDVO1vuXjzvrk2FDKfN0oJqb0rCffFO+k0i4JEH3GATFbn+mHq1lq4NIXcT+YA5q/62WCmD5PCYDgr5POIfTvriFkalzeBjJYPriHud4pRvxe/mL3RpIJMz84EQi4EWwHtIjZtvSCrsxmhkPvR44CYDAftRyrI9f0e94eTnTHriz0DINe7VWAwe4ACXye78clSf8h04XQo9GIEqAI+tODjvSGjfWoofIvSabsjzKS08wiANL0F7wRCvm8e8PipAWTHfSCrl0MNIOe5M6RdPWRNCCRR79jW0x/yensI3qK2oFsAfDGCdMjFvpB2t8Ezi8Hqz6jBDoATmPFxFfrvDLmuhMA5G6/kL1R7wyhWMB58H6c3hiOpgXG0g/1Jtvd/4QgZz7PCYPb9t0ftynCH1JVtQlWgZ+k80rnJPFQm+ikh23fb9cCN2vxuQfAWTWN3G8j6aGEBYHkuasJ9DNF1QKe5uRt1ogmfGCZ4lQ+4b8oDrYnc5XzvhD9fR41mFXI6GkhKU4nZPGO8MXkYkc5ixGxwPy+el1+D4fkE4nCmKyARha/f7F+FXqUbYgyD3H87Qq4L9ji/K3VG50QdhUD+/QG4H0EbiQ2mr6Lmh0Dmd6eWApbfC674hxFTScsrAURFLtrNVmLeZ6sQ75NZwLck6lj86wq8itrxaDtMVWmxQQV5P7GBvI/lIHraWDtWBdlx4VcHSFXEM78QMJ903k/47lvCd1SiSJqYcB/M/JXrVdCMGsMdDnDhSWq8K4Re2EAjpTv2xVx/9yLWhttVokF0g4+GQiY/qiJAqoEQwAszvUtrKPzlBYDeogVajFhf/o7wntiUscGumPueY4Dp58X7gPv+++DnZC056pQCrk8KHE5ctVLnjHk/K0PMdw5T4HFjg90vt3aDC9pRp5uFbtJ2O9qO+6dvG0PKzinHXYW/L0fl9NhyNRgyeG8v3ucveUHu631ge2aYsxDzt5ll6AtquxR53IfP9sW0HXcxKTCT/1a5os79MDtWbHqE2L73vI5YH1uiEufRaWgbPbYF+EHWJl/OEv73PgqjB6MfG0B+Lt2DrpbQxl+IRtFC+K4xZvo73hez4+UNf8z6ymknOPVBO3IkWYGYD+oczPt7jj1mcc3PRb9M7Uq2PBfwc3IF6HgsnijrQ8RkuTwPsfNebgDWsgOlHczJpw0oF3G998b83OUAWXvfeg3wOPIQOwZ94MTPnzl+mPPSFrO60jtgdl8RlTIyPSMtNTn98cP+n//1xp//iuUJY+r/A8FTZoo=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHlcldXWZpZ5ngSZZ1CGM+PQuxHHnEXNa5kiHAQFjsEhhzQ1TUtzSk3LKdPSymtpadfyupeamZpmaZnzPOUEKKgIevfwHowuv2TTPX7fH/jHOZ6X93n3Xms961lrbY6GDTP0zbGxsLAoticvPQz5+qySfH3OKnqFXu6eV2zMsTR9SjMaCjLop/Sma03Xmq41Xft/eK1njtVfXetL9C3Dmfylk6GoIDM/PTezaLg+j95UD67Xk3CPyJ969tCr6dr//FqXpmtN15quNV1rutZ07alf+8h0jU1EtV1Be0Nh9uNP9Gdd6f0p7FWZQYeqtCJDQaYxL6uBILUYSMFeVY0BCa6kZK8aMZCqMSB1V3pNocqwI28ZeYXDyUT6JIyGYTTJIhgte9UxSAdDybAGQ1JFVtGxnaUI7SyVY1IaujW+An9TCIFS+JuyobvjS/C3BgeIL8Hf1ELbU/E3jRCI8ydFK7Q9TqAUnRBIy99ShbbHCaFIFgJxRig1IttTcEYohRyh4IxQiK0kgxqzkkYp4ggF555CKE4mUIPz9g8gjUpoe8rGeI+DNEKpYQKJOYLnk1rdCJBGKAkVPAmVYtvjII2iMSCt0PZ45iobrMqcdI0B8cxVpYiAlCmNyFwZpBLanlLRmO3JIKE4KZV/AyRUn5SqxoPUYt7j3FMJVUIZJLgSr08qMUZwkFosuDw1tEJiqdQ1hnu6xnhPzichCTOBhGRZBmmEvKfiNVcj5D0Vz1yt2Eo8CbVC+aTi+aQVSg0VTw2tUJxUcmoIFQAZpBUKrkpODTGXc5BWiBEqnhpqoSSUQWKFWsVTQy0WXA7SCiWhKvVvgIRcrm5MasggrZDL1cpGxEktFwChOKllLRezSdOY7Wkasz1dY7YnB7fBK/HDC3pNJzTlcgHTNVj1+CkEwzQ4L/ghBMM0WPP4oM8wQmcQ3Nm6BovX40lfJyRD8qSvExtw5QiJDbhyiIT4I0/6qUKKIk/6qUIlUJ70U4VUUp70U8WOPDgfUsWOPDghUoWqmTzppzZm0k8Vm79lR4iNaDJIbJTWdrVmvBWbnEwoIU6QIY2jxIZIE0qIFWS24yghWtSixFrYZBkl1sOaUKKTJEcJUaMWJTY5KDiq4QekdVBio41SRonOoBwlOk9ylNh0Y0KJcUMto8S4YUKJzpQcJcYNOZdTRKdKhlKIcUPOL4Xo4MZRYi23zHmF2EAls7fhv+JgKJmHCrHpSGaU2JGkSuaG2ImuSuaG2OmsSuaG2PGsSuaG2GmcSuaGUogbajnKSiFu1KKEuFGLEuKGWmaUUogbtSghbtSiRGcyjhIbYEwosQlGRokdR6nlTBE7C61FiXHDhBLjhpyVYidmtSgxbsi5LHZmVosS44asAGKHRWpZAcQOftSyAogdv2rk6iB2lFqLEuKGRlYAtRA3alFC3KhFCXFDa0IJcUMr64bYuYdWzmWxgw+tnF9iJx9aOVMa/jUChpI5L3ZQrJU5L/bLLq3MeU393KBfUi32oz8w6ov0hqxcfQFBFo3tmK8v0Bcai3M8//jEHFv6yYm8pBUXG7LyMo15hsK6D8twrH1Yv7Gj9Bn05n56Y1Fmrj67KDP/TzfTr8em5+aRH6ST1fRFeZEWf/xaLbvHgfylQ16RPosuluFOEYYSenNWviFr5Oi8Yn09D+2Ul11C9pdPv5CT5/XfD23GLBqeWZhdnGP9X04zHdummDpX8xseZQ7DvUUNl38jqE01Nd/mNzzaHIY3F454ct3eN9n8hsc8yXD6Kb2hFrcStlhTR88VKea3ONYcoQ4R5rhO/q2CaXwzv+Fx5jA8SNhwRZ1arFCa3/B4cxgeKmy4sk47oVCZ3/AEcxgeJmy4qk5HpFCb3/CW5jA8opE5rq09yjC/4fUI8N+Q83qKwxPkXFenIVVozW9x4v+xxal1mmnFU2jSksxB7npa3r82XG36foDpFMz8hif/T0Mt3Kuo5cqVbDrBM7/FKeYIdT0Z89eGa5Pr9OPKp9CkKcxheLio4fJX3jRyjj8FNUs1h931CMYTmK6seyr2FESttTkM1wgbrqlz2KZ6CqLW5kmGC4maVthiXZ0DGnXyn05l3Cz4vydKNxiKsvMKM436Yv4PjVzIS5+SzEJjnnFsWlFR5lgODGbOKCrJMpYU6bPZD4Y+/twh05j5p+Mh+VyIf0um7gb19E76fzrQq116V/sXH6nEH/57u1/0fAVsOHt14UbnBHQ4Qd/83G/2sKT/ik//uVYJd+2GLO7ePxa9GqQb3iHvPr784OOyn2cpYWdF7AtzrFqhNVe6JD4Kc4QPeyKvzFUqcAhc/mJct3i0b2XHzbcnWEKgy5lWc99XQLffbVQem2ORhWGyzS43GyCgmsqFKjB4ToG9K1uibzckFq6abA/+0Rm2q/p6waSv0Gvndrsjy1NWDjNCLOHAGz+fOrPPm+9roCPqSh/wshNMXpg+M3+4L0zT/bqrwOiDkuM/9jrY4QH+ZGi/vjFDPWDG59QwS7RU+cGX2ntOoH7x667OOwJh00djd8d97YOGuQ9M/fL7K9jv6IG7Gec9YeW9lEvroyokP+YgV8gzlL6+Z0EwzE0Z3SpsRQD6YWIXPCHoID7da9aiQk83mJNhjFz06KAU7Duix21XV8i5eyFzZWUYxL761paRDoHy87+T/L76yeKUlS18+sxzz2/AJyTmp31uMGH95mET/xEB09c8t1dhE4rajKKWXpEmR++Ytua5Gvxm2tCLB8PPY3q3e2dX+GyB/o2smiig0TD0DkX33a5+9Zl1hXRL17Fz0f3zWM8M/w3f25FN/nZGOq8JgOfPhIL/wsMOuVZhaOBa9f42Pa9KcTdctiU394a1ZNlvy3zQORr+l67gbcnvxvv7RMGvA64nfTM9HNkMcG21MciC729BCoTXVJacWRqNmLuivNGnP/5C7ryNfR/su7kn3RlaRzz7ypSkH7Bjbnj+mEHh8O4378x1ax2BEtgGrksHmvc5FlgdCNWERj0+CEO2u+YQz/4k7e23fe3q2X5AoqiaNDoAXSve5PNg3zmJ3D0+U+EMOW9kDT4xzRfRbb8bXykx+w77ww839+xsXxCMvvidApzQmaUehNJHJFuVh6btv2/j3V//a5bdKFu0jdA8w9aG78/giUacemnG7Gwv9A6xet3Masz2M8wZ3VjetuXhQf7o+P1XR2y9YwEvzNlBmH5HYnzb7IueP7T1vHeQI1BrwvNvYsZXwgPm9+ExsJCEZ3B1OOLrP5L6/iv49Wt9vpeYmWF3cebOQwn6o+6oU1SJ1Xv2Nbj5uYF+X/WxhpL5/sTVu6SL5SE/G1a4I0aDoZZwkLr3FQ/0WdSFKcv3X8ef0G2638a7Qj8vyp1XLrVrefi9S8ts4S6JisdFD0TZcPktR/RQT4lYjXPn3RgvqZ3Qlll2pb5v+CLC0tkZxnLcaUGl3RB/a+QUSZh63xNNXb7/kx9/cYAll4JISlvK+VeK6S4Dg10Qu39xM2A8n31XGrP0g4gt451Reotr5zTv2QJNk37brcHTW/ruhDqWv1dEIOKEvu+ElWLG5yMWyJURzB6mDaKOrJTiW7+9b2IXC5RGVlvcxg5+Jlni4OiNuN9tgT0/4LDEaNfHC9r/mPPL5b1xMPyXyyMSNoejdTOP51rcsuB59+s9iYbj7dZusNWW7KCTA6SVZf0w+FoMzKwhDtkei0gwSETKJaoSv33eEppTgr8dzfXHshS7UweOTgY9DYxfDIpgRCjFPaa69PrMGC/zJwYFUGKetYYDxGsD1sVBL5qYq6JRTIr9uhaDDuIx4z5smd62JTCeGqMQWz/zBlbTRC1PBKZrOBKRZPxpHrFTSTcwXw2MN8sSUULlopPzp++XZpOwdZnri3heWXF99GyOWF6HlmFmXzdHSCK732r7u0RVY295GPSm8rQzCI3bHUc8XCEZaQBDfIGlk48nOvjFPyq2HDuGL9NwF0YDlWfN0lBUM/3O8SOTbcF7feez41anwJwLhJBzIpEHTaRpHojr+XVcQe4q7uQJh3pQhXuA2Ta+j4JphAVrsyMR+9zFHREVIJ6owmOvRhPP5OPO1mMI5Q5IoVk3B7V/pkraUk0WfM4ZrkMqsfC0RFSAVJK7mJWbWx6I0QPboZfYwicwKQZZN485oqSTkXaT+weiPFZQZH3c3QxNPNpu7MBYF3Qnf8CE9S+7A9frR7iHz1vP/m5jBUF7LkqrQ9wRe84gK16XNNVSMC1kkjuaktT9I0c7d2Du7+gh89dV5v0NyYc9YDf+yJFksGcyfEHlY0k4YvlQXSGxOrjzrkRRs0vu4kOnzjjN//gS3kpkcNx3KVy/ByegEErE5S7Ayt8mJdDqtGNqNFow/XWSGbfww/SqG9cmKYHV50OJiNcnN+hPC9woNSwm23u9Ko7zs60zUNZb7ncFpsNT3BHjTe8qzuc1/jD4RCfieSc0etuKgKTBLhBIHWjpDZWxNNP8EWWPp7clHFtX9ULBLkd4tPGV8s97W6JFZNuaBEdgeZYUzPWojSdivEk8wu276gtcbyokmp4jEtzBiRXYFsDWCyL6TB83cgdmZXGsB6//JZcwi/sDJ7CjhbxlBLD4z/dDpEheX952q1RAG46+lsDocqVSYus/cIfk7jQC4bB3Z/t/5m0LQyb+szodYgVUfjZNvY9ZfI47Aa8jMcB4oQniurfljkTlbfmLezDTk8rz0oq2VFBPSgr6mAXhsLg7JU4k4vW+DLvRRsIvDB4eHnM1+qcI1J9vWGJpca85qKhwvhaOroygGVwl0Wp/PbgFeLJARqD2tJwfP4upN94b7cPr70st0Mu9KMN2YvamDATsShfyR2j16W2uS09jas34g47A66Iv0jFhKZWW0XK3yAE+IO1WTb8A9F0B3UGNxNo7Tx+YOGKrcf5vIYi++U+1RLSMdrIOBCIeRDpayLrnhlyZgJVKGtqgpFhAO9potXJBL3b7vlm7JTekmfms88OvUGGoskO8P3qIWX9j74smSLSzckCn5lMCO8Gwlb+qbt3zRKFMoLzRJi3d8G28gZp9wgOx/uOoN6Jl+EKRHe/fvnRB81590HpUz0B0m5TBIc3uY0b7Dy9KrK1bHCDXm2bQj7Zdcx9IQ2jaV/mhgcSNGxI9gOmU3RXM2qveAeiSRBw42xZYuEfexnJeA/OHTTRs30sa1eJIWWeqpWWTaKH6EbO+aoo1sLzLckDEuyTiNfj9AJo4dnCShuOLjyVSzBYefpP4r9XGZbfWlGEWl/d9UMEA2tmdxbx+lGGmc0duSKepHLzmAB2oQ+OcEa939iiUmtvTiuvDSWu0elQ7xyNZ3oiV68hD+NYeSvRHEqvzUT6oDSXkTWdgZgywB86rUpxNw6tzR6zub3KD67TcjbRCzlYJ032PuqJ7xJtLOlgAjWr/FY/w7m7aN9MmxQHj2fhwxPq1ceXYmglklcTqnrcFcD5ZoSEsIaok7k9H2Q8evE9WJXD97xCGWNuj8+PPbREHTB6bhSOmO9u9oDyNKMXueHluiOR67mMh99+PJJqFQWu8gMpjx832wMIzoUaiKq7ycIb77w8nLZ8FLC6kCnpSSmWNoxvMI3L16TYbeJOMC05e0cDzNQ69VkwLoCMwv1TEAqPrunjEaLPeHZh+vxADrP8KiZX7oTJpViwh6sFWwPkeizowQ6sklh/744HNS/eiUXPinfK0aomG8cDRVrxPiY9CDmyjd7ifzyQBq09XYuU5ZTFm7U1pMrC6kh2DuB1lmKpW7qQEYP3d4DhkxRqaU5j1DStigWQN2WkMYvqxwR6euXJ0XdX4BOBzTzQtQqTR3I6ZXgYmAFGzO/nvRCA+fzzE0bSdnJEIzE7SpzF93GjB/TxLDSQIF6YEJyOmZ8McgTQLM2r6a4BMT1YJnRNR8jcxbk6byiWa5rpdfoiu1nyYDTAZ9jRKvC/xR3wuqcDPjKWTx3HM+q5SP0SKsm74t82gu5ZOOCfws4ygVZili9GD5885e8Tr7QrM5o9v3RF9mltcEAqj7e+NCszKQIWjvH97xNIg1R1YeTljy/u/fZZAhrCXt4W4oEJmUCXm+7ZBRTTRk1x4v9nCg+vBbS+kYgXZg9e7b8ok3jdexCyNTiUDS4+AcMTOE9IKhxcbiwwFxXWH8cf/hcjjfyBTzzXFfwCWsW1D", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHlclNX6H/ZdBphhVVZxTYVZQa+dB1Fz3/CmVqYIg6AsyqKiZqZZt3LNvHYrNVMzS/OmkVv2HpdS0yxzT00irrspKqAC+jvbYHT5JIfE3/0D/phhzrzf95znPN/n+zzPmYGwUVmDUuxVKlWOM3nom5VuScpLt6SsoCN0uE9aTm6KjfVVXG5WRgJ9Fd841jjWONY49j841i/F9s/GBhF9S3Anv3TPys5ITI9PTcwebUmjF9WC6/8w3H3yU8sa+jeOPfKxHo1jjWONY41jjWONY4997EPrGOuIqquCLlmZyQ9e0fd60uuj2aM+gTZVcdlZGYm5aUl1BBnlQDr2aKgPSHImPXs0yYEM9QEZe9IxnSHBkTwlpGWOJh3pwzAmhjFFyWDM7DGGQbpm5Y2qMyRWZpYYtrJoqZXFckx0XZfGZ+BPOilQNH/S13V1fAr+VGcH8Sn4k1FqeQb+ZJICcf5Em6WWxwkUHSMFMvOnWKnlcULooqRAnBF6k8zydJwReqmN0HFG6ORmEqD6zGTSy2yEjnNPJ+UnK6jOcfs7kMkgtTx9fXaPg0xSoWEFyW0EjyejsR4gk1QQ6ngQ6uWWx0EmXX1AZqnl8cjV11mVOenqA+KRa4iWAemj6xG5AmSQWp5eV5/lCZCUn/T6vwCSyk96Q/1BRrnd49wzSGVCAZKciecngxwjOMgo51weGmYpsdTH1Id7MfXZPRFPUhJmBUnJsgCZpHbPwHOuSWr3DDxyzXIz8SA0S8WTgceTWSo0DDw0zFJ+MojQkEoAAmSWcq5BhIbclnOQWYoRBh4aRqkgFCC5RG3goWGUcy4HmaWC0BD7F0BSW26sT2gIkFlqy436evjJKBKAlJ+MQsvlbDLVZ3mm+iwvpj7LE86t80z88IKOxUh1uVzAYuqsevwUgmHqHBf8EIJh6qx5vNFnGKkzCL7ZMXUWrwedfoyUDIlOP0auwRUekmtwhYuk+CM6/VgpRRGdfqxUChSdfqyUSopOP1buyIPzIVbuyIMTIlYqm4lOP7Y+nX6sXP8tNkKuRRMguVba3NOO8Vauc7KipDhBmjSOkmsirSgpVpDejqOkaFGNkithowRKroa1omQ7SY6SokY1Sq5z0HFU3Q9Ia6DkWhu9QMn2oBwl209ylFx3Y0XJccMoUHLcsKJke0qOkuOGiOVo2a6SoXRy3BDxpZNt3DhKruQWnNfJNVSCvXX/iIOhBA91ct2RYJTckaRBcEPuRNcguCF3OmsQ3JA7njUIbsidxhkEN/RS3DAKL+uluFGNkuJGNUqKG0bBKL0UN6pRUtyoRsn2ZBwl18BYUXIdjEDJHUcZRaTInYVWo+S4YUXJcUNEpdyJWTVKjhsiluXOzKpRctwQCiB3WGQUCiB38GMUCiB3/GoS2UHuKLUaJcUNk1AAoxQ3qlFS3KhGSXHDbEVJccMsdEPu3MMsYlnu4MMs4kvu5MMsIqXuXyNgKMF5uYNis+C83IddZsF5U+3coF9SzfGjb+Rasi1ZSamWDILMzu+WbsmwZObmpHj//o4pDvSVG3mIy8nJSkpLzE3Lyqx5swTX6psNzh9nSaAXD7bkZiemWpKzE9P/cDH9emx8ahp5I57MZslOa676/ddq2TUu5JeuadmWJDpZgpoisvLoxUnpWUljJ6blWGq5afe05DyyvnT6hZw0n/++qROzaHRiZnJOit1/bZr12DbaWrk2vOGRDzOcvoqvq8UaWYvFR4HmWGvV3fAWt2gIVwdIuzqqZtEb1fCGt3ykrm4nbbGphpDrohve4laP1OIQaXLHiM8RrA1bw1vcuiHI3UzacF2N7KvTN7zhbRrC8FBpw/U1CgidoeENb/tIOR4mbbGhRvGjMza8xU80hKsj6hnc5upTi4Y3vBbJ/QuuriUdPETAY2rUnjpzw1vc/v/Z4tgadbPuMdRjHR6pxbWUtX9usdH6HQDrSVfDWxz1SC2WLkuMIldFWU/pGt7i6EdqcS0x8ucWm6Nq1Nz6x1CI6R5mcX0kO1zWcPF9NpOI6segX7GP1NO1aMNDuK2vedb1GPSrY0N42iRtuKnGEZrhMchYp4Yw3CxteEyN0xdj1B+OXDxV/I+F4rOyspPTMhNzLTn8r4g8yMPAvMTM3LTc/Ljs7MR8Dgxme5Kdl5Sbl21JZm+MfPC6a2Ju4h/OfsShD/8KTM0FWuiV9B820NFe7rZtXz0WAZtGvXiy85ZAPMxv0yFVsAZ+3fP2tn8OCIX96j1bN88JwTtfWT3kW50nuC9cM2PgmkgYPKjl+6/9Oxh/n3L0/JhPvEG/+7P2mRHhsKu01XPzdobh9ZHFM5f2dYeRE/oH+7YJg2NPX+mwrWUQ/qDbFzer3vKGecU3Qn78vjlEOr60KP6NMNxs33/QyhGecLq73SS35veUse9MfO+DCDWkqbJesnfwhd6X7A1eJhfcZo3PD12HesCJ67d6DXPUwpMXTq69+1ypwi7P10Lqxks5BYu0YPrkySHPlqjxVY+vov51yQvW3X0u4+t73tCEvGzjv0rpMvI/P4Sf8gU6W6sntfD81p5kJ7xw6I9ZI5zmaoDNv8Id9pJtmO95A5Grps3O94Flf3viyDvnNPDCDxuHlca64uw7nhc3XdPw8RR7qKDTbChHy0eThRg9oceASv+cIf7QMtp5bdOf7PHCjjZ9X/5ODd6rtu/wa6GCJdNbkK11gIE/BU1N1LnA5uBZlwdu9oMs75n42+V3lFvpT7/w6QQveIpPhAKKhhIPOQODJ9jA6yFJvz1jGwSVa0p+7DvqisL8s88VwtMnTV71xFl0dNLFFtHO9hDkUdhu/vtN8LRmMaO7tg6HFgkOK97sWKXw/XTAfnShCRHwbBe6oy7wyr7BOz5aeU85+I8ffy7sHczH04PBY/zaN05d8MVsfWEasHOhK/AEtk6TG/Q7tOC5e/GViPl9jDOExpUkHRhuh9m+3w6D8Z1dj68Ydx29Rm7r5qPGn54YMaH/0jC4XGQKxM/eUoo1lAlqTBZn03d3BMzI6f5WmaMKR+bZvuP8rg1Od7nz/uicUG53l4PojSpLeXGYGrfydCv4MLY5UO80W30Hse38uzukLrg6FRmXKoSlbcsW31fYcp/ZqWxon7nC5stA6PuyR//1b5Up/Pq9iC2vSg035ybkNl98DTnwhaAoulG7XaFJuw1Lrq12BZufbcmtziIN+uZ0gb09bGtJF+AFiyz/SBp+ugyx7Y8PhO8O0J/daN+Er5YFdnAHPk+RQunwTLIHkMkJwhbKFp9Z+OqsC4jR/G+3UGtGXBuY3kN5oVmMBv8yWfPpU4k24EXD8RUbGPqR8btO/c6gMV/mLvS3v8v93vO8cj+sqiwvNBRSyosTlx8rUfyZo4uVHvQGTr6QuOtwW0tAoUK3ceOljQrZ3BFv93EGG7oR19QQ0WvKzA59riPOnzK0u8u6tJ/Hb0XUzJenOsGbxLt3r/pibucVROlz4noFou4JCvbAJLqPTFqjBvChMxUoB14kBgwPgI7sxqeVEErvYDUUXVy0wT3aB3P/HkfDadhMcYKOb+4nCEdMyNP35twqlEese7rJGcR4oaigE1uoFnb6UcMq0LvE2xecQ+DA8N57nTpXKCyONnjDqTvTyNZo8RAqO57+sCOWLkBBbB3rvSG509n+c46HAqPrXRtMrekeHwKzppLANobyuGzpjT/43Hx7Z7IfxH6+l3gwALSzexEXlSjsvvOCYH70xHZhy7RcP/MvKE2oQ5394P3ADmeaOwYDC6e7Kszi/5lA+OEoEcKKINi83u787Fbugv/+cCOOKOnqFsD8MTsCE9U47p3tLuL8Llp+O/rcp5HXkTclXJ4fHjBncab3TDfg8eIKhFRRbVo7wbc0bA+6AKNDMx8RR+EQFkIitEqFbb90ILe4r5BNbbehcyQcJmG4cI0jhM/NGx/kYY+Jym0Z2zMQ8inBtgXAu39f9sm6oX6Y+WebN5CgITfwAcaLaC9gYZBUing8NYHuzIBzysYpN/49YGwwbNs8x/G6bzmibO90tgKV5xW+57XqDnKgNN9+QRlO6XTZDTh/3DG39ztl9qlUovxFCpXxz5aFAtPTgjJlANsYFV5+zHAtxkELhV81eU//wTmF5Z8VZVwvv7Dn+SjJC85S82YsQJNIethSeRwxu5f8gqgMpmW5QyiVka+CMI2y0V23KHNa0cA7j5jfJnvgAAa4I3S3SKHLXPr8DdTH/FrcyFX+sGZlP/Ah+tOGEndvUxjhdDBg4E9j0daxJMLO28HHI2mmvK3w+G4O46kQD/DDjP/jfWEUNWRSU/hWRxb8Wwhe1Y9GjjswHdreUlwfjBnff/WBV2KOfZ2RG8b1aWIEttAJVjsBk7nnbyrMfy6uMJAmsFF+oFowraLjODfM/eYAg2iCOaSF7YP+GTY3T4WnEFn5Zas/z4/TtKAeSpmuwR8T+ixReQPLV3O0sMBzMkmpe9BmmFG0xz8IDn/5K2GeBgjJX1q0S4MZzU/7QnsqQKWuIo9UoggaiFM1wPXMCyZSGTzjjInTSGT5A0vfGTaQQd026jJitBjkAbcTfl317u4gYGVGoiPm63OBU69TwbflvFdcYU9v6gg3Yb8GopgQlynfZBimb5quhcN9RxGTihHP93YQ241m0nuI3Sc5WOT3EoUE79CPCmxh/3JaoFxC8U1pRrIDFfupVFjcayLA7+TB8gRSl6xdRwPXDrM66Ho4MBl++hxi8b3NBTN97RUKBVQ+Pr6CWN1zxAcz3swKBTo6cnCl8sXLRHBOemFEaK7MjgS6Cy+evK04skD3xqzOCAgHYhypUMqUr+cRwVnuiJmODwsWdYczvoKJwFXYYlouff19CBByX5+1rxCtPEsCZKMPZnwaHgkxbOJCxPOgCz5JrAieEAlMJ+xteR7o4Anqi5uIQl1SWF2QcxetHEfuEOEF3I4LqEBbsf+3ns48r/sfVZjuXwyAoy6pJHVUKUM5oRHLV45BwPOQHS74MH9P644zRDx4AsvfiaUKUWMiaLe4vpV6ActXT5Wg7NfnkkrxOrLu+0xCy+ktytDYtvQO5xW+3004X7p6wIjWtGItVMjq9u3q4ggs3yx1g8X355NAuIHm0bR+3xWYHi3zEXVfFer6Rvr5ijW+QFXrnYmzFVbf/OIFbD/nlSidaWFxRg0sPuPtRT7brVA12x5nw1+vdwTiXUI0Daas+7yHiut5n3JEq7C1TY8prI4z22Bu9w6FhcPKMGhNqubSVmsVvs4ihWaPl7R+og67pBBnkl+K0BGSvYtO2PB1lmuABDcp0W4gpvdLKkW9ck7h+d+Gx+EVP8zzdyViMqYqRVwnXHA4KRcK37PWi/sVXg/5irr0MKLZ/VYvHyBVX6pqvTfuy4TnBmLPKz2E3jngOCILb0/xgatLKSFLEd216CFhwNJesRaozD6Z6girL/Rofz8xBNr6Lzri0ioAxvw8nnj4JmJxNC4Y2L7ttcNqKjdDPKH3MKJ4Dr6Yx3W5Mpdkkx7zNfD5sNItP/UKwJxXKpGftHCmgAaUNyZZiwRoAExgAlqCeLxogMXZE1qwJ9n3qscxsQ+evB6eHCTqm+MK20dSp7P75YSAW3dSgQY6YDL7gMqhYcDo8lkY6EhWLp55S2nHBCOU69C0cDHuhJns5AdzO+3DRL7xwZzPQTyuD4Tx+t6sxtEkmhZptEJP/GAQpfvOMsWJsEjrHgK0ysx/NQh+o3K3dYfCrj/SFKZvIsL8lAZYvOsrFBZ2UVpgZX6cqGdWVyg3SJeg9vfj/U1SAET1+dC1e6Qb5vWClufZRa1A9AO4E6XX802AybdrCxhHHe4Viak7L5x0gkTmuEuoA03/DsWI9TUpAXgyifI3e6uAx9UhZCLV6iEvLU6hhdY3tmLeW4j1d90CeX0ftFRheb3bccTiPCUUrpEoXnfRFuNnaSehwoyekRpgbUXvuwrfn3KF0XeXLXzyPRGE9T7QjxHpBGJ1nd0RxYk57iZi9PpCDaL+x3wfL/O6ubAEMbmfrsYsTVysQlrWmJYpvK+5g9h6WvvxOjDXB49hgRAE7JAhLnN0Tm52VkZOzWb8wf8HefDXL7WM6f4Ph8D5nA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXAlYVFUbRlbZdGBgRhiWGXYRZPZhMp2DuFuaYWqaGcKIJDA6QGap/WZmpblUarmQltZvuaRWmpX3yyXLdpfMbHXLMnNJE1z/sw2G8f9wJoan53/weRy8Z+577/m+7/3e7zvnXtSMdNw+ytfLy6u8Nf641VFiL6gssY9aTkbI8C3F5RWjWrmOciocpXnkKLdlrGWsZaxlTHjM+y9j/a+P3Y61Jy8E/6OHw1maX5I7Ot9ZZC++hv/Uc63+LWP/N2O9WsZaxlrGWsZaxlrG/hFjr7rG6AqotkPp6igrvH5EvutNztfRT32eP/7s5qgciZdQjYNkU0hecVlRIyD63mRMZxLHGCwiGAP9NIpYY6C3MRpEbmOkn0LWGNltjCIYE8WYLCLmMIxFaG5mFh2zOMbkDiZbxB4L85uQPQxjsorfxyJkTzbzmxBDrQyjcwPT6IyjZ2vZD707IKsQSMcSVQzEs1vMJoOgjPwJZGy0xymIpate6wao8YrFjGHTE7sTyyS9mE0MZBa7k8WdOFncYUS2O3diIKMYy63ugyxCwdVr3QguB5kbXZEYFdgPIZs4yCLkcj3LXL1QcDnI3OjyR0Esc/VC6e4CicWJgcxid+Ia0eiS8WeQmMsZyCx2JyYsBjFGMJBZzHtMWAxihOVqJOYILixiNGIgsxhhuRqJMYKBLGLpzoTFIBZcrkZCNhmYsBiEqobBHQnjoMZ3U2xebhRqDmp8v8tygjWIQqnBQWax6TFhMQmlBgeZxaZndGd6RjcKgMHkzvRM7hDWnY6Fg8QKtcGdjoWDjGIs5x2L2PR4xyIUJyNLQpOQWBp5Ego5goNMQnEy8iQUIqwLJJTuJgayCN3JxJLQIsRyE88noXQ38dQQ2hpgHs9utMev73RkCy09GVuzG+2FP2GEdlQYwbOFfMAxYqtBlhTZQjnrAokt7HiIxNYzHOTOWtoqtrDjILElJKOQVWzlxEFCScHX0lYh8XKBxBjB0s8qxghWZKxijGD1wurOCtcqxghrbx/KW9GFJ0MJcQIvIhlKbKGh5yixRYOBo8QWAEaOEmvmTRwl1pibOUpsBWXhKLHVUDZHia1sODd0oh09Q4l25wwl2mkzlGjXzFBC3DBwbojtKRo4Nxq/ZU5RnBuN3zAmR0aXXWLNnwsl1shxlNi+p5H7UGw7shYlxI1alBA3jDxeerFe2IUS4kYtSogbRs4NsX2rWpQYN1woMW5wjTKIccOFEuOGCyXGDa6HYhtRtSgxbrhQYtzg2iu22VOLEuOGCyXEDRPXebGVsAsltktUixJbmPGaIrZ9X4sSW5q5UELcMPH61fiHlnVQQtwwccUW20+oRYlxg2uv2OaACyW2O2DiKiq2PVCLEuKGmXtDbJfO7LJLiBtm1wyFuGHmit34x+0UxVXUJMQNM1c2kxA3zFxtTELcsHAFENvhs/CsFNvrtPD8Etu3tHBuiD2Ns3Bu/JfnXeRl4XIl+aLC7rQ7CkbbSzHSOaF7ib3UXlZRPirmz1cc5UeOgvFHTnm5o6A4v6LYUVb3YnlBtRcbOGGsPY+cPNBe4cwfbS905pfccDJ5TTl3dDH+Ihffze4sbosHbjgnEP+jW7HTXkBuRo9ySxwFY8YXl9vruVqP4sJKPLES8hZSsfdfrxZATSnKLyssH+XzF2+5ntBr+ULc8wbLGjKYnJDrqCQnFzTWbn9Ru/njVzO32+J5u8OaNNCtRQ3me998N9ua7XmDw5vU4EA3Dea71lar5w2WN6nBQaIGc0strv0MrectjmhSi9sIW6yt00NodZ63OLJJLa5HCxuQLR5j1+6T3vMWKxqy2B29rseNDRhurdP4aQ2eN1zpCcOjhA231OldtUbPG97OE4ZHCxueXaf91po8b3g9wfn7htdDowYKl77OCkLbDD1ZPcH5+4bXQ6MGDDfUWQRpm6EpU/0zIm6ss47TNkNzFvPPiLipzlJU2wxNWqwnDK+nRjZgOH9RpvZ5kOcNj/OE4fGihhtdb6e5Hml53vB65vg3WrZ63NiAxa635FyP4zxvsbpJLRZuWUyut/VcjxI9b7GmSS0W7lVMrrcGXY9BPW9xQpNaXE8d/N8Wm3V1FiK6ZujOEpvU4noKYAMW6+tKdjO0ZUkNWeyOZNdTABswXFtnX0HXDG1ZcpOG2lvUYv4uk+vNz2aIdIonIh0ibLflz689GZsh0KmesDvYTbtd7xQ3Q/ud1qQEr+cZQgNra63rxSJavZqhXKU3qcH1bC03EGGr65ky/WFi/3mVkMHkkP0+a90HTzec+1/f/6W/iPw/Ju39l0kbGch0A4jEalB+SaU9jzwE6D92rKO8uOLGJ1yEEsRVuQ6Hs7C4LL/CXs5+YT0UfwyozC+rKK6YkON05k9gwDhqgLOyoKLSaS+kX9xz/bhbfkX+DRPkz9iYcXU9bidnLsd/yWiv2y63K9+YgG79fVZeRVI4XKj8YXFY90SoOvXy+30Ha1BPZ03bn8eHQ/XWwlfueSYZDj5xxX5heQaKOXHIHO0VCwdrJt/7TpIWBg9bJ/3aJR1NOzFgU9y0GMjMxWcosqBzxt6Fx75NQ4pLH/32Ya4SLt009tPHnFlQ6b2wtarqjK37V6fP9Tkgg+1dVxd/N+6y9BA54QMN2u0YEfDpc3L47unp04b+roUvB/2a9fZ0Dfohc87S6nHh8O7hiNgPp6mhc9D+F8dOkqP+a5+xP5YYDS8mvnV5+uvx8PmGO8+/tTAC3aXOOVPwsQ8cGqLc+AWKgln+pxW9ZJFow4NnX7utQzuYgc05siwBPhu176d7O7RDuufS280bGAhT5uXOKCmKhWuaK39ULk1Gfe98NPvLHW0hdmhhp+/7p0HAiGdviZwZjcjRk4MVgK82ZqEyDWb2+cXXODcBvebz08y0kzL4Zd76kHG3pMHi7erXnKN9UeHwb3r43C+DLc9HZ327vBXkErOfiEUPrMjIjekQCfhg1hG9GnaQ0wdEoIsnT4D1cCTMx5dZ1VcFqqxvk/xzZIjG4UgQ7Pb6zjtwlwJY/GLRMdvy77fMioBQ4qhN6Xw+weijZd3f/H2SDF7AP67s/U3a2dfyeM5SORpPJ9IGbn739vmaWeelhw50njAkLRRN8d0xWzfeB0YnlNz/wIoQhL122+VNCajYcXrahwN/lF7/4D6MrJHuua9/nOIXH3T8wKqLd5UGQX8kz9+WJ0Of78MB66RBt7wU1CO58rjtjwXf4kiek0Zv+KX8jcgQ9G/TJ536DWgFa74acV//Ki82jytqhKN37uD+CxLxXmgXHxi57EvjqWo5Slpwbc7kS76QP/D21KWB3rDi3feUKXsS0L5AMsNwUNxLPJAJp7K793QeSEaUN3lhLC6DM2Ebpu/A270R8X4w5nnN0iI8k0C05x1CpBh01+yt59Pu+t6GWVx1c8Zx6e6+HwR0VgWheELoqmD4YUubxYYXztkIzQqGx3A/XJSof8OuSGFm7EGFDG1CDx/a+awf3Nzvi7l3TQ6GqzhK+cti0Neqifn6eXLwD4+wvT8xmfMqCh3Bdz/6UDicxHfdGx0DzP8qdIW4IUcJhN6df0mAKELgdRo0bSJm9hsRMBtHe8Hz6Qy3OQVNjs0u6lYcDEfPxu92XEuH3kv+lbLVvw0ykok9FQ6UtqHRcDQfO9TRES2r1h1bc1QNNF+TtRA6btWMg8fT0D1HP084eKca7MRdRZnQ6tZHQvtnaRAJQ/YOJXwaNeBr1WUdFHs5pvj6RSOc3bEvHw+GbsQhxcksX/fEIMKajKnh0P4j2c7NmxTQl7jpzVj0ysMDei/BusH4nAhWHK6az9ojyutWwWx+n6XDHe/9e3k/SEZrev74QMSaaxLJzj/Gd4CEWZXjVE8GoMdz8EwPyVg+to2HbXs62KMOnbZRvRkeCSwPQpA2faX880ei0DN/+OOMvWzrxhJKCnl65cMDViag37G7RkyPZnmYng4rl/fDDPZHfoT+mQrAQX/dgudP77/gCxu9b0IonN1960jZEF9Yh+k1PgbPnyTcPRFAwn51gxa6diEZ8att01osBKPl7LzFx6Su1MEaypK354fCmjdHPnQgUwe3PbmgLHyqH5o7GQtgvwCgabcqAGje+LVClU+38x00SwZUPoKv2DovuuP5V09GISpvw/dLaW2D33hpwkWJ2t1GxfLuvBKkSZgY2zOAhGvHZ5Go6m4ckYAIILQK2n9NClThkRlyRNzRe0lreG8XEYo2LN/vT2RxmXJWOo3LgeXxfVL8uZJBk9acs00FfKLZF1J1rVfFDJUhLzJxmQZdXnkGe6ba1hHLtO6YD6gLfhvadUs46koFtlpiOlhjyyEO6JSAtHSi/tCDyFK1D6svR87azvfBgjs/GsLpjVojKk+mSERUuNRYbfsAe29O2922xzDb3tmmQVYqSLGQgVkwZHAGeL/jhzPtou3uzb1DvDvIIRrTduKySPAJfCK+oF8qwpOYe/JmBRQR4nbPhDcfwYllTUBXczFBvBQsLpOy4Mw5PJFNYSxfVoQCkZ/Hx4bBgU8v5B1Obo3mtn3A/OqW1hD38vFeHa+tkwo/Ht73g55RSEkLqw+U7w8/m/OZH0QQIu9NQm0y1y85lRoGS7HqJvVI5NfLRKc+3NZ19cooxqtNWlgShhXuQgKiNFocAVOzsKMejQN6mykaRMPwZggkkgI8MR5I1BdvaINonGereF2Ih7c3Pel/+stIZCLCuD4WaF1aHQdOXGbOxivRnbgset3tBYROq9sp4NDPuGCtC0cRn3fDlblGorREKqB1d50cEff9Fq0C6r+YJOhBEuurcMar6RHw0iIc4PBEkGG3dFEqEE3/0EAYRoR2iRpo3wAqVq8LfIHWvROxQO+jTkHn3/r6iStHA5md76UA5f2aFLRFSwqzHGgcdqRCP5x9VqMCzcdl+qe3I4FMa2jXNNDQiUUjqltro8GwfV3HMp80SDkyteqTVzToPWtinwd9ghhvN6eB7yAckVh/9CtpW07IWf5u84e5JyfaTFVxiM7723awGle3HV3iWJ768Dzq2Q5Y3JTA8iEQYVXHDZQ/YO/jKSng2TLCYBUiWV8zWcbqkL4DVOcdXrFoexCrC3dEAG0vSr+RaF2TK1BS2uSZb40Jhat77/85RfeNRHnWJRQV0AJxQZpEGpwJMkSyr3BREvfnPonW+Ste8EcarmiVfujFViQRQuFDUq4dEUgiZWxgAjJiWaveet42+wgpGD9KND/y/RDt46ouSKwfuGrD1f3eW/eokf7YmuQjU89ImMyj9hUFA9W14+GoRke+uCR1pAXtoiT7eeNan50aRHk0LhSex+Vp4fuZQKbZaUQKIvId+kMbIKreMycLcDQwtQMR7jI3rt0WwfLCPwiZaOLGcj1BtvMH908p7/GxrfSnSyvPPCVDtO+4V8b6jT3nbJgNWAFiUOmOq+sfdLZi/dPcExIpg4+myhDtC89dklg+tgWSnft3Z/G6pgYsnjvbL+wIpSStXshCVO+VGvgZ01ATqmM86ZyJaF+8MQEyNVgJ/bWsDyxpz/IL923tSSPRqwPQPMF1uQMR8FQ1ZJXhSEzLBCJPyvHtEa0PQxOYXik7sjoflIjodRVRQN1fqQcqawvjEe1/UxWQkuf34lOb9cD6IzUirB2QrQJLNAxTT9FBMCVOJKJpdjAE6PdDkuGnWJJRKrTwOfInAHDWXFqpS2X8LVYhovLztgWwvnpFIgTjrs3761hEZWyBArpMGIJbtkgg0XqpTzSiZWGfDObtxQ3YKjnT1Y5q1i/FyYDKbk8lUL5Wq5GB/CmPYXk0ORGGk0BdUiHSPi9YEwdjcbsfFZYMtI69FYPI7Rf2iofxxCEzNUD7yUXpiPZzFwKAyEKb1RlwEyHQ7HRE+4V/hTGdGpcOtB6MSEcsn/1gLWZvVWZ7xreZKUw3LtVIrH5lAs2TihT08W/EIecl2j9/1R6KCBHmJ/L6ck2idk3vAC9jutz0lBfagNuYGcNC4eFyrITvx8IwEtgMP7T10ZcH73JGsHgt5P383BCEj25q9UkIbB4TWLN0pxpw1HAF325b3xETZKIcdg0khgQiWn86n7LtIuGpioQ5uBvRPB+OnsRh33JaiRy0MHqxdVJUjUTz2TsGEfqOfMgX0XXE2Z2sH/hUw+rUVRVgERk8bEAa0L5wdxKi/cSMaFY/5K7+JwhRfeqmBBtNRDkMJ4VxjC9i8Y6Cw6R9kUVBW9ogKdGQXfrt68qUrJ/ckcG+nxOJiMqpTytgq5J44rxEj1+Ts/k5A1m/mCdHbD2YhPzoxH6QqD/9JRvtH7pcsG0k7phwWSLpMejdcER1+HAConVCc8lG1ym4j2D5JEesjz8m0X5wiRei9eJcIiLLzTv9/QB33bblIwKA9WFf2TqRgjE7Bp4ly5ShQSiPpJ9Ojuj6Y5M3uraeLBj320jUPxqRwNYRy9VA4xmaAaRdTl162rZgDnb0GJ4nT8iBbpzklBWVVzgdpTfsIlz/L+qu/+5yPWP6/wCwCYNP", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3d4VNW2DwFCAoQE0jMkmZbeZk6ZmcjF2SGhCwhBRIqSMiEjKTKZ0FEQIWJBEQRFiaAoRUT0CgjXL7OAS5diDAKiqJFepZcIvF1OCFG/Z/a8l/fd733MH+fM2XN+e++19m/91jo7J5qckgH5LTw8PEq98aFPSaEtt6zQlv8SaSHNj9hLnfnN6q7SnSVFWeQq40Hbg7YHbf+v2vr+x7d5/ndtA7BuZbXFX7qVOIqyCzMKsh0jbXZy01/g+v0d7i7+/J/j/mxzvwdtHln/g7YeD9oetD1oe9D2H9n2al0brbLvZYguJcV59Vfkt57kfiM9ilmkUE93lBRlO+25jQRJfCCBHmV3QCY+kEiPZj6QRI8WPpDck7QZjXwoE0NxusLMUJy+sLiFSmMowS0Uh+Pp/QZ24uDg/TDe0YzslMYJE+hJMHDCRPdgEjtxsPE+mMw7muzeaLJ7nmTsF8UsL3zKshePLLT9PYiRX5S4QIz7oswFSnPLhwJjo5lrLIFxUTS5AZK5/KeATAyUWVKW0xgQ47zENxIDyUY3QCaJa3ostiQuTiggWXADZJK5pseCUeJjhBLB7oBMJq7pseiV+LjHQLLZDZDJzDU9phIS30gMJPMxgoFMFq7pMT2SLFwjMZDM53IGMqVxTY8pn5TGNRIDyXw2MZDZwDU9prEi3+IykMngBshs5JmeyLRc5HKEAjJx6Z4CMgtc02NabuaikcgU1szlclF0IwGI7uie6I4aiSY3tFw0uyEsojvxJDLuSXyMSHMjqUmMRhKXI+pAXCyX3OGe5A73JNENLZfcSZ+S7IbuSSY3qjDJnQQgWdzIuZJSxXIR1qSsE5cjzOL9oEZKmFlyByRzTo/tVFBMo/3A9hxIm6XRiYZtOVBMo2Od7ThQTKOjtn7DwdJo2tVvN1gaHUn1mw2WRgdS/VaDpdHsrt8ysHCRW3nyt3DxVHnut3BFhPLUn8ZVcyjP/Glcuq88uqfx5TJmUxpfflZAXMJaB+JL6or33ClU0vjyswLiq9iUdeJL6mLP5pSCXJTANRFD8dUCdSg+UsgKio8VdSg+WpgUFB8v6lB8xDArKD5m1KH4qGFRUHzcUFBGPm6kKSjeOpGheGs+huIrW+pQfLWYUUHxFWN1KN4Kk6H4iqQ6FF/lpyiAkYsbkhLLAhc3JCUqBS5uSEp8CXzcUCJF4OOGwnmBjxsKewUubsgKDwUubsgKowQubtxDcXFDVhglcHFDVhglcnFDVhglcnFDVhglcnFDVhjFt2kvK4zi27WXFUbxbdvLCqP49tLvofi4UYf6a26QV3FKQ8gPTpvDVpJbYCvCSMf4roW2IluxszS/1f095rckV23wIb20tCTXnu20lxQ37Cyr9b3OBo5/xpZFbh5oczqyC2x5juzCP9xMXgLKKLDjHzLwaDaHPdHj/peV6D0++Eum3WHLJYPRq4zCktxRY+2ltr/orZs9rwxPrJD8jdke/OfeWlFTRmYX55XmN/+Tt0SxAV2NaU1vcdLfWexPECVl5Obcxhoewm14WoOIEwxNb3jy/+pSh3JbLDWIYMHY9BanNMVSh3EbLjcQckFoesNTm8LwcG7DzQ3ygyA2veGGpjBcxWu4sntal+IEqekNNzaF4R25V9zSIAcK8h8Sn58Hexkpo6TEkWcvznbaStlbSr740L8su9hpd45PdziyxzNgJPWJoyzXWeaw5dEfRtRfZ2Y7s/+QgZXUy3bdGk7QRu4k/2RAWvPJJyYR7Qnr/71qUguwyk9u6Pm1Pzoy+qVZRwUVGvBl5PQzxjjYKfz7s5S+0VC94HjE0rhEFHWlcNDkVS1h9MqXDxdM8ULpz9dse+udRGSemT7i2KO+cN3rqbceCQpEZ/vjDj6OQtWJtrAaSzx8Otf2Yu7CGJg+ad8/n1ijQlcPH5haejwGrvZ6YoblOy10PFNjCl+UiDoEWrf+sMYPvpk97E7GrWZoZtWRn9sEJKE3q30KtCsDYHPeihEDq9qjE6/EnfN92B9N+DApo2MnCVLuam5fk5Ng0qXVj44aEojSL+Z+PbyNAOPefV+3/h9JEFy76/yOXC3SEANuxwHu/NyZKdEw0Kmff9ffF2XiS/CR4ODU0m5zv0uByvfCU39c0gFlvlx4ovaQkc3/xxT4enjv7a0i9Ohd8f0vzAejAQVkb/52VCS8g91zskCNjN4rOw5ZEgMnD628NewTjeKPJPQ9vizqGgjj2ujjnn3FG/mfWvdp89gANJxMpJMI677xOOJ5KgFCyJccDSLugInR0HbO8uf7z4yEsWRCC7VIVfFk/K7VsWw8bx0klgcf2jPWD8Wf8600HBLgkY9ad4sOMsAvbTCwvQpVlTzVas8TCVAsTVmHuoTC4hvG46s+TEDffvVrYIRdA889/ZVzzlseaOOyJX1RQAia7TfB9HFkKjxBJhKphvNDujx88u0AVPLb9B0DNwrgc3PRyH/20sELFbtX7N3fEW3b8OWrXgY9+LwUlXt+gT8EXErfm78/Gk1tseU14zoV4NUaELvonHXv9axfPzysRd3WXr5dPVgNzY54Yshd1yu9TreQ2t+xUh7MEKHoRO3yi1V6qB1WtOXO5zpEpv28tj10d9z0O7Wu1uVBP9utL+YO/6HbNAmmvpnxcmF5PNypHncqxhhNlyPRlgp2MuG5aua/eC2a/WztQ88UR7N+zM3QV/Ne95swLwltmrH08Z2fhwE1b1lzZA6HoepmQeiO7frR7NEibFGvdhS0j4M3dj3XwzU5CmH2Xl0frmfr1TMcZhDY0SBE7fkpETzpgoRCEDHsig6dPwNputaBQMyo2XbQNWrBWMzIE9agiB3HrHkyLCduT4+FueXTh3w7KRL1zfEfnJZphJTXF+GVUgP24tjkxVFo5+Yun9iP6IB4ZeKlsy4cpZei3lAj6i+HAR4f+pnrbKQOWgxql/x5hBY9d6jz+MHbo2E89or3yhoXCc99ngmoe3PMwJMdgdy28EIzRPtzhCK6ni2N0GEa7Fz8oRpijk6r2H3aH9FwvCIA83sM9CbLNSYSkXDaXBMNV25jx+cHwXDS0WG9Ms8wwKKSLTz2g6sLHlY7VI0iLCMz7X5aoPF6xgP8aACdtyYRYVknwZC8Tj/1e1UPNP7369GYfpHBTyfHMnsma5g/PkpA3w06m/qvbVrA1lb8I6k1it/lv23DjWBE+ylPgdEq35+T94Uz/0vhKH7Ya5uubo+FG5uIcATDoadwz/PimG51UkHsopmrfzn1m5XG1etBKB8v++IxRpgYuKr7L7e0UGl4OyF0jRYZSGDZIqDMc4G3quK0i7ip6zw1qjn15udtZ+tAnYsjpbI1PEYDyQctwvKhPy6yOKqIBqyixR80O+gqx3QTMiWg40/EOBqgWgTEnGpvMCQsD9iXecuVNU8zq2z0v6znJ2FlDpeZLmxKhA3fv3Tbdv2yFbPki+3XjNCTCN9WA7jaYYc6o9CcUOyxPonQjwpWGNM3QyKi8eDUwgBq8AUr5WP3YNSZOG5yMhCVeuW0Bnq1JQwOZDxZJsLGNF2viR9ogKj0luRQhL0f6/eyDmj45voBVg88oh4FP93n8qw5ETD9DBH+361UN3fokX797+VXJqoBz3ZM5Xstgera0BtWSu8nBRZXw/VQMxhbOEKP5t99/dnaDQHA9MhLmc9619KTPVLu9hfBowQry4U4wGzCFt20HpAuWLqGSAz/mxGoO8PuWmcMwQp3xQjYiSpftQhLnunc+oCuLdPJ5QJQfg03ApH9NB0eF8uBaZcBVHjZvNJ1QPNcXw1i+SYW6HqvPWOly6K6ax2mxhlmpQBrX8AJDeeHEaTDnQkolwbeTRfVgVkd0A8FeMaZIYjyNz8OrsVhQsox8AZJb7sTEFryU2W7d2+7iGqF5TRDNH8tSGS6l9MWaJ4YGYpIdMxPiUL7cRostCQAldnyODiWvfg7KTUUtaKJPAYo/IAGntnzYtURnE+JnHzRwx/wqrVZ89ElK5XXoiR04APskJAQuLCDBGwgGpV4bf6Pc9ohHLSGhHgZiAymGxNh1UEcMBXBKKTHo7+HZhiByGnPzomsf7Ue0XywM15ZjxjAyW39qJneaNnW3uaZ30hQcWHp1t4HUoHQ4PD8ADSOCMBZA/P7r6nwJE6nnd+JRtiqcRO6RgNJI0OeVwHlzdBYdL3s53fbT08FYWyyJmqgGr4kMmrRI5pPalOBNF8pjIDDJCyW6FHB7HOTrI8lgwbL9mxfDYwhgrBbw/SkTwxQnMoHrfwEG3ZBjX76GSfK93Vsfo97sPzRVY/CSg90uPSLHlrRwPBgOr4iGVFdeCgMqKx2vGG9PCvLqb+ejF7wxRF3TAUYlb73uDfqgpfnxOkgtEze3anvVAmOr4o+Oq0yFvqQG6tDEc5ezcedEWAwKbD2xDKdqFQjKi8PayGCCKJfGMtrn6lQt7nXvJ4ap1PioSMQlTj4WwCro7ySwEYS7YlAVp90DkCEhcv2JwC9/W0Vqwsei0b79hMBbQ9TcDaLsOy1knIlr1aDsMq9Wb0jALB1EwJXrbPS9S5dai2lDjVBEa761nrGAmHR+G23rM1J+O+Rgcj74ZuxwPJaFJqWikcaJDA/dNMweyU1ysE0veBthPc+xo6/FgG6wzefffp3FVo4JWbTjFbRQNPR0ouuT6NJ4olEQ0mBslALpKzDFHCNxuH7waNqtALTbyGkwDR8mrJVy+qsoihE67nVBhDJJyAaNpJwvaxDNM4+0UPlxpCYrJYHXDQeX9CiQWQiUbGQw4TURfP+4jjkSwvbjnAay/rold6IhMHFX4NRGZG5CiPT2StKHohsh6g+Nhfg1fnFHaYtioH+xBGeGlYnt4tlPBkWyOweE4NYvRiu1DmXXFRPe0cgquNr1YxvbT2hyoMo7FUrVrfuDrsMKy5W9cnx10EcWYD1MYjWWWtigYSbz00NPESE1JqAqC5v1jAdm+qPJpPC3icR9SEJ8d96oDq6uDWb97QQFEYSrKcB3vpxTvn08FBF14MR5ZkpFqgslAcp9Ww8opdbwmAiXegqq3NNEC4FAu/pJ833E/XwWhZJPGrUghTqfSLAQQuWKhddjyItIrJxWtRDHiWsL9DnkeOtEc1zNRJsvoqFEtcXdLzpF120PLgugRctEHTKeh5zsXpZBD1JHEP1YMLh9s3saherLyWWn8ZogD4MphePLHU6SopKGz401f+fSP2LEX/RJvwXfzmwNw==", "1: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", "1: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", "1: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", "1:eJztW3d4VFUWT6+kTBLSCaSQBikz894UBN8JAZQaQ1hEQCAkExhNMjKZIIiA2EVAECnrKiDCIgpIEVkQfVcQAVmpq0gLBANIKIaSAAmBveWNIeq35s5u9ttvP/LHlDvv9+4pv/M7Zy5D7GjLwCI3JyenMi/80N9SbCooLzYVTScrZLmfucxW5Gx/l2WzlOSRd9n31+6v3V/7v1ob8D+/5vKv1gZi3cprg1/0slhL8ouzx+Zbx5jM5KLfweX8Ee4u/vuv437rc879Nae8f2Pt4ftr99fur91f+59cm2lfo1P2Lx2iu6W0sOkd+aw3uV5NH7V5ZFDPslpK8m3mghaCBD6Qhj6KjoB0fCAtfdTzgQT6aOADib3JmlrNh9IxFGco9AzFGQuDQygjQ2kcQnEEnl6fyZ44OHgvjHc3NXsycsI09EmTyQnTOgYT2BMHG++Biby7iY7tJjoWScZ+rTbPAz/lmUvHFJv+GMTIrxW4QIz7WpELZHQohhrGRj3XXhrGRa3OAZDIFT8FpGOgHpby0S0BMc4LfDsxkKh2AKQTuMxjtSVwcUIBiRoHQDqRyzxWjAIfI5QKdgSk03GZx6pX4OMeA4l6B0A6PZd5TCUEvp0YSORjBAPpDFzmMT0SDFw7MZDIF3IG0hm5zGPKJxi5dmIgkc8nBtJncpnHNFbLl1wG0mU6ANKreczTMi3XcgVCAem4dE8B6TVc5jEt13PRSMsUVs8Vcq3WgQagdUT3tI6okVbngJZr9Q4Ii9aRetIy7gl8jDA60NQERiOBKxB2EBfLBUe4JzjCPUHrgJYLjrRPQXRA9wSdA1OY4EgDEAwO9FxBmWK5CKtT8sQVCL32XlALJUwvOAISOc1jJxUU0+I4sDMHsmZocaNhRw4U0+JaZycOFNPiqm06cDC0mHZNxw2GFldS02GDocWF1HTUYGgxu5uODAxc5Fa++Ru4eKp87zdwVYTyrd/INXMo3/mNXLqvfHU38vUy5pORrz8rIC5htYP4mroSPUcGFSNff1ZAfBObkie+pq7t7UopyEUJPBMxFN8sYEfxkUJUUHyssKP4aKFTUHy8sKP4iKFXUHzMsKP4qGFQUHzcUFBqPm4YFRTvnMhQvDMfQ/GNLXYU3yymVlB8w5gdxTthMhTfkGRH8U1+igKoubghKLWs4eKGoFSlhosbglJfGj5uKJWi4eOGwnkNHzcU9mq4uCEqPNRwcUNUGKXh4sYvKC5uiAqjNFzcEBVGabm4ISqM0nJxQ1QYpeXihqgwiu/QXlQYxXdqLyqM4ju2FxVG8Z2l/4Li44Yd9fvcID/FKQsjH9hMVpOlYKypBCOtE3sWm0pMpbayIs9771jkTt754oessjJLgTnfZraUNr9Zns8vNxs08SlTHrl4kMlmzR9rKrTmF//qYvIjoOyxZvxBNt7NZDV3crr3x0r0Gm/8oofZaiogm+UFEoSlnFxcUGwpePJpc5npd27ay1xYju0rJv/UbA797U09qUdj8ksLy4pcfxM0rbYZa9XG1ne8c2s4HsbtuLFZ4WkyW9/xtNZwPJzbcaFZPWvUre94ems4HsHtuNhM1jWa1nc8448cJ++yW+pxJLfH+mZtQqNtfY8z/6MeR/F6rJye2lucRmh9j9X/UY+juXNsaNb8NOKvOl6AE/sVUrbFYi00l+bbTGXs50l++CG3PL/UZrZNzLJa8ycyYAwNhrW8wFZuNRXSD0Y1ve+Rb8v/VetVei47bmtuoIlcSf53AVkVVLqunx+MgFFn9scdMyaja+0PWkZ6fi37HH7/qW7T3dGV630ee3lCBzRxyAfit1EJsDJ4f48fakJgT+DOLX+bmYLauHR6JfTIQTmi7HDQ1awo+Gjfd4MvBiShYu9bS8ZsqJHIp3tv+CB3stG7HVDSktfWVr6WCJZpbjveULug4gnPLO/sGo3azuhT7RYSD3ve6/nptckquLr2kSff3pSCfty58LP5s89Lj17M+CxpXxgQ6/Yak1DKJb8vMiOcYVw3Ymm9/OGoQQOTlrjAvH94j40r7gyzl9xUn00PRLFrrWPnXHKD3WekZSe/6AzUH4Mfmrvy+dze70ajL43xfSa5JoPxk13jv1jcIC/sRyxxhcK/P95314oUGJmCPX0mED1kvRVwXu8BC0/MfeWl+hS4PLT7gz895oGG1m4+Or3RD/196sPy5G6JsLOv/rWsUW6ofG642+ABYahT3QKMSIC1rudmJF8Kgo87Vr2waGYyOrsGv4hxgpgVPz2cPtUD4SwMnB/rCgHvaJd+ciMNsp4/vXPhAy5o80yPmtBdKrTxrxN3pkQmAA3nIW/UO/1ubOOnYei9MRuqy2oTof314sGT13iiF9A3OILuEBP6RP9rpcnwvvNW96CQ8xK1w9MHPbX31YMVoxKh/tIFZIyvl5bicDeGJCFs9Jn9SwPhuwnnE9VeW2Wa7wdq5cUfrf5h5OBOUIHdHnropjyi7y7Pbn+ZJ53Y+OKz+7dnwg/Tynq9VXdaypsfO6t8nD+i9uXFALZqY9sGTyDROPNULHqiYtz0WVW+YKl5afegL52B5mV1BNrRAb/IDYUDccduTXkiCK3AbnZ5s1KivFyvgZOnfOeudAmHAhrwcBaHLf6Ak/qsJAah/i/65Xz81l1psH/a+ndzdEDjuuiEPPBvMS9dyA1HR0aOz4mp6wxDaILPy68Xn2tYqY5E2Jir7Q/elqhdhf5A078lGaloIrzhGd1HDz56zB2NP/WOavnnzsyfSZmwun54yY47N+UFd2dPadjij4atky8u2hoLbz/9ztL4zXXSRUQI5YQyTiR4TNuYBGmxODOhIaAi5eLRDs1WP42XfOCw8LOh585glB194bQuslEKWv75l2HfC8r9K+TthYTRnqjymZA1D2VlAKXHrCOShjjoGoL6VrsJqjoVFL1a8PjxXvVy7tGoZ/M1fui97/GNz6Qxng49I1/N2lf03Zhw1LDn8u7tLkGwJBJb9rIHDCSFmJ+Icp/Elsf5gGdN6MOP3P6HErcb8tQnttrmDkkHfxxdk5cnIuX259SfJBqn6kw41H904BDjMjmQBLYuAB2qwIk6HwvC0k/0N7f5A+XVWzGMb0sCYced9ZOurq2TqA5MDkFbelPlYLpzK4jpQPZxKbPfX316iQKMwmkLrfZB+27k/bj8L0GIqEn1tSQ4tPXHkHa7KyUbZtce/2Tk26tjucvbvoCtxQVXI1E+qZzQhjbjVr0+KRWwWkTkHq2UcHD+lJnqhWgc18QD3iz6wmhfoLrhlIBwdW/6+AV/YHG/IdNy+rRKplZGZACNywFPJZ+RiKZzrQpomQw4L30z6MsPlvmHIKp3m6JYHet90LTEbS+veLRKevxOdv2lvhqYeqQbLq0w5Oo9vX3B5aMyYFXyn2HPexSweIahAF/CdC+mJ0uCUDwpj67eMAhH4yukAxqXKC9E/ThdIUWcHhK2aV0CszP3lATB+dsPdVIhQuNhc5LgYi754JZEw/FZIjJ+v6NEeK4t9KfCe1EehqvryKqzMtWzEylAZbXbWZn6WTNYProKG7hcDcSMrbZLUtt2RFHdWR29GQ3OFS7e0xc7wYNEOC51QFryt8EdZmx+EncCZ9hemzz8DZd2aNXrx8Y6/RwB+USue4ciTF7XCb6nJaoTNWo4g6vScjIU1qeXvu98OxSR27b/MRgScVV/+2EgeovI0NZL0rR52biUdWAJIop3Rd6CVdh0o1FKnoJ3NMdDY105rlwfJT5OQOteFQsffE0C6oUm4bKqrPcAqnOfdWT1UNnA8j6+LetfwRnQbmjhAydzGuU5AVgRpoShxleuHzvs7A1UF8e7IdrmqhuYvr4Sz/Tq+WjWHyKSEfVnZI1M83jKFXXH5XiuTxwiaVl3Nw5I2SceCoZa0pbGp6L9Gx7DGbgm7yJtL6A90Pr1TGQ60/Wq1HXAgTnDp/ihOFIwM+IQjXf/JHhzOCFYg9ydFlQUWm3GwpYeC2hYh6wrBXbdTUWMl2elOpyObbXhgItiZfAjiYjW3XIvYP3sjHwZq+uILs6QQIRuWBqL54FgROX/T+7wgDNW3p/T4M/EzC2BqLMJM/BwNGJ5SVH6bLXM6spViVcyMHwIWoPf5SzyhB4kMd4p8AaRY4sHorx4zR2FYTUK35AIz+G22s5wWN58Gwd+QTRi/TUN6G0Wn5RovIaGsjllSBq4vO0VtWjEObkv3v37HWGIyUoqkGoePbVWnoHpZ3GORESe52VfkIiMXN5dKc8zYSEdHoP6THoho1+iE8TShvqFRNrz3cowtGk0qdwGiabZ3QfCyaCxNJXNP495K3WqAlqHB5IRbXfWQJi/ngjRbRlHwfVcG3foQRrvkUwoJ4bGtEF0TlnjAVQna+z95Y5M+Z6qQuIIrJTb2gOV1cJGmfajbh6IyL/unVioJ+UY7AZjCSE6OiM6Ny1IAtyUPUYuvCLRftDzqkz75cZEWPzth/u+mx/E4johiunV0y5Axom68lA2P/XrgIJCpK+Pi14whRZwGGJ9xxl8E0iFCUDTMkaFzuPwxE52g54/1Fzv01uAwTTRVfKrpEwLPNGiEXiA2pQJJbQBHJesRDAW+yLcVV4tOJEOXeJJxC9Lx0j5JoQgb5y9lL5t4PhhMlh8KhfdqMp/LzQQseuCgOYz+qbS1/wQTevmTpDa5c09U3e5ITKdXu/jjU7mzFxQOjAd7PXEdD0cYa82vri1LXyj+Wpdeuke+Zvt3VebR0SjdY+QRqhic9MsV+bPkY4ohZRJsgt4rYrGSlApsT5VI9P7DM8AE20gfoioxMwFeyVaz3mZwPrbXonNn8FokA1X0to4oH14WyDr2x4dEBZrLMwhQD6efccJqBwmqJj+PxQKX2HzKq74o6+xWm+C9TIdtxcJQOfLWf6Izk0fqhC9bl0KnEojjKqSqP14np/a0AVTyxWCacAOyW50UEpGpDpKhACmi1duSaSaPlrtipLJxkc6AS2fkmqJyELHWidEuv0nP8UBnZtPBAJuegfmdE1gdiEV5NCG44xoHqsqZda/0oCMzZsyPKGQCL0hDJHdf17hB3ReWFkh0X43PgzR9M5oBzTMI93QZJq4KmnlsgEQ7KyF8eOi/E6VhKJIKmi1MunmK7cLQMaU8B6R6AaR++UnZDo3btOCmiRsWQQi8ra/xwfyBTKODhOBfu/LKh1TZrNaSsqaf2lq+g8iTb+I+J01zT8Bav/NNQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWwdUVFcaplcHhg7SZmAEbCtMY9C47zcQW3SNYIw1ijAIigyBwYhR14glicaucaPRNEuMGkvsxndjYow1atTETixBLNFgwQK6tw1ujLvxTtZz9uyBczLy7nvfe/f+//d9/3/fEPUAS3qOi4ODQ7EH/uhsyTdnleSbcz4mI2S4U16xNcfRdtTGahmSQY5S68fqx+rH/u/HutSP/W7MCf+Skfe/P0iO2teP1Y/Vj9WP1Y/Vj9WPPTK2xDZGdzlOtqNnLQXZD4/IuQ7k+iT6qcsgG6U2RZYhmda8rCcEJYuBtPRTbw9I8Em6DmQsKVEMpbcLZaCfKaIg+qgkMZTxz6C0YqhkhtJnuDmQJqxgIN4+/xHGZE8oTHZNj6MMYqgUijIIPIsxgsGMTxoLliUGMgiBtAyULATS2VIltiqdcAjZY+yLIWO8IYmuLM1SMuBJVsaoq31iEv4LyKATAnG6m+wBpdgBMoiBGN21SXaAjIlCICYRrdYOkEEoelqmKq1QnmwgIUZwkFEoelqmX71QnjjIIDY97Z8ACdmLVmeHNGwgseRylxDiHgcZhbinZcZiFAuE0R5Qsj0gLkKh2qFNsQOkS7QHxAhrFCo4Oq09IJ09IM4IIe7pDPaAjPaAOCOEPEJnsgeUYgdIzxiRLCRCfZI9IK09IMaIZCFb1uvtARnsATFGJAu5kT7ZHpDJHhBnhJCXG7hHCJUagz1maUi2w40MKXZ4hDHRDuUak+zQk9EelhvtYblRL8gItienmCcmBNtdU4zQLo8v6Inp8HBrnfzEbHi4R05+YjI83Osmi7XxfEFiHTl7kkmsueYgsTaeKckk1pEzSzGJbYKY/Ez2NNcmsa6IcdUk1hUxspqE3IF3ryax7pVRzyTW+zNQiljLy0FiWxNGoxSxPpmDxHp/DhJjBCNsij3NdYoYIzhIjBFMGilijOAgMUaYOjgTWSWKUSKFo8Q4YUOJkcKGEmIF3mkwlBAt6lBCvKhDiW5rGEpst2FDiW0CbCixhl7LUElC3KhDCXGjDiXEDbxhYygxbthQYtywocS4oecoMW7YUKI7UYYS3YoylBg3OEorxg0bSowbRo4S44YNJcYNG0qMG8kcJcYNG0qMGzaUGDe4z2vFuGFDib49oCidGDe4z+vEuGFDiXHDhhLihp77vE6IG3UoIW7UoYS4oec+rxPiRh1KiBt1KLH3Pdzn9aLvbhhK7O2IDSX20oL7vF6MGzaUGDdsKDFucJ/Xi3HDhhLjhg0lxg3u82LfTNhQYm/k61Cib84YSowbNpQYN2woMW5wnxf7+qQOJcYNG0qMG9znxb52qUOJcYOjxL4p1HOfF/tarQ4lxA0Dd2zht50M9XhupJfkm4tDyAmruchsyco1D8HIotLn8s1DzAXW4hyPf71jjis58sYfbYqLLVl5mdY8S8Fvb5bhVXezbqWF5gxycTeztSgz15xdlJn/yMUN8C+puXn4RCp+mrkozw8PPHKNJ/4lLa/InEUelqEkCEsJuTgr35I1+NW8YvNjbto2L7sEzy+f/EVQnv/vb+pOVzQwsyC7OMf5d0GzfZfL3wVpn/66HzPFP7/uxwTzP6+bv5Lib5NNuqe/7oD/jXXzL5L5C0P901934NNYd4jwuvlXi/xNpOHprzvoj9ZNjlKfmrD5F0YGPX/1+vQXHPxfXfBj5PKfF8xXauAvc5Of/oIfQ8I/seDH6OQPFqz7jZRNT3/Bof/VBSuFNZxoq/NUytpHaruvA/uz2FSLpSg7ryDTai5mfy+rwB9dSzILrHnW0jZFRZmlDBhFY1FUkmUtKTJn0xP9Hx6nZVozH2kyeHfBvhX77fzM5MqP8X9k9ERb52HemrvSV9lL+3dLvyUvm3g818Hyq+Twb37ePHiq3HuGMyheIVfelGcd8syNyV8i14QW/+BfVSk9+9cLR5fdXSbtHLp1QcMWVfIvIyTDyy2d0WczzW9k9a2RBje99c7JACWYBqblWQoboLXJt7dlL70orR/w96OtN4aAJmHUpI2Dj0pfpM9WTy6pkP/RJBQ/okpau6h0R+OWjuil3qvky/PPyPsPd7/copU/fNboXNn8vbXyvA9jN9ZMKJem97mfeveKAr7fcjYwsoMDwMent/rMOyvrvl71l4KPquQkj2URvc55opsde443HbkvTfMdbvx0VCBof17R6JyzB/Jf+MWXIXHHZfKUZ5YFw/YpSa82V5+XD8QcvzNq0H35XY/w+S839oDqkvJ5fgtPyqWVcfiWF2T6zzwnKHEiV9yWF19o/5cH6vvyiR9eL257SAmxHV8ra7FHgZLfbNP//P5oODANT3S4N6RviBp36YAC7XuDBDYQxu/s9uWS7GjY8Ty50gnNTp2YX7E5AC53JReqoOLeJ78e7KxA21Uri3K7BsHeVn/DtwqDMrTrg+eMnmjpmK4d3itXg/TNibVja4Igz8Hyusv26/IvvUhm/GHd9dpDw/IiAfVWtfn1rBv6WcIB2qeE7Fanu7z9TjCMqFr5wuB3fVFA5lffN10YBSvW4cTUBsOZHiHrD4x2QV2PhY/ILFIDjV93JTv/RRBcbrE53td7rUzDrbsu71v6Hc6QP+TgrJ9oWyldmf9Ms0MNlahbevz7b64MgJCj+6ozshxRhutH01s6eqM1DTCheruhO76V6z9z/l6esu1mQp8WMeDUdELw0X2BaM1reGKXHBDNn0YNlAdRzmjoK+GK8uZe6EZ+95ErjGrIILR5JQiRdJbND4MwMvFpcbDIq22jEqdQFEfostQHJrtdC24/NRayMO1Ke0QiOo29YaDF2Y6+oQaP1nNfXNDUGa0bO2L/mp5e8MsllBI7KAH8jM9gap6U+XMgcEW7n4br44CwY4u1jIZ9xAvOwHTVCFoV4szO90NGkqgkDcwiMuijgktnjA1R71qZzqMwHvoO2X5/9WvRoMEsvnG8RnZ7fVbqxGYxIJGF7omBVTgrr84LRDhrWXtax8GmwZ533q9oAE5bXP0DJTeUjw8HzmjM8+cKhZRQCnRhEBGcBqZdIUK8JplpQNwhvcN7o+OclNDa64ePCvvGgOGq6bl2Rb7QXh4ZaVrsB6U9lhj2tgoDGt/lHoCDPPV9UzjMnDCu1/c10VBJ6D3SARymjbrXcmU0nK+KPmjpd1uqavNdzuGKGmlOgX8ZeisC7rUkM/GDQ+/+HLn4Qq30LDndRAPNV793dXFbBXRsQDL8pbRl9lTf4bewLxA76B/N8nbgunx24dyvVfj+mzrgC9sp4Z2pRLD35MQmnwTsT3NHjEcB0CPl82+Hbr0mM585IVEdRrkCYVNFA3/mGy9HggVPa9dPfnAau9gnY+7JVG8aHwinCwwDLM6Y46U+aPruv7eXaz0ARweHKAiwejst8nJjOlt3Wj7ab2iXqNlO6MdrNzr2dPNCVAetb8u5ay4Wrz0cBhdnrcaM9kCU/+MbghvO0jcnQsG935xOQXv8ENW3KhSI23mGqeHYsrt9hjznhKacI4H0AaLGgtUx7HypI8LZ2ja+XQyQcBf6NORxdUKUP0oNO05vAEGTOl500VdJJDo/FgbAqVfemnxOG8H1fUym99uoAqYnd7h5HBvUeD/wpgZbLjN+uyIa/67eKM9ybdzObjVy8KDO1yfrVIBnj58QjFZjN3XcEgw+XXDEE2JhxY8kIDdl5isKoDoobAQP1LW3Svq7oC3WGaEut2KZrj6NBjxJP+MWb0SvU8aBte3MW2793ABf1d1nuSvzG4dAzssooGXB84aUP2z4wmZfqaBJS5IhTyB3W/7jA6nqYOcByh4P5JbUaB9IdB5Zv8g0n3fKpT19n//WvfVEmZztFOcNPw0nyq2ViSu86zFXpvyacEpKjSDKPCcNowXlgXx151fPLs9zRLQuXXJhvn3XC4gaPzyrRJTH31yVFuzFhhccDj3JtE/tkslq5uxx4/7mBiMJQf7hh6rxcCeDGjYde6vWXO0GrL55o5sb8cDCCGh8RbE1McwNTjl5vhWN75+G7f9eYyVQWVdHQydSFswOrG4OCgGaLscY5j+f+yOq6zFBgE1/StL6EK47H+RSMSnhytuxgM1gxoTtQRC/bfzil3ZdkykP3w/m/AkH7YtEWS7oUFPsFKH+MCoSV+pP/AEX3+m7H/ijPVgWI/tGg5IKKwxINdw9NZDNN+uyFEMTVCnvVu7YtKFzEJDTyh0XWdwXHZPn6T78PPl2GIwpJglfwPT3cbWMs45DadP/GYnKcUMAonWkWQgk+BKGVkpMr36IsM8V+0qLkxpslTVSP/d9YV17KVDa3SvYqQM4j9yRVfPOg6n3XRCN2/kQoKdjHVEWKYi5CjScLOx5P4jBbh7+tjPCqvMvc/BD7LoaeUoGucNK2YcmWg3RtNC4IbKKbdnlMsJtQrNuGvAmBEnxRnjxhELSjJaOncfuVQNxpQW9ghGlFXJHtA9xVkE8LWQhiLZRDjdkWmewLmndigpCjOdOqAyX89FtYyGn+lzmB0dcEfXXxUrE4qAC6ncnnRGLrzeivO1jq2s3ZRrPcg9E69BWFRB7H/h1KKLPPxYKS3E3MeBaPLxAGriDfoj6zsEQ2Pg2NpbceBhzZseczUcCEekipvwaCT12ab9eVRDH4v5iILp/aFhl3CovGEfKpEEDw0ggOoWhb+dsxo7uDaQb7LNcDVRm4eE8rgr4lLQHvo1gyTeYgF9GoA+O6K+aXKNgPlbT86+qYfMGPAGjClG+jgsDkh7F6FgYQhugKETzIodAX1Jom6qAlpGenojik5XQnGRhXQLcN5PA1cj0/FFPwGzADtoErk/GNwhxR+y8E/fhBOhOhbpTInJR3A8Emp6r8eCzNRFL9bo8m9j6xFAgslOviINCSrxt0mEchqRvg0FPiDFGA7Tv3fST5EwD4gTNiBDd4wG7MTb44zLrK6slmt9FGphDltmrQjqPs6y3uAL1iVmxMCITK3JQADpFTutioD922eBBKqBtVZk/0tGfRqx+QQyr62MCEOmaqjMaQS9iLCMjuX6c0FTy2AUJ0Hmsostn3SK4zzogSi9rAuSQn0VqoPxLvSDTPqJ/PNA2bH0U0D43wgFRHqXFwhe4zd65UMP6o12OiPplYxVoaKBj4EQuaUArZNofPFAD7YdnxrB+uFMgou3pd3F1PkP9fnUwonUrXQMTa0mCGgDVR1gIog3Wlnjujx7A/LVWDsTl7trMxsxXxjuyuDVxRVQGuU2ArVsBIzFNb270RpE7z+POtwkwv3KEI9uH6Eev90NFpAFtEQd0f7H5tNQAdwldO7ghWvePaLj+T0kbqDKUSIm7kb/+EMP975pEDl867gtzie2+oQTK0+hYsK4Nure7wI3nwx2o39WqeTydgLR1fbEPvUwK0aVYpq/DAUDbW6U/9KYbq4bQixRyhQ/QenHeC4aSbUjrUFZ/5/vAwr9BQKZzINPz9CDelyqB7VPCgfJojQra0wLoDKwfjADqgxPVcANvDyoXucOZStzArIrkfIvg+4gaieVNzetghbQtJA6n4J5E+9fN4Xy/dF06icv6fp0nW+d7fL9z9450dgcxhmppAq4+2rGhQMvzVtyHkkLe3B0mke3n6xHQjgrHH1jdviWlkUbkzUhQEePeGgQD6cBtie7/ljdifdUkd6ByWOMOBDUX+xHzdQWv99VSADHQtRrAXdMLNXP8gfn6QdYXV/vxflvN93fbJarbeE/ms5HR3D9+lqkf+ql4XxjI++Vqtm/MDwe6PZjrC/Q1Q5uCgcXWIsuQ4t9u0h/+H7IP/1D2MWPafwKLHO4c", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3dUVNf2Rpr0zjD0mWFmQIrA9InxzUXQZ2+YGGMLwqAoMErRmJioUaISo0ZjTCyoMRr1mWKNeZa77S2xJ9YQf9ZgCxowKpZ32hBNslZyZj3Xer+14I+BOdzvnnP2/r5v73MZ5INsPfNdnZycSj3QSxdboTW3vNCavwCP4OHOBaVl+c3s7zLKbEXZ+F1m01jTWNNY01jT2H9lrOv/1JjzH8a6/TbWE9WHbB/0QztbSVFOYeaQnJLB1oLH6Ov/De6Pe+72PzTWvmmsaaxprGmsaewZji2zj5ETTmPVaGMrzvvtHf5dB3x9OnnVZuNDUkaJrSinrCD3b4L0vCA8ptNnu6Nv2QXFg9Fp7K8wGvKq45uIggy8ILI6A8/qtOTVxDeRlkxk4AqDjrwa+SbS0Ym4dqQnr2a+ifRkIiMnhwwElZ7mCMrIyQgjnSvdERTvXCY6l8YRFG8MzQSl4cgXjTn5puWYjIaPwjgyRiNBYRxhJDCqEy1Hzp6EcWiFwKhYtBxZexLGYQEERhWj5TDQJ2G86aaa0XIY4hMwHW+6qWo0RmI7WbbyQX9hO0+CzH/Xq54A6YxcICo0jYlreSY78/ln0pm4QEzReq7lme3k5Z9JzxU9DXUOjYFneQyElMw/k54rehrqUBpOY2MwXodiMB0XaTXUDTW8c2kccgwG03MRV6N1yC8YzMBHKJ1DpYjBDHzsaLRPfpCej7yN1skP0nOpWGO0lzt+kJ4vECZ7qeMHGfgCQZ3JwFnmtNQxjJz1SktVbOSs/FqqLCNne6KlIjFy6lhL+W7klKRW79hsBsdmMzqWN5NjeTM7lABdmkPp1lGWGLhsgIGMXOJkIFM6T4nVUTYauLyDgYxcimYgk4Zreaw0aLlmYlLhcikGMmm5lseqiY5rJgoycVmbHaTjWZ6e94kBAfGe/glI70AJ1xscqMV6owN60pscYLne7AD3DGkOMMJAo2fiip7B4AiIRs/ExQgDjZ6J63kQDZ6J7wxDg2fiO8xR2zPzHbGoGZm5WMSeEJj5TktUTmYuFrHzupmLRezYbebKrY7NxKV2O4ivPDEQX9Fge+KzckMHF8ImPoe1o/gqtZGh+AqoHcVX1+wovnJjYig+XthRfMSwo/iYYWYoPmrYUXzcYKh0Lm7o0xiKr+rYUXxlx47i4oY+naG4uNGI4usQ7Ci+FkHDUHw9gh3F1yTYUVzcQO0SQWn4uGFH8XHDjuLjho6h+LhhR/Fxw47i44aeoXjbR4ri44YdxccN5vN8j4ztKL4nuY0oPm4wn+d7LNuI4uMGc2wtHzfsKD5uMO/V8nHDjuJrdJmL8j11akRxccPA/JDvqV0jiosbBuZsOi5uNKL4zjLMo3R8hxk7iu+Mwdzm7/8Z/SkUHzeYb/D9gcXAtMz31N7AVMn3IN3A9MX38NjIIs/3INjIYqjn4oaRxVDPxQ0ji6Geixsm+1xc3DDZ5/pzbuCPQpaG4V+UWUusttwh1iKELBndttBaZC0uK6X/AGC/Y74bfueNXjJKS225BTllBbbip2+W7dV4s16jh1uz8cW9rGUlOUOseSU5hb+7GH8IM3NIAfpFJprNWlKQgQZ+d40n+iGroMSaiycj7zILbbnDRhWUWv/kbu0K8srRwgrx53kKXP54t+ZkK4NzivNK813+EC32qMhktEvj2e+4zV/tOAAjbOX44ty/u3FX7o3rnt64+dlvPPNZbDyMe+P6p8WV9uw3nvVf5biUe8eGp40h/Xdu4O9EPw2XabOV5BUU55RZS+nH5HzRS4/ynOKygrLRGSUlOaMpMIYEo6Q8t6y8xJpHfvHKb++zcspyfmdLzI/oh7meXqAVX4n/wwiPdlgwTr29XQDM/zju6weTLlo2fzDD/7WRcjBOyXjlUndXGJOjeSFtpTvcHGPRD3hNCr37rhavVwdCQM1XX7hcuWW5fbTLoICT0XBufuDSLRk+MCLS91zKjEfi6u7D5o46K4F1feq/Pl0ZAkedqp09K2ssvXrGL5qSFgfWla+gHz3BbcnM55p18QPv9ctG71kRCX3b/OOnU9eD4M2pXw/zHO0MC79deeg7STjk7DiWZA0Pg+s9NsZUXLtrcd7sFhRiiQE02aK76aEQd+bem0M3n7X0P9vO5dVrKpiv/Xid8a4rGL5t1fXIkWAg08liYA7aniFJCt95DlEUvvpA1I37SnjrYyksfD75+NxlEfDW+T0fbvrASegmBOfsyI6AUwNHdosxyCD1B6X7+Nl+gu+IVe+c8Uik65wqgwS80CkusLPNZwXVR5TwTf9Oe5tvCYFZUtcX/W6EQTj6lhIUD++haf+1NQ4+2oQC/FyI0HDg5r4dg+Rs3VLoJ8u4lftNjSWt8zKvdhWJMBIHdIEMug4KeMm87hcxNHrfJYsyCkIOZ52sLYuF9aHoDh384PGa129/WZsAy/Voo+lxsKcTytwiiRCFEzc8gca1hRy6TPTt9sX73kLDc8MPTg4Kg4Efdg6dut8Trp03REBkFNRW7Ou1ba8SGvoV7Xp0WwG2oAmwXx4okLjkh4N09nEUMVfY0vMD+bT6CBhdo073mKqAvFY/dns3LAqqZ02qeDk4GE4d/DX7wtIWkP/rxZzFBiUsTc6MuqaQCpPrzpwYH6wG2VHbwOYHI0GFopn5ToPFHWVx9+YkUF+cUPXtVTlcddUFGp6/I95Fd5mXJ4MTQbczDqmlbP7blu1vf9p7/5p4mFzx8rHNFyKB4M8+ELu/O6c4aEIUkG1WyCHrncIrDTWBQosDAXv+LU2g+yqJgbMnxpe2C/GmcUtTs/h6QJ+wr444xUjgSvSnP7XvKocUtOzzG2KA0G5Qc2HmgbHtxdaRgKJ3tFoWCMOS7sz5IVgKaLFbekpUlP85Cujo45w06cVAgcY9lvE2Gl584/MNgx67Ct+g27zxRgtAs1U774uF/b22Lf/koBP0xEJ0VkDFmMNr+9RLgchiZzDgdNclxkMznED/OOj+QFp6IihEwLten6WEC5iuh9WwEalx6nIv+CgRRapFMqz+v5rZa6aqAd/t64hwgfC0IBVQ9spHzIuENQt+/nR3p+aUzx+mQ+WXCDAzHsh9J163vPcmYkrXOCD0rHMDxIbFbTestdxLv/y5SqmADCKUW+LpVff7FbV1h9ZeJ5YMfyiB/Zqdq1u2lMD11E3x/t6nRGwjh7cnwT1/ZBhL5EDmG3JeLMEDqWFA5rkpg+nb6xP6TfcQKqddvB3bMxBI/rM8wKP1vBcWdpJBijy2rnCDGpCrzP84N5LqOlAC3yAZtUlJhlkr3urR4aEKkCpX3Z8fJdA8qpi+vAH6YoG5CiReMyQwtHpE5bQ8HwgvxQyrFR/LH94pP+cFaXjZeiUokRvWzQsXPCtjc2+eDoGlXbEhPBCvzl7jMyJZDt9dGZp0JyyW+shJOcx5PAPtxJPqvCoRzOv2jty6MI7dL1wYh9IeLU2CIwq0oJXRgG01ccVDS9t/okhMaQmdseEuVVLfSKkVl+/GQpYDCdc4JeDLaoz+7H0iEB+tVYEST7xJIiyKQA61LBme73rkvX6PwuENZNf/3ucmDEdqC5enQa8ydOVhJWQimxpRedoyEAvjZQWcHeJkG+/qC/HpHquiXr5t8VYiptyTwtZtYersCi+Km3FZJPrODob1xrvb8xJVMN511/R0Y4iAbemTHyWAV71mQT3N9/lo6Pj6hNTO+XIaN5dIWPy97mdTW2eB6E8XT9fXIZLqdIUzYPTPe2QwsQoZ/gsRNJ8LAqBDS5QZg4qtW07rxbsBwqrPTg4caVPBeURzn9VSoPWg3oKrQ4+NcsrDm4GAVDf21BZvIL56KRJKh7x3Y8zYALDgQrYqBOB61fPJdQogOJMMehPi+gi4aj28FAvEru4lUB2d9qf+UZdEeTghAQo97y0a/ItEIH7WKY3WxwFSeI0Yn4/QJXRqx6tZGsDbuDM7HgZnFdhqK5wEsg6Lkuq6mxqWzdsp+7LEGbAtd6xMAc/IqgEtvFWwuQwx4vsogfAkPI36eU0sve6qM11nfTp8kIkC+XoLkAzt8su07HUWVEz6d/KIo/6lUANm9/zAQKF4SbPNbjOD4EzlQ+uvFy+IZB2PYwGpt7XXnDg4hO37TADgba29eswyHcnx6M8hQHUeDGuRbXYfVi2S+lGphuNzLyOlNYjIpTr2eTuU+ogmiukzHEYR4daJxL/Ph8BQsqEI8CEJbrD4Ibu2tpfAfaTSsmwZEH/5JEBImiQ5dTAsGfq8bfp+V4oCCI97PBIJ3baqYAluV9aFAK7ir12KYPU7AV5c+C/EDBXzRYlA6sduGeCo7zvuBvh2Rbpakfj3MTnkT87tf3a3CyDV/qN33yMWUoZbKxkPHosk3++fsxDdXpXBq0QgN0Qdbi+2ewFiOSJWMOzA9rX9B5Hk8wtPIDpQREBPQqyfxM/u4wLUIJa1e/+O+0AJnGo9+qXl+iBAg6gSgYhnXz02GTAr9FVSur+6K2IcFlJhChC7OBYKhE+uv4gk7u0TAYk2r9VCBYtrvRi0dMu2sGUhLP5xcALL7p/7LYQfraTgSxqmWCDbXS2K1LdZflUKiEG22XJsMwGXw+q3AuDK1IQbvlVyuH/jGpjj/IUbVTjQvtAtBjFtbTSEn38JXeoujFfjyhwA19FVHRt8YPFdlEg3Ba2jEjXgLu3y549FAWXP76yM8vuAGoj9HvKCAahtat03lvY36xIYn6W0X/ALAX/c0I1KAWIX6bHQGq3icn8JmHE6hRTWl4QDbhvvySJgy4WQ6H27kuAkTp8kgfYF1kiB1BnkG7NQeZ34mYrq0U0mROIGb7Ga1UEV4G419kK0sLsId4hx0IkQMRAQa2ZNcvMQUrGQdoWy+DZnfbKnoEH0vZgZDqIfWrCuOVuPq0C2ezgICD0NQYCqGxL8HZHcr8KT9RnesGnju+61EhBJP1LtBlRX7tC8VtK++4MGkbTdPh6Atz1ujqKxvhMa1QbSPvCICupRu1W6O1Kg74NoHRwTZ+/3BNKnqaTghL/GuYDf1rSPEj9UgBtuv1DfuVFABV7qAmQ/uTLKCzESiG373BRJnykoYEUwStjwaNqvRisAlznTFScYtXVhROpD5Ee40Y2TA123J+3XVyfTvulOHFxEabo0NloYiQ8O3yYC8a29cto/HJAKpJxlJgPqMlGDFwNtDuWj0nvN8uj4qzXqEam0Dp+QQT75chbaqcqd505uSevgABVMOVp9zntWg/g2am+X71TAO9j2mqlZPbkl4u1uCYql+0pWAqbn/LXBkEUInwQ3Me1RvaP9pj/EY5oPTQAclglvqqA/EXCQsGEiatzuJdO6uSue8v+ShOZ9eBLtbw6FA6qeK1857iuQ/jonFY7h5dWEAlnONGeB2AvyedqfKmlffewW9cm9Mtqf5cXB9GxcmM9ZiO84KxlfXVn8rliQ6aKWMxxwl1042BnI+eGTY+IXKtxoB9Pz3h57/xsikL5xXzhQf70sjsUHBY9IqMJtYm8ZEPq9FEXr3dq7FlwF5o5SUH7sCAF6rgigffC2aFiJyzcEQSvcMA8IBFLu1iuA+N+PMfAp6o6fm+klkD5spxxI2Xo/nvpJYLCAuhukxADALnjmxDYL8e06Gcz9CH2dUgA5v2cUDy4tK7EVlT59+P3tH84aPyKS/idjmv8Am2Rpig==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHlAVdX2RkAGkeFeuFxmQcApNe7MbTrLUNPUzDQz0wrlihhCMjhlDmnZM9McShvUrMwGS63MrPRsTbO0wcoRy9KcRZwnEHt7Oijv8XuwkMvvH/wD5XC/c/Za61vfWnvtIwmDch8Y4u3h4ZHvR7/0yM12DS7Mdg1Zya6wy92z8guGNNK+61CQO7w3+y6t4VrDtYZrDdfq8VrPhmsN1+g/ujRca7jWcK3hWsO1hmsN12p57UvtGt/heWrf3Z2bk3H9O/azruzzJv7V3NuHfu2YWziIbhFrBrFwSO+snMwaQMz8qxUHYdesZgzGwjGmFAzGKjB2DMbGv6biIPwxJgzGzr86cBC8NY5aeDpVYFAkcIq1oZ4jMbaaYkT8kb6+EVTj1YlHIF0nHoH0HQdJatc4hW4E4bxnqc3yRBZZccuTINzyRCLZapx8Ih/4Xw4nCiTywowLrgTVOGlvANlx3hMpaMbFSYJw3hMgOy5OInPNOJskCBcnAbLXWPP4I0S6m1E2SZClxvXlBpAdxQizEBYzziYBsqB0T4LsKEaYhYRZUKkhQXZUcM1CjSwolkuQAxcnoUYWFGElyIFzuZAwC457ApSKs0nongVHIwFKxdkkJMyCY7kAOXA0EmpkwRFWgBw4GglhseJcLkAOFI0sUlhQqSFBDhSNLLJjQQVXglJRcbLINgfFPQmy4RwhOxYU9yTIjgquRaS7DecIAbLjXC7S3YpiuQTZccsT6W5DpYYE2XEgR22C66iF7llSaxPc1Nqw3FkblztrobDWlFrQSIJSUXGymmoRXAnCtdhWqRE4kMhcGyq4Vpm5KFnWQKgklCAHSvdswns2lITZhPccOJDsjVA22aQjUKXGZquNTfbag2rOcjHF4hjUTEr4LrXGbrgBg5rICHenoiY/ElOLoVRqjdPvOsaJmrGJ+DiRwy+OQU2LRK1wonggMSgeiErhRPFAYlA8EHXCieKBxOB2+KJMOHH7blNXL45FCbHJLFG46ZxFonDDGKtE4WYkNonCjS7sEoWbkjgkClUtTKkShZsyOSUKt3NKkSjctl1yo+ajeI6S3MBNbs2SG7jRrVlyw4TbEkpu4OawZskN3CDWLLlR82E+R0lumHA7cckNE26/IblhwnX0khtmXHcuuWHGbaMkN3BDXIvkBm62apHcwI08LZIbuEmkRXIDNyC0SG7gptMWyQ3c0NgquYGb5VolN3AjVqv0PG7yWYFCcaMChdsdySjjposVKBQ3KlAoblglo3ATvAoUjhsaCscNyV7cPK4CheOGhsJxQ2YK7uysAoXjhobC7clkVuKmchUo3K5MQ+G2mlIBcDMBDYUbClSgUNywyUqEmwJWoFDcsMn6hZtbVKBw3JBVz4bjhobCcUOqKG60UoHCcUPqIW4aWIHCcUMqG24eaJc+xE3c7NIbuGNju2YXiht2zS4UN+xSRXFnn3apbLgjSYdUG9zxokMqAO6o0CFzGXfs55BZiTvuckhu4I6uHJIbuGMoh+QG7kjJIbmBm3g6JDf+j+nlA4XZrnwj+0GBK8+VO3ioazhF5o3plO0a7sopyB+SdOMdhzRm3wXQLx3y83MHZ6UXZOXmVL5Z7yYVN+sz5klXb/bhPq6CvPShroy89Oz/+HBT+o+0oVn0B2n0aa68LIb+j8/40390zMpzDWYP49+lZecOfmJUVr6rirt1zsoopAvLZi/qZXn99918uSmZ6TkZ+UO8/stb8kUj+eqQ0+l+gwPq1ODGaINTtAMCOWNyv8VN69Ri/9parE26TO63OLA6i0MYIreQfXhwTQ0PQhtuq2y42f2GV7HGmwh1FW783xbLIyJtK5licb/Fwf/P5JZndtrg0up+i0PcQW5vjOHXTzEc2ujV5n67de6wOxwbcLOjUmebYne/4Xp3GG5EG55aqTlPcbjf8NA6ze0ItMXOShuLlFT3WxzmjlBHYg23aG92aick7jfcUKehjkJbrL0sqp3uuN/iKpTn5kNdhUZWY7j27qp2QOV+w6tQnps3vAqNrMZw7VVa7YzN/YZXIUA3wfEqxLEai62VJgOmemjOqlCemw91FRpZjeHaG8baEaf7Da9CgG4i1FWIYzUWa286a8ez7rc42h2hxsuZ9uK1dsLsfsNj3GE4Xs6098C1Q3L3Gx7rDsPRqiZfBNWmiaZ6aNLi3GE4XtWclQaipnpo0pq5w3C0uFm1l/a1ty3cb3i8OwxHbz2t8hVS7bWFeujVEtxhOHrraZV7bu3Ni3ro1ZpXZ7h7t57yDWi79kZRPfRqie4INXrraZVTBi2566FXS6rTUKO3nvK9dbv2Qlc99GrJdWpxFZ1fNRY7K/Xj5npo0lrUqcVVtHz/22J7SuWSVQ/dWcs6tbiKlqcai82VdiDmemjLWtWpxVV0t9VYLNsSLY/roR9rXacWV9HdVWOxpdIZgKUeGrE2dWqxJ8bi6/+lQvvlGPUQ4Vvq1F4/bITlsbx2yFUPAW5bpwajj2y1/w8md9P1UJmcdWqwBW2wrfJLYebK6Hx2vMrunJabm5eRlZNe4MoXv5uJnQ33KkzPKcgqGNMhLy99jADGcWfkFQ4uKMxzZfAfPH79+47pBenXH8AXId+VEf+jrPICXeyT7Nf6sqsPtHzzXyv2Nwarzn7H2geuKrZHv+za1DMSmmePHrtkmTcUrDKUbc3xA9/H5nc3TDfCuHTzgyltShXnZ9+NXLfoqJL2Uda+EdMioc1ts7dO6BIEj/n+FNmrKBgWTGyx4bmlRuj3nu3H2+9brJYNGL7pmrkRRObv0p9dHwjbb3FFHujnDSlt3g/dNiUcLm/I+ODx7To4GBb7/SHlonLLxXl/zJmqh3afLDi1tLMOJnlvmmkadUbVhynf/r7qtPLB433o0gNg3j8vjS+77Zw6at2iqFv/KFazck8/+/3cKBhxZ5Ndbz/5o0Kf1uHnIReUd5t0Ti7cEAEnDtijyCNE8T0d3uX+cd5wdBh7UhhsXdzp83Plx9VvfmML267c/mfPF+e1N8IYbkC5ylb1zp8XVLbcjvN1UEycifc+5Ue4+46VqZ12nz5/756mQI1+aIvZi/Rd9OFHux+7oJ5K7XRPntMIPpNeTnuhOAiWtE2LOfFWKPQpSJr3zzY93Nl2+2uHF7SDtQ+8kjCjUAcp3elKl3iSQYt3Wk+NDoedfYtv/arlZjW+w5nBPww8pMynXnm2fyMw+S2L6f+OkWQM/L2z1+gIeOK1UW+8lZYML5S7Lh1Mj5H+Oqf222LeuLJ9DDx+aFvzvWtCQPjjjHKsBb3DuHZwB39wEDjpMq8EBxHuz7HhYOAGn1XHx6ZmdswqV4bRKM/I8IJlL+wd6pEbSy4V/vWGLjkKyraWfP/NoGTwn9ZscEmREa5GsAA3Ikf3LCsdcDIaPrzroUdWquGQwR16XCmfen7vrsVtoe/TH38+SDFCr6JoSilPktRq/PQ1T+iBWROQVKIcmd7qZOC6YhnnQ8rXBXMivPuGE07DaRGwc9Nw68RRzeG1V+mfPXHwne+drz+46Kw6e8C1tNJ2RmAsvmVqIKx/7537ILRcmXnwbLNfl7cB8fMQYGx/JV1HAkdQi1oZYXKvrpSyReqRsvfP/NrDH/iyHryscD68FU8u7N01Kd/HKPgSmwhfwDMHNu8OhU+bshv8o+6elN957sgouO+XWQOufRMp4nPQQ8T7QGvoyIlpBBsnhC9Zt97YonenUHjlE3aDK8qEYcxCT+D36RsPv3rs8/SfFgVj+Q1KVOGf9Wrz8ovU81GE82GBQcTzsAGCei6f6+qiBxp8yhw/+IGG5e6PzilZHrmTvDsFQshY+4d3GcPh4edSqeuOq32DWGZtVs2HP04+mKYT9r8bSESe+pB+LMHH64Gxrtt3wYSyNHbp0QMq59nb/vDU5Fu7vzutDWT7X3kz0xIIRTTcwzsZCXvMQ6+Hw+2NekwJ7HlBFXmiA272leaCp4nBMl5+JHPHEerRI4qFsjTnbx0sfLT11hDfaBDr+1Mp9HzNL3rhcXU0c8QbQfBU2Mf37B+rIw+xtOgZR5hMtf3GCKXjmQNLlcu9/17y+pREwulWEiHy8ZNI6H9hTdG0tc1gRuGI6MC/ypXbn/zp+V/3BZAoRsD9IeTpbZ8+fIHmx8r9x17+pHsIYW7b9HMYmcrSeWMYfDf/q1demulJ/lg1Zdy2c9GE6+AwPVAxie8wIoh0bf9PQvnnUYTLwYOhkDdtBmWcHzk4eeGPH/zsTd55kgmSEfi6T7UGdvuZKw0wsmdc+LBAHdl07ZOnzqaEAg0y9ejfyqdPnV1x/xNNoDeThRHfKL99/TdVxmZCF74wwv0s0WbHw6p3x2xuTfOV59OEf1QuEy8YIMc6cTVsMAKX6ajGEHJs9XKvlikQwAE64H7aWK4yuUm2GeA2GqXJtxarIl/2q/Nz9JPJFh8Q6wojh2j65DaLAS4n7VvC5i+/eNEnJR4Y3dNKL6sLdEvWrp8XA+dm9C5IMjYFXg7UTSqXF0N74PKS5QVM9Y2rAwnn/dYoYPSbvNBDxCG9VBE6FwRMNYoXxpH2L7152dQiUvq5Pez56RJdeRRwHd7tSzqWnjxBnE1g4HC20iJFxPeEciWYGfynwtOmq44IfTfAojuY4CYIfdsYD89932f9e0le5IvlXkemDw0j733bzfGvDt6E578hFBaeWkqvHFOePdHri7jkZCLqgwF4WesVAS16N357dlQCfEvlaDXxA7bcwyUhIs4zQ4BVqynjmsIqB61wx1sCKxMPdzbAC9lMaTzIH0m0MkyOF7icCFh5P8uQnQqvJ5ERQEUsfM9PnsC89ouHJ0zsoj4dm3pZpeKY8uqwSMJ1o1+4/FwgbG7NPH9REXoeBZyGv5YrlJ1UOJaps06OU2z7woFWQ5pZZQqr1tHjdij8c7NjZR0OhJMLqaP66wU/e0QDp+FePRim33vc2xog6vsRo4z/SWXaCpY45Qpj7WujmgApZjfYqV7bPpqVGuD9QjN/UX/3egPXib0R8OI8SjRoCol7r9AM9oTWzLCHI2EfK3OhBsgfylb8h+L5dWN9mBoGPNxvh8AyWl1H9ryicDu6hABThbD2AXC+nD7wXQ/C5PD5wZcUXsYeC4SCznMv+jx2Rm3LCXhM4eZHe4HQ+yKVtxVTSkW9XhMF9G70lpdUHrcPDqoDmZUfxgH/+8QKVeh4mULViqZCDDzMwrPvuDqAEbi7HwTzRDPAYdo1rAu6qnrMom3KkyUK1/1njfAqlZPgsefUsSxg3TxJLxb2QTpYerQLVRIfwmVe50l4fhY2BhrtNhEv+xMuU0UH1C+LppW7VhuBiuzyuUv08HYj6qC54fA1u+3IUOBtWlZbEJ8PBDXoDctbn5Wq3I8TooCHUfeTIurvfoX74Udv4Dr7ezjhj30mDHjZ2p4s6veuir5KzeeFpxmwtiY7M1isw1WqsCq6wedWoUu36aQ+6QiPM9GLzx8pU7lup9G+ghd2T8nfWKGjI+OA5wXtZz5jy6f9JfOup38TwmXhagRksLI01Qi/9RgU0s/5jiLsbyvq8esR0IGW5/lfnVO37WANlB6E3pcqrXhgViucz9E7FFk/yfdMJpfHADO3T3pzmEfdaD8RL/rVDrtUqqb0jqHA2tFvuwWKfurKGYW7z9YaeN/8TACIeAUR3o4mRcOLrI1JeV9ZnPnp8fxV/kDV4rZGPa4qfHmvxBOhk3pg7JyfnQhC53XAafXiaVX0P7Gyj44EXhdO+Ih6NrA17ODpFSN0NM6P8HbtVLC4X3dP0b9+5QUiP2OkbsXAgJkbLrQacEYVfdYKhfctk6PIHLq6KT10IPq3CCih6Za4RSee93QQsC4sqJ2OzApmGbxU5f3rwBBgXeWOzFDC65rplBrHiDyhMWTyxieACL+tVhbRarijrzf8zGS87Bbgfc2JEOBlYVYk4bo2rRWMpOxfsjYIZvjQRn1bhHjetTYQwAHeguefGwmvCyv1YB7VLqHZ+atCb0bopF+Mcn9wVJ2w584x/VoZRD1dGQm83P3gQR7tRjuRR3TAtz0fNoe/2lElpviNd9ONjSmE2Km7fumVAGLf4Q/TWfvbyFfUhx1JQq9ebQK0GJ0+v8WPCN3YovL+eEkosC40PDIKRBwvKTv8hzbPvhwGvI8v0vhxSAlNZ5UlCIRuxcFVJkuDDivc//eWqbzfXa2TeXxeuUsEVhX1JVjq/m5F8OmMKvovH/jgGdrYeQQTJgfvz4klJf3vvuvoq7Qvp1EoPhUieNoxgfDPkXDoxhtEA3mEEXFBLOH7u3sjgFWdzI4XRR/yfiJZTMvVx8mxwLr1VuMbg7EL7UgsSYT3xwMjgPNqfDjE8EYpXvbTZxVez4fEAo/nunipm5cUrkezgskbG+NX5A3VEbY9uzrfX+7/vAjvS+boCG0e11y9JwS8eYMYRpLWXJ16PjqMPP9s/9++TjSIvj4hkBxjMloeSoTfIoD3Af4e5E2Wls9FEd6/nG4q9z2NRN1PiBe6O0sPXC4e15GOvFBHiz4zLRhYGpQnp8ATfIOqh6F8o1yi8u3hXQap0z+o4v7nVM73nV5iH10SRvh932wm19MSRFwSZF9erDJ5uyM7EtazttkrSObPIbH/W9sWevAGywOAE8afsKdt94+TendZZW1vjr5U8WB/JgaL/WVsHOHlr59B9OFr2sFo5sg74qQe+RKxX2ws/XpWmcS27w+dlnXyuML3r8t0ZAvdVWQ9qhdxj4sX/erEBEigUZs13JOwbU/GVwYi9l/+ZBxvCAyi/i8qVni7f6kF+YWq5/g2RmjJNkp03+hkgfJIhNj+rNL4Ap/PdMjJzC/Iyx2eX3m4cf23WFdMEE1VXDP/G+myZg4=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHdAVeX7Z4igKCJL1uVOpgvu5FZ2HmdaqTkqs6HIEFIhGa4sR2k2ray0MstMUytz5yjPa1lqw7Q0M0e4ypXhDtP6veugfL/8vvAgl7/ojxv35XzOeZ/n+TzzPWIcUtA3p5GXl1dRAP3oWTA8O7NkeHbOMrbClu/MKyrO8da+dSwuGNGPfevcsNaw1rDWsFaPa70b1hrW6A/dG9Ya1hrWGtYa1hrWGtZqubZOW+Mdno/2rVNBfta1b+x3Pdj1afzT2q8x/exSUDKEtog1g9g4pF9e/tAaQKz8046DsDW7FYOxcUxaKgZjFxgnBuPgn+k4CH9MGgbj5J8uHAQvjasWmk4XGBQJ3GJvqOdIjKOmGGF/pK6vB9V4d+IRSNWJRyB1x0GS2jV2oetBOO3ZarM94UV23PYkCLc94UiOGjuf8Af+P5cbBRJ+YcUZV4Jq7LTXgZw47QkXtOLsJEE47QmQE2cn4blWnEwShLOTADlrHPP4I4S7W1EySZCtxvnlOpATxQirCCxWnEwCZEPFPQlyohhhFSHMhnINCXKijGsV0ciGYrkEuXB2EtHIhiKsBLlwKhchzIbjngCl42QScc+Go5EApeNkEiHMhmO5ALlwNBLRyIYjrAC5cDQSgcWOU7kAuVA0ssnAgnINCXKhaGSTFQvKuBKUjrKTTZY5KO5JkAOnCFmxoLgnQU6UcW3C3R04RQiQE6dy4e52FMslyInbnnB3B8o1JMiJA7lqY1xXLeKeLb02xk2vDcvdtVG5uxYR1p5aCxpJUDrKTva0WhhXgnAltl3GCBxIeK4DZVy79FxUWNZAKCeUIBcq7jmE9hyoEOYQ2nPhQLI2QsnkkIpApRqHozYyOWsPqjnLxRSLY1AzKaG79Bqr4ToMaiIj1J2OmvxITC2GUuk1dr9rGDdqxibs40YOvzgGNS0SucKN4oHEoHggMoUbxQOJQfFA5Ak3igcSg+vwRZpw4/rutB6+HIsKxGlWicJN52wShRvG2CUKNyNxSBRudOGUKNyUxCVRqGyRli5RuCmTW6JwnVOqROHadsmNmo/iOUpyAze5tUpu4Ea3VsmNNFxLKLmBm8NaJTdwg1ir5EbNh/kcJbmRhuvEJTfScP2G5EYarqKX3LDiqnPJDSuujZLcwA1xbZIbuNmqTXIDN/K0SW7gJpE2yQ3cgNAmuYGbTtskN3BDY7vkBm6Wa5fcwI1Y7VLzuMlnBQrFjQoUrjuSVsZNFytQKG5UoFDcsEtG4SZ4FSgcNzQUjhuSvbh5XAUKxw0NheOG9BTc2VkFCscNDYXryaRX4qZyFShcV6ahcK2mjAC4mYCGwg0FKlAobjhkJsJNAStQKG44ZP7CzS0qUDhuyKznwHFDQ+G4IaMobrRSgcJxQ8ZD3DSwAoXjhoxsuHmgU+oQN3FzSm3gjo2dmlwobjg1uVDccMooijv7dMrIhjuSdMlogztedMkIgDsqdElfxh37uaRX4o67XJIbuKMrl+QG7hjKJbmBO1JySW7gJp4uyY3/Z3rZt2R4dlEr9ovi7MLsgszc7BEUWTi26/DsEdn5xUU5luvvmOPHvgXSj45FRQWZeRnFeQX5lW/Wr2nFzfqPfSS7H7u4f3ZxYUZudlZhxvD/uLgZ/aFzbh79RWf6tOzCPIb+j2ua0B+65BVmZ7KH8W+dhxdkDhudV5Rdxd265WWV0I0NZy/q5fn+9938uShDM/KzinJ8/0tb8kUj+eqQ2+15gQPrVGA/tMCp2gGBnDF5XuJmdSpxk9pKrE260jwvcfM6lTgILbGjssRWz0tcxR5vQOIq9Pe/JZZnQ1oPmWrzvMQtqpM4mCEKStjFmZ4jtzyz0waXds8LHlynpm6Ekfja8YVLm7k6PC9wS09YOgJraaurUkmb6vS84CGeELwVWvD0SlV5qsvzgofWKcUj0RK7K3UUqemelzjME6aOwgpu017p1I5GPC94eJ2aOhotsfaWqHas43mJq4g8N27qKmJkNYJrL61qJ1OeF7yKyHPjglcRI6sRXHuHVjtc87zgVQSgG+B4FcGxGontlUYCafVQnFUReW7c1FXEyGoE114t1s42PS94FQHoBkxdRXCsRmLtFWftXNbzEsd4wtT4cKa9ca0dLXte8FhPCI4PZ9oL4NrpuOcF13lCcHRUk2+AamPEtHoo0uI8ITg+qrkrTULT6qFI03tCcHRws2tv62uvWXhecIMnBEe3nnb57qj2vkI91GpGTwiObj3tsufWXrmoh1rNVJ3gnm095avPTu1Vonqo1cyeMDW69bTLKYPm3PVQq1nq1NTo1lO+sO7U3uSqh1otvk4lrqLyq0Zid6V63FoPRVpCnUpcRcn3vyV2plZOWfVQnSXWqcRVlDzVSGyt1IFY66EsS6pTiauobquRWJYlmh/XQz2WXKcSV1HdVSOxrdIZgK0eCrGU6iSuTZLywQh+7Z9UaH8cox4M3doTYgdg7S1P57Wzrnowd5s6JTj6AFf7Z2Gyt66HPOX2hKFtaLkdlV8Rs1ZGF7EzV3bnzgUFhVl5+RnF2UXiLzWxA+M+JRn5xXnFYzsWFmaMFcA4rpPCksziksLsLP6Lwde+d8kozrj2AL4J+eaM+PdllTeYza5kf+SXrR4MnLFocp+taumGoNm2d6+o5H5DxzOZsfDv8kfPLr2rTD0//J7Hlqw+pu4OOdvx+wU6KIvofteVyBXqnQuadosvCSC/9n5+Zv7Letj7zNXsS0dOqvaWzls+63tI6TUkeID7fDR8lHdg5DMvBJBZ+2c8NeWXJmTPtkv9DvsZYZzzg1vvvf+8mnPpSMbcn8qVcy/0K7a0MsGkVzs/O/z3S+qWWetfe7HF14rvmEBL0q1mSFkUur3LgMYk8Z2nlx48HkKuLDrzQ88hRhDPO6DsLX/84U9XhpGUm17+ZkKABfr3ZVceVaP7/BIzPsOfmNkFs03w0B1b/Du86UW60Kf8nexDvAomNfqywARxEQ/3PPfC7+qG1NdTIncFk26rz13dOcACv//NHnRJ/WqEfeInXtFEZWo6bwZ2db/if9USnzcCYg7EkWY+rZ+KGGuC7V1+Ljt/+0Z148L3ekG/KPJk894fvzLFBFxPIXvV+W06x548VK5cptstDtVD/8Pz39z0jhGC6GXZC03QcfKhzbMeTYbn1g5rUj44DMT1parzu5t77TgTD11vKyxvcfxf9fgnH/v+fksquVRSOrvlUT38ufWLTh/lRcLID5/dmwsGyF48mKrACOx26yNawGeHw3RbjwbCKHr5fJ0JbjLf/ugT0y2wfcV9F9b+YoS3JiZ8PjUxGcKUr/atatQS6CK16DmVPd0ZnQR3M4FIUzL3J/uf6fHtiR9T/GMG4HqZqIOpW/vTK3TwfNIfzTcEm4BZd5naHOhv6R5aAiXRkAmv66FJ+TtDVzxjAKq1OQ8dN8OPB0oDZxxPAIpKff3hlnLfpSq/XxczjOrNLHNSjWp0T1Dbwnbk50lF3V6JMAAl6bcP3hEB3V652HhQZBysYZJG6oDtltwfAKGUrjm7vOFrtq0lRmgd+erOJscscHBc2JLbjAZoxYg4LwFGcAM3hifnfLf4+12HVE5HexIksw1FNSNf/Ng6O+rdNmTbtB8OlD6rA26Hl2LBendqyqIZrYDzOd4Ed7qe7jj4qDfce6r9+sTvQ8C9csuoDYPigNMq1AhNntFnno42QUHIE+TrSRZY8vOgUb3n+MPsd81rrzy1UqHs2bNtphnmDl1xomhVOKx9vnFZREAkcB7N0AH3p5Vn1S+yqILOtibTpgz88dPDsbC8Xf4870/LlVzT8DHj5jcSPDpmAOFPXmTx5D493pp4QmWPnRtvhLyCsilb+3sR5hXWu8PIp8UzIhtdNIPCzHXqiGrbtKxdvtlIbj2258PL400w/chZ/Q8FTQiLEj0+MxDOL2KGn76kht+dCE2oGZMD9cDUERqcIPn6j8LlHXhB3XwHVYwhBZJaBK5asMcAC7+iC5PCgG1z2hcm6NHuX+PVUYGEufnjz+1RKUmV9xSDWL/oT/jy2lBiunqxpPSBBKBC0if4wovv/JX2W34iYe43Jy4G7pua/tOXbUPJLdQ6D8S1Jly/B+KA0f2zjl7CD+6JAKbFLaOiYMGbmwxLC0vV9vstjSftMpFoHvj0kvfHldeWNxv54TALeWM0tVC5Hh6ltDk4bqU6+Oh2096oJMJ5vjQKRrDwOKRM4XwMTCDC/tFwP7VOmG6/wuUeG0e+mdt19bm3TPDA9M8vJO0zA39uiRHIqTm3tOlvEXbZ6Q2c1lsOqyyqvTY3XvjPEF+yjm1rdwq5mETvUBIH3E7zooXfvh8OrT7Z4XWgkx5i+I3LFcbG7e8GAnvcA711wv+zjeJ+ky1C//Naw77d1KH6R0FnHqjPqXzbi+Jhysk+a+KmXBH2gzTC/faEEdhjfJ6OErz3M8OEv296ZNsWA7z0OP0hKFzo92IA7DDRgHu7CbIe3NfNd0A8bHTTgJNpgAk07M0Y01rEgcWhktdl6qDkb4I3v5ECVFmbk8e1JPtyaWR+MpWcpM7w9zd62NNh7ICFu4yQwQJ7XgLcSr86RiRIfQYL/xp4VZ3fC0IzOpuAmaFF4C6Fi7WkPZlL6bIkPg6uRBbRVBYFzRmRk/Qg4n0knGLinjysjuzQdPe87Sbh799YgGaH6WmjQ4mIE0kiX0yPgXU9WMQ/omz8mhk2At6iNNs4MxKal7al1PxDoVlipeuvC0oeA3Q1wLK7hr0xel8cPP0DC3h6EccXSTtktoSy96ljbI0A5p0bpxkkLwKknS8pKygdn42xwIgv/6GZmai+TOCgFPKb8t6vG7bpQHE8RLdUqhx7uPXFmfsvq+vXsAASJeLY66Xq6yydXg4iPcOfu/1EFx2kUbFf3fmnwvNBh6aERYPUE3o4ysLfn0Sd+WILmqJLFZ5uPmkFnI/Gq+od3NFOKjwe6KKAu9OGANLWqKelQgDhz1mnA0aLaX2DyfvHulNPpnUClXrR5zTv8wDhTZg3hS3xEnb8yAiM9f4djquPDPLfFrXDG6KYmeaa4XFd+tAueQfVwyysGzaqAR/GDsyievie0m/+m96E07Joh8L5dsICU8azjNacBHHDhpNdY44npHU3wqtUyw/u8yYfxx95Yk7PMML53VUPxZaZ/774+AWFuXX5PyEkmCVWf7PIF7knFJ7Pm0YQkf8TpN2nqsWMlqe9RT2w0gw8Hz/nSwJpVeQT7U2+ndBdfewxi4iL23+TeT+IcP0WJMBumka73nZe5XHOGUNEHE2AIyxNq96EWXHGZh25jRVAuQYYtzmZVjbfq19Qd57eKZKsG8Y8yABuTqT9aiea7X4/0QjsjHaddPAljW65Iw0yLxmgO1O3fwqsfpIpKBwGZt1MS5JfFb7/VxJgJSsDmnoRrm41leSzQOETC6xauntQOLD0u1xngNPjGdNMIs+1aA4sXP+6oQWw7T7lJ+ul7+IhmTnmQjNw2gQli/pqWzDc7N2TlkQ+RMc28HEiLH/rT8r8QJLFCPB+O1L4zAtHzr5tghz+n0HGiTiRn1cZYCJVq+6vYGDl1p5ewTCMKSo0FvwHzboz/NtY4PvvbQHON1Mi8Lj7WShwt1m6VPn2NC2UvjOKOuDgEZXLfaIt4ftsZ4Iz52+/b+qYEJHfLunl/mNFHg5tJu1crnA/iDcAy1IlpWYR7x6OBcaybocTwPBDwSD/Xv7y9/vE9UeT4BEWWAY3I8zdUpLbkjd/01EXiQL+fVGUqGdfjgBeF682w+mBnWgq/lvhNNoUBn1pNk84ZJD1G40rB4+/urwNve4kcZsXm6Sf+so6+gOV13frjDKvhAEtNs7vvTcCDvjQADIvCnj43XJWnUzLqos5bUjmBBppZ0XCEF7onVEWOmjB0ycAztJqO3iWCdYw8Rf6E8qKtz/oaSQjY2jE2x4PPOwtCyT8OdNMJJwncpOsz4IJT+er4kj6X59nLab1wyZarR44kwQ8vGUYRf3xLb0P60N8kmAwK/wWx0Ixu4Ei8+PKJOjLwvSOWGDeU7g2Ed7+4COa6a8qV6lYu719Cdf/E8mCf0mnFZZ+xgSeUgeyxK5LEfXpUh9ZZ51XU3kj00b0BfebRP0yJBz+6Xz5j5NghLtYwig0AK9D3MFQztLIJpOoQ2bLfX8YDjzer7GI+i4jmOh5gNmvsrLu0jmjqPMNQTIenlH5/zN0sGcQEzSQsGy1asFhhZdn3npI5Qu+JKGf37yX14URVnZ5tU+C3Jf+GK+sCiLnr+4cczwngrDo+3Z0AnDcxqbE51O/kDClBeH+UpIg6xxfaBzCKvskwt2vIE7UC5ObAK8rLsWTMBboVsZI/TYC6mXpQ59MIlyPua2A29MSSng7MDGFUPa1v3OqUdb9EYRqi7gz24i4p4uDe5hhfvUV9x8dJv0pHHbScvrQz76iDuwYLevxaLCOZhnkgsrjWXsL4XZdrYfxtAsd9sZBlYs11SjjZywcGsAkOKHw56jxhPdN643AvG12y8sKC4OfNzITnpY6GMDAC7T1ynRaFs/UJ4v9Hg4H1lb+XFYm7GFMJFyNuVHA28eDZUpbFqAWWAjPW8NaAffXAL2scyzA++KvWgue9I0R8SP9mMrr+tssIOryK6ofKyO+SyW8THnXLPiSHgEZrMHYYwZe1zkMwPsAqifeHi/zE33vLAPwfri9BXg5/IEOOB+mtwZatM+55VQoBPGNrlZ5/3ssRfQ1IS2JFyvMSCqh1dW6Nc1j5bpR1tGJwG43bKsFeN1T1lz6zRWVNhV+Ia8YBA+6bFR4PxKZKvro8dHA2uMxtN/k4eYFnXx+OExi5ei9X4u4scNMeH20wiLy+cYIwu1yJJF8MoQFmlgIoWVTq4SDCr+NIwpYedKoOBz40KZj/tCi4sKCEUWVhxvX/qZ1xTwxrYo16/8BuXJwsQ==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHd8VNXWTSU9mUkmvc2kh5pMD0+8OyZURYQg8sAWwgAjSQZTwKCCoIIiIogKKEWw8FQEn0gVuFd4iIB0pIiEUFQ6oSTUwHfaRFC/97LzI/7xXvhj4J6Zde/Z+6y99jonE3QDHL0Gebi4uJR6k5fujkJbQXmhbdAqOkKHH7CXlg1ydV5llzmK8uhVTvNY81jzWPNYE409+F8z5vbvxnoRrc3zJ//o5Cgpyi/MGZJfMthmpx/6r8f9MVc9msdcujSPNY81jzWPNY81jzWP/Q+NrXaOsR13vYO6z1E88Lcr+l5X+vlM9qrPo5v27BJHUX6ZvaCBIAMOpGevRhzIwF5NOJCRvZpxIFNjQOaudMxgyGtB/sqzFw8utP1HjIVh9Bl4jMmKx1j43HId5QMagLHyuWVinsMxJgseYzFi5pbF56bHPIdjzKh4OMZiaujc6FVmBp9cg4lwG8iU1QiQxYyaXiafnhH1JA4yN5iot4EsFtT09Hx6JtSTOMjcYD7cBrJYUdMz8OmZUU/iIDOOERxkyUJNz8hFCLe4HGTGpZyDrBmo6Zk4y3E04iAzLiYOsmaipscl3NRgibgNZG6w5t0GsupR0xPKj2M5B5lxhOUga4P7BQNxIc/ESZgV2QH5I5Bthj+iETTScwkzoSrXCUIlQq9H2ofbQDhZ1nNhMaDKXYBwCqsXaoTingA13N/wdsGfhGOEqRGyrBc2Dzc9M9J7MBAvQgOORtbGEFbUE6o0DBmNAYnSQHHPwFluQtHIwGlkRJWGgTPCiJseX1wjbnp8cY0owhqsjUl5ViNSbuSLa0QR1sgX14jSCKO+MdPjamREFaEA4cyHUdAIVYQChPMRRqFGuJiEsOCmJ3aDuESIbRouJrF/QjHClNEIx2LKbISHNTVGWAQI5/dMnHtWVOWahElscEz8OIZhGhwSP41hGNSuXQSEOoUQW4YGk5UfxdCxLJw/5FzNwvl4AcK5a07wLNzOToBwTpRXRRbOtXE2ZOEMGKdDFs5LcT5k4WwRJ0QWzuGYurrTJGbgTK9ZoLAWjKNwtteJwpkwJwpHC6tA4XjhROGI4UThmJElUDhqOFE4bghUJs71ZQgUihv1KBQ36lEobhDbzFFYs81RODvrROH8rF6gcIbWiUJxox6F4obBwFG4o4Z6FI4bRoHCccOJwnFD6CHuQLcehd3qcBSOG04UjhtCD/U4bjhROG4IZTPguOFE4bghNMqA44YTheKGUagN7jy4HoXbkwndwJ321KNQ3DAKBcCdwtSjcLsloQC4k4R6FG6/JBQAuYV2onDcEApgxHHDicJxQygA7oykHoXjhlAA5OGAE4XjhlAA5JmCE4XdS3MUjhtOFIobJqEAuJMmk6hl3FmOSVQlchcu6gv3MwCTqBTc4bJJcB53oG8S7MUdzpsED3FHxSbBKNzxvElwA3cAbhbcwP0gxSy4gTugMQtu4M6CzIIbuCMas+AG7gDOLLiBO4EzC27gjuDMghu4Mziz4AbuEK4eheOGE4XjhuChBccNJwrHDScKxQ2L4LwFxY16FIobTpQVxQ2LqC8rihv1KBQ36lEoblhELePOQOtRKG7Uo1DcsAoFaPhBKEMJBfh/jkLpLyuUhtM3ymwlNkfBEFsRQZZUdCy0FdmKy0oHBdx+x0Ge9MqPvGSXljoK7PlldkfxnTfL862/We+KYbY8+uHetrKS/CG2gSX5hb/7MP01iZwhdvJGDnmarcSucbn91yvYZ3zIP3LtJbYC+rA8FUU4yumHCwodBUNH2Ettf3LTTvaB5WR+hfTLhnavP97Ui0U0OL94YOkg9z8kTRy2msUBoKnp4w79T3HTq5yGBuyNDVj8AMAkjn7NTR9wWFMstA82boPBaRpY3Jamjzu8KeL2RcdtchoYFre16eOOuKsE90MHbHY6URZwVtMHHNkUC+2Pjttyh+fMyGj6wKPu6koHoCO23uHoMzKbPmJ9Uyx1EDZw8QUCp3k3GZs+cENTBK5CB268Y69j+gvatfGuclyNjdjk/FKn82yi6SM23dWI/8Tu/PuIxRfHnB7Y9Bd0astdjTgeG7H4YpTzVNj0F7Qs612NWItmtf6OHYs543fbFKqI9M45DkfJQHtxfpmtlP9WEe0RPcvzi8vsZRXZJSX5FRwYx5JRUl5QVl5iG8jeePK369z8svzf7ZfERol/geTOCdroJ+l/EEJH31hbk/boGzvli/E7HU94nZeqX97Y+5t/XBDXx6Wvl7/eojrsupTcYszbOa/VyU94bY3s+eOz8jeb5nZcenG1dHFSXlnStA0yfHhoTeBMF3h6wWsHhrjUStt/6HO63ddX5CGLT5YuCa2Rcl8r/PX6JxvlHxdce7Ro/RrpvnuP719wzQ1WvTM5aKT5gDRs6ys7K6sOy7r4S4V9ntfB0Q3Tv35n8mHJ/Nm9j/TPdIW2t3R1tW+nQgffvR8M63BSCt+/9XJeYjS03v3uL7Hz1RAau/Fn6cNtsmulm8+EOa4w9ZOxPbvOSoQzAWsyZrRcLh81Ryn9qxIg99qZU0pFBIxoQ5502g0OJtHArklFfZ5fuPRIBFzI3jboh19PyvT1qVNa2N3KFnmkrxru/86rw3sPb5CWhF7ffNYnDNxWeQZrZF+Ypf5o9TfTWiiP/dTJ/Rm/FPgmK7Hbsznx8PZunyEJhS7K3D3Gc9b1gbC61zu6STVBoNmeu6/aGKKQ5KQGvaYF9vfmSFjZ1d+t1fhgZcvfHtwx5adQeOxmzrUznyXD62k0ghXSxG4nPYxT/GAKydZnN1PAZ0J8wdl+VfKSjys2pK8MBpaPDxKATCIpbdQquT9NcGs/UPprs8+7p0DJhEnHLsRfkRbE9Bv4tznxEEymHZ6ihqe60xU8LvF1Oi+NLe30Vm0LHYQv2+FS6XZG/nLWufnftkqEjAc+9u1ki4PyqREefQI9Yfki918nptVKSy/W7X4mPRT6Zn313fA1G6SrQSeWLSLxx4XRO/uD5wdvtnft/otsdxBmaYJh3S6S0HkRYr28FZbPjW3h5VM9l8clJ4DpnLVj5xIvIEkPX6aOgcXPXvjioaGnpZzP7ZVP+/oovQnbbqlCIJ0t7GWp0Ofq+4MXuyka6dufluTGALt8KgoyWn4Ssj13utSy/ZubR3u3AhZ+L28wqs33rN4ZqcSSNBzqEQrWwbl2x7BAYHHev0yas+XTbT/0+V4uNr6wDMa6QJfDIzULO7spVzN/WZicm8rn+bIOLh/LJ0vrrqx/I3NEm7kJ8MqlA3vHLI4HT/qA51UwccVQMpUrkmv3lwJ6tFPD8KqZhCk/S1WkSgxrdTD3Cr2hK+i+KBky5cxZmbI0IlQDhA1+S34JB1p9WyOvytdGPbWqbFdbuI8R0g0eZ0SsllPySGavpUE3Spswb9ik/9c/2xbXyOwxc1sBLZfy91WiHvfKtKoWmlvD44xosdBz6LsjZs4LUO7/+zjrnvW3pJoVP06o+0jN62xJhMJ4vC4JikjVni/RAl2OHS5+io0tTBI4xnisf+N8PAyj05wSAtsu5x396L3vebyLggUfbkmUlkeTE4FNY1Ec6EnUx3I0Cov37VoJQvLX7RqqgckkjbpDEcq0W5NHXR+ZCgcm1NkuJ8UJnvkrrJ5O+4H1ytqBn2rVMJqkZWpEiELL6dKERM63BzUwKpasaLpG4XyOgM60ILyTgfGgixcEv6hsmusZB726znohZe1NycQS4q5spcteGAbZ5wu+f+z+MGBlkXRO7khu3y2yNawk6bFZguHZF9s98PGESKUrS1QosDSS+urG3lgpne1HCm9GOEx+nyzwJC3nW686ieuQO1+/rxN5Xnf+LL3/6heHT7ythSemPxA6cUIYML375yVp++K/kyU5LTG9KPMHb164Ei2DCYG+sKv7AFXfFbEwkgF2yDSbuz/RwRPpm1UbRgYDIdVzkqlSdqELtS0KfpGIQJ/VwfAeNFNX5DEpa8fNf8QX8ogslT/tA7WkC6w1qRRW31uTwIX+eSES/KmQ+qiUXZVVflNPqMCTEr5IAxuHr5kT1U6jcB2NBSYLryfwuvgqQOndK5WEliLqMAYYbywREMAIuV2q6UaI1ycA3iPqfbyLNzB9eCuB15dnFFROHf9yv11hCuNXz+MSy8+mCFjsT28Qo7D1eSmV6+8IHbA61DlkogIvPbe9WiKzafNlXToQNSIEqua6Ni4KWNx7NULnL8ile4MvZPdwBVJE+7eOSIavaNonbOHrXpEEPRa9ZXvlaCgcf6pV7bSDXsD7hDuoN6xc/vq4cGAyEuCi8Dh0sOLG+EsHpgXz8ddrpGMvzt7yaVAosHY3Uy144qrMI92zzpgCA2njsMYAVcNDa2plM20APYNFHrxgPpH39sHBCuuvj8YDq2/XOOB9OET54ZkTKZneEfx53ZOBTKLtrbmBwMq6jQ5Y/94TArMfp8SIVSTCLrkwEiJYQdXIXOdreP3bauXNtK3XVUkHrlLhcYd5X1murD3mobA6Sjspf/Qgrdi9Muf1HonprocXPDNzXuKKG3XSws5UMF0Ums7LeVekDxJpRs7ITA7mnJayxx7ZMD06BWj7lL69wPtpVz/YN4Ys0DspvL5898jMbhR68OuW6ZyfNfu47hF+R9IFfjNF8PmqzNqhWwjv95/qYPVRDekwuySWD51a1EkqTD9IiXVV2ulCjYIOmM67BfD+XH5V4n2lRlqUTFauSAsHKZ0Wn5Bpm6jumMznOTweaHqLjG5A03l69j6JTZvwgfeVasllyqjr7b+I5X7gRRVfh7BrcpeHbkSUTlPDYT9SWOpQ+HAYdTT+CqV/b9e2MIgWUJ9IYOl9x08ZRRuJPQNYHwiJgceK1t/88rqvwvrkm22A8XyWDiRG/CBwp8ZgYRSw5+zVAVuHXa5gZ0JAeEIXerUWRl9vTyyXJ6RSGegWDz9foIbvosSW6V0fhfW9DQHwHbVhQcelpTQNM1QK9yEaWEdt49olPC+engpV03GpIZBFuvfVIDdRLzfl1EyiXD/GAefVRSmMtvt1vgrzYUS/BrE/RyTu167Lh4jMfLI2Bp6ODqhq81A03FvR9x+mLSck1h9Gt4YKSvfWcYLPlXI16dqWV1sCsw1XI4ClTVclMTtqSAfG1xxPrn+TwhRKv6/3BMP5S1SAPIDl/ZtIhddLJGgYgVsALfuCWbEKa7tDQ+AGUevuA4JgMLlsVXtOHvRKAancdTLrZ+vUQG3HydL9UhwjXLU8kbQ7x5gaieX1kIuiokI0P5nrwKPXJL7u3koX+flY6/g0YP1wiVb4DU+Fuo8j87XA7PDCROHrPLhulCUA4+8m4UMuqeAlIjPbHnaBs8/RlhbD9aFfMO+T012BldN8Ffhxw8j9fedEoCoS/ZyvyNtJSTk9+57Wu7XA+1ud1D2Urvj3chIt4+hwmNqedvjLUjotR6IHPH8qYHo5I1rw7LzM+sLEdsD2DZs1oC2gnbFGZrqfkgE0bS/OrpGYX48/LDP+DE6HNtSIdfISdbVbZvq+NxUIG0hL9QXqBt+97KZYiJ3XEp8zen+Hir5pbsDCan9JZrzr0Ib36xEqULHCPyQ9SNpl1u6WEN2OOH5XldCHRRK7n6Ut95mnIuA62Z3c1PsrrD573uD7kifjQU8DKvNSWP3U1UqJVCDv8YNnRn7UOufRKIXVXWAy0FnfsyAEWP0Pi1aYD3syEVgay+K53tynVtg+52AisPJdFAsxp46Yo8BLWbh0wOj9B5PBg7ieM1viIIHAq2LUwOqo3zHh+3S8ztuGcn+TtlBi/vNiMLC2EH1T4n43GerG0zfCoM+czz7fd8iN7wcKErg/q9QCq+cdIQp1Ux59jvH112iBFNfK5QHhQsddIYdO8F01jOu3a9VRTZTCdTodWD9pHcb9lFuowuy+Rxowe7NFC4z3g1VKO7bRCoTnKT03aoD7TpXCtgGHEoGGOXOKGpgdvqFSWL/+NgyonbP3SIEFn+97YngPX2D7rM1RYv1awOd0OznKS+H7pDDhC8NgBLUnB2/IrE4+bQlpTEg1XBcfiVKYrgQEA+3S0wKToPgDV9KSPpQZT0dFAPPp87Tch89w5b5+tS/k6x/OaJmeAEnMqB6TeF7iuM6GRAqfeUI6t3HdfZ/bd0r9abpmeQHbF7mfkqrDyAym+wDvm3FC53/l++zhOmDy8ojaWWdyOzqxjtFAXN+kY8GJ3G/vcFFY3x7ryf2KrxvEU8NQqVZYfMSfs3XaHcr3UT0DFcaHnYF833orHJjMHNZwHq6OB2aEvyf9Yv4jm/S5aoX5uTZpwMKJT4KFNP2VKoXfNxmYr+kh9ONGC4X73lTua3tFADtXCAoXedspzWbbqxig6Yh9NUqMH5HfojbvRozYj0RBPtsgnpeYrrq3ANpFpo5vwfvVkERgn7/HH5it7OsDzL+9oYUMtnEKAmbrxwUBaxv9E4G1weBwyGUGM1xhunC5VtpElycuWsw3SuH7gZ0S40/fCO7rCzQK19+PpVezn/x5+4AoeIEJdqzC/CPRK1bfVdHgxgxktMLPE1KAwhMrwsEnmnSq+7UK2xZdIuMzyJ/IJL5fL/AH3lcTYBkp+w4rwrnuLo1V2HrOjgR2TpVdPLi0rMRRVHrnIc9v/w/Nb7+T9Cdj+v8DX+I3nw==", "1: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", "1: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", "1: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", "1:eJztXHlclFXbHmBgWHWAAWQV0FatYGaemaGscxA1TXMJ02xREQZBkdEBMi0tMzWXNNssNS2zXPLNpcws8zkuZVqumWsZbikiCoggovCebUir7325+UV/vB/+MTpnnut5zn3OdV/3dR8G44Y4HsnUajSaPG/68rAjx55ekGPP3MBG2HCP7Lz8TDfXu+R8x4hU9i6leax5rHmseayJxnr+z4y5/6exR6jWpvrTf3RxOEek5aRkpTmH2rPZRf/zuD+vVa/mMU3X5rHmseax5rHmseax5rH/R2Nfu8Z4x13voDo6cjN+f8c+68auT+SvxlTWtCc7HSPS8rPTGwgywUBG/mqGgUz8VYGBzPzVAgMpjQFZurExkynVi/6Vmp07NMf+XzFWjjEmwDGKDY6xirl1chQMaQDGJuaWCHmOwChWOMZqhswtSczNCHmOwFhA8QiMVWno3Ni7xAQxuQYT4QaQktQIkNUCml6imJ4Z9CQBsjSYqDeArFbQ9IxiegroSQJkaTAfbgBZbaDpmcT0LKAnCZAFxggBsiaBpmcWIgTbXAGywJZcgGwJoOkpguUwGgmQBRaTANkSQdMTEq40WCJuAFkarHk3gGxG0PSk8sNYLkAWGGEFyNbgesFBQsgTYRJmA1ZA8QhgmRGPaASNjELCFFDmukCghTAagfbhBhBMlo1CWEygdJcgmMIapRqBuCdBDfc3olyIJ8EYoTRClo3S5sGmZwF6Dw4SSWiC0cjWGMLKfAKlhimhMSCZGiDumQTLFRCNTIJGZlBqmAQjzLDpic01w6YnNtcMIqzJ1pglT2rEkpvF5ppBhDWLzTWDNMJsbMz0hBqZQUkoQTDzYZY0AiWhBMF8hFmqESwmKSyw6cluELYQsk2DxST7JxAjlIRGOBYlsREeVmmMsEgQzO8pgns2UOYq0iQ2OCZxHMMxDQ5JnMZwDKhrlwGBTiFky9BgsoqjGDaWBPOHgqtJMB8vQTB3LQieBOvsJAjmREVWJMFcm2BDEsyACTokwbyU4EMSzBYJQiTBHI7SzYMtYgLM9FokCmrBBApme10omAlzoWC0sEkUjBcuFIwYLhSMGUkSBaOGCwXjhkQlwlxfgkSBuFGPAnGjHgXiBrXNAgU12wIFs7MuFMzPGiUKZmhdKBA36lEgbphMAgU7aqhHwbhhligYN1woGDekHsIOdOtR0FZHoGDccKFg3JB6aIRxw4WCcUMqmwnGDRcKxg2pUSYYN1woEDfMUm1g58H1KFhPJnUDdtpTjwJxwywVAHYKU4+CdUtSAWAnCfUoWL8kFQDYQrtQMG5IBTDDuOFCwbghFQB2RlKPgnFDKgDwcMCFgnFDKgDwTMGFgvbSAgXjhgsF4oYiFQB20qTIXIad5SgyK4FduMwv2M8AFJkpsMNlRXIedqCvSPbCDucVyUPYUbEiGQU7nlckN2AH4BbJDdgPUiySG7ADGovkBuwsyCK5ATuisUhuwA7gLJIbsBM4i+QG7AjOIrkBO4OzSG7ADuHqUTBuuFAwbkgeWmHccKFg3HChQNywSs5bQdyoR4G44ULZQNywyvyygbhRjwJxox4F4oZV5jLsDLQeBeJGPQrEDZtUgIYfhHKUVID/4yiU/bJCXhj7IN/utDvSs+wjKNI5pnOOfYQ9Nz8vM+DGO2Z6snd+9CU5L8+Rnp2Wn+3Ivflmqb71N+s7ZqQ9lV3c157vTMuyZzjTcv5wMfs1iZSsbPpBCn2a3Zlt0Nz46xX8Gh/6j07ZTns6e1iqniEcBezi9BxH+vDR2Xn2v7hpl+yMAjq/HPZlw2zdn2+q4xENTcvNyMv0+NOiycNWizwAVJo+7pCmiNsbGrf8OYAiT4AtTR936H+Lm71LaWjAPtCATSaXaeABW5s+4LCm2GhfcNyKy8DwuG1NH3erv3Wj/cABW1xOlAec1PQBhzfFRvuD47be5DkTEpo+8IimCDwAHLjtJmOfkNj0gRv/Voq3hEYsv0DgMu+KuekjNjXFVuvBgZtv6nWUf6Bcm5si8EBo4Irru52uI4qmD1z5Wzn+F67nP0csvz/mssLKP1CwrX9rxK2hEcvvR7kOh5V/oHLZ/taIY8GsNt7UuFgS/tCtMGFkd05xOJwZ2blp+fY88ctFrEb0KUjLzc/OH5PsdKaNEcAYvhjOgvT8Aqc9g38w+Pf3ndLy0/7QNsl+SXyP5OYJ2tmV7P8JYaObli7uiYM3qZO39920NKM13p3505lh7a6iH57q/p3u/nJ1U1Kbh571iMYa/uc8Gnx6T/zR6gvow/YpUcVDovCTszZfvv1JDZ47ev6iNutL1ciAwrtefS8Mh9Z8f2H7lkJ04rGwdXs1ZUjgwzBFnbBE1KANnkEG9O0K1HpScZ8vFhjwji0d/5V9rAQdc/eZ1vqkN1nlcWbG7SXFqsczfm1vH1+tftBm/bUpFSWqI2gi2fH+YVSd+Nsnt2ToyeKR9/se/OBnlDW75DmkeOK6uOuVBYO9cJrx0YQ7l1Wh1er5BR3aH1LbHK0eP2xDlXr56MEJeV1q1Xt+aes14c0zqPuAybYD31SiGeuH+1S/54PnekcuGLjMnfR95Lb3pq4qRfe5PfxSwG5vvFTZeV/PvauRiNMX82UYX6F+eWTadbs1HHc+VFrx0OFIMuNolsYxIZyscrIZFSP9Y0mfffd0nTp7fM29I3v6kAP9zt/z1W1BePPkJf13GA1kes6ZmmWjwsj8rbGrnGdb4GyK1n6jI6VLvu1u7aYn27784hWv0mOqht+gJVEGftnN392P9Ge3aVmE/F9f9mKf7YHkDrYRWYHkixi2oIWqv3u7KaEDPMj7Qz89l7d2J9rzE3twMcpfG0J3xoeciV5ytuvdv6rBaVt+bGf3wlP3HSv0e70aTQk9vKsqVYPFeteoNPpeK98oUykZ5j3aWkPw4l83tph/XL3WKu9gUPlJNEi3K7zP4954xDe1a551uhP2tJBntTg2/cLjHTe64Z98suJznrmE3ougKz65BT735hr/Ue098Lsv3Lp58m1tcew+B71FqRrR50jkc8c1eGbBqMiAwVrc3h5+4rE5PuSJjg+cPbzCHz+2w7h19d016PJDdMNCI7DtyuaM5YNrEXkiNrksfSvi65QQgzm9sAfm+74iGvN1zdISwaOWIu4LUfI6T7Jw5/LdP/XbiuIpbQrnB+AtlM2zNh9HD1+amZrfdhvyoHRMzw3HviyMsdHkSfa4H8pRh557Zz85XkfmmxZ9Zr1SpU5NppmxyJ38sval5/Z8WqPe3tJv7UdjrqCOPGHc8Nx36J9wf/IFfvHEtlbemJIvZXpONXJOm3mqvPV51OKuNe9eXGLAG956teXYz93xLeyC4jb49vGUmVO15P0D5ou2ziWI84DGqY6Ltg3VRpJzWnOgpUMJConefhqdisb6onUrPc4YCKfv8Wp0ykA/GBSH2fKmOYPIl4zmSyJJcR4jggZ/vJsRYwtqyQJZ508Ye2I8/fCy4D2dDpVGEUfpJKoM19C6Ic8fvr9aT3ZXpZ78cF6p+sxYpgAVarvKOb+8PqVW5fPYoMUT+3SjW6vBYl38CM2mO77XB+HQYXRFg6MJ3cTcDyb4YTee6EUouDyZSo4/2cW24bwfbvXmfp+sF+MI39c2kYRm+amJC9wwz7OqyypftjPeZPvTGxdGrAzCYl0iyH0jd72871gQ+Wge2/Bg/DNLQ60P4foScwl1ulpSTJJqUKdsGhHNq0NUBd6o1OKxlo8f6P/EccRU6ph7OB7CE/YqYip2pU8cZnctnO5NGNuTexkIZglT3Ap/8jlbEC0JGLVi+tGzGsLhPmXorrjWFTn9WhDOL+JN1tPsDe26X935A/uzX0U8gc+jzxlNBvykcv4d8CTxnPjn1FcTR9NbXEHuXCBLEafbU5cQ3TWayVXo7R4hMx4a5oX3t2MJ4oYHMpmeV6OKvD+Aop5jyueB7csHUwkrU++mYST+psNMTQNqgwmXo42n5Tzr1FsK3KnkXVP58+qCMc/rNZGEP+/OMJL4zp2t3uzrgzfkv95K2++aGv14xn2/zgokbefUvTr+q2D8xI8bThqigwhT0RHmC4huxoPOMSHkpQUssCqV6+KAatXM6LDZm3TtTZ/Q3w9zXqIKxFTm6MEgMuzYqGkzFwfjpf1ZokeTLnxivvj79zt/fum6Gx5Nt/ueaL1Y56lueC+T3+XxhF+f6E74579cVX+lKrbMXUNo1lIBOqcK3Timcv79GExGcsE6gfh6v+Iv9KbQH8+i2T6nrhp148J0El1bVrbv4SFnVUpeKi2e5N3AD7/eFFaG5PMw52uOHtNNvLz+iI4IfS5EXL57BWKhk1sQl5EwP/zJoUFP94qpU9kqvWCNxqw6Be+JIC+nP/Vzly1RhOtH/Dwk8tadiHVxI3x9n9JjepXHM9MDyUFGd10kYaodfiJAzqMFeWEdE5Y6tJKly85ziKfdlGDCntLp7RDy2pO1KVdHtMJC38vVHh/50iXeoXJ6fR+Hh/LEqEVGRr+KOtWHL2BrPIWVqa3HEaPBfp9rqKjr3XVx98dgEZenqHsDrov6tisECx1drd7GC1yt0KtVBszrdBsNXt17+NzRUQZSu/+ZolsTT6hc/g8HEv68I36E02n7ZfWbWTQRjusJp+k4H8JcSeWc02hjAp1JSCjx/OC1e90C9ISVv27vXkW87iYHErq5RyI7GMj7V5hBuCzn5Ub4fOeoko9ViN8/zoNw3VxcKfPSF3OaZtShsdvuuPe17t6Yy8ek62Lf1l1Rn+KFrkysW/ez6vPs9i+vkfVHL+oKcSeRzGC4eeM1VO7cNnjhrkywz2gwYXakb0s8nAunTujIuHg8uyVTopOq4G0lWsRob26LWRk/vOukytelmw4vZ+FqbsVcdiedVVOoaxo1zRPz/d5Wi3R8AbQkn6qb16AriNdvgy+eTtXz1HGtyGuqH3eUBGxMCPfBvDyNaSHqRRr1OdR2TN2kxVTcxjyWFYk5zxbp8Ti+QHUolS38hFD8Ag8oEAu+ViLOJyUa38rot7wCcfzSi2jaquNFb65pjalKZmkuarHhkwePjzVsVHmdWhKL+Tp/fwmlc8BvKrcnU6PxsxPv6fHRND/M82lWtPRLOtLtbubwapHQs3DMZbKLjnB/1scDf8PK/exozKJ/u0eVyuupxZvw/RsdKfnqRrg9/FFPuD5mxmKejlvdyCQmywUBhNur6dGYFjtaUAIIX5fk/Sqv/z38scizI2qi94qoxzMuoR7008F2Pyz04yhi5WJ35k5UcZ0S/aNwTJM/dFhJLFnNlsP/NDqdRivXyhB8gbrWgfdGSb0srfcVr9DwNq7Syjr1LeI+fKKX9IOlKq9TXT2I2G9PMou6iH2OEsT12+lLmLuri6tWeZq707zjz/XCPL61gYRvz1pPnMkFqAIxFbxL709OsMvKPLAnsxVfX0Ai/2oQdX8LPy4JwW9R+7Ziegl6edLjlJJvCL8YbMAdeeNwDTGZ8lt8C/6KTfMtHcmsOkUj9cWMJUUhbfGddLef/04n8/NntPDjfx0aVBkr9q1PlKiv7eoQ9z/dY/ATzMg9F0Vq7exGlYJPxgh8cTttGJYFE963LN6obmXtw2rJE2cwEX1JGXJWtyxad08bvOAiNdTrggn3ucGeeGGH9vvnTo7DPH2DDCSHJ0YM2Rx2K6X4ZSTy8Aji/UxhGPHhRqYG8fUZdQJx/z1LR7h/eVQr9vHLSMLtsj2IfMbKgq+PyMspkYTncU8v0S/NDyQxvCBVqQJ3HemoS+jdIZCM4wVluazPe1W+fJ9pCCu3Nfe64ZnMTvS+pB78gAlqqSr6G18s9EmH+1B5nR/vL+pKigELn1eJ2G4+EupJhF8Pxry/GRlLmKv9cEULWXePICYL75wLJ8wtz1ivlzpzCvE0L9IS0R8FYN5O9Y0XdbprIGFdWedKPaZi5xlkjiesbep1MYaMoSrv3V4r6991VfR3AeTXXq/MyQ0KFX77xUjCbcvyFoSXj72BmNv+q1oi9OIUGkHbpLJ97phmBy1kQWQtk+nlPtjlq8Q6hWHRf54SfrhTnNDLFzzJYfb4A2GEz++NCJzDDaw3Ybv8APVv1E3TCngNcZmb4U14O3msBRnGjc8+JD5/T+W6+c55dB8PoFwtpFXetMiXCP3epgpdLEdctqt+REKvStGmHczIFKFLNEsHTdHg86ysFFciHtbDFbLenkfDeYNZidjqTCSlqth3b8xc2oIFgUTcp1Ler1r9YiVrlMtVlU2jQo+NzDBTP8G6xHY6AxH38cU8noHlquiXDCL/lRDM9WuxgXz39ldUKZeLOjPVQEaxtnpkpUqrEBWwMsR928FWpHA+M0Ilqug/y1ECE357qPAl2zwk/90J3+f0AJJAr/Jbq8OTmVwY6lTBJy/C+6EBgZjb8jZn1X6sAXIEiL53qj9mLnVhxBl0chudWG8D4Xo0Ti/9xUnRT3oFifX4NBRzug6vRdyu7QwhXB+KDEK/e8eKfJymxXy9lnpIPYghvC2coRd5s8gTh7FATRGkHxcmHeZ9xUBPYedMBuEjwtww6k+V6Yd40c8vCSA0u96Km1mJKFk/eXBCnPAVbQOIa785T2e0JVzPNsj+tP0edBvbgIhA8hAveKEyjyKlXher/JwqOXdoXr7TMSLv5kOe3/87mt9/Nekvxoz/BrUXsAk=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXGd0lNXWTkiD1MlMkknvNBHJ1Ezw4ntCkCaIEEQuPSQDBEIGUkAsCKIURWkCioggHRUpKlLPBqQJWOhKMbTQIQkQUgi5p00UL2vJmc+s9a3vCz+GzJn3ec/Z+zz72c95JxAz0NZtkKuTk1NuffLS2ZZlTc/Psg5aQ0focKfM3LxBzvZ3yXm24an0XUrdWN1Y3Vjd2P+xsef/n411qRv7H421rxurG6sbqxurG6sb+1879q19jJ3m6tnftbZlZ/zxjn7WgV6vY6/6VHogTM6xDU/Ly0x/TJBBDqRnr0Y5kIG9mmRBdExvSHUnf6VmZg8mZ9y/wxjZq1luIiObyCg1kcmRiUxsIrNkxs0MZbHIoRLZa5IsiI7pdI6g9EaZ/Fn4TAlyMwmUJM85yii1viSHZuKoRP3jzsRzYE+6PEiGFHwSaQbyNPC4TGyJbWz5Ax9niaJ+TVJxcVBigiMgs9TyeNXrzVIzcVCi3F4JUKLU8rhWGB5blP4EMsvFxEGJFqnlcVEyPHZN/QlkTnQAlJgktTwuSQY57nGQWS4mDrIkSC2PK5JBbp84yCwXEwdZdFLL4zJmkNsnDjJbHABZ9DLL03PtM0jNJEDmJAdAFoPU8rjGGuRm4iCL0YGZLHIzcS03SimsAFmkGoAAJcnNJLRcSvcEyCLVAPRClqXKXYAsUlqud0SW9Y6IpV5YMTlGCLGUamp6IWFymytAUv5In+RAJzQkONCfDDoHJMygd0BYDAZHZjI6MhPnnlFqcwVIrggNnLBGqc0VILkiNHDCmuQS4Uh3N4ieK8VygyON2iDap9w+JTnglo2iE0rtkwDJGV8jryejVCKMjjQ1o2hqUgprdKQ/GR3hntHiCCjJAe6ZEhwB6RzgnknvCMjgAPdMRkdAjvRckyM915ToQBGaLJL1xJ/XMb5KYQTH5Touz12SnAcTIDk7xROeJKUQdpCcneK7lOSInUqSO2nwrU2S82CWDi50hxPk/FSSQMlZNztKrlMnCJSsD+MoWSPGUXIt1I6SIgbxbxwlxYwalJyDMwiUnHMxcpROzoWYBErOUZgFSo4biQIlxw3BeZ0cNwR7dXKuQvBQJ+cQBKN0UtwwCm7opLhhFNzQyZkEgdLLmRg7Ss7OCR7q5ZyjHSXFjRqUFDeMgvNyz5xrUHLcsKPkuCHqSy/HDTtKjhsCJXdGN4palnscUIOS44YdJccNoRtyh/salBw37Cg5bgiNknuCWoOS44YdJcUNk9BDuceANSg5029HyRl4ob2P/7XsQygpbtSgpLhhEjovd+qsQckdMuwoKW6YhM4b5bghUCY5bthRctwQOm+SPRFylBw37Cg5bgidN8lxw46S44YdJccNofMmOW7YUXLcECjJBwxC5yUfFthRctywo+S4IXRe7vFgDUqOG3aUHDeEzss9nDAL7ZV70mwWeij3qNksNEruSYhZVKXco0WzqBS5X7VItK9Qihs1KCluJAo9TJTiRqI9G4/mRrf8LGuuln6QZ82x2tKHWIcTZM6YZ7Osw63ZebmDPP98x0Fu9J0XeUnOzbWlZ6blZdqyH75ZqmfNzbqPGWFNpRd3t+blpA2xZuSkZf3lYm/yQ8qQTPJBCpnNmpMZQwb+ck0D8kObzBxrOp0sVUURtnx6cXqWLX3Y6Mxc6yNu2jYzI5+sL4v+/lum33/f1INFNDgtOyN3kMt/JU1v/+rZfrqu/cBjayNwlWzgBvuX2vYHBLUfeFxtBO4vG7j4ksBeYzpd7QceXxuBq6UD1z8kEzp97Qfe8O8Cp+9SHjdijWzEpqSH2oTOUPsRN6qNrQ6QDdyc8FCn0xlrP/DG/+hWB0pHLKra/qzOVPsRN/lHIw6SjliUs/05o7n2I276j0b8iHbwNwLGvyay2FtWYu1H/MQ/GvEj+sDfRCy+rrKz2vIXO0ftDr1zis2Wk5GZnZZnzeX/IMCHvHTNT8vOy8wbk5yTkzaGAyNZMnLy0/Pyc6wZ7IMBf7xvk5aX9hdfKQwl/536hxdopVfSfzdOR21Fb+/rvt0F+nv8GNK1lwodbTAkNssSCkGV+2/uS3GGtO7dGi+cokKqKxu+clkeBUPPjHzn/Qv14Pb7qXnxWg80NsIyuE2mFrogTdrOw5X4rQUHV/101AM9/8uMPg/iYiB7sfMWN3U19u3y1QfWyZXKMs+2DfPrhULFjWuQFFeB9zRtOXP/G/cVbfsX7gfnRgHDpdzFeW0/KHXvX4UHXPw59uTGIJg73e8V8+eFeELXDp+Ma1SBG6W6LZ5ZEQ0Hbu7b2frLG9hA/6z3gPNLP/4+OiEEylLpT8U4+c1zez7cXIBHtvI8vnhEFEy0HNs13HgPD1x0zHjLchZvPR8QsW9pCHzYKXBqx6vn8OWhzUrn9vWASctf+kHvGgVLft/mO99QgL9ZNmZP04oYtOpNuoAL+HXF1G9ThxCgUaVHBEPCEys1P7fxhb6n2rq87OUK1lUDuncbHIO6swVVKsfJbM9OCoZvEst2ZFzVAo/3OJ7Y6/CW8wGe8N7cbPUEpEGr2519JWD1A3yup3bDL+M84QcSXeYZH9jzXOKU5AJnuLHgX08eCVXDxy9++vmXPcNQVWl+wXz/Xcp3kW9f62rxhjU5Q2bc2KKBuJPlY4duua0MunchbdGxU8pbPmQDlgajevPqhy3oV4LDX0vTvzgiHK6TXehY6Q7zRs//LG6jF6w+0X9UlwVuQDbVVuTmgcJ8CppPX+gPh5zO1GvwTgVODIXe0ckPcPOU8GvnSlUi7guYree7OPTM5V+/qOhzXnGaMbayZVE4xL6fPzLsYDDQ7Ld6xxXOm8kNBvjDRMK6FfERqFxXuLrhBV+UQ1hV0l8L567MXue9NgzavJt1qbJpA1Q69/SsSbv8gdFrWAwir82sH3miaTvuNukzLQQIKZ55KSwCznrNWvlm1/vKBbKdF6vVfN/WhyC66qh0Nx5HQQDMoDR6JgjobUIGeqCMp3/v8p5WBSXJPw062jgGwXWa4CqFsnTe5ECY/DbZoMWhMCeGBnJF6TqMZCrWGdzHz055N8sX0WwUpzsDneVmL28Yve3T0BZ968F2ktZXJ7iB77aEj544oeH7Ni8QPTV9YZmucBteRlixpsQDtswhxB4VAH1YQHtEfm8pX+8dte3TeRHo9dXfDnzj1ypcQGn4WSS8VrLmhWHz/KCxrv4X4fP8YdDkdEK5a5itf7kKtcsp97uyoRQbvl/7VHZcADRkC32AEU1IuBucJ9UwZ3opZnGl10e0rC95x8OmDt71mk06hkkQrZ+5XIEntOi0zLMwDvy8KPP3KYRdhGL10XP/phVUhg93HqjqWR4AlL0R+07jjwsjll/eWx9YuXcPhWkXSqIO2fzQ0Uu0oO7iHoQeJ/pHQNHy3YTJwYiyvN3Z3zAr94rb+LcwQsijocD5c1Fh8fW6ifs9t9ejVe8gWBy38f6kO2WYRveVy3kliZYxikWVfYbveqD3EXVSrOgpnVzCkHrp1u3aRv7A3k8QOtTNH3YPN47bMC4U+tOCXxUL7uoAZXefesDqJCgQ6HQfH3WH9d4jv3i3siHKZAJ5UaHs6nA6GKhKuOZFC96XYe2vP95LPV+tnBif2/aDoFgUdSerx+urD+Fn6UY01QKtqvvtNLBo8Pqruflarj9fB0P/pvtVe14JRGOuNCKRFuGXrrfY3NivDFNV8d4RCH1JWOte3YFVjOAnFSonjRdGogdWstAYT3iqOoaUfjQwviue0PSGD2FaEHy0mRKqCrPlnShQWBxhWjg1xMk2/i1faEqJtkKNzsyaRBgg6vZEA1hBt2W7L/D5ruGrrkZ/87+cgL5uXReHFvSjCy5SWJ1GhcLWbqQiTGFAu8Oas6X4bkdCjDn+wOcNR68sfZIoxD2FsPLS0M/VwPrC7CCgbWVn63KlFamGwogryky6/T4xiOnu6Rs4gwloKExJJsp/TgMsjyvVwPrPpct4ZwbJxCEVNJsURDIfBFTGEp6oxqxMtvogUowH+u73BioXzS56cH171RkuTCAL8FMB1+0DmGTl5JBxfjBqJFGGL6O5TvmU4ayXycrTYxDjxak7mOnTkkBexz3D+Hqu+EE/VjD38ejmMVF3noxCTPaXOPF6mhoCLB9BGvDfs+m799yPYDeWSG/g+xiEmtDCKneDTrQh3m0Am357p8q6QQ3sPvH1gdelP9+vIZHIfPBp0hovY9ZGz3uA8bOvE8veVEEAyXbRnWqlS2TQ0M63C5XZpB31na9FYS1Ox5PSV+is3XpEQXyTsVM3XnOCBDrhUndgOrPdG+6500pwRp0ZsVXQmm3YFbyNVE+qWyXm/dQL2n57u+rIy7cxu9+ciwqr0/AYWIuZYOIvSHWPmhaI8uLnVk8fW83z66QFWk4vfurO8WVeQh/dgV1WqUGMx6ZgGO+6a5runjP0ooLcOQAtDCUBFEYD58Usvp6LsVyv55YqPXybr/vk1mGej50N0Qay/a3GnFD4OiLhA0rv+wG8P592huNqopCNonkfHRAm/IG74Ien4GU44rqrQgNGkYxe1QCT29HhiLajlcVqlECq1Cs/FOYT+c5ZEQYzbrxGGOWH2DZ0DACud5F8P0d7IRsNrDiQ15U2FnF/4IWYLC3whawG5QsHH45FjMZN/VBL2jZuhcC49vj1iO+igW17nwrFid0ogvOHrJ/3uwqF6cd1FXjRhvVbIGKyl+qGKBveT9UCZfE3riHo56M9rrd42g2xtF0Sfk2jgXgqq709ELnqrdd+9of2TJgDgelDqg+6SW1aRzWQVbXoNDEWsdvm3VY+JG357XlqIKJLDGEEbBpGAzmpEJX7JrDSheveJHdkU0+AHxZV4R0TiaFa5wFMLq6Uc33MdOK6eDcAXmAGSIM4z64ovxeQAOt58/37RAtMZpde4n0zxwk5dyaO5lY4//urasz8K/GDzLfu9IcAZqT8gNlTWzHXh1b+iOl06TEc2pV0nEWBQsedYDjd3kPlmPuFYziCEdETsbLoHg+cb+V46fM0cU6IuM+Wzj4NhQ92En3GF1E5aa5qCLxfFyopLEH38E5qV2LjYTAjyA28l7Zhv5uY+a7yeJh85+Tx8bnnMJPf3m7A44oX/vuUwvS3nQcatwERR+sKZDGkk+7Bm4m6FAU5o+0rlpCVleBA2g6WFCsaZgg8EdepIhzDGpMGuH8+hpk9zFMB84+/qIH3n/3K1JO0UbhAB1qY5hCgNLQMPoC5nNQHVgcjw4BUK5E+L8T3+yTeSJdRXwtvkLvOCvZCn/9ECVeFnegfiADmn1v6IXabFCfed+dHQm8qIFuCEGt3JQUKW++waFh7lhjBqcGI9Zn8YszymxIOhGTrr64PR/sXPUuYckD4gfuY1dVzkfb1KiwNv5dj7itDuS8JqFT4OWI3VvVM+nrvt2FAZXFYg0sK1797vJ8vDgG2XzuceF9MBoWdM5pr+X7PLcNcx4vxJWJ72q9WwxCWCGeuC0MqFEy3/0gsEnUEK+n2pK1XmB2bGoeoyjcZ6wFsHaN2K6zffRaL2Klgppr3o/ec0TWa3v1haFXxoc4DX/AX9VaoNAuefaTBijDE/FqTQNEHbynM7+0PQtweqIDlOy6Of75KA16sEQQDdXtBv0YJ/gaIPhgG7JzWPhZKyHSqE76wZAQ5OMVFQilNx4vxwM977hwfooEph84UeOXGQSPWYO9j5m+XBXNfWhgj8lGGnWlh9VdDEit8D/ie2rWRjbnurbyn8H7hx/1R94aI+ZaTpxRiOkgDdYEV5Dj2fXEjxPrH6QOY+RnXcOB1HMP1aVkRrmw54sfJ6kBg238mGtg5xVyEub8NBiYHqhjgPHcF6jIzNjsjlo6b0YioCLnheYWdP1ZWKftG0QnjUfQhG5GYKTiXHK9ew+6IXpVWEoNI0+m5wnQLM/tQEAxs/pmBQodCxflEA/Sqg5sDgJX32iAef3EQsHDifYUvCIZ3q4jBW6Tl143UIu6/qzE/t93CLlSestXQghnaY8pa2p7mX+DjqyMQO19Fe/I6XRsBTNYOusEuug0zgsX+kX5Oj9cf+iHKeqP/MsxkP80TWN91ry/06BDm59RbmI239QeWzlANcB94BtN21eKABkYxAxICeZSuN0sw7Yb/dvfn+bzvx/mw25vzaXE9YD63tQbYc5jk7MG5eTm24bkPP8T4479I+OO3oR8xpv8P+ub9fA==", "1: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", "1: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", "1: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", "1:eJztXHd0VNW3nkmZ9GRmksyENELooJKpmVH0Hgi9Q6gqYgwDCSQZTUFBrIiiIEVQVJQHIiJIrxb0bJoCIoSOoHQCEZCWQoDAO22i+HMtOfPMWm+9F/4YMmfud8/ZZ3/729+5E2jwlLvPMD+VSlUQSF66u3NcmUU5rmHL6Qgd7pZdUDhM7XnXptCdm07fpdWN1Y3VjdWN/R8b6/H/bKxn3dj/aKxT3VjdWN1Y3VjdWN3Y/9qxtZ4xdprz8bxr684b+sc7+llner2JvZrT6YGwTb47N6MwO/MeQRY5kJm9WuVAFvZqkwXRMbMlXUP+Ss/OG07OuP+EsbJXu9xEVjaRVWoimzcT2dhEdskdtzOUwyGHSmWvTlkQHTOZvEGZrTL75+AzpcjNJFCSPOcoq9T6nF7NxFGp5nudie+BZ9PlQTKk4JNIM5BvA4/LxpbYzl301L0sUdSvTSouDkpN8QZkl1oer3qzXWomDkqVy5UApUotj2uF5Z5F6U8gu1xMHJTqkFoeFyXLPdfUn0D2VC9AqU6p5XFJsshxj4PscjFxkCNFanlckSxyeeIgu1xMHOQwSS2Py5hFLk8cZHd4AXKYZZZn5tpnkZpJgOxOL0AOi9TyuMZa5GbiIIfVi5kccjNxLbdKKawAOaQagAA55WYSWi6lewLkkGoAZiHLUuUuQA4pLTd7I8tmb8TSLKyYHCOEWEo1NbOQMLnkCpCUPzI7veiElhQv+pPF5IWEWcxeCIvF4s1MVm9m4tyzSiVXgOSK0MIJa5VKrgDJFaGFE9YmtxHedHeL6LlSLLd406gton3K5cnphVu2ik4olScBkjO+Vl5PVqmNsHrT1KyiqUkprNWb/mT1hntWhzcgpxfcs6V4AzJ5wT2b2RuQxQvu2azegLzpuTZveq4t1YsitDkk64k/r2N8lcIIjst1XL53TjkPJkBydopvuFNKITwgOTvFs+T0xk455U4aPLVOOQ/m6OxLM5wi56ecAiVn3TwouU6dIlCyPoyjZI0YR8m1UA9KihjEv3GUFDNqUHIOziJQcs7FylEmORdiEyg5R2EXKDlupAqUHDcE501y3BDsNcm5CsFDk5xDEIwySXHDKrhhkuKGVXDDJGcSBMosZ2I8KDk7J3holnOOHpQUN2pQUtywCs7LPXOuQclxw4OS44aoL7McNzwoOW4IlNwZ3SpqWe5xQA1KjhselBw3hG7IHe5rUHLc8KDkuCE0Su4Jag1KjhselBQ3bEIP5R4D1qDkTL8HJWfghfbe+9eyd6GkuFGDkuKGTei83KmzBiV3yPCgpLhhEzpvleOGQNnkuOFByXFD6LxN9kTIUXLc8KDkuCF03ibHDQ9KjhselBw3hM7b5LjhQclxQ6AkHzAInZd8WOBByXHDg5LjhtB5uceDNSg5bnhQctwQOi/3cMIutFfuSbNd6KHco2a70Ci5JyF2UZVyjxbtolLkftUi1bNCKW7UoKS4kSr0MFWKG6me3fh7bvQpynEVGOkHha58lzszy5VLkPmj2+e4cl15hQXDgv98x2H+9F0IeWlTUODOzM4ozHbn3X2z9OCam/Ud/bQrnV7c11WYn5HlGpqfkfOXi0PJD2lZ2eSDNDKbKz+7ARn4yzVB5Id22fmuTDpZupYi3EX04swcd+bIZ7MLXH9z0w7ZQ4vI+nLo779lR/znTQNYRMMz8oYWDPP9j00ze7569pyuaz/w5NoIXCsbuMXzpbbnAUHtB97wnwKn79LuNWKdbMTi2wFPcZlMtR9xo9pItV46cPNd+mAy137gjf/VVEfKRmxz3tUfTJbaj7hJbaQ6SjZwe8pdLc5krf3Am/6rqY6WjlhUtechna32I272r0ZskI5YlLPnAaO99iNuXhvk/pt28A86xr8mcnhaVmrtB97iX03137SDf4hYfF3lIbfjL3aO2h165zS3O39odl5GoauA/4OAMPLSuygjrzC7cHSb/PyM0RyYyDYjvyizsCjfNZR98OQf79tlFGb8xVcKQ8l/p/7uBbrolfTfjdPR6oqi4x/pfNEnq1Ovb/xUBxmb9rZ01dNB7tmbC6/0CUCV9OP5ejjQ/0Krb5oaYN1TL/388OgyJW1J9tFn3gqFjL59ms55Uwv1Cg7qr27wQev99VFKBy10wi8kOBbEwvmT9lh4rEQZRW/zbQDofvj6y7c10aAhl33/yzVlsuayoVNxEHz/y5rXxmpjwaqzt/52jwqS2cLOYHZdfAwMdK7eOuq7i1h91Cforfpl+Pa+50qbmBpAqE/LNwyD/AGHf2T5ZPU6rC1dt8x3eDyUHzn4SkGHQ/jmj79v29S2Gk/q8pufVZcI48/3/jJx/EV8ImT6wld7V+GH79v3YcnHMQAXZre+b58KXpv906Jd+w/gRs1enPTV+SR43XFgS+7qEGj75Jni5CNh8GKCY3i7Ul+0wdmwy/Pj1DDIuG63KtGIls1wTcgcHAE0qjV+MdAvpcXCyF46KN5PN26vkvPcmPn3pWmh1a+NNK+8a0DsdlWX8eDcLbdXPl+BY5qk+897Jxr6bfj80x7oDB5j/+KRAY+FQT2//uH3r1ShWSUJC85tDYDW3/Z5r0EPPXS/Njm98NMo/n6yH3QdRFbq75k3CMWPzTD3SzmAP7f99FCP3ftxRbPHp2wsDwK2jI9U6GWWoHV48ZJDQ0b1jEAXgAR0Uy32+axCblr0zKxgWENoMbSFBpLaXMncMdgfxo8tXjWo/Gf8WXCHxkUb9TAlvbDRTCUS1r83NWLM2kBYdGVP96emqlHJ0sanx832gS1Jy/OzdLFo4+sLBmxf6Qcp3QjSFQeHLpd1GfS6D3TqdSum4OAdvLTjiTFRebGw4kTpuyt3xKCFkcXtDl2uVEqUT49918PI5/9VBTcunicrvYCnzrluKvndALfTyAiKQ7G9D8eNzTisMP5+EAP7CItPDgwGHl8ADKQbMTkGGG+DIxHf7+vKtBdvPvj0zigIIDTsdSsEHjrW8+2ZeSX43IiWFTMTDNAxvyqidJ0BEXa32TXsFKa7Nrzdbuz7XAihiA4mlFGincOMB0d94YeuqW+2efKqsoPS7n4N3HycJNgcBtEJ284onxphwvhH964/VcXze8QAnEcBqCulp70axzGCXMX3r/z40oLvQ4BGYVwXjDhvNimct1Ho552V6afmB8Hwdtnuy+NLFVa2J3VgZB/sV4YRNv7SoRzTXTH3q1ammp69v0F9FQxihA5AkWyjdDCCVPFkvySYFkFXdAQrrBAr8fZNbZdk324Ie7s/pR3ovKGs+Wz0D81vGIBkg1TaHuW9laHPLJ64CbfKm6de739B4ePVHN86Era+/817U1slwZIbZANeVEFHumGfa+AS2ZYlCxOg76n5szbPCQFSjOd7D0zieQ8NRLQcExb4wJw3l58o7RcLp6h8JN1RvthFCmlZBFC26K9ew50IXZb+EAj7qQx0MqJujJC/K3z9oTCjQjPk/R169EuWyv2KX7VSMfPX6W+0j0Ge9TG9O+2HlvuendRsSSSibCvb7g+sLG/XA58PA+NmPxEJjAeD/YU+6oHxcXIC4nnQAK2Krlv9QRnw2Ap8oRJXzRm+6reCEMTSfewcJpt0JEulR2z9l6JhUzktxBBgtHInwB4VFTQV9Ng97fHb4+KAle0iNaKquvyEL0zMoUJ8GJMkb+vbJgCO30+Zr0dk1RfDvruufJ9rfXkdRCJ+n3BoXERXfhizfb+tghW9Rn747ONR4McAvlyvt0WBnQnHDWymheqrh5Z0gwLUaEjAznq9D1fjNwyESJFGfn1nLbD6XHpDYXW3NAw+ab/2WnVUrNg3FQTRwFtEw46XiLAM1sJDT++csOcJFWwNeHhWvyFGKJoe49d/pw6x/X1xo0JeRqwv8+X8Tg2A0SSNgYsDEefn75gEl/LBoijE1rdJC//1BSnkijAR3zml8wN3GlSPiodkJqx7lefHter22XYd+G+ZYnp2iQoasglU8EGLmHf3BZUoRMUWPdlXCz0Z8/2AVv+D6i3KmmjSIUqTYfWg8q8OBwfDa2E9l82YHwmK7YmvO09SozC24YFA09KiuRGxdV4gureRJLJnHLB2NC8K+nT++OUmG9diFmd4MKyi5TErEjE6Fh/Dw/efJUyqxLzPxABdVVZysdKFLTwcnCRqq0qDri4nCauM4Dx5VQ9M105Ew2NENaISwuGSo33HfGc9KKsmDfAzNZrX8Ktbb5QdVGgXubp8K34/Tz8OuqiBVntZznWFlYXPUYXrXTjqzgK8ivuwwitR2u4aRlamhsrTGXMPrPYB1ieKQoHz7wr+bNbmpOVXtVDaiW54iUKizfz9UX9gaZidCFxItihJZLTtdzpgbaLrDYXpMlzErN5LA9BPO8ifbhrgfUCDmJyNiwQme61DhE6GI65b0RBEqq/5RANQtc2+FCX03B+eHNUz0fBbIKJs7DhXD7TdFbfzgY1GGmClwq+7iZkct41B7Ha+RJdYfd7BrH/ZEhHT8c3+MOT9btGTgusDEW1CTQ2wPtupCk86QoUjHggLiMWowEbaqK75wldvE8MSGAt22lZ3x/K6XuaLelIDMC8RAhfHPzr0JtEZyp/Qa8qPc0mhPBwFRMTI1lRg3i+uYRqWO6UesO1sexOTZkmMx7vKx8QlbTgYA9fTqUAmIjNr6HMw66eJkcD80tR4RO3JyKDzym0XyVxGHNCqjRsbAT2oXBO/wnQx0CD0QgMjaYFHhvG/90aBm9Bk+1w9emvy6av196jQI6NJh3w7Dky0YPpq0QssgDsKYsKuBR0TjBCgarplys+4ykRXFAPM11UbEK/DSszKOP4c5nUaAj80f/CdH18qwdwnakRcxQqvFzUw+rXUwpG3ql2VpD9yn3kKs36WbIBh9E9JOGL59PHluj20DGdNuzhWsemB2pn48yGI+8JNCtc9I2pJC+ycH/D+Xqlw3xIKjC6HihXmU7Q3MdPXZ9SI0WP2Zfw6bc8zfNHXI4minY2CENr4SpOE/9HwPlMeAqw/PtEAIugFAVo0rjcNSA8j1hdOj9lcHxrRsjxyEb+55+jxkOk+QN3cimONgPe30wpbX9YNzOr2ckMgTYNI0SnRf09iamPP3tdY9ItLSksqyM/GAu8nB5UxbGN9RH8zAt3lTviKwvRhtBqRroBeTTbCqwUdSCs8w3lfvk3JYhOdUB5nAqYBJj/BRzHzRz2mcT3cdg0zX3fntPIgtSetKhTK0kfOlWGmn5EGYOl7PZH7z3ANMN9PfD0r/2ZJkEiq6IE7l3EEs+Wiv3RMhkx6fDjkI/xiCDDfszaO+8ZiLddflz+vs3NJnKcNwoWPrsa0DW74PI73r7khwM8BScD9TwR6iaZ7ggbYNu1KEuePIHRrIZ2gDLM4ApO5bmz25X30EQ3MiSUO6/t6Ip4ARLoXSZweiAuOC5uTADStfv0rFOaHvtLxulphgAAmIOUKs2tdtcB0bkcF5nqkBSb7xhjE+7QamG/Y7cf75W8GxHSl4Cxe+xpNkD+cjiLOAceisawRnOd0mKqHUWQZx3MjEXWh+89WKoT0JLIg4HVgQNwXXVdodSWlhABR17SJOeHo2HE64S1FTYW/VTzieqkDfh66onSPJj+1i0GsPJ82AOmCpBI1yEloVLXLiLrSBh4dDbSqHyV+ie1/lhFFsxuooT9tzMdC0TdNSSU0iUTcjwfB5hUP5M17xRcx3zmE1AdRm/Z2FR/fYIQXKB2rDBBFDURhAOJ9IgEYrydGAesPaYTf9Bg3IxaoPUq7IfZzZihykW7e56we2PrWJKECthE+4txogCv0ePFlHCIuZd9z2Rpej4/pgLr2Sc5ExGz+O+GivwYC758V+EctOaD+pBPzhgBru9sui/7tj/j8t7g/PnoRq6jAXA5GzIZvO8R9094oxPrJyRiY34MWzE3M+lu+FlHX2HmwEXifW4VZ+geEIXacnhwN3ejxwaWBKVSW3fVhSHO6onLclDbO4HhxDr2mrHyAGu87uAMLcDduwQSgGhtGkJPhdB3abqY7XaXk9n9h6VpSFyz/bh2vrzNqWEWi7XVex/mzxgfY+aaJDtoxQbyuMLkNuoIZDdcR38QOuJeUVGrH1fWEb9OK8+IVrk+V9eEdmqaLe7luuKPhoJUqkh8cXkyFuRwPoPIecU2hbG3TUw/sOUybvOEFhfnu3IK7H2L88V8k/PHb0H8zZv5vCecmtA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXGd4VFW3ToEUkpje25TMJCEJSWYmmYko50AA6cWgIkUMYSCRFEgCCvIhCoooqIggCiKKSLGBSBGRs0QRQelKkSIggjTpzUDy7b3Xnljvc7N4Hu79k/wImT3nPWevvd71rjIk+oEV9w5u4ubmVuXDvnWtKHUWjSh1Dt7JV/hyl5Kq6sHurletqyvKCvir/Ma1xrXGtca1xjXyWrf/kzWPf6x1/2PtXqbxBf7sh/YVlWWFpfnFhZVDnCV17Otf7tW9cc2t4F/WOjSuNa41rjWuNa41rjWuNa41rv0/re1wrYlpRX2V26aifNAfr/h7Hfn12R35WratwIv9U1BSPqTU2UBMroOOsecITNuKEQMbgLHg3nIoz0FMbh4dY8+l7M2Kz7FQnoMYe9YtYOyUvdlwb1bKcxBjJ9kjMQ7K3nJwbyS+IcaefQuYPMrecnFvJL4hxk46a8Q4sih7s+PecinPQYyddNaIcWRT9ubAOCXtDTEOC/05DtJz8nBvdjrGYaXsTWIa/Byxqyz8p8FCKq6Wit1ghRNXo8RZGiw9AmQlcg4zCTGIUOJxew2OcOQbghosWUgEBDU4XtFBCGpwIKGDEEQ6CAsywkI6cgsywkLinkUygsQ9CzLCQuKeBRlhJXHPgoywkhhhQUZYSYywICOsJEZYkBFWEiMsyAgriRFWZISVxAgrMsJKYoQVGWElMcKKjLCSGGFFRthIjLAiI2wkRliRETYSI6zICBuJEVZkhI3ECCsywkZihA0ZYSMxwoaMsJEYYUNG2EiMsCEjbCRG2JAROSRG2JAROSRG2JAROSRG2JAROSRG2JAROSRG2JAROSRG5CAjckiMyMm+he3lWG5le9Zb2Z6d2GD9CeSg2eQgtkt/AjloB4HOzSUFoQQ1vOoVj8gitll/AjlI4Z6bfQs2SRDxSRZiG4heRRBJWHJlDUuSsFzZcZIIm0ttH/Gsb73XcNDaBgTl0doGCaIV88iIPFoxL0G0Yl6CaMU8ci+P1tVIEK1/kiCac5HlebRGUoJojLB29BQ+plHCJlE0TrhQNFLkSBSNFS4UjRa5EkXjhQtFI4ZdomjMcKFo1HBIFI0bEpVN40aeRNG44ULRer0siaI1ey4UrdvLlijaAMCFok0ALBJFHQEgijoDQBRtCCBRtAmURSoAbTBUj6JxQyoAbTRUj6JxQyoAcTjkQtG4IRWAOB5yoWjckApAHBBJFHFCJBWAOCJyoWgTAakAtCFRPYo2E5AKQBwTuVC0OZFUAPKgCFHUSRGiaKMiiSLOiqQCEIdFLhSNG1IBiOMiF4rGDakAtIFRPYrGDakAtJFRPYrGDakAtKGRC0WbGlmlAtDGRvUo2txIKgBxcORC0SZHUgFos5l6FG2aKBUghzpORBR1nogo2kBRonJpE0WpALm0kaILReOGVADa3KkeReOGVADap3L1KBo3pALQJkL1KBo3pALQJjUuFG0oZJMKQJs/1aNoc0ypALS5UD2KNv6UCmCnjTJdKNpQVyqAnTYBdaFI3MiRCmAnccOFcpC4kSMVwEHiRj2Kxg2pAA4aN1woGjekAhDH3C4UdeCPKBo3XCgaN6QC0KahLhRtHJojFYA2D61H0cbJUgFoE9F6FO3TAqkAtJloPYr2cYZUANpUNFfGMm0smiujkjYXzcX4stDmorm5EkX7TMMuUTRuOCSKxg0XisaNPIkiccOeJVEkbtizJYrEDbtFokjcsFslisQNBzLKQpuLOiSj/oe5KP+ltapI/ka1s9JZUVTsLGPIylHtSp1lzvLqqsFef77j4Kb8lR/71rqqqqKopLC6pKL8rzcraFZ/s16jhjkL+MW9nNWVhcXOQZWFpX+7mP+6XH5xCXsjnz3NWVnSii387Rpf9kPbkkpnEX9YQRBHVIzgFxeVVhQNfbSkyvkvN21fMmgE218p/w/NJZ7/vKm3sGhIYfmgqsGe/zg0+QGw3aUy9ttvuHI7DG9CNtzx5xBiknf7DVdvh+FNqYa7Pul25cu8229469thuBfV8GzbX4Us6/Yb3uZ2GO5NNtz6Vy3Ovv2G5/9vhvNX+Q21uCWZ4/K/S9Tn/b+lgUA3/AWQ/IqKykEl5YXVzir8zZAA9q3niMLy6pLqUa0rKwtHITBBHEbliKLqEZXOQeKNh/943bawuvBv+UgmIvyFhL9u0Mmv5H8gg6+6VTzZZH2gNyz8urN9knsSlPCFdt7QctiWZ3eMNUJNv7L1tR/f0JSv9y+fsCYe5pxd8HXnq7Hw5ubFW3/YFQn7dz9Z1T7MD8T7d4WB5diHpqNfxsLoDal3vvztWe2JR9ZUT7umg6lja+4c1i0I9rf3fMwvKQIiar79beOXXjCkbUnFOZMeLn/643M3nb8ovX6eP+srXRNgD338QpYZ93Gwmdp3qXZ6zl1XtA7af+IdC+LhxXWXU/oFxsC2tnvOXdrkDTlnHe3u+TgMRvVemLN5VhJws17MzgTn4od73eudpd71+b0z9C+Y4VTV8vCab8Oh28Cg3nm2pmp01e6QC08aQDzmYRPU6W9eGaEa1RPmbJ/3x7QAc0HTeS/fGQij56fnx53Sw9IeQ19/dHaA6n0uokOPMR4wv5saWvilAdqxbXR68Hct9dugDav3GOD45JQzAWv3aLrW54u+eyMR9rBjeuXKCmW9bkll8fYE2LvlasHPzhg4z1DPrPKEGOjLLg2EXtVJr9Yxux8fn9nl3ZOZYOzEfkrPUJvtnjfs7pMmuLHo/I6uA8NgsPi6qRRa7stq7quDHx7jOzbDkd6RK7eDTq049/TGXofT4ZMH2cl2MoGePXbqmUPKYb9pi56amghtfz9zCvJ+UaKmf+9bPFAH2a81j5oeFg4/+BYbSh/zA76Nl8Z6Qa44ODNMPTNGyRmbAeJltzR1C3P//d+Z5H0CoOePsWMKLZcVvu1mXjpoxR1xxgid/D3SJkbEq88lFv3Wx5ABgg8zk4DtelHotlpF+Gm7Du7qtn1qv9rDSofDo8M+3BAH77Hbn64IAmFH61BY9ZHn8ckLfeDMnLvSv++TDC9/+0QH7e4W8OP7v/crc6aoEyPYiVpNcDFxR8WAic1g2zJu+EGlyf13ZHwcHwuHZgfP//ytJHzfO0r9pfCtXbYX05CHnsnAvB3X56iXKtztroe5k5YcPjH9stKPE212JDDneQ3oHQwf7hkwsntCJAQMf//5fcW1mm3cSvUpQzIMG+C9JXp7GkwI6P7RK0+bVXF8sSbonhDxSNeLN7VVCU+f6rlqjtad0yU0Fi7vY4HzjAHteT1U9fRlJ7QlDQbM7BI++REz/LqXGZYRrPLwePqEHgRvpl5UUhmrsvaGwlUvfqUv8LAb81IcHDkx/WP/8+5od58UGMXpMDkduDVd3zGqH64Y+MTe/kkynq5pX2x6q92Ki2e0o+PnbF7cPQLjorMRPF73iZ1z0F8VPO/XHPI/KDk4/GQKxuOSMDWZH1SMAfk63E0d8sPxR9JGBsATe+8e1TulGSw7yW7UVwcJC37t0KLuvNZnUMufugekwHf9O3/jHd8ceb1Jrz7Fw8GcBO3uqbweeGKlxsN6SNsrGmNJm1bFETB28qdDfaP1wI+j0yNN1A+Ym9fPaQ65m1t2294zBZhX3zg7JEbl9PjCxwhPTs9/vvT478pe7p4ILxDXrw2GvjvX/BzWPxFE+I/YqAj88FQ4OG3i0312Nod9THWuHo3nXtmZ1s4oz3mz8s5Pa++YbfUAfvwbXwlG3u7Rw6ZeXyx8p9slpTafEV+Xiv5abAChW3NjYZwQqGaQ+16rB/ouDYVX+GPWBIPgf5tjmgjbY94wQAhFBFxJ4QyLAb/2phEerycAI8Ox+CGheN9OiTDnIXbhxDDgZsRPigSx0c466HVv8txJ53QQNJo9aXcE6DituwUgz93D4QUvLlAR8PYn9mvrBv2uTe50somtpx5mW/lKIAj/W+Ogazh/xw91bLwefK/PHbLs5HFtbRYXBC+YtOPgIb8CI4TM//yLSLO3Kuzf4g8PPuPYtb4sEpjIPprRWgcij7xYi3zKNIEIj3EBkMeusql6YNHFmNAEWrp3nRCwNR5qv2eCNTwGRvIN3wyHnzfM/GxGkDv4iAv16L+x4XC3EL4w+PTGxEv7HrgDmBeimuyKh3WRXJkvago7Za3UFwY/W9R/f3uj1OmriuBhjRtgXCXjOW7wVGeWh4yHTkEwHtgBXDHCTmbetEW+qG9rTXDpJt+YOwRz4bs/Du7kAnw2CrhbFvwaDXmcsFuDMC42RQJPH60DE6Re7tb+wwNtlA4En7/ygVn3vfneB71DgdNu6n534Nnnt44J0GPKq2wn55QFo3iibAoZ+sRLpTPMcIjTbmCIOvsrRsRf3TEfjdOB5VF+RRTw8H9tsS/qUVQ0+nGaCQ56MEN/1uNz4nSAcRAEE5g7toZHQgGn//lgMHnxSNmvnGDRqb95XVv0Dnd8lLQ7FkTarvOBaUw2JnQNhelOdrA39JDGE8XCSJgayAg3NhjE/lISpE61ACXnodUd47JUcf2YFGDi3nbPuCwQujwvSxW6vsAM17N5gZAB1q+WtiivylJtnI4eJgjesHrVlPbh0JFva6SbKujVK0nWAaGYJx3+qsgv7xqgKSfemWiI4jQI8VG5epRUGOBGFPOIxST9Y1CFf7pnAQ+PLaOMsGLCmG3LopNU9GMGrLgoDEfeb0pSxbmwvHK6J1PsoaHI2zoD8lwfoAo+uwWgn9bpgZcRn/iEqmtZdBS0Y/VNMYuErxIxb77VTMV8fV1DHuuBb2fr4Dots3ye+5qmNzRerrTslgSxAYcyXpp7Xuv4xjjzOi+D1On9msifu/TAo/H7jnroevGFAsY1Bf0UB7GZB5K8ntysCDvP6mTcxEOqSFxHlZ84vdvEyn3FAua3axrmnQC4epQlwl4m4OrjE+sBbZmK1qQGQ9n9jMltUmDNjJcCR4/MAndBsAxVxOFVI4i65oMsjI+KdBV1JlnWh2GyLvJUU7iQT4oDxg5mSaTUgbPKFF4eLUlEPc82gyj7euhVUQZ82Rztr02GlEC/5e9eT1SFOWMyoIdwsFnWM0eUNq0YA0fHYp1w2Awf3sOJtlIRdUFTvdz3l8rjYeydOw2Sf6HA3fbNyBoF9U6H9cZH4cDLxeS5/iB05bQnxkFAEur3Om947TN+IHWaeE6LZLxfUjrWAz7p6mnIM3ZqmYR1rTMd80V5miryytJkePHohcQdZ72hqygU3FWRB2J0sI09PvMzP4g7dSQ3Bo4rg5iaebJ8M74nYwTjg8izKxJUkWeL0zHe5xlhMHdgRBzv7N3c1EwQZbK/EXlQ66GKeiAmEVapTx3ZsMqIcVt8Uyk7XsOYaUBdGP6TJuqIbbHANsUiOBD4sY/acEa5j6c7SABx2Sxf8OaJ6bsQGMsD7kQz1MmRqagLtWFQ+dwLRy+8GQg8TMY9YMZ81DoTWNGfMrZLioq8MgIvMx5alIn7WZis8seoy8xYz2wLBHYYyYF+e7UMpuZHrsTgc/39gVW3bgc9zisrB/KTiIRPp7BE96xZ1gMR6nbDvutjO6VLfiTBbhtrDLyj1WheGLO8j7gUeJtVPzd7eapchuYVGkC4m/EN49RbFXockQAiLfucVZb5MwfPCoe+nHCnw0DQp5Wn6svMSH0+CpqIgj8E88/QcFBFAXFOE+GWkQL88rVvRkKyKCyva7xsPOJtwvt9J+uaqWa1Hw8s/2Tg5iwY3BxE+dgtWf2aHefKuUZ4dO2bMZkHLmjYD51UeDfytlHWk+1rtBYvzb2WfeyIlrzumQUPbEoAXtY4X9PJPBWuLj3MC8U0zHetDCD07vMQNY5V7/edy4Arrx6YNrGpCZjKtjddDlGL+HE9psO69yEThHL5Cg9WOQ0X/mDEumTjekXk/a0h8B+eCDZ6y/VrCvY94ZgH97gDY+HMzyLiMP6ueALmy+bIO2MC7OJhkOwLonwsTIYykQAyYDh3zDaDKvLaLhPwcB79SgbqzDwj1s/lBjjA6bPMHesPt5uaaKuKIjBPXqzRZvAysWavJvw1JQTMfOPNTYA891Wt4isN68kFRqyXHrtD9p8pqHsHUjEf/hqmOpjqLdbpME8/3BwqWHmx6XAI8mekEVYPZQpz3Ee9OoJHQiDw9HblcjN4grXDW56tU7Dv8wERbos8oJDLzyIdDE3jnjijYR9own6vvUH6/6omzmVHCupmUCrW/av1KvYXZrjAsk7QqhRYzmV5sUEtFUJnANGuGVej/mbVaWMuLOkxNCYGeRJ9BHVy9CFNlAmlEYB6rAOsBz1UIQ+fp8PI4SxjlSWgrsz0VkV5uDMV6+fzZhDn3DJOxXSll3OFZODH179zjMq6gbtnXU6COt5WbPNQsX6r1brYJ7V+eH4w1gNetUp4/MZflKRmIORqSrjkcyygX48o/NhSX0/BecSMBOBl0cwu05V32bEseTkNeJYNsaWDgbnnUFyciueSBKxb6/njvjQQx+ydoF7m5cX9evBn7XHPjh8oQqcrajTkhR+IPOZ7QOsvBhi+wG83e2ow8Ow73WgAOM0T6lWFqWRsgFsyzlO+MEIHkbBOK6iXqahTG5KAV+c39sRIPvlhvT7MgDo3OQ6EfDAe87Yjqm0YdGble/AKPwg6sZJ1whc0ISPhgTJeQ7DeeW6XJvp/Nx/U28kh2D8tjsZ81NQfddkeDUL33KOAy/HAugTMy0yfhN2ZCXhe/RKxDw4PlbqvBzH3uBEOYj6yPwZE32RKwH7nfDj2G0lRIMqZ3gYICVO+3j9dj/1+j1CYxcvob3zgJFOh4aUhaHdQBMZxfhNYzcdADxjhWd42FQXLviMehFvig0HMK9YZgHmV3fmYhn1SrSbsTTdgHB7yVgWPfvHFvJ4ZCzzrj09gdawoSM9oIr+kmUC0n3Y/nCfcdEPexppxLpAfAiIPX0uALJ6OlrsD+j8R52KWeLhUyk4wN0yev6yrVutB8HJ0FCzm5d+2CKyP/X2hmAvv8ljg3d+qKTc0UV9MCQARdz+6+vPzCvJfB5GCQDqcb1XegX3+8Ai4mzeK/WW9fOWUIuaZrcuHVFVXVpRV/XUY+MffnBGjQfG3Xf5lzfJfFX4xtg==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHd8VNW2nvQ+yUwmHdJD6CQzc6YgcjYG6U1CUUAhJJMiSQZTgCACgigigoiAAhakiyjlIlLPAqRLkSIivQkB6b2Fu9uEh9f3bva8l/e7fyR/TJg95ztnr72+9a1v74nG9bd3zXZXqVTF3viloz3fllmab8teQkbIcIe84pJsF8e7FiX2gnTyLq1mrGasZqxm7D9wrFPN2P9yzPV/GuuK+0O6P/5HK3tRQUZ+Wm5GUY4tj1z0N/fqXDP2t2NtasZqxmrGasZqxmrG/iPGVjjG6I6vstu/YC/MevqOfNaWXJ9KX/XpZNPYoshekFGSl1lFkEEMpKevJjGQoS0ZSxWcn5G+mkVB9FGCUUn01SIKcuZRJoaSxFBmhhJcd4tTKCtDCS48Q5lSqo6iT0lhv4xOwUypgrBU5ybJYQL8ZXx3Lja9MEMYD+kvoz7dE/9KzyvMybf9exArF6NBCCQ5t/iM+Rar0LMY8Y1GJ0DC+WLlYkgRehYDmcRWkIHMFgpqaS/tXxUQqzCDJPQkXpYWJ0Bmq8j09KwkDSaRJ3GQSYgTHGRJEZoeq2EpVehJvPCF2MdBllSh6bGil4Sql4PMQoTlIIteaHpMXCQhlnOQWYiwHGQxCE2PyZgklicGMjsDshiFpscEUxJbCAYyiy05A1kkoekxYZbEKpeBzGKE5S3AJDQ9puaSWehJDGQWK3cGspiFpscbgFhyOUhsyXnXEJsebwBiq8cbgNj0GMgi1NQMvGsI5cmQ6kQnNDDdMwjVkwMkpBEGgxOd0GB0otUYJCfMh8HkzJN4EQr5CIPFGRCjkSRkCYwpzoBSnQHpneiERoMT/clodKJrGBkjjELcc4CE8mQ0OWGojGYnbI7RGe4ZnxHLqoKsTnRCDrIKuTApxYmmxkFWoSWXUp0wiZLeifYpGZywBJLRCZsjSU7saiSTE35PMjvhYSWrE3kyifZcdoRHH1TlFWcneBRT5QV/eoBnrfLSPT2Js1Z55Z4eqVmF1oCl1VrlSnp6nGatMn+eHqZZq9wt2KGYG8lSitiRQgpHCfEnNZWjhMrP4HiWmIVwoMQ8hGOGYr7NgRKzU3qOEhLYSpSYYzFwlJCRcKBShbiBbSJDiRlmB0qMGxJHidpLhhL1lwwlxg0HSowbDpQYNywcJWqBGUqMGxylF+MGVxu9GDccKDFuOFBiPpjrhl7MCDtQYk7YgRIzc1xt9GK+0YESs6gOlOgGhKLEjqkrUWJ2nWuUQcyvO1Bi3OAaJbbXrkSJ7pIYSnSbxFBi3OB6aBDdXTGUGDe4shnFuOFAiXGDa5TYF06VKDFucLUR+xqoEiVm3rluiG2hK1FiGzquAGI7b4nXslGIGxKvSklsI8jrS2ybL/FKEdvnS5zzYmcrEmev2OGKxHkodrpi4vkSOyAw8XyJbfZNjnwJccPkWHkhbjhQJiFumHi+TGL7XAdKiBsmnmWxo85KlBA3TJwbYkf6Jq42Ymf6Zq4bYufzZs5DsQMQM+eh2LetZs5DsQMkM9cNsRMkM+eh2BGSmTNK7AzJzLkhdh5k4VkWOxCy8iz/N4c75E+4i8PIByW2Ips9M9dWgJFFZS/m2wpshSXF2T7/9Y7ZHuSdH35pUVxsz8zLKMmzFz57s3Tfypt1KxtoSycXd7OVFGXk2rKKMvL/cjH54/G03Dz8QRp+mq0oLwEP/OUaMoOWeUW2TPKw9CCCsJeSizPz7ZkDBucV2/7mpq3yskrx/PLJn7XlBf/rTb1oRDkZhVnF2W7/smj8Wx6HDqYaqj/wxOoIXCccODttMzk27cbqD9xQHYGHiAbOv1JwaKLRUv2BG6sj8FDhwM3PyLrRWv2BS/8ucPIuraoRhwlHrH+mJUkp1R+xqTpSHS4cuOGZriqlVn/g5v/TVEcIR2x8xlVJ+uqP2FIdqY4UDtz6jBWS/h8amLU6Ao8SDZx/T+lwc5LxL1YnUMX+1D3Nbi/KyivMKLEVs7+BD8AvL5VmFJbklZS1KCrKKGPAaLomRaWZJaVFtiz6Qb+n71tmlGT8xXNxs8W+unp2gjZyJfnPqcnowz4FmyuW3Zbnl22t1/TjW0pnFJyxKT0Mhs5tmFZrgCuaf6FN4ydx15TX15ZMDm8ZBT5RX7xWb+cFeWHw3pa/DXSHiWdvxOy7GgorQh7uvNJWDdM/wz/WBqAf3Cgu5pYaDPTHFSrSHly+pGoI45acKp+iV8GD4eSOHuhSMUE+UWJu5fd460o0nMuY9avxqg+0Sip1nZ7bCJ470fnDaY21gCf55o0lD5VFew72+LNJY9hzN/3M3BkeED7lgE/u124wqrjVJ3c8t8rDx68a4HM/GrZ9umbqR4H3ZK/dES/9PiMENk9MHdxoVgzgWYA1wQuaXzj87YM+92QS7v5F8dDlw2mF2tE35LY42seD/CH77tmMWVMjIbEuuaMvNCmc7bJ2TH14buDusfuOuwNbl3J59zd4Qt8Gw6fHJr83plcUJK569N6tIyo0NvPVo63cfKFZp18m9RkeDSS8735wgbFjeu1fe6YxjycQam8/J8854Q5jLr30Y/SYM0rQUNOi5ivj4G13PGNzHAS88e0HR3IPKB40gDi4OSG9JDEsDOSevZcqf1YodL0/i4VfNxcYR5qD0PmHC6/v63hPIU8f0l6L7geWr/zezRUd0t5osSfbDz7IJ1d4IpJO9x7rlYkbb9ftMzEElLdqW3J+ckHa0bBj1mY/2Pju/J47ihKgh7rRss+vXlcKyPT7u8PW1T9+6DkwEnp8uWjxb33DYLk/nmBvbzhjioTe/TSQ6v1trV6JsfAqodVDD8aPPfHwKiVAEJwaqvuu9akKpeGB6X/UzomGdm+ObtJh3gV55k+xS4py1ci06zm8YiGw6kPPa6HeGmhDAf7Ida2HVic/kGfdS/3jO5sGbSaXa2KghKS97wKZ8urjBLgyTJZeW10LPvqKXHhLmZWz/GJxaSJEBZxs9NFJHeo3qHN06DcaKM6ddHnYiGA09taRQ28Xa9DlL5o1PBAZAInTnnw0/M0wdFaHM/MkCFE6ndSCatLwh02vBaBal06bIkfWghJKeBXgZOpql8fBVcuLrYvK/FDHdwI6f/+JJ/itmFe2tTwYFdEEBML6LyObHEtUw9x1G8LqpJ+T6fBobSXfRxx+vuzlut7o9qrfxz22XVI0ZKHnJcNRPLtWOn/0fdLZ0V/sui0zXiax+hjrhWh8K3Ypq9v6uzZIToCefzZZk7xHg2hdxAey+dWrC/R+nhXK4d2kcHYqQ/wws38OhYPnX29wJyyczbeeO2w5uuKdYXtVQPmbEA9mnNbYDR6I8qCJDmzf9OvWNfmsQsM854mW4mVf5h8EvbJIpZ6QO8zzbZV02xXo/Tto4Pz4upcDmrsjEqXlRT/0K67eNTlaeHd7tw0L5lQouWT6U9Sw+AEWouhEqDgwpLzO0gjYof9paeNCFUzANGiTksDqeaIrGpah755S3wXt+pn8aIDy9cVH8ozuhJD3FHpd5xB4i9Cg7UOZlmNPH7ie+fOr7ccmgRpP2zbWhefjvtKHFkAYUD6ejwRaf4f8YM2PhIBeQNe3eyzH+TH92hcHfevtDNr6IIRf5wGE1UMPxAGB9+x9XW6/zev5GQfVkEYI83sQ3JmGBcLDBTH9WqP8cPPxgSE+SUDU5KSfL1qcd/yNcWoPdn3kPVm9PuWz+uGxEEYSlumKaF4nct4qsfDdb30xk72ATHv+hb3y876HZg9clwBzBuJ/ZcbCWqx+Q033lQJS7l1joQVdAF9EeXrfH9YkB/qtqKNGS7sMmD64VgA6TG7XI4LxMzgEcBVnPRejRWFtujwKvxkED5ti4dNqId1j9sdNNwQh+n6fJ6L3+YO/7xoMTG+8wBZx+uWwnnHA+koAv/640pEI2JwQVIfe6Lzs5jMuJhPr+8g2RIHuyRS3UgW58flDhs6NhLafj6yz8d1HMp3nTH/elxJZvub7sXn2dYESUrjNtTB1GRYkv1rAdMQdXglb+YvqeAzQfEwJh+VYdbsMcGf3H5MA97FKJJ1drtDLjwYhnFVcKBfklqRRrNIhN0LkCh/UjTygSyhc3b7phcXlXlx/44He3vWwTMfrxcItnNby7FBwp8S/pqTiLE7RRcOJk36TF74QjGg/qLijrDtDBMYfPSFtoMtduWvyV+8vOeUGlnsbs77p54XGt7vobtTsls9sJYQOZ/3Bwwf5T1446qXtGpidQJgdB4NOztTMXXdDKSVyrvYFvKguHVuGw8vWf2wbVBEMWDS3HJX8wErSvkfHdFvhfWTafSV+QukbUY3igbbDgkDOm9sK7ooNbJ/VBpKNX1T7FNztr93a4YbqN/1454g2d+T+tKDV6FF4MW4tDxTaL0alwNQ03GHe1ELLPPu1MW09IHafva/XhCTo+2mHkPHtomAYWf7p55SU+thB/ITX/ytcYDdVaDKe9jsB12WS9YZpJ5X1RCbH6CAOy/ykyx6IxrN+okL7wIgowIuPFXuOzOrHExoS4hwKhkwqpFqg5RNSH4haLEzXANOfCoV+PqQBYPOAO841JYcI4CA/ZNSYmq3r+khhuu/oX/4gkYK50QhIVUJUKNPT7ZeVu544ou5NOA9cWHw7XFieR21Q7KSBX48EyivsM2j7GxnB6yeW+wFvCKGJdkOEhaOPJ8D4I7kqO/6c5f+krCcfJCQB7SNXo6BPLKnk8zLV6Wvx0O/c3vgjZTFw/Va7V961PFKobp9JAtwN3gs9HA7m91vgS24o4ybgRlyUBFpa4OGI9vuWarhC7JCvFtmpkIaimV9jYrUOAZbfEHSMtAODGhGaBOD+Tq87FYGYDwpGyxpjY9TMG+aR5dRHIl9SWA+0iPqB2GBWp8meiKzu1FkBiLQt7xmhkHml1wvNcwNRY9Ko69QGKzUwPkDluHM8UBld6oZYHtyB2iAIQVTW/f2Zn0SecJzYrv0nZZoXHx3L+5QAKKaG51eZ9Rk/5kvOaoC2j4WZCtWJnUHA6s4FFkgkU15oA+4mPywPBSpHOT4s3lkeqCsRolFaYPXoD9QuoiD0PqHf5AplbifsJNOSgfqk0wEowp10zHKF/npcFy4HkJl5oJX9CQGPKl1I4SyrC4znGlQ3kHTgCpn245UJTL80noj5rLsy7ffb6gDVJasK1aNC9Vheje3JV/PrAHanuDDUiOntfpn6gdZxQMpwu06DXqfCe0uhMrE4HqifXKxFftTg7pRJewn0SwScNEywEOSopyk2zKhHyUwfLqvA0deorn1SF5jfKVeIPRq4e5tM12FTJO+vYdCANr6DCr3/Th18cXX+lvZmHbD18YB8H6IArkDLW05kfXX1XWUHSVsnN9antsTBBmsCtooPZCInuw/rmF+ouKgwnvkwPruHAyY9bpj7FbouOYFo7/JXsKVSs/617w/5WKLn21M2uaEdWK7zXvNmfilwk0zK6P7wCqU1EfwFvtxfuaH0qXGY+q5A+08fLdD2DP5oElbJReu9EDbHOKAAYP7RFfZk4wxe0iCmBxq2b/B4pNyMwTNvrWG86ZcAHlSoazO9fKgBmp53koD64AVhlf2LrpM2CajMt3BHMbQRuAAtg9NxoKJC44MGkIUOdke0rhaEAO1XQS68n91TcHCvrzXqwIUm7Ky8wkwajYrpz4EkKDSOXIlcXUFHleWuQv2ePYL11fXRQNtwMvcN89yAysrXtQBXM94RaoBUUfmKWKA28JAOfh6BK+jzAO7j4oDK/8Wb8lBCz/YaIHIQt1vH7jvfBc00fP0P8xAv1JsU8jENkCoN7hIPUU1Ixrz5us+QGX+TII0YpvpxwHRbBcQWXOpfm+0n6gQhui57wuEQkf2t4azvnfBG3QmtoBYQu6Yr1MEISttg3teCWH2tCoGLU4hAaJE3NRj+QNpnYJ6a6RTSoU9xGqGdNyK3Q/u1aCJppyPUiOxmfLf4I7ZfC0B0fzlAB3RftssfrhH6L4yHO3jXtbHUm+8/Tiu0TDaHIyzKuGQPymUvY0VaEwid+gfh1ndBpv5S5wEGspyzo6A+3YC7I+YXtVCPGNltibB9EKk87jsjnyiKGq+sUQ2kbLt/GcH3AU+UaLKB/TKW+bTBUXDQhwj3I4XW56FE1rd3b1BwVjBReLw7rspbsEqvHBmKIojA4n0B9XGrI4CW0QeekEU3nlcVmq5L2A+Q8ukdBGRbUIr5Rdt7szrgRQrEPxzo4UyLwpzikiJ7QfGzhxhP/68AT//a92/G9P8Ebf3JUw==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztWHtUVNUaH4ZhYEZgZoRBEEVFsytqOk/Bu3BvhQRMI+Pmq5IGGB4GTMwMvhaJj4TSslLJd+ZN8qZGpamRj7N7WVpXuldECc0UFAtNLuIoxuPux/HCXbnWnT3/3FbLsxaHOd85v9nf9/t+v++cOYPSbI9nekskEocf3k2x5VrTC3OtmfEkIsO7yTkOZ6bX3aPxTlteCjmKux+7H8MfHr1nTPqbWHJ37HGsrxR//GGizZ5nyY3LttizrDldePMY99sckn/nsaT/UyzxfuwPFHv4boxO6f84ZYItP6P7iJxLItfr6H5MChn04+22PIszJ91NUAwfSE/30bwgEtON5kMZPCnKwJbSeYQypMjxv5Sc/Cx8n/xfGKMnTBjZQnqPUEae9EyedNfkEXsMpR/Dk57ZI0mYPaKPofTRPPmNoRhDDA8mmmKMo3kwMQyjcxfDWGMgPRdIx0Bua5wxzUBuK4/ZiPHtNnc9QAZGRLytMM0dEDOGwW3Ge4L0XCuJznBb4z1A7hujB8hg4EpPNIbbEu8Bct8XPUAGI1d6zE06PkUwO+n5msv8ZDDxgPTMTwYzF4j5Sc/lJxHEmR4zoZ7LhCKIsybRhFyC1Yt+4pKRXrQGX3omT9Izc6bHHo3o2HO7Td0POUauikRjGPkmhAji8614c/LEgiZPLGjiu6WJIK5bmuhbE58FRRCfm5ggTHy+FUF8GmcyMvFpXATxWZCZ3cSlCBFk5lKEOCHMXIq4C+JTBJsQZj5FiCA+RbCxYuZThAjiUwSzu5lPEcy55nsrgrxvcagk7AdnnM1mz8jJtzitDvZLNADvphZa8p05zgXj7XbLAgaMIF/ktBemOwvt1gx64pnu43iL03KPPMzR7PcVew9595SVnIrHfyS6sHxEXL8mNbJ8fnK4NawddMbdudaEmoXXVQvNuzoj0ImdVaemXa0CZ08vcUxcWwPic2zNy18KQZ8k+UuHl/rDpTjqkncIBx9U9dr3TgSqPXErpb7cBQbXtS2ac8gb/iwzasyHNKi4NnbBjD8FwoJY5em3n/sHkE0LHLlnSxhaXvTd3pk364XKV+TNIYleUOe3u9+sjGD0fXiRRf+EFC56ufJZRVuXsGXx0M9KEgai7L0/O/Zpb4L3cn4oWLGqBVQkXFgY/JAKbd313plUlzfstN5qsGzbD5aNmvyOsiRcvL5R2LPl+o6jjzSBbVk4YNKijyOWN02N1sAEe5vqpwOXhNVP4cpHhqOWDx57duO8s2Bt6fJZJw/5QnZdX7Rz6dSkLYvVUNv/2CWwXY7W5/dehqIGoj+fT35lXb4MnmlunTSzRAlfTXEOWVcsRyOsYRdnrAuC53/stebdpe0Af+nmvw7WoNuYnU1fdAqRqwoLwgO84PHPJ+BS5Cie0F4ZAmu+zDMuPuAHhzYse/PvUQEoZM6UG6tS/FAGXcgXzoj56Ou5R3zQZyU7ph/XB8HiX8c+dyJRA4/NPbK17ygpGnVuiHxJWS80H69WWeQNL/5Utse/oFXQzxs5aIBTCbefPxK4ea8WlllfTH/67H7h9WtFwDTbB63sIMRJ4JpQ2hmQdapxznCXDM5NjsApaOFXw8au/qa4AShWDEj/ZZZLeO2t27rLFXcAmP7kh8JVF1BmR+bOX3gbdJS21p32CoR5056v2J/mAga6XQLTr47CEpGx/ljUqPxRGGTx7g2HXQs4MnqDC5DyYwaHoI0byNYmpG2rMV6P9oHXox9OsMeEInYcBFmegQiz3PXaov7IF6vmsXZ/+CJpV7oSHiX0wQGIpjlBBYtoQ31QIpZJRUIkSn5/La5c1MkgNWR9aRcOpGGFVvaGtG99bjD9HA1ApA07q1wCUXnq+hbg8/bqsV5TbgnMD2qxTxr47dOPfO0b6xJKonEHP5Ii0o1zQ2TwF0LvJ5WgH5Hz6A4widjmDbW4TiMg0ah3L4j9kcOyakV25IgQNPfHzZryw/8CdStwwRkB6HB9MFZeJGr555Q09RkfSFBB31WDAa25mGkZKiVy+KINUNqLbwFWZxgad6V2952npCiCCqlOmLj/Rkf1/FBEddoVCmk5L9QKuHl4EoSiDFpIPTj4MTZkTRAs2L2yLntxIGI6uQKIe2OVN4TLFQ80LBs3EAVTAx4FF4jMp14SJLYlsi9fDUTlhz/tM/RkKJz4QKF0o58CzqTESNC5fS9gx4fBQJqgH6RlxGsQ65sKbbrcf8eVRF/I+PVnc2mDD6reSE6oYPibs4d9o5ajlvFVmad2aCGdC43BsP6r9QffUPsjqscRaviBPRunrIFYHKGO0x0CrUOiQacURKh+MJwaRYrUeMyNmx4o8uQCmXS7KbA5pYKp6ydrX54UBvFqjXN2SdCGqNCy6pdkkLBce1gLl5TFrcxtrAP15r7oybcUiOlGDmm7o44JTM9KlEnGUk0LiCI2SqwCpN2tuV2A+vQQ7sPgyvbS1iZAWFh6UQnpnFVoxXl4EEygCTQJTFdXwXDXunNrSu8A6o+2NsFJBXoTzKaDuQsc/8unf9t+whuSbujm+Yt66QSsH83gQTJAJvWGzxN5JnlDNs+/B3S8pXpBSpetCdDx+D6es6Te2F9B7KYntu7KC0Lk6pCwIFH3Euj1g1SxIrUPItUJHRLUQOQq9IIpCnKjy89yOO22PMd/36O6X712P/rfI6b/N2rJkqA=", "1: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", "1:eJztXGd4VFW3ntRJmJDMpE8mZVKIgCDJ9BH1LIooKCAExYJICBMIJBlIoVkQAVFEQAFBVLABdv2woIiehYiCjS4KCBEIGBE+WmiBcHebYPy81+x5jM+9z01+TDI7856z99rvete79iGkD/X2LwzWaDTlYeSlt7fYU1BZ7Cn8kI7Q4ZuLyisKA3zvulR4S/Lou24tYy1jLWMtY/8Lx/q0jP03Y4H/01h/ovt5EeSHHt6ykvzibiPyy4Z7iuiH/g/j+v4V7hL5+pNY9f1/Npb3J2M3toy1jLWMtYy1jLWMtYz9YexT3xjrkBtcRldv6bDL7+jvetLP57JXSx5tsruUeUvyK4oKmgiyyYEs7NUuB7KyV4c/IKccyMZeXXIgO3t1y4EcPelYbo4cyslQbsmdcvkzQRe7lcWWF0q+5RWVDi/2/CXGzTH2pmJ4CNg3m9UPkEwgGCyXfbM6pO7FQY4cP0AuDururRzaFJCFT88pdScOcuT6AXLlSk3PyqfnkroTBznlosdBLovU9Gx8em6pO3GQUy56HOSySk3Pzr7Z5ZKDgxwWP0Aum9T0uCDZ5VKDgxxyuctBLrvU9Ljy2ZosR78DOf0BuRxS0+NqaZfLXA5yym0uB7mcUtPjwmyXy1wOcsptLge5XDLTs3A1t0tlrgA5/QG53FLTEwVAikY+kFS6C5BTKjUsogBIZa4PJEVYAXJKpYaFa7lDins+kNzmilIjlRoWmx811+KPLFu47lnk7sRBVqnyaeESZpUqahZh+ORCzkFWudRw++HCrMImSgXCyvPJJhUIq8UPHyFAktPzx1AJkE2Ke1abH4XaavfnTnY/3LLVHx9hdfqRhFaXP9Nz+2GxbTl+cM+W68+dOPfcUmuyWf1wLDabH2beJmgkxXIBsssFgtPIJpW5AmSXopGNc88uFwgBkmK5zeWHL7f54/fs/rgweyPH0lRQIx/RVFCj6t5UECesXNMlQG4p7tntfph5u8MPi233p6uxi15DjhGiA2hyIPixIAtek5fETwUZRuqsidPB3eSd5cd7DNNk3vHTPYZpMu0uH+65mxzs3x3tydkvW88gGvIcOXvoQ8n5Q7tAyZleH0qK4sT1cpScr/Sh5Houp0DJ9U8+lJybdwmUXDPkQ8lxw81RuXLc8KHkLHOOQMl5MR9KzvblCpQUNxpQUtwgrp6j5FoVH0qKG8TXc5RsN8BRct2KUACLnA32oeS4IRTAIttGcJQcN4QCNP2pBUOJXJZ7bmEVWWmR44bIL7lTAJvIFIuchxacl2vpbYK9ckcONsFDuTOHBpSc+RY8tMoZaR9Kihs2wUOrFDcaUHKuXbBX7iyqASXHDcF5uVMOH0rumMMmMkWyFfah5Lgh8kvucWIDSs5Ti6y0yXUXPpRc9yNy2SbX/vhQcrZfKIBcH+1DyfXEdqEAco1+A0qu2xIKINeAN6DkuCEUQLLzFLks1+3bRVbKneXYRX5JHhKITJE7JXCIGModuzWgpLjhEJGXOxdsQElxwyH2S+7RUANKihsOsctyz3kaUFLccAhuyD20aUDJcUMwSu5QsQElxQ2n0F65UxqnUFG5Yxqn0EO5cxqnUDa5AzWnyBS5EzWn4LzckZpTsFfuKMkpeCj3uNYpGOWS4kYDSo4bPpQUN9yCUS4pbrgFo1x/zg36twDlCfQXFZ4yj7dghKeEIMsmXF/sKfGUVpQXRvz+ioUh9J2OvHQpL/cWFOVXFHlLG18sr1XDxQZMGO3Jox8e4Kkoyx/hGVaWX/yHD9OrdxtRRH7RjdzNU1aUpfn9Xy+wz4STH7oXlXkK6M3Yu27F3oJR44rKPX9ytR5FwyrJxIrpP1As0v3n1bRsKcPzS4eVFwb9R7TE80KH1dfcNf+K2/zVivUU4a2kHy5o6sIjpBcuntpZfP1p8y88+2/d6tayKxYPNx2+ftfR/Cu+ojm2OlJ64b5/xec7Hmj+hbf9W7c61c8VNxxSuJp/xe3+1hWnya5YPBFu2GN386+4fXOQO116q+2NaqU1p/kX7myOhUfJLlw8SfRZQfs/IOCu5li4XprqrkZu1v4P6Li7ORYeLb1wayNDbv8HdPzqv1q4lKrFSK/Y3cg+2/8BHe/cHFsdK53cOY26Q7v7DwaeqgW9cjevt2xYUWl+haec/6kOdUX9KvNLK4oqJnQpK8ufwIGpLCZllQUVlWWeYewXQy6/755fkf+HTkK0EPxpeOMJeugn6f+SQUcPTFn87Wsbf1K+snz+r6tmZeJ9+ZZbc9ob4c7aj3bOuLhOmfTjtRNufyULx1zbasdLObHw8RVRuvezQ2DGrAMn0rYcUuyDV/WMeCgIvxqw5pWX+9QqrrOfDXttSDpeeXrBT3OnG6HsXFTNyrcPKX1T40f2npuJNwSN12W1jYKoZ60vvue8qAya/Vlt20Fb1dUh0bHKF/Xqu/eeeOeWUVGQv3brlR7jQWX9wo+fmhN1SZ3xzs8181fUK0+tiBjzxk1m7LqxcPuhX2NhYWn0FPzqnOKl3/LT8f24uq+PbogCU+uqjnPMwdB59HePbNlzXC08cyD/he+PqRuqlZf3fvqdyqY37Tf1OcPST9YMTMNj8TfecmFhDPyG7sxendNwFVm9Z6UeYk50IXeqV3NuXtaqR5s6lU3/gVgcZO5yvOAbI2gp8JpYEbdo+HU+naAOdu+YXN5jXiL27/ncg9mfXVBG9j45K68iCI60/jTn6fZH1U4/ZYVO3p6Ik0aurpibuFtdcGnOA3VXR6CeRCvoUCh+M+lG9f6U0wq7/oVotBkc13zSv0pdNzt3XMd8PXTwGPfdnlCnXDk9/sfvVhpxzBuP7RrxYDKwOJ88x+NliYEnB9V3O9/RBOMnLu3QLVmHY9kHLqm5T7dPnB+bCTweF5T2Vz/59aQbdViTnRv2RnIg8H05r3y/rsT24MqzypnKqmcNS0NhFN3YrSZ84sh9ZO/joMe806H3LAwAtrzuZmTzeyEEfhlJPpiSBeEz0gqOrjJjZeCiMNPgeIihG1udAW8k3zmsc1oG3nTHw67vpxmge5H32LQN55V9NTSAWkz48bszeVMykEbv4eV7la5Dqjdl7ApHtv+vm/HF6z84edGWAbc8vqA0eq0Z9zuS8C6zCaLJdib0MAML4zdmvI6w1/5tFBx8q82BKYNTIXH+tvARQ41o+HLVh4/3MAIncCS+8sVNzke71KreycHrZh9Pwin9yMYtCwHtd8Z+O58JRGP5jugTL5jxVPFt97/lCELOp23KMwdTlv9yYxr2Gaq/3f1elcLyY5kGtx8iARiYgux6uZGgoV9gwo1n8vYvfUYPBSyxAnF2XkXWgkt1KuPrkCRk80w1wv1vfTB00tOJGLup+w/HbPEws9evwbbNqcD2e1wa0myDrUYoJbsDDyUD4+WnZmR0mhoLn3d9s2jPmNZ475ROhLlfKOGmxYPb6ZJxvfbaZ25N08BdW1fvj30uEC+toAm3VT1Kt3PVRXVzxq5zD4wMQxK0zn36hSG/fiJ8/QIN+DmVBCvwSm0cHi4nmfaYCVLINu7dqIVp9216947KBFxC1GR7fAysM79TNuKJGrUXnUB2GLCNHxUNsyrHkKVeUF+NIQvLicP3l034st2qeLiHBVoLJMpdNi6LQaoGu2ujYSz9eEcNEvI/lT4rCm6gguI0Ac/HEOw3atG4Z4ca8G5C8yOjzLB7hMY7eWoYvDKQKNqYWGxHE86og5dHUwFbr753BxW2ULiZ7PYQT6SIQwr2vOpS+sXT29Utmj2B4a20cE+7r/Vfnjfi+04qaLsVHs8ouGrO82dzD/6iMt6uS8Tt42nGnFHuJ8uvdeuw+2PFh+pePakmrNys2dPVAOePHEb3S1oY0P+K5x8dHY/HllOiJQJbTm0wlqyrX3HvCj3U9qIXPKsSMpGZ1KhfrSU3XJyCFxIJ8SyJQldScNsiQrgRMZBJt2l1GExt3fftedUmDGKJFgp0t/Z9Wa8wvhjq1B5taOalYBEJS/D1Rrjulx/fOD+oldCZA2oklaPENCghsz7e34DPvpj50QVtIC68OW5mr5GZwPbh/YMKk+vxwXiQykVkGwjoTe7cKRSoGs78SIcXp5/atWNyILiG00wOAZZfoQcVvt5jCpPHV08qNOzVt2iAxaldAObTwIRr+T7uMyBLF2cisLyYFIl7xtBKEwP9dpqIxIZAOqXVkVh8pODu3T2C1qvX9Nn8xKAH9EBmRzZqn8L07fF4tP/bdf0NZR8pNAqO1WE4qe5qUgnOq7Q6rO1qBIKq7zYxGAvphb7QYiBLLDNQlTy8r15hdWGHHic6Xr9u4F064PXnqEKqDMmEeoXp83N6ILv6zs+v6mGLlzD4RyMeWXxNh21JJvh5YuxbN/x8Qt20/bbfOn2cAKtGhZ97fvhWpXcc3Zn3VO09JMId0pHCa+JigMrxtg3pyOpnVQRQtf1kzRmxf9UqKQKJ5Quisd5DhccETHZvjsMaSpf7dTCAysgmPTCZfz0Wn/2cJmC9wnR+W53C5PPcTq77A+JwNamqEx1rFaabVXrsVPpSwOpprYWOblfuoAQeHIeF7GuLOiuUFqIoWPYMvXAdv+68VHyEbnueGZgeb6tV2b5M0Yv8j0Cmtxm/KSzvzQkYxoQ/FuaQMpGeZkJmFwbsU+ntQ57UA03HlA37VcaDcYfV2l2skCosjwqykLL8zs+SgUZ3YmyVmp0X8tKTd2Yjy+fqGNhO7lY8PhD4es8oTG9N4UiK9d03rT+rdKAJNN2Ms6l98abwOrR3r/Lolj1VuvIsZPWyRAsBRAZmpNUo9GoTl+4W8wlAdtn6aK5DK2uVFc/9mzA8AFk9nx8ArA5DIrLrLokDkjxT77tFByPe/ZUoZjIm0glHG4FW75X9QoGqSMm2dJybGHxb5JsBQN1Kle60wnhVlIbM3/TSAM3CqRfacF1alY7daUAmJPB69mIWr8t5KcjS5NY4Xvd7Z4n6loEk2KR0RQDzLTMzYO6rD/XreW0W3k6NX2k0cN+mAVYvZkTiXV2JUszMxNeOb+k9VH9aCT40s+2RxwO4bmiz0BcXDStwrZC6hjs/T0dmS1ZWK7we6pH7ozSM7Egipc0A7nsyhA4mw8XT1FhkAluPOw2ZfoxO5fm+wsz1bHoKZjGDFAHsfhtTgVYL0+50oQ9hvB5Um4Hp1IcJyHxJYgJ82Y4YGyUV2P2HJyCT76tShN/QI7UL2XkXVZY3o1KR1atCA1I6RseeU4nIjNcNS8C3frhnbN/FraD/h6nTDm8O4/tVkoY8v1oB48/ccyohMxG0dDxLy/znwVy/T2xQaHaMJ/mdzIxivdp5b1/iXE4pH0wlhfPpVHy8LS1Ua5TJ1O7sCETq/lzDjcj0rV4P3LclYCad4Dd64HUiACmrtdeGCt9rQq4bcbCY0nJlAgKV692JIt+SgfPAjFOp7Y9LAWoXgr9PAidN+zUZQo/jgNlBJRopnTXenxXmh7JTuY9bHCrqVwgSsSSKsVXhfvQUX2fNJXUnqTIl63YqXJeDub72ieR+5lQwTp7fjVSASyqfrwZ5/QzGttQ+TTACX89+leX5vBhk9MhMAlZuRtWpXDeNvK5NMwHTyUc03D8cNCLPSxN46IYsjxT1KgnTmIGLhTahdAbHVa4/GlE344DumvmdF1UmW8U66EjLwVgDUDavHxvKdePteGTbt0XP/f+FOpXVCZMBmR8NSoAfqGqd1kACFe6TelxDy8bJeKAyPac+EsjFPl2SZMBFT5OvO/TAbFqPUKRhVy/qgEZ5cDsDsPalqk5l+7ckhvunIUlA07H1da2R6eaWaOT5mQYWus2ngpDxMc/AfXJsBnD9CoOJNCFuSkDWljxshnFkFp1+igLWX0RH4wY6rbe13B9Vo8J8R4dIYHFeFwJ8HUdUvo+Bwv9FQWca4LfNyPR1+XplLQ3rllbA60oq8jyvVUnWkEysV/i6TDiWEWC/wvKpowE4L2rUAXQjqpJxx0vEuA3U8HpiiEBmE00BmE0b1/YR8BOR103WMDhEbXhpDPK+J4nHoUKL7Wgj80o4sHZ2aRIQ97vk9Y5R2IpdeKXC+DE8Hlg+Hg3Gk2m0ku9Uh9CE62WGb7+hXzFcTxaebRgvpuX8XQOP/5PhyOqvvg3wurtf+ZDSaeEllarhZk2G8M/z1PHMYAXxPmt1Nu9XSJ/B/ZCW51NVFnB9jeBx7avH+2hbvOiMQtuE58+Gw2humLlPWRAObuJ2zs0OA7q8N3/YqjC9Sv1C4fWgTmHt41MXFK57R4Uf26W0p0b89hAYeNe/1N9Sg3m/2rU172dOxfC+Z008sHDtaM3z9KME7svf1AH3QYQ3rI/cqfL7GoD7nmqF9YHk99w371HZPl0VjNOXU4N+TGXjhfG8bmrqVSYve0K4v1ubCkdp2vc6ydezWI8sf64zwLTD/YgSn1LimaE7qzCdnxQOrI8LMMASYsMWZZuQtbFRMZwn5XpgvDKniH0zcB3QxcIB4jqq1QTed9gjkOffRYXxPiQRKxgB4sW+pOAOGzWYx1V2uNSldHh5RZm3pLzxIczl/3zl8h9A/MmY5b8A2kYKUA==", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHlclFXbHhZZBGUGhn1YBxiWVJh93J6juK8pZmamIY6CAaMsGmpaWqbWay6lvqWmlm+ZZmq5Vj53lllavoqW5m65piKYOy7f2Qajt++TM7/o932/D/4YmMNcz3Puc677uq/7PGLcUEff4Z4KhaLYB7/0dOTbc0rz7cM3kREy3COvuGS4m/NduxJHQRZ5l9kw1jDWMNYw9r9wrFfD2H8z5v4/jfXFup/lj3/o5CgqyM7PzM0uGmHPIx/6P4zr/TDcffz1J2vV+//ZWNafjHVpGGsYaxhrGGsYaxhrGPvD2FbnGO2Qa1xGe0fhsAfvyO+6ks9n0Fd9Fmmy2xU5CrJL8nLqCDKKgfT01SQGMtBXsysgixjISF+tYiATfbWJgcxdyVhGuhjKQlE2wZ2yujJBK72V3pjlhb9l5RWOyLc/FGNjGFNdMWwJ6DejwQWQyEJQWAb9ZjAL3YuBzOkugKwM1MFROrQuID2bnkXoTgxkznABZM0Qmp6BTc8qdCcGsoitHgNZ9ULTM7Lp2YTuxEAWsdVjIKtBaHom+s0klhwMZNa7ALIahabHBMkklhoMZBbLXQaymoSmx5TPWGc5+h3I4grIahaaHlNLk1jmMpBFbHMZyGoRmh4TZpNY5jKQRWxzGchqFZmenqm5SShzOcjiCshqE5oeLwBCNHKChNKdgyxCqaHnBUAoc50gIcJykEUoNfRMy81C3HOCxDaXlxqh1NAbXai5eldkWc90Ty92JwYyCJVPPZMwg1BR03PDJ7bkDGQQSw2bCy7MwG2i0EIYWD4ZhRbCoHfBR3CQ4PRcMVQcZBTinsHoQqE2mFy5k8kFt2xwxUcYLC4kocHqyvRsLlhsY7oL3DNmuHInxj2bUExGgwuOxWh0wcwbOY2EWM5BJrGFYDQyCmUuB5mEaGRk3DOJLQQHCbHcaHXBlxtd8XsmV1yYqZZjqSuolo+oK6hWda8riBFWrOniIJsQ90wmF8y8yeyCxTa50tWYeK8hxgjeAdR5IdixIF28OofETgUpRuisidHBVuedZcd7FFNn3rHTPYqpM+0eHO7Z6rzYvzvaE7Nfxq4eZMnTxeyhEyXmD00cJWZ6nSghimPXy1BivtKJEuu5LBwl1j85UWJu3spRYs2QEyXGDRtDZYhxw4kSs8zpHCXmxZwoMduXwVFC3KhBCXEDu3qGEmtVnCghbmBfz1Ci3QBDiXUrXAH0YjbYiRLjBlcAvWgbwVBi3OAKUPenFhTFc1nsuYWBZ6VejBs8v8ROAYw8U/RiHppzXqylN3L2ih05GDkPxc4calBi5pvz0CBmpJ0oIW4YOQ8NQtyoQYm5ds5esbOoGpQYNzjnxU45nCixYw4jzxTBVtiJEuMGzy+xx4k1KDFPzbPSKNZdOFFi3Q/PZaNY++NEidl+rgBifbQTJdYTm7gCiDX6NSixbosrgFgDXoMS4wZXAMHOk+eyWLdv4lkpdpZj4vkleEjAM0XslMDM11Ds2K0GJcQNM195sXPBGpQQN8x8v8QeDdWghLhh5rss9pynBiXEDTPnhthDmxqUGDc4o8QOFWtQQtywcO0VO6WxcBUVO6axcD0UO6excGUTO1Cz8EwRO1GzcM6LHalZOHvFjpIsnIdij2stnFFWIW7UoMS44UQJccPGGWUV4oaNM8r659wgfwtQHEp+UWIvsjtycu0FGFlU1jHfXmAvLCke7v/7Kw5vRN754Zd2xcWOnLzskjxHYe2LZTWuuVi/slH2LPLhfvaSouxc+7Ci7Pw/fJhcPTM3D/8iE9/NXpSXoPj9Xy/Qz/jiHzrkFdlzyM2ylAThKCUfzsl35DwzNq/Y/icX7ZQ3rBTPL5/8O8U8v/+8qDeNaER24bDi4R7/sWj8saHZ4Ozx6j/wxIcFTt5l1jVif+GI+VM7vbM/rf+Ik/7SiJuIRswfbpqd/a65/iPW/aURNxWO2PnP95znAvUfcfJfGnG0ixHXnE5Y6z/ilL804hjRiPmj4Jo9ttV/xKkPi9gVyY4T3mpTrSJpSK//wC31EXiAaOD8EaLTA5r+BuW21kfgSmGqW2vZWNPfIOC2+gg8UDhwQy0nbvobdLzlwwIXUrUg4YhttXyz6W/Q8Vb1sdVq4eROr9UWmmx/cO5ELciVMx2OomF5hdkl9mL2NzrEDvUpzS4sySspa1dUlF3GgNF0TYpKc0pKi+zD6C+efvC+Q3ZJ9h9aCN47sMfgtSdoJ58k/z0GGX1z7MJl2s17pIVfxa4pOqeDY+6+M2JywmE7fps7e68c/Gq3Xz2NyZDacs6uSV3UMH9WwDjzynuSenXnk+PUVfK65oXvuH3mBm9//8G/f+h/UQrK/nJf2kuJQEYblUdAu6qc757q/o2MQW0fj0yCM6sTT01ZrISlNzPOrF6uQD+1KRvwvumOXJIw//6siZflr9biC77QCHUuuhVwfuMt+YDxsrXjDl/4bWYW/shl6fK3X7b/ME8LPelAKMyYeepKTPlhKWte3MzStVo4kqtwvOAZCIFTYOfS7d5oy6EZd+1jveDRf8wvDJxSJat2bNn0Dy+QXrrQZ1N0Yjz0f271hqH3o9DgLV393dP8UD8ykUdjwfbJN2O2vq2CowleL7yReVpi84oEEsaTVWrUv2mzdYtahCF6nY5a2Nnvi/ffnRnEP18prT44ZEzv6HBoQReiMTx9ek/84VvXJLX09ZH1nsnQ8WDl1W7hGvTKXfuNU9n3JM+zryZfahIEpXPDPPvP9EHHe5MJ35Vaf953XtzuEGh77qdVtwftlW9PHPlZyVxfpJg9sbrlrES4subRZ960BKGLeBovrdSgrW9HtDiakAIpl5psTf+nNwxZ0CP41Z2NYPHglF1K7zTYO3vQvczbF6Qpfbouej7prvTq5md8by1JhpRBr227llwl9+urWzJ9lg79RKY/JhHsHzzdr+/ZKHhyrXxxcevb0lTrj9sL9sfCvs9+UUd9GwYK+nVCovGVxcGLTXp/9PppP3h+I5r888sRaOmIj38tLlVB+qe6AL/14Ww+M9Ropx6v6Gol0H2rCoMn6QW/kIZ47w7v0zIRdhM65Scg47JPLDe3VcqUXxsSIDpkJN76eLT48ntfd98Yid4r25HSsjwEFqmWf/7F4xp4Ckd3KS0QUR5rg4Gw+87LwRD93rkuzeVI1AWzdnXnKHadXmqgy771tuzxrF9CcttwWKUZOKzVkFDOy8sSnv364FY6OIWjPX08HlXi21qmK+AwptWNDnH8fuGo+awlmNGHZP1j6akr9iVwPsSg7a9ljG0W54YchJDZ0TAOT3eOnxpCuzx6J6z4gLz93rrxV9ZEwruj2jQ+kBOOKH+mhCK674WxQLJO/lwF+Gq9UFA4onSaEwl3r5eeWDg7HAIWGvAKBaH2hCBbIqCIJMTxUOj+BNkpD8C7GDKySTSw+wej903ft+rVxw/RdJaaQrgnZbJMl3WfB2pFiFcRDBdbkA1ToUnVLUftnnZIvn3pAthykmFfz6HKAZv90XDydcYPbZv63uM71yVACzrxamnDixP2fGzTIrpuh5NgXuYr+Wc/VQHL75UyjScqBW7h9E9MUCOSph3NSvQtzraIAB00y9Rc+Nnsieh+boxF0uOEeTrYpSSJq2b8st+Q5eeirCM6pAJJoye8fBDFbfBFdJ2KE2EADXSv9NZjb6/8cFMiYvmog6Pr8QQNwcB07yrTg69DgWzjBXCHm9uGYcZvk0rWB1fvah4OZeeTMnweUcD4KS16/KtxpdTnGYxsrwOqiyUhaEXQng4HK93Qia1NFxriA4Goz/bXfpEwW6R331ahtOvzj84dkQQ7iWwdC2B8yNYgIorei3RwZ0VVec94FUykiXhGtkxv9/TpWbFAZaoyAuXG5z87zh6IOhOCnouGpiT8b4KA3CVj7BXpfJfm9+PuRsHGoZMwZQMgmybwGYnq7sokoNdTxqJuJIAkH8CLGwFPpkJJp9evew05InuThPT3g+8qsLA2awaYrDFX829I7x4nAV2UEpLxzFam8vW/ItP73nBn+jxfB2s8SAa5AeVNLx2iOuuRALaO+BO948CoMrf+/EoKkkxYYb/j+n9MAzPWnDz/xrrrEt7EPEdlCMTmVAxsf0+NSNW51DoSUdqVJ8DVu/ufPZ+khJ/xp/1Hn5PovpUFA64K+AZVsoEIs9Yd0evN0QGl2fggRJZt+SpPRGRyFM5zmg4F9ySmH3fkK+WYyAtSWB6fuiXReZa7oaZYNVMX6MBKifCVFE8SbUIiGoy3q81bieBBymPzCLjWjVwxGA2KxSvdIwFoGkUp0QeTsbAqIlAVpuXUsGS44UUWWAExtFBclXLINj0bBz/tvpH1iz0GETUPe7ExovJREQd9sYxf2OsHuIjgxDkrUXlFMbBuERa8XSqmyyEhiM5PkcB0+bNQwFUFE/um1INuuBpwkcWK6Q9EjoL2uCEbjt4IKUDkt9uvGvRbTLljiHeFdGIhTjQ3JTD++iJC91UL3VEeIXLHSLaPAd/KZJqeP/qgyhAsXAO08AGm7dBHg9GIH86OTBsTg2gdldKA6aM3hL2x3zd3mQJGUUGPgeIDgVfaBSjRPbKdGdc5zwMBF4V/lXX2BrouB/3RkQMvFHd63Rto/hU2AiKXuyZ9I2HVsX0yLQUiidC008DsSxMwpc7JNM6AVCDwAclB8BgVgKsSzZNpu+QVRDZPukMKJfBVadWHRAgSgel0NIyhC/CL/IZ9Ws5Tg5LgI2JPevoCW+dbUmKp+5s+kTflVoSOx9bIpEoOCvBCJOuul16VXyO25L4SmE/xQGNJAW4TB4dwtS54KRLOb/wIZ8hFKQqXleO9YwBHuyPldgTT+3dOyFR3FHFA066/L1A5v1kpxc8sHR3ZLB5GHhuNFd0TIpucaDYrVoNI0Qgs8oc+hyInZOs1QKvIHA26tQQXWoMK2D4FA5ntiV1BTPcW+wKlX6NQ6EQCmhaIeiPs1OYqYRIh4EEN170zkhspnEO0MIQuWAIaeG0zdlDb5fHE8N1OBOzu7OFDkxDT4Tsy9VePJ8GRTligvopHGf9MxVt/U64eVLD9XrnTX8Wj0ateOZyLIhBezMWDV4TA3BU4UdrEwrXDeMO9YtEcYksKQmFZxw2/3X1dw/MrCJF0qzikBj8iRGUqoH5ivR+idXuiGqiMhQUD9QmTNYj6p93hMIAaOBXX4xjmE/rGAK1799VAdXipG48nFCoInbZEIOaDbsoXwabt1ioEiGz5t1ej9sTgPKlAa4ls+evgmwWfzpvVW4voOvudliouEEAK09+uWpSOq0Wn5Y2ATKdpzzi+nhrE+KwAWtbaaoHpRyg68A4hRJVMVOaxSYnML5ZpECkjx9t6oFnERgyJAEyS51aPCQaqSwuXSkQ22+aGQyQxeHs0iPrid0PRbGLTB8dCB1LWNjcG6js7hCOms9HwJdnuvhq+bkrmJ0dFAos7EiIowfyB5UsUmIkhwf4hkdjbV5SIyMnzN1RA9TLsqNyW2KXvA5COGgJfGPYUYcRZqXoXKSzeLG45HDbuVRxznx6AKG8DGyMi19XjgoBUrTUnAxHV7+pjEvWp45KB+TxvRLcx4zzzv1lJcDp76Y9Ghz9i6+SJ2k3+eceCai384EsqphvCxXb0jN1KtA/vzlxfLbA+pVrai134xBlaRJbt3C0dq6c+/sDqOOcpJADtY5YrgfJ+XIVMdUWRAp8T27s8BLF1KZdY3qUxX9tNjZjuNUbM7yYDrRuRnnw+QYjWn906+LE/cVgKRPugRnGI+l3/VMDNlso8IRimDsSGuCQWLX+EGJskKKCJFMbvUyWf9CMZ9AgwPfJBlxa3fmR/hAccm/vySwMNqUDbp4/8EWZhYulkL+6ntFBADecembj/bVOVrK7hvoz6rxbfyzQPIpIQdk0Hh5hT2HpaQ2AkJZYOybhMLOuXxP1hELDrVMu/EFuxJILp17M+QPN24D2Z5vP+UKB+6Ph1ORBPIzRplzSR2LeUKCDpu6DHLZn65V7ct6QlAuvzQhCx7ffjrku0z7nRFPyogJ2TaHyOIETKREVKMuNzuQpRX3Y1DG0ispubDFS3BwcBbefebML9YxrQ9nX1ZZnSOd8TmD9JBrhIFvKiTHnRRcn64czm0IUazgrpC5we46dwfm9qBltI+zTCA7F+62cplpTVwjTuNxQwncjD3KMSze+xafBvXPaXv7VfHo7LzZGvFagREaKeyeBDGw9foH7uOR9EfXR4EuSTy3/sBqNJAdiTjCj/TmtZf7QqntWNeYmI+nMPLdA+Zmsc6wMmpSFSfQ99msR0eFIMUN03pCK6Xyd0oCa0L+F9z/HfJKrDzdRA82xfKM8HDepOiHldC7T+L/CFsKSsRu/MOSTRvmKpivXFa6tk1k54IFpue2K/cRQT8k0Vq1tXGqNgQoRTIbCjO3EA96W5Ld16vtjkmkz7Ca9koPz65IpE98P/rkR1ITsZaD1sUsnu94UWkWh+WpQA1D95RgLVwffDEI1bTgBK88pAROuQXs14Pj6e8c1fxfMzFFF9ik+AxkQ2bvuwfvykJ2hwdX0sPY7pzOUmiMXlDm1IQ3FJBc/t+fiJa5t9gB4utSscUVxS5Cgorn0I8+B/XXnwlw9/Mqb/L/ObKio=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHlclNUaHpYBhk0WWVxwFxcE5puZbxZSv4OWW2oq5pYbwiAoMAaYS6aVW7ft2qKVmWaapVmaZuV6XjUzc81crpplqKm5ERdBRfCebSy73Rtnftlf+MfQnPme7zvnfZ/3eZ9zBmo6ytUvy1en0xUGkJderlxnxvhcZ9YndIQO98wpLMrycr9LLXLlpdF3nWvHasdqx2rHasf+71jv2jGJMe//N9aP9KW0YPIfXVwFeem5nbPTC0Y7c+hFf3Cvh2rHdN1qx2rHasdqx2rHasf+9rGN7jG2g7zTxTu58jN/fUc/606vV9irKY1uQlMLXHnpRTkZNQSpciATe7XKgczs1eIJyCYHsnSnY4pkJFSOcsihrAxlMsqhbBylyKHs7FVygnaPluXgEzTXHMWeYuQ/PIOZJBLGYAr/IUGp38Ckn2biMIlS4bHgMIli4YvyDKZK0/G3MNm8CfLLJoDDrBKUZDBRNBJi8BuY1S4J43VjlX2a3bOnOTzKm0nxKAFumCSVTbwCLI40P/IjLSd/dK7zz0Gc/6pRCsTZrypSINUjWpk4Gx2q1LM4qVSTByBZSpk4pSxyEeQgmycgu4WB7neNH1UTEKeuRS5+HGSzeACyqzLTM/PeYrHKPEmAbFJrEiC7VWp6vBRVqZoSIJtUeQiQ3SY1PV7yqlnqSRxkkyoOAbLbpabHxcUqxXIBsskxgoPsDqnpcRmzyuWJg2xyjOAgh1FqekIw5fLEQTabByCHIjU9YRPkuMdBdrmQixZgkpqeUHMpCRMguxxhOchhlpqeMCJyEia6ht0DkEOqa5hFA5BLrmgAcoQVIKnoWUTXkKKRRfGg1ViEqZIKhBskxT2L2YNGbbF40GosqicgqweOxSKKUC7kdk9ADg+0XDV6oLCq4oHuqSYP1Eg1e+DCVOHNpWjkBkl1DVX1wBupVg8sgRskxQjV5oEaqZ7IsgA55Kbn8MDmWI0edHer4kHXsJo8sDlWswft02rxwMxbVUkfwc9SWZpqHDx+lMowNY4dPxRlmBqHjp+J+tAZGmscOn4kykFSUbAKUI3rgh+IclCNRY8fbXJQjfWLn2xykBQdFKNASVWTogiUVDkpJoGSqifFLFBSBaUIWihSFaUIXihSzVARxFCkBFMRzFCk2qEiqKHIOSSRZUXOIrlRcn5CcEOR4sYdlBQ3LIJRihQ33CiTnCMTPDTJmT83SoobFsFek5x5dqPkuCE4b5LjhuC8SY4bgvMmOW64UXLccKPkuCHqyyzHDTdKjhtulBw3hM6b5bjhRslZYqEAZjlX50bJ2TqhAGY5K+1GSXFDFQpglnPgAiV3YK0KBZDbct9ByZlwoQBym+47KDluCN2Q23bfQclxQ6iNRY4bbpQcN4RuyH0b5EbJfR2kCgWQ+z7oDkqOG0IB5I68raKWVSluWEVVyu2lraK+VLmdnagUuS24VXBeldvbCfbK7dytgodyW3eryLLcwYxVZFnuZMYmsix3NGMT+ZI7m7mDkuKGTWRZ7iTjDkqKGzbBDasUN2yCG1YpbtgEN+ROB21CbeQOIm2CUXLfX9kEo+ROtO2CUXJHcHahG3JHGnbBKLkTIbvghtyR0B2UFDccghtyh0IOwY3/cSpEf+W9MIZ+UOQscLoysp15BFkw6YFcZ54zv6gwy/DbO2bp6bsg8pJaWOjKyEkvynHl332ztMA7N+s/aZwzjV7c31lUkJ7tzCxIz/3dxfSX7Ttn55APOpOnOQtyEsnA766hM7g/p8CZQR+WFkYRrvH04oxcV8bYCTmFzj+4aZeczPFkfrn01wVz4v77pv5sRaPT8zMLs3z+K2jiywCb4t7V3PuFJ92LhTeSXrhyl5SbrPd+4ff92cLpu841XXFj2RWLY3S3hKrme7/i9n/piptKr9h6l/yrlnu/4g5/6YqbSbPacVfrUv+Gcu74l664uXSOjXe1XfVvqGPtL11xC+kVK3dZBtV271eM/mzFnkh2S+mFm+5yjqr93i889S9Ndbz0iu13+TzV8Ts7U0fH/0ygs8tVkJmTn17kLOR/PxBCXvqOT88vyimalFpQkD6JAxuxYBSMzygaX+DMZB+M/PX9/elF6b/zVcJQ8W+b7p6gk15J/7Sdjg65tv74s1XR8NNHLc9M722ELzp9mPP9o75o3Aj/ffX6RsHRiNLU/X5G2PFPZUJi0zIt4t3NW2Pio6HDmw8v+uBDE+xe/MCn/67Sw6wh3246XTcaKPrZ4Qp4J8yOPrbPAJ+v8jn3/PkoeNjYdnnkgSSoPjTxQvzHwaj95n7zmr4YAY92CDy6ZHUivDdpZ5uUl69qXQtu1LkwIRy6tBzvPb+bGRaPXvtzoeoN26+1HvpP7whI7NzwYvG8tnD+2MqbQ/PC0dkDzU7cmBoKTxxYO/iaozW0c9YrHjQwDK2Lqtx9ZZc/Gjt/woJ3TidCJFlG1uGrmD0nQoduN60qH3+qDezc8PkLfiXV+KCLLHhwOMQNybzvh0VGKF3dZ+z8CgNkVZxJXzwgEIU+tOpV51dJcGRHnuVJmzcMfORjfGmhN1p8xHLVvqMtrFtGbrzBwNfZJwS69bkVWzihDUyc/G67zg1vaV+9vnHenDq/4K4+E4NafK7AsX0VaadbekGj9853S7rtCykv757Wbb8D5nV+Lvdc5U08mYZjtxeowzd0D+5kh9Atxjfavm6A7d8mOOs1i4SPf7wwd01uO9jYqk7QumWBqHFZ7oAn8sPh8sL27Q4dT4BpYzYVvRKrQx0nDXpf7WWAxx5qFD3mBROMeL1n1PM9vOGtJ+O3zXrPG52ZvnDvClcC0Kt9B/yMezw+PblnfBB8Q8O6ohWsIrRY2MsPEdDPvpYqXFZFEnjExOP0UDVmYR1tgHPPt74c0lGBdBOJQBs/sNWHR5ps9UdtLodsMToSIYgmtH4QZLF/1bjXv19MK/rCDgveab7+1uxSfK5y+S8He8XAJhKlyY/dB4WUeA+FIRMjZhkm0X8mY1gpPlva+KBrURg6lTjn7etKHaDL/miWA+hj3mjrja4M6dTx/LEreM+wB7/y3xwoxm9rjBcx17RTW0IXmN+5gqdVpozb90wseqnOZOsHHS/gr01ffJyUVA/IrFN/yQgQ99mksXgsawMkGiSiXsjvqbkkQydwAC2A3c3ge2/Ds40zvFFP2z9SR549g2ft6r/1/RlmYPQeX6IdpzTdoYcVZHWjnrTC8qW9UWT6aS1vR/Wax0tPYUqH1luS4V8lZT0GzyrXvv3+VNAry9dow8n0O5wgddbu0PyfhoVBNKXz9lgYSQlvSIGE2LmHDO+Ho4VX3/vywYpYeO32nKmVQxxgefIz9PSoAMTrsg4Mcnzy1WNbynB155uXL4Iv6ksLopk/NMmgKzyAH6HLXOmDSJWRkgmEJBrWLF9g9PHVoRsKTcANnudzJbjXjBBSCXpUEk0ZHgV1SDQ/aZUCw77r4jPxOS+U2JQyUY/e/sfqHy88HAX06Yvqh6Bcw423R6/1Qgnlr518ZXZdmEvTOTQW7d1D/90Wdd8WeJ0Ua3vIajsl6oHSd2+DlpBJH3DdB/UIpspyDbNwNLMAn3cZ/pqEfWnvckzUZFyH+XbIZYV3QOM6s05jYVi0gV+3Lwal0fQ8WoV1L02tTFkdAw2nUOb+jE2sgMvxiWernBWZEaBnwrcLN555se/njUq0RXtX7D88rwGQqvRO2BmBPth/eMCl5EpMimng12tiYBdd7ipvmHQhXglYWYxJ0YRbeypgmkAjE0RyTyu4AtNyx09EcN1IuaYd60BXelg7P4ZEKC4OQhjBie5Q+sae1h6myxuZABeLraSySrRXUrxIKkoxzcqYsS2Bfowi9egSOJr3ePwmbkUT0N0C3x19qrDLq19q5+Ko0PgAUaWjEcU2YPx6s1RjPP7gG9xg4fA2u5ECpAryl3jpENeVG9qi9pSAUcCuuxiBDhuym+VOvIlfHkoYtdcGLB5HdLy+5/txXk508Hop8we2/vbVOOazb3TfbzPCfaTqDg7XQ1ELwtiOor+Qemd63d0PtZ76/Pqxhts4YGVDojA+sOE4TYQX4vOq0kpm0gK7hJvRBK+MQ7wuyzUmswnRkE0JcTgcftKW/rAl9F84Pk2/5OWUXZjNc0AEiorbdVZrEQKfzphyYO0bdlHvZdoYJkjFmMncS9EwjBVoldbnhdfyI6YfwCufO5GtS24KrC0OCUKU9rbrxRrjccMkoFGKe69CY/VoO41ZWPNaAYvT5UrNwAJ8g+dluQqcB6c1Vn43S/Di66TQVBPwdZdpc2i7bXwIa19+t27GrWhowQpcz3k3+xLmOhQjdLsucB2JgcfrftT1xzHtIY8Kar9IxJ534RZeMbJ/v1ZNdMDqYEQk2tFkdUF2uAHI4vcMO+GAQwlUIA2I1cO4fVoXoh6HJhqAldtgL8T6wN5bWpdXy/1GvH4TM333ikKJa94iK67ErRQ681jeT8eFomdfPEOU+qiWRcLzXXxboCp55XggUgib5x5aj1k5tGsGgZROk0u16X27k5Z0XLNf35a5QmcBpqNLy7WLtLx3h8I+mr52VtieSVeyX2PvL93ATD+Ck0W9XdG+zKMKGMjzE5sEbp/B738bM30qN8Jtor6rD4QgMyVW83rwBpWdFAX6n373zS+a+CGWztbRMIUagQ1G4P3vpMZ9Qz2YSBtXezPQbr38Fz28S2V9ez1eVxeNwOp5XTCvp9QY6EQLtUcysPSOiECs/3QLB8aLBxNFvS/m85sXDoNpwfS2wPOEdq6nqjGtxkldI2Hvfb2/eelWWyBq+dmq6VGI+YyjwYL38cD065VIlOMilXLIgNh9GiXDj6SrPN13K2Z+qPl1jfXZ8lbA+9AtzH1COFwjXchuTYZlJAqrS4MhjLbHgaGIleVgIzSnBdfeBzZS2zRPh0g1f3/quTbA9TcMmD9YFgis3+jawDh2wTnt80ZUQF/EvUeFDXLMUGACkcnkk7cxlQVvQwCPw8YU7lN6leEF5PEF571gLG0Y223A9HhpmPBdDYFW7Z4qByyh9uGTSNSPEn1xFDA+LHDA+wNJR1fqIpr1bX5x3EcVOIDXgR49dmpB+LtVMcDsUA87UPm4WBzA9fxqGFDV2tyvAo9iBi8ExdlH35+zKhLoVdb6JTieGScdYvRt6Q/cT2yjO0zyr0LobQA8XbyTdLRi7dXZM4d8296A0snj3zaEArW94zYHcb+03If3cVswHCVPe2CnL7ByyrysMd8Qdh4v8dqkj6h7FrdlRtELMR8zKpr7ciUFvOnHWqnGeHs+SPA3FtjP7FDE8rYpADVnhiac+8nYEESeRlqvF+pEjUWDaOHf9Ij37QDE4p8WA2y9Y+ohqpItYvRITwP0RBiwefWPRQ8wA1OhUZfhWFIXDhObrzzTANWlAubrx/tJfAKQpkdCWabx/qtDTP+7tBY6Vqwxejr8YfPpunG7nC2AurbPvqnQaFvJbhYAjz3aIOTUC81Bo0TINSAe30q8lpRzn0oL7KFtNa4aT2MFuBeTphTQIMkCXNcqMO+3pZhk01Uy1wFbabucflbj/us7rkvBdqCyO+XAbo35yA7faiwvXa9oTBaXxyLG409+Es85iSuJy6suqI/yWUDKMMtvVX1g8j70GOa64s/5NiYW+vBGjIX/wXxfEQp8f3UaJ7MbHcGsrueGA/MFJ3/ADFZ6S7syRVOHT27E/eFbkYjH76CWQ9TCV98QaJgSw6J5XaR7C72oK3TAD+h2af0QHVB3GzirATD/e0UP105Qw7BUY+PzjMD2FUlhSGMFdBxTdPdeJqGndYSe+wD375HAyuDgTY371RKWpkuN4uCJjz4dNW2wL1pnowIPeFkgMQydEkQcvtZ4nV3kOucfDydp+M0hCC6RDU1/PdfbS2agtznW4ZhG293UYB3QLHz1pQ2eKaMT90JsH7LlvPYgkbEjMxXhl6q0rV9TQ3xB43UfIXxmBGL1PD8QmOz4pIh+FALz1gQ/uvK5G5xXHyQLvfMHVjaHIzn/eraHpeNopr0R99fXNLZfPHIIMxlATRDrH/X1KJYZkXLM8nSkEWJhM3ghtq5NUeDWBb5vq2Rtf0pYNPe3G6M47xPn4O5JtAOd1OgyNqfWQYzPk8NhRJvdYTvH2KEfE7xijdmNsP0a3x/HAEO/XaZxHhZjtu0/2xSY/nYPR15sI1OhsfsfSQLez6s17qPPY9ZG1VbA+PTjOY33kXOY7RMDrWI/eVljup19G7N9zAUFeJ1cEvua4xrru3OiRV/Rcd8y9QxmejQohvubrrHA/VUV911XY/g+NysSZk6hzPVHP88lCdrTDnpSIqlRQNkf+qGO676XAsTlEQMYgdg5T2r+6MKiAlde4d2HJL/+Hxt+/QXgPxgz/Qdybllj", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztW3d0VNW3Dum9l0kliUnIRJDMzJ2GwD0hoUpPKCIIIUwgEBJNoUnRJwgiRUWUKiAdFBRs+APvBmlKl24EISRSQolAEkLL77SAUdd6ObNWfH+8ZC1nmJP73Xv2Pt/+9nfOxKihub0z7W1sbPKd8Uu33GxLRmG2JXMVGSHDXbPyCzKb1H5KKsgdnUo+JTeONY41jjWO/R+Pdf9/N2b7t7EeT8d6Y+1Odcf/6JCbNzo9O3lEet5wS1YN/vnXcX+fe4/GsX9lLLWeY50axxrHGscaxxrHGnBsXe0Y3Uk96ZztcnOGPf1EfteZXK+hr7pUshlLyssdnV6QlVFPkCQG0tJXvTUggxhIR1+NYiCJvprEQPrOZEyjEUMZGEowFUaGEsyFySqUmaG0VqEEEk+vT2RvAhz8M0z0aRr2ZhaEaembNlEQprMOJrE3ATb+CaYXjU1v3dP01mWSsV9KTHXEb6lZOcOzLf87iJFf0giBGPclrRDIbFUOtYyNZqFnaRkXdXorQAah/HGQkT0pJbdwaH1AjPM6o9CTGMigswJkNAhNj9WWJPYkBjIIEYmDjEah6bFilCShJzGQQYwRDGQ0CU2PVa9ejEYMZBBjOQMZzULTYyqhF1snBjKIpZyBTIlC02N6pBdLBAMZxOqJgUwaoekx5dOLlQYDGcVSzkAmrdD0uMaKrRMDGQxWgEw6kenpmJbrhYqQgwwmK0AmSWh6TMv1QongIIPZCpBJqGvomJbrhVjOQUYhNeIgk1DX0PGuIba4vAEIlTsHmYS6ho53DbHF5Q1AqNw5yCTUNXRMy3Vi0zNY4SN0Ritsjo7rnlgRMo0wC2VPSrSifUoaK7qGpLVCyyXOcqGUS5IV7VPSW6HlksEKhZWMVuiexPcAQrrHQWISJllDI32iFU1Nr7GC5RwkZj70Wiuaml5nhYfVS1Y0AL3eiqamN1ixQdEbrfBGekYjsxDIyBJhFqonk/nPoHpquTnRGpBWcHrsuJBi6k0IdvBHMfUuDHbuRzH1pjg79qOYejP86amfud60Y2d+diQTifUmODvyY6B6M4id+DFQvbsMO7pjIKGq0CRylBBZNRqOEhIIjZajhKRSo+MoIdnTSBwl5iP0HCXmsTlKI2Z0OJ00QtryBCXmYzkLNWL2ktNQI8SNJygxe16LErOlnPMaMV9aixL1mAwl5kN4fWnFXGYtSogbEq9KrZg5rUWJuVNey1ox01iLEnONXAG0YraxFiVqoBlKiBtPUGLc4LqhE+NGLUqMG1w3dGLcqEWJcYOrjU6MG7UoMW5w3RDbzj5BiW4PGEqMG7UoMYvLFUDsOxY9r2WxL1n0vCrFvmXR8/oSO7zX80oRO1PXc86LHfnoOXvFTmL0nIdiG289Z5Qkts/i3BDb2xo4N8ROLgycG2Ln8U9QQtwwcEaJnXg8QQlxw8B5KHYSYeA8FDuKMHAeih0rGDgPxXb7Bs5DvRg3OA/FDt0MnIdi36kZOQ/FvksyckaJ7d7Ntah/5gb5m9L8IPKLAkueJTdjhGU0RuaNb59tGW3JKcjPdP3zHTMdyCc3/JKUn5+bkZVekJWbU/dmqa5PbpY2/hVLKrk4zVKQlz7CMiwvPfsvF5O/Zk0ekYV/kYyfZsnLisUDf7nGBf8jJSvPkkEelupNELmF5OKM7NyMUWOz8i3/cNMOWcMK8fyyyd8GZQX+/aZONKLh6TnD8jPt/pY0fmpbqxcaXcMHrm2IwINFA5cS6xSelNjwgesaIvAQ0cD5eVWtdkiahg9caojAQ4VXXFNH/iRtwweub4jAw4QD19bpTNK/UOOGhgg8XDhwfZ0mJEkNH7ixIQKPEA7cUKdnS/qGD9zUEIE3FQ7cWMfwSYaGD9zcEIFHCgduquOcJGPDB96qIQKPEw2cf+NVa/4k018cn5cN+7Pp5NzcvGFZOekFlnz299Qe+KVXYXpOQVbB+KS8vPTxDBhBc5JXmFFQmGcZRn8x5OnnlPSC9L9YT+452VcTdSdoIVeuwv+R0efeXX5PsyYUElq9f2BKp+OyvPfXr6aGRUNHu3FuMVdCIXpO4auh3XzR7PgbHt/3VMPNMjA/0yUcMunPTaX46vwt7poo6Lz09bhdbwXD0ZN9r7f8T5E8r1WTblM/i4FOFyf4b3JqCiPPvzpzTkkgar2j94dRc9TwSfuv7zxKCwQKW+uLTPd2DdsQqYaf0nauW3U4DArnqez7zrGBzKqS9BWnoiHW8Y35yW7BMG3i0a0vVpQqQZ16PlSlxoH2902xJW/6o374qc287suPk+/fKLPxAzrfRA8U81HNu5MfbJBndblmL/UKghB4KTLpizA46TIiOvteKGrjenrlK0vV4Nlj8weWTio05sISn9U7Lsk50uvfoHa+0PbK2U/vD/RFex5vee325zcVVVyqw8r3A8G+r2eLLeEe4D5v/f/0cmmK7k8eub1Ap4ZeoxaNXVLsB/Sx3wWhT98pGmHTUg2lOAppcwi8SgdqlO9GuVQvHx4Lb5Dw+3mhD7e4419VyH9kHBz0wowAIOmPf+wOX75Yse2XmcHIJfTjl9Vuajg4pZMyKTwIssdNWN08OQyNbRHV9G62GvyPppwpl4JQyjvZlx+sL1XY9f4w3zIjY9Cv/mgrnn3PskjwnmDY2Pa0LZy8PPLZyo+8UFmxIQSKAmByuGl4SlaN8lkWXqju/uiVwU6Hg3tdUaYHnj1clbpV/mHYhiFpvR8q3le/2Ww3XIUWnJs3fdqEKGg3pPRodGgAzNqGA4oMgEurF++OLG8GRTMfWapKLsp3mv6cO7hjMLo5oB1OZTCMvxqncf70ulxRdPqN/A4eaO9onGjwhYDwH0vlVXeUC997LtF94olW3NP8vqk0FsZ+vyyk5TknGBiZhFPjAGvH71O38m0GOEv7ndrckYO+OWZz3rZU/umHdnjqTnBaumVqv88Gkaw9stjBl/vH4Ds4Qh5m3+1lNrB/wX8+fNfrlJwx5Wyb8eOagT8l/FGFfu5vD7uCyAI3B7cOsYW2i2zgpS+U6x+3rlJadz/23sDHjjBuySfPbJvojUh2flkcye/nBoc3HDnZN9sHqQntFoay9ZvsBc/jMvDw8kdfT8XEXaiCii4vvmXq6wg0j5er5VW/4YC3hiG8GDijjqBZmKCan+YB75D0pe9Ufu2A77QqGNp3zKv2Uoew/Ca6gJkMtGwGlJeJTohM6+F0O3RnTmpBTL9AeDuJLIwdnHjWElysCkRdXnuzZde98UCv2+eDygNJAVUrbRb3Wbbxs3Ll1o8kgeUKKYc2ruEot3zaj2lJkTBp09dDp5y9pWzGVfbxISfw7m/+cn9gAuAoTu0ZXa7gYsYCcVZ5mSxHqD1Q/ExXhKsVM9EOvlpDFqxYoc9fU66sfJ8IQ5l8wHvfd9/eiAYcFc6ELbSjhVYs4+oFc0YUTCvr9W3EHn84b+sys+klT86DOGD8vixTvZqhQmcHj+kRccoPXqI3eCxf7fRcTdQke3SKyNBaH6A0HtCE1XGYP1qyO/LzvCux0CMicGS3fBs4UpV6aXWoDdB6dFLDe5MftHrl8Bl5zKuhHhdalChl+V8FPHjBGfbM1YxtscIBqeafcBnxiSvQ9+gHCim7u13uKiG9fgmdmF4hE1lYeiQWbHLfsN8zt1IeRARpVDha44oJ1c4Htjv4Ysr5wW5C116R6Cft7i+ey1EzHu4ORPkj3rsxUQkDnDQcoA3g6DNuDlAh+tZuk0zrIvaMMmg0XvnnA6HKcfCCridVQHlXHQsrCQ0KPNBUDyxoq71h22zH8sD9tjDz84tYqUsUwuLk70IRvupuUVAoUHmVqpU4srwJKtSehGOOgZPjcKHO8IZL+wjBXeB3wtTu8bwOq2TK37V+iNa3kx/MmDbg+PZLt+Vj0UXVk0dWyIkJ6/2O7vaGAirAf8iMR9UKJmVR9eMmTH/HVSmUZzuvK7T9LGsGCin/Lx8rJCsrmzigZsvfxjOP5XwulTfiMru+2RUGqzGDBrSAbCKjW12guD9RgrsKVvEZGeds4bTv7aQjayIQ5U/GPcUPf8zsEwY4WwGzugQiks22zs+AmhLxkbIgx/dN6OKGaHxdVXB5Fmkg5Qqt8yJfzuerCtXZu3cYT1fasXVLCWC45pEwhdCnkz90IwuA+xuVp84JTB+XV8oHVpDGF4So3sWEA1GfiUePK/GT8RVvuyELkdlmftASR7/dIU8h6t3hTd4fDsSCHstbx9sOMGDY87/1mO0IdN02xEBBhw8qHQc/ktdeIQVQLpP0p5ypYet93w6dI4/R2cGy1s1PLMr0AtpnOrnAICowJTJd1knxMMeRKEOJQvvFqCpF2wev5NYW4IlVLUH1QCGrNiHWDlzJP+67A+1CG4MRpb/Wnc8nGGg8naNYX5znDEQeFp8MgNf8N3W8OMEBUX8xIgIR9fBY7sfWtzgEkcv6LLuvUJ3v7Qeku/WdVKN0cbd9dnrgQhl3tQPeTmFwORxHuikctUgOwy3MHojM9mip4n4jDLJoAd6W6eNORALtZ8fCYQItLHfWX9rjfk3mfTsCaD2cLld0hHgZEUD7ElIBleVplTIuklsmSyx8boeZ8VkU+GDWzH4rEEk+htY7tqghgBiMu36A3Ut35OeJaN2UxwNdFlUErN6xE3cWZ7jxMV6AkGjmE4YGAeXroGIlmBiK3vGs/2QEINbnHNCiheTHB9yIkK53QGm0oPYqjMfBcMlAHE1ToPyd2RRhcfzj50NqOHQQ/7iHoSG04K7JbD28mf943QfNLbmNK7dGmUyJGQQphNDbHIH2qepIRH1HghouumGDc8wbPSLpiYqGrka8UlhXWN5dGI93RwL1DZ5OsK4fVjSNP6J8ORMK3WhD8gOqi7luXN+C4SsjNnwJPow/ZYGI1uf8AFi39wX8BBfuA5sg2pbjg9EYItiH7IHi5VKZ9rX+YaiG2LKetqyOejZBYZiFfbwjEevbdtD72wjcSjzAgS7UeYX15QDApFTZn/IGakcLyxQad3AY0Lxs9mbrtOiaPHDuror4X4MBF9WjysJwmL6WBOgJKVlEueKA3G3WNrwGWP38lzpyPeD57+qGaH9r6YbMuFtKNkHwIjMs3I81QdRf+YUAne6ndtyf+iKq2/EJwPzdPYW9q9BwYtzGqAGbqLABMd6I6XeZQtK0Tv9Qofku8Udp1Cg0gTPYZX1QeY/VsR8o6wk9L4Yjaj+yowCbZkyt+0oSFYRIxPpKJNA8JlYpi5yxkVzvxfzi2ARWZ5sPKrS8vFyAbB9+nxMPz9AGX6mQdA2cWywzn+4I324mBVOuDKELeFK5Np8IWaVC+0OKPWJ945FCfXTnHUo3UkhTPRCVpRgXvt6HZOp3vM4pW6+RhlwtlxL6/hbF/UORwvrMRmU7dmMTKqOhEs9iV6ET69tR+5R3ydvgaMbTOU7gRA1QFdO9NlFQvpYQzw+I270U6wUPDtz88YddMVxHjih0f3IhCDG99AXm1+wQcTWuHRyRkQqYG1uv685wvNtQ7/7VvojOoyIG6LwMDtCVGoFqhe6jNiTw/dJpmfnIchZ/ijecx6oz4PhjmflOL97fKhQiO47lP/M8V8nELp7APGx5LgbvkK6y/c/rkSiRPKjUBza27ffSFzX+MIAY4jbRiPavD9RsXdYFI6ojrthv0PtWKIEk8ORg3u82ytTfF1UodD0LQxClfVqp3JyUX9AROZ7QZ1sgHJ7x8/kL7wQxv+AdA8sOYUP8YSBQnh3E+zlbzKSX45hvPeKNmL/y5P3HBah/XHxXof1rRRh6G9/OzU/FfdQtZQuxAw9D0FIfoqSx0JbQ3cOH75+cgcjsgq4JwPTMDhE5OXnZD9F9yCpfPl4is/W/Ka/CLvf0JT/mA+9ck2nfnvFAobrQ967C+vVFZaeZMLtcofsjnOdnScGOdYI/7hIj74Bmf4SF1yaO+1xnRPfDxyIR21/6AD18SMoZnl+Qlzs6v+4m/en/Qf30rxX/YUz7XwXVGt0=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHl4jFf7nqyTVbbJKiEIsVZmn9FyTkTteywtWiIZhEjIYqeqtVQVrSrVVik+pYpWUYr3wWdvfdaqPXaChIgEsfzONmm1vX5y5mqu67ckf0zMyXu/73mecz/3c58ziRr9M7oOcFWpVFke5KVDRpotOSfNNmADHaHD7VOzsgc42d/FZ2cMTaTvEirHKscqxyrH/h+Mdfw/M+b83411Jbqf6EP+0TIjc2hSWsKgpMyBtlR60T+I6/Qi3DPy9b8G99ccd6ocK/dYYjnHWleOVY5VjlWOVY5Vjv2PGNtsH2O74zKn0DwjPeX3d/Rnbej1WvZqSKQb7PjMjKFJ2anJ5QQZ5UA69mpyBGSWA+nZq8URkFUOZGhDx7RxcigjR2nlUCaO0smhzByll0NZOEqSFlaOklhinj3+TWKRefocg+n4Nwl28AQ6BuME0UkQhMEEQyTY+AeYSWLZ+II59jSTY7FxRhr0ie7kW2Jq+sA024tBnJAGoxSI89FgkAHp4hzKoY6zUS81QQEyOQKyaBmoRUZO//KAOOv1JqkncZDJEZBFJzU9Xl16s9STOMjkCMiil5oer2K9RepJHGRyBGQxSE2Pl73eKvUkoRWOgCxGqelxnTDEST2Jg8yOgCwmqekJPZJjOQeZdQ6ALGap6XHlM8klgoPMWgdAFovU9ITGyhUhB5kdAVmsMtPTczU3SBWhAJkdAVnjpKbHtdwgVYQCZHYEZJXqGnqu5UYp7gmQxRGQVapr6PUO9FwBskqVu97ggIQJkFWK5XqjA5WrNzlgqQRIznzozQ5YKgGS8xF6rkZGuURYHLAEei4sJrknWR3o7oY4B3quQevA9AzCukkxwmB0oNUYRKOWe5LZEZBoalLcM4hWI8U9Y5wjIL5ORilLYBQKK5UII5cwoxTLjVyNjFLlLkBy62Q0OrBORk4jo1Q9CZDkkwT35BJhcYQRQiPkGMFBVqmUm+IcsKMmYQmksmdyRFgESM7Mm0Sjllonq0my5/LTTIYpN/X4uSTDlFvJ+QmjC31aXLnTwE8YOajc8s8PGDmo3Hzg54scVO6l5ceLHFRuEvHTRQ4q99Lyw0UOkipBbZxASWmlVitQUmqk1QmUVHvXClZopYpDK2ihlXIFWsELrZRO6O0zlLOXdpScVbTHJedK7Sg5h2nPhpxbFGWildsdijrRym3aRKHo5PYdolJ0co5RVIpOihsGUSk6OSdnR8lZOTtKihsGUZU6KW6UoaS4UYaS2xWIStHJbQsESi/n1kWl6OW4YUfJcUPUl152E8JRctwQVSl3FlCGkuOGqGW50+oylBw3hALIne3aUXLnFQahGwY5bthRci5XqI3ckUUZSs7wC92Q+/CoDCVn+YUCyJ2HlqHkdj9CAeROD+0ouUM9o1AAueOYMpQcN4QCSG6K7SjZbSdHyXHDjpLjhlAAyX27HSXHDaEARjluCJTcCZBRKIDcCVUZSm7PKhRAcv8patkku9XlKClumER9yZ12mkSlyJ1cmgTn5U4hTYK9cseQJsFDyU28YJTcebZJcEPuPMMsuCF3WmUW3JA7RDILbsidIpnFeskdI5WhpLhRhpLihllwQ+7DJavgvNxnPlbBeYsUN6wiLsvfc4P+PnxWKP1Bti3TlpE8yDaUIDNHv5pmG2pLz84a4PXHOw5wo++8yUt8VlZGcmpSdmpG+vM3S/Qqu1m30cNsifTibrbszKRBtpTMpLQ/XUx/Ez9hUCr5QQJ5mi0ztZbqj39pwK7xJP9okZppS6YPY+8S0jKSh4xMzbL9zd1apqbkkIml0V/wSw3+693ULJSBSekpWQNc/pIt8WmXneRac8VHHPOPRhwiG7FB/5w0ai0VH3HtF0XsTxEZOfTi5PIGHioduOE5dddaKz7wOhUReJhs4OKDF3uD0sVVfOCxFRF4uGzg4gDf3mN12ooPvG5FBB4hG7j4ZN1uE3S6ig/8lYoIPFK6xo3PuQ+TvuIDb/qiwKXk/G8K5wURa5/zCiZDxUfc7B+N+GXpqtY/52ZNxoqPGFUEuetLB657zuCZTH9ydX4q/mcOCRkZmSmp6UnZtiz+9w++5KVLTlJ6dmr26PjMzKTRHFiN5SQzJzk7J9OWwn7Q7/f3LZKyk/5kL4Wv5J/VPT9BG72S/rcDdHRSVsuPi91vKm2+mFhnx+4AaGgLv/jaierwaMLgLdmJGhy76L21F1I98a+7hhombgyA6dWT83s198RPEx7dvjkxGHycG0wNOXlV6X10yyVNVLHy8xvt9qq3ekL9Jh8deKt1NRirWd3qwpg85ZWtXT+pUSUESg/k79vZPBK+6zxkwcjPffHOow1s4f098W93itq+PiUQqjT6/ouC5aH46Llc7zkrXPDJgyWJl2oHAw5KIpd64HnPZk8ofRQBjc/GuL8997yS22j2ogdaZzzG9E2znqcDIFWV8bbrLkVRfTihtMmwp8q6vKz1wWM9oCQn9/OA2uEwvKovgdxX1rpcm1F3aDCsiuyV8nL1UOhb74D/niae+EhGX/XBT10wu/3OEKDpCB0ZjHfer9tn1o5SdM7Zk6QgHEh25oS5qvDB8C6nqj6OhBsb15A7HkPsPptzlTfOtHQZ1S4Y7lUnd5yqwtNnXi6sfuQe6u//mvWHvUHw8vlOH8xLv4q81/9r9J56T5UOwTPa5r3rDyvvHunQf3YwTJvci2TUD09fe+HG3O9L0eOwrBOBugjgedqLusfVXxHUOQAOTjtCMlWC+DoWoh9ev7/pVNtwcKHTzL+Fcsgse1Q5iRqEzT3mOUgFIxvVqF7U0B+Mb25u4+P8TFkUQTI5xQvy5n7vM3zVQ+XVVpkP/W48UNR957cPnpGv7FU3/az7l9eQ5lAL8uh8hb775tv7yDKwRWrGHTVuueHek2OjHqIrh2qefjjBEz9cNJCkXI1Zvpd54Za1c5wXtA7AZ068TWaYix4kXlr2mas/NkdA7+jtKqjVduw7jW/VgJppo8Ysa1iK9o3Y9mVE4wtKNg2nL1nn9CVOW9w0OIUlNAyU8VGWgTE14dSqR32G7qqGN5+a/sS2MQi6ZcfMexbXEIaxhJSKPLtxHtfSQfG8s3OmTi5BI+ntv4iAz65GLb9eN07wsQBtPKwiS7sfHVj8KolIzefV3g0PYF9OOJ2wH0/KVfqN6FQtZPA1xPl7keejUQCUXE5a/KuhWGF5vu4NDF7HAyjtZ+YUKSZaAItdoOrCNwlDriDGv9tOMGfFpC5tvshDlL69v3PGRWk9xq/esB99UPe277Y4H3yahFdy2RvPzKHMdcckSQmRQ9SY1euUG2Ldizjf7/ji6Pi7yT9HheCMO5P3dXOKwlF0oQqC8Nvk6uU99ythdRLdlnzkAk1ogGv8IIQmwMUfaHa9Y35Udqas7NftiDsM7nBvZmL2A2Qjb7vGeuObF01kxfIRuTup8GrA6LHfB9+ldLSooR0jSgzsqUcK/1kVHLBn848fTNEAK7dFNYGQ5re+IyIwndb2r/2A4cIaAV56fluVz9WY64UXLCxYvrvdQC2MP7SOMPkpej2UrEy1EJh8s8uP1YK1wIZ7kfwy4SlArMw7emGy2CO2nQ8EKxOq8yiTFZwbjmQTD4UTgYXx/xlwCQ1f9f7pQRN98OEP+zxN2BzA6/KjQGDZ0cWKeg3G+3c2/zb1XBX49KdPZvs9qgt0FYef9seMjoF+UJMuSKNG8GRq0ekTTlFCn9YjxtMHaszq2N8PT2ALEAT5N8Faa3BjSKATOhXK9cUlHEftu4KWnnfCrTuTCu/pgYkaEWU4r9DVqNssCiKIvIxL2oFYuU32xq0vjNGsVmswId9XtTZpMKmmf0evDcXxky7umf9TPipxJyvTPQwfvza4QfGJULybyjY+otSdMGPTEM8VaNNjMuHQCIhlAZcKfbipqKmQfeYEAylwhDf0vNX4p1i/O0rThscWXI1yB3a/edcUKxMIFbBlfXBBYXLw2zPEym1EnkKawcGSo264XZ6rIWCDO05hDeER/3mxB2Z6uvEBeoM2kAaBeNMH7ndCpgViVi//uouOew4iUvAEsflUzVVYXk5oYMlHTZw6vKvG680PdqSsvK8wvboVDWydvwzAGrT7zHqin0T8Z2lHxgBrSzODMa2iTwcH8PX6tgHUIio1eFw1YGE3ykOjX/va+MvLj9E5og69Et3wV7T8Pw6A0TfqaD3S4uClZzWeFBvD8KHjPW41HhsC78X3I1JXA4aQbJw9GiWuD4O98wlR1jSEdxf+svI/x/MQr2MnzpshWjhIRnvcuoLo0zp2CQeWp6yXgOtLIWLLu0/N8d0DIFbrQVqTB8y1TUt+44wvnDAUWF5tVaQ4E/ZpULHC8tZ6r8jPfmX710s74qB9CqvrxpfRvyl97/rgNE+qyK6Y66gnntiaKqgv5nrrhpluN9NgKis3L+5W9pPqXDpTw+M6pgJWPqXR8Gl9KmyXEdeRywpVL99tkaC7urr2ZZcgvJLKGI6CH2kb3FsTptJySqmBSZc61GJ+ADD91zQQuv0YtSD2ATa5w2LaLmx64Hr3DJHuNf1J7eqgp19ZceBHG2QrDT6xZFhTr3kRuMX7addK63lhWs3Hr+Uipvv+Trh382bXT64KxrMSyQAKxuy+60Mw1+USZQBNY0sXzPRu5ynlfSqrSSrgvsQJOy/wINJ8VqzbfoXx13RGYbxrEcj5QPoUy7tHCGZ99JYvpt/SfvUBxrOVfpjpopdG6Pp9pZDKwGvFio41bBe4Q+TN/F408HU8pTB9zA2Hjf3fOtl0dBQg0gWUNA/MdO+cL34H9pOO5AdTLETYiqrip8dG3ajznQtuR1T318kaYLKp+OLVG8gNtkYBay978hXWHmJdMNc1b+D94qjC9cUZopnRUfF6KQkFpiut7ivHye21e8MghgpFbw3ksMSoMJ3WrYUuuOaT4pzcPqHgTw1XaBhf398KkRdboEg+3vMp6kFl4ctoSGQFcB6x/NQvVux+7uOp1OC4YTat5YWI63kR4v7DE2ibPhuzAbHbntiJuJ9xBrrcsyc8Rezy14m+j0siqS1UuA/1wVQtdd2dMBuuf1ehanNYtU3Z9fT7sYVrQWHr0zYImFyMu6gUEfdy46o/MN4fVAMhESGoE8yidq1ADUynEwqEv3EBqj79uhUj6mo1q4sRe8yKLMT6HgrEl/ZQIfAUuu6DeT9xwTyuYkTMMyHqM4Xxd6AHprbPNVuDGb9WPVCyaKPyC8KX3yFC4BeM67HEFSnryOw7D/HFN1oTRRofgQmpCyyTq/I6XuWHrxTSB21UqDqdHl0d02p4FKnBpIsQ5b/L/f2U6jh/HCLWT8N/3ucKYu3S7AWTx9HO6gnzqU2K8AcW71N3eKglBb40CKj7udjKF3h9HFG4T3YFZrdnueIVVH6SbiBeZ86C//cQ1w1XzGg6vgRxXkZDKBMufxxHuoz3+nzEbJVvDYBbC19p2M2V9983PXkfahwDrK8FV8FHqE2b7gxUfufE1uF9aJQPJm4y/u6SQN4vt0dzP+jvgRmfp4l9x6Ra3G+cCcdsH+DvD+fpNqN5Y6Buc/6Mqryu09SwhbT9MZ80BMafid6YpfEmWX/qX4/FwQVvGqEvHsUS7Mt9R7QOuI7fQcznddbAjNODVBkfaoHZ/M2uwt+FAoOdJOOsn3kC75MnEfM5u/zx8ut0oX2AqtzgBipuk9b5YCZTK4KA97u7iMl7XilivmpQICzbuj20TuIFhZVLL2ehh2HQ4V3fTms+foSYHv5QBbM2cC0ERlCbvvU7xMqqNAC/SY3c6UDMbPSBEOB+IZbH1cYbj6FEbxcI46ngPIwFM22InTWY9393GEZoER5QD5bSsl0Sjvl+0Q+Y7WxSF65QOV4TgFk/9lULXWsEdanQP/TCr3QkzmxCFWD1so/0C1rPxyOB+dKuBcJfu/H9WM1ouE3ocmzBQcS2M9/4YrYNbUN0k7Bv4oBQYLb9q5dE/gMx3+cEQSdq2Eh/YX5gS4ToX5GYtrN3iN7R2zVQR+AeLNBg7qPAle/3xlXh+1+4rbSnCVgWAXwfdBOx/j3Xn8e9IxizfVN2AGYyMScCs+uv5KHqlAj54ZjZq2tVMetDM08q/P6HFaYLP0RBG2pARqgw3+8WK6wtOBcrVxFlhBdso8vttk55i9jgg9Ncxf72rrKkFlm5bCdgy24rUhKIHRg+3Q0z/3G4RPmZbnu+9cSDyejMy06Y+/zriO6mr672FPV6h/t9Dw1m+6p+fnjWDpr4R4jRtak7Zo89ckr55Wfy1T4ISNMkoagw69t7ihXWl87W4Pvd1dWA7fvinyAihmTH/AwxfxJUA7jvy0XBTDiLEfezVeES3XZEX0Ezqd3pfAdNoduHGBVm+/pSP2C6Pqwx16URIZiF368qZuNx/vjD21TwziG2zEUqzOY5IxwznVgciukqWmuFYjbdFU7ADovi0wdmZWdmDM16/lDl9/+h4vdft/6bMd1/AZ1nrOo=", "1: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", "1: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", "1: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", "1:eJztXHl4zFf3z75NIpPJLNlXQavIrJlouYfYVZVoaVEiGRIiIYvttbRVlLe7li6o5dWitLRFq/R7dfmpt60lFLEnlFJVQhJJhPduk1bb59fceeR5fkvmj4m5M5/v955zPudzzrmTiB+VP3C0l5ubW6EfeeqXn+vILM51jN5CV+jygzmFRaPdna+6FOWPT6ev0prXmtea15rX/h+sPfR/Zs3jv1sbSHQ/PZD8o0d+wfiM3LTsjIIxjhz6obuI6/93uNvk8b8G92cf929ea/RaeiPXejWvNa81rzWvNa81r/2PWNvmXGPTcUOn0DU/L+u3V/S93vTzRvZsSacDdpeC/PEZRTmZjQRZ5UAm9mxzBZQiBzKzZ7sroFQ5kKU3XTMmy6GsHGWUQ9k4yiSHSuEosxzKzlGStEjlKIkQc+/xHxJB5u5zDWbiPyTYwR3oGowTxCRBEAYTDJFg4+9gNomw8YC5djeba7ZxRlrM6T7kR3pO3phcx9+DOCEtVikQ56PFIgMyJbvkQxNno1lqgwJkcwVkNzJQt/ziUY0BcdabbVJ34iCbKyC7SWp7PLvMKVJ34iCbKyC7WWp7PIvNdqk7cZDNFZDdIrU9nvbmVKk7Ca1wBWS3Sm2P64QlWepOHJTiCshuk9qe0CM5lnNQiskFkD1Fantc+WxyjuCgFKMLILtdantCY+WSkINSXAHZU2W2Z+ZqbpFKQgFKcQWUmiy1Pa7lFqkkFKAUV0CpUlXDzLXcKsU9AbK7AkqVqhpmsws1V4BSpdLdbHFBwgQoVYrlZqsLmWu2udBSCZBc82FOcaGlEiC5PsLM1cgq5wi7Cy2BmQuLTe5OqS5Ud0uyCzXXYnRhexbRukkxwmJ1odRYRKGWu1OKKyBR1KS4ZxGlRop71mRXQDxOVqmWwCoUVsoRVi5hVimWW7kaWaXSXYDk4mS1uhAnK6eRVSqfBEjyToJ7co6wu8IIoRFyjOCgVCmX25JdaEdtoiWQ8p7NFWERILlm3iYKtVScUm2SNZefZjJMo6nHzyUZptFKzk8YPendkhvtBn7CyEGNln9+wMhBjeYDP1/koEaHlh8vclCjScRPFzmo0aHlh4scJJWCxmSBktJKo1GgpNTIaBIoqfJuFKwwSiWHUdDCKNUVGAUvjFI6YXbuUK69dKLkWkWnXXJdqRMl12E6vSHXLYo0McpNhyJPjHJDm0gUk9zcITLFJNcxikwxSXHDIjLFJNfJOVFyrZwTJcUNi8hKkxQ3GlBS3GhAyU0FIlNMcmOBQJnlunWRKWY5bjhRctwQ+WWWHUI4So4bIivlzgIaUHLcELksd1rdgJLjhlAAubNdJ0ruvMIidMMixw0nSq7LFWojd2TRgJJr+IVuyH151ICSa/mFAsidhzag5KYfoQByp4dOlNyhnlUogNxxTANKjhtCASSHYidKduzkKDluOFFy3BAKIDm3O1Fy3BAKYJXjhkDJnQBZhQLInVA1oORmVqEAkvOnyGWb7KjLUVLcsIn8kjvttIlMkTu5tAnOy51C2gR75Y4hbYKHkkO8YJTcebZNcEPuPCNFcEPutCpFcEPuEClFcEPuFClFxEvuGKkBJcWNBpQUN1IEN+S+XEoVnJf7zidVcN4uxY1UYZf9r7lBfx++0EDfKHIUOPIzsx3jCbJgavdcx3hHXlHh6IDfX3G0N32lIk9dCgvzM3MyinLy8+68WHpAw8UGTZ3gSKcfHuQoKsjIdmQVZOT+4cP0N/HTsnPIG2nkbo6CnES33/+lAfuMP/lHt5wCRya9WbqaIvKL6Yczc/Mzx03OKXT8xUV75GQVk/3l0t/zy9H9+aK+zKIxGXlZhaM9/+Q08aWXk+vGlKY3vOXfGU5fpTXWYr2sxRbzHQpptDe9xUl31WKDtMWWO9TdmNr0Fre6qxaHyVosvnFxViZTctNb3Lop0jlc1nBxcu8sriZj0xve5q6GOkLWYvFdurMxMJma3uIHmiLUUdJZbb2j37CZm97wTnc11H+RMX9jsfGO7sBmaXqLO99Vi++XTmfzHf2rzdr0FqO7avG90hab7ujlbLY/NHDBbvwvGtLy8wuycvIyihyF/E8dgsjTgOKMvKKcoqldCgoypnJgDHNGQXFmUXGBI4u9MfK3190yijL+0EmKFpJ/LXfnBh30k/R/GKCrb75BHuGtIfFYzcyx0w2ALy174L6DN9GgopaLb6tbwKUBn8TMGReC+8fox/Yr9IERvnvCB0RoYGdqYp9/zK5BxxbUO6qzEqF+3vVjh1ckwdvvbTgyYkskLNhYduG1Dz3A2xJie2B4K7g8HVmf6KiB6/UHp1x4xw3cXp5Z13GCFlq2mfncp23VuG3Yawf9s72h+5Er1/uU+kBk0Ol2Ly0PxvT5hrEe5Wtm439nGGCj5/nn2vxyHbH1kJaw7mpJv1H71OB+0sN/QawPPL84TzPbLQHo7jrkJsLuSZ+/HfFBBJzY/Mz0fWZ/+GHKhVbGNi2hnOwu0BgC3f6Ze77uHl+gVw3qrId+zwT1/+DVALzKfbu3RluDboYVHtYUBED3ngU1wRf8cXj5EMPW/efQ8Wy3/KeeiYSA7ITcKdPcoe9jc+2HHImgnmZ7r/PgCJhBzN3WWwdfdd2Qc3JTLLfzZy10uZr53fC+QcD81i0eZhEv7FmTwK+fo4M3Plv0UvA0Fay4YTz3/moNvL9l1KzSTr74wXcCeiQVl6M8tjEdFHu86Re5LBS+u7z7y64bYkG1+Z2pu+6JgC+z1o0cVBIAzB2eCVDZh2xsURi0aPfh0l9be8FD+18edutLT9hC3PHRG3pg5mAdjFIPSf34m2C+/8PeQHY7zr8mBGqWj/no4jUdxLGN16F+115IL2pZjX44P7Zt1WAdPJs5/HiP2Z6wKI06skZpW7X4xMJ5BvjXqc9bLCkMgQHj3py8ZGUAHnpg+xltdCzQMK7oHgpklwNbL/8VfTerlzJjqSd+415CgN0GaPnpTcKkxYoyI9o+ptsZtDDM69EWG1rAq1U+I15/MABeGXYrrfaXcFxD3JN01hPm/EwJGoBj3v2pV/tZeuz99YvGye0uKIc1FV32jvbC1WczVhyyHFOe6PuNb6dIL+HHaoWw+doLC9V421ESiMmRwp97UOqhr8db3ALh36avNrW/rIOxJycueOFslZLMgBHw+U5Dq3RvA1R+SoFXkfrC1g88z/tAiRv1eCRwOzQwY99Hj1V+qoLxj84gIQwG5oZVOsE7A3Qd+eO+hGNucJq4yZzgCf0hNOPLA2rIyb8yZ/egq+h4D88pqpaXFRb/ej1o93U7cqUoRMS5XjmHqIdjgGTXjoGLKpX5JSdPqxbWKru2ffK8zxU9UGueuKCGK/peD98cYsAsLueToFPA4VUTOsVBBnV/by1cJNuZeF8IvPPWV3EbC9QQwxyjBxUlbGo0DB66Sbm0TAsVJM3UQ9zx0fW1w8Z/fVbBQwkjEvWwZ93eHx69VI2IKhyNnB6EXzxbEVvSQQuTmGD4CF7pcdDE9f88lu0JEQx4S7Hf+CJrXVw4NpTuqU4/s1nh161SujEHVCjz3h1MQlCvfP8dfVxSWnyeTFzri7+/nzL4Eoq9nks8S/K2bu3Vku9V3I71ZYiqxbn2HjB396Cda1q6w3aaTrZTIk7+sGRlImHYZdQuLern8i1qGLLGSi5Zhlj4T+owW7d5iziUoq37SWDn6/ELxROJJJ1HXBd+UZj+TAzFG+i2b91Au/qmzO9y2lf48ROl030H3zwXXYaWhqzesdNwVCFkzsmfoMLU7JGDoji/2utx5uXHu3b+KY7zYqIWhrA3zipUPQI9ypRNVEYDVyBGp6P1CpXll2Zq4V8TSCTP6LlOjtTi9VGPZ91/Ox6Yvx7Uw3oiw5OCdXgKDWRgEjD+D42GLKI+38wjeR1MHJIYD4xnWRGgodtsFQDDXvyiss2wQNheRDJvkZbr4uehQre1QC/z1iN+ML1i48PjIlTA8vqEBrI/uli4WVeF+Pu7EKsDk0I5D+/xA/Rfx4kCVymUDZNmRgHj6UYdsPz8OAj/SNO0Qzxciy3JH7FLK/x4HDHd/qgWcZ7qxXVeQjyvbiqmye3iYy0akY830Yh7vlXvqtXgnURlthS6w1lt9O4f0WWF6cwJLf6UZkcvD6Fraq6/zx5VWN157Kgyayy1vFIJponW0xszXfuHL6yhdNzUAkhxcDybaMAsXdvWImb/UjXm/gvD7D7RVQqpDl5fv+iOo6ZnmB5JPotoGdxR4oe57p1RmAxOCsXs9powoFVj6CZfOGz51d69ZyVi9K7SAqkeExfsCYcTLX2eei1NBe/3LJumfb8GsfwKCgWW/isMwPOnFnEduokoW9upI+B8NBFGkidcX9wxz69Q/vnugTDozOq3vhqpxotpmrSNBsquum1BQESVKGsVmjOdMs8NT1t9X1rUe1G8nnbYgXi9Po2YPXHBQHddUOMH71E5+DUGZ7/8C6n4KjhjIxm/XIUTWAKFCv6fU2g5HDc/CHPdvay4sYcnnkQ3vsEbM7mAEMwusywSqPxd7xOOmQ6FRYu6uFYZfKnDZ62DaxTG10NBvK6c1gOTmTPB2HvVKx3d+7UCy5Nb4emEaFE/zqAnaZhuaIG6L76FHgpYQhxGzx0jhd09HJgs7G8Dm3V1317uHQY0avM3ViB6mfKeKmDp/W6o0KMgfv3yILh3bSjZ6iV0qj/pRCoSuY5YWkE0Sc9Te2PhyFOFPV6tErr/dGvo/FPp+trjQVBdfHpJyOpaXn/AAGb6KAzBBipAT6tgBjP4Jooj6eG7R41ZP7XtFuo8lShYvzCY+zglYili5TcpCd56hGTgEH/eD2FfuOhFGDg9HobThO+bAFSOrnjHAGuzpgQCk/klicD6rHjSPyycN+fxA37QlW5wWgTPI8UPa7Q0A6sR09UtXsC284YvDiNVcdUr6xTGp+WxkL4onkT8NufhlUQo7UQ3GgWM7yVhfB+qGHieysuECKBsSsi9qHC/qoCVD3Ms52/7w6j30idbfTHXF6jsvDlZJ+y9rXhRgeqn5/Xm+3Bg+b+tTuF1IVLUr1BodXb2su/XVSDexwSCkRZqbRSwOnQ6VOim6IseCwJGxyfDgeXzcB3XpXneMJBt5KbICxXM7kAbg/PoXVKVO75SppBkv3ftgQih7xogqkZSo1JZQeSmsDJOxLFSMZO381bdUljeGyOBhv3JrW6Y88sDs37hjBZec9AOq1YpYkR06oae19GJatGHR2LWVvZKgo6vfDur1yw1UFoNa2fATI91bYC5xa7i79/WYrZfTRLvT1bGAitDpQbeL7weCqUjiEe3xPF+LDJE5IlW1A9/UAh9VxbpgNW3wbFwI50E3itE9DURXM+uRvN5QquBDlTAdF74C9o+rapWKE3iNobBVprGNZ7c7l2XlOUR5JNzw3if7ucJ/lSox6rwuqcH9F7qFg4LSTY/E3QekV2SzjwYszwbqOd2lAcC11kt7ksJX6UH1n5UeQCt6hE4HC9cSy9Ug3h/dlthOuMWhVl8NgeI+lanMJ3PjMTsNporiNFnb7XyYwUlwlWFyUFZqcL7nFMKu/zQc8pkKo8n6pWHWeJ9g24SGvYr9+VzwwBPzPuZCoWNE1tvK3xeuIKoqveMVwP/XIDod+egJCaQvtCCbUgNtOo4wivRJx/QQegGYvZNuo3CSZvc7sNShedtHeJznDsglgAnFeYnjT+UqagHTqA62rZ8WIZ4XEKELl0XfZwGRjHi/qAY/UhncTYUs59ZGrjloBW7HHWiAkP68JXdt1yrP+gG+4jsd/isgsdlsBazuE71FOtlqPUXc0lHF8HjpfkW0e5q55rvlCmssOgxr+cHUNe9o8locUuharjDXYvHsoHDQ8TdA3jftwfxenYVxbIBwBuYLD1zhfelmdW8v7MdUrju+mAynZEM24g2UflYUo64HSo8kgUwBj5sTyerMMziMjgBWF9xPQZYO7RXg1mfmBcHbDwZrIaE+iqi2PsVPugcVu6nsnbyIOLx9BXziRZYO/EVmdNI2vju0GNWD93igbXx0wifGR8NmKZ7YmkS0DT9ZEMcfEval2s7QqAHJUB2PPxExq3FSyOgByOGD9TOJFc+EAKjqRmP6oWOqnn97qjn1wlSc7xfADAel4TARDYAVKMltL3Kfkph82ZtC3j9Qd1zfS568r5y1SXlY9pu9okV80oYsDGowhcz+pXHA+PJdjUMZI3CEcTa0roaRC768i/bw7l+6EsUrmfumM8pPkCPD44O1XCe7z+CWLq97cv9MFwNnmRszbxcofC+rRZ1pPL2ayg8xAaJcwqV19B9B5X7HPQKHjiSEdhZl8KBjQk6A+Y6EgE96RjV5pzC7XbHnD8BwM83tMDa/C4q/BgttMuSgJ0LdckbU1hUkD++8M5Dld/+M4rffrP6L9ZM/wFzxV6e", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHd0VFX3Ta8kTDLpvRcScHpR8N0QpIiAEESaQggDBEMGUxCUKk0UEUUEFQUEpIp8IlXlHUBFlN4lUqR3EwgkhJLfbROJsj5yZxnXt9Yv+WPCvMyed889++yzz52E2H7WLgNcHBwcCj3wQwdrniWnOM8yYAe5Qi4/k1tYNMDR9iyjyDokizzLbLjWcK3hWsO1hmv/9VrH//lrTv/tWhfcC7Ia4X+0thYMyc7LHJRdMNCSS170P722fw7X6VG4avxlN+7vMXdquPbQa1kPuda24VrDtYZrDdcarjVca7j2//zabts1emJR475aWvP7//mM/Kwdeb2aPmqyyKFHRoF1SHZRbk4dQVoxkIY+6sRAWvqoFwPp6KNBDKS3B2RoR67pDFlu+FtWbv7APMsjMUaK0ZjFMQYjxbSyFverA8b0IKaO92EYo0HkPmaK0apE7sMwRjswpjqvjTxTq9ji1HW90QMgQ50z9ADIVOcUUZCaLU8jdCcGMursAJlMQsvTsOVphe7EQEaxLWcgk1loeVq2PLGNYCCjWEwMZFYJLU/HlqcXuhMDGe0BmdVCy9Oz5dVZux4AGcUIy0BmjdDymLTqxYqQgQxiLDe0c6YFXGc1oigmydo6y+sDIKPJDpBZKxQUU3Kd2PK4/NsDMuuElsfE3CC25bxriFGCgcx6keVpeAcQ0jAOMgnFxEFmoa6mYWJuEKpCDjKJxcRAZqGupmFirhNiOQeZhMScg8xC9a5hYq4TohEHmYR0mYPMQl1Nw8RcI3YnDhIScw3TZY1QuWsMgnaP3cIOR6Ux2aGwGGSHmGuYSOjtARmF9lyrskPDtGo7xJyDxHyYViM40DwAEjMFWq0dIqG1x7xpdXYkl4PETLaWFZRebMv1grMQBXGjI7YRBju8pdb4oKWqK4iVrl6MEbwIhWLSsXrSC+VJp7Zj93SM5QaxO2ntATHuGYTypGM0MghVro5vudCd9Gz39EJ30mvs2HK91o6N0Ovs2Ai93g7Dp+cjilBp6I12eDcbSIhGelaEJrE7me3Zcn40I5Rcg8qOPBns8dgGe5yvgTe1OieXnYsy81HnO7FzUQaqc57YuSgD1XnL2bkoA9WZRuxclIHqzAh2XslAQgejNusmZvhsQYlNGzaUmCPle6EW84k2lNjkxU8l1GJDng0lVIoani612PBlQ4lNKjzLarFRxYYS44aZo8TMi4qjRD06RWnEfBwvfo2YZeTVrxHzV5zzGjHTyNmrEXPCnIdiU6yWM0psjNVybojNsTUoUWPLUGLc4DwUG5prUGLcsKGEuKHjnBc76q9BidlbG0rM3/L6EjuvrkEJcaMGJcQNHa9lrRA3bCidEDdqUELc0HHd0Ilxw4YS44YNJTr6MJQYN2woMW7YUGLc4HoodnBRgxLjBkeJHV3ouPaKHUPUoMS4wRVbcGi3ocS4wbVXbFqtQYkOxgwlxg0bSmwi5Hoo9lGXDSX2EYqeK5vgoGtDiY2SXKMEZ34bSmzW5WojOLfaUGJnBVw36v6bFbVQYtzgCiB2cm5DiZ0p6rkCiJ0Y16BEDzQYSowbNpToOQhDiXHDhhLjBlcAsY9QDbyWxT4XNvCqFPsswcDrS/AIhVeK4BkK57zYEZSBs1fwOInzUOwDRAPPl9jnekaeL5MQN4w8XyYhbhht+RLihtGWLyFuGHm+zELcMPJ8mYW4YeT5Mgtxw8gVwCzEjRqUEDeMXAHMYtzgjDILccPEGWUW4oaJM8osxA0TZ5RZiBscpRH7YLUGJcQNk5ajhLhRgxLiRg3q4dwgf7NUGEx+UGQpsFhzBlmGYGTBiKfyLEMs+UWFAxQPvuMAV/LMGz9kFBZac3Kzi3Kt+bXfLMur5s26jhhqySIv7mopKsgeZOlfkJ33lxeTv5bKHJSLf5CJ72YpyI10ePCvs+hrPPE/WuUWWHLIzbLIejKtxeTFOXnWnJdeyS20PORNW+f2L8bryyO/N5zr/vc3dacRDczO7184wPlvm6ZX1aphtan+A496VODkWWZdI/YUjZj/2oOtutXm+o84uj5S7SUauM5Yq3lpVPUfeMw/mmpv4YgNtRqvRl3/Ecf+oxE3Eo7YVMs0aDT1H3FcfZDbRzRwm47VnIzXf+Dx9RG4r3Dg6lpGVqOr/8AT6iPwxqKBG7S1PKtGX/+BJ9ZH4H6igfPfpjPYPsAw1H/gT9RH4ArhjOsf9Hl4Mq//wJs/KnAhOVcKR2yoNVMY/wV31qI+Uh0gGjj/LR5TzcFI/Qf+ZH0EHigcuO3vCmxnO/UfuPSPcvwhzeERlkVd67TY9C+YtIz6SHW6cKq1tQ4aTf+CZWn5j6a6qXDEulqHpCbdX6Zz4gHIO2darQX9c/OziyyF7O9iiR3sXJydX5RbNCKjoCB7BANG0c0oKM4pKi6w9Kc/6Pvn81bZRdl/OSbg5wPs965qL9BCXkn+izByFa582jy9azj6Y/vWll/kKuG4k+eb0Tn35e+6fBA7TR+EYvZZ+7h3VIIj+cFcZ1jXb8yvLTZEoTnaz742rg+G5zYvWdgROcKI7kv0O18LQPczq65eHhsMw19dlJ4Z4QWFg969OrI6As2a3vhVw+Vw2PFC+5/cv3OHrqcXffz9yWD00+xvPpi+Oxxe3NiukVNaI8jeuj/N8qE/+vG3NRNGPtsMrjz2TXJjbyd4TtVkqfLZEFQ8I8Sl27Q0to4RlXLLvmf3xJW4w7KyfR36qWJhf4d+iu7mC3LQ4A43pimVQOMrTwEH+uUPjWYsfb3zFD8UOPXpSy5fJ8CLeDktSvzAOCUDv1O5/NsgB+s4lzRYqtzT6khpAKxcS25UJeFoK7dMSIWZBzwHxV3xhT6pvyi2bVwivT0r3388igbyNh8/d1d+uYXX4QWlPmhy0K+7KrJiYGxbeVSk6bY8za00qO3QZJh4ufP6qInuaA1+u/7LyuQ3V/1+cWZBIhz2v56xe8Aiqdf+b08HRB6TbpYcHlfYOgA+bBIy88DSJnCFwF6KguW7D3a7YvWHgtuNL677I4it/+PzUh7Z8K0hYGhOMucLoYX4HTe7ou4/a77/T8dYSBk9dcNLnk5wrWfLJy/8Wi5ZlvXt2iV5ldSl3Sdjk95TwZAf7n/1WoEXHA0fma15LgyOlJY/3WPSAbYOt2AUXZ7XbdS1EBZPZSyUTtzedfOSuzLjQSCM2rO6x80R8TCsU1TQ4J1u8Hph6/dvuQXBhcFpt2a9EAtD+7jvCu18XI4vuT168F0lLByKNyozCej9WzrDlH3HT3rfiAfFq4blTz5/Q+r1Hxln7rZ8c8PRN+9ZFMjnZNPp82anAWHntaMuMKkn2Sg/oLxNjYbH459+bfxjZ2TMwic67vWBziSQ66lwJiBy+9nqQHjht9bOw9sr0cW2zapjX4iDt1Ou+mxa1QhavZV3/s7Sg/JnT629ca8oHcg2XFf5waEfhujGGj3QoDi8s2dToOXuAQfPL/MD/KoDwy9ek5PVHisiNsbCpZlfNXp5hSMEELoUOaMw6BWToY4C/R+mp9oUlMnBhAY5SdCLbPuKC5LvJhVO6UW5JwlslAea/Qxm4rJ4qCg+Ocdv0WXJRGjhkAR4V7ZMWhyFWF2ckOj9L7nCq9tSH3/vlwDQ0IJQoixcpsUv35JonFIoXF/17EsfvXJJovu5OhVINlVNPAHfvKr3VWeEk3A0fE4qhD92LMFtXABcLlwTeOeXa5Jvpy/ftwxKhnV7HY47TVEi1wXvPe7YoUKi33c6QGKx00ceHyugMosUbqlEv7sEIVoP6TGgJPSd6Qc0v8394Oufhm2aW5XG4jobyvj6ZYlMy2b4Y2x/rvvBAsdvXf27hgOhabP8/TKploET/JCeBq5AtC6S0mBIt1G4FBWQPG8KrpiL8u4KvIBecbDZTBLvw/ZjhgPqHZNRlpMXCyScN3KuSy+HY+asSgYS7cytYYimoeqATKr8h8ZOrE7G+fH9b4T8tm1c/3brUPDA1Tx3+R2Z1bkCHRlHCF0qH9bhhW+LBox+R230ByNJ+LhEtg5nH3gaZ2ty0A1pPPw8/6m1l+VyQpdJMbBjDCmcEGj77N2QwnUpEHfvVvHJCD9E0zv5moxJWLZvpwKYHgSwfXnfAT1xotPbs1aGsfqY4cR0bKwbWn0JJ65XAjAdc4T16PVT22bflKi+tXNGnZAye+uMSBZfRok04dOdy3bPTAG08MQm3zk+QJ8fvC6RcN0UyUBfvz8AsfqZLxMa9u3qyvrBaSWrh3WOaHxnUrDB6CqW1QOPN4PGVACqZLzaAOlcMlAZjauWPG/PG7j60n6Z6slBBXQtSphVPT0Z3snC/xjjDWPX4QW3cYKtN1N6v/NZDJTlkM5wX07YcHdyeYkLjBn8bdGMEJx3sjH+SiDsXtjHB1EdbB8LlA7VbhCH2R/uUypZ/fGOj0uDu0tJI/AHKjdHvRHlU/8kSO39zpabS3yhCyVQuURlc00M349KmfJ+ewC6h+9+2LEJsL7nAFSO2wUBYcd349LBiQRaHQNE3fqYEmH+IUKIm/IgmpD9TIczFfBFVW8sqeFgGtgq11r6u5RD2tVsJZy9Hr3PesIXyoi8rndk+W0WAz/ErCoY9K4T0PeZ6YIozWfek+m+z4qDd3H7XL4pFJbibqvEcVI9HK5AJzArlr5+TA5Y2eb3VwNKJaqXgSqgaal0AXo5PwK6zV3+xZE+FRKtp8+DWZ3scIHXCHBjHLxzhixMlpi+BcP5qVggo1IhFcuk6ld/oDq2QIne6407fNNExjtdEFC96ntNxl1e0t9PBdpvmoWCq84Pt6Lr0qFuuIMPtPVfd3hl09ywx47tkNn6w+DNaeTGVTLNW5wSfUDkNC0GbkwjRLkq03q6lQBJZ8Zjxp6V+tMNq5CoHpwKYHXUPAWKSEJOREEwSWTLQKY/HwWwPqBZIx/0JEoeDlgc53x22h+G0YR6IFrP7jHQgQQ0wRHmkrLotkdiffV3mfqP5Wqmu+094b6l4kz2/GA4vY0Yl8Myrd82Yegp0jBDE5ke4L57a9axGZNdnQGrTuZbKyIQ7XfxCtYfO5TLdPveVSKar7ON4UY0IZwTsLqORTOw+k7YGQzUVsy9I78/eWLP/SMViNZXv2CgOjXJh/mC5dFML1tGMz3H6yRta1GeAk1e/PzPmgAV8xGeLuz6lXBE62BzEzg+g7xxqUzrqEMYaMmXMob1672OcE7CBTItgvMhHph+VsqUToYQODj8YpJ6STxELb6AO6sP29cW/rBzB/56Jg6oLrT2BNI1YkpDmP/oEQOkul26/Sg19l7z+Qj3QKDxNY8H5nsWSrR9jvBj9aNK4jpTyfchmNdjMu9jjoBX4bGieRz7HlHB8LevylTnnouHT/9Y/GN74zGJ+UYnmOBDOoQnGu6dkDI6PQ1omU50AKKi33zgx/YlKwL60AZdIceS8rzqBZNMpCJTIJYYohYhTB/jg9CGt7HBS4kHov6/7nIDFbGta07J0+dVqs9dS2N1FOrFeeyOcFWubDM/BaheOAdxf3RJpjZmajwQO7Xh6G2Z2Iryn50Q9VfmMKA+5UClPErCGV+azF+3Ufoi9/jLb067KdP6aa9ArWnDjgdiGwanYZ0ntmGMB6I+V5UAK94qwU53u6wlbXeBG6L5GJYImRGXTxnCKiRaV7/Fc78XiVj/Och8yOAkCCSCnBCFnhi66419xyslWmbFSTAXt4WPBsQi5t92SOG00H3h2w/IABAIRBW6BCkZjz9z5vzzB3K7OXuDEOm6X3R3gtn5RNBDgPZFHyUiZRu/4QjzT93DGK9+PClR/5FXJUnP4zvmBTKerTokERvybdEtCXfpV5rOD4HfCK3evy+ZiTBUp8B3p4lh8gGyK21lL0T9wuk0IOWaN9ATqK8qc0Zv4HYwTpkKq/G2vlXiADSfzVyZTziXAktweX2vDoY3cojDvCtRn7cjDQ6kWUJPzQ6AF+hAdE1SkwLEcwidV8KDoCnd6J7yV3j3HUemsv4WHYC2krbb5a7kTIh5PAnILsz/wZfvc5U0jBqaJGhDXxCEKM0+d0BmQksHF3ChheoJ1IeWlUq03tNLWX9urQDW38uktoSA25yAlN+2XH/YSGx2xdd8nlEiOjcdiGL9Zn4AuJKNHBKKqI9yjgWqK99jH0/a5w0l61+dm7J5Tw6GX+YTonqDMzHszZpCOt6O7rPCgbiA0Xe2SLfV51Ymuqj43BgIZDq5Pa9Cro7FTHBQQTts0++t9ef+PBR8m371yR+LD0mzsaxOPNoI0TazMhqorRi9X2Z9VoGoD/hdiahOzGnC5j1Pf7h/gAiVDyLdI/96OmwJTspyzcHXSXpgu+TIChkob8p9gbC2Ul0p2+aSO6Sdf2XT6TKJ+sGgOMb3c5cl1s8cUAh+2wX+sUCqCEocEa3LXanM/30SjpiebJGxCzzs3yWZ8X9GOCJj49AWt2RaVwuvy1NJeWb4QQgluA+ivI12Zbp5yAsmjsSVX+yDKB+uBkAWNep35Q5E2Lr6IS/S7qrCgNjyg+edbD4O0f63wAGecCSvjGL+Zoofm58VR2T6fXoEUPvl4sf80uYEoD4KP6f2MtIBUT3bkADUR3dSAB3beu2V9hOZWFoqY7eFjV0k0P6/OIzPlSDRuugeC2zdIcyvnUoBateP+aPulKDVMrF3Y3r4A/UpjYKBzdVuiNq6khDO7zsy41m1RMupKgFUz3zu1Trxrkzr5UUnvq/eiJwS3H4ygvPggvTRh/irRyq8lEY6tQfvy4el71vijJUlgAJPK87JuB5JGFv2svl9jyOQbEeeDwZih04nOiLmAzyBuIJDRcnMR7h4A+7KeNJ35f4mis0jp13g1EUyMLoBqeaT3ulA9Te+MVjpQOGGrGSwzojlfcQLmnfc+27v+xUS9UPPpwMdo8YHQgQd7DxR+x64I51NZOcqLdwh/NMX8cRSwfi5Ng6wy8CSWyXT84YmgWjtBEyc28kwv5IUoAPzhXMD2XnNyGZAx4UvY4D698EhsA/bYs9LabDySJ9hnT6NAzZPJUIGbZR35NGRpPJOs/Oim95AbPHsqZFQQuTkTLnUn8jiej9g5xoerC563Zfo1JkbC4NJ2zrjBM+zgx5EZa6vC8zDLjHhXBz0JIZvZxDXu1tyPp5CUL8E5i9HhUEQfpvtW52AptE9jvEtOZLNk7vSgc779xojqjdnbsiK7riSgtJhUUcy8CgRy8NqiS5vaRpQ/enrxfrkni0SPSfMyB9YWFRgHVJY+5Dtz//J7s8/pnzINc3/AdEjDHk=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHd8k1Xb7m7pgLR0jzSjSReUzCcJgs8pZQ/7QlFEcNQ20GJLoUMBkSm4UJYMAQVUkKFMkSGaGwEBB7JlKBsKKsiSWeA7KyjK73t78rPvX+WPhJzkep5z7nPd133dJwT1s2Xd+vh5eXlVBOGHLmUlzoKqEmefjWSEDHcurqjs4+1+lV1ZVppHXuXUj9WP1Y/Vj9WP/U/HHqkfExjz+f/GuuE6lxeK/9K2rLw0vySnKL+8r7OYfOgB18qtH/vHGIlkTskDPti+fqx+rH6sfqx+rH6sfqwWY1vdY7TdvmdRWpX1L/zzFXmvA/m8kT6a8kjHnl1eVppfWVxQS5BFDGSij1YxkJk+2kRBZMxoF0NZKMpkEENZGcoohpLoo+AEJY8maGMowbjbGUpwix0s8GZPUCYBDtK7GNiTwBT/AhO+m5E9CYTxLzCTQEQozMSeJI9gwndj+WISvZvFMxjPGIGcZrHwDGYTzs+/wkTJxdLGJno3h3CO/gUmejeTwaOQmBi5LI68APyUV9y/b4nzv4MYtawGIRAjltUoBGK0spqEQFIHXxJIg9j8bBwldi/GDYvFA5BN8gBkt1NQ67KqZ2sDYmSSxILOGSgWCAayO0SmZ2aktVhF7sRBNrsHIIdBaHpM5yWhQHCQzewByGEUmh7LXUnsTgxks3kAcpiEpsdUQhJKDQ6yi4WcgRxmoekxPZLEuMdAdrGQM5DDIjQ9pnySkEZwkF1I+DjIYRWaHivckhiNGMguxggGckhC02OVXhLTCAayCdVCDnLYhKbHtFwSuxMvAEJazkEOoaph5gVAbJ94ARDLJw4Sip6FFwChO3GQXSifOMghVNQsTMstQhLmBgkJi8XkgfmwmD2o7haLJyDJg/Jp4UkoJGEWuycghwcFwGrwoKhZjR5oudXkgcJauTMXWxMHCYmlldt5sTVxkJDuWa0eeFir5EEBsNo8MFRWTwhrtXsgllaHBxImGTwoNRjEeiGhmEtGD6ylZPKgF5LMHlRqyeKBOZKsHhRdSfKgQ5FsHjhfye6BH5UcgjaMHQ4zRtT6TuxwmIGE7mTmoFrnBjvmZaBa04id8jJQrQnLzmsZqNaby45rGajWhGWntRRkrDVh2bErAwkR1sjz3ShEPiPnhFGIfUZOCqNQCTVyVhiFFNPIaWEUUhcj54VRSMiMnBhGoaw3cmYYhaTMyKlhEtIyI+eGSYgbFr7LJlE/y1CihpahxBytGyXWEHBGmcQ6AjdKiBsWzkOTEDcsnIcmIW64UWYxM+xGiXGDc94s2hcwlBg33CgxbvD8Motxw40S44YbJcYNnstmMW64UWLc4CiLaKPEUGLccKOEuGHllUisEb6HEm3LGErMhbtRot0cQ4m1c26UWBvDNUrsSx03SuxbHStXNrGvde6hxLjBNcoqxg03SowbXG0EO2k3SowbXDesYtxwo8S4wRVAsAXnKEmMG1wBBDt3N0qsEeIKINa730MJcUPiCiB2ciTxXBY7BZJ4VoodA0k8v8SOPySeKYJnBZzzYgcgEmevTayx5jwUO4eUOKPEvpKzcW6InYLb+H6JHU7fQwlxw8Z3WezA5R5KiBs2zg2xIxc3SuzMxcYZJXboYuOMEjtAsXFGiZ2g2DijxL7JsnNGiZ362bnaiB372bna2IW4Yec8tAtxw84ZZRfihp1zwyHEDTvnhkOIG3bODYcQN+6has0N/s9OOKzW5OBnrRz2YHaQ36JUxJA3Kp3lzrKCImcphpYPblPiLHX2r6zoE/zXS/bxJ69C8EN2RUVZQXF+ZXFZ//svlhd872LdBw9w5pEPd3dWlucXOQvL80v+9mHyK5icomL8Rg6+m7O8uAke+NtnGuC/tC4udxaQm+UpCKKsiny4oKSs4LkXiiucD7ho2+LCKjy/EvJPXYsT/3nRQLqivvn9Cyv6+P5ji/g3YDb3CYC97hfesi4WniS6cP6liFv0JGvdL/zh/7Zw8iqntitOFt5q6b7iIEl1v2K5LrZaJbzVtvtqjmSr+4Wjf3Wr1cIrNtxXL6X/QVZn18VWa4Q57riv5EuOul94q391q7XCW228z4bZDHW/4px/dcUpwis23WfQbMa6X3Hrf3XFOuEVS/eZS5up7lfcpi7SWS+6cP7du9sf28x/s3ONvNhPfHLKysoLi/vnVzor2G9/wvBD16r8/pXFlYOzy8vzBzOgksakvKqgsqrcWUjfeObP163zK/MfZCwdVva16v0TdJJPkv/Dg4zq8/w/mNRcDTGrd3odbpUO1wKent55SiKaHOv3WMMuGlAVnH+i1cPpEIdfNi2PQRevdOw59roOvjgRmbTN2QQs4VKLL7qdlMsujNnWfYMKvLu8HJa7NBN8G7yeXJCVjJyLnunerVoDf6w9+PrteZlw2Ae/cSIS3fr2/LaNx1Xw4uhmned3NED6t4ot6+zJ6KzeGPRxCy18ntooZNXpTNAFjJyS88Zxudfu9SciX1LD6SW6k6OHGSFk1fzBWxYmouAfPxjQ8nUFHNh+Le9Em3Rg11WjgQlhR5sqAuG0/OGRL/tnQJ9rJ/Pn7ktATZxxxx/voYCBLTFygpndP/iuvHF3pjNOo4CPP9n/9PN3jUDnkbhOnmV+/1ObvTGsw9N3rs6EhR8+ghpvUKMpexoUaUpCYUsn22vZR5vA4cmvjHlicgL67PLtPYPOhkGoT+Yr0e9YYKr6raqBCRflypRpdycMC4N25TcanQ00w7n3WjTZM+OMK2zgx28cCtKy+LQxgP/m8cYXzkWit6/ijRiXCgY8u7bzMoBc7sD2P+TJzXGEz2lBWvxwj17haUDjknRXfmnJZ88O76kGL/JHlQXnwr40vLMoEdF1DtDAb+DQdkzIgnjopcoeGIPI6p4obAALvsYLmJsGZFqrf09GS9odGxJ5XgE/r3p56I4cE1TfWnhxV5dr8tbpn0+dMF4Dv/jhHR9qhKYr3v39o7ExSLWr7OnALA3c6l26+c6KdLiU/UOfvdWXZUyKqeqGEXA978S8mS83hXzTo4aM4mS0wPr9Q490DYVDN4b1W9/dApglmGC7XD7r/SMiXRqw921dXHahRr6rvn21ao4KbXv+y9nxS5PYejJOugYNmdckp0aFjp+dsiLUmAxTnK8WPDnOCrMXk40LYbzS6GFrYMuZj872RqVkARF6tG9zqWXEtQjokEWu7A+d8bY941QjEsblrjiYu8/yu13XDGYEJbz31MIgtH9kRdu3r/owfmSo4Y0SfKGBSYgs660oFQwlC3rCBOunTmg0RApGC3p8Y9p0MQp+t7dpVx6XzvbrET/Ur8vlt/IqQyCaTGx0NKx9M+BCdJEGJZGFNosAzK7rX72cAiuy+n/gXROJrpQ89tKSfRqeF0rALJ4wxx6HyG49dKRapvu3UwMXotv/p2Z6Klr54qVl/8lUQZeocR1/8bsm75lxOumjM1Fo+6If9j72m5Lt09e+aJlv9bi0pvFoCY5S7lNKyFjYeEfr/SDjKB+d1TUW9VZlXyz4Lhlo+MfckocfaDn48aJkdGNO35W/rFSB6yU8400SUH5kBaBFo7p2eFelZ7pgimD7lJuCvtwQo88bEwJ03VeC4Q7OBv3OdBSSkjZs3NoaF5137HUX5W3LdPT5GhyQqb6gIROp0bH9TFSh5a7f3mtREgFXp/08+RWdEd5MIwzwRZ0oAbVAr7fNBIS2SzdGIpoPA5VAsuxWfDpQ2re8LG/8I633eJ9kNh9LOHSkiZmEqN6sue6i61yQCENxGJ+7qUNPdcLM6aWC7jRhA6Hf4YGvv1XI82LJRZeWELdFPGx/ddfho520SBlNrhwMT/7U1nfQG95wdFb4vC/ydSh5zK9d1xxWQxqWsfk3ImFvdb/Mqz0S0e/bNrb6pPigSzEEz/jHRCC0lwPS0MnR732/KDccpncmG4l1l2zHzwGIXs87ESh/V991jcUqu+BkMsLZhHdQB95EUGcHIaozM7UIsxcvTQENc5e+7Xw1GDYswIK1W4sGzXpfu3ZoLJheaKpOvmKA0Xj7Ruj9ENW73AZgIsK6Ucv1JAk9SdL5kIrx4VEzEJkqGhGOGtCETWB6V5EBFUUTzw11+bB60dQHBjwduD1uZxw013Z8cXSuGm3Cqz28PBxexsv74VEdi092Q6bDMX5w/lciTP5A93VfKqJ6O13PeDA0DQYTIW7ihWh9+koJrM7skfdguT4eq0RJ207JH7rSYOwTZOK3ZbJL7UbqEaVJjRrWoFHHt0xXA9neGbYYdDmZCNYdecM3c9t8dlnL9n2IHh3AUVBiXoVjVrw5NoDx7HkN35dY2LGyJ5ZoX/gGh//D82rU4pGdE3sPU0NHkqhTLUDveywMVePsa78k6B7fUonQHtQgUsVKquMhZW3NK1d+NTL9NoYgVheCAe/2k52KUmD/BVJg8TyxaqT0iIfJC3GitWwKV0hZme+FfrhGBDUAxq19rsENVTLTrc0q9PqyY2enmKLZPLxTWT7NCkG0fAepAWdns59T4mFLevNJ38rxaN4XJFFPyWwfVEDXH52KaLzH6WDTcixII5OgkBDbHo8IjQf3TYGHzxz4+GbvCzL1DUOS0fivcII1UsJzmSRTD7nSe+ORIi3qljrntWX58bAqCgvfYCvMw2UzPycMtdVV+cxonwI9x9oxpe/IdN6TUtGnJLzf4DpO0nGVH3yHZbxVqRL9VORVNtIvHibMuW48vSQLFDjdfVPDkYTLyM6J11w0L6apgKjLcx3iEZWvhWqYjem296oRaJ718EVU18+GQzdC+6/S2fU/uSPTOmeOgFmbVMvKi2Lhwke4IG7ToDs5N8/9OiIaRvrhghyTAjIpE01iEMurlS7C9hVJKVCK5fqz42mI1dtIaE+EsroZu15aMqLxux4FsvWpdR06q+EFuhGBiPqnU0FMr2ZYgdWhP1y4Kp3a8ZUKYoihKUiFI7lvTus/SYmGkI1brAESvqBeqUC3oTQKKR53fLp1nx5CSGDjs5gvO+WSCRuH7ElmeT4/k/sRNZr07fD2ri+0bL+nZsIEIxaEIwrmN0JVQPWymwHIZZ9/T426HkwYmn9JDf7E6GEeNqACM0Gm60hSw0PE8JWZWJxWKxHZhgaDwxl/jqXC2fa44L6kRZgNx85GeTOfcCkdSDWP3RuLqC27omD6uMUMtN5cDkTMhyrgbSwzu2sM8G44YewuF62/1mj4QIsTydIEbLQgahGunuv9JwUDrT9tsoC4rrBnYhGri2HQCodVM9PKdPXJa/KPFlKpQ+GhAVjJt5sggibEbRfdhyNaKMTpuLWdAdYsxYXzjALlEYFdzn3wpQwYn0cy96rM8kML9P7duG795IvofHtowGvisFvNB1yV0wlBekahBJyFASOVTB8qb8p7B5GEi0B0GcvjoS8NhD/KwGk6fGscyu+OM2mhivnYhiFM33fEIR9KaBV8hum7sme1C0cTW9IYROebFg+NqJAucBG1L3kshulSVhIoydNwL8Tqvhq9g21do3Uq5quXSPAsJdRNmdWlZOYbF9tY3lUHIlp/NmlgXQfMqEAbkLLgVRaEZhM7Oz+FxauoMTqFt9Xygw4RW3rgZx0EksK/PhIxP69BhMYJyjQgMnrHtzGrc2odOiHhSBxVAIuTP5vPqxloECn4oYFA83tbGCwm9mZ8Jpo/kyRaI8Dua3kW9q3Ub55MQ1W0IPnBpN4kk6tdpMvxPpfO/OCuy64z/Yhg3XZlk/JwK4PH56KrDRXgC67heNe2n0lFU1eE4tLnA3R9fXRsfyQNW+/pqy5abtvpgS7rYyVqQAi8SAHNCCEeNbL6Eh+CqE8ZrQB6fYeB+a/HvRAWnYnnftIC1ftXzDxOMYgu80oK8/NzTKwvaBqBSFlt9l0iDO+3vnLyGtyvVZHIfS+3oY1FEtO1c3rIxXK7cfdlmbCxrW8S08FpCtiBw9bsoTjE6nwi/HocBzyhMZvv5mRE5e2ED5sH9jl+mE3nvtcjB73BXRf1Mz1VQH3nYh2i8+qiBmwmL1z5JghonfhIjQgbi46rWf7f9gXmLxPRNGKXF+9y1ZC24v1E5usGaBC1M61Pu1qRAtM8ml9fy/2JgvnAMddc9DqhekR9h+wPu7sQhtx0Ud0NTEGtsWxDTy2MIva9bWOmizPiUDDu1gYd1DC+Lo2CvaR9i1Uxn/Pi+y7aL+6IBZpfA9JQHxq4sy7qy4cqgfnqdMTyUwHEjvi8poVviY24XSOvwja+cFEIUF+2DOsiEe7zQeiGkWRWHPctt10UHpPI/G3nVBavdgGI7kuCBlGfgvsUC20MGgKRlYhIHcLZ+PVPVfFwdwUOjMLIdHH9ddlKZGyFgtWXEi38MoUQVolIe5zeXMn6yjFm+P47/Cc0ElE+zkhi/qB3BvMPbYJREGmXFt9xEbk3RcUCVv8vZx9UItqXyaEwF8tyxRQ90HaiUxjKSSTMqXFRP5IQAiSKlwypjOc5GazP2erF48h1oGU67D58NGTywssyaWt1UWmIyqAf9tvEMFxQA+2jBkYjGq72bj+qBWoXKqPRSpKOvfxYnTmgYest0bH6MsULMX+m435Bj1j9UwOtY6YQlEmIGaRFJaSR3BjHzx38OT+1qOLHiEvZZbwf32wBqvsXQxD1wf7eQOtwiIL1X4M0iNbpD2KZD841sfx+R4H+OPTjyIqvfYG22YdS2LqLo9DTxOAHx8MaJW4Q9jcFWh62X+T9dSi7jqyCYzhKoy6q0TgirxviII5MbK4eZhIatm+EWP1VwqVdOAH2x7P7vBiHjpDwjroqR5KErFTCRJJud3TMt5zRw4wXcCPg4HV+VByifq6FnsXhehywfjuB9YuljVkePW8A6vvjExHtm3XRQG3V5yoYsRob7HaNED1ky+7ft6KyvKy04v7DqD//V5s/f1PwgDHT/wF4j5GF", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHd0VNX2HhJSJyGZZFIIpMykYgJk2p2ZUGaHUJUiBAEFHoQwQCAFUqQKKkgTpCjC80mTJogIgiD1HkVAQHoJVTpIL4YayjttYlDXMmfWym/91lvJHzPMyXz3nn3Ot7/97TMTNL3yOvSprlAoCjzxQ5u8bHtmUba9zyEyQoZbZxUU9qnmeJVamJeTTl6lVY1VjVWNVY1VjVXaWNuqMTzm8pexdn+MdcC1Kt0H/6N5Xn5ORnZav4z8vvasF/jnfx7317VqVzX2/2osvYJjLavGqsaqxqrGqsaqxqrG/gfGDjvG6OlJmZtrkpfb+49X5HetyPt19FGfTg5gUvPzcjIKszIrCDKIgfT00SgGMtBHkxjISB8lMZDJGZDUiowZpHR3/JSelds32/6PGDPF6K3iGLNBHGNh92maV9SrAhgLi8csch+GMSeLY6zJInOzsrlZRO7DMGa9OMaqq+jcyCtdMptchTe1HMhsdAJk1QtNT0efTBXmaTmQWecEyGoQmp6eTa/CtCsHsohNj4GsRqHpGdj0Ksy8ciCzMyCrSWh6RjY9Me4xkNkZkFUSmp6JPkkV1odyIEuFE7ccyGoWmh6TcEmMRgxkEYuJgawWoekxFZfEFoKXC7F0ZyBrhesFBTEhlypcmMqBzGLpbmnlSp6SK1wzKIqJuSQmsbxqmARBbH5CdUPP1FwSuhUHWYQWHYPY/IQKh57JuVGI6BxkEVp0DGLzE6oceqbnRqHs5SCL2KLr+fyESoeeCbpRKH05yCKUvhjE5idUO/RM0Y1iVGIgi1D+YhCbn1Dx0PPiIbYUvHgIlV4MYvMTqh56pul6saXgILH5mfn8hCq2nkmtUSwVudTqhLLewFTJKJRVBp0Tzs/A8lcSAxmcATGmS0I7ZeCcFdoog+SExzSwkm0Uyg4Dp4TYQlid6AWMnBFCMRl5xRFaPSNvIIQIazQ44ZuN3GyLLYTJCRoZJSd8s9HszPQsTlhgo9UJ52JKdkLOTXxzhWqUAyQkfCbOCLGYjE44dBNjRMUPJihIcoJGHCRmZk3ONBAmbuvFlpwLi9DmSslONBASP84QWj2J0UisTZacKTUcJNZSSkYnSg0HiR2cSM405JLkRKMiORqpCm8U90WipoUdZDNQhdeCHWQzkNCpIrfnOqEjXO6ZdRVOKXaQzUBi7Y3EUWJO24ES87/cyuqcMsA6UQNMUXqxDpaTSS/WVzpQYt2eAyWUJQbezuuF1LYMJWbSHSgxn8lzS6w3KkOJGWEHSsxz80Q2iPU5DpQQN8pQQtwwcNUwiHHDgRLjhgMlxg0uURX/COwllGg3xlCi7RhDiXGDo8ROvspQYtzgKip2SlSGEuMGV1GxE4EylBg3uPYK96cMJdqgMpQYNxwosR6Q66Fgu+lAibVZXNlMQtwoQwlxw8g1SqxpKkMJccPI1UbsI8kylBA3jFw3xA5XylBi3OAKINi2O1Bi3OAKINZ6lqHEuMEVQOyTlDKUGDe4AogdE5ShxLjBFUDwbMaBEuKGiStAxb8q8RJKiBsmrgCCJwwOlOhZC0OJdf4OlNjJBFcAwaMJB0qIGyauAGJHBmUoMW5wBRDr/8tQYtzgCiDWzJt4Lot18yaelWIfBpp4fol9RCfxTBH74EzinBf7OEvi7BX7kEniPLSIHthQlFXsbIhzwyp2zsO5YRU76OHcsIqd9HBuWIW44Tgfsgpxw8y5YRXiRhlKiBtmziirEDfMnFFWIW6YGaP0yULcMBs5SogbZhNHCXHDLHGUEDfMZo4S4obZwlFi3LBylBA3LMkcJcQNi46jhLhh0XOUEDcsnBsVPxLlB68c9vfkIH8VVhBCflFoz7fnZfaz52Bo/tBm2fYce25hQZ8a5S/Zx428UuKH1IKCvMysjMKsvNyXL5buXXaxjkMH2tPJmzvaC/Mz+tl752dk/+nN5O/R0vpl4V+k4bvZ87Nq44E/vccL/6NpVr49k9yMvkrLzsscMDirwP43V2ue1bsITyybfIU6K+yvV/OgofTNyO1d0Mf1L4vsaBN0jkOy5MoP2fJPIfsTRF4ReXNmRSNXikYuWcqrAnYTlR+4tTIC9xENnH9pweywUYbKDzylMgL3FQ5cKl89sKer/MAbVEbgNYST3FC+2GJbWvmBN6yMwP2EA5fKV2PsrCs/8EaVEbi/cOCW8oYCNweVH3jjyghcJRo4/zqD2dGBWSo/cFtlBB4gGrhkLm/rcItW+YFDZQQeKBy4tbwzxV1m5QeeWhmBq4Vz3FreXONGufIDb1IZgdcUzvHk8v0B7vUrP/Cm/xS4kEvXCm+16aWTL+v/gXNpVhlbHS2c3MaXmjqd1fSnTo5YAnLptLy8/N5ZuRmF9gL2V6XEHbYvysgtzCocmpqfnzGUASPoouQXZRYW5dt701/0/ON104zCjL/pKXEvyb4E8/IM7eSd5D/7IqMXFv3np6iVj2x3S159c+ysKOh8o/7G+DMmgMCMrYcSt9m25xjfXdczCnZ1/OHLhStM8POsjZ9OneICk2fmBoxWaGF8ycni9343wn/emPvV18dOyksD9zc9NlUDi72bxxZNN4L+8orYi6NLbYMaeRcvSI4G+7KeHTsUGyDk+N6H6ReO2Jqv/f3Z4UdaKA64l7pvsQGm6gbX1fRQI3vN811CzDVRgp/yu8VDtbCjTsr03aMe2mpW71Sj7reTbfE/jl3SOcwCF6Qw1PVsDCpeMLCRd2c3dFDxq4uXdzh0+dK0p0HbVTIN45IWujZp/NvxSXVhRYtzw9QrnspfrDE/+rG3Fpb81rLei2oJEDAa7ZrfzBO1fP1paEGxByz/8GQ/hV8MvLsO3j+/45G8f/Wb99cPi4JuU368n9BNx9bBT4XWHcA3nOCNkluTiGNg3JLOu/RNPdH3BDbrnPzLqJbyO6dNoNqx4fvJ7qXyfbxcBdvV8OxB0dnPMwxg+GlVvdxof3QpY/5R4+3v5UVt8cpHx8AP1uhXh7u6IleviZGZua6w6vUBnw0+ZYRNhR+HVj9aDYXOOOzVr1codIifN2Hl/DgYF0wW1A9NOPjrWWWgL+pIN1Zi++ByWd49vxleaS+YdnOEzRRRH+pNnfdId9kPuQ5RxiQ890R7a7Y/UctHBzT86f5otmrR5h8610Tfzr69ZHuDFNgWtTK/3zQ1Knl2eMjVxUEoYeSk9QMmvAJ7fsE/PmHoTjBeuWMhiPKgixlG3Fv5+oANGpT3XvVtU3TeyEB+DiVCsfG2pZlHJMK7sfxJt+pITTakY12ofzrG/b0ZGnRAe/LxyP4e6HAiZsCxBFj+9bEeb+9TobTa189Lb0Ugil+igU149Yet9UFPbl5H1guxgFfp1ltfRMG2598Ov7fyhvxG8iuYik9tTbPy7nxwVQs9PHCEn/mjz7+IXv90RxA8G4eJO1+C8ZndTzUfrUYtCS1aKGH46PqtF080wTt0w0tlGk+oBiid2kfBxdFz9iybEoRqtPvmE/vP/tDpnRVre0XWAUrnRYfkD5/ZH15Mxfv35cK2UKCHc8qPl77f/pxt+6nvxozYf8ZG80NhhkG1fM/WHRiLKD/C/VFhzMwXU0dGAtlWbfYx+dePx33w1qEY2NqbJEwiDKMJcEVeii8bqFHBsrsH2/RamQyv+rgkjuvkj85uqfG54QtX9G293AXVsvVQVxNZkt0piF83CHn0mNU6KCkFZthxxN0CEI0/VYV+wKxfuzoByHSmKmJQutuC6SnvKRFd93bxQOc32xv18u9iXeMZAy6fedaa81wLtzCN/rXhqnzkSv/EBzP3yLd3bm3y9WMJ6PPVWMTy2w+Nx1Fs2qoFvEqjjm9WoCY9L+3XngwEQttzV5NhyLBFSWm1/dFxfLeIYCX6EqfPT/MNgBdhyDA7n/ckFaL7qrCCnmxsQTQaTojzRIloPreNgSb7+hy5ci0MqelKl8gx65+OK6kVAe8XNP/kwfZIhGf/89tbzsls32oBzbOtIYioyezbxfIAHMXp36NgJqaVNECDyO0XJT2UjVQAQngelcoum9wC1Gei4O2zn6sWdY+Fph9mXymt44Lo5ec+sVmbtch/XJ/Pp3+x/DoRykwt0Os11IHn8tpv9d4YiNizCnmQxNkUCwxfKtN8UO+1zX437sexxSYg21FtjwKdJvRZHQL7CM1q6WGVfGNOwxsBiO5/8F35l+6v/ezRSAtUxy1uqE3QpFevVfdj/GligjNnMRFdlAhnERZMNXvfrDiYiHdhht4fjcggK+uGCJ1HPTYCTsa0D5OCEJGnBalq9EKDFWueGaxHt+UYFX6Irp+rP0hfNe7cVSfBW/fXn5j47LmsmDayNGWlFkaVpgzc+5sWaFq7qlDvBmfaTS5WA923sDpAeZzhBn0pgS7ZSNnxq2UBnI1Yks7LlGf/imZ5eDwB6mNab7Jr0QpCywg3RHVsThjQeV9ToR51dvvv2BCMSJVoOTcGKO8unJUDCCGOREPDtgemdXteH0q75WAqVWfvTwkHmh7DY4Gw8vFIT0Rfl1604aKzo84JLbSiG6FALahQPrG1GePb7psSE5ycSBL9nhyvwzsZVpvvhw7q0YVSoyMkjR9VQxkdsULvjIZpmFZfNXZHFlx1ls0LgCFEiHyMQJfN7o5w9mFBrgF3lmx/zdwqDsgyv7vOg9+3VCbVtUewCej9PlOjGluS//1KF39kVEkNN0+XoCNN9BM2qtshbkynbteDEFKg3vdDH1xv/33EBy6I7kdgMtzNxIwZr0JDSaEsDUekzNxalgIP3UnC1USkvO7KD0Fkuj0P1wHCJuO0CFYXZgahVFLeupphFabPt61DUb/V1wq+mxGCSFpsTtUAocHAvfdsNxApZNdlWpevWYDIzLwhcTwfS+WeJO1fCWf5vuisjdbPn6IA77ZbgLEuYLW8U7LLHRFZ9l6shau4XGsa1YHuz9Ow9PuiPvTHm9XXOC1QORnghnyI7HppYPMFdfjO+8kwCZfzvGpe7L6NlYjYkYGNouEErkI5bv5833fJxI4MmSDBKVymm39yVv498mBejxZqoHqy0QASLgMH2qvQ06VEgAfagsJ3XrKNiYOv9h3pdKO+K8q5Urr0bgcFdMCrfX2VAd6mQn9Pnt4NTzgnhNXdxfGwZW5Y/dML3RH1A+7+iNidddMkyFKQilkqU790xxO6EmJtqgtFNCH80Cxsu9BEFfqO2BdvHeBVxTvniWj9fCOExX3cCrTsrlNxfQtG/YlxGJMEhz+7HL7kt1Cu+7W5TzAznTio5PNRQytC5LcTmS71iGRxHbwqkzLwc6ckIGEv7KFBrK7dlcldlixOgLEk7dQKGEVu2CWSz1+Cm76EsKdkFmcEEBm19ZFgIbZtxdFK+OQBJl6SFg61wZWmpgnmY3eyIvaRvBW7rSm9NBBJCJxrZPm+zAXWT3bHyhkD5zH9fDQGoH7ofQ3C7qhTjRwViiOFLCwJ6PxWRiPKX5UnonVnaRKkfZ3166CJkYjOM9QN0eUdWR+oToXUQrS+TvVAg0kh/SWJ+boxkchIjaM3orL1MB6IPLcZE4hIlXr1WhSivFmjBcwaj71vBqC2pHAaIxHFV48EyoOb3ojK9r8jEJHPVS80EIXtS5Mt7oyHw+O5b44Can9bBCBaz4/GwVpSBo5HMb1Z7oM2DPB6PG9HDFCZGBnOeXhb1hC7dlPB/MeBKCBhzcw9KK/2GbT8w67VgdbbB9Esz9TFMhZbrIjXbbRslGiZT87F9YkYw66hbD+2mXgdVKMtP4TgJQ4Gapvam4HqSANv5vcGhQBNyzgzq79jg1BzusF+UIBnNWKukeXTyUBE8edc4BhJt+YmwNXT7+rDEO5nlMzfSBL8cosYC1fUiBiymxGQSgQsMQo2EPl8+EzGVR0bGy24E8GvHQ4viA18/Yp8c07DpMMpUUD7A3MUUD+rVCN6/65eQGXzeQIQGe3QKZT3Gyp23cHxrB7tDkHUfylVQOh7QJHI+iS/+zL1K3dj2PXX6Tlv99uS8W+VQXGMH0a9Y51ttI65PbZRfH0zdIsikdyxJVICn7BR/ntJQPN4ZzRKIo1QcQD6mNBscgQMJsLRKJ75nhUqlu8TwoHqwq4Smc7zeixQPu5KZDrU/pSNxtk4DmibEpQIVGamzLdRPYpTs75ibDLf31/lT9OIsfGFG6Rs/EcH3UnZLA1EG1qRDXkmszqnZ371hhfa+D1JyKdyDGkMhuu5nwlCS3AZTekQiIjdaRDZAFa6XpmUcDMUYfOIrxSKMHv7rg5LAbzr677ZGohew+7l6DZvhDd/jXlIHdb3vVCi74JKd99qpUIPEmgHBnXI0/gYpuObVYj2dz4J8BpJ87WxyI0Uxkbu3DfFA94l7GT80ddY7reN1ALFPdPCk5FEAJRMN+rGAs5CfKEYeEy28WKJTPuiEavkj4jc3DHDRTVRvovylHSyoiUyzcvLEtPhBfHIiyaSN6L9Rko03MLtSXT/OMT8RyCi9WNQNFyNI4XcFZHpSk+D4A3SMCiSgerjAXc2zy3+7LVKB5a+uJMZGIhamyek9rT7I9ItWmY4+mhPxPpcP1SbCORUA+wnMlAaii7bFp7ZUqMGW+8AK8gkrUpUaH5fUrB9EfXl4Vag09uqQbTurPRHbF+jmT86qWV9k0d1ROv3rGggdvnjFrUR3a6caoi25eFRUEQWsm0oGoPtx74jj2Wa98fCADcj76yQNIjWjTN7ZdY3RgLdn4IIVEAPAI4y/q+vyfrajGDui87a6HyWR7L+bmAY8//DxtioXRyjZf4qIgqpqWEolanuT1Wz84TIaGTrTCrRDZnQeLg+mOvJJZn6A7co1j82ieW+tBrT8U/u26j/ax4H7eiByDkb5aVFw/xltA4u7Ji18VP/UES25dJUFaL9QFYsUN9crURm/c1GW2MikKeNwHyqJ6L+bnBNlm9N9MDyxx9pPyrCjuGBTNvzFVGsrmmfyrTeearg4cWM+Ud/MsF72JUuKfZjvisoCChuTwz4Ynk/+Vsg70cUiPZpYSYgMtFqtor1dfuCEc6mnVunm4Hm6wBfxPRTCdT3hpmhP66OH2F/S3UJ11mmu1pgvAxAlL+nQoG2Ww0d/a878/3jH9jqkIKfZQa63Y2VwPL9jC2JGJAdFsbDNftsVMeV0aw/Wh4PVHcaaDg/lYieW2wOg+D+bX7/KN2X8f6DUER9RmEs0Ol73ZGJfH86P5b5V7dk5idjfdCbRK7nhLP+fVUMUNvn7YFofmw8Y8MuaXDdc1HcRymQjjZmCqAyfV4Cum97drP6MrsWsP3XA52Okc9D7YLIY/iEGNYXbvZFVNa7BzLfsMYAJO2nnaqGvsFVfU4bJTtf2hcPhSRBzigQ7WsDn8vUV043AvWpz0MQPW6a4ovo+U+SBCRMTVt/zk81zCVp9iAJ6Clnam7fgsL8vJyClw8D//j/6v74C7y/GdP/F3auzkc=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHlY1NX6H/ZdGBgQZF/dk9ln9Nr3oObVSk3BUrMSERVlKRaXNK3MzHbT0tRMMytNTc0yyzyvesstd83dFPfcUFBAFn9nG4Juz71z5onu8/SDP9Q5fD9z3nPez/t5lwFjh+b1G+6qUqkKPMkfvfKyMzOKsjOHH6UrdPnhrILC4U62VymFeTmp9FXXprWmtaa1prX/8Vrvv82a839a60c0OdWX/KN7Xn5OenbXken5IzKz6EP/D3F9/hvuHvn62+P+nUN9mtb+Nmupf8Faj6a1prWmtaa1prWmtaa1prX/yVrDSVNd5dslL3fYb6/o93rS57U96ZrWkOpO/krNyh2RnWknxpQsj7FwTLe8oqF2YHTcNqPMPhxjtMpjLFoZ2/TcNpPMPhxj0spjLDoZ2wzcNrPMPhxjkuIBx1j0MrYZuW0WmX04xqSTx1gMMraZuG1S3OEYk14eYzHK2GZmGJ1UzHGMSSp+OMZikrHNwm2TujeOMUlxlGMsZhnbrFwPpGKOY0xSsc0xFou9tjGmJXPj7CZ2PZDJ7tuuB7JYpczjmm20m9v1QCa7A7weyGp3dmAgkR7kzNNJ5ju+hWRS4VtIsojnOr6TnHlGybzCMxf7S2+3oNQD2a/EPA/xneTMM0vWGDyr8J3kzLNIKjjPEXwnR0D26zFXfL6TFCMEyP5szkA8CPVy5ukcIKxOxJPcTgZHQCKepIJQZ3IExAlrtDuhMRDnnlFKLHWCe1Lm6TkjDFJBqOeMMEjFk54zwiAVGnpHGKE3OOAnvdEBP+mFWMqBhO5JOVdvccQ8zgiDVBDqZSsjtoWgkZSfDI6UOQbOPbNUAjBw7pnlzsS5Z5Yzj3PPLMVyA+eeWcpPBpMjF2Hq6aKiZZ+cfWZHrs8stpI7lcWRS7eIreToZ3XEVVaxlZS4GJMdcDAB8a2kYt7oSJ1t1El2XQykdyBJCZBcl2I0iJuQIqDRxgopLpmNjkSI2eQI2c1mR3hrtjhCQbPVETZZtQ1uw84OzKpzCKVvcIf2ogwOoYwNbt5elMkhlLmBv+xFWRxCNfSyHSj+eLIsjL7S2tws19PbUHJdsyCHVq7xs6HkekxBKa1cvygoJTl3EJSSHDwIStk/AmcoQSn7h9MMJShl/9iYvtIJRtk/0GUoITf2j1rro+wfgjZASXFDJ9irk+JGHUqKG3Uo2Saao+QaYhtKrrm1oeS4IeJLJ8cNG0qOGwIlN8/SiViWm03VoeS4YUPJcUPohuT8x4aS44YNJTv44Cg5bthQctywoeS4IfTQIMcNG0qOGzaUHDeE9soNTepQcn2/UGy5Hr4OJTdsEdprkBtn2FBykxOhogYpbthQRilu6IUeyg1P6lBy8zShbHIfw9Sh5LghNEpyDmdDyXFDqI30JI6j5LghdEPuExwbSu5DCL1QALmPY+pQctwQCiD34UUdSm5iIxRA7uOLOpQUNwxCAeQGFXUoKW4YhALIjSpsKMmxnFAA6QElR8lOKDlKbu5lQ8lxQyiAWY4bNpQcN4QCmOW4YUPJcUMogFmOGwJlkeOGUACLHDdsKDluCAWwODQTtTg03rRIcaMOJTd/FQpgkRtwili2yE44OcqhEadVihtGESlWucGo4LxVihtGwV6rFDdsQ1irHDcEo6xS3DAJbliluGES3LBKccMkuGGV4oZJcMMqxQ0T54YuWYobJqNASXHDZBIoKW6YzAIlxQ2TRaCkuGGyCpTc0DxZoOSG5jaUFDfMWoGS4kYdSoobZs5DndxctA4lxQ2zXqDkPlCxoeQ+UBGcl5uL1qHs5ob4XEnA7CaH+GBJwP6YHfRXCgua028UZuZn5mWMzMwh0PzxD2Rn5mTmFhYM96v/lsPd6Csf8kdKQUFeRlZ6YVZebsM3S/Wue7O08U9nptKH0zIL89NHZg7LT8/+3cP0lxm7jswi3+hKdsvMz2qmqv9LnuwZL/KPbln5mRl0M/aqa3ZexuixWQWZf/Bu3bOGFRHDsunPlP/uV0bZMx7sKCPSc4cVDHf5N9+In7Az2QbeusY/sf9/O3EAReQV0Ycz7D24s+zBSWqvn2e0+sY/eEBjHNxF9uDiZ4tsqVJraPyDq/9UjrtKn1jboBDRGhv/xIGN4Wo36YPrGtQ3WlPjHzyoMQ7uLn1wff1iS6s1N/7BNX8qxz2kT2yoX5RqtZbGP7G+MVztJX1wa/2qlfSSjX9ww5/qam/ZE4sf0DPZ5hZ/gauNjeFqH9mDGy31Ww3Syjf+wU1/qqv/oPL5zye2fdacbOuGkxv/yNY/9cjh0vFsbDBht/4FdVnHxmB3hDS79Q36F63V8LumhbKHvnXXvLz8YVm56YWZBfw3SmnH0rcoPbcwq3B8Sn5++ngOjGKXkl+UUViUnzmMfWPIb6+7pRem/0H7RNom/ouMDS3MpE/SX1Wlq0G3UvYM7+8FXpULR3z56zWsZ19VuG3ouwe9RpbimUtf7Nvzg3LFtKtT731qP7hSbGoBj1cob22+3WrwWzsU9PEvG5vNr8BPPrTNo/O8Gtx39Nyx8z86o6Sn9Wu5cPod5aUFu5btOeSNeuDnIi0XnWDWHfen5jx8VHGe6xm+4Ekv5P7Cu11fyz6DfbonFjm38Ebrq6eVHT98Ujmw4awmsqcKbbLGPzhhijfi9gXBm+4lIT1WxcAM/2dNn09qATsXPfB1aedQePLbnr7ObZ2BPNzh4U/u4rySqdvTUtTw9O5X9p9CMfDAP/Mr/S/7wPm9cccr7w+Cpzx2h/UdpIHwDicT3F9whVemDjqwYXEARH16qcd99zYp7DzhzYC9XOQHZ7fO+e69tyuVb6KmXulr8YN5FyI/vbRNDc/t/XLg7fWnsRc5TeuHXGD5iiNPjekzCY/aUDgz1LVaeZ+g/O+6wcmvXpq4V++E3kotTJh97xbuzi6iAtfcKTo9X12L2ywN2tvtSDEeQ14t+f6oUvomfdALbdpBD+gKH5E/aw7WKLqx7WOjy5zQ9vMKufljyq1Vj4yeW+6POjn1esmvz3H8+f2PPb4auyDqhXirE7qxfUuXFZcToPm6fapTL0bDC64/vKV9rC0UD6ArG5V5/T/8fMWcAMTsCfWFyUc7jx/Qyhf1Ywfdplwa1fbO7MhwNLmqI7nKGqXnB88nbX65En/f773YN42RaFQvamkNXvpxbxQUq0EHTp32mbm0VHl2SbuuEVfWKLuJ9x9dHoy8R8Zlj3v2EF70s+GG5YcEeHthhfZC71igXlmXlwjWtdvGbPxQBSNnXJuoGMPhNGGV/qMjeEpfumMov7/SWOi6IuvUM95R0Ik59rbivMEtUKM4w4mRqrwXXJ1hyJg+USGj7uGvgqt2Xt9eizUr/3nmWc0t5cgLBd1njXFBqcTsomf84buW/j5ffXJPYXanVyrl1A1L9uFx5NrWb9Cg1oMpw/cq1Ooly33RKpeLr7e6dluJtIzolrUnDo4tvzs4Z2okWH/+IccwpDUw95WEQQa9wNAYWNiCEKt7LOfNI1GwhG6TEQtXgRC6Kg6Yn2uiIX3LgbaZYdFA3ePcMxFM/yA3mxID77chATjdDw7OpUSrwL2HBgywrnUHFl9xCXD/paPEggDYn0eY/L4K0e9uu+MLzdqv+eBGSyfg9+YD97GLdoJnwv1Ot3+7Qrl//IDPjLucEI0S7+5qYH4s8kEsnr+IBcNHa80Vm4PgPRKVFyeogL0cVo0Jad+eFJ4Id2afnDntAQ08u7V1x3d21ihMP4JDwYNEdfDr7sDiOioIumXRCPSHQgZ0Qy9b6EWVKpeTtJ7LB4dC/PHKSaMmBnG+XE7k96gKE89X42E/PUEicIXCzJ3QCgipry74RzDo/7X6vtyzLYDFRYEvmCjhtU7wVOudAVu/9YUfTxCirIoF6i2/SYE8zlsEAFWjVWdCgfO3Fncjx6taekVhfv7MHY04dJEw3Rtqu969dgVcUQIToiv4hoUox/pQdOIwJdAFzGSoQI26MAecUJg+do6DD0jUbloXA85tp4UcbdYSCPmJUnoAPU3VtyHQvMcj1aEFJfjUzGlTB6W6ADtOu2rliRPdXcb5eMKWYcuGpPXzhM7tqMcPYwu59WVDTmDO8wsi7n5R6PEXO7kBj29n9DgzpAJnUnhLwMxOjSvi91eJQ2gYbHFF7TLDSMhfxPx+b3PdGFumcFyZsoXK+eZrSiENnFxPxMJmpUbYU413/US/XKGcynf/QDhMwviBEXHQZc9wcnMhgGm4Fjbn/J8TCG6L3+no1KsaM70q9IU5J+nBI4DJ/lIP4PFZplCvffNGILy8PW3TZwkeQG6xeVKqDzBetPaFA70o8Z3R9Ss0cCqUvYcevdphQohNz9E36MXirQMSIO3sknn/itEA1807OODyui9cLpZglkeyWgI75mk1XPPbmPx+mypl2c39vYaWxEDzo7vLU8/6APenP1AV/eKgBgxqEomBQYjr5G0l1/D8OhQXC0QtjzxlUqMFNz798aGxbXgcztcAlYW8knK8mVjvtngzJsGVWNSlPbAwOKiGSCbYzsD1sgpTWh6b5wQsLBfexEZGtBKlGTUvNAgefW7l10MnVyskWiIGDStRrg+iFp7D7NvB7jBrGk1YF5Xyc+mLfl5L8sq5W9H7O6gRk+l+bnA4kAbmPjx9P71INeL4E5gk75iUm96I3/MZpR8jlhvPu4+pEfNP60Bg+eBIRJ0ec96GCT2pwjyvF+MCtlEwtKeE/zkGvA8vfrqztxfnh0cgTGKCSfzL4t9P3P8RzPkWAeztT3kKHSxRqHr3Km3BdW6oBnboCOOvh/L9D4TAF4nnpizY1Qx9TdLBl0cD4GYGJXoY/FC7ZsKtZDcUXZZNru5HhcXzmGh4JYNE2JQwxPw25gpmPFkYCcw/mwPQ6jOX313Trg0w/RwTBTSL/PBWBT5IrCke1wqKybd9nwnjzzsfU4CG7cFanjfOtIWrfUmiHB0i+HxHiV2VP3JG+zbQhqjj5G3e8Pr60V6VMSqer+/35Pm8wBW6DKGVyD38IlGVOy8H8XzwfTV+TjGSUuY692tZBAwm3sr4yQ9i6cE6B0EBdci9YGDH/NoXsfLl3cPKDpLmsxZEQVsq0FuDEKvTwlvDTyT6u+SEAc/nJZh6d2fANa4jKW153TQ6EFg8PKIRfgJlEZW5IjWwexjgAzEZlEEnMAurh9Wwn6QrL28/6MwcrkKcx4HA8vy3asFfJzSAOnClJzD9eFgDvE7BCn++Gu+Lo4ngIGZuf1OFcpgjqzDTE4MXYvavuIlrM+mN3MPBLJBu4M6scCnGlA3L9uzCLM/uDUCMRsVuwPXCGbFzfOWOSFYkAVum3F5/7NWaTDVi9d7Z29im/0yGP3ZFTKcPJAGr3xJigLlpYBtg7klJACY7s2N5PZbWDipSCaG6JQJ1+7WJEcDK5uJ2wHm8G5eQXc1egSK+XG1xi8du/LBFh8gANJQWRN8EiHu/pAyk/1gRhH4mMvfdp/5wjdJtrgfidfh1hdVxXSLR5pc/fWxHfgDiOnheYfWFSyii8jXrfAAazgi0F3NdikSRg4Z1+qVPqcLkv+oqZnFdFI1YmTbUFX1C1HNVvorHnXMMYjKRUcr9FOMCR0lVG/VeOOL1Vjlm+acyRNR/95QLK2lguoBCy892ajSZXaAtv7lC/2RS4T4SglwfpRXKGeXWfirsZxSeL0KFfYcUXjcUY6bjh5sLnSrBTL8XXlEeI9fSck8QYun88jXOk1mJwPJCVRQw3Z+WAAotBAYn8PhdHQesPNkRD4udyAHSkqD24DhSisTBL33emJ27Jkno5V3M+RMJTHY73cIsnqa5QRpLnJFCzw4ovO4vxbxOCwNWp3T6UWH58d1wXq9MjAPWlkwLB1YuTQ4Bxttd8UDLhN3rouF7kp62ny8VeV0FPP96i7g7zP26xRlKo2mlV4MfpG8XchvTLPNOx1rM87OKx9l9lZhGVcVqN1DNmERSwSmF2XvZA7F8czwQaFQe7Vwu8n+5Qm/9jdnNRH1YriSxgLqmHKLX43lC6b1vxuDaLSGI9zXXeT3W6SbePoYSOAhNASpoFxWWZ4KE3+eoUBYT0hKFdGskoLzQo0yALylaemFlMcDqxkMRvN+a3AbOE7Ya8uKB1T0Lw4CVP7NaAetnyL2xOqddNLSaRBR1ehywviI7XPwdATNJtfFSTgyvn8/EANPFQ7HA9lsbC16vRmdcPxbB65UH44H1p9vjgbBnrXlcBDBdT4sCVhdOT+L1wsIY7idzONeB8QnA4iI+RvR9fsDrwZM4lDokP1bkd3fYSGnrVoPp9XW96ww8nuN5v+nkBa/VUEHzBdbfbkkU9Y4/sPua44n6b/rs497gy3VhrSvkv/omyfBOiLA1cAr4A+tvN93Ed2gaLWom+qdyzPLNQicURgNNFwCsfjjnDLzPOa/kMGH2Qrx+V0PVYKq4/ojjKxVe//uK8/kjxuP5McI/zXmffLYa8/Y9DlZTGs0PEnWiF7RniaoEszibFQ9sPhARDGxM8KUTsLHA3kRgsuQWCq6sUK9VWJnaJQx+daWVVzVm/vHy4P3azeZgpoXLJi+ehyYFAyvbMgPgywmUydVKS3rQYxqg7Vv1NC9YO5AqvTfi9d0Z3ucOCAb23KBgxK6vlROi2WfD2lDOi2XBaCBrixOA5etJEaJPLMcXaLt9XxIwvt8JheWvHR+puuEu+rNLCgnuHvhkEhwLn5iuOxQMnP+H8VefjN/aukVrnn/VYZynfuHA854vLKbmlnlBNh1w6D0ghRU0MbyffFoDWx8yT085HQiUvoO6hPP+YncZpuOYGYNLFTbPqHVBZNf+yaPUkMwM9kK87q/ELfoSixaFIPY+Q27he2vohfnx59vswyxfTBV96bw4fm+/tuTxl+bN/d5BA4xPa3Zh9vZJLsDmHTtVIn+ogJVP9zfj+n91t0LTYFz2N5jr21mFr/+Ief/uAw8xR1conkwQyzDPC78orMy4VK6we+tYibn/XRHP/+9xXky/qfDzFYv+/ZbC5ygnFZ5nnBAri1w08EYrWnE6wxgqcCt8gNXn8Ro4RM2zJPD6XBMi4joUWD4ep+F9W8ermMn9DVdgcfxtuOgfvWENlesNpTxf56iBHuvVZv5wlo7HYg4pccygQOB5zhXYfGuuO6jo1/M+QJ4mAe2JWNlzwAOo2Xtd1aKeqlIiqINWqdDc98nXQMIbmv8jPdHdSVRgzylMj6whoGaC54EYfwoSoQdt27YGiHi/iz2ooEQk8HUPDdyLpYYdwWwcs6QK87lGK2D3H6mGjozI5znuRBKwud0IX1hJ5T+qSmHjp2xv9ARrlO9iPs+7jYNoAZ8YCJRl5/fewmzqmpI7oqAwPy+noOFw8rf/O4+NKtn/UfcHa7r/A6QByHs=", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXHd8lMXW3tRNTzYJqQaCICBYstl3d7OiziQUqVICqBQ1hoVEkiykSAfLRRQpKoIKSFdQijRFRJkRRVGUbqRckEgAqSYEUk34ZubMXsGP3+fOXvnjuzf5I3En7/OeOec85zln3pfY/ClH32HeOp2uwI996+nIsWcW5diHfchX+HKP7ILCYR7OT6mFjtx0/qlD41rjWuNa41rj2n/cWq/Gtca1xrX/t2tdGtca1xrX/kvXtjrXxMnN0/kpzZE39I9P/Hdd+fXGrnzNaE3np7/UfEduRmF2pouoZIsaKhlspbiDSlbcoQls2dxBmZLUUBrs0C2UyaiGMoMtt1CmZDWUBWy5hTKZ1FBWsOUWyqSpoVLcsgUok1kNZQNbijsElEmhvgTbk5SNXQczKVSYgEkRUAjIdTCTggoIWLJ71gBmUtABAZPyYU73ZT/Ss/OG59hdBqnGEWCagnwIGOiH0aK0RU1Zgq+DaQqqA+FTFsbrYJqC7kAklCX/OpimoAaQZfHDrMYQ0BCzWs5ADMxWFVAy1LQ5RQkkK1qRHRJmtinZkvWsmC0JsyQp2YIKsyQrgYDzFpMSCKhr0ZRAkoGKsi1hKUpkSgbaaooyKmEpahwEtmuKXUzCFP2CItEUtVfC1PwyQW1pimUiYTYlxTBBbWmKZSJhNqUYmqC2zIpyLWE2tRhCSZoVO4qE2ZRkzQSVbFbsJxJmU5I1k9k9W+auXjo+iSnpmgkUwKzYuhgMjBmVjFndM2aVxpTE1yQbpaIkMhgYUxJtk809YzZpTEnstSS3xJ7BwJiSemhGt9SewcCYknxoyW5JFYOBMSX90ExuaTCDgTElAdE0iVKSAk3WtFGppjWLWyKsyZo2KtW0ZnVLhTVZ00almtZkcRqVilOTVWZUqjKzLBe1A5xZ8l7tTGWWBDYqEdgsmWhUYqJZMtGoxEQzNCUruNXRUfSU66AUtf0Be61WJUsAsilR1wzUtaYoWZJjrFr0oBdZbUqWAGRTqhCznEaTlCwByKakMhboQilGFUsSZFOqXwu0IItScUhQSrLS9qD/pJgUQaKgkpXIZ4Huk6IpmZIVn6zECQtMoSlmJVNSJpLVUiUPr0oVb3FHJixSJtQiYXGjeC1SJtQCYXWnpKDiLWrbkzKh1NwsUPFWd0BqgmRNciNPTpBSyCVIrQdYjW4EwglSmgwkSE36rE5tUeKR1eSOIlk1d8TFanaDflazqrjAG0MAuWwKXv0ByOVcwTs8ALk8xMHLOAC53KbgrRqAXNY+eD0GIJd1At5zCZDJZSbBCysAuUwkePMEICUeGeW4bVKqD6PkhEmJfkZJCpNSAVuctpRGe4vMsEltenGiVHsioNQaiERpar1K8klTm3okoTS1ti0Zpan2A0Cpajug1MRdMkpT4oZTpzUlbjh1WlPihlNyNSVu2CTKrMQNm2SUWYkbNskosxI3bJJRZiVu2CSjzC5zQz5blTCXySGfkkqYy+yQzzslzGV6yCeXEuYyP+QzSAlzmSDyaSL8dP11mnwuKGEuU0Q+4ZMwlzkin9VJmMskkQ/rJEyNJc5WZlFjibOXWdRY4mxmrh+P5SM0CVNjiVGyxPUzinyIBj+taiwxSpZY1VhilCxx/dAhn6NJmBpLjJIlrp8h5EgvYTdnSd+iHHtBNP9FoT3f7sjMsucyaP7YTjn2XHteYcEw/+tvOcyHfwpk31ILChyZ2RmF2Y68G2+WHvCvm/UbO9Kezi/uZy/Mz8iyD83PyPnTxUHsPzpkZbNfdGDW7PnZHdjCn67hO+iYnW/P5MbEpw45jswRo7ML7De5W+fsoUVsYzn8nxlmP/C/76YXrgzPyBtaMMzrhnDJVil029nTjbfe445/q8epqh47T9vObp986z3u9Ld6fJP4/UWO5dtS5yxluvUed/5bPe7iLqudM6d26z1+6K88DuMIRxG/ONNVx7spOy6fGjgHYPOtd/wmyfk3Up2m7HHSjbKvWW69y11vRa5v0ghc9NzJcuut9/wmhPw3kn0TXfwLl52PqpxSlnLrXe5+K5J9E7X4vz23/eu1gfO4+aeRJlQHf2nQweHIH5qdl1FoL4A/QQhm3/oUZeQVZheOTc3PzxgLwKYiKPlFmYVF+fah4hdP/vG5Y0Zhxs2GK6Yv4jnejTu08yv5X6Xz1VGrXzma9WwADTu7+UOvM550erdz3prhCBqSu6Nhw/h69P2Q7jv1n3tjfVlUl96/l5EVv3a559qSKNwk4dtTaHk4TvdZ9vp9Hn544t6Nj13dUk6Wj3wg4KcWCfTU3tuP1jTo6N0b3vltxdcR9PL+nk+FPVqB+F0vr9PjC9TWotv4i2TRDx/s+XHAV0SYn+5H35v/VeK6/Hpi+ObTT2b4XiDCzKJwef8TaPS2RXH3HjtEnj4+atrMluF40vQtI/zHRuKflnHDsbRjtqNsyrehdMg/O3uNeaUJJhMTUoZ7R9O0J/mOasnzBZ3fqOwci+d2eCXnTF0Vit68T3fc8yL4VRKDg0VADhHf5+awK06iTTuf2bZoXgAdVlWasWSugVpfTmV3ukQmsdt2vDMMW+7/vO/cJX44ZFvS221jPiIPMy9tm3wp30U/j2gaVbfr0rdfXiFJW1uHBn4UgZdUG0+vfTcAFw+4cO/W1uXocuqeYT+e8aWxvzwavblPMF0x9ps773v9S7R6zaEnnunlgzc/NfnwA2N98UYWtd4jPkBt73t91+QuETjr9pwx404ZMFzXgES4yqqJnd+oKppuYtE6Mq2eRLOsxWw0UJbFB+b3P48SBg5t/3OvOmT6av09ect+RPcea8lcPYoc4S/Q75b4U8uqBx8ZtP4sgfu9hzqsyT4+KiAct30/Ym/HmAg8q/Rys/2OKJo7YOLaj5/S04nI/PinL0fhl/cfPxE4+zDqIQIk43chjAp69PydfNOd/+IYEfFq7oWnH83SOTx8cN+u7zzbarsnTerxXkBneyQNmv3+8326fk5Wfs0BlxCPUmjgMfRbSqeH8mt+R47nvHfMMgbSdflZr12cEIdfNY6+u/miYPxdMncoAMP11wjcJpF+1IQnoJ7wqO6aHEMnP/1Z4eyYUhRHByWmjgrE276IbpU+RUczeZgfLUXPjIoPPnG3PwU+VQM/iz1oe4+e/wjuFYEFrvwsKhkXufahkjoyNerw7qoD4Rj8jIE4HEige39kCW4fQk/xcD0Ri/t/sXL5w7p4emZ6m4vB26rI+t4j5o0e3BQv8/jMJzyyHqVxGjx9lPAsz6tKwB1uO/+LJW4dYcYyvx9Sjo6srh2c62OgfiyLi9qFUOGGdz358mqbwbPSwvFjL6YU77joh3FExpcH2lUSYQ8H00WrOEHi6WBxozJi/+DJfn1XREu7XjKflYh/Ql+H0wO8TLd40UdFQGtITSivzBDcqvSFhT+01ePFcZwx3hTsxNK38jhxTpGLC++/6+C8SlR+pRvbymnyxFs9mkz/zhtXcPf1QdTKA+cRj3e/xAL0ijf8DPTGM3g41vnTuvtG7n6pbyKNLfgp/HLqVWISX/F047kClsIDRIQD++BB68mFhfdfIyPaVb55LEKHl7XY8vvUKwEU8v4DeXSl+Yf2D/vQjOT+SW2zI7CteEeuRuPwpyP8axYPb0pfuJcTzZtO4IEemIiB/2WI7YIV8C9IlPGcetKvb+vFL5eF0eEsK+0qy1Aid+NhHZ664hEWGR+8862tc18NrUQr+cf1IfgJ/e7YPnFRuPeMN1lEalBhyzevvTrpFKlk6dleFEFFPLp5UFGfVn+5jyrEq3HGmxXonmvN6yuLqlHH2ovnqe0oAT74UxGGjR40phVT2v3hGPJyBW1g1evxWTkBvatCED8DPlTGEuAbgr/4bkmnj03hFOLvT+P6HImf0NyAedVOPrwGCZnaeYF0EoDjCOoiFPa3uQo1b3YlZ8DEOlTI5NK3WSyGuvbEl85z4a4jX+dqz26mAZirEZlYg0ojuVJXo76fNJ1yvk+Q5OcRxGXjUNklxLN09KcgCteXkQVc5rNKUOePK+oPVodiHo07rvrge15dXM1Otfh7ppppaxqICEO7OmJhWd332gm0MYgJdHwU7lkxM71wuR5DHZ4jjA2zp04JwMc9/ac1O+mLQc90uBcnanoA6HZvHQX+++FY7wEhd2+oJ9CHdhGh78UNRNx/UBNa5cszVoPw8p+3hdzmhdew8tvR0AC6Ue6BBQ1Xh2Au81+sjMGCdvtKEGfPQf9LRLgfFUZ14suPMjatK8n2ouu8uAJcRCct/E6H0SlmVfvNA4s63n6SCLtzwijf3TsOHRV5rIjEQvZG70CC97PryKo9XGA8MC8LOj8Sj+dhGBeERR37htGSQKaA+8Joa6Pf6tsGhkqd3Y8EXfrp6FJ21/o3wmWfOEa4ynTfeYBc5eVbXIsOzjudsCLLC2/lbSAqiEL+zpInn+nVNOpcAP0qjTeGciT66Hg9Fv3NHCXz4Y3hvnrajLHhk6Y+oB8f1CPoh+Xo8U+7BnmuCsYsSszVKgT5K0agxxEU+twV2YdrUdg43pkuEtDPBvLgWF7p1xBv/zWLPSjUXSkSfeGzBHy2FXc8FOLxogF03qeaiL6V1oKyrsiUxoNyOV2VG0dPLDC8+/kXvyGIZzh+rtX2F1c8EkC9hcG1iLf7bIcfDex8R5HnPG8q+mqFHxV5PBGBRwpB02FB/xQPKvhxIRzvqUo/+e78WNDZWYlU6BGOoCJuW+PxsJcyh/zzxXjIx8G9RLg9ORHmhDv0wLO7LgFP4xPxtHUlZ+dsOEdE+T6jgzooDacwVxmgzjP0VMRnRjQmIQtMS7VA3IZNH++NrQF+z4+gj3DB3BNHRZl0OkGYeh2Jvz9G5q8C8W640nwK/YNlbU//KLqWjxlNG8gFls0pI7zAXpIBi3Fihh7zdLbTh1DWPFkFx9N5fvELH7+zhoh6Pl2K3r2Ld7RfyI9jWGZeCsWBLduw0S2YTubCtbMpntt8ZtGo+FoE/coXi3pk9cO9SS66XfajcnKYb6O4GT03ZwPz5DzZx8bMSedY3+N1usCPQv/xxQf4OPJ+IGXdmSVglZxLQmntJKZMEZGYj5U/T2qKeVbL7mhOpzXLvDSQzSHA/9sx9IGrCOaxMgT19jMalPbgr4fvisZC10YacIAYxE6SaTN5ghuQmP80fyzC+rEfzG3tDJKf18hMXz5Iszpl3WOcpYScqXu/fH/PDQh4rqdiLPOoJw0HeaCuQJ20O4vEvN3SC4ux/PIFkiQGsigs5uXkKDxlAh+Qg7CYl3/eRvx5+HclUFH+Q71hHt9moJCHBrSFl/XOIMzV+Uq3MgJ9rIKwoYpNdHoKcz3j0a+H2eRRQnaF8YkwHAsZHnwVCfOHDiLB6w8NWOjNa+FYjFFZsXTBUtaYv4mg/DRhmRCJH+GN+/FIKtI+4jxhw1zo2dHRkm86nMzGuGZXaomYx7dH4eNMDQYeqCCMtCwBZSiPtRvs6Us/P8kbTSTML2/osJizth5FL/RhAnc6gkLfkLq94AwSbXh8IAWeeuEaXlal1UicU5bF4h28Db12BQG/6pFof4YEPO9t/uWLT/NohlTIfqzHY8bxCJ5B/pwwRzyx4CGbc+PFIFGCDGLA/RYJ3ZzrK/XjMtGLAqsA3V8chLNEoIMgf/lBWNRjaB3xGsMrwxPiN/UQEXPJuWjQic7eeOkma/X2oZWkjrejDcF43mh+ZTBu6MAHh1rEqoERPIDy41Fpvh8VvOwbCn3/MW8Kfr0NeT5+GxZz96lwLObDHhGQxz4nSdTTTFlMLSQfvWE+jomhYlzJqwXdbx+JoZ/6w/mo+AIRfXKSnrImyCojkGp8w2k+dCE7BXbfHIHFMWSRj+RdJRkqDmrhWMSJ6dWdnGgxiRT6TxQVfXRAHPbkgnI8hsK5tBiJ8fZAU8ynUPvbAbIuaghvT0//kCDnnGoCdeqJhe50MVDBM60JFTp4VE9FW+oViyG/QXicOCicIWKu7RYJc3NQNIX5tphwGj6/tAnm3TZybQWCPrSKMJXdZE2JprAPLwo64U/TRAFFYh6m1on+eNZ23uiDqZh/2sRBXU6qI3DO20l4V502s4o8wKydHmIAXbsthDbYWYAzEmHstjcgvo1fvgnCMC8EwXkjviVdz9tD0FXg26BECrw7QQTuVKg8J4TQ/kJAPLA4V+wIoKBHZQh0KoyKMTw0Eo/kg+2+ZvhZNrUlxDSncC6shD71RAsM88tpJMaSqXWoSDT0w3Afr3ion90GLJ7CpOYNLyjMd+QW3Piw4o//+cIf/8jpJmvJ/wPFfg8/", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1:eJztXXlcVVXXZgZFEJEZLtwLl0EIufOg5lk4paY54NBr9hoiKqViDJWmlZlDltqkTWpW+tqgZjZneXZmgw2mpuKQpqaZUxrOU35777UP6ffy5d034Pf9AX9gbO46Z6+9n/WsZ619DhmGlvYdHuDj41MeQr/1LB1VXFQ5qni4vy8dYcM9Ssorhvv6iJ/yK0pHF7CfOjaONY41jjWONY41jjWO1evYLQ0y5vd3Y32pJihoRv+jS2nZ6MJRHUcWlo0oLmEf8truv+fQq3GscaxxrMHGujaONY41jjWONY41jjWONY79vx5r6SvGeEeypsLoUDpm2F8/sd91Y5838+/OAtbUzC8rHV1YUVLkgREbs1jlrCz8u0vWyJtbWfl3t6wRv5VNzsrGrcwmb6xk72XHe5m9sbLY5awceC+LN1YWh5yVk1tZJf1yeWXlRisJv3B/vTPDSLFKxBeuOppJxAo3EwiWWJGrzSQAws1s0nt9lZlVAvrcTKBYdiXRzCrrm8O7u6GZVXZJEP8W2e0WYSPBjdzM5d3d0MwmQXTcDOPNIsHFV5lZJc0spn9iZpMMHIvIg5aCIPpPQcmYEaOKPTWSpQSLxat1FGbSniEl2J1SnmFk211SRhigdrk1xDiz26WMMFzsVikjRL3dJmWE4LU7ZIysJq+iWZjJhqUwc7mlpmju5s9ikwoQGSuLsJLaYqtVWEltl9XmVeKkZt7cDKFrk9QE1MybVXR4dzOHV4vvRCuLScrKJazkHHMLK6kZ2kzCSmrHbALANqkZ2gSAbXIztHpBN8LILcUcNhEqJiSpTqWVQz2xsnnBbMLILZUXbCK6THap+XmTGGwitkxSwK2xckhN0JskZBPxaJJDoGbllJqgSHhSHC+M3FJJ3Cb4wuSSmh/mVofcXqGRW84pwUwmt9T8vEnjNkFnZpPkrZBipNjCjkncIYUlYeSSuxOKVodUMNo1uSBFMXaLFxRot3rBS3abF1C3a1whtxQOL1Br9yZ+7Vrqllt0b0LRLqLKJncrtzcM6DB5Q+wOAVsprDsEbE1yVghbh9RaOISysEjlEAeC3SmFW4cQCRapuHJgiDjllkLke4tUNDow3zuk0C6MnHLrJ0LYIreAGMJOOQAKIzlUiGxvkVsKZAunXFgJIzlQCIqxyi0FUoxTijc1IzkkCV6yyi0FZnun3KILMrNKeeUUKVhq/ZyCAa1SsehEBnTJzU8woFUKtk5kQJfUqjsFA1qlItiJDOiSm59gQKsU2J3IgC65+QkGtErh1olk5pKbnyAzqxSZOZGXXHLzE7xkk5sgUoxLbn6CYmxyyy5qA7m4EmxhlrsVsoVbDuxabSC1gC5kC7dU3LsEW5ildtiFbOGWiiuXJvOlmNMlZL7Uqru0VqIUmFxWb3ZYs5JTty6bNzWPZiUHd5fdqz22e9MDczm8gq7GGHIzdHq1yxplSKU6l8sr8Lq8YUK31keUimS3lrakZujWECXFhW677H7h0yBo5PF24XMdaOSxV/iEBjeye+wUPmqBRh7jHZ+ZQCOPwYQPP6CRx/uLzz6gkceEgY8+oJHHfIFPPqCRFGjNIpHIHQWaBSbkzgLNAhRyHQ+zQIVc88IsYCHXPDMLXMg1wswCGHJ9CLNAhlxLwSyg4ZBKJWaBDYcUNiwCGw65tptmJdd306zkumECh3JVe42VXGNVoFeuwrUL9Mq1WOwCvXKNBa13KdcusQv0yjUJtD6kXOmutRTleltaS1GydheIkivDte6gXJmrNfrk6nCtZyfXq9fab3LVsdYUkyt0tVaVXM2qNZDkyk+trSNXSWodGrknHbRmi2QpKbAhWRUKbLjlejQCG3JlodaYkKvwtB6DXLGmtQvkTnK0yl/uKEcr4uXOcrR6XO5YRpTWFrmjCFElW+SOPUTBa5E7bRKlq0XuBEMUoRaTXOlqF1ZypatDWMmVk05hJVdOuoSVXDnpFlZy2BBWZjlsaFZS2HALHMo92lNjJVeEalZS2HALzMs1Xmqs5IprzUoKG6Ikt8i1Gmqs5EpyYSX3UJUo/y1yD1XVWMlhQzCA3ENVNVZy2BC8IXf0WWMlhw3BNnIHkm7BNnLHhG7BNnKHd27BAJ4fqYnTcGHmMTjE0bsw8xgdaCYA7PkJ1LVmHuPjWjOPAYJmAvmen/Jca+YxRK418xgj3Myi7ZvHIEEzsW+eN/XQTKyk5x1fNBO+ed5QRTNBB553OdFMRLbn7XY0E6HteecczURse97ARTMR3J73R9FMRLfnHVLs+AqUeN4jRTOBEs+7pGgmUOJ5nxTNBEo875SimUCJ571SNBMo8bxbimYCJZ73S9FMoMTzjimaCZR43jJFM4ESz3um3Ew8CW35P5qm7A/LlMeyX1QUlxWXFo0sHk1Ny8Z1HlU8unhMRfnw9KsvOTyQ/RRKv+WXl5cWlRRWlJSOufZiBU1rLtZv3NjiAvbhfsUVZYUji4eVFY76Xx9mf9Km48gS+ouO9G7FZSU2n6v/FA7/TBP6H51KyoqL2M34Tx1HlRbddW9JeXEtV+tSMqySTmwUe+O1JP6/rxbMXRlROGZY+XD/a5aLfU48VezWelqW+vfYfj2PI5hFaSX7cJGnjidKO269WtSYndb6d9xRp1udJO2x7WpBZnba6t9jZ516nCDtsfaYuNaJtte/y646dVkn7bL7av1sdjrq32N3fcRzrKzjWs/bop0EOOvf8zZ1utdxsi5rDXvtfRKnq/5dblunLudJ77L2YoV2IuWuf5fb1Qe+TdKea69s1JzS1L/nN9bpZluk8a29x6Ud+5jr3+X2deqyVdpl7VFx7fSpAfSYUh/4rgU6f++5dmJh0U7QGkCQQZ1udi3QuY7L2isI2vFfAyiy/Dp1ubO0yzWvGminq/Xvcof6wHcXac+1yNbOXxtAmXWs082+SdplxzV9G7OrASRZp/rY7K7SnmtvhGgPRzSAMqslFv+557XQxXU8r3kBRHjeAAKtllj8557Xwhp/77mr5n0UcYjeAAKtlpD8BwFeC11cx2XtZRXtKYoGEGi1xOI/cLkWuriOy9qrQNojIA0g0LrVB75B2nPtHR7tMZYGEGjd63Sz5UNae5dIewanAQTazXXqsjR/a28oaH+7xN0AAq1HfeBbnsy09yVqHtOqf8971ofn8pymvb2hcVoD6LRb6sPzWirZv/fcrb0VpnneADqtV314Ll2IubWX1DS0N4BO610fnksXYtr7Q2bt4bkG0Gl9rue5FKlLlyPay09m7Rm+BtBpfevUZenaU3tzy6w97NgAOq2gPvAt1TW9hsxs2vOrDSDU+tXpbtcieK/ns+2aFGYxNYBS61+nPtcida/nsyZYtCepG0CqDagPiNciea/nes17tML1BtBqA+t0u2vRvNfzWVNp2iPwDaDSbq2P7a5F9F7Pdfc10txicl1rX97cB//ie8fS0rJhJWMKK4rL8U/Bh9FvfSoLx1SUVIzLLysrHIeGyXxVyiqLKirLiofxX9zx18+dCisK/7pBzTQsdje+dHvtFIvZJ9n/9ZKNhueunH98hI70fCSs11ubE+H+yXk9/tM0FF71/SQwcnMC+WCjz26/Jilw+09d/O8LPakcyjCHLE26osx/KGPN1Mw0GNGppPTEF3HQw/lo/h0HAqFD+9+2L22TDr/dmXPm2fkR0HXv+KjlN11RrWvfbj3m1TxYvm3IPb0WRMPsNaezBv+gI5GTyTcvT0kH2yvvOs/56WH0wYuv/9E3jmxff7bgl8XxcJS407rf3wz6f/baoltINDk5q6DCWJUEb7YfeNvb6mmlYK5hVuXdZxTdoGFtf25ugCcfuNhm7PpoCLnxxf4vvekLr315s/NRQxrc6n7363vahwLO34eMHRK8Pr6FGb4Oph9MiYP24259zd4zgXS+qex880cz4X4667079DCcf51Tc6bFbF//bC68f/Ly5vtaJUPHZSW7725qIPqi3wd1WJAFhf36Zi5skgDsMt+3DSVudqE8A7BV2fBKKNzTKznmzp7VqqPdp33nfpYKsczBomYQtif3iYXnEgjz5ujubKj0eyEkcXcEPN3Gt+cj3yeSwfr8P4puyIWgSXM6PnbUB767/WY65W8VPo91eXDPnnktFusy4duXO9MhH8L3o9gEdy99bOdIkgmdt5041f1f51TqbZ8doSZoOjJ11H2D9MDMPv3spJo0odDSX2+COcXTi25vlwZ3sIm+kUwOFL681fZWMsQHDKAQ8YWlSXSBhwTAlAkb3vlX/3Q4qFvyW9fWMUBnvaDdDRfVqYN+/OSXfrkAi35eHT4vDrqwCW7Tk7g5m5uM9MuAuygcdrVMgt6X4sqrIgMI96dHGvzAtjkxDO97ZwL57sGu6sRd2Yi/Z4Jw//JXKIfnrGx293d54MM2uLcR2Cq8OCeZULB2Se+fB7kdk47sez8C/70nijxhvjfXMCQBfEonBXwxOwBefYot6FllaARFQpYBMgoC6VAEHA6wtXC005GmVa+OvbFpLs7z6ZYQFBmlfDk4mWyncE2emw08LKYmQk8GwEXBpNOFY0eIWwccL4dCYMtBBvgD6umPdsy4nK6H11tu6LRtbFN4u/ddL9w775Ja8V70xW9bmyFlypE+Hy7QwVzqztLHEkgcm0hkNiSQ2/T5d6fAM9Om0JU8oq5+KSFvl9EEX3384cygDVkiHnWkKrI6/4fhefD+I2wjgnA/Kv3IjBV7D80ZaoJBfAJGKHpw+43jbj2vjmOAvyEJ/vPiWv2KshDYef6BOz85FYx+3ZMBD7JwCYmBVfQ2J+ZGEhrkxqzdmSKO/ASunlH2R+nWHbjSCnz4VwxU2Y67Oi9JIx/Cw/u+ijMCRZEpuyQK1sRShybrCQvjTcvSwcq/fCBxwb9bfRvhA0f2ORLIzhw4kzV49prKZITLOwEwn8HxbB7O5+s0+KOIIT0e4+xwBvg3mZFS9HsS8O2ZtlF94PGP7mryUSLk09s/tyqITFsy8BvL2rNqCdvwxdniPtECF8HkOWo1JSEDXk376NK0U83h8pnKPfOejCN8Hv2zcP3/8EGcrE0lEeMdb7avSoOVlLV82yXA0mWMuE4pnw97445+ffOg98xnx0ROTsW4uWQgowdMXP7+Gj1Q9OpcI3zgpe/f+GHLgGD4sSdF3PZMvL45Hv7cfB/dkVRyE1vo6WmQ3eapbx/8OhB2zrhcfHb/JYXj8HAWPB1HA+9YEuSzhQhNwc+NzATLr8vT9/sn4PjNZ9Qvf3qPIiEFGH2u2R9MkOdSgKLi9EdtsoHjaFEshPd665nikCCC19PhOlQEE+TDc2oedfOTxXq4RLet5ytGON39X1NdA+Jxf281437flAonpqzr99lr1ar5+ey4Of38gEWR78wIjMf+vuRP6kWhwR9+3hP69OsPH0fePPu0wve3Sg8UJa+3XGFE3rqcSHg80Li4c/fdM2YFpEOuIeXUqAGHVJ4fZgfC4ztH+pTmx0ALHgjn1DY0G0zOO6FQMNGR4+oDdLU7HQoit7HEMyoeaNRRwruoftytmV/OtCjC8dTVAka27fenwg/DWaReUTk/z07GzzdNBcbOJ2cdUzktTAqFJAYgaCLyT7VK0a8sGhIKHyazCe9WeTo0JkAYI9qvs6GYwWJEFDD6nbJuv9JqMPMgCXHY1gh09acX7YolzDp5iwl4fORS3mZuzDyq4j78qtBV3/rF6G0KzSrUoTMqz4PpEXD76C/+XLkqFr6hq78oPFrk10xA3o2HHE60F9TWVwyXz7wXDRye5Lx6qCsd+TSCTKLpekmVGT6Z+0Tz8e8bYVVm89D3/nNS5Xxgi0c+etMAx9d93mFZyTmV4/5SJLzDaOq2MCjliXqvyvNZagjMmLW/OmXTEWVtBxagevIuhduOHSb4iW7XpEdaYl79OR7YrFKX5gr+iYRv2OX/7QtD2AaOTwLO39FGCDj4eNaxmeHAlvnn1WZgcO+qpsPAo3mrMnslEL6+VSaYyIB9vhXg+hOV5wvdfpWinkK9SqnexALuuIp5PRLzq0sHmWx5B/mRzS/8qlsyPQt5viAOKCopY7UgHH+LMiBz4aMr9pY0g+d6RD/e/XAi2XeIJp4WGQIPAfDhW/50pmcUvn8zb0A/XzLg/mf+pHRgy7MzC3nqqwRg23b/SgOhSeCVtHFpmC9ejwDOv1sNhNN1oAEwbhKBT3OtAX7uxXYwE9qOXT99024dfP5jTnH80DDCstWn1UbA+8RBIs0SQZPCSSUjjPVZ0GdHIs3o5xUuxzb8pjCaPL8nG06mbCodMi0SOH9Vp6M++cEITK3c0qclvPFwn27z7zCI8QzgMuYWLc4CMP9U5ALniSmJwNL3qIOhwHE1sDUYn73yxAOJRriPuvnRhHCC+ImDHUsvDB79RRBMqF5BM+EBhf9zNhmanF844p07m+L885PJkXKaIENzgdN7YLzIqztVzA9xiFvHBTWNAXZCtNi/bOD7/kIsjOAJ+CvFci9jkHjksTUGKGcJc3ZLwtP7V2bkfXMmcF313QmB5yh4avCfHS8ca4l2QxcqHThRXFQYi8Rs/03huPntkhrINmC0BejibHzypxTgOuB8DDlGVdDmCzmCZ/Tg4kLsgEqd+OCtNBPEMiH9cA4w+TU+PYVw3bXBBDfeQK883wf3J9NIhtN08lOXZGA0Pzk5ACq6PHMmaMgp9WZODAbg2z3nTxXzhAG4zB2dDfzn7lFwoJpdKJxQEp24/B49TOCJOZjMprL52St/Cv5MBkYTlXsyRF7SER43v5mBy72JemjryyqCKhXjsVrB/B0ObNsOlzclC5k8CfIHdvtl21Tk0+a7lCbsg0cMQhdmon7+NYUw2PbNoLo0kUbkBiMwFbPl4EnkmU8uoC6j+b6QAf15f8LDf+JM5YXn2ddplctnawSZqNj//XG3GIjnG3tZRZ3fAvV8Hwt8+gsVKoF6xGVVU8Ll39s6WG2iCSs6FR4upwvaJYZwPfOgCdh27azKAa7DntqhsLQ/8LYjKpcDRReUC5QeK55uRnieed6E69zUCPy65mrVxAksFnaxNGwNQl3/SwAwOb+ghxlocZIY9pARaJW15MubIyCVLXu7TIzDvkkQxRPQRZXLmK2RwNNQwTb19UW3QMvCcypTPYPWhADmsz+Vs5UscZ5XubsJscD9UJIhiwmiVnrCouaD0kSRpyKAqjn6m0RyMxO6c/UiP25UcN6XFRrVUUpGGq5XrE6sRxPUkbs03R4mdJQP4fE5JU/ooRZAq6TxUWN0hOP9iTQcP66HXnT2nxfEkttZWL0Zi3r7Qgvo241VjpFYb/bTof5/cZ8SwguMI8pDjM7PJQNDReCmWOA04PSDozRtTslJA9wPP6w/lvsSjHczcPtV0SIfxqK/MZngOreGrjStt7qyyuO0ysuPTTlYb3TXi/oglfD6KLEV6p6YWOA42NlC6H8D3EYvGzW/GexlsqbPLpXJ+d9LjECDLXj982HAZhW3Np7weIhrJfJ0S0DdkEiwvsqFdF74nFAiKC34H6xWEGd5wJbjmcAs+INWa1M/DCacJ581Yd6MbAXBJ2K69p4QD2eDhjzXY4sRWNm+hPJEOAP2c/Fw6jITllmwdQBNmDfpRR5dr3IcUh7GuiaMYH36q8J14modoE4JIqg7LqmcZ7dmw3tOtnAtUHeP8SOLGRwnZ8LGVErAh0OBhfET+nisE2dnYT0/+4TC1/cpI6Grs+5zPyNsm0QD7v0kuJEHzknMR71Ngp/1iItBqYTrlxAD8nOL4wqvcz9tAlxOD2uF431i8OdORsLTnN2I/YWvAiCaL/Qlhfu3KhN5pjfFIeONd1KA8+eBdPiY3n7hwRjYxNoaM06pv9MqLq2pQeSx5oSn24UpqG9W5sAiGu1VvyTAhi10YdsGE64PXk+A3ycwIgrHeumBKyrn3ZdSUXfvMALHpS0OeXeICV5j5cndFEe8QeJLeFx3uKLwvF8YAQxeum4BhOseJRBx/8EVleeBBVsUzvv2VKCbZHsoNg3rtZhkwvkkyQKcj6emC97+UflgKC0Azweivnk6Ruj2X1WMsxMKx9OliyrmZ1EPbqV5ndHavYdUthrfVEcTw4qykU/2tAJbrZRfUgH7OBdFP0QPCxitDdRDBRcAnyuY15sBX9dvglHv7d6i9uULFwrTKbtMKj+p8nC7FI/9kvtbwZPH6ILujgAnT0jbsd6nen4Zm97udPiqFV0ZJYbw+mpJHoxkBlsyUAfvuqC+EMISzy8Km8XFNtXKrXS5324dQO4bv/iGjvOai35TLBwLowFzOArroa4Z2B/ZHg2fMZk/+YKKfZFIvO7t/oSnm2ahhIfHMxbkoSNG4Pn+hXNqJluo7jGIN1MabHySCYkAwto8hvWRgi/CgNeHQ39QeP5aFwapPDFUK6xN4/OWjnB+nWqGJeOop5uiYAWTmd8bCNcfJWbow9oI+yKwHp1nIJyPZppQZwbHYt0akID7HJKH9f+2aPhxNy3EWsVgv+xKLiDuIoD3rdrrUFfFtAa267kvNwcmw8NW+wu+TQE26wfHpUIKFxQBAmdxYGfl4Mo01OezA7CvdEGH+DybDlxe7QoD1s5asN6CurBdBssKP+YsjkS+m2PGuB1mxL7fpubY57rBDCZWoMzJxLz2qA77YEkm4P2/2GzYTOXwvm2JmI+2mIHrqbHZmG/3HBB1yT6sbyqqVNSfh9R+NNus1Z9VMQ4/VoZwof+xMp21XV6NxD5PFx0kcCF9Su3JyoBHwmE1KxPS9Ti+14+waqjz3CzgfHZHktBdUYTr0JgMwUcRwOOoLAHr3NVGrBOWNMG6aNTvyvOr6AYk5IAvCzA1VdSPG1S+n/szgddvl5NQx72RQjhtX0kFNXye9ZVTLVBXfKsnvG80WJtfLMyi7NB1bBrB/JACVLS9F70qEfXCS3rCl+GEHjgMRibDPN4eSkXcxKWL6ybDKBZARQaM89gs0VfVA9e1k9OQt9ZlYn+iaxKcY+l87RWVt5/irIA6Q4e6Y0YUmcpoqFMO8uFGA9DopMBfr3AeOpAHbzD5fSJH1IvJJIOy3/dvmETdVa1wPv48nfD+aK4edVGwP/B4m7VdxT5WKoyxPfQB+PkQvv/vGmA4pdmXY1ph/2RyC+SP98IIv95kg6iHw4hW/3L+fjcB+zDLMoDBvcydjHltjQXrsvYG1Atb94o+9FmF11EPhWMffHwYwT55U6Hr1qochvcuVdqyAm95Gurpgkz4kobNBz7JhMvPt1sD18NdjaJ/40t4ObbxvIJ9l3icV24Q4fnt5HoF++++ZM9qBozmhOsIVxT2K42BZACT6UPCCNcDRy3A5TzVCbiu4UTjc14XQCpw2XgklrCyeP/DJqw3X8wVuvKogve/qH7/Hfs6r/BjlvwxI8orykpHl197GPHX/+SWH03wvzhay5jlfwCAM3Dc", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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", "1: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"}}, ClearAll[SWEETLEAD`Private`GetMolecule]; Do[With[{id = IntegerString[n], data = compressed[[n]]}, SWEETLEAD`Private`GetMolecule[id] := SWEETLEAD`Private`GetMolecule[id] = Uncompress[data]], {n, Length[compressed]}]]]